doomsday-1.14.5/0000755000175000017500000000000012350542255012706 5ustar jaakkojaakkodoomsday-1.14.5/README.md0000664000175000017500000000322712350542236014172 0ustar jaakkojaakko# The Doomsday Engine Project Repository This is the source code for Doomsday Engine: a portable, enhanced source port of id Software's Doom I/II and Raven Software's Heretic and Hexen. The sources are under the GNU General Public license (see doomsday/engine/doc/LICENSE). For compilation instructions and other details, see the documentation wiki: http://dengine.net/dew/ ## Libraries **libdeng2** is the core of Doomsday 2. It is a C++ class framework containing functionality such as the file system, plugin loading, Doomsday Script, network communications, and generic data structures. Almost everything relies or will rely on this core library. **libdeng1** is a collection of C language routines extracted from the old Doomsday 1 code base. Its purpose is to (eventually) act as a C wrapper for libdeng2. (Game plugins are mostly in C.) **libgui** builds on libdeng2 to add low-level GUI capabilities such as OpenGL graphics, fonts, images, and input devices. **libappfw** contains the Doomsday UI framework: widgets, generic dialogs, abstract data models. libappfw is built on libgui and libdeng2. **libshell** has functionality related to connecting to and controlling Doomsday servers remotely. ## Branches The following branches are currently active in the repository. - **master**: Main code base. This is where releases are made from on a biweekly basis. Bug fixing is done in this branch, while larger development efforts occur in separate work branches. - **stable**: Latest stable release. Patch releases can be made from this branch when necessary. - **stable-x.y.z**: Stable release x.y.z. - **legacy**: Old stable code base. Currently at the 1.8.6 release. doomsday-1.14.5/doomsday/0000775000175000017500000000000012350542241014522 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/dep_appfw.pri0000664000175000017500000000111712350542240017202 0ustar jaakkojaakko# Build configuration for using the libdeng_appfw library. INCLUDEPATH += $$PWD/libappfw/include # Use the appropriate library path. !useLibDir($$OUT_PWD/../libappfw) { !useLibDir($$OUT_PWD/../../libappfw) { !useLibDir($$OUT_PWD/../../../libappfw) { useLibDir($$OUT_PWD/../../builddir/libappfw) } } } LIBS += -ldeng_appfw macx { defineTest(linkBinaryToBundledLibdengAppfw) { fixInstallName($${1}, libdeng_appfw.1.dylib, ..) } defineTest(linkToBundledLibdengAppfw) { linkBinaryToBundledLibdengAppfw($${1}.bundle/$$1) } } doomsday-1.14.5/doomsday/dep_rift.pri0000664000175000017500000000231212350542240017027 0ustar jaakkojaakko# Build configuration for Oculus Rift SDK exists($${LIBOVR_DIR}/Include/OVR.h) { INCLUDEPATH += $${LIBOVR_DIR}/Include # TODO - LIBS statement for Linux win32 { LIBS += $${LIBOVR_DIR}/Lib/Win32/libovr.lib # Additional windows libraries needed to avoid link errors when using Rift LIBS += shell32.lib winmm.lib } macx { deng_debug: LIBS += $${LIBOVR_DIR}/Lib/MacOS/Debug/libovr.a else: LIBS += $${LIBOVR_DIR}/Lib/MacOS/Release/libovr.a useFramework(Cocoa) useFramework(IOKit) } # For linux, you need to install libxinerama-dev and libudev-dev linux-g++|linux-g++-32 { deng_debug: LIBS += $${LIBOVR_DIR}/Lib/Linux/Debug/i386/libovr.a else: LIBS += $${LIBOVR_DIR}/Lib/Linux/Release/i386/libovr.a LIBS += -lX11 -ludev -lXinerama } linux-g++-64 { # 64-bit linux untested deng_debug: LIBS += $${LIBOVR_DIR}/Lib/Linux/Debug/x86_64/libovr.a else: LIBS += $${LIBOVR_DIR}/Lib/Linux/Release/x86_64/libovr.a LIBS += -lX11 -ludev -lXinerama } DEFINES += DENG_HAVE_OCULUS_API # message("Found Oculus Rift SDK") } else { # message("Oculus Rift SDK not found") } doomsday-1.14.5/doomsday/dep_deng2_cwrapper.pri0000664000175000017500000000072712350542240020775 0ustar jaakkojaakko# Build configuration for using the libdeng2 C wrapper. INCLUDEPATH += $$PWD/libdeng2/include # Use the appropriate library path. !useLibDir($$OUT_PWD/../libdeng2) { !useLibDir($$OUT_PWD/../../libdeng2) { !useLibDir($$OUT_PWD/../../../libdeng2) { useLibDir($$OUT_PWD/../../builddir/libdeng2) } } } LIBS += -ldeng2 macx { defineTest(linkToBundledLibdeng2) { fixInstallName($${1}.bundle/$$1, libdeng2.2.dylib, ..) } } doomsday-1.14.5/doomsday/doxygen.css0000664000175000017500000005321412350542240016715 0ustar jaakkojaakko/* The standard CSS for doxygen */ body, table, div, p, dl { font: 400 14px/19px Roboto,sans-serif; } /* @group Heading Levels */ h1.groupheader { font-size: 150%; } .title { font-size: 150%; font-weight: bold; margin: 10px 2px; } h2.groupheader { border-bottom: 1px solid #879ECB; color: #354C7B; font-size: 150%; font-weight: normal; margin-top: 1.75em; padding-top: 8px; padding-bottom: 4px; width: 100%; } h3.groupheader { font-size: 100%; } h1, h2, h3, h4, h5, h6 { -webkit-transition: text-shadow 0.5s linear; -moz-transition: text-shadow 0.5s linear; -ms-transition: text-shadow 0.5s linear; -o-transition: text-shadow 0.5s linear; transition: text-shadow 0.5s linear; margin-right: 15px; } h1.glow, h2.glow, h3.glow, h4.glow, h5.glow, h6.glow { text-shadow: 0 0 15px cyan; } dt { font-weight: bold; } div.multicol { -moz-column-gap: 1em; -webkit-column-gap: 1em; -moz-column-count: 3; -webkit-column-count: 3; } p.startli, p.startdd, p.starttd { margin-top: 2px; } p.endli { margin-bottom: 0px; } p.enddd { margin-bottom: 4px; } p.endtd { margin-bottom: 2px; } /* @end */ caption { font-weight: bold; } span.legend { font-size: 70%; text-align: center; } h3.version { font-size: 90%; text-align: center; } div.qindex, div.navtab{ background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; } div.qindex, div.navpath { width: 100%; line-height: 140%; } div.navtab { margin-right: 15px; } /* @group Link Styling */ a { color: #3D578C; font-weight: normal; text-decoration: none; } .contents a:visited { color: #4665A2; } a:hover { text-decoration: underline; } a.qindex { font-weight: bold; } a.qindexHL { font-weight: bold; background-color: #9CAFD4; color: #ffffff; border: 1px double #869DCA; } .contents a.qindexHL:visited { color: #ffffff; } a.el { font-weight: bold; } a.elRef { } a.code, a.code:visited { color: #4665A2; } a.codeRef, a.codeRef:visited { color: #4665A2; } /* @end */ dl.el { margin-left: -1cm; } pre.fragment { border: 1px solid #C4CFE5; background-color: #FBFCFD; padding: 4px 6px; margin: 4px 8px 4px 2px; overflow: auto; word-wrap: break-word; font-size: 9pt; line-height: 125%; font-family: monospace, fixed; font-size: 105%; } div.fragment { padding: 4px; margin: 4px; background-color: #FBFCFD; border: 1px solid #C4CFE5; } div.line { font-family: monospace, fixed; font-size: 13px; min-height: 13px; line-height: 1.0; text-wrap: unrestricted; white-space: -moz-pre-wrap; /* Moz */ white-space: -pre-wrap; /* Opera 4-6 */ white-space: -o-pre-wrap; /* Opera 7 */ white-space: pre-wrap; /* CSS3 */ word-wrap: break-word; /* IE 5.5+ */ text-indent: -53px; padding-left: 53px; padding-bottom: 0px; margin: 0px; -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } div.line.glow { background-color: cyan; box-shadow: 0 0 10px cyan; } span.lineno { padding-right: 4px; text-align: right; border-right: 2px solid #0F0; background-color: #E8E8E8; white-space: pre; } span.lineno a { background-color: #D8D8D8; } span.lineno a:hover { background-color: #C8C8C8; } div.ah { background-color: black; font-weight: bold; color: #ffffff; margin-bottom: 3px; margin-top: 3px; padding: 0.2em; border: solid thin #333; border-radius: 0.5em; -webkit-border-radius: .5em; -moz-border-radius: .5em; box-shadow: 2px 2px 3px #999; -webkit-box-shadow: 2px 2px 3px #999; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; background-image: -webkit-gradient(linear, left top, left bottom, from(#eee), to(#000),color-stop(0.3, #444)); background-image: -moz-linear-gradient(center top, #eee 0%, #444 40%, #000); } div.groupHeader { margin-left: 16px; margin-top: 12px; font-weight: bold; } div.groupText { margin-left: 16px; font-style: italic; } body { background-color: white; color: black; margin: 0; } div.contents { margin-top: 10px; margin-left: 12px; margin-right: 8px; } td.indexkey { background-color: #EBEFF6; font-weight: bold; border: 1px solid #C4CFE5; margin: 2px 0px 2px 0; padding: 2px 10px; white-space: nowrap; vertical-align: top; } td.indexvalue { background-color: #EBEFF6; border: 1px solid #C4CFE5; padding: 2px 10px; margin: 2px 0px; } tr.memlist { background-color: #EEF1F7; } p.formulaDsp { text-align: center; } img.formulaDsp { } img.formulaInl { vertical-align: middle; } div.center { text-align: center; margin-top: 0px; margin-bottom: 0px; padding: 0px; } div.center img { border: 0px; } address.footer { text-align: right; padding-right: 12px; } img.footer { border: 0px; vertical-align: middle; } /* @group Code Colorization */ span.keyword { color: #008000 } span.keywordtype { color: #604020 } span.keywordflow { color: #e08000 } span.comment { color: #800000 } span.preprocessor { color: #806020 } span.stringliteral { color: #002080 } span.charliteral { color: #008080 } span.vhdldigit { color: #ff00ff } span.vhdlchar { color: #000000 } span.vhdlkeyword { color: #700070 } span.vhdllogic { color: #ff0000 } blockquote { background-color: #F7F8FB; border-left: 2px solid #9CAFD4; margin: 0 24px 0 4px; padding: 0 12px 0 16px; } /* @end */ /* .search { color: #003399; font-weight: bold; } form.search { margin-bottom: 0px; margin-top: 0px; } input.search { font-size: 75%; color: #000080; font-weight: normal; background-color: #e8eef2; } */ td.tiny { font-size: 75%; } .dirtab { padding: 4px; border-collapse: collapse; border: 1px solid #A3B4D7; } th.dirtab { background: #EBEFF6; font-weight: bold; } hr { height: 0px; border: none; border-top: 1px solid #4A6AAA; } hr.footer { height: 1px; } /* @group Member Descriptions */ table.memberdecls { border-spacing: 0px; padding: 0px; } .memberdecls td, .fieldtable tr { -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } .memberdecls td.glow, .fieldtable tr.glow { background-color: cyan; box-shadow: 0 0 15px cyan; } .mdescLeft, .mdescRight, .memItemLeft, .memItemRight, .memTemplItemLeft, .memTemplItemRight, .memTemplParams { background-color: #F9FAFC; border: none; margin: 4px; padding: 1px 0 0 8px; } .mdescLeft, .mdescRight { padding: 0px 8px 4px 8px; color: #555; } .memSeparator { border-bottom: 1px solid #DEE4F0; line-height: 1px; margin: 0px; padding: 0px; } .memItemLeft, .memTemplItemLeft { white-space: nowrap; } .memItemRight { width: 100%; } .memTemplParams { color: #4665A2; white-space: nowrap; font-size: 80%; } /* @end */ /* @group Member Details */ /* Styles for detailed member documentation */ .memtemplate { font-size: 80%; color: #4665A2; font-weight: normal; margin-left: 9px; } .memnav { background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; margin: 2px; margin-right: 15px; padding: 2px; } .mempage { width: 100%; } .memitem { padding: 0; margin-bottom: 10px; margin-right: 5px; -webkit-transition: box-shadow 0.5s linear; -moz-transition: box-shadow 0.5s linear; -ms-transition: box-shadow 0.5s linear; -o-transition: box-shadow 0.5s linear; transition: box-shadow 0.5s linear; display: table !important; width: 100%; } .memitem.glow { box-shadow: 0 0 15px cyan; } .memname { font-weight: bold; margin-left: 6px; } .memname td { vertical-align: bottom; } dl.reflist dt { border-top: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } .memproto { border: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } dl.reflist dd { border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 10px 2px 10px; background-color: #FBFCFD; border-top-width: 0; background-image:url('nav_g.png'); background-repeat:repeat-x; background-color: #FFFFFF; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); } div.textblock { max-width: 900px; } .memdoc { max-width: 900px; /* border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; */ padding-left: 2em; padding-top: 1ex; padding-bottom: 1em; /*background-color: #FBFCFD;*/ border-top-width: 0; /* background-image:url('nav_g.png'); background-repeat:repeat-x;*/ background-color: transparent; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; /*box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; /*-moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px;*/ /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; /*-webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ } dl.reflist dt { padding: 5px; } dl.reflist dd { margin: 0px 0px 10px 0px; padding: 5px; } .paramkey { text-align: right; } .paramtype { white-space: nowrap; } .paramname { color: #602020; white-space: nowrap; } .paramname em { font-style: normal; } .paramname code { line-height: 14px; } .params, .retval, .exception, .tparams { margin-left: 0px; padding-left: 0px; } .params .paramname, .retval .paramname { font-weight: bold; vertical-align: top; } .params .paramtype { font-style: italic; vertical-align: top; } .params .paramdir { font-family: "courier new",courier,monospace; vertical-align: top; } table.mlabels { border-spacing: 0px; } td.mlabels-left { width: 100%; padding: 0px; } td.mlabels-right { vertical-align: bottom; padding: 0px; white-space: nowrap; } span.mlabels { margin-left: 8px; } span.mlabel { background-color: #728DC1; border-top:1px solid #5373B4; border-left:1px solid #5373B4; border-right:1px solid #C4CFE5; border-bottom:1px solid #C4CFE5; text-shadow: none; color: white; margin-right: 4px; padding: 2px 3px; border-radius: 3px; font-size: 7pt; white-space: nowrap; vertical-align: middle; } /* @end */ /* these are for tree view when not used as main index */ div.directory { margin: 10px 0px; border-top: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; width: 100%; } .directory table { border-collapse:collapse; } .directory td { margin: 0px; padding: 0px; vertical-align: top; } .directory td.entry { white-space: nowrap; padding-right: 6px; } .directory td.entry a { outline:none; } .directory td.entry a img { border: none; } .directory td.desc { width: 100%; padding-left: 6px; padding-right: 6px; padding-top: 3px; border-left: 1px solid rgba(0,0,0,0.05); } .directory tr.even { padding-left: 6px; background-color: #F7F8FB; } .directory img { vertical-align: -30%; } .directory .levels { white-space: nowrap; width: 100%; text-align: right; font-size: 9pt; } .directory .levels span { cursor: pointer; padding-left: 2px; padding-right: 2px; color: #3D578C; } div.dynheader { margin-top: 8px; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } address { font-style: normal; color: #2A3D61; } table.doxtable { border-collapse:collapse; margin-top: 4px; margin-bottom: 4px; } table.doxtable td, table.doxtable th { border: 1px solid #2D4068; padding: 3px 7px 2px; } table.doxtable th { background-color: #374F7F; color: #FFFFFF; font-size: 110%; padding-bottom: 4px; padding-top: 5px; } table.fieldtable { width: 100%; margin-bottom: 10px; border: 1px solid #A8B8D9; border-spacing: 0px; -moz-border-radius: 4px; -webkit-border-radius: 4px; border-radius: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; -webkit-box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); } .fieldtable td, .fieldtable th { padding: 3px 7px 2px; } .fieldtable td.fieldtype, .fieldtable td.fieldname { white-space: nowrap; border-right: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; vertical-align: top; } .fieldtable td.fielddoc { border-bottom: 1px solid #A8B8D9; width: 100%; } .fieldtable tr:last-child td { border-bottom: none; } .fieldtable th { background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; font-size: 90%; color: #253555; padding-bottom: 4px; padding-top: 5px; text-align:left; -moz-border-radius-topleft: 4px; -moz-border-radius-topright: 4px; -webkit-border-top-left-radius: 4px; -webkit-border-top-right-radius: 4px; border-top-left-radius: 4px; border-top-right-radius: 4px; border-bottom: 1px solid #A8B8D9; } .tabsearch { top: 0px; left: 10px; height: 36px; background-image: url('tab_b.png'); z-index: 101; overflow: hidden; font-size: 13px; } .navpath ul { font-size: 11px; background-image:url('tab_b.png'); background-repeat:repeat-x; background-position: 0 -5px; height:30px; line-height:30px; color:#8AA0CC; border:solid 1px #C2CDE4; overflow:hidden; margin:0px; padding:0px; } .navpath li { list-style-type:none; float:left; padding-left:10px; padding-right:15px; background-image:url('bc_s.png'); background-repeat:no-repeat; background-position:right; color:#364D7C; } .navpath li.navelem a { height:32px; display:block; text-decoration: none; outline: none; color: #283A5D; font-family: 'Lucida Grande',Geneva,Helvetica,Arial,sans-serif; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); text-decoration: none; } .navpath li.navelem a:hover { color:#6884BD; } .navpath li.footer { list-style-type:none; float:right; padding-left:10px; padding-right:15px; background-image:none; background-repeat:no-repeat; background-position:right; color:#364D7C; font-size: 8pt; } div.summary { float: right; font-size: 8pt; padding-right: 5px; width: 50%; text-align: right; } div.summary a { white-space: nowrap; } div.ingroups { font-size: 8pt; width: 50%; text-align: left; margin-top: 1ex; } div.ingroups a { white-space: nowrap; } div.header { background-image:url('nav_h.png'); background-repeat:repeat-x; background-color: #F9FAFC; margin: 0px; border-bottom: 1px solid #C4CFE5; } div.headertitle { padding: 5px 5px 5px 10px; } dl { padding: 0 0 0 10px; } /* dl.note, dl.warning, dl.attention, dl.pre, dl.post, dl.invariant, dl.deprecated, dl.todo, dl.test, dl.bug */ dl.section { margin-left: 0px; padding-left: 0px; } dl.note { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #D0C000; } dl.warning, dl.attention { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #FF0000; } dl.pre, dl.post, dl.invariant { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00D000; } dl.deprecated { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #505050; } dl.todo { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00C0E0; } dl.test { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #3030E0; } dl.bug { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #C08050; } dl.section dd { margin-bottom: 6px; } #projectlogo { text-align: center; vertical-align: bottom; border-collapse: separate; } #projectlogo img { border: 0px none; } #projectname { font: 300% Tahoma, Arial,sans-serif; margin: 0px; padding: 2px 0px; } #projectbrief { font: 120% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #projectnumber { font: 50% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #titlearea { padding: 0px; margin: 0px; width: 100%; border-bottom: 1px solid #5373B4; } .image { text-align: center; } .dotgraph { text-align: center; } .mscgraph { text-align: center; } .caption { font-weight: bold; } div.zoom { border: 1px solid #90A5CE; } dl.citelist { margin-bottom:50px; } dl.citelist dt { color:#334975; float:left; font-weight:bold; margin-right:10px; padding:5px; } dl.citelist dd { margin:2px 0; padding:5px 0; } div.toc { padding: 14px 25px; background-color: #F4F6FA; border: 1px solid #D8DFEE; border-radius: 7px 7px 7px 7px; float: right; height: auto; margin: 0 20px 10px 10px; width: 200px; 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} h1, h2, h3, h4, h5, h6 { page-break-after: avoid; } .summary { display: none; } .memitem { page-break-inside: avoid; } #doc-content { margin-left:0 !important; height:auto !important; width:auto !important; overflow:inherit; display:inline; } } doomsday-1.14.5/doomsday/dep_fluidsynth.pri0000664000175000017500000000051412350542240020256 0ustar jaakkojaakko# Build configuration for libfluidsynth. unix { # Is the FluidSynth development files installed? system(pkg-config --exists fluidsynth) { flags = $$system(pkg-config --cflags fluidsynth) QMAKE_CFLAGS += $$flags QMAKE_CXXFLAGS += $$flags LIBS += $$system(pkg-config --libs fluidsynth) } } doomsday-1.14.5/doomsday/libdeng1/0000775000175000017500000000000012350542240016206 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libdeng1/src/0000775000175000017500000000000012350542240016775 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libdeng1/src/memory.c0000664000175000017500000000322712350542240020455 0ustar jaakkojaakko/** * @file memory.c * Memory allocations. @ingroup system * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/memory.h" #include #include void *M_Malloc(size_t size) { void *p = malloc(size); if(!p) Libdeng_BadAlloc(); return p; } void *M_Calloc(size_t size) { void *p = calloc(size, 1); if(!p) Libdeng_BadAlloc(); return p; } void *M_Realloc(void *ptr, size_t size) { void *p = 0; if(!size) { if(ptr) M_Free(ptr); return 0; } p = realloc(ptr, size); if(!p) Libdeng_BadAlloc(); // was supposed to be non-null return p; } void *M_MemDup(void const *ptr, size_t size) { void *copy = M_Malloc(size); memcpy(copy, ptr, size); return copy; } void M_Free(void *ptr) { free(ptr); } doomsday-1.14.5/doomsday/libdeng1/src/findfile_windows.c0000664000175000017500000000503212350542240022473 0ustar jaakkojaakko/** @file findfile_windows.c Win32-style native file finding. * @ingroup system * * @author Copyright © 2004-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include "de/findfile.h" typedef struct winfinddata_s { struct _finddata_t data; intptr_t handle; } winfinddata_t; static void setdata(FindData *dta) { winfinddata_t *fd = dta->finddata; dta->date = fd->data.time_write; dta->time = fd->data.time_write; dta->size = fd->data.size; Str_Set(&dta->name, fd->data.name); Str_ReplaceAll(&dta->name, '\\', '/'); dta->attrib = 0; if(fd->data.attrib & _A_SUBDIR) { if(Str_Compare(&dta->name, ".") && Str_Compare(&dta->name, "..")) { if(!Str_EndsWith(&dta->name, "/")) Str_Append(&dta->name, "/"); } dta->attrib |= A_SUBDIR; } } int FindFile_FindFirst(FindData *dta, char const *filename) { winfinddata_t *fd; assert(filename && dta); // Allocate a new private finddata struct. dta->finddata = fd = calloc(1, sizeof(*fd)); Str_InitStd(&dta->name); // Begin the search. fd->handle = _findfirst(filename, &fd->data); setdata(dta); return (fd->handle == (long) (-1)); } int FindFile_FindNext(FindData *dta) { winfinddata_t *fd; int result; if(!dta) return 0; fd = dta->finddata; result = _findnext(fd->handle, &fd->data); if(!result) setdata(dta); return result != 0; } void FindFile_Finish(FindData *dta) { assert(dta); _findclose(((winfinddata_t*) dta->finddata)->handle); free(dta->finddata); Str_Free(&dta->name); memset(dta, 0, sizeof(FindData)); } doomsday-1.14.5/doomsday/libdeng1/src/stack.c0000664000175000017500000000362212350542240020251 0ustar jaakkojaakko/** @file stack.c Stack of void* elements. * @ingroup data * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/libdeng1.h" #include "de/memory.h" #include "de/stack.h" #include struct ddstack_s { size_t height; // Height of the stack. void **data; }; ddstack_t *Stack_New(void) { ddstack_t *stack = M_Malloc(sizeof(ddstack_t)); stack->height = 0; stack->data = NULL; return stack; } void Stack_Delete(ddstack_t *s) { if(!s) return; // Clear the stack first. while(Stack_Height(s) > 0) { Stack_Pop(s); } if(s->data) M_Free(s->data); M_Free(s); } size_t Stack_Height(ddstack_t *s) { if(!s) return 0; return s->height; } void Stack_Push(ddstack_t *s, void *data) { if(!s) return; s->data = M_Realloc(s->data, sizeof(void *) * ++s->height); s->data[s->height-1] = data; } void *Stack_Pop(ddstack_t *s) { void *retVal; if(!s) return NULL; DENG_ASSERT(s->height > 0); if(!s->height) { App_Log(DE2_LOG_DEBUG, "Stack::Pop: Underflow."); return NULL; } retVal = s->data[--s->height]; s->data[s->height] = NULL; return retVal; } doomsday-1.14.5/doomsday/libdeng1/src/memoryzone_private.h0000664000175000017500000001030212350542240023100 0ustar jaakkojaakko/** * @file memoryzone_private.h * Memory zone (internal header). @ingroup memzone * * This header file is separate from the public one because it defines the data * structures used internally by the memory zone module. The private data * should not be accessed under normal circumstances. In a debug build, the * memzone_private_s struct can be used to examine the contents of the zone for * debugging purposes -- however, doing so requires directly including this * internal header file. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_MEMORY_ZONE_PRIVATE_H #define LIBDENG_MEMORY_ZONE_PRIVATE_H #include #include // public API #ifdef __cplusplus extern "C" { #endif /** * Initialize the memory zone. */ int Z_Init(void); /** * Shut down the memory zone by destroying all the volumes. */ void Z_Shutdown(void); size_t Z_FreeMemory(void); typedef struct memblock_s { size_t size; // Including header and possibly tiny fragments. void ** user; // NULL if a free block. int tag; // Purge level. int id; // Should be LIBDENG_ZONEID. struct memvolume_s *volume; // Volume this block belongs to. struct memblock_s *next, *prev; struct memblock_s *seqLast, *seqFirst; #ifdef LIBDENG_FAKE_MEMORY_ZONE void * area; // The real memory area. size_t areaSize; // Size of the allocated memory area. #endif } memblock_t; typedef struct { size_t size; // Total bytes malloced, including header. memblock_t blockList; // Start / end cap for linked list. memblock_t * rover; memblock_t * staticRover; } memzone_t; /** * The memory is composed of multiple volumes. New volumes are allocated when * necessary. */ typedef struct memvolume_s { memzone_t *zone; size_t size; size_t allocatedBytes; ///< Total number of allocated bytes. struct memvolume_s *next; } memvolume_t; struct zblockset_block_s; /** * ZBlockSet. Block memory allocator. * * These are used instead of many calls to Z_Malloc when the number of * required elements is unknown and when linear allocation would be too * slow. * * Memory is allocated as needed in blocks of "batchSize" elements. When * a new element is required we simply reserve a ptr in the previously * allocated block of elements or create a new block just in time. * * The internal state of a blockset is managed automatically. */ struct zblockset_s { unsigned int _elementsPerBlock; size_t _elementSize; int _tag; /// All blocks in a blockset have the same tag. unsigned int _blockCount; struct zblockset_block_s *_blocks; }; #ifdef LIBDENG_FAKE_MEMORY_ZONE memblock_t *Z_GetBlock(void *ptr); #else // Real memory zone allocates memory from a custom heap. #define Z_GetBlock(ptr) ((memblock_t *) ((byte *)(ptr) - sizeof(memblock_t))) #endif #ifdef DENG_DEBUG /** * Provides access to the internal data of the memory zone module. * This is only needed for debugging purposes. */ struct memzone_private_s { void (*lock)(void); void (*unlock)(void); dd_bool (*isVolumeTooFull)(memvolume_t *); int volumeCount; memvolume_t *volumeRoot; }; #endif // DENG_DEBUG #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_MEMORY_ZONE_PRIVATE_H */ doomsday-1.14.5/doomsday/libdeng1/src/memoryzone.c0000664000175000017500000007630012350542240021353 0ustar jaakkojaakko/** * @file memoryzone.c * Memory zone implementation. @ingroup memzone * * The zone is composed of multiple memory volumes. New volumes get created on * the fly when needed. This guarantees that all allocation requests will * succeed. * * There is never any space between memblocks, and there will never be two * contiguous free memblocks. * * Each volume employs two rovers that are used to locate free blocks for new * allocations. When an allocation succeeds, the rover is left pointing to the * block after the new allocation. The rover can be left pointing at a * non-empty block. One of the rovers is for the STATIC purgelevels while the * other is for all other purgelevels. The purpose of this is to prevent memory * fragmentation: when longer-lifespan allocations get mixed with * short-lifespan ones, the end result is more longer-lifespan allocations with * small amounts of potentially unusable free space between them. The static * rover attempts to place all the longer-lifespan allocation near the start of * the volume. * * It is not necessary to explicitly call Z_Free() on >= PU_PURGELEVEL blocks * because they will be automatically freed when the rover encounters them. * * @par Block Sequences * The PU_MAPSTATIC purge tag has a special purpose. It works like PU_MAP so * that it is purged on a per map basis, but blocks allocated as PU_MAPSTATIC * should not be freed at any time when the map is being used. Internally, the * map-static blocks are linked into sequences so that Z_Malloc knows to skip * all of them efficiently. This is possible because no block inside the * sequence could be purged by Z_Malloc() anyway. * * @author Copyright © 1999-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * @author Copyright © 2006 Jamie Jones * @author Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "de/memory.h" #include "de/concurrency.h" #include "de/c_wrapper.h" #include "memoryzone_private.h" // Size of one memory zone volume. #define MEMORY_VOLUME_SIZE 0x2000000 // 32 Mb #define MINFRAGMENT (sizeof(memblock_t)+32) #define ALIGNED(x) (((x) + sizeof(void *) - 1)&(~(sizeof(void *) - 1))) /// Special user pointer for blocks that are in use but have no single owner. #define MEMBLOCK_USER_ANONYMOUS ((void *) 2) // Used for block allocation of memory from the zone. typedef struct zblockset_block_s { /// Maximum number of elements. unsigned int max; /// Number of used elements. unsigned int count; /// Size of a single element. size_t elementSize; /// Block of memory where elements are. void *elements; } zblockset_block_t; static memvolume_t *volumeRoot; static memvolume_t *volumeLast; static mutex_t zoneMutex = 0; static size_t Z_AllocatedMemory(void); static size_t allocatedMemoryInVolume(memvolume_t *volume); static __inline void lockZone(void) { assert(zoneMutex != 0); Sys_Lock(zoneMutex); } static __inline void unlockZone(void) { Sys_Unlock(zoneMutex); } /** * Conversion from string to long, with the "k" and "m" suffixes. */ long superatol(char *s) { char *endptr; long val = strtol(s, &endptr, 0); if(*endptr == 'k' || *endptr == 'K') val *= 1024; else if(*endptr == 'm' || *endptr == 'M') val *= 1048576; return val; } /** * Create a new memory volume. The new volume is added to the list of * memory volumes. */ static memvolume_t *createVolume(size_t volumeSize) { memblock_t *block; memvolume_t *vol = M_Calloc(sizeof(memvolume_t)); lockZone(); // Append to the end of the volume list. if(volumeLast) volumeLast->next = vol; volumeLast = vol; vol->next = 0; if(!volumeRoot) volumeRoot = vol; // Allocate memory for the zone volume. vol->size = volumeSize; vol->zone = M_Malloc(vol->size); vol->allocatedBytes = 0; // Clear the start of the zone. memset(vol->zone, 0, sizeof(memzone_t) + sizeof(memblock_t)); vol->zone->size = vol->size; // Set the entire zone to one free block. vol->zone->blockList.next = vol->zone->blockList.prev = block = (memblock_t *) ((byte *) vol->zone + sizeof(memzone_t)); vol->zone->blockList.user = (void *) vol->zone; vol->zone->blockList.volume = vol; vol->zone->blockList.tag = PU_APPSTATIC; vol->zone->rover = vol->zone->staticRover = block; block->prev = block->next = &vol->zone->blockList; block->user = NULL; // free block block->seqFirst = block->seqLast = NULL; block->size = vol->zone->size - sizeof(memzone_t); unlockZone(); App_Log(DE2_LOG_MESSAGE, "Created a new %.1f MB memory volume.", vol->size / 1024.0 / 1024.0); Z_CheckHeap(); return vol; } dd_bool Z_IsInited(void) { return zoneMutex != 0; } int Z_Init(void) { zoneMutex = Sys_CreateMutex("ZONE_MUTEX"); // Create the first volume. createVolume(MEMORY_VOLUME_SIZE); return true; } void Z_Shutdown(void) { int numVolumes = 0; size_t totalMemory = 0; // Get rid of possible zone-allocated memory in the garbage. Garbage_RecycleAllWithDestructor(Z_Free); // Destroy all the memory volumes. while(volumeRoot) { memvolume_t *vol = volumeRoot; volumeRoot = vol->next; // Calculate stats. numVolumes++; totalMemory += vol->size; #ifdef LIBDENG_FAKE_MEMORY_ZONE Z_FreeTags(0, DDMAXINT); #endif M_Free(vol->zone); M_Free(vol); } App_Log(DE2_LOG_NOTE, "Z_Shutdown: Used %i volumes, total %u bytes.", numVolumes, totalMemory); Sys_DestroyMutex(zoneMutex); zoneMutex = 0; } #ifdef LIBDENG_FAKE_MEMORY_ZONE memblock_t *Z_GetBlock(void *ptr) { memvolume_t *volume; memblock_t *block; for(volume = volumeRoot; volume; volume = volume->next) { for(block = volume->zone->blockList.next; block != &volume->zone->blockList; block = block->next) { if(block->area == ptr) { return block; } } } DENG_ASSERT(false); // There is no memory block for this. return NULL; } #endif /** * Frees a block of memory allocated with Z_Malloc. * * @param ptr Memory area to free. * @param tracked Pointer to a tracked memory block. Will be updated * if affected by the operation. */ static void freeBlock(void *ptr, memblock_t **tracked) { memblock_t *block, *other; memvolume_t *volume; if(!ptr) return; lockZone(); block = Z_GetBlock(ptr); if(block->id != LIBDENG_ZONEID) { unlockZone(); DENG_ASSERT(block->id == LIBDENG_ZONEID); App_Log(DE2_LOG_WARNING, "Attempted to free pointer without ZONEID."); return; } // The block was allocated from this volume. volume = block->volume; if(block->user > (void **) 0x100) // Smaller values are not pointers. *block->user = 0; // Clear the user's mark. block->user = NULL; // Mark as free. block->tag = 0; block->volume = NULL; block->id = 0; #ifdef LIBDENG_FAKE_MEMORY_ZONE M_Free(block->area); block->area = NULL; block->areaSize = 0; #endif /** * Erase the entire sequence, if there is one. * It would also be possible to carefully break the sequence in two * parts, but since PU_LEVELSTATICs aren't supposed to be freed one by * one, this this sufficient. */ if(block->seqFirst) { memblock_t *first = block->seqFirst; memblock_t *iter = first; while(iter->seqFirst == first) { iter->seqFirst = iter->seqLast = NULL; iter = iter->next; } } // Keep tabs on how much memory is used. volume->allocatedBytes -= block->size; other = block->prev; if(!other->user) { // Merge with previous free block. other->size += block->size; other->next = block->next; other->next->prev = other; if(block == volume->zone->rover) volume->zone->rover = other; if(block == volume->zone->staticRover) volume->zone->staticRover = other; block = other; // Keep track of what happens to the referenced block. if(tracked && *tracked == block) { *tracked = other; } } other = block->next; if(!other->user) { // Merge the next free block onto the end. block->size += other->size; block->next = other->next; block->next->prev = block; if(other == volume->zone->rover) volume->zone->rover = block; if(other == volume->zone->staticRover) volume->zone->staticRover = block; // Keep track of what happens to the referenced block. if(tracked && *tracked == other) { *tracked = block; } } unlockZone(); } void Z_Free(void *ptr) { freeBlock(ptr, 0); } static __inline dd_bool isFreeBlock(memblock_t *block) { return !block->user; } static __inline dd_bool isRootBlock(memvolume_t *vol, memblock_t *block) { return block == &vol->zone->blockList; } static __inline memblock_t *advanceBlock(memvolume_t *vol, memblock_t *block) { block = block->next; if(isRootBlock(vol, block)) { // Continue from the beginning. block = vol->zone->blockList.next; } return block; } static __inline memblock_t *rewindRover(memvolume_t *vol, memblock_t *rover, int maxSteps, size_t optimal) { memblock_t *base = rover; size_t prevBest = 0; int i; rover = rover->prev; for(i = 0; i < maxSteps && !isRootBlock(vol, rover); ++i) { // Looking for the smallest suitable free block. if(isFreeBlock(rover) && rover->size >= optimal && (!prevBest || rover->size < prevBest)) { // Let's use this one. prevBest = rover->size; base = rover; } rover = rover->prev; } return base; } static dd_bool isVolumeTooFull(memvolume_t *vol) { return vol->allocatedBytes > vol->size * .95f; } /** * The static rovers should be rewound back near the beginning of the volume * periodically in order for them to be effective. Currently this is done * whenever tag ranges are purged (e.g., before map changes). */ static void rewindStaticRovers(void) { memvolume_t *volume; for(volume = volumeRoot; volume; volume = volume->next) { memblock_t *block; for(block = volume->zone->blockList.next; !isRootBlock(volume, block); block = block->next) { // Let's find the first free block at the beginning of the volume. if(isFreeBlock(block)) { volume->zone->staticRover = block; break; } } } } static void splitFreeBlock(memblock_t *block, size_t size) { // There will be a new free fragment after the block. memblock_t *newBlock = (memblock_t *) ((byte *) block + size); newBlock->size = block->size - size; newBlock->user = NULL; // free block newBlock->tag = 0; newBlock->volume = NULL; newBlock->prev = block; newBlock->next = block->next; newBlock->next->prev = newBlock; newBlock->seqFirst = newBlock->seqLast = NULL; #ifdef LIBDENG_FAKE_MEMORY_ZONE newBlock->area = 0; newBlock->areaSize = 0; #endif block->next = newBlock; block->size = size; } void *Z_Malloc(size_t size, int tag, void *user) { memblock_t *start, *iter; memvolume_t *volume; if(tag < PU_APPSTATIC || tag > PU_PURGELEVEL) { App_Log(DE2_LOG_WARNING, "Z_Malloc: Invalid purgelevel %i, cannot allocate memory.", tag); return NULL; } if(!size) { // You can't allocate "nothing." return NULL; } lockZone(); // Align to pointer size. size = ALIGNED(size); // Account for size of block header. size += sizeof(memblock_t); // Iterate through memory volumes until we can find one with enough free // memory. (Note: we *will *find one that's large enough.) for(volume = volumeRoot; ; volume = volume->next) { uint numChecked = 0; dd_bool gotoNextVolume = false; if(volume == NULL) { // We've run out of volumes. Let's allocate a new one // with enough memory. size_t newVolumeSize = MEMORY_VOLUME_SIZE; if(newVolumeSize < size + 0x1000) newVolumeSize = size + 0x1000; // with some spare memory volume = createVolume(newVolumeSize); } if(isVolumeTooFull(volume)) { // We should skip this one. continue; } DENG_ASSERT(volume->zone); // Scan through the block list looking for the first free block of // sufficient size, throwing out any purgable blocks along the // way. if(tag == PU_APPSTATIC || tag == PU_GAMESTATIC) { // Appstatic allocations may be around for a long time so make sure // they don't litter the volume. Their own rover will keep them as // tightly packed as possible. iter = volume->zone->staticRover; } else { // Everything else is allocated using the rover. iter = volume->zone->rover; } assert(iter->prev); // Back up a little to see if we have some space available nearby. start = iter = rewindRover(volume, iter, 3, size); numChecked = 0; // If the start is in a sequence, move it to the beginning of the // entire sequence. Sequences are handled as a single unpurgable entity, // so we can stop checking at its start. if(start->seqFirst) { start = start->seqFirst; } // We will scan ahead until we find something big enough. for( ; !(isFreeBlock(iter) && iter->size >= size); numChecked++) { // Check for purgable blocks we can dispose of. if(!isFreeBlock(iter)) { if(iter->tag >= PU_PURGELEVEL) { memblock_t *old = iter; iter = iter->prev; // Step back. #ifdef LIBDENG_FAKE_MEMORY_ZONE freeBlock(old->area, &start); #else freeBlock((byte *) old + sizeof(memblock_t), &start); #endif } else { if(iter->seqFirst) { // This block is part of a sequence of blocks, none of // which can be purged. Skip the entire sequence. iter = iter->seqFirst->seqLast; } } } // Move to the next block. iter = advanceBlock(volume, iter); // Ensure that iter will eventually touch start. assert(!start->seqFirst || start->seqFirst == start || !start->seqFirst->prev->seqFirst || start->seqFirst->prev->seqFirst == start->seqFirst->prev->seqLast); if(iter == start && numChecked > 0) { // Scanned all the way through, no suitable space found. gotoNextVolume = true; App_Log(DE2_LOG_DEBUG, "Z_Malloc: gave up on volume after %i checks", numChecked); break; } } // At this point we've found/created a big enough block or we are // skipping this volume entirely. if(gotoNextVolume) continue; // Found a block big enough. if(iter->size - size > MINFRAGMENT) { splitFreeBlock(iter, size); } #ifdef LIBDENG_FAKE_MEMORY_ZONE iter->areaSize = size - sizeof(memblock_t); iter->area = M_Malloc(iter->areaSize); #endif if(user) { iter->user = user; // mark as an in use block #ifdef LIBDENG_FAKE_MEMORY_ZONE *(void **) user = iter->area; #else *(void **) user = (void *) ((byte *) iter + sizeof(memblock_t)); #endif } else { // An owner is required for purgable blocks. DENG_ASSERT(tag < PU_PURGELEVEL); iter->user = MEMBLOCK_USER_ANONYMOUS; // mark as in use, but unowned } iter->tag = tag; if(tag == PU_MAPSTATIC) { // Level-statics are linked into unpurgable sequences so they can // be skipped en masse. iter->seqFirst = iter; iter->seqLast = iter; if(iter->prev->seqFirst) { iter->seqFirst = iter->prev->seqFirst; iter->seqFirst->seqLast = iter; } } else { // Not part of a sequence. iter->seqLast = iter->seqFirst = NULL; } // Next allocation will start looking here, at the rover. if(tag == PU_APPSTATIC || tag == PU_GAMESTATIC) { volume->zone->staticRover = advanceBlock(volume, iter); } else { volume->zone->rover = advanceBlock(volume, iter); } // Keep tabs on how much memory is used. volume->allocatedBytes += iter->size; iter->volume = volume; iter->id = LIBDENG_ZONEID; unlockZone(); #ifdef LIBDENG_FAKE_MEMORY_ZONE return iter->area; #else return (void *) ((byte *) iter + sizeof(memblock_t)); #endif } } void *Z_Realloc(void *ptr, size_t n, int mallocTag) { int tag = ptr ? Z_GetTag(ptr) : mallocTag; void *p; lockZone(); n = ALIGNED(n); p = Z_Malloc(n, tag, 0); // User always 0; if(ptr) { size_t bsize; // Has old data; copy it. memblock_t *block = Z_GetBlock(ptr); #ifdef LIBDENG_FAKE_MEMORY_ZONE bsize = block->areaSize; #else bsize = block->size - sizeof(memblock_t); #endif memcpy(p, ptr, MIN_OF(n, bsize)); Z_Free(ptr); } unlockZone(); return p; } void Z_FreeTags(int lowTag, int highTag) { memvolume_t *volume; memblock_t *block, *next; App_Log(DE2_LOG_DEBUG, "MemoryZone: Freeing all blocks in tag range:[%i, %i)", lowTag, highTag+1); for(volume = volumeRoot; volume; volume = volume->next) { for(block = volume->zone->blockList.next; block != &volume->zone->blockList; block = next) { next = block->next; if(block->user) // An allocated block? { if(block->tag >= lowTag && block->tag <= highTag) #ifdef LIBDENG_FAKE_MEMORY_ZONE Z_Free(block->area); #else Z_Free((byte *) block + sizeof(memblock_t)); #endif } } } // Now that there's plenty of new free space, let's keep the static // rover near the beginning of the volume. rewindStaticRovers(); } void Z_CheckHeap(void) { memvolume_t *volume; memblock_t *block; dd_bool isDone; App_Log(DE2_LOG_TRACE, "Z_CheckHeap"); lockZone(); for(volume = volumeRoot; volume; volume = volume->next) { size_t total = 0; // Validate the counter. if(allocatedMemoryInVolume(volume) != volume->allocatedBytes) { App_Log(DE2_LOG_CRITICAL, "Z_CheckHeap: allocated bytes counter is off (counter:%u != actual:%u)", volume->allocatedBytes, allocatedMemoryInVolume(volume)); App_FatalError("Z_CheckHeap: zone book-keeping is wrong"); } // Does the memory in the blocks sum up to the total volume size? for(block = volume->zone->blockList.next; block != &volume->zone->blockList; block = block->next) { total += block->size; } if(total != volume->size - sizeof(memzone_t)) { App_Log(DE2_LOG_CRITICAL, "Z_CheckHeap: invalid total size of blocks (%u != %u)", total, volume->size - sizeof(memzone_t)); App_FatalError("Z_CheckHeap: zone book-keeping is wrong"); } // Does the last block extend all the way to the end? block = volume->zone->blockList.prev; if((byte *)block - ((byte *)volume->zone + sizeof(memzone_t)) + block->size != volume->size - sizeof(memzone_t)) { App_Log(DE2_LOG_CRITICAL, "Z_CheckHeap: last block does not cover the end (%u != %u)", (byte *)block - ((byte *)volume->zone + sizeof(memzone_t)) + block->size, volume->size - sizeof(memzone_t)); App_FatalError("Z_CheckHeap: zone is corrupted"); } block = volume->zone->blockList.next; isDone = false; while(!isDone) { if(block->next != &volume->zone->blockList) { if(block->size == 0) App_FatalError("Z_CheckHeap: zero-size block"); if((byte *) block + block->size != (byte *) block->next) App_FatalError("Z_CheckHeap: block size does not touch the " "next block"); if(block->next->prev != block) App_FatalError("Z_CheckHeap: next block doesn't have proper " "back link"); if(!block->user && !block->next->user) App_FatalError("Z_CheckHeap: two consecutive free blocks"); if(block->user == (void **) -1) { DENG_ASSERT(block->user != (void **) -1); App_FatalError("Z_CheckHeap: bad user pointer"); } /* if(block->seqFirst == block) { // This is the first. printf("sequence begins at (%p): start=%p, end=%p\n", block, block->seqFirst, block->seqLast); } */ if(block->seqFirst) { //printf(" seq member (%p): start=%p\n", block, block->seqFirst); if(block->seqFirst->seqLast == block) { //printf(" -=- last member of seq %p -=-\n", block->seqFirst); } else { if(block->next->seqFirst != block->seqFirst) { App_FatalError("Z_CheckHeap: disconnected sequence"); } } } block = block->next; } else isDone = true; // all blocks have been hit } } unlockZone(); } void Z_ChangeTag2(void *ptr, int tag) { lockZone(); { memblock_t *block = Z_GetBlock(ptr); DENG_ASSERT(block->id == LIBDENG_ZONEID); if(tag >= PU_PURGELEVEL && PTR2INT(block->user) < 0x100) { App_Log(DE2_LOG_ERROR, "Z_ChangeTag: An owner is required for purgable blocks."); } else { block->tag = tag; } } unlockZone(); } void Z_ChangeUser(void *ptr, void *newUser) { lockZone(); { memblock_t *block = Z_GetBlock(ptr); DENG_ASSERT(block->id == LIBDENG_ZONEID); block->user = newUser; } unlockZone(); } uint Z_GetId(void *ptr) { return ((memblock_t *) ((byte *)(ptr) - sizeof(memblock_t)))->id; } void *Z_GetUser(void *ptr) { memblock_t *block = Z_GetBlock(ptr); DENG_ASSERT(block->id == LIBDENG_ZONEID); return block->user; } /** * Get the tag of a memory block. */ int Z_GetTag(void *ptr) { memblock_t *block = Z_GetBlock(ptr); DENG_ASSERT(block->id == LIBDENG_ZONEID); return block->tag; } dd_bool Z_Contains(void *ptr) { memvolume_t *volume; memblock_t *block = Z_GetBlock(ptr); if(block->id != LIBDENG_ZONEID) { // Could be in the zone, but does not look like an allocated block. return false; } // Check which volume is it. for(volume = volumeRoot; volume; volume = volume->next) { if((char *)ptr > (char *)volume->zone && (char *)ptr < (char *)volume->zone + volume->size) { // There it is. return true; } } return false; } void *Z_Calloc(size_t size, int tag, void *user) { void *ptr = Z_Malloc(size, tag, user); memset(ptr, 0, ALIGNED(size)); return ptr; } void *Z_Recalloc(void *ptr, size_t n, int callocTag) { memblock_t *block; void *p; size_t bsize; lockZone(); n = ALIGNED(n); if(ptr) // Has old data. { p = Z_Malloc(n, Z_GetTag(ptr), NULL); block = Z_GetBlock(ptr); #ifdef LIBDENG_FAKE_MEMORY_ZONE bsize = block->areaSize; #else bsize = block->size - sizeof(memblock_t); #endif if(bsize <= n) { memcpy(p, ptr, bsize); memset((char *) p + bsize, 0, n - bsize); } else { // New block is smaller. memcpy(p, ptr, n); } Z_Free(ptr); } else { // Totally new allocation. p = Z_Calloc(n, callocTag, NULL); } unlockZone(); return p; } char *Z_StrDup(char const *text) { if(!text) return 0; { size_t len = strlen(text); char *buf = Z_Malloc(len + 1, PU_APPSTATIC, 0); strcpy(buf, text); return buf; } } void *Z_MemDup(void const *ptr, size_t size) { void *copy = Z_Malloc(size, PU_APPSTATIC, 0); memcpy(copy, ptr, size); return copy; } uint Z_VolumeCount(void) { memvolume_t *volume; size_t count = 0; lockZone(); for(volume = volumeRoot; volume; volume = volume->next) { count++; } unlockZone(); return count; } static size_t allocatedMemoryInVolume(memvolume_t *volume) { memblock_t *block; size_t total = 0; for(block = volume->zone->blockList.next; !isRootBlock(volume, block); block = block->next) { if(!isFreeBlock(block)) { total += block->size; } } return total; } /** * Calculate the size of allocated memory blocks in all volumes combined. */ static size_t Z_AllocatedMemory(void) { memvolume_t *volume; size_t total = 0; lockZone(); for(volume = volumeRoot; volume; volume = volume->next) { total += allocatedMemoryInVolume(volume); } unlockZone(); return total; } /** * Calculate the amount of unused memory in all volumes combined. */ size_t Z_FreeMemory(void) { memvolume_t *volume; memblock_t *block; size_t free = 0; lockZone(); Z_CheckHeap(); for(volume = volumeRoot; volume; volume = volume->next) { for(block = volume->zone->blockList.next; block != &volume->zone->blockList; block = block->next) { if(!block->user) { free += block->size; } } } unlockZone(); return free; } void Z_PrintStatus(void) { size_t allocated = Z_AllocatedMemory(); size_t wasted = Z_FreeMemory(); App_Log(DE2_LOG_DEBUG, "Memory zone status: %u volumes, %u bytes allocated, %u bytes free (%f%% in use)", Z_VolumeCount(), (uint)allocated, (uint)wasted, (float)allocated/(float)(allocated+wasted)*100.f); } void Garbage_Trash(void *ptr) { Garbage_TrashInstance(ptr, Z_Contains(ptr)? Z_Free : free); } /** * Allocate a new block of memory to be used for linear object allocations. * A "zblock" (its from the zone). * * @param zblockset_t * Block set into which the new block is added. */ static void addBlockToSet(zblockset_t *set) { assert(set); { zblockset_block_t *block = 0; // Get a new block by resizing the blocks array. This is done relatively // seldom, since there is a large number of elements per each block. set->_blockCount++; set->_blocks = Z_Recalloc(set->_blocks, sizeof(zblockset_block_t) * set->_blockCount, set->_tag); App_Log(DE2_LOG_DEBUG, "addBlockToSet: set=%p blockCount=%u elemSize=%u elemCount=%u (total=%u)", set, set->_blockCount, (uint)set->_elementSize, set->_elementsPerBlock, (uint)(set->_blockCount * set->_elementSize * set->_elementsPerBlock)); // Initialize the block's data. block = &set->_blocks[set->_blockCount - 1]; block->max = set->_elementsPerBlock; block->elementSize = set->_elementSize; block->elements = Z_Malloc(block->elementSize * block->max, set->_tag, NULL); block->count = 0; } } void *ZBlockSet_Allocate(zblockset_t *set) { zblockset_block_t *block = 0; void *element = 0; assert(set); lockZone(); block = &set->_blocks[set->_blockCount - 1]; // When this is called, there is always an available element in the topmost // block. We will return it. element = ((byte *)block->elements) + (block->elementSize * block->count); // Reserve the element. block->count++; // If we run out of space in the topmost block, add a new one. if(block->count == block->max) { // Just being cautious: adding a new block invalidates existing // pointers to the blocks. block = 0; addBlockToSet(set); } unlockZone(); return element; } zblockset_t *ZBlockSet_New(size_t sizeOfElement, uint32_t batchSize, int tag) { zblockset_t *set; DENG_ASSERT(sizeOfElement > 0); DENG_ASSERT(batchSize > 0); // Allocate the blockset. set = Z_Calloc(sizeof(*set), tag, NULL); set->_elementsPerBlock = batchSize; set->_elementSize = sizeOfElement; set->_tag = tag; // Allocate the first block right away. addBlockToSet(set); return set; } void ZBlockSet_Delete(zblockset_t *set) { lockZone(); assert(set); // Free the elements from each block. { uint i; for(i = 0; i < set->_blockCount; ++i) Z_Free(set->_blocks[i].elements); } Z_Free(set->_blocks); Z_Free(set); unlockZone(); } #ifdef DENG_DEBUG void Z_GetPrivateData(MemoryZonePrivateData *pd) { pd->volumeCount = Z_VolumeCount(); pd->volumeRoot = volumeRoot; pd->lock = lockZone; pd->unlock = unlockZone; pd->isVolumeTooFull = isVolumeTooFull; } #endif doomsday-1.14.5/doomsday/libdeng1/src/kdtree.c0000664000175000017500000001554112350542240020425 0ustar jaakkojaakko/** @file kdtree.c Kd-Tree data structure implementation. * @ingroup data * * Based on glBSP 2.24 (in turn, based on BSP 2.3), which is hosted on * SourceForge: http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "kdtree.h" struct kdtreenode_s { /// KdTree instance which owns this tree node. struct kdtree_s *kdTree; /// Parent of this (sub)tree else @c NULL. struct kdtreenode_s *parent; /// Subtree of this (sub)tree else @c NULL. struct kdtreenode_s *subs[2]; /// Coordinates for this subtree, from lower-left to upper-right corner. /// Pseudo-inclusive, i.e (x,y) is inside block if and only if: /// minX <= x < maxX and minY <= y < maxY. AABox aaBox; /// User data associated with this (sub)tree else @c NULL. void *userData; }; static KdTreeNode *KdTreeNode_New(KdTree *kdTree, const AABox *bounds); static KdTreeNode *KdTreeNode_NewWithUserData(KdTree *kdTree, const AABox *bounds, void *userData); static int KdTreeNode_PostTraverse(KdTreeNode *kdn, int (*callback)(KdTreeNode *, void *), void *parameters); struct kdtree_s { KdTreeNode *root; }; KdTree *KdTree_New(const AABox *bounds) { KdTree *kd = (KdTree *) M_Malloc(sizeof *kd); kd->root = KdTreeNode_New(kd, bounds); return kd; } static int deleteKdTreeNode(KdTreeNode *kdn, void *parameters) { DENG_UNUSED(parameters); KdTreeNode_Delete(kdn); return false; // Continue iteration. } void KdTree_Delete(KdTree *kd) { DENG_ASSERT(kd); KdTree_PostTraverse(kd, deleteKdTreeNode); M_Free(kd); } KdTreeNode *KdTree_Root(KdTree *kd) { DENG_ASSERT(kd); return kd->root; } int KdTree_PostTraverse2(KdTree *kd, int(*callback)(KdTreeNode*, void*), void *parameters) { return KdTreeNode_PostTraverse(kd->root, callback, parameters); } int KdTree_PostTraverse(KdTree *kd, int(*callback)(KdTreeNode*, void*)) { return KdTree_PostTraverse2(kd, callback, NULL/*no parameters*/); } static KdTreeNode *KdTreeNode_NewWithUserData(KdTree *kdTree, const AABox *bounds, void *userData) { KdTreeNode *kdn = (KdTreeNode *) M_Calloc(sizeof *kdn); kdn->kdTree = kdTree; memcpy(&kdn->aaBox, bounds, sizeof(kdn->aaBox)); kdn->userData = userData; return kdn; } static KdTreeNode *KdTreeNode_New(KdTree *kdTree, const AABox *bounds) { return KdTreeNode_NewWithUserData(kdTree, bounds, NULL/*no user data*/); } void KdTreeNode_Delete(KdTreeNode *kdn) { DENG_ASSERT(kdn); if(kdn->parent) { if(kdn->parent->subs[0] == kdn) { kdn->parent->subs[0] = 0; } else if(kdn->parent->subs[1] == kdn) { kdn->parent->subs[1] = 0; } } free(kdn); } KdTree *KdTreeNode_KdTree(KdTreeNode *kdn) { DENG_ASSERT(kdn); return kdn->kdTree; } const AABox *KdTreeNode_Bounds(KdTreeNode *kdn) { DENG_ASSERT(kdn); return &kdn->aaBox; } void *KdTreeNode_UserData(KdTreeNode *kdn) { DENG_ASSERT(kdn); return kdn->userData; } KdTreeNode *KdTreeNode_SetUserData(KdTreeNode *kdn, void *userData) { DENG_ASSERT(kdn); kdn->userData = userData; return kdn; } KdTreeNode *KdTreeNode_Parent(KdTreeNode *kdn) { DENG_ASSERT(kdn); return kdn->parent; } KdTreeNode *KdTreeNode_Child(KdTreeNode *kdn, int left) { DENG_ASSERT(kdn); return kdn->subs[left?1:0]; } KdTreeNode *KdTreeNode_AddChild(KdTreeNode *kdn, double distance, int vertical, int left, void *userData) { KdTreeNode *child; AABox sub; DENG_ASSERT(kdn); distance = MINMAX_OF(-1, distance, 1); if(distance < 0) distance = -distance; if(!vertical) { int division = (int) (kdn->aaBox.minX + 0.5 + distance * (kdn->aaBox.maxX - kdn->aaBox.minX)); sub.minX = (left? division : kdn->aaBox.minX); sub.minY = kdn->aaBox.minY; sub.maxX = (left? kdn->aaBox.maxX : division); sub.maxY = kdn->aaBox.maxY; } else { int division = (int) (kdn->aaBox.minY + 0.5 + distance * (kdn->aaBox.maxY - kdn->aaBox.minY)); sub.minX = kdn->aaBox.minX; sub.minY = (left? division : kdn->aaBox.minY); sub.maxX = kdn->aaBox.maxX; sub.maxY = (left? kdn->aaBox.maxY : division); } child = kdn->subs[left?1:0]; if(!child) { child = kdn->subs[left?1:0] = KdTreeNode_New(kdn->kdTree, &sub); child->parent = kdn; } child->userData = userData; return child; } int KdTreeNode_Traverse2(KdTreeNode *kdn, int (*callback)(KdTreeNode *, void *), void *parameters) { int num, result; DENG_ASSERT(kdn); if(!callback) return false; // Continue iteration. result = callback(kdn, parameters); if(result) return result; // Recursively handle subtrees. for(num = 0; num < 2; ++num) { KdTreeNode *child = kdn->subs[num]; if(!child) continue; result = KdTreeNode_Traverse2(child, callback, parameters); if(result) return result; } return false; // Continue iteration. } int KdTreeNode_Traverse(KdTreeNode *kdn, int (*callback)(KdTreeNode *, void *)) { return KdTreeNode_Traverse2(kdn, callback, NULL/*no parameters*/); } static int KdTreeNode_PostTraverse(KdTreeNode *kdn, int (*callback)(KdTreeNode *, void *), void *parameters) { int num, result; DENG_ASSERT(kdn); if(!callback) return false; // Continue iteration. // Recursively handle sub-blocks. for(num = 0; num < 2; ++num) { KdTreeNode *child = kdn->subs[num]; if(!child) continue; result = KdTreeNode_PostTraverse(child, callback, parameters); if(result) return result; } result = callback(kdn, parameters); if(result) return result; return false; // Continue iteration. } doomsday-1.14.5/doomsday/libdeng1/src/concurrency.cpp0000664000175000017500000001237712350542240022045 0ustar jaakkojaakko/** * @file concurrency.cpp * Concurrency: threads, mutexes, semaphores. @ingroup system * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/concurrency.h" #include #include #include #include #include #include #include static uint mainThreadId = 0; ///< ID of the main thread. CallbackThread::CallbackThread(systhreadfunc_t func, void *param) : _callback(func), _parm(param), _returnValue(0), _exitStatus(DENG_THREAD_STOPPED_NORMALLY), _terminationFunc(0) { //qDebug() << "CallbackThread:" << this << "created."; // Only used if the thread needs to be shut down forcibly. setTerminationEnabled(true); // Cleanup at app exit time for threads whose exit value hasn't been checked. connect(qApp, SIGNAL(destroyed()), this, SLOT(deleteNow())); } CallbackThread::~CallbackThread() { if(isRunning()) { //qDebug() << "CallbackThread:" << this << "forcibly stopping, deleting."; terminate(); wait(1000); } else { //qDebug() << "CallbackThread:" << this << "deleted."; } } void CallbackThread::deleteNow() { delete this; } void CallbackThread::run() { _exitStatus = DENG_THREAD_STOPPED_WITH_FORCE; try { if(_callback) { _returnValue = _callback(_parm); } _exitStatus = DENG_THREAD_STOPPED_NORMALLY; } catch(std::exception const &error) { LOG_AS("CallbackThread"); LOG_ERROR(QString("Uncaught exception: ") + error.what()); _returnValue = -1; _exitStatus = DENG_THREAD_STOPPED_WITH_EXCEPTION; } if(_terminationFunc) { _terminationFunc(_exitStatus); } Garbage_ClearForThread(); // No more log output from this thread. de::Log::disposeThreadLog(); } int CallbackThread::exitValue() const { return _returnValue; } systhreadexitstatus_t CallbackThread::exitStatus() const { return _exitStatus; } void CallbackThread::setTerminationFunc(void (*func)(systhreadexitstatus_t)) { _terminationFunc = func; } void Sys_MarkAsMainThread(void) { // This is the main thread. mainThreadId = Sys_CurrentThreadId(); } dd_bool Sys_InMainThread(void) { return mainThreadId == Sys_CurrentThreadId(); } void Thread_Sleep(int milliseconds) { de::TimeDelta::fromMilliSeconds(milliseconds).sleep(); } thread_t Sys_StartThread(systhreadfunc_t startpos, void *parm) { CallbackThread *t = new CallbackThread(startpos, parm); t->start(); return t; } void Thread_KillAbnormally(thread_t handle) { QThread *t = reinterpret_cast(handle); if(!handle) { t = QThread::currentThread(); } assert(t); t->terminate(); } void Thread_SetCallback(thread_t thread, void (*terminationFunc)(systhreadexitstatus_t)) { CallbackThread *t = reinterpret_cast(thread); DENG_ASSERT(t); if(!t) return; t->setTerminationFunc(terminationFunc); } int Sys_WaitThread(thread_t handle, int timeoutMs, systhreadexitstatus_t *exitStatus) { CallbackThread *t = reinterpret_cast(handle); assert(static_cast(t) != QThread::currentThread()); t->wait(timeoutMs); if(!t->isFinished()) { LOG_WARNING("Thread did not stop in time, forcibly killing it."); if(exitStatus) *exitStatus = DENG_THREAD_STOPPED_WITH_FORCE; } else { if(exitStatus) *exitStatus = t->exitStatus(); } t->deleteLater(); // get rid of it return t->exitValue(); } uint32_t Sys_ThreadId(thread_t handle) { QThread *t = reinterpret_cast(handle); if(!t) t = QThread::currentThread(); return uint32_t(PTR2INT(t)); } uint32_t Sys_CurrentThreadId(void) { return Sys_ThreadId(NULL /*this thread*/); } /// @todo remove the name parameter mutex_t Sys_CreateMutex(const char *) { return new QMutex(QMutex::Recursive); } void Sys_DestroyMutex(mutex_t handle) { if(handle) { delete reinterpret_cast(handle); } } void Sys_Lock(mutex_t handle) { QMutex *m = reinterpret_cast(handle); assert(m != 0); if(m) { m->lock(); } } void Sys_Unlock(mutex_t handle) { QMutex *m = reinterpret_cast(handle); assert(m != 0); if(m) { m->unlock(); } } doomsday-1.14.5/doomsday/libdeng1/src/size.c0000664000175000017500000001110412350542240020110 0ustar jaakkojaakko/** * @file size.c * 2D sizes. @ingroup math * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/size.h" #include "de/memory.h" struct size2_s { /// Use a "raw" Size natively so that we can simply copy when called upon. Size2Raw raw; }; struct size2f_s { /// Use a "raw" Size natively so that we can simply copy when called upon. Size2Rawf raw; }; Size2 *Size2_New(void) { Size2 *s = M_Calloc(sizeof *s); return s; } Size2 *Size2_NewWithDimensions(int width, int height) { Size2 *s = Size2_New(); Size2_SetWidthHeight(s, width, height); return s; } Size2 *Size2_NewFromRaw(Size2Raw const *rawSize) { DENG_ASSERT(rawSize); return Size2_NewWithDimensions(rawSize->width, rawSize->height); } void Size2_Delete(Size2 *s) { DENG_ASSERT(s); M_Free(s); } dd_bool Size2_IsNull(Size2 const *s) { DENG_ASSERT(s); return s->raw.width == 0 && s->raw.height == 0; } Size2Raw *Size2_Raw(Size2 const *s, Size2Raw *rawSize) { DENG_ASSERT(s); if(!rawSize) return NULL; memcpy(rawSize, &s->raw, sizeof(*rawSize)); return rawSize; } int Size2_Width(Size2 const *s) { DENG_ASSERT(s); return s->raw.width; } int Size2_Height(Size2 const *s) { DENG_ASSERT(s); return s->raw.height; } void Size2_SetWidth(Size2 *s, int width) { DENG_ASSERT(s); s->raw.width = width; } void Size2_SetHeight(Size2 *s, int height) { DENG_ASSERT(s); s->raw.height = height; } int const *Size2_WidthHeight(Size2 const *s) { DENG_ASSERT(s); return s->raw.widthHeight; } void Size2_SetWidthHeight(Size2 *s, int width, int height) { DENG_ASSERT(s); s->raw.width = width; s->raw.height = height; } void Size2_Sum(Size2 *s, Size2 const *other) { DENG_ASSERT(s && other); s->raw.width += Size2_Width(other); s->raw.height += Size2_Height(other); } dd_bool Size2_Equality(Size2 const *s, Size2 const *other) { DENG_ASSERT(s && other); return s == other || (s->raw.width == Size2_Width(other) && s->raw.height == Size2_Height(other)); } Size2f *Size2f_New(void) { Size2f *s = M_Calloc(sizeof *s); return s; } Size2f *Size2f_NewWithDimensions(double width, double height) { Size2f *s = Size2f_New(); Size2f_SetWidthHeight(s, width, height); return s; } Size2f *Size2f_NewFromRaw(Size2Rawf const *rawSize) { DENG_ASSERT(rawSize); return Size2f_NewWithDimensions(rawSize->width, rawSize->height); } void Size2f_Delete(Size2f *s) { DENG_ASSERT(s); M_Free(s); } dd_bool Size2f_IsNull(Size2f const *s) { DENG_ASSERT(s); return s->raw.width == 0 && s->raw.height == 0; } Size2Rawf *Size2f_Raw(Size2f const *s, Size2Rawf *rawSize) { DENG_ASSERT(s); if(!rawSize) return NULL; memcpy(rawSize, &s->raw, sizeof(*rawSize)); return rawSize; } double Size2f_Width(Size2f const *s) { DENG_ASSERT(s); return s->raw.width; } double Size2f_Height(Size2f const *s) { DENG_ASSERT(s); return s->raw.height; } void Size2f_SetWidth(Size2f *s, double width) { DENG_ASSERT(s); s->raw.width = width; } void Size2f_SetHeight(Size2f *s, double height) { DENG_ASSERT(s); s->raw.height = height; } double const *Size2f_WidthHeight(Size2f const *s) { DENG_ASSERT(s); return s->raw.widthHeight; } void Size2f_SetWidthHeight(Size2f *s, double width, double height) { DENG_ASSERT(s); s->raw.width = width; s->raw.height = height; } void Size2f_Sum(Size2f *s, Size2f const *other) { DENG_ASSERT(s && other); s->raw.width += Size2f_Width(other); s->raw.height += Size2f_Height(other); } dd_bool Size2f_Equality(Size2f const *s, Size2f const *other) { DENG_ASSERT(s && other); return s == other || (s->raw.width == Size2f_Width(other) && s->raw.height == Size2f_Height(other)); } doomsday-1.14.5/doomsday/libdeng1/src/point.c0000664000175000017500000002361412350542240020300 0ustar jaakkojaakko/** * @file point.c * 2D points. @ingroup math * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/point.h" #include "de/memory.h" struct point2_s { /// Use a "raw" Point natively so that we can simply copy when called upon. Point2Raw raw; }; struct point2f_s { /// Use a "raw" Point natively so that we can simply copy when called upon. Point2Rawf raw; }; Point2 *Point2_New(void) { Point2 *p = M_Calloc(sizeof *p); return p; } Point2 *Point2_NewWithCoords(int x, int y) { Point2 *p = Point2_New(); Point2_SetXY(p, x, y); return p; } Point2 *Point2_NewFromRaw(Point2Raw const *rawPoint) { DENG_ASSERT(rawPoint); return Point2_NewWithCoords(rawPoint->x, rawPoint->y); } void Point2_Delete(Point2 *p) { DENG_ASSERT(p); M_Free(p); } dd_bool Point2_IsNull(Point2 const *p) { DENG_ASSERT(p); return p->raw.x == 0 && p->raw.y == 0; } Point2Raw *Point2_Raw(Point2 const *p, Point2Raw *rawPoint) { DENG_ASSERT(p); if(!rawPoint) return NULL; memcpy(rawPoint, &p->raw, sizeof(*rawPoint)); return rawPoint; } int Point2_X(Point2 const *p) { DENG_ASSERT(p); return p->raw.x; } int Point2_Y(Point2 const *p) { DENG_ASSERT(p); return p->raw.y; } void Point2_SetX(Point2 *p, int x) { DENG_ASSERT(p); p->raw.x = x; } void Point2_SetY(Point2 *p, int y) { DENG_ASSERT(p); p->raw.y = y; } int const *Point2_XY(Point2 const *p) { DENG_ASSERT(p); return p->raw.xy; } void Point2_SetXY(Point2 *p, int x, int y) { DENG_ASSERT(p); p->raw.x = x; p->raw.y = y; } void Point2_Translate(Point2 *p, Point2Raw const *delta) { DENG_ASSERT(p); if(!delta) return; p->raw.x += delta->x; p->raw.y += delta->y; } void Point2_TranslateXY(Point2 *p, int x, int y) { DENG_ASSERT(p); p->raw.x += x; p->raw.y += y; } void Point2_TranslateX(Point2 *p, int x) { DENG_ASSERT(p); p->raw.x += x; } void Point2_TranslateY(Point2 *p, int y) { DENG_ASSERT(p); p->raw.y += y; } void Point2_Sum(Point2 *p, Point2 const *other) { DENG_ASSERT(p && other); p->raw.x += Point2_X(other); p->raw.y += Point2_Y(other); } dd_bool Point2_Equality(Point2 const *p, Point2 const *other) { DENG_ASSERT(p && other); return p == other || (p->raw.x == Point2_X(other) && p->raw.y == Point2_Y(other)); } Point2f *Point2f_New(void) { Point2f *p = M_Calloc(sizeof *p); return p; } Point2f *Point2f_NewWithCoords(double x, double y) { Point2f *p = Point2f_New(); Point2f_SetXY(p, x, y); return p; } Point2f *Point2f_NewFromRaw(Point2Rawf const *rawPoint) { DENG_ASSERT(rawPoint); return Point2f_NewWithCoords(rawPoint->x, rawPoint->y); } void Point2f_Delete(Point2f *p) { DENG_ASSERT(p); M_Free(p); } dd_bool Point2f_IsNull(Point2f const *p) { DENG_ASSERT(p); return p->raw.x == 0 && p->raw.y == 0; } Point2Rawf *Point2f_Raw(Point2f const *p, Point2Rawf *rawPoint) { DENG_ASSERT(p); if(!rawPoint) return NULL; memcpy(rawPoint, &p->raw, sizeof(*rawPoint)); return rawPoint; } double Point2f_X(Point2f const *p) { DENG_ASSERT(p); return p->raw.x; } double Point2f_Y(Point2f const *p) { DENG_ASSERT(p); return p->raw.y; } void Point2f_SetX(Point2f *p, double x) { DENG_ASSERT(p); p->raw.x = x; } void Point2f_SetY(Point2f *p, double y) { DENG_ASSERT(p); p->raw.y = y; } double const *Point2f_XY(Point2f const *p) { DENG_ASSERT(p); return p->raw.xy; } void Point2f_SetXY(Point2f *p, double x, double y) { DENG_ASSERT(p); p->raw.x = x; p->raw.y = y; } void Point2f_Translate(Point2f *p, Point2Rawf const *delta) { DENG_ASSERT(p); if(!delta) return; p->raw.x += delta->x; p->raw.y += delta->y; } void Point2f_TranslateXY(Point2f *p, double x, double y) { DENG_ASSERT(p); p->raw.x += x; p->raw.y += y; } void Point2f_TranslateX(Point2f *p, double x) { DENG_ASSERT(p); p->raw.x += x; } void Point2f_TranslateY(Point2f *p, double y) { DENG_ASSERT(p); p->raw.y += y; } void Point2f_Sum(Point2f *p, Point2f const *other) { DENG_ASSERT(p && other); p->raw.x += Point2f_X(other); p->raw.y += Point2f_Y(other); } dd_bool Point2f_Equality(Point2f const *p, Point2f const *other) { DENG_ASSERT(p && other); return p == other || (p->raw.x == Point2f_X(other) && p->raw.y == Point2f_Y(other)); } struct point3_s { /// Use a "raw" Point natively so that we can simply copy when called upon. Point3Raw raw; }; struct point3f_s { /// Use a "raw" Point natively so that we can simply copy when called upon. Point3Rawf raw; }; Point3 *Point3_New(void) { Point3 *p = M_Calloc(sizeof *p); return p; } Point3 *Point3_NewWithCoords(int x, int y, int z) { Point3 *p = Point3_New(); Point3_SetXYZ(p, x, y, z); return p; } Point3 *Point3_NewFromRaw(Point3Raw const *rawPoint) { DENG_ASSERT(rawPoint); return Point3_NewWithCoords(rawPoint->x, rawPoint->y, rawPoint->z); } void Point3_Delete(Point3 *p) { DENG_ASSERT(p); M_Free(p); } dd_bool Point3_IsNull(Point3 const *p) { DENG_ASSERT(p); return p->raw.x == 0 && p->raw.y == 0 && p->raw.z == 0; } Point3Raw *Point3_Raw(Point3 const *p, Point3Raw *rawPoint) { DENG_ASSERT(p); if(!rawPoint) return NULL; memcpy(rawPoint, &p->raw, sizeof(*rawPoint)); return rawPoint; } int Point3_X(Point3 const *p) { DENG_ASSERT(p); return p->raw.x; } int Point3_Y(Point3 const *p) { DENG_ASSERT(p); return p->raw.y; } int Point3_Z(Point3 const *p) { DENG_ASSERT(p); return p->raw.z; } void Point3_SetX(Point3 *p, int x) { DENG_ASSERT(p); p->raw.x = x; } void Point3_SetY(Point3 *p, int y) { DENG_ASSERT(p); p->raw.y = y; } void Point3_SetZ(Point3 *p, int z) { DENG_ASSERT(p); p->raw.z = z; } int const *Point3_XYZ(Point3 const *p) { DENG_ASSERT(p); return p->raw.xyz; } void Point3_SetXYZ(Point3 *p, int x, int y, int z) { DENG_ASSERT(p); p->raw.x = x; p->raw.y = y; p->raw.z = z; } void Point3_Translate(Point3 *p, int x, int y, int z) { DENG_ASSERT(p); p->raw.x += x; p->raw.y += y; p->raw.z += z; } void Point3_TranslateX(Point3 *p, int x) { DENG_ASSERT(p); p->raw.x += x; } void Point3_TranslateY(Point3 *p, int y) { DENG_ASSERT(p); p->raw.y += y; } void Point3_TranslateZ(Point3 *p, int z) { DENG_ASSERT(p); p->raw.z += z; } void Point3_Sum(Point3 *p, Point3 const *other) { DENG_ASSERT(p && other); p->raw.x += Point3_X(other); p->raw.y += Point3_Y(other); p->raw.z += Point3_Z(other); } dd_bool Point3_Equality(Point3 const *p, Point3 const *other) { DENG_ASSERT(p && other); return p == other || (p->raw.x == Point3_X(other) && p->raw.y == Point3_Y(other) && p->raw.z == Point3_Z(other)); } Point3f *Point3f_New(void) { Point3f *p = M_Calloc(sizeof *p); return p; } Point3f *Point3f_NewWithCoords(double x, double y, double z) { Point3f *p = Point3f_New(); Point3f_SetXYZ(p, x, y, z); return p; } Point3f *Point3f_NewFromRaw(Point3Rawf const *rawPoint) { DENG_ASSERT(rawPoint); return Point3f_NewWithCoords(rawPoint->x, rawPoint->y, rawPoint->z); } void Point3f_Delete(Point3f *p) { DENG_ASSERT(p); M_Free(p); } dd_bool Point3f_IsNull(Point3f const *p) { DENG_ASSERT(p); return p->raw.x == 0 && p->raw.y == 0 && p->raw.z == 0; } Point3Rawf *Point3f_Raw(Point3f const *p, Point3Rawf *rawPoint) { DENG_ASSERT(p); if(!rawPoint) return NULL; memcpy(rawPoint, &p->raw, sizeof(*rawPoint)); return rawPoint; } double Point3f_X(Point3f const *p) { DENG_ASSERT(p); return p->raw.x; } double Point3f_Y(Point3f const *p) { DENG_ASSERT(p); return p->raw.y; } double Point3f_Z(Point3f const *p) { DENG_ASSERT(p); return p->raw.z; } void Point3f_SetX(Point3f *p, double x) { DENG_ASSERT(p); p->raw.x = x; } void Point3f_SetY(Point3f *p, double y) { DENG_ASSERT(p); p->raw.y = y; } void Point3f_SetZ(Point3f *p, double z) { DENG_ASSERT(p); p->raw.z = z; } double const *Point3f_XYZ(Point3f const *p) { DENG_ASSERT(p); return p->raw.xyz; } void Point3f_SetXYZ(Point3f *p, double x, double y, double z) { DENG_ASSERT(p); p->raw.x = x; p->raw.y = y; p->raw.z = z; } void Point3f_Translate(Point3f *p, double x, double y, double z) { DENG_ASSERT(p); p->raw.x += x; p->raw.y += y; p->raw.z += z; } void Point3f_TranslateX(Point3f *p, double x) { DENG_ASSERT(p); p->raw.x += x; } void Point3f_TranslateY(Point3f *p, double y) { DENG_ASSERT(p); p->raw.y += y; } void Point3f_TranslateZ(Point3f *p, double z) { DENG_ASSERT(p); p->raw.z += z; } void Point3f_Sum(Point3f *p, Point3f const *other) { DENG_ASSERT(p && other); p->raw.x += Point3f_X(other); p->raw.y += Point3f_Y(other); p->raw.z += Point3f_Z(other); } dd_bool Point3f_Equality(Point3f const *p, Point3f const *other) { DENG_ASSERT(p && other); return p == other || (p->raw.x == Point3f_X(other) && p->raw.y == Point3f_Y(other) && p->raw.z == Point3f_Z(other)); } doomsday-1.14.5/doomsday/libdeng1/src/reader.c0000664000175000017500000002035512350542240020410 0ustar jaakkojaakko/** * @file src/reader.c * Deserializer for reading values and data from a byte array. @ingroup base * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/reader.h" #include "de/memory.h" #include #include #ifdef DENG_WRITER_TYPECHECK # include "de/writer.h" # define Reader_TypeCheck(r, code) if(r->data[r->pos++] != code) DENG_ASSERT(!code); #else # define Reader_TypeCheck(r, code) #endif #define Reader_16(reader) ( (uint16_t) (Reader_8(reader, 0) | Reader_8(reader, 8)) ) #define Reader_32(reader) ( Reader_8(reader, 0) | Reader_8(reader, 8) | \ Reader_8(reader, 16) | Reader_8(reader, 24) ) typedef struct readerfuncs_s { Reader_Callback_ReadInt8 readInt8; Reader_Callback_ReadInt16 readInt16; Reader_Callback_ReadInt32 readInt32; Reader_Callback_ReadFloat readFloat; Reader_Callback_ReadData readData; } readerfuncs_t; struct reader_s { byte const *data; // The data buffer. size_t size; // Size of the data buffer. size_t pos; // Current position in the buffer. dd_bool useCustomFuncs; readerfuncs_t func; }; static uint32_t Reader_8(Reader *reader, int shift) { return reader->data[reader->pos++] << shift; } static dd_bool Reader_Check(Reader const *reader, size_t len) { #ifdef DENG_WRITER_TYPECHECK // One byte for the code. if(len) len++; #endif DENG_ASSERT(reader); DENG_ASSERT(reader->data || reader->useCustomFuncs); if(!reader || (!reader->data && !reader->useCustomFuncs)) return false; if(reader->useCustomFuncs) { // Not our responsibility. return true; } if(reader->pos > reader->size - len) { App_Log(DE2_LOG_ERROR, "Reader_Check: Position %lu[+%lu] out of bounds, size=%lu.", (unsigned long) reader->pos, (unsigned long) len, (unsigned long) reader->size); App_FatalError("Reader bounds check failed."); } return true; } Reader *Reader_NewWithBuffer(byte const *buffer, size_t len) { Reader *rd = M_Calloc(sizeof(Reader)); rd->size = len; rd->data = buffer; return rd; } Reader *Reader_NewWithCallbacks(Reader_Callback_ReadInt8 readInt8, Reader_Callback_ReadInt16 readInt16, Reader_Callback_ReadInt32 readInt32, Reader_Callback_ReadFloat readFloat, Reader_Callback_ReadData readData) { Reader *rd = M_Calloc(sizeof(Reader)); rd->useCustomFuncs = true; rd->func.readInt8 = readInt8; rd->func.readInt16 = readInt16; rd->func.readInt32 = readInt32; rd->func.readFloat = readFloat; rd->func.readData = readData; return rd; } void Reader_Delete(Reader *reader) { M_Free(reader); } size_t Reader_Pos(Reader const *reader) { if(!reader) return 0; return reader->pos; } size_t Reader_Size(Reader const *reader) { if(!reader) return 0; return reader->size; } void Reader_SetPos(Reader *reader, size_t newPos) { if(!reader) return; if(reader->useCustomFuncs) return; reader->pos = newPos; Reader_Check(reader, 0); } dd_bool Reader_AtEnd(Reader const *reader) { Reader_Check(reader, 0); if(reader->useCustomFuncs) return false; return reader->pos == reader->size; } int8_t Reader_ReadChar(Reader *reader) { int8_t result = 0; if(Reader_Check(reader, 1)) { if(!reader->useCustomFuncs) { Reader_TypeCheck(reader, WTCC_CHAR); result = ((int8_t *)reader->data)[reader->pos++]; } else { assert(reader->func.readInt8); result = reader->func.readInt8(reader); } } return result; } byte Reader_ReadByte(Reader *reader) { byte result = 0; if(Reader_Check(reader, 1)) { if(!reader->useCustomFuncs) { Reader_TypeCheck(reader, WTCC_BYTE); result = reader->data[reader->pos++]; } else { assert(reader->func.readInt8); result = reader->func.readInt8(reader); } } return result; } int16_t Reader_ReadInt16(Reader *reader) { int16_t result = 0; if(Reader_Check(reader, 2)) { if(!reader->useCustomFuncs) { Reader_TypeCheck(reader, WTCC_INT16); result = LittleEndianByteOrder_ToNativeInt16(Reader_16(reader)); } else { assert(reader->func.readInt16); result = reader->func.readInt16(reader); } } return result; } uint16_t Reader_ReadUInt16(Reader *reader) { uint16_t result = 0; if(Reader_Check(reader, 2)) { if(!reader->useCustomFuncs) { Reader_TypeCheck(reader, WTCC_UINT16); result = LittleEndianByteOrder_ToNativeUInt16(Reader_16(reader)); } else { assert(reader->func.readInt16); result = reader->func.readInt16(reader); } } return result; } int32_t Reader_ReadInt32(Reader *reader) { int32_t result = 0; if(Reader_Check(reader, 4)) { if(!reader->useCustomFuncs) { Reader_TypeCheck(reader, WTCC_INT32); result = LittleEndianByteOrder_ToNativeInt32(Reader_32(reader)); } else { assert(reader->func.readInt32); result = reader->func.readInt32(reader); } } return result; } uint32_t Reader_ReadUInt32(Reader *reader) { uint32_t result = 0; if(Reader_Check(reader, 4)) { if(!reader->useCustomFuncs) { Reader_TypeCheck(reader, WTCC_UINT32); result = LittleEndianByteOrder_ToNativeUInt32(Reader_32(reader)); } else { assert(reader->func.readInt32); result = reader->func.readInt32(reader); } } return result; } float Reader_ReadFloat(Reader *reader) { float result = 0; if(Reader_Check(reader, 4)) { if(!reader->useCustomFuncs) { float foreign; Reader_TypeCheck(reader, WTCC_FLOAT); memcpy(&foreign, reader->data + reader->pos, 4); reader->pos += 4; result = LittleEndianByteOrder_ToNativeFloat(foreign); } else { assert(reader->func.readFloat); result = reader->func.readFloat(reader); } } return result; } void Reader_Read(Reader *reader, void *buffer, size_t len) { if(!len) return; if(Reader_Check(reader, len)) { if(!reader->useCustomFuncs) { Reader_TypeCheck(reader, WTCC_BLOCK); memcpy(buffer, reader->data + reader->pos, len); reader->pos += len; } else { assert(reader->func.readData); reader->func.readData(reader, buffer, len); } } } uint16_t Reader_ReadPackedUInt16(Reader *reader) { ushort pack = Reader_ReadByte(reader); if(pack & 0x80) { pack &= ~0x80; pack |= Reader_ReadByte(reader) << 7; } return pack; } uint32_t Reader_ReadPackedUInt32(Reader *reader) { byte pack = 0; int pos = 0; uint value = 0; do { if(!Reader_Check(reader, 1)) return 0; pack = Reader_ReadByte(reader); value |= ((pack & 0x7f) << pos); pos += 7; } while(pack & 0x80); return value; } doomsday-1.14.5/doomsday/libdeng1/src/str.c0000664000175000017500000004564412350542240017766 0ustar jaakkojaakko/** * @file str.c * Dynamic text string. @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2008-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #if WIN32 # define strcasecmp _stricmp #else # include #endif #include "de/str.h" #include "de/memory.h" #include "de/memoryzone.h" #include "de/strutil.h" #include #include static void *zoneAlloc(size_t n) { return Z_Malloc(n, PU_APPSTATIC, 0); } static void *zoneCalloc(size_t n) { return Z_Calloc(n, PU_APPSTATIC, 0); } static void *stdCalloc(size_t n) { return M_Calloc(n); } static void autoselectMemoryManagement(ddstring_t *str) { if(!str->memFree && !str->memAlloc && !str->memCalloc) { // If the memory model is unspecified, default to the standard, // it is safer for threading. str->memFree = M_Free; str->memAlloc = M_Malloc; str->memCalloc = stdCalloc; } DENG_ASSERT(str->memFree); DENG_ASSERT(str->memAlloc); DENG_ASSERT(str->memCalloc); } static void allocateString(ddstring_t *str, size_t forLength, int preserve) { size_t oldSize = str->size; char *buf; // Include the terminating null character. forLength++; if(str->size >= forLength) return; // We're OK. autoselectMemoryManagement(str); // Determine the new size of the memory buffer. if(!str->size) str->size = 1; while(str->size < forLength) { str->size *= 2; } DENG_ASSERT(str->memCalloc); buf = str->memCalloc(str->size); if(preserve && str->str && oldSize) { // Copy the old contents of the string. DENG_ASSERT(oldSize <= str->size); memcpy(buf, str->str, oldSize); } // Replace the old string with the new buffer. if(oldSize) { DENG_ASSERT(str->memFree); str->memFree(str->str); } str->str = buf; } /** * Call this for uninitialized strings. Global variables are * automatically cleared, so they don't need initialization. * The string will use the memory zone. */ ddstring_t *Str_Init(ddstring_t *str) { DENG_ASSERT(str); if(!str) return 0; if(!Z_IsInited()) { // The memory zone is not available at the moment. return Str_InitStd(str); } memset(str, 0, sizeof(*str)); // Init the memory management. str->memFree = Z_Free; str->memAlloc = zoneAlloc; str->memCalloc = zoneCalloc; return str; } /** * The string will use standard memory allocation. */ ddstring_t *Str_InitStd(ddstring_t *str) { memset(str, 0, sizeof(*str)); // Init the memory management. str->memFree = free; str->memAlloc = malloc; str->memCalloc = stdCalloc; return str; } ddstring_t *Str_InitStatic(ddstring_t *str, char const *staticConstStr) { memset(str, 0, sizeof(*str)); str->str = (char *) staticConstStr; str->length = (staticConstStr? strlen(staticConstStr) : 0); return str; } void Str_Free(ddstring_t *str) { DENG_ASSERT(str); if(!str) return; autoselectMemoryManagement(str); if(str->size) { // The string has memory allocated, free it. str->memFree(str->str); } // Memory model left unchanged. str->length = 0; str->size = 0; str->str = 0; } ddstring_t *Str_NewStd(void) { ddstring_t *str = (ddstring_t *) M_Calloc(sizeof(ddstring_t)); Str_InitStd(str); return str; } ddstring_t *Str_New(void) { ddstring_t *str = (ddstring_t *) M_Calloc(sizeof(ddstring_t)); Str_Init(str); return str; } ddstring_t *Str_NewFromReader(Reader *reader) { ddstring_t *str = Str_New(); Str_Read(str, reader); return str; } static void deleteString(Str *str) { DENG_ASSERT(str); if(!str) return; Str_Free(str); M_Free(str); } void Str_Delete(Str *str) { DENG_ASSERT(!Garbage_IsTrashed(str)); #if 0 // use this is release builds if encountering Str/AutoStr errors if(Garbage_IsTrashed(str)) { App_FatalError("Str_Delete: Trying to manually delete an AutoStr!"); } #endif deleteString(str); } ddstring_t *Str_Clear(ddstring_t *str) { return Str_Set(str, ""); } ddstring_t *Str_Reserve(ddstring_t *str, int length) { DENG_ASSERT(str); if(!str) return 0; if(length > 0) { allocateString(str, length, true); } return str; } ddstring_t *Str_ReserveNotPreserving(ddstring_t *str, int length) { DENG_ASSERT(str); if(!str) return 0; if(length > 0) { allocateString(str, length, false); } return str; } ddstring_t *Str_Set(ddstring_t *str, char const *text) { DENG_ASSERT(str); if(!str) return 0; { size_t incoming = strlen(text); char *copied = M_Malloc(incoming + 1); // take a copy in case text points to (a part of) str->str strcpy(copied, text); allocateString(str, incoming, false); strcpy(str->str, copied); str->length = incoming; M_Free(copied); return str; } } ddstring_t *Str_AppendWithoutAllocs(ddstring_t *str, const ddstring_t *append) { DENG_ASSERT(str); DENG_ASSERT(append); DENG_ASSERT(str->length + append->length + 1 <= str->size); // including the null if(!str) return 0; memcpy(str->str + str->length, append->str, append->length); str->length += append->length; str->str[str->length] = 0; return str; } ddstring_t *Str_AppendCharWithoutAllocs(ddstring_t *str, char ch) { DENG_ASSERT(str); DENG_ASSERT(ch); // null not accepted DENG_ASSERT(str->length + 2 <= str->size); // including a terminating null if(!str) return 0; str->str[str->length++] = ch; str->str[str->length] = 0; return str; } ddstring_t *Str_Append(ddstring_t *str, char const *append) { DENG_ASSERT(str); if(!str) return 0; if(append && append[0]) { size_t incoming = strlen(append); // Take a copy in case append_text points to (a part of) ds->str, which may // be invalidated by allocateString. char *copied = M_Malloc(incoming + 1); strcpy(copied, append); allocateString(str, str->length + incoming, true); strcpy(str->str + str->length, copied); str->length += incoming; M_Free(copied); } return str; } ddstring_t *Str_AppendChar(ddstring_t *str, char ch) { char append[2]; append[0] = ch; append[1] = '\0'; return Str_Append(str, append); } ddstring_t *Str_Appendf(ddstring_t *str, char const *format, ...) { DENG_ASSERT(str); if(!str) return 0; { char buf[4096]; va_list args; // Print the message into the buffer. va_start(args, format); dd_vsnprintf(buf, sizeof(buf), format, args); va_end(args); Str_Append(str, buf); return str; } } ddstring_t *Str_PartAppend(ddstring_t *str, char const *append, int start, int count) { int partLen; char *copied; DENG_ASSERT(str); DENG_ASSERT(append); if(!str || !append) return str; if(start < 0 || count <= 0) return str; copied = M_Malloc(count + 1); copied[0] = 0; // empty string strncat(copied, append + start, count); partLen = strlen(copied); allocateString(str, str->length + partLen + 1, true); memcpy(str->str + str->length, copied, partLen); str->length += partLen; // Terminate the appended part. str->str[str->length] = 0; M_Free(copied); return str; } ddstring_t *Str_Prepend(ddstring_t *str, char const *prepend) { char *copied; size_t incoming; DENG_ASSERT(str); DENG_ASSERT(prepend); if(!str || !prepend) return str; incoming = strlen(prepend); if(incoming == 0) return str; copied = M_Malloc(incoming); memcpy(copied, prepend, incoming); allocateString(str, str->length + incoming, true); memmove(str->str + incoming, str->str, str->length + 1); memcpy(str->str, copied, incoming); str->length += incoming; M_Free(copied); return str; } ddstring_t *Str_PrependChar(ddstring_t *str, char ch) { char prepend[2]; prepend[0] = ch; prepend[1] = '\0'; return Str_Prepend(str, prepend); } char *Str_Text(const ddstring_t *str) { if(!str) return "[null]"; return str->str ? str->str : ""; } int Str_Length(const ddstring_t *str) { return (int) Str_Size(str); } size_t Str_Size(Str const *str) { DENG_ASSERT(str); if(!str) return 0; if(str->length) { return str->length; } return strlen(Str_Text(str)); } dd_bool Str_IsEmpty(const ddstring_t *str) { DENG_ASSERT(str); return Str_Length(str) == 0; } ddstring_t *Str_Copy(ddstring_t *str, const ddstring_t *other) { DENG_ASSERT(str); DENG_ASSERT(other); if(!str || !other) return str; Str_Free(str); if(!other->size) { // The original string has no memory allocated; it's a static string. allocateString(str, other->length, false); if(other->str) strcpy(str->str, other->str); str->length = other->length; } else { // Duplicate the other string's buffer in its entirety. str->str = str->memAlloc(other->size); memcpy(str->str, other->str, other->size); str->size = other->size; str->length = other->length; } return str; } ddstring_t *Str_CopyOrClear(ddstring_t *dest, const ddstring_t *src) { DENG_ASSERT(dest); if(!dest) return 0; if(src) { return Str_Copy(dest, src); } return Str_Clear(dest); } ddstring_t *Str_StripLeft2(ddstring_t *str, int *count) { int i, num; dd_bool isDone; DENG_ASSERT(str); if(!str) return 0; if(!str->length) { if(count) *count = 0; return str; } // Find out how many whitespace chars are at the beginning. isDone = false; i = 0; num = 0; while(i < (int)str->length && !isDone) { if(isspace(str->str[i])) { num++; i++; } else isDone = true; } if(num) { // Remove 'num' chars. memmove(str->str, str->str + num, str->length - num); str->length -= num; str->str[str->length] = 0; } if(count) *count = num; return str; } ddstring_t *Str_StripLeft(ddstring_t *str) { return Str_StripLeft2(str, NULL/*not interested in the stripped character count*/); } ddstring_t *Str_StripRight2(ddstring_t *str, int *count) { int i, num; DENG_ASSERT(str); if(!str) return 0; if(str->length == 0) { if(count) *count = 0; return str; } i = str->length - 1; num = 0; if(isspace(str->str[i])) do { // Remove this char. num++; str->str[i] = '\0'; str->length--; } while(i != 0 && isspace(str->str[--i])); if(count) *count = num; return str; } ddstring_t *Str_StripRight(ddstring_t *str) { return Str_StripRight2(str, NULL/*not interested in the stripped character count*/); } ddstring_t *Str_Strip2(ddstring_t *str, int *count) { int right_count, left_count; Str_StripLeft2(Str_StripRight2(str, &right_count), &left_count); if(count) *count = right_count + left_count; return str; } ddstring_t *Str_Strip(ddstring_t *str) { return Str_Strip2(str, NULL/*not interested in the stripped character count*/); } dd_bool Str_StartsWith(Str const *ds, char const *text) { size_t len = strlen(text); if(Str_Size(ds) < len) return false; return !strncmp(ds->str, text, len); } dd_bool Str_EndsWith(Str const *ds, char const *text) { size_t len = strlen(text); if(Str_Size(ds) < len) return false; return !strcmp(ds->str + Str_Size(ds) - len, text); } Str *Str_ReplaceAll(Str *ds, char from, char to) { size_t i; size_t len = Str_Length(ds); if(!ds || !ds->str) return ds; for(i = 0; i < len; ++i) { if(ds->str[i] == from) ds->str[i] = to; } return ds; } char const *Str_GetLine(ddstring_t *str, char const *src) { DENG_ASSERT(str); if(!str) return 0; if(src != 0) { // We'll append the chars one by one. char buf[2]; memset(buf, 0, sizeof(buf)); for(Str_Clear(str); *src && *src != '\n'; src++) { if(*src != '\r') { buf[0] = *src; Str_Append(str, buf); } } // Strip whitespace around the line. Str_Strip(str); // The newline is excluded. if(*src == '\n') src++; } return src; } int Str_Compare(const ddstring_t *str, char const *text) { DENG_ASSERT(str); return strcmp(Str_Text(str), text); } int Str_CompareIgnoreCase(const ddstring_t *str, char const *text) { DENG_ASSERT(str); return strcasecmp(Str_Text(str), text); } char const *Str_CopyDelim2(ddstring_t *str, char const *src, char delimiter, int cdflags) { DENG_ASSERT(str); if(!str) return 0; Str_Clear(str); if(!src) return 0; { char const *cursor; ddstring_t buf; Str_Init(&buf); for(cursor = src; *cursor && *cursor != delimiter; ++cursor) { if((cdflags & CDF_OMIT_WHITESPACE) && isspace(*cursor)) continue; Str_PartAppend(&buf, cursor, 0, 1); } if(!Str_IsEmpty(&buf)) Str_Copy(str, &buf); Str_Free(&buf); if(!*cursor) return 0; // It ended. if(!(cdflags & CDF_OMIT_DELIMITER)) Str_PartAppend(str, cursor, 0, 1); // Skip past the delimiter. return cursor + 1; } } char const *Str_CopyDelim(ddstring_t *dest, char const *src, char delimiter) { return Str_CopyDelim2(dest, src, delimiter, CDF_OMIT_DELIMITER | CDF_OMIT_WHITESPACE); } char Str_At(const ddstring_t *str, int index) { DENG_ASSERT(str); if(!str) return 0; if(index < 0 || index >= (int)str->length) return 0; return str->str[index]; } char Str_RAt(const ddstring_t *str, int reverseIndex) { DENG_ASSERT(str); if(!str) return 0; if(reverseIndex < 0 || reverseIndex >= (int)str->length) return 0; return str->str[str->length - 1 - reverseIndex]; } void Str_Truncate(ddstring_t *str, int position) { DENG_ASSERT(str); if(!str) return; if(position < 0) position = 0; if(!(position < Str_Length(str))) return; str->length = position; str->str[str->length] = '\0'; } /// @note Derived from Qt's QByteArray q_toPercentEncoding ddstring_t *Str_PercentEncode2(ddstring_t *str, char const *excludeChars, char const *includeChars) { dd_bool didEncode = false; int i, span, begin, len; ddstring_t buf; DENG_ASSERT(str); if(!str) return 0; if(Str_IsEmpty(str)) return str; len = Str_Length(str); begin = span = 0; for(i = 0; i < len; ++i) { char ch = str->str[i]; // Are we encoding this? if(((ch >= 0x61 && ch <= 0x7A) // ALPHA || (ch >= 0x41 && ch <= 0x5A) // ALPHA || (ch >= 0x30 && ch <= 0x39) // DIGIT || ch == 0x2D // - || ch == 0x2E // . || ch == 0x5F // _ || ch == 0x7E // ~ || (excludeChars && strchr(excludeChars, ch))) && !(includeChars && strchr(includeChars, ch))) { // Not an encodeable. Span grows. span++; } else { // Found an encodeable. if(!didEncode) { Str_InitStd(&buf); Str_Reserve(&buf, len*3); // Worst case. didEncode = true; } Str_PartAppend(&buf, str->str, begin, span); Str_Appendf(&buf, "%%%X", (uint)ch); // Start a new span. begin += span + 1; span = 0; } } if(didEncode) { // Copy anything remaining. if(span) { Str_PartAppend(&buf, str->str, begin, span); } Str_Set(str, Str_Text(&buf)); Str_Free(&buf); } return str; } ddstring_t *Str_PercentEncode(ddstring_t *str) { return Str_PercentEncode2(str, 0/*no exclusions*/, 0/*no forced inclussions*/); } /// @note Derived from Qt's QByteArray q_fromPercentEncoding ddstring_t *Str_PercentDecode(ddstring_t *str) { int i, len, outlen, a, b; char const *inputPtr; char *data; char c; DENG_ASSERT(str); if(!str) return 0; if(Str_IsEmpty(str)) return str; data = str->str; inputPtr = data; i = 0; len = Str_Length(str); outlen = 0; while(i < len) { c = inputPtr[i]; if(c == '%' && i + 2 < len) { a = inputPtr[++i]; b = inputPtr[++i]; if(a >= '0' && a <= '9') a -= '0'; else if(a >= 'a' && a <= 'f') a = a - 'a' + 10; else if(a >= 'A' && a <= 'F') a = a - 'A' + 10; if(b >= '0' && b <= '9') b -= '0'; else if(b >= 'a' && b <= 'f') b = b - 'a' + 10; else if(b >= 'A' && b <= 'F') b = b - 'A' + 10; *data++ = (char)((a << 4) | b); } else { *data++ = c; } ++i; ++outlen; } if(outlen != len) Str_Truncate(str, outlen); return str; } void Str_Write(const ddstring_t *str, Writer *writer) { size_t len = Str_Length(str); DENG_ASSERT(str); Writer_WriteUInt32(writer, len); Writer_Write(writer, Str_Text(str), len); } void Str_Read(ddstring_t *str, Reader *reader) { size_t len = Reader_ReadUInt32(reader); char *buf = malloc(len + 1); Reader_Read(reader, buf, len); buf[len] = 0; Str_Set(str, buf); free(buf); } AutoStr *AutoStr_New(void) { return AutoStr_FromStr(Str_New()); } AutoStr *AutoStr_NewStd(void) { return AutoStr_FromStr(Str_NewStd()); } void AutoStr_Delete(AutoStr *as) { deleteString(as); } AutoStr *AutoStr_FromStr(Str *str) { DENG_ASSERT(str); Garbage_TrashInstance(str, (GarbageDestructor) AutoStr_Delete); return str; } AutoStr *AutoStr_FromText(char const *text) { return Str_Set(AutoStr_New(), text); } AutoStr *AutoStr_FromTextStd(const char *text) { return Str_Set(AutoStr_NewStd(), text); } ddstring_t *Str_FromAutoStr(AutoStr *as) { DENG_ASSERT(as); Garbage_Untrash(as); return as; } doomsday-1.14.5/doomsday/libdeng1/src/animator.c0000664000175000017500000000601412350542240020754 0ustar jaakkojaakko/** * @file animator.c * Moves a value gradually from a start value to a target value. * @ingroup math * * The value transition is carried out in a fixed number of steps. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/animator.h" void Animator_Init(animator_t *v, float val) { DENG_ASSERT(v); v->target = v->value = val; v->steps = 0; } void Animator_Set(animator_t *v, float val, int steps) { DENG_ASSERT(v); v->target = val; v->steps = steps; if(!v->steps) v->value = v->target; } void Animator_Think(animator_t *v) { DENG_ASSERT(v); if(v->steps <= 0) { v->steps = 0; v->value = v->target; return; } v->value += (v->target - v->value) / v->steps; v->steps--; } void AnimatorVector2_Init(animatorvector2_t v, float x, float y) { DENG_ASSERT(v); Animator_Init(&v[0], x); Animator_Init(&v[1], y); } void AnimatorVector2_Set(animatorvector2_t v, float x, float y, int steps) { DENG_ASSERT(v); Animator_Set(&v[0], x, steps); Animator_Set(&v[1], y, steps); } void AnimatorVector2_Think(animatorvector2_t v) { DENG_ASSERT(v); Animator_Think(&v[0]); Animator_Think(&v[1]); } void AnimatorVector3_Init(animatorvector3_t v, float x, float y, float z) { DENG_ASSERT(v); AnimatorVector2_Init(v, x, y); Animator_Init(&v[2], z); } void AnimatorVector3_Set(animatorvector3_t v, float x, float y, float z, int steps) { DENG_ASSERT(v); AnimatorVector2_Set(v, x, y, steps); Animator_Set(&v[2], z, steps); } void AnimatorVector3_Think(animatorvector3_t v) { DENG_ASSERT(v); AnimatorVector2_Think(v); Animator_Think(&v[2]); } void AnimatorVector4_Init(animatorvector4_t v, float x, float y, float z, float w) { DENG_ASSERT(v); AnimatorVector3_Init(v, x, y, z); Animator_Init(&v[3], w); } void AnimatorVector4_Set(animatorvector4_t v, float x, float y, float z, float w, int steps) { DENG_ASSERT(v); AnimatorVector3_Set(v, x, y, z, steps); Animator_Set(&v[3], w, steps); } void AnimatorVector4_Think(animatorvector4_t v) { DENG_ASSERT(v); AnimatorVector3_Think(v); Animator_Think(&v[3]); } doomsday-1.14.5/doomsday/libdeng1/src/writer.c0000664000175000017500000002263512350542240020465 0ustar jaakkojaakko/** * @file de/writer.h * Serializer for writing values and data into a byte array. * @ingroup base * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/writer.h" #include "de/memory.h" #include #include #ifdef DENG_WRITER_TYPECHECK # define Writer_TypeCheck(w, code) w->data[w->pos++] = code; #else # define Writer_TypeCheck(w, code) #endif typedef struct writerfuncs_s { Writer_Callback_WriteInt8 writeInt8; Writer_Callback_WriteInt16 writeInt16; Writer_Callback_WriteInt32 writeInt32; Writer_Callback_WriteFloat writeFloat; Writer_Callback_WriteData writeData; } writerfuncs_t; struct writer_s { byte *data; // The data buffer. size_t size; // Size of the data buffer. size_t pos; // Current position in the buffer. dd_bool isDynamic; // The buffer will be reallocated when needed. size_t maxDynamicSize; // Zero for unlimited. dd_bool useCustomFuncs; // Validity checks are skipped (callbacks' responsibility). writerfuncs_t func; // Callbacks for write operations. }; static dd_bool Writer_Check(Writer const *writer, size_t len) { #ifdef DENG_WRITER_TYPECHECK // One extra byte for the check code. if(len) len++; #endif DENG_ASSERT(writer); DENG_ASSERT(writer->data || writer->useCustomFuncs); if(!writer || (!writer->data && !writer->useCustomFuncs)) return false; if(writer->useCustomFuncs) { // Not our responsibility. return true; } if((int)writer->pos > (int)writer->size - (int)len) { // Dynamic buffers will expand. if(writer->isDynamic && len) { Writer *modWriter = (Writer *) writer; while((int)modWriter->size < (int)writer->pos + (int)len) { modWriter->size *= 2; } if(writer->maxDynamicSize) { modWriter->size = MIN_OF(writer->maxDynamicSize, writer->size); } modWriter->data = M_Realloc(writer->data, writer->size); // OK now? if((int)writer->pos <= (int)writer->size - (int)len) return true; } App_Log(DE2_LOG_ERROR, "Writer_Check: Position %lu[+%lu] out of bounds, size=%lu, dynamic=%i.", (unsigned long) writer->pos, (unsigned long) len, (unsigned long) writer->size, writer->isDynamic); App_FatalError("Writer bounds check failed."); } return true; } static void Writer_WriteRaw(Writer *writer, void const *buffer, size_t len) { memcpy(writer->data + writer->pos, buffer, len); writer->pos += len; } Writer *Writer_NewWithBuffer(byte *buffer, size_t maxLen) { Writer *w = M_Calloc(sizeof(Writer)); w->size = maxLen; w->data = buffer; return w; } Writer *Writer_NewWithDynamicBuffer(size_t maxLen) { Writer *w = M_Calloc(sizeof(Writer)); w->isDynamic = true; w->maxDynamicSize = maxLen; w->size = 256; w->data = M_Calloc(w->size); return w; } Writer *Writer_NewWithCallbacks(Writer_Callback_WriteInt8 writeInt8, Writer_Callback_WriteInt16 writeInt16, Writer_Callback_WriteInt32 writeInt32, Writer_Callback_WriteFloat writeFloat, Writer_Callback_WriteData writeData) { Writer *w = M_Calloc(sizeof(Writer)); w->useCustomFuncs = true; w->func.writeInt8 = writeInt8; w->func.writeInt16 = writeInt16; w->func.writeInt32 = writeInt32; w->func.writeFloat = writeFloat; w->func.writeData = writeData; return w; } void Writer_Delete(Writer *writer) { if(!writer) return; if(writer->isDynamic) { // The buffer was allocated by us. M_Free(writer->data); } M_Free(writer); } size_t Writer_Size(Writer const *writer) { if(!writer) return 0; return writer->pos; } size_t Writer_TotalBufferSize(Writer const *writer) { if(!writer) return 0; return writer->size; } size_t Writer_BytesLeft(Writer const *writer) { return Writer_TotalBufferSize(writer) - Writer_Size(writer); } byte const *Writer_Data(Writer const *writer) { if(Writer_Check(writer, 0)) { return writer->data; } return 0; } void Writer_SetPos(Writer *writer, size_t newPos) { if(!writer || writer->useCustomFuncs) return; writer->pos = newPos; Writer_Check(writer, 0); } void Writer_WriteChar(Writer *writer, char v) { if(!Writer_Check(writer, 1)) return; if(!writer->useCustomFuncs) { Writer_TypeCheck(writer, WTCC_CHAR); ((int8_t *)writer->data)[writer->pos++] = v; } else { assert(writer->func.writeInt8); writer->func.writeInt8(writer, v); } } void Writer_WriteByte(Writer *writer, byte v) { if(!Writer_Check(writer, 1)) return; if(!writer->useCustomFuncs) { Writer_TypeCheck(writer, WTCC_BYTE); writer->data[writer->pos++] = v; } else { assert(writer->func.writeInt8); writer->func.writeInt8(writer, v); } } void Writer_WriteInt16(Writer *writer, int16_t v) { if(Writer_Check(writer, 2)) { if(!writer->useCustomFuncs) { int16_t foreign = LittleEndianByteOrder_ToForeignInt16(v); Writer_TypeCheck(writer, WTCC_INT16); Writer_WriteRaw(writer, &foreign, 2); } else { assert(writer->func.writeInt16); writer->func.writeInt16(writer, v); } } } void Writer_WriteUInt16(Writer *writer, uint16_t v) { if(Writer_Check(writer, 2)) { if(!writer->useCustomFuncs) { uint16_t foreign = LittleEndianByteOrder_ToForeignUInt16(v); Writer_TypeCheck(writer, WTCC_UINT16); Writer_WriteRaw(writer, &foreign, 2); } else { assert(writer->func.writeInt16); writer->func.writeInt16(writer, v); } } } void Writer_WriteInt32(Writer *writer, int32_t v) { if(Writer_Check(writer, 4)) { if(!writer->useCustomFuncs) { int32_t foreign = LittleEndianByteOrder_ToForeignInt32(v); Writer_TypeCheck(writer, WTCC_INT32); Writer_WriteRaw(writer, &foreign, 4); } else { assert(writer->func.writeInt32); writer->func.writeInt32(writer, v); } } } void Writer_WriteUInt32(Writer *writer, uint32_t v) { if(Writer_Check(writer, 4)) { if(!writer->useCustomFuncs) { uint32_t foreign = LittleEndianByteOrder_ToForeignUInt32(v); Writer_TypeCheck(writer, WTCC_UINT32); Writer_WriteRaw(writer, &foreign, 4); } else { assert(writer->func.writeInt32); writer->func.writeInt32(writer, v); } } } void Writer_WriteFloat(Writer *writer, float v) { if(Writer_Check(writer, 4)) { if(!writer->useCustomFuncs) { float foreign = LittleEndianByteOrder_ToForeignFloat(v); Writer_TypeCheck(writer, WTCC_FLOAT); Writer_WriteRaw(writer, &foreign, 4); } else { assert(writer->func.writeFloat); writer->func.writeFloat(writer, v); } } } void Writer_Write(Writer *writer, void const *buffer, size_t len) { if(!len) return; if(Writer_Check(writer, len)) { if(!writer->useCustomFuncs) { Writer_TypeCheck(writer, WTCC_BLOCK); Writer_WriteRaw(writer, buffer, len); } else { assert(writer->func.writeData); writer->func.writeData(writer, buffer, len); } } } void Writer_WritePackedUInt16(Writer *writer, uint16_t v) { DENG_ASSERT(!(v & 0x8000)); if(v & 0x8000) { App_Log(DE2_LOG_ERROR, "Writer_WritePackedUInt16: Cannot write %i (%x).", v, v); return; } // Can the number be represented with 7 bits? if(v < 0x80) { Writer_WriteByte(writer, (dbyte) v); } else { Writer_WriteByte(writer, 0x80 | (v & 0x7f)); Writer_WriteByte(writer, v >> 7); // Highest bit is lost. } } void Writer_WritePackedUInt32(Writer *writer, uint32_t l) { while(l >= 0x80) { // Write the lowest 7 bits, and set the high bit to indicate that // at least one more byte will follow. Writer_WriteByte(writer, 0x80 | (l & 0x7f)); l >>= 7; } // Write the last byte, with the high bit clear. Writer_WriteByte(writer, l); } doomsday-1.14.5/doomsday/libdeng1/src/libdeng.c0000664000175000017500000000243612350542240020552 0ustar jaakkojaakko/** * @file libdeng.c * Main interface. * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/libdeng1.h" #include "de/binangle.h" #include "de/concurrency.h" #include "de/timer.h" #include "memoryzone_private.h" #include #include void Libdeng_Init(void) { bamsInit(); Timer_Init(); Z_Init(); Sys_MarkAsMainThread(); } void Libdeng_Shutdown(void) { Z_Shutdown(); Timer_Shutdown(); } void Libdeng_BadAlloc(void) { exit(-1); } doomsday-1.14.5/doomsday/libdeng1/src/strutil.c0000664000175000017500000001612212350542240020651 0ustar jaakkojaakko/** @file strutil.c String and text utilities. * @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/strutil.h" #include #include #include #include #include #if WIN32 # define strcasecmp _stricmp #else # include #endif int dd_vsnprintf(char *str, size_t size, char const *format, va_list ap) { int result = vsnprintf(str, size, format, ap); #ifdef WIN32 // Always terminate. str[size - 1] = 0; return result; #else return result >= (int)size? -1 : (int)size; #endif } int dd_snprintf(char *str, size_t size, char const *format, ...) { int result = 0; va_list args; va_start(args, format); result = dd_vsnprintf(str, size, format, args); va_end(args); return result; } #ifdef UNIX char* strupr(char* string) { char* ch = string; for(; *ch; ch++) *ch = toupper(*ch); return string; } char* strlwr(char* string) { char* ch = string; for(; *ch; ch++) *ch = tolower(*ch); return string; } #endif // UNIX char* M_SkipWhite(char* str) { while(*str && DENG_ISSPACE(*str)) str++; return str; } char* M_FindWhite(char* str) { while(*str && !DENG_ISSPACE(*str)) str++; return str; } void M_StripLeft(char* str) { size_t len, num; if(NULL == str || !str[0]) return; len = strlen(str); // Count leading whitespace characters. num = 0; while(num < len && isspace(str[num])) ++num; if(0 == num) return; // Remove 'num' characters. memmove(str, str + num, len - num); str[len] = 0; } void M_StripRight(char* str, size_t len) { char* end; int numZeroed = 0; if(NULL == str || 0 == len) return; end = str + strlen(str) - 1; while(end >= str && isspace(*end)) { end--; numZeroed++; } memset(end + 1, 0, numZeroed); } void M_Strip(char* str, size_t len) { M_StripLeft(str); M_StripRight(str, len); } char* M_SkipLine(char* str) { while(*str && *str != '\n') str++; // If the newline was found, skip it, too. if(*str == '\n') str++; return str; } dd_bool M_IsStringValidInt(const char* str) { size_t i, len; const char* c; dd_bool isBad; if(!str) return false; len = strlen(str); if(len == 0) return false; for(i = 0, c = str, isBad = false; i < len && !isBad; ++i, c++) { if(i != 0 && *c == '-') isBad = true; // sign is in the wrong place. else if(*c < '0' || *c > '9') isBad = true; // non-numeric character. } return !isBad; } dd_bool M_IsStringValidByte(const char* str) { if(M_IsStringValidInt(str)) { int val = atoi(str); if(!(val < 0 || val > 255)) return true; } return false; } dd_bool M_IsStringValidFloat(const char* str) { size_t i, len; const char* c; dd_bool isBad, foundDP = false; if(!str) return false; len = strlen(str); if(len == 0) return false; for(i = 0, c = str, isBad = false; i < len && !isBad; ++i, c++) { if(i != 0 && *c == '-') isBad = true; // sign is in the wrong place. else if(*c == '.') { if(foundDP) isBad = true; // multiple decimal places?? else foundDP = true; } else if(*c < '0' || *c > '9') isBad = true; // other non-numeric character. } return !isBad; } dd_bool M_IsComment(const char* buffer) { int i = 0; while(isspace((unsigned char) buffer[i]) && buffer[i]) i++; if(buffer[i] == '#') return true; return false; } char* M_StrCat(char* buf, const char* str, size_t bufSize) { return M_StrnCat(buf, str, strlen(str), bufSize); } char* M_StrnCat(char* buf, const char* str, size_t nChars, size_t bufSize) { int n = nChars; int destLen = strlen(buf); if((int)bufSize - destLen - 1 < n) { // Cannot copy more than fits in the buffer. // The 1 is for the null character. n = bufSize - destLen - 1; } if(n <= 0) return buf; // No space left. return strncat(buf, str, n); } char* M_StrCatQuoted(char* dest, const char* src, size_t len) { size_t k = strlen(dest) + 1, i; strncat(dest, "\"", len); for(i = 0; src[i]; i++) { if(src[i] == '"') { strncat(dest, "\\\"", len); k += 2; } else { dest[k++] = src[i]; dest[k] = 0; } } strncat(dest, "\"", len); return dest; } char* M_LimitedStrCat(char* buf, const char* str, size_t maxWidth, char separator, size_t bufLength) { dd_bool isEmpty = !buf[0]; size_t length; // How long is this name? length = MIN_OF(maxWidth, strlen(str)); // A separator is included if this is not the first name. if(separator && !isEmpty) ++length; // Does it fit? if(strlen(buf) + length < bufLength) { if(separator && !isEmpty) { char sepBuf[2]; sepBuf[0] = separator; sepBuf[1] = 0; strcat(buf, sepBuf); } strncat(buf, str, length); } return buf; } void M_ForceUppercase(char *text) { char c; while((c = *text) != 0) { if(c >= 'a' && c <= 'z') { *text++ = c - ('a' - 'A'); } else { text++; } } } char* M_StrTok(char** cursor, const char* delimiters) { char* begin = *cursor; while(**cursor && !strchr(delimiters, **cursor)) (*cursor)++; if(**cursor) { // Stop here. **cursor = 0; // Advance one more so we'll start from the right character on // the next call. (*cursor)++; } return begin; } char* M_TrimmedFloat(float val) { static char trimmedFloatBuffer[32]; char* ptr = trimmedFloatBuffer; sprintf(ptr, "%f", val); // Get rid of the extra zeros. for(ptr += strlen(ptr) - 1; ptr >= trimmedFloatBuffer; ptr--) { if(*ptr == '0') *ptr = 0; else if(*ptr == '.') { *ptr = 0; break; } else break; } return trimmedFloatBuffer; } doomsday-1.14.5/doomsday/libdeng1/src/mathutil.c0000664000175000017500000033116412350542240021000 0ustar jaakkojaakko/** @file mathutil.c Math utilities. * @ingroup math * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/mathutil.h" #include "de/vector1.h" #include static int finesine[10240] = { 25,75,125,175,226,276,326,376, 427,477,527,578,628,678,728,779, 829,879,929,980,1030,1080,1130,1181, 1231,1281,1331,1382,1432,1482,1532,1583, 1633,1683,1733,1784,1834,1884,1934,1985, 2035,2085,2135,2186,2236,2286,2336,2387, 2437,2487,2537,2587,2638,2688,2738,2788, 2839,2889,2939,2989,3039,3090,3140,3190, 3240,3291,3341,3391,3441,3491,3541,3592, 3642,3692,3742,3792,3843,3893,3943,3993, 4043,4093,4144,4194,4244,4294,4344,4394, 4445,4495,4545,4595,4645,4695,4745,4796, 4846,4896,4946,4996,5046,5096,5146,5197, 5247,5297,5347,5397,5447,5497,5547,5597, 5647,5697,5748,5798,5848,5898,5948,5998, 6048,6098,6148,6198,6248,6298,6348,6398, 6448,6498,6548,6598,6648,6698,6748,6798, 6848,6898,6948,6998,7048,7098,7148,7198, 7248,7298,7348,7398,7448,7498,7548,7598, 7648,7697,7747,7797,7847,7897,7947,7997, 8047,8097,8147,8196,8246,8296,8346,8396, 8446,8496,8545,8595,8645,8695,8745,8794, 8844,8894,8944,8994,9043,9093,9143,9193, 9243,9292,9342,9392,9442,9491,9541,9591, 9640,9690,9740,9790,9839,9889,9939,9988, 10038,10088,10137,10187,10237,10286,10336,10386, 10435,10485,10534,10584,10634,10683,10733,10782, 10832,10882,10931,10981,11030,11080,11129,11179, 11228,11278,11327,11377,11426,11476,11525,11575, 11624,11674,11723,11773,11822,11872,11921,11970, 12020,12069,12119,12168,12218,12267,12316,12366, 12415,12464,12514,12563,12612,12662,12711,12760, 12810,12859,12908,12957,13007,13056,13105,13154, 13204,13253,13302,13351,13401,13450,13499,13548, 13597,13647,13696,13745,13794,13843,13892,13941, 13990,14040,14089,14138,14187,14236,14285,14334, 14383,14432,14481,14530,14579,14628,14677,14726, 14775,14824,14873,14922,14971,15020,15069,15118, 15167,15215,15264,15313,15362,15411,15460,15509, 15557,15606,15655,15704,15753,15802,15850,15899, 15948,15997,16045,16094,16143,16191,16240,16289, 16338,16386,16435,16484,16532,16581,16629,16678, 16727,16775,16824,16872,16921,16970,17018,17067, 17115,17164,17212,17261,17309,17358,17406,17455, 17503,17551,17600,17648,17697,17745,17793,17842, 17890,17939,17987,18035,18084,18132,18180,18228, 18277,18325,18373,18421,18470,18518,18566,18614, 18663,18711,18759,18807,18855,18903,18951,19000, 19048,19096,19144,19192,19240,19288,19336,19384, 19432,19480,19528,19576,19624,19672,19720,19768, 19816,19864,19912,19959,20007,20055,20103,20151, 20199,20246,20294,20342,20390,20438,20485,20533, 20581,20629,20676,20724,20772,20819,20867,20915, 20962,21010,21057,21105,21153,21200,21248,21295, 21343,21390,21438,21485,21533,21580,21628,21675, 21723,21770,21817,21865,21912,21960,22007,22054, 22102,22149,22196,22243,22291,22338,22385,22433, 22480,22527,22574,22621,22668,22716,22763,22810, 22857,22904,22951,22998,23045,23092,23139,23186, 23233,23280,23327,23374,23421,23468,23515,23562, 23609,23656,23703,23750,23796,23843,23890,23937, 23984,24030,24077,24124,24171,24217,24264,24311, 24357,24404,24451,24497,24544,24591,24637,24684, 24730,24777,24823,24870,24916,24963,25009,25056, 25102,25149,25195,25241,25288,25334,25381,25427, 25473,25520,25566,25612,25658,25705,25751,25797, 25843,25889,25936,25982,26028,26074,26120,26166, 26212,26258,26304,26350,26396,26442,26488,26534, 26580,26626,26672,26718,26764,26810,26856,26902, 26947,26993,27039,27085,27131,27176,27222,27268, 27313,27359,27405,27450,27496,27542,27587,27633, 27678,27724,27770,27815,27861,27906,27952,27997, 28042,28088,28133,28179,28224,28269,28315,28360, 28405,28451,28496,28541,28586,28632,28677,28722, 28767,28812,28858,28903,28948,28993,29038,29083, 29128,29173,29218,29263,29308,29353,29398,29443, 29488,29533,29577,29622,29667,29712,29757,29801, 29846,29891,29936,29980,30025,30070,30114,30159, 30204,30248,30293,30337,30382,30426,30471,30515, 30560,30604,30649,30693,30738,30782,30826,30871, 30915,30959,31004,31048,31092,31136,31181,31225, 31269,31313,31357,31402,31446,31490,31534,31578, 31622,31666,31710,31754,31798,31842,31886,31930, 31974,32017,32061,32105,32149,32193,32236,32280, 32324,32368,32411,32455,32499,32542,32586,32630, 32673,32717,32760,32804,32847,32891,32934,32978, 33021,33065,33108,33151,33195,33238,33281,33325, 33368,33411,33454,33498,33541,33584,33627,33670, 33713,33756,33799,33843,33886,33929,33972,34015, 34057,34100,34143,34186,34229,34272,34315,34358, 34400,34443,34486,34529,34571,34614,34657,34699, 34742,34785,34827,34870,34912,34955,34997,35040, 35082,35125,35167,35210,35252,35294,35337,35379, 35421,35464,35506,35548,35590,35633,35675,35717, 35759,35801,35843,35885,35927,35969,36011,36053, 36095,36137,36179,36221,36263,36305,36347,36388, 36430,36472,36514,36555,36597,36639,36681,36722, 36764,36805,36847,36889,36930,36972,37013,37055, 37096,37137,37179,37220,37262,37303,37344,37386, 37427,37468,37509,37551,37592,37633,37674,37715, 37756,37797,37838,37879,37920,37961,38002,38043, 38084,38125,38166,38207,38248,38288,38329,38370, 38411,38451,38492,38533,38573,38614,38655,38695, 38736,38776,38817,38857,38898,38938,38979,39019, 39059,39100,39140,39180,39221,39261,39301,39341, 39382,39422,39462,39502,39542,39582,39622,39662, 39702,39742,39782,39822,39862,39902,39942,39982, 40021,40061,40101,40141,40180,40220,40260,40300, 40339,40379,40418,40458,40497,40537,40576,40616, 40655,40695,40734,40773,40813,40852,40891,40931, 40970,41009,41048,41087,41127,41166,41205,41244, 41283,41322,41361,41400,41439,41478,41517,41556, 41595,41633,41672,41711,41750,41788,41827,41866, 41904,41943,41982,42020,42059,42097,42136,42174, 42213,42251,42290,42328,42366,42405,42443,42481, 42520,42558,42596,42634,42672,42711,42749,42787, 42825,42863,42901,42939,42977,43015,43053,43091, 43128,43166,43204,43242,43280,43317,43355,43393, 43430,43468,43506,43543,43581,43618,43656,43693, 43731,43768,43806,43843,43880,43918,43955,43992, 44029,44067,44104,44141,44178,44215,44252,44289, 44326,44363,44400,44437,44474,44511,44548,44585, 44622,44659,44695,44732,44769,44806,44842,44879, 44915,44952,44989,45025,45062,45098,45135,45171, 45207,45244,45280,45316,45353,45389,45425,45462, 45498,45534,45570,45606,45642,45678,45714,45750, 45786,45822,45858,45894,45930,45966,46002,46037, 46073,46109,46145,46180,46216,46252,46287,46323, 46358,46394,46429,46465,46500,46536,46571,46606, 46642,46677,46712,46747,46783,46818,46853,46888, 46923,46958,46993,47028,47063,47098,47133,47168, 47203,47238,47273,47308,47342,47377,47412,47446, 47481,47516,47550,47585,47619,47654,47688,47723, 47757,47792,47826,47860,47895,47929,47963,47998, 48032,48066,48100,48134,48168,48202,48237,48271, 48305,48338,48372,48406,48440,48474,48508,48542, 48575,48609,48643,48676,48710,48744,48777,48811, 48844,48878,48911,48945,48978,49012,49045,49078, 49112,49145,49178,49211,49244,49278,49311,49344, 49377,49410,49443,49476,49509,49542,49575,49608, 49640,49673,49706,49739,49771,49804,49837,49869, 49902,49935,49967,50000,50032,50065,50097,50129, 50162,50194,50226,50259,50291,50323,50355,50387, 50420,50452,50484,50516,50548,50580,50612,50644, 50675,50707,50739,50771,50803,50834,50866,50898, 50929,50961,50993,51024,51056,51087,51119,51150, 51182,51213,51244,51276,51307,51338,51369,51401, 51432,51463,51494,51525,51556,51587,51618,51649, 51680,51711,51742,51773,51803,51834,51865,51896, 51926,51957,51988,52018,52049,52079,52110,52140, 52171,52201,52231,52262,52292,52322,52353,52383, 52413,52443,52473,52503,52534,52564,52594,52624, 52653,52683,52713,52743,52773,52803,52832,52862, 52892,52922,52951,52981,53010,53040,53069,53099, 53128,53158,53187,53216,53246,53275,53304,53334, 53363,53392,53421,53450,53479,53508,53537,53566, 53595,53624,53653,53682,53711,53739,53768,53797, 53826,53854,53883,53911,53940,53969,53997,54026, 54054,54082,54111,54139,54167,54196,54224,54252, 54280,54308,54337,54365,54393,54421,54449,54477, 54505,54533,54560,54588,54616,54644,54672,54699, 54727,54755,54782,54810,54837,54865,54892,54920, 54947,54974,55002,55029,55056,55084,55111,55138, 55165,55192,55219,55246,55274,55300,55327,55354, 55381,55408,55435,55462,55489,55515,55542,55569, 55595,55622,55648,55675,55701,55728,55754,55781, 55807,55833,55860,55886,55912,55938,55965,55991, 56017,56043,56069,56095,56121,56147,56173,56199, 56225,56250,56276,56302,56328,56353,56379,56404, 56430,56456,56481,56507,56532,56557,56583,56608, 56633,56659,56684,56709,56734,56760,56785,56810, 56835,56860,56885,56910,56935,56959,56984,57009, 57034,57059,57083,57108,57133,57157,57182,57206, 57231,57255,57280,57304,57329,57353,57377,57402, 57426,57450,57474,57498,57522,57546,57570,57594, 57618,57642,57666,57690,57714,57738,57762,57785, 57809,57833,57856,57880,57903,57927,57950,57974, 57997,58021,58044,58067,58091,58114,58137,58160, 58183,58207,58230,58253,58276,58299,58322,58345, 58367,58390,58413,58436,58459,58481,58504,58527, 58549,58572,58594,58617,58639,58662,58684,58706, 58729,58751,58773,58795,58818,58840,58862,58884, 58906,58928,58950,58972,58994,59016,59038,59059, 59081,59103,59125,59146,59168,59190,59211,59233, 59254,59276,59297,59318,59340,59361,59382,59404, 59425,59446,59467,59488,59509,59530,59551,59572, 59593,59614,59635,59656,59677,59697,59718,59739, 59759,59780,59801,59821,59842,59862,59883,59903, 59923,59944,59964,59984,60004,60025,60045,60065, 60085,60105,60125,60145,60165,60185,60205,60225, 60244,60264,60284,60304,60323,60343,60363,60382, 60402,60421,60441,60460,60479,60499,60518,60537, 60556,60576,60595,60614,60633,60652,60671,60690, 60709,60728,60747,60766,60785,60803,60822,60841, 60859,60878,60897,60915,60934,60952,60971,60989, 61007,61026,61044,61062,61081,61099,61117,61135, 61153,61171,61189,61207,61225,61243,61261,61279, 61297,61314,61332,61350,61367,61385,61403,61420, 61438,61455,61473,61490,61507,61525,61542,61559, 61577,61594,61611,61628,61645,61662,61679,61696, 61713,61730,61747,61764,61780,61797,61814,61831, 61847,61864,61880,61897,61913,61930,61946,61963, 61979,61995,62012,62028,62044,62060,62076,62092, 62108,62125,62141,62156,62172,62188,62204,62220, 62236,62251,62267,62283,62298,62314,62329,62345, 62360,62376,62391,62407,62422,62437,62453,62468, 62483,62498,62513,62528,62543,62558,62573,62588, 62603,62618,62633,62648,62662,62677,62692,62706, 62721,62735,62750,62764,62779,62793,62808,62822, 62836,62850,62865,62879,62893,62907,62921,62935, 62949,62963,62977,62991,63005,63019,63032,63046, 63060,63074,63087,63101,63114,63128,63141,63155, 63168,63182,63195,63208,63221,63235,63248,63261, 63274,63287,63300,63313,63326,63339,63352,63365, 63378,63390,63403,63416,63429,63441,63454,63466, 63479,63491,63504,63516,63528,63541,63553,63565, 63578,63590,63602,63614,63626,63638,63650,63662, 63674,63686,63698,63709,63721,63733,63745,63756, 63768,63779,63791,63803,63814,63825,63837,63848, 63859,63871,63882,63893,63904,63915,63927,63938, 63949,63960,63971,63981,63992,64003,64014,64025, 64035,64046,64057,64067,64078,64088,64099,64109, 64120,64130,64140,64151,64161,64171,64181,64192, 64202,64212,64222,64232,64242,64252,64261,64271, 64281,64291,64301,64310,64320,64330,64339,64349, 64358,64368,64377,64387,64396,64405,64414,64424, 64433,64442,64451,64460,64469,64478,64487,64496, 64505,64514,64523,64532,64540,64549,64558,64566, 64575,64584,64592,64601,64609,64617,64626,64634, 64642,64651,64659,64667,64675,64683,64691,64699, 64707,64715,64723,64731,64739,64747,64754,64762, 64770,64777,64785,64793,64800,64808,64815,64822, 64830,64837,64844,64852,64859,64866,64873,64880, 64887,64895,64902,64908,64915,64922,64929,64936, 64943,64949,64956,64963,64969,64976,64982,64989, 64995,65002,65008,65015,65021,65027,65033,65040, 65046,65052,65058,65064,65070,65076,65082,65088, 65094,65099,65105,65111,65117,65122,65128,65133, 65139,65144,65150,65155,65161,65166,65171,65177, 65182,65187,65192,65197,65202,65207,65212,65217, 65222,65227,65232,65237,65242,65246,65251,65256, 65260,65265,65270,65274,65279,65283,65287,65292, 65296,65300,65305,65309,65313,65317,65321,65325, 65329,65333,65337,65341,65345,65349,65352,65356, 65360,65363,65367,65371,65374,65378,65381,65385, 65388,65391,65395,65398,65401,65404,65408,65411, 65414,65417,65420,65423,65426,65429,65431,65434, 65437,65440,65442,65445,65448,65450,65453,65455, 65458,65460,65463,65465,65467,65470,65472,65474, 65476,65478,65480,65482,65484,65486,65488,65490, 65492,65494,65496,65497,65499,65501,65502,65504, 65505,65507,65508,65510,65511,65513,65514,65515, 65516,65518,65519,65520,65521,65522,65523,65524, 65525,65526,65527,65527,65528,65529,65530,65530, 65531,65531,65532,65532,65533,65533,65534,65534, 65534,65535,65535,65535,65535,65535,65535,65535, 65535,65535,65535,65535,65535,65535,65535,65534, 65534,65534,65533,65533,65532,65532,65531,65531, 65530,65530,65529,65528,65527,65527,65526,65525, 65524,65523,65522,65521,65520,65519,65518,65516, 65515,65514,65513,65511,65510,65508,65507,65505, 65504,65502,65501,65499,65497,65496,65494,65492, 65490,65488,65486,65484,65482,65480,65478,65476, 65474,65472,65470,65467,65465,65463,65460,65458, 65455,65453,65450,65448,65445,65442,65440,65437, 65434,65431,65429,65426,65423,65420,65417,65414, 65411,65408,65404,65401,65398,65395,65391,65388, 65385,65381,65378,65374,65371,65367,65363,65360, 65356,65352,65349,65345,65341,65337,65333,65329, 65325,65321,65317,65313,65309,65305,65300,65296, 65292,65287,65283,65279,65274,65270,65265,65260, 65256,65251,65246,65242,65237,65232,65227,65222, 65217,65212,65207,65202,65197,65192,65187,65182, 65177,65171,65166,65161,65155,65150,65144,65139, 65133,65128,65122,65117,65111,65105,65099,65094, 65088,65082,65076,65070,65064,65058,65052,65046, 65040,65033,65027,65021,65015,65008,65002,64995, 64989,64982,64976,64969,64963,64956,64949,64943, 64936,64929,64922,64915,64908,64902,64895,64887, 64880,64873,64866,64859,64852,64844,64837,64830, 64822,64815,64808,64800,64793,64785,64777,64770, 64762,64754,64747,64739,64731,64723,64715,64707, 64699,64691,64683,64675,64667,64659,64651,64642, 64634,64626,64617,64609,64600,64592,64584,64575, 64566,64558,64549,64540,64532,64523,64514,64505, 64496,64487,64478,64469,64460,64451,64442,64433, 64424,64414,64405,64396,64387,64377,64368,64358, 64349,64339,64330,64320,64310,64301,64291,64281, 64271,64261,64252,64242,64232,64222,64212,64202, 64192,64181,64171,64161,64151,64140,64130,64120, 64109,64099,64088,64078,64067,64057,64046,64035, 64025,64014,64003,63992,63981,63971,63960,63949, 63938,63927,63915,63904,63893,63882,63871,63859, 63848,63837,63825,63814,63803,63791,63779,63768, 63756,63745,63733,63721,63709,63698,63686,63674, 63662,63650,63638,63626,63614,63602,63590,63578, 63565,63553,63541,63528,63516,63504,63491,63479, 63466,63454,63441,63429,63416,63403,63390,63378, 63365,63352,63339,63326,63313,63300,63287,63274, 63261,63248,63235,63221,63208,63195,63182,63168, 63155,63141,63128,63114,63101,63087,63074,63060, 63046,63032,63019,63005,62991,62977,62963,62949, 62935,62921,62907,62893,62879,62865,62850,62836, 62822,62808,62793,62779,62764,62750,62735,62721, 62706,62692,62677,62662,62648,62633,62618,62603, 62588,62573,62558,62543,62528,62513,62498,62483, 62468,62453,62437,62422,62407,62391,62376,62360, 62345,62329,62314,62298,62283,62267,62251,62236, 62220,62204,62188,62172,62156,62141,62125,62108, 62092,62076,62060,62044,62028,62012,61995,61979, 61963,61946,61930,61913,61897,61880,61864,61847, 61831,61814,61797,61780,61764,61747,61730,61713, 61696,61679,61662,61645,61628,61611,61594,61577, 61559,61542,61525,61507,61490,61473,61455,61438, 61420,61403,61385,61367,61350,61332,61314,61297, 61279,61261,61243,61225,61207,61189,61171,61153, 61135,61117,61099,61081,61062,61044,61026,61007, 60989,60971,60952,60934,60915,60897,60878,60859, 60841,60822,60803,60785,60766,60747,60728,60709, 60690,60671,60652,60633,60614,60595,60576,60556, 60537,60518,60499,60479,60460,60441,60421,60402, 60382,60363,60343,60323,60304,60284,60264,60244, 60225,60205,60185,60165,60145,60125,60105,60085, 60065,60045,60025,60004,59984,59964,59944,59923, 59903,59883,59862,59842,59821,59801,59780,59759, 59739,59718,59697,59677,59656,59635,59614,59593, 59572,59551,59530,59509,59488,59467,59446,59425, 59404,59382,59361,59340,59318,59297,59276,59254, 59233,59211,59190,59168,59146,59125,59103,59081, 59059,59038,59016,58994,58972,58950,58928,58906, 58884,58862,58840,58818,58795,58773,58751,58729, 58706,58684,58662,58639,58617,58594,58572,58549, 58527,58504,58481,58459,58436,58413,58390,58367, 58345,58322,58299,58276,58253,58230,58207,58183, 58160,58137,58114,58091,58067,58044,58021,57997, 57974,57950,57927,57903,57880,57856,57833,57809, 57785,57762,57738,57714,57690,57666,57642,57618, 57594,57570,57546,57522,57498,57474,57450,57426, 57402,57377,57353,57329,57304,57280,57255,57231, 57206,57182,57157,57133,57108,57083,57059,57034, 57009,56984,56959,56935,56910,56885,56860,56835, 56810,56785,56760,56734,56709,56684,56659,56633, 56608,56583,56557,56532,56507,56481,56456,56430, 56404,56379,56353,56328,56302,56276,56250,56225, 56199,56173,56147,56121,56095,56069,56043,56017, 55991,55965,55938,55912,55886,55860,55833,55807, 55781,55754,55728,55701,55675,55648,55622,55595, 55569,55542,55515,55489,55462,55435,55408,55381, 55354,55327,55300,55274,55246,55219,55192,55165, 55138,55111,55084,55056,55029,55002,54974,54947, 54920,54892,54865,54837,54810,54782,54755,54727, 54699,54672,54644,54616,54588,54560,54533,54505, 54477,54449,54421,54393,54365,54337,54308,54280, 54252,54224,54196,54167,54139,54111,54082,54054, 54026,53997,53969,53940,53911,53883,53854,53826, 53797,53768,53739,53711,53682,53653,53624,53595, 53566,53537,53508,53479,53450,53421,53392,53363, 53334,53304,53275,53246,53216,53187,53158,53128, 53099,53069,53040,53010,52981,52951,52922,52892, 52862,52832,52803,52773,52743,52713,52683,52653, 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55595,55622,55648,55675,55701,55728,55754,55781, 55807,55833,55860,55886,55912,55938,55965,55991, 56017,56043,56069,56095,56121,56147,56173,56199, 56225,56250,56276,56302,56328,56353,56379,56404, 56430,56456,56481,56507,56532,56557,56583,56608, 56633,56659,56684,56709,56734,56760,56785,56810, 56835,56860,56885,56910,56935,56959,56984,57009, 57034,57059,57083,57108,57133,57157,57182,57206, 57231,57255,57280,57304,57329,57353,57377,57402, 57426,57450,57474,57498,57522,57546,57570,57594, 57618,57642,57666,57690,57714,57738,57762,57785, 57809,57833,57856,57880,57903,57927,57950,57974, 57997,58021,58044,58067,58091,58114,58137,58160, 58183,58207,58230,58253,58276,58299,58322,58345, 58367,58390,58413,58436,58459,58481,58504,58527, 58549,58572,58594,58617,58639,58662,58684,58706, 58729,58751,58773,58795,58818,58840,58862,58884, 58906,58928,58950,58972,58994,59016,59038,59059, 59081,59103,59125,59146,59168,59190,59211,59233, 59254,59276,59297,59318,59340,59361,59382,59404, 59425,59446,59467,59488,59509,59530,59551,59572, 59593,59614,59635,59656,59677,59697,59718,59739, 59759,59780,59801,59821,59842,59862,59883,59903, 59923,59944,59964,59984,60004,60025,60045,60065, 60085,60105,60125,60145,60165,60185,60205,60225, 60244,60264,60284,60304,60323,60343,60363,60382, 60402,60421,60441,60460,60479,60499,60518,60537, 60556,60576,60595,60614,60633,60652,60671,60690, 60709,60728,60747,60766,60785,60803,60822,60841, 60859,60878,60897,60915,60934,60952,60971,60989, 61007,61026,61044,61062,61081,61099,61117,61135, 61153,61171,61189,61207,61225,61243,61261,61279, 61297,61314,61332,61350,61367,61385,61403,61420, 61438,61455,61473,61490,61507,61525,61542,61559, 61577,61594,61611,61628,61645,61662,61679,61696, 61713,61730,61747,61764,61780,61797,61814,61831, 61847,61864,61880,61897,61913,61930,61946,61963, 61979,61995,62012,62028,62044,62060,62076,62092, 62108,62125,62141,62156,62172,62188,62204,62220, 62236,62251,62267,62283,62298,62314,62329,62345, 62360,62376,62391,62407,62422,62437,62453,62468, 62483,62498,62513,62528,62543,62558,62573,62588, 62603,62618,62633,62648,62662,62677,62692,62706, 62721,62735,62750,62764,62779,62793,62808,62822, 62836,62850,62865,62879,62893,62907,62921,62935, 62949,62963,62977,62991,63005,63019,63032,63046, 63060,63074,63087,63101,63114,63128,63141,63155, 63168,63182,63195,63208,63221,63235,63248,63261, 63274,63287,63300,63313,63326,63339,63352,63365, 63378,63390,63403,63416,63429,63441,63454,63466, 63479,63491,63504,63516,63528,63541,63553,63565, 63578,63590,63602,63614,63626,63638,63650,63662, 63674,63686,63698,63709,63721,63733,63745,63756, 63768,63779,63791,63803,63814,63825,63837,63848, 63859,63871,63882,63893,63904,63915,63927,63938, 63949,63960,63971,63981,63992,64003,64014,64025, 64035,64046,64057,64067,64078,64088,64099,64109, 64120,64130,64140,64151,64161,64171,64181,64192, 64202,64212,64222,64232,64242,64252,64261,64271, 64281,64291,64301,64310,64320,64330,64339,64349, 64358,64368,64377,64387,64396,64405,64414,64424, 64433,64442,64451,64460,64469,64478,64487,64496, 64505,64514,64523,64532,64540,64549,64558,64566, 64575,64584,64592,64600,64609,64617,64626,64634, 64642,64651,64659,64667,64675,64683,64691,64699, 64707,64715,64723,64731,64739,64747,64754,64762, 64770,64777,64785,64793,64800,64808,64815,64822, 64830,64837,64844,64852,64859,64866,64873,64880, 64887,64895,64902,64908,64915,64922,64929,64936, 64943,64949,64956,64963,64969,64976,64982,64989, 64995,65002,65008,65015,65021,65027,65033,65040, 65046,65052,65058,65064,65070,65076,65082,65088, 65094,65099,65105,65111,65117,65122,65128,65133, 65139,65144,65150,65155,65161,65166,65171,65177, 65182,65187,65192,65197,65202,65207,65212,65217, 65222,65227,65232,65237,65242,65246,65251,65256, 65260,65265,65270,65274,65279,65283,65287,65292, 65296,65300,65305,65309,65313,65317,65321,65325, 65329,65333,65337,65341,65345,65349,65352,65356, 65360,65363,65367,65371,65374,65378,65381,65385, 65388,65391,65395,65398,65401,65404,65408,65411, 65414,65417,65420,65423,65426,65429,65431,65434, 65437,65440,65442,65445,65448,65450,65453,65455, 65458,65460,65463,65465,65467,65470,65472,65474, 65476,65478,65480,65482,65484,65486,65488,65490, 65492,65494,65496,65497,65499,65501,65502,65504, 65505,65507,65508,65510,65511,65513,65514,65515, 65516,65518,65519,65520,65521,65522,65523,65524, 65525,65526,65527,65527,65528,65529,65530,65530, 65531,65531,65532,65532,65533,65533,65534,65534, 65534,65535,65535,65535,65535,65535,65535,65535 }; static int tantoangle[2049] = { 0,333772,667544,1001315,1335086,1668857,2002626,2336395, 2670163,3003929,3337694,3671457,4005219,4338979,4672736,5006492, 5340245,5673995,6007743,6341488,6675230,7008968,7342704,7676435, 8010164,8343888,8677609,9011325,9345037,9678744,10012447,10346145, 10679838,11013526,11347209,11680887,12014558,12348225,12681885,13015539, 13349187,13682829,14016464,14350092,14683714,15017328,15350936,15684536, 16018129,16351714,16685291,17018860,17352422,17685974,18019518,18353054, 18686582,19020100,19353610,19687110,20020600,20354080,20687552,21021014, 21354466,21687906,22021338,22354758,22688168,23021568,23354956,23688332, 24021698,24355052,24688396,25021726,25355046,25688352,26021648,26354930, 26688200,27021456,27354702,27687932,28021150,28354356,28687548,29020724, 29353888,29687038,30020174,30353296,30686404,31019496,31352574,31685636, 32018684,32351718,32684734,33017736,33350722,33683692,34016648,34349584, 34682508,35015412,35348300,35681172,36014028,36346868,36679688,37012492, 37345276,37678044,38010792,38343524,38676240,39008936,39341612,39674272, 40006912,40339532,40672132,41004716,41337276,41669820,42002344,42334848, 42667332,42999796,43332236,43664660,43997060,44329444,44661800,44994140, 45326456,45658752,45991028,46323280,46655512,46987720,47319908,47652072, 47984212,48316332,48648428,48980500,49312548,49644576,49976580,50308556, 50640512,50972444,51304352,51636236,51968096,52299928,52631740,52963524, 53295284,53627020,53958728,54290412,54622068,54953704,55285308,55616888, 55948444,56279972,56611472,56942948,57274396,57605816,57937212,58268576, 58599916,58931228,59262512,59593768,59924992,60256192,60587364,60918508, 61249620,61580704,61911760,62242788,62573788,62904756,63235692,63566604, 63897480,64228332,64559148,64889940,65220696,65551424,65882120,66212788, 66543420,66874024,67204600,67535136,67865648,68196120,68526568,68856984, 69187360,69517712,69848024,70178304,70508560,70838776,71168960,71499112, 71829224,72159312,72489360,72819376,73149360,73479304,73809216,74139096, 74468936,74798744,75128520,75458264,75787968,76117632,76447264,76776864, 77106424,77435952,77765440,78094888,78424304,78753688,79083032,79412336, 79741608,80070840,80400032,80729192,81058312,81387392,81716432,82045440, 82374408,82703336,83032224,83361080,83689896,84018664,84347400,84676096, 85004760,85333376,85661952,85990488,86318984,86647448,86975864,87304240, 87632576,87960872,88289128,88617344,88945520,89273648,89601736,89929792, 90257792,90585760,90913688,91241568,91569408,91897200,92224960,92552672, 92880336,93207968,93535552,93863088,94190584,94518040,94845448,95172816, 95500136,95827416,96154648,96481832,96808976,97136080,97463136,97790144, 98117112,98444032,98770904,99097736,99424520,99751256,100077944,100404592, 100731192,101057744,101384248,101710712,102037128,102363488,102689808,103016080, 103342312,103668488,103994616,104320696,104646736,104972720,105298656,105624552, 105950392,106276184,106601928,106927624,107253272,107578872,107904416,108229920, 108555368,108880768,109206120,109531416,109856664,110181872,110507016,110832120, 111157168,111482168,111807112,112132008,112456856,112781648,113106392,113431080, 113755720,114080312,114404848,114729328,115053760,115378136,115702464,116026744, 116350960,116675128,116999248,117323312,117647320,117971272,118295176,118619024, 118942816,119266560,119590248,119913880,120237456,120560984,120884456,121207864, 121531224,121854528,122177784,122500976,122824112,123147200,123470224,123793200, 124116120,124438976,124761784,125084528,125407224,125729856,126052432,126374960, 126697424,127019832,127342184,127664472,127986712,128308888,128631008,128953072, 129275080,129597024,129918912,130240744,130562520,130884232,131205888,131527480, 131849016,132170496,132491912,132813272,133134576,133455816,133776992,134098120, 134419184,134740176,135061120,135382000,135702816,136023584,136344272,136664912, 136985488,137306016,137626464,137946864,138267184,138587456,138907664,139227808, 139547904,139867920,140187888,140507776,140827616,141147392,141467104,141786752, 142106336,142425856,142745312,143064720,143384048,143703312,144022512,144341664, 144660736,144979744,145298704,145617584,145936400,146255168,146573856,146892480, 147211040,147529536,147847968,148166336,148484640,148802880,149121056,149439152, 149757200,150075168,150393072,150710912,151028688,151346400,151664048,151981616, 152299136,152616576,152933952,153251264,153568496,153885680,154202784,154519824, 154836784,155153696,155470528,155787296,156104000,156420624,156737200,157053696, 157370112,157686480,158002768,158318976,158635136,158951216,159267232,159583168, 159899040,160214848,160530592,160846256,161161840,161477376,161792832,162108208, 162423520,162738768,163053952,163369040,163684080,163999040,164313936,164628752, 164943504,165258176,165572784,165887312,166201776,166516160,166830480,167144736, 167458912,167773008,168087040,168400992,168714880,169028688,169342432,169656096, 169969696,170283216,170596672,170910032,171223344,171536576,171849728,172162800, 172475808,172788736,173101600,173414384,173727104,174039728,174352288,174664784, 174977200,175289536,175601792,175913984,176226096,176538144,176850096,177161984, 177473792,177785536,178097200,178408784,178720288,179031728,179343088,179654368, 179965568,180276704,180587744,180898720,181209616,181520448,181831184,182141856, 182452448,182762960,183073408,183383760,183694048,184004240,184314368,184624416, 184934400,185244288,185554096,185863840,186173504,186483072,186792576,187102000, 187411344,187720608,188029808,188338912,188647936,188956896,189265760,189574560, 189883264,190191904,190500448,190808928,191117312,191425632,191733872,192042016, 192350096,192658096,192966000,193273840,193581584,193889264,194196848,194504352, 194811792,195119136,195426400,195733584,196040688,196347712,196654656,196961520, 197268304,197574992,197881616,198188144,198494592,198800960,199107248,199413456, 199719584,200025616,200331584,200637456,200943248,201248960,201554576,201860128, 202165584,202470960,202776256,203081456,203386592,203691632,203996592,204301472, 204606256,204910976,205215600,205520144,205824592,206128960,206433248,206737456, 207041584,207345616,207649568,207953424,208257216,208560912,208864512,209168048, 209471488,209774832,210078112,210381296,210684384,210987408,211290336,211593184, 211895936,212198608,212501184,212803680,213106096,213408432,213710672,214012816, 214314880,214616864,214918768,215220576,215522288,215823920,216125472,216426928, 216728304,217029584,217330784,217631904,217932928,218233856,218534704,218835472, 219136144,219436720,219737216,220037632,220337952,220638192,220938336,221238384, 221538352,221838240,222138032,222437728,222737344,223036880,223336304,223635664, 223934912,224234096,224533168,224832160,225131072,225429872,225728608,226027232, 226325776,226624240,226922608,227220880,227519056,227817152,228115168,228413088, 228710912,229008640,229306288,229603840,229901312,230198688,230495968,230793152, 231090256,231387280,231684192,231981024,232277760,232574416,232870960,233167440, 233463808,233760096,234056288,234352384,234648384,234944304,235240128,235535872, 235831504,236127056,236422512,236717888,237013152,237308336,237603424,237898416, 238193328,238488144,238782864,239077488,239372016,239666464,239960816,240255072, 240549232,240843312,241137280,241431168,241724960,242018656,242312256,242605776, 242899200,243192512,243485744,243778896,244071936,244364880,244657744,244950496, 245243168,245535744,245828224,246120608,246412912,246705104,246997216,247289216, 247581136,247872960,248164688,248456320,248747856,249039296,249330640,249621904, 249913056,250204128,250495088,250785968,251076736,251367424,251658016,251948512, 252238912,252529200,252819408,253109520,253399536,253689456,253979280,254269008, 254558640,254848176,255137632,255426976,255716224,256005376,256294432,256583392, 256872256,257161024,257449696,257738272,258026752,258315136,258603424,258891600, 259179696,259467696,259755600,260043392,260331104,260618704,260906224,261193632, 261480960,261768176,262055296,262342320,262629248,262916080,263202816,263489456, 263776000,264062432,264348784,264635024,264921168,265207216,265493168,265779024, 266064784,266350448,266636000,266921472,267206832,267492096,267777264,268062336, 268347312,268632192,268916960,269201632,269486208,269770688,270055072,270339360, 270623552,270907616,271191616,271475488,271759296,272042976,272326560,272610048, 272893440,273176736,273459936,273743040,274026048,274308928,274591744,274874432, 275157024,275439520,275721920,276004224,276286432,276568512,276850528,277132416, 277414240,277695936,277977536,278259040,278540448,278821728,279102944,279384032, 279665056,279945952,280226752,280507456,280788064,281068544,281348960,281629248, 281909472,282189568,282469568,282749440,283029248,283308960,283588544,283868032, 284147424,284426720,284705920,284985024,285264000,285542912,285821696,286100384, 286378976,286657440,286935840,287214112,287492320,287770400,288048384,288326240, 288604032,288881696,289159264,289436768,289714112,289991392,290268576,290545632, 290822592,291099456,291376224,291652896,291929440,292205888,292482272,292758528, 293034656,293310720,293586656,293862496,294138240,294413888,294689440,294964864, 295240192,295515424,295790560,296065600,296340512,296615360,296890080,297164704, 297439200,297713632,297987936,298262144,298536256,298810240,299084160,299357952, 299631648,299905248,300178720,300452128,300725408,300998592,301271680,301544640, 301817536,302090304,302362976,302635520,302908000,303180352,303452608,303724768, 303996800,304268768,304540608,304812320,305083968,305355520,305626944,305898272, 306169472,306440608,306711616,306982528,307253344,307524064,307794656,308065152, 308335552,308605856,308876032,309146112,309416096,309685984,309955744,310225408, 310494976,310764448,311033824,311303072,311572224,311841280,312110208,312379040, 312647776,312916416,313184960,313453376,313721696,313989920,314258016,314526016, 314793920,315061728,315329408,315597024,315864512,316131872,316399168,316666336, 316933408,317200384,317467232,317733984,318000640,318267200,318533632,318799968, 319066208,319332352,319598368,319864288,320130112,320395808,320661408,320926912, 321192320,321457632,321722816,321987904,322252864,322517760,322782528,323047200, 323311744,323576192,323840544,324104800,324368928,324632992,324896928,325160736, 325424448,325688096,325951584,326215008,326478304,326741504,327004608,327267584, 327530464,327793248,328055904,328318496,328580960,328843296,329105568,329367712, 329629760,329891680,330153536,330415264,330676864,330938400,331199808,331461120, 331722304,331983392,332244384,332505280,332766048,333026752,333287296,333547776, 333808128,334068384,334328544,334588576,334848512,335108352,335368064,335627712, 335887200,336146624,336405920,336665120,336924224,337183200,337442112,337700864, 337959552,338218112,338476576,338734944,338993184,339251328,339509376,339767296, 340025120,340282848,340540480,340797984,341055392,341312704,341569888,341826976, 342083968,342340832,342597600,342854272,343110848,343367296,343623648,343879904, 344136032,344392064,344648000,344903808,345159520,345415136,345670656,345926048, 346181344,346436512,346691616,346946592,347201440,347456224,347710880,347965440, 348219872,348474208,348728448,348982592,349236608,349490528,349744320,349998048, 350251648,350505152,350758528,351011808,351264992,351518048,351771040,352023872, 352276640,352529280,352781824,353034272,353286592,353538816,353790944,354042944, 354294880,354546656,354798368,355049952,355301440,355552800,355804096,356055264, 356306304,356557280,356808128,357058848,357309504,357560032,357810464,358060768, 358311008,358561088,358811104,359060992,359310784,359560480,359810048,360059520, 360308896,360558144,360807296,361056352,361305312,361554144,361802880,362051488, 362300032,362548448,362796736,363044960,363293056,363541024,363788928,364036704, 364284384,364531936,364779392,365026752,365274016,365521152,365768192,366015136, 366261952,366508672,366755296,367001792,367248192,367494496,367740704,367986784, 368232768,368478656,368724416,368970080,369215648,369461088,369706432,369951680, 370196800,370441824,370686752,370931584,371176288,371420896,371665408,371909792, 372154080,372398272,372642336,372886304,373130176,373373952,373617600,373861152, 374104608,374347936,374591168,374834304,375077312,375320224,375563040,375805760, 376048352,376290848,376533248,376775520,377017696,377259776,377501728,377743584, 377985344,378227008,378468544,378709984,378951328,379192544,379433664,379674688, 379915584,380156416,380397088,380637696,380878176,381118560,381358848,381599040, 381839104,382079072,382318912,382558656,382798304,383037856,383277280,383516640, 383755840,383994976,384233984,384472896,384711712,384950400,385188992,385427488, 385665888,385904160,386142336,386380384,386618368,386856224,387093984,387331616, 387569152,387806592,388043936,388281152,388518272,388755296,388992224,389229024, 389465728,389702336,389938816,390175200,390411488,390647680,390883744,391119712, 391355584,391591328,391826976,392062528,392297984,392533312,392768544,393003680, 393238720,393473632,393708448,393943168,394177760,394412256,394646656,394880960, 395115136,395349216,395583200,395817088,396050848,396284512,396518080,396751520, 396984864,397218112,397451264,397684288,397917248,398150080,398382784,398615424, 398847936,399080320,399312640,399544832,399776928,400008928,400240832,400472608, 400704288,400935872,401167328,401398720,401629984,401861120,402092192,402323136, 402553984,402784736,403015360,403245888,403476320,403706656,403936896,404167008, 404397024,404626944,404856736,405086432,405316032,405545536,405774912,406004224, 406233408,406462464,406691456,406920320,407149088,407377760,407606336,407834784, 408063136,408291392,408519520,408747584,408975520,409203360,409431072,409658720, 409886240,410113664,410340992,410568192,410795296,411022304,411249216,411476032, 411702720,411929312,412155808,412382176,412608480,412834656,413060736,413286720, 413512576,413738336,413964000,414189568,414415040,414640384,414865632,415090784, 415315840,415540800,415765632,415990368,416215008,416439552,416663968,416888288, 417112512,417336640,417560672,417784576,418008384,418232096,418455712,418679200, 418902624,419125920,419349120,419572192,419795200,420018080,420240864,420463552, 420686144,420908608,421130976,421353280,421575424,421797504,422019488,422241344, 422463104,422684768,422906336,423127776,423349120,423570400,423791520,424012576, 424233536,424454368,424675104,424895744,425116288,425336736,425557056,425777280, 425997408,426217440,426437376,426657184,426876928,427096544,427316064,427535488, 427754784,427974016,428193120,428412128,428631040,428849856,429068544,429287168, 429505664,429724064,429942368,430160576,430378656,430596672,430814560,431032352, 431250048,431467616,431685120,431902496,432119808,432336992,432554080,432771040, 432987936,433204736,433421408,433637984,433854464,434070848,434287104,434503296, 434719360,434935360,435151232,435367008,435582656,435798240,436013696,436229088, 436444352,436659520,436874592,437089568,437304416,437519200,437733856,437948416, 438162880,438377248,438591520,438805696,439019744,439233728,439447584,439661344, 439875008,440088576,440302048,440515392,440728672,440941824,441154880,441367872, 441580736,441793472,442006144,442218720,442431168,442643552,442855808,443067968, 443280032,443492000,443703872,443915648,444127296,444338880,444550336,444761696, 444972992,445184160,445395232,445606176,445817056,446027840,446238496,446449088, 446659552,446869920,447080192,447290400,447500448,447710432,447920320,448130112, 448339776,448549376,448758848,448968224,449177536,449386720,449595808,449804800, 450013664,450222464,450431168,450639776,450848256,451056640,451264960,451473152, 451681248,451889248,452097152,452304960,452512672,452720288,452927808,453135232, 453342528,453549760,453756864,453963904,454170816,454377632,454584384,454791008, 454997536,455203968,455410304,455616544,455822688,456028704,456234656,456440512, 456646240,456851904,457057472,457262912,457468256,457673536,457878688,458083744, 458288736,458493600,458698368,458903040,459107616,459312096,459516480,459720768, 459924960,460129056,460333056,460536960,460740736,460944448,461148064,461351584, 461554976,461758304,461961536,462164640,462367680,462570592,462773440,462976160, 463178816,463381344,463583776,463786144,463988384,464190560,464392608,464594560, 464796448,464998208,465199872,465401472,465602944,465804320,466005600,466206816, 466407904,466608896,466809824,467010624,467211328,467411936,467612480,467812896, 468013216,468213440,468413600,468613632,468813568,469013440,469213184,469412832, 469612416,469811872,470011232,470210528,470409696,470608800,470807776,471006688, 471205472,471404192,471602784,471801312,471999712,472198048,472396288,472594400, 472792448,472990400,473188256,473385984,473583648,473781216,473978688,474176064, 474373344,474570528,474767616,474964608,475161504,475358336,475555040,475751648, 475948192,476144608,476340928,476537184,476733312,476929376,477125344,477321184, 477516960,477712640,477908224,478103712,478299104,478494400,478689600,478884704, 479079744,479274656,479469504,479664224,479858880,480053408,480247872,480442240, 480636512,480830656,481024736,481218752,481412640,481606432,481800128,481993760, 482187264,482380704,482574016,482767264,482960416,483153472,483346432,483539296, 483732064,483924768,484117344,484309856,484502240,484694560,484886784,485078912, 485270944,485462880,485654720,485846464,486038144,486229696,486421184,486612576, 486803840,486995040,487186176,487377184,487568096,487758912,487949664,488140320, 488330880,488521312,488711712,488901984,489092160,489282240,489472256,489662176, 489851968,490041696,490231328,490420896,490610336,490799712,490988960,491178144, 491367232,491556224,491745120,491933920,492122656,492311264,492499808,492688256, 492876608,493064864,493253056,493441120,493629120,493817024,494004832,494192544, 494380160,494567712,494755136,494942496,495129760,495316928,495504000,495691008, 495877888,496064704,496251424,496438048,496624608,496811040,496997408,497183680, 497369856,497555936,497741920,497927840,498113632,498299360,498484992,498670560, 498856000,499041376,499226656,499411840,499596928,499781920,499966848,500151680, 500336416,500521056,500705600,500890080,501074464,501258752,501442944,501627040, 501811072,501995008,502178848,502362592,502546240,502729824,502913312,503096704, 503280000,503463232,503646368,503829408,504012352,504195200,504377984,504560672, 504743264,504925760,505108192,505290496,505472736,505654912,505836960,506018944, 506200832,506382624,506564320,506745952,506927488,507108928,507290272,507471552, 507652736,507833824,508014816,508195744,508376576,508557312,508737952,508918528, 509099008,509279392,509459680,509639904,509820032,510000064,510180000,510359872, 510539648,510719328,510898944,511078432,511257856,511437216,511616448,511795616, 511974688,512153664,512332576,512511392,512690112,512868768,513047296,513225792, 513404160,513582432,513760640,513938784,514116800,514294752,514472608,514650368, 514828064,515005664,515183168,515360608,515537952,515715200,515892352,516069440, 516246432,516423328,516600160,516776896,516953536,517130112,517306592,517482976, 517659264,517835488,518011616,518187680,518363648,518539520,518715296,518891008, 519066624,519242144,519417600,519592960,519768256,519943424,520118528,520293568, 520468480,520643328,520818112,520992800,521167392,521341888,521516320,521690656, 521864896,522039072,522213152,522387168,522561056,522734912,522908640,523082304, 523255872,523429376,523602784,523776096,523949312,524122464,524295552,524468512, 524641440,524814240,524986976,525159616,525332192,525504640,525677056,525849344, 526021568,526193728,526365792,526537760,526709632,526881440,527053152,527224800, 527396352,527567840,527739200,527910528,528081728,528252864,528423936,528594880, 528765760,528936576,529107296,529277920,529448480,529618944,529789344,529959648, 530129856,530300000,530470048,530640000,530809888,530979712,531149440,531319072, 531488608,531658080,531827488,531996800,532166016,532335168,532504224,532673184, 532842080,533010912,533179616,533348288,533516832,533685312,533853728,534022048, 534190272,534358432,534526496,534694496,534862400,535030240,535197984,535365632, 535533216,535700704,535868128,536035456,536202720,536369888,536536992,536704000, 536870912 }; // This is the new flat distribution table static unsigned char rngTable[256] = { 201, 1, 243, 19, 18, 42, 183, 203, 101, 123, 154, 137, 34, 118, 10, 216, 135, 246, 0, 107, 133, 229, 35, 113, 177, 211, 110, 17, 139, 84, 251, 235, 182, 166, 161, 230, 143, 91, 24, 81, 22, 94, 7, 51, 232, 104, 122, 248, 175, 138, 127, 171, 222, 213, 44, 16, 9, 33, 88, 102, 170, 150, 136, 114, 62, 3, 142, 237, 6, 252, 249, 56, 74, 30, 13, 21, 180, 199, 32, 132, 187, 234, 78, 210, 46, 131, 197, 8, 206, 244, 73, 4, 236, 178, 195, 70, 121, 97, 167, 217, 103, 40, 247, 186, 105, 39, 95, 163, 99, 149, 253, 29, 119, 83, 254, 26, 202, 65, 130, 155, 60, 64, 184, 106, 221, 93, 164, 196, 112, 108, 179, 141, 54, 109, 11, 126, 75, 165, 191, 227, 87, 225, 156, 15, 98, 162, 116, 79, 169, 140, 190, 205, 168, 194, 41, 250, 27, 20, 14, 241, 50, 214, 72, 192, 220, 233, 67, 148, 96, 185, 176, 181, 215, 207, 172, 85, 89, 90, 209, 128, 124, 2, 55, 173, 66, 152, 47, 129, 59, 43, 159, 240, 239, 12, 189, 212, 144, 28, 200, 77, 219, 198, 134, 228, 45, 92, 125, 151, 5, 53, 255, 52, 68, 245, 160, 158, 61, 86, 58, 82, 117, 37, 242, 145, 69, 188, 115, 76, 63, 100, 49, 111, 153, 80, 38, 57, 174, 224, 71, 231, 23, 25, 48, 218, 120, 147, 208, 36, 226, 223, 193, 238, 157, 204, 146, 31 }; static int rngIndex = 0, rngIndex2 = 0; byte RNG_RandByte(void) { if(rngIndex > 255) { rngIndex = 0; rngIndex2++; } return rngTable[(++rngIndex) & 0xff] ^ rngTable[rngIndex2 & 0xff]; } float RNG_RandFloat(void) { return (RNG_RandByte() | (RNG_RandByte() << 8)) / 65535.0f; } void RNG_Reset(void) { rngIndex = 0, rngIndex2 = 0; } void M_ClearBox(fixed_t *box) { box[BOXTOP] = box[BOXRIGHT] = DDMININT; box[BOXBOTTOM] = box[BOXLEFT] = DDMAXINT; } void M_CopyBox(fixed_t dest[4], const fixed_t src[4]) { dest[BOXLEFT] = src[BOXLEFT]; dest[BOXRIGHT] = src[BOXRIGHT]; dest[BOXBOTTOM] = src[BOXBOTTOM]; dest[BOXTOP] = src[BOXTOP]; } void M_AddToBox(fixed_t *box, fixed_t x, fixed_t y) { if(x < box[BOXLEFT]) box[BOXLEFT] = x; else if(x > box[BOXRIGHT]) box[BOXRIGHT] = x; if(y < box[BOXBOTTOM]) box[BOXBOTTOM] = y; else if(y > box[BOXTOP]) box[BOXTOP] = y; } void M_JoinBoxes(float bbox[4], const float other[4]) { if(other[BOXLEFT] < bbox[BOXLEFT]) bbox[BOXLEFT] = other[BOXLEFT]; if(other[BOXRIGHT] > bbox[BOXRIGHT]) bbox[BOXRIGHT] = other[BOXRIGHT]; if(other[BOXTOP] > bbox[BOXTOP]) bbox[BOXTOP] = other[BOXTOP]; if(other[BOXBOTTOM] < bbox[BOXBOTTOM]) bbox[BOXBOTTOM] = other[BOXBOTTOM]; } float M_BoundingBoxDiff(const float in[4], const float out[4]) { return in[BOXLEFT] - out[BOXLEFT] + in[BOXBOTTOM] - out[BOXBOTTOM] + out[BOXRIGHT] - in[BOXRIGHT] + out[BOXTOP] - in[BOXTOP]; } uint M_CRC32(byte *data, uint length) { /* ====================================================================== */ /* COPYRIGHT (C) 1986 Gary S. Brown. You may use this program, or */ /* code or tables extracted from it, as desired without restriction. */ /* */ /* First, the polynomial itself and its table of feedback terms. The */ /* polynomial is */ /* X^32+X^26+X^23+X^22+X^16+X^12+X^11+X^10+X^8+X^7+X^5+X^4+X^2+X^1+X^0 */ /* */ /* Note that we take it "backwards" and put the highest-order term in */ /* the lowest-order bit. The X^32 term is "implied"; the LSB is the */ /* X^31 term, etc. The X^0 term (usually shown as "+1") results in */ /* the MSB being 1. */ /* */ /* Note that the usual hardware shift register implementation, which */ /* is what we're using (we're merely optimizing it by doing eight-bit */ /* chunks at a time) shifts bits into the lowest-order term. In our */ /* implementation, that means shifting towards the right. Why do we */ /* do it this way? Because the calculated CRC must be transmitted in */ /* order from highest-order term to lowest-order term. UARTs transmit */ /* characters in order from LSB to MSB. By storing the CRC this way, */ /* we hand it to the UART in the order low-byte to high-byte; the UART */ /* sends each low-bit to hight-bit; and the result is transmission bit */ /* by bit from highest- to lowest-order term without requiring any bit */ /* shuffling on our part. Reception works similarly. */ /* */ /* The feedback terms table consists of 256, 32-bit entries. Notes: */ /* */ /* The table can be generated at runtime if desired; code to do so */ /* is shown later. It might not be obvious, but the feedback */ /* terms simply represent the results of eight shift/xor opera- */ /* tions for all combinations of data and CRC register values. */ /* */ /* The values must be right-shifted by eight bits by the "updcrc" */ /* logic; the shift must be unsigned (bring in zeroes). On some */ /* hardware you could probably optimize the shift in assembler by */ /* using byte-swap instructions. */ /* polynomial $edb88320 */ /* */ /* -------------------------------------------------------------------- */ static unsigned long crc32_tab[] = { 0x00000000L, 0x77073096L, 0xee0e612cL, 0x990951baL, 0x076dc419L, 0x706af48fL, 0xe963a535L, 0x9e6495a3L, 0x0edb8832L, 0x79dcb8a4L, 0xe0d5e91eL, 0x97d2d988L, 0x09b64c2bL, 0x7eb17cbdL, 0xe7b82d07L, 0x90bf1d91L, 0x1db71064L, 0x6ab020f2L, 0xf3b97148L, 0x84be41deL, 0x1adad47dL, 0x6ddde4ebL, 0xf4d4b551L, 0x83d385c7L, 0x136c9856L, 0x646ba8c0L, 0xfd62f97aL, 0x8a65c9ecL, 0x14015c4fL, 0x63066cd9L, 0xfa0f3d63L, 0x8d080df5L, 0x3b6e20c8L, 0x4c69105eL, 0xd56041e4L, 0xa2677172L, 0x3c03e4d1L, 0x4b04d447L, 0xd20d85fdL, 0xa50ab56bL, 0x35b5a8faL, 0x42b2986cL, 0xdbbbc9d6L, 0xacbcf940L, 0x32d86ce3L, 0x45df5c75L, 0xdcd60dcfL, 0xabd13d59L, 0x26d930acL, 0x51de003aL, 0xc8d75180L, 0xbfd06116L, 0x21b4f4b5L, 0x56b3c423L, 0xcfba9599L, 0xb8bda50fL, 0x2802b89eL, 0x5f058808L, 0xc60cd9b2L, 0xb10be924L, 0x2f6f7c87L, 0x58684c11L, 0xc1611dabL, 0xb6662d3dL, 0x76dc4190L, 0x01db7106L, 0x98d220bcL, 0xefd5102aL, 0x71b18589L, 0x06b6b51fL, 0x9fbfe4a5L, 0xe8b8d433L, 0x7807c9a2L, 0x0f00f934L, 0x9609a88eL, 0xe10e9818L, 0x7f6a0dbbL, 0x086d3d2dL, 0x91646c97L, 0xe6635c01L, 0x6b6b51f4L, 0x1c6c6162L, 0x856530d8L, 0xf262004eL, 0x6c0695edL, 0x1b01a57bL, 0x8208f4c1L, 0xf50fc457L, 0x65b0d9c6L, 0x12b7e950L, 0x8bbeb8eaL, 0xfcb9887cL, 0x62dd1ddfL, 0x15da2d49L, 0x8cd37cf3L, 0xfbd44c65L, 0x4db26158L, 0x3ab551ceL, 0xa3bc0074L, 0xd4bb30e2L, 0x4adfa541L, 0x3dd895d7L, 0xa4d1c46dL, 0xd3d6f4fbL, 0x4369e96aL, 0x346ed9fcL, 0xad678846L, 0xda60b8d0L, 0x44042d73L, 0x33031de5L, 0xaa0a4c5fL, 0xdd0d7cc9L, 0x5005713cL, 0x270241aaL, 0xbe0b1010L, 0xc90c2086L, 0x5768b525L, 0x206f85b3L, 0xb966d409L, 0xce61e49fL, 0x5edef90eL, 0x29d9c998L, 0xb0d09822L, 0xc7d7a8b4L, 0x59b33d17L, 0x2eb40d81L, 0xb7bd5c3bL, 0xc0ba6cadL, 0xedb88320L, 0x9abfb3b6L, 0x03b6e20cL, 0x74b1d29aL, 0xead54739L, 0x9dd277afL, 0x04db2615L, 0x73dc1683L, 0xe3630b12L, 0x94643b84L, 0x0d6d6a3eL, 0x7a6a5aa8L, 0xe40ecf0bL, 0x9309ff9dL, 0x0a00ae27L, 0x7d079eb1L, 0xf00f9344L, 0x8708a3d2L, 0x1e01f268L, 0x6906c2feL, 0xf762575dL, 0x806567cbL, 0x196c3671L, 0x6e6b06e7L, 0xfed41b76L, 0x89d32be0L, 0x10da7a5aL, 0x67dd4accL, 0xf9b9df6fL, 0x8ebeeff9L, 0x17b7be43L, 0x60b08ed5L, 0xd6d6a3e8L, 0xa1d1937eL, 0x38d8c2c4L, 0x4fdff252L, 0xd1bb67f1L, 0xa6bc5767L, 0x3fb506ddL, 0x48b2364bL, 0xd80d2bdaL, 0xaf0a1b4cL, 0x36034af6L, 0x41047a60L, 0xdf60efc3L, 0xa867df55L, 0x316e8eefL, 0x4669be79L, 0xcb61b38cL, 0xbc66831aL, 0x256fd2a0L, 0x5268e236L, 0xcc0c7795L, 0xbb0b4703L, 0x220216b9L, 0x5505262fL, 0xc5ba3bbeL, 0xb2bd0b28L, 0x2bb45a92L, 0x5cb36a04L, 0xc2d7ffa7L, 0xb5d0cf31L, 0x2cd99e8bL, 0x5bdeae1dL, 0x9b64c2b0L, 0xec63f226L, 0x756aa39cL, 0x026d930aL, 0x9c0906a9L, 0xeb0e363fL, 0x72076785L, 0x05005713L, 0x95bf4a82L, 0xe2b87a14L, 0x7bb12baeL, 0x0cb61b38L, 0x92d28e9bL, 0xe5d5be0dL, 0x7cdcefb7L, 0x0bdbdf21L, 0x86d3d2d4L, 0xf1d4e242L, 0x68ddb3f8L, 0x1fda836eL, 0x81be16cdL, 0xf6b9265bL, 0x6fb077e1L, 0x18b74777L, 0x88085ae6L, 0xff0f6a70L, 0x66063bcaL, 0x11010b5cL, 0x8f659effL, 0xf862ae69L, 0x616bffd3L, 0x166ccf45L, 0xa00ae278L, 0xd70dd2eeL, 0x4e048354L, 0x3903b3c2L, 0xa7672661L, 0xd06016f7L, 0x4969474dL, 0x3e6e77dbL, 0xaed16a4aL, 0xd9d65adcL, 0x40df0b66L, 0x37d83bf0L, 0xa9bcae53L, 0xdebb9ec5L, 0x47b2cf7fL, 0x30b5ffe9L, 0xbdbdf21cL, 0xcabac28aL, 0x53b39330L, 0x24b4a3a6L, 0xbad03605L, 0xcdd70693L, 0x54de5729L, 0x23d967bfL, 0xb3667a2eL, 0xc4614ab8L, 0x5d681b02L, 0x2a6f2b94L, 0xb40bbe37L, 0xc30c8ea1L, 0x5a05df1bL, 0x2d02ef8dL }; unsigned int i; unsigned long crc32 = 0; for(i = 0; i < length; ++i) { crc32 = crc32_tab[(crc32 ^ data[i]) & 0xff] ^ (crc32 >> 8); } return crc32; } int M_NumDigits(int value) { return (int) (floor(log10(ABS(value))) + 1); } static int slopeDiv(unsigned num, unsigned den) { uint ans; if(den < 512) { return SLOPERANGE; } ans = (num << 3) / (den >> 8); return ans <= SLOPERANGE ? ans : SLOPERANGE; } angle_t M_PointToAngle(double const point[]) { fixed_t pos[2]; pos[VX] = FLT2FIX(point[VX]); pos[VY] = FLT2FIX(point[VY]); if(pos[VX] == 0 && pos[VY] == 0) return 0; if(pos[VX] >= 0) { // x >=0 if(pos[VY] >= 0) { // y>= 0 if(pos[VX] > pos[VY]) return tantoangle[slopeDiv(pos[VY], pos[VX])]; // octant 0 return ANG90 - 1 - tantoangle[slopeDiv(pos[VX], pos[VY])]; // octant 1 } // y<0 pos[VY] = -pos[VY]; if(pos[VX] > pos[VY]) return -tantoangle[slopeDiv(pos[VY], pos[VX])]; // octant 8 return ANG270 + tantoangle[slopeDiv(pos[VX], pos[VY])]; // octant 7 } // x<0 pos[VX] = -pos[VX]; if(pos[VY] >= 0) { // y>= 0 if(pos[VX] > pos[VY]) return ANG180 - 1 - tantoangle[slopeDiv(pos[VY], pos[VX])]; // octant 3 return ANG90 + tantoangle[slopeDiv(pos[VX], pos[VY])]; // octant 2 } // y<0 pos[VY] = -pos[VY]; if(pos[VX] > pos[VY]) return ANG180 + tantoangle[slopeDiv(pos[VY], pos[VX])]; // octant 4 return ANG270 - 1 - tantoangle[slopeDiv(pos[VX], pos[VY])]; // octant 5 } angle_t M_PointXYToAngle(double x, double y) { double point[2] = { x, y }; return M_PointToAngle(point); } angle_t M_PointToAngle2(double const a[], double const b[]) { double delta[2] = { b[VX] - a[VX], b[VY] - a[VY] }; return M_PointToAngle(delta); } angle_t M_PointXYToAngle2(double aX, double aY, double bX, double bY) { double a[2] = { aX, aY }; double b[2] = { bX, bY }; return M_PointToAngle2(a, b); } double M_DirectionToAngleXY(double dx, double dy) { double angle; if(dx == 0) return (dy > 0? 90.0 : 270.0); angle = atan2((double) dy, (double) dx) * 180.0 / DD_PI_D; if(angle < 0) angle += 360.0; return angle; } double M_DirectionToAngle(double const direction[]) { return M_DirectionToAngleXY(direction[VX], direction[VY]); } double M_PointDistance(double const a[], double const b[]) { double delta[2]; uint angle; delta[VX] = fabs(b[VX] - a[VX]); delta[VY] = fabs(b[VY] - a[VY]); if(delta[VY] > delta[VX]) { double temp = delta[VX]; delta[VX] = delta[VY]; delta[VY] = temp; } angle = (tantoangle[FLT2FIX(delta[VY] / delta[VX]) >> DBITS] + ANG90) >> ANGLETOFINESHIFT; return delta[VX] / FIX2FLT(finesine[angle]); // Use as cosine } double M_PointXYDistance(double aX, double aY, double bX, double bY) { double a[2] = { aX, aY }; double b[2] = { bX, bY }; return M_PointDistance(a, b); } double M_ApproxDistance(double dx, double dy) { dx = fabs(dx); dy = fabs(dy); if(dx < dy) return dx + dy - dx / 2; return dx + dy - dy / 2; } float M_ApproxDistancef(float dx, float dy) { dx = (float) fabs(dx); dy = (float) fabs(dy); if(dx < dy) return dx + dy - dx / 2; return dx + dy - dy / 2; } double M_ApproxDistance3(double dx, double dy, double dz) { return M_ApproxDistance(M_ApproxDistance(dx, dy), dz); } float M_ApproxDistance3f(float dx, float dy, float dz) { return M_ApproxDistancef(M_ApproxDistancef(dx, dy), dz); } double M_TriangleArea(double const v1[], double const v2[], double const v3[]) { double a[2], b[2]; double area; V2d_Subtract(a, v2, v1); V2d_Subtract(b, v3, v1); area = (a[VX] * b[VY] - b[VX] * a[VY]) / 2; if(area < 0) return -area; return area; } /** * First yaw, then pitch. Two consecutive 2D rotations. * Probably could be done a bit more efficiently. */ void M_RotateVector(float vec[3], float degYaw, float degPitch) { float radYaw = degYaw / 180 * DD_PI, radPitch = degPitch / 180 * DD_PI; float Cos, Sin, res[3]; // Yaw. if(radYaw != 0) { Cos = (float) cos(radYaw); Sin = (float) sin(radYaw); res[VX] = vec[VX] * Cos + vec[VY] * Sin; res[VY] = vec[VX] * -Sin + vec[VY] * Cos; vec[VX] = res[VX]; vec[VY] = res[VY]; } // Pitch. if(radPitch != 0) { Cos = (float) cos(radPitch); Sin = (float) sin(radPitch); res[VZ] = vec[VZ] * Cos + vec[VX] * Sin; res[VX] = vec[VZ] * -Sin + vec[VX] * Cos; vec[VZ] = res[VZ]; vec[VX] = res[VX]; } } int M_CeilPow2(int num) { int cumul; for(cumul = 1; num > cumul; cumul <<= 1); return cumul; } int M_RoundPow2(int num) { int cp2 = M_CeilPow2(num), fp2 = M_FloorPow2(num); return ((cp2 - num >= num - fp2) ? fp2 : cp2); } int M_WeightPow2(int num, float weight) { int fp2 = M_FloorPow2(num); float frac = (num - fp2) / (float) fp2; if(frac <= weight) return fp2; else return (fp2 << 1); } float M_CycleIntoRange(float value, float length) { if(value < 0) { return value - ((int) (value / length) - 1) * length; } if(value > length) { return value - ((int) (value / length)) * length; } return value; } int M_RatioReduce(int* numerator, int* denominator) { int n, d, temp; if(!numerator || !denominator) { return 1; } if(*numerator == *denominator) return 1; // 1:1 n = ABS(*numerator); d = ABS(*denominator); // Ensure numerator is larger. if(n < d) { temp = n; n = d; d = temp; } // Reduce to the common divisor. while(d != 0) { temp = n; n = d; d = temp % d; } // Apply divisor. *numerator /= n; *denominator /= n; return n; } int M_FloorPow2(int num) { int fl = M_CeilPow2(num); if(fl > num) fl >>= 1; return fl; } slopetype_t M_SlopeType(double const direction[]) { return M_SlopeTypeXY(direction[VX], direction[VY]); } slopetype_t M_SlopeTypeXY_FixedPrecision(fixed_t dx, fixed_t dy) { if(!dx) { return ST_VERTICAL; } else if(!dy) { return ST_HORIZONTAL; } else if(FixedDiv(dy, dx) > 0) { return ST_POSITIVE; } else { return ST_NEGATIVE; } } slopetype_t M_SlopeTypeXY(double dx, double dy) { if(FEQUAL(dx, 0)) { return ST_VERTICAL; } else if(FEQUAL(dy, 0)) { return ST_HORIZONTAL; } else if(dy / dx > 0) { return ST_POSITIVE; } else { return ST_NEGATIVE; } } double M_InverseAngle(double angle) { if(angle < 180.0) { return (180.0 - -angle); } return angle - 180.0; } void M_HSVToRGB(float* rgb, float h, float s, float v) { int i; float f, p, q, t; if(!rgb) return; if(s == 0) { // achromatic (grey) rgb[0] = rgb[1] = rgb[2] = v; return; } if(h >= 1) h -= 1; h *= 6; // sector 0 to 5 i = (int) floor(h); f = h - i; // factorial part of h p = v * (1 - s); q = v * (1 - s * f); t = v * (1 - s * (1 - f)); switch(i) { case 0: rgb[0] = v; rgb[1] = t; rgb[2] = p; break; case 1: rgb[0] = q; rgb[1] = v; rgb[2] = p; break; case 2: rgb[0] = p; rgb[1] = v; rgb[2] = t; break; case 3: rgb[0] = p; rgb[1] = q; rgb[2] = v; break; case 4: rgb[0] = t; rgb[1] = p; rgb[2] = v; break; default: rgb[0] = v; rgb[1] = p; rgb[2] = q; break; } } doomsday-1.14.5/doomsday/libdeng1/src/binangle.c0000664000175000017500000000610012350542240020715 0ustar jaakkojaakko/** @file binangle.c Binary angle mathematics. * @ingroup math * * Trigonometric functions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "binangle.h" #include // Define this to use the lookup table implementation // (can be slower than atan2f). #ifdef DENG_BAMS_TABLE_ATAN2 #define BAMS_TABLE_ACCURACY_SHIFT 13 #define BAMS_TABLE_ACCURACY (1 << BAMS_TABLE_ACCURACY_SHIFT) static binangle_t atantable[BAMS_TABLE_ACCURACY]; /** * Fills the BAM LUTs. */ void bamsInit(void) { uint i; float fbta = (float) BAMS_TABLE_ACCURACY; for(i = 0; i < BAMS_TABLE_ACCURACY; ++i) { atantable[i] = RAD2BANG(atan(i / fbta)); } } binangle_t bamsAtan2(int y, int x) { binangle_t bang; INTEGER64 absy = y, absx = x; // << TABLE_ACCURACY needs space. if(!x && !y) return BANG_0; // Indeterminate. // Make sure the absolute values are absolute. if(absy < 0) absy = -absy; if(absx < 0) absx = -absx; // We'll first determine what the angle is in the first quadrant. // That's what the tables are for. if(!absy) bang = BANG_0; else if(absy == absx) bang = BANG_45; else if(!absx) bang = BANG_90; else { // The special cases didn't help. Use the tables. // absx and absy can't be zero here. if(absy > absx) bang = BANG_90 - atantable[(absx << BAMS_TABLE_ACCURACY_SHIFT) / absy]; else bang = atantable[(absy << BAMS_TABLE_ACCURACY_SHIFT) / absx]; } // Now we know the angle in the first quadrant. Let's look at the signs // and choose the right quadrant. if(x < 0) // Flip horizontally? { bang = BANG_180 - bang; } if(y < 0) // Flip vertically? { // At the moment bang must be smaller than 180. bang = BANG_180 + BANG_180 - bang; } // This is the final angle. return bang; } #else // using native floating point atan2 void bamsInit(void) { // nothing to do } binangle_t bamsAtan2(int y, int x) { float rad = atan2f((float) y, (float) x); return RAD2BANG(rad); } #endif doomsday-1.14.5/doomsday/libdeng1/src/vector1.c0000664000175000017500000007146012350542240020534 0ustar jaakkojaakko/** @file vector1.c Vector math (2D, 3D, 4D). * @ingroup math * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de/vector1.h" void V2x_Set(fixed_t vec[], fixed_t x, fixed_t y) { vec[VX] = x; vec[VY] = y; } fixed_t V2x_Intersection(fixed_t const v1[], fixed_t const v1Delta[], fixed_t const v2[], fixed_t const v2Delta[]) { fixed_t r, div = FixedMul(v1Delta[VY] >> 8, v2Delta[VX]) - FixedMul(v1Delta[VX] >> 8, v2Delta[VY]); if(div == 0) { // Parallel. r = 0; } else { r = FixedMul((v1[VX] - v2[VX]) >> 8, v1Delta[VY]) + FixedMul((v2[VY] - v1[VY]) >> 8, v1Delta[VX]); r = FixedDiv(r, div); } return r; } int V2x_PointOnLineSide(fixed_t const point[], fixed_t const lineOrigin[], fixed_t const lineDirection[]) { if(!lineDirection[VX]) { return (point[VX] <= lineOrigin[VX])? lineDirection[VY] > 0 : lineDirection[VY] < 0; } else if(!lineDirection[VY]) { return (point[VY] <= lineOrigin[VY])? lineDirection[VX] < 0 : lineDirection[VX] > 0; } else { fixed_t dX = point[VX] - lineOrigin[VX]; fixed_t dY = point[VY] - lineOrigin[VY]; // Try to quickly decide by comparing signs. if((lineDirection[VY] ^ lineDirection[VX] ^ dX ^ dY) & 0x80000000) { // Left is negative. return ((lineDirection[VY] ^ dX) & 0x80000000)? 1 : 0; } else { // if left >= right return 1 else 0. return FixedMul(dY >> 8, lineDirection[VX] >> 8) >= FixedMul(lineDirection[VY] >> 8, dX >> 8); } } } void V2f_Set(pvec2f_t vec, vectorcompf_t x, vectorcompf_t y) { vec[VX] = x; vec[VY] = y; } void V2f_SetFixed(pvec2f_t vec, fixed_t x, fixed_t y) { vec[VX] = FIX2FLT(x); vec[VY] = FIX2FLT(y); } float V2f_Length(const_pvec2f_t vec) { if(vec[VX] == 0 && vec[VY] == 0) return 0; return (float) sqrt(vec[VX] * vec[VX] + vec[VY] * vec[VY]); } float V2f_Distance(const_pvec2f_t a, const_pvec2f_t b) { vec2f_t vec; V2f_Subtract(vec, b, a); return V2f_Length(vec); } float V2f_Normalize(pvec2f_t vec) { float len = V2f_Length(vec); if(len != 0) { vec[VX] /= len; vec[VY] /= len; } return len; } void V2f_Copy(pvec2f_t dest, const_pvec2f_t src) { dest[VX] = src[VX]; dest[VY] = src[VY]; } void V2f_Copyd(pvec2f_t dest, const_pvec2d_t src) { vec2f_t other; V2f_Set(other, (float) src[VX], (float) src[VY]); V2f_Copy(dest, other); } void V2f_Scale(pvec2f_t vec, float scalar) { vec[VX] *= scalar; vec[VY] *= scalar; } void V2f_Rotate(pvec2f_t vec, float radians) { float const c = (float) cos(radians); float const s = (float) sin(radians); float const x = c * vec[VX] - s * vec[VY]; float const y = s * vec[VX] + c * vec[VY]; vec[VX] = x; vec[VY] = y; } void V2f_Sum(pvec2f_t dest, const_pvec2f_t src1, const_pvec2f_t src2) { dest[VX] = src1[VX] + src2[VX]; dest[VY] = src1[VY] + src2[VY]; } void V2f_Subtract(pvec2f_t dest, const_pvec2f_t src1, const_pvec2f_t src2) { dest[VX] = src1[VX] - src2[VX]; dest[VY] = src1[VY] - src2[VY]; } float V2f_DotProduct(const_pvec2f_t a, const_pvec2f_t b) { return a[VX] * b[VX] + a[VY] * b[VY]; } float V2f_ScalarProject(const_pvec2f_t a, const_pvec2f_t b) { float dot, len = V2f_Length(b); if(len == 0) return 0; dot = V2f_DotProduct(a, b); return dot / len; } float V2f_Project(pvec2f_t dest, const_pvec2f_t a, const_pvec2f_t b) { float div = V2f_DotProduct(b, b); if(div == 0) { dest[VX] = dest[VY] = 0; return 0; } V2f_Copy(dest, b); V2f_Scale(dest, V2f_DotProduct(a, b) / div); return div; } dd_bool V2f_IsParallel(const_pvec2f_t a, const_pvec2f_t b) { #define EPSILON .9999f float aLen = V2f_Length(a); float bLen = V2f_Length(b); float dot; // Both must be non-zero vectors. if(aLen == 0 || bLen == 0) return true; dot = V2f_DotProduct(a, b) / aLen / bLen; // If it's close enough, we'll consider them parallel. return dot > EPSILON || dot < -EPSILON; #undef EPSILON } dd_bool V2f_IsZero(const_pvec2f_t vec) { return vec[VX] == 0 && vec[VY] == 0; } float V2f_PointUnitLineDistance(const_pvec2f_t point, const_pvec2f_t linePoint, const_pvec2f_t lineDirection) { return (float) fabs(((linePoint[VY] - point[VY]) * (lineDirection[VX] - linePoint[VX]) - (linePoint[VX] - point[VX]) * (lineDirection[VY] - linePoint[VY]))); } float V2f_Intersection(const_pvec2f_t p1, const_pvec2f_t delta1, const_pvec2f_t p2, const_pvec2f_t delta2, pvec2f_t point) { /* * (YA-YC)(XD-XC)-(XA-XC)(YD-YC) * r = ----------------------------- * (XB-XA)(YD-YC)-(YB-YA)(XD-XC) */ float r, div; int i; div = delta1[VX] * delta2[VY] - delta1[VY] * delta2[VX]; if(div == 0) { // Special case: lines are parallel. r = 0; } else { r = ((p1[VY] - p2[VY]) * delta2[VX] - (p1[VX] - p2[VX]) * delta2[VY]) / div; } /* * XI=XA+r(XB-XA) * YI=YA+r(YB-YA) */ if(point) { // Calculate the intersection point. for(i = 0; i < 2; ++i) point[i] = p1[i] + r * delta1[i]; } // Return the scaling factor. return r; } float V2f_Intercept(const_pvec2f_t a, const_pvec2f_t b, const_pvec2f_t c, const_pvec2f_t d, pvec2f_t point) { vec2f_t ab, cd; ab[0] = b[VX] - a[VX]; ab[1] = b[VY] - a[VY]; cd[0] = d[VX] - c[VX]; cd[1] = d[VY] - c[VY]; return V2f_Intersection(a, ab, c, cd, point); } dd_bool V2f_Intercept2(const_pvec2f_t a, const_pvec2f_t b, const_pvec2f_t c, const_pvec2f_t d, pvec2f_t point, float* abFrac, float* cdFrac) { float ab, cd; ab = V2f_Intercept(a, b, c, d, point); cd = V2f_Intercept(c, d, a, b, NULL); if(abFrac) *abFrac = ab; if(cdFrac) *cdFrac = cd; return (ab >= 0 && ab <= 1 && cd >= 0 && cd <= 1); } void V2f_Lerp(pvec2f_t dest, const_pvec2f_t a, const_pvec2f_t b, float c) { uint i; for(i = 0; i < 2; ++i) { dest[i] = a[i] + c * (b[i] - a[i]); } } void V2f_InitBox(arvec2f_t box, const_pvec2f_t point) { V2f_Copy(box[0], point); V2f_Copy(box[1], point); } void V2f_AddToBox(arvec2f_t box, const_pvec2f_t point) { if(point[VX] < box[0][VX]) box[0][VX] = point[VX]; if(point[VX] > box[1][VX]) box[1][VX] = point[VX]; if(point[VY] < box[0][VY]) box[0][VY] = point[VY]; if(point[VY] > box[1][VY]) box[1][VY] = point[VY]; } void V2f_UniteBox(arvec2f_t box, arvec2f_t const other) { if(other[0][VX] < box[0][VX]) box[0][VX] = other[0][VX]; if(other[1][VX] > box[1][VX]) box[1][VX] = other[1][VX]; if(other[0][VY] < box[0][VY]) box[0][VY] = other[0][VY]; if(other[1][VY] > box[1][VY]) box[1][VY] = other[1][VY]; } void V2f_CopyBox(arvec2f_t dest, arvec2f_t const src) { V2f_Copy(dest[0], src[0]); V2f_Copy(dest[1], src[1]); } void V2f_CopyBoxd(arvec2f_t dest, arvec2d_t const src) { vec2f_t other[2]; V2f_Set(other[0], (float) src[0][VX], (float) src[0][VY]); V2f_Set(other[1], (float) src[1][VX], (float) src[1][VY]); V2f_CopyBox(dest, other); } void V2d_Set(pvec2d_t vec, vectorcompd_t x, vectorcompd_t y) { vec[VX] = x; vec[VY] = y; } void V2d_SetFixed(pvec2d_t vec, fixed_t x, fixed_t y) { vec[VX] = FIX2FLT(x); vec[VY] = FIX2FLT(y); } double V2d_Length(const_pvec2d_t vec) { if(vec[VX] == 0 && vec[VY] == 0) return 0; return sqrt(vec[VX] * vec[VX] + vec[VY] * vec[VY]); } double V2d_Distance(const_pvec2d_t a, const_pvec2d_t b) { vec2d_t vec; V2d_Subtract(vec, b, a); return V2d_Length(vec); } double V2d_Normalize(pvec2d_t vec) { double len = V2d_Length(vec); if(len != 0) { vec[VX] /= len; vec[VY] /= len; } return len; } void V2d_Copy(pvec2d_t dest, const_pvec2d_t src) { dest[VX] = src[VX]; dest[VY] = src[VY]; } void V2d_Copyf(pvec2d_t dest, const_pvec2f_t srcf) { V2d_Set(dest, srcf[VX], srcf[VY]); } void V2d_Scale(pvec2d_t vec, double scalar) { vec[VX] *= scalar; vec[VY] *= scalar; } void V2d_Rotate(pvec2d_t vec, double radians) { double const c = cos(radians); double const s = sin(radians); double const x = c * vec[VX] - s * vec[VY]; double const y = s * vec[VX] + c * vec[VY]; vec[VX] = x; vec[VY] = y; } void V2d_Sum(pvec2d_t dest, const_pvec2d_t src1, const_pvec2d_t src2) { dest[VX] = src1[VX] + src2[VX]; dest[VY] = src1[VY] + src2[VY]; } void V2d_Subtract(pvec2d_t dest, const_pvec2d_t src1, const_pvec2d_t src2) { dest[VX] = src1[VX] - src2[VX]; dest[VY] = src1[VY] - src2[VY]; } double V2d_PointLineDistance(const_pvec2d_t point, const_pvec2d_t linePoint, const_pvec2d_t lineDirection, double *offset) { vec2d_t delta; double len; V2d_Subtract(delta, lineDirection, linePoint); len = V2d_Length(delta); if(len == 0) { if(offset) *offset = 0; return 0; } if(offset) { *offset = ((linePoint[VY] - point[VY]) * (linePoint[VY] - lineDirection[VY]) - (linePoint[VX] - point[VX]) * (lineDirection[VX] - linePoint[VX]) ) / len; } return ((linePoint[VY] - point[VY]) * (lineDirection[VX] - linePoint[VX]) - (linePoint[VX] - point[VX]) * (lineDirection[VY] - linePoint[VY])) / len; } double V2d_PointLineParaDistance(const_pvec2d_t point, const_pvec2d_t lineDirection, double linePara, double lineLength) { return (point[VX] * lineDirection[VX] + point[VY] * lineDirection[VY] + linePara) / lineLength; } double V2d_PointLinePerpDistance(const_pvec2d_t point, const_pvec2d_t lineDirection, double linePerp, double lineLength) { return (point[VX] * lineDirection[VY] - point[VY] * lineDirection[VX] + linePerp) / lineLength; } double V2d_PointOnLineSide(const_pvec2d_t point, const_pvec2d_t lineOrigin, const_pvec2d_t lineDirection) { return (lineOrigin[VY] - point[VY]) * lineDirection[VX] - (lineOrigin[VX] - point[VX]) * lineDirection[VY]; } double V2d_PointOnLineSide2(const_pvec2d_t point, const_pvec2d_t lineDirection, double linePerp, double lineLength, double epsilon) { double perp = V2d_PointLinePerpDistance(point, lineDirection, linePerp, lineLength); if(fabs(perp) <= epsilon) return 0; return perp; } double V2d_DotProduct(const_pvec2d_t a, const_pvec2d_t b) { return a[VX] * b[VX] + a[VY] * b[VY]; } double V2d_ScalarProject(const_pvec2d_t a, const_pvec2d_t b) { double dot, len = V2d_Length(b); if(len == 0) return 0; dot = V2d_DotProduct(a, b); return dot / len; } double V2d_Project(pvec2d_t dest, const_pvec2d_t a, const_pvec2d_t b) { double div = V2d_DotProduct(b, b); if(div == 0) { if(dest) { dest[VX] = dest[VY] = 0; } return 0; } if(dest) { V2d_Copy(dest, b); V2d_Scale(dest, V2d_DotProduct(a, b) / div); } return div; } double V2d_ProjectOnLine(pvec2d_t dest, const_pvec2d_t point, const_pvec2d_t lineOrigin, const_pvec2d_t lineDirection) { double div = V2d_DotProduct(lineDirection, lineDirection); double pointVec[2]; if(div == 0) { if(dest) { dest[VX] = dest[VY] = 0; } return 0; } V2d_Subtract(pointVec, point, lineOrigin); div = V2d_DotProduct(pointVec, lineDirection) / div; if(dest) { dest[VX] = lineOrigin[VX] + lineDirection[VX] * div; dest[VY] = lineOrigin[VY] + lineDirection[VY] * div; } return div; } dd_bool V2d_IsParallel(const_pvec2d_t a, const_pvec2d_t b) { #define EPSILON .99999999 double aLen = V2d_Length(a); double bLen = V2d_Length(b); double dot; // Both must be non-zero vectors. if(aLen == 0 || bLen == 0) return true; dot = V2d_DotProduct(a, b) / aLen / bLen; // If it's close enough, we'll consider them parallel. return dot > EPSILON || dot < -EPSILON; #undef EPSILON } dd_bool V2d_IsZero(const_pvec2d_t vec) { return vec[VX] == 0 && vec[VY] == 0; } double V2d_Intersection(const_pvec2d_t linePointA, const_pvec2d_t lineDirectionA, const_pvec2d_t linePointB, const_pvec2d_t lineDirectionB, pvec2d_t point) { /* * (YA-YC)(XD-XC)-(XA-XC)(YD-YC) * r = ----------------------------- * (XB-XA)(YD-YC)-(YB-YA)(XD-XC) */ double r, div; div = lineDirectionA[VX] * lineDirectionB[VY] - lineDirectionA[VY] * lineDirectionB[VX]; if(div == 0) { // Special case: lines are parallel. r = 0; } else { r = ((linePointA[VY] - linePointB[VY]) * lineDirectionB[VX] - (linePointA[VX] - linePointB[VX]) * lineDirectionB[VY]) / div; } /* * XI = XA + r(XB-XA) * YI = YA + r(YB-YA) */ if(point) { // Calculate the intersection point. point[VX] = linePointA[VX] + r * lineDirectionA[VX]; point[VY] = linePointA[VY] + r * lineDirectionA[VY]; } // Return the scaling factor. return r; } double V2d_Intercept(const_pvec2d_t a, const_pvec2d_t b, const_pvec2d_t c, const_pvec2d_t d, pvec2d_t point) { vec2d_t ab, cd; ab[0] = b[VX] - a[VX]; ab[1] = b[VY] - a[VY]; cd[0] = d[VX] - c[VX]; cd[1] = d[VY] - c[VY]; return V2d_Intersection(a, ab, c, cd, point); } dd_bool V2d_Intercept2(const_pvec2d_t a, const_pvec2d_t b, const_pvec2d_t c, const_pvec2d_t d, pvec2d_t point, double* abFrac, double* cdFrac) { double ab, cd; ab = V2d_Intercept(a, b, c, d, point); cd = V2d_Intercept(c, d, a, b, NULL); if(abFrac) *abFrac = ab; if(cdFrac) *cdFrac = cd; return (ab >= 0 && ab <= 1 && cd >= 0 && cd <= 1); } void V2d_Lerp(pvec2d_t dest, const_pvec2d_t a, const_pvec2d_t b, double c) { uint i; for(i = 0; i < 2; ++i) { dest[i] = a[i] + c * (b[i] - a[i]); } } void V2d_InitBox(arvec2d_t box, const_pvec2d_t point) { V2d_Copy(box[0], point); V2d_Copy(box[1], point); } void V2d_InitBoxXY(arvec2d_t box, double x, double y) { vec2d_t point; V2d_Set(point, x, y); V2d_InitBox(box, point); } void V2d_AddToBox(arvec2d_t box, const_pvec2d_t point) { if(point[VX] < box[0][VX]) box[0][VX] = point[VX]; if(point[VX] > box[1][VX]) box[1][VX] = point[VX]; if(point[VY] < box[0][VY]) box[0][VY] = point[VY]; if(point[VY] > box[1][VY]) box[1][VY] = point[VY]; } void V2d_AddToBoxXY(arvec2d_t box, double x, double y) { vec2d_t point; V2d_Set(point, x, y); V2d_AddToBox(box, point); } void V2d_UniteBox(arvec2d_t box, const_arvec2d_t other) { if(other[0][VX] < box[0][VX]) box[0][VX] = other[0][VX]; if(other[1][VX] > box[1][VX]) box[1][VX] = other[1][VX]; if(other[0][VY] < box[0][VY]) box[0][VY] = other[0][VY]; if(other[1][VY] > box[1][VY]) box[1][VY] = other[1][VY]; } void V2d_CopyBox(arvec2d_t dest, const_arvec2d_t src) { V2d_Copy(dest[0], src[0]); V2d_Copy(dest[1], src[1]); } void V3f_Set(pvec3f_t vec, vectorcompf_t x, vectorcompf_t y, vectorcompf_t z) { vec[VX] = x; vec[VY] = y; vec[VZ] = z; } void V3f_SetFixed(pvec3f_t vec, fixed_t x, fixed_t y, fixed_t z) { vec[VX] = FIX2FLT(x); vec[VY] = FIX2FLT(y); vec[VZ] = FIX2FLT(z); } float V3f_Length(const_pvec3f_t vec) { if(vec[VX] == 0 && vec[VY] == 0 && vec[VZ] == 0) return 0; return (float) sqrt(vec[VX] * vec[VX] + vec[VY] * vec[VY] + vec[VZ] * vec[VZ]); } float V3f_Distance(const_pvec3f_t a, const_pvec3f_t b) { vec3f_t vec; V3f_Subtract(vec, b, a); return V3f_Length(vec); } float V3f_Normalize(pvec3f_t vec) { float len = V3f_Length(vec); if(len) { vec[VX] /= len; vec[VY] /= len; vec[VZ] /= len; } return len; } void V3f_Copy(pvec3f_t dest, const_pvec3f_t src) { dest[VX] = src[VX]; dest[VY] = src[VY]; dest[VZ] = src[VZ]; } void V3f_Copyd(pvec3f_t dest, const_pvec3d_t src) { V3f_Set(dest, (float) src[VX], (float) src[VY], (float) src[VZ]); } void V3f_Scale(pvec3f_t vec, float scalar) { vec[VX] *= scalar; vec[VY] *= scalar; vec[VZ] *= scalar; } void V3f_Sum(pvec3f_t dest, const_pvec3f_t src1, const_pvec3f_t src2) { dest[VX] = src1[VX] + src2[VX]; dest[VY] = src1[VY] + src2[VY]; dest[VZ] = src1[VZ] + src2[VZ]; } void V3f_Subtract(pvec3f_t dest, const_pvec3f_t src1, const_pvec3f_t src2) { dest[VX] = src1[VX] - src2[VX]; dest[VY] = src1[VY] - src2[VY]; dest[VZ] = src1[VZ] - src2[VZ]; } float V3f_DotProduct(const_pvec3f_t a, const_pvec3f_t b) { return a[VX] * b[VX] + a[VY] * b[VY] + a[VZ] * b[VZ]; } void V3f_CrossProduct(pvec3f_t dest, const_pvec3f_t a, const_pvec3f_t b) { dest[VX] = a[VY] * b[VZ] - a[VZ] * b[VY]; dest[VY] = a[VZ] * b[VX] - a[VX] * b[VZ]; dest[VZ] = a[VX] * b[VY] - a[VY] * b[VX]; } void V3f_CrossProductd(pvec3f_t dest, const_pvec3d_t src1d, const_pvec3d_t src2d) { vec3f_t src1, src2; V3f_Copyd(src1, src1d); V3f_Copyd(src2, src2d); V3f_CrossProduct(dest, src1, src2); } void V3f_PointCrossProduct(pvec3f_t dest, const_pvec3f_t v1, const_pvec3f_t v2, const_pvec3f_t v3) { vec3f_t a, b; V3f_Subtract(a, v2, v1); V3f_Subtract(b, v3, v1); V3f_CrossProduct(dest, a, b); } float V3f_ClosestPointOnPlane(pvec3f_t dest, const_pvec3f_t planeNormal, const_pvec3f_t planePoint, const_pvec3f_t arbPoint) { vec3f_t pvec; float distance; V3f_Subtract(pvec, arbPoint, planePoint); distance = V3f_DotProduct(planeNormal, pvec); V3f_Copy(dest, planeNormal); V3f_Scale(dest, distance); V3f_Subtract(dest, arbPoint, dest); return distance; } int V3f_MajorAxis(const_pvec3f_t vec) { vec3f_t fn; int axis; V3f_Set(fn, fabsf(vec[VX]), fabsf(vec[VY]), fabsf(vec[VZ])); axis = VX; if(fn[VY] > fn[axis]) axis = VY; if(fn[VZ] > fn[axis]) axis = VZ; return axis; } dd_bool V3f_IsZero(const_pvec3f_t vec) { return vec[VX] == 0 && vec[VY] == 0 && vec[VZ] == 0; } void V3f_Lerp(pvec3f_t dest, const_pvec3f_t a, const_pvec3f_t b, float c) { uint i; for(i = 0; i < 3; ++i) { dest[i] = a[i] + c * (b[i] - a[i]); } } void V3f_BuildTangents(pvec3f_t tangent, pvec3f_t bitangent, const_pvec3f_t normal) { vec3f_t const rotm[3] = { { 0.f, 0.f, 1.f }, { 0.f, 0.f, 1.f }, { 0.f, 0.f, 1.f } }; int axis = VX; vec3f_t fn; V3f_Set(fn, fabsf(normal[VX]), fabsf(normal[VY]), fabsf(normal[VZ])); if(fn[VY] > fn[axis]) axis = VY; if(fn[VZ] > fn[axis]) axis = VZ; if(fabsf(fn[VX] - 1.0f) < FLT_EPSILON || fabsf(fn[VY] - 1.0f) < FLT_EPSILON || fabsf(fn[VZ] - 1.0f) < FLT_EPSILON) { // We must build the tangent vector manually. if(axis == VX && normal[VX] > 0.f) { V3f_Set(tangent, 0.f, 1.f, 0.f); } else if(axis == VX) { V3f_Set(tangent, 0.f, -1.f, 0.f); } if(axis == VY && normal[VY] > 0.f) { V3f_Set(tangent, -1.f, 0.f, 0.f); } else if(axis == VY) { V3f_Set(tangent, 1.f, 0.f, 0.f); } if(axis == VZ) { V3f_Set(tangent, 1.f, 0.f, 0.f); } } else { // Can use a cross product of the normal. V3f_CrossProduct(tangent, (pvec3f_t)rotm[axis], normal); V3f_Normalize(tangent); } V3f_CrossProduct(bitangent, tangent, normal); V3f_Normalize(bitangent); } void V3d_Set(pvec3d_t vec, vectorcompd_t x, vectorcompd_t y, vectorcompd_t z) { vec[VX] = x; vec[VY] = y; vec[VZ] = z; } void V3d_SetFixed(pvec3d_t vec, fixed_t x, fixed_t y, fixed_t z) { vec[VX] = FIX2FLT(x); vec[VY] = FIX2FLT(y); vec[VZ] = FIX2FLT(z); } double V3d_Length(const_pvec3d_t vec) { if(vec[VX] == 0 && vec[VY] == 0 && vec[VZ] == 0) return 0; return sqrt(vec[VX] * vec[VX] + vec[VY] * vec[VY] + vec[VZ] * vec[VZ]); } double V3d_Distance(const_pvec3d_t a, const_pvec3d_t b) { vec3d_t vec; V3d_Subtract(vec, b, a); return V3d_Length(vec); } double V3d_Normalize(pvec3d_t vec) { double len = V3d_Length(vec); if(len != 0) { vec[VX] /= len; vec[VY] /= len; vec[VZ] /= len; } return len; } void V3d_Copy(pvec3d_t dest, const_pvec3d_t src) { dest[VX] = src[VX]; dest[VY] = src[VY]; dest[VZ] = src[VZ]; } void V3d_Copyf(pvec3d_t dest, const_pvec3f_t srcf) { V3d_Set(dest, srcf[VX], srcf[VY], srcf[VZ]); } void V3d_Scale(pvec3d_t vec, double scalar) { vec[VX] *= scalar; vec[VY] *= scalar; vec[VZ] *= scalar; } void V3d_Sum(pvec3d_t dest, const_pvec3d_t src1, const_pvec3d_t src2) { dest[VX] = src1[VX] + src2[VX]; dest[VY] = src1[VY] + src2[VY]; dest[VZ] = src1[VZ] + src2[VZ]; } void V3d_Subtract(pvec3d_t dest, const_pvec3d_t src1, const_pvec3d_t src2) { dest[VX] = src1[VX] - src2[VX]; dest[VY] = src1[VY] - src2[VY]; dest[VZ] = src1[VZ] - src2[VZ]; } double V3d_DotProduct(const_pvec3d_t a, const_pvec3d_t b) { return a[VX] * b[VX] + a[VY] * b[VY] + a[VZ] * b[VZ]; } double V3d_DotProductf(const_pvec3d_t a, const_pvec3f_t bf) { vec3d_t b; V3d_Copyf(b, bf); return V3d_DotProduct(a, b); } void V3d_CrossProduct(pvec3d_t dest, const_pvec3d_t src1, const_pvec3d_t src2) { dest[VX] = src1[VY] * src2[VZ] - src1[VZ] * src2[VY]; dest[VY] = src1[VZ] * src2[VX] - src1[VX] * src2[VZ]; dest[VZ] = src1[VX] * src2[VY] - src1[VY] * src2[VX]; } void V3d_PointCrossProduct(pvec3d_t dest, const_pvec3d_t v1, const_pvec3d_t v2, const_pvec3d_t v3) { vec3d_t a, b; V3d_Subtract(a, v2, v1); V3d_Subtract(b, v3, v1); V3d_CrossProduct(dest, a, b); } double V3d_ClosestPointOnPlane(pvec3d_t dest, const_pvec3d_t planeNormal, const_pvec3d_t planePoint, const_pvec3d_t arbPoint) { vec3d_t pvec; double distance; V3d_Subtract(pvec, arbPoint, planePoint); distance = V3d_DotProduct(planeNormal, pvec); V3d_Copy(dest, planeNormal); V3d_Scale(dest, distance); V3d_Subtract(dest, arbPoint, dest); return distance; } double V3d_ClosestPointOnPlanef(pvec3d_t dest, const_pvec3f_t planeNormalf, const_pvec3d_t planePoint, const_pvec3d_t arbPoint) { vec3d_t planeNormal; V3d_Copyf(planeNormal, planeNormalf); return V3d_ClosestPointOnPlane(dest, planeNormal, planePoint, arbPoint); } int V3d_MajorAxis(const_pvec3d_t vec) { vec3d_t fn; int axis; V3d_Set(fn, fabsf(vec[VX]), fabsf(vec[VY]), fabsf(vec[VZ])); axis = VX; if(fn[VY] > fn[axis]) axis = VY; if(fn[VZ] > fn[axis]) axis = VZ; return axis; } dd_bool V3d_IsZero(const_pvec3d_t vec) { return vec[VX] == 0 && vec[VY] == 0 && vec[VZ] == 0; } void V3d_Lerp(pvec3d_t dest, const_pvec3d_t a, const_pvec3d_t b, double c) { uint i; for(i = 0; i < 3; ++i) { dest[i] = a[i] + c * (b[i] - a[i]); } } void V3d_BuildTangents(pvec3d_t tangent, pvec3d_t bitangent, const_pvec3d_t normal) { vec3d_t const rotm[3] = { { 0.f, 0.f, 1.f }, { 0.f, 0.f, 1.f }, { 0.f, 0.f, 1.f } }; int axis = VX; vec3d_t fn; V3d_Set(fn, fabsf(normal[VX]), fabsf(normal[VY]), fabsf(normal[VZ])); if(fn[VY] > fn[axis]) axis = VY; if(fn[VZ] > fn[axis]) axis = VZ; if(fabsf(fn[VX] - 1.0f) < FLT_EPSILON || fabsf(fn[VY] - 1.0f) < FLT_EPSILON || fabsf(fn[VZ] - 1.0f) < FLT_EPSILON) { // We must build the tangent vector manually. if(axis == VX && normal[VX] > 0.f) { V3d_Set(tangent, 0.f, 1.f, 0.f); } else if(axis == VX) { V3d_Set(tangent, 0.f, -1.f, 0.f); } if(axis == VY && normal[VY] > 0.f) { V3d_Set(tangent, -1.f, 0.f, 0.f); } else if(axis == VY) { V3d_Set(tangent, 1.f, 0.f, 0.f); } if(axis == VZ) { V3d_Set(tangent, 1.f, 0.f, 0.f); } } else { // Can use a cross product of the normal. V3d_CrossProduct(tangent, (pvec3d_t)rotm[axis], normal); V3d_Normalize(tangent); } V3d_CrossProduct(bitangent, tangent, normal); V3d_Normalize(bitangent); } void V4f_Set(pvec4f_t vec, vectorcompf_t x, vectorcompf_t y, vectorcompf_t z, vectorcompf_t w) { vec[0] = x; vec[1] = y; vec[2] = z; vec[3] = w; } void V4f_SetFixed(pvec4f_t vec, fixed_t x, fixed_t y, fixed_t z, fixed_t w) { vec[0] = FIX2FLT(x); vec[1] = FIX2FLT(y); vec[2] = FIX2FLT(z); vec[3] = FIX2FLT(w); } float V4f_Length(const_pvec4f_t vec) { if(vec[0] == 0 && vec[1] == 0 && vec[2] == 0 && vec[3] == 0) return 0; return (float) sqrt(vec[0] * vec[0] + vec[1] * vec[1] + vec[2] * vec[2] + vec[3] * vec[3]); } float V4f_Distance(const_pvec4f_t a, const_pvec4f_t b) { vec4f_t vec; V4f_Subtract(vec, b, a); return V4f_Length(vec); } float V4f_Normalize(pvec4f_t vec) { float len = V4f_Length(vec); if(len != 0) { vec[0] /= len; vec[1] /= len; vec[2] /= len; vec[3] /= len; } return len; } void V4f_Copy(pvec4f_t dest, const_pvec4f_t src) { dest[0] = src[0]; dest[1] = src[1]; dest[2] = src[2]; dest[3] = src[3]; } void V4f_Scale(pvec4f_t vec, float scalar) { vec[0] *= scalar; vec[1] *= scalar; vec[2] *= scalar; vec[3] *= scalar; } void V4f_Sum(pvec4f_t dest, const_pvec4f_t src1, const_pvec4f_t src2) { dest[0] = src1[0] + src2[0]; dest[1] = src1[1] + src2[1]; dest[2] = src1[2] + src2[2]; dest[3] = src1[3] + src2[3]; } void V4f_Subtract(pvec4f_t dest, const_pvec4f_t src1, const_pvec4f_t src2) { dest[0] = src1[0] - src2[0]; dest[1] = src1[1] - src2[1]; dest[2] = src1[2] - src2[2]; dest[3] = src1[3] - src2[3]; } dd_bool V4f_IsZero(const_pvec4f_t vec) { return vec[0] == 0 && vec[1] == 0 && vec[2] == 0 && vec[3] == 0; } void V4f_Lerp(pvec4f_t dest, const_pvec4f_t a, const_pvec4f_t b, float c) { uint i; for(i = 0; i < 4; ++i) { dest[i] = a[i] + c * (b[i] - a[i]); } } void V4d_Set(pvec4d_t vec, vectorcompd_t x, vectorcompd_t y, vectorcompd_t z, vectorcompd_t w) { vec[0] = x; vec[1] = y; vec[2] = z; vec[3] = w; } void V4d_SetFixed(pvec4d_t vec, fixed_t x, fixed_t y, fixed_t z, fixed_t w) { vec[0] = FIX2FLT(x); vec[1] = FIX2FLT(y); vec[2] = FIX2FLT(z); vec[3] = FIX2FLT(w); } double V4d_Length(const_pvec4d_t vec) { if(vec[0] == 0 && vec[1] == 0 && vec[2] == 0 && vec[3] == 0) return 0; return sqrt(vec[0] * vec[0] + vec[1] * vec[1] + vec[2] * vec[2] + vec[3] * vec[3]); } double V4d_Distance(const_pvec4d_t a, const_pvec4d_t b) { vec4d_t vec; V4d_Subtract(vec, b, a); return V4d_Length(vec); } double V4d_Normalize(pvec4d_t vec) { double len = V4d_Length(vec); if(len != 0) { vec[0] /= len; vec[1] /= len; vec[2] /= len; vec[3] /= len; } return len; } void V4d_Copy(pvec4d_t dest, const_pvec4d_t src) { dest[0] = src[0]; dest[1] = src[1]; dest[2] = src[2]; dest[3] = src[3]; } void V4d_Scale(pvec4d_t vec, double scalar) { vec[0] *= scalar; vec[1] *= scalar; vec[2] *= scalar; vec[3] *= scalar; } void V4d_Sum(pvec4d_t dest, const_pvec4d_t src1, const_pvec4d_t src2) { dest[0] = src1[0] + src2[0]; dest[1] = src1[1] + src2[1]; dest[2] = src1[2] + src2[2]; dest[3] = src1[3] + src2[3]; } void V4d_Subtract(pvec4d_t dest, const_pvec4d_t src1, const_pvec4d_t src2) { dest[0] = src1[0] - src2[0]; dest[1] = src1[1] - src2[1]; dest[2] = src1[2] - src2[2]; dest[3] = src1[3] - src2[3]; } dd_bool V4d_IsZero(const_pvec4d_t vec) { return vec[0] == 0 && vec[1] == 0 && vec[2] == 0 && vec[3] == 0; } void V4d_Lerp(pvec4d_t dest, const_pvec4d_t a, const_pvec4d_t b, double c) { uint i; for(i = 0; i < 4; ++i) { dest[i] = a[i] + c * (b[i] - a[i]); } } doomsday-1.14.5/doomsday/libdeng1/src/smoother.cpp0000664000175000017500000002155712350542240021353 0ustar jaakkojaakko/** * @file smoother.cpp * Interpolator for smoothing out a movement curve. @ingroup math * * The original movement path is composed out of discrete 3D points. Smoother * calculates the points in between. * * This is used by the server to approximate the movement path of the clients' * player mobjs. * * The movement of the smoother is guaranteed to not make jumps back * into the past or change its course once the interpolation has begun * between two points. * * @authors Copyright © 2011-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de/smoother.h" #include /** * Timed 3D point in space. */ typedef struct pos_s { coord_t xyz[3]; float time; dd_bool onFloor; // Special Z handling: should be on the floor. } pos_t; /** Points from the future. */ #define SM_NUM_POINTS 2 /** * The smoother contains the data necessary to determine the * coordinates on the smooth path at a certain point in time. * It is assumed that time always moves forward. */ struct smoother_s { pos_t points[SM_NUM_POINTS]; // Future points. pos_t past, now; // Current interpolation. float at; // Current position in time for the smoother. float maxDeltaBetweenPastAndNow; #ifdef _DEBUG float prevEval[2], prevAt; #endif }; Smoother *Smoother_New() { Smoother *sm = static_cast(calloc(sizeof(Smoother), 1)); return sm; } void Smoother_SetMaximumPastNowDelta(Smoother *sm, float delta) { DENG_ASSERT(sm); sm->maxDeltaBetweenPastAndNow = delta; } void Smoother_Delete(Smoother *sm) { DENG_ASSERT(sm); free(sm); } void Smoother_Debug(Smoother const *sm) { DENG_ASSERT(sm); LOG_DEBUG("Smoother_Debug: [past=%3.3f / now=%3.3f / future=%3.3f] at=%3.3f") << sm->past.time << sm->now.time << sm->points[0].time << sm->at; } static dd_bool Smoother_IsValid(Smoother const *sm) { DENG_ASSERT(sm); if(sm->past.time == 0 || sm->now.time == 0) { // We don't have valid data. return false; } return true; } void Smoother_Clear(Smoother *sm) { float maxDelta; DENG_ASSERT(sm); maxDelta = sm->maxDeltaBetweenPastAndNow; memset(sm, 0, sizeof(*sm)); sm->maxDeltaBetweenPastAndNow = maxDelta; } void Smoother_AddPosXY(Smoother *sm, float time, coord_t x, coord_t y) { Smoother_AddPos(sm, time, x, y, 0, false); } void Smoother_AddPos(Smoother *sm, float time, coord_t x, coord_t y, coord_t z, dd_bool onFloor) { pos_t *last; DENG_ASSERT(sm); // Is it the same point? last = &sm->points[SM_NUM_POINTS - 1]; if(last->time == time) { if(last->xyz[VX] == x && last->xyz[VY] == y && last->xyz[VZ] == z) { // Ignore it. return; } // Readjusting a previously set value? goto replaceLastPoint; } if(time <= sm->now.time) { // The new point would be in the past, this is no good. #ifdef _DEBUG LOG_DEBUG("Smoother_AddPos: DISCARDING new pos, time=%f, now=%f.") << time << sm->now.time; #endif Smoother_Clear(sm); return; } // If we are about to discard an unused future point, we will force // the current interpolation into the future. if(Smoother_IsValid(sm) && sm->points[0].time > sm->now.time) { coord_t mid[3]; float remaining; // Move the past forward in time so that the interpolation remains continuous. remaining = sm->now.time - sm->at; Smoother_Evaluate(sm, mid); sm->at = sm->past.time = sm->points[0].time - remaining; sm->past.xyz[VX] = mid[VX]; sm->past.xyz[VY] = mid[VY]; sm->past.xyz[VZ] = mid[VZ]; // Replace the now with the point about to be discarded. memcpy(&sm->now, &sm->points[0], sizeof(pos_t)); } // Rotate the old points. memmove(&sm->points[0], &sm->points[1], sizeof(pos_t) * (SM_NUM_POINTS - 1)); replaceLastPoint: last = &sm->points[SM_NUM_POINTS - 1]; last->time = time; last->xyz[VX] = x; last->xyz[VY] = y; last->xyz[VZ] = z; last->onFloor = onFloor; // Is this the first one? if(sm->now.time == 0) { sm->at = time; memcpy(&sm->past, last, sizeof(pos_t)); memcpy(&sm->now, last, sizeof(pos_t)); } } dd_bool Smoother_EvaluateComponent(Smoother const *sm, int component, coord_t *v) { coord_t xyz[3]; DENG_ASSERT(component >= 0 && component < 3); DENG_ASSERT(v != 0); if(!Smoother_Evaluate(sm, xyz)) return false; *v = xyz[component]; return true; } dd_bool Smoother_Evaluate(Smoother const *sm, coord_t *xyz) { const pos_t *past; const pos_t *now; float t; int i; DENG_ASSERT(sm); past = &sm->past; now = &sm->now; if(!Smoother_IsValid(sm)) return false; if(sm->at < past->time) { // Before our time. xyz[VX] = past->xyz[VX]; xyz[VY] = past->xyz[VY]; xyz[VZ] = past->xyz[VZ]; LOGDEV_XVERBOSE("Smoother %p falling behind") << sm; return true; } //DENG_ASSERT(sm->at <= now->time); if(now->time <= past->time) { // Too far in the ever-shifting future. xyz[VX] = now->xyz[VX]; xyz[VY] = now->xyz[VY]; xyz[VZ] = now->xyz[VZ]; LOGDEV_XVERBOSE("Smoother %p stalling") << sm; return true; } // We're somewhere between past and now. t = (sm->at - past->time) / (now->time - past->time); for(i = 0; i < 3; ++i) { // Linear interpolation. xyz[i] = now->xyz[i] * t + past->xyz[i] * (1-t); } /*#ifdef _DEBUG { float dt = sm->at - sm->prevAt; //Smoother_Debug(sm); if(dt > 0) { float diff[2] = { xyz[0] - sm->prevEval[0], xyz[1] - sm->prevEval[1] }; LOGDEV_MSG("Smoother_Evaluate: [%05.3f] diff = %06.3f %06.3f") << dt << diff[0]/dt << diff[1]/dt; ((Smoother *)sm)->prevEval[0] = xyz[0]; ((Smoother *)sm)->prevEval[1] = xyz[1]; } ((Smoother *)sm)->prevAt = sm->at; } #endif*/ return true; } dd_bool Smoother_IsOnFloor(Smoother const *sm) { DENG_ASSERT(sm); const pos_t *past = &sm->past; const pos_t *now = &sm->now; if(!Smoother_IsValid(sm)) return false; return (past->onFloor && now->onFloor); } dd_bool Smoother_IsMoving(Smoother const *sm) { DENG_ASSERT(sm); const pos_t *past = &sm->past; const pos_t *now = &sm->now; // The smoother is moving if the current past and present are different // points in time and space. return sm->at >= past->time && sm->at <= now->time && past->time < now->time && (!INRANGE_OF(past->xyz[VX], now->xyz[VX], SMOOTHER_MOVE_EPSILON) || !INRANGE_OF(past->xyz[VY], now->xyz[VY], SMOOTHER_MOVE_EPSILON) || !INRANGE_OF(past->xyz[VZ], now->xyz[VZ], SMOOTHER_MOVE_EPSILON)); } void Smoother_Advance(Smoother *sm, float period) { int i; DENG_ASSERT(sm); if(period <= 0) return; sm->at += period; // Did we go past the present? while(sm->at > sm->now.time) { int j = -1; // The present has become the past. memcpy(&sm->past, &sm->now, sizeof(pos_t)); // Choose the next point from the future. for(i = 0; i < SM_NUM_POINTS; ++i) { if(sm->points[i].time > sm->now.time) { // Use this one. j = i; break; } } if(j < 0) { // No points were applicable. We need to stop here until // new points are received. sm->at = sm->now.time; break; } else { memcpy(&sm->now, &sm->points[j], sizeof(pos_t)); } } if(sm->maxDeltaBetweenPastAndNow > 0 && sm->now.time - sm->past.time > sm->maxDeltaBetweenPastAndNow) { // Refresh the past. sm->past.time = sm->now.time; } if(sm->at < sm->past.time) { // Don't fall too far back. sm->at = sm->past.time; } } doomsday-1.14.5/doomsday/libdeng1/src/findfile_unix.c0000664000175000017500000001376712350542240022002 0ustar jaakkojaakko/** @file findfile_unix.c Win32-style native file finding. * @ingroup system * * @author Copyright © 2004-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include "de/findfile.h" #include "de/memory.h" #define DIR_SEP_CHAR '/' #define DIR_SEP_STR "/" #define FIND_ERROR -1 typedef struct fdata_s { char* pattern; glob_t buf; int pos; } fdata_t; /** * Get the info for the next file. */ static int nextfinddata(FindData *fd) { fdata_t* data = fd->finddata; char* fn, *last; struct stat st; if((int)data->buf.gl_pathc <= data->pos) { // Nothing was found. return FIND_ERROR; } // Nobody needs these... fd->date = 0; fd->time = 0; // Get the size of the file. fn = data->buf.gl_pathv[data->pos]; if(!stat(fn, &st)) fd->size = st.st_size; else fd->size = 0; // Is it a directory? last = fn + strlen(fn) - 1; if(*last == '/') { // Return the name of the last directory in the path. char* slash = last - 1; while(*slash != '/' && slash > fn) --slash; Str_Set(&fd->name, slash + 1); fd->attrib = A_SUBDIR; } else { char ext[256]; char name[356]; _splitpath(fn, NULL, NULL, name, ext); Str_Clear(&fd->name); // It may have previously been populated. Str_Appendf(&fd->name, "%s%s", name, ext); fd->attrib = 0; } // Advance the position. data->pos++; return 0; } int FindFile_FindFirst(FindData *fd, char const *filename) { fdata_t* data; // Allocate a new glob struct. fd->finddata = data = M_Calloc(sizeof(*data)); Str_InitStd(&fd->name); // Make a copy of the pattern. data->pattern = M_Malloc(strlen(filename) + 1); strcpy(data->pattern, filename); // Do the glob. glob(filename, GLOB_MARK, NULL, &data->buf); return nextfinddata(fd); } int FindFile_FindNext(FindData *fd) { if(!fd->finddata) return FIND_ERROR; return nextfinddata(fd); } void FindFile_Finish(FindData *fd) { globfree(&((fdata_t*) fd->finddata)->buf); M_Free(((fdata_t*) fd->finddata)->pattern); Str_Free(&fd->name); M_Free(fd->finddata); fd->finddata = NULL; } /** * Removes references to the current (.) and parent (..) directories. * The given path should be an absolute path. */ static void resolvePath(char* path) { assert(path); { char* ch = path; char* end = path + strlen(path); char* prev = path; // Assume an absolute path. for(; *ch; ch++) { if(ch[0] == '/' && ch[1] == '.') { if(ch[2] == '/') { memmove(ch, ch + 2, end - ch - 1); ch--; } else if(ch[2] == '.' && ch[3] == '/') { memmove(prev, ch + 3, end - ch - 2); // Must restart from the beginning. // This is a tad inefficient, though. ch = path - 1; continue; } } if(*ch == '/') prev = ch; } } } char* _fullpath(char* full, const char* original, int maxLen) { char* cwd, *buf; // @todo Check for '~'. if(original[0] != DIR_SEP_CHAR) // A relative path? { /// @todo Check for ERANGE. cwd = getcwd(NULL, 0); if(!cwd) Libdeng_BadAlloc(); buf = (char*) M_Malloc(strlen(cwd) + 1/*DIR_SEP_CHAR*/ + strlen(original) + 1); strcpy(buf, cwd); strcat(buf, DIR_SEP_STR); strcat(buf, original); free(cwd); } else { size_t len = strlen(original); buf = (char*) M_Malloc(len + 1); memcpy(buf, original, len); buf[len] = 0; } // Remove "."s and ".."s. resolvePath(buf); // Clear the given buffer and copy the full path there. memset(full, 0, maxLen); strncpy(full, buf, maxLen - 1); free(buf); return full; } static void strzncpy(char* dest, const char* src, int count) { char* out = dest; const char* in = src; while(count-- > 0) { *out++ = *in++; if(!*in) break; } *out = 0; } void _splitpath(const char* path, char* drive, char* dir, char* name, char* ext) { char* lastPeriod, *lastSlash; if(drive) strcpy(drive, ""); // There is never a drive letter. lastPeriod = strrchr(path, '.'); lastSlash = strrchr(path, '/'); if(lastPeriod < lastSlash) lastPeriod = NULL; if(dir) { if(lastSlash) strzncpy(dir, path, lastSlash - path + 1); else strcpy(dir, ""); } // The name should not include the extension. if(name) { if(lastSlash && lastPeriod) strzncpy(name, lastSlash + 1, lastPeriod - lastSlash - 1); else if(lastSlash) strcpy(name, lastSlash + 1); else strzncpy(name, path, lastPeriod - path); } // Last period gives us the extension. if(ext) { if(lastPeriod) strcpy(ext, lastPeriod); else strcpy(ext, ""); } } doomsday-1.14.5/doomsday/libdeng1/src/timer.cpp0000664000175000017500000000713712350542240020631 0ustar jaakkojaakko/** * @file timer.cpp * Timing subsystem. @ingroup system * * @note Under WIN32, uses Win32 multimedia timing routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2007-2008 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #ifdef WIN32 # define WIN32_LEAN_AND_MEAN # include # include #endif #include "de/timer.h" #include "de/concurrency.h" static float ticksPerSecond = TICSPERSEC; static double timeOffset = 0; static mutex_t timerMutex; // To prevent Data races in the timer static QTime startedAt; static uint timerOffset = 0; static uint const TIMER_WARP_INTERVAL = 12*60*60*1000; void Timer_Shutdown(void) { #ifdef WIN32 timeEndPeriod(1); #endif mutex_t m = timerMutex; timerMutex = 0; Sys_DestroyMutex(m); } void Timer_Init(void) { assert(timerMutex == 0); timerMutex = Sys_CreateMutex("TIMER_MUTEX"); #ifdef WIN32 timeBeginPeriod(1); #endif startedAt.start(); timerOffset = 0; } unsigned int Timer_RealMilliseconds(void) { static dd_bool first = true; static unsigned int start; #ifdef WIN32 DWORD return_time, now; #else uint return_time, now; #endif Sys_Lock(timerMutex); #ifdef WIN32 now = timeGetTime(); #else now = uint(startedAt.elapsed()); if(now > TIMER_WARP_INTERVAL) { now += timerOffset; // QTime will wrap around every 24 hours; we'll wrap it manually before that. timerOffset += TIMER_WARP_INTERVAL; startedAt = startedAt.addMSecs(TIMER_WARP_INTERVAL); } else { now += timerOffset; } #endif if(first) { first = false; start = now; Sys_Unlock(timerMutex); return 0; } // Wrapped around? (Every 50 days...) if(now < start) { return_time = 0xffffffff - start + now + 1; Sys_Unlock(timerMutex); return return_time; } return_time = now - start; Sys_Unlock(timerMutex); return return_time; } double Timer_Seconds(void) { return (double) ((Timer_RealMilliseconds() / 1000.0) * (ticksPerSecond / 35)) + timeOffset; } double Timer_RealSeconds(void) { return (double) (Timer_RealMilliseconds() / 1000.0); } double Timer_Ticksf(void) { return Timer_Seconds() * 35; } int Timer_Ticks(void) { return (int) Timer_Ticksf(); } void Timer_SetTicksPerSecond(float newTics) { double nowTime = Timer_RealMilliseconds() / 1000.0; if(newTics <= 0) newTics = TICSPERSEC; // Update the time offset so that after the change time will // continue from the same value. timeOffset += nowTime * (ticksPerSecond - newTics) / 35; ticksPerSecond = newTics; } float Timer_TicksPerSecond(void) { return ticksPerSecond; } doomsday-1.14.5/doomsday/libdeng1/src/fixedpoint.c0000664000175000017500000000476512350542240021326 0ustar jaakkojaakko/** @file fixedpoint.c Fixed-point math. * @ingroup math * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2004 Lukasz Stelmach * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/fixedpoint.h" #include // abs #include // memcpy #ifdef DENG_NO_FIXED_ASM fixed_t FixedMul(fixed_t a, fixed_t b) { // Let's do this in an ultra-slow way. return (fixed_t) (((double) a * (double) b) / FRACUNIT); } fixed_t FixedDiv2(fixed_t a, fixed_t b) { if(!b) return 0; // We've got cycles to spare! return (fixed_t) (((double) a / (double) b) * FRACUNIT); } #endif #ifdef GNU_X86_FIXED_ASM // Courtesy of Lukasz Stelmach. fixed_t FixedMul(fixed_t a, fixed_t b) { asm volatile ( "imull %2\n\t" "shrdl $16, %%edx, %%eax" : "=a" (a) : "a" (a), "r" (b) : "edx" ); return a; } fixed_t FixedDiv2(fixed_t a, fixed_t b) { asm volatile ( "cdq\n\t" "shldl $16, %%eax, %%edx\n\t" "sall $16 ,%%eax\n\t" "idivl %2" : "=a" (a) : "a" (a), "r" (b) : "edx" ); return a; } #endif fixed_t FixedDiv(fixed_t a, fixed_t b) { if((abs(a) >> 14) >= abs(b)) { return ((a ^ b) < 0 ? DDMININT : DDMAXINT); } return (FixedDiv2(a, b)); } int16_t ShortSwap(int16_t n) { return ((n & 0xff) << 8) | ((n & 0xff00) >> 8); } int32_t LongSwap(int32_t n) { return (((n & 0xff) << 24) | ((n & 0xff00) << 8) | ((n & 0xff0000) >> 8) | ((n & 0xff000000) >> 24)); } float FloatSwap(float f) { int32_t temp = 0; float returnValue = 0; memcpy(&temp, &f, 4); // Must be 4. temp = LongSwap(temp); memcpy(&returnValue, &temp, 4); // Must be 4. return returnValue; } doomsday-1.14.5/doomsday/libdeng1/src/stringarray.cpp0000664000175000017500000001120412350542240022044 0ustar jaakkojaakko/** * @file stringarray.cpp * Array of text strings implementation. @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/stringarray.h" #include "de/str.hh" #include #include #include struct stringarray_s { typedef std::vector Strings; Strings array; inline void assertValidIndex(int DENG_DEBUG_ONLY(i)) const { assert(i >= 0); assert(i < int(array.size())); } inline void assertValidRange(int from, int count) const { assertValidIndex(from); assertValidIndex(from + count - 1); } inline int remainder(int from) const { return int(array.size()) - from; } }; StringArray *StringArray_New(void) { StringArray *ar = new StringArray; return ar; } StringArray *StringArray_NewSub(const StringArray *ar, int fromIndex, int count) { assert(ar); if(count < 0) { count = ar->remainder(fromIndex); } ar->assertValidRange(fromIndex, count); StringArray *sub = StringArray_New(); for(int i = 0; i < count; ++i) { StringArray_Append(sub, StringArray_At(ar, fromIndex + i)); } return sub; } void StringArray_Delete(StringArray *ar) { if(ar) delete ar; } void StringArray_Clear(StringArray *ar) { assert(ar); for(StringArray::Strings::iterator i = ar->array.begin(); i != ar->array.end(); ++i) { delete *i; } ar->array.clear(); } int StringArray_Size(const StringArray *ar) { assert(ar); return ar->array.size(); } void StringArray_Append(StringArray *ar, char const *str) { assert(ar); ar->array.push_back(new de::Str(str)); } void StringArray_AppendArray(StringArray *ar, StringArray const *other) { assert(ar); assert(other); assert(ar != other); for(StringArray::Strings::const_iterator i = other->array.begin(); i != other->array.end(); ++i) { StringArray_Append(ar, Str_Text(**i)); } } void StringArray_Prepend(StringArray *ar, char const *str) { StringArray_Insert(ar, str, 0); } void StringArray_Insert(StringArray *ar, char const *str, int atIndex) { assert(ar); ar->assertValidIndex(atIndex); ar->array.insert(ar->array.begin() + atIndex, new de::Str(str)); } void StringArray_Remove(StringArray *ar, int index) { assert(ar); ar->assertValidIndex(index); delete ar->array[index]; ar->array.erase(ar->array.begin() + index); } void StringArray_RemoveRange(StringArray *ar, int fromIndex, int count) { if(count < 0) { count = ar->remainder(fromIndex); } for(int i = 0; i < count; ++i) { StringArray_Remove(ar, fromIndex); } } int StringArray_IndexOf(const StringArray *ar, char const *str) { assert(ar); for(uint i = 0; i < ar->array.size(); ++i) { if(!strcmp(str, Str_Text(*ar->array[i]))) return i; } return -1; } char const *StringArray_At(const StringArray *ar, int index) { assert(ar); ar->assertValidIndex(index); return Str_Text(*ar->array[index]); } Str *StringArray_StringAt(StringArray *ar, int index) { assert(ar); ar->assertValidIndex(index); return *ar->array[index]; } dd_bool StringArray_Contains(StringArray const *ar, char const *str) { return StringArray_IndexOf(ar, str) >= 0; } void StringArray_Write(const StringArray *ar, Writer *writer) { assert(ar); Writer_WriteUInt32(writer, ar->array.size()); // Write each of the strings. for(StringArray::Strings::const_iterator i = ar->array.begin(); i != ar->array.end(); ++i) { Str_Write(**i, writer); } } void StringArray_Read(StringArray *ar, Reader *reader) { StringArray_Clear(ar); uint count = Reader_ReadUInt32(reader); for(uint i = 0; i < count; ++i) { de::Str *str = new de::Str; Str_Read(*str, reader); ar->array.push_back(str); } } doomsday-1.14.5/doomsday/libdeng1/src/memoryblockset.c0000664000175000017500000000667212350542240022213 0ustar jaakkojaakko/** * @file memoyblockset.c * Set of memory blocks allocated from the zone. @ingroup system * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/memoryblockset.h" #include "de/memory.h" typedef struct blockset_block_s { size_t count; ///< Number of used elements. void *elements; ///< Block of memory where elements are. } blockset_block_t; /** * Allocate a new block of memory to be used for linear object allocations. * * @param set Block set into which the new block is added. */ static void addBlockToSet(blockset_t *set) { blockset_block_t *block = 0; DENG_ASSERT(set); // Get a new block by resizing the blocks array. This is done relatively // seldom, since there is a large number of elements per each block. set->_blocks = M_Realloc(set->_blocks, sizeof(blockset_block_t) * ++set->_blockCount); // Initialize the block's data. block = &set->_blocks[set->_blockCount - 1]; block->elements = M_Malloc(set->_elementSize * set->_elementsPerBlock); block->count = 0; } void *BlockSet_Allocate(blockset_t *set) { DENG_ASSERT(set); { blockset_block_t *block = &set->_blocks[set->_blockCount - 1]; // When this is called, there is always an available element in the topmost // block. We will return it. void *element = ((byte *)block->elements) + (set->_elementSize * block->count); // Reserve the element in this block. ++block->count; // If we run out of space in the topmost block, add a new one. if(block->count == set->_elementsPerBlock) { // Just being cautious: adding a new block invalidates existing // pointers to the blocks. block = 0; addBlockToSet(set); } // Maintain a running total of the number of used elements in all blocks. ++set->_elementsInUse; return element; } } blockset_t *BlockSet_New(size_t sizeOfElement, size_t batchSize) { blockset_t *set; DENG_ASSERT(sizeOfElement > 0); DENG_ASSERT(batchSize > 0); // Allocate the blockset. set = M_Calloc(sizeof(*set)); set->_elementsPerBlock = batchSize; set->_elementSize = sizeOfElement; set->_elementsInUse = 0; // Allocate the first block right away. addBlockToSet(set); return set; } size_t BlockSet_Count(blockset_t *set) { DENG_ASSERT(set); return set->_elementsInUse; } void BlockSet_Delete(blockset_t *set) { size_t i; DENG_ASSERT(set); // Free the elements from each block. for(i = 0; i < set->_blockCount; ++i) M_Free(set->_blocks[i].elements); M_Free(set->_blocks); M_Free(set); } doomsday-1.14.5/doomsday/libdeng1/src/rect.c0000664000175000017500000004011212350542240020074 0ustar jaakkojaakko/** * @file rect.c * Rectangles. @ingroup math * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de/rect.h" #include "de/memory.h" struct rect_s { Point2 *origin; Size2 *size; }; struct rectf_s { Point2f *origin; Size2f *size; }; Rect *Rect_New(void) { Rect *r = M_Malloc(sizeof *r); r->origin = Point2_New(); r->size = Size2_New(); return r; } Rect *Rect_NewWithOriginSize(Point2 const *origin, Size2 const *size) { Rect *r = Rect_New(); Rect_SetOrigin(r, origin); Rect_SetSize(r, size); return r; } Rect *Rect_NewWithOriginSize2(int x, int y, int width, int height) { Rect *r = Rect_New(); Rect_SetXY(r, x, y); Rect_SetWidthHeight(r, width, height); return r; } Rect *Rect_NewFromRaw(RectRaw const *rawRect) { DENG_ASSERT(rawRect); return Rect_NewWithOriginSize2(rawRect->origin.x, rawRect->origin.y, rawRect->size.width, rawRect->size.height); } void Rect_Delete(Rect *r) { DENG_ASSERT(r); Point2_Delete(r->origin); Size2_Delete(r->size); M_Free(r); } void Rect_Copy(Rect *r, Rect const *other) { DENG_ASSERT(r); if(!other) return; Point2_SetXY(r->origin, Rect_X(other), Rect_Y(other)); Size2_SetWidthHeight(r->size, Rect_Width(other), Rect_Height(other)); } Rect *Rect_CopyRaw(Rect *r, RectRaw const *rawRect) { DENG_ASSERT(r); if(rawRect) { Point2_SetXY(r->origin, rawRect->origin.x, rawRect->origin.y); Size2_SetWidthHeight(r->size, rawRect->size.width, rawRect->size.height); } return r; } RectRaw *Rect_Raw(Rect const *r, RectRaw *rawRect) { DENG_ASSERT(r); if(!rawRect) return NULL; Point2_Raw(r->origin, &rawRect->origin); Size2_Raw(r->size, &rawRect->size); return rawRect; } dd_bool Rect_IsNull(Rect const *r) { DENG_ASSERT(r); return Size2_IsNull(r->size); } int Rect_Width(Rect const *r) { DENG_ASSERT(r); return Size2_Width(r->size); } int Rect_Height(Rect const *r) { DENG_ASSERT(r); return Size2_Height(r->size); } void Rect_SetWidth(Rect *r, int width) { DENG_ASSERT(r); Size2_SetWidth(r->size, width); } void Rect_SetHeight(Rect *r, int height) { DENG_ASSERT(r); Size2_SetHeight(r->size, height); } Point2 const *Rect_Origin(Rect const *r) { DENG_ASSERT(r); return r->origin; } int Rect_X(Rect const *r) { DENG_ASSERT(r); return Point2_X(r->origin); } int Rect_Y(Rect const *r) { DENG_ASSERT(r); return Point2_Y(r->origin); } void Rect_SetOrigin(Rect *r, Point2 const *origin) { DENG_ASSERT(r); Point2_SetXY(r->origin, Point2_X(origin), Point2_Y(origin)); } void Rect_SetX(Rect *r, int x) { DENG_ASSERT(r); Point2_SetX(r->origin, x); } void Rect_SetY(Rect *r, int y) { DENG_ASSERT(r); Point2_SetY(r->origin, y); } void Rect_SetXY(Rect *r, int x, int y) { DENG_ASSERT(r); Point2_SetXY(r->origin, x, y); } void Rect_TranslateX(Rect *r, int x) { DENG_ASSERT(r); Point2_TranslateX(r->origin, x); } void Rect_TranslateY(Rect *r, int y) { DENG_ASSERT(r); Point2_TranslateY(r->origin, y); } void Rect_TranslateXY(Rect *r, int x, int y) { DENG_ASSERT(r); Point2_TranslateXY(r->origin, x, y); } void Rect_Translate(Rect *r, Point2Raw const *delta) { DENG_ASSERT(r); Point2_Translate(r->origin, delta); } Size2 const *Rect_Size(Rect const *r) { DENG_ASSERT(r); return r->size; } void Rect_SetSize(Rect *r, Size2 const *size) { DENG_ASSERT(r); Size2_SetWidthHeight(r->size, Size2_Width(size), Size2_Height(size)); } void Rect_SetWidthHeight(Rect *r, int width, int height) { DENG_ASSERT(r); Size2_SetWidthHeight(r->size, width, height); } Point2Raw *Rect_TopLeft(Rect const *r, Point2Raw *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2_X(r->origin); point->y = Point2_Y(r->origin); return point; } Point2Raw *Rect_TopRight(Rect const *r, Point2Raw *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2_X(r->origin) + Size2_Width(r->size); point->y = Point2_Y(r->origin); return point; } Point2Raw *Rect_BottomLeft(Rect const *r, Point2Raw *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2_X(r->origin); point->y = Point2_Y(r->origin) + Size2_Height(r->size); return point; } Point2Raw *Rect_BottomRight(Rect const *r, Point2Raw *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2_X(r->origin) + Size2_Width(r->size); point->y = Point2_Y(r->origin) + Size2_Height(r->size); return point; } Rect *Rect_Normalize(Rect *r) { DENG_ASSERT(r); if(Size2_Width(r->size) < 0) Point2_TranslateX(r->origin, -Size2_Width(r->size)); if(Size2_Height(r->size) < 0) Point2_TranslateY(r->origin, -Size2_Height(r->size)); return r; } RectRaw *Rect_Normalized(Rect const *rect, RectRaw *normalized) { if(!normalized) return NULL; if(!rect) { memset(normalized, 0, sizeof(*normalized)); return normalized; } Rect_Raw(rect, normalized); if(normalized->size.width < 0) normalized->origin.x -= normalized->size.width; if(normalized->size.height < 0) normalized->origin.y -= normalized->size.height; return normalized; } /// @pre This and @a other have been normalized. static Rect *Rect_UniteRaw2(Rect *r, RectRaw const *other) { Point2Raw oldOrigin; DENG_ASSERT(r && other); Point2_Raw(r->origin, &oldOrigin); Rect_SetXY(r, MIN_OF(Point2_X(r->origin), other->origin.x), MIN_OF(Point2_Y(r->origin), other->origin.y)); Rect_SetWidthHeight(r, MAX_OF(oldOrigin.x + Size2_Width(r->size), other->origin.x + other->size.width) - Point2_X(r->origin), MAX_OF(oldOrigin.y + Size2_Height(r->size), other->origin.y + other->size.height) - Point2_Y(r->origin)); return r; } Rect *Rect_UniteRaw(Rect *r, RectRaw const *other) { RectRaw otherNormalized; if(!other) return r; memcpy(&otherNormalized, other, sizeof(otherNormalized)); if(otherNormalized.size.width < 0) otherNormalized.origin.x -= otherNormalized.size.width; if(otherNormalized.size.height < 0) otherNormalized.origin.y -= otherNormalized.size.height; return Rect_UniteRaw2(Rect_Normalize(r), &otherNormalized); } Rect *Rect_Unite(Rect *r, Rect const *other) { RectRaw rawOther; return Rect_UniteRaw2(Rect_Normalize(r), Rect_Normalized(other, &rawOther)); } RectRaw *Rect_United(Rect const *rect, Rect const *other, RectRaw *united) { RectRaw normA, normB; if(!united) return NULL; if(!other) { united->origin.x = Point2_X(rect->origin); united->origin.y = Point2_Y(rect->origin); united->size.width = Size2_Width(rect->size); united->size.height = Size2_Height(rect->size); return united; } Rect_Normalized(rect, &normA); Rect_Normalized(other, &normB); united->origin.x = MIN_OF(normA.origin.x, normB.origin.x); united->origin.y = MIN_OF(normA.origin.y, normB.origin.y); united->size.width = MAX_OF(normA.origin.x + normA.size.width, normB.origin.x + normB.size.width) - united->origin.x; united->size.height = MAX_OF(normA.origin.y + normA.size.height, normB.origin.y + normB.size.height) - united->origin.y; return united; } dd_bool Rect_Equality(Rect const *r, Rect const *other) { DENG_ASSERT(r); if(!other) return false; return r == other || (Point2_Equality(r->origin, Rect_Origin(other)) && Size2_Equality(r->size, Rect_Size(other))); } Rectf *Rectf_New(void) { Rectf *r = M_Calloc(sizeof *r); r->origin = Point2f_New(); r->size = Size2f_New(); return r; } Rectf *Rectf_NewWithOriginSize(Point2f const *origin, Size2f const *size) { Rectf *r = Rectf_New(); Rectf_SetOrigin(r, origin); Rectf_SetSize(r, size); return r; } Rectf *Rectf_NewWithOriginSize2(double x, double y, double width, double height) { Rectf *r = Rectf_New(); Rectf_SetXY(r, x, y); Rectf_SetWidthHeight(r, width, height); return r; } Rectf *Rectf_NewFromRaw(RectRawf const *rawRect) { DENG_ASSERT(rawRect); return Rectf_NewWithOriginSize2(rawRect->origin.x, rawRect->origin.y, rawRect->size.width, rawRect->size.height); } void Rectf_Delete(Rectf *r) { DENG_ASSERT(r); Point2f_Delete(r->origin); Size2f_Delete(r->size); M_Free(r); } void Rectf_Copy(Rectf *r, Rectf const *other) { DENG_ASSERT(r); if(!other) return; Point2f_SetXY(r->origin, Rectf_X(other), Rectf_Y(other)); Size2f_SetWidthHeight(r->size, Rectf_Width(other), Rectf_Height(other)); } Rectf *Rectf_CopyRaw(Rectf *r, RectRawf const *rawRect) { DENG_ASSERT(r); if(rawRect) { Point2f_SetXY(r->origin, rawRect->origin.x, rawRect->origin.y); Size2f_SetWidthHeight(r->size, rawRect->size.width, rawRect->size.height); } return r; } RectRawf *Rectf_Raw(Rectf const *r, RectRawf *rawRect) { DENG_ASSERT(r); if(!rawRect) return NULL; Point2f_Raw(r->origin, &rawRect->origin); Size2f_Raw(r->size, &rawRect->size); return rawRect; } dd_bool Rectf_IsNull(Rectf const *r) { DENG_ASSERT(r); return Size2f_IsNull(r->size); } double Rectf_Width(Rectf const *r) { DENG_ASSERT(r); return Size2f_Width(r->size); } double Rectf_Height(Rectf const *r) { DENG_ASSERT(r); return Size2f_Height(r->size); } Point2f const *Rectf_Origin(Rectf const *r) { DENG_ASSERT(r); return r->origin; } double Rectf_X(Rectf const *r) { DENG_ASSERT(r); return Point2f_X(r->origin); } double Rectf_Y(Rectf const *r) { DENG_ASSERT(r); return Point2f_Y(r->origin); } void Rectf_SetOrigin(Rectf *r, Point2f const *origin) { DENG_ASSERT(r); Point2f_SetXY(r->origin, Point2f_X(origin), Point2f_Y(origin)); } void Rectf_SetX(Rectf *r, double x) { DENG_ASSERT(r); Point2f_SetX(r->origin, x); } void Rectf_SetY(Rectf *r, double y) { DENG_ASSERT(r); Point2f_SetY(r->origin, y); } void Rectf_SetXY(Rectf *r, double x, double y) { DENG_ASSERT(r); Point2f_SetXY(r->origin, x, y); } void Rectf_Translate(Rectf *r, Point2Rawf const *delta) { DENG_ASSERT(r); Point2f_Translate(r->origin, delta); } void Rectf_TranslateX(Rectf *r, double x) { DENG_ASSERT(r); Point2f_TranslateX(r->origin, x); } void Rectf_TranslateY(Rectf *r, double y) { DENG_ASSERT(r); Point2f_TranslateY(r->origin, y); } void Rectf_TranslateXY(Rectf *r, double x, double y) { DENG_ASSERT(r); Point2f_TranslateXY(r->origin, x, y); } void Rectf_SetWidth(Rectf *r, double width) { DENG_ASSERT(r); Size2f_SetWidth(r->size, width); } void Rectf_SetHeight(Rectf *r, double height) { DENG_ASSERT(r); Size2f_SetHeight(r->size, height); } Size2f const *Rectf_Size(Rectf const *r) { DENG_ASSERT(r); return r->size; } void Rectf_SetSize(Rectf *r, Size2f const *size) { DENG_ASSERT(r); Size2f_SetWidthHeight(r->size, Size2f_Width(size), Size2f_Height(size)); } void Rectf_SetWidthHeight(Rectf *r, double width, double height) { DENG_ASSERT(r); Size2f_SetWidthHeight(r->size, width, height); } Point2Rawf *Rectf_TopLeft(Rectf const *r, Point2Rawf *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2f_X(r->origin); point->y = Point2f_Y(r->origin); return point; } Point2Rawf *Rectf_TopRight(Rectf const *r, Point2Rawf *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2f_X(r->origin) + Size2f_Width(r->size); point->y = Point2f_Y(r->origin); return point; } Point2Rawf *Rectf_BottomLeft(Rectf const *r, Point2Rawf *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2f_X(r->origin); point->y = Point2f_Y(r->origin) + Size2f_Height(r->size); return point; } Point2Rawf *Rectf_BottomRight(Rectf const *r, Point2Rawf *point) { DENG_ASSERT(r); if(!point) return NULL; point->x = Point2f_X(r->origin) + Size2f_Width(r->size); point->y = Point2f_Y(r->origin) + Size2f_Height(r->size); return point; } Rectf *Rectf_Normalize(Rectf *r) { DENG_ASSERT(r); if(Size2f_Width(r->size) < 0) Point2f_TranslateX(r->origin, -Size2f_Width(r->size)); if(Size2f_Height(r->size) < 0) Point2f_TranslateY(r->origin, -Size2f_Height(r->size)); return r; } RectRawf *Rectf_Normalized(Rectf const *rect, RectRawf *normalized) { if(!normalized) return NULL; if(!rect) { memset(normalized, 0, sizeof(*normalized)); return normalized; } Rectf_Raw(rect, normalized); if(normalized->size.width < 0) normalized->origin.x -= normalized->size.width; if(normalized->size.height < 0) normalized->origin.y -= normalized->size.height; return normalized; } /// @pre This and @a other have been normalized. static Rectf *Rectf_UniteRaw2(Rectf *r, RectRawf const *other) { Point2Rawf oldOrigin; DENG_ASSERT(r && other); Point2f_Raw(r->origin, &oldOrigin); Rectf_SetXY(r, MIN_OF(Point2f_X(r->origin), other->origin.x), MIN_OF(Point2f_Y(r->origin), other->origin.y)); Rectf_SetWidthHeight(r, MAX_OF(oldOrigin.x + Size2f_Width(r->size), other->origin.x + other->size.width) - Point2f_X(r->origin), MAX_OF(oldOrigin.y + Size2f_Height(r->size), other->origin.y + other->size.height) - Point2f_Y(r->origin)); return r; } Rectf *Rectf_UniteRaw(Rectf *r, RectRawf const *other) { RectRawf otherNormalized; if(!other) return r; memcpy(&otherNormalized, other, sizeof(otherNormalized)); if(otherNormalized.size.width < 0) otherNormalized.origin.x -= otherNormalized.size.width; if(otherNormalized.size.height < 0) otherNormalized.origin.y -= otherNormalized.size.height; return Rectf_UniteRaw2(Rectf_Normalize(r), &otherNormalized); } Rectf *Rectf_Unite(Rectf *r, Rectf const *other) { RectRawf rawOther; return Rectf_UniteRaw2(Rectf_Normalize(r), Rectf_Normalized(other, &rawOther)); } RectRawf *Rectf_United(Rectf const *rect, Rectf const *other, RectRawf *united) { RectRawf normA, normB; if(!united) return NULL; if(!other) { united->origin.x = Point2f_X(rect->origin); united->origin.y = Point2f_Y(rect->origin); united->size.width = Size2f_Width(rect->size); united->size.height = Size2f_Height(rect->size); return united; } Rectf_Normalized(rect, &normA); Rectf_Normalized(other, &normB); united->origin.x = MIN_OF(normA.origin.x, normB.origin.x); united->origin.y = MIN_OF(normA.origin.y, normB.origin.y); united->size.width = MAX_OF(normA.origin.x + normA.size.width, normB.origin.x + normB.size.width) - united->origin.x; united->size.height = MAX_OF(normA.origin.y + normA.size.height, normB.origin.y + normB.size.height) - united->origin.y; return united; } dd_bool Rectf_Equality(Rectf const *r, Rectf const *other) { DENG_ASSERT(r); if(!other) return false; return r == other || (Point2f_Equality(r->origin, Rectf_Origin(other)) && Size2f_Equality(r->size, Rectf_Size(other))); } doomsday-1.14.5/doomsday/libdeng1/include/0000775000175000017500000000000012350542240017631 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libdeng1/include/de/0000775000175000017500000000000012350542240020221 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libdeng1/include/de/writer.h0000664000175000017500000001312712350542240021712 0ustar jaakkojaakko/** * @file de/writer.h * Serializer for writing values and data into a byte array. * * @ingroup base * * Writer instances ensure that all values written into the array are stored in * little-endian (Intel) byte order. All write operations are also checked * against the buffer boundaries; writing too much data into the buffer results * in an error. * * If @c DENG_WRITER_TYPECHECK is defined, all written data is preceded by a type * check code, which is checked when the values are read by Reader. This * guarantees that data is interpreted as written. * * @see reader.h, Reader * * @todo This should be converted into a C wrapper for the libdeng2 de::Writer. * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_WRITER_H #define LIBDENG_WRITER_H #include "types.h" #ifdef __cplusplus extern "C" { #endif #ifdef DENG_WRITER_TYPECHECK // Writer Type Check Codes. enum { WTCC_CHAR = 0x13, WTCC_BYTE = 0xf6, WTCC_INT16 = 0x55, WTCC_UINT16 = 0xab, WTCC_INT32 = 0x3f, WTCC_UINT32 = 0xbb, WTCC_FLOAT = 0x71, WTCC_BLOCK = 0x6e }; #endif struct writer_s; // The writer instance (opaque). /** * Writer instance. Constructed with Writer_NewWithBuffer() or one of the other * constructors. */ typedef struct writer_s Writer; typedef void (*Writer_Callback_WriteInt8) (Writer *w, char v); typedef void (*Writer_Callback_WriteInt16)(Writer *w, short v); typedef void (*Writer_Callback_WriteInt32)(Writer *w, int v); typedef void (*Writer_Callback_WriteFloat)(Writer *w, float v); typedef void (*Writer_Callback_WriteData) (Writer *w, char const *data, int len); /** * Constructs a new writer. The writer will use @a buffer as the writing buffer. * The buffer will use small endian byte order. The writer has to be destroyed * with Writer_Delete() after it is not needed any more. * * @param buffer Buffer to use for reading. * @param maxLen Maximum length of the buffer. */ DENG_PUBLIC Writer *Writer_NewWithBuffer(byte *buffer, size_t maxLen); /** * Constructs a new writer. The writer will allocate memory for the buffer * while more data gets written. The writer has to be destroyed with * Writer_Delete() after it is not needed any more. * * @param maxLen Maximum size for the buffer. Use zero for unlimited size. */ DENG_PUBLIC Writer *Writer_NewWithDynamicBuffer(size_t maxLen); /** * Constructs a new writer that has no memory buffer of its own. Instead, all * the write operations will get routed to user-provided callbacks. The writer * has to be destroyed with Writer_Delete() after it is not needed any more. */ DENG_PUBLIC Writer *Writer_NewWithCallbacks(Writer_Callback_WriteInt8 writeInt8, Writer_Callback_WriteInt16 writeInt16, Writer_Callback_WriteInt32 writeInt32, Writer_Callback_WriteFloat writeFloat, Writer_Callback_WriteData writeData); /** * Destroys the writer. */ DENG_PUBLIC void Writer_Delete(Writer *writer); /** * Returns the current output size of the writer, i.e., how much has been written * so far. */ DENG_PUBLIC size_t Writer_Size(Writer const *writer); /** * Returns a pointer to the beginning of the written data. * @see Writer_Size() */ DENG_PUBLIC byte const *Writer_Data(Writer const *writer); /** * Returns the maximum size of the writing buffer. */ DENG_PUBLIC size_t Writer_TotalBufferSize(Writer const *writer); /** * Returns the number of bytes left for writing. */ DENG_PUBLIC size_t Writer_BytesLeft(Writer const *writer); /** * Sets the position of the writing cursor in the buffer. * * @param writer Writer. * @param newPos New position. */ DENG_PUBLIC void Writer_SetPos(Writer *writer, size_t newPos); /** * Writes value @a v to the destination buffer using little-endian byte order. */ ///@{ DENG_PUBLIC void Writer_WriteChar (Writer *writer, char v); DENG_PUBLIC void Writer_WriteByte (Writer *writer, byte v); DENG_PUBLIC void Writer_WriteInt16 (Writer *writer, int16_t v); DENG_PUBLIC void Writer_WriteUInt16 (Writer *writer, uint16_t v); DENG_PUBLIC void Writer_WriteInt32 (Writer *writer, int32_t v); DENG_PUBLIC void Writer_WriteUInt32 (Writer *writer, uint32_t v); DENG_PUBLIC void Writer_WriteFloat (Writer *writer, float v); ///@} /** * Writes @a len bytes from @a buffer. */ DENG_PUBLIC void Writer_Write(Writer *writer, void const *buffer, size_t len); /** * Only 15 bits can be used for the number because the high bit of the * lower byte is used to determine whether the upper byte follows or not. */ DENG_PUBLIC void Writer_WritePackedUInt16(Writer *writer, uint16_t v); DENG_PUBLIC void Writer_WritePackedUInt32(Writer *writer, uint32_t v); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_WRITER_H doomsday-1.14.5/doomsday/libdeng1/include/de/stringarray.h0000664000175000017500000001404012350542240022736 0ustar jaakkojaakko/** * @file stringarray.h * Array of text strings. @ingroup base * * Dynamic, indexable array of text strings. The functionality of this class is * comparable to QStringList, however with a pure C API. * * @todo Use StringPool internally for efficient storage, searches * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_STRING_ARRAY_H #define LIBDENG_STRING_ARRAY_H #include "types.h" #include "str.h" #ifdef __cplusplus extern "C" { #endif struct stringarray_s; // opaque /** * StringArray instance. Construct with StringArray_New(). */ typedef struct stringarray_s StringArray; /** * Constructs an empty string array. * * @return StringArray instance. Must be deleted with StringArray_Delete(). */ DENG_PUBLIC StringArray *StringArray_New(void); /** * Creates a new sub-array that contains copies of a subset of the * array's strings. * @param ar StringArray instance whose strings to copy. * @param fromIndex Start of range of copied strings. * @param count Number of strings in the range. Use -1 to extend to range * to the end of the array. * * @return A newly created StringArray instance with copies of the strings. * The returned array will contain @a count strings and * must be deleted with StringArray_Delete(). */ DENG_PUBLIC StringArray *StringArray_NewSub(StringArray const *ar, int fromIndex, int count); /** * Destructs the string array @a ar. * @param ar StringArray instance. */ DENG_PUBLIC void StringArray_Delete(StringArray *ar); /** * Empties the contents of string array @a ar. * @param ar StringArray instance. */ DENG_PUBLIC void StringArray_Clear(StringArray *ar); /** * Returns the number of strings in the array. * @param ar StringArray instance. */ DENG_PUBLIC int StringArray_Size(StringArray const *ar); /** * Appends a string at the end of the array. * @param ar StringArray instance. * @param str Text string to append. A copy is made of the contents. */ DENG_PUBLIC void StringArray_Append(StringArray *ar, char const *str); /** * Appends an array of text strings at the end of the array. * @param ar StringArray instance. * @param other Another StringArray instance whose strings will be appended * to the end of @a ar. */ DENG_PUBLIC void StringArray_AppendArray(StringArray *ar, StringArray const *other); /** * Inserts a string to the start of the array. * @param ar StringArray instance. * @param str Text string to prepend. A copy is made of the contents. */ DENG_PUBLIC void StringArray_Prepend(StringArray *ar, char const *str); /** * Inserts a string to the array. * @param ar StringArray instance. * @param str Text string to prepend. A copy is made of the contents. * @param atIndex Position where @a str will appear after the operation * is complete. When inserting at position @em n, strings at positions * n+1..last will be pushed to positions n+2..last+1. */ DENG_PUBLIC void StringArray_Insert(StringArray *ar, char const *str, int atIndex); /** * Removes the string at position @a index. * @param ar StringArray instance. * @param index Position to remove. When removing position @em n, strings * at positions n+1..last will be pulled to positions n..last-1. */ DENG_PUBLIC void StringArray_Remove(StringArray *ar, int index); /** * Removes a range of strings from the array. * @param ar StringArray instance. * @param fromIndex Beginning of the range of positions to remove. * @param count Length of the removed range. Use -1 to extend to range * to the end of the array. */ DENG_PUBLIC void StringArray_RemoveRange(StringArray *ar, int fromIndex, int count); /** * Finds string @a str in the array (case sensitive) and returns its position. * @param ar StringArray instance. * @param str Text string to find. * * @return Position of the string, or -1 if not found. * * @note Search operation performance is O(n). */ DENG_PUBLIC int StringArray_IndexOf(StringArray const *ar, char const *str); /** * Returns a non-modifiable string at position @a index. * @param ar StringArray instance. * @param index Position in the array. * * @return Text string. */ DENG_PUBLIC char const *StringArray_At(StringArray const *ar, int index); /** * Returns a modifiable string at position @a index. * @param ar StringArray instance. * @param index Position in the array. * * @return ddstring_t instance that can be modified. */ DENG_PUBLIC Str *StringArray_StringAt(StringArray *ar, int index); /** * Checks if the array contains a string (case sensitive). * @param ar StringArray instance. * @param str Text string to check for. * * @return @c true, if the string is in the array; otherwise @c false. * * @note Performance is O(n). */ DENG_PUBLIC dd_bool StringArray_Contains(StringArray const *ar, char const *str); /** * Serializes the array of strings using @a writer. * @param ar StringArray instance. * @param writer Writer instance. */ DENG_PUBLIC void StringArray_Write(StringArray const *ar, Writer *writer); /** * Deserializes the array of strings from @a reader. * @param ar StringArray instance. * @param reader Reader instance. */ DENG_PUBLIC void StringArray_Read(StringArray *ar, Reader *reader); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_STRING_ARRAY_H doomsday-1.14.5/doomsday/libdeng1/include/de/str.hh0000664000175000017500000000317312350542240021356 0ustar jaakkojaakko/** * @file str.hh * C++ wrapper for Str (ddstring_t). @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DDSTRING_CPP_WRAPPER_HH #define LIBDENG_DDSTRING_CPP_WRAPPER_HH #include "libdeng1.h" #include "str.h" namespace de { /** * Minimal C++ wrapper for ddstring_t. */ class Str { public: Str(char const *text = 0) { Str_InitStd(&str); if(text) { Str_Set(&str, text); } } ~Str() { // This should never be called directly. Str_Free(&str); } operator char const *(void) const { return str.str; } operator ddstring_t *(void) { return &str; } operator const ddstring_t *(void) const { return &str; } private: ddstring_t str; }; } // namespace de #endif // LIBDENG_DDSTRING_CPP_WRAPPER_HH doomsday-1.14.5/doomsday/libdeng1/include/de/unittest.h0000664000175000017500000000243012350542240022250 0ustar jaakkojaakko/** * @file de/unittest.h * Macros for unit testing. * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_UNIT_TEST_H #define LIBDENG_UNIT_TEST_H #ifdef _DEBUG # define LIBDENG_RUN_UNITTEST(Name) int testResult_##Name = UNITTEST_##Name(); #else # define LIBDENG_RUN_UNITTEST(Name) #endif #define LIBDENG_DEFINE_UNITTEST(Name) static int UNITTEST_##Name(void) #endif // LIBDENG_UNIT_TEST_H doomsday-1.14.5/doomsday/libdeng1/include/de/aabox.h0000664000175000017500000001027312350542240021467 0ustar jaakkojaakko/** @file aabox.h Axis-aligned bounding box. * @ingroup math * * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_AABOX_H #define LIBDENG_AABOX_H #include "types.h" /** * Axis-aligned bounding box with integer precision. * Handy POD structure for manipulation of bounding boxes. @ingroup world */ typedef struct aabox_s { union { struct { int vec4[4]; }; struct { int arvec2[2][2]; }; struct { int min[2]; int max[2]; }; struct { int minX; int minY; int maxX; int maxY; }; }; #ifdef __cplusplus aabox_s() : minX(DDMAXINT), minY(DDMAXINT), maxX(DDMININT), maxY(DDMININT) {} aabox_s(int _minX, int _minY, int _maxX, int _maxY) : minX(_minX), minY(_minY), maxX(_maxX), maxY(_maxY) {} aabox_s& operator = (aabox_s const& other) { minX = other.minX; minY = other.minY; maxX = other.maxX; maxY = other.maxY; return *this; } aabox_s& clear() { minX = minY = DDMAXINT; maxX = maxY = DDMININT; return *this; } #endif } AABox; /** * Axis-aligned bounding box with floating-point precision. * Handy POD structure for manipulation of bounding boxes. @ingroup world */ typedef struct aaboxf_s { union { struct { float vec4[4]; }; struct { float arvec2[2][2]; }; struct { float min[2]; float max[2]; }; struct { float minX; float minY; float maxX; float maxY; }; }; #ifdef __cplusplus aaboxf_s() : minX(DDMAXFLOAT), minY(DDMAXFLOAT), maxX(DDMINFLOAT), maxY(DDMINFLOAT) {} aaboxf_s(float _minX, float _minY, float _maxX, float _maxY) : minX(_minX), minY(_minY), maxX(_maxX), maxY(_maxY) {} aaboxf_s& operator = (aaboxf_s const& other) { minX = other.minX; minY = other.minY; maxX = other.maxX; maxY = other.maxY; return *this; } aaboxf_s& clear() { minX = minY = DDMAXFLOAT; maxX = maxY = DDMINFLOAT; return *this; } #endif } AABoxf; /** * Axis-aligned bounding box with double floating-point precision. * Handy POD structure for manipulation of bounding boxes. @ingroup world */ typedef struct aaboxd_s { union { struct { double vec4[4]; }; struct { double arvec2[2][2]; }; struct { double min[2]; double max[2]; }; struct { double minX; double minY; double maxX; double maxY; }; }; #ifdef __cplusplus aaboxd_s() : minX(DDMAXFLOAT), minY(DDMAXFLOAT), maxX(DDMINFLOAT), maxY(DDMINFLOAT) {} aaboxd_s(double _minX, double _minY, double _maxX, double _maxY) : minX(_minX), minY(_minY), maxX(_maxX), maxY(_maxY) {} aaboxd_s& operator = (aaboxd_s const& other) { minX = other.minX; minY = other.minY; maxX = other.maxX; maxY = other.maxY; return *this; } aaboxd_s& clear() { minX = minY = DDMAXFLOAT; maxX = maxY = DDMINFLOAT; return *this; } #endif } AABoxd; #endif // LIBDENG_AABOX_H doomsday-1.14.5/doomsday/libdeng1/include/de/strutil.h0000664000175000017500000000735512350542240022112 0ustar jaakkojaakko/** @file strutil.h String and text utilities. * @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_STRING_UTIL_H #define LIBDENG_STRING_UTIL_H #include "types.h" #include #ifdef __cplusplus extern "C" { #endif /** * Prints a formatted string into a fixed-size buffer. At most @c size * characters will be written to the output buffer @c str. The output will * always contain a terminating null character. * * @param str Output buffer. * @param size Size of the output buffer. * @param format Format of the output. * @param ap Variable-size argument list. * * @return Number of characters written to the output buffer if lower than or * equal to @c size, else @c -1. */ DENG_PUBLIC int dd_vsnprintf(char *str, size_t size, char const *format, va_list ap); /** * Prints a formatted string into a fixed-size buffer. At most @c size * characters will be written to the output buffer @c str. The output will * always contain a terminating null character. * * @param str Output buffer. * @param size Size of the output buffer. * @param format Format of the output. * * @return Number of characters written to the output buffer * if lower than or equal to @c size, else @c -1. */ DENG_PUBLIC int dd_snprintf(char *str, size_t size, char const *format, ...); #ifdef UNIX // Some routines not available on the *nix platform. DENG_PUBLIC char *strupr(char *string); DENG_PUBLIC char *strlwr(char *string); #endif // UNIX // String Utilities DENG_PUBLIC char* M_SkipWhite(char* str); DENG_PUBLIC char* M_FindWhite(char* str); DENG_PUBLIC void M_StripLeft(char* str); DENG_PUBLIC void M_StripRight(char* str, size_t len); DENG_PUBLIC void M_Strip(char* str, size_t len); DENG_PUBLIC char* M_SkipLine(char* str); DENG_PUBLIC char* M_StrCat(char* buf, const char* str, size_t bufSize); DENG_PUBLIC char* M_StrnCat(char* buf, const char* str, size_t nChars, size_t bufSize); /** * Concatenates src to dest as a quoted string. " is escaped to \". * Returns dest. */ DENG_PUBLIC char* M_StrCatQuoted(char* dest, const char* src, size_t len); DENG_PUBLIC char* M_LimitedStrCat(char* buf, const char* str, size_t maxWidth, char separator, size_t bufLength); /** * Somewhat similar to strtok(). */ DENG_PUBLIC char* M_StrTok(char** cursor, const char *delimiters); DENG_PUBLIC char* M_TrimmedFloat(float val); DENG_PUBLIC dd_bool M_IsComment(const char* text); DENG_PUBLIC void M_ForceUppercase(char *text); /// @return @c true if @a string can be interpreted as a valid integer. DENG_PUBLIC dd_bool M_IsStringValidInt(const char* str); /// @return @c true if @a string can be interpreted as a valid byte. DENG_PUBLIC dd_bool M_IsStringValidByte(const char* str); /// @return @c true if @a string can be interpreted as a valid floating-point value. DENG_PUBLIC dd_bool M_IsStringValidFloat(const char* str); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_STRING_UTIL_H doomsday-1.14.5/doomsday/libdeng1/include/de/findfile.h0000664000175000017500000000636212350542240022161 0ustar jaakkojaakko/** @file de/findfile.h Win32-style native file finding. * @ingroup system * * @author Copyright © 2004-2013 Jaakko Keränen * @author Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_FILEFINDER_H #define LIBDENG_FILESYS_FILEFINDER_H #include "types.h" #include "str.h" #ifdef __cplusplus extern "C" { #endif // File attributes. #define A_SUBDIR 0x1 #define A_RDONLY 0x2 #define A_HIDDEN 0x4 #define A_ARCH 0x8 typedef struct finddata_s { void* finddata; #if defined(UNIX) long date; long time; long size; #else time_t date; time_t time; size_t size; #endif ddstring_t name; long attrib; } FindData; /** * Initializes the file finder and locates the first matching file. * * @param findData File finder. * @param pattern File path pattern to find. * * @return @c 0, if successful. If non-zero is returned, there were no * matching files. */ DENG_PUBLIC int FindFile_FindFirst(FindData *findData, char const *pattern); /** * Finds the next matching file. * * @param findData File finder. * * @return @c 0, if successful. If non-zero is returned, there were no * matching files. */ DENG_PUBLIC int FindFile_FindNext(FindData *findData); /** * This must be called after the file finding operation has been concluded. * Releases memory allocated for file finding. * * @param findData File finder to release. */ DENG_PUBLIC void FindFile_Finish(FindData *findData); #ifdef UNIX /** * Convert the given path to an absolute path. This behaves like the Win32 @c * _fullpath function. Do not use this in newly written code; it is intened for * supporting legacy code. * * @param full Buffer where to write the full/absolute path. * @param original Path to convert. * @param len Length of the @a full buffer. */ DENG_PUBLIC char* _fullpath(char* full, const char* original, int len); /** * Split a path into components. This behaves like the Win32 @c _splitpath * function. Do not use this in newly written code; it is intened for * supporting legacy code. * * @param path Path to split. * @param drive Drive letter. * @param dir Path. * @param name File name. * @param ext File extension. */ DENG_PUBLIC void _splitpath(const char* path, char* drive, char* dir, char* name, char* ext); #endif // UNIX #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_FILESYS_FILEFINDER_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/libdeng1.h0000664000175000017500000001037112350542240022061 0ustar jaakkojaakko/** @file libdeng1.h Common definitions for libdeng1. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG1_H #define LIBDENG1_H #if defined(__cplusplus) && !defined(DENG_NO_QT) # define DENG_USE_QT #endif #if defined(__x86_64__) || defined(__x86_64) || defined(_LP64) # define __64BIT__ #endif #ifdef DENG2_USE_QT # include #endif #include #include /* * The DENG_PUBLIC macro is used for declaring exported symbols. It must be * applied in all exported classes and functions. DEF files are not used for * exporting symbols out of libdeng2. */ #if defined(_WIN32) && defined(_MSC_VER) # ifdef __DENG__ // This is defined when compiling the library. # define DENG_PUBLIC __declspec(dllexport) # else # define DENG_PUBLIC __declspec(dllimport) # endif #else // No need to use any special declarators. # define DENG_PUBLIC #endif #ifdef __cplusplus # define DENG_EXTERN_C extern "C" #else # define DENG_EXTERN_C extern #endif #ifndef NDEBUG # define DENG_DEBUG # ifdef DENG_USE_QT # define DENG_ASSERT(x) Q_ASSERT(x) # else # define DENG_ASSERT(x) assert(x) # endif # define DENG_DEBUG_ONLY(x) x #else # define DENG_NO_DEBUG # define DENG_ASSERT(x) # define DENG_DEBUG_ONLY(x) #endif /** * Macro for hiding the warning about an unused parameter. */ #define DENG_UNUSED(x) (void)x /* * Utility macros. */ #define DD_PI 3.14159265359f #define DD_PI_D 3.14159265358979323846 #define DEG2RAD(a) (((a) * DD_PI_D) / 180.0) #define RAD2DEG(a) (((a) / DD_PI_D) * 180.0) #define FLOATEPSILON .000001f /** * Converts a numerical value to a C++ bool type. Zero is the only accepted * 'false' value, any other value is considered 'true'. * * @param x Any value that can be compared against zero. * * @return @c true or @c false (C++ bool type). */ #define CPP_BOOL(x) ((x) != 0) #define INRANGE_OF(x, y, r) ((x) >= (y) - (r) && (x) <= (y) + (r)) #define MAX_OF(x, y) ((x) > (y)? (x) : (y)) #define MIN_OF(x, y) ((x) < (y)? (x) : (y)) #define MINMAX_OF(a, x, b) ((x) < (a)? (a) : (x) > (b)? (b) : (x)) #define SIGN_OF(x) ((x) > 0? +1 : (x) < 0? -1 : 0) #define INRANGE_OF(x, y, r) ((x) >= (y) - (r) && (x) <= (y) + (r)) #define FEQUAL(x, y) (INRANGE_OF(x, y, FLOATEPSILON)) #define ROUND(x) ((int) (((x) < 0.0f)? ((x) - 0.5f) : ((x) + 0.5f))) #ifdef ABS # undef ABS #endif #define ABS(x) ((x) >= 0 ? (x) : -(x)) /// Ceiling of integer quotient of @a a divided by @a b. #define CEILING(a, b) ((a) % (b) == 0 ? (a)/(b) : (a)/(b)+1) #define DENG_ISSPACE(c) ((c) == 0 || (c) == ' ' || (c) == '\t' || (c) == '\n' || (c) == '\r') // Automatically define the basic types for convenience. #include /* * Main interface. */ #ifdef __cplusplus extern "C" { #endif /** * Initializes the libdeng1 library. This must be the first function called * before any other libdeng1 functions. */ DENG_PUBLIC void Libdeng_Init(void); /** * Shuts down the libdeng1 library. Frees any internal resources allocated by * the library's subsystems. Must be called when the library is no longer * needed. */ DENG_PUBLIC void Libdeng_Shutdown(void); /** * Terminates the process immediately. Call this when a malloc fails to handle * terminating gracefully instead of crashing with null pointer access. */ DENG_PUBLIC void Libdeng_BadAlloc(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG1_H doomsday-1.14.5/doomsday/libdeng1/include/de/timer.h0000664000175000017500000000440112350542240021511 0ustar jaakkojaakko/** * @file timer.h * Timing subsystem. @ingroup system * * @authors Copyright © 2003-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SYSTEM_TIMER_H #define LIBDENG_SYSTEM_TIMER_H #include "types.h" #define TICRATE 35 // Number of tics / second. #define TICSPERSEC 35 #define SECONDSPERTIC (1.0f/TICSPERSEC) #ifdef __cplusplus extern "C" { #endif void Timer_Init(void); void Timer_Shutdown(void); /** * Current time measured in game ticks. * * @return Game ticks. */ DENG_PUBLIC int Timer_Ticks(void); /** * Current time measured in game ticks. * * @return Floating-point game ticks. */ DENG_PUBLIC double Timer_Ticksf(void); /** * Current time in seconds. Affected by the ticksPerSecond modifier. * * @return Seconds. */ DENG_PUBLIC double Timer_Seconds(void); /** * Elapsed time since initialization. Not affected by the ticksPerSecond modifier. * * @return Milliseconds. */ DENG_PUBLIC uint Timer_RealMilliseconds(void); /** * Elapsed time since initialization. Not affected by the ticksPerSecond modifier. * * @return Seconds. */ DENG_PUBLIC double Timer_RealSeconds(void); /** * Set the number of game ticks per second. * * @param num Number of ticks per second (default: 35). */ DENG_PUBLIC void Timer_SetTicksPerSecond(float num); /** * Returns the current number of ticks per second (default: 35). */ DENG_PUBLIC float Timer_TicksPerSecond(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_SYSTEM_TIMER_H doomsday-1.14.5/doomsday/libdeng1/include/de/mathutil.h0000664000175000017500000001153412350542240022225 0ustar jaakkojaakko/** @file de/mathutil.h Math utilities. * @ingroup math * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_MATHUTIL_H #define LIBDENG_MATHUTIL_H #include "libdeng1.h" #ifdef __cplusplus extern "C" { #endif /** * Calculate CRC-32 for an arbitrary data buffer. @ingroup math */ DENG_PUBLIC uint M_CRC32(byte *data, uint length); /** * Gives an estimation of distance (not exact). */ DENG_PUBLIC double M_ApproxDistance(double dx, double dy); DENG_PUBLIC float M_ApproxDistancef(float dx, float dy); /** * Gives an estimation of 3D distance (not exact). */ DENG_PUBLIC double M_ApproxDistance3(double dx, double dy, double dz); DENG_PUBLIC float M_ApproxDistance3f(float dx, float dy, float dz); /** * To get a global angle from Cartesian coordinates, the coordinates are * flipped until they are in the first octant of the coordinate system, then * the y (<=x) is scaled and divided by x to get a tangent (slope) value * which is looked up in the tantoangle[] table. The +1 size is to handle * the case when x==y without additional checking. * * @param x X coordinate to test. * @param y Y coordinate to test. * * @return Angle between the test point and [0, 0]. */ DENG_PUBLIC angle_t M_PointXYToAngle(double x, double y); DENG_PUBLIC angle_t M_PointToAngle(double const point[2]); /** * Translate a direction into an angle value (degrees). */ DENG_PUBLIC double M_DirectionToAngle(double const direction[2]); DENG_PUBLIC double M_DirectionToAngleXY(double directionX, double directionY); DENG_PUBLIC angle_t M_PointToAngle2(double const a[], double const b[]); DENG_PUBLIC angle_t M_PointXYToAngle2(double aX, double aY, double bX, double bY); DENG_PUBLIC double M_PointDistance(double const a[2], double const b[2]); DENG_PUBLIC double M_PointXYDistance(double aX, double aY, double bX, double bY); /** * Area of a triangle. */ DENG_PUBLIC double M_TriangleArea(double const v1[2], double const v2[2], double const v3[2]); DENG_PUBLIC void M_RotateVector(float vec[3], float degYaw, float degPitch); /** * Finds the power of 2 that is equal to or greater than the specified * number. */ DENG_PUBLIC int M_CeilPow2(int num); /** * Finds the power of 2 that is less than or equal to the specified number. */ DENG_PUBLIC int M_FloorPow2(int num); /** * Finds the power of 2 that is nearest the specified number. In ambiguous * cases, the smaller number is returned. */ DENG_PUBLIC int M_RoundPow2(int num); /** * Weighted rounding. Weight determines the point where the number is still * rounded down (0..1). */ DENG_PUBLIC int M_WeightPow2(int num, float weight); /** * @return Value mod length (length > 0). */ DENG_PUBLIC float M_CycleIntoRange(float value, float length); /** * Using Euclid's Algorithm reduce the given numerator and denominator by * their greatest common integer divisor. @ingroup math * @param numerator Input and output numerator. * @param denominator Input and output denominator. * @return Greatest common divisor. */ DENG_PUBLIC int M_RatioReduce(int* numerator, int* denominator); DENG_PUBLIC slopetype_t M_SlopeType(double const direction[2]); DENG_PUBLIC slopetype_t M_SlopeTypeXY(double directionX, double directionY); DENG_PUBLIC slopetype_t M_SlopeTypeXY_FixedPrecision(fixed_t dx, fixed_t dy); DENG_PUBLIC int M_NumDigits(int num); /// @param angle Normalised angle in the range [0..360]. DENG_PUBLIC double M_InverseAngle(double angle); /** * Conversion from HSV to RGB. All components are [0,1]. */ DENG_PUBLIC void M_HSVToRGB(float* rgb, float h, float s, float v); // Bounding boxes: DENG_PUBLIC void M_ClearBox(fixed_t* box); DENG_PUBLIC void M_CopyBox(fixed_t dest[4], const fixed_t src[4]); DENG_PUBLIC void M_AddToBox(fixed_t* box, fixed_t x, fixed_t y); DENG_PUBLIC float M_BoundingBoxDiff(const float in[4], const float out[4]); DENG_PUBLIC void M_JoinBoxes(float box[4], const float other[4]); // Random numbers: DENG_PUBLIC byte RNG_RandByte(void); DENG_PUBLIC float RNG_RandFloat(void); DENG_PUBLIC void RNG_Reset(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_MATHUTIL_H doomsday-1.14.5/doomsday/libdeng1/include/de/memoryzone.h0000664000175000017500000001261012350542240022576 0ustar jaakkojaakko/** * @file memoryzone.h * Memory zone. @ingroup memzone * * @par Build Options * Define the macro @c LIBDENG_FAKE_MEMORY_ZONE to force all memory blocks to be * allocated from the real heap. Useful when debugging memory-related problems. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_MEMORY_ZONE_H #define LIBDENG_MEMORY_ZONE_H /** * @defgroup memzone Memory Zone * @ingroup base */ #include #ifdef __cplusplus extern "C" { #endif /** * @defgroup purgeLevels Purge Levels * @ingroup memzone */ ///@{ #define PU_APPSTATIC 1 ///< Static entire execution time. #define PU_GAMESTATIC 40 ///< Static until the game plugin which allocated it is unloaded. #define PU_MAP 50 ///< Static until map exited (may still be freed during the map, though). #define PU_MAPSTATIC 52 ///< Not freed until map exited. #define PU_PURGELEVEL 100 ///< Tags >= 100 are purgable whenever needed. ///@} #define LIBDENG_ZONEID 0x1d4a11 /// @addtogroup memzone ///@{ /** * Determines if the memory zone is available for allocations. */ DENG_PUBLIC dd_bool Z_IsInited(void); /** * You can pass a NULL user if the tag is < PU_PURGELEVEL. */ DENG_PUBLIC void *Z_Malloc(size_t size, int tag, void *ptr); /** * Memory allocation utility: malloc and clear. */ DENG_PUBLIC void *Z_Calloc(size_t size, int tag, void *user); /** * Only resizes blocks with no user. If a block with a user is * reallocated, the user will lose its current block and be set to * NULL. Does not change the tag of existing blocks. */ DENG_PUBLIC void *Z_Realloc(void *ptr, size_t n, int mallocTag); /** * Realloc and set possible new memory to zero. */ DENG_PUBLIC void *Z_Recalloc(void *ptr, size_t n, int callocTag); /** * Free memory that was allocated with Z_Malloc. */ DENG_PUBLIC void Z_Free(void *ptr); /** * Free memory blocks in all volumes with a tag in the specified range. */ DENG_PUBLIC void Z_FreeTags(int lowTag, int highTag); /** * Check all zone volumes for consistency. */ DENG_PUBLIC void Z_CheckHeap(void); /** * Change the tag of a memory block. */ DENG_PUBLIC void Z_ChangeTag2(void *ptr, int tag); /** * Change the user of a memory block. */ DENG_PUBLIC void Z_ChangeUser(void *ptr, void *newUser); DENG_PUBLIC uint32_t Z_GetId(void *ptr); /** * Get the user of a memory block. */ DENG_PUBLIC void *Z_GetUser(void *ptr); DENG_PUBLIC int Z_GetTag(void *ptr); /** * Checks if @a ptr points to memory inside the memory zone. * @param ptr Pointer. * @return @c true, if @a ptr points to a valid allocated memory block * inside the zone. */ DENG_PUBLIC dd_bool Z_Contains(void *ptr); /** * Copies @a text into a buffer allocated from the zone. * Similar to strdup(). * * @param text Null-terminated C string. * * @return Copy of the string (in the zone). */ DENG_PUBLIC char *Z_StrDup(char const *text); DENG_PUBLIC void *Z_MemDup(void const *ptr, size_t size); struct zblockset_s; typedef struct zblockset_s zblockset_t; /** * Creates a new block memory allocator in the Zone. * * @param sizeOfElement Required size of each element. * @param batchSize Number of elements in each block of the set. * @param tag Purge level for the allocation. * * @return Ptr to the newly created blockset. */ DENG_PUBLIC zblockset_t *ZBlockSet_New(size_t sizeOfElement, uint32_t batchSize, int tag); /** * Destroy the entire blockset. * All memory allocated is released for all elements in all blocks and any * used for the blockset itself. * * @param set The blockset to be freed. */ DENG_PUBLIC void ZBlockSet_Delete(zblockset_t *set); /** * Return a ptr to the next unused element in the blockset. * * @param set The blockset to return the next element from. * * @return Ptr to the next unused element in the blockset. */ DENG_PUBLIC void *ZBlockSet_Allocate(zblockset_t *set); #define Z_ChangeTag(p,t) { \ if(Z_GetId(p) != LIBDENG_ZONEID) \ Con_Error("Z_ChangeTag at "__FILE__":%i",__LINE__); \ Z_ChangeTag2(p, t); } DENG_PUBLIC void Z_PrintStatus(void); /** * Puts a region of memory allocated with Z_Malloc() or malloc() up for garbage * collection. * * @param ptr Allocated memory (not previously trashed). */ DENG_PUBLIC void Garbage_Trash(void *ptr); ///@} #ifdef DENG_DEBUG struct memzone_private_s; typedef struct memzone_private_s MemoryZonePrivateData; DENG_PUBLIC void Z_GetPrivateData(MemoryZonePrivateData *pd); #endif #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_MEMORY_ZONE_H doomsday-1.14.5/doomsday/libdeng1/include/de/smoother.h0000664000175000017500000001136412350542240022237 0ustar jaakkojaakko/** * @file smoother.h * Interpolator for smoothing out a movement curve. @ingroup math * * The original movement path is composed out of discrete 3D points. Smoother * calculates the points in between. * * @authors Copyright © 2011-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SMOOTHER_H #define LIBDENG_SMOOTHER_H #include #ifdef __cplusplus extern "C" { #endif #define SMOOTHER_MOVE_EPSILON .001 struct smoother_s; // The smoother instance (opaque). /** * Smoother instance. Use Smoother_New() to construct. */ typedef struct smoother_s Smoother; /** * Construct a new smoother instance. * * @return Smoother instance. */ DENG_PUBLIC Smoother *Smoother_New(); /** * Destructs a smoother. This must be called when the smoother is no longer * needed. * * @param sm Smoother instance. */ DENG_PUBLIC void Smoother_Delete(Smoother *sm); /** * If the difference between the smoother's past and now times is larger than * @a delta, the smoother gets automatically advanced to the present. This may * occur if the smoother keeps being advanced but no new values are inserted. * The assumption is that new values are being inserted at a semi-regular rate. */ DENG_PUBLIC void Smoother_SetMaximumPastNowDelta(Smoother *sm, float delta); /** * Resets the smoother instance. More than one discrete input point is needed before * output values can be calculated again. After calling Smoother_Clear() the state * of the Smoother is the same as right after construction. * * @param sm Smoother instance. */ DENG_PUBLIC void Smoother_Clear(Smoother *sm); /** * Defines a new input point in the future of the smoother. * * @param sm Smoother instance. * @param time Point in time (game tick). * @param x Cooordinate. * @param y Cooordinate. * @param z Cooordinate. * @param onFloor @c true if the z coordinate should be on the floor plane. */ DENG_PUBLIC void Smoother_AddPos(Smoother *sm, float time, coord_t x, coord_t y, coord_t z, dd_bool onFloor); /** * Defines a new XY input point in the future of the smoother. * * @param sm Smoother instance. * @param time Point in time (game tick). * @param x Cooordinate. * @param y Cooordinate. */ DENG_PUBLIC void Smoother_AddPosXY(Smoother *sm, float time, coord_t x, coord_t y); /** * Calculates the coordinates for the current point in time. * * @param sm Smoother instance. * @param xyz The coordinates are written here. Must have room for 3 values. * * @return @c true if the evaluation was successful. When @c false is returned, * the values in @a xyz are not valid. * * @see Smoother_Advance() */ DENG_PUBLIC dd_bool Smoother_Evaluate(Smoother const *sm, coord_t *xyz); /** * Calculates a coordinate for the current point in time. * * @param sm Smoother instance. * @param component The component to evaluate (0..2). * @param v The evaluated coordinate value is written here. Must have room for 1 value. * * @return @c true if the evaluation was successful. When @c false is returned, * the value in @a v is not valid. * * @see Smoother_Advance() */ DENG_PUBLIC dd_bool Smoother_EvaluateComponent(Smoother const *sm, int component, coord_t *v); /** * Determines whether the smoother's Z coordinate is currently on the floor plane. * @param sm Smoother instance. */ DENG_PUBLIC dd_bool Smoother_IsOnFloor(Smoother const *sm); /** * Determines whether the smoother is currently undergoing movement. * @param sm Smoother instance. */ DENG_PUBLIC dd_bool Smoother_IsMoving(Smoother const *sm); /** * Advances the smoother @a sm by @a period amount of time. * @param sm Smoother instance. * @param period Amount of time to advance the Smoother's current time. */ DENG_PUBLIC void Smoother_Advance(Smoother *sm, float period); void Smoother_Debug(Smoother const *sm); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_SMOOTHER_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/memory.h0000664000175000017500000000430712350542240021706 0ustar jaakkojaakko/** * @file memory.h * Memory allocations. @ingroup system * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SYSTEM_MEMORY_H #define LIBDENG_SYSTEM_MEMORY_H #include #include // memcpy #ifdef __cplusplus extern "C" { #endif DENG_PUBLIC void *M_Malloc(size_t size); DENG_PUBLIC void *M_Calloc(size_t size); /** * Changes the size of a previously allocated memory block, allocates new * memory, or frees previously allocated memory. * * - If @a ptr is NULL and @a size is zero, nothing happens and NULL is returned. * - If @a ptr is NULL and @a size is not zero, new memory is allocated * and a pointer to it is returned. * - If @a ptr is not NULL and @a size is not zero, the memory pointed to * by @a ptr is resized, and the allocated memory's (possible) new address * is returned. * - If @a ptr is not NULL and @a size is zero, the memory pointed to by * @a ptr is freed (using M_Free()) and NULL is returned. * * @param ptr Previously allocated memory, or NULL. * @param size New size for the allocated memory. * * @return Allocated memory, or NULL. */ DENG_PUBLIC void *M_Realloc(void *ptr, size_t size); DENG_PUBLIC void *M_MemDup(void const *ptr, size_t size); DENG_PUBLIC void M_Free(void *ptr); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_SYSTEM_MEMORY_H doomsday-1.14.5/doomsday/libdeng1/include/de/types.h0000664000175000017500000001201612350542240021536 0ustar jaakkojaakko/** * @file types.h * Types for libdeng. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_BASIC_TYPES_H #define LIBDENG_BASIC_TYPES_H // This header is ignored if read by Microsoft RC. #ifndef RC_INVOKED #include enum { VX = 0, VY = 1, VZ = 2 }; #ifndef __cplusplus # ifndef true # define true 1 # endif # ifndef false # define false 0 # endif #endif /* * Basic types. */ #ifndef _MSC_VER # include // use C99 standard header (MSVC doesn't have C99) #else /* MSVC must define them ouselves. ISO C9x Integer types - not all of them though, just what we need If we need more the this, best of taking the header from MinGW for MSVC users */ /* 7.18.1.1 Exact-width integer types */ typedef signed char int8_t; typedef unsigned char uint8_t; typedef short int16_t; typedef unsigned short uint16_t; typedef int int32_t; typedef unsigned uint32_t; typedef long long int64_t; typedef unsigned long long uint64_t; /* 7.18.1.2 Minimum-width integer types */ typedef signed char int_least8_t; typedef unsigned char uint_least8_t; typedef short int_least16_t; typedef unsigned short uint_least16_t; typedef int int_least32_t; typedef unsigned uint_least32_t; typedef long long int_least64_t; typedef unsigned long long uint_least64_t; /* 7.18.1.3 Fastest minimum-width integer types * Not actually guaranteed to be fastest for all purposes * Here we use the exact-width types for 8 and 16-bit ints. */ typedef char int_fast8_t; typedef unsigned char uint_fast8_t; typedef short int_fast16_t; typedef unsigned short uint_fast16_t; typedef int int_fast32_t; typedef unsigned int uint_fast32_t; typedef long long int_fast64_t; typedef unsigned long long uint_fast64_t; /* 7.18.1.5 Greatest-width integer types */ typedef long long intmax_t; typedef unsigned long long uintmax_t; #endif #ifndef MACOSX typedef unsigned int uint; typedef unsigned short ushort; #endif #ifdef UNIX # include #endif typedef unsigned char byte; typedef int32_t fixed_t; typedef uint32_t angle_t; typedef uint32_t ident_t; typedef int32_t gameid_t; typedef uint32_t fontid_t; typedef uint32_t materialid_t; typedef int patchid_t; typedef int32_t spritenum_t; typedef uint16_t nodeindex_t; typedef uint16_t thid_t; typedef double timespan_t; /// All points in the map coordinate space should be defined using this type. typedef double coord_t; typedef int ddboolean_t; #define dd_bool ddboolean_t // for convenience // Angles. #define ANGLE_45 0x20000000 #define ANGLE_90 0x40000000 #define ANGLE_180 0x80000000 #define ANGLE_MAX 0xffffffff #define ANGLE_1 (ANGLE_45/45) #define ANGLE_60 (ANGLE_180/3) #define ANG45 0x20000000 #define ANG90 0x40000000 #define ANG180 0x80000000 #define ANG270 0xc0000000 #define FINEANGLES 8192 #define FINEMASK (FINEANGLES-1) #define ANGLETOFINESHIFT 19 ///< Shifts 0x100000000 to 0x2000. typedef enum slopetype_e { ST_HORIZONTAL, ST_VERTICAL, ST_POSITIVE, ST_NEGATIVE } slopetype_t; /// Bounding box coordinates. enum { BOXTOP = 0, BOXBOTTOM = 1, BOXLEFT = 2, BOXRIGHT = 3, BOXFLOOR = 4, BOXCEILING = 5 }; // Pointer-integer conversion (used for legacy code). #ifdef __64BIT__ typedef int64_t int_from_pointer_t; #else typedef int32_t int_from_pointer_t; #endif #define PTR2INT(x) ( (int_from_pointer_t) ((void *)(x)) ) #define INT2PTR(type,x) ( (type *) ((int_from_pointer_t)(x)) ) /* * Limits. */ #define DDMAXCHAR ((char)0x7f) #define DDMAXSHORT ((int16_t)0x7fff) #define DDMAXUSHORT ((uint16_t)0xffff) #define DDMAXINT ((int32_t)0x7fffffff) ///< Max positive 32-bit int #define DDMAXLONG ((int32_t)0x7fffffff) #define DDMAXFLOAT ((float)1E+37) #define DDMINCHAR ((char)0x80) #define DDMINSHORT ((int16_t)0x8000) #define DDMININT ((int32_t)0x80000000) ///< Min negative 32-bit integer #define DDMINLONG ((int32_t)0x80000000) #define DDMINFLOAT ((float)-(1E+37)) #endif // RC_INVOKED #endif // LIBDENG_BASIC_TYPES_H doomsday-1.14.5/doomsday/libdeng1/include/de/fixedpoint.h0000664000175000017500000000515512350542240022551 0ustar jaakkojaakko/** @file fixedpoint.h Fixed-point math. * @ingroup math * * @par Build Options * Define DENG_NO_FIXED_ASM to disable the assembler fixed-point routines. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_FIXED_POINT_MATH_H #define LIBDENG_FIXED_POINT_MATH_H #include "libdeng1.h" #define FRACBITS 16 #define FRACUNIT (1 << FRACBITS) #define FRACEPSILON (1.0f / 65535.f) // ~ 1.5e-5 #define SLOPERANGE 2048 #define SLOPEBITS 11 #define DBITS (FRACBITS-SLOPEBITS) #define FIX2FLT(x) ( (x) / (float) FRACUNIT ) #define FIX2DBL(x) ( (double) FIX2FLT(x) ) #define Q_FIX2FLT(x) ( (float) ((x) >> FRACBITS) ) #define FLT2FIX(x) ( (fixed_t) ((x) * FRACUNIT) ) #define DBL2FIX(x) ( (fixed_t) FLT2FIX((float)(x)) ) #ifdef __cplusplus extern "C" { #endif #if !defined( DENG_NO_FIXED_ASM ) && !defined( GNU_X86_FIXED_ASM ) __inline fixed_t FixedMul(fixed_t a, fixed_t b) { __asm { // The parameters in eax and ebx. mov eax, a mov ebx, b // The multiplying. imul ebx shrd eax, edx, 16 // eax should hold the return value. } // A value is returned regardless of the compiler warning. } __inline fixed_t FixedDiv2(fixed_t a, fixed_t b) { __asm { // The parameters. mov eax, a mov ebx, b // The operation. cdq shld edx, eax, 16 sal eax, 16 idiv ebx // And the value returns in eax. } // A value is returned regardless of the compiler warning. } #else DENG_PUBLIC fixed_t FixedMul(fixed_t a, fixed_t b); DENG_PUBLIC fixed_t FixedDiv2(fixed_t a, fixed_t b); #endif // DENG_NO_FIXED_ASM DENG_PUBLIC fixed_t FixedDiv(fixed_t a, fixed_t b); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_FIXED_POINT_MATH_H doomsday-1.14.5/doomsday/libdeng1/include/de/rect.h0000664000175000017500000001446612350542240021342 0ustar jaakkojaakko/** * @file rect.h * Rectangles. @ingroup math * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DATA_RECT_H #define LIBDENG_DATA_RECT_H #include "point.h" #include "size.h" #ifdef __cplusplus extern "C" { #endif /** * Integer rectangle. Intended as a handy POD structure for manipulation * of rectangles using integer precison. */ typedef struct RectRaw_s { Point2Raw origin; Size2Raw size; #ifdef __cplusplus RectRaw_s(int x = 0, int y = 0, int width = 0, int height = 0) : origin(x, y), size(width, height) {} #endif } RectRaw; /** * Rect instance. */ struct rect_s; // The Rect instance (opaque). typedef struct rect_s Rect; DENG_PUBLIC Rect *Rect_New(void); DENG_PUBLIC Rect *Rect_NewWithOriginSize(Point2 const *origin, Size2 const *size); DENG_PUBLIC Rect *Rect_NewWithOriginSize2(int x, int y, int width, int height); DENG_PUBLIC Rect *Rect_NewFromRaw(RectRaw const *rawRect); DENG_PUBLIC void Rect_Delete(Rect *rect); DENG_PUBLIC void Rect_Copy(Rect *rect, Rect const *other); DENG_PUBLIC Rect *Rect_CopyRaw(Rect *rect, RectRaw const *rawRect); DENG_PUBLIC RectRaw *Rect_Raw(Rect const *rect, RectRaw *rawRect); DENG_PUBLIC dd_bool Rect_IsNull(Rect const *rect); DENG_PUBLIC Point2 const *Rect_Origin(Rect const *rect); DENG_PUBLIC int Rect_X(Rect const *rect); DENG_PUBLIC int Rect_Y(Rect const *rect); DENG_PUBLIC void Rect_SetOrigin(Rect *rect, Point2 const *origin); DENG_PUBLIC void Rect_SetX(Rect *rect, int x); DENG_PUBLIC void Rect_SetY(Rect *rect, int y); DENG_PUBLIC void Rect_SetXY(Rect *rect, int x, int y); DENG_PUBLIC void Rect_Translate(Rect *r, Point2Raw const *delta); DENG_PUBLIC void Rect_TranslateX(Rect *rect, int x); DENG_PUBLIC void Rect_TranslateY(Rect *rect, int y); DENG_PUBLIC void Rect_TranslateXY(Rect *rect, int x, int y); DENG_PUBLIC Size2 const *Rect_Size(Rect const *rect); DENG_PUBLIC int Rect_Width(Rect const *rect); DENG_PUBLIC int Rect_Height(Rect const *rect); DENG_PUBLIC void Rect_SetSize(Rect *rect, Size2 const *size); DENG_PUBLIC void Rect_SetWidth(Rect *rect, int width); DENG_PUBLIC void Rect_SetHeight(Rect *rect, int height); DENG_PUBLIC void Rect_SetWidthHeight(Rect *rect, int width, int height); DENG_PUBLIC Point2Raw *Rect_TopLeft(Rect const *rect, Point2Raw *point); DENG_PUBLIC Point2Raw *Rect_TopRight(Rect const *rect, Point2Raw *point); DENG_PUBLIC Point2Raw *Rect_BottomLeft(Rect const *rect, Point2Raw *point); DENG_PUBLIC Point2Raw *Rect_BottomRight(Rect const *rect, Point2Raw *point); DENG_PUBLIC Rect *Rect_Normalize(Rect *rect); DENG_PUBLIC Rect *Rect_Unite(Rect *rect, Rect const *other); DENG_PUBLIC Rect *Rect_UniteRaw(Rect *rect, RectRaw const *other); DENG_PUBLIC dd_bool Rect_Equality(Rect const *rect, Rect const *other); /** * Static non-members. */ DENG_PUBLIC RectRaw *Rect_Normalized(Rect const *rect, RectRaw *normalized); DENG_PUBLIC RectRaw *Rect_United(Rect const *rect, Rect const *other, RectRaw *united); /** * Floating-point rectangle. Intended as a handy POD structure for * manipulation of rectangles using floating point precison. */ typedef struct RectRawf_s { Point2Rawf origin; Size2Rawf size; } RectRawf; /** * Rectf instance. */ struct rectf_s; // The Rectf instance (opaque). typedef struct rectf_s Rectf; DENG_PUBLIC Rectf *Rectf_New(void); DENG_PUBLIC Rectf *Rectf_NewWithOriginSize(Point2f const *origin, Size2f const *size); DENG_PUBLIC Rectf *Rectf_NewFromRaw(RectRawf const *rawRect); DENG_PUBLIC void Rectf_Delete(Rectf *rect); DENG_PUBLIC void Rectf_Copy(Rectf *rect, Rectf const *other); DENG_PUBLIC Rectf *Rectf_CopyRaw(Rectf *r, RectRawf const *rawRect); DENG_PUBLIC RectRawf *Rectf_Raw(Rectf const *rect, RectRawf *rawRect); DENG_PUBLIC dd_bool Rectf_IsNull(Rectf const *rect); DENG_PUBLIC Point2f const *Rectf_Origin(Rectf const *rect); DENG_PUBLIC double Rectf_X(Rectf const *rect); DENG_PUBLIC double Rectf_Y(Rectf const *rect); DENG_PUBLIC void Rectf_SetOrigin(Rectf *rect, Point2f const *origin); DENG_PUBLIC void Rectf_SetX(Rectf *rect, double x); DENG_PUBLIC void Rectf_SetY(Rectf *rect, double y); DENG_PUBLIC void Rectf_SetXY(Rectf *rect, double x, double y); DENG_PUBLIC void Rectf_TranslateX(Rectf *rect, double x); DENG_PUBLIC void Rectf_TranslateY(Rectf *rect, double y); DENG_PUBLIC void Rectf_TranslateXY(Rectf *rect, double x, double y); DENG_PUBLIC Size2f const *Rectf_Size(Rectf const *rect); DENG_PUBLIC double Rectf_Width(Rectf const *rect); DENG_PUBLIC double Rectf_Height(Rectf const *rect); DENG_PUBLIC void Rectf_SetSize(Rectf *rect, Size2f const *size); DENG_PUBLIC void Rectf_SetWidth(Rectf *rect, double width); DENG_PUBLIC void Rectf_SetHeight(Rectf *rect, double height); DENG_PUBLIC void Rectf_SetWidthHeight(Rectf *rect, double width, double height); DENG_PUBLIC Point2Rawf *Rectf_TopLeft(Rectf const *rect, Point2Rawf *point); DENG_PUBLIC Point2Rawf *Rectf_TopRight(Rectf const *rect, Point2Rawf *point); DENG_PUBLIC Point2Rawf *Rectf_BottomLeft(Rectf const *rect, Point2Rawf *point); DENG_PUBLIC Point2Rawf *Rectf_BottomRight(Rectf const *rect, Point2Rawf *point); DENG_PUBLIC Rectf *Rectf_Normalize(Rectf *rect); DENG_PUBLIC Rectf *Rectf_Unite(Rectf *rect, Rectf const *other); DENG_PUBLIC Rectf *Rectf_UniteRaw(Rectf *rect, RectRawf const *other); DENG_PUBLIC dd_bool Rectf_Equality(Rectf const *rect, Rectf const *other); /** * Static non-members: */ DENG_PUBLIC RectRawf *Rectf_Normalized(Rectf const *rect, RectRawf *normalized); DENG_PUBLIC RectRawf *Rectf_United(Rectf const *rect, Rectf const *other, RectRawf *united); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_DATA_RECT_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/memoryblockset.h0000664000175000017500000000621612350542240023436 0ustar jaakkojaakko/** * @file memoryblockset.h * Set of memory blocks allocated from the zone. @ingroup system * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_MEMORY_BLOCKSET_H #define LIBDENG_MEMORY_BLOCKSET_H #include "libdeng1.h" #ifdef __cplusplus extern "C" { #endif struct blockset_block_s; /** * Block memory batch allocator. * * These are used instead of many calls to M_Malloc() when the number of * required elements is unknown and when linear allocation would be too * slow. * * Memory is allocated as needed in blocks of "batchSize" elements. When * a new element is required we simply reserve a ptr in the previously * allocated block of elements or create a new block just in time. * * The internal state of a blockset is managed automatically. */ typedef struct blockset_s { /// Number of elements to allocate in each block. size_t _elementsPerBlock; /// Running total of the number of used elements across all blocks. size_t _elementsInUse; /// sizeof an individual element in the set. size_t _elementSize; /// Number of blocks in the set. size_t _blockCount; /// Vector of blocks in the set. struct blockset_block_s *_blocks; } blockset_t; /** * Creates a new block memory allocator. * * @param sizeOfElement Required size of each element in bytes. Must be at * least 1 (bytes). * @param batchSize Number of elements in each block of the set. Must * be at least 1. * * @return Ptr to the newly created blockset. */ DENG_PUBLIC blockset_t *BlockSet_New(size_t sizeOfElement, size_t batchSize); /** * Free an entire blockset. All memory allocated is released for all elements * in all blocks and any used for the blockset itself. * * @param set The blockset to be freed. */ DENG_PUBLIC void BlockSet_Delete(blockset_t *set); /** * Return a ptr to the next unused element in the blockset. * * @param set The blockset to return the next element from. * * @return Ptr to the next unused element in the blockset. */ DENG_PUBLIC void *BlockSet_Allocate(blockset_t *set); /// @return Total number of elements from the set that are currently in use. DENG_PUBLIC size_t BlockSet_Count(blockset_t *set); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_BLOCKSET_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/stack.h0000664000175000017500000000251112350542240021476 0ustar jaakkojaakko/** @file stack.h Stack of void* elements. * @ingroup data * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_STACK_H #define LIBDENG_STACK_H #include #ifdef __cplusplus extern "C" { #endif struct ddstack_s; // opaque typedef struct ddstack_s ddstack_t; DENG_PUBLIC ddstack_t *Stack_New(void); DENG_PUBLIC void Stack_Delete(ddstack_t *stack); DENG_PUBLIC size_t Stack_Height(ddstack_t *stack); DENG_PUBLIC void Stack_Push(ddstack_t *stack, void *data); DENG_PUBLIC void *Stack_Pop(ddstack_t *stack); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_STACK_H doomsday-1.14.5/doomsday/libdeng1/include/de/kdtree.h0000664000175000017500000000616712350542240021662 0ustar jaakkojaakko/** @file kdtree.h Kd-Tree data structure. * @ingroup data * * Based on glBSP 2.24 (in turn, based on BSP 2.3), which is hosted on * SourceForge: http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_KDTREE_H #define LIBDENG_KDTREE_H #include "aabox.h" #ifdef __cplusplus extern "C" { #endif struct kdtree_s; // opaque struct kdtreenode_s; // opaque typedef struct kdtree_s KdTree; typedef struct kdtreenode_s KdTreeNode; /** * Constructs a new KdTree. The kd-tree must be destroyed with KdTree_Delete() * when no longer needed. */ DENG_PUBLIC KdTree *KdTree_New(const AABox *bounds); /** * Destroys the KdTree. * * @param kdTree KdTree instance. */ DENG_PUBLIC void KdTree_Delete(KdTree *kdTree); DENG_PUBLIC KdTreeNode *KdTree_Root(KdTree *kdTree); DENG_PUBLIC int KdTree_PostTraverse2(KdTree *kdTree, int(*callback)(KdTreeNode *, void *), void *parameters); DENG_PUBLIC int KdTree_PostTraverse(KdTree *kdTree, int(*callback)(KdTreeNode *, void *)/*, parameters=NULL*/); DENG_PUBLIC void KdTreeNode_Delete(KdTreeNode *kdTreeNode); DENG_PUBLIC KdTree *KdTreeNode_KdTree(KdTreeNode *kdTreeNode); DENG_PUBLIC const AABox *KdTreeNode_Bounds(KdTreeNode *kdTreeNode); DENG_PUBLIC void *KdTreeNode_UserData(KdTreeNode *kdTreeNode); DENG_PUBLIC KdTreeNode *KdTreeNode_SetUserData(KdTreeNode *kdTreeNode, void *userData); DENG_PUBLIC KdTreeNode *KdTreeNode_Parent(KdTreeNode *kdTreeNode); DENG_PUBLIC KdTreeNode *KdTreeNode_Child(KdTreeNode *kdTreeNode, int left); #define KdTreeNode_Right(kdTreeNode) KdTreeNode_Child((kdTreeNode), false) #define KdTreeNode_Left(kdTreeNode) KdTreeNode_Child((kdTreeNode), true) DENG_PUBLIC KdTreeNode *KdTreeNode_AddChild(KdTreeNode *kdTreeNode, double distance, int vertical, int left, void *userData); DENG_PUBLIC int KdTreeNode_Traverse2(KdTreeNode *kdTreeNode, int (*callback)(KdTreeNode *, void *), void *parameters); DENG_PUBLIC int KdTreeNode_Traverse(KdTreeNode *kdTreeNode, int (*callback)(KdTreeNode *, void *)); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_KDTREE_H doomsday-1.14.5/doomsday/libdeng1/include/de/binangle.h0000664000175000017500000001000612350542240022146 0ustar jaakkojaakko/** @file de/binangle.h Binary angle mathematics. * @ingroup math * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_BAMS_MATH_H #define LIBDENG_BAMS_MATH_H #include #include #ifdef __cplusplus extern "C" { #endif #define BAMS_BITS 16 #if BAMS_BITS == 32 typedef uint32_t binangle_t; # define BANG_TO_ANGLE(bang) ((angle_t)bang) #elif BAMS_BITS == 16 typedef uint16_t binangle_t; # define BANG_TO_ANGLE(bang) ((angle_t)bang << 16) #else typedef unsigned char binangle_t; # define BANG_TO_ANGLE(bang) ((angle_t)bang << 24) #endif #define ANGLE_TO_BANG(angle) ((binangle_t)((angle_t)angle >> BAMS_BITS)) #if BAMS_BITS == 32 // Some predefined angles. #define BANG_0 0 // To the east. #define BANG_45 0x20000000 // To the northeast. #define BANG_90 0x40000000 // To the north. #define BANG_135 0x60000000 // To the northwest. #define BANG_180 0x80000000 // To the west. #define BANG_225 0xa0000000 // To the southwest. #define BANG_270 0xc0000000 // To the south. #define BANG_315 0xe0000000 // To the southeast. #define BANG_360 0x100000000 // Actually the same as angle 0. #define BANG_MAX 0xffffffff // The largest possible angle. #elif BAMS_BITS == 16 // Some predefined angles. #define BANG_0 0 // To the east. #define BANG_45 0x2000 // To the northeast. #define BANG_90 0x4000 // To the north. #define BANG_135 0x6000 // To the northwest. #define BANG_180 0x8000 // To the west. #define BANG_225 0xa000 // To the southwest. #define BANG_270 0xc000 // To the south. #define BANG_315 0xe000 // To the southeast. #define BANG_360 0x10000 // Actually the same than angle 0. #define BANG_MAX 0xffff // The largest possible angle. #else // Byte-sized. // Some predefined angles. #define BANG_0 0 // To the east. #define BANG_45 0x20 // To the northeast. #define BANG_90 0x40 // To the north. #define BANG_135 0x60 // To the northwest. #define BANG_180 0x80 // To the west. #define BANG_225 0xa0 // To the southwest. #define BANG_270 0xc0 // To the south. #define BANG_315 0xe0 // To the southeast. #define BANG_360 0x100 // Actually the same than angle 0. #define BANG_MAX 0xff // The largest possible angle. #endif #define BAMS_PI 3.14159265359 #define RAD2BANG(x) ((binangle_t)((x)/BAMS_PI*BANG_180)) #define BANG2RAD(x) ((float)((x)/(float)BANG_180*BAMS_PI)) #define BANG2DEG(x) ((float)((x)/(float)BANG_180*180)) // Compass directions, for convenience. #define BANG_EAST BANG_0 #define BANG_NORTHEAST BANG_45 #define BANG_NORTH BANG_90 #define BANG_NORTHWEST BANG_135 #define BANG_WEST BANG_180 #define BANG_SOUTHWEST BANG_225 #define BANG_SOUTH BANG_270 #define BANG_SOUTHEAST BANG_315 void bamsInit(void); DENG_PUBLIC binangle_t bamsAtan2(int y, int x); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/libdeng1/include/de/point.h0000664000175000017500000002007712350542240021531 0ustar jaakkojaakko/** * @file point.h * 2D points. @ingroup math * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DATA_POINT_H #define LIBDENG_DATA_POINT_H #include "libdeng1.h" #ifdef __cplusplus extern "C" { #endif /** * 2D point with integer values. A handy POD structure for easy manipulation of * two dimensional plane points. @ingroup math */ typedef struct Point2Raw_s { union { struct { int x; int y; }; int xy[2]; }; #ifdef __cplusplus Point2Raw_s(int x_ = 0, int y_ = 0) : x(x_), y(y_) {} Point2Raw_s(Point2Raw_s const &other) : x(other.x), y(other.y) {} #endif } Point2Raw; struct point2_s; // The Point2f instance (opaque). /** * Point2 instance. Class for manipulating 2D plane points using integer precision. * Use Point2_New() or one of the other constructors to instantiate. */ typedef struct point2_s Point2; DENG_PUBLIC Point2 *Point2_New(void); DENG_PUBLIC Point2 *Point2_NewWithCoords(int x, int y); DENG_PUBLIC Point2 *Point2_NewFromRaw(Point2Raw const *rawPoint); DENG_PUBLIC void Point2_Delete(Point2 *point); DENG_PUBLIC Point2Raw *Point2_Raw(Point2 const *point, Point2Raw *rawPoint); DENG_PUBLIC dd_bool Point2_IsNull(Point2 const *point); DENG_PUBLIC int Point2_X(Point2 const *point); DENG_PUBLIC int Point2_Y(Point2 const *point); DENG_PUBLIC void Point2_SetX(Point2 *point, int x); DENG_PUBLIC void Point2_SetY(Point2 *point, int y); DENG_PUBLIC int const *Point2_XY(Point2 const *point); DENG_PUBLIC void Point2_SetXY(Point2 *point, int x, int y); DENG_PUBLIC void Point2_Translate(Point2 *point, Point2Raw const *delta); DENG_PUBLIC void Point2_TranslateXY(Point2 *point, int x, int y); DENG_PUBLIC void Point2_TranslateX(Point2 *point, int x); DENG_PUBLIC void Point2_TranslateY(Point2 *point, int y); DENG_PUBLIC void Point2_Sum(Point2 *point, Point2 const *other); DENG_PUBLIC dd_bool Point2_Equality(Point2 const *point, Point2 const *other); /** * 2D point with floating point values. A handy POD structure for easy * manipulation of two dimensional plane points. * @ingroup math */ typedef struct Point2Rawf_s { union { struct { double x; double y; }; double xy[2]; }; #ifdef __cplusplus Point2Rawf_s(double x_ = 0, double y_ = 0) : x(x_), y(y_) {} #endif } Point2Rawf; struct point2f_s; // The Point2f instance (opaque). /** * Point2f instance. Class for manipulating 2D plane points using floating-point precision. * Use Point2f_New() or one of the other constructors to instantiate. */ typedef struct point2f_s Point2f; DENG_PUBLIC Point2f *Point2f_New(void); DENG_PUBLIC Point2f *Point2f_NewWithCoords(double x, double y); DENG_PUBLIC Point2f *Point2f_NewFromRaw(Point2Rawf const *rawPoint); DENG_PUBLIC void Point2f_Delete(Point2f *point); DENG_PUBLIC Point2Rawf *Point2f_Raw(Point2f const *point, Point2Rawf *rawPoint); DENG_PUBLIC dd_bool Point2f_IsNull(Point2f const *point); DENG_PUBLIC double Point2f_X(Point2f const *point); DENG_PUBLIC double Point2f_Y(Point2f const *point); DENG_PUBLIC void Point2f_SetX(Point2f *point, double x); DENG_PUBLIC void Point2f_SetY(Point2f *point, double y); DENG_PUBLIC double const *Point2f_XY(Point2f const *point); DENG_PUBLIC void Point2f_SetXY(Point2f *point, double x, double y); DENG_PUBLIC void Point2f_Translate(Point2f *point, Point2Rawf const *delta); DENG_PUBLIC void Point2f_TranslateXY(Point2f *point, double x, double y); DENG_PUBLIC void Point2f_TranslateX(Point2f *point, double x); DENG_PUBLIC void Point2f_TranslateY(Point2f *point, double y); DENG_PUBLIC void Point2f_Sum(Point2f *point, Point2f const *other); DENG_PUBLIC dd_bool Point2f_Equality(Point2f const *point, Point2f const *other); /** * 3D point with integer values. A handy POD structure for easy manipulation of * three dimensional space points. @ingroup math */ typedef struct Point3Raw_s { union { struct { int x; int y; int z; }; int xy[2]; int xyz[3]; }; } Point3Raw; struct point3_s; // The Point3f instance (opaque). /** * Point3 instance. Class for manipulating 3D plane points using integer precision. * Use Point3_New() or one of the other constructors to instantiate. */ typedef struct point3_s Point3; DENG_PUBLIC Point3 *Point3_New(void); DENG_PUBLIC Point3 *Point3_NewWithCoords(int x, int y, int z); DENG_PUBLIC Point3 *Point3_NewFromRaw(Point3Raw const *rawPoint); DENG_PUBLIC void Point3_Delete(Point3 *point); DENG_PUBLIC Point3Raw *Point3_Raw(Point3 const *point, Point3Raw *rawPoint); DENG_PUBLIC dd_bool Point3_IsNull(Point3 const *point); DENG_PUBLIC int Point3_X(Point3 const *point); DENG_PUBLIC int Point3_Y(Point3 const *point); DENG_PUBLIC int Point3_Z(Point3 const *point); DENG_PUBLIC void Point3_SetX(Point3 *point, int x); DENG_PUBLIC void Point3_SetY(Point3 *point, int y); DENG_PUBLIC void Point3_SetZ(Point3 *point, int z); DENG_PUBLIC int const *Point3_XYZ(Point3 const *point); DENG_PUBLIC void Point3_SetXYZ(Point3 *point, int x, int y, int z); DENG_PUBLIC void Point3_Translate(Point3 *point, int x, int y, int z); DENG_PUBLIC void Point3_TranslateX(Point3 *point, int x); DENG_PUBLIC void Point3_TranslateY(Point3 *point, int y); DENG_PUBLIC void Point3_TranslateZ(Point3 *point, int z); DENG_PUBLIC void Point3_Sum(Point3 *point, Point3 const *other); DENG_PUBLIC dd_bool Point3_Equality(Point3 const *point, Point3 const *other); /** * 3D point with floating point values. A handy POD structure for easy * manipulation of three dimensional space points. * @ingroup math */ typedef struct Point3Rawf_s { union { struct { double x; double y; double z; }; double xy[2]; double xyz[3]; }; } Point3Rawf; struct point3f_s; // The Point3f instance (opaque). /** * Point3f instance. Class for manipulating 3D plane points using floating-point precision. * Use Point3f_New() or one of the other constructors to instantiate. */ typedef struct point3f_s Point3f; DENG_PUBLIC Point3f *Point3f_New(void); DENG_PUBLIC Point3f *Point3f_NewWithCoords(double x, double y, double z); DENG_PUBLIC Point3f *Point3f_NewFromRaw(Point3Rawf const *rawPoint); DENG_PUBLIC void Point3f_Delete(Point3f *point); DENG_PUBLIC Point3Rawf *Point3f_Raw(Point3f const *point, Point3Rawf *rawPoint); DENG_PUBLIC dd_bool Point3f_IsNull(Point3f const *point); DENG_PUBLIC double Point3f_X(Point3f const *point); DENG_PUBLIC double Point3f_Y(Point3f const *point); DENG_PUBLIC double Point3f_Z(Point3f const *point); DENG_PUBLIC void Point3f_SetX(Point3f *point, double x); DENG_PUBLIC void Point3f_SetY(Point3f *point, double y); DENG_PUBLIC void Point3f_SetZ(Point3f *point, double z); DENG_PUBLIC double const *Point3f_XYZ(Point3f const *point); DENG_PUBLIC void Point3f_SetXYZ(Point3f *point, double x, double y, double z); DENG_PUBLIC void Point3f_Translate(Point3f *point, double x, double y, double z); DENG_PUBLIC void Point3f_TranslateX(Point3f *point, double x); DENG_PUBLIC void Point3f_TranslateY(Point3f *point, double y); DENG_PUBLIC void Point3f_TranslateZ(Point3f *point, double z); DENG_PUBLIC void Point3f_Sum(Point3f *point, Point3f const *other); DENG_PUBLIC dd_bool Point3f_Equality(Point3f const *point, Point3f const *other); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_DATA_POINT_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/concurrency.h0000664000175000017500000001116212350542240022725 0ustar jaakkojaakko/** * @file concurrency.h * Concurrency: threads, mutexes, semaphores. @ingroup system * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SYSTEM_CONCURRENCY_H #define LIBDENG_SYSTEM_CONCURRENCY_H #include typedef void *thread_t; typedef int (*systhreadfunc_t) (void *parm); typedef void *mutex_t; typedef void *sem_t; typedef enum systhreadexitstatus_e { DENG_THREAD_STOPPED_NORMALLY, DENG_THREAD_STOPPED_WITH_FORCE, // terminated DENG_THREAD_STOPPED_WITH_EXCEPTION } systhreadexitstatus_t; #ifdef __cplusplus #ifdef __DENG__ // libdeng internal #include /** * Thread that runs a user-specified callback function. Exceptions from the callback * function are caught. */ class CallbackThread : public QThread { Q_OBJECT public: CallbackThread(systhreadfunc_t func, void *parm = 0); ~CallbackThread(); void run(); int exitValue() const; systhreadexitstatus_t exitStatus() const; void setTerminationFunc(void (*func)(systhreadexitstatus_t)); protected slots: void deleteNow(); private: systhreadfunc_t _callback; void *_parm; int _returnValue; systhreadexitstatus_t _exitStatus; void (*_terminationFunc)(systhreadexitstatus_t); }; #endif // __DENG__ extern "C" { #endif // __cplusplus /** * @def DENG_ASSERT_IN_MAIN_THREAD * In a debug build, this asserts that the current code is executing in the main thread. */ #ifdef _DEBUG # define DENG_ASSERT_IN_MAIN_THREAD() { DENG_ASSERT(Sys_InMainThread()); } #else # define DENG_ASSERT_IN_MAIN_THREAD() #endif /** * Stars a new thread with the given callback. * * @param startpos Executes while the thread is running. When the function exists, * the thread stops. * @param parm Parameter passed to the callback. * * @return Thread handle. */ DENG_PUBLIC thread_t Sys_StartThread(systhreadfunc_t startpos, void *parm); DENG_PUBLIC void Thread_Sleep(int milliseconds); /** * Sets a callback function that is called from the worker thread right before * it exits. The callback is given the exit status of the thread as a * parameter. * * @param thread Thread handle. * @param terminationFunc Callback to call before terminating the thread. */ DENG_PUBLIC void Thread_SetCallback(thread_t thread, void (*terminationFunc)(systhreadexitstatus_t)); /** * Wait for a thread to stop. If the thread does not stop after @a timeoutMs, * it will be forcibly terminated. * * @param handle Thread handle. * @param timeoutMs How long to wait until the thread terminates. * @param exitStatus If not @c NULL, the exit status is returned here. * @c true for normal exit, @c false if exception was caught. * * @return Return value of the thread. */ DENG_PUBLIC int Sys_WaitThread(thread_t handle, int timeoutMs, systhreadexitstatus_t *exitStatus); /** * @param handle Handle to the thread to return the id of. * Can be @c NULL in which case the current thread is assumed. * @return Identifier of the thread. */ DENG_PUBLIC uint32_t Sys_ThreadId(thread_t handle); DENG_PUBLIC uint32_t Sys_CurrentThreadId(void); DENG_PUBLIC dd_bool Sys_InMainThread(void); DENG_PUBLIC mutex_t Sys_CreateMutex(char const *name); DENG_PUBLIC void Sys_DestroyMutex(mutex_t mutexHandle); DENG_PUBLIC void Sys_Lock(mutex_t mutexHandle); DENG_PUBLIC void Sys_Unlock(mutex_t mutexHandle); #if 0 /// @todo update these if/when needed sem_t Sem_Create(uint32_t initialValue); void Sem_Destroy(sem_t semaphore); void Sem_P(sem_t semaphore); void Sem_V(sem_t semaphore); #endif /* * Private functions. */ void Sys_MarkAsMainThread(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_SYSTEM_CONCURRENCY_H doomsday-1.14.5/doomsday/libdeng1/include/de/reader.h0000664000175000017500000001113212350542240021632 0ustar jaakkojaakko/** * @file de/reader.h * Deserializer for reading values and data from a byte array. @ingroup base * * Reader instances assume that all values stored in the source array are in * little-endian (Intel) byte order. All read operations are checked against * the buffer boundaries; reading too much data from the buffer results in an * error. * * If @c DENG_WRITER_TYPECHECK is defined, the type check codes preceding * the data values are checked for validity. The assumption is that the source * data buffer has been created using a Writer. * * @see writer.h, Writer * * @todo This should be converted into a C wrapper for the libdeng2 de::Reader. * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_READER_H #define LIBDENG_READER_H #include "libdeng1.h" #include "types.h" #ifdef __cplusplus extern "C" { #endif struct reader_s; // The reader instance (opaque). /** * Reader instance. Constructed with Reader_NewWithBuffer() or one of the other * constructors. */ typedef struct reader_s Reader; typedef char (*Reader_Callback_ReadInt8) (Reader *); typedef short (*Reader_Callback_ReadInt16)(Reader *); typedef int (*Reader_Callback_ReadInt32)(Reader *); typedef float (*Reader_Callback_ReadFloat)(Reader *); typedef void (*Reader_Callback_ReadData) (Reader *, char *data, int len); /** * Initializes the reader. The reader will use @a buffer as the reading buffer. * The buffer is expected to use network byte order. The reader has to be destroyed * with Reader_Delete() after it is not needed any more. * * @param buffer Buffer to use for reading. * @param len Length of the buffer. */ DENG_PUBLIC Reader *Reader_NewWithBuffer(byte const *buffer, size_t len); /** * Constructs a new reader that has no memory buffer of its own. Instead, all the * read operations will get routed to user-provided callbacks. */ DENG_PUBLIC Reader *Reader_NewWithCallbacks(Reader_Callback_ReadInt8 readInt8, Reader_Callback_ReadInt16 readInt16, Reader_Callback_ReadInt32 readInt32, Reader_Callback_ReadFloat readFloat, Reader_Callback_ReadData readData); /** * Destroys the reader. */ DENG_PUBLIC void Reader_Delete(Reader *reader); /** * Returns the current position of the reader. */ DENG_PUBLIC size_t Reader_Pos(Reader const *reader); /** * Returns the size of the reading buffer. */ DENG_PUBLIC size_t Reader_Size(Reader const *reader); /** * Determines whether the reader is in the end of buffer, i.e., there is nothing * more to read. */ DENG_PUBLIC dd_bool Reader_AtEnd(Reader const *reader); /** * Sets the position of the reading cursor in the buffer. * * @param reader Reader. * @param newPos New position. */ DENG_PUBLIC void Reader_SetPos(Reader *reader, size_t newPos); /** * Reads a value from the source buffer. */ ///@{ DENG_PUBLIC int8_t Reader_ReadChar (Reader *reader); DENG_PUBLIC byte Reader_ReadByte (Reader *reader); DENG_PUBLIC int16_t Reader_ReadInt16 (Reader *reader); DENG_PUBLIC uint16_t Reader_ReadUInt16 (Reader *reader); DENG_PUBLIC int32_t Reader_ReadInt32 (Reader *reader); DENG_PUBLIC uint32_t Reader_ReadUInt32 (Reader *reader); DENG_PUBLIC float Reader_ReadFloat (Reader *reader); ///@} /** * Reads @a len bytes into @a buffer. */ DENG_PUBLIC void Reader_Read(Reader *reader, void *buffer, size_t len); /** * Only 15 bits can be used for the number because the high bit of the * lower byte is used to determine whether the upper byte follows or not. */ DENG_PUBLIC uint16_t Reader_ReadPackedUInt16(Reader *reader); DENG_PUBLIC uint32_t Reader_ReadPackedUInt32(Reader *reader); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_READER_H doomsday-1.14.5/doomsday/libdeng1/include/de/ddstring.h0000664000175000017500000000002112350542240022201 0ustar jaakkojaakko#include "str.h" doomsday-1.14.5/doomsday/libdeng1/include/de/str.h0000664000175000017500000003420712350542240021210 0ustar jaakkojaakko/** @file str.h Dynamic text string. * * Dynamic string management and other text utilities. @ingroup base * * Uses @ref memzone or standard malloc for memory allocation, chosen during * initialization of a string. The string instance itself is always allocated * with malloc. * * AutoStr is a variant of ddstring_t that is automatically put up for garbage * collection. You may create an AutoStr instance either by converting an * existing string to one with AutoStr_FromStr() or by allocating a new * instance with AutoStr_New(). You are @em not allowed to manually delete an * AutoStr instance; it will be deleted automatically during the next garbage * recycling. * * Using AutoStr instances is recommended when you have a dynamic string as a * return value from a function, or when you have strings with a limited scope * that need to be deleted after exiting the scope. * * @todo Make this opaque for better forward compatibility -- prevents initialization * with static C strings, though (which is probably for the better anyway). * @todo Derive from Qt::QString * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2008-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_API_STRING_H #define LIBDENG_API_STRING_H #include "libdeng1.h" #include "types.h" #include "reader.h" #include "writer.h" #include #ifdef __cplusplus extern "C" { #endif /** * Dynamic string instance. Use Str_New() to allocate one from the heap, or * Str_Init() to initialize a string located on the stack. * * You can init global ddstring_t variables with static string constants, * for example: @code ddstring_t mystr = { "Hello world." }; @endcode */ typedef struct ddstring_s { /// String buffer. char *str; /// String length (no terminating nulls). size_t length; /// Allocated buffer size: includes the terminating null and possibly /// some extra space. size_t size; // Memory management. void (*memFree)(void *); void *(*memAlloc)(size_t n); void *(*memCalloc)(size_t n); } ddstring_t; /** * The primary alias for the ddstring struct. */ typedef struct ddstring_s Str; /** * An alias for ddstring_t that is used with the convention of automatically * trashing the string during construction so that it gets deleted during the * next recycling. Thus it is useful for strings restricted to the local scope * or for return values in cases when caller is not always required to take * ownership. */ typedef ddstring_t AutoStr; // Format checking for Str_Appendf in GCC2 #if defined(__GNUC__) && __GNUC__ >= 2 # define PRINTF_F(f,v) __attribute__ ((format (printf, f, v))) #else # define PRINTF_F(f,v) #endif /** * Allocate a new uninitialized string. Use Str_Delete() to destroy * the returned string. Memory for the string is allocated with de::Zone. * * @return New ddstring_t instance. * * @see Str_Delete */ DENG_PUBLIC Str *Str_New(void); /** * Allocate a new uninitialized string. Use Str_Delete() to destroy * the returned string. Memory for the string is allocated with malloc. * * @return New ddstring_t instance. * * @see Str_Delete */ DENG_PUBLIC Str *Str_NewStd(void); /** * Constructs a new string by reading it from @a reader. * Memory for the string is allocated with de::Zone. */ DENG_PUBLIC Str *Str_NewFromReader(Reader *reader); /** * Call this for uninitialized strings. Global variables are * automatically cleared, so they don't need initialization. */ DENG_PUBLIC Str *Str_Init(Str *ds); /** * Call this for uninitialized strings. Makes the string use standard * malloc for memory allocations. */ DENG_PUBLIC Str *Str_InitStd(Str *ds); /** * Initializes @a ds with a static const C string. No memory allocation * model is selected; use this for strings that remain constant. * If the string is never modified calling Str_Free() is not needed. */ DENG_PUBLIC Str *Str_InitStatic(Str *ds, char const *staticConstStr); /** * Empty an existing string. After this the string is in the same * state as just after being initialized. */ DENG_PUBLIC void Str_Free(Str *ds); /** * Destroy a string allocated with Str_New(). In addition to freeing * the contents of the string, it also unallocates the string instance * that was created by Str_New(). * * @param ds String to delete (that was returned by Str_New()). */ DENG_PUBLIC void Str_Delete(Str *ds); /** * Empties a string, but does not free its memory. */ DENG_PUBLIC Str *Str_Clear(Str *ds); DENG_PUBLIC Str *Str_Reserve(Str *ds, int length); /** * Reserves memory for the string. There will be at least @a length bytes * allocated for the string after this. If the string needs to be resized, its * contents are @em not preserved. */ DENG_PUBLIC Str *Str_ReserveNotPreserving(Str *str, int length); DENG_PUBLIC Str *Str_Set(Str *ds, char const *text); DENG_PUBLIC Str *Str_Append(Str *ds, char const *appendText); DENG_PUBLIC Str *Str_AppendChar(Str *ds, char ch); /** * Appends the contents of another string. Enough memory must already be * reserved before calling this. Use in situations where good performance is * critical. */ DENG_PUBLIC Str *Str_AppendWithoutAllocs(Str *str, Str const *append); /** * Appends a single character. Enough memory must already be reserved before * calling this. Use in situations where good performance is critical. * * @param str String. * @param ch Character to append. Cannot be 0. */ DENG_PUBLIC Str *Str_AppendCharWithoutAllocs(Str *str, char ch); /** * Append formated text. */ DENG_PUBLIC Str *Str_Appendf(Str *ds, char const *format, ...) PRINTF_F(2,3); /** * Appends a portion of a string. */ DENG_PUBLIC Str *Str_PartAppend(Str *dest, char const *src, int start, int count); /** * Prepend is not even a word, is it? It should be 'prefix'? */ DENG_PUBLIC Str *Str_Prepend(Str *ds, char const *prependText); DENG_PUBLIC Str *Str_PrependChar(Str *ds, char ch); /** * Determines the length of the string in characters. This is safe for all * strings. * * @param ds String instance. * * @return Length of the string as an integer. * @see Str_Size() */ DENG_PUBLIC int Str_Length(Str const *ds); /** * Determines the length of the string in characters. This is safe for all * strings. * * @param ds String instance. * * @return Length of the string. * @see Str_Length() */ DENG_PUBLIC size_t Str_Size(Str const *ds); DENG_PUBLIC dd_bool Str_IsEmpty(Str const *ds); /** * This is safe for all strings. */ DENG_PUBLIC char *Str_Text(Str const *ds); /** * Makes a copy of @a src and replaces the previous contents of @a dest with * it. The copy will have least as much memory reserved in its internal buffer * as the original. * * If @a src is a static string (i.e., no memory allocated for its buffer), new * memory will be allocated for the copy. * * @param dest String where the copy is stored. * @param src Original string to copy. * * @return The @a dest string with the copied content. */ DENG_PUBLIC Str *Str_Copy(Str *dest, Str const *src); DENG_PUBLIC Str *Str_CopyOrClear(Str *dest, Str const *src); /** * Strip whitespace from beginning. * * @param ds String instance. * @param count If not @c NULL the number of characters stripped is written here. * @return Same as @a str for caller convenience. */ DENG_PUBLIC Str *Str_StripLeft2(Str *ds, int *count); DENG_PUBLIC Str *Str_StripLeft(Str *ds); /** * Strip whitespace from end. * * @param ds String instance. * @param count If not @c NULL the number of characters stripped is written here. * @return Same as @a str for caller convenience. */ DENG_PUBLIC Str *Str_StripRight2(Str *ds, int *count); DENG_PUBLIC Str *Str_StripRight(Str *ds); /** * Strip whitespace from beginning and end. * * @param ds String instance. * @param count If not @c NULL the number of characters stripped is written here. * @return Same as @a ds for caller convenience. */ DENG_PUBLIC Str *Str_Strip2(Str *ds, int *count); DENG_PUBLIC Str *Str_Strip(Str *ds); /** * Replaces all characters @a from to @a to in the string. * * @param ds String instance. * @param from Characters to replace. * @param to @a from will be replaced with this. * * @return Str @a ds. */ DENG_PUBLIC Str *Str_ReplaceAll(Str *ds, char from, char to); /** * Determines if the string starts with the given substring. The comparison is done * case sensitively. * * @param ds String instance. * @param text Text to look for at the start of @a ds. * * @return @c true, if the string is found. */ DENG_PUBLIC dd_bool Str_StartsWith(Str const *ds, char const *text); /** * Determines if the string ends with a specific suffic. The comparison is done * case sensitively. * * @param ds String instance. * @param text Text to look for in the end of @a ds. * * @return @c true, if the string is found. */ DENG_PUBLIC dd_bool Str_EndsWith(Str const *ds, char const *text); /** * Extract a line of text from the source. * * @param ds String instance where to put the extracted line. * @param src Source string. Must be @c NULL terminated. */ DENG_PUBLIC char const *Str_GetLine(Str *ds, char const *src); /** * @defgroup copyDelimiterFlags Copy Delimiter Flags */ /*@{*/ #define CDF_OMIT_DELIMITER 0x1 // Do not copy delimiters into the dest path. #define CDF_OMIT_WHITESPACE 0x2 // Do not copy whitespace into the dest path. /*@}*/ /** * Copies characters from @a src to @a dest until a @a delimiter character is encountered. * * @param dest Destination string. * @param src Source string. * @param delimiter Delimiter character. * @param cdflags @ref copyDelimiterFlags * * @return Pointer to the character within @a src where copy stopped * else @c NULL if the end was reached. */ DENG_PUBLIC char const *Str_CopyDelim2(Str *dest, char const *src, char delimiter, int cdflags); DENG_PUBLIC char const *Str_CopyDelim(Str *dest, char const *src, char delimiter); /** * Case sensitive comparison. */ DENG_PUBLIC int Str_Compare(Str const *str, char const *text); /** * Non case sensitive comparison. */ DENG_PUBLIC int Str_CompareIgnoreCase(Str const *ds, char const *text); /** * Retrieves a character in the string. * * @param str String to get the character from. * @param index Index of the character. * * @return The character at @c index, or 0 if the index is not in range. */ DENG_PUBLIC char Str_At(Str const *str, int index); /** * Retrieves a character in the string. Indices start from the end of the string. * * @param str String to get the character from. * @param reverseIndex Index of the character, where 0 is the last character of the string. * * @return The character at @c index, or 0 if the index is not in range. */ DENG_PUBLIC char Str_RAt(Str const *str, int reverseIndex); DENG_PUBLIC void Str_Truncate(Str *str, int position); /** * Percent-encode characters in string. Will encode the default set of * characters for the unicode utf8 charset. * * @param str String instance. * @return Same as @a str. */ DENG_PUBLIC Str *Str_PercentEncode(Str *str); /** * Percent-encode characters in string. * * @param str String instance. * @param excludeChars List of characters that should NOT be encoded. @c 0 terminated. * @param includeChars List of characters that will always be encoded (has precedence over * @a excludeChars). @c 0 terminated. * @return Same as @a str. */ DENG_PUBLIC Str *Str_PercentEncode2(Str *str, char const *excludeChars, char const *includeChars); /** * Decode the percent-encoded string. Will match codes for the unicode * utf8 charset. * * @param str String instance. * @return Same as @a str. */ DENG_PUBLIC Str *Str_PercentDecode(Str *str); DENG_PUBLIC void Str_Write(Str const *str, Writer *writer); DENG_PUBLIC void Str_Read(Str *str, Reader *reader); /* * AutoStr */ DENG_PUBLIC AutoStr *AutoStr_New(void); DENG_PUBLIC AutoStr *AutoStr_NewStd(void); /** * Converts a ddstring to an AutoStr. After this you are not allowed * to call Str_Delete() manually on the string; the garbage collector * will destroy the string during the next recycling. * * No memory allocations are done in this function. * * @param str String instance. * * @return AutoStr instance. The returned instance is @a str after * having been trashed. */ DENG_PUBLIC AutoStr *AutoStr_FromStr(Str *str); /** * Constructs an AutoStr instance (zone allocated) and initializes its * contents with @a text. * * @param text Text for the new string. * * @return AutoStr instance. */ DENG_PUBLIC AutoStr *AutoStr_FromText(char const *text); /** * Constructs an AutoStr instance (standard malloc) and initializes its * contents with @a text. * * @param text Text for the new string. * * @return AutoStr instance. */ DENG_PUBLIC AutoStr *AutoStr_FromTextStd(char const *text); /** * Converts an AutoStr to a normal ddstring. You must call Str_Delete() * on the returned string manually to destroy it. * * No memory allocations are done in this function. * * @param as AutoStr instance. * * @return ddstring instance. The returned instance is @a as after * having been taken out of the garbage. */ DENG_PUBLIC Str *Str_FromAutoStr(AutoStr *as); #ifdef __cplusplus } // extern "C" # include "str.hh" // C++ wrapper for ddstring_t #endif #endif /* LIBDENG_API_STRING_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/animator.h0000664000175000017500000000507112350542240022207 0ustar jaakkojaakko/** * @file animator.h * Moves a value gradually from a start value to a target value. * @ingroup math * * The value transition is carried out in a fixed number of steps. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_ANIMATOR_H #define LIBDENG_ANIMATOR_H #include "libdeng1.h" /// @addtogroup math ///@{ #ifdef __cplusplus extern "C" { #endif /** * Animator instance. */ typedef struct { float value; float target; int steps; } animator_t; DENG_PUBLIC void Animator_Init(animator_t *v, float val); DENG_PUBLIC void Animator_Set(animator_t *v, float val, int steps); DENG_PUBLIC void Animator_Think(animator_t *v); /** * 2D vector animator. */ typedef animator_t animatorvector2_t[2]; DENG_PUBLIC void AnimatorVector2_Init(animatorvector2_t v, float x, float y); DENG_PUBLIC void AnimatorVector2_Set(animatorvector2_t v, float x, float y, int steps); DENG_PUBLIC void AnimatorVector2_Think(animatorvector2_t v); /** * 3D vector animator. */ typedef animator_t animatorvector3_t[3]; DENG_PUBLIC void AnimatorVector3_Init(animatorvector3_t v, float x, float y, float z); DENG_PUBLIC void AnimatorVector3_Set(animatorvector3_t v, float x, float y, float z, int steps); DENG_PUBLIC void AnimatorVector3_Think(animatorvector3_t v); /** * 4D vector animator. */ typedef animator_t animatorvector4_t[4]; DENG_PUBLIC void AnimatorVector4_Init(animatorvector4_t v, float x, float y, float z, float w); DENG_PUBLIC void AnimatorVector4_Set(animatorvector4_t v, float x, float y, float z, float w, int steps); DENG_PUBLIC void AnimatorVector4_Think(animatorvector4_t v); #ifdef __cplusplus } // extern "C" #endif ///@} #endif /* LIBDENG_ANIMATOR_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/size.h0000664000175000017500000000732512350542240021353 0ustar jaakkojaakko/** * @file size.h * 2D sizes. @ingroup math * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DATA_SIZE_H #define LIBDENG_DATA_SIZE_H #include "libdeng1.h" #ifdef __cplusplus extern "C" { #endif /** * Integer width and height. Intended as a handy POD structure for easy * manipulation of two dimensional sizes with integer precison. */ typedef struct Size2Raw_s { union { struct { int width; int height; }; int widthHeight[2]; }; #ifdef __cplusplus Size2Raw_s(int w = 0, int h = 0) : width(w), height(h) {} #endif } Size2Raw; struct size2_s; // The Size2 instance (opaque). typedef struct size2_s Size2; DENG_PUBLIC Size2 *Size2_New(void); DENG_PUBLIC Size2 *Size2_NewWithDimensions(int width, int height); DENG_PUBLIC Size2 *Size2_NewFromRaw(Size2Raw const *rawSize); DENG_PUBLIC void Size2_Delete(Size2 *size); DENG_PUBLIC Size2Raw *Size2_Raw(Size2 const *size, Size2Raw *rawSize); DENG_PUBLIC dd_bool Size2_IsNull(Size2 const *size); DENG_PUBLIC int Size2_Width(Size2 const *size); DENG_PUBLIC int Size2_Height(Size2 const *size); DENG_PUBLIC void Size2_SetWidth(Size2 *size, int width); DENG_PUBLIC void Size2_SetHeight(Size2 *size, int height); DENG_PUBLIC int const *Size2_WidthHeight(Size2 const *size); DENG_PUBLIC void Size2_SetWidthHeight(Size2 *size, int width, int height); DENG_PUBLIC void Size2_Sum(Size2 *size, Size2 const *other); DENG_PUBLIC dd_bool Size2_Equality(Size2 const *point, Size2 const *other); /** * Floating-point width and height. Intended as a handy POD structure for easy * manipulation of two dimensional sizes with floating point precison. */ typedef struct Size2Rawf_s { union { struct { double width; double height; }; double widthHeight[2]; }; #ifdef __cplusplus Size2Rawf_s(double w = 0, double h = 0) : width(w), height(h) {} #endif } Size2Rawf; struct size2f_s; // The Size2f instance (opaque). typedef struct size2f_s Size2f; DENG_PUBLIC Size2f *Size2f_New(void); DENG_PUBLIC Size2f *Size2f_NewWithDimensions(double width, double height); DENG_PUBLIC Size2f *Size2f_NewFromRaw(Size2Rawf const *rawSize); DENG_PUBLIC void Size2f_Delete(Size2f *size); DENG_PUBLIC Size2Rawf *Size2f_Raw(Size2f const *size, Size2Rawf *rawSize); DENG_PUBLIC dd_bool Size2f_IsNull(Size2f const *size); DENG_PUBLIC double Size2f_Width(Size2f const *size); DENG_PUBLIC double Size2f_Height(Size2f const *size); DENG_PUBLIC void Size2f_SetWidth(Size2f *size, double width); DENG_PUBLIC void Size2f_SetHeight(Size2f *size, double height); DENG_PUBLIC double const *Size2f_WidthHeight(Size2f const *size); DENG_PUBLIC void Size2f_SetWidthHeight(Size2f *size, double width, double height); DENG_PUBLIC void Size2f_Sum(Size2f *size, Size2f const *other); DENG_PUBLIC dd_bool Size2f_Equality(Size2f const *size, Size2f const *other); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_DATA_SIZE_H */ doomsday-1.14.5/doomsday/libdeng1/include/de/vector1.h0000664000175000017500000005045112350542240021762 0ustar jaakkojaakko/** @file vector1.h Vector math (2D, 3D, 4D). * @ingroup math * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_VECTOR_H #define LIBDENG_VECTOR_H #include "types.h" #include "fixedpoint.h" #ifdef __cplusplus extern "C" { #endif /** * @defgroup vec2 2D Vectors * @ingroup math * @{ */ // Floating-point. typedef float vectorcompf_t; typedef vectorcompf_t vec2f_t[2]; typedef float const const_pvec2f_t[2]; typedef vectorcompf_t *pvec2f_t; typedef vec2f_t *arvec2f_t; typedef vec2f_t const *const_arvec2f_t; // Double floating-point. typedef double vectorcompd_t; typedef vectorcompd_t vec2d_t[2]; typedef double const const_pvec2d_t[2]; typedef vectorcompd_t *pvec2d_t; typedef vec2d_t *arvec2d_t; typedef vec2d_t const *const_arvec2d_t; typedef vectorcompd_t const *pcvec2d_t; /// @todo Remove me DENG_PUBLIC void V2x_Set(fixed_t vec[2], fixed_t x, fixed_t y); DENG_PUBLIC fixed_t V2x_Intersection(fixed_t const v1[2], fixed_t const v1Delta[2], fixed_t const v2[2], fixed_t const v2Delta[2]); /// @return @c 0 or 1. DENG_PUBLIC int V2x_PointOnLineSide(fixed_t const point[2], fixed_t const lineOrigin[2], fixed_t const lineDirection[2]); /** * Set the vector's x and y components. */ DENG_PUBLIC void V2f_Set(pvec2f_t vec, vectorcompf_t x, vectorcompf_t y); DENG_PUBLIC void V2f_SetFixed(pvec2f_t vec, fixed_t x, fixed_t y); /** * 2-dimensional vector length. */ DENG_PUBLIC float V2f_Length(const_pvec2f_t vec); /** * The distance between two points. */ DENG_PUBLIC float V2f_Distance(const_pvec2f_t a, const_pvec2f_t b); /** * Normalize a 2-dimensional vector. * * @return The length of the vector. */ DENG_PUBLIC float V2f_Normalize(pvec2f_t vec); /** * Make a copy of the source vector. */ DENG_PUBLIC void V2f_Copy(pvec2f_t dest, const_pvec2f_t src); DENG_PUBLIC void V2f_Copyd(pvec2f_t dest, const_pvec2d_t src); /** * Multiply the vector by the scalar. */ DENG_PUBLIC void V2f_Scale(pvec2f_t vector, float scalar); /** * Rotate the vector by a radian angle. */ DENG_PUBLIC void V2f_Rotate(pvec2f_t vec, float radians); /** * Calculate the sum of two 2-dimensional vectors. */ DENG_PUBLIC void V2f_Sum(pvec2f_t dest, const_pvec2f_t src1, const_pvec2f_t src2); /** * Subtract src1 from src2, return result in 'dest'. */ DENG_PUBLIC void V2f_Subtract(pvec2f_t dest, const_pvec2f_t src1, const_pvec2f_t src2); /** * Calculate the dot product of the two vectors. */ DENG_PUBLIC float V2f_DotProduct(const_pvec2f_t a, const_pvec2f_t b); /** * Calculate the scalar projection of 'a' onto 'b': dot(a,b)/len(b) */ DENG_PUBLIC float V2f_ScalarProject(const_pvec2f_t a, const_pvec2f_t b); /** * Project 'a' onto 'b' and store the resulting vector to 'dest': * dot(a,b)/dot(b,b)*b */ DENG_PUBLIC float V2f_Project(pvec2f_t dest, const_pvec2f_t a, const_pvec2f_t b); /** * @return @c true, if the two vectors are parallel. */ DENG_PUBLIC dd_bool V2f_IsParallel(const_pvec2f_t a, const_pvec2f_t b); /** * @return @c true, if the vector is a zero vector. */ DENG_PUBLIC dd_bool V2f_IsZero(const_pvec2f_t vec); /** * The line must be exactly one unit long! */ DENG_PUBLIC float V2f_PointUnitLineDistance(const_pvec2f_t point, const_pvec2f_t linePoint, const_pvec2f_t lineDirection); /** * Determine where the two lines cross each other. Notice that the * lines are defined with a point and a vector. * * @return A scaling factor for the first line. */ DENG_PUBLIC float V2f_Intersection(const_pvec2f_t p1, const_pvec2f_t delta1, const_pvec2f_t p2, const_pvec2f_t delta2, pvec2f_t point); /** * Intersection of lines a->b and c->d. Unlike V2f_Intersection(), the * arguments are all points. */ DENG_PUBLIC float V2f_Intercept(const_pvec2f_t a, const_pvec2f_t b, const_pvec2f_t c, const_pvec2f_t d, pvec2f_t point); /** * @return @c true, if the two lines intercept. */ DENG_PUBLIC dd_bool V2f_Intercept2(const_pvec2f_t a, const_pvec2f_t b, const_pvec2f_t c, const_pvec2f_t d, pvec2f_t point, float *abFrac, float *cdFrac); /** * Linear interpolation between a and b, by c. */ DENG_PUBLIC void V2f_Lerp(pvec2f_t dest, const_pvec2f_t a, const_pvec2f_t b, float c); /** * Left/top is the min-point. Right/bottom is the max-point. */ DENG_PUBLIC void V2f_InitBox(arvec2f_t box, const_pvec2f_t point); DENG_PUBLIC void V2f_AddToBox(arvec2f_t box, const_pvec2f_t point); DENG_PUBLIC void V2f_UniteBox(arvec2f_t box, arvec2f_t const other); DENG_PUBLIC void V2f_CopyBox(arvec2f_t dest, arvec2f_t const src); DENG_PUBLIC void V2f_CopyBoxd(arvec2f_t dest, arvec2d_t const src); /** * Set the vector's x and y components. */ DENG_PUBLIC void V2d_Set(pvec2d_t vec, vectorcompd_t x, vectorcompd_t y); DENG_PUBLIC void V2d_SetFixed(pvec2d_t vec, fixed_t x, fixed_t y); /** * 2-dimensional vector length. */ DENG_PUBLIC double V2d_Length(const_pvec2d_t vector); /** * The distance between two points. */ DENG_PUBLIC double V2d_Distance(const_pvec2d_t a, const_pvec2d_t b); /** * Normalize a 2-dimensional vector. * * @return The length of the vector. */ DENG_PUBLIC double V2d_Normalize(pvec2d_t vec); /** * Make a copy of the source vector. */ DENG_PUBLIC void V2d_Copy(pvec2d_t dest, const_pvec2d_t src); DENG_PUBLIC void V2d_Copyf(pvec2d_t dest, const_pvec2f_t srcf); /** * Multiply the vector by the scalar. */ DENG_PUBLIC void V2d_Scale(pvec2d_t vector, double scalar); /** * Rotate the vector by a radian angle. */ DENG_PUBLIC void V2d_Rotate(pvec2d_t vec, double radians); /** * Calculate the sum of two 2-dimensional vectors. */ DENG_PUBLIC void V2d_Sum(pvec2d_t dest, const_pvec2d_t src1, const_pvec2d_t src2); /** * Subtract src1 from src2, return result in 'dest'. */ DENG_PUBLIC void V2d_Subtract(pvec2d_t dest, const_pvec2d_t src1, const_pvec2d_t src2); /** * Distance from the line to a point. */ DENG_PUBLIC double V2d_PointLineDistance(const_pvec2d_t point, const_pvec2d_t linePoint, const_pvec2d_t lineDirection, double *offset); /** * Compute the parallel distance from the line to a point. */ DENG_PUBLIC double V2d_PointLineParaDistance(const_pvec2d_t point, const_pvec2d_t lineDirection, double linePara, double lineLength); /** * Compute the perpendicular distance from the line to a point. */ DENG_PUBLIC double V2d_PointLinePerpDistance(const_pvec2d_t point, const_pvec2d_t lineDirection, double linePerp, double lineLength); /** * Determines on which side of line the point is. * * @param point The point. * @param lineOrigin Point on the line (origin). * @param lineDirection Line angle delta (from origin -> out). * * @return @c <0 Point is to the left of the line. * @c =0 Point lies directly on the line. * @c >0 Point is to the right of the line. */ DENG_PUBLIC double V2d_PointOnLineSide(const_pvec2d_t point, const_pvec2d_t lineOrigin, const_pvec2d_t lineDirection); /** * Determines on which side of line the point is. * * @param point The point. * @param lineDirection Line angle delta (from origin -> out). * @param linePerp Perpendicular d of the line. * @param lineLength Length of the line. * @param epsilon Distance within which @a point is considered on top of the line. * * @return @c <0 Point is to the left of the line. * @c =0 Point lies directly on the line. * @c >0 Point is to the right of the line. */ DENG_PUBLIC double V2d_PointOnLineSide2(const_pvec2d_t point, const_pvec2d_t lineDirection, double linePerp, double lineLength, double epsilon); /** * Calculate the dot product of the two vectors. */ DENG_PUBLIC double V2d_DotProduct(const_pvec2d_t a, const_pvec2d_t b); /** * Calculate the scalar projection of 'a' onto 'b': dot(a,b)/len(b) */ DENG_PUBLIC double V2d_ScalarProject(const_pvec2d_t a, const_pvec2d_t b); /** * Project 'a' onto 'b' and store the resulting vector to 'dest': * dot(a,b)/dot(b,b)*b */ DENG_PUBLIC double V2d_Project(pvec2d_t dest, const_pvec2d_t a, const_pvec2d_t b); DENG_PUBLIC double V2d_ProjectOnLine(pvec2d_t dest, const_pvec2d_t point, const_pvec2d_t lineOrigin, const_pvec2d_t lineDirection); /** * @return @c true, if the two vectors are parallel. */ DENG_PUBLIC dd_bool V2d_IsParallel(const_pvec2d_t a, const_pvec2d_t b); /** * @return @c true, if the vector is a zero vector. */ DENG_PUBLIC dd_bool V2d_IsZero(const_pvec2d_t vec); /** * Determine where the two lines cross each other. Notice that the * lines are defined with a point and a vector. * * @return A scaling factor for the first line. */ DENG_PUBLIC double V2d_Intersection(const_pvec2d_t p1, const_pvec2d_t delta1, const_pvec2d_t p2, const_pvec2d_t delta2, pvec2d_t point); /** * Intersection of lines a->b and c->d. Unlike V2d_Intersection(), the * arguments are all points. */ DENG_PUBLIC double V2d_Intercept(const_pvec2d_t a, const_pvec2d_t b, const_pvec2d_t c, const_pvec2d_t d, pvec2d_t point); /** * @return @c true, if the two lines intercept. */ DENG_PUBLIC dd_bool V2d_Intercept2(const_pvec2d_t a, const_pvec2d_t b, const_pvec2d_t c, const_pvec2d_t d, pvec2d_t point, double *abFrac, double *cdFrac); /** * Linear interpolation between a and b, by c. */ DENG_PUBLIC void V2d_Lerp(pvec2d_t dest, const_pvec2d_t a, const_pvec2d_t b, double c); /** * Left/top is the min-point. Right/bottom is the max-point. */ DENG_PUBLIC void V2d_InitBox(arvec2d_t box, const_pvec2d_t point); DENG_PUBLIC void V2d_InitBoxXY(arvec2d_t box, double x, double y); DENG_PUBLIC void V2d_AddToBox(arvec2d_t box, const_pvec2d_t point); DENG_PUBLIC void V2d_AddToBoxXY(arvec2d_t box, double x, double y); DENG_PUBLIC void V2d_UniteBox(arvec2d_t box, const_arvec2d_t other); DENG_PUBLIC void V2d_CopyBox(arvec2d_t dest, const_arvec2d_t src); /// @} /** * @defgroup vec3 3D Vectors * @ingroup math * @{ */ // Floating-point. typedef vectorcompf_t vec3f_t[3]; typedef float const const_pvec3f_t[3]; typedef vectorcompf_t* pvec3f_t; typedef vec3f_t* arvec3f_t; // Double floating-point. typedef vectorcompd_t vec3d_t[3]; typedef double const const_pvec3d_t[3]; typedef vectorcompd_t* pvec3d_t; typedef vec3d_t* arvec3d_t; /** * Set the vector's x, y and z components. */ DENG_PUBLIC void V3f_Set(pvec3f_t vec, vectorcompf_t x, vectorcompf_t y, vectorcompf_t z); DENG_PUBLIC void V3f_SetFixed(pvec3f_t vec, fixed_t x, fixed_t y, fixed_t z); /** * 3-dimensional vector length. */ DENG_PUBLIC float V3f_Length(const_pvec3f_t vec); /** * The distance between two points. */ DENG_PUBLIC float V3f_Distance(const_pvec3f_t a, const_pvec3f_t b); /** * Normalize a 3-dimensional vector. * * @return The length of the vector. */ DENG_PUBLIC float V3f_Normalize(pvec3f_t vec); /** * Make a copy of the source vector. */ DENG_PUBLIC void V3f_Copy(pvec3f_t dest, const_pvec3f_t src); DENG_PUBLIC void V3f_Copyd(pvec3f_t dest, const_pvec3d_t src); /** * Multiply the vector by the scalar. */ DENG_PUBLIC void V3f_Scale(pvec3f_t vec, float scalar); /** * Calculate the sum of two 3-dimensional vectors. */ DENG_PUBLIC void V3f_Sum(pvec3f_t dest, const_pvec3f_t src1, const_pvec3f_t src2); /** * Subtract src1 from src2, return result in 'dest'. */ DENG_PUBLIC void V3f_Subtract(pvec3f_t dest, const_pvec3f_t src1, const_pvec3f_t src2); /** * Calculate the dot product of the two vectors. */ DENG_PUBLIC float V3f_DotProduct(const_pvec3f_t a, const_pvec3f_t b); /** * Calculate the cross product of two vectors. * * @param dest Result will be written back here. * @param a First vector. * @param b Second vector. */ DENG_PUBLIC void V3f_CrossProduct(pvec3f_t dest, const_pvec3f_t a, const_pvec3f_t b); DENG_PUBLIC void V3f_CrossProductd(pvec3f_t dest, const_pvec3d_t ad, const_pvec3d_t bd); /** * Cross product of two vectors composed of three points. * * @param dest Result will be written back here. * @param v1 First vector. * @param v2 Second vector. * @param v3 Third vector. */ DENG_PUBLIC void V3f_PointCrossProduct(pvec3f_t dest, const_pvec3f_t v1, const_pvec3f_t v2, const_pvec3f_t v3); /** * Find the closest point in the plane, to an arbitary point. * * @param dest Result will be written back here. * @param planeNormal The normalized plane normal. * @param planePoint A point already on the plane. * @param arbPoint The arbitrary point to find the closest point too. * * @return Distance from the closest point on the plane to the specified arbitary point. */ DENG_PUBLIC float V3f_ClosestPointOnPlane(pvec3f_t dest, const_pvec3f_t planeNormal, const_pvec3f_t planePoint, const_pvec3f_t arbPoint); /** * Determine which axis of the given vector is the major. */ DENG_PUBLIC int V3f_MajorAxis(const_pvec3f_t vec); /** * @return @c true, if the vector is a zero vector. */ DENG_PUBLIC dd_bool V3f_IsZero(const_pvec3f_t vec); /** * Linear interpolation between a and b, by c. */ DENG_PUBLIC void V3f_Lerp(pvec3f_t dest, const_pvec3f_t a, const_pvec3f_t b, vectorcompf_t c); /** * Given a normalized normal, construct up and right vectors, oriented about * @a normal in our right-handed world coordinate space. * * @param tangent The 'right' vector will be written back here. * @param bitangent The 'up' vector will be written back here. * @param normal Normal to construct tangents for. */ DENG_PUBLIC void V3f_BuildTangents(pvec3f_t tangent, pvec3f_t bitangent, const_pvec3f_t normal); /** * Set the vector's x, y and z components. */ DENG_PUBLIC void V3d_Set(pvec3d_t vec, vectorcompd_t x, vectorcompd_t y, vectorcompd_t z); DENG_PUBLIC void V3d_SetFixed(pvec3d_t vec, fixed_t x, fixed_t y, fixed_t z); /** * 3-dimensional vector length. */ DENG_PUBLIC double V3d_Length(const_pvec3d_t vec); /** * The distance between two points. */ DENG_PUBLIC double V3d_Distance(const_pvec3d_t a, const_pvec3d_t b); /** * Normalize a 3-dimensional vector. * * @return The length of the vector. */ DENG_PUBLIC double V3d_Normalize(pvec3d_t vec); /** * Make a copy of the source vector. */ DENG_PUBLIC void V3d_Copy(pvec3d_t dest, const_pvec3d_t src); DENG_PUBLIC void V3d_Copyf(pvec3d_t dest, const_pvec3f_t src); /** * Multiply the vector by the scalar. */ DENG_PUBLIC void V3d_Scale(pvec3d_t vec, vectorcompd_t scalar); /** * Calculate the sum of two 3-dimensional vectors. */ DENG_PUBLIC void V3d_Sum(pvec3d_t dest, const_pvec3d_t src1, const_pvec3d_t src2); /** * Subtract src1 from src2, return result in 'dest'. */ DENG_PUBLIC void V3d_Subtract(pvec3d_t dest, const_pvec3d_t src1, const_pvec3d_t src2); /** * Calculate the dot product of the two vectors. */ DENG_PUBLIC double V3d_DotProduct(const_pvec3d_t a, const_pvec3d_t b); DENG_PUBLIC double V3d_DotProductf(const_pvec3d_t a, const_pvec3f_t b); /** * Calculate the cross product of two vectors. * * @param dest Result will be written back here. * @param src1 First vector. * @param src2 Second vector. */ DENG_PUBLIC void V3d_CrossProduct(pvec3d_t dest, const_pvec3d_t src1, const_pvec3d_t src2); /** * Cross product of two vectors composed of three points. * * @param dest Result will be written back here. * @param v1 First vector. * @param v2 Second vector. * @param v3 Third vector. */ DENG_PUBLIC void V3d_PointCrossProduct(pvec3d_t dest, const_pvec3d_t v1, const_pvec3d_t v2, const_pvec3d_t v3); /** * Find the closest point in the plane, to an arbitary point. * * @param dest Result will be written back here. * @param planeNormal The normalized plane normal. * @param planePoint A point already on the plane. * @param arbPoint The arbitrary point to find the closest point too. * * @return Distance from the closest point on the plane to the specified arbitary point. */ DENG_PUBLIC double V3d_ClosestPointOnPlane(pvec3d_t dest, const_pvec3d_t planeNormal, const_pvec3d_t planePoint, const_pvec3d_t arbPoint); DENG_PUBLIC double V3d_ClosestPointOnPlanef(pvec3d_t dest, const_pvec3f_t planeNormalf, const_pvec3d_t planePoint, const_pvec3d_t arbPoint); /** * Determine which axis of the given vector is the major. */ int V3d_MajorAxis(const_pvec3d_t vec); /** * @return @c true, if the vector is a zero vector. */ DENG_PUBLIC dd_bool V3d_IsZero(const_pvec3d_t vec); /** * Linear interpolation between a and b, by c. */ DENG_PUBLIC void V3d_Lerp(pvec3d_t dest, const_pvec3d_t a, const_pvec3d_t b, vectorcompd_t c); /** * Given a normalized normal, construct up and right vectors, oriented about * @a normal in our right-handed world coordinate space. * * @param tangent The 'right' vector will be written back here. * @param bitangent The 'up' vector will be written back here. * @param normal Normal to construct tangents for. */ DENG_PUBLIC void V3d_BuildTangents(pvec3d_t tangent, pvec3d_t bitangent, const_pvec3d_t normal); /// @} /** * @defgroup vec4 4D Vectors * @ingroup math * @{ */ typedef vectorcompf_t vec4f_t[4]; typedef float const const_pvec4f_t[4]; typedef vectorcompf_t* pvec4f_t; typedef vec4f_t* arvec4f_t; /** * Set the vector's x, y, z and w components. */ DENG_PUBLIC void V4f_Set(pvec4f_t vec, vectorcompf_t x, vectorcompf_t y, vectorcompf_t z, vectorcompf_t w); DENG_PUBLIC void V4f_SetFixed(pvec4f_t vec, fixed_t x, fixed_t y, fixed_t z, fixed_t w); /** * 4-dimensional vector length. */ DENG_PUBLIC float V4f_Length(const_pvec4f_t vec); /** * The distance between two points. */ DENG_PUBLIC float V4f_Distance(const_pvec4f_t a, const_pvec4f_t b); /** * Normalize a 4-dimensional vector. * * @return The length of the vector. */ DENG_PUBLIC float V4f_Normalize(pvec4f_t vec); /** * Make a copy of the source vector. */ DENG_PUBLIC void V4f_Copy(pvec4f_t dest, const_pvec4f_t src); /** * Multiply the vector by the scalar. */ DENG_PUBLIC void V4f_Scale(pvec4f_t vec, float scalar); /** * Calculate the sum of two 4-dimensional vectors. */ DENG_PUBLIC void V4f_Sum(pvec4f_t dest, const_pvec4f_t src1, const_pvec4f_t src2); /** * Subtract src1 from src2, return result in 'dest'. */ DENG_PUBLIC void V4f_Subtract(pvec4f_t dest, const_pvec4f_t src1, const_pvec4f_t src2); /** * @return @c true, if the vector is a zero vector. */ DENG_PUBLIC dd_bool V4f_IsZero(const_pvec4f_t vec); /** * Linear interpolation between a and b, by c. */ DENG_PUBLIC void V4f_Lerp(pvec4f_t dest, const_pvec4f_t a, const_pvec4f_t b, float c); typedef vectorcompd_t vec4d_t[4]; typedef double const const_pvec4d_t[4]; typedef vectorcompd_t *pvec4d_t; typedef vec4d_t *arvec4d_t; /** * Set the vector's x, y, z and w components. */ DENG_PUBLIC void V4d_Set(pvec4d_t vec, vectorcompd_t x, vectorcompd_t y, vectorcompd_t z, vectorcompd_t w); DENG_PUBLIC void V4d_SetFixed(pvec4d_t vec, fixed_t x, fixed_t y, fixed_t z, fixed_t w); /** * 4-dimensional vector length. */ DENG_PUBLIC double V4d_Length(const_pvec4d_t vec); /** * The distance between two points. */ DENG_PUBLIC double V4d_Distance(const_pvec4d_t a, const_pvec4d_t b); /** * Normalize a 4-dimensional vector. * * @return The length of the vector. */ DENG_PUBLIC double V4d_Normalize(pvec4d_t vec); /** * Make a copy of the source vector. */ DENG_PUBLIC void V4d_Copy(pvec4d_t dest, const_pvec4d_t src); /** * Multiply the vector by the scalar. */ DENG_PUBLIC void V4d_Scale(pvec4d_t vec, double scalar); /** * Calculate the sum of two 4-dimensional vectors. */ DENG_PUBLIC void V4d_Sum(pvec4d_t dest, const_pvec4d_t src1, const_pvec4d_t src2); /** * Subtract src1 from src2, return result in 'dest'. */ DENG_PUBLIC void V4d_Subtract(pvec4d_t dest, const_pvec4d_t src1, const_pvec4d_t src2); /** * @return @c true, if the vector is a zero vector. */ DENG_PUBLIC dd_bool V4d_IsZero(const_pvec4d_t vec); /** * Linear interpolation between a and b, by c. */ DENG_PUBLIC void V4d_Lerp(pvec4d_t dest, const_pvec4d_t a, const_pvec4d_t b, double c); /// @} #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_VECTOR_H doomsday-1.14.5/doomsday/libdeng1/libdeng1.pro0000664000175000017500000000660012350542240020417 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2012-2013 Jaakko Keränen # Copyright (c) 2013 Daniel Swanson TEMPLATE = lib TARGET = deng1 # Build Configuration -------------------------------------------------------- include(../config.pri) VERSION = $$DENG_VERSION # External Dependencies ------------------------------------------------------ include(../dep_deng2.pri) win32 { LIBS += -lwinmm # Keep the version number out of the file name. TARGET_EXT = .dll } # Enable strict warnings. *-g++|*-gcc|*-clang* { warnOpts = -Wall -Wextra -pedantic -Wno-long-long QMAKE_CFLAGS_WARN_ON *= $$warnOpts QMAKE_CXXFLAGS_WARN_ON *= $$warnOpts } *-g++|*-gcc { # We are using code that is not ISO C compliant (anonymous structs/unions) # so disable the warnings about it. QMAKE_CFLAGS_WARN_ON -= -pedantic } *-clang* { QMAKE_CFLAGS_WARN_ON *= -Wno-c11-extensions } win32-msvc* { #QMAKE_CXXFLAGS_WARN_ON ~= s/-W3/-W4/ } INCLUDEPATH += src include include/de # Definitions ---------------------------------------------------------------- DEFINES += __DENG__ __DOOMSDAY__ !isEmpty(DENG_BUILD) { !win32: echo(Build number: $$DENG_BUILD) DEFINES += DOOMSDAY_BUILD_TEXT=\\\"$$DENG_BUILD\\\" } else { !win32: echo(DENG_BUILD is not defined.) } deng_writertypecheck { DEFINES += DENG_WRITER_TYPECHECK } # Source Files --------------------------------------------------------------- # Public headers HEADERS += \ include/de/aabox.h \ include/de/animator.h \ include/de/binangle.h \ include/de/concurrency.h \ include/de/ddstring.h \ include/de/findfile.h \ include/de/fixedpoint.h \ include/de/libdeng1.h \ include/de/kdtree.h \ include/de/mathutil.h \ include/de/memory.h \ include/de/memoryblockset.h \ include/de/memoryzone.h \ include/de/point.h \ include/de/reader.h \ include/de/rect.h \ include/de/size.h \ include/de/smoother.h \ include/de/stack.h \ include/de/str.h \ include/de/str.hh \ include/de/stringarray.h \ include/de/strutil.h \ include/de/timer.h \ include/de/types.h \ include/de/unittest.h \ include/de/vector1.h \ include/de/writer.h # Sources and private headers SOURCES += \ src/animator.c \ src/binangle.c \ src/concurrency.cpp \ src/fixedpoint.c \ src/libdeng.c \ src/kdtree.c \ src/mathutil.c \ src/memory.c \ src/memoryblockset.c \ src/memoryzone.c \ src/memoryzone_private.h \ src/point.c \ src/reader.c \ src/rect.c \ src/size.c \ src/smoother.cpp \ src/stack.c \ src/str.c \ src/stringarray.cpp \ src/strutil.c \ src/timer.cpp \ src/vector1.c \ src/writer.c win32 { SOURCES += src/findfile_windows.c } else:unix { SOURCES += src/findfile_unix.c } # Installation --------------------------------------------------------------- macx { linkDylibToBundledLibdeng2(libdeng1) doPostLink("install_name_tool -id @executable_path/../Frameworks/libdeng1.1.dylib libdeng1.1.dylib") # Update the library included in the main app bundle. doPostLink("mkdir -p ../client/Doomsday.app/Contents/Frameworks") doPostLink("cp -fRp libdeng1*dylib ../client/Doomsday.app/Contents/Frameworks") } else { INSTALLS += target target.path = $$DENG_LIB_DIR } #win32 { # RC_FILE = res/windows/deng.rc #} doomsday-1.14.5/doomsday/external/0000775000175000017500000000000012350542240016343 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/external/lzss/0000775000175000017500000000000012350542240017336 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/external/lzss/portable/0000775000175000017500000000000012350542240021146 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/external/lzss/portable/include/0000775000175000017500000000000012350542240022571 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/external/lzss/portable/include/lzss.h0000664000175000017500000000530112350542240023734 0ustar jaakkojaakko#ifndef __LZSS_IO_COMPRESSION_H__ #define __LZSS_IO_COMPRESSION_H__ #ifdef __cplusplus extern "C" { #endif #ifdef WIN32 # define LZSSEXPORT __stdcall typedef short int16_t; typedef int int32_t; #elif defined(UNIX) # define LZSSEXPORT # include #endif #ifndef EOF #define EOF (-1) #endif #define F_READ "r" /* for use with pack_fopen() */ #define F_WRITE "w" #define F_READ_PACKED "rp" #define F_WRITE_PACKED "wp" #define F_WRITE_NOPACK "w!" #define F_BUF_SIZE 4096 /* 4K buffer for caching data */ #define F_PACK_MAGIC 0x736C6821L /* magic number for packed files */ #define F_NOPACK_MAGIC 0x736C682EL /* magic number for autodetect */ #define F_EXE_MAGIC 0x736C682BL /* magic number for appended data */ #define LZFILE_FLAG_WRITE 1 /* the file is being written */ #define LZFILE_FLAG_PACK 2 /* data is compressed */ #define LZFILE_FLAG_CHUNK 4 /* file is a sub-chunk */ #define LZFILE_FLAG_EOF 8 /* reached the end-of-file */ #define LZFILE_FLAG_ERROR 16 /* an error has occurred */ typedef struct LZFILE_s { int hndl; /* file handle */ int flags; /* LZFILE_FLAG_* constants */ unsigned char *buf_pos; /* position in buffer */ int buf_size; /* number of bytes in the buffer */ long todo; /* number of bytes still on the disk */ struct LZFILE_s *parent; /* nested, parent file */ void *pack_data; /* for LZSS compression */ char *filename; /* name of the file */ char *password; /* current encryption position */ unsigned char buf[F_BUF_SIZE]; /* the actual data buffer */ } LZFILE; #define lzEOF(f) ((f)->flags & LZFILE_FLAG_EOF) #define lzError(f) ((f)->flags & LZFILE_FLAG_ERROR) void LZSSEXPORT lzPassword(char *password); LZFILE* LZSSEXPORT lzOpen(char const *filename, char const *mode); int LZSSEXPORT lzClose(LZFILE * f); int LZSSEXPORT lzSeek(LZFILE * f, int offset); int16_t LZSSEXPORT lzGetW(LZFILE * f); int32_t LZSSEXPORT lzGetL(LZFILE * f); int16_t LZSSEXPORT lzPutW(int16_t w, LZFILE * f); int32_t LZSSEXPORT lzPutL(int32_t l, LZFILE * f); int LZSSEXPORT lzGetWm(LZFILE * f); long LZSSEXPORT lzGetLm(LZFILE * f); int LZSSEXPORT lzPutWm(int w, LZFILE * f); long LZSSEXPORT lzPutLm(long l, LZFILE * f); long LZSSEXPORT lzRead(void *p, long n, LZFILE * f); long LZSSEXPORT lzWrite(void *p, long n, LZFILE * f); char* LZSSEXPORT lzGetS(char *p, int max, LZFILE * f); int LZSSEXPORT lzPutS(char *p, LZFILE * f); int LZSSEXPORT lzGetC(LZFILE * f); int LZSSEXPORT lzPutC(int c, LZFILE * f); #ifdef __cplusplus } #endif #endif doomsday-1.14.5/doomsday/external/lzss/unix/0000775000175000017500000000000012350542240020321 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/external/lzss/unix/src/0000775000175000017500000000000012350542240021110 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/external/lzss/unix/src/lzss.c0000664000175000017500000007702312350542240022260 0ustar jaakkojaakko/*************************************************** ************ LZSS compression routines ************ *************************************************** This compression algorithm is based on the ideas of Lempel and Ziv, with the modifications suggested by Storer and Szymanski. The algorithm is based on the use of a ring buffer, which initially contains zeros. We read several characters from the file into the buffer, and then search the buffer for the longest string that matches the characters just read, and output the length and position of the match in the buffer. With a buffer size of 4096 bytes, the position can be encoded in 12 bits. If we represent the match length in four bits, the pair is two bytes long. If the longest match is no more than two characters, then we send just one character without encoding, and restart the process with the next letter. We must send one extra bit each time to tell the decoder whether we are sending a pair or an unencoded character, and these flags are stored as an eight bit mask every eight items. This implementation uses binary trees to speed up the search for the longest match. Original code by Haruhiko Okumura, 4/6/1989. 12-2-404 Green Heights, 580 Nagasawa, Yokosuka 239, Japan. Later modified for use in the Allegro filesystem by Shawn Hargreaves. Later still, modified to function as a stand-alone Win32 DLL by Jaakko Keränen. Currently used as a part of the Doomsday Engine: http://sf.net/projects/deng/ Use, distribute, and modify this code freely. */ /** \file * LZSS compression routines * These are the legacy LZSS compression routines. New code should not * use these routines, and instead should use zlib's deflate routines * if LZSS compression or decompression is required. * * This code does not build on Win32. * * For now LZSS compression is used by FileReader in client/src/m_misc.c * by plugins/jhexen/src/sv_save.c in many routines, and by * client/include/net_main.h in the Demo_* rouines. */ // HEADER FILES ------------------------------------------------------------ #include #include #include #include #include #include #include #include #include #include #include "lzss.h" // MACROS ------------------------------------------------------------------ #ifndef WIN32 //Disable this on Win32 builds because of: warning: "O_BINARY" redefined on mingw #define O_BINARY 0 #endif #define FILE_OPEN(filename, handle) handle = open(filename, O_RDONLY | O_BINARY) #define FILE_CREATE(filename, handle) handle = open(filename, O_WRONLY | O_BINARY | O_CREAT | O_TRUNC, 0664) #define FILE_CLOSE(handle) close(handle) #define FILE_READ(handle, buf, size, sz) sz = read(handle, buf, size) #define FILE_WRITE(handle, buf, size, sz) sz = write(handle, buf, size) #define FILE_SEARCH_STRUCT FindData #define FILE_FINDFIRST(filename, attrib, dta) FindFile_FindFirst(dta, filename) #define FILE_FINDNEXT(dta) FindFile_FindNext(dta) #define FILE_FINDCLOSE(dta) FindFile_Finish(dta) #define FILE_ATTRIB attrib #define FILE_SIZE size #define FILE_NAME name #define FILE_DATE date #define FILE_TIME time #define TRUE 1 #define FALSE 0 #ifndef MIN # define MIN(x,y) (((x) < (y)) ? (x) : (y)) # define MAX(x,y) (((x) > (y)) ? (x) : (y)) # define MID(x,y,z) MAX((x), MIN((y), (z))) #endif #define N 4096 /* 4k buffers for LZ compression */ #define F 18 /* upper limit for LZ match length */ #define THRESHOLD 2 /* LZ encode string into pos and length if match size is greater than this */ // TYPES ------------------------------------------------------------------- typedef struct PACK_DATA /* stuff for doing LZ compression */ { int state; /* where have we got to in the pack? */ int i, c, len, r, s; int last_match_length, code_buf_ptr; unsigned char mask; char code_buf[17]; int match_position; int match_length; int lson[N + 1]; /* left children, */ int rson[N + 257]; /* right children, */ int dad[N + 1]; /* and parents, = binary search trees */ unsigned char text_buf[N + F - 1]; /* ring buffer, with F-1 extra bytes for string comparison */ } PACK_DATA; typedef struct UNPACK_DATA /* for reading LZ files */ { int state; /* where have we got to? */ int i, j, k, r, c; int flags; unsigned char text_buf[N + F - 1]; /* ring buffer, with F-1 extra bytes for string comparison */ } UNPACK_DATA; // FUNCTION DECLARATIONS --------------------------------------------------- int FlushBuffer(LZFILE * f, int last); int RefillBuffer(LZFILE * f); // DATA -------------------------------------------------------------------- char thepassword[256] = ""; int _packfile_filesize = 0; int _packfile_datasize = 0; // CODE -------------------------------------------------------------------- /** * Helper function for the lzGetC() macro. */ int _sort_out_getc(LZFILE * f) { if(f->buf_size == 0) { if(f->todo <= 0) f->flags |= LZFILE_FLAG_EOF; return *(f->buf_pos++); } return RefillBuffer(f); } /** * Helper function for the lzPutC() macro. */ int _sort_out_putc(int c, LZFILE * f) { f->buf_size--; if(FlushBuffer(f, FALSE)) return EOF; f->buf_size++; return (*(f->buf_pos++) = c); } /** * For i = 0 to N-1, rson[i] and lson[i] will be the right and left * children of node i. These nodes need not be initialized. Also, dad[i] * is the parent of node i. These are initialized to N, which stands for * 'not used.' For i = 0 to 255, rson[N+i+1] is the root of the tree for * strings that begin with character i. These are initialized to N. Note * there are 256 trees. */ static void pack_inittree(PACK_DATA * dat) { int i; for(i = N + 1; i <= N + 256; i++) dat->rson[i] = N; for(i = 0; i < N; i++) dat->dad[i] = N; } /* pack_insertnode: * Inserts a string of length F, text_buf[r..r+F-1], into one of the trees * (text_buf[r]'th tree) and returns the longest-match position and length * via match_position and match_length. If match_length = F, then removes * the old node in favor of the new one, because the old one will be * deleted sooner. Note r plays double role, as tree node and position in * the buffer. */ static void pack_insertnode(int r, PACK_DATA * dat) { int i, p, cmp; unsigned char *key; unsigned char *text_buf = dat->text_buf; cmp = 1; key = &text_buf[r]; p = N + 1 + key[0]; dat->rson[r] = dat->lson[r] = N; dat->match_length = 0; for(;;) { if(cmp >= 0) { if(dat->rson[p] != N) p = dat->rson[p]; else { dat->rson[p] = r; dat->dad[r] = p; return; } } else { if(dat->lson[p] != N) p = dat->lson[p]; else { dat->lson[p] = r; dat->dad[r] = p; return; } } for(i = 1; i < F; i++) if((cmp = key[i] - text_buf[p + i]) != 0) break; if(i > dat->match_length) { dat->match_position = p; if((dat->match_length = i) >= F) break; } } dat->dad[r] = dat->dad[p]; dat->lson[r] = dat->lson[p]; dat->rson[r] = dat->rson[p]; dat->dad[dat->lson[p]] = r; dat->dad[dat->rson[p]] = r; if(dat->rson[dat->dad[p]] == p) dat->rson[dat->dad[p]] = r; else dat->lson[dat->dad[p]] = r; dat->dad[p] = N; /* remove p */ } /** * Removes a node from a tree. */ static void pack_deletenode(int p, PACK_DATA * dat) { int q; if(dat->dad[p] == N) return; /* not in tree */ if(dat->rson[p] == N) q = dat->lson[p]; else if(dat->lson[p] == N) q = dat->rson[p]; else { q = dat->lson[p]; if(dat->rson[q] != N) { do { q = dat->rson[q]; } while(dat->rson[q] != N); dat->rson[dat->dad[q]] = dat->lson[q]; dat->dad[dat->lson[q]] = dat->dad[q]; dat->lson[q] = dat->lson[p]; dat->dad[dat->lson[p]] = q; } dat->rson[q] = dat->rson[p]; dat->dad[dat->rson[p]] = q; } dat->dad[q] = dat->dad[p]; if(dat->rson[dat->dad[p]] == p) dat->rson[dat->dad[p]] = q; else dat->lson[dat->dad[p]] = q; dat->dad[p] = N; } /** * Called by FlushBuffer(). Packs size bytes from buf, using the pack * information contained in dat. Returns 0 on success. */ static int pack_write(LZFILE * file, PACK_DATA * dat, int size, unsigned char *buf, int last) { int i = dat->i; int c = dat->c; int len = dat->len; int r = dat->r; int s = dat->s; int last_match_length = dat->last_match_length; int code_buf_ptr = dat->code_buf_ptr; unsigned char mask = dat->mask; int ret = 0; if(dat->state == 2) goto pos2; else if(dat->state == 1) goto pos1; dat->code_buf[0] = 0; /* code_buf[1..16] saves eight units of code, and code_buf[0] works as eight flags, "1" representing that the unit is an unencoded letter (1 byte), "0" a position-and-length pair (2 bytes). Thus, eight units require at most 16 bytes of code. */ code_buf_ptr = mask = 1; s = 0; r = N - F; pack_inittree(dat); for(len = 0; (len < F) && (size > 0); len++) { dat->text_buf[r + len] = *(buf++); if(--size == 0) { if(!last) { dat->state = 1; goto getout; } } pos1: ; } if(len == 0) goto getout; for(i = 1; i <= F; i++) pack_insertnode(r - i, dat); /* Insert the F strings, each of which begins with one or more 'space' characters. Note the order in which these strings are inserted. This way, degenerate trees will be less likely to occur. */ pack_insertnode(r, dat); /* Finally, insert the whole string just read. match_length and match_position are set. */ do { if(dat->match_length > len) dat->match_length = len; /* match_length may be long near the end */ if(dat->match_length <= THRESHOLD) { dat->match_length = 1; /* not long enough match: send one byte */ dat->code_buf[0] |= mask; /* 'send one byte' flag */ dat->code_buf[code_buf_ptr++] = dat->text_buf[r]; /* send uncoded */ } else { /* send position and length pair. Note match_length > THRESHOLD */ dat->code_buf[code_buf_ptr++] = (unsigned char) dat->match_position; dat->code_buf[code_buf_ptr++] = (unsigned char) (((dat->match_position >> 4) & 0xF0) | (dat->match_length - (THRESHOLD + 1))); } if((mask <<= 1) == 0) { /* shift mask left one bit */ if(*file->password) { dat->code_buf[0] ^= *file->password; file->password++; if(!*file->password) file->password = thepassword; }; for(i = 0; i < code_buf_ptr; i++) /* send at most 8 units of */ lzPutC(dat->code_buf[i], file); /* code together */ if(lzError(file)) { ret = EOF; goto getout; } dat->code_buf[0] = 0; code_buf_ptr = mask = 1; } last_match_length = dat->match_length; for(i = 0; (i < last_match_length) && (size > 0); i++) { c = *(buf++); if(--size == 0) { if(!last) { dat->state = 2; goto getout; } } pos2: pack_deletenode(s, dat); /* delete old strings and */ dat->text_buf[s] = c; /* read new bytes */ if(s < F - 1) dat->text_buf[s + N] = c; /* if the position is near the end of buffer, extend the buffer to make string comparison easier */ s = (s + 1) & (N - 1); r = (r + 1) & (N - 1); /* since this is a ring buffer, increment the position modulo N */ pack_insertnode(r, dat); /* register the string in text_buf[r..r+F-1] */ } while(i++ < last_match_length) { /* after the end of text, */ pack_deletenode(s, dat); /* no need to read, but */ s = (s + 1) & (N - 1); /* buffer may not be empty */ r = (r + 1) & (N - 1); if(--len) pack_insertnode(r, dat); } } while(len > 0); /* until length of string to be processed is zero */ if(code_buf_ptr > 1) { /* send remaining code */ if(*file->password) { dat->code_buf[0] ^= *file->password; file->password++; if(!*file->password) file->password = thepassword; }; for(i = 0; i < code_buf_ptr; i++) { lzPutC(dat->code_buf[i], file); if(lzError(file)) { ret = EOF; goto getout; } } } dat->state = 0; getout: dat->i = i; dat->c = c; dat->len = len; dat->r = r; dat->s = s; dat->last_match_length = last_match_length; dat->code_buf_ptr = code_buf_ptr; dat->mask = mask; return ret; } /** * Called by RefillBuffer(). Unpacks from dat into buf, until either * EOF is reached or s bytes have been extracted. Returns the number of * bytes added to the buffer */ static int pack_read(LZFILE * file, UNPACK_DATA * dat, int s, unsigned char *buf) { int i = dat->i; int j = dat->j; int k = dat->k; int r = dat->r; int c = dat->c; unsigned int flags = dat->flags; int size = 0; if(dat->state == 2) goto pos2; else if(dat->state == 1) goto pos1; r = N - F; flags = 0; for(;;) { if(((flags >>= 1) & 256) == 0) { if((c = lzGetC(file)) == EOF) break; if(*file->password) { c ^= *file->password; file->password++; if(!*file->password) file->password = thepassword; }; flags = c | 0xFF00; /* uses higher byte to count eight */ } if(flags & 1) { if((c = lzGetC(file)) == EOF) break; dat->text_buf[r++] = c; r &= (N - 1); *(buf++) = c; if(++size >= s) { dat->state = 1; goto getout; } pos1: ; } else { if((i = lzGetC(file)) == EOF) break; if((j = lzGetC(file)) == EOF) break; i |= ((j & 0xF0) << 4); j = (j & 0x0F) + THRESHOLD; for(k = 0; k <= j; k++) { c = dat->text_buf[(i + k) & (N - 1)]; dat->text_buf[r++] = c; r &= (N - 1); *(buf++) = c; if(++size >= s) { dat->state = 2; goto getout; } pos2: ; } } } dat->state = 0; getout: dat->i = i; dat->j = j; dat->k = k; dat->r = r; dat->c = c; dat->flags = flags; return size; } /** * Helper for encrypting magic numbers, using the current password. */ long Encrypt(long x) { long mask = 0; int i; for(i = 0; thepassword[i]; i++) mask ^= ((long) thepassword[i] << ((i & 3) * 8)); return x ^ mask; } /** * Reads a 16 bit word from a file, using intel byte ordering. */ int16_t lzGetW(LZFILE * f) { int16_t b1, b2; if((b1 = lzGetC(f)) != EOF) if((b2 = lzGetC(f)) != EOF) return ((b2 << 8) | b1); return EOF; } /** * Reads a 32 bit long from a file, using intel byte ordering. */ int32_t lzGetL(LZFILE * f) { int32_t b1, b2, b3, b4; if((b1 = lzGetC(f)) != EOF) if((b2 = lzGetC(f)) != EOF) if((b3 = lzGetC(f)) != EOF) if((b4 = lzGetC(f)) != EOF) return (((int32_t) b4 << 24) | ((int32_t) b3 << 16) | ((int32_t) b2 << 8) | (int32_t) b1); return EOF; } /** * Writes a 16 bit int to a file, using intel byte ordering. */ int16_t lzPutW(int16_t w, LZFILE * f) { int b1, b2; b1 = (w & 0xFF00) >> 8; b2 = w & 0x00FF; if(lzPutC(b2, f) == b2) if(lzPutC(b1, f) == b1) return w; return EOF; } /** * Writes a 32 bit long to a file, using intel byte ordering. */ int32_t lzPutL(int32_t l, LZFILE * f) { int b1, b2, b3, b4; b1 = (int) ((l & 0xFF000000L) >> 24); b2 = (int) ((l & 0x00FF0000L) >> 16); b3 = (int) ((l & 0x0000FF00L) >> 8); b4 = (int) l & 0x00FF; if(lzPutC(b4, f) == b4) if(lzPutC(b3, f) == b3) if(lzPutC(b2, f) == b2) if(lzPutC(b1, f) == b1) return l; return EOF; } /** * Reads a 16 bit int from a file, using motorola byte-ordering. */ int lzGetWm(LZFILE * f) { int b1, b2; if((b1 = lzGetC(f)) != EOF) if((b2 = lzGetC(f)) != EOF) return ((b1 << 8) | b2); return EOF; } /** * Reads a 32 bit long from a file, using motorola byte-ordering. */ long lzGetLm(LZFILE * f) { int b1, b2, b3, b4; if((b1 = lzGetC(f)) != EOF) if((b2 = lzGetC(f)) != EOF) if((b3 = lzGetC(f)) != EOF) if((b4 = lzGetC(f)) != EOF) return (((long) b1 << 24) | ((long) b2 << 16) | ((long) b3 << 8) | (long) b4); return EOF; } /** * Writes a 16 bit int to a file, using motorola byte-ordering. */ int lzPutWm(int w, LZFILE * f) { int b1, b2; b1 = (w & 0xFF00) >> 8; b2 = w & 0x00FF; if(lzPutC(b1, f) == b1) if(lzPutC(b2, f) == b2) return w; return EOF; } /** * Writes a 32 bit long to a file, using motorola byte-ordering. */ long lzPutLm(long l, LZFILE * f) { int b1, b2, b3, b4; b1 = (int) ((l & 0xFF000000L) >> 24); b2 = (int) ((l & 0x00FF0000L) >> 16); b3 = (int) ((l & 0x0000FF00L) >> 8); b4 = (int) l & 0x00FF; if(lzPutC(b1, f) == b1) if(lzPutC(b2, f) == b2) if(lzPutC(b3, f) == b3) if(lzPutC(b4, f) == b4) return l; return EOF; } /** * Opens a file according to mode, which may contain any of the flags: * 'r': open file for reading. * 'w': open file for writing, overwriting any existing data. * 'p': open file in 'packed' mode. Data will be compressed as it is * written to the file, and automatically uncompressed during read * operations. Files created in this mode will produce garbage if * they are read without this flag being set. * '!': open file for writing in normal, unpacked mode, but add the value * F_NOPACK_MAGIC to the start of the file, so that it can be opened * in packed mode and Allegro will automatically detect that the * data does not need to be decompressed. * * Instead of these flags, one of the constants F_READ, F_WRITE, * F_READ_PACKED, F_WRITE_PACKED or F_WRITE_NOPACK may be used as the second * argument to fopen(). * * On success, fopen() returns a pointer to a file structure, and on error * it returns NULL and stores an error code in errno. An attempt to read a * normal file in packed mode will cause errno to be set to EDOM. */ LZFILE *lzOpen(char const *filename, char const *mode) { LZFILE *f, *f2; FILE_SEARCH_STRUCT dta; int c; long header = FALSE; errno = 0; if((f = malloc(sizeof(LZFILE))) == NULL) { errno = ENOMEM; return NULL; } f->buf_pos = f->buf; f->flags = 0; f->buf_size = 0; f->filename = NULL; f->password = thepassword; for(c = 0; mode[c]; c++) { switch (mode[c]) { case 'r': case 'R': f->flags &= ~LZFILE_FLAG_WRITE; break; case 'w': case 'W': f->flags |= LZFILE_FLAG_WRITE; break; case 'p': case 'P': f->flags |= LZFILE_FLAG_PACK; break; case '!': f->flags &= ~LZFILE_FLAG_PACK; header = TRUE; break; } } if(f->flags & LZFILE_FLAG_WRITE) { if(f->flags & LZFILE_FLAG_PACK) { /* write a packed file */ PACK_DATA *dat = malloc(sizeof(PACK_DATA)); if(!dat) { errno = ENOMEM; free(f); return NULL; } if((f->parent = lzOpen(filename, F_WRITE)) == NULL) { free(dat); free(f); return NULL; } lzPutLm(Encrypt(F_PACK_MAGIC), f->parent); f->todo = 4; for(c = 0; c < N - F; c++) dat->text_buf[c] = 0; dat->state = 0; f->pack_data = dat; } else { /* write a 'real' file */ f->parent = NULL; f->pack_data = NULL; FILE_CREATE(filename, f->hndl); if(f->hndl < 0) { free(f); return NULL; } errno = 0; f->todo = 0; } if(header) lzPutLm(Encrypt(F_NOPACK_MAGIC), f); } else { /* must be a read */ if(f->flags & LZFILE_FLAG_PACK) { /* read a packed file */ UNPACK_DATA *dat = malloc(sizeof(UNPACK_DATA)); if(!dat) { errno = ENOMEM; free(f); return NULL; } if((f->parent = lzOpen(filename, F_READ)) == NULL) { free(dat); free(f); return NULL; } header = lzGetLm(f->parent); if(header == Encrypt(F_PACK_MAGIC)) { for(c = 0; c < N - F; c++) dat->text_buf[c] = 0; dat->state = 0; f->todo = LONG_MAX; f->pack_data = (char *) dat; } else { if(header == Encrypt(F_NOPACK_MAGIC)) { f2 = f->parent; free(dat); free(f); return f2; } else { lzClose(f->parent); free(dat); free(f); if(errno == 0) errno = EDOM; return NULL; } } } else { /* read a 'real' file */ f->parent = NULL; f->pack_data = NULL; errno = FILE_FINDFIRST(filename, A_RDONLY | A_HIDDEN | A_ARCH, &dta); if(errno != 0) { FILE_FINDCLOSE(&dta); free(f); return NULL; } f->todo = dta.FILE_SIZE; FILE_FINDCLOSE(&dta); FILE_OPEN(filename, f->hndl); if(f->hndl < 0) { errno = f->hndl; free(f); return NULL; } } } return f; } /** * Closes a file after it has been read or written. * Returns zero on success. On error it returns an error code which is * also stored in errno. This function can fail only when writing to * files: if the file was opened in read mode it will always succeed. */ int lzClose(LZFILE * f) { if(f) { if(f->flags & LZFILE_FLAG_WRITE) { #if 0 if(f->flags & LZFILE_FLAG_CHUNK) return lzClose(lzCloseChunk(f)); #endif FlushBuffer(f, TRUE); } if(f->pack_data) free(f->pack_data); if(f->parent) lzClose(f->parent); else FILE_CLOSE(f->hndl); free(f); return errno; } return 0; } /** * Like the stdio fseek() function, but only supports forward seeks * relative to the current file position. */ int lzSeek(LZFILE * f, int offset) { int i; if(f->flags & LZFILE_FLAG_WRITE) return -1; errno = 0; /* skip forward through the buffer */ if(f->buf_size > 0) { i = MIN(offset, f->buf_size); f->buf_size -= i; f->buf_pos += i; offset -= i; if((f->buf_size <= 0) && (f->todo <= 0)) f->flags |= LZFILE_FLAG_EOF; } /* need to seek some more? */ if(offset > 0) { i = MIN(offset, f->todo); if(f->flags & LZFILE_FLAG_PACK) { /* for compressed files, we just have to read through the data */ while(i > 0) { lzGetC(f); i--; } } else { if(f->parent) { /* pass the seek request on to the parent file */ lzSeek(f->parent, i); } else { /* do a real seek */ lseek(f->hndl, i, SEEK_CUR); } f->todo -= i; if(f->todo <= 0) f->flags |= LZFILE_FLAG_EOF; } } return errno; } /** * Reads n bytes from f and stores them at memory location p. Returns the * number of items read, which will be less than n if EOF is reached or an * error occurs. Error codes are stored in errno. */ long lzRead(void *p, long n, LZFILE * f) { long c; /* counter of bytes read */ int i; unsigned char *cp = (unsigned char *) p; for(c = 0; c < n; c++) { if(--(f->buf_size) > 0) *(cp++) = *(f->buf_pos++); else { i = _sort_out_getc(f); if(i == EOF) return c; else *(cp++) = i; } } return n; } /** * Writes n bytes to the file f from memory location p. Returns the number * of items written, which will be less than n if an error occurs. Error * codes are stored in errno. */ long lzWrite(void *p, long n, LZFILE * f) { long c; /* counter of bytes written */ unsigned char *cp = (unsigned char *) p; for(c = 0; c < n; c++) { if(++(f->buf_size) >= F_BUF_SIZE) { if(_sort_out_putc(*cp, f) != *cp) return c; cp++; } else *(f->buf_pos++) = *(cp++); } return n; } /** * Reads a line from a text file, storing it at location p. Stops when a * linefeed is encountered, or max characters have been read. Returns a * pointer to where it stored the text, or NULL on error. The end of line * is handled by detecting '\n' characters: '\r' is simply ignored. */ char *lzGetS(char *p, int max, LZFILE * f) { int c; if(lzEOF(f)) { p[0] = 0; return NULL; } for(c = 0; c < max - 1; c++) { p[c] = lzGetC(f); if(p[c] == '\r') c--; else if(p[c] == '\n') break; } p[c] = 0; if(errno) return NULL; else return p; } /** * Writes a string to a text file, returning zero on success, -1 on error. * EOL ('\n') characters are expanded to CR/LF ('\r\n') pairs. */ int lzPutS(char *p, LZFILE * f) { while(*p) { if(*p == '\n') { lzPutC('\r', f); lzPutC('\n', f); } else lzPutC(*p, f); p++; } if(errno) return -1; else return 0; } /** * Refills the read buffer. The file must have been opened in read mode, * and the buffer must be empty. */ int RefillBuffer(LZFILE * f) { int sz; if((f->flags & LZFILE_FLAG_EOF) || (f->todo <= 0)) { /* EOF */ f->flags |= LZFILE_FLAG_EOF; return EOF; } if(f->parent) { if(f->flags & LZFILE_FLAG_PACK) { f->buf_size = pack_read(f->parent, (UNPACK_DATA *) f->pack_data, MIN(F_BUF_SIZE, f->todo), f->buf); } else { f->buf_size = lzRead(f->buf, MIN(F_BUF_SIZE, f->todo), f->parent); } if(f->parent->flags & LZFILE_FLAG_EOF) f->todo = 0; if(f->parent->flags & LZFILE_FLAG_ERROR) goto err; } else { f->buf_size = MIN(F_BUF_SIZE, f->todo); FILE_READ(f->hndl, f->buf, f->buf_size, sz); if(sz != f->buf_size) goto err; } f->todo -= f->buf_size; f->buf_pos = f->buf; f->buf_size--; if(f->buf_size <= 0) if(f->todo <= 0) f->flags |= LZFILE_FLAG_EOF; return *(f->buf_pos++); err: errno = EFAULT; f->flags |= LZFILE_FLAG_ERROR; return EOF; } /** * flushes a file buffer to the disk. The file must be open in write mode. */ int FlushBuffer(LZFILE * f, int last) { int sz; if(f->buf_size > 0) { if(f->flags & LZFILE_FLAG_PACK) { if(pack_write (f->parent, (PACK_DATA *) f->pack_data, f->buf_size, f->buf, last)) goto err; } else { FILE_WRITE(f->hndl, f->buf, f->buf_size, sz); if(sz != f->buf_size) goto err; } f->todo += f->buf_size; } f->buf_pos = f->buf; f->buf_size = 0; return 0; err: errno = EFAULT; f->flags |= LZFILE_FLAG_ERROR; return EOF; } int lzGetC(LZFILE * f) { f->buf_size--; if(f->buf_size > 0) return *(f->buf_pos++); else return _sort_out_getc(f); } int lzPutC(int c, LZFILE * f) { f->buf_size++; if(f->buf_size >= F_BUF_SIZE) return _sort_out_putc(c, f); else return (*(f->buf_pos++) = c); } /** * Sets the password to be used by all future read/write operations. */ void lzPassword(char *password) { if(password) { strncpy(thepassword, password, 255); thepassword[255] = 0; } else thepassword[0] = 0; } doomsday-1.14.5/doomsday/build/0000775000175000017500000000000012350542237015626 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/build/win32/0000775000175000017500000000000012350542237016570 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/build/win32/envconfig-example.bat0000664000175000017500000000113712350542237022671 0ustar jaakkojaakko@echo off :: Sets up the command line environment for building. :: This is automatically called by dorel.bat. :: Directory Config ------------------------------------------------------- :: Modify these paths for your system. set MSVC_DIR=c:\Program Files\Microsoft Visual Studio 10.0 set QTCREATOR_DIR=c:\QtSDK\QtCreator set QT_BIN_DIR=c:\QtSDK\Desktop\Qt\4.8.0\msvc2010\bin :: Build Tools Setup ------------------------------------------------------ :: Visual C++ environment. call "%MSVC_DIR%\vc\vcvarsall.bat" :: -- Qt environment. set JOM=%QTCREATOR_DIR%\bin\jom.exe call "%QT_BIN_DIR%\qtenv2.bat" doomsday-1.14.5/doomsday/build/win32/qmake_tp_vc.bat0000664000175000017500000000040112350542237021544 0ustar jaakkojaakko@echo off REM -- Generates a Visual Studio solution and vcprojs for the project. REM -- Note: Expected to be called by qmake_msvc.py. REM -- Set up the build environment. call ..\doomsday\build\win32\envconfig.bat qmake -tp vc -r ..\doomsday\doomsday.pro doomsday-1.14.5/doomsday/build/win32/qmake_msvc.py0000664000175000017500000001062612350542237021275 0ustar jaakkojaakko# qmake_msvc.py is a Python 2 script that generates a full Visual Studio # solution with a .vcxproj for each subproject. You must set up envconfig.bat # before running the script. The solution is always placed in a folder called # "doomsday-msvc-build" at the repository root. # # qmake_msvc.py must be called whenever the .pro/.pri files change. The .sln # and .vcxproj files are then rewritten -- manual edits will be gone! # # The solution automatically deploys all built binaries into the # "distrib\products" folder. The user is expected to 1) copy the required # dependency .dlls to products\bin, and 2) define the appropriate launch # command line and options (which are persistently then stored in the # .vcxproj.user file). import os, sys, re print "\nVISUAL STUDIO SOLUTION GENERATOR FOR DOOMSDAY\n" print "Author: \n" # Figure out the Doomsday root path. rootPath = os.path.abspath(os.path.join(os.path.dirname(sys.argv[0]), '..', '..')) solPath = os.path.abspath(os.path.join(rootPath, '..', 'doomsday-msvc-build')) print "Doomsday root path:", rootPath print "Solution location: ", solPath if not os.path.exists(solPath): os.mkdir(solPath) # Run qmake to generate the solution and vcprojs. os.chdir(solPath) os.system(os.path.join(rootPath, 'build', 'win32', 'qmake_tp_vc.bat')) # Cleanup. print "\nDeleting spurious PK3s..." for name in ['doomsday', 'libdoom', 'libheretic', 'libhexen', 'libdoom64']: fn = "..\%s.pk3" % name if os.path.exists(fn): os.remove(fn) print "\nPatching..." def fileRegex(fn, pattern, repl, count=0, startAtPos=0): text = file(fn, 'r').read() skipped = text[:startAtPos] text = text[startAtPos:] text = re.sub(pattern, repl, text, count) file(fn, 'w').write(skipped + text) def fileRegOff(fn, pattern, startAtPos=0): text = file(fn, 'r').read() text = text[startAtPos:] found = re.search(pattern, text) return found.start() for proj in ['libdeng2\deng2.vcxproj', 'tools\shell\shell-gui\Doomsday-Shell.vcxproj']: fileRegex(proj, r'=\\"([A-Za-z0-9_\-\. ]+)\\"', r'="\1"') copyScript = 'python "%s\\\\build\win32\copy_to_products.py' % rootPath + '" "' + solPath + '"' rcDirs = '"' + rootPath + '\\\\api";"' + rootPath + '\\\\libdeng1\include' + '"' def find_projs(path): found = [] for name in os.listdir(path): fn = os.path.join(path, name) if os.path.isdir(fn) and '.' not in name: found += find_projs(fn) elif name[-8:] == '.vcxproj': found.append(os.path.join(path, name)) return found allProjs = find_projs(solPath) print "Found %i projects." % len(allProjs) for fn in allProjs: pName = os.path.basename(fn) pName = pName[:pName.index('.')] # Fix target names. fileRegex(fn, '[0-2]', '') fileRegex(fn, '[0-2]', '') # Add a post-build step for Debug config. start = fileRegOff(fn, r'\n', r""" """ + copyScript + r""" Debug Copy """ + pName + r""" to products/bin \n""", 1, start) # Tell RC where to find headers. fileRegex(fn, r'\n', r""" """ + rcDirs + """\n \n""", 1, start) # Add a post-build step for Release config. start = fileRegOff(fn, r'\n', r""" """ + copyScript + r""" Release Copy """ + pName + r""" to products/bin \n""", 1, start) # Tell RC where to find headers. fileRegex(fn, r'\n', r""" """ + rcDirs + """\n \n""", 1, start) print "\nAll done!\n" print 'Solution generated:', os.path.join(solPath, 'doomsday.sln') doomsday-1.14.5/doomsday/build/win32/.gitignore0000664000175000017500000000005712350542237020562 0ustar jaakkojaakkovcconfig.bat envconfig.bat *.pk3 *.dll obj bin doomsday-1.14.5/doomsday/build/win32/copy_to_products.py0000664000175000017500000000467212350542237022552 0ustar jaakkojaakko# Copies all updated binaries to the distrib/products folder. # Called from Visual Studio as a post-build step for all projects. import sys, os, shutil solDir = sys.argv[1] buildType = sys.argv[2] def copy_if_newer(src, dest): if os.path.exists(dest): srcTime = os.stat(src).st_mtime destTime = os.stat(dest).st_mtime if srcTime <= destTime: return try: shutil.copyfile(src, dest) print 'DEPLOY :', os.path.basename(src), '->', os.path.abspath(dest) except IOError: pass # Set up the destination. dest = os.path.abspath(os.path.join(solDir, '..', 'distrib', 'products', 'bin')) if not os.path.exists(dest): os.makedirs(dest) if not os.path.exists(dest + '\\plugins'): os.makedirs(dest + '\\plugins') if not os.path.exists(dest + '\\..\\data'): os.makedirs(dest + '\\..\\data') # Update .pk3s. copy_if_newer(os.path.join(solDir, 'doomsday.pk3'), os.path.join(dest, '..', 'data', 'doomsday.pk3')) copy_if_newer(os.path.join(solDir, 'libdoom.pk3'), os.path.join(dest, '..', 'data', 'jdoom', 'libdoom.pk3')) copy_if_newer(os.path.join(solDir, 'libheretic.pk3'), os.path.join(dest, '..', 'data', 'jheretic', 'libdoom.pk3')) copy_if_newer(os.path.join(solDir, 'libhexen.pk3'), os.path.join(dest, '..', 'data', 'jhexen', 'libhexen.pk3')) copy_if_newer(os.path.join(solDir, 'libdoom64.pk3'), os.path.join(dest, '..', 'data', 'jdoom64', 'libdoom64.pk3')) targets = ['libdeng2', 'libdeng1', 'libshell', 'libgui', 'client', 'server', 'plugins\*', 'tools\*', 'tools\shell\*', 'tests\*'] for target in targets: dirs = [] if '*' in target: try: dirs += [target[:-1] + d + '\\' + buildType for d in os.listdir(os.path.join(solDir, target[:-1]))] except: pass else: dirs += [target + '\\' + buildType] for dir in dirs: d = os.path.join(solDir, dir) if not os.path.exists(d): continue for fn in os.listdir(d): if fn[-4:] == '.exe': #print '- exe:', fn copy_if_newer(os.path.join(d, fn), os.path.join(dest, fn)) elif fn[-4:] == '.dll': destPath = dest if 'plugins' in dir: #print '- plugin dll:', fn destPath += '\\plugins' #else: # print '- dll:', fn copy_if_newer(os.path.join(d, fn), os.path.join(destPath, fn)) doomsday-1.14.5/doomsday/build/build.pro0000664000175000017500000000636312350542237017457 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson # This project file contains tasks that are done in the beginning of a build. TEMPLATE = subdirs # Let's print the build configuration during this qmake invocation. CONFIG += deng_verbosebuildconfig include(../macros.pri) # Always update versions.pri. runPython2InDir($$PWD/.., configure.py) include(../config.pri) # We are not building any binaries here; disable stripping. QMAKE_STRIP = true # Update the PK3 files. !deng_sdk:!deng_nopackres { runPython2InDir($$PWD/scripts/, packres.py --quiet \"$$OUT_PWD/..\") } # Install the launcher. !deng_sdk:deng_snowberry { SB_ROOT = ../../snowberry SB_DIR = $$DENG_BASE_DIR/snowberry sb.files = \ $${SB_ROOT}/cfparser.py \ $${SB_ROOT}/events.py \ $${SB_ROOT}/host.py \ $${SB_ROOT}/language.py \ $${SB_ROOT}/logger.py \ $${SB_ROOT}/paths.py \ $${SB_ROOT}/plugins.py \ $${SB_ROOT}/snowberry.py \ $${SB_ROOT}/ui.py \ $${SB_ROOT}/widgets.py \ $${SB_ROOT}/graphics \ $${SB_ROOT}/lang \ $${SB_ROOT}/profiles \ $${SB_ROOT}/sb sb.path = $$SB_DIR conf.files = \ $${SB_ROOT}/conf/snowberry.conf \ $${SB_ROOT}/conf/x-*.conf conf.path = $$SB_DIR/conf plugins.files = \ $${SB_ROOT}/plugins/about.py \ $${SB_ROOT}/plugins/help.py \ $${SB_ROOT}/plugins/launcher.py \ $${SB_ROOT}/plugins/observer.py \ $${SB_ROOT}/plugins/preferences.py \ $${SB_ROOT}/plugins/profilelist.py \ $${SB_ROOT}/plugins/tab* \ $${SB_ROOT}/plugins/wizard.py plugins.path = $$SB_DIR/plugins # Make may not have yet created the output directory at this point. system(mkdir -p \"$$OUT_PWD\") isEmpty(SCRIPT_PYTHON) { error("Variable SCRIPT_PYTHON not set (path of Python interpreter to be used in generated scripts)") } # Generate a script for starting the laucher. LAUNCH_FILE = launch-doomsday !system(sed \"s:PYTHON:$$SCRIPT_PYTHON:; s:SB_DIR:$$SB_DIR:\" \ <\"../../distrib/linux/$$LAUNCH_FILE\" \ >\"$$OUT_PWD/$$LAUNCH_FILE\" && \ chmod 755 \"$$OUT_PWD/$$LAUNCH_FILE\"): error(Can\'t build $$LAUNCH_FILE) launch.files = $$OUT_PWD/$$LAUNCH_FILE launch.path = $$DENG_BIN_DIR # Generate a .desktop file for the applications menu. DESKTOP_FILE = doomsday-engine.desktop !system(sed \"s:BIN_DIR:$$DENG_BIN_DIR:; s:SB_DIR:$$SB_DIR:\" \ <\"../../distrib/linux/$$DESKTOP_FILE\" \ >\"$$OUT_PWD/$$DESKTOP_FILE\"): error(Can\'t build $$DESKTOP_FILE) desktop.files = $$OUT_PWD/$$DESKTOP_FILE desktop.path = $$PREFIX/share/applications INSTALLS += conf plugins sb launch desktop } deng_aptunstable { # Include the Unstable repository for apt. #INSTALLS += repo #repo.files += ../../distrib/linux/doomsday-builds-unstable.list #repo.path += /etc/apt/sources.list.d } deng_aptstable { # Include the Stable repository for apt. #INSTALLS += repo #repo.files += ../../distrib/linux/doomsday-builds-stable.list #repo.path += /etc/apt/sources.list.d } OTHER_FILES += ../configure.py doomsday-1.14.5/doomsday/build/scripts/0000775000175000017500000000000012350542237017315 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/build/scripts/qhelp.py0000775000175000017500000000075412350542237021011 0ustar jaakkojaakko#!/usr/bin/env python # Assumes qhelpgenerator is on the path (part of Qt) import re, sys, os, string print 'Patching index.qhp...' input = file(sys.argv[1], 'rt').read() # Doxygen writes a spurious tag for some reason. output = re.sub('\s+
\n
# Generates a set of web pages out of tags in Git commit headlines. # License: GNU GPL version 2 (or later) import os, sys, time, string, base64 OUT_DIR = 'codex' TITLE = 'Doomsday Codex' if sys.argv > 1: OUT_DIR = sys.argv[1] class Commit: def __init__(self, subject, author, date, link, hash): self.subject = subject self.author = author self.date = date self.link = link self.hash = hash self.extract_tags() def add_tag(self, tag): if len(tag) <= 1: return if tag.lower() not in map(lambda x: x.lower(), self.tags): self.tags.append(tag) def extract_tags(self): self.tags = [] sub = self.subject if sub.startswith('Revert "') and sub[-1] == '"': sub = sub[8:-1] self.tags.append(u'Revert') self.subject = sub[sub.find(': ') + 1:].strip() # Some tags are automatically applied based on the subject line. sensitiveWords = self.subject.replace(';', ' ').replace(':', ' ').replace(',', ' ').split(' ') words = map(lambda w: w.lower(), sensitiveWords) if 'fixed' in words: self.add_tag(u'Fixed') if 'cleanup' in words: self.add_tag(u'Cleanup') if 'debug' in words: self.add_tag(u'Debug') if 'fixed' in words: self.add_tag(u'Fixed') if 'added' in words: self.add_tag(u'Added') if 'refactor' in self.subject.lower(): self.add_tag(u'Refactor') if 'GL' in sensitiveWords: self.add_tag(u'GL') if 'performance' in words: self.add_tag(u'Performance') if 'optimize' in words or 'optimized' in words or 'optimizing' in words: self.add_tag(u'Optimize') # Are there any actual tags specified? if sub.find(': ') < 0: return sub = sub[:sub.find(': ')].replace(',', '|').replace('/', '|').replace('(', '|').\ replace('&', '|').replace(')', '').replace('Changed ', 'Changed|') for unclean in sub.split('|'): unclean = unclean.replace('*nix', 'Unix') tag = unclean.replace('[', '').replace(']', '').replace('*', '').replace('"', '').strip() if 'ccmd' in tag.lower() or 'cvar' in tag.lower(): tag = u'Console' if 'cleanup' in tag.lower() or 'clean up' in tag.lower(): tag = u'Cleanup' if '_' in tag: continue if tag.lower() == 'chex': tag = u'Chex Quest' if tag.lower() == 'hacx': tag = u'HacX' if 'common' in tag.lower(): tag = u'libcommon' if 'doom64' in tag.lower(): tag = u'Doom64' elif 'doom' in tag.lower(): tag = u'Doom' elif 'heretic' in tag.lower(): tag = u'Heretic' elif 'hexen' in tag.lower(): tag = u'Hexen' if tag.lower() == 'add-on repository' or tag.lower() == 'addon repository': tag = u'Add-on Repository' if tag.lower() == 'bsp builder' or tag.lower() == 'bspbuilder': tag = u'BSP Builder' if tag.lower() == 'build repository' or tag.lower() == 'buildrepository': tag = u'Build Repository' if tag.lower() == 'deh reader' or tag.lower() == 'dehreader' or \ tag.lower() == 'deh read' or tag.lower() == 'dehacked reader' or \ tag.lower() == 'dehread': tag = u'Deh Reader' if tag.lower() == 'dpdehread': tag = u'dpDehRead' if tag.lower() == 'gcc': tag = u'GCC' if tag.lower() == 'glsandbox': tag = u'GLSandbox' if tag.lower() == 'dsdirectsound': tag = u'dsDirectSound' if tag.lower() == 'busy mode': tag = u'Busy Mode' if tag.lower() == 'dedicated server': tag = u'Dedicated Server' if tag.lower() == 'cmake': tag = u'CMake' if tag.lower().startswith('filesys') or tag.lower().startswith('file sys'): tag = u'File System' if tag.lower() == 'clang': tag = u'Clang' if 'zone' in tag.lower(): tag = u'Memory Zone' if tag.lower() == 'infine': tag = u'InFine' if 'all games' in tag.lower(): self.add_tag(u'All Games') if tag.lower() == 'lightgrid': tag = u'Light Grid' if tag.lower() == 'render': tag = u'Renderer' if tag.lower() == 'sfx': tag = u'SFX' if tag.lower() == 'taskbarwidth' or tag.lower() == 'taskbar' or tag.lower() == 'taskbarwidget': tag = u'Task Bar' if tag.lower() == 'texture manager': tag = u'Texture Manager' if 'refactoring' in tag.lower() or 'refactored' in tag.lower(): tag = u'Refactor' if 'optimization' in tag.lower() or 'optimize' in tag.lower(): tag = u'Optimize' if tag == 'osx' or tag.lower() == 'mac' or tag.lower() == 'mac os x': tag = u'OS X' if tag.lower().startswith('fixed'): tag = tag[5:].strip() self.add_tag(u'Fixed') if tag.lower().startswith('added'): tag = tag[5:].strip() self.add_tag(u'Added') if len(tag) > 2 and (tag[0] == '(' and tag[-1] == ')'): tag = tag[1:-1] if tag == u'WadMapConverter': tag = u'Wad Map Converter' if tag.lower() == 'win32': tag = u'Windows' self.add_tag(tag) def contains_tag(subject): pos = subject.find(': ') if pos < 0: # It might still have some recognized words. for allowed in ['debug', 'optimize', 'cleanup', 'fixed', 'added', 'refactor']: if allowed in subject.lower(): return True if pos > 60: return False for badWord in ['related ', ' up ', ' the ', ' a ', ' in ', ' of', ' on ', ' and ', ' then ', ' when', ' to ', ' for ', ' with ', ' into ']: if badWord in subject[:pos]: return False if subject[pos-4:pos+1] == 'TODO:': return False # It can only contain colons after the tag marker. p = subject.find(':') if p >= 0 and p < pos: return False p = subject.find('.') if p >= 0 and p < pos: return False return True def fetch_commits(): commits = {} tmpName = '__ctmp' format = '[[Subject]]%s[[/Subject]]' + \ '[[Author]]%an[[/Author]]' + \ '[[Date]]%ai[[/Date]]' + \ '[[Link]]http://github.com/skyjake/Doomsday-Engine/commit/%H[[/Link]]' + \ '[[Hash]]%H[[/Hash]]' os.system("git log --format=\"%s\" >> %s" % (format, tmpName)) logText = unicode(file(tmpName, 'rt').read(), 'utf-8') os.remove(tmpName) pos = 0 while True: pos = logText.find('[[Subject]]', pos) if pos < 0: break # No more. end = logText.find('[[/Subject]]', pos) subject = logText[pos+11:end] # Author. pos = logText.find('[[Author]]', pos) end = logText.find('[[/Author]]', pos) author = logText[pos+10:end] # Date. pos = logText.find('[[Date]]', pos) end = logText.find('[[/Date]]', pos) date = logText[pos+8:end] # Link. pos = logText.find('[[Link]]', pos) end = logText.find('[[/Link]]', pos) link = logText[pos+8:end] # Hash. pos = logText.find('[[Hash]]', pos) end = logText.find('[[/Hash]]', pos) hash = logText[pos+8:end] if contains_tag(subject): commits[hash] = Commit(subject, author, date, link, hash) return commits # Compile the commit database. byHash = fetch_commits() byTag = {} for commit in byHash.values(): # Index all commits by tag. for tag in commit.tags: if tag in byTag: if commit not in byTag[tag]: byTag[tag].append(commit) else: byTag[tag] = [commit] relatedTags = [ ['Fixed', 'Added', 'Refactor', 'Optimize', 'Revert', 'Cleanup', 'Debug'], ['Windows', 'OS X', 'Linux', 'Unix', 'Debian', 'Ubuntu', 'FreeBSD', 'X11', '64-bit'], ['Windows', 'Windows *'], ['Qt', 'SDL'], ['Builder', 'Builds', 'qmake', 'Project*', 'CMake', 'Distrib', 'GCC', 'MSVC', 'Clang', 'Git', 'TextMate', 'wikidocs'], ['Test*', 'GLSandbox'], ['Docs', 'Documentation', 'Codex', 'Readme', 'Doxygen', 'Amethyst'], ['Homepage', 'Add-on Repository', 'Build Repository', 'CSS', 'RSS', 'DEW', 'Forums'], ['libdeng2', 'App', 'Config', 'Log', 'LogBuffer', 'Widgets'], ['libgui', 'DisplayMode', 'GL', 'OpenGL', 'GL*', 'Atlas*', 'Image', '*Bank', 'Font'], ['libdeng', 'libdeng1', 'Garbage', 'Garbages', 'Str'], ['libshell', 'Shell', 'AbstractLineEditor', 'Link'], ['Client', 'Client UI', 'UI', 'Console', 'Control Panel', 'Default Style', 'GameSelectionWidget', 'Task Bar', 'Updater', 'WindowSystem', 'Client*'], ['Server', 'Dedicated Server', 'Dedicated Mode', 'Server*'], ['Snowberry', 'Shell', 'Amethyst', 'md2tool'], ['All Games', 'Doom', 'Heretic', 'Hexen', 'Doom64', 'Chex Quest', 'HacX'], ['Plugins', 'Wad Map Converter', 'Deh Reader', 'dsDirectSound', 'OpenAL', 'dpDehRead', 'dsWinMM', 'Dummy Audio', 'Example Plugin', 'exampleplugin', 'FluidSynth', 'FMOD'], ['API', 'DMU', 'DMU API'], ['DED', 'DED Parser', 'Ded Reader', 'Definitions', 'Info', 'ScriptedInfo'], ['Ring Zero', 'GameSelectionWidget'], ['Script*', 'scriptsys', 'Script', 'Record', 'Variable'], ['File System', 'Folder', 'Feed', 'FS', 'FS1', 'File*', '*File'], ['Resource*', 'Material*', 'Texture*', 'Uri'], ['Renderer', '* Renderer', 'Model*', 'Light Grid'], ['Network', 'Multiplayer', 'Server', 'Protocol'], ['Concurrency', 'Task', 'libdeng2'], ['libcommon', 'Game logic', 'Menu', 'Game Menu', 'Game Save', 'Games', 'Automap'], ['World', 'GameMap', 'Map', 'BSP Builder', 'HEdge', 'Bsp*', 'Line*', 'Sector', 'SectionEdge', 'Wall*', 'Blockmap', 'Polyobj', 'Plane'], ['Finale Interpreter', 'Finales', 'InFine'], ['Input*', 'Bindings', 'Joystick', 'MouseEvent', 'KeyEvent', 'libgui'], ['Audio*', 'SFX', 'Music', 'FluidSynth'], ['Widget*', '*Widget', '*Rule', 'Rule*', 'Animation' ] ] def find_related_tags(tag): rels = [] for group in relatedTags: # Any wildcards? tags = [] for t in group: if '*' not in t: tags.append(t) elif t[0] == '*': for x in byTag.keys(): if x.endswith(t[1:]): tags.append(x) elif t[-1] == '*': for x in byTag.keys(): if x.startswith(t[:-1]): tags.append(x) if tag not in tags: continue for t in tags: if t != tag and t not in rels: rels.append(t) return sorted(rels, key=lambda s: s.lower()) if not os.path.exists(OUT_DIR): os.mkdir(OUT_DIR) def tag_filename(tag): return base64.urlsafe_b64encode(tag) def encoded_text(logText): logText = logText.replace(u'&', u'&') logText = logText.replace(u'ä', u'ä') logText = logText.replace(u'ö', u'ö') logText = logText.replace(u'Ä', u'Ä') logText = logText.replace(u'Ö', u'Ö') logText = logText.replace(u'<', u'<') logText = logText.replace(u'>', u'>') logText = filter(lambda c: c in string.whitespace or c > ' ', logText) return logText def print_header(out, pageTitle): print >> out, '' print >> out, '' print >> out, '' print >> out, '' print >> out, '%s - %s' % (pageTitle, TITLE) print >> out, '' print >> out, '' print >> out, '' print >> out, '
Alphabetical Index | Tags by Size | Find tag:
' print >> out, '

%s

' % pageTitle def print_footer(out): print >> out, '

⊕

This is the Doomsday Engine source code repository commit tag index.

Last updated: %s

' % time.asctime() print >> out, '' print >> out, '' def print_table(out, cells, cell_printer, numCols=4, tdStyle='', separateByFirstLetter=False, letterFunc=None): colSize = (len(cells) + numCols - 1) / numCols tdElem = '' % (100/numCols, tdStyle) print >> out, '' + tdElem idx = 0 inCol = 0 letter = '' while idx < len(cells): if separateByFirstLetter: if inCol > 0 and letter != '' and letter != letterFunc(cells[idx]): print >> out, '
' letter = letterFunc(cells[idx]) cell_printer(out, cells[idx]) idx += 1 inCol += 1 if inCol == colSize: print >> out, tdElem inCol = 0 print >> out, '
' # Create the index page with all tags sorted alphabetically. out = file(os.path.join(OUT_DIR, 'index.html'), 'wt') print_header(out, 'Alphabetical Tag Index') sortedTags = sorted(byTag.keys(), cmp=lambda a, b: cmp(a.lower(), b.lower())) def alpha_index_cell(out, tag): count = len(byTag[tag]) if count > 100: style = 'font-weight: bold' elif count < 5: style = 'color: #aaa' else: style = '' print >> out, '%s (%i)
' % ( tag_filename(tag), style, encoded_text(tag), count) print_table(out, sortedTags, alpha_index_cell, separateByFirstLetter=True, letterFunc=lambda t: t[0].lower()) print_footer(out) # Create the index page with tags sorted by size. out = file(os.path.join(OUT_DIR, 'index_by_size.html'), 'wt') print_header(out, 'All Tags by Size') def tag_size_comp(a, b): c = cmp(len(byTag[b]), len(byTag[a])) if c == 0: return cmp(a.lower(), b.lower()) return c def size_index_cell(out, tag): count = len(byTag[tag]) if count > 100: style = 'font-weight: bold' elif count < 5: style = 'color: #aaa' else: style = '' print >> out, '%i %s
' % ( tag_filename(tag), style, count, encoded_text(tag)) print_table(out, sorted(byTag.keys(), cmp=tag_size_comp), size_index_cell) print_footer(out) def print_tags(out, com, tag, linkSuffix=''): first = True for other in sorted(com.tags, cmp=lambda a, b: cmp(a.lower(), b.lower())): if other != tag: if not first: print >> out, '| ' first = False print >> out, '%s' % (linkSuffix, \ tag_filename(other), encoded_text(other)) def print_commit(out, com, tag, linkSuffix=''): print >> out, trElem + '' % com.link + com.date[:10] + ' ' print >> out, '' print_tags(out, com, tag, linkSuffix) print >> out, ':' print >> out, ('' % com.link + encoded_text(com.subject)[:250] + '').encode('utf8') colors = ['#f00', '#0a0', '#00f', '#ed0', '#f80', '#0ce', '#88f', '#b0b', '#f99', '#8d8', '#222', '#44a', '#940', '#888'] def html_color(colIdx): if colIdx == None: return '#000' return colors[colIdx % len(colors)] def color_box(colIdx): return '   ' % \ html_color(colIdx) def print_date_sorted_commits(out, coms, tag, linkSuffix='', colorIdx=None): months = ['January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December'] curDate = '' dateSorted = sorted(coms, key=lambda c: c.date, reverse=True) print >> out, '' for com in dateSorted: # Monthly headers. if curDate == '' or curDate != com.date[:7]: print >> out, '
' % \ (html_color(colorIdx), html_color(colorIdx)) print >> out, months[int(com.date[5:7]) - 1], com.date[:4] curDate = com.date[:7] print_commit(out, com, tag, linkSuffix) print >> out, '
' # Create the tag redirecting PHP page. out = file(os.path.join(OUT_DIR, 'find_tag.php'), 'wt') print >> out, '> out, '$tags = array(', string.join(['"%s" => "%s"' % (tag, tag_filename(tag)) for tag in byTag.keys()], ', '), ');' print >> out, """ $input = stripslashes(strip_tags($_GET["tag"])); $style = $_GET["style"]; if($style == 'grouped') { $style = 'group_'; } else { $style = ''; } $destination = "index.html"; $best = -1.0; if(strlen($input) > 0 && strlen($input) < 60) { foreach($tags as $tag => $link) { $lev = (float) levenshtein($input, $tag); // case sensitive if(stripos($tag, $input) !== FALSE || stripos($input, $tag) !== FALSE) { // Found as a case insensitive substring, increase likelihood. $lev = $lev/2.0; } if(stripos($tag, $input) === 0) { // Increase likelihood further if the match is in the beginning. $lev = $lev/2.0; } if(!strcasecmp($tag, $input) == 0) { // Case insensitive direct match, increase likelihood. $lev = $lev/2.0; } if($lev == 0) { $destination = "tag_$style$link.html"; break; } if($best < 0 || $lev < $best) { $destination = "tag_$style$link.html"; $best = $lev; } } } header("Location: $destination"); """ print >> out, "?>" def print_related_tags(out, tag, style=''): rels = find_related_tags(tag) if len(rels) == 0: return print >> out, '

Related tags: ' print >> out, string.join(['%s' % (style, tag_filename(t), t) for t in rels], ', ') print >> out, '

' def percentage(part, total): return int(round(float(part)/float(total) * 100)) def print_authorship(out, tag): authors = {} total = len(byTag[tag]) for commit in byTag[tag]: if commit.author in authors: authors[commit.author] += 1 else: authors[commit.author] = 1 sortedAuthors = sorted(authors.keys(), key=lambda a: authors[a], reverse=True) print >> out, '

Authorship:', string.join(['%i%% %s' % (percentage(authors[a], total), a) for a in sortedAuthors], ', ').encode('utf8'), '

' # # Create pages for each tag. # for tag in byTag.keys(): #print 'Generating tag page:', tag trElem = '' # First a simple date-based list of commits in this tag. out = file(os.path.join(OUT_DIR, 'tag_%s.html' % tag_filename(tag)), 'wt') print_header(out, tag) print_related_tags(out, tag) print_authorship(out, tag) print >> out, '

View commits by groups

' % tag_filename(tag) print >> out, '
' print_date_sorted_commits(out, byTag[tag], tag) print >> out, '
' print_footer(out) present = {} for com in byTag[tag]: for other in com.tags: if other == tag: continue if other not in present: present[other] = [com] else: present[other].append(com) def present_by_size(a, b): c = cmp(len(present[b]), len(present[a])) if c == 0: return cmp(a.lower(), b.lower()) return c presentSorted = sorted(present.keys(), cmp=present_by_size) # Then grouped by subgroup size. out = file(os.path.join(OUT_DIR, 'tag_group_%s.html' % tag_filename(tag)), 'wt') print_header(out, tag + ' (Grouped)') print_related_tags(out, tag, 'group_') print_authorship(out, tag) print >> out, '

View commits by date

' % tag_filename(tag) if len(byTag[tag]) > 10: print >> out, '
Jump down to:' class SkipTagPrinter: def __init__(self): self.color = 0 def __call__(self, out, tag): print >> out, '' + color_box(self.color) self.color += 1 print >> out, '%s (%i)
' % (tag_filename(tag), tag, len(present[tag])) print_table(out, presentSorted, SkipTagPrinter(), numCols=5, tdStyle='line-height:150%') print >> out, '
' # First the commits without any subgroups. print >> out, '
' print_date_sorted_commits(out, filter(lambda c: len(c.tags) == 1, byTag[tag]), tag) print >> out, '
' color = 0 for tag2 in presentSorted: print >> out, '

%s%s (%i) — %s

' % ( tag_filename(tag2), color_box(color), tag_filename(tag2), tag2, len(present[tag2]), tag) print >> out, '
' % html_color(color) print_date_sorted_commits(out, filter(lambda c: tag2 in c.tags, byTag[tag]), tag, 'group_', colorIdx=color) print >> out, '
' print >> out, '

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' color += 1 print_footer(out) doomsday-1.14.5/doomsday/build/scripts/makehelp.py0000775000175000017500000000170112350542237021457 0ustar jaakkojaakko#!/usr/bin/env python2.7 import os, sys import conhelp dengRoot = os.path.abspath(os.path.join( os.path.dirname(os.path.abspath(sys.argv[0])), '..', '..')) conHelp = os.path.join(dengRoot, 'build', 'scripts', 'conhelp.py') os.chdir(os.path.join(dengRoot, 'doc')) print "Engine help" cpHelpTxt = os.path.join(dengRoot, 'client', 'data', 'cphelp.txt') conhelp.makeHelp(cpHelpTxt, ['engine']) panel = conhelp.amethyst(file(os.path.join('engine', 'controlpanel.ame')).read()) file(cpHelpTxt, 'a').write(panel) print "libdoom help" conhelp.makeHelp( os.path.join(dengRoot, 'plugins', 'doom', 'data', 'conhelp.txt'), ['libcommon', 'libdoom']) print "libheretic help" conhelp.makeHelp( os.path.join(dengRoot, 'plugins', 'heretic', 'data', 'conhelp.txt'), ['libcommon', 'libheretic']) print "libhexen help" conhelp.makeHelp( os.path.join(dengRoot, 'plugins', 'hexen', 'data', 'conhelp.txt'), ['libcommon', 'libhexen']) doomsday-1.14.5/doomsday/build/scripts/packres.py0000775000175000017500000000760412350542237021331 0ustar jaakkojaakko#!/usr/bin/env python2.7 # This Python script will create a set of PK3 files that contain the files # that Doomsday needs at runtime. The PK3 files are organized using the # traditional data/ and defs/ structure. import sys, os, os.path, zipfile if len(sys.argv) < 2: print "Usage: %s pk3-target-dir" % sys.argv[0] print "(run in build/scripts/)" sys.exit(0) # Check quiet flag. quietMode = False if '--quiet' in sys.argv: sys.argv.remove('--quiet') quietMode = True deng_dir = os.path.join('..', '..') target_dir = os.path.abspath(sys.argv[1]) class Pack: def __init__(self): self.files = [] # tuples def add_files(self, fileNamesArray): self.files += fileNamesArray def msg(self, text): if not quietMode: print text def create(self, name): full_name = os.path.join(target_dir, name) self.msg("Creating %s as %s..." % (os.path.normpath(name), os.path.normpath(full_name))) pk3 = zipfile.ZipFile(full_name, 'w', zipfile.ZIP_DEFLATED) for src, dest in self.files: full_src = os.path.join(deng_dir, src) # Is this a file or a folder? if os.path.isfile(full_src): # Write the file as is. self.msg("writing %s as %s" % (os.path.normpath(full_src), os.path.normpath(dest))) pk3.write(full_src, dest) elif os.path.isdir(full_src): # Write the contents of the folder recursively. def process_dir(path, dest_path): self.msg("processing %s" % os.path.normpath(path)) for file in os.listdir(path): real_file = os.path.join(path, file) if file[0] == '.': continue # Ignore these. if os.path.isfile(real_file): if not quietMode: self.msg("writing %s as %s" % (os.path.normpath(real_file), os.path.normpath(os.path.join(dest_path, file)))) pk3.write(real_file, os.path.join(dest_path, file)) elif os.path.isdir(real_file): process_dir(real_file, os.path.join(dest_path, file)) process_dir(full_src, dest) # Write it out. print "Created %s (with %i files)." % (os.path.normpath(full_name), len(pk3.namelist())) pk3.close() # First up, doomsday.pk3. # Directory contents added recursively. p = Pack() p.add_files( [ ('client/defs', 'defs'), ('client/data', 'data') ] ) p.create('doomsday.pk3') # defaultstyle.pack p = Pack() p.add_files( [ ('client/data/defaultstyle.pack', '') ] ) p.create('defaultstyle.pack') # renderer.pack p = Pack() p.add_files( [ ('client/data/renderer.pack', '') ] ) p.create('renderer.pack') # libdoom.pk3 p = Pack() p.add_files( [ ('plugins/doom/defs', 'defs/jdoom'), ('plugins/doom/data/conhelp.txt', 'data/jdoom/conhelp.txt'), ('plugins/doom/data/lumps', '#.basedata') ] ) p.create('libdoom.pk3') # libheretic.pk3 p = Pack() p.add_files( [ ('plugins/heretic/defs', 'defs/jheretic'), ('plugins/heretic/data/conhelp.txt', 'data/jheretic/conhelp.txt'), ('plugins/heretic/data/lumps', '#.basedata') ] ) p.create('libheretic.pk3') # libhexen.pk3 p = Pack() p.add_files( [ ('plugins/hexen/defs', 'defs/jhexen'), ('plugins/hexen/data/conhelp.txt', 'data/jhexen/conhelp.txt'), ('plugins/hexen/data/lumps', '#.basedata') ] ) p.create('libhexen.pk3') # libdoom64.pk3 p = Pack() p.add_files( [ ('plugins/doom64/defs', 'defs/jdoom64'), ('plugins/doom64/data/conhelp.txt', 'data/jdoom64/conhelp.txt'), ('plugins/doom64/data/lumps', '#.basedata') ] ) p.create('libdoom64.pk3') doomsday-1.14.5/doomsday/build/scripts/conhelp.py0000664000175000017500000000324012350542237021316 0ustar jaakkojaakko"""Generates a console help file out of Amethyst sources.""" import os import sys import string import subprocess def amethyst(input): """Runs amethyst with the given input and returns the output.""" p = subprocess.Popen(['amethyst', '-dHELP'], stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE) (output, errs) = p.communicate(input) #print >>sys.stderr, errs return output def makeHelp(outName, components): """Generates the output file 'outName' out of the Amethyst sources in the subdirectories listed in 'components'. - outName: File path of the output file. - components: List of subdirectories to include in the output.""" modes = ['command', 'variable'] outFile = file(outName, 'w') print >> outFile, "# Doomsday Help" print >> outFile, "# Generated by conhelp.py out of", string.join(components, ', ') for mode in modes: for com in components: print >> outFile, "#\n# CONSOLE", mode.upper() + 'S: %s\n#' % com path = os.path.join(com, mode) for fn in os.listdir(path): if not fn.endswith('.ame'): continue name = fn[:-4] print '- %s %s: %s' % (com, mode, name) print >> outFile, "\n[%s]" % name templ = '@require{amestd} @begin\n' + \ file(os.path.join(path, fn)).read() print >> outFile, amethyst(templ).strip() if __name__ == '__main__': if len(sys.argv) < 3: print "Usage: (outname) (inputdirs) ..." sys.exit(0) makeHelp(sys.argv[1], sys.argv[2:]) doomsday-1.14.5/doomsday/build/scripts/help2ame.py0000664000175000017500000000256412350542237021373 0ustar jaakkojaakko# Reads a cphelp/conhelp file and outputs an .ame source for each # command and variable. # # Arguments: # 1 - input file (cphelp/conhelp) # 2 - component (engine, libcommon, etc.) import os import sys def escaped(s): result = '' for c in s: if c == '{': c = '@{' elif c == '}': c = '@}' elif c == '@': c = '@@' result += c return result source = sys.argv[1] component = sys.argv[2] mode = None name = '' path = None output = None print 'Component:', component for line in file(source).readlines(): line = line.strip() if len(line) == 0: continue if '# CONSOLE VARIABLE' in line: mode = 'variable' elif '# CONSOLE COMMAND' in line: mode = 'command' if mode is None: continue if line.startswith('['): name = line[1:-1].strip() outDir = os.path.join(component, mode) path = os.path.join(outDir, name + '.ame') print path if not os.path.exists(outDir): os.makedirs(outDir) output = file(path, 'w') if output != None: if line.startswith('desc'): desc = line[line.index('=') + 1:].strip() print >> output, "@summary{\n %s\n}" % escaped(desc) elif line.startswith('inf'): info = line[line.index('=') + 1:].strip() print >> output, "@description{\n %s\n}" % escaped(info) doomsday-1.14.5/doomsday/build/scripts/unify.py0000664000175000017500000000126112350542237021021 0ustar jaakkojaakkoimport os, sys comps = ['libdoom', 'libheretic', 'libhexen'] def unify(mode): for fn in os.listdir('libdoom/'+mode): # Do the others have this? content = file('libdoom/%s/%s' % (mode, fn)).read() try: if content == file('libheretic/%s/%s' % (mode, fn)).read() and \ content == file('libhexen/%s/%s' % (mode, fn)).read(): file('libcommon/%s/%s' % (mode, fn), 'w').write(content) for com in comps: os.remove('%s/%s/%s' % (com, mode, fn)) print 'unified', mode, fn except IOError: pass unify('variable') unify('command') doomsday-1.14.5/doomsday/build/scripts/wadcompiler.py0000775000175000017500000001652012350542237022204 0ustar jaakkojaakko#!/usr/bin/env python2.7 import sys, os.path, struct def split_name(name): if '@' in name: pos = name.index('@') return (name[:pos], name[pos+1:]) else: return (name, name) def valid_lump_name(name): n = name.upper() if len(n) > 8: # Truncate. n = n[:8] elif len(n) < 8: # Pad with zeroes. n += chr(0) * (8 - len(n)) return n class Lump: def __init__(self, name, data, offset): if chr(0) in name: name = name[:name.index(chr(0))] self.name = name self.data = data self.offset = offset def nice_name(self): return self.name.strip(chr(0)) class Wad: def __init__(self, file_name, mode): self.file_name = file_name self.mode = mode self.file = file(file_name, mode) self.type = 'PWAD' self.lumps = [] if 'r' in mode: # lumps is a dictionary. self.read() def read(self): self.type = self.file.read(4) count = struct.unpack('= 0 and y >= 0 and x < size[0] and y < size[1]: colorsum += factor * s.get_at((x, y))[3] count += factor v += 1 u += 1 if count > 0: result_color = (int(colorsum) + count/2) / count else: result_color = 0 result[ry][rx] = (0, 0, 0, min(255, result_color*1.4)) # Blend the glyph itself to the result. for y in range(size[1]): for x in range(size[0]): color = s.get_at((x, y)) result[border + y][border + x] = \ alpha_blend(color, result[border + y][border + x]) result[border + y][border + x] = \ alpha_blend(color, result[border + y][border + x]) #result[border + y][border + x] = \ # alpha_blend(color, result[border + y][border + x]) s.unlock() glyph_rgba = Numeric.array(result, typecode=Numeric.UnsignedInt8) return glyph_rgba, result_size #return s.convert_alpha() class Glyph: def __init__(self, code): self.code = code self.bitmap = None self.pos = (0, 0) self.dims = (0, 0) def pow2(n): i = 1 while i < n: i *= 2 return i def find_pixel(glyphs, x, y): for g in glyphs: lx = x - g.pos[0] ly = y - g.pos[1] if lx >= 0 and ly >= 0 and lx < g.dims[0] and ly < g.dims[1]: # This is the glyph. return g.bitmap[ly][lx] return (0, 0, 0, 0) if __name__=='__main__': if len(sys.argv) < 5: print "usage: " + sys.argv[0] + " (font-name) (font-size) (texture-width) (output-file)" sys.exit(0) out_filename = sys.argv[4] pygame.init() #screen = pygame.display.set_mode((600, 600)) point_size = int(sys.argv[2]) s = SysFont(sys.argv[1], point_size) #s = SysFont('Andale Mono', 24) #done = False # Collect all the glyphs here. glyphs = [] texture_width = int(sys.argv[3]) font_point_height = s.get_height() print "Font texture width =", texture_width print "Line height =", font_point_height, "pt" print "Font size =", point_size, "pt" ascent = s.get_ascent() descent = s.get_descent() print "Ascent =", ascent, "pt Descent =", descent, "pt" print "Shadow filter is sized %i for this font." % s.shadow_filter_size() border_size = s.border_size() print "Glyph borders are %i pixels wide." % border_size rover = (0, 0) line_height = 0 texture_height = 0 used_pixels = 0 # Only the basic ASCII set, and some specific characters. char_range = range(0x20, 0x7F) + [0x96, 0x97, 0xA3, 0xA4, 0xA9, 0xB0, 0xB1] for code in char_range: glyph = Glyph(code) try: glyph.bitmap, glyph.dims = s.render(chr(code)) used_pixels += glyph.dims[0] * glyph.dims[1] line_height = max(line_height, glyph.dims[1]) texture_height = max(line_height, texture_height) # Does if fit here? if rover[0] + glyph.dims[0] > texture_width: # No, move to the new row. rover = (0, rover[1] + line_height) texture_height += line_height print "Finished a %i pixels tall line." % line_height line_height = 0 glyph.pos = rover # Move the rover. rover = (rover[0] + glyph.dims[0], rover[1]) #print "Code %i: Placement =" % code, glyph.pos, " dims =", glyph.dims glyphs.append(glyph) #except Exception, x: except KeyboardInterrupt: print "Code %i: Failed to render." % code print x print "Finished rendering %i glyphs." % len(glyphs) actual_line_height = glyphs[0].dims[1] - border_size*2 print "Actual line height is %i pixels." % actual_line_height print "Size of the finished texture is %i x %i." % (texture_width, texture_height) actual_height = pow2(texture_height) total_pixels = texture_width * actual_height print "Unused texture area: %.2f %%" % (100*(1.0 - used_pixels/float(total_pixels))) print "Writing output to file: %s" % out_filename out = file(out_filename, 'wb') # The DFN format begins with a single byte that declares the version # of the format. out.write(struct.pack('B', DFN_VERSION)) # The header follows: # Pixel format (0 = RGBA, 1 = LA). out.write(struct.pack('B', 0)) # Glyph count, texture width and height (unsigned shorts). out.write(struct.pack(' # Copyright (c) 2011-2013 Daniel Swanson include(config_unix_any.pri) DEFINES += MACOSX CONFIG += deng_nofixedasm deng_embedfluidsynth # The native SDK option assumes the build is not for distribution. deng_qtautoselect:!deng_nativesdk { contains(QT_VERSION, ^4\\.7\\..*) { # 4.7, assume Snow Leopard with 32/64-bit Intel. CONFIG += deng_macx6_32bit_64bit } else:contains(QT_VERSION, ^4\\.8\\..*) { # 4.8+, assume Lion and 64-bit Intel. CONFIG += deng_macx7_64bit } else:contains(QT_VERSION, ^5\\.[0-9]\\..*) { # 5.0+, assume Mountain Lion and 64-bit Intel. CONFIG += deng_macx8_64bit } else:error(Unsupported Qt version: $$QT_VERSION) } # Apply deng_* Configuration ------------------------------------------------- deng_macx8_64bit { echo(Using Mac OS 10.8 SDK.) CONFIG -= x86 CONFIG += x86_64 deng_qt5 { QMAKE_MAC_SDK = macosx } else { QMAKE_MAC_SDK = $$system(xcode-select --print-path)/Platforms/MacOSX.platform/Developer/SDKs/MacOSX10.8.sdk } QMAKE_MACOSX_DEPLOYMENT_TARGET = 10.7 QMAKE_CFLAGS += -mmacosx-version-min=10.7 QMAKE_CXXFLAGS += -mmacosx-version-min=10.7 DEFINES += MACOS_10_7 *-clang* { # Ignore warnings from Qt headers. QMAKE_CXXFLAGS_WARN_ON += -Wno-c++11-long-long -Wno-unused-private-field } } else:deng_macx7_64bit { echo(Using Mac OS 10.7 SDK.) CONFIG -= x86 CONFIG += x86_64 QMAKE_MAC_SDK = /Developer/SDKs/MacOSX10.7.sdk QMAKE_MACOSX_DEPLOYMENT_TARGET = 10.6 QMAKE_CFLAGS += -mmacosx-version-min=10.6 QMAKE_CXXFLAGS += -mmacosx-version-min=10.6 } else:deng_macx6_32bit_64bit { echo(Using Mac OS 10.6 SDK.) CONFIG += x86 x86_64 QMAKE_MAC_SDK = /Developer/SDKs/MacOSX10.6.sdk QMAKE_MACOSX_DEPLOYMENT_TARGET = 10.5 QMAKE_CFLAGS += -mmacosx-version-min=10.5 QMAKE_CXXFLAGS += -mmacosx-version-min=10.5 } else:deng_nativesdk { echo(Using native SDK.) DEFINES += MACOSX_NATIVESDK } else { error(Unspecified SDK configuration.) } # Adjust Qt paths as needed. !deng_macx8_64bit:!deng_qt5 { qtbase = $$(QTDIR) isEmpty(qtbase):!isEmpty(QMAKE_MAC_SDK) { QMAKE_INCDIR_QT = $${QMAKE_MAC_SDK}$$QMAKE_INCDIR_QT QMAKE_LIBDIR_QT = $${QMAKE_MAC_SDK}$$QMAKE_LIBDIR_QT } } # What's our arch? archs = "Architectures:" x86: archs += intel32 x86_64: archs += intel64 echo($$archs) # Macros --------------------------------------------------------------------- defineTest(useFramework) { LIBS += -framework $$1 INCLUDEPATH += $$QMAKE_MAC_SDK/System/Library/Frameworks/$${1}.framework/Headers export(LIBS) export(INCLUDEPATH) return(true) } doomsday-1.14.5/doomsday/macros.pri0000664000175000017500000000546312350542240016531 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2014 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson defineTest(runPython2) { win32: system(python $$1) # 2.7 still expected else: system(/usr/bin/env python2.7 $$1) } defineTest(runPython2InDir) { win32: system(cd "$$1" && python $$2) else: system(cd "$$1" && /usr/bin/env python2.7 $$2) } defineTest(echo) { deng_verbosebuildconfig { !win32 { message($$1) } else { # We don't want to get the printed messages after everything else, # so print to stdout. system(echo $$1) } } } defineReplace(findLibDir) { # Determines the appropriate library directory given prefix $$1 prefix = $$1 dir = $$prefix/lib contains(QMAKE_HOST.arch, x86_64) { exists($$prefix/lib64) { dir = $$prefix/lib64 } exists($$prefix/lib/x86_64-linux-gnu) { dir = $$prefix/lib/x86_64-linux-gnu } } return($$dir) } defineTest(useLibDir) { btype = "" win32 { deng_debug: btype = "/Debug" else: btype = "/Release" } exists($${1}$${btype}) { win32 { LIBS += -L$${1}$${btype} export(LIBS) } else { # Specify this library directory first to ensure it overrides the # system library directory. QMAKE_LFLAGS = -L$${1}$${btype} $$QMAKE_LFLAGS export(QMAKE_LFLAGS) } return(true) } return(false) } defineTest(doPostLink) { isEmpty(QMAKE_POST_LINK) { QMAKE_POST_LINK = $$1 } else { QMAKE_POST_LINK = $$QMAKE_POST_LINK && $$1 } export(QMAKE_POST_LINK) } macx { defineTest(removeQtLibPrefix) { doPostLink("install_name_tool -change $$[QT_INSTALL_LIBS]/$$2 $$2 $$1") } defineTest(fixInstallName) { # 1: binary file # 2: library name # 3: path to Frameworks/ removeQtLibPrefix($$1, $$2) doPostLink("install_name_tool -change $$2 @executable_path/$$3/Frameworks/$$2 $$1") } defineTest(fixPluginInstallId) { # 1: target name # 2: version doPostLink("install_name_tool -id @executable_path/../DengPlugins/$${1}.bundle/Versions/$$2/$$1 $${1}.bundle/Versions/$$2/$$1") } } defineTest(publicHeaders) { # 1: id ("root" for the main include dir) # 2: header files deng_sdk { dir = $$1 contains(1, root): dir = . eval(sdk_headers_$${1}.files += $$2) eval(sdk_headers_$${1}.path = $$DENG_SDK_HEADER_DIR/$$dir) INSTALLS *= sdk_headers_$$1 export(INSTALLS) export(sdk_headers_$${1}.files) export(sdk_headers_$${1}.path) } HEADERS += $$2 export(HEADERS) } doomsday-1.14.5/doomsday/dep_directx.pri0000664000175000017500000000041712350542240017531 0ustar jaakkojaakko# Build configuration for DirectX. win32 { isEmpty(DIRECTX_DIR) { error("dep_directx: DirectX SDK path not defined, check your config_user.pri") } INCLUDEPATH += $$DIRECTX_DIR/Include LIBS += -L$$DIRECTX_DIR/Lib/x86 -ldinput8 -ldsound -ldxguid } doomsday-1.14.5/doomsday/server/0000775000175000017500000000000012350542241016030 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/server/src/0000775000175000017500000000000012350542241016617 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/server/src/main_server.cpp0000664000175000017500000000253612350542241021643 0ustar jaakkojaakko/** @file main_server.cpp Server application entrypoint. * @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "serverapp.h" /** * Server application entry point. */ int main(int argc, char** argv) { ServerApp serverApp(argc, argv); try { serverApp.initialize(); return serverApp.execLoop(); } catch(de::Error const &er) { qFatal("App init failed: %s", er.asText().toLatin1().constData()); return -1; } } doomsday-1.14.5/doomsday/server/src/server/0000775000175000017500000000000012350542241020125 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/server/src/server/sv_missile.cpp0000664000175000017500000001125112350542241023006 0ustar jaakkojaakko/** @file sv_missile.cpp Delta Pool Missile Record. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "de_console.h" #include "de_network.h" #include "de_play.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * @return Pointer to the hash chain. */ mislink_t *Sv_MRHash(pool_t *pool, thid_t id) { return &pool->misHash[(unsigned) id % POOL_MISSILE_HASH_SIZE]; } /** * @return Pointer to the missile record for the specified ID, * else if no record exits; NULL. */ misrecord_t *Sv_MRFind(pool_t *pool, thid_t id) { mislink_t *hash = Sv_MRHash(pool, id); misrecord_t *mis; for(mis = hash->first; mis; mis = mis->next) { if(mis->id == id) { // This is it. return mis; } } return NULL; } /** * Adds an entry for the mobj into the missile record. */ void Sv_MRAdd(pool_t *pool, const mobjdelta_t *delta) { thid_t id = delta->delta.id; mislink_t *hash = Sv_MRHash(pool, id); misrecord_t *mis; #ifdef _DEBUG if(!(delta->mo.ddFlags & DDMF_MISSILE)) { Con_Error("Sv_MRAdd: Not a missile.\n"); } #endif // Try to find an existing entry. mis = Sv_MRFind(pool, id); // Create a new record if necessary. if(!mis) { mis = (misrecord_t *) Z_Malloc(sizeof(misrecord_t), PU_MAP, 0); mis->id = id; // Link it in. mis->next = NULL; mis->prev = hash->last; if(hash->last) hash->last->next = mis; hash->last = mis; if(!hash->first) hash->first = mis; } // Update the momentum. /* mis->momx = delta->mo.momx; mis->momy = delta->mo.momy; mis->momz = delta->mo.momz; */ } /** * Remove the missile from the record. This is called when the missile * mobj is destroyed. */ void Sv_MRRemove(pool_t *pool, thid_t id) { mislink_t *hash = Sv_MRHash(pool, id); misrecord_t *mis; for(mis = hash->first; mis; mis = mis->next) { if(mis->id == id) { // This will be removed. if(hash->first == mis) hash->first = mis->next; if(hash->last == mis) hash->last = mis->prev; if(mis->next) mis->next->prev = mis->prev; if(mis->prev) mis->prev->next = mis->next; // There will be no more records to remove. break; } } } /** * @return The flags that should be excluded from the missile delta. */ int Sv_MRCheck(pool_t *pool, const mobjdelta_t *mobj) { misrecord_t *mis; int exclude = 0; #ifdef _DEBUG if(!(mobj->mo.ddFlags & DDMF_MISSILE)) { Con_Error("Sv_MRCheck: Not a missile.\n"); } #endif if((mis = Sv_MRFind(pool, mobj->delta.id)) == NULL) { // No record for this; no basis for exclusion. return 0; } // Exclude each axis separately. If no change in momentum, exclude coord. if(!(mobj->delta.flags & MDF_MOM_X)) exclude |= MDF_ORIGIN_X; if(!(mobj->delta.flags & MDF_MOM_Y)) exclude |= MDF_ORIGIN_Y; if(!(mobj->delta.flags & MDF_MOM_Z)) exclude |= MDF_ORIGIN_Z; return exclude; } doomsday-1.14.5/doomsday/server/src/server/sv_main.cpp0000664000175000017500000010242112350542241022265 0ustar jaakkojaakko/** @file sv_main.cpp Network server. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #define DENG_NO_API_MACROS_SERVER #include "api_server.h" #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_filesys.h" #include "de_network.h" #include "de_play.h" #include "de_misc.h" #include "de_defs.h" #include "api_materialarchive.h" #include #include #include using namespace de; // This is absolute maximum bandwidth rating. Frame size is practically // unlimited with this score. #define MAX_BANDWIDTH_RATING 100 // When the difference between clientside and serverside positions is this // much, server will update its position to match the clientside position, // which is assumed to be correct. #define WARP_LIMIT 300 void Sv_ClientCoords(int playerNum); int netRemoteUser = 0; // The client who is currently logged in. char *netPassword = (char *) ""; // Remote login password. // This is the limit when accepting new clients. int svMaxPlayers = DDMAXPLAYERS; static MaterialArchive* materialDict; /** * Fills the provided struct with information about the local server. */ void Sv_GetInfo(serverinfo_t *info) { DENG_ASSERT(info != 0); de::zapPtr(info); // Let's figure out what we want to tell about ourselves. info->version = DOOMSDAY_VERSION; dd_snprintf(info->plugin, sizeof(info->plugin) - 1, "%s %s", (char*) gx.GetVariable(DD_PLUGIN_NAME), (char*) gx.GetVariable(DD_PLUGIN_VERSION_SHORT)); strncpy(info->gameIdentityKey, App_CurrentGame().identityKey().toUtf8().constData(), sizeof(info->gameIdentityKey) - 1); strncpy(info->gameConfig, (char const *) gx.GetVariable(DD_GAME_CONFIG), sizeof(info->gameConfig) - 1); strncpy(info->name, serverName, sizeof(info->name) - 1); strncpy(info->description, serverInfo, sizeof(info->description) - 1); info->numPlayers = Sv_GetNumPlayers(); // The server player is there, it's just hidden. info->maxPlayers = DDMAXPLAYERS - (isDedicated ? 1 : 0); // Don't go over the limit. if(info->maxPlayers > svMaxPlayers) info->maxPlayers = svMaxPlayers; info->canJoin = (isServer != 0 && Sv_GetNumPlayers() < svMaxPlayers); // Identifier of the current map. QByteArray mapPath = App_WorldSystem().map().uri().resolved().toUtf8(); qstrncpy(info->map, mapPath.constData(), sizeof(info->map) - 1); // These are largely unused at the moment... Mainly intended for // the game's custom values. std::memcpy(info->data, serverData, sizeof(info->data)); // Also include the port we're using. info->port = nptIPPort; // Let's compile a list of client names. for(int i = 0; i < DDMAXPLAYERS; ++i) { if(clients[i].connected) M_LimitedStrCat(info->clientNames, clients[i].name, 15, ';', sizeof(info->clientNames)); } // Some WAD names. F_ComposePWADFileList(info->pwads, sizeof(info->pwads), ";"); // This should be a CRC number that describes all the loaded data. info->loadedFilesCRC = F_LoadedFilesCRC(); } de::Record *Sv_InfoToRecord(serverinfo_t *info) { de::Record *rec = new de::Record; rec->addNumber ("port", info->port); rec->addText ("name", info->name); rec->addText ("info", info->description); rec->addNumber ("ver", info->version); rec->addText ("game", info->plugin); rec->addText ("mode", info->gameIdentityKey); rec->addText ("setup", info->gameConfig); rec->addText ("iwad", info->iwad); rec->addNumber ("wcrc", info->loadedFilesCRC); rec->addText ("pwads", info->pwads); rec->addText ("map", info->map); rec->addNumber ("nump", info->numPlayers); rec->addNumber ("maxp", info->maxPlayers); rec->addBoolean("open", info->canJoin); rec->addText ("plrn", info->clientNames); de::ArrayValue &data = rec->addArray("data").value(); for(uint i = 0; i < sizeof(info->data) / sizeof(info->data[0]); ++i) { data << de::NumberValue(info->data[i]); } return rec; } /** * @return Length of the string. */ size_t Sv_InfoToString(serverinfo_t* info, ddstring_t* msg) { unsigned int i; Str_Appendf(msg, "port:%i\n", info->port); Str_Appendf(msg, "name:%s\n", info->name); Str_Appendf(msg, "info:%s\n", info->description); Str_Appendf(msg, "ver:%i\n", info->version); Str_Appendf(msg, "game:%s\n", info->plugin); Str_Appendf(msg, "mode:%s\n", info->gameIdentityKey); Str_Appendf(msg, "setup:%s\n", info->gameConfig); Str_Appendf(msg, "iwad:%s\n", info->iwad); Str_Appendf(msg, "wcrc:%i\n", info->loadedFilesCRC); Str_Appendf(msg, "pwads:%s\n", info->pwads); Str_Appendf(msg, "map:%s\n", info->map); Str_Appendf(msg, "nump:%i\n", info->numPlayers); Str_Appendf(msg, "maxp:%i\n", info->maxPlayers); Str_Appendf(msg, "open:%i\n", info->canJoin); Str_Appendf(msg, "plrn:%s\n", info->clientNames); for(i = 0; i < sizeof(info->data) / sizeof(info->data[0]); ++i) { Str_Appendf(msg, "data%i:%x\n", i, info->data[i]); } return Str_Length(msg); } /** * @return gametic - cmdtime. */ int Sv_Latency(byte cmdtime) { return Net_TimeDelta(SECONDS_TO_TICKS(gameTime), cmdtime); } /** * For local players. */ /* $unifiedangles */ /* void Sv_FixLocalAngles(dd_bool clearFixAnglesFlag) { ddplayer_t *pl; int i; for(i = 0; i < DDMAXPLAYERS; ++i) { pl = players + i; if(!pl->inGame || !(pl->flags & DDPF_LOCAL)) continue; // This is not for clients. if(isDedicated && i == 0) continue; if(pl->flags & DDPF_FIXANGLES) { if(clearFixAnglesFlag) { pl->flags &= ~DDPF_FIXANGLES; } else { pl->clAngle = pl->mo->angle; pl->clLookDir = pl->lookDir; } } } } */ void Sv_HandlePlayerInfoFromClient(client_t* sender) { int console = Reader_ReadByte(msgReader); // ignored char oldName[PLAYERNAMELEN]; size_t len; LOG_AS("Sv_HandlePlayerInfoFromClient"); DENG_ASSERT(netBuffer.player == (sender - clients)); LOG_NET_VERBOSE("from=%i, console=%i") << netBuffer.player << console; console = netBuffer.player; strcpy(oldName, sender->name); len = Reader_ReadUInt16(msgReader); len = MIN_OF(PLAYERNAMELEN - 1, len); // there is a maximum size Reader_Read(msgReader, sender->name, len); sender->name[len] = 0; LOG_NET_NOTE("Player %s renamed to %s") << oldName << sender->name; // Relay to others. Net_SendPlayerInfo(console, DDSP_ALL_PLAYERS); } /** * Handles a server-specific network message. Assumes that Msg_BeginRead() * has already been called to begin reading the message. */ void Sv_HandlePacket(void) { ident_t id; int i, mask, from = netBuffer.player; player_t *plr = &ddPlayers[from]; ddplayer_t *ddpl = &plr->shared; client_t *sender = &clients[from]; int msgfrom; char *msg; char buf[17]; size_t len; LOG_AS("Sv_HandlePacket"); switch(netBuffer.msg.type) { case PCL_HELLO: case PCL_HELLO2: // Get the ID of the client. id = Reader_ReadUInt32(msgReader); LOG_NET_XVERBOSE("Hello from client %i (%08X)") << from << id; // Check for duplicate IDs. if(!ddpl->inGame && !sender->handshake) { // Console 0 is always reserved for the server itself (not a player). for(i = 1; i < DDMAXPLAYERS; ++i) { if(clients[i].connected && clients[i].id == id) { // Send a message to everybody. LOG_NET_WARNING("New client connection refused: duplicate ID (%08x)") << id; LOGDEV_NET_WARNING("ID conflict from=%i, i=%i") << from << i; N_TerminateClient(from); break; } } if(i < DDMAXPLAYERS) break; // Can't continue, refused! } // This is OK. sender->id = id; if(netBuffer.msg.type == PCL_HELLO2) { // Check the game mode (max 16 chars). Reader_Read(msgReader, buf, 16); if(strnicmp(buf, App_CurrentGame().identityKey().toUtf8().constData(), 16)) { LOG_NET_ERROR("Client's game ID is incompatible: %-.16s") << buf; N_TerminateClient(from); break; } } // The client requests a handshake. if(!ddpl->inGame && !sender->handshake) { // This'll be true until the client says it's ready. sender->handshake = true; // The player is now in the game. ddPlayers[from].shared.inGame = true; // Tell the game about this. gx.NetPlayerEvent(from, DDPE_ARRIVAL, 0); // Send the handshake packets. Sv_Handshake(from, true); // Note the time when the player entered. sender->enterTime = Timer_RealSeconds(); } else if(ddpl->inGame) { // The player is already in the game but requests a new // handshake. Perhaps it's starting to record a demo. Sv_Handshake(from, false); } break; case PKT_OK: // The client says it's ready to receive frames. sender->ready = true; LOG_NET_VERBOSE("OK (\"ready!\") from client %i (%08X)") << from << sender->id; if(sender->handshake) { // The handshake is complete. The client has acknowledged it // and sends its regards. sender->handshake = false; // Send a clock sync message. Msg_Begin(PSV_SYNC); Writer_WriteFloat(msgWriter, gameTime); Msg_End(); Net_SendBuffer(from, 0); // Send welcome string. Sv_SendText(from, SV_CONSOLE_PRINT_FLAGS, SV_WELCOME_STRING "\n"); } break; case PKT_CHAT: // The first byte contains the sender. msgfrom = Reader_ReadByte(msgReader); // Is the message for us? mask = Reader_ReadUInt32(msgReader); // Copy the message into a buffer. len = Reader_ReadUInt16(msgReader); msg = (char *) M_Malloc(len + 1); Reader_Read(msgReader, msg, len); msg[len] = 0; // Message for us? Show it locally. if(mask & 1) { Net_ShowChatMessage(msgfrom, msg); gx.NetPlayerEvent(msgfrom, DDPE_CHAT_MESSAGE, msg); } // Servers relay chat messages to all the recipients. Net_WriteChatMessage(msgfrom, mask, msg); for(i = 1; i < DDMAXPLAYERS; ++i) if(ddPlayers[i].shared.inGame && (mask & (1 << i)) && i != from) { Net_SendBuffer(i, 0); } M_Free(msg); break; case PCL_FINALE_REQUEST: { finaleid_t fid = Reader_ReadUInt32(msgReader); uint16_t params = Reader_ReadUInt16(msgReader); LOGDEV_NET_MSG("PCL_FINALE_REQUEST: fid=%i params=%i") << fid << params; if(params == 1) { // Skip. FI_ScriptRequestSkip(fid); } break; } case PKT_PLAYER_INFO: Sv_HandlePlayerInfoFromClient(sender); break; default: LOGDEV_NET_ERROR("Invalid value: netBuffer.msg.type = %i") << netBuffer.msg.type; break; } } /** * Handles a login packet. If the password is OK and no other client * is current logged in, a response is sent. */ void Sv_Login(void) { char password[300]; byte passLen = 0; if(netRemoteUser) { Sv_SendText(netBuffer.player, SV_CONSOLE_PRINT_FLAGS, "Sv_Login: A client is already logged in.\n"); return; } LOG_AS("Sv_Login"); // Check the password. passLen = Reader_ReadByte(msgReader); de::zap(password); Reader_Read(msgReader, password, passLen); if(strcmp(password, netPassword)) { Sv_SendText(netBuffer.player, SV_CONSOLE_PRINT_FLAGS, "Sv_Login: Invalid password.\n"); return; } // OK! netRemoteUser = netBuffer.player; LOG_NET_NOTE("%s (client %i) logged in" ) << clients[netRemoteUser].name << netRemoteUser; // Send a confirmation packet to the client. Msg_Begin(PKT_LOGIN); Writer_WriteByte(msgWriter, true); // Yes, you're logged in. Msg_End(); Net_SendBuffer(netRemoteUser, 0); } /** * Executes the command in the message buffer. * Usually sent by Con_Send. */ void Sv_ExecuteCommand(void) { int flags; byte cmdSource; unsigned short len; dd_bool silent; char *cmd = 0; LOG_AS("Sv_ExecuteCommand"); if(!netRemoteUser) { LOGDEV_NET_ERROR("Command received but no one's logged in!"); return; } // The command packet is very simple. len = Reader_ReadUInt16(msgReader); silent = (len & 0x8000) != 0; len &= 0x7fff; switch(netBuffer.msg.type) { /*case PKT_COMMAND: cmdSource = CMDS_UNKNOWN; // unknown command source. break;*/ case PKT_COMMAND2: // New format includes flags and command source. // Flags are currently unused but added for future expansion. flags = Reader_ReadUInt16(msgReader); DENG_UNUSED(flags); cmdSource = Reader_ReadByte(msgReader); break; default: DENG_ASSERT(!"Sv_ExecuteCommand: Not a command packet!"); return; } // Make a copy of the command. cmd = (char *) M_Malloc(len + 1); Reader_Read(msgReader, cmd, len); cmd[len] = 0; Con_Execute(cmdSource, cmd, silent, true); M_Free(cmd); } /** * Server's packet handler. */ void Sv_GetPackets(void) { int netconsole; client_t *sender; while(Net_GetPacket()) { Msg_BeginRead(); switch(netBuffer.msg.type) { case PCL_GOODBYE: // The client is leaving. N_TerminateClient(netBuffer.player); break; case PKT_COORDS: Sv_ClientCoords(netBuffer.player); break; case PCL_ACK_SHAKE: // The client has acknowledged our handshake. // Note the time (this isn't perfectly accurate, though). netconsole = netBuffer.player; if(netconsole >= 0 && netconsole < DDMAXPLAYERS) { sender = &clients[netconsole]; sender->shakePing = Timer_RealMilliseconds() - sender->shakePing; LOG_NET_MSG("Client %i ping at handshake: %i ms") << netconsole << sender->shakePing; } break; case PCL_ACK_PLAYER_FIX: { player_t* plr = &ddPlayers[netBuffer.player]; ddplayer_t* ddpl = &plr->shared; fixcounters_t* acked = &ddpl->fixAcked; acked->angles = Reader_ReadInt32(msgReader); acked->origin = Reader_ReadInt32(msgReader); acked->mom = Reader_ReadInt32(msgReader); LOGDEV_NET_XVERBOSE_DEBUGONLY("PCL_ACK_PLAYER_FIX: (%i) Angles %i (%i), pos %i (%i), mom %i (%i)", netBuffer.player << acked->angles << ddpl->fixCounter.angles << acked->origin << ddpl->fixCounter.origin << acked->mom << ddpl->fixCounter.mom); break; } case PKT_PING: Net_PingResponse(); break; case PCL_HELLO: case PCL_HELLO2: case PKT_OK: case PKT_CHAT: case PKT_PLAYER_INFO: case PCL_FINALE_REQUEST: Sv_HandlePacket(); break; case PKT_LOGIN: Sv_Login(); break; //case PKT_COMMAND: case PKT_COMMAND2: Sv_ExecuteCommand(); break; default: if(netBuffer.msg.type >= PKT_GAME_MARKER) { // A client has sent a game specific packet. gx.HandlePacket(netBuffer.player, netBuffer.msg.type, netBuffer.msg.data, netBuffer.length); } break; } Msg_EndRead(); } } /** * Assign a new console to the player. Returns true if successful. * Called by N_Update(). */ dd_bool Sv_PlayerArrives(unsigned int nodeID, char const *name) { LOG_AS("Sv_PlayerArrives"); LOG_NET_NOTE("'%s' has arrived") << name; // We need to find the new player a client entry. for(int i = 1; i < DDMAXPLAYERS; ++i) { client_t *cl = &clients[i]; if(!cl->connected) { player_t *plr = &ddPlayers[i]; ddplayer_t *ddpl = &plr->shared; // This'll do. cl->connected = true; cl->ready = false; cl->nodeID = nodeID; cl->viewConsole = i; cl->lastTransmit = -1; strncpy(cl->name, name, PLAYERNAMELEN); ddpl->fixAcked.angles = ddpl->fixAcked.origin = ddpl->fixAcked.mom = -1; // Clear the view filter. de::zap(ddpl->filterColor); ddpl->flags &= ~DDPF_VIEW_FILTER; Sv_InitPoolForClient(i); Smoother_Clear(cl->smoother); LOG_NET_MSG("'%s' assigned to console %i (node:%u)") << cl->name << i << nodeID; // In order to get in the game, the client must first // shake hands. It'll request this by sending a Hello packet. // We'll be waiting... cl->handshake = false; return true; } } return false; } /** * Remove the specified player from the game. Called by N_Update(). */ void Sv_PlayerLeaves(unsigned int nodeID) { int plrNum = N_IdentifyPlayer(nodeID); dd_bool wasInGame; player_t *plr; client_t *cl; if(plrNum == -1) return; // Bogus? LOG_AS("Sv_PlayerLeaves"); // Log off automatically. if(netRemoteUser == plrNum) netRemoteUser = 0; cl = &clients[plrNum]; plr = &ddPlayers[plrNum]; LOG_NET_NOTE("'%s' (console %i) has left, was connected for %.1f seconds") << cl->name << plrNum << (Timer_RealSeconds() - cl->enterTime); wasInGame = plr->shared.inGame; plr->shared.inGame = false; cl->connected = false; cl->ready = false; //cl->updateCount = 0; cl->handshake = false; cl->nodeID = 0; cl->bandwidthRating = BWR_DEFAULT; // Remove the player's data from the register. Sv_PlayerRemoved(plrNum); if(wasInGame) { // Inform the DLL about this. gx.NetPlayerEvent(plrNum, DDPE_EXIT, NULL); // Inform other clients about this. Msg_Begin(PSV_PLAYER_EXIT); Writer_WriteByte(msgWriter, plrNum); Msg_End(); Net_SendBuffer(NSP_BROADCAST, 0); } // This client no longer has an ID number. cl->id = 0; } /** * The player will be sent the introductory handshake packets. */ void Sv_Handshake(int plrNum, dd_bool newPlayer) { StringArray* ar; int i; uint playersInGame = 0; LOG_AS("Sv_Handshake"); LOG_NET_VERBOSE("Shaking hands with player %i (newPlayer:%b)") << plrNum << newPlayer; for(i = 0; i < DDMAXPLAYERS; ++i) if(clients[i].connected) playersInGame |= 1 << i; Msg_Begin(PSV_HANDSHAKE); Writer_WriteByte(msgWriter, SV_VERSION); Writer_WriteByte(msgWriter, plrNum); Writer_WriteUInt32(msgWriter, playersInGame); Writer_WriteFloat(msgWriter, gameTime); Msg_End(); Net_SendBuffer(plrNum, 0); // Include the list of material Ids. Msg_Begin(PSV_MATERIAL_ARCHIVE); MaterialArchive_Write(materialDict, msgWriter); Msg_End(); Net_SendBuffer(plrNum, 0); // Include the list of thing Ids. ar = Def_ListMobjTypeIDs(); Msg_Begin(PSV_MOBJ_TYPE_ID_LIST); StringArray_Write(ar, msgWriter); Msg_End(); Net_SendBuffer(plrNum, 0); StringArray_Delete(ar); // Include the list of state Ids. ar = Def_ListStateIDs(); Msg_Begin(PSV_MOBJ_STATE_ID_LIST); StringArray_Write(ar, msgWriter); Msg_End(); Net_SendBuffer(plrNum, 0); StringArray_Delete(ar); if(newPlayer) { // Note the time when the handshake was sent. clients[plrNum].shakePing = Timer_RealMilliseconds(); } // The game DLL wants to shake hands as well? gx.NetWorldEvent(DDWE_HANDSHAKE, plrNum, (void *) &newPlayer); // Propagate client information. for(i = 0; i < DDMAXPLAYERS; ++i) { if(clients[i].connected) { Net_SendPlayerInfo(i, plrNum); } // Send the new player's info to other players. if(newPlayer && i != 0 && i != plrNum && clients[i].connected) { Net_SendPlayerInfo(plrNum, i); } } if(!newPlayer) { // This is not a new player (just a re-handshake) but we'll // nevertheless re-init the client's state register. For new // players this is done in Sv_PlayerArrives. Sv_InitPoolForClient(plrNum); } ddPlayers[plrNum].shared.flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; } void Sv_StartNetGame(void) { int i; // Reset all the counters and other data. for(i = 0; i < DDMAXPLAYERS; ++i) { client_t *client = &clients[i]; player_t *plr = &ddPlayers[i]; ddplayer_t *ddpl = &plr->shared; ddpl->inGame = false; ddpl->flags &= ~DDPF_CAMERA; client->connected = false; client->ready = false; client->nodeID = 0; client->enterTime = 0; client->lastTransmit = -1; client->fov = 90; client->viewConsole = -1; de::zap(client->name); client->bandwidthRating = BWR_DEFAULT; Smoother_Clear(client->smoother); } gameTime = 0; firstNetUpdate = true; netRemoteUser = 0; // The server is always player number zero. consolePlayer = displayPlayer = 0; netGame = true; isServer = true; allowSending = true; // Prepare the material dictionary we'll be using with clients. materialDict = MaterialArchive_New(false); LOGDEV_NET_XVERBOSE("Prepared material dictionary with %i materials") << MaterialArchive_Count(materialDict); if(!isDedicated) { player_t *plr = &ddPlayers[consolePlayer]; ddplayer_t *ddpl = &plr->shared; client_t *cl = &clients[consolePlayer]; ddpl->inGame = true; cl->connected = true; cl->ready = true; cl->viewConsole = 0; strcpy(cl->name, playerName); } } void Sv_StopNetGame(void) { if(materialDict) { MaterialArchive_Delete(materialDict); materialDict = 0; } } unsigned int Sv_IdForMaterial(Material* mat) { assert(materialDict); return MaterialArchive_FindUniqueSerialId(materialDict, mat); } void Sv_SendText(int to, int con_flags, const char* text) { uint32_t len = MIN_OF(0xffff, strlen(text)); Msg_Begin(PSV_CONSOLE_TEXT); Writer_WriteUInt32(msgWriter, con_flags & ~CPF_TRANSMIT); Writer_WriteUInt16(msgWriter, len); Writer_Write(msgWriter, text, len); Msg_End(); Net_SendBuffer(to, 0); } /** * Asks a client to disconnect. Clients will immediately disconnect * after receiving the PSV_SERVER_CLOSE message. */ void Sv_Kick(int who) { if(!clients[who].connected) return; Sv_SendText(who, SV_CONSOLE_PRINT_FLAGS, "You were kicked out!\n"); Msg_Begin(PSV_SERVER_CLOSE); Msg_End(); Net_SendBuffer(who, 0); } /** * Sends player @a plrNum's position, momentum and/or angles override to all * clients. */ void Sv_SendPlayerFixes(int plrNum) { int fixes = 0; player_t *plr = &ddPlayers[plrNum]; ddplayer_t *ddpl = &plr->shared; if(!(ddpl->flags & (DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM))) { // Nothing to fix. return; } LOG_AS("Sv_SendPlayerFixes"); // Start writing a player fix message. Msg_Begin(PSV_PLAYER_FIX); // Which player is being fixed? Writer_WriteByte(msgWriter, plrNum); // Indicate what is included in the message. if(ddpl->flags & DDPF_FIXANGLES) fixes |= 1; if(ddpl->flags & DDPF_FIXORIGIN) fixes |= 2; if(ddpl->flags & DDPF_FIXMOM) fixes |= 4; Writer_WriteUInt32(msgWriter, fixes); Writer_WriteUInt16(msgWriter, ddpl->mo->thinker.id); LOGDEV_NET_MSG("Fixing mobj %i of player %i") << ddpl->mo->thinker.id << plrNum; // Increment counters. if(ddpl->flags & DDPF_FIXANGLES) { Writer_WriteInt32(msgWriter, ++ddpl->fixCounter.angles); Writer_WriteUInt32(msgWriter, ddpl->mo->angle); Writer_WriteFloat(msgWriter, ddpl->lookDir); LOGDEV_NET_MSG("Sent angles (%i): angle=%x lookdir=%.2f") << ddpl->fixCounter.angles << ddpl->mo->angle << ddpl->lookDir; } if(ddpl->flags & DDPF_FIXORIGIN) { Writer_WriteInt32(msgWriter, ++ddpl->fixCounter.origin); Writer_WriteFloat(msgWriter, ddpl->mo->origin[VX]); Writer_WriteFloat(msgWriter, ddpl->mo->origin[VY]); Writer_WriteFloat(msgWriter, ddpl->mo->origin[VZ]); LOGDEV_NET_MSG("Sent position (%i): %s") << ddpl->fixCounter.origin << Vector3d(ddpl->mo->origin).asText(); } if(ddpl->flags & DDPF_FIXMOM) { Writer_WriteInt32(msgWriter, ++ddpl->fixCounter.mom); Writer_WriteFloat(msgWriter, ddpl->mo->mom[MX]); Writer_WriteFloat(msgWriter, ddpl->mo->mom[MY]); Writer_WriteFloat(msgWriter, ddpl->mo->mom[MZ]); LOGDEV_NET_MSG("Sent momentum (%i): %s") << ddpl->fixCounter.mom << Vector3d(ddpl->mo->mom).asText(); } Msg_End(); // Send the fix message to everyone. Net_SendBuffer(DDSP_ALL_PLAYERS, 0); ddpl->flags &= ~(DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM); LOGDEV_NET_VERBOSE("Cleared FIX flags of player %i") << plrNum; // Clear the smoother for this client. if(clients[plrNum].smoother) { Smoother_Clear(clients[plrNum].smoother); } } void Sv_Ticker(timespan_t ticLength) { int i; if(!isDedicated) return; // Note last angles for all players. for(i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; if(!plr->shared.inGame || !plr->shared.mo) continue; // Update the smoother? if(clients[i].smoother) { Smoother_Advance(clients[i].smoother, ticLength); } if(DD_IsSharpTick()) { plr->shared.lastAngle = plr->shared.mo->angle; } /* if(clients[i].bwrAdjustTime > 0) { // BWR adjust time tics away. clients[i].bwrAdjustTime--; }*/ // Increment counter, send new data. Sv_SendPlayerFixes(i); } } /** * @return The number of players in the game. */ int Sv_GetNumPlayers(void) { int i, count; // Clients can't count. if(isClient) return 1; for(i = count = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; if(plr->shared.inGame && plr->shared.mo) count++; } return count; } /** * @return The number of connected clients. */ int Sv_GetNumConnected(void) { int i, count = 0; // Clients can't count. if(isClient) return 1; for(i = isDedicated ? 1 : 0; i < DDMAXPLAYERS; ++i) if(clients[i].connected) count++; return count; } /** * The bandwidth rating is updated according to the status of the * player's send queue. Returns true if a new packet may be sent. * * @todo This functionality needs to be restored: servers can't simply output * an arbitrary amount of data to clients with no regard to the available * bandwidth. */ dd_bool Sv_CheckBandwidth(int /*playerNumber*/) { return true; /* client_t *client = &clients[playerNumber]; uint qSize = N_GetSendQueueSize(playerNumber); uint limit = 400; return true; // If there are too many messages in the queue, the player's bandwidth // is overrated. if(qSize > limit) { // Drop quickly to allow the send queue to clear out sooner. client->bandwidthRating -= 10; } // If the send queue is practically empty, we can use more bandwidth. // (Providing we have BWR adjust time.) if(qSize < limit / 20 && client->bwrAdjustTime > 0) { client->bandwidthRating++; // Increase BWR only once during the adjust time. client->bwrAdjustTime = 0; } // Do not go past the boundaries, though. if(client->bandwidthRating < 0) { client->bandwidthRating = 0; } if(client->bandwidthRating > MAX_BANDWIDTH_RATING) { client->bandwidthRating = MAX_BANDWIDTH_RATING; } // New messages will not be sent if there's too much already. return qSize <= 10 * limit; */ } /** * Reads a PKT_COORDS packet from the message buffer. We trust the * client's position and change ours to match it. The client better not * be cheating. */ void Sv_ClientCoords(int plrNum) { player_t *plr = &ddPlayers[plrNum]; ddplayer_t *ddpl = &plr->shared; mobj_t *mo = ddpl->mo; int clz; float clientGameTime; float clientPos[3]; angle_t clientAngle; float clientLookDir; dd_bool onFloor = false; // If mobj or player is invalid, the message is discarded. if(!mo || !ddpl->inGame || (ddpl->flags & DDPF_DEAD)) return; clientGameTime = Reader_ReadFloat(msgReader); clientPos[VX] = Reader_ReadFloat(msgReader); clientPos[VY] = Reader_ReadFloat(msgReader); clz = Reader_ReadInt32(msgReader); if(clz == DDMININT) { clientPos[VZ] = mo->floorZ; onFloor = true; } else { clientPos[VZ] = FIX2FLT(clz); } // The angles. clientAngle = ((angle_t) Reader_ReadUInt16(msgReader)) << 16; clientLookDir = P_ShortToLookDir(Reader_ReadInt16(msgReader)); // Movement intent. ddpl->forwardMove = FIX2FLT(Reader_ReadChar(msgReader) << 13); ddpl->sideMove = FIX2FLT(Reader_ReadChar(msgReader) << 13); if(ddpl->fixCounter.angles == ddpl->fixAcked.angles && !(ddpl->flags & DDPF_FIXANGLES)) { LOGDEV_NET_XVERBOSE_DEBUGONLY("Sv_ClientCoords: Setting angles for player %i: %x, %f", plrNum << clientAngle << clientLookDir); mo->angle = clientAngle; ddpl->lookDir = clientLookDir; } LOGDEV_NET_XVERBOSE_DEBUGONLY("Sv_ClientCoords: Received coords for player %i: %f, %f, %f", plrNum << clientPos[VX] << clientPos[VY] << clientPos[VZ]); // If we aren't about to forcibly change the client's position, update // with new pos if it's valid. But it must be a valid pos. if(Sv_CanTrustClientPos(plrNum)) { LOGDEV_NET_XVERBOSE_DEBUGONLY("Sv_ClientCoords: Setting coords for player %i: %f, %f, %f", plrNum << clientPos[VX] << clientPos[VY] << clientPos[VZ]); Smoother_AddPos(clients[plrNum].smoother, clientGameTime, clientPos[VX], clientPos[VY], clientPos[VZ], onFloor); } } dd_bool Sv_CanTrustClientPos(int plrNum) { player_t* plr = &ddPlayers[plrNum]; ddplayer_t* ddpl = &plr->shared; if(ddpl->fixCounter.origin == ddpl->fixAcked.origin && !(ddpl->flags & DDPF_FIXORIGIN)) { return true; } // Server's position is valid, client is not up-to-date. return false; } /** * Console command for terminating a remote console connection. */ D_CMD(Logout) { DENG2_UNUSED3(src, argc, argv); // Only servers can execute this command. if(!netRemoteUser || !isServer) return false; // Notice that the server WILL execute this command when a client // is logged in and types "logout". Sv_SendText(netRemoteUser, SV_CONSOLE_PRINT_FLAGS, "Goodbye...\n"); // Send a logout packet. Msg_Begin(PKT_LOGIN); Writer_WriteByte(msgWriter, false); // You're outta here. Msg_End(); Net_SendBuffer(netRemoteUser, 0); netRemoteUser = 0; return true; } DENG_DECLARE_API(Server) = { { DE_API_SERVER }, Sv_CanTrustClientPos }; doomsday-1.14.5/doomsday/server/src/server/sv_infine.cpp0000664000175000017500000000320412350542241022610 0ustar jaakkojaakko/** @file sv_infine.cpp Server-side InFine. * @ingroup server * * @authors Copyright © 2003-2010 Jaakko Keränen * @authors Copyright © 2005-2010 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_network.h" #include "de_infine.h" /** * The actual script is sent to the clients. @a script can be NULL. */ void Sv_Finale(finaleid_t id, int flags, const char* script) { size_t scriptLen = 0; if(isClient) return; // How much memory do we need? if(script) { flags |= FINF_SCRIPT; scriptLen = strlen(script); } // First the flags. Msg_Begin(PSV_FINALE); Writer_WriteByte(msgWriter, flags); Writer_WriteUInt32(msgWriter, id); // serverside Id if(script) { // Then the script itself. Writer_WriteUInt32(msgWriter, scriptLen); Writer_Write(msgWriter, script, scriptLen); } Msg_End(); Net_SendBuffer(NSP_BROADCAST, 0); } doomsday-1.14.5/doomsday/server/src/server/sv_frame.cpp0000664000175000017500000006547112350542241022450 0ustar jaakkojaakko/** @file sv_frame.cpp Frame Generation and Transmission * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_base.h" #include "de_console.h" #include "de_network.h" #include "de_system.h" #include "de_misc.h" #include "de_play.h" #include "def_main.h" // MACROS ------------------------------------------------------------------ // Hitting the maximum packet size allows checks for raising BWR. #define BWR_ADJUST_TICS (TICSPERSEC / 2) // The minimum frame size is used when bandwidth rating is zero (poorest // possible connection). #define MINIMUM_FRAME_SIZE 1800 // bytes // The first frame should contain as much information as possible. #define MAX_FIRST_FRAME_SIZE 64000 // The frame size is calculated by multiplying the bandwidth rating // (max 100) with this factor (+min). #define FRAME_SIZE_FACTOR 13 #define FIXED8_8(x) (((x)*256) >> 16) #define FIXED10_6(x) (((x)*64) >> 16) #define CLAMPED_CHAR(x) ((x)>127? 127 : (x)<-128? -128 : (x)) // If movement is faster than this, we'll adjust the place of the point. #define MOM_FAST_LIMIT (127) // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- void Sv_SendFrame(int playerNumber); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- int allowFrames = false; int frameInterval = 1; // Skip every second frame by default (17.5fps) // PRIVATE DATA DEFINITIONS ------------------------------------------------ #ifdef _DEBUG static int byteCounts[256]; static int totalFrameCount; #endif static int lastTransmitTic = 0; // CODE -------------------------------------------------------------------- /** * Send all the relevant information to each client. */ void Sv_TransmitFrame(void) { int i, cTime, numInGame, pCount; // Obviously clients don't transmit anything. if(!allowFrames || isClient || Sys_IsShuttingDown()) { return; } if(!netGame) { // When not running a netGame, only generate deltas when somebody // is recording a demo. for(i = 0; i < DDMAXPLAYERS; ++i) if(Sv_IsFrameTarget(i)) break; if(i == DDMAXPLAYERS) { // Nobody is a frame target. return; } } if(SECONDS_TO_TICKS(gameTime) == lastTransmitTic) { // We were just here! return; } lastTransmitTic = SECONDS_TO_TICKS(gameTime); LOG_AS("Sv_TransmitFrame"); // Generate new deltas for the frame. Sv_GenerateFrameDeltas(); // How many players currently in the game? numInGame = Sv_GetNumPlayers(); for(i = 0, pCount = 0; i < DDMAXPLAYERS; ++i) { if(!Sv_IsFrameTarget(i)) { // This player is not a valid target for frames. continue; } // When the interval is greater than zero, this causes the frames // to be sent at different times for each player. pCount++; cTime = SECONDS_TO_TICKS(gameTime); if(frameInterval > 0 && numInGame > 1) { cTime += (pCount * frameInterval) / numInGame; } if(cTime <= clients[i].lastTransmit + frameInterval) { // Still too early to send. continue; } clients[i].lastTransmit = cTime; if(clients[i].ready) // && clients[i].updateCount > 0) { // A frame will be sent to this client. If the client // doesn't send ticcmds, the updatecount will eventually // decrease back to zero. //clients[i].updateCount--; Sv_SendFrame(i); } else { LOG_NET_XVERBOSE("NOT sending at tic %i to plr %i (ready:%b)") << lastTransmitTic << i << clients[i].ready; } } } /** * Shutdown routine for the server. */ void Sv_Shutdown(void) { #ifdef _DEBUG if(totalFrameCount > 0) { uint i; // Byte probabilities. for(i = 0; i < 256; ++i) { LOGDEV_NET_NOTE("Byte %02x: %f") << i << (byteCounts[i] / (float) totalFrameCount); } } #endif Sv_ShutdownPools(); } /** * The delta is written to the message buffer. */ void Sv_WriteMobjDelta(const void* deltaPtr) { const mobjdelta_t* delta = reinterpret_cast(deltaPtr); const dt_mobj_t* d = &delta->mo; int df = delta->delta.flags; byte moreFlags = 0; // Do we have fast momentum? if(fabs(d->mom[MX]) >= MOM_FAST_LIMIT || fabs(d->mom[MY]) >= MOM_FAST_LIMIT || fabs(d->mom[MZ]) >= MOM_FAST_LIMIT) { df |= MDF_MORE_FLAGS; moreFlags |= MDFE_FAST_MOM; } // Any translucency? if(df & MDFC_TRANSLUCENCY) { df |= MDF_MORE_FLAGS; moreFlags |= MDFE_TRANSLUCENCY; } // A fade target? if(df & MDFC_FADETARGET) { df |= MDF_MORE_FLAGS; moreFlags |= MDFE_FADETARGET; } // On the floor? if(df & MDFC_ON_FLOOR) { df |= MDF_MORE_FLAGS; moreFlags |= MDFE_Z_FLOOR; } // Mobj type? if(df & MDFC_TYPE) { df |= MDF_MORE_FLAGS; moreFlags |= MDFE_TYPE; } // Flags. What elements are included in the delta? if(d->selector & ~DDMOBJ_SELECTOR_MASK) df |= MDF_SELSPEC; // Omit NULL state. if(!d->state) { df &= ~MDF_STATE; } /* // Floor/ceiling z? if(df & MDF_ORIGIN_Z) { if(d->pos[VZ] == DDMINFLOAT || d->pos[VZ] == DDMAXFLOAT) { df &= ~MDF_ORIGIN_Z; df |= MDF_MORE_FLAGS; moreFlags |= (d->pos[VZ] == DDMINFLOAT ? MDFE_Z_FLOOR : MDFE_Z_CEILING); } } */ DENG_ASSERT(!(df & MDFC_NULL)); // don't write NULL deltas DENG_ASSERT((df & 0xffff) != 0); // don't write empty deltas // First the mobj ID number and flags. Writer_WriteUInt16(msgWriter, delta->delta.id); Writer_WriteUInt16(msgWriter, df & 0xffff); // More flags? if(df & MDF_MORE_FLAGS) { Writer_WriteByte(msgWriter, moreFlags); } // Coordinates with three bytes. if(df & MDF_ORIGIN_X) { fixed_t vx = FLT2FIX(d->origin[VX]); Writer_WriteInt16(msgWriter, vx >> FRACBITS); Writer_WriteByte(msgWriter, vx >> 8); } if(df & MDF_ORIGIN_Y) { fixed_t vy = FLT2FIX(d->origin[VY]); Writer_WriteInt16(msgWriter, vy >> FRACBITS); Writer_WriteByte(msgWriter, vy >> 8); } if(df & MDF_ORIGIN_Z) { fixed_t vz = FLT2FIX(d->origin[VZ]); Writer_WriteInt16(msgWriter, vz >> FRACBITS); Writer_WriteByte(msgWriter, vz >> 8); Writer_WriteFloat(msgWriter, d->floorZ); Writer_WriteFloat(msgWriter, d->ceilingZ); } // Momentum using 8.8 fixed point. if(df & MDF_MOM_X) { fixed_t mx = FLT2FIX(d->mom[MX]); Writer_WriteInt16(msgWriter, moreFlags & MDFE_FAST_MOM ? FIXED10_6(mx) : FIXED8_8(mx)); } if(df & MDF_MOM_Y) { fixed_t my = FLT2FIX(d->mom[MY]); Writer_WriteInt16(msgWriter, moreFlags & MDFE_FAST_MOM ? FIXED10_6(my) : FIXED8_8(my)); } if(df & MDF_MOM_Z) { fixed_t mz = FLT2FIX(d->mom[MZ]); Writer_WriteInt16(msgWriter, moreFlags & MDFE_FAST_MOM ? FIXED10_6(mz) : FIXED8_8(mz)); } // Angles with 16-bit accuracy. if(df & MDF_ANGLE) Writer_WriteInt16(msgWriter, d->angle >> 16); if(df & MDF_SELECTOR) Writer_WritePackedUInt16(msgWriter, d->selector); if(df & MDF_SELSPEC) Writer_WriteByte(msgWriter, d->selector >> 24); if(df & MDF_STATE) { assert(d->state != 0); Writer_WritePackedUInt16(msgWriter, d->state - states); } if(df & MDF_FLAGS) { Writer_WriteUInt32(msgWriter, d->ddFlags & DDMF_PACK_MASK); Writer_WriteUInt32(msgWriter, d->flags); Writer_WriteUInt32(msgWriter, d->flags2); Writer_WriteUInt32(msgWriter, d->flags3); } if(df & MDF_HEALTH) Writer_WriteInt32(msgWriter, d->health); if(df & MDF_RADIUS) Writer_WriteFloat(msgWriter, d->radius); if(df & MDF_HEIGHT) Writer_WriteFloat(msgWriter, d->height); if(df & MDF_FLOORCLIP) Writer_WriteFloat(msgWriter, d->floorClip); if(df & MDFC_TRANSLUCENCY) Writer_WriteByte(msgWriter, d->translucency); if(df & MDFC_FADETARGET) Writer_WriteByte(msgWriter, (byte)(d->visTarget +1)); if(df & MDFC_TYPE) Writer_WriteInt32(msgWriter, d->type); } /** * The delta is written to the message buffer. */ void Sv_WritePlayerDelta(const void* deltaPtr) { const playerdelta_t* delta = reinterpret_cast(deltaPtr); const dt_player_t* d = &delta->player; const ddpsprite_t* psp; int df = delta->delta.flags; int psdf, i, k; // First the player number. Upper three bits contain flags. Writer_WriteByte(msgWriter, delta->delta.id | (df >> 8)); // Flags. What elements are included in the delta? Writer_WriteByte(msgWriter, df & 0xff); if(df & PDF_MOBJ) Writer_WriteUInt16(msgWriter, d->mobj); if(df & PDF_FORWARDMOVE) Writer_WriteByte(msgWriter, d->forwardMove); if(df & PDF_SIDEMOVE) Writer_WriteByte(msgWriter, d->sideMove); /*if(df & PDF_ANGLE) Writer_WriteByte(msgWriter, d->angle >> 24);*/ if(df & PDF_TURNDELTA) Writer_WriteByte(msgWriter, (d->turnDelta * 16) >> 24); if(df & PDF_FRICTION) Writer_WriteByte(msgWriter, FLT2FIX(d->friction) >> 8); if(df & PDF_EXTRALIGHT) { // Three bits is enough for fixedcolormap. i = d->fixedColorMap; if(i < 0) i = 0; if(i > 7) i = 7; // Write the five upper bytes of extraLight. Writer_WriteByte(msgWriter, i | (d->extraLight & 0xf8)); } if(df & PDF_FILTER) { Writer_WriteUInt32(msgWriter, d->filter); LOGDEV_NET_XVERBOSE_DEBUGONLY("Sv_WritePlayerDelta: Plr %i, filter %08x", delta->delta.id << d->filter); } if(df & PDF_PSPRITES) // Only set if there's something to write. { for(i = 0; i < 2; ++i) { psdf = df >> (16 + i * 8); psp = d->psp + i; // First the flags. Writer_WriteByte(msgWriter, psdf); if(psdf & PSDF_STATEPTR) { Writer_WritePackedUInt16(msgWriter, psp->statePtr? (psp->statePtr - states + 1) : 0); } /*if(psdf & PSDF_LIGHT) { k = psp->light * 255; if(k < 0) k = 0; if(k > 255) k = 255; Writer_WriteByte(msgWriter, k); }*/ if(psdf & PSDF_ALPHA) { k = psp->alpha * 255; if(k < 0) k = 0; if(k > 255) k = 255; Writer_WriteByte(msgWriter, k); } if(psdf & PSDF_STATE) { Writer_WriteByte(msgWriter, psp->state); } if(psdf & PSDF_OFFSET) { Writer_WriteByte(msgWriter, CLAMPED_CHAR(psp->offset[VX] / 2)); Writer_WriteByte(msgWriter, CLAMPED_CHAR(psp->offset[VY] / 2)); } } } } /** * The delta is written to the message buffer. */ void Sv_WriteSectorDelta(const void* deltaPtr) { const sectordelta_t* delta = reinterpret_cast(deltaPtr); const dt_sector_t* d = &delta->sector; int df = delta->delta.flags, spd; byte floorspd = 0, ceilspd = 0; // Is there need to use 4.4 fixed-point speeds? // (7.1 is too inaccurate for very slow movement) if(df & SDF_FLOOR_SPEED) { spd = FLT2FIX(fabs(d->planes[PLN_FLOOR].speed)); floorspd = spd >> 15; if(!floorspd) { df |= SDF_FLOOR_SPEED_44; floorspd = spd >> 12; } } if(df & SDF_CEILING_SPEED) { spd = FLT2FIX(fabs(d->planes[PLN_CEILING].speed)); ceilspd = spd >> 15; if(!ceilspd) { df |= SDF_CEILING_SPEED_44; ceilspd = spd >> 12; } } // Sector number first. Writer_WriteUInt16(msgWriter, delta->delta.id); // Flags. Writer_WritePackedUInt32(msgWriter, df); if(df & SDF_FLOOR_MATERIAL) Writer_WritePackedUInt16(msgWriter, Sv_IdForMaterial(d->planes[PLN_FLOOR].surface.material)); if(df & SDF_CEILING_MATERIAL) Writer_WritePackedUInt16(msgWriter, Sv_IdForMaterial(d->planes[PLN_CEILING].surface.material)); if(df & SDF_LIGHT) { // Must fit into a byte. int lightlevel = (int) (255.0f * d->lightLevel); lightlevel = (lightlevel < 0 ? 0 : lightlevel > 255 ? 255 : lightlevel); Writer_WriteByte(msgWriter, (byte) lightlevel); } if(df & SDF_FLOOR_HEIGHT) { Writer_WriteInt16(msgWriter, FLT2FIX(d->planes[PLN_FLOOR].height) >> 16); } if(df & SDF_CEILING_HEIGHT) { LOGDEV_NET_XVERBOSE_DEBUGONLY("Sv_WriteSectorDelta: (%i) Absolute ceiling height=%f", delta->delta.id << d->planes[PLN_CEILING].height); Writer_WriteInt16(msgWriter, FLT2FIX(d->planes[PLN_CEILING].height) >> 16); } if(df & SDF_FLOOR_TARGET) Writer_WriteInt16(msgWriter, FLT2FIX(d->planes[PLN_FLOOR].target) >> 16); if(df & SDF_FLOOR_SPEED) // 7.1/4.4 fixed-point Writer_WriteByte(msgWriter, floorspd); if(df & SDF_CEILING_TARGET) Writer_WriteInt16(msgWriter, FLT2FIX(d->planes[PLN_CEILING].target) >> 16); if(df & SDF_CEILING_SPEED) // 7.1/4.4 fixed-point Writer_WriteByte(msgWriter, ceilspd); if(df & SDF_COLOR_RED) Writer_WriteByte(msgWriter, (byte) (255 * d->rgb[0])); if(df & SDF_COLOR_GREEN) Writer_WriteByte(msgWriter, (byte) (255 * d->rgb[1])); if(df & SDF_COLOR_BLUE) Writer_WriteByte(msgWriter, (byte) (255 * d->rgb[2])); if(df & SDF_FLOOR_COLOR_RED) Writer_WriteByte(msgWriter, (byte) (255 * d->planes[PLN_FLOOR].surface.rgba[0])); if(df & SDF_FLOOR_COLOR_GREEN) Writer_WriteByte(msgWriter, (byte) (255 * d->planes[PLN_FLOOR].surface.rgba[1])); if(df & SDF_FLOOR_COLOR_BLUE) Writer_WriteByte(msgWriter, (byte) (255 * d->planes[PLN_FLOOR].surface.rgba[2])); if(df & SDF_CEIL_COLOR_RED) Writer_WriteByte(msgWriter, (byte) (255 * d->planes[PLN_CEILING].surface.rgba[0])); if(df & SDF_CEIL_COLOR_GREEN) Writer_WriteByte(msgWriter, (byte) (255 * d->planes[PLN_CEILING].surface.rgba[1])); if(df & SDF_CEIL_COLOR_BLUE) Writer_WriteByte(msgWriter, (byte) (255 * d->planes[PLN_CEILING].surface.rgba[2])); } /** * The delta is written to the message buffer. */ void Sv_WriteSideDelta(const void* deltaPtr) { const sidedelta_t* delta = (sidedelta_t const *) deltaPtr; const dt_side_t* d = &delta->side; int df = delta->delta.flags; // Side number first. Writer_WriteUInt16(msgWriter, delta->delta.id); // Flags. Writer_WritePackedUInt32(msgWriter, df); if(df & SIDF_TOP_MATERIAL) Writer_WritePackedUInt16(msgWriter, Sv_IdForMaterial(d->top.material)); if(df & SIDF_MID_MATERIAL) Writer_WritePackedUInt16(msgWriter, Sv_IdForMaterial(d->middle.material)); if(df & SIDF_BOTTOM_MATERIAL) Writer_WritePackedUInt16(msgWriter, Sv_IdForMaterial(d->bottom.material)); if(df & SIDF_LINE_FLAGS) Writer_WriteByte(msgWriter, d->lineFlags); if(df & SIDF_TOP_COLOR_RED) Writer_WriteByte(msgWriter, (byte) (255 * d->top.rgba[0])); if(df & SIDF_TOP_COLOR_GREEN) Writer_WriteByte(msgWriter, (byte) (255 * d->top.rgba[1])); if(df & SIDF_TOP_COLOR_BLUE) Writer_WriteByte(msgWriter, (byte) (255 * d->top.rgba[2])); if(df & SIDF_MID_COLOR_RED) Writer_WriteByte(msgWriter, (byte) (255 * d->middle.rgba[0])); if(df & SIDF_MID_COLOR_GREEN) Writer_WriteByte(msgWriter, (byte) (255 * d->middle.rgba[1])); if(df & SIDF_MID_COLOR_BLUE) Writer_WriteByte(msgWriter, (byte) (255 * d->middle.rgba[2])); if(df & SIDF_MID_COLOR_ALPHA) Writer_WriteByte(msgWriter, (byte) (255 * d->middle.rgba[3])); if(df & SIDF_BOTTOM_COLOR_RED) Writer_WriteByte(msgWriter, (byte) (255 * d->bottom.rgba[0])); if(df & SIDF_BOTTOM_COLOR_GREEN) Writer_WriteByte(msgWriter, (byte) (255 * d->bottom.rgba[1])); if(df & SIDF_BOTTOM_COLOR_BLUE) Writer_WriteByte(msgWriter, (byte) (255 * d->bottom.rgba[2])); if(df & SIDF_MID_BLENDMODE) Writer_WriteInt32(msgWriter, d->middle.blendMode); if(df & SIDF_FLAGS) Writer_WriteByte(msgWriter, d->flags); } /** * The delta is written to the message buffer. */ void Sv_WritePolyDelta(const void* deltaPtr) { const polydelta_t* delta = (polydelta_t const *) deltaPtr; const dt_poly_t* d = &delta->po; int df = delta->delta.flags; if(d->destAngle == (unsigned) -1) { // Send Perpetual Rotate instead of Dest Angle flag. df |= PODF_PERPETUAL_ROTATE; df &= ~PODF_DEST_ANGLE; } // Poly number first. Writer_WritePackedUInt16(msgWriter, delta->delta.id); // Flags. Writer_WriteByte(msgWriter, df & 0xff); if(df & PODF_DEST_X) Writer_WriteFloat(msgWriter, d->dest[VX]); if(df & PODF_DEST_Y) Writer_WriteFloat(msgWriter, d->dest[VY]); if(df & PODF_SPEED) Writer_WriteFloat(msgWriter, d->speed); if(df & PODF_DEST_ANGLE) Writer_WriteInt16(msgWriter, d->destAngle >> 16); if(df & PODF_ANGSPEED) Writer_WriteInt16(msgWriter, d->angleSpeed >> 16); } /** * The delta is written to the message buffer. */ void Sv_WriteSoundDelta(const void* deltaPtr) { const sounddelta_t* delta = (sounddelta_t const *) deltaPtr; int df = delta->delta.flags; // This is either the sound ID, emitter ID or sector index. Writer_WriteUInt16(msgWriter, delta->delta.id); // First the flags byte. Writer_WriteByte(msgWriter, df & 0xff); switch(delta->delta.type) { case DT_MOBJ_SOUND: case DT_SECTOR_SOUND: case DT_SIDE_SOUND: case DT_POLY_SOUND: // The sound ID. Writer_WriteUInt16(msgWriter, delta->sound); break; default: break; } // The common parts. if(df & SNDDF_VOLUME) { if(delta->volume > 1) { // Very loud indeed. Writer_WriteByte(msgWriter, 255); } else if(delta->volume <= 0) { // Silence. Writer_WriteByte(msgWriter, 0); } else { Writer_WriteByte(msgWriter, delta->volume * 127 + 0.5f); } } } /** * Write the type and possibly the set number (for Unacked deltas). */ void Sv_WriteDeltaHeader(byte type, const delta_t* delta) { #ifdef _DEBUG if(type >= NUM_DELTA_TYPES) { Con_Error("Sv_WriteDeltaHeader: Invalid delta type %i.\n", type); } #endif #ifdef _DEBUG // Once sent, the deltas can be discarded and there is no need for resending. assert(delta->state != DELTA_UNACKED); #endif if(delta->state == DELTA_UNACKED) { assert(false); // Flag this as Resent. type |= DT_RESENT; } Writer_WriteByte(msgWriter, type); // Include the set number? if(type & DT_RESENT) { // The client will use this to avoid dupes. If the client has already // received the set this delta belongs to, it means the delta has // already been received. This is needed in the situation where the // ack is lost or delayed. Writer_WriteByte(msgWriter, delta->set); // Also send the unique ID of this delta. If the client has already // received a delta with this ID, the delta is discarded. This is // needed in the situation where the set is lost. Writer_WriteByte(msgWriter, delta->resend); } } /** * The delta is written to the message buffer. */ void Sv_WriteDelta(const delta_t* delta) { byte type = delta->type; #ifdef _NETDEBUG int lengthOffset; int endOffset; #endif #ifdef _NETDEBUG // Extra length field in debug builds. lengthOffset = Msg_Offset(); Msg_WriteLong(0); #endif // Null mobj deltas are special. if(type == DT_MOBJ) { if(delta->flags & MDFC_NULL) { // This'll be the entire delta. No more data is needed. Sv_WriteDeltaHeader(DT_NULL_MOBJ, delta); Writer_WriteUInt16(msgWriter, delta->id); #ifdef _NETDEBUG goto writeDeltaLength; #else return; #endif } } // First the type of the delta. Sv_WriteDeltaHeader(type, delta); switch(delta->type) { case DT_MOBJ: Sv_WriteMobjDelta(delta); break; case DT_PLAYER: Sv_WritePlayerDelta(delta); break; case DT_SECTOR: Sv_WriteSectorDelta(delta); break; case DT_SIDE: Sv_WriteSideDelta(delta); break; case DT_POLY: Sv_WritePolyDelta(delta); break; case DT_SOUND: case DT_MOBJ_SOUND: case DT_SECTOR_SOUND: case DT_SIDE_SOUND: case DT_POLY_SOUND: Sv_WriteSoundDelta(delta); break; /*case DT_LUMP: Sv_WriteLumpDelta(delta); break; */ default: Con_Error("Sv_WriteDelta: Unknown delta type %i.\n", delta->type); } #ifdef _NETDEBUG writeDeltaLength: // Update the length of the delta. endOffset = Msg_Offset(); Msg_SetOffset(lengthOffset); Msg_WriteLong(endOffset - lengthOffset); Msg_SetOffset(endOffset); #endif } /** * @return An estimate for the maximum frame size appropriate * for the client. The bandwidth rating is updated * whenever a frame is sent. */ size_t Sv_GetMaxFrameSize(int playerNumber) { size_t size = MINIMUM_FRAME_SIZE + FRAME_SIZE_FACTOR * clients[playerNumber].bandwidthRating; // What about the communications medium? if(size > PROTOCOL_MAX_DATAGRAM_SIZE) size = PROTOCOL_MAX_DATAGRAM_SIZE; return size; } /** * @return A unique resend ID. Never returns zero. */ byte Sv_GetNewResendID(pool_t* pool) { byte id = pool->resendDealer; // Advance to next ID, skipping zero. while(!++pool->resendDealer) {} return id; } /** * Send a sv_frame packet to the specified player. The amount of data sent * depends on the player's bandwidth rating. */ void Sv_SendFrame(int plrNum) { pool_t* pool = Sv_GetPool(plrNum); byte oldResend; delta_t* delta; int deltaCount = 0; size_t lastStart, maxFrameSize; //, deltaCountOffset = 0; /*#if _NETDEBUG int endOffset = 0; #endif*/ // Does the send queue allow us to send this packet? // Bandwidth rating is updated during the check. if(!Sv_CheckBandwidth(plrNum)) { // We cannot send anything at this time. This will only happen if // the send queue has too many packets waiting to be sent. return; } // The priority queue of the client needs to be rebuilt before // a new frame can be sent. Sv_RatePool(pool); // This will be a new set. pool->setDealer++; // Determine the maximum size of the frame packet. maxFrameSize = Sv_GetMaxFrameSize(plrNum); // Allow more info for the first frame. if(pool->isFirst) maxFrameSize = MAX_FIRST_FRAME_SIZE; // If this is the first frame after a map change, use the special // first frame packet type. Msg_Begin(pool->isFirst ? PSV_FIRST_FRAME2 : PSV_FRAME2); // First send the gameTime of this frame. Writer_WriteFloat(msgWriter, gameTime); // Keep writing until the maximum size is reached. while((delta = Sv_PoolQueueExtract(pool)) != NULL && (lastStart = Writer_Size(msgWriter)) < maxFrameSize) { oldResend = pool->resendDealer; // Is this going to be a resent? if(delta->state == DELTA_UNACKED && !delta->resend) { // Assign a new unique ID for this delta. // This ID won't be changed after this. delta->resend = Sv_GetNewResendID(pool); } Sv_WriteDelta(delta); // Did we go over the limit? if(Writer_Size(msgWriter) > maxFrameSize) { /* // Time to see if BWR needs to be adjusted. if(clients[plrNum].bwrAdjustTime <= 0) { clients[plrNum].bwrAdjustTime = BWR_ADJUST_TICS; } */ // Cancel the last delta. Writer_SetPos(msgWriter, lastStart); // Restore the resend dealer. if(oldResend) pool->resendDealer = oldResend; break; } // Successfully written, increment counter. deltaCount++; // Update the sent delta's state. if(delta->state == DELTA_NEW) { // New deltas are assigned to this set. Unacked deltas will // remain in the set they were initially sent in. delta->set = pool->setDealer; delta->timeStamp = Sv_GetTimeStamp(); delta->state = DELTA_UNACKED; } } // Update the number of deltas included in the packet. /* #ifdef _NETDEBUG endOffset = Msg_Offset(); Msg_SetOffset(deltaCountOffset); Msg_WriteLong(deltaCount); Msg_SetOffset(endOffset); #endif */ Msg_End(); Net_SendBuffer(plrNum, 0); // Once sent, the delta set can be discarded. Sv_AckDeltaSet(plrNum, pool->setDealer, 0); // Now a frame has been sent. pool->isFirst = false; } doomsday-1.14.5/doomsday/server/src/server/sv_pool.cpp0000664000175000017500000024514612350542241022326 0ustar jaakkojaakko/** @file sv_pool.cpp Delta Pools * @ingroup server * * Delta Pools use PU_MAP, which means all the memory allocated for them * is deallocated when the map changes. Sv_InitPools() is called in * R_SetupMap() to clear out all the old data. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include #include "de_base.h" #include "de_console.h" #include "de_network.h" #include "de_play.h" #include "audio/s_main.h" #include "world/thinkers.h" #include "server/sv_pool.h" using namespace de; #define DEFAULT_DELTA_BASE_SCORE 10000 #define REG_MOBJ_HASH_SIZE 1024 #define REG_MOBJ_HASH_FUNCTION_MASK 0x3ff // Maximum difference in plane height where the absolute height doesn't // need to be sent. #define PLANE_SKIP_LIMIT (40) typedef struct reg_mobj_s { // Links to next and prev mobj in the register hash. struct reg_mobj_s* next, *prev; // The tic when the mobj state was last sent. dt_mobj_t mo; // The state of the mobj. } reg_mobj_t; typedef struct mobjhash_s { reg_mobj_t* first, *last; } mobjhash_t; /** * One cregister_t holds the state of the entire world. */ typedef struct cregister_s { // The time the register was last updated. int gametic; // True if this register contains a read-only copy of the initial state // of the world. dd_bool isInitial; // The mobjs are stored in a hash for efficiency (ID is the key). mobjhash_t mobjs[REG_MOBJ_HASH_SIZE]; dt_player_t ddPlayers[DDMAXPLAYERS]; dt_sector_t* sectors; dt_side_t* sides; dt_poly_t* polyObjs; } cregister_t; void Sv_RegisterWorld(cregister_t* reg, dd_bool isInitial); void Sv_NewDelta(void* deltaPtr, deltatype_t type, uint id); dd_bool Sv_IsVoidDelta(const void* delta); void Sv_PoolQueueClear(pool_t* pool); void Sv_GenerateNewDeltas(cregister_t* reg, int clientNumber, dd_bool doUpdate); // The register contains the previous state of the world. cregister_t worldRegister; // The initial register is used when generating deltas for a new client. cregister_t initialRegister; // Each client has its own pool for deltas. pool_t pools[DDMAXPLAYERS]; static float deltaBaseScores[NUM_DELTA_TYPES]; // Keep this zeroed out. Used if the register doesn't have data for // the mobj being compared. static dt_mobj_t dummyZeroMobj; /** * Called once for each map, from R_SetupMap(). Initialize the world * register and drain all pools. */ void Sv_InitPools(void) { de::Time startedAt; uint i; // Clients don't register anything. if(isClient) return; LOG_AS("Sv_InitPools"); // Set base priority scores for all the delta types. for(i = 0; i < NUM_DELTA_TYPES; ++i) { deltaBaseScores[i] = DEFAULT_DELTA_BASE_SCORE; } // Priorities for all deltas that will be sent out by the server. // No priorities need to be declared for obsolete delta types. deltaBaseScores[DT_MOBJ] = 1000; deltaBaseScores[DT_PLAYER] = 1000; deltaBaseScores[DT_SECTOR] = 2000; deltaBaseScores[DT_SIDE] = 800; deltaBaseScores[DT_POLY] = 2000; deltaBaseScores[DT_LUMP] = 0; deltaBaseScores[DT_SOUND] = 2000; deltaBaseScores[DT_MOBJ_SOUND] = 3000; deltaBaseScores[DT_SECTOR_SOUND] = 5000; deltaBaseScores[DT_SIDE_SOUND] = 5500; deltaBaseScores[DT_POLY_SOUND] = 5000; // Since the map has changed, PU_MAP memory has been freed. // Reset all pools (set numbers are kept, though). for(i = 0; i < DDMAXPLAYERS; ++i) { pools[i].owner = i; pools[i].resendDealer = 1; de::zap(pools[i].hash); de::zap(pools[i].misHash); pools[i].queueSize = 0; pools[i].allocatedSize = 0; pools[i].queue = NULL; // This will be set to false when a frame is sent. pools[i].isFirst = true; } // Store the current state of the world into both the registers. Sv_RegisterWorld(&worldRegister, false); Sv_RegisterWorld(&initialRegister, true); // How much time did we spend? LOG_MAP_VERBOSE("World registered in %.2f seconds") << startedAt.since(); } /** * Called during server shutdown (when shutting down the engine). */ void Sv_ShutdownPools(void) { // Nothing to do. } /** * Called when a client joins the game. */ void Sv_InitPoolForClient(uint clientNumber) { // Free everything that might exist in the pool. Sv_DrainPool(clientNumber); // Generate deltas by comparing against the initial state of the world. // The initial register remains unmodified. Sv_GenerateNewDeltas(&initialRegister, clientNumber, false); // No frames have yet been sent for this client. // The first frame is processed a bit more thoroughly than the others // (e.g. *all* sides are compared, not just a portion). pools[clientNumber].isFirst = true; } /** * @return Pointer to the console's delta pool. */ pool_t* Sv_GetPool(uint consoleNumber) { return &pools[consoleNumber]; } /** * The hash function for the register mobj hash. */ uint Sv_RegisterHashFunction(thid_t id) { return (uint) id & REG_MOBJ_HASH_FUNCTION_MASK; } /** * @return Pointer to the register-mobj, if it already exists. */ reg_mobj_t* Sv_RegisterFindMobj(cregister_t* reg, thid_t id) { mobjhash_t* hash = ®->mobjs[Sv_RegisterHashFunction(id)]; reg_mobj_t* iter; // See if there already is a register-mobj for this id. for(iter = hash->first; iter; iter = iter->next) { // Is this the one? if(iter->mo.thinker.id == id) { return iter; } } return NULL; } /** * Adds a new reg_mobj_t to the register's mobj hash. */ reg_mobj_t* Sv_RegisterAddMobj(cregister_t* reg, thid_t id) { mobjhash_t* hash = ®->mobjs[Sv_RegisterHashFunction(id)]; reg_mobj_t* newRegMo; // Try to find an existing register-mobj. if((newRegMo = Sv_RegisterFindMobj(reg, id)) != NULL) { return newRegMo; } // Allocate the new register-mobj. newRegMo = (reg_mobj_t *) Z_Calloc(sizeof(reg_mobj_t), PU_MAP, 0); // Link it to the end of the hash list. if(hash->last) { hash->last->next = newRegMo; newRegMo->prev = hash->last; } hash->last = newRegMo; if(!hash->first) { hash->first = newRegMo; } return newRegMo; } /** * Removes a reg_mobj_t from the register's mobj hash. */ void Sv_RegisterRemoveMobj(cregister_t* reg, reg_mobj_t* regMo) { mobjhash_t* hash = ®->mobjs[Sv_RegisterHashFunction(regMo->mo.thinker.id)]; // Update the first and last links. if(hash->last == regMo) { hash->last = regMo->prev; } if(hash->first == regMo) { hash->first = regMo->next; } // Link out of the list. if(regMo->next) { regMo->next->prev = regMo->prev; } if(regMo->prev) { regMo->prev->next = regMo->next; } // Destroy the register-mobj. Z_Free(regMo); } /** * @return If the mobj is on the floor; @c MININT. * If the mobj is touching the ceiling; @c MAXINT. * Otherwise returns the Z coordinate. */ float Sv_GetMaxedMobjZ(const mobj_t* mo) { // No maxing for now. /* if(mo->origin[VZ] == mo->floorZ) { return DDMINFLOAT; } if(mo->origin[VZ] + mo->height == mo->ceilingZ) { return DDMAXFLOAT; } */ return mo->origin[VZ]; } /** * Store the state of the mobj into the register-mobj. * Called at register init and after each delta generation cycle. */ void Sv_RegisterMobj(dt_mobj_t *reg, mobj_t const *mo) { // (dt_mobj_t <=> mobj_t) // Just copy the data we need. reg->thinker.id = mo->thinker.id; reg->type = mo->type; reg->dPlayer = mo->dPlayer; reg->_bspLeaf = mo->_bspLeaf; reg->origin[VX] = mo->origin[VX]; reg->origin[VY] = mo->origin[VY]; reg->origin[VZ] = Sv_GetMaxedMobjZ(mo); reg->floorZ = mo->floorZ; reg->ceilingZ = mo->ceilingZ; reg->mom[MX] = mo->mom[MX]; reg->mom[MY] = mo->mom[MY]; reg->mom[MZ] = mo->mom[MZ]; reg->angle = mo->angle; reg->selector = mo->selector; reg->state = mo->state; reg->radius = mo->radius; reg->height = mo->height; reg->ddFlags = mo->ddFlags; reg->flags = mo->flags; reg->flags2 = mo->flags2; reg->flags3 = mo->flags3; reg->health = mo->health; reg->floorClip = mo->floorClip; reg->translucency = mo->translucency; reg->visTarget = mo->visTarget; } /** * Reset the data of the registered mobj to reasonable defaults. * In effect, forces a resend of the zeroed entries as deltas. */ void Sv_RegisterResetMobj(dt_mobj_t* reg) { reg->origin[VX] = DDMINFLOAT; reg->origin[VY] = DDMINFLOAT; reg->origin[VZ] = -1000000; reg->angle = 0; reg->type = -1; reg->selector = 0; reg->state = 0; reg->radius = -1; reg->height = -1; reg->ddFlags = 0; reg->flags = 0; reg->flags2 = 0; reg->flags3 = 0; reg->health = 0; reg->floorClip = 0; reg->translucency = 0; reg->visTarget = 0; } /** * Store the state of the player into the register-player. * Called at register init and after each delta generation cycle. */ void Sv_RegisterPlayer(dt_player_t* reg, uint number) { #define FMAKERGBA(r,g,b,a) ( (byte)(0xff*r) + ((byte)(0xff*g)<<8) + ((byte)(0xff*b)<<16) + ((byte)(0xff*a)<<24) ) player_t* plr = &ddPlayers[number]; ddplayer_t* ddpl = &plr->shared; //client_t* c = &clients[number]; reg->mobj = (ddpl->mo ? ddpl->mo->thinker.id : 0); reg->forwardMove = 0; reg->sideMove = 0; reg->angle = (ddpl->mo ? ddpl->mo->angle : 0); reg->turnDelta = (ddpl->mo ? ddpl->mo->angle - ddpl->lastAngle : 0); reg->friction = ddpl->mo && (gx.MobjFriction ? gx.MobjFriction(ddpl->mo) : DEFAULT_FRICTION); reg->extraLight = ddpl->extraLight; reg->fixedColorMap = ddpl->fixedColorMap; if(ddpl->flags & DDPF_VIEW_FILTER) { reg->filter = FMAKERGBA(ddpl->filterColor[CR], ddpl->filterColor[CG], ddpl->filterColor[CB], ddpl->filterColor[CA]); } else { reg->filter = 0; } reg->clYaw = (ddpl->mo ? ddpl->mo->angle : 0); reg->clPitch = ddpl->lookDir; memcpy(reg->psp, ddpl->pSprites, sizeof(ddpsprite_t) * 2); #undef FMAKERGBA } /** * Store the state of the sector into the register-sector. * Called at register init and after each delta generation. * * @param reg The sector register to be initialized. * @param number The world sector number to be registered. */ void Sv_RegisterSector(dt_sector_t *reg, int number) { Sector *sector = App_WorldSystem().map().sectors().at(number); reg->lightLevel = sector->lightLevel(); for(int i = 0; i < 3; ++i) reg->rgb[i] = sector->lightColor()[i]; // @todo $nplanes for(int i = 0; i < 2; ++i) // number of planes in sector. { Plane const &plane = sector->plane(i); // Plane properties reg->planes[i].height = plane.height(); reg->planes[i].target = plane.targetHeight(); reg->planes[i].speed = plane.speed(); // Surface properties. Surface const &surface = plane.surface(); Vector3f const &tintColor = surface.tintColor(); for(int c = 0; c < 3; ++c) { reg->planes[i].surface.rgba[c] = tintColor[c]; } reg->planes[i].surface.rgba[CA] = surface.opacity(); reg->planes[i].surface.material = surface.materialPtr(); } } /** * Store the state of the side into the register-side. * Called at register init and after each delta generation. */ void Sv_RegisterSide(dt_side_t *reg, int number) { DENG2_ASSERT(reg != 0); LineSide *side = App_WorldSystem().map().sideByIndex(number); if(side->hasSections()) { reg->top.material = side->top().materialPtr(); reg->middle.material = side->middle().materialPtr(); reg->bottom.material = side->bottom().materialPtr(); for(int c = 0; c < 3; ++c) { reg->middle.rgba[c] = side->middle().tintColor()[c]; reg->bottom.rgba[c] = side->bottom().tintColor()[c]; reg->top.rgba[c] = side->top().tintColor()[c]; } // Only middle sections support blending. reg->middle.rgba[CA] = side->middle().opacity(); reg->middle.blendMode = side->middle().blendMode(); } reg->lineFlags = side->line().flags() & 0xff; reg->flags = side->flags() & 0xff; } /** * Store the state of the polyobj into the register-poly. * Called at register init and after each delta generation. */ void Sv_RegisterPoly(dt_poly_t *reg, uint number) { DENG_ASSERT(reg != 0); Polyobj *poly = App_WorldSystem().map().polyobjs().at(number); reg->dest[VX] = poly->dest[VX]; reg->dest[VY] = poly->dest[VY]; reg->speed = poly->speed; reg->destAngle = poly->destAngle; reg->angleSpeed = poly->angleSpeed; } /** * @return @c true if the result is not void. */ dd_bool Sv_RegisterCompareMobj(cregister_t *reg, mobj_t const *s, mobjdelta_t *d) { int df; reg_mobj_t *regMo = 0; dt_mobj_t const *r = &dummyZeroMobj; if((regMo = Sv_RegisterFindMobj(reg, s->thinker.id)) != NULL) { // Use the registered data. r = ®Mo->mo; df = 0; } else { // This didn't exist in the register, so it's a new mobj. df = MDFC_CREATE | MDF_EVERYTHING | MDFC_TYPE; } if(r->origin[VX] != s->origin[VX]) df |= MDF_ORIGIN_X; if(r->origin[VY] != s->origin[VY]) df |= MDF_ORIGIN_Y; if(r->origin[VZ] != Sv_GetMaxedMobjZ(s) || r->floorZ != s->floorZ || r->ceilingZ != s->ceilingZ) { df |= MDF_ORIGIN_Z; if(!(df & MDFC_CREATE) && s->origin[VZ] <= s->floorZ) { // It is currently on the floor. The client will place it on its // clientside floor and disregard the Z coordinate. df |= MDFC_ON_FLOOR; } } if(r->mom[MX] != s->mom[MX]) df |= MDF_MOM_X; if(r->mom[MY] != s->mom[MY]) df |= MDF_MOM_Y; if(r->mom[MZ] != s->mom[MZ]) df |= MDF_MOM_Z; if(r->angle != s->angle) df |= MDF_ANGLE; if(r->selector != s->selector) df |= MDF_SELECTOR; if(r->translucency != s->translucency) df |= MDFC_TRANSLUCENCY; if(r->visTarget != s->visTarget) df |= MDFC_FADETARGET; if(r->type != s->type) df |= MDFC_TYPE; // Mobj state sent periodically, if the sequence keeps changing. if(regMo && !Def_SameStateSequence(s->state, r->state)) { df |= MDF_STATE; if(s->state == NULL) { // No valid comparison can be generated because the mobj is gone. return false; } } if(r->radius != s->radius) df |= MDF_RADIUS; if(r->height != s->height) df |= MDF_HEIGHT; if((r->ddFlags & DDMF_PACK_MASK) != (s->ddFlags & DDMF_PACK_MASK) || r->flags != s->flags || r->flags2 != s->flags2 || r->flags3 != s->flags3) { df |= MDF_FLAGS; } if(r->health != s->health) df |= MDF_HEALTH; if(r->floorClip != s->floorClip) df |= MDF_FLOORCLIP; if(df) { // Init the delta with current data. Sv_NewDelta(d, DT_MOBJ, s->thinker.id); Sv_RegisterMobj(&d->mo, s); } d->delta.flags = df; return !Sv_IsVoidDelta(d); } /** * @return @c true, if the result is not void. */ dd_bool Sv_RegisterComparePlayer(cregister_t* reg, uint number, playerdelta_t* d) { const dt_player_t* r = ®->ddPlayers[number]; dt_player_t* s = &d->player; int df = 0; // Init the delta with current data. Sv_NewDelta(d, DT_PLAYER, number); Sv_RegisterPlayer(&d->player, number); // Determine which data is different. if(r->mobj != s->mobj) df |= PDF_MOBJ; if(r->forwardMove != s->forwardMove) df |= PDF_FORWARDMOVE; if(r->sideMove != s->sideMove) df |= PDF_SIDEMOVE; if(r->turnDelta != s->turnDelta) df |= PDF_TURNDELTA; if(r->friction != s->friction) df |= PDF_FRICTION; if(r->extraLight != s->extraLight || r->fixedColorMap != s->fixedColorMap) df |= PDF_EXTRALIGHT; if(r->filter != s->filter) df |= PDF_FILTER; d->delta.flags = df; return !Sv_IsVoidDelta(d); } /** * @return @c true, if the result is not void. */ dd_bool Sv_RegisterCompareSector(cregister_t *reg, int number, sectordelta_t *d, byte doUpdate) { dt_sector_t *r = ®->sectors[number]; Sector const *s = App_WorldSystem().map().sectors().at(number); int df = 0; // Determine which data is different. if(s->floorSurface().materialPtr() != r->planes[PLN_FLOOR].surface.material) df |= SDF_FLOOR_MATERIAL; if(s->ceilingSurface().materialPtr() != r->planes[PLN_CEILING].surface.material) df |= SDF_CEILING_MATERIAL; if(r->lightLevel != s->lightLevel()) df |= SDF_LIGHT; if(r->rgb[0] != s->lightColor().x) df |= SDF_COLOR_RED; if(r->rgb[1] != s->lightColor().y) df |= SDF_COLOR_GREEN; if(r->rgb[2] != s->lightColor().z) df |= SDF_COLOR_BLUE; if(r->planes[PLN_FLOOR].surface.rgba[0] != s->floorSurface().tintColor().x) df |= SDF_FLOOR_COLOR_RED; if(r->planes[PLN_FLOOR].surface.rgba[1] != s->floorSurface().tintColor().y) df |= SDF_FLOOR_COLOR_GREEN; if(r->planes[PLN_FLOOR].surface.rgba[2] != s->floorSurface().tintColor().z) df |= SDF_FLOOR_COLOR_BLUE; if(r->planes[PLN_CEILING].surface.rgba[0] != s->ceilingSurface().tintColor().x) df |= SDF_CEIL_COLOR_RED; if(r->planes[PLN_CEILING].surface.rgba[1] != s->ceilingSurface().tintColor().y) df |= SDF_CEIL_COLOR_GREEN; if(r->planes[PLN_CEILING].surface.rgba[2] != s->ceilingSurface().tintColor().z) df |= SDF_CEIL_COLOR_BLUE; // The cases where an immediate change to a plane's height is needed: // 1) Plane is not moving, but the heights are different. This means // the plane's height was changed unpredictably. // 2) Plane is moving, but there is a large difference in the heights. // The clientside height should be fixed. // Should we make an immediate change in floor height? if(FEQUAL(r->planes[PLN_FLOOR].speed, 0) && FEQUAL(s->floor().speed(), 0)) { if(!FEQUAL(r->planes[PLN_FLOOR].height, s->floor().height())) df |= SDF_FLOOR_HEIGHT; } else { if(fabs(r->planes[PLN_FLOOR].height - s->floor().height()) > PLANE_SKIP_LIMIT) df |= SDF_FLOOR_HEIGHT; } // How about the ceiling? if(FEQUAL(r->planes[PLN_CEILING].speed, 0) && FEQUAL(s->ceiling().speed(), 0)) { if(!FEQUAL(r->planes[PLN_CEILING].height, s->ceiling().height())) df |= SDF_CEILING_HEIGHT; } else { if(fabs(r->planes[PLN_CEILING].height - s->ceiling().height()) > PLANE_SKIP_LIMIT) df |= SDF_CEILING_HEIGHT; } // Check planes, too. if(!FEQUAL(r->planes[PLN_FLOOR].target, s->floor().targetHeight())) { // Target and speed are always sent together. df |= SDF_FLOOR_TARGET | SDF_FLOOR_SPEED; } if(!FEQUAL(r->planes[PLN_FLOOR].speed, s->floor().speed())) { // Target and speed are always sent together. df |= SDF_FLOOR_SPEED | SDF_FLOOR_TARGET; } if(!FEQUAL(r->planes[PLN_CEILING].target, s->ceiling().targetHeight())) { // Target and speed are always sent together. df |= SDF_CEILING_TARGET | SDF_CEILING_SPEED; } if(!FEQUAL(r->planes[PLN_CEILING].speed, s->ceiling().speed())) { // Target and speed are always sent together. df |= SDF_CEILING_SPEED | SDF_CEILING_TARGET; } #ifdef _DEBUG if(df & (SDF_CEILING_HEIGHT | SDF_CEILING_SPEED | SDF_CEILING_TARGET)) { LOGDEV_NET_XVERBOSE("Sector %i: ceiling state change noted (target = %f)") << number << s->ceiling().targetHeight(); } #endif // Only do a delta when something changes. if(df) { // Init the delta with current data. Sv_NewDelta(d, DT_SECTOR, number); Sv_RegisterSector(&d->sector, number); if(doUpdate) { Sv_RegisterSector(r, number); } } if(doUpdate) { // The plane heights should be tracked regardless of the // change flags. r->planes[PLN_FLOOR].height = s->floor().height(); r->planes[PLN_CEILING].height = s->ceiling().height(); } d->delta.flags = df; return !Sv_IsVoidDelta(d); } /** * @return @c true= the result is not void. */ dd_bool Sv_RegisterCompareSide(cregister_t *reg, uint number, sidedelta_t *d, byte doUpdate) { LineSide const *side = App_WorldSystem().map().sideByIndex(number); dt_side_t *r = ®->sides[number]; byte lineFlags = side->line().flags() & 0xff; byte sideFlags = side->flags() & 0xff; int df = 0; if(side->hasSections()) { if(!side->top().hasFixMaterial() && r->top.material != side->top().materialPtr()) { df |= SIDF_TOP_MATERIAL; if(doUpdate) r->top.material = side->top().materialPtr(); } if(!side->middle().hasFixMaterial() && r->middle.material != side->middle().materialPtr()) { df |= SIDF_MID_MATERIAL; if(doUpdate) r->middle.material = side->middle().materialPtr(); } if(!side->bottom().hasFixMaterial() && r->bottom.material != side->bottom().materialPtr()) { df |= SIDF_BOTTOM_MATERIAL; if(doUpdate) r->bottom.material = side->bottom().materialPtr(); } if(r->top.rgba[0] != side->top().tintColor().x) { df |= SIDF_TOP_COLOR_RED; if(doUpdate) r->top.rgba[0] = side->top().tintColor().x; } if(r->top.rgba[1] != side->top().tintColor().y) { df |= SIDF_TOP_COLOR_GREEN; if(doUpdate) r->top.rgba[1] = side->top().tintColor().y; } if(r->top.rgba[2] != side->top().tintColor().z) { df |= SIDF_TOP_COLOR_BLUE; if(doUpdate) r->top.rgba[3] = side->top().tintColor().z; } if(r->middle.rgba[0] != side->middle().tintColor().x) { df |= SIDF_MID_COLOR_RED; if(doUpdate) r->middle.rgba[0] = side->middle().tintColor().x; } if(r->middle.rgba[1] != side->middle().tintColor().y) { df |= SIDF_MID_COLOR_GREEN; if(doUpdate) r->middle.rgba[1] = side->middle().tintColor().y; } if(r->middle.rgba[2] != side->middle().tintColor().z) { df |= SIDF_MID_COLOR_BLUE; if(doUpdate) r->middle.rgba[3] = side->middle().tintColor().z; } if(r->middle.rgba[3] != side->middle().opacity()) { df |= SIDF_MID_COLOR_ALPHA; if(doUpdate) r->middle.rgba[3] = side->middle().opacity(); } if(r->bottom.rgba[0] != side->bottom().tintColor().x) { df |= SIDF_BOTTOM_COLOR_RED; if(doUpdate) r->bottom.rgba[0] = side->bottom().tintColor().x; } if(r->bottom.rgba[1] != side->bottom().tintColor().y) { df |= SIDF_BOTTOM_COLOR_GREEN; if(doUpdate) r->bottom.rgba[1] = side->bottom().tintColor().y; } if(r->bottom.rgba[2] != side->bottom().tintColor().z) { df |= SIDF_BOTTOM_COLOR_BLUE; if(doUpdate) r->bottom.rgba[3] = side->bottom().tintColor().z; } if(r->middle.blendMode != side->middle().blendMode()) { df |= SIDF_MID_BLENDMODE; if(doUpdate) r->middle.blendMode = side->middle().blendMode(); } } if(r->lineFlags != lineFlags) { df |= SIDF_LINE_FLAGS; if(doUpdate) r->lineFlags = lineFlags; } if(r->flags != sideFlags) { df |= SIDF_FLAGS; if(doUpdate) r->flags = sideFlags; } // Was there any change? if(df) { // This happens quite rarely. // Init the delta with current data. Sv_NewDelta(d, DT_SIDE, number); Sv_RegisterSide(&d->side, number); } d->delta.flags = df; return !Sv_IsVoidDelta(d); } /** * @return @c true, if the result is not void. */ dd_bool Sv_RegisterComparePoly(cregister_t* reg, int number, polydelta_t *d) { const dt_poly_t* r = ®->polyObjs[number]; dt_poly_t* s = &d->po; int df = 0; // Init the delta with current data. Sv_NewDelta(d, DT_POLY, number); Sv_RegisterPoly(&d->po, number); // What is different? if(r->dest[VX] != s->dest[VX]) df |= PODF_DEST_X; if(r->dest[VY] != s->dest[VY]) df |= PODF_DEST_Y; if(r->speed != s->speed) df |= PODF_SPEED; if(r->destAngle != s->destAngle) df |= PODF_DEST_ANGLE; if(r->angleSpeed != s->angleSpeed) df |= PODF_ANGSPEED; d->delta.flags = df; return !Sv_IsVoidDelta(d); } /** * @return @c true, if the mobj can be excluded from delta * processing. */ dd_bool Sv_IsMobjIgnored(mobj_t* mo) { return (mo->ddFlags & DDMF_LOCAL) != 0; } /** * @return @c true, if the player can be excluded from delta * processing. */ dd_bool Sv_IsPlayerIgnored(int plrNum) { return !ddPlayers[plrNum].shared.inGame; } /** * Initialize the register with the current state of the world. * The arrays are allocated and the data is copied, nothing else is done. * * An initial register doesn't contain any mobjs. When new clients enter, * they know nothing about any mobjs. If the mobjs were included in the * initial register, clients wouldn't receive much info from mobjs that * haven't moved since the beginning. */ void Sv_RegisterWorld(cregister_t *reg, dd_bool isInitial) { DENG_ASSERT(reg != 0); Map &map = App_WorldSystem().map(); de::zapPtr(reg); reg->gametic = SECONDS_TO_TICKS(gameTime); // Is this the initial state? reg->isInitial = isInitial; // Init sectors. reg->sectors = (dt_sector_t *) Z_Calloc(sizeof(*reg->sectors) * map.sectorCount(), PU_MAP, 0); for(int i = 0; i < map.sectorCount(); ++i) { Sv_RegisterSector(®->sectors[i], i); } // Init sides. reg->sides = (dt_side_t *) Z_Calloc(sizeof(*reg->sides) * map.sideCount(), PU_MAP, 0); for(int i = 0; i < map.sideCount(); ++i) { Sv_RegisterSide(®->sides[i], i); } // Init polyobjs. int numPolyobjs = map.polyobjCount(); if(numPolyobjs) { reg->polyObjs = (dt_poly_t *) Z_Calloc(sizeof(*reg->polyObjs) * map.polyobjCount(), PU_MAP, 0); for(int i = 0; i < numPolyobjs; ++i) { Sv_RegisterPoly(®->polyObjs[i], i); } } else { reg->polyObjs = NULL; } } /** * Update the pool owner's info. */ void Sv_UpdateOwnerInfo(pool_t *pool) { player_t *plr = &ddPlayers[pool->owner]; ownerinfo_t *info = &pool->ownerInfo; de::zapPtr(info); // Pointer to the owner's pool. info->pool = pool; if(plr->shared.mo) { mobj_t *mo = plr->shared.mo; V3d_Copy(info->origin, mo->origin); info->angle = mo->angle; info->speed = M_ApproxDistance(mo->mom[MX], mo->mom[MY]); } // The acknowledgement threshold is a multiple of the average // ack time of the client. If an unacked delta is not acked within // the threshold, it'll be re-included in the ratings. info->ackThreshold = 0; //Net_GetAckThreshold(pool->owner); } /** * @return A timestamp that is used to track how old deltas are. */ uint Sv_GetTimeStamp() { return Timer_RealMilliseconds(); } /** * Initialize a new delta. */ void Sv_NewDelta(void *deltaPtr, deltatype_t type, uint id) { if(!deltaPtr) return; delta_t *delta = (delta_t *) deltaPtr; /// @note: This only clears the common delta_t part, not the extra data. de::zapPtr(delta); delta->id = id; delta->type = type; delta->state = DELTA_NEW; delta->timeStamp = Sv_GetTimeStamp(); } /** * @return @c true, if the delta contains no information. */ dd_bool Sv_IsVoidDelta(void const *delta) { return ((delta_t const *) delta)->flags == 0; } /** * @return @c true, if the delta is a Sound delta. */ dd_bool Sv_IsSoundDelta(void const *delta) { delta_t const *d = (delta_t const *) delta; return (d->type == DT_SOUND || d->type == DT_MOBJ_SOUND || d->type == DT_SECTOR_SOUND || d->type == DT_SIDE_SOUND || d->type == DT_POLY_SOUND); } /** * @return @c true, if the delta is a Start Sound delta. */ dd_bool Sv_IsStartSoundDelta(void const *delta) { sounddelta_t const *d = (sounddelta_t const *) delta; return Sv_IsSoundDelta(delta) && ((d->delta.flags & SNDDF_VOLUME) && d->volume > 0); } /** * @return @c true, if the delta is Stop Sound delta. */ dd_bool Sv_IsStopSoundDelta(void const *delta) { sounddelta_t const *d = (sounddelta_t const *) delta; return Sv_IsSoundDelta(delta) && ((d->delta.flags & SNDDF_VOLUME) && d->volume <= 0); } /** * @return @c true, if the delta is a Null Mobj delta. */ dd_bool Sv_IsNullMobjDelta(void const *delta) { return ((delta_t const *) delta)->type == DT_MOBJ && (((delta_t const *) delta)->flags & MDFC_NULL); } /** * @return @c true, if the delta is a Create Mobj delta. */ dd_bool Sv_IsCreateMobjDelta(void const *delta) { return ((delta_t const *) delta)->type == DT_MOBJ && (((delta_t const *) delta)->flags & MDFC_CREATE); } /** * @return @c true, if the deltas refer to the same object. */ dd_bool Sv_IsSameDelta(void const *delta1, void const *delta2) { delta_t const *a = (delta_t const *) delta1, *b = (delta_t const *) delta2; return (a->type == b->type) && (a->id == b->id); } /** * Makes a copy of the delta. */ void* Sv_CopyDelta(void* deltaPtr) { void* newDelta; delta_t* delta = (delta_t *) deltaPtr; size_t size = ( delta->type == DT_MOBJ ? sizeof(mobjdelta_t) : delta->type == DT_PLAYER ? sizeof(playerdelta_t) : delta->type == DT_SECTOR ? sizeof(sectordelta_t) : delta->type == DT_SIDE ? sizeof(sidedelta_t) : delta->type == DT_POLY ? sizeof(polydelta_t) : delta->type == DT_SOUND ? sizeof(sounddelta_t) : delta->type == DT_MOBJ_SOUND ? sizeof(sounddelta_t) : delta->type == DT_SECTOR_SOUND ? sizeof(sounddelta_t) : delta->type == DT_SIDE_SOUND ? sizeof(sounddelta_t) : delta->type == DT_POLY_SOUND ? sizeof(sounddelta_t) /* : delta->type == DT_LUMP? sizeof(lumpdelta_t) */ : 0); if(size == 0) { Con_Error("Sv_CopyDelta: Unknown delta type %i.\n", delta->type); } newDelta = Z_Malloc(size, PU_MAP, 0); memcpy(newDelta, deltaPtr, size); return newDelta; } /** * Subtracts the contents of the second delta from the first delta. * Subtracting means that if a given flag is defined for both 1 and 2, * the flag for 1 is cleared (2 overrides 1). The result is that the * deltas can be applied in any order and the result is still correct. * * 1 and 2 must refer to the same entity! */ void Sv_SubtractDelta(void* deltaPtr1, const void* deltaPtr2) { delta_t* delta = (delta_t *) deltaPtr1; const delta_t* sub = (delta_t const *) deltaPtr2; #ifdef _DEBUG if(!Sv_IsSameDelta(delta, sub)) { Con_Error("Sv_SubtractDelta: Not the same!\n"); } #endif if(Sv_IsNullMobjDelta(sub)) { // Null deltas kill everything. delta->flags = 0; } else { // Clear the common flags. delta->flags &= ~(delta->flags & sub->flags); } } /** * Applies the data in the source delta to the destination delta. * Both must be in the NEW state. Handles all types of deltas. */ void Sv_ApplyDeltaData(void *destDelta, void const *srcDelta) { delta_t const *src = (delta_t const *) srcDelta; delta_t *dest = (delta_t *) destDelta; int sf = src->flags; if(src->type == DT_MOBJ) { dt_mobj_t const *s = &((mobjdelta_t const *) src)->mo; dt_mobj_t *d = &((mobjdelta_t *) dest)->mo; // *Always* set the player pointer. d->dPlayer = s->dPlayer; if(sf & (MDF_ORIGIN_X | MDF_ORIGIN_Y)) d->_bspLeaf = s->_bspLeaf; if(sf & MDF_ORIGIN_X) d->origin[VX] = s->origin[VX]; if(sf & MDF_ORIGIN_Y) d->origin[VY] = s->origin[VY]; if(sf & MDF_ORIGIN_Z) d->origin[VZ] = s->origin[VZ]; if(sf & MDF_MOM_X) d->mom[MX] = s->mom[MX]; if(sf & MDF_MOM_Y) d->mom[MY] = s->mom[MY]; if(sf & MDF_MOM_Z) d->mom[MZ] = s->mom[MZ]; if(sf & MDF_ANGLE) d->angle = s->angle; if(sf & MDF_SELECTOR) d->selector = s->selector; if(sf & MDF_STATE) { d->state = s->state; d->tics = (s->state ? s->state->tics : 0); } if(sf & MDF_RADIUS) d->radius = s->radius; if(sf & MDF_HEIGHT) d->height = s->height; if(sf & MDF_FLAGS) { d->ddFlags = s->ddFlags; d->flags = s->flags; d->flags2 = s->flags2; d->flags3 = s->flags3; } if(sf & MDF_FLOORCLIP) d->floorClip = s->floorClip; if(sf & MDFC_TRANSLUCENCY) d->translucency = s->translucency; if(sf & MDFC_FADETARGET) d->visTarget = s->visTarget; } else if(src->type == DT_PLAYER) { const dt_player_t* s = &((const playerdelta_t *) src)->player; dt_player_t* d = &((playerdelta_t *) dest)->player; if(sf & PDF_MOBJ) d->mobj = s->mobj; if(sf & PDF_FORWARDMOVE) d->forwardMove = s->forwardMove; if(sf & PDF_SIDEMOVE) d->sideMove = s->sideMove; /*if(sf & PDF_ANGLE) d->angle = s->angle;*/ if(sf & PDF_TURNDELTA) d->turnDelta = s->turnDelta; if(sf & PDF_FRICTION) d->friction = s->friction; if(sf & PDF_EXTRALIGHT) { d->extraLight = s->extraLight; d->fixedColorMap = s->fixedColorMap; } if(sf & PDF_FILTER) d->filter = s->filter; if(sf & PDF_PSPRITES) { uint i; for(i = 0; i < 2; ++i) { int off = 16 + i * 8; if(sf & (PSDF_STATEPTR << off)) { d->psp[i].statePtr = s->psp[i].statePtr; d->psp[i].tics = (s->psp[i].statePtr ? s->psp[i].statePtr->tics : 0); } /*if(sf & (PSDF_LIGHT << off)) d->psp[i].light = s->psp[i].light;*/ if(sf & (PSDF_ALPHA << off)) d->psp[i].alpha = s->psp[i].alpha; if(sf & (PSDF_STATE << off)) d->psp[i].state = s->psp[i].state; if(sf & (PSDF_OFFSET << off)) { d->psp[i].offset[VX] = s->psp[i].offset[VX]; d->psp[i].offset[VY] = s->psp[i].offset[VY]; } } } } else if(src->type == DT_SECTOR) { const dt_sector_t* s = &((const sectordelta_t *) src)->sector; dt_sector_t* d = &((sectordelta_t *) dest)->sector; if(sf & SDF_FLOOR_MATERIAL) d->planes[PLN_FLOOR].surface.material = s->planes[PLN_FLOOR].surface.material; if(sf & SDF_CEILING_MATERIAL) d->planes[PLN_CEILING].surface.material = s->planes[PLN_CEILING].surface.material; if(sf & SDF_LIGHT) d->lightLevel = s->lightLevel; if(sf & SDF_FLOOR_TARGET) d->planes[PLN_FLOOR].target = s->planes[PLN_FLOOR].target; if(sf & SDF_FLOOR_SPEED) d->planes[PLN_FLOOR].speed = s->planes[PLN_FLOOR].speed; if(sf & SDF_CEILING_TARGET) d->planes[PLN_CEILING].target = s->planes[PLN_CEILING].target; if(sf & SDF_CEILING_SPEED) d->planes[PLN_CEILING].speed = s->planes[PLN_CEILING].speed; if(sf & SDF_FLOOR_HEIGHT) d->planes[PLN_FLOOR].height = s->planes[PLN_FLOOR].height; if(sf & SDF_CEILING_HEIGHT) d->planes[PLN_CEILING].height = s->planes[PLN_CEILING].height; if(sf & SDF_COLOR_RED) d->rgb[0] = s->rgb[0]; if(sf & SDF_COLOR_GREEN) d->rgb[1] = s->rgb[1]; if(sf & SDF_COLOR_BLUE) d->rgb[2] = s->rgb[2]; if(sf & SDF_FLOOR_COLOR_RED) d->planes[PLN_FLOOR].surface.rgba[0] = s->planes[PLN_FLOOR].surface.rgba[0]; if(sf & SDF_FLOOR_COLOR_GREEN) d->planes[PLN_FLOOR].surface.rgba[1] = s->planes[PLN_FLOOR].surface.rgba[1]; if(sf & SDF_FLOOR_COLOR_BLUE) d->planes[PLN_FLOOR].surface.rgba[2] = s->planes[PLN_FLOOR].surface.rgba[2]; if(sf & SDF_CEIL_COLOR_RED) d->planes[PLN_CEILING].surface.rgba[0] = s->planes[PLN_CEILING].surface.rgba[0]; if(sf & SDF_CEIL_COLOR_GREEN) d->planes[PLN_CEILING].surface.rgba[1] = s->planes[PLN_CEILING].surface.rgba[1]; if(sf & SDF_CEIL_COLOR_BLUE) d->planes[PLN_CEILING].surface.rgba[2] = s->planes[PLN_CEILING].surface.rgba[2]; } else if(src->type == DT_SIDE) { const dt_side_t* s = &((const sidedelta_t *) src)->side; dt_side_t* d = &((sidedelta_t *) dest)->side; if(sf & SIDF_TOP_MATERIAL) d->top.material = s->top.material; if(sf & SIDF_MID_MATERIAL) d->middle.material = s->middle.material; if(sf & SIDF_BOTTOM_MATERIAL) d->bottom.material = s->bottom.material; if(sf & SIDF_LINE_FLAGS) d->lineFlags = s->lineFlags; if(sf & SIDF_TOP_COLOR_RED) d->top.rgba[0] = s->top.rgba[0]; if(sf & SIDF_TOP_COLOR_GREEN) d->top.rgba[1] = s->top.rgba[1]; if(sf & SIDF_TOP_COLOR_BLUE) d->top.rgba[2] = s->top.rgba[2]; if(sf & SIDF_MID_COLOR_RED) d->middle.rgba[0] = s->middle.rgba[0]; if(sf & SIDF_MID_COLOR_GREEN) d->middle.rgba[1] = s->middle.rgba[1]; if(sf & SIDF_MID_COLOR_BLUE) d->middle.rgba[2] = s->middle.rgba[2]; if(sf & SIDF_MID_COLOR_ALPHA) d->middle.rgba[3] = s->middle.rgba[3]; if(sf & SIDF_BOTTOM_COLOR_RED) d->bottom.rgba[0] = s->bottom.rgba[0]; if(sf & SIDF_BOTTOM_COLOR_GREEN) d->bottom.rgba[1] = s->bottom.rgba[1]; if(sf & SIDF_BOTTOM_COLOR_BLUE) d->bottom.rgba[2] = s->bottom.rgba[2]; if(sf & SIDF_MID_BLENDMODE) d->middle.blendMode = s->middle.blendMode; if(sf & SIDF_FLAGS) d->flags = s->flags; } else if(src->type == DT_POLY) { const dt_poly_t* s = &((const polydelta_t *) src)->po; dt_poly_t* d = &((polydelta_t *) dest)->po; if(sf & PODF_DEST_X) d->dest[VX] = s->dest[VX]; if(sf & PODF_DEST_Y) d->dest[VY] = s->dest[VY]; if(sf & PODF_SPEED) d->speed = s->speed; if(sf & PODF_DEST_ANGLE) d->destAngle = s->destAngle; if(sf & PODF_ANGSPEED) d->angleSpeed = s->angleSpeed; } else if(Sv_IsSoundDelta(src)) { const sounddelta_t* s = (sounddelta_t const *) srcDelta; sounddelta_t* d = (sounddelta_t *) destDelta; if(sf & SNDDF_VOLUME) d->volume = s->volume; d->sound = s->sound; } else { Con_Error("Sv_ApplyDeltaData: Unknown delta type %i.\n", src->type); } } /** * Merges the second delta with the first one. * The source and destination must refer to the same entity. * * @return @c false, if the result of the merge is a void delta. */ dd_bool Sv_MergeDelta(void* destDelta, const void* srcDelta) { const delta_t *src = (delta_t const *) srcDelta; delta_t *dest = (delta_t *) destDelta; #ifdef _DEBUG if(!Sv_IsSameDelta(src, dest)) { Con_Error("Sv_MergeDelta: Not the same!\n"); } if(dest->state != DELTA_NEW) { Con_Error("Sv_MergeDelta: Dest is not NEW.\n"); } #endif if(Sv_IsNullMobjDelta(dest)) { // Nothing can be merged with a null mobj delta. return true; } if(Sv_IsNullMobjDelta(src)) { // Null mobj deltas kill the destination. dest->flags = MDFC_NULL; return true; } if(Sv_IsCreateMobjDelta(dest) && Sv_IsNullMobjDelta(src)) { // Applying a Null mobj delta on a Create mobj delta causes // the two deltas to negate each other. Returning false // signifies that both should be removed from the pool. dest->flags = 0; return false; } if(Sv_IsStartSoundDelta(src) || Sv_IsStopSoundDelta(src)) { // Sound deltas completely override what they're being // merged with. (Only one sound per source.) Stop Sound deltas must // kill NEW sound deltas, because what is the benefit of sending // both in the same frame: first start a sound and then immediately // stop it? We don't want that. sounddelta_t *destSound = (sounddelta_t *) destDelta; const sounddelta_t* srcSound = (sounddelta_t const *) srcDelta; // Destination becomes equal to source. dest->flags = src->flags; destSound->sound = srcSound->sound; destSound->mobj = srcSound->mobj; destSound->volume = srcSound->volume; return true; } // The destination will contain all of source's data in addition // to the existing data. dest->flags |= src->flags; // The time stamp must NOT be always updated: the delta already // contains data which should've been sent some time ago. If we // update the time stamp now, the overdue data might not be sent. /* dest->timeStamp = src->timeStamp; */ Sv_ApplyDeltaData(dest, src); return true; } /** * @return The age of the delta, in milliseconds. */ uint Sv_DeltaAge(const delta_t* delta) { return Sv_GetTimeStamp() - delta->timeStamp; } /** * Approximate the distance to the given sector. Set 'mayBeGone' to true * if the mobj may have been destroyed and should not be processed. */ coord_t Sv_MobjDistance(mobj_t const *mo, ownerinfo_t const *info, dd_bool isReal) { coord_t z; if(isReal && !Mobj_Map(*mo).thinkers().isUsedMobjId(mo->thinker.id)) { // This mobj does not exist any more! return DDMAXFLOAT; } z = mo->origin[VZ]; // Registered mobjs may have a maxed out Z coordinate. if(!isReal) { if(z == DDMINFLOAT) z = mo->floorZ; if(z == DDMAXFLOAT) z = mo->ceilingZ - mo->height; } return M_ApproxDistance3(info->origin[VX] - mo->origin[VX], info->origin[VY] - mo->origin[VY], (info->origin[VZ] - z + mo->height / 2) * 1.2); } /** * Approximate the distance to the given sector. */ coord_t Sv_SectorDistance(int index, ownerinfo_t const *info) { Sector const *sector = App_WorldSystem().map().sectors().at(index); return M_ApproxDistance3(info->origin[VX] - sector->soundEmitter().origin[VX], info->origin[VY] - sector->soundEmitter().origin[VY], (info->origin[VZ] - sector->soundEmitter().origin[VZ]) * 1.2); } coord_t Sv_SideDistance(int index, int deltaFlags, ownerinfo_t const *info) { LineSide const *side = App_WorldSystem().map().sideByIndex(index); SoundEmitter const &emitter = (deltaFlags & SNDDF_SIDE_MIDDLE? side->middleSoundEmitter() : deltaFlags & SNDDF_SIDE_TOP? side->topSoundEmitter() : side->bottomSoundEmitter()); return M_ApproxDistance3(info->origin[VX] - emitter.origin[VX], info->origin[VY] - emitter.origin[VY], (info->origin[VZ] - emitter.origin[VZ]) * 1.2); } /** * @return The distance to the origin of the delta's entity. */ coord_t Sv_DeltaDistance(void const *deltaPtr, ownerinfo_t const *info) { delta_t const *delta = (delta_t const *) deltaPtr; if(delta->type == DT_MOBJ) { // Use the delta's registered mobj position. For old unacked data, // it may be somewhat inaccurate. return Sv_MobjDistance(&((mobjdelta_t *) deltaPtr)->mo, info, false); } if(delta->type == DT_PLAYER) { // Use the player's actual position. mobj_t const *mo = ddPlayers[delta->id].shared.mo; if(mo) { return Sv_MobjDistance(mo, info, true); } } if(delta->type == DT_SECTOR) { return Sv_SectorDistance(delta->id, info); } if(delta->type == DT_SIDE) { LineSide *side = App_WorldSystem().map().sideByIndex(delta->id); Line &line = side->line(); return M_ApproxDistance(info->origin[VX] - line.center().x, info->origin[VY] - line.center().y); } if(delta->type == DT_POLY) { Polyobj *po = App_WorldSystem().map().polyobjs().at(delta->id); return M_ApproxDistance(info->origin[VX] - po->origin[VX], info->origin[VY] - po->origin[VY]); } if(delta->type == DT_MOBJ_SOUND) { sounddelta_t const *sound = (sounddelta_t const *) deltaPtr; return Sv_MobjDistance(sound->mobj, info, true); } if(delta->type == DT_SECTOR_SOUND) { return Sv_SectorDistance(delta->id, info); } if(delta->type == DT_SIDE_SOUND) { return Sv_SideDistance(delta->id, delta->flags, info); } if(delta->type == DT_POLY_SOUND) { Polyobj *po = App_WorldSystem().map().polyobjs().at(delta->id); return M_ApproxDistance(info->origin[VX] - po->origin[VX], info->origin[VY] - po->origin[VY]); } // Unknown distance. return 1; } /** * The hash function for the pool delta hash. */ deltalink_t* Sv_PoolHash(pool_t* pool, int id) { return &pool->hash[(uint) id & POOL_HASH_FUNCTION_MASK]; } /** * The delta is removed from the pool's delta hash. */ void Sv_RemoveDelta(pool_t* pool, void* deltaPtr) { delta_t* delta = (delta_t *) deltaPtr; deltalink_t* hash = Sv_PoolHash(pool, delta->id); // Update first and last links. if(hash->last == delta) { hash->last = delta->prev; } if(hash->first == delta) { hash->first = delta->next; } // Link the delta out of the list. if(delta->next) { delta->next->prev = delta->prev; } if(delta->prev) { delta->prev->next = delta->next; } // Destroy it. Z_Free(delta); } /** * Draining the pool means emptying it of all contents. (Doh?) */ void Sv_DrainPool(uint clientNumber) { pool_t* pool = &pools[clientNumber]; delta_t* delta; misrecord_t* mis; void* next = NULL; int i; // Update the number of the owner. pool->owner = clientNumber; // Reset the counters. pool->setDealer = 0; pool->resendDealer = 0; Sv_PoolQueueClear(pool); // Free all deltas stored in the hash. for(i = 0; i < POOL_HASH_SIZE; ++i) { for(delta = (delta_t *) pool->hash[i].first; delta; delta = (delta_t *) next) { next = delta->next; Z_Free(delta); } } // Free all missile records in the pool. for(i = 0; i < POOL_MISSILE_HASH_SIZE; ++i) { for(mis = (misrecord_t *) pool->misHash[i].first; mis; mis = (misrecord_t *) next) { next = mis->next; Z_Free(mis); } } // Clear all the chains. de::zap(pool->hash); de::zap(pool->misHash); } /** * @return The maximum distance for the sound. If the origin * is any farther, the delta will not be sent to the * client in question. */ float Sv_GetMaxSoundDistance(const sounddelta_t* delta) { float volume = 1; // Volume shortens the maximum distance (why send it if it's not // audible?). if(delta->delta.flags & SNDDF_VOLUME) { volume = delta->volume; } if(volume <= 0) { // Silence is heard all over the world. return DDMAXFLOAT; } return volume * soundMaxDist; } /** * @return The flags that remain after exclusion. */ int Sv_ExcludeDelta(pool_t* pool, const void* deltaPtr) { const delta_t* delta = (delta_t const *) deltaPtr; player_t* plr = &ddPlayers[pool->owner]; mobj_t* poolViewer = plr->shared.mo; int flags = delta->flags; // Can we exclude information from the delta? (for this player only) if(delta->type == DT_MOBJ) { const mobjdelta_t *mobjDelta = (mobjdelta_t const *) deltaPtr; if(poolViewer && poolViewer->thinker.id == delta->id) { // This is the mobj the owner of the pool uses as a camera. flags &= ~MDF_CAMERA_EXCLUDE; // This information is sent in the PSV_PLAYER_FIX packet, // but only under specific circumstances. Most of the time // the client is responsible for updating its own pos/mom/angle. flags &= ~MDF_ORIGIN; flags &= ~MDF_MOM; flags &= ~MDF_ANGLE; } // What about missiles? We might be allowed to exclude some // information. if(mobjDelta->mo.ddFlags & DDMF_MISSILE) { if(Sv_IsNullMobjDelta(delta)) { // The missile is being removed entirely. // Remove the entry from the missile record. Sv_MRRemove(pool, delta->id); } else if(!Sv_IsCreateMobjDelta(delta)) { // This'll might exclude the coordinates. // The missile is put on record when the client acknowledges // the Create Mobj delta. flags &= ~Sv_MRCheck(pool, mobjDelta); } } } else if(delta->type == DT_PLAYER) { if(pool->owner == delta->id) { // All information does not need to be sent. flags &= ~PDF_CAMERA_EXCLUDE; /* $unifiedangles */ /* if(!(player->flags & DDPF_FIXANGLES)) { // Fixangles means that the server overrides the clientside // view angles. Normally they are always clientside, so // exclude them here. flags &= ~(PDF_CLYAW | PDF_CLPITCH); } */ } else { // This is a remote player, the owner of the pool doesn't need // to know everything about it (like psprites). flags &= ~PDF_NONCAMERA_EXCLUDE; } } else if(Sv_IsSoundDelta(delta)) { // Sounds that originate from too far away are not added to a pool. // Stop Sound deltas have an infinite max distance, though. if(Sv_DeltaDistance(delta, &pool->ownerInfo) > Sv_GetMaxSoundDistance((sounddelta_t const *) deltaPtr)) { // Don't add it. return 0; } } // These are the flags that remain. return flags; } /** * When adding a delta to the pool, it subtracts from the unacked deltas * there and is merged with matching new deltas. If a delta becomes void * after subtraction, it's removed from the pool. All the processing is * done based on the ID number of the delta (and type), so to make things * more efficient, a hash table is used (key is ID). * * Deltas are unique only in the NEW state. There may be multiple UNACKED * deltas for the same entity. * * The contents of the delta must not be modified. */ void Sv_AddDelta(pool_t* pool, void* deltaPtr) { delta_t* iter, *next = NULL, *existingNew = NULL; delta_t* delta = (delta_t *) deltaPtr; deltalink_t* hash = Sv_PoolHash(pool, delta->id); int flags, originalFlags; // Sometimes we can exclude a part of the data, if the client has no // use for it. flags = Sv_ExcludeDelta(pool, delta); if(!flags) { // No data remains... No need to add this delta. return; } // Temporarily use the excluded flags. originalFlags = delta->flags; delta->flags = flags; // While subtracting from old deltas, we'll look for a pointer to // an existing NEW delta. for(iter = hash->first; iter; iter = next) { // Iter is removed if it becomes void. next = iter->next; // Sameness is determined with type and ID. if(Sv_IsSameDelta(iter, delta)) { if(iter->state == DELTA_NEW) { // We'll merge with this instead of adding a new delta. existingNew = iter; } else if(iter->state == DELTA_UNACKED) { // The new information in the delta overrides the info in // this unacked delta. Let's subtract. This way, if the // unacked delta needs to be resent, it won't contain // obsolete data. Sv_SubtractDelta(iter, delta); // Was everything removed? if(Sv_IsVoidDelta(iter)) { Sv_RemoveDelta(pool, iter); continue; } } } } if(existingNew) { // Merge the new delta with the older NEW delta. if(!Sv_MergeDelta(existingNew, delta)) { // The deltas negated each other (Null -> Create). // The existing delta must be removed. Sv_RemoveDelta(pool, existingNew); } } else { // Add it to the end of the hash chain. We must take a copy // of the delta so it can be stored in the hash. iter = (delta_t *) Sv_CopyDelta(delta); if(hash->last) { hash->last->next = iter; iter->prev = hash->last; } hash->last = iter; if(!hash->first) { hash->first = iter; } } // This delta may yet be added to other pools. They should use the // original flags, not the ones we might've used (hackish: copying the // whole delta is not really an option, though). delta->flags = originalFlags; } /** * Add the delta to all the pools in the NULL-terminated array. */ void Sv_AddDeltaToPools(void* deltaPtr, pool_t** targets) { for(; *targets; targets++) { Sv_AddDelta(*targets, deltaPtr); } } /** * All NEW deltas for the mobj are removed from the pool as obsolete. */ void Sv_PoolMobjRemoved(pool_t* pool, thid_t id) { deltalink_t* hash = Sv_PoolHash(pool, id); delta_t* delta, *next = NULL; for(delta = hash->first; delta; delta = next) { next = delta->next; if(delta->state == DELTA_NEW && delta->type == DT_MOBJ && delta->id == id) { // This must be removed! Sv_RemoveDelta(pool, delta); } } // Also check the missile record. Sv_MRRemove(pool, id); } /** * This is called when a mobj is removed in a predictable fashion. * (Mobj state is NULL when it's destroyed. Assumption: The NULL state * is set only when animation reaches its end.) Because the register-mobj * is removed, no Null Mobj delta is generated for the mobj. */ void Sv_MobjRemoved(thid_t id) { uint i; reg_mobj_t* mo = Sv_RegisterFindMobj(&worldRegister, id); if(mo) { Sv_RegisterRemoveMobj(&worldRegister, mo); // We must remove all NEW deltas for this mobj from the pools. // One possibility: there are mobj deltas waiting in the pool, // but the mobj is removed here. Because it'll be no longer in // the register, no Null Mobj delta is generated, and thus the // client will eventually receive those mobj deltas unnecessarily. for(i = 0; i < DDMAXPLAYERS; ++i) { if(clients[i].connected) { Sv_PoolMobjRemoved(&pools[i], id); } } } } /** * When a player leaves the game, his data is removed from the register. * Otherwise he'll not get all the data if he reconnects before the map * is changed. */ void Sv_PlayerRemoved(uint playerNumber) { de::zap(worldRegister.ddPlayers[playerNumber]); } /** * @return @c true, if the pool is in the targets array. */ dd_bool Sv_IsPoolTargeted(pool_t* pool, pool_t** targets) { for(; *targets; targets++) { if(pool == *targets) return true; } return false; } /** * Fills the array with pointers to the pools of the connected clients, * if specificClient is < 0. * * @return The number of pools in the list. */ int Sv_GetTargetPools(pool_t** targets, int clientsMask) { int i, numTargets = 0; for(i = 0; i < DDMAXPLAYERS; ++i) { if(clientsMask & (1 << i) && clients[i].connected) { targets[numTargets++] = &pools[i]; } } /* if(specificClient & SVSF_ specificClient >= 0) { targets[0] = &pools[specificClient]; targets[1] = NULL; return 1; } for(i = 0; i < DDMAXPLAYERS; ++i) { // Deltas must be generated for all connected players, even // if they aren't yet ready to receive them. if(clients[i].connected) { if(specificClient == SV_TARGET_ALL_POOLS || i != -specificClient) targets[numTargets++] = &pools[i]; } } */ // A NULL pointer marks the end of target pools. targets[numTargets] = NULL; return numTargets; } /** * Null deltas are generated for mobjs that have been destroyed. * The register's mobj hash is scanned to see which mobjs no longer exist. * * When updating, the destroyed mobjs are removed from the register. */ void Sv_NewNullDeltas(cregister_t *reg, dd_bool doUpdate, pool_t **targets) { int i; mobjhash_t *hash; reg_mobj_t *obj, *next = 0; mobjdelta_t null; for(i = 0, hash = reg->mobjs; i < REG_MOBJ_HASH_SIZE; ++i, hash++) { for(obj = hash->first; obj; obj = next) { // This reg_mobj_t might be removed. next = obj->next; /// @todo Do not assume mobj is from the CURRENT map. if(!App_WorldSystem().map().thinkers().isUsedMobjId(obj->mo.thinker.id)) { // This object no longer exists! Sv_NewDelta(&null, DT_MOBJ, obj->mo.thinker.id); null.delta.flags = MDFC_NULL; // We need all the data for positioning. memcpy(&null.mo, &obj->mo, sizeof(dt_mobj_t)); Sv_AddDeltaToPools(&null, targets); if(doUpdate) { // Keep the register up to date. Sv_RegisterRemoveMobj(reg, obj); } } } } } typedef struct { cregister_t* reg; dd_bool doUpdate; pool_t** targets; } newmobjdeltaparams_t; static int newMobjDelta(thinker_t* th, void* context) { newmobjdeltaparams_t* params = (newmobjdeltaparams_t*) context; mobj_t* mo = (mobj_t *) th; // Some objects should not be processed. if(!Sv_IsMobjIgnored(mo)) { mobjdelta_t delta; // Compare to produce a delta. if(Sv_RegisterCompareMobj(params->reg, mo, &delta)) { Sv_AddDeltaToPools(&delta, params->targets); if(params->doUpdate) { reg_mobj_t* obj; // This'll add a new register-mobj if it doesn't // already exist. obj = Sv_RegisterAddMobj(params->reg, mo->thinker.id); Sv_RegisterMobj(&obj->mo, mo); } } } return false; // Continue iteration. } /** * Mobj deltas are generated for all mobjs that have changed. */ void Sv_NewMobjDeltas(cregister_t *reg, dd_bool doUpdate, pool_t **targets) { newmobjdeltaparams_t parm; parm.reg = reg; parm.doUpdate = doUpdate; parm.targets = targets; App_WorldSystem().map().thinkers().iterate(reinterpret_cast(gx.MobjThinker), 0x1 /*mobjs are public*/, newMobjDelta, &parm); } /** * Player deltas are generated for changed player data. */ void Sv_NewPlayerDeltas(cregister_t* reg, dd_bool doUpdate, pool_t** targets) { playerdelta_t player; uint i; for(i = 0; i < DDMAXPLAYERS; ++i) { if(Sv_IsPlayerIgnored(i)) continue; // Compare to produce a delta. if(Sv_RegisterComparePlayer(reg, i, &player)) { // Did the mobj change? If so, the old mobj must be zeroed // in the register. Otherwise, the clients may not receive // all the data they need (because of viewpoint exclusion // flags). if(doUpdate && (player.delta.flags & PDF_MOBJ)) { reg_mobj_t* registered = Sv_RegisterFindMobj(reg, reg->ddPlayers[i].mobj); if(registered) { Sv_RegisterResetMobj(®istered->mo); } } Sv_AddDeltaToPools(&player, targets); } if(doUpdate) { Sv_RegisterPlayer(®->ddPlayers[i], i); } // What about forced deltas? if(Sv_IsPoolTargeted(&pools[i], targets)) { #if 0 if(ddPlayers[i].flags & DDPF_FIXANGLES) { Sv_NewDelta(&player, DT_PLAYER, i); Sv_RegisterPlayer(&player.player, i); //player.delta.flags = PDF_CLYAW | PDF_CLPITCH; /* $unifiedangles */ // Once added to the pool, the information will not get lost. Sv_AddDelta(&pools[i], &player); // Doing this once is enough. ddPlayers[i].flags &= ~DDPF_FIXANGLES; } // Generate a FIXPOS/FIXMOM mobj delta, too? if(ddPlayers[i].mo && (ddPlayers[i].flags & (DDPF_FIXORIGIN | DDPF_FIXMOM))) { const mobj_t *mo = ddPlayers[i].mo; mobjdelta_t mobj; Sv_NewDelta(&mobj, DT_MOBJ, mo->thinker.id); Sv_RegisterMobj(&mobj.mo, mo); if(ddPlayers[i].flags & DDPF_FIXORIGIN) { mobj.delta.flags |= MDF_ORIGIN; } if(ddPlayers[i].flags & DDPF_FIXMOM) { mobj.delta.flags |= MDF_MOM; } Sv_AddDelta(&pools[i], &mobj); // Doing this once is enough. ddPlayers[i].flags &= ~(DDPF_FIXORIGIN | DDPF_FIXMOM); } #endif } } } /** * Sector deltas are generated for changed sectors. */ void Sv_NewSectorDeltas(cregister_t *reg, dd_bool doUpdate, pool_t **targets) { sectordelta_t delta; for(int i = 0; i < App_WorldSystem().map().sectorCount(); ++i) { if(Sv_RegisterCompareSector(reg, i, &delta, doUpdate)) { Sv_AddDeltaToPools(&delta, targets); } } } /** * Side deltas are generated for changed sides (and line flags). * Changes in sides (textures) are so rare that all sides need not be * checked on every tic. */ void Sv_NewSideDeltas(cregister_t *reg, dd_bool doUpdate, pool_t **targets) { static uint numShifts = 2, shift = 0; /// @todo fixme: Do not assume the current map. Map &map = App_WorldSystem().map(); // When comparing against an initial register, always compare all // sides (since the comparing is only done once, not continuously). uint start, end; if(reg->isInitial) { start = 0; end = map.sideCount(); } else { // Because there are so many sides in a typical map, the number // of compared sides soon accumulates to millions. To reduce the // load, we'll check only a portion of all sides for a frame. start = shift * map.sideCount() / numShifts; end = ++shift * map.sideCount() / numShifts; shift %= numShifts; } sidedelta_t delta; for(uint i = start; i < end; ++i) { if(Sv_RegisterCompareSide(reg, i, &delta, doUpdate)) { Sv_AddDeltaToPools(&delta, targets); } } } /** * Poly deltas are generated for changed polyobjs. */ void Sv_NewPolyDeltas(cregister_t *reg, dd_bool doUpdate, pool_t **targets) { LOG_AS("Sv_NewPolyDeltas"); polydelta_t delta; /// @todo fixme: Do not assume the current map. for(int i = 0; i < App_WorldSystem().map().polyobjCount(); ++i) { if(Sv_RegisterComparePoly(reg, i, &delta)) { LOGDEV_NET_XVERBOSE_DEBUGONLY("Change in poly %i", i); Sv_AddDeltaToPools(&delta, targets); } if(doUpdate) { Sv_RegisterPoly(®->polyObjs[i], i); } } } void Sv_NewSoundDelta(int soundId, mobj_t *emitter, Sector *sourceSector, Polyobj *sourcePoly, Plane *sourcePlane, Surface *sourceSurface, float volume, dd_bool isRepeating, int clientsMask) { pool_t *targets[DDMAXPLAYERS + 1]; sounddelta_t soundDelta; int type = DT_SOUND, df = 0; int id = soundId; // Determine the target pools. Sv_GetTargetPools(targets, clientsMask); if(sourceSector) { type = DT_SECTOR_SOUND; id = sourceSector->indexInMap(); // Client assumes the sector's sound origin. } else if(sourcePoly) { type = DT_POLY_SOUND; id = sourcePoly->indexInMap(); } else if(sourcePlane) { type = DT_SECTOR_SOUND; // Clients need to know which emitter to use. if(emitter && emitter == (mobj_t *) &sourcePlane->soundEmitter()) { if(sourcePlane->isSectorFloor()) { df |= SNDDF_PLANE_FLOOR; } else if(sourcePlane->isSectorCeiling()) { df |= SNDDF_PLANE_CEILING; } } // else client assumes the sector's sound emitter. id = sourcePlane->sector().indexInMap(); } else if(sourceSurface) { DENG_ASSERT(sourceSurface->parent().type() == DMU_SIDE); DENG2_ASSERT(emitter == 0); // surface sound emitter rather than a real mobj type = DT_SIDE_SOUND; // Clients need to know which emitter to use. LineSide &side = sourceSurface->parent().as(); if(&side.middle() == sourceSurface) { df |= SNDDF_SIDE_MIDDLE; } else if(&side.bottom() == sourceSurface) { df |= SNDDF_SIDE_BOTTOM; } else if(&side.top() == sourceSurface) { df |= SNDDF_SIDE_TOP; } id = side.indexInMap(); } else if(emitter) { type = DT_MOBJ_SOUND; id = emitter->thinker.id; soundDelta.mobj = emitter; } // Init to the right type. Sv_NewDelta(&soundDelta, (deltatype_t) type, id); // Always set volume. df |= SNDDF_VOLUME; soundDelta.volume = volume; if(isRepeating) df |= SNDDF_REPEAT; LOGDEV_NET_XVERBOSE("New sound delta: type=%i id=%i flags=%x") << type << id << df; // This is used by mobj/sector sounds. soundDelta.sound = soundId; soundDelta.delta.flags = df; Sv_AddDeltaToPools(&soundDelta, targets); } /** * @return @c true, if the client should receive frames. */ dd_bool Sv_IsFrameTarget(uint plrNum) { player_t* plr = &ddPlayers[plrNum]; ddplayer_t* ddpl = &plr->shared; // Local players receive frames only when they're recording a demo. // Clients must tell us they are ready before we can begin sending. return (ddpl->inGame && !(ddpl->flags & DDPF_LOCAL) && clients[plrNum].ready) || ((ddpl->flags & DDPF_LOCAL) && clients[plrNum].recording); } /** * Compare the current state of the world with the register and add the * deltas to all the pools, or if a specific client number is given, only * to its pool (done when a new client enters the game). No deltas will be * generated for predictable changes (state changes, linear movement...). * * @param reg World state register. * @param clientNumber Client for whom to generate deltas. < 0 = all ingame * clients should get the deltas. * @param doUpdate Updating the register means that the current state * of the world is stored in the register after the * deltas have been generated. */ void Sv_GenerateNewDeltas(cregister_t* reg, int clientNumber, dd_bool doUpdate) { pool_t* targets[DDMAXPLAYERS + 1], **pool; // Determine the target pools. Sv_GetTargetPools(targets, (clientNumber < 0 ? 0xff : (1 << clientNumber))); // Update the info of the pool owners. for(pool = targets; *pool; pool++) { Sv_UpdateOwnerInfo(*pool); } // Generate null deltas (removed mobjs). Sv_NewNullDeltas(reg, doUpdate, targets); // Generate mobj deltas. Sv_NewMobjDeltas(reg, doUpdate, targets); // Generate player deltas. Sv_NewPlayerDeltas(reg, doUpdate, targets); // Generate sector deltas. Sv_NewSectorDeltas(reg, doUpdate, targets); // Generate side deltas. Sv_NewSideDeltas(reg, doUpdate, targets); // Generate poly deltas. Sv_NewPolyDeltas(reg, doUpdate, targets); if(doUpdate) { // The register has now been updated to the current time. reg->gametic = SECONDS_TO_TICKS(gameTime); } } /** * This is called once for each frame, in Sv_TransmitFrame(). */ void Sv_GenerateFrameDeltas(void) { // Generate new deltas for all clients and update the world register. Sv_GenerateNewDeltas(&worldRegister, -1, true); } /** * Clears the priority queue of the pool. */ void Sv_PoolQueueClear(pool_t* pool) { pool->queueSize = 0; } /** * Exchanges two elements in the queue. */ void Sv_PoolQueueExchange(pool_t* pool, int index1, int index2) { delta_t *temp = pool->queue[index1]; pool->queue[index1] = pool->queue[index2]; pool->queue[index2] = temp; } /** * Adds the delta to the priority queue. More memory is allocated for the * queue if necessary. */ void Sv_PoolQueueAdd(pool_t* pool, delta_t* delta) { int i, parent; // Do we need more memory? if(pool->allocatedSize == pool->queueSize) { delta_t** newQueue; // Double the memory. pool->allocatedSize *= 2; if(!pool->allocatedSize) { // At least eight. pool->allocatedSize = 8; } // Allocate the new queue. newQueue = (delta_t **) Z_Malloc(pool->allocatedSize * sizeof(delta_t *), PU_MAP, 0); // Copy the old data. if(pool->queue) { memcpy(newQueue, pool->queue, sizeof(delta_t *) * pool->queueSize); // Get rid of the old queue. Z_Free(pool->queue); } pool->queue = newQueue; } // Add the new delta to the end of the queue array. i = pool->queueSize; pool->queue[i] = delta; ++pool->queueSize; // Rise in the heap until the correct place is found. while(i > 0) { parent = HEAP_PARENT(i); // Is it good now? if(pool->queue[parent]->score >= delta->score) break; // Exchange with the parent. Sv_PoolQueueExchange(pool, parent, i); i = parent; } } /** * Extracts the delta with the highest priority from the queue. * * @return @c NULL, if there are no more deltas. */ delta_t* Sv_PoolQueueExtract(pool_t* pool) { delta_t* max; int i, left, right, big; dd_bool isDone; if(!pool->queueSize) { // There is nothing in the queue. return NULL; } // This is what we'll return. max = pool->queue[0]; // Remove the first element from the queue. pool->queue[0] = pool->queue[--pool->queueSize]; // Heapify the heap. This is O(log n). i = 0; isDone = false; while(!isDone) { left = HEAP_LEFT(i); right = HEAP_RIGHT(i); big = i; // Which child is more important? if(left < pool->queueSize && pool->queue[left]->score > pool->queue[i]->score) { big = left; } if(right < pool->queueSize && pool->queue[right]->score > pool->queue[big]->score) { big = right; } // Can we stop now? if(big != i) { // Exchange and continue. Sv_PoolQueueExchange(pool, i, big); i = big; } else { // Heapifying is complete. isDone = true; } } return max; } /** * Postponed deltas can't be sent yet. */ dd_bool Sv_IsPostponedDelta(void* deltaPtr, ownerinfo_t* info) { delta_t *delta = (delta_t *) deltaPtr; uint age = Sv_DeltaAge(delta); if(delta->state == DELTA_UNACKED) { // Is it old enough? If not, it's still possible that the ack // has not reached us yet. return age < info->ackThreshold; } else if(delta->state == DELTA_NEW) { // Normally NEW deltas are never postponed. They are sent as soon // as possible. if(Sv_IsStopSoundDelta(delta)) { // Stop Sound deltas require a bit of care. To make sure they // arrive to the client in the correct order, we won't send // a Stop Sound until we can be sure all the Start Sound deltas // have arrived. (i.e. the pool must contain no Unacked Start // Sound deltas for the same source.) delta_t* iter; for(iter = Sv_PoolHash(info->pool, delta->id)->first; iter; iter = iter->next) { if(iter->state == DELTA_UNACKED && Sv_IsSameDelta(iter, delta) && Sv_IsStartSoundDelta(iter)) { // Must postpone this Stop Sound delta until this one // has been sent. return true; } } } } // This delta is not postponed. return false; } /** * Calculate a priority score for the delta. A higher score indicates * greater importance. * * @return @c true iff the delta should be included in the * queue. */ dd_bool Sv_RateDelta(void* deltaPtr, ownerinfo_t* info) { float score, size; coord_t distance; delta_t *delta = (delta_t *) deltaPtr; int df = delta->flags; uint age = Sv_DeltaAge(delta); // The importance doubles normally in 1 second. float ageScoreDouble = 1.0f; if(Sv_IsPostponedDelta(delta, info)) { // This delta will not be considered at this time. return false; } // Calculate the distance to the delta's origin. // If no distance can be determined, it's 1.0. distance = Sv_DeltaDistance(delta, info); if(distance < 1) distance = 1; distance = distance * distance; // Power of two. // What is the base score? score = deltaBaseScores[delta->type] / distance; // It's very important to send sound deltas in time. if(Sv_IsSoundDelta(delta)) { // Score doubles very quickly. ageScoreDouble = 1; } // Deltas become more important with age (milliseconds). score *= 1 + age / (ageScoreDouble * 1000.0f); /// @todo Consider viewpoint speed and angle. // Priority bonuses based on the contents of the delta. if(delta->type == DT_MOBJ) { const mobj_t* mo = &((mobjdelta_t *) delta)->mo; // Seeing new mobjs is interesting. if(df & MDFC_CREATE) score *= 1.5f; // Position changes are important. if(df & (MDF_ORIGIN_X | MDF_ORIGIN_Y)) score *= 1.2f; // Small objects are not that important. size = MAX_OF(mo->radius, mo->height); if(size < 16) { // Not too small, though. if(size < 2) size = 2; score *= size / 16; } else if(size > 50) { // Large objects are important. score *= size / 50; } } else if(delta->type == DT_PLAYER) { // Knowing the player's mobj is quite important. if(df & PDF_MOBJ) score *= 2; } else if(delta->type == DT_SECTOR) { // Lightlevel changes are very noticeable. if(df & SDF_LIGHT) score *= 1.2f; // Plane movements are very important (can be seen from far away). if(df & (SDF_FLOOR_HEIGHT | SDF_CEILING_HEIGHT | SDF_FLOOR_SPEED | SDF_CEILING_SPEED | SDF_FLOOR_TARGET | SDF_CEILING_TARGET)) { score *= 3; } } else if(delta->type == DT_POLY) { // Changes in speed are noticeable. if(df & PODF_SPEED) score *= 1.2f; } // This is the final score. Only positive scores are accepted in // the frame (deltas with nonpositive scores as ignored). delta->score = score; return (score > 0); } /** * Calculate a priority score for each delta and build the priority queue. * The most important deltas will be included in a frame packet. * A pool is rated after new deltas have been generated. */ void Sv_RatePool(pool_t* pool) { #ifdef _DEBUG player_t* plr = &ddPlayers[pool->owner]; //client_t* client = &clients[pool->owner]; #endif delta_t* delta; int i; #ifdef _DEBUG if(!plr->shared.mo) { Con_Error("Sv_RatePool: Player %i has no mobj.\n", pool->owner); } #endif // Clear the queue. Sv_PoolQueueClear(pool); // We will rate all the deltas in the pool. After each delta // has been rated, it's added to the priority queue. for(i = 0; i < POOL_HASH_SIZE; ++i) { for(delta = pool->hash[i].first; delta; delta = delta->next) { if(Sv_RateDelta(delta, &pool->ownerInfo)) { Sv_PoolQueueAdd(pool, delta); } } } } /** * Do special things that need to be done when the delta has been acked. */ void Sv_AckDelta(pool_t* pool, delta_t* delta) { if(Sv_IsCreateMobjDelta(delta)) { mobjdelta_t* mobjDelta = (mobjdelta_t *) delta; // Created missiles are put on record. if(mobjDelta->mo.ddFlags & DDMF_MISSILE) { // Once again, we're assuming the delta is always completely // filled with valid information. (There are no 'partial' deltas.) Sv_MRAdd(pool, mobjDelta); } } } /** * Acknowledged deltas are removed from the pool, never to be seen again. * Clients ack deltas to tell the server they've received them. * * @note This is obsolete: deltas no longer need to be acknowledged as * they are sent over TCP. * * @param clientNumber Client whose deltas to ack. * @param set Delta set number. * @param resent If nonzero, ignore 'set' and ack by resend ID. */ void Sv_AckDeltaSet(uint clientNumber, int set, byte resent) { int i; pool_t* pool = &pools[clientNumber]; delta_t* delta, *next = NULL; //dd_bool ackTimeRegistered = false; // Iterate through the entire hash table. for(i = 0; i < POOL_HASH_SIZE; ++i) { for(delta = pool->hash[i].first; delta; delta = next) { next = delta->next; if(delta->state == DELTA_UNACKED && ((!resent && delta->set == set) || (resent && delta->resend == resent))) { /* // Register the ack time only for the first acked delta. if(!ackTimeRegistered) { Net_SetAckTime(clientNumber, Sv_DeltaAge(delta)); ackTimeRegistered = true; } */ // There may be something that we need to do now that the // delta has been acknowledged. Sv_AckDelta(pool, delta); // This delta is now finished! Sv_RemoveDelta(pool, delta); } } } } /** * Debugging metric. */ uint Sv_CountUnackedDeltas(uint clientNumber) { uint i, count; pool_t* pool = Sv_GetPool(clientNumber); delta_t* delta; // Iterate through the entire hash table. count = 0; for(i = 0; i < POOL_HASH_SIZE; ++i) { for(delta = pool->hash[i].first; delta; delta = delta->next) { if(delta->state == DELTA_UNACKED) ++count; } } return count; } doomsday-1.14.5/doomsday/server/src/server/sv_sound.cpp0000664000175000017500000000721312350542241022474 0ustar jaakkojaakko/** @file sv_sound.cpp Serverside Sound Management. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_console.h" #include "de_network.h" #include "de_play.h" #include "de_audio.h" #include using namespace de; static inline dd_bool isRealMobj(const mobj_t* base) { return base && base->thinker.id != 0; } /** * Find the map object to whom @a base belongs. */ static void identifySoundEmitter(mobj_t **base, Sector **sector, Polyobj **poly, Plane **plane, Surface **surface) { *sector = 0; *poly = 0; *plane = 0; *surface = 0; if(!*base || isRealMobj(*base)) return; /// @todo fixme: Do not assume the current map. App_WorldSystem().map().identifySoundEmitter(*reinterpret_cast(*base), sector, poly, plane, surface); #ifdef DENG_DEBUG if(!*sector && !*poly && !*plane && !*surface) { throw de::Error("Sv_IdentifySoundBase", "Bad sound base."); } #endif *base = 0; } void Sv_Sound(int soundId, mobj_t* origin, int toPlr) { Sv_SoundAtVolume(soundId, origin, 1, toPlr); } void Sv_SoundAtVolume(int soundIDAndFlags, mobj_t *origin, float volume, int toPlr) { if(isClient) return; int soundID = (soundIDAndFlags & ~DDSF_FLAG_MASK); if(!soundID) return; Sector *sector; Polyobj *poly; Plane *plane; Surface *surface; identifySoundEmitter(&origin, §or, &poly, &plane, &surface); int targetPlayers = 0; if(toPlr & SVSF_TO_ALL) { targetPlayers = -1; } else { targetPlayers = (1 << (toPlr & 0xf)); } if(toPlr & SVSF_EXCLUDE_ORIGIN) { // Remove the bit of the player who owns the origin mobj (if any). if(origin && origin->dPlayer) { targetPlayers &= ~(1 << P_GetDDPlayerIdx(origin->dPlayer)); } } LOGDEV_NET_XVERBOSE("Sv_SoundAtVolume: id: #%i volume: %f targets: %x") << soundID << volume << targetPlayers; Sv_NewSoundDelta(soundID, origin, sector, poly, plane, surface, volume, (soundIDAndFlags & DDSF_REPEAT) != 0, targetPlayers); } void Sv_StopSound(int soundId, mobj_t *origin) { if(isClient) return; Sector *sector; Polyobj *poly; Plane *plane; Surface *surface; identifySoundEmitter(&origin, §or, &poly, &plane, &surface); LOGDEV_NET_XVERBOSE("Sv_StopSound: id: #%i origin: %i(%p) sec: %p poly: %p plane: %p surface: %p") << soundId << (origin? origin->thinker.id : 0) << origin << sector << poly << plane << surface; Sv_NewSoundDelta(soundId, origin, sector, poly, plane, surface, 0/*silence*/, false/*non-repeating*/, -1/*all clients*/); } doomsday-1.14.5/doomsday/server/src/shelluser.cpp0000664000175000017500000001364212350542241021337 0ustar jaakkojaakko/** @file shelluser.cpp Remote user of a shell connection. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "shelluser.h" #include #include #include #include #include #include "de_base.h" #include "con_main.h" #include "games.h" #include "Game" #include "network/net_main.h" #include "world/map.h" #include "world/p_object.h" #include "world/p_players.h" using namespace de; DENG2_PIMPL(ShellUser), public LogSink { /// Log entries to be sent are collected here. shell::LogEntryPacket logEntryPacket; Instance(Public &i) : Base(i) { // We will send all log entries to a shell user. LogBuffer::appBuffer().addSink(*this); } ~Instance() { LogBuffer::appBuffer().removeSink(*this); } LogSink &operator << (LogEntry const &entry) { logEntryPacket.add(entry); return *this; } LogSink &operator << (String const &) { return *this; } /** * Sends the accumulated log entries over the link. */ void flush() { if(!logEntryPacket.isEmpty() && self.status() == shell::Link::Connected) { self << logEntryPacket; logEntryPacket.clear(); } } }; ShellUser::ShellUser(Socket *socket) : shell::Link(socket), d(new Instance(*this)) { connect(this, SIGNAL(packetsReady()), this, SLOT(handleIncomingPackets())); } void ShellUser::sendInitialUpdate() { // Console lexicon. QScopedPointer packet(protocol().newConsoleLexicon(Con_Lexicon())); *this << *packet; sendGameState(); sendMapOutline(); sendPlayerInfo(); } void ShellUser::sendGameState() { de::Game &game = App_CurrentGame(); String mode = (App_GameLoaded()? game.identityKey() : ""); /** * @todo The server is not the right place to compose a packet about * game state. Work needed: * - World class that contains the game world as a whole * - WorldFactory that produces world and map related instances * - Game plugins can extend the world with their own code (games can * provide a Factory of their own for constructing world/map instances) * * The server should just ask the World for the information for the game * state packet. */ /// @todo This information needs to come form the Game Rules. int deathmatch = Con_GetInteger("server-game-deathmatch"); String rules = (!deathmatch ? "Coop" : deathmatch == 1? "Deathmatch" : "Deathmatch II"); // Check the map's information. String mapId; String mapTitle; if(App_WorldSystem().hasMap()) { Map &map = App_WorldSystem().map(); mapId = map.uri().resolvedRef(); /// @todo A cvar is not an appropriate place to ask for this -- /// should be moved to the Map class. mapTitle = Con_GetString("map-name"); } QScopedPointer packet(protocol().newGameState(mode, rules, mapId, mapTitle)); *this << *packet; } void ShellUser::sendMapOutline() { if(!App_WorldSystem().hasMap()) return; QScopedPointer packet(new shell::MapOutlinePacket); foreach(Line *line, App_WorldSystem().map().lines()) { packet->addLine(Vector2i(line->fromOrigin().x, line->fromOrigin().y), Vector2i(line->toOrigin().x, line->toOrigin().y), (line->hasFrontSector() && line->hasBackSector())? shell::MapOutlinePacket::TwoSidedLine : shell::MapOutlinePacket::OneSidedLine); } *this << *packet; } void ShellUser::sendPlayerInfo() { if(!App_WorldSystem().hasMap()) return; QScopedPointer packet(new shell::PlayerInfoPacket); for(uint i = 1; i < DDMAXPLAYERS; ++i) { if(!ddPlayers[i].shared.inGame || !ddPlayers[i].shared.mo) continue; shell::PlayerInfoPacket::Player info; info.number = i; info.name = clients[i].name; info.position = de::Vector2i(ddPlayers[i].shared.mo->origin[VX], ddPlayers[i].shared.mo->origin[VY]); /** * @todo Player color is presently game-side data. Therefore, this * packet should be constructed by libcommon (or player color should be * moved to the engine). */ // info.color = ? packet->add(info); } *this << *packet; } void ShellUser::handleIncomingPackets() { forever { QScopedPointer packet(nextPacket()); if(packet.isNull()) break; try { switch(protocol().recognize(packet.data())) { case shell::Protocol::Command: Con_Execute(CMDS_CONSOLE, protocol().command(*packet).toUtf8().constData(), false, true); break; default: break; } } catch(Error const &er) { LOG_NET_WARNING("Error while processing packet from %s: %s") << packet->from() << er.asText(); } } } doomsday-1.14.5/doomsday/server/src/remoteuser.cpp0000664000175000017500000001762512350542241021530 0ustar jaakkojaakko/** @file remoteuser.cpp User that is communicating with the server over a network socket. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "remoteuser.h" #include "serversystem.h" #include "network/net_buf.h" #include "network/net_msg.h" #include "network/net_event.h" #include "server/sv_def.h" #include #include #include #include using namespace de; enum RemoteUserState { Disconnected, Unjoined, Joined }; DENG2_PIMPL(RemoteUser) { Id id; Socket *socket; int protocolVersion; Address address; bool isFromLocal; RemoteUserState state; String name; Instance(Public *i, Socket *sock) : Base(i), socket(sock), state(Unjoined) { DENG2_ASSERT(socket != 0); QObject::connect(socket, SIGNAL(disconnected()), thisPublic, SLOT(socketDisconnected())); QObject::connect(socket, SIGNAL(messagesReady()), thisPublic, SLOT(handleIncomingPackets())); address = socket->peerAddress(); isFromLocal = socket->isLocal(); LOG_NET_MSG("New remote user %s from socket %s (local:%b)") << id << address << isFromLocal; } ~Instance() { delete socket; } void notifyClientExit() { netevent_t netEvent; netEvent.type = NE_CLIENT_EXIT; netEvent.id = id; N_NEPost(&netEvent); } void disconnect() { if(state == Disconnected) return; LOG_NET_NOTE("Closing connection to remote user %s (from %s)") << id << address; DENG2_ASSERT(socket->isOpen()); if(state == Joined) { // Send a msg notifying of disconnection. Msg_Begin(PSV_SERVER_CLOSE); Msg_End(); Net_SendBuffer(N_IdentifyPlayer(id), 0); // This causes a network event. notifyClientExit(); } state = Disconnected; if(socket && socket->isOpen()) { socket->close(); } } /** * Validate and process the command, which has been sent by a remote agent. * If the command is invalid, the node is immediately closed. * * @return @c false to stop processing further incoming messages (for now). */ bool handleRequest(Block const &command) { LOG_AS("handleRequest"); serverinfo_t info; ddstring_t msg; int length = command.size(); // If the command is too long, it'll be considered invalid. if(length >= 256) { self.deleteLater(); return false; } // Status query? if(command == "Info?") { Sv_GetInfo(&info); Str_Init(&msg); Str_Appendf(&msg, "Info\n"); Sv_InfoToString(&info, &msg); LOGDEV_NET_VERBOSE("Info reply:\n%s") << Str_Text(&msg); self << ByteRefArray(Str_Text(&msg), Str_Length(&msg)); Str_Free(&msg); } else if(length >= 5 && command.startsWith("Shell")) { if(length == 5) { // Password is not required for connections from the local computer. if(strlen(netPassword) > 0 && !isFromLocal) { // Need to ask for a password, too. self << ByteRefArray("Psw?", 4); return true; } } else if(length > 5) { // A password was included. QByteArray supplied = command.mid(5); QByteArray pwd(netPassword, strlen(netPassword)); if(supplied != QCryptographicHash::hash(pwd, QCryptographicHash::Sha1)) { // Wrong! self.deleteLater(); return false; } } // This node will switch to shell mode: ownership of the socket is // passed to a ShellUser. App_ServerSystem().convertToShellUser(thisPublic); return false; } else if(length >= 10 && command.startsWith("Join ") && command[9] == ' ') { protocolVersion = command.mid(5, 4).toInt(0, 16); // Read the client's name and convert the network node into an actual // client. Here we also decide if the client's protocol is compatible // with ours. name = String::fromUtf8(Block(command.mid(10))); if(App_ServerSystem().isUserAllowedToJoin(self)) { state = Joined; // Successful! Send a reply. self << ByteRefArray("Enter", 5); // Inform the higher levels of this occurence. netevent_t netEvent; netEvent.type = NE_CLIENT_ENTRY; netEvent.id = id; N_NEPost(&netEvent); } else { // Couldn't join the game, so close the connection. self.deleteLater(); return false; } } else { // Too bad, scoundrel! Goodbye. LOG_NET_WARNING("Received an invalid request from %s") << id; self.deleteLater(); return false; } // Everything was OK. return true; } }; RemoteUser::RemoteUser(Socket *socket) : d(new Instance(this, socket)) {} RemoteUser::~RemoteUser() { emit userDestroyed(); d->disconnect(); } Id RemoteUser::id() const { return d->id; } String RemoteUser::name() const { return d->name; } Socket *RemoteUser::takeSocket() { Socket *sock = d->socket; d->socket = 0; d->state = Disconnected; // not signaled return sock; } void RemoteUser::send(IByteArray const &data) { if(d->state != Disconnected && d->socket->isOpen()) { d->socket->send(data); } } void RemoteUser::handleIncomingPackets() { LOG_AS("RemoteUser"); forever { QScopedPointer packet(d->socket->receive()); if(packet.isNull()) break; switch(d->state) { case Unjoined: // Let's see if it is a command we recognize. if(!d->handleRequest(*packet)) return; break; case Joined: { /// @todo The incoming packets should go through a de::Protocol and /// be handled immediately. // Post the data into the queue. netmessage_t *msg = (netmessage_t *) M_Calloc(sizeof(netmessage_t)); msg->sender = d->id; msg->data = new byte[packet->size()]; memcpy(msg->data, packet->data(), packet->size()); msg->size = packet->size(); msg->handle = msg->data; // needs delete[] // The message queue will handle the message from now on. N_PostMessage(msg); break; } default: // Ignore the message. break; } } } void RemoteUser::socketDisconnected() { d->state = Disconnected; d->notifyClientExit(); deleteLater(); } bool RemoteUser::isJoined() const { return d->state == Joined; } doomsday-1.14.5/doomsday/server/src/serverapp.cpp0000664000175000017500000001145512350542241021340 0ustar jaakkojaakko/** @file serverapp.cpp The server application. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include #include #include #include #include #include #include #include "serverapp.h" #include "dd_main.h" #include "dd_def.h" #include "dd_loop.h" #include "con_main.h" #include "sys_system.h" #if WIN32 # include "dd_winit.h" #elif UNIX # include "dd_uinit.h" #endif using namespace de; static ServerApp *serverAppSingleton = 0; static void handleAppTerminate(char const *msg) { qFatal("Application terminated due to exception:\n%s\n", msg); } DENG2_PIMPL(ServerApp) { QScopedPointer serverSystem; Games games; QScopedPointer resourceSys; WorldSystem worldSys; Instance(Public *i) : Base(i) { serverAppSingleton = thisPublic; } ~Instance() { Sys_Shutdown(); DD_Shutdown(); } #ifdef UNIX void printVersionToStdOut() { printf("%s\n", String("%1 %2") .arg(DOOMSDAY_NICENAME) .arg(DOOMSDAY_VERSION_FULLTEXT) .toLatin1().constData()); } void printHelpToStdOut() { printVersionToStdOut(); printf("Usage: %s [options]\n", self.commandLine().at(0).toLatin1().constData()); printf(" -iwad (dir) Set directory containing IWAD files.\n"); printf(" -file (f) Load one or more PWAD files at startup.\n"); printf(" -game (id) Set game to load at startup.\n"); printf(" --version Print current version.\n"); printf("For more options and information, see \"man doomsday-server\".\n"); } #endif }; ServerApp::ServerApp(int &argc, char **argv) : TextApp(argc, argv), d(new Instance(this)) { novideo = true; // Override the system locale (affects number/time formatting). QLocale::setDefault(QLocale("en_US.UTF-8")); // Use the host system's proxy configuration. QNetworkProxyFactory::setUseSystemConfiguration(true); // Metadata. setMetadata("Deng Team", "dengine.net", "Doomsday Server", DOOMSDAY_VERSION_BASE); setUnixHomeFolderName(".doomsday"); setTerminateFunc(handleAppTerminate); d->serverSystem.reset(new ServerSystem); addSystem(*d->serverSystem); d->resourceSys.reset(new ResourceSystem); addSystem(*d->resourceSys); addSystem(d->worldSys); // We must presently set the current game manually (the collection is global). setGame(d->games.nullGame()); } ServerApp::~ServerApp() { d.reset(); // Now that everything is shut down we can forget about the singleton instance. serverAppSingleton = 0; } void ServerApp::initialize() { Libdeng_Init(); #ifdef UNIX // Some common Unix command line options. if(commandLine().has("--version") || commandLine().has("-version")) { d->printVersionToStdOut(); ::exit(0); } if(commandLine().has("--help") || commandLine().has("-h") || commandLine().has("-?")) { d->printHelpToStdOut(); ::exit(0); } #endif if(!CommandLine_Exists("-stdout")) { // In server mode, stay quiet on the standard outputs. LogBuffer::appBuffer().enableStandardOutput(false); } initSubsystems(); // Initialize. #if WIN32 if(!DD_Win32_Init()) { throw Error("ServerApp::initialize", "DD_Win32_Init failed"); } #elif UNIX if(!DD_Unix_Init()) { throw Error("ServerApp::initialize", "DD_Unix_Init failed"); } #endif Plug_LoadAll(); DD_FinishInitializationAfterWindowReady(); } ServerApp &ServerApp::app() { DENG2_ASSERT(serverAppSingleton != 0); return *serverAppSingleton; } ServerSystem &ServerApp::serverSystem() { return *app().d->serverSystem; } ResourceSystem &ServerApp::resourceSystem() { return *app().d->resourceSys; } Games &ServerApp::games() { return app().d->games; } WorldSystem &ServerApp::worldSystem() { return app().d->worldSys; } doomsday-1.14.5/doomsday/server/src/server_dummies.cpp0000664000175000017500000000565712350542241022371 0ustar jaakkojaakko/** @file server_dummies.c Dummy functions for the server. * @ingroup server * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "server_dummies.h" #include "ui/nativeui.h" #include "ui/finaleinterpreter.h" #include "Texture" void Con_TransitionTicker(timespan_t t) { DENG_UNUSED(t); } void Con_SetProgress(int progress) { DENG_UNUSED(progress); } void GL_Shutdown() {} void FR_Init(void) {} void R_RenderPlayerView(int num) { DENG_UNUSED(num); } void R_SetBorderGfx(Uri const *const *paths) { DENG_UNUSED(paths); } void R_SkyParams(int layer, int param, void *data) { DENG_UNUSED(layer); DENG_UNUSED(param); DENG_UNUSED(data); } void R_InitSvgs(void) {} void R_ShutdownSvgs(void) {} struct font_s* R_CreateFontFromDef(ded_compositefont_t* def) { DENG_UNUSED(def); return 0; } void Rend_CacheForMobjType(int num) { DENG_UNUSED(num); } void Rend_ConsoleInit() {} void Rend_ConsoleOpen(int yes) { DENG_UNUSED(yes); } void Rend_ConsoleMove(int y) { DENG_UNUSED(y); } void Rend_ConsoleResize(int force) { DENG_UNUSED(force); } void Rend_ConsoleToggleFullscreen() {} void Rend_ConsoleCursorResetBlink() {} void Cl_InitPlayers(void) {} void UI_Ticker(timespan_t t) { DENG_UNUSED(t); } void Sys_MessageBox(messageboxtype_t type, const char* title, const char* msg, const char* detailedMsg) { DENG_UNUSED(type); DENG_UNUSED(title); DENG_UNUSED(msg); DENG_UNUSED(detailedMsg); } void Sys_MessageBox2(messageboxtype_t /*type*/, const char * /*title*/, const char * /*msg*/, const char * /*informativeMsg*/, const char * /*detailedMsg*/) { } void Sys_MessageBoxf(messageboxtype_t /*type*/, const char* /*title*/, const char* /*format*/, ...) { } int Sys_MessageBoxWithButtons(messageboxtype_t /*type*/, const char* /*title*/, const char* /*msg*/, const char* /*informativeMsg*/, const char** /*buttons*/) { return 0; } void Sys_MessageBoxWithDetailsFromFile(messageboxtype_t /*type*/, const char* /*title*/, const char* /*msg*/, const char* /*informativeMsg*/, const char* /*detailsFileName*/) { } DENG_EXTERN_C void R_ProjectSprite(struct mobj_s *mo) { DENG_UNUSED(mo); } doomsday-1.14.5/doomsday/server/src/serversystem.cpp0000664000175000017500000002350612350542241022104 0ustar jaakkojaakko/** @file serversystem.cpp Subsystem for tending to clients. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "serversystem.h" #include "serverapp.h" #include "shellusers.h" #include "remoteuser.h" #include "server/sv_def.h" #include "server/sv_frame.h" #include "network/net_main.h" #include "network/net_buf.h" #include "network/net_event.h" #include "network/monitor.h" #include "con_main.h" #include "dd_main.h" #include "dd_loop.h" #include "world/map.h" #include "world/p_players.h" #include #include #include #include #include #include #include using namespace de; int nptIPPort = 0; ///< Server TCP port (cvar). static de::duint16 Server_ListenPort() { return (!nptIPPort ? DEFAULT_TCP_PORT : nptIPPort); } DENG2_PIMPL(ServerSystem) { bool inited; /// Beacon for informing clients that a server is present. Beacon beacon; Time lastBeaconUpdateAt; ListenSocket *serverSock; QMap users; ShellUsers shellUsers; Instance(Public *i) : Base(i), inited(false), beacon(DEFAULT_UDP_PORT), serverSock(0) {} ~Instance() { deinit(); } bool isStarted() const { return serverSock != 0; } bool init(duint16 port) { // Note: re-initialization is allowed, so we don't check for inited now. LOG_NET_NOTE("Server listening on TCP port %i") << port; deinit(); // Open a listening TCP socket. It will accept client connections. if(!(serverSock = new ListenSocket(port))) return false; QObject::connect(serverSock, SIGNAL(incomingConnection()), thisPublic, SLOT(handleIncomingConnection())); // Update the beacon with the new port. beacon.start(port); App_WorldSystem().audienceForMapChange += shellUsers; inited = true; return true; } void clearUsers() { // Clear the client nodes. foreach(RemoteUser *u, users.values()) { delete u; } DENG2_ASSERT(users.isEmpty()); } void deinit() { if(!inited) return; inited = false; if(ServerApp::appExists()) { App_WorldSystem().audienceForMapChange -= shellUsers; } beacon.stop(); // Close the listening socket. delete serverSock; serverSock = 0; clearUsers(); } RemoteUser &findUser(Id const &id) const { DENG2_ASSERT(users.contains(id)); return *users[id]; } void updateBeacon(Clock const &clock) { if(lastBeaconUpdateAt.since() > 0.5) { lastBeaconUpdateAt = clock.time(); // Update the status message in the server's presence beacon. if(serverSock && App_WorldSystem().hasMap()) { serverinfo_t info; Sv_GetInfo(&info); QScopedPointer rec(Sv_InfoToRecord(&info)); de::Block msg; de::Writer(msg).withHeader() << *rec; beacon.setMessage(msg); } } } /** * The client is removed from the game immediately. This is used when * the server needs to terminate a client's connection abnormally. */ void terminateNode(Id const &id) { if(id) { DENG2_ASSERT(users.contains(id)); delete users[id]; DENG2_ASSERT(!users.contains(id)); } } void printStatus() { int i, first; if(serverSock) { LOG_NOTE("SERVER: Listening on TCP port %i") << serverSock->port(); } else { LOG_NOTE("SERVER: No server socket open"); } first = true; for(i = 1; i < DDMAXPLAYERS; ++i) { client_t *cl = &clients[i]; player_t *plr = &ddPlayers[i]; if(cl->nodeID) { DENG2_ASSERT(users.contains(cl->nodeID)); RemoteUser *user = users[cl->nodeID]; if(first) { LOG_MSG(_E(m) "P# Name: Nd Jo Hs Rd Gm Age:"); first = false; } LOG_MSG(_E(m) "%2i %-10s %2i %c %c %c %c %f sec") << i << cl->name << cl->nodeID << (user->isJoined()? '*' : ' ') << (cl->handshake? '*' : ' ') << (cl->ready? '*' : ' ') << (plr->shared.inGame? '*' : ' ') << (Timer_RealSeconds() - cl->enterTime); } } if(first) { LOG_MSG("No clients connected"); } if(shellUsers.count()) { LOG_MSG("%i shell user%s") << shellUsers.count() << (shellUsers.count() == 1? "" : "s"); } N_PrintBufferInfo(); LOG_MSG(_E(b) "Configuration:"); LOG_MSG(" Port for hosting games (net-ip-port): %i") << Con_GetInteger("net-ip-port"); LOG_MSG(" Shell password (server-password): \"%s\"") << netPassword; } }; ServerSystem::ServerSystem() : d(new Instance(this)) {} void ServerSystem::start(duint16 port) { d->init(port); } void ServerSystem::stop() { d->deinit(); } bool ServerSystem::isListening() const { return d->isStarted(); } void ServerSystem::terminateNode(Id const &id) { d->terminateNode(id); } RemoteUser &ServerSystem::user(Id const &id) const { if(!d->users.contains(id)) { throw IdError("ServerSystem::user", "User " + id.asText() + " does not exist"); } return *d->users[id]; } bool ServerSystem::isUserAllowedToJoin(RemoteUser &/*user*/) const { // If the server is full, attempts to connect are canceled. if(Sv_GetNumConnected() >= svMaxPlayers) return false; return true; } void ServerSystem::convertToShellUser(RemoteUser *user) { LOG_AS("convertToShellUser"); Socket *socket = user->takeSocket(); LOGDEV_NET_VERBOSE("Remote user %s converted to shell user") << user->id(); user->deleteLater(); d->shellUsers.add(new ShellUser(socket)); } void ServerSystem::timeChanged(Clock const &clock) { if(Sys_IsShuttingDown()) return; // Shouldn't run this while shutting down. Garbage_Recycle(); // Adjust loop rate depending on whether players are in game. int i, count = 0; for(i = 1; i < DDMAXPLAYERS; ++i) if(ddPlayers[i].shared.inGame) count++; DENG2_TEXT_APP->loop().setRate(count? 35 : 3); Loop_RunTics(); // Update clients at regular intervals. Sv_TransmitFrame(); d->updateBeacon(clock); /// @todo There's no need to queue packets via net_buf, just handle /// them right away. Sv_GetPackets(); /// @todo Kick unjoined nodes who are silent for too long. } void ServerSystem::handleIncomingConnection() { LOG_AS("ServerSystem"); forever { Socket *sock = d->serverSock->accept(); if(!sock) break; RemoteUser *user = new RemoteUser(sock); connect(user, SIGNAL(userDestroyed()), this, SLOT(userDestroyed())); d->users.insert(user->id(), user); // Immediately handle pending messages, if there are any. user->handleIncomingPackets(); } } void ServerSystem::userDestroyed() { RemoteUser *u = static_cast(sender()); LOG_AS("ServerSystem"); LOGDEV_NET_VERBOSE("Removing user %s") << u->id(); d->users.remove(u->id()); LOG_NET_VERBOSE("%i remote users and %i shell users remain") << d->users.size() << d->shellUsers.count(); } void ServerSystem::printStatus() { d->printStatus(); } ServerSystem &App_ServerSystem() { return ServerApp::serverSystem(); } //--------------------------------------------------------------------------- void Server_Register(void) { C_VAR_INT("net-ip-port", &nptIPPort, CVF_NO_MAX, 0, 0); #ifdef _DEBUG C_CMD("netfreq", NULL, NetFreqs); #endif } dd_bool N_ServerOpen(void) { App_ServerSystem().start(Server_ListenPort()); // The game module may have something that needs doing before we // actually begin. if(gx.NetServerStart) gx.NetServerStart(true); Sv_StartNetGame(); // The game DLL might want to do something now that the // server is started. if(gx.NetServerStart) gx.NetServerStart(false); if(masterAware) { // Let the master server know that we are running a public server. N_MasterAnnounceServer(true); } return true; } dd_bool N_ServerClose(void) { if(!App_ServerSystem().isListening()) return true; if(masterAware) { // Bye-bye, master server. N_MAClear(); N_MasterAnnounceServer(false); } if(gx.NetServerStop) gx.NetServerStop(true); Net_StopGame(); Sv_StopNetGame(); if(gx.NetServerStop) gx.NetServerStop(false); App_ServerSystem().stop(); return true; } void N_PrintNetworkStatus(void) { App_ServerSystem().printStatus(); } doomsday-1.14.5/doomsday/server/src/shellusers.cpp0000664000175000017500000000473112350542241021521 0ustar jaakkojaakko/** @file shellusers.cpp All remote shell users. * @ingroup server * * @authors Copyright © 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "shellusers.h" #include "dd_main.h" #include using namespace de; static int const PLAYER_INFO_INTERVAL = 2500; // ms DENG2_PIMPL_NOREF(ShellUsers) { QSet users; QTimer *infoTimer; Instance() { infoTimer = new QTimer; infoTimer->setInterval(PLAYER_INFO_INTERVAL); } ~Instance() { delete infoTimer; } }; ShellUsers::ShellUsers() : d(new Instance) { // Player information is sent periodically to all shell users. connect(d->infoTimer, SIGNAL(timeout()), this, SLOT(sendPlayerInfoToAll())); d->infoTimer->start(); } ShellUsers::~ShellUsers() { d->infoTimer->stop(); foreach(ShellUser *user, d->users) { delete user; } } void ShellUsers::add(ShellUser *user) { LOG_NET_NOTE("New shell user from %s") << user->address(); d->users.insert(user); connect(user, SIGNAL(disconnected()), this, SLOT(userDisconnected())); user->sendInitialUpdate(); } int ShellUsers::count() const { return d->users.size(); } void ShellUsers::worldSystemMapChanged() { foreach(ShellUser *user, d->users) { user->sendGameState(); user->sendMapOutline(); user->sendPlayerInfo(); } } void ShellUsers::sendPlayerInfoToAll() { foreach(ShellUser *user, d->users) { user->sendPlayerInfo(); } } void ShellUsers::userDisconnected() { DENG2_ASSERT(dynamic_cast(sender()) != 0); ShellUser *user = static_cast(sender()); d->users.remove(user); LOG_NET_NOTE("Shell user from %s has disconnected") << user->address(); user->deleteLater(); } doomsday-1.14.5/doomsday/server/include/0000775000175000017500000000000012350542241017453 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/server/include/shelluser.h0000664000175000017500000000347612350542241021644 0ustar jaakkojaakko/** @file shelluser.h Remote user of a shell connection. * @ingroup server * * @authors Copyright © 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef SERVER_SHELLUSER_H #define SERVER_SHELLUSER_H #include #include /** * Remote user of a shell connection. * * Contains all the user-specific data pertinent to a remote connected shell * user. * * This is a server-side class representing a remote user connected to the * server through a shell link. * * @ingroup server */ class ShellUser : public de::shell::Link { Q_OBJECT public: /** * Constructs a new shell user from a previously opened socket. * * @param socket Open socket. User takes ownership. */ ShellUser(de::Socket *socket); /** * Send an initial data set to the shell user. This is only called once, * right after a shell user has connected. */ void sendInitialUpdate(); void sendGameState(); void sendMapOutline(); void sendPlayerInfo(); protected slots: void handleIncomingPackets(); private: DENG2_PRIVATE(d) }; #endif // SERVER_SHELLUSER_H doomsday-1.14.5/doomsday/server/include/server/0000775000175000017500000000000012350542241020761 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/server/include/server/sv_def.h0000664000175000017500000000571012350542241022403 0ustar jaakkojaakko/** @file sv_def.h Server Definitions. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef __DOOMSDAY_SERVER_H__ #define __DOOMSDAY_SERVER_H__ #include "dd_def.h" #include "network/protocol.h" //#include "network/sys_network.h" #include struct material_s; #ifdef __cplusplus extern "C" { #endif #define SV_WELCOME_STRING "Doomsday " DOOMSDAY_VERSION_TEXT " Server (R22)" // Anything closer than this is always taken into consideration when // deltas are being generated. #define CLOSE_MOBJ_DIST 512 // Anything farther than this will never be taken into consideration. #define FAR_MOBJ_DIST 1500 extern int svMaxPlayers; extern int allowFrames; // Allow sending of frames. extern int frameInterval; // In tics. extern int netRemoteUser; // The client who is currently logged in. extern char* netPassword; // Remote login password. void Sv_Shutdown(void); void Sv_StartNetGame(void); void Sv_StopNetGame(void); dd_bool Sv_PlayerArrives(nodeid_t nodeID, char const *name); void Sv_PlayerLeaves(nodeid_t nodeID); void Sv_Handshake(int playernum, dd_bool newplayer); void Sv_GetPackets(void); /** * Sends a console message to one or more clients. * * @param to Client number to send text to. Use a negative number to * broadcast to everybody. * @param flags @ref consolePrintFlags * @param text Text to send. */ void Sv_SendText(int to, int flags, const char* text); void Sv_Ticker(timespan_t ticLength); int Sv_Latency(byte cmdTime); void Sv_Kick(int who); void Sv_GetInfo(serverinfo_t* info); size_t Sv_InfoToString(serverinfo_t* info, ddstring_t* msg); de::Record * Sv_InfoToRecord(serverinfo_t *info); int Sv_GetNumPlayers(void); int Sv_GetNumConnected(void); dd_bool Sv_CheckBandwidth(int playerNumber); dd_bool Sv_CanTrustClientPos(int plrNum); /** * Returns a unique id for material @a mat that can be passed on to clients. */ unsigned int Sv_IdForMaterial(Material *mat); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/server/include/server/sv_missile.h0000664000175000017500000000305612350542241023313 0ustar jaakkojaakko/** @file sv_missile.h Delta Pool Missile Record. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef __DOOMSDAY_SERVER_POOL_MISSILE_H__ #define __DOOMSDAY_SERVER_POOL_MISSILE_H__ #include "sv_def.h" struct pool_s; struct mobjdelta_s; typedef struct misrecord_s { struct misrecord_s* next, *prev; thid_t id; //fixed_t momx, momy, momz; } misrecord_t; typedef struct mislink_s { misrecord_t* first, *last; } mislink_t; misrecord_t *Sv_MRFind(struct pool_s *pool, thid_t id); void Sv_MRAdd(struct pool_s *pool, struct mobjdelta_s const *delta); int Sv_MRCheck(struct pool_s *pool, struct mobjdelta_s const *mobj); void Sv_MRRemove(struct pool_s *pool, thid_t id); #endif doomsday-1.14.5/doomsday/server/include/server/sv_frame.h0000664000175000017500000000226012350542241022734 0ustar jaakkojaakko/** @file sv_frame.h Frame Generation and Transmission. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef __DOOMSDAY_SERVER_FRAME_H__ #define __DOOMSDAY_SERVER_FRAME_H__ #ifdef __cplusplus extern "C" { #endif void Sv_TransmitFrame(void); size_t Sv_GetMaxFrameSize(int playerNumber); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/server/include/server/sv_pool.h0000664000175000017500000002255112350542241022620 0ustar jaakkojaakko/** @file sv_pool.h Delta Pools. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef __DOOMSDAY_SERVER_POOL_H__ #define __DOOMSDAY_SERVER_POOL_H__ #include "dd_share.h" #include "world/plane.h" #include "world/p_object.h" #include "world/polyobj.h" #include "world/surface.h" #include "sv_missile.h" #ifdef __cplusplus extern "C" { #endif // OR'd with the type number when resending Unacked deltas. #define DT_RESENT 0x80 // Mobj Delta Control flags (not included directly in the frame). #define MDFC_NULL 0x010000 // The delta is not defined. #define MDFC_CREATE 0x020000 // Mobj didn't exist before. #define MDFC_TRANSLUCENCY 0x040000 // Mobj has translucency. #define MDFC_FADETARGET 0x080000 // Mobj is fading to/from visible/invisible #define MDFC_TYPE 0x100000 // Mobj type specified in delta. #define MDFC_ON_FLOOR 0x200000 // Mobj Z is floorZ. // The flags that are not included when a mobj is the viewpoint. #define MDF_CAMERA_EXCLUDE 0x0e00 // The flags that are not included for hidden mobjs. #define MDF_DONTDRAW_EXCLUDE 0x0ec0 // The flags that are not included when a player is the viewpoint. #define PDF_CAMERA_EXCLUDE 0x001e // The flags that are not included when a player is not the viewpoint. #define PDF_NONCAMERA_EXCLUDE 0x70de typedef enum deltastate_e { DELTA_NEW, DELTA_UNACKED } deltastate_t; /** * All delta structures begin the same way (with a delta_t). * That way they can all be linked into the same hash table. */ typedef struct delta_s { // Links to the next and previous delta in the hash. struct delta_s* next, *prev; // The ID number and type determine the entity this delta applies to. deltatype_t type; uint id; // The priority score tells how badly the delta needs to be sent to // the client. float score; // Deltas can be either New or Unacked. New deltas haven't yet been sent. deltastate_t state; // ID of the delta set. Assigned when the delta is sent to a client. // All deltas in the same frame update have the same set ID. // Clients acknowledge complete sets (and then the whole set is removed). byte set; // Resend ID of this delta. Assigned when the delta is first resent. // Zero means there is no resend ID. byte resend; // System time when the delta was sent. uint timeStamp; int flags; } delta_t; typedef mobj_t dt_mobj_t; typedef struct mobjdelta_s { delta_t delta; // The header. dt_mobj_t mo; // The data of the delta. } mobjdelta_t; typedef struct { thid_t mobj; char forwardMove; char sideMove; int angle; int turnDelta; coord_t friction; int extraLight; int fixedColorMap; int filter; int clYaw; float clPitch; ddpsprite_t psp[2]; // Player sprites. } dt_player_t; typedef struct { delta_t delta; // The header. dt_player_t player; } playerdelta_t; typedef struct { Material* material; float rgba[4]; // Surface color tint and alpha int blendMode; } dt_surface_t; typedef struct { dt_surface_t surface; coord_t height; coord_t target; // Target height. coord_t speed; // Move speed. } dt_plane_t; typedef enum { PLN_FLOOR, PLN_CEILING } dt_planetype_t; typedef struct { float lightLevel; float rgb[3]; uint planeCount; dt_plane_t planes[2]; } dt_sector_t; typedef struct { delta_t delta; dt_sector_t sector; } sectordelta_t; typedef struct { delta_t delta; } lumpdelta_t; typedef struct { dt_surface_t top; dt_surface_t middle; dt_surface_t bottom; byte lineFlags; // note: only a byte! byte flags; // Side flags. } dt_side_t; typedef struct { delta_t delta; dt_side_t side; } sidedelta_t; typedef struct { float dest[2]; float speed; angle_t destAngle; angle_t angleSpeed; } dt_poly_t; typedef struct { delta_t delta; dt_poly_t po; } polydelta_t; typedef struct { delta_t delta; // id = Emitter identifier (mobjid/sectoridx) int sound; // Sound ID mobj_t* mobj; float volume; } sounddelta_t; /** * One hash table holds all the deltas in a pool. * (delta ID number) & (mask) is the key. */ #define POOL_HASH_SIZE 1024 #define POOL_HASH_FUNCTION_MASK 0x3ff /** * The missile record contains an entry for each missile mobj that * the client has acknowledged. Since missiles move predictably, * we do not need to sent the coordinates in every delta. The record * is checked every time a missile delta is added to a pool. */ #define POOL_MISSILE_HASH_SIZE 256 typedef struct deltalink_s { // Links to the first and last delta in the hash key. struct delta_s* first, *last; } deltalink_t; /** * When calculating priority scores, this struct is used to store * information about the owner of the pool. */ typedef struct ownerinfo_s { struct pool_s* pool; coord_t origin[3]; // Distance is the most important factor angle_t angle; // Angle can change rapidly => not very important float speed; uint ackThreshold; // Expected ack time in milliseconds } ownerinfo_t; /** * Each client has a delta pool. */ typedef struct pool_s { // True if the first frame has not yet been sent. dd_bool isFirst; // The number of the console this pool belongs to. (i.e. player number) uint owner; ownerinfo_t ownerInfo; // The set ID numbers are generated using this value. It's // incremented after each transmitted set. byte setDealer; // The resend ID numbers are generated using this value. It's incremented // for each resent delta. Zero is not used. byte resendDealer; // The delta hash table holds all kinds of deltas. deltalink_t hash[POOL_HASH_SIZE]; // The missile record is used to detect when the mobj coordinates need // not be sent. mislink_t misHash[POOL_MISSILE_HASH_SIZE]; // The priority queue (a heap). Built when the pool contents are rated. // Contains pointers to deltas in the hash. Becomes invalid when deltas // are removed from the hash! int queueSize; int allocatedSize; delta_t** queue; } pool_t; void Sv_InitPools(void); void Sv_ShutdownPools(void); void Sv_DrainPool(uint clientNumber); void Sv_InitPoolForClient(uint clientNumber); void Sv_MobjRemoved(thid_t id); void Sv_PlayerRemoved(uint clientNumber); void Sv_GenerateFrameDeltas(void); dd_bool Sv_IsFrameTarget(uint clientNumber); uint Sv_GetTimeStamp(void); pool_t* Sv_GetPool(uint clientNumber); void Sv_RatePool(pool_t* pool); delta_t* Sv_PoolQueueExtract(pool_t* pool); void Sv_AckDeltaSet(uint clientNumber, int set, byte resent); uint Sv_CountUnackedDeltas(uint clientNumber); /** * Adds a new sound delta to the selected client pools. As the starting of a * sound is in itself a 'delta-like' event, there is no need for comparing or * to have a register. * * @note Assumes no two sounds with the same ID play at the same time * from the same origin at once. * * @param soundId Sound ID (from defs). * @param emitter Mobj that is emitting the sound, or @c NULL. * @param sourceSector For sector-emitted sounds, the source sector. * @param sourcePoly For polyobj-emitted sounds, the source object. * @param sourcePlane For plane-emitted sounds, the source object. * @param sourceSurface For surface-emitted sounds, the source surface. * @param volume Volume at which to play the sound, or zero for stop-sound. * @param isRepeating Is the sound repeating? * @param clientsMask Each bit corresponds a client number; * -1 if all clients should receive the delta. */ void Sv_NewSoundDelta(int soundId, mobj_t *emitter, Sector *sourceSector, Polyobj *sourcePoly, Plane *sourcePlane, Surface *sourceSurface, float volume, dd_bool isRepeating, int clientsMask); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/server/include/server/sv_infine.h0000664000175000017500000000213712350542241023115 0ustar jaakkojaakko/** @file sv_infine.h Server-side inFine. * @ingroup server * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_SERVER_INFINE #define LIBDENG_SERVER_INFINE #include "de_infine.h" #ifdef __cplusplus extern "C" { #endif void Sv_Finale(finaleid_t id, int flags, const char *script); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_SERVER_INFINE */ doomsday-1.14.5/doomsday/server/include/server/sv_sound.h0000664000175000017500000000356412350542241023002 0ustar jaakkojaakko/** @file sv_sound.h Serverside Sound Management. * @ingroup server * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SERVER_SOUND_H #define LIBDENG_SERVER_SOUND_H #ifdef __cplusplus extern "C" { #endif /** * @defgroup svsoundFlags Flags for Sv_Sound * Used to select the target audience for a sound delta. * @ingroup flags */ ///@{ #define SVSF_TO_ALL 0x01000000 #define SVSF_EXCLUDE_ORIGIN 0x02000000 ///< Sound is not sent to origin player. #define SVSF_MASK 0x7fffffff ///@} struct mobj_s; /** * Tell clients to play a sound with full volume. */ void Sv_Sound(int soundId, struct mobj_s* origin, int toPlr); /** * Tell clients to play a sound. */ void Sv_SoundAtVolume(int soundIdAndFlags, struct mobj_s* origin, float volume, int toPlr); /** * To be called when the server wishes to instruct clients to stop a sound. */ void Sv_StopSound(int soundId, struct mobj_s* origin); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_SERVER_SOUND_H doomsday-1.14.5/doomsday/server/include/server_dummies.h0000664000175000017500000000506312350542241022661 0ustar jaakkojaakko/** @file server_dummies.h Dummy functions for the server. * @ingroup server * * Empty dummy functions that replace certain client-only functionality on * engine-side. Ideally none of these would be needed; each one represents a * client-only function call that should not be done in common/shared code. * (There should be no shared code outside libdeng1/2.) * * @todo Add a @c libdeng_gui for UI/graphics code. Many of these belong there * instead of being exported out of the client executable for game plugins' * needs. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef SERVER_DUMMIES_H #define SERVER_DUMMIES_H #include #include "def_data.h" #include "world/map.h" #ifndef __SERVER__ # error "Attempted to include server's header in a non-server build" #endif DENG_EXTERN_C void Con_TransitionTicker(timespan_t t); DENG_EXTERN_C void Con_SetProgress(int progress); DENG_EXTERN_C void GL_Shutdown(); DENG_EXTERN_C void R_RenderPlayerView(int num); DENG_EXTERN_C void R_SetBorderGfx(Uri const *const *paths); DENG_EXTERN_C void R_SkyParams(int layer, int param, void *data); DENG_EXTERN_C void R_InitSvgs(void); DENG_EXTERN_C void R_ShutdownSvgs(void); DENG_EXTERN_C struct font_s* R_CreateFontFromDef(ded_compositefont_t* def); DENG_EXTERN_C void FR_Init(void); DENG_EXTERN_C void Rend_CacheForMobjType(int num); DENG_EXTERN_C void Rend_ConsoleInit(); DENG_EXTERN_C void Rend_ConsoleResize(int force); DENG_EXTERN_C void Rend_ConsoleOpen(int yes); DENG_EXTERN_C void Rend_ConsoleToggleFullscreen(); DENG_EXTERN_C void Rend_ConsoleMove(int y); DENG_EXTERN_C void Rend_ConsoleCursorResetBlink(); DENG_EXTERN_C void Cl_InitPlayers(void); DENG_EXTERN_C void UI_Init(); DENG_EXTERN_C void UI_Ticker(timespan_t t); DENG_EXTERN_C void UI2_Ticker(timespan_t t); DENG_EXTERN_C void UI_Shutdown(); #endif // SERVER_DUMMIES_H doomsday-1.14.5/doomsday/server/include/serversystem.h0000664000175000017500000000604712350542241022406 0ustar jaakkojaakko/** @file serversystem.h Subsystem for tending to clients. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef SERVERSYSTEM_H #define SERVERSYSTEM_H #include #include #include #include #include "remoteuser.h" #include "dd_types.h" #include /** * Subsystem for tending to clients. * @ingroup server * * - Immediately after connecting to a server the socket is put into the * set of remote users (RemoteUser class). One RemoteUser instance is * responsible for each connected socket. * - Remote users may request upgrade to a Shell user, in which case ownership * of the socket is given to a ShellUser instance. * - Remote users may join the game, becoming players in the game. * - Silent remote users that hang around too long will be automatically * terminated if haven't joined the game. * * @todo This is a work in progress, as all remnants of the old network code * have not been removed/revised. */ class ServerSystem : public QObject, public de::System { Q_OBJECT public: /// An error related to identifiers (e.g., invalid ID specified). @ingroup errors DENG2_ERROR(IdError); public: ServerSystem(); /** * Start listening for incoming connections. * * @param port TCP port to listen on. */ void start(de::duint16 port); void stop(); bool isListening() const; /** * The client is removed from the game immediately. This is used when the * server needs to terminate a client's connection abnormally. */ void terminateNode(de::Id const &id); RemoteUser &user(de::Id const &id) const; /** * A network node wishes to become a real client. * @return @c true if we allow this. */ bool isUserAllowedToJoin(RemoteUser &user) const; void convertToShellUser(RemoteUser *user); /** * Prints the status of the server into the log. */ void printStatus(); void timeChanged(de::Clock const &); protected slots: void handleIncomingConnection(); void userDestroyed(); private: DENG2_PRIVATE(d) }; ServerSystem &App_ServerSystem(); void Server_Register(); // old-fashioned cvars dd_bool N_ServerOpen(void); dd_bool N_ServerClose(void); void N_PrintNetworkStatus(void); extern int nptIPPort; // cvar #endif // SERVERSYSTEM_H doomsday-1.14.5/doomsday/server/include/remoteuser.h0000664000175000017500000000465312350542241022026 0ustar jaakkojaakko/** @file remoteuser.h User that is communicating with the server over a network socket. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef REMOTEUSER_H #define REMOTEUSER_H #include #include #include #include /** * User that is communicating with the server over a network socket. * @ingroup server */ class RemoteUser : public QObject, public de::Transmitter { Q_OBJECT public: /** * Constructs a new remote user from a connected network socket. * Each user is automatically assigned a unique identifier. * * @param socket Socket used to communicate with the user. Ownership * given to RemoteUser. */ RemoteUser(de::Socket *socket); ~RemoteUser(); de::Id id() const; /** * Returns the name of the user, if one has been provided. */ de::String name() const; /** * Returns the network address of the user. */ de::Address const address() const; /** * Determines if the user has joined the game in progress at the server. */ bool isJoined() const; /** * Determines if the remote user is actually connecting from the local host * rather than from some remote one. */ bool isFromLocalHost() const; /** * Relinquishes ownership of the user's socket. * @return Caller gets ownership of the returned socket. */ de::Socket *takeSocket(); // Implements Transmitter. void send(de::IByteArray const &data); signals: void userDestroyed(); public slots: void handleIncomingPackets(); protected slots: void socketDisconnected(); private: DENG2_PRIVATE(d) }; #endif // REMOTEUSER_H doomsday-1.14.5/doomsday/server/include/shellusers.h0000664000175000017500000000326612350542241022024 0ustar jaakkojaakko/** @file shellusers.h All remote shell users. * @ingroup server * * @authors Copyright © 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef SERVER_SHELLUSERS_H #define SERVER_SHELLUSERS_H #include #include #include "shelluser.h" #include "world/worldsystem.h" /** * All remote shell users. */ class ShellUsers : public QObject , DENG2_OBSERVES(de::WorldSystem, MapChange) { Q_OBJECT public: ShellUsers(); ~ShellUsers(); /** * Adds a new remote shell user to the set of connected users. Users are * automatically removed from this collection and deleted when they are * disconnected. * * @param user User. Ownership transferred. */ void add(ShellUser *user); int count() const; /// Observes WorldSystem MapChange. void worldSystemMapChanged(); public slots: void sendPlayerInfoToAll(); protected slots: void userDisconnected(); private: DENG2_PRIVATE(d) }; #endif // SERVER_SHELLUSERS_H doomsday-1.14.5/doomsday/server/include/serverapp.h0000664000175000017500000000312712350542241021636 0ustar jaakkojaakko/** @file serverapp.h The server application. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef SERVERAPP_H #define SERVERAPP_H #include #include "serversystem.h" #include "resource/resourcesystem.h" #include "Games" #include "world/worldsystem.h" /** * The server application. */ class ServerApp : public de::TextApp { public: ServerApp(int &argc, char **argv); ~ServerApp(); /** * Sets up all the subsystems of the application. Must be called before the * event loop is started. */ void initialize(); public: static ServerApp &app(); static ServerSystem &serverSystem(); static ResourceSystem &resourceSystem(); static de::Games &games(); static de::WorldSystem &worldSystem(); private: DENG2_PRIVATE(d) }; #endif // SERVERAPP_H doomsday-1.14.5/doomsday/server/res/0000775000175000017500000000000012350542241016621 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/server/res/windows/0000775000175000017500000000000012350542241020313 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/server/res/windows/doomsday.ico0000664000175000017500000030646012350542241022637 0ustar jaakkojaakko (F  (n00 (-trFF(  H H) 7Y._@y4rNz-M#)23O2mX~@Pz $<2 Aa9NlcL/n5R /p+e8|I`\TMEEK8{'_p@`#Z%X+b*j$`QyHnS~#Y#YMq S{6T@`']-k3xWY2v=O3p3q%V};\9X>]0vRT@BQyg9|0n&Uz 0M -I?_Fk]F%^ .J '@~skzjJDRU\z^C5|/lJp(B60+f>B=\kow|p_dcN:3r%\$=O"U}7z4w8~@Ukopffm[]\K?MYL=9~2tPw + ,E$[)f/jBJKQSVTNIJJF?B?AB4r4s.j"W 0LE?tBd&_$Z&]&Y)[)[#WOwOwKp$U{*\6T2M6SAbAc9W?_Eh6T7V$XT|?` U+Pw%]Ms#X)`'`*e4v:|8x$^PwDh"W#Y#W3q2p*d.i6u'^PwAb#W~Be5!7PwT|"V~'_+f2q8|<~0o,h#ZDe ,H 1P 2P!82Gl<^Tf&5%~yD~WUC2v)bNu5S /L4Q2?  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See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * doomsday.rc: Doomsday-Server.exe resource script. */ #include "../../../client/include/windows/resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../../../api/dd_version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../../api/dd_version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""doomsday-server.exe.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION DOOMSDAY_VERSION_NUMBER\r\n" "PRODUCTVERSION DOOMSDAY_VERSION_NUMBER\r\n" "# if defined(_DEBUG)\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# elif defined(DOOMSDAY_RELEASE_FULL)\r\n" "FILEFLAGSMASK VS_FF_SPECIALBUILD\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_APP\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", ""Doomsday Engine Server\0""\r\n" " VALUE ""FileVersion"", DOOMSDAY_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", ""Doomsday Engine Server\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, Deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""Doomsday-Server.exe\0""\r\n" " VALUE ""ProductName"", ""Doomsday Engine Server\0""\r\n" " VALUE ""ProductVersion"", DOOMSDAY_VERSION_TEXT ""\0""\r\n" "#if !defined(_DEBUG) && !defined(DOOMSDAY_RELEASE_FULL) && defined(DOOMSDAY_RELEASE_NAME)\r\n" " VALUE ""SpecialBuild"", DOOMSDAY_RELEASE_NAME ""\0""\r\n" "#endif\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif /** * Icons: * Icon with lowest ID value placed first to ensure application icon * remains consistent on all systems. */ IDI_GAME_ICON ICON DISCARDABLE "doomsday.ico" #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION DOOMSDAY_VERSION_NUMBER PRODUCTVERSION DOOMSDAY_VERSION_NUMBER # if defined(_DEBUG) FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # elif !defined(DOOMSDAY_RELEASE_FULL) FILEFLAGSMASK VS_FF_SPECIALBUILD # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_APP FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", "Doomsday Engine Server\0" VALUE "FileVersion", DOOMSDAY_VERSION_TEXT "\0" VALUE "InternalName", "Doomsday Engine Server\0" VALUE "LegalCopyright", "Copyright 2003-2012, Deng Team\0" VALUE "OriginalFilename", "Doomsday-Server.exe\0" VALUE "ProductName", "Doomsday Engine Server\0" VALUE "ProductVersion", DOOMSDAY_VERSION_TEXT "\0" #if !defined(_DEBUG) && !defined(DOOMSDAY_RELEASE_FULL) && defined(DOOMSDAY_RELEASE_NAME) VALUE "SpecialBuild", DOOMSDAY_RELEASE_NAME "\0" #endif END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/server/server.pro0000664000175000017500000003407212350542241020066 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2012-2013 Jaakko Keränen # Copyright (c) 2012-2013 Daniel Swanson TEMPLATE = app TARGET = doomsday-server # Build Configuration -------------------------------------------------------- include(../config.pri) VERSION = $$DENG_VERSION echo(Doomsday Server $${DENG_VERSION}.) CONFIG -= app_bundle # Some messy old code here: *-g++* | *-gcc* | *-clang* { QMAKE_CXXFLAGS_WARN_ON += \ -Wno-missing-field-initializers \ -Wno-unused-parameter \ -Wno-missing-braces } # External Dependencies ------------------------------------------------------ include(../dep_zlib.pri) include(../dep_lzss.pri) include(../dep_deng2.pri) include(../dep_deng1.pri) include(../dep_shell.pri) # Definitions ---------------------------------------------------------------- DEFINES += __DOOMSDAY__ __SERVER__ !isEmpty(DENG_BUILD) { !win32: echo(Build number: $$DENG_BUILD) DEFINES += DOOMSDAY_BUILD_TEXT=\\\"$$DENG_BUILD\\\" } else { !win32: echo(DENG_BUILD is not defined.) } !win32:!macx { # Generic Unix. DEFINES += __USE_BSD _GNU_SOURCE=1 } # Linking -------------------------------------------------------------------- win32 { RC_FILE = res/windows/doomsday.rc OTHER_FILES += $$RC_FILE QMAKE_LFLAGS += /NODEFAULTLIB:libcmt LIBS += -lkernel32 -lgdi32 -lole32 -luser32 -lwsock32 \ -lopengl32 -lglu32 } else:macx { } else { # Generic Unix. LIBS += -lX11 # TODO: Get rid of this! -jk !freebsd-*: LIBS += -ldl } # Source Files --------------------------------------------------------------- # Prefix for source files (shared for now): SRC = ../client DENG_API_HEADERS = \ $$DENG_API_DIR/apis.h \ $$DENG_API_DIR/api_audiod.h \ $$DENG_API_DIR/api_audiod_mus.h \ $$DENG_API_DIR/api_audiod_sfx.h \ $$DENG_API_DIR/api_base.h \ $$DENG_API_DIR/api_busy.h \ $$DENG_API_DIR/api_console.h \ $$DENG_API_DIR/api_def.h \ $$DENG_API_DIR/api_event.h \ $$DENG_API_DIR/api_gl.h \ $$DENG_API_DIR/api_infine.h \ $$DENG_API_DIR/api_internaldata.h \ $$DENG_API_DIR/api_filesys.h \ $$DENG_API_DIR/api_fontrender.h \ $$DENG_API_DIR/api_gameexport.h \ $$DENG_API_DIR/api_material.h \ $$DENG_API_DIR/api_materialarchive.h \ $$DENG_API_DIR/api_map.h \ $$DENG_API_DIR/api_mapedit.h \ $$DENG_API_DIR/api_player.h \ $$DENG_API_DIR/api_plugin.h \ $$DENG_API_DIR/api_render.h \ $$DENG_API_DIR/api_resource.h \ $$DENG_API_DIR/api_resourceclass.h \ $$DENG_API_DIR/api_server.h \ $$DENG_API_DIR/api_sound.h \ $$DENG_API_DIR/api_svg.h \ $$DENG_API_DIR/api_thinker.h \ $$DENG_API_DIR/api_uri.h \ $$DENG_API_DIR/api_wad.h \ $$DENG_API_DIR/dd_share.h \ $$DENG_API_DIR/dd_types.h \ $$DENG_API_DIR/dd_version.h \ $$DENG_API_DIR/def_share.h \ $$DENG_API_DIR/dengproject.h \ $$DENG_API_DIR/doomsday.h # Convenience headers. DENG_HEADERS += \ $$SRC/include/EntityDatabase \ $$SRC/include/Game \ $$SRC/include/Games \ $$SRC/include/Interceptor # Private headers. DENG_HEADERS += \ include/remoteuser.h \ include/server_dummies.h \ include/shelluser.h \ include/shellusers.h \ include/serverapp.h \ include/serversystem.h \ include/server/sv_def.h \ include/server/sv_frame.h \ include/server/sv_infine.h \ include/server/sv_missile.h \ include/server/sv_pool.h \ include/server/sv_sound.h \ $$SRC/include/audio/s_cache.h \ $$SRC/include/audio/s_environ.h \ $$SRC/include/audio/s_logic.h \ $$SRC/include/audio/s_main.h \ $$SRC/include/audio/s_wav.h \ $$SRC/include/busymode.h \ $$SRC/include/cbuffer.h \ $$SRC/include/color.h \ $$SRC/include/con_config.h \ $$SRC/include/con_main.h \ $$SRC/include/dd_def.h \ $$SRC/include/games.h \ $$SRC/include/dd_help.h \ $$SRC/include/dd_loop.h \ $$SRC/include/dd_main.h \ $$SRC/include/dd_pinit.h \ $$SRC/include/de_audio.h \ $$SRC/include/de_base.h \ $$SRC/include/de_console.h \ $$SRC/include/de_defs.h \ $$SRC/include/de_edit.h \ $$SRC/include/de_filesys.h \ $$SRC/include/de_graphics.h \ $$SRC/include/de_infine.h \ $$SRC/include/de_misc.h \ $$SRC/include/de_network.h \ $$SRC/include/de_platform.h \ $$SRC/include/de_play.h \ $$SRC/include/de_resource.h \ $$SRC/include/de_render.h \ $$SRC/include/de_system.h \ $$SRC/include/de_ui.h \ $$SRC/include/def_data.h \ $$SRC/include/def_main.h \ $$SRC/include/dualstring.h \ $$SRC/include/edit_map.h \ $$SRC/include/face.h \ $$SRC/include/filehandle.h \ $$SRC/include/filesys/file.h \ $$SRC/include/filesys/filehandlebuilder.h \ $$SRC/include/filesys/fileinfo.h \ $$SRC/include/filesys/fs_main.h \ $$SRC/include/filesys/fs_util.h \ $$SRC/include/filesys/lumpindex.h \ $$SRC/include/filesys/manifest.h \ $$SRC/include/filesys/searchpath.h \ $$SRC/include/filesys/sys_direc.h \ $$SRC/include/filetype.h \ $$SRC/include/game.h \ $$SRC/include/hedge.h \ $$SRC/include/library.h \ $$SRC/include/m_decomp64.h \ $$SRC/include/m_misc.h \ $$SRC/include/m_nodepile.h \ $$SRC/include/m_profiler.h \ $$SRC/include/mesh.h \ $$SRC/include/network/masterserver.h \ $$SRC/include/network/monitor.h \ $$SRC/include/network/net_buf.h \ $$SRC/include/network/net_event.h \ $$SRC/include/network/net_main.h \ $$SRC/include/network/net_msg.h \ $$SRC/include/partition.h \ $$SRC/include/r_util.h \ $$SRC/include/resource/animgroup.h \ $$SRC/include/resource/colorpalette.h \ $$SRC/include/resource/compositetexture.h \ $$SRC/include/resource/image.h \ $$SRC/include/resource/lumpcache.h \ $$SRC/include/resource/material.h \ $$SRC/include/resource/materialarchive.h \ $$SRC/include/resource/materialmanifest.h \ $$SRC/include/resource/materialscheme.h \ $$SRC/include/resource/patch.h \ $$SRC/include/resource/patchname.h \ $$SRC/include/resource/rawtexture.h \ $$SRC/include/resource/resourcesystem.h \ $$SRC/include/resource/sprite.h \ $$SRC/include/resource/texture.h \ $$SRC/include/resource/texturemanifest.h \ $$SRC/include/resource/texturescheme.h \ $$SRC/include/resource/wad.h \ $$SRC/include/resource/zip.h \ $$SRC/include/resourceclass.h \ $$SRC/include/sys_system.h \ $$SRC/include/tab_anorms.h \ $$SRC/include/ui/busyvisual.h \ $$SRC/include/ui/dd_ui.h \ $$SRC/include/ui/fi_main.h \ $$SRC/include/ui/finaleinterpreter.h \ $$SRC/include/ui/p_control.h \ $$SRC/include/ui/ui2_main.h \ $$SRC/include/uri.hh \ $$SRC/include/world/dmuargs.h \ $$SRC/include/world/blockmap.h \ $$SRC/include/world/bsp/bsptreenode.h \ $$SRC/include/world/bsp/convexsubspace.h \ $$SRC/include/world/bsp/edgetip.h \ $$SRC/include/world/bsp/hplane.h \ $$SRC/include/world/bsp/linesegment.h \ $$SRC/include/world/bsp/partitioncost.h \ $$SRC/include/world/bsp/partitioner.h \ $$SRC/include/world/bsp/superblockmap.h \ $$SRC/include/world/bspleaf.h \ $$SRC/include/world/bspnode.h \ $$SRC/include/world/entitydatabase.h \ $$SRC/include/world/entitydef.h \ $$SRC/include/world/interceptor.h \ $$SRC/include/world/line.h \ $$SRC/include/world/lineblockmap.h \ $$SRC/include/world/lineowner.h \ $$SRC/include/world/linesighttest.h \ $$SRC/include/world/map.h \ $$SRC/include/world/maputil.h \ $$SRC/include/world/p_object.h \ $$SRC/include/world/p_players.h \ $$SRC/include/world/p_ticker.h \ $$SRC/include/world/plane.h \ $$SRC/include/world/polyobj.h \ $$SRC/include/world/propertyvalue.h \ $$SRC/include/world/reject.h \ $$SRC/include/world/sector.h \ $$SRC/include/world/surface.h \ $$SRC/include/world/thinkers.h \ $$SRC/include/world/vertex.h \ $$SRC/include/world/worldsystem.h \ INCLUDEPATH += \ include \ $$DENG_INCLUDE_DIR \ $$DENG_API_DIR HEADERS += \ $$DENG_API_HEADERS \ $$DENG_HEADERS # Platform-specific sources. win32 { # Windows. HEADERS += \ $$DENG_WIN_INCLUDE_DIR/dd_winit.h \ $$DENG_WIN_INCLUDE_DIR/resource.h INCLUDEPATH += $$DENG_WIN_INCLUDE_DIR SOURCES += \ $$SRC/src/windows/dd_winit.cpp } else:unix { # Common Unix (including Mac OS X). HEADERS += \ $$DENG_UNIX_INCLUDE_DIR/dd_uinit.h INCLUDEPATH += $$DENG_UNIX_INCLUDE_DIR SOURCES += \ $$SRC/src/unix/dd_uinit.cpp } macx { # Mac OS X only. INCLUDEPATH += $$DENG_MAC_INCLUDE_DIR } else:unix { } # Platform-independent sources. SOURCES += \ src/main_server.cpp \ src/remoteuser.cpp \ src/server_dummies.cpp \ src/shelluser.cpp \ src/shellusers.cpp \ src/serverapp.cpp \ src/serversystem.cpp \ src/server/sv_frame.cpp \ src/server/sv_infine.cpp \ src/server/sv_main.cpp \ src/server/sv_missile.cpp \ src/server/sv_pool.cpp \ src/server/sv_sound.cpp \ $$SRC/src/api_uri.cpp \ $$SRC/src/audio/s_cache.cpp \ $$SRC/src/audio/s_logic.cpp \ $$SRC/src/audio/s_main.cpp \ $$SRC/src/audio/s_wav.cpp \ $$SRC/src/busymode.cpp \ $$SRC/src/cbuffer.cpp \ $$SRC/src/color.cpp \ $$SRC/src/con_config.cpp \ $$SRC/src/con_data.cpp \ $$SRC/src/con_main.cpp \ $$SRC/src/games.cpp \ $$SRC/src/dd_help.cpp \ $$SRC/src/dd_loop.cpp \ $$SRC/src/dd_main.cpp \ $$SRC/src/dd_pinit.cpp \ $$SRC/src/dd_plugin.cpp \ $$SRC/src/dd_wad.cpp \ $$SRC/src/def_data.cpp \ $$SRC/src/def_main.cpp \ $$SRC/src/def_read.cpp \ $$SRC/src/dualstring.cpp \ $$SRC/src/face.cpp \ $$SRC/src/filesys/file.cpp \ $$SRC/src/filesys/filehandle.cpp \ $$SRC/src/filesys/fileid.cpp \ $$SRC/src/filesys/fs_main.cpp \ $$SRC/src/filesys/fs_scheme.cpp \ $$SRC/src/filesys/fs_util.cpp \ $$SRC/src/filesys/lumpindex.cpp \ $$SRC/src/filesys/manifest.cpp \ $$SRC/src/filesys/searchpath.cpp \ $$SRC/src/filesys/sys_direc.cpp \ $$SRC/src/game.cpp \ $$SRC/src/hedge.cpp \ $$SRC/src/library.cpp \ $$SRC/src/m_decomp64.cpp \ $$SRC/src/m_misc.cpp \ $$SRC/src/m_nodepile.cpp \ $$SRC/src/mesh.cpp \ $$SRC/src/network/masterserver.cpp \ $$SRC/src/network/monitor.cpp \ $$SRC/src/network/net_buf.cpp \ $$SRC/src/network/net_event.cpp \ $$SRC/src/network/net_main.cpp \ $$SRC/src/network/net_msg.cpp \ $$SRC/src/network/net_ping.cpp \ $$SRC/src/r_util.cpp \ $$SRC/src/resource/animgroup.cpp \ $$SRC/src/resource/api_material.cpp \ $$SRC/src/resource/api_resource.cpp \ $$SRC/src/resource/colorpalette.cpp \ $$SRC/src/resource/compositetexture.cpp \ $$SRC/src/resource/hq2x.cpp \ $$SRC/src/resource/image.cpp \ $$SRC/src/resource/material.cpp \ $$SRC/src/resource/materialarchive.cpp \ $$SRC/src/resource/materialmanifest.cpp \ $$SRC/src/resource/materialscheme.cpp \ $$SRC/src/resource/patch.cpp \ $$SRC/src/resource/patchname.cpp \ $$SRC/src/resource/pcx.cpp \ $$SRC/src/resource/resourcesystem.cpp \ $$SRC/src/resource/sprite.cpp \ $$SRC/src/resource/texture.cpp \ $$SRC/src/resource/texturemanifest.cpp \ $$SRC/src/resource/texturescheme.cpp \ $$SRC/src/resource/tga.cpp \ $$SRC/src/resource/wad.cpp \ $$SRC/src/resource/zip.cpp \ $$SRC/src/sys_system.cpp \ $$SRC/src/tab_tables.c \ $$SRC/src/ui/fi_main.cpp \ $$SRC/src/ui/finaleinterpreter.cpp \ $$SRC/src/ui/p_control.cpp \ $$SRC/src/ui/ui2_main.cpp \ $$SRC/src/uri.cpp \ $$SRC/src/world/api_map.cpp \ $$SRC/src/world/api_mapedit.cpp \ $$SRC/src/world/blockmap.cpp \ $$SRC/src/world/bsp/convexsubspace.cpp \ $$SRC/src/world/bsp/hplane.cpp \ $$SRC/src/world/bsp/linesegment.cpp \ $$SRC/src/world/bsp/partitioner.cpp \ $$SRC/src/world/bsp/superblockmap.cpp \ $$SRC/src/world/bspleaf.cpp \ $$SRC/src/world/bspnode.cpp \ $$SRC/src/world/dmuargs.cpp \ $$SRC/src/world/entitydatabase.cpp \ $$SRC/src/world/entitydef.cpp \ $$SRC/src/world/interceptor.cpp \ $$SRC/src/world/line.cpp \ $$SRC/src/world/lineblockmap.cpp \ $$SRC/src/world/linesighttest.cpp \ $$SRC/src/world/map.cpp \ $$SRC/src/world/mapelement.cpp \ $$SRC/src/world/maputil.cpp \ $$SRC/src/world/p_mobj.cpp \ $$SRC/src/world/p_players.cpp \ $$SRC/src/world/p_ticker.cpp \ $$SRC/src/world/plane.cpp \ $$SRC/src/world/polyobj.cpp \ $$SRC/src/world/propertyvalue.cpp \ $$SRC/src/world/reject.cpp \ $$SRC/src/world/sector.cpp \ $$SRC/src/world/sectorcluster.cpp \ $$SRC/src/world/surface.cpp \ $$SRC/src/world/thinkers.cpp \ $$SRC/src/world/vertex.cpp \ $$SRC/src/world/worldsystem.cpp OTHER_FILES += \ data/cphelp.txt \ include/template.h.template \ src/template.c.template # Resources ------------------------------------------------------------------ data.files = $$OUT_PWD/../doomsday.pk3 mod.files = \ $$DENG_MODULES_DIR/Config.de \ $$DENG_MODULES_DIR/recutil.de macx { res.path = Contents/Resources res.files = \ $$SRC/res/macx/English.lproj \ $$SRC/res/macx/deng.icns data.path = $${res.path} mod.path = $${res.path}/modules QMAKE_BUNDLE_DATA += mod res data QMAKE_INFO_PLIST = ../build/mac/Info.plist linkBinaryToBundledLibdeng2($$TARGET) linkBinaryToBundledLibdengShell($$TARGET) } # Installation --------------------------------------------------------------- !macx { # Common (non-Mac) parts of the installation. INSTALLS += target data mod target.path = $$DENG_BIN_DIR data.path = $$DENG_DATA_DIR mod.path = $$DENG_BASE_DIR/modules win32 { # Windows-specific installation. INSTALLS += license icon license.files = $$SRC/doc/LICENSE license.path = $$DENG_DOCS_DIR icon.files = $$SRC/res/windows/doomsday.ico icon.path = $$DENG_DATA_DIR/graphics } else { # Generic Unix installation. INSTALLS += readme readme.files = ../doc/output/doomsday-server.6 readme.path = $$PREFIX/share/man/man6 } } doomsday-1.14.5/doomsday/config_unix.pri0000664000175000017500000000270412350542240017550 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson # # Unix/X11 configuration (non-Mac). include(config_unix_any.pri) CONFIG += deng_nofixedasm !deng_nosnowberry: CONFIG += deng_snowberry exists(/etc/apt) { # Choose the apt repository to include in the distribution. isStableRelease(): CONFIG += deng_aptstable else: CONFIG += deng_aptunstable } # Link against standard math library. LIBS += -lm # Install prefix. isEmpty(PREFIX) { freebsd-*: PREFIX = /usr/local else: PREFIX = /usr } # Binary location. DENG_BIN_DIR = $$PREFIX/bin # Library location. isEmpty(DENG_LIB_DIR) { deng_sdk: DENG_LIB_DIR = $$findLibDir($$DENG_SDK_DIR) else: DENG_LIB_DIR = $$findLibDir($$PREFIX) } # Target location for plugin libraries. DENG_PLUGIN_LIB_DIR = $$DENG_LIB_DIR/doomsday # When installing libraries to a non-standard location, instruct # the linker where to find them. !contains(DENG_LIB_DIR, ^/usr/.*): QMAKE_LFLAGS += -Wl,-rpath,$$DENG_LIB_DIR DENG_BASE_DIR = $$PREFIX/share/doomsday DENG_DATA_DIR = $$DENG_BASE_DIR/data DEFINES += DENG_BASE_DIR=\"\\\"$${DENG_BASE_DIR}/\\\"\" DEFINES += DENG_LIBRARY_DIR=\"\\\"$${DENG_PLUGIN_LIB_DIR}/\\\"\" echo(Binary directory: $$DENG_BIN_DIR) echo(Library directory: $$DENG_LIB_DIR) echo(Plugin directory: $$DENG_PLUGIN_LIB_DIR) echo(Doomsday base directory: $$DENG_BASE_DIR) doomsday-1.14.5/doomsday/tests/0000775000175000017500000000000012350542241015664 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/config_test.pri0000664000175000017500000000255712350542241020715 0ustar jaakkojaakko# Let deployers know this is only a test app. CONFIG += deng_testapp include(../config.pri) include(../dep_deng2.pri) mod.files = \ $$DENG_MODULES_DIR/Config.de \ $$DENG_MODULES_DIR/recutil.de macx { mod.path = Contents/Resources/modules defineTest(deployTest) { fwDir = \"$${OUT_PWD}/$${1}.app/Contents/Frameworks\" # Quite a hack: directly use the client's Frameworks folder. doPostLink("rm -rf $$fwDir") doPostLink("ln -s \"$$OUT_PWD/../../client/Doomsday.app/Contents/Frameworks\" $$fwDir") #doPostLink("mkdir $$fwDir") #doPostLink("ln -s $$OUT_PWD/../../libdeng2/libdeng2.dylib $$fwDir/libdeng2.dylib") #doPostLink("ln -s $$OUT_PWD/../../libdeng2/libdeng2.2.dylib $$fwDir/libdeng2.2.dylib") # Fix the dynamic linker paths so they point to ../Frameworks/ inside the bundle. fixInstallName($${1}.app/Contents/MacOS/$${1}, libdeng2.2.dylib, ..) QMAKE_BUNDLE_DATA += mod export(QMAKE_BUNDLE_DATA) } } else:win32 { CONFIG += console target.path = $$DENG_BIN_DIR mod.path = $$DENG_DATA_DIR/modules defineTest(deployTest) { INSTALLS += mod target export(INSTALLS) } } else { target.path = $$DENG_BIN_DIR mod.path = $$DENG_DATA_DIR/modules defineTest(deployTest) { INSTALLS += mod target export(INSTALLS) } } doomsday-1.14.5/doomsday/tests/test_stringpool/0000775000175000017500000000000012350542241021123 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_stringpool/test_stringpool.pro0000664000175000017500000000016012350542241025101 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_stringpool SOURCES += main.cpp deployTest($$TARGET) doomsday-1.14.5/doomsday/tests/test_stringpool/main.cpp0000664000175000017500000000612212350542241022554 0ustar jaakkojaakko/** * @file main.cpp * * StringPool unit tests. @ingroup tests * * @author Copyright © 2010-2013 Daniel Swanson * @author Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include using namespace de; int main(int, char **) { try { StringPool p; String s = String("Hello"); DENG2_ASSERT(!p.isInterned(s)); DENG2_ASSERT(p.empty()); // First string. p.intern(s); DENG2_ASSERT(p.isInterned(s) == 1); // Re-insertion. DENG2_ASSERT(p.intern(s) == 1); // Case insensitivity. s = String("heLLO"); DENG2_ASSERT(p.intern(s) == 1); // Another string. s = String("abc"); String const &is = p.internAndRetrieve(s); DENG2_ASSERT(!is.compare(s)); DENG2_UNUSED(is); String s2 = String("ABC"); String const &is2 = p.internAndRetrieve(s2); DENG2_ASSERT(!is2.compare(s)); DENG2_UNUSED(is2); DENG2_ASSERT(p.intern(is2) == 2); DENG2_ASSERT(p.size() == 2); //p.print(); DENG2_ASSERT(!p.empty()); p.setUserValue(1, 1234); DENG2_ASSERT(p.userValue(1) == 1234); DENG2_ASSERT(p.userValue(2) == 0); s = String("HELLO"); p.remove(s); DENG2_ASSERT(!p.isInterned(s)); DENG2_ASSERT(p.size() == 1); DENG2_ASSERT(!p.string(2).compare("abc")); s = String("Third!"); DENG2_ASSERT(p.intern(s) == 1); DENG2_ASSERT(p.size() == 2); s = String("FOUR"); p.intern(s); p.removeById(1); // "Third!" // Serialize. Block b; Writer(b) << p; qDebug() << "Serialized stringpool to" << b.size() << "bytes."; // Deserialize. StringPool p2; Reader(b) >> p2; //p2.print(); DENG2_ASSERT(p2.size() == 2); DENG2_ASSERT(!p2.string(2).compare("abc")); DENG2_ASSERT(!p2.string(3).compare("FOUR")); s = String("hello again"); DENG2_ASSERT(p2.intern(s) == 1); p.clear(); DENG2_ASSERT(p.empty()); } catch(Error const &err) { qWarning() << err.asText() << "\n"; } qDebug() << "Exiting main()...\n"; return 0; } doomsday-1.14.5/doomsday/tests/test_vectors/0000775000175000017500000000000012350542241020410 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_vectors/main.cpp0000664000175000017500000001225012350542241022040 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2009-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include #include #include #include using namespace de; int main(int, char **) { try { Vector2f a(1, 2.5); Vector3f b(3, 5, 6); Matrix3f ma; Matrix4f mb; Matrix4d mc; // Note: Using QDebug because no de::App (and therefore no log message // buffer) is available. qDebug() << "Sizeof Vector2f:" << sizeof(a); qDebug() << "Sizeof Vector2f.x:" << sizeof(a.x); qDebug() << "Sizeof Vector3f:" << sizeof(b); qDebug() << "Sizeof Matrix3f:" << sizeof(ma); qDebug() << "Sizeof Matrix4f:" << sizeof(mb); qDebug() << "Sizeof Matrix4d:" << sizeof(mc); qDebug() << "Direct access to members:"; qDebug() << a.x << a.y; qDebug() << b.x << b.y << b.z; qDebug() << "First operand defines type of result:"; qDebug() << "Vector2f + Vector3f:" << (a + b).asText(); qDebug() << "Vector3f + Vector2f:" << (b + a).asText(); Vector2i c(6, 5); // This would downgrade the latter to int; won't do it. //qDebug() << "Vector2i + Vector2f (converted to int!): " << (c + a).asText(); qDebug() << "Vector2i:" << c.asText(); qDebug() << "Vector2f + Vector2i:" << (a + c).asText(); a += b; b += a; qDebug() << "After sum:" ; qDebug() << "a:" << a.asText() << "b:" << b.asText(); qDebug() << "a > b: " << (a > b); qDebug() << "b > a: " << (b > a); Vector2f s(1, 1); Vector3f t(2, 2, 2); qDebug() << "s: " << s.asText() << " t:" << t.asText(); qDebug() << "s > t: " << (s > t); qDebug() << "t > s: " << (t > s); qDebug() << "s < t: " << (s < t); qDebug() << "t < s: " << (t < s); t.z = -100; qDebug() << "t is now: " << t.asText(); qDebug() << "s > t: " << (s > t); qDebug() << "t > s: " << (t > s); qDebug() << "s < t: " << (s < t) << " <- first operand causes conversion to Vector2"; qDebug() << "t < s: " << (t < s); Vector2d u(3.1415926535, 3.33333333333333333333333); qDebug() << "u:" << u.asText(); Block block, block2; //Writer writer(block); writer << u; Writer(block) << u; Writer writer(block2); writer << u; Vector2d w; Reader(block) >> w; Vector2d y; Reader reader(block2); reader >> y; qDebug() << "w:" << w.asText(); qDebug() << "y:" << w.asText(); qDebug() << "Matrix operations:"; qDebug() << "Identity" << ma.asText(); qDebug() << "Identity" << mc.asText(); qDebug() << "Rotation 45 degrees" << Matrix4f::rotate(45).asText(); qDebug() << "Rotation 90 degrees" << Matrix4f::rotate(90).asText(); qDebug() << "Rotation 45 degrees, X axis" << Matrix4f::rotate(45, Vector3f(1, 0, 0)).asText(); qDebug() << "Translation" << Matrix4f::translate(Vector3f(1, 2, 3)).asText(); qDebug() << "Scale" << Matrix4f::scale(Vector3f(1, 2, 3)).asText(); t = Vector3f(1, 2, 3); Matrix4f scaleTrans = Matrix4f::scaleThenTranslate(Vector3f(10, 10, 10), Vector3f(-5, -5, -5)); qDebug() << "Scale and translate with" << scaleTrans.asText() << "result:" << (scaleTrans * t).asText(); qDebug() << "Seperate matrices (translate * scale):" << (Matrix4f::translate(Vector3f(-5, -5, -5)) * Matrix4f::scale(10) * t).asText(); qDebug() << "Seperate matrices (scale * translate):" << (Matrix4f::scale(10) * Matrix4f::translate(Vector3f(-5, -5, -5)) * t).asText(); qDebug() << "Inverse" << scaleTrans.inverse().asText(); t = scaleTrans * t; qDebug() << "Result" << (scaleTrans.inverse() * t).asText(); qDebug() << "X axis rotated to Z" << (Matrix4d::rotate(90, Vector3d(0, -1, 0)) * Vector3d(1, 0, 0)).asText(); qDebug() << "Look at (10,10,10) from (1,1,1)" << Matrix4f::lookAt(Vector3f(10, 10, 10), Vector3f(1, 1, 1), Vector3f(0, 0, 1)).asText(); qDebug() << "Cross product" << Vector3f(1, 0, 0).cross(Vector3f(0, 1, 0)).asText(); } catch(Error const &err) { qWarning() << err.asText() << "\n"; } qDebug() << "Exiting main()...\n"; return 0; } doomsday-1.14.5/doomsday/tests/test_vectors/test_vectors.pro0000664000175000017500000000015512350542241023657 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_vectors SOURCES += main.cpp deployTest($$TARGET) doomsday-1.14.5/doomsday/tests/test_record/0000775000175000017500000000000012350542241020201 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_record/main.cpp0000664000175000017500000000446712350542241021644 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2009-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include #include #include #include #include #include #include using namespace de; int main(int argc, char **argv) { try { TextApp app(argc, argv); app.initSubsystems(App::DisablePlugins); Record rec; LOG_MSG("Empty record:\n") << rec; rec.add(new Variable("hello", new TextValue("World!"))); LOG_MSG("With one variable:\n") << rec; rec.add(new Variable("size", new NumberValue(1024))); LOG_MSG("With two variables:\n") << rec; Record rec2; Block b; Writer(b) << rec; LOG_MSG("Serialized record to ") << b.size() << " bytes."; String str; QTextStream os(&str); for(duint i = 0; i < b.size(); ++i) { os << dint(b.data()[i]) << " "; } LOG_MSG(str); Reader(b) >> rec2; LOG_MSG("After being deserialized:\n") << rec2; Record before; before.addRecord("subrecord"); before.subrecord("subrecord").set("value", true); DENG2_ASSERT(before.hasSubrecord("subrecord")); LOG_MSG("Before copying:\n") << before; Record copied = before; DENG2_ASSERT(copied.hasSubrecord("subrecord")); LOG_MSG("Copied:\n") << copied; } catch(Error const &err) { qWarning() << err.asText(); } qDebug() << "Exiting main()..."; return 0; } doomsday-1.14.5/doomsday/tests/test_record/test_record.pro0000664000175000017500000000015412350542241023240 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_record SOURCES += main.cpp deployTest($$TARGET) doomsday-1.14.5/doomsday/tests/tests.pro0000664000175000017500000000060412350542241017550 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2012-2013 Jaakko Keränen include(../config.pri) TEMPLATE = subdirs deng_tests: SUBDIRS += \ test_archive \ test_commandline \ test_bitfield \ test_glsandbox \ test_info \ test_log \ test_record \ test_script \ test_string \ test_stringpool \ test_vectors #basiclink doomsday-1.14.5/doomsday/tests/test_string/0000775000175000017500000000000012350542241020231 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_string/test_string.pro0000664000175000017500000000015412350542241023320 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_string SOURCES += main.cpp deployTest($$TARGET) doomsday-1.14.5/doomsday/tests/test_string/main.cpp0000664000175000017500000000470512350542241021667 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2009-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include using namespace de; int main(int argc, char **argv) { try { TextApp app(argc, argv); app.initSubsystems(App::DisablePlugins); LOG_MSG("Escaped %%: arg %i") << 1; LOG_MSG("Escaped %%: arg %%%i%%") << 1; //LOG_MSG("Error: %") << 1; // incomplete formatting //LOG_MSG("Error: %i %i") << 1; // ran out of arguments LOG_MSG("More args than formats: %i appended:") << 1 << 2 << 3 << "hello"; LOG_MSG("String: '%s'") << "Hello World"; LOG_MSG(" Min width 8: '%8s'") << "Hello World"; LOG_MSG(" Max width .8: '%.8s'") << "Hello World"; LOG_MSG(" Left align: '%-.8s'") << "Hello World"; LOG_MSG("String: '%s'") << "Hello"; LOG_MSG(" Min width 8: '%8s'") << "Hello"; LOG_MSG(" Max width .8: '%.8s'") << "Hello"; LOG_MSG(" Left align: '%-8s'") << "Hello"; LOG_MSG("Integer (64-bit signed): %i") << 0x1000000000LL; LOG_MSG("Integer (64-bit signed): %d") << 0x1000000000LL; LOG_MSG("Integer (64-bit unsigned): %u") << 0x123456789abcLL; LOG_MSG("Boolean: %b %b") << true << false; LOG_MSG("16-bit Unicode character: %c") << 0x44; LOG_MSG("Hexadecimal (64-bit): %x") << 0x123456789abcLL; LOG_MSG("Hexadecimal (64-bit): %X") << 0x123456789abcLL; LOG_MSG("Pointer: %p") << &app; LOG_MSG("Double precision floating point: %f") << PI; LOG_MSG("Decimal places .4: %.4f") << PI; LOG_MSG("Decimal places .10: %.10f") << PI; } catch(Error const &err) { qWarning() << err.asText() << "\n"; } qDebug() << "Exiting main()...\n"; return 0; } doomsday-1.14.5/doomsday/tests/test_log/0000775000175000017500000000000012350542241017504 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_log/test_log.pro0000664000175000017500000000015212350542241022044 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_log SOURCES += main.cpp deployTest($$TARGET) doomsday-1.14.5/doomsday/tests/test_log/main.cpp0000664000175000017500000000445512350542241021144 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2012-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include using namespace de; int main(int argc, char **argv) { try { TextApp app(argc, argv); app.initSubsystems(App::DisablePlugins); for(int j = 0; j < 2; ++j) { bool devMode = j > 0; app.logFilter().setAllowDev(devMode); for(int i = LogEntry::LowestLogLevel; i <= LogEntry::HighestLogLevel; ++i) { LogEntry::Level level = LogEntry::Level(i); app.logFilter().setMinLevel(level); LOG_AT_LEVEL(level, "Enabled level %s with dev:%b") << LogEntry::levelToText(level) << devMode; for(int k = LogEntry::LowestLogLevel; k <= LogEntry::HighestLogLevel; ++k) { for(int d = 0; d < 2; ++d) { duint32 other = k | (d? LogEntry::Dev : 0); LOG_AT_LEVEL(other, "- (currently enabled %8s) entry at level %8s (context %3s): visible: %b") << LogEntry::levelToText(level) << LogEntry::levelToText(other) << LogEntry::contextToText(other) << LogBuffer::appBuffer().isEnabled(LogEntry::Generic | other); } } } } } catch(Error const &err) { qWarning() << err.asText(); } qDebug() << "Exiting main()..."; return 0; } doomsday-1.14.5/doomsday/tests/test_commandline/0000775000175000017500000000000012350542241021211 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_commandline/test_commandline.pro0000664000175000017500000000016212350542241025257 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_commandline SOURCES += main.cpp deployTest($$TARGET) doomsday-1.14.5/doomsday/tests/test_commandline/main.cpp0000664000175000017500000000262412350542241022645 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2014 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include using namespace de; int main(int argc, char **argv) { try { TextApp app(argc, argv); app.initSubsystems(App::DisablePlugins); CommandLine cmd; #ifdef UNIX cmd << "/bin/ls"; cmd << "-l"; #endif String output; if(cmd.executeAndWait(&output)) { LOG_MSG("Output from %s:\n") << cmd.at(0) << output; } else { LOG_WARNING("Failed to execute!"); } } catch(Error const &err) { qWarning() << err.asText(); } qDebug() << "Exiting main()..."; return 0; } doomsday-1.14.5/doomsday/tests/test_info/0000775000175000017500000000000012350542241017656 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_info/test_info.pro0000664000175000017500000000051212350542241022370 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_info SOURCES += main.cpp SCRIPTS = test_info.dei OTHER_FILES += $$SCRIPTS deployTest($$TARGET) scripts.files = $$SCRIPTS scripts.path = $$DENG_DATA_DIR macx { scripts.path = Contents/Resources QMAKE_BUNDLE_DATA += scripts } else { INSTALLS += scripts } doomsday-1.14.5/doomsday/tests/test_info/test_info.dei0000664000175000017500000000352612350542241022341 0ustar jaakkojaakko# Fonts for the default UI style # - size can be "pt" or "px", defaults to "pt" # - weight: normal bold light # - style: normal italic script { # Version module will be available in embedded scripts here. import Version def joinArray(a) result = '' for i in a: result += i return result end } script "condition testing" condition "Version.OS == 'macx'" { print "Running on %s!" % Version.OS for i in [0, 2, 4] print 'i =', i end } # Nameless groups are allowed. group { condition: False script test2 condition True { print "WILL NOT BE RUN" } } thing A { member: value from A } thing B inherits A { member2: value from B script { print "Contents of B:"; print __this__ } } group { # All members inherit A. inherits = A thing C { member2: value from C script { print "Contents of C:"; print __this__ } } thing D inherits B { # Inherits A from group, then B. member3: value from D script { print "Contents of D:"; print __this__ } } } type1 first-block { key = value } type2 example-block inherits first-block {} group font { condition: Version.OS == 'macx' preferences < font.default, $" 'font'+'.'+'title' " > font Default { family $= 'Lucida ' + "Grande" size $: joinArray(['16', 'pt']) weight = normal style: normal script { print "Default font:" print __this__ } } # Identifiers retain case in script namespaces (and are case # sensitive), however group types are forced lower case (FoNt==font). FoNt "Title" inherits font.Default { SIZE: 24pt weight $: if __this__.weight == "normal": "bold"; else: "normal" } } script { print "Title font:\n", font.Title } doomsday-1.14.5/doomsday/tests/test_info/main.cpp0000664000175000017500000000233312350542241021307 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2009-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include #include #include using namespace de; int main(int argc, char **argv) { try { TextApp app(argc, argv); app.initSubsystems(App::DisablePlugins); ScriptedInfo dei; dei.parse(app.fileSystem().find("test_info.dei")); } catch(Error const &err) { qWarning() << err.asText(); } qDebug("Exiting main()..."); return 0; } doomsday-1.14.5/doomsday/tests/test_glsandbox/0000775000175000017500000000000012350542241020704 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_glsandbox/testpic.png0000664000175000017500000024322512350542241023075 0ustar jaakkojaakkoPNG  IHDR:= AiCCPICC ProfileH wTSϽ7" %z ;HQIP&vDF)VdTG"cE b PQDE݌k 5ޚYg}׺PtX4X\XffGD=HƳ.d,P&s"7C$ E6<~&S2)212 "įl+ɘ&Y4Pޚ%ᣌ\%g|eTI(L0_&l2E9r9hxgIbטifSb1+MxL 0oE%YmhYh~S=zU&ϞAYl/$ZUm@O ޜl^ ' lsk.+7oʿ9V;?#I3eE妧KD d9i,UQ h A1vjpԁzN6p\W p G@ K0ށiABZyCAP8C@&*CP=#t] 4}a ٰ;GDxJ>,_“@FXDBX$!k"EHqaYbVabJ0՘cVL6f3bձX'?v 6-V``[a;p~\2n5׌ &x*sb|! ߏƿ' Zk! $l$T4QOt"y\b)AI&NI$R$)TIj"]&=&!:dGrY@^O$ _%?P(&OJEBN9J@y@yCR nXZOD}J}/G3ɭk{%Oחw_.'_!JQ@SVF=IEbbbb5Q%O@%!BӥyҸM:e0G7ӓ e%e[(R0`3R46i^)*n*|"fLUo՝mO0j&jajj.ϧwϝ_4갺zj=U45nɚ4ǴhZ ZZ^0Tf%9->ݫ=cXgN].[7A\SwBOK/X/_Q>QG[ `Aaac#*Z;8cq>[&IIMST`ϴ kh&45ǢYYF֠9<|y+ =X_,,S-,Y)YXmĚk]c}džjcΦ浭-v};]N"&1=xtv(}'{'IߝY) Σ -rqr.d._xpUەZM׍vm=+KGǔ ^WWbj>:>>>v}/avO8 FV> 2 u/_$\BCv< 5 ]s.,4&yUx~xw-bEDCĻHGKwFGEGME{EEKX,YFZ ={$vrK .3\rϮ_Yq*©L_wד+]eD]cIIIOAu_䩔)3ѩiB%a+]3='/40CiU@ёL(sYfLH$%Y jgGeQn~5f5wugv5k֮\۹Nw]m mHFˍenQQ`hBBQ-[lllfjۗ"^bO%ܒY}WwvwXbY^Ю]WVa[q`id2JjGէ{׿m>PkAma꺿g_DHGGu;776ƱqoC{P38!9 ҝˁ^r۽Ug9];}}_~imp㭎}]/}.{^=}^?z8hc' O*?f`ϳgC/Oϩ+FFGGόzˌㅿ)ѫ~wgbk?Jި9mdwi獵ޫ?cǑOO?w| x&mf2:Y~ pHYs  ~iTXtXML:com.adobe.xmp 1 5 25410/353 1 25410/353 256 1 232 2013-04-28T19:04:52 Pixelmator 2.1.4 @IDATxyeiywfgff:h$`HH`)NJIʮWJ\IT*+)$#l+N%$ b1;o_yMYe>wyﳾNnߚ͞z0y=0[xM40[p =p n7}sn-<{`s-sy`N{ mz;4;}.O:S dW;2|,on5ɯd+5V}:m2{sspgns]3.wxJXlJ ߕGQy8VB)K4I.WM&i>Kc˟I>Q2)/|n0֥^g}}/|!@rp0릛u7٘\l3f5}{߱凇ܽ(9>8'd0 6+#x<8uK&I~i'  FAkKNPl~1_ܩW˕R);;$Om>%i2~p91RϘ<9O|5ZH{8<^IXH\) |(8$O1 (pN~2MyjnRaҟdצ4!#PfKaR9)~7Vzh ?d<pxO& NA@9菆hQR(2,;Q d0N^o4y<_cǞ=h|s<?g(VMavc?Xw:SGCۘ۽؟NW`쇸hxzL)9E'r%suyT0( M` SB caf47 pLBO0H @2;@c,{A9'Q_n0=/_/[+/{/׾i <%A+aZ՘ޯ9 Ї,5; )" E::>oW@O \Cm\?#aٯEeTWϏ?_vU=,>ODMk!-7Lt&w@V o`T)h{ C-K3i.C22]PH<^ȼ^HsL7@-窍 a5 ]?>9c5,̈́ zo881K~ؑϞ:v[ <>C͏v]2,{߾pMk!M=Tӽ5fv wm9J2Oh HRd!4?N(KU _fǁ>AꫦH[ MC>̪0XL`d'as+CwJj@ { B `x.Ƒd P @btHh2DZbΓOs?jI1\]u]Y&B׮WSh"yV29~'vlf;=/j)πstƟǸ*_뮻?GcTxCZCy %x1M +R&^PU  `)@vJa&jvHYtN'^} 6 u4*}x\ud;;qj!>J|ZXI>ޠaŐ1ؐD +m zAk?u|gj9:=]?`+e0-~7G1( WðūO?<j%Q߹_鷥w}?/W )1Liey ĿޜiGHQ8PFz0T#n,^#__Y#_sE0kHd*!cFRH}ƼN@"Ac̅ ?)@gwF 2e`ܜ  bfe#{D[lu'A=tSi1Gg}Z줠n]9|羹æIk I+rFg 1OзH2z k0=̮_|9)o*:RU0@4q7L1Bb&;,ĄPdFUo5_e"8^# r%ExPB }ʔpv0ix2s yC<%Jx}jN?  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See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include "testwindow.h" #include #include #include #include #include #include #include #include #include #include #include #include using namespace de; DENG2_PIMPL(TestWindow), DENG2_OBSERVES(Canvas, GLInit), DENG2_OBSERVES(Canvas, GLResize), DENG2_OBSERVES(Clock, TimeChange), DENG2_OBSERVES(Bank, Load) { enum Mode { TestRenderToTexture, TestDynamicAtlas }; Mode mode; ImageBank imageBank; Drawable ob; Drawable atlasOb; Matrix4f modelMatrix; Matrix4f projMatrix; GLUniform uMvpMatrix; GLUniform uColor; GLUniform uTime; GLUniform uTex; GLTexture frameTex; GLTexture testpic; std::auto_ptr atlas; std::auto_ptr frameTarget; Time startedAt; Time lastAtlasAdditionAt; bool eraseAtlas; typedef GLBufferT VertexBuf; typedef GLBufferT Vertex2Buf; Instance(Public *i) : Base(i), mode (TestRenderToTexture), //imageBank (0), uMvpMatrix("uMvpMatrix", GLUniform::Mat4), uColor ("uColor", GLUniform::Vec4), uTime ("uTime", GLUniform::Float), uTex ("uTex", GLUniform::Sampler2D), atlas (AtlasTexture::newWithKdTreeAllocator(Atlas::AllowDefragment | Atlas::BackingStore | Atlas::WrapBordersInBackingStore)) { // Use this as the main window. setMain(i); self.canvas().audienceForGLInit() += this; self.canvas().audienceForGLResize() += this; Clock::appClock().audienceForTimeChange() += this; uColor = Vector4f(.5f, .75f, .5f, 1); atlas->setTotalSize(Vector2ui(256, 256)); atlas->setBorderSize(2); atlas->setMagFilter(gl::Nearest); imageBank.add("rtt.cube", "/data/graphics/testpic.png"); //imageBank.loadAll(); imageBank.audienceForLoad() += this; } void canvasGLInit(Canvas &cv) { try { LOG_DEBUG("GLInit"); glInit(cv); } catch(Error const &er) { QMessageBox::critical(thisPublic, "GL Init Error", er.asText()); exit(1); } } void glInit(Canvas &cv) { // Set up the default state. GLState &st = GLState::current(); st.setBlend(true); st.setBlendFunc(gl::SrcAlpha, gl::OneMinusSrcAlpha); //st.setCull(gl::Back); st.setDepthTest(true); // Textures. testpic.setAutoGenMips(true); imageBank.load("rtt.cube"); //testpic.setImage(imageBank.image("rtt/cube")); //testpic.setImage(QImage(":/images/testpic.png")); testpic.setWrapT(gl::RepeatMirrored); testpic.setMinFilter(gl::Linear, gl::MipLinear); uTex = testpic; // Prepare the custom target. frameTex.setUndefinedImage(Vector2ui(512, 256), Image::RGBA_8888); frameTarget.reset(new GLTarget(frameTex)); // 3D cube. VertexBuf *buf = new VertexBuf; ob.addBuffer(buf); VertexBuf::Type verts[8] = { { Vector3f(-1, -1, -1), Vector2f(0, 0), Vector4f(1, 1, 1, 1) }, { Vector3f( 1, -1, -1), Vector2f(1, 0), Vector4f(1, 1, 0, 1) }, { Vector3f( 1, 1, -1), Vector2f(1, 1), Vector4f(1, 0, 0, 1) }, { Vector3f(-1, 1, -1), Vector2f(0, 1), Vector4f(0, 0, 1, 1) }, { Vector3f(-1, -1, 1), Vector2f(1, 1), Vector4f(1, 1, 1, 1) }, { Vector3f( 1, -1, 1), Vector2f(0, 1), Vector4f(1, 1, 0, 1) }, { Vector3f( 1, 1, 1), Vector2f(0, 0), Vector4f(1, 0, 0, 1) }, { Vector3f(-1, 1, 1), Vector2f(1, 0), Vector4f(0, 0, 1, 1) } }; buf->setVertices(verts, 8, gl::Static); GLBuffer::Indices idx; idx << 0 << 4 << 3 << 7 << 2 << 6 << 1 << 5 << 0 << 4 << 4 << 0 << 0 << 3 << 1 << 2 << 2 << 7 << 7 << 4 << 6 << 5; buf->setIndices(gl::TriangleStrip, idx, gl::Static); ob.program().build( ByteRefArray::fromCStr( "uniform highp mat4 uMvpMatrix;\n" "uniform highp vec4 uColor;\n" "uniform highp float uTime;\n" "attribute highp vec4 aVertex;\n" "attribute highp vec2 aUV;\n" "attribute highp vec4 aColor;\n" "varying highp vec2 vUV;\n" "varying highp vec4 vColor;\n" "void main(void) {\n" " gl_Position = uMvpMatrix * aVertex;\n" " vUV = aUV + vec2(uTime/10.0, 0.0);\n" " vColor = aColor + vec4(sin(uTime), cos(uTime), " "sin(uTime), cos(uTime)*0.5) * uColor;\n" "}\n"), ByteRefArray::fromCStr( "uniform sampler2D uTex;\n" "varying highp vec2 vUV;\n" "varying highp vec4 vColor;\n" "void main(void) {\n" " highp vec4 color = texture2D(uTex, vUV);\n" " if(color.a < 0.05) discard;\n" " gl_FragColor = color * vColor;\n" "}")) << uMvpMatrix << uColor << uTime << uTex; // Require testpic to be ready before rendering the cube. ob += testpic; // The atlas objects. Vertex2Buf *buf2 = new Vertex2Buf; Vertex2Buf::Type verts2[4] = { { Vector2f(0, 0), Vector2f(0, 0) }, { Vector2f(100, 0), Vector2f(1, 0) }, { Vector2f(100, 100), Vector2f(1, 1) }, { Vector2f(0, 100), Vector2f(0, 1) } }; buf2->setVertices(gl::TriangleFan, verts2, 4, gl::Static); atlasOb.addBuffer(buf2); atlasOb.program().build( ByteRefArray::fromCStr( "uniform highp mat4 uMvpMatrix;\n" "attribute highp vec4 aVertex;\n" "attribute highp vec2 aUV;\n" "varying highp vec2 vUV;\n" "void main(void) {\n" " gl_Position = uMvpMatrix * aVertex;\n" " vUV = aUV;\n" "}\n"), ByteRefArray::fromCStr( "uniform sampler2D uTex;\n" "varying highp vec2 vUV;\n" "void main(void) {\n" " gl_FragColor = texture2D(uTex, vUV);\n" "}\n")) << uMvpMatrix // note: uniforms shared between programs << uTex; cv.renderTarget().setClearColor(Vector4f(.2f, .2f, .2f, 0)); } void bankLoaded(DotPath const &path) { LOG_RES_NOTE("Bank item \"%s\" loaded") << path; if(path == "rtt.cube") { DENG2_ASSERT_IN_MAIN_THREAD(); self.canvas().makeCurrent(); testpic.setImage(imageBank.image(path)); //self.canvas().doneCurrent(); imageBank.unload(path); } } void canvasGLResized(Canvas &cv) { LOG_GL_VERBOSE("GLResized: %i x %i") << cv.width() << cv.height(); GLState &st = GLState::current(); //st.setViewport(Rectangleui::fromSize(cv.size())); st.setViewport(Rectangleui(0, 0, cv.width(), cv.height())); updateProjection(cv); } void updateProjection(Canvas &cv) { switch(mode) { case TestRenderToTexture: // 3D projection. projMatrix = Matrix4f::perspective(40, float(cv.width())/float(cv.height())) * Matrix4f::lookAt(Vector3f(), Vector3f(0, 0, -5), Vector3f(0, -1, 0)); break; case TestDynamicAtlas: // 2D projection. uMvpMatrix = projMatrix = Matrix4f::ortho(-cv.width()/2, cv.width()/2, -cv.height()/2, cv.height()/2) * Matrix4f::scale(cv.height()/150.f) * Matrix4f::translate(Vector2f(-50, -50)); break; } } void setMode(Mode newMode) { mode = newMode; updateProjection(self.canvas()); switch(mode) { case TestDynamicAtlas: lastAtlasAdditionAt = Time(); uMvpMatrix = projMatrix; break; default: break; } } void draw(Canvas &) { switch(mode) { case TestRenderToTexture: // First render the frame to the texture. GLState::push() .setTarget(*frameTarget) .setViewport(Rectangleui::fromSize(frameTex.size())); drawRttFrame(); GLState::pop(); // Render normally. drawRttFrame(); break; case TestDynamicAtlas: GLState::push().setBlend(false); drawAtlasFrame(); GLState::pop(); break; } } void drawRttFrame() { GLState::current().target().clear(GLTarget::ColorDepth); // The left cube. uTex = testpic; uMvpMatrix = projMatrix * Matrix4f::translate(Vector3f(-1.5f, 0, 0)) * modelMatrix; ob.draw(); // The right cube. uTex = frameTex; uMvpMatrix = projMatrix * Matrix4f::translate(Vector3f(1.5f, 0, 0)) * modelMatrix; ob.draw(); } void drawAtlasFrame() { GLState::current().target().clear(GLTarget::ColorDepth); uTex = *atlas; atlasOb.draw(); } void timeChanged(Clock const &clock) { if(!startedAt.isValid()) { startedAt = clock.time(); } uTime = startedAt.since(); switch(mode) { case TestRenderToTexture: modelMatrix = Matrix4f::rotate(std::cos(uTime.toFloat()/2) * 45, Vector3f(1, 0, 0)) * Matrix4f::rotate(std::sin(uTime.toFloat()/3) * 60, Vector3f(0, 1, 0)); break; case TestDynamicAtlas: if(lastAtlasAdditionAt.since() > 0.2) { lastAtlasAdditionAt = Time(); nextAtlasAlloc(); } break; } self.canvas().update(); } void nextAtlasAlloc() { if(eraseAtlas) { atlas->clear(); eraseAtlas = false; return; } #if 1 if(!(qrand() % 3) && !atlas->isEmpty()) { // Randomly remove one of the allocations. QList ids; foreach(Id const &id, atlas->allImages()) ids << id; Id chosen = ids[qrand() % ids.size()]; atlas->release(chosen); LOG_DEBUG("Removed ") << chosen; } #endif // Generate a random image. QSize imgSize(10 + qrand() % 40, 10 + qrand() % 40); QImage img(imgSize, QImage::Format_ARGB32); QPainter painter(&img); painter.fillRect(img.rect(), QColor(qrand() % 256, qrand() % 256, qrand() % 256)); painter.setPen(Qt::white); painter.drawRect(img.rect().adjusted(0, 0, -1, -1)); Id id = atlas->alloc(img); LOG_DEBUG("Allocated ") << id; if(id.isNone()) { lastAtlasAdditionAt = Time() + 5.0; // Erase the entire atlas. eraseAtlas = true; } } }; TestWindow::TestWindow() : d(new Instance(this)) { qsrand(Time().asDateTime().toTime_t()); setWindowTitle("libgui GL Sandbox"); setMinimumSize(640, 480); QToolBar *tools = addToolBar(tr("Tests")); tools->addAction("RTT", this, SLOT(testRenderToTexture())); tools->addAction("Atlas", this, SLOT(testDynamicAtlas())); } void TestWindow::canvasGLDraw(Canvas &canvas) { d->draw(canvas); canvas.swapBuffers(); CanvasWindow::canvasGLDraw(canvas); } void TestWindow::testRenderToTexture() { d->setMode(Instance::TestRenderToTexture); } void TestWindow::testDynamicAtlas() { d->setMode(Instance::TestDynamicAtlas); } doomsday-1.14.5/doomsday/tests/test_glsandbox/test_glsandbox.pro0000664000175000017500000000117312350542241024450 0ustar jaakkojaakkoCONFIG += deng_qtopengl deng_qtgui include(../config_test.pri) include(../../dep_gui.pri) include(../../dep_opengl.pri) CONFIG -= console TEMPLATE = app TARGET = test_glsandbox RESOURCES += glsandbox.qrc SOURCES += \ main.cpp \ testwindow.cpp deployTest($$TARGET) gfx.files = testpic.png macx { linkBinaryToBundledLibdeng2($${TARGET}.app/Contents/MacOS/$${TARGET}) linkBinaryToBundledLibdengGui($${TARGET}.app/Contents/MacOS/$${TARGET}) gfx.path = Contents/Resources/graphics QMAKE_BUNDLE_DATA += gfx } else { gfx.path = $$DENG_DATA_DIR/graphics INSTALLS += gfx } HEADERS += \ testwindow.h doomsday-1.14.5/doomsday/tests/test_glsandbox/testwindow.h0000664000175000017500000000213412350542241023264 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #ifndef GLSANDBOX_TESTWINDOW_H #define GLSANDBOX_TESTWINDOW_H #include class TestWindow : public de::CanvasWindow { Q_OBJECT public: TestWindow(); void canvasGLDraw(de::Canvas &canvas); public slots: void testRenderToTexture(); void testDynamicAtlas(); private: DENG2_PRIVATE(d) }; #endif // GLSANDBOX_TESTWINDOW_H doomsday-1.14.5/doomsday/tests/test_glsandbox/main.cpp0000664000175000017500000000227012350542241022335 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include #include "testwindow.h" using namespace de; int main(int argc, char **argv) { try { GuiApp app(argc, argv); app.initSubsystems(App::DisablePlugins); TestWindow win; win.show(); return app.execLoop(); } catch(Error const &err) { qWarning() << err.asText(); } qDebug("Exiting main()..."); return 0; } doomsday-1.14.5/doomsday/tests/test_glsandbox/glsandbox.qrc0000664000175000017500000000014012350542241023367 0ustar jaakkojaakko testpic.png doomsday-1.14.5/doomsday/tests/test_bitfield/0000775000175000017500000000000012350542241020505 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_bitfield/main.cpp0000664000175000017500000000572512350542241022146 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include using namespace de; int main(int, char **) { try { BitField::Elements elems; elems.add(1, 1); BitField pack(elems); pack.set(1, duint(1)); qDebug() << pack.asText().toLatin1().constData(); elems.clear(); elems.add(1, 1); elems.add(2, 1); pack.setElements(elems); pack.set(2, true); qDebug() << pack.asText().toLatin1().constData(); pack.set(1, true); qDebug() << pack.asText().toLatin1().constData(); elems.add(3, 3); pack.set(1, false); qDebug() << pack.asText().toLatin1().constData(); pack.set(3, 6u); qDebug() << pack.asText().toLatin1().constData(); elems.add(10, 8); pack.set(10, 149u); qDebug() << pack.asText().toLatin1().constData(); qDebug() << "Field 1:" << pack[1]; qDebug() << "Field 2:" << pack[2]; qDebug() << "Field 3:" << pack[3]; qDebug() << "Field 10:" << pack[10]; DENG2_ASSERT(pack[10] == 149); BitField pack2 = pack; qDebug() << "Copied:" << pack2.asText().toLatin1().constData(); qDebug() << "Equal:" << (pack2 == pack? "true" : "false"); qDebug() << "Delta:" << pack.delta(pack2); pack2.set(3, 3u); qDebug() << "Modified:" << pack2.asText().toLatin1().constData(); qDebug() << "Equal:" << (pack2 == pack? "true" : "false"); qDebug() << "Delta:" << pack.delta(pack2); pack2.set(3, 6u); pack2.set(10, 128u); qDebug() << "Modified:" << pack2.asText().toLatin1().constData(); qDebug() << "Field 10:" << pack2[10]; qDebug() << "Equal:" << (pack2 == pack? "true" : "false"); qDebug() << "Delta:" << pack.delta(pack2); pack2.set(1, true); qDebug() << "Modified:" << pack2.asText().toLatin1().constData(); qDebug() << "Equal:" << (pack2 == pack? "true" : "false"); qDebug() << "Delta:" << pack.delta(pack2); qDebug() << "Delta (reverse):" << pack2.delta(pack); } catch(Error const &err) { qWarning() << err.asText() << "\n"; } qDebug() << "Exiting main()...\n"; return 0; } doomsday-1.14.5/doomsday/tests/test_bitfield/test_bitfield.pro0000664000175000017500000000015612350542241024052 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_bitfield SOURCES += main.cpp deployTest($$TARGET) doomsday-1.14.5/doomsday/tests/test_script/0000775000175000017500000000000012350542241020227 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_script/kitchen_sink.de0000664000175000017500000004724012350542241023221 0ustar jaakkojaakko# The Doomsday Engine Project # # Copyright (c) 2009-2013 Jaakko Keränen # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . # ================ # THE KITCHEN SINK # ================ # This script tests *all* features of the Doomsday Script Language. # Behold its power and glory. import sections # --------------------------------------------------------------------------- sections.begin('BASIC EXPRESSIONS') sections.subsection('Basic types (number, text, array, dictionary, time).') print 5, 5.5, -3.141592657 print 0x100, 0X123 print "Hello", 'World' print """I can span newlines.""" print [1, 2, 3] print [1, [2, 3], 4] print {'a': 'b', 1: ['b', {5:6, 6:7}], ['array', 'as', 'key']: 'oh my'} print 'The time is now:', Time() sections.subsection('Constants: True, False, None, Pi.') print True, False, None, Pi sections.subsection('Built-in functions: len(), dictkeys(), dictvalues().') print 'len("abcd") =', len("abcd") print 'len([1, 2, 3, 4]) =', len([1, 2, 3, 4]) print 'len({1:2, 3:5, 8:13}) =', len({1:2, 3:5, 8:13}) print 'dictkeys({1:2, 3:5, 8:13}) =', dictkeys({1:2, 3:5, 8:13}) print 'dictvalues({1:2, 3:5, 8:13}) =', dictvalues({1:2, 3:5, 8:13}) sections.subsection('Built-in functions: Text(), Number(), Time(), timedelta().') print Text(123), Number("123") print "Beginning of March 2011:", Time("2011-03-01") print Time("2000-01-02 03:04:05.678") print 'Invalid time:', Time("123-123"), Time("") print 'Thousand seconds later:', timedelta(Time(), Time() + 1000) sections.subsection('Built-in functions: serialize() and deserialize().') a = [1, 'One', {1:'One'}] print 'a =', a b = serialize(a) print 'serialize(a) =', b print 'deserialize(serialize(a)) =', deserialize(b) del a, b sections.subsection('Built-in function: eval().') a = eval(""" 'arg' + 'ument' """) eval("""print "Printed from eval(): %s" % a""") # --------------------------------------------------------------------------- sections.begin('OPERATOR EXPRESSIONS') sections.subsection('Operators: +') print 'Numbers:', 1 + 1, -.5 + .5 print 'Larger than 32-bit:', 0xffffffffff + 0xffffffffff print 'Text:', 'Hello' + 'World' print 'Array:', [1, 2, 3] + ['a', 'b', 'c'] print 'Dictionary:', {1:2, 3:4} + {'a':'b', 'c':'d'} print 'Time:', Time() + 3600 sections.subsection('Operators: -') print 'Numbers:', 1 - 1, -.5 - .5 print 'Larger than 32-bit:', 0xffffffffff - 0xffffffffff print 'Dictionary:', {'a':'A', 'b':'B'} - 'a' print 'Time:', Time() - 3600, timedelta(Time(), Time() - 3600) sections.subsection('Operators: *') print 'Numbers:', 1 * 2, 2.5 * 4, (2 + 6) * 45 print 'Text:', 'Word' * 3, 'Longword' * 3.5 sections.subsection('Operators: /') print 'Numbers:', 2 / 2, 10 / 4, 1 / 0 print 'Path concatenation:', 'folder' / 'filename.ext', 'folder/' / 'filename.ext' sections.subsection('Operators: %') print 'Numbers:', 7 % 3 print 'String formatting:', \ '%s with "%3i" arguments. Hex %x, capital hex %X, float %f, precision %.10f.' % [ 'Formatted', 2, 240, 240, Pi, Pi] print 'More formatting: Width and precision: "%10.5f"' % Pi sections.subsection('Operators: +=, -=, *=, /=, %=') a = 1 print 'a =', a print 'a =', a += 3 print 'a =', a -= 3 print 'a =', a *= 100 print 'a =', a /= 10 print 'a =', a %= 3 print 'a =', a path = '/some/path/' print 'path =', path print 'path =', path /= 'filename.ext' sections.subsection('Operators: []') transports = ['planes', 'trains', 'automobiles', 'bicycles'] print transports[2] xlat = {'hi': 'hello', 'globe': 'world'} print xlat['hi'], xlat['globe'] matrix = [[1, 2], [3, 4]] print 'Two level indexing:', matrix[0][1], matrix[1][1] matrix2 = [matrix, matrix] print 'Three level indexing:', matrix2[1][1][0], 'from', matrix2 sections.subsection('Operators: slice.') fullArray = [1, 2, 3, 4, 5, 6, 7] print 'Full:', fullArray print 'Sliced:', fullArray[2:4], fullArray[3:], fullArray[:3] print 'Nega-sliced:', fullArray[-4:-2] print 'Reversing:', fullArray[::-1] print 'Reverse slice:', fullArray[4:2:-1] print 'Stepping:', fullArray[::2], fullArray[1:6:2] print 'Text can be sliced as well...' fullString = "abcdefg" print 'Full:', fullString print 'Sliced:', fullString[2:4], fullString[3:], fullString[:3] print 'Nega-sliced:', fullString[-4:-2] print 'Reversing:', fullString[::-1] print 'Reverse slice:', fullString[4:2:-1] print 'Stepping:', fullString[::2], fullString[1:6:2] sections.subsection('Operators: not.') print not True print not False print not 'Is this true?' sections.subsection('Operators: and/or.') print True and True print True and False print True or True print True or False print False or False print "'and' has higher preference than 'or':", True and False or True sections.subsection('Operators: comparisons.') print 'Numbers:', 1 > 3, 1 < 3, 2 >= 2, 4 >= 2, 2 <= 2, 4 <= 2 print 'Text:', "hello" > "world", "hello" < "world", 'hello' == 'hello' print 'True/False:', True == True, True != False print 'Arrays:', [1, 0] == [1, 0], [1, 0] < [1, 1], [1, 0] > [1, 1], [2, 0] > [1, 0], [2, 0] < [1, 0] sections.subsection('Operators: in.') print 'transports =', transports if 'bicycles' in transports: print "Got a bicycle." if not 'jet' in transports: print "No jet." # --------------------------------------------------------------------------- sections.begin('STATEMENTS & COMPOUNDS') sections.subsection('Separating statements with semicolon.') print 'Statement 1.'; print 'Statement 2.' sections.subsection('if/elsif/else statements.') if True end if True if True if True if True end end end end if True print 'Regular compound.' else print "You won't see this." end if True: print "One statement compound." else: print "Not printed." if True print "Compound A" if False print "Compound B" else: print "Compound C" end if False: print "Lots of useless stuff here" elsif True print "From the elsif" end if False print 'a)' elsif False print 'b)' elsif True > False print 'c)' end print 'After the a), b), c)' if True: print 'Everything on one line.'; else: print 'Goes unseen.' if False; print 'Goes unseen again.'; else; print 'And with semicolons (requires "end").'; end sections.subsection('Assign statement.') print 'Assigning 10 to i...' i = 10 print '...and i ==', i i = 'abc' print "Now i ==", i sections.subsection('Assign statement: assigning into elements.') array = [1, 2, 3, 4] originalArray = array # by value print array array[1] = 100 print array array[1] = ['a', 'b', 'c'] print array array[1][1] = 'Bee' print array array[1] = {1:2, 'Three':4} print array array[1][4] = 'Four' print array array[2] = array[1] print array array[2]['Three'] = '300' print array print originalArray sections.subsection('Assign statement: weak assignment with ?=.') print "'z' in locals():", 'z' in locals() z ?= 3 print "'z' in locals():", 'z' in locals() print 'z =', z print 'Trying weak assignment: z ?= 10' z ?= 10 print 'z =', z sections.subsection('Assign statement: const assignment to make read-only variables.') z = 1 print 'z =', z const z = 10 print 'z has been consted to', z try z = 10 print 'It is allowed to reassign the same value...' z = 5 catch ReadOnlyError print 'Have to delete z before its value can change.' end del z z = 2 print 'Now z =', 2 sections.subsection('Delete statement: deleting identifiers.') def funky() i = 1 k = 2 print locals() del i print 'After deletion:' print locals() end funky() del funky sections.subsection('while statement.') i = 5 while i > 0 print 'Still looping because %i > 0' % i i -= 1 end sections.subsection('break statement.') while True print "I won't stay here." break print "Jumped over me." end print "Out of the while." while False: print "Never going in." while True while True print "Uh-oh, now I'm in trouble!" break 2 end end print "Guess again!" sections.subsection('for statement.') for i in ['planes', 'trains', 'automobiles'] print "I would like:", i end print 'Value of i after the "for" loop is', i sections.subsection('continue statement.') i = 3 while i > 0 print 'i =', i i -= 1 if i == 1: continue print 'Bottom of loop.' end for i in ['planes', 'trains', 'automobiles'] if i == 'trains': continue print i, 'are cool!' end sections.subsection('pass statement: no operation.') if True: print "'Tis true."; else: pass # --------------------------------------------------------------------------- sections.begin('EXCEPTIONS') sections.subsection('Simple try/catch.') try: print 'Nothing thrown yet.' catch: print 'Skipped.' try: throw "OMG!" catch: print 'Whoa there.' try throw "OMG!" catch print 'Not so fast!' end try: throw "OMG!" catch Error print 'Hold your horses.' end try throw "OMG!" catch Error: print "Whatcha tryin' to pull?" sections.subsection('Minimal catch.') try: throw 'OMG!' catch: pass sections.subsection('Assigning exception message to local variable.') try: throw "OMG!" catch Error, er print 'Caught:', er end try: throw "OMG!" catch Error, er: print 'Caught:', er sections.subsection('Nesting try/catch statements.') try try try throw 'Deep.' catch BogusError end catch BogusError end catch Error, er: print 'Got it:', er try try try throw 'Deep 2.' catch BogusError end catch BogusError: pass try catch Error, er print 'Should *not* be caught here.' end catch Error, er print 'Should be caught here:', er end sections.subsection('Throwing exception in a function.') def erroneous() throw "I can't handle the truth!" end try print "Calling erroneous()" erroneous() try print 'This will be skipped!' catch print 'I am on the wrong catch level.' end catch print 'Fumbled it...' end sections.subsection('Catching a specific type of exception.') try record temp reference = temp del temp print reference catch NullError, er print 'Oh noes:', er end sections.subsection('Multiple catch statements.') try throw 'For the 2nd catch.' catch NullError: print 'Got NullError' catch Error, er: print er catch: print 'Never here.' sections.subsection('Exception thrown in another module.') try sections.throwError() catch Error, er print 'Got error from another module:', er end sections.subsection('Exception thrown in recursive call.') def recursive(i) print i if i == 10: throw 'Reached 10!' recursive(i + 1) end try recursive(1) catch Error, er print er end sections.subsection('Exception from trying to change a read-only variable.') const SOME_CONSTANT = 3.1415 print 'SOME_CONSTANT =', SOME_CONSTANT try SOME_CONSTANT = 3 catch ReadOnlyError, er print 'Cannot do it.', er end try const SOME_CONSTANT = 3 catch ReadOnlyError, er print 'Will not work either:', er end # --------------------------------------------------------------------------- sections.begin('RECORDS') sections.subsection('Creating a record with a statement.') record myrec print len(myrec) print "Alternative way using Record()." del myrec myrec = Record() print len(myrec) sections.subsection('Creating a record using an expression.') del myrec (record myrec).expressionCreated = True myrec.(record subexp).alsoExpCreated = True print myrec del myrec.subexp sections.subsection('Creating variables into a record.') myrec.newMember = 100 print len(myrec) print 'myrec.newMember =', myrec.newMember print "Here's the record:" print myrec sections.subsection('Creating a subrecord.') record myrec.subrec print len(myrec), len(myrec.subrec) const myrec.subrec.something = 200 try myrec.subrec.something = 201 print 'THIS IS AN ERROR -- EXCEPTION SHOULD HAVE BEEN THROWN! --' catch ReadOnlyError, er print 'Cannot change const member.' print er end print 'myrec.subrec.something =', myrec.subrec.something print "Here's the record:" print myrec sections.subsection('Checking whether members exist in record.') print 'subrec' in myrec, 'newMember' in myrec, 'not-there' in myrec.subrec sections.subsection('Built-in functions: members(), subrecords().') print 'members of myrec:', members(myrec) print 'subrecords of myrec:', subrecords(myrec) sections.subsection('Alternative ways to access members and subrecords.') print myrec['newMember'] print myrec['subrec'] print myrec['subrec']['something'] print members(myrec)['newMember'] sections.subsection('Creating new members using [].') myrec['assignedElement'] = 3000 print myrec sections.subsection('Having two variables reference the same record.') reference = myrec print len(reference) reference.otherMember = 150 print "Here's the record:" print myrec reference.memberViaRef = 'added via ref' print "Added a member via a reference:" print reference sections.subsection('Accessing members through a record reference.') record other other.refd = reference print 'The other is:' print other other.refd.newMember = 300 print 'myrec after modifications:' print myrec sections.subsection('Making a copy of a record.') def recCopyTest() print "Record() can be used to make a copy of a record." reference = Record(myrec) print reference print "Now we can modify the new record without affecting myrec." reference.superGreat = 'wow' del reference.subrec print reference print "Original:" print myrec print "Locals:" print locals() end recCopyTest() sections.subsection('Deleting members from record.') print 'Before deleting:' print myrec del myrec.subrec.something print 'After deleting:' print myrec print "subrec isn't gone, though: len(myrec.subrec) =", len(myrec.subrec) sections.subsection('Deleting a record pointed to by two variables.') record soonDeleted reference = soonDeleted del soonDeleted try: print reference catch Error, er: print "Can't print reference:", er del reference sections.subsection('Serializing records.') print 'serialize(myrec) =', serialize(myrec) print 'deserialize(serialize(myrec)) =' print deserialize(serialize(myrec)) # --------------------------------------------------------------------------- sections.begin('FUNCTIONS') sections.subsection('Defining a function (empty body).') def func1(): return func1() def func1b() end func1b() sections.subsection('Returning values from the function.') def func2(): return 'World' print 'Hello', func2() def func2b(a) if a return "It is true!" else return "Nay, it is false." end end print func2b(1), func2b(''), func2b(True), func2b(False) sections.subsection('Returning a record from a function.') def recFunc() record a a.value = "recFunc" return a end try: print recFunc() catch NullError print "Records are passed by reference; the returned record went out of scope." end del recFunc def recFunc() record a a.value = "recFunc" return Record(a) end print "Let's try again, making a copy for the return value." print recFunc() del recFunc sections.subsection('Passing arguments.') a = 'At process scope.' def func3(a, b, c) print 'The arguments were:', a, b, c return b end print 'returned:', func3(1, 2, 3) print a sections.subsection('Passing record as argument.') myrec.passed = 'Original' print 'myrec.passed =', myrec.passed def recArg(r) r.passed = 'Changed' end recArg(myrec) print 'myrec.passed =', myrec.passed sections.subsection('Default values to function arguments.') def func4(a, b='default', c=100) print 'Given:', a, b, c end func4(1) func4(1, 2) func4([1,2], c='world', b='hello') print 'func4 =', func4 sections.subsection('Defining function in a record.') def myrec.func5(a, b) return a + b end print myrec.func5("The record is\n", Text(myrec)) sections.subsection('Defining a function within a function.') def func6() print 'Inside func6.' print 'func2() =', func2() def func2(): return 'Shadows the global level.' print 'func2() =', func2() end func6() print 'func2() =', func2() sections.subsection("Accessing function's locals within a subfunction.") def func7() a = 100 print 'Inside func7: a =', a def func() print 'Inside func: a =', a end func() end func7() sections.subsection('Reference to function.') reference = func2 print 'func2() =', func2() print 'reference() =', reference() print 'reference =', reference sections.subsection('Callback function as argument.') def doCallback(a, b, cb) print cb(a, b) end doCallback(10, 15, myrec.func5) sections.subsection('Returning a local function from a function.') a = 'Process scope.' def testfun() a = 'testfun() scope.' def returningFunc() print 'I come from another place.', a end returningFunc() # 'a' found in local namespace return returningFunc end testfun()() # 'a' found in global namespace! (testfun()'s local scope does not exist here) ar = [testfun] ar[0]()() # --------------------------------------------------------------------------- sections.begin('SCOPES') sections.subsection('Global assignment with :=.') a = 1 print 'a =', a def normalAssign() a = 2 print 'in normalAssign(), a =', a end normalAssign() print 'a =', a def globalAssign() a := 2 print 'in globalAssign(), a =', a end globalAssign() print 'a =', a sections.subsection('Exporting variable from a function.') def exporting() abc = 'Value from exporting()' export abc end abc = 'Value in global namespace' print 'Before: abc =', abc exporting() print 'After: abc =', abc sections.subsection('Exporting a record.') def exporting2() record bunny bunny.ear = 'value' export bunny end exporting2() print 'bunny =', bunny sections.subsection('Exporting while assigning.') del abc def exporting3() export abc = 'Value from exporting3()' end exporting3() print 'abc =', abc sections.subsection('Built-in function locals() returns the local namespace as a record.') print 'At global level:' print locals() print print 'Within a function:' def func8() justMe = "Function's local namespace." print locals() end func8() sections.subsection('Importing modules: built-in module Config.') import Config print "Here's the Config:" print Config sections.subsection('Serializing namespaces.') sns = serialize(locals()) print 'sns =', sns print 'That deserializes into:' dsns = deserialize(sns) print dsns print 'Calling deserialized function...' print dsns.func3(1, 2, 3) print 'Calling deserialized function that throws an exception...' try: dsns.erroneous(); catch: print 'Caught.' del dsns sections.subsection('Serializing record references.') def recordRefTest() record hello hello.entry = 'World' record hello.subrec hello.subrec.another = 123 hello.recref = hello.subrec print 'Original record:' print hello hello.subrec.another = 456 print 'Modified:' print hello print 'After serialization:' print deserialize(serialize(hello)) end recordRefTest() sections.subsection('Importing modules: import record.') print 'Getting rid of the imported sections module (which is just a reference).' print "Note that this has no effect on sections's own namespace." del sections print 'import record sections' import record sections print 'The sections namespace has become a local record.' print locals() # --------------------------------------------------------------------------- sections.begin('SCRIPT RETURN VALUE') sections.subsection('Returning value from the script: the final expression.') "I am the return value." doomsday-1.14.5/doomsday/tests/test_script/sections.de0000664000175000017500000000215412350542241022372 0ustar jaakkojaakko# The Doomsday Engine Project # # Copyright (c) 2009-2013 Jaakko Keränen # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . # Module for printing and numbering sections. secNum = 0 subSecNum = 0 def printSection(msg): print "\n" + "=" * 78 + "\nSECTION %i: %s" % [secNum, msg] def printSubsection(msg): print "\n" + "_" * 78 + "\n%i.%i: %s\n" % [secNum, subSecNum, msg] def begin(msg) secNum += 1 subSecNum := 0 printSection(msg) end def subsection(msg) subSecNum += 1 printSubsection(msg) end def throwError() throw 'Thrown from the sections module.' end doomsday-1.14.5/doomsday/tests/test_script/test_script.pro0000664000175000017500000000053212350542241023314 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_script SOURCES += main.cpp SCRIPTS = kitchen_sink.de sections.de OTHER_FILES += $$SCRIPTS deployTest($$TARGET) scripts.files = $$SCRIPTS scripts.path = $$DENG_DATA_DIR macx { scripts.path = Contents/Resources QMAKE_BUNDLE_DATA += scripts } else { INSTALLS += scripts } doomsday-1.14.5/doomsday/tests/test_script/main.cpp0000664000175000017500000000316612350542241021665 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2009-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include #include #include #include using namespace de; int main(int argc, char **argv) { try { TextApp app(argc, argv); app.initSubsystems(App::DisablePlugins); Script testScript(app.fileSystem().find("kitchen_sink.de")); Process proc(testScript); LOG_MSG("Script parsing is complete! Executing..."); LOG_MSG("------------------------------------------------------------------------------"); proc.execute(); LOG_MSG("------------------------------------------------------------------------------"); LOG_MSG("Final result value is: ") << proc.context().evaluator().result().asText(); } catch(Error const &err) { qWarning() << err.asText(); } qDebug("Exiting main()..."); return 0; } doomsday-1.14.5/doomsday/tests/test_archive/0000775000175000017500000000000012350542241020344 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/tests/test_archive/main.cpp0000664000175000017500000001256612350542241022006 0ustar jaakkojaakko/* * The Doomsday Engine Project * * Copyright (c) 2009-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, see . */ #include #include #include #include #include #include #include #include #include using namespace de; int main(int argc, char **argv) { try { TextApp app(argc, argv); app.initSubsystems(App::DisablePlugins); Block b; Writer(b, littleEndianByteOrder) << duint32(0x11223344); duint32 v; Reader(b, littleEndianByteOrder) >> v; LOG_MSG("%x") << v; Folder &zip = app.fileSystem().find("test.zip"); LOG_MSG("Here's test.zip's info:\n") << zip.info(); LOG_MSG("Root folder's info:\n") << app.rootFolder().info(); LOG_MSG ("General description: %s") << zip.description(); LOG_VERBOSE("Verbose description: %s") << zip.description(); LOGDEV_MSG ("Developer description: %s") << zip.description(); File const &hello = zip.locate("hello.txt"); File::Status stats = hello.status(); LOG_MSG("hello.txt size: %i bytes, modified at %s") << stats.size << Date(stats.modifiedAt); String content = String::fromUtf8(Block(hello)); LOG_MSG("The contents: \"%s\"") << content; try { // Make a second entry. File &worldTxt = zip.newFile("world.txt"); Writer(worldTxt) << FixedByteArray(content.toUtf8()); } catch(File::OutputError const &er) { LOG_WARNING("Cannot change files in read-only mode:\n") << er.asText(); } // test2.zip won't appear in the file system as a folder unless // FS::refresh() is called. newFile() doesn't interpret anything, just // makes a plain file. File &zip2 = app.homeFolder().replaceFile("test2.zip"); zip2.setMode(File::Write | File::Truncate); ZipArchive arch; arch.add(Path("world.txt"), content.toUtf8()); Writer(zip2) << arch; LOG_MSG("Wrote ") << zip2.path(); LOG_MSG("") << zip2.info(); LOG_MSG ("General description: %s") << zip2.description(); LOG_VERBOSE("Verbose description: %s") << zip2.description(); LOGDEV_MSG ("Developer description: %s") << zip2.description(); // Manual reinterpretation can be requested. DENG2_ASSERT(zip2.parent() != 0); Folder &updated = zip2.reinterpret()->as(); DENG2_ASSERT(!zip2.parent()); // became a source // This should now be a package folder so let's fill it with the archive // contents. updated.populate(); LOG_MSG("After reinterpretation: %s with path %s") << updated.description() << updated.path(); LOG_MSG("Trying to get folder ") << updated.path() / "subtest"; Folder &subFolder = App::fileSystem().makeFolder(updated.path() / "subtest"); Writer(subFolder.replaceFile("world2.txt")) << content.toUtf8(); Writer(subFolder.replaceFile("world3.txt")) << content.toUtf8(); Writer(subFolder.replaceFile("world2.txt")) << content.toUtf8(); Writer(subFolder.replaceFile("world2.txt")) << content.toUtf8(); Writer(subFolder.replaceFile("world3.txt")) << content.toUtf8(); try { File &denied = subFolder.locate("world3.txt"); denied.setMode(File::ReadOnly); Writer(denied) << content.toUtf8(); } catch(Error const &er) { LOG_MSG("Correctly denied access to read-only file within archive: %s") << er.asText(); } LOG_MSG("Contents of subtest folder:\n") << updated.locate("subtest").contentsAsText(); LOG_MSG("Before flushing:\n") << app.homeFolder().contentsAsText(); TimeDelta(0.5).sleep(); // make the time difference clearer // Changes were made to the archive via files. The archive won't be // written back to its source file until the PackageFolder instance // is deleted or when a flush is done. updated.flush(); LOG_MSG("After flushing:\n") << app.homeFolder().contentsAsText(); App::fileSystem().copySerialized(updated.path(), "home/copied.zip", FS::PlainFileCopy); LOG_MSG("Plain copy: ") << App::rootFolder().locate("home/copied.zip").description(); App::fileSystem().copySerialized(updated.path(), "home/copied.zip"); LOG_MSG("Normal copy: ") << App::rootFolder().locate("home/copied.zip").description(); } catch(Error const &err) { qWarning() << err.asText(); } qDebug() << "Exiting main()..."; return 0; } doomsday-1.14.5/doomsday/tests/test_archive/test.zip0000664000175000017500000000027212350542241022050 0ustar jaakkojaakkoPKr:`$ hello.txtUT elJelJUxHWHIMI,IMQ(/IQ( n:DPKr:`$ hello.txtUTelJUxPKD`doomsday-1.14.5/doomsday/tests/test_archive/test_archive.pro0000664000175000017500000000050112350542241023542 0ustar jaakkojaakkoinclude(../config_test.pri) TEMPLATE = app TARGET = test_archive SOURCES += main.cpp OTHER_FILES += hello.txt deployTest($$TARGET) archived.files = test.zip hello.txt archived.path = $$DENG_DATA_DIR macx { archived.path = Contents/Resources QMAKE_BUNDLE_DATA += archived } else { INSTALLS += archived } doomsday-1.14.5/doomsday/tests/test_archive/hello.txt0000664000175000017500000000141012350542241022204 0ustar jaakkojaakkoHello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! Hello deflated world! doomsday-1.14.5/doomsday/libgui/0000775000175000017500000000000012350542240015774 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libgui/libgui.pro0000664000175000017500000001341012350542240017770 0ustar jaakkojaakko# The Doomsday Engine Project -- GUI Extension for libdeng2 # Copyright (c) 2013 Jaakko Keränen # # This program is distributed under the GNU Lesser General Public License # version 3 (or, at your option, any later version). Please visit # http://www.gnu.org/licenses/lgpl.html for details. include(../config.pri) TEMPLATE = lib TARGET = deng_gui VERSION = $$DENG_VERSION CONFIG += deng_qtgui deng_qtopengl include(../dep_deng2.pri) include(../dep_opengl.pri) DEFINES += __LIBGUI__ INCLUDEPATH += include win32 { # Keep the version number out of the file name. TARGET_EXT = .dll } else:macx { useFramework(Cocoa) } else:unix { LIBS += -lX11 # DisplayMode uses the Xrandr and XFree86-VideoMode extensions. !deng_nodisplaymode { # Check that the X11 extensions exist. !system(pkg-config --exists xxf86vm) { error(Missing dependency: X11 XFree86 video mode extension library (development headers). Alternatively disable display mode functionality with: CONFIG+=deng_nodisplaymode) } !system(pkg-config --exists xrandr) { error(Missing dependency: X11 RandR extension library (development headers). Alternatively disable display mode functionality with: CONFIG+=deng_nodisplaymode) } QMAKE_CXXFLAGS += $$system(pkg-config xrandr xxf86vm --cflags) LIBS += $$system(pkg-config xrandr xxf86vm --libs) } } # Public headers. publicHeaders(root, \ include/de/Atlas \ include/de/AtlasTexture \ include/de/Canvas \ include/de/CanvasWindow \ include/de/ColorBank \ include/de/DisplayMode \ include/de/Drawable \ include/de/Font \ include/de/FontBank \ include/de/GLBuffer \ include/de/GLFramebuffer \ include/de/GLInfo \ include/de/GLPixelFormat \ include/de/GLProgram \ include/de/GLShader \ include/de/GLShaderBank \ include/de/GLState \ include/de/GLTarget \ include/de/GLTexture \ include/de/GLUniform \ include/de/GuiApp \ include/de/Image \ include/de/ImageBank \ include/de/KdTreeAtlasAllocator \ include/de/KeyEvent \ include/de/KeyEventSource \ include/de/MouseEvent \ include/de/MouseEventSource \ include/de/NativeFont \ include/de/PersistentCanvasWindow \ include/de/RowAtlasAllocator \ include/de/TextureBank \ include/de/VertexBuilder \ ) publicHeaders(gui, \ include/de/gui/atlas.h \ include/de/gui/atlastexture.h \ include/de/gui/canvas.h \ include/de/gui/canvaswindow.h \ include/de/gui/colorbank.h \ include/de/gui/ddkey.h \ include/de/gui/displaymode.h \ include/de/gui/displaymode_native.h \ include/de/gui/drawable.h \ include/de/gui/font.h \ include/de/gui/fontbank.h \ include/de/gui/glbuffer.h \ include/de/gui/glentrypoints.h \ include/de/gui/glframebuffer.h \ include/de/gui/glinfo.h \ include/de/gui/glpixelformat.h \ include/de/gui/glprogram.h \ include/de/gui/glshader.h \ include/de/gui/glshaderbank.h \ include/de/gui/glstate.h \ include/de/gui/gltarget.h \ include/de/gui/gltexture.h \ include/de/gui/gluniform.h \ include/de/gui/guiapp.h \ include/de/gui/image.h \ include/de/gui/imagebank.h \ include/de/gui/kdtreeatlasallocator.h \ include/de/gui/keyevent.h \ include/de/gui/keyeventsource.h \ include/de/gui/libgui.h \ include/de/gui/mouseevent.h \ include/de/gui/mouseeventsource.h \ include/de/gui/nativefont.h \ include/de/gui/opengl.h \ include/de/gui/persistentcanvaswindow.h \ include/de/gui/rowatlasallocator.h \ include/de/gui/texturebank.h \ include/de/gui/vertexbuilder.h \ ) # Sources and private headers. SOURCES += \ src/atlas.cpp \ src/atlastexture.cpp \ src/canvas.cpp \ src/canvaswindow.cpp \ src/colorbank.cpp \ src/displaymode.cpp \ src/drawable.cpp \ src/font.cpp \ src/font_richformat.cpp \ src/fontbank.cpp \ src/glbuffer.cpp \ src/glentrypoints.cpp \ src/glentrypoints_x11.cpp \ src/glframebuffer.cpp \ src/glinfo.cpp \ src/glprogram.cpp \ src/glshader.cpp \ src/glshaderbank.cpp \ src/glstate.cpp \ src/gltarget.cpp \ src/gltarget_alternativebuffer.cpp \ src/gltexture.cpp \ src/gluniform.cpp \ src/guiapp.cpp \ src/image.cpp \ src/imagebank.cpp \ src/kdtreeatlasallocator.cpp \ src/keyevent.cpp \ src/keyeventsource.cpp \ src/mouseevent.cpp \ src/mouseeventsource.cpp \ src/nativefont.cpp \ src/qtnativefont.cpp \ src/qtnativefont.h \ src/persistentcanvaswindow.cpp \ src/rowatlasallocator.cpp \ src/texturebank.cpp macx:!deng_macx6_32bit_64bit: SOURCES += \ src/coretextnativefont_macx.h \ src/coretextnativefont_macx.cpp # DisplayMode !deng_nodisplaymode { win32: SOURCES += src/displaymode_windows.cpp else:macx: OBJECTIVE_SOURCES += src/displaymode_macx.mm else: SOURCES += src/displaymode_x11.cpp } else { SOURCES += src/displaymode_dummy.cpp } unix:!macx: SOURCES += src/imKStoUCS_x11.c scripts.files = \ modules/gui.de OTHER_FILES += \ $$scripts.files # Installation --------------------------------------------------------------- macx { linkDylibToBundledLibdeng2(libdeng_gui) doPostLink("install_name_tool -id @executable_path/../Frameworks/libdeng_gui.1.dylib libdeng_gui.1.dylib") # Update the library included in the main app bundle. doPostLink("mkdir -p ../client/Doomsday.app/Contents/Frameworks") doPostLink("cp -fRp libdeng_gui*dylib ../client/Doomsday.app/Contents/Frameworks") } else { INSTALLS += target target.path = $$DENG_LIB_DIR } deng_sdk { INSTALLS *= target scripts target.path = $$DENG_SDK_LIB_DIR scripts.path = $$DENG_SDK_DIR/modules } doomsday-1.14.5/doomsday/libgui/src/0000775000175000017500000000000012350542240016563 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libgui/src/mouseeventsource.cpp0000664000175000017500000000226512350542240022707 0ustar jaakkojaakko/** @file mouseeventsource.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/MouseEventSource" namespace de { DENG2_PIMPL_NOREF(MouseEventSource) { DENG2_PIMPL_AUDIENCE(MouseStateChange) DENG2_PIMPL_AUDIENCE(MouseEvent) }; DENG2_AUDIENCE_METHOD(MouseEventSource, MouseStateChange) DENG2_AUDIENCE_METHOD(MouseEventSource, MouseEvent) MouseEventSource::MouseEventSource() : d(new Instance) {} } // namespace de doomsday-1.14.5/doomsday/libgui/src/coretextnativefont_macx.h0000664000175000017500000000353012350542240023700 0ustar jaakkojaakko/** @file coretextnativefont_macx.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_CORETEXTNATIVEFONT_H #define LIBGUI_CORETEXTNATIVEFONT_H #include "de/NativeFont" namespace de { /** * OS X specific native font implementation that uses Core Text. */ class CoreTextNativeFont : public NativeFont { public: CoreTextNativeFont(String const &family = ""); CoreTextNativeFont(CoreTextNativeFont const &other); CoreTextNativeFont(QFont const &font); CoreTextNativeFont &operator = (CoreTextNativeFont const &other); protected: void commit() const; int nativeFontAscent() const; int nativeFontDescent() const; int nativeFontHeight() const; int nativeFontLineSpacing() const; Rectanglei nativeFontMeasure(String const &text) const; int nativeFontWidth(String const &text) const; QImage nativeFontRasterize(String const &text, Vector4ub const &foreground, Vector4ub const &background) const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_CORETEXTNATIVEFONT_H doomsday-1.14.5/doomsday/libgui/src/glstate.cpp0000664000175000017500000004267612350542240020751 0ustar jaakkojaakko/** @file glstate.cpp GL state. * * @todo This implementation assumes OpenGL drawing occurs only in one thread. * If multithreaded rendering is done at some point in the future, the GL state * stack must be part of the thread-local data. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLState" #include "de/PersistentCanvasWindow" #include "de/gui/opengl.h" #include namespace de { namespace internal { enum Property { CullMode, DepthTest, DepthFunc, DepthWrite, Blend, BlendFuncSrc, BlendFuncDest, BlendOp, ColorMask, Scissor, ScissorX, ScissorY, ScissorWidth, ScissorHeight, ViewportX, ViewportY, ViewportWidth, ViewportHeight, MAX_PROPERTIES }; static BitField::Spec const propSpecs[MAX_PROPERTIES] = { { CullMode, 2 }, { DepthTest, 1 }, { DepthFunc, 3 }, { DepthWrite, 1 }, { Blend, 1 }, { BlendFuncSrc, 4 }, { BlendFuncDest, 4 }, { BlendOp, 2 }, { ColorMask, 4 }, { Scissor, 1 }, { ScissorX, 12 }, // 12 bits == 4096 max { ScissorY, 12 }, { ScissorWidth, 12 }, { ScissorHeight, 12 }, { ViewportX, 12 }, { ViewportY, 12 }, { ViewportWidth, 12 }, { ViewportHeight, 12 } }; static BitField::Elements const glStateProperties(propSpecs, MAX_PROPERTIES); /// The GL state stack. struct GLStateStack : public QList { GLStateStack() { // Initialize with a default state. append(new GLState); } ~GLStateStack() { qDeleteAll(*this); } }; static GLStateStack stack; /// Currently applied GL state properties. static BitField currentProps; /// Observes the current target and clears the pointer if it happens to get /// deleted. class CurrentTarget : DENG2_OBSERVES(Asset, Deletion) { GLTarget *_target; void assetDeleted(Asset &asset) { if(&asset == _target) { LOG_AS("GLState"); LOGDEV_GL_NOTE("Current target destroyed, clearing pointer"); _target = 0; } } public: CurrentTarget() : _target(0) {} ~CurrentTarget() { set(0); } void set(GLTarget *trg) { if(_target) { _target->audienceForDeletion() -= this; } _target = trg; if(_target) { _target->audienceForDeletion() += this; } } CurrentTarget &operator = (GLTarget *trg) { set(trg); return *this; } bool operator != (GLTarget *trg) const { return _target != trg; } GLTarget *get() const { return _target; } operator GLTarget *() const { return _target; } }; static CurrentTarget currentTarget; } using namespace internal; DENG2_PIMPL(GLState) { BitField props; GLTarget *target; Instance(Public *i) : Base(i) , props(glStateProperties) , target(0) {} Instance(Public *i, Instance const &other) : Base(i) , props(other.props) , target(other.target) {} static GLenum glComp(gl::Comparison comp) { switch(comp) { case gl::Never: return GL_NEVER; case gl::Always: return GL_ALWAYS; case gl::Equal: return GL_EQUAL; case gl::NotEqual: return GL_NOTEQUAL; case gl::Less: return GL_LESS; case gl::Greater: return GL_GREATER; case gl::LessOrEqual: return GL_LEQUAL; case gl::GreaterOrEqual: return GL_GEQUAL; } return GL_NEVER; } static GLenum glBFunc(gl::Blend f) { switch(f) { case gl::Zero: return GL_ZERO; case gl::One: return GL_ONE; case gl::SrcColor: return GL_SRC_COLOR; case gl::OneMinusSrcColor: return GL_ONE_MINUS_SRC_COLOR; case gl::SrcAlpha: return GL_SRC_ALPHA; case gl::OneMinusSrcAlpha: return GL_ONE_MINUS_SRC_ALPHA; case gl::DestColor: return GL_DST_COLOR; case gl::OneMinusDestColor: return GL_ONE_MINUS_DST_COLOR; case gl::DestAlpha: return GL_DST_ALPHA; case gl::OneMinusDestAlpha: return GL_ONE_MINUS_DST_ALPHA; } return GL_ZERO; } void glApply(Property prop) { switch(prop) { case CullMode: switch(self.cull()) { case gl::None: glDisable(GL_CULL_FACE); break; case gl::Front: glEnable(GL_CULL_FACE); glCullFace(GL_FRONT); break; case gl::Back: glEnable(GL_CULL_FACE); glCullFace(GL_BACK); break; } break; case DepthTest: if(self.depthTest()) glEnable(GL_DEPTH_TEST); else glDisable(GL_DEPTH_TEST); break; case DepthFunc: glDepthFunc(glComp(self.depthFunc())); break; case DepthWrite: if(self.depthWrite()) glDepthMask(GL_TRUE); else glDepthMask(GL_FALSE); break; case Blend: if(self.blend()) glEnable(GL_BLEND); else glDisable(GL_BLEND); break; case BlendFuncSrc: case BlendFuncDest: //glBlendFunc(glBFunc(self.srcBlendFunc()), glBFunc(self.destBlendFunc())); glBlendFuncSeparate(glBFunc(self.srcBlendFunc()), glBFunc(self.destBlendFunc()), GL_ONE, GL_ONE); break; case BlendOp: switch(self.blendOp()) { case gl::Add: glBlendEquation(GL_FUNC_ADD); break; case gl::Subtract: glBlendEquation(GL_FUNC_SUBTRACT); break; case gl::ReverseSubtract: glBlendEquation(GL_FUNC_REVERSE_SUBTRACT); break; } break; case ColorMask: { gl::ColorMask const mask = self.colorMask(); glColorMask((mask & gl::WriteRed) != 0, (mask & gl::WriteGreen) != 0, (mask & gl::WriteBlue) != 0, (mask & gl::WriteAlpha) != 0); break; } case Scissor: case ScissorX: case ScissorY: case ScissorWidth: case ScissorHeight: { if(self.scissor() || self.target().hasActiveRect()) { glEnable(GL_SCISSOR_TEST); Rectangleui origScr; if(self.scissor()) { origScr = self.scissorRect(); } else { origScr = Rectangleui::fromSize(self.target().size()); } Rectangleui const scr = self.target().scaleToActiveRect(origScr); glScissor(scr.left(), self.target().size().y - scr.bottom(), scr.width(), scr.height()); } else { glDisable(GL_SCISSOR_TEST); } break; } case ViewportX: case ViewportY: case ViewportWidth: case ViewportHeight: { Rectangleui const vp = self.target().scaleToActiveRect(self.viewport()); //qDebug() << "glViewport" << vp.asText(); glViewport(vp.left(), self.target().size().y - vp.bottom(), vp.width(), vp.height()); break; } default: break; } LIBGUI_ASSERT_GL_OK(); } void removeRedundancies(BitField::Ids &changed) { if(changed.contains(BlendFuncSrc) && changed.contains(BlendFuncDest)) { changed.remove(BlendFuncDest); } if(changed.contains(ScissorX) || changed.contains(ScissorY) || changed.contains(ScissorWidth) || changed.contains(ScissorHeight)) { changed.insert(ScissorX); changed.remove(ScissorY); changed.remove(ScissorWidth); changed.remove(ScissorHeight); } if(changed.contains(ViewportX) || changed.contains(ViewportY) || changed.contains(ViewportWidth) || changed.contains(ViewportHeight)) { changed.insert(ViewportX); changed.remove(ViewportY); changed.remove(ViewportWidth); changed.remove(ViewportHeight); } } }; GLState::GLState() : d(new Instance(this)) { setCull (gl::None); setDepthTest (false); setDepthFunc (gl::Less); setDepthWrite(true); setBlend (true); setBlendFunc (gl::One, gl::Zero); setBlendOp (gl::Add); setColorMask (gl::WriteAll); setDefaultTarget(); } GLState::GLState(GLState const &other) : d(new Instance(this, *other.d)) {} GLState &GLState::operator = (GLState const &other) { d.reset(new Instance(this, *other.d)); return *this; } GLState &GLState::setCull(gl::Cull mode) { d->props.set(CullMode, duint(mode)); return *this; } GLState &GLState::setDepthTest(bool enable) { d->props.set(DepthTest, enable); return *this; } GLState &GLState::setDepthFunc(gl::Comparison func) { d->props.set(DepthFunc, duint(func)); return *this; } GLState &GLState::setDepthWrite(bool enable) { d->props.set(DepthWrite, enable); return *this; } GLState &GLState::setBlend(bool enable) { d->props.set(Blend, enable); return *this; } GLState &GLState::setBlendFunc(gl::Blend src, gl::Blend dest) { d->props.set(BlendFuncSrc, duint(src)); d->props.set(BlendFuncDest, duint(dest)); return *this; } GLState &GLState::setBlendFunc(gl::BlendFunc func) { d->props.set(BlendFuncSrc, duint(func.first)); d->props.set(BlendFuncDest, duint(func.second)); return *this; } GLState &GLState::setBlendOp(gl::BlendOp op) { d->props.set(BlendOp, duint(op)); return *this; } GLState &GLState::setColorMask(gl::ColorMask mask) { d->props.set(ColorMask, duint(mask)); return *this; } GLState &GLState::setTarget(GLTarget &target) { d->target = ⌖ return *this; } GLState &GLState::setDefaultTarget() { d->target = 0; return *this; } GLState &GLState::setViewport(Rectangleui const &viewportRect) { d->props.set(ViewportX, viewportRect.left()); d->props.set(ViewportY, viewportRect.top()); d->props.set(ViewportWidth, viewportRect.width()); d->props.set(ViewportHeight, viewportRect.height()); return *this; } GLState &GLState::setNormalizedViewport(Rectanglef const &normViewportRect) { GLTarget::Size const size = target().size(); Rectangleui vp(Vector2ui(normViewportRect.left() * size.x, normViewportRect.top() * size.y), Vector2ui(std::ceil(normViewportRect.right() * size.x), std::ceil(normViewportRect.bottom() * size.y))); return setViewport(vp); } GLState &GLState::setScissor(Rectanglei const &scissorRect) { return setScissor(scissorRect.toRectangleui()); } GLState &GLState::setScissor(Rectangleui const &newScissorRect) { Rectangleui cumulative; if(scissor()) { cumulative = scissorRect() & newScissorRect; } else { cumulative = newScissorRect; } d->props.set(Scissor, true); d->props.set(ScissorX, cumulative.left()); d->props.set(ScissorY, cumulative.top()); d->props.set(ScissorWidth, cumulative.width()); d->props.set(ScissorHeight, cumulative.height()); return *this; } GLState &GLState::setNormalizedScissor(Rectanglef const &normScissorRect) { Rectangleui vp = viewport(); Rectanglei scis(Vector2i(normScissorRect.left() * vp.width(), normScissorRect.top() * vp.height()), Vector2i(std::ceil(normScissorRect.right() * vp.width()), std::ceil(normScissorRect.bottom() * vp.height()))); return setScissor(scis); } GLState &GLState::clearScissor() { d->props.set(Scissor, false); d->props.set(ScissorX, 0u); d->props.set(ScissorY, 0u); d->props.set(ScissorWidth, 0u); d->props.set(ScissorHeight, 0u); return *this; } gl::Cull GLState::cull() const { return d->props.valueAs(CullMode); } bool GLState::depthTest() const { return d->props.asBool(DepthTest); } gl::Comparison GLState::depthFunc() const { return d->props.valueAs(DepthFunc); } bool GLState::depthWrite() const { return d->props.asBool(DepthWrite); } bool GLState::blend() const { return d->props.asBool(Blend); } gl::Blend GLState::srcBlendFunc() const { return d->props.valueAs(BlendFuncSrc); } gl::Blend GLState::destBlendFunc() const { return d->props.valueAs(BlendFuncDest); } gl::BlendFunc GLState::blendFunc() const { return gl::BlendFunc(srcBlendFunc(), destBlendFunc()); } gl::BlendOp GLState::blendOp() const { return d->props.valueAs(BlendOp); } gl::ColorMask GLState::colorMask() const { return d->props.valueAs(ColorMask); } GLTarget &GLState::target() const { if(d->target) { return *d->target; } return CanvasWindow::main().canvas().renderTarget(); } Rectangleui GLState::viewport() const { return Rectangleui(d->props[ViewportX], d->props[ViewportY], d->props[ViewportWidth], d->props[ViewportHeight]); } Rectanglef GLState::normalizedViewport() const { GLTarget::Size const size = target().size(); Rectangleui const vp = viewport(); return Rectanglef(float(vp.left()) / float(size.x), float(vp.top()) / float(size.y), float(vp.width()) / float(size.x), float(vp.height()) / float(size.y)); } bool GLState::scissor() const { return d->props.asBool(Scissor); } Rectangleui GLState::scissorRect() const { return Rectangleui(d->props[ScissorX], d->props[ScissorY], d->props[ScissorWidth], d->props[ScissorHeight]); } void GLState::apply() const { LIBGUI_ASSERT_GL_OK(); bool forceViewportAndScissor = false; // Update the render target. GLTarget *newTarget = &target(); DENG2_ASSERT(newTarget != 0); if(currentTarget != newTarget) { GLTarget const *oldTarget = currentTarget; if(oldTarget) { oldTarget->glRelease(); } currentTarget = newTarget; currentTarget.get()->glBind(); if((oldTarget && oldTarget->hasActiveRect()) || newTarget->hasActiveRect()) { // We can't trust that the viewport or scissor can remain the same // as the active rectangle may have changed. forceViewportAndScissor = true; } } LIBGUI_ASSERT_GL_OK(); // Determine which properties have changed. BitField::Ids changed; if(currentProps.isEmpty()) { // Apply everything. changed = d->props.elements().ids(); } else { // Just apply the changed parts of the state. changed = d->props.delta(currentProps); if(forceViewportAndScissor) { changed.insert(ViewportX); changed.insert(ScissorX); } } if(!changed.isEmpty()) { d->removeRedundancies(changed); // Apply the changed properties. foreach(BitField::Id id, changed) { d->glApply(Property(id)); } currentProps = d->props; } } void GLState::considerNativeStateUndefined() { currentProps.clear(); currentTarget = 0; } GLState &GLState::current() { DENG2_ASSERT(!stack.isEmpty()); return *stack.last(); } GLState &GLState::push() { // Duplicate the topmost state. push(new GLState(current())); return current(); } GLState &GLState::pop() { delete take(); return current(); } void GLState::push(GLState *state) { stack.append(state); } GLState *GLState::take() { DENG2_ASSERT(stack.size() > 1); return stack.takeLast(); } dsize GLState::stackDepth() { return stack.size(); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/mouseevent.cpp0000664000175000017500000000374512350542240021472 0ustar jaakkojaakko/** @file mouseevent.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/MouseEvent" namespace de { MouseEvent::MouseEvent() : Event(MouseButton), _wheelMotion(FineAngle), _button(Unknown), _state(Released) {} MouseEvent::MouseEvent(MotionType motion, Vector2i const &pos) : Event(motion == Absolute? MousePosition : motion == Relative? MouseMotion : MouseWheel), _pos(pos), _wheelMotion(FineAngle), _button(Unknown), _state(Released) { if(motion == Wheel) { _pos = Vector2i(); _wheel = pos; } } MouseEvent::MouseEvent(WheelMotion wheelMotion, Vector2i const &wheel, Vector2i const &pos) : Event(MouseWheel), _pos(pos), _wheelMotion(wheelMotion), _wheel(wheel), _button(Unknown), _state(Released) {} MouseEvent::MouseEvent(Button button, ButtonState state, Vector2i const &pos) : Event(MouseButton), _pos(pos), _button(button), _state(state) {} MouseEvent::MotionType MouseEvent::motion() const { return type() == MousePosition? Absolute : type() == MouseMotion? Relative : Wheel; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/glshaderbank.cpp0000664000175000017500000001363712350542240021726 0ustar jaakkojaakko/** @file glshaderbank.cpp Bank containing GL shaders. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLShaderBank" #include "de/GLProgram" #include "de/GLShader" #include #include #include #include #include namespace de { DENG2_PIMPL(GLShaderBank) { struct Source : public ISource { /// Information about a shader source. struct ShaderSource { String source; enum Type { FilePath, ShaderSourceText }; Type type; ShaderSource(String const &str = "", Type t = ShaderSourceText) : source(str), type(t) {} }; GLShaderBank &bank; ShaderSource vertex; ShaderSource fragment; Source(GLShaderBank &b, ShaderSource const &vtx, ShaderSource const &frag) : bank(b), vertex(vtx), fragment(frag) {} Time sourceModifiedAt(ShaderSource const &src) const { if(src.type == ShaderSource::FilePath) { return App::rootFolder().locate(src.source).status().modifiedAt; } return bank.sourceModifiedAt(); } Time modifiedAt() const { Time vtxTime = sourceModifiedAt(vertex); Time fragTime = sourceModifiedAt(fragment); return de::max(vtxTime, fragTime); } GLShader *load(GLShader::Type type) const { ShaderSource const &src = (type == GLShader::Vertex? vertex : fragment); if(src.type == ShaderSource::FilePath) { return bank.d->findShader(src.source, type); } // The program will hold the only ref to this shader. return refless(new GLShader(type, src.source.toLatin1())); } }; struct Data : public IData { GLShader *vertex; GLShader *fragment; Data(GLShader *v, GLShader *f) : vertex(holdRef(v)), fragment(holdRef(f)) {} ~Data() { releaseRef(vertex); releaseRef(fragment); } }; typedef QMap Shaders; // path -> shader Shaders shaders; String relativeToPath; Instance(Public *i) : Base(i) {} ~Instance() { clearShaders(); } void clearShaders() { // Release all of our references to the shaders. foreach(GLShader *shader, shaders.values()) { shader->release(); } shaders.clear(); } GLShader *findShader(String const &path, GLShader::Type type) { /// @todo Should check the modification time of the file to determine /// if recompiling the shader is appropriate. if(shaders.contains(path)) { return shaders[path]; } // We don't have this one yet, load and compile it now. GLShader *shader = new GLShader(type, App::rootFolder().locate(path)); shaders.insert(path, shader); return shader; } }; GLShaderBank::GLShaderBank() : d(new Instance(this)) {} void GLShaderBank::addFromInfo(File const &file) { LOG_AS("GLShaderBank"); d->relativeToPath = file.path().fileNamePath(); parse(file); addFromInfoBlocks("shader"); } GLShader &GLShaderBank::shader(DotPath const &path, GLShader::Type type) const { Instance::Data &i = data(path).as(); if(type == GLShader::Vertex) { return *i.vertex; } else { return *i.fragment; } } GLProgram &GLShaderBank::build(GLProgram &program, DotPath const &path) const { Instance::Data &i = data(path).as(); program.build(i.vertex, i.fragment); return program; } Bank::ISource *GLShaderBank::newSourceFromInfo(String const &id) { typedef Instance::Source Source; typedef Instance::Source::ShaderSource ShaderSource; Record const &def = info()[id]; ShaderSource vtx; ShaderSource frag; // Vertex shader definition. if(def.has("vertex")) { vtx = ShaderSource(def["vertex"], ShaderSource::ShaderSourceText); } else if(def.has("path.vertex")) { vtx = ShaderSource(d->relativeToPath / def["path.vertex"], ShaderSource::FilePath); } else if(def.has("path")) { vtx = ShaderSource(d->relativeToPath / def["path"] + ".vsh", ShaderSource::FilePath); } // Fragment shader definition. if(def.has("fragment")) { frag = ShaderSource(def["fragment"], ShaderSource::ShaderSourceText); } else if(def.has("path.fragment")) { frag = ShaderSource(d->relativeToPath / def["path.fragment"], ShaderSource::FilePath); } else if(def.has("path")) { frag = ShaderSource(d->relativeToPath / def["path"] + ".fsh", ShaderSource::FilePath); } return new Source(*this, vtx, frag); } Bank::IData *GLShaderBank::loadFromSource(ISource &source) { Instance::Source &src = source.as(); return new Instance::Data(src.load(GLShader::Vertex), src.load(GLShader::Fragment)); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/canvaswindow.cpp0000664000175000017500000001716212350542240022001 0ustar jaakkojaakko/** @file canvaswindow.cpp Canvas window implementation. * @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/CanvasWindow" #include "de/GuiApp" #include #include #include #include #include #include #include #include #include #include #include #include namespace de { static CanvasWindow *mainWindow = 0; DENG2_PIMPL(CanvasWindow) { Canvas* canvas; ///< Drawing surface for the contents of the window. Canvas* recreated; Canvas::FocusChangeAudience canvasFocusAudience; ///< Stored here during recreation. bool ready; bool mouseWasTrapped; unsigned int frameCount; float fps; Instance(Public *i) : Base(i), canvas(0), recreated(0), ready(false), mouseWasTrapped(false), frameCount(0), fps(0) {} ~Instance() { if(thisPublic == mainWindow) { mainWindow = 0; } } void updateFrameRateStatistics(void) { static Time lastFpsTime; Time const nowTime = Clock::appTime(); // Increment the (local) frame counter. frameCount++; // Count the frames every other second. TimeDelta elapsed = nowTime - lastFpsTime; if(elapsed > 2.5) { fps = frameCount / elapsed; lastFpsTime = nowTime; frameCount = 0; } } void finishCanvasRecreation() { DENG2_ASSERT_IN_MAIN_THREAD(); LOGDEV_GL_MSG("About to replace Canvas %p with %p") << de::dintptr(canvas) << de::dintptr(recreated); // Copy the audiences of the old canvas. recreated->copyAudiencesFrom(*canvas); // Switch the central widget. This will delete the old canvas automatically. self.setCentralWidget(recreated); canvas = recreated; recreated = 0; // Set up the basic GL state for the new canvas. canvas->makeCurrent(); LIBGUI_ASSERT_GL_OK(); DENG2_FOR_EACH_OBSERVER(Canvas::GLInitAudience, i, canvas->audienceForGLInit()) { i->canvasGLInit(*canvas); } DENG2_GUI_APP->notifyGLContextChanged(); #ifdef Q_WS_X11 canvas->update(); #else canvas->updateGL(); #endif LIBGUI_ASSERT_GL_OK(); // Reacquire the focus. canvas->setFocus(); if(mouseWasTrapped) { canvas->trapMouse(); } // Restore the old focus change audience. canvas->audienceForFocusChange() = canvasFocusAudience; LOGDEV_GL_MSG("Canvas replaced with %p") << de::dintptr(canvas); } }; CanvasWindow::CanvasWindow() : QMainWindow(0), d(new Instance(this)) { // Create the drawing canvas for this window. setCentralWidget(d->canvas = new Canvas(this)); // takes ownership d->canvas->audienceForGLReady() += this; d->canvas->audienceForGLDraw() += this; // All input goes to the canvas. d->canvas->setFocus(); } bool CanvasWindow::isReady() const { return d->ready; } float CanvasWindow::frameRate() const { return d->fps; } void CanvasWindow::recreateCanvas() { DENG2_ASSERT_IN_MAIN_THREAD(); GLState::considerNativeStateUndefined(); d->ready = false; // Steal the focus change audience temporarily so no spurious focus // notifications are sent. d->canvasFocusAudience = canvas().audienceForFocusChange(); canvas().audienceForFocusChange().clear(); // We'll re-trap the mouse after the new canvas is ready. d->mouseWasTrapped = canvas().isMouseTrapped(); canvas().trapMouse(false); canvas().setParent(0); canvas().hide(); // Create the replacement Canvas. Once it's created and visible, we'll // finish the switch-over. d->recreated = new Canvas(this, d->canvas); d->recreated->audienceForGLReady() += this; //d->recreated->setGeometry(d->canvas->geometry()); d->recreated->show(); d->recreated->update(); LIBGUI_ASSERT_GL_OK(); LOGDEV_GL_MSG("Canvas recreated, old one still exists"); qDebug() << "old Canvas" << &canvas(); qDebug() << "new Canvas" << d->recreated; } bool CanvasWindow::isRecreationInProgress() const { return d->recreated != 0; } Canvas &CanvasWindow::canvas() const { DENG2_ASSERT(d->canvas != 0); return *d->canvas; } bool CanvasWindow::ownsCanvas(Canvas *c) const { if(!c) return false; return (d->canvas == c || d->recreated == c); } #ifdef WIN32 bool CanvasWindow::event(QEvent *ev) { if(ev->type() == QEvent::ActivationChange) { //LOG_DEBUG("CanvasWindow: Forwarding QEvent::KeyRelease, Qt::Key_Alt"); QKeyEvent keyEvent = QKeyEvent(QEvent::KeyRelease, Qt::Key_Alt, Qt::NoModifier); return QApplication::sendEvent(&canvas(), &keyEvent); } return QMainWindow::event(ev); } #endif void CanvasWindow::hideEvent(QHideEvent *ev) { LOG_AS("CanvasWindow"); QMainWindow::hideEvent(ev); LOG_GL_VERBOSE("Hide event (hidden:%b)") << isHidden(); } void CanvasWindow::canvasGLReady(Canvas &canvas) { d->ready = true; if(d->recreated == &canvas) { #ifndef Q_WS_X11 d->finishCanvasRecreation(); #else // Need to defer the finalization. qDebug() << "defer recreation"; QTimer::singleShot(100, this, SLOT(finishCanvasRecreation())); #endif } } void CanvasWindow::canvasGLDraw(Canvas &) { d->updateFrameRateStatistics(); } duint CanvasWindow::grabAsTexture(GrabMode mode) const { return d->canvas->grabAsTexture( mode == GrabHalfSized? QSize(width()/2, height()/2) : QSize()); } duint CanvasWindow::grabAsTexture(Rectanglei const &area, GrabMode mode) const { QSize size; if(mode == GrabHalfSized) { size = QSize(area.width()/2, area.height()/2); } return d->canvas->grabAsTexture( QRect(area.left(), area.top(), area.width(), area.height()), size); } bool CanvasWindow::grabToFile(NativePath const &path) const { return d->canvas->grabImage().save(path.toString()); } void CanvasWindow::swapBuffers(gl::SwapBufferMode swapMode) const { // Force a swapbuffers right now. d->canvas->swapBuffers(swapMode); } void CanvasWindow::glActivate() { canvas().makeCurrent(); } void CanvasWindow::glDone() { canvas().doneCurrent(); } void *CanvasWindow::nativeHandle() const { return reinterpret_cast(winId()); } void CanvasWindow::finishCanvasRecreation() { d->finishCanvasRecreation(); } bool CanvasWindow::mainExists() { return mainWindow != 0; } CanvasWindow &CanvasWindow::main() { DENG2_ASSERT(mainWindow != 0); return *mainWindow; } void CanvasWindow::setMain(CanvasWindow *window) { mainWindow = window; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/coretextnativefont_macx.cpp0000664000175000017500000002170012350542240024232 0ustar jaakkojaakko/** @file coretextnativefont_macx.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "coretextnativefont_macx.h" #include #include #include #include #include namespace de { struct CoreTextFontCache : public Lockable { struct Key { String name; dfloat size; Key(String const &n = "", dfloat s = 12.f) : name(n), size(s) {} bool operator < (Key const &other) const { if(name == other.name) { return size < other.size && !fequal(size, other.size); } return name < other.name; } }; typedef QMap Fonts; Fonts fonts; CGColorSpaceRef _colorspace; ///< Shared by all fonts. CoreTextFontCache() : _colorspace(0) {} ~CoreTextFontCache() { clear(); if(_colorspace) { CGColorSpaceRelease(_colorspace); } } CGColorSpaceRef colorspace() { if(!_colorspace) { _colorspace = CGColorSpaceCreateDeviceRGB(); } return _colorspace; } void clear() { DENG2_GUARD(this); foreach(CTFontRef ref, fonts.values()) { CFRelease(ref); } } CTFontRef getFont(String const &postScriptName, dfloat pointSize) { DENG2_GUARD(this); Key const key(postScriptName, pointSize); if(fonts.contains(key)) { // Already got it. return fonts[key]; } // Get a reference to the font. CFStringRef name = CFStringCreateWithCharacters(nil, (UniChar *) postScriptName.data(), postScriptName.size()); CTFontRef font = CTFontCreateWithName(name, pointSize, nil); CFRelease(name); LOG_GL_VERBOSE("Cached native font '%s' size %.1f") << postScriptName << pointSize; fonts.insert(key, font); return font; } #ifdef DENG2_DEBUG float fontSize(CTFontRef font) const { DENG2_FOR_EACH_CONST(Fonts, i, fonts) { if(i.value() == font) return i.key().size; } DENG2_ASSERT(!"Font not in cache"); return 0; } int fontWeight(CTFontRef font) const { DENG2_FOR_EACH_CONST(Fonts, i, fonts) { if(i.value() == font) { if(i.key().name.contains("Light")) return 25; if(i.key().name.contains("Bold")) return 75; return 50; } } DENG2_ASSERT(!"Font not in cache"); return 0; } #endif }; static CoreTextFontCache fontCache; DENG2_PIMPL(CoreTextNativeFont) { CTFontRef font; float ascent; float descent; float height; float lineSpacing; // Note that while fonts are used from multiple threads, native font instances // are copied once per each rich formatting range so we don't need to worry // about this cached data being used from many threads. String lineText; CTLineRef line; Instance(Public *i) : Base(i) , font(0) , ascent(0) , descent(0) , height(0) , lineSpacing(0) , line(0) {} Instance(Public *i, Instance const &other) : Base(i) , font(other.font) , ascent(other.ascent) , descent(other.descent) , height(other.height) , lineSpacing(other.lineSpacing) , line(0) {} ~Instance() { release(); } void release() { font = 0; releaseLine(); } void releaseLine() { if(line) { CFRelease(line); line = 0; } lineText.clear(); } void updateFontAndMetrics() { release(); // Get a reference to the font. font = fontCache.getFont(self.nativeFontName(), self.size()); // Get basic metrics about the font. ascent = ceil(CTFontGetAscent(font)); descent = ceil(CTFontGetDescent(font)); height = ascent + descent; lineSpacing = height + CTFontGetLeading(font); } void makeLine(String const &text, CGColorRef color = 0) { if(lineText == text) return; // Already got it. releaseLine(); lineText = text; void const *keys[] = { kCTFontAttributeName, kCTForegroundColorAttributeName }; void const *values[] = { font, color }; CFDictionaryRef attribs = CFDictionaryCreate(nil, keys, values, color? 2 : 1, nil, nil); CFStringRef textStr = CFStringCreateWithCharacters(nil, (UniChar *) text.data(), text.size()); CFAttributedStringRef as = CFAttributedStringCreate(0, textStr, attribs); line = CTLineCreateWithAttributedString(as); CFRelease(attribs); CFRelease(textStr); CFRelease(as); } }; } // namespace de namespace de { CoreTextNativeFont::CoreTextNativeFont(String const &family) : NativeFont(family), d(new Instance(this)) {} CoreTextNativeFont::CoreTextNativeFont(QFont const &font) : NativeFont(font.family()), d(new Instance(this)) { setSize(font.pointSizeF()); setWeight(font.weight()); setStyle(font.italic()? Italic : Regular); } CoreTextNativeFont::CoreTextNativeFont(CoreTextNativeFont const &other) : NativeFont(other), d(new Instance(this, *other.d)) { // If the other is ready, this will be too. setState(other.state()); } CoreTextNativeFont &CoreTextNativeFont::operator = (CoreTextNativeFont const &other) { NativeFont::operator = (other); d.reset(new Instance(this, *other.d)); // If the other is ready, this will be too. setState(other.state()); return *this; } void CoreTextNativeFont::commit() const { d->updateFontAndMetrics(); } int CoreTextNativeFont::nativeFontAscent() const { return roundi(d->ascent); } int CoreTextNativeFont::nativeFontDescent() const { return roundi(d->descent); } int CoreTextNativeFont::nativeFontHeight() const { return roundi(d->height); } int CoreTextNativeFont::nativeFontLineSpacing() const { return roundi(d->lineSpacing); } Rectanglei CoreTextNativeFont::nativeFontMeasure(String const &text) const { d->makeLine(text); //CGLineGetImageBounds(d->line, d->gc); // more accurate but slow Rectanglei rect(Vector2i(0, -d->ascent), Vector2i(roundi(CTLineGetTypographicBounds(d->line, NULL, NULL, NULL)), d->descent)); return rect; } int CoreTextNativeFont::nativeFontWidth(String const &text) const { d->makeLine(text); return roundi(CTLineGetTypographicBounds(d->line, NULL, NULL, NULL)); } QImage CoreTextNativeFont::nativeFontRasterize(String const &text, Vector4ub const &foreground, Vector4ub const &background) const { #if 0 DENG2_ASSERT(fequal(fontCache.fontSize(d->font), size())); DENG2_ASSERT(fontCache.fontWeight(d->font) == weight()); #endif // Text color. Vector4d const fg = foreground.zyxw().toVector4f() / 255.f; CGColorRef fgColor = CGColorCreate(fontCache.colorspace(), &fg.x); // Ensure the color is used by recreating the attributed line string. d->releaseLine(); d->makeLine(text, fgColor); // Set up the bitmap for drawing into. Rectanglei const bounds = measure(text); QImage backbuffer(QSize(bounds.width(), bounds.height()), QImage::Format_ARGB32);//_Premultiplied); backbuffer.fill(QColor(background.x, background.y, background.z, background.w).rgba()); CGContextRef gc = CGBitmapContextCreate(backbuffer.bits(), backbuffer.width(), backbuffer.height(), 8, 4 * backbuffer.width(), fontCache.colorspace(), kCGImageAlphaPremultipliedLast); CGContextSetTextPosition(gc, 0, d->descent); CTLineDraw(d->line, gc); CGColorRelease(fgColor); CGContextRelease(gc); return backbuffer; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/persistentcanvaswindow.cpp0000664000175000017500000006617212350542240024127 0ustar jaakkojaakko/** @file persistentcanvaswindow.cpp Canvas window with persistent state. * @ingroup gui * * @todo Platform-specific behavior should be encapsulated in subclasses, e.g., * MacWindowBehavior. This would make the code easier to follow and more adaptable * to the quirks of each platform. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/PersistentCanvasWindow" #include "de/GuiApp" #include "de/DisplayMode" #include #include #include #include #include #include #include namespace de { static String const MAIN_WINDOW_ID = "main"; int const PersistentCanvasWindow::MIN_WIDTH = 320; int const PersistentCanvasWindow::MIN_HEIGHT = 240; static int const BREAK_CENTERING_THRESHOLD = 5; static QRect desktopRect() { /// @todo Multimonitor? This checks the default screen. return QApplication::desktop()->screenGeometry(); } static QRect centeredQRect(Vector2ui const &size) { Vector2ui const screenSize(desktopRect().size().width(), desktopRect().size().height()); Vector2ui const clamped = size.min(screenSize); LOGDEV_GL_XVERBOSE("centeredGeometry: Current desktop rect %i x %i") << screenSize.x << screenSize.y; return QRect(desktopRect().topLeft() + QPoint((screenSize.x - clamped.x) / 2, (screenSize.y - clamped.y) / 2), QSize(clamped.x, clamped.y)); } static Rectanglei centeredRect(Vector2ui const &size) { QRect rect = centeredQRect(size); return Rectanglei(rect.left(), rect.top(), rect.width(), rect.height()); } static void notifyAboutModeChange() { /// @todo This should be done using an observer. LOG_GL_NOTE("Display mode has changed"); DENG2_GUI_APP->notifyDisplayModeChanged(); } DENG2_PIMPL(PersistentCanvasWindow) { /** * Logical state of a window. */ struct State { enum Flag { None = 0, Fullscreen = 0x1, Centered = 0x2, Maximized = 0x4, FSAA = 0x8, VSync = 0x10 }; typedef int Flags; String winId; Rectanglei windowRect; ///< Window geometry in windowed mode. Size fullSize; ///< Dimensions in a fullscreen mode. int colorDepthBits; Flags flags; State(String const &id) : winId(id), colorDepthBits(0), flags(None) {} bool operator == (State const &other) const { return (winId == other.winId && windowRect == other.windowRect && fullSize == other.fullSize && colorDepthBits == other.colorDepthBits && flags == other.flags); } bool operator != (State const &other) const { return !(*this == other); } bool isCentered() const { return (flags & Centered) != 0; } bool isWindow() const { return !isFullscreen() && !isMaximized(); } bool isFullscreen() const { return (flags & Fullscreen) != 0; } bool isMaximized() const { return (flags & Maximized) != 0; } bool isAntialiased() const { return (flags & FSAA) != 0; } bool isVSync() const { return (flags & VSync) != 0; } void setFlag(Flags const &f, bool set = true) { if(set) { flags |= f; if(f & Maximized) LOGDEV_GL_VERBOSE("Setting State::Maximized"); } else { flags &= ~f; if(f & Centered) LOGDEV_GL_VERBOSE("Clearing State::Centered"); if(f & Maximized) LOGDEV_GL_VERBOSE("Clearing State::Maximized"); } } QString configName(String const &key) const { return QString("window.%1.%2").arg(winId).arg(key); } void saveToConfig() { Config &config = App::config(); ArrayValue *array = new ArrayValue; *array << NumberValue(windowRect.left()) << NumberValue(windowRect.top()) << NumberValue(windowRect.width()) << NumberValue(windowRect.height()); config.set(configName("rect"), array); array = new ArrayValue; *array << NumberValue(fullSize.x) << NumberValue(fullSize.y); config.set(configName("fullSize"), array); config.set(configName("center"), isCentered()); config.set(configName("maximize"), isMaximized()); config.set(configName("fullscreen"), isFullscreen()); config.set(configName("colorDepth"), colorDepthBits); config.set(configName("fsaa"), isAntialiased()); config.set(configName("vsync"), isVSync()); } void restoreFromConfig() { Config &config = App::config(); // The default state of the window is determined by these values. ArrayValue const &rect = config.geta(configName("rect")); if(rect.size() >= 4) { windowRect = Rectanglei(rect.at(0).asNumber(), rect.at(1).asNumber(), rect.at(2).asNumber(), rect.at(3).asNumber()); } ArrayValue const &fs = config.geta(configName("fullSize")); if(fs.size() >= 2) { fullSize = Size(fs.at(0).asNumber(), fs.at(1).asNumber()); } colorDepthBits = config.geti(configName("colorDepth")); setFlag(Centered, config.getb(configName("center"))); setFlag(Maximized, config.getb(configName("maximize"))); setFlag(Fullscreen, config.getb(configName("fullscreen"))); setFlag(FSAA, config.getb(configName("fsaa"))); setFlag(VSync, config.getb(configName("vsync"))); } /** * Determines if the window will overtake the entire screen. */ bool shouldCaptureScreen() const { return isFullscreen() && !DisplayMode_IsEqual(displayMode(), DisplayMode_OriginalMode()); } /** * Determines the display mode that this state will use in * fullscreen mode. */ DisplayMode const *displayMode() const { if(isFullscreen()) { return DisplayMode_FindClosest(fullSize.x, fullSize.y, colorDepthBits, 0); } return DisplayMode_OriginalMode(); } void applyAttributes(int const *attribs) { for(int i = 0; attribs[i]; ++i) { switch(attribs[i++]) { case PersistentCanvasWindow::Left: windowRect.moveTopLeft(Vector2i(attribs[i], windowRect.topLeft.y)); break; case PersistentCanvasWindow::Top: windowRect.moveTopLeft(Vector2i(windowRect.topLeft.x, attribs[i])); break; case PersistentCanvasWindow::Width: windowRect.setWidth(de::max(attribs[i], MIN_WIDTH)); break; case PersistentCanvasWindow::Height: windowRect.setHeight(de::max(attribs[i], MIN_HEIGHT)); break; case PersistentCanvasWindow::Centered: setFlag(State::Centered, attribs[i]); break; case PersistentCanvasWindow::Maximized: setFlag(State::Maximized, attribs[i]); if(attribs[i]) setFlag(State::Fullscreen, false); break; case PersistentCanvasWindow::Fullscreen: setFlag(State::Fullscreen, attribs[i]); if(attribs[i]) setFlag(State::Maximized, false); break; case PersistentCanvasWindow::FullscreenWidth: fullSize.x = attribs[i]; break; case PersistentCanvasWindow::FullscreenHeight: fullSize.y = attribs[i]; break; case PersistentCanvasWindow::ColorDepthBits: colorDepthBits = attribs[i]; DENG2_ASSERT(colorDepthBits >= 8 && colorDepthBits <= 32); break; case PersistentCanvasWindow::FullSceneAntialias: setFlag(State::FSAA, attribs[i]); break; case PersistentCanvasWindow::VerticalSync: setFlag(State::VSync, attribs[i]); break; default: // Unknown attribute. DENG2_ASSERT(false); } } } /** * Checks all command line options that affect window geometry and * applies them to this logical state. */ void modifyAccordingToOptions() { CommandLine const &cmdLine = App::app().commandLine(); // We will compose a set of attributes based on the options. QVector attribs; if(cmdLine.has("-nofullscreen") || cmdLine.has("-window")) { attribs << PersistentCanvasWindow::Fullscreen << false; } if(cmdLine.has("-fullscreen") || cmdLine.has("-nowindow")) { attribs << PersistentCanvasWindow::Fullscreen << true; } if(int arg = cmdLine.check("-width", 1)) { attribs << PersistentCanvasWindow::FullscreenWidth << cmdLine.at(arg + 1).toInt(); } if(int arg = cmdLine.check("-height", 1)) { attribs << PersistentCanvasWindow::FullscreenHeight << cmdLine.at(arg + 1).toInt(); } if(int arg = cmdLine.check("-winwidth", 1)) { attribs << PersistentCanvasWindow::Width << cmdLine.at(arg + 1).toInt(); } if(int arg = cmdLine.check("-winheight", 1)) { attribs << PersistentCanvasWindow::Height << cmdLine.at(arg + 1).toInt(); } if(int arg = cmdLine.check("-winsize", 2)) { attribs << PersistentCanvasWindow::Width << cmdLine.at(arg + 1).toInt() << PersistentCanvasWindow::Height << cmdLine.at(arg + 2).toInt(); } if(int arg = cmdLine.check("-colordepth", 1)) { attribs << PersistentCanvasWindow::ColorDepthBits << de::clamp(8, cmdLine.at(arg+1).toInt(), 32); } if(int arg = cmdLine.check("-bpp", 1)) { attribs << PersistentCanvasWindow::ColorDepthBits << de::clamp(8, cmdLine.at(arg+1).toInt(), 32); } if(int arg = cmdLine.check("-xpos", 1)) { attribs << PersistentCanvasWindow::Left << cmdLine.at(arg+ 1 ).toInt() << PersistentCanvasWindow::Centered << false << PersistentCanvasWindow::Maximized << false; } if(int arg = cmdLine.check("-ypos", 1)) { attribs << PersistentCanvasWindow:: Top << cmdLine.at(arg + 1).toInt() << PersistentCanvasWindow::Centered << false << PersistentCanvasWindow::Maximized << false; } if(cmdLine.check("-center")) { attribs << PersistentCanvasWindow::Centered << true; } if(cmdLine.check("-nocenter")) { attribs << PersistentCanvasWindow::Centered << false; } if(cmdLine.check("-maximize")) { attribs << PersistentCanvasWindow::Maximized << true; } if(cmdLine.check("-nomaximize")) { attribs << PersistentCanvasWindow::Maximized << false; } if(cmdLine.check("-nofsaa")) { attribs << PersistentCanvasWindow::FullSceneAntialias << false; } if(cmdLine.check("-fsaa")) { attribs << PersistentCanvasWindow::FullSceneAntialias << true; } if(cmdLine.check("-novsync")) { attribs << PersistentCanvasWindow::VerticalSync << false; } if(cmdLine.check("-vsync")) { attribs << PersistentCanvasWindow::VerticalSync << true; } attribs << PersistentCanvasWindow::End; applyAttributes(attribs.constData()); } }; struct Task { enum Type { ShowNormal, ShowFullscreen, ShowMaximized, SetGeometry, NotifyModeChange, TrapMouse, MacRaiseOverShield }; Type type; Rectanglei rect; TimeDelta delay; ///< How long to wait before doing this. Task(Type t, TimeDelta defer = 0) : type(t), delay(defer) {} Task(Rectanglei const &r, TimeDelta defer = 0) : type(SetGeometry), rect(r), delay(defer) {} }; String id; // Logical state. State state; bool neverShown; typedef QList Tasks; Tasks queue; Instance(Public *i, String const &windowId) : Base(i), id(windowId), state(windowId), neverShown(true) { // Keep a global pointer to the main window. if(id == MAIN_WINDOW_ID) { DENG2_ASSERT(!mainExists()); setMain(thisPublic); } self.setMinimumSize(MIN_WIDTH, MIN_HEIGHT); } ~Instance() { self.saveToConfig(); } /** * Parse the attributes array and check the values. * @param attribs Array of attributes, terminated by Attribute::End. */ bool validateAttributes(int const *attribs) { DENG2_ASSERT(attribs); for(int i = 0; attribs[i]; ++i) { switch(attribs[i++]) { case Width: case FullscreenWidth: if(attribs[i] < MIN_WIDTH) return false; break; case Height: case FullscreenHeight: if(attribs[i] < MIN_HEIGHT) return false; break; case Fullscreen: // Can't go to fullscreen when downloading. //if(attribs[i] && Updater_IsDownloadInProgress()) // return false; break; case ColorDepthBits: if(attribs[i] < 8 || attribs[i] > 32) return false; // Illegal value. break; case Centered: case Maximized: break; default: // Unknown attribute. LOGDEV_GL_WARNING("Unknown attribute %i, aborting...") << attribs[i]; return false; } } // Seems ok. return true; } /** * Parse attributes and apply the values to the widget. * * @param attribs Zero-terminated array of attributes and values. */ void applyAttributes(int const *attribs) { LOG_AS("applyAttributes"); DENG2_ASSERT(attribs); // Update the cached state from the authoritative source: // the widget itself. state = widgetState(); // The new modified state. State mod = state; mod.applyAttributes(attribs); LOGDEV_GL_MSG("windowRect:%s fullSize:%s depth:%i flags:%x") << mod.windowRect.asText() << mod.fullSize.asText() << mod.colorDepthBits << mod.flags; // Apply them. if(mod != state) { applyToWidget(mod); } else { LOGDEV_GL_VERBOSE("New window attributes are the same as before"); } } /** * Apply a logical state to the concrete widget instance. All properties of * the widget may not be updated instantly during this method. Particularly * a display mode change will cause geometry changes to occur later. * * @param newState State to apply. */ void applyToWidget(State const &newState) { bool trapped = self.canvas().isMouseTrapped(); // If the display mode needs to change, we will have to defer the rest // of the state changes so that everything catches up after the change. TimeDelta defer = 0; DisplayMode const *newMode = newState.displayMode(); bool modeChanged = false; if(!self.isVisible()) { // Change size immediately. queue << Task(newState.windowRect); } // Change display mode, if necessary. if(!DisplayMode_IsEqual(DisplayMode_Current(), newMode)) { LOG_GL_NOTE("Changing display mode to %i x %i x %i (%.1f Hz)") << newMode->width << newMode->height << newMode->depth << newMode->refreshRate; modeChanged = DisplayMode_Change(newMode, newState.shouldCaptureScreen()); state.colorDepthBits = newMode->depth; // Wait a while after the mode change to let changes settle in. #ifdef MACOSX defer = .1; #else defer = .01; #endif } if(self.isVisible()) { // Possible actions: // // Window -> Window: Geometry // Window -> Max: ShowMax // Window -> Full: ShowFull // Window -> Mode+Full: Mode, ShowFull // Max -> Window: ShowNormal, Geometry // Max -> Max: - // Max -> Full: ShowFull // Max -> Mode+Full: Mode, ShowFull // Full -> Window: ShowNormal, Geometry // Full -> Max: ShowMax // Full -> Full: - // Full -> Mode+Full: Mode, SnowNormal, ShowFull if(newState.isWindow()) { queue << Task(Task::ShowNormal, defer) << Task(newState.windowRect); } else { if(modeChanged) { queue << Task(Task::ShowNormal, defer); defer = 0.01; } if(newState.isMaximized()) { queue << Task(Task::ShowMaximized, defer); state.windowRect = newState.windowRect; } else if(newState.isFullscreen()) { queue << Task(Task::ShowFullscreen, defer); state.windowRect = newState.windowRect; } } defer = 0; } if(modeChanged) { #ifdef MACOSX if(newState.isFullscreen()) { queue << Task(Task::MacRaiseOverShield); } #endif queue << Task(Task::NotifyModeChange, .1); } if(trapped /*|| newState.isFullscreen()*/) { queue << Task(Task::TrapMouse); } state.fullSize = newState.fullSize; state.flags = newState.flags; checkQueue(); } void checkQueue() { while(!queue.isEmpty()) { Task &next = queue[0]; if(next.delay > 0.0) { QTimer::singleShot(next.delay.asMilliSeconds(), thisPublic, SLOT(performQueuedTasks())); next.delay = 0; break; } else { // Do it now. switch(next.type) { case Task::ShowNormal: LOG_GL_VERBOSE("Showing window as normal"); self.showNormal(); break; case Task::ShowMaximized: LOG_GL_VERBOSE("Showing window as maximized"); self.showMaximized(); break; case Task::ShowFullscreen: LOG_GL_VERBOSE("Showing window as fullscreen"); self.showFullScreen(); break; case Task::SetGeometry: if(state.isCentered()) { LOG_GL_VERBOSE("Centering window with size ") << next.rect.size().asText(); next.rect = centeredRect(next.rect.size()); } LOG_GL_VERBOSE("Setting window geometry to ") << next.rect.asText(); self.setGeometry(next.rect.left(), next.rect.top(), next.rect.width(), next.rect.height()); state.windowRect = next.rect; break; case Task::NotifyModeChange: LOGDEV_GL_VERBOSE("Display mode change notification"); notifyAboutModeChange(); break; case Task::MacRaiseOverShield: #ifdef MACOSX // Pull the window again over the shield after the mode change. LOGDEV_GL_VERBOSE("Raising window over shield"); DisplayMode_Native_Raise(self.nativeHandle()); #endif break; case Task::TrapMouse: self.canvas().trapMouse(); break; } queue.takeFirst(); } } // The queue is now empty; all modifications to state have been applied. DENG2_FOR_PUBLIC_AUDIENCE2(AttributeChange, i) { i->windowAttributesChanged(self); } } /** * Gets the current state of the Qt widget. */ State widgetState() const { State st(id); st.windowRect = self.windowRect(); st.fullSize = state.fullSize; st.colorDepthBits = DisplayMode_Current()->depth; st.flags = (self.isMaximized()? State::Maximized : State::None) | (self.isFullScreen()? State::Fullscreen : State::None) | (state.isCentered()? State::Centered : State::None); return st; } DENG2_PIMPL_AUDIENCE(AttributeChange) }; DENG2_AUDIENCE_METHOD(PersistentCanvasWindow, AttributeChange) PersistentCanvasWindow::PersistentCanvasWindow(String const &id) : d(new Instance(this, id)) { try { restoreFromConfig(); } catch(Error const &er) { LOG_WARNING("Failed to restore window state:\n%s") << er.asText(); } } void PersistentCanvasWindow::saveToConfig() { try { d->widgetState().saveToConfig(); } catch(Error const &er) { LOG_WARNING("Failed to save window state:\n%s") << er.asText(); } } void PersistentCanvasWindow::restoreFromConfig() { // Restore the window's state. d->state.restoreFromConfig(); d->state.modifyAccordingToOptions(); d->applyToWidget(d->state); } bool PersistentCanvasWindow::isCentered() const { return d->state.isCentered(); } Rectanglei PersistentCanvasWindow::windowRect() const { if(d->neverShown) { // If the window hasn't been shown yet, it doesn't have a valid // normal geometry. Use the one defined in the logical state. return d->state.windowRect; } QRect geom = normalGeometry(); return Rectanglei(geom.left(), geom.top(), geom.width(), geom.height()); } CanvasWindow::Size PersistentCanvasWindow::fullscreenSize() const { return d->state.fullSize; } int PersistentCanvasWindow::colorDepthBits() const { return d->state.colorDepthBits; } void PersistentCanvasWindow::show(bool yes) { if(yes) { if(d->state.isFullscreen()) { showFullScreen(); } else if(d->state.isMaximized()) { showMaximized(); } else { showNormal(); } // Now it has been shown. d->neverShown = false; } else { hide(); } } bool PersistentCanvasWindow::changeAttributes(int const *attribs) { LOG_AS("PersistentCanvasWindow"); if(d->validateAttributes(attribs)) { d->applyAttributes(attribs); return true; } // These weren't good! return false; } void PersistentCanvasWindow::performQueuedTasks() { d->checkQueue(); } String PersistentCanvasWindow::configName(String const &key) const { return d->state.configName(key); } PersistentCanvasWindow &PersistentCanvasWindow::main() { DENG2_ASSERT(mainExists()); if(!mainExists()) { throw InvalidIdError("PersistentCanvasWindow::main", "No window found with id \"" + MAIN_WINDOW_ID + "\""); } return static_cast(CanvasWindow::main()); } void PersistentCanvasWindow::moveEvent(QMoveEvent *) { if(isCentered() && !isMaximized() && !isFullScreen()) { int len = (geometry().topLeft() - centeredQRect(size()).topLeft()).manhattanLength(); if(len > BREAK_CENTERING_THRESHOLD) { d->state.setFlag(Instance::State::Centered, false); // Notify. DENG2_FOR_AUDIENCE2(AttributeChange, i) { i->windowAttributesChanged(*this); } } else { // Recenter. setGeometry(centeredQRect(size())); } } } void PersistentCanvasWindow::resizeEvent(QResizeEvent *ev) { LOGDEV_GL_XVERBOSE("Window resized: maximized:%b old:%ix%i new:%ix%i") << isMaximized() << ev->oldSize().width() << ev->oldSize().height() << ev->size().width() << ev->size().height(); /* if(!isMaximized() && !isFullScreen()) { d->state.windowRect.setSize(Vector2i(ev->size().width(), ev->size().height())); }*/ } } // namespace de doomsday-1.14.5/doomsday/libgui/src/font.cpp0000664000175000017500000002114612350542240020241 0ustar jaakkojaakko/** @file font.cpp Font with metrics. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/Font" #include #include #include #include #include #if defined(MACOSX) && defined(MACOS_10_7) # include "coretextnativefont_macx.h" namespace de { typedef CoreTextNativeFont PlatformFont; } #else # include "qtnativefont.h" namespace de { typedef QtNativeFont PlatformFont; } #endif namespace de { DENG2_PIMPL(Font) { PlatformFont font; ConstantRule *heightRule; ConstantRule *ascentRule; ConstantRule *descentRule; ConstantRule *lineSpacingRule; int ascent; Instance(Public *i) : Base(i), ascent(0) { createRules(); } Instance(Public *i, PlatformFont const &qfont) : Base(i), font(qfont) { #if 0 // Development aid: list all available fonts and styles. QFontDatabase db; foreach(QString fam, db.families()) { qDebug() << "FONT FAMILY:" << fam; qDebug() << "\tStyles:" << db.styles(fam); } #endif createRules(); updateMetrics(); } void createRules() { heightRule = new ConstantRule(0); ascentRule = new ConstantRule(0); descentRule = new ConstantRule(0); lineSpacingRule = new ConstantRule(0); } void updateMetrics() { ascent = font.ascent(); if(font.weight() != NativeFont::Normal) { // Use the ascent of the normal weight for non-normal weights; // we need to align content to baseline regardless of weight. PlatformFont normalized(font); normalized.setWeight(NativeFont::Normal); ascent = normalized.ascent(); } ascentRule->set(ascent); descentRule->set(font.descent()); heightRule->set(font.height()); lineSpacingRule->set(font.lineSpacing()); } /** * Produces a font based on this one but with the attribute modifications applied * from a rich format range. * * @param rich Rich formatting. * * @return Font with applied formatting. */ PlatformFont alteredFont(RichFormat::Iterator const &rich) const { if(!rich.isDefault()) { PlatformFont mod = font; // Size change. if(!fequal(rich.sizeFactor(), 1.f)) { mod.setSize(mod.size() * rich.sizeFactor()); } // Style change (including monospace). switch(rich.style()) { case RichFormat::OriginalStyle: break; case RichFormat::Regular: mod.setFamily(font.family()); mod.setStyle(NativeFont::Regular); break; case RichFormat::Italic: mod.setFamily(font.family()); mod.setStyle(NativeFont::Italic); break; case RichFormat::Monospace: if(rich.format.format().hasStyle()) { if(Font const *altFont = rich.format.format().style().richStyleFont(rich.style())) { mod.setFamily(altFont->d->font.family()); mod.setStyle (altFont->d->font.style()); mod.setWeight(altFont->d->font.weight()); mod.setSize (altFont->d->font.size()); } } break; } // Weight change. if(rich.weight() != RichFormat::OriginalWeight) { mod.setWeight(rich.weight() == RichFormat::Normal? NativeFont::Normal : rich.weight() == RichFormat::Bold? NativeFont::Bold : NativeFont::Light); } return mod; } return font; } }; Font::Font() : d(new Instance(this)) {} Font::Font(Font const &other) : d(new Instance(this, other.d->font)) {} Font::Font(QFont const &font) : d(new Instance(this, font)) {} Rectanglei Font::measure(String const &textLine) const { return measure(textLine, RichFormat::fromPlainText(textLine)); } Rectanglei Font::measure(String const &textLine, RichFormatRef const &format) const { Rectanglei bounds; int advance = 0; RichFormat::Iterator iter(format); while(iter.hasNext()) { iter.next(); if(iter.range().isEmpty()) continue; PlatformFont const altFont = d->alteredFont(iter); String const part = textLine.substr(iter.range()); Rectanglei rect = altFont.measure(part); // Combine to the total bounds. rect.moveTopLeft(Vector2i(advance, rect.top())); bounds |= rect; advance += altFont.width(part); } return bounds; } int Font::advanceWidth(String const &textLine) const { return advanceWidth(textLine, RichFormat::fromPlainText(textLine)); } int Font::advanceWidth(String const &textLine, RichFormatRef const &format) const { int advance = 0; RichFormat::Iterator iter(format); while(iter.hasNext()) { iter.next(); if(iter.range().isEmpty()) continue; advance += d->alteredFont(iter).width(textLine.substr(iter.range())); } return advance; } QImage Font::rasterize(String const &textLine, Vector4ub const &foreground, Vector4ub const &background) const { return rasterize(textLine, RichFormat::fromPlainText(textLine), foreground, background); } QImage Font::rasterize(String const &textLine, RichFormatRef const &format, Vector4ub const &foreground, Vector4ub const &background) const { if(textLine.isEmpty()) { return QImage(); } #ifdef LIBGUI_ACCURATE_TEXT_BOUNDS Rectanglei const bounds = measure(textLine, format); #else Rectanglei const bounds(0, 0, advanceWidth(textLine, format), d->font.height()); #endif QColor bgColor(background.x, background.y, background.z, background.w); Vector4ub fg = foreground; Vector4ub bg = background; QImage img(QSize(bounds.width(), de::max(duint(d->font.height()), bounds.height())), QImage::Format_ARGB32); img.fill(bgColor.rgba()); QPainter painter(&img); painter.setCompositionMode(QPainter::CompositionMode_Source); // Composite the final image by drawing each rich range first into a separate // bitmap and then drawing those into the final image. int advance = 0; RichFormat::Iterator iter(format); while(iter.hasNext()) { iter.next(); if(iter.range().isEmpty()) continue; PlatformFont font = d->font; if(iter.isDefault()) { fg = foreground; bg = background; } else { font = d->alteredFont(iter); if(iter.colorIndex() != RichFormat::OriginalColor) { fg = iter.color(); bg = Vector4ub(fg, 0); } else { fg = foreground; bg = background; } } String const part = textLine.substr(iter.range()); QImage fragment = font.rasterize(part, fg, bg); Rectanglei const bounds = font.measure(part); painter.drawImage(QPoint(advance + bounds.left(), d->ascent + bounds.top()), fragment); advance += font.width(part); } return img; } Rule const &Font::height() const { return *d->heightRule; } Rule const &Font::ascent() const { return *d->ascentRule; } Rule const &Font::descent() const { return *d->descentRule; } Rule const &Font::lineSpacing() const { return *d->lineSpacingRule; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/displaymode_macx.mm0000664000175000017500000001663312350542240022451 0ustar jaakkojaakko/** * @file displaymode_macx.mm * Mac OS X implementation of the DisplayMode class. @ingroup gl * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include #include #include //#include "de/libdeng2.h" #include "de/gui/displaymode_native.h" /// Returns -1 on error. static int intFromDict(CFDictionaryRef dict, CFStringRef key) { CFNumberRef ref = (CFNumberRef) CFDictionaryGetValue(dict, key); if(!ref) return -1; int value; if(!CFNumberGetValue(ref, kCFNumberIntType, &value)) return -1; return value; } /// Returns -1 on error. static float floatFromDict(CFDictionaryRef dict, CFStringRef key) { CFNumberRef ref = (CFNumberRef) CFDictionaryGetValue(dict, key); if(!ref) return -1; float value; if(!CFNumberGetValue(ref, kCFNumberFloatType, &value)) return -1; return value; } static DisplayMode modeFromDict(CFDictionaryRef dict) { DisplayMode m; m.width = intFromDict(dict, kCGDisplayWidth); m.height = intFromDict(dict, kCGDisplayHeight); m.refreshRate = floatFromDict(dict, kCGDisplayRefreshRate); m.depth = intFromDict(dict, kCGDisplayBitsPerPixel); return m; } static std::vector displayModes; static std::vector displayDicts; //static CFDictionaryRef currentDisplayDict; static CFDictionaryRef getCurrentDisplayDict(void) { return (CFDictionaryRef) CGDisplayCurrentMode(kCGDirectMainDisplay); } static void updateDisplayDicts(void) { displayDicts.clear(); CFArrayRef modes = CGDisplayAvailableModes(kCGDirectMainDisplay); CFIndex count = CFArrayGetCount(modes); for(CFIndex i = 0; i < count; ++i) { displayDicts.push_back((CFDictionaryRef) CFArrayGetValueAtIndex(modes, i)); } assert(displayModes.size() == displayDicts.size()); } void DisplayMode_Native_Init(void) { // Let's see which modes are available. CFArrayRef modes = CGDisplayAvailableModes(kCGDirectMainDisplay); CFIndex count = CFArrayGetCount(modes); for(CFIndex i = 0; i < count; ++i) { CFDictionaryRef dict = (CFDictionaryRef) CFArrayGetValueAtIndex(modes, i); displayModes.push_back(modeFromDict(dict)); displayDicts.push_back(dict); } //currentDisplayDict = (CFDictionaryRef) CGDisplayCurrentMode(kCGDirectMainDisplay); } static bool captureDisplays(int capture) { if(capture && !CGDisplayIsCaptured(kCGDirectMainDisplay)) { return CGCaptureAllDisplays() == kCGErrorSuccess; } else if(!capture && CGDisplayIsCaptured(kCGDirectMainDisplay)) { CGReleaseAllDisplays(); return true; } return true; } static void releaseDisplays() { captureDisplays(false); } void DisplayMode_Native_Shutdown(void) { displayModes.clear(); releaseDisplays(); } int DisplayMode_Native_Count(void) { return displayModes.size(); } void DisplayMode_Native_GetMode(int index, DisplayMode *mode) { assert(index >= 0 && index < (int)displayModes.size()); *mode = displayModes[index]; } void DisplayMode_Native_GetCurrentMode(DisplayMode *mode) { *mode = modeFromDict(getCurrentDisplayDict()); } static int findIndex(DisplayMode const *mode) { for(unsigned int i = 0; i < displayModes.size(); ++i) { if(displayModes[i].width == mode->width && displayModes[i].height == mode->height && displayModes[i].depth == mode->depth && displayModes[i].refreshRate == mode->refreshRate) { return i; } } return -1; // Invalid mode. } int DisplayMode_Native_Change(DisplayMode const *mode, int shouldCapture) { const CGDisplayFadeInterval fadeTime = .5f; updateDisplayDicts(); assert(mode); assert(findIndex(mode) >= 0); // mode must be an enumerated one // Fade all displays to black (blocks until faded). CGDisplayFadeReservationToken token; CGAcquireDisplayFadeReservation(kCGMaxDisplayReservationInterval, &token); CGDisplayFade(token, fadeTime, kCGDisplayBlendNormal, kCGDisplayBlendSolidColor, 0, 0, 0, true /* wait */); // Capture the displays now if haven't yet done so. bool wasPreviouslyCaptured = CGDisplayIsCaptured(kCGDirectMainDisplay); CGDisplayErr result = kCGErrorSuccess; CFDictionaryRef newModeDict = displayDicts[findIndex(mode)]; // Capture displays if instructed to do so. if(shouldCapture && !captureDisplays(true)) { result = kCGErrorFailure; } if(result == kCGErrorSuccess && getCurrentDisplayDict() != newModeDict) { // Try to change. result = CGDisplaySwitchToMode(kCGDirectMainDisplay, newModeDict); if(result != kCGErrorSuccess) { // Oh no! //CGDisplaySwitchToMode(kCGDirectMainDisplay, currentDisplayDict); if(!wasPreviouslyCaptured) releaseDisplays(); } /* else { currentDisplayDict = displayDicts[findIndex(mode)]; } */ } // Fade back to normal. CGDisplayFade(token, 2*fadeTime, kCGDisplayBlendSolidColor, kCGDisplayBlendNormal, 0, 0, 0, false); CGReleaseDisplayFadeReservation(token); // Release display capture if instructed to do so. if(!shouldCapture) { captureDisplays(false); } return result == kCGErrorSuccess; } void DisplayMode_Native_Raise(void *nativeHandle) { assert(nativeHandle); // Qt uses the Cocoa framework. NSView* handle = (NSView*) nativeHandle; NSWindow* wnd = [handle window]; [wnd setLevel:CGShieldingWindowLevel()]; } void DisplayMode_Native_GetColorTransfer(DisplayColorTransfer *colors) { const uint size = 256; CGGammaValue red[size]; CGGammaValue green[size]; CGGammaValue blue[size]; uint32_t count = 0; CGGetDisplayTransferByTable(kCGDirectMainDisplay, size, red, green, blue, &count); assert(count == size); for(uint i = 0; i < size; ++i) { colors->table[i] = (unsigned short) (red[i] * 0xffff); colors->table[i + size] = (unsigned short) (green[i] * 0xffff); colors->table[i + 2*size] = (unsigned short) (blue[i] * 0xffff); } } void DisplayMode_Native_SetColorTransfer(DisplayColorTransfer const *colors) { const uint size = 256; CGGammaValue red[size]; CGGammaValue green[size]; CGGammaValue blue[size]; for(uint i = 0; i < size; ++i) { red[i] = colors->table[i]/float(0xffff); green[i] = colors->table[i + size]/float(0xffff); blue[i] = colors->table[i + 2*size]/float(0xffff); } CGSetDisplayTransferByTable(kCGDirectMainDisplay, size, red, green, blue); } doomsday-1.14.5/doomsday/libgui/src/glshader.cpp0000664000175000017500000001020012350542240021051 0ustar jaakkojaakko/** @file glshader.cpp GL shader. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLShader" #include "de/GuiApp" #include "de/gui/opengl.h" #include #include namespace de { DENG2_PIMPL(GLShader) , DENG2_OBSERVES(GuiApp, GLContextChange) { GLuint name; Type type; Block compiledSource; Instance(Public *i) : Base(i), name(0), type(Vertex) { //DENG2_GUI_APP->audienceForGLContextChange += this; } ~Instance() { //DENG2_GUI_APP->audienceForGLContextChange -= this; release(); } void alloc() { if(!name) { name = glCreateShader(type == Vertex? GL_VERTEX_SHADER : GL_FRAGMENT_SHADER); LIBGUI_ASSERT_GL_OK(); if(!name) { throw AllocError("GLShader::alloc", "Failed to create shader"); } } } void release() { if(name) { glDeleteShader(name); name = 0; } self.setState(Asset::NotReady); } void appGLContextChanged() { /* qDebug() << "Recompiling shader" << name; self.recompile(); */ } }; GLShader::GLShader() : d(new Instance(this)) {} GLShader::GLShader(Type shaderType, IByteArray const &source) : d(new Instance(this)) { try { compile(shaderType, source); } catch(...) { // Construction was aborted. addRef(-1); throw; } } GLShader::Type GLShader::type() const { return d->type; } GLuint GLShader::glName() const { return d->name; } void GLShader::clear() { d->release(); } void GLShader::compile(Type shaderType, IByteArray const &source) { #ifndef LIBGUI_GLES2 // With non-ES OpenGL, ignore the precision attributes. static QByteArray prefix("#ifndef GL_ES\n#define lowp\n#define mediump\n#define highp\n#endif\n"); #endif DENG2_ASSERT(shaderType == Vertex || shaderType == Fragment); setState(NotReady); // Keep a copy of the source for possible recompilation. d->compiledSource = source; d->type = shaderType; d->alloc(); // Prepare the shader source. This would be the time to substitute any // remaining symbols in the shader source. Block src = source; int versionPos = src.indexOf("#version "); if(versionPos >= 0) { // Append prefix after version. int pos = src.indexOf('\n', versionPos); src.insert(pos + 1, prefix); } else { src = prefix + src; } src.append('\0'); char const *srcPtr = src.constData(); glShaderSource(d->name, 1, &srcPtr, 0); glCompileShader(d->name); // Check the compilation status. GLint status; glGetShaderiv(d->name, GL_COMPILE_STATUS, &status); if(!status) { dint32 logSize = 0; dint32 count = 0; glGetShaderiv(d->name, GL_INFO_LOG_LENGTH, &logSize); Block log(logSize); glGetShaderInfoLog(d->name, logSize, &count, reinterpret_cast(log.data())); throw CompilerError("GLShader::compile", "Compilation of " + String(d->type == Fragment? "fragment" : "vertex") + " shader failed:\n" + log); } setState(Ready); } void GLShader::recompile() { d->release(); compile(d->type, d->compiledSource); DENG2_ASSERT(isReady()); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/colorbank.cpp0000664000175000017500000000627012350542240021246 0ustar jaakkojaakko/** @file colorbank.cpp Bank of colors. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ColorBank" #include #include namespace de { DENG2_PIMPL(ColorBank) { struct ColorSource : public ISource { ColorBank &bank; String id; ColorSource(ColorBank &b, String const &colorId) : bank(b), id(colorId) {} Time modifiedAt() const { return bank.sourceModifiedAt(); } Vector4d load() const { Record const &def = bank[id]; ArrayValue const *colorDef = 0; if(def.has("rgb")) { colorDef = &def["rgb"].value(); } else { colorDef = &def["rgba"].value(); } ddouble alpha = 1.0; if(colorDef->size() >= 4) { alpha = colorDef->at(3).asNumber(); } return Vector4d(colorDef->at(0).asNumber(), colorDef->at(1).asNumber(), colorDef->at(2).asNumber(), alpha); } }; struct ColorData : public IData { Vector4d color; ColorData(Vector4d const &c = Vector4d()) : color(c) {} }; Instance(Public *i) : Base(i) {} }; ColorBank::ColorBank() : InfoBank(DisableHotStorage), d(new Instance(this)) {} void ColorBank::addFromInfo(File const &file) { LOG_AS("ColorBank"); parse(file); addFromInfoBlocks("color"); } ColorBank::Color ColorBank::color(DotPath const &path) const { if(path.isEmpty()) return Color(); Colorf col = colorf(path); return Color(round(col.x * 255), round(col.y * 255), round(col.z * 255), round(col.w * 255)); } ColorBank::Colorf ColorBank::colorf(DotPath const &path) const { if(path.isEmpty()) return Colorf(); Vector4d clamped = data(path).as().color; clamped = clamped.max(Vector4d(0, 0, 0, 0)).min(Vector4d(1, 1, 1, 1)); return Colorf(float(clamped.x), float(clamped.y), float(clamped.z), float(clamped.w)); } Bank::ISource *ColorBank::newSourceFromInfo(String const &id) { return new Instance::ColorSource(*this, id); } Bank::IData *ColorBank::loadFromSource(ISource &source) { return new Instance::ColorData(source.as().load()); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/gltexture.cpp0000664000175000017500000003064212350542240021317 0ustar jaakkojaakko/** @file gltexture.cpp GL texture atlas. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLTexture" #include "de/GLInfo" #include "de/gui/opengl.h" namespace de { namespace internal { enum TextureFlag { AutoMips = 0x1, MipmapAvailable = 0x2, ParamsChanged = 0x4 }; Q_DECLARE_FLAGS(TextureFlags, TextureFlag) } Q_DECLARE_OPERATORS_FOR_FLAGS(internal::TextureFlags) using namespace internal; using namespace gl; DENG2_PIMPL(GLTexture) { Size size; Image::Format format; GLuint name; GLenum texTarget; Filter minFilter; Filter magFilter; MipFilter mipFilter; Wraps wrap; dfloat maxAnisotropy; dfloat maxLevel; TextureFlags flags; Instance(Public *i) : Base(i) , format(Image::Unknown) , name(0) , texTarget(GL_TEXTURE_2D) , minFilter(Linear), magFilter(Linear), mipFilter(MipNone) , wrap(Wraps(Repeat, Repeat)) , maxAnisotropy(1.0f) , maxLevel(1000.f) , flags(ParamsChanged) {} ~Instance() { release(); } void alloc() { if(!name) { glGenTextures(1, &name); } } void release() { if(name) { glDeleteTextures(1, &name); name = 0; } } void clear() { release(); size = Size(); texTarget = GL_TEXTURE_2D; flags |= ParamsChanged; self.setState(NotReady); } bool isCube() const { return texTarget == GL_TEXTURE_CUBE_MAP; } static GLenum glWrap(gl::Wrapping w) { switch(w) { case Repeat: return GL_REPEAT; case RepeatMirrored: return GL_MIRRORED_REPEAT; case ClampToEdge: return GL_CLAMP_TO_EDGE; } return GL_REPEAT; } static GLenum glMinFilter(gl::Filter min, gl::MipFilter mip) { if(mip == MipNone) { if(min == Nearest) return GL_NEAREST; if(min == Linear) return GL_LINEAR; } else if(mip == MipNearest) { if(min == Nearest) return GL_NEAREST_MIPMAP_NEAREST; if(min == Linear) return GL_LINEAR_MIPMAP_NEAREST; } else // MipLinear { if(min == Nearest) return GL_NEAREST_MIPMAP_LINEAR; if(min == Linear) return GL_LINEAR_MIPMAP_LINEAR; } return GL_NEAREST; } static GLenum glFace(gl::CubeFace face) { switch(face) { case PositiveX: return GL_TEXTURE_CUBE_MAP_POSITIVE_X; case PositiveY: return GL_TEXTURE_CUBE_MAP_POSITIVE_Y; case PositiveZ: return GL_TEXTURE_CUBE_MAP_POSITIVE_Z; case NegativeX: return GL_TEXTURE_CUBE_MAP_NEGATIVE_X; case NegativeY: return GL_TEXTURE_CUBE_MAP_NEGATIVE_Y; case NegativeZ: return GL_TEXTURE_CUBE_MAP_NEGATIVE_Z; } return GL_TEXTURE_CUBE_MAP_POSITIVE_X; } void glBind() const { DENG2_ASSERT(name != 0); glBindTexture(texTarget, name); LIBGUI_ASSERT_GL_OK(); } void glUnbind() const { glBindTexture(texTarget, 0); } /** * Update the OpenGL texture parameters. You must bind the texture before * calling. */ void glUpdateParamsOfBoundTexture() { glTexParameteri(texTarget, GL_TEXTURE_WRAP_S, glWrap(wrap.x)); glTexParameteri(texTarget, GL_TEXTURE_WRAP_T, glWrap(wrap.y)); glTexParameteri(texTarget, GL_TEXTURE_MAG_FILTER, magFilter == Nearest? GL_NEAREST : GL_LINEAR); glTexParameteri(texTarget, GL_TEXTURE_MIN_FILTER, glMinFilter(minFilter, mipFilter)); glTexParameterf(texTarget, GL_TEXTURE_MAX_LEVEL, maxLevel); if(GLInfo::extensions().EXT_texture_filter_anisotropic) { glTexParameterf(texTarget, GL_TEXTURE_MAX_ANISOTROPY_EXT, maxAnisotropy); } LIBGUI_ASSERT_GL_OK(); flags &= ~ParamsChanged; } void glImage(int level, Size const &size, GLPixelFormat const &glFormat, void const *data, CubeFace face = PositiveX) { /// @todo GLES2: Check for the BGRA extension. // Choose suitable informal format. GLenum const internalFormat = (glFormat.format == GL_BGRA? GL_RGBA : glFormat.format == GL_DEPTH_STENCIL? GL_DEPTH24_STENCIL8 : glFormat.format); /*qDebug() << "glTexImage2D:" << name << (isCube()? glFace(face) : texTarget) << level << internalFormat << size.x << size.y << 0 << glFormat.format << glFormat.type << data;*/ if(data) glPixelStorei(GL_UNPACK_ALIGNMENT, glFormat.rowAlignment); glTexImage2D(isCube()? glFace(face) : texTarget, level, internalFormat, size.x, size.y, 0, glFormat.format, glFormat.type, data); LIBGUI_ASSERT_GL_OK(); } void glSubImage(int level, Vector2i const &pos, Size const &size, GLPixelFormat const &glFormat, void const *data, CubeFace face = PositiveX) { if(data) glPixelStorei(GL_UNPACK_ALIGNMENT, glFormat.rowAlignment); glTexSubImage2D(isCube()? glFace(face) : texTarget, level, pos.x, pos.y, size.x, size.y, glFormat.format, glFormat.type, data); LIBGUI_ASSERT_GL_OK(); } }; GLTexture::GLTexture() : d(new Instance(this)) {} GLTexture::GLTexture(GLuint existingTexture, Size const &size) : d(new Instance(this)) { d->size = size; d->name = existingTexture; d->flags |= ParamsChanged; } void GLTexture::clear() { d->clear(); } void GLTexture::setMagFilter(Filter magFilter) { d->magFilter = magFilter; d->flags |= ParamsChanged; } void GLTexture::setMinFilter(Filter minFilter, MipFilter mipFilter) { d->minFilter = minFilter; d->mipFilter = mipFilter; d->flags |= ParamsChanged; } void GLTexture::setWrapS(Wrapping mode) { d->wrap.x = mode; d->flags |= ParamsChanged; } void GLTexture::setWrapT(Wrapping mode) { d->wrap.y = mode; d->flags |= ParamsChanged; } void GLTexture::setMaxAnisotropy(dfloat maxAnisotropy) { d->maxAnisotropy = maxAnisotropy; d->flags |= ParamsChanged; } void GLTexture::setMaxLevel(dfloat maxLevel) { d->maxLevel = maxLevel; d->flags |= ParamsChanged; } Filter GLTexture::minFilter() const { return d->minFilter; } Filter GLTexture::magFilter() const { return d->magFilter; } MipFilter GLTexture::mipFilter() const { return d->mipFilter; } Wrapping GLTexture::wrapS() const { return d->wrap.x; } Wrapping GLTexture::wrapT() const { return d->wrap.y; } GLTexture::Wraps GLTexture::wrap() const { return d->wrap; } dfloat GLTexture::maxAnisotropy() const { return d->maxAnisotropy; } dfloat GLTexture::maxLevel() const { return d->maxLevel; } bool GLTexture::isCubeMap() const { return d->isCube(); } void GLTexture::setAutoGenMips(bool genMips) { if(genMips) d->flags |= AutoMips; else d->flags &= ~AutoMips; } bool GLTexture::autoGenMips() const { return d->flags.testFlag(AutoMips); } void GLTexture::setUndefinedImage(GLTexture::Size const &size, Image::Format format, int level) { d->texTarget = GL_TEXTURE_2D; d->size = size; d->format = format; d->alloc(); d->glBind(); d->glImage(level, size, Image::glFormat(format), NULL); d->glUnbind(); setState(Ready); } void GLTexture::setUndefinedImage(CubeFace face, GLTexture::Size const &size, Image::Format format, int level) { d->texTarget = GL_TEXTURE_CUBE_MAP; d->size = size; d->format = format; d->alloc(); d->glBind(); d->glImage(level, size, Image::glFormat(format), NULL, face); d->glUnbind(); setState(Ready); } void GLTexture::setUndefinedContent(Size const &size, GLPixelFormat const &glFormat, int level) { d->texTarget = GL_TEXTURE_2D; d->size = size; d->format = Image::Unknown; d->alloc(); d->glBind(); d->glImage(level, size, glFormat, NULL); d->glUnbind(); setState(Ready); } void GLTexture::setUndefinedContent(CubeFace face, Size const &size, GLPixelFormat const &glFormat, int level) { d->texTarget = GL_TEXTURE_CUBE_MAP; d->size = size; d->format = Image::Unknown; d->alloc(); d->glBind(); d->glImage(level, size, glFormat, NULL, face); d->glUnbind(); setState(Ready); } void GLTexture::setDepthStencilContent(Size const &size) { setUndefinedContent(size, GLPixelFormat(GL_DEPTH_STENCIL, GL_UNSIGNED_INT_24_8)); } void GLTexture::setImage(Image const &image, int level) { d->texTarget = GL_TEXTURE_2D; d->size = image.size(); d->format = image.format(); d->alloc(); d->glBind(); d->glImage(level, image.size(), image.glFormat(), image.bits()); d->glUnbind(); if(!level && d->flags.testFlag(AutoMips)) { generateMipmap(); } setState(Ready); } void GLTexture::setImage(CubeFace face, Image const &image, int level) { d->texTarget = GL_TEXTURE_CUBE_MAP; d->size = image.size(); d->format = image.format(); d->alloc(); d->glBind(); d->glImage(level, image.size(), image.glFormat(), image.bits(), face); d->glUnbind(); if(!level && d->flags.testFlag(AutoMips)) { generateMipmap(); } setState(Ready); } void GLTexture::setSubImage(Image const &image, Vector2i const &pos, int level) { d->texTarget = GL_TEXTURE_2D; d->alloc(); d->glBind(); d->glSubImage(level, pos, image.size(), image.glFormat(), image.bits()); d->glUnbind(); if(!level && d->flags.testFlag(AutoMips)) { generateMipmap(); } } void GLTexture::setSubImage(CubeFace face, Image const &image, Vector2i const &pos, int level) { d->texTarget = GL_TEXTURE_CUBE_MAP; d->alloc(); d->glBind(); d->glSubImage(level, pos, image.size(), image.glFormat(), image.bits(), face); d->glUnbind(); if(!level && d->flags.testFlag(AutoMips)) { generateMipmap(); } } void GLTexture::generateMipmap() { if(d->name) { d->glBind(); glGenerateMipmap(d->texTarget); LIBGUI_ASSERT_GL_OK(); d->glUnbind(); d->flags |= MipmapAvailable; } } GLTexture::Size GLTexture::size() const { return d->size; } int GLTexture::mipLevels() const { if(!isReady()) return 0; return d->flags.testFlag(MipmapAvailable)? levelsForSize(d->size) : 1; } GLTexture::Size GLTexture::levelSize(int level) const { if(level < 0) return Size(); return levelSize(d->size, level); } GLuint GLTexture::glName() const { return d->name; } void GLTexture::glBindToUnit(int unit) const { glActiveTexture(GL_TEXTURE0 + unit); aboutToUse(); d->glBind(); if(d->flags.testFlag(ParamsChanged)) { d->glUpdateParamsOfBoundTexture(); } } Image::Format GLTexture::imageFormat() const { return d->format; } GLTexture::Size GLTexture::maximumSize() { int v = 0; glGetIntegerv(GL_MAX_TEXTURE_SIZE, &v); LIBGUI_ASSERT_GL_OK(); return Size(v, v); } void GLTexture::aboutToUse() const { // nothing to do } int GLTexture::levelsForSize(GLTexture::Size const &size) { int mipLevels = 0; duint w = size.x; duint h = size.y; while(w > 1 || h > 1) { w = de::max(1u, w >> 1); h = de::max(1u, h >> 1); mipLevels++; } return mipLevels; } GLTexture::Size GLTexture::levelSize(GLTexture::Size const &size0, int level) { Size s = size0; for(int i = 0; i < level; ++i) { s.x = de::max(1u, s.x >> 1); s.y = de::max(1u, s.y >> 1); } return s; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/glentrypoints.cpp0000664000175000017500000001510012350542240022205 0ustar jaakkojaakko/** @file glentrypoints.cpp API entry points for OpenGL (Windows/Linux). * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/gui/glentrypoints.h" #include #ifdef LIBGUI_USE_GLENTRYPOINTS #ifdef Q_WS_X11 # include #endif #ifdef LIBGUI_FETCH_GL_1_3 PFNGLACTIVETEXTUREPROC glActiveTexture; PFNGLBLENDEQUATIONPROC glBlendEquation; PFNGLCLIENTACTIVETEXTUREPROC glClientActiveTexture; PFNGLMULTITEXCOORD2FPROC glMultiTexCoord2f; PFNGLMULTITEXCOORD2FVPROC glMultiTexCoord2fv; #endif #ifdef WIN32 PFNWGLGETEXTENSIONSSTRINGARBPROC wglGetExtensionsStringARB; #endif PFNGLATTACHSHADERPROC glAttachShader; PFNGLBINDATTRIBLOCATIONPROC glBindAttribLocation; PFNGLBINDBUFFERPROC glBindBuffer; PFNGLBINDFRAMEBUFFERPROC glBindFramebuffer; PFNGLBINDRENDERBUFFERPROC glBindRenderbuffer; PFNGLBLENDFUNCSEPARATEPROC glBlendFuncSeparate; PFNGLBUFFERDATAPROC glBufferData; PFNGLCHECKFRAMEBUFFERSTATUSPROC glCheckFramebufferStatus; PFNGLCOMPILESHADERPROC glCompileShader; PFNGLCREATEPROGRAMPROC glCreateProgram; PFNGLCREATESHADERPROC glCreateShader; PFNGLDELETEBUFFERSPROC glDeleteBuffers; PFNGLDELETEFRAMEBUFFERSPROC glDeleteFramebuffers; PFNGLDELETEPROGRAMPROC glDeleteProgram; PFNGLDELETERENDERBUFFERSPROC glDeleteRenderbuffers; PFNGLDELETESHADERPROC glDeleteShader; PFNGLDETACHSHADERPROC glDetachShader; PFNGLDISABLEVERTEXATTRIBARRAYPROC glDisableVertexAttribArray; PFNGLENABLEVERTEXATTRIBARRAYPROC glEnableVertexAttribArray; PFNGLFRAMEBUFFERRENDERBUFFERPROC glFramebufferRenderbuffer; PFNGLFRAMEBUFFERTEXTURE2DPROC glFramebufferTexture2D; PFNGLGENBUFFERSPROC glGenBuffers; PFNGLGENFRAMEBUFFERSPROC glGenFramebuffers; PFNGLGENERATEMIPMAPPROC glGenerateMipmap; PFNGLGENRENDERBUFFERSPROC glGenRenderbuffers; PFNGLGETATTRIBLOCATIONPROC glGetAttribLocation; PFNGLGETPROGRAMINFOLOGPROC glGetProgramInfoLog; PFNGLGETPROGRAMIVPROC glGetProgramiv; PFNGLGETSHADERINFOLOGPROC glGetShaderInfoLog; PFNGLGETSHADERIVPROC glGetShaderiv; PFNGLGETSHADERSOURCEPROC glGetShaderSource; PFNGLGETUNIFORMLOCATIONPROC glGetUniformLocation; PFNGLISBUFFERPROC glIsBuffer; PFNGLISFRAMEBUFFERPROC glIsFramebuffer; PFNGLISPROGRAMPROC glIsProgram; PFNGLLINKPROGRAMPROC glLinkProgram; PFNGLRENDERBUFFERSTORAGEPROC glRenderbufferStorage; PFNGLSHADERSOURCEPROC glShaderSource; PFNGLUNIFORM1FPROC glUniform1f; PFNGLUNIFORM1IPROC glUniform1i; PFNGLUNIFORM2FPROC glUniform2f; PFNGLUNIFORM3FPROC glUniform3f; PFNGLUNIFORM4FPROC glUniform4f; PFNGLUNIFORMMATRIX3FVPROC glUniformMatrix3fv; PFNGLUNIFORMMATRIX4FVPROC glUniformMatrix4fv; PFNGLUSEPROGRAMPROC glUseProgram; PFNGLVERTEXATTRIBPOINTERPROC glVertexAttribPointer; // Extensions: PFNGLBLITFRAMEBUFFEREXTPROC glBlitFramebufferEXT; PFNGLRENDERBUFFERSTORAGEMULTISAMPLEEXTPROC glRenderbufferStorageMultisampleEXT; #ifdef GL_NV_framebuffer_multisample_coverage PFNGLRENDERBUFFERSTORAGEMULTISAMPLECOVERAGENVPROC glRenderbufferStorageMultisampleCoverageNV; #endif void getAllOpenGLEntryPoints() { static bool haveProcs = false; if(haveProcs) return; #ifdef WIN32 # define GET_PROC_EXT(name) *((void**)&name) = wglGetProcAddress(#name) #else # define GET_PROC_EXT(name) *((void (**)())&name) = glXGetProcAddress((GLubyte const *)#name) #endif #define GET_PROC(name) GET_PROC_EXT(name); DENG2_ASSERT(name != 0) // must have #ifdef LIBGUI_FETCH_GL_1_3 GET_PROC(glActiveTexture); GET_PROC(glBlendEquation); GET_PROC(glClientActiveTexture); GET_PROC(glMultiTexCoord2f); GET_PROC(glMultiTexCoord2fv); #endif #ifdef WIN32 GET_PROC(wglGetExtensionsStringARB); #endif GET_PROC(glAttachShader); GET_PROC(glBindAttribLocation); GET_PROC(glBindBuffer); GET_PROC(glBindFramebuffer); GET_PROC(glBindRenderbuffer); GET_PROC(glBlendFuncSeparate); GET_PROC(glBufferData); GET_PROC(glCheckFramebufferStatus); GET_PROC(glCompileShader); GET_PROC(glCreateProgram); GET_PROC(glCreateShader); GET_PROC(glDeleteBuffers); GET_PROC(glDeleteFramebuffers); GET_PROC(glDeleteProgram); GET_PROC(glDeleteRenderbuffers); GET_PROC(glDeleteShader); GET_PROC(glDetachShader); GET_PROC(glDisableVertexAttribArray); GET_PROC(glEnableVertexAttribArray); GET_PROC(glFramebufferRenderbuffer); GET_PROC(glFramebufferTexture2D); GET_PROC(glGenBuffers); GET_PROC(glGenFramebuffers); GET_PROC(glGenerateMipmap); GET_PROC(glGenRenderbuffers); GET_PROC(glGetAttribLocation); GET_PROC(glGetProgramInfoLog); GET_PROC(glGetProgramiv); GET_PROC(glGetShaderInfoLog); GET_PROC(glGetShaderiv); GET_PROC(glGetShaderSource); GET_PROC(glGetUniformLocation); GET_PROC(glIsBuffer); GET_PROC(glIsFramebuffer); GET_PROC(glIsProgram); GET_PROC(glLinkProgram); GET_PROC(glRenderbufferStorage); GET_PROC(glShaderSource); GET_PROC(glUniform1f); GET_PROC(glUniform1i); GET_PROC(glUniform2f); GET_PROC(glUniform3f); GET_PROC(glUniform4f); GET_PROC(glUniformMatrix3fv); GET_PROC(glUniformMatrix4fv); GET_PROC(glUseProgram); GET_PROC(glVertexAttribPointer); // Extensions: GET_PROC_EXT(glBlitFramebufferEXT); GET_PROC_EXT(glRenderbufferStorageMultisampleEXT); #ifdef GL_NV_framebuffer_multisample_coverage GET_PROC_EXT(glRenderbufferStorageMultisampleCoverageNV); #endif #ifdef Q_WS_X11 getGLXEntryPoints(); #endif haveProcs = true; } #endif // LIBGUI_USE_GLENTRYPOINTS doomsday-1.14.5/doomsday/libgui/src/imagebank.cpp0000664000175000017500000000530312350542240021206 0ustar jaakkojaakko/** @file imagebank.h Bank containing Image instances loaded from files. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ImageBank" #include "de/App" #include namespace de { DENG2_PIMPL_NOREF(ImageBank) { struct ImageSource : public ISource { String filePath; ImageSource(String const &path) : filePath(path) {} Time modifiedAt() const { return App::rootFolder().locate(filePath).status().modifiedAt; } Image load() const { Block imageData; App::rootFolder().locate(filePath) >> imageData; return Image::fromData(imageData); } }; struct ImageData : public IData { Image image; ImageData() {} ImageData(Image const &img) : image(img) {} ISerializable *asSerializable() { return ℑ } duint sizeInMemory() const { return image.byteCount(); } }; String relativeToPath; }; ImageBank::ImageBank(Flags const &flags) : InfoBank(flags), d(new Instance) {} void ImageBank::add(DotPath const &path, String const &imageFilePath) { Bank::add(path, new Instance::ImageSource(imageFilePath)); } void ImageBank::addFromInfo(File const &file) { LOG_AS("ImageBank"); d->relativeToPath = file.path().fileNamePath(); parse(file); addFromInfoBlocks("image"); } Image &ImageBank::image(DotPath const &path) const { return data(path).as().image; } Bank::ISource *ImageBank::newSourceFromInfo(String const &id) { Record const &def = info()[id]; return new Instance::ImageSource(d->relativeToPath / def["path"]); } Bank::IData *ImageBank::loadFromSource(ISource &source) { return new Instance::ImageData(source.as().load()); } Bank::IData *ImageBank::newData() { return new Instance::ImageData(); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/keyevent.cpp0000664000175000017500000003472012350542240021127 0ustar jaakkojaakko/** @file keyevent.cpp Input event from a keyboard. * @ingroup input * * Depends on Qt GUI. * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifdef WIN32 # define WIN32_LEAN_AND_MEAN # include #endif #include "de/KeyEvent" #include #include #if defined(UNIX) && !defined(MACOSX) # include # include # include # include "imKStoUCS_x11.c" # define XFREE_KEYMAPPING static int x11ScancodeToDDKey(int scancode); # ifdef KeyPress # undef KeyPress # endif # ifdef KeyRelease # undef KeyRelease # endif #endif #ifdef WIN32 static int win32Keymap[256]; /** * Initialize the Windows virtual key => DDKEY translation map. */ static void checkWin32Keymap() { if(win32Keymap[VK_BACK] == DDKEY_BACKSPACE) { // Already go it. return; } int* keymap = win32Keymap; keymap[VK_BACK] = DDKEY_BACKSPACE; // Backspace keymap[VK_TAB ] = DDKEY_TAB; //keymap[VK_CLEAR] = ; keymap[VK_RETURN] = DDKEY_RETURN; keymap[VK_SHIFT] = DDKEY_RSHIFT; keymap[VK_CONTROL] = DDKEY_RCTRL; keymap[VK_MENU] = DDKEY_RALT; keymap[VK_PAUSE] = DDKEY_PAUSE; keymap[VK_CAPITAL] = DDKEY_CAPSLOCK; //keymap[VK_KANA] = ; //keymap[VK_HANGEUL] = ; //keymap[VK_HANGUL] = ; //keymap[VK_JUNJA] = ; //keymap[VK_FINAL] = ; //keymap[VK_HANJA] = ; //keymap[VK_KANJI] = ; keymap[VK_ESCAPE] = DDKEY_ESCAPE; //keymap[VK_CONVERT] = ; //keymap[VK_NONCONVERT] = ; //keymap[VK_ACCEPT] = ; //keymap[VK_MODECHANGE] = ; keymap[VK_SPACE] = ' '; keymap[VK_OEM_PLUS] = '='; //+'; keymap[VK_OEM_COMMA] = ','; keymap[VK_OEM_MINUS] = '-'; keymap[VK_OEM_PERIOD] = '.'; keymap[VK_OEM_1] = ';'; keymap[VK_OEM_2] = '/'; keymap[VK_OEM_3] = '\''; keymap[VK_OEM_4] = '['; keymap[VK_OEM_5] = DDKEY_BACKSLASH; keymap[VK_OEM_6] = ']'; keymap[VK_OEM_7] = '#'; keymap[VK_OEM_8] = '`'; keymap[VK_OEM_102] = '`'; keymap[VK_PRIOR] = DDKEY_PGUP; keymap[VK_NEXT] = DDKEY_PGDN; keymap[VK_END] = DDKEY_END; keymap[VK_HOME] = DDKEY_HOME; keymap[VK_LEFT] = DDKEY_LEFTARROW; keymap[VK_UP] = DDKEY_UPARROW; keymap[VK_RIGHT] = DDKEY_RIGHTARROW; keymap[VK_DOWN] = DDKEY_DOWNARROW; //keymap[VK_SELECT] = ; //keymap[VK_PRINT] = ; //keymap[VK_EXECUTE] = ; //keymap[VK_SNAPSHOT] = ; keymap[VK_INSERT] = DDKEY_INS; keymap[VK_DELETE] = DDKEY_DEL; //keymap[VK_HELP] = ; //keymap[VK_LWIN] = ; //keymap[VK_RWIN] = ; //keymap[VK_APPS] = ; //keymap[VK_SLEEP] = ; keymap[VK_NUMPAD0] = DDKEY_NUMPAD0; keymap[VK_NUMPAD1] = DDKEY_NUMPAD1; keymap[VK_NUMPAD2] = DDKEY_NUMPAD2; keymap[VK_NUMPAD3] = DDKEY_NUMPAD3; keymap[VK_NUMPAD4] = DDKEY_NUMPAD4; keymap[VK_NUMPAD5] = DDKEY_NUMPAD5; keymap[VK_NUMPAD6] = DDKEY_NUMPAD6; keymap[VK_NUMPAD7] = DDKEY_NUMPAD7; keymap[VK_NUMPAD8] = DDKEY_NUMPAD8; keymap[VK_NUMPAD9] = DDKEY_NUMPAD9; keymap[VK_MULTIPLY] = DDKEY_MULTIPLY; keymap[VK_ADD] = DDKEY_ADD; //keymap[VK_SEPARATOR] = ; keymap[VK_SUBTRACT] = DDKEY_SUBTRACT; keymap[VK_DECIMAL] = DDKEY_DECIMAL; keymap[VK_DIVIDE] = DDKEY_DIVIDE; keymap[VK_F1] = DDKEY_F1; keymap[VK_F2] = DDKEY_F2; keymap[VK_F3] = DDKEY_F3; keymap[VK_F4] = DDKEY_F4; keymap[VK_F5] = DDKEY_F5; keymap[VK_F6] = DDKEY_F6; keymap[VK_F7] = DDKEY_F7; keymap[VK_F8] = DDKEY_F8; keymap[VK_F9] = DDKEY_F9; keymap[VK_F10] = DDKEY_F10; keymap[VK_F11] = DDKEY_F11; keymap[VK_F12] = DDKEY_F12; keymap[VK_SNAPSHOT] = DDKEY_PRINT; keymap[0x30] = '0'; keymap[0x31] = '1'; keymap[0x32] = '2'; keymap[0x33] = '3'; keymap[0x34] = '4'; keymap[0x35] = '5'; keymap[0x36] = '6'; keymap[0x37] = '7'; keymap[0x38] = '8'; keymap[0x39] = '9'; keymap[0x41] = 'a'; keymap[0x42] = 'b'; keymap[0x43] = 'c'; keymap[0x44] = 'd'; keymap[0x45] = 'e'; keymap[0x46] = 'f'; keymap[0x47] = 'g'; keymap[0x48] = 'h'; keymap[0x49] = 'i'; keymap[0x4A] = 'j'; keymap[0x4B] = 'k'; keymap[0x4C] = 'l'; keymap[0x4D] = 'm'; keymap[0x4E] = 'n'; keymap[0x4F] = 'o'; keymap[0x50] = 'p'; keymap[0x51] = 'q'; keymap[0x52] = 'r'; keymap[0x53] = 's'; keymap[0x54] = 't'; keymap[0x55] = 'u'; keymap[0x56] = 'v'; keymap[0x57] = 'w'; keymap[0x58] = 'x'; keymap[0x59] = 'y'; keymap[0x5A] = 'z'; } #endif // WIN32 int de::KeyEvent::ddKeyFromQt(int qtKey, int nativeVirtualKey, int nativeScanCode) { #ifdef MACOSX switch(qtKey) { case Qt::Key_Meta: return DDKEY_RCTRL; case Qt::Key_Control: return 0; // Don't map the Command key. case Qt::Key_F14: return DDKEY_PAUSE; // No pause key on the Mac. case Qt::Key_F15: return DDKEY_PRINT; default: break; } #endif #ifdef XFREE_KEYMAPPING // We'll check before the generic Qt keys to detect the numpad. int mapped = x11ScancodeToDDKey(nativeScanCode); if(mapped) return mapped; #else DENG2_UNUSED(nativeScanCode); #endif // Non-character-inserting keys. switch(qtKey) { case Qt::Key_Escape: return DDKEY_ESCAPE; case Qt::Key_Tab: return DDKEY_TAB; case Qt::Key_Backtab: return DDKEY_TAB; // Shift detected separately case Qt::Key_Backspace: return DDKEY_BACKSPACE; case Qt::Key_Space: return ' '; case Qt::Key_Pause: return DDKEY_PAUSE; case Qt::Key_Up: return DDKEY_UPARROW; case Qt::Key_Down: return DDKEY_DOWNARROW; case Qt::Key_Left: return DDKEY_LEFTARROW; case Qt::Key_Right: return DDKEY_RIGHTARROW; case Qt::Key_Control: return DDKEY_RCTRL; case Qt::Key_Shift: return DDKEY_RSHIFT; case Qt::Key_Alt: return DDKEY_RALT; case Qt::Key_AltGr: return DDKEY_LALT; case Qt::Key_Return: return DDKEY_RETURN; case Qt::Key_F1: return DDKEY_F1; case Qt::Key_F2: return DDKEY_F2; case Qt::Key_F3: return DDKEY_F3; case Qt::Key_F4: return DDKEY_F4; case Qt::Key_F5: return DDKEY_F5; case Qt::Key_F6: return DDKEY_F6; case Qt::Key_F7: return DDKEY_F7; case Qt::Key_F8: return DDKEY_F8; case Qt::Key_F9: return DDKEY_F9; case Qt::Key_F10: return DDKEY_F10; case Qt::Key_F11: return DDKEY_F11; case Qt::Key_F12: return DDKEY_F12; case Qt::Key_NumLock: return DDKEY_NUMLOCK; case Qt::Key_ScrollLock: return DDKEY_SCROLL; case Qt::Key_Enter: return DDKEY_ENTER; case Qt::Key_Insert: return DDKEY_INS; case Qt::Key_Delete: return DDKEY_DEL; case Qt::Key_Home: return DDKEY_HOME; case Qt::Key_End: return DDKEY_END; case Qt::Key_PageUp: return DDKEY_PGUP; case Qt::Key_PageDown: return DDKEY_PGDN; case Qt::Key_SysReq: return DDKEY_PRINT; case Qt::Key_Print: return DDKEY_PRINT; case Qt::Key_CapsLock: return DDKEY_CAPSLOCK; default: break; } /// We'll have to use the native virtual keys to make a distinction, e.g., /// between the number row and the keypad. These are the real physical keys /// -- the insertion text is provided outside this mapping. #ifdef WIN32 /// @todo Would the native scancodes be more appropriate than virtual keys? /// (no influence from language settings) checkWin32Keymap(); if(win32Keymap[nativeVirtualKey] > 0) { // We know a mapping for this. return win32Keymap[nativeVirtualKey]; } #endif #ifdef MACOSX switch(nativeVirtualKey) { case 0x00: return 'a'; case 0x01: return 's'; case 0x02: return 'd'; case 0x03: return 'f'; case 0x04: return 'h'; case 0x05: return 'g'; case 0x06: return 'z'; case 0x07: return 'x'; case 0x08: return 'c'; case 0x09: return 'v'; case 0x0A: return DDKEY_SECTION; case 0x0B: return 'b'; case 0x0C: return 'q'; case 0x0D: return 'w'; case 0x0E: return 'e'; case 0x0F: return 'r'; case 0x10: return 'y'; case 0x11: return 't'; case 0x12: return '1'; case 0x13: return '2'; case 0x14: return '3'; case 0x15: return '4'; case 0x16: return '6'; case 0x17: return '5'; case 0x18: return '='; case 0x19: return '9'; case 0x1A: return '7'; case 0x1B: return '-'; case 0x1C: return '8'; case 0x1D: return '0'; case 0x1E: return ']'; case 0x1F: return 'o'; case 0x20: return 'u'; case 0x21: return '['; case 0x22: return 'i'; case 0x23: return 'p'; case 0x25: return 'l'; case 0x26: return 'j'; case 0x27: return '\''; case 0x28: return 'k'; case 0x29: return ';'; case 0x2A: return '\\'; case 0x2B: return ','; case 0x2C: return '/'; case 0x2D: return 'n'; case 0x2E: return 'm'; case 0x2F: return '.'; case 0x32: return '`'; case 82: return DDKEY_NUMPAD0; case 83: return DDKEY_NUMPAD1; case 84: return DDKEY_NUMPAD2; case 85: return DDKEY_NUMPAD3; case 86: return DDKEY_NUMPAD4; case 87: return DDKEY_NUMPAD5; case 88: return DDKEY_NUMPAD6; case 89: return DDKEY_NUMPAD7; case 91: return DDKEY_NUMPAD8; case 92: return DDKEY_NUMPAD9; case 65: return DDKEY_DECIMAL; case 69: return DDKEY_ADD; case 78: return DDKEY_SUBTRACT; case 75: return DDKEY_DIVIDE; case 0x43: return DDKEY_MULTIPLY; default: break; } #endif // Not supported! LOGDEV_INPUT_WARNING("Ignored unknown key: Qt key %i (%x), virtualKey %i, scancode %i") << qtKey << qtKey << nativeVirtualKey << nativeScanCode; return 0; } #ifdef XFREE_KEYMAPPING static int x11ScancodeToDDKey(int scancode) { Display* disp = QX11Info::display(); KeySym sym = XKeycodeToKeysym(disp, scancode, 0); if(sym == NoSymbol) return 0; unsigned int ucs4 = X11_KeySymToUcs4(sym); if(ucs4) { // ASCII range. if(ucs4 > ' ' && ucs4 < 128) return ucs4; //qDebug() << "ucs4:" << ucs4 << hex << ucs4 << dec; return 0; } //qDebug() << "sym:" << hex << sym << dec; switch(sym) { case XK_KP_Insert: return DDKEY_NUMPAD0; case XK_KP_End: return DDKEY_NUMPAD1; case XK_KP_Down: return DDKEY_NUMPAD2; case XK_KP_Page_Down: return DDKEY_NUMPAD3; case XK_KP_Left: return DDKEY_NUMPAD4; case XK_KP_Begin: return DDKEY_NUMPAD5; case XK_KP_Right: return DDKEY_NUMPAD6; case XK_KP_Home: return DDKEY_NUMPAD7; case XK_KP_Up: return DDKEY_NUMPAD8; case XK_KP_Page_Up: return DDKEY_NUMPAD9; case XK_KP_0: return DDKEY_NUMPAD0; case XK_KP_1: return DDKEY_NUMPAD1; case XK_KP_2: return DDKEY_NUMPAD2; case XK_KP_3: return DDKEY_NUMPAD3; case XK_KP_4: return DDKEY_NUMPAD4; case XK_KP_5: return DDKEY_NUMPAD5; case XK_KP_6: return DDKEY_NUMPAD6; case XK_KP_7: return DDKEY_NUMPAD7; case XK_KP_8: return DDKEY_NUMPAD8; case XK_KP_9: return DDKEY_NUMPAD9; case XK_KP_Equal: return '='; case XK_KP_Multiply: return DDKEY_MULTIPLY; case XK_KP_Add: return DDKEY_ADD; case XK_KP_Separator: return DDKEY_DECIMAL; case XK_KP_Delete: return DDKEY_DECIMAL; case XK_KP_Subtract: return DDKEY_SUBTRACT; case XK_KP_Decimal: return DDKEY_DECIMAL; case XK_KP_Divide: return DDKEY_DIVIDE; default: break; } //qDebug() << "=>failed to map"; return 0; } #endif namespace de { KeyEvent::KeyEvent() : Event(KeyPress), _qtKey(0), _ddKey(0), _nativeCode(0) {} KeyEvent::KeyEvent(State keyState, int qtKeyCode, int ddKeyCode, int nativeKeyCode, String const &keyText, Modifiers const &modifiers) : Event(keyState == Pressed? KeyPress : keyState == Repeat? KeyRepeat : KeyRelease), _qtKey(qtKeyCode), _mods(modifiers), _ddKey(ddKeyCode), _nativeCode(nativeKeyCode), _text(keyText) {} KeyEvent::State KeyEvent::state() const { switch(type()) { case KeyPress: return Pressed; case KeyRepeat: return Repeat; default: return Released; } } bool KeyEvent::isModifier() const { return _qtKey == Qt::Key_Shift || _qtKey == Qt::Key_Control || _qtKey == Qt::Key_Alt || _qtKey == Qt::Key_Meta; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/displaymode.cpp0000664000175000017500000002342112350542240021603 0ustar jaakkojaakko/** @file displaymode.cpp Platform-independent display mode management. * @ingroup gl * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/gui/displaymode.h" #include "de/gui/displaymode_native.h" #include #include #include #include #include #include #include #include #include #include #include #include namespace de { static bool inited = false; static DisplayColorTransfer originalColorTransfer; static de::Binder binder; static float differenceToOriginalHz(float hz); namespace internal { struct Mode : public DisplayMode { Mode() { de::zapPtr(static_cast(this)); } Mode(const DisplayMode& dm) { memcpy(static_cast(this), &dm, sizeof(dm)); } Mode(int i) { DisplayMode_Native_GetMode(i, this); updateRatio(); } static Mode fromCurrent() { Mode m; DisplayMode_Native_GetCurrentMode(&m); m.updateRatio(); return m; } bool operator == (const Mode& other) const { return width == other.width && height == other.height && depth == other.depth && refreshRate == other.refreshRate; } bool operator != (const Mode& other) const { return !(*this == other); } bool operator < (const Mode& b) const { if(width == b.width) { if(height == b.height) { if(depth == b.depth) { // The refresh rate that more closely matches the original is preferable. return differenceToOriginalHz(refreshRate) < differenceToOriginalHz(b.refreshRate); } return depth < b.depth; } return height < b.height; } return width < b.width; } void updateRatio() { ratioX = width; ratioY = height; float fx; float fy; if(width > height) { fx = width/float(height); fy = 1.f; } else { fx = 1.f; fy = height/float(width); } // Multiply until we arrive at a close enough integer ratio. for(int mul = 2; mul < qMin(width, height); ++mul) { float rx = fx*mul; float ry = fy*mul; if(qAbs(rx - qRound(rx)) < .01f && qAbs(ry - qRound(ry)) < .01f) { // This seems good. ratioX = qRound(rx); ratioY = qRound(ry); break; } } if(ratioX == 8 && ratioY == 5) { // This is commonly referred to as 16:10. ratioX *= 2; ratioY *= 2; } } void debugPrint() const { LOG_GL_VERBOSE("size: %i x %i x %i, rate: %.1f Hz, ratio: %i:%i") << width << height << depth << refreshRate << ratioX << ratioY; } }; } // namespace internal using namespace internal; typedef std::set Modes; // note: no duplicates static Modes modes; static Mode originalMode; static bool captured; static float differenceToOriginalHz(float hz) { return qAbs(hz - originalMode.refreshRate); } static de::Value *Function_DisplayMode_OriginalMode(de::Context &, de::Function::ArgumentValues const &) { using de::NumberValue; using de::TextValue; DisplayMode const *mode = DisplayMode_OriginalMode(); de::DictionaryValue *dict = new de::DictionaryValue; dict->add(new TextValue("width"), new NumberValue(mode->width)); dict->add(new TextValue("height"), new NumberValue(mode->height)); dict->add(new TextValue("depth"), new NumberValue(mode->depth)); dict->add(new TextValue("refreshRate"), new NumberValue(mode->refreshRate)); de::ArrayValue *ratio = new de::ArrayValue; *ratio << NumberValue(mode->ratioX) << NumberValue(mode->ratioY); dict->add(new TextValue("ratio"), ratio); return dict; } } // namespace de using namespace de; int DisplayMode_Init(void) { if(inited) return true; captured = false; DisplayMode_Native_Init(); #if defined(MACOSX) || defined(UNIX) DisplayMode_SaveOriginalColorTransfer(); #endif // This is used for sorting the mode set (Hz). originalMode = Mode::fromCurrent(); for(int i = 0; i < DisplayMode_Native_Count(); ++i) { Mode mode(i); if(mode.depth < 16 || mode.width < 320 || mode.height < 240) continue; // This mode is not good. modes.insert(mode); } LOG_GL_VERBOSE("Current mode is:"); originalMode.debugPrint(); LOG_GL_VERBOSE("All available modes:"); for(Modes::iterator i = modes.begin(); i != modes.end(); ++i) { i->debugPrint(); } // Script bindings. binder.initNew() << DENG2_FUNC_NOARG(DisplayMode_OriginalMode, "originalMode"); de::App::scriptSystem().addNativeModule("DisplayMode", binder.module()); inited = true; return true; } void DisplayMode_Shutdown(void) { if(!inited) return; binder.deinit(); LOG_GL_NOTE("Restoring original display mode due to shutdown"); // Back to the original mode. DisplayMode_Change(&originalMode, false /*release captured*/); modes.clear(); DisplayMode_Native_Shutdown(); captured = false; DisplayMode_Native_SetColorTransfer(&originalColorTransfer); inited = false; } void DisplayMode_SaveOriginalColorTransfer(void) { DisplayMode_Native_GetColorTransfer(&originalColorTransfer); } DisplayMode const *DisplayMode_OriginalMode(void) { return &originalMode; } DisplayMode const *DisplayMode_Current(void) { static Mode currentMode; // Update it with current mode. currentMode = Mode::fromCurrent(); return ¤tMode; } int DisplayMode_Count(void) { return (int) modes.size(); } DisplayMode const *DisplayMode_ByIndex(int index) { DENG2_ASSERT(index >= 0); DENG2_ASSERT(index < (int) modes.size()); int pos = 0; for(Modes::iterator i = modes.begin(); i != modes.end(); ++i, ++pos) { if(pos == index) { return &*i; } } DENG2_ASSERT(false); return 0; // unreachable } DisplayMode const *DisplayMode_FindClosest(int width, int height, int depth, float freq) { int bestScore = -1; DisplayMode const *best = 0; for(Modes::iterator i = modes.begin(); i != modes.end(); ++i) { int score = de::squared(i->width - width) + de::squared(i->height - height) + de::squared(i->depth - depth); if(freq >= 1) { score += de::squared(i->refreshRate - freq); } // Note: The first mode to hit the lowest score wins; if there are many modes // with the same score, the first one will be chosen. Particularly if the // frequency has not been specified, the sort order of the modes defines which // one is picked. if(!best || score < bestScore) { bestScore = score; best = &*i; } } return best; } int DisplayMode_IsEqual(DisplayMode const *a, DisplayMode const *b) { return Mode(*a) == Mode(*b); } int DisplayMode_Change(DisplayMode const *mode, int shouldCapture) { if(Mode::fromCurrent() == *mode && !shouldCapture == !captured) { LOG_AS("DisplayMode"); LOGDEV_GL_XVERBOSE("Requested mode is the same as current, ignoring request"); // Already in this mode. return false; } captured = shouldCapture; return DisplayMode_Native_Change(mode, shouldCapture || (originalMode != *mode)); } static inline de::duint16 intensity8To16(de::duint8 b) { return (b << 8) | b; // 0xFF => 0xFFFF } void DisplayMode_GetColorTransfer(DisplayColorTransfer *colors) { DisplayColorTransfer mapped; DisplayMode_Native_GetColorTransfer(&mapped); // Factor out the original color transfer function, which may be set up // specifically by the user. for(int i = 0; i < 256; ++i) { #define LINEAR_UNMAP(i, c) ( (unsigned short) \ de::clamp(0.f, float(mapped.table[i]) / float(originalColorTransfer.table[i]) * intensity8To16(c), 65535.f) ) colors->table[i] = LINEAR_UNMAP(i, i); colors->table[i + 256] = LINEAR_UNMAP(i + 256, i); colors->table[i + 512] = LINEAR_UNMAP(i + 512, i); } } void DisplayMode_SetColorTransfer(DisplayColorTransfer const *colors) { DisplayColorTransfer mapped; // Factor in the original color transfer function, which may be set up // specifically by the user. for(int i = 0; i < 256; ++i) { #define LINEAR_MAP(i, c) ( (unsigned short) \ de::clamp(0.f, float(colors->table[i]) / float(intensity8To16(c)) * originalColorTransfer.table[i], 65535.f) ) mapped.table[i] = LINEAR_MAP(i, i); mapped.table[i + 256] = LINEAR_MAP(i + 256, i); mapped.table[i + 512] = LINEAR_MAP(i + 512, i); } DisplayMode_Native_SetColorTransfer(&mapped); } doomsday-1.14.5/doomsday/libgui/src/drawable.cpp0000664000175000017500000002744112350542240021060 0ustar jaakkojaakko/** @file drawable.cpp Drawable object with buffers, programs and states. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/Drawable" #include namespace de { DENG2_PIMPL(Drawable) { typedef QMap Buffers; typedef QMap Programs; typedef QMap States; typedef QMap Names; struct BufferConfig { GLProgram const *program; GLState const *state; BufferConfig(GLProgram const *p = 0, GLState const *s = 0) : program(p), state(s) {} }; typedef QMap BufferConfigs; Buffers buffers; Programs programs; States states; Names bufferNames; Names programNames; Names stateNames; BufferConfigs configs; GLProgram defaultProgram; Instance(Public *i) : Base(i) { self += defaultProgram; } ~Instance() { clear(); } void clear() { qDeleteAll(buffers.values()); qDeleteAll(programs.values()); qDeleteAll(states.values()); defaultProgram.clear(); buffers.clear(); programs.clear(); states.clear(); configs.clear(); bufferNames.clear(); programNames.clear(); stateNames.clear(); } Id nextBufferId() const { Id next = 1; // Keys of a QMap are sorted in ascending order. if(!buffers.isEmpty()) next = buffers.keys().back() + 1; return next; } Id nextProgramId() const { Id next = 1; // Keys of a QMap are sorted in ascending order. if(!programs.isEmpty()) next = programs.keys().back() + 1; return next; } Id nextStateId() const { Id next = 1; // Keys of a QMap are sorted in ascending order. if(!states.isEmpty()) next = states.keys().back() + 1; return next; } void replaceProgram(GLProgram const *src, GLProgram const *dest) { DENG2_FOR_EACH(BufferConfigs, i, configs) { if(i.value().program == src) { i.value().program = dest; } } } void replaceState(GLState const *src, GLState const *dest) { DENG2_FOR_EACH(BufferConfigs, i, configs) { if(i.value().state == src) { i.value().state = dest; } } } void removeName(Names &names, Id id) { QMutableMapIterator iter(names); while(iter.hasNext()) { iter.next(); if(iter.value() == id) { iter.remove(); } } } }; Drawable::Drawable() : d(new Instance(this)) {} void Drawable::clear() { d->clear(); } Drawable::Ids Drawable::allBuffers() const { return d->buffers.keys(); } Drawable::Ids Drawable::allPrograms() const { Ids ids; ids << 0 // default program is always there << d->programs.keys(); return ids; } Drawable::Ids Drawable::allStates() const { return d->states.keys(); } bool Drawable::hasBuffer(Id id) const { return d->buffers.contains(id); } GLBuffer &Drawable::buffer(Id id) const { DENG2_ASSERT(d->buffers.contains(id)); return *d->buffers[id]; } GLBuffer &Drawable::buffer(Name const &bufferName) const { return buffer(bufferId(bufferName)); } Drawable::Id Drawable::bufferId(Name const &bufferName) const { DENG2_ASSERT(d->bufferNames.contains(bufferName)); return d->bufferNames[bufferName]; } GLProgram &Drawable::program(Id id) const { if(!id) return d->defaultProgram; DENG2_ASSERT(d->programs.contains(id)); return *d->programs[id]; } GLProgram &Drawable::program(Name const &programName) const { return program(programId(programName)); } Drawable::Id Drawable::programId(Name const &programName) const { DENG2_ASSERT(d->programNames.contains(programName)); return d->programNames[programName]; } GLProgram const &Drawable::programForBuffer(Id bufferId) const { DENG2_ASSERT(d->configs.contains(bufferId)); DENG2_ASSERT(d->configs[bufferId].program != 0); return *d->configs[bufferId].program; } GLProgram const &Drawable::programForBuffer(Name const &bufferName) const { return programForBuffer(bufferId(bufferName)); } GLState const *Drawable::stateForBuffer(Id bufferId) const { return d->configs[bufferId].state; } GLState const *Drawable::stateForBuffer(Name const &bufferName) const { return stateForBuffer(bufferId(bufferName)); } GLState &Drawable::state(Id id) const { DENG2_ASSERT(d->states.contains(id)); return *d->states[id]; } GLState &Drawable::state(Name const &stateName) const { return state(stateId(stateName)); } Drawable::Id Drawable::stateId(Name const &stateName) const { DENG2_ASSERT(d->stateNames.contains(stateName)); return d->stateNames[stateName]; } void Drawable::addBuffer(Id id, GLBuffer *buffer) { removeBuffer(id); d->buffers[id] = buffer; setProgram(id, d->defaultProgram); insert(*buffer, Required); } Drawable::Id Drawable::addBuffer(Name const &bufferName, GLBuffer *buffer) { Id id = d->nextBufferId(); d->bufferNames.insert(bufferName, id); addBuffer(id, buffer); return id; } Drawable::Id Drawable::addBuffer(GLBuffer *buffer) { Id const id = d->nextBufferId(); addBuffer(id, buffer); return id; } Drawable::Id Drawable::addBufferWithNewProgram(GLBuffer *buffer, Name const &programName) { // Take ownership of the buffer. Id const bufId = d->nextBufferId(); addBuffer(bufId, buffer); // Assign a new program to the buffer. Id const progId = addProgram(programName); setProgram(bufId, program(progId)); return bufId; } void Drawable::addBufferWithNewProgram(Id id, GLBuffer *buffer, Name const &programName) { addBuffer(id, buffer); addProgram(programName); setProgram(id, programName); } Drawable::Id Drawable::addBufferWithNewProgram(Name const &bufferName, GLBuffer *buffer, Name const &programName) { Id const progId = addProgram(programName); Id const bufId = addBuffer(bufferName, buffer); setProgram(bufId, program(progId)); return bufId; } GLProgram &Drawable::addProgram(Id id) { // Program 0 is the default program. DENG2_ASSERT(id != 0); removeProgram(id); GLProgram *p = new GLProgram; d->programs[id] = p; insert(*p, Required); return *p; } Drawable::Id Drawable::addProgram(Name const &programName) { Id const id = d->nextProgramId(); addProgram(id); if(!programName.isEmpty()) { d->programNames.insert(programName, id); } return id; } GLState &Drawable::addState(Id id, GLState const &state) { removeState(id); GLState *s = new GLState(state); d->states[id] = s; return *s; } Drawable::Id Drawable::addState(Name const &stateName, GLState const &state) { Id const id = d->nextStateId(); addState(id, state); d->stateNames.insert(stateName, id); return id; } void Drawable::removeBuffer(Id id) { if(d->buffers.contains(id)) { remove(*d->buffers[id]); delete d->buffers.take(id); } d->configs.remove(id); } void Drawable::removeProgram(Id id) { if(d->programs.contains(id)) { GLProgram *prog = d->programs[id]; d->replaceProgram(prog, &d->defaultProgram); remove(*prog); delete d->programs.take(id); } } void Drawable::removeState(Id id) { if(d->programs.contains(id)) { GLState *st = d->states[id]; d->replaceState(st, 0); delete d->states.take(id); } } void Drawable::removeBuffer(Name const &bufferName) { Id const id = bufferId(bufferName); removeBuffer(id); d->removeName(d->bufferNames, id); } void Drawable::removeProgram(Name const &programName) { Id const id = programId(programName); removeProgram(id); d->removeName(d->programNames, id); } void Drawable::removeState(Name const &stateName) { Id const id = stateId(stateName); removeState(id); d->removeName(d->stateNames, id); } void Drawable::setProgram(Id bufferId, GLProgram &program) { d->configs[bufferId].program = &program; } void Drawable::setProgram(Id bufferId, Name const &programName) { setProgram(bufferId, program(programName)); } void Drawable::setProgram(Name const &bufferName, GLProgram &program) { setProgram(bufferId(bufferName), program); } void Drawable::setProgram(Name const &bufferName, Name const &programName) { setProgram(bufferId(bufferName), program(programName)); } void Drawable::setProgram(GLProgram &program) { foreach(Id id, allBuffers()) { setProgram(id, program); } } void Drawable::setProgram(Name const &programName) { setProgram(program(programName)); } void Drawable::setState(Id bufferId, GLState &state) { d->configs[bufferId].state = &state; } void Drawable::setState(Id bufferId, Name const &stateName) { setState(bufferId, state(stateName)); } void Drawable::setState(Name const &bufferName, GLState &state) { setState(bufferId(bufferName), state); } void Drawable::setState(Name const &bufferName, Name const &stateName) { setState(bufferId(bufferName), state(stateName)); } void Drawable::setState(GLState &state) { foreach(Id id, allBuffers()) { setState(id, state); } } void Drawable::setState(Name const &stateName) { setState(state(stateName)); } void Drawable::unsetState(Id bufferId) { d->configs[bufferId].state = 0; } void Drawable::unsetState(Name const &bufferName) { unsetState(bufferId(bufferName)); } void Drawable::unsetState() { foreach(Id id, allBuffers()) { unsetState(id); } } void Drawable::draw() const { // Ignore the draw request until everything is ready. if(!isReady()) return; GLProgram const *currentProgram = 0; GLState const *currentState = 0; // Make sure the GL state on the top of the stack is in effect. GLState::current().apply(); DENG2_FOR_EACH_CONST(Instance::Buffers, i, d->buffers) { Id const id = i.key(); // Switch the program if necessary. GLProgram const &bufProg = programForBuffer(id); if(currentProgram != &bufProg) { if(currentProgram) currentProgram->endUse(); currentProgram = &bufProg; currentProgram->beginUse(); } // If a state has been defined, use it. GLState const *bufState = stateForBuffer(id); if(bufState && currentState != bufState) { currentState = bufState; currentState->apply(); } else if(!bufState && currentState != 0) { // Use the current state from the stack. currentState = 0; GLState::current().apply(); } // Ready to draw. i.value()->draw(); } // Cleanup. if(currentProgram) { currentProgram->endUse(); } if(currentState) { // We messed with the state; restore to what the stack says is current. GLState::current().apply(); } } } // namespace de doomsday-1.14.5/doomsday/libgui/src/atlastexture.cpp0000664000175000017500000000455312350542240022023 0ustar jaakkojaakko/** @file atlastexture.h Atlas stored on a GLTexture. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/AtlasTexture" #include "de/RowAtlasAllocator" #include "de/KdTreeAtlasAllocator" namespace de { AtlasTexture::AtlasTexture(Atlas::Flags const &flags, Atlas::Size const &totalSize) : Atlas(flags, totalSize) { // Atlas textures are updated automatically when needed. setState(Ready); } AtlasTexture *AtlasTexture::newWithRowAllocator(Atlas::Flags const &flags, Atlas::Size const &totalSize) { AtlasTexture *atlas = new AtlasTexture(flags, totalSize); atlas->setAllocator(new RowAtlasAllocator); return atlas; } AtlasTexture *AtlasTexture::newWithKdTreeAllocator(Atlas::Flags const &flags, Atlas::Size const &totalSize) { AtlasTexture *atlas = new AtlasTexture(flags, totalSize); atlas->setAllocator(new KdTreeAtlasAllocator); return atlas; } void AtlasTexture::clear() { Atlas::clear(); GLTexture::clear(); setState(Ready); } void AtlasTexture::aboutToUse() const { Atlas::commit(); } void AtlasTexture::commitFull(Image const &fullImage) const { DENG2_ASSERT(fullImage.size() == totalSize()); // While the Atlas is const, the texture isn't... const_cast(this)->setImage(fullImage); } void AtlasTexture::commit(Image const &image, Vector2i const &topLeft) const { GLTexture *tex = const_cast(this); if(size() == GLTexture::Size(0, 0)) { // Hasn't been full-committed yet. tex->setUndefinedImage(totalSize(), Image::RGBA_8888); } tex->setSubImage(image, topLeft); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/glprogram.cpp0000664000175000017500000002427712350542240021275 0ustar jaakkojaakko/** @file glprogram.cpp GL shader program. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLProgram" #include "de/GLUniform" #include "de/GLBuffer" #include "de/GLShader" #include "de/GLTexture" #include "de/GuiApp" #include "de/gui/opengl.h" #include #include #include #include namespace de { using namespace internal; DENG2_PIMPL(GLProgram) , DENG2_OBSERVES(GLUniform, ValueChange) , DENG2_OBSERVES(GLUniform, Deletion) , DENG2_OBSERVES(GuiApp, GLContextChange) { typedef QSet Uniforms; typedef QList UniformList; typedef QSet Shaders; Uniforms bound; Uniforms changed; UniformList textures; bool texturesChanged; GLuint name; Shaders shaders; bool inUse; bool needRebuild; Instance(Public *i) : Base(i) , texturesChanged(false) , name(0) , inUse(false) , needRebuild(false) { //DENG2_GUI_APP->audienceForGLContextChange += this; } ~Instance() { //DENG2_GUI_APP->audienceForGLContextChange -= this; release(); } void appGLContextChanged() { /* if(name && !needRebuild) { qDebug() << "rebuild program" << name << "before use"; self.rebuildBeforeNextUse(); } */ } void alloc() { if(!name) { name = glCreateProgram(); if(!name) { throw AllocError("GLProgram::alloc", "Failed to create program"); } } } void releaseButRetainBindings() { self.setState(NotReady); detachAllShaders(); if(name) { glDeleteProgram(name); name = 0; } } void release() { unbindAll(); releaseButRetainBindings(); } void attach(GLShader const *shader) { DENG2_ASSERT(shader->isReady()); alloc(); glAttachShader(name, shader->glName()); LIBGUI_ASSERT_GL_OK(); shaders.insert(holdRef(shader)); } void detach(GLShader const *shader) { if(shader->isReady()) { glDetachShader(name, shader->glName()); } shaders.remove(shader); shader->release(); } void detachAllShaders() { foreach(GLShader const *shader, shaders) { detach(shader); } shaders.clear(); } void unbindAll() { foreach(GLUniform const *u, bound) { u->audienceForValueChange() -= this; u->audienceForDeletion() -= this; } texturesChanged = false; bound.clear(); textures.clear(); changed.clear(); } /** * Bind all known vertex attributes to the indices used by GLBuffer. The * program is automatically (re)linked after binding the vertex attributes, * if there are already shaders attached. */ void bindVertexAttribs() { alloc(); // The names of shader attributes are defined here: static struct { AttribSpec::Semantic semantic; char const *varName; } const names[] = { { AttribSpec::Position, "aVertex" }, { AttribSpec::TexCoord0, "aUV" }, { AttribSpec::TexCoord1, "aUV2" }, { AttribSpec::TexCoord2, "aUV3" }, { AttribSpec::TexCoord3, "aUV4" }, { AttribSpec::TexBounds0, "aBounds" }, { AttribSpec::Color, "aColor" }, { AttribSpec::Normal, "aNormal" }, { AttribSpec::Tangent, "aTangent" }, { AttribSpec::Bitangent, "aBitangent" } }; for(uint i = 0; i < sizeof(names)/sizeof(names[0]); ++i) { glBindAttribLocation(name, GLuint(names[i].semantic), names[i].varName); LIBGUI_ASSERT_GL_OK(); } if(!shaders.isEmpty()) { link(); } } void link() { DENG2_ASSERT(name != 0); glLinkProgram(name); // Was linking successful? GLint ok; glGetProgramiv(name, GL_LINK_STATUS, &ok); if(!ok) { dint32 logSize; dint32 count; glGetProgramiv(name, GL_INFO_LOG_LENGTH, &logSize); Block log(logSize); glGetProgramInfoLog(name, logSize, &count, reinterpret_cast(log.data())); throw LinkerError("GLProgram::link", "Linking failed:\n" + log); } } void markAllBoundUniformsChanged() { foreach(GLUniform const *u, bound) { changed.insert(u); } } void updateUniforms() { if(changed.isEmpty()) return; // Apply the uniform values in this program. foreach(GLUniform const *u, changed) { if(u->type() != GLUniform::Sampler2D) { u->applyInProgram(self); } } if(texturesChanged) { // Update the sampler uniforms. for(int unit = 0; unit < textures.size(); ++unit) { int loc = self.glUniformLocation(textures[unit]->name().latin1()); if(loc >= 0) { glUniform1i(loc, unit); LIBGUI_ASSERT_GL_OK(); } } texturesChanged = false; } changed.clear(); } void bindTextures() { // Update the sampler uniforms. for(int unit = textures.size() - 1; unit >= 0; --unit) { GLTexture const *tex = *textures[unit]; if(tex) { tex->glBindToUnit(unit); } } } void rebuild() { qDebug() << "Rebuilding GL program" << name; if(name) { glDeleteProgram(name); name = 0; } alloc(); foreach(GLShader const *shader, shaders) { glAttachShader(name, shader->glName()); LIBGUI_ASSERT_GL_OK(); } bindVertexAttribs(); markAllBoundUniformsChanged(); } void uniformValueChanged(GLUniform &uniform) { changed.insert(&uniform); } void uniformDeleted(GLUniform &uniform) { self.unbind(uniform); } }; GLProgram::GLProgram() : d(new Instance(this)) {} void GLProgram::clear() { d->release(); } GLProgram &GLProgram::build(GLShader const *vertexShader, GLShader const *fragmentShader) { DENG2_ASSERT(vertexShader != 0); DENG2_ASSERT(vertexShader->isReady()); DENG2_ASSERT(vertexShader->type() == GLShader::Vertex); DENG2_ASSERT(fragmentShader != 0); DENG2_ASSERT(fragmentShader->isReady()); DENG2_ASSERT(fragmentShader->type() == GLShader::Fragment); d->releaseButRetainBindings(); d->attach(vertexShader); d->attach(fragmentShader); d->bindVertexAttribs(); d->markAllBoundUniformsChanged(); setState(Ready); return *this; } GLProgram &GLProgram::build(IByteArray const &vertexShaderSource, IByteArray const &fragmentShaderSource) { return build(refless(new GLShader(GLShader::Vertex, vertexShaderSource)), refless(new GLShader(GLShader::Fragment, fragmentShaderSource))); } void GLProgram::rebuildBeforeNextUse() { d->needRebuild = true; } void GLProgram::rebuild() { d->rebuild(); } GLProgram &GLProgram::operator << (GLUniform const &uniform) { return bind(uniform); } GLProgram &GLProgram::bind(GLUniform const &uniform) { if(!d->bound.contains(&uniform)) { d->bound.insert(&uniform); d->changed.insert(&uniform); uniform.audienceForValueChange() += d; uniform.audienceForDeletion() += d; if(uniform.type() == GLUniform::Sampler2D) { d->textures << &uniform; d->texturesChanged = true; } } return *this; } GLProgram &GLProgram::unbind(GLUniform const &uniform) { if(d->bound.contains(&uniform)) { d->bound.remove(&uniform); d->changed.remove(&uniform); uniform.audienceForValueChange() -= d.get(); uniform.audienceForDeletion() -= d.get(); if(uniform.type() == GLUniform::Sampler2D) { d->textures.removeOne(&uniform); d->texturesChanged = true; } } return *this; } void GLProgram::beginUse() const { LIBGUI_ASSERT_GL_OK(); DENG2_ASSERT_IN_MAIN_THREAD(); DENG2_ASSERT(QGLContext::currentContext() != 0); DENG2_ASSERT(isReady()); DENG2_ASSERT(!d->inUse); if(d->needRebuild) { d->needRebuild = false; const_cast(this)->rebuild(); } DENG2_ASSERT(glIsProgram(d->name)); d->inUse = true; // The program is now ready for use. glUseProgram(d->name); LIBGUI_ASSERT_GL_OK(); d->updateUniforms(); d->bindTextures(); LIBGUI_ASSERT_GL_OK(); } void GLProgram::endUse() const { DENG2_ASSERT(d->inUse); d->inUse = false; glUseProgram(0); } GLuint GLProgram::glName() const { return d->name; } int GLProgram::glUniformLocation(char const *uniformName) const { GLint loc = glGetUniformLocation(d->name, uniformName); if(loc < 0) { LOG_AS("GLProgram"); LOGDEV_GL_WARNING("Could not find uniform '%s'") << uniformName; } return loc; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/font_richformat.cpp0000664000175000017500000003006512350542240022457 0ustar jaakkojaakko/** @file font_richformat.cpp Rich formatting instructions for text. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/Font" #include namespace de { DENG2_PIMPL_NOREF(Font::RichFormat), DENG2_OBSERVES(EscapeParser, PlainText), DENG2_OBSERVES(EscapeParser, EscapeSequence) { IStyle const *style; struct Format { float sizeFactor; Weight weight; Style style; int colorIndex; bool markIndent; bool resetIndent; int tabStop; Format() : sizeFactor(1.f), weight(OriginalWeight), style(OriginalStyle), colorIndex(-1), markIndent(false), resetIndent(false), tabStop(-1 /* untabbed */) {} }; struct FormatRange { Rangei range; Format format; FormatRange(Rangei const &r = Rangei(), Format const &frm = Format()) : range(r), format(frm) {} }; typedef QList Ranges; Ranges ranges; /// Tab stops are only applicable on the first line of a set of wrapped /// lines. Subsequent lines use the latest accessed tab stop as the indent. TabStops tabs; EscapeParser esc; QList stack; int plainPos; Instance() : style(0) {} Instance(IStyle const &style) : style(&style) {} Instance(Instance const &other) : de::IPrivate() , de::EscapeParser::IPlainTextObserver() , de::EscapeParser::IEscapeSequenceObserver() , style(other.style) , ranges(other.ranges) , tabs(other.tabs) {} void handlePlainText(Rangei const &range) { Rangei plainRange(plainPos, plainPos + range.size()); plainPos += range.size(); // Append a formatted range using the stack's current format. ranges << Instance::FormatRange(plainRange, stack.last()); // Properties that span a single range only. stack.last().markIndent = stack.last().resetIndent = false; } void handleEscapeSequence(Rangei const &range) { // Save the previous format on the stack. stack << Instance::Format(stack.last()); String const code = esc.originalText().substr(range); // Check the escape sequence. char ch = code[0].toLatin1(); switch(ch) { case '(': // Sequence of tab stops effective in the entire content. tabs.clear(); for(int i = 1; i < code.size() - 1; ++i) { tabs << (code[i].toLatin1() - 'a' + 1); } break; case '.': // pop a format off the stack stack.removeLast(); // ignore the one just added if(stack.size() > 1) { Format form = stack.takeLast(); stack.last().tabStop = form.tabStop; // Retain tab stop. stack.last().markIndent = form.markIndent; } break; case '>': stack.last().markIndent = true; handlePlainText(Rangei(0, 0)); break; case '<': stack.last().resetIndent = true; // Insert an empty range for reseting the indent. handlePlainText(Rangei(0, 0)); break; case '\t': stack.last().tabStop++; break; case 'T': stack.last().tabStop = de::max(-1, code[1].toLatin1() - 'a'); break; case 'b': stack.last().weight = Bold; break; case 'l': stack.last().weight = Light; break; case 'w': stack.last().weight = Normal; break; case 'r': stack.last().style = Regular; break; case 'i': stack.last().style = Italic; break; case 'm': stack.last().style = Monospace; break; case 's': stack.last().sizeFactor = .8f; break; case 't': stack.last().sizeFactor = .75f; break; case 'n': stack.last().sizeFactor = .6f; break; case 'A': // Normal color case 'B': // Highlight color case 'C': // Dimmed color case 'D': // Accent color case 'E': // Dim Accent color case 'F': // Alternative Accent color stack.last().colorIndex = ch - 'A'; break; case '0': case '1': case '2': case '3': case '4': case '5': case '6': if(style) { style->richStyleFormat(ch - '0', stack.last().sizeFactor, stack.last().weight, stack.last().style, stack.last().colorIndex); } break; } } }; Font::RichFormat::RichFormat() : d(new RichFormat::Instance) {} Font::RichFormat::RichFormat(IStyle const &style) : d(new RichFormat::Instance(style)) {} Font::RichFormat::RichFormat(RichFormat const &other) : d(new RichFormat::Instance(*other.d)) {} Font::RichFormat &Font::RichFormat::operator = (RichFormat const &other) { d.reset(new RichFormat::Instance(*other.d)); return *this; } void Font::RichFormat::clear() { d->ranges.clear(); d->tabs.clear(); d->stack.clear(); d->stack << Instance::Format(); d->plainPos = 0; } void Font::RichFormat::setStyle(IStyle const &style) { d->style = &style; } bool Font::RichFormat::hasStyle() const { return d->style != 0; } Font::RichFormat::IStyle const &Font::RichFormat::style() const { return *d->style; } Font::RichFormat Font::RichFormat::fromPlainText(String const &plainText) { Instance::FormatRange all; all.range = Rangei(0, plainText.size()); RichFormat form; form.d->ranges << all; return form; } String Font::RichFormat::initFromStyledText(String const &styledText) { clear(); d->esc.audienceForEscapeSequence() += d; d->esc.audienceForPlainText() += d; d->esc.parse(styledText); #if 0 qDebug() << "Styled text:" << styledText; qDebug() << "plain:" << d->esc.plainText(); foreach(Instance::FormatRange const &r, d->ranges) { qDebug() << r.range.asText() << d->esc.plainText().substr(r.range) << "size:" << r.format.sizeFactor << "weight:" << r.format.weight << "style:" << r.format.style << "color:" << r.format.colorIndex << "tab:" << r.format.tabStop << "indent (m/r):" << r.format.markIndent << r.format.resetIndent; } qDebug() << "Tabs:" << d->tabs.size(); foreach(int i, d->tabs) { qDebug() << i; } #endif return d->esc.plainText(); } Font::RichFormatRef Font::RichFormat::subRange(Rangei const &range) const { return RichFormatRef(*this, range); } Font::TabStops const &Font::RichFormat::tabStops() const { return d->tabs; } int Font::RichFormat::tabStopXWidth(int stop) const { if(stop < 0 || d->tabs.isEmpty()) return 0; DENG2_ASSERT(stop < 50); int x = 0; for(int i = 0; i <= stop; ++i) { if(i >= d->tabs.size()) x += d->tabs.last(); else x += d->tabs[i]; } return x; } Font::RichFormat::Ref::Ref(Ref const &ref) : _ref(ref.format()), _span(ref._span), _indices(ref._indices) {} Font::RichFormat::Ref::Ref(Ref const &ref, Rangei const &subSpan) : _ref(ref.format()), _span(subSpan + ref._span.start) { updateIndices(); } Font::RichFormat::Ref::Ref(RichFormat const &richFormat) : _ref(richFormat), _indices(0, richFormat.d->ranges.size()) { if(!richFormat.d->ranges.isEmpty()) { _span = Rangei(0, richFormat.d->ranges.last().range.end); } } Font::RichFormat::Ref::Ref(RichFormat const &richFormat, Rangei const &subSpan) : _ref(richFormat), _span(subSpan) { updateIndices(); } Font::RichFormat const &Font::RichFormat::Ref::format() const { return _ref; } int Font::RichFormat::Ref::rangeCount() const { return _indices.size(); } Rangei Font::RichFormat::Ref::range(int index) const { Rangei r = _ref.d->ranges.at(_indices.start + index).range; if(index == 0) { // Clip the beginning. r.start = de::max(r.start, _span.start); } if(index == rangeCount() - 1) { // Clip the end in the last range. r.end = de::min(r.end, _span.end); } DENG2_ASSERT(r.start >= _span.start); DENG2_ASSERT(r.end <= _span.end); DENG2_ASSERT(r.start <= r.end); // Make sure it's relative to the start of the subspan. return r - _span.start; } Font::RichFormat::Ref Font::RichFormat::Ref::subRef(Rangei const &subSpan) const { return Ref(*this, subSpan); } void Font::RichFormat::Ref::updateIndices() { _indices = Rangei(0, 0); Instance::Ranges const &ranges = format().d->ranges; int i = 0; for(; i < ranges.size(); ++i) { Rangei const &r = ranges.at(i).range; if(r.end > _span.start) { _indices.start = i; _indices.end = i + 1; break; } } for(++i; i < ranges.size(); ++i, ++_indices.end) { // Empty ranges are accepted at the end of the span. Rangei const &r = ranges.at(i).range; if(( r.isEmpty() && r.start > _span.end) || (!r.isEmpty() && r.start >= _span.end)) break; } DENG2_ASSERT(_indices.start <= _indices.end); } Font::RichFormat::Iterator::Iterator(Ref const &f) : format(f), index(-1) {} int Font::RichFormat::Iterator::size() const { return format.rangeCount(); } bool Font::RichFormat::Iterator::hasNext() const { return index + 1 < size(); } void Font::RichFormat::Iterator::next() { index++; DENG2_ASSERT(index < size()); } bool Font::RichFormat::Iterator::isDefault() const { return (fequal(sizeFactor(), 1.f) && weight() == OriginalWeight && style() == OriginalStyle && colorIndex() == OriginalColor); } Rangei Font::RichFormat::Iterator::range() const { return format.range(index); } #define REF_RANGE_AT(Idx) format.format().d->ranges.at(format.rangeIndices().start + Idx) float Font::RichFormat::Iterator::sizeFactor() const { return REF_RANGE_AT(index).format.sizeFactor; } Font::RichFormat::Weight Font::RichFormat::Iterator::weight() const { return REF_RANGE_AT(index).format.weight; } Font::RichFormat::Style Font::RichFormat::Iterator::style() const { return REF_RANGE_AT(index).format.style; } int Font::RichFormat::Iterator::colorIndex() const { return REF_RANGE_AT(index).format.colorIndex; } Font::RichFormat::IStyle::Color Font::RichFormat::Iterator::color() const { if(format.format().d->style) { return format.format().d->style->richStyleColor(colorIndex()); } // Fall back to white. return Vector4ub(255, 255, 255, 255); } bool Font::RichFormat::Iterator::markIndent() const { return REF_RANGE_AT(index).format.markIndent; } bool Font::RichFormat::Iterator::resetIndent() const { return REF_RANGE_AT(index).format.resetIndent; } int Font::RichFormat::Iterator::tabStop() const { return REF_RANGE_AT(index).format.tabStop; } bool Font::RichFormat::Iterator::isTabless() const { return tabStop() < 0; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/image.cpp0000664000175000017500000003373712350542240020366 0ustar jaakkojaakko/** @file image.h Wrapper over QImage. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/Image" #include "de/gui/opengl.h" #include #include #include #include #include #include namespace de { #define IMAGE_ASSERT_EDITABLE(d) DENG2_ASSERT(d->format == UseQImageFormat) namespace internal { static dbyte const PCX_MAGIC = 0x0a; static dbyte const PCX_RLE_ENCODING = 1; static dsize const PCX_HEADER_SIZE = 128; struct PCXHeader : public IReadable { dbyte magic; dbyte version; dbyte encoding; dbyte bitsPerPixel; duint16 xMin, yMin; duint16 xMax, yMax; duint16 hRes, vRes; dbyte colorPlanes; duint16 bytesPerLine; duint16 paletteType; void operator << (Reader &from) { from >> magic >> version >> encoding >> bitsPerPixel >> xMin >> yMin >> xMax >> yMax >> hRes >> vRes; from.seek(48); // skip EGA palette from.seek(1); // skip reserved field from >> colorPlanes >> bytesPerLine >> paletteType; } }; static bool isPCXFormat(Block const &data) { try { PCXHeader header; Reader(data) >> header; // Only paletted format supported. return (header.magic == PCX_MAGIC && header.version == 5 /* latest */ && header.encoding == PCX_RLE_ENCODING && header.bitsPerPixel == 8); } catch(Error const &) { return false; } } /** * Loads a PCX image into a QImage using an RGB888 buffer. The PCX palette is used * to map color indices to RGB values. * * @param data Source data containing a PCX image. * * @return QImage using the RGB888 (24-bit) format. */ static QImage loadPCX(Block const &data) { PCXHeader header; Reader reader(data); reader >> header; Image::Size const size(header.xMax + 1, header.yMax + 1); QImage image(size.x, size.y, QImage::Format_RGB888); DENG2_ASSERT(image.depth() == 24); dbyte const *palette = data.data() + data.size() - 768; dbyte const *pos = data.data() + PCX_HEADER_SIZE; dbyte *dst = image.bits(); for(duint y = 0; y < size.y; ++y, dst += size.x * 3) { for(duint x = 0; x < size.x; ) { dbyte value = *pos++; // RLE inflation. int runLength = 1; if((value & 0xc0) == 0xc0) { runLength = value & 0x3f; value = *pos++; } while(runLength-- > 0) { // Get the RGB triplets from the palette. std::memcpy(&dst[3 * x++], &palette[3 * value], 3); } } } return image; } } // namespace internal using namespace internal; DENG2_PIMPL(Image) { Format format; Size size; QImage image; Block pixels; ByteRefArray refPixels; Instance(Public *i, QImage const &img = QImage()) : Base(i), format(UseQImageFormat), image(img) { size = Size(img.width(), img.height()); } Instance(Public *i, Instance const &other) : Base (i), format (other.format), size (other.size), image (other.image), pixels (other.pixels), refPixels(other.refPixels) {} Instance(Public *i, Size const &imgSize, Format imgFormat, IByteArray const &imgPixels) : Base(i), format(imgFormat), size(imgSize), pixels(imgPixels) {} Instance(Public *i, Size const &imgSize, Format imgFormat, ByteRefArray const &imgRefPixels) : Base(i), format(imgFormat), size(imgSize), refPixels(imgRefPixels) {} }; Image::Image() : d(new Instance(this)) {} Image::Image(Image const &other) : de::ISerializable(), d(new Instance(this, *other.d)) {} Image::Image(QImage const &image) : d(new Instance(this, image)) {} Image::Image(Size const &size, Format format, IByteArray const &pixels) : d(new Instance(this, size, format, pixels)) {} Image::Image(Size const &size, Format format, ByteRefArray const &refPixels) : d(new Instance(this, size, format, refPixels)) {} Image &Image::operator = (Image const &other) { d.reset(new Instance(this, *other.d)); return *this; } Image &Image::operator = (QImage const &other) { d.reset(new Instance(this, other)); return *this; } Image::Format Image::format() const { return d->format; } QImage::Format Image::qtFormat() const { if(d->format == UseQImageFormat) { return d->image.format(); } return QImage::Format_Invalid; } Image::Size Image::size() const { return d->size; } Rectanglei Image::rect() const { return Rectanglei(0, 0, d->size.x, d->size.y); } int Image::depth() const { switch(d->format) { case UseQImageFormat: return d->image.depth(); case Luminance_8: case Alpha_8: return 8; case LuminanceAlpha_88: case RGB_565: case RGBA_4444: case RGBA_5551: return 16; case RGB_888: return 24; case RGBA_8888: case RGBx_8888: return 32; default: return 0; } } int Image::stride() const { if(d->format == UseQImageFormat) { return d->image.bytesPerLine(); } return depth()/8 * d->size.x; } int Image::byteCount() const { if(d->format == UseQImageFormat) { return d->image.byteCount(); } if(!d->pixels.isEmpty()) { return d->pixels.size(); } return depth()/8 * d->size.x * d->size.y; } void const *Image::bits() const { if(d->format == UseQImageFormat) { return d->image.constBits(); } if(!d->pixels.isEmpty()) { return d->pixels.constData(); } return d->refPixels.readBase(); } void *Image::bits() { if(d->format == UseQImageFormat) { return d->image.bits(); } if(!d->pixels.isEmpty()) { return d->pixels.data(); } return d->refPixels.base(); } bool Image::isNull() const { return size() == Size(0, 0); } bool Image::isGLCompatible() const { if(d->format == UseQImageFormat) { // Some QImage formats are GL compatible. switch(qtFormat()) { case QImage::Format_ARGB32: // 8888 case QImage::Format_RGB32: // 8888 case QImage::Format_RGB888: // 888 case QImage::Format_RGB16: // 565 case QImage::Format_RGB555: // 555 case QImage::Format_RGB444: // 444 return true; default: return false; } } return d->format >= Luminance_8 && d->format <= RGBx_8888; } bool Image::canConvertToQImage() const { switch(d->format) { case RGB_444: case RGB_555: case RGB_565: case RGB_888: case RGBA_8888: case RGBx_8888: case UseQImageFormat: return true; default: return false; } } QImage Image::toQImage() const { if(d->format == UseQImageFormat) { return d->image; } // There may be some conversions we can do. QImage::Format form = QImage::Format_Invalid; switch(d->format) { case RGB_444: form = QImage::Format_RGB444; break; case RGB_555: form = QImage::Format_RGB555; break; case RGB_565: form = QImage::Format_RGB16; break; case RGB_888: form = QImage::Format_RGB888; break; case RGBA_8888: form = QImage::Format_ARGB32; break; case RGBx_8888: form = QImage::Format_RGB32; break; default: // Cannot be done. return QImage(); } QImage img(QSize(d->size.x, d->size.y), form); std::memcpy(const_cast(img.constBits()), bits(), byteCount()); return img; } GLPixelFormat Image::glFormat() const { if(d->format == UseQImageFormat) { return glFormat(d->image.format()); } return glFormat(d->format); } Image Image::subImage(Rectanglei const &subArea) const { IMAGE_ASSERT_EDITABLE(d); return Image(d->image.copy(subArea.topLeft.x, subArea.topLeft.y, subArea.width(), subArea.height())); } void Image::resize(Size const &size) { IMAGE_ASSERT_EDITABLE(d); DENG2_ASSERT(d->image.format() != QImage::Format_Invalid); QImage resized(QSize(size.x, size.y), d->image.format()); QPainter painter(&resized); painter.drawImage(QPoint(0, 0), d->image); d->image = resized; d->size = size; } void Image::fill(Color const &color) { IMAGE_ASSERT_EDITABLE(d); d->image.fill(QColor(color.x, color.y, color.z, color.w).rgba()); } void Image::fill(Rectanglei const &rect, Color const &color) { IMAGE_ASSERT_EDITABLE(d); QPainter painter(&d->image); painter.setCompositionMode(QPainter::CompositionMode_Source); painter.fillRect(QRect(rect.topLeft.x, rect.topLeft.y, rect.width(), rect.height()), QColor(color.x, color.y, color.z, color.w)); } void Image::draw(Image const &image, Vector2i const &topLeft) { IMAGE_ASSERT_EDITABLE(d); IMAGE_ASSERT_EDITABLE(image.d); QPainter painter(&d->image); painter.drawImage(QPoint(topLeft.x, topLeft.y), image.d->image); } void Image::drawPartial(Image const &image, Rectanglei const &part, Vector2i const &topLeft) { IMAGE_ASSERT_EDITABLE(d); IMAGE_ASSERT_EDITABLE(image.d); QPainter painter(&d->image); painter.drawImage(QPoint(topLeft.x, topLeft.y), image.d->image, QRect(part.left(), part.top(), part.width(), part.height())); } void Image::operator >> (Writer &to) const { to << duint8(d->format); if(d->format == UseQImageFormat) { Block block; QDataStream os(&block, QIODevice::WriteOnly); os.setVersion(QDataStream::Qt_4_7); os << d->image; to << block; } else { to << d->size << ByteRefArray(bits(), byteCount()); } } void Image::operator << (Reader &from) { d->pixels.clear(); d->refPixels = ByteRefArray(); from.readAs(d->format); if(d->format == UseQImageFormat) { Block block; from >> block; QDataStream is(block); is.setVersion(QDataStream::Qt_4_7); is >> d->image; d->size.x = d->image.width(); d->size.y = d->image.height(); } else { from >> d->size >> d->pixels; } } GLPixelFormat Image::glFormat(Format imageFormat) { DENG2_ASSERT(imageFormat >= Luminance_8 && imageFormat <= RGBx_8888); switch(imageFormat) { case Luminance_8: return GLPixelFormat(GL_LUMINANCE, GL_UNSIGNED_BYTE, 1); case LuminanceAlpha_88: return GLPixelFormat(GL_LUMINANCE_ALPHA, GL_UNSIGNED_BYTE, 2); case Alpha_8: return GLPixelFormat(GL_ALPHA, GL_UNSIGNED_BYTE, 1); case RGB_555: return GLPixelFormat(GL_RGB, GL_UNSIGNED_SHORT_5_5_5_1, 2); case RGB_565: return GLPixelFormat(GL_RGB, GL_UNSIGNED_SHORT_5_6_5, 2); case RGB_444: return GLPixelFormat(GL_RGB, GL_UNSIGNED_SHORT_4_4_4_4, 2); case RGB_888: return GLPixelFormat(GL_RGB, GL_UNSIGNED_BYTE, 1); case RGBA_4444: return GLPixelFormat(GL_RGBA, GL_UNSIGNED_SHORT_4_4_4_4, 2); case RGBA_5551: return GLPixelFormat(GL_RGBA, GL_UNSIGNED_SHORT_5_5_5_1, 2); case RGBA_8888: return GLPixelFormat(GL_RGBA, GL_UNSIGNED_BYTE, 4); default: case RGBx_8888: return GLPixelFormat(GL_RGBA, GL_UNSIGNED_BYTE, 4); } } GLPixelFormat Image::glFormat(QImage::Format format) { switch(format) { case QImage::Format_Indexed8: return GLPixelFormat(GL_LUMINANCE, GL_UNSIGNED_BYTE, 1); case QImage::Format_RGB444: return GLPixelFormat(GL_RGB, GL_UNSIGNED_SHORT_4_4_4_4, 2); case QImage::Format_ARGB4444_Premultiplied: return GLPixelFormat(GL_RGBA, GL_UNSIGNED_SHORT_4_4_4_4, 2); case QImage::Format_RGB555: return GLPixelFormat(GL_RGB, GL_UNSIGNED_SHORT_5_5_5_1, 2); case QImage::Format_RGB16: return GLPixelFormat(GL_RGB, GL_UNSIGNED_SHORT_5_6_5, 2); case QImage::Format_RGB888: return GLPixelFormat(GL_RGB, GL_UNSIGNED_BYTE, 1); case QImage::Format_RGB32: /// @todo Is GL_BGR in any GL standard spec? Check for EXT_bgra. return GLPixelFormat(GL_BGR, GL_UNSIGNED_BYTE, 4); case QImage::Format_ARGB32: /// @todo Is GL_BGRA in any GL standard spec? Check for EXT_bgra. return GLPixelFormat(GL_BGRA, GL_UNSIGNED_BYTE, 4); default: break; } return GLPixelFormat(GL_RGBA, GL_UNSIGNED_BYTE, 4); } Image Image::solidColor(Color const &color, Size const &size) { QImage img(QSize(size.x, size.y), QImage::Format_ARGB32); img.fill(QColor(color.x, color.y, color.z, color.w).rgba()); return img; } Image Image::fromData(IByteArray const &data) { return fromData(Block(data)); } Image Image::fromData(Block const &data) { if(isPCXFormat(data)) { // Qt does not support PCX images (too old school?). return loadPCX(data); } /// @todo Could check when alpha channel isn't needed and return an RGB888 /// image instead. -jk return QImage::fromData(data).convertToFormat(QImage::Format_ARGB32); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/canvas.cpp0000664000175000017500000003723112350542240020550 0ustar jaakkojaakko/** @file canvas.cpp OpenGL drawing surface (QWidget). * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/Canvas" #include "de/CanvasWindow" #include "de/GLState" #include "de/GLTexture" #include "de/gui/opengl.h" #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include namespace de { #ifdef Q_WS_X11 # define LIBGUI_CANVAS_USE_DEFERRED_RESIZE #endif static const int MOUSE_WHEEL_CONTINUOUS_THRESHOLD_MS = 100; DENG2_PIMPL(Canvas) { GLFramebuffer framebuf; CanvasWindow *parent; bool readyNotified; Size currentSize; Size pendingSize; #ifdef LIBGUI_CANVAS_USE_DEFERRED_RESIZE QTimer resizeTimer; #endif bool mouseGrabbed; #ifdef WIN32 bool altIsDown; #endif QPoint prevMousePos; QTime prevWheelAt; int wheelDir[2]; Instance(Public *i, CanvasWindow *parentWindow) : Base(i) , parent(parentWindow) , readyNotified(false) , mouseGrabbed(false) { wheelDir[0] = wheelDir[1] = 0; #ifdef WIN32 altIsDown = false; #endif //mouseDisabled = App::commandLine().has("-nomouse"); #ifdef LIBGUI_CANVAS_USE_DEFERRED_RESIZE resizeTimer.setSingleShot(true); QObject::connect(&resizeTimer, SIGNAL(timeout()), thisPublic, SLOT(updateSize())); #endif } ~Instance() { glDeinit(); } void grabMouse() { if(!self.isVisible()/* || mouseDisabled*/) return; if(!mouseGrabbed) { LOG_INPUT_VERBOSE("Grabbing mouse") << mouseGrabbed; mouseGrabbed = true; DENG2_FOR_PUBLIC_AUDIENCE2(MouseStateChange, i) { i->mouseStateChanged(Trapped); } } } void ungrabMouse() { if(!self.isVisible()/* || mouseDisabled*/) return; if(mouseGrabbed) { LOG_INPUT_VERBOSE("Ungrabbing mouse"); // Tell the mouse driver that the mouse is untrapped. mouseGrabbed = false; DENG2_FOR_PUBLIC_AUDIENCE2(MouseStateChange, i) { i->mouseStateChanged(Untrapped); } } } static int nativeCode(QKeyEvent const *ev) { #if defined(UNIX) && !defined(MACOSX) return ev->nativeScanCode(); #else return ev->nativeVirtualKey(); #endif } void handleKeyEvent(QKeyEvent *ev) { //LOG_AS("Canvas"); ev->accept(); //if(ev->isAutoRepeat()) return; // Ignore repeats, we do our own. /* qDebug() << "Canvas: key press" << ev->key() << QString("0x%1").arg(ev->key(), 0, 16) << "text:" << ev->text() << "native:" << ev->nativeVirtualKey() << "scancode:" << ev->nativeScanCode(); */ #ifdef WIN32 // We must track the state of the alt key ourselves as the OS grabs the up event... if(ev->key() == Qt::Key_Alt) { if(ev->type() == QEvent::KeyPress) { if(altIsDown) return; // Ignore repeat down events(!)? altIsDown = true; } else if(ev->type() == QEvent::KeyRelease) { if(!altIsDown) { LOG_DEBUG("Ignoring repeat alt up."); return; // Ignore repeat up events. } altIsDown = false; //LOG_DEBUG("Alt is up."); } } #endif DENG2_FOR_PUBLIC_AUDIENCE2(KeyEvent, i) { i->keyEvent(KeyEvent(ev->isAutoRepeat()? KeyEvent::Repeat : ev->type() == QEvent::KeyPress? KeyEvent::Pressed : KeyEvent::Released, ev->key(), KeyEvent::ddKeyFromQt(ev->key(), ev->nativeVirtualKey(), ev->nativeScanCode()), nativeCode(ev), ev->text(), (ev->modifiers().testFlag(Qt::ShiftModifier)? KeyEvent::Shift : KeyEvent::NoModifiers) | (ev->modifiers().testFlag(Qt::ControlModifier)? KeyEvent::Control : KeyEvent::NoModifiers) | (ev->modifiers().testFlag(Qt::AltModifier)? KeyEvent::Alt : KeyEvent::NoModifiers) | (ev->modifiers().testFlag(Qt::MetaModifier)? KeyEvent::Meta : KeyEvent::NoModifiers))); } } void reconfigureFramebuffer() { framebuf.setColorFormat(Image::RGB_888); framebuf.resize(currentSize); } void glInit() { DENG2_ASSERT(parent != 0); framebuf.glInit(); } void glDeinit() { framebuf.glDeinit(); } void swapBuffers(gl::SwapBufferMode mode) { if(mode == gl::SwapStereoBuffers && !self.format().stereo()) { // The canvas is not using a stereo format, must do a normal swap. mode = gl::SwapMonoBuffer; } /// @todo Double buffering is not really needed in manual FB mode. framebuf.swapBuffers(self, mode); } DENG2_PIMPL_AUDIENCE(GLReady) DENG2_PIMPL_AUDIENCE(GLInit) DENG2_PIMPL_AUDIENCE(GLResize) DENG2_PIMPL_AUDIENCE(GLDraw) DENG2_PIMPL_AUDIENCE(FocusChange) }; DENG2_AUDIENCE_METHOD(Canvas, GLReady) DENG2_AUDIENCE_METHOD(Canvas, GLInit) DENG2_AUDIENCE_METHOD(Canvas, GLResize) DENG2_AUDIENCE_METHOD(Canvas, GLDraw) DENG2_AUDIENCE_METHOD(Canvas, FocusChange) Canvas::Canvas(CanvasWindow* parent, QGLWidget* shared) : QGLWidget(parent, shared), d(new Instance(this, parent)) { LOG_AS("Canvas"); LOGDEV_GL_VERBOSE("swap interval: ") << format().swapInterval(); LOGDEV_GL_VERBOSE("multisample: %b") << (GLFramebuffer::defaultMultisampling() > 1); // We will be doing buffer swaps manually (for timing purposes). setAutoBufferSwap(false); setMouseTracking(true); setFocusPolicy(Qt::StrongFocus); } void Canvas::setParent(CanvasWindow *parent) { d->parent = parent; } QImage Canvas::grabImage(QSize const &outputSize) { return grabImage(rect(), outputSize); } QImage Canvas::grabImage(QRect const &area, QSize const &outputSize) { // We will be grabbing the visible, latest complete frame. glReadBuffer(GL_FRONT); QImage grabbed = grabFrameBuffer(); // no alpha if(area.size() != grabbed.size()) { // Just take a portion of the full image. grabbed = grabbed.copy(area); } glReadBuffer(GL_BACK); if(outputSize.isValid()) { grabbed = grabbed.scaled(outputSize, Qt::IgnoreAspectRatio, Qt::SmoothTransformation); } return grabbed; } GLuint Canvas::grabAsTexture(QSize const &outputSize) { return grabAsTexture(rect(), outputSize); } GLuint Canvas::grabAsTexture(QRect const &area, QSize const &outputSize) { return bindTexture(grabImage(area, outputSize), GL_TEXTURE_2D, GL_RGB, QGLContext::LinearFilteringBindOption); } Canvas::Size Canvas::size() const { return d->currentSize; } void Canvas::trapMouse(bool trap) { if(trap) { d->grabMouse(); } else { d->ungrabMouse(); } } bool Canvas::isMouseTrapped() const { return d->mouseGrabbed; } bool Canvas::isGLReady() const { return d->readyNotified; } void Canvas::copyAudiencesFrom(Canvas const &other) { d->audienceForGLReady = other.d->audienceForGLReady; d->audienceForGLInit = other.d->audienceForGLInit; d->audienceForGLResize = other.d->audienceForGLResize; d->audienceForGLDraw = other.d->audienceForGLDraw; d->audienceForFocusChange = other.d->audienceForFocusChange; audienceForKeyEvent() = other.audienceForKeyEvent(); audienceForMouseStateChange() = other.audienceForMouseStateChange(); audienceForMouseEvent() = other.audienceForMouseEvent(); } GLTarget &Canvas::renderTarget() const { return d->framebuf.target(); } GLFramebuffer &Canvas::framebuffer() { return d->framebuf; } void Canvas::swapBuffers(gl::SwapBufferMode swapMode) { d->swapBuffers(swapMode); } void Canvas::initializeGL() { LOG_AS("Canvas"); LOGDEV_GL_NOTE("Notifying GL init (during paint)"); #ifdef LIBGUI_USE_GLENTRYPOINTS getAllOpenGLEntryPoints(); #endif GLInfo::glInit(); DENG2_FOR_AUDIENCE2(GLInit, i) i->canvasGLInit(*this); } void Canvas::resizeGL(int w, int h) { d->pendingSize = Size(max(0, w), max(0, h)); // Only react if this is actually a resize. if(d->currentSize != d->pendingSize) { #ifdef LIBGUI_CANVAS_USE_DEFERRED_RESIZE LOGDEV_GL_MSG("Canvas %p triggered size to %ix%i from %s") << this << w << h << d->currentSize.asText(); d->resizeTimer.start(100); #else updateSize(); #endif } } void Canvas::updateSize() { #ifdef LIBGUI_CANVAS_USE_DEFERRED_RESIZE LOGDEV_GL_MSG("Canvas %p resizing now") << this; #endif makeCurrent(); d->currentSize = d->pendingSize; d->reconfigureFramebuffer(); DENG2_FOR_AUDIENCE2(GLResize, i) i->canvasGLResized(*this); } void Canvas::showEvent(QShowEvent* ev) { LOG_AS("Canvas"); QGLWidget::showEvent(ev); // The first time the window is shown, run the initialization callback. On // some platforms, OpenGL is not fully ready to be used before the window // actually appears on screen. if(isVisible() && !d->readyNotified) { LOGDEV_GL_XVERBOSE("Received first show event, scheduling GL ready notification"); #ifdef LIBGUI_USE_GLENTRYPOINTS makeCurrent(); getAllOpenGLEntryPoints(); #endif GLInfo::glInit(); QTimer::singleShot(1, this, SLOT(notifyReady())); } } void Canvas::notifyReady() { if(d->readyNotified) return; d->readyNotified = true; d->glInit(); d->reconfigureFramebuffer(); // Print some information. QGLFormat const fmt = format(); if(fmt.openGLVersionFlags().testFlag(QGLFormat::OpenGL_Version_3_3)) LOG_GL_NOTE("OpenGL 3.3 supported"); else if((fmt.openGLVersionFlags().testFlag(QGLFormat::OpenGL_Version_3_2))) LOG_GL_NOTE("OpenGL 3.2 supported"); else if((fmt.openGLVersionFlags().testFlag(QGLFormat::OpenGL_Version_3_1))) LOG_GL_NOTE("OpenGL 3.1 supported"); else if((fmt.openGLVersionFlags().testFlag(QGLFormat::OpenGL_Version_3_0))) LOG_GL_NOTE("OpenGL 3.0 supported"); else if((fmt.openGLVersionFlags().testFlag(QGLFormat::OpenGL_Version_2_1))) LOG_GL_NOTE("OpenGL 2.1 supported"); else if((fmt.openGLVersionFlags().testFlag(QGLFormat::OpenGL_Version_2_0))) LOG_GL_NOTE("OpenGL 2.0 supported"); else LOG_GL_WARNING("OpenGL 2.0 is not supported!"); LOGDEV_GL_XVERBOSE("Notifying GL ready"); DENG2_FOR_AUDIENCE2(GLReady, i) i->canvasGLReady(*this); // This Canvas instance might have been destroyed now. } void Canvas::paintGL() { if(!d->parent || d->parent->isRecreationInProgress()) return; /*#ifdef LIBGUI_CANVAS_USE_DEFERRED_RESIZE if(d->resizeTimer.isActive()) { d->resizeTimer.stop(); updateSize(); } #endif*/ LIBGUI_ASSERT_GL_OK(); // Make sure any changes to the state stack become effective. GLState::current().apply(); DENG2_FOR_AUDIENCE2(GLDraw, i) i->canvasGLDraw(*this); LIBGUI_ASSERT_GL_OK(); } void Canvas::focusInEvent(QFocusEvent*) { LOG_AS("Canvas"); LOG_INPUT_VERBOSE("Gained focus"); DENG2_FOR_AUDIENCE2(FocusChange, i) i->canvasFocusChanged(*this, true); } void Canvas::focusOutEvent(QFocusEvent*) { LOG_AS("Canvas"); LOG_INPUT_VERBOSE("Lost focus"); // Automatically ungrab the mouse if focus is lost. d->ungrabMouse(); DENG2_FOR_AUDIENCE2(FocusChange, i) i->canvasFocusChanged(*this, false); } void Canvas::keyPressEvent(QKeyEvent *ev) { d->handleKeyEvent(ev); } void Canvas::keyReleaseEvent(QKeyEvent *ev) { d->handleKeyEvent(ev); } static MouseEvent::Button translateButton(Qt::MouseButton btn) { if(btn == Qt::LeftButton) return MouseEvent::Left; #ifdef DENG2_QT_4_7_OR_NEWER if(btn == Qt::MiddleButton) return MouseEvent::Middle; #else if(btn == Qt::MidButton) return MouseEvent::Middle; #endif if(btn == Qt::RightButton) return MouseEvent::Right; if(btn == Qt::XButton1) return MouseEvent::XButton1; if(btn == Qt::XButton2) return MouseEvent::XButton2; return MouseEvent::Unknown; } void Canvas::mousePressEvent(QMouseEvent *ev) { /* if(!d->mouseGrabbed) { // The mouse will be grabbed when the button is released. ev->ignore(); return; }*/ ev->accept(); DENG2_FOR_AUDIENCE2(MouseEvent, i) { i->mouseEvent(MouseEvent(translateButton(ev->button()), MouseEvent::Pressed, Vector2i(ev->pos().x(), ev->pos().y()))); } } void Canvas::mouseReleaseEvent(QMouseEvent* ev) { /*if(d->mouseDisabled) { ev->ignore(); return; }*/ ev->accept(); DENG2_FOR_AUDIENCE2(MouseEvent, i) { i->mouseEvent(MouseEvent(translateButton(ev->button()), MouseEvent::Released, Vector2i(ev->pos().x(), ev->pos().y()))); } } void Canvas::mouseMoveEvent(QMouseEvent *ev) { ev->accept(); // Absolute events are only emitted when the mouse is untrapped. if(!d->mouseGrabbed) { DENG2_FOR_AUDIENCE2(MouseEvent, i) { i->mouseEvent(MouseEvent(MouseEvent::Absolute, Vector2i(ev->pos().x(), ev->pos().y()))); } } } void Canvas::wheelEvent(QWheelEvent *ev) { /*if(d->mouseDisabled) { ev->ignore(); return; }*/ ev->accept(); bool continuousMovement = (d->prevWheelAt.elapsed() < MOUSE_WHEEL_CONTINUOUS_THRESHOLD_MS); int axis = (ev->orientation() == Qt::Horizontal? 0 : 1); int dir = (ev->delta() < 0? -1 : 1); DENG2_FOR_AUDIENCE2(MouseEvent, i) { i->mouseEvent(MouseEvent(MouseEvent::FineAngle, axis == 0? Vector2i(ev->delta(), 0) : Vector2i(0, ev->delta()), Vector2i(ev->pos().x(), ev->pos().y()))); } if(!continuousMovement || d->wheelDir[axis] != dir) { d->wheelDir[axis] = dir; DENG2_FOR_AUDIENCE2(MouseEvent, i) { i->mouseEvent(MouseEvent(MouseEvent::Step, axis == 0? Vector2i(dir, 0) : axis == 1? Vector2i(0, dir) : Vector2i(), !d->mouseGrabbed? Vector2i(ev->pos().x(), ev->pos().y()) : Vector2i())); } } d->prevWheelAt.start(); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/nativefont.cpp0000664000175000017500000001030012350542240021436 0ustar jaakkojaakko/** @file nativefont.cpp Abstraction of a native font. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/NativeFont" namespace de { typedef QMap Families; static Families families; DENG2_PIMPL(NativeFont) { String family; dfloat size; Style style; int weight; String cachedText; // Measuring is done repeatedly Rectanglei cachedMeasure; Instance(Public *i) : Base(i) , size(12.f) , style(Regular) , weight(Normal) {} void prepare() { if(!self.isReady()) { self.commit(); cachedText.clear(); self.setState(Ready); } } void markNotReady() { self.setState(NotReady); cachedText.clear(); } }; } namespace de { void NativeFont::defineMapping(String const &family, StyleMapping const &mapping) { families.insert(family, mapping); } NativeFont::NativeFont(String const &family) : d(new Instance(this)) { setFamily(family); } NativeFont::NativeFont(NativeFont const &other) : Asset(other), d(new Instance(this)) { *this = other; } NativeFont &NativeFont::operator = (NativeFont const &other) { d->family = other.d->family; d->style = other.d->style; d->size = other.d->size; d->weight = other.d->weight; d->markNotReady(); return *this; } void NativeFont::setFamily(String const &family) { d->family = family; d->markNotReady(); } void NativeFont::setSize(dfloat size) { d->size = size; d->markNotReady(); } void NativeFont::setStyle(Style style) { d->style = style; d->markNotReady(); } void NativeFont::setWeight(dint weight) { d->weight = weight; d->markNotReady(); } String NativeFont::family() const { return d->family; } dfloat NativeFont::size() const { return d->size; } NativeFont::Style NativeFont::style() const { return d->style; } dint NativeFont::weight() const { return d->weight; } String NativeFont::nativeFontName() const { // Check the defined mappings. if(families.contains(d->family)) { StyleMapping const &map = families[d->family]; Spec const spec(d->style, d->weight); if(map.contains(spec)) { return map[spec]; } } return d->family; } int NativeFont::ascent() const { d->prepare(); return nativeFontAscent(); } int NativeFont::descent() const { d->prepare(); return nativeFontDescent(); } int NativeFont::height() const { d->prepare(); return nativeFontHeight(); } int NativeFont::lineSpacing() const { d->prepare(); return nativeFontLineSpacing(); } Rectanglei NativeFont::measure(String const &text) const { d->prepare(); if(d->cachedText == text) { return d->cachedMeasure; } Rectanglei const bounds = nativeFontMeasure(text); // Remember this for later. d->cachedText = text; d->cachedMeasure = bounds; return bounds; } int NativeFont::width(String const &text) const { d->prepare(); return nativeFontWidth(text); } QImage NativeFont::rasterize(String const &text, Vector4ub const &foreground, Vector4ub const &background) const { d->prepare(); return nativeFontRasterize(text, foreground, background); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/glframebuffer.cpp0000664000175000017500000002370112350542240022101 0ustar jaakkojaakko/** @file glframebuffer.cpp GL frame buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLFramebuffer" #include "de/GuiApp" #include #include #include #include #include namespace de { DENG2_STATIC_PROPERTY(DefaultSampleCount, int) DENG2_PIMPL(GLFramebuffer) , DENG2_OBSERVES(DefaultSampleCount, Change) , DENG2_OBSERVES(GuiApp, GLContextChange) { Image::Format colorFormat; Size size; int _samples; ///< don't touch directly (0 == default) GLTarget target; GLTexture color; GLTexture depthStencil; GLTarget multisampleTarget; Drawable bufSwap; GLUniform uMvpMatrix; GLUniform uBufTex; typedef GLBufferT VBuf; Instance(Public *i) : Base(i) , colorFormat(Image::RGB_888) , _samples(0) , uMvpMatrix("uMvpMatrix", GLUniform::Mat4) , uBufTex ("uTex", GLUniform::Sampler2D) { pDefaultSampleCount.audienceForChange() += this; //DENG2_GUI_APP->audienceForGLContextChange += this; } ~Instance() { pDefaultSampleCount.audienceForChange() -= this; //DENG2_GUI_APP->audienceForGLContextChange -= this; } void appGLContextChanged() { /* qDebug() << "rebooting FB" << thisPublic << self.isReady() << target.glName() << target.isReady() << size.asText(); self.glDeinit(); self.glInit(); */ } int sampleCount() const { if(_samples <= 0) return pDefaultSampleCount; return _samples; } bool isMultisampled() const { if(!GLInfo::extensions().EXT_framebuffer_multisample) { // Not supported. return false; } return sampleCount() > 1; } void valueOfDefaultSampleCountChanged() { reconfigure(); } void alloc() { // Prepare the fallback blit method. VBuf *buf = new VBuf; bufSwap.addBuffer(buf); bufSwap.program().build(// Vertex shader: Block("uniform highp mat4 uMvpMatrix; " "attribute highp vec4 aVertex; " "attribute highp vec2 aUV; " "varying highp vec2 vUV; " "void main(void) {" "gl_Position = uMvpMatrix * aVertex; " "vUV = aUV; }"), // Fragment shader: Block("uniform sampler2D uTex; " "varying highp vec2 vUV; " "void main(void) { " "gl_FragColor = texture2D(uTex, vUV); }")) << uMvpMatrix << uBufTex; buf->setVertices(gl::TriangleStrip, VBuf::Builder().makeQuad(Rectanglef(0, 0, 1, 1), Rectanglef(0, 1, 1, -1)), gl::Static); uMvpMatrix = Matrix4f::ortho(0, 1, 0, 1); uBufTex = color; } void release() { bufSwap.clear(); color.clear(); depthStencil.clear(); target.configure(); multisampleTarget.configure(); } void reconfigure() { if(!self.isReady() || size == Size()) return; LOGDEV_GL_VERBOSE("Reconfiguring framebuffer: %s ms:%i") << size.asText() << sampleCount(); // Configure textures for the framebuffer. color.setUndefinedImage(size, colorFormat); color.setWrap(gl::ClampToEdge, gl::ClampToEdge); color.setFilter(gl::Nearest, gl::Linear, gl::MipNone); depthStencil.setDepthStencilContent(size); depthStencil.setWrap(gl::ClampToEdge, gl::ClampToEdge); depthStencil.setFilter(gl::Nearest, gl::Nearest, gl::MipNone); try { // We'd like to use texture attachments for both color and depth/stencil. target.configure(&color, &depthStencil); } catch(GLTarget::ConfigError const &er) { // Alternatively try without depth/stencil texture (some renderer features // will not be available!). LOG_GL_WARNING("Texture-based framebuffer failed: %s\n" "Trying fallback without depth/stencil texture") << er.asText(); target.configure(GLTarget::Color, color, GLTarget::DepthStencil); } target.clear(GLTarget::ColorDepthStencil); if(isMultisampled()) { try { // Set up the multisampled target with suitable renderbuffers. multisampleTarget.configure(size, GLTarget::ColorDepthStencil, sampleCount()); multisampleTarget.clear(GLTarget::ColorDepthStencil); // Actual drawing occurs in the multisampled target that is then // blitted to the main target. target.setProxy(&multisampleTarget); } catch(GLTarget::ConfigError const &er) { LOG_GL_WARNING("Multisampling not supported: %s") << er.asText(); _samples = 1; goto noMultisampling; } } else { noMultisampling: multisampleTarget.configure(); } } void resize(Size const &newSize) { if(size != newSize) { size = newSize; reconfigure(); } } void drawSwap() { if(isMultisampled()) { target.updateFromProxy(); } bufSwap.draw(); } void swapBuffers(Canvas &canvas, gl::SwapBufferMode swapMode) { GLTarget defaultTarget; GLState::push() .setTarget(defaultTarget) .setViewport(Rectangleui::fromSize(size)) .apply(); switch(swapMode) { case gl::SwapMonoBuffer: if(GLInfo::extensions().EXT_framebuffer_blit) { if(isMultisampled()) { multisampleTarget.blit(defaultTarget); // resolve multisampling to system backbuffer } else { target.blit(defaultTarget); // copy to system backbuffer } } else { // Fallback: draw the back buffer texture to the main framebuffer. bufSwap.draw(); } canvas.QGLWidget::swapBuffers(); break; case gl::SwapStereoLeftBuffer: glDrawBuffer(GL_BACK_LEFT); drawSwap(); glDrawBuffer(GL_BACK); break; case gl::SwapStereoRightBuffer: glDrawBuffer(GL_BACK_RIGHT); drawSwap(); glDrawBuffer(GL_BACK); break; case gl::SwapStereoBuffers: canvas.QGLWidget::swapBuffers(); break; } GLState::pop().apply(); } }; GLFramebuffer::GLFramebuffer(Image::Format const &colorFormat, Size const &initialSize, int sampleCount) : d(new Instance(this)) { d->colorFormat = colorFormat; d->size = initialSize; d->_samples = sampleCount; } void GLFramebuffer::glInit() { if(isReady()) return; LOG_AS("GLFramebuffer"); // Check for some integral OpenGL functionality. if(!GLInfo::extensions().ARB_framebuffer_object) { LOG_GL_WARNING("Required GL_ARB_framebuffer_object is missing!"); } if(!GLInfo::extensions().EXT_packed_depth_stencil) { LOG_GL_WARNING("GL_EXT_packed_depth_stencil is missing, some features may be unavailable"); } d->alloc(); setState(Ready); d->reconfigure(); } void GLFramebuffer::glDeinit() { setState(NotReady); d->release(); } void GLFramebuffer::setSampleCount(int sampleCount) { if(!GLInfo::isFramebufferMultisamplingSupported()) { sampleCount = 1; } if(d->_samples != sampleCount) { LOG_AS("GLFramebuffer"); d->_samples = sampleCount; d->reconfigure(); } } void GLFramebuffer::setColorFormat(Image::Format const &colorFormat) { if(d->colorFormat != colorFormat) { d->colorFormat = colorFormat; d->reconfigure(); } } void GLFramebuffer::resize(Size const &newSize) { d->resize(newSize); } GLFramebuffer::Size GLFramebuffer::size() const { return d->size; } GLTarget &GLFramebuffer::target() const { return d->target; } GLTexture &GLFramebuffer::colorTexture() const { return d->color; } GLTexture &GLFramebuffer::depthStencilTexture() const { return d->depthStencil; } void GLFramebuffer::swapBuffers(Canvas &canvas, gl::SwapBufferMode swapMode) { d->swapBuffers(canvas, swapMode); } bool GLFramebuffer::setDefaultMultisampling(int sampleCount) { LOG_AS("GLFramebuffer"); int const newCount = max(1, sampleCount); if(pDefaultSampleCount != newCount) { pDefaultSampleCount = newCount; return true; } return false; } int GLFramebuffer::defaultMultisampling() { return pDefaultSampleCount; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/keyeventsource.cpp0000664000175000017500000000210112350542240022334 0ustar jaakkojaakko/** @file keyeventsource.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/KeyEventSource" namespace de { DENG2_PIMPL_NOREF(KeyEventSource) { DENG2_PIMPL_AUDIENCE(KeyEvent) }; DENG2_AUDIENCE_METHOD(KeyEventSource, KeyEvent) KeyEventSource::KeyEventSource() : d(new Instance) {} } // namespace de doomsday-1.14.5/doomsday/libgui/src/kdtreeatlasallocator.cpp0000664000175000017500000002007412350542240023476 0ustar jaakkojaakko/** @file kdtreeatlasallocator.cpp KD-tree based atlas allocator. * * @authors Copyright (c) 2013 Jaakko Keränen * @authors Copyright (c) 2009-2010 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/KdTreeAtlasAllocator" #include #include namespace de { DENG2_PIMPL(KdTreeAtlasAllocator) { Atlas::Size size; int margin; Allocations allocs; struct Partition { Rectanglei area; Id alloc; ///< Id of the allocation in this partition (or Id::None). Partition() : alloc(Id::None) {} }; typedef BinaryTree Node; Node root; Instance(Public *i) : Base(i), margin(0), root(Partition()) {} void initTree(Node &rootNode) { Partition full; full.area = Rectanglei(margin, margin, size.x - margin, size.y - margin); rootNode.setUserData(full); } Node *treeInsert(Node *parent, Atlas::Size const &allocSize) { if(!parent->isLeaf()) { Node *subTree; // Try to insert into the right subtree. if((subTree = treeInsert(parent->rightPtr(), allocSize)) != 0) return subTree; // Try to insert into the left subtree. return treeInsert(parent->leftPtr(), allocSize); } /* * We have arrived at a leaf. */ Partition pnode = parent->userData(); // Is this leaf already in use? if(!pnode.alloc.isNone()) return 0; // Is this leaf big enough to hold the texture? if(pnode.area.width() < allocSize.x || pnode.area.height() < allocSize.y) return 0; // No, too small. // Is this leaf the exact size required? if(pnode.area.size() == allocSize) return parent; /* * The leaf will be split. */ // Create right and left subtrees. Partition rnode, lnode; // Are we splitting horizontally or vertically? if(pnode.area.width() - allocSize.x > pnode.area.height() - allocSize.y) { // Horizontal split. rnode.area = Rectanglei(pnode.area.left(), pnode.area.top(), allocSize.x, pnode.area.height()); lnode.area = Rectanglei(pnode.area.left() + allocSize.x, pnode.area.top(), pnode.area.width() - allocSize.x, pnode.area.height()); } else { // Vertical split. rnode.area = Rectanglei(pnode.area.left(), pnode.area.top(), pnode.area.width(), allocSize.y); lnode.area = Rectanglei(pnode.area.left(), pnode.area.top() + allocSize.y, pnode.area.width(), pnode.area.height() - allocSize.y); } parent->setRight(new Node(rnode, parent)); parent->setLeft(new Node(lnode, parent)); // Decend to the right node. return treeInsert(parent->rightPtr(), allocSize); } /** * Attempts to find a large enough free space for the requested size. * Room is left for margins. * * @param rootNode Partitioning root node to use for allocation. * @param size Size to allocate. * @param rect Found rectangle is returned here. * @param preallocId Id for the allocation, if one has already been determined. * * @return Allocated Id, if successful. */ Id allocate(Node &rootNode, Atlas::Size const &size, Rectanglei &rect, Id const &preallocId = 0) { // Margin is included only in the bottom/right edges. Atlas::Size const allocSize(size.x + margin, size.y + margin); if(Node *inserted = treeInsert(&rootNode, allocSize)) { // Got it, give it a new Id. Partition part = inserted->userData(); part.alloc = (preallocId.isNone()? Id() : preallocId); inserted->setUserData(part); // Remove the margin for the actual allocated rectangle. rect = part.area.adjusted(Vector2i(), Vector2i(-margin, -margin)); return part.alloc; } return Id::None; } struct EraseArgs { Id id; }; static int allocationEraser(Node &node, void *argsPtr) { EraseArgs *args = reinterpret_cast(argsPtr); Partition part = node.userData(); if(part.alloc == args->id) { part.alloc = Id::None; node.setUserData(part); return 1; // Can stop here. } return 0; } void releaseAlloc(Id const &id) { allocs.remove(id); EraseArgs args; args.id = id; root.traverseInOrder(allocationEraser, &args); } struct ContentSize { Id::Type id; duint64 area; ContentSize(Id const &allocId, Vector2ui const &size) : id(allocId), area(size.x * size.y) {} // Sort descending. bool operator < (ContentSize const &other) const { return area > other.area; } }; bool optimize() { // Set up a LUT based on descending allocation width. QList descending; DENG2_FOR_EACH(Allocations, i, allocs) { descending.append(ContentSize(i.key(), i.value().size())); } qSort(descending); Allocations optimal; Node optimalRoot; initTree(optimalRoot); /* * Attempt to optimize space usage by placing the largest allocations * first. */ foreach(ContentSize const &iter, descending) { Rectanglei newRect; if(allocate(optimalRoot, allocs[iter.id].size(), newRect, iter.id).isNone()) { // Could not find a place for this any more. return false; } // This'll do. optimal.insert(iter.id, newRect); } // Use the new layout. root = optimalRoot; allocs = optimal; return true; } }; KdTreeAtlasAllocator::KdTreeAtlasAllocator() : d(new Instance(this)) {} void KdTreeAtlasAllocator::setMetrics(Atlas::Size const &totalSize, int margin) { DENG2_ASSERT(d->allocs.isEmpty()); d->size = totalSize; d->margin = margin; d->initTree(d->root); } void KdTreeAtlasAllocator::clear() { d->allocs.clear(); d->root.clear(); } Id KdTreeAtlasAllocator::allocate(Atlas::Size const &size, Rectanglei &rect) { Id newId = d->allocate(d->root, size, rect); if(newId.isNone()) { // No large enough free space available. return 0; } // Map it for quick access. d->allocs[newId] = rect; return newId; } void KdTreeAtlasAllocator::release(Id const &id) { DENG2_ASSERT(d->allocs.contains(id)); d->releaseAlloc(id); } int KdTreeAtlasAllocator::count() const { return d->allocs.size(); } Atlas::Ids KdTreeAtlasAllocator::ids() const { Atlas::Ids ids; foreach(Id const &id, d->allocs.keys()) { ids.insert(id); } return ids; } void KdTreeAtlasAllocator::rect(Id const &id, Rectanglei &rect) const { DENG2_ASSERT(d->allocs.contains(id)); rect = d->allocs[id]; } KdTreeAtlasAllocator::Allocations KdTreeAtlasAllocator::allocs() const { return d->allocs; } bool KdTreeAtlasAllocator::optimize() { return d->optimize(); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/rowatlasallocator.cpp0000664000175000017500000001551012350542240023026 0ustar jaakkojaakko/** @file rowatlasallocator.cpp Row-based atlas allocator. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/RowAtlasAllocator" #include namespace de { DENG2_PIMPL(RowAtlasAllocator) { typedef QList RectList; Atlas::Size size; int margin; Allocations allocs; RectList unused; Vector2i rover; int rowHeight; Instance(Public *i) : Base(i), margin(0), rowHeight(0) {} bool allocUsingRover(Atlas::Size const &allocSize, Rectanglei &rect) { int const w = allocSize.x; int const h = allocSize.y; int availHoriz = size.x - rover.x - margin; int availVert = size.y - rover.y - margin; // The margin will be left as a gap between regions. if(availHoriz >= w && availVert >= h) { // Fits on the current row. rect = Rectanglei::fromSize(rover, allocSize); rowHeight = de::max(rowHeight, h + margin); } else if(availVert - rowHeight >= h) { // There is room below. if(availHoriz >= 8 && rowHeight > margin) { // This row is full; mark the unused space at the end of the row. unused.append(Rectanglei::fromSize(rover, Atlas::Size(availHoriz, rowHeight - margin))); } // Move to the next row. rover.x = margin; rover.y += rowHeight; rect = Rectanglei::fromSize(rover, allocSize); rowHeight = h + margin; } else { // Rover appears to be near the bottom right corner. return false; } // Advance the rover. rover.x += w + margin; return true; } bool reuseUnusedSpace(Atlas::Size const &allocSize, Rectanglei &rect) { DENG2_FOR_EACH(RectList, i, unused) { if(i->width() >= allocSize.x && i->height() >= allocSize.y) { // This region of available space is big enough for us. rect = Rectanglei::fromSize(i->topLeft, allocSize); unused.erase(i); return true; } } return false; } struct ContentSize { Id::Type id; int width; int height; ContentSize(Id const &allocId, Vector2ui const &size) : id(allocId), width(size.x), height(size.y) {} // Sort descending. bool operator < (ContentSize const &other) const { if(height == other.height) { // Secondary sorting by descending width. return width > other.width; } return height > other.height; } }; bool optimize() { // Set up a LUT based on descending allocation width. QList descending; DENG2_FOR_EACH(Allocations, i, allocs) { descending.append(ContentSize(i.key(), i.value().size())); } qSort(descending); Allocations optimal; rover = Vector2i(margin, margin); rowHeight = 0; unused.clear(); /* * Attempt to optimize space usage by placing the longest allocations * possible on each row. This will never produce a worse layout than * the previous one -- we will always succeed in placing all the * allocations (more) optimally. */ while(!descending.isEmpty()) { int availHoriz = size.x - rover.x - margin; bool moveOn = false; // If the narrowest allocation doesn't fit on this row, we have to // move on to the next row. if(descending.back().width > availHoriz) { moveOn = true; } // Find the longest alloc that fits. DENG2_FOR_EACH(QList, i, descending) { if(!moveOn && i->width > availHoriz) { // We'll try the next longest instead. continue; } // We've found the longest suitable one. Rectanglei optRect; if(!allocUsingRover(allocs[i->id].size(), optRect)) { // Failed to optimize: maybe the new total size is smaller // than what we had before. return false; } optimal[i->id] = optRect; // This rectangle has been defragmented. descending.erase(i); break; } } // Use the new layout. allocs = optimal; return true; } }; RowAtlasAllocator::RowAtlasAllocator() : d(new Instance(this)) {} void RowAtlasAllocator::setMetrics(Atlas::Size const &totalSize, int margin) { d->size = totalSize; d->margin = margin; } void RowAtlasAllocator::clear() { d->allocs.clear(); d->unused.clear(); d->rover = Vector2i(d->margin, d->margin); d->rowHeight = 0; } Id RowAtlasAllocator::allocate(Atlas::Size const &size, Rectanglei &rect) { // The rover proceeds along rows. if(!d->allocUsingRover(size, rect)) { // Rover ran out of space. if(!d->reuseUnusedSpace(size, rect)) { // We're completely tapped out. return 0; } } Id newId; d->allocs[newId] = rect; return newId; } void RowAtlasAllocator::release(Id const &id) { DENG2_ASSERT(d->allocs.contains(id)); d->unused.append(d->allocs[id]); d->allocs.remove(id); } int RowAtlasAllocator::count() const { return d->allocs.size(); } Atlas::Ids RowAtlasAllocator::ids() const { Atlas::Ids ids; foreach(Id const &id, d->allocs.keys()) { ids.insert(id); } return ids; } void RowAtlasAllocator::rect(Id const &id, Rectanglei &rect) const { DENG2_ASSERT(d->allocs.contains(id)); rect = d->allocs[id]; } RowAtlasAllocator::Allocations RowAtlasAllocator::allocs() const { return d->allocs; } bool RowAtlasAllocator::optimize() { return d->optimize(); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/gluniform.cpp0000664000175000017500000002205412350542240021274 0ustar jaakkojaakko/** @file gluniform.cpp GL uniform. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLUniform" #include "de/GLTexture" #include "de/GLProgram" #include "de/gui/opengl.h" #include #include #include namespace de { DENG2_PIMPL(GLUniform) , DENG2_OBSERVES(Asset, Deletion) { Block name; Type type; union Value { dint int32; duint uint32; dfloat float32; Vector4f *vector; Matrix3f *mat3; Matrix4f *mat4; GLTexture const *tex; } value; Instance(Public *i, QLatin1String const &n, Type t) : Base(i), name(n.latin1()), type(t) { name.append('\0'); // Allocate the value type. zap(value); switch(type) { case Vec2: case Vec3: case Vec4: value.vector = new Vector4f; break; case Mat3: value.mat3 = new Matrix3f; break; case Mat4: value.mat4 = new Matrix4f; break; default: break; } } ~Instance() { DENG2_FOR_PUBLIC_AUDIENCE2(Deletion, i) i->uniformDeleted(self); switch(type) { case Vec2: case Vec3: case Vec4: delete value.vector; break; case Mat3: delete value.mat3; break; case Mat4: delete value.mat4; break; case Sampler2D: if(value.tex) value.tex->audienceForDeletion() -= this; break; default: break; } } /** * @return Returns @c true if the value changed. */ template bool set(Type numValue) { DENG2_ASSERT(type == Int || type == UInt || type == Float); switch(type) { case Int: if(value.int32 != dint(numValue)) { value.int32 = dint(numValue); return true; } break; case UInt: if(value.uint32 != duint(numValue)) { value.uint32 = duint(numValue); return true; } break; case Float: if(!fequal(value.float32, dfloat(numValue))) { value.float32 = dfloat(numValue); return true; } break; default: break; } return false; } void markAsChanged() { DENG2_FOR_PUBLIC_AUDIENCE2(ValueChange, i) { i->uniformValueChanged(self); } } void assetDeleted(Asset &asset) { if(type == Sampler2D) { if(value.tex == &asset) { // No more texture to refer to. value.tex = 0; } } } DENG2_PIMPL_AUDIENCE(Deletion) DENG2_PIMPL_AUDIENCE(ValueChange) }; DENG2_AUDIENCE_METHOD(GLUniform, Deletion) DENG2_AUDIENCE_METHOD(GLUniform, ValueChange) GLUniform::GLUniform(char const *nameInShader, Type uniformType) : d(new Instance(this, QLatin1String(nameInShader), uniformType)) {} void GLUniform::setName(char const *nameInShader) { d->name = Block(nameInShader); d->name.append('\0'); } QLatin1String GLUniform::name() const { return QLatin1String(d->name); } GLUniform::Type GLUniform::type() const { return d->type; } GLUniform &GLUniform::operator = (dint value) { if(d->set(value)) { d->markAsChanged(); } return *this; } GLUniform &GLUniform::operator = (duint value) { if(d->set(value)) { d->markAsChanged(); } return *this; } GLUniform &GLUniform::operator = (dfloat value) { if(d->set(value)) { d->markAsChanged(); } return *this; } GLUniform &GLUniform::operator = (ddouble value) { return *this = dfloat(value); } GLUniform &GLUniform::operator = (Vector2f const &vec) { DENG2_ASSERT(d->type == Vec2); if(Vector2f(*d->value.vector) != vec) { *d->value.vector = Vector4f(vec); d->markAsChanged(); } return *this; } GLUniform &GLUniform::operator = (Vector3f const &vec) { DENG2_ASSERT(d->type == Vec3); if(Vector3f(*d->value.vector) != vec) { *d->value.vector = vec; d->markAsChanged(); } return *this; } GLUniform &GLUniform::operator = (Vector4f const &vec) { DENG2_ASSERT(d->type == Vec4); if(*d->value.vector != vec) { *d->value.vector = vec; d->markAsChanged(); } return *this; } GLUniform &GLUniform::operator = (Matrix3f const &mat) { DENG2_ASSERT(d->type == Mat3); *d->value.mat3 = mat; d->markAsChanged(); return *this; } GLUniform &GLUniform::operator = (Matrix4f const &mat) { DENG2_ASSERT(d->type == Mat4); *d->value.mat4 = mat; d->markAsChanged(); return *this; } GLUniform &GLUniform::operator = (GLTexture const &texture) { return *this = &texture; } GLUniform &GLUniform::operator = (GLTexture const *texture) { DENG2_ASSERT(d->type == Sampler2D); if(d->value.tex != texture) { // We will observe the texture this uniform refers to. if(d->value.tex) d->value.tex->audienceForDeletion() -= d; d->value.tex = texture; d->markAsChanged(); if(d->value.tex) d->value.tex->audienceForDeletion() += d; } return *this; } dint GLUniform::toInt() const { DENG2_ASSERT(d->type == Int || d->type == UInt || d->type == Float); switch(d->type) { case Int: return d->value.int32; case UInt: return dint(d->value.uint32); case Float: return dint(d->value.float32); default: return 0; } } duint de::GLUniform::toUInt() const { DENG2_ASSERT(d->type == Int || d->type == UInt || d->type == Float); switch(d->type) { case Int: return duint(d->value.int32); case UInt: return d->value.uint32; case Float: return duint(d->value.float32); default: return 0; } } dfloat GLUniform::toFloat() const { DENG2_ASSERT(d->type == Int || d->type == UInt || d->type == Float); switch(d->type) { case Int: return dfloat(d->value.int32); case UInt: return dfloat(d->value.uint32); case Float: return d->value.float32; default: return 0; } } Vector2f const &GLUniform::toVector2f() const { DENG2_ASSERT(d->type == Vec2 || d->type == Vec3 || d->type == Vec4); return *d->value.vector; } Vector3f const &GLUniform::toVector3f() const { DENG2_ASSERT(d->type == Vec2 || d->type == Vec3 || d->type == Vec4); return *d->value.vector; } Vector4f const &GLUniform::toVector4f() const { DENG2_ASSERT(d->type == Vec2 || d->type == Vec3 || d->type == Vec4); return *d->value.vector; } Matrix3f const &GLUniform::toMatrix3f() const { DENG2_ASSERT(d->type == Mat3); return *d->value.mat3; } Matrix4f const &GLUniform::toMatrix4f() const { DENG2_ASSERT(d->type == Mat4); return *d->value.mat4; } GLTexture const *GLUniform::texture() const { DENG2_ASSERT(d->type == Sampler2D); return d->value.tex; } void GLUniform::applyInProgram(GLProgram &program) const { int loc = program.glUniformLocation(d->name.constData()); if(loc < 0) { // Uniform not in the program. LOG_AS("applyInProgram"); LOGDEV_GL_WARNING("'%s' not in the program") << d->name.constData(); return; } switch(d->type) { case Int: glUniform1i(loc, d->value.int32); break; case UInt: glUniform1i(loc, d->value.uint32); break; case Float: glUniform1f(loc, d->value.float32); break; case Vec2: glUniform2f(loc, d->value.vector->x, d->value.vector->y); break; case Vec3: glUniform3f(loc, d->value.vector->x, d->value.vector->y, d->value.vector->z); break; case Vec4: glUniform4f(loc, d->value.vector->x, d->value.vector->y, d->value.vector->z, d->value.vector->w); break; case Mat3: glUniformMatrix3fv(loc, 1, GL_FALSE, d->value.mat3->values()); break; case Mat4: glUniformMatrix4fv(loc, 1, GL_FALSE, d->value.mat4->values()); break; default: break; } } } // namespace de doomsday-1.14.5/doomsday/libgui/src/qtnativefont.h0000664000175000017500000000333712350542240021464 0ustar jaakkojaakko/** @file qtnativefont.h Qt-based native font. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_QTNATIVEFONT_H #define LIBGUI_QTNATIVEFONT_H #include "de/NativeFont" namespace de { class QtNativeFont : public NativeFont { public: QtNativeFont(String const &family = ""); QtNativeFont(QtNativeFont const &other); QtNativeFont(QFont const &font); QtNativeFont &operator = (QtNativeFont const &other); protected: void commit() const; int nativeFontAscent() const; int nativeFontDescent() const; int nativeFontHeight() const; int nativeFontLineSpacing() const; Rectanglei nativeFontMeasure(String const &text) const; int nativeFontWidth(String const &text) const; QImage nativeFontRasterize(String const &text, Vector4ub const &foreground, Vector4ub const &background) const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_QTNATIVEFONT_H doomsday-1.14.5/doomsday/libgui/src/displaymode_x11.cpp0000664000175000017500000001731312350542240022277 0ustar jaakkojaakko/** @file displaymode_x11.cpp X11 implementation of the DisplayMode native functionality. * @ingroup gl * * Uses the XRandR extension to manipulate the display. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include #include #include #include "de/gui/displaymode_native.h" #include #include #include namespace de { typedef std::vector DisplayModes; static int displayDepth; static Rotation displayRotation; static DisplayModes availableModes; static DisplayMode currentMode; namespace internal { /** * Wrapper for the Xrandr configuration info. The config is kept in memory only * for the lifetime of an RRInfo instance. */ class RRInfo { public: /** * Queries all the available modes in the display configuration. */ RRInfo() : _numSizes(0) { _conf = XRRGetScreenInfo(QX11Info::display(), QX11Info::appRootWindow()); if(!_conf) return; // Not available. // Let's see which modes are available. _sizes = XRRConfigSizes(_conf, &_numSizes); for(int i = 0; i < _numSizes; ++i) { int numRates = 0; short* rates = XRRConfigRates(_conf, i, &numRates); for(int k = 0; k < numRates; k++) { DisplayMode mode; de::zap(mode); mode.width = _sizes[i].width; mode.height = _sizes[i].height; mode.depth = displayDepth; mode.refreshRate = rates[k]; _modes.push_back(mode); } } ::Time prevConfTime; _confTime = XRRConfigTimes(_conf, &prevConfTime); } ~RRInfo() { if(_conf) XRRFreeScreenConfigInfo(_conf); } /** * Returns the currently active mode as specified in the Xrandr config. * Also determines the display's current rotation angle. */ DisplayMode currentMode() const { DisplayMode mode; de::zap(mode); if(!_conf) return mode; SizeID currentSize = XRRConfigCurrentConfiguration(_conf, &displayRotation); // Update the current mode. mode.width = _sizes[currentSize].width; mode.height = _sizes[currentSize].height; mode.depth = displayDepth; mode.refreshRate = XRRConfigCurrentRate(_conf); return mode; } std::vector& modes() { return _modes; } static short rateFromMode(const DisplayMode* mode) { return short(qRound(mode->refreshRate)); } int find(const DisplayMode* mode) const { for(int i = 0; i < _numSizes; ++i) { int numRates = 0; short* rates = XRRConfigRates(_conf, i, &numRates); for(int k = 0; k < numRates; k++) { if(rateFromMode(mode) == rates[k] && mode->width == _sizes[i].width && mode->height == _sizes[i].height) { // This is the one. return i; } } } return -1; } bool apply(const DisplayMode* mode) { if(!_conf) return false; int sizeIdx = find(mode); assert(sizeIdx >= 0); //qDebug() << "calling XRRSetScreenConfig" << _confTime; Status result = XRRSetScreenConfigAndRate(QX11Info::display(), _conf, QX11Info::appRootWindow(), sizeIdx, displayRotation, rateFromMode(mode), _confTime); //qDebug() << "result" << result; if(result == BadValue) { qDebug() << "Failed to apply screen config and rate with Xrandr"; return false; } // Update the current mode. de::currentMode = *mode; return true; } private: XRRScreenConfiguration* _conf; XRRScreenSize* _sizes; ::Time _confTime; int _numSizes; DisplayModes _modes; }; } // namespace internal } // namespace de using namespace de; using namespace de::internal; void DisplayMode_Native_Init(void) { // We will not be changing the depth at runtime. displayDepth = QX11Info::appDepth(); RRInfo info; availableModes = info.modes(); currentMode = info.currentMode(); } void DisplayMode_Native_Shutdown(void) { availableModes.clear(); } int DisplayMode_Native_Count(void) { return availableModes.size(); } void DisplayMode_Native_GetMode(int index, DisplayMode* mode) { assert(index >= 0 && index < DisplayMode_Native_Count()); *mode = availableModes[index]; } void DisplayMode_Native_GetCurrentMode(DisplayMode* mode) { *mode = currentMode; } #if 0 static int findMode(const DisplayMode* mode) { for(int i = 0; i < DisplayMode_Native_Count(); ++i) { DisplayMode d = devToDisplayMode(devModes[i]); if(DisplayMode_IsEqual(&d, mode)) { return i; } } return -1; } #endif int DisplayMode_Native_Change(DisplayMode const *mode, int shouldCapture) { DENG2_UNUSED(shouldCapture); return RRInfo().apply(mode); } void DisplayMode_Native_GetColorTransfer(DisplayColorTransfer *colors) { Display *dpy = QX11Info::display(); int screen = QX11Info::appScreen(); int event = 0, error = 0; LOG_AS("GetColorTransfer"); if(!dpy || !XF86VidModeQueryExtension(dpy, &event, &error)) { LOG_GL_WARNING("XFree86-VidModeExtension not available."); return; } LOGDEV_GL_XVERBOSE("event# %i error# %i") << event << error; // Ramp size. int rampSize = 0; XF86VidModeGetGammaRampSize(dpy, screen, &rampSize); LOGDEV_GL_VERBOSE("Gamma ramp size: %i") << rampSize; if(!rampSize) return; ushort* xRamp = new ushort[3 * rampSize]; // Get the current ramps. XF86VidModeGetGammaRamp(dpy, screen, rampSize, xRamp, xRamp + rampSize, xRamp + 2*rampSize); for(uint i = 0; i < 256; ++i) { const uint tx = qMin(uint(rampSize - 1), i * rampSize / 255); colors->table[i] = xRamp[tx]; colors->table[i + 256] = xRamp[tx + rampSize]; colors->table[i + 512] = xRamp[tx + 2*rampSize]; } delete [] xRamp; } void DisplayMode_Native_SetColorTransfer(DisplayColorTransfer const *colors) { Display* dpy = QX11Info::display(); if(!dpy) return; // Ramp size. int rampSize = 0; XF86VidModeGetGammaRampSize(dpy, QX11Info::appScreen(), &rampSize); if(!rampSize) return; ushort* xRamp = new ushort[3 * rampSize]; for(int i = 0; i < rampSize; ++i) { const uint tx = qMin(255, i * 256 / (rampSize - 1)); xRamp[i] = colors->table[tx]; xRamp[i + rampSize] = colors->table[tx + 256]; xRamp[i + 2*rampSize] = colors->table[tx + 512]; } XF86VidModeSetGammaRamp(dpy, QX11Info::appScreen(), rampSize, xRamp, xRamp + rampSize, xRamp + 2*rampSize); delete [] xRamp; } doomsday-1.14.5/doomsday/libgui/src/glentrypoints_x11.cpp0000664000175000017500000000310212350542240022675 0ustar jaakkojaakko/** @file glentrypoints_x11.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/gui/glentrypoints.h" #ifdef Q_WS_X11 #include "de/CanvasWindow" #include #include #include PFNGLXSWAPINTERVALEXTPROC glXSwapIntervalEXT; void getGLXEntryPoints() { #define GET_PROC_EXT(name) *((void (**)())&name) = glXGetProcAddress((GLubyte const *)#name) GET_PROC_EXT(glXSwapIntervalEXT); #undef GET_PROC_EXT } char const *getGLXExtensionsString() { return glXQueryExtensionsString(QX11Info::display(), QX11Info::appScreen()); } void setXSwapInterval(int interval) { if(glXSwapIntervalEXT) { DENG2_ASSERT(de::CanvasWindow::mainExists()); glXSwapIntervalEXT(QX11Info::display(), de::CanvasWindow::main().canvas().winId(), interval); } } #endif // Q_WS_X11 doomsday-1.14.5/doomsday/libgui/src/glbuffer.cpp0000664000175000017500000002405212350542240021066 0ustar jaakkojaakko/** @file glbuffer.cpp GL vertex buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLBuffer" #include "de/GLState" #include "de/GLTarget" namespace de { using namespace internal; using namespace gl; // Vertex Format Layout ------------------------------------------------------ AttribSpec const Vertex2Tex::_spec[2] = { { AttribSpec::Position, 2, GL_FLOAT, false, sizeof(Vertex2Tex), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex2Tex), 2 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex2Tex, 4 * sizeof(float)) AttribSpec const Vertex2Rgba::_spec[2] = { { AttribSpec::Position, 2, GL_FLOAT, false, sizeof(Vertex2Rgba), 0 }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex2Rgba), 2 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex2Rgba, 6 * sizeof(float)) AttribSpec const Vertex2TexRgba::_spec[3] = { { AttribSpec::Position, 2, GL_FLOAT, false, sizeof(Vertex2TexRgba), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex2TexRgba), 2 * sizeof(float) }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex2TexRgba), 4 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex2TexRgba, 8 * sizeof(float)) AttribSpec const Vertex3Tex::_spec[2] = { { AttribSpec::Position, 3, GL_FLOAT, false, sizeof(Vertex3Tex), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex3Tex), 3 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex3Tex, 5 * sizeof(float)) AttribSpec const Vertex3TexRgba::_spec[3] = { { AttribSpec::Position, 3, GL_FLOAT, false, sizeof(Vertex3TexRgba), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex3TexRgba), 3 * sizeof(float) }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex3TexRgba), 5 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex3TexRgba, 9 * sizeof(float)) AttribSpec const Vertex3TexBoundsRgba::_spec[4] = { { AttribSpec::Position, 3, GL_FLOAT, false, sizeof(Vertex3TexBoundsRgba), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex3TexBoundsRgba), 3 * sizeof(float) }, { AttribSpec::TexBounds0, 4, GL_FLOAT, false, sizeof(Vertex3TexBoundsRgba), 5 * sizeof(float) }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex3TexBoundsRgba), 9 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex3TexBoundsRgba, 13 * sizeof(float)) AttribSpec const Vertex3Tex2BoundsRgba::_spec[5] = { { AttribSpec::Position, 3, GL_FLOAT, false, sizeof(Vertex3Tex2BoundsRgba), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex3Tex2BoundsRgba), 3 * sizeof(float) }, { AttribSpec::TexCoord1, 2, GL_FLOAT, false, sizeof(Vertex3Tex2BoundsRgba), 5 * sizeof(float) }, { AttribSpec::TexBounds0, 4, GL_FLOAT, false, sizeof(Vertex3Tex2BoundsRgba), 7 * sizeof(float) }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex3Tex2BoundsRgba), 11 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex3Tex2BoundsRgba, 15 * sizeof(float)) AttribSpec const Vertex3Tex2Rgba::_spec[4] = { { AttribSpec::Position, 3, GL_FLOAT, false, sizeof(Vertex3Tex2Rgba), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex3Tex2Rgba), 3 * sizeof(float) }, { AttribSpec::TexCoord1, 2, GL_FLOAT, false, sizeof(Vertex3Tex2Rgba), 5 * sizeof(float) }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex3Tex2Rgba), 7 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex3Tex2Rgba, 11 * sizeof(float)) AttribSpec const Vertex3Tex3Rgba::_spec[5] = { { AttribSpec::Position, 3, GL_FLOAT, false, sizeof(Vertex3Tex3Rgba), 0 }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex3Tex3Rgba), 3 * sizeof(float) }, { AttribSpec::TexCoord1, 2, GL_FLOAT, false, sizeof(Vertex3Tex3Rgba), 5 * sizeof(float) }, { AttribSpec::TexCoord2, 2, GL_FLOAT, false, sizeof(Vertex3Tex3Rgba), 7 * sizeof(float) }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex3Tex3Rgba), 9 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex3Tex3Rgba, 13 * sizeof(float)) AttribSpec const Vertex3NormalTexRgba::_spec[4] = { { AttribSpec::Position, 3, GL_FLOAT, false, sizeof(Vertex3NormalTexRgba), 0 }, { AttribSpec::Normal, 3, GL_FLOAT, false, sizeof(Vertex3NormalTexRgba), 3 * sizeof(float) }, { AttribSpec::TexCoord0, 2, GL_FLOAT, false, sizeof(Vertex3NormalTexRgba), 6 * sizeof(float) }, { AttribSpec::Color, 4, GL_FLOAT, false, sizeof(Vertex3NormalTexRgba), 8 * sizeof(float) } }; LIBGUI_VERTEX_FORMAT_SPEC(Vertex3NormalTexRgba, 12 * sizeof(float)) //---------------------------------------------------------------------------- DENG2_PIMPL(GLBuffer) { GLuint name; GLuint idxName; dsize count; dsize idxCount; Primitive prim; AttribSpecs specs; Instance(Public *i) : Base(i), name(0), idxName(0), count(0), idxCount(0), prim(Points) { specs.first = 0; specs.second = 0; } ~Instance() { release(); releaseIndices(); } void alloc() { if(!name) { glGenBuffers(1, &name); } } void allocIndices() { if(!idxName) { glGenBuffers(1, &idxName); } } void release() { if(name) { glDeleteBuffers(1, &name); name = 0; count = 0; } } void releaseIndices() { if(idxName) { glDeleteBuffers(1, &idxName); idxName = 0; idxCount = 0; } } static GLenum glUsage(Usage u) { switch(u) { case Static: return GL_STATIC_DRAW; case Dynamic: return GL_DYNAMIC_DRAW; case Stream: return GL_STREAM_DRAW; } DENG2_ASSERT(false); return GL_STATIC_DRAW; } static GLenum glPrimitive(Primitive p) { switch(p) { case Points: return GL_POINTS; case LineStrip: return GL_LINE_STRIP; case LineLoop: return GL_LINE_LOOP; case Lines: return GL_LINES; case TriangleStrip: return GL_TRIANGLE_STRIP; case TriangleFan: return GL_TRIANGLE_FAN; case Triangles: return GL_TRIANGLES; } DENG2_ASSERT(false); return GL_TRIANGLES; } void enableArrays(bool enable) { DENG2_ASSERT(specs.first != 0); // must have a spec for(duint i = 0; i < specs.second; ++i) { AttribSpec const &spec = specs.first[i]; GLuint index = GLuint(spec.semantic); if(enable) { glEnableVertexAttribArray(index); glVertexAttribPointer(index, spec.size, spec.type, spec.normalized, spec.stride, (void const *) dintptr(spec.startOffset)); } else { glDisableVertexAttribArray(index); } } } }; GLBuffer::GLBuffer() : d(new Instance(this)) {} void GLBuffer::clear() { setState(NotReady); d->release(); d->releaseIndices(); } void GLBuffer::setVertices(dsize count, void const *data, dsize dataSize, Usage usage) { setVertices(Points, count, data, dataSize, usage); } void GLBuffer::setVertices(Primitive primitive, dsize count, void const *data, dsize dataSize, Usage usage) { d->prim = primitive; d->count = count; if(data) { d->alloc(); if(dataSize && count) { glBindBuffer(GL_ARRAY_BUFFER, d->name); glBufferData(GL_ARRAY_BUFFER, dataSize, data, Instance::glUsage(usage)); glBindBuffer(GL_ARRAY_BUFFER, 0); } setState(Ready); } else { d->release(); setState(NotReady); } } void GLBuffer::setIndices(Primitive primitive, dsize count, Index const *indices, Usage usage) { d->prim = primitive; d->idxCount = count; if(indices && count) { d->allocIndices(); glBindBuffer(GL_ELEMENT_ARRAY_BUFFER, d->idxName); glBufferData(GL_ELEMENT_ARRAY_BUFFER, count * sizeof(Index), indices, Instance::glUsage(usage)); glBindBuffer(GL_ELEMENT_ARRAY_BUFFER, 0); } else { d->releaseIndices(); } } void GLBuffer::setIndices(Primitive primitive, Indices const &indices, Usage usage) { setIndices(primitive, indices.size(), indices.constData(), usage); } void GLBuffer::draw(duint first, dint count) { if(!isReady()) return; // Mark the current target changed. GLState::current().target().markAsChanged(); glBindBuffer(GL_ARRAY_BUFFER, d->name); d->enableArrays(true); if(d->idxName) { if(count < 0) count = d->idxCount; if(first + count > d->idxCount) count = d->idxCount - first; DENG2_ASSERT(count >= 0); glBindBuffer(GL_ELEMENT_ARRAY_BUFFER, d->idxName); glDrawElements(Instance::glPrimitive(d->prim), count, GL_UNSIGNED_SHORT, (void const *) dintptr(first * 2)); glBindBuffer(GL_ELEMENT_ARRAY_BUFFER, 0); } else { if(count < 0) count = d->count; if(first + count > d->count) count = d->count - first; DENG2_ASSERT(count >= 0); glDrawArrays(Instance::glPrimitive(d->prim), first, count); } d->enableArrays(false); glBindBuffer(GL_ARRAY_BUFFER, 0); } void GLBuffer::setFormat(AttribSpecs const &format) { d->specs = format; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/displaymode_windows.cpp0000664000175000017500000000736312350542240023364 0ustar jaakkojaakko/** @file displaymode_windows.cpp Windows implementation of the DisplayMode native functionality. * @ingroup gl * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #define WIN32_LEAN_AND_MEAN #include #include #include #include #include #include "de/gui/displaymode_native.h" #include "de/PersistentCanvasWindow" static std::vector devModes; static DEVMODE currentDevMode; static DisplayMode devToDisplayMode(const DEVMODE& d) { DisplayMode m; m.width = d.dmPelsWidth; m.height = d.dmPelsHeight; m.depth = d.dmBitsPerPel; m.refreshRate = d.dmDisplayFrequency; return m; } void DisplayMode_Native_Init(void) { // Let's see which modes are available. for(int i = 0; ; i++) { DEVMODE mode; de::zap(mode); mode.dmSize = sizeof(mode); if(!EnumDisplaySettings(NULL, i, &mode)) break; // That's all. devModes.push_back(mode); } // And which is the current mode? de::zap(currentDevMode); currentDevMode.dmSize = sizeof(currentDevMode); EnumDisplaySettings(NULL, ENUM_CURRENT_SETTINGS, ¤tDevMode); } void DisplayMode_Native_Shutdown(void) { devModes.clear(); } int DisplayMode_Native_Count(void) { return devModes.size(); } void DisplayMode_Native_GetMode(int index, DisplayMode* mode) { DENG2_ASSERT(index >= 0 && index < DisplayMode_Native_Count()); *mode = devToDisplayMode(devModes[index]); } void DisplayMode_Native_GetCurrentMode(DisplayMode* mode) { *mode = devToDisplayMode(currentDevMode); } static int findMode(const DisplayMode* mode) { for(int i = 0; i < DisplayMode_Native_Count(); ++i) { DisplayMode d = devToDisplayMode(devModes[i]); if(DisplayMode_IsEqual(&d, mode)) { return i; } } return -1; } int DisplayMode_Native_Change(const DisplayMode* mode, int shouldCapture) { DENG2_ASSERT(mode); DENG2_ASSERT(findMode(mode) >= 0); DEVMODE m = devModes[findMode(mode)]; m.dmFields = DM_PELSWIDTH | DM_PELSHEIGHT | DM_BITSPERPEL | DM_DISPLAYFREQUENCY; if(ChangeDisplaySettings(&m, shouldCapture? CDS_FULLSCREEN : 0) != DISP_CHANGE_SUCCESSFUL) return false; currentDevMode = m; return true; } void DisplayMode_Native_SetColorTransfer(DisplayColorTransfer const *colors) { if(!de::CanvasWindow::mainExists()) return; HWND hWnd = (HWND) de::CanvasWindow::main().nativeHandle(); DENG2_ASSERT(hWnd != 0); HDC hDC = GetDC(hWnd); if(hDC) { SetDeviceGammaRamp(hDC, (void*) colors->table); ReleaseDC(hWnd, hDC); } } void DisplayMode_Native_GetColorTransfer(DisplayColorTransfer *colors) { HWND hWnd = (HWND) de::CanvasWindow::main().nativeHandle(); DENG2_ASSERT(hWnd != 0); HDC hDC = GetDC(hWnd); if(hDC) { GetDeviceGammaRamp(hDC, (void *) colors->table); ReleaseDC(hWnd, hDC); } } doomsday-1.14.5/doomsday/libgui/src/displaymode_dummy.cpp0000664000175000017500000000324512350542240023020 0ustar jaakkojaakko/** @file displaymode_dummy.cpp * Dummy implementation of the DisplayMode native functionality. * @ingroup gl * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/gui/displaymode_native.h" #include void DisplayMode_Native_Init(void) { } void DisplayMode_Native_Shutdown(void) { } int DisplayMode_Native_Count(void) { return 0; } void DisplayMode_Native_GetMode(int index, DisplayMode *mode) { DENG2_UNUSED(index); DENG2_UNUSED(mode); } void DisplayMode_Native_GetCurrentMode(DisplayMode *mode) { DENG2_UNUSED(mode); } int DisplayMode_Native_Change(DisplayMode const *mode, int shouldCapture) { DENG2_UNUSED(mode); DENG2_UNUSED(shouldCapture); return true; } void DisplayMode_Native_GetColorTransfer(DisplayColorTransfer *colors) { DENG2_UNUSED(colors); } void DisplayMode_Native_SetColorTransfer(DisplayColorTransfer const *colors) { DENG2_UNUSED(colors); } doomsday-1.14.5/doomsday/libgui/src/fontbank.cpp0000664000175000017500000000615712350542240021102 0ustar jaakkojaakko/** @file fontbank.cpp Font bank. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/FontBank" #include "de/Font" #include #include #include namespace de { DENG2_PIMPL(FontBank) { struct FontSource : public ISource { FontBank &bank; String id; FontSource(FontBank &b, String const &fontId) : bank(b), id(fontId) {} Time modifiedAt() const { return bank.sourceModifiedAt(); } Font *load() const { Record const &def = bank[id]; // Font family. QFont font(def["family"]); // Size. String size = def["size"]; if(size.endsWith("px")) { font.setPixelSize(size.toInt(0, 10, String::AllowSuffix) * bank.d->fontSizeFactor); } else { font.setPointSize(size.toInt(0, 10, String::AllowSuffix) * bank.d->fontSizeFactor); } // Weight. String const weight = def["weight"]; font.setWeight(weight == "light"? QFont::Light : weight == "bold"? QFont::Bold : QFont::Normal); // Style. String const style = def["style"]; font.setStyle(style == "italic"? QFont::StyleItalic : QFont::StyleNormal); return new Font(font); } }; struct FontData : public IData { Font *font; // owned FontData(Font *f = 0) : font(f) {} ~FontData() { delete font; } }; float fontSizeFactor; Instance(Public *i) : Base(i) , fontSizeFactor(1.f) {} }; FontBank::FontBank() : InfoBank(DisableHotStorage), d(new Instance(this)) {} void FontBank::addFromInfo(File const &file) { LOG_AS("FontBank"); parse(file); addFromInfoBlocks("font"); } Font const &FontBank::font(DotPath const &path) const { return *data(path).as().font; } void FontBank::setFontSizeFactor(float sizeFactor) { d->fontSizeFactor = clamp(.1f, sizeFactor, 20.f); } Bank::ISource *FontBank::newSourceFromInfo(String const &id) { return new Instance::FontSource(*this, id); } Bank::IData *FontBank::loadFromSource(ISource &source) { return new Instance::FontData(source.as().load()); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/imKStoUCS_x11.c0000664000175000017500000005474512350542240021220 0ustar jaakkojaakko/* Copyright (C) 1994-2003 The XFree86 Project, Inc. All Rights Reserved. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is fur- nished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FIT- NESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE XFREE86 PROJECT BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CON- NECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. Except as contained in this notice, the name of the XFree86 Project shall not be used in advertising or otherwise to promote the sale, use or other deal- ings in this Software without prior written authorization from the XFree86 Project. */ /* $XFree86: xc/lib/X11/imKStoUCS.c,v 1.4 2003/04/29 11:29:18 pascal Exp $ */ #include static unsigned short const keysym_to_unicode_1a1_1ff[] = { 0x0104, 0x02d8, 0x0141, 0x0000, 0x013d, 0x015a, 0x0000, /* 0x01a0-0x01a7 */ 0x0000, 0x0160, 0x015e, 0x0164, 0x0179, 0x0000, 0x017d, 0x017b, /* 0x01a8-0x01af */ 0x0000, 0x0105, 0x02db, 0x0142, 0x0000, 0x013e, 0x015b, 0x02c7, /* 0x01b0-0x01b7 */ 0x0000, 0x0161, 0x015f, 0x0165, 0x017a, 0x02dd, 0x017e, 0x017c, /* 0x01b8-0x01bf */ 0x0154, 0x0000, 0x0000, 0x0102, 0x0000, 0x0139, 0x0106, 0x0000, /* 0x01c0-0x01c7 */ 0x010c, 0x0000, 0x0118, 0x0000, 0x011a, 0x0000, 0x0000, 0x010e, /* 0x01c8-0x01cf */ 0x0110, 0x0143, 0x0147, 0x0000, 0x0000, 0x0150, 0x0000, 0x0000, /* 0x01d0-0x01d7 */ 0x0158, 0x016e, 0x0000, 0x0170, 0x0000, 0x0000, 0x0162, 0x0000, /* 0x01d8-0x01df */ 0x0155, 0x0000, 0x0000, 0x0103, 0x0000, 0x013a, 0x0107, 0x0000, /* 0x01e0-0x01e7 */ 0x010d, 0x0000, 0x0119, 0x0000, 0x011b, 0x0000, 0x0000, 0x010f, /* 0x01e8-0x01ef */ 0x0111, 0x0144, 0x0148, 0x0000, 0x0000, 0x0151, 0x0000, 0x0000, /* 0x01f0-0x01f7 */ 0x0159, 0x016f, 0x0000, 0x0171, 0x0000, 0x0000, 0x0163, 0x02d9 /* 0x01f8-0x01ff */ }; static unsigned short const keysym_to_unicode_2a1_2fe[] = { 0x0126, 0x0000, 0x0000, 0x0000, 0x0000, 0x0124, 0x0000, /* 0x02a0-0x02a7 */ 0x0000, 0x0130, 0x0000, 0x011e, 0x0134, 0x0000, 0x0000, 0x0000, /* 0x02a8-0x02af */ 0x0000, 0x0127, 0x0000, 0x0000, 0x0000, 0x0000, 0x0125, 0x0000, /* 0x02b0-0x02b7 */ 0x0000, 0x0131, 0x0000, 0x011f, 0x0135, 0x0000, 0x0000, 0x0000, /* 0x02b8-0x02bf */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x010a, 0x0108, 0x0000, /* 0x02c0-0x02c7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x02c8-0x02cf */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0120, 0x0000, 0x0000, /* 0x02d0-0x02d7 */ 0x011c, 0x0000, 0x0000, 0x0000, 0x0000, 0x016c, 0x015c, 0x0000, /* 0x02d8-0x02df */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x010b, 0x0109, 0x0000, /* 0x02e0-0x02e7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x02e8-0x02ef */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0121, 0x0000, 0x0000, /* 0x02f0-0x02f7 */ 0x011d, 0x0000, 0x0000, 0x0000, 0x0000, 0x016d, 0x015d /* 0x02f8-0x02ff */ }; static unsigned short const keysym_to_unicode_3a2_3fe[] = { 0x0138, 0x0156, 0x0000, 0x0128, 0x013b, 0x0000, /* 0x03a0-0x03a7 */ 0x0000, 0x0000, 0x0112, 0x0122, 0x0166, 0x0000, 0x0000, 0x0000, /* 0x03a8-0x03af */ 0x0000, 0x0000, 0x0000, 0x0157, 0x0000, 0x0129, 0x013c, 0x0000, /* 0x03b0-0x03b7 */ 0x0000, 0x0000, 0x0113, 0x0123, 0x0167, 0x014a, 0x0000, 0x014b, /* 0x03b8-0x03bf */ 0x0100, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x012e, /* 0x03c0-0x03c7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0116, 0x0000, 0x0000, 0x012a, /* 0x03c8-0x03cf */ 0x0000, 0x0145, 0x014c, 0x0136, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x03d0-0x03d7 */ 0x0000, 0x0172, 0x0000, 0x0000, 0x0000, 0x0168, 0x016a, 0x0000, /* 0x03d8-0x03df */ 0x0101, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x012f, /* 0x03e0-0x03e7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0117, 0x0000, 0x0000, 0x012b, /* 0x03e8-0x03ef */ 0x0000, 0x0146, 0x014d, 0x0137, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x03f0-0x03f7 */ 0x0000, 0x0173, 0x0000, 0x0000, 0x0000, 0x0169, 0x016b /* 0x03f8-0x03ff */ }; static unsigned short const keysym_to_unicode_4a1_4df[] = { 0x3002, 0x3008, 0x3009, 0x3001, 0x30fb, 0x30f2, 0x30a1, /* 0x04a0-0x04a7 */ 0x30a3, 0x30a5, 0x30a7, 0x30a9, 0x30e3, 0x30e5, 0x30e7, 0x30c3, /* 0x04a8-0x04af */ 0x30fc, 0x30a2, 0x30a4, 0x30a6, 0x30a8, 0x30aa, 0x30ab, 0x30ad, /* 0x04b0-0x04b7 */ 0x30af, 0x30b1, 0x30b3, 0x30b5, 0x30b7, 0x30b9, 0x30bb, 0x30bd, /* 0x04b8-0x04bf */ 0x30bf, 0x30c1, 0x30c4, 0x30c6, 0x30c8, 0x30ca, 0x30cb, 0x30cc, /* 0x04c0-0x04c7 */ 0x30cd, 0x30ce, 0x30cf, 0x30d2, 0x30d5, 0x30d8, 0x30db, 0x30de, /* 0x04c8-0x04cf */ 0x30df, 0x30e0, 0x30e1, 0x30e2, 0x30e4, 0x30e6, 0x30e8, 0x30e9, /* 0x04d0-0x04d7 */ 0x30ea, 0x30eb, 0x30ec, 0x30ed, 0x30ef, 0x30f3, 0x309b, 0x309c /* 0x04d8-0x04df */ }; static unsigned short const keysym_to_unicode_590_5fe[] = { 0x06f0, 0x06f1, 0x06f2, 0x06f3, 0x06f4, 0x06f5, 0x06f6, 0x06f7, /* 0x0590-0x0597 */ 0x06f8, 0x06f9, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x0598-0x059f */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x066a, 0x0670, 0x0679, /* 0x05a0-0x05a7 */ 0x067e, 0x0686, 0x0688, 0x0691, 0x060c, 0x0000, 0x06d4, 0x0000, /* 0x05ac-0x05af */ 0x0660, 0x0661, 0x0662, 0x0663, 0x0664, 0x0665, 0x0666, 0x0667, /* 0x05b0-0x05b7 */ 0x0668, 0x0669, 0x0000, 0x061b, 0x0000, 0x0000, 0x0000, 0x061f, /* 0x05b8-0x05bf */ 0x0000, 0x0621, 0x0622, 0x0623, 0x0624, 0x0625, 0x0626, 0x0627, /* 0x05c0-0x05c7 */ 0x0628, 0x0629, 0x062a, 0x062b, 0x062c, 0x062d, 0x062e, 0x062f, /* 0x05c8-0x05cf */ 0x0630, 0x0631, 0x0632, 0x0633, 0x0634, 0x0635, 0x0636, 0x0637, /* 0x05d0-0x05d7 */ 0x0638, 0x0639, 0x063a, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x05d8-0x05df */ 0x0640, 0x0641, 0x0642, 0x0643, 0x0644, 0x0645, 0x0646, 0x0647, /* 0x05e0-0x05e7 */ 0x0648, 0x0649, 0x064a, 0x064b, 0x064c, 0x064d, 0x064e, 0x064f, /* 0x05e8-0x05ef */ 0x0650, 0x0651, 0x0652, 0x0653, 0x0654, 0x0655, 0x0698, 0x06a4, /* 0x05f0-0x05f7 */ 0x06a9, 0x06af, 0x06ba, 0x06be, 0x06cc, 0x06d2, 0x06c1 /* 0x05f8-0x05fe */ }; static unsigned short const keysym_to_unicode_680_6ff[] = { 0x0492, 0x0496, 0x049a, 0x049c, 0x04a2, 0x04ae, 0x04b0, 0x04b2, /* 0x0680-0x0687 */ 0x04b6, 0x04b8, 0x04ba, 0x0000, 0x04d8, 0x04e2, 0x04e8, 0x04ee, /* 0x0688-0x068f */ 0x0493, 0x0497, 0x049b, 0x049d, 0x04a3, 0x04af, 0x04b1, 0x04b3, /* 0x0690-0x0697 */ 0x04b7, 0x04b9, 0x04bb, 0x0000, 0x04d9, 0x04e3, 0x04e9, 0x04ef, /* 0x0698-0x069f */ 0x0000, 0x0452, 0x0453, 0x0451, 0x0454, 0x0455, 0x0456, 0x0457, /* 0x06a0-0x06a7 */ 0x0458, 0x0459, 0x045a, 0x045b, 0x045c, 0x0491, 0x045e, 0x045f, /* 0x06a8-0x06af */ 0x2116, 0x0402, 0x0403, 0x0401, 0x0404, 0x0405, 0x0406, 0x0407, /* 0x06b0-0x06b7 */ 0x0408, 0x0409, 0x040a, 0x040b, 0x040c, 0x0490, 0x040e, 0x040f, /* 0x06b8-0x06bf */ 0x044e, 0x0430, 0x0431, 0x0446, 0x0434, 0x0435, 0x0444, 0x0433, /* 0x06c0-0x06c7 */ 0x0445, 0x0438, 0x0439, 0x043a, 0x043b, 0x043c, 0x043d, 0x043e, /* 0x06c8-0x06cf */ 0x043f, 0x044f, 0x0440, 0x0441, 0x0442, 0x0443, 0x0436, 0x0432, /* 0x06d0-0x06d7 */ 0x044c, 0x044b, 0x0437, 0x0448, 0x044d, 0x0449, 0x0447, 0x044a, /* 0x06d8-0x06df */ 0x042e, 0x0410, 0x0411, 0x0426, 0x0414, 0x0415, 0x0424, 0x0413, /* 0x06e0-0x06e7 */ 0x0425, 0x0418, 0x0419, 0x041a, 0x041b, 0x041c, 0x041d, 0x041e, /* 0x06e8-0x06ef */ 0x041f, 0x042f, 0x0420, 0x0421, 0x0422, 0x0423, 0x0416, 0x0412, /* 0x06f0-0x06f7 */ 0x042c, 0x042b, 0x0417, 0x0428, 0x042d, 0x0429, 0x0427, 0x042a /* 0x06f8-0x06ff */ }; static unsigned short const keysym_to_unicode_7a1_7f9[] = { 0x0386, 0x0388, 0x0389, 0x038a, 0x03aa, 0x0000, 0x038c, /* 0x07a0-0x07a7 */ 0x038e, 0x03ab, 0x0000, 0x038f, 0x0000, 0x0000, 0x0385, 0x2015, /* 0x07a8-0x07af */ 0x0000, 0x03ac, 0x03ad, 0x03ae, 0x03af, 0x03ca, 0x0390, 0x03cc, /* 0x07b0-0x07b7 */ 0x03cd, 0x03cb, 0x03b0, 0x03ce, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x07b8-0x07bf */ 0x0000, 0x0391, 0x0392, 0x0393, 0x0394, 0x0395, 0x0396, 0x0397, /* 0x07c0-0x07c7 */ 0x0398, 0x0399, 0x039a, 0x039b, 0x039c, 0x039d, 0x039e, 0x039f, /* 0x07c8-0x07cf */ 0x03a0, 0x03a1, 0x03a3, 0x0000, 0x03a4, 0x03a5, 0x03a6, 0x03a7, /* 0x07d0-0x07d7 */ 0x03a8, 0x03a9, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x07d8-0x07df */ 0x0000, 0x03b1, 0x03b2, 0x03b3, 0x03b4, 0x03b5, 0x03b6, 0x03b7, /* 0x07e0-0x07e7 */ 0x03b8, 0x03b9, 0x03ba, 0x03bb, 0x03bc, 0x03bd, 0x03be, 0x03bf, /* 0x07e8-0x07ef */ 0x03c0, 0x03c1, 0x03c3, 0x03c2, 0x03c4, 0x03c5, 0x03c6, 0x03c7, /* 0x07f0-0x07f7 */ 0x03c8, 0x03c9 /* 0x07f8-0x07ff */ }; static unsigned short const keysym_to_unicode_8a4_8fe[] = { 0x2320, 0x2321, 0x0000, 0x231c, /* 0x08a0-0x08a7 */ 0x231d, 0x231e, 0x231f, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x08a8-0x08af */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x08b0-0x08b7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x2264, 0x2260, 0x2265, 0x222b, /* 0x08b8-0x08bf */ 0x2234, 0x0000, 0x221e, 0x0000, 0x0000, 0x2207, 0x0000, 0x0000, /* 0x08c0-0x08c7 */ 0x2245, 0x2246, 0x0000, 0x0000, 0x0000, 0x0000, 0x22a2, 0x0000, /* 0x08c8-0x08cf */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x221a, 0x0000, /* 0x08d0-0x08d7 */ 0x0000, 0x0000, 0x2282, 0x2283, 0x2229, 0x222a, 0x2227, 0x2228, /* 0x08d8-0x08df */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x08e0-0x08e7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x08e8-0x08ef */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0192, 0x0000, /* 0x08f0-0x08f7 */ 0x0000, 0x0000, 0x0000, 0x2190, 0x2191, 0x2192, 0x2193 /* 0x08f8-0x08ff */ }; static unsigned short const keysym_to_unicode_9df_9f8[] = { 0x2422, /* 0x09d8-0x09df */ 0x2666, 0x25a6, 0x2409, 0x240c, 0x240d, 0x240a, 0x0000, 0x0000, /* 0x09e0-0x09e7 */ 0x240a, 0x240b, 0x2518, 0x2510, 0x250c, 0x2514, 0x253c, 0x2500, /* 0x09e8-0x09ef */ 0x0000, 0x0000, 0x0000, 0x0000, 0x251c, 0x2524, 0x2534, 0x252c, /* 0x09f0-0x09f7 */ 0x2502 /* 0x09f8-0x09ff */ }; static unsigned short const keysym_to_unicode_aa1_afe[] = { 0x2003, 0x2002, 0x2004, 0x2005, 0x2007, 0x2008, 0x2009, /* 0x0aa0-0x0aa7 */ 0x200a, 0x2014, 0x2013, 0x0000, 0x0000, 0x0000, 0x2026, 0x2025, /* 0x0aa8-0x0aaf */ 0x2153, 0x2154, 0x2155, 0x2156, 0x2157, 0x2158, 0x2159, 0x215a, /* 0x0ab0-0x0ab7 */ 0x2105, 0x0000, 0x0000, 0x2012, 0x2039, 0x2024, 0x203a, 0x0000, /* 0x0ab8-0x0abf */ 0x0000, 0x0000, 0x0000, 0x215b, 0x215c, 0x215d, 0x215e, 0x0000, /* 0x0ac0-0x0ac7 */ 0x0000, 0x2122, 0x2120, 0x0000, 0x25c1, 0x25b7, 0x25cb, 0x25ad, /* 0x0ac8-0x0acf */ 0x2018, 0x2019, 0x201c, 0x201d, 0x211e, 0x0000, 0x2032, 0x2033, /* 0x0ad0-0x0ad7 */ 0x0000, 0x271d, 0x0000, 0x220e, 0x25c2, 0x2023, 0x25cf, 0x25ac, /* 0x0ad8-0x0adf */ 0x25e6, 0x25ab, 0x25ae, 0x25b5, 0x25bf, 0x2606, 0x2022, 0x25aa, /* 0x0ae0-0x0ae7 */ 0x25b4, 0x25be, 0x261a, 0x261b, 0x2663, 0x2666, 0x2665, 0x0000, /* 0x0ae8-0x0aef */ 0x2720, 0x2020, 0x2021, 0x2713, 0x2612, 0x266f, 0x266d, 0x2642, /* 0x0af0-0x0af7 */ 0x2640, 0x2121, 0x2315, 0x2117, 0x2038, 0x201a, 0x201e /* 0x0af8-0x0aff */ }; /* none of the APL keysyms match the Unicode characters */ static unsigned short const keysym_to_unicode_cdf_cfa[] = { 0x2017, /* 0x0cd8-0x0cdf */ 0x05d0, 0x05d1, 0x05d2, 0x05d3, 0x05d4, 0x05d5, 0x05d6, 0x05d7, /* 0x0ce0-0x0ce7 */ 0x05d8, 0x05d9, 0x05da, 0x05db, 0x05dc, 0x05dd, 0x05de, 0x05df, /* 0x0ce8-0x0cef */ 0x05e0, 0x05e1, 0x05e2, 0x05e3, 0x05e4, 0x05e5, 0x05e6, 0x05e7, /* 0x0cf0-0x0cf7 */ 0x05e8, 0x05e9, 0x05ea /* 0x0cf8-0x0cff */ }; static unsigned short const keysym_to_unicode_da1_df9[] = { 0x0e01, 0x0e02, 0x0e03, 0x0e04, 0x0e05, 0x0e06, 0x0e07, /* 0x0da0-0x0da7 */ 0x0e08, 0x0e09, 0x0e0a, 0x0e0b, 0x0e0c, 0x0e0d, 0x0e0e, 0x0e0f, /* 0x0da8-0x0daf */ 0x0e10, 0x0e11, 0x0e12, 0x0e13, 0x0e14, 0x0e15, 0x0e16, 0x0e17, /* 0x0db0-0x0db7 */ 0x0e18, 0x0e19, 0x0e1a, 0x0e1b, 0x0e1c, 0x0e1d, 0x0e1e, 0x0e1f, /* 0x0db8-0x0dbf */ 0x0e20, 0x0e21, 0x0e22, 0x0e23, 0x0e24, 0x0e25, 0x0e26, 0x0e27, /* 0x0dc0-0x0dc7 */ 0x0e28, 0x0e29, 0x0e2a, 0x0e2b, 0x0e2c, 0x0e2d, 0x0e2e, 0x0e2f, /* 0x0dc8-0x0dcf */ 0x0e30, 0x0e31, 0x0e32, 0x0e33, 0x0e34, 0x0e35, 0x0e36, 0x0e37, /* 0x0dd0-0x0dd7 */ 0x0e38, 0x0e39, 0x0e3a, 0x0000, 0x0000, 0x0000, 0x0e3e, 0x0e3f, /* 0x0dd8-0x0ddf */ 0x0e40, 0x0e41, 0x0e42, 0x0e43, 0x0e44, 0x0e45, 0x0e46, 0x0e47, /* 0x0de0-0x0de7 */ 0x0e48, 0x0e49, 0x0e4a, 0x0e4b, 0x0e4c, 0x0e4d, 0x0000, 0x0000, /* 0x0de8-0x0def */ 0x0e50, 0x0e51, 0x0e52, 0x0e53, 0x0e54, 0x0e55, 0x0e56, 0x0e57, /* 0x0df0-0x0df7 */ 0x0e58, 0x0e59 /* 0x0df8-0x0dff */ }; static unsigned short const keysym_to_unicode_ea0_eff[] = { 0x0000, 0x1101, 0x1101, 0x11aa, 0x1102, 0x11ac, 0x11ad, 0x1103, /* 0x0ea0-0x0ea7 */ 0x1104, 0x1105, 0x11b0, 0x11b1, 0x11b2, 0x11b3, 0x11b4, 0x11b5, /* 0x0ea8-0x0eaf */ 0x11b6, 0x1106, 0x1107, 0x1108, 0x11b9, 0x1109, 0x110a, 0x110b, /* 0x0eb0-0x0eb7 */ 0x110c, 0x110d, 0x110e, 0x110f, 0x1110, 0x1111, 0x1112, 0x1161, /* 0x0eb8-0x0ebf */ 0x1162, 0x1163, 0x1164, 0x1165, 0x1166, 0x1167, 0x1168, 0x1169, /* 0x0ec0-0x0ec7 */ 0x116a, 0x116b, 0x116c, 0x116d, 0x116e, 0x116f, 0x1170, 0x1171, /* 0x0ec8-0x0ecf */ 0x1172, 0x1173, 0x1174, 0x1175, 0x11a8, 0x11a9, 0x11aa, 0x11ab, /* 0x0ed0-0x0ed7 */ 0x11ac, 0x11ad, 0x11ae, 0x11af, 0x11b0, 0x11b1, 0x11b2, 0x11b3, /* 0x0ed8-0x0edf */ 0x11b4, 0x11b5, 0x11b6, 0x11b7, 0x11b8, 0x11b9, 0x11ba, 0x11bb, /* 0x0ee0-0x0ee7 */ 0x11bc, 0x11bd, 0x11be, 0x11bf, 0x11c0, 0x11c1, 0x11c2, 0x0000, /* 0x0ee8-0x0eef */ 0x0000, 0x0000, 0x1140, 0x0000, 0x0000, 0x1159, 0x119e, 0x0000, /* 0x0ef0-0x0ef7 */ 0x11eb, 0x0000, 0x11f9, 0x0000, 0x0000, 0x0000, 0x0000, 0x20a9, /* 0x0ef8-0x0eff */ }; static unsigned short const keysym_to_unicode_12a1_12fe[] = { 0x1e02, 0x1e03, 0x0000, 0x0000, 0x0000, 0x1e0a, 0x0000, /* 0x12a0-0x12a7 */ 0x1e80, 0x0000, 0x1e82, 0x1e0b, 0x1ef2, 0x0000, 0x0000, 0x0000, /* 0x12a8-0x12af */ 0x1e1e, 0x1e1f, 0x0000, 0x0000, 0x1e40, 0x1e41, 0x0000, 0x1e56, /* 0x12b0-0x12b7 */ 0x1e81, 0x1e57, 0x1e83, 0x1e60, 0x1ef3, 0x1e84, 0x1e85, 0x1e61, /* 0x12b8-0x12bf */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x12c0-0x12c7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x12c8-0x12cf */ 0x0174, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x1e6a, /* 0x12d0-0x12d7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0176, 0x0000, /* 0x12d8-0x12df */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x12e0-0x12e7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x12e8-0x12ef */ 0x0175, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x1e6b, /* 0x12f0-0x12f7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0177 /* 0x12f0-0x12ff */ }; static unsigned short const keysym_to_unicode_13bc_13be[] = { 0x0152, 0x0153, 0x0178 /* 0x13b8-0x13bf */ }; static unsigned short const keysym_to_unicode_14a1_14ff[] = { 0x2741, 0x00a7, 0x0589, 0x0029, 0x0028, 0x00bb, 0x00ab, /* 0x14a0-0x14a7 */ 0x2014, 0x002e, 0x055d, 0x002c, 0x2013, 0x058a, 0x2026, 0x055c, /* 0x14a8-0x14af */ 0x055b, 0x055e, 0x0531, 0x0561, 0x0532, 0x0562, 0x0533, 0x0563, /* 0x14b0-0x14b7 */ 0x0534, 0x0564, 0x0535, 0x0565, 0x0536, 0x0566, 0x0537, 0x0567, /* 0x14b8-0x14bf */ 0x0538, 0x0568, 0x0539, 0x0569, 0x053a, 0x056a, 0x053b, 0x056b, /* 0x14c0-0x14c7 */ 0x053c, 0x056c, 0x053d, 0x056d, 0x053e, 0x056e, 0x053f, 0x056f, /* 0x14c8-0x14cf */ 0x0540, 0x0570, 0x0541, 0x0571, 0x0542, 0x0572, 0x0543, 0x0573, /* 0x14d0-0x14d7 */ 0x0544, 0x0574, 0x0545, 0x0575, 0x0546, 0x0576, 0x0547, 0x0577, /* 0x14d8-0x14df */ 0x0548, 0x0578, 0x0549, 0x0579, 0x054a, 0x057a, 0x054b, 0x057b, /* 0x14e0-0x14e7 */ 0x054c, 0x057c, 0x054d, 0x057d, 0x054e, 0x057e, 0x054f, 0x057f, /* 0x14e8-0x14ef */ 0x0550, 0x0580, 0x0551, 0x0581, 0x0552, 0x0582, 0x0553, 0x0583, /* 0x14f0-0x14f7 */ 0x0554, 0x0584, 0x0555, 0x0585, 0x0556, 0x0586, 0x2019, 0x0027, /* 0x14f8-0x14ff */ }; static unsigned short const keysym_to_unicode_15d0_15f6[] = { 0x10d0, 0x10d1, 0x10d2, 0x10d3, 0x10d4, 0x10d5, 0x10d6, 0x10d7, /* 0x15d0-0x15d7 */ 0x10d8, 0x10d9, 0x10da, 0x10db, 0x10dc, 0x10dd, 0x10de, 0x10df, /* 0x15d8-0x15df */ 0x10e0, 0x10e1, 0x10e2, 0x10e3, 0x10e4, 0x10e5, 0x10e6, 0x10e7, /* 0x15e0-0x15e7 */ 0x10e8, 0x10e9, 0x10ea, 0x10eb, 0x10ec, 0x10ed, 0x10ee, 0x10ef, /* 0x15e8-0x15ef */ 0x10f0, 0x10f1, 0x10f2, 0x10f3, 0x10f4, 0x10f5, 0x10f6 /* 0x15f0-0x15f7 */ }; static unsigned short const keysym_to_unicode_16a0_16f6[] = { 0x0000, 0x0000, 0xf0a2, 0x1e8a, 0x0000, 0xf0a5, 0x012c, 0xf0a7, /* 0x16a0-0x16a7 */ 0xf0a8, 0x01b5, 0x01e6, 0x0000, 0x0000, 0x0000, 0x0000, 0x019f, /* 0x16a8-0x16af */ 0x0000, 0x0000, 0xf0b2, 0x1e8b, 0x01d1, 0xf0b5, 0x012d, 0xf0b7, /* 0x16b0-0x16b7 */ 0xf0b8, 0x01b6, 0x01e7, 0x0000, 0x0000, 0x01d2, 0x0000, 0x0275, /* 0x16b8-0x16bf */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x018f, 0x0000, /* 0x16c0-0x16c7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x16c8-0x16cf */ 0x0000, 0x1e36, 0xf0d2, 0xf0d3, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x16d0-0x16d7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x16d8-0x16df */ 0x0000, 0x1e37, 0xf0e2, 0xf0e3, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x16e0-0x16e7 */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, /* 0x16e8-0x16ef */ 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0259 /* 0x16f0-0x16f6 */ }; static unsigned short const keysym_to_unicode_1e9f_1eff[] = { 0x0303, 0x1ea0, 0x1ea1, 0x1ea2, 0x1ea3, 0x1ea4, 0x1ea5, 0x1ea6, 0x1ea7, /* 0x1ea0-0x1ea7 */ 0x1ea8, 0x1ea9, 0x1eaa, 0x1eab, 0x1eac, 0x1ead, 0x1eae, 0x1eaf, /* 0x1ea8-0x1eaf */ 0x1eb0, 0x1eb1, 0x1eb2, 0x1eb3, 0x1eb4, 0x1eb5, 0x1eb6, 0x1eb7, /* 0x1eb0-0x1eb7 */ 0x1eb8, 0x1eb9, 0x1eba, 0x1ebb, 0x1ebc, 0x1ebd, 0x1ebe, 0x1ebf, /* 0x1eb8-0x1ebf */ 0x1ec0, 0x1ec1, 0x1ec2, 0x1ec3, 0x1ec4, 0x1ec5, 0x1ec6, 0x1ec7, /* 0x1ec0-0x1ec7 */ 0x1ec8, 0x1ec9, 0x1eca, 0x1ecb, 0x1ecc, 0x1ecd, 0x1ece, 0x1ecf, /* 0x1ec8-0x1ecf */ 0x1ed0, 0x1ed1, 0x1ed2, 0x1ed3, 0x1ed4, 0x1ed5, 0x1ed6, 0x1ed7, /* 0x1ed0-0x1ed7 */ 0x1ed8, 0x1ed9, 0x1eda, 0x1edb, 0x1edc, 0x1edd, 0x1ede, 0x1edf, /* 0x1ed8-0x1edf */ 0x1ee0, 0x1ee1, 0x1ee2, 0x1ee3, 0x1ee4, 0x1ee5, 0x1ee6, 0x1ee7, /* 0x1ee0-0x1ee7 */ 0x1ee8, 0x1ee9, 0x1eea, 0x1eeb, 0x1eec, 0x1eed, 0x1eee, 0x1eef, /* 0x1ee8-0x1eef */ 0x1ef0, 0x1ef1, 0x0300, 0x0301, 0x1ef4, 0x1ef5, 0x1ef6, 0x1ef7, /* 0x1ef0-0x1ef7 */ 0x1ef8, 0x1ef9, 0x01a0, 0x01a1, 0x01af, 0x01b0, 0x0309, 0x0323 /* 0x1ef8-0x1eff */ }; static unsigned short const keysym_to_unicode_20a0_20ac[] = { 0x20a0, 0x20a1, 0x20a2, 0x20a3, 0x20a4, 0x20a5, 0x20a6, 0x20a7, /* 0x20a0-0x20a7 */ 0x20a8, 0x20a9, 0x20aa, 0x20ab, 0x20ac /* 0x20a8-0x20af */ }; unsigned int X11_KeySymToUcs4(KeySym keysym) { /* 'Unicode keysym' */ if ((keysym & 0xff000000) == 0x01000000) return (keysym & 0x00ffffff); if (keysym > 0 && keysym < 0x100) return keysym; else if (keysym > 0x1a0 && keysym < 0x200) return keysym_to_unicode_1a1_1ff[keysym - 0x1a1]; else if (keysym > 0x2a0 && keysym < 0x2ff) return keysym_to_unicode_2a1_2fe[keysym - 0x2a1]; else if (keysym > 0x3a1 && keysym < 0x3ff) return keysym_to_unicode_3a2_3fe[keysym - 0x3a2]; else if (keysym > 0x4a0 && keysym < 0x4e0) return keysym_to_unicode_4a1_4df[keysym - 0x4a1]; else if (keysym > 0x589 && keysym < 0x5ff) return keysym_to_unicode_590_5fe[keysym - 0x590]; else if (keysym > 0x67f && keysym < 0x700) return keysym_to_unicode_680_6ff[keysym - 0x680]; else if (keysym > 0x7a0 && keysym < 0x7fa) return keysym_to_unicode_7a1_7f9[keysym - 0x7a1]; else if (keysym > 0x8a3 && keysym < 0x8ff) return keysym_to_unicode_8a4_8fe[keysym - 0x8a4]; else if (keysym > 0x9de && keysym < 0x9f9) return keysym_to_unicode_9df_9f8[keysym - 0x9df]; else if (keysym > 0xaa0 && keysym < 0xaff) return keysym_to_unicode_aa1_afe[keysym - 0xaa1]; else if (keysym > 0xcde && keysym < 0xcfb) return keysym_to_unicode_cdf_cfa[keysym - 0xcdf]; else if (keysym > 0xda0 && keysym < 0xdfa) return keysym_to_unicode_da1_df9[keysym - 0xda1]; else if (keysym > 0xe9f && keysym < 0xf00) return keysym_to_unicode_ea0_eff[keysym - 0xea0]; else if (keysym > 0x12a0 && keysym < 0x12ff) return keysym_to_unicode_12a1_12fe[keysym - 0x12a1]; else if (keysym > 0x13bb && keysym < 0x13bf) return keysym_to_unicode_13bc_13be[keysym - 0x13bc]; else if (keysym > 0x14a0 && keysym < 0x1500) return keysym_to_unicode_14a1_14ff[keysym - 0x14a1]; else if (keysym > 0x15cf && keysym < 0x15f7) return keysym_to_unicode_15d0_15f6[keysym - 0x15d0]; else if (keysym > 0x169f && keysym < 0x16f7) return keysym_to_unicode_16a0_16f6[keysym - 0x16a0]; else if (keysym > 0x1e9e && keysym < 0x1f00) return keysym_to_unicode_1e9f_1eff[keysym - 0x1e9f]; else if (keysym > 0x209f && keysym < 0x20ad) return keysym_to_unicode_20a0_20ac[keysym - 0x20a0]; else return 0; } doomsday-1.14.5/doomsday/libgui/src/glinfo.cpp0000664000175000017500000001305612350542240020552 0ustar jaakkojaakko/** @file glinfo.cpp OpenGL information. * * @authors Copyright (c) 2003-2013 Jaakko Keränen * @authors Copyright (c) 2007-2013 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLInfo" #include "de/gui/opengl.h" #include #include #include #include #include namespace de { static GLInfo info; DENG2_PIMPL_NOREF(GLInfo) { bool inited; Extensions ext; Limits lim; Instance() : inited(false) { zap(ext); zap(lim); } /** * This routine is based on the method used by David Blythe and Tom * McReynolds in the book "Advanced Graphics Programming Using OpenGL" * ISBN: 1-55860-659-9. */ bool checkExtensionString(char const *name, GLubyte const *extensions) { GLubyte const *start; GLubyte *c, *terminator; // Extension names should not have spaces. c = (GLubyte *) strchr(name, ' '); if(c || *name == '\0') return false; if(!extensions) return false; // It takes a bit of care to be fool-proof about parsing the // OpenGL extensions string. Don't be fooled by sub-strings, etc. start = extensions; for(;;) { c = (GLubyte*) strstr((char const *) start, name); if(!c) break; terminator = c + strlen(name); if(c == start || *(c - 1) == ' ') { if(*terminator == ' ' || *terminator == '\0') { return true; } } start = terminator; } return false; } bool query(char const *ext) { DENG2_ASSERT(ext); #ifdef WIN32 // Prefer the wgl-specific extensions. if(checkExtensionString(ext, (GLubyte const *) wglGetExtensionsStringARB(wglGetCurrentDC()))) return true; #endif #ifdef Q_WS_X11 // Check GLX specific extensions. if(checkExtensionString(ext, (GLubyte const *) getGLXExtensionsString())) return true; #endif return checkExtensionString(ext, glGetString(GL_EXTENSIONS)); } void init() { if(inited) return; // Extensions. ext.ARB_framebuffer_object = query("GL_ARB_framebuffer_object"); ext.ARB_texture_env_combine = query("GL_ARB_texture_env_combine") || query("GL_EXT_texture_env_combine"); ext.ARB_texture_non_power_of_two = query("GL_ARB_texture_non_power_of_two"); ext.EXT_blend_subtract = query("GL_EXT_blend_subtract"); ext.EXT_framebuffer_blit = query("GL_EXT_framebuffer_blit"); ext.EXT_framebuffer_multisample = query("GL_EXT_framebuffer_multisample"); ext.EXT_packed_depth_stencil = query("GL_EXT_packed_depth_stencil"); ext.EXT_texture_compression_s3tc = query("GL_EXT_texture_compression_s3tc"); ext.EXT_texture_filter_anisotropic = query("GL_EXT_texture_filter_anisotropic"); ext.ATI_texture_env_combine3 = query("GL_ATI_texture_env_combine3"); ext.NV_framebuffer_multisample_coverage = query("GL_NV_framebuffer_multisample_coverage"); ext.NV_texture_env_combine4 = query("GL_NV_texture_env_combine4"); ext.SGIS_generate_mipmap = query("GL_SGIS_generate_mipmap"); #ifdef WIN32 ext.Windows_ARB_multisample = query("WGL_ARB_multisample"); ext.Windows_EXT_swap_control = query("WGL_EXT_swap_control"); #endif #ifdef Q_WS_X11 ext.X11_EXT_swap_control = query("GLX_EXT_swap_control"); #endif // Limits. glGetIntegerv(GL_MAX_TEXTURE_SIZE, (GLint *) &lim.maxTexSize); glGetIntegerv(GL_MAX_TEXTURE_UNITS, (GLint *) &lim.maxTexUnits); if(ext.EXT_texture_filter_anisotropic) { glGetIntegerv(GL_MAX_TEXTURE_MAX_ANISOTROPY_EXT, (GLint *) &lim.maxTexFilterAniso); } // Set a custom maximum size? if(CommandLine_CheckWith("-maxtex", 1)) { lim.maxTexSize = min(ceilPow2(String(CommandLine_Next()).toInt()), lim.maxTexSize); LOG_GL_NOTE("Using requested maximum texture size of %i x %i") << lim.maxTexSize << lim.maxTexSize; } inited = true; } }; GLInfo::GLInfo() : d(new Instance) {} void GLInfo::glInit() { info.d->init(); } GLInfo::Extensions const &GLInfo::extensions() { DENG2_ASSERT(info.d->inited); return info.d->ext; } GLInfo::Limits const &GLInfo::limits() { DENG2_ASSERT(info.d->inited); return info.d->lim; } bool GLInfo::isFramebufferMultisamplingSupported() { return extensions().EXT_framebuffer_multisample && extensions().EXT_framebuffer_blit; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/guiapp.cpp0000664000175000017500000000633712350542240020565 0ustar jaakkojaakko/** @file guiapp.cpp Application with GUI support. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GuiApp" #include "de/gui/opengl.h" #include #ifdef DENG2_QT_5_0_OR_NEWER # include #else # include #endif namespace de { DENG2_PIMPL(GuiApp) { Loop loop; Instance(Public *i) : Base(i) { loop.audienceForIteration() += self; } DENG2_PIMPL_AUDIENCE(GLContextChange) }; DENG2_AUDIENCE_METHOD(GuiApp, GLContextChange) GuiApp::GuiApp(int &argc, char **argv) : QApplication(argc, argv), App(applicationFilePath(), arguments()), d(new Instance(this)) {} void GuiApp::setMetadata(String const &orgName, String const &orgDomain, String const &appName, String const &appVersion) { setName(appName); // Qt metadata. setOrganizationName (orgName); setOrganizationDomain(orgDomain); setApplicationName (appName); setApplicationVersion(appVersion); } bool GuiApp::notify(QObject *receiver, QEvent *event) { try { return QApplication::notify(receiver, event); } catch(std::exception const &error) { handleUncaughtException(error.what()); } catch(...) { handleUncaughtException("de::GuiApp caught exception of unknown type."); } return false; } void GuiApp::notifyDisplayModeChanged() { emit displayModeChanged(); } void GuiApp::notifyGLContextChanged() { qDebug() << "notifying GL context change" << audienceForGLContextChange().size(); DENG2_FOR_AUDIENCE2(GLContextChange, i) i->appGLContextChanged(); } int GuiApp::execLoop() { LOGDEV_NOTE("Starting GuiApp event loop..."); d->loop.start(); int code = QApplication::exec(); LOGDEV_NOTE("GuiApp event loop exited with code %i") << code; return code; } void GuiApp::stopLoop(int code) { LOGDEV_MSG("Stopping GuiApp event loop"); d->loop.stop(); return QApplication::exit(code); } Loop &GuiApp::loop() { return d->loop; } void GuiApp::loopIteration() { // Update the clock time. de::App listens to this clock and will inform // subsystems in the order they've been added. Clock::appClock().setTime(Time::currentHighPerformanceTime()); } NativePath GuiApp::appDataPath() const { #ifdef DENG2_QT_5_0_OR_NEWER return QStandardPaths::writableLocation(QStandardPaths::DataLocation); #else return QDesktopServices::storageLocation(QDesktopServices::DataLocation); #endif } } // namespace de doomsday-1.14.5/doomsday/libgui/src/gltarget_alternativebuffer.cpp0000664000175000017500000000502112350542240024666 0ustar jaakkojaakko/** @file gltarget_alternativebuffer.cpp Alternative buffer attachment for GLTarget. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLTarget" #include "de/GLTexture" namespace de { DENG2_PIMPL_NOREF(GLTarget::AlternativeBuffer) { GLTarget *target; GLTexture *texture; GLTarget::Flags attachment; GLTexture *original; Instance() : target(0) , texture(0) , attachment(GLTarget::NoAttachments) , original(0) {} }; GLTarget::AlternativeBuffer::AlternativeBuffer(GLTarget &target, GLTexture &texture, Flags const &attachment) : d(new Instance) { d->target = ⌖ d->texture = &texture; d->attachment = attachment; } GLTarget::AlternativeBuffer::~AlternativeBuffer() { deinit(); } bool GLTarget::AlternativeBuffer::init() { if(d->original) { // Already done. return false; } // Remember the original attachment. d->original = d->target->attachedTexture(d->attachment); DENG2_ASSERT(d->original != 0); // Resize the alternative buffer to match current target size. if(d->texture->size() != d->target->size()) { if(d->attachment == GLTarget::DepthStencil) { d->texture->setDepthStencilContent(d->target->size()); } else { DENG2_ASSERT(!"GLTarget::AlternativeBuffer does not support resizing specified attachment type"); } } d->target->replaceAttachment(d->attachment, *d->texture); return true; } bool GLTarget::AlternativeBuffer::deinit() { if(!d->original) return false; // Not inited. d->target->replaceAttachment(d->attachment, *d->original); return true; } GLTarget &GLTarget::AlternativeBuffer::target() const { return *d->target; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/atlas.cpp0000664000175000017500000002544112350542240020401 0ustar jaakkojaakko/** @file atlas.cpp Image-based atlas. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/Atlas" #include #include #include #include namespace de { DENG2_PIMPL(Atlas) { Flags flags; Size totalSize; int margin; int border; std::auto_ptr allocator; Image backing; bool needCommit; bool needFullCommit; bool mayDefrag; Rectanglei changedArea; // Minimum backing size is 1x1 pixels. Instance(Public *i, Flags const &flg, Size const &size) : Base(i) , flags(flg) , totalSize(size.max(Size(1, 1))) , margin(1) , border(0) , needCommit(false) , needFullCommit(true) , mayDefrag(false) { if(hasBacking()) { backing = QImage(QSize(totalSize.x, totalSize.y), QImage::Format_ARGB32); } } bool hasBacking() const { return flags.testFlag(BackingStore); } void markAsChanged(Rectanglei const &rect) { if(needCommit) { // Merge to earlier changes. changedArea |= rect; } else { needCommit = true; changedArea = rect; } } void markFullyChanged() { needCommit = true; needFullCommit = true; changedArea = backing.rect(); } bool mustCommitFull() const { /* * Simple heuristic: if more than 70% of the pixels are included in the * changed area, simply copy the whole thing rather than doing a large * extra copy. */ return (needFullCommit || changedPercentage() > .7f); } float changedPercentage() const { if(!needCommit || totalSize == Size(0, 0)) return 0.0f; duint totalPx = totalSize.x * totalSize.y; duint changedPx = changedArea.width() * changedArea.height(); return float(changedPx) / float(totalPx); } float usedPercentage() const { if(!allocator.get()) return 0; duint totalPx = totalSize.x * totalSize.y; duint usedPx = 0; foreach(Rectanglei const &alloc, allocator->allocs().values()) { usedPx += alloc.width() * alloc.height(); } return float(usedPx) / float(totalPx); } /** * Compose a new backing store with an optimal layout. */ void defragment() { DENG2_ASSERT(hasBacking()); IAllocator::Allocations const oldLayout = allocator->allocs(); if(!allocator->optimize()) { // Optimization did not work out. mayDefrag = false; return; } Image defragged(QImage(QSize(backing.size().x, backing.size().y), backing.qtFormat())); defragged.fill(Image::Color(0, 0, 0, 0)); // Copy all the images to their optimal places. IAllocator::Allocations optimal = allocator->allocs(); DENG2_FOR_EACH(IAllocator::Allocations, i, optimal) { defragged.draw(backing.subImage(oldLayout[i.key()]), i.value().topLeft); } // Defragmentation complete, use the revised backing store. backing = defragged; markFullyChanged(); mayDefrag = false; DENG2_FOR_PUBLIC_AUDIENCE2(Reposition, i) { i->atlasContentRepositioned(self); } } Image::Size sizeWithBorders(Image::Size const &size) { return size + Image::Size(2 * border, 2 * border); } Rectanglei rectWithoutBorder(Id const &id) const { Rectanglei rect; allocator->rect(id, rect); return rect.shrunk(border); } DENG2_PIMPL_AUDIENCE(Reposition) DENG2_PIMPL_AUDIENCE(OutOfSpace) }; DENG2_AUDIENCE_METHOD(Atlas, Reposition) DENG2_AUDIENCE_METHOD(Atlas, OutOfSpace) Atlas::Atlas(Flags const &flags, Size const &totalSize) : d(new Instance(this, flags, totalSize)) {} void Atlas::setAllocator(IAllocator *allocator) { DENG2_GUARD(this); clear(); d->allocator.reset(allocator); if(d->allocator.get()) { d->allocator->setMetrics(d->totalSize, d->margin); d->allocator->clear(); // using new metrics } d->markFullyChanged(); } void Atlas::setMarginSize(dint marginPixels) { d->margin = marginPixels; if(d->allocator.get()) { d->allocator->setMetrics(d->totalSize, d->margin); } } void Atlas::setBorderSize(dint borderPixels) { d->border = borderPixels; } void Atlas::clear() { DENG2_GUARD(this); if(d->allocator.get()) { d->allocator->clear(); } if(d->hasBacking()) { d->backing.fill(Image::Color(0, 0, 0, 0)); d->markFullyChanged(); } d->mayDefrag = false; } void Atlas::setTotalSize(Size const &totalSize) { DENG2_GUARD(this); d->totalSize = totalSize; if(d->allocator.get()) { d->allocator->setMetrics(totalSize, d->margin); } if(d->hasBacking()) { d->backing.resize(totalSize); d->markFullyChanged(); d->defragment(); } } Atlas::Size Atlas::totalSize() const { DENG2_GUARD(this); return d->totalSize; } Id Atlas::alloc(Image const &image) { if(image.isNull()) { return Id::None; } DENG2_GUARD(this); DENG2_ASSERT(d->allocator.get()); Rectanglei rect; Id id = d->allocator->allocate(d->sizeWithBorders(image.size()), rect); if(id.isNone() && d->flags.testFlag(AllowDefragment) && d->mayDefrag) { // Allocation failed. Maybe we can defragment to get more space? d->defragment(); // Try again... id = d->allocator->allocate(d->sizeWithBorders(image.size()), rect); } if(!id.isNone()) { Rectanglei const noBorders = rect.shrunk(d->border); Rectanglei const withMargin = rect.expanded(d->margin); if(d->hasBacking()) { // The margin is cleared to transparent black. d->backing.fill(withMargin, Image::Color(0, 0, 0, 0)); if(d->border > 0) { if(d->flags.testFlag(WrapBordersInBackingStore)) { // Wrap using the source image (left, right, top, bottom edges). d->backing.drawPartial(image, Rectanglei(0, 0, d->border, image.height()), rect.topRight() + Vector2i(-d->border, d->border)); d->backing.drawPartial(image, Rectanglei(image.width() - d->border, 0, d->border, image.height()), rect.topLeft + Vector2i(0, d->border)); d->backing.drawPartial(image, Rectanglei(0, 0, image.width(), d->border), rect.bottomLeft() + Vector2i(d->border, -d->border)); d->backing.drawPartial(image, Rectanglei(0, image.height() - d->border, image.width(), d->border), rect.topLeft + Vector2i(d->border, 0)); } } d->backing.draw(image, noBorders.topLeft); //d->backing.toQImage().save(QString("backing-%1.png").arg(uint64_t(this))); d->markAsChanged(rect); } else { // No backing, must commit immediately. /// @todo Apply borders here, too. -jk commit(image, noBorders.topLeft); } // After a successful alloc we can attempt to defragment // later. d->mayDefrag = true; } else { LOG_GL_XVERBOSE("Atlas is full with %.1f%% usage") << d->usedPercentage()*100; DENG2_FOR_AUDIENCE2(OutOfSpace, i) { i->atlasOutOfSpace(*this); } } return id; } void Atlas::release(Id const &id) { if(id.isNone()) return; DENG2_GUARD(this); DENG2_ASSERT(d->allocator.get()); d->allocator->release(id); d->mayDefrag = true; } bool Atlas::contains(Id const &id) const { DENG2_GUARD(this); if(d->allocator.get()) { return d->allocator->ids().contains(id); } return false; } int Atlas::imageCount() const { DENG2_GUARD(this); DENG2_ASSERT(d->allocator.get()); return d->allocator->count(); } Atlas::Ids Atlas::allImages() const { DENG2_GUARD(this); DENG2_ASSERT(d->allocator.get()); return d->allocator->ids(); } Rectanglei Atlas::imageRect(Id const &id) const { DENG2_GUARD(this); DENG2_ASSERT(d->allocator.get()); return d->rectWithoutBorder(id); } Rectanglef Atlas::imageRectf(Id const &id) const { DENG2_GUARD(this); DENG2_ASSERT(d->allocator.get()); Rectanglei const rect = d->rectWithoutBorder(id); // Normalize within the atlas area. return Rectanglef(float(rect.topLeft.x) / float(d->totalSize.x), float(rect.topLeft.y) / float(d->totalSize.y), float(rect.width() ) / float(d->totalSize.x), float(rect.height() ) / float(d->totalSize.y)); } Image Atlas::image(Id const &id) const { DENG2_GUARD(this); if(d->hasBacking() && d->allocator.get() && contains(id)) { return d->backing.subImage(imageRect(id)); } return Image(); } void Atlas::commit() const { DENG2_GUARD(this); if(!d->needCommit || !d->hasBacking()) return; LOG_AS("Atlas"); if(d->mustCommitFull()) { DENG2_ASSERT(d->backing.size() == d->totalSize); if(d->flags.testFlag(LogCommitsAsXVerbose)) { LOGDEV_GL_XVERBOSE("Full commit ") << d->backing.size().asText(); } commitFull(d->backing); } else { if(d->flags.testFlag(LogCommitsAsXVerbose)) { LOGDEV_GL_XVERBOSE("Partial commit ") << d->changedArea.asText(); } // An extra copy is done to crop to the changed area. commit(d->backing.subImage(d->changedArea), d->changedArea.topLeft); } d->needCommit = false; d->needFullCommit = false; } } // namespace de doomsday-1.14.5/doomsday/libgui/src/gltarget.cpp0000664000175000017500000004673712350542240021121 0ustar jaakkojaakko/** @file gltarget.cpp GL render target. * * Implementation does not use QGLFrameBufferObject because it does not allow * attaching manually created textures. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLTarget" #include "de/GLTexture" #include "de/GLState" #include "de/GLInfo" #include "de/CanvasWindow" #include namespace de { static Vector2ui const nullSize; DENG2_PIMPL(GLTarget), DENG2_OBSERVES(Asset, Deletion) { enum AttachmentId { ColorBuffer, DepthBuffer, StencilBuffer, MAX_ATTACHMENTS }; static AttachmentId attachmentToId(GLenum atc) { switch(atc) { case GL_COLOR_ATTACHMENT0: return ColorBuffer; case GL_DEPTH_ATTACHMENT: return DepthBuffer; case GL_STENCIL_ATTACHMENT: return StencilBuffer; case GL_DEPTH_STENCIL_ATTACHMENT: return DepthBuffer; default: DENG2_ASSERT(false); break; } return ColorBuffer; // should not be reached } static GLenum flagsToGLAttachment(Flags const &flags) { DENG2_ASSERT(!flags.testFlag(ColorDepth)); DENG2_ASSERT(!flags.testFlag(ColorDepthStencil)); return flags == Color? GL_COLOR_ATTACHMENT0 : flags == Depth? GL_DEPTH_ATTACHMENT : flags == Stencil? GL_STENCIL_ATTACHMENT : GL_DEPTH_STENCIL_ATTACHMENT; } GLuint fbo; GLuint renderBufs[MAX_ATTACHMENTS]; GLTexture *bufTextures[MAX_ATTACHMENTS]; Flags flags; Flags textureAttachment; ///< Where to attach @a texture. GLTexture *texture; Vector2ui size; Vector4f clearColor; Rectangleui activeRect; ///< Initially null. int sampleCount; GLTarget const *proxy; Instance(Public *i) : Base(i) , fbo(0) , flags(DefaultFlags) , textureAttachment(NoAttachments) , texture(0) , sampleCount(0) , proxy(0) { zap(renderBufs); zap(bufTextures); } Instance(Public *i, Flags const &texAttachment, GLTexture &colorTexture, Flags const &otherAtm) : Base(i) , fbo(0) , flags(texAttachment | otherAtm) , textureAttachment(texAttachment) , texture(&colorTexture) , size(colorTexture.size()) , sampleCount(0) , proxy(0) { zap(renderBufs); zap(bufTextures); } Instance(Public *i, Vector2ui const &targetSize, Flags const &fboFlags) : Base(i) , fbo(0) , flags(fboFlags) , textureAttachment(NoAttachments) , texture(0) , size(targetSize) , sampleCount(0) , proxy(0) { zap(renderBufs); zap(bufTextures); } ~Instance() { release(); } bool isDefault() const { return !texture && size == nullSize; } GLTexture *bufferTexture(Flags const &flags) const { if(flags == Color) { return bufTextures[ColorBuffer]; } if(flags == DepthStencil || flags == Depth) { return bufTextures[DepthBuffer]; } if(flags == Stencil) { return bufTextures[StencilBuffer]; } return 0; } void allocFBO() { if(isDefault() || fbo) return; glGenFramebuffers(1, &fbo); glBindFramebuffer(GL_FRAMEBUFFER, fbo); LOG_GL_XVERBOSE("Creating FBO %i") << fbo; } void attachTexture(GLTexture &tex, GLenum attachment, int level = 0) { DENG2_ASSERT(tex.isReady()); LOG_GL_XVERBOSE("FBO %i: glTex %i (level %i) => attachment %i") << fbo << tex.glName() << level << attachmentToId(attachment); glFramebufferTexture2D(GL_FRAMEBUFFER, attachment, GL_TEXTURE_2D, tex.glName(), level); LIBGUI_ASSERT_GL_OK(); bufTextures[attachmentToId(attachment)] = &tex; } void attachRenderbuffer(AttachmentId id, GLenum type, GLenum attachment) { DENG2_ASSERT(size != Vector2ui(0, 0)); glGenRenderbuffers(1, &renderBufs[id]); glBindRenderbuffer(GL_RENDERBUFFER, renderBufs[id]); if(sampleCount > 1) { #ifdef GL_NV_framebuffer_multisample_coverage if(GLInfo::extensions().NV_framebuffer_multisample_coverage) { LOG_GL_VERBOSE("FBO %i: renderbuffer %ix%i is multisampled with %i CSAA samples => attachment %i") << fbo << size.x << size.y << sampleCount << attachmentToId(attachment); glRenderbufferStorageMultisampleCoverageNV(GL_RENDERBUFFER, 8, sampleCount, type, size.x, size.y); } else #endif { LOG_GL_VERBOSE("FBO %i: renderbuffer %ix%i is multisampled with %i samples => attachment %i") << fbo << size.x << size.y << sampleCount << attachmentToId(attachment); DENG2_ASSERT(GLInfo::extensions().EXT_framebuffer_multisample); glRenderbufferStorageMultisampleEXT(GL_RENDERBUFFER, sampleCount, type, size.x, size.y); } } else { glRenderbufferStorage(GL_RENDERBUFFER, type, size.x, size.y); } glFramebufferRenderbuffer(GL_FRAMEBUFFER, attachment, GL_RENDERBUFFER, renderBufs[id]); LIBGUI_ASSERT_GL_OK(); } void alloc() { allocFBO(); if(texture) { // The texture's attachment point must be unambiguously defined. DENG2_ASSERT(textureAttachment == Color || textureAttachment == Depth || textureAttachment == Stencil || textureAttachment == DepthStencil); attachTexture(*texture, textureAttachment == Color? GL_COLOR_ATTACHMENT0 : textureAttachment == Depth? GL_DEPTH_ATTACHMENT : textureAttachment == Stencil? GL_STENCIL_ATTACHMENT : GL_DEPTH_STENCIL_ATTACHMENT); } if(size != nullSize) // A non-default target: size must be specified. { allocRenderBuffers(); } validate(); } void allocRenderBuffers() { DENG2_ASSERT(size != nullSize); // Fill in all the other requested attachments. if(flags.testFlag(Color) && !textureAttachment.testFlag(Color)) { /// @todo Note that for GLES, GL_RGBA8 is not supported (without an extension). LOG_GL_VERBOSE("FBO %i: color renderbuffer %s") << fbo << size.asText(); attachRenderbuffer(ColorBuffer, GL_RGBA8, GL_COLOR_ATTACHMENT0); } if(flags.testFlag(DepthStencil) && (!texture || textureAttachment == Color)) { // We can use a combined depth/stencil buffer. LOG_GL_VERBOSE("FBO %i: depth+stencil renderbuffer %s") << fbo << size.asText(); attachRenderbuffer(DepthBuffer, GL_DEPTH24_STENCIL8, GL_DEPTH_STENCIL_ATTACHMENT); } else { // Separate depth and stencil, then. if(flags.testFlag(Depth) && !textureAttachment.testFlag(Depth)) { LOG_GL_VERBOSE("FBO %i: depth renderbuffer %s") << fbo << size.asText(); attachRenderbuffer(DepthBuffer, GL_DEPTH_COMPONENT16, GL_DEPTH_ATTACHMENT); } if(flags.testFlag(Stencil) && !textureAttachment.testFlag(Stencil)) { LOG_GL_VERBOSE("FBO %i: stencil renderbuffer %s") << fbo << size.asText(); attachRenderbuffer(StencilBuffer, GL_STENCIL_INDEX8, GL_STENCIL_ATTACHMENT); } } glBindRenderbuffer(GL_RENDERBUFFER, 0); } void releaseRenderBuffers() { glDeleteRenderbuffers(MAX_ATTACHMENTS, renderBufs); zap(renderBufs); zap(bufTextures); } void release() { self.setState(NotReady); if(fbo) { releaseRenderBuffers(); glDeleteFramebuffers(1, &fbo); fbo = 0; } zap(bufTextures); texture = 0; size = nullSize; } void releaseAndReset() { release(); textureAttachment = NoAttachments; flags = NoAttachments; sampleCount = 0; proxy = 0; } void resizeRenderBuffers(Size const &newSize) { size = newSize; releaseRenderBuffers(); allocRenderBuffers(); } void replace(GLenum attachment, GLTexture &newTexture) { DENG2_ASSERT(self.isReady()); // must already be inited DENG2_ASSERT(bufTextures[attachmentToId(attachment)] != 0); // must have an attachment already glBindFramebuffer(GL_FRAMEBUFFER, fbo); attachTexture(newTexture, attachment); // Restore previous target. GLState::current().target().glBind(); } void validate() { if(isDefault()) { self.setState(Ready); return; } DENG2_ASSERT(fbo != 0); glBindFramebuffer(GL_FRAMEBUFFER, fbo); GLenum status = glCheckFramebufferStatus(GL_FRAMEBUFFER); glBindFramebuffer(GL_FRAMEBUFFER, 0); GLState::considerNativeStateUndefined(); // state was manually changed if(status != GL_FRAMEBUFFER_COMPLETE) { releaseAndReset(); throw ConfigError("GLTarget::validate", status == GL_FRAMEBUFFER_INCOMPLETE_ATTACHMENT? "Incomplete attachments" : status == GL_FRAMEBUFFER_INCOMPLETE_DIMENSIONS? "Mismatch with dimensions" : status == GL_FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT? "No images attached" : "Unsupported"); } self.setState(Ready); } void assetDeleted(Asset &asset) { if(texture == &asset) { release(); } } void updateFromProxy() { if(!proxy) return; /// @todo Ensure this only occurs iff the target contents have changed. -jk #ifdef _DEBUG if(!flags.testFlag(Changed)) { //qDebug() << "GLTarget: " << fbo << "being updated from proxy without Changed flag (!)"; } #endif //if(flags.testFlag(Changed)) { proxy->blit(self, ColorDepth); flags &= ~Changed; } } }; GLTarget::GLTarget() : d(new Instance(this)) { setState(Ready); } GLTarget::GLTarget(GLTexture &colorTarget, Flags const &otherAttachments) : d(new Instance(this, Color, colorTarget, otherAttachments)) { LOG_AS("GLTarget"); d->alloc(); } GLTarget::GLTarget(Flags const &attachment, GLTexture &texture, Flags const &otherAttachments) : d(new Instance(this, attachment, texture, otherAttachments)) { LOG_AS("GLTarget"); d->alloc(); } GLTarget::GLTarget(Vector2ui const &size, Flags const &flags) : d(new Instance(this, size, flags)) { LOG_AS("GLTarget"); d->alloc(); } GLTarget::Flags GLTarget::flags() const { return d->flags; } void GLTarget::markAsChanged() { d->flags |= Changed; } void GLTarget::configure() { LOG_AS("GLTarget"); d->releaseAndReset(); setState(Ready); } void GLTarget::configure(Vector2ui const &size, Flags const &flags, int sampleCount) { LOG_AS("GLTarget"); d->releaseAndReset(); d->flags = flags; d->size = size; d->sampleCount = (sampleCount > 1? sampleCount : 0); d->allocFBO(); d->allocRenderBuffers(); d->validate(); } void GLTarget::configure(GLTexture *colorTex, GLTexture *depthStencilTex) { DENG2_ASSERT(colorTex || depthStencilTex); LOG_AS("GLTarget"); d->releaseAndReset(); d->flags = ColorDepthStencil; d->size = (colorTex? colorTex->size() : depthStencilTex->size()); d->allocFBO(); // The color attachment. if(colorTex) { DENG2_ASSERT(colorTex->isReady()); DENG2_ASSERT(d->size == colorTex->size()); d->attachTexture(*colorTex, GL_COLOR_ATTACHMENT0); } else { d->attachRenderbuffer(Instance::ColorBuffer, GL_RGBA8, GL_COLOR_ATTACHMENT0); } // The depth attachment. if(depthStencilTex) { DENG2_ASSERT(depthStencilTex->isReady()); DENG2_ASSERT(d->size == depthStencilTex->size()); d->attachTexture(*depthStencilTex, GL_DEPTH_STENCIL_ATTACHMENT); } else { d->attachRenderbuffer(Instance::DepthBuffer, GL_DEPTH24_STENCIL8, GL_DEPTH_STENCIL_ATTACHMENT); } d->validate(); } void GLTarget::configure(Flags const &attachment, GLTexture &texture, Flags const &otherAttachments) { LOG_AS("GLTarget"); d->releaseAndReset(); // Set new configuration. d->texture = &texture; d->textureAttachment = attachment; d->flags = attachment | otherAttachments; d->size = texture.size(); d->alloc(); } void GLTarget::glBind() const { LIBGUI_ASSERT_GL_OK(); DENG2_ASSERT(isReady()); if(!isReady()) return; if(d->proxy) { //qDebug() << "GLTarget: binding proxy of" << d->fbo << "=>"; d->proxy->glBind(); } else { DENG2_ASSERT(!d->fbo || glIsFramebuffer(d->fbo)); //qDebug() << "GLTarget: binding FBO" << d->fbo; glBindFramebuffer(GLInfo::extensions().EXT_framebuffer_blit? GL_DRAW_FRAMEBUFFER_EXT : GL_FRAMEBUFFER, d->fbo); LIBGUI_ASSERT_GL_OK(); } } void GLTarget::glRelease() const { glBindFramebuffer(GL_FRAMEBUFFER, 0); // both read and write FBOs d->updateFromProxy(); } QImage GLTarget::toImage() const { if(!d->fbo) { return CanvasWindow::main().canvas().grabImage(); } else if(d->flags & Color) { // Read the contents of the color attachment. Size imgSize = size(); QImage img(QSize(imgSize.x, imgSize.y), QImage::Format_ARGB32); glBindFramebuffer(GL_FRAMEBUFFER, d->fbo); glPixelStorei(GL_PACK_ALIGNMENT, 4); glReadPixels(0, 0, imgSize.x, imgSize.y, GL_BGRA, GL_UNSIGNED_BYTE, (GLvoid *) img.constBits()); // Restore the stack's target. GLState::current().target().glBind(); return img; } return QImage(); } void GLTarget::setClearColor(Vector4f const &color) { d->clearColor = color; } void GLTarget::clear(Flags const &attachments) { DENG2_ASSERT(isReady()); markAsChanged(); GLState::current().apply(); glBind(); // Only clear what we have. Flags which = attachments & d->flags; glClearColor(d->clearColor.x, d->clearColor.y, d->clearColor.z, d->clearColor.w); glClear((which & Color? GL_COLOR_BUFFER_BIT : 0) | (which & Depth? GL_DEPTH_BUFFER_BIT : 0) | (which & Stencil? GL_STENCIL_BUFFER_BIT : 0)); GLState::current().target().glBind(); } void GLTarget::resize(Size const &size) { // The default target resizes itself automatically with the canvas. if(d->size == size || d->isDefault()) return; glBindFramebuffer(GL_FRAMEBUFFER, d->fbo); if(d->texture) { d->texture->setUndefinedImage(size, d->texture->imageFormat()); } d->resizeRenderBuffers(size); GLState::current().target().glBind(); } GLTexture *GLTarget::attachedTexture(Flags const &attachment) const { return d->bufferTexture(attachment); } void GLTarget::replaceAttachment(Flags const &attachment, GLTexture &texture) { DENG2_ASSERT(!d->isDefault()); d->replace(d->flagsToGLAttachment(attachment), texture); } void GLTarget::setProxy(GLTarget const *proxy) { d->proxy = proxy; } void GLTarget::updateFromProxy() { d->updateFromProxy(); } void GLTarget::blit(GLTarget &dest, Flags const &attachments, gl::Filter filtering) const { //qDebug() << "GLTarget: blit from" << d->fbo << "to" << dest.glName(); DENG2_ASSERT(GLInfo::extensions().EXT_framebuffer_blit); if(!GLInfo::extensions().EXT_framebuffer_blit) return; glBindFramebuffer(GL_FRAMEBUFFER, 0); glBindFramebuffer(GL_READ_FRAMEBUFFER_EXT, d->fbo); LIBGUI_ASSERT_GL_OK(); glBindFramebuffer(GL_DRAW_FRAMEBUFFER_EXT, dest.glName()); LIBGUI_ASSERT_GL_OK(); Flags common = d->flags & dest.flags() & attachments; glBlitFramebufferEXT(0, 0, size().x, size().y, 0, 0, dest.size().x, dest.size().y, (common.testFlag(Color)? GL_COLOR_BUFFER_BIT : 0) | (common.testFlag(Depth)? GL_DEPTH_BUFFER_BIT : 0) | (common.testFlag(Stencil)? GL_STENCIL_BUFFER_BIT : 0), filtering == gl::Nearest? GL_NEAREST : GL_LINEAR); LIBGUI_ASSERT_GL_OK(); glBindFramebuffer(GL_DRAW_FRAMEBUFFER_EXT, 0); glBindFramebuffer(GL_READ_FRAMEBUFFER_EXT, 0); dest.markAsChanged(); GLState::current().target().glBind(); } GLuint GLTarget::glName() const { return d->fbo; } GLTarget::Size GLTarget::size() const { if(d->texture) { return d->texture->size(); } else if(d->size != nullSize) { return d->size; } return CanvasWindow::main().canvas().size(); } void GLTarget::setActiveRect(Rectangleui const &rect, bool applyGLState) { d->activeRect = rect; if(applyGLState) { // Forcibly update viewport and scissor (and other GL state). GLState::considerNativeStateUndefined(); GLState::current().apply(); } } void GLTarget::unsetActiveRect(bool applyGLState) { setActiveRect(Rectangleui(), applyGLState); } Vector2f GLTarget::activeRectScale() const { if(!hasActiveRect()) { return Vector2f(1, 1); } return Vector2f(d->activeRect.size()) / size(); } Vector2f GLTarget::activeRectNormalizedOffset() const { if(!hasActiveRect()) { return Vector2f(0, 0); } return Vector2f(d->activeRect.topLeft) / size(); } Rectangleui GLTarget::scaleToActiveRect(Rectangleui const &rectInTarget) const { // If no sub rectangle is defined, do nothing. if(!hasActiveRect()) { return rectInTarget; } Vector2f const scaling = activeRectScale(); return Rectangleui(d->activeRect.left() + scaling.x * rectInTarget.left(), d->activeRect.top() + scaling.y * rectInTarget.top(), rectInTarget.width() * scaling.x, rectInTarget.height() * scaling.y); } Rectangleui const &GLTarget::activeRect() const { return d->activeRect; } bool GLTarget::hasActiveRect() const { return !d->activeRect.isNull(); } Rectangleui GLTarget::rectInUse() const { if(hasActiveRect()) { return activeRect(); } return Rectangleui::fromSize(size()); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/texturebank.cpp0000664000175000017500000000377512350542240021637 0ustar jaakkojaakko/** @file texturebank.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/TextureBank" namespace de { DENG2_PIMPL_NOREF(TextureBank::ImageSource) { DotPath id; }; TextureBank::ImageSource::ImageSource(DotPath const &id) : d(new Instance) { d->id = id; } DotPath const &TextureBank::ImageSource::id() const { return d->id; } DENG2_PIMPL_NOREF(TextureBank) { struct TextureData : public IData { AtlasTexture *atlas; Id id; TextureData(Image const &image, AtlasTexture *atlasTex) : atlas(atlasTex) { id = atlas->alloc(image); /// @todo Reduce size if doesn't fit? Can be expanded when requested for use. } ~TextureData() { atlas->release(id); } }; AtlasTexture *atlas; Instance() : atlas(0) {} }; TextureBank::TextureBank() : d(new Instance) {} void TextureBank::setAtlas(AtlasTexture &atlas) { d->atlas = &atlas; } Id const &TextureBank::texture(DotPath const &id) { return data(id).as().id; } Bank::IData *TextureBank::loadFromSource(ISource &source) { DENG2_ASSERT(d->atlas != 0); return new Instance::TextureData(source.as().load(), d->atlas); } } // namespace de doomsday-1.14.5/doomsday/libgui/src/qtnativefont.cpp0000664000175000017500000000743512350542240022022 0ustar jaakkojaakko/** @file qtnativefont.cpp Qt-based native font. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "qtnativefont.h" #include #include #include namespace de { DENG2_PIMPL_NOREF(QtNativeFont) { QFont font; QScopedPointer metrics; }; } namespace de { QtNativeFont::QtNativeFont(String const &family) : NativeFont(family), d(new Instance) {} QtNativeFont::QtNativeFont(QFont const &font) : NativeFont(font.family()), d(new Instance) { d->font = font; setSize(font.pointSizeF()); setWeight(font.weight()); setStyle(font.italic()? Italic : Regular); } QtNativeFont::QtNativeFont(QtNativeFont const &other) : NativeFont(other), d(new Instance) { d->font = other.d->font; } QtNativeFont &QtNativeFont::operator = (QtNativeFont const &other) { NativeFont::operator = (other); d->font = other.d->font; return *this; } void QtNativeFont::commit() const { d->font.setFamily(family()); d->font.setPointSizeF(size()); d->font.setStyle(style() == Italic? QFont::StyleItalic : QFont::StyleNormal); d->font.setWeight(weight()); d->metrics.reset(new QFontMetrics(d->font)); } int QtNativeFont::nativeFontAscent() const { return d->metrics->ascent(); } int QtNativeFont::nativeFontDescent() const { return d->metrics->descent(); } int QtNativeFont::nativeFontHeight() const { return d->metrics->height(); } int QtNativeFont::nativeFontLineSpacing() const { return d->metrics->lineSpacing(); } Rectanglei QtNativeFont::nativeFontMeasure(String const &text) const { Rectanglei rect = Rectanglei::fromQRect(d->metrics->boundingRect(text)); if(rect.height() == 0) { // It seems measuring the bounds of a Tab character produces // strange results (position 100000?). rect = Rectanglei(0, 0, rect.width(), 0); } return rect; } int QtNativeFont::nativeFontWidth(String const &text) const { return d->metrics->width(text); } QImage QtNativeFont::nativeFontRasterize(String const &text, Vector4ub const &foreground, Vector4ub const &background) const { #ifdef LIBGUI_ACCURATE_TEXT_BOUNDS Rectanglei const bounds = measure(text); #else Rectanglei const bounds(Vector2i(0, -d->metrics->ascent()), Vector2i(d->metrics->width(text), d->metrics->descent())); #endif QColor const fgColor(foreground.x, foreground.y, foreground.z, foreground.w); QColor const bgColor(background.x, background.y, background.z, background.w); QImage img(QSize(bounds.width() + 1, bounds.height() + 1), QImage::Format_ARGB32); img.fill(bgColor.rgba()); QPainter painter(&img); painter.setCompositionMode(QPainter::CompositionMode_Source); painter.setFont(d->font); painter.setPen(fgColor); painter.setBrush(bgColor); painter.drawText(-bounds.left(), -bounds.top(), text); return img; } } // namespace de doomsday-1.14.5/doomsday/libgui/include/0000775000175000017500000000000012350542240017417 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libgui/include/de/0000775000175000017500000000000012350542240020007 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libgui/include/de/Font0000664000175000017500000000002612350542240020636 0ustar jaakkojaakko#include "gui/font.h" doomsday-1.14.5/doomsday/libgui/include/de/CanvasWindow0000664000175000017500000000003612350542240022334 0ustar jaakkojaakko#include "gui/canvaswindow.h" doomsday-1.14.5/doomsday/libgui/include/de/GLTarget0000664000175000017500000000003212350542240021376 0ustar jaakkojaakko#include "gui/gltarget.h" doomsday-1.14.5/doomsday/libgui/include/de/GLProgram0000664000175000017500000000003312350542240021560 0ustar jaakkojaakko#include "gui/glprogram.h" doomsday-1.14.5/doomsday/libgui/include/de/RowAtlasAllocator0000664000175000017500000000004312350542240023324 0ustar jaakkojaakko#include "gui/rowatlasallocator.h" doomsday-1.14.5/doomsday/libgui/include/de/MouseEventSource0000664000175000017500000000004212350542240023201 0ustar jaakkojaakko#include "gui/mouseeventsource.h" doomsday-1.14.5/doomsday/libgui/include/de/ColorBank0000664000175000017500000000003312350542240021600 0ustar jaakkojaakko#include "gui/colorbank.h" doomsday-1.14.5/doomsday/libgui/include/de/KeyEvent0000664000175000017500000000003212350542240021457 0ustar jaakkojaakko#include "gui/keyevent.h" doomsday-1.14.5/doomsday/libgui/include/de/GuiApp0000664000175000017500000000003012350542240021110 0ustar jaakkojaakko#include "gui/guiapp.h" doomsday-1.14.5/doomsday/libgui/include/de/Image0000664000175000017500000000002712350542240020753 0ustar jaakkojaakko#include "gui/image.h" doomsday-1.14.5/doomsday/libgui/include/de/ImageBank0000664000175000017500000000003312350542240021544 0ustar jaakkojaakko#include "gui/imagebank.h" doomsday-1.14.5/doomsday/libgui/include/de/GLFramebuffer0000664000175000017500000000003712350542240022401 0ustar jaakkojaakko#include "gui/glframebuffer.h" doomsday-1.14.5/doomsday/libgui/include/de/NativeFont0000664000175000017500000000003512350542240022005 0ustar jaakkojaakko#include "gui/nativefont.h" doomsday-1.14.5/doomsday/libgui/include/de/VertexBuilder0000664000175000017500000000003712350542240022516 0ustar jaakkojaakko#include "gui/vertexbuilder.h" doomsday-1.14.5/doomsday/libgui/include/de/FontBank0000664000175000017500000000003212350542240021427 0ustar jaakkojaakko#include "gui/fontbank.h" doomsday-1.14.5/doomsday/libgui/include/de/AtlasTexture0000664000175000017500000000003612350542240022356 0ustar jaakkojaakko#include "gui/atlastexture.h" doomsday-1.14.5/doomsday/libgui/include/de/gui/0000775000175000017500000000000012350542240020573 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libgui/include/de/gui/guiapp.h0000664000175000017500000000477412350542240022245 0ustar jaakkojaakko/** @file guiapp.h Application with GUI support. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GUIAPP_H #define LIBGUI_GUIAPP_H #include "libgui.h" #include #include #include /** * Macro for conveniently accessing the de::GuiApp singleton instance. */ #define DENG2_GUI_APP (static_cast(qApp)) namespace de { /** * Application with GUI support. * * The event loop is protected against uncaught exceptions. Catches the * exception and shuts down the app cleanly. * * @ingroup core */ class LIBGUI_PUBLIC GuiApp : public QApplication, public App, DENG2_OBSERVES(Loop, Iteration) { Q_OBJECT public: /** * Notified when a Canvas is recreated. */ DENG2_DEFINE_AUDIENCE2(GLContextChange, void appGLContextChanged()) public: GuiApp(int &argc, char **argv); void setMetadata(String const &orgName, String const &orgDomain, String const &appName, String const &appVersion); bool notify(QObject *receiver, QEvent *event); /** * Emits the displayModeChanged() signal. * * @todo In the future when de::GuiApp (or a sub-object owned by it) is * responsible for display modes, this should be handled internally and * not via this public interface where anybody can call it. */ void notifyDisplayModeChanged(); void notifyGLContextChanged(); int execLoop(); void stopLoop(int code); Loop &loop(); protected: NativePath appDataPath() const; // Observes Loop iteration. void loopIteration(); signals: /// Emitted when the display mode has changed. void displayModeChanged(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GUIAPP_H doomsday-1.14.5/doomsday/libgui/include/de/gui/keyeventsource.h0000664000175000017500000000253612350542240024025 0ustar jaakkojaakko/** @file keyeventsource.h Object that produces keyboard input events. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_KEYEVENTSOURCE_H #define LIBGUI_KEYEVENTSOURCE_H #include "libgui.h" #include "keyevent.h" #include #include namespace de { /** * Object that produces keyboard events. */ class LIBGUI_PUBLIC KeyEventSource { public: DENG2_DEFINE_AUDIENCE2(KeyEvent, void keyEvent(KeyEvent const &)) public: KeyEventSource(); virtual ~KeyEventSource() {} private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_KEYEVENTSOURCE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glstate.h0000664000175000017500000001472512350542240022420 0ustar jaakkojaakko/** @file glstate.h GL state. * * GL state management is abstracted inside this class to retain plausible * independence from OpenGL as the underlying rendering API. Also, Direct3D * uses object-based state management. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLSTATE_H #define LIBGUI_GLSTATE_H #include #include #include #include "libgui.h" namespace de { class GLTarget; namespace gl { enum ColorMaskFlag { WriteNone = 0, WriteRed = 0x1, WriteGreen = 0x2, WriteBlue = 0x4, WriteAlpha = 0x8, WriteAll = WriteRed | WriteGreen | WriteBlue | WriteAlpha }; Q_DECLARE_FLAGS(ColorMask, ColorMaskFlag) Q_DECLARE_OPERATORS_FOR_FLAGS(ColorMask) enum Comparison { Never, Always, Equal, NotEqual, Less, Greater, LessOrEqual, GreaterOrEqual }; enum Blend { Zero, One, SrcColor, OneMinusSrcColor, SrcAlpha, OneMinusSrcAlpha, DestColor, OneMinusDestColor, DestAlpha, OneMinusDestAlpha }; typedef std::pair BlendFunc; enum BlendOp { Add, Subtract, ReverseSubtract }; enum Cull { None, Front, Back }; } // namespace gl /** * GL state. * * All manipulation of OpenGL state must occur through this class. If OpenGL * state is changed manually, it will result in GLState not knowing about it, * potentially leading to the incorrect state being in effect later on. * * GLState instances can either be created on demand with GLState::push(), or * one can keep a GLState instance around for repeating use. The stack exists * to aid structured drawing: it is not required to use the stack for all * drawing. GLState::apply() can be called for any GLState instance to use it * as the current GL state. * * @note The default viewport is (0,0)→(0,0). The viewport has to be set * when the desired size is known (for instance when a Canvas is resized). * * @ingroup gl */ class LIBGUI_PUBLIC GLState { public: /** * Constructs a GL state with the default values for all properties. */ GLState(); GLState(GLState const &other); GLState &operator = (GLState const &other); GLState &setCull(gl::Cull mode); GLState &setDepthTest(bool enable); GLState &setDepthFunc(gl::Comparison func); GLState &setDepthWrite(bool enable); GLState &setBlend(bool enable); GLState &setBlendFunc(gl::Blend src, gl::Blend dest); GLState &setBlendFunc(gl::BlendFunc func); GLState &setBlendOp(gl::BlendOp op); GLState &setColorMask(gl::ColorMask mask); GLState &setTarget(GLTarget &target); GLState &setDefaultTarget(); GLState &setViewport(Rectangleui const &viewportRect); /** * Sets a viewport using coordinates that have been normalized within the * current render target. This is useful for operations that should be * independent of target size. * * @param normViewportRect Normalized viewport rectangle. */ GLState &setNormalizedViewport(Rectanglef const &normViewportRect); GLState &setScissor(Rectanglei const &scissorRect); GLState &setScissor(Rectangleui const &scissorRect); /** * Sets a scissor using coordinates that have been normalized within the * current viewport. * * @param normScissorRect Normalized scissor rectangle. */ GLState &setNormalizedScissor(Rectanglef const &normScissorRect); GLState &clearScissor(); gl::Cull cull() const; bool depthTest() const; gl::Comparison depthFunc() const; bool depthWrite() const; bool blend() const; gl::Blend srcBlendFunc() const; gl::Blend destBlendFunc() const; gl::BlendFunc blendFunc() const; gl::BlendOp blendOp() const; gl::ColorMask colorMask() const; GLTarget &target() const; Rectangleui viewport() const; Rectanglef normalizedViewport() const; bool scissor() const; Rectangleui scissorRect() const; /** * Updates the OpenGL state to match this GLState. Until this is called no * changes occur in the OpenGL state. Calling this more than once is * allowed; the subsequent calls do nothing. * * @todo Remove excess calls to apply() once all direct GL1 state * manipulation has been removed. */ void apply() const; public: /** * Tells GLState to consider the native OpenGL state undefined, meaning * that when the next GLState is applied, all properties need to be set * rather than just the changed ones. * * @todo Remove this once all direct OpenGL state changes have been * removed. */ static void considerNativeStateUndefined(); /** * Returns the current (i.e., topmost) state on the GL state stack. */ static GLState ¤t(); /** * Pushes a copy of the current state onto the current thread's GL state * stack. * * @return Reference to the new state. */ static GLState &push(); /** * Pops the topmost state off the current thread's stack. Returns a reference * to the state that has now become the new current state. */ static GLState &pop(); /** * Pushes a state onto the current thread's GL state stack. * * @param state State to push. Ownership taken. */ static void push(GLState *state); /** * Removes the topmost state off of the current thread's stack. * * @return State instance. Ownership given to caller. */ static GLState *take(); static dsize stackDepth(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLSTATE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/rowatlasallocator.h0000664000175000017500000000320112350542240024475 0ustar jaakkojaakko/** @file rowatlasallocator.h Row-based atlas allocator. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_ROWATLASALLOCATOR_H #define LIBGUI_ROWATLASALLOCATOR_H #include "../Atlas" namespace de { /** * Row-based atlas allocator. * * Suitable for content that uses relatively similar heights, for instance text * fragments/words. * * @see Atlas */ class LIBGUI_PUBLIC RowAtlasAllocator : public Atlas::IAllocator { public: RowAtlasAllocator(); void setMetrics(Atlas::Size const &totalSize, int margin); void clear(); Id allocate(Atlas::Size const &size, Rectanglei &rect); void release(Id const &id); bool optimize(); int count() const; Atlas::Ids ids() const; void rect(Id const &id, Rectanglei &rect) const; Allocations allocs() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_ROWATLASALLOCATOR_H doomsday-1.14.5/doomsday/libgui/include/de/gui/gltexture.h0000664000175000017500000001761312350542240022777 0ustar jaakkojaakko/** @file gltexture.h GL texture. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLTEXTURE_H #define LIBGUI_GLTEXTURE_H #include #include #include #include "libgui.h" #include "opengl.h" #include "../Image" #include "../GLPixelFormat" namespace de { namespace gl { enum Filter { Nearest, Linear }; enum MipFilter { MipNone, MipNearest, MipLinear }; enum Wrapping { Repeat, RepeatMirrored, ClampToEdge }; enum CubeFace { PositiveX, NegativeX, PositiveY, NegativeY, PositiveZ, NegativeZ }; } /** * GL texture object. * * Supports cube maps (6 faces/images instead of one). A GLTexture becomes a * cube map automatically when one sets image content to one of the faces. * Similarly a GLTexture reverts back to a 2D texture when setting non-cubeface * image content. * * Mipmaps can be generated automatically (see GLTexture::generateMipmap() and * GLTexture::setAutoGenMips()). By default, mipmaps are not generated * automatically. * * @ingroup gl */ class LIBGUI_PUBLIC GLTexture : public Asset { public: typedef Vector2ui Size; typedef Vector2 Wraps; public: /** * Constructs a texture without any content. GLTexture instances are not * ready until they have some content defined. */ GLTexture(); /** * Constructs a texture from an existing OpenGL texture object. Ownership * of the texture is transferred to the new GLTexture instance. * * @param existingTexture Existing texture. * @param size Size of the texture in texels. */ GLTexture(GLuint existingTexture, Size const &size); /** * Release all image content associated with the texture. */ void clear(); void setMagFilter(gl::Filter magFilter); void setMinFilter(gl::Filter minFilter, gl::MipFilter mipFilter); void setFilter(gl::Filter magFilter, gl::Filter minFilter, gl::MipFilter mipFilter) { setMagFilter(magFilter); setMinFilter(minFilter, mipFilter); } void setWrapS(gl::Wrapping mode); void setWrapT(gl::Wrapping mode); inline void setWrap(gl::Wrapping s, gl::Wrapping t) { setWrapS(s); setWrapT(t); } inline void setWrap(Wraps const &st) { setWrapS(st.x); setWrapT(st.y); } void setMaxAnisotropy(dfloat maxAnisotropy); void setMaxLevel(dfloat maxLevel); gl::Filter minFilter() const; gl::Filter magFilter() const; gl::MipFilter mipFilter() const; gl::Wrapping wrapS() const; gl::Wrapping wrapT() const; Wraps wrap() const; dfloat maxAnisotropy() const; dfloat maxLevel() const; bool isCubeMap() const; /** * Enables or disables automatic mipmap generation on the texture. By * default, automatic mipmap generation is disabled. * * @param genMips @c true to generate mipmaps whenever level 0 changes. */ void setAutoGenMips(bool genMips); bool autoGenMips() const; /** * Reserves a specific size of undefined memory for a level. * * @param size Size in texels. * @param format Pixel format that will be later used for uploading content. * Determines internal storage pixel format. * @param level Mipmap level. */ void setUndefinedImage(Size const &size, Image::Format format, int level = 0); /** * Reserves a specific size of undefined memory for a cube map level. * * @param face Face of a cube map. * @param size Size in texels. * @param format Pixel format that will be later used for uploading content. * Determines internal storage pixel format. * @param level Mipmap level. */ void setUndefinedImage(gl::CubeFace face, Size const &size, Image::Format format, int level = 0); void setUndefinedContent(Size const &size, GLPixelFormat const &glFormat, int level = 0); void setUndefinedContent(gl::CubeFace face, Size const &size, GLPixelFormat const &glFormat, int level = 0); void setDepthStencilContent(Size const &size); /** * Sets the image content of the texture at a particular level. The format * of the image determines which GL format is chosen for the texture. * * @param image Image to upload to a GL texture. * @param level Level on which to store the image. */ void setImage(Image const &image, int level = 0); /** * Sets the image content of the texture at a particular level. The format * of the image determines which GL format is chosen for the texture. * * @param face Face of a cube map. * @param image Image to upload to a GL texture. * @param level Level on which to store the image. */ void setImage(gl::CubeFace face, Image const &image, int level = 0); /** * Replaces a portion of existing content. The image should be provided in * the same format as the previous full content. * * @param image Image to copy. * @param pos Position where the image is being copied. * @param level Mipmap level. */ void setSubImage(Image const &image, Vector2i const &pos, int level = 0); void setSubImage(gl::CubeFace face, Image const &image, Vector2i const &pos, int level = 0); /** * Generate a full set of mipmap levels based on the content on level 0. * Automatic mipmap generation can be enabled with setAutoGenMips(). */ void generateMipmap(); /** * Returns the size of the texture (mipmap level 0). */ Size size() const; /** * Returns the number of mipmap levels in use by the texture. * * Use levelsForSize() to determine the number of mipmap levels for an * arbitrary texture size. */ int mipLevels() const; /** * Returns the size of a particular mipmap level. This can be called after * the level 0 image content has been defined. * * @param level Mip level. * @return Size in texels. (0,0) for an invalid level. */ Size levelSize(int level) const; GLuint glName() const; void glBindToUnit(int unit) const; /** * Returns the image format that was specified when image content was put * into the texture (with setImage() or setSubImage()). */ Image::Format imageFormat() const; public: /** * Determines the maximum supported texture size. */ static Size maximumSize(); protected: /** * Derived classes can override this to perform additional tasks * immediately before the texture is bound for use. The default * implementation does not need to be called. */ virtual void aboutToUse() const; public: /** * Calculates how many mipmap levels are produced for a specific size * of mipmap level 0 content. * * @param size Size in texels at level 0. * * @return Number of mipmap levels. */ static int levelsForSize(Size const &size); static Size levelSize(Size const &size0, int level); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLTEXTURE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/opengl.h0000664000175000017500000000254312350542240022234 0ustar jaakkojaakko/** @file opengl.h Headers for OpenGL (ES) 2. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_SYSTEM_OPENGL_H #define LIBGUI_SYSTEM_OPENGL_H #ifdef MACOSX # include #else # include "glentrypoints.h" #endif #include // Defined in GLES2. #ifndef GL_FRAMEBUFFER_INCOMPLETE_DIMENSIONS # define GL_FRAMEBUFFER_INCOMPLETE_DIMENSIONS 0x8CD9 #endif /* * The LIBGUI_GLES2 macro is defined when the OpenGL ES 2.0 API is in use. */ //#define LIBGUI_GLES2 #ifndef GL_VERSION_2_0 # error "OpenGL 2.0 (or newer) headers not found" #endif #endif // LIBGUI_SYSTEM_OPENGL_H doomsday-1.14.5/doomsday/libgui/include/de/gui/libgui.h0000664000175000017500000000435512350542240022226 0ustar jaakkojaakko/** @file libgui.h Common definitions for libgui. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_MAIN_H #define LIBGUI_MAIN_H #include /* * The LIBGUI_PUBLIC macro is used for declaring exported symbols. It must be * applied in all exported classes and functions. DEF files are not used for * exporting symbols out of libgui. */ #if defined(_WIN32) && defined(_MSC_VER) # ifdef __LIBGUI__ // This is defined when compiling the library. # define LIBGUI_PUBLIC __declspec(dllexport) # else # define LIBGUI_PUBLIC __declspec(dllimport) # endif #else // No need to use any special declarators. # define LIBGUI_PUBLIC #endif #if defined(WIN32) || defined(MACOSX) # define LIBGUI_ACCURATE_TEXT_BOUNDS #endif // Assertion specific to GL errors. #if defined(Q_WS_X11) || defined(WIN32) // Under X11 we're having more OpenGL errors; should investigate why. # define LIBGUI_ASSERT_GL(cond) // ignored #else # define LIBGUI_ASSERT_GL(cond) DENG2_ASSERT(cond) #endif #ifndef NDEBUG # define LIBGUI_ASSERT_GL_OK() {GLuint _er = GL_NO_ERROR; do { \ _er = glGetError(); if(_er != GL_NO_ERROR) { \ LogBuffer_Flush(); qWarning(__FILE__":%i: OpenGL error: 0x%x", __LINE__, _er); \ LIBGUI_ASSERT_GL(!"OpenGL operation failed"); }} while(_er != GL_NO_ERROR);} #else # define LIBGUI_ASSERT_GL_OK() #endif #ifdef __cplusplus # define LIBGUI_EXTERN_C extern "C" #else # define LIBGUI_EXTERN_C extern #endif namespace de { } // namespace de #endif // LIBGUI_MAIN_H doomsday-1.14.5/doomsday/libgui/include/de/gui/kdtreeatlasallocator.h0000664000175000017500000000316312350542240025153 0ustar jaakkojaakko/** @file kdtreeatlasallocator.h KD-tree based atlas allocator. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_KDTREEATLASALLOCATOR_H #define LIBGUI_KDTREEATLASALLOCATOR_H #include "../Atlas" namespace de { /** * KD-tree based atlas allocator. * * Allocations are done using 2D binary space partitioning. * * @see Atlas */ class LIBGUI_PUBLIC KdTreeAtlasAllocator : public Atlas::IAllocator { public: KdTreeAtlasAllocator(); void setMetrics(Atlas::Size const &totalSize, int margin); void clear(); Id allocate(Atlas::Size const &size, Rectanglei &rect); void release(Id const &id); bool optimize(); int count() const; Atlas::Ids ids() const; void rect(Id const &id, Rectanglei &rect) const; Allocations allocs() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_KDTREEATLASALLOCATOR_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glpixelformat.h0000664000175000017500000000253312350542240023624 0ustar jaakkojaakko/** @file glpixelformat.h Pixel format specification for GL. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLPIXELFORMAT_H #define LIBGUI_GLPIXELFORMAT_H #include "libgui.h" namespace de { /** * GL image format with data type for glTex(Sub)Image. */ struct LIBGUI_PUBLIC GLPixelFormat { duint format; duint type; duint rowAlignment; GLPixelFormat(duint glFormat, duint glDataType = 0, duint glRowAlignment = 0) : format(glFormat) , type(glDataType) , rowAlignment(glRowAlignment) {} }; } // namespace de #endif // LIBGUI_GLPIXELFORMAT_H doomsday-1.14.5/doomsday/libgui/include/de/gui/gluniform.h0000664000175000017500000001026412350542240022751 0ustar jaakkojaakko/** @file gluniform.h GL uniform. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLUNIFORM_H #define LIBGUI_GLUNIFORM_H #include #include #include #include #include "libgui.h" #include namespace de { class GLProgram; class GLTexture; /** * Constant variable or a sampler in a shader. * * GLUniform's public interface allows the uniform value to be manipulated like * any other native variable (assignment, arithmetic, etc.). Think of GLUniform * instances as a native manifestation of shader uniform/attribute variables. * * The value of the uniform is stored locally in the GLUniform instance. When * the uniform has been bound to programs and its value changes, the programs * are notified and they mark the uniform as changed. When the program is then * later taken into use, the updated value of the changed uniforms is sent to * GL. * * @ingroup gl */ class LIBGUI_PUBLIC GLUniform { public: enum Type { Int, UInt, Float, Vec2, Vec3, Vec4, Mat3, Mat4, Sampler2D }; /** * Notified when the value of the uniform changes. */ DENG2_DEFINE_AUDIENCE2(ValueChange, void uniformValueChanged(GLUniform &)) /** * Notified when the uniform instance is deleted. */ DENG2_DEFINE_AUDIENCE2(Deletion, void uniformDeleted(GLUniform &)) public: GLUniform(char const *nameInShader, Type uniformType); void setName(char const *nameInShader); /** * Returns the name of the uniform as it appears in shaders. */ QLatin1String name() const; /** * Returns the value type of the shader. */ Type type() const; GLUniform &operator = (dint value); GLUniform &operator = (duint value); GLUniform &operator = (dfloat value); GLUniform &operator = (ddouble value); GLUniform &operator = (Vector2f const &vec); GLUniform &operator = (Vector3f const &vec); GLUniform &operator = (Vector4f const &vec); GLUniform &operator = (Matrix3f const &vec); GLUniform &operator = (Matrix4f const &vec); GLUniform &operator = (GLTexture const &texture); GLUniform &operator = (GLTexture const *texture); operator dint() const { return toInt(); } operator duint() const { return toUInt(); } operator dfloat() const { return toFloat(); } operator ddouble() const { return ddouble(toFloat()); } operator Vector2f() const { return toVector2f(); } operator Vector3f() const { return toVector3f(); } operator Vector4f() const { return toVector4f(); } operator Matrix3f const &() const { return toMatrix3f(); } operator Matrix4f const &() const { return toMatrix4f(); } operator GLTexture const *() const { return texture(); } dint toInt() const; duint toUInt() const; dfloat toFloat() const; Vector2f const &toVector2f() const; Vector3f const &toVector3f() const; Vector4f const &toVector4f() const; Matrix3f const &toMatrix3f() const; Matrix4f const &toMatrix4f() const; GLTexture const *texture() const; /** * Updates the value of the uniform in a particular GL program. * * @param program GL program instance. */ void applyInProgram(GLProgram &program) const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLUNIFORM_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glshader.h0000664000175000017500000000346012350542240022540 0ustar jaakkojaakko/** @file glshader.h GL shader. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLSHADER_H #define LIBGUI_GLSHADER_H #include #include #include #include #include #include "libgui.h" #include "opengl.h" namespace de { /** * GL shader. * * Shader instances are reference-counted so that they can be shared by many * programs. * * @ingroup gl */ class LIBGUI_PUBLIC GLShader : public Counted, public Asset { public: enum Type { Vertex, Fragment }; /// There was a failure related to OpenGL resource allocation. @ingroup errors DENG2_ERROR(AllocError); /// Shader source could not be compiled. @ingroup errors DENG2_ERROR(CompilerError); public: GLShader(); GLShader(Type shaderType, IByteArray const &source); Type type() const; GLuint glName() const; void clear(); void compile(Type shaderType, IByteArray const &source); void recompile(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLSHADER_H doomsday-1.14.5/doomsday/libgui/include/de/gui/texturebank.h0000664000175000017500000000370512350542240023305 0ustar jaakkojaakko/** @file texturebank.h Bank for images stored in a texture atlas. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_TEXTUREBANK_H #define LIBGUI_TEXTUREBANK_H #include #include "../AtlasTexture" namespace de { /** * Bank that stores images on a texture atlas for use in GL drawing. * * The data item sources in the bank must be derived from TextureBank::ImageSource. * * @ingroup gl */ class LIBGUI_PUBLIC TextureBank : public Bank { public: /** * Base classs for entries in the bank. When requested, provides the Image data * of the specified item. */ class LIBGUI_PUBLIC ImageSource : public ISource { public: ImageSource(DotPath const &id = ""); DotPath const &id() const; virtual Image load() const = 0; private: DENG2_PRIVATE(d) }; public: TextureBank(); /** * Sets the atlas where the images are to be allocated from. * * @param atlas Texture atlas. */ void setAtlas(AtlasTexture &atlas); Id const &texture(DotPath const &id); protected: IData *loadFromSource(ISource &source); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_TEXTUREBANK_H doomsday-1.14.5/doomsday/libgui/include/de/gui/vertexbuilder.h0000664000175000017500000003041512350542240023633 0ustar jaakkojaakko/** @file vertexbuilder.h Utility for composing triangle strips. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_VERTEXBUILDER_H #define LIBGUI_VERTEXBUILDER_H #include #include #include #include namespace de { /** * Utility for composing simple geometric constructs (using triangle strips). */ template struct VertexBuilder { struct Vertices : public QVector { Vertices() { QVector::reserve(64); } void transform(Matrix4f const &matrix) { for(int i = 0; i < QVector::size(); ++i) { (*this)[i].pos = matrix * (*this)[i].pos; } } Vertices &operator += (Vertices const &other) { concatenate(other, *this); return *this; } Vertices operator + (Vertices const &other) const { Vertices v(*this); return v += other; } Vertices &makeQuad(Rectanglef const &rect, Vector4f const &color, Vector2f const &uv) { Vertices quad; VertexType v; v.rgba = color; v.texCoord = uv; v.pos = rect.topLeft; quad << v; v.pos = rect.topRight(); quad << v; v.pos = rect.bottomLeft(); quad << v; v.pos = rect.bottomRight; quad << v; return *this += quad; } Vertices &makeQuad(Rectanglef const &rect, Rectanglef const &uv) { Vertices quad; VertexType v; v.pos = rect.topLeft; v.texCoord = uv.topLeft; quad << v; v.pos = rect.topRight(); v.texCoord = uv.topRight(); quad << v; v.pos = rect.bottomLeft(); v.texCoord = uv.bottomLeft(); quad << v; v.pos = rect.bottomRight; v.texCoord = uv.bottomRight; quad << v; return *this += quad; } Vertices &makeQuad(Rectanglef const &rect, Vector4f const &color, Rectanglef const &uv, Matrix4f const *matrix = 0) { Vertices quad; VertexType v; v.rgba = color; v.pos = rect.topLeft; v.texCoord = uv.topLeft; quad << v; v.pos = rect.topRight(); v.texCoord = uv.topRight(); quad << v; v.pos = rect.bottomLeft(); v.texCoord = uv.bottomLeft(); quad << v; v.pos = rect.bottomRight; v.texCoord = uv.bottomRight; quad << v; if(matrix) quad.transform(*matrix); return *this += quad; } /// Makes a 3D quad with indirect UV coords. The points p1...p4 are specified /// with a clockwise winding (use Vertex3Tex2BoundsRgba). Vertices &makeQuadIndirect(Vector3f const &p1, Vector3f const &p2, Vector3f const &p3, Vector3f const &p4, Vector4f const &color, Rectanglef const &uv, Vector4f const &uvBounds, Vector2f const &texSize) { Vertices quad; VertexType v; v.rgba = color; v.texBounds = uvBounds; v.texCoord[1] = texSize; v.pos = p1; v.texCoord[0] = uv.topLeft; quad << v; v.pos = p2; v.texCoord[0] = uv.topRight(); quad << v; v.pos = p4; v.texCoord[0] = uv.bottomLeft(); quad << v; v.pos = p3; v.texCoord[0] = uv.bottomRight; quad << v; return *this += quad; } Vertices &makeCubeIndirect(Vector3f const &minPoint, Vector3f const &maxPoint, Rectanglef const &uv, Vector4f const &uvBounds, Vector2f const &texSize, Vector4f const faceColors[6]) { // Back. makeQuadIndirect(minPoint, Vector3f(maxPoint.x, minPoint.y, minPoint.z), Vector3f(maxPoint.x, maxPoint.y, minPoint.z), Vector3f(minPoint.x, maxPoint.y, minPoint.z), faceColors[0], uv, uvBounds, texSize); // Front. makeQuadIndirect(Vector3f(minPoint.x, minPoint.y, maxPoint.z), Vector3f(maxPoint.x, minPoint.y, maxPoint.z), maxPoint, Vector3f(minPoint.x, maxPoint.y, maxPoint.z), faceColors[1], uv, uvBounds, texSize); // Left. makeQuadIndirect(Vector3f(minPoint.x, minPoint.y, maxPoint.z), minPoint, Vector3f(minPoint.x, maxPoint.y, minPoint.z), Vector3f(minPoint.x, maxPoint.y, maxPoint.z), faceColors[2], uv, uvBounds, texSize); // Right. makeQuadIndirect(Vector3f(maxPoint.x, minPoint.y, minPoint.z), Vector3f(maxPoint.x, minPoint.y, maxPoint.z), maxPoint, Vector3f(maxPoint.x, maxPoint.y, minPoint.z), faceColors[3], uv, uvBounds, texSize); // Floor. makeQuadIndirect(Vector3f(minPoint.x, maxPoint.y, minPoint.z), Vector3f(maxPoint.x, maxPoint.y, minPoint.z), maxPoint, Vector3f(minPoint.x, maxPoint.y, maxPoint.z), faceColors[4], uv, uvBounds, texSize); // Ceiling. makeQuadIndirect(Vector3f(minPoint.x, minPoint.y, maxPoint.z), Vector3f(maxPoint.x, minPoint.y, maxPoint.z), Vector3f(maxPoint.x, minPoint.y, minPoint.z), minPoint, faceColors[5], uv, uvBounds, texSize); return *this; } Vertices &makeRing(Vector2f const ¢er, float outerRadius, float innerRadius, int divisions, Vector4f const &color, Rectanglef const &uv, float innerTexRadius = -1) { if(innerTexRadius < 0) innerTexRadius = innerRadius / outerRadius; Vertices ring; VertexType v; v.rgba = color; for(int i = 0; i <= divisions; ++i) { float const ang = 2 * PI * (i == divisions? 0 : i) / divisions; Vector2f r(cos(ang), sin(ang)); // Outer. v.pos = center + r * outerRadius; v.texCoord = uv.middle() + r * .5f * uv.size(); ring << v; // Inner. v.pos = center + r * innerRadius; v.texCoord = uv.middle() + r * (.5f * innerTexRadius) * uv.size(); ring << v; } return *this += ring; } Vertices &makeRing(Vector2f const ¢er, float outerRadius, float innerRadius, int divisions, Vector4f const &color, Vector2f const &uv) { return makeRing(center, outerRadius, innerRadius, divisions, color, Rectanglef(uv, uv)); } Vertices &makeFlexibleFrame(Rectanglef const &rect, float cornerThickness, Vector4f const &color, Rectanglef const &uv) { Vector2f const uvOff = uv.size() / 2; Vertices verts; VertexType v; v.rgba = color; // Top left corner. v.pos = rect.topLeft; v.texCoord = uv.topLeft; verts << v; v.pos = rect.topLeft + Vector2f(0, cornerThickness); v.texCoord = uv.topLeft + Vector2f(0, uvOff.y); verts << v; v.pos = rect.topLeft + Vector2f(cornerThickness, 0); v.texCoord = uv.topLeft + Vector2f(uvOff.x, 0); verts << v; v.pos = rect.topLeft + Vector2f(cornerThickness, cornerThickness); v.texCoord = uv.topLeft + uvOff; verts << v; // Top right corner. v.pos = rect.topRight() + Vector2f(-cornerThickness, 0); v.texCoord = uv.topRight() + Vector2f(-uvOff.x, 0); verts << v; v.pos = rect.topRight() + Vector2f(-cornerThickness, cornerThickness); v.texCoord = uv.topRight() + Vector2f(-uvOff.x, uvOff.y); verts << v; v.pos = rect.topRight(); v.texCoord = uv.topRight(); verts << v; v.pos = rect.topRight() + Vector2f(0, cornerThickness); v.texCoord = uv.topRight() + Vector2f(0, uvOff.y); verts << v; // Discontinuity. verts << v; verts << v; v.pos = rect.topRight() + Vector2f(-cornerThickness, cornerThickness); v.texCoord = uv.topRight() + Vector2f(-uvOff.x, uvOff.y); verts << v; // Bottom right corner. v.pos = rect.bottomRight + Vector2f(0, -cornerThickness); v.texCoord = uv.bottomRight + Vector2f(0, -uvOff.y); verts << v; v.pos = rect.bottomRight + Vector2f(-cornerThickness, -cornerThickness); v.texCoord = uv.bottomRight + Vector2f(-uvOff.x, -uvOff.y); verts << v; v.pos = rect.bottomRight; v.texCoord = uv.bottomRight; verts << v; v.pos = rect.bottomRight + Vector2f(-cornerThickness, 0); v.texCoord = uv.bottomRight + Vector2f(-uvOff.x, 0); verts << v; // Discontinuity. verts << v; verts << v; v.pos = rect.bottomRight + Vector2f(-cornerThickness, -cornerThickness); v.texCoord = uv.bottomRight + Vector2f(-uvOff.x, -uvOff.y); verts << v; // Bottom left corner. v.pos = rect.bottomLeft() + Vector2f(cornerThickness, 0); v.texCoord = uv.bottomLeft() + Vector2f(uvOff.x, 0); verts << v; v.pos = rect.bottomLeft() + Vector2f(cornerThickness, -cornerThickness); v.texCoord = uv.bottomLeft() + Vector2f(uvOff.x, -uvOff.y); verts << v; v.pos = rect.bottomLeft(); v.texCoord = uv.bottomLeft(); verts << v; v.pos = rect.bottomLeft() + Vector2f(0, -cornerThickness); v.texCoord = uv.bottomLeft() + Vector2f(0, -uvOff.y); verts << v; // Discontinuity. verts << v; verts << v; // Closing the loop. v.pos = rect.bottomLeft() + Vector2f(cornerThickness, -cornerThickness); v.texCoord = uv.bottomLeft() + Vector2f(uvOff.x, -uvOff.y); verts << v; v.pos = rect.topLeft + Vector2f(0, cornerThickness); v.texCoord = uv.topLeft + Vector2f(0, uvOff.y); verts << v; v.pos = rect.topLeft + Vector2f(cornerThickness, cornerThickness); v.texCoord = uv.topLeft + Vector2f(uvOff.x, uvOff.y); verts << v; return *this += verts; } }; static void concatenate(Vertices const &stripSequence, Vertices &destStrip) { if(!stripSequence.size()) return; if(!destStrip.isEmpty()) { destStrip << destStrip.back(); destStrip << stripSequence.front(); } destStrip << stripSequence; } }; } // namespace de #endif // LIBGUI_VERTEXBUILDER_H doomsday-1.14.5/doomsday/libgui/include/de/gui/imagebank.h0000664000175000017500000000400412350542240022660 0ustar jaakkojaakko/** @file imagebank.h Bank containing Image instances loaded from files. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_IMAGEBANK_H #define LIBGUI_IMAGEBANK_H #include "libgui.h" #include "../Image" #include namespace de { class File; /** * Bank containing Image instances loaded from files. * * @ingroup data */ class LIBGUI_PUBLIC ImageBank : public InfoBank { public: /** * Constructs a new image bank. * * @param flags Properties for the bank. By default, the bank uses a * background thread because large images may take some * time to load. Hot storage is disabled because loading * images from their potentially encoded source data is * faster/more efficient than deserializating raw pixel data. */ ImageBank(Flags const &flags = BackgroundThread | DisableHotStorage); void add(DotPath const &path, String const &imageFilePath); void addFromInfo(File const &file); Image &image(DotPath const &path) const; protected: ISource *newSourceFromInfo(String const &id); IData *loadFromSource(ISource &source); IData *newData(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_IMAGEBANK_H doomsday-1.14.5/doomsday/libgui/include/de/gui/colorbank.h0000664000175000017500000000406412350542240022722 0ustar jaakkojaakko/** @file colorbank.h Bank of colors. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_COLORBANK_H #define LIBGUI_COLORBANK_H #include "libgui.h" #include #include #include namespace de { /** * Bank of colors where each color is identified by a Path. */ class LIBGUI_PUBLIC ColorBank : public InfoBank { public: typedef Vector4ub Color; typedef Vector4f Colorf; public: ColorBank(); /** * Creates a number of colors based on information in an Info document. * The file is parsed first. * * @param file File with Info source containing color definitions. */ void addFromInfo(File const &file); /** * Finds a specific color. * * @param path Identifier of the color. * * @return Vector with the color values (0...255). */ Color color(DotPath const &path) const; /** * Finds a specific color. * * @param path Identifier of the color. * * @return Vector with the floating-point color values (0...1). */ Colorf colorf(DotPath const &path) const; protected: virtual ISource *newSourceFromInfo(String const &id); virtual IData *loadFromSource(ISource &source); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_COLORBANK_H doomsday-1.14.5/doomsday/libgui/include/de/gui/fontbank.h0000664000175000017500000000357712350542240022562 0ustar jaakkojaakko/** @file fontbank.h Font bank. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_FONTBANK_H #define LIBGUI_FONTBANK_H #include #include #include "../Font" #include "libgui.h" namespace de { /** * Bank containing fonts. */ class LIBGUI_PUBLIC FontBank : public InfoBank { public: FontBank(); /** * Creates a number of fonts based on information in an Info document. * The file is parsed first. * * @param file File with Info source containing font definitions. */ void addFromInfo(File const &file); /** * Finds a specific font. * * @param path Identifier of the font. * * @return Font instance. */ Font const &font(DotPath const &path) const; /** * Sets a factor applied to all font sizes when loading the back. * * @param sizeFactor Size factor. */ void setFontSizeFactor(float sizeFactor); protected: virtual ISource *newSourceFromInfo(String const &id); virtual IData *loadFromSource(ISource &source); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_FONTBANK_H doomsday-1.14.5/doomsday/libgui/include/de/gui/atlastexture.h0000664000175000017500000000440512350542240023474 0ustar jaakkojaakko/** @file atlastexture.h Atlas stored on a GLTexture. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_ATLASTEXTURE_H #define LIBGUI_ATLASTEXTURE_H #include "../GLTexture" #include "../Atlas" namespace de { /** * Atlas stored on a (2D) GLTexture. */ class LIBGUI_PUBLIC AtlasTexture : public Atlas, public GLTexture { public: AtlasTexture(Atlas::Flags const &flags = DefaultFlags, Atlas::Size const &totalSize = Atlas::Size()); /** * Constructs an AtlasTexture with a RowAtlasAllocator. * * @param flags Atlas flags. * @param totalSize Total size for atlas. * * @return AtlasTexture instance. */ static AtlasTexture *newWithRowAllocator(Atlas::Flags const &flags = DefaultFlags, Atlas::Size const &totalSize = Atlas::Size()); static AtlasTexture *newWithKdTreeAllocator(Atlas::Flags const &flags = DefaultFlags, Atlas::Size const &totalSize = Atlas::Size()); void clear(); protected: /** * The atlas content is automatically committed to the GL texture when the * texture is bound for use. */ void aboutToUse() const; /** * Replaces the entire content of the GL texture. * * @param fullImage Full atlas content image. */ void commitFull(Image const &fullImage) const; void commit(Image const &image, Vector2i const &topLeft) const; }; } // namespace de #endif // LIBGUI_ATLASTEXTURE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glprogram.h0000664000175000017500000000557112350542240022746 0ustar jaakkojaakko/** @file glprogram.h GL shader program. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLPROGRAM_H #define LIBGUI_GLPROGRAM_H #include #include #include #include #include #include "libgui.h" #include "opengl.h" namespace de { class GLUniform; class GLShader; /** * GL shader program consisting of a vertex and fragment shaders. * * GLProgram instances work together with GLUniform to manage the program * state. To allow a particular uniform to be used in a program, it first * has to be bound to the program. * * When binding texture uniforms, the order of the binding calls is important * as it determines which texture sampling unit each of the textures is * allocated: the first bound texture uniform gets unit #0, the second one gets * unit #1, etc. * * @ingroup gl */ class LIBGUI_PUBLIC GLProgram : public Asset { public: /// Failed to allocate a new GL program object. @ingroup errors DENG2_ERROR(AllocError); /// Failed to link the program. @ingroup errors DENG2_ERROR(LinkerError); public: GLProgram(); /** * Resets the program back to an empty state. All uniform bindings are * removed. */ void clear(); /** * Builds a program out of two shaders. GLProgram retains a reference to * both shaders. * * @param vertexShader Vertex shader. * @param fragmentShader Fragment shader. * * @return Reference to this program. */ GLProgram &build(GLShader const *vertexShader, GLShader const *fragmentShader); GLProgram &build(IByteArray const &vertexShaderSource, IByteArray const &fragmentShaderSource); void rebuildBeforeNextUse(); void rebuild(); GLProgram &operator << (GLUniform const &uniform); GLProgram &bind(GLUniform const &uniform); GLProgram &unbind(GLUniform const &uniform); void beginUse() const; void endUse() const; GLuint glName() const; int glUniformLocation(char const *uniformName) const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLPROGRAM_H doomsday-1.14.5/doomsday/libgui/include/de/gui/persistentcanvaswindow.h0000664000175000017500000001171712350542240025577 0ustar jaakkojaakko/** @file persistentcanvaswindow.h Canvas window with persistent state. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_PERSISTENTCANVASWINDOW_H #define LIBGUI_PERSISTENTCANVASWINDOW_H #include #include #include namespace de { /** * General-purpose top-level window with persistent state. Each instance must * be identified by a unique name (e.g., "main") that is used when saving the * window's state to Config. * * Supports fullscreen display modes (using DisplayMode). */ class LIBGUI_PUBLIC PersistentCanvasWindow : public CanvasWindow { Q_OBJECT public: /// Provided window ID was not valid. @ingroup errors DENG2_ERROR(InvalidIdError); /// Absolute minimum width of a window (in fullscreen also). static int const MIN_WIDTH; /// Absolute minimum height of a window (in fullscreen also). static int const MIN_HEIGHT; /** * Window attributes. */ enum Attribute { End = 0, ///< Marks the end of an attribute list (not a valid attribute in itself) // Windowed attributes Left, Top, Width, Height, Centered, Maximized, // Fullscreen attributes Fullscreen, FullscreenWidth, FullscreenHeight, ColorDepthBits, // Other FullSceneAntialias, VerticalSync }; /** * Notified after one or more window attributes have changed. If the * changes are queued, the notification is made only after all the changes * have been applied. */ DENG2_DEFINE_AUDIENCE2(AttributeChange, void windowAttributesChanged(PersistentCanvasWindow &)) public: /** * Constructs a new window using the persistent configuration associated * with @a id. Note that the configuration is saved persistently when the * window is deleted. * * Command line options (e.g., -xpos) can be used to modify the main window * configuration directly. * * @param id Identifier of the window. */ PersistentCanvasWindow(String const &id); /** * Returns @c true iff the window is currently centered. */ bool isCentered() const; /** * Returns the current placement of the window when it is in normal window * mode (neither fullscreen or maximized). */ Rectanglei windowRect() const; Size fullscreenSize() const; inline int fullscreenWidth() const { return fullscreenSize().x; } inline int fullscreenHeight() const { return fullscreenSize().y; } int colorDepthBits() const; void show(bool yes = true); /** * Sets or changes one or more window attributes. * * @param attribs Array of values: * 
[ attribId, value, attribId, value, ..., 0 ]
* The array must be zero-terminated, as that indicates where the * array ends (see Attribute). * * @return @c true iff all attribute deltas were validated and the window * was then successfully updated accordingly. If any attribute failed to * validate, the window will remain unchanged and @a false is returned. */ bool changeAttributes(int const *attribs); /** * Saves the window's state into a persistent storage so that it can be later * on restored. Used at shutdown time to save window geometry. */ void saveToConfig(); /** * Restores the window's state from persistent storage. Used when creating * a window to determine its persistent configuration. */ void restoreFromConfig(); static PersistentCanvasWindow &main(); // Events. void moveEvent(QMoveEvent *); void resizeEvent(QResizeEvent *); protected slots: void performQueuedTasks(); /** * Forms the name of a Config variable for this window. Subclasses are * allowed to use this to store their own properties in the persistent * configuration. * * @param key Variable name. * * @return Name of a variable in Config. */ String configName(String const &key) const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_PERSISTENTCANVASWINDOW_H doomsday-1.14.5/doomsday/libgui/include/de/gui/nativefont.h0000664000175000017500000001044212350542240023122 0ustar jaakkojaakko/** @file nativefont.h Abstraction of a native font. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_NATIVEFONT_H #define LIBGUI_NATIVEFONT_H #include "libgui.h" #include #include #include #include #include namespace de { /** * Provides the means to access the platform's native fonts, measure the bounds of a * string of text, and draw the text onto an Image. This is an abstract base class for * concrete implementations of native fonts. * * @ingroup gl */ class LIBGUI_PUBLIC NativeFont : public Asset { public: enum Style { Regular, Italic }; enum Weight { UltraLight = 0, Light = 25, Normal = 50, Bold = 75, Black = 100 }; struct Spec { Style style; dint weight; Spec(Style s = Regular, dint w = Normal) : style(s), weight(w) {} bool operator < (Spec const &other) const { // QMap key order if(weight < other.weight) return true; if(weight > other.weight) return false; return (style < other.style); } }; typedef QMap StyleMapping; ///< Spec => native font name /** * Defines a mapping from font family name plus style/weight to an actual platform * font. * * @param family Native font family name. * @param mapping Mapping of styles to native font names. */ static void defineMapping(String const &family, StyleMapping const &mapping); public: NativeFont(String const &family = ""); NativeFont(NativeFont const &other); void setFamily(String const &family); void setSize(dfloat size); void setStyle(Style style); void setWeight(dint weight); String family() const; dfloat size() const; Style style() const; dint weight() const; /** * Determines the native font name based on style mappings. */ String nativeFontName() const; int ascent() const; int descent() const; int height() const; int lineSpacing() const; /** * Measures the extents of a line of text. * * @param text Text line. * * @return Boundaries. */ Rectanglei measure(String const &text) const; int width(String const &text) const; /** * Draws a line of text using the font into an image. * * @param text Text line. * @param foreground Foreground/text color. * @param background Background color. * * @return Image of the text, with the same dimensions as returned by measure(). */ QImage rasterize(String const &text, Vector4ub const &foreground, Vector4ub const &background) const; protected: NativeFont &operator = (NativeFont const &other); /** * Called when the font is needed to be used but it isn't marked Ready. */ virtual void commit() const = 0; virtual int nativeFontAscent() const = 0; virtual int nativeFontDescent() const = 0; virtual int nativeFontHeight() const = 0; virtual int nativeFontLineSpacing() const = 0; virtual int nativeFontWidth(String const &text) const = 0; virtual Rectanglei nativeFontMeasure(String const &text) const = 0; virtual QImage nativeFontRasterize(String const &text, Vector4ub const &foreground, Vector4ub const &background) const = 0; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_NATIVEFONT_H doomsday-1.14.5/doomsday/libgui/include/de/gui/ddkey.h0000664000175000017500000000507312350542240022051 0ustar jaakkojaakko/** @file ddkey.h DDKEY codes. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_DDKEY_H #define LIBGUI_DDKEY_H /** * @defgroup keyConstants Key Constants * @ingroup gui */ /** * DDKEY codes. Most key data is regular ASCII so key constants correspond to * ASCII codes. Note that these are used when dealing with the physical state * of individual keys; text is entered separately as Unicode. * * @ingroup keyConstants */ enum { DDKEY_TAB = 9, DDKEY_RETURN = 13, DDKEY_ESCAPE = 27, DDKEY_MINUS = 0x2d, DDKEY_EQUALS = 0x3d, DDKEY_BACKSLASH = 0x5c, DDKEY_BACKSPACE = 127, DDKEY_RIGHTARROW = 0x80, DDKEY_LEFTARROW, DDKEY_UPARROW, DDKEY_DOWNARROW, DDKEY_F1, DDKEY_F2, DDKEY_F3, DDKEY_F4, DDKEY_F5, DDKEY_F6, DDKEY_F7, DDKEY_F8, DDKEY_F9, DDKEY_F10, DDKEY_F11, DDKEY_F12, DDKEY_NUMLOCK, DDKEY_CAPSLOCK, DDKEY_SCROLL, DDKEY_NUMPAD7, DDKEY_NUMPAD8, DDKEY_NUMPAD9, DDKEY_NUMPAD4, DDKEY_NUMPAD5, DDKEY_NUMPAD6, DDKEY_NUMPAD1, DDKEY_NUMPAD2, DDKEY_NUMPAD3, DDKEY_NUMPAD0, DDKEY_DECIMAL, DDKEY_PAUSE, DDKEY_RSHIFT, DDKEY_LSHIFT = DDKEY_RSHIFT, DDKEY_RCTRL, DDKEY_LCTRL = DDKEY_RCTRL, DDKEY_RALT, DDKEY_LALT = DDKEY_RALT, DDKEY_INS, DDKEY_DEL, DDKEY_PGUP, DDKEY_PGDN, DDKEY_HOME, DDKEY_END, DDKEY_SUBTRACT, ///< '-' on numeric keypad. DDKEY_ADD, ///< '+' on numeric keypad. DDKEY_PRINT, DDKEY_ENTER, ///< on the numeric keypad. DDKEY_DIVIDE, ///< '/' on numeric keypad. DDKEY_MULTIPLY, ///< '*' on the numeric keypad. DDKEY_SECTION, ///< § DD_HIGHEST_KEYCODE }; #endif // LIBGUI_DDKEY_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glbuffer.h0000664000175000017500000001643112350542240022545 0ustar jaakkojaakko/** @file glbuffer.h GL vertex buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLBUFFER_H #define LIBGUI_GLBUFFER_H #include #include #include #include #include #include "libgui.h" #include "opengl.h" #include "../VertexBuilder" namespace de { namespace internal { /// Describes an attribute array inside a GL buffer. struct AttribSpec { enum Semantic { Position, TexCoord0, TexCoord1, TexCoord2, TexCoord3, TexBounds0, Color, Normal, Tangent, Bitangent }; Semantic semantic; dint size; ///< Number of components in an element. GLenum type; ///< Data type. bool normalized; ///< Whether to normalize non-floats to [0.f, 1.f]. dsize stride; ///< Number of bytes between elements. duint startOffset; ///< Offset in bytes from the start of the buffer. }; typedef std::pair AttribSpecs; } #define LIBGUI_DECLARE_VERTEX_FORMAT(NumElems) \ public: static internal::AttribSpecs formatSpec(); \ private: static internal::AttribSpec const _spec[NumElems]; \ public: #define LIBGUI_VERTEX_FORMAT_SPEC(TypeName, ExpectedSize) \ internal::AttribSpecs TypeName::formatSpec() { \ DENG2_ASSERT(sizeof(TypeName) == ExpectedSize); /* sanity check */ \ return internal::AttribSpecs(_spec, sizeof(_spec)/sizeof(_spec[0])); \ } /** * Vertex format with 2D coordinates and one set of texture coordinates. */ struct LIBGUI_PUBLIC Vertex2Tex { Vector2f pos; Vector2f texCoord; LIBGUI_DECLARE_VERTEX_FORMAT(2) }; /** * Vertex format with 2D coordinates and a color. */ struct LIBGUI_PUBLIC Vertex2Rgba { Vector2f pos; Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(2) }; /** * Vertex format with 2D coordinates, one set of texture coordinates, and an * RGBA color. */ struct LIBGUI_PUBLIC Vertex2TexRgba { Vector2f pos; Vector2f texCoord; Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(3) }; /** * Vertex format with 3D coordinates and one set of texture coordinates. */ struct LIBGUI_PUBLIC Vertex3Tex { Vector3f pos; Vector2f texCoord; LIBGUI_DECLARE_VERTEX_FORMAT(2) }; /** * Vertex format with 3D coordinates, one set of texture coordinates, and an * RGBA color. */ struct LIBGUI_PUBLIC Vertex3TexRgba { Vector3f pos; Vector2f texCoord; Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(3) }; /** * Vertex format with 3D coordinates, one set of texture coordinates with indirect * bounds, and an RGBA color. */ struct LIBGUI_PUBLIC Vertex3TexBoundsRgba { Vector3f pos; Vector2f texCoord; ///< mapped using texBounds Vector4f texBounds; ///< UV space: x, y, width, height Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(4) }; /** * Vertex format with 3D coordinates, two sets of texture coordinates with indirect * bounds, and an RGBA color. */ struct LIBGUI_PUBLIC Vertex3Tex2BoundsRgba { Vector3f pos; Vector2f texCoord[2]; Vector4f texBounds; ///< UV space: x, y, width, height Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(5) }; /** * Vertex format with 3D coordinates, two sets of texture coordinates, and an * RGBA color. */ struct LIBGUI_PUBLIC Vertex3Tex2Rgba { Vector3f pos; Vector2f texCoord[2]; Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(4) }; /** * Vertex format with 3D coordinates, three sets of texture coordinates, and an * RGBA color. */ struct LIBGUI_PUBLIC Vertex3Tex3Rgba { Vector3f pos; Vector2f texCoord[3]; Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(5) }; /** * Vertex format with 3D coordinates, normal vector, one set of texture * coordinates, and an RGBA color. */ struct LIBGUI_PUBLIC Vertex3NormalTexRgba { Vector3f pos; Vector3f normal; Vector2f texCoord; Vector4f rgba; LIBGUI_DECLARE_VERTEX_FORMAT(4) }; namespace gl { enum Usage { Static, Dynamic, Stream }; enum Primitive { Points, LineStrip, LineLoop, Lines, TriangleStrip, TriangleFan, Triangles }; } /** * GL vertex buffer. * * Supports both indexed and non-indexed drawing. The primitive type has to be * specified either when setting the vertices (for non-indexed drawing) or when * specifying the indices (for indexed drawing). * * @note Compatible with OpenGL ES 2.0. * * @todo Add a method for replacing a portion of the existing data in the buffer * (using glBufferSubData). * * @ingroup gl */ class LIBGUI_PUBLIC GLBuffer : public Asset { public: typedef duint16 Index; typedef QVector Indices; public: GLBuffer(); void clear(); void setVertices(dsize count, void const *data, dsize dataSize, gl::Usage usage); void setVertices(gl::Primitive primitive, dsize count, void const *data, dsize dataSize, gl::Usage usage); void setIndices(gl::Primitive primitive, dsize count, Index const *indices, gl::Usage usage); void setIndices(gl::Primitive primitive, Indices const &indices, gl::Usage usage); void draw(duint first = 0, dint count = -1); protected: void setFormat(internal::AttribSpecs const &format); private: DENG2_PRIVATE(d) }; /** * Template for a vertex buffer with a specific vertex format. */ template class GLBufferT : public GLBuffer { public: typedef VertexType Type; typedef QVector Vertices; typedef typename VertexBuilder::Vertices Builder; public: GLBufferT() { setFormat(VertexType::formatSpec()); } void setVertices(VertexType const *vertices, dsize count, gl::Usage usage) { GLBuffer::setVertices(count, vertices, sizeof(VertexType) * count, usage); } void setVertices(Vertices const &vertices, gl::Usage usage) { GLBuffer::setVertices(vertices.size(), vertices.constData(), sizeof(VertexType) * vertices.size(), usage); } void setVertices(gl::Primitive primitive, VertexType const *vertices, dsize count, gl::Usage usage) { GLBuffer::setVertices(primitive, count, vertices, sizeof(VertexType) * count, usage); } void setVertices(gl::Primitive primitive, Vertices const &vertices, gl::Usage usage) { GLBuffer::setVertices(primitive, vertices.size(), vertices.constData(), sizeof(VertexType) * vertices.size(), usage); } }; } // namespace de #endif // LIBGUI_GLBUFFER_H doomsday-1.14.5/doomsday/libgui/include/de/gui/canvas.h0000664000175000017500000001355212350542240022225 0ustar jaakkojaakko/** @file canvas.h OpenGL drawing surface (QWidget). * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_CANVAS_H #define LIBGUI_CANVAS_H #include #include #include #include #include "../KeyEventSource" #include "../MouseEventSource" #include "../GLTarget" #include "../GLFramebuffer" namespace de { class CanvasWindow; /** * Drawing canvas with an OpenGL context and window surface. Each CanvasWindow * creates one Canvas instance on which to draw. Buffer swapping must be done * manually when appropriate. * * As Canvas is derived from KeyEventSource and MouseEventSource so that it * can submit user input to interested parties. * * @ingroup gui */ class LIBGUI_PUBLIC Canvas : public QGLWidget, public KeyEventSource, public MouseEventSource { Q_OBJECT public: typedef Vector2ui Size; /** * Notified when the canvas is ready for GL operations. The OpenGL context * and drawing surface are not ready to be used before that. The * notification occurs soon after the widget first becomes visible on * screen. Note that the notification comes straight from the event loop * (timer signal) instead of during a paint event. */ DENG2_DEFINE_AUDIENCE2(GLReady, void canvasGLReady(Canvas &)) /** * Notified when the canvas's GL state needs to be initialized. This is * called immediately before drawing the contents of the canvas for the * first time (during a paint event). */ DENG2_DEFINE_AUDIENCE2(GLInit, void canvasGLInit(Canvas &)) /** * Notified when a canvas's size has changed. */ DENG2_DEFINE_AUDIENCE2(GLResize, void canvasGLResized(Canvas &)) /** * Notified when drawing of the canvas contents has been requested. */ DENG2_DEFINE_AUDIENCE2(GLDraw, void canvasGLDraw(Canvas &)) /** * Notified when the canvas gains or loses input focus. */ DENG2_DEFINE_AUDIENCE2(FocusChange, void canvasFocusChanged(Canvas &, bool hasFocus)) public: explicit Canvas(CanvasWindow *parent, QGLWidget* shared = 0); /** * Sets or changes the CanvasWindow that owns this Canvas. * * @param parent Canvas window instance. */ void setParent(CanvasWindow *parent); /** * Grabs the contents of the canvas framebuffer. * * @param outputSize If specified, the contents will be scaled to this size before * the image is returned. * * @return Framebuffer contents (no alpha channel). */ QImage grabImage(QSize const &outputSize = QSize()); /** * Grabs a portion of the contents of the canvas framebuffer. * * @param area Portion to grab. * @param outputSize If specified, the contents will be scaled to this size before * the image is returned. * * @return Framebuffer contents (no alpha channel). */ QImage grabImage(QRect const &area, QSize const &outputSize = QSize()); /** * Grabs the contents of the canvas framebuffer and creates an OpenGL * texture out of it. * * @param outputSize If specified, the contents will be scaled to this size before * the image is returned. * * @return OpenGL texture name. Caller is responsible for deleting the texture. */ GLuint grabAsTexture(QSize const &outputSize = QSize()); GLuint grabAsTexture(QRect const &area, QSize const &outputSize = QSize()); /** * Returns the size of the canvas in pixels. */ Size size() const; /** * When the mouse is trapped, all mouse input is grabbed, the mouse cursor * is hidden, and mouse movement is submitted as deltas via EventSource. * * @param trap Enable or disable the mouse trap. */ void trapMouse(bool trap = true); /** * Determines if the mouse is presently trapped by the canvas. */ bool isMouseTrapped() const; bool isGLReady() const; /** * Replaces the current audiences of this canvas with another canvas's * audiences. * * @param other Canvas instance. */ void copyAudiencesFrom(Canvas const &other); /** * Returns a render target that renders to this canvas. * * @return GL render target. */ GLTarget &renderTarget() const; GLFramebuffer &framebuffer(); /** * Copies or swaps the back buffer to the front, making it visible. */ void swapBuffers(gl::SwapBufferMode swapMode = gl::SwapMonoBuffer); protected: void initializeGL(); void resizeGL(int w, int h); void paintGL(); // Native events. void focusInEvent(QFocusEvent *ev); void focusOutEvent(QFocusEvent *ev); void keyPressEvent(QKeyEvent *ev); void keyReleaseEvent(QKeyEvent *ev); void mousePressEvent(QMouseEvent *ev); void mouseReleaseEvent(QMouseEvent *ev); void mouseMoveEvent(QMouseEvent *ev); void wheelEvent(QWheelEvent *ev); void showEvent(QShowEvent *ev); protected slots: void notifyReady(); void updateSize(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_CANVAS_H doomsday-1.14.5/doomsday/libgui/include/de/gui/displaymode.h0000664000175000017500000001077712350542240023272 0ustar jaakkojaakko/** * @file displaymode.h * Changing and enumerating available display modes. @ingroup gl * * High-level logic for enumerating, selecting, and changing display modes. See * displaymode_native.h for the platform-specific low-level routines. * * @todo This is C because it was relocated from the client. It should be * converted to a C++. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_DISPLAYMODE_H #define LIBGUI_DISPLAYMODE_H #include "libgui.h" #include "de/libdeng2.h" #ifdef __cplusplus extern "C" { #endif typedef struct displaymode_s { int width; int height; float refreshRate; // might be zero int depth; // Calculated automatically: int ratioX; int ratioY; } DisplayMode; typedef struct displaycolortransfer_s { unsigned short table[3 * 256]; // 0-255:red, 256-511:green, 512-767:blue (range: 0..ffff) } DisplayColorTransfer; /** * Initializes the DisplayMode class. Enumerates all available display modes and * saves the current display mode. Must be called at engine startup. * * @return @c true, if display modes were initialized successfully. */ LIBGUI_PUBLIC int DisplayMode_Init(void); /** * Gets the current color transfer function and saves it as the one that will be * restored at shutdown. */ LIBGUI_PUBLIC void DisplayMode_SaveOriginalColorTransfer(void); /** * Shuts down the DisplayMode class. The current display mode is restored to what * it was at initialization time. */ LIBGUI_PUBLIC void DisplayMode_Shutdown(void); /** * Returns the display mode that was in use when DisplayMode_Init() was called. */ LIBGUI_PUBLIC DisplayMode const *DisplayMode_OriginalMode(void); /** * Returns the current display mode. */ LIBGUI_PUBLIC DisplayMode const *DisplayMode_Current(void); /** * Returns the number of available display modes. */ LIBGUI_PUBLIC int DisplayMode_Count(void); /** * Returns one of the available display modes. Use DisplayMode_Count() to * determine how many modes are available. * * @param index Index of the mode, must be between 0 and DisplayMode_Count() - 1. */ LIBGUI_PUBLIC DisplayMode const *DisplayMode_ByIndex(int index); /** * Finds the closest available mode to the given criteria. * * @param width Width in pixels. * @param height Height in pixels. * @param depth Color depth (bits per color component). * @param freq Refresh rate. If zero, prefers rates closest to the mode at startup time. * * @return Mode that most closely matches the criteria. Always returns one of * the available modes; returns @c NULL only if DisplayMode_Init() has not yet * been called. */ LIBGUI_PUBLIC DisplayMode const *DisplayMode_FindClosest(int width, int height, int depth, float freq); /** * Determines if two display modes are equivalent. * * @param a DisplayMode instance. * @param b DisplayMode instance. * * @return @c true or @c false. */ LIBGUI_PUBLIC int DisplayMode_IsEqual(DisplayMode const *a, DisplayMode const *b); /** * Changes the display mode. * * @param mode Mode to change to. Must be one of the modes returned by the functions in displaymode.h. * @param shouldCapture @c true, if the mode is intended to capture the entire display. * * @return @c true, if a mode change occurred. @c false, otherwise (bad mode or * when attempting to change to the current mode). */ LIBGUI_PUBLIC int DisplayMode_Change(DisplayMode const *mode, int shouldCapture); /** * Gets the current color transfer table. * * @param colors Color transfer. */ LIBGUI_PUBLIC void DisplayMode_GetColorTransfer(DisplayColorTransfer *colors); /** * Sets the color transfer table. * * @param colors Color transfer. */ LIBGUI_PUBLIC void DisplayMode_SetColorTransfer(DisplayColorTransfer const *colors); #ifdef __cplusplus } // extern "C" #endif #endif // LIBGUI_DISPLAYMODE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glentrypoints.h0000664000175000017500000001330412350542240023666 0ustar jaakkojaakko/** @file glentrypoints.h API entry points for OpenGL (Windows/Linux). * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLENTRYPOINTS_H #define LIBGUI_GLENTRYPOINTS_H #include "libgui.h" #if defined(WIN32) || (defined(UNIX) && !defined(MACOSX)) # define LIBGUI_USE_GLENTRYPOINTS #endif #ifdef LIBGUI_USE_GLENTRYPOINTS #ifdef WIN32 # define WIN32_LEAN_AND_MEAN # include # ifdef min # undef min # endif # ifdef max # undef max # endif #endif #undef GL_GLEXT_PROTOTYPES #include #include #if defined(WIN32) # include # define LIBGUI_FETCH_GL_1_3 #endif #ifdef LIBGUI_FETCH_GL_1_3 LIBGUI_EXTERN_C LIBGUI_PUBLIC PFNGLACTIVETEXTUREPROC glActiveTexture; LIBGUI_EXTERN_C LIBGUI_PUBLIC PFNGLBLENDEQUATIONPROC glBlendEquation; LIBGUI_EXTERN_C LIBGUI_PUBLIC PFNGLCLIENTACTIVETEXTUREPROC glClientActiveTexture; LIBGUI_EXTERN_C LIBGUI_PUBLIC PFNGLMULTITEXCOORD2FPROC glMultiTexCoord2f; LIBGUI_EXTERN_C LIBGUI_PUBLIC PFNGLMULTITEXCOORD2FVPROC glMultiTexCoord2fv; #endif #ifdef WIN32 LIBGUI_EXTERN_C LIBGUI_PUBLIC PFNWGLGETEXTENSIONSSTRINGARBPROC wglGetExtensionsStringARB; #endif LIBGUI_EXTERN_C PFNGLATTACHSHADERPROC glAttachShader; LIBGUI_EXTERN_C PFNGLBINDATTRIBLOCATIONPROC glBindAttribLocation; LIBGUI_EXTERN_C PFNGLBINDBUFFERPROC glBindBuffer; LIBGUI_EXTERN_C PFNGLBINDFRAMEBUFFERPROC glBindFramebuffer; LIBGUI_EXTERN_C PFNGLBINDRENDERBUFFERPROC glBindRenderbuffer; LIBGUI_EXTERN_C PFNGLBLENDFUNCSEPARATEPROC glBlendFuncSeparate; LIBGUI_EXTERN_C PFNGLBUFFERDATAPROC glBufferData; LIBGUI_EXTERN_C PFNGLCHECKFRAMEBUFFERSTATUSPROC glCheckFramebufferStatus; LIBGUI_EXTERN_C PFNGLCOMPILESHADERPROC glCompileShader; LIBGUI_EXTERN_C PFNGLCREATEPROGRAMPROC glCreateProgram; LIBGUI_EXTERN_C PFNGLCREATESHADERPROC glCreateShader; LIBGUI_EXTERN_C PFNGLDELETEBUFFERSPROC glDeleteBuffers; LIBGUI_EXTERN_C PFNGLDELETEFRAMEBUFFERSPROC glDeleteFramebuffers; LIBGUI_EXTERN_C PFNGLDELETEPROGRAMPROC glDeleteProgram; LIBGUI_EXTERN_C PFNGLDELETERENDERBUFFERSPROC glDeleteRenderbuffers; LIBGUI_EXTERN_C PFNGLDELETESHADERPROC glDeleteShader; LIBGUI_EXTERN_C PFNGLDETACHSHADERPROC glDetachShader; LIBGUI_EXTERN_C PFNGLDISABLEVERTEXATTRIBARRAYPROC glDisableVertexAttribArray; LIBGUI_EXTERN_C PFNGLENABLEVERTEXATTRIBARRAYPROC glEnableVertexAttribArray; LIBGUI_EXTERN_C PFNGLFRAMEBUFFERRENDERBUFFERPROC glFramebufferRenderbuffer; LIBGUI_EXTERN_C PFNGLFRAMEBUFFERTEXTURE2DPROC glFramebufferTexture2D; LIBGUI_EXTERN_C PFNGLGENBUFFERSPROC glGenBuffers; LIBGUI_EXTERN_C PFNGLGENFRAMEBUFFERSPROC glGenFramebuffers; LIBGUI_EXTERN_C PFNGLGENERATEMIPMAPPROC glGenerateMipmap; LIBGUI_EXTERN_C PFNGLGENRENDERBUFFERSPROC glGenRenderbuffers; LIBGUI_EXTERN_C PFNGLGETATTRIBLOCATIONPROC glGetAttribLocation; LIBGUI_EXTERN_C PFNGLGETPROGRAMINFOLOGPROC glGetProgramInfoLog; LIBGUI_EXTERN_C PFNGLGETPROGRAMIVPROC glGetProgramiv; LIBGUI_EXTERN_C PFNGLGETSHADERINFOLOGPROC glGetShaderInfoLog; LIBGUI_EXTERN_C PFNGLGETSHADERIVPROC glGetShaderiv; LIBGUI_EXTERN_C PFNGLGETSHADERSOURCEPROC glGetShaderSource; LIBGUI_EXTERN_C PFNGLGETUNIFORMLOCATIONPROC glGetUniformLocation; LIBGUI_EXTERN_C PFNGLISBUFFERPROC glIsBuffer; LIBGUI_EXTERN_C PFNGLISFRAMEBUFFERPROC glIsFramebuffer; LIBGUI_EXTERN_C PFNGLISPROGRAMPROC glIsProgram; LIBGUI_EXTERN_C PFNGLLINKPROGRAMPROC glLinkProgram; LIBGUI_EXTERN_C PFNGLRENDERBUFFERSTORAGEPROC glRenderbufferStorage; LIBGUI_EXTERN_C PFNGLSHADERSOURCEPROC glShaderSource; LIBGUI_EXTERN_C PFNGLUNIFORM1FPROC glUniform1f; LIBGUI_EXTERN_C PFNGLUNIFORM1IPROC glUniform1i; LIBGUI_EXTERN_C PFNGLUNIFORM2FPROC glUniform2f; LIBGUI_EXTERN_C PFNGLUNIFORM3FPROC glUniform3f; LIBGUI_EXTERN_C PFNGLUNIFORM4FPROC glUniform4f; LIBGUI_EXTERN_C PFNGLUNIFORMMATRIX3FVPROC glUniformMatrix3fv; LIBGUI_EXTERN_C PFNGLUNIFORMMATRIX4FVPROC glUniformMatrix4fv; LIBGUI_EXTERN_C PFNGLUSEPROGRAMPROC glUseProgram; LIBGUI_EXTERN_C PFNGLVERTEXATTRIBPOINTERPROC glVertexAttribPointer; // Extensions: LIBGUI_EXTERN_C PFNGLBLITFRAMEBUFFEREXTPROC glBlitFramebufferEXT; LIBGUI_EXTERN_C PFNGLRENDERBUFFERSTORAGEMULTISAMPLEEXTPROC glRenderbufferStorageMultisampleEXT; #ifdef GL_NV_framebuffer_multisample_coverage LIBGUI_EXTERN_C PFNGLRENDERBUFFERSTORAGEMULTISAMPLECOVERAGENVPROC glRenderbufferStorageMultisampleCoverageNV; #endif void getAllOpenGLEntryPoints(); #ifdef Q_WS_X11 LIBGUI_PUBLIC char const *getGLXExtensionsString(); LIBGUI_PUBLIC void setXSwapInterval(int interval); void getGLXEntryPoints(); #endif #endif // LIBGUI_USE_GLENTRYPOINTS #endif // LIBGUI_GLENTRYPOINTS_H doomsday-1.14.5/doomsday/libgui/include/de/gui/mouseeventsource.h0000664000175000017500000000277212350542240024367 0ustar jaakkojaakko/** @file mouseeventsource.h Object that produces mouse events. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_MOUSEEVENTSOURCE_H #define LIBGUI_MOUSEEVENTSOURCE_H #include "libgui.h" #include "mouseevent.h" #include #include namespace de { /** * Object that produces mouse events. */ class LIBGUI_PUBLIC MouseEventSource { public: enum State { Untrapped, Trapped }; DENG2_DEFINE_AUDIENCE2(MouseStateChange, void mouseStateChanged(State)) DENG2_DEFINE_AUDIENCE2(MouseEvent, void mouseEvent(MouseEvent const &)) public: MouseEventSource(); virtual ~MouseEventSource() {} private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_MOUSEEVENTSOURCE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/gltarget.h0000664000175000017500000002376112350542240022566 0ustar jaakkojaakko/** @file gltarget.h GL render target. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLTARGET_H #define LIBGUI_GLTARGET_H #include #include #include #include #include #include #include #include "libgui.h" #include "opengl.h" #include "../GLTexture" namespace de { /** * GL render target. * * @ingroup gl */ class LIBGUI_PUBLIC GLTarget : public Asset { public: /// Something is incorrect in the configuration of the contained /// framebuffer object. @ingroup errors DENG2_ERROR(ConfigError); enum Flag { Color = 0x1, ///< Target has a color attachment. Depth = 0x2, ///< Target has a depth attachment. Stencil = 0x4, ///< Target has a stencil attachment. Changed = 0x8, ///< Draw/clear has occurred on the target. ColorDepth = Color | Depth, ColorDepthStencil = Color | Depth | Stencil, ColorStencil = Color | Stencil, DepthStencil = Depth | Stencil, NoAttachments = 0, DefaultFlags = ColorDepth }; Q_DECLARE_FLAGS(Flags, Flag) typedef Vector2ui Size; /** * Utility for temporarily using an alternative buffer as one of a render * target's attachments. Usage: * - construct as a local variable * - init * - automatically deinited when goes out of scope */ class LIBGUI_PUBLIC AlternativeBuffer { public: /** * Prepares an alternative texture attachment. The new texture is not * taken into use yet. * * @param target The rendering target this is for. * @param texture Texture to use as alternative attachment. * @param attachment Which attachment. */ AlternativeBuffer(GLTarget &target, GLTexture &texture, Flags const &attachment); /** * Automatically deinitialize the alternative buffer, if it was taken * into use. */ ~AlternativeBuffer(); /** * Take the alternative buffer into use. The original buffer is * remembered and will be restored when the alternative buffer is no * longer in use. Nothing happens if this already has been called * previously. * * @return @c true, if initialization was done. Otherwise, @c false * (for example if already initialized). */ bool init(); /** * Restores the original attachment. * * @return @c true, if the original attachment was restored. Otherwise, * @c false (for example if already deinitialized). */ bool deinit(); GLTarget &target() const; private: DENG2_PRIVATE(d) }; public: /** * Constructs a default render target (the window framebuffer). */ GLTarget(); /** * Constructs a render target than renders onto a texture. The texture must * be initialized with the appropriate size beforehand. * * @param colorTarget Target texture for Color attachment. * @param otherAttachments Other supporting attachments (renderbuffers). */ GLTarget(GLTexture &colorTarget, Flags const &otherAttachments = NoAttachments); /** * Constructs a render target with a texture attachment and optionally * other renderbuffer attachments. * * @param attachment Where to attach the texture (color, depth, stencil). * @param texture Texture to render on. * @param otherAttachments Other supporting attachments (renderbuffers). */ GLTarget(Flags const &attachment, GLTexture &texture, Flags const &otherAttachments = NoAttachments); //GLTarget(GLTexture *color, GLTexture *depth = 0, GLTexture *stencil = 0); /** * Constructs a render target with a specific size. * * @param size Size of the render target. * @param flags Attachments to set up. */ GLTarget(Vector2ui const &size, Flags const &flags = DefaultFlags); Flags flags() const; /** * Marks the rendering target modified. This is done automatically when the * target is cleared or when GLBuffer is used to draw something on the * target. */ void markAsChanged(); /** * Reconfigures the render target back to the default OpenGL framebuffer. * All attachments will be released. */ void configure(); /** * Configure the target with one or more renderbuffers. Multisampled buffers * can be configured by giving a @a sampleCount higher than 1. * * @param size Size of the render target. * @param flags Which attachments to set up. * @param sampleCount Number of samples per pixel in each attachment. */ void configure(Vector2ui const &size, Flags const &flags = DefaultFlags, int sampleCount = 1); /** * Reconfigures the render target with two textures, one for the color * values and one for depth/stencil values. * * If @a colorTex or @a depthStencilTex is omitted, a renderbuffer will be * created in its place. * * Any previous attachments are released. * * @param colorTex Texture for color values. * @param depthStencilTex Texture for depth/stencil values. */ void configure(GLTexture *colorTex, GLTexture *depthStencilTex); /** * Changes the configuration of the render target. Any previously allocated * renderbuffers are released. * * @param attachment Where to attach @a texture. * @param texture Texture to render on. * @param otherAttachments Other supporting attachments (renderbuffers). */ void configure(Flags const &attachment, GLTexture &texture, Flags const &otherAttachments = NoAttachments); /** * Activates this render target as the one where GL drawing is being done. */ void glBind() const; /** * Deactivates the render target. */ void glRelease() const; GLuint glName() const; Size size() const; /** * Copies the contents of the render target's color attachment to an image. */ QImage toImage() const; /** * Sets the color for clearing the target (see clear()). * * @param color Color for clearing. */ void setClearColor(Vector4f const &color); /** * Clears the contents of the render target's attached buffers. * * @param attachments Which ones to clear. */ void clear(Flags const &attachments); /** * Resizes the target's attached buffers and/or textures to a new size. * Nothing happens if the provided size is the same as the current size. If * resizing occurs, the contents of all buffers/textures become undefined. * * @param size New size for buffers and/or textures. */ void resize(Size const &size); /** * Returns the texture being used for a particular attachment in this target. * * @param attachment Which attachment. * @return */ GLTexture *attachedTexture(Flags const &attachment) const; /** * Replaces a currently attached texture with another. * * @param attachment Which attachment. * @param texture New texture to use as the attachment. */ void replaceAttachment(Flags const &attachment, GLTexture &texture); /** * Sets the target that is actually bound when this GLTarget is bound. * Intended to be used with multisampled buffers. * * @param proxy Proxy target. */ void setProxy(GLTarget const *proxy); void updateFromProxy(); /** * Blits this target's contents to the @a copy target. * * @param dest Target where to copy this target's contents. * @param attachments Which attachments to blit. * @param filtering Filtering to use if source and destinations sizes * aren't the same. */ void blit(GLTarget &dest, Flags const &attachments = Color, gl::Filter filtering = gl::Nearest) const; /** * Sets the subregion inside the render target where scissor and viewport * will be scaled into. Scissor and viewport can still be defined as if the * entire window was in use; this only applies an offset and scaling to * both. * * @param rect Target window rectangle. Set a null rectangle to * use the entire window (like normally). * @param applyGLState Immediately update current OpenGL state accordingly. */ void setActiveRect(Rectangleui const &rect, bool applyGLState = false); void unsetActiveRect(bool applyGLState = false); Vector2f activeRectScale() const; Vector2f activeRectNormalizedOffset() const; Rectangleui scaleToActiveRect(Rectangleui const &rect) const; Rectangleui const &activeRect() const; bool hasActiveRect() const; /** * Returns the area of the target currently in use. This is the full area * of the target, if there is no active rectangle specified. Otherwise * some sub-area of the target is returned. */ Rectangleui rectInUse() const; private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(GLTarget::Flags) } // namespace de #endif // LIBGUI_GLTARGET_H doomsday-1.14.5/doomsday/libgui/include/de/gui/keyevent.h0000664000175000017500000000502712350542240022602 0ustar jaakkojaakko/** @file gui/keyevent.h Input event from a keyboard. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_KEYEVENT_H #define LIBGUI_KEYEVENT_H #include "libgui.h" #include "ddkey.h" #include #include #include namespace de { /** * Input event generated by a keyboard device. @ingroup ui */ class LIBGUI_PUBLIC KeyEvent : public de::Event { public: enum State { Released, ///< Released key. Pressed, ///< Pressed key. Repeat ///< Repeat while held pressed. }; enum Modifier { Shift = 1, Control = 2, Alt = 4, Meta = 8, NoModifiers = 0 }; Q_DECLARE_FLAGS(Modifiers, Modifier) public: KeyEvent(); KeyEvent(State keyState, int qtKeyCode, int ddKeyCode, int nativeKeyCode, de::String const &keyText, Modifiers const &mods = NoModifiers); State state() const; inline int qtKey() const { return _qtKey; } inline int ddKey() const { return _ddKey; } inline int nativeCode() const { return _nativeCode; } inline de::String const &text() const { return _text; } inline Modifiers modifiers() const { return _mods; } bool isModifier() const; /** * Translates a Qt key code to a Doomsday key code (see ddkey.h). * * @param qtKey Qt key code. * @param nativeVirtualKey Native virtual key code. * @param nativeScanCode Native scan code. * * @return DDKEY code. */ static int ddKeyFromQt(int qtKey, int nativeVirtualKey, int nativeScanCode); private: int _qtKey; Modifiers _mods; int _ddKey; int _nativeCode; de::String _text; }; Q_DECLARE_OPERATORS_FOR_FLAGS(KeyEvent::Modifiers) } // namespace de #endif // LIBGUI_KEYEVENT_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glframebuffer.h0000664000175000017500000000662612350542240023565 0ustar jaakkojaakko/** @file glframebuffer.h GL frame buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLFRAMEBUFFER_H #define LIBGUI_GLFRAMEBUFFER_H #include #include #include "../GLTarget" #include "../GLTexture" #include "../Image" namespace de { namespace gl { enum SwapBufferMode { SwapMonoBuffer, SwapStereoLeftBuffer, SwapStereoRightBuffer, SwapStereoBuffers }; } class Canvas; /** * GL framebuffer that stores color, depth, and stencil values in GL textures. * Automatically sets up and updates a render target where the textures are * attached. Provides a way to swap the contents of the framebuffer to a * Canvas's back buffer. * * The framebuffer must be manually resized as appropriate. * * Supports multisampling using EXT_framebuffer_multisample and * EXT_framebuffer_blit. */ class LIBGUI_PUBLIC GLFramebuffer : public Asset { public: typedef Vector2ui Size; public: GLFramebuffer(Image::Format const & colorFormat = Image::RGB_888, Size const & initialSize = Size(), int sampleCount = 0 /*default*/); void glInit(); void glDeinit(); void setSampleCount(int sampleCount); void setColorFormat(Image::Format const &colorFormat); /** * Resizes the framebuffer's textures. If the new size is the same as the * current one, nothing happens. * * @param newSize New size for the framebuffer. */ void resize(Size const &newSize); Size size() const; GLTarget &target() const; GLTexture &colorTexture() const; GLTexture &depthStencilTexture() const; /** * Swaps buffers. * * @param canvas Canvas where to swap. * @param swapMode Stereo swapping mode: * - gl::SwapMonoBuffer: swap is done normally into the Canvas's framebuffer * - gl::SwapStereoLeftBuffer: swap updates the back/left stereo buffer * - gl::SwapStereoRightBuffer: swap updates the back/right stereo buffer */ void swapBuffers(Canvas &canvas, gl::SwapBufferMode swapMode = gl::SwapMonoBuffer); public: /** * Sets the default sample count for all frame buffers. * * All existing GLFramebuffer instances that have been set to use the default sample * count will be updated to use the new count (i.e., contents lost). * * @param sampleCount Sample count. * * @return @c true, iff the default value was changed. */ static bool setDefaultMultisampling(int sampleCount); static int defaultMultisampling(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLFRAMEBUFFER_H doomsday-1.14.5/doomsday/libgui/include/de/gui/mouseevent.h0000664000175000017500000000441512350542240023142 0ustar jaakkojaakko/** @file mouseevent.h Input event from a mouse. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_MOUSEEVENT_H #define LIBGUI_MOUSEEVENT_H #include #include #include "libgui.h" namespace de { /** * Input event from a mouse. @ingroup ui */ class LIBGUI_PUBLIC MouseEvent : public Event { public: enum MotionType { Absolute = 0, Relative = 1, Wheel = 2 }; enum Button { Unknown = -1, Left = 0, Middle = 1, Right = 2, XButton1 = 3, XButton2 = 4 }; enum ButtonState { Released, ///< Released button. Pressed ///< Pressed button. }; enum WheelMotion { FineAngle, Step }; public: MouseEvent(); MouseEvent(MotionType motion, Vector2i const &pos); MouseEvent(WheelMotion wheelMotion, Vector2i const &wheel, Vector2i const &pos); MouseEvent(Button button, ButtonState state, Vector2i const &pos); MotionType motion() const; Vector2i const &pos() const { return _pos; } WheelMotion wheelMotion() const { return _wheelMotion; } Vector2i const &wheel() const { return _wheel; } Button button() const { return _button; } ButtonState state() const { return _state; } void setPos(Vector2i const &p) { _pos = p; } private: Vector2i _pos; WheelMotion _wheelMotion; Vector2i _wheel; Button _button; ButtonState _state; }; } // namespace de #endif // LIBGUI_MOUSEEVENT_H doomsday-1.14.5/doomsday/libgui/include/de/gui/atlas.h0000664000175000017500000001745312350542240022062 0ustar jaakkojaakko/** @file atlas.h Image-based atlas. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_ATLAS_H #define LIBGUI_ATLAS_H #include #include #include #include #include #include #include #include "../Image" namespace de { /** * Abstract image-based atlas. * * The logic that determines how and where new content is allocated is * completely handled by the IAllocator attached to the Atlas. * * @ingroup gui */ class LIBGUI_PUBLIC Atlas : public Lockable { public: typedef Image::Size Size; enum Flag { /** * A copy of the full atlas is kept in memory. */ BackingStore = 0x1, /** * When the atlas is too full, it will be defragmented in an attempt to * rearrange the content more efficiently. Useful with dynamic atlases * where lots of allocations and releases occur predictably. Requires * BackingStore. */ AllowDefragment = 0x2, /** * If using a backing store, wrap borders using the source image. This allows * filtering the contents using wrapped coordinates. Borders are by default * duplicated from neighboring pixels (for clamped filtering). Set border size * with setBorderSize(). */ WrapBordersInBackingStore = 0x4, /** * All commits are logged as XVerbose log entries. A commit occurs when the * atlas backing store contents are copied to the actual atlas storage (for * instance a GL texture). */ LogCommitsAsXVerbose = 0x8, DefaultFlags = 0 }; Q_DECLARE_FLAGS(Flags, Flag) typedef QSet Ids; /** * Interface for allocator logic. Each Atlas requires one IAllocator object to * determine where to place allocated images. */ class LIBGUI_PUBLIC IAllocator { public: typedef QMap Allocations; public: virtual ~IAllocator() {} /** * Define the metrics for the atlas. * * @param totalSize Total area available. * @param margin Number of pixels to leave between each allocated * image and also each edge of the total area. */ virtual void setMetrics(Size const &totalSize, int margin) = 0; virtual void clear() = 0; virtual Id allocate(Size const &size, Rectanglei &rect) = 0; virtual void release(Id const &id) = 0; /** * Finds an optimal layout for all of the allocations. */ virtual bool optimize() = 0; virtual int count() const = 0; virtual Ids ids() const = 0; virtual void rect(Id const &id, Rectanglei &rect) const = 0; /** * Returns all the present allocations. */ virtual Allocations allocs() const = 0; }; /** * Audience that will be notified if the existing allocations are * repositioned for some reasons (e.g., defragmentation). Normally once * allocated, content will remain at its initial place. */ DENG2_DEFINE_AUDIENCE2(Reposition, void atlasContentRepositioned(Atlas &)) /** * Audience that will be notified when an allocation fails due to the atlas * being so full that there is no room for the new image. */ DENG2_DEFINE_AUDIENCE2(OutOfSpace, void atlasOutOfSpace(Atlas &)) public: /** * Constructs a new atlas. */ Atlas(Flags const &flags = DefaultFlags, Size const &totalSize = Size()); /** * Sets the allocator for the atlas. The atlas is cleared automatically. * * @param allocator Allocator instance. Atlas gets ownership. */ void setAllocator(IAllocator *allocator); /** * Sets the size of the margin that is left between allocations. The default is * one (transparent black) pixel. * * @param marginPixels Number of pixels to retain as margins around allocations. */ void setMarginSize(dint marginPixels); /** * Sets the size of borders that are added around allocations. The size of the * allocated area is increased internally by this many units on each size. * * If WrapBordersInBackingStore is used, each border is taken from the opposite * side of the source image. By default, the borders duplicate the neighboring * pixels on each edge. * * @param borderPixels Number of pixels to add as border padding. */ void setBorderSize(dint borderPixels); /** * Empties the contents of the atlas. The size of the backing store is not * changed. */ void clear(); /** * Resizes the atlas. * * @param totalSize Total size of the atlas in pixels. */ void setTotalSize(Size const &totalSize); Size totalSize() const; /** * Attempts to allocate an image into the atlas. If defragmentation is * allowed, it may occur during the operation. * * @param image Image content to allocate. * * @return Identifier of the allocated image. If Id::None, the allocation * failed because the atlas is too full. */ Id alloc(Image const &image); /** * Releases a previously allocated image from the atlas. * * @param id Identifier of an allocated image. */ void release(Id const &id); bool contains(Id const &id) const; /** * Returns the number of images in the atlas. */ int imageCount() const; inline bool isEmpty() const { return !imageCount(); } /** * Returns the identifiers of all images in the atlas. */ Ids allImages() const; /** * Returns the position of an allocated image in the atlas. * * @param id Image identifier. * * @return Coordinates of the image on the atlas (as pixels). Always within * the Atlas::size(). */ Rectanglei imageRect(Id const &id) const; /** * Returns the normalized position of an allocated image in the atlas. * * @param id Image identifier. * * @return Normalized coordinates of the image on the atlas. Always within * [0,1]. */ Rectanglef imageRectf(Id const &id) const; /** * Returns the image content allocated earlier. Requires BackingStore. * * @param id Image identifier. * * @return Image that was provided earlier to alloc(). */ Image image(Id const &id) const; /** * Request committing the backing store to the physical atlas storage. * This does nothing if there are no changes in the atlas. */ void commit() const; protected: virtual void commitFull(Image const &fullImage) const = 0; /** * Commits a image to the actual physical atlas storage. * * @param image Image to commit. * @param topLeft Top left corner of where to place the image. */ virtual void commit(Image const &image, Vector2i const &topLeft) const = 0; private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(Atlas::Flags) } // namespace de #endif // LIBGUI_ATLAS_H doomsday-1.14.5/doomsday/libgui/include/de/gui/image.h0000664000175000017500000001125212350542240022027 0ustar jaakkojaakko/** @file image.h Wrapper over QImage. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_IMAGE_H #define LIBGUI_IMAGE_H #include #include #include #include #include #include #include "libgui.h" #include "../GLPixelFormat" namespace de { /** * Thin wrapper over QImage allowing use of some custom/raw image formats. * * Some image formats do not allow drawing. As a rule, all QImage-based formats * support drawing (via QPainter). * * @todo Merge image_t and the related Image_* routines into here. */ class LIBGUI_PUBLIC Image : public ISerializable { public: /** * Supported GL-friendly formats. Note that all QImage formats cannot be * uploaded to OpenGL. */ enum Format { Unknown = -1, UseQImageFormat = 0, ///< May not be GL friendly. Luminance_8 = 1, LuminanceAlpha_88 = 2, Alpha_8 = 3, RGB_555 = 4, RGB_565 = 5, RGB_444 = 6, RGB_888 = 7, ///< 24-bit depth. RGBA_4444 = 8, RGBA_5551 = 9, RGBA_8888 = 10, RGBx_8888 = 11 ///< 32-bit depth, alpha data ignored. }; typedef Vector2ui Size; typedef Vector4ub Color; public: Image(); Image(Image const &other); Image(QImage const &image); /** * Constructs an image, taking a copy of the pixel data. * * @param size Size of the image. * @param format Data format. * @param pixels Pixel data. */ Image(Size const &size, Format format, IByteArray const &pixels); Image(Size const &size, Format format, ByteRefArray const &refPixels); Image &operator = (Image const &other); Image &operator = (QImage const &other); Format format() const; QImage::Format qtFormat() const; Size size() const; Rectanglei rect() const; duint width() const { return size().x; } duint height() const { return size().y; } /** * Number of bits per pixel. */ int depth() const; /** * Number of bytes between rows in the pixel data. */ int stride() const; /** * Total number of bytes in the pixel data. */ int byteCount() const; void const *bits() const; void *bits(); /** * Determines if the image has a zero size (no pixels). */ bool isNull() const; /** * Determines if the image format can be uploaded to OpenGL without * conversion of any kind. */ bool isGLCompatible() const; bool canConvertToQImage() const; /** * Converts the image to a QImage. Only allowed if canConvertToQImage() * returns @c true. * * @return QImage instance. */ QImage toQImage() const; GLPixelFormat glFormat() const; // Drawing/editing methods. Image subImage(Rectanglei const &subArea) const; void resize(Size const &size); void fill(Color const &color); void fill(Rectanglei const &rect, Color const &color); void draw(Image const &image, Vector2i const &topLeft); void drawPartial(Image const &image, Rectanglei const &part, Vector2i const &topLeft); // Implements ISerializable. void operator >> (Writer &to) const; void operator << (Reader &from); public: static GLPixelFormat glFormat(Format imageFormat); static GLPixelFormat glFormat(QImage::Format qtImageFormat); static Image solidColor(Color const &color, Size const &size); /** * Loads an image from a block of data. The format of the image is autodetected. * In addition to image formats supported by Qt, this can load 8-bit paletted PCX * (ZSoft Paintbrush) images. * * @param data Block of data containing image data. */ static Image fromData(IByteArray const &data); /// @copydoc fromData() static Image fromData(Block const &data); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_IMAGE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/displaymode_native.h0000664000175000017500000000354712350542240024635 0ustar jaakkojaakko/** * @file displaymode_native.h * Changing and enumerating available display modes using native APIs. @ingroup gl * * These routines are only intended to be used privately by the DisplayMode * class. Never call these directly unless you are sure you want to access * platform specific low-level functionality. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_DISPLAYMODE_NATIVE_H #define LIBDENG_DISPLAYMODE_NATIVE_H #include "displaymode.h" #ifdef __cplusplus extern "C" { #endif void DisplayMode_Native_Init(void); void DisplayMode_Native_Shutdown(void); int DisplayMode_Native_Count(void); void DisplayMode_Native_GetMode(int index, DisplayMode* mode); void DisplayMode_Native_GetCurrentMode(DisplayMode* mode); int DisplayMode_Native_Change(const DisplayMode* mode, int shouldCapture); void DisplayMode_Native_GetColorTransfer(DisplayColorTransfer *colors); void DisplayMode_Native_SetColorTransfer(DisplayColorTransfer const *colors); #ifdef MACOSX void DisplayMode_Native_Raise(void* handle); #endif #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_DISPLAYMODE_NATIVE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/canvaswindow.h0000664000175000017500000001260612350542240023454 0ustar jaakkojaakko/** @file canvaswindow.h Top-level window with a Canvas. * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_CANVASWINDOW_H #define LIBGUI_CANVASWINDOW_H #include #include #include #include #include #include "../GLFramebuffer" #ifdef WIN32 # undef min # undef max #endif namespace de { /** * Top-level window that contains an OpenGL drawing canvas. @ingroup base * * CanvasWindow is the window frame and Canvas is the drawing surface. These * two are in separate classes as the former is a top-level window and the * latter is a regular widget inside the window. Also, the canvas may need to * be replaced with one using a different OpenGL surface (for instance when * switching on FSAA). This @em recreation of the canvas is managed here in * CanvasWindow. * * @see Canvas */ class LIBGUI_PUBLIC CanvasWindow : public QMainWindow, DENG2_OBSERVES(Canvas, GLReady), DENG2_OBSERVES(Canvas, GLDraw) { Q_OBJECT public: typedef Vector2ui Size; DENG2_AS_IS_METHODS() public: CanvasWindow(); /** * Determines if the canvas is ready for GL drawing. */ bool isReady() const; float frameRate() const; /** * Determines the current top left corner (origin) of the window. */ inline Vector2i pos() const { return Vector2i(x(), y()); } inline Size size() const { return Size(de::max(0, width()), de::max(0, height())); } /** * Determines the current width of window's Canvas in pixels. */ inline int width() const { return canvas().width(); } /** * Determines the current height of window's Canvas in pixels. */ inline int height() const { return canvas().height(); } /** * Recreates the contained Canvas with an updated GL format. The context is * shared with the old Canvas. */ void recreateCanvas(); Canvas& canvas() const; /** * Determines if a Canvas instance is owned by this window. * * @param c Canvas instance. * * @return @c true or @c false. */ bool ownsCanvas(Canvas *c) const; // Events. #ifdef WIN32 bool event(QEvent *); // Alt key kludge #endif void hideEvent(QHideEvent *); /** * Called when the Canvas is ready for OpenGL drawing (and visible). * Overriding methods must call this. * * @param canvas Canvas. */ virtual void canvasGLReady(Canvas &canvas); /** * Called from Canvas when a GL draw is requested. Overriding methods * must call this as the last operation (updates frame rate statistics). */ virtual void canvasGLDraw(Canvas &); enum GrabMode { GrabNormal, GrabHalfSized }; /** * Grab the contents of the window into an OpenGL texture. * * @param grabMode How to do the grabbing. * * @return OpenGL texture name. Caller is reponsible for deleting the texture. */ duint grabAsTexture(GrabMode grabMode = GrabNormal) const; duint grabAsTexture(de::Rectanglei const &area, GrabMode mode = GrabNormal) const; /** * Grabs the contents of the window and saves it into a native image file. * * @param path Name of the file to save. May include a file extension * that indicates which format to use (e.g, "screenshot.jpg"). * If omitted, defaults to PNG. * * @return @c true if successful, otherwise @c false. */ bool grabToFile(NativePath const &path) const; void swapBuffers(gl::SwapBufferMode swapMode = gl::SwapMonoBuffer) const; /** * Activates the window's GL context so that OpenGL API calls can be made. * The GL context is automatically active during the drawing of the window's * contents; at other times it needs to be manually activated. */ void glActivate(); /** * Dectivates the window's GL context after OpenGL API calls have been done. * The GL context is automatically deactived after the drawing of the window's * contents; at other times it needs to be manually deactivated. */ void glDone(); /** * Returns a handle to the native window instance. (Platform-specific.) */ void *nativeHandle() const; bool isRecreationInProgress() const; protected slots: void finishCanvasRecreation(); public: static bool mainExists(); static CanvasWindow &main(); static void setMain(CanvasWindow *window); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_CANVASWINDOW_H doomsday-1.14.5/doomsday/libgui/include/de/gui/drawable.h0000664000175000017500000002261312350542240022531 0ustar jaakkojaakko/** @file drawable.h Drawable object with buffers, programs and states. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_DRAWABLE_H #define LIBGUI_DRAWABLE_H #include #include #include #include #include "../GLBuffer" #include "../GLProgram" #include "../GLState" #include "../GLUniform" namespace de { /** * Drawable object with buffers, programs and states. * * This is the higher level, flexible, user-friendly combination of the lower * level GL classes. It is not mandatory to use this class for drawing; one can * always use the lower level classes directly. * * Drawable combines a set of GLBuffer instances with a set of GL programs and * GL states. There can be multiple (named) instances of buffers, programs, and * states in a Drawable. While each buffer must have a program, having a state * is optional. Each buffer can choose which of the Drawable's programs and * states is used with the buffer. It is also possible to assign external * programs and states for use with buffers. A default program (with id 0) is * always present in a Drawable. * * Example use cases: * - draw a single buffer with a program using the current GL state * - draw a single buffer with one of many alternative programs * - draw multiple buffers with the same program * - draw some buffers with a custom GL state and the rest with the * current state * - draw a mixture of multiple buffers and programs, each with a * custom state (e.g., a set of 3D sub-models representing an object * in the game) * * The buffers are drawn in the order of ascending identifiers. If no state has * been defined for a buffer, the topmost state on the GL state stack is used * for drawing that particular buffer. * * GLUniform instances can be used externally to this class to manipulate the * uniforms in the programs. The user is expected to provide the static/dynamic * vertex data for the buffers. * * Drawable is an AssetGroup: it cannot be drawn until all the contained * buffers and programs are ready. It is allowed to insert further assets into * the group if they should be present before drawing is allowed (e.g., * textures). * * @ingroup gl */ class LIBGUI_PUBLIC Drawable : public AssetGroup { DENG2_NO_COPY (Drawable) DENG2_NO_ASSIGN(Drawable) public: /// User-provided (nonzero) identifier. Buffer identifiers define the /// drawing order of the buffers. (Note that this is not a de::Id.) typedef duint Id; /// User-provided name. Buffers, programs, and states can optionally be /// also identified using textual names. typedef String Name; typedef QList Ids; public: Drawable(); /** * Clears the drawable. All buffers, programs, and states are deleted. * The default buffer and program are cleared. */ void clear(); Ids allBuffers() const; Ids allPrograms() const; Ids allStates() const; bool hasBuffer(Id id) const; /** * Finds an existing buffer. * @param id Identifier of the buffer. * @return GL buffer. */ GLBuffer &buffer(Id id = 1) const; template VBType &buffer(Id id = 1) const { DENG2_ASSERT(dynamic_cast(&buffer(id)) != 0); return static_cast(buffer(id)); } GLBuffer &buffer(Name const &bufferName) const; Id bufferId(Name const &bufferName) const; /** * Finds an exising program. * @param id Identifier of the program. * @return GL program. */ GLProgram &program(Id id = 0) const; GLProgram &program(Name const &programName) const; Id programId(Name const &programName) const; GLProgram const &programForBuffer(Id bufferId) const; GLProgram const &programForBuffer(Name const &bufferName) const; /** * Finds an existing state. * @param id Identifier of the state. * @return GL state. */ GLState &state(Id id) const; GLState &state(Name const &stateName) const; Id stateId(Name const &stateName) const; GLState const *stateForBuffer(Id bufferId) const; GLState const *stateForBuffer(Name const &bufferName) const; /** * Adds a new buffer or replaces an existing one. The buffer will use the * default program. * * @param id Identifier of the buffer. * @param buffer GL buffer. Drawable gets ownership. */ void addBuffer(Id id, GLBuffer *buffer); Id addBuffer(Name const &bufferName, GLBuffer *buffer); /** * Adds a new buffer, reserving an unused identifier for it. The chosen * identifier is larger than any of the buffer identifiers currently in * use. The buffer will use the default program. * * @param buffer GL buffer. Drawable gets ownership. * * @return Identifier chosen for the buffer. */ Id addBuffer(GLBuffer *buffer); /** * Adds a new buffer, reserving an unused identifier for it. The chosen * identifier is larger than any of the buffer identifiers currently in * use. The buffer will use a new program. * * @param buffer GL buffer. Drawable gets ownership. * @param programName Name for the program. * * @return Identifier chosen for the buffer. */ Id addBufferWithNewProgram(GLBuffer *buffer, Name const &programName = ""); void addBufferWithNewProgram(Id id, GLBuffer *buffer, Name const &programName = ""); Id addBufferWithNewProgram(Name const &bufferName, GLBuffer *buffer, Name const &programName = ""); /** * Creates a program or replaces an existing one with a blank program. * @param id Identifier of the program. Cannot be zero. * @return GL program. */ GLProgram &addProgram(Id id); Id addProgram(Name const &programName); /** * Creates a state or replaces an existing one with a default state. * @param id Identifier of the state. * @param state State to add. * @return GL state. */ GLState &addState(Id id, GLState const &state = GLState()); Id addState(Name const &stateName, GLState const &state = GLState()); void removeBuffer(Id id); void removeProgram(Id id); void removeState(Id id); void removeBuffer(Name const &bufferName); void removeProgram(Name const &programName); void removeState(Name const &stateName); /** * Sets the program to be used with a buffer. * * @param bufferId Buffer whose program is being set. * @param program GL program instance. If not owned by Drawable, * must not be destroyed while Drawable is using it. */ void setProgram(Id bufferId, GLProgram &program); void setProgram(Id bufferId, Name const &programName); void setProgram(Name const &bufferName, GLProgram &program); void setProgram(Name const &bufferName, Name const &programName); /** * Sets the program to be used with all buffers. * * @param program GL program instance. If not owned by Drawable, * must not be destroyed while Drawable is using it. */ void setProgram(GLProgram &program); void setProgram(Name const &programName); /** * Sets the state to be used with a buffer. * * @param bufferId Buffer whose state is being set. * @param state GL state instance. If not owned by Drawable, * must not be destroyed while Drawable is using it. */ void setState(Id bufferId, GLState &state); void setState(Name const &bufferName, GLState &state); void setState(Id bufferId, Name const &stateName); void setState(Name const &bufferName, Name const &stateName); /** * Sets the state to be used with all buffers. * * @param state GL state instance. If not owned by Drawable, * must not be destroyed while Drawable is using it. */ void setState(GLState &state); void setState(Name const &stateName); /** * Removes the state configured for a buffer. When the buffer is drawn, the * current GL state from the state stack is used instead of some custom * state. * * @param bufferId Buffer whose state is to be unset. */ void unsetState(Id bufferId); void unsetState(Name const &bufferName); /** * Removes the state configured for all buffers. When drawing, the current * GL state from the state stack is used instead of some custom state. */ void unsetState(); /** * Draws all the buffers using the selected program(s) and state(s). * Drawing is only allowed when all assets are ready. */ void draw() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_DRAWABLE_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glinfo.h0000664000175000017500000000467612350542240022237 0ustar jaakkojaakko/** @file glinfo.h OpenGL information. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLINFO_H #define LIBGUI_GLINFO_H #include "libgui.h" #include namespace de { class LIBGUI_PUBLIC GLInfo { public: /// Extension availability bits. struct Extensions { duint32 ARB_framebuffer_object : 1; duint32 ARB_texture_env_combine : 1; duint32 ARB_texture_non_power_of_two : 1; duint32 EXT_blend_subtract : 1; duint32 EXT_framebuffer_blit : 1; duint32 EXT_framebuffer_multisample : 1; duint32 EXT_packed_depth_stencil : 1; duint32 EXT_texture_compression_s3tc : 1; duint32 EXT_texture_filter_anisotropic : 1; // Vendor-specific extensions: duint32 ATI_texture_env_combine3 : 1; duint32 NV_framebuffer_multisample_coverage : 1; duint32 NV_texture_env_combine4 : 1; duint32 SGIS_generate_mipmap : 1; #ifdef WIN32 duint32 Windows_ARB_multisample : 1; duint32 Windows_EXT_swap_control : 1; #endif #ifdef Q_WS_X11 duint32 X11_EXT_swap_control : 1; #endif }; /// Implementation limits. struct Limits { int maxTexFilterAniso; int maxTexSize; ///< Texels. int maxTexUnits; }; GLInfo(); static Extensions const &extensions(); static Limits const &limits(); static bool isFramebufferMultisamplingSupported(); /** * Initializes the static instance of GLInfo. Cannot be called before there * is a current OpenGL context. Canvas will call this after initialization. */ static void glInit(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLINFO_H doomsday-1.14.5/doomsday/libgui/include/de/gui/glshaderbank.h0000664000175000017500000000371212350542240023374 0ustar jaakkojaakko/** @file glshaderbank.h Bank containing GL shaders. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_GLSHADERBANK_H #define LIBGUI_GLSHADERBANK_H #include #include "../GLShader" namespace de { class GLProgram; /** * Bank containing GL shaders. * * Shader objects are automatically shared between created programs. Programs * are built based on definitions from an Info file (i.e., which vertex and * fragment shader(s) to use for the program). * * Shaders and programs cannot be accessed until OpenGL is ready. */ class LIBGUI_PUBLIC GLShaderBank : public InfoBank { public: GLShaderBank(); void addFromInfo(File const &file); GLShader &shader(DotPath const &path, GLShader::Type type) const; /** * Builds a GL program using the defined shaders. * * @param program Program to build. * @param path Identifier of the shader. * * @return Reference to @a program. */ GLProgram &build(GLProgram &program, DotPath const &path) const; protected: ISource *newSourceFromInfo(String const &id); IData *loadFromSource(ISource &source); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_GLSHADERBANK_H doomsday-1.14.5/doomsday/libgui/include/de/gui/font.h0000664000175000017500000002606212350542240021720 0ustar jaakkojaakko/** @file font.h Font with metrics. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBGUI_FONT_H #define LIBGUI_FONT_H #include #include #include #include #include #include #include #include #include #include #include "libgui.h" namespace de { class NativeFont; /** * Font with metrics. */ class LIBGUI_PUBLIC Font { public: typedef QVector TabStops; /** * Rich formatting instructions for a string of plain text. * * The formatting instructions are composed of a sequence of ranges that * specify various modifications to the original font. It is important to * note that a RichFormat instance always needs to be set up for a specific * source text string. Also, RichFormat is out-of-band data: when operating * on a piece of rich text (using the methods of Font), the formatting is * always provided in parallel to the plain version of the text. * * Use RichFormat::fromPlainText() to set up a RichFormat for a string of * plain text. * * Use RichFormat::initFromStyledText() to set up a RichFormat for a string * of text that contains style information (as escape sequences that start * with the Esc ASCII code 0x1b). * * @par Indentation and tab stops * * The escape sequences ">" and "T" can be used to define indentation * points and tab stops for visual alignment of text. * * The indentation mark ">" determines the width at which the following * lines are left-indented. It does not affect the line the mark itself is * on. Newlines (\n) do not reset the indentation. If multiple marks are * used in the same text content, each mark is applied cumulatively on the * previous indentation. Also note that placing an indentation mark at the * beginning of a line or immediately after a new line does nothing (a * width of zero does not increase the indentation). * * Tab stops are used to divide text on a line into smaller segments that * can then be freely moved when drawn. All segments with the same tab stop * number are aligned which the same stops at other lines of the content, * providing there is enough horizontal space available. If tab stop * alignment runs out of space, width of the rightmost segments is shrunk * slightly to fit. * * The escape sequence "Ta" sets the tab stop to zero for the following * text. The default tab stop is zero. "Tb" sets the tab stop to 1, "Tc" to * 2, etc. */ class LIBGUI_PUBLIC RichFormat { public: enum ContentStyle { NormalStyle = 0, MajorStyle = 1, MinorStyle = 2, MetaStyle = 3, MajorMetaStyle = 4, MinorMetaStyle = 5, AuxMetaStyle = 6 }; enum Weight { OriginalWeight = -1, Normal = 0, Light = 1, Bold = 2 }; enum Style { OriginalStyle = -1, Regular = 0, Italic = 1, Monospace = 2 }; enum Color { OriginalColor = -1, NormalColor = 0, HighlightColor = 1, DimmedColor = 2, AccentColor = 3, DimAccentColor = 4, AltAccentColor = 5 }; /** * Interface for an object providing style information: fonts and * colors. */ class LIBGUI_PUBLIC IStyle { public: typedef Vector4ub Color; virtual ~IStyle() {} /** * Returns a color from the style's palette. * @param index Color index (see RichFormat::Color). * @return Color values (RGBA 0...255). */ virtual Color richStyleColor(int index) const = 0; virtual void richStyleFormat(int contentStyle, float &sizeFactor, Weight &fontWeight, Style &fontStyle, int &colorIndex) const = 0; /** * Returns a font to be used with a particular style. * @param fontStyle Style. * @return @c NULL to use the default font. */ virtual Font const *richStyleFont(Style fontStyle) const { DENG2_UNUSED(fontStyle); return NULL; // Use default. } }; /** * Reference to a (portion) of an existing RichFormat instance. */ class LIBGUI_PUBLIC Ref { public: Ref(Ref const &ref); Ref(Ref const &ref, Rangei const &subSpan); Ref(RichFormat const &richFormat); Ref(RichFormat const &richFormat, Rangei const &subSpan); Ref subRef(Rangei const &subSpan) const; /// Returns the original referred RichFormat instance. RichFormat const &format() const; int rangeCount() const; Rangei range(int index) const; Rangei rangeIndices() const { return _indices; } private: void updateIndices(); RichFormat const &_ref; Rangei _span; Rangei _indices; ///< Applicable indices in the referred format's ranges list. }; public: RichFormat(); RichFormat(IStyle const &style); RichFormat(RichFormat const &other); RichFormat &operator = (RichFormat const &other); void clear(); bool hasStyle() const; void setStyle(IStyle const &style); IStyle const &style() const; /** * Constructs a RichFormat that specifies no formatting instructions. * * @param plainText Plain text. * * @return RichFormat instance with a single range that uses the * default formatting. */ static RichFormat fromPlainText(String const &plainText); /** * Initializes this RichFormat instance with the styles found in the * provided styled text (using escape sequences). * * @param styledText Text with style markup. * * @return Corresponding plain text for use with the methods of Font. */ String initFromStyledText(String const &styledText); /** * Clips this RichFormat so that it covers only the specified range. * The indices are translated to be relative to the provided range. * * @param range Target range for clipping. * * @return RichFormat with only those ranges covering @a range. */ Ref subRange(Rangei const &range) const; TabStops const &tabStops() const; int tabStopXWidth(int stop) const; /** * Iterates the rich format ranges of a RichFormat. * * @note Iterator::next() must be called at least once after * constructing the instance to move the iterator onto the first range. */ struct LIBGUI_PUBLIC Iterator { Ref format; int index; public: Iterator(Ref const &ref); int size() const; bool hasNext() const; void next(); /// Determines if all the style parameters are the same as the default ones. bool isDefault() const; Rangei range() const; float sizeFactor() const; Weight weight() const; Style style() const; int colorIndex() const; IStyle::Color color() const; bool markIndent() const; bool resetIndent() const; int tabStop() const; bool isTabless() const; ///< Tabstop < 0. }; private: DENG2_PRIVATE(d) }; typedef RichFormat::Ref RichFormatRef; public: Font(); Font(Font const &other); //Font(NativeFont const &font); Font(QFont const &font); //QFont toQFont() const; /** * Determines the size of the given line of text, i.e., how large an area * is covered by the glyphs. (0,0) is at the baseline, left edge of the * line. The rectangle may extend into negative coordinates. * * @param textLine Text to measure. * * @return Rectangle covered by the text. */ Rectanglei measure(String const &textLine) const; /** * Determines the size of the given line of rich text, i.e., how large an * area is covered by the glyphs. (0,0) is at the baseline, left edge of * the line. The rectangle may extend into negative coordinates. * * @param textLine Text to measure. * @param format Rich formatting for @a textLine. * * @return Rectangle covered by the text. */ Rectanglei measure(String const &textLine, RichFormatRef const &format) const; /** * Returns the advance width of a line of text. This may not be the same as * the width of the rectangle returned by measure(). * * @param textLine Text to measure. * * @return Width of the line of text (including non-visible parts like * whitespace). */ int advanceWidth(String const &textLine) const; int advanceWidth(String const &textLine, RichFormatRef const &format) const; /** * Rasterizes a line of text onto a 32-bit RGBA image. * * @param textLine Text to rasterize. * @param foreground Text foreground color. * @param background Background color. * * @return Image containing the rasterized text. */ QImage rasterize(String const &textLine, Vector4ub const &foreground = Vector4ub(255, 255, 255, 255), Vector4ub const &background = Vector4ub(255, 255, 255, 0)) const; QImage rasterize(String const &textLine, RichFormatRef const &format, Vector4ub const &foreground = Vector4ub(255, 255, 255, 255), Vector4ub const &background = Vector4ub(255, 255, 255, 0)) const; Rule const &height() const; Rule const &ascent() const; Rule const &descent() const; Rule const &lineSpacing() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBGUI_FONT_H doomsday-1.14.5/doomsday/libgui/include/de/GLInfo0000664000175000017500000000003012350542240021041 0ustar jaakkojaakko#include "gui/glinfo.h" doomsday-1.14.5/doomsday/libgui/include/de/MouseEvent0000664000175000017500000000003412350542240022021 0ustar jaakkojaakko#include "gui/mouseevent.h" doomsday-1.14.5/doomsday/libgui/include/de/Atlas0000664000175000017500000000002712350542240020775 0ustar jaakkojaakko#include "gui/atlas.h" doomsday-1.14.5/doomsday/libgui/include/de/PersistentCanvasWindow0000664000175000017500000000005012350542240024411 0ustar jaakkojaakko#include "gui/persistentcanvaswindow.h" doomsday-1.14.5/doomsday/libgui/include/de/GLUniform0000664000175000017500000000003312350542240021570 0ustar jaakkojaakko#include "gui/gluniform.h" doomsday-1.14.5/doomsday/libgui/include/de/KdTreeAtlasAllocator0000664000175000017500000000004612350542240023736 0ustar jaakkojaakko#include "gui/kdtreeatlasallocator.h" doomsday-1.14.5/doomsday/libgui/include/de/GLBuffer0000664000175000017500000000003212350542240021361 0ustar jaakkojaakko#include "gui/glbuffer.h" doomsday-1.14.5/doomsday/libgui/include/de/Drawable0000664000175000017500000000003212350542240021446 0ustar jaakkojaakko#include "gui/drawable.h" doomsday-1.14.5/doomsday/libgui/include/de/Canvas0000664000175000017500000000003012350542240021136 0ustar jaakkojaakko#include "gui/canvas.h" doomsday-1.14.5/doomsday/libgui/include/de/KeyEventSource0000664000175000017500000000004012350542240022637 0ustar jaakkojaakko#include "gui/keyeventsource.h" doomsday-1.14.5/doomsday/libgui/include/de/GLShader0000664000175000017500000000003212350542240021356 0ustar jaakkojaakko#include "gui/glshader.h" doomsday-1.14.5/doomsday/libgui/include/de/GLTexture0000664000175000017500000000003312350542240021611 0ustar jaakkojaakko#include "gui/gltexture.h" doomsday-1.14.5/doomsday/libgui/include/de/GLShaderBank0000664000175000017500000000003612350542240022156 0ustar jaakkojaakko#include "gui/glshaderbank.h" doomsday-1.14.5/doomsday/libgui/include/de/GLPixelFormat0000664000175000017500000000003612350542240022406 0ustar jaakkojaakko#include "gui/glpixelformat.h"doomsday-1.14.5/doomsday/libgui/include/de/GLState0000664000175000017500000000003112350542240021227 0ustar jaakkojaakko#include "gui/glstate.h" doomsday-1.14.5/doomsday/libgui/include/de/TextureBank0000664000175000017500000000003512350542240022164 0ustar jaakkojaakko#include "gui/texturebank.h" doomsday-1.14.5/doomsday/libgui/include/de/DisplayMode0000664000175000017500000000010112350542240022134 0ustar jaakkojaakko#include "gui/displaymode.h" #include "gui/displaymode_native.h" doomsday-1.14.5/doomsday/libgui/gui.doxy0000664000175000017500000000206412350542240017467 0ustar jaakkojaakko# Public API documentation for libgui @INCLUDE = ../doomsday.doxy PROJECT_NAME = "libgui" PROJECT_NUMBER = 1.14.5 PROJECT_BRIEF = "GUI extension for libdeng2" OUTPUT_DIRECTORY = ../apidoc/gui/ INPUT = include src FILE_PATTERNS = * EXCLUDE_PATTERNS = .DS_Store PREDEFINED = __cplusplus __LIBGUI__ \ "DENG2_PIMPL(ClassName)=typedef ClassName Public; struct ClassName::Instance : public de::Private" \ "DENG2_PIMPL_NOREF(C)=struct C::Instance : public de::IPrivate" \ "DENG2_PRIVATE(Var)=struct Instance; Instance *Var;" \ "DENG2_ERROR(N)=class N : public de::Error {};" \ "DENG2_SUB_ERROR(B,N)=class N : public B {};" INCLUDED_BY_GRAPH = NO COLLABORATION_GRAPH = NO REFERENCED_BY_RELATION = NO OPTIMIZE_OUTPUT_FOR_C = NO MACRO_EXPANSION = YES EXPAND_ONLY_PREDEF = NO INTERNAL_DOCS = NO doomsday-1.14.5/doomsday/libgui/modules/0000775000175000017500000000000012350542240017444 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libgui/modules/gui.de0000664000175000017500000000743012350542240020546 0ustar jaakkojaakko# The Doomsday Engine Project # # Copyright (c) 2013-2014 Jaakko Keränen # # This program is free software; you can redistribute it and/or modify it # under the terms of the GNU Lesser General Public License as published by # the Free Software Foundation; either version 3 of the License, or (at # your option) any later version. # # This program is distributed in the hope that it will be useful, but # WITHOUTANY WARRANTY; without even the implied warranty of MERCHANTABILITY # or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public # License for more details. # # You should have received a copy of the GNU Lesser General Public License # along with this program; if not, see . #---------------------------------------------------------------------------- # Graphical user interface import Version def setDefaults(d) # Applies the default configuration settings. # - d: Record where to set the values. try import DisplayMode # The default audio and video subsystems. d.video = 'opengl' d.audio = 'fmod' # Window manager defaults. record d.window d.window.fsaa = True # Remove this (should be window-specific). # Configure the main window. record d.window.main d.window.main.showFps = False d.window.main.center = True d.window.main.fsaa = True d.window.main.vsync = True # The default window parameters depend on the original display mode. mode = DisplayMode.originalMode() # By default the fullscreen resolution is the desktop resolution. d.window.main.fullSize = [mode['width'], mode['height']] # In windowed mode mode, leave some space on the sides so that # the first switch to windowed mode does not place the window in an # inconvenient location. The reduction is done proportionally. offx = mode['width'] * 0.15 offy = mode['height'] * 0.15 d.window.main.rect = [offx, offy, mode['width'] - 2*offx, mode['height'] - 2*offy] d.window.main.colorDepth = mode['depth'] if Version.OS == 'windows' or Version.OS == 'macx' d.window.main.fullscreen = True d.window.main.maximize = False else d.window.main.fullscreen = False d.window.main.maximize = True end catch NotFoundError # DisplayMode isn't available on the server. end end def scale(value, factor) # Scales a value by 'factor'. If 'value' is a text string, the # suffixes "pt" and "px" (point, pixel) are retained in the result. # - src: Value to scale. Number or Text, may have "pt" or "px" # as suffix. # - factor: Scale factor (Number). unit = '' p = Text(value) amount = p if p[-2:] == 'pt' or p[-2:] == 'px' unit = p[-2:] amount = p[:-2] end return Text(floor(Number(amount) * factor)) + unit end def colorMix(a, b, amount) # Returns a color where vectors 'a' and 'b' are interpolated by # 'amount'. If 'amount' is 0, the result is 'a'; if 'amount' is 1, # the result is 'b'. if len(a) < 4: a += [1.0] if len(b) < 4: b += [1.0] for i in [0, 1, 2, 3] a[i] = Number(a[i]) b[i] = Number(b[i]) end inv = 1.0 - amount return [a[0] * inv + b[0] * amount, a[1] * inv + b[1] * amount, a[2] * inv + b[2] * amount, a[3] * inv + b[3] * amount] end def colorAlpha(colorVector, alpha) # Returns a new color with the alpha value changed to 'alpha'. v = colorVector if len(v) >= 4: v[3] = alpha elsif len(v) == 3: v += [alpha] return v end doomsday-1.14.5/doomsday/sdk-qch.doxy0000664000175000017500000000117312350542241016763 0ustar jaakkojaakko@INCLUDE = sdk.doxy OUTPUT_DIRECTORY = apidoc-qch/ # Also generate help files for Qt Creator GENERATE_QHP = YES QCH_FILE = "doomsday.qch" QHP_NAMESPACE = "net.dengine.sdk.1145" QHP_VIRTUAL_FOLDER = "doomsday-1.14.5" QHG_LOCATION = "../build/scripts/qhelp.py" # Dynamic HTML doesn't work inside Qt Creator HTML_DYNAMIC_SECTIONS = NO SEARCHENGINE = NO # Indexes are provided by Qt Creator DISABLE_INDEX = YES GENERATE_TREEVIEW = NO # General cleanup HTML_STYLESHEET = qhelp.css INCLUDED_BY_GRAPH = NO HAVE_DOT = NO doomsday-1.14.5/doomsday/client/0000775000175000017500000000000012350542237016005 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/api.doxy0000664000175000017500000000133112350542237017461 0ustar jaakkojaakko# Public API documentation for Doomsday and libdeng1 @INCLUDE = ../doomsday.doxy PROJECT_NAME = "Doomsday and libdeng1" PROJECT_NUMBER = 1.14.5 PROJECT_BRIEF = "Public API" OUTPUT_DIRECTORY = ../apidoc/api/ INPUT = ../api ../libdeng1/include PREDEFINED = __DOOMSDAY__ __DENG__ \ "DENG_API_TYPEDEF(Name)=typedef struct de_api_##Name##_s" \ "DENG_API_T(Name)=de_api_##Name##_t" \ "DENG_DECLARE_API(Name)=DENG_API_T(Name) _api_##Name" INCLUDED_BY_GRAPH = YES REFERENCED_BY_RELATION = NO OPTIMIZE_OUTPUT_FOR_C = NO MACRO_EXPANSION = YES EXPAND_ONLY_PREDEF = YES doomsday-1.14.5/doomsday/client/doxygen.css0000664000175000017500000005321412350542237020201 0ustar jaakkojaakko/* The standard CSS for doxygen */ body, table, div, p, dl { font: 400 14px/19px Roboto,sans-serif; } /* @group Heading Levels */ h1.groupheader { font-size: 150%; } .title { font-size: 150%; font-weight: bold; margin: 10px 2px; } h2.groupheader { border-bottom: 1px solid #879ECB; color: #354C7B; font-size: 150%; font-weight: normal; margin-top: 1.75em; padding-top: 8px; padding-bottom: 4px; width: 100%; } h3.groupheader { font-size: 100%; } h1, h2, h3, h4, h5, h6 { -webkit-transition: text-shadow 0.5s linear; -moz-transition: text-shadow 0.5s linear; -ms-transition: text-shadow 0.5s linear; -o-transition: text-shadow 0.5s linear; transition: text-shadow 0.5s linear; margin-right: 15px; } h1.glow, h2.glow, h3.glow, h4.glow, h5.glow, h6.glow { text-shadow: 0 0 15px cyan; } dt { font-weight: bold; } div.multicol { -moz-column-gap: 1em; -webkit-column-gap: 1em; -moz-column-count: 3; -webkit-column-count: 3; } p.startli, p.startdd, p.starttd { margin-top: 2px; } p.endli { margin-bottom: 0px; } p.enddd { margin-bottom: 4px; } p.endtd { margin-bottom: 2px; } /* @end */ caption { font-weight: bold; } span.legend { font-size: 70%; text-align: center; } h3.version { font-size: 90%; text-align: center; } div.qindex, div.navtab{ background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; } div.qindex, div.navpath { width: 100%; line-height: 140%; } div.navtab { margin-right: 15px; } /* @group Link Styling */ a { color: #3D578C; font-weight: normal; text-decoration: none; } .contents a:visited { color: #4665A2; } a:hover { text-decoration: underline; } a.qindex { font-weight: bold; } a.qindexHL { font-weight: bold; background-color: #9CAFD4; color: #ffffff; border: 1px double #869DCA; } .contents a.qindexHL:visited { color: #ffffff; } a.el { font-weight: bold; } a.elRef { } a.code, a.code:visited { color: #4665A2; } a.codeRef, a.codeRef:visited { color: #4665A2; } /* @end */ dl.el { margin-left: -1cm; } pre.fragment { border: 1px solid #C4CFE5; background-color: #FBFCFD; padding: 4px 6px; margin: 4px 8px 4px 2px; overflow: auto; word-wrap: break-word; font-size: 9pt; line-height: 125%; font-family: monospace, fixed; font-size: 105%; } div.fragment { padding: 4px; margin: 4px; background-color: #FBFCFD; border: 1px solid #C4CFE5; } div.line { font-family: monospace, fixed; font-size: 13px; min-height: 13px; line-height: 1.0; text-wrap: unrestricted; white-space: -moz-pre-wrap; /* Moz */ white-space: -pre-wrap; /* Opera 4-6 */ white-space: -o-pre-wrap; /* Opera 7 */ white-space: pre-wrap; /* CSS3 */ word-wrap: break-word; /* IE 5.5+ */ text-indent: -53px; padding-left: 53px; padding-bottom: 0px; margin: 0px; -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } div.line.glow { background-color: cyan; box-shadow: 0 0 10px cyan; } span.lineno { padding-right: 4px; text-align: right; border-right: 2px solid #0F0; background-color: #E8E8E8; white-space: pre; } span.lineno a { background-color: #D8D8D8; } span.lineno a:hover { background-color: #C8C8C8; } div.ah { background-color: black; font-weight: bold; color: #ffffff; margin-bottom: 3px; margin-top: 3px; padding: 0.2em; border: solid thin #333; border-radius: 0.5em; -webkit-border-radius: .5em; -moz-border-radius: .5em; box-shadow: 2px 2px 3px #999; -webkit-box-shadow: 2px 2px 3px #999; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; background-image: -webkit-gradient(linear, left top, left bottom, from(#eee), to(#000),color-stop(0.3, #444)); background-image: -moz-linear-gradient(center top, #eee 0%, #444 40%, #000); } div.groupHeader { margin-left: 16px; margin-top: 12px; font-weight: bold; } div.groupText { margin-left: 16px; font-style: italic; } body { background-color: white; color: black; margin: 0; } div.contents { margin-top: 10px; margin-left: 12px; margin-right: 8px; } td.indexkey { background-color: #EBEFF6; font-weight: bold; border: 1px solid #C4CFE5; margin: 2px 0px 2px 0; padding: 2px 10px; white-space: nowrap; vertical-align: top; } td.indexvalue { background-color: #EBEFF6; border: 1px solid #C4CFE5; padding: 2px 10px; margin: 2px 0px; } tr.memlist { background-color: #EEF1F7; } p.formulaDsp { text-align: center; } img.formulaDsp { } img.formulaInl { vertical-align: middle; } div.center { text-align: center; margin-top: 0px; margin-bottom: 0px; padding: 0px; } div.center img { border: 0px; } address.footer { text-align: right; padding-right: 12px; } img.footer { border: 0px; vertical-align: middle; } /* @group Code Colorization */ span.keyword { color: #008000 } span.keywordtype { color: #604020 } span.keywordflow { color: #e08000 } span.comment { color: #800000 } span.preprocessor { color: #806020 } span.stringliteral { color: #002080 } span.charliteral { color: #008080 } span.vhdldigit { color: #ff00ff } span.vhdlchar { color: #000000 } span.vhdlkeyword { color: #700070 } span.vhdllogic { color: #ff0000 } blockquote { background-color: #F7F8FB; border-left: 2px solid #9CAFD4; margin: 0 24px 0 4px; padding: 0 12px 0 16px; } /* @end */ /* .search { color: #003399; font-weight: bold; } form.search { margin-bottom: 0px; margin-top: 0px; } input.search { font-size: 75%; color: #000080; font-weight: normal; background-color: #e8eef2; } */ td.tiny { font-size: 75%; } .dirtab { padding: 4px; border-collapse: collapse; border: 1px solid #A3B4D7; } th.dirtab { background: #EBEFF6; font-weight: bold; } hr { height: 0px; border: none; border-top: 1px solid #4A6AAA; } hr.footer { height: 1px; } /* @group Member Descriptions */ table.memberdecls { border-spacing: 0px; padding: 0px; } .memberdecls td, .fieldtable tr { -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } .memberdecls td.glow, .fieldtable tr.glow { background-color: cyan; box-shadow: 0 0 15px cyan; } .mdescLeft, .mdescRight, .memItemLeft, .memItemRight, .memTemplItemLeft, .memTemplItemRight, .memTemplParams { background-color: #F9FAFC; border: none; margin: 4px; padding: 1px 0 0 8px; } .mdescLeft, .mdescRight { padding: 0px 8px 4px 8px; color: #555; } .memSeparator { border-bottom: 1px solid #DEE4F0; line-height: 1px; margin: 0px; padding: 0px; } .memItemLeft, .memTemplItemLeft { white-space: nowrap; } .memItemRight { width: 100%; } .memTemplParams { color: #4665A2; white-space: nowrap; font-size: 80%; } /* @end */ /* @group Member Details */ /* Styles for detailed member documentation */ .memtemplate { font-size: 80%; color: #4665A2; font-weight: normal; margin-left: 9px; } .memnav { background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; margin: 2px; margin-right: 15px; padding: 2px; } .mempage { width: 100%; } .memitem { padding: 0; margin-bottom: 10px; margin-right: 5px; -webkit-transition: box-shadow 0.5s linear; -moz-transition: box-shadow 0.5s linear; -ms-transition: box-shadow 0.5s linear; -o-transition: box-shadow 0.5s linear; transition: box-shadow 0.5s linear; display: table !important; width: 100%; } .memitem.glow { box-shadow: 0 0 15px cyan; } .memname { font-weight: bold; margin-left: 6px; } .memname td { vertical-align: bottom; } dl.reflist dt { border-top: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } .memproto { border: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } dl.reflist dd { border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 10px 2px 10px; background-color: #FBFCFD; border-top-width: 0; background-image:url('nav_g.png'); background-repeat:repeat-x; background-color: #FFFFFF; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); } div.textblock { max-width: 900px; } .memdoc { max-width: 900px; /* border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; */ padding-left: 2em; padding-top: 1ex; padding-bottom: 1em; /*background-color: #FBFCFD;*/ border-top-width: 0; /* background-image:url('nav_g.png'); background-repeat:repeat-x;*/ background-color: transparent; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; /*box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; /*-moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px;*/ /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; /*-webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ } dl.reflist dt { padding: 5px; } dl.reflist dd { margin: 0px 0px 10px 0px; padding: 5px; } .paramkey { text-align: right; } .paramtype { white-space: nowrap; } .paramname { color: #602020; white-space: nowrap; } .paramname em { font-style: normal; } .paramname code { line-height: 14px; } .params, .retval, .exception, .tparams { margin-left: 0px; padding-left: 0px; } .params .paramname, .retval .paramname { font-weight: bold; vertical-align: top; } .params .paramtype { font-style: italic; vertical-align: top; } .params .paramdir { font-family: "courier new",courier,monospace; vertical-align: top; } table.mlabels { border-spacing: 0px; } td.mlabels-left { width: 100%; padding: 0px; } td.mlabels-right { vertical-align: bottom; padding: 0px; white-space: nowrap; } span.mlabels { margin-left: 8px; } span.mlabel { background-color: #728DC1; border-top:1px solid #5373B4; border-left:1px solid #5373B4; border-right:1px solid #C4CFE5; border-bottom:1px solid #C4CFE5; text-shadow: none; color: white; margin-right: 4px; padding: 2px 3px; border-radius: 3px; font-size: 7pt; white-space: nowrap; vertical-align: middle; } /* @end */ /* these are for tree view when not used as main index */ div.directory { margin: 10px 0px; border-top: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; width: 100%; } .directory table { border-collapse:collapse; } .directory td { margin: 0px; padding: 0px; vertical-align: top; } .directory td.entry { white-space: nowrap; padding-right: 6px; } .directory td.entry a { outline:none; } .directory td.entry a img { border: none; } .directory td.desc { width: 100%; padding-left: 6px; padding-right: 6px; padding-top: 3px; border-left: 1px solid rgba(0,0,0,0.05); } .directory tr.even { padding-left: 6px; background-color: #F7F8FB; } .directory img { vertical-align: -30%; } .directory .levels { white-space: nowrap; width: 100%; text-align: right; font-size: 9pt; } .directory .levels span { cursor: pointer; padding-left: 2px; padding-right: 2px; color: #3D578C; } div.dynheader { margin-top: 8px; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } address { font-style: normal; color: #2A3D61; } table.doxtable { border-collapse:collapse; margin-top: 4px; margin-bottom: 4px; } table.doxtable td, table.doxtable th { border: 1px solid #2D4068; padding: 3px 7px 2px; } table.doxtable th { background-color: #374F7F; color: #FFFFFF; font-size: 110%; padding-bottom: 4px; padding-top: 5px; } table.fieldtable { width: 100%; margin-bottom: 10px; border: 1px solid #A8B8D9; border-spacing: 0px; -moz-border-radius: 4px; -webkit-border-radius: 4px; border-radius: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; -webkit-box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); } .fieldtable td, .fieldtable th { padding: 3px 7px 2px; } .fieldtable td.fieldtype, .fieldtable td.fieldname { white-space: nowrap; border-right: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; vertical-align: top; } .fieldtable td.fielddoc { border-bottom: 1px solid #A8B8D9; width: 100%; } .fieldtable tr:last-child td { border-bottom: none; } .fieldtable th { background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; font-size: 90%; color: #253555; padding-bottom: 4px; padding-top: 5px; text-align:left; -moz-border-radius-topleft: 4px; -moz-border-radius-topright: 4px; -webkit-border-top-left-radius: 4px; -webkit-border-top-right-radius: 4px; border-top-left-radius: 4px; border-top-right-radius: 4px; border-bottom: 1px solid #A8B8D9; } .tabsearch { top: 0px; left: 10px; height: 36px; background-image: url('tab_b.png'); z-index: 101; overflow: hidden; font-size: 13px; } .navpath ul { font-size: 11px; background-image:url('tab_b.png'); background-repeat:repeat-x; background-position: 0 -5px; height:30px; line-height:30px; color:#8AA0CC; border:solid 1px #C2CDE4; overflow:hidden; margin:0px; padding:0px; } .navpath li { list-style-type:none; float:left; padding-left:10px; padding-right:15px; background-image:url('bc_s.png'); background-repeat:no-repeat; background-position:right; color:#364D7C; } .navpath li.navelem a { height:32px; display:block; text-decoration: none; outline: none; color: #283A5D; font-family: 'Lucida Grande',Geneva,Helvetica,Arial,sans-serif; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); text-decoration: none; } .navpath li.navelem a:hover { color:#6884BD; } .navpath li.footer { list-style-type:none; float:right; padding-left:10px; padding-right:15px; background-image:none; background-repeat:no-repeat; background-position:right; color:#364D7C; font-size: 8pt; } div.summary { float: right; font-size: 8pt; padding-right: 5px; width: 50%; text-align: right; } div.summary a { white-space: nowrap; } div.ingroups { font-size: 8pt; width: 50%; text-align: left; margin-top: 1ex; } div.ingroups a { white-space: nowrap; } div.header { background-image:url('nav_h.png'); background-repeat:repeat-x; background-color: #F9FAFC; margin: 0px; border-bottom: 1px solid #C4CFE5; } div.headertitle { padding: 5px 5px 5px 10px; } dl { padding: 0 0 0 10px; } /* dl.note, dl.warning, dl.attention, dl.pre, dl.post, dl.invariant, dl.deprecated, dl.todo, dl.test, dl.bug */ dl.section { margin-left: 0px; padding-left: 0px; } dl.note { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #D0C000; } dl.warning, dl.attention { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #FF0000; } dl.pre, dl.post, dl.invariant { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00D000; } dl.deprecated { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #505050; } dl.todo { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00C0E0; } dl.test { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #3030E0; } dl.bug { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #C08050; } dl.section dd { margin-bottom: 6px; } #projectlogo { text-align: center; vertical-align: bottom; border-collapse: separate; } #projectlogo img { border: 0px none; } #projectname { font: 300% Tahoma, Arial,sans-serif; margin: 0px; padding: 2px 0px; } #projectbrief { font: 120% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #projectnumber { font: 50% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #titlearea { padding: 0px; margin: 0px; width: 100%; border-bottom: 1px solid #5373B4; } .image { text-align: center; } .dotgraph { text-align: center; } .mscgraph { text-align: center; } .caption { font-weight: bold; } div.zoom { border: 1px solid #90A5CE; } dl.citelist { margin-bottom:50px; } dl.citelist dt { color:#334975; float:left; font-weight:bold; margin-right:10px; padding:5px; } dl.citelist dd { margin:2px 0; padding:5px 0; } div.toc { padding: 14px 25px; background-color: #F4F6FA; border: 1px solid #D8DFEE; border-radius: 7px 7px 7px 7px; float: right; height: auto; margin: 0 20px 10px 10px; width: 200px; } div.toc li { background: url("bdwn.png") no-repeat scroll 0 5px transparent; font: 10px/1.2 Verdana,DejaVu Sans,Geneva,sans-serif; margin-top: 5px; padding-left: 10px; padding-top: 2px; } div.toc h3 { font: bold 12px/1.2 Arial,FreeSans,sans-serif; color: #4665A2; border-bottom: 0 none; margin: 0; } div.toc ul { list-style: none outside none; border: medium none; padding: 0px; } div.toc li.level1 { margin-left: 0px; } div.toc li.level2 { margin-left: 15px; } div.toc li.level3 { margin-left: 30px; } div.toc li.level4 { margin-left: 45px; } .inherit_header { font-weight: bold; color: gray; cursor: pointer; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } .inherit_header td { padding: 6px 0px 2px 5px; } .inherit { display: none; } tr.heading h2 { margin-top: 12px; margin-bottom: 4px; } @media print { #top { display: none; } #side-nav { display: none; } #nav-path { display: none; } body { overflow:visible; } h1, h2, h3, h4, h5, h6 { page-break-after: avoid; } .summary { display: none; } .memitem { page-break-inside: avoid; } #doc-content { margin-left:0 !important; height:auto !important; width:auto !important; overflow:inherit; display:inline; } } doomsday-1.14.5/doomsday/client/defs/0000775000175000017500000000000012350542237016726 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/defs/materials.ded0000664000175000017500000000441012350542237021364 0ustar jaakkojaakko# # Doomsday Engine 1.9 # Default Materials. # # # The "Unknown" material. # Used to render surfaces which do not specify a material. # Material { Id = "system:unknown"; Width = 64; Height = 64; Layer { Stage { Texture = "system:unknown"; Tics = 16; Glow = 0; } Stage { Texture = "system:unknown"; Tics = 24; Glow = 1; } } } # # The "Missing" material. # Used to render surfaces which specify a material but which cannot be found. # Material { Id = "system:missing"; Width = 64; Height = 64; Layer { Stage { Texture = "system:missing"; Tics = 16; Glow = 0; } Stage { Texture = "system:missing"; Tics = 24; Glow = 1; } } } # # Used when drawing bounding boxes, selection areas and more. # Material { Id = "system:bbox"; Width = 64; Height = 64; Layer { Stage { Texture = "system:bbox"; Glow = 1; } } } # # Basic mid-gray material used to render surfaces for various lighting debug displays. # Material { Id = "system:gray"; Width = 64; Height = 64; Layer { Stage { Texture = "system:gray"; } } } # # UI Mouse cursor material. # Material { Id = "system:ui/mouse"; Width = 32; Height = 64; Layer { Stage { Texture = "system:ui/mouse"; } } } # # UI Box-corner material. # Material { Id = "system:ui/boxcorner"; Width = 64; Height = 64; Layer { Stage { Texture = "system:ui/boxcorner"; } } } # # UI Box-fill material. # Material { Id = "system:ui/boxfill"; Width = 64; Height = 64; Layer { Stage { Texture = "system:ui/boxfill"; } } } # # UI Box-shade material. # Material { Id = "system:ui/boxshade"; Width = 128; Height = 128; Layer { Stage { Texture = "system:ui/boxshade"; } } } # # UI Hint material. # Material { Id = "system:ui/hint"; Width = 64; Height = 64; Layer { Stage { Texture = "system:ui/hint"; } } } # # UI Logo material. # Material { Id = "system:ui/logo"; Width = 256; Height = 256; Layer { Stage { Texture = "system:ui/logo"; } } } # # UI Background material. # Material { Id = "system:ui/background"; Width = 512; Height = 512; Layer { Stage { Texture = "system:ui/background"; } } } doomsday-1.14.5/doomsday/client/defs/doomsday.ded0000664000175000017500000000022112350542237021216 0ustar jaakkojaakko# Doomsday Engine 1.9 # Definitions shared by all games. Include "flags.ded"; Include "xg.ded"; Include "materials.ded"; Include "finales.ded"; doomsday-1.14.5/doomsday/client/defs/flags.ded0000664000175000017500000004560112350542237020506 0ustar jaakkojaakko# Doomsday: Flags # Texture Groups Flag { ID = "tgf_smooth"; Value = 0x1; } Flag { ID = "tgf_first_only"; Value = 0x2; } Flag { ID = "tgf_precache"; Value = 0x4000; } # State flags Flag { ID = "statef_fullbright"; Value = 0x01; } Flag { ID = "statef_noautolight"; Value = 0x02; } # Sounds Flag { ID = "sf_shift"; Value = 0x1; } Flag { ID = "sf_shift2"; Value = 0x2; } Flag { ID = "sf_exclude"; Value = 0x4; } Flag { ID = "sf_nodist"; Value = 0x8; } Flag { ID = "sf_repeat"; Value = 0x10; } Flag { ID = "sf_dontstop"; Value = 0x20; } # Decorations Flag { # Decoration will not be used with IWAD resources. ID = "dcf_noiwad"; Value = 0x1; } Flag { # Allow using decoration with PWAD resources. ID = "dcf_pwad"; Value = 0x2; } Flag { # Allow using decoration with external resources. ID = "dcf_ext"; Value = 0x4; } # Reflections Flag { # Reflection will not be used with IWAD resources. ID = "rff_noiwad"; Value = 0x1; } Flag { # Allow using reflection with PWAD resources. ID = "rff_pwad"; Value = 0x2; } Flag { # Allow using reflection with external resources. ID = "rff_ext"; Value = 0x4; } # Details Flag { # DetailTex will not be used with IWAD resources. ID = "dtf_noiwad"; Value = 0x1; } Flag { # Allow using detailtex with PWAD resources. ID = "dtf_pwad"; Value = 0x2; } Flag { # Allow using detailtex with external resources. ID = "dtf_ext"; Value = 0x4; } # Materials # Flag { ID = "matf_unused1"; Value = 0x1; } Flag { ID = "matf_dontdraw"; Value = 0x2; } # Material should never be drawn. Flag { ID = "matf_skymask"; Value = 0x4; } # Sky-mask surfaces using this material. # Lights Flag { ID = "lgf_nohalo"; Value = 0x1; } Flag { ID = "lgf_dontturnhalo"; Value = 0x2; } # Map Info Flag { ID = "mif_fog"; Value = 0x1; } Flag { # Draw the sky sphere even when models are in use. ID = "mif_sphere"; Value = 0x2; } Flag { ID = "mif_nointermission"; Value = 0x4; } # Sky Info Flag { # Draw the sky sphere even when models are in use. ID = "sif_sphere"; Value = 0x1; } # Sky Layers Flag { ID = "slf_enable"; Value = 0x1; } Flag { ID = "slf_mask"; Value = 0x2; } # Blending Modes Flag { ID = "bm_normal"; Value = 0; } Flag { ID = "bm_add"; Value = 1; } Flag { ID = "bm_dark"; Value = 2; } Flag { ID = "bm_sub"; Value = 3; } # src_alpha multiplied with dest_color Flag { ID = "bm_sub2"; Value = 7; } # src_alpha multiplied with src_color Flag { ID = "bm_revsub"; Value = 4; } Flag { ID = "bm_mul"; Value = 5; } Flag { ID = "bm_invmul"; Value = 6; } Flag { ID = "bm_inv"; Value = 7; } Flag { ID = "sdf_fade_top_mid"; Value = 0x1; } Flag { ID = "sdf_fade_mid_top"; Value = 0x2; } Flag { ID = "sdf_fade_mid_bottom"; Value = 0x4; } Flag { ID = "sdf_fade_bottom_mid"; Value = 0x8; } Flag { ID = "sdf_middle_stretch"; Value = 0x10; } # Models Flag { ID = "df_fullbright"; Value = 0x1; } Flag { ID = "df_shadow1"; Value = 0x2; } Flag { ID = "df_shadow2"; Value = 0x4; } Flag { ID = "df_brightshadow"; Value = 0x8; } Flag { ID = "df_movpitch"; Value = 0x10; } Flag { ID = "df_spin"; Value = 0x20; } Flag { ID = "df_skintrans"; Value = 0x40; } Flag { ID = "df_autoscale"; Value = 0x80; } Flag { ID = "df_movyaw"; Value = 0x100; } Flag { ID = "df_nointerpol"; Value = 0x200; } Flag { ID = "df_brightshadow2"; Value = 0x400; } Flag { ID = "df_alignyaw"; Value = 0x800; } Flag { ID = "df_alignpitch"; Value = 0x1000; } Flag { ID = "df_darkshadow"; Value = 0x2000; } Flag { ID = "df_idskin"; Value = 0x4000; } Flag { ID = "df_noz"; Value = 0x8000; } Flag { ID = "df_nomaxz"; Value = 0x10000; } Flag { ID = "df_selskin"; Value = 0x20000; } Flag { ID = "df_ptoffsub1"; Value = 0x40000; } Flag { ID = "df_noptc"; Value = 0x80000; } Flag { ID = "df_specular"; Value = 0x100000; } Flag { ID = "df_litshiny"; Value = 0x200000; } Flag { ID = "df_idframe"; Value = 0x400000; } Flag { ID = "df_idangle"; Value = 0x800000; } Flag { ID = "df_dim"; Value = 0x1000000; } Flag { ID = "df_subtract"; Value = 0x2000000; } Flag { ID = "df_revsubtract"; Value = 0x4000000; } Flag { ID = "df_twosided"; Value = 0x8000000; } Flag { ID = "df_notexcomp"; Value = 0x10000000; } Flag { ID = "df_worldtime"; Value = 0x20000000; } # Model grouping Flag { ID = "mg_hud"; Value = 0x2; } Flag { ID = "mg_player"; Value = 0x4; } Flag { ID = "mg_monster"; Value = 0x8; } Flag { ID = "mg_weapon"; Value = 0x10; } Flag { ID = "mg_ammo"; Value = 0x20; } Flag { ID = "mg_bonus"; Value = 0x40; } Flag { ID = "mg_light"; Value = 0x80; } Flag { ID = "mg_decor"; Value = 0x100; } Flag { ID = "mg_misc"; Value = 0x200; } # Generators Flag { ID = "gnf_static"; Value = 1; } Flag { ID = "gnf_srcvel"; Value = 2; } Flag { ID = "gnf_spawn"; Value = 4; } Flag { ID = "gnf_srcdir"; Value = 8; } Flag { ID = "gnf_blend"; Value = 0x10; } Flag { ID = "gnf_floor"; Value = 0x20; } Flag { ID = "gnf_ceiling"; Value = 0x40; } Flag { ID = "gnf_space"; Value = 0x80; } Flag { ID = "gnf_density"; Value = 0x100; } Flag { ID = "gnf_modelonly"; Value = 0x200; } Flag { ID = "gnf_scalerate"; Value = 0x400; } Flag { ID = "gnf_group"; Value = 0x800; } Flag { ID = "gnf_blendadd"; Value = 0x10; } Flag { ID = "gnf_blendsub"; Value = 0x1000; } Flag { ID = "gnf_blendrsub"; Value = 0x2000; } Flag { ID = "gnf_blendmul"; Value = 0x4000; } Flag { ID = "gnf_blendimul"; Value = 0x8000; } Flag { ID = "gnf_extra"; Value = 0x10000; } # Particle types # (note: these are an enum, not flags) Flag { ID = "pt_point"; Value = 1; } Flag { ID = "pt_line"; Value = 2; } Flag { ID = "pt_tex00"; Value = 100; } Flag { ID = "pt_tex01"; Value = 101; } Flag { ID = "pt_tex02"; Value = 102; } Flag { ID = "pt_tex03"; Value = 103; } Flag { ID = "pt_tex04"; Value = 104; } Flag { ID = "pt_tex05"; Value = 105; } Flag { ID = "pt_tex06"; Value = 106; } Flag { ID = "pt_tex07"; Value = 107; } Flag { ID = "pt_tex08"; Value = 108; } Flag { ID = "pt_tex09"; Value = 109; } Flag { ID = "pt_tex10"; Value = 110; } Flag { ID = "pt_tex11"; Value = 111; } Flag { ID = "pt_tex12"; Value = 112; } Flag { ID = "pt_tex13"; Value = 113; } Flag { ID = "pt_tex14"; Value = 114; } Flag { ID = "pt_tex15"; Value = 115; } Flag { ID = "pt_tex16"; Value = 116; } Flag { ID = "pt_tex17"; Value = 117; } Flag { ID = "pt_tex18"; Value = 118; } Flag { ID = "pt_tex19"; Value = 119; } Flag { ID = "pt_tex20"; Value = 120; } Flag { ID = "pt_tex21"; Value = 121; } Flag { ID = "pt_tex22"; Value = 122; } Flag { ID = "pt_tex23"; Value = 123; } Flag { ID = "pt_tex24"; Value = 124; } Flag { ID = "pt_tex25"; Value = 125; } Flag { ID = "pt_tex26"; Value = 126; } Flag { ID = "pt_tex27"; Value = 127; } Flag { ID = "pt_tex28"; Value = 128; } Flag { ID = "pt_tex29"; Value = 129; } Flag { ID = "pt_tex30"; Value = 130; } Flag { ID = "pt_tex31"; Value = 131; } Flag { ID = "pt_tex32"; Value = 132; } Flag { ID = "pt_tex33"; Value = 133; } Flag { ID = "pt_tex34"; Value = 134; } Flag { ID = "pt_tex35"; Value = 135; } Flag { ID = "pt_tex36"; Value = 136; } Flag { ID = "pt_tex37"; Value = 137; } Flag { ID = "pt_tex38"; Value = 138; } Flag { ID = "pt_tex39"; Value = 139; } Flag { ID = "pt_tex40"; Value = 140; } Flag { ID = "pt_tex41"; Value = 141; } Flag { ID = "pt_tex42"; Value = 142; } Flag { ID = "pt_tex43"; Value = 143; } Flag { ID = "pt_tex44"; Value = 144; } Flag { ID = "pt_tex45"; Value = 145; } Flag { ID = "pt_tex46"; Value = 146; } Flag { ID = "pt_tex47"; Value = 147; } Flag { ID = "pt_tex48"; Value = 148; } Flag { ID = "pt_tex49"; Value = 149; } Flag { ID = "pt_tex50"; Value = 150; } Flag { ID = "pt_tex51"; Value = 151; } Flag { ID = "pt_tex52"; Value = 152; } Flag { ID = "pt_tex53"; Value = 153; } Flag { ID = "pt_tex54"; Value = 154; } Flag { ID = "pt_tex55"; Value = 155; } Flag { ID = "pt_tex56"; Value = 156; } Flag { ID = "pt_tex57"; Value = 157; } Flag { ID = "pt_tex58"; Value = 158; } Flag { ID = "pt_tex59"; Value = 159; } Flag { ID = "pt_tex60"; Value = 160; } Flag { ID = "pt_tex61"; Value = 161; } Flag { ID = "pt_tex62"; Value = 162; } Flag { ID = "pt_tex63"; Value = 163; } Flag { ID = "pt_tex64"; Value = 164; } Flag { ID = "pt_tex65"; Value = 165; } Flag { ID = "pt_tex66"; Value = 166; } Flag { ID = "pt_tex67"; Value = 167; } Flag { ID = "pt_tex68"; Value = 168; } Flag { ID = "pt_tex69"; Value = 169; } Flag { ID = "pt_tex70"; Value = 170; } Flag { ID = "pt_tex71"; Value = 171; } Flag { ID = "pt_tex72"; Value = 172; } Flag { ID = "pt_tex73"; Value = 173; } Flag { ID = "pt_tex74"; Value = 174; } Flag { ID = "pt_tex75"; Value = 175; } Flag { ID = "pt_tex76"; Value = 176; } Flag { ID = "pt_tex77"; Value = 177; } Flag { ID = "pt_tex78"; Value = 178; } Flag { ID = "pt_tex79"; Value = 179; } Flag { ID = "pt_tex80"; Value = 180; } Flag { ID = "pt_tex81"; Value = 181; } Flag { ID = "pt_tex82"; Value = 182; } Flag { ID = "pt_tex83"; Value = 183; } Flag { ID = "pt_tex84"; Value = 184; } Flag { ID = "pt_tex85"; Value = 185; } Flag { ID = "pt_tex86"; Value = 186; } Flag { ID = "pt_tex87"; Value = 187; } Flag { ID = "pt_tex88"; Value = 188; } Flag { ID = "pt_tex89"; Value = 189; } Flag { ID = "pt_tex90"; Value = 190; } Flag { ID = "pt_tex91"; Value = 191; } Flag { ID = "pt_tex92"; Value = 192; } Flag { ID = "pt_tex93"; Value = 193; } Flag { ID = "pt_tex94"; Value = 194; } Flag { ID = "pt_tex95"; Value = 195; } Flag { ID = "pt_tex96"; Value = 196; } Flag { ID = "pt_tex97"; Value = 197; } Flag { ID = "pt_tex98"; Value = 198; } Flag { ID = "pt_tex99"; Value = 199; } Flag { ID = "pt_tex100"; Value = 200; } Flag { ID = "pt_tex101"; Value = 201; } Flag { ID = "pt_tex102"; Value = 202; } Flag { ID = "pt_tex103"; Value = 203; } Flag { ID = "pt_tex104"; Value = 204; } Flag { ID = "pt_tex105"; Value = 205; } Flag { ID = "pt_tex106"; Value = 206; } Flag { ID = "pt_tex107"; Value = 207; } Flag { ID = "pt_tex108"; Value = 208; } Flag { ID = "pt_tex109"; Value = 209; } Flag { ID = "pt_tex110"; Value = 210; } Flag { ID = "pt_tex111"; Value = 211; } Flag { ID = "pt_tex112"; Value = 212; } Flag { ID = "pt_tex113"; Value = 213; } Flag { ID = "pt_tex114"; Value = 214; } Flag { ID = "pt_tex115"; Value = 215; } Flag { ID = "pt_tex116"; Value = 216; } Flag { ID = "pt_tex117"; Value = 217; } Flag { ID = "pt_tex118"; Value = 218; } Flag { ID = "pt_tex119"; Value = 219; } Flag { ID = "pt_tex120"; Value = 220; } Flag { ID = "pt_tex121"; Value = 221; } Flag { ID = "pt_tex122"; Value = 222; } Flag { ID = "pt_tex123"; Value = 223; } Flag { ID = "pt_tex124"; Value = 224; } Flag { ID = "pt_tex125"; Value = 225; } Flag { ID = "pt_tex126"; Value = 226; } Flag { ID = "pt_tex127"; Value = 227; } Flag { ID = "pt_tex128"; Value = 228; } Flag { ID = "pt_tex129"; Value = 229; } Flag { ID = "pt_tex130"; Value = 230; } Flag { ID = "pt_tex131"; Value = 231; } Flag { ID = "pt_tex132"; Value = 232; } Flag { ID = "pt_tex133"; Value = 233; } Flag { ID = "pt_tex134"; Value = 234; } Flag { ID = "pt_tex135"; Value = 235; } Flag { ID = "pt_tex136"; Value = 236; } Flag { ID = "pt_tex137"; Value = 237; } Flag { ID = "pt_tex138"; Value = 238; } Flag { ID = "pt_tex139"; Value = 239; } Flag { ID = "pt_tex140"; Value = 240; } Flag { ID = "pt_tex141"; Value = 241; } Flag { ID = "pt_tex142"; Value = 242; } Flag { ID = "pt_tex143"; Value = 243; } Flag { ID = "pt_tex144"; Value = 244; } Flag { ID = "pt_tex145"; Value = 245; } Flag { ID = "pt_tex146"; Value = 246; } Flag { ID = "pt_tex147"; Value = 247; } Flag { ID = "pt_tex148"; Value = 248; } Flag { ID = "pt_tex149"; Value = 249; } Flag { ID = "pt_tex150"; Value = 250; } Flag { ID = "pt_tex151"; Value = 251; } Flag { ID = "pt_tex152"; Value = 252; } Flag { ID = "pt_tex153"; Value = 253; } Flag { ID = "pt_tex154"; Value = 254; } Flag { ID = "pt_tex155"; Value = 255; } Flag { ID = "pt_tex156"; Value = 256; } Flag { ID = "pt_tex157"; Value = 257; } Flag { ID = "pt_tex158"; Value = 258; } Flag { ID = "pt_tex159"; Value = 259; } Flag { ID = "pt_tex160"; Value = 260; } Flag { ID = "pt_tex161"; Value = 261; } Flag { ID = "pt_tex162"; Value = 262; } Flag { ID = "pt_tex163"; Value = 263; } Flag { ID = "pt_tex164"; Value = 264; } Flag { ID = "pt_tex165"; Value = 265; } Flag { ID = "pt_tex166"; Value = 266; } Flag { ID = "pt_tex167"; Value = 267; } Flag { ID = "pt_tex168"; Value = 268; } Flag { ID = "pt_tex169"; Value = 269; } Flag { ID = "pt_tex170"; Value = 270; } Flag { ID = "pt_tex171"; Value = 271; } Flag { ID = "pt_tex172"; Value = 272; } Flag { ID = "pt_tex173"; Value = 273; } Flag { ID = "pt_tex174"; Value = 274; } Flag { ID = "pt_tex175"; Value = 275; } Flag { ID = "pt_tex176"; Value = 276; } Flag { ID = "pt_tex177"; Value = 277; } Flag { ID = "pt_tex178"; Value = 278; } Flag { ID = "pt_tex179"; Value = 279; } Flag { ID = "pt_tex180"; Value = 280; } Flag { ID = "pt_tex181"; Value = 281; } Flag { ID = "pt_tex182"; Value = 282; } Flag { ID = "pt_tex183"; Value = 283; } Flag { ID = "pt_tex184"; Value = 284; } Flag { ID = "pt_tex185"; Value = 285; } Flag { ID = "pt_tex186"; Value = 286; } Flag { ID = "pt_tex187"; Value = 287; } Flag { ID = "pt_tex188"; Value = 288; } Flag { ID = "pt_tex189"; Value = 289; } Flag { ID = "pt_tex190"; Value = 290; } Flag { ID = "pt_tex191"; Value = 291; } Flag { ID = "pt_tex192"; Value = 292; } Flag { ID = "pt_tex193"; Value = 293; } Flag { ID = "pt_tex194"; Value = 294; } Flag { ID = "pt_tex195"; Value = 295; } Flag { ID = "pt_tex196"; Value = 296; } Flag { ID = "pt_tex197"; Value = 297; } Flag { ID = "pt_tex198"; Value = 298; } Flag { ID = "pt_tex199"; Value = 299; } Flag { ID = "pt_tex200"; Value = 300; } Flag { ID = "pt_tex201"; Value = 301; } Flag { ID = "pt_tex202"; Value = 302; } Flag { ID = "pt_tex203"; Value = 303; } Flag { ID = "pt_tex204"; Value = 304; } Flag { ID = "pt_tex205"; Value = 305; } Flag { ID = "pt_tex206"; Value = 306; } Flag { ID = "pt_tex207"; Value = 307; } Flag { ID = "pt_tex208"; Value = 308; } Flag { ID = "pt_tex209"; Value = 309; } Flag { ID = "pt_tex210"; Value = 310; } Flag { ID = "pt_tex211"; Value = 311; } Flag { ID = "pt_tex212"; Value = 312; } Flag { ID = "pt_tex213"; Value = 313; } Flag { ID = "pt_tex214"; Value = 314; } Flag { ID = "pt_tex215"; Value = 315; } Flag { ID = "pt_tex216"; Value = 316; } Flag { ID = "pt_tex217"; Value = 317; } Flag { ID = "pt_tex218"; Value = 318; } Flag { ID = "pt_tex219"; Value = 319; } Flag { ID = "pt_tex220"; Value = 320; } Flag { ID = "pt_tex221"; Value = 321; } Flag { ID = "pt_tex222"; Value = 322; } Flag { ID = "pt_tex223"; Value = 323; } Flag { ID = "pt_tex224"; Value = 324; } Flag { ID = "pt_tex225"; Value = 325; } Flag { ID = "pt_tex226"; Value = 326; } Flag { ID = "pt_tex227"; Value = 327; } Flag { ID = "pt_tex228"; Value = 328; } Flag { ID = "pt_tex229"; Value = 329; } Flag { ID = "pt_tex230"; Value = 330; } Flag { ID = "pt_tex231"; Value = 331; } Flag { ID = "pt_tex232"; Value = 332; } Flag { ID = "pt_tex233"; Value = 333; } Flag { ID = "pt_tex234"; Value = 334; } Flag { ID = "pt_tex235"; Value = 335; } Flag { ID = "pt_tex236"; Value = 336; } Flag { ID = "pt_tex237"; Value = 337; } Flag { ID = "pt_tex238"; Value = 338; } Flag { ID = "pt_tex239"; Value = 339; } Flag { ID = "pt_tex240"; Value = 340; } Flag { ID = "pt_tex241"; Value = 341; } Flag { ID = "pt_tex242"; Value = 342; } Flag { ID = "pt_tex243"; Value = 343; } Flag { ID = "pt_tex244"; Value = 344; } Flag { ID = "pt_tex245"; Value = 345; } Flag { ID = "pt_tex246"; Value = 346; } Flag { ID = "pt_tex247"; Value = 347; } Flag { ID = "pt_tex248"; Value = 348; } Flag { ID = "pt_tex249"; Value = 349; } Flag { ID = "pt_tex250"; Value = 350; } Flag { ID = "pt_tex251"; Value = 351; } Flag { ID = "pt_tex252"; Value = 352; } Flag { ID = "pt_tex253"; Value = 353; } Flag { ID = "pt_tex254"; Value = 354; } Flag { ID = "pt_tex255"; Value = 355; } Flag { ID = "pt_tex256"; Value = 356; } Flag { ID = "pt_tex257"; Value = 357; } Flag { ID = "pt_tex258"; Value = 358; } Flag { ID = "pt_tex259"; Value = 359; } Flag { ID = "pt_tex260"; Value = 360; } Flag { ID = "pt_tex261"; Value = 361; } Flag { ID = "pt_tex262"; Value = 362; } Flag { ID = "pt_tex263"; Value = 363; } Flag { ID = "pt_tex264"; Value = 364; } Flag { ID = "pt_tex265"; Value = 365; } Flag { ID = "pt_tex266"; Value = 366; } Flag { ID = "pt_tex267"; Value = 367; } Flag { ID = "pt_tex268"; Value = 368; } Flag { ID = "pt_tex269"; Value = 369; } Flag { ID = "pt_tex270"; Value = 370; } Flag { ID = "pt_tex271"; Value = 371; } Flag { ID = "pt_tex272"; Value = 372; } Flag { ID = "pt_tex273"; Value = 373; } Flag { ID = "pt_tex274"; Value = 374; } Flag { ID = "pt_tex275"; Value = 375; } Flag { ID = "pt_tex276"; Value = 376; } Flag { ID = "pt_tex277"; Value = 377; } Flag { ID = "pt_tex278"; Value = 378; } Flag { ID = "pt_tex279"; Value = 379; } Flag { ID = "pt_tex280"; Value = 380; } Flag { ID = "pt_tex281"; Value = 381; } Flag { ID = "pt_tex282"; Value = 382; } Flag { ID = "pt_tex283"; Value = 383; } Flag { ID = "pt_tex284"; Value = 384; } Flag { ID = "pt_tex285"; Value = 385; } Flag { ID = "pt_tex286"; Value = 386; } Flag { ID = "pt_tex287"; Value = 387; } Flag { ID = "pt_tex288"; Value = 388; } Flag { ID = "pt_tex289"; Value = 389; } Flag { ID = "pt_tex290"; Value = 390; } Flag { ID = "pt_tex291"; Value = 391; } Flag { ID = "pt_tex292"; Value = 392; } Flag { ID = "pt_tex293"; Value = 393; } Flag { ID = "pt_tex294"; Value = 394; } Flag { ID = "pt_tex295"; Value = 395; } Flag { ID = "pt_tex296"; Value = 396; } Flag { ID = "pt_tex297"; Value = 397; } Flag { ID = "pt_tex298"; Value = 398; } Flag { ID = "pt_tex299"; Value = 399; } Flag { ID = "pt_model00"; Value = 1000; } Flag { ID = "pt_model01"; Value = 1001; } Flag { ID = "pt_model02"; Value = 1002; } Flag { ID = "pt_model03"; Value = 1003; } Flag { ID = "pt_model04"; Value = 1004; } Flag { ID = "pt_model05"; Value = 1005; } Flag { ID = "pt_model06"; Value = 1006; } Flag { ID = "pt_model07"; Value = 1007; } Flag { ID = "pt_model08"; Value = 1008; } Flag { ID = "pt_model09"; Value = 1009; } Flag { ID = "pt_model10"; Value = 1010; } Flag { ID = "pt_model11"; Value = 1011; } Flag { ID = "pt_model12"; Value = 1012; } Flag { ID = "pt_model13"; Value = 1013; } Flag { ID = "pt_model14"; Value = 1014; } Flag { ID = "pt_model15"; Value = 1015; } Flag { ID = "pt_model16"; Value = 1016; } Flag { ID = "pt_model17"; Value = 1017; } Flag { ID = "pt_model18"; Value = 1018; } Flag { ID = "pt_model19"; Value = 1019; } Flag { ID = "pt_model20"; Value = 1020; } Flag { ID = "pt_model21"; Value = 1021; } Flag { ID = "pt_model22"; Value = 1022; } Flag { ID = "pt_model23"; Value = 1023; } Flag { ID = "pt_model24"; Value = 1024; } Flag { ID = "pt_model25"; Value = 1025; } Flag { ID = "pt_model26"; Value = 1026; } Flag { ID = "pt_model27"; Value = 1027; } Flag { ID = "pt_model28"; Value = 1028; } Flag { ID = "pt_model29"; Value = 1029; } Flag { ID = "pt_model30"; Value = 1030; } Flag { ID = "pt_model31"; Value = 1031; } # Particle flags (for Generator Stages) Flag { ID = "ptf_stagetouch"; Value = 0x1; } Flag { ID = "ptf_stagevtouch"; Value = 0x20; } Flag { ID = "ptf_stagehtouch"; Value = 0x40; } Flag { ID = "ptf_dietouch"; Value = 0x2; } Flag { ID = "ptf_bright"; Value = 0x4; } Flag { ID = "ptf_shading"; Value = 0x8; } Flag { ID = "ptf_hflat"; Value = 0x10; } Flag { ID = "ptf_vflat"; Value = 0x80; } Flag { ID = "ptf_flat"; Value = 0x90; } Flag { ID = "ptf_force"; Value = 0x100; } Flag { ID = "ptf_zeroyaw"; Value = 0x200; } Flag { ID = "ptf_zeropitch"; Value = 0x400; } Flag { ID = "ptf_rndyaw"; Value = 0x800; } Flag { ID = "ptf_rndpitch"; Value = 0x1000; } doomsday-1.14.5/doomsday/client/defs/finales.ded0000664000175000017500000000054412350542237021030 0ustar jaakkojaakko# # Doomsday Engine 1.9 # User interface and presentational elements. # (see Doc\InFine.txt) Header { Version = 5; } InFine { Id = "background"; Script { # There is nothing to skip NoSkip Rect bg 0 0 320 200 XImage bg background MARKER background_loop Wait 1 GOTO background_loop }; } doomsday-1.14.5/doomsday/client/defs/xg.ded0000664000175000017500000003004412350542237020023 0ustar jaakkojaakko# Doomsday: XG Lines and Sectors # XG Line Classes Flag { ID = "ltc_none"; } Flag { ID = "ltc_chain_sequence"; Value = 0x1; } Flag { ID = "ltc_plane_move"; Value = 0x2; } Flag { ID = "ltc_build_stairs"; Value = 0x3; } Flag { ID = "ltc_damage"; Value = 0x4; } Flag { ID = "ltc_power"; Value = 0x5; } Flag { ID = "ltc_line_type"; Value = 0x6; } Flag { ID = "ltc_sector_type"; Value = 0x7; } Flag { ID = "ltc_sector_light"; Value = 0x8; } Flag { ID = "ltc_activate"; Value = 0x9; } Flag { ID = "ltc_key"; Value = 0xA; } Flag { ID = "ltc_music"; Value = 0xB; } Flag { ID = "ltc_line_count"; Value = 0xC; } Flag { ID = "ltc_end_level"; Value = 0xD; } Flag { ID = "ltc_leave_map"; Value = 0xD; } # Alias for end_level Flag { ID = "ltc_disable_if_active"; Value = 0xE; } Flag { ID = "ltc_enable_if_active"; Value = 0xF; } Flag { ID = "ltc_explode"; Value = 0x10; } Flag { ID = "ltc_plane_texture"; Value = 0x11; } Flag { ID = "ltc_plane_material"; Value = 0x11; } # Alias for plane_texture Flag { ID = "ltc_wall_texture"; Value = 0x12; } Flag { ID = "ltc_wall_material"; Value = 0x12; } # Alias for wall_texture Flag { ID = "ltc_command"; Value = 0x13; } Flag { ID = "ltc_sound"; Value = 0x14; } Flag { ID = "ltc_mimic_sector"; Value = 0x15; } Flag { ID = "ltc_teleport"; Value = 0x16; } Flag { ID = "ltc_line_teleport"; Value = 0x17; } Flag { ID = "ltf_active"; Value = 0x1; } Flag { ID = "ltf_player_use_a"; Value = 0x2; } Flag { ID = "ltf_other_use_a"; Value = 0x4; } Flag { ID = "ltf_player_shoot_a"; Value = 0x8; } Flag { ID = "ltf_other_shoot_a"; Value = 0x10; } Flag { ID = "ltf_any_cross_a"; Value = 0x20; } Flag { ID = "ltf_monster_cross_a"; Value = 0x40; } Flag { ID = "ltf_player_cross_a"; Value = 0x80; } Flag { ID = "ltf_missile_cross_a"; Value = 0x100; } Flag { ID = "ltf_player_hit_a"; Value = 0x200; } Flag { ID = "ltf_other_hit_a"; Value = 0x400; } Flag { ID = "ltf_monster_hit_a"; Value = 0x800; } Flag { ID = "ltf_missile_hit_a"; Value = 0x1000; } Flag { ID = "ltf_any_hit_a"; Value = 0x2000; } Flag { ID = "ltf_player_use_d"; Value = 0x4000; } Flag { ID = "ltf_other_use_d"; Value = 0x8000; } Flag { ID = "ltf_player_shoot_d"; Value = 0x10000; } Flag { ID = "ltf_other_shoot_d"; Value = 0x20000; } Flag { ID = "ltf_any_cross_d"; Value = 0x40000; } Flag { ID = "ltf_monster_cross_d"; Value = 0x80000; } Flag { ID = "ltf_player_cross_d"; Value = 0x100000; } Flag { ID = "ltf_missile_cross_d"; Value = 0x200000; } Flag { ID = "ltf_player_hit_d"; Value = 0x400000; } Flag { ID = "ltf_other_hit_d"; Value = 0x800000; } Flag { ID = "ltf_monster_hit_d"; Value = 0x1000000; } Flag { ID = "ltf_missile_hit_d"; Value = 0x2000000; } Flag { ID = "ltf_any_hit_d"; Value = 0x4000000; } Flag { ID = "ltf_player_use"; Value = 0x4002; } Flag { ID = "ltf_other_use"; Value = 0x8004; } Flag { ID = "ltf_player_shoot"; Value = 0x10008; } Flag { ID = "ltf_other_shoot"; Value = 0x20010; } Flag { ID = "ltf_any_cross"; Value = 0x40020; } Flag { ID = "ltf_monster_cross"; Value = 0x80040; } Flag { ID = "ltf_player_cross"; Value = 0x100080; } Flag { ID = "ltf_missile_cross"; Value = 0x200100; } Flag { ID = "ltf_player_hit"; Value = 0x400200; } Flag { ID = "ltf_other_hit"; Value = 0x800400; } Flag { ID = "ltf_monster_hit"; Value = 0x1000800; } Flag { ID = "ltf_missile_hit"; Value = 0x2001000; } Flag { ID = "ltf_any_hit"; Value = 0x4002000; } Flag { ID = "ltf_ticker_a"; Value = 0x8000000; } Flag { ID = "ltf_ticker_d"; Value = 0x10000000; } Flag { ID = "ltf_ticker"; Value = 0x18000000; } Flag { ID = "ltf_mobj_gone"; Value = 0x20000000; } Flag { ID = "ltf_no_other_use_secret"; Value = 0x40000000; } Flag { ID = "ltf_activator_type"; Value = 0x80000000; } Flag { ID = "ltf2_when_act"; Value = 0x1; } Flag { ID = "ltf2_when_deact"; Value = 0x2; } Flag { ID = "ltf2_when_last"; Value = 0x10; } Flag { ID = "ltf2_while_act"; Value = 0x4; } Flag { ID = "ltf2_while_inact"; Value = 0x8; } Flag { ID = "ltf2_key1"; Value = 0x20; } Flag { ID = "ltf2_key2"; Value = 0x40; } Flag { ID = "ltf2_key3"; Value = 0x80; } Flag { ID = "ltf2_key4"; Value = 0x100; } Flag { ID = "ltf2_key5"; Value = 0x200; } Flag { ID = "ltf2_key6"; Value = 0x400; } Flag { ID = "ltf2_line_act"; Value = 0x800; } Flag { ID = "ltf2_line_inact"; Value = 0x1000; } Flag { ID = "ltf2_color"; Value = 0x2000; } Flag { ID = "ltf2_health_above"; Value = 0x4000; } Flag { ID = "ltf2_health_below"; Value = 0x8000; } Flag { ID = "ltf2_power_above"; Value = 0x10000; } Flag { ID = "ltf2_power_below"; Value = 0x20000; } Flag { ID = "ltf2_singleplayer"; Value = 0x40000; } Flag { ID = "ltf2_cooperative"; Value = 0x80000; } Flag { ID = "ltf2_deathmatch"; Value = 0x100000; } Flag { ID = "ltf2_any_mode"; Value = 0x1C0000; } Flag { ID = "ltf2_easy"; Value = 0x200000; } Flag { ID = "ltf2_med"; Value = 0x400000; } Flag { ID = "ltf2_hard"; Value = 0x800000; } Flag { ID = "ltf2_any_skill"; Value = 0xE00000; } Flag { ID = "ltf2_any"; Value = 0xFC0000; } Flag { ID = "ltf2_multiple"; Value = 0x1000000; } Flag { ID = "ltf2_2sided"; Value = 0x2000000; } Flag { ID = "ltf2_global_a_msg"; Value = 0x4000000; } Flag { ID = "ltf2_global_d_msg"; Value = 0x8000000; } Flag { ID = "ltf2_global_msg"; Value = 0xC000000; } Flag { ID = "ltf2_group_act"; Value = 0x10000000; } Flag { ID = "ltf2_group_deact"; Value = 0x20000000; } Flag { ID = "ltf2_override_any"; Value = 0x40000000; } Flag { ID = "lat_timed_off"; } Flag { ID = "lat_timed_on"; Value = 0x1; } Flag { ID = "lat_flip"; Value = 0x2; } Flag { ID = "lat_flip_timed_off"; Value = 0x3; } Flag { ID = "lat_flip_timed_on"; Value = 0x4; } Flag { ID = "lref_none"; } Flag { ID = "lref_self"; Value = 0x1; } Flag { ID = "lref_tagged"; Value = 0x2; } Flag { ID = "lref_line_tagged"; Value = 0x3; } Flag { ID = "lref_act_tagged"; Value = 0x4; } Flag { ID = "lref_index"; Value = 0x5; } Flag { ID = "lref_all"; Value = 0x6; } Flag { ID = "lpref_none"; } Flag { ID = "lpref_my_floor"; Value = 0x1; } Flag { ID = "lpref_tagged_floors"; Value = 0x2; } Flag { ID = "lpref_line_tagged_floors"; Value = 0x3; } Flag { ID = "lpref_act_tagged_floors"; Value = 0x4; } Flag { ID = "lpref_index_floor"; Value = 0x5; } Flag { ID = "lpref_all_floors"; Value = 0x6; } Flag { ID = "lpref_my_ceiling"; Value = 0x7; } Flag { ID = "lpref_tagged_ceilings"; Value = 0x8; } Flag { ID = "lpref_line_tagged_ceilings"; Value = 0x9; } Flag { ID = "lpref_act_tagged_ceilings"; Value = 0xA; } Flag { ID = "lpref_index_ceiling"; Value = 0xB; } Flag { ID = "lpref_all_ceilings"; Value = 0xC; } Flag { ID = "lpref_special"; Value = 0xD; } Flag { ID = "lpref_back_floor"; Value = 0xE; } Flag { ID = "lpref_back_ceiling"; Value = 0xF; } Flag { ID = "lpref_thing_exist_floors"; Value = 0x10; } Flag { ID = "lpref_thing_exist_ceilings"; Value = 0x11; } Flag { ID = "lpref_thing_noexist_floors"; Value = 0x12; } Flag { ID = "lpref_thing_noexist_ceilings"; Value = 0x13; } Flag { ID = "lsref_none"; } Flag { ID = "lsref_my"; Value = 0x1; } Flag { ID = "lsref_tagged"; Value = 0x2; } Flag { ID = "lsref_line_tagged"; Value = 0x3; } Flag { ID = "lsref_act_tagged"; Value = 0x4; } Flag { ID = "lsref_index"; Value = 0x5; } Flag { ID = "lsref_all"; Value = 0x6; } Flag { ID = "lsref_back"; Value = 0x7; } Flag { ID = "lsref_thing_exist"; Value = 0x8; } Flag { ID = "lsref_thing_noexist"; Value = 0x9; } Flag { ID = "spref_none"; } Flag { ID = "spref_my_floor"; Value = 0x1; } Flag { ID = "spref_my_ceiling"; Value = 0x2; } Flag { ID = "spref_original_floor"; Value = 0x3; } Flag { ID = "spref_original_ceiling"; Value = 0x4; } Flag { ID = "spref_current_floor"; Value = 0x5; } Flag { ID = "spref_current_ceiling"; Value = 0x6; } Flag { ID = "spref_highest_floor"; Value = 0x7; } Flag { ID = "spref_highest_ceiling"; Value = 0x8; } Flag { ID = "spref_lowest_floor"; Value = 0x9; } Flag { ID = "spref_lowest_ceiling"; Value = 0xA; } Flag { ID = "spref_next_highest_floor"; Value = 0xB; } Flag { ID = "spref_next_highest_ceiling"; Value = 0xC; } Flag { ID = "spref_next_lowest_floor"; Value = 0xD; } Flag { ID = "spref_next_lowest_ceiling"; Value = 0xE; } Flag { ID = "spref_min_bottom_texture"; Value = 0xF; } Flag { ID = "spref_min_bottom_material"; Value = 0xF; } # Alias for min_bottom_texture Flag { ID = "spref_min_mid_texture"; Value = 0x10; } Flag { ID = "spref_min_mid_material"; Value = 0x10; } # Alias for min_mid_texture Flag { ID = "spref_min_top_texture"; Value = 0x11; } Flag { ID = "spref_min_top_material"; Value = 0x11; } # Alias for min_top_texture Flag { ID = "spref_max_bottom_texture"; Value = 0x12; } Flag { ID = "spref_max_bottom_material"; Value = 0x12; } # Alias for max_bottom_texture Flag { ID = "spref_max_mid_texture"; Value = 0x13; } Flag { ID = "spref_max_mid_material"; Value = 0x13; } # Alias for max_mid_texture Flag { ID = "spref_max_top_texture"; Value = 0x14; } Flag { ID = "spref_max_top_material"; Value = 0x14; } # Alias for max_top_texture Flag { ID = "spref_sector_tagged_floor"; Value = 0x15; } Flag { ID = "spref_line_tagged_floor"; Value = 0x16; } Flag { ID = "spref_tagged_floor"; Value = 0x17; } Flag { ID = "spref_act_tagged_floor"; Value = 0x18; } Flag { ID = "spref_index_floor"; Value = 0x19; } Flag { ID = "spref_sector_tagged_ceiling"; Value = 0x20; } Flag { ID = "spref_line_tagged_ceiling"; Value = 0x21; } Flag { ID = "spref_tagged_ceiling"; Value = 0x22; } Flag { ID = "spref_act_tagged_ceiling"; Value = 0x23; } Flag { ID = "spref_index_ceiling"; Value = 0x24; } Flag { ID = "spref_back_floor"; Value = 0x25; } Flag { ID = "spref_back_ceiling"; Value = 0x26; } Flag { ID = "spref_special"; Value = 0x27; } Flag { ID = "spref_line_act_tagged_floor"; Value = 0x28; } Flag { ID = "spref_line_act_tagged_ceiling"; Value = 0x29; } Flag { ID = "lightref_none"; } Flag { ID = "lightref_my"; Value = 0x1; } Flag { ID = "lightref_original"; Value = 0x2; } Flag { ID = "lightref_current"; Value = 0x3; } Flag { ID = "lightref_highest"; Value = 0x4; } Flag { ID = "lightref_lowest"; Value = 0x5; } Flag { ID = "lightref_next_highest"; Value = 0x6; } Flag { ID = "lightref_next_lowest"; Value = 0x7; } Flag { ID = "lightref_back"; Value = 0x8; } Flag { ID = "ldref_none"; } Flag { ID = "ldref_id"; Value = 0x1; } Flag { ID = "ldref_special"; Value = 0x2; } Flag { ID = "ldref_tag"; Value = 0x3; } Flag { ID = "ldref_acttag"; Value = 0x4; } Flag { ID = "ldref_count"; Value = 0x5; } Flag { ID = "ldref_angle"; Value = 0x6; } Flag { ID = "ldref_length"; Value = 0x7; } Flag { ID = "ldref_top_offsetx"; Value = 0x8; } Flag { ID = "ldref_top_offsety"; Value = 0x9; } Flag { ID = "ldref_middle_offsetx"; Value = 0x10; } Flag { ID = "ldref_middle_offsety"; Value = 0x11; } Flag { ID = "ldref_bottom_offsetx"; Value = 0x12; } Flag { ID = "ldref_bottom_offsety"; Value = 0x13; } Flag { ID = "chsf_done_d"; Value = 0x1; } Flag { ID = "chsf_loop"; Value = 0x2; } Flag { ID = "pmf_crush"; Value = 0x1; } Flag { ID = "pmf_abort_a"; Value = 0x2; } Flag { ID = "pmf_abort_d"; Value = 0x4; } Flag { ID = "pmf_done_a"; Value = 0x8; } Flag { ID = "pmf_done_d"; Value = 0x10; } Flag { ID = "pmf_follow"; Value = 0x20; } Flag { ID = "pmf_setorig"; Value = 0x40; } Flag { ID = "pmf_1snd"; Value = 0x100; } Flag { ID = "lws_none"; } Flag { ID = "lws_mid"; Value = 0x1; } Flag { ID = "lws_upper"; Value = 0x2; } Flag { ID = "lws_lower"; Value = 0x3; } # XG Sectors Flag { ID = "stf_gravity"; Value = 0x1; } Flag { ID = "stf_friction"; Value = 0x2; } Flag { ID = "stf_crush"; Value = 0x4; } Flag { ID = "stf_tagtexmove"; Value = 0x80; } Flag { ID = "stf_windplayer"; Value = 0x8; } Flag { ID = "stf_windother"; Value = 0x10; } Flag { ID = "stf_windmonster"; Value = 0x20; } Flag { ID = "stf_windmissile"; Value = 0x40; } Flag { ID = "stf_windany"; Value = 0x18; } Flag { ID = "stf_tagwind"; Value = 0x100; } Flag { ID = "stf_floorwind"; Value = 0x200; } Flag { ID = "stf_ceilingwind"; Value = 0x400; } Flag { ID = "scef_player_a"; Value = 0x1; } Flag { ID = "scef_other_a"; Value = 0x2; } Flag { ID = "scef_monster_a"; Value = 0x4; } Flag { ID = "scef_missile_a"; Value = 0x8; } Flag { ID = "scef_any_a"; Value = 0x10; } Flag { ID = "scef_ticker_a"; Value = 0x20; } Flag { ID = "scef_player_d"; Value = 0x40; } Flag { ID = "scef_other_d"; Value = 0x80; } Flag { ID = "scef_monster_d"; Value = 0x100; } Flag { ID = "scef_missile_d"; Value = 0x200; } Flag { ID = "scef_any_d"; Value = 0x400; } Flag { ID = "scef_ticker_d"; Value = 0x800; } doomsday-1.14.5/doomsday/client/src/0000775000175000017500000000000012350542240016566 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/dd_plugin.cpp0000664000175000017500000002130312350542237021244 0ustar jaakkojaakko/** @file dd_plugin.cpp Plugin subsystem. * @ingroup base * * @todo Convert to C++, rename. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_PLUGIN #include "de_platform.h" #include "api_plugin.h" #include "de_console.h" #include "de_defs.h" #include "dd_main.h" #include "dd_pinit.h" #include "library.h" #ifdef __CLIENT__ # include "updater/downloaddialog.h" #endif #include #include #define HOOKMASK(x) ((x) & 0xffffff) typedef struct { int exclude; struct { hookfunc_t func; pluginid_t pluginId; } list[MAX_HOOKS]; /// @todo Remove arbitrary MAX_HOOKS. } hookreg_t; typedef Library* PluginHandle; static Library* hInstPlug[MAX_PLUGS]; /// @todo Remove arbitrary MAX_PLUGS. static hookreg_t hooks[NUM_HOOK_TYPES]; struct ThreadState { pluginid_t currentPlugin; ThreadState() : currentPlugin(0) {} }; #ifndef DENG2_QT_4_8_OR_NEWER // Qt 4.7 requires a pointer as the local data type #define DENG_LOCAL_DATA_POINTER static QThreadStorage pluginState; ///< Thread-local plugin state. static void initLocalData() { if(!pluginState.hasLocalData()) pluginState.setLocalData(new ThreadState); } #else static QThreadStorage pluginState; ///< Thread-local plugin state. #endif static PluginHandle* findFirstUnusedPluginHandle(void) { int i; for(i = 0; i < MAX_PLUGS; ++i) { if(!hInstPlug[i]) return &hInstPlug[i]; } return 0; // none available } static int loadPlugin(void* libraryFile, const char* fileName, const char* pluginPath, void* param) { Library* plugin; PluginHandle* handle; void (*initializer)(void); filename_t name; pluginid_t plugId; DENG_UNUSED(libraryFile); // this is not C++... DENG_UNUSED(param); DENG_ASSERT(fileName && fileName[0]); DENG_ASSERT(pluginPath && pluginPath[0]); if(strcasestr("/bin/audio_", pluginPath)) { // Do not touch audio plugins at this point. return true; } plugin = Library_New(pluginPath); if(!plugin) { LOG_RES_WARNING("Failed to load \"%s\": %s") << pluginPath << Library_LastError(); return 0; // Continue iteration. } if(!strcmp(Library_Type(plugin), "deng-plugin/audio")) { // Audio plugins will be loaded later, on demand. Library_Delete(plugin); return 0; } initializer = de::function_cast(Library_Symbol(plugin, "DP_Initialize")); if(!initializer) { LOG_RES_WARNING("Cannot load plugin \"%s\": no entrypoint called 'DP_Initialize'") << pluginPath; // Clearly not a Doomsday plugin. Library_Delete(plugin); return 0; // Continue iteration. } // Assign a handle and ID to the plugin. handle = findFirstUnusedPluginHandle(); plugId = handle - hInstPlug + 1; if(!handle) { LOG_RES_WARNING("Cannot load \"%s\": too many plugins loaded already loaded") << pluginPath; Library_Delete(plugin); return 0; // Continue iteration. } // This seems to be a Doomsday plugin. _splitpath(pluginPath, NULL, NULL, name, NULL); LOGDEV_MSG("Plugin id:%i name:%s") << plugId << name; *handle = plugin; DD_SetActivePluginId(plugId); initializer(); DD_SetActivePluginId(0); return 0; // Continue iteration. } static dd_bool unloadPlugin(PluginHandle* handle) { assert(handle); if(!*handle) return false; Library_Delete(*handle); *handle = 0; return true; } void Plug_LoadAll(void) { LOG_RES_VERBOSE("Initializing plugins..."); Library_IterateAvailableLibraries(loadPlugin, 0); } void Plug_UnloadAll(void) { int i; for(i = 0; i < MAX_PLUGS && hInstPlug[i]; ++i) { unloadPlugin(&hInstPlug[i]); } } de::LibraryFile const &Plug_FileForPlugin(pluginid_t id) { DENG2_ASSERT(id > 0 && id <= MAX_PLUGS); return Library_File(hInstPlug[id - 1]); } DENG_EXTERN_C int Plug_AddHook(int hookType, hookfunc_t hook) { int i, type = HOOKMASK(hookType); /** * The current plugin must be set before calling this. The engine has the * responsibility to call DD_SetActivePluginId() whenever it passes control * to a plugin, and then set it back to zero after it gets control back. */ DENG_ASSERT(DD_ActivePluginId() != 0); // The type must be good. if(type < 0 || type >= NUM_HOOK_TYPES) return false; // Exclusive hooks. if(hookType & HOOKF_EXCLUSIVE) { hooks[type].exclude = true; memset(hooks[type].list, 0, sizeof(hooks[type].list)); } else if(hooks[type].exclude) { // An exclusive hook has closed down this list. return false; } for(i = 0; i < MAX_HOOKS && hooks[type].list[i].func; ++i) {}; if(i == MAX_HOOKS) return false; // No more hooks allowed! // Add the hook. If the plugin is unidentified the ID will be zero. hooks[type].list[i].func = hook; hooks[type].list[i].pluginId = DD_ActivePluginId(); return true; } DENG_EXTERN_C int Plug_RemoveHook(int hookType, hookfunc_t hook) { int i, type = HOOKMASK(hookType); // The type must be good. if(type < 0 || type >= NUM_HOOK_TYPES) return false; for(i = 0; i < MAX_HOOKS; ++i) { if(hooks[type].list[i].func != hook) continue; hooks[type].list[i].func = 0; hooks[type].list[i].pluginId = 0; if(hookType & HOOKF_EXCLUSIVE) { // Exclusive hook removed; allow normal hooks. hooks[type].exclude = false; } return true; } return false; } DENG_EXTERN_C int Plug_CheckForHook(int hookType) { size_t i; for(i = 0; i < MAX_HOOKS; ++i) if(hooks[hookType].list[i].func) return true; return false; } void DD_SetActivePluginId(pluginid_t id) { #ifdef DENG_LOCAL_DATA_POINTER initLocalData(); pluginState.localData()->currentPlugin = id; #else pluginState.localData().currentPlugin = id; #endif } pluginid_t DD_ActivePluginId(void) { #ifdef DENG_LOCAL_DATA_POINTER initLocalData(); return pluginState.localData()->currentPlugin; #else return pluginState.localData().currentPlugin; #endif } int DD_CallHooks(int hookType, int parm, void *data) { int ret = 0; bool allGood = true; pluginid_t oldPlugin = DD_ActivePluginId(); // Try all the hooks. for(int i = 0; i < MAX_HOOKS; ++i) { if(!hooks[hookType].list[i].func) continue; DD_SetActivePluginId(hooks[hookType].list[i].pluginId); if(hooks[hookType].list[i].func(hookType, parm, data)) { // One hook executed; return nonzero from this routine. ret = 1; } else { allGood = false; } } DD_SetActivePluginId(oldPlugin); if(ret && allGood) ret |= 2; return ret; } void* DD_FindEntryPoint(pluginid_t pluginId, const char* fn) { void* addr = 0; int plugIndex = pluginId - 1; assert(plugIndex >= 0 && plugIndex < MAX_PLUGS); addr = Library_Symbol(hInstPlug[plugIndex], fn); if(!addr) { LOGDEV_RES_WARNING("Error getting address of \"%s\": %s") << fn << Library_LastError(); } return addr; } DENG_EXTERN_C void Plug_Notify(int notification, void* param) { DENG_UNUSED(param); #ifdef __CLIENT__ switch(notification) { case DD_NOTIFY_GAME_SAVED: // If an update has been downloaded and is ready to go, we should // re-show the dialog now that the user has saved the game as // prompted. LOG_DEBUG("Plug_Notify: Game saved"); DownloadDialog::showCompletedDownload(); break; } #else DENG_UNUSED(notification); #endif } DENG_DECLARE_API(Plug) = { { DE_API_PLUGIN }, Plug_AddHook, Plug_RemoveHook, Plug_CheckForHook, Plug_Notify }; doomsday-1.14.5/doomsday/client/src/macx/0000775000175000017500000000000012350542237017524 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/macx/MusicPlayer.mm0000664000175000017500000001017512350542237022320 0ustar jaakkojaakko/** @file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #import "MusicPlayer.h" /** * QuickTime music player for Mac OS X 10.4 or newer. Uses the Cocoa QTKit. */ static MusicPlayer* musicPlayer; @implementation MusicPlayer - (id)init { currentSong = 0; songVolume = 1.f; return self; } - (void)shutdown { if(currentSong) { [currentSong stop]; [currentSong release]; currentSong = 0; } } - (int)playFile:(const char*)filename looping:(int)loop { // Get rid of the old song? if(currentSong) { [currentSong stop]; [currentSong release]; currentSong = 0; } NSString* path = [[[NSString alloc] initWithCString:filename encoding:[NSString defaultCStringEncoding]] autorelease]; currentSong = [[QTMovie alloc] initWithFile:path error:0]; if(!currentSong) return false; [currentSong setVolume:songVolume]; // Set the looping attribute. [currentSong setAttribute:[NSNumber numberWithBool:(loop? YES : NO)] forKey:QTMovieLoopsAttribute]; // Start playing. [currentSong play]; return true; } - (void)setVolume:(float)volume { songVolume = volume; if(currentSong) { [currentSong setVolume:songVolume]; } } - (void)play { if(currentSong) { [currentSong play]; } } - (void)stop { if(currentSong) { [currentSong stop]; } } - (void)rewind { if(currentSong) { [currentSong gotoBeginning]; } } @end // -------------------------------------------------------------------------- #include "api_audiod.h" #include "api_audiod_mus.h" static int DM_Ext_Init(void) { // Already initialized? if(musicPlayer) return true; // Create a new QTKit player. musicPlayer = [[MusicPlayer alloc] init]; return true; } static void DM_Ext_Shutdown(void) { if(!musicPlayer) return; // Release the player. [musicPlayer shutdown]; [musicPlayer release]; musicPlayer = 0; } static void DM_Ext_Update(void) { if(!musicPlayer) return; // Gets called on every frame. } static void DM_Ext_Set(int property, float value) { if(!musicPlayer) return; switch (property) { case MUSIP_VOLUME: if(value > 1) value = 1; if(value < 0) value = 0; [musicPlayer setVolume:value]; break; } } static int DM_Ext_Get(int property, void *value) { if(!musicPlayer) return false; switch (property) { case MUSIP_ID: strcpy(reinterpret_cast(value), "QuickTime(Cocoa)/Ext"); break; default: return false; } return true; } static void DM_Ext_Pause(int pause) { if(!musicPlayer) return; if(pause) { [musicPlayer stop]; } else { [musicPlayer play]; } } static void DM_Ext_Stop(void) { if(!musicPlayer) return; [musicPlayer stop]; [musicPlayer rewind]; } static int DM_Ext_PlayFile(const char *filename, int looped) { if(!musicPlayer) return 0; return [musicPlayer playFile:filename looping:looped]; } // The audio driver struct. audiointerface_music_t audiodQuickTimeMusic = { { DM_Ext_Init, DM_Ext_Shutdown, DM_Ext_Update, DM_Ext_Set, DM_Ext_Get, DM_Ext_Pause, DM_Ext_Stop }, NULL, NULL, DM_Ext_PlayFile, }; doomsday-1.14.5/doomsday/client/src/settingsregister.cpp0000664000175000017500000004241512350542237022713 0ustar jaakkojaakko/** @file settingsregister.cpp Register of settings profiles. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "con_main.h" #include "settingsregister.h" #include #include #include #include #include #include #include #include #include #include using namespace de; static String const CUSTOM_PROFILE = "Custom"; DENG2_PIMPL(SettingsRegister), DENG2_OBSERVES(App, GameUnload), DENG2_OBSERVES(App, GameChange) { struct Setting { SettingType type; String name; Setting() : type(IntCVar) {} Setting(SettingType t, String n) : type(t), name(n) {} /** * Changes the current value of the setting. * * @param val New value. */ void setValue(QVariant const &val) const { switch(type) { case IntCVar: Con_SetInteger(name.toLatin1(), val.toInt()); break; case FloatCVar: Con_SetFloat(name.toLatin1(), val.toFloat()); break; case StringCVar: Con_SetString(name.toLatin1(), val.toString().toUtf8()); break; case ConfigVariable: App::config()[name].set(NumberValue(val.toDouble())); break; } } }; typedef QMap Settings; Settings settings; struct Profile { bool readOnly; ///< Profile has been loaded from a read-only file, won't be serialized. typedef QMap Values; Values values; Profile() : readOnly(false) {} }; typedef QMap Profiles; Profiles profiles; Profile defaults; String persistentName; String current; Instance(Public *i) : Base(i), current(CUSTOM_PROFILE) { App::app().audienceForGameUnload() += this; App::app().audienceForGameChange() += this; addProfile(current); } ~Instance() { App::app().audienceForGameUnload() -= this; App::app().audienceForGameChange() -= this; clearProfiles(); } Profile *addProfile(String const &name) { if(profiles.contains(name)) { delete profiles[name]; } Profile *p = new Profile; profiles.insert(name, p); return p; } void clearProfiles() { qDeleteAll(profiles.values()); profiles.clear(); } Profile ¤tProfile() const { DENG2_ASSERT(profiles.contains(current)); return *profiles[current]; } QVariant getDefaultFromConfig(String const &name) { try { // Get defaults for script values. Script script("record d; import Config; Config.setDefaults(d); d"); Process proc(script); proc.execute(); Record const &confDefaults = *proc.context().evaluator().result() .as().record(); DENG2_ASSERT(confDefaults.has(name)); Variable const &var = confDefaults[name]; if(var.value().is()) { return var.value().asNumber(); } else { // Oops, we don't support this yet. DENG2_ASSERT(false); } } catch(Error const &er) { LOG_WARNING("Failed to find default for \"%s\": %s") << name << er.asText(); } return QVariant(); } /** * Gets the current values of the settings and saves them to a profile. */ void fetch(String const &profileName) { DENG2_ASSERT(profiles.contains(profileName)); Profile &prof = *profiles[profileName]; if(prof.readOnly) return; foreach(Setting const &st, settings.values()) { QVariant val; switch(st.type) { case IntCVar: val = Con_GetInteger(st.name.toLatin1()); break; case FloatCVar: val = Con_GetFloat(st.name.toLatin1()); break; case StringCVar: val = QString(Con_GetString(st.name.toLatin1())); break; case ConfigVariable: val = App::config()[st.name].value().asNumber(); break; } prof.values[st.name] = val; } } void setCurrent(String const &name) { current = name; if(!persistentName.isEmpty()) { App::config().set(confName(), name); } } void apply(String const &profileName) { DENG2_ASSERT(profiles.contains(profileName)); Profile const &prof = *profiles[profileName]; foreach(Setting const &st, settings.values()) { QVariant const &val = prof.values[st.name]; st.setValue(val); } } void changeTo(String const &profileName) { LOG_AS("SettingsRegister"); DENG2_ASSERT(profiles.contains(profileName)); if(current == profileName) return; if(!persistentName.isEmpty()) { LOG_MSG("Changing %s profile to '%s'") << persistentName << profileName; } // First update the old profile. fetch(current); // Then set the values from the other profile. setCurrent(profileName); apply(current); DENG2_FOR_PUBLIC_AUDIENCE(ProfileChange, i) { i->currentProfileChanged(profileName); } } void reset() { if(!currentProfile().readOnly) { currentProfile().values = defaults.values; apply(current); } } void resetSetting(String const &settingName) const { DENG2_ASSERT(settings.contains(settingName)); DENG2_ASSERT(defaults.values.contains(settingName)); settings[settingName].setValue(defaults.values[settingName]); } /** * For a persistent register, determines the name of the Config variable * that stores the name of the currently selected profile. */ String confName() const { if(persistentName.isEmpty()) return ""; return persistentName + ".profile"; } /** * For a persistent register, determines the file name of the Info file * where all the profile values are written to and read from. */ String fileName() const { if(persistentName.isEmpty()) return ""; return String("/home/configs/%1.dei").arg(persistentName); } QVariant textToSettingValue(String const &text, String const &settingName) const { DENG2_ASSERT(settings.contains(settingName)); Setting const &st = settings[settingName]; switch(st.type) { case IntCVar: return text.toInt(); case FloatCVar: return text.toFloat(); case StringCVar: return text; case ConfigVariable: return text.toDouble(); } DENG2_ASSERT(false); return QVariant(); } void loadProfilesFromInfo(File const &file, bool markReadOnly) { try { LOG_RES_VERBOSE("Reading setting profiles from %s") << file.description(); Block raw; file >> raw; de::Info info; info.setAllowDuplicateBlocksOfType(QStringList() << "profile"); info.parse(String::fromUtf8(raw)); foreach(de::Info::Element const *elem, info.root().contentsInOrder()) { if(!elem->isBlock()) continue; // There may be multiple profiles in the file. de::Info::BlockElement const &profBlock = elem->as(); if(profBlock.blockType() == "profile") { String profileName = profBlock.keyValue("name").text; if(profileName.isEmpty()) continue; // Skip this one... LOG_VERBOSE("Reading profile '%s'") << profileName; Profile *prof = addProfile(profileName); if(markReadOnly) prof->readOnly = true; // Use the default settings for anything not defined in the file. prof->values = defaults.values; // Read all the setting values from the profile block. foreach(de::Info::Element const *e, profBlock.contentsInOrder()) { if(!e->isBlock()) continue; de::Info::BlockElement const &setBlock = e->as(); if(settings.contains(setBlock.name())) // ignore unknown settings { prof->values[setBlock.name()] = textToSettingValue(setBlock.keyValue("value").text, setBlock.name()); } } } } } catch(Error const &er) { LOG_RES_WARNING("Failed to load setting profiles from %s:\n%s") << file.description() << er.asText(); } } /** * Deserializes all the profiles (see aboutToUnloadGame()). In addition, * fixed/built-in profiles are loaded from /data/profiles/(persistentName)/ * * @param newGame New current game. */ void currentGameChanged(game::Game const &newGame) { if(persistentName.isEmpty() || newGame.isNull()) return; LOG_AS("SettingsRegister"); LOG_DEBUG("Game has been loaded, deserializing %s profiles") << persistentName; clearProfiles(); // Read all fixed profiles from */profiles/(persistentName)/ FS::FoundFiles folders; App::fileSystem().findAll(String("profiles") / persistentName, folders); DENG2_FOR_EACH(FS::FoundFiles, i, folders) { if(Folder const *folder = (*i)->maybeAs()) { // Let's see if it contains any .dei files. DENG2_FOR_EACH_CONST(Folder::Contents, k, folder->contents()) { if(k->first.fileNameExtension() == ".dei") { // Load this profile. loadProfilesFromInfo(*k->second, true /* read-only */); } } } } // Read /home/configs/(persistentName).dei if(File const *file = App::rootFolder().tryLocate(fileName())) { loadProfilesFromInfo(*file, false /* modifiable */); } else { // Settings haven't previously been created -- make sure we at least // have the Custom profile. if(!profiles.contains(CUSTOM_PROFILE)) { addProfile(CUSTOM_PROFILE); // Use whatever values are currently in effect. fetch(CUSTOM_PROFILE); current = CUSTOM_PROFILE; } } // Still nothing? if(profiles.isEmpty()) { addProfile(CUSTOM_PROFILE); fetch(CUSTOM_PROFILE); } if(App::config().names().has(confName())) { // Update current profile. current = App::config()[confName()].value().asText(); if(!profiles.contains(current)) { // Fall back to the one profile we know is available. if(profiles.contains(CUSTOM_PROFILE)) { current = CUSTOM_PROFILE; } else { current = profiles.keys().first(); } } // Make sure these are the values now in use. apply(current); } App::config().set(confName(), current); } /** * Serializes all the profiles: * - Config.(persistentName).profile stores the name of the current profile * - /home/configs/(persistentName).pack contains all the existing profile * values, with one file per profile * * @param gameBeingUnloaded Current game. */ void aboutToUnloadGame(game::Game const &gameBeingUnloaded) { if(persistentName.isEmpty() || gameBeingUnloaded.isNull()) return; LOG_AS("SettingsRegister"); LOG_DEBUG("Game being unloaded, serializing %s profiles") << persistentName; // Update the current profile. fetch(current); // Remember which profile is the current one. App::config().set(confName(), current); // We will write one Info file with all the profiles. String info; QTextStream os(&info); os.setCodec("UTF-8"); os << "# Autogenerated Info file based on " << persistentName << " settings\n"; // Write /home/configs/(persistentName).dei with all non-readonly profiles. int count = 0; DENG2_FOR_EACH_CONST(Profiles, i, profiles) { if(i.value()->readOnly) continue; ++count; os << "\nprofile {\n name: " << i.key() << "\n"; DENG2_FOR_EACH_CONST(Profile::Values, val, i.value()->values) { DENG2_ASSERT(settings.contains(val.key())); Setting const &st = settings[val.key()]; String valueText; switch(st.type) { case IntCVar: case FloatCVar: case StringCVar: case ConfigVariable: // QVariant can handle this. valueText = val.value().toString(); break; } os << " setting \"" << st.name << "\" {\n" << " value: " << valueText << "\n" << " }\n"; } os << "}\n"; } // Create the pack and update the file system. File &outFile = App::rootFolder().replaceFile(fileName()); outFile << info.toUtf8(); outFile.flush(); // we're done LOG_VERBOSE("Wrote \"%s\" with %i profile%s") << fileName() << count << (count != 1? "s" : ""); } }; SettingsRegister::SettingsRegister() : d(new Instance(this)) {} void SettingsRegister::setPersistentName(String const &name) { d->persistentName = name; } SettingsRegister &SettingsRegister::define(SettingType type, String const &settingName, QVariant const &defaultValue) { d->settings.insert(settingName, Instance::Setting(type, settingName)); QVariant def; if(type == ConfigVariable) { def = d->getDefaultFromConfig(settingName); } else { def = defaultValue; } d->defaults.values[settingName] = def; return *this; } String SettingsRegister::currentProfile() const { return d->current; } bool SettingsRegister::isReadOnlyProfile(String const &name) const { if(d->profiles.contains(name)) { return d->profiles[name]->readOnly; } DENG2_ASSERT(false); return false; } bool SettingsRegister::saveAsProfile(String const &name) { if(!d->profiles.contains(name) && !name.isEmpty()) { d->addProfile(name); d->fetch(name); return true; } return false; } void SettingsRegister::setProfile(String const &name) { d->changeTo(name); } void SettingsRegister::resetToDefaults() { d->reset(); DENG2_FOR_AUDIENCE(ProfileChange, i) { i->currentProfileChanged(d->current); } } void SettingsRegister::resetSettingToDefaults(String const &settingName) { d->resetSetting(settingName); } bool SettingsRegister::rename(String const &name) { if(!d->profiles.contains(name) && !name.isEmpty()) { Instance::Profile *p = d->profiles.take(d->current); d->profiles.insert(name, p); d->setCurrent(name); DENG2_FOR_AUDIENCE(ProfileChange, i) { i->currentProfileChanged(name); } return true; } return false; } void SettingsRegister::deleteProfile(String const &name) { // Can't delete the current profile. if(name == d->current) return; delete d->profiles.take(name); } QList SettingsRegister::profiles() const { return d->profiles.keys(); } int SettingsRegister::profileCount() const { return d->profiles.size(); } doomsday-1.14.5/doomsday/client/src/con_bar.cpp0000664000175000017500000000757112350542237020715 0ustar jaakkojaakko/** @file con_bar.cpp Console progress bar * @ingroup console * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "de_system.h" #include "de_console.h" #include "de_graphics.h" #include "de_ui.h" #include "ui/clientwindow.h" #include "ui/widgets/busywidget.h" #include using namespace de; // Time for the progress to reach the new target (seconds). static de::TimeDelta const PROGRESS_DELTA_TIME = 0.5; /* typedef struct tval_s { int value; timespan_t time; } tval_t; static mutex_t progressMutex; */ //static int progressMax; //static float progressStart, progressEnd; //static tval_t target, last; /* static void lockProgress(dd_bool lock) { if(lock) { Sys_Lock(progressMutex); } else { Sys_Unlock(progressMutex); } } */ static ProgressWidget &progress() { return ClientWindow::main().busy().progress(); } void Con_InitProgress2(int maxProgress, float start, float end) { //progressStart = start; //progressEnd = end; //memset(&target, 0, sizeof(target)); //memset(&last, 0, sizeof(last)); progress().setRange(Rangei(0, maxProgress), Rangef(start, end)); progress().setProgress(0, 0); //progressMax = maxProgress; /*if(!progressMutex) progressMutex = Sys_CreateMutex("ConBarProgressMutex");*/ } void Con_InitProgress(int maxProgress) { Con_InitProgress2(maxProgress, 0.f, 1.f); } void Con_ShutdownProgress(void) { /* if(progressMutex) { Sys_DestroyMutex(progressMutex); } */ } /* static int currentProgress(void) { timespan_t nowTime = Timer_RealSeconds(); timespan_t span = target.time - last.time; if(nowTime >= target.time || span <= 0) { // Done. return target.value; } else { // Interpolate. return last.value + (target.value - last.value) * (nowTime - last.time) / span; } }*/ dd_bool Con_IsProgressAnimationCompleted(void) { return !progress().isAnimating(); /* dd_bool done; lockProgress(true); done = (Timer_RealSeconds() >= target.time); lockProgress(false); return done;*/ } void Con_SetProgress(int progressValue) { /* timespan_t nowTime; lockProgress(true); // Continue animation from the current value. nowTime = Timer_RealSeconds(); last.value = currentProgress(); last.time = nowTime; target.value = progress; target.time = nowTime + (progress < progressMax? PROGRESS_DELTA_TIME : PROGRESS_DELTA_TIME/2); lockProgress(false);*/ progress().setProgress(progressValue, progressValue < progress().range().end? PROGRESS_DELTA_TIME : TimeDelta(PROGRESS_DELTA_TIME / 2)); } /* float Con_GetProgress(void) { float prog; if(!progressMax) return 1.0f; lockProgress(true); prog = currentProgress(); lockProgress(false); prog /= (float) progressMax; // Scale to the progress range. return progressStart + prog * (progressEnd - progressStart); } */ doomsday-1.14.5/doomsday/client/src/main_client.cpp0000664000175000017500000000750012350542237021564 0ustar jaakkojaakko/** @file main_client.cpp Client application entrypoint. * @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ /** * @page mainFlow Engine Control Flow * * The main Qt application instance is ClientApp, based on de::GuiApp, a * slightly modified version of the normal QApplication: it catches stray * exceptions and forces a clean shutdown of the application. * * LegacyCore is a thin wrapper around de::App that manages the event loop in a * way that is compatible with the legacy C implementation. The LegacyCore * instance is created in ClientApp and is globally available. * * The application's event loop is started as soon as the main window has been * created (but not shown yet). After the window appears with a fully * functional OpenGL drawing surface, the rest of the engine initialization is * completed. This is done via a callback in the Canvas class that gets called * when the window actually appears on screen (with empty contents). * * While the event loop is running, it periodically calls the loop callback * function that has been set via LegacyCore. Initially it is used for showing * the main window while the loop is already running * (continueInitWithEventLoopRunning()) after which it switches to the engine's * main loop callback (DD_GameLoopCallback()). * * During startup the engine goes through a series of busy mode tasks. While a * busy task is running, the event loop started in LegacyCore is blocked. * However, BusyTask starts another loop that continues to handle events * received by the application, including making calls to the loop callback * function. Busy mode uses its own loop callback function that monitors the * progress of the busy worker and keeps updating the busy mode progress * indicator on screen. After busy mode ends, the main loop callback is * restored. * * The rate at which the main loop calls the loop callback can be configured * via LegacyCore. */ #include "clientapp.h" #include "dd_loop.h" #include #include #include /** * Application entry point. */ int main(int argc, char** argv) { ClientApp clientApp(argc, argv); /** * @todo Translations are presently disabled because lupdate can't seem to * parse tr strings from inside private implementation classes. Workaround * or fix is needed? */ #if 0 // Load the current locale's translation. QTranslator translator; translator.load(QString("client_") + QLocale::system().name()); clientApp.installTranslator(&translator); #endif try { clientApp.initialize(); return clientApp.execLoop(); } catch(de::Error const &er) { qWarning() << "App init failed:\n" << er.asText(); QMessageBox::critical(0, DOOMSDAY_NICENAME, "App init failed:\n" + er.asText()); return -1; } #ifdef DENG2_DEBUG // Check that all reference-counted objects have been deleted. DENG2_ASSERT(de::Counted::totalCount == 0); #endif } doomsday-1.14.5/doomsday/client/src/updater/0000775000175000017500000000000012350542240020232 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/updater/updatersettings.cpp0000664000175000017500000001533412350542240024171 0ustar jaakkojaakko/** @file updatersettings.cpp Persistent settings for automatic updates. * @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "updater/updatersettings.h" #include "versioninfo.h" #include #include #include #include #include #include #include #include using namespace de; #define VAR_FREQUENCY "frequency" #define VAR_CHANNEL "channel" #define VAR_LAST_CHECKED "lastChecked" #define VAR_ONLY_MANUAL "onlyManually" #define VAR_DELETE "delete" #define VAR_DOWNLOAD_PATH "downloadPath" #define VAR_DELETE_PATH "deleteAtStartup" #define VAR_AUTO_DOWNLOAD "autoDownload" #define SUBREC_NAME "updater" #define CONF(name) SUBREC_NAME "." name #define SYMBOL_DEFAULT_DOWNLOAD "${DEFAULT}" #if 0 void UpdaterSettings::initialize() { Config &config = App::config(); if(!config.names().has(SUBREC_NAME)) { /** * @todo These defaults can be moved to Config.de when libdeng2 has * knowledge of the release type. */ // Looks like we don't have existing values stored. Let's set up a // Record with the defaults. Record *s = new Record; s->addNumber(VAR_FREQUENCY, Weekly); s->addNumber(VAR_CHANNEL, QString(DOOMSDAY_RELEASE_TYPE) == "Stable"? Stable : Unstable); s->addTime(VAR_LAST_CHECKED, Time::invalidTime()); bool checkByDefault = false; #if defined(UNIX) && !defined(MACOSX) // On Unix platforms don't do automatic checks by default. checkByDefault = true; #endif s->addBoolean(VAR_ONLY_MANUAL, checkByDefault); s->addBoolean(VAR_DELETE, true); s->addText(VAR_DELETE_PATH, ""); s->addText(VAR_DOWNLOAD_PATH, SYMBOL_DEFAULT_DOWNLOAD); config.names().add(SUBREC_NAME, s); } } #endif UpdaterSettings::UpdaterSettings() {} UpdaterSettings::Frequency UpdaterSettings::frequency() const { return Frequency(App::config().geti(CONF(VAR_FREQUENCY))); } UpdaterSettings::Channel UpdaterSettings::channel() const { return Channel(App::config().geti(CONF(VAR_CHANNEL))); } de::Time UpdaterSettings::lastCheckTime() const { // Note that the variable has only AllowTime as the mode. return App::config().getAs(CONF(VAR_LAST_CHECKED)).time(); } bool UpdaterSettings::onlyCheckManually() const { return App::config().getb(CONF(VAR_ONLY_MANUAL)); } bool UpdaterSettings::autoDownload() const { return App::config().getb(CONF(VAR_AUTO_DOWNLOAD)); } bool UpdaterSettings::deleteAfterUpdate() const { return App::config().getb(CONF(VAR_DELETE)); } de::NativePath UpdaterSettings::pathToDeleteAtStartup() const { de::NativePath p = App::config().gets(CONF(VAR_DELETE_PATH)); de::String ext = p.toString().fileNameExtension(); if(p.fileName().startsWith("doomsday") && (ext == ".exe" || ext == ".deb" || ext == ".dmg")) { return p; } // Doesn't look valid. return ""; } bool UpdaterSettings::isDefaultDownloadPath() const { return downloadPath() == defaultDownloadPath(); } de::NativePath UpdaterSettings::downloadPath() const { de::NativePath dir = App::config().gets(CONF(VAR_DOWNLOAD_PATH)); if(dir.toString() == SYMBOL_DEFAULT_DOWNLOAD) { dir = defaultDownloadPath(); } return dir; } void UpdaterSettings::setDownloadPath(de::NativePath downloadPath) { if(downloadPath == defaultDownloadPath()) { downloadPath = SYMBOL_DEFAULT_DOWNLOAD; } App::config().set(CONF(VAR_DOWNLOAD_PATH), downloadPath.toString()); } void UpdaterSettings::setFrequency(UpdaterSettings::Frequency freq) { App::config().set(CONF(VAR_FREQUENCY), dint(freq)); } void UpdaterSettings::setChannel(UpdaterSettings::Channel channel) { App::config().set(CONF(VAR_CHANNEL), dint(channel)); } void UpdaterSettings::setLastCheckTime(de::Time const &time) { App::config()[CONF(VAR_LAST_CHECKED)] = new TimeValue(time); } void UpdaterSettings::setOnlyCheckManually(bool onlyManually) { App::config().set(CONF(VAR_ONLY_MANUAL), onlyManually); } void UpdaterSettings::setAutoDownload(bool autoDl) { App::config().set(CONF(VAR_AUTO_DOWNLOAD), autoDl); } void UpdaterSettings::setDeleteAfterUpdate(bool deleteAfter) { App::config().set(CONF(VAR_DELETE), deleteAfter); } void UpdaterSettings::useDefaultDownloadPath() { setDownloadPath(defaultDownloadPath()); } void UpdaterSettings::setPathToDeleteAtStartup(de::NativePath deletePath) { App::config().set(CONF(VAR_DELETE_PATH), deletePath.toString()); } de::NativePath UpdaterSettings::defaultDownloadPath() { #ifdef DENG2_QT_5_0_OR_NEWER return QStandardPaths::writableLocation(QStandardPaths::CacheLocation); #else return QDesktopServices::storageLocation(QDesktopServices::CacheLocation); #endif } de::String UpdaterSettings::lastCheckAgo() const { de::Time when = lastCheckTime(); if(!when.isValid()) return ""; // Never checked. de::TimeDelta delta = when.since(); int t; if(delta < 60.0) { t = delta.asMilliSeconds() / 1000; return de::String(QObject::tr("%1 %2 ago")).arg(t). arg(t != 1? QObject::tr("seconds") : QObject::tr("second")); } t = delta.asMinutes(); if(t <= 60) { return de::String(QObject::tr("%1 %2 ago")).arg(t). arg(t != 1? QObject::tr("minutes") : QObject::tr("minute")); } t = delta.asHours(); if(t <= 24) { return de::String(QObject::tr("%1 %2 ago")).arg(t). arg(t != 1? QObject::tr("hours") : QObject::tr("hour")); } t = delta.asDays(); if(t <= 7) { return de::String(QObject::tr("%1 %2 ago")).arg(t). arg(t != 1? QObject::tr("days") : QObject::tr("day")); } return de::String("on " + when.asText(de::Time::FriendlyFormat)); } doomsday-1.14.5/doomsday/client/src/updater/updatersettingsdialog.cpp0000664000175000017500000002067012350542240025350 0ustar jaakkojaakko/** @file updatersettingsdialog.cpp Dialog for configuring automatic updates. * @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "updater/updatersettingsdialog.h" #include "updater/updatersettings.h" #include "clientapp.h" #include #include #include #include #include #include #include using namespace de; static QString defaultLocationName() { #ifdef DENG2_QT_5_0_OR_NEWER QString name = QStandardPaths::displayName(QStandardPaths::CacheLocation); #else QString name = QDesktopServices::displayName(QDesktopServices::CacheLocation); #endif if(name.isEmpty()) { name = "Temporary Files"; } return name; } DENG2_PIMPL(UpdaterSettingsDialog), DENG2_OBSERVES(ToggleWidget, Toggle) { ToggleWidget *autoCheck; ChoiceWidget *freqs; LabelWidget *lastChecked; ChoiceWidget *channels; ChoiceWidget *paths; ToggleWidget *autoDown; ToggleWidget *deleteAfter; Instance(Public *i, Mode mode) : Base(i) { ScrollAreaWidget &area = self.area(); // Create the widgets. area.add(autoCheck = new ToggleWidget); area.add(freqs = new ChoiceWidget); area.add(lastChecked = new LabelWidget); area.add(channels = new ChoiceWidget); area.add(autoDown = new ToggleWidget); area.add(paths = new ChoiceWidget); area.add(deleteAfter = new ToggleWidget); // The updater Config is changed when the widget state is modified. QObject::connect(autoCheck, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), thisPublic, SLOT(apply())); QObject::connect(freqs, SIGNAL(selectionChangedByUser(uint)), thisPublic, SLOT(apply())); QObject::connect(channels, SIGNAL(selectionChangedByUser(uint)), thisPublic, SLOT(apply())); QObject::connect(autoDown, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), thisPublic, SLOT(apply())); QObject::connect(paths, SIGNAL(selectionChangedByUser(uint)), thisPublic, SLOT(apply())); QObject::connect(deleteAfter, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), thisPublic, SLOT(apply())); LabelWidget *releaseLabel = new LabelWidget; area.add(releaseLabel); LabelWidget *pathLabel = new LabelWidget; area.add(pathLabel); autoCheck->setText(tr("Check for updates:")); freqs->items() << new ChoiceItem(tr("At startup"), UpdaterSettings::AtStartup) << new ChoiceItem(tr("Daily"), UpdaterSettings::Daily) << new ChoiceItem(tr("Biweekly"), UpdaterSettings::Biweekly) << new ChoiceItem(tr("Weekly"), UpdaterSettings::Weekly) << new ChoiceItem(tr("Monthly"), UpdaterSettings::Monthly); lastChecked->margins().setTop(""); releaseLabel->setText("Release type:"); channels->items() << new ChoiceItem(tr("Stable"), UpdaterSettings::Stable) << new ChoiceItem(tr("Unstable/Candidate"), UpdaterSettings::Unstable); pathLabel->setText(tr("Download location:")); paths->items() << new ChoiceItem(defaultLocationName(), UpdaterSettings::defaultDownloadPath().toString()); autoDown->setText(tr("Download automatically")); deleteAfter->setText(tr("Delete file after install")); fetch(); autoCheck->audienceForToggle() += this; // Place the widgets into a grid. GridLayout layout(area.contentRule().left(), area.contentRule().top()); layout.setGridSize(2, 0); layout.setColumnAlignment(0, ui::AlignRight); // Labels aligned to the right. layout << *autoCheck << *freqs << Const(0) << *lastChecked << *releaseLabel << *channels << Const(0) << *autoDown << Const(0) << *deleteAfter << *pathLabel << *paths; area.setContentSize(layout.width(), layout.height()); self.buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Accept, tr("Close")); if(mode == WithApplyAndCheckButton) { self.buttons() << new DialogButtonItem(DialogWidget::Action, tr("Check Now"), new SignalAction(thisPublic, SLOT(applyAndCheckNow()))); } } void fetch() { UpdaterSettings st; String ago = st.lastCheckAgo(); if(!ago.isEmpty()) { lastChecked->setText(_E(D)_E(t) + tr("Last checked %1.").arg(st.lastCheckAgo())); } else { lastChecked->setText(_E(D)_E(t) + tr("Never checked.")); } autoCheck->setActive(!st.onlyCheckManually()); freqs->enable(!st.onlyCheckManually()); freqs->setSelected(freqs->items().findData(st.frequency())); channels->setSelected(channels->items().findData(st.channel())); setDownloadPath(st.downloadPath()); autoDown->setActive(st.autoDownload()); deleteAfter->setActive(st.deleteAfterUpdate()); } void toggleStateChanged(ToggleWidget &toggle) { if(&toggle == autoCheck) { freqs->enable(autoCheck->isActive()); } } void apply() { UpdaterSettings st; st.setOnlyCheckManually(autoCheck->isInactive()); ui::Data::Pos sel = freqs->selected(); if(sel != ui::Data::InvalidPos) { st.setFrequency(UpdaterSettings::Frequency(freqs->items().at(sel).data().toInt())); } sel = channels->selected(); if(sel != ui::Data::InvalidPos) { st.setChannel(UpdaterSettings::Channel(channels->items().at(sel).data().toInt())); } //st.setDownloadPath(pathList->itemData(pathList->currentIndex()).toString()); st.setAutoDownload(autoDown->isActive()); st.setDeleteAfterUpdate(deleteAfter->isActive()); } void setDownloadPath(QString const &/*dir*/) { paths->setSelected(0); /* if(dir != UpdaterSettings::defaultDownloadPath()) { // Remove extra items. while(pathList->count() > 2) { pathList->removeItem(0); } pathList->insertItem(0, QDir(dir).dirName(), dir); pathList->setCurrentIndex(0); } else { pathList->setCurrentIndex(pathList->findData(dir)); }*/ } }; UpdaterSettingsDialog::UpdaterSettingsDialog(Mode mode, String const &name) : DialogWidget(name, WithHeading), d(new Instance(this, mode)) { heading().setText(tr("Updater Settings")); } void UpdaterSettingsDialog::apply() { d->apply(); } void UpdaterSettingsDialog::applyAndCheckNow() { accept(); ClientApp::updater().checkNow(); } void UpdaterSettingsDialog::finish(int result) { if(result) { d->apply(); } DialogWidget::finish(result); } /* void UpdaterSettingsDialog::pathActivated(int index) { QString path = d->pathList->itemData(index).toString(); if(path.isEmpty()) { QString dir = QFileDialog::getExistingDirectory(this, tr("Download Folder"), QDir::homePath()); if(!dir.isEmpty()) { d->setDownloadPath(dir); } else { d->setDownloadPath(UpdaterSettings::defaultDownloadPath()); } } } */ doomsday-1.14.5/doomsday/client/src/updater/processcheckdialog.cpp0000664000175000017500000000475412350542240024604 0ustar jaakkojaakko/** @file processcheckdialog.cpp Dialog for checking running processes on Windows. * @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "updater/processcheckdialog.h" #include "ui/clientwindow.h" #include #include #ifdef WIN32 using namespace de; static bool isProcessRunning(char const *name) { QProcess wmic; wmic.start("wmic.exe", QStringList() << "PROCESS" << "get" << "Caption"); if(!wmic.waitForStarted()) return false; if(!wmic.waitForFinished()) return false; QByteArray result = wmic.readAll(); foreach(QString p, QString(result).split("\n", QString::SkipEmptyParts)) { if(!p.trimmed().compare(QLatin1String(name), Qt::CaseInsensitive)) return true; } return false; } dd_bool Updater_AskToStopProcess(char const *processName, char const *message) { while(isProcessRunning(processName)) { MessageDialog *msg = new MessageDialog; msg->setDeleteAfterDismissed(true); msg->title().setText(QObject::tr("Files In Use")); msg->message().setText(QString(message) + "\n\n" _E(2) + QObject::tr("There is a running process called %1.") .arg(_E(b) + QString(processName) + _E(.))); msg->buttons() << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, QObject::tr("Retry")) << new DialogButtonItem(DialogWidget::Reject, QObject::tr("Ignore")); // Show a notification dialog. if(!msg->exec(ClientWindow::main().root())) { return !isProcessRunning(processName); } } return true; } #endif // WIN32 doomsday-1.14.5/doomsday/client/src/updater/updateavailabledialog.cpp0000664000175000017500000001642112350542240025245 0ustar jaakkojaakko/** @file updateavailabledialog.cpp Dialog for notifying the user about available updates. * @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "updater/updateavailabledialog.h" #include "updater/updatersettings.h" #include "updater/updatersettingsdialog.h" #include "clientapp.h" #include "versioninfo.h" #include #include #include #include #include #include #include using namespace de; static TimeDelta const SHOW_ANIM_SPAN = 0.3; DENG_GUI_PIMPL(UpdateAvailableDialog), DENG2_OBSERVES(ToggleWidget, Toggle) { ProgressWidget *checking; ToggleWidget *autoCheck; //ButtonWidget *settings; VersionInfo latestVersion; String changeLog; Instance(Public *d) : Base(*d) { initForChecking(); } Instance(Public *d, VersionInfo const &latest) : Base(*d) { initForResult(latest); } void initForChecking(void) { init(); showProgress(true, 0); } void initForResult(VersionInfo const &latest) { init(); updateResult(latest, 0); } void showProgress(bool show, TimeDelta span) { checking->setOpacity(show? 1 : 0, span); self.area().setOpacity(show? 0 : 1, span); if(show) { // Set up a cancel button. self.buttons().clear() << new DialogButtonItem(DialogWidget::Reject); } } void init() { checking = new ProgressWidget; checking->setText(tr("Checking for Updates...")); // The checking indicator is overlaid on the normal content. checking->rule().setRect(self.rule()); self.add(checking); autoCheck = new ToggleWidget; self.area().add(autoCheck); autoCheck->setAlignment(ui::AlignLeft); autoCheck->setText(tr("Check for updates automatically")); autoCheck->audienceForToggle() += this; // Include the toggle in the layout. self.updateLayout(); } void updateResult(VersionInfo const &latest, TimeDelta showSpan) { showProgress(false, showSpan); latestVersion = latest; VersionInfo currentVersion; String channel = (UpdaterSettings().channel() == UpdaterSettings::Stable? "stable" : "unstable"); String builtInType = (String(DOOMSDAY_RELEASE_TYPE) == "Stable"? "stable" : "unstable"); bool askUpgrade = false; bool askDowngrade = false; if(latestVersion > currentVersion) { askUpgrade = true; self.title().setText(tr("Update Available")); self.message().setText(tr("The latest %1 release is %2, while you are running %3.") .arg(channel) .arg(_E(b) + latestVersion.asText() + _E(.)) .arg(currentVersion.asText())); } else if(channel == builtInType) // same release type { self.title().setText(tr("Up to Date")); self.message().setText(tr("The installed %1 is the latest available %2 build.") .arg(currentVersion.asText()) .arg(_E(b) + channel + _E(.))); } else if(latestVersion < currentVersion) { askDowngrade = true; self.title().setText(tr("Up to Date")); self.message().setText(tr("The installed %1 is newer than the latest available %2 build.") .arg(currentVersion.asText()) .arg(_E(b) + channel + _E(.))); } autoCheck->setInactive(UpdaterSettings().onlyCheckManually()); self.buttons().clear(); if(askDowngrade) { self.buttons() << new DialogButtonItem(DialogWidget::Accept, tr("Downgrade to Older")) << new DialogButtonItem(DialogWidget::Reject | DialogWidget::Default, tr("Close")); } else if(askUpgrade) { self.buttons() << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, tr("Upgrade")) << new DialogButtonItem(DialogWidget::Reject, tr("Not Now")); } else { self.buttons() << new DialogButtonItem(DialogWidget::Accept, tr("Reinstall")) << new DialogButtonItem(DialogWidget::Reject | DialogWidget::Default, tr("Close")); } self.buttons() << new DialogButtonItem(DialogWidget::Action | DialogWidget::Id1, style().images().image("gear"), new SignalAction(thisPublic, SLOT(editSettings()))); if(askUpgrade) { self.buttons() << new DialogButtonItem(DialogWidget::Action, tr("What's New?"), new SignalAction(thisPublic, SLOT(showWhatsNew()))); } } void toggleStateChanged(ToggleWidget &) { bool set = autoCheck->isInactive(); UpdaterSettings().setOnlyCheckManually(set); LOG_DEBUG("Never check for updates: %b") << set; } }; UpdateAvailableDialog::UpdateAvailableDialog() : MessageDialog("updateavailable"), d(new Instance(this)) {} UpdateAvailableDialog::UpdateAvailableDialog(VersionInfo const &latestVersion, String changeLogUri) : MessageDialog("updateavailable"), d(new Instance(this, latestVersion)) { d->changeLog = changeLogUri; } void UpdateAvailableDialog::showResult(VersionInfo const &latestVersion, String changeLogUri) { d->changeLog = changeLogUri; d->updateResult(latestVersion, SHOW_ANIM_SPAN); } void UpdateAvailableDialog::showWhatsNew() { ClientApp::app().openInBrowser(QUrl(d->changeLog)); } void UpdateAvailableDialog::editSettings() { UpdaterSettingsDialog *st = new UpdaterSettingsDialog; st->setAnchorAndOpeningDirection(buttonWidget(DialogWidget::Id1)->rule(), ui::Up); st->setDeleteAfterDismissed(true); if(st->exec(root())) { // The Gear button will soon be deleted, so we'll need to detach from it. st->detachAnchor(); d->autoCheck->setInactive(UpdaterSettings().onlyCheckManually()); d->showProgress(true, SHOW_ANIM_SPAN); emit checkAgain(); } } doomsday-1.14.5/doomsday/client/src/updater/updater.cpp0000664000175000017500000005055112350542240022410 0ustar jaakkojaakko/** @file updater.cpp Automatic updater that works with dengine.net. * @ingroup updater * * When one of the updater dialogs is shown, the main window is automatically * switched to windowed mode. This is because the dialogs would be hidden * behind the main window or incorrectly located when the main window is in * fullscreen mode. It is also possible that the screen resolution is too low * to fit the shown dialogs. In the long term, the native dialogs should be * replaced with the engine's own (scriptable) UI widgets (once they are * available). * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include #include "de_platform.h" #ifdef WIN32 # undef open #endif #include #include "sys_system.h" #include "dd_version.h" #include "dd_def.h" #include "dd_types.h" #include "dd_main.h" #include "con_main.h" #include "clientapp.h" #include "ui/nativeui.h" #include "ui/clientwindowsystem.h" #include "ui/clientwindow.h" #include "ui/widgets/taskbarwidget.h" #include "updater.h" #include "updater/downloaddialog.h" #include "updater/processcheckdialog.h" #include "updater/updateavailabledialog.h" #include "updater/updatersettings.h" #include "updater/updatersettingsdialog.h" #include "versioninfo.h" #include #include #include #include #include #include #include using namespace de; #ifdef MACOSX # define INSTALL_SCRIPT_NAME "deng-upgrade.scpt" #endif /// @todo The platform ID should come from the Builder. #if defined(WIN32) # define PLATFORM_ID "win-x86" #elif defined(MACOSX) # if defined(MACOS_10_7) || defined(MACOSX_NATIVESDK) # define PLATFORM_ID "mac10_8-x86_64" # elif defined(__64BIT__) # define PLATFORM_ID "mac10_6-x86-x86_64" # else # define PLATFORM_ID "mac10_4-x86-ppc" # endif #else # if defined(__64BIT__) # define PLATFORM_ID "linux-x86_64" # else # define PLATFORM_ID "linux-x86" # endif #endif static CommandLine* installerCommand; /** * Callback for atexit(). Create the installerCommand before calling this. */ static void runInstallerCommand(void) { DENG_ASSERT(installerCommand != 0); installerCommand->execute(); delete installerCommand; installerCommand = 0; } /** * Notification widget about the status of the Updater. */ class UpdaterStatusWidget : public ProgressWidget { public: UpdaterStatusWidget() { useMiniStyle(); setColor("text"); setShadowColor(""); // no shadow, please setSizePolicy(ui::Expand, ui::Expand); _icon = new LabelWidget; _icon->setImage(ClientApp::windowSystem().style().images().image("updater")); _icon->setOverrideImageSize(overrideImageSize()); _icon->rule().setRect(rule()); add(_icon); hideIcon(); // The notification has a hidden button that can be clicked. _clickable = new ButtonWidget; _clickable->setOpacity(0); // not drawn _clickable->rule().setRect(rule()); _clickable->setAction(new SignalAction(&ClientApp::updater(), SLOT(showCurrentDownload()))); add(_clickable); } void showIcon(DotPath const &path) { _icon->setImageColor(ClientApp::windowSystem().style().colors().colorf(path)); } void hideIcon() { _icon->setImageColor(Vector4f()); } private: LabelWidget *_icon; ButtonWidget *_clickable; }; DENG2_PIMPL(Updater), DENG2_OBSERVES(App, StartupComplete) { QNetworkAccessManager *network; DownloadDialog *download; UpdaterStatusWidget *status; bool alwaysShowNotification; UpdateAvailableDialog *availableDlg; ///< If currently open (not owned). bool savingSuggested; VersionInfo latestVersion; QString latestPackageUri; QString latestPackageUri2; // fallback location QString latestLogUri; Instance(Public *up) : Base(up), network(0), download(0), status(0), availableDlg(0), savingSuggested(false) { network = new QNetworkAccessManager(thisPublic); // Delete a package installed earlier? UpdaterSettings st; if(st.deleteAfterUpdate()) { de::String p = st.pathToDeleteAtStartup(); if(!p.isEmpty()) { QFile file(p); if(file.exists()) { LOG_NOTE("Deleting previously installed package: %s") << p; file.remove(); } } } st.setPathToDeleteAtStartup(""); } ~Instance() { //if(settingsDlg) delete settingsDlg; // Delete the ongoing download. if(download) delete download; } void setupUI() { status = new UpdaterStatusWidget; } QString composeCheckUri() { UpdaterSettings st; QString uri = QString(DOOMSDAY_HOMEURL) + "/latestbuild?"; uri += QString("platform=") + PLATFORM_ID; uri += (st.channel() == UpdaterSettings::Stable? "&stable" : "&unstable"); uri += "&graph"; LOG_XVERBOSE("Check URI: ") << uri; return uri; } bool shouldCheckForUpdate() const { UpdaterSettings st; if(st.onlyCheckManually()) return false; float dayInterval = 30; switch(st.frequency()) { case UpdaterSettings::AtStartup: dayInterval = 0; break; case UpdaterSettings::Daily: dayInterval = 1; break; case UpdaterSettings::Biweekly: dayInterval = 5; break; case UpdaterSettings::Weekly: dayInterval = 7; break; default: break; } de::Time now; // Check always when the day interval has passed. Note that this // doesn't check the actual time interval since the last check, but the // difference in "calendar" days. if(st.lastCheckTime().asDate().daysTo(de::Date()) >= dayInterval) return true; if(st.frequency() == UpdaterSettings::Biweekly) { // Check on Tuesday and Saturday, as the builds are usually on // Monday and Friday. int weekday = now.asDateTime().date().dayOfWeek(); if(weekday == 2 || weekday == 6) return true; } // No need to check right now. return false; } void appStartupCompleted() { LOG_AS("Updater") LOG_DEBUG("App startup was completed"); if(shouldCheckForUpdate()) { queryLatestVersion(false); } } void showNotification(bool show) { ClientWindow::main().notifications().showOrHide(status, show); } void showCheckingNotification() { status->setRange(Rangei(0, 1)); status->setProgress(0, 0); status->showIcon("text"); showNotification(true); } void showUpdateAvailableNotification() { showCheckingNotification(); status->showIcon("accent"); } void showDownloadNotification() { status->setMode(ProgressWidget::Indefinite); status->hideIcon(); showNotification(true); } void queryLatestVersion(bool notifyAlways) { showCheckingNotification(); UpdaterSettings().setLastCheckTime(de::Time()); alwaysShowNotification = notifyAlways; network->get(QNetworkRequest(composeCheckUri())); } void handleReply(QNetworkReply *reply) { reply->deleteLater(); // make sure it gets deleted DENG2_ASSERT_IN_MAIN_THREAD(); showNotification(false); if(reply->error() != QNetworkReply::NoError) { LOG_WARNING("Network request failed: %s") << reply->url().toString(); return; } QVariant result = de::parseJSON(QString::fromUtf8(reply->readAll())); if(!result.isValid()) return; QVariantMap map = result.toMap(); latestPackageUri = map["direct_download_uri"].toString(); latestLogUri = map["release_changeloguri"].toString(); // Check if a fallback location is specified for the download. if(map.contains("direct_download_fallback_uri")) { latestPackageUri2 = map["direct_download_fallback_uri"].toString(); } else { latestPackageUri2 = ""; } latestVersion = VersionInfo(map["version"].toString(), map["build_uniqueid"].toInt()); VersionInfo currentVersion; LOG_MSG(_E(b) "Received version information:\n" _E(.) " - installed version: " _E(>) "%s ") << currentVersion.asText(); LOG_MSG(" - latest version: " _E(>) "%s") << latestVersion.asText(); LOG_MSG(" - package: " _E(>) _E(i) "%s") << latestPackageUri; LOG_MSG(" - change log: " _E(>) _E(i) "%s") << latestLogUri; if(availableDlg) { // This was a recheck. availableDlg->showResult(latestVersion, latestLogUri); return; } bool const gotUpdate = latestVersion > currentVersion; // Is this newer than what we're running? if(gotUpdate) { LOG_NOTE("Found an update: " _E(b)) << latestVersion.asText(); if(!alwaysShowNotification) { if(UpdaterSettings().autoDownload()) { startDownload(); return; } // Show the notification so the user knows an update is // available. showUpdateAvailableNotification(); } } else { LOG_NOTE("You are running the latest available " _E(b) "%s" _E(.) " release") << (UpdaterSettings().channel() == UpdaterSettings::Stable? "stable" : "unstable"); } if(alwaysShowNotification) { showAvailableDialogAndPause(); } } void showAvailableDialogAndPause() { if(availableDlg) return; // Just one at a time. // Modal dialogs will interrupt gameplay. ClientWindow::main().taskBar().openAndPauseGame(); availableDlg = new UpdateAvailableDialog(latestVersion, latestLogUri); execAvailableDialog(); } void execAvailableDialog() { DENG2_ASSERT(availableDlg != 0); availableDlg->setDeleteAfterDismissed(true); QObject::connect(availableDlg, SIGNAL(checkAgain()), thisPublic, SLOT(recheck())); if(availableDlg->exec(ClientWindow::main().root())) { startDownload(); download->open(); } availableDlg = 0; } void startDownload() { DENG2_ASSERT(download == 0); // The notification provides access to the download dialog. showDownloadNotification(); LOG_MSG("Download and install update"); download = new DownloadDialog(latestPackageUri, latestPackageUri2); download->setAnchorAndOpeningDirection(status->rule(), ui::Down); QObject::connect(download, SIGNAL(closed()), thisPublic, SLOT(downloadDialogClosed())); QObject::connect(download, SIGNAL(downloadProgress(int)),thisPublic, SLOT(downloadProgressed(int))); QObject::connect(download, SIGNAL(downloadFailed(QString)), thisPublic, SLOT(downloadFailed(QString))); QObject::connect(download, SIGNAL(accepted(int)), thisPublic, SLOT(downloadCompleted(int))); ClientWindow::main().root().addOnTop(download); } /** * Starts the installation process using the provided distribution package. * The engine is first shut down gracefully (game has already been autosaved). * * @param distribPackagePath File path of the distribution package. */ void startInstall(de::String distribPackagePath) { #ifdef MACOSX de::String volName = "Doomsday Engine " + latestVersion.base(); #ifdef DENG2_QT_5_0_OR_NEWER QString scriptPath = QStandardPaths::writableLocation(QStandardPaths::CacheLocation); #else QString scriptPath = QDesktopServices::storageLocation(QDesktopServices::CacheLocation); #endif QDir::current().mkpath(scriptPath); // may not exist scriptPath = QDir(scriptPath).filePath(INSTALL_SCRIPT_NAME); QFile file(scriptPath); if(file.open(QFile::WriteOnly | QFile::Truncate)) { QTextStream out(&file); out << "tell application \"System Events\" to set visible of process \"Finder\" to false\n" "tell application \"Finder\"\n" " open POSIX file \"" << distribPackagePath << "\"\n" " -- Wait for it to get mounted\n" " repeat until name of every disk contains \"" << volName << "\"\n" " delay 1\n" " end repeat\n" " -- Start the installer\n" " open file \"" << volName << ":Doomsday.pkg\"\n" " -- Activate the Installer\n" " repeat until name of every process contains \"Installer\"\n" " delay 2\n" " end repeat\n" "end tell\n" "delay 1\n" "tell application \"Installer\" to activate\n" "tell application \"Finder\"\n" " -- Wait for it to finish\n" " repeat until name of every process does not contain \"Installer\"\n" " delay 1\n" " end repeat\n" " -- Unmount\n" " eject disk \"" << volName << "\"\n" "end tell\n"; file.close(); } else { qWarning() << "Could not write" << scriptPath; } // Register a shutdown action to execute the script and quit. installerCommand = new de::CommandLine; installerCommand->append("osascript"); installerCommand->append(scriptPath); atexit(runInstallerCommand); #elif defined(WIN32) /** * @todo It would be slightly neater to check all these processes at * the same time. */ Updater_AskToStopProcess("snowberry.exe", "Please quit the Doomsday Engine Frontend " "before starting the update. Windows cannot update " "files that are currently in use."); Updater_AskToStopProcess("doomsday-shell.exe", "Please quit all Doomsday Shell instances " "before starting the update. Windows cannot update " "files that are currently in use."); Updater_AskToStopProcess("doomsday-server.exe", "Please stop all Doomsday servers " "before starting the update. Windows cannot update " "files that are currently in use."); // The distribution package is an installer executable, we can just run it. installerCommand = new de::CommandLine; installerCommand->append(distribPackagePath); atexit(runInstallerCommand); #else // Open the package with the default handler. installerCommand = new de::CommandLine; installerCommand->append("xdg-open"); installerCommand->append(distribPackagePath); atexit(runInstallerCommand); #endif // If requested, delete the downloaded package afterwards. Currently // this occurs the next time when the engine is launched; on some // platforms it could be incorporated into the reinstall procedure. // (This will work better when there is no more separate frontend, as // the engine is restarted after the install.) UpdaterSettings st; if(st.deleteAfterUpdate()) { st.setPathToDeleteAtStartup(distribPackagePath); } Sys_Quit(); } }; Updater::Updater() : d(new Instance(this)) { connect(d->network, SIGNAL(finished(QNetworkReply *)), this, SLOT(gotReply(QNetworkReply *))); // Do a silent auto-update check when starting. App::app().audienceForStartupComplete() += d; } void Updater::setupUI() { d->setupUI(); } ProgressWidget &Updater::progress() { return *d->status; } void Updater::gotReply(QNetworkReply *reply) { d->handleReply(reply); } void Updater::downloadProgressed(int percentage) { d->status->setRange(Rangei(0, 100)); d->status->setProgress(percentage); } void Updater::downloadCompleted(int) { // Autosave the game. // Well, we can't do that yet so just remind the user about saving. if(App_GameLoaded() && !d->savingSuggested && gx.GetInteger(DD_GAME_RECOMMENDS_SAVING)) { d->savingSuggested = true; MessageDialog *msg = new MessageDialog; msg->setDeleteAfterDismissed(true); msg->title().setText(tr("Save Game?")); msg->message().setText(tr(_E(b) "Installing the update will discard unsaved progress in the game.\n\n" _E(.) "Doomsday will be shut down before the installation can start. " "The game is not saved automatically, so you will have to " "save the game before installing the update.")); msg->buttons() << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, tr("I'll Save First")) << new DialogButtonItem(DialogWidget::Reject, tr("Discard Progress & Install")); if(msg->exec(ClientWindow::main().root())) { Con_Execute(CMDS_DDAY, "savegame", false, false); return; } } /// @todo Check the signature of the downloaded file. // Everything is ready to begin the installation! d->startInstall(d->download->downloadedFilePath()); // The download dialog can be dismissed now. d->download->guiDeleteLater(); d->download = 0; d->savingSuggested = false; } void Updater::downloadFailed(QString message) { LOG_NOTE("Update cancelled: ") << message; } void Updater::recheck() { d->queryLatestVersion(d->alwaysShowNotification); } void Updater::showSettings() { //d->showSettingsNonModal(); ClientWindow::main().taskBar().showUpdaterSettings(); } void Updater::showCurrentDownload() { if(d->download) { d->download->open(); } else { d->showNotification(false); d->showAvailableDialogAndPause(); } } void Updater::checkNow(CheckMode mode) { // Not if there is an ongoing download. if(d->download) { d->download->open(); return; } d->queryLatestVersion(mode == AlwaysShowResult); } void Updater::checkNowShowingProgress() { // Not if there is an ongoing download. if(d->download) return; d->availableDlg = new UpdateAvailableDialog; d->queryLatestVersion(true); d->execAvailableDialog(); } void Updater::printLastUpdated(void) { String ago = UpdaterSettings().lastCheckAgo(); if(ago.isEmpty()) { LOG_MSG("Never checked for updates"); } else { LOG_MSG("Latest update check was made %s") << ago; } } void Updater::downloadDialogClosed() { if(!d->download || d->download->isFailed()) { if(d->download) { d->download->setDeleteAfterDismissed(true); d->download = 0; } d->showNotification(false); } } doomsday-1.14.5/doomsday/client/src/updater/downloaddialog.cpp0000664000175000017500000002377612350542240023744 0ustar jaakkojaakko/** @file downloaddialog.cpp Dialog that downloads a distribution package. * @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "de_platform.h" #include "updater/downloaddialog.h" #include "updater/updatersettings.h" #include "ui/widgets/taskbarwidget.h" #include "ui/clientwindow.h" #include "dd_version.h" #include "network/net_main.h" #include #include #include #include #include #include #include #ifdef WIN32 # undef open #endif using namespace de; static DownloadDialog *downloadInProgress; DENG2_PIMPL(DownloadDialog) { enum State { Connecting, MaybeRedirected, Downloading, Finished, Error }; State state; QNetworkAccessManager* network; ProgressWidget *progress; QUrl uri; QUrl uri2; NativePath savedFilePath; QNetworkReply *reply; String redirected; dint64 receivedBytes; dint64 totalBytes; String location; String errorMessage; Instance(Public *d, String downloadUri, String fallbackUri) : Base(d), state(Connecting), uri(downloadUri), uri2(fallbackUri), reply(0), receivedBytes(0), totalBytes(0) { ScrollAreaWidget &area = self.area(); progress = new ProgressWidget; area.add(progress); progress->setImageScale(.4f); progress->setAlignment(ui::AlignLeft); progress->setSizePolicy(ui::Fixed, ui::Expand); progress->setRange(Rangei(0, 100)); progress->rule() .setLeftTop(area.contentRule().left(), area.contentRule().top()) .setInput(Rule::Width, self.style().rules().rule("dialog.download.width")); area.setContentSize(progress->rule().width(), progress->rule().height()); self.buttons() << new DialogButtonItem(DialogWidget::Reject, tr("Cancel Download"), new SignalAction(thisPublic, SLOT(cancel()))); updateLocation(uri); updateProgress(); network = new QNetworkAccessManager(thisPublic); QObject::connect(network, SIGNAL(finished(QNetworkReply *)), thisPublic, SLOT(finished(QNetworkReply *))); startDownload(); } void updateLocation(QUrl const &url) { location = url.host(); updateProgress(); } void startDownload() { state = Connecting; redirected.clear(); String path = uri.path(); QDir::current().mkpath(UpdaterSettings().downloadPath()); // may not exist savedFilePath = UpdaterSettings().downloadPath() / path.fileName(); QNetworkRequest request(uri); request.setRawHeader("User-Agent", Net_UserAgent().toLatin1()); reply = network->get(request); QObject::connect(reply, SIGNAL(metaDataChanged()), thisPublic, SLOT(replyMetaDataChanged())); QObject::connect(reply, SIGNAL(downloadProgress(qint64,qint64)), thisPublic, SLOT(progress(qint64,qint64))); LOG_NOTE("Downloading %s, saving as: %s") << uri.toString() << savedFilePath; // Global state "flag". downloadInProgress = thisPublic; } void updateProgress() { String fn = savedFilePath.fileName(); String msg; const double MB = 1.0e6; // MiB would be 2^20 switch(state) { default: msg = String(tr("Connecting to %1")).arg(_E(b) + location + _E(.)); break; case Downloading: msg = String(tr("Downloading %1 (%2 MB) from %3")) .arg(_E(b) + fn + _E(.)).arg(totalBytes / MB, 0, 'f', 1).arg(location); break; case Finished: msg = String(tr("Ready to install\n%1")).arg(_E(b) + fn + _E(.)); break; case Error: msg = String(tr("Failed to download:\n%1")).arg(_E(b) + errorMessage); break; } progress->setText(msg); } }; DownloadDialog::DownloadDialog(String downloadUri, String fallbackUri) : DialogWidget("download"), d(new Instance(this, downloadUri, fallbackUri)) {} DownloadDialog::~DownloadDialog() { downloadInProgress = 0; } String DownloadDialog::downloadedFilePath() const { if(!isReadyToInstall()) return ""; return d->savedFilePath; } bool DownloadDialog::isReadyToInstall() const { return d->state == Instance::Finished; } bool DownloadDialog::isFailed() const { return d->state == Instance::Error; } void DownloadDialog::finished(QNetworkReply *reply) { LOG_AS("Download"); reply->deleteLater(); d->reply = 0; if(reply->error() != QNetworkReply::NoError) { LOG_WARNING("Failed: ") << reply->errorString(); d->state = Instance::Error; d->errorMessage = reply->errorString(); d->updateProgress(); downloadInProgress = 0; return; } /// @todo If/when we include WebKit, this can be done more intelligently using QWebPage. -jk if(!d->redirected.isEmpty()) { LOG_NOTE("Redirected to: %s") << d->redirected; d->uri = QUrl(d->redirected); d->redirected.clear(); d->startDownload(); return; } if(d->state == Instance::MaybeRedirected) { // This does not look like a binary file... Let's see if we can parse the page. QString html = QString::fromUtf8(reply->readAll()); /// @todo Use a regular expression for parsing the redirection. int start = html.indexOf("uri2.isEmpty() && d->uri2 != d->uri) { d->uri = d->uri2; d->updateLocation(d->uri); d->startDownload(); return; } emit downloadFailed(d->uri.toString()); return; } start = html.indexOf("url=\"", start, Qt::CaseInsensitive); if(start < 0) { emit downloadFailed(d->uri.toString()); return; } start += 5; // skip: url=" QString equivRefresh = html.mid(start, html.indexOf("\"", start) - start); equivRefresh.replace("&", "&"); // This is what we should actually be downloading. d->uri = QUrl::fromEncoded(equivRefresh.toLatin1()); LOG_NOTE("Redirected to: %s") << d->uri.toString(); d->startDownload(); return; } // Save the received data. QFile file(d->savedFilePath); if(file.open(QFile::WriteOnly | QFile::Truncate)) { file.write(reply->readAll()); } else { LOG_WARNING("Failed to write to: %s") << d->savedFilePath; emit downloadFailed(d->uri.toString()); } buttons().clear() << new DialogButtonItem(DialogWidget::Reject, tr("Delete"), new SignalAction(this, SLOT(cancel()))) << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, tr("Install Update")); d->state = Instance::Finished; d->progress->setRotationSpeed(0); d->updateProgress(); // Make sure the finished download is noticed by the user. showCompletedDownload(); LOG_DEBUG("Request finished"); } void DownloadDialog::cancel() { LOG_NOTE("Download cancelled due to user request"); d->state = Instance::Error; d->progress->setRotationSpeed(0); if(d->reply) { d->reply->abort(); buttons().clear() << new DialogButtonItem(DialogWidget::Reject, tr("Close")); } else { reject(); } } void DownloadDialog::progress(qint64 received, qint64 total) { LOG_AS("Download"); if(d->state == Instance::Downloading && total > 0) { d->totalBytes = total; d->receivedBytes = received; d->updateProgress(); dint64 percent = received * 100 / total; d->progress->setProgress(percent); emit downloadProgress(percent); } } void DownloadDialog::replyMetaDataChanged() { LOG_AS("Download"); String contentType = d->reply->header(QNetworkRequest::ContentTypeHeader).toString(); String redirection = d->reply->attribute(QNetworkRequest::RedirectionTargetAttribute).toString(); if(!redirection.isEmpty()) { d->redirected = redirection; } else if(contentType.startsWith("text/html")) { // Looks like a redirection page. d->state = Instance::MaybeRedirected; } else { LOG_DEBUG("Receiving content of type '%s'") << contentType; d->state = Instance::Downloading; } } bool DownloadDialog::isDownloadInProgress() { return downloadInProgress != 0; } DownloadDialog &DownloadDialog::currentDownload() { DENG2_ASSERT(isDownloadInProgress()); return *downloadInProgress; } void DownloadDialog::showCompletedDownload() { if(downloadInProgress && downloadInProgress->isReadyToInstall()) { ClientWindow::main().taskBar().openAndPauseGame(); downloadInProgress->open(); } } doomsday-1.14.5/doomsday/client/src/con_main.cpp0000664000175000017500000013016112350542237021065 0ustar jaakkojaakko/**\file con_main.cpp Console subsystem. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_CONSOLE #include "de_platform.h" #ifdef WIN32 # include #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_network.h" #include "de_graphics.h" #include "de_play.h" #include "de_render.h" #include "de_edit.h" #include "de_ui.h" #include "de_misc.h" #include "de_infine.h" #include "de_defs.h" #include "de_filesys.h" #include "Game" #include #include #ifdef __CLIENT__ # include # include "clientapp.h" # include "ui/clientwindowsystem.h" # include "ui/clientwindow.h" # include "ui/widgets/consolewidget.h" # include "ui/widgets/taskbarwidget.h" # include "ui/busyvisual.h" # include "updater/downloaddialog.h" #endif #include #include #include #include #include using namespace de; #define SC_EMPTY_QUOTE -1 // Length of the print buffer. Used in conPrintf and in Console_Message. // If console messages are longer than this, an error will occur. // Needed because we can't sizeof a malloc'd block. #define PRBUFF_SIZE 0x2000 // Operators for the "if" command. enum { IF_EQUAL, IF_NOT_EQUAL, IF_GREATER, IF_LESS, IF_GEQUAL, IF_LEQUAL }; #define CMDTYPESTR(src) (src == CMDS_DDAY? "a direct call" \ : src == CMDS_GAME? "a game library call" \ : src == CMDS_CONSOLE? "the console" \ : src == CMDS_BIND? "a binding" \ : src == CMDS_CONFIG? "a cfg file" \ : src == CMDS_PROFILE? "a player profile" \ : src == CMDS_CMDLINE? "the command line" \ : src == CMDS_SCRIPT? "an action command" : "???") typedef struct execbuff_s { dd_bool used; // Is this in use? timespan_t when; // System time when to execute the command. byte source; // Where the command came from // (console input, a cfg file etc..) dd_bool isNetCmd; // Command was sent over the net to us. char subCmd[1024]; // A single command w/args. } execbuff_t; D_CMD(AddSub); D_CMD(IncDec); D_CMD(Alias); D_CMD(Clear); D_CMD(Echo); #ifdef __CLIENT__ D_CMD(OpenClose); D_CMD(TaskBar); D_CMD(Tutorial); #endif D_CMD(Help); D_CMD(If); D_CMD(Parse); D_CMD(Quit); D_CMD(Repeat); D_CMD(Toggle); D_CMD(Version); D_CMD(Wait); D_CMD(InspectMobj); D_CMD(DebugCrash); D_CMD(DebugError); void CVar_PrintReadOnlyWarning(cvar_t const *var); // in con_data.cpp static int executeSubCmd(const char *subCmd, byte src, dd_bool isNetCmd); static void Con_SplitIntoSubCommands(char const *command, timespan_t markerOffset, byte src, dd_bool isNetCmd); static void Con_ClearExecBuffer(void); int CmdReturnValue = 0; byte ConsoleSilent = false; char *prbuff = NULL; // Print buffer, used by conPrintf. static dd_bool ConsoleInited; // Has Con_Init() been called? static execbuff_t * exBuff; static int exBuffSize; static execbuff_t * curExec; void Con_Register(void) { C_CMD("add", NULL, AddSub); C_CMD("after", "is", Wait); C_CMD("alias", NULL, Alias); C_CMD("clear", "", Clear); #ifdef __CLIENT__ C_CMD_FLAGS("conclose", "", OpenClose, CMDF_NO_DEDICATED); C_CMD_FLAGS("conopen", "", OpenClose, CMDF_NO_DEDICATED); C_CMD_FLAGS("contoggle", "", OpenClose, CMDF_NO_DEDICATED); C_CMD("taskbar", "", TaskBar); C_CMD("tutorial", "", Tutorial); #endif C_CMD("dec", NULL, IncDec); C_CMD("echo", "s*", Echo); C_CMD("print", "s*", Echo); C_CMD("exec", "s*", Parse); C_CMD("help", "", Help); C_CMD("if", NULL, If); C_CMD("inc", NULL, IncDec); C_CMD("listmobjtypes", "", ListMobjs); C_CMD("load", "s*", Load); C_CMD("quit", "", Quit); C_CMD("inspectmobj", "i", InspectMobj); C_CMD("quit!", "", Quit); C_CMD("repeat", "ifs", Repeat); C_CMD("reset", "", Reset); C_CMD("reload", "", ReloadGame); C_CMD("sub", NULL, AddSub); C_CMD("toggle", "s", Toggle); C_CMD("unload", "*", Unload); C_CMD("version", "", Version); C_CMD("write", "s", WriteConsole); #ifdef _DEBUG C_CMD("crash", NULL, DebugCrash); C_CMD("fatalerror", NULL, DebugError); #endif C_VAR_CHARPTR("file-startup", &startupFiles, 0, 0, 0); Con_DataRegister(); #ifdef __CLIENT__ /// @todo Move to UI module. Con_TransitionRegister(); #endif } static void PrepareCmdArgs(cmdargs_t *cargs, const char *lpCmdLine) { #define IS_ESC_CHAR(x) ((x) == '"' || (x) == '\\' || (x) == '{' || (x) == '}') size_t i, len = strlen(lpCmdLine); // Prepare the data. memset(cargs, 0, sizeof(cmdargs_t)); strcpy(cargs->cmdLine, lpCmdLine); // Prepare. for(i = 0; i < len; ++i) { // Whitespaces are separators. if(DENG_ISSPACE(cargs->cmdLine[i])) cargs->cmdLine[i] = 0; if(cargs->cmdLine[i] == '\\' && IS_ESC_CHAR(cargs->cmdLine[i + 1])) { // Escape sequence. memmove(cargs->cmdLine + i, cargs->cmdLine + i + 1, sizeof(cargs->cmdLine) - i - 1); len--; continue; } if(cargs->cmdLine[i] == '"') { // Find the end. size_t start = i; cargs->cmdLine[i] = 0; for(++i; i < len && cargs->cmdLine[i] != '"'; ++i) { if(cargs->cmdLine[i] == '\\' && IS_ESC_CHAR(cargs->cmdLine[i + 1])) // Escape sequence? { memmove(cargs->cmdLine + i, cargs->cmdLine + i + 1, sizeof(cargs->cmdLine) - i - 1); len--; continue; } } // Quote not terminated? if(i == len) break; // An empty set of quotes? if(i == start + 1) cargs->cmdLine[i] = SC_EMPTY_QUOTE; else cargs->cmdLine[i] = 0; } if(cargs->cmdLine[i] == '{') { // Find matching end, braces are another notation for quotes. int level = 0; size_t start = i; cargs->cmdLine[i] = 0; for(++i; i < len; ++i) { if(cargs->cmdLine[i] == '\\' && IS_ESC_CHAR(cargs->cmdLine[i + 1])) // Escape sequence? { memmove(cargs->cmdLine + i, cargs->cmdLine + i + 1, sizeof(cargs->cmdLine) - i - 1); len--; i++; continue; } if(cargs->cmdLine[i] == '}') { if(!level) break; level--; } if(cargs->cmdLine[i] == '{') level++; } // Quote not terminated? if(i == len) break; // An empty set of braces? if(i == start + 1) cargs->cmdLine[i] = SC_EMPTY_QUOTE; else cargs->cmdLine[i] = 0; } } // Scan through the cmdLine and get the beginning of each token. cargs->argc = 0; for(i = 0; i < len; ++i) { if(!cargs->cmdLine[i]) continue; // Is this an empty quote? if(cargs->cmdLine[i] == SC_EMPTY_QUOTE) cargs->cmdLine[i] = 0; // Just an empty string. cargs->argv[cargs->argc++] = cargs->cmdLine + i; i += strlen(cargs->cmdLine + i); } #undef IS_ESC_CHAR } dd_bool Con_Init(void) { if(ConsoleInited) return true; LOG_SCR_VERBOSE("Initializing the console..."); exBuff = NULL; exBuffSize = 0; ConsoleInited = true; return true; } void Con_Shutdown(void) { if(!ConsoleInited) return; LOG_SCR_VERBOSE("Shutting down the console..."); Con_ClearExecBuffer(); Con_ShutdownDatabases(); if(prbuff) { M_Free(prbuff); prbuff = 0; } ConsoleInited = false; } #ifdef __CLIENT__ /** * Send a console command to the server. * This shouldn't be called unless we're logged in with the right password. */ static void Con_Send(const char *command, byte src, int silent) { ushort len = (ushort) strlen(command); LOG_AS("Con_Send"); if(len >= 0x8000) { LOGDEV_NET_ERROR("Command is too long, length=%i") << len; return; } Msg_Begin(PKT_COMMAND2); // Mark high bit for silent commands. Writer_WriteUInt16(msgWriter, len | (silent ? 0x8000 : 0)); Writer_WriteUInt16(msgWriter, 0); // flags. Unused at present. Writer_WriteByte(msgWriter, src); Writer_Write(msgWriter, command, len); Msg_End(); Net_SendBuffer(0, 0); } #endif // __CLIENT__ static void Con_QueueCmd(const char *singleCmd, timespan_t atSecond, byte source, dd_bool isNetCmd) { execbuff_t *ptr = NULL; int i; // Look for an empty spot. for(i = 0; i < exBuffSize; ++i) if(!exBuff[i].used) { ptr = exBuff + i; break; } if(ptr == NULL) { // No empty places, allocate a new one. exBuff = (execbuff_t *) M_Realloc(exBuff, sizeof(execbuff_t) * ++exBuffSize); ptr = exBuff + exBuffSize - 1; } ptr->used = true; strcpy(ptr->subCmd, singleCmd); ptr->when = atSecond; ptr->source = source; ptr->isNetCmd = isNetCmd; } static void Con_ClearExecBuffer(void) { M_Free(exBuff); exBuff = NULL; exBuffSize = 0; } /** * The execbuffer is used to schedule commands for later. * * @return @c false, if an executed command fails. */ static dd_bool Con_CheckExecBuffer(void) { #define BUFFSIZE 256 dd_bool allDone; dd_bool ret = true; int i, count = 0; char storage[BUFFSIZE]; storage[255] = 0; do // We'll keep checking until all is done. { allDone = true; // Execute the commands marked for this or a previous tic. for(i = 0; i < exBuffSize; ++i) { execbuff_t *ptr = exBuff + i; if(!ptr->used || ptr->when > sysTime) continue; // We'll now execute this command. curExec = ptr; ptr->used = false; strncpy(storage, ptr->subCmd, BUFFSIZE-1); if(!executeSubCmd(storage, ptr->source, ptr->isNetCmd)) ret = false; allDone = false; } if(count++ > 100) { DENG_ASSERT(!"Execution buffer overflow"); LOG_SCR_ERROR("Console execution buffer overflow! Everything canceled!"); Con_ClearExecBuffer(); break; } } while(!allDone); return ret; #undef BUFFSIZE } void Con_Ticker(timespan_t time) { Con_CheckExecBuffer(); if(tickFrame) { Con_TransitionTicker(time); } /* #ifdef __CLIENT__ Rend_ConsoleTicker(time); #endif if(!ConsoleActive) return; // We have nothing further to do here. ConsoleTime += time; // Increase the ticker. */ } /** * expCommand gets reallocated in the expansion process. * This could be bit more clever. */ static void expandWithArguments(char **expCommand, cmdargs_t *args) { int p; char *text = *expCommand; size_t i, off, size = strlen(text) + 1; for(i = 0; text[i]; ++i) { if(text[i] == '%' && (text[i + 1] >= '1' && text[i + 1] <= '9')) { char *substr; int aidx = text[i + 1] - '1' + 1; // Expand! (or delete) if(aidx > args->argc - 1) substr = (char *) ""; else substr = args->argv[aidx]; // First get rid of the %n. memmove(text + i, text + i + 2, size - i - 2); // Reallocate. off = strlen(substr); text = *expCommand = (char *) M_Realloc(*expCommand, size += off - 2); if(off) { // Make room for the insert. memmove(text + i + off, text + i, size - i - off); memcpy(text + i, substr, off); } i += off - 1; } else if(text[i] == '%' && text[i + 1] == '0') { // First get rid of the %0. memmove(text + i, text + i + 2, size - i - 2); text = *expCommand = (char *) M_Realloc(*expCommand, size -= 2); for(p = args->argc - 1; p > 0; p--) { off = strlen(args->argv[p]) + 1; text = *expCommand = (char *) M_Realloc(*expCommand, size += off); memmove(text + i + off, text + i, size - i - off); text[i] = ' '; memcpy(text + i + 1, args->argv[p], off - 1); } } } } /** * The command is executed forthwith!! */ static int executeSubCmd(const char *subCmd, byte src, dd_bool isNetCmd) { cmdargs_t args; ccmd_t *ccmd; cvar_t *cvar; calias_t *cal; PrepareCmdArgs(&args, subCmd); if(!args.argc) return true; /* if(args.argc == 1) // Possibly a control command? { if(P_ControlExecute(args.argv[0])) { // It was a control command. No further processing is // necessary. return true; } } */ #ifdef __CLIENT__ // If logged in, send command to server at this point. if(!isServer && netLoggedIn) { // We have logged in on the server. Send the command there. Con_Send(subCmd, src, ConsoleSilent); return true; } #endif // Try to find a matching console command. ccmd = Con_FindCommandMatchArgs(&args); if(ccmd != NULL) { // Found a match. Are we allowed to execute? dd_bool canExecute = true; // Trying to issue a command requiring a loaded game? // dj: This should be considered a short-term solution. Ideally we want some namespacing mechanics. if((ccmd->flags & CMDF_NO_NULLGAME) && !App_GameLoaded()) { LOG_SCR_ERROR("Execution of command '%s' is only allowed when a game is loaded") << ccmd->name; return true; } // A dedicated server, trying to execute a ccmd not available to us? if(isDedicated && (ccmd->flags & CMDF_NO_DEDICATED)) { LOG_SCR_ERROR("Execution of command '%s' not possible in dedicated mode") << ccmd->name; return true; } // Net commands sent to servers have extra protection. if(isServer && isNetCmd) { // Is the command permitted for use by clients? if(ccmd->flags & CMDF_CLIENT) { LOG_NET_ERROR("Execution of command '%s' blocked (client attempted invocation);" "this command is not permitted for use by clients") << ccmd->name; return true; } // Are ANY commands from this (remote) src permitted for use // by our clients? // NOTE: // This is an interim measure to protect against abuse of the // most vulnerable invocation methods. // Once all console commands are updated with the correct usage // flags we can then remove these restrictions or make them // optional for servers. // // The next step will then be allowing select console commands // to be executed by non-logged in clients. switch(src) { case CMDS_UNKNOWN: case CMDS_CONFIG: case CMDS_PROFILE: case CMDS_CMDLINE: case CMDS_SCRIPT: LOG_NET_ERROR("Execution of command '%s' blocked (client attempted invocation via %s); " "this method is not permitted by clients") << ccmd->name << CMDTYPESTR(src); return true; default: break; } } // Is the src permitted for this command? switch(src) { case CMDS_UNKNOWN: canExecute = false; break; case CMDS_DDAY: if(ccmd->flags & CMDF_DDAY) canExecute = false; break; case CMDS_GAME: if(ccmd->flags & CMDF_GAME) canExecute = false; break; case CMDS_CONSOLE: if(ccmd->flags & CMDF_CONSOLE) canExecute = false; break; case CMDS_BIND: if(ccmd->flags & CMDF_BIND) canExecute = false; break; case CMDS_CONFIG: if(ccmd->flags & CMDF_CONFIG) canExecute = false; break; case CMDS_PROFILE: if(ccmd->flags & CMDF_PROFILE) canExecute = false; break; case CMDS_CMDLINE: if(ccmd->flags & CMDF_CMDLINE) canExecute = false; break; case CMDS_SCRIPT: if(ccmd->flags & CMDF_DED) canExecute = false; break; default: return true; } if(!canExecute) { LOG_SCR_ERROR("'%s' cannot be executed via %s") << ccmd->name << CMDTYPESTR(src); return true; } if(canExecute) { /** * Execute the command! * \note Console command execution may invoke a full update of the * console databases; thus the @c ccmd pointer may be invalid after * this call. */ int result; if((result = ccmd->execFunc(src, args.argc, args.argv)) == false) { LOG_SCR_ERROR("'%s' failed") << args.argv[0]; } return result; } return true; } // Then try the cvars? cvar = Con_FindVariable(args.argv[0]); if(cvar != NULL) { dd_bool outOfRange = false, setting = false, hasCallback; /** * \note Change notification callback execution may invoke * a full update of the console databases; thus the @c cvar * pointer may be invalid once a callback executes. */ hasCallback = (cvar->notifyChanged != 0); if(args.argc == 2 || (args.argc == 3 && !stricmp(args.argv[1], "force"))) { char* argptr = args.argv[args.argc - 1]; dd_bool forced = args.argc == 3; setting = true; if(cvar->flags & CVF_READ_ONLY) { CVar_PrintReadOnlyWarning(cvar); } else if((cvar->flags & CVF_PROTECTED) && !forced) { AutoStr* name = CVar_ComposePath(cvar); LOG_SCR_NOTE("%s is protected; you shouldn't change its value -- " "use the command: " _E(b) "'%s force %s'" _E(.) " to modify it anyway") << Str_Text(name) << Str_Text(name) << argptr; } else { switch(cvar->type) { case CVT_BYTE: { byte val = (byte) strtol(argptr, NULL, 0); if(!forced && ((!(cvar->flags & CVF_NO_MIN) && val < cvar->min) || (!(cvar->flags & CVF_NO_MAX) && val > cvar->max))) outOfRange = true; else CVar_SetInteger(cvar, val); break; } case CVT_INT: { int val = strtol(argptr, NULL, 0); if(!forced && ((!(cvar->flags & CVF_NO_MIN) && val < cvar->min) || (!(cvar->flags & CVF_NO_MAX) && val > cvar->max))) outOfRange = true; else CVar_SetInteger(cvar, val); break; } case CVT_FLOAT: { float val = strtod(argptr, NULL); if(!forced && ((!(cvar->flags & CVF_NO_MIN) && val < cvar->min) || (!(cvar->flags & CVF_NO_MAX) && val > cvar->max))) outOfRange = true; else CVar_SetFloat(cvar, val); break; } case CVT_CHARPTR: CVar_SetString(cvar, argptr); break; case CVT_URIPTR: { /// @todo Sanitize and validate against known schemas. de::Uri uri(argptr, RC_NULL); CVar_SetUri(cvar, reinterpret_cast(&uri)); break; } default: break; } } } if(outOfRange) { AutoStr* name = CVar_ComposePath(cvar); if(!(cvar->flags & (CVF_NO_MIN | CVF_NO_MAX))) { char temp[20]; strcpy(temp, M_TrimmedFloat(cvar->min)); LOG_SCR_ERROR("%s <= %s <= %s") << temp << Str_Text(name) << M_TrimmedFloat(cvar->max); } else if(cvar->flags & CVF_NO_MAX) { LOG_SCR_ERROR("%s >= %s") << Str_Text(name) << M_TrimmedFloat(cvar->min); } else { LOG_SCR_ERROR("%s <= %s") << Str_Text(name) << M_TrimmedFloat(cvar->max); } } else if(!setting) // Show the value. { if(setting && hasCallback) { // Lookup the cvar again - our pointer may have been invalidated. cvar = Con_FindVariable(args.argv[0]); } if(cvar) { // It still exists. Con_PrintCVar(cvar, ""); } } return true; } // How about an alias then? cal = Con_FindAlias(args.argv[0]); if(cal != NULL) { char* expCommand; // Expand the command with arguments. expCommand = (char *) M_Malloc(strlen(cal->command) + 1); strcpy(expCommand, cal->command); expandWithArguments(&expCommand, &args); // Do it, man! Con_SplitIntoSubCommands(expCommand, 0, src, isNetCmd); M_Free(expCommand); return true; } // What *is* that? if(Con_FindCommand(args.argv[0])) { LOG_SCR_WARNING("%s: command arguments invalid") << args.argv[0]; Con_Executef(CMDS_DDAY, false, "help %s", args.argv[0]); } else { LOG_SCR_MSG("%s: unknown identifier") << args.argv[0]; } return false; } /** * Splits the command into subcommands and queues them into the * execution buffer. */ static void Con_SplitIntoSubCommands(const char *command, timespan_t markerOffset, byte src, dd_bool isNetCmd) { #define BUFFSIZE 2048 char subCmd[BUFFSIZE]; int inQuotes = false, escape = false; size_t gPos = 0, scPos = 0, len; // Is there a command to execute? if(!command || command[0] == 0) return; // Jump over initial semicolons. len = strlen(command); while(gPos < len && command[gPos] == ';' && command[gPos] != 0) gPos++; subCmd[0] = subCmd[BUFFSIZE-1] = 0; // The command may actually contain many commands, separated // with semicolons. This isn't a very clear algorithm... for(; command[gPos];) { escape = false; if(inQuotes && command[gPos] == '\\') // Escape sequence? { subCmd[scPos++] = command[gPos++]; escape = true; } if(command[gPos] == '"' && !escape) inQuotes = !inQuotes; // Collect characters. subCmd[scPos++] = command[gPos++]; if(subCmd[0] == ' ') scPos = 0; // No spaces in the beginning. if((command[gPos] == ';' && !inQuotes) || command[gPos] == 0) { while(gPos < len && command[gPos] == ';' && command[gPos] != 0) gPos++; // The subcommand ends. subCmd[scPos] = 0; } else { continue; } // Queue it. Con_QueueCmd(subCmd, sysTime + markerOffset, src, isNetCmd); scPos = 0; } #undef BUFFSIZE } struct AnnotationWork { QSet terms; de::String result; }; static int annotateMatchedWordCallback(knownword_t const *word, void *parameters) { AnnotationWork *work = reinterpret_cast(parameters); AutoStr *name = Con_KnownWordToString(word); de::String found; if(!work->terms.contains(Str_Text(name))) return false; // keep going switch(word->type) { case WT_CVAR: if(!(((cvar_t *)word->data)->flags & CVF_HIDE)) { found = Con_VarAsStyledText((cvar_t *) word->data, ""); } break; case WT_CCMD: if(!((ccmd_t *)word->data)->prevOverload) { found = Con_CmdAsStyledText((ccmd_t *) word->data); } break; case WT_CALIAS: found = Con_AliasAsStyledText((calias_t *) word->data); break; case WT_GAME: found = Con_GameAsStyledText((Game *) word->data); break; default: break; } if(!found.isEmpty()) { if(!work->result.isEmpty()) work->result.append("\n"); work->result.append(found); } return false; // don't stop } de::String Con_AnnotatedConsoleTerms(QStringList terms) { AnnotationWork work; foreach(QString term, terms) { work.terms.insert(term); } Con_IterateKnownWords(NULL, WT_ANY, annotateMatchedWordCallback, &work); return work.result; } /** * Wrapper for Con_Execute * Public method for plugins to execute console commands. */ int DD_Execute(int silent, const char* command) { return Con_Execute(CMDS_GAME, command, silent, false); } int Con_Execute(byte src, const char *command, int silent, dd_bool netCmd) { int ret; if(silent) ConsoleSilent = true; Con_SplitIntoSubCommands(command, 0, src, netCmd); ret = Con_CheckExecBuffer(); if(silent) ConsoleSilent = false; return ret; } /** * Exported version of Con_Executef */ int DD_Executef(int silent, const char *command, ...) { va_list argptr; char buffer[4096]; va_start(argptr, command); vsprintf(buffer, command, argptr); va_end(argptr); return Con_Execute(CMDS_GAME, buffer, silent, false); } int Con_Executef(byte src, int silent, const char *command, ...) { va_list argptr; char buffer[4096]; va_start(argptr, command); dd_vsnprintf(buffer, sizeof(buffer), command, argptr); va_end(argptr); return Con_Execute(src, buffer, silent, false); } void Con_Open(int yes) { #ifdef __CLIENT__ if(yes) { ClientWindow &win = ClientWindow::main(); win.taskBar().open(); win.root().setFocus(&win.console().commandLine()); } else { ClientWindow::main().console().closeLog(); } #endif #ifdef __SERVER__ DENG_UNUSED(yes); #endif } /* /// @param flags @ref consolePrintFlags static void conPrintf(int flags, const char* format, va_list args) { DENG_UNUSED(flags); #ifdef __SERVER__ const char* text = 0; #endif if(format && format[0]) { if(!prbuff) { prbuff = (char *) M_Malloc(PRBUFF_SIZE); } // Format the message to prbuff. dd_vsnprintf(prbuff, PRBUFF_SIZE, format, args); #ifdef __SERVER__ text = prbuff; #endif LOG_MSG("") << prbuff; } #ifdef __SERVER__ // Servers might have to send the text to a number of clients. if(isServer) { if(flags & CPF_TRANSMIT) Sv_SendText(NSP_BROADCAST, flags, text); else if(netRemoteUser) // Is somebody logged in? Sv_SendText(netRemoteUser, flags | SV_CONSOLE_PRINT_FLAGS, text); } #endif } */ void Con_Error(char const *error, ...) { LogBuffer_Flush(); static dd_bool errorInProgress = false; //int i, numBufLines; char buff[2048], err[256]; va_list argptr; #ifdef __CLIENT__ ClientWindow::main().canvas().trapMouse(false); #endif // Already in an error? if(!ConsoleInited || errorInProgress) { #ifdef __CLIENT__ DisplayMode_Shutdown(); #endif va_start(argptr, error); dd_vsnprintf(buff, sizeof(buff), error, argptr); va_end(argptr); if(!BusyMode_InWorkerThread()) { Sys_MessageBox(MBT_ERROR, DOOMSDAY_NICENAME, buff, 0); } // Exit immediately, lest we go into an infinite loop. exit(1); } // We've experienced a fatal error; program will be shut down. errorInProgress = true; // Get back to the directory we started from. Dir_SetCurrent(ddRuntimePath); va_start(argptr, error); dd_vsnprintf(err, sizeof(err), error, argptr); va_end(argptr); LOG_CRITICAL("") << err; LogBuffer_Flush(); strcpy(buff, ""); strcat(buff, "\n"); strcat(buff, err); if(BusyMode_Active()) { BusyMode_WorkerError(buff); if(BusyMode_InWorkerThread()) { // We should not continue to execute the worker any more. for(;;) Thread_Sleep(10000); } } else { Con_AbnormalShutdown(buff); } } void Con_AbnormalShutdown(char const *message) { // This is a crash landing, better be safe than sorry. BusyMode_SetAllowed(false); Sys_Shutdown(); #ifdef __CLIENT__ DisplayMode_Shutdown(); DENG2_GUI_APP->loop().pause(); // This is an abnormal shutdown, we cannot continue drawing any of the // windows. (Alternatively could hide/disable drawing of the windows.) Note // that the app's event loop is running normally while we show the native // message box below -- if the app windows are not hidden/closed, they might // receive draw events. ClientApp::windowSystem().closeAll(); #endif if(message) // Only show if a message given. { // Make sure all the buffered stuff goes into the file. LogBuffer_Flush(); /// @todo Get the actual output filename (might be a custom one). Sys_MessageBoxWithDetailsFromFile(MBT_ERROR, DOOMSDAY_NICENAME, message, "See Details for complete message log contents.", de::LogBuffer::appBuffer().outputFile().toUtf8()); } //Sys_Shutdown(); DD_Shutdown(); // Get outta here. exit(1); } /** * Create an alias. */ static void Con_Alias(char *aName, char *command) { calias_t *cal = Con_FindAlias(aName); dd_bool remove = false; // Will we remove this alias? if(command == NULL) remove = true; else if(command[0] == 0) remove = true; if(cal && remove) // This alias will be removed. { Con_DeleteAlias(cal); return; // We're done. } // Does the alias already exist? if(cal) { cal->command = (char *) M_Realloc(cal->command, strlen(command) + 1); strcpy(cal->command, command); return; } // We need to create a new alias. Con_AddAlias(aName, command); } static int addToTerms(knownword_t const *word, void *parameters) { shell::Lexicon *lexi = reinterpret_cast(parameters); lexi->addTerm(Str_Text(Con_KnownWordToString(word))); return 0; } shell::Lexicon Con_Lexicon() { shell::Lexicon lexi; Con_IterateKnownWords(0, WT_ANY, addToTerms, &lexi); lexi.setAdditionalWordChars("-_."); return lexi; } D_CMD(Help) { DENG2_UNUSED3(src, argc, argv); /* #ifdef __CLIENT__ char actKeyName[40]; strcpy(actKeyName, B_ShortNameForKey(consoleActiveKey)); actKeyName[0] = toupper(actKeyName[0]); #endif */ LOG_SCR_NOTE(_E(b) DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_TEXT " Console"); #define TABBED(A, B) "\n" _E(Ta) _E(b) " " << A << " " _E(.) _E(Tb) << B #ifdef __CLIENT__ LOG_SCR_MSG(_E(D) "Keys:" _E(.)) << TABBED(DENG2_CHAR_SHIFT_KEY "Esc", "Open the taskbar and console") << TABBED("Tab", "Autocomplete the word at the cursor") << TABBED(DENG2_CHAR_UP_DOWN_ARROW, "Move backwards/forwards through the input command history, or up/down one line inside a multi-line command") << TABBED("PgUp/Dn", "Scroll up/down in the history, or expand the history to full height") << TABBED(DENG2_CHAR_SHIFT_KEY "PgUp/Dn", "Jump to the top/bottom of the history") << TABBED("Home", "Move the cursor to the start of the command line") << TABBED("End", "Move the cursor to the end of the command line") << TABBED(DENG2_CHAR_CONTROL_KEY "K", "Clear everything on the line right of the cursor position") << TABBED("F5", "Clear the console message history"); #endif LOG_SCR_MSG(_E(D) "Getting started:"); LOG_SCR_MSG(" " _E(>) "Enter " _E(b) "help (what)" _E(.) " for information about " _E(l) "(what)"); LOG_SCR_MSG(" " _E(>) "Enter " _E(b) "listcmds" _E(.) " to list available commands"); LOG_SCR_MSG(" " _E(>) "Enter " _E(b) "listgames" _E(.) " to list installed games and their status"); LOG_SCR_MSG(" " _E(>) "Enter " _E(b) "listvars" _E(.) " to list available variables"); #undef TABBED return true; } D_CMD(Clear) { DENG2_UNUSED3(src, argc, argv); #ifdef __CLIENT__ ClientWindow::main().console().clearLog(); #endif return true; } D_CMD(Version) { DENG2_UNUSED3(src, argc, argv); LOG_NOTE(_E(D) DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_FULLTEXT); LOG_MSG(_E(l) "Homepage: " _E(.) _E(i) DOOMSDAY_HOMEURL _E(.) "\n" _E(l) "Project: " _E(.) _E(i) DENGPROJECT_HOMEURL); // Print the version info of the current game if loaded. if(App_GameLoaded()) { LOG_MSG(_E(l) "Game: " _E(.) "%s") << (char const *) gx.GetVariable(DD_PLUGIN_VERSION_LONG); } return true; } D_CMD(Quit) { DENG2_UNUSED2(src, argc); #ifdef __CLIENT__ if(DownloadDialog::isDownloadInProgress()) { LOG_WARNING("Cannot quit while downloading an update"); ClientWindow::main().taskBar().openAndPauseGame(); DownloadDialog::currentDownload().open(); return false; } #endif if(argv[0][4] == '!' || isDedicated || !App_GameLoaded() || gx.TryShutdown == 0) { // No questions asked. Sys_Quit(); return true; // Never reached. } #ifdef __CLIENT__ // Dismiss the taskbar if it happens to be open, we are expecting // the game to handle this from now on. ClientWindow::main().taskBar().close(); #endif // Defer this decision to the loaded game. return gx.TryShutdown(); } D_CMD(Alias) { DENG2_UNUSED(src); if(argc != 3 && argc != 2) { LOG_SCR_NOTE("Usage: %s (alias) (cmd)") << argv[0]; LOG_SCR_MSG("Example: alias bigfont \"font size 3\""); LOG_SCR_MSG("Use %%1-%%9 to pass the alias arguments to the command."); return true; } Con_Alias(argv[1], argc == 3 ? argv[2] : NULL); if(argc != 3) { LOG_SCR_MSG("Alias '%s' deleted") << argv[1]; } return true; } D_CMD(Parse) { DENG2_UNUSED(src); int i; for(i = 1; i < argc; ++i) { LOG_SCR_MSG("Parsing \"%s\"") << argv[i]; Con_ParseCommands(argv[i]); } return true; } D_CMD(Wait) { DENG2_UNUSED2(src, argc); timespan_t offset; offset = strtod(argv[1], NULL) / 35; // Offset in seconds. if(offset < 0) offset = 0; Con_SplitIntoSubCommands(argv[2], offset, CMDS_CONSOLE, false); return true; } D_CMD(Repeat) { DENG2_UNUSED2(src, argc); int count; timespan_t interval, offset; count = atoi(argv[1]); interval = strtod(argv[2], NULL) / 35; // In seconds. offset = 0; while(count-- > 0) { offset += interval; Con_SplitIntoSubCommands(argv[3], offset, CMDS_CONSOLE, false); } return true; } D_CMD(Echo) { DENG2_UNUSED(src); int i; for(i = 1; i < argc; ++i) { LOG_MSG("%s") << argv[i]; } return true; } static dd_bool cvarAddSub(const char* name, float delta, dd_bool force) { cvar_t* cvar = Con_FindVariable(name); float val; if(!cvar) { if(name && name[0]) LOG_SCR_ERROR("%s is not a known cvar") << name; return false; } if(cvar->flags & CVF_READ_ONLY) { CVar_PrintReadOnlyWarning(cvar); return false; } val = Con_GetFloat(name) + delta; if(!force) { if(!(cvar->flags & CVF_NO_MAX) && val > cvar->max) val = cvar->max; if(!(cvar->flags & CVF_NO_MIN) && val < cvar->min) val = cvar->min; } Con_SetFloat(name, val); return true; } /** * Rather messy, wouldn't you say? */ D_CMD(AddSub) { DENG2_UNUSED(src); dd_bool force = false; float delta = 0; if(argc <= 2) { LOG_SCR_NOTE("Usage: %s (cvar) (val) (force)") << argv[0]; LOG_SCR_MSG("Use force to make cvars go off limits."); return true; } if(argc >= 4) { force = !stricmp(argv[3], "force"); } delta = strtod(argv[2], NULL); if(!stricmp(argv[0], "sub")) delta = -delta; return cvarAddSub(argv[1], delta, force); } /** * Rather messy, wouldn't you say? */ D_CMD(IncDec) { DENG2_UNUSED(src); dd_bool force = false; cvar_t* cvar; float val; if(argc == 1) { LOG_SCR_NOTE("Usage: %s (cvar) (force)") << argv[0]; LOG_SCR_MSG("Use force to make cvars go off limits."); return true; } if(argc >= 3) { force = !stricmp(argv[2], "force"); } cvar = Con_FindVariable(argv[1]); if(!cvar) return false; if(cvar->flags & CVF_READ_ONLY) { LOG_SCR_ERROR("%s (cvar) is read-only, it cannot be changed (even with force)") << argv[1]; return false; } val = Con_GetFloat(argv[1]); val += !stricmp(argv[0], "inc")? 1 : -1; if(!force) { if(!(cvar->flags & CVF_NO_MAX) && val > cvar->max) val = cvar->max; if(!(cvar->flags & CVF_NO_MIN) && val < cvar->min) val = cvar->min; } Con_SetFloat(argv[1], val); return true; } /** * Toggle the value of a variable between zero and nonzero. */ D_CMD(Toggle) { DENG2_UNUSED2(src, argc); Con_SetInteger(argv[1], Con_GetInteger(argv[1]) ? 0 : 1); return true; } /** * Execute a command if the condition passes. */ D_CMD(If) { struct { const char *opstr; uint op; } operators[] = { {"not", IF_NOT_EQUAL}, {"=", IF_EQUAL}, {">", IF_GREATER}, {"<", IF_LESS}, {">=", IF_GEQUAL}, {"<=", IF_LEQUAL}, {NULL, 0} }; uint i, oper; cvar_t *var; dd_bool isTrue = false; if(argc != 5 && argc != 6) { LOG_SCR_NOTE("Usage: %s (cvar) (operator) (value) (cmd) (else-cmd)") << argv[0]; LOG_SCR_MSG("Operator must be one of: not, =, >, <, >=, <="); LOG_SCR_MSG("The (else-cmd) can be omitted."); return true; } var = Con_FindVariable(argv[1]); if(!var) return false; // Which operator? for(i = 0; operators[i].opstr; ++i) if(!stricmp(operators[i].opstr, argv[2])) { oper = operators[i].op; break; } if(!operators[i].opstr) return false; // Bad operator. // Value comparison depends on the type of the variable. switch(var->type) { case CVT_BYTE: case CVT_INT: { int value = (var->type == CVT_INT ? CV_INT(var) : CV_BYTE(var)); int test = strtol(argv[3], 0, 0); isTrue = (oper == IF_EQUAL ? value == test : oper == IF_NOT_EQUAL ? value != test : oper == IF_GREATER ? value > test : oper == IF_LESS ? value < test : oper == IF_GEQUAL ? value >= test : value <= test); break; } case CVT_FLOAT: { float value = CV_FLOAT(var); float test = strtod(argv[3], 0); isTrue = (oper == IF_EQUAL ? value == test : oper == IF_NOT_EQUAL ? value != test : oper == IF_GREATER ? value > test : oper == IF_LESS ? value < test : oper == IF_GEQUAL ? value >= test : value <= test); break; } case CVT_CHARPTR: { int comp = stricmp(CV_CHARPTR(var), argv[3]); isTrue = (oper == IF_EQUAL ? comp == 0 : oper == IF_NOT_EQUAL ? comp != 0 : oper == IF_GREATER ? comp > 0 : oper == IF_LESS ? comp < 0 : oper == IF_GEQUAL ? comp >= 0 : comp <= 0); } break; default: DENG_ASSERT(!"CCmdIf: Invalid cvar type"); return false; } // Should the command be executed? if(isTrue) { Con_Execute(src, argv[4], ConsoleSilent, false); } else if(argc == 6) { Con_Execute(src, argv[5], ConsoleSilent, false); } CmdReturnValue = isTrue; return true; } #ifdef __CLIENT__ /** * Console command to open/close the console prompt. */ D_CMD(OpenClose) { DENG2_UNUSED2(src, argc); if(!stricmp(argv[0], "conopen")) { Con_Open(true); } else if(!stricmp(argv[0], "conclose")) { Con_Open(false); } else { Con_Open(!ClientWindow::main().console().isLogOpen()); } return true; } D_CMD(TaskBar) { DENG2_UNUSED3(src, argc, argv); ClientWindow &win = ClientWindow::main(); if(!win.taskBar().isOpen() || !win.console().commandLine().hasFocus()) { win.taskBar().open(); win.console().focusOnCommandLine(); } else { win.taskBar().close(); } return true; } D_CMD(Tutorial) { DENG2_UNUSED3(src, argc, argv); ClientWindow::main().taskBar().showTutorial(); return true; } #endif // __CLIENT__ D_CMD(DebugCrash) { DENG2_UNUSED3(src, argv, argc); int* ptr = (int*) 0x123; // Goodbye cruel world. *ptr = 0; return true; } D_CMD(DebugError) { DENG2_UNUSED3(src, argv, argc); Con_Error("Fatal error!\n"); return true; } DENG_DECLARE_API(Con) = { { DE_API_CONSOLE }, Con_Open, Con_AddCommand, Con_AddVariable, Con_AddCommandList, Con_AddVariableList, Con_GetVariableType, Con_GetByte, Con_GetInteger, Con_GetFloat, Con_GetString, Con_GetUri, Con_SetInteger2, Con_SetInteger, Con_SetFloat2, Con_SetFloat, Con_SetString2, Con_SetString, Con_SetUri2, Con_SetUri, Con_Error, DD_Execute, DD_Executef, }; doomsday-1.14.5/doomsday/client/src/world/0000775000175000017500000000000012350542240017715 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/world/bspnode.cpp0000664000175000017500000000667212350542240022066 0ustar jaakkojaakko/** @file bspnode.cpp World map BSP node. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/bspnode.h" #include #include /// @todo Remove me using namespace de; DENG2_PIMPL_NOREF(BspNode) { /// Space partition (half-plane). Partition partition; /// Right and left child elements for each half space. MapElement *rightChild; MapElement *leftChild; /// Right and left bounding boxes for each half space. AABoxd rightAABox; AABoxd leftAABox; Instance(Partition const &partition) : partition(partition) , rightChild(0) , leftChild(0) {} inline MapElement **childAdr(int left) { return left? &leftChild : &rightChild; } inline AABoxd &aaBox(int left) { return left? leftAABox : rightAABox; } }; BspNode::BspNode(Partition const &partition) : MapElement(DMU_BSPNODE) , d(new Instance(partition)) { setRightAABox(0); setLeftAABox(0); } Partition const &BspNode::partition() const { return d->partition; } size_t BspNode::height() const { DENG2_ASSERT(hasLeft() || hasRight()); size_t rHeight = 0; if(hasRight() && right().type() == DMU_BSPNODE) rHeight = right().as().height(); size_t lHeight = 0; if(hasLeft() && left().type() == DMU_BSPNODE) lHeight = left().as().height(); return (rHeight> lHeight? rHeight : lHeight) + 1; } bool BspNode::hasChild(int left) const { return *d->childAdr(left) != 0; } MapElement &BspNode::child(int left) { if(MapElement *childElm = *d->childAdr(left)) { return *childElm; } /// @throw MissingChildError The specified child element is missing. throw MissingChildError("BspNode::child", QString("No %1 child is configured").arg(left? "left" : "right")); } MapElement const &BspNode::child(int left) const { return const_cast(const_cast(this)->child(left)); } void BspNode::setChild(int left, MapElement *newChild) { if(!newChild || newChild != this) { *d->childAdr(left) = newChild; return; } /// @throw InvalidChildError Attempted to set a child element to "this" element. throw InvalidChildError("BspNode::setChild", QString("Cannot set \"this\" element as a child of itself")); } AABoxd const &BspNode::childAABox(int left) const { return d->aaBox(left); } void BspNode::setChildAABox(int left, AABoxd const *newAABox) { if(newAABox) { d->aaBox(left) = *newAABox; } else { d->aaBox(left).clear(); } } doomsday-1.14.5/doomsday/client/src/world/blockmap.cpp0000664000175000017500000005231212350542240022214 0ustar jaakkojaakko/** @file blockmap.cpp World map element blockmap. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include "de_base.h" #include "de_console.h" #include "de_graphics.h" // For debug visual. #include "de_render.h" // For debug visual. #include "world/blockmap.h" namespace de { struct RingNode { void *elem; RingNode *prev; RingNode *next; }; struct CellData { RingNode *ringNodes; int elemCount; ///< Total number of linked elements. bool unlink(void *elem) { if(RingNode *node = findNode(elem)) { clearElement(*node); return true; } return false; } void unlinkAll() { for(RingNode *node = ringNodes; node; node = node->next) { clearElement(*node); } } bool link(void *elem) { addElement(newNode(), elem); return true; } private: RingNode &newNode() { RingNode *node = 0; if(!ringNodes) { // Create a new root node. node = (RingNode *) Z_Malloc(sizeof(*node), PU_MAP, 0); node->next = 0; node->prev = 0; node->elem = 0; ringNodes = node; return *node; } // Is there an available node in the ring we can reuse? for(node = ringNodes; node->next && node->elem; node = node->next) {} if(!node->elem) { // This will do nicely. return *node; } // Add a new node to the ring. node->next = (RingNode *) Z_Malloc(sizeof(*node), PU_MAP, 0); node->next->next = 0; node->next->prev = node; node->next->elem = 0; return *node->next; } RingNode *findNode(void *elem) { if(!elem) return 0; for(RingNode *found = ringNodes; found; found = found->next) { if(found->elem == elem) return found; } return 0; } void clearElement(RingNode &node) { if(!node.elem) return; node.elem = 0; elemCount--; } void addElement(RingNode &node, void *elem) { DENG2_ASSERT(node.elem == 0); node.elem = elem; elemCount++; } }; DENG2_PIMPL(Blockmap) { /** * Quadtree node. */ struct Node { /// Logical child quadrant identifiers. enum Quadrant { TopLeft, TopRight, BottomLeft, BottomRight }; Cell cell; ///< Cell coordinates for this node. uint size; ///< Size of the cell at this node (width=height). union { Node *children[4]; ///< One per quadrant (if any, not owned). CellData *leafData; ///< Data associated with the leaf cell. }; /** * Construct a new node. * * @param cell Cell coordinates for the node. * @param size Size of the cell. */ Node(Cell const &cell, uint size) : cell(cell), size(size) { zap(children); } ~Node() { if(isLeaf()) { Z_Free(leafData); } } /** * Returns @c true iff the cell is a leaf (i.e., equal to a unit in the * gridmap coordinate space). */ inline bool isLeaf() const { return size == 1; } /** * In which child quadrant is the given @a point? */ Quadrant quadrant(Cell const &point) const { uint const subSize = size >> 1; if(point.x < cell.x + subSize) { return (point.y < cell.y + subSize)? TopLeft : BottomLeft; } else { return (point.y < cell.y + subSize)? TopRight : BottomRight; } } }; typedef QList Nodes; AABoxd bounds; ///< Map space units. uint cellSize; ///< Map space units. Cell dimensions; ///< Dimensions of the indexed space, in cells. Nodes nodes; ///< Quadtree nodes. The first being the root. Instance(Public *i, AABoxd const &bounds, uint cellSize) : Base(i), bounds(bounds), cellSize(cellSize), dimensions(Vector2ui(de::ceil((bounds.maxX - bounds.minX) / cellSize), de::ceil((bounds.maxY - bounds.minY) / cellSize))) { // Quadtree must subdivide the space equally into 1x1 unit cells. newNode(Cell(0, 0), ceilPow2(de::max(dimensions.x, dimensions.y))); } inline int toCellIndex(uint cellX, uint cellY) { return int(cellY * dimensions.x + cellX); } /** * Given map space X coordinate @a x, return the corresponding cell coordinate. * If @a x is outside the blockmap it will be clamped to the nearest edge on * the X axis. * * @param x Map space X coordinate to be translated. * @param didClip Set to @c true iff clamping was necessary. * * @return Translated blockmap cell X coordinate. */ uint toCellX(coord_t x, bool &didClip) { didClip = false; if(x < bounds.minX) { x = bounds.minX; didClip = true; } else if(x >= bounds.maxX) { x = bounds.maxX - 1; didClip = true; } return uint((x - bounds.minX) / cellSize); } /** * Given map space Y coordinate @a y, return the corresponding cell coordinate. * If @a y is outside the blockmap it will be clamped to the nearest edge on * the Y axis. * * @param y Map space Y coordinate to be translated. * @param didClip Set to @c true iff clamping was necessary. * * @return Translated blockmap cell Y coordinate. */ uint toCellY(coord_t y, bool &didClip) { didClip = false; if(y < bounds.minY) { y = bounds.minY; didClip = true; } else if(y >= bounds.maxY) { y = bounds.maxY - 1; didClip = true; } return uint((y - bounds.minY) / cellSize); } void clipCell(Cell &cell, bool &didClip) { if(cell.x > dimensions.x) { cell.x = dimensions.x; didClip = true; } if(cell.y > dimensions.y) { cell.y = dimensions.y; didClip = true; } } /** * Clip the cell coordinates in @a block vs the dimensions of this gridmap * so that they are inside the boundary this defines. * * @param block Block coordinates to be clipped. * * @return @c true iff the block coordinates were changed. */ bool clipBlock(CellBlock &block) { bool didClipMin, didClipMax; clipCell(block.min, didClipMin); clipCell(block.max, didClipMax); return didClipMin | didClipMax; } Node *newNode(Cell const &at, uint size) { nodes.append(Node(at, size)); return &nodes.last(); } Node *findLeaf(Node *node, Cell const &at, bool canSubdivide) { if(node->isLeaf()) return node; // Into which quadrant do we need to descend? Node::Quadrant q = node->quadrant(at); // Has this quadrant been initialized yet? Node **childAdr = &node->children[q]; if(!*childAdr) { if(!canSubdivide) return 0; // Subdivide the space. uint const subSize = node->size >> 1; switch(q) { case Node::TopLeft: *childAdr = newNode(node->cell, subSize); break; case Node::TopRight: *childAdr = newNode(Cell(node->cell.x + subSize, node->cell.y), subSize); break; case Node::BottomLeft: *childAdr = newNode(Cell(node->cell.x, node->cell.y + subSize), subSize); break; case Node::BottomRight: *childAdr = newNode(Cell(node->cell.x + subSize, node->cell.y + subSize), subSize); break; } } return findLeaf(*childAdr, at, canSubdivide); } inline Node *findLeaf(Cell const &at, bool canCreate = false) { return findLeaf(&nodes.first(), at, canCreate); } /** * Retrieve the user data associated with the identified cell. * * @param cell Cell coordinates to retrieve user data for. * @param canCreate @c true= allocate new data if not already present * for the referenced cell. * * @return User data for the identified cell else @c 0if an invalid * reference or no there is no data present (and not allocating). */ CellData *cellData(Cell const &cell, bool canCreate = false) { // Outside our boundary? if(cell.x >= dimensions.x || cell.y >= dimensions.y) { return 0; } // Try to locate this leaf (may fail if not present and we are // not allocating user data (there will be no corresponding cell)). if(Node *node = findLeaf(cell, canCreate)) { // Exisiting user data for this cell? if(!node->leafData) { // Can we allocate new user data? if(canCreate) { node->leafData = (CellData *)Z_Calloc(sizeof(CellData), PU_MAPSTATIC, 0); } } return node->leafData; } return 0; } }; Blockmap::Blockmap(AABoxd const &bounds, uint cellSize) : d(new Instance(this, bounds, cellSize)) {} Blockmap::~Blockmap() {} Vector2d Blockmap::origin() const { return Vector2d(d->bounds.min); } AABoxd const &Blockmap::bounds() const { return d->bounds; } BlockmapCell const &Blockmap::dimensions() const { return d->dimensions; } uint Blockmap::cellSize() const { return d->cellSize; } int Blockmap::toCellIndex(uint cellX, uint cellY) const { return d->toCellIndex(cellX, cellY); } BlockmapCell Blockmap::toCell(Vector2d const &point, bool *retDidClip) const { bool didClipX, didClipY; Cell cell(d->toCellX(point.x, didClipX), d->toCellY(point.y, didClipY)); if(retDidClip) *retDidClip = didClipX | didClipY; return cell; } BlockmapCellBlock Blockmap::toCellBlock(AABoxd const &box, bool *retDidClip) const { bool didClipMin, didClipMax; CellBlock block(toCell(box.min, &didClipMin), toCell(box.max, &didClipMax)); block.max += Vector2ui(1, 1); // CellBlock is inclusive-exclusive. if(retDidClip) *retDidClip = didClipMin | didClipMax; return block; } bool Blockmap::link(Cell const &cell, void *elem) { if(!elem) return false; // Huh? if(CellData *cellData = d->cellData(cell, true /*can create*/)) { return cellData->link(elem); } return false; // Outside the blockmap? } bool Blockmap::link(AABoxd const ®ion, void *elem) { if(!elem) return false; // Huh? bool didLink = false; CellBlock cellBlock = toCellBlock(region); d->clipBlock(cellBlock); Cell cell; for(cell.y = cellBlock.min.y; cell.y < cellBlock.max.y; ++cell.y) for(cell.x = cellBlock.min.x; cell.x < cellBlock.max.x; ++cell.x) { if(CellData *cellData = d->cellData(cell, true)) { if(cellData->link(elem)) { didLink = true; } } } return didLink; } bool Blockmap::unlink(Cell const &cell, void *elem) { if(!elem) return false; // Huh? if(CellData *cellData = d->cellData(cell)) { return cellData->unlink(elem); } return false; } bool Blockmap::unlink(AABoxd const ®ion, void *elem) { if(!elem) return false; // Huh? bool didUnlink = false; CellBlock cellBlock = toCellBlock(region); d->clipBlock(cellBlock); Cell cell; for(cell.y = cellBlock.min.y; cell.y < cellBlock.max.y; ++cell.y) for(cell.x = cellBlock.min.x; cell.x < cellBlock.max.x; ++cell.x) { if(CellData *cellData = d->cellData(cell)) { if(cellData->unlink(elem)) { didUnlink = true; } } } return didUnlink; } void Blockmap::unlinkAll() { foreach(Instance::Node const &node, d->nodes) { // Only leafs with user data. if(!node.isLeaf()) continue; if(CellData *cellData = node.leafData) { cellData->unlinkAll(); } } } int Blockmap::cellElementCount(Cell const &cell) const { if(CellData *cellData = d->cellData(cell)) { return cellData->elemCount; } return 0; } int Blockmap::iterate(Cell const &cell, int (*callback) (void *, void *), void *context) const { if(!callback) return false; // Huh? if(CellData *cellData = d->cellData(cell)) { RingNode *node = cellData->ringNodes; while(node) { RingNode *next = node->next; if(node->elem) { if(int result = callback(node->elem, context)) return result; // Stop iteration. } node = next; } } return false; // Continue iteration. } int Blockmap::iterate(AABoxd const ®ion, int (*callback) (void *, void *), void *context) const { if(!callback) return false; // Huh? CellBlock cellBlock = toCellBlock(region); d->clipBlock(cellBlock); Cell cell; for(cell.y = cellBlock.min.y; cell.y < cellBlock.max.y; ++cell.y) for(cell.x = cellBlock.min.x; cell.x < cellBlock.max.x; ++cell.x) { if(int result = iterate(cell, callback, context)) return result; } return false; // Continue iteration. } int Blockmap::iterate(Vector2d const &from_, Vector2d const &to_, int (*callback) (void *, void *), void *context) const { // We may need to clip and/or adjust these points. Vector2d from = from_; Vector2d to = to_; // Abort if the trace originates from outside the blockmap. if(!(from.x >= d->bounds.minX && from.x <= d->bounds.maxX && from.y >= d->bounds.minY && from.y <= d->bounds.maxY)) { return false; } // Check the easy case of a trace line completely outside the blockmap. if((from.x < d->bounds.minX && to.x < d->bounds.minX) || (from.x > d->bounds.maxX && to.x > d->bounds.maxX) || (from.y < d->bounds.minY && to.y < d->bounds.minY) || (from.y > d->bounds.maxY && to.y > d->bounds.maxY)) { return false; } /* * Trace lines should not be perfectly parallel to a blockmap axis. This is * because lines in the line blockmap are only linked in the blocks on one * side of the axis parallel line. Note that the same logic is applied to all * of the blockmaps and not just the line blockmap. */ coord_t const epsilon = FIX2FLT(FRACUNIT); coord_t const offset = FIX2FLT(FRACUNIT); Vector2d const delta = (to - origin()) / d->cellSize; if(de::fequal(delta.x, 0, epsilon)) to.x += offset; if(de::fequal(delta.y, 0, epsilon)) to.y += offset; /* * It is possible that one or both points are outside the blockmap. Clip the * trace so that is wholly within the AABB of the blockmap (note we would have * already abandoned if the origin of the trace is outside). */ if(!(to.x >= d->bounds.minX && to.x <= d->bounds.maxX && to.y >= d->bounds.minY && to.y <= d->bounds.maxY)) { // 'to' is outside the blockmap. vec2d_t fromV1, toV1, bmapBounds[4], point; coord_t ab; V2d_Set(fromV1, from.x, from.y); V2d_Set(toV1, to.x, to.y); V2d_Set(bmapBounds[0], d->bounds.minX, d->bounds.minY); V2d_Set(bmapBounds[1], d->bounds.minX, d->bounds.maxY); V2d_Set(bmapBounds[2], d->bounds.maxX, d->bounds.maxY); V2d_Set(bmapBounds[3], d->bounds.maxX, d->bounds.minY); ab = V2d_Intercept(fromV1, toV1, bmapBounds[0], bmapBounds[1], point); if(ab >= 0 && ab <= 1) V2d_Copy(toV1, point); ab = V2d_Intercept(fromV1, toV1, bmapBounds[1], bmapBounds[2], point); if(ab >= 0 && ab <= 1) V2d_Copy(toV1, point); ab = V2d_Intercept(fromV1, toV1, bmapBounds[2], bmapBounds[3], point); if(ab >= 0 && ab <= 1) V2d_Copy(toV1, point); ab = V2d_Intercept(fromV1, toV1, bmapBounds[3], bmapBounds[0], point); if(ab >= 0 && ab <= 1) V2d_Copy(toV1, point); from = Vector2d(fromV1); to = Vector2d(toV1); } BlockmapCell const originCell = toCell(from); BlockmapCell const destCell = toCell(to); // Determine the starting point in blockmap space (preserving the fractional part). Vector2d intercept = (from - origin()) / d->cellSize; // Determine the step deltas. Vector2i cellStep; Vector2d interceptStep; Vector2d frac; if(destCell.x == originCell.x) { cellStep.x = 0; interceptStep.y = 256; frac.y = 1; } else if(destCell.x > originCell.x) { cellStep.x = 1; interceptStep.y = (to.y - from.y) / de::abs(to.x - from.x); frac.y = 1 - (intercept.x - int( intercept.x )); } else // toCell.x < fromCell.x { cellStep.x = -1; interceptStep.y = (to.y - from.y) / de::abs(to.x - from.x); frac.y = intercept.x - int( intercept.x ); } if(destCell.y == originCell.y) { cellStep.y = 0; interceptStep.x = 256; frac.x = 1; } else if(destCell.y > originCell.y) { cellStep.y = 1; interceptStep.x = (to.x - from.x) / de::abs(to.y - from.y); frac.x = 1 - (intercept.y - int( intercept.y )); } else // toCell.y < fromCell.y { cellStep.y = -1; interceptStep.x = (to.x - from.x) / de::abs(to.y - from.y); frac.x = intercept.y - int( intercept.y ); } intercept += frac * interceptStep; // Walk the cells of the blockmap. BlockmapCell cell = originCell; for(int pass = 0; pass < 64; ++pass) // Prevent a round off error leading us into // an infinite loop... { if(int result = iterate(cell, callback, context)) return result; // Early out. if(cell == destCell) break; if(cell.y == uint( intercept.y )) { cell.x += cellStep.x; intercept.y += interceptStep.y; } else if(cell.x == uint( intercept.x )) { cell.y += cellStep.y; intercept.x += interceptStep.x; } } return false; // Continue iteration. } // Debug visual ---------------------------------------------------------------- #ifdef __CLIENT__ void Blockmap::drawDebugVisual() const { #define UNIT_SIZE 1 // We'll be changing the color, so query the current and restore later. GLfloat oldColor[4]; glGetFloatv(GL_CURRENT_COLOR, oldColor); /* * Draw the Quadtree. */ glColor4f(1.f, 1.f, 1.f, 1.f / d->nodes.first().size); foreach(Instance::Node const &node, d->nodes) { // Only leafs with user data. if(!node.isLeaf()) continue; if(!node.leafData) continue; Vector2f const topLeft = node.cell * UNIT_SIZE; Vector2f const bottomRight = topLeft + Vector2f(UNIT_SIZE, UNIT_SIZE); glBegin(GL_LINE_LOOP); glVertex2f(topLeft.x, topLeft.y); glVertex2f(bottomRight.x, topLeft.y); glVertex2f(bottomRight.x, bottomRight.y); glVertex2f(topLeft.x, bottomRight.y); glEnd(); } /* * Draw the bounds. */ Vector2f start; Vector2f end = start + d->dimensions * UNIT_SIZE; glColor3f(1, .5f, .5f); glBegin(GL_LINES); glVertex2f(start.x, start.y); glVertex2f( end.x, start.y); glVertex2f( end.x, start.y); glVertex2f( end.x, end.y); glVertex2f( end.x, end.y); glVertex2f(start.x, end.y); glVertex2f(start.x, end.y); glVertex2f(start.x, start.y); glEnd(); // Restore GL state. glColor4fv(oldColor); #undef UNIT_SIZE } #endif // __CLIENT__ } // namespace de doomsday-1.14.5/doomsday/client/src/world/sector.cpp0000664000175000017500000003401612350542240021724 0ustar jaakkojaakko/** @file sector.h World map sector. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/sector.h" #include "world/map.h" #include "world/p_object.h" #include "Line" #include "Plane" #include "SectorCluster" #include "Surface" #include #include #include using namespace de; DENG2_PIMPL(Sector) , DENG2_OBSERVES(Plane, HeightChange) { AABoxd aaBox; ///< Bounding box for the whole sector (all clusters). bool needAABoxUpdate; SoundEmitter emitter; ///< Head of the sound emitter chain. Planes planes; ///< All owned planes. Sides sides; ///< All referencing line sides (not owned). mobj_t *mobjList; ///< All mobjs "in" the sector (not owned). float lightLevel; ///< Ambient light level. Vector3f lightColor; ///< Ambient light color. int validCount; #ifdef __CLIENT__ coord_t roughArea; ///< Approximated. @c <0 means an update is needed. bool needRoughAreaUpdate; /// Ambient lighting data for the bias lighting model. LightGridData lightGridData; #endif Instance(Public *i) : Base (i) , needAABoxUpdate (true) , mobjList (0) , lightLevel (0) , lightColor (Vector3f(0, 0, 0)) , validCount (0) #ifdef __CLIENT__ , roughArea (0) , needRoughAreaUpdate(true) #endif { zap(emitter); #ifdef __CLIENT__ zap(lightGridData); #endif } ~Instance() { qDeleteAll(planes); } void notifyLightLevelChanged() { DENG2_FOR_PUBLIC_AUDIENCE(LightLevelChange, i) { i->sectorLightLevelChanged(self); } } void notifyLightColorChanged() { DENG2_FOR_PUBLIC_AUDIENCE(LightColorChange, i) { i->sectorLightColorChanged(self); } } /** * Update the axis-aligned bounding box in the map coordinate space to * encompass the geometry of all BSP leaf clusters of the sector. */ void updateAABoxIfNeeded() { if(!needAABoxUpdate) return; needAABoxUpdate = false; aaBox.clear(); bool haveGeometry = false; Map::SectorClusters const &clusterMap = self.map().sectorClusters(); Map::SectorClusters::const_iterator i = clusterMap.constFind(thisPublic); while(i != clusterMap.end() && i.key() == thisPublic) { SectorCluster *cluster = *i; if(haveGeometry) { V2d_UniteBox(aaBox.arvec2, cluster->aaBox().arvec2); } else { aaBox = cluster->aaBox(); haveGeometry = true; } ++i; } // The XY origin of our sound emitter can now be updated as the center // point of the sector geometry is now known. if(haveGeometry) { emitter.origin[VX] = (aaBox.minX + aaBox.maxX) / 2; emitter.origin[VY] = (aaBox.minY + aaBox.maxY) / 2; } else { emitter.origin[VX] = emitter.origin[VY] = 0; } } #ifdef __CLIENT__ void updateRoughAreaIfNeeded() { if(!needRoughAreaUpdate) return; needRoughAreaUpdate = false; roughArea = 0; Map::SectorClusters const &clusterMap = self.map().sectorClusters(); Map::SectorClusters::const_iterator i = clusterMap.constFind(thisPublic); while(i != clusterMap.end() && i.key() == thisPublic) { roughArea += (*i)->roughArea(); ++i; } } #endif // __CLIENT__ /** * To be called to update sound emitter origins for all dependent surfaces. */ void updateDependentSurfaceSoundEmitterOrigins() { foreach(LineSide *side, sides) { side->updateAllSoundEmitterOrigins(); side->back().updateAllSoundEmitterOrigins(); } } // Observes Plane HeightChange. void planeHeightChanged(Plane & /*plane*/) { // Update the z-height origin of our sound emitter right away. emitter.origin[VZ] = (self.floor().height() + self.ceiling().height()) / 2; #ifdef __CLIENT__ // A plane move means we must re-apply missing material fixes. foreach(LineSide *side, sides) { side->fixMissingMaterials(); side->back().fixMissingMaterials(); } #endif updateDependentSurfaceSoundEmitterOrigins(); } }; Sector::Sector(float lightLevel, Vector3f const &lightColor) : MapElement(DMU_SECTOR) , d(new Instance(this)) { d->lightLevel = de::clamp(0.f, lightLevel, 1.f); d->lightColor = lightColor.min(Vector3f(1, 1, 1)).max(Vector3f(0, 0, 0)); } float Sector::lightLevel() const { return d->lightLevel; } void Sector::setLightLevel(float newLightLevel) { newLightLevel = de::clamp(0.f, newLightLevel, 1.f); if(!de::fequal(d->lightLevel, newLightLevel)) { d->lightLevel = newLightLevel; d->notifyLightLevelChanged(); } } Vector3f const &Sector::lightColor() const { return d->lightColor; } void Sector::setLightColor(Vector3f const &newLightColor) { Vector3f newColorClamped(de::clamp(0.f, newLightColor.x, 1.f), de::clamp(0.f, newLightColor.y, 1.f), de::clamp(0.f, newLightColor.z, 1.f)); if(d->lightColor != newColorClamped) { d->lightColor = newColorClamped; d->notifyLightColorChanged(); } } struct mobj_s *Sector::firstMobj() const { return d->mobjList; } /** * Two links to update: * 1) The link to the mobj from the previous node (sprev, always set) will * be modified to point to the node following it. * 2) If there is a node following the mobj, set its sprev pointer to point * to the pointer that points back to it (the mobj's sprev, just modified). */ void Sector::unlink(mobj_t *mobj) { if(!mobj || !Mobj_IsSectorLinked(mobj)) return; if((*mobj->sPrev = mobj->sNext)) mobj->sNext->sPrev = mobj->sPrev; // Not linked any more. mobj->sNext = 0; mobj->sPrev = 0; } void Sector::link(mobj_t *mobj) { if(!mobj) return; // Prev pointers point to the pointer that points back to us. // (Which practically disallows traversing the list backwards.) if((mobj->sNext = d->mobjList)) mobj->sNext->sPrev = &mobj->sNext; *(mobj->sPrev = &d->mobjList) = mobj; } SoundEmitter &Sector::soundEmitter() { // Emitter origin depends on the axis-aligned bounding box. d->updateAABoxIfNeeded(); return d->emitter; } SoundEmitter const &Sector::soundEmitter() const { return const_cast(const_cast(*this).soundEmitter()); } int Sector::validCount() const { return d->validCount; } void Sector::setValidCount(int newValidCount) { d->validCount = newValidCount; } Plane &Sector::plane(int planeIndex) { return const_cast(const_cast(*this).plane(planeIndex)); } Plane const &Sector::plane(int planeIndex) const { if(planeIndex >= 0 && planeIndex < d->planes.count()) { return *d->planes.at(planeIndex); } /// @throw MissingPlaneError The referenced plane does not exist. throw MissingPlaneError("Sector::plane", QString("Missing plane %1").arg(planeIndex)); } Sector::Sides const &Sector::sides() const { return d->sides; } void Sector::buildSides() { d->sides.clear(); #ifdef DENG2_QT_4_7_OR_NEWER int count = 0; foreach(Line *line, map().lines()) { if(line->frontSectorPtr() == this || line->backSectorPtr() == this) ++count; } if(!count) return; d->sides.reserve(count); #endif foreach(Line *line, map().lines()) { if(line->frontSectorPtr() == this) { // Ownership of the side is not given to the sector. d->sides.append(&line->front()); } else if(line->backSectorPtr() == this) { // Ownership of the side is not given to the sector. d->sides.append(&line->back()); } } } Plane *Sector::addPlane(Vector3f const &normal, coord_t height) { Plane *plane = new Plane(*this, normal, height); plane->setIndexInSector(d->planes.count()); d->planes.append(plane); if(plane->isSectorFloor() || plane->isSectorCeiling()) { // We want notification of height changes so that we can update sound // emitter origins of dependent surfaces. plane->audienceForHeightChange += d; } // Once both floor and ceiling are known we can determine the z-height origin // of our sound emitter. /// @todo fixme: Assume planes are defined in order. if(planeCount() == 2) { d->emitter.origin[VZ] = (floor().height() + ceiling().height()) / 2; } return plane; } Sector::Planes const &Sector::planes() const { return d->planes; } static void linkSoundEmitter(SoundEmitter &root, SoundEmitter &newEmitter) { // The sector's base is always root of the chain, so link the other after it. newEmitter.thinker.prev = &root.thinker; newEmitter.thinker.next = root.thinker.next; if(newEmitter.thinker.next) newEmitter.thinker.next->prev = &newEmitter.thinker; root.thinker.next = &newEmitter.thinker; } void Sector::chainSoundEmitters() { SoundEmitter &root = d->emitter; // Clear the root of the emitter chain. root.thinker.next = root.thinker.prev = 0; // Link plane surface emitters: foreach(Plane *plane, d->planes) { linkSoundEmitter(root, plane->soundEmitter()); } // Link wall surface emitters: foreach(LineSide *side, d->sides) { if(side->hasSections()) { linkSoundEmitter(root, side->middleSoundEmitter()); linkSoundEmitter(root, side->bottomSoundEmitter()); linkSoundEmitter(root, side->topSoundEmitter()); } if(side->line().isSelfReferencing() && side->back().hasSections()) { LineSide &back = side->back(); linkSoundEmitter(root, back.middleSoundEmitter()); linkSoundEmitter(root, back.bottomSoundEmitter()); linkSoundEmitter(root, back.topSoundEmitter()); } } } #ifdef __CLIENT__ AABoxd const &Sector::aaBox() const { d->updateAABoxIfNeeded(); return d->aaBox; } coord_t Sector::roughArea() const { d->updateRoughAreaIfNeeded(); return d->roughArea; } Sector::LightGridData &Sector::lightGridData() { return d->lightGridData; } #endif // __CLIENT__ int Sector::property(DmuArgs &args) const { switch(args.prop) { case DMU_LIGHT_LEVEL: args.setValue(DMT_SECTOR_LIGHTLEVEL, &d->lightLevel, 0); break; case DMU_COLOR: args.setValue(DMT_SECTOR_RGB, &d->lightColor.x, 0); args.setValue(DMT_SECTOR_RGB, &d->lightColor.y, 1); args.setValue(DMT_SECTOR_RGB, &d->lightColor.z, 2); break; case DMU_COLOR_RED: args.setValue(DMT_SECTOR_RGB, &d->lightColor.x, 0); break; case DMU_COLOR_GREEN: args.setValue(DMT_SECTOR_RGB, &d->lightColor.y, 0); break; case DMU_COLOR_BLUE: args.setValue(DMT_SECTOR_RGB, &d->lightColor.z, 0); break; case DMU_EMITTER: { SoundEmitter const *emitterAdr = &d->emitter; args.setValue(DMT_SECTOR_EMITTER, &emitterAdr, 0); break; } case DMT_MOBJS: args.setValue(DMT_SECTOR_MOBJLIST, &d->mobjList, 0); break; case DMU_VALID_COUNT: args.setValue(DMT_SECTOR_VALIDCOUNT, &d->validCount, 0); break; case DMU_FLOOR_PLANE: { Plane *pln = d->planes.at(Floor); args.setValue(DMT_SECTOR_FLOORPLANE, &pln, 0); break; } case DMU_CEILING_PLANE: { Plane *pln = d->planes.at(Ceiling); args.setValue(DMT_SECTOR_CEILINGPLANE, &pln, 0); break; } default: return MapElement::property(args); } return false; // Continue iteration. } int Sector::setProperty(DmuArgs const &args) { switch(args.prop) { case DMU_COLOR: { Vector3f newColor = d->lightColor; args.value(DMT_SECTOR_RGB, &newColor.x, 0); args.value(DMT_SECTOR_RGB, &newColor.y, 1); args.value(DMT_SECTOR_RGB, &newColor.z, 2); setLightColor(newColor); break; } case DMU_COLOR_RED: { Vector3f newColor = d->lightColor; args.value(DMT_SECTOR_RGB, &newColor.x, 0); setLightColor(newColor); break; } case DMU_COLOR_GREEN: { Vector3f newColor = d->lightColor; args.value(DMT_SECTOR_RGB, &newColor.y, 0); setLightColor(newColor); break; } case DMU_COLOR_BLUE: { Vector3f newColor = d->lightColor; args.value(DMT_SECTOR_RGB, &newColor.z, 0); setLightColor(newColor); break; } case DMU_LIGHT_LEVEL: { float newLightLevel; args.value(DMT_SECTOR_LIGHTLEVEL, &newLightLevel, 0); setLightLevel(newLightLevel); break; } case DMU_VALID_COUNT: args.value(DMT_SECTOR_VALIDCOUNT, &d->validCount, 0); break; default: return MapElement::setProperty(args); } return false; // Continue iteration. } doomsday-1.14.5/doomsday/client/src/world/plane.cpp0000664000175000017500000002377112350542240021532 0ustar jaakkojaakko/** @file plane.h World map plane. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/plane.h" #include "dd_loop.h" // frameTimePos #include "world/map.h" #include "world/worldsystem.h" /// ddMapSetup #include "Surface" #include "Sector" #include using namespace de; DENG2_PIMPL(Plane) { SoundEmitter soundEmitter; int indexInSector; ///< Index in the owning sector. coord_t height; ///< Current @em sharp height. coord_t targetHeight; ///< Target @em sharp height. coord_t speed; ///< Movement speed (map space units per tic). Surface surface; #ifdef __CLIENT__ coord_t oldHeight[2]; ///< @em sharp height change tracking buffer (for smoothing). coord_t heightSmoothed; ///< @ref height (smoothed). coord_t heightSmoothedDelta; ///< Delta between the current @em sharp height and the visual height. #endif Instance(Public *i, coord_t height) : Base(i) , indexInSector(-1) , height(height) , targetHeight(height) , speed(0) , surface(dynamic_cast(*i)) #ifdef __CLIENT__ , heightSmoothed(height) , heightSmoothedDelta(0) #endif { #ifdef __CLIENT__ oldHeight[0] = oldHeight[1] = height; #endif zap(soundEmitter); } ~Instance() { DENG2_FOR_PUBLIC_AUDIENCE(Deletion, i) i->planeBeingDeleted(self); #ifdef __CLIENT__ // Stop movement tracking of this plane. self.map().trackedPlanes().remove(&self); #endif } void notifyHeightChanged() { DENG2_FOR_PUBLIC_AUDIENCE(HeightChange, i) { i->planeHeightChanged(self); } } #ifdef __CLIENT__ void notifySmoothedHeightChanged() { DENG2_FOR_PUBLIC_AUDIENCE(HeightSmoothedChange, i) { i->planeHeightSmoothedChanged(self); } } #endif void applySharpHeightChange(coord_t newHeight) { // No change? if(de::fequal(newHeight, height)) return; height = newHeight; if(!ddMapSetup) { // Update the sound emitter origin for the plane. self.updateSoundEmitterOrigin(); #ifdef __CLIENT__ // We need the decorations updated. /// @todo optimize: Translation on the world up axis would be a /// trivial operation to perform, which, would not require plotting /// decorations again. This frequent case should be designed for. surface.markAsNeedingDecorationUpdate(); #endif } notifyHeightChanged(); #ifdef __CLIENT__ if(!ddMapSetup) { // Add ourself to tracked plane list (for movement interpolation). self.map().trackedPlanes().insert(&self); } #endif } #ifdef __CLIENT__ struct findgeneratorworker_params_t { Plane *plane; Generator *found; }; static int findGeneratorWorker(Generator *gen, void *context) { findgeneratorworker_params_t *p = (findgeneratorworker_params_t *)context; if(gen->plane == p->plane) { p->found = gen; return true; // Stop iteration. } return false; // Continue iteration. } /// @todo Cache this result. Generator *findGenerator() { findgeneratorworker_params_t parm; parm.plane = thisPublic; parm.found = 0; self.map().generatorIterator(findGeneratorWorker, &parm); return parm.found; } #endif }; Plane::Plane(Sector §or, Vector3f const &normal, coord_t height) : MapElement(DMU_PLANE, §or) , d(new Instance(this, height)) { setNormal(normal); } Sector &Plane::sector() { return parent().as(); } Sector const &Plane::sector() const { return parent().as(); } int Plane::indexInSector() const { return d->indexInSector; } void Plane::setIndexInSector(int newIndex) { d->indexInSector = newIndex; } bool Plane::isSectorFloor() const { return this == §or().floor(); } bool Plane::isSectorCeiling() const { return this == §or().ceiling(); } Surface &Plane::surface() { return d->surface; } Surface const &Plane::surface() const { return d->surface; } void Plane::setNormal(Vector3f const &newNormal) { d->surface.setNormal(newNormal); // will normalize } SoundEmitter &Plane::soundEmitter() { return d->soundEmitter; } SoundEmitter const &Plane::soundEmitter() const { return d->soundEmitter; } void Plane::updateSoundEmitterOrigin() { LOG_AS("Plane::updateSoundEmitterOrigin"); d->soundEmitter.origin[VX] = sector().soundEmitter().origin[VX]; d->soundEmitter.origin[VY] = sector().soundEmitter().origin[VY]; d->soundEmitter.origin[VZ] = d->height; } coord_t Plane::height() const { return d->height; } coord_t Plane::targetHeight() const { return d->targetHeight; } coord_t Plane::speed() const { return d->speed; } #ifdef __CLIENT__ coord_t Plane::heightSmoothed() const { return d->heightSmoothed; } coord_t Plane::heightSmoothedDelta() const { return d->heightSmoothedDelta; } void Plane::lerpSmoothedHeight() { // Interpolate. d->heightSmoothedDelta = d->oldHeight[0] * (1 - frameTimePos) + d->height * frameTimePos - d->height; coord_t newHeightSmoothed = d->height + d->heightSmoothedDelta; if(!de::fequal(d->heightSmoothed, newHeightSmoothed)) { d->heightSmoothed = newHeightSmoothed; d->notifySmoothedHeightChanged(); d->surface.markAsNeedingDecorationUpdate(); } } void Plane::resetSmoothedHeight() { // Reset interpolation. d->heightSmoothedDelta = 0; coord_t newHeightSmoothed = d->oldHeight[0] = d->oldHeight[1] = d->height; if(!de::fequal(d->heightSmoothed, newHeightSmoothed)) { d->heightSmoothed = newHeightSmoothed; d->notifySmoothedHeightChanged(); d->surface.markAsNeedingDecorationUpdate(); } } void Plane::updateHeightTracking() { d->oldHeight[0] = d->oldHeight[1]; d->oldHeight[1] = d->height; if(!de::fequal(d->oldHeight[0], d->oldHeight[1])) { if(de::abs(d->oldHeight[0] - d->oldHeight[1]) >= MAX_SMOOTH_MOVE) { // Too fast: make an instantaneous jump. d->oldHeight[0] = d->oldHeight[1]; } d->surface.markAsNeedingDecorationUpdate(); } } bool Plane::hasGenerator() const { return d->findGenerator() != 0; } Generator &Plane::generator() const { if(Generator *gen = d->findGenerator()) { return *gen; } /// @throw MissingGeneratorError No generator is attached. throw MissingGeneratorError("Plane::generator", "No generator is attached"); } void Plane::spawnParticleGen(ded_ptcgen_t const *def) { //if(!useParticles) return; if(!def) return; // Plane we spawn relative to may not be this one. int relPlane = indexInSector(); if(def->flags & Generator::SpawnCeiling) relPlane = Sector::Ceiling; if(def->flags & Generator::SpawnFloor) relPlane = Sector::Floor; if(relPlane != indexInSector()) { sector().plane(relPlane).spawnParticleGen(def); return; } // Only planes in sectors with volume on the world X/Y axis can support generators. if(!sector().sideCount()) return; // Only one generator per plane. if(hasGenerator()) return; // Are we out of generators? Generator *gen = map().newGenerator(); if(!gen) return; gen->count = def->particles; // Size of source sector might determine count. if(def->flags & Generator::Density) { gen->spawnRateMultiplier = sector().roughArea() / (128 * 128); } else { gen->spawnRateMultiplier = 1; } // Initialize the particle generator. gen->configureFromDef(def); gen->plane = this; // Is there a need to pre-simulate? gen->presimulate(def->preSim); } #endif // __CLIENT__ int Plane::property(DmuArgs &args) const { switch(args.prop) { case DMU_EMITTER: args.setValue(DMT_PLANE_EMITTER, &d->soundEmitter, 0); break; case DMU_SECTOR: { Sector const *secPtr = §or(); args.setValue(DMT_PLANE_SECTOR, &secPtr, 0); break; } case DMU_HEIGHT: args.setValue(DMT_PLANE_HEIGHT, &d->height, 0); break; case DMU_TARGET_HEIGHT: args.setValue(DMT_PLANE_TARGET, &d->targetHeight, 0); break; case DMU_SPEED: args.setValue(DMT_PLANE_SPEED, &d->speed, 0); break; default: return MapElement::property(args); } return false; // Continue iteration. } int Plane::setProperty(DmuArgs const &args) { switch(args.prop) { case DMU_HEIGHT: { coord_t newHeight = d->height; args.value(DMT_PLANE_HEIGHT, &newHeight, 0); d->applySharpHeightChange(newHeight); break; } case DMU_TARGET_HEIGHT: args.value(DMT_PLANE_TARGET, &d->targetHeight, 0); break; case DMU_SPEED: args.value(DMT_PLANE_SPEED, &d->speed, 0); break; default: return MapElement::setProperty(args); } return false; // Continue iteration. } doomsday-1.14.5/doomsday/client/src/world/dmuargs.cpp0000664000175000017500000003727112350542240022075 0ustar jaakkojaakko/** @file dmuargs.cpp Doomsday Map Update (DMU) API arguments. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "de_base.h" #include "world/dmuargs.h" using namespace de; DmuArgs::DmuArgs(int type, uint prop) : type (type), prop (prop & ~DMU_FLAG_MASK), modifiers(prop & DMU_FLAG_MASK), valueType(DDVT_NONE), booleanValues(0), byteValues(0), intValues(0), fixedValues(0), floatValues(0), doubleValues(0), angleValues(0), ptrValues(0) { DENG_ASSERT(VALID_DMU_ELEMENT_TYPE_ID(type)); } void DmuArgs::value(valuetype_t dstValueType, void *dst, uint index) const { if(dstValueType == DDVT_FIXED) { fixed_t *d = (fixed_t *)dst; switch(valueType) { case DDVT_BYTE: *d = (byteValues[index] << FRACBITS); break; case DDVT_INT: *d = (intValues[index] << FRACBITS); break; case DDVT_FIXED: *d = fixedValues[index]; break; case DDVT_FLOAT: *d = FLT2FIX(floatValues[index]); break; case DDVT_DOUBLE: *d = FLT2FIX(doubleValues[index]); break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_FIXED incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_FLOAT) { float *d = (float *)dst; switch(valueType) { case DDVT_BYTE: *d = byteValues[index]; break; case DDVT_INT: *d = intValues[index]; break; case DDVT_FIXED: *d = FIX2FLT(fixedValues[index]); break; case DDVT_FLOAT: *d = floatValues[index]; break; case DDVT_DOUBLE: *d = (float)doubleValues[index]; break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_FLOAT incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_DOUBLE) { double *d = (double *)dst; switch(valueType) { case DDVT_BYTE: *d = byteValues[index]; break; case DDVT_INT: *d = intValues[index]; break; case DDVT_FIXED: *d = FIX2FLT(fixedValues[index]); break; case DDVT_FLOAT: *d = floatValues[index]; break; case DDVT_DOUBLE: *d = doubleValues[index]; break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_DOUBLE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_BOOL) { dd_bool *d = (dd_bool *)dst; switch(valueType) { case DDVT_BOOL: *d = booleanValues[index]; break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_BOOL incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_BYTE) { byte *d = (byte *)dst; switch(valueType) { case DDVT_BOOL: *d = booleanValues[index]; break; case DDVT_BYTE: *d = byteValues[index]; break; case DDVT_INT: *d = intValues[index]; break; case DDVT_FLOAT: *d = (byte) floatValues[index]; break; case DDVT_DOUBLE: *d = (byte) doubleValues[index]; break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_BYTE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_INT) { int *d = (int *)dst; switch(valueType) { case DDVT_BOOL: *d = booleanValues[index]; break; case DDVT_BYTE: *d = byteValues[index]; break; case DDVT_INT: *d = intValues[index]; break; case DDVT_FLOAT: *d = floatValues[index]; break; case DDVT_DOUBLE: *d = doubleValues[index]; break; case DDVT_FIXED: *d = (fixedValues[index] >> FRACBITS); break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_INT incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_SHORT) { short *d = (short *)dst; switch(valueType) { case DDVT_BOOL: *d = booleanValues[index]; break; case DDVT_BYTE: *d = byteValues[index]; break; case DDVT_INT: *d = intValues[index]; break; case DDVT_FLOAT: *d = floatValues[index]; break; case DDVT_DOUBLE: *d = doubleValues[index]; break; case DDVT_FIXED: *d = (fixedValues[index] >> FRACBITS); break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_SHORT incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_ANGLE) { angle_t *d = (angle_t *)dst; switch(valueType) { case DDVT_ANGLE: *d = angleValues[index]; break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_ANGLE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_BLENDMODE) { blendmode_t *d = (blendmode_t *)dst; switch(valueType) { case DDVT_INT: if(intValues[index] > DDNUM_BLENDMODES || intValues[index] < 0) { QByteArray msg = String("DmuArgs::value: %1 is not a valid value for DDVT_BLENDMODE.").arg(intValues[index]).toUtf8(); App_FatalError(msg.constData()); } *d = blendmode_t(intValues[index]); break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_BLENDMODE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(dstValueType == DDVT_PTR) { void **d = (void **)dst; switch(valueType) { case DDVT_PTR: *d = ptrValues[index]; break; default: { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: DDVT_PTR incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else { /// @todo Throw exception. QByteArray msg = String("DmuArgs::value: unknown value type %1.").arg(dstValueType).toUtf8(); App_FatalError(msg.constData()); } } void DmuArgs::setValue(valuetype_t srcValueType, void const *src, uint index) { if(srcValueType == DDVT_FIXED) { fixed_t const *s = (fixed_t const *)src; switch(valueType) { case DDVT_BYTE: byteValues[index] = (*s >> FRACBITS); break; case DDVT_INT: intValues[index] = (*s >> FRACBITS); break; case DDVT_FIXED: fixedValues[index] = *s; break; case DDVT_FLOAT: floatValues[index] = FIX2FLT(*s); break; case DDVT_DOUBLE: doubleValues[index] = FIX2FLT(*s); break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_FIXED incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_FLOAT) { float const *s = (float const *)src; switch(valueType) { case DDVT_BYTE: byteValues[index] = *s; break; case DDVT_INT: intValues[index] = (int) *s; break; case DDVT_FIXED: fixedValues[index] = FLT2FIX(*s); break; case DDVT_FLOAT: floatValues[index] = *s; break; case DDVT_DOUBLE: doubleValues[index] = (double)*s; break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_FLOAT incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_DOUBLE) { double const *s = (double const *)src; switch(valueType) { case DDVT_BYTE: byteValues[index] = (byte)*s; break; case DDVT_INT: intValues[index] = (int) *s; break; case DDVT_FIXED: fixedValues[index] = FLT2FIX(*s); break; case DDVT_FLOAT: floatValues[index] = (float)*s; break; case DDVT_DOUBLE: doubleValues[index] = *s; break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_DOUBLE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_BOOL) { dd_bool const *s = (dd_bool const *)src; switch(valueType) { case DDVT_BOOL: booleanValues[index] = *s; break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_BOOL incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_BYTE) { byte const *s = (byte const *)src; switch(valueType) { case DDVT_BOOL: booleanValues[index] = *s; break; case DDVT_BYTE: byteValues[index] = *s; break; case DDVT_INT: intValues[index] = *s; break; case DDVT_FLOAT: floatValues[index] = *s; break; case DDVT_DOUBLE: doubleValues[index] = *s; break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_BYTE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_INT) { int const *s = (int const *)src; switch(valueType) { case DDVT_BOOL: booleanValues[index] = *s; break; case DDVT_BYTE: byteValues[index] = *s; break; case DDVT_INT: intValues[index] = *s; break; case DDVT_FLOAT: floatValues[index] = *s; break; case DDVT_DOUBLE: doubleValues[index] = *s; break; case DDVT_FIXED: fixedValues[index] = (*s << FRACBITS); break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_INT incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_SHORT) { short const *s = (short const *)src; switch(valueType) { case DDVT_BOOL: booleanValues[index] = *s; break; case DDVT_BYTE: byteValues[index] = *s; break; case DDVT_INT: intValues[index] = *s; break; case DDVT_FLOAT: floatValues[index] = *s; break; case DDVT_DOUBLE: doubleValues[index] = *s; break; case DDVT_FIXED: fixedValues[index] = (*s << FRACBITS); break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_SHORT incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_ANGLE) { angle_t const *s = (angle_t const *)src; switch(valueType) { case DDVT_ANGLE: angleValues[index] = *s; break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_ANGLE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_BLENDMODE) { blendmode_t const *s = (blendmode_t const *)src; switch(valueType) { case DDVT_INT: intValues[index] = *s; break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_BLENDMODE incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else if(srcValueType == DDVT_PTR) { void const *const *s = (void const *const *)src; switch(valueType) { case DDVT_INT: // Attempt automatic conversion using P_ToIndex(). Naturally only // works with map elements. Failure leads into a fatal error. intValues[index] = P_ToIndex(*s); break; case DDVT_PTR: ptrValues[index] = (void *) *s; break; default: { QByteArray msg = String("DmuArgs::setValue: DDVT_PTR incompatible with value type %1.").arg(value_Str(valueType)).toUtf8(); App_FatalError(msg.constData()); } } } else { QByteArray msg = String("DmuArgs::setValue: unknown value type %1.").arg(srcValueType).toUtf8(); App_FatalError(msg.constData()); } } doomsday-1.14.5/doomsday/client/src/world/mapelement.cpp0000664000175000017500000001053312350542240022552 0ustar jaakkojaakko/** @file mapelement.cpp Base class for all map elements. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/mapelement.h" #include "world/map.h" using namespace de; DENG2_PIMPL_NOREF(MapElement) { int type; MapElement *parent; Map *map; int indexInMap; int indexInArchive; Instance(int type, MapElement *parent) : type(type) , parent(parent) , map(0) , indexInMap(NoIndex) , indexInArchive(NoIndex) {} }; MapElement::MapElement(int type, MapElement *parent) : d(new Instance(type, parent)) {} MapElement::~MapElement() {} int MapElement::type() const { return d->type; } bool MapElement::hasParent() const { return d->parent != 0; } MapElement &MapElement::parent() { return const_cast(const_cast(this)->parent()); } MapElement const &MapElement::parent() const { if(d->parent) { return *d->parent; } /// @throw MissingParentError Attempted with no parent element is attributed. throw MissingParentError("MapElement::parent", "No parent map element is attributed"); } void MapElement::setParent(MapElement *newParent) { if(d->parent != newParent) { d->parent = newParent; return; } /// @throw InvalidParentError Attempted to attribute *this* element as parent of itself. throw InvalidParentError("MapElement::setParent", "Cannot attribute 'this' map element as a parent of itself"); } bool MapElement::hasMap() const { // If a parent is configured this property is delegated to the parent. if(d->parent) { return d->parent->hasMap(); } return d->map != 0; } Map &MapElement::map() const { // If a parent is configured this property is delegated to the parent. if(d->parent) { return d->parent->map(); } if(d->map) { return *d->map; } /// @throw MissingMapError Attempted with no map attributed. throw MissingMapError("MapElement::map", "No map is attributed"); } void MapElement::setMap(Map *newMap) { // If a parent is configured this property is delegated to the parent. if(!d->parent) { d->map = newMap; return; } /// @throw WritePropertyError Attempted to change a delegated property. throw WritePropertyError("MapElement::setMap", "The 'map' property has been delegated"); } int MapElement::indexInMap() const { return d->indexInMap; } void MapElement::setIndexInMap(int newIndex) { d->indexInMap = newIndex; } int MapElement::indexInArchive() const { return d->indexInArchive; } void MapElement::setIndexInArchive(int newIndex) { d->indexInArchive = newIndex; } int MapElement::property(DmuArgs &args) const { switch(args.prop) { case DMU_ARCHIVE_INDEX: args.setValue(DMT_ARCHIVE_INDEX, &d->indexInArchive, 0); break; default: /// @throw UnknownPropertyError The requested property is not readable. throw UnknownPropertyError(QString("%1::property").arg(DMU_Str(d->type)), QString("'%1' is unknown/not readable").arg(DMU_Str(args.prop))); } return false; // Continue iteration. } int MapElement::setProperty(DmuArgs const &args) { /// @throw WritePropertyError The requested property is not writable. throw WritePropertyError(QString("%1::setProperty").arg(DMU_Str(d->type)), QString("'%1' is unknown/not writable").arg(DMU_Str(args.prop))); } doomsday-1.14.5/doomsday/client/src/world/contactspreader.cpp0000664000175000017500000002277512350542240023617 0ustar jaakkojaakko/** @file contactspreader.cpp World object => BSP leaf "contact" spreader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "world/contactspreader.h" #include "Face" #include "HEdge" #include "BspLeaf" #include "Contact" #include "Sector" #include "SectorCluster" #include "Surface" #include "world/worldsystem.h" // validCount #include "render/rend_main.h" // Rend_mapSurfaceMaterialSpec #include "WallEdge" #include "MaterialSnapshot" #include #include namespace de { namespace internal { /** * On which side of the half-edge does the specified @a point lie? * * @param hedge Half-edge to test. * @param point Point to test in the map coordinate space. * * @return @c <0 Point is to the left/back of the segment. * @c =0 Point lies directly on the segment. * @c >0 Point is to the right/front of the segment. */ static coord_t pointOnHEdgeSide(HEdge const &hedge, Vector2d const &point) { Vector2d const direction = hedge.twin().origin() - hedge.origin(); ddouble pointV1[2] = { point.x, point.y }; ddouble fromOriginV1[2] = { hedge.origin().x, hedge.origin().y }; ddouble directionV1[2] = { direction.x, direction.y }; return V2d_PointOnLineSide(pointV1, fromOriginV1, directionV1); } struct ContactSpreader { Blockmap const &_blockmap; QBitArray *_spreadBlocks; struct SpreadState { Contact *contact; AABoxd contactAABox; SpreadState() : contact(0) {} }; SpreadState _spread; ContactSpreader(Blockmap const &blockmap, QBitArray *spreadBlocks = 0) : _blockmap(blockmap), _spreadBlocks(spreadBlocks) {} /** * Spread contacts in the blockmap to any touched neighbors. * * @param box Map space region in which to perform spreading. */ void spread(AABoxd const &box) { BlockmapCellBlock const cellBlock = _blockmap.toCellBlock(box); BlockmapCell cell; for(cell.y = cellBlock.min.y; cell.y < cellBlock.max.y; ++cell.y) for(cell.x = cellBlock.min.x; cell.x < cellBlock.max.x; ++cell.x) { if(_spreadBlocks) { // Should we skip this cell? int cellIndex = _blockmap.toCellIndex(cell.x, cell.y); if(_spreadBlocks->testBit(cellIndex)) continue; // Mark the cell as processed. _spreadBlocks->setBit(cellIndex); } _blockmap.iterate(cell, spreadContactWorker, this); } } private: /** * Link the contact in all BspLeafs which touch the linked object (tests are * done with bounding boxes and the BSP leaf spread test). * * @param contact Contact to be spread. */ void spreadContact(Contact &contact) { BspLeaf &bspLeaf = contact.objectBspLeafAtOrigin(); DENG2_ASSERT(bspLeaf.hasCluster()); // Sanity check. R_ContactList(bspLeaf, contact.type()).link(&contact); // Spread to neighboring BSP leafs. bspLeaf.setValidCount(++validCount); _spread.contact = &contact; _spread.contactAABox = contact.objectAABox(); spreadInBspLeaf(bspLeaf); } void maybeSpreadOverEdge(HEdge *hedge) { DENG2_ASSERT(_spread.contact != 0); if(!hedge) return; BspLeaf &leaf = hedge->face().mapElementAs(); SectorCluster &cluster = leaf.cluster(); // There must be a back BSP leaf to spread to. if(!hedge->hasTwin()) return; if(!hedge->twin().hasFace()) return; BspLeaf &backLeaf = hedge->twin().face().mapElementAs(); if(!backLeaf.hasCluster()) return; SectorCluster &backCluster = backLeaf.cluster(); // Which way does the spread go? if(!(leaf.validCount() == validCount && backLeaf.validCount() != validCount)) { return; // Not eligible for spreading. } // Is the leaf on the back side outside the origin's AABB? AABoxd const &aaBox = backLeaf.poly().aaBox(); if(aaBox.maxX <= _spread.contactAABox.minX || aaBox.minX >= _spread.contactAABox.maxX || aaBox.maxY <= _spread.contactAABox.minY || aaBox.minY >= _spread.contactAABox.maxY) return; // Too far from the edge? coord_t const length = (hedge->twin().origin() - hedge->origin()).length(); coord_t const distance = pointOnHEdgeSide(*hedge, _spread.contact->objectOrigin()) / length; if(abs(distance) >= _spread.contact->objectRadius()) return; // Do not spread if the sector on the back side is closed with no height. if(!backCluster.hasWorldVolume()) return; if(backCluster.visCeiling().heightSmoothed() <= cluster.visFloor().heightSmoothed() || backCluster.visFloor().heightSmoothed() >= cluster.visCeiling().heightSmoothed()) return; // Are there line side surfaces which should prevent spreading? if(hedge->hasMapElement()) { LineSideSegment const &seg = hedge->mapElementAs(); // On which side of the line are we? (distance is from segment to origin). LineSide const &facingLineSide = seg.line().side(seg.lineSide().sideId() ^ (distance < 0)); // One-way window? if(!facingLineSide.back().hasSections()) return; SectorCluster const &fromCluster = facingLineSide.isFront()? cluster : backCluster; SectorCluster const &toCluster = facingLineSide.isFront()? backCluster : cluster; // Might a material cover the opening? if(facingLineSide.hasSections() && facingLineSide.middle().hasMaterial()) { // Stretched middles always cover the opening. if(facingLineSide.isFlagged(SDF_MIDDLE_STRETCH)) return; // Determine the opening between the visual sector planes at this edge. coord_t openBottom; if(toCluster.visFloor().heightSmoothed() > fromCluster.visFloor().heightSmoothed()) { openBottom = toCluster.visFloor().heightSmoothed(); } else { openBottom = fromCluster.visFloor().heightSmoothed(); } coord_t openTop; if(toCluster.visCeiling().heightSmoothed() < fromCluster.visCeiling().heightSmoothed()) { openTop = toCluster.visCeiling().heightSmoothed(); } else { openTop = fromCluster.visCeiling().heightSmoothed(); } // Ensure we have up to date info about the material. MaterialSnapshot const &ms = facingLineSide.middle().material().prepare(Rend_MapSurfaceMaterialSpec()); if(ms.height() >= openTop - openBottom) { // Possibly; check the placement. WallEdge edge(WallSpec::fromMapSide(facingLineSide, LineSide::Middle), *facingLineSide.leftHEdge(), Line::From); if(edge.isValid() && edge.top().z() > edge.bottom().z() && edge.top().z() >= openTop && edge.bottom().z() <= openBottom) return; } } } // During the next step this contact will spread from the back leaf. backLeaf.setValidCount(validCount); R_ContactList(backLeaf, _spread.contact->type()).link(_spread.contact); spreadInBspLeaf(backLeaf); } /** * Attempt to spread the obj from the given contact from the source * BspLeaf and into the (relative) back BspLeaf. * * @param bspLeaf BspLeaf to attempt to spread over to. * * @return Always @c true. (This function is also used as an iterator.) */ void spreadInBspLeaf(BspLeaf &bspLeaf) { if(bspLeaf.hasCluster()) { HEdge *base = bspLeaf.poly().hedge(); HEdge *hedge = base; do { maybeSpreadOverEdge(hedge); } while((hedge = &hedge->next()) != base); } } static int spreadContactWorker(void *contact, void *context) { ContactSpreader *inst = static_cast(context); inst->spreadContact(*static_cast(contact)); return false; // Continue iteration. } }; } // internal void spreadContacts(Blockmap const &blockmap, AABoxd const ®ion, QBitArray *spreadBlocks) { internal::ContactSpreader(blockmap, spreadBlocks).spread(region); } } // namespace de doomsday-1.14.5/doomsday/client/src/world/maputil.cpp0000664000175000017500000002316212350542240022100 0ustar jaakkojaakko/** @file maputil.cpp World map utilities. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/maputil.h" #include "Line" #include "Plane" #include "Sector" #ifdef __CLIENT__ #include "BspLeaf" #include "Surface" #include "world/lineowner.h" #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "render/rend_main.h" // Rend_MapSurfacematerialSpec #include "WallEdge" #endif using namespace de; lineopening_s::lineopening_s(Line const &line) { if(!line.hasBackSector()) { top = bottom = range = lowFloor = 0; return; } Sector const *frontSector = line.front().sectorPtr(); Sector const *backSector = line.back().sectorPtr(); DENG_ASSERT(frontSector != 0); if(backSector && backSector->ceiling().height() < frontSector->ceiling().height()) { top = backSector->ceiling().height(); } else { top = frontSector->ceiling().height(); } if(backSector && backSector->floor().height() > frontSector->floor().height()) { bottom = backSector->floor().height(); } else { bottom = frontSector->floor().height(); } range = top - bottom; // Determine the "low floor". if(backSector && frontSector->floor().height() > backSector->floor().height()) { lowFloor = float( backSector->floor().height() ); } else { lowFloor = float( frontSector->floor().height() ); } } lineopening_s &lineopening_s::operator = (lineopening_s const &other) { top = other.top; bottom = other.bottom; range = other.range; lowFloor = other.lowFloor; return *this; } #ifdef __CLIENT__ /** * Same as @ref R_OpenRange() but works with the "visual" (i.e., smoothed) plane * height coordinates rather than the "sharp" coordinates. * * @param side Line side to find the open range for. * * Return values: * @param bottom Bottom Z height is written here. Can be @c 0. * @param top Top Z height is written here. Can be @c 0. * * @return Height of the open range. * * @todo fixme: Should use the visual plane heights of sector clusters. */ static coord_t visOpenRange(LineSide const &side, coord_t *retBottom = 0, coord_t *retTop = 0) { Sector const *frontSec = side.sectorPtr(); Sector const *backSec = side.back().sectorPtr(); coord_t bottom; if(backSec && backSec->floor().heightSmoothed() > frontSec->floor().heightSmoothed()) { bottom = backSec->floor().heightSmoothed(); } else { bottom = frontSec->floor().heightSmoothed(); } coord_t top; if(backSec && backSec->ceiling().heightSmoothed() < frontSec->ceiling().heightSmoothed()) { top = backSec->ceiling().heightSmoothed(); } else { top = frontSec->ceiling().heightSmoothed(); } if(retBottom) *retBottom = bottom; if(retTop) *retTop = top; return top - bottom; } /// @todo fixme: Should use the visual plane heights of sector clusters. bool R_SideBackClosed(LineSide const &side, bool ignoreOpacity) { if(!side.hasSections()) return false; if(!side.hasSector()) return false; if(side.line().isSelfReferencing()) return false; // Never. if(side.considerOneSided()) return true; Sector const &frontSec = side.sector(); Sector const &backSec = side.back().sector(); if(backSec.floor().heightSmoothed() >= backSec.ceiling().heightSmoothed()) return true; if(backSec.ceiling().heightSmoothed() <= frontSec.floor().heightSmoothed()) return true; if(backSec.floor().heightSmoothed() >= frontSec.ceiling().heightSmoothed()) return true; // Perhaps a middle material completely covers the opening? if(side.middle().hasMaterial()) { // Ensure we have up to date info about the material. MaterialSnapshot const &ms = side.middle().material().prepare(Rend_MapSurfaceMaterialSpec()); if(ignoreOpacity || (ms.isOpaque() && !side.middle().blendMode() && side.middle().opacity() >= 1)) { // Stretched middles always cover the opening. if(side.isFlagged(SDF_MIDDLE_STRETCH)) return true; if(side.leftHEdge()) // possibility of degenerate BSP leaf { coord_t openRange, openBottom, openTop; openRange = visOpenRange(side, &openBottom, &openTop); if(ms.height() >= openRange) { // Possibly; check the placement. WallEdge edge(WallSpec::fromMapSide(side, LineSide::Middle), *side.leftHEdge(), Line::From); return (edge.isValid() && edge.top().z() > edge.bottom().z() && edge.top().z() >= openTop && edge.bottom().z() <= openBottom); } } } } return false; } Line *R_FindLineNeighbor(Sector const *sector, Line const *line, LineOwner const *own, bool antiClockwise, binangle_t *diff) { LineOwner const *cown = antiClockwise? &own->prev() : &own->next(); Line *other = &cown->line(); if(other == line) return 0; if(diff) *diff += (antiClockwise? cown->angle() : own->angle()); if(!other->hasBackSector() || !other->isSelfReferencing()) { if(sector) // Must one of the sectors match? { if(other->frontSectorPtr() == sector || (other->hasBackSector() && other->backSectorPtr() == sector)) return other; } else { return other; } } // Not suitable, try the next. return R_FindLineNeighbor(sector, line, cown, antiClockwise, diff); } /** * @param side Line side for which to determine covered opening status. * * @return @c true iff there is a "middle" material on @a side which * completely covers the open range. * * @todo fixme: Should use the visual plane heights of sector clusters. */ static bool middleMaterialCoversOpening(LineSide const &side) { if(!side.hasSector()) return false; // Never. if(!side.hasSections()) return false; if(!side.middle().hasMaterial()) return false; // Stretched middles always cover the opening. if(side.isFlagged(SDF_MIDDLE_STRETCH)) return true; // Ensure we have up to date info about the material. MaterialSnapshot const &ms = side.middle().material().prepare(Rend_MapSurfaceMaterialSpec()); if(ms.isOpaque() && !side.middle().blendMode() && side.middle().opacity() >= 1) { if(side.leftHEdge()) // possibility of degenerate BSP leaf { coord_t openRange, openBottom, openTop; openRange = visOpenRange(side, &openBottom, &openTop); if(ms.height() >= openRange) { // Possibly; check the placement. WallEdge edge(WallSpec::fromMapSide(side, LineSide::Middle), *side.leftHEdge(), Line::From); return (edge.isValid() && edge.top().z() > edge.bottom().z() && edge.top().z() >= openTop && edge.bottom().z() <= openBottom); } } } return false; } /// @todo fixme: Should use the visual plane heights of sector clusters. Line *R_FindSolidLineNeighbor(Sector const *sector, Line const *line, LineOwner const *own, bool antiClockwise, binangle_t *diff) { LineOwner const *cown = antiClockwise? &own->prev() : &own->next(); Line *other = &cown->line(); if(other == line) return 0; if(diff) *diff += (antiClockwise? cown->angle() : own->angle()); if(!((other->isBspWindow()) && other->frontSectorPtr() != sector) && !other->isSelfReferencing()) { if(!other->hasFrontSector()) return other; if(!other->hasBackSector()) return other; if(other->frontSector().floor().heightSmoothed() >= sector->ceiling().heightSmoothed() || other->frontSector().ceiling().heightSmoothed() <= sector->floor().heightSmoothed() || other->backSector().floor().heightSmoothed() >= sector->ceiling().heightSmoothed() || other->backSector().ceiling().heightSmoothed() <= sector->floor().heightSmoothed() || other->backSector().ceiling().heightSmoothed() <= other->backSector().floor().heightSmoothed()) return other; // Both front and back MUST be open by this point. // Perhaps a middle material completely covers the opening? // We should not give away the location of false walls (secrets). LineSide &otherSide = other->side(other->frontSectorPtr() == sector? Line::Front : Line::Back); if(middleMaterialCoversOpening(otherSide)) return other; } // Not suitable, try the next. return R_FindSolidLineNeighbor(sector, line, cown, antiClockwise, diff); } #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/src/world/p_mobj.cpp0000664000175000017500000006320412350542240021674 0ustar jaakkojaakko/** @file p_mobj.cpp World map objects. * * Various routines for moving mobjs, collision and Z checking. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/p_object.h" #include "de_console.h" #include "de_system.h" #include "de_network.h" #include "de_play.h" #include "de_resource.h" #include "de_misc.h" #include "de_audio.h" #include "def_main.h" #include "world/worldsystem.h" // validCount #include "world/thinkers.h" #include "BspLeaf" #include "SectorCluster" #ifdef __CLIENT__ # include "Lumobj" # include "render/viewports.h" # include "render/rend_main.h" # include "render/rend_model.h" # include "render/billboard.h" # include "gl/gl_tex.h" #endif #include #include using namespace de; static mobj_t *unusedMobjs; /* * Console variables: */ int useSRVO = 2; ///< @c 1= models only, @c 2= sprites + models int useSRVOAngle = 1; #ifdef __CLIENT__ static byte mobjAutoLights = true; #endif /** * Called during map loading. */ void P_InitUnusedMobjList() { // Any zone memory allocated for the mobjs will have already been purged. unusedMobjs = 0; } /** * All mobjs must be allocated through this routine. Part of the public API. */ mobj_t *P_MobjCreate(thinkfunc_t function, Vector3d const &origin, angle_t angle, coord_t radius, coord_t height, int ddflags) { if(!function) Con_Error("P_MobjCreate: Think function invalid, cannot create mobj."); #ifdef _DEBUG if(isClient) { LOG_VERBOSE("P_MobjCreate: Client creating mobj at %s") << origin.asText(); } #endif // Do we have any unused mobjs we can reuse? mobj_t *mo; if(unusedMobjs) { mo = unusedMobjs; unusedMobjs = unusedMobjs->sNext; std::memset(mo, 0, MOBJ_SIZE); } else { // No, we need to allocate another. mo = (mobj_t *) Z_Calloc(MOBJ_SIZE, PU_MAP, NULL); } V3d_Set(mo->origin, origin.x, origin.y, origin.z); mo->angle = angle; mo->visAngle = mo->angle >> 16; // "angle-servo"; smooth actor turning. mo->radius = radius; mo->height = height; mo->ddFlags = ddflags; mo->lumIdx = -1; mo->thinker.function = function; Mobj_Map(*mo).thinkers().add(mo->thinker); return mo; } /** * All mobjs must be destroyed through this routine. Part of the public API. * * @note Does not actually destroy the mobj. Instead, mobj is marked as * awaiting removal (which occurs when its turn for thinking comes around). */ #undef Mobj_Destroy DENG_EXTERN_C void Mobj_Destroy(mobj_t *mo) { #ifdef _DEBUG if(mo->ddFlags & DDMF_MISSILE) { LOG_AS("Mobj_Destroy"); LOG_MAP_XVERBOSE("Destroying missile %i") << mo->thinker.id; } #endif // Unlink from sector and block lists. Mobj_Unlink(mo); S_StopSound(0, mo); Mobj_Map(*mo).thinkers().remove(reinterpret_cast(*mo)); } /** * Called when a mobj is actually removed (when it's thinking turn comes around). * The mobj is moved to the unused list to be reused later. */ void P_MobjRecycle(mobj_t* mo) { // The sector next link is used as the unused mobj list links. mo->sNext = unusedMobjs; unusedMobjs = mo; } dd_bool Mobj_IsSectorLinked(mobj_t *mo) { return mo != 0 && mo->_bspLeaf != 0 && mo->sPrev != 0; } #undef Mobj_SetState DENG_EXTERN_C void Mobj_SetState(mobj_t *mobj, int statenum) { if(!mobj) return; #ifdef __CLIENT__ bool spawning = (mobj->state == 0); #endif #ifdef DENG_DEBUG if(statenum < 0 || statenum >= defs.count.states.num) Con_Error("Mobj_SetState: statenum %i out of bounds.\n", statenum); #endif mobj->state = states + statenum; mobj->tics = mobj->state->tics; mobj->sprite = mobj->state->sprite; mobj->frame = mobj->state->frame; #ifdef __CLIENT__ // Check for a ptcgen trigger. for(ded_ptcgen_t *pg = statePtcGens[statenum]; pg; pg = pg->stateNext) { if(!(pg->flags & Generator::SpawnOnly) || spawning) { // We are allowed to spawn the generator. Mobj_SpawnParticleGen(mobj, pg); } } #endif if(!(mobj->ddFlags & DDMF_REMOTE)) { if(defs.states[statenum].execute) Con_Execute(CMDS_SCRIPT, defs.states[statenum].execute, true, false); } } Vector3d Mobj_Origin(mobj_t const &mobj) { return Vector3d(mobj.origin); } Vector3d Mobj_Center(mobj_t &mobj) { return Vector3d(mobj.origin[0], mobj.origin[1], mobj.origin[2] + mobj.height / 2); } dd_bool Mobj_SetOrigin(struct mobj_s *mo, coord_t x, coord_t y, coord_t z) { if(!gx.MobjTryMoveXYZ) { return false; } return gx.MobjTryMoveXYZ(mo, x, y, z); } #undef Mobj_OriginSmoothed DENG_EXTERN_C void Mobj_OriginSmoothed(mobj_t *mo, coord_t origin[3]) { if(!origin) return; V3d_Set(origin, 0, 0, 0); if(!mo) return; V3d_Copy(origin, mo->origin); // Apply a Short Range Visual Offset? if(useSRVO && mo->state && mo->tics >= 0) { double const mul = mo->tics / float( mo->state->tics ); vec3d_t srvo; V3d_Copy(srvo, mo->srvo); V3d_Scale(srvo, mul); V3d_Sum(origin, origin, srvo); } #ifdef __CLIENT__ if(mo->dPlayer) { /// @todo What about splitscreen? We have smoothed origins for all local players. if(P_GetDDPlayerIdx(mo->dPlayer) == consolePlayer && // $voodoodolls: Must be a real player to use the smoothed origin. mo->dPlayer->mo == mo) { viewdata_t const *vd = R_ViewData(consolePlayer); V3d_Set(origin, vd->current.origin.x, vd->current.origin.y, vd->current.origin.z); } // The client may have a Smoother for this object. else if(isClient) { Smoother_Evaluate(clients[P_GetDDPlayerIdx(mo->dPlayer)].smoother, origin); } } #endif } de::Map &Mobj_Map(mobj_t const &mobj) { return Thinker_Map(mobj.thinker); } bool Mobj_IsLinked(mobj_t const &mobj) { return mobj._bspLeaf != 0; } BspLeaf &Mobj_BspLeafAtOrigin(mobj_t const &mobj) { if(Mobj_IsLinked(mobj)) { return *mobj._bspLeaf; } throw Error("Mobj_BspLeafAtOrigin", "Mobj is not yet linked"); } bool Mobj_HasCluster(mobj_t const &mobj) { if(!Mobj_IsLinked(mobj)) return false; return Mobj_BspLeafAtOrigin(mobj).hasCluster(); } SectorCluster &Mobj_Cluster(mobj_t const &mobj) { return Mobj_BspLeafAtOrigin(mobj).cluster(); } SectorCluster *Mobj_ClusterPtr(mobj_t const &mobj) { return Mobj_HasCluster(mobj)? &Mobj_Cluster(mobj) : 0; } #undef Mobj_Sector DENG_EXTERN_C Sector *Mobj_Sector(mobj_t const *mobj) { if(!mobj) return 0; return Mobj_BspLeafAtOrigin(*mobj).sectorPtr(); } void Mobj_SpawnParticleGen(mobj_t *source, ded_ptcgen_t const *def) { #ifdef __CLIENT__ DENG2_ASSERT(def != 0 && source != 0); //if(!useParticles) return; Generator *gen = Mobj_Map(*source).newGenerator(); if(!gen) return; /*LOG_INFO("SpawnPtcGen: %s/%i (src:%s typ:%s mo:%p)") << def->state << (def - defs.ptcgens) << defs.states[source->state-states].id << defs.mobjs[source->type].id << source;*/ // Initialize the particle generator. gen->count = def->particles; // Size of source sector might determine count. if(def->flags & Generator::ScaledRate) { gen->spawnRateMultiplier = Mobj_BspLeafAtOrigin(*source).sector().roughArea() / (128 * 128); } else { gen->spawnRateMultiplier = 1; } gen->configureFromDef(def); gen->source = source; gen->srcid = source->thinker.id; // Is there a need to pre-simulate? gen->presimulate(def->preSim); #else DENG2_UNUSED2(source, def); #endif } #undef Mobj_SpawnDamageParticleGen DENG_EXTERN_C void Mobj_SpawnDamageParticleGen(mobj_t *mo, mobj_t *inflictor, int amount) { #ifdef __CLIENT__ if(!mo || !inflictor || amount <= 0) return; // Are particles allowed? //if(!useParticles) return; ded_ptcgen_t const *def = Def_GetDamageGenerator(mo->type); if(def) { Generator *gen = Mobj_Map(*mo).newGenerator(); if(!gen) return; // No more generators. gen->count = def->particles; gen->configureFromDef(def); gen->setUntriggered(); gen->spawnRateMultiplier = de::max(amount, 1); // Calculate appropriate center coordinates. gen->originAtSpawn[VX] += FLT2FIX(mo->origin[VX]); gen->originAtSpawn[VY] += FLT2FIX(mo->origin[VY]); gen->originAtSpawn[VZ] += FLT2FIX(mo->origin[VZ] + mo->height / 2); // Calculate launch vector. vec3f_t vecDelta; V3f_Set(vecDelta, inflictor->origin[VX] - mo->origin[VX], inflictor->origin[VY] - mo->origin[VY], (inflictor->origin[VZ] - inflictor->height / 2) - (mo->origin[VZ] + mo->height / 2)); vec3f_t vector; V3f_SetFixed(vector, gen->vector[VX], gen->vector[VY], gen->vector[VZ]); V3f_Sum(vector, vector, vecDelta); V3f_Normalize(vector); gen->vector[VX] = FLT2FIX(vector[VX]); gen->vector[VY] = FLT2FIX(vector[VY]); gen->vector[VZ] = FLT2FIX(vector[VZ]); // Is there a need to pre-simulate? gen->presimulate(def->preSim); } #else DENG2_UNUSED3(mo, inflictor, amount); #endif } #ifdef __CLIENT__ dd_bool Mobj_OriginBehindVisPlane(mobj_t *mo) { if(!mo || !Mobj_HasCluster(*mo)) return false; SectorCluster &cluster = Mobj_Cluster(*mo); if(&cluster.floor() != &cluster.visFloor() && mo->origin[VZ] < cluster.visFloor().heightSmoothed()) return true; if(&cluster.ceiling() != &cluster.visCeiling() && mo->origin[VZ] > cluster.visCeiling().heightSmoothed()) return true; return false; } void Mobj_UnlinkLumobjs(mobj_t *mo) { if(!mo) return; mo->lumIdx = Lumobj::NoIndex; } static ded_light_t *lightDefByMobjState(state_t const *state) { if(state) { return stateLights[state - states]; } return 0; } static inline Texture *lightmap(uri_s const *textureUri) { return App_ResourceSystem().texture("Lightmaps", reinterpret_cast(textureUri)); } void Mobj_GenerateLumobjs(mobj_t *mo) { if(!mo) return; Mobj_UnlinkLumobjs(mo); if(!Mobj_HasCluster(*mo)) return; SectorCluster &cluster = Mobj_Cluster(*mo); if(!(((mo->state && (mo->state->flags & STF_FULLBRIGHT)) && !(mo->ddFlags & DDMF_DONTDRAW)) || (mo->ddFlags & DDMF_ALWAYSLIT))) { return; } // Are the automatically calculated light values for fullbright sprite frames in use? if(mo->state && (!mobjAutoLights || (mo->state->flags & STF_NOAUTOLIGHT)) && !stateLights[mo->state - states]) { return; } // If the mobj's origin is outside the BSP leaf it is linked within, then // this means it is outside the playable map (and no light should be emitted). /// @todo Optimize: Mobj_Link() should do this and flag the mobj accordingly. if(!Mobj_BspLeafAtOrigin(*mo).polyContains(mo->origin)) { return; } Sprite *sprite = Mobj_Sprite(*mo); if(!sprite) return; // Always use the front rotation when determining light properties. if(!sprite->hasViewAngle(0)) return; Material *mat = sprite->viewAngle(0).material; MaterialSnapshot const &ms = mat->prepare(Rend_SpriteMaterialSpec()); if(!ms.hasTexture(MTU_PRIMARY)) return; // Unloadable texture? Texture &tex = ms.texture(MTU_PRIMARY).generalCase(); // Will the visual be allowed to go inside the floor? /// @todo Handle this as occlusion so that the halo fades smoothly. coord_t impacted = mo->origin[VZ] + -tex.origin().y - ms.height() - cluster.visFloor().heightSmoothed(); // If the floor is a visual plane then no light should be emitted. if(impacted < 0 && &cluster.visFloor() != &cluster.floor()) return; // Attempt to generate luminous object from the sprite. QScopedPointer lum(sprite->generateLumobj()); if(lum.isNull()) return; // A light definition may override the (auto-calculated) defaults. if(ded_light_t *def = lightDefByMobjState(mo->state)) { if(!de::fequal(def->size, 0)) { lum->setRadius(de::max(def->size, 32.f / (40 * lum->radiusFactor()))); } if(!de::fequal(def->offset[1], 0)) { lum->setZOffset(-tex.origin().y - def->offset[1]); } if(Vector3f(def->color) != Vector3f(0, 0, 0)) { lum->setColor(def->color); } lum->setLightmap(Lumobj::Side, lightmap(def->sides)) .setLightmap(Lumobj::Down, lightmap(def->down)) .setLightmap(Lumobj::Up, lightmap(def->up)); } // Translate to the mobj's origin in map space. lum->move(mo->origin); // Does the mobj need a Z origin offset? coord_t zOffset = -mo->floorClip - Mobj_BobOffset(mo); if(!(mo->ddFlags & DDMF_NOFITBOTTOM) && impacted < 0) { // Raise the light out of the impacted surface. zOffset -= impacted; } lum->setZOffset(lum->zOffset() + zOffset); // Insert a copy of the temporary lumobj in the map and remember it's unique // index in the mobj (this'll allow a halo to be rendered). mo->lumIdx = cluster.sector().map().addLumobj(*lum).indexInMap(); } float Mobj_ShadowStrength(mobj_t *mo) { if(!mo) return 0; float const minSpriteAlphaLimit = .1f; float ambientLightLevel, strength = .65f; ///< Default strength factor. // Is this mobj in a valid state for shadow casting? if(!mo->state) return 0; if(!Mobj_IsLinked(*mo)) return 0; // Should this mobj even have a shadow? if((mo->state->flags & STF_FULLBRIGHT) || (mo->ddFlags & DDMF_DONTDRAW) || (mo->ddFlags & DDMF_ALWAYSLIT)) return 0; Map &map = Mobj_BspLeafAtOrigin(*mo).map(); // Sample the ambient light level at the mobj's position. if(useBias && map.hasLightGrid()) { // Evaluate in the light grid. ambientLightLevel = map.lightGrid().evaluateLightLevel(mo->origin); } else { ambientLightLevel = Mobj_BspLeafAtOrigin(*mo).sector().lightLevel(); Rend_ApplyLightAdaptation(ambientLightLevel); } // Sprites have their own shadow strength factor. if(!useModels || !Mobj_ModelDef(*mo)) { if(Sprite *sprite = Mobj_Sprite(*mo)) { if(sprite->hasViewAngle(0)) { Material *mat = sprite->viewAngle(0).material; // Ensure we've prepared this. MaterialSnapshot const &ms = mat->prepare(Rend_SpriteMaterialSpec()); averagealpha_analysis_t const *aa = (averagealpha_analysis_t const *) ms.texture(MTU_PRIMARY).generalCase().analysisDataPointer(Texture::AverageAlphaAnalysis); DENG2_ASSERT(aa != 0); // We use an average which factors in the coverage ratio // of alpha:non-alpha pixels. /// @todo Constant weights could stand some tweaking... float weightedSpriteAlpha = aa->alpha * (0.4f + (1 - aa->coverage) * 0.6f); // Almost entirely translucent sprite? => no shadow. if(weightedSpriteAlpha < minSpriteAlphaLimit) return 0; // Apply this factor. strength *= de::min(1.f, .2f + weightedSpriteAlpha); } } } // Factor in Mobj alpha. strength *= Mobj_Alpha(mo); /// @note This equation is the same as that used for fakeradio. return (0.6f - ambientLightLevel * 0.4f) * strength; } Sprite *Mobj_Sprite(mobj_t const &mo) { return App_ResourceSystem().spritePtr(mo.sprite, mo.frame); } ModelDef *Mobj_ModelDef(mobj_t const &mo, ModelDef **retNextModef, float *retInter) { ResourceSystem &resSys = App_ResourceSystem(); // By default there are no models. if(retNextModef) *retNextModef = 0; if(retInter) *retInter = -1; // On the client it is possible that we don't know the mobj's state. if(!mo.state) return 0; state_t &st = *mo.state; ModelDef *modef = resSys.modelDefForState(&st - states, mo.selector); if(!modef) return 0; // No model available. float interp = -1; // World time animation? bool worldTime = false; if(modef->flags & MFF_WORLD_TIME_ANIM) { float duration = modef->interRange[0]; float offset = modef->interRange[1]; // Validate/modify the values. if(duration == 0) duration = 1; if(offset == -1) { offset = M_CycleIntoRange(MOBJ_TO_ID(&mo), duration); } interp = M_CycleIntoRange(App_WorldSystem().time() / duration + offset, 1); worldTime = true; } else { // Calculate the currently applicable intermark. interp = 1.0f - (mo.tics - frameTimePos) / float( st.tics ); } /*#if _DEBUG if(mo.dPlayer) { qDebug() << "itp:" << interp << " mot:" << mo.tics << " stt:" << st.tics; } #endif*/ // First find the modef for the interpoint. Intermark is 'stronger' than interrange. // Scan interlinks. while(modef->interNext && modef->interNext->interMark <= interp) { modef = modef->interNext; } if(!worldTime) { // Scale to the modeldef's interpolation range. interp = modef->interRange[0] + interp * (modef->interRange[1] - modef->interRange[0]); } // What would be the next model? Check interlinks first. if(retNextModef) { if(modef->interNext) { *retNextModef = modef->interNext; } else if(worldTime) { *retNextModef = resSys.modelDefForState(&st - states, mo.selector); } else if(st.nextState > 0) // Check next state. { // Find the appropriate state based on interrange. state_t *it = states + st.nextState; bool foundNext = false; if(modef->interRange[1] < 1) { // Current modef doesn't interpolate to the end, find the proper destination // modef (it isn't just the next one). Scan the states that follow (and // interlinks of each). bool stopScan = false; int max = 20; // Let's not be here forever... while(!stopScan) { if(!((!resSys.modelDefForState(it - states) || resSys.modelDefForState(it - states, mo.selector)->interRange[0] > 0) && it->nextState > 0)) { stopScan = true; } else { // Scan interlinks, then go to the next state. ModelDef *mdit = resSys.modelDefForState(it - states, mo.selector); if(mdit && mdit->interNext) { forever { mdit = mdit->interNext; if(mdit) { if(mdit->interRange[0] <= 0) // A new beginning? { *retNextModef = mdit; foundNext = true; } } if(!mdit || foundNext) { break; } } } if(foundNext) { stopScan = true; } else { it = states + it->nextState; } } if(max-- <= 0) stopScan = true; } // @todo What about max == -1? What should 'it' be then? } if(!foundNext) { *retNextModef = resSys.modelDefForState(it - states, mo.selector); } } } if(retInter) *retInter = interp; return modef; } #endif // __CLIENT__ #undef Mobj_AngleSmoothed DENG_EXTERN_C angle_t Mobj_AngleSmoothed(mobj_t* mo) { if(!mo) return 0; #ifdef __CLIENT__ if(mo->dPlayer) { /// @todo What about splitscreen? We have smoothed angles for all local players. if(P_GetDDPlayerIdx(mo->dPlayer) == consolePlayer && // $voodoodolls: Must be a real player to use the smoothed angle. mo->dPlayer->mo == mo) { const viewdata_t* vd = R_ViewData(consolePlayer); return vd->current.angle(); } } // Apply a Short Range Visual Offset? if(useSRVOAngle && !netGame && !playback) { return mo->visAngle << 16; } #endif return mo->angle; } coord_t Mobj_ApproxPointDistance(mobj_t* mo, coord_t const* point) { if(!mo || !point) return 0; return M_ApproxDistance(point[VZ] - mo->origin[VZ], M_ApproxDistance(point[VX] - mo->origin[VX], point[VY] - mo->origin[VY])); } coord_t Mobj_BobOffset(mobj_t *mo) { if(mo->ddFlags & DDMF_BOB) { return (sin(MOBJ_TO_ID(mo) + App_WorldSystem().time() / 1.8286 * 2 * PI) * 8); } return 0; } float Mobj_Alpha(mobj_t *mo) { DENG_ASSERT(mo); float alpha = (mo->ddFlags & DDMF_BRIGHTSHADOW)? .80f : (mo->ddFlags & DDMF_SHADOW )? .33f : (mo->ddFlags & DDMF_ALTSHADOW )? .66f : 1; /** * The three highest bits of the selector are used for alpha. * 0 = opaque (alpha -1) * 1 = 1/8 transparent * 4 = 1/2 transparent * 7 = 7/8 transparent */ int selAlpha = mo->selector >> DDMOBJ_SELECTOR_SHIFT; if(selAlpha & 0xe0) { alpha *= 1 - ((selAlpha & 0xe0) >> 5) / 8.0f; } else if(mo->translucency) { alpha *= 1 - mo->translucency * reciprocal255; } return alpha; } coord_t Mobj_Radius(mobj_t const &mobj) { return mobj.radius; } coord_t Mobj_VisualRadius(mobj_t const &mobj) { #ifdef __CLIENT__ // Is a model in effect? if(useModels) { if(ModelDef *modef = Mobj_ModelDef(mobj)) { return modef->visualRadius; } } // Is a sprite in effect? if(Sprite *sprite = Mobj_Sprite(mobj)) { return sprite->visualRadius(); } #endif // Use the physical radius. return Mobj_Radius(mobj); } AABoxd Mobj_AABox(mobj_t const &mobj) { Vector2d const origin = Mobj_Origin(mobj); ddouble const radius = Mobj_Radius(mobj); return AABoxd(origin.x - radius, origin.y - radius, origin.x + radius, origin.y + radius); } void Mobj_ConsoleRegister() { #ifdef __CLIENT__ C_VAR_BYTE("rend-mobj-light-auto", &mobjAutoLights, 0, 0, 1); #endif } D_CMD(InspectMobj) { DENG2_UNUSED(src); if(argc != 2) { LOG_SCR_NOTE("Usage: %s (mobj-id)") << argv[0]; return true; } // Get the ID. thid_t id = strtol(argv[1], NULL, 10); // Find the mobj. mobj_t *mo = App_WorldSystem().map().thinkers().mobjById(id); if(!mo) { LOG_MAP_ERROR("Mobj with id %i not found") << id; return false; } char const *moType = "Mobj"; #ifdef __CLIENT__ ClMobjInfo *info = ClMobj_GetInfo(mo); if(info) moType = "CLMOBJ"; #endif LOG_MAP_MSG("%s %i [%p] State:%s (%i)") << moType << id << mo << Def_GetStateName(mo->state) << (int)(mo->state - states); LOG_MAP_MSG("Type:%s (%i) Info:[%p] %s") << Def_GetMobjName(mo->type) << mo->type << mo->info << (mo->info? QString(" (%1)").arg(mo->info - mobjInfo) : ""); LOG_MAP_MSG("Tics:%i ddFlags:%08x") << mo->tics << mo->ddFlags; #ifdef __CLIENT__ if(info) { LOG_MAP_MSG("Cltime:%i (now:%i) Flags:%04x") << info->time << Timer_RealMilliseconds() << info->flags; } #endif LOG_MAP_MSG("Flags:%08x Flags2:%08x Flags3:%08x") << mo->flags << mo->flags2 << mo->flags3; LOG_MAP_MSG("Height:%f Radius:%f") << mo->height << mo->radius; LOG_MAP_MSG("Angle:%x Pos:%s Mom:%s") << mo->angle << Vector3d(mo->origin).asText() << Vector3d(mo->mom).asText(); LOG_MAP_MSG("FloorZ:%f CeilingZ:%f") << mo->floorZ << mo->ceilingZ; if(SectorCluster *cluster = Mobj_ClusterPtr(*mo)) { LOG_MAP_MSG("Sector:%i (FloorZ:%f CeilingZ:%f)") << cluster->sector().indexInMap() << cluster->floor().height() << cluster->ceiling().height(); } if(mo->onMobj) { LOG_MAP_MSG("onMobj:%i") << mo->onMobj->thinker.id; } return true; } doomsday-1.14.5/doomsday/client/src/world/p_ticker.cpp0000664000175000017500000000675612350542240022237 0ustar jaakkojaakko/** @file p_ticker.cpp Timed world events. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "de_network.h" #include "de_render.h" #include "de_play.h" #include "de_misc.h" #include "world/map.h" #include "world/thinkers.h" #include "render/sky.h" using namespace de; int P_MobjTicker(thinker_t *th, void *context) { DENG_UNUSED(context); #ifdef __CLIENT__ mobj_t *mo = (mobj_t*) th; for(uint i = 0; i < DDMAXPLAYERS; ++i) { int f; byte *haloFactor = &mo->haloFactors[i]; // Set the high bit of halofactor if the light is clipped. This will // make P_Ticker diminish the factor to zero. Take the first step here // and now, though. if(mo->lumIdx == Lumobj::NoIndex || R_ViewerLumobjIsClipped(mo->lumIdx)) { if(*haloFactor & 0x80) { f = (*haloFactor & 0x7f); // - haloOccludeSpeed; if(f < 0) f = 0; *haloFactor = f; } } else { if(!(*haloFactor & 0x80)) { f = (*haloFactor & 0x7f); // + haloOccludeSpeed; if(f > 127) f = 127; *haloFactor = 0x80 | f; } } // Handle halofactor. f = *haloFactor & 0x7f; if(*haloFactor & 0x80) { // Going up. f += haloOccludeSpeed; if(f > 127) f = 127; } else { // Going down. f -= haloOccludeSpeed; if(f < 0) f = 0; } *haloFactor &= ~0x7f; *haloFactor |= f; } #else DENG_UNUSED(th); #endif return false; // Continue iteration. } #ifdef __CLIENT__ /** * Process a tic of @a elapsed length, animating all materials. * @param elapsed Length of tic to be processed. */ static void materialsTicker(timespan_t elapsed) { foreach(Material *material, App_ResourceSystem().allMaterials()) foreach(MaterialAnimation *animation, material->animations()) { animation->animate(elapsed); } } #endif // __CLIENT__ void P_Ticker(timespan_t elapsed) { P_ControlTicker(elapsed); #ifdef __CLIENT__ materialsTicker(elapsed); #endif if(!App_WorldSystem().hasMap()) return; Map &map = App_WorldSystem().map(); if(!map.thinkers().isInited()) return; // Not initialized yet. if(DD_IsSharpTick()) { #ifdef __CLIENT__ theSky->runTick(); #endif // Check all mobjs (always public). map.thinkers().iterate(reinterpret_cast(gx.MobjThinker), 0x1, P_MobjTicker); } } doomsday-1.14.5/doomsday/client/src/world/sectorcluster.cpp0000664000175000017500000007557712350542240023347 0ustar jaakkojaakko/** @file sectorcluster.cpp World map sector cluster. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/sectorcluster.h" #include "Face" #include "BspLeaf" #include "Line" #include "Plane" #include "Surface" #include "world/map.h" #include "world/p_object.h" #include "world/p_players.h" #ifdef __CLIENT__ # include "render/rend_main.h" // useBias #endif #include #include #include #include #include #include namespace de { namespace internal { /// Classification flags: enum ClusterFlag { NeverMapped = 0x01, AllMissingBottom = 0x02, AllMissingTop = 0x04, AllSelfRef = 0x08, PartSelfRef = 0x10 }; Q_DECLARE_FLAGS(ClusterFlags, ClusterFlag) Q_DECLARE_OPERATORS_FOR_FLAGS(ClusterFlags) } } using namespace de; using namespace de::internal; static QRectF qrectFromAABox(AABoxd const &aaBox) { return QRectF(QPointF(aaBox.minX, aaBox.maxY), QPointF(aaBox.maxX, aaBox.minY)); } DENG2_PIMPL(SectorCluster) , DENG2_OBSERVES(SectorCluster, Deletion) , DENG2_OBSERVES(Plane, Deletion) , DENG2_OBSERVES(Plane, HeightChange) #ifdef __CLIENT__ , DENG2_OBSERVES(Plane, HeightSmoothedChange) #endif { bool needClassify; ///< @c true= (Re)classification is necessary. ClusterFlags flags; BspLeafs bspLeafs; QScopedPointer aaBox; SectorCluster *mappedVisFloor; SectorCluster *mappedVisCeiling; struct BoundaryInfo { /// Lists of unique exterior clusters which share a boundary edge with /// "this" cluster (i.e., one edge per cluster). QList uniqueInnerEdges; /// not owned. QList uniqueOuterEdges; /// not owned. }; QScopedPointer boundaryInfo; #ifdef __CLIENT__ /// BSP leafs in the neighborhood effecting environmental audio characteristics. typedef QSet ReverbBspLeafs; ReverbBspLeafs reverbBspLeafs; /// Final environmental audio characteristics. AudioEnvironmentFactors reverb; bool needReverbUpdate; #endif Instance(Public *i) : Base (i) , needClassify (true) , flags (0) , mappedVisFloor (0) , mappedVisCeiling(0) #ifdef __CLIENT__ , needReverbUpdate(true) #endif { #ifdef __CLIENT__ de::zap(reverb); #endif } ~Instance() { observePlane(&self.sector().floor(), false); observePlane(&self.sector().ceiling(), false); clearMapping(Sector::Floor); clearMapping(Sector::Ceiling); DENG2_FOR_PUBLIC_AUDIENCE(Deletion, i) i->sectorClusterBeingDeleted(self); } inline bool floorIsMapped() { return mappedVisFloor != 0 && mappedVisFloor != thisPublic; } inline bool ceilingIsMapped() { return mappedVisCeiling != 0 && mappedVisCeiling != thisPublic; } inline bool needRemapVisPlanes() { return mappedVisFloor == 0 || mappedVisCeiling == 0; } SectorCluster **mappedClusterAdr(int planeIdx) { if(planeIdx == Sector::Floor) return &mappedVisFloor; if(planeIdx == Sector::Ceiling) return &mappedVisCeiling; return 0; } inline Plane *mappedPlane(int planeIdx) { SectorCluster **clusterAdr = mappedClusterAdr(planeIdx); if(clusterAdr && *clusterAdr) { return &(*clusterAdr)->plane(planeIdx); } return 0; } void observeCluster(SectorCluster *cluster, bool yes = true) { if(!cluster || cluster == thisPublic) return; if(yes) cluster->audienceForDeletion += this; else cluster->audienceForDeletion -= this; } void observePlane(Plane *plane, bool yes = true, bool observeHeight = true) { if(!plane) return; if(yes) { plane->audienceForDeletion += this; if(observeHeight) { plane->audienceForHeightChange += this; #ifdef __CLIENT__ plane->audienceForHeightSmoothedChange += this; #endif } } else { plane->audienceForDeletion -= this; plane->audienceForHeightChange -= this; #ifdef __CLIENT__ plane->audienceForHeightSmoothedChange -= this; #endif } } void map(int planeIdx, SectorCluster *newCluster, bool permanent = false) { SectorCluster **clusterAdr = mappedClusterAdr(planeIdx); if(!clusterAdr || *clusterAdr == newCluster) return; if(*clusterAdr != thisPublic) { observePlane(mappedPlane(planeIdx), false); } observeCluster(*clusterAdr, false); *clusterAdr = newCluster; observeCluster(*clusterAdr); if(*clusterAdr != thisPublic) { observePlane(mappedPlane(planeIdx), true, !permanent); } } void clearMapping(int planeIdx) { map(planeIdx , 0); } /** * To be called when a plane moves to possibly invalidate mapped planes so * that they will be re-evaluated later. */ void maybeInvalidateMapping(int planeIdx) { if(classification() & NeverMapped) return; SectorCluster **clusterAdr = mappedClusterAdr(planeIdx); if(!clusterAdr || *clusterAdr == thisPublic) return; clearMapping(planeIdx); if(classification() & (AllMissingBottom|AllMissingTop)) { // Reclassify incase material visibility has changed. needClassify = true; } } /** * Returns a copy of the classification flags for the cluster, performing * classification of the cluster if necessary. */ ClusterFlags classification() { if(needClassify) { needClassify = false; flags &= ~(NeverMapped|PartSelfRef); flags |= AllSelfRef|AllMissingBottom|AllMissingTop; foreach(BspLeaf const *leaf, bspLeafs) { HEdge const *base = leaf->poly().hedge(); HEdge const *hedge = base; do { if(!hedge->hasMapElement()) continue; // This edge defines a section of a map line. // If a back geometry is missing then never map planes. if(!hedge->twin().hasFace()) { flags |= NeverMapped; flags &= ~(PartSelfRef|AllSelfRef|AllMissingBottom|AllMissingTop); return flags; } BspLeaf const &backLeaf = hedge->twin().face().mapElementAs(); SectorCluster const *backCluster = backLeaf.hasCluster()? &backLeaf.cluster() : 0; // Cluster internal edges are not considered. if(backCluster == thisPublic) continue; LineSide const &frontSide = hedge->mapElementAs().lineSide(); LineSide const &backSide = hedge->twin().mapElementAs().lineSide(); // Similarly if no sections are defined for either side then // never map planes. This can happen due to mapping errors // where a group of one-sided lines facing outward in the // void partly form a convex subspace. if(!frontSide.hasSections() || !backSide.hasSections()) { flags |= NeverMapped; flags &= ~(PartSelfRef|AllSelfRef|AllMissingBottom|AllMissingTop); return flags; } if(frontSide.line().isSelfReferencing()) { flags |= PartSelfRef; continue; } flags &= ~AllSelfRef; if(frontSide.bottom().hasDrawableNonFixMaterial()) { flags &= ~AllMissingBottom; } if(frontSide.top().hasDrawableNonFixMaterial()) { flags &= ~AllMissingTop; } if(backCluster->floor().height() < self.sector().floor().height() && backSide.bottom().hasDrawableNonFixMaterial()) { flags &= ~AllMissingBottom; } if(backCluster->ceiling().height() > self.sector().ceiling().height() && backSide.top().hasDrawableNonFixMaterial()) { flags &= ~AllMissingTop; } } while((hedge = &hedge->next()) != base); } } return flags; } void initBoundaryInfoIfNeeded() { if(!boundaryInfo.isNull()) return; QMap extClusterMap; foreach(BspLeaf *leaf, bspLeafs) { HEdge *base = leaf->poly().hedge(); HEdge *hedge = base; do { if(!hedge->hasMapElement()) continue; if(!hedge->twin().hasFace()) continue; BspLeaf &backLeaf = hedge->twin().face().mapElementAs(); if(!backLeaf.hasCluster()) continue; if(&backLeaf.cluster() == thisPublic) continue; extClusterMap.insert(&backLeaf.cluster(), hedge); } while((hedge = &hedge->next()) != base); } boundaryInfo.reset(new BoundaryInfo); if(extClusterMap.isEmpty()) return; QRectF boundingRect = qrectFromAABox(self.aaBox()); // First try to quickly decide by comparing cluster bounding boxes. QMutableMapIterator iter(extClusterMap); while(iter.hasNext()) { iter.next(); SectorCluster &extCluster = iter.value()->twin().face().mapElementAs().cluster(); if(!boundingRect.contains(qrectFromAABox(extCluster.aaBox()))) { boundaryInfo->uniqueOuterEdges.append(iter.value()); iter.remove(); } } if(extClusterMap.isEmpty()) return; // More extensive tests are necessary. At this point we know that all // clusters which remain in the map are inside according to the bounding // box of "this" cluster. QList const boundaryEdges = extClusterMap.values(); QList boundaries; foreach(HEdge *base, boundaryEdges) { QRectF bounds; SectorClusterCirculator it(base); do { bounds |= QRectF(QPointF(it->origin().x, it->origin().y), QPointF(it->twin().origin().x, it->twin().origin().y)) .normalized(); } while(&it.next() != base); boundaries.append(bounds); } QRectF const *largest = 0; foreach(QRectF const &boundary, boundaries) { if(!largest || boundary.contains(*largest)) largest = &boundary; } for(int i = 0; i < boundaryEdges.count(); ++i) { HEdge *hedge = boundaryEdges[i]; QRectF const &boundary = boundaries[i]; if(&boundary == largest || boundary == *largest) { boundaryInfo->uniqueOuterEdges.append(hedge); } else { boundaryInfo->uniqueInnerEdges.append(hedge); } } } void remapVisPlanes() { Sector §or = self.sector(); // By default both planes are mapped to the parent sector. if(!floorIsMapped()) map(Sector::Floor, thisPublic); if(!ceilingIsMapped()) map(Sector::Ceiling, thisPublic); if(classification() & NeverMapped) return; if(classification() & (AllSelfRef|PartSelfRef)) { // Should we permanently map planes to another cluster? initBoundaryInfoIfNeeded(); foreach(HEdge *hedge, boundaryInfo->uniqueOuterEdges) { SectorCluster &extCluster = hedge->twin().face().mapElementAs().cluster(); if(!hedge->mapElementAs().line().isSelfReferencing()) continue; if(!(classification() & AllSelfRef) && (extCluster.d->classification() & AllSelfRef)) continue; if(extCluster.d->mappedVisFloor == thisPublic) continue; // Setup the mapping and we're done. map(Sector::Floor, &extCluster, true /*permanently*/); map(Sector::Ceiling, &extCluster, true /*permanently*/); break; } if(floorIsMapped()) { // Remove the mapping from all inner clusters to this, forcing // their re-evaluation (however next time a different cluster // will be selected from the boundary). foreach(HEdge *hedge, boundaryInfo->uniqueInnerEdges) { SectorCluster &extCluster = hedge->twin().face().mapElementAs().cluster(); if(!hedge->mapElementAs().line().isSelfReferencing()) continue; if(!(classification() & AllSelfRef) && (extCluster.d->classification() & AllSelfRef)) continue; if(extCluster.d->mappedVisFloor == thisPublic) { extCluster.d->clearMapping(Sector::Floor); } if(extCluster.d->mappedVisCeiling == thisPublic) { extCluster.d->clearMapping(Sector::Ceiling); } } // Permanent mappings won't be remapped. return; } } if(classification() & AllSelfRef) return; /* * Dynamic mapping may be needed for one or more planes. */ // The sector must have open space. if(sector.ceiling().height() <= sector.floor().height()) return; bool doFloor = !floorIsMapped() && classification().testFlag(AllMissingBottom); bool doCeiling = !ceilingIsMapped() && classification().testFlag(AllMissingTop); if(!doFloor && !doCeiling) return; initBoundaryInfoIfNeeded(); // Map "this" cluster to the first outer cluster found. foreach(HEdge *hedge, boundaryInfo->uniqueOuterEdges) { SectorCluster &extCluster = hedge->twin().face().mapElementAs().cluster(); if(doFloor && !floorIsMapped()) { Plane &extVisPlane = extCluster.visFloor(); if(!extVisPlane.surface().hasSkyMaskedMaterial() && extVisPlane.height() > sector.floor().height()) { map(Sector::Floor, &extCluster); if(!doCeiling) break; } } if(doCeiling && !ceilingIsMapped()) { Plane &extVisPlane = extCluster.visCeiling(); if(!extVisPlane.surface().hasSkyMaskedMaterial() && extCluster.visCeiling().height() < sector.ceiling().height()) { map(Sector::Ceiling, &extCluster); if(!doFloor) break; } } } if(!floorIsMapped() && !ceilingIsMapped()) return; // Clear mappings for all inner clusters to force re-evaluation (which // may in turn lead to their inner clusters being re-evaluated, producing // a "ripple effect" that will remap any deeply nested dependents). foreach(HEdge *hedge, boundaryInfo->uniqueInnerEdges) { SectorCluster &extCluster = hedge->twin().face().mapElementAs().cluster(); if(extCluster.d->classification() & NeverMapped) continue; if(doFloor && floorIsMapped() && extCluster.visFloor().height() >= sector.floor().height()) { extCluster.d->clearMapping(Sector::Floor); } if(doCeiling && ceilingIsMapped() && extCluster.visCeiling().height() <= sector.ceiling().height()) { extCluster.d->clearMapping(Sector::Ceiling); } } } #ifdef __CLIENT__ void markAllSurfacesForDecorationUpdate(Line &line) { LineSide &front = line.front(); DENG2_ASSERT(front.hasSections()); { front.middle().markAsNeedingDecorationUpdate(); front.bottom().markAsNeedingDecorationUpdate(); front. top().markAsNeedingDecorationUpdate(); } LineSide &back = line.back(); if(back.hasSections()) { back.middle().markAsNeedingDecorationUpdate(); back.bottom().markAsNeedingDecorationUpdate(); back .top().markAsNeedingDecorationUpdate(); } } /** * To be called when the height changes to update the plotted decoration * origins for surfaces whose material offset is dependant upon this. */ void markDependantSurfacesForDecorationUpdate() { if(ddMapSetup) return; initBoundaryInfoIfNeeded(); // Mark surfaces of the outer edge loop. /// @todo What about the special case of a cluster with no outer neighbors? -ds if(!boundaryInfo->uniqueOuterEdges.isEmpty()) { HEdge *base = boundaryInfo->uniqueOuterEdges.first(); SectorClusterCirculator it(base); do { if(it->hasMapElement()) // BSP errors may fool the circulator wrt interior edges -ds { markAllSurfacesForDecorationUpdate(it->mapElementAs().line()); } } while(&it.next() != base); } // Mark surfaces of the inner edge loop(s). foreach(HEdge *base, boundaryInfo->uniqueInnerEdges) { SectorClusterCirculator it(base); do { if(it->hasMapElement()) // BSP errors may fool the circulator wrt interior edges -ds { markAllSurfacesForDecorationUpdate(it->mapElementAs().line()); } } while(&it.next() != base); } } #endif // __CLIENT__ /// Observes SectorCluster Deletion. void sectorClusterBeingDeleted(SectorCluster const &cluster) { if( mappedVisFloor == &cluster) clearMapping(Sector::Floor); if(mappedVisCeiling == &cluster) clearMapping(Sector::Ceiling); } /// Observes Plane Deletion. void planeBeingDeleted(Plane const &plane) { clearMapping(plane.indexInSector()); } /// Observes Plane HeightChange. void planeHeightChanged(Plane &plane) { if(&plane == mappedPlane(plane.indexInSector())) { // Check if there are any camera players in this sector. If their height // is now above the ceiling/below the floor they are now in the void. for(int i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; ddplayer_t *ddpl = &plr->shared; if(!ddpl->inGame || !ddpl->mo) continue; if(Mobj_ClusterPtr(*ddpl->mo) != thisPublic) continue; if((ddpl->flags & DDPF_CAMERA) && (ddpl->mo->origin[VZ] > self.visCeiling().height() - 4 || ddpl->mo->origin[VZ] < self.visFloor().height())) { ddpl->inVoid = true; } } #ifdef __CLIENT__ // We'll need to recalculate environmental audio characteristics. needReverbUpdate = true; if(!ddMapSetup && useBias) { // Inform bias surfaces of changed geometry. foreach(BspLeaf *bspLeaf, bspLeafs) { bspLeaf->updateBiasAfterGeometryMove(plane.indexInSector()); } } markDependantSurfacesForDecorationUpdate(); #endif // __CLIENT__ } // We may need to update one or both mapped planes. maybeInvalidateMapping(plane.indexInSector()); } #ifdef __CLIENT__ /// Observes Plane HeightSmoothedChange. void planeHeightSmoothedChanged(Plane &plane) { markDependantSurfacesForDecorationUpdate(); // We may need to update one or both mapped planes. maybeInvalidateMapping(plane.indexInSector()); } void addReverbBspLeaf(BspLeaf *bspLeaf) { if(!bspLeaf) return; reverbBspLeafs.insert(bspLeaf); } static int addReverbBspLeafWorker(BspLeaf *bspLeaf, void *context) { static_cast(context)->addReverbBspLeaf(bspLeaf); return false; // Continue iteration. } /** * Perform environmental audio (reverb) initialization. * * Determines the BSP leafs which contribute to the environmental audio * characteristics. Given that BSP leafs do not change shape (on the XY plane, * that is), they do not move and are not created/destroyed once the map has * been loaded; this step can be pre-processed. * * @pre The Map's BSP leaf blockmap must be ready for use. */ void findReverbBspLeafs() { AABoxd affectionBounds = self.aaBox(); affectionBounds.minX -= 128; affectionBounds.minY -= 128; affectionBounds.maxX += 128; affectionBounds.maxY += 128; // Link all non-degenerate BspLeafs whose axis-aligned bounding box intersects // with the affection bounds to the reverb set. self.sector().map().bspLeafBoxIterator(affectionBounds, addReverbBspLeafWorker, this); } /** * Recalculate environmental audio (reverb) for the sector. */ void updateReverb() { // Need to initialize? if(reverbBspLeafs.isEmpty()) { findReverbBspLeafs(); } needReverbUpdate = false; uint spaceVolume = int((self.visCeiling().height() - self.visFloor().height()) * self.roughArea()); reverb[SRD_SPACE] = reverb[SRD_VOLUME] = reverb[SRD_DECAY] = reverb[SRD_DAMPING] = 0; foreach(BspLeaf *bspLeaf, reverbBspLeafs) { if(bspLeaf->updateReverb()) { BspLeaf::AudioEnvironmentFactors const &leafReverb = bspLeaf->reverb(); reverb[SRD_SPACE] += leafReverb[SRD_SPACE]; reverb[SRD_VOLUME] += leafReverb[SRD_VOLUME] / 255.0f * leafReverb[SRD_SPACE]; reverb[SRD_DECAY] += leafReverb[SRD_DECAY] / 255.0f * leafReverb[SRD_SPACE]; reverb[SRD_DAMPING] += leafReverb[SRD_DAMPING] / 255.0f * leafReverb[SRD_SPACE]; } } float spaceScatter; if(reverb[SRD_SPACE]) { spaceScatter = spaceVolume / reverb[SRD_SPACE]; // These three are weighted by the space. reverb[SRD_VOLUME] /= reverb[SRD_SPACE]; reverb[SRD_DECAY] /= reverb[SRD_SPACE]; reverb[SRD_DAMPING] /= reverb[SRD_SPACE]; } else { spaceScatter = 0; reverb[SRD_VOLUME] = .2f; reverb[SRD_DECAY] = .4f; reverb[SRD_DAMPING] = 1; } // If the space is scattered, the reverb effect lessens. reverb[SRD_SPACE] /= (spaceScatter > .8 ? 10 : spaceScatter > .6 ? 4 : 1); // Normalize the reverb space [0..1] // 0= very small // .99= very large // 1.0= only for open areas (special case). reverb[SRD_SPACE] /= 120e6; if(reverb[SRD_SPACE] > .99) reverb[SRD_SPACE] = .99f; if(self.visCeiling().surface().hasSkyMaskedMaterial() || self.visFloor().surface().hasSkyMaskedMaterial()) { // An "open" sector. // It can still be small, in which case; reverb is diminished a bit. if(reverb[SRD_SPACE] > .5) reverb[SRD_VOLUME] = 1; // Full volume. else reverb[SRD_VOLUME] = .5f; // Small, but still open. reverb[SRD_SPACE] = 1; } else { // A "closed" sector. // Large spaces have automatically a bit more audible reverb. reverb[SRD_VOLUME] += reverb[SRD_SPACE] / 4; } if(reverb[SRD_VOLUME] > 1) reverb[SRD_VOLUME] = 1; } #endif // __CLIENT__ }; SectorCluster::SectorCluster(BspLeafs const &bspLeafs) : d(new Instance(this)) { d->bspLeafs.append(bspLeafs); foreach(BspLeaf *bspLeaf, bspLeafs) { // Attribute the BSP leaf to the cluster. bspLeaf->setCluster(this); } // Observe changes to plane heights in "this" sector. d->observePlane(§or().floor()); d->observePlane(§or().ceiling()); } bool SectorCluster::isInternalEdge(HEdge *hedge) // static { if(!hedge) return false; if(!hedge->hasFace() || !hedge->twin().hasFace()) return false; if(!hedge->face().hasMapElement() || hedge->face().mapElement().type() != DMU_BSPLEAF) return false; if(!hedge->twin().face().hasMapElement() || hedge->twin().face().mapElement().type() != DMU_BSPLEAF) return false; SectorCluster *frontCluster = hedge->face().mapElementAs().clusterPtr(); if(!frontCluster) return false; return frontCluster == hedge->twin().face().mapElementAs().clusterPtr(); } Sector const &SectorCluster::sector() const { return const_cast(d->bspLeafs.first())->parent().as(); } Sector &SectorCluster::sector() { return d->bspLeafs.first()->parent().as(); } Plane const &SectorCluster::plane(int planeIndex) const { // Physical planes are never mapped. return sector().plane(planeIndex); } Plane &SectorCluster::plane(int planeIndex) { // Physical planes are never mapped. return sector().plane(planeIndex); } Plane &SectorCluster::visPlane(int planeIndex) { return const_cast(const_cast(this)->visPlane(planeIndex)); } Plane const &SectorCluster::visPlane(int planeIndex) const { if(planeIndex >= Sector::Floor && planeIndex <= Sector::Ceiling) { // Time to remap the planes? if(d->needRemapVisPlanes()) { d->remapVisPlanes(); } /// @todo Cache this result. SectorCluster const *mappedCluster = (planeIndex == Sector::Ceiling? d->mappedVisCeiling : d->mappedVisFloor); if(mappedCluster && mappedCluster != this) { return mappedCluster->visPlane(planeIndex); } } // Not mapped. return sector().plane(planeIndex); } AABoxd const &SectorCluster::aaBox() const { // If the cluster is comprised of a single BSP leaf we can use the bounding // box of the leaf's geometry directly. if(d->bspLeafs.count() == 1) { return d->bspLeafs.first()->poly().aaBox(); } // Time to determine bounds? if(d->aaBox.isNull()) { // Unite the geometry bounding boxes of all BSP leafs in the cluster. foreach(BspLeaf const *leaf, d->bspLeafs) { AABoxd const &leafAABox = leaf->poly().aaBox(); if(!d->aaBox.isNull()) { V2d_UniteBox((*d->aaBox).arvec2, leafAABox.arvec2); } else { d->aaBox.reset(new AABoxd(leafAABox)); } } } return *d->aaBox; } SectorCluster::BspLeafs const &SectorCluster::bspLeafs() const { return d->bspLeafs; } #ifdef __CLIENT__ bool SectorCluster::hasWorldVolume(bool useSmoothedHeights) const { if(useSmoothedHeights) { return visCeiling().heightSmoothed() - visFloor().heightSmoothed() > 0; } else { return ceiling().height() - floor().height() > 0; } } coord_t SectorCluster::roughArea() const { AABoxd const &bounds = aaBox(); return (bounds.maxX - bounds.minX) * (bounds.maxY - bounds.minY); } void SectorCluster::markReverbDirty(bool yes) { d->needReverbUpdate = yes; } AudioEnvironmentFactors const &SectorCluster::reverb() const { // Perform any scheduled update now. if(d->needReverbUpdate) { d->updateReverb(); } return d->reverb; } void SectorCluster::markVisPlanesDirty() { d->maybeInvalidateMapping(Sector::Floor); d->maybeInvalidateMapping(Sector::Ceiling); } bool SectorCluster::hasSkyMaskedPlane() const { for(int i = 0; i < sector().planeCount(); ++i) { if(visPlane(i).surface().hasSkyMaskedMaterial()) return true; } return false; } #endif // __CLIENT__ // SectorClusterCirculator ----------------------------------------------------- SectorCluster *SectorClusterCirculator::getCluster(HEdge const &hedge) // static { if(!hedge.hasFace()) return 0; if(!hedge.face().hasMapElement()) return 0; if(hedge.face().mapElement().type() != DMU_BSPLEAF) return 0; return hedge.face().mapElementAs().clusterPtr(); } HEdge &SectorClusterCirculator::getNeighbor(HEdge const &hedge, ClockDirection direction, SectorCluster const *cluster) // static { HEdge *neighbor = &hedge.neighbor(direction); // Skip over interior edges. if(cluster) { while(neighbor->hasTwin() && cluster == getCluster(neighbor->twin())) { neighbor = &neighbor->twin().neighbor(direction); } } return *neighbor; } doomsday-1.14.5/doomsday/client/src/world/bsp/0000775000175000017500000000000012350542240020501 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/world/bsp/convexsubspace.cpp0000664000175000017500000004422712350542240024246 0ustar jaakkojaakko/** @file world/bsp/convexsubspace.cpp BSP Builder Convex Subspace. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/bsp/convexsubspace.h" #include "Face" #include "HEdge" #include "Mesh" #include "BspLeaf" #include "Line" #include "Sector" #include "world/bsp/linesegment.h" #include "world/worldsystem.h" /// validCount @todo Remove me #include #include #include #include /// Smallest difference between two angles before being considered equal (in degrees). static coord_t const ANG_EPSILON = 1.0 / 1024.0; namespace de { namespace bsp { typedef QList SegmentList; /** * Represents a clockwise ordering of a subset of the line segments and * implements logic for partitioning that subset into @em contiguous ranges * for geometry construction. */ struct Continuity { typedef QList OrderedSegmentList; /// Front sector uniformly referenced by all line segments. Sector *sector; /// Coverage metric. double coverage; /// Number of discordant (i.e., non-contiguous) line segments. int discordSegments; /// Number of referencing line segments of each type: int norm; int part; int self; /// The ordered line segments. OrderedSegmentList orderedSegs; /// The discordant line segments. OrderedSegmentList discordSegs; Continuity(Sector *sector) : sector(sector), coverage(0), discordSegments(0), norm(0), part(0), self(0) {} /** * Perform heuristic comparison between two continuities to determine a * preference order for BSP sector attribution. The algorithm used weights * the two choices according to the number and "type" of the referencing * line segments and the "coverage" metric. * * @return @c true if "this" choice is rated better than @a other. * * @todo Remove when heuristic sector selection is no longer necessary. */ bool operator < (Continuity const &other) const { if(norm == other.norm) { return !(coverage < other.coverage); } return norm > other.norm; } /** * Assumes that segments are added in clockwise order. */ void addOneSegment(OrderedSegment const &oseg) { DENG_ASSERT(oseg.segment->sectorPtr() == sector); // Separate the discordant duplicates. OrderedSegmentList *list = &orderedSegs; foreach(OrderedSegment const *other, orderedSegs) { if(oseg == *other) { list = &discordSegs; break; } } list->append(const_cast(&oseg)); // Account for the new line segment. LineSegmentSide const &seg = *oseg.segment; if(!seg.hasMapSide()) { part += 1; } else if(seg.mapSide().line().isSelfReferencing()) { self += 1; } else { norm += 1; } // Update the 'coverage' metric. if(oseg.fromAngle > oseg.toAngle) coverage += oseg.fromAngle - oseg.toAngle; else coverage += oseg.fromAngle + (360.0 - oseg.toAngle); } void evaluate() { // Account remaining discontiguous segments. discordSegments = 0; for(int i = 0; i < orderedSegs.count() - 1; ++i) { LineSegmentSide const &segA = *orderedSegs[i ]->segment; LineSegmentSide const &segB = *orderedSegs[i+1]->segment; if(segB.from().origin() != segA.to().origin()) discordSegments += 1; } if(orderedSegs.count() > 1) { LineSegmentSide const &segB = *orderedSegs.last()->segment; LineSegmentSide const &segA = *orderedSegs.first()->segment; if(segB.to().origin() != segA.from().origin()) discordSegments += 1; } } #ifdef DENG_DEBUG void debugPrint() const { LOGDEV_MAP_MSG("Continuity %p (sector:%i, coverage:%f, discord:%i)") << this << (sector? sector->indexInArchive() : -1) << coverage << discordSegments; foreach(OrderedSegment const *oseg, orderedSegs) { oseg->debugPrint(); } foreach(OrderedSegment const *oseg, discordSegs) { oseg->debugPrint(); } } #endif }; DENG2_PIMPL_NOREF(ConvexSubspace) { typedef QSet Segments; /// The set of line segments. Segments segments; /// The same line segments in a clockwise order with angle info. OrderedSegments orderedSegments; /// Set to @c true when the ordered segment list needs to be rebuilt. bool needRebuildOrderedSegments; /// BSP leaf attributed to the subspace (if any). BspLeaf *bspLeaf; Instance() : needRebuildOrderedSegments(false), bspLeaf(0) {} Instance(Instance const &other) : de::IPrivate(), segments (other.segments), orderedSegments (other.orderedSegments), needRebuildOrderedSegments(other.needRebuildOrderedSegments), bspLeaf (other.bspLeaf) {} /** * Returns @c true iff at least one line segment in the set is derived * from a map line. */ bool haveMapLineSegment() { foreach(LineSegmentSide *seg, segments) { if(seg->hasMapSide()) return true; } return false; } Vector2d findCenter() { Vector2d center; int numPoints = 0; foreach(LineSegmentSide *seg, segments) { center += seg->from().origin(); center += seg->to().origin(); numPoints += 2; } if(numPoints) { center /= numPoints; } return center; } /** * Builds the ordered list of line segments, which, is sorted firstly in * a clockwise order (i.e., descending angles) according to the origin of * their 'from' vertex relative to @a point. A secondary ordering is also * applied such that line segments with the same origin coordinates are * sorted by descending 'to' angle. */ void buildOrderedSegments(Vector2d const &point) { needRebuildOrderedSegments = false; orderedSegments.clear(); foreach(LineSegmentSide *seg, segments) { Vector2d fromDist = seg->from().origin() - point; Vector2d toDist = seg->to().origin() - point; OrderedSegment oseg; oseg.segment = seg; oseg.fromAngle = M_DirectionToAngleXY(fromDist.x, fromDist.y); oseg.toAngle = M_DirectionToAngleXY(toDist.x, toDist.y); orderedSegments.append(oseg); } // Sort algorithm: "double bubble". // Order by descending 'from' angle. int const numSegments = orderedSegments.count(); for(int pass = 0; pass < numSegments - 1; ++pass) { bool swappedAny = false; for(int i = 0; i < numSegments - 1; ++i) { OrderedSegment const &a = orderedSegments.at(i); OrderedSegment const &b = orderedSegments.at(i+1); if(a.fromAngle + ANG_EPSILON < b.fromAngle) { orderedSegments.swap(i, i + 1); swappedAny = true; } } if(!swappedAny) break; } for(int pass = 0; pass < numSegments - 1; ++pass) { bool swappedAny = false; for(int i = 0; i < numSegments - 1; ++i) { OrderedSegment const &a = orderedSegments.at(i); OrderedSegment const &b = orderedSegments.at(i+1); if(a.fromAngle == b.fromAngle) { if(b.segment->length() > a.segment->length()) { orderedSegments.swap(i, i + 1); swappedAny = true; } } } if(!swappedAny) break; } // LOG_DEBUG("Ordered segments around %s") << point.asText(); } private: Instance &operator = (Instance const &); // no assignment }; ConvexSubspace::ConvexSubspace() : d(new Instance()) {} ConvexSubspace::ConvexSubspace(QList const &segments) : d(new Instance()) { addSegments(segments); } ConvexSubspace::ConvexSubspace(ConvexSubspace const &other) : d(new Instance(*other.d)) {} ConvexSubspace &ConvexSubspace::operator = (ConvexSubspace const &other) { d.reset(new Instance(*other.d)); return *this; } void ConvexSubspace::addSegments(QList const &newSegments) { int sizeBefore = d->segments.size(); d->segments.unite(QSet::fromList(newSegments)); if(d->segments.size() != sizeBefore) { // We'll need to rebuild the ordered segment list. d->needRebuildOrderedSegments = true; } #ifdef DENG_DEBUG int numSegmentsAdded = d->segments.size() - sizeBefore; if(numSegmentsAdded < newSegments.size()) { LOG_DEBUG("ConvexSubspace pruned %i duplicate segments") << (newSegments.size() - numSegmentsAdded); } #endif } void ConvexSubspace::addOneSegment(LineSegmentSide const &newSegment) { int sizeBefore = d->segments.size(); d->segments.insert(const_cast(&newSegment)); if(d->segments.size() != sizeBefore) { // We'll need to rebuild the ordered segment list. d->needRebuildOrderedSegments = true; } else { LOG_DEBUG("ConvexSubspace pruned one duplicate segment"); } } void ConvexSubspace::buildGeometry(BspLeaf &leaf, Mesh &mesh) const { LOG_AS("ConvexSubspace::buildGeometry"); // Sanity check. if(segmentCount() >= 3 && !d->haveMapLineSegment()) throw Error("ConvexSubspace::buildGeometry", "No map line segment"); if(d->needRebuildOrderedSegments) { d->buildOrderedSegments(d->findCenter()); } /* * Build the line segment -> sector continuity map. */ typedef QList Continuities; Continuities continuities; typedef QHash SectorContinuityMap; SectorContinuityMap scMap; foreach(OrderedSegment const &oseg, d->orderedSegments) { Sector *frontSector = oseg.segment->sectorPtr(); SectorContinuityMap::iterator found = scMap.find(frontSector); if(found == scMap.end()) { continuities.append(Continuity(frontSector)); found = scMap.insert(frontSector, &continuities.last()); } Continuity *conty = found.value(); conty->addOneSegment(oseg); } int extraMeshSegments = 0; for(int i = 0; i < continuities.count(); ++i) { Continuity &conty = continuities[i]; conty.evaluate(); if(!conty.discordSegs.isEmpty()) { Mesh *extraMesh = 0; Face *face = 0; foreach(OrderedSegment const *oseg, conty.discordSegs) { LineSegmentSide *lineSeg = oseg->segment; LineSide *mapSide = lineSeg->mapSidePtr(); if(!mapSide) continue; if(!extraMesh) { // Construct a new mesh and set of half-edges. extraMesh = new Mesh; face = extraMesh->newFace(); } HEdge *hedge = extraMesh->newHEdge(lineSeg->from()); LineSideSegment *seg = mapSide->addSegment(*hedge); extraMeshSegments += 1; #ifdef __CLIENT__ /// @todo LineSide::newSegment() should encapsulate: seg->setLineSideOffset(Vector2d(mapSide->from().origin() - lineSeg->from().origin()).length()); seg->setLength(Vector2d(lineSeg->to().origin() - lineSeg->from().origin()).length()); #else DENG_UNUSED(seg); #endif // Link the new half-edge for this line segment to the head of // the list in the new face geometry. hedge->setNext(face->hedge()); face->setHEdge(hedge); // Is there a half-edge on the back side we need to twin with? if(lineSeg->back().hasHEdge()) { lineSeg->back().hedge().setTwin(hedge); hedge->setTwin(lineSeg->back().hedgePtr()); } // Link the new half-edge with the line segment. lineSeg->setHEdge(hedge); } if(extraMesh) { // Link the half-edges anticlockwise and close the ring. HEdge *hedge = face->hedge(); forever { // There is now one more half-edge in this face. /// @todo Face should encapsulate. face->_hedgeCount += 1; // Attribute the half-edge to the Face. hedge->setFace(face); if(hedge->hasNext()) { // Link anticlockwise. hedge->next().setPrev(hedge); hedge = &hedge->next(); } else { // Circular link. hedge->setNext(face->hedge()); hedge->next().setPrev(hedge); break; } } /// @todo Face should encapsulate. face->updateAABox(); face->updateCenter(); // Assign the mesh to the BSP leaf (takes ownership). leaf.assignExtraMesh(*extraMesh); } } } // Determine which sector to attribute the BSP leaf to. qSort(continuities.begin(), continuities.end()); leaf.setParent(continuities.first().sector); /*#ifdef DENG_DEBUG LOG_INFO("\nConvexSubspace %s BSP sector:%i (%i continuities)") << d->findCenter().asText() << (leaf.hasParent()? leaf.parent().as()->indexInArchive() : -1) << continuities.count(); foreach(Continuity const &conty, continuities) { conty.debugPrint(); } #endif*/ if(segmentCount() - extraMeshSegments >= 3) { // Construct a new face and a ring of half-edges. Face *face = mesh.newFace(); // Iterate backwards so that the half-edges can be linked clockwise. for(int i = d->orderedSegments.size(); i-- > 0; ) { LineSegmentSide *lineSeg = d->orderedSegments[i].segment; // Already added this to an extra mesh? if(lineSeg->hasHEdge()) continue; HEdge *hedge = mesh.newHEdge(lineSeg->from()); if(LineSide *mapSide = lineSeg->mapSidePtr()) { LineSideSegment *seg = mapSide->addSegment(*hedge); #ifdef __CLIENT__ /// @todo LineSide::newSegment() should encapsulate: seg->setLineSideOffset(Vector2d(mapSide->from().origin() - lineSeg->from().origin()).length()); seg->setLength(Vector2d(lineSeg->to().origin() - lineSeg->from().origin()).length()); #else DENG_UNUSED(seg); #endif } // Link the new half-edge for this line segment to the head of // the list in the new Face geometry. hedge->setNext(face->hedge()); face->setHEdge(hedge); // Is there a half-edge on the back side we need to twin with? if(lineSeg->back().hasHEdge()) { lineSeg->back().hedge().setTwin(hedge); hedge->setTwin(lineSeg->back().hedgePtr()); } // Link the new half-edge with the line segment. lineSeg->setHEdge(hedge); } // Link the half-edges anticlockwise and close the ring. HEdge *hedge = face->hedge(); forever { // There is now one more half-edge in this face. /// @todo Face should encapsulate. face->_hedgeCount += 1; // Attribute the half-edge to the Face. hedge->setFace(face); if(hedge->hasNext()) { // Link anticlockwise. hedge->next().setPrev(hedge); hedge = &hedge->next(); } else { // Circular link. hedge->setNext(face->hedge()); hedge->next().setPrev(hedge); break; } } /// @todo Face should encapsulate. face->updateAABox(); face->updateCenter(); // Assign the mesh to the BSP leaf (takes ownership). leaf.setPoly(face); } } int ConvexSubspace::segmentCount() const { return d->segments.count(); } OrderedSegments const &ConvexSubspace::segments() const { if(d->needRebuildOrderedSegments) { d->buildOrderedSegments(d->findCenter()); } return d->orderedSegments; } BspLeaf *ConvexSubspace::bspLeaf() const { return d->bspLeaf; } void ConvexSubspace::setBspLeaf(BspLeaf *newBspLeaf) { d->bspLeaf = newBspLeaf; } } // namespace bsp } // namespace de doomsday-1.14.5/doomsday/client/src/world/bsp/linesegment.cpp0000664000175000017500000002711112350542240023521 0ustar jaakkojaakko/** @file world/bsp/linesegment.cpp BSP Builder Line Segment. * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3) * @see http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include /// @todo remove me #include "m_misc.h" // M_BoxOnLineSide2 #include #include "world/bsp/convexsubspace.h" #include "world/bsp/superblockmap.h" #include "world/bsp/linesegment.h" namespace de { namespace bsp { DENG2_PIMPL_NOREF(LineSegment::Side) { /// Owning line segment. LineSegment *line; /// Direction vector from -> to. Vector2d direction; /// Map Line side that "this" segment initially comes from or @c 0 signifying /// a partition line segment (not owned). LineSide *mapSide; /// Map Line of the partition line which resulted in this segment due to /// splitting (not owned). Line *partitionMapLine; /// Neighbor line segments relative to "this" segment along the source /// line (both partition and map lines). LineSegment::Side *rightNeighbor; LineSegment::Side *leftNeighbor; /// The superblock that contains "this" segment, or @c 0 if the segment is /// no longer in any superblock (e.g., attributed to a convex subspace). SuperBlock *bmapBlock; /// Convex subspace which "this" segment is attributed; otherwise @c 0. ConvexSubspace *convexSubspace; /// Map sector attributed to the line segment. Can be @c 0 for partition lines. Sector *sector; // Precomputed data for faster calculations. coord_t pLength; coord_t pAngle; coord_t pPara; coord_t pPerp; slopetype_t pSlopeType; /// Half-edge produced from this map line segment (if any, not owned). HEdge *hedge; Instance(LineSegment &line) : line(&line), mapSide(0), partitionMapLine(0), rightNeighbor(0), leftNeighbor(0), bmapBlock(0), convexSubspace(0), sector(0), pLength(0), pAngle(0), pPara(0), pPerp(0), pSlopeType(ST_VERTICAL), hedge(0) {} inline LineSegment::Side **neighborAdr(int edge) { return edge? &rightNeighbor : &leftNeighbor; } }; LineSegment::Side::Side(LineSegment &line) : d(new Instance(line)) {} void LineSegment::Side::updateCache() { d->direction = to().origin() - from().origin(); d->pLength = d->direction.length(); DENG2_ASSERT(d->pLength > 0); d->pAngle = M_DirectionToAngleXY(d->direction.x, d->direction.y); d->pSlopeType = M_SlopeTypeXY(d->direction.x, d->direction.y); d->pPerp = from().origin().y * d->direction.x - from().origin().x * d->direction.y; d->pPara = -from().origin().x * d->direction.x - from().origin().y * d->direction.y; } LineSegment &LineSegment::Side::line() const { return *d->line; } int LineSegment::Side::lineSideId() const { return &d->line->front() == this? LineSegment::Front : LineSegment::Back; } Vector2d const &LineSegment::Side::direction() const { return d->direction; } slopetype_t LineSegment::Side::slopeType() const { return d->pSlopeType; } coord_t LineSegment::Side::angle() const { return d->pAngle; } bool LineSegment::Side::hasHEdge() const { return d->hedge != 0; } HEdge &LineSegment::Side::hedge() const { if(d->hedge) { return *d->hedge; } /// @throw MissingHEdgeError Attempted with no half-edge associated. throw MissingHEdgeError("LineSegment::Side::hedge", "No half-edge is associated"); } void LineSegment::Side::setHEdge(HEdge *newHEdge) { d->hedge = newHEdge; } ConvexSubspace *LineSegment::Side::convexSubspace() const { return d->convexSubspace; } void LineSegment::Side::setConvexSubspace(ConvexSubspace *newConvexSubspace) { d->convexSubspace = newConvexSubspace; } bool LineSegment::Side::hasMapSide() const { return d->mapSide != 0; } LineSide &LineSegment::Side::mapSide() const { if(d->mapSide) { return *d->mapSide; } /// @throw MissingMapSideError Attempted with no map line side attributed. throw MissingMapSideError("LineSegment::Side::mapSide", "No map line side is attributed"); } void LineSegment::Side::setMapSide(LineSide *newMapSide) { d->mapSide = newMapSide; } Line *LineSegment::Side::partitionMapLine() const { return d->partitionMapLine; } void LineSegment::Side::setPartitionMapLine(Line *newMapLine) { d->partitionMapLine = newMapLine; } bool LineSegment::Side::hasNeighbor(int edge) const { return (*d->neighborAdr(edge)) != 0; } LineSegment::Side &LineSegment::Side::neighbor(int edge) const { LineSegment::Side **neighborAdr = d->neighborAdr(edge); if(*neighborAdr) { return **neighborAdr; } /// @throw MissingNeighborError Attempted with no relevant neighbor attributed. throw MissingNeighborError("LineSegment::Side::neighbor", QString("No %1 neighbor is attributed").arg(edge? "Right" : "Left")); } void LineSegment::Side::setNeighbor(int edge, LineSegment::Side *newNeighbor) { *d->neighborAdr(edge) = newNeighbor; } SuperBlock *LineSegment::Side::bmapBlockPtr() const { return d->bmapBlock; } void LineSegment::Side::setBMapBlock(SuperBlock *newBMapBlock) { d->bmapBlock = newBMapBlock; } bool LineSegment::Side::hasSector() const { return d->sector != 0; } Sector &LineSegment::Side::sector() const { if(d->sector) { return *d->sector; } /// @throw LineSegment::MissingSectorError Attempted with no sector attributed. throw LineSegment::MissingSectorError("LineSegment::Side::sector", "No sector is attributed"); } void LineSegment::Side::setSector(Sector *newSector) { d->sector = newSector; } coord_t LineSegment::Side::length() const { return d->pLength; } coord_t LineSegment::Side::distance(Vector2d point) const { coord_t pointV1[2] = { point.x, point.y }; coord_t directionV1[2] = { d->direction.x, d->direction.y }; return V2d_PointLineParaDistance(pointV1, directionV1, d->pPara, d->pLength); } void LineSegment::Side::distance(LineSegment::Side const &other, coord_t *fromDist, coord_t *toDist) const { // Any work to do? if(!fromDist && !toDist) return; /// @attention Ensure line segments produced from the partition's source /// line are always treated as collinear. This special case is only /// necessary due to precision inaccuracies when a line is split into /// multiple segments. if(d->partitionMapLine != 0 && d->partitionMapLine == other.partitionMapLine()) { if(fromDist) *fromDist = 0; if(toDist) *toDist = 0; return; } coord_t toSegDirectionV1[2] = { other.direction().x, other.direction().y } ; if(fromDist) { coord_t fromV1[2] = { from().origin().x, from().origin().y }; *fromDist = V2d_PointLinePerpDistance(fromV1, toSegDirectionV1, other.d->pPerp, other.d->pLength); } if(toDist) { coord_t toV1[2] = { to().origin().x, to().origin().y }; *toDist = V2d_PointLinePerpDistance(toV1, toSegDirectionV1, other.d->pPerp, other.d->pLength); } } LineRelationship lineRelationship(coord_t fromDist, coord_t toDist) { static coord_t const distEpsilon = LINESEGMENT_INCIDENT_DISTANCE_EPSILON; // Collinear with "this" line? if(de::abs(fromDist) <= distEpsilon && de::abs(toDist) <= distEpsilon) { return Collinear; } // To the right of "this" line?. if(fromDist > -distEpsilon && toDist > -distEpsilon) { // Close enough to intercept? if(fromDist < distEpsilon || toDist < distEpsilon) return RightIntercept; return Right; } // To the left of "this" line? if(fromDist < distEpsilon && toDist < distEpsilon) { // Close enough to intercept? if(fromDist > -distEpsilon || toDist > -distEpsilon) return LeftIntercept; return Left; } return Intersects; } LineRelationship LineSegment::Side::relationship(LineSegment::Side const &other, coord_t *retFromDist, coord_t *retToDist) const { coord_t fromDist, toDist; distance(other, &fromDist, &toDist); LineRelationship rel = lineRelationship(fromDist, toDist); if(retFromDist) *retFromDist = fromDist; if(retToDist) *retToDist = toDist; return rel; } int LineSegment::Side::boxOnSide(AABoxd const &box) const { coord_t fromV1[2] = { from().origin().x, from().origin().y }; coord_t directionV1[2] = { d->direction.x, d->direction.y } ; return M_BoxOnLineSide2(&box, fromV1, directionV1, d->pPerp, d->pLength, LINESEGMENT_INCIDENT_DISTANCE_EPSILON); } DENG2_PIMPL(LineSegment), DENG2_OBSERVES(Vertex, OriginChange) { /// Vertexes of the line segment (not owned). Vertex *from; Vertex *to; /// Sides of the line segment (owned). LineSegment::Side front; LineSegment::Side back; Instance(Public *i, Vertex &from_, Vertex &to_) : Base(i), from(&from_), to(&to_), front(*i), back(*i) { from->audienceForOriginChange += this; to->audienceForOriginChange += this; } ~Instance() { from->audienceForOriginChange -= this; to->audienceForOriginChange -= this; } inline Vertex **vertexAdr(int edge) { return edge? &to : &from; } void replaceVertex(int edge, Vertex &newVertex) { Vertex **adr = vertexAdr(edge); if(*adr && *adr == &newVertex) return; if(*adr) (*adr)->audienceForOriginChange -= this; *adr = &newVertex; if(*adr) (*adr)->audienceForOriginChange += this; front.updateCache(); back.updateCache(); } void vertexOriginChanged(Vertex & /*vertex*/) { front.updateCache(); back.updateCache(); } }; LineSegment::LineSegment(Vertex &from, Vertex &to) : d(new Instance(this, from, to)) { d->front.updateCache(); d->back.updateCache(); } LineSegment::Side &LineSegment::side(int back) { return back? d->back : d->front; } LineSegment::Side const &LineSegment::side(int back) const { return back? d->back : d->front; } Vertex &LineSegment::vertex(int to) const { DENG_ASSERT((to? d->to : d->from) != 0); return to? *d->to : *d->from; } AABoxd LineSegment::aaBox() const { AABoxd bounds; Vector2d min = d->from->origin().min(d->to->origin()); Vector2d max = d->from->origin().max(d->to->origin()); V2d_Set(bounds.min, min.x, min.y); V2d_Set(bounds.max, max.x, max.y); return bounds; } void LineSegment::replaceVertex(int to, Vertex &newVertex) { d->replaceVertex(to, newVertex); } } // namespace bsp } // namespace de doomsday-1.14.5/doomsday/client/src/world/bsp/partitioner.cpp0000664000175000017500000014751512350542240023562 0ustar jaakkojaakko/** @file partitioner.cpp World map binary space partitioner. * * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * @authors Copyright © 1997-1998 Raphael.Quinet * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/bsp/partitioner.h" #include "world/map.h" #include "BspLeaf" #include "BspNode" #include "Line" #include "Sector" #include "Vertex" #include "world/worldsystem.h" /// validCount @todo Remove me #include "world/bsp/convexsubspace.h" #include "world/bsp/edgetip.h" #include "world/bsp/hplane.h" #include "world/bsp/linesegment.h" #include "world/bsp/partitioncost.h" #include "world/bsp/superblockmap.h" #include #include #include #include #include #include namespace de { using namespace bsp; DENG2_PIMPL(Partitioner) { /// Cost factor attributed to splitting a line segment. int splitCostFactor; /// The index-ordered set of map lines we are building BSP data for (not owned). typedef QList Lines; Lines lines; /// The mesh from which we'll assign (construct) new geometries(not owned). Mesh *mesh; /// Running totals of constructed BSP map elements. int numNodes; int numLeafs; int numSegments; int numVertexes; /// Line segments in the plane. typedef QList LineSegments; LineSegments lineSegments; /// Convex subspaces in the plane. typedef QList ConvexSubspaces; ConvexSubspaces convexSubspaces; /// A set of EdgeTips for each unique line segment vertex. typedef QHash EdgeTipSetMap; EdgeTipSetMap edgeTipSets; /// Root node of the internal binary tree used to guide the partitioning /// process and around which the built BSP map elements are constructed. BspTreeNode *rootNode; /// Mapping table which relates built BSP map elements to their counterpart /// in the internal tree. typedef QHash BspElementMap; BspElementMap treeNodeMap; /// The "current" binary space half-plane. HPlane hplane; Instance(Public *i, int splitCostFactor) : Base(i) , splitCostFactor(splitCostFactor) , mesh(0) , numNodes(0), numLeafs(0), numSegments(0), numVertexes(0) , rootNode(0) {} ~Instance() { clear(); } void clear() { if(rootNode) { // If ownership of the all built BSP map elements has been claimed // this should be a no-op. clearAllBspElements(); // Destroy the internal binary tree. delete rootNode; rootNode = 0; } lines.clear(); mesh = 0; qDeleteAll(lineSegments); lineSegments.clear(); convexSubspaces.clear(); edgeTipSets.clear(); treeNodeMap.clear(); hplane.clearIntercepts(); numNodes = numLeafs = numSegments = numVertexes = 0; } /** * Returns the associated EdgeTips set for the given @a vertex. */ EdgeTips &edgeTipSet(Vertex const &vertex) { EdgeTipSetMap::iterator found = edgeTipSets.find(const_cast(&vertex)); if(found == edgeTipSets.end()) { found = edgeTipSets.insert(const_cast(&vertex), EdgeTips()); } return found.value(); } inline void linkSegmentInSuperBlockmap(SuperBlock &block, LineSegmentSide &lineSeg) { // Associate this line segment with the subblock. lineSeg.setBMapBlock(&block.push(lineSeg)); } /** * Create all initial line segments and add them to @a blockmap. */ void createInitialLineSegments(SuperBlock &blockmap) { foreach(Line *line, lines) { //if(line.hasZeroLength()) Screened at a higher level. // continue; Sector *frontSec = line->frontSectorPtr(); Sector *backSec = line->backSectorPtr(); // Handle the "one-way window" effect. if(!backSec && line->_bspWindowSector) { backSec = line->_bspWindowSector; } LineSegment *seg = &buildLineSegmentBetweenVertexes( line->from(), line->to(), frontSec, backSec, &line->front()); if(seg->front().hasSector()) { linkSegmentInSuperBlockmap(blockmap, seg->front()); } if(seg->back().hasSector()) { linkSegmentInSuperBlockmap(blockmap, seg->back()); } edgeTipSet(line->from()) << EdgeTip(seg->front()); edgeTipSet(line->to()) << EdgeTip(seg->back()); } } /** * "Near miss" predicate. */ static bool nearMiss(LineRelationship rel, coord_t fromDist, coord_t toDist, coord_t *distance) { if(rel == Right && !((fromDist >= SHORT_HEDGE_EPSILON && toDist >= SHORT_HEDGE_EPSILON) || (fromDist <= DIST_EPSILON && toDist >= SHORT_HEDGE_EPSILON) || (toDist <= DIST_EPSILON && fromDist >= SHORT_HEDGE_EPSILON))) { // Need to know how close? if(distance) { if(fromDist <= DIST_EPSILON || toDist <= DIST_EPSILON) *distance = SHORT_HEDGE_EPSILON / de::max(fromDist, toDist); else *distance = SHORT_HEDGE_EPSILON / de::min(fromDist, toDist); } return true; } if(rel == Left && !((fromDist <= -SHORT_HEDGE_EPSILON && toDist <= -SHORT_HEDGE_EPSILON) || (fromDist >= -DIST_EPSILON && toDist <= -SHORT_HEDGE_EPSILON) || (toDist >= -DIST_EPSILON && fromDist <= -SHORT_HEDGE_EPSILON))) { // Need to know how close? if(distance) { if(fromDist >= -DIST_EPSILON || toDist >= -DIST_EPSILON) *distance = SHORT_HEDGE_EPSILON / -de::min(fromDist, toDist); else *distance = SHORT_HEDGE_EPSILON / -de::max(fromDist, toDist); } return true; } return false; } /** * "Near edge" predicate. Assumes intersecting line segment relationship. */ static bool nearEdge(coord_t fromDist, coord_t toDist, coord_t *distance) { if(de::abs(fromDist) < SHORT_HEDGE_EPSILON || de::abs(toDist) < SHORT_HEDGE_EPSILON) { // Need to know how close? if(distance) { *distance = SHORT_HEDGE_EPSILON / de::min(de::abs(fromDist), de::abs(toDist)); } return true; } return false; } void evalPartitionCostForSegment(LineSegmentSide const &plSeg, LineSegmentSide const &seg, PartitionCost &cost) { int const costFactorMultiplier = splitCostFactor; /// Determine the relationship between @a seg and the partition plane. coord_t fromDist, toDist; LineRelationship rel = seg.relationship(plSeg, &fromDist, &toDist); switch(rel) { case Collinear: { // This line segment runs along the same line as the partition. // Check whether it goes in the same direction or the opposite. if(seg.direction().dot(plSeg.direction()) < 0) { cost.addSegmentLeft(seg); } else { cost.addSegmentRight(seg); } break; } case Right: case RightIntercept: { cost.addSegmentRight(seg); /* * Near misses are bad, as they have the potential to result in * really short line segments being produced later on. * * The closer the near miss, the higher the cost. */ coord_t nearDist; if(nearMiss(rel, fromDist, toDist, &nearDist)) { cost.nearMiss += 1; cost.total += int( 100 * costFactorMultiplier * (nearDist * nearDist - 1.0) ); } break; } case Left: case LeftIntercept: { cost.addSegmentLeft(seg); // Near miss? coord_t nearDist; if(nearMiss(rel, fromDist, toDist, &nearDist)) { /// @todo Why the cost multiplier imbalance between the left /// and right edge near misses? cost.nearMiss += 1; cost.total += int( 70 * costFactorMultiplier * (nearDist * nearDist - 1.0) ); } break; } case Intersects: { cost.splits += 1; cost.total += 100 * costFactorMultiplier; /* * If the split point is very close to one end, which is quite an * undesirable situation (producing really short edges), thus a * rather hefty surcharge. * * The closer to the edge, the higher the cost. */ coord_t nearDist; if(nearEdge(fromDist, toDist, &nearDist)) { cost.iffy += 1; cost.total += int( 140 * costFactorMultiplier * (nearDist * nearDist - 1.0) ); } break; } } } /** * @param block * @param best Best line segment found thus far. * @param bestCost Running cost total result for the best line segment yet. * @param seg The candidate line segment to be evaluated. * @param cost PartitionCost analysis to be completed for the candidate. * Must have been initialized prior to calling. * * @return @c true iff @a lineSeg is suitable for use as a partition. */ bool evalPartitionCostForSuperBlock(SuperBlock const &block, LineSegmentSide *best, PartitionCost const &bestCost, LineSegmentSide const &seg, PartitionCost &cost) { /* * Test the whole block against the partition line to quickly handle * all the line segments within it at once. Only when the partition line * intercepts the box do we need to go deeper into it. */ /// @todo Why are we extending the bounding box for this test? Also, /// there is no need to convert from integer to floating-point each /// time this is tested. (If we intend to do this with floating-point /// then we should return that representation in SuperBlock::bounds() ). AABox const &blockBounds = block.bounds(); AABoxd bounds(coord_t( blockBounds.minX ) - SHORT_HEDGE_EPSILON * 1.5, coord_t( blockBounds.minY ) - SHORT_HEDGE_EPSILON * 1.5, coord_t( blockBounds.maxX ) + SHORT_HEDGE_EPSILON * 1.5, coord_t( blockBounds.maxY ) + SHORT_HEDGE_EPSILON * 1.5); int side = seg.boxOnSide(bounds); if(side > 0) { // Right. cost.mapRight += block.mapSegmentCount(); cost.partRight += block.partSegmentCount(); return true; } if(side < 0) { // Left. cost.mapLeft += block.mapSegmentCount(); cost.partLeft += block.partSegmentCount(); return true; } // Check partition against all line segments. foreach(LineSegmentSide *otherSeg, block.segments()) { // Do we already have a better choice? if(best && !(cost < bestCost)) return false; // Evaluate the cost delta for this line segment. PartitionCost costDelta; evalPartitionCostForSegment(seg, *otherSeg, costDelta); // Merge cost result into the cummulative total. cost += costDelta; } // Handle sub-blocks recursively. if(block.right()) { bool unsuitable = !evalPartitionCostForSuperBlock(*block.right(), best, bestCost, seg, cost); if(unsuitable) return false; } if(block.left()) { bool unsuitable = !evalPartitionCostForSuperBlock(*block.left(), best, bestCost, seg, cost); if(unsuitable) return false; } // This is a suitable candidate. return true; } /** * Evaluate a partition and determine the cost, taking into account the * number of splits and the difference between left and right. * * To be able to divide the nodes down, evalPartition must decide which * is the best line segment to use as a nodeline. It does this by selecting * the line with least splits and has least difference of line segments * on either side of it. * * @return @c true iff @a lineSeg is suitable for use as a partition. */ bool evalPartition(SuperBlock const &block, LineSegmentSide *best, PartitionCost const &bestCost, LineSegmentSide const &lineSeg, PartitionCost &cost) { // Only map line segments are potential candidates. if(!lineSeg.hasMapSide()) return false; if(!evalPartitionCostForSuperBlock(block, best, bestCost, lineSeg, cost)) { // Unsuitable or we already have a better choice. return false; } // Make sure there is at least one map line segment on each side. if(!cost.mapLeft || !cost.mapRight) { //LOG_DEBUG("evalPartition: No map line segments on %s%sside") // << (cost.mapLeft? "" : "left ") // << (cost.mapRight? "" : "right "); return false; } // Increase cost by the difference between left and right. cost.total += 100 * abs(cost.mapLeft - cost.mapRight); // Allow partition segment counts to affect the outcome. cost.total += 50 * abs(cost.partLeft - cost.partRight); // Another little twist, here we show a slight preference for partition // lines that lie either purely horizontally or purely vertically. if(lineSeg.slopeType() != ST_HORIZONTAL && lineSeg.slopeType() != ST_VERTICAL) cost.total += 25; //LOG_DEBUG("evalPartition: %p: splits=%d iffy=%d near=%d" // " left=%d+%d right=%d+%d cost=%d.%02d") // << &lineSeg << cost.splits << cost.iffy << cost.nearMiss // << cost.mapLeft << cost.partLeft << cost.mapRight << cost.partRight // << cost.total / 100 << cost.total % 100; return true; } void chooseNextPartitionFromSuperBlock(SuperBlock const &partList, SuperBlock const &segs, LineSegmentSide **best, PartitionCost &bestCost) { DENG2_ASSERT(best != 0); //LOG_AS("chooseNextPartitionFromSuperBlock"); // Test each line segment as a potential partition. foreach(LineSegmentSide *seg, partList.segments()) { //LOG_DEBUG("%sline segment %p sector:%d %s -> %s") // << (seg->hasMapLineSide()? "" : "mini-") << seg // << (seg->sector? seg->sector->indexInMap() : -1) // << seg->fromOrigin().asText() // << seg->toOrigin().asText(); // Optimization: Only the first line segment produced from a given // line is tested per round of partition costing (they are all // collinear). if(seg->hasMapSide()) { // Can we skip this line segment? if(seg->mapLine().validCount() == validCount) continue; // Yes. seg->mapLine().setValidCount(validCount); } // Calculate the cost metrics for this line segment. PartitionCost cost; if(evalPartition(segs, *best, bestCost, *seg, cost)) { // Suitable for use as a partition. if(!*best || cost < bestCost) { // We have a new better choice. bestCost = cost; // Remember which line segment. *best = seg; } } } } /** * Find the best line segment to use as the next partition. * * @param candidates Candidate line segments to choose from. * * @return The chosen line segment. */ LineSegmentSide *chooseNextPartition(SuperBlock const &candidates) { LOG_AS("Partitioner::choosePartition"); PartitionCost bestCost; LineSegmentSide *best = 0; // Increment valid count so we can avoid testing the line segments // produced from a single line more than once per round of partition // selection. validCount++; // Iterative pre-order traversal of SuperBlock. SuperBlock const *cur = &candidates; SuperBlock const *prev = 0; while(cur) { while(cur) { chooseNextPartitionFromSuperBlock(*cur, candidates, &best, bestCost); if(prev == cur->parent()) { // Descending - right first, then left. prev = cur; if(cur->right()) cur = cur->right(); else cur = cur->left(); } else if(prev == cur->right()) { // Last moved up the right branch - descend the left. prev = cur; cur = cur->left(); } else if(prev == cur->left()) { // Last moved up the left branch - continue upward. prev = cur; cur = cur->parent(); } } if(prev) { // No left child - back up. cur = prev->parent(); } } /*if(best) { LOG_DEBUG("best %p score: %d.%02d.") << best << bestCost.total / 100 << bestCost.total % 100; }*/ return best; } /** * @return The new line segment (front is from @a start to @a end). */ LineSegment &buildLineSegmentBetweenVertexes(Vertex &start, Vertex &end, Sector *frontSec, Sector *backSec, LineSide *frontSide, Line *partitionLine = 0) { lineSegments.append(new LineSegment(start, end)); LineSegment &lineSeg = *lineSegments.back(); LineSegmentSide &front = lineSeg.front(); front.setMapSide(frontSide); front.setPartitionMapLine(partitionLine); front.setSector(frontSec); LineSegmentSide &back = lineSeg.back(); back.setMapSide(frontSide? &frontSide->back() : 0); back.setPartitionMapLine(partitionLine); back.setSector(backSec); return lineSeg; } /** * Splits the given line segment at the point (x,y). The new line segment * is returned. The old line segment is shortened (the original start vertex * is unchanged), the new line segment becomes the cut-off tail (keeping * the original end vertex). * * @note If the line segment has a twin it is also split. */ LineSegmentSide &splitLineSegment(LineSegmentSide &frontLeft, Vector2d const &point, bool updateEdgeTips = true) { DENG2_ASSERT(point != frontLeft.from().origin() && point != frontLeft.to().origin()); //LOG_DEBUG("Splitting line segment %p at %s.") // << &frontLeft << point.asText(); Vertex *newVert = newVertex(point); LineSegment &oldSeg = frontLeft.line(); LineSegment &newSeg = buildLineSegmentBetweenVertexes(oldSeg.from(), oldSeg.to(), oldSeg.front().sectorPtr(), oldSeg.back().sectorPtr(), oldSeg.front().mapSidePtr(), oldSeg.front().partitionMapLine()); // Perform the split, updating vertex and relative segment links. LineSegmentSide &frontRight = newSeg.side(frontLeft.lineSideId()); oldSeg.replaceVertex(frontLeft.lineSideId() ^ LineSegment::To, *newVert); newSeg.replaceVertex(frontLeft.lineSideId(), *newVert); LineSegmentSide &backRight = frontLeft.back(); LineSegmentSide &backLeft = frontRight.back(); if(ConvexSubspace *convexSet = frontLeft.convexSubspace()) { *convexSet << frontRight; frontRight.setConvexSubspace(convexSet); } frontLeft.setRight(&frontRight); frontRight.setLeft(&frontLeft); // Handle the twin. if(ConvexSubspace *convexSet = backRight.convexSubspace()) { *convexSet << backLeft; backLeft.setConvexSubspace(convexSet); } backLeft.setRight(&backRight); backRight.setLeft(&backLeft); if(updateEdgeTips) { /** * @todo Optimize: Avoid clearing tips by implementing update logic. */ edgeTipSet(oldSeg.from()).clearByLineSegment(oldSeg); edgeTipSet(oldSeg.to() ).clearByLineSegment(oldSeg); edgeTipSet(newSeg.from()).clearByLineSegment(newSeg); edgeTipSet(newSeg.to() ).clearByLineSegment(newSeg); edgeTipSet(oldSeg.from()) << EdgeTip(oldSeg.front()); edgeTipSet(oldSeg.to()) << EdgeTip(oldSeg.back()); edgeTipSet(newSeg.from()) << EdgeTip(newSeg.front()); edgeTipSet(newSeg.to()) << EdgeTip(newSeg.back()); } return frontRight; } /** * Find the intersection point between a line segment and the current * partition plane. Takes advantage of some common situations like * horizontal and vertical lines to choose a 'nicer' intersection * point. */ Vector2d intersectPartition(LineSegmentSide const &seg, coord_t fromDist, coord_t toDist) const { // Horizontal partition vs vertical line segment. if(hplane.slopeType() == ST_HORIZONTAL && seg.slopeType() == ST_VERTICAL) { return Vector2d(seg.from().origin().x, hplane.partition().origin.y); } // Vertical partition vs horizontal line segment. if(hplane.slopeType() == ST_VERTICAL && seg.slopeType() == ST_HORIZONTAL) { return Vector2d(hplane.partition().origin.x, seg.from().origin().y); } // 0 = start, 1 = end. coord_t ds = fromDist / (fromDist - toDist); Vector2d point = seg.from().origin(); if(seg.slopeType() != ST_VERTICAL) point.x += seg.direction().x * ds; if(seg.slopeType() != ST_HORIZONTAL) point.y += seg.direction().y * ds; return point; } /// @todo refactor away inline void interceptPartition(LineSegmentSide &seg, int edge) { hplane.intercept(seg, edge, edgeTipSet(seg.vertex(edge))); } /** * Take the given line segment @a lineSeg, compare it with the partition * plane and determine into which of the two sets it should be. If the * line segment is found to intersect the partition, the intercept point * is determined and the line segment then split in two at this point. * Each piece of the line segment is then added to the relevant set. * * If the line segment is collinear with, or intersects the partition then * a new intercept is added to the partitioning half-plane. * * @note Any existing @em twin of @a lineSeg is so too handled uniformly. * * @param seg Line segment to be "partitioned". * @param rights Set of line segments on the right side of the partition. * @param lefts Set of line segments on the left side of the partition. */ void divideOneSegment(LineSegmentSide &seg, SuperBlock &rights, SuperBlock &lefts) { coord_t fromDist, toDist; LineRelationship rel = hplane.relationship(seg, &fromDist, &toDist); switch(rel) { case Collinear: { interceptPartition(seg, LineSegment::From); interceptPartition(seg, LineSegment::To); // Direction (vs that of the partition plane) determines in which // subset this line segment belongs. if(seg.direction().dot(hplane.partition().direction) < 0) { linkSegmentInSuperBlockmap(lefts, seg); } else { linkSegmentInSuperBlockmap(rights, seg); } break; } case Right: case RightIntercept: if(rel == RightIntercept) { // Direction determines which edge of the line segment interfaces // with the new half-plane intercept. interceptPartition(seg, (fromDist < DIST_EPSILON? LineSegment::From : LineSegment::To)); } linkSegmentInSuperBlockmap(rights, seg); break; case Left: case LeftIntercept: if(rel == LeftIntercept) { interceptPartition(seg, (fromDist > -DIST_EPSILON? LineSegment::From : LineSegment::To)); } linkSegmentInSuperBlockmap(lefts, seg); break; case Intersects: { // Calculate the intersection point and split this line segment. Vector2d point = intersectPartition(seg, fromDist, toDist); LineSegmentSide &newFrontRight = splitLineSegment(seg, point); // Ensure the new back left segment is inserted into the same block as // the old back right segment. SuperBlock *backLeftBlock = seg.back().bmapBlockPtr(); if(backLeftBlock) { linkSegmentInSuperBlockmap(*backLeftBlock, newFrontRight.back()); } interceptPartition(seg, LineSegment::To); // Direction determines which subset the line segments are added to. if(fromDist < 0) { linkSegmentInSuperBlockmap(rights, newFrontRight); linkSegmentInSuperBlockmap(lefts, seg); } else { linkSegmentInSuperBlockmap(rights, seg); linkSegmentInSuperBlockmap(lefts, newFrontRight); } break; } } } /** * Remove all the line segments from the list, partitioning them into the * left or right sets according to their position relative to partition line. * Adds any intersections onto the intersection list as it goes. * * @param segments The line segments to be partitioned. * @param rights Set of line segments on the right side of the partition. * @param lefts Set of line segments on the left side of the partition. */ void divideSegments(SuperBlock &segments, SuperBlock &rights, SuperBlock &lefts) { /** * @todo Revise this algorithm so that @var segments is not modified * during the partitioning process. */ // Iterative pre-order traversal of SuperBlock. SuperBlock *cur = &segments; SuperBlock *prev = 0; while(cur) { while(cur) { LineSegmentSide *seg; while((seg = cur->pop())) { // Disassociate the line segment from the blockmap. seg->setBMapBlock(0); divideOneSegment(*seg, rights, lefts); } if(prev == cur->parent()) { // Descending - right first, then left. prev = cur; if(cur->right()) cur = cur->right(); else cur = cur->left(); } else if(prev == cur->right()) { // Last moved up the right branch - descend the left. prev = cur; cur = cur->left(); } else if(prev == cur->left()) { // Last moved up the left branch - continue upward. prev = cur; cur = cur->parent(); } } if(prev) { // No left child - back up. cur = prev->parent(); } } // Sanity checks... if(!rights.totalSegmentCount()) throw Error("Partitioner::divideSegments", "Right set is empty"); if(!lefts.totalSegmentCount()) throw Error("Partitioner::divideSegments", "Left set is empty"); } /** * Analyze the half-plane intercepts, building new line segments to cap * any gaps (new segments are added onto the end of the appropriate list * (rights to @a rightList and lefts to @a leftList)). * * @param rights Set of line segments on the right of the partition. * @param lefts Set of line segments on the left of the partition. */ void addPartitionLineSegments(SuperBlock &rights, SuperBlock &lefts) { LOG_TRACE("Building line segments along partition %s") << hplane.partition().asText(); // First, fix any near-distance issues with the intercepts. hplane.sortAndMergeIntercepts(); //hplane.printIntercepts(); // We must not create new line segments on top of the source partition // line segment (as this will result in duplicate edges finding their // way into the BSP leaf geometries). LineSegmentSide *partSeg = hplane.lineSegment(); double nearDist = 0, farDist = 0; if(partSeg) { nearDist = hplane.intersect(*partSeg, LineSegment::From); farDist = hplane.intersect(*partSeg, LineSegment::To); } // Create new line segments. for(int i = 0; i < hplane.interceptCount() - 1; ++i) { HPlane::Intercept const &cur = hplane.intercepts()[i]; HPlane::Intercept const &next = hplane.intercepts()[i+1]; // Does this range overlap the partition line segment? if(partSeg && cur.distance() >= nearDist && next.distance() <= farDist) continue; if(!cur.after() && !next.before()) continue; // Check for some nasty open/closed or close/open cases. if(cur.after() && !next.before()) { if(!cur.lineSegmentIsSelfReferencing()) { Vector2d nearPoint = (cur.vertex().origin() + next.vertex().origin()) / 2; notifyUnclosedSectorFound(*cur.after(), nearPoint); } continue; } if(!cur.after() && next.before()) { if(!next.lineSegmentIsSelfReferencing()) { Vector2d nearPoint = (cur.vertex().origin() + next.vertex().origin()) / 2; notifyUnclosedSectorFound(*next.before(), nearPoint); } continue; } /* * This is definitely open space. */ Vertex &fromVertex = cur.vertex(); Vertex &toVertex = next.vertex(); Sector *sector = cur.after(); if(!cur.before() && next.before() == next.after()) { sector = next.before(); } else { // Choose the non-self-referencing sector when we can. if(cur.after() != next.before()) { if(!cur.lineSegmentIsSelfReferencing() && !next.lineSegmentIsSelfReferencing()) { LOG_DEBUG("Sector mismatch #%d %s != #%d %s.") << cur.after()->indexInMap() << cur.vertex().origin().asText() << next.before()->indexInMap() << next.vertex().origin().asText(); } LineSegmentSide *afterSeg = cur.afterLineSegment(); if(afterSeg->hasMapLine() && afterSeg->mapLine().isSelfReferencing()) { LineSegmentSide *beforeSeg = next.beforeLineSegment(); if(beforeSeg->hasMapLine() && !beforeSeg->mapLine().isSelfReferencing()) { sector = next.before(); } } } } DENG_ASSERT(sector != 0); LineSegment &newSeg = buildLineSegmentBetweenVertexes(fromVertex, toVertex, sector, sector, 0 /*no map line*/, partSeg? &partSeg->mapLine() : 0); edgeTipSet(newSeg.from()) << EdgeTip(newSeg.front()); edgeTipSet(newSeg.to()) << EdgeTip(newSeg.back()); // Add each new line segment to the appropriate set. linkSegmentInSuperBlockmap(rights, newSeg.front()); linkSegmentInSuperBlockmap(lefts, newSeg.back()); /* LOG_DEBUG("Built line segment from %s to %s (sector #%i)") << fromVertex.origin().asText() << toVertex.origin().asText() << sector->indexInArchive(); */ } } /** * Create a new BspNode element. * * @param partition Half-plane partition line. A copy is made. * @param rightBounds Bounding box around all geometry in the @em right subspace. * @param leftBounds Bounding box around all geometry in the @em right subspace. * @param rightChild BSP element for the @em right child subspace. Can be @c 0. * @param leftChild BSP element for the @em left child subspace. Can be @c 0. * * @return The newly created BspNode. */ BspNode *newBspNode(Partition const &partition, AABoxd const &rightBounds, AABoxd const &leftBounds, MapElement *rightChild = 0, MapElement *leftChild = 0) { BspNode *node = new BspNode(partition); if(rightChild) { node->setRight(rightChild); } if(leftChild) { node->setLeft(leftChild); } node->setRightAABox(&rightBounds); node->setLeftAABox(&leftBounds); // There is now one more BspNode. numNodes += 1; return node; } BspTreeNode *newTreeNode(MapElement *mapBspElement, BspTreeNode *rightChild = 0, BspTreeNode *leftChild = 0) { BspTreeNode *subtree = new BspTreeNode(mapBspElement); if(rightChild) { subtree->setRight(rightChild); rightChild->setParent(subtree); } if(leftChild) { subtree->setLeft(leftChild); leftChild->setParent(subtree); } treeNodeMap.insert(mapBspElement, subtree); return subtree; } /** * Takes the line segment list and determines if it is convex, possibly * converting it into a BSP leaf. Otherwise, the list is divided into two * halves and recursion will continue on the new sub list. * * This is done by scanning all of the line segments and finding the one * that does the least splitting and has the least difference in numbers * of line segments on either side (why is this valued? -ds). * * If the line segments on the left side are convex create another leaf * else put the line segments into the left list. * * If the line segments on the right side are convex create another leaf * else put the line segments into the right list. * * @param bmap SuperBlockmap containing the set of line segments in the * plane to be partitioned into convex subspaces. * * @return Newly created subtree; otherwise @c 0 (degenerate). */ BspTreeNode *divideSpace(SuperBlock &bmap) { LOG_AS("Partitioner::divideSpace"); MapElement *bspElement = 0; ///< Built BSP map element at this node. BspTreeNode *rightTree = 0, *leftTree = 0; // Pick a line segment to use as the next partition plane. LineSegmentSide *partSeg = chooseNextPartition(bmap); if(partSeg) { // Reconfigure the half-plane for the next round of partitioning. hplane.configure(*partSeg); /* LOG_TRACE("%s, segment side %p %i (segment #%i) %s %s.") << hplane.partition().asText() << partSeg << partSeg->lineSideId() << lineSegments.indexOf(&partSeg->line()) << partSeg->from().origin().asText() << partSeg->to().origin().asText(); */ // Take a copy of the current partition - we'll need this for any // BspNode we produce later. Partition partition(hplane.partition()); // Create left and right blockmaps. /// @todo There should be no need to use additional independent /// structures to contain these subsets. // Copy the bounding box of the edge list to the superblocks. SuperBlockmap rightBMap(bmap.bounds()); SuperBlockmap leftBMap(bmap.bounds()); // Partition the line segements into two subsets according to their // spacial relationship with the half-plane (splitting any which // intersect). divideSegments(bmap, rightBMap, leftBMap); bmap.clear(); // Should be empty. addPartitionLineSegments(rightBMap, leftBMap); // Take a copy of the geometry bounds for each child/sub space // - we'll need this for any BspNode we produce later. AABoxd rightBounds = rightBMap.findSegmentBounds(); AABoxd leftBounds = leftBMap.findSegmentBounds(); // Recurse on each suspace, first the right space then left. rightTree = divideSpace(rightBMap); leftTree = divideSpace(leftBMap); // Collapse degenerates upward. if(!rightTree || !leftTree) return rightTree? rightTree : leftTree; // Construct a new BSP node and link up the child elements. bspElement = newBspNode(partition, rightBounds, leftBounds, rightTree->userData(), leftTree->userData()); } else { // No partition required/possible -- already convex (or degenerate). SuperBlock::Segments segments = bmap.collateAllSegments(); bmap.clear(); // Should be empty. convexSubspaces.append(ConvexSubspace()); ConvexSubspace &convexSet = convexSubspaces.last(); convexSet.addSegments(segments); foreach(LineSegmentSide *seg, segments) { // Attribute the segment to the convex subspace. seg->setConvexSubspace(&convexSet); // Disassociate the segment from the blockmap. seg->setBMapBlock(0); } // Produce a BSP leaf. /// @todo Defer until necessary. BspLeaf *leaf = new BspLeaf; // There is now one more BspLeaf; numLeafs += 1; // Attribute the leaf to the convex subspace. convexSet.setBspLeaf(leaf); bspElement = leaf; } return newTreeNode(bspElement, rightTree, leftTree); } /** * Split any overlapping line segments in the convex subspaces, creating new * line segments (and vertices) as required. A subspace may well include such * overlapping segments as if they do not break the convexity rule they won't * have been split during the partitioning process. * * @todo Perform the split in divideSpace() */ void splitOverlappingLineSegments() { foreach(ConvexSubspace const &subspace, convexSubspaces) { /* * The subspace provides a specially ordered list of the segments to * simplify this task. The primary clockwise ordering (decreasing angle * relative to the center of the subspace) places overlapping segments * adjacently. The secondary anticlockwise ordering sorts the overlapping * segments enabling the use of single pass algorithm here. */ OrderedSegments convexSet = subspace.segments(); int const numSegments = convexSet.count(); for(int i = 0; i < numSegments - 1; ++i) { // Determine the indice range of the partially overlapping segments. int k = i; while(de::fequal(convexSet[k + 1].fromAngle, convexSet[i].fromAngle) && ++k < numSegments - 1) {} // Split each overlapping segment at the point defined by the end // vertex of each of the other overlapping segments. for(int l = i; l < k; ++l) { OrderedSegment &a = convexSet[l]; for(int m = l + 1; m <= k; ++m) { OrderedSegment &b = convexSet[m]; // Segments of the same length will not be split. if(de::fequal(b.segment->length(), a.segment->length())) continue; // Do not attempt to split at an existing vertex. /// @todo fixme: For this to happen we *must* be dealing with /// an invalid mapping construct such as a two-sided line in /// the void. These cannot be dealt with here as they require /// a detection algorithm ran prior to splitting overlaps (so /// that we can skip them here). Presently it is sufficient to /// simply not split if the would-be split point is equal to /// either of the segment's existing vertexes. Vector2d const &point = b.segment->to().origin(); if(point == a.segment->from().origin() || point == a.segment->to().origin()) continue; splitLineSegment(*a.segment, point, false /*don't update edge tips*/); } } i = k; } } } void buildLeafGeometries() { foreach(ConvexSubspace const &subspace, convexSubspaces) { /// @todo Move BSP leaf construction here. BspLeaf &bspLeaf = *subspace.bspLeaf(); subspace.buildGeometry(bspLeaf, *mesh); // Account the new segments. /// @todo Refactor away. foreach(OrderedSegment const &oseg, subspace.segments()) { if(oseg.segment->hasHEdge()) { // There is now one more half-edge. numSegments += 1; } } } /* * Finalize the built geometry by adding a twin half-edge for any * which don't yet have one. */ foreach(ConvexSubspace const &convexSet, convexSubspaces) foreach(OrderedSegment const &oseg, convexSet.segments()) { LineSegmentSide *seg = oseg.segment; if(seg->hasHEdge() && !seg->back().hasHEdge()) { HEdge *hedge = &seg->hedge(); DENG_ASSERT(!hedge->hasTwin()); // Allocate the twin from the same mesh. hedge->setTwin(hedge->mesh().newHEdge(seg->back().from())); hedge->twin().setTwin(hedge); } } } void clearBspElement(BspTreeNode &tree) { LOG_AS("Partitioner::clearBspElement"); MapElement *elm = tree.userData(); if(!elm) return; if(rootNode) // Built Ok. { LOG_DEBUG("Clearing unclaimed %s %p") << (tree.isLeaf()? "leaf" : "node") << elm; } if(tree.isLeaf()) { DENG2_ASSERT(elm->type() == DMU_BSPLEAF); // There is now one less BspLeaf. numLeafs -= 1; } else { DENG2_ASSERT(elm->type() == DMU_BSPNODE); // There is now one less BspNode. numNodes -= 1; } delete elm; tree.setUserData(0); BspElementMap::iterator found = treeNodeMap.find(elm); DENG2_ASSERT(found != treeNodeMap.end()); treeNodeMap.erase(found); } void clearAllBspElements() { foreach(BspTreeNode *node, treeNodeMap) { clearBspElement(*node); } } BspTreeNode *treeNodeForBspElement(MapElement *ob) { LOG_AS("Partitioner::treeNodeForBspElement"); int const elemType = ob->type(); if(elemType == DMU_BSPLEAF || elemType == DMU_BSPNODE) { BspElementMap::const_iterator found = treeNodeMap.find(ob); if(found == treeNodeMap.end()) return 0; return found.value(); } LOG_DEBUG("Attempted to locate using an unknown element %p (type: %d).") << ob << elemType; return 0; } /** * Allocate another Vertex. * * @param origin Origin of the vertex in the map coordinate space. * * @return Newly created Vertex. */ Vertex *newVertex(Vector2d const &origin) { Vertex *vtx = mesh->newVertex(origin); // There is now one more Vertex. numVertexes += 1; return vtx; } bool release(MapElement *elm) { switch(elm->type()) { case DMU_BSPLEAF: case DMU_BSPNODE: { BspTreeNode *treeNode = treeNodeForBspElement(elm); if(treeNode) { BspElementMap::iterator found = treeNodeMap.find(elm); DENG2_ASSERT(found != treeNodeMap.end()); treeNodeMap.erase(found); treeNode->setUserData(0); if(treeNode->isLeaf()) { // There is now one fewer BspLeaf. numLeafs -= 1; } else { // There is now one fewer BspNode. numNodes -= 1; } return true; } break; } default: break; } // This object is not owned by us. return false; } /** * Notify interested parties of an unclosed sector in the map. * * @param sector The problem sector. * @param nearPoint Coordinates near to where the problem was found. */ void notifyUnclosedSectorFound(Sector §or, Vector2d const &nearPoint) { DENG2_FOR_PUBLIC_AUDIENCE(UnclosedSectorFound, i) { i->unclosedSectorFound(sector, nearPoint); } } #ifdef DENG_DEBUG void printSuperBlockSegments(SuperBlock const &block) { foreach(LineSegmentSide const *seg, block.segments()) { LOG_DEBUG("Build: %s line segment %p sector: %d %s -> %s") << (seg->hasMapSide()? "map" : "part") << seg << (seg->hasSector()? seg->sector().indexInMap() : -1) << seg->from().origin().asText() << seg->to().origin().asText(); } } #endif }; Partitioner::Partitioner(int splitCostFactor) : d(new Instance(this, splitCostFactor)) {} void Partitioner::setSplitCostFactor(int newFactor) { if(d->splitCostFactor != newFactor) { d->splitCostFactor = newFactor; } } static AABox blockmapBounds(AABoxd const &mapBounds) { AABox mapBoundsi; mapBoundsi.minX = int( de::floor(mapBounds.minX) ); mapBoundsi.minY = int( de::floor(mapBounds.minY) ); mapBoundsi.maxX = int( de::ceil(mapBounds.maxX) ); mapBoundsi.maxY = int( de::ceil(mapBounds.maxY) ); AABox blockBounds; blockBounds.minX = mapBoundsi.minX - (mapBoundsi.minX & 0x7); blockBounds.minY = mapBoundsi.minY - (mapBoundsi.minY & 0x7); int bw = ((mapBoundsi.maxX - blockBounds.minX) / 128) + 1; int bh = ((mapBoundsi.maxY - blockBounds.minY) / 128) + 1; blockBounds.maxX = blockBounds.minX + 128 * M_CeilPow2(bw); blockBounds.maxY = blockBounds.minY + 128 * M_CeilPow2(bh); return blockBounds; } bool lineIndexLessThan(Line const *a, Line const *b) { return a->indexInMap() < b->indexInMap(); } /** * Algorithm (description courtesy of Raphael Quinet): * * 1. Create one Seg for each Side: pick each Line in turn. If it * has a "first" Side, then create a normal Seg. If it has a * "second" Side, then create a flipped Seg. * 2. Call CreateNodes with the current list of Segs. The list of Segs is * the only argument to CreateNodes. * 3. Save the Nodes, Segs and BspLeafs to disk. Start with the leaves of * the Nodes tree and continue up to the root (last Node). */ BspTreeNode *Partitioner::buildBsp(LineSet const &lines, Mesh &mesh) { d->clear(); // Copy the set of lines and sort by index to ensure deterministically // predictable output. d->lines = lines.toList(); qSort(d->lines.begin(), d->lines.end(), lineIndexLessThan); d->mesh = &mesh; // Initialize vertex info for the initial set of vertexes. d->edgeTipSets.reserve(d->lines.count() * 2); // Determine the bounds of the line geometry. AABoxd bounds; bool isFirst = true; foreach(Line *line, d->lines) { if(isFirst) { // The first line's bounds are used as is. V2d_CopyBox(bounds.arvec2, line->aaBox().arvec2); isFirst = false; } else { // Expand the bounding box. V2d_UniteBox(bounds.arvec2, line->aaBox().arvec2); } } SuperBlockmap rootBlock(blockmapBounds(bounds)); d->createInitialLineSegments(rootBlock); d->rootNode = d->divideSpace(rootBlock); // At this point we know that *something* useful was built. d->splitOverlappingLineSegments(); d->buildLeafGeometries(); return d->rootNode; } BspTreeNode *Partitioner::root() const { return d->rootNode; } int Partitioner::numNodes() { return d->numNodes; } int Partitioner::numLeafs() { return d->numLeafs; } int Partitioner::numSegments() { return d->numSegments; } int Partitioner::numVertexes() { return d->numVertexes; } void Partitioner::take(MapElement *mapElement) { if(!d->release(mapElement)) { LOG_AS("Partitioner::release"); LOG_DEBUG("Attempted to release an unknown/unowned %s %p") << DMU_Str(mapElement->type()) << mapElement; } } } // namespace de doomsday-1.14.5/doomsday/client/src/world/bsp/hplane.cpp0000664000175000017500000003001512350542240022453 0ustar jaakkojaakko/** @file hplane.cpp World map BSP builder half-plane. * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3) * @see http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/bsp/hplane.h" #include "Line" #include "Sector" #include "Vertex" #include "world/bsp/edgetip.h" #include "world/bsp/linesegment.h" #include "world/bsp/partitioner.h" #include #include #include // remove me #include // M_InverseAngle #include #include namespace de { namespace bsp { HPlane::Intercept::Intercept(ddouble distance, LineSegmentSide &lineSeg, int edge) : _before(0), _after(0), _distance(distance), _lineSeg(&lineSeg), _edge(edge) {} LineSegmentSide &HPlane::Intercept::lineSegment() const { return *_lineSeg; } int HPlane::Intercept::lineSegmentEdge() const { return _edge; } Sector *HPlane::Intercept::before() const { return _before? _before->sectorPtr() : 0; } Sector *HPlane::Intercept::after() const { return _after? _after->sectorPtr() : 0; } LineSegmentSide *HPlane::Intercept::beforeLineSegment() const { return _before; } LineSegmentSide *HPlane::Intercept::afterLineSegment() const { return _after; } #ifdef DENG_DEBUG void HPlane::Intercept::debugPrint() const { LOGDEV_MAP_MSG("Vertex #%i %s beforeSector: #%d afterSector: #%d %s") << vertex().indexInMap() << vertex().origin().asText() << (_before && _before->hasSector()? _before->sector().indexInArchive() : -1) << (_after && _after->hasSector()? _after->sector().indexInArchive() : -1); } #endif DENG2_PIMPL(HPlane) { Partition partition; ///< The partition line. coord_t length; ///< Direction vector length. coord_t angle; ///< Cartesian world angle. slopetype_t slopeType; ///< Logical world angle classification. coord_t perp; ///< Perpendicular scale factor. coord_t para; ///< Parallel scale factor. LineSegmentSide *lineSegment; ///< Source of the partition (if any, not owned). Intercepts intercepts; ///< Points along the half-plane. bool needSortIntercepts; ///< @c true= @var intercepts requires sorting. Instance(Public *i, Partition const &partition) : Base(i), partition(partition), length(partition.direction.length()), angle(M_DirectionToAngleXY(partition.direction.x, partition.direction.y)), slopeType(M_SlopeTypeXY(partition.direction.x, partition.direction.y)), perp(partition.origin.y * partition.direction.x - partition.origin.x * partition.direction.y), para(-partition.origin.x * partition.direction.x - partition.origin.y * partition.direction.y), lineSegment(0), needSortIntercepts(false) {} /** * Find an intercept by @a vertex. */ Intercept *interceptByVertex(Vertex const &vertex) { foreach(Intercept const &icpt, intercepts) { if(&icpt.vertex() == &vertex) return const_cast(&icpt); } return 0; } /** * Merges @a next into @a cur. */ static void mergeIntercepts(HPlane::Intercept &cur, HPlane::Intercept const &next) { /* LOG_AS("HPlane::mergeIntercepts"); cur.debugPrint(); next.debugPrint(); */ if(&cur.lineSegment().line() == &next.lineSegment().line()) return; if(cur.lineSegmentIsSelfReferencing() && !next.lineSegmentIsSelfReferencing()) { if(cur.before() && next.before()) cur._before = next._before; if(cur.after() && next.after()) cur._after = next._after; } if(!cur.before() && next.before()) cur._before = next._before; if(!cur.after() && next.after()) cur._after = next._after; /* LOG_TRACE("Result:"); cur.debugPrint(); */ } }; HPlane::HPlane(Partition const &partition) : d(new Instance(this, partition)) {} void HPlane::clearIntercepts() { d->intercepts.clear(); // An empty intercept list is logically sorted. d->needSortIntercepts = false; } void HPlane::configure(LineSegmentSide const &newBaseSeg) { // Only map line segments are suitable. DENG_ASSERT(newBaseSeg.hasMapSide()); LOG_AS("HPlane::configure"); // Clear the list of intersection points. clearIntercepts(); // Reconfigure the partition line. LineSide &mapSide = newBaseSeg.mapSide(); d->partition.direction = mapSide.to().origin() - mapSide.from().origin(); d->partition.origin = mapSide.from().origin(); d->lineSegment = const_cast(&newBaseSeg); d->length = d->partition.direction.length(); d->angle = M_DirectionToAngleXY(d->partition.direction.x, d->partition.direction.y); d->slopeType = M_SlopeTypeXY(d->partition.direction.x, d->partition.direction.y); d->perp = d->partition.origin.y * d->partition.direction.x - d->partition.origin.x * d->partition.direction.y; d->para = -d->partition.origin.x * d->partition.direction.x - d->partition.origin.y * d->partition.direction.y; //LOG_DEBUG("line segment %p %s") // << &newBaseSeg << d->partition.asText(); } /** * Determines whether a conceptual line oriented at @a vtx and "pointing" * at the specified world @a angle enters an "open" sector (which is to say * that said line does not enter void space and does not intercept with any * existing map or partition line segment in the plane, thus "closed"). * * @return The "open" sector at this angle; otherwise @c 0 (closed). */ static LineSegmentSide *lineSegAtAngle(EdgeTips const &tips, coord_t angle) { // Is there a tip exactly at this angle? if(tips.at(angle)) return 0; // Closed. // Find the first tip after (larger) than this angle. If present the side // we're interested in is the front. if(EdgeTip const *tip = tips.after(angle)) { return tip->hasFront()? &tip->front() : 0; } // The open sector must therefore be on the back of the tip with the largest // angle (if present). if(EdgeTip const *tip = tips.largest()) { return tip->hasBack()? &tip->back() : 0; } return 0; // No edge tips. } double HPlane::intersect(LineSegmentSide const &lineSeg, int edge) { Vertex &vertex = lineSeg.vertex(edge); coord_t pointV1[2] = { vertex.origin().x, vertex.origin().y }; coord_t directionV1[2] = { d->partition.direction.x, d->partition.direction.y }; return V2d_PointLineParaDistance(pointV1, directionV1, d->para, d->length); } HPlane::Intercept *HPlane::intercept(LineSegmentSide const &lineSeg, int edge, EdgeTips const &edgeTips) { bool selfRef = (lineSeg.hasMapSide() && lineSeg.mapLine().isSelfReferencing()); // Already present for this vertex? Intercept *icpt; if((icpt = d->interceptByVertex(lineSeg.vertex(edge)))) { // If the new intercept line is not self-referencing we'll replace it. if(!(icpt->lineSegmentIsSelfReferencing() && !selfRef)) { return icpt; } } else { d->intercepts.append( Intercept(intersect(lineSeg, edge), const_cast(lineSeg), edge)); icpt = &d->intercepts.last(); // The addition of a new intercept means we'll need to resort. d->needSortIntercepts = true; } icpt->_lineSeg = const_cast(&lineSeg); icpt->_edge = edge; icpt->_before = lineSegAtAngle(edgeTips, inverseAngle()); icpt->_after = lineSegAtAngle(edgeTips, angle()); return icpt; } void HPlane::sortAndMergeIntercepts() { // Any work to do? if(!d->needSortIntercepts) return; qSort(d->intercepts.begin(), d->intercepts.end()); for(int i = 0; i < d->intercepts.count() - 1; ++i) { Intercept &cur = d->intercepts[i]; Intercept &next = d->intercepts[i+1]; // Sanity check. ddouble distance = next.distance() - cur.distance(); if(distance < -0.1) { throw Error("HPlane::sortAndMergeIntercepts", String("Invalid intercept order - %1 > %2") .arg(cur.distance(), 0, 'f', 3) .arg(next.distance(), 0, 'f', 3)); } // Are we merging this pair? if(distance <= HPLANE_INTERCEPT_MERGE_DISTANCE_EPSILON) { // Yes - merge the "next" intercept into "cur". d->mergeIntercepts(cur, next); // Destroy the "next" intercept. d->intercepts.removeAt(i+1); // Process the new "cur" and "next" pairing. i -= 1; } } d->needSortIntercepts = false; } Partition const &HPlane::partition() const { return d->partition; } coord_t HPlane::angle() const { return d->angle; } coord_t HPlane::inverseAngle() const { return M_InverseAngle(angle()); } slopetype_t HPlane::slopeType() const { return d->slopeType; } LineSegmentSide *HPlane::lineSegment() const { return d->lineSegment; } void HPlane::distance(LineSegmentSide const &lineSeg, coord_t *fromDist, coord_t *toDist) const { // Any work to do? if(!fromDist && !toDist) return; /// @attention Ensure line segments produced from the partition's source /// line are always treated as collinear. This special case is only /// necessary due to precision inaccuracies when a line is split into /// multiple segments. if(d->lineSegment != 0 && &d->lineSegment->mapSide().line() == lineSeg.partitionMapLine()) { if(fromDist) *fromDist = 0; if(toDist) *toDist = 0; return; } coord_t toSegDirectionV1[2] = { d->partition.direction.x, d->partition.direction.y } ; if(fromDist) { coord_t fromV1[2] = { lineSeg.from().origin().x, lineSeg.from().origin().y }; *fromDist = V2d_PointLinePerpDistance(fromV1, toSegDirectionV1, d->perp, d->length); } if(toDist) { coord_t toV1[2] = { lineSeg.to().origin().x, lineSeg.to().origin().y }; *toDist = V2d_PointLinePerpDistance(toV1, toSegDirectionV1, d->perp, d->length); } } LineRelationship HPlane::relationship(LineSegmentSide const &lineSeg, coord_t *retFromDist, coord_t *retToDist) const { coord_t fromDist, toDist; distance(lineSeg, &fromDist, &toDist); LineRelationship rel = lineRelationship(fromDist, toDist); if(retFromDist) *retFromDist = fromDist; if(retToDist) *retToDist = toDist; return rel; } HPlane::Intercepts const &HPlane::intercepts() const { return d->intercepts; } #ifdef DENG_DEBUG void HPlane::printIntercepts() const { uint index = 0; foreach(Intercept const &icpt, d->intercepts) { LOG_DEBUG(" %u: >%1.2f") << (index++) << icpt.distance(); icpt.debugPrint(); } } #endif } // namespace bsp } // namespace de doomsday-1.14.5/doomsday/client/src/world/bsp/superblockmap.cpp0000664000175000017500000002505712350542240024065 0ustar jaakkojaakko/** @file world/bsp/superblockmap.cpp BSP Builder Super Blockmap. * * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "world/bsp/linesegment.h" #include "world/bsp/superblockmap.h" using namespace de; using namespace de::bsp; struct SuperBlock::Instance { /// Owning SuperBlockmap. SuperBlockmap &bmap; /// KdTree node in the owning SuperBlockmap. KdTreeNode *tree; /// Line segments (completely?) contained by the block. SuperBlock::Segments segments; /// Running totals of the number of line segments in this and all child /// blocks. int mapNum; int partNum; Instance(SuperBlockmap &blockmap) : bmap(blockmap), tree(0), mapNum(0), partNum(0) {} ~Instance() { KdTreeNode_Delete(tree); } inline void linkSegment(LineSegmentSide &seg) { segments.prepend(&seg); } inline void incrementSegmentCount(LineSegmentSide const &seg) { if(seg.hasMapSide()) mapNum++; else partNum++; } inline void decrementSegmentCount(LineSegmentSide const &seg) { if(seg.hasMapSide()) mapNum--; else partNum--; } }; SuperBlock::SuperBlock(SuperBlockmap &blockmap) : d(new Instance(blockmap)) {} SuperBlock::SuperBlock(SuperBlock& parent, ChildId childId, bool splitVertical) : d(new Instance(parent.blockmap())) { d->tree = KdTreeNode_AddChild(parent.d->tree, 0.5, int(splitVertical), childId==Left, this); } SuperBlock::~SuperBlock() { clear(); delete d; } SuperBlock &SuperBlock::clear() { if(d->tree) { // Recursively handle sub-blocks. KdTreeNode *child; for(uint num = 0; num < 2; ++num) { child = KdTreeNode_Child(d->tree, num); if(!child) continue; SuperBlock *blockPtr = static_cast(KdTreeNode_UserData(child)); if(blockPtr) delete blockPtr; } } return *this; } SuperBlockmap &SuperBlock::blockmap() const { return d->bmap; } AABox const &SuperBlock::bounds() const { return *KdTreeNode_Bounds(d->tree); } SuperBlock *SuperBlock::parent() const { KdTreeNode *pNode = KdTreeNode_Parent(d->tree); if(!pNode) return 0; return static_cast(KdTreeNode_UserData(pNode)); } SuperBlock *SuperBlock::child(ChildId childId) const { KdTreeNode *subtree = KdTreeNode_Child(d->tree, childId == Left); if(!subtree) return 0; return static_cast(KdTreeNode_UserData(subtree)); } SuperBlock *SuperBlock::addChild(ChildId childId, bool splitVertical) { return new SuperBlock(*this, childId, splitVertical); } SuperBlock::Segments SuperBlock::collateAllSegments() { Segments segments; #ifdef DENG2_QT_4_7_OR_NEWER segments.reserve(totalSegmentCount()); #endif // Iterative pre-order traversal of SuperBlock. SuperBlock *cur = this; SuperBlock *prev = 0; while(cur) { while(cur) { LineSegmentSide *seg; while((seg = cur->pop())) { segments << seg; } if(prev == cur->parent()) { // Descending - right first, then left. prev = cur; if(cur->right()) cur = cur->right(); else cur = cur->left(); } else if(prev == cur->right()) { // Last moved up the right branch - descend the left. prev = cur; cur = cur->left(); } else if(prev == cur->left()) { // Last moved up the left branch - continue upward. prev = cur; cur = cur->parent(); } } if(prev) { // No left child - back up. cur = prev->parent(); } } return segments; } SuperBlock::Segments const &SuperBlock::segments() const { return d->segments; } int SuperBlock::segmentCount(bool addMap, bool addPart) const { int total = 0; if(addMap) total += d->mapNum; if(addPart) total += d->partNum; return total; } /// @todo Optimize: Cache this result. AABoxd SuperBlock::findSegmentBounds() { AABoxd bounds; bool initialized = false; foreach(LineSegmentSide *seg, d->segments) { AABoxd segBounds = seg->aaBox(); if(initialized) { V2d_UniteBox(bounds.arvec2, segBounds.arvec2); } else { V2d_CopyBox(bounds.arvec2, segBounds.arvec2); initialized = true; } } return bounds; } SuperBlock &SuperBlock::push(LineSegmentSide &seg) { SuperBlock *sb = this; forever { // Update line segment counts. sb->d->incrementSegmentCount(seg); if(sb->isLeaf()) { // No further subdivision possible. sb->d->linkSegment(seg); break; } ChildId p1, p2; bool splitVertical; if(sb->bounds().maxX - sb->bounds().minX >= sb->bounds().maxY - sb->bounds().minY) { // Wider than tall. int midPoint = (sb->bounds().minX + sb->bounds().maxX) / 2; p1 = seg.from().origin().x >= midPoint? Left : Right; p2 = seg.to().origin().x >= midPoint? Left : Right; splitVertical = false; } else { // Taller than wide. int midPoint = (sb->bounds().minY + sb->bounds().maxY) / 2; p1 = seg.from().origin().y >= midPoint? Left : Right; p2 = seg.to().origin().y >= midPoint? Left : Right; splitVertical = true; } if(p1 != p2) { // Line crosses midpoint; link it in and return. sb->d->linkSegment(seg); break; } // The segments lies in one half of this block. Create the sub-block // if it doesn't already exist, and loop back to add the seg. if(!sb->child(p1)) { sb->addChild(p1, splitVertical); } sb = sb->child(p1); } return *sb; } LineSegmentSide *SuperBlock::pop() { if(d->segments.isEmpty()) return 0; LineSegmentSide *seg = d->segments.takeFirst(); // Update line segment counts. d->decrementSegmentCount(*seg); return seg; } int SuperBlock::traverse(int (*callback)(SuperBlock *, void *), void *parameters) { if(!callback) return false; // Continue iteration. int result = callback(this, parameters); if(result) return result; if(d->tree) { // Recursively handle subtrees. for(uint num = 0; num < 2; ++num) { KdTreeNode *node = KdTreeNode_Child(d->tree, num); if(!node) continue; SuperBlock *child = static_cast(KdTreeNode_UserData(node)); if(!child) continue; result = child->traverse(callback, parameters); if(result) return result; } } return false; // Continue iteration. } DENG2_PIMPL(SuperBlockmap) { /// The KdTree of SuperBlocks. KdTree *kdTree; Instance(Public *i, AABox const &bounds) : Base(i), kdTree(KdTree_New(&bounds)) { // Attach the root node. SuperBlock *block = new SuperBlock(self); block->d->tree = KdTreeNode_SetUserData(KdTree_Root(kdTree), block); } ~Instance() { self.clear(); KdTree_Delete(kdTree); } }; SuperBlockmap::SuperBlockmap(AABox const &bounds) : d(new Instance(this, bounds)) {} SuperBlock &SuperBlockmap::root() { return *static_cast(KdTreeNode_UserData(KdTree_Root(d->kdTree))); } void SuperBlockmap::clear() { root().clear(); } static void findSegmentBoundsWorker(SuperBlock &block, AABoxd &bounds, bool *initialized) { DENG2_ASSERT(initialized); if(block.segmentCount(true, true)) { AABoxd blockSegmentBounds = block.findSegmentBounds(); if(*initialized) { V2d_AddToBox(bounds.arvec2, blockSegmentBounds.min); } else { V2d_InitBox(bounds.arvec2, blockSegmentBounds.min); *initialized = true; } V2d_AddToBox(bounds.arvec2, blockSegmentBounds.max); } } AABoxd SuperBlockmap::findSegmentBounds() { bool initialized = false; AABoxd bounds; // Iterative pre-order traversal of SuperBlock. SuperBlock *cur = &root(); SuperBlock *prev = 0; while(cur) { while(cur) { findSegmentBoundsWorker(*cur, bounds, &initialized); if(prev == cur->parent()) { // Descending - right first, then left. prev = cur; if(cur->right()) cur = cur->right(); else cur = cur->left(); } else if(prev == cur->right()) { // Last moved up the right branch - descend the left. prev = cur; cur = cur->left(); } else if(prev == cur->left()) { // Last moved up the left branch - continue upward. prev = cur; cur = cur->parent(); } } if(prev) { // No left child - back up. cur = prev->parent(); } } if(!initialized) { bounds.clear(); } return bounds; } doomsday-1.14.5/doomsday/client/src/world/reject.cpp0000664000175000017500000000724512350542240021705 0ustar jaakkojaakko/** @file reject.h World map sector LOS reject LUT building. * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * Based on glBSP 2.24 (in turn, based on BSP 2.3). * @see http://sourceforge.net/projects/glbsp/ * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if 0 // Needs updating. #include #include "de_base.h" #include "world/map.h" using namespace de; void BuildRejectForMap(Map const &map) { int *secGroups = M_Malloc(sizeof(int) * map.sectorCount()); int group = 0; for(uint i = 0; i < map.sectorCount(); ++i) { Sector §or = map.sectors[i]; secGroups[i] = group++; sector.rejNext = sector.rejPrev = §or; } for(uint i = 0; i < map.lineCount(); ++i) { Line *line = &map.lines[i]; if(!line->hasFrontSector() || !line->hasBackSector()) continue; Sector *sec1 = line->frontSectorPtr(); Sector *sec2 = line->backSectorPtr(); if(!sec1 || !sec2 || sec1 == sec2) continue; // Already in the same group? if(secGroups[sec1->index] == secGroups[sec2->index]) continue; // Swap sectors so that the smallest group is added to the biggest // group. This is based on the assumption that sector numbers in // wads will generally increase over the set of lines, and so // (by swapping) we'll tend to add small groups into larger // groups, thereby minimising the updates to 'rej_group' fields // that is required when merging. Sector *p = 0; if(secGroups[sec1->index] > secGroups[sec2->index]) { p = sec1; sec1 = sec2; sec2 = p; } // Update the group numbers in the second group secGroups[sec2->index] = secGroups[sec1->index]; for(p = sec2->rejNext; p != sec2; p = p->rejNext) { secGroups[p->index] = secGroups[sec1->index]; } // Merge 'em baby... sec1->rejNext->rejPrev = sec2; sec2->rejNext->rejPrev = sec1; p = sec1->rejNext; sec1->rejNext = sec2->rejNext; sec2->rejNext = p; } size_t rejectSize = (map.sectorCount() * map.sectorCount() + 7) / 8; byte *matrix = Z_Calloc(rejectSize, PU_MAPSTATIC, 0); for(int view = 0; view < map.sectorCount(); ++view) for(int target = 0; target < view; ++target) { if(secGroups[view] == secGroups[target]) continue; // For symmetry, do two bits at a time. int p1 = view * map.sectorCount() + target; int p2 = target * map.sectorCount() + view; matrix[p1 >> 3] |= (1 << (p1 & 7)); matrix[p2 >> 3] |= (1 << (p2 & 7)); } M_Free(secGroups); return matrix; } #endif doomsday-1.14.5/doomsday/client/src/world/worldsystem.cpp0000664000175000017500000006727212350542240023033 0ustar jaakkojaakko/** @file worldsystem.cpp World subsystem. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/worldsystem.h" #include "de_defs.h" #include "de_play.h" #include "de_filesys.h" #include "con_main.h" #include "con_bar.h" #include "audio/s_main.h" #include "edit_map.h" #include "network/net_main.h" #include "BspLeaf" #include "Plane" #include "Sector" #include "SectorCluster" #ifdef __CLIENT__ # include "clientapp.h" # include "client/cl_def.h" # include "client/cl_frame.h" # include "client/cl_player.h" # include "edit_bias.h" # include "Hand" # include "HueCircle" # include "Lumobj" # include "render/viewports.h" // R_ResetViewer # include "render/projector.h" # include "render/rend_fakeradio.h" # include "render/rend_main.h" # include "render/sky.h" # include "render/vlight.h" #endif #ifdef __SERVER__ # include "server/sv_pool.h" #endif #include "world/thinkers.h" #include #include #include #include #include #include #include #include using namespace de; int validCount = 1; // Increment every time a check is made. #ifdef __CLIENT__ static float handDistance = 300; //cvar #endif /** * Observes the progress of a map conversion and records any issues/problems that * are encountered in the process. When asked, compiles a human-readable report * intended to assist mod authors in debugging their maps. * * @todo Consolidate with the missing material reporting done elsewhere -ds */ class MapConversionReporter : DENG2_OBSERVES(Map, UnclosedSectorFound) , DENG2_OBSERVES(Map, OneWayWindowFound) , DENG2_OBSERVES(Map, Deletion) { /// Record "unclosed sectors". /// Sector index => world point relatively near to the problem area. typedef std::map UnclosedSectorMap; /// Record "one-way window lines". /// Line index => Sector index the back side faces. typedef std::map OneWayWindowMap; /// Maximum number of warnings to output (of each type) about any problems /// encountered during the build process. static int const maxWarningsPerType; public: /** * Construct a new conversion reporter. * @param map */ MapConversionReporter(Map *map = 0) : _map(0) { setMap(map); } ~MapConversionReporter() { observeMap(false); } /** * Change the map to be reported on. Note that any existing report data is * retained until explicitly cleared. */ void setMap(Map *newMap) { if(_map != newMap) { observeMap(false); _map = newMap; observeMap(true); } } /// @see setMap(), clearReport() inline void setMapAndClearReport(Map *newMap) { setMap(newMap); clearReport(); } /// Same as @code setMap(0); @endcode inline void clearMap() { setMap(0); } /** * Clear any existing conversion report data. */ void clearReport() { _unclosedSectors.clear(); _oneWayWindows.clear(); } /** * Compile and output any existing report data to the message log. */ void writeLog() { if(int numToLog = maxWarnings(unclosedSectorCount())) { String str; UnclosedSectorMap::const_iterator it = _unclosedSectors.begin(); for(int i = 0; i < numToLog; ++i, ++it) { if(i != 0) str += "\n"; str += String("Sector #%1 is unclosed near %2") .arg(it->first).arg(it->second.asText()); } if(numToLog < unclosedSectorCount()) str += String("\n(%1 more like this)").arg(unclosedSectorCount() - numToLog); LOG_MAP_WARNING("%s") << str; } if(int numToLog = maxWarnings(oneWayWindowCount())) { String str; OneWayWindowMap::const_iterator it = _oneWayWindows.begin(); for(int i = 0; i < numToLog; ++i, ++it) { if(i != 0) str += "\n"; str += String("Line #%1 seems to be a One-Way Window (back faces sector #%2).") .arg(it->first).arg(it->second); } if(numToLog < oneWayWindowCount()) str += String("\n(%1 more like this)").arg(oneWayWindowCount() - numToLog); LOG_MAP_VERBOSE("%s") << str; } } protected: /// Observes Map UnclosedSectorFound. void unclosedSectorFound(Sector §or, Vector2d const &nearPoint) { _unclosedSectors.insert(std::make_pair(sector.indexInArchive(), nearPoint.toVector2i())); } /// Observes Map OneWayWindowFound. void oneWayWindowFound(Line &line, Sector &backFacingSector) { _oneWayWindows.insert(std::make_pair(line.indexInArchive(), backFacingSector.indexInArchive())); } /// Observes Map Deletion. void mapBeingDeleted(Map const &map) { DENG2_ASSERT(&map == _map); // sanity check. DENG2_UNUSED(map); _map = 0; } private: inline int unclosedSectorCount() const { return int( _unclosedSectors.size() ); } inline int oneWayWindowCount() const { return int( _oneWayWindows.size() ); } static inline int maxWarnings(int issueCount) { #ifdef DENG_DEBUG return issueCount; // No limit. #else return de::min(issueCount, maxWarningsPerType); #endif } void observeMap(bool yes) { if(!_map) return; if(yes) { _map->audienceForDeletion += this; _map->audienceForOneWayWindowFound += this; _map->audienceForUnclosedSectorFound += this; } else { _map->audienceForDeletion -= this; _map->audienceForOneWayWindowFound -= this; _map->audienceForUnclosedSectorFound -= this; } } Map *_map; ///< Map currently being reported on, if any (not owned). UnclosedSectorMap _unclosedSectors; OneWayWindowMap _oneWayWindows; }; int const MapConversionReporter::maxWarningsPerType = 10; dd_bool ddMapSetup; // Should we be caching successfully loaded maps? //static byte mapCache = true; // cvar static char const *mapCacheDir = "mapcache/"; static inline lumpnum_t markerLumpNumForPath(String path) { return App_FileSystem().lumpNumForName(path); } static String composeUniqueMapId(de::File1 &markerLump) { return String("%1|%2|%3|%4") .arg(markerLump.name().fileNameWithoutExtension()) .arg(markerLump.container().name().fileNameWithoutExtension()) .arg(markerLump.container().hasCustom()? "pwad" : "iwad") .arg(App_CurrentGame().identityKey()) .toLower(); } /// Determine the identity key for maps loaded from the specified @a sourcePath. static String cacheIdForMap(String const &sourcePath) { DENG2_ASSERT(!sourcePath.isEmpty()); ushort id = 0; for(int i = 0; i < sourcePath.size(); ++i) { id ^= sourcePath.at(i).unicode() << ((i * 3) % 11); } return String("%1").arg(id, 4, 16); } namespace de { DENG2_PIMPL(WorldSystem) { /** * Information about a map in the cache. */ struct MapCacheRecord { Uri mapUri; ///< Unique identifier for the map. //String path; ///< Path to the cached map data. //bool dataAvailable; //bool lastLoadAttemptFailed; }; typedef QMap MapRecords; MapRecords records; Map *map; ///< Current map. timespan_t time; ///< World-wide time. #ifdef __CLIENT__ QScopedPointer hand; ///< For map editing/manipulation. #endif Instance(Public *i) : Base(i) , map(0) , time(0) {} void notifyMapChange() { DENG2_FOR_PUBLIC_AUDIENCE(MapChange, i) { i->worldSystemMapChanged(); } } /** * Compose the relative path (relative to the runtime directory) to the * directory of the cache where maps from this source (e.g., the add-on * which contains the map) will reside. * * @param sourcePath Path to the primary resource file (the source) for * the original map data. * * @return The composed path. */ static Path cachePath(String sourcePath) { if(sourcePath.isEmpty()) return String(); // Compose the final path. return mapCacheDir + App_CurrentGame().identityKey() / sourcePath.fileNameWithoutExtension() + '-' + cacheIdForMap(sourcePath); } /** * Try to locate a cache record for a map by URI. * * @param uri Map identifier. * * @return Pointer to the found MapCacheRecord; otherwise @c 0. */ MapCacheRecord *findCacheRecord(Uri const &uri) const { MapRecords::const_iterator found = records.find(uri.resolved()); if(found != records.end()) { return const_cast(&found.value()); } return 0; // Not found. } /** * Create a new MapCacheRecord for the map. If an existing record is found it * will be returned instead (becomes a no-op). * * @param uri Map identifier. * * @return Possibly newly-created MapCacheRecord. */ MapCacheRecord &createCacheRecord(Uri const &uri) { // Do we have an existing record for this? if(MapCacheRecord *record = findCacheRecord(uri)) return *record; // Prepare a new record. MapCacheRecord rec; rec.mapUri = uri; // Compose the cache directory path. /*lumpnum_t markerLumpNum = App_FileSystem().lumpNumForName(uri.path().toString().toLatin1().constData()); if(markerLumpNum >= 0) { File1 &lump = App_FileSystem().nameIndex().lump(markerLumpNum); String cacheDir = cachePath(lump.container().composePath()); rec.path = cacheDir + lump.name() + ".dcm"; }*/ return records.insert(uri.resolved(), rec).value(); } /** * Attempt JIT conversion of the map data with the help of a plugin. Note that * the map is left in an editable state in case the caller wishes to perform * any further changes. * * @param reporter Reporter which will observe the conversion process. * * @return The newly converted map (if any). */ Map *convertMap(Uri const &uri, MapConversionReporter *reporter = 0) { // Record this map if we haven't already. /*MapCacheRecord &record =*/ createCacheRecord(uri); // We require a map converter for this. if(!Plug_CheckForHook(HOOK_MAP_CONVERT)) return 0; //LOG_DEBUG("Attempting \"%s\"...") << uri; lumpnum_t markerLumpNum = markerLumpNumForPath(uri.path()); if(markerLumpNum < 0) return 0; // Initiate the conversion process. MPE_Begin(reinterpret_cast(&uri)); Map *newMap = MPE_Map(); if(reporter) { // Instruct the reporter to begin observing the conversion. reporter->setMap(newMap); } // Generate and attribute the old unique map id. File1 &markerLump = App_FileSystem().nameIndex().lump(markerLumpNum); String uniqueId = composeUniqueMapId(markerLump); QByteArray uniqueIdUtf8 = uniqueId.toUtf8(); newMap->setOldUniqueId(uniqueIdUtf8.constData()); // Ask each converter in turn whether the map format is recognizable // and if so to interpret and transfer it to us via the runtime map // editing interface. if(!DD_CallHooks(HOOK_MAP_CONVERT, 0, (void *) reinterpret_cast(&uri))) return 0; // A converter signalled success. // End the conversion process (if not already). MPE_End(); // Take ownership of the map. return MPE_TakeMap(); } #if 0 /** * Returns @c true iff data for the map is available in the cache. */ bool isCacheDataAvailable(MapCacheRecord &rec) { if(DAM_MapIsValid(Str_Text(&rec.path), markerLumpNum())) { rec.dataAvailable = true; } return rec.dataAvailable; } /** * Attempt to load data for the map from the cache. * * @see isCachedDataAvailable() * * @return @c true if loading completed successfully. */ Map *loadMapFromCache(Uri const &uri) { // Record this map if we haven't already. MapCacheRecord &rec = createCacheRecord(uri); Map *map = DAM_MapRead(Str_Text(&rec.path)); if(!map) /// Failed to load the map specified from the data cache. throw Error("loadMapFromCache", QString("Failed loading map \"%1\" from cache.").arg(uri.asText())); map->_uri = rec.mapUri; return map; } #endif /** * Attempt to load the associated map data. * * @return The loaded map if successful. Ownership given to the caller. */ Map *loadMap(Uri const &uri, MapConversionReporter *reporter = 0) { LOG_AS("WorldSystem::loadMap"); // Record this map if we haven't already. /*MapCacheRecord &rec =*/ createCacheRecord(uri); /*if(rec.lastLoadAttemptFailed && !forceRetry) return 0; // Load from cache? if(mapCache && rec.dataAvailable) { return loadMapFromCache(uri); }*/ // Try a JIT conversion with the help of a plugin. Map *map = convertMap(uri, reporter); if(!map) { LOG_WARNING("Failed conversion of \"%s\".") << uri; //rec.lastLoadAttemptFailed = true; } return map; } /** * Replace the current map with @a map. */ void makeCurrent(Map *newMap) { // This is now the current map (if any). map = newMap; if(!map) return; // We cannot make an editable map current. DENG2_ASSERT(!map->isEditable()); // Should we cache this map? /*MapCacheRecord &rec = createCacheRecord(map->uri()); if(mapCache && !rec.dataAvailable) { // Ensure the destination directory exists. F_MakePath(rec.cachePath.toUtf8().constData()); // Cache the map! DAM_MapWrite(map, rec.cachePath); }*/ #ifdef __CLIENT__ // Connect the map to world audiences: /// @todo The map should instead be notified when it is made current /// so that it may perform the connection itself. Such notification /// would also afford the map the opportunity to prepare various data /// which is only needed when made current (e.g., caches for render). self.audienceForFrameBegin += map; #endif // Print summary information about this map. LOG_MAP_NOTE(_E(b) "Current map elements:"); LOG_MAP_NOTE("%s") << map->elementSummaryAsStyledText(); // See what MapInfo says about this map. ded_mapinfo_t *mapInfo = Def_GetMapInfo(reinterpret_cast(&map->uri())); if(!mapInfo) { // Use the default def instead. Uri defaultMapUri(Path("*")); mapInfo = Def_GetMapInfo(reinterpret_cast(&defaultMapUri)); } if(mapInfo) { map->_globalGravity = mapInfo->gravity; map->_ambientLightLevel = mapInfo->ambient * 255; } else { // No map info found -- apply defaults. map->_globalGravity = 1.0f; map->_ambientLightLevel = 0; } map->_effectiveGravity = map->_globalGravity; #ifdef __CLIENT__ // Reconfigure the sky. ded_sky_t *skyDef = 0; if(mapInfo) { skyDef = Def_GetSky(mapInfo->skyID); if(!skyDef) skyDef = &mapInfo->sky; } theSky->configure(skyDef); #endif // Init the thinker lists (public and private). map->thinkers().initLists(0x1 | 0x2); // Must be called before we go any further. P_InitUnusedMobjList(); // Must be called before any mobjs are spawned. map->initNodePiles(); #ifdef __CLIENT__ // Prepare the client-side data. Cl_ResetFrame(); Cl_InitPlayers(); // Player data, too. /// @todo Defer initial generator spawn until after finalization. map->initGenerators(); #endif // The game may need to perform it's own finalization now that the // "current" map has changed. if(gx.FinalizeMapChange) { gx.FinalizeMapChange(reinterpret_cast(&map->uri())); } if(gameTime > 20000000 / TICSPERSEC) { // In very long-running games, gameTime will become so large that // it cannot be accurately converted to 35 Hz integer tics. Thus it // needs to be reset back to zero. gameTime = 0; } // Init player values. for(uint i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; ddplayer_t &ddpl = ddPlayers[i].shared; plr->extraLight = plr->targetExtraLight = 0; plr->extraLightCounter = 0; // Determine the "invoid" status. ddpl.inVoid = true; if(mobj_t *mo = ddpl.mo) { if(SectorCluster *cluster = Mobj_ClusterPtr(*mo)) { #ifdef __CLIENT__ if(mo->origin[VZ] >= cluster->visFloor().heightSmoothed() && mo->origin[VZ] < cluster->visCeiling().heightSmoothed() - 4) #else if(mo->origin[VZ] >= cluster->floor().height() && mo->origin[VZ] < cluster->ceiling().height() - 4) #endif { ddpl.inVoid = false; } } } } #ifdef __CLIENT__ /// @todo Refactor away: foreach(Sector *sector, map->sectors()) foreach(LineSide *side, sector->sides()) { side->fixMissingMaterials(); } #endif map->initPolyobjs(); S_SetupForChangedMap(); #ifdef __SERVER__ if(isServer) { // Init server data. Sv_InitPools(); } #endif #ifdef __CLIENT__ map->initLightGrid(); map->initSkyFix(); map->buildMaterialLists(); map->spawnPlaneParticleGens(); // Precaching from 100 to 200. Con_SetProgress(100); Time begunPrecacheAt; App_ResourceSystem().cacheForCurrentMap(); App_ResourceSystem().processCacheQueue(); LOG_RES_VERBOSE("Precaching completed in %.2f seconds") << begunPrecacheAt.since(); ClientApp::renderSystem().clearDrawLists(); R_InitRendPolyPools(); Rend_UpdateLightModMatrix(); Rend_RadioInitForMap(*map); map->initContactBlockmaps(); R_InitContactLists(*map); Rend_ProjectorInitForMap(*map); VL_InitForMap(*map); // Converted vlights (from lumobjs). map->initBias(); // Shadow bias sources and surfaces. // Restart all material animations. App_ResourceSystem().restartAllMaterialAnimations(); #endif /* * Post-change map setup has now been fully completed. */ // Run any commands specified in MapInfo. if(mapInfo && mapInfo->execute) { Con_Execute(CMDS_SCRIPT, mapInfo->execute, true, false); } // Run the special map setup command, which the user may alias to do // something useful. String cmd = "init-" + map->uri().resolved(); if(Con_IsValidCommand(cmd.toUtf8().constData())) { Con_Executef(CMDS_SCRIPT, false, "%s", cmd.toUtf8().constData()); } // Reset world time. time = 0; // Now that the setup is done, let's reset the timer so that it will // appear that no time has passed during the setup. DD_ResetTimer(); #ifdef __CLIENT__ // Make sure that the next frame doesn't use a filtered viewer. R_ResetViewer(); // Clear any input events that might have accumulated during setup. DD_ClearEvents(); // Inform the timing system to suspend the starting of the clock. firstFrameAfterLoad = true; #endif Z_PrintStatus(); // Inform interested parties that the "current" map has changed. notifyMapChange(); } /// @todo Split this into subtasks (load, make current, cache assets). bool changeMap(de::Uri const &uri) { #ifdef __CLIENT__ if(map) { // Remove the current map from our audiences. /// @todo Map should handle this. self.audienceForFrameBegin -= map; } #endif // As the memory zone does not provide the mechanisms to prepare another // map in parallel we must free the current map first. /// @todo The memory zone would still be useful if the purge and tagging /// mechanisms allowed more fine grained control. It is no longer useful /// for allocating memory used elsewhere so it should be repurposed for /// this usage specifically. #ifdef __CLIENT__ R_DestroyContactLists(); #endif delete map; map = 0; Z_FreeTags(PU_MAP, PU_PURGELEVEL - 1); // Are we just unloading the current map? if(uri.isEmpty()) return true; LOG_MSG("Loading map \"%s\"...") << uri; // A new map is about to be set up. ddMapSetup = true; // Attempt to load in the new map. MapConversionReporter reporter; Map *newMap = loadMap(uri, &reporter); if(newMap) { // The map may still be in an editable state -- switch to playable. bool mapIsPlayable = newMap->endEditing(); // Cancel further reports about the map. reporter.setMap(0); if(!mapIsPlayable) { // Darn. Discard the useless data. delete newMap; newMap = 0; } } // This becomes the new current map. makeCurrent(newMap); // We've finished setting up the map. ddMapSetup = false; // Output a human-readable report of any issues encountered during conversion. reporter.writeLog(); return map != 0; } struct changemapworker_params_t { Instance *inst; de::Uri const *uri; }; static int changeMapWorker(void *context) { changemapworker_params_t &p = *static_cast(context); int result = p.inst->changeMap(*p.uri); BusyMode_WorkerEnd(); return result; } #ifdef __CLIENT__ void updateHandOrigin() { DENG2_ASSERT(hand != 0 && map != 0); viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); hand->setOrigin(viewData->current.origin + viewData->frontVec.xzy() * handDistance); } #endif }; WorldSystem::WorldSystem() : d(new Instance(this)) {} void WorldSystem::timeChanged(Clock const &) { // Nothing to do. } bool WorldSystem::hasMap() const { return d->map != 0; } Map &WorldSystem::map() const { if(d->map) { return *d->map; } /// @throw MapError Attempted with no map loaded. throw MapError("WorldSystem::map", "No map is currently loaded"); } bool WorldSystem::changeMap(de::Uri const &uri) { // Switch to busy mode (if we haven't already) except when simply unloading. if(!uri.isEmpty() && !BusyMode_Active()) { Instance::changemapworker_params_t parm; parm.inst = d; parm.uri = &uri; BusyTask task; zap(task); /// @todo Use progress bar mode and update progress during the setup. task.mode = BUSYF_ACTIVITY | /*BUSYF_PROGRESS_BAR |*/ BUSYF_TRANSITION | (verbose? BUSYF_CONSOLE_OUTPUT : 0); task.name = "Loading map..."; task.worker = Instance::changeMapWorker; task.workerData = &parm; return CPP_BOOL(BusyMode_RunTask(&task)); } else { return d->changeMap(uri); } } void WorldSystem::reset() { for(int i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; ddplayer_t *ddpl = &plr->shared; // Mobjs go down with the map. ddpl->mo = 0; // States have changed, the state pointers are unknown. ddpl->pSprites[0].statePtr = ddpl->pSprites[1].statePtr = 0; //ddpl->inGame = false; ddpl->flags &= ~DDPF_CAMERA; ddpl->fixedColorMap = 0; ddpl->extraLight = 0; } #ifdef __CLIENT__ if(isClient) { Cl_ResetFrame(); Cl_InitPlayers(); } #endif // If a map is currently loaded -- unload it. unloadMap(); } void WorldSystem::update() { // Reset the archived map cache (the available maps may have changed). d->records.clear(); for(int i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; ddplayer_t *ddpl = &plr->shared; // States have changed, the state pointers are unknown. ddpl->pSprites[0].statePtr = ddpl->pSprites[1].statePtr = 0; } // Update the current map too. if(d->map) { d->map->update(); } } void WorldSystem::advanceTime(timespan_t delta) { #ifdef __CLIENT__ if(clientPaused) return; #endif d->time += delta; } timespan_t WorldSystem::time() const { return d->time; } #ifdef __CLIENT__ Hand &WorldSystem::hand(coord_t *distance) const { // Time to create the hand? if(d->hand.isNull()) { d->hand.reset(new Hand()); audienceForFrameEnd += *d->hand; if(d->map) { d->updateHandOrigin(); } } if(distance) { *distance = handDistance; } return *d->hand; } void WorldSystem::beginFrame(bool resetNextViewer) { // Notify interested parties that a new frame has begun. DENG2_FOR_AUDIENCE(FrameBegin, i) i->worldSystemFrameBegins(resetNextViewer); } void WorldSystem::endFrame() { if(d->map && !d->hand.isNull()) { d->updateHandOrigin(); // If the HueCircle is active update the current edit color. if(HueCircle *hueCircle = SBE_HueCircle()) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); d->hand->setEditColor(hueCircle->colorAt(viewData->frontVec)); } } // Notify interested parties that the current frame has ended. DENG2_FOR_AUDIENCE(FrameEnd, i) i->worldSystemFrameEnds(); } #endif // __CLIENT__ void WorldSystem::consoleRegister() // static { //C_VAR_BYTE ("map-cache", &mapCache, 0, 0, 1); #ifdef __CLIENT__ C_VAR_FLOAT("edit-bias-grab-distance", &handDistance, 0, 10, 1000); #endif Map::consoleRegister(); } } // namespace de doomsday-1.14.5/doomsday/client/src/world/mapobject.cpp0000664000175000017500000000520012350542240022362 0ustar jaakkojaakko/** @file mapobject.cpp Base class for all map objects. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/mapobject.h" #include "world/map.h" using namespace de; DENG2_PIMPL_NOREF(MapObject) { Map *map; int indexInMap; Vector3d origin; ///< Position in map space. BspLeaf *bspLeaf; ///< BSP leaf at @ref origin in the map (not owned). Instance(Vector3d const &origin) : map(0) , indexInMap(NoIndex) , origin(origin) , bspLeaf(0) {} }; MapObject::MapObject(Vector3d const &origin) : d(new Instance(origin)) {} MapObject::~MapObject() {} Vector3d const &MapObject::origin() const { return d->origin; } void MapObject::setOrigin(Vector3d const &newOrigin) { if(d->origin != newOrigin) { // When moving on the XY plane; invalidate the BSP leaf. if(!de::fequal(d->origin.x, newOrigin.x) || !de::fequal(d->origin.y, newOrigin.y)) { d->bspLeaf = 0; } d->origin = newOrigin; } } void MapObject::move(Vector3d const &delta) { setOrigin(d->origin + delta); } BspLeaf &MapObject::bspLeafAtOrigin() const { if(!d->bspLeaf) { // Determine this now. d->bspLeaf = &map().bspLeafAt(origin()); } return *d->bspLeaf; } bool MapObject::hasMap() const { return d->map != 0; } Map &MapObject::map() const { if(d->map) { return *d->map; } /// @throw MissingMapError Attempted with no map attributed. throw MissingMapError("MapObject::map", "No map is attributed"); } void MapObject::setMap(Map *newMap) { d->map = newMap; } int MapObject::indexInMap() const { return d->indexInMap; } void MapObject::setIndexInMap(int newIndex) { d->indexInMap = newIndex; } doomsday-1.14.5/doomsday/client/src/world/bspleaf.cpp0000664000175000017500000004467012350542240022050 0ustar jaakkojaakko/** @file bspleaf.cpp World map BSP leaf. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/bspleaf.h" #include "Face" #ifdef __CLIENT__ # include "world/map.h" #endif #include "Polyobj" #include "Sector" #include "SectorCluster" #include "Surface" #ifdef __CLIENT__ # include "BiasDigest" # include "BiasIllum" # include "BiasSource" # include "BiasTracker" #endif #include #include #include using namespace de; /// Compute the area of a triangle defined by three 2D point vectors. ddouble triangleArea(Vector2d const &v1, Vector2d const &v2, Vector2d const &v3) { Vector2d a = v2 - v1; Vector2d b = v3 - v1; return (a.x * b.y - b.x * a.y) / 2; } #ifdef __CLIENT__ struct GeometryGroup { typedef QList BiasIllums; uint biasLastUpdateFrame; BiasIllums biasIllums; BiasTracker biasTracker; }; /// Geometry group identifier => group data. typedef QMap GeometryGroups; #endif DENG2_PIMPL(BspLeaf) { SectorCluster *cluster; ///< Attributed cluster (if any, not owned). Face *poly; ///< Convex polygon geometry (if any, not owned). Meshes extraMeshes; ///< Additional meshes (owned). Polyobjs polyobjs; ///< Linked polyobjs (if any, not owned). /// Offset to align the top left of materials in the built geometry to the /// map coordinate space grid. Vector2d worldGridOffset; #ifdef __CLIENT__ HEdge *fanBase; ///< Trifan base Half-edge (otherwise the center point is used). bool needUpdateFanBase; ///< @c true= need to rechoose a fan base half-edge. int addSpriteCount; ///< Frame number of last R_AddSprites. GeometryGroups geomGroups; Lumobjs lumobjs; ///< Linked lumobjs (not owned). ShadowLines shadowLines; ///< Linked map lines for fake radio shadowing. AudioEnvironmentFactors reverb; ///< Cached characteristics. #endif // __CLIENT__ /// Used by legacy algorithms to prevent repeated processing. int validCount; Instance(Public *i) : Base(i) , cluster(0) , poly(0) #ifdef __CLIENT__ , fanBase(0) , needUpdateFanBase(true) , addSpriteCount(0) #endif , validCount(0) { #ifdef __CLIENT__ zap(reverb); #endif } ~Instance() { qDeleteAll(extraMeshes); } #ifdef __CLIENT__ /** * Determine the half-edge whose vertex is suitable for use as the center point * of a trifan primitive. * * Note that we do not want any overlapping or zero-area (degenerate) triangles. * * @par Algorithm * 
For each vertex
     *    For each triangle
     *        if area is not greater than minimum bound, move to next vertex
     *    Vertex is suitable
     *
* * If a vertex exists which results in no zero-area triangles it is suitable for * use as the center of our trifan. If a suitable vertex is not found then the * center of BSP leaf should be selected instead (it will always be valid as * BSP leafs are convex). */ void chooseFanBase() { #define MIN_TRIANGLE_EPSILON (0.1) ///< Area HEdge *firstNode = poly->hedge(); fanBase = firstNode; if(poly->hedgeCount() > 3) { // Splines with higher vertex counts demand checking. Vertex const *base, *a, *b; // Search for a good base. do { HEdge *other = firstNode; base = &fanBase->vertex(); do { // Test this triangle? if(!(fanBase != firstNode && (other == fanBase || other == &fanBase->prev()))) { a = &other->vertex(); b = &other->next().vertex(); if(de::abs(triangleArea(base->origin(), a->origin(), b->origin())) <= MIN_TRIANGLE_EPSILON) { // No good. We'll move on to the next vertex. base = 0; } } // On to the next triangle. } while(base && (other = &other->next()) != firstNode); if(!base) { // No good. Select the next vertex and start over. fanBase = &fanBase->next(); } } while(!base && fanBase != firstNode); // Did we find something suitable? if(!base) // No. { fanBase = 0; } } //else Implicitly suitable (or completely degenerate...). needUpdateFanBase = false; #undef MIN_TRIANGLE_EPSILON } /** * Retrieve geometry data by it's associated unique @a group identifier. * * @param group Geometry group identifier. * @param canAlloc @c true= to allocate if no data exists. Note that the * number of vertices in the fan geometry must be known * at this time. */ GeometryGroup *geometryGroup(int group, bool canAlloc = true) { DENG2_ASSERT(cluster != 0); // sanity check DENG2_ASSERT(group >= 0 && group < cluster->sector().planeCount()); // sanity check GeometryGroups::iterator foundAt = geomGroups.find(group); if(foundAt != geomGroups.end()) { return &*foundAt; } if(!canAlloc) return 0; // Number of bias illumination points for this geometry. Presently we // define a 1:1 mapping to fan geometry vertices. int numBiasIllums = self.numFanVertices(); GeometryGroup &newGeomGroup = *geomGroups.insert(group, GeometryGroup()); newGeomGroup.biasIllums.reserve(numBiasIllums); for(int i = 0; i < numBiasIllums; ++i) { newGeomGroup.biasIllums.append(BiasIllum(&newGeomGroup.biasTracker)); } return &newGeomGroup; } /** * @todo This could be enhanced so that only the lights on the right * side of the surface are taken into consideration. */ void updateBiasContributors(GeometryGroup &geomGroup, int planeIndex) { // If the data is already up to date, nothing needs to be done. uint lastChangeFrame = self.map().biasLastChangeOnFrame(); if(geomGroup.biasLastUpdateFrame == lastChangeFrame) return; geomGroup.biasLastUpdateFrame = lastChangeFrame; geomGroup.biasTracker.clearContributors(); Plane const &plane = cluster->visPlane(planeIndex); Surface const &surface = plane.surface(); Vector3d surfacePoint(poly->center(), plane.heightSmoothed()); foreach(BiasSource *source, self.map().biasSources()) { // If the source is too weak we will ignore it completely. if(source->intensity() <= 0) continue; Vector3d sourceToSurface = (source->origin() - surfacePoint).normalize(); coord_t distance = 0; // Calculate minimum 2D distance to the BSP leaf. /// @todo This is probably too accurate an estimate. HEdge *baseNode = poly->hedge(); HEdge *node = baseNode; do { coord_t len = (Vector2d(source->origin()) - node->origin()).length(); if(node == baseNode || len < distance) distance = len; } while((node = &node->next()) != baseNode); if(sourceToSurface.dot(surface.normal()) < 0) continue; geomGroup.biasTracker.addContributor(source, source->evaluateIntensity() / de::max(distance, 1.0)); } } #endif // __CLIENT__ }; BspLeaf::BspLeaf(Sector *sector) : MapElement(DMU_BSPLEAF, sector) , d(new Instance(this)) {} bool BspLeaf::hasPoly() const { return d->poly != 0; } Face const &BspLeaf::poly() const { if(d->poly) { return *d->poly; } /// @throw MissingPolyError Attempted with no polygon assigned. throw MissingPolyError("BspLeaf::poly", "No polygon is assigned"); } void BspLeaf::setPoly(Face *newPoly) { if(d->poly == newPoly) return; if(newPoly && !newPoly->isConvex()) { /// @throw InvalidPolyError Attempted to attribute a non-convex polygon. throw InvalidPolyError("BspLeaf::setPoly", "Non-convex polygons cannot be assigned"); } d->poly = newPoly; if(newPoly) { // Attribute the new face geometry to "this" BSP leaf. newPoly->setMapElement(this); // Update the world grid offset. d->worldGridOffset = Vector2d(fmod(newPoly->aaBox().minX, 64), fmod(newPoly->aaBox().maxY, 64)); } else { d->worldGridOffset = Vector2d(0, 0); } } void BspLeaf::assignExtraMesh(Mesh &newMesh) { LOG_AS("BspLeaf"); int const sizeBefore = d->extraMeshes.size(); d->extraMeshes.insert(&newMesh); if(d->extraMeshes.size() != sizeBefore) { LOG_DEBUG("Assigned extra mesh to leaf %p") << this; // Attribute all faces to "this" BSP leaf. foreach(Face *face, newMesh.faces()) { face->setMapElement(this); } } } BspLeaf::Meshes const &BspLeaf::extraMeshes() const { return d->extraMeshes; } Vector2d const &BspLeaf::worldGridOffset() const { return d->worldGridOffset; } bool BspLeaf::hasCluster() const { return d->cluster != 0; } SectorCluster &BspLeaf::cluster() const { if(d->cluster) { return *d->cluster; } /// @throw MissingClusterError Attempted with no sector cluster attributed. throw MissingClusterError("BspLeaf::cluster", "No sector cluster is attributed"); } void BspLeaf::setCluster(SectorCluster *newCluster) { d->cluster = newCluster; } void BspLeaf::link(Polyobj const &polyobj) { d->polyobjs.insert(const_cast(&polyobj)); } bool BspLeaf::unlink(polyobj_s const &polyobj) { int sizeBefore = d->polyobjs.size(); d->polyobjs.remove(const_cast(&polyobj)); return d->polyobjs.size() != sizeBefore; } BspLeaf::Polyobjs const &BspLeaf::polyobjs() const { return d->polyobjs; } int BspLeaf::validCount() const { return d->validCount; } void BspLeaf::setValidCount(int newValidCount) { d->validCount = newValidCount; } bool BspLeaf::polyContains(Vector2d const &point) const { if(!hasPoly()) return false; // Obviously not. HEdge const *hedge = poly().hedge(); do { Vertex const &va = hedge->vertex(); Vertex const &vb = hedge->next().vertex(); if(((va.origin().y - point.y) * (vb.origin().x - va.origin().x) - (va.origin().x - point.x) * (vb.origin().y - va.origin().y)) < 0) { // Outside the BSP leaf's edges. return false; } } while((hedge = &hedge->next()) != poly().hedge()); return true; } #ifdef __CLIENT__ HEdge *BspLeaf::fanBase() const { if(d->needUpdateFanBase) { d->chooseFanBase(); } return d->fanBase; } int BspLeaf::numFanVertices() const { // Are we to use one of the half-edge vertexes as the fan base? if(!d->poly) return 0; return d->poly->hedgeCount() + (fanBase()? 0 : 2); } static void updateBiasForWallSectionsAfterGeometryMove(HEdge *hedge) { if(!hedge || !hedge->hasMapElement()) return; LineSideSegment &seg = hedge->mapElementAs(); seg.updateBiasAfterGeometryMove(LineSide::Middle); seg.updateBiasAfterGeometryMove(LineSide::Bottom); seg.updateBiasAfterGeometryMove(LineSide::Top); } void BspLeaf::updateBiasAfterGeometryMove(int group) { if(!hasPoly()) return; if(GeometryGroup *geomGroup = d->geometryGroup(group, false /*don't allocate*/)) { geomGroup->biasTracker.updateAllContributors(); } HEdge *base = poly().hedge(); HEdge *hedge = base; do { updateBiasForWallSectionsAfterGeometryMove(hedge); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { updateBiasForWallSectionsAfterGeometryMove(hedge); } } static void applyBiasDigestToWallSections(HEdge *hedge, BiasDigest &changes) { if(!hedge || !hedge->hasMapElement()) return; hedge->mapElementAs().applyBiasDigest(changes); } void BspLeaf::applyBiasDigest(BiasDigest &changes) { if(!hasPoly()) return; for(GeometryGroups::iterator it = d->geomGroups.begin(); it != d->geomGroups.end(); ++it) { it.value().biasTracker.applyChanges(changes); } HEdge *base = poly().hedge(); HEdge *hedge = base; do { applyBiasDigestToWallSections(hedge, changes); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { applyBiasDigestToWallSections(hedge, changes); } foreach(Polyobj *polyobj, d->polyobjs) foreach(HEdge *hedge, polyobj->mesh().hedges()) { applyBiasDigestToWallSections(hedge, changes); } } void BspLeaf::lightBiasPoly(int group, Vector3f const *posCoords, Vector4f *colorCoords) { DENG2_ASSERT(posCoords != 0 && colorCoords != 0); int const planeIndex = group; GeometryGroup *geomGroup = d->geometryGroup(planeIndex); // Should we update? if(devUpdateBiasContributors) { d->updateBiasContributors(*geomGroup, planeIndex); } Surface const &surface = cluster().visPlane(planeIndex).surface(); uint const biasTime = map().biasCurrentTime(); Vector3f const *posIt = posCoords; Vector4f *colorIt = colorCoords; for(int i = 0; i < geomGroup->biasIllums.count(); ++i, posIt++, colorIt++) { *colorIt += geomGroup->biasIllums[i].evaluate(*posIt, surface.normal(), biasTime); } // Any changes from contributors will have now been applied. geomGroup->biasTracker.markIllumUpdateCompleted(); } static void accumReverbForWallSections(HEdge const *hedge, float envSpaceAccum[NUM_AUDIO_ENVIRONMENTS], float &total) { // Edges with no map line segment implicitly have no surfaces. if(!hedge || !hedge->hasMapElement()) return; LineSideSegment const &seg = hedge->mapElementAs(); if(!seg.lineSide().hasSections() || !seg.lineSide().middle().hasMaterial()) return; Material &material = seg.lineSide().middle().material(); AudioEnvironmentId env = material.audioEnvironment(); if(!(env >= 0 && env < NUM_AUDIO_ENVIRONMENTS)) env = AE_WOOD; // Assume it's wood if unknown. total += seg.length(); envSpaceAccum[env] += seg.length(); } bool BspLeaf::updateReverb() { if(!hasCluster()) { d->reverb[SRD_SPACE] = d->reverb[SRD_VOLUME] = d->reverb[SRD_DECAY] = d->reverb[SRD_DAMPING] = 0; return false; } float envSpaceAccum[NUM_AUDIO_ENVIRONMENTS]; zap(envSpaceAccum); // Space is the rough volume of the BSP leaf (bounding box). AABoxd const &aaBox = d->poly->aaBox(); d->reverb[SRD_SPACE] = int(cluster().ceiling().height() - cluster().floor().height()) * (aaBox.maxX - aaBox.minX) * (aaBox.maxY - aaBox.minY); // The other reverb properties can be found out by taking a look at the // materials of all surfaces in the BSP leaf. float total = 0; HEdge *base = d->poly->hedge(); HEdge *hedge = base; do { accumReverbForWallSections(hedge, envSpaceAccum, total); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, d->extraMeshes) foreach(HEdge *hedge, mesh->hedges()) { accumReverbForWallSections(hedge, envSpaceAccum, total); } if(!total) { // Huh? d->reverb[SRD_VOLUME] = d->reverb[SRD_DECAY] = d->reverb[SRD_DAMPING] = 0; return false; } // Average the results. for(int i = AE_FIRST; i < NUM_AUDIO_ENVIRONMENTS; ++i) { envSpaceAccum[i] /= total; } // Accumulate and clamp the final characteristics int accum[NUM_REVERB_DATA]; zap(accum); for(int i = AE_FIRST; i < NUM_AUDIO_ENVIRONMENTS; ++i) { AudioEnvironment const &envInfo = S_AudioEnvironment(AudioEnvironmentId(i)); // Volume. accum[SRD_VOLUME] += envSpaceAccum[i] * envInfo.volumeMul; // Decay time. accum[SRD_DECAY] += envSpaceAccum[i] * envInfo.decayMul; // High frequency damping. accum[SRD_DAMPING] += envSpaceAccum[i] * envInfo.dampingMul; } d->reverb[SRD_VOLUME] = de::min(accum[SRD_VOLUME], 255); d->reverb[SRD_DECAY] = de::min(accum[SRD_DECAY], 255); d->reverb[SRD_DAMPING] = de::min(accum[SRD_DAMPING], 255); return true; } BspLeaf::AudioEnvironmentFactors const &BspLeaf::reverb() const { return d->reverb; } void BspLeaf::clearShadowLines() { d->shadowLines.clear(); } void BspLeaf::addShadowLine(LineSide &side) { if(!hasPoly()) return; d->shadowLines.insert(&side); } BspLeaf::ShadowLines const &BspLeaf::shadowLines() const { return d->shadowLines; } void BspLeaf::unlinkAllLumobjs() { d->lumobjs.clear(); } void BspLeaf::unlink(Lumobj &lumobj) { d->lumobjs.remove(&lumobj); } void BspLeaf::link(Lumobj &lumobj) { if(!hasPoly()) return; d->lumobjs.insert(&lumobj); } BspLeaf::Lumobjs const &BspLeaf::lumobjs() const { return d->lumobjs; } int BspLeaf::lastSpriteProjectFrame() const { return d->addSpriteCount; } void BspLeaf::setLastSpriteProjectFrame(int newFrameCount) { d->addSpriteCount = newFrameCount; } #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/src/world/lineblockmap.cpp0000664000175000017500000000512712350542240023066 0ustar jaakkojaakko/** @file lineblockmap.cpp Specialized world map line blockmap. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "world/lineblockmap.h" using namespace de; LineBlockmap::LineBlockmap(AABoxd const &bounds, uint cellSize) : Blockmap(bounds, cellSize) {} void LineBlockmap::link(Line &line) { // Polyobj lines are excluded (presently...). if(line.definesPolyobj()) return; // Determine the block of cells we'll be working within. BlockmapCellBlock const cellBlock = toCellBlock(line.aaBox()); BlockmapCell cell; for(cell.y = cellBlock.min.y; cell.y < cellBlock.max.y; ++cell.y) for(cell.x = cellBlock.min.x; cell.x < cellBlock.max.x; ++cell.x) { if(line.slopeType() == ST_VERTICAL || line.slopeType() == ST_HORIZONTAL) { Blockmap::link(cell, &line); continue; } Vector2d const point(origin() + cellDimensions() * cell); // Choose a cell diagonal to test. Vector2d from, to; if(line.slopeType() == ST_POSITIVE) { // Line slope / vs \ cell diagonal. from = Vector2d(point.x, point.y + cellDimensions().y); to = Vector2d(point.x + cellDimensions().x, point.y); } else { // Line slope \ vs / cell diagonal. from = Vector2d(point.x + cellDimensions().x, point.y + cellDimensions().y); to = Vector2d(point.x, point.y); } // Would Line intersect this? if((line.pointOnSide(from) < 0) != (line.pointOnSide(to) < 0)) { Blockmap::link(cell, &line); } } } void LineBlockmap::link(QList const &lines) { foreach(Line *line, lines) { link(*line); } } doomsday-1.14.5/doomsday/client/src/world/api_map.cpp0000664000175000017500000014602612350542240022040 0ustar jaakkojaakko/** @file api_map.cpp Doomsday Map Update API. * * @todo Throw a game-terminating exception if an illegal value is given * to a public API function. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_MAP #include #include #include "de_base.h" #include "de_play.h" #include "de_audio.h" #include "api_map.h" #include "network/net_main.h" #include "Face" #include "world/dmuargs.h" #include "world/entitydatabase.h" #include "world/maputil.h" #include "world/worldsystem.h" #include "BspLeaf" #include "Interceptor" #ifdef __CLIENT__ # include "render/lightgrid.h" #endif using namespace de; // Converting a public void* pointer to an internal de::MapElement. #define IN_ELEM(p) reinterpret_cast(p) #define IN_ELEM_CONST(p) reinterpret_cast(p) /** * Additional data for all dummy elements. */ struct DummyData { void *extraData; /// Pointer to user data. DummyData() : extraData(0) {} virtual ~DummyData() {} // polymorphic }; class DummySector : public Sector, public DummyData {}; class DummyLine : public Line, public DummyData { public: DummyLine(Vertex &v1, Vertex &v2) : Line(v1, v2) {} }; typedef QSet Dummies; static Dummies dummies; static Mesh dummyMesh; #undef DMU_Str char const *DMU_Str(uint prop) { static char propStr[40]; struct prop_s { uint prop; char const *str; } props[] = { { DMU_NONE, "(invalid)" }, { DMU_VERTEX, "DMU_VERTEX" }, { DMU_SEGMENT, "DMU_SEGMENT" }, { DMU_LINE, "DMU_LINE" }, { DMU_SIDE, "DMU_SIDE" }, { DMU_BSPNODE, "DMU_BSPNODE" }, { DMU_BSPLEAF, "DMU_BSPLEAF" }, { DMU_SECTOR, "DMU_SECTOR" }, { DMU_PLANE, "DMU_PLANE" }, { DMU_SURFACE, "DMU_SURFACE" }, { DMU_MATERIAL, "DMU_MATERIAL" }, { DMU_LINE_BY_TAG, "DMU_LINE_BY_TAG" }, { DMU_SECTOR_BY_TAG, "DMU_SECTOR_BY_TAG" }, { DMU_LINE_BY_ACT_TAG, "DMU_LINE_BY_ACT_TAG" }, { DMU_SECTOR_BY_ACT_TAG, "DMU_SECTOR_BY_ACT_TAG" }, { DMU_ARCHIVE_INDEX, "DMU_ARCHIVE_INDEX" }, { DMU_X, "DMU_X" }, { DMU_Y, "DMU_Y" }, { DMU_XY, "DMU_XY" }, { DMU_TANGENT_X, "DMU_TANGENT_X" }, { DMU_TANGENT_Y, "DMU_TANGENT_Y" }, { DMU_TANGENT_Z, "DMU_TANGENT_Z" }, { DMU_TANGENT_XYZ, "DMU_TANGENT_XYZ" }, { DMU_BITANGENT_X, "DMU_BITANGENT_X" }, { DMU_BITANGENT_Y, "DMU_BITANGENT_Y" }, { DMU_BITANGENT_Z, "DMU_BITANGENT_Z" }, { DMU_BITANGENT_XYZ, "DMU_BITANGENT_XYZ" }, { DMU_NORMAL_X, "DMU_NORMAL_X" }, { DMU_NORMAL_Y, "DMU_NORMAL_Y" }, { DMU_NORMAL_Z, "DMU_NORMAL_Z" }, { DMU_NORMAL_XYZ, "DMU_NORMAL_XYZ" }, { DMU_VERTEX0, "DMU_VERTEX0" }, { DMU_VERTEX1, "DMU_VERTEX1" }, { DMU_FRONT, "DMU_FRONT" }, { DMU_BACK, "DMU_BACK" }, { DMU_FLAGS, "DMU_FLAGS" }, { DMU_DX, "DMU_DX" }, { DMU_DY, "DMU_DY" }, { DMU_DXY, "DMU_DXY" }, { DMU_LENGTH, "DMU_LENGTH" }, { DMU_SLOPETYPE, "DMU_SLOPETYPE" }, { DMU_ANGLE, "DMU_ANGLE" }, { DMU_OFFSET, "DMU_OFFSET" }, { DMU_OFFSET_X, "DMU_OFFSET_X" }, { DMU_OFFSET_Y, "DMU_OFFSET_Y" }, { DMU_OFFSET_XY, "DMU_OFFSET_XY" }, { DMU_BLENDMODE, "DMU_BLENDMODE" }, { DMU_VALID_COUNT, "DMU_VALID_COUNT" }, { DMU_COLOR, "DMU_COLOR" }, { DMU_COLOR_RED, "DMU_COLOR_RED" }, { DMU_COLOR_GREEN, "DMU_COLOR_GREEN" }, { DMU_COLOR_BLUE, "DMU_COLOR_BLUE" }, { DMU_ALPHA, "DMU_ALPHA" }, { DMU_LIGHT_LEVEL, "DMU_LIGHT_LEVEL" }, { DMT_MOBJS, "DMT_MOBJS" }, { DMU_BOUNDING_BOX, "DMU_BOUNDING_BOX" }, { DMU_EMITTER, "DMU_EMITTER" }, { DMU_WIDTH, "DMU_WIDTH" }, { DMU_HEIGHT, "DMU_HEIGHT" }, { DMU_TARGET_HEIGHT, "DMU_TARGET_HEIGHT" }, { DMU_SPEED, "DMU_SPEED" }, { DMU_FLOOR_PLANE, "DMU_FLOOR_PLANE" }, { DMU_CEILING_PLANE, "DMU_CEILING_PLANE" }, { 0, NULL } }; for(uint i = 0; props[i].str; ++i) { if(props[i].prop == prop) return props[i].str; } dd_snprintf(propStr, 40, "(unnamed %i)", prop); return propStr; } #undef DMU_GetType int DMU_GetType(void const *ptr) { if(!ptr) return DMU_NONE; MapElement const *elem = IN_ELEM_CONST(ptr); // Make sure it's valid. switch(elem->type()) { case DMU_VERTEX: case DMU_SEGMENT: case DMU_LINE: case DMU_SIDE: case DMU_BSPLEAF: case DMU_SECTOR: case DMU_PLANE: case DMU_BSPNODE: case DMU_SURFACE: case DMU_MATERIAL: return elem->type(); default: break; // Unknown. } return DMU_NONE; } void Map::initDummies() // static { // TODO: free existing/old dummies here? dummies.clear(); dummyMesh.clear(); } /** * Determines the type of a dummy object. For extra safety (in a debug build) * it would be possible to look through the dummy arrays and make sure the * pointer refers to a real dummy. */ static int dummyType(void const *dummy) { MapElement const *elem = IN_ELEM_CONST(dummy); if(!dynamic_cast(elem)) { // Not a dummy. return DMU_NONE; } DENG2_ASSERT(dummies.contains(const_cast(elem))); return elem->type(); } #undef P_AllocDummy void *P_AllocDummy(int type, void *extraData) { switch(type) { case DMU_LINE: { // Time to allocate the dummy vertex? if(dummyMesh.vertexesIsEmpty()) dummyMesh.newVertex(); Vertex &dummyVertex = *dummyMesh.vertexes().first(); DummyLine *dl = new DummyLine(dummyVertex, dummyVertex); dummies.insert(dl); dl->extraData = extraData; return dl; } case DMU_SECTOR: { DummySector *ds = new DummySector; dummies.insert(ds); ds->extraData = extraData; return ds; } default: { /// @throw Throw exception. QByteArray msg = String("P_AllocDummy: Dummies of type %1 not supported.").arg(DMU_Str(type)).toUtf8(); App_FatalError(msg.constData()); break; } } return 0; // Unreachable. } #undef P_IsDummy dd_bool P_IsDummy(void const *dummy) { return dummyType(dummy) != DMU_NONE; } #undef P_FreeDummy void P_FreeDummy(void *dummy) { MapElement *elem = IN_ELEM(dummy); int type = dummyType(dummy); if(type == DMU_NONE) { /// @todo Throw exception. App_FatalError("P_FreeDummy: Dummy is of unknown type."); } DENG2_ASSERT(dummies.contains(elem)); dummies.remove(elem); delete elem; } #undef P_DummyExtraData void *P_DummyExtraData(void *dummy) { if(P_IsDummy(dummy)) { MapElement *elem = IN_ELEM(dummy); return elem->maybeAs()->extraData; } return 0; } #undef P_ToIndex int P_ToIndex(void const *ptr) { if(!ptr) return -1; if(P_IsDummy(ptr)) return -1; MapElement const *elem = IN_ELEM_CONST(ptr); switch(elem->type()) { case DMU_VERTEX: case DMU_LINE: case DMU_SIDE: case DMU_SECTOR: case DMU_BSPLEAF: case DMU_BSPNODE: return elem->indexInMap(); case DMU_PLANE: return elem->as().indexInSector(); case DMU_MATERIAL: return elem->as().manifest().id(); // 1-based default: /// @todo Throw exception. DENG2_ASSERT(false); // Unknown/non-indexable DMU type. return -1; } } #undef P_ToPtr void *P_ToPtr(int type, int index) { switch(type) { case DMU_VERTEX: return App_WorldSystem().map().vertexes().at(index); case DMU_LINE: return App_WorldSystem().map().lines().at(index); case DMU_SIDE: return App_WorldSystem().map().sideByIndex(index); case DMU_SECTOR: if(index < 0 || index >= App_WorldSystem().map().sectors().size()) return 0; return App_WorldSystem().map().sectors().at(index); case DMU_PLANE: { /// @todo Throw exception. QByteArray msg = String("P_ToPtr: Cannot convert %1 to a ptr (sector is unknown).").arg(DMU_Str(type)).toUtf8(); App_FatalError(msg.constData()); return 0; /* Unreachable. */ } case DMU_BSPLEAF: return App_WorldSystem().map().bspLeafs().at(index); case DMU_BSPNODE: return App_WorldSystem().map().bspNodes().at(index); case DMU_MATERIAL: /// @note @a index is 1-based. if(index > 0) return &App_ResourceSystem().toMaterialManifest(index).material(); return 0; default: { /// @todo Throw exception. QByteArray msg = String("P_ToPtr: unknown type %1.").arg(DMU_Str(type)).toUtf8(); App_FatalError(msg.constData()); return 0; /* Unreachable. */ } } } #undef P_Count int P_Count(int type) { switch(type) { case DMU_VERTEX: return App_WorldSystem().hasMap()? App_WorldSystem().map().vertexCount() : 0; case DMU_LINE: return App_WorldSystem().hasMap()? App_WorldSystem().map().lineCount() : 0; case DMU_SIDE: return App_WorldSystem().hasMap()? App_WorldSystem().map().sideCount() : 0; case DMU_BSPNODE: return App_WorldSystem().hasMap()? App_WorldSystem().map().bspNodeCount() : 0; case DMU_BSPLEAF: return App_WorldSystem().hasMap()? App_WorldSystem().map().bspLeafCount() : 0; case DMU_SECTOR: return App_WorldSystem().hasMap()? App_WorldSystem().map().sectorCount() : 0; case DMU_MATERIAL: return (int)App_ResourceSystem().materialCount(); default: /// @throw Invalid/unknown DMU element type. throw Error("P_Count", String("Unknown type %1").arg(DMU_Str(type))); } } #undef P_Iteratep int P_Iteratep(void *elPtr, uint prop, int (*callback) (void *p, void *ctx), void *context) { MapElement *elem = IN_ELEM(elPtr); switch(elem->type()) { case DMU_SECTOR: { Sector §or = elem->as(); switch(prop) { case DMU_LINE: foreach(LineSide *side, sector.sides()) { int result = callback(&side->line(), context); if(result) return result; } return false; // Continue iteration case DMU_PLANE: foreach(Plane *plane, sector.planes()) { int result = callback(plane, context); if(result) return result; } return false; // Continue iteration default: throw Error("P_Iteratep", QString("Property %1 unknown/not vector").arg(DMU_Str(prop))); }} case DMU_BSPLEAF: switch(prop) { case DMU_LINE: { BspLeaf &bspLeaf = elem->as(); /// @todo cleanup: BspLeaf could provide a list of LineSide. if(bspLeaf.hasPoly()) { HEdge *base = bspLeaf.poly().hedge(); HEdge *hedge = base; do { if(hedge->hasMapElement()) { int result = callback(&hedge->mapElement(). as().line(), context); if(result) return result; } } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, bspLeaf.extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { // Is this on the back of a one-sided line? if(!hedge->hasMapElement()) continue; int result = callback(&hedge->mapElement(). as().line(), context); if(result) return result; } } return false; /* Continue iteration */ } default: throw Error("P_Iteratep", QString("Property %1 unknown/not vector").arg(DMU_Str(prop))); } default: throw Error("P_Iteratep", QString("Type %1 unknown").arg(DMU_Str(elem->type()))); } return false; } #undef P_Callback int P_Callback(int type, int index, int (*callback)(void *p, void *ctx), void *context) { switch(type) { case DMU_VERTEX: if(index >= 0 && index < App_WorldSystem().map().vertexCount()) return callback(App_WorldSystem().map().vertexes().at(index), context); break; case DMU_LINE: if(index >= 0 && index < App_WorldSystem().map().lineCount()) return callback(App_WorldSystem().map().lines().at(index), context); break; case DMU_SIDE: { LineSide *side = App_WorldSystem().map().sideByIndex(index); if(side) return callback(side, context); break; } case DMU_BSPNODE: if(index >= 0 && index < App_WorldSystem().map().bspNodeCount()) return callback(App_WorldSystem().map().bspNodes().at(index), context); break; case DMU_BSPLEAF: if(index >= 0 && index < App_WorldSystem().map().bspLeafCount()) return callback(App_WorldSystem().map().bspLeafs().at(index), context); break; case DMU_SECTOR: if(index >= 0 && index < App_WorldSystem().map().sectorCount()) return callback(App_WorldSystem().map().sectors().at(index), context); break; case DMU_PLANE: { /// @todo Throw exception. QByteArray msg = String("P_Callback: %1 cannot be referenced by id alone (sector is unknown).").arg(DMU_Str(type)).toUtf8(); App_FatalError(msg.constData()); return 0; /* Unreachable */ } case DMU_MATERIAL: if(index > 0) return callback(&App_ResourceSystem().toMaterialManifest(materialid_t(index)).material(), context); break; case DMU_LINE_BY_TAG: case DMU_SECTOR_BY_TAG: case DMU_LINE_BY_ACT_TAG: case DMU_SECTOR_BY_ACT_TAG: { /// @todo Throw exception. QByteArray msg = String("P_Callback: Type %1 not implemented yet.").arg(DMU_Str(type)).toUtf8(); App_FatalError(msg.constData()); return 0; /* Unreachable */ } default: { /// @todo Throw exception. QByteArray msg = String("P_Callback: Type %1 unknown (index %2).").arg(DMU_Str(type)).arg(index).toUtf8(); App_FatalError(msg.constData()); return 0; /* Unreachable */ } } return false; // Continue iteration. } #undef P_Callbackp int P_Callbackp(int type, void *elPtr, int (*callback)(void *p, void *ctx), void *context) { MapElement *elem = IN_ELEM(elPtr); LOG_AS("P_Callbackp"); switch(type) { case DMU_VERTEX: case DMU_LINE: case DMU_SIDE: case DMU_BSPNODE: case DMU_BSPLEAF: case DMU_SECTOR: case DMU_PLANE: case DMU_MATERIAL: // Only do the callback if the type is the same as the object's. if(type == elem->type()) { return callback(elem, context); } #ifdef DENG_DEBUG else { LOG_DEBUG("Type mismatch %s != %s\n") << DMU_Str(type) << DMU_Str(elem->type()); DENG2_ASSERT(false); } #endif break; default: { /// @todo Throw exception. QByteArray msg = String("P_Callbackp: Type %1 unknown.").arg(DMU_Str(elem->type())).toUtf8(); App_FatalError(msg.constData()); return 0; /* Unreachable */ } } return false; // Continue iteration. } /** * Only those properties that are writable by outside parties (such as games) * are included here. Attempting to set a non-writable property causes a * fatal error. * * When a property changes, the relevant subsystems are notified of the change * so that they can update their state accordingly. */ static void setProperty(MapElement *elem, DmuArgs &args) { DENG_ASSERT(elem != 0); /** * @par Algorithm * When setting a property, reference resolution is done hierarchically so * that we can update all owner's of the objects being manipulated should * the DMU object's Set routine suggest that a change occured (which other * DMU objects may wish/need to respond to). *
    *
  1. Collect references to all current owners of the object. *
  2. Pass the change delta on to the object. *
  3. Object responds: @c true = update owners, ELSE @c false. *
  4. If num collected references > 0: recurse, Object = owners[n] *
*/ // Dereference where necessary. Note the order, these cascade. if(args.type == DMU_SECTOR) { if(args.modifiers & DMU_FLOOR_OF_SECTOR) { elem = &elem->as().floor(); args.type = elem->type(); } else if(args.modifiers & DMU_CEILING_OF_SECTOR) { elem = &elem->as().ceiling(); args.type = elem->type(); } } if(args.type == DMU_LINE) { if(args.modifiers & DMU_FRONT_OF_LINE) { elem = &elem->as().front(); args.type = elem->type(); } else if(args.modifiers & DMU_BACK_OF_LINE) { elem = &elem->as().back(); args.type = elem->type(); } } if(args.type == DMU_SIDE) { if(args.modifiers & DMU_TOP_OF_SIDE) { elem = &elem->as().top(); args.type = elem->type(); } else if(args.modifiers & DMU_MIDDLE_OF_SIDE) { elem = &elem->as().middle(); args.type = elem->type(); } else if(args.modifiers & DMU_BOTTOM_OF_SIDE) { elem = &elem->as().bottom(); args.type = elem->type(); } } if(args.type == DMU_PLANE) { switch(args.prop) { case DMU_MATERIAL: case DMU_OFFSET_X: case DMU_OFFSET_Y: case DMU_OFFSET_XY: case DMU_TANGENT_X: case DMU_TANGENT_Y: case DMU_TANGENT_Z: case DMU_TANGENT_XYZ: case DMU_BITANGENT_X: case DMU_BITANGENT_Y: case DMU_BITANGENT_Z: case DMU_BITANGENT_XYZ: case DMU_NORMAL_X: case DMU_NORMAL_Y: case DMU_NORMAL_Z: case DMU_NORMAL_XYZ: case DMU_COLOR: case DMU_COLOR_RED: case DMU_COLOR_GREEN: case DMU_COLOR_BLUE: case DMU_ALPHA: case DMU_BLENDMODE: case DMU_FLAGS: elem = &elem->as().surface(); args.type = elem->type(); break; default: break; } } // Write the property value(s). /// @throws MapElement::WritePropertyError If the requested property is not writable. elem->setProperty(args); } static void getProperty(MapElement const *elem, DmuArgs &args) { DENG_ASSERT(elem != 0); // Dereference where necessary. Note the order, these cascade. if(args.type == DMU_SECTOR) { if(args.modifiers & DMU_FLOOR_OF_SECTOR) { elem = &elem->as().floor(); args.type = elem->type(); } else if(args.modifiers & DMU_CEILING_OF_SECTOR) { elem = &elem->as().ceiling(); args.type = elem->type(); } } if(args.type == DMU_LINE) { if(args.modifiers & DMU_FRONT_OF_LINE) { elem = &elem->as().front(); args.type = elem->type(); } else if(args.modifiers & DMU_BACK_OF_LINE) { elem = &elem->as().back(); args.type = elem->type(); } } if(args.type == DMU_SIDE) { if(args.modifiers & DMU_TOP_OF_SIDE) { elem = &elem->as().top(); args.type = elem->type(); } else if(args.modifiers & DMU_MIDDLE_OF_SIDE) { elem = &elem->as().middle(); args.type = elem->type(); } else if(args.modifiers & DMU_BOTTOM_OF_SIDE) { elem = &elem->as().bottom(); args.type = elem->type(); } } if(args.type == DMU_PLANE) { switch(args.prop) { case DMU_MATERIAL: case DMU_OFFSET_X: case DMU_OFFSET_Y: case DMU_OFFSET_XY: case DMU_TANGENT_X: case DMU_TANGENT_Y: case DMU_TANGENT_Z: case DMU_TANGENT_XYZ: case DMU_BITANGENT_X: case DMU_BITANGENT_Y: case DMU_BITANGENT_Z: case DMU_BITANGENT_XYZ: case DMU_NORMAL_X: case DMU_NORMAL_Y: case DMU_NORMAL_Z: case DMU_NORMAL_XYZ: case DMU_COLOR: case DMU_COLOR_RED: case DMU_COLOR_GREEN: case DMU_COLOR_BLUE: case DMU_ALPHA: case DMU_BLENDMODE: case DMU_FLAGS: elem = &elem->as().surface(); args.type = elem->type(); break; default: break; } } // Read the property value(s). /// @throws MapElement::UnknownPropertyError If the requested property is not readable. elem->property(args); // Currently no aggregate values are collected. } static int setPropertyWorker(void *elPtr, void *context) { setProperty(IN_ELEM(elPtr), *reinterpret_cast(context)); return false; // Continue iteration. } #undef P_SetBool void P_SetBool(int type, int index, uint prop, dd_bool param) { DmuArgs args(type, prop); args.valueType = DDVT_BOOL; // Make sure invalid values are not allowed. param = (param? true : false); args.booleanValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetByte void P_SetByte(int type, int index, uint prop, byte param) { DmuArgs args(type, prop); args.valueType = DDVT_BYTE; args.byteValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetInt void P_SetInt(int type, int index, uint prop, int param) { DmuArgs args(type, prop); args.valueType = DDVT_INT; args.intValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetFixed void P_SetFixed(int type, int index, uint prop, fixed_t param) { DmuArgs args(type, prop); args.valueType = DDVT_FIXED; args.fixedValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetAngle void P_SetAngle(int type, int index, uint prop, angle_t param) { DmuArgs args(type, prop); args.valueType = DDVT_ANGLE; args.angleValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetFloat void P_SetFloat(int type, int index, uint prop, float param) { DmuArgs args(type, prop); args.valueType = DDVT_FLOAT; args.floatValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetDouble void P_SetDouble(int type, int index, uint prop, double param) { DmuArgs args(type, prop); args.valueType = DDVT_DOUBLE; args.doubleValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetPtr void P_SetPtr(int type, int index, uint prop, void *param) { DmuArgs args(type, prop); args.valueType = DDVT_PTR; args.ptrValues = ¶m; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetBoolv void P_SetBoolv(int type, int index, uint prop, dd_bool *params) { DmuArgs args(type, prop); args.valueType = DDVT_BOOL; args.booleanValues = params; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetBytev void P_SetBytev(int type, int index, uint prop, byte *params) { DmuArgs args(type, prop); args.valueType = DDVT_BYTE; args.byteValues = params; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetIntv void P_SetIntv(int type, int index, uint prop, int *params) { DmuArgs args(type, prop); args.valueType = DDVT_INT; args.intValues = params; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetFixedv void P_SetFixedv(int type, int index, uint prop, fixed_t *params) { DmuArgs args(type, prop); args.valueType = DDVT_FIXED; args.fixedValues = params; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetAnglev void P_SetAnglev(int type, int index, uint prop, angle_t *params) { DmuArgs args(type, prop); args.valueType = DDVT_ANGLE; args.angleValues = params; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetFloatv void P_SetFloatv(int type, int index, uint prop, float *params) { DmuArgs args(type, prop); args.valueType = DDVT_FLOAT; args.floatValues = params; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetDoublev void P_SetDoublev(int type, int index, uint prop, double *params) { DmuArgs args(type, prop); args.valueType = DDVT_DOUBLE; args.doubleValues = params; P_Callback(type, index, setPropertyWorker, &args); } #undef P_SetPtrv void P_SetPtrv(int type, int index, uint prop, void *params) { DmuArgs args(type, prop); args.valueType = DDVT_PTR; args.ptrValues = (void **)params; P_Callback(type, index, setPropertyWorker, &args); } /* pointer-based write functions */ #undef P_SetBoolp void P_SetBoolp(void *ptr, uint prop, dd_bool param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BOOL; // Make sure invalid values are not allowed. param = (param? true : false); args.booleanValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetBytep void P_SetBytep(void *ptr, uint prop, byte param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BYTE; args.byteValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetIntp void P_SetIntp(void *ptr, uint prop, int param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_INT; args.intValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetFixedp void P_SetFixedp(void *ptr, uint prop, fixed_t param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FIXED; args.fixedValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetAnglep void P_SetAnglep(void *ptr, uint prop, angle_t param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_ANGLE; args.angleValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetFloatp void P_SetFloatp(void *ptr, uint prop, float param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FLOAT; args.floatValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetDoublep void P_SetDoublep(void *ptr, uint prop, double param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_DOUBLE; args.doubleValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetPtrp void P_SetPtrp(void *ptr, uint prop, void *param) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_PTR; args.ptrValues = ¶m; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetBoolpv void P_SetBoolpv(void *ptr, uint prop, dd_bool *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BOOL; args.booleanValues = params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetBytepv void P_SetBytepv(void *ptr, uint prop, byte *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BYTE; args.byteValues = params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetIntpv void P_SetIntpv(void *ptr, uint prop, int *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_INT; args.intValues = params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetFixedpv void P_SetFixedpv(void *ptr, uint prop, fixed_t *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FIXED; args.fixedValues = params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetAnglepv void P_SetAnglepv(void *ptr, uint prop, angle_t *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_ANGLE; args.angleValues = params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetFloatpv void P_SetFloatpv(void *ptr, uint prop, float *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FLOAT; args.floatValues = params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetDoublepv void P_SetDoublepv(void *ptr, uint prop, double *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_DOUBLE; args.doubleValues = params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } #undef P_SetPtrpv void P_SetPtrpv(void *ptr, uint prop, void *params) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_PTR; args.ptrValues = (void **)params; P_Callbackp(args.type, ptr, setPropertyWorker, &args); } static int getPropertyWorker(void *elPtr, void *context) { getProperty(IN_ELEM_CONST(elPtr), *reinterpret_cast(context)); return false; // Continue iteration. } /* index-based read functions */ #undef P_GetBool dd_bool P_GetBool(int type, int index, uint prop) { dd_bool returnValue = false; DmuArgs args(type, prop); args.valueType = DDVT_BOOL; args.booleanValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetByte byte P_GetByte(int type, int index, uint prop) { byte returnValue = 0; DmuArgs args(type, prop); args.valueType = DDVT_BYTE; args.byteValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetInt int P_GetInt(int type, int index, uint prop) { int returnValue = 0; DmuArgs args(type, prop); args.valueType = DDVT_INT; args.intValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetFixed fixed_t P_GetFixed(int type, int index, uint prop) { fixed_t returnValue = 0; DmuArgs args(type, prop); args.valueType = DDVT_FIXED; args.fixedValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetAngle angle_t P_GetAngle(int type, int index, uint prop) { angle_t returnValue = 0; DmuArgs args(type, prop); args.valueType = DDVT_ANGLE; args.angleValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetFloat float P_GetFloat(int type, int index, uint prop) { float returnValue = 0; DmuArgs args(type, prop); args.valueType = DDVT_FLOAT; args.floatValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetDouble double P_GetDouble(int type, int index, uint prop) { double returnValue = 0; DmuArgs args(type, prop); args.valueType = DDVT_DOUBLE; args.doubleValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetPtr void *P_GetPtr(int type, int index, uint prop) { void *returnValue = 0; DmuArgs args(type, prop); args.valueType = DDVT_PTR; args.ptrValues = &returnValue; P_Callback(type, index, getPropertyWorker, &args); return returnValue; } #undef P_GetBoolv void P_GetBoolv(int type, int index, uint prop, dd_bool *params) { DmuArgs args(type, prop); args.valueType = DDVT_BOOL; args.booleanValues = params; P_Callback(type, index, getPropertyWorker, &args); } #undef P_GetBytev void P_GetBytev(int type, int index, uint prop, byte *params) { DmuArgs args(type, prop); args.valueType = DDVT_BYTE; args.byteValues = params; P_Callback(type, index, getPropertyWorker, &args); } #undef P_GetIntv void P_GetIntv(int type, int index, uint prop, int *params) { DmuArgs args(type, prop); args.valueType = DDVT_INT; args.intValues = params; P_Callback(type, index, getPropertyWorker, &args); } #undef P_GetFixedv void P_GetFixedv(int type, int index, uint prop, fixed_t *params) { DmuArgs args(type, prop); args.valueType = DDVT_FIXED; args.fixedValues = params; P_Callback(type, index, getPropertyWorker, &args); } #undef P_GetAnglev void P_GetAnglev(int type, int index, uint prop, angle_t *params) { DmuArgs args(type, prop); args.valueType = DDVT_ANGLE; args.angleValues = params; P_Callback(type, index, getPropertyWorker, &args); } #undef P_GetFloatv void P_GetFloatv(int type, int index, uint prop, float *params) { DmuArgs args(type, prop); args.valueType = DDVT_FLOAT; args.floatValues = params; P_Callback(type, index, getPropertyWorker, &args); } #undef P_GetDoublev void P_GetDoublev(int type, int index, uint prop, double *params) { DmuArgs args(type, prop); args.valueType = DDVT_DOUBLE; args.doubleValues = params; P_Callback(type, index, getPropertyWorker, &args); } #undef P_GetPtrv void P_GetPtrv(int type, int index, uint prop, void *params) { DmuArgs args(type, prop); args.valueType = DDVT_PTR; args.ptrValues = (void **)params; P_Callback(type, index, getPropertyWorker, &args); } /* pointer-based read functions */ #undef P_GetBoolp dd_bool P_GetBoolp(void *ptr, uint prop) { dd_bool returnValue = false; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BOOL; args.booleanValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetBytep byte P_GetBytep(void *ptr, uint prop) { byte returnValue = 0; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BYTE; args.byteValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetIntp int P_GetIntp(void *ptr, uint prop) { int returnValue = 0; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_INT; args.intValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetFixedp fixed_t P_GetFixedp(void *ptr, uint prop) { fixed_t returnValue = 0; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FIXED; args.fixedValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetAnglep angle_t P_GetAnglep(void *ptr, uint prop) { angle_t returnValue = 0; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_ANGLE; args.angleValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetFloatp float P_GetFloatp(void *ptr, uint prop) { float returnValue = 0; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FLOAT; args.floatValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetDoublep double P_GetDoublep(void *ptr, uint prop) { double returnValue = 0; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_DOUBLE; args.doubleValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetPtrp void *P_GetPtrp(void *ptr, uint prop) { void *returnValue = 0; if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_PTR; args.ptrValues = &returnValue; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } return returnValue; } #undef P_GetBoolpv void P_GetBoolpv(void *ptr, uint prop, dd_bool *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BOOL; args.booleanValues = params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_GetBytepv void P_GetBytepv(void *ptr, uint prop, byte *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_BYTE; args.byteValues = params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_GetIntpv void P_GetIntpv(void *ptr, uint prop, int *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_INT; args.intValues = params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_GetFixedpv void P_GetFixedpv(void *ptr, uint prop, fixed_t *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FIXED; args.fixedValues = params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_GetAnglepv void P_GetAnglepv(void *ptr, uint prop, angle_t *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_ANGLE; args.angleValues = params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_GetFloatpv void P_GetFloatpv(void *ptr, uint prop, float *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_FLOAT; args.floatValues = params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_GetDoublepv void P_GetDoublepv(void *ptr, uint prop, double *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_DOUBLE; args.doubleValues = params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_GetPtrpv void P_GetPtrpv(void *ptr, uint prop, void *params) { if(ptr) { DmuArgs args(DMU_GetType(ptr), prop); args.valueType = DDVT_PTR; args.ptrValues = (void **)params; P_Callbackp(args.type, ptr, getPropertyWorker, &args); } } #undef P_MapExists DENG_EXTERN_C dd_bool P_MapExists(char const *uriCString) { de::Uri uri(uriCString, RC_NULL); lumpnum_t lumpNum = W_CheckLumpNumForName(uri.path().toString().toLatin1()); return (lumpNum >= 0); } #undef P_MapIsCustom DENG_EXTERN_C dd_bool P_MapIsCustom(char const *uriCString) { de::Uri uri(uriCString, RC_NULL); lumpnum_t lumpNum = W_CheckLumpNumForName(uri.path().toString().toLatin1()); return (lumpNum >= 0 && W_LumpIsCustom(lumpNum)); } #undef P_MapSourceFile DENG_EXTERN_C AutoStr *P_MapSourceFile(char const *uriCString) { de::Uri uri(uriCString, RC_NULL); lumpnum_t lumpNum = W_CheckLumpNumForName(uri.path().toString().toLatin1()); if(lumpNum < 0) return AutoStr_NewStd(); return W_LumpSourceFile(lumpNum); } #undef P_MapChange DENG_EXTERN_C dd_bool P_MapChange(char const *uriCString) { if(!uriCString || !uriCString[0]) { App_FatalError("P_MapChange: Invalid Uri argument."); } #ifdef __CLIENT__ App_ResourceSystem().purgeCacheQueue(); #endif if(isServer) { // Whenever the map changes, remote players must tell us when they're // ready to begin receiving frames. for(uint i = 0; i < DDMAXPLAYERS; ++i) { //player_t *plr = &ddPlayers[i]; if(/*!(plr->shared.flags & DDPF_LOCAL) &&*/ clients[i].connected) { LOG_DEBUG("Client %i marked as 'not ready' to receive frames.") << i; clients[i].ready = false; } } } return (dd_bool) App_WorldSystem().changeMap(de::Uri(uriCString, RC_NULL)); } #undef P_CountMapObjs DENG_EXTERN_C uint P_CountMapObjs(int entityId) { if(!App_WorldSystem().hasMap()) return 0; EntityDatabase &entities = App_WorldSystem().map().entityDatabase(); return entities.entityCount(P_MapEntityDef(entityId)); } // entitydef.cpp DENG_EXTERN_C byte P_GetGMOByte(int entityId, int elementIndex, int propertyId); DENG_EXTERN_C short P_GetGMOShort(int entityId, int elementIndex, int propertyId); DENG_EXTERN_C int P_GetGMOInt(int entityId, int elementIndex, int propertyId); DENG_EXTERN_C fixed_t P_GetGMOFixed(int entityId, int elementIndex, int propertyId); DENG_EXTERN_C angle_t P_GetGMOAngle(int entityId, int elementIndex, int propertyId); DENG_EXTERN_C float P_GetGMOFloat(int entityId, int elementIndex, int propertyId); #undef Mobj_Link DENG_EXTERN_C void Mobj_Link(mobj_t *mobj, int flags) { if(!mobj || !App_WorldSystem().hasMap()) return; // Huh? App_WorldSystem().map().link(*mobj, flags); } #undef Mobj_Unlink DENG_EXTERN_C void Mobj_Unlink(mobj_t *mobj) { if(!mobj || !Mobj_IsLinked(*mobj)) return; Mobj_BspLeafAtOrigin(*mobj).map().unlink(*mobj); } #undef Mobj_TouchedLinesIterator DENG_EXTERN_C int Mobj_TouchedLinesIterator(mobj_t *mo, int (*callback) (Line *, void *), void *context) { if(!mo || !Mobj_IsLinked(*mo)) return false; // Continue iteration. return Mobj_BspLeafAtOrigin(*mo).map().mobjTouchedLineIterator(mo, callback, context); } #undef Mobj_TouchedSectorsIterator DENG_EXTERN_C int Mobj_TouchedSectorsIterator(mobj_t *mo, int (*callback) (Sector *, void *), void *context) { if(!mo || !Mobj_IsLinked(*mo)) return false; // Continue iteration. return Mobj_BspLeafAtOrigin(*mo).map().mobjTouchedSectorIterator(mo, callback, context); } #undef Line_TouchingMobjsIterator DENG_EXTERN_C int Line_TouchingMobjsIterator(Line *line, int (*callback) (mobj_t *, void *), void *context) { if(!line) return false; // Continue iteration. return line->map().lineTouchingMobjIterator(line, callback, context); } #undef Sector_TouchingMobjsIterator DENG_EXTERN_C int Sector_TouchingMobjsIterator(Sector *sector, int (*callback) (mobj_t *, void *), void *context) { if(!sector) return false; // Continue iteration. return sector->map().sectorTouchingMobjIterator(sector, callback, context); } #undef Sector_AtPoint_FixedPrecision DENG_EXTERN_C Sector *Sector_AtPoint_FixedPrecision(const_pvec2d_t point) { if(!App_WorldSystem().hasMap()) return 0; return App_WorldSystem().map().bspLeafAt_FixedPrecision(point).sectorPtr(); } #undef Mobj_BoxIterator DENG_EXTERN_C int Mobj_BoxIterator(AABoxd const *box, int (*callback) (mobj_t *, void *), void *context) { if(!box || !App_WorldSystem().hasMap()) return false; // Continue iteration. return App_WorldSystem().map().mobjBoxIterator(*box, callback, context); } #undef Polyobj_BoxIterator DENG_EXTERN_C int Polyobj_BoxIterator(AABoxd const *box, int (*callback) (struct polyobj_s *, void *), void *context) { if(!box || !App_WorldSystem().hasMap()) return false; // Continue iteration. return App_WorldSystem().map().polyobjBoxIterator(*box, callback, context); } #undef Line_BoxIterator DENG_EXTERN_C int Line_BoxIterator(AABoxd const *box, int flags, int (*callback) (Line *, void *), void *context) { if(!box || !App_WorldSystem().hasMap()) return false; // Continue iteration. return App_WorldSystem().map().lineBoxIterator(*box, flags, callback, context); } #undef BspLeaf_BoxIterator DENG_EXTERN_C int BspLeaf_BoxIterator(AABoxd const *box, int (*callback) (BspLeaf *, void *), void *context) { if(!box || !App_WorldSystem().hasMap()) return false; // Continue iteration. return App_WorldSystem().map().bspLeafBoxIterator(*box, callback, context); } #undef P_PathTraverse2 DENG_EXTERN_C int P_PathTraverse2(const_pvec2d_t from, const_pvec2d_t to, int flags, traverser_t callback, void *context) { if(App_WorldSystem().hasMap()) { Map &map = App_WorldSystem().map(); return Interceptor(callback, from, to, flags, context).trace(map); } return false; // Continue iteration. } #undef P_PathTraverse DENG_EXTERN_C int P_PathTraverse(const_pvec2d_t from, const_pvec2d_t to, traverser_t callback, void *context) { if(App_WorldSystem().hasMap()) { Map &map = App_WorldSystem().map(); return Interceptor(callback, from, to, PTF_ALL, context).trace(map); } return false; // Continue iteration. } #undef P_CheckLineSight DENG_EXTERN_C dd_bool P_CheckLineSight(const_pvec3d_t from, const_pvec3d_t to, coord_t bottomSlope, coord_t topSlope, int flags) { if(App_WorldSystem().hasMap()) { Map &map = App_WorldSystem().map(); return LineSightTest(from, to, bottomSlope, topSlope, flags).trace(map.bspRoot()); } return false; // Continue iteration. } #undef Interceptor_Origin DENG_EXTERN_C coord_t const *Interceptor_Origin(Interceptor const *trace) { if(!trace) return 0; return trace->origin(); } #undef Interceptor_Direction DENG_EXTERN_C coord_t const *(Interceptor_Direction)(Interceptor const *trace) { if(!trace) return 0; return trace->direction(); } #undef Interceptor_Opening DENG_EXTERN_C LineOpening const *Interceptor_Opening(Interceptor const *trace) { if(!trace) return 0; return &trace->opening(); } #undef Interceptor_AdjustOpening DENG_EXTERN_C dd_bool Interceptor_AdjustOpening(Interceptor *trace, Line *line) { if(!trace) return false; return trace->adjustOpening(line); } #undef Mobj_CreateXYZ DENG_EXTERN_C mobj_t *Mobj_CreateXYZ(thinkfunc_t function, coord_t x, coord_t y, coord_t z, angle_t angle, coord_t radius, coord_t height, int ddflags) { return P_MobjCreate(function, Vector3d(x, y, z), angle, radius, height, ddflags); } // p_mobj.c DENG_EXTERN_C void Mobj_Destroy(mobj_t *mobj); DENG_EXTERN_C void Mobj_SetState(mobj_t *mobj, int statenum); DENG_EXTERN_C angle_t Mobj_AngleSmoothed(mobj_t *mobj); DENG_EXTERN_C void Mobj_OriginSmoothed(mobj_t *mobj, coord_t origin[3]); DENG_EXTERN_C Sector *Mobj_Sector(mobj_t const *mobj); DENG_EXTERN_C void Mobj_SpawnDamageParticleGen(mobj_t *mobj, mobj_t *inflictor, int amount); // p_think.c DENG_EXTERN_C struct mobj_s* Mobj_ById(int id); #undef Polyobj_SetCallback DENG_EXTERN_C void Polyobj_SetCallback(void (*func) (struct mobj_s *, void *, void *)) { Polyobj::setCollisionCallback(func); } #undef Polyobj_Unlink DENG_EXTERN_C void Polyobj_Unlink(Polyobj *po) { if(!po) return; po->unlink(); } #undef Polyobj_Link DENG_EXTERN_C void Polyobj_Link(Polyobj *po) { if(!po) return; po->link(); } #undef Polyobj_ById DENG_EXTERN_C Polyobj *Polyobj_ById(int index) { if(!App_WorldSystem().hasMap()) return 0; return App_WorldSystem().map().polyobjs().at(index); } #undef Polyobj_ByTag DENG_EXTERN_C Polyobj *Polyobj_ByTag(int tag) { if(!App_WorldSystem().hasMap()) return 0; return App_WorldSystem().map().polyobjByTag(tag); } #undef Polyobj_Move DENG_EXTERN_C dd_bool Polyobj_Move(Polyobj *po, const_pvec3d_t xy) { if(!po) return false; return po->move(xy); } #undef Polyobj_MoveXY DENG_EXTERN_C dd_bool Polyobj_MoveXY(Polyobj *po, coord_t x, coord_t y) { if(!po) return false; return po->move(x, y); } #undef Polyobj_Rotate DENG_EXTERN_C dd_bool Polyobj_Rotate(Polyobj *po, angle_t angle) { if(!po) return false; return po->rotate(angle); } #undef Polyobj_FirstLine DENG_EXTERN_C Line *Polyobj_FirstLine(Polyobj *po) { if(!po) return 0; return po->lines()[0]; } #undef Line_PointDistance DENG_EXTERN_C coord_t Line_PointDistance(Line *line, coord_t const point[2], coord_t *offset) { DENG_ASSERT(line); return line->pointDistance(point, offset); } #undef Line_PointOnSide DENG_EXTERN_C coord_t Line_PointOnSide(Line const *line, coord_t const point[2]) { DENG_ASSERT(line); if(!point) { LOG_AS("Line_PointOnSide"); LOG_DEBUG("Invalid arguments, returning >0."); return 1; } return line->pointOnSide(point); } #undef Line_BoxOnSide DENG_EXTERN_C int Line_BoxOnSide(Line *line, AABoxd const *box) { DENG_ASSERT(line && box); return line->boxOnSide(*box); } #undef Line_BoxOnSide_FixedPrecision DENG_EXTERN_C int Line_BoxOnSide_FixedPrecision(Line *line, AABoxd const *box) { DENG_ASSERT(line && box); return line->boxOnSide_FixedPrecision(*box); } #undef Line_Opening DENG_EXTERN_C void Line_Opening(Line *line, LineOpening *opening) { DENG2_ASSERT(line && opening); *opening = LineOpening(*line); } DENG_DECLARE_API(Map) = { { DE_API_MAP }, P_MapExists, P_MapIsCustom, P_MapSourceFile, P_MapChange, Line_BoxIterator, Line_BoxOnSide, Line_BoxOnSide_FixedPrecision, Line_PointDistance, Line_PointOnSide, Line_TouchingMobjsIterator, Line_Opening, Sector_TouchingMobjsIterator, Sector_AtPoint_FixedPrecision, Mobj_CreateXYZ, Mobj_Destroy, Mobj_ById, Mobj_BoxIterator, Mobj_SetState, Mobj_Link, Mobj_Unlink, Mobj_SpawnDamageParticleGen, Mobj_TouchedLinesIterator, Mobj_TouchedSectorsIterator, Mobj_OriginSmoothed, Mobj_AngleSmoothed, Mobj_Sector, Polyobj_MoveXY, Polyobj_Rotate, Polyobj_Link, Polyobj_Unlink, Polyobj_FirstLine, Polyobj_ById, Polyobj_ByTag, Polyobj_BoxIterator, Polyobj_SetCallback, BspLeaf_BoxIterator, P_PathTraverse, P_PathTraverse2, P_CheckLineSight, Interceptor_Origin, Interceptor_Direction, Interceptor_Opening, Interceptor_AdjustOpening, DMU_Str, DMU_GetType, P_ToIndex, P_ToPtr, P_Count, P_Callback, P_Callbackp, P_Iteratep, P_AllocDummy, P_FreeDummy, P_IsDummy, P_DummyExtraData, P_CountMapObjs, P_GetGMOByte, P_GetGMOShort, P_GetGMOInt, P_GetGMOFixed, P_GetGMOAngle, P_GetGMOFloat, P_SetBool, P_SetByte, P_SetInt, P_SetFixed, P_SetAngle, P_SetFloat, P_SetDouble, P_SetPtr, P_SetBoolv, P_SetBytev, P_SetIntv, P_SetFixedv, P_SetAnglev, P_SetFloatv, P_SetDoublev, P_SetPtrv, P_SetBoolp, P_SetBytep, P_SetIntp, P_SetFixedp, P_SetAnglep, P_SetFloatp, P_SetDoublep, P_SetPtrp, P_SetBoolpv, P_SetBytepv, P_SetIntpv, P_SetFixedpv, P_SetAnglepv, P_SetFloatpv, P_SetDoublepv, P_SetPtrpv, P_GetBool, P_GetByte, P_GetInt, P_GetFixed, P_GetAngle, P_GetFloat, P_GetDouble, P_GetPtr, P_GetBoolv, P_GetBytev, P_GetIntv, P_GetFixedv, P_GetAnglev, P_GetFloatv, P_GetDoublev, P_GetPtrv, P_GetBoolp, P_GetBytep, P_GetIntp, P_GetFixedp, P_GetAnglep, P_GetFloatp, P_GetDoublep, P_GetPtrp, P_GetBoolpv, P_GetBytepv, P_GetIntpv, P_GetFixedpv, P_GetAnglepv, P_GetFloatpv, P_GetDoublepv, P_GetPtrpv }; doomsday-1.14.5/doomsday/client/src/world/map.cpp0000664000175000017500000034437412350542240021215 0ustar jaakkojaakko/** @file map.cpp World map. * * @todo This file has grown far too large. It should be split up through the * introduction of new abstractions / collections. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/map.h" #include "de_console.h" // Con_GetInteger #include "de_defs.h" #include "m_nodepile.h" #include "Face" #include "BspLeaf" #include "BspNode" #include "Line" #include "Polyobj" #include "Sector" #include "SectorCluster" #include "Surface" #include "Vertex" #include "world/worldsystem.h" // ddMapSetup, validCount #include "world/bsp/partitioner.h" #include "world/blockmap.h" #include "world/lineblockmap.h" #include "world/entitydatabase.h" #include "world/lineowner.h" #include "world/p_object.h" #ifdef __CLIENT__ # include "Contact" # include "ContactSpreader" #endif #include "world/thinkers.h" #ifdef __CLIENT__ # include "api_sound.h" #endif #ifdef __CLIENT__ # include "BiasDigest" # include "LightDecoration" # include "Lumobj" # include "SurfaceDecorator" # include "WallEdge" # include "render/viewports.h" # include "render/rend_main.h" # include "render/rend_particle.h" # include "render/sky.h" #endif #include #include #include #include #include static int bspSplitFactor = 7; // cvar #ifdef __CLIENT__ /// Milliseconds it takes for Unpredictable and Hidden mobjs to be /// removed from the hash. Under normal circumstances, the special /// status should be removed fairly quickly. #define CLMOBJ_TIMEOUT 4000 #endif namespace de { struct EditableElements { Map::Lines lines; Map::Sectors sectors; Map::Polyobjs polyobjs; EditableElements() {} ~EditableElements() { clearAll(); } void clearAll(); }; DENG2_PIMPL(Map), DENG2_OBSERVES(bsp::Partitioner, UnclosedSectorFound) { bool editingEnabled; EditableElements editable; Uri uri; char oldUniqueId[256]; ///< Used with some legacy definitions. AABoxd bounds; ///< Boundary points which encompass the entire map QScopedPointer thinkers; Mesh mesh; ///< All map geometries. /// Element LUTs: Sectors sectors; Lines lines; Polyobjs polyobjs; /// BSP data structure: MapElement *bspRoot; BspNodes bspNodes; BspLeafs bspLeafs; SectorClusters clusters; /// Map entities and element properties (things, line specials, etc...). EntityDatabase entityDatabase; /// Blockmaps: QScopedPointer mobjBlockmap; QScopedPointer polyobjBlockmap; QScopedPointer lineBlockmap; QScopedPointer bspLeafBlockmap; #ifdef __CLIENT__ struct ContactBlockmap : public Blockmap { QBitArray spreadBlocks; ///< Used to prevent repeat processing. /** * Construct a new contact blockmap. * * @param bounds Map space boundary. * @param cellSize Width and height of a cell in map space units. */ ContactBlockmap(AABoxd const &bounds, uint cellSize = 128) : Blockmap(bounds, cellSize), spreadBlocks(width() * height()) {} void clear() { spreadBlocks.fill(false); unlinkAll(); } /** * @param contact Contact to be linked. Note that if the object's origin * lies outside the blockmap it will not be linked! */ void link(Contact &contact) { bool outside; BlockmapCell cell = toCell(contact.objectOrigin(), &outside); if(!outside) { Blockmap::link(cell, &contact); } } void spread(AABoxd const ®ion) { spreadContacts(*this, region, &spreadBlocks); } }; QScopedPointer mobjContactBlockmap; /// @todo Redundant? QScopedPointer lumobjContactBlockmap; #endif nodepile_t mobjNodes; nodepile_t lineNodes; nodeindex_t *lineLinks; ///< Indices to roots. #ifdef __CLIENT__ PlaneSet trackedPlanes; SurfaceSet scrollingSurfaces; /** * All (particle) generators. */ struct Generators { struct ListNode { ListNode *next; Generator *gen; }; Generator *activeGens[MAX_GENERATORS]; // We can link 64 generators each into four lists each before running out of links. static int const LINKSTORE_SIZE = 4 * MAX_GENERATORS; ListNode *linkStore; uint linkStoreCursor; uint listsSize; // Array of list heads containing links from linkStore to generators in activeGens. ListNode **lists; Generators() : linkStore(0) , linkStoreCursor(0) , listsSize(0) , lists(0) {} ~Generators() { Z_Free(lists); Z_Free(linkStore); } /** * Resize the collection. * * @param listCount Number of lists the collection must support. */ void resize(uint listCount) { if(!linkStore) { linkStore = (ListNode *) Z_Malloc(sizeof(*linkStore) * LINKSTORE_SIZE, PU_MAP, 0); linkStoreCursor = 0; zap(activeGens); } listsSize = listCount; lists = (ListNode **) Z_Realloc(lists, sizeof(ListNode*) * listsSize, PU_MAP); } /** * Returns an unused link from the linkStore. */ ListNode *newLink() { if(linkStoreCursor < (unsigned)LINKSTORE_SIZE) { return &linkStore[linkStoreCursor++]; } LOG_MAP_WARNING("Exhausted generator link storage"); return 0; } }; QScopedPointer generators; QScopedPointer lightGrid; /// Shadow Bias data. struct Bias { uint currentTime; ///< The "current" frame in milliseconds. uint lastChangeOnFrame; BiasSources sources; ///< All bias light sources (owned). Bias() : currentTime(0), lastChangeOnFrame(0) {} } bias; Lumobjs lumobjs; ///< All lumobjs (owned). QScopedPointer decorator; coord_t skyFloorHeight; coord_t skyCeilingHeight; ClMobjHash clMobjHash; typedef QList ClPlaneMovers; ClPlaneMovers clPlaneMovers; typedef QList ClPolyMovers; ClPolyMovers clPolyMovers; #endif Instance(Public *i, Uri const &uri) : Base (i) , editingEnabled (true) , uri (uri) , bspRoot (0) , lineLinks (0) #ifdef __CLIENT__ , skyFloorHeight (DDMAXFLOAT) , skyCeilingHeight(DDMINFLOAT) #endif { zap(oldUniqueId); } ~Instance() { DENG2_FOR_PUBLIC_AUDIENCE(Deletion, i) i->mapBeingDeleted(self); #ifdef __CLIENT__ self.removeAllLumobjs(); self.removeAllBiasSources(); // The light grid observes changes to sector lighting and so // must be destroyed first. lightGrid.reset(); #endif qDeleteAll(clusters); qDeleteAll(sectors); qDeleteAll(bspNodes); qDeleteAll(bspLeafs); foreach(Polyobj *polyobj, polyobjs) { polyobj->~Polyobj(); M_Free(polyobj); } qDeleteAll(lines); #ifdef __CLIENT__ while(!clPlaneMovers.isEmpty()) { Z_Free(clPlaneMovers.takeFirst()); } while(!clPolyMovers.isEmpty()) { Z_Free(clPolyMovers.takeFirst()); } #endif /// @todo fixme: Free all memory we have ownership of. // Client only data: // mobjHash/ // End client only data. // mobjNodes/lineNodes/lineLinks } inline WorldSystem &worldSys() { return App_WorldSystem(); } /** * @pre Axis-aligned bounding boxes of all Sectors must be initialized. */ void updateBounds() { bool haveGeometry = false; foreach(Line *line, lines) { // Polyobj lines don't count. if(line->definesPolyobj()) continue; if(haveGeometry) { // Expand the bounding box. V2d_UniteBox(bounds.arvec2, line->aaBox().arvec2); } else { // The first line's bounds are used as is. V2d_CopyBox(bounds.arvec2, line->aaBox().arvec2); haveGeometry = true; } } } // Observes bsp::Partitioner UnclosedSectorFound. void unclosedSectorFound(Sector §or, Vector2d const &nearPoint) { // Notify interested parties that an unclosed sector was found. DENG2_FOR_PUBLIC_AUDIENCE(UnclosedSectorFound, i) { i->unclosedSectorFound(sector, nearPoint); } } /** * Notify interested parties of a "one-way window" in the map. * * @param line The window line. * @param backFacingSector Sector that the back of the line is facing. */ void notifyOneWayWindowFound(Line &line, Sector &backFacingSector) { DENG2_FOR_PUBLIC_AUDIENCE(OneWayWindowFound, i) { i->oneWayWindowFound(line, backFacingSector); } } struct testForWindowEffectParams { double frontDist, backDist; Sector *frontOpen, *backOpen; Line *frontLine, *backLine; Line *testLine; Vector2d testLineCenter; bool castHorizontal; testForWindowEffectParams() : frontDist(0), backDist(0), frontOpen(0), backOpen(0), frontLine(0), backLine(0), testLine(0), castHorizontal(false) {} }; static void testForWindowEffect2(Line &line, testForWindowEffectParams &p) { if(&line == p.testLine) return; if(line.isSelfReferencing()) return; if(line.hasZeroLength()) return; double dist = 0; Sector *hitSector = 0; bool isFront = false; if(p.castHorizontal) { if(de::abs(line.direction().y) < bsp::DIST_EPSILON) return; if((line.aaBox().maxY < p.testLineCenter.y - bsp::DIST_EPSILON) || (line.aaBox().minY > p.testLineCenter.y + bsp::DIST_EPSILON)) return; dist = (line.fromOrigin().x + (p.testLineCenter.y - line.fromOrigin().y) * line.direction().x / line.direction().y) - p.testLineCenter.x; isFront = ((p.testLine->direction().y > 0) != (dist > 0)); dist = de::abs(dist); // Too close? (overlapping lines?) if(dist < bsp::DIST_EPSILON) return; bool dir = (p.testLine->direction().y > 0) ^ (line.direction().y > 0); hitSector = line.side(dir ^ !isFront).sectorPtr(); } else // Cast vertically. { if(de::abs(line.direction().x) < bsp::DIST_EPSILON) return; if((line.aaBox().maxX < p.testLineCenter.x - bsp::DIST_EPSILON) || (line.aaBox().minX > p.testLineCenter.x + bsp::DIST_EPSILON)) return; dist = (line.fromOrigin().y + (p.testLineCenter.x - line.fromOrigin().x) * line.direction().y / line.direction().x) - p.testLineCenter.y; isFront = ((p.testLine->direction().x > 0) == (dist > 0)); dist = de::abs(dist); bool dir = (p.testLine->direction().x > 0) ^ (line.direction().x > 0); hitSector = line.side(dir ^ !isFront).sectorPtr(); } // Too close? (overlapping lines?) if(dist < bsp::DIST_EPSILON) return; if(isFront) { if(dist < p.frontDist) { p.frontDist = dist; p.frontOpen = hitSector; p.frontLine = &line; } } else { if(dist < p.backDist) { p.backDist = dist; p.backOpen = hitSector; p.backLine = &line; } } } static int testForWindowEffectWorker(Line *line, void *parms) { testForWindowEffect2(*line, *reinterpret_cast(parms)); return false; // Continue iteration. } bool lineMightHaveWindowEffect(Line const &line) { if(line.definesPolyobj()) return false; if(line.hasFrontSector() && line.hasBackSector()) return false; if(!line.hasFrontSector()) return false; if(line.hasZeroLength()) return false; // Look for window effects by checking for an odd number of one-sided // line owners for a single vertex. Idea courtesy of Graham Jackson. if((line.from()._onesOwnerCount % 2) == 1 && (line.from()._onesOwnerCount + line.from()._twosOwnerCount) > 1) return true; if((line.to()._onesOwnerCount % 2) == 1 && (line.to()._onesOwnerCount + line.to()._twosOwnerCount) > 1) return true; return false; } void findOneWayWindows() { foreach(Vertex *vertex, mesh.vertexes()) { // Count the total number of one and two-sided line owners for each // vertex. (Used in the process of locating window effect lines.) vertex->countLineOwners(); } // Search for "one-way window" effects. foreach(Line *line, lines) { if(!lineMightHaveWindowEffect(*line)) continue; testForWindowEffectParams p; p.frontDist = p.backDist = DDMAXFLOAT; p.testLine = line; p.testLineCenter = line->center(); p.castHorizontal = (de::abs(line->direction().x) < de::abs(line->direction().y)? true : false); AABoxd scanRegion = bounds; if(p.castHorizontal) { scanRegion.minY = line->aaBox().minY - bsp::DIST_EPSILON; scanRegion.maxY = line->aaBox().maxY + bsp::DIST_EPSILON; } else { scanRegion.minX = line->aaBox().minX - bsp::DIST_EPSILON; scanRegion.maxX = line->aaBox().maxX + bsp::DIST_EPSILON; } validCount++; self.lineBoxIterator(scanRegion, LIF_SECTOR, testForWindowEffectWorker, &p); if(p.backOpen && p.frontOpen && line->frontSectorPtr() == p.backOpen) { notifyOneWayWindowFound(*line, *p.frontOpen); line->_bspWindowSector = p.frontOpen; /// @todo Refactor away. } } } void collateBspElements(bsp::Partitioner &partitioner, BspTreeNode &tree) { if(tree.isLeaf()) { // Take ownership of the BspLeaf. DENG2_ASSERT(tree.userData() != 0); BspLeaf &leaf = tree.userData()->as(); partitioner.take(&leaf); // Add this BspLeaf to the LUT. leaf.setIndexInMap(bspLeafs.count()); bspLeafs.append(&leaf); if(!leaf.hasParent()) { LOG_MAP_WARNING("BSP leaf %p has degenerate geometry (%d half-edges).") << &leaf << (leaf.hasPoly()? leaf.poly().hedgeCount() : 0); // Attribute this leaf directly to the map. leaf.setMap(thisPublic); } #ifdef DENG_DEBUG if(leaf.hasPoly()) { // See if we received a partial geometry... int discontinuities = 0; HEdge *hedge = leaf.poly().hedge(); do { if(hedge->next().origin() != hedge->twin().origin()) { discontinuities++; } } while((hedge = &hedge->next()) != leaf.poly().hedge()); if(discontinuities) { LOG_MAP_WARNING("Face geometry for BSP leaf [%p] at %s in sector %i " "is not contiguous (%i gaps/overlaps).\n%s") << &leaf << leaf.poly().center().asText() << (leaf.hasParent()? leaf.parent().as().indexInArchive() : -1) << discontinuities << leaf.poly().description(); } } #endif return; } // Else; a node. // Take ownership of this BspNode. DENG2_ASSERT(tree.userData() != 0); BspNode &node = tree.userData()->as(); partitioner.take(&node); // Add this BspNode to the LUT. node.setMap(thisPublic); node.setIndexInMap(bspNodes.count()); bspNodes.append(&node); } /** * Build a new BSP tree. * * @pre Map line bounds have been determined and a line blockmap constructed. */ bool buildBsp() { DENG2_ASSERT(bspRoot == 0); DENG2_ASSERT(bspLeafs.isEmpty()); DENG2_ASSERT(bspNodes.isEmpty()); // It begins... Time begunAt; LOGDEV_MAP_XVERBOSE("Building BSP for \"%s\" with split cost factor %d...") << uri << bspSplitFactor; // First we'll scan for so-called "one-way window" constructs and mark // them so that the space partitioner can treat them specially. findOneWayWindows(); // Remember the current next vertex ordinal as we'll need to index any // new vertexes produced during the build process. int nextVertexOrd = mesh.vertexCount(); // Determine the set of lines for which we will build a BSP. QSet linesToBuildBspFor = QSet::fromList(lines); // Polyobj lines should be excluded. foreach(Polyobj *po, polyobjs) foreach(Line *line, po->lines()) { linesToBuildBspFor.remove(line); } try { // Configure a space partitioner. bsp::Partitioner partitioner(bspSplitFactor); partitioner.audienceForUnclosedSectorFound += this; // Build a BSP! BspTreeNode *rootNode = partitioner.buildBsp(linesToBuildBspFor, mesh); LOG_MAP_VERBOSE("BSP built: %d Nodes, %d Leafs, %d Segments and %d Vertexes. " "Tree balance is %d:%d.") << partitioner.numNodes() << partitioner.numLeafs() << partitioner.numSegments() << partitioner.numVertexes() << (rootNode->isLeaf()? 0 : rootNode->right().height()) << (rootNode->isLeaf()? 0 : rootNode->left().height()); // Attribute an index to any new vertexes. for(int i = nextVertexOrd; i < mesh.vertexCount(); ++i) { Vertex *vtx = mesh.vertexes().at(i); vtx->setMap(thisPublic); vtx->setIndexInMap(i); } /* * Take ownership of all the built map data elements. */ bspRoot = rootNode->userData(); // We'll formally take ownership shortly... #ifdef DENG2_QT_4_7_OR_NEWER bspNodes.reserve(partitioner.numNodes()); bspLeafs.reserve(partitioner.numLeafs()); #endif // Iterative pre-order traversal of the map element tree. BspTreeNode *cur = rootNode; BspTreeNode *prev = 0; while(cur) { while(cur) { if(cur->userData()) { // Acquire ownership of and collate all map data elements // at this node of the tree. collateBspElements(partitioner, *cur); } if(prev == cur->parentPtr()) { // Descending - right first, then left. prev = cur; if(cur->hasRight()) cur = cur->rightPtr(); else cur = cur->leftPtr(); } else if(prev == cur->rightPtr()) { // Last moved up the right branch - descend the left. prev = cur; cur = cur->leftPtr(); } else if(prev == cur->leftPtr()) { // Last moved up the left branch - continue upward. prev = cur; cur = cur->parentPtr(); } } if(prev) { // No left child - back up. cur = prev->parentPtr(); } } } catch(Error const &er) { LOG_MAP_WARNING("%s.") << er.asText(); } // How much time did we spend? LOGDEV_MAP_VERBOSE("BSP built in %.2f seconds") << begunAt.since(); return bspRoot != 0; } /** * (Re)Build BSP leaf clusters for the sector. */ void buildClusters(Sector §or) { SectorClusters::iterator it = clusters.find(§or); while(it != clusters.end() && it.key() == §or) { delete *it; } clusters.remove(§or); typedef QList BspLeafs; typedef QList BspLeafSets; BspLeafSets bspLeafSets; /* * Separate the BSP leafs into edge-adjacency clusters. We'll do this by * starting with a set per BSP leaf and then keep merging these sets until * no more shared edges are found. */ foreach(BspLeaf *bspLeaf, bspLeafs) { if(&bspLeaf->parent().as() != §or) continue; // BSP leaf with no geometry are excluded. if(!bspLeaf->hasPoly()) continue; bspLeafSets.append(BspLeafs()); bspLeafSets.last().append(bspLeaf); } if(bspLeafSets.isEmpty()) return; // Merge sets whose BSP leafs share a common edge. while(bspLeafSets.count() > 1) { bool didMerge = false; for(int i = 0; i < bspLeafSets.count(); ++i) for(int k = 0; k < bspLeafSets.count(); ++k) { if(i == k) continue; foreach(BspLeaf *leaf, bspLeafSets[i]) { HEdge *baseHEdge = leaf->poly().hedge(); HEdge *hedge = baseHEdge; do { if(hedge->twin().hasFace()) { BspLeaf &otherLeaf = hedge->twin().face().mapElementAs(); if(&otherLeaf.parent() == §or && bspLeafSets[k].contains(&otherLeaf)) { // Merge k into i. bspLeafSets[i].append(bspLeafSets[k]); bspLeafSets.removeAt(k); // Compare the next pair. if(i >= k) i -= 1; k -= 1; // We'll need to repeat in any case. didMerge = true; break; } } } while((hedge = &hedge->next()) != baseHEdge); if(didMerge) break; } } if(!didMerge) break; } // Clustering complete. // Build clusters. foreach(BspLeafs const &bspLeafSet, bspLeafSets) { // BSP leaf ownership is not given to the cluster. clusters.insert(§or, new SectorCluster(bspLeafSet)); } } /// @return @c true= @a mobj was unlinked successfully. bool unlinkMobjFromSectors(mobj_t &mobj) { if(Mobj_IsSectorLinked(&mobj)) { Mobj_Sector(&mobj)->unlink(&mobj); return true; } return false; } /** * Construct an initial (empty) line blockmap. * * @pre Coordinate space bounds have already been determined. */ void initLineBlockmap(ddouble margin = 8) { // Setup the blockmap area to enclose the whole map, plus a margin // (margin is needed for a map that fits entirely inside one blockmap cell). lineBlockmap.reset( new LineBlockmap(AABoxd(bounds.minX - margin, bounds.minY - margin, bounds.maxX + margin, bounds.maxY + margin))); LOG_MAP_VERBOSE("Line blockmap dimensions:") << lineBlockmap->dimensions().asText(); // Populate the blockmap. lineBlockmap->link(lines); } /** * Construct an initial (empty) mobj blockmap. * * @pre Coordinate space bounds have already been determined. */ void initMobjBlockmap(ddouble margin = 8) { // Setup the blockmap area to enclose the whole map, plus a margin // (margin is needed for a map that fits entirely inside one blockmap cell). mobjBlockmap.reset( new Blockmap(AABoxd(bounds.minX - margin, bounds.minY - margin, bounds.maxX + margin, bounds.maxY + margin))); LOG_MAP_VERBOSE("Mobj blockmap dimensions:") << mobjBlockmap->dimensions().asText(); } /** * Unlinks the mobj from all the lines it's been linked to. Can be called * without checking that the list does indeed contain lines. */ bool unlinkMobjFromLines(mobj_t &mo) { // Try unlinking from lines. if(!mo.lineRoot) return false; // A zero index means it's not linked. // Unlink from each line. linknode_t *tn = mobjNodes.nodes; for(nodeindex_t nix = tn[mo.lineRoot].next; nix != mo.lineRoot; nix = tn[nix].next) { // Data is the linenode index that corresponds this mobj. NP_Unlink((&lineNodes), tn[nix].data); // We don't need these nodes any more, mark them as unused. // Dismissing is a macro. NP_Dismiss((&lineNodes), tn[nix].data); NP_Dismiss((&mobjNodes), nix); } // The mobj no longer has a line ring. NP_Dismiss((&mobjNodes), mo.lineRoot); mo.lineRoot = 0; return true; } /** * @note Caller must ensure a mobj is linked only once to any given line. * * @param mo Mobj to be linked. * @param line Line to link the mobj to. */ void linkMobjToLine(mobj_t *mo, Line *line) { if(!mo || !line) return; // Add a node to the mobj's ring. nodeindex_t nodeIndex = NP_New(&mobjNodes, line); NP_Link(&mobjNodes, nodeIndex, mo->lineRoot); // Add a node to the line's ring. Also store the linenode's index // into the mobjring's node, so unlinking is easy. nodeIndex = mobjNodes.nodes[nodeIndex].data = NP_New(&lineNodes, mo); NP_Link(&lineNodes, nodeIndex, lineLinks[line->indexInMap()]); } struct LineLinkerParams { Map *map; mobj_t *mo; AABoxd moAABox; }; /** * The given line might cross the mobj. If necessary, link the mobj into * the line's mobj link ring. */ static int lineLinkerWorker(Line *line, void *context) { LineLinkerParams &parm = *static_cast(context); // Do the bounding boxes intercept? if(parm.moAABox.minX >= line->aaBox().maxX || parm.moAABox.minY >= line->aaBox().maxY || parm.moAABox.maxX <= line->aaBox().minX || parm.moAABox.maxY <= line->aaBox().minY) { return false; } // Line does not cross the mobj's bounding box? if(line->boxOnSide(parm.moAABox)) return false; // Lines with only one sector will not be linked to because a mobj can't // legally cross one. if(!line->hasFrontSector()) return false; if(!line->hasBackSector()) return false; parm.map->d->linkMobjToLine(parm.mo, line); return false; } /** * @note Caller must ensure that the mobj is @em not linked. */ void linkMobjToLines(mobj_t &mo) { // Get a new root node. mo.lineRoot = NP_New(&mobjNodes, NP_ROOT_NODE); // Set up a line iterator for doing the linking. LineLinkerParams parm; zap(parm); parm.map = &self; parm.mo = &mo; parm.moAABox = Mobj_AABox(mo); validCount++; self.lineBoxIterator(parm.moAABox, lineLinkerWorker, &parm); } /** * Construct an initial (empty) polyobj blockmap. * * @pre Coordinate space bounds have already been determined. */ void initPolyobjBlockmap(ddouble margin = 8) { // Setup the blockmap area to enclose the whole map, plus a margin // (margin is needed for a map that fits entirely inside one blockmap cell). polyobjBlockmap.reset( new Blockmap(AABoxd(bounds.minX - margin, bounds.minY - margin, bounds.maxX + margin, bounds.maxY + margin))); LOG_MAP_VERBOSE("Polyobj blockmap dimensions:") << polyobjBlockmap->dimensions().asText(); } /** * Construct an initial (empty) BSP leaf blockmap. * * @pre Coordinate space bounds have already been determined. */ void initBspLeafBlockmap(ddouble margin = 8) { // Setup the blockmap area to enclose the whole map, plus a margin // (margin is needed for a map that fits entirely inside one blockmap cell). bspLeafBlockmap.reset( new Blockmap(AABoxd(bounds.minX - margin, bounds.minY - margin, bounds.maxX + margin, bounds.maxY + margin))); LOG_MAP_VERBOSE("BSP leaf blockmap dimensions:") << bspLeafBlockmap->dimensions().asText(); // Populate the blockmap. foreach(BspLeaf *bspLeaf, bspLeafs) { // BspLeafs without a sector cluster don't get in. if(bspLeaf->hasCluster()) { bspLeafBlockmap->link(bspLeaf->poly().aaBox(), bspLeaf); } } } #ifdef __CLIENT__ void initContactBlockmaps(ddouble margin = 8) { // Setup the blockmap area to enclose the whole map, plus a margin // (margin is needed for a map that fits entirely inside one blockmap cell). AABoxd expandedBounds(bounds.minX - margin, bounds.minY - margin, bounds.maxX + margin, bounds.maxY + margin); mobjContactBlockmap.reset(new ContactBlockmap(expandedBounds)); lumobjContactBlockmap.reset(new ContactBlockmap(expandedBounds)); } /** * Returns the appropriate contact blockmap for the specified contact @a type. */ ContactBlockmap &contactBlockmap(ContactType type) { switch(type) { case ContactMobj: return *mobjContactBlockmap; case ContactLumobj: return *lumobjContactBlockmap; default: throw Error("Map::contactBlockmap", "Invalid type"); } } static int linkContactWorker(Contact &contact, void *context) { static_cast(context)->contactBlockmap(contact.type()).link(contact); return false; // Continue iteration. } /** * To be called to link all contacts into the contact blockmaps. * * @todo Why don't we link contacts immediately? -ds */ void linkAllContacts() { R_ContactIterator(linkContactWorker, this); } // Clear the "contact" blockmaps (BSP leaf => object). void removeAllContacts() { mobjContactBlockmap->clear(); lumobjContactBlockmap->clear(); R_ClearContactLists(*thisPublic); } #endif /** * Locate a polyobj by sound emitter. * * @param soundEmitter SoundEmitter to search for. * * @return Pointer to the referenced Polyobj instance; otherwise @c 0. */ Polyobj *polyobjBySoundEmitter(SoundEmitter const &soundEmitter) const { foreach(Polyobj *polyobj, polyobjs) { if(&soundEmitter == &polyobj->soundEmitter()) return polyobj; } return 0; } /** * Locate a sector by sound emitter. * * @param soundEmitter SoundEmitter to search for. * * @return Pointer to the referenced Sector instance; otherwise @c 0. */ Sector *sectorBySoundEmitter(SoundEmitter const &soundEmitter) const { foreach(Sector *sector, sectors) { if(&soundEmitter == §or->soundEmitter()) return sector; } return 0; // Not found. } /** * Locate a sector plane by sound emitter. * * @param soundEmitter SoundEmitter to search for. * * @return Pointer to the referenced Plane instance; otherwise @c 0. */ Plane *planeBySoundEmitter(SoundEmitter const &soundEmitter) const { foreach(Sector *sector, sectors) foreach(Plane *plane, sector->planes()) { if(&soundEmitter == &plane->soundEmitter()) { return plane; } } return 0; // Not found. } /** * Locate a surface by sound emitter. * * @param soundEmitter SoundEmitter to search for. * * @return Pointer to the referenced Surface instance; otherwise @c 0. */ Surface *surfaceBySoundEmitter(SoundEmitter const &soundEmitter) const { // Perhaps a wall surface? foreach(Line *line, lines) for(int i = 0; i < 2; ++i) { LineSide &side = line->side(i); if(!side.hasSections()) continue; if(&soundEmitter == &side.middleSoundEmitter()) { return &side.middle(); } if(&soundEmitter == &side.bottomSoundEmitter()) { return &side.bottom(); } if(&soundEmitter == &side.topSoundEmitter()) { return &side.top(); } } return 0; // Not found. } #ifdef __CLIENT__ SurfaceDecorator &surfaceDecorator() { if(decorator.isNull()) { decorator.reset(new SurfaceDecorator); } return *decorator; } /** * Interpolate the smoothed height of planes. */ void lerpTrackedPlanes(bool resetNextViewer) { if(resetNextViewer) { // Reset the plane height trackers. foreach(Plane *plane, trackedPlanes) { plane->resetSmoothedHeight(); } // Tracked movement is now all done. trackedPlanes.clear(); } // While the game is paused there is no need to smooth. else //if(!clientPaused) { QMutableSetIterator iter(trackedPlanes); while(iter.hasNext()) { Plane *plane = iter.next(); plane->lerpSmoothedHeight(); // Has this plane reached its destination? if(de::fequal(plane->heightSmoothed(), plane->height())) { iter.remove(); } } } } /** * Interpolate the smoothed material origin of surfaces. */ void lerpScrollingSurfaces(bool resetNextViewer) { if(resetNextViewer) { // Reset the surface material origin trackers. foreach(Surface *surface, scrollingSurfaces) { surface->resetSmoothedMaterialOrigin(); } // Tracked movement is now all done. scrollingSurfaces.clear(); } // While the game is paused there is no need to smooth. else //if(!clientPaused) { QMutableSetIterator iter(scrollingSurfaces); while(iter.hasNext()) { Surface *surface = iter.next(); surface->lerpSmoothedMaterialOrigin(); // Has this material reached its destination? if(surface->materialOriginSmoothed() == surface->materialOrigin()) { iter.remove(); } } } } /** * Perform preprocessing which must be done before rendering a frame. */ void biasBeginFrame() { if(!useBias) return; // The time that applies on this frame. bias.currentTime = Timer_RealMilliseconds(); // Check which sources have changed and update the trackers for any // affected surfaces. BiasDigest allChanges; bool needUpdateSurfaces = false; for(int i = 0; i < bias.sources.count(); ++i) { BiasSource *bsrc = bias.sources.at(i); if(bsrc->trackChanges(allChanges, i, bias.currentTime)) { // We'll need to redetermine source => surface affection. needUpdateSurfaces = true; } } if(!needUpdateSurfaces) return; /* * Apply changes to all surfaces: */ bias.lastChangeOnFrame = R_FrameCount(); foreach(BspLeaf *bspLeaf, bspLeafs) { bspLeaf->applyBiasDigest(allChanges); } } /** * Create new mobj => BSP leaf contacts. */ void generateMobjContacts() { foreach(Sector *sector, sectors) for(mobj_t *iter = sector->firstMobj(); iter; iter = iter->sNext) { R_AddContact(*iter); } } void generateLumobjs(QList const &decorList) const { foreach(Decoration const *decor, decorList) { if(LightDecoration const *decorLight = decor->maybeAs()) { QScopedPointerlum(decorLight->generateLumobj()); if(!lum.isNull()) { self.addLumobj(*lum); // a copy is made. } } } } /** * Perform lazy initialization of the generator collection. */ Generators &getGenerators() { // Time to initialize a new collection? if(generators.isNull()) { generators.reset(new Generators); generators->resize(sectors.count()); } return *generators; } /** * Lookup the next available generator id. * * @todo Optimize: Cache this result. * @todo Optimize: We could maintain an age-sorted list of generators. * * @return The next available id else @c 0 iff there are no unused ids. */ Generator::Id findIdForNewGenerator() { Generators &gens = getGenerators(); // Prefer allocating a new generator if we've a spare id. Generator::Id id = 0; for(; id < MAX_GENERATORS; ++id) { if(!gens.activeGens[id]) break; } if(id < MAX_GENERATORS) return id + 1; // See if there is an active, non-static generator we can supplant. Generator *oldest = 0; for(Generator::Id i = 0; i < MAX_GENERATORS; ++i) { Generator *gen = gens.activeGens[i]; if(!gen || gen->isStatic()) continue; if(!oldest || gen->age() > oldest->age()) { oldest = gen; } } return (oldest? oldest->id() : 0); } void spawnMapParticleGens() { //if(!useParticles) return; ded_ptcgen_t *def = defs.ptcGens; for(int i = 0; i < defs.count.ptcGens.num; ++i, def++) { if(!def->map) continue; if(!Uri_Equality(def->map, reinterpret_cast(&uri))) continue; // Are we still spawning using this generator? if(def->spawnAge > 0 && worldSys().time() > def->spawnAge) continue; Generator *gen = self.newGenerator(); if(!gen) return; // No more generators. // Initialize the particle generator. gen->count = def->particles; gen->spawnRateMultiplier = 1; gen->configureFromDef(def); gen->setUntriggered(); // Is there a need to pre-simulate? gen->presimulate(def->preSim); } } /** * Spawns all type-triggered particle generators, regardless of whether * the type of mobj exists in the map or not (mobjs might be dynamically * created). */ void spawnTypeParticleGens() { //if(!useParticles) return; ded_ptcgen_t *def = defs.ptcGens; for(int i = 0; i < defs.count.ptcGens.num; ++i, def++) { if(def->typeNum != DED_PTCGEN_ANY_MOBJ_TYPE && def->typeNum < 0) continue; Generator *gen = self.newGenerator(); if(!gen) return; // No more generators. // Initialize the particle generator. gen->count = def->particles; gen->spawnRateMultiplier = 1; gen->configureFromDef(def); gen->type = def->typeNum; gen->type2 = def->type2Num; // Is there a need to pre-simulate? gen->presimulate(def->preSim); } } int findDefForGenerator(Generator *gen) { DENG2_ASSERT(gen != 0); // Search for a suitable definition. ded_ptcgen_t *def = defs.ptcGens; for(int i = 0; i < defs.count.ptcGens.num; ++i, def++) { // A type generator? if(def->typeNum == DED_PTCGEN_ANY_MOBJ_TYPE && gen->type == DED_PTCGEN_ANY_MOBJ_TYPE) { return i+1; // Stop iteration. } if(def->typeNum >= 0 && (gen->type == def->typeNum || gen->type2 == def->type2Num)) { return i+1; // Stop iteration. } // A damage generator? if(gen->source && gen->source->type == def->damageNum) { return i+1; // Stop iteration. } // A flat generator? if(gen->plane && def->material) { try { Material *defMat = &App_ResourceSystem().material(*reinterpret_cast(def->material)); Material *mat = gen->plane->surface().materialPtr(); if(def->flags & Generator::SpawnFloor) mat = gen->plane->sector().floorSurface().materialPtr(); if(def->flags & Generator::SpawnCeiling) mat = gen->plane->sector().ceilingSurface().materialPtr(); // Is this suitable? if(mat == defMat) { return i + 1; // 1-based index. } #if 0 /// @todo $revise-texture-animation if(def->flags & PGF_GROUP) { // Generator triggered by all materials in the animation. if(Material_IsGroupAnimated(defMat) && Material_IsGroupAnimated(mat) && &Material_AnimGroup(defMat) == &Material_AnimGroup(mat)) { // Both are in this animation! This def will do. return i + 1; // 1-based index. } } #endif } catch(MaterialManifest::MissingMaterialError const &) {} // Ignore this error. catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } // A state generator? if(gen->source && def->state[0] && gen->source->state - states == Def_GetStateNum(def->state)) { return i + 1; // 1-based index. } } return 0; // Not found. } /** * Update existing generators in the map following an engine reset. */ void updateParticleGens() { Generators &gens = getGenerators(); for(Generator::Id i = 0; i < MAX_GENERATORS; ++i) { // Only consider active generators. Generator *gen = gens.activeGens[i]; if(!gen) continue; // Map generators cannot be updated (we have no means to reliably // identify them), so destroy them. if(gen->isUntriggered()) { Generator_Delete(gen); continue; // Continue iteration. } if(int defIndex = findDefForGenerator(gen)) { // Update the generator using the new definition. ded_ptcgen_t *def = defs.ptcGens + (defIndex-1); gen->def = def; } else { // Nothing else we can do, destroy it. Generator_Delete(gen); } } // Re-spawn map generators. spawnMapParticleGens(); } /** * Link all generated particles into the map so that they will be drawn. * * @todo Overkill? */ void linkAllParticles() { //LOG_AS("Map::linkAllParticles"); Generators &gens = getGenerators(); // Empty all generator lists. std::memset(gens.lists, 0, sizeof(*gens.lists) * gens.listsSize); gens.linkStoreCursor = 0; if(useParticles) { for(Generator::Id id = 0; id < MAX_GENERATORS; ++id) { // Only consider active generators. Generator *gen = gens.activeGens[id]; if(!gen) continue; ParticleInfo const *pInfo = gen->particleInfo(); for(int i = 0; i < gen->count; ++i, pInfo++) { if(pInfo->stage < 0 || !pInfo->bspLeaf) continue; int listIndex = pInfo->bspLeaf->sector().indexInMap(); DENG2_ASSERT((unsigned)listIndex < gens.listsSize); // Must check that it isn't already there... bool found = false; for(Generators::ListNode *it = gens.lists[listIndex]; it; it = it->next) { if(it->gen == gen) { // Warning message disabled as these are occuring so thick and fast // that logging is pointless (and negatively affecting performance). //LOGDEV_MAP_VERBOSE("Attempted repeat link of generator %p to list %u.") // << gen << listIndex; found = true; // No, no... } } if(found) continue; // We need a new link. if(Generators::ListNode *link = gens.newLink()) { link->gen = gen; link->next = gens.lists[listIndex]; gens.lists[listIndex] = link; } } } } } #endif // __CLIENT__ }; Map::Map(Uri const &uri) : d(new Instance(this, uri)) { _globalGravity = 0; _effectiveGravity = 0; _ambientLightLevel = 0; } Mesh const &Map::mesh() const { return d->mesh; } bool Map::hasBspRoot() const { return d->bspRoot != 0; } MapElement &Map::bspRoot() const { if(d->bspRoot) { return *d->bspRoot; } /// @throw MissingBspError No BSP data is available. throw MissingBspError("Map::bspRoot", "No BSP data available"); } Map::BspNodes const &Map::bspNodes() const { return d->bspNodes; } Map::BspLeafs const &Map::bspLeafs() const { return d->bspLeafs; } Map::SectorClusters const &Map::sectorClusters() const { return d->clusters; } #ifdef __CLIENT__ bool Map::hasLightGrid() { return !d->lightGrid.isNull(); } LightGrid &Map::lightGrid() { if(!d->lightGrid.isNull()) { return *d->lightGrid; } /// @throw MissingLightGrid Attempted with no LightGrid initialized. throw MissingLightGridError("Map::lightGrid", "No light grid is initialized"); } void Map::initLightGrid() { // Disabled? if(!Con_GetInteger("rend-bias-grid")) return; // Time to initialize the LightGrid? if(d->lightGrid.isNull()) { d->lightGrid.reset(new LightGrid(*this)); } // Perform a full update right away. d->lightGrid->update(); } void Map::initBias() { Time begunAt; LOG_AS("Map::initBias"); // Start with no sources whatsoever. d->bias.sources.clear(); // Load light sources from Light definitions. for(int i = 0; i < defs.count.lights.num; ++i) { ded_light_t *def = defs.lights + i; if(def->state[0]) continue; if(qstricmp(d->oldUniqueId, def->uniqueMapID)) continue; // Already at maximum capacity? if(biasSourceCount() == MAX_BIAS_SOURCES) break; addBiasSource(BiasSource::fromDef(*def)); } LOGDEV_MAP_VERBOSE("Completed in %.2f seconds") << begunAt.since(); } void Map::unlinkInMaterialLists(Surface *surface) { if(!surface) return; if(d->decorator.isNull()) return; d->surfaceDecorator().remove(surface); } void Map::linkInMaterialLists(Surface *surface) { if(!surface) return; // Only surfaces with a material will be linked. if(!surface->hasMaterial()) return; // Ignore surfaces not currently attributed to the map. if(&surface->map() != this) { qDebug() << "Ignoring alien surface" << de::dintptr(surface) << "in Map::unlinkInMaterialLists"; return; } d->surfaceDecorator().add(surface); } void Map::buildMaterialLists() { d->surfaceDecorator().reset(); foreach(Line *line, d->lines) for(int i = 0; i < 2; ++i) { LineSide &side = line->side(i); if(!side.hasSections()) continue; linkInMaterialLists(&side.middle()); linkInMaterialLists(&side.top()); linkInMaterialLists(&side.bottom()); } foreach(Sector *sector, d->sectors) { // Skip sectors with no lines as their planes will never be drawn. if(!sector->sideCount()) continue; foreach(Plane *plane, sector->planes()) { linkInMaterialLists(&plane->surface()); } } } void Map::initContactBlockmaps() { d->initContactBlockmaps(); } void Map::spreadAllContacts(AABoxd const ®ion) { // Expand the region according by the maxium radius of each contact type. d->mobjContactBlockmap-> spread(AABoxd(region.minX - DDMOBJ_RADIUS_MAX, region.minY - DDMOBJ_RADIUS_MAX, region.maxX + DDMOBJ_RADIUS_MAX, region.maxY + DDMOBJ_RADIUS_MAX)); d->lumobjContactBlockmap-> spread(AABoxd(region.minX - Lumobj::radiusMax(), region.minY - Lumobj::radiusMax(), region.maxX + Lumobj::radiusMax(), region.maxY + Lumobj::radiusMax())); } void Map::initGenerators() { LOG_AS("Map::initGenerators"); Time begunAt; d->spawnTypeParticleGens(); d->spawnMapParticleGens(); LOGDEV_MAP_VERBOSE("Completed in %.2f seconds") << begunAt.since(); } void Map::spawnPlaneParticleGens() { //if(!useParticles) return; foreach(Sector *sector, d->sectors) { Plane &floor = sector->floor(); floor.spawnParticleGen(Def_GetGenerator(floor.surface().composeMaterialUri())); Plane &ceiling = sector->ceiling(); ceiling.spawnParticleGen(Def_GetGenerator(ceiling.surface().composeMaterialUri())); } } void Map::clearClMobjs() { d->clMobjHash.clear(); } mobj_t *Map::clMobjFor(thid_t id, bool canCreate) const { LOG_AS("Map::clMobjFor"); if(mobj_t *clmo = d->clMobjHash.find(id)) { return clmo; } if(!canCreate) return 0; // Create a new client mobj. // Allocate enough memory for all the data. void *data = Z_Malloc(sizeof(ClMobjInfo) + MOBJ_SIZE, PU_MAP, 0); ClMobjInfo *info = new (data) ClMobjInfo; DENG2_UNUSED(info); mobj_t *mo = (mobj_t *) ((char *)data + sizeof(ClMobjInfo)); std::memset(mo, 0, MOBJ_SIZE); mo->ddFlags = DDMF_REMOTE; d->clMobjHash.insert(mo, id); d->thinkers->setMobjId(id); // Mark this ID as used. // Client mobjs are full-fludged game mobjs as well. mo->thinker.function = reinterpret_cast(gx.MobjThinker); d->thinkers->add(reinterpret_cast(*mo)); return mo; } void Map::deleteClMobj(mobj_t *mo) { LOG_AS("Map::deleteClMobj"); if(!mo) return; LOG_NET_XVERBOSE("mobj %i being destroyed") << mo->thinker.id; #ifdef DENG_DEBUG d->clMobjHash.assertValid(); #endif CL_ASSERT_CLMOBJ(mo); ClMobjInfo *info = ClMobj_GetInfo(mo); // Stop any sounds originating from this mobj. S_StopSound(0, mo); // The ID is free once again. d->thinkers->setMobjId(mo->thinker.id, false); d->clMobjHash.remove(mo); ClMobj_Unlink(mo); // from block/sector info->~ClMobjInfo(); // This will free the entire mobj + info. Z_Free(info); #ifdef DENG_DEBUG d->clMobjHash.assertValid(); #endif } int Map::clMobjIterator(int (*callback) (mobj_t *, void *), void *context) { return d->clMobjHash.iterate(callback, context); } ClMobjHash const &Map::clMobjHash() const { return d->clMobjHash; } #endif // __CLIENT__ Uri const &Map::uri() const { return d->uri; } char const *Map::oldUniqueId() const { return d->oldUniqueId; } void Map::setOldUniqueId(char const *newUniqueId) { qstrncpy(d->oldUniqueId, newUniqueId, sizeof(d->oldUniqueId)); } bool Map::isCustom() const { return P_MapIsCustom(uri().asText().toUtf8()); } AABoxd const &Map::bounds() const { return d->bounds; } coord_t Map::gravity() const { return _effectiveGravity; } void Map::setGravity(coord_t newGravity) { if(!de::fequal(_effectiveGravity, newGravity)) { _effectiveGravity = newGravity; LOG_MAP_VERBOSE("Effective gravity for %s now %.1f") << d->uri.asText() << _effectiveGravity; } } Thinkers &Map::thinkers() const { if(!d->thinkers.isNull()) { return *d->thinkers; } /// @throw MissingThinkersError The thinker lists are not yet initialized. throw MissingThinkersError("Map::thinkers", "Thinkers not initialized"); } Map::Vertexes const &Map::vertexes() const { return d->mesh.vertexes(); } Map::Lines const &Map::lines() const { return d->lines; } Map::Sectors const &Map::sectors() const { return d->sectors; } Map::Polyobjs const &Map::polyobjs() const { return d->polyobjs; } int Map::ambientLightLevel() const { return _ambientLightLevel; } int Map::toSideIndex(int lineIndex, int backSide) // static { DENG_ASSERT(lineIndex >= 0); return lineIndex * 2 + (backSide? 1 : 0); } LineSide *Map::sideByIndex(int index) const { if(index < 0) return 0; return &d->lines.at(index / 2)->side(index % 2); } bool Map::identifySoundEmitter(SoundEmitter const &emitter, Sector **sector, Polyobj **poly, Plane **plane, Surface **surface) const { *sector = 0; *poly = 0; *plane = 0; *surface = 0; /// @todo Optimize: All sound emitters in a sector are linked together forming /// a chain. Make use of the chains instead. *poly = d->polyobjBySoundEmitter(emitter); if(!*poly) { // Not a polyobj. Try the sectors next. *sector = d->sectorBySoundEmitter(emitter); if(!*sector) { // Not a sector. Try the planes next. *plane = d->planeBySoundEmitter(emitter); if(!*plane) { // Not a plane. Try the surfaces next. *surface = d->surfaceBySoundEmitter(emitter); } } } return (*sector != 0 || *poly != 0|| *plane != 0|| *surface != 0); } Polyobj *Map::polyobjByTag(int tag) const { foreach(Polyobj *polyobj, d->polyobjs) { if(polyobj->tag == tag) return polyobj; } return 0; } void Map::initPolyobjs() { LOG_AS("Map::initPolyobjs"); foreach(Polyobj *po, d->polyobjs) { /// @todo Is this still necessary? -ds /// (This data is updated automatically when moving/rotating). po->updateAABox(); po->updateSurfaceTangents(); po->unlink(); po->link(); } } EntityDatabase &Map::entityDatabase() const { return d->entityDatabase; } void Map::initNodePiles() { LOG_AS("Map"); Time begunAt; // Initialize node piles and line rings. NP_Init(&d->mobjNodes, 256); // Allocate a small pile. NP_Init(&d->lineNodes, lineCount() + 1000); // Allocate the rings. DENG_ASSERT(d->lineLinks == 0); d->lineLinks = (nodeindex_t *) Z_Malloc(sizeof(*d->lineLinks) * lineCount(), PU_MAPSTATIC, 0); for(int i = 0; i < lineCount(); ++i) { d->lineLinks[i] = NP_New(&d->lineNodes, NP_ROOT_NODE); } // How much time did we spend? LOGDEV_MAP_MSG("Initialized node piles in %.2f seconds") << begunAt.since(); } Blockmap const &Map::mobjBlockmap() const { if(!d->mobjBlockmap.isNull()) { return *d->mobjBlockmap; } /// @throw MissingBlockmapError The mobj blockmap is not yet initialized. throw MissingBlockmapError("Map::mobjBlockmap", "Mobj blockmap is not initialized"); } Blockmap const &Map::polyobjBlockmap() const { if(!d->polyobjBlockmap.isNull()) { return *d->polyobjBlockmap; } /// @throw MissingBlockmapError The polyobj blockmap is not yet initialized. throw MissingBlockmapError("Map::polyobjBlockmap", "Polyobj blockmap is not initialized"); } LineBlockmap const &Map::lineBlockmap() const { if(!d->lineBlockmap.isNull()) { return *d->lineBlockmap; } /// @throw MissingBlockmapError The line blockmap is not yet initialized. throw MissingBlockmapError("Map::lineBlockmap", "Line blockmap is not initialized"); } Blockmap const &Map::bspLeafBlockmap() const { if(!d->bspLeafBlockmap.isNull()) { return *d->bspLeafBlockmap; } /// @throw MissingBlockmapError The BSP leaf blockmap is not yet initialized. throw MissingBlockmapError("Map::bspLeafBlockmap", "BSP leaf blockmap is not initialized"); } struct blockmapcellmobjsiterator_params_t { int localValidCount; int (*callback) (mobj_t *, void *); void *context; }; static int blockmapCellMobjsIterator(void *object, void *context) { mobj_t *mobj = static_cast(object); blockmapcellmobjsiterator_params_t &parm = *static_cast(context); if(mobj->validCount != parm.localValidCount) { // This mobj has now been processed for the current iteration. mobj->validCount = parm.localValidCount; // Action the callback. if(int result = parm.callback(mobj, parm.context)) return result; // Stop iteration. } return false; // Continue iteration. } int Map::mobjBoxIterator(AABoxd const &box, int (*callback) (mobj_t *, void *), void *context) const { if(!d->mobjBlockmap.isNull()) { blockmapcellmobjsiterator_params_t parm; zap(parm); parm.localValidCount = validCount; parm.callback = callback; parm.context = context; return d->mobjBlockmap->iterate(box, blockmapCellMobjsIterator, &parm); } /// @throw MissingBlockmapError The mobj blockmap is not yet initialized. throw MissingBlockmapError("Map::mobjBoxIterator", "Mobj blockmap is not initialized"); } int Map::mobjPathIterator(Vector2d const &from, Vector2d const &to, int (*callback)(mobj_t *, void *), void *context) const { if(!d->mobjBlockmap.isNull()) { blockmapcellmobjsiterator_params_t parm; zap(parm); parm.localValidCount = validCount; parm.callback = callback; parm.context = context; return d->mobjBlockmap->iterate(from, to, blockmapCellMobjsIterator, &parm); } /// @throw MissingBlockmapError The mobj blockmap is not yet initialized. throw MissingBlockmapError("Map::mobjPathIterator", "Mobj blockmap is not initialized"); } struct blockmapcelllinesiterator_params_t { int localValidCount; int (*callback) (Line *, void *); void *context; }; static int blockmapCellLinesIterator(void *mapElement, void *context) { Line *line = static_cast(mapElement); blockmapcelllinesiterator_params_t &parm = *static_cast(context); if(line->validCount() != parm.localValidCount) { // This line has now been processed for the current iteration. line->setValidCount(parm.localValidCount); // Action the callback. if(int result = parm.callback(line, parm.context)) return result; // Stop iteration. } return false; // Continue iteration. } struct blockmapcellbspleafsiterator_params_t { AABoxd const *box; int localValidCount; int (*callback) (BspLeaf *, void *); void *context; }; static int blockmapCellBspLeafsIterator(void *object, void *context) { BspLeaf *bspLeaf = static_cast(object); blockmapcellbspleafsiterator_params_t &parm = *static_cast(context); if(bspLeaf->validCount() != parm.localValidCount) { // This BspLeaf has now been processed for the current iteration. bspLeaf->setValidCount(parm.localValidCount); // Check the bounds. AABoxd const &leafAABox = bspLeaf->poly().aaBox(); if(parm.box) { if(leafAABox.maxX < parm.box->minX || leafAABox.minX > parm.box->maxX || leafAABox.minY > parm.box->maxY || leafAABox.maxY < parm.box->minY) { return false; // Continue iteration. } } // Action the callback. if(int result = parm.callback(bspLeaf, parm.context)) return result; // Stop iteration. } return false; // Continue iteration. } int Map::bspLeafBoxIterator(AABoxd const &box, int (*callback) (BspLeaf *, void *), void *context) const { if(!d->bspLeafBlockmap.isNull()) { static int localValidCount = 0; // This is only used here. localValidCount++; blockmapcellbspleafsiterator_params_t parm; zap(parm); parm.localValidCount = localValidCount; parm.callback = callback; parm.context = context; parm.box = &box; return d->bspLeafBlockmap->iterate(box, blockmapCellBspLeafsIterator, &parm); } /// @throw MissingBlockmapError The BSP leaf blockmap is not yet initialized. throw MissingBlockmapError("Map::bspLeafBoxIterator", "BSP leaf blockmap is not initialized"); } int Map::mobjTouchedLineIterator(mobj_t *mo, int (*callback) (Line *, void *), void *context) const { if(mo->lineRoot) { linknode_t *tn = d->mobjNodes.nodes; QVarLengthArray linkStore; for(nodeindex_t nix = tn[mo->lineRoot].next; nix != mo->lineRoot; nix = tn[nix].next) { linkStore.append(reinterpret_cast(tn[nix].ptr)); } for(int i = 0; i < linkStore.count(); ++i) { Line *line = linkStore[i]; if(int result = callback(line, context)) return result; } } return false; // Continue iteration. } int Map::mobjTouchedSectorIterator(mobj_t *mo, int (*callback) (Sector *, void *), void *context) const { QVarLengthArray linkStore; // Always process the mobj's own sector first. Sector &ownSec = Mobj_BspLeafAtOrigin(*mo).sector(); linkStore.append(&ownSec); ownSec.setValidCount(validCount); // Any good lines around here? if(mo->lineRoot) { linknode_t *tn = d->mobjNodes.nodes; for(nodeindex_t nix = tn[mo->lineRoot].next; nix != mo->lineRoot; nix = tn[nix].next) { Line *ld = reinterpret_cast(tn[nix].ptr); // All these lines have sectors on both sides. // First, try the front. Sector &frontSec = ld->frontSector(); if(frontSec.validCount() != validCount) { frontSec.setValidCount(validCount); linkStore.append(&frontSec); } // And then the back. /// @todo Above comment suggest always twosided, which is it? -ds if(ld->hasBackSector()) { Sector &backSec = ld->backSector(); if(backSec.validCount() != validCount) { backSec.setValidCount(validCount); linkStore.append(&backSec); } } } } for(int i = 0; i < linkStore.count(); ++i) { Sector *sector = linkStore[i]; if(int result = callback(sector, context)) return result; } return false; // Continue iteration. } int Map::lineTouchingMobjIterator(Line *line, int (*callback) (mobj_t *, void *), void *context) const { QVarLengthArray linkStore; nodeindex_t root = d->lineLinks[line->indexInMap()]; linknode_t *ln = d->lineNodes.nodes; for(nodeindex_t nix = ln[root].next; nix != root; nix = ln[nix].next) { linkStore.append(reinterpret_cast(ln[nix].ptr)); } for(int i = 0; i < linkStore.count(); ++i) { mobj_t *mobj = linkStore[i]; if(int result = callback(mobj, context)) return result; } return false; // Continue iteration. } int Map::sectorTouchingMobjIterator(Sector *sector, int (*callback) (mobj_t *, void *), void *context) const { QVarLengthArray linkStore; // Collate mobjs that obviously are in the sector. for(mobj_t *mo = sector->firstMobj(); mo; mo = mo->sNext) { if(mo->validCount != validCount) { mo->validCount = validCount; linkStore.append(mo); } } // Collate mobjs linked to the sector's lines. linknode_t const *ln = d->lineNodes.nodes; foreach(LineSide *side, sector->sides()) { nodeindex_t root = d->lineLinks[side->line().indexInMap()]; for(nodeindex_t nix = ln[root].next; nix != root; nix = ln[nix].next) { mobj_t *mo = reinterpret_cast(ln[nix].ptr); if(mo->validCount != validCount) { mo->validCount = validCount; linkStore.append(mo); } } } // Process all collected mobjs. for(int i = 0; i < linkStore.count(); ++i) { mobj_t *mobj = linkStore[i]; if(int result = callback(mobj, context)) return result; } return false; // Continue iteration. } int Map::unlink(mobj_t &mo) { int links = 0; if(d->unlinkMobjFromSectors(mo)) links |= MLF_SECTOR; BlockmapCell cell = d->mobjBlockmap->toCell(Mobj_Origin(mo)); if(d->mobjBlockmap->unlink(cell, &mo)) links |= MLF_BLOCKMAP; if(!d->unlinkMobjFromLines(mo)) links |= MLF_NOLINE; return links; } void Map::link(mobj_t &mo, int flags) { BspLeaf &bspLeafAtOrigin = bspLeafAt_FixedPrecision(Mobj_Origin(mo)); // Link into the sector? if(flags & MLF_SECTOR) { d->unlinkMobjFromSectors(mo); bspLeafAtOrigin.sector().link(&mo); } mo._bspLeaf = &bspLeafAtOrigin; // Link into blockmap? if(flags & MLF_BLOCKMAP) { BlockmapCell cell = d->mobjBlockmap->toCell(Mobj_Origin(mo)); d->mobjBlockmap->link(cell, &mo); } // Link into lines? if(!(flags & MLF_NOLINE)) { d->unlinkMobjFromLines(mo); d->linkMobjToLines(mo); } // If this is a player - perform additional tests to see if they have // entered or exited the void. if(mo.dPlayer && mo.dPlayer->mo) { mo.dPlayer->inVoid = true; if(!Mobj_BspLeafAtOrigin(mo).polyContains(Mobj_Origin(mo))) return; SectorCluster &cluster = Mobj_Cluster(mo); #ifdef __CLIENT__ if(mo.origin[VZ] < cluster.visCeiling().heightSmoothed() + 4 && mo.origin[VZ] >= cluster.visFloor().heightSmoothed()) #else if(mo.origin[VZ] < cluster.ceiling().height() + 4 && mo.origin[VZ] >= cluster.floor().height()) #endif { mo.dPlayer->inVoid = false; } } } void Map::unlink(Polyobj &polyobj) { d->polyobjBlockmap->unlink(polyobj.aaBox, &polyobj); } void Map::link(Polyobj &polyobj) { d->polyobjBlockmap->link(polyobj.aaBox, &polyobj); } struct blockmapcellpolyobjsiterator_params_t { int localValidCount; int (*callback) (Polyobj *, void *); void *context; }; static int blockmapCellPolyobjsIterator(void *object, void *context) { Polyobj *polyobj = static_cast(object); blockmapcellpolyobjsiterator_params_t &parm = *static_cast(context); if(polyobj->validCount != parm.localValidCount) { // This polyobj has now been processed for the current iteration. polyobj->validCount = parm.localValidCount; // Action the callback. if(int result = parm.callback(polyobj, parm.context)) return result; // Stop iteration. } return false; // Continue iteration. } int Map::polyobjBoxIterator(AABoxd const &box, int (*callback) (struct polyobj_s *, void *), void *context) const { if(!d->polyobjBlockmap.isNull()) { blockmapcellpolyobjsiterator_params_t parm; zap(parm); parm.localValidCount = validCount; parm.callback = callback; parm.context = context; return d->polyobjBlockmap->iterate(box, blockmapCellPolyobjsIterator, &parm); } /// @throw MissingBlockmapError The polyobj blockmap is not yet initialized. throw MissingBlockmapError("Map::polyobjBoxIterator", "Polyobj blockmap is not initialized"); } struct polyobjlineiterator_params_t { int (*callback) (Line *, void *); void *context; }; static int polyobjLineIterator(Polyobj *po, void *context = 0) { polyobjlineiterator_params_t &parm = *static_cast(context); foreach(Line *line, po->lines()) { if(line->validCount() != validCount) { line->setValidCount(validCount); if(int result = parm.callback(line, parm.context)) return result; } } return false; // Continue iteration. } int Map::lineBoxIterator(AABoxd const &box, int flags, int (*callback) (Line *, void *), void *context) const { // Process polyobj lines? if((flags & LIF_POLYOBJ) && polyobjCount()) { if(d->polyobjBlockmap.isNull()) /// @throw MissingBlockmapError The polyobj blockmap is not yet initialized. throw MissingBlockmapError("Map::lineBoxIterator", "Polyobj blockmap is not initialized"); polyobjlineiterator_params_t pliParm; zap(pliParm); pliParm.callback = callback; pliParm.context = context; blockmapcellpolyobjsiterator_params_t parm; zap(parm); parm.localValidCount = validCount; parm.callback = polyobjLineIterator; parm.context = &pliParm; if(int result = d->polyobjBlockmap->iterate(box, blockmapCellPolyobjsIterator, &parm)) return result; } // Process sector lines? if(flags & LIF_SECTOR) { if(d->lineBlockmap.isNull()) /// @throw MissingBlockmapError The line blockmap is not yet initialized. throw MissingBlockmapError("Map::lineBoxIterator", "Line blockmap is not initialized"); blockmapcelllinesiterator_params_t parm; zap(parm); parm.localValidCount = validCount; parm.callback = callback; parm.context = context; if(int result = d->lineBlockmap->iterate(box, blockmapCellLinesIterator, &parm)) return result; } return 0; // Continue iteration. } int Map::linePathIterator(Vector2d const &from, Vector2d const &to, int flags, int (*callback)(Line *, void *), void *context) const { // Process polyobj lines? if((flags & LIF_POLYOBJ) && polyobjCount()) { if(d->polyobjBlockmap.isNull()) /// @throw MissingBlockmapError The polyobj blockmap is not yet initialized. throw MissingBlockmapError("Map::linePathIterator", "Polyobj blockmap is not initialized"); polyobjlineiterator_params_t pliParm; zap(pliParm); pliParm.callback = callback; pliParm.context = context; blockmapcellpolyobjsiterator_params_t parm; zap(parm); parm.localValidCount = validCount; parm.callback = polyobjLineIterator; parm.context = &pliParm; if(int result = d->polyobjBlockmap->iterate(from, to, blockmapCellPolyobjsIterator, &parm)) return result; } // Process sector lines? if(flags & LIF_SECTOR) { if(d->lineBlockmap.isNull()) /// @throw MissingBlockmapError The line blockmap is not yet initialized. throw MissingBlockmapError("Map::linePathIterator", "Line blockmap is not initialized"); blockmapcelllinesiterator_params_t parm; zap(parm); parm.localValidCount = validCount; parm.callback = callback; parm.context = context; if(int result = d->lineBlockmap->iterate(from, to, blockmapCellLinesIterator, &parm)) return result; } return 0; // Continue iteration. } BspLeaf &Map::bspLeafAt(Vector2d const &point) const { if(!d->bspRoot) /// @throw MissingBspError No BSP data is available. throw MissingBspError("Map::bspLeafAt", "No BSP data available"); MapElement *bspElement = d->bspRoot; while(bspElement->type() != DMU_BSPLEAF) { BspNode &bspNode = bspElement->as(); int side = bspNode.partition().pointOnSide(point) < 0; // Decend to the child subspace on "this" side. bspElement = bspNode.childPtr(side); } // We've arrived at a leaf. return bspElement->as(); } BspLeaf &Map::bspLeafAt_FixedPrecision(Vector2d const &point) const { if(!d->bspRoot) /// @throw MissingBspError No BSP data is available. throw MissingBspError("Map::bspLeafAt_FixedPrecision", "No BSP data available"); fixed_t pointX[2] = { DBL2FIX(point.x), DBL2FIX(point.y) }; MapElement *bspElement = d->bspRoot; while(bspElement->type() != DMU_BSPLEAF) { BspNode &bspNode = bspElement->as(); Partition const &partition = bspNode.partition(); fixed_t lineOriginX[2] = { DBL2FIX(partition.origin.x), DBL2FIX(partition.origin.y) }; fixed_t lineDirectionX[2] = { DBL2FIX(partition.direction.x), DBL2FIX(partition.direction.y) }; int side = V2x_PointOnLineSide(pointX, lineOriginX, lineDirectionX); // Decend to the child subspace on "this" side. bspElement = bspNode.childPtr(side); } // We've arrived at a leaf. return bspElement->as(); } #ifdef __CLIENT__ void Map::updateScrollingSurfaces() { foreach(Surface *surface, d->scrollingSurfaces) { surface->updateMaterialOriginTracking(); } } Map::SurfaceSet &Map::scrollingSurfaces() { return d->scrollingSurfaces; } void Map::updateTrackedPlanes() { foreach(Plane *plane, d->trackedPlanes) { plane->updateHeightTracking(); } } Map::PlaneSet &Map::trackedPlanes() { return d->trackedPlanes; } void Map::initSkyFix() { Time begunAt; LOG_AS("Map::initSkyFix"); d->skyFloorHeight = DDMAXFLOAT; d->skyCeilingHeight = DDMINFLOAT; // Update for sector plane heights and mobjs which intersect the ceiling. /// @todo Can't we defer this? foreach(Sector *sector, d->sectors) { if(!sector->sideCount()) continue; bool const skyFloor = sector->floorSurface().hasSkyMaskedMaterial(); bool const skyCeil = sector->ceilingSurface().hasSkyMaskedMaterial(); if(!skyFloor && !skyCeil) continue; if(skyCeil) { // Adjust for the plane height. if(sector->ceiling().heightSmoothed() > d->skyCeilingHeight) { // Must raise the skyfix ceiling. d->skyCeilingHeight = sector->ceiling().heightSmoothed(); } // Check that all the mobjs in the sector fit in. for(mobj_t *mo = sector->firstMobj(); mo; mo = mo->sNext) { coord_t extent = mo->origin[VZ] + mo->height; if(extent > d->skyCeilingHeight) { // Must raise the skyfix ceiling. d->skyCeilingHeight = extent; } } } if(skyFloor) { // Adjust for the plane height. if(sector->floor().heightSmoothed() < d->skyFloorHeight) { // Must lower the skyfix floor. d->skyFloorHeight = sector->floor().heightSmoothed(); } } // Update for middle materials on lines which intersect the // floor and/or ceiling on the front (i.e., sector) side. foreach(LineSide *side, sector->sides()) { if(!side->hasSections()) continue; if(!side->middle().hasMaterial()) continue; // There must be a sector on both sides. if(!side->hasSector() || !side->back().hasSector()) continue; // Possibility of degenerate BSP leaf. if(!side->leftHEdge()) continue; WallEdge edge(WallSpec::fromMapSide(*side, LineSide::Middle), *side->leftHEdge(), Line::From); if(edge.isValid() && edge.top().z() > edge.bottom().z()) { if(skyCeil && edge.top().z() + edge.materialOrigin().y > d->skyCeilingHeight) { // Must raise the skyfix ceiling. d->skyCeilingHeight = edge.top().z() + edge.materialOrigin().y; } if(skyFloor && edge.bottom().z() + edge.materialOrigin().y < d->skyFloorHeight) { // Must lower the skyfix floor. d->skyFloorHeight = edge.bottom().z() + edge.materialOrigin().y; } } } } LOGDEV_MAP_VERBOSE("Completed in %.2f seconds") << begunAt.since(); } coord_t Map::skyFix(bool ceiling) const { return ceiling? d->skyCeilingHeight : d->skyFloorHeight; } void Map::setSkyFix(bool ceiling, coord_t newHeight) { if(ceiling) d->skyCeilingHeight = newHeight; else d->skyFloorHeight = newHeight; } Generator *Map::newGenerator() { Generator::Id id = d->findIdForNewGenerator(); // 1-based if(!id) return 0; // Failed; too many generators? Instance::Generators &gens = d->getGenerators(); // If there is already a generator with that id - remove it. if(id > 0 && id <= MAX_GENERATORS) { Generator_Delete(gens.activeGens[id - 1]); } /// @todo Linear allocation when in-game is not good... Generator *gen = (Generator *) Z_Calloc(sizeof(Generator), PU_MAP, 0); gen->setId(id); // Link the thinker to the list of (private) thinkers. gen->thinker.function = (thinkfunc_t) Generator_Thinker; d->thinkers->add(gen->thinker, false /*not public*/); // Link the generator into the collection. gens.activeGens[id - 1] = gen; return gen; } int Map::generatorCount() const { if(d->generators.isNull()) return 0; int count = 0; Instance::Generators &gens = d->getGenerators(); for(Generator::Id i = 0; i < MAX_GENERATORS; ++i) { if(gens.activeGens[i]) { count += 1; } } return count; } void Map::unlink(Generator &generator) { Instance::Generators &gens = d->getGenerators(); for(Generator::Id i = 0; i < MAX_GENERATORS; ++i) { if(gens.activeGens[i] == &generator) { gens.activeGens[i] = 0; break; } } } int Map::generatorIterator(int (*callback) (Generator *, void *), void *context) { Instance::Generators &gens = d->getGenerators(); for(Generator::Id i = 0; i < MAX_GENERATORS; ++i) { // Only consider active generators. if(!gens.activeGens[i]) continue; if(int result = callback(gens.activeGens[i], context)) return result; } return 0; // Continue iteration. } int Map::generatorListIterator(uint listIndex, int (*callback) (Generator *, void *), void *context) { Instance::Generators &gens = d->getGenerators(); for(Instance::Generators::ListNode *it = gens.lists[listIndex]; it; it = it->next) { if(int result = callback(it->gen, context)) return result; } return 0; // Continue iteration. } Lumobj &Map::addLumobj(Lumobj const &lumobj) { d->lumobjs.append(new Lumobj(lumobj)); Lumobj &lum = *d->lumobjs.last(); lum.setMap(this); lum.setIndexInMap(d->lumobjs.count() - 1); lum.bspLeafAtOrigin().link(lum); R_AddContact(lum); // For spreading purposes. return lum; } void Map::removeLumobj(int which) { if(which >= 0 && which < lumobjCount()) { delete d->lumobjs.takeAt(which); } } void Map::removeAllLumobjs() { foreach(BspLeaf *leaf, d->bspLeafs) { leaf->unlinkAllLumobjs(); } qDeleteAll(d->lumobjs); d->lumobjs.clear(); } Map::Lumobjs const &Map::lumobjs() const { return d->lumobjs; } BiasSource &Map::addBiasSource(BiasSource const &biasSource) { if(biasSourceCount() < MAX_BIAS_SOURCES) { d->bias.sources.append(new BiasSource(biasSource)); return *d->bias.sources.last(); } /// @throw FullError Attempt to add a new bias source when already at capcity. throw FullError("Map::addBiasSource", QString("Already at maximum capacity (%1)").arg(MAX_BIAS_SOURCES)); } void Map::removeBiasSource(int which) { if(which >= 0 && which < biasSourceCount()) { delete d->bias.sources.takeAt(which); } } void Map::removeAllBiasSources() { qDeleteAll(d->bias.sources); d->bias.sources.clear(); } Map::BiasSources const &Map::biasSources() const { return d->bias.sources; } BiasSource *Map::biasSource(int index) const { if(index >= 0 && index < biasSourceCount()) { return biasSources().at(index); } return 0; } /** * @todo Implement a blockmap for these? * @todo Cache this result (MRU?). */ BiasSource *Map::biasSourceNear(Vector3d const &point) const { BiasSource *nearest = 0; coord_t minDist = 0; foreach(BiasSource *src, d->bias.sources) { coord_t dist = (src->origin() - point).length(); if(!nearest || dist < minDist) { minDist = dist; nearest = src; } } return nearest; } int Map::toIndex(BiasSource const &source) const { return d->bias.sources.indexOf(const_cast(&source)); } uint Map::biasCurrentTime() const { return d->bias.currentTime; } uint Map::biasLastChangeOnFrame() const { return d->bias.lastChangeOnFrame; } #endif // __CLIENT__ void Map::update() { #ifdef __CLIENT__ d->updateParticleGens(); // Defs might've changed. // Update all surfaces. foreach(Sector *sector, d->sectors) foreach(Plane *plane, sector->planes()) { plane->surface().markAsNeedingDecorationUpdate(); } foreach(Line *line, d->lines) for(int i = 0; i < 2; ++i) { LineSide &side = line->side(i); if(!side.hasSections()) continue; side.top().markAsNeedingDecorationUpdate(); side.middle().markAsNeedingDecorationUpdate(); side.bottom().markAsNeedingDecorationUpdate(); } /// @todo Is this even necessary? foreach(Polyobj *polyobj, d->polyobjs) foreach(Line *line, polyobj->lines()) { line->front().middle().markAsNeedingDecorationUpdate(); } // Rebuild the surface material lists. buildMaterialLists(); #endif // __CLIENT__ // Reapply values defined in MapInfo (they may have changed). ded_mapinfo_t *mapInfo = Def_GetMapInfo(reinterpret_cast(&d->uri)); if(!mapInfo) { // Use the default def instead. Uri defaultDefUri(Path("*")); mapInfo = Def_GetMapInfo(reinterpret_cast(&defaultDefUri)); } if(mapInfo) { _globalGravity = mapInfo->gravity; _ambientLightLevel = mapInfo->ambient * 255; } else { // No map info found -- apply defaults. _globalGravity = 1.0f; _ambientLightLevel = 0; } _effectiveGravity = _globalGravity; #ifdef __CLIENT__ // Reconfigure the sky. /// @todo Sky needs breaking up into multiple components. There should be /// a representation on server side and a logical entity which the renderer /// visualizes. We also need multiple concurrent skies for BOOM support. ded_sky_t *skyDef = 0; if(mapInfo) { skyDef = Def_GetSky(mapInfo->skyID); if(!skyDef) skyDef = &mapInfo->sky; } theSky->configure(skyDef); #endif } #ifdef __CLIENT__ void Map::worldSystemFrameBegins(bool resetNextViewer) { DENG2_ASSERT(&d->worldSys().map() == this); // Sanity check. // Interpolate the map ready for drawing view(s) of it. d->lerpTrackedPlanes(resetNextViewer); d->lerpScrollingSurfaces(resetNextViewer); if(!freezeRLs) { // Initialize and/or update the LightGrid. initLightGrid(); d->biasBeginFrame(); removeAllLumobjs(); d->removeAllContacts(); // Generate surface decorations for the frame. if(useLightDecorations) { // Perform scheduled redecoration. d->surfaceDecorator().redecorate(); // Generate lumobjs for all decorations who want them. foreach(Line *line, d->lines) for(int i = 0; i < 2; ++i) { LineSide &side = line->side(i); if(!side.hasSections()) continue; d->generateLumobjs(side.middle().decorations()); d->generateLumobjs(side.bottom().decorations()); d->generateLumobjs(side.top().decorations()); } foreach(Sector *sector, d->sectors) foreach(Plane *plane, sector->planes()) { d->generateLumobjs(plane->surface().decorations()); } } // Spawn omnilights for mobjs? if(useDynLights) { foreach(Sector *sector, d->sectors) for(mobj_t *iter = sector->firstMobj(); iter; iter = iter->sNext) { Mobj_GenerateLumobjs(iter); } } d->generateMobjContacts(); d->linkAllParticles(); d->linkAllContacts(); } } /// @return @c false= Continue iteration. static int expireClMobjsWorker(mobj_t *mo, void *context) { uint const nowTime = *static_cast(context); // Already deleted? if(mo->thinker.function == (thinkfunc_t)-1) return 0; // Don't expire player mobjs. if(mo->dPlayer) return 0; ClMobjInfo *info = ClMobj_GetInfo(mo); DENG2_ASSERT(info != 0); if((info->flags & (CLMF_UNPREDICTABLE | CLMF_HIDDEN | CLMF_NULLED)) || !mo->info) { // Has this mobj timed out? if(nowTime - info->time > CLMOBJ_TIMEOUT) { LOGDEV_MAP_MSG("Mobj %i has expired (%i << %i), in state %s [%c%c%c]") << mo->thinker.id << info->time << nowTime << Def_GetStateName(mo->state) << (info->flags & CLMF_UNPREDICTABLE? 'U' : '_') << (info->flags & CLMF_HIDDEN? 'H' : '_') << (info->flags & CLMF_NULLED? '0' : '_'); // Too long. The server will probably never send anything // for this mobj, so get rid of it. (Both unpredictable // and hidden mobjs are not visible or bl/seclinked.) Mobj_Destroy(mo); } } return 0; } void Map::expireClMobjs() { uint nowTime = Timer_RealMilliseconds(); d->clMobjHash.iterate(expireClMobjsWorker, &nowTime); } void Map::clearClMovers() { while(!d->clPlaneMovers.isEmpty()) { ClPlaneMover *mover = d->clPlaneMovers.takeFirst(); thinkers().remove(mover->thinker); Z_Free(mover); } while(!d->clPolyMovers.isEmpty()) { ClPolyMover *mover = d->clPolyMovers.takeFirst(); thinkers().remove(mover->thinker); Z_Free(mover); } } ClPlaneMover *Map::clPlaneMoverFor(Plane &plane) { /// @todo optimize: O(n) lookup. foreach(ClPlaneMover *mover, d->clPlaneMovers) { if(mover->plane == &plane) return mover; } return 0; // Not found. } ClPlaneMover *Map::newClPlaneMover(Plane &plane, coord_t dest, float speed) { LOG_AS("Map::newClPlaneMover"); // Ignore planes not currently attributed to the map. if(&plane.map() != this) { qDebug() << "Ignoring alien plane" << de::dintptr(&plane) << "in Map::newClPlane"; return 0; } LOG_MAP_XVERBOSE("Sector #%i, plane:%i, dest:%f, speed:%f") << plane.sector().indexInMap() << plane.indexInSector() << dest << speed; // Remove any existing movers for the same plane. for(int i = 0; i < d->clPlaneMovers.count(); ++i) { ClPlaneMover *mover = d->clPlaneMovers[i]; if(mover->plane == &plane) { LOG_MAP_XVERBOSE("Removing existing mover %p in sector #%i, plane %i") << mover << plane.sector().indexInMap() << plane.indexInSector(); deleteClPlaneMover(mover); } } // Add a new mover. ClPlaneMover *mov = (ClPlaneMover *) Z_Calloc(sizeof(ClPlaneMover), PU_MAP, 0); d->clPlaneMovers.append(mov); mov->thinker.function = reinterpret_cast(ClPlaneMover_Thinker); mov->plane = &plane; mov->destination = dest; mov->speed = speed; // Set the right sign for speed. if(mov->destination < P_GetDoublep(&plane, DMU_HEIGHT)) { mov->speed = -mov->speed; } // Update speed and target height. P_SetDoublep(&plane, DMU_TARGET_HEIGHT, dest); P_SetFloatp(&plane, DMU_SPEED, speed); thinkers().add(mov->thinker, false /*not public*/); // Immediate move? if(de::fequal(speed, 0)) { // This will remove the thinker immediately if the move is ok. ClPlaneMover_Thinker(mov); } LOGDEV_MAP_XVERBOSE("New mover %p") << mov; return mov; } void Map::deleteClPlaneMover(ClPlaneMover *mover) { LOG_AS("Map::deleteClPlaneMover"); if(!mover) return; LOGDEV_MAP_XVERBOSE("Removing mover %p (sector: #%i)") << mover << mover->plane->sector().indexInMap(); thinkers().remove(mover->thinker); d->clPlaneMovers.removeOne(mover); } ClPolyMover *Map::clPolyMoverFor(Polyobj &polyobj, bool canCreate) { LOG_AS("Map::clPolyMoverFor"); /// @todo optimize: O(n) lookup. foreach(ClPolyMover *mover, d->clPolyMovers) { if(mover->polyobj == &polyobj) return mover; } if(!canCreate) return 0; // Not found. // Create a new mover. ClPolyMover *mover = (ClPolyMover *) Z_Calloc(sizeof(ClPolyMover), PU_MAP, 0); d->clPolyMovers.append(mover); mover->thinker.function = reinterpret_cast(ClPolyMover_Thinker); mover->polyobj = &polyobj; thinkers().add(mover->thinker, false /*not public*/); LOGDEV_MAP_XVERBOSE("New polymover %p for polyobj #%i.") << mover << polyobj.indexInMap(); return mover; } void Map::deleteClPolyMover(ClPolyMover *mover) { LOG_AS("Map::deleteClPolyMover"); if(!mover) return; LOG_MAP_XVERBOSE("Removing mover %p") << mover; thinkers().remove(mover->thinker); d->clPolyMovers.removeOne(mover); } #endif // __CLIENT__ String Map::elementSummaryAsStyledText() const { #define TABBED(count, label) String(_E(Ta) " %1 " _E(Tb) "%2\n").arg(count).arg(label) String str; QTextStream os(&str); if(lineCount()) os << TABBED(lineCount(), "Lines"); //if(sideCount()) os << TABBED(sideCount(), "Sides"); if(sectorCount()) os << TABBED(sectorCount(), "Sectors"); if(vertexCount()) os << TABBED(vertexCount(), "Vertexes"); if(polyobjCount()) os << TABBED(polyobjCount(), "Polyobjs"); return str.rightStrip(); #undef TABBED } String Map::objectSummaryAsStyledText() const { #define TABBED(count, label) String(_E(Ta) " %1 " _E(Tb) "%2\n").arg(count).arg(label) int thCountInStasis = 0; int thCount = thinkers().count(&thCountInStasis); String str; QTextStream os(&str); if(thCount) os << TABBED(thCount, String("Thinkers (%1 in stasis)").arg(thCountInStasis)); #ifdef __CLIENT__ if(biasSourceCount()) os << TABBED(biasSourceCount(), "Bias Sources"); if(generatorCount()) os << TABBED(generatorCount(), "Generators"); if(lumobjCount()) os << TABBED(lumobjCount(), "Lumobjs"); #endif return str.rightStrip(); #undef TABBED } static int bspTreeHeight(MapElement const &bspElem) { if(bspElem.is()) { return bspElem.as().height(); } return 0; } static String bspTreeSummary(Map const &map) { if(map.hasBspRoot()) { String desc = String("%1 leafs, %2 nodes") .arg(map.bspLeafCount()) .arg(map.bspNodeCount()); if(map.bspRoot().is()) { BspNode const &bspRootNode = map.bspRoot().as(); desc += String(" (balance is %1:%2)") .arg(bspRootNode.hasRight()? bspTreeHeight(bspRootNode.right()) : 0) .arg(bspRootNode.hasLeft() ? bspTreeHeight(bspRootNode.left ()) : 0); } return desc; } return ""; } D_CMD(InspectMap) { DENG2_UNUSED3(src, argc, argv); LOG_AS("inspectmap (Cmd)"); if(!App_WorldSystem().hasMap()) { LOG_SCR_WARNING("No map is currently loaded"); return false; } Map &map = App_WorldSystem().map(); LOG_SCR_NOTE(_E(b) "%s - %s") << Con_GetString("map-name") << Con_GetString("map-author"); LOG_SCR_MSG("\n"); LOG_SCR_MSG( _E(l) "Uri: " _E(.) _E(i) "%s" _E(.) /*" " _E(l) "OldUid: " _E(.) _E(i) "%s" _E(.)*/ _E(l) "Music: " _E(.) _E(i) "%i") << map.uri().asText() /*<< map.oldUniqueId()*/ << Con_GetInteger("map-music"); if(map.isCustom()) { NativePath sourceFile(Str_Text(P_MapSourceFile(map.uri().asText().toUtf8().constData()))); LOG_SCR_MSG(_E(l) "Source: " _E(.) _E(i) "\"%s\"") << sourceFile.pretty(); } LOG_SCR_MSG("\n"); if(map.isEditable()) { LOG_MSG(_E(D) "Editing " _E(b) "Enabled"); } LOG_SCR_MSG(_E(D) "Elements:"); LOG_SCR_MSG("%s") << map.elementSummaryAsStyledText(); if(map.thinkers().isInited()) { LOG_SCR_MSG(_E(D) "Objects:"); LOG_SCR_MSG("%s") << map.objectSummaryAsStyledText(); } LOG_SCR_MSG(_E(R) "\n"); Vector2d geometryDimensions = Vector2d(map.bounds().max) - Vector2d(map.bounds().min); LOG_SCR_MSG(_E(l) "Geometry dimensions: " _E(.) _E(i)) << geometryDimensions.asText(); if(map.hasBspRoot()) { LOG_SCR_MSG(_E(l) "BSP: " _E(.) _E(i)) << bspTreeSummary(map); } if(!map.bspLeafBlockmap().isNull()) { LOG_SCR_MSG(_E(l) "BSP leaf blockmap: " _E(.) _E(i)) << map.bspLeafBlockmap().dimensions().asText(); } if(!map.lineBlockmap().isNull()) { LOG_SCR_MSG(_E(l) "Line blockmap: " _E(.) _E(i)) << map.lineBlockmap().dimensions().asText(); } if(!map.mobjBlockmap().isNull()) { LOG_SCR_MSG(_E(l) "Mobj blockmap: " _E(.) _E(i)) << map.mobjBlockmap().dimensions().asText(); } if(!map.polyobjBlockmap().isNull()) { LOG_SCR_MSG(_E(l) "Polyobj blockmap: " _E(.) _E(i)) << map.polyobjBlockmap().dimensions().asText(); } #ifdef __CLIENT__ if(map.hasLightGrid()) { LOG_SCR_MSG(_E(l) "LightGrid: " _E(.) _E(i)) << map.lightGrid().dimensions().asText(); } #endif return true; #undef TABBED } void Map::consoleRegister() // static { Mobj_ConsoleRegister(); C_VAR_INT("bsp-factor", &bspSplitFactor, CVF_NO_MAX, 0, 0); C_CMD("inspectmap", "", InspectMap); } /// Runtime map editing ----------------------------------------------------- /// Used when sorting vertex line owners. static Vertex *rootVtx; /** * Compares the angles of two lines that share a common vertex. * * pre: rootVtx must point to the vertex common between a and b * which are (lineowner_t*) ptrs. */ static int lineAngleSorter(void const *a, void const *b) { binangle_t angles[2]; LineOwner *own[2] = { (LineOwner *)a, (LineOwner *)b }; for(uint i = 0; i < 2; ++i) { if(own[i]->_link[Anticlockwise]) // We have a cached result. { angles[i] = own[i]->angle(); } else { Line *line = &own[i]->line(); Vertex const &otherVtx = line->vertex(&line->from() == rootVtx? 1:0); fixed_t dx = otherVtx.origin().x - rootVtx->origin().x; fixed_t dy = otherVtx.origin().y - rootVtx->origin().y; own[i]->_angle = angles[i] = bamsAtan2(-100 *dx, 100 * dy); // Mark as having a cached angle. own[i]->_link[Anticlockwise] = (LineOwner *) 1; } } return (angles[1] - angles[0]); } /** * Merge left and right line owner lists into a new list. * * @return The newly merged list. */ static LineOwner *mergeLineOwners(LineOwner *left, LineOwner *right, int (*compare) (void const *a, void const *b)) { LineOwner tmp; LineOwner *np = &tmp; tmp._link[Clockwise] = np; while(left && right) { if(compare(left, right) <= 0) { np->_link[Clockwise] = left; np = left; left = &left->next(); } else { np->_link[Clockwise] = right; np = right; right = &right->next(); } } // At least one of these lists is now empty. if(left) { np->_link[Clockwise] = left; } if(right) { np->_link[Clockwise] = right; } // Is the list empty? if(!tmp.hasNext()) return NULL; return &tmp.next(); } static LineOwner *splitLineOwners(LineOwner *list) { if(!list) return NULL; LineOwner *lista = list; LineOwner *listb = list; LineOwner *listc = list; do { listc = listb; listb = &listb->next(); lista = &lista->next(); if(lista) { lista = &lista->next(); } } while(lista); listc->_link[Clockwise] = NULL; return listb; } /** * This routine uses a recursive mergesort algorithm; O(NlogN) */ static LineOwner *sortLineOwners(LineOwner *list, int (*compare) (void const *a, void const *b)) { if(list && list->_link[Clockwise]) { LineOwner *p = splitLineOwners(list); // Sort both halves and merge them back. list = mergeLineOwners(sortLineOwners(list, compare), sortLineOwners(p, compare), compare); } return list; } static void setVertexLineOwner(Vertex *vtx, Line *lineptr, LineOwner **storage) { if(!lineptr) return; // Has this line already been registered with this vertex? LineOwner const *own = vtx->firstLineOwner(); while(own) { if(&own->line() == lineptr) return; // Yes, we can exit. own = &own->next(); } // Add a new owner. vtx->_numLineOwners++; LineOwner *newOwner = (*storage)++; newOwner->_line = lineptr; newOwner->_link[Anticlockwise] = NULL; // Link it in. // NOTE: We don't bother linking everything at this stage since we'll // be sorting the lists anyway. After which we'll finish the job by // setting the prev and circular links. // So, for now this is only linked singlely, forward. newOwner->_link[Clockwise] = vtx->_lineOwners; vtx->_lineOwners = newOwner; // Link the line to its respective owner node. if(vtx == &lineptr->from()) lineptr->_vo1 = newOwner; else lineptr->_vo2 = newOwner; } #ifdef DENG2_DEBUG /** * Determines whether the specified vertex @a v has a correctly formed line * owner ring. */ static bool vertexHasValidLineOwnerRing(Vertex &v) { LineOwner const *base = v.firstLineOwner(); LineOwner const *cur = base; do { if(&cur->prev().next() != cur) return false; if(&cur->next().prev() != cur) return false; } while((cur = &cur->next()) != base); return true; } #endif /** * Generates the line owner rings for each vertex. Each ring includes all * the lines which the vertex belongs to sorted by angle, (the rings are * arranged in clockwise order, east = 0). */ void buildVertexLineOwnerRings(Map::Vertexes const &vertexes, Map::Lines &editableLines) { LOG_AS("buildVertexLineOwnerRings"); /* * Step 1: Find and link up all line owners. */ // We know how many vertex line owners we need (numLines * 2). LineOwner *lineOwners = (LineOwner *) Z_Malloc(sizeof(LineOwner) * editableLines.count() * 2, PU_MAPSTATIC, 0); LineOwner *allocator = lineOwners; foreach(Line *line, editableLines) for(uint p = 0; p < 2; ++p) { setVertexLineOwner(&line->vertex(p), line, &allocator); } /* * Step 2: Sort line owners of each vertex and finalize the rings. */ foreach(Vertex *v, vertexes) { if(!v->_numLineOwners) continue; // Sort them; ordered clockwise by angle. rootVtx = v; v->_lineOwners = sortLineOwners(v->_lineOwners, lineAngleSorter); // Finish the linking job and convert to relative angles. // They are only singly linked atm, we need them to be doubly // and circularly linked. binangle_t firstAngle = v->_lineOwners->angle(); LineOwner *last = v->_lineOwners; LineOwner *p = &last->next(); while(p) { p->_link[Anticlockwise] = last; // Convert to a relative angle between last and this. last->_angle = last->angle() - p->angle(); last = p; p = &p->next(); } last->_link[Clockwise] = v->_lineOwners; v->_lineOwners->_link[Anticlockwise] = last; // Set the angle of the last owner. last->_angle = last->angle() - firstAngle; /*#ifdef DENG2_DEBUG LOG_MAP_VERBOSE("Vertex #%i: line owners #%i") << editmap.vertexes.indexOf(v) << v->lineOwnerCount(); LineOwner const *base = v->firstLineOwner(); LineOwner const *cur = base; uint idx = 0; do { LOG_MAP_VERBOSE(" %i: p= #%05i this= #%05i n= #%05i, dANG= %-3.f") << idx << cur->prev().line().indexInMap() << cur->line().indexInMap() << cur->next().line().indexInMap() << BANG2DEG(cur->angle()); idx++; } while((cur = &cur->next()) != base); #endif*/ // Sanity check. DENG2_ASSERT(vertexHasValidLineOwnerRing(*v)); } } bool Map::isEditable() const { return d->editingEnabled; } struct VertexInfo { /// Vertex for this info. Vertex *vertex; /// Determined equivalent vertex. Vertex *equiv; /// Line -> Vertex reference count. uint refCount; VertexInfo() : vertex(0), equiv(0), refCount(0) {} /// @todo Math here is not correct (rounding directionality). -ds int compareVertexOrigins(VertexInfo const &other) const { DENG_ASSERT(vertex != 0 && other.vertex != 0); if(this == &other) return 0; if(vertex == other.vertex) return 0; // Order is firstly X axis major. if(int(vertex->origin().x) != int(other.vertex->origin().x)) { return int(vertex->origin().x) - int(other.vertex->origin().x); } // Order is secondly Y axis major. return int(vertex->origin().y) - int(other.vertex->origin().y); } bool operator < (VertexInfo const &other) const { return compareVertexOrigins(other) < 0; } }; void pruneVertexes(Mesh &mesh, Map::Lines const &lines) { /* * Step 1 - Find equivalent vertexes: */ // Populate the vertex info. QVector vertexInfo(mesh.vertexCount()); int ord = 0; foreach(Vertex *vertex, mesh.vertexes()) vertexInfo[ord++].vertex = vertex; { // Sort a copy to place near vertexes adjacently. QVector sortedInfo(vertexInfo); qSort(sortedInfo.begin(), sortedInfo.end()); // Locate equivalent vertexes in the sorted info. for(int i = 0; i < sortedInfo.count() - 1; ++i) { VertexInfo &a = sortedInfo[i]; VertexInfo &b = sortedInfo[i + 1]; // Are these equivalent? /// @todo fixme: What about polyobjs? They need unique vertexes! -ds if(a.compareVertexOrigins(b) == 0) { b.equiv = (a.equiv? a.equiv : a.vertex); } } } /* * Step 2 - Replace line references to equivalent vertexes: */ // Count line -> vertex references. foreach(Line *line, lines) { vertexInfo[line->from().indexInMap()].refCount++; vertexInfo[ line->to().indexInMap()].refCount++; } // Perform the replacement. foreach(Line *line, lines) { while(vertexInfo[line->from().indexInMap()].equiv) { VertexInfo &info = vertexInfo[line->from().indexInMap()]; info.refCount--; line->replaceFrom(*info.equiv); vertexInfo[line->from().indexInMap()].refCount++; } while(vertexInfo[line->to().indexInMap()].equiv) { VertexInfo &info = vertexInfo[line->to().indexInMap()]; info.refCount--; line->replaceTo(*info.equiv); vertexInfo[line->to().indexInMap()].refCount++; } } /* * Step 3 - Prune vertexes: */ int prunedCount = 0, numUnused = 0; foreach(VertexInfo const &info, vertexInfo) { Vertex *vertex = info.vertex; if(info.refCount) continue; mesh.removeVertex(*vertex); prunedCount += 1; if(!info.equiv) numUnused += 1; } if(prunedCount) { // Re-index with a contiguous range of indices. int ord = 0; foreach(Vertex *vertex, mesh.vertexes()) { vertex->setIndexInMap(ord++); } /// Update lines. @todo Line should handle this itself. foreach(Line *line, lines) { line->updateSlopeType(); line->updateAABox(); } LOGDEV_MAP_NOTE("Pruned %d vertexes (%d equivalents, %d unused).") << prunedCount << (prunedCount - numUnused) << numUnused; } } bool Map::endEditing() { if(!d->editingEnabled) return true; // Huh? d->editingEnabled = false; LOG_AS("Map"); LOG_MAP_VERBOSE("Editing ended."); LOGDEV_MAP_VERBOSE("New elements: %d Vertexes, %d Lines, %d Polyobjs and %d Sectors.") << d->mesh.vertexCount() << d->editable.lines.count() << d->editable.polyobjs.count() << d->editable.sectors.count(); /* * Perform cleanup on the new map elements. */ pruneVertexes(d->mesh, d->editable.lines); // Ensure lines with only one sector are flagged as blocking. foreach(Line *line, d->editable.lines) { if(!line->hasFrontSector() || !line->hasBackSector()) line->setFlags(DDLF_BLOCKING); } buildVertexLineOwnerRings(d->mesh.vertexes(), d->editable.lines); /* * Move the editable elements to the "static" element lists. */ // Collate sectors: DENG2_ASSERT(d->sectors.isEmpty()); #ifdef DENG2_QT_4_7_OR_NEWER d->sectors.reserve(d->editable.sectors.count()); #endif d->sectors.append(d->editable.sectors); d->editable.sectors.clear(); // Collate lines: DENG2_ASSERT(d->lines.isEmpty()); #ifdef DENG2_QT_4_7_OR_NEWER d->lines.reserve(d->editable.lines.count()); #endif d->lines.append(d->editable.lines); d->editable.lines.clear(); // Collate polyobjs: DENG2_ASSERT(d->polyobjs.isEmpty()); #ifdef DENG2_QT_4_7_OR_NEWER d->polyobjs.reserve(d->editable.polyobjs.count()); #endif while(!d->editable.polyobjs.isEmpty()) { d->polyobjs.append(d->editable.polyobjs.takeFirst()); Polyobj *polyobj = d->polyobjs.back(); // Create half-edge geometry and line segments for each line. foreach(Line *line, polyobj->lines()) { HEdge *hedge = polyobj->mesh().newHEdge(line->from()); hedge->setTwin(polyobj->mesh().newHEdge(line->to())); hedge->twin().setTwin(hedge); LineSideSegment *seg = line->front().addSegment(*hedge); #ifdef __CLIENT__ seg->setLength(line->length()); #else DENG_UNUSED(seg); #endif } polyobj->buildUniqueVertexes(); polyobj->updateOriginalVertexCoords(); } // Determine the map bounds. d->updateBounds(); LOG_MAP_VERBOSE("Geometry bounds:") << Rectangled(d->bounds.min, d->bounds.max).asText(); // Build a line blockmap. d->initLineBlockmap(); // Build a BSP. if(!d->buildBsp()) return false; // The mobj and polyobj blockmaps are maintained dynamically. d->initMobjBlockmap(); d->initPolyobjBlockmap(); // Finish lines. foreach(Line *line, d->lines) for(int i = 0; i < 2; ++i) { line->side(i).updateSurfaceNormals(); line->side(i).updateAllSoundEmitterOrigins(); } // Finish sectors. foreach(Sector *sector, d->sectors) { d->buildClusters(*sector); sector->buildSides(); sector->chainSoundEmitters(); } // Finish planes. foreach(Sector *sector, d->sectors) foreach(Plane *plane, sector->planes()) { plane->updateSoundEmitterOrigin(); } // We can now initialize the BSP leaf blockmap. d->initBspLeafBlockmap(); // Prepare the thinker lists. d->thinkers.reset(new Thinkers); return true; } Vertex *Map::createVertex(Vector2d const &origin, int archiveIndex) { if(!d->editingEnabled) /// @throw EditError Attempted when not editing. throw EditError("Map::createVertex", "Editing is not enabled"); Vertex *vtx = d->mesh.newVertex(origin); vtx->setMap(this); vtx->setIndexInArchive(archiveIndex); /// @todo Don't do this here. vtx->setIndexInMap(d->mesh.vertexCount() - 1); return vtx; } Line *Map::createLine(Vertex &v1, Vertex &v2, int flags, Sector *frontSector, Sector *backSector, int archiveIndex) { if(!d->editingEnabled) /// @throw EditError Attempted when not editing. throw EditError("Map::createLine", "Editing is not enabled"); Line *line = new Line(v1, v2, flags, frontSector, backSector); d->editable.lines.append(line); line->setMap(this); line->setIndexInArchive(archiveIndex); /// @todo Don't do this here. line->setIndexInMap(d->editable.lines.count() - 1); line->front().setIndexInMap(Map::toSideIndex(line->indexInMap(), Line::Front)); line->back().setIndexInMap(Map::toSideIndex(line->indexInMap(), Line::Back)); return line; } Sector *Map::createSector(float lightLevel, Vector3f const &lightColor, int archiveIndex) { if(!d->editingEnabled) /// @throw EditError Attempted when not editing. throw EditError("Map::createSector", "Editing is not enabled"); Sector *sector = new Sector(lightLevel, lightColor); d->editable.sectors.append(sector); sector->setMap(this); sector->setIndexInArchive(archiveIndex); /// @todo Don't do this here. sector->setIndexInMap(d->editable.sectors.count() - 1); return sector; } Polyobj *Map::createPolyobj(Vector2d const &origin) { if(!d->editingEnabled) /// @throw EditError Attempted when not editing. throw EditError("Map::createPolyobj", "Editing is not enabled"); void *region = M_Calloc(POLYOBJ_SIZE); Polyobj *po = new (region) Polyobj(origin); d->editable.polyobjs.append(po); /// @todo Don't do this here. po->setIndexInMap(d->editable.polyobjs.count() - 1); return po; } Map::Lines const &Map::editableLines() const { if(!d->editingEnabled) /// @throw EditError Attempted when not editing. throw EditError("Map::editableLines", "Editing is not enabled"); return d->editable.lines; } Map::Sectors const &Map::editableSectors() const { if(!d->editingEnabled) /// @throw EditError Attempted when not editing. throw EditError("Map::editableSectors", "Editing is not enabled"); return d->editable.sectors; } Map::Polyobjs const &Map::editablePolyobjs() const { if(!d->editingEnabled) /// @throw EditError Attempted when not editing. throw EditError("Map::editablePolyobjs", "Editing is not enabled"); return d->editable.polyobjs; } void EditableElements::clearAll() { qDeleteAll(lines); lines.clear(); qDeleteAll(sectors); sectors.clear(); foreach(Polyobj *po, polyobjs) { po->~Polyobj(); M_Free(po); } polyobjs.clear(); } } // namespace de doomsday-1.14.5/doomsday/client/src/world/interceptor.cpp0000664000175000017500000002440712350542240022766 0ustar jaakkojaakko/** @file interceptor.cpp World map element/object ray trace interceptor. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/interceptor.h" #include "world/worldsystem.h" // validCount #include "world/p_object.h" #include #include using namespace de; struct ListNode { ListNode *next; ListNode *prev; intercepttype_t type; void *object; float distance; template ObjectType &objectAs() const { DENG2_ASSERT(object != 0); return *static_cast(object); } }; // Blockset from which intercepts are allocated. static zblockset_t *interceptNodeSet; // Head of the used intercept list. static ListNode *interceptFirst; // Trace nodes. static ListNode head; static ListNode tail; static ListNode *mru; DENG2_PIMPL_NOREF(Interceptor) { traverser_t callback; void *context; Vector2d from; Vector2d to; int flags; ///< @ref pathTraverseFlags Map *map; LineOpening opening; // Array representation for ray geometry (used with legacy code). vec2d_t fromV1; vec2d_t directionV1; Instance(traverser_t callback, Vector2d const &from, Vector2d const &to, int flags, void *context) : callback(callback) , context(context) , from(from) , to(to) , flags(flags) , map(0) { V2d_Set(fromV1, from.x, from.y); V2d_Set(directionV1, to.x - from.x, to.y - from.y); } inline bool isSentinel(ListNode const &node) { return &node == &tail || &node == &head; } /** * Empties the intercepts array and makes sure it has been allocated. */ void clearIntercepts() { #define MININTERCEPTS 128 if(!interceptNodeSet) { interceptNodeSet = ZBlockSet_New(sizeof(ListNode), MININTERCEPTS, PU_APPSTATIC); // Configure the static head and tail. head.distance = 0.0f; head.next = &tail; head.prev = 0; tail.distance = 1.0f; tail.prev = &head; tail.next = 0; } // Start reusing intercepts (may point to a sentinel but that is Ok). if(!interceptFirst) { interceptFirst = head.next; } else if(head.next != &tail) { ListNode *existing = interceptFirst; interceptFirst = head.next; tail.prev->next = existing; } // Reset the trace. head.next = &tail; tail.prev = &head; mru = 0; #undef MININTERCEPTS } /** * You must clear intercepts before the first time this is called. * The intercepts array grows if necessary. * * @param type Type of interception. * @param distance Distance along the trace vector that the interception occured [0...1]. * @param object Object being intercepted. */ void addIntercept(intercepttype_t type, float distance, void *object) { DENG2_ASSERT(object != 0); // First reject vs our sentinels if(distance < head.distance) return; if(distance > tail.distance) return; // Find the new intercept's ordered place along the trace. ListNode *before; if(mru && mru->distance <= distance) { before = mru->next; } else { before = head.next; } while(before->next && distance >= before->distance) { before = before->next; } ListNode *icpt; // Can we reuse an existing intercept? if(!isSentinel(*interceptFirst)) { icpt = interceptFirst; interceptFirst = icpt->next; } else { icpt = (ListNode *) ZBlockSet_Allocate(interceptNodeSet); } icpt->type = type; icpt->object = object; icpt->distance = distance; // Link it in. icpt->next = before; icpt->prev = before->prev; icpt->prev->next = icpt; icpt->next->prev = icpt; mru = icpt; } void intercept(Line &line) { fixed_t origin[2] = { DBL2FIX(from.x), DBL2FIX(from.y) }; fixed_t direction[2] = { DBL2FIX(to.x - from.x), DBL2FIX(to.y - from.y) }; fixed_t lineFromX[2] = { DBL2FIX(line.fromOrigin().x), DBL2FIX(line.fromOrigin().y) }; fixed_t lineToX[2] = { DBL2FIX( line.toOrigin().x), DBL2FIX( line.toOrigin().y) }; // Is this line crossed? // Avoid precision problems with two routines. int s1, s2; if(direction[VX] > FRACUNIT * 16 || direction[VY] > FRACUNIT * 16 || direction[VX] < -FRACUNIT * 16 || direction[VY] < -FRACUNIT * 16) { s1 = V2x_PointOnLineSide(lineFromX, origin, direction); s2 = V2x_PointOnLineSide(lineToX, origin, direction); } else { s1 = line.pointOnSide(Vector2d(FIX2FLT(origin[VX]), FIX2FLT(origin[VY]))) < 0; s2 = line.pointOnSide(Vector2d(FIX2FLT(origin[VX] + direction[VX]), FIX2FLT(origin[VY] + direction[VY]))) < 0; } // Is this line crossed? if(s1 == s2) return; // Calculate interception point. fixed_t lineDirectionX[2] = { DBL2FIX(line.direction().x), DBL2FIX(line.direction().y) }; float distance = FIX2FLT(V2x_Intersection(lineFromX, lineDirectionX, origin, direction)); // On the correct side of the trace origin? if(distance >= 0) { addIntercept(ICPT_LINE, distance, &line); } } void intercept(mobj_t &mobj) { // Ignore cameras. if(mobj.dPlayer && (mobj.dPlayer->flags & DDPF_CAMERA)) return; fixed_t origin[2] = { DBL2FIX(from.x), DBL2FIX(from.y) }; fixed_t direction[2] = { DBL2FIX(to.x - from.x), DBL2FIX(to.y - from.y) }; // Check a corner to corner crossection for hit. AABoxd const aaBox = Mobj_AABox(mobj); fixed_t icptFrom[2], icptTo[2]; if((direction[VX] ^ direction[VY]) > 0) { // \ Slope V2x_Set(icptFrom, DBL2FIX(aaBox.minX), DBL2FIX(aaBox.maxY)); V2x_Set(icptTo, DBL2FIX(aaBox.maxX), DBL2FIX(aaBox.minY)); } else { // / Slope V2x_Set(icptFrom, DBL2FIX(aaBox.minX), DBL2FIX(aaBox.minY)); V2x_Set(icptTo, DBL2FIX(aaBox.maxX), DBL2FIX(aaBox.maxY)); } // Is this line crossed? if(V2x_PointOnLineSide(icptFrom, origin, direction) == V2x_PointOnLineSide(icptTo, origin, direction)) return; // Calculate interception point. fixed_t icptDirection[2] = { icptTo[VX] - icptFrom[VX], icptTo[VY] - icptFrom[VY] }; float distance = FIX2FLT(V2x_Intersection(icptFrom, icptDirection, origin, direction)); // On the correct side of the trace origin? if(distance >= 0) { addIntercept(ICPT_MOBJ, distance, &mobj); } } static int interceptPathLineWorker(Line *line, void *context) { static_cast(context)->intercept(*line); return false; // Continue iteration. } static int interceptPathMobjWorker(mobj_t *mobj, void *context) { static_cast(context)->intercept(*mobj); return false; // Continue iteration. } void runTrace() { /// @todo Store the intercept list internally? clearIntercepts(); validCount++; if(flags & PTF_LINE) { map->linePathIterator(from, to, interceptPathLineWorker, this); } if(flags & PTF_MOBJ) { map->mobjPathIterator(from, to, interceptPathMobjWorker, this); } } }; Interceptor::Interceptor(traverser_t callback, Vector2d const &from, Vector2d const &to, int flags, void *context) : d(new Instance(callback, from, to, flags, context)) {} coord_t const *Interceptor::origin() const { return d->fromV1; } coord_t const *Interceptor::direction() const { return d->directionV1; } LineOpening const &Interceptor::opening() const { return d->opening; } bool Interceptor::adjustOpening(Line const *line) { DENG2_ASSERT(d->map != 0); if(line) { if(d->map == &line->map()) { d->opening = LineOpening(*line); } else { qDebug() << "Ignoring alien line" << de::dintptr(line) << "in Interceptor::adjustOpening"; } } return d->opening.range > 0; } int Interceptor::trace(Map const &map) { // Step #1: Collect and sort intercepts. d->map = const_cast(&map); d->runTrace(); // Step #2: Process intercepts. for(ListNode *node = head.next; !d->isSentinel(*node); node = node->next) { // Prepare the intercept info. Intercept icpt; icpt.trace = this; icpt.distance = node->distance; icpt.type = node->type; switch(node->type) { case ICPT_MOBJ: icpt.mobj = &node->objectAs(); break; case ICPT_LINE: icpt.line = &node->objectAs(); break; } // Make the callback. if(int result = d->callback(&icpt, d->context)) return result; } return false; // Intercept traversal completed wholly. } doomsday-1.14.5/doomsday/client/src/world/hand.cpp0000664000175000017500000001662212350542240021342 0ustar jaakkojaakko/** @file hand.cpp Hand (metaphor) for the manipulation of "grabbables". * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/hand.h" #include "BiasSource" // remove me using namespace de; enum PropertyFlag { Color = 0x1, Intensity = 0x2 }; Q_DECLARE_FLAGS(PropertyFlags, PropertyFlag) Q_DECLARE_OPERATORS_FOR_FLAGS(PropertyFlags) DENG2_PIMPL(Hand) , DENG2_OBSERVES(Grabbable, Deletion) , DENG2_OBSERVES(Grabbable, OriginChange) { /// Origin of the hand in the map coordinate space. Vector3d origin; Vector3d oldOrigin; // For tracking changes. /// All currently held grabbables if any (not owned). Grab grab; /// Averaged origin of eveything currently grabbed. Vector3d grabOrigin; bool needUpdateGrabOrigin; /// Edit properties (applied to the grabbables). Vector3f editColor; float editIntensity; PropertyFlags applyProps; Instance(Public *i, Vector3d const &origin) : Base(i) , origin(origin) , oldOrigin(origin) , needUpdateGrabOrigin(false) , editIntensity(0) , applyProps(0) {} void notifyGrabbed(Grabbable &grabbed) { DENG2_FOR_PUBLIC_AUDIENCE(Grabbed, i) { i->handGrabbed(self, grabbed); } } void notifyUngrabbed(Grabbable &ungrabbed) { DENG2_FOR_PUBLIC_AUDIENCE(Ungrabbed, i) { i->handUngrabbed(self, ungrabbed); } } void grabOne(Grabbable &grabbable) { // Ignore attempts to re-grab. if(grab.contains(&grabbable)) return; grabbable.grab(); // Ensure the grabbable is locked. grabbable.lock(); grab.append(&grabbable); grabbable.audienceForDeletion += this; grabbable.audienceForOriginChange += this; needUpdateGrabOrigin = true; notifyGrabbed(grabbable); } void ungrabOne(Grabbable &grabbable) { // Ignore attempts to ungrab what isn't grabbed. if(!grab.contains(&grabbable)) return; grabbable.ungrab(); // Ensure the grabbable is unlocked. grabbable.unlock(); grabbable.audienceForDeletion -= this; grabbable.audienceForOriginChange -= this; grab.removeOne(&grabbable); needUpdateGrabOrigin = true; notifyUngrabbed(grabbable); } // Observes Grabbable Deletion. void grabbableBeingDeleted(Grabbable &grabbable) { DENG2_ASSERT(grab.contains(&grabbable)); //sanity check. grab.removeOne(&grabbable); needUpdateGrabOrigin = true; notifyUngrabbed(grabbable); } // Observes Grabbable OriginChange. void grabbableOriginChanged(Grabbable &grabbable) { DENG2_ASSERT(grab.contains(&grabbable)); //sanity check. needUpdateGrabOrigin = true; } void updateGrabOrigin() { needUpdateGrabOrigin = false; grabOrigin = Vector3d(); foreach(Grabbable *grabbable, grab) grabOrigin += grabbable->origin(); if(grab.count() > 1) grabOrigin /= grab.count(); //qDebug() << "Hand new grab origin" << grabOrigin.asText(); } }; Hand::Hand(Vector3d const &origin) : d(new Instance(this, origin)) {} Vector3d const &Hand::origin() const { return d->origin; } void Hand::setOrigin(Vector3d const &newOrigin) { if(d->origin != newOrigin) { //qDebug() << "Hand new origin" << newOrigin.asText(); d->origin = newOrigin; } } bool Hand::isEmpty() const { return grabbed().isEmpty(); } bool Hand::hasGrabbed(Grabbable const &grabbable) const { return grabbed().contains(const_cast(&grabbable)); } void Hand::grab(Grabbable &grabbable) { if(hasGrabbed(grabbable)) return; ungrab(); d->grabOne(grabbable); } void Hand::grabMulti(Grabbable &grabbable) { d->grabOne(grabbable); } void Hand::ungrab(Grabbable &grabbable) { d->ungrabOne(grabbable); } void Hand::ungrab() { //qDebug() << "Hand ungrabbing all"; while(!isEmpty()) { ungrab(*grabbed().last()); } } Hand::Grab const &Hand::grabbed() const { return d->grab; } de::Vector3d const &Hand::grabbedOrigin() const { if(d->needUpdateGrabOrigin) { d->updateGrabOrigin(); } return d->grabOrigin; } float Hand::editIntensity() const { return d->editIntensity; } void Hand::setEditIntensity(float newIntensity) { d->editIntensity = newIntensity; d->applyProps |= Intensity; } void Hand::setEditColor(Vector3f const &newColor) { d->editColor = newColor; d->applyProps |= Color; } Vector3f const &Hand::editColor() const { return d->editColor; } void Hand::worldSystemFrameEnds() { if(grabbedCount()) { // Do we need to move the grab? bool moveGrab = (d->origin != d->oldOrigin); if(moveGrab && d->needUpdateGrabOrigin) { // Determine the center of the grab. d->updateGrabOrigin(); } foreach(Grabbable *grabbable, grabbed()) { if(moveGrab) { // The move will be denied if the grabbable is locked. if(grabbedCount() == 1) { grabbable->move(d->origin); } else { grabbable->move(d->origin + (grabbable->origin() - d->grabOrigin)); } } if(!!d->applyProps) { /// @todo There should be a generic mechanism for applying the user's /// edits to the grabbables. The editable values are properties of the /// hand (an extension of the user's will) however the hand should not /// be responsible for their application as this requires knowledge of /// their meaning. Instead the hand should provide the values and let /// the grabbable(s) update themselves. if(!internal::cannotCastGrabbableTo(grabbable)) { BiasSource &biasSource = grabbable->as(); if(d->applyProps & Color) { biasSource.setColor(d->editColor); } if(d->applyProps & Intensity) { biasSource.setIntensity(d->editIntensity); } } } } } // Any property changes will have now been applied to the grabbed elements. d->applyProps = 0; // Update the hand origin tracking buffer. d->oldOrigin = d->origin; } doomsday-1.14.5/doomsday/client/src/world/entitydef.cpp0000664000175000017500000003276512350542240022431 0ustar jaakkojaakko/** @file entitydef.cpp World playsim data structures. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is M_Free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include #include #include "de_base.h" #include "de_play.h" #include "EntityDatabase" #include "world/map.h" #include "world/propertyvalue.h" using namespace de; // Map entity definitions. static StringPool *entityDefs; typedef std::map EntityDefIdMap; static EntityDefIdMap entityDefIdMap; static int clearEntityDefsWorker(StringPool::Id id, void * /*parameters*/) { MapEntityDef *def = static_cast( entityDefs->userPointer(id) ); DENG2_ASSERT(def); for(uint i = 0; i < def->numProps; ++i) { MapEntityPropertyDef *prop = def->props + i; M_Free(prop->name); } M_Free(def->props); delete def; return false; // Continue iteration. } static void clearEntityDefs(void) { if(!entityDefs) return; entityDefs->iterate(clearEntityDefsWorker, 0/*no parameters*/); delete entityDefs; entityDefs = 0; entityDefIdMap.clear(); } MapEntityDef *P_MapEntityDef(int id) { EntityDefIdMap::iterator i = entityDefIdMap.find(id); if(i != entityDefIdMap.end()) { StringPool::Id id = i->second; return static_cast( entityDefs->userPointer(id) ); } return 0; // Not found. } MapEntityDef *P_MapEntityDefByName(char const *name) { if(name && entityDefs) { StringPool::Id id = entityDefs->isInterned(String(name)); return static_cast( entityDefs->userPointer(id) ); } return 0; // Not found. } static int P_NameForMapEntityDefWorker(StringPool::Id id, void *parameters) { MapEntityDef *def = static_cast( parameters ); if(entityDefs->userPointer(id) == def) return id; return 0; // Continue iteration. } AutoStr *P_NameForMapEntityDef(MapEntityDef *def) { if(def) { StringPool::Id id = entityDefs->iterate(P_NameForMapEntityDefWorker, def); String const& name = entityDefs->string(id); QByteArray nameUtf8 = name.toUtf8(); return AutoStr_FromText(nameUtf8.constData()); } return AutoStr_NewStd(); } int MapEntityDef_Property(MapEntityDef *def, int propertyId, MapEntityPropertyDef **retDef = 0) { DENG2_ASSERT(def); MapEntityPropertyDef *found = 0; for(uint i = 0; i < def->numProps; ++i) { MapEntityPropertyDef *prop = def->props + i; if(prop->id == propertyId) { found = prop; break; } } if(retDef) *retDef = found; return found? found - def->props : -1/* not found */; } int MapEntityDef_PropertyByName(MapEntityDef *def, char const *propertyName, MapEntityPropertyDef **retDef) { DENG2_ASSERT(def); MapEntityPropertyDef *found = 0; if(propertyName && propertyName[0]) { for(uint i = 0; i < def->numProps; ++i) { MapEntityPropertyDef *prop = def->props + i; if(!stricmp(prop->name, propertyName)) { found = prop; break; } } } if(retDef) *retDef = found; return found? found - def->props : -1/* not found */; } void MapEntityDef_AddProperty(MapEntityDef* def, int propertyId, const char* propertyName, valuetype_t type) { DENG2_ASSERT(def); if(propertyId == 0) // Not a valid identifier. throw Error("MapEntityDef_AddProperty", "0 is not a valid propertyId"); if(!propertyName || !propertyName[0]) // Must have a name. throw Error("MapEntityDef_AddProperty", "Invalid propertyName (zero-length string)"); // A supported value type? switch(type) { case DDVT_BYTE: case DDVT_SHORT: case DDVT_INT: case DDVT_FIXED: case DDVT_ANGLE: case DDVT_FLOAT: break; default: throw Error("MapEntityDef_AddProperty", QString("Unknown/not supported value type %1").arg(type)); } // Ensure both the identifer and the name for the new property are unique. if(MapEntityDef_Property(def, propertyId) >= 0) throw Error("MapEntityDef_AddProperty", QString("propertyId %1 not unique for %2") .arg(propertyId).arg(Str_Text(P_NameForMapEntityDef(def)))); if(MapEntityDef_PropertyByName(def, propertyName) >= 0) throw Error("MapEntityDef_AddProperty", QString("propertyName \"%1\" not unique for %2") .arg(propertyName).arg(Str_Text(P_NameForMapEntityDef(def)))); // Looks good! Add it to the list of properties. def->props = (MapEntityPropertyDef*) M_Realloc(def->props, ++def->numProps * sizeof(*def->props)); if(!def->props) throw Error("MapEntityDef_AddProperty", QString("Failed on (re)allocation of %1 bytes for new MapEntityPropertyDef array") .arg((unsigned long) sizeof(*def->props))); MapEntityPropertyDef* prop = &def->props[def->numProps - 1]; prop->id = propertyId; int len = (int)strlen(propertyName); prop->name = (char *) M_Malloc(sizeof(*prop->name) * (len + 1)); if(!prop->name) throw Error("MapEntityDef_AddProperty", QString("Failed on allocation of %1 bytes for property name") .arg((unsigned long) (sizeof(*prop->name) * (len + 1)))); strncpy(prop->name, propertyName, len); prop->name[len] = '\0'; prop->type = type; prop->entity = def; } /** * Look up a mapobj definition. * * @param identifer If objName is @c NULL, compare using this unique identifier. * @param entityName If not @c NULL, compare using this unique name. * @param canCreate @c true= create a new definition if not found. */ static MapEntityDef *findMapEntityDef(int identifier, char const *entityName, bool canCreate) { if(identifier == 0 && (!entityName || !entityName[0])) return 0; // Is this an already known entity? if(entityName && entityName[0]) { MapEntityDef *found = P_MapEntityDefByName(entityName); if(found) return found; } else { MapEntityDef *found = P_MapEntityDef(identifier); if(found) return found; } // An unknown entity. Are we creating? if(!canCreate) return 0; // Ensure the name is unique. if(P_MapEntityDefByName(entityName)) return 0; // Ensure the identifier is unique. if(P_MapEntityDef(identifier)) return 0; // Have we yet to initialize the map entity definition dataset? if(!entityDefs) { entityDefs = new StringPool; } StringPool::Id id = entityDefs->intern(String(entityName)); MapEntityDef *def = new MapEntityDef(identifier); entityDefs->setUserPointer(id, def); entityDefIdMap.insert(std::pair(identifier, id)); return def; } #undef P_RegisterMapObj DENG_EXTERN_C dd_bool P_RegisterMapObj(int identifier, char const *name) { return findMapEntityDef(identifier, name, true /*do create*/) != 0; } #undef P_RegisterMapObjProperty DENG_EXTERN_C dd_bool P_RegisterMapObjProperty(int entityId, int propertyId, char const *propertyName, valuetype_t type) { try { MapEntityDef *def = findMapEntityDef(entityId, 0, false /*do not create*/); if(!def) throw Error("P_RegisterMapObjProperty", QString("Unknown entityId %1").arg(entityId)); MapEntityDef_AddProperty(def, propertyId, propertyName, type); return true; // Success! } catch(Error const &er) { LOG_WARNING("%s. Ignoring.") << er.asText(); } return false; } void P_InitMapEntityDefs() { // Allow re-init. clearEntityDefs(); } void P_ShutdownMapEntityDefs() { clearEntityDefs(); } static MapEntityPropertyDef *entityPropertyDef(int entityId, int propertyId) { // Is this a known entity? MapEntityDef *entity = P_MapEntityDef(entityId); if(!entity) throw Error("entityPropertyDef", QString("Unknown entity definition id %1").arg(entityId)); // Is this a known property? MapEntityPropertyDef *property; if(MapEntityDef_Property(entity, propertyId, &property) < 0) throw Error("entityPropertyDef", QString("Entity definition %1 has no property with id %2") .arg(Str_Text(P_NameForMapEntityDef(entity))) .arg(propertyId)); return property; // Found it. } static void setValue(void *dst, valuetype_t dstType, PropertyValue const &pvalue) { switch(dstType) { case DDVT_FIXED: *((fixed_t *) dst) = pvalue.asFixed(); break; case DDVT_FLOAT: *( (float *) dst) = pvalue.asFloat(); break; case DDVT_BYTE: *( (byte *) dst) = pvalue.asByte(); break; case DDVT_INT: *( (int *) dst) = pvalue.asInt32(); break; case DDVT_SHORT: *( (short *) dst) = pvalue.asInt16(); break; case DDVT_ANGLE: *((angle_t *) dst) = pvalue.asAngle(); break; default: throw Error("setValue", QString("Unknown value type %d").arg(dstType)); } } #undef P_GetGMOByte DENG_EXTERN_C byte P_GetGMOByte(int entityId, int elementIndex, int propertyId) { byte returnVal = 0; if(App_WorldSystem().hasMap()) { try { EntityDatabase &db = App_WorldSystem().map().entityDatabase(); MapEntityPropertyDef *propDef = entityPropertyDef(entityId, propertyId); setValue(&returnVal, DDVT_BYTE, db.property(propDef, elementIndex)); } catch(Error const &er) { LOG_WARNING("%s. Returning 0.") << er.asText(); } } return returnVal; } #undef P_GetGMOShort DENG_EXTERN_C short P_GetGMOShort(int entityId, int elementIndex, int propertyId) { short returnVal = 0; if(App_WorldSystem().hasMap()) { try { EntityDatabase &db = App_WorldSystem().map().entityDatabase(); MapEntityPropertyDef *propDef = entityPropertyDef(entityId, propertyId); setValue(&returnVal, DDVT_SHORT, db.property(propDef, elementIndex)); } catch(Error const &er) { LOG_WARNING("%s. Returning 0.") << er.asText(); } } return returnVal; } #undef P_GetGMOInt DENG_EXTERN_C int P_GetGMOInt(int entityId, int elementIndex, int propertyId) { int returnVal = 0; if(App_WorldSystem().hasMap()) { try { EntityDatabase &db = App_WorldSystem().map().entityDatabase(); MapEntityPropertyDef *propDef = entityPropertyDef(entityId, propertyId); setValue(&returnVal, DDVT_INT, db.property(propDef, elementIndex)); } catch(Error const &er) { LOG_WARNING("%s. Returning 0.") << er.asText(); } } return returnVal; } #undef P_GetGMOFixed DENG_EXTERN_C fixed_t P_GetGMOFixed(int entityId, int elementIndex, int propertyId) { fixed_t returnVal = 0; if(App_WorldSystem().hasMap()) { try { EntityDatabase &db = App_WorldSystem().map().entityDatabase(); MapEntityPropertyDef *propDef = entityPropertyDef(entityId, propertyId); setValue(&returnVal, DDVT_FIXED, db.property(propDef, elementIndex)); } catch(Error const &er) { LOG_WARNING("%s. Returning 0.") << er.asText(); } } return returnVal; } #undef P_GetGMOAngle DENG_EXTERN_C angle_t P_GetGMOAngle(int entityId, int elementIndex, int propertyId) { angle_t returnVal = 0; if(App_WorldSystem().hasMap()) { try { EntityDatabase &db = App_WorldSystem().map().entityDatabase(); MapEntityPropertyDef *propDef = entityPropertyDef(entityId, propertyId); setValue(&returnVal, DDVT_ANGLE, db.property(propDef, elementIndex)); } catch(Error const &er) { LOG_WARNING("%s. Returning 0.") << er.asText(); } } return returnVal; } #undef P_GetGMOFloat DENG_EXTERN_C float P_GetGMOFloat(int entityId, int elementIndex, int propertyId) { float returnVal = 0; if(App_WorldSystem().hasMap()) { try { EntityDatabase &db = App_WorldSystem().map().entityDatabase(); MapEntityPropertyDef *propDef = entityPropertyDef(entityId, propertyId); setValue(&returnVal, DDVT_FLOAT, db.property(propDef, elementIndex)); } catch(Error const &er) { LOG_WARNING("%s. Returning 0.") << er.asText(); } } return returnVal; } doomsday-1.14.5/doomsday/client/src/world/linesighttest.cpp0000664000175000017500000002472412350542240023320 0ustar jaakkojaakko/** @file linesighttest.cpp World map line of sight testing. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/linesighttest.h" #include "Face" #include "world/worldsystem.h" /// For validCount, @todo Remove me. #include "BspLeaf" #include "BspNode" #include "Line" #include "Polyobj" #include "Sector" #include #include #include /// @todo remove me #include using namespace de; DENG2_PIMPL(LineSightTest) { dint flags; ///< LS_* flags @ref lineSightFlags Vector3d from; ///< Ray origin. Vector3d to; ///< Ray target. dfloat bottomSlope; ///< Slope to bottom of target. dfloat topSlope; ///< Slope to top of target. /// The ray to be traced. struct Ray { fixed_t origin[2]; fixed_t direction[2]; AABoxd aabox; Ray(Vector3d const &from, Vector3d const &to) { origin[VX] = DBL2FIX(from.x); origin[VY] = DBL2FIX(from.y); direction[VX] = DBL2FIX(to.x - from.x); direction[VY] = DBL2FIX(to.y - from.y); ddouble v1From[2] = { from.x, from.y }; V2d_InitBox(aabox.arvec2, v1From); ddouble v1To[2] = { to.x, to.y }; V2d_AddToBox(aabox.arvec2, v1To); } } ray; Instance(Public *i, Vector3d const &from, Vector3d const to, dfloat bottomSlope, dfloat topSlope, dint flags) : Base(i) , flags(flags) , from(from) , to(to) , bottomSlope(bottomSlope) , topSlope(topSlope) , ray(from, to) {} /** * @return @c true if the ray passes the line @a side; otherwise @c false. * * @todo cleanup: Much unnecessary representation flipping... * @todo cleanup: Remove front-side assumption. */ bool crossLine(LineSide &side) { #define RTOP 0x1 ///< Top range. #define RBOTTOM 0x2 ///< Bottom range. Line &line = side.line(); if(line.validCount() == validCount) return true; // Ignore line.setValidCount(validCount); // Does the ray intercept the line on the X/Y plane? // Try a quick bounding-box rejection. if(line.aaBox().minX > ray.aabox.maxX || line.aaBox().maxX < ray.aabox.minX || line.aaBox().minY > ray.aabox.maxY || line.aaBox().maxY < ray.aabox.minY) return true; fixed_t lineV1OriginX[2] = { DBL2FIX(line.fromOrigin().x), DBL2FIX(line.fromOrigin().y) }; fixed_t lineV2OriginX[2] = { DBL2FIX(line.toOrigin().x), DBL2FIX(line.toOrigin().y) }; if(V2x_PointOnLineSide(lineV1OriginX, ray.origin, ray.direction) == V2x_PointOnLineSide(lineV2OriginX, ray.origin, ray.direction)) return true; fixed_t lineDirectionX[2] = { DBL2FIX(line.direction().x), DBL2FIX(line.direction().y) }; fixed_t fromPointX[2] = { DBL2FIX(from.x), DBL2FIX(from.y) }; fixed_t toPointX[2] = { DBL2FIX(to.x), DBL2FIX(to.y) }; if(V2x_PointOnLineSide(fromPointX, lineV1OriginX, lineDirectionX) == V2x_PointOnLineSide(toPointX, lineV1OriginX, lineDirectionX)) return true; // Is this the passable side of a one-way BSP window? if(!side.hasSections()) return true; if(!side.hasSector()) return false; Sector const *frontSec = side.sectorPtr(); Sector const *backSec = side.back().sectorPtr(); bool noBack = side.considerOneSided(); if(!noBack && !(flags & LS_PASSLEFT)) { noBack = (!( backSec->floor().height() < frontSec->ceiling().height()) || !(frontSec->floor().height() < backSec->ceiling().height())); } if(noBack) { // Does the ray pass from left to right? if(flags & LS_PASSLEFT) // Allowed. { if(line.pointOnSide(Vector2d(from.x, from.y)) < 0) return true; } // No back side is present so if the ray is not allowed to pass over/under // the line then end it right here. if(!(flags & (LS_PASSOVER | LS_PASSUNDER))) return false; } // Handle the case of a zero height back side in the top range. dbyte ranges = 0; if(noBack) { ranges |= RTOP; } else { if(backSec->floor().height() != frontSec->floor().height()) ranges |= RBOTTOM; if(backSec->ceiling().height() != frontSec->ceiling().height()) ranges |= RTOP; } // No partially closed ranges which require testing? if(!ranges) return true; dfloat frac = FIX2FLT(V2x_Intersection(lineV1OriginX, lineDirectionX, ray.origin, ray.direction)); // Does the ray pass over the top range? if(flags & LS_PASSOVER) // Allowed. { if(bottomSlope > (frontSec->ceiling().height() - from.z) / frac) return true; } // Does the ray pass under the bottom range? if(flags & LS_PASSUNDER) // Allowed. { if(topSlope < ( frontSec->floor().height() - from.z) / frac) return true; } // Test a partially closed top range? if(ranges & RTOP) { dfloat const top = noBack ? frontSec->ceiling().height() : frontSec->ceiling().height() < backSec->ceiling().height()? frontSec->ceiling().height() : backSec->ceiling().height(); dfloat const slope = (top - from.z) / frac; if((slope < topSlope) ^ (noBack && !(flags & LS_PASSOVER)) || (noBack && topSlope > (frontSec->floor().height() - from.z) / frac)) topSlope = slope; if((slope < bottomSlope) ^ (noBack && !(flags & LS_PASSUNDER)) || (noBack && bottomSlope > (frontSec->floor().height() - from.z) / frac)) bottomSlope = slope; } // Test a partially closed bottom range? if(ranges & RBOTTOM) { dfloat const bottom = noBack? frontSec->floor().height() : frontSec->floor().height() > backSec->floor().height()? frontSec->floor().height() : backSec->floor().height(); dfloat const slope = (bottom - from.z) / frac; if(slope > bottomSlope) bottomSlope = slope; if(slope > topSlope) topSlope = slope; } return topSlope <= bottomSlope? false : true; #undef RTOP #undef RBOTTOM } /** * @return @c true if the ray passes @a bspLeaf; otherwise @c false. */ bool crossBspLeaf(BspLeaf const &bspLeaf) { if(!bspLeaf.hasPoly()) return false; // Check polyobj lines. foreach(Polyobj *po, bspLeaf.polyobjs()) foreach(Line *line, po->lines()) { if(!crossLine(line->front())) return false; // Stop traversal. } // Check the BSP leaf line geometries. HEdge *base = bspLeaf.poly().hedge(); HEdge *hedge = base; do { if(hedge->hasMapElement()) { if(!crossLine(hedge->mapElementAs().lineSide())) return false; } } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, bspLeaf.extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { // Is this on the back of a one-sided line? if(!hedge->hasMapElement()) continue; if(!crossLine(hedge->mapElementAs().lineSide())) return false; } return true; // Continue traversal. } /** * @return @c true if the ray passes @a bspElement; otherwise @c false. */ bool crossBspNode(MapElement const *bspElement) { DENG2_ASSERT(bspElement != 0); while(bspElement->type() != DMU_BSPLEAF) { BspNode const &bspNode = bspElement->as(); // Does the ray intersect the partition? /// @todo Optionally use the fixed precision version -ds dint const fromSide = bspNode.partition().pointOnSide(Vector2d(from.x, from.y)) < 0; dint const toSide = bspNode.partition().pointOnSide(Vector2d(to.x, to.y)) < 0; if(fromSide != toSide) { // Yes. if(!crossBspNode(bspNode.childPtr(fromSide))) return false; // Cross the From side. bspElement = bspNode.childPtr(fromSide ^ 1); // Cross the To side. } else { // No - descend! bspElement = bspNode.childPtr(fromSide); } } // We've arrived at a leaf. return crossBspLeaf(bspElement->as()); } }; LineSightTest::LineSightTest(Vector3d const &from, Vector3d const &to, dfloat bottomSlope, dfloat topSlope, dint flags) : d(new Instance(this, from, to, bottomSlope, topSlope, flags)) {} bool LineSightTest::trace(MapElement const &bspRoot) { validCount++; d->topSlope = d->to.z + d->topSlope - d->from.z; d->bottomSlope = d->to.z + d->bottomSlope - d->from.z; return d->crossBspNode(&bspRoot); } doomsday-1.14.5/doomsday/client/src/world/api_mapedit.cpp0000664000175000017500000003274712350542240022712 0ustar jaakkojaakko/** @file api_mapedit.cpp Internal runtime map editing interface. * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_MAP_EDIT #include #include #include #include "de_platform.h" #include "de_console.h" #include "dd_main.h" #include "world/entitydatabase.h" #include "world/map.h" #include "Plane" #include "Sector" #include "Surface" #include "edit_map.h" #include "api_mapedit.h" using namespace de; #define ERROR_IF_NOT_INITIALIZED() { \ if(!editMapInited) \ throw Error(QString("%s").arg(__FUNCTION__), "Not active, did you forget to call MPE_Begin()?"); \ } static Map *editMap; static bool editMapInited; /** * Material name references specified during map conversion are recorded in * this dictionary. A dictionary is used to avoid repeatedly resolving the same * URIs and to facilitate a log of missing materials encountered during the * process. * * The pointer user value holds a pointer to the resolved Material (if found). * The integer user value tracks the number of times a reference occurs. */ static StringPool *materialDict; /** * Either print or count-the-number-of unresolved references in the * material dictionary. * * @param internId Unique id associated with the reference. * @param context If a uint pointer operate in "count" mode (total written * here). Else operate in "print" mode. * @return Always @c 0 (for use as an iterator). */ static int printMissingMaterialWorker(StringPool::Id internId, void *context) { int *count = (int *)context; // A valid id? if(materialDict->string(internId)) { // Have we resolved this reference yet? if(!materialDict->userPointer(internId)) { // An unresolved reference. if(count) { // Count mode. *count += 1; } else { // Print mode. int const refCount = materialDict->userValue(internId); String const &materialUri = materialDict->string(internId); LOG_RES_WARNING("Found %4i x unknown material \"%s\"") << refCount << materialUri; } } } return 0; // Continue iteration. } /** * Destroy the missing material dictionary. */ static void clearMaterialDict() { // Initialized? if(!materialDict) return; materialDict->clear(); delete materialDict; materialDict = 0; } /** * Print any "missing" materials in the dictionary to the log. */ static void printMissingMaterialsInDict() { if(materialDict) { materialDict->iterate(printMissingMaterialWorker); } } /** * Attempt to locate a material by its URI. A dictionary of previously * searched-for URIs is maintained to avoid repeated searching and to record * "missing" materials. * * @param materialUriStr URI of the material to search for. * * @return Pointer to the found material; otherwise @c 0. */ static Material *findMaterialInDict(String const &materialUriStr) { if(materialUriStr.isEmpty()) return 0; // Time to create the dictionary? if(!materialDict) { materialDict = new StringPool; } de::Uri materialUri(materialUriStr, RC_NULL); // Intern this reference. StringPool::Id internId = materialDict->intern(materialUri.compose()); Material *material = 0; // Have we previously encountered this?. uint refCount = materialDict->userValue(internId); if(refCount) { // Yes, if resolved the user pointer holds the found material. material = (Material *) materialDict->userPointer(internId); } else { // No, attempt to resolve this URI and update the dictionary. // First try the preferred scheme, then any. try { material = &App_ResourceSystem().material(materialUri); } catch(ResourceSystem::MissingManifestError const &) { // Try any scheme. try { materialUri.setScheme(""); material = &App_ResourceSystem().material(materialUri); } catch(ResourceSystem::MissingManifestError const &) {} } // Insert the possibly resolved material into the dictionary. materialDict->setUserPointer(internId, material); } // There is now one more reference. refCount++; materialDict->setUserValue(internId, refCount); return material; } static inline Material *findMaterialInDict(ddstring_t const *materialUriStr) { if(!materialUriStr) return 0; return findMaterialInDict(Str_Text(materialUriStr)); } Map *MPE_Map() { return editMapInited? editMap : 0; } Map *MPE_TakeMap() { editMapInited = false; Map *retMap = editMap; editMap = 0; return retMap; } #undef MPE_Begin dd_bool MPE_Begin(uri_s const *mapUri) { if(!editMapInited) { delete editMap; editMap = new Map(*reinterpret_cast(mapUri)); editMapInited = true; } return true; } #undef MPE_End dd_bool MPE_End() { if(!editMapInited) return false; /* * Log warnings about any issues we encountered during conversion of * the basic map data elements. */ printMissingMaterialsInDict(); clearMaterialDict(); // Note the map is left in an editable state in case the caller decides // they aren't finished after all... return true; } #undef MPE_VertexCreate int MPE_VertexCreate(coord_t x, coord_t y, int archiveIndex) { ERROR_IF_NOT_INITIALIZED(); return editMap->createVertex(Vector2d(x, y), archiveIndex)->indexInMap(); } #undef MPE_VertexCreatev dd_bool MPE_VertexCreatev(int num, coord_t const *values, int *archiveIndices, int *retIndices) { ERROR_IF_NOT_INITIALIZED(); if(num <= 0 || !values) return false; // Create many vertexes. for(int n = 0; n < num; ++n) { Vertex *vertex = editMap->createVertex(Vector2d(values[n * 2], values[n * 2 + 1]), archiveIndices[n]); if(retIndices) { retIndices[n] = vertex->indexInMap(); } } return true; } #undef MPE_LineCreate int MPE_LineCreate(int v1, int v2, int frontSectorIdx, int backSectorIdx, int flags, int archiveIndex) { ERROR_IF_NOT_INITIALIZED(); if(frontSectorIdx >= editMap->editableSectorCount()) return -1; if(backSectorIdx >= editMap->editableSectorCount()) return -1; if(v1 < 0 || v1 >= editMap->vertexCount()) return -1; if(v2 < 0 || v2 >= editMap->vertexCount()) return -1; if(v1 == v2) return -1; // Next, check the length is not zero. /// @todo fixme: We need to allow these... -ds Vertex *vtx1 = editMap->vertexes().at(v1); Vertex *vtx2 = editMap->vertexes().at(v2); if(de::abs(Vector2d(vtx1->origin() - vtx2->origin()).length()) <= 0.0001) return -1; Sector *frontSector = (frontSectorIdx >= 0? editMap->editableSectors().at(frontSectorIdx) : 0); Sector *backSector = (backSectorIdx >= 0? editMap->editableSectors().at(backSectorIdx) : 0); return editMap->createLine(*vtx1, *vtx2, flags, frontSector, backSector, archiveIndex)->indexInMap(); } #undef MPE_LineAddSide void MPE_LineAddSide(int lineIdx, int sideId, short flags, ddstring_t const *topMaterialUri, float topOffsetX, float topOffsetY, float topRed, float topGreen, float topBlue, ddstring_t const *middleMaterialUri, float middleOffsetX, float middleOffsetY, float middleRed, float middleGreen, float middleBlue, float middleOpacity, ddstring_t const *bottomMaterialUri, float bottomOffsetX, float bottomOffsetY, float bottomRed, float bottomGreen, float bottomBlue, int archiveIndex) { ERROR_IF_NOT_INITIALIZED(); if(lineIdx < 0 || lineIdx >= editMap->editableLineCount()) return; Line *line = editMap->editableLines().at(lineIdx); LineSide &side = line->side(sideId); side.setFlags(flags); side.setIndexInArchive(archiveIndex); // Ensure sections are defined if they aren't already. side.addSections(); // Assign the resolved material if found. side.top() .setMaterial(findMaterialInDict(topMaterialUri)) .setMaterialOrigin(Vector2f(topOffsetX, topOffsetY)) .setTintColor(Vector3f(topRed, topGreen, topBlue)); side.middle() .setMaterial(findMaterialInDict(middleMaterialUri)) .setMaterialOrigin(Vector2f(middleOffsetX, middleOffsetY)) .setTintColor(Vector3f(middleRed, middleGreen, middleBlue)) .setOpacity(middleOpacity); side.bottom() .setMaterial(findMaterialInDict(bottomMaterialUri)) .setMaterialOrigin(Vector2f(bottomOffsetX, bottomOffsetY)) .setTintColor(Vector3f(bottomRed, bottomGreen, bottomBlue)); } #undef MPE_PlaneCreate int MPE_PlaneCreate(int sectorIdx, coord_t height, ddstring_t const *materialUri, float matOffsetX, float matOffsetY, float tintRed, float tintGreen, float tintBlue, float opacity, float normalX, float normalY, float normalZ, int archiveIndex) { ERROR_IF_NOT_INITIALIZED(); if(sectorIdx < 0 || sectorIdx >= editMap->editableSectorCount()) return -1; Sector *sector = editMap->editableSectors().at(sectorIdx); Plane *plane = sector->addPlane(Vector3f(normalX, normalY, normalZ), height); plane->setIndexInArchive(archiveIndex); plane->surface() .setMaterial(findMaterialInDict(materialUri)) .setTintColor(Vector3f(tintRed, tintGreen, tintBlue)) .setMaterialOrigin(Vector2f(matOffsetX, matOffsetY)); if(!plane->isSectorFloor() && !plane->isSectorCeiling()) { plane->surface().setOpacity(opacity); } return plane->indexInSector(); } #undef MPE_SectorCreate int MPE_SectorCreate(float lightlevel, float red, float green, float blue, int archiveIndex) { ERROR_IF_NOT_INITIALIZED(); return editMap->createSector(lightlevel, Vector3f(red, green, blue), archiveIndex)->indexInMap(); } #undef MPE_PolyobjCreate int MPE_PolyobjCreate(int const *lines, int lineCount, int tag, int sequenceType, coord_t originX, coord_t originY, int archiveIndex) { DENG_UNUSED(archiveIndex); /// @todo Use this! ERROR_IF_NOT_INITIALIZED(); if(lineCount <= 0 || !lines) return -1; // First check that all the line indices are valid and that they arn't // already part of another polyobj. for(int i = 0; i < lineCount; ++i) { if(lines[i] < 0 || lines[i] >= editMap->editableLineCount()) return -1; Line *line = editMap->editableLines().at(lines[i]); if(line->definesPolyobj()) return -1; } Polyobj *po = editMap->createPolyobj(Vector2d(originX, originY)); po->setSequenceType(sequenceType); po->setTag(tag); for(int i = 0; i < lineCount; ++i) { Line *line = editMap->editableLines().at(lines[i]); // This line belongs to a polyobj. line->setPolyobj(po); static_cast(po->_lines)->append(line); } return po->indexInMap(); } #undef MPE_GameObjProperty dd_bool MPE_GameObjProperty(char const *entityName, int elementIndex, char const *propertyName, valuetype_t valueType, void *valueAdr) { LOG_AS("MPE_GameObjProperty"); ERROR_IF_NOT_INITIALIZED(); if(!entityName || !propertyName || !valueAdr) return false; // Hmm... // Is this a known entity? MapEntityDef *entityDef = P_MapEntityDefByName(entityName); if(!entityDef) { LOG_WARNING("Unknown entity name:\"%s\", ignoring.") << entityName; return false; } // Is this a known property? MapEntityPropertyDef *propertyDef; if(MapEntityDef_PropertyByName(entityDef, propertyName, &propertyDef) < 0) { LOG_WARNING("Entity \"%s\" has no \"%s\" property, ignoring.") << entityName << propertyName; return false; } try { EntityDatabase &entities = editMap->entityDatabase(); entities.setProperty(propertyDef, elementIndex, valueType, valueAdr); return true; } catch(Error const &er) { LOG_WARNING("%s. Ignoring.") << er.asText(); } return false; } // p_data.cpp #undef P_RegisterMapObj DENG_EXTERN_C dd_bool P_RegisterMapObj(int identifier, char const *name); #undef P_RegisterMapObjProperty DENG_EXTERN_C dd_bool P_RegisterMapObjProperty(int entityId, int propertyId, char const *propertyName, valuetype_t type); DENG_DECLARE_API(MPE) = { { DE_API_MAP_EDIT }, P_RegisterMapObj, P_RegisterMapObjProperty, MPE_Begin, MPE_End, MPE_VertexCreate, MPE_VertexCreatev, MPE_LineCreate, MPE_LineAddSide, MPE_SectorCreate, MPE_PlaneCreate, MPE_PolyobjCreate, MPE_GameObjProperty }; doomsday-1.14.5/doomsday/client/src/world/contact.cpp0000664000175000017500000001504212350542240022056 0ustar jaakkojaakko/** @file contact.cpp World object => BSP leaf "contact" and contact lists. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "world/contact.h" #include "world/map.h" #include "world/p_object.h" #include "BspLeaf" #include #include using namespace de; ContactType Contact::type() const { return _type; } void *Contact::objectPtr() const { return _object; } Vector3d Contact::objectOrigin() const { switch(_type) { case ContactLumobj: return objectAs().origin(); case ContactMobj: return Mobj_Origin(objectAs()); default: DENG2_ASSERT(false); return Vector3d(); } } double Contact::objectRadius() const { switch(_type) { case ContactLumobj: return objectAs().radius(); case ContactMobj: return Mobj_VisualRadius(objectAs()); default: DENG2_ASSERT(false); return 0; } } AABoxd Contact::objectAABox() const { switch(_type) { case ContactLumobj: return objectAs().aaBox(); case ContactMobj: return Mobj_AABox(objectAs()); default: DENG2_ASSERT(false); return AABoxd(); } } BspLeaf &Contact::objectBspLeafAtOrigin() const { switch(_type) { case ContactLumobj: return objectAs().bspLeafAtOrigin(); case ContactMobj: return Mobj_BspLeafAtOrigin(objectAs()); default: throw Error("Contact::objectBspLeafAtOrigin", "Invalid type"); } } struct ContactList::Node { Node *next; ///< Next in the BSP leaf. Node *nextUsed; ///< Next used contact. void *obj; }; static ContactList::Node *firstNode; ///< First unused list node. static ContactList::Node *cursor; ///< Current list node. void ContactList::reset() // static { cursor = firstNode; } void ContactList::link(Contact *contact) { if(!contact) return; Node *node = newNode(contact->objectPtr()); node->next = _head; _head = node; } ContactList::Node *ContactList::begin() const { return _head; } ContactList::Node *ContactList::newNode(void *object) // static { DENG2_ASSERT(object != 0); Node *node; if(!cursor) { node = (Node *) Z_Malloc(sizeof(*node), PU_APPSTATIC, 0); // Link in the global list of used nodes. node->nextUsed = firstNode; firstNode = node; } else { node = cursor; cursor = cursor->nextUsed; } node->obj = object; node->next = 0; return node; } // Separate contact lists for each BSP leaf and contact type. static ContactList *bspLeafContactLists; ContactList &R_ContactList(BspLeaf &bspLeaf, ContactType type) { return bspLeafContactLists[bspLeaf.indexInMap() * ContactTypeCount + int( type )]; } static Contact *contacts; static Contact *contactFirst, *contactCursor; static Contact *newContact(void *object, ContactType type) { DENG2_ASSERT(object != 0); Contact *contact; if(!contactCursor) { contact = (Contact *) Z_Malloc(sizeof *contact, PU_APPSTATIC, 0); // Link in the global list of used contacts. contact->nextUsed = contactFirst; contactFirst = contact; } else { contact = contactCursor; contactCursor = contactCursor->nextUsed; } // Link in the list of in-use contacts. contact->next = contacts; contacts = contact; contact->_object = object; contact->_type = type; return contact; } void R_InitContactLists(Map &map) { // Initialize object => BspLeaf contact lists. bspLeafContactLists = (ContactList *) Z_Calloc(map.bspLeafCount() * ContactTypeCount * sizeof(*bspLeafContactLists), PU_MAPSTATIC, 0); } void R_DestroyContactLists() { if(bspLeafContactLists) { Z_Free(bspLeafContactLists); bspLeafContactLists = 0; } } void R_ClearContactLists(Map &map) { // Start reusing contacts. contactCursor = contactFirst; contacts = 0; // Start reusing nodes from the first one in the list. ContactList::reset(); if(bspLeafContactLists) { std::memset(bspLeafContactLists, 0, map.bspLeafCount() * ContactTypeCount * sizeof(*bspLeafContactLists)); } } void R_AddContact(mobj_t &mobj) { // BspLeafs with no geometry cannot be contacted (zero world volume). if(Mobj_BspLeafAtOrigin(mobj).hasCluster()) { newContact(&mobj, ContactMobj); } } void R_AddContact(Lumobj &lum) { // BspLeafs with no geometry cannot be contacted (zero world volume). if(lum.bspLeafAtOrigin().hasCluster()) { newContact(&lum, ContactLumobj); } } int R_ContactIterator(int (*callback) (Contact &, void *), void *context) { // Link contacts into the relevant blockmap. for(Contact *contact = contacts; contact; contact = contact->next) { if(int result = callback(*contact, context)) return result; } return false; // Continue iteration. } int R_BspLeafMobjContactIterator(BspLeaf &bspLeaf, int (*callback)(mobj_s &, void *), void *context) { ContactList &list = R_ContactList(bspLeaf, ContactMobj); for(ContactList::Node *node = list.begin(); node; node = node->next) { if(int result = callback(*static_cast(node->obj), context)) return result; } return false; // Continue iteration. } int R_BspLeafLumobjContactIterator(BspLeaf &bspLeaf, int (*callback)(Lumobj &, void *), void *context) { ContactList &list = R_ContactList(bspLeaf, ContactLumobj); for(ContactList::Node *node = list.begin(); node; node = node->next) { if(int result = callback(*static_cast(node->obj), context)) return result; } return false; // Continue iteration. } doomsday-1.14.5/doomsday/client/src/world/vertex.cpp0000664000175000017500000000572712350542240021751 0ustar jaakkojaakko/** @file vertex.cpp World map vertex. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/vertex.h" #include "Line" #include "world/lineowner.h" /// @todo remove me #include "Sector" #include using namespace de; DENG2_PIMPL_NOREF(Vertex) { Vector2d origin; ///< In map space. Instance(Vector2d const &origin) : origin(origin) {} }; Vertex::Vertex(Mesh &mesh, Vector2d const &origin) : MapElement(DMU_VERTEX) , MeshElement(mesh) , _lineOwners(0) , _numLineOwners(0) , _onesOwnerCount(0) , _twosOwnerCount(0) , d(new Instance(origin)) {} Vector2d const &Vertex::origin() const { return d->origin; } void Vertex::setOrigin(Vector2d const &newOrigin) { if(d->origin != newOrigin) { d->origin = newOrigin; DENG2_FOR_AUDIENCE(OriginChange, i) { i->vertexOriginChanged(*this); } } } int Vertex::property(DmuArgs &args) const { switch(args.prop) { case DMU_X: args.setValue(DMT_VERTEX_ORIGIN, &d->origin.x, 0); break; case DMU_Y: args.setValue(DMT_VERTEX_ORIGIN, &d->origin.y, 0); break; case DMU_XY: args.setValue(DMT_VERTEX_ORIGIN, &d->origin.x, 0); args.setValue(DMT_VERTEX_ORIGIN, &d->origin.y, 1); break; default: return MapElement::property(args); } return false; // Continue iteration. } // --------------------------------------------------------------------------- uint Vertex::lineOwnerCount() const { return _numLineOwners; } void Vertex::countLineOwners() { _onesOwnerCount = _twosOwnerCount = 0; if(LineOwner const *firstOwn = firstLineOwner()) { LineOwner const *own = firstOwn; do { if(!own->line().hasFrontSector() || !own->line().hasBackSector()) { _onesOwnerCount += 1; } else { _twosOwnerCount += 1; } } while((own = &own->next()) != firstOwn); } } LineOwner *Vertex::firstLineOwner() const { return _lineOwners; } doomsday-1.14.5/doomsday/client/src/world/generator.cpp0000664000175000017500000010400612350542240022410 0ustar jaakkojaakko/** @file generator.cpp World map (particle) generator. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/generator.h" #include "clientapp.h" #include "con_main.h" #include "dd_def.h" #include "Face" #include "world/worldsystem.h" // validCount #include "world/thinkers.h" #include "BspLeaf" #include "SectorCluster" #include "Surface" #include "render/rend_model.h" #include "render/rend_particle.h" #include "api_sound.h" #include #include #include #include #include #include #include using namespace de; #define DOT2F(a,b) ( FIX2FLT(a[VX]) * FIX2FLT(b[VX]) + FIX2FLT(a[VY]) * FIX2FLT(b[VY]) ) #define VECMUL(a,scalar) ( a[VX] = FixedMul(a[VX], scalar), a[VY] = FixedMul(a[VY], scalar) ) #define VECADD(a,b) ( a[VX] += b[VX], a[VY] += b[VY] ) #define VECMULADD(a,scal,b) ( a[VX] += FixedMul(scal, b[VX]), a[VY] += FixedMul(scal, b[VY]) ) #define VECSUB(a,b) ( a[VX] -= b[VX], a[VY] -= b[VY] ) #define VECCPY(a,b) ( a[VX] = b[VX], a[VY] = b[VY] ) static float particleSpawnRate = 1; // Unmodified (cvar). /** * The offset is spherical and random. * Low and High should be positive. */ static void uncertainPosition(fixed_t *pos, fixed_t low, fixed_t high) { if(!low) { // The simple, cubic algorithm. for(int i = 0; i < 3; ++i) { pos[i] += (high * (RNG_RandByte() - RNG_RandByte())) * reciprocal255; } } else { // The more complicated, spherical algorithm. fixed_t off = ((high - low) * (RNG_RandByte() - RNG_RandByte())) * reciprocal255; off += off < 0 ? -low : low; fixed_t theta = RNG_RandByte() << (24 - ANGLETOFINESHIFT); fixed_t phi = acos(2 * (RNG_RandByte() * reciprocal255) - 1) / PI * (ANGLE_180 >> ANGLETOFINESHIFT); fixed_t vec[3]; vec[VX] = FixedMul(fineCosine[theta], finesine[phi]); vec[VY] = FixedMul(finesine[theta], finesine[phi]); vec[VZ] = FixedMul(fineCosine[phi], FLT2FIX(0.8333f)); for(int i = 0; i < 3; ++i) { pos[i] += FixedMul(vec[i], off); } } } Map &Generator::map() const { return Thinker_Map(thinker); } Generator::Id Generator::id() const { return _id; } void Generator::setId(Id newId) { DENG_ASSERT(newId >= 1 && newId <= Map::MAX_GENERATORS); // 1-based _id = newId; } int Generator::age() const { return _age; } Vector3d Generator::origin() const { if(source) { Vector3d origin(source->origin); origin.z += -source->floorClip + FIX2FLT(originAtSpawn[VZ]); return origin; } return Vector3d(FIX2FLT(originAtSpawn[VX]), FIX2FLT(originAtSpawn[VY]), FIX2FLT(originAtSpawn[VZ])); } void Generator::clearParticles() { Z_Free(_pinfo); _pinfo = 0; } void Generator::configureFromDef(ded_ptcgen_t const *newDef) { DENG2_ASSERT(newDef != 0); if(count <= 0) count = 1; // Make sure no generator is type-triggered by default. type = type2 = -1; def = newDef; _flags = Flags(def->flags); _pinfo = (ParticleInfo *) Z_Calloc(sizeof(ParticleInfo) * count, PU_MAP, 0); stages = (ParticleStage *) Z_Calloc(sizeof(ParticleStage) * def->stageCount.num, PU_MAP, 0); for(int i = 0; i < def->stageCount.num; ++i) { ded_ptcstage_t const *sdef = &def->stages[i]; ParticleStage *s = &stages[i]; s->bounce = FLT2FIX(sdef->bounce); s->resistance = FLT2FIX(1 - sdef->resistance); s->radius = FLT2FIX(sdef->radius); s->gravity = FLT2FIX(sdef->gravity); s->type = sdef->type; s->flags = ParticleStage::Flags(sdef->flags); } // Init some data. for(int i = 0; i < 3; ++i) { originAtSpawn[i] = FLT2FIX(def->center[i]); vector[i] = FLT2FIX(def->vector[i]); } // Apply a random component to the spawn vector. if(def->initVectorVariance > 0) { uncertainPosition(vector, 0, FLT2FIX(def->initVectorVariance)); } // Mark unused. for(int i = 0; i < count; ++i) { ParticleInfo* pinfo = &_pinfo[i]; pinfo->stage = -1; } } void Generator::presimulate(int tics) { for(; tics > 0; tics--) { runTick(); } // Reset age so presim doesn't affect it. _age = 0; } bool Generator::isStatic() const { return _flags.testFlag(Static); } bool Generator::isUntriggered() const { return _untriggered; } void Generator::setUntriggered(bool yes) { _untriggered = yes; } blendmode_t Generator::blendmode() const { /// @todo Translate these old flags once, during definition parsing -ds if(_flags.testFlag(BlendAdditive)) return BM_ADD; if(_flags.testFlag(BlendSubtract)) return BM_SUBTRACT; if(_flags.testFlag(BlendReverseSubtract)) return BM_REVERSE_SUBTRACT; if(_flags.testFlag(BlendMultiply)) return BM_MUL; if(_flags.testFlag(BlendInverseMultiply)) return BM_INVERSE_MUL; return BM_NORMAL; } int Generator::activeParticleCount() const { int numActive = 0; for(int i = 0; i < count; ++i) { if(_pinfo[i].stage >= 0) { numActive += 1; } } return numActive; } ParticleInfo const *Generator::particleInfo() const { return _pinfo; } static void setParticleAngles(ParticleInfo *pinfo, int flags) { DENG2_ASSERT(pinfo != 0); if(flags & Generator::ParticleStage::ZeroYaw) pinfo->yaw = 0; if(flags & Generator::ParticleStage::ZeroPitch) pinfo->pitch = 0; if(flags & Generator::ParticleStage::RandomYaw) pinfo->yaw = RNG_RandFloat() * 65536; if(flags & Generator::ParticleStage::RandomPitch) pinfo->pitch = RNG_RandFloat() * 65536; } static void particleSound(fixed_t pos[3], ded_embsound_t *sound) { DENG2_ASSERT(pos != 0 && sound != 0); // Is there any sound to play? if(!sound->id || sound->volume <= 0) return; coord_t orig[3]; for(int i = 0; i < 3; ++i) { orig[i] = FIX2FLT(pos[i]); } S_LocalSoundAtVolumeFrom(sound->id, NULL, orig, sound->volume); } int Generator::newParticle() { #ifdef __CLIENT__ // Check for model-only generators. float inter = -1; ModelDef *mf = 0, *nextmf = 0; if(source) { mf = Mobj_ModelDef(*source, &nextmf, &inter); if(((!mf || !useModels) && def->flags & ModelOnly) || (mf && useModels && mf->flags & MFF_NO_PARTICLES)) return -1; } // Keep the spawn cursor in the valid range. if(++_spawnCP >= count) { _spawnCP -= count; } int const newParticleIdx = _spawnCP; // Set the particle's data. ParticleInfo *pinfo = &_pinfo[_spawnCP]; pinfo->stage = 0; if(RNG_RandFloat() < def->altStartVariance) { pinfo->stage = def->altStart; } pinfo->tics = def->stages[pinfo->stage].tics * (1 - def->stages[pinfo->stage].variance * RNG_RandFloat()); // Launch vector. pinfo->mov[VX] = vector[VX]; pinfo->mov[VY] = vector[VY]; pinfo->mov[VZ] = vector[VZ]; // Apply some random variance. pinfo->mov[VX] += FLT2FIX(def->vectorVariance * (RNG_RandFloat() - RNG_RandFloat())); pinfo->mov[VY] += FLT2FIX(def->vectorVariance * (RNG_RandFloat() - RNG_RandFloat())); pinfo->mov[VZ] += FLT2FIX(def->vectorVariance * (RNG_RandFloat() - RNG_RandFloat())); // Apply some aspect ratio scaling to the momentum vector. // This counters the 200/240 difference nearly completely. pinfo->mov[VX] = FixedMul(pinfo->mov[VX], FLT2FIX(1.1f)); pinfo->mov[VY] = FixedMul(pinfo->mov[VY], FLT2FIX(0.95f)); pinfo->mov[VZ] = FixedMul(pinfo->mov[VZ], FLT2FIX(1.1f)); // Set proper speed. fixed_t uncertain = FLT2FIX(def->speed * (1 - def->speedVariance * RNG_RandFloat())); fixed_t len = FLT2FIX(M_ApproxDistancef( M_ApproxDistancef(FIX2FLT(pinfo->mov[VX]), FIX2FLT(pinfo->mov[VY])), FIX2FLT(pinfo->mov[VZ]))); if(!len) len = FRACUNIT; len = FixedDiv(uncertain, len); pinfo->mov[VX] = FixedMul(pinfo->mov[VX], len); pinfo->mov[VY] = FixedMul(pinfo->mov[VY], len); pinfo->mov[VZ] = FixedMul(pinfo->mov[VZ], len); // The source is a mobj? if(source) { if(_flags & RelativeVector) { // Rotate the vector using the source angle. float temp[3]; temp[VX] = FIX2FLT(pinfo->mov[VX]); temp[VY] = FIX2FLT(pinfo->mov[VY]); temp[VZ] = 0; // Player visangles have some problems, let's not use them. M_RotateVector(temp, source->angle / (float) ANG180 * -180 + 90, 0); pinfo->mov[VX] = FLT2FIX(temp[VX]); pinfo->mov[VY] = FLT2FIX(temp[VY]); } if(_flags & RelativeVelocity) { pinfo->mov[VX] += FLT2FIX(source->mom[MX]); pinfo->mov[VY] += FLT2FIX(source->mom[MY]); pinfo->mov[VZ] += FLT2FIX(source->mom[MZ]); } // Origin. pinfo->origin[VX] = FLT2FIX(source->origin[VX]); pinfo->origin[VY] = FLT2FIX(source->origin[VY]); pinfo->origin[VZ] = FLT2FIX(source->origin[VZ] - source->floorClip); uncertainPosition(pinfo->origin, FLT2FIX(def->spawnRadiusMin), FLT2FIX(def->spawnRadius)); // Offset to the real center. pinfo->origin[VZ] += originAtSpawn[VZ]; // Include bobbing in the spawn height. pinfo->origin[VZ] -= FLT2FIX(Mobj_BobOffset(source)); // Calculate XY center with mobj angle. angle_t const angle = Mobj_AngleSmoothed(source) + (fixed_t) (FIX2FLT(originAtSpawn[VY]) / 180.0f * ANG180); uint const an = angle >> ANGLETOFINESHIFT; uint const an2 = (angle + ANG90) >> ANGLETOFINESHIFT; pinfo->origin[VX] += FixedMul(fineCosine[an], originAtSpawn[VX]); pinfo->origin[VY] += FixedMul(finesine[an], originAtSpawn[VX]); // There might be an offset from the model of the mobj. if(mf && (mf->testSubFlag(0, MFF_PARTICLE_SUB1) || def->subModel >= 0)) { float off[3] = { 0, 0, 0 }; int subidx; // Select the right submodel to use as the origin. if(def->subModel >= 0) subidx = def->subModel; else subidx = 1; // Default to submodel #1. // Interpolate the offset. if(inter > 0 && nextmf) { off[VX] = nextmf->particleOffset(subidx)[VX] - mf->particleOffset(subidx)[VX]; off[VY] = nextmf->particleOffset(subidx)[VY] - mf->particleOffset(subidx)[VY]; off[VZ] = nextmf->particleOffset(subidx)[VZ] - mf->particleOffset(subidx)[VZ]; off[VX] *= inter; off[VY] *= inter; off[VZ] *= inter; } off[VX] += mf->particleOffset(subidx)[VX]; off[VY] += mf->particleOffset(subidx)[VY]; off[VZ] += mf->particleOffset(subidx)[VZ]; // Apply it to the particle coords. pinfo->origin[VX] += FixedMul(fineCosine[an], FLT2FIX(off[VX])); pinfo->origin[VX] += FixedMul(fineCosine[an2], FLT2FIX(off[VZ])); pinfo->origin[VY] += FixedMul(finesine[an], FLT2FIX(off[VX])); pinfo->origin[VY] += FixedMul(finesine[an2], FLT2FIX(off[VZ])); pinfo->origin[VZ] += FLT2FIX(off[VY]); } } else if(plane) { /// @todo fixme: ignorant of mapped sector planes. fixed_t radius = stages[pinfo->stage].radius; Sector const *sector = &plane->sector(); // Choose a random spot inside the sector, on the spawn plane. if(_flags & SpawnSpace) { pinfo->origin[VZ] = FLT2FIX(sector->floor().height()) + radius + FixedMul(RNG_RandByte() << 8, FLT2FIX(sector->ceiling().height() - sector->floor().height()) - 2 * radius); } else if((_flags & SpawnFloor) || (!(_flags & (SpawnFloor | SpawnCeiling)) && plane->isSectorFloor())) { // Spawn on the floor. pinfo->origin[VZ] = FLT2FIX(plane->height()) + radius; } else { // Spawn on the ceiling. pinfo->origin[VZ] = FLT2FIX(plane->height()) - radius; } /** * Choosing the XY spot is a bit more difficult. * But we must be fast and only sufficiently accurate. * * @todo Nothing prevents spawning on the wrong side (or inside) * of one-sided walls (large diagonal BSP leafs!). */ BspLeaf *bspLeaf; for(int i = 0; i < 5; ++i) // Try a couple of times (max). { float x = sector->aaBox().minX + RNG_RandFloat() * (sector->aaBox().maxX - sector->aaBox().minX); float y = sector->aaBox().minY + RNG_RandFloat() * (sector->aaBox().maxY - sector->aaBox().minY); bspLeaf = &map().bspLeafAt(Vector2d(x, y)); if(bspLeaf->sectorPtr() == sector) break; bspLeaf = 0; } if(!bspLeaf || !bspLeaf->hasPoly()) { pinfo->stage = -1; return -1; } AABoxd const &leafAABox = bspLeaf->poly().aaBox(); // Try a couple of times to get a good random spot. int tries; for(tries = 0; tries < 10; ++tries) // Max this many tries before giving up. { float x = leafAABox.minX + RNG_RandFloat() * (leafAABox.maxX - leafAABox.minX); float y = leafAABox.minY + RNG_RandFloat() * (leafAABox.maxY - leafAABox.minY); pinfo->origin[VX] = FLT2FIX(x); pinfo->origin[VY] = FLT2FIX(y); if(&map().bspLeafAt(Vector2d(x, y)) == bspLeaf) break; // This is a good place. } if(tries == 10) // No good place found? { pinfo->stage = -1; // Damn. return -1; } } else if(isUntriggered()) { // The center position is the spawn origin. pinfo->origin[VX] = originAtSpawn[VX]; pinfo->origin[VY] = originAtSpawn[VY]; pinfo->origin[VZ] = originAtSpawn[VZ]; uncertainPosition(pinfo->origin, FLT2FIX(def->spawnRadiusMin), FLT2FIX(def->spawnRadius)); } // Initial angles for the particle. setParticleAngles(pinfo, def->stages[pinfo->stage].flags); // The other place where this gets updated is after moving over // a two-sided line. /*if(plane) { pinfo->sector = &plane->sector(); } else*/ { Vector2d ptOrigin(FIX2FLT(pinfo->origin[VX]), FIX2FLT(pinfo->origin[VY])); pinfo->bspLeaf = &map().bspLeafAt(ptOrigin); // A BSP leaf with no geometry is not a suitable place for a particle. if(!pinfo->bspLeaf->hasPoly()) { pinfo->stage = -1; return -1; } } // Play a stage sound? particleSound(pinfo->origin, &def->stages[pinfo->stage].sound); return newParticleIdx; #else // !__CLIENT__ return -1; #endif } #ifdef __CLIENT__ /** * Callback for the client mobj iterator, called from P_PtcGenThinker. */ static int newGeneratorParticlesWorker(mobj_t *cmo, void *context) { Generator *gen = (Generator *) context; ClMobjInfo *info = ClMobj_GetInfo(cmo); // If the clmobj is not valid at the moment, don't do anything. if(info->flags & (CLMF_UNPREDICTABLE | CLMF_HIDDEN)) { return false; } if(cmo->type != gen->type && cmo->type != gen->type2) { // Type mismatch. return false; } gen->source = cmo; gen->newParticle(); return false; } #endif /** * Spawn multiple new particles using all applicable sources. */ static int manyNewParticlesWorker(thinker_t *th, void *context) { Generator *gen = (Generator *) context; mobj_t *mo = (mobj_t *) th; // Type match? if(gen->type == DED_PTCGEN_ANY_MOBJ_TYPE || mo->type == gen->type || mo->type == gen->type2) { // Someone might think this is a slight hack... gen->source = mo; gen->newParticle(); } return false; // Continue iteration. } struct checklineworker_params_t { AABoxd mbox; fixed_t tmpz, tmprad, tmpx1, tmpx2, tmpy1, tmpy2; bool tmcross; Line *ptcHitLine; }; static int checkLineWorker(Line *ld, void *context) { checklineworker_params_t &parm = *static_cast(context); // Does the bounding box miss the line completely? if(parm.mbox.maxX <= ld->aaBox().minX || parm.mbox.minX >= ld->aaBox().maxX || parm.mbox.maxY <= ld->aaBox().minY || parm.mbox.minY >= ld->aaBox().maxY) return false; // Movement must cross the line. if((ld->pointOnSide(Vector2d(FIX2FLT(parm.tmpx1), FIX2FLT(parm.tmpy1))) < 0) == (ld->pointOnSide(Vector2d(FIX2FLT(parm.tmpx2), FIX2FLT(parm.tmpy2))) < 0)) return false; /* * We are possibly hitting something here. */ // Bounce if we hit a solid wall. /// @todo fixme: What about "one-way" window lines? parm.ptcHitLine = ld; if(!ld->hasBackSector()) return true; // Boing! Sector *front = ld->frontSectorPtr(); Sector *back = ld->backSectorPtr(); // Determine the opening we have here. /// @todo Use R_OpenRange() fixed_t ceil; if(front->ceiling().height() < back->ceiling().height()) { ceil = FLT2FIX(front->ceiling().height()); } else { ceil = FLT2FIX(back->ceiling().height()); } fixed_t floor; if(front->floor().height() > back->floor().height()) { floor = FLT2FIX(front->floor().height()); } else { floor = FLT2FIX(back->floor().height()); } // There is a backsector. We possibly might hit something. if(parm.tmpz - parm.tmprad < floor || parm.tmpz + parm.tmprad > ceil) return true; // Boing! // There is a possibility that the new position is in a new sector. parm.tmcross = true; // Afterwards, update the sector pointer. // False alarm, continue checking. return false; } /** * Particle touches something solid. Returns false iff the particle dies. */ static int touchParticle(ParticleInfo *pinfo, Generator::ParticleStage *stage, ded_ptcstage_t *stageDef, bool touchWall) { // Play a hit sound. particleSound(pinfo->origin, &stageDef->hitSound); if(stage->flags.testFlag(Generator::ParticleStage::DieTouch)) { // Particle dies from touch. pinfo->stage = -1; return false; } if(stage->flags.testFlag(Generator::ParticleStage::StageTouch) || (touchWall && stage->flags.testFlag(Generator::ParticleStage::StageWallTouch)) || (!touchWall && stage->flags.testFlag(Generator::ParticleStage::StageFlatTouch))) { // Particle advances to the next stage. pinfo->tics = 0; } // Particle survives the touch. return true; } float Generator::particleZ(ParticleInfo const &pinfo) const { SectorCluster &cluster = pinfo.bspLeaf->cluster(); if(pinfo.origin[VZ] == DDMAXINT) { return cluster.visCeiling().heightSmoothed() - 2; } if(pinfo.origin[VZ] == DDMININT) { return (cluster.visFloor().heightSmoothed() + 2); } return FIX2FLT(pinfo.origin[VZ]); } Vector3f Generator::particleOrigin(ParticleInfo const &pt) const { return Vector3f(FIX2FLT(pt.origin[VX]), FIX2FLT(pt.origin[VY]), particleZ(pt)); } Vector3f Generator::particleMomentum(ParticleInfo const &pt) const { return Vector3f(FIX2FLT(pt.mov[VX]), FIX2FLT(pt.mov[VY]), FIX2FLT(pt.mov[VZ])); } void Generator::spinParticle(ParticleInfo &pinfo) { static int const yawSigns[4] = { 1, 1, -1, -1 }; static int const pitchSigns[4] = { 1, -1, 1, -1 }; ded_ptcstage_t const *stDef = &def->stages[pinfo.stage]; uint const spinIndex = uint(&pinfo - &_pinfo[id() / 8]) % 4; DENG_ASSERT(spinIndex < 4); int const yawSign = yawSigns[spinIndex]; int const pitchSign = pitchSigns[spinIndex]; if(stDef->spin[0] != 0) { pinfo.yaw += 65536 * yawSign * stDef->spin[0] / (360 * TICSPERSEC); } if(stDef->spin[1] != 0) { pinfo.pitch += 65536 * pitchSign * stDef->spin[1] / (360 * TICSPERSEC); } pinfo.yaw *= 1 - stDef->spinResistance[0]; pinfo.pitch *= 1 - stDef->spinResistance[1]; } void Generator::moveParticle(int index) { DENG2_ASSERT(index >= 0 && index < count); ParticleInfo *pinfo = &_pinfo[index]; ParticleStage *st = &stages[pinfo->stage]; ded_ptcstage_t *stDef = &def->stages[pinfo->stage]; // Particle rotates according to spin speed. spinParticle(*pinfo); // Changes to momentum. /// @todo Do not assume generator is from the CURRENT map. pinfo->mov[VZ] -= FixedMul(FLT2FIX(map().gravity()), st->gravity); // Vector force. if(stDef->vectorForce[VX] != 0 || stDef->vectorForce[VY] != 0 || stDef->vectorForce[VZ] != 0) { for(int i = 0; i < 3; ++i) { pinfo->mov[i] += FLT2FIX(stDef->vectorForce[i]); } } // Sphere force pull and turn. // Only applicable to sourced or untriggered generators. For other // types it's difficult to define the center coordinates. if(st->flags.testFlag(ParticleStage::SphereForce) && (source || isUntriggered())) { float delta[3]; if(source) { delta[VX] = FIX2FLT(pinfo->origin[VX]) - source->origin[VX]; delta[VY] = FIX2FLT(pinfo->origin[VY]) - source->origin[VY]; delta[VZ] = particleZ(*pinfo) - (source->origin[VZ] + FIX2FLT(originAtSpawn[VZ])); } else { for(int i = 0; i < 3; ++i) { delta[i] = FIX2FLT(pinfo->origin[i] - originAtSpawn[i]); } } // Apply the offset (to source coords). for(int i = 0; i < 3; ++i) { delta[i] -= def->forceOrigin[i]; } // Counter the aspect ratio of old times. delta[VZ] *= 1.2f; float dist = M_ApproxDistancef(M_ApproxDistancef(delta[VX], delta[VY]), delta[VZ]); if(dist != 0) { // Radial force pushes the particles on the surface of a sphere. if(def->force) { // Normalize delta vector, multiply with (dist - forceRadius), // multiply with radial force strength. for(int i = 0; i < 3; ++i) { pinfo->mov[i] -= FLT2FIX( ((delta[i] / dist) * (dist - def->forceRadius)) * def->force); } } // Rotate! if(def->forceAxis[VX] || def->forceAxis[VY] || def->forceAxis[VZ]) { float cross[3]; V3f_CrossProduct(cross, def->forceAxis, delta); for(int i = 0; i < 3; ++i) { pinfo->mov[i] += FLT2FIX(cross[i]) >> 8; } } } } if(st->resistance != FRACUNIT) { for(int i = 0; i < 3; ++i) { pinfo->mov[i] = FixedMul(pinfo->mov[i], st->resistance); } } // The particle is 'soft': half of radius is ignored. // The exception is plane flat particles, which are rendered flat // against planes. They are almost entirely soft when it comes to plane // collisions. fixed_t hardRadius = st->radius / 2; if((st->type == PTC_POINT || (st->type >= PTC_TEXTURE && st->type < PTC_TEXTURE + MAX_PTC_TEXTURES)) && st->flags.testFlag(ParticleStage::PlaneFlat)) { hardRadius = FRACUNIT; } // Check the new Z position only if not stuck to a plane. fixed_t z = pinfo->origin[VZ] + pinfo->mov[VZ]; bool zBounce = false, hitFloor = false; if(pinfo->origin[VZ] != DDMININT && pinfo->origin[VZ] != DDMAXINT && pinfo->bspLeaf) { SectorCluster &cluster = pinfo->bspLeaf->cluster(); if(z > FLT2FIX(cluster.visCeiling().heightSmoothed()) - hardRadius) { // The Z is through the roof! if(cluster.visCeiling().surface().hasSkyMaskedMaterial()) { // Special case: particle gets lost in the sky. pinfo->stage = -1; return; } if(!touchParticle(pinfo, st, stDef, false)) return; z = FLT2FIX(cluster.visCeiling().heightSmoothed()) - hardRadius; zBounce = true; hitFloor = false; } // Also check the floor. if(z < FLT2FIX(cluster.visFloor().heightSmoothed()) + hardRadius) { if(cluster.visFloor().surface().hasSkyMaskedMaterial()) { pinfo->stage = -1; return; } if(!touchParticle(pinfo, st, stDef, false)) return; z = FLT2FIX(cluster.visFloor().heightSmoothed()) + hardRadius; zBounce = true; hitFloor = true; } if(zBounce) { pinfo->mov[VZ] = FixedMul(-pinfo->mov[VZ], st->bounce); if(!pinfo->mov[VZ]) { // The particle has stopped moving. This means its Z-movement // has ceased because of the collision with a plane. Plane-flat // particles will stick to the plane. if((st->type == PTC_POINT || (st->type >= PTC_TEXTURE && st->type < PTC_TEXTURE + MAX_PTC_TEXTURES)) && st->flags.testFlag(ParticleStage::PlaneFlat)) { z = hitFloor ? DDMININT : DDMAXINT; } } } // Move to the new Z coordinate. pinfo->origin[VZ] = z; } // Now check the XY direction. // - Check if the movement crosses any solid lines. // - If it does, quit when first one contacted and apply appropriate // bounce (result depends on the angle of the contacted wall). fixed_t x = pinfo->origin[VX] + pinfo->mov[VX]; fixed_t y = pinfo->origin[VY] + pinfo->mov[VY]; checklineworker_params_t clParm; zap(clParm); clParm.tmcross = false; // Has crossed potential sector boundary? // XY movement can be skipped if the particle is not moving on the // XY plane. if(!pinfo->mov[VX] && !pinfo->mov[VY]) { // If the particle is contacting a line, there is a chance that the // particle should be killed (if it's moving slowly at max). if(pinfo->contact) { Sector *front = pinfo->contact->frontSectorPtr(); Sector *back = pinfo->contact->backSectorPtr(); if(front && back && abs(pinfo->mov[VZ]) < FRACUNIT / 2) { coord_t const pz = particleZ(*pinfo); coord_t fz; if(front->floor().height() > back->floor().height()) { fz = front->floor().height(); } else { fz = back->floor().height(); } coord_t cz; if(front->ceiling().height() < back->ceiling().height()) { cz = front->ceiling().height(); } else { cz = back->ceiling().height(); } // If the particle is in the opening of a 2-sided line, it's // quite likely that it shouldn't be here... if(pz > fz && pz < cz) { // Kill the particle. pinfo->stage = -1; return; } } } // Still not moving on the XY plane... goto quit_iteration; } // We're moving in XY, so if we don't hit anything there can't be any line contact. pinfo->contact = 0; // Bounding box of the movement line. clParm.tmpz = z; clParm.tmprad = hardRadius; clParm.tmpx1 = pinfo->origin[VX]; clParm.tmpx2 = x; clParm.tmpy1 = pinfo->origin[VY]; clParm.tmpy2 = y; vec2d_t point; V2d_Set(point, FIX2FLT(MIN_OF(x, pinfo->origin[VX]) - st->radius), FIX2FLT(MIN_OF(y, pinfo->origin[VY]) - st->radius)); V2d_InitBox(clParm.mbox.arvec2, point); V2d_Set(point, FIX2FLT(MAX_OF(x, pinfo->origin[VX]) + st->radius), FIX2FLT(MAX_OF(y, pinfo->origin[VY]) + st->radius)); V2d_AddToBox(clParm.mbox.arvec2, point); // Iterate the lines in the contacted blocks. validCount++; if(map().lineBoxIterator(clParm.mbox, checkLineWorker, &clParm)) { fixed_t normal[2], dotp; // Must survive the touch. if(!touchParticle(pinfo, st, stDef, true)) return; // There was a hit! Calculate bounce vector. // - Project movement vector on the normal of hitline. // - Calculate the difference to the point on the normal. // - Add the difference to movement vector, negate movement. // - Multiply with bounce. // Calculate the normal. normal[VX] = -FLT2FIX(clParm.ptcHitLine->direction().x); normal[VY] = -FLT2FIX(clParm.ptcHitLine->direction().y); if(!normal[VX] && !normal[VY]) goto quit_iteration; // Calculate as floating point so we don't overflow. dotp = FRACUNIT * (DOT2F(pinfo->mov, normal) / DOT2F(normal, normal)); VECMUL(normal, dotp); VECSUB(normal, pinfo->mov); VECMULADD(pinfo->mov, 2 * FRACUNIT, normal); VECMUL(pinfo->mov, st->bounce); // Continue from the old position. x = pinfo->origin[VX]; y = pinfo->origin[VY]; clParm.tmcross = false; // Sector can't change if XY doesn't. // This line is the latest contacted line. pinfo->contact = clParm.ptcHitLine; goto quit_iteration; } quit_iteration: // The move is now OK. pinfo->origin[VX] = x; pinfo->origin[VY] = y; // Should we update the sector pointer? if(clParm.tmcross) { pinfo->bspLeaf = &map().bspLeafAt(Vector2d(FIX2FLT(x), FIX2FLT(y))); // A BSP leaf with no geometry is not a suitable place for a particle. if(!pinfo->bspLeaf->hasPoly()) { // Kill the particle. pinfo->stage = -1; } } } void Generator::runTick() { // Source has been destroyed? if(!isUntriggered() && !map().thinkers().isUsedMobjId(srcid)) { // Blasted... Spawning new particles becomes impossible. source = 0; } // Time to die? DENG2_ASSERT(def != 0); if(++_age > def->maxAge && def->maxAge >= 0) { Generator_Delete(this); return; } // Spawn new particles? float newParts = 0; if((_age <= def->spawnAge || def->spawnAge < 0) && (source || plane || type >= 0 || type == DED_PTCGEN_ANY_MOBJ_TYPE || isUntriggered())) { newParts = def->spawnRate * spawnRateMultiplier; newParts *= particleSpawnRate * (1 - def->spawnRateVariance * RNG_RandFloat()); _spawnCount += newParts; while(_spawnCount >= 1) { // Spawn a new particle. if(type == DED_PTCGEN_ANY_MOBJ_TYPE || type >= 0) // Type-triggered? { #ifdef __CLIENT__ // Client's should also check the client mobjs. if(isClient) { map().clMobjIterator(newGeneratorParticlesWorker, this); } #endif map().thinkers() .iterate(reinterpret_cast(gx.MobjThinker), 0x1 /*mobjs are public*/, manyNewParticlesWorker, this); // The generator has no real source. source = 0; } else { newParticle(); } _spawnCount--; } } // Move particles. ParticleInfo *pinfo = _pinfo; for(int i = 0; i < count; ++i, pinfo++) { if(pinfo->stage < 0) continue; // Not in use. if(pinfo->tics-- <= 0) { // Advance to next stage. if(++pinfo->stage == def->stageCount.num || stages[pinfo->stage].type == PTC_NONE) { // Kill the particle. pinfo->stage = -1; continue; } pinfo->tics = def->stages[pinfo->stage].tics * (1 - def->stages[pinfo->stage].variance * RNG_RandFloat()); // Change in particle angles? setParticleAngles(pinfo, def->stages[pinfo->stage].flags); // Play a sound? particleSound(pinfo->origin, &def->stages[pinfo->stage].sound); } // Try to move. moveParticle(i); } } void Generator::consoleRegister() //static { C_VAR_FLOAT("rend-particle-rate", &particleSpawnRate, 0, 0, 5); } void Generator_Delete(Generator *gen) { if(!gen) return; gen->map().unlink(*gen); gen->map().thinkers().remove(gen->thinker); gen->clearParticles(); // The generator itself is free'd when it's next turn for thinking comes. } void Generator_Thinker(Generator *gen) { DENG2_ASSERT(gen != 0); gen->runTick(); } doomsday-1.14.5/doomsday/client/src/world/huecircle.cpp0000664000175000017500000000576312350542240022377 0ustar jaakkojaakko/** @file huecircle.cpp HueCircle manipulator, for runtime map editing. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/huecircle.h" #include "m_misc.h" // M_HSVToRGB(), remove me (use QColor) #include using namespace de; DENG2_PIMPL_NOREF(HueCircle) { Vector3f frontVec, sideVec, upVec; Instance() {} }; HueCircle::HueCircle() : d(new Instance()) {} Vector3d HueCircle::origin(Vector3d const &viewOrigin, double distance) const { return viewOrigin + d->frontVec * distance; } void HueCircle::setOrientation(Vector3f const &frontVec, Vector3f const &sideVec, Vector3f const &upVec) { d->frontVec = frontVec; d->sideVec = sideVec; d->upVec = upVec; } Vector3f HueCircle::colorAt(Vector3f const &viewFrontVec, float *angle, float *sat) const { float const minAngle = 0.1f; float const range = 0.19f; float viewDot = viewFrontVec.dot(d->frontVec); float saturation = (acos(viewDot) - minAngle) / range; saturation = de::clamp(0.f, saturation, 1.f); if(sat) *sat = saturation; if(saturation == 0 || viewDot > .999f) { if(angle) *angle = 0; if(sat) *sat = 0; float colorV1[3]; M_HSVToRGB(colorV1, 0, 0, 1); return Vector3f(colorV1); } // Calculate the angle to the viewer by projecting the current viewfront to the // hue circle plane. Project onto the normal, subtract and then normalize. float scale = viewFrontVec.dot(d->frontVec) / d->frontVec.dot(d->frontVec); Vector3f proj = (viewFrontVec - (d->frontVec * scale)).normalize(); float hue = acos(proj.dot(d->upVec)); if(proj.dot(d->sideVec) > 0) hue = float(2 * de::PI) - hue; hue /= float(2 * de::PI); hue += 0.25; if(angle) *angle = hue; float colorV1[3]; M_HSVToRGB(colorV1, hue, saturation, 1); return Vector3f(colorV1); } Vector3f HueCircle::offset(double angle) const { return Vector3f(cos(angle) * d->sideVec.x + sin(angle) * d->upVec.x, sin(angle) * d->upVec.y, cos(angle) * d->sideVec.z + sin(angle) * d->upVec.z); } doomsday-1.14.5/doomsday/client/src/world/propertyvalue.cpp0000664000175000017500000000333312350542240023344 0ustar jaakkojaakko/** @file propertyvalue.cpp Data types for representing property values. * @ingroup data * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "world/propertyvalue.h" using namespace de; PropertyValue *BuildPropertyValue(valuetype_t type, void *valueAdr) { DENG2_ASSERT(valueAdr != 0); switch(type) { case DDVT_BYTE: return new PropertyByteValue (*( (byte *) valueAdr)); case DDVT_SHORT: return new PropertyInt16Value(*( (short *) valueAdr)); case DDVT_INT: return new PropertyInt32Value(*( (int *) valueAdr)); case DDVT_FIXED: return new PropertyFixedValue(*((fixed_t *) valueAdr)); case DDVT_ANGLE: return new PropertyAngleValue(*((angle_t *) valueAdr)); case DDVT_FLOAT: return new PropertyFloatValue(*( (float *) valueAdr)); default: throw Error("BuildPropertyValue", QString("Unknown/not-supported value type %1").arg(type)); } } doomsday-1.14.5/doomsday/client/src/world/p_players.cpp0000664000175000017500000001257112350542240022425 0ustar jaakkojaakko/** @file p_players.cpp World player entities. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_PLAYER #include "de_base.h" #include "de_play.h" #include "de_network.h" #include "BspLeaf" #include "SectorCluster" #include "world/map.h" using namespace de; player_t *viewPlayer; player_t ddPlayers[DDMAXPLAYERS]; int consolePlayer; int displayPlayer; /** * Determine which console is used by the given local player. Local players * are numbered starting from zero. */ int P_LocalToConsole(int localPlayer) { int count = 0; for(int i = 0; i < DDMAXPLAYERS; ++i) { int console = (i + consolePlayer) % DDMAXPLAYERS; player_t *plr = &ddPlayers[console]; ddplayer_t *ddpl = &plr->shared; if(ddpl->flags & DDPF_LOCAL) { if(count++ == localPlayer) return console; } } // No match! return -1; } /** * Determine the local player number used by a particular console. Local * players are numbered starting from zero. */ int P_ConsoleToLocal(int playerNum) { int i, count = 0; player_t *plr = &ddPlayers[playerNum]; if(playerNum < 0 || playerNum >= DDMAXPLAYERS) { // Invalid. return -1; } if(playerNum == consolePlayer) { return 0; } if(!(plr->shared.flags & DDPF_LOCAL)) return -1; // Not local at all. for(i = 0; i < DDMAXPLAYERS; ++i) { int console = (i + consolePlayer) % DDMAXPLAYERS; player_t *plr = &ddPlayers[console]; if(console == playerNum) { return count; } if(plr->shared.flags & DDPF_LOCAL) count++; } return -1; } /** * Given a ptr to ddplayer_t, return it's logical index. */ int P_GetDDPlayerIdx(ddplayer_t *ddpl) { if(ddpl) for(uint i = 0; i < DDMAXPLAYERS; ++i) { if(&ddPlayers[i].shared == ddpl) return i; } return -1; } dd_bool P_IsInVoid(player_t *player) { if(!player) return false; ddplayer_t *ddpl = &player->shared; // Cameras are allowed to move completely freely (so check z height // above/below ceiling/floor). if(ddpl->flags & DDPF_CAMERA) { if(ddpl->inVoid || !ddpl->mo) return true; mobj_t *mo = ddpl->mo; if(!Mobj_HasCluster(*mo)) return true; SectorCluster &cluster = Mobj_Cluster(*mo); #ifdef __CLIENT__ if(cluster.visCeiling().surface().hasSkyMaskedMaterial()) { coord_t const skyCeil = cluster.sector().map().skyFixCeiling(); if(skyCeil < DDMAXFLOAT && mo->origin[VZ] > skyCeil - 4) return true; } else if(mo->origin[VZ] > cluster.visCeiling().heightSmoothed() - 4) #else if(mo->origin[VZ] > cluster.ceiling().height() - 4) #endif { return true; } #ifdef __CLIENT__ if(cluster.visFloor().surface().hasSkyMaskedMaterial()) { coord_t const skyFloor = cluster.sector().map().skyFixFloor(); if(skyFloor > DDMINFLOAT && mo->origin[VZ] < skyFloor + 4) return true; } else if(mo->origin[VZ] < cluster.visFloor().heightSmoothed() + 4) #else if(mo->origin[VZ] < cluster.floor().height() + 4) #endif { return true; } } return false; } short P_LookDirToShort(float lookDir) { int dir = int( lookDir/110.f * DDMAXSHORT ); if(dir < DDMINSHORT) return DDMINSHORT; if(dir > DDMAXSHORT) return DDMAXSHORT; return (short) dir; } float P_ShortToLookDir(short s) { return s / float( DDMAXSHORT ) * 110.f; } #undef DD_GetPlayer DENG_EXTERN_C ddplayer_t *DD_GetPlayer(int number) { return (ddplayer_t *) &ddPlayers[number].shared; } // net_main.c DENG_EXTERN_C char const *Net_GetPlayerName(int player); DENG_EXTERN_C ident_t Net_GetPlayerID(int player); DENG_EXTERN_C Smoother *Net_PlayerSmoother(int player); // p_control.c DENG_EXTERN_C void P_NewPlayerControl(int id, controltype_t type, char const *name, char const *bindContext); DENG_EXTERN_C int P_IsControlBound(int playerNum, int control); DENG_EXTERN_C void P_GetControlState(int playerNum, int control, float *pos, float *relativeOffset); DENG_EXTERN_C int P_GetImpulseControlState(int playerNum, int control); DENG_EXTERN_C void P_Impulse(int playerNum, int control); DENG_DECLARE_API(Player) = { { DE_API_PLAYER }, Net_GetPlayerName, Net_GetPlayerID, Net_PlayerSmoother, DD_GetPlayer, P_NewPlayerControl, P_IsControlBound, P_GetControlState, P_GetImpulseControlState, P_Impulse }; doomsday-1.14.5/doomsday/client/src/world/entitydatabase.cpp0000664000175000017500000001157312350542240023431 0ustar jaakkojaakko/** @file entitydatabase.cpp World map entity property value database. * @ingroup world * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "world/entitydatabase.h" #include #include // An entity is a set of one or more properties. // Key is the unique identifier of said property in the // MapEntityPropertyDef it is derived from. typedef std::map Entity; // Entities are stored in a set, each associated with a unique map element index. typedef std::map Entities; // Entities are grouped in sets by their unique identifier. typedef std::map EntitySet; namespace de { DENG2_PIMPL(EntityDatabase) { EntitySet entitySets; Instance(Public *i) : Base(i) {} ~Instance() { DENG2_FOR_EACH(EntitySet, setIt, entitySets) DENG2_FOR_EACH(Entities, entityIt, setIt->second) DENG2_FOR_EACH(Entity, propIt, entityIt->second) { delete propIt->second; } } /** * Lookup the set in which entities with the unique identifier * @a entityId are stored. */ Entities *entities(int entityId) { std::pair result; result = entitySets.insert(std::pair(entityId, Entities())); return &result.first->second; } /** * Lookup an entity in @a set by its unique @a elementIndex. */ Entity *entityByElementIndex(Entities& set, int elementIndex, bool canCreate) { // Do we already have a record for this entity? Entities::iterator found = set.find(elementIndex); if(found != set.end()) return &found->second; if(!canCreate) return 0; // A new entity. std::pair result; result = set.insert(std::pair(elementIndex, Entity())); return &result.first->second; } }; EntityDatabase::EntityDatabase() : d(new Instance(this)) {} uint EntityDatabase::entityCount(MapEntityDef const *entityDef) { DENG2_ASSERT(entityDef); Entities *set = d->entities(entityDef->id); return set->size(); } bool EntityDatabase::hasEntity(MapEntityDef const *entityDef, int elementIndex) { DENG2_ASSERT(entityDef); Entities *set = d->entities(entityDef->id); return d->entityByElementIndex(*set, elementIndex, false /*do not create*/) != 0; } PropertyValue const &EntityDatabase::property(MapEntityPropertyDef const *def, int elementIndex) { DENG2_ASSERT(def); Entities *set = d->entities(def->entity->id); Entity *entity = d->entityByElementIndex(*set, elementIndex, false /*do not create*/); if(!entity) throw Error("EntityDatabase::property", QString("There is no element %1 of type %2") .arg(elementIndex) .arg(Str_Text(P_NameForMapEntityDef(def->entity)))); Entity::const_iterator found = entity->find(def->id); if(found == entity->end()) throw Error("EntityDatabase::property", QString("Element %1 of type %2 has no value for property %3") .arg(elementIndex) .arg(Str_Text(P_NameForMapEntityDef(def->entity))) .arg(def->id)); return *found->second; } void EntityDatabase::setProperty(MapEntityPropertyDef const *def, int elementIndex, PropertyValue *value) { DENG2_ASSERT(def); Entities *set = d->entities(def->entity->id); Entity *entity = d->entityByElementIndex(*set, elementIndex, true); if(!entity) throw Error("EntityDatabase::setProperty", "Failed adding new entity element record"); // Do we already have a record for this? Entity::iterator found = entity->find(def->id); if(found != entity->end()) { PropertyValue **adr = &found->second; delete *adr; *adr = value; return; } // Add a new record. entity->insert(std::pair(def->id, value)); } } // namespace de doomsday-1.14.5/doomsday/client/src/world/surface.cpp0000664000175000017500000004272112350542240022057 0ustar jaakkojaakko/** @file surface.cpp World map surface. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/surface.h" #include "de_defs.h" // Def_GetGenerator #include "dd_loop.h" // frameTimePos #include "MaterialManifest" #include "TextureManifest" #include "world/map.h" #include "Plane" #include "world/worldsystem.h" // ddMapSetup #ifdef __CLIENT__ # include "gl/gl_tex.h" # include "MaterialSnapshot" # include "Decoration" # include "render/rend_main.h" #endif #include #include #include using namespace de; DENG2_PIMPL(Surface) { Matrix3f tangentMatrix; ///< Tangent space vectors. bool needUpdateTangentMatrix; ///< @c true= marked for update. Material *material; ///< Currently bound material. bool materialIsMissingFix; ///< @c true= @ref material is a "missing fix". Vector2f materialOrigin; ///< @em sharp surface space material origin. Vector3f tintColor; float opacity; blendmode_t blendMode; int flags; ///< @ref sufFlags #ifdef __CLIENT__ Decorations decorations; ///< Surface (light) decorations (owned). Vector2f oldMaterialOrigin[2]; ///< Old @em sharp surface space material origins, for smoothing. Vector2f materialOriginSmoothed; ///< @em smoothed surface space material origin. Vector2f materialOriginSmoothedDelta; ///< Delta between @em sharp and @em smoothed. #endif Instance(Public *i) : Base(i) , tangentMatrix(Matrix3f::Zero) , needUpdateTangentMatrix(false) , material(0) , materialIsMissingFix(false) , opacity(0) , blendMode(BM_NORMAL) , flags(0) {} ~Instance() { #ifdef __CLIENT__ // Stop scroll interpolation for this surface. self.map().scrollingSurfaces().remove(&self); // Stop material redecoration for this surface. self.map().unlinkInMaterialLists(&self); qDeleteAll(decorations); #endif } #ifdef DENG_DEBUG inline bool isSideMiddle() { return self.parent().type() == DMU_SIDE && &self == &self.parent().as().middle(); } inline bool isSectorExtraPlane() { if(self.parent().type() != DMU_PLANE) return false; Plane const &plane = self.parent().as(); return !(plane.isSectorFloor() || plane.isSectorCeiling()); } #endif void notifyNormalChanged() { DENG2_FOR_PUBLIC_AUDIENCE(NormalChange, i) { i->surfaceNormalChanged(self); } } void notifyMaterialOriginChanged() { DENG2_FOR_PUBLIC_AUDIENCE(MaterialOriginChange, i) { i->surfaceMaterialOriginChanged(self); } #ifdef __CLIENT__ if(!ddMapSetup) { self._needDecorationUpdate = true; self.map().scrollingSurfaces().insert(&self); } #endif } void notifyOpacityChanged() { DENG2_FOR_PUBLIC_AUDIENCE(OpacityChange, i) { i->surfaceOpacityChanged(self); } } void notifyTintColorChanged() { DENG2_FOR_PUBLIC_AUDIENCE(TintColorChange, i) { i->surfaceTintColorChanged(self); } } void updateTangentMatrix() { needUpdateTangentMatrix = false; dfloat values[9]; Vector3f normal = tangentMatrix.column(2); V3f_Set(values + 6, normal.x, normal.y, normal.z); V3f_BuildTangents(values, values + 3, values + 6); tangentMatrix = Matrix3f(values); } }; Surface::Surface(MapElement &owner, float opacity, Vector3f const &tintColor) : MapElement(DMU_SURFACE, &owner) #ifdef __CLIENT__ , _needDecorationUpdate(true) #endif , d(new Instance(this)) { d->opacity = opacity; d->tintColor = tintColor; } Matrix3f const &Surface::tangentMatrix() const { // Perform any scheduled update now. if(d->needUpdateTangentMatrix) { d->updateTangentMatrix(); } return d->tangentMatrix; } Surface &Surface::setNormal(Vector3f const &newNormal) { Vector3f oldNormal = normal(); Vector3f newNormalNormalized = newNormal.normalize(); if(oldNormal != newNormalNormalized) { d->tangentMatrix.at(0, 2) = newNormalNormalized.x; d->tangentMatrix.at(1, 2) = newNormalNormalized.y; d->tangentMatrix.at(2, 2) = newNormalNormalized.z; // We'll need to recalculate the tangents when next referenced. d->needUpdateTangentMatrix = true; d->notifyNormalChanged(); } return *this; } int Surface::flags() const { return d->flags; } Surface &Surface::setFlags(int flagsToChange, FlagOp operation) { applyFlagOperation(d->flags, flagsToChange, operation); return *this; } bool Surface::hasMaterial() const { return d->material != 0; } bool Surface::hasFixMaterial() const { return d->material != 0 && d->materialIsMissingFix; } Material &Surface::material() const { if(d->material) { return *d->material; } /// @throw MissingMaterialError Attempted with no material bound. throw MissingMaterialError("Surface::material", "No material is bound"); } Surface &Surface::setMaterial(Material *newMaterial, bool isMissingFix) { if(d->material == newMaterial) return *this; // Update the missing-material-fix state. if(!d->material) { if(newMaterial && isMissingFix) { d->materialIsMissingFix = true; // Sides of selfreferencing map lines should never receive fix materials. DENG2_ASSERT(!(parent().type() == DMU_SIDE && parent().as().line().isSelfReferencing())); } } else if(newMaterial && d->materialIsMissingFix) { d->materialIsMissingFix = false; } d->material = newMaterial; #ifdef __CLIENT__ // When the material changes any existing decorations are cleared. clearDecorations(); _needDecorationUpdate = true; if(!ddMapSetup) { map().unlinkInMaterialLists(this); if(d->material) { map().linkInMaterialLists(this); if(parent().type() == DMU_PLANE) { de::Uri uri = d->material->manifest().composeUri(); ded_ptcgen_t const *def = Def_GetGenerator(reinterpret_cast(&uri)); parent().as().spawnParticleGen(def); } } } #endif // __CLIENT__ return *this; } Vector2f const &Surface::materialOrigin() const { return d->materialOrigin; } Surface &Surface::setMaterialOrigin(Vector2f const &newOrigin) { if(d->materialOrigin != newOrigin) { d->materialOrigin = newOrigin; #ifdef __CLIENT__ // During map setup we'll apply this immediately to the visual origin also. if(ddMapSetup) { d->materialOriginSmoothed = d->materialOrigin; d->materialOriginSmoothedDelta.x = d->materialOriginSmoothedDelta.y = 0; d->oldMaterialOrigin[0] = d->oldMaterialOrigin[1] = d->materialOrigin; } #endif d->notifyMaterialOriginChanged(); } return *this; } de::Uri Surface::composeMaterialUri() const { if(!hasMaterial()) return de::Uri(); return material().manifest().composeUri(); } #ifdef __CLIENT__ Vector2f const &Surface::materialOriginSmoothed() const { return d->materialOriginSmoothed; } Vector2f const &Surface::materialOriginSmoothedAsDelta() const { return d->materialOriginSmoothedDelta; } void Surface::lerpSmoothedMaterialOrigin() { // $smoothmaterialorigin d->materialOriginSmoothedDelta = d->oldMaterialOrigin[0] * (1 - frameTimePos) + d->materialOrigin * frameTimePos - d->materialOrigin; // Visible material origin. d->materialOriginSmoothed = d->materialOrigin + d->materialOriginSmoothedDelta; #ifdef __CLIENT__ markAsNeedingDecorationUpdate(); #endif } void Surface::resetSmoothedMaterialOrigin() { // $smoothmaterialorigin d->materialOriginSmoothed = d->oldMaterialOrigin[0] = d->oldMaterialOrigin[1] = d->materialOrigin; d->materialOriginSmoothedDelta.x = d->materialOriginSmoothedDelta.y = 0; #ifdef __CLIENT__ markAsNeedingDecorationUpdate(); #endif } void Surface::updateMaterialOriginTracking() { // $smoothmaterialorigin d->oldMaterialOrigin[0] = d->oldMaterialOrigin[1]; d->oldMaterialOrigin[1] = d->materialOrigin; if(d->oldMaterialOrigin[0] != d->oldMaterialOrigin[1]) { float moveDistance = de::abs(Vector2f(d->oldMaterialOrigin[1] - d->oldMaterialOrigin[0]).length()); if(moveDistance >= MAX_SMOOTH_MATERIAL_MOVE) { // Too fast: make an instantaneous jump. d->oldMaterialOrigin[0] = d->oldMaterialOrigin[1]; } } } #endif // __CLIENT__ float Surface::opacity() const { return d->opacity; } Surface &Surface::setOpacity(float newOpacity) { DENG2_ASSERT(d->isSideMiddle() || d->isSectorExtraPlane()); // sanity check newOpacity = de::clamp(0.f, newOpacity, 1.f); if(!de::fequal(d->opacity, newOpacity)) { d->opacity = newOpacity; d->notifyOpacityChanged(); } return *this; } Vector3f const &Surface::tintColor() const { return d->tintColor; } Surface &Surface::setTintColor(Vector3f const &newTintColor) { Vector3f newColorClamped(de::clamp(0.f, newTintColor.x, 1.f), de::clamp(0.f, newTintColor.y, 1.f), de::clamp(0.f, newTintColor.z, 1.f)); if(d->tintColor != newColorClamped) { d->tintColor = newColorClamped; d->notifyTintColorChanged(); } return *this; } blendmode_t Surface::blendMode() const { return d->blendMode; } Surface &Surface::setBlendMode(blendmode_t newBlendMode) { d->blendMode = newBlendMode; return *this; } #ifdef __CLIENT__ float Surface::glow(Vector3f &color) const { if(!d->material || !d->material->hasGlow()) { color = Vector3f(); return 0; } MaterialSnapshot const &ms = d->material->prepare(Rend_MapSurfaceMaterialSpec()); averagecolor_analysis_t const *avgColorAmplified = reinterpret_cast(ms.texture(MTU_PRIMARY).generalCase().analysisDataPointer(Texture::AverageColorAmplifiedAnalysis)); if(!avgColorAmplified) throw Error("Surface::glow", QString("Texture \"%1\" has no AverageColorAmplifiedAnalysis").arg(ms.texture(MTU_PRIMARY).generalCase().manifest().composeUri())); color = Vector3f(avgColorAmplified->color.rgb); return ms.glowStrength() * glowFactor; // Global scale factor. } void Surface::addDecoration(Decoration *decoration) { if(!decoration) return; d->decorations.append(decoration); decoration->setSurface(this); if(hasMap()) decoration->setMap(&map()); } void Surface::clearDecorations() { qDeleteAll(d->decorations); d->decorations.clear(); } Surface::Decorations const &Surface::decorations() const { return d->decorations; } int Surface::decorationCount() const { return d->decorations.count(); } void Surface::markAsNeedingDecorationUpdate() { if(ddMapSetup) return; _needDecorationUpdate = true; } #endif // __CLIENT__ int Surface::property(DmuArgs &args) const { switch(args.prop) { case DMU_MATERIAL: { Material *mat = d->materialIsMissingFix? 0 : d->material; args.setValue(DMT_SURFACE_MATERIAL, &mat, 0); break; } case DMU_OFFSET_X: args.setValue(DMT_SURFACE_OFFSET, &d->materialOrigin.x, 0); break; case DMU_OFFSET_Y: args.setValue(DMT_SURFACE_OFFSET, &d->materialOrigin.y, 0); break; case DMU_OFFSET_XY: args.setValue(DMT_SURFACE_OFFSET, &d->materialOrigin.x, 0); args.setValue(DMT_SURFACE_OFFSET, &d->materialOrigin.y, 1); break; case DMU_TANGENT_X: args.setValue(DMT_SURFACE_TANGENT, &d->tangentMatrix.at(0, 0), 0); break; case DMU_TANGENT_Y: args.setValue(DMT_SURFACE_TANGENT, &d->tangentMatrix.at(1, 0), 0); break; case DMU_TANGENT_Z: args.setValue(DMT_SURFACE_TANGENT, &d->tangentMatrix.at(2, 0), 0); break; case DMU_TANGENT_XYZ: args.setValue(DMT_SURFACE_TANGENT, &d->tangentMatrix.at(0, 0), 0); args.setValue(DMT_SURFACE_TANGENT, &d->tangentMatrix.at(1, 0), 1); args.setValue(DMT_SURFACE_TANGENT, &d->tangentMatrix.at(2, 0), 2); break; case DMU_BITANGENT_X: args.setValue(DMT_SURFACE_BITANGENT, &d->tangentMatrix.at(0, 1), 0); break; case DMU_BITANGENT_Y: args.setValue(DMT_SURFACE_BITANGENT, &d->tangentMatrix.at(1, 1), 0); break; case DMU_BITANGENT_Z: args.setValue(DMT_SURFACE_BITANGENT, &d->tangentMatrix.at(2, 1), 0); break; case DMU_BITANGENT_XYZ: args.setValue(DMT_SURFACE_BITANGENT, &d->tangentMatrix.at(0, 1), 0); args.setValue(DMT_SURFACE_BITANGENT, &d->tangentMatrix.at(1, 1), 1); args.setValue(DMT_SURFACE_BITANGENT, &d->tangentMatrix.at(2, 1), 2); break; case DMU_NORMAL_X: args.setValue(DMT_SURFACE_NORMAL, &d->tangentMatrix.at(0, 2), 0); break; case DMU_NORMAL_Y: args.setValue(DMT_SURFACE_NORMAL, &d->tangentMatrix.at(1, 2), 0); break; case DMU_NORMAL_Z: args.setValue(DMT_SURFACE_NORMAL, &d->tangentMatrix.at(2, 2), 0); break; case DMU_NORMAL_XYZ: args.setValue(DMT_SURFACE_NORMAL, &d->tangentMatrix.at(0, 2), 0); args.setValue(DMT_SURFACE_NORMAL, &d->tangentMatrix.at(1, 2), 1); args.setValue(DMT_SURFACE_NORMAL, &d->tangentMatrix.at(2, 2), 2); break; case DMU_COLOR: args.setValue(DMT_SURFACE_RGBA, &d->tintColor.x, 0); args.setValue(DMT_SURFACE_RGBA, &d->tintColor.y, 1); args.setValue(DMT_SURFACE_RGBA, &d->tintColor.z, 2); args.setValue(DMT_SURFACE_RGBA, &d->opacity, 2); break; case DMU_COLOR_RED: args.setValue(DMT_SURFACE_RGBA, &d->tintColor.x, 0); break; case DMU_COLOR_GREEN: args.setValue(DMT_SURFACE_RGBA, &d->tintColor.y, 0); break; case DMU_COLOR_BLUE: args.setValue(DMT_SURFACE_RGBA, &d->tintColor.z, 0); break; case DMU_ALPHA: args.setValue(DMT_SURFACE_RGBA, &d->opacity, 0); break; case DMU_BLENDMODE: args.setValue(DMT_SURFACE_BLENDMODE, &d->blendMode, 0); break; case DMU_FLAGS: args.setValue(DMT_SURFACE_FLAGS, &d->flags, 0); break; default: return MapElement::property(args); } return false; // Continue iteration. } int Surface::setProperty(DmuArgs const &args) { switch(args.prop) { case DMU_BLENDMODE: { blendmode_t newBlendMode; args.value(DMT_SURFACE_BLENDMODE, &newBlendMode, 0); setBlendMode(newBlendMode); break; } case DMU_FLAGS: args.value(DMT_SURFACE_FLAGS, &d->flags, 0); break; case DMU_COLOR: { Vector3f newColor = d->tintColor; args.value(DMT_SURFACE_RGBA, &newColor.x, 0); args.value(DMT_SURFACE_RGBA, &newColor.y, 1); args.value(DMT_SURFACE_RGBA, &newColor.z, 2); setTintColor(newColor); break; } case DMU_COLOR_RED: { Vector3f newColor = d->tintColor; args.value(DMT_SURFACE_RGBA, &newColor.x, 0); setTintColor(newColor); break; } case DMU_COLOR_GREEN: { Vector3f newColor = d->tintColor; args.value(DMT_SURFACE_RGBA, &newColor.y, 0); setTintColor(newColor); break; } case DMU_COLOR_BLUE: { Vector3f newColor = d->tintColor; args.value(DMT_SURFACE_RGBA, &newColor.z, 0); setTintColor(newColor); break; } case DMU_ALPHA: { float newOpacity; args.value(DMT_SURFACE_RGBA, &newOpacity, 0); setOpacity(newOpacity); break; } case DMU_MATERIAL: { Material *newMaterial; args.value(DMT_SURFACE_MATERIAL, &newMaterial, 0); setMaterial(newMaterial); break; } case DMU_OFFSET_X: { Vector2f newOrigin = d->materialOrigin; args.value(DMT_SURFACE_OFFSET, &newOrigin.x, 0); setMaterialOrigin(newOrigin); break; } case DMU_OFFSET_Y: { Vector2f newOrigin = d->materialOrigin; args.value(DMT_SURFACE_OFFSET, &newOrigin.y, 0); setMaterialOrigin(newOrigin); break; } case DMU_OFFSET_XY: { Vector2f newOrigin = d->materialOrigin; args.value(DMT_SURFACE_OFFSET, &newOrigin.x, 0); args.value(DMT_SURFACE_OFFSET, &newOrigin.y, 1); setMaterialOrigin(newOrigin); break; } default: return MapElement::setProperty(args); } return false; // Continue iteration. } doomsday-1.14.5/doomsday/client/src/world/grabbable.cpp0000664000175000017500000000352012350542240022322 0ustar jaakkojaakko/** @file grabbable.cpp Grabbable. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "world/grabbable.h" using namespace de; Grabbable::Grabbable(): _grabs(0), _locked(true) {} Grabbable::~Grabbable() { DENG2_FOR_AUDIENCE(Deletion, i) i->grabbableBeingDeleted(*this); } void Grabbable::grab() { addGrab(); // Succeeded. } void Grabbable::ungrab() { decGrab(); // Succeeded. } bool Grabbable::isGrabbed() const { return _grabs != 0; } bool Grabbable::isLocked() const { return _locked; } void Grabbable::move(Vector3d const &newOrigin) { if(!_locked) { setOrigin(newOrigin); return; } //qDebug() << "Grabbable" << de::dintptr(this) << "is locked, move denied."; } void Grabbable::addGrab() { ++_grabs; DENG2_ASSERT(_grabs >= 0); } void Grabbable::decGrab() { --_grabs; DENG2_ASSERT(_grabs >= 0); } void Grabbable::setLock(bool enable) { if(_locked != enable) { _locked = enable; DENG2_FOR_AUDIENCE(LockChange, i) i->grabbableLockChanged(*this); } } doomsday-1.14.5/doomsday/client/src/world/line.cpp0000664000175000017500000010357312350542240021361 0ustar jaakkojaakko/** @file line.cpp World map line. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/line.h" #include "dd_main.h" // App_Materials(), verbose #include "m_misc.h" #include "Face" #include "HEdge" #include "BspLeaf" #include "Sector" #include "SectorCluster" #include "Surface" #include "Vertex" #include "world/maputil.h" #ifdef __CLIENT__ # include "world/map.h" # include "BiasDigest" # include "BiasIllum" # include "BiasSource" # include "BiasTracker" #endif #include #include #ifdef WIN32 # undef max # undef min #endif using namespace de; #ifdef __CLIENT__ struct GeometryGroup { typedef QList BiasIllums; uint biasLastUpdateFrame; BiasIllums biasIllums; BiasTracker biasTracker; }; /// Geometry group identifier => group data. typedef QMap GeometryGroups; #endif DENG2_PIMPL_NOREF(Line::Side::Segment) { /// Half-edge attributed to the line segment (not owned). HEdge *hedge; #ifdef __CLIENT__ /// Distance along the attributed map line at which the half-edge vertex occurs. coord_t lineSideOffset; /// Accurate length of the segment. coord_t length; /// Bias lighting data for each geometry group (i.e., each Line::Side section). GeometryGroups geomGroups; bool frontFacing; #endif Instance(HEdge *hedge) : hedge(hedge) #ifdef __CLIENT__ , lineSideOffset(0) , length(0) , frontFacing(false) #endif {} #ifdef __CLIENT__ /** * Retrieve geometry data by it's associated unique @a group identifier. * * @param group Geometry group identifier. * @param canAlloc @c true= to allocate if no data exists. */ GeometryGroup *geometryGroup(int group, bool canAlloc = true) { DENG2_ASSERT(group >= 0 && group < 3); // sanity check GeometryGroups::iterator foundAt = geomGroups.find(group); if(foundAt != geomGroups.end()) { return &*foundAt; } if(!canAlloc) return 0; // Number of bias illumination points for this geometry. Presently we // define a 1:1 mapping to strip geometry vertices. int const numBiasIllums = 4; GeometryGroup &newGeomGroup = *geomGroups.insert(group, GeometryGroup()); newGeomGroup.biasIllums.reserve(numBiasIllums); for(int i = 0; i < numBiasIllums; ++i) { newGeomGroup.biasIllums.append(BiasIllum(&newGeomGroup.biasTracker)); } return &newGeomGroup; } /** * @todo This could be enhanced so that only the lights on the right * side of the surface are taken into consideration. */ void updateBiasContributors(Line::Side const &lineSide, GeometryGroup &geomGroup, int /*sectionIndex*/) { // If the data is already up to date, nothing needs to be done. uint lastChangeFrame = lineSide.map().biasLastChangeOnFrame(); if(geomGroup.biasLastUpdateFrame == lastChangeFrame) return; geomGroup.biasLastUpdateFrame = lastChangeFrame; geomGroup.biasTracker.clearContributors(); Surface const &surface = lineSide.middle(); Vector2d const &from = hedge->origin(); Vector2d const &to = hedge->twin().origin(); Vector2d const center = (from + to) / 2; foreach(BiasSource *source, lineSide.map().biasSources()) { // If the source is too weak we will ignore it completely. if(source->intensity() <= 0) continue; Vector3d sourceToSurface = (source->origin() - center).normalize(); // Calculate minimum 2D distance to the segment. coord_t distance = 0; for(int k = 0; k < 2; ++k) { coord_t len = (Vector2d(source->origin()) - (!k? from : to)).length(); if(k == 0 || len < distance) distance = len; } if(sourceToSurface.dot(surface.normal()) < 0) continue; geomGroup.biasTracker.addContributor(source, source->evaluateIntensity() / de::max(distance, 1.0)); } } #endif }; Line::Side::Segment::Segment(Line::Side &lineSide, HEdge &hedge) : MapElement(DMU_SEGMENT, &lineSide) , d(new Instance(&hedge)) {} HEdge &Line::Side::Segment::hedge() const { DENG2_ASSERT(d->hedge != 0); return *d->hedge; } #ifdef __CLIENT__ coord_t Line::Side::Segment::lineSideOffset() const { return d->lineSideOffset; } void Line::Side::Segment::setLineSideOffset(coord_t newOffset) { d->lineSideOffset = newOffset; } coord_t Line::Side::Segment::length() const { return d->length; } void Line::Side::Segment::setLength(coord_t newLength) { d->length = newLength; } bool Line::Side::Segment::isFrontFacing() const { return d->frontFacing; } void Line::Side::Segment::setFrontFacing(bool yes) { d->frontFacing = yes; } void Line::Side::Segment::updateBiasAfterGeometryMove(int group) { if(GeometryGroup *geomGroup = d->geometryGroup(group, false /*don't allocate*/)) { geomGroup->biasTracker.updateAllContributors(); } } void Line::Side::Segment::applyBiasDigest(BiasDigest &changes) { for(GeometryGroups::iterator it = d->geomGroups.begin(); it != d->geomGroups.end(); ++it) { it.value().biasTracker.applyChanges(changes); } } void Line::Side::Segment::lightBiasPoly(int group, Vector3f const *posCoords, Vector4f *colorCoords) { DENG_ASSERT(posCoords != 0 && colorCoords != 0); Line::Side const &side = lineSide(); int const sectionIndex = group; GeometryGroup *geomGroup = d->geometryGroup(sectionIndex); // Should we update? if(devUpdateBiasContributors) { d->updateBiasContributors(side, *geomGroup, sectionIndex); } Surface const &surface = side.surface(sectionIndex); uint const biasTime = map().biasCurrentTime(); Vector3f const *posIt = posCoords; Vector4f *colorIt = colorCoords; for(int i = 0; i < geomGroup->biasIllums.count(); ++i, posIt++, colorIt++) { *colorIt += geomGroup->biasIllums[i].evaluate(*posIt, surface.normal(), biasTime); } // Any changes from contributors will have now been applied. geomGroup->biasTracker.markIllumUpdateCompleted(); } #endif // __CLIENT__ /** * Line side section of which there are three (middle, bottom and top). */ struct Section { Surface surface; SoundEmitter soundEmitter; Section(Line::Side &side) : surface(dynamic_cast(side)) { zap(soundEmitter); } }; DENG2_PIMPL_NOREF(Line::Side) #ifdef __CLIENT__ , DENG2_OBSERVES(Line, FlagsChange) #endif { int flags; ///< @ref sdefFlags Sector *sector; ///< Attributed sector (not owned). Segments segments; ///< On "this" side, sorted. bool needSortSegments; ///< set to @c true when the list needs sorting. int shadowVisCount; ///< Framecount of last time shadows were drawn. struct Sections { Section middle; Section bottom; Section top; Sections(Side &side) : middle(side), bottom(side), top(side) {} }; QScopedPointer sections; Instance(Sector *sector) : flags(0) , sector(sector) , needSortSegments(false) , shadowVisCount(0) {} ~Instance() { qDeleteAll(segments); } /** * Retrieve the Section associated with @a sectionId. */ Section §ionById(int sectionId) { if(!sections.isNull()) { switch(sectionId) { case Middle: return sections->middle; case Bottom: return sections->bottom; case Top: return sections->top; } } /// @throw Line::InvalidSectionIdError The given section identifier is not valid. throw Line::InvalidSectionIdError("Line::Side::section", QString("Invalid section id %1").arg(sectionId)); } void sortSegments(Vector2d lineSideOrigin) { needSortSegments = false; if(segments.count() < 2) return; // We'll use a QMap for sorting the segments. QMap sortedSegs; foreach(Segment *seg, segments) { sortedSegs.insert((seg->hedge().origin() - lineSideOrigin).length(), seg); } segments = sortedSegs.values(); } #ifdef __CLIENT__ /// Observes Line FlagsChange void lineFlagsChanged(Line &line, int oldFlags) { if(!sections.isNull()) { if((line.flags() & DDLF_DONTPEGTOP) != (oldFlags & DDLF_DONTPEGTOP)) { sections->top.surface.markAsNeedingDecorationUpdate(); } if((line.flags() & DDLF_DONTPEGBOTTOM) != (oldFlags & DDLF_DONTPEGBOTTOM)) { sections->bottom.surface.markAsNeedingDecorationUpdate(); } } } #endif }; Line::Side::Side(Line &line, Sector *sector) : MapElement(DMU_SIDE, &line) , d(new Instance(sector)) { #ifdef __CLIENT__ line.audienceForFlagsChange += d; #endif } int Line::Side::sideId() const { return &line().front() == this? Line::Front : Line::Back; } bool Line::Side::considerOneSided() const { // Are we suppressing the back sector? if(d->flags & SDF_SUPPRESS_BACK_SECTOR) return true; if(!back().hasSector()) return true; // Front side of a "one-way window"? if(!back().hasSections()) return true; if(!line().definesPolyobj()) { // If no segment is linked then the convex subspace on "this" side must // have been degenerate (thus no geometry). HEdge *hedge = leftHEdge(); if(!hedge || !hedge->twin().hasFace()) return true; if(!hedge->twin().face().mapElementAs().hasCluster()) return true; } return false; } bool Line::Side::hasSector() const { return d->sector != 0; } Sector &Line::Side::sector() const { if(d->sector) { return *d->sector; } /// @throw Line::MissingSectorError Attempted with no sector attributed. throw Line::MissingSectorError("Line::Side::sector", "No sector is attributed"); } bool Line::Side::hasSections() const { return !d->sections.isNull(); } void Line::Side::addSections() { // Already defined? if(hasSections()) return; d->sections.reset(new Instance::Sections(*this)); } Surface &Line::Side::surface(int sectionId) { return d->sectionById(sectionId).surface; } Surface const &Line::Side::surface(int sectionId) const { return const_cast(const_cast(this)->surface(sectionId)); } SoundEmitter &Line::Side::soundEmitter(int sectionId) { return d->sectionById(sectionId).soundEmitter; } SoundEmitter const &Line::Side::soundEmitter(int sectionId) const { return const_cast(const_cast(this)->soundEmitter(sectionId)); } void Line::Side::clearSegments() { d->segments.clear(); d->needSortSegments = false; // An empty list is sorted. } Line::Side::Segment *Line::Side::addSegment(de::HEdge &hedge) { // Have we an exiting segment for this half-edge? foreach(Segment *seg, d->segments) { if(&seg->hedge() == &hedge) return seg; } // No, insert a new one. Segment *newSeg = new Segment(*this, hedge); d->segments.append(newSeg); d->needSortSegments = true; // We'll need to (re)sort. // Attribute the segment to half-edge. hedge.setMapElement(newSeg); return newSeg; } Line::Side::Segments const &Line::Side::segments() const { if(d->needSortSegments) { d->sortSegments(from().origin()); } return d->segments; } HEdge *Line::Side::leftHEdge() const { if(d->segments.isEmpty()) return 0; if(d->needSortSegments) { d->sortSegments(from().origin()); } return &d->segments.first()->hedge(); } HEdge *Line::Side::rightHEdge() const { if(d->segments.isEmpty()) return 0; if(d->needSortSegments) { d->sortSegments(from().origin()); } return &d->segments.last()->hedge(); } void Line::Side::updateSoundEmitterOrigin(int sectionId) { LOG_AS("Line::Side::updateSoundEmitterOrigin"); if(!hasSections()) return; SoundEmitter &emitter = d->sectionById(sectionId).soundEmitter; Vector2d lineCenter = line().center(); emitter.origin[VX] = lineCenter.x; emitter.origin[VY] = lineCenter.y; DENG2_ASSERT(d->sector != 0); coord_t const ffloor = d->sector->floor().height(); coord_t const fceil = d->sector->ceiling().height(); /// @todo fixme what if considered one-sided? switch(sectionId) { case Middle: if(!back().hasSections() || line().isSelfReferencing()) { emitter.origin[VZ] = (ffloor + fceil) / 2; } else { emitter.origin[VZ] = (de::max(ffloor, back().sector().floor().height()) + de::min(fceil, back().sector().ceiling().height())) / 2; } break; case Bottom: if(!back().hasSections() || line().isSelfReferencing() || back().sector().floor().height() <= ffloor) { emitter.origin[VZ] = ffloor; } else { emitter.origin[VZ] = (de::min(back().sector().floor().height(), fceil) + ffloor) / 2; } break; case Top: if(!back().hasSections() || line().isSelfReferencing() || back().sector().ceiling().height() >= fceil) { emitter.origin[VZ] = fceil; } else { emitter.origin[VZ] = (de::max(back().sector().ceiling().height(), ffloor) + fceil) / 2; } break; } } void Line::Side::updateAllSoundEmitterOrigins() { if(!hasSections()) return; updateMiddleSoundEmitterOrigin(); updateBottomSoundEmitterOrigin(); updateTopSoundEmitterOrigin(); } void Line::Side::updateSurfaceNormals() { if(!hasSections()) return; Vector3f normal(( to().origin().y - from().origin().y) / line().length(), (from().origin().x - to().origin().x) / line().length(), 0); // All line side surfaces have the same normals. middle().setNormal(normal); // will normalize bottom().setNormal(normal); top().setNormal(normal); } int Line::Side::flags() const { return d->flags; } void Line::Side::setFlags(int flagsToChange, FlagOp operation) { applyFlagOperation(d->flags, flagsToChange, operation); } void Line::Side::chooseSurfaceTintColors(int sectionId, Vector3f const **topColor, Vector3f const **bottomColor) const { if(hasSections()) { switch(sectionId) { case Middle: if(isFlagged(SDF_BLENDMIDTOTOP)) { *topColor = &top().tintColor(); *bottomColor = &middle().tintColor(); } else if(isFlagged(SDF_BLENDMIDTOBOTTOM)) { *topColor = &middle().tintColor(); *bottomColor = &bottom().tintColor(); } else { *topColor = &middle().tintColor(); *bottomColor = 0; } return; case Top: if(isFlagged(SDF_BLENDTOPTOMID)) { *topColor = &top().tintColor(); *bottomColor = &middle().tintColor(); } else { *topColor = &top().tintColor(); *bottomColor = 0; } return; case Bottom: if(isFlagged(SDF_BLENDBOTTOMTOMID)) { *topColor = &middle().tintColor(); *bottomColor = &bottom().tintColor(); } else { *topColor = &bottom().tintColor(); *bottomColor = 0; } return; } } /// @throw Line::InvalidSectionIdError The given section identifier is not valid. throw Line::InvalidSectionIdError("Line::Side::chooseSurfaceTintColors", QString("Invalid section id %1").arg(sectionId)); } int Line::Side::shadowVisCount() const { return d->shadowVisCount; } void Line::Side::setShadowVisCount(int newCount) { d->shadowVisCount = newCount; } #ifdef __CLIENT__ /** * Given a side section, look at the neighbouring surfaces and pick the * best choice of material used on those surfaces to be applied to "this" * surface. * * Material on back neighbour plane has priority. * Non-animated materials are preferred. * Sky materials are ignored. */ static Material *chooseFixMaterial(LineSide &side, int section) { Material *choice1 = 0, *choice2 = 0; Sector *frontSec = side.sectorPtr(); Sector *backSec = side.back().sectorPtr(); if(backSec) { // Our first choice is a material in the other sector. if(section == LineSide::Bottom) { if(frontSec->floor().height() < backSec->floor().height()) { choice1 = backSec->floorSurface().materialPtr(); } } else if(section == LineSide::Top) { if(frontSec->ceiling().height() > backSec->ceiling().height()) { choice1 = backSec->ceilingSurface().materialPtr(); } } // In the special case of sky mask on the back plane, our best // choice is always this material. if(choice1 && choice1->isSkyMasked()) { return choice1; } } else { // Our first choice is a material on an adjacent wall section. // Try the left neighbor first. Line *other = R_FindLineNeighbor(frontSec, &side.line(), side.line().vertexOwner(side.sideId()), false /*next clockwise*/); if(!other) // Try the right neighbor. other = R_FindLineNeighbor(frontSec, &side.line(), side.line().vertexOwner(side.sideId()^1), true /*next anti-clockwise*/); if(other) { if(!other->hasBackSector()) { // Our choice is clear - the middle material. choice1 = other->front().middle().materialPtr(); } else { // Compare the relative heights to decide. LineSide &otherSide = other->side(&other->frontSector() == frontSec? Line::Front : Line::Back); Sector &otherSec = other->side(&other->frontSector() == frontSec? Line::Back : Line::Front).sector(); if(otherSec.ceiling().height() <= frontSec->floor().height()) choice1 = otherSide.top().materialPtr(); else if(otherSec.floor().height() >= frontSec->ceiling().height()) choice1 = otherSide.bottom().materialPtr(); else if(otherSec.ceiling().height() < frontSec->ceiling().height()) choice1 = otherSide.top().materialPtr(); else if(otherSec.floor().height() > frontSec->floor().height()) choice1 = otherSide.bottom().materialPtr(); // else we'll settle for a plane material. } } } // Our second choice is a material from this sector. choice2 = frontSec->planeSurface(section == LineSide::Bottom? Sector::Floor : Sector::Ceiling).materialPtr(); // Prefer a non-animated, non-masked material. if(choice1 && !choice1->isAnimated() && !choice1->isSkyMasked()) return choice1; if(choice2 && !choice2->isAnimated() && !choice2->isSkyMasked()) return choice2; // Prefer a non-masked material. if(choice1 && !choice1->isSkyMasked()) return choice1; if(choice2 && !choice2->isSkyMasked()) return choice2; // At this point we'll accept anything if it means avoiding HOM. if(choice1) return choice1; if(choice2) return choice2; // We'll assign the special "missing" material... return &App_ResourceSystem().material(de::Uri("System", Path("missing"))); } static void addMissingMaterial(LineSide &side, int section) { // Sides without sections need no fixing. if(!side.hasSections()) return; // ...nor those of self-referencing lines. if(side.line().isSelfReferencing()) return; // ...nor those of "one-way window" lines. if(!side.back().hasSections() && side.back().hasSector()) return; // A material must actually be missing to qualify for fixing. Surface &surface = side.surface(section); if(surface.hasMaterial() && !surface.hasFixMaterial()) return; Material *oldMaterial = surface.materialPtr(); // Look for and apply a suitable replacement (if found). surface.setMaterial(chooseFixMaterial(side, section), true/* is missing fix */); if(oldMaterial == surface.materialPtr()) return; // We'll need to recalculate reverb. if(HEdge *hedge = side.leftHEdge()) { if(hedge->hasFace()) { BspLeaf &bspLeaf = hedge->face().mapElementAs(); if(bspLeaf.hasCluster()) { bspLeaf.cluster().markReverbDirty(); bspLeaf.cluster().markVisPlanesDirty(); } } } // During map setup we log missing materials. if(ddMapSetup && verbose) { String path = surface.hasMaterial()? surface.material().manifest().composeUri().asText() : ""; LOG_WARNING("%s of Line #%d is missing a material for the %s section.\n" " %s was chosen to complete the definition.") << (side.isBack()? "Back" : "Front") << side.line().indexInMap() << (section == LineSide::Middle? "middle" : section == LineSide::Top? "top" : "bottom") << path; } } void Line::Side::fixMissingMaterials() { if(hasSector() && back().hasSector()) { Sector const &frontSec = sector(); Sector const &backSec = back().sector(); // A potential bottom section fix? if(!(frontSec.floorSurface().hasSkyMaskedMaterial() && backSec.floorSurface().hasSkyMaskedMaterial())) { if(frontSec.floor().height() < backSec.floor().height()) { addMissingMaterial(*this, LineSide::Bottom); } else if(bottom().hasFixMaterial()) { bottom().setMaterial(0); } } // A potential top section fix? if(!(frontSec.ceilingSurface().hasSkyMaskedMaterial() && backSec.ceilingSurface().hasSkyMaskedMaterial())) { if(backSec.ceiling().height() < frontSec.ceiling().height()) { addMissingMaterial(*this, LineSide::Top); } else if(top().hasFixMaterial()) { top().setMaterial(0); } } } else { // A potential middle section fix. addMissingMaterial(*this, LineSide::Middle); } } #endif // __CLIENT__ int Line::Side::property(DmuArgs &args) const { switch(args.prop) { case DMU_SECTOR: args.setValue(DMT_SIDE_SECTOR, &d->sector, 0); break; case DMU_LINE: { Line const *lineAdr = &line(); args.setValue(DMT_SIDE_LINE, &lineAdr, 0); break; } case DMU_FLAGS: args.setValue(DMT_SIDE_FLAGS, &d->flags, 0); break; default: return MapElement::property(args); } return false; // Continue iteration. } int Line::Side::setProperty(DmuArgs const &args) { switch(args.prop) { case DMU_SECTOR: { if(P_IsDummy(&line())) { args.value(DMT_SIDE_SECTOR, &d->sector, 0); } else { /// @throw WritePropertyError Sector is not writable for non-dummy sides. throw WritePropertyError("Line::Side::setProperty", QString("Property %1 is only writable for dummy Line::Sides").arg(DMU_Str(args.prop))); } break; } case DMU_FLAGS: { int newFlags; args.value(DMT_SIDE_FLAGS, &newFlags, 0); setFlags(newFlags, de::ReplaceFlags); break; } default: return MapElement::setProperty(args); } return false; // Continue iteration. } DENG2_PIMPL(Line) { int flags; ///< Public DDLF_* flags. Vertex *from; ///< Start vertex (not owned). Vertex *to; ///< End vertex (not owned). Vector2d direction; ///< From start to end vertex. binangle_t angle; ///< Calculated from the direction vector. slopetype_t slopeType; ///< Logical line slope (i.e., world angle) classification. coord_t length; ///< Accurate length. ///< Map space bounding box encompassing both vertexes. AABoxd aaBox; /// Logical sides: Side front; Side back; Polyobj *polyobj; ///< Polyobj "this" line defines a section of, if any. int validCount; ///< Used by legacy algorithms to prevent repeated processing. /// Whether the line has been mapped by each player yet. bool mapped[DDMAXPLAYERS]; Instance(Public *i, Vertex &from, Vertex &to, int flags, Sector *frontSector, Sector *backSector) : Base(i) , flags(flags) , from(&from) , to(&to) , direction(to.origin() - from.origin()) , angle(bamsAtan2(int( direction.y ), int( direction.x ))) , slopeType(M_SlopeTypeXY(direction.x, direction.y)) , length(direction.length()) , front(*i, frontSector) , back(*i, backSector) , polyobj(0) , validCount(0) { zap(mapped); } void notifyFlagsChanged(int oldFlags) { DENG2_FOR_PUBLIC_AUDIENCE(FlagsChange, i) i->lineFlagsChanged(self, oldFlags); } }; Line::Line(Vertex &from, Vertex &to, int flags, Sector *frontSector, Sector *backSector) : MapElement(DMU_LINE) , _vo1(0) , _vo2(0) , _bspWindowSector(0) , d(new Instance(this, from, to, flags, frontSector, backSector)) { updateAABox(); } int Line::flags() const { return d->flags; } void Line::setFlags(int flagsToChange, FlagOp operation) { int newFlags = d->flags; applyFlagOperation(newFlags, flagsToChange, operation); if(d->flags != newFlags) { int oldFlags = d->flags; d->flags = newFlags; // Notify interested parties of the change. d->notifyFlagsChanged(oldFlags); } } bool Line::isBspWindow() const { return _bspWindowSector != 0; } bool Line::definesPolyobj() const { return d->polyobj != 0; } Polyobj &Line::polyobj() const { if(d->polyobj) { return *d->polyobj; } /// @throw Line::MissingPolyobjError Attempted with no polyobj attributed. throw Line::MissingPolyobjError("Line::polyobj", "No polyobj is attributed"); } void Line::setPolyobj(Polyobj *newPolyobj) { d->polyobj = newPolyobj; } Line::Side &Line::side(int back) { return back? d->back : d->front; } Line::Side const &Line::side(int back) const { return back? d->back : d->front; } Vertex &Line::vertex(int to) const { DENG2_ASSERT((to? d->to : d->from) != 0); return to? *d->to : *d->from; } void Line::replaceVertex(int to, Vertex &newVertex) { if(to) d->to = &newVertex; else d->from = &newVertex; } AABoxd const &Line::aaBox() const { return d->aaBox; } void Line::updateAABox() { V2d_InitBoxXY(d->aaBox.arvec2, fromOrigin().x, fromOrigin().y); V2d_AddToBoxXY(d->aaBox.arvec2, toOrigin().x, toOrigin().y); } coord_t Line::length() const { return d->length; } Vector2d const &Line::direction() const { return d->direction; } slopetype_t Line::slopeType() const { return d->slopeType; } void Line::updateSlopeType() { d->direction = d->to->origin() - d->from->origin(); d->angle = bamsAtan2(int( d->direction.y ), int( d->direction.x )); d->slopeType = M_SlopeTypeXY(d->direction.x, d->direction.y); } binangle_t Line::angle() const { return d->angle; } int Line::boxOnSide(AABoxd const &box) const { coord_t fromOriginV1[2] = { fromOrigin().x, fromOrigin().y }; coord_t directionV1[2] = { direction().x, direction().y }; return M_BoxOnLineSide(&box, fromOriginV1, directionV1); } int Line::boxOnSide_FixedPrecision(AABoxd const &box) const { /* * Apply an offset to both the box and the line to bring everything into * the 16.16 fixed-point range. We'll use the midpoint of the line as the * origin, as typically this test is called when a bounding box is * somewhere in the vicinity of the line. The offset is floored to integers * so we won't change the discretization of the fractional part into 16-bit * precision. */ coord_t offset[2] = { std::floor(d->from->origin().x + d->direction.x/2.0), std::floor(d->from->origin().y + d->direction.y/2.0) }; fixed_t boxx[4]; boxx[BOXLEFT] = DBL2FIX(box.minX - offset[VX]); boxx[BOXRIGHT] = DBL2FIX(box.maxX - offset[VX]); boxx[BOXBOTTOM] = DBL2FIX(box.minY - offset[VY]); boxx[BOXTOP] = DBL2FIX(box.maxY - offset[VY]); fixed_t pos[2] = { DBL2FIX(d->from->origin().x - offset[VX]), DBL2FIX(d->from->origin().y - offset[VY]) }; fixed_t delta[2] = { DBL2FIX(d->direction.x), DBL2FIX(d->direction.y) }; return M_BoxOnLineSide_FixedPrecision(boxx, pos, delta); } coord_t Line::pointDistance(Vector2d const &point, coord_t *offset) const { Vector2d lineVec = d->direction - fromOrigin(); coord_t len = lineVec.length(); if(len == 0) { if(offset) *offset = 0; return 0; } Vector2d delta = fromOrigin() - point; if(offset) { *offset = ( delta.y * (fromOrigin().y - d->direction.y) - delta.x * (d->direction.x - fromOrigin().x) ) / len; } return (delta.y * lineVec.x - delta.x * lineVec.y) / len; } coord_t Line::pointOnSide(Vector2d const &point) const { Vector2d delta = fromOrigin() - point; return delta.y * d->direction.x - delta.x * d->direction.y; } bool Line::isMappedByPlayer(int playerNum) const { DENG2_ASSERT(playerNum >= 0 && playerNum < DDMAXPLAYERS); return d->mapped[playerNum]; } void Line::markMappedByPlayer(int playerNum, bool yes) { DENG2_ASSERT(playerNum >= 0 && playerNum < DDMAXPLAYERS); d->mapped[playerNum] = yes; } int Line::validCount() const { return d->validCount; } void Line::setValidCount(int newValidCount) { d->validCount = newValidCount; } int Line::property(DmuArgs &args) const { switch(args.prop) { case DMU_VERTEX0: args.setValue(DMT_LINE_V, &d->from, 0); break; case DMU_VERTEX1: args.setValue(DMT_LINE_V, &d->to, 0); break; case DMU_DX: args.setValue(DMT_LINE_DX, &d->direction.x, 0); break; case DMU_DY: args.setValue(DMT_LINE_DY, &d->direction.y, 0); break; case DMU_DXY: args.setValue(DMT_LINE_DX, &d->direction.x, 0); args.setValue(DMT_LINE_DY, &d->direction.y, 1); break; case DMU_LENGTH: args.setValue(DMT_LINE_LENGTH, &d->length, 0); break; case DMU_ANGLE: { angle_t lineAngle = BANG_TO_ANGLE(d->angle); args.setValue(DDVT_ANGLE, &lineAngle, 0); break; } case DMU_SLOPETYPE: args.setValue(DMT_LINE_SLOPETYPE, &d->slopeType, 0); break; case DMU_FLAGS: args.setValue(DMT_LINE_FLAGS, &d->flags, 0); break; case DMU_FRONT: { /// @todo Update the games so that sides without sections can be returned. Line::Side const *frontAdr = hasFrontSections()? &d->front : 0; args.setValue(DDVT_PTR, &frontAdr, 0); break; } case DMU_BACK: { /// @todo Update the games so that sides without sections can be returned. Line::Side const *backAdr = hasBackSections()? &d->back : 0; args.setValue(DDVT_PTR, &backAdr, 0); break; } case DMU_BOUNDING_BOX: if(args.valueType == DDVT_PTR) { AABoxd const *aaBoxAdr = &d->aaBox; args.setValue(DDVT_PTR, &aaBoxAdr, 0); } else { args.setValue(DMT_LINE_AABOX, &d->aaBox.minX, 0); args.setValue(DMT_LINE_AABOX, &d->aaBox.maxX, 1); args.setValue(DMT_LINE_AABOX, &d->aaBox.minY, 2); args.setValue(DMT_LINE_AABOX, &d->aaBox.maxY, 3); } break; case DMU_VALID_COUNT: args.setValue(DMT_LINE_VALIDCOUNT, &d->validCount, 0); break; default: return MapElement::property(args); } return false; // Continue iteration. } int Line::setProperty(DmuArgs const &args) { switch(args.prop) { case DMU_VALID_COUNT: args.value(DMT_LINE_VALIDCOUNT, &d->validCount, 0); break; case DMU_FLAGS: { int newFlags; args.value(DMT_LINE_FLAGS, &newFlags, 0); setFlags(newFlags, de::ReplaceFlags); break; } default: return MapElement::setProperty(args); } return false; // Continue iteration. } LineOwner *Line::vertexOwner(int to) const { DENG2_ASSERT((to? _vo2 : _vo1) != 0); return to? _vo2 : _vo1; } doomsday-1.14.5/doomsday/client/src/world/polyobj.cpp0000664000175000017500000003116612350542240022106 0ustar jaakkojaakko/** @file polyobj.h World map polyobj. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "world/polyobj.h" #include "world/worldsystem.h" // validCount #include "world/map.h" #include "world/p_object.h" #include "BspLeaf" #ifdef __CLIENT__ # include "render/rend_main.h" // useBias #endif #include #include #include using namespace de; // Function to be called when the polyobj collides with some map element. static void (*collisionCallback) (mobj_t *mobj, void *line, void *polyobj); /// Used to store the original/previous vertex coordinates. typedef QVector VertexCoords; static void notifyGeometryChanged(Polyobj &po) { #ifdef __CLIENT__ if(!ddMapSetup && useBias) { // Shadow bias must be informed when surfaces move/deform. foreach(HEdge *hedge, po.mesh().hedges()) { // Is this on the back of a one-sided line? if(!hedge->hasMapElement()) continue; hedge->mapElementAs(). updateBiasAfterGeometryMove(LineSide::Middle); } } #else // !__CLIENT__ DENG2_UNUSED(po); #endif } /** * @param po Polyobj instance. * @param mobj Mobj that @a line of the polyobj is in collision with. * @param line Polyobj line that @a mobj is in collision with. */ static void notifyCollision(Polyobj &po, mobj_t *mobj, Line *line) { if(collisionCallback) { collisionCallback(mobj, line, &po); } } polyobj_s::polyobj_s(de::Vector2d const &origin_) { origin[VX] = origin_.x; origin[VY] = origin_.y; _bspLeaf = 0; tag = 0; validCount = 0; dest[0] = dest[1] = 0; angle = destAngle = 0; angleSpeed = 0; _mesh = new de::Mesh; _lines = new Lines; _uniqueVertexes = new Vertexes; _originalPts = new VertexCoords; _prevPts = new VertexCoords; speed = 0; crush = false; seqType = 0; _indexInMap = MapElement::NoIndex; } polyobj_s::~polyobj_s() { delete static_cast(_lines); delete static_cast(_uniqueVertexes); delete static_cast(_originalPts); delete static_cast(_prevPts); delete static_cast(_mesh); } void Polyobj::setCollisionCallback(void (*func) (mobj_t *mobj, void *line, void *polyobj)) // static { collisionCallback = func; } Map &Polyobj::map() const { /// @todo Do not assume the CURRENT map. return App_WorldSystem().map(); } Mesh &Polyobj::mesh() const { return *static_cast(_mesh); } bool Polyobj::isLinked() { return _bspLeaf != 0; } void Polyobj::unlink() { if(_bspLeaf) { Map &map = _bspLeaf->map(); _bspLeaf->unlink(*this); _bspLeaf = 0; map.unlink(*this); } } void Polyobj::link() { if(!_bspLeaf) { map().link(*this); // Find the center point of the polyobj. Vector2d avg; foreach(Line *line, lines()) { avg += line->fromOrigin(); } avg /= lineCount(); // Given the center point determine in which BSP leaf the polyobj resides. _bspLeaf = &map().bspLeafAt(avg); _bspLeaf->link(*this); } } bool Polyobj::hasBspLeaf() const { return _bspLeaf != 0; } BspLeaf &Polyobj::bspLeaf() const { if(_bspLeaf) { return *_bspLeaf; } /// @throw Polyobj::NotLinkedError Attempted while the polyobj is not linked to the BSP. throw Polyobj::NotLinkedError("Polyobj::bspLeaf", "Polyobj is not presently linked in the BSP"); } bool Polyobj::hasSector() const { return hasBspLeaf() && bspLeaf().hasCluster(); } Sector &Polyobj::sector() const { return bspLeaf().sector(); } Sector *Polyobj::sectorPtr() const { return hasBspLeaf()? bspLeaf().sectorPtr() : 0; } SoundEmitter &Polyobj::soundEmitter() { return *reinterpret_cast(this); } SoundEmitter const &Polyobj::soundEmitter() const { return const_cast(const_cast(*this).soundEmitter()); } Polyobj::Lines const &Polyobj::lines() const { return *static_cast(_lines); } Polyobj::Vertexes const &Polyobj::uniqueVertexes() const { return *static_cast(_uniqueVertexes); } void Polyobj::buildUniqueVertexes() { QSet vertexSet; foreach(Line *line, lines()) { vertexSet.insert(&line->from()); vertexSet.insert(&line->to()); } Vertexes &uniqueVertexes = *static_cast(_uniqueVertexes); uniqueVertexes = vertexSet.toList(); // Resize the coordinate vectors as they are implicitly linked to the unique vertexes. static_cast(_originalPts)->resize(uniqueVertexes.count()); static_cast(_prevPts)->resize(uniqueVertexes.count()); } void Polyobj::updateOriginalVertexCoords() { VertexCoords::iterator origCoordsIt = static_cast(_originalPts)->begin(); foreach(Vertex *vertex, uniqueVertexes()) { // The original coordinates are relative to the polyobj origin. (*origCoordsIt) = vertex->origin() - Vector2d(origin); origCoordsIt++; } } void Polyobj::updateAABox() { aaBox.clear(); if(!lineCount()) return; QListIterator lineIt(lines()); Line *line = lineIt.next(); V2d_CopyBox(aaBox.arvec2, line->aaBox().arvec2); while(lineIt.hasNext()) { line = lineIt.next(); V2d_UniteBox(aaBox.arvec2, line->aaBox().arvec2); } } void Polyobj::updateSurfaceTangents() { foreach(Line *line, lines()) { line->front().updateSurfaceNormals(); line->back().updateSurfaceNormals(); } } struct ptrmobjblockingparams_t { Polyobj *polyobj; Line *line; // Line of the polyobj which suffered collision. bool isBlocked; }; static inline bool mobjCanBlockMovement(mobj_t *mo) { DENG2_ASSERT(mo != 0); return (mo->ddFlags & DDMF_SOLID) || (mo->dPlayer && !(mo->dPlayer->flags & DDPF_CAMERA)); } static int PTR_CheckMobjBlocking(mobj_t *mo, void *context) { ptrmobjblockingparams_t *parms = (ptrmobjblockingparams_t *) context; if(!mobjCanBlockMovement(mo)) return false; // Out of range? AABoxd moAABox = Mobj_AABox(*mo); if(moAABox.maxX <= parms->line->aaBox().minX || moAABox.minX >= parms->line->aaBox().maxX || moAABox.maxY <= parms->line->aaBox().minY || moAABox.minY >= parms->line->aaBox().maxY) return false; if(parms->line->boxOnSide(moAABox)) return false; // This mobj blocks our path! notifyCollision(*parms->polyobj, mo, parms->line); parms->isBlocked = true; // Process all blocking mobjs... return false; } static bool checkMobjBlocking(Polyobj &po, Line &line) { ptrmobjblockingparams_t parms; parms.polyobj = &po; parms.line = &line; parms.isBlocked = false; AABoxd interceptRange(line.aaBox().minX - DDMOBJ_RADIUS_MAX, line.aaBox().minY - DDMOBJ_RADIUS_MAX, line.aaBox().maxX + DDMOBJ_RADIUS_MAX, line.aaBox().maxY + DDMOBJ_RADIUS_MAX); validCount++; Mobj_BoxIterator(&interceptRange, PTR_CheckMobjBlocking, &parms); return parms.isBlocked; } static bool mobjIsBlockingPolyobj(Polyobj &po) { foreach(Line *line, po.lines()) { if(checkMobjBlocking(po, *line)) return true; } return false; // All clear. } bool Polyobj::move(Vector2d const &delta) { LOG_AS("Polyobj::move"); //LOG_DEBUG("Applying delta %s to [%p]") << delta.asText() << this; unlink(); { VertexCoords::iterator prevCoordsIt = static_cast(_prevPts)->begin(); foreach(Vertex *vertex, uniqueVertexes()) { // Remember the previous coords in case we need to undo. (*prevCoordsIt) = vertex->origin(); // Apply translation. vertex->setOrigin(vertex->origin() + delta); prevCoordsIt++; } foreach(Line *line, lines()) { line->updateAABox(); } Vector2d newOrigin = Vector2d(origin) + delta; V2d_Set(origin, newOrigin.x, newOrigin.y); updateAABox(); } link(); // With translation applied now determine if we collided with anything. if(mobjIsBlockingPolyobj(*this)) { //LOG_DEBUG("Blocked by mobj, undoing..."); unlink(); { VertexCoords::const_iterator prevCoordsIt = static_cast(_prevPts)->constBegin(); foreach(Vertex *vertex, uniqueVertexes()) { vertex->setOrigin(*prevCoordsIt); prevCoordsIt++; } foreach(Line *line, lines()) { line->updateAABox(); } Vector2d newOrigin = Vector2d(origin) - delta; V2d_Set(origin, newOrigin.x, newOrigin.y); updateAABox(); } link(); return false; } // Various parties may be interested in this change; signal it. notifyGeometryChanged(*this); return true; } /** * @param point Point to be rotated (in-place). * @param about Origin to rotate @a point relative to. * @param fineAngle Angle to rotate (theta). */ static void rotatePoint2d(Vector2d &point, Vector2d const &about, uint fineAngle) { coord_t const c = FIX2DBL(fineCosine[fineAngle]); coord_t const s = FIX2DBL(finesine[fineAngle]); Vector2d orig = point; point.x = orig.x * c - orig.y * s + about.x; point.y = orig.y * c + orig.x * s + about.y; } bool Polyobj::rotate(angle_t delta) { LOG_AS("Polyobj::rotate"); //LOG_DEBUG("Applying delta %u (%f) to [%p]") // << delta << (delta / float( ANGLE_MAX ) * 360) << this; unlink(); { uint fineAngle = (angle + delta) >> ANGLETOFINESHIFT; VertexCoords::const_iterator origCoordsIt = static_cast(_originalPts)->constBegin(); VertexCoords::iterator prevCoordsIt = static_cast(_prevPts)->begin(); foreach(Vertex *vertex, uniqueVertexes()) { // Remember the previous coords in case we need to undo. (*prevCoordsIt) = vertex->origin(); // Apply rotation relative to the "original" coords. Vector2d newCoords = (*origCoordsIt); rotatePoint2d(newCoords, origin, fineAngle); vertex->setOrigin(newCoords); origCoordsIt++; prevCoordsIt++; } foreach(Line *line, lines()) { line->updateAABox(); line->updateSlopeType(); } updateAABox(); angle += delta; } link(); // With rotation applied now determine if we collided with anything. if(mobjIsBlockingPolyobj(*this)) { //LOG_DEBUG("Blocked by mobj, undoing..."); unlink(); { VertexCoords::const_iterator prevCoordsIt = static_cast(_prevPts)->constBegin(); foreach(Vertex *vertex, uniqueVertexes()) { vertex->setOrigin(*prevCoordsIt); prevCoordsIt++; } foreach(Line *line, lines()) { line->updateAABox(); line->updateSlopeType(); } updateAABox(); angle -= delta; } link(); return false; } updateSurfaceTangents(); // Various parties may be interested in this change; signal it. notifyGeometryChanged(*this); return true; } void Polyobj::setTag(int newTag) { tag = newTag; } void Polyobj::setSequenceType(int newType) { seqType = newType; } int Polyobj::indexInMap() const { return _indexInMap; } void Polyobj::setIndexInMap(int newIndex) { _indexInMap = newIndex; } doomsday-1.14.5/doomsday/client/src/world/thinkers.cpp0000664000175000017500000002664112350542240022261 0ustar jaakkojaakko/** @file thinkers.cpp World map thinker management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_THINKER #include "de_base.h" #include "world/thinkers.h" #ifdef __CLIENT__ # include "client/cl_mobj.h" #endif #ifdef __SERVER__ # include "def_main.h" # include "server/sv_pool.h" #endif #include "world/map.h" #include "world/p_object.h" #include #include #include dd_bool Thinker_IsMobjFunc(thinkfunc_t func) { return (func && func == reinterpret_cast(gx.MobjThinker)); } de::Map &Thinker_Map(thinker_t const & /*th*/) { /// @todo Do not assume the current map. return App_WorldSystem().map(); } namespace de { struct ThinkerList { bool isPublic; ///< All thinkers in this list are visible publically. thinker_t sentinel; ThinkerList(thinkfunc_t func, bool isPublic) : isPublic(isPublic) { zap(sentinel); sentinel.function = func; sentinel.inStasis = true; // Safety measure. sentinel.prev = sentinel.next = &sentinel; } void reinit() { sentinel.prev = sentinel.next = &sentinel; } thinkfunc_t function() const { return sentinel.function; } // Link the thinker to the list. void link(thinker_t &th) { sentinel.prev->next = &th; th.next = &sentinel; th.prev = sentinel.prev; sentinel.prev = &th; } int count(int *numInStasis) const { int num = 0; thinker_t *th = sentinel.next; while(th != &sentinel && th) { #ifdef LIBDENG_FAKE_MEMORY_ZONE DENG_ASSERT(th->next != 0); DENG_ASSERT(th->prev != 0); #endif num += 1; if(numInStasis && th->inStasis) { (*numInStasis) += 1; } th = th->next; } return num; } int iterate(int (*callback) (thinker_t *, void *), void *parameters = 0) { int result = false; thinker_t *th = sentinel.next; while(th != &sentinel && th) { #ifdef LIBDENG_FAKE_MEMORY_ZONE DENG_ASSERT(th->next != 0); DENG_ASSERT(th->prev != 0); #endif thinker_t *next = th->next; result = callback(th, parameters); if(result) break; th = next; } return result; } }; DENG2_PIMPL(Thinkers) { typedef QList Lists; int idtable[2048]; // 65536 bits telling which IDs are in use. ushort iddealer; Lists lists; bool inited; Instance(Public *i) : Base(i), iddealer(0), inited(false) { clearMobjIds(); } ~Instance() { /// @todo free all thinkers (note, they are allocated from the Zone /// so there is no memory leak here as this memory will be purged /// automatically when the map is "unloaded"). qDeleteAll(lists); } void clearMobjIds() { zap(idtable); idtable[0] |= 1; // ID zero is always "used" (it's not a valid ID). } thid_t newMobjId() { // Increment the ID dealer until a free ID is found. /// @todo fixme: What if all IDs are in use? 65535 thinkers!? while(self.isUsedMobjId(++iddealer)) {} // Mark this ID as used. self.setMobjId(iddealer); return iddealer; } ThinkerList *listForThinkFunc(thinkfunc_t func, bool makePublic = true, bool canCreate = false) { for(int i = 0; i < lists.count(); ++i) { ThinkerList *list = lists[i]; if(list->function() == func && list->isPublic == makePublic) return list; } if(!canCreate) return 0; // A new thinker type. lists.append(new ThinkerList(func, makePublic)); return lists.last(); } }; Thinkers::Thinkers() : d(new Instance(this)) {} bool Thinkers::isUsedMobjId(thid_t id) { return d->idtable[id >> 5] & (1 << (id & 31) /*(id % 32) */ ); } void Thinkers::setMobjId(thid_t id, bool inUse) { int c = id >> 5, bit = 1 << (id & 31); //(id % 32); if(inUse) d->idtable[c] |= bit; else d->idtable[c] &= ~bit; } struct mobjidlookup_t { thid_t id; mobj_t *result; }; static int mobjIdLookup(thinker_t *thinker, void *context) { mobjidlookup_t *lookup = (mobjidlookup_t *) context; if(thinker->id == lookup->id) { lookup->result = (mobj_t *) thinker; return true; // Stop iteration. } return false; // Continue iteration. } struct mobj_s *Thinkers::mobjById(int id) { /// @todo A hash table wouldn't hurt (see client's mobj id table). mobjidlookup_t lookup; lookup.id = id; lookup.result = 0; iterate(reinterpret_cast(gx.MobjThinker), 0x1/*mobjs are public*/, mobjIdLookup, &lookup); return lookup.result; } void Thinkers::add(thinker_t &th, bool makePublic) { if(!th.function) throw Error("Thinkers::add", "Invalid thinker function"); // Will it need an ID? if(Thinker_IsMobjFunc(th.function)) { // It is a mobj, give it an ID (not for client mobjs, though, they // already have an id). #ifdef __CLIENT__ if(!Cl_IsClientMobj(reinterpret_cast(&th))) #endif { th.id = d->newMobjId(); } } else { // Zero is not a valid ID. th.id = 0; } // Link the thinker to the thinker list. ThinkerList *list = d->listForThinkFunc(th.function, makePublic, true /*can create*/); list->link(th); } void Thinkers::remove(thinker_t &th) { // Has got an ID? if(th.id) { // Flag the identifier as free. setMobjId(th.id, false); #ifdef __SERVER__ // Then it must be a mobj. mobj_t *mo = reinterpret_cast(&th); // If the state of the mobj is the NULL state, this is a // predictable mobj removal (result of animation reaching its // end) and shouldn't be included in netGame deltas. if(!mo->state || mo->state == states) { Sv_MobjRemoved(th.id); } #endif } th.function = (thinkfunc_t) -1; } void Thinkers::initLists(byte flags) { if(!d->inited) { d->lists.clear(); } else { for(int i = 0; i < d->lists.count(); ++i) { ThinkerList *list = d->lists[i]; if(list->isPublic && !(flags & 0x1)) continue; if(!list->isPublic && !(flags & 0x2)) continue; list->reinit(); } } d->clearMobjIds(); d->inited = true; } bool Thinkers::isInited() const { return d->inited; } int Thinkers::iterate(thinkfunc_t func, byte flags, int (*callback) (thinker_t *, void *), void *context) { if(!d->inited) return false; int result = false; if(func) { // We might have both public and shared lists for this func. if(flags & 0x1) { if(ThinkerList *list = d->listForThinkFunc(func)) { result = list->iterate(callback, context); } } if(!result && (flags & 0x2)) { if(ThinkerList *list = d->listForThinkFunc(func, false /*not public*/)) { result = list->iterate(callback, context); } } return result; } for(int i = 0; i < d->lists.count(); ++i) { ThinkerList *list = d->lists[i]; if(list->isPublic && !(flags & 0x1)) continue; if(!list->isPublic && !(flags & 0x2)) continue; result = list->iterate(callback, context); if(result) break; } return result; } int Thinkers::count(int *numInStasis) const { int total = 0; if(isInited()) { for(int i = 0; i < d->lists.count(); ++i) { ThinkerList *list = d->lists[i]; total += list->count(numInStasis); } } return total; } void unlinkThinkerFromList(thinker_t *th) { th->next->prev = th->prev; th->prev->next = th->next; } static int runThinker(thinker_t *th, void * /*context*/) { // Thinker cannot think when in stasis. if(!th->inStasis) { // Time to remove it? if(th->function == (thinkfunc_t) -1) { unlinkThinkerFromList(th); if(th->id) { mobj_t *mo = (mobj_t *) th; #ifdef __CLIENT__ if(!Cl_IsClientMobj(mo)) { // It's a regular mobj: recycle for reduced allocation overhead. P_MobjRecycle(mo); } else { // Delete the client mobj. Mobj_Map(*mo).deleteClMobj(mo); } #else P_MobjRecycle(mo); #endif } else { // Non-mobjs are just deleted right away. Z_Free(th); } } else if(th->function) { th->function(th); } } return false; // Continue iteration. } } // namespace de using namespace de; /** * Locates a mobj by it's unique identifier in the CURRENT map. */ #undef Mobj_ById DENG_EXTERN_C struct mobj_s *Mobj_ById(int id) { /// @todo fixme: Do not assume the current map. if(!App_WorldSystem().hasMap()) return 0; return App_WorldSystem().map().thinkers().mobjById(id); } #undef Thinker_Init void Thinker_Init() { /// @todo fixme: Do not assume the current map. if(!App_WorldSystem().hasMap()) return; App_WorldSystem().map().thinkers().initLists(0x1); // Init the public thinker lists. } #undef Thinker_Run void Thinker_Run() { /// @todo fixme: Do not assume the current map. if(!App_WorldSystem().hasMap()) return; App_WorldSystem().map().thinkers().iterate(NULL, 0x1 | 0x2, runThinker); } #undef Thinker_Add void Thinker_Add(thinker_t *th) { if(!th) return; Thinker_Map(*th).thinkers().add(*th); } #undef Thinker_Remove void Thinker_Remove(thinker_t *th) { if(!th) return; Thinker_Map(*th).thinkers().remove(*th); } #undef Thinker_SetStasis void Thinker_SetStasis(thinker_t *th, dd_bool on) { if(th) { th->inStasis = on; } } #undef Thinker_Iterate int Thinker_Iterate(thinkfunc_t func, int (*callback) (thinker_t *, void *), void *context) { if(!App_WorldSystem().hasMap()) return false; // Continue iteration. return App_WorldSystem().map().thinkers().iterate(func, 0x1, callback, context); } DENG_DECLARE_API(Thinker) = { { DE_API_THINKER }, Thinker_Init, Thinker_Run, Thinker_Add, Thinker_Remove, Thinker_SetStasis, Thinker_Iterate }; doomsday-1.14.5/doomsday/client/src/dd_loop.cpp0000664000175000017500000002717312350542237020732 0ustar jaakkojaakko/** @file dd_loop.cpp Main loop and the core timer. * @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_network.h" #include "de_render.h" #include "de_play.h" #include "de_graphics.h" #include "de_audio.h" #include "de_ui.h" #include "de_misc.h" #include #ifdef __SERVER__ # include #endif #ifdef __CLIENT__ # include "ui/busyvisual.h" # include "ui/clientwindow.h" #endif /// Development utility: on sharp tics, print player 0 movement state. //#define LIBDENG_PLAYER0_MOVEMENT_ANALYSIS /** * There needs to be at least this many tics per second. A smaller value * is likely to cause unpredictable changes in playsim. */ #define MIN_TIC_RATE 35 /** * The length of one tic can be at most this. */ #define MAX_FRAME_TIME (1.0/MIN_TIC_RATE) float frameTimePos; // 0...1: fractional part for sharp game tics. int maxFrameRate = 120; // Zero means 'unlimited'. // Refresh frame count (independant of the viewport-specific frameCount). int rFrameCount = 0; byte devShowFrameTimeDeltas = false; byte processSharpEventsAfterTickers = true; timespan_t sysTime, gameTime, demoTime; //timespan_t frameStartTime; //dd_bool stopTime = false; // If true the time counters won't be incremented //dd_bool tickUI = false; // If true the UI will be tick'd dd_bool tickFrame = true; // If false frame tickers won't be tick'd (unless netGame) static int gameLoopExitCode = 0; static double lastRunTicsTime; static dd_bool firstTic = true; static dd_bool tickIsSharp = false; #define NUM_FRAMETIME_DELTAS 200 static int timeDeltas[NUM_FRAMETIME_DELTAS]; static int timeDeltasIndex = 0; static float realFrameTimePos = 0; void DD_RegisterLoop(void) { C_VAR_BYTE("input-sharp-lateprocessing", &processSharpEventsAfterTickers, 0, 0, 1); C_VAR_INT ("refresh-rate-maximum", &maxFrameRate, 0, 35, 1000); C_VAR_INT ("rend-dev-framecount", &rFrameCount, CVF_NO_ARCHIVE | CVF_PROTECTED, 0, 0); C_VAR_BYTE("rend-info-deltas-frametime", &devShowFrameTimeDeltas, CVF_NO_ARCHIVE, 0, 1); } void DD_SetGameLoopExitCode(int code) { gameLoopExitCode = code; } int DD_GameLoopExitCode(void) { return gameLoopExitCode; } float DD_GetFrameRate() { #ifdef __CLIENT__ return ClientWindow::main().frameRate(); #else return 0; #endif } #undef DD_IsSharpTick DENG_EXTERN_C dd_bool DD_IsSharpTick(void) { return tickIsSharp; } dd_bool DD_IsFrameTimeAdvancing(void) { if(BusyMode_Active()) return false; return tickFrame || netGame; } void DD_CheckSharpTick(timespan_t time) { // Sharp ticks are the ones that occur 35 per second. The rest are // interpolated (smoothed) somewhere in between. tickIsSharp = false; if(DD_IsFrameTimeAdvancing()) { /** * realFrameTimePos will be reduced when new sharp world positions are * calculated, so that frametime always stays within the range 0..1. */ realFrameTimePos += time * TICSPERSEC; // When one full tick has passed, it is time to do a sharp tick. if(realFrameTimePos >= 1) { tickIsSharp = true; } } } /** * This is the main ticker of the engine. We'll call all the other tickers * from here. * * @param time Duration of the tick. This will never be longer than 1.0/TICSPERSEC. */ static void baseTicker(timespan_t time) { if(DD_IsFrameTimeAdvancing()) { #ifdef __CLIENT__ // Demo ticker. Does stuff like smoothing of view angles. Demo_Ticker(time); #endif P_Ticker(time); UI2_Ticker(time); // InFine ticks whenever it's active. FI_Ticker(); // Game logic. if(App_GameLoaded() && gx.Ticker) { gx.Ticker(time); } #ifdef __CLIENT__ // Windowing system ticks. for(int i = 0; i < DDMAXPLAYERS; ++i) { R_ViewWindowTicker(i, time); } if(isClient) { Cl_Ticker(time); } #elif __SERVER__ Sv_Ticker(time); #endif if(DD_IsSharpTick()) { // Set frametime back by one tick (to stay in the 0..1 range). realFrameTimePos -= 1; #ifdef __CLIENT__ // Camera smoothing: now that the world tic has occurred, the next sharp // position can be processed. R_NewSharpWorld(); #endif #ifdef LIBDENG_PLAYER0_MOVEMENT_ANALYSIS if(ddPlayers[0].shared.inGame && ddPlayers[0].shared.mo) { mobj_t* mo = ddPlayers[0].shared.mo; static coord_t prevPos[3] = { 0, 0, 0 }; static coord_t prevSpeed = 0; coord_t speed = V2d_Length(mo->mom); coord_t actualMom[2] = { mo->origin[0] - prevPos[0], mo->origin[1] - prevPos[1] }; coord_t actualSpeed = V2d_Length(actualMom); LOG_NOTE("%i,%f,%f,%f,%f") << SECONDS_TO_TICKS(sysTime + time) << ddPlayers[0].shared.forwardMove << speed << actualSpeed << speed - prevSpeed; V3d_Copy(prevPos, mo->origin); prevSpeed = speed; } #endif } #ifdef __CLIENT__ // While paused, don't modify frametime so things keep still. if(!clientPaused) #endif { frameTimePos = realFrameTimePos; } } // Console is always ticking. Con_Ticker(time); /* // User interface ticks. if(tickUI) { UI_Ticker(time); }*/ // Plugins tick always. DD_CallHooks(HOOK_TICKER, 0, &time); // The netcode gets to tick, too. Net_Ticker(time); } /** * Advance time counters. */ static void advanceTime(timespan_t delta) { int oldGameTic = 0; sysTime += delta; oldGameTic = SECONDS_TO_TICKS(gameTime); // The difference between gametic and demotic is that demotic // is not altered at any point. Gametic changes at handshakes. gameTime += delta; demoTime += delta; if(DD_IsSharpTick()) { // When a new sharp tick begins, we want that the 35 Hz tick // calculated from gameTime also changes. If this is not the // case, we will adjust gameTime slightly so that it syncs again. if(oldGameTic == SECONDS_TO_TICKS(gameTime)) { LOGDEV_XVERBOSE("Syncing gameTime with sharp ticks (tic=%i pos=%f)") << oldGameTic << frameTimePos; // Realign. gameTime = (SECONDS_TO_TICKS(gameTime) + 1) / 35.f; } } // World time always advances unless a local game is paused on client-side. App_WorldSystem().advanceTime(delta); } void DD_ResetTimer(void) { firstTic = true; Net_ResetTimer(); } static void timeDeltaStatistics(int deltaMs) { timeDeltas[timeDeltasIndex++] = deltaMs; if(timeDeltasIndex == NUM_FRAMETIME_DELTAS) { timeDeltasIndex = 0; if(devShowFrameTimeDeltas) { int maxDelta = timeDeltas[0], minDelta = timeDeltas[0]; float average = 0, variance = 0; int lateCount = 0; int i; for(i = 0; i < NUM_FRAMETIME_DELTAS; ++i) { maxDelta = MAX_OF(timeDeltas[i], maxDelta); minDelta = MIN_OF(timeDeltas[i], minDelta); average += timeDeltas[i]; variance += timeDeltas[i] * timeDeltas[i]; if(timeDeltas[i] > 0) lateCount++; } average /= NUM_FRAMETIME_DELTAS; variance /= NUM_FRAMETIME_DELTAS; LOGDEV_MSG("Time deltas [%i frames]: min=%-6i max=%-6i avg=%-11.7f late=%5.1f%% var=%12.10f") << NUM_FRAMETIME_DELTAS << minDelta << maxDelta << average << lateCount/(float)NUM_FRAMETIME_DELTAS*100 << variance; } } } void DD_WaitForOptimalUpdateTime(void) { // All times are in milliseconds. static uint prevUpdateTime = 0; uint nowTime, elapsed = 0; uint targetUpdateTime; // optimalDelta is integer on purpose: we're measuring time at a 1 ms // accuracy, so we can't use fractions of a millisecond. const uint optimalDelta = (maxFrameRate > 0? 1000/maxFrameRate : 1); if(Sys_IsShuttingDown()) return; // No need for finesse. // This is when we would ideally like to make the update. targetUpdateTime = prevUpdateTime + optimalDelta; // Check the current time. nowTime = Timer_RealMilliseconds(); elapsed = nowTime - prevUpdateTime; if(elapsed < optimalDelta) { uint needSleepMs = optimalDelta - elapsed; // We need to wait until the optimal time has passed. if(needSleepMs > 5) { // Longer sleep, yield to other threads. Sys_Sleep(needSleepMs - 3); // Leave some room for inaccuracies. } // Attempt to make sure we really wait until the optimal time. Sys_BlockUntilRealTime(targetUpdateTime); nowTime = Timer_RealMilliseconds(); elapsed = nowTime - prevUpdateTime; } // The time for this update. prevUpdateTime = nowTime; timeDeltaStatistics((int)elapsed - (int)optimalDelta); } timespan_t DD_LatestRunTicsStartTime(void) { if(BusyMode_Active()) return Timer_Seconds(); return lastRunTicsTime; } void Loop_RunTics(void) { double elapsedTime, ticLength, nowTime; // Do a network update first. N_Update(); Net_Update(); // Check the clock. if(firstTic) { // On the first tic, no time actually passes. firstTic = false; lastRunTicsTime = Timer_Seconds(); return; } // Let's see how much time has passed. This is affected by "settics". nowTime = Timer_Seconds(); elapsedTime = nowTime - lastRunTicsTime; // Remember when this frame started. lastRunTicsTime = nowTime; // Tic until all the elapsed time has been processed. while(elapsedTime > 0) { ticLength = MIN_OF(MAX_FRAME_TIME, elapsedTime); elapsedTime -= ticLength; // Will this be a sharp tick? DD_CheckSharpTick(ticLength); #ifdef __CLIENT__ // Process input events. DD_ProcessEvents(ticLength); if(!processSharpEventsAfterTickers) { // We are allowed to process sharp events before tickers. DD_ProcessSharpEvents(ticLength); } #endif // Call all the tickers. baseTicker(ticLength); #ifdef __CLIENT__ if(processSharpEventsAfterTickers) { // This is done after tickers for compatibility with ye olde game logic. DD_ProcessSharpEvents(ticLength); } #endif // Various global variables are used for counting time. advanceTime(ticLength); } } doomsday-1.14.5/doomsday/client/src/client/0000775000175000017500000000000012350542237020052 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/client/clplanemover.cpp0000664000175000017500000000616512350542237023255 0ustar jaakkojaakko/** @file clplanemover.cpp Clientside plane mover (thinker). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "client/clplanemover.h" #include "client/cl_def.h" #include "client/cl_player.h" #include "world/map.h" #include "world/p_players.h" #include "Sector" using namespace de; void ClPlaneMover_Thinker(ClPlaneMover *mover) { LOG_AS("ClPlaneMover_Thinker"); // Can we think yet? if(!Cl_GameReady()) return; DENG2_ASSERT(mover->plane != 0); Plane *plane = mover->plane; // The move is cancelled if the consolePlayer becomes obstructed. bool const freeMove = ClPlayer_IsFreeToMove(consolePlayer); float const fspeed = mover->speed; // How's the gap? bool remove = false; coord_t const original = P_GetDoublep(plane, DMU_HEIGHT); if(de::abs(fspeed) > 0 && de::abs(mover->destination - original) > de::abs(fspeed)) { // Do the move. P_SetDoublep(plane, DMU_HEIGHT, original + fspeed); } else { // We have reached the destination. P_SetDoublep(plane, DMU_HEIGHT, mover->destination); // This thinker can now be removed. remove = true; } LOGDEV_MAP_XVERBOSE_DEBUGONLY("plane height %f in sector #%i", P_GetDoublep(plane, DMU_HEIGHT) << plane->sector().indexInMap()); // Let the game know of this. if(gx.SectorHeightChangeNotification) { gx.SectorHeightChangeNotification(plane->sector().indexInMap()); } // Make sure the client didn't get stuck as a result of this move. if(freeMove != ClPlayer_IsFreeToMove(consolePlayer)) { LOG_MAP_VERBOSE("move blocked in sector #%i, undoing move") << plane->sector().indexInMap(); // Something was blocking the way! Go back to original height. P_SetDoublep(plane, DMU_HEIGHT, original); if(gx.SectorHeightChangeNotification) { gx.SectorHeightChangeNotification(plane->sector().indexInMap()); } } else { // Can we remove this thinker? if(remove) { LOG_MAP_VERBOSE("finished in sector #%i") << plane->sector().indexInMap(); // It stops. P_SetDoublep(plane, DMU_SPEED, 0); plane->map().deleteClPlaneMover(mover); } } } doomsday-1.14.5/doomsday/client/src/client/clpolymover.cpp0000664000175000017500000000533012350542237023132 0ustar jaakkojaakko/** @file clpolymover.cpp Clientside polyobj mover (thinker). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "client/clpolymover.h" #include "client/cl_def.h" #include "client/cl_player.h" #include "world/map.h" #include "world/p_players.h" #include "world/thinkers.h" using namespace de; void ClPolyMover_Thinker(ClPolyMover *mover) { DENG2_ASSERT(mover != 0); LOG_AS("ClPolyMover_Thinker"); Polyobj *po = mover->polyobj; if(mover->move) { // How much to go? Vector2d delta = Vector2d(po->dest) - Vector2d(po->origin); ddouble dist = M_ApproxDistance(delta.x, delta.y); if(dist <= po->speed || de::fequal(po->speed, 0)) { // We'll arrive at the destination. mover->move = false; } else { // Adjust deltas to fit speed. delta = (delta / dist) * po->speed; } // Do the move. po->move(delta); } if(mover->rotate) { // How much to go? int dist = po->destAngle - po->angle; int speed = po->angleSpeed; //dist = FIX2FLT(po->destAngle - po->angle); //if(!po->angleSpeed || dist > 0 /*(abs(FLT2FIX(dist) >> 4) <= abs(((signed) po->angleSpeed) >> 4)*/ // /* && po->destAngle != -1*/) || !po->angleSpeed) if(!po->angleSpeed || ABS(dist >> 2) <= ABS(speed >> 2)) { LOGDEV_MAP_XVERBOSE("Mover %p reached end of turn, destAngle=%i") << mover << po->destAngle; // We'll arrive at the destination. mover->rotate = false; } else { // Adjust to speed. dist = /*FIX2FLT((int)*/ po->angleSpeed; } po->rotate(dist); } // Can we get rid of this mover? if(!mover->move && !mover->rotate) { Thinker_Map(mover->thinker).deleteClPolyMover(mover); } } doomsday-1.14.5/doomsday/client/src/client/clmobjhash.cpp0000664000175000017500000000703512350542237022675 0ustar jaakkojaakko/** @file clmobjhash.cpp Clientside mobj hash. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "client/clmobjhash.h" using namespace de; ClMobjHash::ClMobjHash() { zap(_buckets); } void ClMobjHash::clear() { for(int i = 0; i < SIZE; ++i) for(ClMobjInfo *info = _buckets[i].first; info; info = info->next) { mobj_t *mo = info->mobj(); // Players' clmobjs are not linked anywhere. if(!mo->dPlayer) { ClMobj_Unlink(mo); } } } void ClMobjHash::insert(mobj_t *mo, thid_t id) { if(!mo) return; Bucket &bucket = bucketFor(id); ClMobjInfo *info = ClMobj_GetInfo(mo); CL_ASSERT_CLMOBJ(mo); #ifdef DENG_DEBUG assertValid(); #endif // Set the ID. mo->thinker.id = id; info->next = 0; if(bucket.last) { bucket.last->next = info; info->prev = bucket.last; } bucket.last = info; if(!bucket.first) { bucket.first = info; } #ifdef DENG_DEBUG assertValid(); #endif } void ClMobjHash::remove(mobj_t *mo) { Bucket &bucket = bucketFor(mo->thinker.id); ClMobjInfo *info = ClMobj_GetInfo(mo); CL_ASSERT_CLMOBJ(mo); #ifdef DENG_DEBUG assertValid(); #endif if(bucket.first == info) bucket.first = info->next; if(bucket.last == info) bucket.last = info->prev; if(info->next) info->next->prev = info->prev; if(info->prev) info->prev->next = info->next; #ifdef DENG_DEBUG assertValid(); #endif } mobj_t *ClMobjHash::find(thid_t id) const { if(!id) return 0; // Scan the existing client mobjs. Bucket const &bucket = bucketFor(id); for(ClMobjInfo *info = bucket.first; info; info = info->next) { mobj_t *mo = info->mobj(); if(mo->thinker.id == id) { return mo; } } // Not found! return 0; } int ClMobjHash::iterate(int (*callback) (mobj_t *, void *), void *context) { for(int i = 0; i < SIZE; ++i) { ClMobjInfo *info = _buckets[i].first; while(info) { ClMobjInfo *next = info->next; if(int result = callback(info->mobj(), context)) return result; info = next; } } return true; } #ifdef DENG_DEBUG void ClMobjHash::assertValid() const { for(int i = 0; i < SIZE; ++i) { int count1 = 0, count2 = 0; for(ClMobjInfo *info = _buckets[i].first; info; info = info->next, count1++) { DENG2_ASSERT(info->mobj() != 0); } for(ClMobjInfo *info = _buckets[i].last; info; info = info->prev, count2++) { DENG2_ASSERT(info->mobj() != 0); } DENG2_ASSERT(count1 == count2); } } #endif doomsday-1.14.5/doomsday/client/src/client/cl_mobj.cpp0000664000175000017500000004502612350542237022172 0ustar jaakkojaakko/** @file cl_mobj.cpp Client map objects. * @ingroup client * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_CLIENT #include "de_base.h" #include "client/cl_mobj.h" #include "api_client.h" #include "client/cl_player.h" #include "client/cl_world.h" #include "network/net_main.h" #include "network/protocol.h" #include "world/map.h" #include "world/p_players.h" #include "api_sound.h" #include #include #include using namespace de; /// Convert 8.8/10.6 fixed point to 16.16. #define UNFIXED8_8(x) (((x) << 16) / 256) #define UNFIXED10_6(x) (((x) << 16) / 64) ClMobjInfo::ClMobjInfo() : startMagic(CLM_MAGIC1) , next (0) , prev (0) , flags (0) , time (Timer_RealMilliseconds()) , sound (0) , volume (0) , endMagic (CLM_MAGIC2) {} mobj_t *ClMobjInfo::mobj() { DENG2_ASSERT(startMagic == CLM_MAGIC1); DENG2_ASSERT(endMagic == CLM_MAGIC2); return reinterpret_cast((char *)this + sizeof(ClMobjInfo)); } void ClMobj_Unlink(mobj_t *mo) { Mobj_Unlink(mo); } void ClMobj_Link(mobj_t *mo) { ClMobjInfo *info = ClMobj_GetInfo(mo); CL_ASSERT_CLMOBJ(mo); if((info->flags & (CLMF_HIDDEN | CLMF_UNPREDICTABLE)) || mo->dPlayer) { // We do not yet have all the details about Hidden mobjs. // The server hasn't sent us a Create Mobj delta for them. // Client mobjs that belong to players remain unlinked. return; } LOG_MAP_XVERBOSE("ClMobj_Link: id %i, x%f Y%f, solid:%b") << mo->thinker.id << mo->origin[VX] << mo->origin[VY] << (mo->ddFlags & DDMF_SOLID); Mobj_Link(mo, (mo->ddFlags & DDMF_DONTDRAW ? 0 : MLF_SECTOR) | (mo->ddFlags & DDMF_SOLID ? MLF_BLOCKMAP : 0)); } #undef ClMobj_EnableLocalActions void ClMobj_EnableLocalActions(mobj_t *mo, dd_bool enable) { LOG_AS("ClMobj_EnableLocalActions"); ClMobjInfo *info = ClMobj_GetInfo(mo); if(!isClient || !info) return; if(enable) { LOG_NET_VERBOSE("Enabled for clmobj %i") << mo->thinker.id; info->flags |= CLMF_LOCAL_ACTIONS; } else { LOG_NET_VERBOSE("Disabled for clmobj %i") << mo->thinker.id; info->flags &= ~CLMF_LOCAL_ACTIONS; } } #undef ClMobj_LocalActionsEnabled dd_bool ClMobj_LocalActionsEnabled(mobj_t *mo) { ClMobjInfo *info = ClMobj_GetInfo(mo); if(!isClient || !info) return true; return (info->flags & CLMF_LOCAL_ACTIONS) != 0; } void ClMobj_SetState(mobj_t *mo, int stnum) { if(stnum < 0) return; do { Mobj_SetState(mo, stnum); stnum = states[stnum].nextState; } while(!mo->tics && stnum > 0); } void Cl_UpdateRealPlayerMobj(mobj_t *localMobj, mobj_t *remoteClientMobj, int flags, dd_bool onFloor) { if(!localMobj || !remoteClientMobj) { LOGDEV_MAP_VERBOSE("Cl_UpdateRealPlayerMobj: mo=%p clmo=%p") << localMobj << remoteClientMobj; return; } localMobj->radius = Mobj_Radius(*remoteClientMobj); if(flags & MDF_MOM_X) localMobj->mom[MX] = remoteClientMobj->mom[MX]; if(flags & MDF_MOM_Y) localMobj->mom[MY] = remoteClientMobj->mom[MY]; if(flags & MDF_MOM_Z) localMobj->mom[MZ] = remoteClientMobj->mom[MZ]; if(flags & MDF_ANGLE) { localMobj->angle = remoteClientMobj->angle; LOGDEV_MAP_XVERBOSE_DEBUGONLY("Cl_UpdateRealPlayerMobj: localMobj=%p angle=%x", localMobj << localMobj->angle); } localMobj->sprite = remoteClientMobj->sprite; localMobj->frame = remoteClientMobj->frame; //localMobj->nextframe = clmo->nextframe; localMobj->tics = remoteClientMobj->tics; localMobj->state = remoteClientMobj->state; //localMobj->nexttime = clmo->nexttime; #define DDMF_KEEP_MASK (DDMF_REMOTE | DDMF_SOLID) localMobj->ddFlags = (localMobj->ddFlags & DDMF_KEEP_MASK) | (remoteClientMobj->ddFlags & ~DDMF_KEEP_MASK); if(flags & MDF_FLAGS) { localMobj->flags = (localMobj->flags & ~0x1c000000) | (remoteClientMobj->flags & 0x1c000000); // color translation flags (MF_TRANSLATION) //DEBUG_Message(("UpdateRealPlayerMobj: translation=%i\n", (localMobj->flags >> 26) & 7)); } localMobj->height = remoteClientMobj->height; localMobj->selector &= ~DDMOBJ_SELECTOR_MASK; localMobj->selector |= remoteClientMobj->selector & DDMOBJ_SELECTOR_MASK; localMobj->visAngle = remoteClientMobj->angle >> 16; if(flags & (MDF_ORIGIN_X | MDF_ORIGIN_Y)) { /* // We have to unlink the real mobj before we move it. P_MobjUnlink(localMobj); localMobj->pos[VX] = remoteClientMobj->pos[VX]; localMobj->pos[VY] = remoteClientMobj->pos[VY]; P_MobjLink(localMobj, MLF_SECTOR | MLF_BLOCKMAP); */ // This'll update the contacted floor and ceiling heights as well. if(gx.MobjTryMoveXYZ) { if(gx.MobjTryMoveXYZ(localMobj, remoteClientMobj->origin[VX], remoteClientMobj->origin[VY], (flags & MDF_ORIGIN_Z)? remoteClientMobj->origin[VZ] : localMobj->origin[VZ])) { if((flags & MDF_ORIGIN_Z) && onFloor) { localMobj->origin[VZ] = remoteClientMobj->origin[VZ] = localMobj->floorZ; } } } } if(flags & MDF_ORIGIN_Z) { if(!onFloor) { localMobj->floorZ = remoteClientMobj->floorZ; } localMobj->ceilingZ = remoteClientMobj->ceilingZ; localMobj->origin[VZ] = remoteClientMobj->origin[VZ]; // Don't go below the floor level. if(localMobj->origin[VZ] < localMobj->floorZ) localMobj->origin[VZ] = localMobj->floorZ; } } dd_bool Cl_IsClientMobj(mobj_t *mo) { return ClMobj_GetInfo(mo) != 0; } #undef ClMobj_IsValid dd_bool ClMobj_IsValid(mobj_t *mo) { ClMobjInfo *info = ClMobj_GetInfo(mo); if(!Cl_IsClientMobj(mo)) return true; if(info->flags & (CLMF_HIDDEN | CLMF_UNPREDICTABLE)) { // Should not use this for playsim. return false; } if(!mo->info) { // We haven't yet received info about the mobj's type? return false; } return true; } ClMobjInfo *ClMobj_GetInfo(mobj_t *mo) { if(!mo) return 0; ClMobjInfo *info = (ClMobjInfo *) ((char *)mo - sizeof(ClMobjInfo)); if(info->startMagic != CLM_MAGIC1 || info->endMagic != CLM_MAGIC2) { // There is no valid info block preceding the mobj. return 0; } return info; } dd_bool ClMobj_Reveal(mobj_t *mo) { LOG_AS("ClMobj_Reveal"); ClMobjInfo *info = ClMobj_GetInfo(mo); CL_ASSERT_CLMOBJ(mo); // Check that we know enough about the clmobj. if(mo->dPlayer != &ddPlayers[consolePlayer].shared && (!(info->flags & CLMF_KNOWN_X) || !(info->flags & CLMF_KNOWN_Y) || //!(info->flags & CLMF_KNOWN_Z) || !(info->flags & CLMF_KNOWN_STATE))) { // Don't reveal just yet. We lack a vital piece of information. return false; } LOG_MAP_XVERBOSE("clmobj %i 'Hidden' status lifted (z=%f)") << mo->thinker.id << mo->origin[VZ]; info->flags &= ~CLMF_HIDDEN; // Start a sound that has been queued for playing at the time // of unhiding. Sounds are queued if a sound delta arrives for an // object ID we don't know (yet). if(info->flags & CLMF_SOUND) { info->flags &= ~CLMF_SOUND; S_StartSoundAtVolume(info->sound, mo, info->volume); } LOGDEV_MAP_XVERBOSE("Revealing id %i, state %p (%i)") << mo->thinker.id << mo->state << (int)(mo->state - states); return true; } /** * Determines whether @a mo happens to reside inside one of the local players. * In normal gameplay solid mobjs cannot enter inside each other. * * @param mo Client mobj (must be solid). */ static dd_bool ClMobj_IsStuckInsideLocalPlayer(mobj_t *mo) { if(!(mo->ddFlags & DDMF_SOLID) || mo->dPlayer) return false; for(int i = 0; i < DDMAXPLAYERS; ++i) { if(!ddPlayers[i].shared.inGame) continue; if(P_ConsoleToLocal(i) < 0) continue; // Not a local player. mobj_t *plmo = ddPlayers[i].shared.mo; if(!plmo) continue; float blockRadius = Mobj_Radius(*mo) + Mobj_Radius(*plmo); if(fabs(mo->origin[VX] - plmo->origin[VX]) >= blockRadius || fabs(mo->origin[VY] - plmo->origin[VY]) >= blockRadius) continue; // Too far. if(mo->origin[VZ] > plmo->origin[VZ] + plmo->height) continue; // Above. if(plmo->origin[VZ] > mo->origin[VZ] + mo->height) continue; // Under. // Seems to be blocking the player... return true; } return false; // Not stuck. } void ClMobj_ReadDelta() { /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); thid_t const id = Reader_ReadUInt16(msgReader); // Read the ID. int const df = Reader_ReadUInt16(msgReader); // Flags. // More flags? byte moreFlags = 0, fastMom = false; if(df & MDF_MORE_FLAGS) { moreFlags = Reader_ReadByte(msgReader); // Fast momentum uses 10.6 fixed point instead of the normal 8.8. if(moreFlags & MDFE_FAST_MOM) fastMom = true; } LOG_NET_XVERBOSE("Reading mobj delta for %i (df:0x%x edf:0x%x)") << id << df << moreFlags; // Get the client mobj for this. mobj_t *mo = map.clMobjFor(id); ClMobjInfo *info = ClMobj_GetInfo(mo); bool needsLinking = false, justCreated = false; if(!mo) { LOG_NET_XVERBOSE("Creating new clmobj %i (hidden)") << id; // This is a new ID, allocate a new mobj. mo = map.clMobjFor(id, true/*create*/); info = ClMobj_GetInfo(mo); justCreated = true; needsLinking = true; // Always create new mobjs as hidden. They will be revealed when // we know enough about them. info->flags |= CLMF_HIDDEN; } if(!(info->flags & CLMF_NULLED)) { // Now that we've received a delta, the mobj's Predictable again. info->flags &= ~CLMF_UNPREDICTABLE; // This clmobj is evidently alive. info->time = Timer_RealMilliseconds(); } mobj_t *d = mo; /*if(d->dPlayer && d->dPlayer == &ddPlayers[consolePlayer]) { // Mark the local player known. cmo->flags |= CLMF_KNOWN; }*/ // Need to unlink? (Flags because DDMF_SOLID determines block-linking.) if(df & (MDF_ORIGIN_X | MDF_ORIGIN_Y | MDF_ORIGIN_Z | MDF_FLAGS) && !justCreated && !d->dPlayer) { needsLinking = true; ClMobj_Unlink(mo); } // Remember where the mobj used to be in case we need to cancel a move. mobj_t oldState; zap(oldState); bool onFloor = false; // Coordinates with three bytes. if(df & MDF_ORIGIN_X) { d->origin[VX] = FIX2FLT((Reader_ReadInt16(msgReader) << FRACBITS) | (Reader_ReadByte(msgReader) << 8)); if(info) info->flags |= CLMF_KNOWN_X; } if(df & MDF_ORIGIN_Y) { d->origin[VY] = FIX2FLT((Reader_ReadInt16(msgReader) << FRACBITS) | (Reader_ReadByte(msgReader) << 8)); if(info) info->flags |= CLMF_KNOWN_Y; } if(df & MDF_ORIGIN_Z) { if(!(moreFlags & MDFE_Z_FLOOR)) { d->origin[VZ] = FIX2FLT((Reader_ReadInt16(msgReader) << FRACBITS) | (Reader_ReadByte(msgReader) << 8)); if(info) { info->flags |= CLMF_KNOWN_Z; // The mobj won't stick if an explicit coordinate is supplied. info->flags &= ~(CLMF_STICK_FLOOR | CLMF_STICK_CEILING); } d->floorZ = Reader_ReadFloat(msgReader); } else { onFloor = true; // Ignore these. Reader_ReadInt16(msgReader); Reader_ReadByte(msgReader); Reader_ReadFloat(msgReader); info->flags |= CLMF_KNOWN_Z; //d->pos[VZ] = d->floorZ; } d->ceilingZ = Reader_ReadFloat(msgReader); } // Momentum using 8.8 fixed point. if(df & MDF_MOM_X) { short mom = Reader_ReadInt16(msgReader); d->mom[MX] = FIX2FLT(fastMom? UNFIXED10_6(mom) : UNFIXED8_8(mom)); } if(df & MDF_MOM_Y) { short mom = Reader_ReadInt16(msgReader); d->mom[MY] = FIX2FLT(fastMom ? UNFIXED10_6(mom) : UNFIXED8_8(mom)); } if(df & MDF_MOM_Z) { short mom = Reader_ReadInt16(msgReader); d->mom[MZ] = FIX2FLT(fastMom ? UNFIXED10_6(mom) : UNFIXED8_8(mom)); } // Angles with 16-bit accuracy. if(df & MDF_ANGLE) d->angle = Reader_ReadInt16(msgReader) << 16; // MDF_SELSPEC is never used without MDF_SELECTOR. if(df & MDF_SELECTOR) d->selector = Reader_ReadPackedUInt16(msgReader); if(df & MDF_SELSPEC) d->selector |= Reader_ReadByte(msgReader) << 24; if(df & MDF_STATE) { int stateIdx = Reader_ReadPackedUInt16(msgReader); // Translate. stateIdx = Cl_LocalMobjState(stateIdx); // When local actions are allowed, the assumption is that // the client will be doing the state changes. if(!(info->flags & CLMF_LOCAL_ACTIONS)) { ClMobj_SetState(d, stateIdx); info->flags |= CLMF_KNOWN_STATE; } } if(df & MDF_FLAGS) { // Only the flags in the pack mask are affected. d->ddFlags &= ~DDMF_PACK_MASK; d->ddFlags |= DDMF_REMOTE | (Reader_ReadUInt32(msgReader) & DDMF_PACK_MASK); d->flags = Reader_ReadUInt32(msgReader); d->flags2 = Reader_ReadUInt32(msgReader); d->flags3 = Reader_ReadUInt32(msgReader); } if(df & MDF_HEALTH) d->health = Reader_ReadInt32(msgReader); if(df & MDF_RADIUS) d->radius = Reader_ReadFloat(msgReader); if(df & MDF_HEIGHT) d->height = Reader_ReadFloat(msgReader); if(df & MDF_FLOORCLIP) d->floorClip = Reader_ReadFloat(msgReader); if(moreFlags & MDFE_TRANSLUCENCY) d->translucency = Reader_ReadByte(msgReader); if(moreFlags & MDFE_FADETARGET) d->visTarget = ((short)Reader_ReadByte(msgReader)) - 1; if(moreFlags & MDFE_TYPE) { d->type = Cl_LocalMobjType(Reader_ReadInt32(msgReader)); d->info = &mobjInfo[d->type]; } // Is it time to remove the Hidden status? if(info->flags & CLMF_HIDDEN) { // Now it can be displayed (potentially). if(ClMobj_Reveal(d)) { // Now it can be linked to the world. needsLinking = true; } } // Non-player mobjs: update the Z position to be on the local floor, which may be // different than the server-side floor. if(!d->dPlayer && onFloor && gx.MobjCheckPositionXYZ) { if(coord_t *floorZ = (coord_t *) gx.GetVariable(DD_TM_FLOOR_Z)) { gx.MobjCheckPositionXYZ(d, d->origin[VX], d->origin[VY], DDMAXFLOAT); d->origin[VZ] = d->floorZ = *floorZ; } } // If the clmobj is Hidden (or Nulled), it will not be linked back to // the world until it's officially Created. (Otherwise, partially updated // mobjs may be visible for a while.) if(!(info->flags & (CLMF_HIDDEN | CLMF_NULLED))) { // Link again. if(needsLinking && !d->dPlayer) { ClMobj_Link(mo); if(ClMobj_IsStuckInsideLocalPlayer(mo)) { // Oopsie, on second thought we shouldn't do this move. ClMobj_Unlink(mo); V3d_Copy(mo->origin, oldState.origin); mo->floorZ = oldState.floorZ; mo->ceilingZ = oldState.ceilingZ; ClMobj_Link(mo); } } // Update players. if(d->dPlayer) { LOG_NET_XVERBOSE("Updating player %i local mobj with new clmobj state {%f, %f, %f}") << P_GetDDPlayerIdx(d->dPlayer) << d->origin[VX] << d->origin[VY] << d->origin[VZ]; // Players have real mobjs. The client mobj is hidden (unlinked). Cl_UpdateRealPlayerMobj(d->dPlayer->mo, d, df, onFloor); } } } void ClMobj_ReadNullDelta() { LOG_AS("ClMobj_ReadNullDelta"); /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); // The delta only contains an ID. thid_t id = Reader_ReadUInt16(msgReader); LOGDEV_NET_XVERBOSE("Null %i") << id; mobj_t *mo = map.clMobjFor(id); if(!mo) { // Wasted bandwidth... LOGDEV_NET_MSG("Request to remove id %i that doesn't exist here") << id; return; } ClMobjInfo *info = ClMobj_GetInfo(mo); // Get rid of this mobj. if(!mo->dPlayer) { ClMobj_Unlink(mo); } else { LOGDEV_NET_MSG("clmobj of player %i deleted") << P_GetDDPlayerIdx(mo->dPlayer); // The clmobjs of players aren't linked. ClPlayer_State(P_GetDDPlayerIdx(mo->dPlayer))->clMobjId = 0; } // This'll allow playing sounds from the mobj for a little while. // The mobj will soon time out and be permanently removed. info->time = Timer_RealMilliseconds(); info->flags |= CLMF_UNPREDICTABLE | CLMF_NULLED; #ifdef DENG_DEBUG map.clMobjHash().assertValid(); #endif } #undef ClMobj_Find mobj_t *ClMobj_Find(thid_t id) { /// @todo Do not assume the CURRENT map. return App_WorldSystem().map().clMobjFor(id); } // cl_player.c DENG_EXTERN_C mobj_t *ClPlayer_ClMobj(int plrNum); DENG_DECLARE_API(Client) = { { DE_API_CLIENT }, ClMobj_Find, ClMobj_EnableLocalActions, ClMobj_LocalActionsEnabled, ClMobj_IsValid, ClPlayer_ClMobj }; doomsday-1.14.5/doomsday/client/src/client/cl_sound.cpp0000664000175000017500000002044312350542237022367 0ustar jaakkojaakko/** @file cl_sound.cpp Clientside sounds. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "client/cl_sound.h" #include "de_console.h" #include "de_network.h" #include "de_play.h" #include "de_audio.h" using namespace de; void Cl_ReadSoundDelta(deltatype_t type) { LOG_AS("Cl_ReadSoundDelta"); /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); int sound = 0, soundFlags = 0; mobj_t *cmo = 0; thid_t mobjId = 0; Sector *sector = 0; Polyobj *poly = 0; LineSide *side = 0; mobj_t *emitter = 0; uint16_t const deltaId = Reader_ReadUInt16(msgReader); byte const flags = Reader_ReadByte(msgReader); bool skip = false; if(type == DT_SOUND) { // Delta ID is the sound ID. sound = deltaId; } else if(type == DT_MOBJ_SOUND) // Mobj as emitter { mobjId = deltaId; if((cmo = ClMobj_Find(mobjId)) != NULL) { ClMobjInfo* info = ClMobj_GetInfo(cmo); if(info->flags & CLMF_HIDDEN) { // We can't play sounds from hidden mobjs, because we // aren't sure exactly where they are located. cmo = NULL; LOG_NET_VERBOSE("Can't find sound emitter ") << mobjId; } else { emitter = cmo; } } } else if(type == DT_SECTOR_SOUND) // Plane as emitter { int index = deltaId; if(index >= 0 && index < map.sectorCount()) { sector = map.sectors().at(index); } else { LOG_NET_WARNING("Received sound delta has invalid sector index %i") << index; skip = true; } } else if(type == DT_SIDE_SOUND) // Side section as emitter { int index = deltaId; side = map.sideByIndex(index); if(!side) { LOG_NET_WARNING("Received sound delta has invalid side index %i") << index; skip = true; } } else // DT_POLY_SOUND { int index = deltaId; LOG_NET_XVERBOSE("DT_POLY_SOUND: poly=%d") << index; if(index >= 0 && index < map.polyobjCount()) { poly = map.polyobjs().at(index); emitter = (mobj_t *) poly; } else { LOG_NET_WARNING("Received sound delta has invalid polyobj index %i") << index; skip = true; } } if(type != DT_SOUND) { // The sound ID. sound = Reader_ReadUInt16(msgReader); } if(type == DT_SECTOR_SOUND) { // Select the emitter for the sound. if(flags & SNDDF_PLANE_FLOOR) { emitter = (mobj_t *) §or->floor().soundEmitter(); } else if(flags & SNDDF_PLANE_CEILING) { emitter = (mobj_t *) §or->ceiling().soundEmitter(); } else { // Must be the sector's sound emitter, then. emitter = (mobj_t *) §or->soundEmitter(); } } if(type == DT_SIDE_SOUND) { if(flags & SNDDF_SIDE_MIDDLE) emitter = (mobj_t *) &side->middleSoundEmitter(); else if(flags & SNDDF_SIDE_TOP) emitter = (mobj_t *) &side->topSoundEmitter(); else if(flags & SNDDF_SIDE_BOTTOM) emitter = (mobj_t *) &side->bottomSoundEmitter(); } float volume = 1; if(flags & SNDDF_VOLUME) { byte b = Reader_ReadByte(msgReader); if(b == 255) { // Full volume, no attenuation. soundFlags |= DDSF_NO_ATTENUATION; } else { volume = b / 127.0f; } } if(flags & SNDDF_REPEAT) { soundFlags |= DDSF_REPEAT; } // The delta has been read. Are we skipping? if(skip) return; // Now the entire delta has been read. // Should we start or stop a sound? if(volume > 0 && sound > 0) { // Do we need to queue this sound? if(type == DT_MOBJ_SOUND && !cmo) { ClMobjInfo *info = 0; // Create a new Hidden clmobj. cmo = map.clMobjFor(mobjId, true/*create*/); info = ClMobj_GetInfo(cmo); info->flags |= CLMF_HIDDEN | CLMF_SOUND; info->sound = sound; info->volume = volume; // The sound will be started when the clmobj is unhidden. return; } // We will start a sound. if(type != DT_SOUND && !emitter) { // Not enough information. LOG_NET_VERBOSE("Cl_ReadSoundDelta2(%i): Insufficient data, snd=%i") << type << sound; return; } // Sounds originating from the viewmobj should really originate // from the real player mobj. if(cmo && cmo->thinker.id == ClPlayer_State(consolePlayer)->clMobjId) { emitter = ddPlayers[consolePlayer].shared.mo; } // First stop any sounds originating from the same emitter. // We allow only one sound per emitter. if(type != DT_SOUND && emitter) { S_StopSound(0, emitter); } S_LocalSoundAtVolume(sound | soundFlags, emitter, volume); } else if(sound >= 0) { // We must stop a sound. We'll only stop sounds from // specific sources. if(emitter) { S_StopSound(sound, emitter); } } } void Cl_Sound() { LOG_AS("Cl_Sound"); /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); byte const flags = Reader_ReadByte(msgReader); // Sound ID. int sound; if(flags & SNDF_SHORT_SOUND_ID) { sound = Reader_ReadUInt16(msgReader); } else { sound = Reader_ReadByte(msgReader); } // Is the ID valid? if(sound < 1 || sound >= defs.count.sounds.num) { LOGDEV_NET_WARNING("Invalid sound ID %i") << sound; return; } LOGDEV_NET_XVERBOSE("id %i") << sound; int volume = 127; if(flags & SNDF_VOLUME) { volume = Reader_ReadByte(msgReader); if(volume > 127) { volume = 127; sound |= DDSF_NO_ATTENUATION; } } if(flags & SNDF_ID) { thid_t sourceId = Reader_ReadUInt16(msgReader); mobj_t *cmo = ClMobj_Find(sourceId); if(cmo) { S_LocalSoundAtVolume(sound, cmo, volume / 127.0f); } } else if(flags & SNDF_SECTOR) { int num = int(Reader_ReadPackedUInt16(msgReader)); if(num >= map.sectorCount()) { LOG_NET_WARNING("Invalid sector number %i") << num; return; } mobj_t *mo = (mobj_t *) &map.sectors().at(num)->soundEmitter(); //S_StopSound(0, mo); S_LocalSoundAtVolume(sound, mo, volume / 127.0f); } else if(flags & SNDF_ORIGIN) { coord_t pos[3]; pos[VX] = Reader_ReadInt16(msgReader); pos[VY] = Reader_ReadInt16(msgReader); pos[VZ] = Reader_ReadInt16(msgReader); S_LocalSoundAtVolumeFrom(sound, NULL, pos, volume / 127.0f); } else if(flags & SNDF_PLAYER) { S_LocalSoundAtVolume(sound, ddPlayers[(flags & 0xf0) >> 4].shared.mo, volume / 127.0f); } else { // Play it from "somewhere". LOGDEV_NET_VERBOSE("Unspecified origin for sound %i") << sound; S_LocalSoundAtVolume(sound, NULL, volume / 127.0f); } } doomsday-1.14.5/doomsday/client/src/client/cl_infine.cpp0000664000175000017500000000524712350542237022514 0ustar jaakkojaakko/** @file cl_infine.cpp Clientside InFine. * * @authors Copyright © 2003-2010 Jaakko Keränen * @authors Copyright © 2006-2010 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "client/cl_infine.h" #include "de_console.h" #include "de_infine.h" #include "network/net_main.h" #include "network/net_msg.h" #include static finaleid_t currentFinale; static finaleid_t remoteFinale; finaleid_t Cl_CurrentFinale() { return currentFinale; } void Cl_Finale(Reader *msg) { LOG_AS("Cl_Finale"); byte *script = 0; int const flags = Reader_ReadByte(msg); finaleid_t const finaleId = Reader_ReadUInt32(msg); if(flags & FINF_SCRIPT) { // Read the script into map-scope memory. It will be freed // when the next map is loaded. int len = Reader_ReadUInt32(msg); script = (byte *) M_Malloc(len + 1); Reader_Read(msg, script, len); script[len] = 0; } if((flags & FINF_SCRIPT) && (flags & FINF_BEGIN)) { // Start the script. currentFinale = FI_Execute((const char*)script, FF_LOCAL); remoteFinale = finaleId; LOGDEV_NET_MSG("Started finale %i (remote id %i)") << currentFinale << remoteFinale; } /// @todo Wouldn't hurt to make sure that the server is talking about the /// same finale as before... (check remoteFinale) if((flags & FINF_END) && currentFinale) { FI_ScriptTerminate(currentFinale); currentFinale = 0; remoteFinale = 0; } if((flags & FINF_SKIP) && currentFinale) { FI_ScriptRequestSkip(currentFinale); } if(script) M_Free(script); } void Cl_RequestFinaleSkip() { // First the flags. Msg_Begin(PCL_FINALE_REQUEST); Writer_WriteUInt32(msgWriter, remoteFinale); Writer_WriteUInt16(msgWriter, 1); // skip Msg_End(); LOGDEV_NET_MSG("Requesting skip on finale %i") << remoteFinale; Net_SendBuffer(0, 0); } doomsday-1.14.5/doomsday/client/src/client/cl_world.cpp0000664000175000017500000002753312350542237022375 0ustar jaakkojaakko/** @file cl_world.cpp Clientside world management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "client/cl_world.h" #include "client/cl_player.h" #include "api_map.h" #include "api_materialarchive.h" #include "network/net_msg.h" #include "network/protocol.h" #include "world/map.h" #include "Sector" #include "Surface" #include using namespace de; static MaterialArchive *serverMaterials; typedef QVector IndexTransTable; static IndexTransTable xlatMobjType; static IndexTransTable xlatMobjState; void Cl_InitTransTables() { serverMaterials = 0; xlatMobjType.clear(); xlatMobjState.clear(); } void Cl_ResetTransTables() { if(serverMaterials) { MaterialArchive_Delete(serverMaterials); serverMaterials = 0; } xlatMobjType.clear(); xlatMobjState.clear(); } void Cl_ReadServerMaterials() { LOG_AS("Cl_ReadServerMaterials"); if(!serverMaterials) { serverMaterials = MaterialArchive_NewEmpty(false /*no segment check*/); } MaterialArchive_Read(serverMaterials, msgReader, -1 /*no forced version*/); LOGDEV_NET_VERBOSE("Received %i materials") << MaterialArchive_Count(serverMaterials); } void Cl_ReadServerMobjTypeIDs() { LOG_AS("Cl_ReadServerMobjTypeIDs"); StringArray *ar = StringArray_New(); StringArray_Read(ar, msgReader); LOGDEV_NET_VERBOSE("Received %i mobj type IDs") << StringArray_Size(ar); xlatMobjType.resize(StringArray_Size(ar)); // Translate the type IDs to local. for(int i = 0; i < StringArray_Size(ar); ++i) { xlatMobjType[i] = Def_GetMobjNum(StringArray_At(ar, i)); if(xlatMobjType[i] < 0) { LOG_NET_WARNING("Could not find '%s' in local thing definitions") << StringArray_At(ar, i); } } StringArray_Delete(ar); } void Cl_ReadServerMobjStateIDs() { LOG_AS("Cl_ReadServerMobjStateIDs"); StringArray *ar = StringArray_New(); StringArray_Read(ar, msgReader); LOGDEV_NET_VERBOSE("Received %i mobj state IDs") << StringArray_Size(ar); xlatMobjState.resize(StringArray_Size(ar)); // Translate the type IDs to local. for(int i = 0; i < StringArray_Size(ar); ++i) { xlatMobjState[i] = Def_GetStateNum(StringArray_At(ar, i)); if(xlatMobjState[i] < 0) { LOG_NET_WARNING("Could not find '%s' in local state definitions") << StringArray_At(ar, i); } } StringArray_Delete(ar); } Material *Cl_LocalMaterial(materialarchive_serialid_t archId) { if(!serverMaterials) { // Can't do it. LOGDEV_NET_WARNING("Cannot translate serial id %i, server has not sent its materials!") << archId; return 0; } return (Material *) MaterialArchive_Find(serverMaterials, archId, 0); } int Cl_LocalMobjType(int serverMobjType) { if(serverMobjType < 0 || serverMobjType >= xlatMobjType.size()) return 0; // Invalid type. return xlatMobjType[serverMobjType]; } int Cl_LocalMobjState(int serverMobjState) { if(serverMobjState < 0 || serverMobjState >= xlatMobjState.size()) return 0; // Invalid state. return xlatMobjState[serverMobjState]; } void Cl_ReadSectorDelta(int /*deltaType*/) { /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); #define PLN_FLOOR 0 #define PLN_CEILING 1 float height[2] = { 0, 0 }; float target[2] = { 0, 0 }; float speed[2] = { 0, 0 }; // Sector index number. int const index = Reader_ReadUInt16(msgReader); DENG2_ASSERT(index < map.sectorCount()); Sector *sec = map.sectors().at(index); // Flags. int df = Reader_ReadPackedUInt32(msgReader); if(df & SDF_FLOOR_MATERIAL) { P_SetPtrp(sec, DMU_FLOOR_OF_SECTOR | DMU_MATERIAL, Cl_LocalMaterial(Reader_ReadPackedUInt16(msgReader))); } if(df & SDF_CEILING_MATERIAL) { P_SetPtrp(sec, DMU_CEILING_OF_SECTOR | DMU_MATERIAL, Cl_LocalMaterial(Reader_ReadPackedUInt16(msgReader))); } if(df & SDF_LIGHT) P_SetFloatp(sec, DMU_LIGHT_LEVEL, Reader_ReadByte(msgReader) / 255.0f); if(df & SDF_FLOOR_HEIGHT) height[PLN_FLOOR] = FIX2FLT(Reader_ReadInt16(msgReader) << 16); if(df & SDF_CEILING_HEIGHT) height[PLN_CEILING] = FIX2FLT(Reader_ReadInt16(msgReader) << 16); if(df & SDF_FLOOR_TARGET) target[PLN_FLOOR] = FIX2FLT(Reader_ReadInt16(msgReader) << 16); if(df & SDF_FLOOR_SPEED) speed[PLN_FLOOR] = FIX2FLT(Reader_ReadByte(msgReader) << (df & SDF_FLOOR_SPEED_44 ? 12 : 15)); if(df & SDF_CEILING_TARGET) target[PLN_CEILING] = FIX2FLT(Reader_ReadInt16(msgReader) << 16); if(df & SDF_CEILING_SPEED) speed[PLN_CEILING] = FIX2FLT(Reader_ReadByte(msgReader) << (df & SDF_CEILING_SPEED_44 ? 12 : 15)); if(df & (SDF_COLOR_RED | SDF_COLOR_GREEN | SDF_COLOR_BLUE)) { Vector3f newColor = sec->lightColor(); if(df & SDF_COLOR_RED) newColor.x = Reader_ReadByte(msgReader) / 255.f; if(df & SDF_COLOR_GREEN) newColor.y = Reader_ReadByte(msgReader) / 255.f; if(df & SDF_COLOR_BLUE) newColor.z = Reader_ReadByte(msgReader) / 255.f; sec->setLightColor(newColor); } if(df & (SDF_FLOOR_COLOR_RED | SDF_FLOOR_COLOR_GREEN | SDF_FLOOR_COLOR_BLUE)) { Vector3f newColor = sec->floorSurface().tintColor(); if(df & SDF_FLOOR_COLOR_RED) newColor.x = Reader_ReadByte(msgReader) / 255.f; if(df & SDF_FLOOR_COLOR_GREEN) newColor.y = Reader_ReadByte(msgReader) / 255.f; if(df & SDF_FLOOR_COLOR_BLUE) newColor.z = Reader_ReadByte(msgReader) / 255.f; sec->floorSurface().setTintColor(newColor); } if(df & (SDF_CEIL_COLOR_RED | SDF_CEIL_COLOR_GREEN | SDF_CEIL_COLOR_BLUE)) { Vector3f newColor = sec->ceilingSurface().tintColor(); if(df & SDF_CEIL_COLOR_RED) newColor.x = Reader_ReadByte(msgReader) / 255.f; if(df & SDF_CEIL_COLOR_GREEN) newColor.y = Reader_ReadByte(msgReader) / 255.f; if(df & SDF_CEIL_COLOR_BLUE) newColor.z = Reader_ReadByte(msgReader) / 255.f; sec->ceilingSurface().setTintColor(newColor); } // The whole delta has now been read. // Do we need to start any moving planes? if(df & SDF_FLOOR_HEIGHT) { map.newClPlaneMover(sec->floor(), height[PLN_FLOOR], 0); } else if(df & (SDF_FLOOR_TARGET | SDF_FLOOR_SPEED)) { map.newClPlaneMover(sec->floor(), target[PLN_FLOOR], speed[PLN_FLOOR]); } if(df & SDF_CEILING_HEIGHT) { map.newClPlaneMover(sec->ceiling(), height[PLN_CEILING], 0); } else if(df & (SDF_CEILING_TARGET | SDF_CEILING_SPEED)) { map.newClPlaneMover(sec->ceiling(), target[PLN_CEILING], speed[PLN_CEILING]); } #undef PLN_CEILING #undef PLN_FLOOR } void Cl_ReadSideDelta(int /*deltaType*/) { /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); int const index = Reader_ReadUInt16(msgReader); int const df = Reader_ReadPackedUInt32(msgReader); // Flags. LineSide *side = map.sideByIndex(index); DENG2_ASSERT(side != 0); if(df & SIDF_TOP_MATERIAL) { int matIndex = Reader_ReadPackedUInt16(msgReader); side->top().setMaterial(Cl_LocalMaterial(matIndex)); } if(df & SIDF_MID_MATERIAL) { int matIndex = Reader_ReadPackedUInt16(msgReader); side->middle().setMaterial(Cl_LocalMaterial(matIndex)); } if(df & SIDF_BOTTOM_MATERIAL) { int matIndex = Reader_ReadPackedUInt16(msgReader); side->bottom().setMaterial(Cl_LocalMaterial(matIndex)); } if(df & SIDF_LINE_FLAGS) { // The delta includes the entire lowest byte. int lineFlags = Reader_ReadByte(msgReader); Line &line = side->line(); line.setFlags((line.flags() & ~0xff) | lineFlags, de::ReplaceFlags); } if(df & (SIDF_TOP_COLOR_RED | SIDF_TOP_COLOR_GREEN | SIDF_TOP_COLOR_BLUE)) { Vector3f newColor = side->top().tintColor(); if(df & SIDF_TOP_COLOR_RED) newColor.x = Reader_ReadByte(msgReader) / 255.f; if(df & SIDF_TOP_COLOR_GREEN) newColor.y = Reader_ReadByte(msgReader) / 255.f; if(df & SIDF_TOP_COLOR_BLUE) newColor.z = Reader_ReadByte(msgReader) / 255.f; side->top().setTintColor(newColor); } if(df & (SIDF_MID_COLOR_RED | SIDF_MID_COLOR_GREEN | SIDF_MID_COLOR_BLUE)) { Vector3f newColor = side->middle().tintColor(); if(df & SIDF_MID_COLOR_RED) newColor.x = Reader_ReadByte(msgReader) / 255.f; if(df & SIDF_MID_COLOR_GREEN) newColor.y = Reader_ReadByte(msgReader) / 255.f; if(df & SIDF_MID_COLOR_BLUE) newColor.z = Reader_ReadByte(msgReader) / 255.f; side->middle().setTintColor(newColor); } if(df & SIDF_MID_COLOR_ALPHA) { side->middle().setOpacity(Reader_ReadByte(msgReader) / 255.f); } if(df & (SIDF_BOTTOM_COLOR_RED | SIDF_BOTTOM_COLOR_GREEN | SIDF_BOTTOM_COLOR_BLUE)) { Vector3f newColor = side->bottom().tintColor(); if(df & SIDF_BOTTOM_COLOR_RED) newColor.x = Reader_ReadByte(msgReader) / 255.f; if(df & SIDF_BOTTOM_COLOR_GREEN) newColor.y = Reader_ReadByte(msgReader) / 255.f; if(df & SIDF_BOTTOM_COLOR_BLUE) newColor.z = Reader_ReadByte(msgReader) / 255.f; side->bottom().setTintColor(newColor); } if(df & SIDF_MID_BLENDMODE) { side->middle().setBlendMode(blendmode_t(Reader_ReadInt32(msgReader))); } if(df & SIDF_FLAGS) { // The delta includes the entire lowest byte. int sideFlags = Reader_ReadByte(msgReader); side->setFlags((side->flags() & ~0xff) | sideFlags, de::ReplaceFlags); } } void Cl_ReadPolyDelta() { /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); int const index = Reader_ReadPackedUInt16(msgReader); int const df = Reader_ReadByte(msgReader); // Flags. DENG2_ASSERT(index < map.polyobjCount()); Polyobj *po = map.polyobjs().at(index); if(df & PODF_DEST_X) { po->dest[VX] = Reader_ReadFloat(msgReader); } if(df & PODF_DEST_Y) { po->dest[VY] = Reader_ReadFloat(msgReader); } if(df & PODF_SPEED) { po->speed = Reader_ReadFloat(msgReader); } if(df & PODF_DEST_ANGLE) { po->destAngle = ((angle_t)Reader_ReadInt16(msgReader)) << 16; } if(df & PODF_ANGSPEED) { po->angleSpeed = ((angle_t)Reader_ReadInt16(msgReader)) << 16; } if(df & PODF_PERPETUAL_ROTATE) { po->destAngle = -1; } // Update/create the polymover thinker. ClPolyMover *mover = map.clPolyMoverFor(*po, true/*create if necessary*/); mover->move = CPP_BOOL(df & (PODF_DEST_X | PODF_DEST_Y | PODF_SPEED)); mover->rotate = CPP_BOOL(df & (PODF_DEST_ANGLE | PODF_ANGSPEED | PODF_PERPETUAL_ROTATE)); } doomsday-1.14.5/doomsday/client/src/client/cl_player.cpp0000664000175000017500000003475712350542237022550 0ustar jaakkojaakko/** @file cl_player.cpp Clientside player management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "client/cl_player.h" #include "api_client.h" #include "network/net_main.h" #include "network/protocol.h" #include "world/map.h" #include "world/p_players.h" #include "BspLeaf" #include "Sector" #include using namespace de; #define TOP_PSPY (32) #define BOTTOM_PSPY (128) float pspMoveSpeed = 6; float cplrThrustMul = 1; clplayerstate_t clPlayerStates[DDMAXPLAYERS]; //static int fixSpeed = 15; //static float fixPos[3]; //static int fixTics; static float pspY; // Console player demo momentum (used to smooth out abrupt momentum changes). static float cpMom[3][LOCALCAM_WRITE_TICS]; void Cl_InitPlayers() { //fixTics = 0; pspY = 0; de::zap(clPlayerStates); //de::zap(fixPos); de::zap(cpMom); } clplayerstate_t *ClPlayer_State(int plrNum) { DENG2_ASSERT(plrNum >= 0 && plrNum < DDMAXPLAYERS); return &clPlayerStates[plrNum]; } #undef ClPlayer_ClMobj DENG_EXTERN_C struct mobj_s *ClPlayer_ClMobj(int plrNum) { DENG2_ASSERT(plrNum >= 0 && plrNum < DDMAXPLAYERS); return ClMobj_Find(clPlayerStates[plrNum].clMobjId); } void ClPlayer_UpdateOrigin(int plrNum) { DENG2_ASSERT(plrNum >= 0 && plrNum < DDMAXPLAYERS); player_t *plr = &ddPlayers[plrNum]; clplayerstate_t *s = ClPlayer_State(plrNum); if(!s->clMobjId || !plr->shared.mo) return; // Must have a mobj! mobj_t *remoteClientMobj = ClMobj_Find(s->clMobjId); mobj_t *localMobj = plr->shared.mo; // The client mobj is never solid. remoteClientMobj->ddFlags &= ~DDMF_SOLID; remoteClientMobj->angle = localMobj->angle; // The player's client mobj is not linked to any lists, so position // can be updated without any hassles. std::memcpy(remoteClientMobj->origin, localMobj->origin, sizeof(localMobj->origin)); Mobj_Link(remoteClientMobj, 0); // Update bspLeaf pointer. remoteClientMobj->floorZ = localMobj->floorZ; remoteClientMobj->ceilingZ = localMobj->ceilingZ; remoteClientMobj->mom[MX] = localMobj->mom[MX]; remoteClientMobj->mom[MY] = localMobj->mom[MY]; remoteClientMobj->mom[MZ] = localMobj->mom[MZ]; } void ClPlayer_ApplyPendingFixes(int plrNum) { LOG_AS("ClPlayer_ApplyPendingFixes"); clplayerstate_t *state = ClPlayer_State(plrNum); player_t *plr = &ddPlayers[plrNum]; mobj_t *clmo = ClPlayer_ClMobj(plrNum); ddplayer_t *ddpl = &plr->shared; mobj_t *mo = ddpl->mo; bool sendAck = false; // If either mobj is missing, the fix cannot be applied yet. if(!mo || !clmo) return; if(clmo->thinker.id != state->pendingFixTargetClMobjId) return; DENG_ASSERT(clmo->thinker.id == state->clMobjId); if(state->pendingFixes & DDPF_FIXANGLES) { state->pendingFixes &= ~DDPF_FIXANGLES; ddpl->fixAcked.angles = ddpl->fixCounter.angles; sendAck = true; LOGDEV_NET_MSG("Applying angle %x to mobj %p and clmo %i") << state->pendingAngleFix << mo << clmo->thinker.id; clmo->angle = mo->angle = state->pendingAngleFix; ddpl->lookDir = state->pendingLookDirFix; } if(state->pendingFixes & DDPF_FIXORIGIN) { state->pendingFixes &= ~DDPF_FIXORIGIN; ddpl->fixAcked.origin = ddpl->fixCounter.origin; sendAck = true; LOGDEV_NET_MSG("Applying pos %s to mobj %p and clmo %i") << Vector3d(state->pendingOriginFix).asText() << mo << clmo->thinker.id; Mobj_SetOrigin(mo, state->pendingOriginFix[VX], state->pendingOriginFix[VY], state->pendingOriginFix[VZ]); mo->reactionTime = 18; // The position is now known. ddpl->flags &= ~DDPF_UNDEFINED_ORIGIN; Smoother_Clear(clients[plrNum].smoother); ClPlayer_UpdateOrigin(plrNum); } if(state->pendingFixes & DDPF_FIXMOM) { state->pendingFixes &= ~DDPF_FIXMOM; ddpl->fixAcked.mom = ddpl->fixCounter.mom; sendAck = true; LOGDEV_NET_MSG("Applying mom %s to mobj %p and clmo %i") << Vector3d(state->pendingMomFix).asText() << mo << clmo->thinker.id; mo->mom[MX] = clmo->mom[VX] = state->pendingMomFix[VX]; mo->mom[MY] = clmo->mom[VY] = state->pendingMomFix[VY]; mo->mom[MZ] = clmo->mom[VZ] = state->pendingMomFix[VZ]; } // We'll only need to ack fixes targeted to the consoleplayer. if(sendAck && plrNum == consolePlayer) { // Send an acknowledgement. Msg_Begin(PCL_ACK_PLAYER_FIX); Writer_WriteInt32(msgWriter, ddpl->fixAcked.angles); Writer_WriteInt32(msgWriter, ddpl->fixAcked.origin); Writer_WriteInt32(msgWriter, ddpl->fixAcked.mom); Msg_End(); Net_SendBuffer(0, 0); } } void ClPlayer_HandleFix() { LOG_AS("Cl_HandlePlayerFix"); // Target player. int plrNum = Reader_ReadByte(msgReader); player_t *plr = &ddPlayers[plrNum]; ddplayer_t *ddpl = &plr->shared; clplayerstate_t *state = ClPlayer_State(plrNum); // What to fix? int fixes = Reader_ReadUInt32(msgReader); state->pendingFixTargetClMobjId = Reader_ReadUInt16(msgReader); LOGDEV_NET_MSG("Fixing player %i") << plrNum; if(fixes & 1) // fix angles? { ddpl->fixCounter.angles = Reader_ReadInt32(msgReader); state->pendingAngleFix = Reader_ReadUInt32(msgReader); state->pendingLookDirFix = Reader_ReadFloat(msgReader); state->pendingFixes |= DDPF_FIXANGLES; LOGDEV_NET_VERBOSE("Pending fix angles %i: angle=%x, lookdir=%f") << ddpl->fixAcked.angles << state->pendingAngleFix << state->pendingLookDirFix; } if(fixes & 2) // fix pos? { ddpl->fixCounter.origin = Reader_ReadInt32(msgReader); state->pendingOriginFix[VX] = Reader_ReadFloat(msgReader); state->pendingOriginFix[VY] = Reader_ReadFloat(msgReader); state->pendingOriginFix[VZ] = Reader_ReadFloat(msgReader); state->pendingFixes |= DDPF_FIXORIGIN; LOGDEV_NET_VERBOSE("Pending fix pos %i: %s") << ddpl->fixAcked.origin << Vector3d(state->pendingOriginFix).asText(); } if(fixes & 4) // fix momentum? { ddpl->fixCounter.mom = Reader_ReadInt32(msgReader); state->pendingMomFix[VX] = Reader_ReadFloat(msgReader); state->pendingMomFix[VY] = Reader_ReadFloat(msgReader); state->pendingMomFix[VZ] = Reader_ReadFloat(msgReader); state->pendingFixes |= DDPF_FIXMOM; LOGDEV_NET_VERBOSE("Pending fix momentum %i: %s") << ddpl->fixAcked.mom << Vector3d(state->pendingMomFix).asText(); } ClPlayer_ApplyPendingFixes(plrNum); } void ClPlayer_MoveLocal(coord_t dx, coord_t dy, coord_t z, bool onground) { player_t *plr = &ddPlayers[consolePlayer]; ddplayer_t *ddpl = &plr->shared; mobj_t *mo = ddpl->mo; if(!mo) return; // Place the new momentum in the appropriate place. cpMom[MX][SECONDS_TO_TICKS(gameTime) % LOCALCAM_WRITE_TICS] = dx; cpMom[MY][SECONDS_TO_TICKS(gameTime) % LOCALCAM_WRITE_TICS] = dy; // Calculate an average. Vector2d mom; for(int i = 0; i < LOCALCAM_WRITE_TICS; ++i) { mom += Vector2d(cpMom[MX][i], cpMom[MY][i]); } mom /= LOCALCAM_WRITE_TICS; mo->mom[MX] = mom.x; mo->mom[MY] = mom.y; if(dx != 0 || dy != 0) { Mobj_Unlink(mo); mo->origin[VX] += dx; mo->origin[VY] += dy; Mobj_Link(mo, MLF_SECTOR | MLF_BLOCKMAP); } mo->_bspLeaf = &Mobj_Map(*mo).bspLeafAt_FixedPrecision(Mobj_Origin(*mo)); mo->floorZ = Mobj_Sector(mo)->floor().height(); mo->ceilingZ = Mobj_Sector(mo)->ceiling().height(); if(onground) { mo->origin[VZ] = z - 1; } else { mo->origin[VZ] = z; } ClPlayer_UpdateOrigin(consolePlayer); } void ClPlayer_ReadDelta() { LOG_AS("ClPlayer_ReadDelta2"); /// @todo Do not assume the CURRENT map. Map &map = App_WorldSystem().map(); int df = 0; ushort num; // The first byte consists of a player number and some flags. num = Reader_ReadByte(msgReader); df = (num & 0xf0) << 8; df |= Reader_ReadByte(msgReader); // Second byte is just flags. num &= 0xf; // Clear the upper bits of the number. clplayerstate_t *s = &clPlayerStates[num]; ddplayer_t *ddpl = &ddPlayers[num].shared; if(df & PDF_MOBJ) { mobj_t *old = map.clMobjFor(s->clMobjId); ushort newId = Reader_ReadUInt16(msgReader); // Make sure the 'new' mobj is different than the old one; // there will be linking problems otherwise. if(newId != s->clMobjId) { // We are now changing the player's mobj. mobj_t *clmo = 0; //clmoinfo_t* info = 0; bool justCreated = false; s->clMobjId = newId; // Find the new mobj. clmo = map.clMobjFor(s->clMobjId); //info = ClMobj_GetInfo(clmo); if(!clmo) { LOGDEV_NET_NOTE("Player %i's new clmobj is %i, but we haven't received it yet") << num << newId; // This mobj hasn't yet been sent to us. // We should be receiving the rest of the info very shortly. clmo = map.clMobjFor(s->clMobjId, true/*create*/); //info = ClMobj_GetInfo(clmo); /* if(num == consolePlayer) { // Mark everything known about our local player. //info->flags |= CLMF_KNOWN; }*/ justCreated = true; } else { // The client mobj is already known to us. // Unlink it (not interactive or visible). ClMobj_Unlink(clmo); } clmo->dPlayer = ddpl; // Make the old clmobj a non-player one (if any). if(old) { old->dPlayer = NULL; ClMobj_Link(old); } // If it was just created, the coordinates are not yet correct. // The update will be made when the mobj data is received. if(!justCreated) // && num != consolePlayer) { LOGDEV_NET_XVERBOSE("Copying clmo %i state to real player %i mobj %p") << newId << num << ddpl->mo; Cl_UpdateRealPlayerMobj(ddpl->mo, clmo, 0xffffffff, true); } LOGDEV_NET_VERBOSE("Player %i: mobj=%i old=%p x=%.1f y=%.1f z=%.1f Fz=%.1f Cz=%.1f") << num << s->clMobjId << old << clmo->origin[VX] << clmo->origin[VY] << clmo->origin[VZ] << clmo->floorZ << clmo->ceilingZ; LOGDEV_NET_VERBOSE("Player %i using mobj id %i") << num << s->clMobjId; } } if(df & PDF_FORWARDMOVE) { s->forwardMove = (char) Reader_ReadByte(msgReader) * 2048; } if(df & PDF_SIDEMOVE) { s->sideMove = (char) Reader_ReadByte(msgReader) * 2048; } if(df & PDF_ANGLE) { //s->angle = Reader_ReadByte(msgReader) << 24; DENG_UNUSED(Reader_ReadByte(msgReader)); } if(df & PDF_TURNDELTA) { s->turnDelta = ((char) Reader_ReadByte(msgReader) << 24) / 16; } if(df & PDF_FRICTION) { s->friction = Reader_ReadByte(msgReader) << 8; } if(df & PDF_EXTRALIGHT) { int val = Reader_ReadByte(msgReader); ddpl->fixedColorMap = val & 7; ddpl->extraLight = val & 0xf8; } if(df & PDF_FILTER) { uint filter = Reader_ReadUInt32(msgReader); ddpl->filterColor[CR] = (filter & 0xff) / 255.f; ddpl->filterColor[CG] = ((filter >> 8) & 0xff) / 255.f; ddpl->filterColor[CB] = ((filter >> 16) & 0xff) / 255.f; ddpl->filterColor[CA] = ((filter >> 24) & 0xff) / 255.f; if(ddpl->filterColor[CA] > 0) { ddpl->flags |= DDPF_REMOTE_VIEW_FILTER; } else { ddpl->flags &= ~DDPF_REMOTE_VIEW_FILTER; } LOG_NET_XVERBOSE("View filter color set remotely to %s") << Vector4f(ddpl->filterColor).asText(); } if(df & PDF_PSPRITES) { for(int i = 0; i < 2; ++i) { // First the flags. int psdf = Reader_ReadByte(msgReader); ddpsprite_t *psp = ddpl->pSprites + i; if(psdf & PSDF_STATEPTR) { int idx = Reader_ReadPackedUInt16(msgReader); if(!idx) { psp->statePtr = 0; } else if(idx < countStates.num) { psp->statePtr = states + (idx - 1); psp->tics = psp->statePtr->tics; } } /*if(psdf & PSDF_LIGHT) { psp->light = Reader_ReadByte(msgReader) / 255.0f; }*/ if(psdf & PSDF_ALPHA) { psp->alpha = Reader_ReadByte(msgReader) / 255.0f; } if(psdf & PSDF_STATE) { psp->state = Reader_ReadByte(msgReader); } if(psdf & PSDF_OFFSET) { psp->offset[VX] = (char) Reader_ReadByte(msgReader) * 2; psp->offset[VY] = (char) Reader_ReadByte(msgReader) * 2; } } } } mobj_t *ClPlayer_LocalGameMobj(int plrNum) { return ddPlayers[plrNum].shared.mo; } bool ClPlayer_IsFreeToMove(int plrNum) { mobj_t *mo = ClPlayer_LocalGameMobj(plrNum); if(!mo) return false; return (mo->origin[VZ] >= mo->floorZ && mo->origin[VZ] + mo->height <= mo->ceilingZ); } doomsday-1.14.5/doomsday/client/src/client/cl_frame.cpp0000664000175000017500000001337512350542237022337 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * cl_frame.c: Frame Reception */ // HEADER FILES ------------------------------------------------------------ #include "de_base.h" #include "de_console.h" #include "client/cl_frame.h" #include "client/cl_mobj.h" #include "client/cl_player.h" #include "client/cl_sound.h" #include "client/cl_world.h" #include "network/net_main.h" #include "network/net_msg.h" // MACROS ------------------------------------------------------------------ #if 0 #define SET_HISTORY_SIZE 50 #define RESEND_HISTORY_SIZE 50 #endif // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- extern int gotFrame; // PUBLIC DATA DEFINITIONS ------------------------------------------------- // Set to true when the PSV_FIRST_FRAME2 packet is received. // Until then, all PSV_FRAME2 packets are ignored (they must be // from the wrong map). dd_bool gotFirstFrame; //int predicted_tics; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // gameTime of the current frame. static float frameGameTime = 0; #if 0 // Ordinal of the latest set received by the client. Used for detecting deltas // that arrive out of order. The ordinal is the logical equivalent of the set // identifier (which is 0...255). static uint latestSetOrdinal; static byte latestSet; // The ordinal base is added to the set number to convert it from a set // identifier to an ordinal. Every time the set numbers wrap around from 255 // to zero, the ordinal is incremented by 256. static uint setOrdinalBase; // The set history keeps track of received sets and is used to detect // duplicate frames. static short setHistory[SET_HISTORY_SIZE]; static int historyIdx; // The resend ID history keeps track of received resend deltas. Used // to detect duplicate resends. static byte resendHistory[RESEND_HISTORY_SIZE]; static int resendHistoryIdx; #endif // CODE -------------------------------------------------------------------- /** * Clear the history of received set numbers. */ void Cl_InitFrame(void) { Cl_ResetFrame(); #if 0 // -1 denotes an invalid entry. memset(setHistory, -1, sizeof(setHistory)); historyIdx = 0; // Clear the resend ID history. memset(resendHistory, 0, sizeof(resendHistory)); resendHistoryIdx = 0; // Reset ordinal counters. latestSet = 0; latestSetOrdinal = 0; setOrdinalBase = 256; #endif } /** * Called when the map changes. */ void Cl_ResetFrame() { gotFrame = false; // All frames received before the PSV_FIRST_FRAME2 are ignored. // They must be from the wrong map. gotFirstFrame = false; } float Cl_FrameGameTime() { return frameGameTime; } void Cl_Frame2Received(int packetType) { // The first thing in the frame is the gameTime. frameGameTime = Reader_ReadFloat(msgReader); // All frames that arrive before the first frame are ignored. // They are most likely from the wrong map. if(packetType == PSV_FIRST_FRAME2) { gotFirstFrame = true; } else if(!gotFirstFrame) { // Just ignore. If this was a legitimate frame, the server will // send it again when it notices no ack is coming. return; } // Read and process the message. while(!Reader_AtEnd(msgReader)) { byte const deltaType = Reader_ReadByte(msgReader); switch(deltaType) { case DT_CREATE_MOBJ: // The mobj will be created/shown. ClMobj_ReadDelta(); break; case DT_MOBJ: // The mobj will be hidden if it's not yet Created. ClMobj_ReadDelta(); break; case DT_NULL_MOBJ: // The mobj will be removed. ClMobj_ReadNullDelta(); break; case DT_PLAYER: ClPlayer_ReadDelta(); break; case DT_SECTOR: Cl_ReadSectorDelta(deltaType); break; //case DT_SIDE_R6: // Old format. case DT_SIDE: Cl_ReadSideDelta(deltaType); break; case DT_POLY: Cl_ReadPolyDelta(); break; case DT_SOUND: case DT_MOBJ_SOUND: case DT_SECTOR_SOUND: case DT_SIDE_SOUND: case DT_POLY_SOUND: Cl_ReadSoundDelta((deltatype_t) deltaType); break; default: LOG_NET_ERROR("Received unknown delta type %i (message size: %i bytes)") << deltaType << netBuffer.length; return; } } if(!gotFrame) { LOGDEV_NET_NOTE("First frame received"); } // We have now received a frame. gotFrame = true; } doomsday-1.14.5/doomsday/client/src/client/cl_main.cpp0000664000175000017500000003241312350542237022163 0ustar jaakkojaakko/** @file cl_main.cpp Network client. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "client/cl_def.h" #include "api_client.h" #include "client/cl_frame.h" #include "client/cl_infine.h" #include "client/cl_player.h" #include "client/cl_sound.h" #include "client/cl_world.h" #include "con_main.h" #include "audio/s_main.h" #include "network/net_demo.h" #include "world/map.h" #include "world/p_players.h" #include #include #include #include using namespace de; ident_t clientID; bool handshakeReceived; int gameReady; int serverTime; bool netLoggedIn; // Logged in to the server. int clientPaused; // Set by the server. void Cl_InitID() { if(int i = CommandLine_CheckWith("-id", 1)) { clientID = strtoul(CommandLine_At(i + 1), 0, 0); LOG_NET_NOTE("Using custom client ID: 0x%08x") << clientID; return; } // Read the client ID number file. srand(time(NULL)); if(FILE *file = fopen("client.id", "rb")) { if(fread(&clientID, sizeof(clientID), 1, file)) { clientID = ULONG(clientID); fclose(file); return; } fclose(file); } // Ah-ha, we need to generate a new ID. clientID = (ident_t) ULONG(Timer_RealMilliseconds() * rand() + (rand() & 0xfff) + ((rand() & 0xfff) << 12) + ((rand() & 0xff) << 24)); // Write it to the file. if(FILE *file = fopen("client.id", "wb")) { fwrite(&clientID, sizeof(clientID), 1, file); fclose(file); } } int Cl_GameReady() { return (handshakeReceived && gameReady); } void Cl_CleanUp() { LOG_NET_MSG("Cleaning up client state"); clientPaused = false; handshakeReceived = false; //S_Reset(); S_MapChange(); // Reset the local world state. App_WorldSystem().reset(); // Discard the translation tables for the server we've just left. Cl_ResetTransTables(); GL_SetFilter(false); } void Cl_SendHello() { LOG_AS("Cl_SendHello"); Msg_Begin(PCL_HELLO2); Writer_WriteUInt32(msgWriter, clientID); // The game mode is included in the hello packet. char buf[256]; zap(buf); strncpy(buf, App_CurrentGame().identityKey().toUtf8().constData(), sizeof(buf) - 1); LOGDEV_NET_VERBOSE("game mode = %s") << buf; Writer_Write(msgWriter, buf, 16); Msg_End(); Net_SendBuffer(0, 0); } void Cl_AnswerHandshake() { LOG_AS("Cl_AnswerHandshake"); byte remoteVersion = Reader_ReadByte(msgReader); byte myConsole = Reader_ReadByte(msgReader); uint playersInGame = Reader_ReadUInt32(msgReader); float remoteGameTime = Reader_ReadFloat(msgReader); // Immediately send an acknowledgement. This lets the server evaluate // an approximate ping time. Msg_Begin(PCL_ACK_SHAKE); Msg_End(); Net_SendBuffer(0, 0); // Check the version number. if(remoteVersion != SV_VERSION) { LOG_NET_ERROR("Version conflict! (you:%i, server:%i)") << SV_VERSION << remoteVersion; Con_Execute(CMDS_DDAY, "net disconnect", false, false); Demo_StopPlayback(); Con_Open(true); return; } // Update time and player ingame status. gameTime = remoteGameTime; for(int i = 0; i < DDMAXPLAYERS; ++i) { /// @todo With multiple local players, must clear only the appropriate flags. ddPlayers[i].shared.flags &= ~DDPF_LOCAL; ddPlayers[i].shared.inGame = (playersInGame & (1 << i)) != 0; } consolePlayer = displayPlayer = myConsole; clients[consolePlayer].viewConsole = consolePlayer; // Mark us as the only local player. ddPlayers[consolePlayer].shared.flags |= DDPF_LOCAL; Smoother_Clear(clients[consolePlayer].smoother); ddPlayers[consolePlayer].shared.flags &= ~DDPF_USE_VIEW_FILTER; isClient = true; isServer = false; netLoggedIn = false; clientPaused = false; if(handshakeReceived) return; // This prevents redundant re-initialization. handshakeReceived = true; // Soon after this packet will follow the game's handshake. gameReady = false; Cl_InitFrame(); LOGDEV_NET_MSG("Answering handshake: myConsole:%i, remoteGameTime:%.2f") << myConsole << remoteGameTime; /* * Tell the game that we have arrived. The map will be changed when the * game's handshake arrives (handled in the game). */ gx.NetPlayerEvent(consolePlayer, DDPE_ARRIVAL, 0); // Prepare the client-side data. Cl_InitPlayers(); Cl_InitTransTables(); // Get ready for ticking. DD_ResetTimer(); Con_Executef(CMDS_DDAY, true, "setcon %i", consolePlayer); } void Cl_HandlePlayerInfo() { byte console = Reader_ReadByte(msgReader); size_t len = Reader_ReadUInt16(msgReader); len = MIN_OF(PLAYERNAMELEN - 1, len); char name[PLAYERNAMELEN]; zap(name); Reader_Read(msgReader, name, len); LOG_NET_VERBOSE("Player %i named \"%s\"") << console << name; // Is the console number valid? if(console >= DDMAXPLAYERS) return; player_t *plr = &ddPlayers[console]; bool present = plr->shared.inGame; plr->shared.inGame = true; strcpy(clients[console].name, name); if(!present) { // This is a new player! Let the game know about this. gx.NetPlayerEvent(console, DDPE_ARRIVAL, 0); Smoother_Clear(clients[console].smoother); } } void Cl_PlayerLeaves(int plrNum) { LOG_NET_NOTE("Player %i has left the game") << plrNum; ddPlayers[plrNum].shared.inGame = false; gx.NetPlayerEvent(plrNum, DDPE_EXIT, 0); } void Cl_GetPackets() { // All messages come from the server. while(Net_GetPacket()) { Msg_BeginRead(); // First check for packets that are only valid when // a game is in progress. if(Cl_GameReady()) { switch(netBuffer.msg.type) { case PSV_FIRST_FRAME2: case PSV_FRAME2: Cl_Frame2Received(netBuffer.msg.type); Msg_EndRead(); continue; // Get the next packet. case PSV_SOUND: Cl_Sound(); Msg_EndRead(); continue; // Get the next packet. default: break; } } // How about the rest? switch(netBuffer.msg.type) { case PSV_PLAYER_FIX: ClPlayer_HandleFix(); break; case PKT_DEMOCAM: case PKT_DEMOCAM_RESUME: Demo_ReadLocalCamera(); break; case PKT_PING: Net_PingResponse(); break; case PSV_SYNC: // The server updates our time. Latency has been taken into // account, so... gameTime = Reader_ReadFloat(msgReader); LOGDEV_NET_VERBOSE("PSV_SYNC: gameTime=%.3f") << gameTime; DD_ResetTimer(); break; case PSV_HANDSHAKE: Cl_AnswerHandshake(); break; case PSV_MATERIAL_ARCHIVE: Cl_ReadServerMaterials(); break; case PSV_MOBJ_TYPE_ID_LIST: Cl_ReadServerMobjTypeIDs(); break; case PSV_MOBJ_STATE_ID_LIST: Cl_ReadServerMobjStateIDs(); break; case PKT_PLAYER_INFO: Cl_HandlePlayerInfo(); break; case PSV_PLAYER_EXIT: Cl_PlayerLeaves(Reader_ReadByte(msgReader)); break; case PKT_CHAT: { int msgfrom = Reader_ReadByte(msgReader); int mask = Reader_ReadUInt32(msgReader); DENG2_UNUSED(mask); size_t len = Reader_ReadUInt16(msgReader); char *msg = (char *) M_Malloc(len + 1); Reader_Read(msgReader, msg, len); msg[len] = 0; Net_ShowChatMessage(msgfrom, msg); gx.NetPlayerEvent(msgfrom, DDPE_CHAT_MESSAGE, msg); M_Free(msg); break; } case PSV_SERVER_CLOSE: // We should quit? netLoggedIn = false; Con_Execute(CMDS_DDAY, "net disconnect", true, false); break; case PSV_CONSOLE_TEXT: { uint32_t conFlags = Reader_ReadUInt32(msgReader); uint16_t textLen = Reader_ReadUInt16(msgReader); char *text = (char *) M_Malloc(textLen + 1); Reader_Read(msgReader, text, textLen); text[textLen] = 0; DENG_UNUSED(conFlags); LOG_NOTE("%s") << text; M_Free(text); break; } case PKT_LOGIN: // Server responds to our login request. Let's see if we were successful. netLoggedIn = CPP_BOOL(Reader_ReadByte(msgReader)); break; case PSV_FINALE: Cl_Finale(msgReader); break; case PSV_FRAME2: case PSV_FIRST_FRAME2: case PSV_SOUND: LOGDEV_NET_WARNING("Packet type %i was discarded (client not ready)") << netBuffer.msg.type; break; default: if(netBuffer.msg.type >= PKT_GAME_MARKER) { gx.HandlePacket(netBuffer.player, netBuffer.msg.type, netBuffer.msg.data, netBuffer.length); } else { LOG_NET_WARNING("Packet was discarded (unknown type %i)") << netBuffer.msg.type; } } Msg_EndRead(); } } #ifdef DENG_DEBUG /** * Check the state of the client on engineside. A debugging utility. */ static void assertPlayerIsValid(int plrNum) { LOG_AS("Client.assertPlayerIsValid"); if(!isClient || !Cl_GameReady() || clientPaused) return; if(plrNum < 0 || plrNum >= DDMAXPLAYERS) return; player_t *plr = &ddPlayers[plrNum]; clplayerstate_t *s = ClPlayer_State(plrNum); // Must have a mobj! if(!s->clMobjId || !plr->shared.mo) return; mobj_t *clmo = ClMobj_Find(s->clMobjId); if(!clmo) { LOGDEV_NET_NOTE("Player %i does not have a clmobj yet [%i]") << plrNum << s->clMobjId; return; } mobj_t *mo = plr->shared.mo; /* ("Assert: client %i, clmo %i (flags 0x%x)", plrNum, clmo->thinker.id, clmo->ddFlags); */ // Make sure the flags are correctly set for a client. if(mo->ddFlags & DDMF_REMOTE) { LOGDEV_NET_NOTE("Player %i's mobj should not be remote") << plrNum; } if(clmo->ddFlags & DDMF_SOLID) { LOGDEV_NET_NOTE("Player %i's clmobj should not be solid (when player is alive)") << plrNum; } } #endif // DENG_DEBUG void Cl_Ticker(timespan_t ticLength) { if(!isClient || !Cl_GameReady() || clientPaused) return; // On clientside, players are represented by two mobjs: the real mobj, // created by the Game, is the one that is visible and modified by game // logic. We'll need to sync the hidden client mobj (that receives all // the changes from the server) to match the changes. The game ticker // has already been run when Cl_Ticker() is called, so let's update the // player's clmobj to its updated state. for(int i = 0; i < DDMAXPLAYERS; ++i) { if(!ddPlayers[i].shared.inGame) continue; if(i != consolePlayer) { if(ddPlayers[i].shared.mo) { Smoother_AddPos(clients[i].smoother, Cl_FrameGameTime(), ddPlayers[i].shared.mo->origin[VX], ddPlayers[i].shared.mo->origin[VY], ddPlayers[i].shared.mo->origin[VZ], false); } // Update the smoother. Smoother_Advance(clients[i].smoother, ticLength); } ClPlayer_ApplyPendingFixes(i); ClPlayer_UpdateOrigin(i); #ifdef DENG_DEBUG assertPlayerIsValid(i); #endif } if(App_WorldSystem().hasMap()) { App_WorldSystem().map().expireClMobjs(); } } /** * Clients use this to establish a remote connection to the server. */ D_CMD(Login) { DENG2_UNUSED(src); // Only clients can log in. if(!isClient) return false; Msg_Begin(PKT_LOGIN); // Write the password. if(argc == 1) { Writer_WriteByte(msgWriter, 0); // No password given! } else if(strlen(argv[1]) <= 255) { Writer_WriteByte(msgWriter, strlen(argv[1])); Writer_Write(msgWriter, argv[1], strlen(argv[1])); } else { Msg_End(); return false; } Msg_End(); Net_SendBuffer(0, 0); return true; } doomsday-1.14.5/doomsday/client/src/dualstring.cpp0000664000175000017500000000457312350542237021465 0ustar jaakkojaakko/** @file dualstring.cpp * * Utility class for strings that need both Unicode and C-string access. * @ingroup data * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "dualstring.h" namespace de { DualString::DualString() { _str = Str_NewStd(); } DualString::DualString(const DualString& other) : String(other) { _str = Str_NewStd(); Str_Copy(_str, other._str); } DualString::DualString(const String& other) : String(other) { _str = Str_NewStd(); } void DualString::clear() { String::clear(); Str_Truncate(_str, 0); // existing pointer remains valid } DualString::~DualString() { Str_Delete(_str); } DualString& DualString::operator = (const DualString& other) { static_cast(*this) = other; Str_Copy(_str, other._str); return *this; } DualString& DualString::operator = (const char* cStr) { static_cast(*this) = cStr; return *this; } DualString& DualString::operator = (const String& str) { static_cast(*this) = str; return *this; } const ::Str* DualString::toStrAscii() const { Str_Set(_str, toLatin1().constData()); return _str; } const ::Str* DualString::toStrUtf8() const { Str_Set(_str, toUtf8().constData()); return _str; } ::Str* DualString::toStr() { Str_Set(_str, toUtf8().constData()); return _str; } void DualString::update() { static_cast(*this) = QString::fromUtf8(Str_Text(_str)); } const char* DualString::asciiCStr() { return Str_Text(toStrAscii()); } const char* DualString::utf8CStr() { return Str_Text(toStrUtf8()); } } // namespace de doomsday-1.14.5/doomsday/client/src/ui/0000775000175000017500000000000012350542240017203 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/ui/b_context.cpp0000664000175000017500000006355112350542237021714 0ustar jaakkojaakko/** @file b_context.cpp Bindings Contexts. @ingroup ui * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_BINDING #include #include "de_console.h" #include "de_misc.h" #include "dd_main.h" #include "ui/b_main.h" #include "ui/b_context.h" #include "ui/p_control.h" #include static int bindContextCount; static bcontext_t** bindContexts; /** * Destroy all binding contexts and the bindings within the contexts. * Called at shutdown time. */ void B_DestroyAllContexts(void) { int i; if(bindContexts) { // Do not use the global bindContextCount to control the loop; it is // changed as a sideeffect of B_DestroyContext() and also, the // bindContexts array itself is shifted back to idx 0 afterwards. int numBindClasses = bindContextCount; for(i = 0; i < numBindClasses; ++i) { B_DestroyContext(bindContexts[0]); } M_Free(bindContexts); } bindContexts = NULL; bindContextCount = 0; } /** * Marks all device states with the highest-priority binding context to * which they have a connection via device bindings. This ensures that if a * high-priority context is using a particular device state, lower-priority * contexts will not be using the same state for their own controls. * * Called automatically whenever a context is activated or deactivated. */ void B_UpdateDeviceStateAssociations(void) { int i, j; uint k; bcontext_t* bc; evbinding_t* eb; controlbinding_t* conBin; dbinding_t* db; I_ClearDeviceContextAssociations(); // We need to iterate through all the device bindings in all context. for(i = 0; i < bindContextCount; ++i) { bc = bindContexts[i]; // Skip inactive contexts. if(!(bc->flags & BCF_ACTIVE)) continue; // Mark all event bindings in the context. for(eb = bc->commandBinds.next; eb != &bc->commandBinds; eb = eb->next) { inputdev_t *dev = I_GetDevice(eb->device); switch(eb->type) { case E_TOGGLE: if(!dev->keys[eb->id].assoc.bContext) dev->keys[eb->id].assoc.bContext = bc; break; case E_AXIS: if(!dev->axes[eb->id].assoc.bContext) dev->axes[eb->id].assoc.bContext = bc; break; case E_ANGLE: if(!dev->hats[eb->id].assoc.bContext) dev->hats[eb->id].assoc.bContext = bc; break; case E_SYMBOLIC: break; default: Con_Error("B_UpdateDeviceStateAssociations: Invalid value, " "eb->type = %i.", (int) eb->type); break; } } // All controls in the context. for(conBin = bc->controlBinds.next; conBin != &bc->controlBinds; conBin = conBin->next) { for(k = 0; k < DDMAXPLAYERS; ++k) { // Associate all the device bindings. for(db = conBin->deviceBinds[k].next; db != &conBin->deviceBinds[k]; db = db->next) { inputdev_t *dev = I_GetDevice(db->device); switch(db->type) { case CBD_TOGGLE: if(!dev->keys[db->id].assoc.bContext) dev->keys[db->id].assoc.bContext = bc; break; case CBD_AXIS: if(!dev->axes[db->id].assoc.bContext) dev->axes[db->id].assoc.bContext = bc; break; case CBD_ANGLE: if(!dev->hats[db->id].assoc.bContext) dev->hats[db->id].assoc.bContext = bc; break; default: Con_Error("B_UpdateDeviceStateAssociations: Invalid value, " "db->type = %i.", (int) db->type); break; } } } } // If the context have made a broad device acquisition, mark all // relevant states. if(bc->flags & BCF_ACQUIRE_KEYBOARD) { inputdev_t *dev = I_GetDevice(IDEV_KEYBOARD); for(k = 0; k < dev->numKeys; ++k) { if(!dev->keys[k].assoc.bContext) dev->keys[k].assoc.bContext = bc; } } if(bc->flags & BCF_ACQUIRE_ALL) { int j; for(j = 0; j < NUM_INPUT_DEVICES; ++j) { inputdev_t *dev = I_GetDevice(j, OnlyActiveInputDevice); if(!dev) continue; for(k = 0; k < dev->numKeys; ++k) { if(!dev->keys[k].assoc.bContext) dev->keys[k].assoc.bContext = bc; } for(k = 0; k < dev->numAxes; ++k) { if(!dev->axes[k].assoc.bContext) dev->axes[k].assoc.bContext = bc; } for(k = 0; k < dev->numHats; ++k) { if(!dev->hats[k].assoc.bContext) dev->hats[k].assoc.bContext = bc; } } } } // Now that we know what are the updated context associations, let's check // the devices and see if any of the states need to be expired. for(i = 0; i < NUM_INPUT_DEVICES; ++i) { inputdev_t *dev = I_GetDevice(i); // Keys. for(j = 0; j < (int)dev->numKeys; ++j) { if(dev->keys[j].assoc.bContext != dev->keys[j].assoc.prevBContext && dev->keys[j].isDown) { // No longer valid. dev->keys[j].assoc.flags |= IDAF_EXPIRED; dev->keys[j].assoc.flags &= ~IDAF_TRIGGERED; // Not any more. DD_ClearKeyRepeaterForKey(j, -1); } } // Axes. for(j = 0; j < (int)dev->numAxes; ++j) { if(dev->axes[j].assoc.bContext != dev->axes[j].assoc.prevBContext && dev->axes[j].position != 0) { // No longer valid. dev->axes[j].assoc.flags |= IDAF_EXPIRED; } } // Hats. for(j = 0; j < (int)dev->numHats; ++j) { if(dev->hats[j].assoc.bContext != dev->hats[j].assoc.prevBContext && dev->hats[j].pos >= 0) { // No longer valid. dev->hats[j].assoc.flags |= IDAF_EXPIRED; } } } } static void B_SetContextCount(int count) { bindContexts = (bcontext_t **) M_Realloc(bindContexts, sizeof(bcontext_t*) * count); bindContextCount = count; } static void B_InsertContext(bcontext_t* bc, int contextIdx) { B_SetContextCount(bindContextCount + 1); if(contextIdx < bindContextCount - 1) { // We need to make room for this new binding context. memmove(&bindContexts[contextIdx + 1], &bindContexts[contextIdx], sizeof(bcontext_t*) * (bindContextCount - 1 - contextIdx)); } bindContexts[contextIdx] = bc; } static void B_RemoveContext(bcontext_t* bc) { int contextIdx = B_GetContextPos(bc); if(contextIdx >= 0) { memmove(&bindContexts[contextIdx], &bindContexts[contextIdx + 1], sizeof(bcontext_t*) * (bindContextCount - 1 - contextIdx)); B_SetContextCount(bindContextCount - 1); } } /** * Creates a new binding context. The new context has the highest priority * of all existing contexts, and is inactive. */ bcontext_t* B_NewContext(const char* name) { bcontext_t* bc = (bcontext_t *) M_Calloc(sizeof(bcontext_t)); bc->name = strdup(name); B_InitCommandBindingList(&bc->commandBinds); B_InitControlBindingList(&bc->controlBinds); B_InsertContext(bc, 0); return bc; } void B_DestroyContext(bcontext_t* bc) { if(!bc) return; B_RemoveContext(bc); M_Free(bc->name); B_ClearContext(bc); M_Free(bc); } void B_ClearContext(bcontext_t* bc) { B_DestroyCommandBindingList(&bc->commandBinds); B_DestroyControlBindingList(&bc->controlBinds); } void B_ActivateContext(bcontext_t* bc, dd_bool doActivate) { if(!bc) return; LOG_INPUT_VERBOSE("%s binding context '%s'") << (doActivate? "Activating" : "Deactivating") << bc->name; bc->flags &= ~BCF_ACTIVE; if(doActivate) bc->flags |= BCF_ACTIVE; B_UpdateDeviceStateAssociations(); if(bc->flags & BCF_ACQUIRE_ALL) { I_ResetAllDevices(); } } void B_AcquireKeyboard(bcontext_t* bc, dd_bool doAcquire) { bc->flags &= ~BCF_ACQUIRE_KEYBOARD; if(doAcquire) bc->flags |= BCF_ACQUIRE_KEYBOARD; B_UpdateDeviceStateAssociations(); } void B_AcquireAll(bcontext_t* bc, dd_bool doAcquire) { bc->flags &= ~BCF_ACQUIRE_ALL; if(doAcquire) bc->flags |= BCF_ACQUIRE_ALL; B_UpdateDeviceStateAssociations(); } void B_SetContextFallbackForDDEvents(const char* name, int (*ddResponderFunc)(const ddevent_t*)) { bcontext_t *ctx = B_ContextByName(name); if(!ctx) return; ctx->ddFallbackResponder = ddResponderFunc; } void B_SetContextFallback(const char* name, int (*responderFunc)(event_t*)) { bcontext_t *ctx = B_ContextByName(name); if(!ctx) return; ctx->fallbackResponder = responderFunc; } bcontext_t* B_ContextByName(const char* name) { for(int i = 0; i < bindContextCount; ++i) { if(!strcasecmp(name, bindContexts[i]->name)) return bindContexts[i]; } return NULL; } bcontext_t* B_ContextByPos(int pos) { if(pos < 0 || pos >= bindContextCount) return NULL; return bindContexts[pos]; } int B_ContextCount(void) { return bindContextCount; } int B_GetContextPos(bcontext_t* bc) { int i; for(i = 0; i < bindContextCount; ++i) { if(bindContexts[i] == bc) return i; } return -1; } void B_ReorderContext(bcontext_t* bc, int pos) { B_RemoveContext(bc); B_InsertContext(bc, pos); } controlbinding_t* B_NewControlBinding(bcontext_t* bc) { controlbinding_t* conBin = (controlbinding_t *) M_Calloc(sizeof(controlbinding_t)); conBin->bid = B_NewIdentifier(); for(int i = 0; i < DDMAXPLAYERS; ++i) { B_InitDeviceBindingList(&conBin->deviceBinds[i]); } // Link it in. conBin->next = &bc->controlBinds; conBin->prev = bc->controlBinds.prev; bc->controlBinds.prev->next = conBin; bc->controlBinds.prev = conBin; return conBin; } controlbinding_t* B_FindControlBinding(bcontext_t* bc, int control) { controlbinding_t* i; for(i = bc->controlBinds.next; i != &bc->controlBinds; i = i->next) { if(i->control == control) return i; } return NULL; } controlbinding_t* B_GetControlBinding(bcontext_t* bc, int control) { controlbinding_t* b = B_FindControlBinding(bc, control); if(!b) { // Create a new one. b = B_NewControlBinding(bc); b->control = control; } return b; } void B_DestroyControlBinding(controlbinding_t* conBin) { int i; if(!conBin) return; assert(conBin->bid != 0); // Unlink first, if linked. if(conBin->prev) { conBin->prev->next = conBin->next; conBin->next->prev = conBin->prev; } for(i = 0; i < DDMAXPLAYERS; ++i) { B_DestroyDeviceBindingList(&conBin->deviceBinds[i]); } M_Free(conBin); } void B_InitControlBindingList(controlbinding_t* listRoot) { memset(listRoot, 0, sizeof(*listRoot)); listRoot->next = listRoot->prev = listRoot; } void B_DestroyControlBindingList(controlbinding_t* listRoot) { while(listRoot->next != listRoot) { B_DestroyControlBinding(listRoot->next); } } /** * @return @c true, if the binding was found and deleted. */ dd_bool B_DeleteBinding(bcontext_t* bc, int bid) { int i; evbinding_t* eb = 0; controlbinding_t* conBin = 0; dbinding_t* db = 0; // Check if it is one of the command bindings. for(eb = bc->commandBinds.next; eb != &bc->commandBinds; eb = eb->next) { if(eb->bid == bid) { B_DestroyCommandBinding(eb); return true; } } // How about one of the control bindings? for(conBin = bc->controlBinds.next; conBin != &bc->controlBinds; conBin = conBin->next) { if(conBin->bid == bid) { B_DestroyControlBinding(conBin); return true; } // It may also be a device binding. for(i = 0; i < DDMAXPLAYERS; ++i) { for(db = conBin->deviceBinds[i].next; db != &conBin->deviceBinds[i]; db = db->next) { if(db->bid == bid) { B_DestroyDeviceBinding(db); return true; } } } } return false; } de::Action *BindContext_ActionForEvent(bcontext_t *bc, ddevent_t const *event, bool respectHigherAssociatedContexts) { // See if the command bindings will have it. for(evbinding_t *eb = bc->commandBinds.next; eb != &bc->commandBinds; eb = eb->next) { de::Action *act = 0; if((act = EventBinding_ActionForEvent(eb, event, bc, respectHigherAssociatedContexts)) != 0) { return act; } } return 0; } de::Action *B_ActionForEvent(ddevent_t const *event) { event_t ev; bool validGameEvent = DD_ConvertEvent(event, &ev); for(int i = 0; i < bindContextCount; ++i) { bcontext_t *bc = bindContexts[i]; if(!(bc->flags & BCF_ACTIVE)) continue; de::Action *act = BindContext_ActionForEvent(bc, event, true); if(act) { return act; } /** * @todo Conceptually the fallback responders don't belong: instead of * "responding" (immediately performing a reaction), we should be * returning an Action instance. -jk */ // Try the fallback responders. if(bc->ddFallbackResponder && bc->ddFallbackResponder(event)) return 0; // fallback responder executed something if(validGameEvent && bc->fallbackResponder && bc->fallbackResponder(&ev)) return 0; // fallback responder executed something } // Nobody had a binding for this event. return 0; } /** * Looks through the bindings to find the ones that are bound to the * specified command. The result is a space-separated list of bindings * such as (idnum is the binding ID number): * * idnum@@game:key-space-down idnum@@game:key-e-down * * @param cmd Command to look for. * @param buf Output buffer for the result. * @param bufSize Size of output buffer. * * @return Number of bindings found for the command. */ int B_BindingsForCommand(const char* cmd, char* buf, size_t bufSize) { ddstring_t result; ddstring_t str; bcontext_t* bc; int i; int numFound = 0; Str_Init(&result); Str_Init(&str); for(i = 0; i < bindContextCount; ++i) { evbinding_t* e; bc = bindContexts[i]; for(e = bc->commandBinds.next; e != &bc->commandBinds; e = e->next) { if(strcmp(e->command, cmd)) continue; // It's here! if(numFound) { Str_Append(&result, " "); } numFound++; B_EventBindingToString(e, &str); Str_Appendf(&result, "%i@%s:%s", e->bid, bc->name, Str_Text(&str)); } } // Copy the result to the return buffer. memset(buf, 0, bufSize); strncpy(buf, Str_Text(&result), bufSize - 1); Str_Free(&result); Str_Free(&str); return numFound; } /** * Looks through the bindings to find the ones that are bound to the * specified control. The result is a space-separated list of bindings. * * @param localPlayer Number of the local player (first one always 0). * @param controlName Name of the player control. * @param inverse One of BFCI_*. * @param buf Output buffer for the result. * @param bufSize Size of output buffer. * * @return Number of bindings found for the command. */ int B_BindingsForControl(int localPlayer, const char* controlName, int inverse, char* buf, size_t bufSize) { ddstring_t result; ddstring_t str; bcontext_t* bc; int i; int numFound = 0; if(localPlayer < 0 || localPlayer >= DDMAXPLAYERS) return 0; Str_Init(&result); Str_Init(&str); for(i = 0; i < bindContextCount; ++i) { controlbinding_t* c; dbinding_t* d; bc = bindContexts[i]; for(c = bc->controlBinds.next; c != &bc->controlBinds; c = c->next) { const char* name = P_PlayerControlById(c->control)->name; if(strcmp(name, controlName)) continue; // Wrong control. for(d = c->deviceBinds[localPlayer].next; d != &c->deviceBinds[localPlayer]; d = d->next) { if(inverse == BFCI_BOTH || (inverse == BFCI_ONLY_NON_INVERSE && !(d->flags & CBDF_INVERSE)) || (inverse == BFCI_ONLY_INVERSE && (d->flags & CBDF_INVERSE))) { // It's here! if(numFound) { Str_Append(&result, " "); } numFound++; B_DeviceBindingToString(d, &str); Str_Appendf(&result, "%i@%s:%s", d->bid, bc->name, Str_Text(&str)); } } } } // Copy the result to the return buffer. memset(buf, 0, bufSize); strncpy(buf, Str_Text(&result), bufSize - 1); Str_Free(&result); Str_Free(&str); return numFound; } dd_bool B_AreConditionsEqual(int count1, const statecondition_t* conds1, int count2, const statecondition_t* conds2) { int i, k; // Quick test (assumes there are no duplicated conditions). if(count1 != count2) return false; for(i = 0; i < count1; ++i) { dd_bool found = false; for(k = 0; k < count2; ++k) { if(B_EqualConditions(conds1 + i, conds2 + k)) { found = true; break; } } if(!found) return false; } return true; } dd_bool B_FindMatchingBinding(bcontext_t* bc, evbinding_t* match1, dbinding_t* match2, evbinding_t** evResult, dbinding_t** dResult) { evbinding_t* e; controlbinding_t* c; dbinding_t* d; int i; *evResult = NULL; *dResult = NULL; for(e = bc->commandBinds.next; e != &bc->commandBinds; e = e->next) { if(match1 && match1->bid != e->bid) { if(B_AreConditionsEqual(match1->numConds, match1->conds, e->numConds, e->conds) && match1->device == e->device && match1->id == e->id && match1->type == e->type && match1->state == e->state) { *evResult = e; return true; } } if(match2) { if(B_AreConditionsEqual(match2->numConds, match2->conds, e->numConds, e->conds) && match2->device == e->device && match2->id == e->id && match2->type == (cbdevtype_t) e->type) { *evResult = e; return true; } } } for(c = bc->controlBinds.next; c != &bc->controlBinds; c = c->next) { for(i = 0; i < DDMAXPLAYERS; ++i) { for(d = c->deviceBinds[i].next; d != &c->deviceBinds[i]; d = d->next) { if(match1) { if(B_AreConditionsEqual(match1->numConds, match1->conds, d->numConds, d->conds) && match1->device == d->device && match1->id == d->id && match1->type == (ddeventtype_t) d->type) { *dResult = d; return true; } } if(match2 && match2->bid != d->bid) { if(B_AreConditionsEqual(match2->numConds, match2->conds, d->numConds, d->conds) && match2->device == d->device && match2->id == d->id && match2->type == d->type) { *dResult = d; return true; } } } } } // Nothing found. return false; } void B_PrintContexts(void) { int i; bcontext_t* bc; LOG_INPUT_MSG("%i binding contexts defined:") << bindContextCount; for(i = 0; i < bindContextCount; ++i) { bc = bindContexts[i]; LOG_INPUT_MSG("[%3i] %s\"%s\"" _E(.) " (%s)") << i << (bc->flags & BCF_ACTIVE? _E(b) : _E(w)) << bc->name << (bc->flags & BCF_ACTIVE? "active" : "inactive"); } } void B_PrintAllBindings(void) { int i, k, count; bcontext_t* bc; evbinding_t* e; controlbinding_t* c; dbinding_t* d; AutoStr* str = AutoStr_NewStd(); LOG_INPUT_MSG("%i binding contexts defined") << bindContextCount; #define BIDFORMAT "[%3i]" for(i = 0; i < bindContextCount; ++i) { bc = bindContexts[i]; LOG_INPUT_MSG(_E(b)"Context \"%s\" (%s):") << bc->name << (bc->flags & BCF_ACTIVE? "active" : "inactive"); // Commands. for(count = 0, e = bc->commandBinds.next; e != &bc->commandBinds; e = e->next, count++) {} if(count) LOG_INPUT_MSG(" %i event bindings:") << count; for(e = bc->commandBinds.next; e != &bc->commandBinds; e = e->next) { B_EventBindingToString(e, str); LOG_INPUT_MSG(" " BIDFORMAT " %s : " _E(>) "%s") << e->bid << Str_Text(str) << e->command; } // Controls. for(count = 0, c = bc->controlBinds.next; c != &bc->controlBinds; c = c->next, count++) {} if(count) LOG_INPUT_MSG(" %i control bindings") << count; for(c = bc->controlBinds.next; c != &bc->controlBinds; c = c->next) { const char* controlName = P_PlayerControlById(c->control)->name; LOG_INPUT_MSG(_E(D) " Control \"%s\" " BIDFORMAT ":") << controlName << c->bid; for(k = 0; k < DDMAXPLAYERS; ++k) { for(count = 0, d = c->deviceBinds[k].next; d != &c->deviceBinds[k]; d = d->next, count++) {} if(!count) continue; LOG_INPUT_MSG(" Local player %i has %i device bindings for \"%s\":") << k + 1 << count << controlName; for(d = c->deviceBinds[k].next; d != &c->deviceBinds[k]; d = d->next) { B_DeviceBindingToString(d, str); LOG_INPUT_MSG(" " BIDFORMAT " %s") << d->bid << Str_Text(str); } } } } } void B_WriteContextToFile(const bcontext_t* bc, FILE* file) { evbinding_t* e; controlbinding_t* c; dbinding_t* d; int k; AutoStr* str = AutoStr_NewStd(); // Commands. for(e = bc->commandBinds.next; e != &bc->commandBinds; e = e->next) { B_EventBindingToString(e, str); fprintf(file, "bindevent \"%s:%s\" \"", bc->name, Str_Text(str)); M_WriteTextEsc(file, e->command); fprintf(file, "\"\n"); } // Controls. for(c = bc->controlBinds.next; c != &bc->controlBinds; c = c->next) { const char* controlName = P_PlayerControlById(c->control)->name; for(k = 0; k < DDMAXPLAYERS; ++k) { for(d = c->deviceBinds[k].next; d != &c->deviceBinds[k]; d = d->next) { B_DeviceBindingToString(d, str); fprintf(file, "bindcontrol local%i-%s \"%s\"\n", k + 1, controlName, Str_Text(str)); } } } } // b_main.c DENG_EXTERN_C int DD_GetKeyCode(const char* key); // dd_input.c DENG_EXTERN_C void DD_ClearKeyRepeaters(void); DENG_DECLARE_API(B) = { { DE_API_BINDING }, B_SetContextFallback, B_BindingsForCommand, B_BindingsForControl, DD_ClearKeyRepeaters, DD_GetKeyCode }; doomsday-1.14.5/doomsday/client/src/ui/nativeui.cpp0000664000175000017500000001037312350542240021537 0ustar jaakkojaakko/** @file nativeui.cpp Native GUI functionality. * @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include "dd_share.h" #include "sys_system.h" #include #include #include #include #include #include #include "ui/nativeui.h" void Sys_MessageBox(messageboxtype_t type, const char* title, const char* msg, const char* detailedMsg) { Sys_MessageBox2(type, title, msg, 0, detailedMsg); } void Sys_MessageBox2(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char* detailedMsg) { Sys_MessageBox3(type, title, msg, informativeMsg, detailedMsg, 0); } int Sys_MessageBox3(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char* detailedMsg, const char** buttons) { if(novideo) { // There's no GUI... qWarning("%s", msg); return 0; } QMessageBox box; box.setWindowTitle(title); box.setText(msg); switch(type) { case MBT_INFORMATION: box.setIcon(QMessageBox::Information); break; case MBT_QUESTION: box.setIcon(QMessageBox::Question); break; case MBT_WARNING: box.setIcon(QMessageBox::Warning); break; case MBT_ERROR: box.setIcon(QMessageBox::Critical); break; default: break; } if(detailedMsg) { /// @todo Making the dialog a bit wider would be nice, but it seems one has to /// derive a new message box class for that -- the default one has a fixed size. box.setDetailedText(detailedMsg); } if(informativeMsg) { box.setInformativeText(informativeMsg); } if(buttons) { for(int i = 0; buttons[i]; ++i) { box.addButton(buttons[i], i == 0? QMessageBox::AcceptRole : i == 1? QMessageBox::RejectRole : QMessageBox::ActionRole); } } return box.exec(); } void Sys_MessageBoxf(messageboxtype_t type, const char* title, const char* format, ...) { char buffer[1024]; va_list args; va_start(args, format); dd_vsnprintf(buffer, sizeof(buffer), format, args); va_end(args); Sys_MessageBox(type, title, buffer, 0); } int Sys_MessageBoxWithButtons(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char** buttons) { return Sys_MessageBox3(type, title, msg, informativeMsg, 0, buttons); } void Sys_MessageBoxWithDetailsFromFile(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char* detailsFileName) { try { de::Block details; de::ByteArrayFile const &file = de::App::rootFolder().locate(detailsFileName); file >> details; // This will be used as a null-terminated string. details.append('\0'); Sys_MessageBox2(type, title, msg, informativeMsg, details.constData()); } catch(de::Error const &er) { qWarning() << "Could not read" << detailsFileName << ":" << er.asText().toLatin1().constData(); // Show it without the details, then. Sys_MessageBox2(type, title, msg, informativeMsg, 0); } } doomsday-1.14.5/doomsday/client/src/ui/commandaction.cpp0000664000175000017500000000226712350542237022540 0ustar jaakkojaakko/** @file commandaction.cpp Action that executes a console command. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "CommandAction" #include "con_main.h" using namespace de; CommandAction::CommandAction(String const &cmd, int commandSource) : _command(cmd), _source(commandSource) {} void CommandAction::trigger() { Action::trigger(); Con_Execute(_source, _command.toUtf8(), false /*silent*/, false /*net*/); } doomsday-1.14.5/doomsday/client/src/ui/p_control.cpp0000664000175000017500000003651712350542240021722 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Player Controls. */ // HEADER FILES ------------------------------------------------------------ #define DENG_NO_API_MACROS_PLAYER #include #include #include "de_console.h" #include "de_misc.h" #include "de_system.h" #include "de_graphics.h" #include "dd_main.h" #include "world/p_players.h" #ifdef __CLIENT__ # include "ui/b_main.h" # include "ui/b_device.h" #endif #include "ui/p_control.h" // MACROS ------------------------------------------------------------------ /* // Number of triggered impulses buffered into each player's control state // table. The buffer is emptied when a ticcmd is built. #define MAX_IMPULSES 8 #define MAX_DESCRIPTOR_LENGTH 20 #define SLOW_TURN_TIME (6.0f / 35) */ // TYPES ------------------------------------------------------------------- /** * The control descriptors contain a mapping between symbolic control * names and the identifier numbers. */ /* typedef struct controldesc_s { char name[MAX_DESCRIPTOR_LENGTH + 1]; } controldesc_t; typedef struct controlclass_s { uint count; controldesc_t *desc; } controlclass_t; */ /** * Each player has his own control state table. */ /*typedef struct controlstate_s { // The axes are updated whenever their values are needed, // i.e. during the call to P_BuildCommand. controlaxis_t *axes; // The toggles are modified via console commands. controltoggle_t *toggles; // The triggered impulses are stored into a ring buffer. uint head, tail; impulse_t impulses[MAX_IMPULSES]; } controlstate_t; */ typedef enum doubleclickstate_s { DBCS_NONE, DBCS_POSITIVE, DBCS_NEGATIVE } doubleclickstate_t; /** * Double-"clicks" actually mean double activations that occur within the double-click * threshold. This is to allow double-clicks also from the numeric controls. */ typedef struct doubleclick_s { dd_bool triggered; // True if double-click has been detected. uint previousClickTime; // Previous time an activation occurred. doubleclickstate_t lastState; // State at the previous time the check was made. doubleclickstate_t previousClickState; // Previous click state. When duplicated, triggers // the double click. } doubleclick_t; typedef struct controlcounter_s { int control; short impulseCounts[DDMAXPLAYERS]; doubleclick_t doubleClicks[DDMAXPLAYERS]; } controlcounter_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- D_CMD(ListPlayerControls); D_CMD(ClearControlAccumulation); D_CMD(Impulse); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- /* // Control class names - [singular, plural]. const char *ctlClassNames[NUM_CONTROL_CLASSES][NUM_CONTROL_CLASSES] = { {{"Axis"}, {"Axes"}}, {{"Toggle"}, {"Toggles"}}, {{"Impulse"}, {"Impulses"}} };*/ // PRIVATE DATA DEFINITIONS ------------------------------------------------ static playercontrol_t* playerControls; static controlcounter_t** controlCounts; static int playerControlCount; static int doubleClickThresholdMilliseconds = 300; // CODE -------------------------------------------------------------------- static playercontrol_t* P_AllocPlayerControl(void) { playerControls = (playercontrol_t *) M_Realloc(playerControls, sizeof(playercontrol_t) * ++playerControlCount); controlCounts = (controlcounter_t **) M_Realloc(controlCounts, sizeof(controlcounter_t*) * playerControlCount); memset(&playerControls[playerControlCount - 1], 0, sizeof(playercontrol_t)); controlCounts[playerControlCount - 1] = NULL; return &playerControls[playerControlCount - 1]; } /** * Register the console commands and cvars of the player controls subsystem. */ void P_ControlRegister(void) { C_CMD("listcontrols", "", ListPlayerControls); C_CMD("impulse", NULL, Impulse); #ifdef __CLIENT__ C_CMD("resetctlaccum", "", ClearControlAccumulation); #endif C_VAR_INT("input-doubleclick-threshold", &doubleClickThresholdMilliseconds, 0, 0, 2000); } /** * This function is exported, so that plugins can register their controls. */ DENG_EXTERN_C void P_NewPlayerControl(int id, controltype_t type, const char *name, const char* bindContext) { playercontrol_t *pc = P_AllocPlayerControl(); pc->id = id; pc->type = type; pc->name = strdup(name); pc->isTriggerable = (type == CTLT_NUMERIC_TRIGGERED || type == CTLT_IMPULSE); pc->bindContextName = strdup(bindContext); // Also allocate the impulse and double-click counters. controlCounts[pc - playerControls] = (controlcounter_t *) M_Calloc(sizeof(controlcounter_t)); } playercontrol_t* P_PlayerControlById(int id) { int i; for(i = 0; i < playerControlCount; ++i) { if(playerControls[i].id == id) return playerControls + i; } return NULL; } int P_PlayerControlIndexForId(int id) { playercontrol_t* pc = P_PlayerControlById(id); if(!pc) { return -1; } return pc - playerControls; } playercontrol_t* P_PlayerControlByName(const char* name) { int i; for(i = 0; i < playerControlCount; ++i) { if(!strcasecmp(playerControls[i].name, name)) return playerControls + i; } return NULL; } void P_ControlShutdown(void) { if(playerControls) { int i; for(i = 0; i < playerControlCount; ++i) { M_Free(playerControls[i].name); M_Free(playerControls[i].bindContextName); M_Free(controlCounts[i]); } playerControlCount = 0; M_Free(playerControls); } playerControls = 0; if(controlCounts) M_Free(controlCounts); controlCounts = 0; } #ifdef __CLIENT__ /** * Updates the double-click state of a control and marks it as double-clicked * when the double-click condition is met. * * @param playerNum Player/console number. * @param control Index of the control. * @param pos State of the control. */ void P_MaintainControlDoubleClicks(int playerNum, int control, float pos) { doubleclickstate_t newState = DBCS_NONE; uint nowTime = 0; doubleclick_t* db = 0; if(!controlCounts || !controlCounts[control]) { return; } db = &controlCounts[control]->doubleClicks[playerNum]; if(doubleClickThresholdMilliseconds <= 0) { // Let's not waste time here. db->triggered = false; db->previousClickTime = 0; db->previousClickState = DBCS_NONE; return; } if(pos > .5) { newState = DBCS_POSITIVE; } else if(pos < -.5) { newState = DBCS_NEGATIVE; } else { // Release. db->lastState = newState; return; } // But has it actually changed? if(newState == db->lastState) { return; } // We have an activation! nowTime = Timer_RealMilliseconds(); if(newState == db->previousClickState && nowTime - db->previousClickTime < (uint) MAX_OF(0, doubleClickThresholdMilliseconds)) { ddevent_t event; Str* symbolicName = Str_NewStd(); db->triggered = true; switch(newState) { case DBCS_POSITIVE: Str_Append(symbolicName, "control-doubleclick-positive-"); break; case DBCS_NEGATIVE: Str_Append(symbolicName, "control-doubleclick-negative-"); break; default: break; } // Compose the name of the symbolic event. Str_Append(symbolicName, playerControls[control].name); LOG_AS("P_MaintainControlDoubleClicks"); LOG_INPUT_XVERBOSE("Triggered plr %i, ctl %i, " "state %i - threshold %i (%s)") << playerNum << control << newState << nowTime - db->previousClickTime << Str_Text(symbolicName); event.device = 0; event.type = E_SYMBOLIC; event.symbolic.id = playerNum; event.symbolic.name = Str_Text(symbolicName); DD_PostEvent(&event); Str_Delete(symbolicName); } db->previousClickTime = nowTime; db->previousClickState = newState; db->lastState = newState; } #endif // __CLIENT__ #undef P_IsControlBound DENG_EXTERN_C int P_IsControlBound(int playerNum, int control) { #ifdef __CLIENT__ struct bcontext_s* bc = 0; struct dbinding_s* binds = 0; playercontrol_t* pc = P_PlayerControlById(control); // Check that this is really a numeric control. DENG_ASSERT(pc); DENG_ASSERT(pc->type == CTLT_NUMERIC || pc->type == CTLT_NUMERIC_TRIGGERED); DENG_UNUSED(pc); // Bindings are associated with the ordinal of the local player, not // the actual console number (playerNum) being used. That is why // P_ConsoleToLocal() is called here. binds = B_GetControlDeviceBindings(P_ConsoleToLocal(playerNum), control, &bc); if(!binds) return false; // There must be bindings to active input devices. bool gotActiveDevices = false; for(dbinding_t *cb = binds->next; cb != binds; cb = cb->next) { if(I_GetDevice(cb->device, OnlyActiveInputDevice)) gotActiveDevices = true; } return gotActiveDevices; #else DENG_UNUSED(playerNum); DENG_UNUSED(control); return 0; #endif } #undef P_GetControlState DENG_EXTERN_C void P_GetControlState(int playerNum, int control, float* pos, float* relativeOffset) { #ifdef __CLIENT__ float tmp; struct bcontext_s* bc = 0; struct dbinding_s* binds = 0; int localNum; playercontrol_t* pc = P_PlayerControlById(control); // Check that this is really a numeric control. DENG_ASSERT(pc); DENG_ASSERT(pc->type == CTLT_NUMERIC || pc->type == CTLT_NUMERIC_TRIGGERED); // Ignore NULLs. if(!pos) pos = &tmp; if(!relativeOffset) relativeOffset = &tmp; // Bindings are associated with the ordinal of the local player, not // the actual console number (playerNum) being used. That is why // P_ConsoleToLocal() is called here. localNum = P_ConsoleToLocal(playerNum); binds = B_GetControlDeviceBindings(localNum, control, &bc); B_EvaluateDeviceBindingList(localNum, binds, pos, relativeOffset, bc, pc->isTriggerable); // Mark for double-clicks. P_MaintainControlDoubleClicks(playerNum, P_PlayerControlIndexForId(control), *pos); #else DENG_UNUSED(playerNum); DENG_UNUSED(control); DENG_UNUSED(pos); DENG_UNUSED(relativeOffset); #endif } /** * @return Number of times the impulse has been triggered since the last call. */ #undef P_GetImpulseControlState DENG_EXTERN_C int P_GetImpulseControlState(int playerNum, int control) { playercontrol_t* pc = P_PlayerControlById(control); short *counter; int count = 0; assert(pc != 0); #if _DEBUG // Check that this is really an impulse control. assert(pc->type == CTLT_IMPULSE); #endif if(!controlCounts[pc - playerControls]) return 0; counter = &controlCounts[pc - playerControls]->impulseCounts[playerNum]; count = *counter; *counter = 0; return count; } int P_GetControlDoubleClick(int playerNum, int control) { playercontrol_t* pc = P_PlayerControlById(control); doubleclick_t *doubleClick = 0; int triggered = false; if(!pc || playerNum < 0 || playerNum >= DDMAXPLAYERS) return 0; if(controlCounts[pc - playerControls]) { doubleClick = &controlCounts[pc - playerControls]->doubleClicks[playerNum]; if(doubleClick->triggered) { triggered = true; doubleClick->triggered = false; } } return triggered; } #undef P_Impulse DENG_EXTERN_C void P_Impulse(int playerNum, int control) { playercontrol_t* pc = P_PlayerControlById(control); DENG_ASSERT(pc); LOG_AS("P_Impulse"); // Check that this is really an impulse control. if(pc->type != CTLT_IMPULSE) { LOG_INPUT_WARNING("Control '%s' is not an impulse control") << pc->name; return; } if(playerNum < 0 || playerNum >= DDMAXPLAYERS) return; control = pc - playerControls; controlCounts[control]->impulseCounts[playerNum]++; #ifdef __CLIENT__ // Mark for double clicks. P_MaintainControlDoubleClicks(playerNum, control, 1); P_MaintainControlDoubleClicks(playerNum, control, 0); #endif } void P_ImpulseByName(int playerNum, const char* control) { playercontrol_t* pc = P_PlayerControlByName(control); if(pc) { P_Impulse(playerNum, pc->id); } } void P_ControlTicker(timespan_t time) { // Check for triggered double-clicks, and generate the appropriate impulses. } #ifdef __CLIENT__ D_CMD(ClearControlAccumulation) { int i, p; playercontrol_t* pc; I_ResetAllDevices(); for(i = 0; i < playerControlCount; ++i) { pc = &playerControls[i]; for(p = 0; p < DDMAXPLAYERS; ++p) { if(pc->type == CTLT_NUMERIC) P_GetControlState(p, pc->id, NULL, NULL); else if(pc->type == CTLT_IMPULSE) P_GetImpulseControlState(p, pc->id); // Also clear the double click state. P_GetControlDoubleClick(p, pc->id); } } return true; } #endif /** * Prints a list of the registered control descriptors. */ D_CMD(ListPlayerControls) { LOG_MSG(_E(b) "Player Controls:"); LOG_MSG("%i controls have been defined") << playerControlCount; for(int i = 0; i < playerControlCount; ++i) { playercontrol_t *pc = &playerControls[i]; LOG_MSG("ID %i: " _E(>)_E(b) "%s " _E(.) "(%s) " _E(l) "%s%s") << pc->id << pc->name << pc->bindContextName << (pc->isTriggerable? "triggerable " : "") << (pc->type == CTLT_IMPULSE? "impulse" : "numeric"); } return true; } D_CMD(Impulse) { int playerNum = consolePlayer; if(argc < 2 || argc > 3) { LOG_SCR_NOTE("Usage:\n %s (impulse-name)\n %s (impulse-name) (player-ordinal)") << argv[0] << argv[0]; return true; } if(argc == 3) { // Convert the local player number to an actual player console. playerNum = P_LocalToConsole(strtoul(argv[2], NULL, 10)); } P_ImpulseByName(playerNum, argv[1]); return true; } doomsday-1.14.5/doomsday/client/src/ui/widgetactions.cpp0000664000175000017500000000435112350542240022556 0ustar jaakkojaakko/** @file widgetactions.cpp User actions bound to widgets. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "WidgetActions" #include "ui/b_main.h" #include "ui/b_context.h" using namespace de; DENG2_PIMPL(WidgetActions) { Instance(Public *i) : Base(i) { B_Init(); } ~Instance() { B_Shutdown(); } }; WidgetActions::WidgetActions() : d(new Instance(this)) {} bool WidgetActions::tryEvent(Event const &event, String const &context) { ddevent_t ddev; DD_ConvertEvent(event, &ddev); if(context.isEmpty()) { // Check all enabled contexts. return tryEvent(&ddev); } // Check a specific binding context for an action (regardless of its // activation status). bcontext_t *bc = B_ContextByName(context.toLatin1()); if(bc) { AutoRef act(BindContext_ActionForEvent(bc, &ddev, false)); if(act.get()) { act->trigger(); return true; } } return false; } bool WidgetActions::tryEvent(ddevent_t const *ev) { AutoRef act(B_ActionForEvent(ev)); if(act.get()) { act->trigger(); return true; } return false; } void WidgetActions::trackInput(Event const &event) { ddevent_t ddev; DD_ConvertEvent(event, &ddev); I_TrackInput(&ddev); } void WidgetActions::activateContext(String const &context, bool yes) { if(bcontext_t *bc = B_ContextByName(context.toLatin1())) { B_ActivateContext(bc, yes); } } doomsday-1.14.5/doomsday/client/src/ui/dd_input.cpp0000664000175000017500000017054612350542240021532 0ustar jaakkojaakko/** @file dd_input.cpp Platform-independent input subsystem. * @ingroup input * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "de_platform.h" #include "de_console.h" #include "de_infine.h" #include "de_system.h" #include "de_misc.h" #include "de_ui.h" #include "dd_def.h" #include "dd_main.h" #include "dd_loop.h" #include "render/vr.h" #include "ui/clientwindowsystem.h" #include // For the debug visuals: #if _DEBUG # include "de_graphics.h" #endif using namespace de; #define DEFAULT_JOYSTICK_DEADZONE .05f // 5% #define MAX_AXIS_FILTER 40 #define KBDQUESIZE 32 #if 0 #define MAX_DOWNKEYS 16 // Most keyboards support 6 or 7. typedef struct repeater_s { int key; // The DDKEY code (0 if not in use). int native; // Used to determine which key is repeating. char text[8]; // Text to insert. timespan_t timer; // How's the time? int count; // How many times has been repeated? } repeater_t; #endif typedef struct { ddevent_t events[MAXEVENTS]; int head; int tail; } eventqueue_t; #if 0 D_CMD(AxisPrintConfig); D_CMD(AxisChangeOption); D_CMD(AxisChangeValue); #endif D_CMD(DumpKeyMap); D_CMD(KeyMap); D_CMD(ListInputDevices); D_CMD(ReleaseMouse); static void postEventsFromInputDevices(void); // The initial and secondary repeater delays (tics). int repWait1 = 15, repWait2 = 3; //int keyRepeatDelay1 = 430, keyRepeatDelay2 = 85; // milliseconds unsigned int mouseFreq = 0; dd_bool shiftDown = false, altDown = false; inputdev_t inputDevices[NUM_INPUT_DEVICES]; //------------------------------------------------------------------------- static dd_bool ignoreInput = false; static byte shiftKeyMappings[NUMKKEYS], altKeyMappings[NUMKKEYS]; static eventqueue_t queue; static eventqueue_t sharpQueue; static char defaultShiftTable[96] = // Contains characters 32 to 127. { /* 32 */ ' ', 0, 0, 0, 0, 0, 0, '"', /* 40 */ 0, 0, 0, 0, '<', '_', '>', '?', ')', '!', /* 50 */ '@', '#', '$', '%', '^', '&', '*', '(', 0, ':', /* 60 */ 0, '+', 0, 0, 0, 'a', 'b', 'c', 'd', 'e', /* 70 */ 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', /* 80 */ 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', /* 90 */ 'z', '{', '|', '}', 0, 0, '~', 'A', 'B', 'C', /* 100 */ 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', /* 110 */ 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', /* 120 */ 'X', 'Y', 'Z', 0, 0, 0, 0, 0 }; //static repeater_t keyReps[MAX_DOWNKEYS]; static float oldPOV = IJOY_POV_CENTER; static char* eventStrings[MAXEVENTS]; static dd_bool uiMouseMode = false; // Can mouse data be modified? static byte useSharpInputEvents = true; ///< cvar #if _DEBUG static byte devRendKeyState = false; ///< cvar static byte devRendMouseState = false; ///< cvar static byte devRendJoyState = false; ///< cvar #endif //------------------------------------------------------------------------- void DD_RegisterInput(void) { // Cvars //C_VAR_INT("input-key-delay1", &keyRepeatDelay1, CVF_NO_MAX, 50, 0); //C_VAR_INT("input-key-delay2", &keyRepeatDelay2, CVF_NO_MAX, 20, 0); C_VAR_BYTE("input-sharp", &useSharpInputEvents, 0, 0, 1); #if _DEBUG C_VAR_BYTE("rend-dev-input-joy-state", &devRendJoyState, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE("rend-dev-input-key-state", &devRendKeyState, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE("rend-dev-input-mouse-state", &devRendMouseState, CVF_NO_ARCHIVE, 0, 1); #endif // Ccmds #if 0 C_CMD("dumpkeymap", "s", DumpKeyMap); C_CMD("keymap", "s", KeyMap); #endif C_CMD("listinputdevices", "", ListInputDevices); C_CMD("releasemouse", "", ReleaseMouse); //C_CMD_FLAGS("setaxis", "s", AxisPrintConfig, CMDF_NO_DEDICATED); //C_CMD_FLAGS("setaxis", "ss", AxisChangeOption, CMDF_NO_DEDICATED); //C_CMD_FLAGS("setaxis", "sss", AxisChangeValue, CMDF_NO_DEDICATED); } /** * Allocate an array of bytes for the input devices keys. * The allocated memory is cleared to zero. */ static void I_DeviceAllocKeys(inputdev_t *dev, uint count) { dev->numKeys = count; dev->keys = (inputdevkey_t *) M_Calloc(count * sizeof(inputdevkey_t)); } static void I_DeviceAllocHats(inputdev_t *dev, uint count) { dev->numHats = count; dev->hats = (inputdevhat_t *) M_Calloc(count * sizeof(inputdevhat_t)); } /** * Add a new axis to the input device. */ static inputdevaxis_t *I_DeviceNewAxis(inputdev_t *dev, const char *name, uint type) { inputdevaxis_t *axis; dev->axes = (inputdevaxis_t *) M_Realloc(dev->axes, sizeof(inputdevaxis_t) * ++dev->numAxes); axis = &dev->axes[dev->numAxes - 1]; memset(axis, 0, sizeof(*axis)); strcpy(axis->name, name); axis->type = type; axis->smoother = Smoother_New(); Smoother_SetMaximumPastNowDelta(axis->smoother, 2*SECONDSPERTIC); // Set reasonable defaults. The user's settings will be restored // later. axis->scale = 1; axis->deadZone = 0; return axis; } static void registerAxisCvars(inputdev_t *device) { // Register console variables for the axis settings. for(uint i = 0; i < device->numAxes; ++i) { inputdevaxis_t* axis = &device->axes[i]; char varName[80]; sprintf(varName, "input-%s-%s-scale", device->name, axis->name); C_VAR_FLOAT(varName, &axis->scale, CVF_NO_MAX, 0, 0); sprintf(varName, "input-%s-%s-flags", device->name, axis->name); C_VAR_INT(varName, &axis->flags, 0, 0, 7); sprintf(varName, "input-%s-%s-deadzone", device->name, axis->name); C_VAR_FLOAT(varName, &axis->deadZone, 0, 0, 1); } } /** * Initialize the input device state table. * * \note There need not be actual physical devices available in order to * use these state tables. */ void I_InitVirtualInputDevices(void) { inputdev_t* dev; inputdevaxis_t* axis; // Allow re-init. I_ShutdownInputDevices(); de::zap(inputDevices); // The keyboard is always assumed to be present. // DDKEYs are used as key indices. dev = &inputDevices[IDEV_KEYBOARD]; dev->flags = ID_ACTIVE; strcpy(dev->niceName, "Keyboard"); strcpy(dev->name, "key"); I_DeviceAllocKeys(dev, 256); // The mouse may not be active. dev = &inputDevices[IDEV_MOUSE]; strcpy(dev->niceName, "Mouse"); strcpy(dev->name, "mouse"); I_DeviceAllocKeys(dev, IMB_MAXBUTTONS); // Some of the mouse buttons have symbolic names. dev->keys[IMB_LEFT].name = "left"; dev->keys[IMB_MIDDLE].name = "middle"; dev->keys[IMB_RIGHT].name = "right"; dev->keys[IMB_MWHEELUP].name = "wheelup"; dev->keys[IMB_MWHEELDOWN].name = "wheeldown"; dev->keys[IMB_MWHEELLEFT].name = "wheelleft"; dev->keys[IMB_MWHEELRIGHT].name = "wheelright"; // The mouse wheel is translated to keys, so there is no need to // create an axis for it. axis = I_DeviceNewAxis(dev, "x", IDAT_POINTER); //axis->filter = 1; // On by default. axis->scale = 1.f/1000; axis = I_DeviceNewAxis(dev, "y", IDAT_POINTER); //axis->filter = 1; // On by default. axis->scale = 1.f/1000; // Register console variables for the axis settings. // CAUTION: Allocating new axes may invalidate the pointers here. C_VAR_FLOAT("input-mouse-x-scale", &dev->axes[0].scale, CVF_NO_MAX, 0, 0); C_VAR_INT("input-mouse-x-flags", &dev->axes[0].flags, 0, 0, 7); C_VAR_FLOAT("input-mouse-y-scale", &dev->axes[1].scale, CVF_NO_MAX, 0, 0); C_VAR_INT("input-mouse-y-flags", &dev->axes[1].flags, 0, 0, 7); //C_VAR_INT("input-mouse-filter", &dev->axes[0].filter, 0, 0, MAX_AXIS_FILTER - 1); // note: same filter used for Y axis if(Mouse_IsPresent()) dev->flags = ID_ACTIVE; // TODO: Add support for several joysticks. { dev = &inputDevices[IDEV_JOY1]; strcpy(dev->niceName, "Joystick"); strcpy(dev->name, "joy"); I_DeviceAllocKeys(dev, IJOY_MAXBUTTONS); for(int i = 0; i < IJOY_MAXAXES; ++i) { char name[32]; if(i < 4) { strcpy(name, i == 0? "x" : i == 1? "y" : i == 2? "z" : "w"); } else { sprintf(name, "axis%02i", i + 1); } axis = I_DeviceNewAxis(dev, name, IDAT_STICK); axis->scale = 1.0f / IJOY_AXISMAX; axis->deadZone = DEFAULT_JOYSTICK_DEADZONE; } // Register console variables for the axis settings. registerAxisCvars(dev); I_DeviceAllocHats(dev, IJOY_MAXHATS); for(int i = 0; i < IJOY_MAXHATS; ++i) { dev->hats[i].pos = -1; // centered } // The joystick may not be active. if(Joystick_IsPresent()) dev->flags = ID_ACTIVE; } // Set up a head tracking device. { dev = &inputDevices[IDEV_HEAD_TRACKER]; strcpy(dev->niceName, "Head Tracker"); strcpy(dev->name, "head"); axis = I_DeviceNewAxis(dev, "yaw", IDAT_STICK); axis->flags |= IDA_RAW; axis = I_DeviceNewAxis(dev, "pitch", IDAT_STICK); axis->flags |= IDA_RAW; axis = I_DeviceNewAxis(dev, "roll", IDAT_STICK); axis->flags |= IDA_RAW; registerAxisCvars(dev); } } /** * Free the memory allocated for the input devices. */ void I_ShutdownInputDevices(void) { uint i, k; inputdev_t* dev; for(i = 0; i < NUM_INPUT_DEVICES; ++i) { dev = &inputDevices[i]; if(dev->keys) { M_Free(dev->keys); dev->keys = 0; } if(dev->axes) { for(k = 0; k < dev->numAxes; ++k) { Smoother_Delete(dev->axes[k].smoother); } M_Free(dev->axes); dev->axes = 0; } if(dev->hats) { M_Free(dev->hats); dev->hats = 0; } } } void I_DeviceReset(uint ident) { inputdev_t* dev = &inputDevices[ident]; int k; LOG_INPUT_VERBOSE("Reset input device %s") << Str_Text(I_DeviceNameStr(ident)); for(k = 0; k < (int)dev->numKeys && dev->keys; ++k) { if(dev->keys[k].isDown) { dev->keys[k].assoc.flags |= IDAF_EXPIRED; } else { dev->keys[k].isDown = false; dev->keys[k].time = 0; dev->keys[k].assoc.flags &= ~(IDAF_TRIGGERED | IDAF_EXPIRED); } } for(k = 0; k < (int)dev->numAxes && dev->axes; ++k) { if(dev->axes[k].type == IDAT_POINTER) { // Clear the accumulation. dev->axes[k].position = 0; dev->axes[k].sharpPosition = 0; dev->axes[k].prevSmoothPos = 0; } Smoother_Clear(dev->axes[k].smoother); } if(ident == IDEV_KEYBOARD) { altDown = shiftDown = false; DD_ClearKeyRepeaters(); } } void I_ResetAllDevices(void) { uint i; for(i = 0; i < NUM_INPUT_DEVICES; ++i) { I_DeviceReset(i); } } inputdev_t *I_GetDevice(uint ident, InputDeviceGetMode mode) { inputdev_t *dev = &inputDevices[ident]; if(mode == OnlyActiveInputDevice) { if(!(dev->flags & ID_ACTIVE)) return 0; } return dev; } inputdev_t *I_GetDeviceByName(const char *name, InputDeviceGetMode mode) { for(uint i = 0; i < NUM_INPUT_DEVICES; ++i) { if(!stricmp(inputDevices[i].name, name)) { return I_GetDevice(i, mode); } } return 0; } ddstring_t const *I_DeviceNameStr(uint ident) { static const de::Str names[1 + NUM_INPUT_DEVICES] = { "(invalid-identifier)", "keyboard", "mouse", "joystick", "joystick2", "joystick3", "joystick4" }; if(ident >= NUM_INPUT_DEVICES) return names[0]; return names[1 + ident]; } inputdevaxis_t* I_GetAxisByID(inputdev_t* device, uint id) { if(!device || id == 0 || id > device->numAxes - 1) return NULL; return &device->axes[id-1]; } int I_GetAxisByName(inputdev_t* device, const char* name) { uint i; for(i = 0; i < device->numAxes; ++i) { if(!stricmp(device->axes[i].name, name)) return i; } return -1; } inputdevkey_t* I_GetKeyByID(inputdev_t* device, uint id) { if(!device || id == 0 || id > device->numKeys - 1) return NULL; return &device->keys[id-1]; } int I_GetKeyByName(inputdev_t* device, const char* name) { int i; for(i = 0; i < (int)device->numKeys; ++i) { if(device->keys[i].name && !stricmp(device->keys[i].name, name)) return i; } return -1; } inputdevhat_t* I_GetHatByID(inputdev_t* device, uint id) { if(!device || id == 0 || id > device->numHats - 1) return NULL; return &device->hats[id-1]; } dd_bool I_ParseDeviceAxis(const char* str, uint* deviceID, uint* axis) { char name[30]; char const *ptr; inputdev_t* device; ptr = strchr(str, '-'); if(!ptr) return false; // The name of the device. memset(name, 0, sizeof(name)); strncpy(name, str, ptr - str); device = I_GetDeviceByName(name); if(device == NULL) return false; if(deviceID) *deviceID = device - inputDevices; // The axis name. if(axis) { int a = I_GetAxisByName(device, ptr + 1); if(a < 0) { *axis = 0; return false; } *axis = a + 1; // Axis indices are base 1. } return true; } float I_TransformAxis(inputdev_t* dev, uint axis, float rawPos) { float pos = rawPos; inputdevaxis_t* a = &dev->axes[axis]; // Disabled axes are always zero. if(a->flags & IDA_DISABLED) { return 0; } // Apply scaling, deadzone and clamping. pos *= a->scale; if(a->type == IDAT_STICK) // Only stick axes are dead-zoned and clamped. { if(fabs(pos) <= a->deadZone) { pos = 0; } else { pos -= a->deadZone * SIGN_OF(pos); // Remove the dead zone. pos *= 1.0f/(1.0f - a->deadZone); // Normalize. pos = MINMAX_OF(-1.0f, pos, 1.0f); } } if(a->flags & IDA_INVERT) { // Invert the axis position. pos = -pos; } return pos; } #if 0 static float filterAxis(int grade, float* accumulation, float ticLength) { float target; float avail; float used; int dir; dir = SIGN_OF(*accumulation); avail = fabs(*accumulation); // Determine the target velocity. target = avail * (MAX_AXIS_FILTER - MINMAX_OF(1, grade, 39)); /* // test: clamp if(target < -.7) target = -.7; else if(target > .7) target = .7; else target = 0; */ // Determine the amount of mickeys to send. It depends on the // current mouse velocity, and how much time has passed. used = target * ticLength; // Don't go past the available motion. if(used > avail) { *accumulation = 0; used = avail; } else { if(*accumulation > 0) *accumulation -= used; else *accumulation += used; } // This is the new (filtered) axis position. return dir * used; } #endif /** * Update an input device axis. Transformation is applied. */ static void I_ApplyRealPositionToAxis(inputdev_t* dev, uint axis, float pos) { inputdevaxis_t *a = &dev->axes[axis]; float oldRealPos = a->realPosition; float transformed = I_TransformAxis(dev, axis, pos); // The unfiltered position. a->realPosition = transformed; if(oldRealPos != a->realPosition) { // Mark down the time of the change. a->time = DD_LatestRunTicsStartTime(); } if(a->type == IDAT_STICK) { a->sharpPosition = a->realPosition; } else // Cumulative. { // Convert the delta to an absolute position for smoothing. a->sharpPosition += a->realPosition; } Smoother_AddPosXY(a->smoother, DD_LatestRunTicsStartTime(), a->sharpPosition, 0); } static void I_UpdateAxis(inputdev_t *dev, uint axis, timespan_t ticLength) { inputdevaxis_t *a = &dev->axes[axis]; Smoother_Advance(a->smoother, ticLength); if(a->type == IDAT_STICK) { if(a->flags & IDA_RAW) { // The axis is supposed to be unfiltered. a->position = a->realPosition; } else { // Absolute positions are straightforward to evaluate. Smoother_EvaluateComponent(a->smoother, 0, &a->position); } } else if(a->type == IDAT_POINTER) { if(a->flags & IDA_RAW) { // The axis is supposed to be unfiltered. a->position += a->realPosition; a->realPosition = 0; } else { // Apply smoothing by converting back into a delta. coord_t smoothPos = a->prevSmoothPos; Smoother_EvaluateComponent(a->smoother, 0, &smoothPos); a->position += smoothPos - a->prevSmoothPos; a->prevSmoothPos = smoothPos; } } // We can clear the expiration now that an updated value is available. a->assoc.flags &= ~IDAF_EXPIRED; } dd_bool I_ShiftDown(void) { return shiftDown; } /** * Update the input device state table. */ void I_TrackInput(ddevent_t *ev) { if(ev->type == E_FOCUS || ev->type == E_SYMBOLIC) return; // Not a tracked device state. inputdev_t *dev; if((dev = I_GetDevice(ev->device, OnlyActiveInputDevice)) == NULL) return; // Track the state of Shift and Alt. if(IS_KEY_TOGGLE(ev)) { if(ev->toggle.id == DDKEY_RSHIFT) { if(ev->toggle.state == ETOG_DOWN) shiftDown = true; else if(ev->toggle.state == ETOG_UP) shiftDown = false; } else if(ev->toggle.id == DDKEY_RALT) { if(ev->toggle.state == ETOG_DOWN) { altDown = true; //qDebug() << "Alt down"; } else if(ev->toggle.state == ETOG_UP) { altDown = false; //qDebug() << "Alt up"; } } } // Update the state table. if(ev->type == E_AXIS) { I_ApplyRealPositionToAxis(dev, ev->axis.id, ev->axis.pos); } else if(ev->type == E_TOGGLE) { inputdevkey_t* key = &dev->keys[ev->toggle.id]; key->isDown = (ev->toggle.state == ETOG_DOWN || ev->toggle.state == ETOG_REPEAT); // Mark down the time when the change occurs. if(ev->toggle.state == ETOG_DOWN || ev->toggle.state == ETOG_UP) { key->time = Timer_RealMilliseconds(); } if(key->isDown) { // This will get cleared after the state is checked by someone. key->assoc.flags |= IDAF_TRIGGERED; } else { // We can clear the expiration when the key is released. key->assoc.flags &= ~IDAF_EXPIRED; } } else if(ev->type == E_ANGLE) { inputdevhat_t* hat = &dev->hats[ev->angle.id]; hat->pos = ev->angle.pos; // Mark down the time when the change occurs. hat->time = Timer_RealMilliseconds(); // We can clear the expiration when the hat is centered. if(hat->pos < 0) { hat->assoc.flags &= ~IDAF_EXPIRED; } } } void I_ClearDeviceContextAssociations(void) { inputdev_t* dev; uint i, j; for(i = 0; i < NUM_INPUT_DEVICES; ++i) { dev = &inputDevices[i]; // Keys. for(j = 0; j < dev->numKeys; ++j) { dev->keys[j].assoc.prevBContext = dev->keys[j].assoc.bContext; dev->keys[j].assoc.bContext = NULL; dev->keys[j].assoc.flags &= ~IDAF_TRIGGERED; } // Axes. for(j = 0; j < dev->numAxes; ++j) { dev->axes[j].assoc.prevBContext = dev->axes[j].assoc.bContext; dev->axes[j].assoc.bContext = NULL; } // Hats. for(j = 0; j < dev->numHats; ++j) { dev->hats[j].assoc.prevBContext = dev->hats[j].assoc.bContext; dev->hats[j].assoc.bContext = NULL; } } } dd_bool I_IsKeyDown(inputdev_t* dev, uint id) { if(dev && id < dev->numKeys) { return dev->keys[id].isDown; } return false; } /** * @return Either key number or the scan code for the given token. */ int DD_KeyOrCode(char* token) { char* end = M_FindWhite(token); if(end - token > 1) { // Longer than one character, it must be a number. return strtol(token, 0, !strnicmp(token, "0x", 2) ? 16 : 10); } // Direct mapping. return (unsigned char) *token; } /** * Initializes the key mappings to the default values. */ void DD_InitInput(void) { int i; for(i = 0; i < 256; ++i) { if(i >= 32 && i <= 127) shiftKeyMappings[i] = defaultShiftTable[i - 32] ? defaultShiftTable[i - 32] : i; else shiftKeyMappings[i] = i; altKeyMappings[i] = i; } } /** * Returns a copy of the string @a str. The caller does not get ownership of * the string. The string is valid until it gets overwritten by a new * allocation. There are at most MAXEVENTS strings allocated at a time. * * These are intended for strings in ddevent_t that are valid during the * processing of an event. */ const char* DD_AllocEventString(const char* str) { static int eventStringRover = 0; const char* returnValue = 0; free(eventStrings[eventStringRover]); returnValue = eventStrings[eventStringRover] = strdup(str); if(++eventStringRover >= MAXEVENTS) { eventStringRover = 0; } return returnValue; } void DD_ClearEventStrings(void) { int i; for(i = 0; i < MAXEVENTS; ++i) { free(eventStrings[i]); eventStrings[i] = 0; } } static void clearQueue(eventqueue_t* q) { q->head = q->tail; } dd_bool DD_IgnoreInput(dd_bool ignore) { dd_bool old = ignoreInput; ignoreInput = ignore; LOG_INPUT_VERBOSE("Ignoring input: %b") << ignore; if(!ignore) { // Clear all the event buffers. postEventsFromInputDevices(); DD_ClearEvents(); DD_ClearKeyRepeaters(); } return old; } /** * Clear the input event queue. */ void DD_ClearEvents(void) { clearQueue(&queue); clearQueue(&sharpQueue); DD_ClearEventStrings(); } static void postToQueue(eventqueue_t* q, ddevent_t* ev) { q->events[q->head] = *ev; if(ev->type == E_SYMBOLIC) { // Allocate a throw-away string from our buffer. q->events[q->head].symbolic.name = DD_AllocEventString(ev->symbolic.name); } q->head++; q->head &= MAXEVENTS - 1; } /** * Called by the I/O functions when input is detected. */ void DD_PostEvent(ddevent_t *ev) { eventqueue_t* q = &queue; if(useSharpInputEvents && (ev->type == E_TOGGLE || ev->type == E_AXIS || ev->type == E_ANGLE)) { q = &sharpQueue; } // Cleanup: make sure only keyboard toggles can have a text insert. if(ev->type == E_TOGGLE && ev->device != IDEV_KEYBOARD) { memset(ev->toggle.text, 0, sizeof(ev->toggle.text)); } postToQueue(q, ev); #ifdef LIBDENG_CAMERA_MOVEMENT_ANALYSIS if(ev->device == IDEV_KEYBOARD && ev->type == E_TOGGLE && ev->toggle.state == ETOG_DOWN) { // Restart timer on each key down. extern float devCameraMovementStartTime; extern float devCameraMovementStartTimeRealSecs; devCameraMovementStartTime = sysTime; devCameraMovementStartTimeRealSecs = Sys_GetRealSeconds(); } #endif } /** * Gets the next event from an input event queue. * @param q Event queue. * @return @c NULL if no more events are available. */ static ddevent_t* nextFromQueue(eventqueue_t* q) { ddevent_t *ev; if(q->head == q->tail) return NULL; ev = &q->events[q->tail]; q->tail = (q->tail + 1) & (MAXEVENTS - 1); return ev; } void DD_ConvertEvent(de::Event const &event, ddevent_t *ddEvent) { using de::KeyEvent; memset(ddEvent, 0, sizeof(*ddEvent)); switch(event.type()) { case de::Event::KeyPress: case de::Event::KeyRelease: { KeyEvent const &kev = event.as(); ddEvent->device = IDEV_KEYBOARD; ddEvent->type = E_TOGGLE; ddEvent->toggle.id = kev.ddKey(); ddEvent->toggle.state = (kev.state() == KeyEvent::Pressed? ETOG_DOWN : ETOG_UP); strcpy(ddEvent->toggle.text, kev.text().toLatin1()); break; } default: break; } } bool DD_ConvertEvent(ddevent_t const *ddEvent, event_t *ev) { // Copy the essentials into a cutdown version for the game. // Ensure the format stays the same for future compatibility! // /// @todo This is probably broken! (DD_MICKEY_ACCURACY=1000 no longer used...) // memset(ev, 0, sizeof(*ev)); if(ddEvent->type == E_SYMBOLIC) { ev->type = EV_SYMBOLIC; #ifdef __64BIT__ ASSERT_64BIT(ddEvent->symbolic.name); ev->data1 = (int)(((uint64_t) ddEvent->symbolic.name) & 0xffffffff); // low dword ev->data2 = (int)(((uint64_t) ddEvent->symbolic.name) >> 32); // high dword #else ASSERT_NOT_64BIT(ddEvent->symbolic.name); ev->data1 = (int) ddEvent->symbolic.name; ev->data2 = 0; #endif } else if(ddEvent->type == E_FOCUS) { ev->type = EV_FOCUS; ev->data1 = ddEvent->focus.gained; ev->data2 = ddEvent->focus.inWindow; } else { switch(ddEvent->device) { case IDEV_KEYBOARD: ev->type = EV_KEY; if(ddEvent->type == E_TOGGLE) { ev->state = ( ddEvent->toggle.state == ETOG_UP? EVS_UP : ddEvent->toggle.state == ETOG_DOWN? EVS_DOWN : EVS_REPEAT ); ev->data1 = ddEvent->toggle.id; } break; case IDEV_MOUSE: if(ddEvent->type == E_AXIS) { ev->type = EV_MOUSE_AXIS; } else if(ddEvent->type == E_TOGGLE) { ev->type = EV_MOUSE_BUTTON; ev->data1 = ddEvent->toggle.id; ev->state = ( ddEvent->toggle.state == ETOG_UP? EVS_UP : ddEvent->toggle.state == ETOG_DOWN? EVS_DOWN : EVS_REPEAT ); } break; case IDEV_JOY1: case IDEV_JOY2: case IDEV_JOY3: case IDEV_JOY4: if(ddEvent->type == E_AXIS) { int* data = &ev->data1; ev->type = EV_JOY_AXIS; ev->state = (evstate_t) 0; if(ddEvent->axis.id >= 0 && ddEvent->axis.id < 6) { data[ddEvent->axis.id] = ddEvent->axis.pos; } /// @todo The other dataN's must contain up-to-date information /// as well. Read them from the current joystick status. } else if(ddEvent->type == E_TOGGLE) { ev->type = EV_JOY_BUTTON; ev->state = ( ddEvent->toggle.state == ETOG_UP? EVS_UP : ddEvent->toggle.state == ETOG_DOWN? EVS_DOWN : EVS_REPEAT ); ev->data1 = ddEvent->toggle.id; } else if(ddEvent->type == E_ANGLE) ev->type = EV_POV; break; case IDEV_HEAD_TRACKER: // No game-side equivalent exists. return false; default: #if _DEBUG Con_Error("DD_ProcessEvents: Unknown deviceID in ddevent_t"); #endif return false; } } return true; } static void updateDeviceAxes(timespan_t ticLength) { int i; for(i = 0; i < NUM_INPUT_DEVICES; ++i) { uint k; for(k = 0; k < inputDevices[i].numAxes; ++k) { I_UpdateAxis(&inputDevices[i], k, ticLength); } } } /** * Send all the events of the given timestamp down the responder chain. */ static void dispatchEvents(eventqueue_t* q, timespan_t ticLength, dd_bool updateAxes) { const dd_bool callGameResponders = App_GameLoaded(); ddevent_t* ddev; while((ddev = nextFromQueue(q))) { // Update the state of the input device tracking table. I_TrackInput(ddev); if(ignoreInput && ddev->type != E_FOCUS) continue; event_t ev; bool validGameEvent = DD_ConvertEvent(ddev, &ev); if(validGameEvent && callGameResponders) { // Does the game's special responder use this event? This is // intended for grabbing events when creating bindings in the // Controls menu. if(gx.PrivilegedResponder && gx.PrivilegedResponder(&ev)) continue; } // The bindings responder. if(B_Responder(ddev)) continue; // The "fallback" responder. Gets the event if no one else is interested. if(validGameEvent && callGameResponders && gx.FallbackResponder) gx.FallbackResponder(&ev); } if(updateAxes) { // Input events have modified input device state: update the axis positions. updateDeviceAxes(ticLength); } } /** * Poll all event sources (i.e., input devices) and post events. */ static void postEventsFromInputDevices(void) { #ifdef __CLIENT__ // On the client may have have input devices. DD_ReadKeyboard(); DD_ReadMouse(); DD_ReadJoystick(); DD_ReadHeadTracker(); #endif } /** * Process all incoming input for the given timestamp. * This is called only in the main thread, and also from the busy loop. * * This gets called at least 35 times per second. Usually more frequently * than that. */ void DD_ProcessEvents(timespan_t ticLength) { // Poll all event sources (i.e., input devices) and post events. postEventsFromInputDevices(); // Dispatch all accumulated events down the responder chain. dispatchEvents(&queue, ticLength, !useSharpInputEvents); } void DD_ProcessSharpEvents(timespan_t ticLength) { // Sharp ticks may have some events queued on the side. if(DD_IsSharpTick() || !DD_IsFrameTimeAdvancing()) { dispatchEvents(&sharpQueue, DD_IsFrameTimeAdvancing()? SECONDSPERTIC : ticLength, true); } } /** * Apply all active modifiers to the key. */ byte DD_ModKey(byte key) { if(shiftDown) key = shiftKeyMappings[key]; if(altDown) key = altKeyMappings[key]; if(key >= DDKEY_NUMPAD7 && key <= DDKEY_NUMPAD0) { byte numPadKeys[10] = { '7', '8', '9', '4', '5', '6', '1', '2', '3', '0' }; return numPadKeys[key - DDKEY_NUMPAD7]; } else if(key == DDKEY_DIVIDE) { return '/'; } else if(key == DDKEY_SUBTRACT) { return '-'; } else if(key == DDKEY_ADD) { return '+'; } else if(key == DDKEY_DECIMAL) { return '.'; } else if(key == DDKEY_MULTIPLY) { return '*'; } return key; } /** * Clears the repeaters array. */ #undef DD_ClearKeyRepeaters DENG_EXTERN_C void DD_ClearKeyRepeaters(void) { //memset(keyReps, 0, sizeof(keyReps)); } void DD_ClearKeyRepeaterForKey(int ddkey, int native) { /* int k; // Clear any repeaters with this key. for(k = 0; k < MAX_DOWNKEYS; ++k) { // Check the native code first, if provided. if(native >= 0) { if(native != keyReps[k].native) continue; } else { if(keyReps[k].key != ddkey) continue; } // Clear this. keyReps[k].native = -1; keyReps[k].key = 0; memset(keyReps[k].text, 0, sizeof(keyReps[k].text)); } */ } /** * Checks the current keyboard state, generates input events * based on pressed/held keys and posts them. */ void DD_ReadKeyboard(void) { ddevent_t ev; size_t n, numkeyevs = 0; keyevent_t keyevs[KBDQUESIZE]; // Check the repeaters. ev.device = IDEV_KEYBOARD; ev.type = E_TOGGLE; ev.toggle.state = ETOG_REPEAT; // Read the new keyboard events. if(!novideo) { numkeyevs = Keyboard_GetEvents(keyevs, KBDQUESIZE); } // Convert to ddevents and post them. for(n = 0; n < numkeyevs; ++n) { keyevent_t *ke = &keyevs[n]; // Check the type of the event. if(ke->type == IKE_DOWN) { ev.toggle.state = ETOG_DOWN; } else if(ke->type == IKE_REPEAT) { ev.toggle.state = ETOG_REPEAT; } else if(ke->type == IKE_UP) { ev.toggle.state = ETOG_UP; } ev.toggle.id = ke->ddkey; // Text content to insert? assert(sizeof(ev.toggle.text) == sizeof(ke->text)); memcpy(ev.toggle.text, ke->text, sizeof(ev.toggle.text)); LOG_INPUT_XVERBOSE("toggle.id: %i/%c [%s:%u]") << ev.toggle.id << ev.toggle.id << ev.toggle.text << strlen(ev.toggle.text); #if 0 // Maintain the repeater table. if(ev.toggle.state == ETOG_DOWN) { // Find an empty repeater. for(k = 0; k < MAX_DOWNKEYS; ++k) if(!keyReps[k].key) { keyReps[k].key = ev.toggle.id; keyReps[k].native = ke->native; memcpy(keyReps[k].text, ev.toggle.text, sizeof(ev.toggle.text)); keyReps[k].timer = sysTime; keyReps[k].count = 0; break; } } else if(ev.toggle.state == ETOG_UP) { DD_ClearKeyRepeaterForKey(ev.toggle.id, ke->native); } #endif // Post the event. DD_PostEvent(&ev); } } /** * Change between normal and UI mousing modes. */ void I_SetUIMouseMode(dd_bool on) { uiMouseMode = on; } /** * Checks the current mouse state (axis, buttons and wheel). * Generates events and mickeys and posts them. */ void DD_ReadMouse(void) { ddevent_t ev; mousestate_t mouse; float xpos, ypos; int i; if(!Mouse_IsPresent()) return; #ifdef OLD_FILTER // Should we test the mouse input frequency? if(mouseFreq > 0) { static uint lastTime = 0; uint nowTime = Timer_RealMilliseconds(); if(nowTime - lastTime < 1000/mouseFreq) { // Don't ask yet. memset(&mouse, 0, sizeof(mouse)); } else { lastTime = nowTime; Mouse_GetState(&mouse); } } else #endif { // Get the mouse state. Mouse_GetState(&mouse); } ev.device = IDEV_MOUSE; ev.type = E_AXIS; xpos = mouse.axis[IMA_POINTER].x; ypos = mouse.axis[IMA_POINTER].y; if(uiMouseMode) { ev.axis.type = EAXIS_ABSOLUTE; } else { ev.axis.type = EAXIS_RELATIVE; ypos = -ypos; } // Post an event per axis. // Don't post empty events. if(xpos) { ev.axis.id = 0; ev.axis.pos = xpos; DD_PostEvent(&ev); } if(ypos) { ev.axis.id = 1; ev.axis.pos = ypos; DD_PostEvent(&ev); } // Some very verbose output about mouse buttons. for(i = 0; i < IMB_MAXBUTTONS; ++i) { if(mouse.buttonDowns[i] || mouse.buttonUps[i]) break; } if(i < IMB_MAXBUTTONS) { for(i = 0; i < IMB_MAXBUTTONS; ++i) { LOGDEV_INPUT_XVERBOSE("[%02i] %i/%i") << i << mouse.buttonDowns[i] << mouse.buttonUps[i]; } } // Post mouse button up and down events. ev.type = E_TOGGLE; for(i = 0; i < IMB_MAXBUTTONS; ++i) { ev.toggle.id = i; while(mouse.buttonDowns[i] > 0 || mouse.buttonUps[i] > 0) { if(mouse.buttonDowns[i]-- > 0) { ev.toggle.state = ETOG_DOWN; LOG_INPUT_XVERBOSE("Mouse button %i down") << i; DD_PostEvent(&ev); } if(mouse.buttonUps[i]-- > 0) { ev.toggle.state = ETOG_UP; LOG_INPUT_XVERBOSE("Mouse button %i up") << i; DD_PostEvent(&ev); } } } } /** * Checks the current joystick state (axis, sliders, hat and buttons). * Generates events and posts them. Axis clamps and dead zone is done * here. */ void DD_ReadJoystick(void) { int i; ddevent_t ev; joystate_t state; if(!Joystick_IsPresent()) return; Joystick_GetState(&state); // Joystick buttons. ev.device = IDEV_JOY1; ev.type = E_TOGGLE; for(i = 0; i < state.numButtons; ++i) { ev.toggle.id = i; while(state.buttonDowns[i] > 0 || state.buttonUps[i] > 0) { if(state.buttonDowns[i]-- > 0) { ev.toggle.state = ETOG_DOWN; DD_PostEvent(&ev); LOG_INPUT_XVERBOSE("Joy button %i down") << i; } if(state.buttonUps[i]-- > 0) { ev.toggle.state = ETOG_UP; DD_PostEvent(&ev); LOG_INPUT_XVERBOSE("Joy button %i up") << i; } } } if(state.numHats > 0) { // Check for a POV change. // TODO: Some day, it would be nice to support multiple hats here. -jk if(state.hatAngle[0] != oldPOV) { ev.type = E_ANGLE; ev.angle.id = 0; if(state.hatAngle[0] < 0) { ev.angle.pos = -1; } else { // The new angle becomes active. ev.angle.pos = ROUND(state.hatAngle[0] / 45); } DD_PostEvent(&ev); oldPOV = state.hatAngle[0]; } } // Send joystick axis events, one per axis. ev.type = E_AXIS; for(i = 0; i < state.numAxes; ++i) { ev.axis.id = i; ev.axis.pos = state.axis[i]; ev.axis.type = EAXIS_ABSOLUTE; DD_PostEvent(&ev); } } void DD_ReadHeadTracker(void) { // These values are for the input subsystem and gameplay. The renderer will check the head // orientation independently, with as little latency as possible. // If a head tracking device is connected, the device is marked active. if(!DD_GetInteger(DD_USING_HEAD_TRACKING)) { I_GetDevice(IDEV_HEAD_TRACKER)->flags &= ~ID_ACTIVE; return; } I_GetDevice(IDEV_HEAD_TRACKER)->flags |= ID_ACTIVE; // Get the latest values. vrCfg().oculusRift().allowUpdate(); vrCfg().oculusRift().update(); ddevent_t ev; ev.device = IDEV_HEAD_TRACKER; ev.type = E_AXIS; ev.axis.type = EAXIS_ABSOLUTE; Vector3f const pry = vrCfg().oculusRift().headOrientation(); // Yaw (1.0 means 180 degrees). ev.axis.id = 0; // Yaw. ev.axis.pos = de::radianToDegree(pry[2]) * 1.0 / 180.0; DD_PostEvent(&ev); ev.axis.id = 1; // Pitch (1.0 means 85 degrees). ev.axis.pos = de::radianToDegree(pry[0]) * 1.0 / 85.0; DD_PostEvent(&ev); // So I'll assume that if roll ever gets used, 1.0 will mean 180 degrees there too. ev.axis.id = 2; // Roll. ev.axis.pos = de::radianToDegree(pry[1]) * 1.0 / 180.0; DD_PostEvent(&ev); } #ifdef _DEBUG static void initDrawStateForVisual(const Point2Raw* origin) { FR_PushAttrib(); // Ignore zero offsets. if(origin && !(origin->x == 0 && origin->y == 0)) { glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(origin->x, origin->y, 0); } } static void endDrawStateForVisual(const Point2Raw* origin) { // Ignore zero offsets. if(origin && !(origin->x == 0 && origin->y == 0)) { glMatrixMode(GL_MODELVIEW); glPopMatrix(); } FR_PopAttrib(); } void Rend_RenderKeyStateVisual(inputdev_t* device, uint keyID, const Point2Raw* _origin, RectRaw* geometry) { #define BORDER 4 Point2Raw const textOffset(BORDER, BORDER); const float upColor[] = { .3f, .3f, .3f, .6f }; const float downColor[] = { .3f, .3f, 1, .6f }; const float expiredMarkColor[] = { 1, 0, 0, 1 }; const float triggeredMarkColor[] = { 1, 0, 1, 1 }; const char* keyLabel = NULL; const inputdevkey_t* key; char keyLabelBuf[2]; Point2Raw origin; ddstring_t label; if(geometry) { geometry->origin.x = geometry->origin.y = 0; geometry->size.width = geometry->size.height = 0; } key = I_GetKeyByID(device, keyID+1); if(!key) return; origin.x = _origin? _origin->x : 0; origin.y = _origin? _origin->y : 0; Str_InitStd(&label); // Compose the key label. if(key->name) { // Use the symbolic name. keyLabel = key->name; } else if(device == I_GetDevice(IDEV_KEYBOARD)) { // Perhaps a printable ASCII character? // Apply all active modifiers to the key. byte asciiCode = DD_ModKey((byte)keyID); if(asciiCode > 32 && asciiCode < 127) { keyLabelBuf[0] = asciiCode; keyLabelBuf[1] = '\0'; keyLabel = keyLabelBuf; } // Is there symbolic name in the bindings system? if(!keyLabel) { keyLabel = B_ShortNameForKey2(keyID, false/*do not force lowercase*/); } } if(keyLabel) Str_Append(&label, keyLabel); else Str_Appendf(&label, "#%03u", keyID+1); initDrawStateForVisual(&origin); // Calculate the size of the visual according to the dimensions of the text. Size2Raw textSize; FR_TextSize(&textSize, Str_Text(&label)); // Enlarge by BORDER pixels. Rectanglei textGeom = Rectanglei::fromSize(Vector2i(0, 0), Vector2ui(textSize.width + BORDER * 2, textSize.height + BORDER * 2)); // Draw a background. glColor4fv(key->isDown? downColor : upColor); GL_DrawRect(textGeom); // Draw the text. glEnable(GL_TEXTURE_2D); FR_DrawText(Str_Text(&label), &textOffset); glDisable(GL_TEXTURE_2D); // Mark expired? if(key->assoc.flags & IDAF_EXPIRED) { int const markSize = .5f + de::min(textGeom.width(), textGeom.height()) / 3.f; glColor3fv(expiredMarkColor); glBegin(GL_TRIANGLES); glVertex2i(textGeom.width(), 0); glVertex2i(textGeom.width(), markSize); glVertex2i(textGeom.width() - markSize, 0); glEnd(); } // Mark triggered? if(key->assoc.flags & IDAF_TRIGGERED) { int const markSize = .5f + de::min(textGeom.width(), textGeom.height()) / 3.f; glColor3fv(triggeredMarkColor); glBegin(GL_TRIANGLES); glVertex2i(0, 0); glVertex2i(markSize, 0); glVertex2i(0, markSize); glEnd(); } endDrawStateForVisual(&origin); Str_Free(&label); if(geometry) { memcpy(&geometry->origin, &origin, sizeof(geometry->origin)); geometry->size.width = textGeom.width(); geometry->size.height = textGeom.height(); } #undef BORDER } void Rend_RenderAxisStateVisual(inputdev_t* device, uint axisID, const Point2Raw* origin, RectRaw* geometry) { const inputdevaxis_t* axis; if(geometry) { geometry->origin.x = geometry->origin.y = 0; geometry->size.width = geometry->size.height = 0; } axis = I_GetAxisByID(device, axisID+1); if(!axis) return; initDrawStateForVisual(origin); endDrawStateForVisual(origin); } void Rend_RenderHatStateVisual(inputdev_t* device, uint hatID, const Point2Raw* origin, RectRaw* geometry) { const inputdevhat_t* hat; if(geometry) { geometry->origin.x = geometry->origin.y = 0; geometry->size.width = geometry->size.height = 0; } hat = I_GetHatByID(device, hatID+1); if(!hat) return; initDrawStateForVisual(origin); endDrawStateForVisual(origin); } typedef struct { inputdev_controltype_t type; uint id; } inputdev_layout_control_t; typedef struct { inputdev_layout_control_t* controls; uint numControls; } inputdev_layout_controlgroup_t; // Defines the order of controls in the visual. typedef struct { inputdev_layout_controlgroup_t* groups; uint numGroups; } inputdev_layout_t; static void drawControlGroup(inputdev_t* device, const inputdev_layout_controlgroup_t* group, Point2Raw* _origin, RectRaw* retGeometry) { #define SPACING 2 Point2Raw origin; Rect* grpGeom = NULL; RectRaw ctrlGeom; uint i; if(retGeometry) { retGeometry->origin.x = retGeometry->origin.y = 0; retGeometry->size.width = retGeometry->size.height = 0; } if(!device || !group) return; origin.x = _origin? _origin->x : 0; origin.y = _origin? _origin->y : 0; for(i = 0; i < group->numControls; ++i) { const inputdev_layout_control_t* ctrl = group->controls + i; switch(ctrl->type) { case IDC_KEY: Rend_RenderKeyStateVisual(device, ctrl->id, &origin, &ctrlGeom); break; case IDC_AXIS: Rend_RenderAxisStateVisual(device, ctrl->id, &origin, &ctrlGeom); break; case IDC_HAT: Rend_RenderHatStateVisual(device, ctrl->id, &origin, &ctrlGeom); break; default: Con_Error("drawControlGroup: Unknown inputdev_controltype %i.", (int)ctrl->type); exit(1); // Unreachable. } if(ctrlGeom.size.width > 0 && ctrlGeom.size.height > 0) { origin.x += ctrlGeom.size.width + SPACING; if(grpGeom) Rect_UniteRaw(grpGeom, &ctrlGeom); else grpGeom = Rect_NewFromRaw(&ctrlGeom); } } if(grpGeom) { if(retGeometry) { Rect_Raw(grpGeom, retGeometry); } Rect_Delete(grpGeom); } #undef SPACING } /** * Render a visual representation of the current state of the specified device. */ void Rend_RenderInputDeviceStateVisual(inputdev_t* device, const inputdev_layout_t* layout, const Point2Raw* origin, Size2Raw* retVisualDimensions) { #define SPACING 2 Rect* visualGeom = NULL; Point2Raw offset; uint i; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(retVisualDimensions) { retVisualDimensions->width = retVisualDimensions->height = 0; } if(novideo || isDedicated) return; // Not for us. if(!device || !layout) return; // Init render state. FR_SetFont(fontFixed); FR_PushAttrib(); FR_LoadDefaultAttrib(); FR_SetLeading(0); FR_SetColorAndAlpha(1, 1, 1, 1); initDrawStateForVisual(origin); offset.x = offset.y = 0; // Draw device name first. if(device->niceName) { Size2Raw size; glEnable(GL_TEXTURE_2D); FR_DrawText(device->niceName, NULL/*no offset*/); glDisable(GL_TEXTURE_2D); FR_TextSize(&size, device->niceName); visualGeom = Rect_NewWithOriginSize2(offset.x, offset.y, size.width, size.height); offset.y += size.height + SPACING; } // Draw control groups. for(i = 0; i < layout->numGroups; ++i) { const inputdev_layout_controlgroup_t* grp = layout->groups + i; RectRaw grpGeometry; drawControlGroup(device, grp, &offset, &grpGeometry); if(grpGeometry.size.width > 0 && grpGeometry.size.height > 0) { if(visualGeom) Rect_UniteRaw(visualGeom, &grpGeometry); else visualGeom = Rect_NewFromRaw(&grpGeometry); offset.y = Rect_Y(visualGeom) + Rect_Height(visualGeom) + SPACING; } } // Back to previous render state. endDrawStateForVisual(origin); FR_PopAttrib(); // Return the united geometry dimensions? if(visualGeom && retVisualDimensions) { retVisualDimensions->width = Rect_Width(visualGeom); retVisualDimensions->height = Rect_Height(visualGeom); } #undef SPACING } void Rend_AllInputDeviceStateVisuals(void) { #define SPACING 2 #define NUMITEMS(x) (sizeof(x)/sizeof((x)[0])) // Keyboard (Standard US English layout): static inputdev_layout_control_t keyGroup1[] = { { IDC_KEY, 27 }, // escape { IDC_KEY, 132 }, // f1 { IDC_KEY, 133 }, // f2 { IDC_KEY, 134 }, // f3 { IDC_KEY, 135 }, // f4 { IDC_KEY, 136 }, // f5 { IDC_KEY, 137 }, // f6 { IDC_KEY, 138 }, // f7 { IDC_KEY, 139 }, // f8 { IDC_KEY, 140 }, // f9 { IDC_KEY, 141 }, // f10 { IDC_KEY, 142 }, // f11 { IDC_KEY, 143 } // f12 }; static inputdev_layout_control_t keyGroup2[] = { { IDC_KEY, 96 }, // tilde { IDC_KEY, 49 }, // 1 { IDC_KEY, 50 }, // 2 { IDC_KEY, 51 }, // 3 { IDC_KEY, 52 }, // 4 { IDC_KEY, 53 }, // 5 { IDC_KEY, 54 }, // 6 { IDC_KEY, 55 }, // 7 { IDC_KEY, 56 }, // 8 { IDC_KEY, 57 }, // 9 { IDC_KEY, 48 }, // 0 { IDC_KEY, 45 }, // - { IDC_KEY, 61 }, // = { IDC_KEY, 127 } // backspace }; static inputdev_layout_control_t keyGroup3[] = { { IDC_KEY, 9 }, // tab { IDC_KEY, 113 }, // q { IDC_KEY, 119 }, // w { IDC_KEY, 101 }, // e { IDC_KEY, 114 }, // r { IDC_KEY, 116 }, // t { IDC_KEY, 121 }, // y { IDC_KEY, 117 }, // u { IDC_KEY, 105 }, // i { IDC_KEY, 111 }, // o { IDC_KEY, 112 }, // p { IDC_KEY, 91 }, // { { IDC_KEY, 93 }, // } { IDC_KEY, 92 }, // bslash }; static inputdev_layout_control_t keyGroup4[] = { { IDC_KEY, 145 }, // capslock { IDC_KEY, 97 }, // a { IDC_KEY, 115 }, // s { IDC_KEY, 100 }, // d { IDC_KEY, 102 }, // f { IDC_KEY, 103 }, // g { IDC_KEY, 104 }, // h { IDC_KEY, 106 }, // j { IDC_KEY, 107 }, // k { IDC_KEY, 108 }, // l { IDC_KEY, 59 }, // semicolon { IDC_KEY, 39 }, // apostrophe { IDC_KEY, 13 } // return }; static inputdev_layout_control_t keyGroup5[] = { { IDC_KEY, 159 }, // shift { IDC_KEY, 122 }, // z { IDC_KEY, 120 }, // x { IDC_KEY, 99 }, // c { IDC_KEY, 118 }, // v { IDC_KEY, 98 }, // b { IDC_KEY, 110 }, // n { IDC_KEY, 109 }, // m { IDC_KEY, 44 }, // comma { IDC_KEY, 46 }, // period { IDC_KEY, 47 }, // fslash { IDC_KEY, 159 }, // shift }; static inputdev_layout_control_t keyGroup6[] = { { IDC_KEY, 160 }, // ctrl { IDC_KEY, 0 }, // ??? { IDC_KEY, 161 }, // alt { IDC_KEY, 32 }, // space { IDC_KEY, 161 }, // alt { IDC_KEY, 0 }, // ??? { IDC_KEY, 0 }, // ??? { IDC_KEY, 160 } // ctrl }; static inputdev_layout_control_t keyGroup7[] = { { IDC_KEY, 170 }, // printscrn { IDC_KEY, 146 }, // scrolllock { IDC_KEY, 158 } // pause }; static inputdev_layout_control_t keyGroup8[] = { { IDC_KEY, 162 }, // insert { IDC_KEY, 166 }, // home { IDC_KEY, 164 } // pageup }; static inputdev_layout_control_t keyGroup9[] = { { IDC_KEY, 163 }, // delete { IDC_KEY, 167 }, // end { IDC_KEY, 165 }, // pagedown }; static inputdev_layout_control_t keyGroup10[] = { { IDC_KEY, 130 }, // up { IDC_KEY, 129 }, // left { IDC_KEY, 131 }, // down { IDC_KEY, 128 }, // right }; static inputdev_layout_control_t keyGroup11[] = { { IDC_KEY, 144 }, // numlock { IDC_KEY, 172 }, // divide { IDC_KEY, DDKEY_MULTIPLY }, // multiply { IDC_KEY, 168 } // subtract }; static inputdev_layout_control_t keyGroup12[] = { { IDC_KEY, 147 }, // pad 7 { IDC_KEY, 148 }, // pad 8 { IDC_KEY, 149 }, // pad 9 { IDC_KEY, 169 }, // add }; static inputdev_layout_control_t keyGroup13[] = { { IDC_KEY, 150 }, // pad 4 { IDC_KEY, 151 }, // pad 5 { IDC_KEY, 152 } // pad 6 }; static inputdev_layout_control_t keyGroup14[] = { { IDC_KEY, 153 }, // pad 1 { IDC_KEY, 154 }, // pad 2 { IDC_KEY, 155 }, // pad 3 { IDC_KEY, 171 } // enter }; static inputdev_layout_control_t keyGroup15[] = { { IDC_KEY, 156 }, // pad 0 { IDC_KEY, 157 } // pad . }; static inputdev_layout_controlgroup_t keyGroups[] = { { keyGroup1, NUMITEMS(keyGroup1) }, { keyGroup2, NUMITEMS(keyGroup2) }, { keyGroup3, NUMITEMS(keyGroup3) }, { keyGroup4, NUMITEMS(keyGroup4) }, { keyGroup5, NUMITEMS(keyGroup5) }, { keyGroup6, NUMITEMS(keyGroup6) }, { keyGroup7, NUMITEMS(keyGroup7) }, { keyGroup8, NUMITEMS(keyGroup8) }, { keyGroup9, NUMITEMS(keyGroup9) }, { keyGroup10, NUMITEMS(keyGroup10) }, { keyGroup11, NUMITEMS(keyGroup11) }, { keyGroup12, NUMITEMS(keyGroup12) }, { keyGroup13, NUMITEMS(keyGroup13) }, { keyGroup14, NUMITEMS(keyGroup14) }, { keyGroup15, NUMITEMS(keyGroup15) } }; static inputdev_layout_t keyLayout = { keyGroups, NUMITEMS(keyGroups) }; // Mouse: static inputdev_layout_control_t mouseGroup1[] = { { IDC_AXIS, 0 }, // x-axis { IDC_AXIS, 1 }, // y-axis }; static inputdev_layout_control_t mouseGroup2[] = { { IDC_KEY, 0 }, // left { IDC_KEY, 1 }, // middle { IDC_KEY, 2 } // right }; static inputdev_layout_control_t mouseGroup3[] = { { IDC_KEY, 3 }, // wheelup { IDC_KEY, 4 } // wheeldown }; static inputdev_layout_control_t mouseGroup4[] = { { IDC_KEY, 5 }, { IDC_KEY, 6 }, { IDC_KEY, 7 }, { IDC_KEY, 8 }, { IDC_KEY, 9 }, { IDC_KEY, 10 }, { IDC_KEY, 11 }, { IDC_KEY, 12 }, { IDC_KEY, 13 }, { IDC_KEY, 14 }, { IDC_KEY, 15 } }; static inputdev_layout_controlgroup_t mouseGroups[] = { { mouseGroup1, NUMITEMS(mouseGroup1) }, { mouseGroup2, NUMITEMS(mouseGroup2) }, { mouseGroup3, NUMITEMS(mouseGroup3) }, { mouseGroup4, NUMITEMS(mouseGroup4) } }; static inputdev_layout_t mouseLayout = { mouseGroups, NUMITEMS(mouseGroups) }; // Joystick: static inputdev_layout_control_t joyGroup1[] = { { IDC_AXIS, 0 }, // x-axis { IDC_AXIS, 1 }, // y-axis { IDC_AXIS, 2 }, // z-axis { IDC_AXIS, 3 } // w-axis }; static inputdev_layout_control_t joyGroup2[] = { { IDC_AXIS, 4 }, { IDC_AXIS, 5 }, { IDC_AXIS, 6 }, { IDC_AXIS, 7 }, { IDC_AXIS, 8 }, { IDC_AXIS, 9 }, { IDC_AXIS, 10 }, { IDC_AXIS, 11 }, { IDC_AXIS, 12 }, { IDC_AXIS, 13 }, { IDC_AXIS, 14 }, { IDC_AXIS, 15 }, { IDC_AXIS, 16 }, { IDC_AXIS, 17 } }; static inputdev_layout_control_t joyGroup3[] = { { IDC_AXIS, 18 }, { IDC_AXIS, 19 }, { IDC_AXIS, 20 }, { IDC_AXIS, 21 }, { IDC_AXIS, 22 }, { IDC_AXIS, 23 }, { IDC_AXIS, 24 }, { IDC_AXIS, 25 }, { IDC_AXIS, 26 }, { IDC_AXIS, 27 }, { IDC_AXIS, 28 }, { IDC_AXIS, 29 }, { IDC_AXIS, 30 }, { IDC_AXIS, 31 } }; static inputdev_layout_control_t joyGroup4[] = { { IDC_HAT, 0 }, { IDC_HAT, 1 }, { IDC_HAT, 2 }, { IDC_HAT, 3 } }; static inputdev_layout_control_t joyGroup5[] = { { IDC_KEY, 0 }, { IDC_KEY, 1 }, { IDC_KEY, 2 }, { IDC_KEY, 3 }, { IDC_KEY, 4 }, { IDC_KEY, 5 }, { IDC_KEY, 6 }, { IDC_KEY, 7 } }; static inputdev_layout_control_t joyGroup6[] = { { IDC_KEY, 8 }, { IDC_KEY, 9 }, { IDC_KEY, 10 }, { IDC_KEY, 11 }, { IDC_KEY, 12 }, { IDC_KEY, 13 }, { IDC_KEY, 14 }, { IDC_KEY, 15 }, }; static inputdev_layout_control_t joyGroup7[] = { { IDC_KEY, 16 }, { IDC_KEY, 17 }, { IDC_KEY, 18 }, { IDC_KEY, 19 }, { IDC_KEY, 20 }, { IDC_KEY, 21 }, { IDC_KEY, 22 }, { IDC_KEY, 23 }, }; static inputdev_layout_control_t joyGroup8[] = { { IDC_KEY, 24 }, { IDC_KEY, 25 }, { IDC_KEY, 26 }, { IDC_KEY, 27 }, { IDC_KEY, 28 }, { IDC_KEY, 29 }, { IDC_KEY, 30 }, { IDC_KEY, 31 }, }; static inputdev_layout_controlgroup_t joyGroups[] = { { joyGroup1, NUMITEMS(joyGroup1) }, { joyGroup2, NUMITEMS(joyGroup2) }, { joyGroup3, NUMITEMS(joyGroup3) }, { joyGroup4, NUMITEMS(joyGroup4) }, { joyGroup5, NUMITEMS(joyGroup5) }, { joyGroup6, NUMITEMS(joyGroup6) }, { joyGroup7, NUMITEMS(joyGroup7) }, { joyGroup8, NUMITEMS(joyGroup8) } }; static inputdev_layout_t joyLayout = { joyGroups, NUMITEMS(joyGroups) }; Point2Raw origin(2, 2); Size2Raw dimensions; if(novideo || isDedicated) return; // Not for us. DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Disabled? if(!devRendKeyState && !devRendMouseState && !devRendJoyState) return; glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); if(devRendKeyState) { Rend_RenderInputDeviceStateVisual(I_GetDevice(IDEV_KEYBOARD), &keyLayout, &origin, &dimensions); origin.y += dimensions.height + SPACING; } if(devRendMouseState) { Rend_RenderInputDeviceStateVisual(I_GetDevice(IDEV_MOUSE), &mouseLayout, &origin, &dimensions); origin.y += dimensions.height + SPACING; } if(devRendJoyState) { Rend_RenderInputDeviceStateVisual(I_GetDevice(IDEV_JOY1), &joyLayout, &origin, &dimensions); } glMatrixMode(GL_PROJECTION); glPopMatrix(); #undef NUMITEMS #undef SPACING } #endif // _DEBUG static void I_PrintAxisConfig(inputdev_t* device, inputdevaxis_t* axis) { LOG_INPUT_MSG(" " _E(>) "%s-%s Config:\n" " Type: %s\n" //" Filter: %i\n" " Dead Zone: %f\n" " Scale: %f\n" " Flags: (%s%s)") << device->name << axis->name << (axis->type == IDAT_STICK? "STICK" : "POINTER") /*axis->filter,*/ << axis->deadZone << axis->scale << ((axis->flags & IDA_DISABLED)? "|disabled":"") << ((axis->flags & IDA_INVERT)? "|inverted":""); } /** * Console command to list all of the available input devices+axes. */ D_CMD(ListInputDevices) { DENG2_UNUSED3(src, argc, argv); inputdev_t* dev; uint i, j; LOG_INPUT_MSG(_E(b) "Input Devices:"); for(i = 0; i < NUM_INPUT_DEVICES; ++i) { dev = &inputDevices[i]; if(!dev->name || !(dev->flags & ID_ACTIVE)) continue; LOG_INPUT_MSG(_E(D) "%s" _E(.) " (%i keys, %i axes)") << dev->name << dev->numKeys << dev->numAxes; for(j = 0; j < dev->numAxes; ++j) { LOG_INPUT_MSG(" Axis #%i: %s") << j << dev->axes[j].name; I_PrintAxisConfig(dev, &dev->axes[j]); } } return true; } D_CMD(ReleaseMouse) { DENG2_UNUSED3(src, argc, argv); if(WindowSystem::mainExists()) { ClientWindowSystem::main().canvas().trapMouse(false); return true; } return false; } doomsday-1.14.5/doomsday/client/src/ui/ui_main.cpp0000664000175000017500000003350512350542240021336 0ustar jaakkojaakko/** @file ui_main.cpp Graphical User Interface * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_base.h" #include "de_console.h" #include "de_filesys.h" #include "de_system.h" #include "de_graphics.h" #include "de_ui.h" #include "de_misc.h" #include "resource/image.h" #include "gl/texturecontent.h" #include "render/rend_main.h" #include "render/rend_font.h" #include "MaterialSnapshot" #include "Material" #include "ui/ui_main.h" using namespace de; D_CMD(UIColor); fontid_t fontFixed, fontVariable[FONTSTYLE_COUNT]; static int uiFontHgt; /// Height of the UI font. /// Modify these colors to change the look of the UI. static ui_color_t ui_colors[NUM_UI_COLORS] = { /* UIC_TEXT */ { .85f, .87f, 1 }, /* UIC_TITLE */ { 1, 1, 1 }, /* UIC_SHADOW */ { 0, 0, 0 }, /* UIC_BG_LIGHT */ { .18f, .18f, .22f }, /* UIC_BG_MEDIUM */ { .4f, .4f, .52f }, /* UIC_BG_DARK */ { .28f, .28f, .33f }, /* UIC_BRD_HI */ { 1, 1, 1 }, /* UIC_BRD_MED */ { 0, 0, 0 }, /* UIC_BRD_LOW */ { .25f, .25f, .55f }, /* UIC_HELP */ { .4f, .4f, .52f } }; void UI_Register(void) { C_CMD_FLAGS("uicolor", "sfff", UIColor, CMDF_NO_DEDICATED); } char const *UI_ChooseFixedFont() { if(DENG_GAMEVIEW_WIDTH < 300) return "console11"; if(DENG_GAMEVIEW_WIDTH > 768) return "console18"; return "console14"; } char const *UI_ChooseVariableFont(fontstyle_t style) { int const resY = DENG_GAMEVIEW_HEIGHT; int const SMALL_LIMIT = 500; int const MED_LIMIT = 800; switch(style) { default: return (resY < SMALL_LIMIT ? "normal12" : resY < MED_LIMIT ? "normal18" : "normal24"); case FS_LIGHT: return (resY < SMALL_LIMIT ? "normallight12" : resY < MED_LIMIT ? "normallight18" : "normallight24"); case FS_BOLD: return (resY < SMALL_LIMIT ? "normalbold12" : resY < MED_LIMIT ? "normalbold18" : "normalbold24"); } } static AbstractFont *loadSystemFont(char const *name) { DENG2_ASSERT(name != 0 && name[0]); // Compose the resource name. de::Uri uri = de::Uri("System:", RC_NULL).setPath(name); // Compose the resource data path. ddstring_t resourcePath; Str_InitStd(&resourcePath); Str_Appendf(&resourcePath, "}data/Fonts/%s.dfn", name); #if defined(UNIX) && !defined(MACOSX) // Case-sensitive file system. /// @todo Unkludge this: handle in a more generic manner. strlwr(resourcePath.str); #endif F_ExpandBasePath(&resourcePath, &resourcePath); AbstractFont *font = App_ResourceSystem().newFontFromFile(uri, Str_Text(&resourcePath)); if(!font) { Con_Error("loadSystemFont: Failed loading font \"%s\".", name); exit(1); // Unreachable. } Str_Free(&resourcePath); return font; } static void loadFontIfNeeded(char const *uri, fontid_t *fid) { *fid = NOFONTID; if(uri && uri[0]) { try { FontManifest &manifest = App_ResourceSystem().fontManifest(de::Uri(uri, RC_NULL)); if(manifest.hasResource()) { *fid = fontid_t(manifest.uniqueId()); } } catch(ResourceSystem::MissingManifestError const &) {} } if(*fid == NOFONTID) { *fid = loadSystemFont(uri)->manifest().uniqueId(); } } void UI_LoadFonts() { if(isDedicated) return; loadFontIfNeeded(UI_ChooseFixedFont(), &fontFixed); loadFontIfNeeded(UI_ChooseVariableFont(FS_NORMAL), &fontVariable[FS_NORMAL]); loadFontIfNeeded(UI_ChooseVariableFont(FS_BOLD), &fontVariable[FS_BOLD]); loadFontIfNeeded(UI_ChooseVariableFont(FS_LIGHT), &fontVariable[FS_LIGHT]); } de::MaterialVariantSpec const &UI_MaterialSpec(int texSpecFlags) { return App_ResourceSystem().materialSpec(UiContext, texSpecFlags | TSF_NO_COMPRESSION, 0, 0, 0, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 1, 1, 0, false, false, false, false); } int UI_FontHeight(void) { return uiFontHgt; } ui_color_t* UI_Color(uint id) { if(id >= NUM_UI_COLORS) return NULL; return &ui_colors[id]; } void UI_MixColors(ui_color_t* a, ui_color_t* b, ui_color_t* dest, float amount) { dest->red = (1 - amount) * a->red + amount * b->red; dest->green = (1 - amount) * a->green + amount * b->green; dest->blue = (1 - amount) * a->blue + amount * b->blue; } void UI_SetColorA(ui_color_t* color, float alpha) { glColor4f(color->red, color->green, color->blue, alpha); } void UI_SetColor(ui_color_t* color) { glColor3f(color->red, color->green, color->blue); } void UI_Gradient(const Point2Raw* origin, const Size2Raw* size, ui_color_t* topColor, ui_color_t* bottomColor, float topAlpha, float bottomAlpha) { UI_GradientEx(origin, size, 0, topColor, bottomColor, topAlpha, bottomAlpha); } void UI_GradientEx(const Point2Raw* origin, const Size2Raw* size, int border, ui_color_t* topColor, ui_color_t* bottomColor, float topAlpha, float bottomAlpha) { UI_DrawRectEx(origin, size, border, true, topColor, bottomColor, topAlpha, bottomAlpha); } void UI_TextOutEx2(const char* text, const Point2Raw* origin, ui_color_t* color, float alpha, int alignFlags, short textFlags) { assert(origin); //alpha *= uiAlpha; if(alpha <= 0) return; FR_SetColorAndAlpha(color->red, color->green, color->blue, alpha); FR_DrawText3(text, origin, alignFlags, textFlags); } void UI_TextOutEx(const char* text, const Point2Raw* origin, ui_color_t* color, float alpha) { UI_TextOutEx2(text, origin, color, alpha, DEFAULT_ALIGNFLAGS, DEFAULT_DRAWFLAGS); } void UI_DrawRectEx(const Point2Raw* origin, const Size2Raw* size, int border, dd_bool filled, ui_color_t* topColor, ui_color_t* bottomColor, float alpha, float bottomAlpha) { float s[2] = { 0, 1 }, t[2] = { 0, 1 }; assert(origin && size); //alpha *= uiAlpha; //bottomAlpha *= uiAlpha; if(alpha <= 0 && bottomAlpha <= 0) return; if(border < 0) { border = -border; s[0] = t[0] = 1; s[1] = t[1] = 0; } if(bottomAlpha < 0) bottomAlpha = alpha; if(!bottomColor) bottomColor = topColor; // The fill comes first, if there's one. if(filled) { MaterialSnapshot const &ms = App_ResourceSystem().material(de::Uri("System", Path("ui/boxfill"))) .prepare(UI_MaterialSpec()); GL_BindTexture(&ms.texture(MTU_PRIMARY)); glBegin(GL_QUADS); glTexCoord2f(0.5f, 0.5f); UI_SetColorA(topColor, alpha); glVertex2f(origin->x + border, origin->y + border); glVertex2f(origin->x + size->width - border, origin->y + border); UI_SetColorA(bottomColor, bottomAlpha); glVertex2f(origin->x + size->width - border, origin->y + size->height - border); glVertex2f(origin->x + border, origin->y + size->height - border); } else { MaterialSnapshot const &ms = App_ResourceSystem().material(de::Uri("System", Path("ui/boxcorner"))) .prepare(UI_MaterialSpec()); GL_BindTexture(&ms.texture(MTU_PRIMARY)); glBegin(GL_QUADS); } if(!filled || border > 0) { // Top Left. UI_SetColorA(topColor, alpha); glTexCoord2f(s[0], t[0]); glVertex2f(origin->x, origin->y); glTexCoord2f(0.5f, t[0]); glVertex2f(origin->x + border, origin->y); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + border, origin->y + border); glTexCoord2f(s[0], 0.5f); glVertex2f(origin->x, origin->y + border); // Top. glTexCoord2f(0.5f, t[0]); glVertex2f(origin->x + border, origin->y); glTexCoord2f(0.5f, t[0]); glVertex2f(origin->x + size->width - border, origin->y); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + size->width - border, origin->y + border); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + border, origin->y + border); // Top Right. glTexCoord2f(0.5f, t[0]); glVertex2f(origin->x + size->width - border, origin->y); glTexCoord2f(s[1], t[0]); glVertex2f(origin->x + size->width, origin->y); glTexCoord2f(s[1], 0.5f); glVertex2f(origin->x + size->width, origin->y + border); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + size->width - border, origin->y + border); // Right. glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + size->width - border, origin->y + border); glTexCoord2f(s[1], 0.5f); glVertex2f(origin->x + size->width, origin->y + border); UI_SetColorA(bottomColor, bottomAlpha); glTexCoord2f(s[1], 0.5f); glVertex2f(origin->x + size->width, origin->y + size->height - border); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + size->width - border, origin->y + size->height - border); // Bottom Right. glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + size->width - border, origin->y + size->height - border); glTexCoord2f(s[1], 0.5f); glVertex2f(origin->x + size->width, origin->y + size->height - border); glTexCoord2f(s[1], t[1]); glVertex2f(origin->x + size->width, origin->y + size->height); glTexCoord2f(0.5f, t[1]); glVertex2f(origin->x + size->width - border, origin->y + size->height); // Bottom. glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + border, origin->y + size->height - border); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + size->width - border, origin->y + size->height - border); glTexCoord2f(0.5f, t[1]); glVertex2f(origin->x + size->width - border, origin->y + size->height); glTexCoord2f(0.5f, t[1]); glVertex2f(origin->x + border, origin->y + size->height); // Bottom Left. glTexCoord2f(s[0], 0.5f); glVertex2f(origin->x, origin->y + size->height - border); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + border, origin->y + size->height - border); glTexCoord2f(0.5f, t[1]); glVertex2f(origin->x + border, origin->y + size->height); glTexCoord2f(s[0], t[1]); glVertex2f(origin->x, origin->y + size->height); // Left. UI_SetColorA(topColor, alpha); glTexCoord2f(s[0], 0.5f); glVertex2f(origin->x, origin->y + border); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + border, origin->y + border); UI_SetColorA(bottomColor, bottomAlpha); glTexCoord2f(0.5f, 0.5f); glVertex2f(origin->x + border, origin->y + size->height - border); glTexCoord2f(s[0], 0.5f); glVertex2f(origin->x, origin->y + size->height - border); } glEnd(); } void UI_DrawDDBackground(Point2Raw const &origin, Size2Raw const &dimensions, float alpha) { ui_color_t const *dark = UI_Color(UIC_BG_DARK); ui_color_t const *light = UI_Color(UIC_BG_LIGHT); float const mul = 1.5f; // Background gradient picture. MaterialSnapshot const &ms = App_ResourceSystem().material(de::Uri("System", Path("ui/background"))) .prepare(UI_MaterialSpec(TSF_MONOCHROME)); GL_BindTexture(&ms.texture(MTU_PRIMARY)); glEnable(GL_TEXTURE_2D); if(alpha < 1.0) { GL_BlendMode(BM_NORMAL); } else { glDisable(GL_BLEND); } glBegin(GL_QUADS); // Top color. glColor4f(dark->red * mul, dark->green * mul, dark->blue * mul, alpha); glTexCoord2f(0, 0); glVertex2f(origin.x, origin.y); glTexCoord2f(1, 0); glVertex2f(origin.x + dimensions.width, origin.y); // Bottom color. glColor4f(light->red * mul, light->green * mul, light->blue * mul, alpha); glTexCoord2f(1, 1); glVertex2f(origin.x + dimensions.width, origin.y + dimensions.height); glTexCoord2f(0, 1); glVertex2f(0, origin.y + dimensions.height); glEnd(); glEnable(GL_BLEND); glDisable(GL_TEXTURE_2D); } /** * CCmd: Change the UI colors. */ D_CMD(UIColor) { DENG2_UNUSED2(argc, src); struct colorname_s { char const *str; uint colorIdx; } colors[] = { { "text", UIC_TEXT }, { "title", UIC_TITLE }, { "shadow", UIC_SHADOW }, { "bglight", UIC_BG_LIGHT }, { "bgmed", UIC_BG_MEDIUM }, { "bgdark", UIC_BG_DARK }, { "borhigh", UIC_BRD_HI }, { "bormed", UIC_BRD_MED }, { "borlow", UIC_BRD_LOW }, { "help", UIC_HELP }, { 0, 0 } }; for(int i = 0; colors[i].str; ++i) { if(stricmp(argv[1], colors[i].str)) continue; uint idx = colors[i].colorIdx; ui_colors[idx].red = strtod(argv[2], 0); ui_colors[idx].green = strtod(argv[3], 0); ui_colors[idx].blue = strtod(argv[4], 0); return true; } LOG_SCR_ERROR("Unknown UI color '%s'") << argv[1]; return false; } doomsday-1.14.5/doomsday/client/src/ui/b_util.cpp0000664000175000017500000004214312350542237021177 0ustar jaakkojaakko/** @file b_util.cpp Bindings-related Utility Functions. @ingroup ui * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_platform.h" #include "de_console.h" #include "de_misc.h" #include "ui/b_main.h" #include "ui/b_util.h" #include "ui/b_context.h" #include "network/net_main.h" // netGame dd_bool B_ParseToggleState(const char* toggleName, ebstate_t* state) { if(!strlen(toggleName) || !strcasecmp(toggleName, "down")) { *state = EBTOG_DOWN; // this is the default, if omitted return true; } if(!strcasecmp(toggleName, "undefined")) { *state = EBTOG_UNDEFINED; return true; } if(!strcasecmp(toggleName, "repeat")) { *state = EBTOG_REPEAT; return true; } if(!strcasecmp(toggleName, "press")) { *state = EBTOG_PRESS; return true; } if(!strcasecmp(toggleName, "up")) { *state = EBTOG_UP; return true; } LOG_INPUT_WARNING("\"%s\" is not a toggle state") << toggleName; return false; // Not recognized. } dd_bool B_ParseAxisPosition(const char* desc, ebstate_t* state, float* pos) { if(!strncasecmp(desc, "within", 6) && strlen(desc) > 6) { *state = EBAXIS_WITHIN; *pos = strtod(desc + 6, NULL); } else if(!strncasecmp(desc, "beyond", 6) && strlen(desc) > 6) { *state = EBAXIS_BEYOND; *pos = strtod(desc + 6, NULL); } else if(!strncasecmp(desc, "pos", 3) && strlen(desc) > 3) { *state = EBAXIS_BEYOND_POSITIVE; *pos = strtod(desc + 3, NULL); } else if(!strncasecmp(desc, "neg", 3) && strlen(desc) > 3) { *state = EBAXIS_BEYOND_NEGATIVE; *pos = -strtod(desc + 3, NULL); } else { LOG_INPUT_WARNING("Axis position \"%s\" is invalid") << desc; return false; } return true; } dd_bool B_ParseModifierId(const char* desc, int* id) { *id = strtoul(desc, NULL, 10) - 1 + CTL_MODIFIER_1; if(*id < CTL_MODIFIER_1 || *id > CTL_MODIFIER_4) { // Out of range. return false; } return true; } dd_bool B_ParseKeyId(const char* desc, int* id) { LOG_AS("B_ParseKeyId"); // The possibilies: symbolic key name, or "codeNNN". if(!strncasecmp(desc, "code", 4) && strlen(desc) == 7) { if(desc[4] == 'x' || desc[4] == 'X') { // Hexadecimal. *id = strtoul(desc + 5, NULL, 16); } else { // Decimal. *id = strtoul(desc + 4, NULL, 10); if(*id <= 0 || *id > 255) { LOGDEV_INPUT_WARNING("Key code %i out of range") << *id; return false; } } } else { // Symbolic key name. *id = B_KeyForShortName(desc); if(!*id) { LOG_INPUT_WARNING("Unknown key \"%s\"") << desc; return false; } } return true; } dd_bool B_ParseMouseTypeAndId(const char* desc, ddeventtype_t* type, int* id) { // Maybe it's one of the buttons? *id = I_GetKeyByName(I_GetDevice(IDEV_MOUSE), desc); if(*id >= 0) { // Got it. *type = E_TOGGLE; return true; } if(!strncasecmp(desc, "button", 6) && strlen(desc) > 6) // generic button { *type = E_TOGGLE; *id = strtoul(desc + 6, NULL, 10) - 1; if(*id < 0 || (uint)*id >= I_GetDevice(IDEV_MOUSE)->numKeys) { LOG_INPUT_WARNING("Mouse button %i does not exist") << *id; return false; } } else { // Try to find the axis. *type = E_AXIS; *id = I_GetAxisByName(I_GetDevice(IDEV_MOUSE), desc); if(*id < 0) { LOG_INPUT_WARNING("Mouse axis \"%s\" does not exist") << desc; return false; } } return true; } dd_bool B_ParseDeviceAxisTypeAndId(uint device, const char* desc, ddeventtype_t* type, int* id) { inputdev_t *dev = I_GetDevice(device); *type = E_AXIS; *id = I_GetAxisByName(dev, desc); if(*id < 0) { LOG_INPUT_WARNING("Axis \"%s\" is not defined in device '%s'") << desc << dev->name; return false; } return true; } dd_bool B_ParseJoystickTypeAndId(uint device, const char* desc, ddeventtype_t* type, int* id) { if(!strncasecmp(desc, "button", 6) && strlen(desc) > 6) { *type = E_TOGGLE; *id = strtoul(desc + 6, NULL, 10) - 1; if(*id < 0 || (uint)*id >= I_GetDevice(device)->numKeys) { LOG_INPUT_WARNING("Joystick button %i does not exist") << *id; return false; } } else if(!strncasecmp(desc, "hat", 3) && strlen(desc) > 3) { *type = E_ANGLE; *id = strtoul(desc + 3, NULL, 10) - 1; if(*id < 0 || (uint)*id >= I_GetDevice(device)->numHats) { LOG_INPUT_WARNING("Joystick hat %i does not exist") << *id; return false; } } else if(!strcasecmp(desc, "hat")) { *type = E_ANGLE; *id = 0; } else { // Try to find the axis. if(!B_ParseDeviceAxisTypeAndId(device, desc, type, id)) { return false; } } return true; } dd_bool B_ParseAnglePosition(const char* desc, float* pos) { if(!strcasecmp(desc, "center")) { *pos = -1; } else if(!strncasecmp(desc, "angle", 5) && strlen(desc) > 5) { *pos = strtod(desc + 5, NULL); } else { LOG_INPUT_WARNING("Angle position \"%s\" is invalid") << desc; return false; } return true; } /** * Parse a state condition. */ dd_bool B_ParseStateCondition(statecondition_t* cond, const char* desc) { AutoStr* str = AutoStr_NewStd(); ddeventtype_t type; // First, we expect to encounter a device name. desc = Str_CopyDelim(str, desc, '-'); if(!Str_CompareIgnoreCase(str, "multiplayer")) { // This is only intended for multiplayer games. cond->type = SCT_STATE; cond->flags.multiplayer = true; } else if(!Str_CompareIgnoreCase(str, "modifier")) { cond->device = 0; // not used cond->type = SCT_MODIFIER_STATE; // Parse the modifier number. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseModifierId(Str_Text(str), &cond->id)) { return false; } // The final part of a modifier is the state. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseToggleState(Str_Text(str), &cond->state)) { return false; } } else if(!Str_CompareIgnoreCase(str, "key")) { cond->device = IDEV_KEYBOARD; cond->type = SCT_TOGGLE_STATE; // Parse the key. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseKeyId(Str_Text(str), &cond->id)) { return false; } // The final part of a key event is the state of the key toggle. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseToggleState(Str_Text(str), &cond->state)) { return false; } } else if(!Str_CompareIgnoreCase(str, "mouse")) { cond->device = IDEV_MOUSE; // What is being targeted? desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseMouseTypeAndId(Str_Text(str), &type, &cond->id)) { return false; } desc = Str_CopyDelim(str, desc, '-'); if(type == E_TOGGLE) { cond->type = SCT_TOGGLE_STATE; if(!B_ParseToggleState(Str_Text(str), &cond->state)) { return false; } } else if(type == E_AXIS) { cond->type = SCT_AXIS_BEYOND; if(!B_ParseAxisPosition(Str_Text(str), &cond->state, &cond->pos)) { return false; } } } else if(!Str_CompareIgnoreCase(str, "joy") || !Str_CompareIgnoreCase(str, "head")) { cond->device = (!Str_CompareIgnoreCase(str, "joy")? IDEV_JOY1 : IDEV_HEAD_TRACKER); // What is being targeted? desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseJoystickTypeAndId(cond->device, Str_Text(str), &type, &cond->id)) { return false; } desc = Str_CopyDelim(str, desc, '-'); if(type == E_TOGGLE) { cond->type = SCT_TOGGLE_STATE; if(!B_ParseToggleState(Str_Text(str), &cond->state)) { return false; } } else if(type == E_AXIS) { cond->type = SCT_AXIS_BEYOND; if(!B_ParseAxisPosition(Str_Text(str), &cond->state, &cond->pos)) { return false; } } else // Angle. { cond->type = SCT_ANGLE_AT; if(!B_ParseAnglePosition(Str_Text(str), &cond->pos)) { return false; } } } else { LOG_INPUT_WARNING("Unknown input device \"%s\"") << Str_Text(str); return false; } // Check for valid toggle states. if(cond->type == SCT_TOGGLE_STATE && cond->state != EBTOG_UP && cond->state != EBTOG_DOWN) { LOG_INPUT_WARNING("\"%s\": Toggle condition can only be 'up' or 'down'") << desc; return false; } // Finally, there may be the negation at the end. desc = Str_CopyDelim(str, desc, '-'); if(!Str_CompareIgnoreCase(str, "not")) { cond->flags.negate = true; } // Anything left that wasn't used? if(desc) { LOG_INPUT_WARNING("Unrecognized condition \"%s\"") << desc; return false; } // No errors detected. return true; } dd_bool B_CheckAxisPos(ebstate_t test, float testPos, float pos) { switch(test) { case EBAXIS_WITHIN: if((pos > 0 && pos > testPos) || (pos < 0 && pos < -testPos)) return false; break; case EBAXIS_BEYOND: if(!((pos > 0 && pos >= testPos) || (pos < 0 && pos <= -testPos))) return false; break; case EBAXIS_BEYOND_POSITIVE: if(pos < testPos) return false; break; case EBAXIS_BEYOND_NEGATIVE: if(pos > -testPos) return false; break; default: return false; } return true; } dd_bool B_CheckCondition(statecondition_t* cond, int localNum, bcontext_t* context) { dd_bool fulfilled = !cond->flags.negate; inputdev_t *dev = I_GetDevice(cond->device); switch(cond->type) { case SCT_STATE: if(cond->flags.multiplayer && netGame) return fulfilled; break; case SCT_MODIFIER_STATE: if(context) { // Evaluate the current state of the modifier (in this context). float pos = 0, relative = 0; dbinding_t* binds = &B_GetControlBinding(context, cond->id)->deviceBinds[localNum]; B_EvaluateDeviceBindingList(localNum, binds, &pos, &relative, context, false /*no triggered*/); if((cond->state == EBTOG_DOWN && fabs(pos) > .5) || (cond->state == EBTOG_UP && fabs(pos) < .5)) return fulfilled; } break; case SCT_TOGGLE_STATE: { int isDown = (dev->keys[cond->id].isDown != 0); if((isDown && cond->state == EBTOG_DOWN) || (!isDown && cond->state == EBTOG_UP)) return fulfilled; break; } case SCT_AXIS_BEYOND: if(B_CheckAxisPos(cond->state, cond->pos, dev->axes[cond->id].position)) return fulfilled; break; case SCT_ANGLE_AT: if(dev->hats[cond->id].pos == cond->pos) return fulfilled; break; } return !fulfilled; } dd_bool B_EqualConditions(const statecondition_t* a, const statecondition_t* b) { return (a->device == b->device && a->type == b->type && a->id == b->id && a->state == b->state && FEQUAL(a->pos, b->pos) && a->flags.negate == b->flags.negate && a->flags.multiplayer == b->flags.multiplayer); } void B_AppendDeviceDescToString(uint device, ddeventtype_t type, int id, ddstring_t* str) { inputdev_t *dev = I_GetDevice(device); const char* name; if(type != E_SYMBOLIC) { // Name of the device. Str_Append(str, dev->name); Str_Append(str, "-"); } switch(type) { case E_TOGGLE: if(dev->keys[id].name) { Str_Append(str, dev->keys[id].name); } else if(device == IDEV_KEYBOARD) { name = B_ShortNameForKey(id); if(name) Str_Append(str, name); else Str_Appendf(str, "code%03i", id); } else Str_Appendf(str, "button%i",id + 1); break; case E_AXIS: Str_Append(str, dev->axes[id].name); break; case E_ANGLE: Str_Appendf(str, "hat%i", id + 1); break; case E_SYMBOLIC: Str_Append(str, "sym"); break; default: Con_Error("B_AppendDeviceDescToString: Invalid value, type = %i.", (int) type); break; } } void B_AppendToggleStateToString(ebstate_t state, ddstring_t* str) { if(state == EBTOG_UNDEFINED) Str_Append(str, "-undefined"); if(state == EBTOG_DOWN) Str_Append(str, "-down"); if(state == EBTOG_REPEAT) Str_Append(str, "-repeat"); if(state == EBTOG_PRESS) Str_Append(str, "-press"); if(state == EBTOG_UP) Str_Append(str, "-up"); } void B_AppendAxisPositionToString(ebstate_t state, float pos, ddstring_t* str) { if(state == EBAXIS_WITHIN) Str_Appendf(str, "-within%g", pos); else if(state == EBAXIS_BEYOND) Str_Appendf(str, "-beyond%g", pos); else if(state == EBAXIS_BEYOND_POSITIVE) Str_Appendf(str, "-pos%g", pos); else Str_Appendf(str, "-neg%g", -pos); } void B_AppendAnglePositionToString(float pos, ddstring_t* str) { if(pos < 0) Str_Append(str, "-center"); else Str_Appendf(str, "-angle%g", pos); } void B_AppendConditionToString(const statecondition_t* cond, ddstring_t* str) { if(cond->type == SCT_STATE) { if(cond->flags.multiplayer) { Str_Append(str, "multiplayer"); } } else if(cond->type == SCT_MODIFIER_STATE) { Str_Appendf(str, "modifier-%i", cond->id - CTL_MODIFIER_1 + 1); } else { B_AppendDeviceDescToString(cond->device, cond->type == SCT_TOGGLE_STATE? E_TOGGLE : cond->type == SCT_AXIS_BEYOND? E_AXIS : E_ANGLE, cond->id, str); } if(cond->type == SCT_TOGGLE_STATE || cond->type == SCT_MODIFIER_STATE) { B_AppendToggleStateToString(cond->state, str); } else if(cond->type == SCT_AXIS_BEYOND) { B_AppendAxisPositionToString(cond->state, cond->pos, str); } else if(cond->type == SCT_ANGLE_AT) { B_AppendAnglePositionToString(cond->pos, str); } // Flags. if(cond->flags.negate) { Str_Append(str, "-not"); } } /** * @param ev Event. * @param str The event in textual format is appended here. */ void B_AppendEventToString(const ddevent_t* ev, ddstring_t* str) { B_AppendDeviceDescToString(ev->device, ev->type, ev->type == E_TOGGLE? ev->toggle.id : ev->type == E_AXIS? ev->axis.id : ev->type == E_ANGLE? ev->angle.id : ev->type == E_SYMBOLIC? ev->symbolic.id : 0, str); switch(ev->type) { case E_TOGGLE: B_AppendToggleStateToString(ev->toggle.state == ETOG_DOWN? EBTOG_DOWN : ev->toggle.state == ETOG_UP? EBTOG_UP : EBTOG_REPEAT, str); break; case E_AXIS: B_AppendAxisPositionToString(ev->axis.pos >= 0? EBAXIS_BEYOND_POSITIVE : EBAXIS_BEYOND_NEGATIVE, ev->axis.pos, str); break; case E_ANGLE: B_AppendAnglePositionToString(ev->angle.pos, str); break; case E_SYMBOLIC: Str_Appendf(str, "-%s", ev->symbolic.name); break; case E_FOCUS: break; } } doomsday-1.14.5/doomsday/client/src/ui/b_device.cpp0000664000175000017500000002736012350542237021465 0ustar jaakkojaakko/** @file b_device.cpp Control-Device Bindings. @ingroup ui * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_console.h" #include "de_misc.h" #include "ui/b_main.h" #include "ui/b_device.h" #include "ui/b_context.h" #define EVTYPE_TO_CBDTYPE(evt) ((evt) == E_AXIS? CBD_AXIS : (evt) == E_TOGGLE? CBD_TOGGLE : CBD_ANGLE) #define CBDTYPE_TO_EVTYPE(cbt) ((cbt) == CBD_AXIS? E_AXIS : (cbt) == CBD_TOGGLE? E_TOGGLE : E_ANGLE) float stageThreshold = 6.f/35; float stageFactor = .5f; byte zeroControlUponConflict = true; static dbinding_t* B_AllocDeviceBinding(void) { dbinding_t* cb = (dbinding_t *) M_Calloc(sizeof(dbinding_t)); cb->bid = B_NewIdentifier(); return cb; } /** * Allocates a device state condition within a device binding. * * @return Pointer to the new condition, which should be filled with the condition parameters. */ static statecondition_t* B_AllocDeviceBindingCondition(dbinding_t* b) { b->conds = (statecondition_t *) M_Realloc(b->conds, ++b->numConds * sizeof(statecondition_t)); memset(&b->conds[b->numConds - 1], 0, sizeof(statecondition_t)); return &b->conds[b->numConds - 1]; } void B_InitDeviceBindingList(dbinding_t* listRoot) { memset(listRoot, 0, sizeof(*listRoot)); listRoot->next = listRoot->prev = listRoot; } void B_DestroyDeviceBindingList(dbinding_t* listRoot) { while(listRoot->next != listRoot) { B_DestroyDeviceBinding(listRoot->next); } } dd_bool B_ParseDevice(dbinding_t* cb, const char* desc) { LOG_AS("B_ParseEvent"); AutoStr* str = AutoStr_NewStd(); ddeventtype_t type; // First, the device name. desc = Str_CopyDelim(str, desc, '-'); if(!Str_CompareIgnoreCase(str, "key")) { cb->device = IDEV_KEYBOARD; cb->type = CBD_TOGGLE; // Parse the key. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseKeyId(Str_Text(str), &cb->id)) { return false; } } else if(!Str_CompareIgnoreCase(str, "mouse")) { cb->device = IDEV_MOUSE; desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseMouseTypeAndId(Str_Text(str), &type, &cb->id)) { return false; } cb->type = EVTYPE_TO_CBDTYPE(type); } else if(!Str_CompareIgnoreCase(str, "joy") || !Str_CompareIgnoreCase(str, "head")) { cb->device = (!Str_CompareIgnoreCase(str, "joy")? IDEV_JOY1 : IDEV_HEAD_TRACKER); // Next part defined button, axis, or hat. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseJoystickTypeAndId(cb->device, Str_Text(str), &type, &cb->id)) { return false; } cb->type = EVTYPE_TO_CBDTYPE(type); // Hats include the angle. if(type == E_ANGLE) { desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseAnglePosition(Str_Text(str), &cb->angle)) { return false; } } } // Finally, there may be some flags at the end. while(desc) { desc = Str_CopyDelim(str, desc, '-'); if(!Str_CompareIgnoreCase(str, "inverse")) { cb->flags |= CBDF_INVERSE; } else if(!Str_CompareIgnoreCase(str, "staged")) { cb->flags |= CBDF_TIME_STAGED; } else { LOG_INPUT_WARNING("Unrecognized \"%s\"") << desc; return false; } } return true; } dd_bool B_ParseDeviceDescriptor(dbinding_t* cb, const char* desc) { AutoStr* str = AutoStr_NewStd(); // The first part specifies the device state. desc = Str_CopyDelim(str, desc, '+'); if(!B_ParseDevice(cb, Str_Text(str))) { // Failure in parsing the device. return false; } // Any conditions? while(desc) { statecondition_t *cond; // A new condition. desc = Str_CopyDelim(str, desc, '+'); cond = B_AllocDeviceBindingCondition(cb); if(!B_ParseStateCondition(cond, Str_Text(str))) { // Failure parusing the condition. return false; } } // Success. return true; } dbinding_t* B_NewDeviceBinding(dbinding_t* listRoot, const char* deviceDesc) { dbinding_t* cb = B_AllocDeviceBinding(); // Parse the description of the event. if(!B_ParseDeviceDescriptor(cb, deviceDesc)) { // Error in parsing, failure to create binding. B_DestroyDeviceBinding(cb); return NULL; } // Link it into the list. cb->next = listRoot; cb->prev = listRoot->prev; listRoot->prev->next = cb; listRoot->prev = cb; return cb; } dbinding_t* B_FindDeviceBinding(bcontext_t* context, uint device, cbdevtype_t bindType, int id) { controlbinding_t* cb; dbinding_t* d; int i; if(!context) return NULL; for(cb = context->controlBinds.next; cb != &context->controlBinds; cb = cb->next) { for(i = 0; i < DDMAXPLAYERS; ++i) { for(d = cb->deviceBinds[i].next; d != &cb->deviceBinds[i]; d = d->next) { if(d->device == device && d->type == bindType && d->id == id) { return d; } } } } return NULL; } void B_DestroyDeviceBinding(dbinding_t* cb) { if(cb) { assert(cb->bid != 0); // Unlink first, if linked. if(cb->prev) { cb->prev->next = cb->next; cb->next->prev = cb->prev; } if(cb->conds) M_Free(cb->conds); M_Free(cb); } } void B_EvaluateDeviceBindingList(int localNum, dbinding_t* listRoot, float* pos, float* relativeOffset, bcontext_t* controlClass, dd_bool allowTriggered) { dbinding_t* cb; int i; dd_bool skip; inputdev_t* dev; inputdevaxis_t* axis; float devicePos; float deviceOffset; uint deviceTime; uint nowTime = Timer_RealMilliseconds(); dd_bool conflicted[NUM_CBD_TYPES] = { false, false, false }; dd_bool appliedState[NUM_CBD_TYPES] = { false, false, false }; *pos = 0; *relativeOffset = 0; if(!listRoot) return; for(cb = listRoot->next; cb != listRoot; cb = cb->next) { // If this binding has conditions, they may prevent using it. skip = false; for(i = 0; i < cb->numConds; ++i) { if(!B_CheckCondition(&cb->conds[i], localNum, controlClass)) { skip = true; break; } } if(skip) continue; // Get the device. dev = I_GetDevice(cb->device, OnlyActiveInputDevice); if(!dev) continue; // Not available. devicePos = 0; deviceOffset = 0; deviceTime = 0; switch(cb->type) { case CBD_TOGGLE: if(controlClass && dev->keys[cb->id].assoc.bContext != controlClass) continue; // Shadowed by a more important active class. // Expired? if(dev->keys[cb->id].assoc.flags & IDAF_EXPIRED) break; devicePos = (dev->keys[cb->id].isDown || (allowTriggered && (dev->keys[cb->id].assoc.flags & IDAF_TRIGGERED))? 1.0f : 0.0f); deviceTime = dev->keys[cb->id].time; // We've checked it, so clear the flag. dev->keys[cb->id].assoc.flags &= ~IDAF_TRIGGERED; break; case CBD_AXIS: axis = &dev->axes[cb->id]; if(controlClass && axis->assoc.bContext != controlClass) { if(!B_FindDeviceBinding(axis->assoc.bContext, cb->device, CBD_AXIS, cb->id)) { // The overriding context doesn't bind to the axis, though. if(axis->type == IDAT_POINTER) { // Reset the relative accumulation. axis->position = 0; } } continue; // Shadowed by a more important active class. } // Expired? if(axis->assoc.flags & IDAF_EXPIRED) break; if(axis->type == IDAT_POINTER) { deviceOffset = axis->position; axis->position = 0; } else { devicePos = axis->position; } deviceTime = axis->time; break; case CBD_ANGLE: if(controlClass && dev->hats[cb->id].assoc.bContext != controlClass) continue; // Shadowed by a more important active class. if(dev->hats[cb->id].assoc.flags & IDAF_EXPIRED) break; devicePos = (dev->hats[cb->id].pos == cb->angle? 1.0f : 0.0f); deviceTime = dev->hats[cb->id].time; break; default: Con_Error("B_EvaluateDeviceBindingList: Invalid value, cb->type = %i.", cb->type); break; } // Apply further modifications based on flags. if(cb->flags & CBDF_INVERSE) { devicePos = -devicePos; deviceOffset = -deviceOffset; } if(cb->flags & CBDF_TIME_STAGED) { if(nowTime - deviceTime < stageThreshold * 1000) { devicePos *= stageFactor; } } *pos += devicePos; *relativeOffset += deviceOffset; // Is this state contributing to the outcome? if(!FEQUAL(devicePos, 0.f)) { if(appliedState[cb->type]) { // Another binding already influenced this; we have a conflict. conflicted[cb->type] = true; } // We've found one effective binding that influences this control. appliedState[cb->type] = true; } } if(zeroControlUponConflict) { for(i = 0; i < NUM_CBD_TYPES; ++i) if(conflicted[i]) *pos = 0; } // Clamp to the normalized range. *pos = MINMAX_OF(-1.0f, *pos, 1.0f); } /** * Does the opposite of the B_Parse* methods for a device binding, including the * state conditions. */ void B_DeviceBindingToString(const dbinding_t* b, ddstring_t* str) { int i; Str_Clear(str); // Name of the device and the key/axis/hat. B_AppendDeviceDescToString(b->device, CBDTYPE_TO_EVTYPE(b->type), b->id, str); if(b->type == CBD_ANGLE) { B_AppendAnglePositionToString(b->angle, str); } // Additional flags. if(b->flags & CBDF_TIME_STAGED) { Str_Append(str, "-staged"); } if(b->flags & CBDF_INVERSE) { Str_Append(str, "-inverse"); } // Append any state conditions. for(i = 0; i < b->numConds; ++i) { Str_Append(str, " + "); B_AppendConditionToString(&b->conds[i], str); } } doomsday-1.14.5/doomsday/client/src/ui/b_command.cpp0000664000175000017500000003405312350542237021641 0ustar jaakkojaakko/** @file b_command.cpp Event-Command Bindings. @ingroup ui * * @authors Copyright © 2007-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_console.h" #include "de_misc.h" #include "world/p_players.h" #include "ui/b_main.h" #include "ui/b_command.h" #include "CommandAction" void B_InitCommandBindingList(evbinding_t* listRoot) { memset(listRoot, 0, sizeof(*listRoot)); listRoot->next = listRoot; listRoot->prev = listRoot; } void B_DestroyCommandBindingList(evbinding_t* listRoot) { while(listRoot->next != listRoot) { B_DestroyCommandBinding(listRoot->next); } } /** * Allocates a new command binding and gives it a unique identifier. */ static evbinding_t* B_AllocCommandBinding(void) { evbinding_t* eb = (evbinding_t *) M_Calloc(sizeof(evbinding_t)); eb->bid = B_NewIdentifier(); return eb; } /** * Allocates a device state condition within an event binding. * * @return Pointer to the new condition, which should be filled with the condition parameters. */ static statecondition_t* B_AllocCommandBindingCondition(evbinding_t* eb) { eb->conds = (statecondition_t *) M_Realloc(eb->conds, ++eb->numConds * sizeof(statecondition_t)); memset(&eb->conds[eb->numConds - 1], 0, sizeof(statecondition_t)); return &eb->conds[eb->numConds - 1]; } /** * Parse the main part of the event descriptor, with no conditions included. */ dd_bool B_ParseEvent(evbinding_t* eb, const char* desc) { LOG_AS("B_ParseEvent"); AutoStr* str = AutoStr_NewStd(); // First, we expect to encounter a device name. desc = Str_CopyDelim(str, desc, '-'); if(!Str_CompareIgnoreCase(str, "key")) { eb->device = IDEV_KEYBOARD; // Keyboards only have toggles (as far as we know). eb->type = E_TOGGLE; // Parse the key. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseKeyId(Str_Text(str), &eb->id)) { return false; } // The final part of a key event is the state of the key toggle. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseToggleState(Str_Text(str), &eb->state)) { return false; } } else if(!Str_CompareIgnoreCase(str, "mouse")) { eb->device = IDEV_MOUSE; // Next comes a button or axis name. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseMouseTypeAndId(Str_Text(str), &eb->type, &eb->id)) { return false; } // The last part determines the toggle state or the axis position. desc = Str_CopyDelim(str, desc, '-'); if(eb->type == E_TOGGLE) { if(!B_ParseToggleState(Str_Text(str), &eb->state)) { return false; } } else // Axis position. { if(!B_ParseAxisPosition(Str_Text(str), &eb->state, &eb->pos)) { return false; } } } else if(!Str_CompareIgnoreCase(str, "joy") || !Str_CompareIgnoreCase(str, "head")) { eb->device = (!Str_CompareIgnoreCase(str, "joy")? IDEV_JOY1 : IDEV_HEAD_TRACKER); // Next part defined button, axis, or hat. desc = Str_CopyDelim(str, desc, '-'); if(!B_ParseJoystickTypeAndId(eb->device, Str_Text(str), &eb->type, &eb->id)) { return false; } // What is the state of the toggle, axis, or hat? desc = Str_CopyDelim(str, desc, '-'); if(eb->type == E_TOGGLE) { if(!B_ParseToggleState(Str_Text(str), &eb->state)) { return false; } } else if(eb->type == E_AXIS) { if(!B_ParseAxisPosition(Str_Text(str), &eb->state, &eb->pos)) { return false; } } else // Angle. { if(!B_ParseAnglePosition(Str_Text(str), &eb->pos)) { return false; } } } else if(!Str_CompareIgnoreCase(str, "sym")) { // It must be a symbolic event. eb->type = E_SYMBOLIC; eb->device = 0; eb->symbolicName = strdup(desc); desc = NULL; } else { LOG_INPUT_WARNING("Unknown device \"%s\"") << Str_Text(str); return false; } // Anything left that wasn't used? if(desc) { LOG_INPUT_WARNING("Unrecognized \"%s\"") << desc; return false; } // No errors detected. return true; } /** * Parses a textual descriptor of the conditions for triggering an event-command binding. * eventparams{+cond}* * * @param eb The results of the parsing are stored here. * @param desc Descriptor containing event information and possible additional conditions. * * @return @c true, if successful; otherwise @c false. */ dd_bool B_ParseEventDescriptor(evbinding_t* eb, const char* desc) { AutoStr* str = AutoStr_NewStd(); // The main part, i.e., the first part. desc = Str_CopyDelim(str, desc, '+'); if(!B_ParseEvent(eb, Str_Text(str))) { // Failure parsing the event. return false; } // Any conditions? while(desc) { statecondition_t *cond; // A new condition. desc = Str_CopyDelim(str, desc, '+'); cond = B_AllocCommandBindingCondition(eb); if(!B_ParseStateCondition(cond, Str_Text(str))) { // Failure parsing the condition. return false; } } // Success. return true; } /** * Creates a new event-command binding. * * @param bindsList List of bindings where the binding will be added. * @param desc Descriptor of the event. * @param command Command that will be executed by the binding. * * @return New binding, or @c NULL if there was an error. */ evbinding_t* B_NewCommandBinding(evbinding_t* bindsList, const char* desc, const char* command) { evbinding_t* eb = B_AllocCommandBinding(); // Parse the description of the event. if(!B_ParseEventDescriptor(eb, desc)) { // Error in parsing, failure to create binding. B_DestroyCommandBinding(eb); return NULL; } // The command string. eb->command = strdup(command); // Link it into the list. eb->next = bindsList; eb->prev = bindsList->prev; bindsList->prev->next = eb; bindsList->prev = eb; return eb; } /** * Destroys a command binding. * * @param eb Command binding to destroy. */ void B_DestroyCommandBinding(evbinding_t* eb) { if(!eb) return; assert(eb->bid != 0); // Unlink first, if linked. if(eb->prev) { eb->prev->next = eb->next; eb->next->prev = eb->prev; } if(eb->command) M_Free(eb->command); if(eb->conds) M_Free(eb->conds); free(eb->symbolicName); M_Free(eb); } /** * Substitute placeholders in a command string. Placeholders consist of two characters, * the first being a %. Use %% to output a plain % character. * * - %i: id member of the event * - %p: (symbolic events only) local player number * * @param command Original command string with the placeholders. * @param event Event data. * @param eb Binding data. * @param out String with placeholders replaced. */ static void B_SubstituteInCommand(char const *command, ddevent_t const *event, evbinding_t *eb, ddstring_t *out) { const char* ptr = command; for(; *ptr; ptr++) { if(*ptr == '%') { // Escape. ptr++; // Must have another character in the placeholder. if(!*ptr) break; if(*ptr == 'i') { int id = 0; switch(event->type) { case E_TOGGLE: id = event->toggle.id; break; case E_AXIS: id = event->axis.id; break; case E_ANGLE: id = event->angle.id; break; case E_SYMBOLIC: id = event->symbolic.id; break; default: break; } Str_Appendf(out, "%i", id); } else if(*ptr == 'p') { int id = 0; if(event->type == E_SYMBOLIC) { id = P_ConsoleToLocal(event->symbolic.id); } Str_Appendf(out, "%i", id); } else if(*ptr == '%') { Str_AppendChar(out, *ptr); } continue; } Str_AppendChar(out, *ptr); } } de::Action *EventBinding_ActionForEvent(evbinding_t *eb, ddevent_t const *event, struct bcontext_s *eventClass, bool respectHigherAssociatedContexts) { int i; inputdev_t* dev = 0; ddstring_t command; if(eb->device != event->device || eb->type != event->type) return 0; if(event->type != E_SYMBOLIC) { dev = I_GetDevice(eb->device, OnlyActiveInputDevice); if(!dev) { // The device is not active, there is no way this could get executed. return 0; } } switch(event->type) { case E_TOGGLE: if(eb->id != event->toggle.id) return 0; if(respectHigherAssociatedContexts) { if(eventClass && dev->keys[eb->id].assoc.bContext != eventClass) return 0; // Shadowed by a more important active class. } // We're checking it, so clear the triggered flag. dev->keys[eb->id].assoc.flags &= ~IDAF_TRIGGERED; // Is the state as required? switch(eb->state) { case EBTOG_UNDEFINED: // Passes no matter what. break; case EBTOG_DOWN: if(event->toggle.state != ETOG_DOWN) return 0; break; case EBTOG_UP: if(event->toggle.state != ETOG_UP) return 0; break; case EBTOG_REPEAT: if(event->toggle.state != ETOG_REPEAT) return 0; break; case EBTOG_PRESS: if(event->toggle.state == ETOG_UP) return 0; break; default: return 0; } break; case E_AXIS: if(eb->id != event->axis.id) return 0; if(eventClass && dev->axes[eb->id].assoc.bContext != eventClass) return 0; // Shadowed by a more important active class. // Is the position as required? if(!B_CheckAxisPos(eb->state, eb->pos, I_TransformAxis(I_GetDevice(event->device), event->axis.id, event->axis.pos))) return 0; break; case E_ANGLE: if(eb->id != event->angle.id) return 0; if(eventClass && dev->hats[eb->id].assoc.bContext != eventClass) return 0; // Shadowed by a more important active class. // Is the position as required? if(event->angle.pos != eb->pos) return 0; break; case E_SYMBOLIC: if(strcmp(event->symbolic.name, eb->symbolicName)) return 0; break; default: return 0; } // Any conditions on the current state of the input devices? for(i = 0; i < eb->numConds; ++i) { if(!B_CheckCondition(&eb->conds[i], 0, NULL)) return 0; } // Substitute parameters in the command. Str_Init(&command); Str_Reserve(&command, strlen(eb->command)); B_SubstituteInCommand(eb->command, event, eb, &command); de::Action *act = new CommandAction(Str_Text(&command), CMDS_BIND); Str_Free(&command); return act; } /** * Does the opposite of the B_Parse* methods for event descriptor, including the * state conditions. */ void B_EventBindingToString(const evbinding_t* eb, ddstring_t* str) { int i; Str_Clear(str); B_AppendDeviceDescToString(eb->device, eb->type, eb->id, str); if(eb->type == E_TOGGLE) { B_AppendToggleStateToString(eb->state, str); } else if(eb->type == E_AXIS) { B_AppendAxisPositionToString(eb->state, eb->pos, str); } else if(eb->type == E_ANGLE) { B_AppendAnglePositionToString(eb->pos, str); } else if(eb->type == E_SYMBOLIC) { Str_Appendf(str, "-%s", eb->symbolicName); } // Append any state conditions. for(i = 0; i < eb->numConds; ++i) { Str_Append(str, " + "); B_AppendConditionToString(&eb->conds[i], str); } } evbinding_t *B_FindCommandBinding(evbinding_t const *listRoot, char const *command, uint device) { for(evbinding_t *i = listRoot->next; i != listRoot; i = i->next) { if(!qstricmp(i->command, command) && (device >= NUM_INPUT_DEVICES || i->device == device)) { return i; } } return 0; } doomsday-1.14.5/doomsday/client/src/ui/widgets/0000775000175000017500000000000012350542240020651 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/ui/widgets/profilepickerwidget.cpp0000664000175000017500000002075312350542240025426 0ustar jaakkojaakko/** @file profilepickerwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/profilepickerwidget.h" #include "ui/clientwindow.h" #include #include #include using namespace de; using namespace ui; static int const MAX_VISIBLE_PROFILE_NAME = 50; static int const MAX_PROFILE_NAME = 100; DENG_GUI_PIMPL(ProfilePickerWidget) , DENG2_OBSERVES(PanelWidget, Close) { SettingsRegister &settings; String description; ButtonWidget *button; PopupMenuWidget *menu; Instance(Public *i, SettingsRegister& reg) : Base(i) , settings(reg) , button(0) , menu(0) { self.add(button = new ButtonWidget); button->setAction(new SignalAction(thisPublic, SLOT(openMenu()))); updateStyle(); } ~Instance() { if(menu) menu->audienceForClose() -= this; } void updateStyle() { button->setSizePolicy(ui::Expand, ui::Expand); button->setImage(style().images().image("gear")); button->setOverrideImageSize(style().fonts().font("default").height().valuei()); } void populate() { self.items().clear(); foreach(String prof, settings.profiles()) { self.items() << new ChoiceItem(prof.left(MAX_VISIBLE_PROFILE_NAME), prof); } // The items are alphabetically ordered. self.items().sort(); self.setSelected(self.items().findData(settings.currentProfile())); } String currentProfile() const { return self.selectedItem().data().toString(); } void panelBeingClosed(PanelWidget &) { menu = 0; } }; ProfilePickerWidget::ProfilePickerWidget(SettingsRegister &settings, String const &description, String const &name) : ChoiceWidget(name), d(new Instance(this, settings)) { d->description = description; d->populate(); // Attach the button next to the widget. d->button->margins().setAll(margins()); d->button->rule() .setInput(Rule::Left, rule().right()) .setInput(Rule::Top, rule().top()); connect(this, SIGNAL(selectionChangedByUser(uint)), this, SLOT(applySelectedProfile())); } ButtonWidget &ProfilePickerWidget::button() { return *d->button; } void ProfilePickerWidget::updateStyle() { ChoiceWidget::updateStyle(); d->updateStyle(); } void ProfilePickerWidget::openMenu() { if(d->menu) { // Already open, just close it. d->menu->close(); return; } SettingsRegister ® = d->settings; d->menu = new PopupMenuWidget; d->menu->items() << new ActionItem(tr("Edit"), new SignalAction(this, SLOT(edit()))) << new ActionItem(tr("Rename..."), new SignalAction(this, SLOT(rename()))) << new ui::Item(Item::Separator) << new ActionItem(tr("Duplicate..."), new SignalAction(this, SLOT(duplicate()))) << new ui::Item(Item::Separator) << new ActionItem(tr("Reset to Defaults..."), new SignalAction(this, SLOT(reset()))) << new ActionItem(tr("Delete..."), new SignalAction(this, SLOT(remove()))); add(d->menu); ChildWidgetOrganizer const &org = d->menu->menu().organizer(); // Enable or disable buttons depending on the selected profile. String selProf = selectedItem().data().toString(); if(reg.isReadOnlyProfile(selProf)) { // Read-only profiles can only be duplicated. d->menu->items().at(0).setLabel("View"); org.itemWidget(1)->disable(); org.itemWidget(5)->disable(); org.itemWidget(6)->disable(); } if(reg.profileCount() == 1) { // The last profile cannot be deleted. org.itemWidget(6)->disable(); } if(root().window().as().hasSidebar()) { // The sidebar is already open, so don't allow editing. org.itemWidget(0)->disable(); } d->menu->setDeleteAfterDismissed(true); d->menu->setAnchorAndOpeningDirection(d->button->rule(), ui::Down); d->menu->audienceForClose() += d; d->menu->open(); } void ProfilePickerWidget::edit() { emit profileEditorRequested(); } void ProfilePickerWidget::rename() { InputDialog *dlg = new InputDialog; dlg->setDeleteAfterDismissed(true); dlg->title().setText(tr("Renaming \"%1\"").arg(d->currentProfile())); dlg->message().setText(tr("Enter a new name for the %1 profile:").arg(d->description)); dlg->defaultActionItem()->setLabel(tr("Rename Profile")); dlg->editor().setText(d->currentProfile()); if(dlg->exec(root())) { String newName = dlg->editor().text().trimmed().left(MAX_PROFILE_NAME); if(!newName.isEmpty() && d->currentProfile() != newName) { if(d->settings.rename(newName)) { ui::Item &item = items().at(selected()); item.setLabel(newName.left(MAX_VISIBLE_PROFILE_NAME)); item.setData(newName); // Keep the list sorted. items().sort(); setSelected(items().findData(newName)); } else { LOG_WARNING("Failed to rename profile to \"%s\"") << newName; } } } } void ProfilePickerWidget::duplicate() { InputDialog *dlg = new InputDialog; dlg->setDeleteAfterDismissed(true); dlg->title().setText(tr("Duplicating \"%1\"").arg(d->currentProfile())); dlg->message().setText(tr("Enter a name for the new %1 profile:").arg(d->description)); dlg->defaultActionItem()->setLabel(tr("Duplicate Profile")); if(dlg->exec(root())) { String newName = dlg->editor().text().trimmed().left(MAX_PROFILE_NAME); if(!newName.isEmpty()) { if(d->settings.saveAsProfile(newName)) { d->settings.setProfile(newName); items().append(new ChoiceItem(newName.left(MAX_VISIBLE_PROFILE_NAME), newName)).sort(); setSelected(items().findData(newName)); applySelectedProfile(); } else { LOG_WARNING("Failed to duplicate current profile to create \"%s\"") << newName; } } } } void ProfilePickerWidget::reset() { MessageDialog *dlg = new MessageDialog; dlg->setDeleteAfterDismissed(true); dlg->title().setText(tr("Reset?")); dlg->message().setText(tr("Are you sure you want to reset the %1 profile %2 to the default values?") .arg(d->description) .arg(_E(b) + d->currentProfile() + _E(.))); dlg->buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Reject) << new DialogButtonItem(DialogWidget::Accept, tr("Reset Profile")); if(dlg->exec(root())) { d->settings.resetToDefaults(); } } void ProfilePickerWidget::remove() { MessageDialog *dlg = new MessageDialog; dlg->setDeleteAfterDismissed(true); dlg->title().setText(tr("Delete?")); dlg->message().setText( tr("Are you sure you want to delete the %1 profile %2? This cannot be undone.") .arg(d->description) .arg(_E(b) + d->currentProfile() + _E(.))); dlg->buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Reject) << new DialogButtonItem(DialogWidget::Accept, tr("Delete Profile")); if(!dlg->exec(root())) return; // We've got the permission. String const profToDelete = d->currentProfile(); items().remove(selected()); // Switch to the new selection. applySelectedProfile(); d->settings.deleteProfile(profToDelete); } void ProfilePickerWidget::applySelectedProfile() { d->settings.setProfile(d->currentProfile()); } doomsday-1.14.5/doomsday/client/src/ui/widgets/gameuiwidget.cpp0000664000175000017500000000455412350542240024040 0ustar jaakkojaakko/** @file gameuiwidget.cpp Widget for legacy game UI elements. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/gameuiwidget.h" #include "de_base.h" #include "de_console.h" #include "de_ui.h" #include "de_render.h" #include "audio/s_main.h" #include "gl/gl_main.h" #include "edit_bias.h" #include "ui/busyvisual.h" #include using namespace de; DENG2_PIMPL(GameUIWidget) { Instance(Public *i) : Base(i) {} void draw() { if(App_GameLoaded()) { R_RenderViewPorts(HUDLayer); UI2_Drawer(); // Draw any full window game graphics. if(gx.DrawWindow) { Size2Raw dimensions(DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT); gx.DrawWindow(&dimensions); } } // Draw the widgets of the Shadow Bias Editor (if active). SBE_DrawGui(); /* * Draw debug information. */ if(App_WorldSystem().hasMap() && App_WorldSystem().map().hasLightGrid()) { App_WorldSystem().map().lightGrid().drawDebugVisual(); } Net_Drawer(); S_Drawer(); DGL_End(); } }; GameUIWidget::GameUIWidget() : GuiWidget("game_ui"), d(new Instance(this)) {} void GameUIWidget::drawContent() { if(isDisabled() || !GL_IsFullyInited()) return; GLState::push().apply(); /* Rectanglei pos; if(hasChangedPlace(pos)) { // Automatically update if the widget is resized. d->updateSize(); }*/ d->draw(); GLState::considerNativeStateUndefined(); GLState::pop().apply(); } doomsday-1.14.5/doomsday/client/src/ui/widgets/mpsessionmenuwidget.cpp0000664000175000017500000001672112350542240025475 0ustar jaakkojaakko/** @file mpselectionwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/mpsessionmenuwidget.h" #include "ui/widgets/taskbarwidget.h" #include "ui/widgets/gamesessionwidget.h" #include "network/serverlink.h" #include "clientapp.h" #include "dd_main.h" #include "con_main.h" #include #include #include #include #include using namespace de; DENG_GUI_PIMPL(MPSessionMenuWidget) , DENG2_OBSERVES(App, GameChange) , DENG2_OBSERVES(ServerLink, DiscoveryUpdate) { static ServerLink &link() { return ClientApp::serverLink(); } static String hostId(serverinfo_t const &sv) { return String("%1:%2").arg(sv.address).arg(sv.port); } /** * Action for joining a game on a multiplayer server. */ class JoinAction : public de::Action { String gameId; String cmd; public: JoinAction(serverinfo_t const &sv) { gameId = sv.gameIdentityKey; cmd = String("connect %1 %2").arg(sv.address).arg(sv.port); } void trigger() { Action::trigger(); BusyMode_FreezeGameForBusyMode(); ClientWindow::main().taskBar().close(); App_ChangeGame(App_Games().byIdentityKey(gameId), false /*no reload*/); Con_Execute(CMDS_DDAY, cmd.toLatin1(), false, false); } }; /** * Data item with information about a found server. */ class ServerListItem : public ui::Item, public SessionItem { public: ServerListItem(serverinfo_t const &serverInfo, SessionMenuWidget &owner) : SessionItem(owner) { setData(hostId(serverInfo)); _info = serverInfo; } serverinfo_t const &info() const { return _info; } void setInfo(serverinfo_t const &serverInfo) { _info = serverInfo; notifyChange(); } String title() const { return _info.name; } String gameIdentityKey() const { return _info.gameIdentityKey; } private: serverinfo_t _info; }; /** * Widget representing a ServerListItem in the dialog's menu. */ struct ServerWidget : public GameSessionWidget { ServerWidget() { loadButton().disable(); // Don't clip any of the provided information. loadButton().setHeightPolicy(ui::Expand); } void updateFromItem(ServerListItem const &item) { try { Game const &svGame = App_Games().byIdentityKey(item.info().gameIdentityKey); if(style().images().has(svGame.logoImageId())) { loadButton().setImage(style().images().image(svGame.logoImageId())); } serverinfo_t const &sv = item.info(); loadButton().enable(sv.canJoin && sv.version == DOOMSDAY_VERSION && svGame.allStartupFilesFound()); loadButton().setText(String(_E(1) "%1 " _E(.) DENG2_CHAR_MDASH" %2" _E(C) " (%5)" _E(.) _E(D)_E(l) "\n%6 %4") .arg(sv.name) .arg(svGame.title()) .arg(sv.gameConfig) .arg(sv.numPlayers) //.arg(sv.maxPlayers) .arg(sv.map)); // Extra information. document().setText(ServerInfo_AsStyledText(&sv)); } catch(Error const &) { /// @todo } } }; DiscoveryMode mode; ServerLink::FoundMask mask; Instance(Public *i) : Base(i) , mask(ServerLink::Any) { link().audienceForDiscoveryUpdate += this; App::app().audienceForGameChange() += this; } ~Instance() { link().audienceForDiscoveryUpdate -= this; App::app().audienceForGameChange() -= this; } void linkDiscoveryUpdate(ServerLink const &link) { bool changed = false; // Remove obsolete entries. for(ui::Data::Pos idx = 0; idx < self.items().size(); ++idx) { String const id = self.items().at(idx).data().toString(); if(!link.isFound(Address::parse(id), mask)) { self.items().remove(idx--); changed = true; } } // Add new entries and update existing ones. foreach(de::Address const &host, link.foundServers(mask)) { serverinfo_t info; if(!link.foundServerInfo(host, &info, mask)) continue; ui::Data::Pos found = self.items().findData(hostId(info)); if(found == ui::Data::InvalidPos) { // Needs to be added. self.items().append(new ServerListItem(info, self)); changed = true; } else { // Update the info. self.items().at(found).as().setInfo(info); } } if(changed) { // Let others know that one or more games have appeared or disappeared // from the menu. emit self.availabilityChanged(); } } void currentGameChanged(game::Game const &newGame) { if(newGame.isNull() && mode == DiscoverUsingMaster) { // If the session menu exists across game changes, it's good to // keep it up to date. link().discoverUsingMaster(); } } }; MPSessionMenuWidget::MPSessionMenuWidget(DiscoveryMode discovery) : SessionMenuWidget("mp-session-menu"), d(new Instance(this)) { d->mode = discovery; switch(discovery) { case DiscoverUsingMaster: d->link().discoverUsingMaster(); break; case DirectDiscoveryOnly: // Only show servers found via direct connection. d->mask = ServerLink::Direct; break; default: break; } } Action *MPSessionMenuWidget::makeAction(ui::Item const &item) { return new Instance::JoinAction(item.as().info()); } GuiWidget *MPSessionMenuWidget::makeItemWidget(ui::Item const &item, GuiWidget const *) { return new Instance::ServerWidget; } void MPSessionMenuWidget::updateItemWidget(GuiWidget &widget, ui::Item const &item) { Instance::ServerWidget &sv = widget.as(); sv.updateFromItem(item.as()); } doomsday-1.14.5/doomsday/client/src/ui/widgets/consolewidget.cpp0000664000175000017500000003531012350542240024225 0ustar jaakkojaakko/** @file consolewidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/consolewidget.h" #include "CommandAction" #include "ui/widgets/consolecommandwidget.h" #include "ui/widgets/inputbindingwidget.h" #include "ui/dialogs/logsettingsdialog.h" #include "ui/clientwindow.h" #include "ui/styledlogsinkformatter.h" #include #include #include #include #include #include #include #include #include #include #include #include #include #include using namespace de; static TimeDelta const LOG_OPEN_CLOSE_SPAN = 0.2; DENG_GUI_PIMPL(ConsoleWidget), DENG2_OBSERVES(Variable, Change) { ButtonWidget *button; ConsoleCommandWidget *cmdLine; ScriptCommandWidget *scriptCmd; PopupMenuWidget *menu; LogWidget *log; ScalarRule *horizShift; ScalarRule *height; ScalarRule *width; StyledLogSinkFormatter formatter; enum GrabEdge { NotGrabbed = 0, RightEdge, TopEdge }; bool opened; bool scriptMode; int grabWidth; GrabEdge grabHover; GrabEdge grabbed; Instance(Public *i) : Base(i), button(0), cmdLine(0), scriptCmd(0), menu(0), log(0), opened(true), scriptMode(false), grabWidth(0), grabHover(NotGrabbed), grabbed(NotGrabbed) { horizShift = new ScalarRule(0); width = new ScalarRule(style().rules().rule("console.width").valuei()); height = new ScalarRule(0); grabWidth = style().rules().rule("gap").valuei(); App::config()["console.script"].audienceForChange() += this; } ~Instance() { App::config()["console.script"].audienceForChange() -= this; releaseRef(horizShift); releaseRef(width); releaseRef(height); } void expandLog(int delta, bool useOffsetAnimation) { // Cannot expand if the user is grabbing the top edge. if(grabbed == TopEdge) return; Animation::Style style = useOffsetAnimation? Animation::EaseOut : Animation::Linear; if(height->animation().target() == 0) { // On the first expansion make sure the margins are taken into account. delta += log->margins().height().valuei(); } height->set(height->animation().target() + delta, .25f); height->setStyle(style); if(useOffsetAnimation && opened) { // Sync the log content with the height animation. log->setContentYOffset(Animation::range(style, log->contentYOffset().value() + delta, 0, height->animation().remainingTime())); } } bool handleMousePositionEvent(MouseEvent const &mouse) { if(grabbed == RightEdge) { // Adjust width. width->set(mouse.pos().x - self.rule().left().valuei(), .1f); return true; } else if(grabbed == TopEdge) { if(mouse.pos().y < self.rule().bottom().valuei()) { height->set(self.rule().bottom().valuei() - mouse.pos().y, .1f); log->enablePageKeys(false); } return true; } // Check for grab at the right edge. Rectanglei pos = self.rule().recti(); pos.topLeft.x = pos.bottomRight.x - grabWidth; if(pos.contains(mouse.pos())) { if(grabHover != RightEdge) { grabHover = RightEdge; self.root().window().canvas().setCursor(Qt::SizeHorCursor); } } else { // Maybe a grab at the top edge, then. pos = self.rule().recti(); pos.bottomRight.y = pos.topLeft.y + grabWidth; if(pos.contains(mouse.pos())) { if(grabHover != TopEdge) { grabHover = TopEdge; self.root().window().canvas().setCursor(Qt::SizeVerCursor); } } else if(grabHover != NotGrabbed) { grabHover = NotGrabbed; self.root().window().canvas().setCursor(Qt::ArrowCursor); } } return false; } void variableValueChanged(Variable &, Value const &newValue) { // We are listening to the 'console.script' variable. setScriptMode(newValue.isTrue()); } void setScriptMode(bool yes) { CommandWidget *current; CommandWidget *next; if(scriptMode) { current = scriptCmd; } else { current = cmdLine; } if(yes) { next = scriptCmd; } else { next = cmdLine; } // Update the prompt to reflect the mode. button->setText(yes? _E(b) "$" : _E(b) ">"); // Bottom of the console must follow the active command line height. self.rule().setInput(Rule::Bottom, next->rule().top() - style().rules().rule("unit")); if(scriptMode == yes) { return; // No need to change anything else. } scriptCmd->show(yes); scriptCmd->enable(yes); cmdLine->show(!yes); cmdLine->disable(yes); // Transfer focus. if(current->hasFocus()) { root().setFocus(next); } scriptMode = yes; emit self.commandModeChanged(); } }; static PopupWidget *consoleShortcutPopup() { PopupWidget *pop = new PopupWidget; // The 'padding' widget will provide empty margins around the content. // Popups normally do not provide any margins. GuiWidget *padding = new GuiWidget; padding->margins().set("dialog.gap"); InputBindingWidget *bind = InputBindingWidget::newTaskBarShortcut(); bind->setSizePolicy(ui::Expand, ui::Expand); padding->add(bind); // Place the binding inside the padding. bind->rule() .setLeftTop(padding->rule().left() + padding->margins().left(), padding->rule().top() + padding->margins().top()); padding->rule() .setInput(Rule::Width, bind->rule().width() + padding->margins().width()) .setInput(Rule::Height, bind->rule().height() + padding->margins().height()); pop->setContent(padding); return pop; } ConsoleWidget::ConsoleWidget() : GuiWidget("console"), d(new Instance(this)) { d->button = new ButtonWidget; d->button->setAction(new SignalAction(this, SLOT(openMenu()))); add(d->button); d->cmdLine = new ConsoleCommandWidget("commandline"); d->cmdLine->setEmptyContentHint(tr("Enter commands here") /* " _E(r)_E(l)_E(t) "SHIFT-ESC" */); add(d->cmdLine); d->scriptCmd = new ScriptCommandWidget("script"); d->scriptCmd->setEmptyContentHint(tr("Enter scripts here")); add(d->scriptCmd); d->button->setOpacity(.75f); d->cmdLine->setOpacity(.75f); d->scriptCmd->setOpacity(.75f); d->log = new LogWidget("log"); d->log->setLogFormatter(d->formatter); d->log->rule() .setInput(Rule::Left, rule().left()) .setInput(Rule::Right, rule().right()) .setInput(Rule::Bottom, rule().bottom()) .setInput(Rule::Top, OperatorRule::maximum(rule().top(), Const(0))); add(d->log); // Blur the log background. enableBlur(); // Width of the console is defined by the style. rule() .setInput(Rule::Height, *d->height) .setInput(Rule::Width, OperatorRule::minimum(ClientWindow::main().root().viewWidth(), OperatorRule::maximum(*d->width, Const(320)))); closeLog(); // Menu for console related functions. d->menu = new PopupMenuWidget; d->menu->setAnchor(d->button->rule().left() + d->button->rule().width() / 2, d->button->rule().top()); d->menu->items() << new ui::ActionItem(tr("Clear Log"), new CommandAction("clear")) << new ui::ActionItem(tr("Show Full Log"), new SignalAction(this, SLOT(showFullLog()))) << new ui::ActionItem(tr("Scroll to Bottom"), new SignalAction(d->log, SLOT(scrollToBottom()))) << new ui::VariableToggleItem(tr("Go to Bottom on Enter"), App::config()["console.snap"]) << new ui::Item(ui::Item::Separator) << new ui::SubwidgetItem(tr("Log Filter & Alerts..."), ui::Right, makePopup) << new ui::SubwidgetItem(tr("Shortcut Key"), ui::Right, consoleShortcutPopup) << new ui::Item(ui::Item::Separator) << new ui::VariableToggleItem(tr("Doomsday Script"), App::config()["console.script"]); add(d->menu); d->setScriptMode(App::config().getb("console.script")); // Signals. connect(d->log, SIGNAL(contentHeightIncreased(int)), this, SLOT(logContentHeightIncreased(int))); connect(d->cmdLine, SIGNAL(gotFocus()), this, SLOT(commandLineFocusGained())); connect(d->cmdLine, SIGNAL(lostFocus()), this, SLOT(commandLineFocusLost())); connect(d->cmdLine, SIGNAL(commandEntered(de::String)), this, SLOT(commandWasEntered(de::String))); connect(d->scriptCmd, SIGNAL(gotFocus()), this, SLOT(commandLineFocusGained())); connect(d->scriptCmd, SIGNAL(lostFocus()), this, SLOT(commandLineFocusLost())); connect(d->scriptCmd, SIGNAL(commandEntered(de::String)), this, SLOT(commandWasEntered(de::String))); } ButtonWidget &ConsoleWidget::button() { return *d->button; } CommandWidget &ConsoleWidget::commandLine() { if(d->scriptMode) return *d->scriptCmd; return *d->cmdLine; } LogWidget &ConsoleWidget::log() { return *d->log; } Rule const &ConsoleWidget::shift() { return *d->horizShift; } bool ConsoleWidget::isLogOpen() const { return d->opened; } void ConsoleWidget::enableBlur(bool yes) { Background logBg = d->log->background(); if(yes) { logBg.type = Background::Blurred; } else { logBg.type = Background::None; } d->log->set(logBg); } void ConsoleWidget::viewResized() { GuiWidget::viewResized(); if(!d->opened) { // Make sure it stays shifted out of the view. d->horizShift->set(-rule().width().valuei() - 1); } } void ConsoleWidget::update() { GuiWidget::update(); if(rule().top().valuei() <= 0) { // The expansion has reached the top of the screen, so we // can enable PageUp/Dn keys for the log. d->log->enablePageKeys(true); } } bool ConsoleWidget::handleEvent(Event const &event) { // Hovering over the right edge shows the <-> cursor. if(event.type() == Event::MousePosition) { if(d->handleMousePositionEvent(event.as())) { return true; } } // Dragging an edge resizes the widget. if(d->grabHover != Instance::NotGrabbed && event.type() == Event::MouseButton) { switch(handleMouseClick(event)) { case MouseClickStarted: d->grabbed = d->grabHover; return true; case MouseClickAborted: case MouseClickFinished: d->grabbed = Instance::NotGrabbed; return true; default: break; } } if(event.type() == Event::MouseButton && hitTest(event)) { // Prevent clicks from leaking through. return true; } if(event.type() == Event::KeyPress) { KeyEvent const &key = event.as(); if(key.qtKey() == Qt::Key_PageUp || key.qtKey() == Qt::Key_PageDown) { if(!isLogOpen()) openLog(); showFullLog(); return true; } if(key.qtKey() == Qt::Key_F5) // Clear history. { clearLog(); return true; } } return false; } void ConsoleWidget::operator >> (PersistentState &toState) const { toState.names().set("console.width", d->width->value()); } void ConsoleWidget::operator << (PersistentState const &fromState) { d->width->set(fromState.names()["console.width"]); if(!d->opened) { // Make sure it stays out of the view. d->horizShift->set(-rule().width().valuei() - 1); } } void ConsoleWidget::openLog() { if(d->opened) return; d->opened = true; d->horizShift->set(0, LOG_OPEN_CLOSE_SPAN); d->log->unsetBehavior(DisableEventDispatch); } void ConsoleWidget::closeLog() { if(!d->opened) return; d->opened = false; d->horizShift->set(-rule().width().valuei() - 1, LOG_OPEN_CLOSE_SPAN); d->log->setBehavior(DisableEventDispatch); } void ConsoleWidget::clearLog() { d->height->set(0); d->log->scrollToBottom(); d->log->enablePageKeys(false); } void ConsoleWidget::showFullLog() { openLog(); d->log->enablePageKeys(true); d->expandLog(rule().top().valuei(), false); } void ConsoleWidget::logContentHeightIncreased(int delta) { d->expandLog(delta, true); } void ConsoleWidget::setFullyOpaque() { d->button->setOpacity(1, .25f); d->cmdLine->setOpacity(1, .25f); d->scriptCmd->setOpacity(1, .25f); } void ConsoleWidget::commandLineFocusGained() { setFullyOpaque(); openLog(); emit commandLineGotFocus(); } void ConsoleWidget::commandLineFocusLost() { d->button->setOpacity(.75f, .25f); d->cmdLine->setOpacity(.75f, .25f); d->scriptCmd->setOpacity(.75f, .25f); closeLog(); } void ConsoleWidget::focusOnCommandLine() { root().setFocus(&commandLine()); } void ConsoleWidget::openMenu() { d->menu->open(); } void ConsoleWidget::closeMenu() { d->menu->close(); } void ConsoleWidget::commandWasEntered(String const &) { if(App::config().getb("console.snap") && !d->log->isAtBottom()) { d->log->scrollToBottom(); } } doomsday-1.14.5/doomsday/client/src/ui/widgets/gamefilterwidget.cpp0000664000175000017500000001006112350542240024676 0ustar jaakkojaakko/** @file gamefilterwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/gamefilterwidget.h" #include #include #include #include #include #include using namespace de; DENG2_PIMPL(GameFilterWidget) { TabWidget *tabs; LabelWidget *sortLabel; ChoiceWidget *sortBy; DialogContentStylist stylist; FilterMode filterMode; Instance(Public *i) : Base(i) , filterMode(UserChangeable) { stylist.setContainer(self); // Create widgets. self.add(tabs = new TabWidget); sortLabel = LabelWidget::newWithText(tr("Sort By:"), &self); self.add(sortBy = new ChoiceWidget); tabs->items() << new TabItem(tr("Singleplayer"), Singleplayer) << new TabItem(tr("Multiplayer"), Multiplayer) << new TabItem(tr("All Games"), AllGames); sortLabel->setFont("small"); sortBy->setFont("tab.label"); sortBy->setOpeningDirection(ui::Down); sortBy->items() << new ChoiceItem(tr("Title"), SortByTitle) << new ChoiceItem(tr("Identity key"), SortByIdentityKey); SequentialLayout layout(self.rule().right(), self.rule().top(), ui::Left); layout << *sortBy << *sortLabel; tabs->rule() .setInput(Rule::Width, self.rule().width()) .setInput(Rule::Left, self.rule().left()) .setInput(Rule::Top, self.rule().top()); } String persistId(String const &name) const { return self.name() + "." + name; } }; GameFilterWidget::GameFilterWidget(String const &name) : GuiWidget(name), d(new Instance(this)) { connect(d->tabs, SIGNAL(currentTabChanged()), this, SIGNAL(filterChanged())); connect(d->sortBy, SIGNAL(selectionChanged(uint)), this, SIGNAL(sortOrderChanged())); rule().setInput(Rule::Height, d->tabs->rule().height()); } void GameFilterWidget::useInvertedStyle() { d->tabs->useInvertedStyle(); d->sortLabel->setTextColor("inverted.text"); d->sortBy->useInfoStyle(); } void GameFilterWidget::setFilter(Filter flt, FilterMode mode) { ui::DataPos pos = d->tabs->items().findData(duint(flt)); if(pos != ui::Data::InvalidPos) { d->tabs->setCurrent(pos); } d->filterMode = mode; if(d->filterMode == Permanent) { d->tabs->disable(); } } GameFilterWidget::Filter GameFilterWidget::filter() const { return Filter(d->tabs->currentItem().data().toUInt()); } GameFilterWidget::SortOrder GameFilterWidget::sortOrder() const { return SortOrder(d->sortBy->selectedItem().data().toInt()); } void GameFilterWidget::operator >> (PersistentState &toState) const { Record &st = toState.names(); if(d->filterMode != Permanent) { st.set(d->persistId("filter"), dint(filter())); } st.set(d->persistId("order"), dint(sortOrder())); } void GameFilterWidget::operator << (PersistentState const &fromState) { Record const &st = fromState.names(); if(d->filterMode != Permanent) { d->tabs->setCurrent(d->tabs->items().findData(int(st[d->persistId("filter")]))); } d->sortBy->setSelected(d->sortBy->items().findData(int(st[d->persistId("order" )]))); } doomsday-1.14.5/doomsday/client/src/ui/widgets/keygrabberwidget.cpp0000664000175000017500000000573412350542240024707 0ustar jaakkojaakko/** @file keygrabberwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/keygrabberwidget.h" #include "ui/dd_input.h" #include "ui/b_util.h" #include #include using namespace de; using namespace ui; DENG_GUI_PIMPL(KeyGrabberWidget) { Instance(Public *i) : Base(i) {} void focus() { root().setFocus(thisPublic); self.set(Background(Background::GradientFrame, style().colors().colorf("accent"), 6)); self.setText(tr("Waiting for a key...")); } void unfocus() { root().setFocus(0); self.set(Background()); self.setText(tr("Click to focus")); } }; KeyGrabberWidget::KeyGrabberWidget(String const &name) : LabelWidget(name), d(new Instance(this)) { setTextLineAlignment(AlignLeft); setText(tr("Click to focus")); } bool KeyGrabberWidget::handleEvent(Event const &event) { if(!hasFocus()) { switch(handleMouseClick(event)) { case MouseClickFinished: d->focus(); return true; default: return false; } } else { if(KeyEvent const *key = event.maybeAs()) { if(key->ddKey() == DDKEY_ESCAPE) { d->unfocus(); return true; } ddstring_t name; Str_Init(&name); ddevent_t ev; DD_ConvertEvent(event, &ev); B_AppendEventToString(&ev, &name); String info; info = String("DD:%1 Qt:0x%2 Native:0x%3\n" _E(m) "%4") .arg(key->ddKey()) .arg(key->qtKey(), 0, 16) .arg(key->nativeCode(), 0, 16) .arg(Str_Text(&name)); setText(info); Str_Free(&name); return true; } if(MouseEvent const *mouse = event.maybeAs()) { if(mouse->type() == Event::MouseButton && mouse->state() == MouseEvent::Released && !hitTest(event)) { // Clicking outside clears focus. d->unfocus(); return true; } } } return false; } doomsday-1.14.5/doomsday/client/src/ui/widgets/cvarlineeditwidget.cpp0000664000175000017500000000352412350542240025236 0ustar jaakkojaakko/** @file cvarlineeditwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/cvarlineeditwidget.h" #include "con_main.h" using namespace de; using namespace ui; DENG2_PIMPL_NOREF(CVarLineEditWidget) { char const *cvar; cvar_t *var() const { cvar_t *cv = Con_FindVariable(cvar); DENG2_ASSERT(cv != 0); return cv; } }; CVarLineEditWidget::CVarLineEditWidget(char const *cvarPath) : d(new Instance) { setSignalOnEnter(true); connect(this, SIGNAL(enterPressed(QString)), this, SLOT(endEditing())); d->cvar = cvarPath; updateFromCVar(); } void CVarLineEditWidget::contentChanged() { LineEditWidget::contentChanged(); if(String(CVar_String(d->var())) != text()) { setCVarValueFromWidget(); } } char const *CVarLineEditWidget::cvarPath() const { return d->cvar; } void CVarLineEditWidget::updateFromCVar() { setText(CVar_String(d->var())); } void CVarLineEditWidget::endEditing() { root().setFocus(0); } void CVarLineEditWidget::setCVarValueFromWidget() { CVar_SetString(d->var(), text().toUtf8()); } doomsday-1.14.5/doomsday/client/src/ui/widgets/cvartogglewidget.cpp0000664000175000017500000000326612350542240024725 0ustar jaakkojaakko/** @file cvartogglewidget.cpp Console variable toggle. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/cvartogglewidget.h" #include "con_main.h" using namespace de; using namespace ui; DENG2_PIMPL_NOREF(CVarToggleWidget) { char const *cvar; cvar_t *var() const { cvar_t *cv = Con_FindVariable(cvar); DENG2_ASSERT(cv != 0); return cv; } }; CVarToggleWidget::CVarToggleWidget(char const *cvarPath, String const &labelText) : d(new Instance) { setText(labelText); d->cvar = cvarPath; updateFromCVar(); connect(this, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), this, SLOT(setCVarValueFromWidget())); } char const *CVarToggleWidget::cvarPath() const { return d->cvar; } void CVarToggleWidget::updateFromCVar() { setActive(CVar_Integer(d->var()) != 0); } void CVarToggleWidget::setCVarValueFromWidget() { CVar_SetInteger(d->var(), isActive()? 1 : 0); } doomsday-1.14.5/doomsday/client/src/ui/widgets/multiplayermenuwidget.cpp0000664000175000017500000000612712350542240026023 0ustar jaakkojaakko/** @file multiplayermenuwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/multiplayermenuwidget.h" #include "network/serverlink.h" #include "clientapp.h" #include "CommandAction" #include #include #include using namespace de; enum { POS_STATUS = 1 }; DENG_GUI_PIMPL(MultiplayerMenuWidget) , DENG2_OBSERVES(ServerLink, Join) , DENG2_OBSERVES(ServerLink, Leave) { QTimer timer; Instance(Public *i) : Base(i) { timer.setInterval(1000); link().audienceForJoin += this; link().audienceForLeave += this; } ~Instance() { link().audienceForJoin -= this; link().audienceForLeave -= this; } void networkGameJoined() { /*self.menu().organizer().itemWidget(POS_SERVER_ADDRESS)->as() .setText(_E(l) + tr("Server:") + _E(.) + " " + link().address().asText());*/ } void networkGameLeft() { } static ServerLink &link() { return ClientApp::serverLink(); } }; MultiplayerMenuWidget::MultiplayerMenuWidget() : PopupMenuWidget("multiplayer-menu"), d(new Instance(this)) { connect(&d->timer, SIGNAL(timeout()), this, SLOT(updateElapsedTime())); items() << new ui::ActionItem(tr("Disconnect"), new CommandAction("net disconnect")) //<< new ui::Item(ui::Item::Separator, tr("Connection:")) << new ui::Item(ui::Item::ShownAsLabel, ""); // sv address & time } void MultiplayerMenuWidget::updateElapsedTime() { if(d->link().status() != ServerLink::Connected) return; TimeDelta const elapsed = d->link().connectedAt().since(); items().at(POS_STATUS).setLabel( _E(s)_E(l) + tr("Server:") + _E(.) " " + d->link().address().asText() + "\n" _E(l) + tr("Connected:") + _E(.) + String(" %1:%2:%3") .arg(int(elapsed.asHours())) .arg(int(elapsed.asMinutes()) % 60, 2, 10, QLatin1Char('0')) .arg(int(elapsed) % 60, 2, 10, QLatin1Char('0'))); } void MultiplayerMenuWidget::preparePanelForOpening() { d->timer.start(); updateElapsedTime(); PopupMenuWidget::preparePanelForOpening(); } void MultiplayerMenuWidget::panelClosing() { d->timer.stop(); PopupMenuWidget::panelClosing(); } doomsday-1.14.5/doomsday/client/src/ui/widgets/gamesessionwidget.cpp0000664000175000017500000000715012350542240025101 0ustar jaakkojaakko/** @file gamesessionwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/gamesessionwidget.h" #include #include using namespace de; DENG2_PIMPL(GameSessionWidget) , DENG2_OBSERVES(de::ButtonWidget, Press) , DENG2_OBSERVES(App, GameUnload) { ButtonWidget *load; ButtonWidget *info; DocumentPopupWidget *popup; Instance(Public *i) : Base(i) { self.add(load = new ButtonWidget); self.add(info = new ButtonWidget); load->disable(); load->setBehavior(Widget::ContentClipping); load->setAlignment(ui::AlignLeft); load->setTextAlignment(ui::AlignRight); load->setTextLineAlignment(ui::AlignLeft); info->setWidthPolicy(ui::Expand); info->setAlignment(ui::AlignBottom); info->setText(_E(s)_E(B) + tr("...")); self.add(popup = new DocumentPopupWidget); popup->setAnchorAndOpeningDirection(info->rule(), ui::Up); popup->document().setMaximumLineWidth(popup->style().rules().rule("document.popup.width").valuei()); info->audienceForPress() += this; App::app().audienceForGameUnload() += this; } ~Instance() { App::app().audienceForGameUnload() -= this; } void aboutToUnloadGame(game::Game const &) { popup->close(0); } void buttonPressed(ButtonWidget &bt) { /* // Show information about the game. popup->setAnchorAndOpeningDirection( bt.rule(), bt.rule().top().valuei() + bt.rule().height().valuei() / 2 < bt.root().viewRule().height().valuei() / 2? ui::Down : ui::Up);*/ self.updateInfoContent(); popup->open(); } }; GameSessionWidget::GameSessionWidget() : d(new Instance(this)) { Font const &font = style().fonts().font("default"); rule().setInput(Rule::Height, OperatorRule::maximum(font.lineSpacing() * 3 + font.height() + margins().height(), d->load->contentHeight())); // Button for extra information. d->load->rule() .setInput(Rule::Left, rule().left()) .setInput(Rule::Top, rule().top()) .setInput(Rule::Bottom, rule().bottom()) .setInput(Rule::Right, d->info->rule().left()); d->info->rule() .setInput(Rule::Top, rule().top()) .setInput(Rule::Right, rule().right()) .setInput(Rule::Bottom, rule().bottom()); } ButtonWidget &GameSessionWidget::loadButton() { return *d->load; } ButtonWidget &GameSessionWidget::infoButton() { return *d->info; } DocumentWidget &GameSessionWidget::document() { return d->popup->document(); } void GameSessionWidget::updateInfoContent() { // overridden by derived classes } doomsday-1.14.5/doomsday/client/src/ui/widgets/consolecommandwidget.cpp0000664000175000017500000000605012350542240025563 0ustar jaakkojaakko/** @file consolecommandwidget.h Text editor with a history buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/consolecommandwidget.h" #include "con_main.h" #include "dd_main.h" #include "clientapp.h" #include #include using namespace de; DENG_GUI_PIMPL(ConsoleCommandWidget), DENG2_OBSERVES(App, StartupComplete), DENG2_OBSERVES(App, GameChange) { Instance(Public *i) : Base(i) { App::app().audienceForStartupComplete() += this; App::app().audienceForGameChange() += this; } ~Instance() { App::app().audienceForStartupComplete() -= this; App::app().audienceForGameChange() -= this; } void appStartupCompleted() { updateLexicon(); } void currentGameChanged(game::Game const &) { updateLexicon(); } void updateLexicon() { self.setLexicon(Con_Lexicon()); } }; ConsoleCommandWidget::ConsoleCommandWidget(String const &name) : CommandWidget(name), d(new Instance(this)) { d->updateLexicon(); } void ConsoleCommandWidget::focusGained() { CommandWidget::focusGained(); ClientApp::widgetActions().activateContext("console"); } void ConsoleCommandWidget::focusLost() { CommandWidget::focusLost(); ClientApp::widgetActions().deactivateContext("console"); } bool ConsoleCommandWidget::handleEvent(Event const &event) { if(isDisabled()) return false; if(hasFocus()) { // Console bindings override normal event handling. if(ClientApp::widgetActions().tryEvent(event, "console")) { // Eaten by bindings. return true; } } return CommandWidget::handleEvent(event); } bool ConsoleCommandWidget::isAcceptedAsCommand(String const &) { // Everything is OK for a console command. return true; } void ConsoleCommandWidget::executeCommand(String const &text) { LOG_SCR_NOTE(_E(1) "> ") << text; // Execute the command right away. Con_Execute(CMDS_CONSOLE, text.toUtf8(), false, false); } void ConsoleCommandWidget::autoCompletionBegan(String const &) { // Prepare a list of annotated completions to show in the popup. QStringList const compls = suggestedCompletions(); if(compls.size() > 1) { showAutocompletionPopup(Con_AnnotatedConsoleTerms(compls)); } } doomsday-1.14.5/doomsday/client/src/ui/widgets/gamewidget.cpp0000664000175000017500000001436512350542240023503 0ustar jaakkojaakko/** @file gamewidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" // must be included first #include "ui/widgets/gamewidget.h" #include "clientapp.h" #include "ui/dd_input.h" #include "ui/ui_main.h" #include "ui/ui2_main.h" #include "ui/sys_input.h" #include "ui/busyvisual.h" #include "ui/clientwindowsystem.h" #include "ui/widgets/taskbarwidget.h" #include "dd_def.h" #include "dd_main.h" #include "dd_loop.h" #include "sys_system.h" #include "edit_bias.h" #include "world/map.h" #include "network/net_main.h" #include "render/r_main.h" #include "render/rend_main.h" #include "render/cameralensfx.h" #include "audio/s_main.h" #include "render/lightgrid.h" #include "gl/gl_main.h" #include "gl/sys_opengl.h" #include "gl/gl_defer.h" #include /** * Maximum number of milliseconds spent uploading textures at the beginning * of a frame. Note that non-uploaded textures will appear as pure white * until their content gets uploaded (you should precache them). */ #define FRAME_DEFERRED_UPLOAD_TIMEOUT 20 using namespace de; DENG2_PIMPL(GameWidget) { Instance(Public *i) : Base(i) {} void draw() { bool cannotDraw = (self.isDisabled() || !GL_IsFullyInited()); if(renderWireframe || cannotDraw) { // When rendering is wireframe mode, we must clear the screen // before rendering a frame. glClear(GL_COLOR_BUFFER_BIT); } if(cannotDraw) return; if(App_GameLoaded()) { // Notify the world that a new render frame has begun. App_WorldSystem().beginFrame(CPP_BOOL(R_NextViewer())); R_RenderViewPorts(Player3DViewLayer); R_RenderViewPorts(ViewBorderLayer); // End any open DGL sequence. DGL_End(); // Notify the world that we've finished rendering the frame. App_WorldSystem().endFrame(); } // End any open DGL sequence. DGL_End(); } void updateSize() { LOG_AS("GameWidget"); LOG_GL_XVERBOSE("View resized to ") << self.rule().recti().size().asText(); // Update viewports. R_SetViewGrid(0, 0); if(!App_GameLoaded()) { // Update for busy mode. R_UseViewPort(0); } UI_LoadFonts(); } }; GameWidget::GameWidget(String const &name) : GuiWidget(name), d(new Instance(this)) { requestGeometry(false); } void GameWidget::glApplyViewport(Rectanglei const &rect) { GLState::current() .setNormalizedViewport(normalizedRect(rect)) .apply(); } void GameWidget::viewResized() { GuiWidget::viewResized(); /* if(BusyMode_Active() || isDisabled() || Sys_IsShuttingDown() || !ClientApp::windowSystem().hasMain()) { return; } d->updateSize();*/ } void GameWidget::update() { GuiWidget::update(); if(isDisabled() || BusyMode_Active()) return; // We may be performing GL operations. ClientWindow::main().glActivate(); // Run at least one (fractional) tic. Loop_RunTics(); // We may have received a Quit message from the windowing system // during events/tics processing. if(Sys_IsShuttingDown()) return; GL_ProcessDeferredTasks(FRAME_DEFERRED_UPLOAD_TIMEOUT); // Request update of window contents. root().as().window().draw(); // After the first frame, start timedemo. //DD_CheckTimeDemo(); } void GameWidget::drawContent() { if(isDisabled() || !GL_IsFullyInited()) return; GLState::push(); Rectanglei pos; if(hasChangedPlace(pos)) { // Automatically update if the widget is resized. d->updateSize(); } d->draw(); GLState::considerNativeStateUndefined(); GLState::pop(); } bool GameWidget::handleEvent(Event const &event) { /** * @todo Event processing should occur here, not during Loop_RunTics(). * However, care must be taken to reproduce the vanilla behavior of * controls with regard to response times. * * @todo Input drivers need to support Unicode text; for now we have to * submit as Latin1. */ ClientWindow &window = root().window().as(); if(event.type() == Event::MouseButton && !root().window().canvas().isMouseTrapped()) { if(!window.hasSidebar()) { // If the mouse is not trapped, we will just eat button clicks which // will prevent them from reaching the legacy input system. return true; } // If the sidebar is open, we must explicitly click on the GameWidget to // cause input to be trapped. switch(handleMouseClick(event)) { case MouseClickFinished: // Click completed on the widget, trap the mouse. window.canvas().trapMouse(); window.taskBar().close(); root().setFocus(0); // Allow input to reach here. break; default: // Just ignore the event. return true; } } if(event.type() == Event::KeyPress || event.type() == Event::KeyRepeat || event.type() == Event::KeyRelease) { KeyEvent const &ev = event.as(); Keyboard_Submit(ev.state() == KeyEvent::Pressed? IKE_DOWN : ev.state() == KeyEvent::Repeat? IKE_REPEAT : IKE_UP, ev.ddKey(), ev.nativeCode(), ev.text().toLatin1()); } return false; } doomsday-1.14.5/doomsday/client/src/ui/widgets/gameselectionwidget.cpp0000664000175000017500000003402612350542240025405 0ustar jaakkojaakko/** @file gameselectionwidget.cpp * * @authors Copyright © 2013-2014 Jaakko Keränen * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/gameselectionwidget.h" #include "ui/widgets/gamesessionwidget.h" #include "ui/widgets/gamefilterwidget.h" #include "ui/widgets/singleplayersessionmenuwidget.h" #include "ui/widgets/mpsessionmenuwidget.h" #include "ui/widgets/savedsessionmenuwidget.h" #include "CommandAction" #include "clientapp.h" #include "games.h" #include "dd_main.h" #include #include #include #include #include #include #include "CommandAction" using namespace de; DENG_GUI_PIMPL(GameSelectionWidget) , DENG2_OBSERVES(App, GameChange) { /** * Foldable group of games. */ struct SubsetWidget : public FoldPanelWidget , DENG2_OBSERVES(ui::Data, Addition) { enum Type { AvailableGames, IncompleteGames, MultiplayerGames, SavedGames }; String titleText; Type type; SessionMenuWidget *menu; LabelWidget *noGames; int numCols; SubsetWidget(String const &widgetName, Type selType, String const &headingText, GameSelectionWidget::Instance *owner) : FoldPanelWidget(widgetName) , titleText(headingText) , type(selType) , numCols(3) { owner->self.add(makeTitle(headingText)); title().setFont("title"); title().setTextColor("inverted.text"); title().setHoverTextColor("inverted.text", ButtonWidget::ReplaceColor); title().margins().setLeft("").setRight(""); switch(type) { case AvailableGames: menu = new SingleplayerSessionMenuWidget(SingleplayerSessionMenuWidget::ShowAvailableGames); break; case IncompleteGames: menu = new SingleplayerSessionMenuWidget(SingleplayerSessionMenuWidget::ShowGamesWithMissingResources); break; case MultiplayerGames: menu = new MPSessionMenuWidget(MPSessionMenuWidget::DiscoverUsingMaster); break; case SavedGames: menu = new SavedSessionMenuWidget; break; } QObject::connect(menu, SIGNAL(sessionSelected(de::ui::Item const *)), owner->thisPublic, SLOT (select(de::ui::Item const *))); QObject::connect(menu, SIGNAL(availabilityChanged()), owner->thisPublic, SLOT (updateSubsetLayout())); menu->items().audienceForAddition() += this; setContent(menu); menu->margins().set(""); menu->layout().setColumnPadding(owner->style().rules().rule("unit")); menu->rule().setInput(Rule::Width, owner->self.rule().width() - owner->self.margins().width()); setColumns(3); // This will be shown if there are no games in the subset. // Note that this label is one of the menu's children, too, // in addition to the selectable sessions. noGames = LabelWidget::newWithText(_E(b) + tr("No games"), menu); noGames->margins() .setTop (style().rules().rule("gap") * 2) .setBottom(noGames->margins().top()); noGames->setFont("heading"); noGames->setTextColor("inverted.text"); noGames->setOpacity(.4f); noGames->hide(); } void dataItemAdded(ui::Data::Pos, ui::Item const &) { // Time to get rid of the notice. noGames->hide(); } void setColumns(int cols) { numCols = cols; // However, if the subset is empty, just use a single column for noGames. if(items().isEmpty()) { cols = 1; } menu->setColumns(cols); } ui::Data &items() { return menu->items(); } GameWidget &gameWidget(ui::Item const &item) { return menu->itemWidget(item); } String textForTitle(bool whenOpen) const { if(whenOpen) return titleText; return QString("%1 (%2)").arg(titleText).arg(menu->count()); } void preparePanelForOpening() { FoldPanelWidget::preparePanelForOpening(); title().setText(textForTitle(true)); } void panelClosing() { FoldPanelWidget::panelClosing(); title().setText(textForTitle(false)); } void updateTitleText() { title().setText(textForTitle(isOpen())); } void setTitleColor(DotPath const &colorId, DotPath const &hoverColorId, ButtonWidget::HoverColorMode mode) { title().setTextColor(colorId); title().setHoverTextColor(hoverColorId, mode); noGames->setTextColor(colorId); } }; SequentialLayout superLayout; GameFilterWidget *filter; SubsetWidget *available; SubsetWidget *incomplete; SubsetWidget *multi; SubsetWidget *saved; QList subsets; // not owned bool doAction; Instance(Public *i) : Base(i) , superLayout(i->contentRule().left(), i->contentRule().top(), ui::Down) , doAction(false) { // Menu of available games. self.add(available = new SubsetWidget("available", SubsetWidget::AvailableGames, App_GameLoaded()? tr("Switch Game") : tr("Available Games"), this)); // Menu of incomplete games. self.add(incomplete = new SubsetWidget("incomplete", SubsetWidget::IncompleteGames, tr("Games with Missing Resources"), this)); // Menu of multiplayer games. self.add(multi = new SubsetWidget("multi", SubsetWidget::MultiplayerGames, tr("Multiplayer Games"), this)); // Menu of saved games. self.add(saved = new SubsetWidget("saved", SubsetWidget::SavedGames, tr("Saved Games"), this)); // Keep all sets in a handy list. subsets << available << incomplete << multi << saved; self.add(filter = new GameFilterWidget); foreach(SubsetWidget *sub, subsets) sub->menu->setFilter(filter); superLayout.setOverrideWidth(self.rule().width() - self.margins().width()); updateSubsetLayout(); App::app().audienceForGameChange() += this; } ~Instance() { foreach(SubsetWidget *sub, subsets) sub->menu->setFilter(0); App::app().audienceForGameChange() -= this; } /** * Determines if a subset should be visible according to the current filter value. */ bool isSubsetVisible(SubsetWidget const *sub) const { GameFilterWidget::Filter flt = filter->filter(); if(sub == available || sub == incomplete || sub == saved) { return flt.testFlag(GameFilterWidget::Singleplayer); } if(sub == multi) { return flt.testFlag(GameFilterWidget::Multiplayer); } return false; } void updateSubsetVisibility() { foreach(SubsetWidget *sub, subsets) { bool shown = isSubsetVisible(sub); sub->show(shown); sub->title().show(shown); } } /** * Subsets are visible only when they have games in them. The title and content * of a subset are hidden when empty. */ void updateSubsetLayout() { superLayout.clear(); QList order; if(!App_GameLoaded()) { order << available << multi << saved << incomplete; } else { order << multi << available << saved << incomplete; } updateSubsetVisibility(); // Filter out the requested subsets. GameFilterWidget::Filter flt = filter->filter(); if(!flt.testFlag(GameFilterWidget::Singleplayer)) { order.removeOne(available); order.removeOne(incomplete); order.removeOne(saved); } if(!flt.testFlag(GameFilterWidget::Multiplayer)) { order.removeOne(multi); } foreach(SubsetWidget *s, order) { s->updateTitleText(); superLayout << s->title() << *s; // Show a notice when there are no games in the group. if(s->items().isEmpty()) { // Go to one-column layout for the "no games" indicator. s->menu->setGridSize(1, ui::Filled, 1, ui::Expand); s->noGames->show(); } else { // Restore the correct number of columns. s->setColumns(s->numCols); s->noGames->hide(); } } self.setContentSize(superLayout.width(), superLayout.height()); } void currentGameChanged(game::Game const &) { updateSubsetLayout(); } void updateLayoutForWidth(int width) { // If the view is too small, we'll want to reduce the number of items in the menu. int const maxWidth = style().rules().rule("gameselection.max.width").valuei(); int const suitable = clamp(1, 4 * width / maxWidth, 3); foreach(SubsetWidget *s, subsets) { s->setColumns(suitable); } } }; GameSelectionWidget::GameSelectionWidget(String const &name) : ScrollAreaWidget(name), d(new Instance(this)) { enableIndicatorDraw(true); setScrollBarColor("inverted.accent"); // By default attach the filter above the widget. d->filter->rule() .setInput(Rule::Width, rule().width()) .setInput(Rule::Bottom, rule().top()) .setInput(Rule::Left, rule().left()); // Default open/closed folds. d->multi->open(); if(!App_GameLoaded()) { d->available->open(); //d->incomplete->open(); } // We want the full menu to be visible even when it doesn't fit the // designated area. unsetBehavior(ChildVisibilityClipping); unsetBehavior(ChildHitClipping); connect(d->filter, SIGNAL(filterChanged()), this, SLOT(updateSubsetLayout())); } void GameSelectionWidget::setTitleColor(DotPath const &colorId, DotPath const &hoverColorId, ButtonWidget::HoverColorMode mode) { foreach(Instance::SubsetWidget *s, d->subsets) { s->setTitleColor(colorId, hoverColorId, mode); } } void GameSelectionWidget::setTitleFont(DotPath const &fontId) { foreach(Instance::SubsetWidget *s, d->subsets) { s->title().setFont(fontId); } } GameFilterWidget &GameSelectionWidget::filter() { return *d->filter; } FoldPanelWidget *GameSelectionWidget::subsetFold(String const &name) { return find(name)->maybeAs(); } void GameSelectionWidget::enableActionOnSelection(bool doAction) { d->doAction = doAction; } Action *GameSelectionWidget::makeAction(ui::Item const &item) const { // Find the session menu that owns this item. foreach(Instance::SubsetWidget *sub, d->subsets) { ui::DataPos const pos = sub->menu->items().find(item); if(pos != ui::Data::InvalidPos) { return sub->menu->makeAction(item); } } DENG2_ASSERT(!"GameSelectionWidget: Item does not belong in any subset"); return 0; } void GameSelectionWidget::update() { ScrollAreaWidget::update(); // Adapt grid layout for the widget width. Rectanglei rect; if(hasChangedPlace(rect)) { d->updateLayoutForWidth(rect.width()); } } void GameSelectionWidget::operator >> (PersistentState &toState) const { Record &st = toState.names(); foreach(Instance::SubsetWidget *s, d->subsets) { // Save the fold open/closed state. st.set(name() + "." + s->name() + ".open", s->isOpen()); } } void GameSelectionWidget::operator << (PersistentState const &fromState) { Record const &st = fromState.names(); foreach(Instance::SubsetWidget *s, d->subsets) { // Restore the fold open/closed state. if(st[name() + "." + s->name() + ".open"].value().isTrue()) { s->open(); // automatically shows the panel } else { s->close(0); // instantly } } // Ensure subsets that are supposed to be hidden stay that way. d->updateSubsetVisibility(); } void GameSelectionWidget::updateSubsetLayout() { d->updateSubsetLayout(); } void GameSelectionWidget::select(ui::Item const *item) { if(!item) return; emit gameSessionSelected(item); // Should we also perform the action? if(d->doAction) { AutoRef act = makeAction(*item); act->trigger(); } } doomsday-1.14.5/doomsday/client/src/ui/widgets/tutorialwidget.cpp0000664000175000017500000003424712350542240024436 0ustar jaakkojaakko/** @file tutorialdialog.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/tutorialwidget.h" #include "ui/clientwindow.h" #include "ui/widgets/taskbarwidget.h" #include "ui/widgets/inputbindingwidget.h" #include "dd_version.h" #include "dd_main.h" #include #include #include #include #include using namespace de; static TimeDelta const FLASH_SPAN = 0.6; DENG_GUI_PIMPL(TutorialWidget) { enum Step { Welcome, HomeScreen, Notifications, TaskBar, DEMenu, ConfigMenus, RendererAppearance, ConsoleKey, Finish }; Step current; MessageDialog *dlg; LabelWidget *highlight; NotificationAreaWidget *notifs; ///< Fake notifications just for an example. LabelWidget *exampleAlert; QTimer flashing; bool taskBarInitiallyOpen; Untrapper untrapper; Instance(Public *i) : Base(i) , current(Welcome) , dlg(0) , notifs(0) , exampleAlert(0) , taskBarInitiallyOpen(ClientWindow::main().taskBar().isOpen()) , untrapper(ClientWindow::main()) { // Create an example alert (lookalike). /// @todo There could be a class for an alert notification widget. -jk exampleAlert = new LabelWidget; exampleAlert->setSizePolicy(ui::Expand, ui::Expand); exampleAlert->setImage(style().images().image("alert")); exampleAlert->setOverrideImageSize(style().fonts().font("default").height().value()); exampleAlert->setImageColor(style().colors().colorf("accent")); exampleAlert->hide(); self.add(exampleAlert); // Highlight rectangle. self.add(highlight = new LabelWidget); highlight->set(Background(Background::GradientFrame, style().colors().colorf("accent"), 6)); highlight->setOpacity(0); flashing.setSingleShot(false); flashing.setInterval(FLASH_SPAN.asMilliSeconds()); } void startHighlight(GuiWidget const &w) { highlight->rule().setRect(w.rule()); highlight->setOpacity(0); highlight->show(); flashing.start(); flash(); } /** * Animates the highlight flash rectangle. Called periodically. */ void flash() { if(highlight->opacity().target() == 0) { highlight->setOpacity(.8f, FLASH_SPAN + .1, .1); } else if(highlight->opacity().target() > .5f) { highlight->setOpacity(.2f, FLASH_SPAN); } else { highlight->setOpacity(.8f, FLASH_SPAN); } } void stopHighlight() { highlight->hide(); flashing.stop(); } /** * Checks if step @a s is valid for the current engine state and if not, * skips to the next valid state. * * @param s Current step. */ void validateStep(Step &s) { forever { bool skip = false; if(!App_GameLoaded()) // in Ring Zero { if(s == RendererAppearance) skip = true; } else // A game is loaded. { if(s == HomeScreen) skip = true; } if(!skip) break; s = Step(s + 1); } } void initStep(Step s) { deinitStep(); // Jump to the next valid step, if necessary. validateStep(s); if(s == Finish) { self.stop(); return; } current = s; bool const isFinalStep = (current == Finish - 1); dlg = new MessageDialog; dlg->useInfoStyle(); dlg->setDeleteAfterDismissed(true); dlg->setClickToClose(false); QObject::connect(dlg, SIGNAL(accepted(int)), thisPublic, SLOT(continueToNextStep())); QObject::connect(dlg, SIGNAL(rejected(int)), thisPublic, SLOT(stop())); dlg->buttons() << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, isFinalStep? tr("Done") : tr("Continue")); if(!isFinalStep) { dlg->buttons() << new DialogButtonItem(DialogWidget::Reject | DialogWidget::Action, tr("Skip Tutorial")); } // Insert the content for the dialog. ClientWindow &win = ClientWindow::main(); switch(current) { case Welcome: dlg->title().setText(tr("Welcome to Doomsday")); dlg->message().setText(tr("This tutorial will give you a brief walkthrough of the " "major features of Doomsday's UI. You will also get a " "chance to pick a shortcut key for opening the console.\n\n" "The tutorial can be restarted later via the application menu.")); //.arg(_E(b) DOOMSDAY_NICENAME _E(.))); dlg->setAnchor(self.rule().midX(), self.rule().top()); dlg->setOpeningDirection(ui::Down); break; case HomeScreen: dlg->title().setText(tr("Home Screen")); dlg->message().setText(tr("This is where you end up if no game gets loaded at startup. " "Here you can browse all available games " "and configure engine settings. You can unload the current game at " "any time to get back to the Home Screen.")); startHighlight(*root().guiFind("background")); break; case Notifications: // Fake notification area that doesn't have any the real currently showed // notifications. notifs = new NotificationAreaWidget("tutorial-notifications"); notifs->useDefaultPlacement(ClientWindow::main().game().rule()); root().addOnTop(notifs); notifs->showChild(exampleAlert); dlg->title().setText(tr("Notifications")); dlg->message().setText(tr("The notification area shows the current notifications. " "For example, this one here is an example of a warning or an error " "that has occurred. You can click on the notification icons to " "get more information.\n\nOther possible notifications include the current " "FPS, ongoing downloads, and available updates.")); dlg->setAnchorAndOpeningDirection(exampleAlert->rule(), ui::Down); startHighlight(*exampleAlert); break; case TaskBar: dlg->title().setText(tr("Task Bar")); dlg->message().setText(tr("The task bar is where you find all the important functionality: loading " "and switching games, joining a multiplayer game, " "configuration settings, " "and a console command line for advanced users.\n\n" "Press %1 to access the task bar at any time.") .arg(_E(b) "Shift-Esc" _E(.))); win.taskBar().open(); win.taskBar().closeMainMenu(); win.taskBar().closeConfigMenu(); dlg->setAnchor(self.rule().midX(), win.taskBar().rule().top()); dlg->setOpeningDirection(ui::Up); startHighlight(win.taskBar()); break; case DEMenu: dlg->title().setText(tr("Application Menu")); dlg->message().setText(tr("Click the DE icon in the bottom right corner to open " "the application menu. " "You can check for available updates, switch games, or look for " "ongoing multiplayer games. You can also unload the current game " "and return to Doomsday's Home Screen.")); win.taskBar().openMainMenu(); dlg->setAnchorAndOpeningDirection(root().guiFind("de-menu")->rule(), ui::Left); startHighlight(*root().guiFind("de-button")); break; case ConfigMenus: dlg->title().setText(tr("Settings")); dlg->message().setText(tr("Configuration menus are found under buttons with a gear icon. " "The task bar's configuration button has the settings for " "all of Doomsday's subsystems.")); win.taskBar().openConfigMenu(); dlg->setAnchorAndOpeningDirection(root().guiFind("conf-menu")->rule(), ui::Left); startHighlight(*root().guiFind("conf-button")); break; case RendererAppearance: dlg->title().setText(tr("Appearance")); dlg->message().setText(tr("By default Doomsday applies many visual " "embellishments to how the game world appears. These " "can be configured individually in the Renderer " "Appearance editor, or you can use one of the built-in " "default profiles: %1, %2, or %3.") .arg(_E(b) "Defaults" _E(.)) .arg(_E(b) "Vanilla" _E(.)) .arg(_E(b) "Amplified" _E(.))); win.taskBar().openConfigMenu(); win.root().guiFind("conf-menu")->as().menu() .organizer().itemWidget(tr("Renderer"))->as().trigger(); dlg->setAnchorAndOpeningDirection( win.root().guiFind("renderersettings")->guiFind("appearance-label")->rule(), ui::Left); startHighlight(*root().guiFind("profile-picker")); break; case ConsoleKey: { dlg->title().setText(tr("Console")); String msg = tr("The console is a \"Quake style\" command line prompt where " "you enter commands and change variable values. To get started, " "try typing %1 in the console.").arg(_E(b) "help" _E(.)); if(App_GameLoaded()) { // Event bindings are currently stored per-game, so we can't set a // binding unless a game is loaded. msg += tr("\n\nBelow you can see the current keyboard shortcut for accessing the console quickly. " "To change it, click in the box and then press the key or key combination you " "want to assign as the shortcut."); InputBindingWidget *bind = InputBindingWidget::newTaskBarShortcut(); bind->useInfoStyle(); dlg->area().add(bind); } dlg->message().setText(msg); dlg->setAnchor(win.taskBar().console().commandLine().rule().left() + style().rules().rule("gap"), win.taskBar().rule().top()); dlg->setOpeningDirection(ui::Up); dlg->updateLayout(); startHighlight(win.taskBar().console().commandLine()); break; } default: break; } GuiRootWidget &root = self.root(); // Keep the tutorial above any dialogs etc. that might've been opened. root.moveToTop(self); root.addOnTop(dlg); dlg->open(); } /** * Cleans up after a tutorial step is done. */ void deinitStep() { if(dlg) { dlg->close(0); dlg = 0; } stopHighlight(); ClientWindow &win = ClientWindow::main(); switch(current) { case Notifications: notifs->hideChild(*exampleAlert); QTimer::singleShot(500, notifs, SLOT(guiDeleteLater())); notifs = 0; break; case DEMenu: win.taskBar().closeMainMenu(); break; case ConfigMenus: win.taskBar().closeConfigMenu(); break; case RendererAppearance: win.taskBar().closeConfigMenu(); break; default: break; } } }; TutorialWidget::TutorialWidget() : GuiWidget("tutorial"), d(new Instance(this)) { connect(&d->flashing, SIGNAL(timeout()), this, SLOT(flashHighlight())); } void TutorialWidget::start() { // Blur the rest of the view. GuiWidget &blur = ClientWindow::main().taskBarBlur(); blur.show(); blur.setOpacity(0); blur.setOpacity(1, .5); d->initStep(Instance::Welcome); } void TutorialWidget::stop() { if(!d->taskBarInitiallyOpen) { ClientWindow::main().taskBar().close(); } d->deinitStep(); // Animate away and unfade darkening. ClientWindow::main().taskBarBlur().setOpacity(0, .5); QTimer::singleShot(500, this, SLOT(dismiss())); } void TutorialWidget::dismiss() { ClientWindow::main().taskBarBlur().hide(); hide(); guiDeleteLater(); } void TutorialWidget::flashHighlight() { d->flash(); } bool TutorialWidget::handleEvent(Event const &event) { GuiWidget::handleEvent(event); // Eat everything! return true; } void TutorialWidget::continueToNextStep() { d->initStep(Instance::Step(d->current + 1)); } doomsday-1.14.5/doomsday/client/src/ui/widgets/busywidget.cpp0000664000175000017500000001461312350542240023550 0ustar jaakkojaakko/** @file busywidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "ui/widgets/busywidget.h" #include "ui/busyvisual.h" #include "ui/ui_main.h" #include "ui/clientwindow.h" #include "gl/gl_main.h" #include "render/r_main.h" #include "busymode.h" #include "sys_system.h" #include "con_main.h" #include #include #include #include #include using namespace de; DENG_GUI_PIMPL(BusyWidget) { typedef DefaultVertexBuf VertexBuf; ProgressWidget *progress; Time frameDrawnAt; GLFramebuffer transitionFrame; Drawable drawable; GLUniform uTex; GLUniform uMvpMatrix; Instance(Public *i) : Base(i), uTex("uTex", GLUniform::Sampler2D), uMvpMatrix("uMvpMatrix", GLUniform::Mat4) { progress = new ProgressWidget; progress->setAlignment(ui::AlignCenter, LabelWidget::AlignOnlyByImage); progress->setRange(Rangei(0, 200)); progress->setImageScale(.2f); progress->rule().setRect(self.rule()); self.add(progress); } void glInit() { //transitionFrame.setColorFormat(Image::RGB_888); VertexBuf *buf = new VertexBuf; VertexBuf::Builder verts; verts.makeQuad(Rectanglef(0, 0, 1, 1), Vector4f(1, 1, 1, 1), Rectanglef(0, 0, 1, 1)); buf->setVertices(gl::TriangleStrip, verts, gl::Static); drawable.addBuffer(buf); shaders().build(drawable.program(), "generic.textured.color") << uMvpMatrix << uTex; } void glDeinit() { drawable.clear(); transitionFrame.glDeinit(); } bool haveTransitionFrame() const { return transitionFrame.isReady(); } }; BusyWidget::BusyWidget(String const &name) : GuiWidget(name), d(new Instance(this)) { requestGeometry(false); } ProgressWidget &BusyWidget::progress() { return *d->progress; } void BusyWidget::viewResized() { GuiWidget::viewResized(); } void BusyWidget::update() { GuiWidget::update(); if(BusyMode_Active()) { BusyMode_Loop(); } } void BusyWidget::drawContent() { if(!BusyMode_Active()) { d->progress->hide(); if(Con_TransitionInProgress()) { GLState::push() .setViewport(Rectangleui::fromSize(GLState::current().target().size())) .apply(); Con_DrawTransition(); GLState::pop().apply(); } else { // Time to hide the busy widget, the transition has ended (or // was never started). hide(); releaseTransitionFrame(); } return; } if(d->haveTransitionFrame()) { GLState::current().apply(); glDisable(GL_ALPHA_TEST); /// @todo get rid of these glDisable(GL_BLEND); glEnable(GL_TEXTURE_2D); // Draw the texture. Rectanglei pos = rule().recti(); d->uMvpMatrix = Matrix4f::scale(Vector3f(1, -1, 1)) * root().projMatrix2D() * Matrix4f::scaleThenTranslate(pos.size(), pos.topLeft); d->drawable.draw(); glEnable(GL_ALPHA_TEST); glEnable(GL_BLEND); glDisable(GL_TEXTURE_2D); } } bool BusyWidget::handleEvent(Event const &) { // Eat events and ignore them. return true; } static TimeDelta const TRANSITION_FRAME_VALID_DURATION = 0.5; // seconds void BusyWidget::renderTransitionFrame() { LOG_AS("BusyWidget"); if(d->haveTransitionFrame() && d->frameDrawnAt.since() < TRANSITION_FRAME_VALID_DURATION) { // We already have a valid frame, no need to render again. LOGDEV_GL_VERBOSE("Skipping rendering of transition frame (got one already)"); return; } // We'll have an up-to-date frame after this. d->frameDrawnAt = Time(); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); //GLTexture::Size size(rule().width().valuei() / 2, // rule().height().valuei() / 2); Rectanglei grabRect = Rectanglei::fromSize(root().window().canvas().size()); LOGDEV_GL_VERBOSE("Rendering transition frame, size ") << grabRect.size().asText(); /* if(BusyMode_IsTransitionAnimated()) { // Animation transitions are drawn only inside GameWidget, so just // grab that portion of the screen. grabRect = root().window().game().rule().recti(); } // Grab the game view's rectangle, as that's where the transition will be drawn. GLuint grabbed = root().window().grabAsTexture(grabRect, ClientWindow::GrabHalfSized);*/ d->transitionFrame.resize(grabRect.size()); if(!d->transitionFrame.isReady()) { d->transitionFrame.glInit(); } GLState::push() .setTarget(d->transitionFrame.target()) .setViewport(Rectangleui::fromSize(d->transitionFrame.size())) .apply(); //d->transitionTex.reset(new GLTexture); //grabbed, grabRect.size() / 2)); //d->transitionTex->setUndefinedImage(grabRect.size(), Image::RGB_888); root().window().as().drawGameContent(); GLState::pop().apply(); d->uTex = d->transitionFrame.colorTexture(); } void BusyWidget::releaseTransitionFrame() { if(d->haveTransitionFrame()) { LOGDEV_GL_VERBOSE("Releasing transition frame"); d->transitionFrame.glDeinit(); } } GLTexture const *BusyWidget::transitionFrame() const { if(d->haveTransitionFrame()) { return &d->transitionFrame.colorTexture(); } return 0; } void BusyWidget::glInit() { d->glInit(); } void BusyWidget::glDeinit() { d->glDeinit(); } doomsday-1.14.5/doomsday/client/src/ui/widgets/singleplayersessionmenuwidget.cpp0000664000175000017500000001373212350542240027556 0ustar jaakkojaakko/** @file singleplayersessionmenuwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/singleplayersessionmenuwidget.h" #include "dd_main.h" #include "CommandAction" #include #include #include #include using namespace de; DENG_GUI_PIMPL(SingleplayerSessionMenuWidget) , DENG2_OBSERVES(Games, Addition) , DENG2_OBSERVES(Loop, Iteration) // deferred updates , DENG2_OBSERVES(App, StartupComplete) , DENG2_OBSERVES(App, GameChange) { /// ActionItem with a Game member, for loading a particular game. struct GameItem : public ui::ImageItem, public SessionItem { Game const &game; GameItem(Game const &gameRef, de::String const &label, SingleplayerSessionMenuWidget &owner) : ui::ImageItem(ShownAsButton, label) , SessionItem(owner) , game(gameRef) { setData(&gameRef); } String title() const { return game.title(); } String gameIdentityKey() const { return game.identityKey(); } }; struct GameWidget : public GameSessionWidget { Game const *game; GameWidget() : game(0) {} void updateInfoContent() { DENG2_ASSERT(game != 0); document().setText(game->description()); } }; Mode mode; FIFO pendingGames; Instance(Public *i) : Base(i) { App_Games().audienceForAddition() += this; App::app().audienceForGameChange() += this; App::app().audienceForStartupComplete() += this; } ~Instance() { Loop::appLoop().audienceForIteration() -= this; App_Games().audienceForAddition() -= this; App::app().audienceForGameChange() -= this; App::app().audienceForStartupComplete() -= this; } void gameAdded(Game &game) { // Called from a non-UI thread. pendingGames.put(&game); // Update from main thread later. Loop::appLoop().audienceForIteration() += this; } void addExistingGames() { for(int i = 0; i < App_Games().count(); ++i) { gameAdded(App_Games().byIndex(i)); } } bool shouldBeShown(Game const &game) { bool const isReady = game.allStartupFilesFound(); return ((mode == ShowAvailableGames && isReady) || (mode == ShowGamesWithMissingResources && !isReady)); } void loopIteration() { Loop::appLoop().audienceForIteration() -= this; addPendingGames(); updateGameAvailability(); } void addPendingGames() { if(pendingGames.isEmpty()) return; while(Game *game = pendingGames.take()) { ui::Item *item = makeItemForGame(*game); self.items() << item; updateWidgetWithGameStatus(*item); } self.sort(); emit self.availabilityChanged(); } ui::Item *makeItemForGame(Game &game) { String const idKey = game.identityKey(); String label = String(_E(b) "%1" _E(.) "\n" _E(l)_E(D) "%2") .arg(game.title()) .arg(idKey); GameItem *item = new GameItem(game, label, self); if(style().images().has(game.logoImageId())) { item->setImage(style().images().image(game.logoImageId())); } return item; } void updateWidgetWithGameStatus(ui::Item const &menuItem) { GameItem const &item = menuItem.as(); GameSessionWidget &w = self.itemWidget(item); w.show(shouldBeShown(item.game)); bool const isCurrentLoadedGame = (&App_CurrentGame() == &item.game); // Can be loaded? w.loadButton().enable(item.game.allStartupFilesFound() && !isCurrentLoadedGame); } void updateGameAvailability() { for(uint i = 0; i < self.items().size(); ++i) { updateWidgetWithGameStatus(self.items().at(i)); } self.sort(); emit self.availabilityChanged(); } void appStartupCompleted() { updateGameAvailability(); } void currentGameChanged(game::Game const &) { Loop::appLoop().audienceForIteration() += this; } }; SingleplayerSessionMenuWidget::SingleplayerSessionMenuWidget(Mode mode, String const &name) : SessionMenuWidget(name), d(new Instance(this)) { d->mode = mode; // Maybe there are games loaded already. d->addExistingGames(); } SingleplayerSessionMenuWidget::Mode SingleplayerSessionMenuWidget::mode() const { return d->mode; } Action *SingleplayerSessionMenuWidget::makeAction(ui::Item const &item) { return new CommandAction("load " + item.as().gameIdentityKey()); } GuiWidget *SingleplayerSessionMenuWidget::makeItemWidget(ui::Item const &item, GuiWidget const *parent) { return new Instance::GameWidget; } void SingleplayerSessionMenuWidget::updateItemWidget(GuiWidget &widget, de::ui::Item const &item) { Instance::GameWidget &w = widget.as(); Instance::GameItem const &it = item.as(); w.game = &it.game; w.loadButton().setImage(it.image()); w.loadButton().setText(it.label()); } doomsday-1.14.5/doomsday/client/src/ui/widgets/taskbarwidget.cpp0000664000175000017500000005506612350542240024224 0ustar jaakkojaakko/** @file taskbarwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/taskbarwidget.h" #include "ui/widgets/consolecommandwidget.h" #include "ui/widgets/multiplayermenuwidget.h" #include "ui/widgets/tutorialwidget.h" #include "ui/dialogs/aboutdialog.h" #include "ui/dialogs/videosettingsdialog.h" #include "ui/dialogs/audiosettingsdialog.h" #include "ui/dialogs/inputsettingsdialog.h" #include "ui/dialogs/networksettingsdialog.h" #include "ui/dialogs/renderersettingsdialog.h" #include "ui/dialogs/manualconnectiondialog.h" #include "ui/dialogs/vrsettingsdialog.h" #include "ui/dialogs/gamesdialog.h" #include "updater/updatersettingsdialog.h" #include "ui/clientwindow.h" #include "ui/clientrootwidget.h" #include "clientapp.h" #include "CommandAction" #include "client/cl_def.h" // clientPaused #include "ui/ui_main.h" #include "con_main.h" #include #include #include #include #include #include #include #include #include #include #include "versioninfo.h" #include "dd_main.h" using namespace de; using namespace ui; static TimeDelta OPEN_CLOSE_SPAN = 0.2; enum MenuItemPositions { // DE menu: POS_GAMES = 0, POS_UNLOAD = 1, POS_GAMES_SEPARATOR = 2, POS_MULTIPLAYER = 3, POS_CONNECT = 4, // Config menu: POS_RENDERER_SETTINGS = 0, POS_VR_SETTINGS = 1, POS_CONFIG_SEPARATOR = 2, POS_AUDIO_SETTINGS = 4, POS_INPUT_SETTINGS = 5 }; DENG_GUI_PIMPL(TaskBarWidget) , DENG2_OBSERVES(App, GameChange) , DENG2_OBSERVES(ServerLink, Join) , DENG2_OBSERVES(ServerLink, Leave) { typedef DefaultVertexBuf VertexBuf; enum LayoutMode { NormalLayout, ///< Taskbar widgets are full-sized. CompressedLayout, ///< Cull some redundant information. ExtraCompressedLayout ///< Hide current game indicator. }; LayoutMode layoutMode; bool opened; ConsoleWidget *console; ButtonWidget *logo; ButtonWidget *conf; ButtonWidget *multi; LabelWidget *status; PopupMenuWidget *mainMenu; PopupMenuWidget *configMenu; MultiplayerMenuWidget *multiMenu; ScalarRule *vertShift; bool mouseWasTrappedWhenOpening; int minSpace; int maxSpace; // GL objects: Drawable drawable; GLUniform uMvpMatrix; GLUniform uColor; Matrix4f projMatrix; Instance(Public *i) : Base(i) , layoutMode(NormalLayout) , opened(true) , logo(0) , conf(0) , status(0) , mainMenu(0) , configMenu(0) , multiMenu(0) , mouseWasTrappedWhenOpening(false) , uMvpMatrix("uMvpMatrix", GLUniform::Mat4) , uColor ("uColor", GLUniform::Vec4) { uColor = Vector4f(1, 1, 1, 1); self.set(Background(style().colors().colorf("background"))); vertShift = new ScalarRule(0); App::app().audienceForGameChange() += this; ClientApp::serverLink().audienceForJoin += this; ClientApp::serverLink().audienceForLeave += this; updateStyle(); } ~Instance() { App::app().audienceForGameChange() -= this; ClientApp::serverLink().audienceForJoin -= this; ClientApp::serverLink().audienceForLeave -= this; releaseRef(vertShift); } void updateStyle() { minSpace = style().rules().rule("console.commandline.width.min").valuei(); maxSpace = style().rules().rule("console.commandline.width.max").valuei(); } void updateLayoutMode() { LayoutMode wanted = layoutMode; // Does the command line have enough space? if(console->commandLine().rule().width().valuei() < minSpace) { wanted = (layoutMode == NormalLayout? CompressedLayout : layoutMode == CompressedLayout? ExtraCompressedLayout : layoutMode); } else if(console->commandLine().rule().width().valuei() > maxSpace) { wanted = (layoutMode == CompressedLayout? NormalLayout : layoutMode == ExtraCompressedLayout? CompressedLayout : layoutMode); } if(layoutMode != wanted) { layoutMode = wanted; updateLogoButtonText(); // Adjust widget visibility and rules. switch(layoutMode) { case NormalLayout: case CompressedLayout: status->show(); break; case ExtraCompressedLayout: status->hide(); break; } self.updateCommandLineLayout(); self.requestGeometry(); console->commandLine().requestGeometry(); } } void glInit() { drawable.addBuffer(new VertexBuf); shaders().build(drawable.program(), "generic.color_ucolor") << uMvpMatrix << uColor; updateProjection(); } void glDeinit() { drawable.clear(); } void updateLogoButtonText() { String text; if(layoutMode == NormalLayout) { VersionInfo currentVersion; if(String(DOOMSDAY_RELEASE_TYPE) == "Stable") { text = _E(b) + currentVersion.base(); } else { text = _E(b) + currentVersion.base() + " " + _E(l) + String("#%1").arg(currentVersion.build); } } else { // Remove the version number if we're short of space. } logo->setText(text); } void updateProjection() { uMvpMatrix = root().projMatrix2D(); } void updateGeometry() { Rectanglei pos; if(self.hasChangedPlace(pos) || self.geometryRequested()) { self.requestGeometry(false); VertexBuf::Builder verts; self.glMakeGeometry(verts); drawable.buffer().setVertices(gl::TriangleStrip, verts, gl::Static); } } GuiWidget &itemWidget(PopupMenuWidget *menu, uint pos) const { return *menu->menu().organizer().itemWidget(pos); } void showOrHideMenuItems() { de::Game &game = App_CurrentGame(); itemWidget(mainMenu, POS_GAMES) .show(!game.isNull()); itemWidget(mainMenu, POS_UNLOAD) .show(!game.isNull()); itemWidget(mainMenu, POS_GAMES_SEPARATOR) .show(!game.isNull()); itemWidget(mainMenu, POS_MULTIPLAYER) .show(!game.isNull()); itemWidget(mainMenu, POS_CONNECT) .show(game.isNull()); itemWidget(configMenu, POS_RENDERER_SETTINGS).show(!game.isNull()); itemWidget(configMenu, POS_VR_SETTINGS) .show(!game.isNull()); itemWidget(configMenu, POS_CONFIG_SEPARATOR) .show(!game.isNull()); itemWidget(configMenu, POS_AUDIO_SETTINGS) .show(!game.isNull()); itemWidget(configMenu, POS_INPUT_SETTINGS) .show(!game.isNull()); if(self.hasRoot()) { configMenu->menu().updateLayout(); mainMenu->menu().updateLayout(); // Include/exclude shown/hidden menu items. } } void currentGameChanged(game::Game const &newGame) { updateStatus(); showOrHideMenuItems(); } void networkGameJoined() { multi->show(); self.updateCommandLineLayout(); } void networkGameLeft() { multi->hide(); self.updateCommandLineLayout(); } void updateStatus() { if(App_GameLoaded()) { status->setText(App_CurrentGame().identityKey()); } else { status->setText(tr("No game loaded")); } } }; PopupWidget *makeUpdaterSettings() { return new UpdaterSettingsDialog(UpdaterSettingsDialog::WithApplyAndCheckButton); } TaskBarWidget::TaskBarWidget() : GuiWidget("taskbar"), d(new Instance(this)) { #if 0 // GameWidget is presently incompatible with blurring. BlurWidget *blur = new BlurWidget("taskbar_blur"); add(blur); Background bg(*blur, style().colors().colorf("background")); #else Background bg(style().colors().colorf("background")); #endif Rule const &gap = style().rules().rule("gap"); d->console = new ConsoleWidget; d->console->rule() .setInput(Rule::Left, rule().left() + d->console->shift()); add(d->console); //d->console->log().set(bg); // Position the console button and command line in the task bar. d->console->button().rule() .setInput(Rule::Left, rule().left()) .setInput(Rule::Width, d->console->button().rule().height()) .setInput(Rule::Bottom, rule().bottom()) .setInput(Rule::Height, rule().height()); // DE logo. d->logo = new ButtonWidget("de-button"); d->logo->setImage(style().images().image("logo.px128")); d->logo->setImageScale(.475f); d->logo->setImageFit(FitToHeight | OriginalAspectRatio); d->updateLogoButtonText(); d->logo->setWidthPolicy(ui::Expand); d->logo->setTextAlignment(AlignLeft); d->logo->rule().setInput(Rule::Height, rule().height()); add(d->logo); // Settings. ButtonWidget *conf = new ButtonWidget("conf-button"); d->conf = conf; conf->setImage(style().images().image("gear")); conf->setSizePolicy(ui::Expand, ui::Filled); conf->rule().setInput(Rule::Height, rule().height()); add(conf); // Currently loaded game. d->status = new LabelWidget; d->status->set(bg); d->status->setWidthPolicy(ui::Expand); d->status->rule().setInput(Rule::Height, rule().height()); add(d->status); d->updateStatus(); // Multiplayer. d->multi = new ButtonWidget; d->multi->hide(); // hidden when not connected d->multi->setAction(new SignalAction(this, SLOT(openMultiplayerMenu()))); d->multi->setImage(style().images().image("network")); d->multi->setTextAlignment(ui::AlignRight); d->multi->setText(tr("MP")); d->multi->setSizePolicy(ui::Expand, ui::Filled); d->multi->rule().setInput(Rule::Height, rule().height()); add(d->multi); // Taskbar height depends on the font size. rule().setInput(Rule::Height, style().fonts().font("default").height() + gap * 2); // Settings menu. add(d->configMenu = new PopupMenuWidget("conf-menu")); d->configMenu->setAnchorAndOpeningDirection(conf->rule(), ui::Up); // Multiplayer menu. add(d->multiMenu = new MultiplayerMenuWidget); d->multiMenu->setAnchorAndOpeningDirection(d->multi->rule(), ui::Up); // The DE menu. add(d->mainMenu = new PopupMenuWidget("de-menu")); d->mainMenu->setAnchorAndOpeningDirection(d->logo->rule(), ui::Up); // Game unloading confirmation submenu. ui::SubmenuItem *unloadMenu = new ui::SubmenuItem(tr("Unload Game"), ui::Left); unloadMenu->items() << new ui::Item(ui::Item::Separator, tr("Really unload the game?")) << new ui::ActionItem(tr("Unload") + " " _E(b) + tr("(discard progress)"), new SignalAction(this, SLOT(unloadGame()))) << new ui::ActionItem(tr("Cancel"), new SignalAction(&d->mainMenu->menu(), SLOT(dismissPopups()))); /* * Set up items for the config and DE menus. Some of these are shown/hidden * depending on whether a game is loaded. */ d->configMenu->items() << new ui::SubwidgetItem(style().images().image("renderer"), tr("Renderer"), ui::Left, makePopup) << new ui::SubwidgetItem(style().images().image("vr"), tr("3D & VR"), ui::Left, makePopup) << new ui::Item(ui::Item::Separator) << new ui::SubwidgetItem(style().images().image("display"), tr("Video"), ui::Left, makePopup) << new ui::SubwidgetItem(style().images().image("audio"), tr("Audio"), ui::Left, makePopup) << new ui::SubwidgetItem(style().images().image("input"), tr("Input"), ui::Left, makePopup) << new ui::SubwidgetItem(style().images().image("network"), tr("Network"), ui::Left, makePopup) << new ui::SubwidgetItem(style().images().image("updater"), tr("Updater"), ui::Left, makeUpdaterSettings); d->mainMenu->items() << new ui::ActionItem(tr("Switch Game..."), new SignalAction(this, SLOT(switchGame()))) << unloadMenu // hidden with null-game << new ui::Item(ui::Item::Separator) << new ui::ActionItem(tr("Multiplayer Games..."), new SignalAction(this, SLOT(showMultiplayer()))) << new ui::ActionItem(tr("Connect to Server..."), new SignalAction(this, SLOT(connectToServerManually()))) << new ui::Item(ui::Item::Separator) << new ui::ActionItem(tr("Check for Updates..."), new CommandAction("updateandnotify")) << new ui::ActionItem(tr("Show Tutorial"), new SignalAction(this, SLOT(showTutorial()))) << new ui::ActionItem(tr("About Doomsday"), new SignalAction(this, SLOT(showAbout()))) << new ui::Item(ui::Item::Separator) << new ui::ActionItem(tr("Quit Doomsday"), new CommandAction("quit")); d->showOrHideMenuItems(); conf->setAction(new SignalAction(this, SLOT(openConfigMenu()))); d->logo->setAction(new SignalAction(this, SLOT(openMainMenu()))); // Set the initial command line layout. updateCommandLineLayout(); connect(d->console, SIGNAL(commandModeChanged()), this, SLOT(updateCommandLineLayout())); connect(d->console, SIGNAL(commandLineGotFocus()), this, SLOT(closeMainMenu())); connect(d->console, SIGNAL(commandLineGotFocus()), this, SLOT(closeConfigMenu())); } ConsoleWidget &TaskBarWidget::console() { return *d->console; } CommandWidget &TaskBarWidget::commandLine() { return d->console->commandLine(); } ButtonWidget &TaskBarWidget::logoButton() { return *d->logo; } bool TaskBarWidget::isOpen() const { return d->opened; } Rule const &TaskBarWidget::shift() { return *d->vertShift; } void TaskBarWidget::glInit() { LOG_AS("TaskBarWidget"); d->glInit(); } void TaskBarWidget::glDeinit() { d->glDeinit(); } void TaskBarWidget::viewResized() { GuiWidget::viewResized(); d->updateProjection(); } void TaskBarWidget::update() { GuiWidget::update(); d->updateLayoutMode(); } void TaskBarWidget::drawContent() { d->updateGeometry(); } bool TaskBarWidget::handleEvent(Event const &event) { Canvas &canvas = root().window().canvas(); ClientWindow &window = root().window().as(); if(!canvas.isMouseTrapped() && event.type() == Event::MouseButton && !window.hasSidebar()) { // Clicking outside the taskbar will trap the mouse automatically. MouseEvent const &mouse = event.as(); if(mouse.state() == MouseEvent::Released && !hitTest(mouse.pos())) { if(root().focus()) { // First click will remove UI focus, allowing GameWidget // to receive events. root().setFocus(0); return true; } if(App_GameLoaded()) { // Allow game to use the mouse. canvas.trapMouse(); } window.taskBar().close(); return true; } } if(event.type() == Event::MouseButton) { // Eat all button events occurring inside the task bar area. if(hitTest(event)) { return true; } } // Don't let modifier keys fall through to the game. if(isOpen() && event.isKey() && event.as().isModifier()) { // However, let the bindings system know about the modifier state. ClientApp::widgetActions().trackInput(event); return true; } if(event.type() == Event::KeyPress) { KeyEvent const &key = event.as(); // Shift-Esc opens and closes the task bar. if(key.ddKey() == DDKEY_ESCAPE) { if(isOpen()) { // First press of Esc will just dismiss the console. if(d->console->isLogOpen() && !key.modifiers().testFlag(KeyEvent::Shift)) { d->console->commandLine().setText(""); d->console->closeLog(); root().setFocus(0); return true; } // Also closes the console log. close(); return true; } else { // Task bar is closed, so let's open it. if(key.modifiers().testFlag(KeyEvent::Shift) || !App_GameLoaded()) { if(!window.hasSidebar()) { // Automatically focus the command line, unless an editor is open. root().setFocus(&d->console->commandLine()); } open(); return true; } } return false; } } return false; } void TaskBarWidget::open() { if(!d->opened) { d->opened = true; unsetBehavior(DisableEventDispatchToChildren); d->console->clearLog(); d->vertShift->set(0, OPEN_CLOSE_SPAN); setOpacity(1, OPEN_CLOSE_SPAN); emit opened(); } // Untrap the mouse if it is trapped. if(hasRoot()) { Canvas &canvas = root().window().canvas(); d->mouseWasTrappedWhenOpening = canvas.isMouseTrapped(); if(canvas.isMouseTrapped()) { canvas.trapMouse(false); } if(!App_GameLoaded()) { root().setFocus(&d->console->commandLine()); } } } void TaskBarWidget::openAndPauseGame() { if(App_GameLoaded() && !clientPaused) { Con_Execute(CMDS_DDAY, "pause", true, false); } open(); } void TaskBarWidget::close() { if(d->opened) { d->opened = false; setBehavior(DisableEventDispatchToChildren); // Slide the task bar down. d->vertShift->set(rule().height().valuei() + style().rules().rule("unit").valuei(), OPEN_CLOSE_SPAN); setOpacity(0, OPEN_CLOSE_SPAN); d->console->closeLog(); d->console->closeMenu(); d->console->commandLine().dismissContentToHistory(); closeMainMenu(); closeConfigMenu(); // Clear focus now; callbacks/signal handlers may set the focus elsewhere. if(hasRoot()) root().setFocus(0); emit closed(); // Retrap the mouse if it was trapped when opening. if(hasRoot() && App_GameLoaded() && !root().window().as().hasSidebar()) { Canvas &canvas = root().window().canvas(); if(d->mouseWasTrappedWhenOpening) { canvas.trapMouse(); } } } } void TaskBarWidget::openConfigMenu() { d->mainMenu->close(0); d->configMenu->open(); } void TaskBarWidget::closeConfigMenu() { d->configMenu->close(); } void TaskBarWidget::openMainMenu() { d->configMenu->close(0); d->mainMenu->open(); } void TaskBarWidget::closeMainMenu() { d->mainMenu->close(); } void TaskBarWidget::openMultiplayerMenu() { d->multiMenu->open(); } void TaskBarWidget::unloadGame() { Con_Execute(CMDS_DDAY, "unload", false, false); d->mainMenu->close(); } void TaskBarWidget::showAbout() { AboutDialog *about = new AboutDialog; about->setDeleteAfterDismissed(true); root().addOnTop(about); about->open(); } void TaskBarWidget::showUpdaterSettings() { /// @todo This has actually little to do with the taskbar. -jk UpdaterSettingsDialog *dlg = new UpdaterSettingsDialog(UpdaterSettingsDialog::WithApplyAndCheckButton); dlg->setDeleteAfterDismissed(true); root().addOnTop(dlg); dlg->open(); } void TaskBarWidget::switchGame() { GamesDialog *games = new GamesDialog(GamesDialog::ShowSingleplayerOnly); games->setDeleteAfterDismissed(true); games->exec(root()); } void TaskBarWidget::showMultiplayer() { GamesDialog *games = new GamesDialog(GamesDialog::ShowMultiplayerOnly); games->setDeleteAfterDismissed(true); if(isOpen()) { games->exec(root()); } else { root().addOnTop(games); games->open(); } } void TaskBarWidget::connectToServerManually() { ManualConnectionDialog *dlg = new ManualConnectionDialog; dlg->setDeleteAfterDismissed(true); dlg->exec(root()); } void TaskBarWidget::showTutorial() { if(BusyMode_Active()) return; // The widget will dispose of itself when finished. TutorialWidget *tutorial = new TutorialWidget; root().addOnTop(tutorial); tutorial->rule().setRect(root().viewRule()); tutorial->start(); } void TaskBarWidget::updateCommandLineLayout() { SequentialLayout layout(rule().right(), rule().top(), ui::Left); layout << *d->logo << *d->conf; if(!d->multi->behavior().testFlag(Hidden)) { layout << *d->multi; } if(!d->status->behavior().testFlag(Hidden)) { layout << *d->status; } // The command line extends the rest of the way. RuleRectangle &cmdRule = d->console->commandLine().rule(); cmdRule.setInput(Rule::Left, d->console->button().rule().right()) .setInput(Rule::Bottom, rule().bottom()) .setInput(Rule::Right, layout.widgets().last()->as().rule().left()); // Just use a plain background for this editor. d->console->commandLine().set(Background(style().colors().colorf("background"))); } doomsday-1.14.5/doomsday/client/src/ui/widgets/inputbindingwidget.cpp0000664000175000017500000001653012350542240025260 0ustar jaakkojaakko/** @file inputbindingwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/inputbindingwidget.h" #include "ui/b_main.h" #include "ui/b_context.h" #include #include using namespace de; #ifdef MACOSX # define CONTROL_MOD KeyEvent::Meta # define CONTROL_CHAR DENG2_CHAR_MAC_CONTROL_KEY #else # define CONTROL_MOD KeyEvent::Control # define CONTROL_CHAR DENG2_CHAR_CONTROL_KEY #endif DENG_GUI_PIMPL(InputBindingWidget) , DENG2_OBSERVES(ButtonWidget, Press) { String defaultEvent; String command; QStringList contexts; uint device; bool useModifiers; Instance(Public *i) : Base(i) , device(IDEV_KEYBOARD) , useModifiers(false) { //self.setTextLineAlignment(ui::AlignLeft); self.setSizePolicy(ui::Fixed, ui::Expand); self.auxiliary().setText(_E(l) + tr("Reset")); self.audienceForPress() += this; self.auxiliary().audienceForPress() += this; } String prettyKey(String const &eventDesc) { if(!eventDesc.startsWith("key-")) { // Doesn't look like a key. return eventDesc; } String name = eventDesc.substr(Rangei(4, eventDesc.indexOf("-", 4))); name = name.left(1).toUpper() + name.mid(1).toLower(); // Any modifiers? int idx = eventDesc.indexOf("+"); if(idx > 0) { String const conds = eventDesc.mid(idx + 1); if(conds.contains("key-alt-down")) { name = String(DENG2_CHAR_ALT_KEY) + name; } if(conds.contains("key-ctrl-down") || conds.contains("key-control-down")) { name = String(CONTROL_CHAR) + name; } if(conds.contains("key-shift-down")) { name = String(DENG2_CHAR_SHIFT_KEY) + name; } } return name; } /// Checks the current binding and updates the label to show which event/input /// is bound. void updateLabel() { String text = _E(l) + tr("(not bound)"); // Check all the contexts associated with this widget. foreach(QString bcName, contexts) { bcontext_t const *bc = B_ContextByName(bcName.toLatin1()); evbinding_t const *com = B_FindCommandBinding(&bc->commandBinds, command.toLatin1(), device); if(com) { // This'll do. AutoStr *str = AutoStr_New(); B_EventBindingToString(com, str); text = prettyKey(Str_Text(str)); break; } } self.setText(_E(b) + text); } void bind(String const &eventDesc) { B_UnbindCommand(command.toLatin1()); foreach(QString bcName, contexts) { String ev = String("%1:%2").arg(bcName, eventDesc); B_BindCommand(ev.toLatin1(), command.toLatin1()); } } void buttonPressed(ButtonWidget &button) { if(&button == thisPublic) { if(!self.hasFocus()) { focus(); } else { unfocus(); } } else { // The reset button. bind(defaultEvent); updateLabel(); } } void focus() { root().setFocus(thisPublic); self.auxiliary().disable(); self.useInvertedStyle(); } void unfocus() { root().setFocus(0); self.auxiliary().enable(); self.useNormalStyle(); } }; InputBindingWidget::InputBindingWidget() : d(new Instance(this)) { auxiliary().hide(); } void InputBindingWidget::setDefaultBinding(String const &eventDesc) { d->defaultEvent = eventDesc; auxiliary().show(); } void InputBindingWidget::setCommand(String const &command) { d->command = command; d->updateLabel(); } void InputBindingWidget::enableModifiers(bool mods) { d->useModifiers = mods; } void InputBindingWidget::setContexts(QStringList const &contexts) { d->contexts = contexts; d->updateLabel(); } bool InputBindingWidget::handleEvent(Event const &event) { if(hasFocus()) { if(KeyEvent const *key = event.maybeAs()) { if(key->state() != KeyEvent::Pressed) return false; // Include modifier keys if they will be included in the binding. if(d->useModifiers && key->isModifier()) { return false; } if(key->ddKey() == DDKEY_ESCAPE) { d->unfocus(); return true; } AutoStr *name = AutoStr_New(); ddevent_t ev; DD_ConvertEvent(event, &ev); B_AppendEventToString(&ev, name); String desc = Str_Text(name); // Apply current modifiers as conditions. if(d->useModifiers) { if(key->modifiers().testFlag(KeyEvent::Shift)) { desc += " + key-shift-down"; } else { desc += " + key-shift-up"; } if(key->modifiers().testFlag(KeyEvent::Alt)) { desc += " + key-alt-down"; } else { desc += " + key-alt-up"; } if(key->modifiers().testFlag(CONTROL_MOD)) { desc += " + key-ctrl-down"; } else { desc += " + key-ctrl-up"; } } d->bind(desc); d->updateLabel(); d->unfocus(); return true; } if(MouseEvent const *mouse = event.maybeAs()) { if(mouse->type() == Event::MouseButton && mouse->state() == MouseEvent::Released && !hitTest(event)) { // Clicking outside clears focus. d->unfocus(); return true; } } } return AuxButtonWidget::handleEvent(event); } InputBindingWidget *InputBindingWidget::newTaskBarShortcut() { InputBindingWidget *bind = new InputBindingWidget; bind->setCommand("taskbar"); bind->setDefaultBinding("key-tilde-down + key-shift-up"); bind->enableModifiers(true); bind->setContexts(QStringList() << "global" << "console"); return bind; } doomsday-1.14.5/doomsday/client/src/ui/widgets/savedsessionmenuwidget.cpp0000664000175000017500000001745512350542240026170 0ustar jaakkojaakko/** @file savedsessionmenuwidget.cpp * * @authors Copyright © 2014 Jaakko Keränen * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/savedsessionmenuwidget.h" #include "ui/widgets/taskbarwidget.h" #include "ui/widgets/gamesessionwidget.h" #include "clientapp.h" #include "dd_main.h" #include "con_main.h" #include #include #include #include #include using namespace de; using de::game::Session; using de::game::SavedSession; DENG_GUI_PIMPL(SavedSessionMenuWidget) , DENG2_OBSERVES(App, StartupComplete) , DENG2_OBSERVES(Session::SavedIndex, AvailabilityUpdate) , DENG2_OBSERVES(Loop, Iteration) // deferred refresh { /** * Action for loading a saved session. */ class LoadAction : public de::Action { String gameId; String cmd; public: LoadAction(SavedSession const &session) { gameId = session.metadata().gets("gameIdentityKey"); cmd = "loadgame " + session.name().fileNameWithoutExtension() + " confirm"; } void trigger() { Action::trigger(); BusyMode_FreezeGameForBusyMode(); ClientWindow::main().taskBar().close(); App_ChangeGame(App_Games().byIdentityKey(gameId), false /*no reload*/); Con_Execute(CMDS_DDAY, cmd.toLatin1(), false, false); } }; /** * Data item with information about a saved game session. */ class SavegameListItem : public ui::Item, public SessionItem { public: SavegameListItem(SavedSession const &session, SessionMenuWidget &owner) : SessionItem(owner) { setData(session.path().toLower()); _session = &session; } SavedSession const &savedSession() const { DENG2_ASSERT(_session != 0); return *_session; } String title() const { return savedSession().metadata().gets("userDescription"); } String gameIdentityKey() const { return savedSession().metadata().gets("gameIdentityKey"); } private: SavedSession const *_session; }; /** * Widget representing a SavegameItem in the dialog's menu. */ struct SavegameWidget : public GameSessionWidget { SavegameWidget() { loadButton().disable(); // Show all available information without clipping. loadButton().setHeightPolicy(ui::Expand); } void updateFromItem(SavegameListItem const &item) { try { SavedSession const &session = item.savedSession(); Game const &sGame = App_Games().byIdentityKey(item.gameIdentityKey()); if(style().images().has(sGame.logoImageId())) { loadButton().setImage(style().images().image(sGame.logoImageId())); } loadButton().disable(sGame.status() == Game::Incomplete); loadButton().setText(String(_E(b) "%1" _E(.) "\n" _E(l)_E(D) "%2") .arg(item.title()) .arg(sGame.identityKey())); // Extra information. document().setText(session.metadata().asStyledText() + "\n" + String(_E(D) "Resource: " _E(.)_E(i) "\"%1\"\n" _E(.) _E(l) "Modified: " _E(.)_E(i) "%2") .arg(session.path()) .arg(session.status().modifiedAt.asText(Time::FriendlyFormat))); } catch(Error const &) { /// @todo } } }; Instance(Public *i) : Base(i) { App::app().audienceForStartupComplete() += this; game::Session::savedIndex().audienceForAvailabilityUpdate() += this; } ~Instance() { Loop::appLoop().audienceForIteration() -= this; App::app().audienceForStartupComplete() -= this; game::Session::savedIndex().audienceForAvailabilityUpdate() -= this; } void appStartupCompleted() { // Startup resources for all games have been located. // We can now determine which of the saved sessions are loadable. for(ui::Data::Pos idx = 0; idx < self.items().size(); ++idx) { ui::Item const &item = self.items().at(idx); self.updateItemWidget(*self.organizer().itemWidget(item), item); } emit self.availabilityChanged(); } void updateItemsFromSavedIndex() { bool changed = false; // Remove obsolete entries. for(ui::Data::Pos idx = 0; idx < self.items().size(); ++idx) { String const savePath = self.items().at(idx).data().toString(); if(!Session::savedIndex().find(savePath)) { self.items().remove(idx--); changed = true; } } // Add new entries. DENG2_FOR_EACH_CONST(Session::SavedIndex::All, i, Session::savedIndex().all()) { ui::Data::Pos found = self.items().findData(i.key()); if(found == ui::Data::InvalidPos) { SavedSession &session = *i.value(); if(session.path().beginsWith("/home/savegames")) // Ignore non-user savegames. { // Needs to be added. self.items().append(new SavegameListItem(session, self)); changed = true; } } } if(changed) { // Let others know that one or more games have appeared or disappeared from the menu. emit self.availabilityChanged(); } } void savedIndexAvailabilityUpdate(Session::SavedIndex const &) { if(!App::inMainThread()) { // We'll have to defer the update for now. deferUpdate(); return; } updateItemsFromSavedIndex(); } void deferUpdate() { Loop::appLoop().audienceForIteration() += this; } void loopIteration() { Loop::appLoop().audienceForIteration() -= this; updateItemsFromSavedIndex(); } }; SavedSessionMenuWidget::SavedSessionMenuWidget() : SessionMenuWidget("savegame-session-menu"), d(new Instance(this)) { d->updateItemsFromSavedIndex(); } Action *SavedSessionMenuWidget::makeAction(ui::Item const &item) { return new Instance::LoadAction(item.as().savedSession()); } GuiWidget *SavedSessionMenuWidget::makeItemWidget(ui::Item const &, GuiWidget const *) { return new Instance::SavegameWidget; } void SavedSessionMenuWidget::updateItemWidget(GuiWidget &widget, ui::Item const &item) { Instance::SavegameWidget &w = widget.as(); w.updateFromItem(item.as()); } doomsday-1.14.5/doomsday/client/src/ui/widgets/sessionmenuwidget.cpp0000664000175000017500000000760112350542240025135 0ustar jaakkojaakko/** @file sessionmenuwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/sessionmenuwidget.h" #include using namespace de; DENG_GUI_PIMPL(SessionMenuWidget) , DENG2_OBSERVES(ChildWidgetOrganizer, WidgetCreation) , DENG2_OBSERVES(ButtonWidget, Press) { GameFilterWidget *filter; Instance(Public *i) : Base(i) , filter(0) {} static bool sorter(ui::Item const &a, ui::Item const &b) { SessionItem const *x = a.maybeAs(); SessionItem const *y = b.maybeAs(); if(x && y) { int cmp = x->sortKey().compareWithoutCase(y->sortKey()); if(cmp < 0) return true; if(cmp > 0) return false; // Secondarily by title. if(x->menu().filter().sortOrder() != GameFilterWidget::SortByTitle) { return x->title().compareWithoutCase(y->title()) < 0; } } return false; } void sortSessions() { self.items().stableSort(sorter); } void widgetCreatedForItem(GuiWidget &widget, ui::Item const &) { // Observe the button for presses. widget.as().loadButton().audienceForPress() += this; } void buttonPressed(ButtonWidget &button) { ui::Item const *item = self.organizer().findItemForWidget(button.parentWidget()->as()); DENG2_ASSERT(item != 0); emit self.sessionSelected(item); } }; SessionMenuWidget::SessionMenuWidget(String const &name) : MenuWidget(name), d(new Instance(this)) { enableScrolling(false); setGridSize(1, ui::Filled, 0, ui::Expand); organizer().setWidgetFactory(*this); organizer().audienceForWidgetCreation() += d; } void SessionMenuWidget::setFilter(GameFilterWidget *filter) { if(d->filter) { disconnect(d->filter, SIGNAL(sortOrderChanged()), this, SLOT(sort())); } d->filter = filter; if(filter) { connect(filter, SIGNAL(sortOrderChanged()), this, SLOT(sort())); } } GameFilterWidget &SessionMenuWidget::filter() const { DENG2_ASSERT(d->filter != 0); return *d->filter; } void SessionMenuWidget::setColumns(int numberOfColumns) { if(layout().maxGridSize().x != numberOfColumns) { setGridSize(numberOfColumns, ui::Filled, 0, ui::Expand); } } void SessionMenuWidget::sort() { if(d->filter) { d->sortSessions(); } } //-------------------------------------------------------------------------------------- DENG2_PIMPL_NOREF(SessionMenuWidget::SessionItem) { SessionMenuWidget *owner; }; SessionMenuWidget::SessionItem::SessionItem(SessionMenuWidget &owner) : d(new Instance) { d->owner = &owner; } SessionMenuWidget::SessionItem::~SessionItem() {} SessionMenuWidget &SessionMenuWidget::SessionItem::menu() const { return *d->owner; } String SessionMenuWidget::SessionItem::sortKey() const { switch(menu().filter().sortOrder()) { case GameFilterWidget::SortByTitle: return title(); case GameFilterWidget::SortByIdentityKey: return gameIdentityKey(); } return ""; } doomsday-1.14.5/doomsday/client/src/ui/widgets/cvarchoicewidget.cpp0000664000175000017500000000321312350542240024666 0ustar jaakkojaakko/** @file cvarchoicewidget.cpp Console variable choice. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/cvarchoicewidget.h" #include "con_main.h" using namespace de; using namespace ui; DENG2_PIMPL_NOREF(CVarChoiceWidget) { char const *cvar; cvar_t *var() const { cvar_t *cv = Con_FindVariable(cvar); DENG2_ASSERT(cv != 0); return cv; } }; CVarChoiceWidget::CVarChoiceWidget(char const *cvarPath) : d(new Instance) { d->cvar = cvarPath; updateFromCVar(); connect(this, SIGNAL(selectionChangedByUser(uint)), this, SLOT(setCVarValueFromWidget())); } char const *CVarChoiceWidget::cvarPath() const { return d->cvar; } void CVarChoiceWidget::updateFromCVar() { setSelected(items().findData(CVar_Integer(d->var()))); } void CVarChoiceWidget::setCVarValueFromWidget() { CVar_SetInteger(d->var(), selectedItem().data().toInt()); } doomsday-1.14.5/doomsday/client/src/ui/widgets/cvarsliderwidget.cpp0000664000175000017500000000447012350542240024724 0ustar jaakkojaakko/** @file cvarsliderwidget.cpp Slider for adjusting a cvar. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/widgets/cvarsliderwidget.h" #include "con_main.h" using namespace de; using namespace ui; DENG2_PIMPL_NOREF(CVarSliderWidget) { char const *cvar; cvar_t *var() const { cvar_t *cv = Con_FindVariable(cvar); DENG2_ASSERT(cv != 0); return cv; } }; CVarSliderWidget::CVarSliderWidget(char const *cvarPath) : d(new Instance) { d->cvar = cvarPath; // Default range and precision for floating point variables (may be altered later). if(d->var()->type == CVT_FLOAT) { if(!(d->var()->flags & (CVF_NO_MIN | CVF_NO_MAX))) { setRange(Rangef(d->var()->min, d->var()->max)); } setPrecision(2); } else { if(!(d->var()->flags & (CVF_NO_MIN | CVF_NO_MAX))) { setRange(Rangei(d->var()->min, d->var()->max)); } } updateFromCVar(); connect(this, SIGNAL(valueChangedByUser(double)), this, SLOT(setCVarValueFromWidget())); } char const *CVarSliderWidget::cvarPath() const { return d->cvar; } void CVarSliderWidget::updateFromCVar() { cvar_t *var = d->var(); if(var->type == CVT_FLOAT) { setValue(CVar_Float(var)); } else { setValue(CVar_Integer(var)); } } void CVarSliderWidget::setCVarValueFromWidget() { cvar_t *var = d->var(); if(var->type == CVT_FLOAT) { CVar_SetFloat(d->var(), value()); } else { CVar_SetInteger(d->var(), round(value())); } } doomsday-1.14.5/doomsday/client/src/ui/styledlogsinkformatter.cpp0000664000175000017500000000557112350542240024536 0ustar jaakkojaakko/** @file styledlogsinkformatter.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/styledlogsinkformatter.h" #include #include #include using namespace de; static char const *VAR_METADATA = "log.showMetadata"; DENG2_PIMPL(StyledLogSinkFormatter) , DENG2_OBSERVES(Variable, Change) { LogEntry::Flags format; bool observe; bool omitSectionIfNonDev; bool showMetadata; Instance(Public *i, bool observeVars) : Base(i) , observe(observeVars) , omitSectionIfNonDev(true) , showMetadata(false) { if(observe) { showMetadata = App::config().getb(VAR_METADATA); App::config()[VAR_METADATA].audienceForChange() += this; } } ~Instance() { if(observe) { App::config()[VAR_METADATA].audienceForChange() -= this; } } void variableValueChanged(Variable &, Value const &newValue) { showMetadata = newValue.isTrue(); } }; StyledLogSinkFormatter::StyledLogSinkFormatter() : d(new Instance(this, true /*observe*/)) { d->format = LogEntry::Styled | LogEntry::OmitLevel; } StyledLogSinkFormatter::StyledLogSinkFormatter(LogEntry::Flags const &formatFlags) : d(new Instance(this, false /*don't observe*/)) { d->format = formatFlags; } LogSink::IFormatter::Lines StyledLogSinkFormatter::logEntryToTextLines(LogEntry const &entry) { LogEntry::Flags form = d->format; if(!d->showMetadata) { form |= LogEntry::Simple | LogEntry::OmitDomain; } if(d->omitSectionIfNonDev && !(entry.context() & LogEntry::Dev)) { // The sections refer to names of native code functions, etc. // These are relevant only to developers. Non-dev messages must be // clear enough to understand without the sections. form |= LogEntry::OmitSection; } // This will form a single long line. The line wrapper will // then determine how to wrap it onto the available width. return Lines() << entry.asText(form); } void StyledLogSinkFormatter::setOmitSectionIfNonDev(bool omit) { d->omitSectionIfNonDev = omit; } doomsday-1.14.5/doomsday/client/src/ui/clientrootwidget.cpp0000664000175000017500000000303412350542237023303 0ustar jaakkojaakko/** @file clientrootwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/clientrootwidget.h" #include "ui/clientwindow.h" #include "clientapp.h" using namespace de; ClientRootWidget::ClientRootWidget(CanvasWindow *window) : GuiRootWidget(window) {} ClientWindow &ClientRootWidget::window() { return GuiRootWidget::window().as(); } void ClientRootWidget::addOnTop(GuiWidget *widget) { // The window knows what is the correct top to add to. window().addOnTop(widget); } void ClientRootWidget::dispatchLatestMousePosition() { ClientApp::windowSystem().dispatchLatestMousePosition(); } void ClientRootWidget::handleEventAsFallback(Event const &event) { // The bindings might have use for this event. ClientApp::widgetActions().tryEvent(event, "global"); } doomsday-1.14.5/doomsday/client/src/ui/finaleinterpreter.cpp0000664000175000017500000017357012350542240023446 0ustar jaakkojaakko/** @file finaleinterpreter.cpp * * InFine "Finale" script interpreter. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include "de_console.h" #include "de_defs.h" #include "de_graphics.h" #include "de_infine.h" #include "de_misc.h" #include "de_infine.h" #include "de_ui.h" #include "de_filesys.h" #include "de_resource.h" #include "dd_main.h" #include "Game" #include "api_material.h" #include "api_render.h" #include "audio/s_main.h" #include "network/net_main.h" #include "client/cl_infine.h" #ifdef __CLIENT__ # include "gl/gl_texmanager.h" #endif #ifdef __SERVER__ # include "server/sv_infine.h" #endif #include "gl/sys_opengl.h" // TODO: get rid of this #define FRACSECS_TO_TICKS(sec) ((int)(sec * TICSPERSEC + 0.5)) // Helper macro for defining infine command functions. #define DEFFC(name) void FIC_##name(const struct command_s* cmd, const fi_operand_t* ops, finaleinterpreter_t* fi) // Helper macro for accessing the value of an operand. #define OP_INT(n) (ops[n].data.integer) #define OP_FLOAT(n) (ops[n].data.flt) #define OP_CSTRING(n) (ops[n].data.cstring) #define OP_OBJECT(n) (ops[n].data.obj) #define OP_URI(n) (ops[n].data.uri) typedef enum { FVT_INT, FVT_FLOAT, FVT_SCRIPT_STRING, FVT_OBJECT, FVT_URI } fi_operand_type_t; typedef struct { fi_operand_type_t type; union { int integer; float flt; const char* cstring; fi_object_t* obj; Uri* uri; } data; } fi_operand_t; typedef struct command_s { char const *token; char const *operands; void (*func) (const struct command_s* cmd, const fi_operand_t* ops, finaleinterpreter_t* fi); struct command_flags_s { char when_skipping:1; char when_condition_skipping:1; // Skipping because condition failed. } flags; /// Command execution directives NOT supported by this command. /// @see finaleInterpreterCommandDirective int excludeDirectives; } command_t; typedef struct fi_namespace_record_s { fi_objectname_t name; // Unique among objects of the same type and spawned by the same script. fi_objectid_t objectId; } fi_namespace_record_t; // Command functions. DEFFC(Do); DEFFC(End); DEFFC(BGMaterial); DEFFC(NoBGMaterial); DEFFC(Wait); DEFFC(WaitText); DEFFC(WaitAnim); DEFFC(Tic); DEFFC(InTime); DEFFC(Color); DEFFC(ColorAlpha); DEFFC(Pause); DEFFC(CanSkip); DEFFC(NoSkip); DEFFC(SkipHere); DEFFC(Events); DEFFC(NoEvents); DEFFC(OnKey); DEFFC(UnsetKey); DEFFC(If); DEFFC(IfNot); DEFFC(Else); DEFFC(GoTo); DEFFC(Marker); DEFFC(Image); DEFFC(ImageAt); DEFFC(XImage); DEFFC(Delete); DEFFC(Patch); DEFFC(SetPatch); DEFFC(Anim); DEFFC(AnimImage); DEFFC(StateAnim); DEFFC(Repeat); DEFFC(ClearAnim); DEFFC(PicSound); DEFFC(ObjectOffX); DEFFC(ObjectOffY); DEFFC(ObjectOffZ); DEFFC(ObjectScaleX); DEFFC(ObjectScaleY); DEFFC(ObjectScaleZ); DEFFC(ObjectScale); DEFFC(ObjectScaleXY); DEFFC(ObjectScaleXYZ); DEFFC(ObjectRGB); DEFFC(ObjectAlpha); DEFFC(ObjectAngle); DEFFC(Rect); DEFFC(FillColor); DEFFC(EdgeColor); DEFFC(OffsetX); DEFFC(OffsetY); DEFFC(Sound); DEFFC(SoundAt); DEFFC(SeeSound); DEFFC(DieSound); DEFFC(Music); DEFFC(MusicOnce); DEFFC(Filter); DEFFC(Text); DEFFC(TextFromDef); DEFFC(TextFromLump); DEFFC(SetText); DEFFC(SetTextDef); DEFFC(DeleteText); DEFFC(Font); DEFFC(FontA); DEFFC(FontB); DEFFC(PredefinedColor); DEFFC(PredefinedFont); DEFFC(TextRGB); DEFFC(TextAlpha); DEFFC(TextOffX); DEFFC(TextOffY); DEFFC(TextCenter); DEFFC(TextNoCenter); DEFFC(TextScroll); DEFFC(TextPos); DEFFC(TextRate); DEFFC(TextLineHeight); DEFFC(NoMusic); DEFFC(TextScaleX); DEFFC(TextScaleY); DEFFC(TextScale); DEFFC(PlayDemo); DEFFC(Command); DEFFC(ShowMenu); DEFFC(NoShowMenu); static fi_objectid_t toObjectId(fi_namespace_t* names, const char* name, fi_obtype_e type); /** * Time is measured in seconds. * Colors are floating point and [0..1]. * * @todo This data should be pre-processed (i.e., parsed) during module init * and any symbolic references or other indirections resolved once * rather than repeatedly during script interpretation. * * At this time the command names could also be hashed and chained to * improve performance. -ds */ static const command_t commands[] = { // Run Control { "DO", "", FIC_Do, true, true }, { "END", "", FIC_End }, { "IF", "s", FIC_If }, // if (value-id) { "IFNOT", "s", FIC_IfNot }, // ifnot (value-id) { "ELSE", "", FIC_Else }, { "GOTO", "s", FIC_GoTo }, // goto (marker) { "MARKER", "s", FIC_Marker, true }, { "in", "f", FIC_InTime }, // in (time) { "pause", "", FIC_Pause }, { "tic", "", FIC_Tic }, { "wait", "f", FIC_Wait }, // wait (time) { "waittext", "s", FIC_WaitText }, // waittext (id) { "waitanim", "s", FIC_WaitAnim }, // waitanim (id) { "canskip", "", FIC_CanSkip }, { "noskip", "", FIC_NoSkip }, { "skiphere", "", FIC_SkipHere, true }, { "events", "", FIC_Events }, { "noevents", "", FIC_NoEvents }, { "onkey", "ss", FIC_OnKey }, // onkey (keyname) (marker) { "unsetkey", "s", FIC_UnsetKey }, // unsetkey (keyname) // Screen Control { "color", "fff", FIC_Color }, // color (red) (green) (blue) { "coloralpha", "ffff", FIC_ColorAlpha }, // coloralpha (r) (g) (b) (a) { "flat", "u(flats:)", FIC_BGMaterial }, // flat (flat-id) { "texture", "u(textures:)", FIC_BGMaterial }, // texture (texture-id) { "noflat", "", FIC_NoBGMaterial }, { "notexture", "", FIC_NoBGMaterial }, { "offx", "f", FIC_OffsetX }, // offx (x) { "offy", "f", FIC_OffsetY }, // offy (y) { "filter", "ffff", FIC_Filter }, // filter (r) (g) (b) (a) // Audio { "sound", "s", FIC_Sound }, // sound (snd) { "soundat", "sf", FIC_SoundAt }, // soundat (snd) (vol:0-1) { "seesound", "s", FIC_SeeSound }, // seesound (mobjtype) { "diesound", "s", FIC_DieSound }, // diesound (mobjtype) { "music", "s", FIC_Music }, // music (musicname) { "musiconce", "s", FIC_MusicOnce }, // musiconce (musicname) { "nomusic", "", FIC_NoMusic }, // Objects { "del", "o", FIC_Delete }, // del (obj) { "x", "of", FIC_ObjectOffX }, // x (obj) (x) { "y", "of", FIC_ObjectOffY }, // y (obj) (y) { "z", "of", FIC_ObjectOffZ }, // z (obj) (z) { "sx", "of", FIC_ObjectScaleX }, // sx (obj) (x) { "sy", "of", FIC_ObjectScaleY }, // sy (obj) (y) { "sz", "of", FIC_ObjectScaleZ }, // sz (obj) (z) { "scale", "of", FIC_ObjectScale }, // scale (obj) (factor) { "scalexy", "off", FIC_ObjectScaleXY }, // scalexy (obj) (x) (y) { "scalexyz", "offf", FIC_ObjectScaleXYZ }, // scalexyz (obj) (x) (y) (z) { "rgb", "offf", FIC_ObjectRGB }, // rgb (obj) (r) (g) (b) { "alpha", "of", FIC_ObjectAlpha }, // alpha (obj) (alpha) { "angle", "of", FIC_ObjectAngle }, // angle (obj) (degrees) // Rects { "rect", "sffff", FIC_Rect }, // rect (hndl) (x) (y) (w) (h) { "fillcolor", "osffff", FIC_FillColor }, // fillcolor (obj) (top/bottom/both) (r) (g) (b) (a) { "edgecolor", "osffff", FIC_EdgeColor }, // edgecolor (obj) (top/bottom/both) (r) (g) (b) (a) // Pics { "image", "ss", FIC_Image }, // image (id) (raw-image-lump) { "imageat", "sffs", FIC_ImageAt }, // imageat (id) (x) (y) (raw) { "ximage", "ss", FIC_XImage }, // ximage (id) (ext-gfx-filename) { "patch", "sffs", FIC_Patch }, // patch (id) (x) (y) (patch) { "set", "ss", FIC_SetPatch }, // set (id) (lump) { "clranim", "o", FIC_ClearAnim }, // clranim (obj) { "anim", "ssf", FIC_Anim }, // anim (id) (patch) (time) { "imageanim", "ssf", FIC_AnimImage }, // imageanim (id) (raw-img) (time) { "picsound", "ss", FIC_PicSound }, // picsound (id) (sound) { "repeat", "s", FIC_Repeat }, // repeat (id) { "states", "ssi", FIC_StateAnim }, // states (id) (state) (count) // Text { "text", "sffs", FIC_Text }, // text (hndl) (x) (y) (string) { "textdef", "sffs", FIC_TextFromDef }, // textdef (hndl) (x) (y) (txt-id) { "textlump", "sffs", FIC_TextFromLump }, // textlump (hndl) (x) (y) (lump) { "settext", "ss", FIC_SetText }, // settext (id) (newtext) { "settextdef", "ss", FIC_SetTextDef }, // settextdef (id) (txt-id) { "center", "s", FIC_TextCenter }, // center (id) { "nocenter", "s", FIC_TextNoCenter }, // nocenter (id) { "scroll", "sf", FIC_TextScroll }, // scroll (id) (speed) { "pos", "si", FIC_TextPos }, // pos (id) (pos) { "rate", "si", FIC_TextRate }, // rate (id) (rate) { "font", "su", FIC_Font }, // font (id) (font) { "linehgt", "sf", FIC_TextLineHeight }, // linehgt (hndl) (hgt) // Game Control { "playdemo", "s", FIC_PlayDemo }, // playdemo (filename) { "cmd", "s", FIC_Command }, // cmd (console command) { "trigger", "", FIC_ShowMenu }, { "notrigger", "", FIC_NoShowMenu }, // Misc. { "precolor", "ifff", FIC_PredefinedColor }, // precolor (num) (r) (g) (b) { "prefont", "iu", FIC_PredefinedFont }, // prefont (num) (font) // Deprecated Font commands { "fonta", "s", FIC_FontA }, // fonta (id) { "fontb", "s", FIC_FontB }, // fontb (id) // Deprecated Pic commands { "delpic", "o", FIC_Delete }, // delpic (obj) // Deprecated Text commands { "deltext", "o", FIC_DeleteText }, // deltext (obj) { "textrgb", "sfff", FIC_TextRGB }, // textrgb (id) (r) (g) (b) { "textalpha", "sf", FIC_TextAlpha }, // textalpha (id) (alpha) { "tx", "sf", FIC_TextOffX }, // tx (id) (x) { "ty", "sf", FIC_TextOffY }, // ty (id) (y) { "tsx", "sf", FIC_TextScaleX }, // tsx (id) (x) { "tsy", "sf", FIC_TextScaleY }, // tsy (id) (y) { "textscale", "sf", FIC_TextScale }, // textscale (id) (x) (y) { NULL, 0, NULL } // Terminate. }; static __inline fi_operand_type_t operandTypeForCharCode(char code) { switch(code) { case 'i': return FVT_INT; case 'f': return FVT_FLOAT; case 's': return FVT_SCRIPT_STRING; case 'o': return FVT_OBJECT; case 'u': return FVT_URI; default: Con_Error("Error: operandTypeForCharCode: Unknown char-code %c", code); exit(1); // Unreachable. } } static fi_objectid_t findIdForName(fi_namespace_t* names, const char* name) { fi_objectid_t id; // First check all pics. id = toObjectId(names, name, FI_PIC); // Then check text objects. if(!id) id = toObjectId(names, name, FI_TEXT); return id; } static fi_objectid_t toObjectId(fi_namespace_t* names, const char* name, fi_obtype_e type) { assert(name && name[0]); if(type == FI_NONE) { // Use a priority-based search. return findIdForName(names, name); } {uint i; for(i = 0; i < names->num; ++i) { fi_namespace_record_t* rec = &names->vector[i]; if(!stricmp(rec->name, name) && FI_Object(rec->objectId)->type == type) return rec->objectId; }} return 0; } static void destroyObjectsInScope(fi_namespace_t* names) { // Delete external images, text strings etc. if(names->vector) { uint i; for(i = 0; i < names->num; ++i) { fi_namespace_record_t* rec = &names->vector[i]; FI_DeleteObject(FI_Object(rec->objectId)); } Z_Free(names->vector); } names->vector = NULL; names->num = 0; } static uint objectIndexInNamespace(fi_namespace_t* names, fi_object_t* obj) { if(obj) { uint i; for(i = 0; i < names->num; ++i) { fi_namespace_record_t* rec = &names->vector[i]; if(rec->objectId == obj->id) return i+1; } } return 0; } static __inline dd_bool objectInNamespace(fi_namespace_t* names, fi_object_t* obj) { return objectIndexInNamespace(names, obj) != 0; } /** * @note Does not check if the object already exists in this scope. */ static fi_object_t* addObjectToNamespace(fi_namespace_t* names, const char* name, fi_object_t* obj) { fi_namespace_record_t* rec; names->vector = (fi_namespace_record_t *) Z_Realloc(names->vector, sizeof(*names->vector) * ++names->num, PU_APPSTATIC); rec = &names->vector[names->num-1]; rec->objectId = obj->id; memset(rec->name, 0, sizeof(rec->name)); dd_snprintf(rec->name, FI_NAME_MAX_LENGTH, "%s", name); return obj; } /** * @pre There is at most one reference to the object in this scope. */ static fi_object_t* removeObjectInNamespace(fi_namespace_t* names, fi_object_t* obj) { uint idx; if((idx = objectIndexInNamespace(names, obj))) { idx -= 1; // Indices are 1-based. if(idx != names->num-1) memmove(&names->vector[idx], &names->vector[idx+1], sizeof(*names->vector) * (names->num-idx)); if(names->num > 1) { names->vector = (fi_namespace_record_t *) Z_Realloc(names->vector, sizeof(*names->vector) * --names->num, PU_APPSTATIC); } else { Z_Free(names->vector); names->vector = NULL; names->num = 0; } } return obj; } static fi_objectid_t findObjectIdForName(fi_namespace_t* names, const char* name, fi_obtype_e type) { if(!name || !name[0]) return 0; return toObjectId(names, name, type); } static const command_t* findCommand(const char* name) { size_t i; for(i = 0; commands[i].token; ++i) { const command_t* cmd = &commands[i]; if(!stricmp(cmd->token, name)) return cmd; } return 0; // Not found. } static void releaseScript(finaleinterpreter_t* fi) { if(fi->_script) Z_Free(fi->_script); fi->_script = 0; fi->_scriptBegin = 0; fi->_cp = 0; } static const char* nextToken(finaleinterpreter_t* fi) { char* out; // Skip whitespace. while(*fi->_cp && isspace(*fi->_cp)) fi->_cp++; if(!*fi->_cp) return NULL; // The end has been reached. out = fi->_token; if(*fi->_cp == '"') // A string? { for(fi->_cp++; *fi->_cp; fi->_cp++) { if(*fi->_cp == '"') { fi->_cp++; // Convert double quotes to single ones. if(*fi->_cp != '"') break; } *out++ = *fi->_cp; } } else { while(!isspace(*fi->_cp) && *fi->_cp) *out++ = *fi->_cp++; } *out++ = 0; return fi->_token; } static __inline const char* findDefaultValueEnd(const char* str) { const char* defaultValueEnd; for(defaultValueEnd = str; defaultValueEnd && *defaultValueEnd != ')'; defaultValueEnd++) {} DENG_ASSERT(defaultValueEnd < str + strlen(str)); return defaultValueEnd; } static const char* nextOperand(const char* operands) { if(operands && operands[0]) { // Some operands might include a default value. int len = strlen(operands); if(len > 1 && operands[1] == '(') { // A default value begins. Find the end. return findDefaultValueEnd(operands + 2) + 1; } return operands + 1; } return NULL; // No more operands. } /// @return Total number of command operands in the control string @a operands. static int countCommandOperands(const char* operands) { int count = 0; while(operands && operands[0]) { count += 1; operands = nextOperand(operands); } return count; } /** * Prepare the command operands from the script. If successfull, a ptr to a new * vector of @c fi_operand_t objects is returned. Ownership of the vector is * given to the caller. * * @return A new array of @c fi_operand_t else @c NULL */ static fi_operand_t* prepareCommandOperands(finaleinterpreter_t* fi, const command_t* cmd, int* count) { const char* origCursorPos = fi->_cp; int operandCount = 0; fi_operand_t* operands = 0, *op; const char* opRover; DENG_ASSERT(fi && cmd); operandCount = countCommandOperands(cmd->operands); if(operandCount <= 0) return NULL; operands = (fi_operand_t *) M_Malloc(sizeof(*operands) * operandCount); opRover = cmd->operands; for(op = operands; opRover && opRover[0]; opRover = nextOperand(opRover), op++) { const char charCode = *opRover; dd_bool opHasDefaultValue, haveValue; op->type = operandTypeForCharCode(charCode); opHasDefaultValue = (opRover < cmd->operands + (strlen(cmd->operands) - 2) && opRover[1] == '('); haveValue = !!nextToken(fi); if(!haveValue && !opHasDefaultValue) { fi->_cp = origCursorPos; if(operands) free(operands); if(count) *count = 0; Con_Error("prepareCommandOperands: Too few operands for command '%s'.\n", cmd->token); return 0; // Unreachable. } switch(op->type) { case FVT_INT: { const char* valueStr = haveValue? fi->_token : 0; if(!valueStr) { // Use the default. const int defaultValueLen = (findDefaultValueEnd(opRover + 2) - opRover) - 1; AutoStr* defaultValue = Str_PartAppend(AutoStr_NewStd(), opRover + 2, 0, defaultValueLen); valueStr = Str_Text(defaultValue); } op->data.integer = strtol(valueStr, NULL, 0); break; } case FVT_FLOAT: { const char* valueStr = haveValue? fi->_token : 0; if(!valueStr) { // Use the default. const int defaultValueLen = (findDefaultValueEnd(opRover + 2) - opRover) - 1; AutoStr* defaultValue = Str_PartAppend(AutoStr_NewStd(), opRover + 2, 0, defaultValueLen); valueStr = Str_Text(defaultValue); } op->data.flt = strtod(valueStr, NULL); break; } case FVT_SCRIPT_STRING: { const char* valueStr = haveValue? fi->_token : 0; int valueLen = haveValue? strlen(fi->_token) : 0; if(!valueStr) { // Use the default. const int defaultValueLen = (findDefaultValueEnd(opRover + 2) - opRover) - 1; AutoStr* defaultValue = Str_PartAppend(AutoStr_NewStd(), opRover + 2, 0, defaultValueLen); valueStr = Str_Text(defaultValue); valueLen = defaultValueLen; } op->data.cstring = (char*)malloc(valueLen+1); strcpy((char*)op->data.cstring, fi->_token); break; } case FVT_OBJECT: { const char* obName = haveValue? fi->_token : 0; if(!obName) { // Use the default. const int defaultValueLen = (findDefaultValueEnd(opRover + 2) - opRover) - 1; AutoStr* defaultValue = Str_PartAppend(AutoStr_NewStd(), opRover + 2, 0, defaultValueLen); obName = Str_Text(defaultValue); } op->data.obj = FI_Object(findObjectIdForName(&fi->_namespace, obName, FI_NONE)); break; } case FVT_URI: { Uri* uri = Uri_New(); // Always apply the default as it may contain a default scheme. if(opHasDefaultValue) { const int defaultValueLen = (findDefaultValueEnd(opRover + 2) - opRover) - 1; AutoStr* defaultValue = Str_PartAppend(AutoStr_NewStd(), opRover + 2, 0, defaultValueLen); Uri_SetUri2(uri, Str_Text(defaultValue), RC_NULL); } if(haveValue) { Uri_SetUri2(uri, fi->_token, RC_NULL); } op->data.uri = uri; break; } default: break; // Unreachable. } } if(count) *count = operandCount; return operands; } static dd_bool skippingCommand(finaleinterpreter_t* fi, const command_t* cmd) { if((fi->_skipNext && !cmd->flags.when_condition_skipping) || ((fi->_skipping || fi->_gotoSkip) && !cmd->flags.when_skipping)) { // While not DO-skipping, the condskip has now been done. if(!fi->_doLevel) { if(fi->_skipNext) fi->_lastSkipped = true; fi->_skipNext = false; } return true; } return false; } /** * Execute one (the next) command, advance script cursor. */ static dd_bool executeCommand(finaleinterpreter_t* fi, const char* commandString, int directive) { dd_bool didSkip = false; // Semicolon terminates DO-blocks. if(!strcmp(commandString, ";")) { if(fi->_doLevel > 0) { if(--fi->_doLevel == 0) { // The DO-skip has been completed. fi->_skipNext = false; fi->_lastSkipped = true; } } return true; // Success! } // We're now going to execute a command. fi->_cmdExecuted = true; // Is this a command we know how to execute? {const command_t* cmd; if((cmd = findCommand(commandString))) { dd_bool requiredOperands; fi_operand_t* ops = NULL; int numOps = 0; // Is this command supported for this directive? if(directive != 0 && cmd->excludeDirectives != 0 && (cmd->excludeDirectives & directive) == 0) Con_Error("executeCommand: Command \"%s\" is not supported for directive %i.", cmd->token, directive); // Check that there are enough operands. requiredOperands = (cmd->operands && cmd->operands[0]); /// @todo Dynamic memory allocation during script interpretation should be avoided. if(0 == requiredOperands || (ops = prepareCommandOperands(fi, cmd, &numOps))) { // Should we skip this command? if(!(didSkip = skippingCommand(fi, cmd))) { // Execute forthwith! cmd->func(cmd, ops, fi); } } if(!didSkip) { if(fi->_gotoEnd) { fi->_wait = 1; } else { // Now we've executed the latest command. fi->_lastSkipped = false; } } if(ops) { int i; for(i = 0; i < numOps; ++i) { fi_operand_t* op = &ops[i]; switch(op->type) { case FVT_SCRIPT_STRING: free((char*)op->data.cstring); break; case FVT_URI: Uri_Delete(op->data.uri); break; default: break; } } free(ops); } }} return !didSkip; } static dd_bool executeNextCommand(finaleinterpreter_t* fi) { const char* token; if((token = nextToken(fi))) { executeCommand(fi, token, FID_NORMAL); // Time to unhide the object page(s)? if(fi->_cmdExecuted) { FIPage_MakeVisible(fi->_pages[PAGE_PICS], true); FIPage_MakeVisible(fi->_pages[PAGE_TEXT], true); } return true; } return false; } static __inline uint pageForObjectType(fi_obtype_e type) { return (type == FI_TEXT? PAGE_TEXT : PAGE_PICS); } /** * Find an object of the specified type with the type-unique name. * @param name Unique name of the object we are looking for. * @return Ptr to @c fi_object_t Either: * a) Existing object associated with unique @a name. * b) New object with unique @a name. */ static fi_object_t* getObject(finaleinterpreter_t* fi, fi_obtype_e type, const char* name) { fi_objectid_t id; fi_object_t* obj; uint pageIdx; assert(name && name); // An existing object? if((id = findObjectIdForName(&fi->_namespace, name, type))) { return FI_Object(id); } // A new object. obj = FI_NewObject(type, name); pageIdx = pageForObjectType(type); switch(type) { case FI_TEXT: FIData_TextSetFont(obj, FIPage_PredefinedFont(fi->_pages[pageIdx], 0)); FIData_TextSetPreColor(obj, 1); break; default: // No additional pre-configuration. break; } return FIPage_AddObject(fi->_pages[pageIdx], addObjectToNamespace(&fi->_namespace, name, obj)); } static void clearEventHandlers(finaleinterpreter_t* fi) { if(fi->_numEventHandlers) Z_Free(fi->_eventHandlers); fi->_eventHandlers = 0; fi->_numEventHandlers = 0; } static fi_handler_t* findEventHandler(finaleinterpreter_t* fi, const ddevent_t* ev) { uint i; for(i = 0; i < fi->_numEventHandlers; ++i) { fi_handler_t* h = &fi->_eventHandlers[i]; if(h->ev.device != ev->device && h->ev.type != ev->type) continue; switch(h->ev.type) { case E_TOGGLE: if(h->ev.toggle.id != ev->toggle.id) continue; break; case E_AXIS: if(h->ev.axis.id != ev->axis.id) continue; break; case E_ANGLE: if(h->ev.angle.id != ev->angle.id) continue; break; default: Con_Error("Internal error: Invalid event template (type=%i) in finale event handler.", (int) h->ev.type); } return h; } return 0; } #ifdef __CLIENT__ static fi_handler_t* createEventHandler(finaleinterpreter_t* fi, const ddevent_t* ev, const char* marker) { fi_handler_t* h; fi->_eventHandlers = (fi_handler_t *) Z_Realloc(fi->_eventHandlers, sizeof(*h) * ++fi->_numEventHandlers, PU_APPSTATIC); h = &fi->_eventHandlers[fi->_numEventHandlers-1]; memset(h, 0, sizeof(*h)); memcpy(&h->ev, ev, sizeof(h->ev)); dd_snprintf(h->marker, FI_NAME_MAX_LENGTH, "%s", marker); return h; } static void destroyEventHandler(finaleinterpreter_t* fi, fi_handler_t* h) { assert(fi && h); {uint i; for(i = 0; i < fi->_numEventHandlers; ++i) { fi_handler_t* other = &fi->_eventHandlers[i]; if(h != other) continue; if(i != fi->_numEventHandlers-1) memmove(&fi->_eventHandlers[i], &fi->_eventHandlers[i+1], sizeof(*fi->_eventHandlers) * (fi->_numEventHandlers-i)); // Resize storage? if(fi->_numEventHandlers > 1) { fi->_eventHandlers = (fi_handler_t *) Z_Realloc(fi->_eventHandlers, sizeof(*fi->_eventHandlers) * --fi->_numEventHandlers, PU_APPSTATIC); } else { Z_Free(fi->_eventHandlers); fi->_eventHandlers = NULL; fi->_numEventHandlers = 0; } return; }} } #endif // __CLIENT__ #if 0 /** * Find a @c fi_handler_t for the specified ddkey code. * @param ev Input event to find a handler for. * @return Ptr to @c fi_handler_t object. Either: * a) Existing handler associated with unique @a code. * b) New object with unique @a code. */ static dd_bool getEventHandler(finaleinterpreter_t* fi, const ddevent_t* ev, const char* marker) { // First, try to find an existing handler. if(findEventHandler(fi, ev)) return true; // Allocate and attach another. createEventHandler(fi, ev, marker); return true; } #endif static void stopScript(finaleinterpreter_t* fi) { LOGDEV_SCR_MSG("Finale End - id:%i '%.30s'") << fi->_id << fi->_scriptBegin; fi->flags.stopped = true; #ifdef __SERVER__ if(isServer && !(FI_ScriptFlags(fi->_id) & FF_LOCAL)) { // Tell clients to stop the finale. Sv_Finale(fi->_id, FINF_END, 0); } #endif // Any hooks? DD_CallHooks(HOOK_FINALE_SCRIPT_STOP, fi->_id, 0); } static void changePageBackground(fi_page_t* p, Material* mat) { // If the page does not yet have a background set we must setup the color+alpha. if(mat && !FIPage_BackgroundMaterial(p)) { FIPage_SetBackgroundTopColorAndAlpha(p, 1, 1, 1, 1, 0); FIPage_SetBackgroundBottomColorAndAlpha(p, 1, 1, 1, 1, 0); } FIPage_SetBackgroundMaterial(p, mat); } finaleinterpreter_t* P_CreateFinaleInterpreter(void) { return (finaleinterpreter_t *) Z_Calloc(sizeof(finaleinterpreter_t), PU_APPSTATIC, 0); } void P_DestroyFinaleInterpreter(finaleinterpreter_t* fi) { assert(fi); stopScript(fi); clearEventHandlers(fi); releaseScript(fi); destroyObjectsInScope(&fi->_namespace); FI_DeletePage(fi->_pages[PAGE_PICS]); FI_DeletePage(fi->_pages[PAGE_TEXT]); Z_Free(fi); } static __inline void findBegin(finaleinterpreter_t* fi) { const char* token; while(!fi->_gotoEnd && 0 != (token = nextToken(fi)) && stricmp(token, "{")) {} } static __inline void findEnd(finaleinterpreter_t* fi) { const char* token; while(!fi->_gotoEnd && 0 != (token = nextToken(fi)) && stricmp(token, "}")) {} } static void initDefaultState(finaleinterpreter_t* fi) { assert(fi); fi->flags.suspended = false; fi->flags.paused = false; fi->flags.show_menu = true; // Unhandled events will show a menu. fi->flags.can_skip = true; // By default skipping is enabled. fi->_cmdExecuted = false; // Nothing is drawn until a cmd has been executed. fi->_skipping = false; fi->_wait = 0; // Not waiting for anything. fi->_inTime = 0; // Interpolation is off. fi->_timer = 0; fi->_gotoSkip = false; fi->_gotoEnd = false; fi->_skipNext = false; fi->_waitingText = 0; fi->_waitingPic = 0; memset(fi->_gotoTarget, 0, sizeof(fi->_gotoTarget)); clearEventHandlers(fi); } void FinaleInterpreter_LoadScript(finaleinterpreter_t* fi, const char* script) { assert(fi && script && script[0]); { size_t size = strlen(script); /** * InFine imposes a strict object drawing order: * * 1: Background flat (or a single-color background). * 2: Picture objects (globally offseted with OffX and OffY), in the order in which they were created. * 3: Text objects, in the order in which they were created. * 4: Filter. * * For this we'll need two pages; one for it's background and for Pics and another for Text and it's filter. */ fi->_pages[PAGE_PICS] = FI_NewPage(0); fi->_pages[PAGE_TEXT] = FI_NewPage(0); // Hide our pages until command interpretation begins. FIPage_MakeVisible(fi->_pages[PAGE_PICS], false); FIPage_MakeVisible(fi->_pages[PAGE_TEXT], false); // Take a copy of the script. fi->_script = (char *) Z_Realloc(fi->_script, size + 1, PU_APPSTATIC); memcpy(fi->_script, script, size); fi->_script[size] = '\0'; fi->_scriptBegin = fi->_script; fi->_cp = fi->_script; // Init cursor. initDefaultState(fi); // Locate the start of the script. if(0 != nextToken(fi)) { // The start of the script may include blocks of event directive // commands. These commands are automatically executed in response // to their associated events. if(!stricmp(fi->_token, "OnLoad")) { findBegin(fi); for(;;) { nextToken(fi); if(!stricmp(fi->_token, "}")) goto end_read; if(!executeCommand(fi, fi->_token, FID_ONLOAD)) Con_Error("FinaleInterpreter::LoadScript: Unknown error" "occured executing directive \"OnLoad\"."); } findEnd(fi); end_read: // Skip over any trailing whitespace to position the read cursor // on the first token. while(*fi->_cp && isspace(*fi->_cp)) fi->_cp++; // Calculate the new script entry point and restore default state. fi->_scriptBegin = fi->_script + (fi->_cp - fi->_script); fi->_cp = fi->_scriptBegin; initDefaultState(fi); } } // Any hooks? DD_CallHooks(HOOK_FINALE_SCRIPT_BEGIN, fi->_id, 0); } } void FinaleInterpreter_ReleaseScript(finaleinterpreter_t* fi) { assert(fi); if(!fi->flags.stopped) { stopScript(fi); } clearEventHandlers(fi); releaseScript(fi); } void FinaleInterpreter_Resume(finaleinterpreter_t* fi) { assert(fi); if(!fi->flags.suspended) return; fi->flags.suspended = false; FIPage_Pause(fi->_pages[PAGE_PICS], false); FIPage_Pause(fi->_pages[PAGE_TEXT], false); // Do we need to unhide any pages? if(fi->_cmdExecuted) { FIPage_MakeVisible(fi->_pages[PAGE_PICS], true); FIPage_MakeVisible(fi->_pages[PAGE_TEXT], true); } } void FinaleInterpreter_Suspend(finaleinterpreter_t* fi) { assert(fi); if(fi->flags.suspended) return; fi->flags.suspended = true; // While suspended, all pages will be paused and hidden. FIPage_Pause(fi->_pages[PAGE_PICS], true); FIPage_MakeVisible(fi->_pages[PAGE_PICS], false); FIPage_Pause(fi->_pages[PAGE_TEXT], true); FIPage_MakeVisible(fi->_pages[PAGE_TEXT], false); } dd_bool FinaleInterpreter_IsMenuTrigger(finaleinterpreter_t* fi) { assert(fi); if(fi->flags.paused || fi->flags.can_skip) { // We want events to be used for unpausing/skipping. return false; } // If skipping is not allowed, we should show the menu, too. return (fi->flags.show_menu != 0); } dd_bool FinaleInterpreter_IsSuspended(finaleinterpreter_t* fi) { assert(fi); return (fi->flags.suspended != 0); } void FinaleInterpreter_AllowSkip(finaleinterpreter_t* fi, dd_bool yes) { assert(fi); fi->flags.can_skip = yes; } dd_bool FinaleInterpreter_CanSkip(finaleinterpreter_t* fi) { assert(fi); return (fi->flags.can_skip != 0); } dd_bool FinaleInterpreter_CommandExecuted(finaleinterpreter_t* fi) { assert(fi); return fi->_cmdExecuted; } static dd_bool runTic(finaleinterpreter_t* fi) { ddhook_finale_script_ticker_paramaters_t params; memset(¶ms, 0, sizeof(params)); params.runTick = true; params.canSkip = FinaleInterpreter_CanSkip(fi); DD_CallHooks(HOOK_FINALE_SCRIPT_TICKER, fi->_id, ¶ms); return params.runTick; } dd_bool FinaleInterpreter_RunTic(finaleinterpreter_t* fi) { assert(fi); if(fi->flags.stopped || fi->flags.suspended) return false; fi->_timer++; if(!runTic(fi)) return false; // If waiting do not execute commands. if(fi->_wait && --fi->_wait) return false; // If paused there is nothing further to do. if(fi->flags.paused) return false; // If waiting on a text to finish typing, do nothing. if(fi->_waitingText && fi->_waitingText->type == FI_TEXT) { if(!((fidata_text_t*)fi->_waitingText)->animComplete) return false; fi->_waitingText = NULL; } // Waiting for an animation to reach its end? if(fi->_waitingPic && fi->_waitingPic->type == FI_PIC) { if(!((fidata_pic_t*)fi->_waitingPic)->animComplete) return false; fi->_waitingPic = NULL; } // Execute commands until a wait time is set or we reach the end of // the script. If the end is reached, the finale really ends (terminates). {int last = 0; while(!fi->_gotoEnd && !fi->_wait && !fi->_waitingText && !fi->_waitingPic && !last) last = !executeNextCommand(fi); return (fi->_gotoEnd || (last && fi->flags.can_skip));} } dd_bool FinaleInterpreter_SkipToMarker(finaleinterpreter_t* fi, const char* marker) { assert(fi && marker); if(!marker[0]) return false; memset(fi->_gotoTarget, 0, sizeof(fi->_gotoTarget)); strncpy(fi->_gotoTarget, marker, sizeof(fi->_gotoTarget) - 1); // Start skipping until the marker is found. fi->_gotoSkip = true; // Stop any waiting. fi->_wait = 0; fi->_waitingText = NULL; fi->_waitingPic = NULL; // Rewind the script so we can jump anywhere. fi->_cp = fi->_scriptBegin; return true; } dd_bool FinaleInterpreter_Skip(finaleinterpreter_t* fi) { assert(fi); if(fi->_waitingText && fi->flags.can_skip && !fi->flags.paused) { // Instead of skipping, just complete the text. FIData_TextAccelerate(fi->_waitingText); return true; } // Stop waiting for objects. fi->_waitingText = NULL; fi->_waitingPic = NULL; if(fi->flags.paused) { fi->flags.paused = false; fi->_wait = 0; return true; } if(fi->flags.can_skip) { fi->_skipping = true; // Start skipping ahead. fi->_wait = 0; return true; } return (fi->flags.eat_events != 0); } int FinaleInterpreter_Responder(finaleinterpreter_t* fi, const ddevent_t* ev) { assert(fi); LOG_AS("FinaleInterpreter_Responder"); LOG_SCR_XVERBOSE("fi %i, ev %i") << fi->_id << ev->type; if(fi->flags.suspended) return false; // During the first ~second disallow all events/skipping. if(fi->_timer < 20) return false; if(!isClient) { // Any handlers for this event? if(IS_KEY_DOWN(ev)) { fi_handler_t* h; if((h = findEventHandler(fi, ev))) { FinaleInterpreter_SkipToMarker(fi, h->marker); // We'll never eat up events. if(IS_TOGGLE_UP(ev)) return false; return (fi->flags.eat_events != 0); } } } // If we can't skip, there's no interaction of any kind. if(!fi->flags.can_skip && !fi->flags.paused) return false; // We are only interested in key/button down presses. if(!IS_TOGGLE_DOWN(ev)) return false; #ifdef __CLIENT__ if(isClient) { // Request skip from the server. Cl_RequestFinaleSkip(); return true; } #endif #ifdef __SERVER__ // Tell clients to skip. Sv_Finale(fi->_id, FINF_SKIP, 0); #endif return FinaleInterpreter_Skip(fi); } DEFFC(Do) { // This command is called even when (cond)skipping. if(!fi->_skipNext) return; // A conditional skip has been issued. // We'll go into DO-skipping mode. skipnext won't be cleared // until the matching semicolon is found. fi->_doLevel++; } DEFFC(End) { fi->_gotoEnd = true; } DEFFC(BGMaterial) { // First attempt to resolve as a Values URI (which defines the material URI). Material *material = 0; try { if(ded_value_t* value = Def_GetValueByUri(OP_URI(0))) { material = &App_ResourceSystem().material(de::Uri(value->text, RC_NULL)); } else { material = &App_ResourceSystem().material(*reinterpret_cast(OP_URI(0))); } } catch(de::MaterialManifest::MissingMaterialError const &) {} // Ignore this error. catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. changePageBackground(fi->_pages[PAGE_PICS], material); } DEFFC(NoBGMaterial) { changePageBackground(fi->_pages[PAGE_PICS], 0); } DEFFC(InTime) { fi->_inTime = FRACSECS_TO_TICKS(OP_FLOAT(0)); } DEFFC(Tic) { fi->_wait = 1; } DEFFC(Wait) { fi->_wait = FRACSECS_TO_TICKS(OP_FLOAT(0)); } DEFFC(WaitText) { fi->_waitingText = getObject(fi, FI_TEXT, OP_CSTRING(0)); } DEFFC(WaitAnim) { fi->_waitingPic = getObject(fi, FI_PIC, OP_CSTRING(0)); } DEFFC(Color) { FIPage_SetBackgroundTopColor(fi->_pages[PAGE_PICS], OP_FLOAT(0), OP_FLOAT(1), OP_FLOAT(2), fi->_inTime); FIPage_SetBackgroundBottomColor(fi->_pages[PAGE_PICS], OP_FLOAT(0), OP_FLOAT(1), OP_FLOAT(2), fi->_inTime); } DEFFC(ColorAlpha) { FIPage_SetBackgroundTopColorAndAlpha(fi->_pages[PAGE_PICS], OP_FLOAT(0), OP_FLOAT(1), OP_FLOAT(2), OP_FLOAT(3), fi->_inTime); FIPage_SetBackgroundBottomColorAndAlpha(fi->_pages[PAGE_PICS], OP_FLOAT(0), OP_FLOAT(1), OP_FLOAT(2), OP_FLOAT(3), fi->_inTime); } DEFFC(Pause) { fi->flags.paused = true; fi->_wait = 1; } DEFFC(CanSkip) { fi->flags.can_skip = true; } DEFFC(NoSkip) { fi->flags.can_skip = false; } DEFFC(SkipHere) { fi->_skipping = false; } DEFFC(Events) { fi->flags.eat_events = true; } DEFFC(NoEvents) { fi->flags.eat_events = false; } DEFFC(OnKey) { #ifdef __CLIENT__ ddevent_t ev; // Construct a template event for this handler. memset(&ev, 0, sizeof(ev)); ev.device = IDEV_KEYBOARD; ev.type = E_TOGGLE; ev.toggle.id = DD_GetKeyCode(OP_CSTRING(0)); ev.toggle.state = ETOG_DOWN; // First, try to find an existing handler. if(findEventHandler(fi, &ev)) return; // Allocate and attach another. createEventHandler(fi, &ev, OP_CSTRING(1)); #endif } DEFFC(UnsetKey) { #ifdef __CLIENT__ ddevent_t ev; fi_handler_t* h; // Construct a template event for what we want to "unset". memset(&ev, 0, sizeof(ev)); ev.device = IDEV_KEYBOARD; ev.type = E_TOGGLE; ev.toggle.id = DD_GetKeyCode(OP_CSTRING(0)); ev.toggle.state = ETOG_DOWN; if((h = findEventHandler(fi, &ev))) { destroyEventHandler(fi, h); } #endif } DEFFC(If) { const char* token = OP_CSTRING(0); dd_bool val = false; LOG_AS("FIC_If"); // Built-in conditions. if(!stricmp(token, "netgame")) { val = netGame; } else if(!strnicmp(token, "mode:", 5)) { if(App_GameLoaded()) val = !de::String(token + 5).compareWithoutCase(App_CurrentGame().identityKey()); else val = 0; } // Any hooks? else if(Plug_CheckForHook(HOOK_FINALE_EVAL_IF)) { ddhook_finale_script_evalif_paramaters_t p; memset(&p, 0, sizeof(p)); p.token = token; p.returnVal = 0; if(DD_CallHooks(HOOK_FINALE_EVAL_IF, fi->_id, (void*) &p)) { val = p.returnVal; LOG_SCR_XVERBOSE("HOOK_FINALE_EVAL_IF: %s => %i") << token << val; } else { LOG_SCR_XVERBOSE("HOOK_FINALE_EVAL_IF: no hook (for %s)") << token; } } else { LOG_SCR_WARNING("Unknown condition '%s'") << token; } // Skip the next command if the value is false. fi->_skipNext = !val; } DEFFC(IfNot) { FIC_If(cmd, ops, fi); fi->_skipNext = !fi->_skipNext; } DEFFC(Else) { // The only time the ELSE condition does not skip is immediately after a skip. fi->_skipNext = !fi->_lastSkipped; } DEFFC(GoTo) { FinaleInterpreter_SkipToMarker(fi, OP_CSTRING(0)); } DEFFC(Marker) { // Does it match the goto string? if(!stricmp(fi->_gotoTarget, OP_CSTRING(0))) fi->_gotoSkip = false; } DEFFC(Delete) { if(OP_OBJECT(0)) FI_DeleteObject(removeObjectInNamespace(&fi->_namespace, OP_OBJECT(0))); } DEFFC(Image) { fi_object_t* obj = getObject(fi, FI_PIC, OP_CSTRING(0)); const char* name = OP_CSTRING(1); lumpnum_t lumpNum = F_LumpNumForName(name); rawtex_t* rawTex; LOG_AS("FIC_Image"); FIData_PicClearAnimation(obj); rawTex = App_ResourceSystem().declareRawTexture(lumpNum); if(NULL != rawTex) { FIData_PicAppendFrame(obj, PFT_RAW, -1, &rawTex->lumpNum, 0, false); return; } LOG_SCR_WARNING("Missing lump '%s'") << name; } DEFFC(ImageAt) { fi_object_t* obj = getObject(fi, FI_PIC, OP_CSTRING(0)); float x = OP_FLOAT(1); float y = OP_FLOAT(2); const char* name = OP_CSTRING(3); lumpnum_t lumpNum = F_LumpNumForName(name); rawtex_t* rawTex; LOG_AS("FIC_ImageAt"); AnimatorVector3_Init(obj->pos, x, y, 0); FIData_PicClearAnimation(obj); rawTex = App_ResourceSystem().declareRawTexture(lumpNum); if(NULL != rawTex) { FIData_PicAppendFrame(obj, PFT_RAW, -1, &rawTex->lumpNum, 0, false); return; } LOG_SCR_WARNING("Missing lump '%s'") << name; } #ifdef __CLIENT__ static DGLuint loadAndPrepareExtTexture(char const *fileName) { image_t image; DGLuint glTexName = 0; if(GL_LoadExtImage(image, fileName, LGM_NORMAL)) { // Loaded successfully and converted accordingly. // Upload the image to GL. glTexName = GL_NewTextureWithParams( ( image.pixelSize == 2 ? DGL_LUMINANCE_PLUS_A8 : image.pixelSize == 3 ? DGL_RGB : image.pixelSize == 4 ? DGL_RGBA : DGL_LUMINANCE ), image.size.x, image.size.y, image.pixels, (image.size.x < 128 && image.size.y < 128? TXCF_NO_COMPRESSION : 0), 0, GL_LINEAR, GL_LINEAR, 0 /*no anisotropy*/, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE); Image_ClearPixelData(image); } return glTexName; } #endif // __CLIENT__ DEFFC(XImage) { LOG_AS("FIC_XImage"); fi_object_t *obj = getObject(fi, FI_PIC, OP_CSTRING(0)); #ifdef __CLIENT__ char const *fileName = OP_CSTRING(1); #endif FIData_PicClearAnimation(obj); #ifdef __CLIENT__ // Load the external resource. if(DGLuint tex = loadAndPrepareExtTexture(fileName)) { FIData_PicAppendFrame(obj, PFT_XIMAGE, -1, &tex, 0, false); } else { LOG_SCR_WARNING("Missing graphic '%s'") << fileName; } #endif // __CLIENT__ } DEFFC(Patch) { fi_object_t *obj = getObject(fi, FI_PIC, OP_CSTRING(0)); char const *encodedName = OP_CSTRING(3); patchid_t patchId; LOG_AS("FIC_Patch"); AnimatorVector3_Init(obj->pos, OP_FLOAT(1), OP_FLOAT(2), 0); FIData_PicClearAnimation(obj); patchId = R_DeclarePatch(encodedName); if(patchId != 0) { FIData_PicAppendFrame(obj, PFT_PATCH, -1, (void *)&patchId, 0, 0); } else { LOG_SCR_WARNING("Missing Patch '%s'") << encodedName; } } DEFFC(SetPatch) { fi_object_t *obj = getObject(fi, FI_PIC, OP_CSTRING(0)); char const *encodedName = OP_CSTRING(1); fidata_pic_frame_t *f; patchid_t patchId; LOG_AS("FIC_SetPatch"); patchId = R_DeclarePatch(encodedName); if(patchId == 0) { LOG_SCR_WARNING("Missing Patch '%s'") << encodedName; return; } if(!((fidata_pic_t *)obj)->numFrames) { FIData_PicAppendFrame(obj, PFT_PATCH, -1, (void *)&patchId, 0, false); return; } // Convert the first frame. f = ((fidata_pic_t *)obj)->frames[0]; f->type = PFT_PATCH; f->texRef.patch = patchId; f->tics = -1; f->sound = 0; } DEFFC(ClearAnim) { if(OP_OBJECT(0) && OP_OBJECT(0)->type == FI_PIC) { FIData_PicClearAnimation(OP_OBJECT(0)); } } DEFFC(Anim) { fi_object_t *obj = getObject(fi, FI_PIC, OP_CSTRING(0)); char const *encodedName = OP_CSTRING(1); int tics = FRACSECS_TO_TICKS(OP_FLOAT(2)); patchid_t patchId; LOG_AS("FIC_Anim"); patchId = R_DeclarePatch(encodedName); if(patchId == 0) { LOG_SCR_WARNING("Patch '%s' not found") << encodedName; return; } FIData_PicAppendFrame(obj, PFT_PATCH, tics, (void *)&patchId, 0, false); ((fidata_pic_t *)obj)->animComplete = false; } DEFFC(AnimImage) { fi_object_t *obj = getObject(fi, FI_PIC, OP_CSTRING(0)); char const *encodedName = OP_CSTRING(1); int tics = FRACSECS_TO_TICKS(OP_FLOAT(2)); lumpnum_t lumpNum = F_LumpNumForName(encodedName); rawtex_t *rawTex = App_ResourceSystem().declareRawTexture(lumpNum); LOG_AS("FIC_AnimImage"); if(rawTex) { FIData_PicAppendFrame(obj, PFT_RAW, tics, &rawTex->lumpNum, 0, false); ((fidata_pic_t *)obj)->animComplete = false; return; } LOG_SCR_WARNING("Lump '%s' not found") << encodedName; } DEFFC(Repeat) { fi_object_t* obj = getObject(fi, FI_PIC, OP_CSTRING(0)); ((fidata_pic_t*)obj)->flags.looping = true; } DEFFC(StateAnim) { fi_object_t* obj = getObject(fi, FI_PIC, OP_CSTRING(0)); int stateId = Def_Get(DD_DEF_STATE, OP_CSTRING(1), 0); int count = OP_INT(2); // Animate N states starting from the given one. ((fidata_pic_t*)obj)->animComplete = false; for(; count > 0 && stateId > 0; count--) { state_t* st = &states[stateId]; #ifdef __CLIENT__ spriteinfo_t sinf; R_GetSpriteInfo(st->sprite, st->frame & 0x7fff, &sinf); FIData_PicAppendFrame(obj, PFT_MATERIAL, (st->tics <= 0? 1 : st->tics), sinf.material, 0, sinf.flip); #endif // Go to the next state. stateId = st->nextState; } } DEFFC(PicSound) { fi_object_t* obj = getObject(fi, FI_PIC, OP_CSTRING(0)); int sound = Def_Get(DD_DEF_SOUND, OP_CSTRING(1), 0); if(!((fidata_pic_t*)obj)->numFrames) { FIData_PicAppendFrame(obj, PFT_MATERIAL, -1, 0, sound, false); return; } {fidata_pic_frame_t* f = ((fidata_pic_t*)obj)->frames[((fidata_pic_t*)obj)->numFrames-1]; f->sound = sound; } } DEFFC(ObjectOffX) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); Animator_Set(&obj->pos[0], OP_FLOAT(1), fi->_inTime); } } DEFFC(ObjectOffY) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); Animator_Set(&obj->pos[1], OP_FLOAT(1), fi->_inTime); } } DEFFC(ObjectOffZ) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); Animator_Set(&obj->pos[2], OP_FLOAT(1), fi->_inTime); } } DEFFC(ObjectRGB) { fi_object_t* obj = OP_OBJECT(0); float rgb[3]; if(!obj || !(obj->type == FI_TEXT || obj->type == FI_PIC)) return; rgb[CR] = OP_FLOAT(1); rgb[CG] = OP_FLOAT(2); rgb[CB] = OP_FLOAT(3); switch(obj->type) { case FI_TEXT: FIData_TextSetColor(obj, rgb[CR], rgb[CG], rgb[CB], fi->_inTime); break; case FI_PIC: { fidata_pic_t* p = (fidata_pic_t*)obj; AnimatorVector3_Set(p->color, rgb[CR], rgb[CG], rgb[CB], fi->_inTime); // This affects all the colors. AnimatorVector3_Set(p->otherColor, rgb[CR], rgb[CG], rgb[CB], fi->_inTime); AnimatorVector3_Set(p->edgeColor, rgb[CR], rgb[CG], rgb[CB], fi->_inTime); AnimatorVector3_Set(p->otherEdgeColor, rgb[CR], rgb[CG], rgb[CB], fi->_inTime); break; } default: DENG_ASSERT(!"FIC_ObjectRGB: Unknown object type"); break; } } DEFFC(ObjectAlpha) { fi_object_t* obj = OP_OBJECT(0); float alpha; if(!obj || !(obj->type == FI_TEXT || obj->type == FI_PIC)) return; alpha = OP_FLOAT(1); switch(obj->type) { case FI_TEXT: FIData_TextSetAlpha(obj, alpha, fi->_inTime); break; case FI_PIC: { fidata_pic_t* p = (fidata_pic_t*)obj; Animator_Set(&p->color[3], alpha, fi->_inTime); Animator_Set(&p->otherColor[3], alpha, fi->_inTime); break; } default: DENG_ASSERT(!"FIC_ObjectAlpha: Unknown object type"); break; } } DEFFC(ObjectScaleX) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); Animator_Set(&obj->scale[0], OP_FLOAT(1), fi->_inTime); } } DEFFC(ObjectScaleY) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); Animator_Set(&obj->scale[1], OP_FLOAT(1), fi->_inTime); } } DEFFC(ObjectScaleZ) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); Animator_Set(&obj->scale[2], OP_FLOAT(1), fi->_inTime); } } DEFFC(ObjectScale) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); AnimatorVector2_Set(obj->scale, OP_FLOAT(1), OP_FLOAT(1), fi->_inTime); } } DEFFC(ObjectScaleXY) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); AnimatorVector2_Set(obj->scale, OP_FLOAT(1), OP_FLOAT(2), fi->_inTime); } } DEFFC(ObjectScaleXYZ) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); AnimatorVector3_Set(obj->scale, OP_FLOAT(1), OP_FLOAT(2), OP_FLOAT(3), fi->_inTime); } } DEFFC(ObjectAngle) { if(OP_OBJECT(0)) { fi_object_t* obj = OP_OBJECT(0); Animator_Set(&obj->angle, OP_FLOAT(1), fi->_inTime); } } DEFFC(Rect) { fidata_pic_t* obj = (fidata_pic_t*) getObject(fi, FI_PIC, OP_CSTRING(0)); /** * We may be converting an existing Pic to a Rect, so re-init the expected * default state accordingly. * * danij: This seems rather error-prone to me. How about we turn them into * seperate object classes instead (Pic inheriting from Rect). */ obj->animComplete = true; obj->flags.looping = false; // Yeah? AnimatorVector3_Init(obj->pos, OP_FLOAT(1), OP_FLOAT(2), 0); AnimatorVector3_Init(obj->scale, OP_FLOAT(3), OP_FLOAT(4), 1); // Default colors. AnimatorVector4_Init(obj->color, 1, 1, 1, 1); AnimatorVector4_Init(obj->otherColor, 1, 1, 1, 1); // Edge alpha is zero by default. AnimatorVector4_Init(obj->edgeColor, 1, 1, 1, 0); AnimatorVector4_Init(obj->otherEdgeColor, 1, 1, 1, 0); } DEFFC(FillColor) { fi_object_t* obj = OP_OBJECT(0); int which = 0; float rgba[4]; if(!obj || obj->type != FI_PIC) return; // Which colors to modify? if(!stricmp(OP_CSTRING(1), "top")) which |= 1; else if(!stricmp(OP_CSTRING(1), "bottom")) which |= 2; else which = 3; {uint i; for(i = 0; i < 4; ++i) rgba[i] = OP_FLOAT(2+i); } if(which & 1) AnimatorVector4_Set(((fidata_pic_t*)obj)->color, rgba[CR], rgba[CG], rgba[CB], rgba[CA], fi->_inTime); if(which & 2) AnimatorVector4_Set(((fidata_pic_t*)obj)->otherColor, rgba[CR], rgba[CG], rgba[CB], rgba[CA], fi->_inTime); } DEFFC(EdgeColor) { fi_object_t* obj = OP_OBJECT(0); int which = 0; float rgba[4]; if(!obj || obj->type != FI_PIC) return; // Which colors to modify? if(!stricmp(OP_CSTRING(1), "top")) which |= 1; else if(!stricmp(OP_CSTRING(1), "bottom")) which |= 2; else which = 3; {uint i; for(i = 0; i < 4; ++i) rgba[i] = OP_FLOAT(2+i); } if(which & 1) AnimatorVector4_Set(((fidata_pic_t*)obj)->edgeColor, rgba[CR], rgba[CG], rgba[CB], rgba[CA], fi->_inTime); if(which & 2) AnimatorVector4_Set(((fidata_pic_t*)obj)->otherEdgeColor, rgba[CR], rgba[CG], rgba[CB], rgba[CA], fi->_inTime); } DEFFC(OffsetX) { FIPage_SetOffsetX(fi->_pages[PAGE_PICS], OP_FLOAT(0), fi->_inTime); } DEFFC(OffsetY) { FIPage_SetOffsetY(fi->_pages[PAGE_PICS], OP_FLOAT(0), fi->_inTime); } DEFFC(Sound) { int num = Def_Get(DD_DEF_SOUND, OP_CSTRING(0), NULL); if(num > 0) S_LocalSound(num, NULL); } DEFFC(SoundAt) { int num = Def_Get(DD_DEF_SOUND, OP_CSTRING(0), NULL); float vol = MIN_OF(OP_FLOAT(1), 1); if(num > 0) S_LocalSoundAtVolume(num, NULL, vol); } DEFFC(SeeSound) { int num = Def_Get(DD_DEF_MOBJ, OP_CSTRING(0), NULL); if(num < 0 || mobjInfo[num].seeSound <= 0) return; S_LocalSound(mobjInfo[num].seeSound, NULL); } DEFFC(DieSound) { int num = Def_Get(DD_DEF_MOBJ, OP_CSTRING(0), NULL); if(num < 0 || mobjInfo[num].deathSound <= 0) return; S_LocalSound(mobjInfo[num].deathSound, NULL); } DEFFC(Music) { S_StartMusic(OP_CSTRING(0), true); } DEFFC(MusicOnce) { S_StartMusic(OP_CSTRING(0), false); } DEFFC(Filter) { FIPage_SetFilterColorAndAlpha(fi->_pages[PAGE_TEXT], OP_FLOAT(0), OP_FLOAT(1), OP_FLOAT(2), OP_FLOAT(3), fi->_inTime); } DEFFC(Text) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); AnimatorVector3_Init(obj->pos, OP_FLOAT(1), OP_FLOAT(2), 0); FIData_TextCopy(obj, OP_CSTRING(3)); ((fidata_text_t*)obj)->cursorPos = 0; // Restart the text. } DEFFC(TextFromDef) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); AnimatorVector3_Init(obj->pos, OP_FLOAT(1), OP_FLOAT(2), 0); char *str; if(Def_Get(DD_DEF_TEXT, (char*)OP_CSTRING(3), &str)) { FIData_TextCopy(obj, str); } else { FIData_TextCopy(obj, "(undefined)"); // Not found! } ((fidata_text_t*)obj)->cursorPos = 0; // Restart the text. } DEFFC(TextFromLump) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); lumpnum_t lumpNum; AnimatorVector3_Init(obj->pos, OP_FLOAT(1), OP_FLOAT(2), 0); lumpNum = F_LumpNumForName(OP_CSTRING(3)); if(lumpNum >= 0) { int lumpIdx; size_t lumpSize = F_LumpLength(lumpNum); struct file1_s* file = F_FindFileForLumpNum2(lumpNum, &lumpIdx); const uint8_t* lumpPtr = F_CacheLump(file, lumpIdx); size_t bufSize = 2 * lumpSize + 1, i; char* str, *out; str = (char*) M_Calloc(bufSize); for(i = 0, out = str; i < lumpSize; ++i) { char ch = (char)(lumpPtr[i]); if(ch == '\r') continue; if(ch == '\n') { *out++ = '\\'; *out++ = 'n'; } else { *out++ = ch; } } F_UnlockLump(file, lumpIdx); FIData_TextCopy(obj, str); free(str); } else { FIData_TextCopy(obj, "(not found)"); } ((fidata_text_t*)obj)->cursorPos = 0; // Restart. } DEFFC(SetText) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); FIData_TextCopy(obj, OP_CSTRING(1)); } DEFFC(SetTextDef) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); char* str; if(Def_Get(DD_DEF_TEXT, OP_CSTRING(1), &str)) { FIData_TextCopy(obj, str); } else { FIData_TextCopy(obj, "(undefined)"); // Not found! } } DEFFC(DeleteText) { if(OP_OBJECT(0)) FI_DeleteObject(removeObjectInNamespace(&fi->_namespace, OP_OBJECT(0))); } DEFFC(PredefinedColor) { FIPage_SetPredefinedColor(fi->_pages[PAGE_TEXT], MINMAX_OF(1, OP_INT(0), FIPAGE_NUM_PREDEFINED_COLORS)-1, OP_FLOAT(1), OP_FLOAT(2), OP_FLOAT(3), fi->_inTime); FIPage_SetPredefinedColor(fi->_pages[PAGE_PICS], MINMAX_OF(1, OP_INT(0), FIPAGE_NUM_PREDEFINED_COLORS)-1, OP_FLOAT(1), OP_FLOAT(2), OP_FLOAT(3), fi->_inTime); } DEFFC(PredefinedFont) { #ifdef __CLIENT__ LOG_AS("FIC_PredefinedFont"); fontid_t fontNum = Fonts_ResolveUri(OP_URI(1)); if(fontNum) { int idx = MINMAX_OF(1, OP_INT(0), FIPAGE_NUM_PREDEFINED_FONTS)-1; FIPage_SetPredefinedFont(fi->_pages[PAGE_TEXT], idx, fontNum); FIPage_SetPredefinedFont(fi->_pages[PAGE_PICS], idx, fontNum); return; } AutoStr *fontPath = Uri_ToString(OP_URI(1)); LOG_SCR_WARNING("Unknown font '%s'") << Str_Text(fontPath); #endif } DEFFC(TextRGB) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); FIData_TextSetColor(obj, OP_FLOAT(1), OP_FLOAT(2), OP_FLOAT(3), fi->_inTime); } DEFFC(TextAlpha) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); FIData_TextSetAlpha(obj, OP_FLOAT(1), fi->_inTime); } DEFFC(TextOffX) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); Animator_Set(&obj->pos[0], OP_FLOAT(1), fi->_inTime); } DEFFC(TextOffY) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); Animator_Set(&obj->pos[1], OP_FLOAT(1), fi->_inTime); } DEFFC(TextCenter) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); ((fidata_text_t*)obj)->alignFlags &= ~(ALIGN_LEFT|ALIGN_RIGHT); } DEFFC(TextNoCenter) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); ((fidata_text_t*)obj)->alignFlags |= ALIGN_LEFT; } DEFFC(TextScroll) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); ((fidata_text_t*)obj)->scrollWait = OP_INT(1); ((fidata_text_t*)obj)->scrollTimer = 0; } DEFFC(TextPos) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); ((fidata_text_t*)obj)->cursorPos = OP_INT(1); } DEFFC(TextRate) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); ((fidata_text_t*)obj)->wait = OP_INT(1); } DEFFC(TextLineHeight) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); ((fidata_text_t*)obj)->lineHeight = OP_FLOAT(1); } DEFFC(Font) { #ifdef __CLIENT__ LOG_AS("FIC_Font"); fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); fontid_t fontNum = Fonts_ResolveUri(OP_URI(1)); if(fontNum) { FIData_TextSetFont(obj, fontNum); return; } AutoStr* fontPath = Uri_ToString(OP_URI(1)); LOG_SCR_WARNING("Unknown font '%s'") << Str_Text(fontPath); #endif } DEFFC(FontA) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); FIData_TextSetFont(obj, FIPage_PredefinedFont(fi->_pages[PAGE_TEXT], 0)); } DEFFC(FontB) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); FIData_TextSetFont(obj, FIPage_PredefinedFont(fi->_pages[PAGE_TEXT], 1)); } DEFFC(NoMusic) { // Stop the currently playing song. S_StopMusic(); } DEFFC(TextScaleX) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); Animator_Set(&obj->scale[0], OP_FLOAT(1), fi->_inTime); } DEFFC(TextScaleY) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); Animator_Set(&obj->scale[1], OP_FLOAT(1), fi->_inTime); } DEFFC(TextScale) { fi_object_t* obj = getObject(fi, FI_TEXT, OP_CSTRING(0)); AnimatorVector2_Set(obj->scale, OP_FLOAT(1), OP_FLOAT(2), fi->_inTime); } DEFFC(PlayDemo) { /// @todo Demos are not supported at the moment. -jk #if 0 // While playing a demo we suspend command interpretation. FinaleInterpreter_Suspend(fi); // Start the demo. if(!Con_Executef(CMDS_DDAY, true, "playdemo \"%s\"", OP_CSTRING(0))) { // Demo playback failed. Here we go again... FinaleInterpreter_Resume(fi); } #endif } DEFFC(Command) { Con_Executef(CMDS_SCRIPT, false, "%s", OP_CSTRING(0)); } DEFFC(ShowMenu) { fi->flags.show_menu = true; } DEFFC(NoShowMenu) { fi->flags.show_menu = false; } doomsday-1.14.5/doomsday/client/src/ui/clientwindow.cpp0000664000175000017500000007120612350542237022431 0ustar jaakkojaakko/** @file clientwindow.cpp Top-level window with UI widgets. * @ingroup base * * @todo Platform-specific behavior should be encapsulated in subclasses, e.g., * MacWindowBehavior. This would make the code easier to follow and more adaptable * to the quirks of each platform. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2008 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "ui/clientwindow.h" #include "ui/clientrootwidget.h" #include "clientapp.h" #include #include #include #include #include #include #include #include #include #include #include #include #include "gl/sys_opengl.h" #include "gl/gl_main.h" #include "ui/widgets/gamewidget.h" #include "ui/widgets/gameuiwidget.h" #include "ui/widgets/busywidget.h" #include "ui/widgets/taskbarwidget.h" #include "ui/widgets/consolewidget.h" #include "ui/widgets/gameselectionwidget.h" #include "ui/dialogs/coloradjustmentdialog.h" #include "ui/dialogs/alertdialog.h" #include "CommandAction" #include "ui/mouse_qt.h" #include "dd_main.h" #include "con_main.h" #include "render/vr.h" using namespace de; DENG2_PIMPL(ClientWindow) , DENG2_OBSERVES(MouseEventSource, MouseStateChange) , DENG2_OBSERVES(Canvas, FocusChange) , DENG2_OBSERVES(App, GameChange) , DENG2_OBSERVES(App, StartupComplete) { bool needMainInit; bool needRecreateCanvas; bool needRootSizeUpdate; Mode mode; /// Root of the nomal UI widgets of this window. ClientRootWidget root; CompositorWidget *compositor; GameWidget *game; GameUIWidget *gameUI; TaskBarWidget *taskBar; LabelWidget *taskBarBlur; ///< Blur everything below the task bar. NotificationAreaWidget *notifications; AlertDialog *alerts; ColorAdjustmentDialog *colorAdjust; LabelWidget *background; GameSelectionWidget *gameSelMenu; BusyWidget *busy; GuiWidget *sidebar; LabelWidget *cursor; ConstantRule *cursorX; ConstantRule *cursorY; bool cursorHasBeenHidden; // FPS notifications. LabelWidget *fpsCounter; float oldFps; /// @todo Switch dynamically between VR and plain. VRWindowTransform contentXf; Instance(Public *i) : Base(i) , needMainInit(true) , needRecreateCanvas(false) , needRootSizeUpdate(false) , mode(Normal) , root(thisPublic) , compositor(0) , game(0) , gameUI(0) , taskBar(0) , taskBarBlur(0) , notifications(0) , alerts(0) , colorAdjust(0) , background(0) , gameSelMenu(0) , sidebar(0) , cursor(0) , cursorX(new ConstantRule(0)) , cursorY(new ConstantRule(0)) , cursorHasBeenHidden(false) , fpsCounter(0) , oldFps(0) , contentXf(*i) { self.setTransform(contentXf); /// @todo The decision whether to receive input notifications from the /// canvas is really a concern for the input drivers. App::app().audienceForGameChange() += this; App::app().audienceForStartupComplete() += this; // Listen to input. self.canvas().audienceForMouseStateChange() += this; } ~Instance() { App::app().audienceForGameChange() -= this; App::app().audienceForStartupComplete() -= this; self.canvas().audienceForFocusChange() -= this; self.canvas().audienceForMouseStateChange() -= this; releaseRef(cursorX); releaseRef(cursorY); } Widget &container() { if(compositor) { return *compositor; } return root; } void setupUI() { Style &style = ClientApp::windowSystem().style(); // Background for Ring Zero. background = new LabelWidget("background"); background->setImageColor(Vector4f(0, 0, 0, 1)); background->setImage(style.images().image("window.background")); background->setImageFit(ui::FitToSize); background->setSizePolicy(ui::Filled, ui::Filled); background->margins().set(""); background->rule().setRect(root.viewRule()); root.add(background); game = new GameWidget; game->rule().setRect(root.viewRule()); // Initially the widget is disabled. It will be enabled when the window // is visible and ready to be drawn. game->disable(); root.add(game); gameUI = new GameUIWidget; gameUI->rule().setRect(root.viewRule()); gameUI->disable(); container().add(gameUI); // Busy widget shows progress indicator and frozen game content. busy = new BusyWidget; busy->hide(); // normally hidden busy->rule().setRect(root.viewRule()); root.add(busy); // Game selection. gameSelMenu = new GameSelectionWidget; gameSelMenu->enableActionOnSelection(true); gameSelMenu->rule() .setInput(Rule::AnchorX, root.viewLeft() + root.viewWidth() / 2) .setInput(Rule::Width, root.viewWidth()) .setAnchorPoint(Vector2f(.5f, .5f)); AutoRef pad(OperatorRule::maximum(style.rules().rule("gap"), (root.viewWidth() - style.rules().rule("gameselection.max.width")) / 2)); gameSelMenu->margins().setLeft(pad).setRight(pad); gameSelMenu->filter().useInvertedStyle(); gameSelMenu->filter().setOpacity(.9f); gameSelMenu->filter().rule() .setInput(Rule::Left, gameSelMenu->rule().left() + gameSelMenu->margins().left()) .setInput(Rule::Width, gameSelMenu->rule().width() - gameSelMenu->margins().width()) .setInput(Rule::Top, root.viewTop() + style.rules().rule("gap")); container().add(gameSelMenu); // Common notification area. notifications = new NotificationAreaWidget; notifications->useDefaultPlacement(game->rule()); container().add(notifications); // Alerts notification and popup. alerts = new AlertDialog; root.add(alerts); // FPS counter for the notification area. fpsCounter = new LabelWidget; fpsCounter->setSizePolicy(ui::Expand, ui::Expand); fpsCounter->setAlignment(ui::AlignRight); // Everything behind the task bar can be blurred with this widget. taskBarBlur = new LabelWidget("taskbar-blur"); taskBarBlur->set(GuiWidget::Background(Vector4f(1, 1, 1, 1), GuiWidget::Background::Blurred)); taskBarBlur->rule().setRect(root.viewRule()); taskBarBlur->hide(); // must be explicitly shown if needed container().add(taskBarBlur); // Taskbar is over almost everything else. taskBar = new TaskBarWidget; taskBar->rule() .setInput(Rule::Left, root.viewLeft()) .setInput(Rule::Bottom, root.viewBottom() + taskBar->shift()) .setInput(Rule::Width, root.viewWidth()); container().add(taskBar); // The game selection's height depends on the taskbar. AutoRef availHeight = taskBar->rule().top() - gameSelMenu->filter().rule().height(); gameSelMenu->rule() .setInput(Rule::AnchorY, gameSelMenu->filter().rule().height() + availHeight / 2) .setInput(Rule::Height, OperatorRule::minimum(availHeight, gameSelMenu->contentRule().height() + gameSelMenu->margins().height())); // Color adjustment dialog. colorAdjust = new ColorAdjustmentDialog; colorAdjust->setAnchor(root.viewWidth() / 2, root.viewTop()); colorAdjust->setOpeningDirection(ui::Down); root.add(colorAdjust); taskBar->hide(); // Mouse cursor is used with transformed content. cursor = new LabelWidget; cursor->setBehavior(Widget::Unhittable); cursor->margins().set(""); // no margins cursor->setImage(style.images().image("window.cursor")); cursor->setAlignment(ui::AlignTopLeft); cursor->rule() .setSize(Const(48), Const(48)) .setLeftTop(*cursorX, *cursorY); cursor->hide(); container().add(cursor); } void appStartupCompleted() { // Allow the background image to show. background->setImageColor(Vector4f(1, 1, 1, 1)); taskBar->show(); // Show the tutorial if it hasn't been automatically shown yet. if(!App::config().getb("tutorial.shown", false)) { App::config().set("tutorial.shown", true); LOG_NOTE("Starting tutorial (not shown before)"); QTimer::singleShot(500, taskBar, SLOT(showTutorial())); } } void currentGameChanged(game::Game const &newGame) { if(newGame.isNull()) { //game->hide(); background->show(); gameSelMenu->show(); gameSelMenu->restoreState(); } else { //game->show(); background->hide(); gameSelMenu->hide(); gameSelMenu->saveState(); } // Check with Style if blurring is allowed. taskBar->console().enableBlur(taskBar->style().isBlurringAllowed()); } void setMode(Mode const &newMode) { LOG_DEBUG("Switching to %s mode") << (newMode == Busy? "Busy" : "Normal"); // Hide and show widgets as appropriate. switch(newMode) { case Busy: game->hide(); game->disable(); gameUI->hide(); gameUI->disable(); gameSelMenu->hide(); taskBar->disable(); busy->show(); busy->enable(); break; default: //busy->hide(); // The busy widget will hide itself after a possible transition has finished. busy->disable(); game->show(); game->enable(); gameUI->show(); gameUI->enable(); if(!App_GameLoaded()) gameSelMenu->show(); taskBar->enable(); break; } mode = newMode; } /** * Completes the initialization of the main window. This is called only after the * window is created and visible, so that OpenGL operations and actions on the native * window can be performed without restrictions. */ void finishMainWindowInit() { #ifdef MACOSX if(self.isFullScreen()) { // The window must be manually raised above the shielding window put up by // the fullscreen display capture. DisplayMode_Native_Raise(self.nativeHandle()); } #endif self.raise(); self.activateWindow(); /* // Automatically grab the mouse from the get-go if in fullscreen mode. if(Mouse_IsPresent() && self.isFullScreen()) { self.canvas().trapMouse(); } */ self.canvas().audienceForFocusChange() += this; #ifdef WIN32 if(self.isFullScreen()) { // It would seem we must manually give our canvas focus. Bug in Qt? self.canvas().setFocus(); } #endif self.canvas().makeCurrent(); DD_FinishInitializationAfterWindowReady(); /// @todo This should be called when a VR mode is actually used. contentXf.glInit(); } void mouseStateChanged(MouseEventSource::State state) { Mouse_Trap(state == MouseEventSource::Trapped); } /** * Handles an event that BaseWindow (and thus WindowSystem) didn't have use for. * * @param event Event to handle. */ bool handleFallbackEvent(Event const &ev) { if(MouseEvent const *mouse = ev.maybeAs()) { // Fall back to legacy handling. switch(ev.type()) { case Event::MouseButton: Mouse_Qt_SubmitButton( mouse->button() == MouseEvent::Left? IMB_LEFT : mouse->button() == MouseEvent::Middle? IMB_MIDDLE : mouse->button() == MouseEvent::Right? IMB_RIGHT : mouse->button() == MouseEvent::XButton1? IMB_EXTRA1 : mouse->button() == MouseEvent::XButton2? IMB_EXTRA2 : IMB_MAXBUTTONS, mouse->state() == MouseEvent::Pressed); return true; case Event::MouseMotion: Mouse_Qt_SubmitMotion(IMA_POINTER, mouse->pos().x, mouse->pos().y); return true; case Event::MouseWheel: Mouse_Qt_SubmitMotion(IMA_WHEEL, mouse->pos().x, mouse->pos().y); return true; default: break; } } return false; } void canvasFocusChanged(Canvas &canvas, bool hasFocus) { LOG_DEBUG("canvasFocusChanged focus:%b fullscreen:%b hidden:%b minimized:%b") << hasFocus << self.isFullScreen() << self.isHidden() << self.isMinimized(); if(!hasFocus) { DD_ClearEvents(); I_ResetAllDevices(); canvas.trapMouse(false); } else if(self.isFullScreen() && !taskBar->isOpen()) { // Trap the mouse again in fullscreen mode. canvas.trapMouse(); } // Generate an event about this. ddevent_t ev; ev.type = E_FOCUS; ev.focus.gained = hasFocus; ev.focus.inWindow = 1; /// @todo Ask WindowSystem for an identifier number. DD_PostEvent(&ev); } void updateFpsNotification(float fps) { notifications->showOrHide(fpsCounter, self.isFPSCounterVisible()); if(!fequal(oldFps, fps)) { fpsCounter->setText(QString("%1 " _E(l) + tr("FPS")).arg(fps, 0, 'f', 1)); oldFps = fps; } } void installSidebar(SidebarLocation location, GuiWidget *widget) { // Get rid of the old sidebar. if(sidebar) { uninstallSidebar(location); } if(!widget) return; DENG2_ASSERT(sidebar == NULL); // Attach the widget. switch(location) { case RightEdge: widget->rule() .setInput(Rule::Top, root.viewTop()) .setInput(Rule::Right, root.viewRight()) .setInput(Rule::Bottom, taskBar->rule().top()); game->rule() .setInput(Rule::Right, widget->rule().left()); gameUI->rule() .setInput(Rule::Right, widget->rule().left()); break; } sidebar = widget; container().insertBefore(sidebar, *notifications); } void uninstallSidebar(SidebarLocation location) { DENG2_ASSERT(sidebar != NULL); switch(location) { case RightEdge: game->rule().setInput(Rule::Right, root.viewRight()); gameUI->rule().setInput(Rule::Right, root.viewRight()); break; } container().remove(*sidebar); sidebar->guiDeleteLater(); sidebar = 0; } enum DeferredTaskResult { Continue, AbortFrame }; DeferredTaskResult performDeferredTasks() { if(BusyMode_Active()) { // Let's not do anything risky in busy mode. return Continue; } // The canvas needs to be recreated when the GL format has changed // (e.g., multisampling). if(needRecreateCanvas) { needRecreateCanvas = false; if(self.setDefaultGLFormat()) { self.recreateCanvas(); // Wait until the new Canvas is ready (note: loop remains paused!). return AbortFrame; } } return Continue; } void updateRootSize() { DENG_ASSERT_IN_MAIN_THREAD(); needRootSizeUpdate = false; Vector2ui const size = contentXf.logicalRootSize(self.canvas().size()); // Tell the widgets. root.setViewSize(size); } void enableCompositor(bool enable) { DENG_ASSERT_IN_MAIN_THREAD(); if((enable && compositor) || (!enable && !compositor)) { return; } // All the children of the compositor need to be relocated. container().remove(*gameUI); container().remove(*gameSelMenu); if(sidebar) container().remove(*sidebar); container().remove(*notifications); container().remove(*taskBarBlur); container().remove(*taskBar); container().remove(*cursor); Widget::Children additional; // Relocate all popups to the new container (which need to stay on top). foreach(Widget *w, container().children()) { if(PopupWidget *pop = w->maybeAs()) { additional.append(pop); container().remove(*pop); } } if(enable && !compositor) { LOG_GL_VERBOSE("Offscreen UI composition enabled"); compositor = new CompositorWidget; compositor->rule().setRect(root.viewRule()); root.add(compositor); } else { DENG2_ASSERT(compositor != 0); DENG2_ASSERT(!compositor->childCount()); root.remove(*compositor); compositor->guiDeleteLater(); compositor = 0; LOG_GL_VERBOSE("Offscreen UI composition disabled"); } container().add(gameUI); if(&container() == &root) { // Make sure the game UI doesn't show up over the busy transition. container().moveChildBefore(gameUI, *busy); } container().add(gameSelMenu); if(sidebar) container().add(sidebar); container().add(notifications); container().add(taskBarBlur); container().add(taskBar); // Also the other widgets. foreach(Widget *w, additional) { container().add(w); } // Fake cursor must be on top. container().add(cursor); if(mode == Normal) { root.update(); } } void updateCompositor() { DENG_ASSERT_IN_MAIN_THREAD(); if(!compositor) return; if(vrCfg().mode() == VRConfig::OculusRift) { compositor->setCompositeProjection(Matrix4f::ortho(-1.1f, 2.2f, -1.1f, 2.2f)); } else { // We'll simply cover the entire view. compositor->useDefaultCompositeProjection(); } } void updateMouseCursor() { // The cursor is only needed if the content is warped. cursor->show(!self.canvas().isMouseTrapped() && vrCfg().mode() == VRConfig::OculusRift); if(cursor->isVisible()) { if(!cursorHasBeenHidden) { qApp->setOverrideCursor(QCursor(Qt::BlankCursor)); cursorHasBeenHidden = true; } Vector2i cp = ClientApp::windowSystem().latestMousePosition(); cursorX->set(cp.x); cursorY->set(cp.y); } else { if(cursorHasBeenHidden) { qApp->restoreOverrideCursor(); } cursorHasBeenHidden = false; } } }; ClientWindow::ClientWindow(String const &id) : BaseWindow(id) , d(new Instance(this)) { canvas().audienceForGLResize() += this; canvas().audienceForGLInit() += this; #ifdef WIN32 // Set an icon for the window. Path iconPath = DENG2_APP->nativeBasePath() / "data\\graphics\\doomsday.ico"; LOG_DEBUG("Window icon: ") << NativePath(iconPath).pretty(); setWindowIcon(QIcon(iconPath)); #endif d->setupUI(); } Vector2f ClientWindow::windowContentSize() const { return Vector2f(d->root.viewWidth().value(), d->root.viewHeight().value()); } ClientRootWidget &ClientWindow::root() { return d->root; } TaskBarWidget &ClientWindow::taskBar() { return *d->taskBar; } GuiWidget &ClientWindow::taskBarBlur() { return *d->taskBarBlur; } ConsoleWidget &ClientWindow::console() { return d->taskBar->console(); } NotificationAreaWidget &ClientWindow::notifications() { return *d->notifications; } GameWidget &ClientWindow::game() { return *d->game; } BusyWidget &ClientWindow::busy() { return *d->busy; } AlertDialog &ClientWindow::alerts() { return *d->alerts; } bool ClientWindow::isFPSCounterVisible() const { return App::config().getb(configName("showFps")); } void ClientWindow::setMode(Mode const &mode) { LOG_AS("ClientWindow"); d->setMode(mode); } void ClientWindow::closeEvent(QCloseEvent *ev) { LOG_DEBUG("Window is about to close, executing 'quit'"); /// @todo autosave and quit? Con_Execute(CMDS_DDAY, "quit", true, false); // We are not authorizing immediate closing of the window; // engine shutdown will take care of it later. ev->ignore(); // don't close } void ClientWindow::canvasGLReady(Canvas &canvas) { // Update the capability flags. GL_state.features.multisample = canvas.format().sampleBuffers(); LOGDEV_GL_MSG("GL feature: Multisampling: %b") << GL_state.features.multisample; if(vrCfg().needsStereoGLFormat() && !canvas.format().stereo()) { LOG_GL_WARNING("Current VR mode needs a stereo buffer, but it isn't supported"); } BaseWindow::canvasGLReady(canvas); // Now that the Canvas is ready for drawing we can enable the GameWidget. d->game->enable(); d->gameUI->enable(); // Configure a viewport immediately. GLState::current().setViewport(Rectangleui(0, 0, canvas.width(), canvas.height())).apply(); LOG_DEBUG("GameWidget enabled"); if(d->needMainInit) { d->needMainInit = false; d->finishMainWindowInit(); } } void ClientWindow::canvasGLInit(Canvas &) { Sys_GLConfigureDefaultState(); GL_Init2DState(); } void ClientWindow::preDraw() { // NOTE: This occurs during the Canvas paintGL event. BaseWindow::preDraw(); ClientApp::app().preFrame(); /// @todo what about multiwindow? DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Cursor position (if cursor is visible). d->updateMouseCursor(); if(d->needRootSizeUpdate) { d->updateRootSize(); } d->updateCompositor(); } void ClientWindow::drawWindowContent() { root().draw(); LIBGUI_ASSERT_GL_OK(); } void ClientWindow::postDraw() { // NOTE: This occurs during the Canvas paintGL event. // Finish GL drawing and swap it on to the screen. Blocks until buffers // swapped. GL_DoUpdate(); ClientApp::app().postFrame(); /// @todo what about multiwindow? d->updateFpsNotification(frameRate()); BaseWindow::postDraw(); } void ClientWindow::canvasGLResized(Canvas &canvas) { LOG_AS("ClientWindow"); Canvas::Size size = canvas.size(); LOG_TRACE("Canvas resized to ") << size.asText(); GLState::current().setViewport(Rectangleui(0, 0, size.x, size.y)); d->updateRootSize(); } bool ClientWindow::setDefaultGLFormat() // static { LOG_AS("DefaultGLFormat"); // Configure the GL settings for all subsequently created canvases. QGLFormat fmt; fmt.setProfile(QGLFormat::CompatibilityProfile); fmt.setVersion(2, 1); fmt.setDepth(false); // depth and stencil handled in GLFramebuffer fmt.setStencil(false); //fmt.setDepthBufferSize(16); //fmt.setStencilBufferSize(8); fmt.setDoubleBuffer(true); if(vrCfg().needsStereoGLFormat()) { // Only use a stereo format for modes that require it. LOG_GL_MSG("Using a stereoscopic frame buffer format"); fmt.setStereo(true); } #ifdef WIN32 if(CommandLine_Exists("-novsync") || !Con_GetByte("vid-vsync")) { fmt.setSwapInterval(0); } else { fmt.setSwapInterval(1); } #endif // The value of the "vid-fsaa" variable is written to this settings // key when the value of the variable changes. int sampleCount = 1; bool configured = de::App::config().getb("window.fsaa"); if(CommandLine_Exists("-nofsaa") || !configured) { LOG_GL_VERBOSE("Multisampling off"); } else { sampleCount = 4; // four samples is fine? LOG_GL_VERBOSE("Multisampling on (%i samples)") << sampleCount; } GLFramebuffer::setDefaultMultisampling(sampleCount); if(fmt != QGLFormat::defaultFormat()) { LOG_GL_VERBOSE("Applying new format..."); QGLFormat::setDefaultFormat(fmt); return true; } else { LOG_GL_XVERBOSE("New format is the same as before"); return false; } } bool ClientWindow::prepareForDraw() { if(!BaseWindow::prepareForDraw()) { return false; } // Offscreen composition is only needed in Oculus Rift mode. d->enableCompositor(vrCfg().mode() == VRConfig::OculusRift); if(d->performDeferredTasks() == Instance::AbortFrame) { // Shouldn't draw right now. return false; } return true; // Go ahead. } bool ClientWindow::shouldRepaintManually() const { // When the mouse is not trapped, allow the system to regulate window // updates (e.g., for window manipulation). if(isFullScreen()) return true; return !Mouse_IsPresent() || canvas().isMouseTrapped(); } void ClientWindow::grab(image_t &img, bool halfSized) const { DENG_ASSERT_IN_MAIN_THREAD(); QSize outputSize = (halfSized? QSize(width()/2, height()/2) : QSize()); QImage grabbed = canvas().grabImage(outputSize); Image_Init(img); img.size = Vector2ui(grabbed.width(), grabbed.height()); img.pixelSize = grabbed.depth()/8; img.pixels = (uint8_t *) malloc(grabbed.byteCount()); std::memcpy(img.pixels, grabbed.constBits(), grabbed.byteCount()); LOGDEV_GL_MSG("Grabbed Canvas contents %i x %i, byteCount:%i depth:%i format:%i") << grabbed.width() << grabbed.height() << grabbed.byteCount() << grabbed.depth() << grabbed.format(); DENG_ASSERT(img.pixelSize != 0); } void ClientWindow::drawGameContent() { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); GLState::current().target().clear(GLTarget::ColorDepthStencil); d->root.drawUntil(*d->gameSelMenu); } void ClientWindow::updateCanvasFormat() { d->needRecreateCanvas = true; // Save the relevant format settings. App::config().set("window.fsaa", Con_GetByte("vid-fsaa") != 0); } void ClientWindow::updateRootSize() { // This will be done a bit later as the call may originate from another thread. d->needRootSizeUpdate = true; } ClientWindow &ClientWindow::main() { return static_cast(BaseWindow::main()); } void ClientWindow::toggleFPSCounter() { App::config().set(configName("showFps"), !isFPSCounterVisible()); } void ClientWindow::showColorAdjustments() { d->colorAdjust->open(); } void ClientWindow::addOnTop(GuiWidget *widget) { d->container().add(widget); // Make sure the cursor remains the topmost widget. d->container().moveChildToLast(*d->cursor); } void ClientWindow::setSidebar(SidebarLocation location, GuiWidget *sidebar) { DENG2_ASSERT(location == RightEdge); d->installSidebar(location, sidebar); } bool ClientWindow::hasSidebar(SidebarLocation location) const { DENG2_ASSERT(location == RightEdge); return d->sidebar != 0; } bool ClientWindow::handleFallbackEvent(Event const &event) { return d->handleFallbackEvent(event); } #if defined(UNIX) && !defined(MACOSX) void GL_AssertContextActive() { DENG_ASSERT(QGLContext::currentContext() != 0); } #endif doomsday-1.14.5/doomsday/client/src/ui/dialogs/0000775000175000017500000000000012350542240020625 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/ui/dialogs/gamesdialog.cpp0000664000175000017500000001164612350542240023615 0ustar jaakkojaakko/** @file gamesdialog.cpp Dialog for viewing and loading available games. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/gamesdialog.h" #include "ui/widgets/gameselectionwidget.h" #include "ui/dialogs/networksettingsdialog.h" #include "ui/dialogs/manualconnectiondialog.h" #include "CommandAction" #include using namespace de; DENG_GUI_PIMPL(GamesDialog) { Mode mode; GameSelectionWidget *gameSel; //MenuWidget *list; Instance(Public *i, Mode m) : Base(i) , mode(m) { self.area().add(gameSel = new GameSelectionWidget("games")); gameSel->enableScrolling(false); gameSel->setTitleFont("heading"); gameSel->setTitleColor("accent", "text", ButtonWidget::ReplaceColor); gameSel->rule().setInput(Rule::Height, gameSel->contentRule().height()); } }; GamesDialog::GamesDialog(Mode mode, String const &name) : DialogWidget(name/*, WithHeading*/) , d(new Instance(this, mode)) { connect(d->gameSel, SIGNAL(gameSessionSelected(de::ui::Item const *)), this, SLOT(selectSession(de::ui::Item const *))); GridLayout layout(area().contentRule().left(), area().contentRule().top()); layout.setGridSize(1, 0); if(d->mode == ShowAll) { // Include the filter in the layout. d->gameSel->filter().rule().setInput(Rule::Width, d->gameSel->rule().width()); layout << d->gameSel->filter(); // Disallow changing the filter. d->gameSel->filter().setFilter(GameFilterWidget::AllGames, GameFilterWidget::Permanent); } else { // Disallow changing the filter. d->gameSel->filter().hide(); d->gameSel->filter().setFilter(d->mode == ShowSingleplayerOnly? GameFilterWidget::Singleplayer : GameFilterWidget::Multiplayer, GameFilterWidget::Permanent); switch(d->mode) { case ShowSingleplayerOnly: d->gameSel->subsetFold("available")->open(); d->gameSel->subsetFold("incomplete")->close(); break; case ShowMultiplayerOnly: d->gameSel->subsetFold("multi")->open(); break; default: break; } } layout << *d->gameSel; area().setContentSize(layout.width(), layout.height()); // Buttons appropriate for the mode: buttons() << new DialogButtonItem(Default | Accept, tr("Close")); if(d->mode != ShowSingleplayerOnly) { buttons() << new DialogButtonItem(Action | Id2, tr("Connect Manually..."), new SignalAction(this, SLOT(connectManually()))); // Multiplayer settings. buttons() << new DialogButtonItem(Action | Id1, style().images().image("gear"), new SignalAction(this, SLOT(showSettings()))); } } void GamesDialog::showSettings() { NetworkSettingsDialog *dlg = new NetworkSettingsDialog; dlg->setAnchorAndOpeningDirection(buttonWidget(Id1)->rule(), ui::Up); dlg->setDeleteAfterDismissed(true); dlg->exec(root()); } void GamesDialog::connectManually() { ManualConnectionDialog *dlg = new ManualConnectionDialog; dlg->setAnchorAndOpeningDirection(buttonWidget(Id2)->rule(), ui::Up); dlg->setDeleteAfterDismissed(true); dlg->enableJoinWhenSelected(false); // we'll do it ourselves connect(dlg, SIGNAL(selected(de::ui::Item const *)), this, SLOT(sessionSelectedManually(de::ui::Item const *))); dlg->exec(root()); } void GamesDialog::selectSession(ui::Item const *item) { setAcceptanceAction(d->gameSel->makeAction(*item)); accept(); } void GamesDialog::sessionSelectedManually(ui::Item const *item) { ManualConnectionDialog *dlg = (ManualConnectionDialog *) sender(); setAcceptanceAction(dlg->makeAction(*item)); accept(); } void GamesDialog::preparePanelForOpening() { DialogWidget::preparePanelForOpening(); d->gameSel->rule() .setInput(Rule::Width, OperatorRule::minimum( style().rules().rule("gameselection.max.width"), root().viewWidth() - margins().width())); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/audiosettingsdialog.cpp0000664000175000017500000001246012350542240025376 0ustar jaakkojaakko/** @file audiosettingsdialog.cpp Dialog for audio settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/audiosettingsdialog.h" #include "ui/widgets/cvarsliderwidget.h" #include "ui/widgets/cvartogglewidget.h" #include "ui/widgets/cvarchoicewidget.h" #include "clientapp.h" #include "de_audio.h" #include "con_main.h" #include #include using namespace de; using namespace de::ui; DENG_GUI_PIMPL(AudioSettingsDialog) { CVarSliderWidget *sfxVolume; CVarSliderWidget *musicVolume; CVarSliderWidget *reverbVolume; CVarToggleWidget *sound3D; CVarToggleWidget *overlapStop; CVarToggleWidget *sound16bit; CVarChoiceWidget *sampleRate; CVarChoiceWidget *musicSource; CVarToggleWidget *soundInfo; GridPopupWidget *devPopup; Instance(Public *i) : Base(i) { ScrollAreaWidget &area = self.area(); area.add(sfxVolume = new CVarSliderWidget("sound-volume")); area.add(musicVolume = new CVarSliderWidget("music-volume")); area.add(reverbVolume = new CVarSliderWidget("sound-reverb-volume")); area.add(sound3D = new CVarToggleWidget("sound-3d")); area.add(overlapStop = new CVarToggleWidget("sound-overlap-stop")); area.add(sound16bit = new CVarToggleWidget("sound-16bit")); area.add(sampleRate = new CVarChoiceWidget("sound-rate")); area.add(musicSource = new CVarChoiceWidget("music-source")); // Developer options. self.add(devPopup = new GridPopupWidget); soundInfo = new CVarToggleWidget("sound-info", tr("Sound Channel Status")); *devPopup << soundInfo; devPopup->commit(); } void fetch() { sfxVolume->updateFromCVar(); musicVolume->updateFromCVar(); reverbVolume->updateFromCVar(); sound3D->updateFromCVar(); overlapStop->updateFromCVar(); sound16bit->updateFromCVar(); soundInfo->updateFromCVar(); sampleRate->updateFromCVar(); musicSource->updateFromCVar(); } }; AudioSettingsDialog::AudioSettingsDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("Audio Settings")); LabelWidget *sfxVolLabel = LabelWidget::newWithText(tr("SFX Volume:"), &area()); LabelWidget *musicVolLabel = LabelWidget::newWithText(tr("Music Volume:"), &area()); LabelWidget *rvbVolLabel = LabelWidget::newWithText(tr("Reverb Volume:"), &area()); d->sound3D->setText(tr("3D Effects & Reverb")); d->overlapStop->setText(tr("One Sound per Emitter")); d->sound16bit->setText(tr("16-bit Resampling")); LabelWidget *rateLabel = LabelWidget::newWithText(tr("Resampling:"), &area()); d->sampleRate->items() << new ChoiceItem(tr("1x @ 11025 Hz"), 11025) << new ChoiceItem(tr("2x @ 22050 Hz"), 22050) << new ChoiceItem(tr("4x @ 44100 Hz"), 44100); LabelWidget *musSrcLabel = LabelWidget::newWithText(tr("Preferred Music:"), &area()); d->musicSource->items() << new ChoiceItem(tr("MUS lumps"), MUSP_MUS) << new ChoiceItem(tr("External files"), MUSP_EXT) << new ChoiceItem(tr("CD"), MUSP_CD); // Layout. GridLayout layout(area().contentRule().left(), area().contentRule().top()); layout.setGridSize(2, 0); layout.setColumnAlignment(0, ui::AlignRight); layout << *sfxVolLabel << *d->sfxVolume << *musicVolLabel << *d->musicVolume << *rvbVolLabel << *d->reverbVolume << Const(0) << *d->sound3D << Const(0) << *d->overlapStop << *musSrcLabel << *d->musicSource << *rateLabel << *d->sampleRate << Const(0) << *d->sound16bit; area().setContentSize(layout.width(), layout.height()); buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Accept, tr("Close")) << new DialogButtonItem(DialogWidget::Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))) << new DialogButtonItem(DialogWidget::Action | Id1, style().images().image("gauge"), new SignalAction(this, SLOT(showDeveloperPopup()))); d->devPopup->setAnchorAndOpeningDirection(buttonWidget(Id1)->rule(), ui::Up); d->fetch(); } void AudioSettingsDialog::resetToDefaults() { ClientApp::audioSettings().resetToDefaults(); d->fetch(); } void AudioSettingsDialog::showDeveloperPopup() { d->devPopup->open(); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/vrsettingsdialog.cpp0000664000175000017500000001656012350542240024731 0ustar jaakkojaakko/** @file vrsettingsdialog.cpp Settings for virtual reality. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/vrsettingsdialog.h" #include "ui/widgets/cvarsliderwidget.h" #include "ui/widgets/cvartogglewidget.h" #include "ui/widgets/cvarchoicewidget.h" #include "render/vr.h" #include "con_main.h" #include using namespace de; using namespace ui; DENG_GUI_PIMPL(VRSettingsDialog) { CVarChoiceWidget *mode; CVarToggleWidget *swapEyes; CVarSliderWidget *dominantEye; CVarSliderWidget *humanHeight; CVarSliderWidget *ipd; CVarSliderWidget *riftSamples; CVarSliderWidget *riftPredictionLatency; ButtonWidget *riftSetup; ButtonWidget *desktopSetup; Instance(Public *i) : Base(i) , riftPredictionLatency(0) , riftSetup(0) { ScrollAreaWidget &area = self.area(); area.add(mode = new CVarChoiceWidget("rend-vr-mode")); mode->items() << new ChoiceItem(tr("No stereo"), VRConfig::Mono) << new ChoiceItem(tr("Anaglyph (green/magenta)"), VRConfig::GreenMagenta) << new ChoiceItem(tr("Anaglyph (red/cyan)"), VRConfig::RedCyan) << new ChoiceItem(tr("Left eye only"), VRConfig::LeftOnly) << new ChoiceItem(tr("Right eye only"), VRConfig::RightOnly) << new ChoiceItem(tr("Top/bottom"), VRConfig::TopBottom) << new ChoiceItem(tr("Side-by-side"), VRConfig::SideBySide) << new ChoiceItem(tr("Parallel"), VRConfig::Parallel) << new ChoiceItem(tr("Cross-eye"), VRConfig::CrossEye) << new ChoiceItem(tr("Oculus Rift"), VRConfig::OculusRift) << new ChoiceItem(tr("Hardware stereo"), VRConfig::QuadBuffered); area.add(swapEyes = new CVarToggleWidget("rend-vr-swap-eyes", tr("Swap Eyes"))); area.add(dominantEye = new CVarSliderWidget("rend-vr-dominant-eye")); area.add(humanHeight = new CVarSliderWidget("rend-vr-player-height")); area.add(riftSamples = new CVarSliderWidget("rend-vr-rift-samples")); area.add(ipd = new CVarSliderWidget("rend-vr-ipd")); ipd->setDisplayFactor(1000); if(vrCfg().oculusRift().isReady()) { area.add(riftPredictionLatency = new CVarSliderWidget("rend-vr-rift-latency")); riftPredictionLatency->setDisplayFactor(1000); area.add(riftSetup = new ButtonWidget); riftSetup->setText(tr("Apply Rift Settings")); riftSetup->setAction(new SignalAction(thisPublic, SLOT(autoConfigForOculusRift()))); area.add(desktopSetup = new ButtonWidget); desktopSetup->setText(tr("Apply Desktop Settings")); desktopSetup->setAction(new SignalAction(thisPublic, SLOT(autoConfigForDesktop()))); } } void fetch() { foreach(Widget *child, self.area().childWidgets()) { if(ICVarWidget *w = child->maybeAs()) { w->updateFromCVar(); } } } }; VRSettingsDialog::VRSettingsDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("3D & VR Settings")); LabelWidget *modeLabel = LabelWidget::newWithText(tr("Stereo Mode:"), &area()); LabelWidget *heightLabel = LabelWidget::newWithText(tr("Height (m):"), &area()); LabelWidget *ipdLabel = LabelWidget::newWithText(tr("IPD (mm):"), &area()); LabelWidget *dominantLabel = LabelWidget::newWithText(tr("Dominant Eye:"), &area()); // Layout. GridLayout layout(area().contentRule().left(), area().contentRule().top()); layout.setGridSize(2, 0); layout.setColumnAlignment(0, ui::AlignRight); layout << *modeLabel << *d->mode << *heightLabel << *d->humanHeight << *ipdLabel << *d->ipd << *dominantLabel << *d->dominantEye << Const(0) << *d->swapEyes; LabelWidget *ovrLabel = LabelWidget::newWithText(_E(1)_E(D) + tr("Oculus Rift"), &area()); LabelWidget *sampleLabel = LabelWidget::newWithText(tr("Multisampling:"), &area()); ovrLabel->margins().setTop("gap"); sampleLabel->setTextLineAlignment(ui::AlignRight); layout.setCellAlignment(Vector2i(0, 5), ui::AlignLeft); layout.append(*ovrLabel, 2) << *sampleLabel << *d->riftSamples; if(vrCfg().oculusRift().isReady()) { LabelWidget *latencyLabel = LabelWidget::newWithText(tr("Prediction Latency:"), &area()); LabelWidget *utilLabel = LabelWidget::newWithText(tr("Utilities:"), &area()); layout << *latencyLabel << *d->riftPredictionLatency << *utilLabel << *d->riftSetup << Const(0) << *d->desktopSetup; } area().setContentSize(layout.width(), layout.height()); buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Accept, tr("Close")) << new DialogButtonItem(DialogWidget::Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))); d->fetch(); } void VRSettingsDialog::resetToDefaults() { Con_SetInteger("rend-vr-mode", VRConfig::Mono); Con_SetInteger("rend-vr-swap-eyes", 0); Con_SetFloat ("rend-vr-dominant-eye", 0); Con_SetFloat ("rend-vr-player-height", 1.75f); Con_SetFloat ("rend-vr-ipd", 0.064f); Con_SetFloat ("rend-vr-rift-latency", 0.030f); Con_SetInteger("rend-vr-rift-samples", 2); d->fetch(); } void VRSettingsDialog::autoConfigForOculusRift() { Con_Execute(CMDS_DDAY, "setfullres 1280 800", false, false); Con_Execute(CMDS_DDAY, "bindcontrol lookpitch head-pitch", false, false); Con_Execute(CMDS_DDAY, "bindcontrol yawbody head-yaw", false, false); /// @todo This would be a good use case for cvar overriding. -jk Con_SetInteger("rend-vr-mode", VRConfig::OculusRift); Con_SetInteger("vid-fsaa", 0); Con_SetFloat ("vid-gamma", 1.176f); Con_SetFloat ("vid-contrast", 1.186f); Con_SetFloat ("vid-bright", .034f); Con_SetFloat ("view-bob-height", .2f); Con_SetFloat ("msg-scale", 1); Con_SetFloat ("hud-scale", 1); d->fetch(); } void VRSettingsDialog::autoConfigForDesktop() { Con_SetInteger("rend-vr-mode", VRConfig::Mono); Con_SetFloat ("vid-gamma", 1); Con_SetFloat ("vid-contrast", 1); Con_SetFloat ("vid-bright", 0); Con_SetFloat ("view-bob-height", 1); Con_SetFloat ("msg-scale", .8f); Con_SetFloat ("hud-scale", .6f); d->fetch(); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/manualconnectiondialog.cpp0000664000175000017500000001520012350542240026044 0ustar jaakkojaakko/** @file manualconnectiondialog.cpp Dialog for connecting to a server. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/manualconnectiondialog.h" #include "ui/widgets/mpsessionmenuwidget.h" #include "clientapp.h" #include #include #include using namespace de; DENG2_PIMPL(ManualConnectionDialog) , DENG2_OBSERVES(ServerLink, DiscoveryUpdate) { String usedAddress; FoldPanelWidget *fold; MPSessionMenuWidget *games; ProgressWidget *progress; bool querying; bool joinWhenEnterPressed; bool autoJoin; Instance(Public *i) : Base(i) , querying(false) , joinWhenEnterPressed(false) , autoJoin(true) { ClientApp::serverLink().audienceForDiscoveryUpdate += this; } ~Instance() { ClientApp::serverLink().audienceForDiscoveryUpdate -= this; } void linkDiscoveryUpdate(ServerLink const &link) { if(querying) { // Time to show what we found. querying = false; progress->setRotationSpeed(0); self.editor().enable(); self.validate(); if(link.foundServerCount(ServerLink::Direct) > 0) { progress->hide(); fold->open(); if(link.foundServerCount(ServerLink::Direct) == 1) { joinWhenEnterPressed = true; } } else { fold->close(0); progress->setRotationSpeed(0); progress->setText(_E(l) + tr("No response")); progress->setOpacity(0, 4, 2); } } } ButtonWidget &connectButton() { return self.buttonWidget(tr("Connect")); } }; ManualConnectionDialog::ManualConnectionDialog(String const &name) : InputDialog(name), d(new Instance(this)) { add(d->progress = new ProgressWidget); d->progress->useMiniStyle("altaccent"); d->progress->setWidthPolicy(ui::Expand); d->progress->setTextAlignment(ui::AlignLeft); d->progress->hide(); // The found games are shown inside a fold panel. d->fold = new FoldPanelWidget; d->games = new MPSessionMenuWidget(MPSessionMenuWidget::DirectDiscoveryOnly); connect(d->games, SIGNAL(sessionSelected(de::ui::Item const *)), this, SIGNAL(selected(de::ui::Item const *))); connect(d->games, SIGNAL(sessionSelected(de::ui::Item const *)), this, SLOT (serverSelected(de::ui::Item const *))); d->games->rule().setInput(Rule::Width, rule().width() - margins().width()); d->fold->setContent(d->games); area().add(d->fold); title().setText(tr("Connect to Server")); message().setText(tr("Enter the IP address or domain name of the multiplayer server you want to connect to. " "Optionally, you may include a TCP port number, for example " _E(b) "10.0.1.1:13209" _E(.) ".")); buttons().clear() << new DialogButtonItem(Default, tr("Connect"), new SignalAction(this, SLOT(queryOrConnect()))) << new DialogButtonItem(Reject); d->connectButton().disable(); d->progress->rule() .setInput(Rule::Top, buttonsMenu().rule().top()) .setInput(Rule::Right, buttonsMenu().rule().left()) .setInput(Rule::Height, buttonsMenu().rule().height() - margins().bottom()); disconnect(&editor(), SIGNAL(enterPressed(QString)), this, SLOT(accept())); connect(&editor(), SIGNAL(enterPressed(QString)), this, SLOT(queryOrConnect())); connect(&editor(), SIGNAL(editorContentChanged()), this, SLOT(validate())); connect(&editor(), SIGNAL(editorContentChanged()), this, SLOT(contentChanged())); updateLayout(); } void ManualConnectionDialog::enableJoinWhenSelected(bool joinWhenSelected) { d->autoJoin = joinWhenSelected; } Action *ManualConnectionDialog::makeAction(const ui::Item &item) { return d->games->makeAction(item); } void ManualConnectionDialog::operator >> (PersistentState &toState) const { toState.names().set(name() + ".address", d->usedAddress); } void ManualConnectionDialog::operator << (PersistentState const &fromState) { d->usedAddress = fromState.names()[name() + ".address"]; editor().setText(d->usedAddress); validate(); } void ManualConnectionDialog::queryOrConnect() { if(d->connectButton().isDisabled()) { // Should not try now. return; } if(!d->querying) { // Automatically connect if there is a single choice. if(d->joinWhenEnterPressed) { emit selected(&d->games->items().at(0)); serverSelected(&d->games->items().at(0)); return; } d->joinWhenEnterPressed = false; d->querying = true; d->progress->setText(_E(l) + tr("Looking for host...")); d->progress->setRotationSpeed(40); d->progress->show(); d->progress->setOpacity(1); editor().disable(); validate(); ClientApp::serverLink().discover(editor().text()); } } void ManualConnectionDialog::contentChanged() { d->joinWhenEnterPressed = false; } void ManualConnectionDialog::validate() { bool valid = true; if(d->querying) { valid = false; } if(editor().text().isEmpty() || editor().text().contains(';') || editor().text().endsWith(":") || editor().text().startsWith(":")) { valid = false; } d->connectButton().enable(valid); } void ManualConnectionDialog::serverSelected(ui::Item const *item) { if(d->autoJoin) { setAcceptanceAction(makeAction(*item)); } accept(); } void ManualConnectionDialog::finish(int result) { if(result) { // The dialog was accepted. d->usedAddress = editor().text(); } InputDialog::finish(result); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/videosettingsdialog.cpp0000664000175000017500000002244412350542240025406 0ustar jaakkojaakko/** @file videosettingsdialog.cpp Dialog for video settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/videosettingsdialog.h" #include "ui/widgets/cvartogglewidget.h" #include "ui/widgets/taskbarwidget.h" #include "ui/clientwindow.h" #include "CommandAction" #include "con_main.h" #include "clientapp.h" #include #include #include #include #include #include #include using namespace de; using namespace ui; #ifndef MACOSX # define USE_COLOR_DEPTH_CHOICE #endif DENG2_PIMPL(VideoSettingsDialog), DENG2_OBSERVES(PersistentCanvasWindow, AttributeChange) { ClientWindow &win; VariableToggleWidget *showFps; ToggleWidget *fullscreen; ToggleWidget *maximized; ToggleWidget *centered; CVarToggleWidget *fsaa; CVarToggleWidget *vsync; ChoiceWidget *modes; ButtonWidget *windowButton; #ifdef USE_COLOR_DEPTH_CHOICE ChoiceWidget *depths; #endif Instance(Public *i) : Base(i), win(ClientWindow::main()) { ScrollAreaWidget &area = self.area(); area.add(showFps = new VariableToggleWidget(App::config()["window.main.showFps"])); area.add(fullscreen = new ToggleWidget); area.add(maximized = new ToggleWidget); area.add(centered = new ToggleWidget); area.add(fsaa = new CVarToggleWidget("vid-fsaa")); area.add(vsync = new CVarToggleWidget("vid-vsync")); area.add(modes = new ChoiceWidget); area.add(windowButton = new ButtonWidget); #ifdef USE_COLOR_DEPTH_CHOICE area.add(depths = new ChoiceWidget); #endif win.audienceForAttributeChange() += this; } ~Instance() { win.audienceForAttributeChange() -= this; } /** * Updates the widgets with the actual current state. */ void fetch() { fullscreen->setActive(win.isFullScreen()); maximized->setActive(win.isMaximized()); centered->setActive(win.isCentered()); windowButton->enable(!win.isFullScreen() && !win.isMaximized()); fsaa->updateFromCVar(); vsync->updateFromCVar(); // Select the current resolution/size in the mode list. Canvas::Size current = win.fullscreenSize(); // Update selected display mode. ui::Data::Pos closest = ui::Data::InvalidPos; int delta = 0; for(ui::Data::Pos i = 0; i < modes->items().size(); ++i) { QPoint const res = modes->items().at(i).data().toPoint(); int dx = res.x() - current.x; int dy = res.y() - current.y; int d = dx*dx + dy*dy; if(closest == ui::Data::InvalidPos || d < delta) { closest = i; delta = d; } } modes->setSelected(closest); #ifdef USE_COLOR_DEPTH_CHOICE // Select the current color depth in the depth list. depths->setSelected(depths->items().findData(win.colorDepthBits())); #endif } void windowAttributesChanged(PersistentCanvasWindow &) { fetch(); } }; VideoSettingsDialog::VideoSettingsDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("Video Settings")); // Toggles for video/window options. d->fullscreen->setText(tr("Fullscreen")); d->fullscreen->setAction(new CommandAction("togglefullscreen")); d->maximized->setText(tr("Maximized")); d->maximized->setAction(new CommandAction("togglemaximized")); d->centered->setText(tr("Center Window")); d->centered->setAction(new CommandAction("togglecentered")); d->showFps->setText(tr("Show FPS")); d->fsaa->setText(tr("Antialias")); d->vsync->setText(tr("VSync")); LabelWidget *modeLabel = new LabelWidget; modeLabel->setText(tr("Resolution:")); area().add(modeLabel); // Choice of display modes + 16/32-bit color depth. d->modes->setOpeningDirection(ui::Up); if(DisplayMode_Count() > 10) { d->modes->popup().menu().setGridSize(2, ui::Expand, 0, ui::Expand); } for(int i = 0; i < DisplayMode_Count(); ++i) { DisplayMode const *m = DisplayMode_ByIndex(i); QPoint const res(m->width, m->height); if(d->modes->items().findData(res) != ui::Data::InvalidPos) { // Got this already. continue; } String desc = String("%1 x %2 (%3:%4)") .arg(m->width).arg(m->height) .arg(m->ratioX).arg(m->ratioY); d->modes->items() << new ChoiceItem(desc, res); } #ifdef USE_COLOR_DEPTH_CHOICE LabelWidget *colorLabel = new LabelWidget; colorLabel->setText(tr("Colors:")); area().add(colorLabel); d->depths->items() << new ChoiceItem(tr("32-bit"), 32) << new ChoiceItem(tr("24-bit"), 24) << new ChoiceItem(tr("16-bit"), 16); #endif buttons() << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, tr("Close")) << new DialogButtonItem(DialogWidget::Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))); d->windowButton->setImage(style().images().image("window.icon")); d->windowButton->setOverrideImageSize(style().fonts().font("default").height().valuei()); d->windowButton->setAction(new SignalAction(this, SLOT(showWindowMenu()))); // Layout all widgets. Rule const &gap = style().rules().rule("dialog.gap"); GridLayout layout(area().contentRule().left(), area().contentRule().top(), GridLayout::RowFirst); layout.setGridSize(2, 3); layout.setColumnPadding(style().rules().rule("unit")); layout << *d->showFps << *d->fsaa << *d->vsync << *d->fullscreen << *d->maximized << *d->centered; GridLayout modeLayout(d->vsync->rule().left(), d->vsync->rule().bottom() + gap); modeLayout.setGridSize(2, 0); modeLayout.setColumnAlignment(0, ui::AlignRight); modeLayout << *modeLabel; modeLayout.append(*d->modes, d->modes->rule().width() + d->windowButton->rule().width()); d->windowButton->rule() .setInput(Rule::Top, d->modes->rule().top()) .setInput(Rule::Left, d->modes->rule().right()); #ifdef USE_COLOR_DEPTH_CHOICE modeLayout << *colorLabel << *d->depths; #endif ButtonWidget *adjustButton = new ButtonWidget; adjustButton->setText(tr("Color Adjustments...")); adjustButton->setAction(new SignalAction(this, SLOT(showColorAdjustments()))); area().add(adjustButton); modeLayout << Const(0) << *adjustButton; area().setContentSize(OperatorRule::maximum(layout.width(), modeLayout.width()), layout.height() + gap + modeLayout.height()); d->fetch(); connect(d->modes, SIGNAL(selectionChangedByUser(uint)), this, SLOT(changeMode(uint))); #ifdef USE_COLOR_DEPTH_CHOICE connect(d->depths, SIGNAL(selectionChangedByUser(uint)), this, SLOT(changeColorDepth(uint))); #endif } void VideoSettingsDialog::resetToDefaults() { ClientApp::windowSystem().settings().resetToDefaults(); d->fetch(); } void VideoSettingsDialog::changeMode(uint selected) { QPoint const res = d->modes->items().at(selected).data().toPoint(); int attribs[] = { ClientWindow::FullscreenWidth, int(res.x()), ClientWindow::FullscreenHeight, int(res.y()), ClientWindow::End }; d->win.changeAttributes(attribs); } void VideoSettingsDialog::changeColorDepth(uint selected) { #ifdef USE_COLOR_DEPTH_CHOICE Con_Executef(CMDS_DDAY, true, "setcolordepth %i", d->depths->items().at(selected).data().toInt()); #else DENG2_UNUSED(selected); #endif } void VideoSettingsDialog::showColorAdjustments() { d->win.showColorAdjustments(); d->win.taskBar().closeConfigMenu(); } void VideoSettingsDialog::showWindowMenu() { PopupMenuWidget *menu = new PopupMenuWidget; menu->setDeleteAfterDismissed(true); add(menu); menu->setAnchorAndOpeningDirection(d->windowButton->rule(), ui::Up); menu->items() << new ActionItem(tr("Apply to Window"), new SignalAction(this, SLOT(applyModeToWindow()))); menu->open(); } void VideoSettingsDialog::applyModeToWindow() { QPoint const res = d->modes->selectedItem().data().toPoint(); int attribs[] = { ClientWindow::Width, res.x(), ClientWindow::Height, res.y(), ClientWindow::End }; d->win.changeAttributes(attribs); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/aboutdialog.cpp0000664000175000017500000001033112350542240023621 0ustar jaakkojaakko/** @file aboutdialog.cpp Information about the Doomsday Client. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/aboutdialog.h" #include "gl/sys_opengl.h" #include "audio/audiodriver.h" #include "clientapp.h" #include "versioninfo.h" #include "dd_def.h" #include #include #include #include #include #include using namespace de; DENG2_PIMPL(AboutDialog) { DocumentPopupWidget *glPopup; DocumentPopupWidget *audioPopup; Instance(Public *i) : Base(i) { // Popup with GL info. glPopup = new DocumentPopupWidget; glPopup->document().setText(Sys_GLDescription()); self.add(glPopup); // Popup with audio info. audioPopup = new DocumentPopupWidget; audioPopup->document().setText(AudioDriver_InterfaceDescription()); self.add(audioPopup); } }; AboutDialog::AboutDialog() : DialogWidget("about"), d(new Instance(this)) { /* * Construct the widgets. */ LabelWidget *logo = new LabelWidget; logo->setImage(style().images().image("logo.px256")); logo->setSizePolicy(ui::Fixed, ui::Expand); VersionInfo version; de::Version ver2; // Set up the contents of the widget. LabelWidget *title = LabelWidget::newWithText(String("%1 %2.%3") .arg(DOOMSDAY_NICENAME) .arg(version.major) .arg(version.minor)); title->margins().set(""); title->setFont("title"); title->setTextColor("accent"); title->setSizePolicy(ui::Fixed, ui::Expand); LabelWidget *info = new LabelWidget; String txt = String(_E(b) "%4 %5 #%6" _E(.) "\n%7\n\n%1 (%2-%8)%3") .arg(ver2.operatingSystem() == "windows"? tr("Windows") : ver2.operatingSystem() == "macx"? tr("Mac OS X") : tr("Unix")) .arg(ver2.cpuBits()) .arg(ver2.isDebugBuild()? tr(" Debug") : "") .arg(DOOMSDAY_RELEASE_TYPE) .arg(version.base()) .arg(ver2.build) .arg(Time::fromText(__DATE__ " " __TIME__, Time::CompilerDateTime) .asDateTime().toString(Qt::SystemLocaleShortDate)) .arg(tr("bit")); info->setText(txt); info->setSizePolicy(ui::Fixed, ui::Expand); area().add(logo); area().add(title); area().add(info); // Layout. RuleRectangle const &cont = area().contentRule(); SequentialLayout layout(cont.left(), cont.top()); layout.setOverrideWidth(style().rules().rule("dialog.about.width")); layout << *logo << *title << *info; // Total size of the dialog's content. area().setContentSize(layout.width(), layout.height()); buttons() << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, tr("Close")) << new DialogButtonItem(DialogWidget::Action, tr("GL"), new SignalAction(d->glPopup, SLOT(open()))) << new DialogButtonItem(DialogWidget::Action, tr("Audio"), new SignalAction(d->audioPopup, SLOT(open()))) << new DialogButtonItem(DialogWidget::Action, tr("Homepage..."), new SignalAction(&ClientApp::app(), SLOT(openHomepageInBrowser()))); // The popups are anchored to their button. d->glPopup->setAnchorAndOpeningDirection(buttonWidget(tr("GL")).rule(), ui::Up); d->audioPopup->setAnchorAndOpeningDirection(buttonWidget(tr("Audio")).rule(), ui::Up); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/coloradjustmentdialog.cpp0000664000175000017500000000642412350542240025734 0ustar jaakkojaakko/** @file coloradjustmentdialog.cpp Dialog for gamma, etc. adjustments. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/coloradjustmentdialog.h" #include "ui/widgets/cvarsliderwidget.h" #include #include #include "con_main.h" using namespace de; using namespace ui; DENG_GUI_PIMPL(ColorAdjustmentDialog) { CVarSliderWidget *gamma; CVarSliderWidget *contrast; CVarSliderWidget *brightness; Instance(Public *i) : Base(i) { ScrollAreaWidget &area = self.area(); LabelWidget *gammaLabel = LabelWidget::newWithText(tr("Gamma:"), &area); LabelWidget *contrastLabel = LabelWidget::newWithText(tr("Contrast:"), &area); LabelWidget *brightnessLabel = LabelWidget::newWithText(tr("Brightness:"), &area); area.add(gamma = new CVarSliderWidget("vid-gamma")); area.add(contrast = new CVarSliderWidget("vid-contrast")); area.add(brightness = new CVarSliderWidget("vid-bright")); Rule const &sliderWidth = style().rules().rule("coloradjustment.slider"); gamma->rule().setInput(Rule::Width, sliderWidth); contrast->rule().setInput(Rule::Width, sliderWidth); brightness->rule().setInput(Rule::Width, sliderWidth); GridLayout layout(area.contentRule().left(), area.contentRule().top()); layout.setGridSize(2, 3); layout.setColumnAlignment(0, ui::AlignRight); layout << *gammaLabel << *gamma << *contrastLabel << *contrast << *brightnessLabel << *brightness; area.setContentSize(layout.width(), layout.height()); } void fetch() { gamma->updateFromCVar(); contrast->updateFromCVar(); brightness->updateFromCVar(); } }; ColorAdjustmentDialog::ColorAdjustmentDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("Color Adjustments")); buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Accept, tr("Close")) << new DialogButtonItem(DialogWidget::Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))); } void ColorAdjustmentDialog::prepare() { DialogWidget::prepare(); d->fetch(); } void ColorAdjustmentDialog::resetToDefaults() { Con_SetFloat("vid-gamma", 1); Con_SetFloat("vid-contrast", 1); Con_SetFloat("vid-bright", 0); d->gamma->updateFromCVar(); d->contrast->updateFromCVar(); d->brightness->updateFromCVar(); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/networksettingsdialog.cpp0000664000175000017500000000645012350542240025770 0ustar jaakkojaakko/** @file networksettingsdialog.cpp Dialog for network settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/networksettingsdialog.h" #include "ui/widgets/cvarsliderwidget.h" #include "ui/widgets/cvartogglewidget.h" #include "ui/widgets/cvarchoicewidget.h" #include "clientapp.h" #include "de_audio.h" #include "con_main.h" #include #include #include using namespace de; using namespace ui; DENG_GUI_PIMPL(NetworkSettingsDialog) { VariableLineEditWidget *masterApi; GridPopupWidget *devPopup; CVarToggleWidget *devInfo; Instance(Public *i) : Base(i) { ScrollAreaWidget &area = self.area(); area.add(masterApi = new VariableLineEditWidget(App::config()["masterServer.apiUrl"])); // Developer options. self.add(devPopup = new GridPopupWidget); devPopup->layout().setGridSize(1, 0); *devPopup << (devInfo = new CVarToggleWidget("net-dev")); devPopup->commit(); } void fetch() { foreach(Widget *w, self.area().childWidgets() + devPopup->content().childWidgets()) { if(ICVarWidget *cv = w->maybeAs()) { cv->updateFromCVar(); } } } }; NetworkSettingsDialog::NetworkSettingsDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("Network Settings")); d->devInfo->setText(tr("Developer Info")); LabelWidget *masterApiLabel = LabelWidget::newWithText(tr("Master API URL:"), &area()); // Layout. GridLayout layout(area().contentRule().left(), area().contentRule().top()); layout.setGridSize(2, 0); layout.setColumnAlignment(0, ui::AlignRight); layout << *masterApiLabel << *d->masterApi; area().setContentSize(layout.width(), layout.height()); buttons() << new DialogButtonItem(Default | Accept, tr("Close")) << new DialogButtonItem(Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))) << new DialogButtonItem(Action | Id1, style().images().image("gauge"), new SignalAction(this, SLOT(showDeveloperPopup()))); d->devPopup->setAnchorAndOpeningDirection(buttonWidget(Id1)->rule(), ui::Up); d->fetch(); } void NetworkSettingsDialog::resetToDefaults() { ClientApp::networkSettings().resetToDefaults(); d->fetch(); } void NetworkSettingsDialog::showDeveloperPopup() { d->devPopup->open(); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/inputsettingsdialog.cpp0000664000175000017500000002031012350542240025425 0ustar jaakkojaakko/** @file inputsettingsdialog.cpp Dialog for input settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/inputsettingsdialog.h" #include "ui/widgets/cvarsliderwidget.h" #include "ui/widgets/cvartogglewidget.h" #include "ui/widgets/keygrabberwidget.h" #include "clientapp.h" #include "con_main.h" #include #include #include using namespace de; using namespace ui; DENG_GUI_PIMPL(InputSettingsDialog) { VariableToggleWidget *syncMouse; CVarToggleWidget *syncInput; CVarSliderWidget *mouseSensiX; CVarSliderWidget *mouseSensiY; ToggleWidget *mouseDisableX; ToggleWidget *mouseDisableY; ToggleWidget *mouseInvertX; ToggleWidget *mouseInvertY; ToggleWidget *mouseFilterX; ToggleWidget *mouseFilterY; CVarToggleWidget *joyEnable; GridPopupWidget *devPopup; Instance(Public *i) : Base(i) { ScrollAreaWidget &area = self.area(); area.add(syncMouse = new VariableToggleWidget(App::config()["input.mouse.syncSensitivity"])); area.add(syncInput = new CVarToggleWidget("input-sharp")); area.add(mouseSensiX = new CVarSliderWidget("input-mouse-x-scale")); area.add(mouseSensiY = new CVarSliderWidget("input-mouse-y-scale")); area.add(mouseDisableX = new ToggleWidget); area.add(mouseDisableY = new ToggleWidget); area.add(mouseInvertX = new ToggleWidget); area.add(mouseInvertY = new ToggleWidget); area.add(mouseFilterX = new ToggleWidget); area.add(mouseFilterY = new ToggleWidget); area.add(joyEnable = new CVarToggleWidget("input-joy")); // Developer options. self.add(devPopup = new GridPopupWidget); *devPopup << LabelWidget::newWithText(tr("Key Grabber:")) << new KeyGrabberWidget; devPopup->commit(); } void fetch() { syncInput->updateFromCVar(); mouseSensiX->updateFromCVar(); mouseSensiY->updateFromCVar(); joyEnable->updateFromCVar(); mouseDisableX->setActive(Con_GetInteger("input-mouse-x-flags") & IDA_DISABLED); mouseDisableY->setActive(Con_GetInteger("input-mouse-y-flags") & IDA_DISABLED); mouseInvertX->setActive(Con_GetInteger("input-mouse-x-flags") & IDA_INVERT); mouseInvertY->setActive(Con_GetInteger("input-mouse-y-flags") & IDA_INVERT); mouseFilterX->setInactive(Con_GetInteger("input-mouse-x-flags") & IDA_RAW); mouseFilterY->setInactive(Con_GetInteger("input-mouse-y-flags") & IDA_RAW); enableOrDisable(); } void enableOrDisable() { mouseSensiX->disable(mouseDisableX->isActive()); mouseSensiY->disable(mouseDisableY->isActive()); mouseInvertX->disable(mouseDisableX->isActive()); mouseInvertY->disable(mouseDisableY->isActive()); mouseFilterX->disable(mouseDisableX->isActive()); mouseFilterY->disable(mouseDisableY->isActive()); } void updateMouseFlags() { Con_SetInteger("input-mouse-x-flags", (mouseDisableX->isActive()? IDA_DISABLED : 0) | (mouseInvertX->isActive()? IDA_INVERT : 0) | (mouseFilterX->isInactive()? IDA_RAW : 0)); Con_SetInteger("input-mouse-y-flags", (mouseDisableY->isActive()? IDA_DISABLED : 0) | (mouseInvertY->isActive()? IDA_INVERT : 0) | (mouseFilterY->isInactive()? IDA_RAW : 0)); enableOrDisable(); } }; InputSettingsDialog::InputSettingsDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("Input Settings")); d->syncInput->setText(tr("Vanilla 35Hz Input Rate")); d->syncMouse->setText(tr("Uniform Mouse Axis Sensitivity")); LabelWidget *mouseXLabel = LabelWidget::newWithText(_E(1)_E(D) + tr("Mouse X"), &area()); LabelWidget *mouseYLabel = LabelWidget::newWithText(_E(1)_E(D) + tr("Mouse Y"), &area()); mouseXLabel->margins().setTop(style().rules().rule("gap")); mouseYLabel->margins().setTop(style().rules().rule("gap")); // The sensitivity cvars are unlimited. d->mouseSensiX->setRange(Rangef(.00005f, .0075f)); d->mouseSensiX->setDisplayFactor(1000); d->mouseSensiY->setRange(Rangef(.00005f, .0075f)); d->mouseSensiY->setDisplayFactor(1000); connect(d->mouseSensiX, SIGNAL(valueChangedByUser(double)), this, SLOT(mouseSensitivityChanged(double))); connect(d->mouseSensiY, SIGNAL(valueChangedByUser(double)), this, SLOT(mouseSensitivityChanged(double))); d->mouseInvertX->setText(tr("Invert Axis")); d->mouseDisableX->setText(tr("Disable Axis")); d->mouseFilterX->setText(tr("Filter Axis")); d->mouseInvertY->setText(tr("Invert Axis")); d->mouseDisableY->setText(tr("Disable Axis")); d->mouseFilterY->setText(tr("Filter Axis")); connect(d->mouseInvertX, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), this, SLOT(mouseTogglesChanged())); connect(d->mouseInvertY, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), this, SLOT(mouseTogglesChanged())); connect(d->mouseDisableX, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), this, SLOT(mouseTogglesChanged())); connect(d->mouseDisableY, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), this, SLOT(mouseTogglesChanged())); connect(d->mouseFilterX, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), this, SLOT(mouseTogglesChanged())); connect(d->mouseFilterY, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), this, SLOT(mouseTogglesChanged())); d->joyEnable->setText(tr("Joystick Enabled")); // Layout. GridLayout layout(area().contentRule().left(), area().contentRule().top()); layout.setGridSize(2, 0); //layout.setColumnAlignment(0, ui::AlignRight); layout.append(*d->syncInput, 2) .append(*d->joyEnable, 2) .append(*d->syncMouse, 2); layout << *mouseXLabel << *mouseYLabel << *d->mouseSensiX << *d->mouseSensiY << *d->mouseInvertX << *d->mouseInvertY << *d->mouseFilterX << *d->mouseFilterY << *d->mouseDisableX << *d->mouseDisableY; area().setContentSize(layout.width(), layout.height()); buttons() << new DialogButtonItem(Default | Accept, tr("Close")) << new DialogButtonItem(Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))) << new DialogButtonItem(Action | Id1, style().images().image("gauge"), new SignalAction(this, SLOT(showDeveloperPopup()))); d->devPopup->setAnchorAndOpeningDirection(buttonWidget(Id1)->rule(), ui::Up); d->fetch(); } void InputSettingsDialog::resetToDefaults() { ClientApp::inputSystem().settings().resetToDefaults(); d->fetch(); } void InputSettingsDialog::mouseTogglesChanged() { d->updateMouseFlags(); } void InputSettingsDialog::mouseSensitivityChanged(double value) { // Keep mouse axes synced? if(d->syncMouse->isActive()) { if(sender() == d->mouseSensiX) { d->mouseSensiY->setValue(value); d->mouseSensiY->setCVarValueFromWidget(); } else { d->mouseSensiX->setValue(value); d->mouseSensiX->setCVarValueFromWidget(); } } } void InputSettingsDialog::showDeveloperPopup() { d->devPopup->open(); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/renderersettingsdialog.cpp0000664000175000017500000001711512350542240026105 0ustar jaakkojaakko/** @file renderersettingsdialog.cpp Settings for the renderer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/renderersettingsdialog.h" #include "ui/widgets/cvarsliderwidget.h" #include "ui/widgets/cvartogglewidget.h" #include "ui/widgets/cvarchoicewidget.h" #include "ui/widgets/taskbarwidget.h" #include "ui/editors/rendererappearanceeditor.h" #include "ui/widgets/profilepickerwidget.h" #include "con_main.h" #include "clientapp.h" #include #include #include #include #include using namespace de; using namespace ui; DENG_GUI_PIMPL(RendererSettingsDialog) { ProfilePickerWidget *appear; CVarSliderWidget *fov; CVarToggleWidget *precacheModels; CVarToggleWidget *precacheSprites; CVarToggleWidget *multiLight; CVarToggleWidget *multiShiny; CVarToggleWidget *multiDetail; // Developer settings. GridPopupWidget *devPopup; Instance(Public *i) : Base(i) { ScrollAreaWidget &area = self.area(); area.add(appear = new ProfilePickerWidget(ClientApp::renderSystem().appearanceSettings(), tr("appearance"), "profile-picker")); appear->setOpeningDirection(ui::Down); area.add(fov = new CVarSliderWidget("rend-camera-fov")); fov->setPrecision(0); fov->setRange(Ranged(30, 160)); area.add(precacheModels = new CVarToggleWidget("rend-model-precache")); area.add(precacheSprites = new CVarToggleWidget("rend-sprite-precache")); area.add(multiLight = new CVarToggleWidget("rend-light-multitex")); area.add(multiShiny = new CVarToggleWidget("rend-model-shiny-multitex")); area.add(multiDetail = new CVarToggleWidget("rend-tex-detail-multitex")); // Set up a separate popup for developer settings. self.add(devPopup = new GridPopupWidget); CVarChoiceWidget *rendTex = new CVarChoiceWidget("rend-tex"); rendTex->items() << new ChoiceItem(tr("Materials"), 1) << new ChoiceItem(tr("Plain white"), 0) << new ChoiceItem(tr("Plain gray"), 2); CVarChoiceWidget *wireframe = new CVarChoiceWidget("rend-dev-wireframe"); wireframe->items() << new ChoiceItem(tr("Nothing"), 0) << new ChoiceItem(tr("Game world"), 1) << new ChoiceItem(tr("Game world and UI"), 2); *devPopup << LabelWidget::newWithText(tr("Surface Texturing:")) << rendTex << LabelWidget::newWithText(tr("Draw as Wireframe:")) << wireframe << LabelWidget::newWithText(tr("Bounds:")) << new CVarToggleWidget("rend-dev-mobj-bbox", tr("Mobj Bounding Boxes")) << Const(0) << new CVarToggleWidget("rend-dev-polyobj-bbox", tr("Polyobj Bounding Boxes")) << LabelWidget::newWithText(tr("Identifiers:")) << new CVarToggleWidget("rend-dev-thinker-ids", tr("Thinker IDs")) << Const(0) << new CVarToggleWidget("rend-dev-sector-show-indices", tr("Sector Indices")) << Const(0) << new CVarToggleWidget("rend-dev-vertex-show-indices", tr("Vertex Indices")) << Const(0) << new CVarToggleWidget("rend-dev-generator-show-indices", tr("Particle Generator Indices")); devPopup->commit(); } void fetch() { /// @todo These widgets should be intelligent enough to fetch their /// cvar values when they need to.... foreach(Widget *child, self.area().childWidgets() + devPopup->content().childWidgets()) { if(ICVarWidget *w = child->maybeAs()) { w->updateFromCVar(); } } } }; RendererSettingsDialog::RendererSettingsDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("Renderer Settings")); LabelWidget *appearLabel = LabelWidget::newWithText(tr("Appearance:"), &area()); appearLabel->setName("appearance-label"); // for lookup from tutorial LabelWidget *fovLabel = LabelWidget::newWithText(tr("Field of View:"), &area()); LabelWidget *precacheLabel = LabelWidget::newWithText(tr("Precaching:"), &area()); d->precacheModels->setText(tr("3D Models")); d->precacheSprites->setText(tr("Sprites")); LabelWidget *multiLabel = LabelWidget::newWithText(tr("Multitexturing:"), &area()); d->multiLight->setText(tr("Dynamic Lights")); d->multiShiny->setText(tr("3D Model Shiny Surfaces")); d->multiDetail->setText(tr("Surface Details")); LabelWidget *capLabel = LabelWidget::newWithText(_E(1)_E(D) + tr("Behavior"), &area()); capLabel->margins().setTop("gap"); // Layout. GridLayout layout(area().contentRule().left(), area().contentRule().top()); layout.setGridSize(2, 0); layout.setColumnAlignment(0, ui::AlignRight); layout << *appearLabel; // The profile button must be included in the layout. layout.append(*d->appear, d->appear->rule().width() + d->appear->button().rule().width()); layout << *fovLabel << *d->fov; // Label for the tech caps. layout.setCellAlignment(Vector2i(0, 2), ui::AlignLeft); layout.append(*capLabel, 2); layout << *precacheLabel << *d->precacheModels << Const(0) << *d->precacheSprites << *multiLabel << *d->multiLight << Const(0) << *d->multiShiny << Const(0) << *d->multiDetail; area().setContentSize(layout.width(), layout.height()); buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Accept, tr("Close")) << new DialogButtonItem(DialogWidget::Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))) << new DialogButtonItem(DialogWidget::Action | Id1, style().images().image("gauge"), new SignalAction(this, SLOT(showDeveloperPopup()))); // Identifiers popup opens from the button. d->devPopup->setAnchorAndOpeningDirection(buttonWidget(Id1)->rule(), ui::Up); connect(this, SIGNAL(closed()), d->devPopup, SLOT(close())); connect(d->appear, SIGNAL(profileEditorRequested()), this, SLOT(editProfile())); d->fetch(); } void RendererSettingsDialog::resetToDefaults() { ClientApp::renderSystem().settings().resetToDefaults(); d->fetch(); } void RendererSettingsDialog::showDeveloperPopup() { d->devPopup->open(); } void RendererSettingsDialog::editProfile() { RendererAppearanceEditor *editor = new RendererAppearanceEditor; editor->open(); ClientWindow::main().taskBar().closeConfigMenu(); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/logsettingsdialog.cpp0000664000175000017500000002144412350542240025060 0ustar jaakkojaakko/** @file logsettingsdialog.cpp Dialog for Log settings. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/logsettingsdialog.h" #include "clientapp.h" #include #include #include #include using namespace de; struct DomainText { char const *name; char const *label; }; static DomainText const domainText[] = { { "generic", "Minimum Level" }, { "resource", "Resources" }, { "map", "Map" }, { "script", "Scripting" }, { "gl", "Graphics" }, { "audio", "Audio" }, { "input", "Input" }, { "network", "Network" } }; #define NUM_DOMAINS (sizeof(domainText)/sizeof(domainText[0])) DENG2_PIMPL(LogSettingsDialog) , DENG2_OBSERVES(ToggleWidget, Toggle) { ui::ListData levels; VariableToggleWidget *separately; VariableToggleWidget *metadata; FoldPanelWidget *fold; GridLayout foldLayout; IndirectRule *columnWidth; ///< Sync column width in and out of the fold. struct DomainWidgets { LabelWidget *label; VariableChoiceWidget *level; VariableToggleWidget *dev; VariableToggleWidget *alert; }; DomainWidgets domWidgets[NUM_DOMAINS]; Instance(Public *i) : Base(i) { try { zap(domWidgets); columnWidth = new IndirectRule; self.area().add(separately = new VariableToggleWidget(tr("Filter by Subsystem"), App::config()["log.filterBySubsystem"])); self.area().add(metadata = new VariableToggleWidget(tr("Show Metadata in Log"), App::config()["log.showMetadata"])); levels << new ChoiceItem( tr("1 - X.Verbose"), LogEntry::XVerbose) << new ChoiceItem( tr("2 - Verbose"), LogEntry::Verbose ) << new ChoiceItem( tr("3 - Message"), LogEntry::Message ) << new ChoiceItem( tr("4 - Note"), LogEntry::Note ) << new ChoiceItem(_E(D) + tr("5 - Warning"), LogEntry::Warning ) << new ChoiceItem(_E(D) + tr("6 - Error"), LogEntry::Error ) << new ChoiceItem(_E(D) + tr("7 - Critical"), LogEntry::Critical); // Folding panel for the per-domain settings. self.area().add(fold = new FoldPanelWidget); fold->setContent(new GuiWidget); foldLayout.setLeftTop(fold->content().rule().left(), fold->content().rule().top()); foldLayout.setGridSize(4, 0); foldLayout.setColumnFixedWidth(1, *columnWidth); foldLayout.setColumnAlignment(0, ui::AlignRight); for(uint i = 0; i < NUM_DOMAINS; ++i) { initDomain(domainText[i], domWidgets[i], i == 0? &self.area() : &fold->content()); } // This'll keep the dialog's size fixed even though the choices change size. columnWidth->setSource(domWidgets[0].level->maximumWidth()); separately->audienceForToggle() += this; } catch(Error const &er) { LOGDEV_ERROR("") << er.asText(); deinit(); throw; } } ~Instance() { deinit(); releaseRef(columnWidth); } void initDomain(DomainText const &dom, DomainWidgets &wgt, GuiWidget *parent) { // Text label. wgt.label = LabelWidget::newWithText(tr(dom.label) + ":", parent); // Minimum level for log entries. parent->add(wgt.level = new VariableChoiceWidget(App::config()[String("log.filter.%1.minLevel").arg(dom.name)])); wgt.level->setItems(levels); wgt.level->updateFromVariable(); QObject::connect(wgt.level, SIGNAL(selectionChangedByUser(uint)), thisPublic, SLOT(updateLogFilter())); // Developer messages? parent->add(wgt.dev = new VariableToggleWidget(tr("Dev"), App::config()[String("log.filter.%1.allowDev").arg(dom.name)])); QObject::connect(wgt.dev, SIGNAL(stateChangedByUser(ToggleWidget::ToggleState)), thisPublic, SLOT(updateLogFilter())); // Raise alerts? parent->add(wgt.alert = new VariableToggleWidget(tr("Alerts"), App::config()[String("alert.") + dom.name])); wgt.alert->setActiveValue(LogEntry::Warning); wgt.alert->setInactiveValue(LogEntry::HighestLogLevel + 1); // Lay out the folding panel's contents. if(parent == &fold->content()) { foldLayout << *wgt.label << *wgt.level << *wgt.dev << *wgt.alert; } } void deinit() { // The common 'levels' will be deleted soon. for(uint i = 0; i < NUM_DOMAINS; ++i) { if(domWidgets[i].level) { domWidgets[i].level->useDefaultItems(); } } } void overrideWithGeneric() { Config &cfg = App::config(); LogFilter &logf = App::logFilter(); // Check the generic filter settings. LogEntry::Level minLevel = LogEntry::Level(domWidgets[0].level->selectedItem().data().toInt()); bool allowDev = domWidgets[0].dev->isActive(); bool alerts = domWidgets[0].alert->isActive(); // Override the individual filters with the generic one. logf.setMinLevel(LogEntry::AllDomains, minLevel); logf.setAllowDev(LogEntry::AllDomains, allowDev); // Update the variables (UI updated automatically). logf.write(cfg.names().subrecord("log.filter")); for(uint i = 0; i < NUM_DOMAINS; ++i) { char const *name = domainText[i].name; cfg.set(String("alert.") + name, int(alerts? LogEntry::Warning : (LogEntry::HighestLogLevel + 1))); } } void toggleStateChanged(ToggleWidget &toggle) { if(toggle.isActive()) { overrideWithGeneric(); fold->open(); } else { fold->close(); overrideWithGeneric(); } } void updateLogFilter() { if(separately->isInactive()) { overrideWithGeneric(); } // Re-read from Config, which has been changed via the widgets. applyFilterFromConfig(); } void applyFilterFromConfig() { App::logFilter().read(App::config().names().subrecord("log.filter")); } }; LogSettingsDialog::LogSettingsDialog(String const &name) : DialogWidget(name, WithHeading), d(new Instance(this)) { heading().setText(tr("Log Filter & Alerts")); // Layout. GridLayout layout(area().contentRule().left(), area().contentRule().top()); layout.setGridSize(4, 0); layout.setColumnFixedWidth(1, *d->columnWidth); layout.setColumnAlignment(0, ui::AlignRight); layout << *d->domWidgets[0].label << *d->domWidgets[0].level << *d->domWidgets[0].dev << *d->domWidgets[0].alert << Const(0); layout.append(*d->separately, 3); layout.append(*d->fold, 4) << Const(0); layout.append(*d->metadata, 3); // Fold's layout is complete. d->fold->content().rule().setSize(d->foldLayout.width(), d->foldLayout.height()); // Dialog content size. area().setContentSize(layout.width(), layout.height()); buttons() << new DialogButtonItem(DialogWidget::Default | DialogWidget::Accept, tr("Close")) << new DialogButtonItem(DialogWidget::Action, tr("Reset to Defaults"), new SignalAction(this, SLOT(resetToDefaults()))); if(d->separately->isActive()) { d->fold->open(); } } void LogSettingsDialog::resetToDefaults() { ClientApp::logSettings().resetToDefaults(); d->applyFilterFromConfig(); } void LogSettingsDialog::updateLogFilter() { d->updateLogFilter(); } doomsday-1.14.5/doomsday/client/src/ui/dialogs/alertdialog.cpp0000664000175000017500000002131712350542240023624 0ustar jaakkojaakko/** @file alertdialog.cpp Dialog for listing recent alerts. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/dialogs/alertdialog.h" #include "ui/dialogs/logsettingsdialog.h" #include "ui/clientwindow.h" #include "clientapp.h" #include #include #include #include #include #include using namespace de; DENG_GUI_PIMPL(AlertDialog) , DENG2_OBSERVES(ChildWidgetOrganizer, WidgetCreation) , DENG2_OBSERVES(ChildWidgetOrganizer, WidgetUpdate) { /// Data model item representing an alert in the list. class AlertItem : public ui::ActionItem { public: AlertItem(String const &msg, Level level) : ui::ActionItem(ShownAsLabel, msg) , _level(level) {} Level level() const { return _level; } private: Level _level; }; /// Rich font styling for alert labels. struct TextStyling : public Font::RichFormat::IStyle { Color richStyleColor(int /*index*/) const { return Color(255, 255, 255, 255); // not used by LabelWidget } void richStyleFormat(int contentStyle, float &sizeFactor, Font::RichFormat::Weight &fontWeight, Font::RichFormat::Style &fontStyle, int &colorIndex) const { ClientApp::windowSystem().style() .richStyleFormat(contentStyle, sizeFactor, fontWeight, fontStyle, colorIndex); if(contentStyle == Font::RichFormat::MajorStyle || contentStyle == Font::RichFormat::MajorMetaStyle) { // Keep the major style normal-weight. fontWeight = Font::RichFormat::Normal; } } }; ButtonWidget *notification; MenuWidget *alerts; bool clearOnDismiss; TextStyling styling; dsize maxCount; typedef FIFO Pending; Pending pending; Instance(Public *i) : Base(i) , clearOnDismiss(false) , maxCount(100) { notification = new ButtonWidget; notification->setSizePolicy(ui::Expand, ui::Expand); notification->setImage(style().images().image("alert")); notification->setOverrideImageSize(style().fonts().font("default").height().value()); notification->setAction(new SignalAction(thisPublic, SLOT(showListOfAlerts()))); // The menu expands with all the alerts, and the dialog's scroll area allows // browsing it up and down. ScrollAreaWidget &area = self.area(); alerts = new MenuWidget; alerts->enableScrolling(false); alerts->setGridSize(1, ui::Expand, 0, ui::Expand); alerts->rule().setLeftTop(area.contentRule().left(), area.contentRule().top()); area.setContentSize(alerts->rule().width(), alerts->rule().height()); area.add(alerts); area.enableIndicatorDraw(true); alerts->organizer().audienceForWidgetCreation() += this; alerts->organizer().audienceForWidgetUpdate() += this; } NotificationAreaWidget ¬ifs() { return ClientWindow::main().notifications(); } void queueAlert(String const &msg, Level level) { pending.put(new AlertItem(msg, level)); } bool addPendingAlerts() { bool changed = false; while(AlertItem *alert = pending.take()) { add(alert); changed = true; } // Remove excess alerts. while(alerts->items().size() > maxCount) { alerts->items().remove(alerts->items().size() - 1); changed = true; } return changed; } void add(AlertItem *alert) { DENG2_ASSERT_IN_MAIN_THREAD(); // If we already have this, don't re-add. for(ui::Data::Pos i = 0; i < alerts->items().size(); ++i) { if(!alerts->items().at(i).label().compareWithoutCase(alert->label())) return; } alerts->items().insert(0, alert); } void widgetCreatedForItem(GuiWidget &widget, ui::Item const &item) { // Background is provided by the popup. widget.set(Background()); LabelWidget &label = widget.as(); // Each alert has an icon identifying the originating subsystem and the level // of the alert. label.setBehavior(ContentClipping); // allow clip-culling label.setTextStyle(&styling); label.setMaximumTextWidth(style().rules().rule("alerts.width").valuei()); label.setSizePolicy(ui::Expand, ui::Expand); label.setAppearanceAnimation(LabelWidget::AppearGrowVertically, 0.5); label.setAlignment(ui::AlignBottom); label.setImage(style().images().image("alert")); label.setOverrideImageSize(style().fonts().font("default").height().value()); label.setImageAlignment(ui::AlignTop); label.setTextAlignment(ui::AlignRight); label.margins() .setLeft("") .setRight("") .setBottom(""); AlertItem const &alert = item.as(); switch(alert.level()) { case Minor: label.setImageColor(Vector4f(style().colors().colorf("text"), .5f)); break; case Normal: label.setImageColor(style().colors().colorf("text")); break; case Major: label.setTextStyle(0); // use default styling with bold weights label.setImageColor(style().colors().colorf("accent")); break; } } void widgetUpdatedForItem(GuiWidget &widget, ui::Item const &item) { DENG2_UNUSED(widget); DENG2_UNUSED(item); } void showNotification() { // Change color to indicate new alerts. notification->setImageColor(style().colors().colorf("accent")); notifs().showOrHide(notification, true); } /** * @returns @c true, if the notification was hidden due to the alerts list being * empty. */ bool hideIfEmpty() { if(alerts->items().isEmpty()) { // No alerts to show. notifs().hideChild(*notification); return true; // was hidden } return false; } }; AlertDialog::AlertDialog(String const &name) : d(new Instance(this)) { // The dialog is connected to the notification icon. setAnchorAndOpeningDirection(d->notification->rule(), ui::Down); buttons() << new DialogButtonItem(DialogWidget::Accept | DialogWidget::Default, tr("Clear All")) << new DialogButtonItem(DialogWidget::Action | DialogWidget::Id1, style().images().image("gear"), new SignalAction(this, SLOT(showLogFilterSettings()))); } void AlertDialog::newAlert(String const &message, Level level) { d->queueAlert(message, level); } void AlertDialog::update() { DialogWidget::update(); if(d->addPendingAlerts()) { d->showNotification(); } } void AlertDialog::showListOfAlerts() { if(isOpen() || d->hideIfEmpty()) return; // Restore the normal color. d->notification->setImageColor(style().colors().colorf("text")); area().scrollToTop(0); open(); } void AlertDialog::showLogFilterSettings() { LogSettingsDialog *st = new LogSettingsDialog; st->setAnchorAndOpeningDirection(buttonWidget(DialogWidget::Id1)->rule(), ui::Left); st->setDeleteAfterDismissed(true); connect(this, SIGNAL(closed()), st, SLOT(close())); st->exec(root()); } void AlertDialog::finish(int result) { DialogWidget::finish(result); // The alerts will be cleared if the dialog is accepted. d->clearOnDismiss = (result != 0); } void AlertDialog::panelDismissed() { if(d->clearOnDismiss) { d->clearOnDismiss = false; d->alerts->items().clear(); d->hideIfEmpty(); } DialogWidget::panelDismissed(); } doomsday-1.14.5/doomsday/client/src/ui/b_main.cpp0000664000175000017500000004764112350542237021156 0ustar jaakkojaakko/** @file b_main.cpp Event and device state bindings system. * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include "de_console.h" #include "de_misc.h" #include "dd_main.h" #include "dd_def.h" #include "clientapp.h" #include "ui/b_command.h" #include "ui/p_control.h" #include "ui/ui_main.h" #include typedef struct { int key; ///< DDKEY char const *name; } keyname_t; D_CMD(BindEventToCommand); D_CMD(BindControlToDevice); D_CMD(ListBindings); D_CMD(ListBindingContexts); //D_CMD(ClearBindingContexts); D_CMD(ClearBindings); D_CMD(DeleteBindingById); D_CMD(ActivateBindingContext); D_CMD(DefaultBindings); int symbolicEchoMode = false; static int bindingIdCounter; static const keyname_t keyNames[] = { {DDKEY_PAUSE, "pause"}, {DDKEY_ESCAPE, "escape"}, {DDKEY_ESCAPE, "esc"}, {DDKEY_RIGHTARROW, "right"}, {DDKEY_LEFTARROW, "left"}, {DDKEY_UPARROW, "up"}, {DDKEY_DOWNARROW, "down"}, {DDKEY_RETURN, "return"}, {DDKEY_TAB, "tab"}, {DDKEY_RSHIFT, "shift"}, {DDKEY_RCTRL, "ctrl"}, {DDKEY_RCTRL, "control"}, {DDKEY_RALT, "alt"}, {DDKEY_INS, "insert"}, {DDKEY_INS, "ins"}, {DDKEY_DEL, "delete"}, {DDKEY_DEL, "del"}, {DDKEY_PGUP, "pageup"}, {DDKEY_PGUP, "pgup"}, {DDKEY_PGDN, "pagedown"}, {DDKEY_PGDN, "pgdown"}, {DDKEY_PGDN, "pgdn"}, {DDKEY_HOME, "home"}, {DDKEY_END, "end"}, {DDKEY_BACKSPACE, "backspace"}, {DDKEY_BACKSPACE, "bkspc"}, {'/', "slash"}, {DDKEY_BACKSLASH, "backslash"}, {'[', "sqbracketleft"}, {']', "sqbracketright"}, {'+', "plus"}, {'-', "minus"}, {'+', "plus"}, {'=', "equals"}, {' ', "space"}, {';', "semicolon"}, {',', "comma"}, {'.', "period"}, {'\'', "apostrophe"}, {DDKEY_F10, "f10"}, {DDKEY_F11, "f11"}, {DDKEY_F12, "f12"}, {DDKEY_F1, "f1"}, {DDKEY_F2, "f2"}, {DDKEY_F3, "f3"}, {DDKEY_F4, "f4"}, {DDKEY_F5, "f5"}, {DDKEY_F6, "f6"}, {DDKEY_F7, "f7"}, {DDKEY_F8, "f8"}, {DDKEY_F9, "f9"}, {'`', "tilde"}, {DDKEY_NUMLOCK, "numlock"}, {DDKEY_CAPSLOCK, "capslock"}, {DDKEY_SCROLL, "scrlock"}, {DDKEY_NUMPAD0, "pad0"}, {DDKEY_NUMPAD1, "pad1"}, {DDKEY_NUMPAD2, "pad2"}, {DDKEY_NUMPAD3, "pad3"}, {DDKEY_NUMPAD4, "pad4"}, {DDKEY_NUMPAD5, "pad5"}, {DDKEY_NUMPAD6, "pad6"}, {DDKEY_NUMPAD7, "pad7"}, {DDKEY_NUMPAD8, "pad8"}, {DDKEY_NUMPAD9, "pad9"}, {DDKEY_DECIMAL, "decimal"}, {DDKEY_DECIMAL, "padcomma"}, {DDKEY_SUBTRACT, "padminus"}, {DDKEY_ADD, "padplus"}, {DDKEY_PRINT, "print"}, {DDKEY_PRINT, "prtsc"}, {DDKEY_ENTER, "enter"}, {DDKEY_DIVIDE, "divide"}, {DDKEY_MULTIPLY, "multiply"}, {DDKEY_SECTION, "section"}, {0, NULL} // The terminator }; // CODE -------------------------------------------------------------------- void B_Register(void) { extern byte zeroControlUponConflict; C_VAR_BYTE("input-conflict-zerocontrol", &zeroControlUponConflict, 0, 0, 1); #define PROTECTED_FLAGS (CMDF_NO_DEDICATED|CMDF_DED|CMDF_CLIENT) C_CMD_FLAGS("bindevent", "ss", BindEventToCommand, PROTECTED_FLAGS); C_CMD_FLAGS("bindcontrol", "ss", BindControlToDevice, PROTECTED_FLAGS); C_CMD_FLAGS("listbcontexts", NULL, ListBindingContexts, PROTECTED_FLAGS); C_CMD_FLAGS("listbindings", NULL, ListBindings, PROTECTED_FLAGS); C_CMD_FLAGS("clearbindings", "", ClearBindings, PROTECTED_FLAGS); //C_CMD_FLAGS("clearbcontexts", "", ClearBindingContexts, PROTECTED_FLAGS); C_CMD_FLAGS("delbind", "i", DeleteBindingById, PROTECTED_FLAGS); C_CMD_FLAGS("defaultbindings", "", DefaultBindings, PROTECTED_FLAGS); C_CMD_FLAGS("activatebcontext", "s", ActivateBindingContext, PROTECTED_FLAGS); C_CMD_FLAGS("deactivatebcontext", "s", ActivateBindingContext, PROTECTED_FLAGS); #undef PROTECTED_FLAGS } /** * Binding context fallback for the "global" context. * * @param ddev Event being processed. * * @return @c true, if the event was eaten and can be processed by the rest of * the binding context stack. */ static int globalContextFallback(const ddevent_t* ddev) { if(App_GameLoaded()) { event_t ev; if(DD_ConvertEvent(ddev, &ev)) { // The game's normal responder only returns true if the bindings can't // be used (like when chatting). Note that if the event is eaten here, // the rest of the bindings contexts won't get a chance to process the // event. if(gx.Responder && gx.Responder(&ev)) return true; } } return false; } /** * Called once on init. */ void B_Init(void) { bcontext_t* bc = 0; // In dedicated mode we have fewer binding contexts available. // The contexts are defined in reverse order, with the context of lowest // priority defined first. B_NewContext(DEFAULT_BINDING_CONTEXT_NAME); // Game contexts. /// @todo Game binding context setup obviously belong to the game plugin, so shouldn't be here. B_NewContext("map"); B_NewContext("map-freepan"); B_NewContext("finale"); // uses a fallback responder to handle script events B_AcquireAll(B_NewContext("menu"), true); B_NewContext("gameui"); B_NewContext("shortcut"); B_AcquireKeyboard(B_NewContext("chat"), true); B_AcquireAll(B_NewContext("message"), true); // Binding context for the console. bc = B_NewContext(CONSOLE_BINDING_CONTEXT_NAME); bc->flags |= BCF_PROTECTED; // Only we can (de)activate. B_AcquireKeyboard(bc, true); // Console takes over all keyboard events. // UI doesn't let anything past it. B_AcquireAll(bc = B_NewContext(UI_BINDING_CONTEXT_NAME), true); // Top-level context that is always active and overrides every other context. // To be used only for system-level functionality. bc = B_NewContext(GLOBAL_BINDING_CONTEXT_NAME); bc->flags |= BCF_PROTECTED; bc->ddFallbackResponder = globalContextFallback; B_ActivateContext(bc, true); /* B_BindCommand("joy-hat-angle3", "print {angle 3}"); B_BindCommand("joy-hat-center", "print center"); B_BindCommand("game:key-m-press", "print hello"); B_BindCommand("key-codex20-up", "print {space released}"); B_BindCommand("key-up-down + key-shift + key-ctrl", "print \"shifted and controlled up\""); B_BindCommand("key-up-down + key-shift", "print \"shifted up\""); B_BindCommand("mouse-left", "print mbpress"); B_BindCommand("mouse-right-up", "print \"right mb released\""); B_BindCommand("joy-x-neg1.0 + key-ctrl-up", "print \"joy x negative without ctrl\""); B_BindCommand("joy-x- within 0.1 + joy-y-pos1", "print \"joy x centered\""); B_BindCommand("joy-x-pos1.0", "print \"joy x positive\""); B_BindCommand("joy-x-neg1.0", "print \"joy x negative\""); B_BindCommand("joy-z-pos1.0", "print \"joy z positive\""); B_BindCommand("joy-z-neg1.0", "print \"joy z negative\""); B_BindCommand("joy-w-pos1.0", "print \"joy w positive\""); B_BindCommand("joy-w-neg1.0", "print \"joy w negative\""); */ /*B_BindControl("turn", "key-left-staged-inverse"); B_BindControl("turn", "key-right-staged"); B_BindControl("turn", "mouse-x"); B_BindControl("turn", "joy-x + key-shift-up + joy-hat-center + key-code123-down"); */ // Bind all the defaults for the engine only. B_BindDefaults(); B_InitialContextActivations(); } void B_InitialContextActivations(void) { int i; // Disable all contexts. for(i = 0; i < B_ContextCount(); ++i) { B_ActivateContext(B_ContextByPos(i), false); } // These are the contexts active by default. B_ActivateContext(B_ContextByName(GLOBAL_BINDING_CONTEXT_NAME), true); B_ActivateContext(B_ContextByName(DEFAULT_BINDING_CONTEXT_NAME), true); /* if(Con_IsActive()) { B_ActivateContext(B_ContextByName(CONSOLE_BINDING_CONTEXT_NAME), true); } */ } void B_BindDefaults(void) { // Engine's highest priority context: opening control panel, opening the console. B_BindCommand("global:key-f11-down + key-alt-down", "releasemouse"); B_BindCommand("global:key-f11-down", "togglefullscreen"); B_BindCommand("global:key-tilde-down + key-shift-up", "taskbar"); // Console bindings (when open). B_BindCommand("console:key-tilde-down + key-shift-up", "taskbar"); // without this, key would be entered into command line // Bias editor. } void B_BindGameDefaults(void) { if(!App_GameLoaded()) return; Con_Executef(CMDS_DDAY, false, "defaultgamebindings"); } /** * Deallocates the memory for the commands and bindings. */ void B_Shutdown(void) { B_DestroyAllContexts(); } /** * @return Never returns zero, as that is reserved for list roots. */ int B_NewIdentifier(void) { int id = 0; while(!id) { id = ++bindingIdCounter; } return id; } const char* B_ParseContext(const char* desc, bcontext_t** bc) { AutoStr* str; *bc = 0; if(!strchr(desc, ':')) { // No context defined. return desc; } str = AutoStr_NewStd(); desc = Str_CopyDelim(str, desc, ':'); *bc = B_ContextByName(Str_Text(str)); return desc; } void B_DeleteMatching(bcontext_t* bc, evbinding_t* eventBinding, dbinding_t* deviceBinding) { dbinding_t* devb = NULL; evbinding_t* evb = NULL; while(B_FindMatchingBinding(bc, eventBinding, deviceBinding, &evb, &devb)) { // Only either evb or devb is returned as non-NULL. int bid = (evb? evb->bid : (devb? devb->bid : 0)); if(bid) { LOG_INPUT_VERBOSE("Deleting binding %i, it has been overridden by binding %i") << bid << (eventBinding? eventBinding->bid : deviceBinding->bid); B_DeleteBinding(bc, bid); } } } evbinding_t* B_BindCommand(const char* eventDesc, const char* command) { bcontext_t* bc; evbinding_t* b; // The context may be included in the descriptor. eventDesc = B_ParseContext(eventDesc, &bc); if(!bc) { bc = B_ContextByName(DEFAULT_BINDING_CONTEXT_NAME); } if((b = B_NewCommandBinding(&bc->commandBinds, eventDesc, command)) != NULL) { /** * \todo: In interactive binding mode, should ask the user if the * replacement is ok. For now, just delete the other binding. */ B_DeleteMatching(bc, b, NULL); B_UpdateDeviceStateAssociations(); } return b; } dbinding_t* B_BindControl(const char* controlDesc, const char* device) { bcontext_t* bc = 0; int localNum = 0; controlbinding_t* conBin = 0; dbinding_t* devBin = 0; AutoStr* str = 0; const char* ptr = 0; playercontrol_t* control = 0; dd_bool justCreated = false; LOG_AS("B_BindControl"); // The control description may begin with the local player number. str = AutoStr_NewStd(); ptr = Str_CopyDelim(str, controlDesc, '-'); if(!strncasecmp(Str_Text(str), "local", 5) && Str_Length(str) > 5) { localNum = strtoul(Str_Text(str) + 5, NULL, 10) - 1; if(localNum < 0 || localNum >= DDMAXPLAYERS) { LOG_INPUT_WARNING("Local player number %i is invalid") << localNum; return NULL; } // Skip past it. controlDesc = ptr; } // The next part must be the control name. controlDesc = Str_CopyDelim(str, controlDesc, '-'); control = P_PlayerControlByName(Str_Text(str)); if(!control) { LOG_INPUT_WARNING("Player control \"%s\" not defined") << Str_Text(str); return NULL; } bc = B_ContextByName(control->bindContextName); if(!bc) { bc = B_ContextByName(DEFAULT_BINDING_CONTEXT_NAME); } LOG_INPUT_VERBOSE("Control '%s' in context '%s' of local player %i to be bound to '%s'") << control->name << bc->name << localNum << device; if((conBin = B_FindControlBinding(bc, control->id)) == NULL) { justCreated = true; conBin = B_GetControlBinding(bc, control->id); } if(!(devBin = B_NewDeviceBinding(&conBin->deviceBinds[localNum], device))) { // Failure in the parsing. if(justCreated) { B_DestroyControlBinding(conBin); } conBin = 0; return NULL; } /** * \todo: In interactive binding mode, should ask the user if the * replacement is ok. For now, just delete the other binding. */ B_DeleteMatching(bc, NULL, devBin); B_UpdateDeviceStateAssociations(); return devBin; } dbinding_t* B_GetControlDeviceBindings(int localNum, int control, bcontext_t** bContext) { playercontrol_t* pc; bcontext_t* bc; if(localNum < 0 || localNum >= DDMAXPLAYERS) return NULL; pc = P_PlayerControlById(control); bc = B_ContextByName(pc->bindContextName); if(bContext) *bContext = bc; if(bc) return &B_GetControlBinding(bc, control)->deviceBinds[localNum]; return NULL; } dd_bool B_Delete(int bid) { int i; for(i = 0; i < B_ContextCount(); ++i) { if(B_DeleteBinding(B_ContextByPos(i), bid)) return true; } return false; } D_CMD(BindEventToCommand) { DENG2_UNUSED2(src, argc); evbinding_t *b = B_BindCommand(argv[1], argv[2]); if(b) { LOG_INPUT_VERBOSE("Binding %i created") << b->bid; } return (b != NULL); } D_CMD(BindControlToDevice) { DENG2_UNUSED2(src, argc); dbinding_t* b = B_BindControl(argv[1], argv[2]); if(b) { LOG_INPUT_VERBOSE("Binding %i created") << b->bid; } return (b != NULL); } D_CMD(ListBindingContexts) { DENG2_UNUSED3(src, argc, argv); B_PrintContexts(); return true; } D_CMD(ListBindings) { DENG2_UNUSED3(src, argc, argv); B_PrintAllBindings(); return true; } /* D_CMD(ClearBindingContexts) { B_DestroyAllContexts(); return true; } */ D_CMD(ClearBindings) { DENG2_UNUSED3(src, argc, argv); int i; for(i = 0; i < B_ContextCount(); ++i) { LOG_INPUT_VERBOSE("Clearing binding context '%s'") << B_ContextByPos(i)->name; B_ClearContext(B_ContextByPos(i)); } // We can restart the id counter, all the old bindings were destroyed. bindingIdCounter = 0; return true; } D_CMD(DeleteBindingById) { DENG2_UNUSED2(src, argc); int bid = strtoul(argv[1], NULL, 10); if(B_Delete(bid)) { LOG_INPUT_MSG("Binding %i deleted") << bid; } else { LOG_INPUT_ERROR("Cannot delete binding %i: not found") << bid; } return true; } D_CMD(DefaultBindings) { DENG2_UNUSED3(src, argc, argv); B_BindDefaults(); B_BindGameDefaults(); return true; } D_CMD(ActivateBindingContext) { DENG2_UNUSED2(src, argc); dd_bool doActivate = !stricmp(argv[0], "activatebcontext"); bcontext_t* bc = B_ContextByName(argv[1]); if(!bc) { LOG_INPUT_WARNING("Binding context '%s' does not exist") << argv[1]; return false; } if(bc->flags & BCF_PROTECTED) { LOG_INPUT_ERROR("Binding context '%s' is protected and cannot be manually %s") << bc->name << (doActivate? "activated" : "deactivated"); return false; } B_ActivateContext(bc, doActivate); return true; } /** * Checks to see if we need to respond to the given input event in some way * and then if so executes the action associated to the event. * * @param ev ddevent_t we may need to respond to. * * @return @c true, If an action was executed. */ dd_bool B_Responder(ddevent_t* ev) { if(symbolicEchoMode && ev->type != E_SYMBOLIC) { // Make an echo. ddstring_t name; ddevent_t echo; // Axis events need a bit of filtering. if(ev->type == E_AXIS) { float pos = I_TransformAxis(I_GetDevice(ev->device), ev->axis.id, ev->axis.pos); if((ev->axis.type == EAXIS_ABSOLUTE && fabs(pos) < .5f) || (ev->axis.type == EAXIS_RELATIVE && fabs(pos) < .02f)) { // Not significant enough for an echo. return ClientApp::widgetActions().tryEvent(ev); } } Str_Init(&name); Str_Set(&name, "echo-"); B_AppendEventToString(ev, &name); echo.device = ev->device; echo.type = E_SYMBOLIC; echo.symbolic.id = 0; echo.symbolic.name = Str_Text(&name); LOG_INPUT_XVERBOSE("Symbolic echo: %s") << echo.symbolic.name; DD_PostEvent(&echo); Str_Free(&name); return true; } return ClientApp::widgetActions().tryEvent(ev); } const char* B_ShortNameForKey2(int ddKey, dd_bool forceLowercase) { static char nameBuffer[40]; uint idx; for(idx = 0; keyNames[idx].key; ++idx) { if(ddKey == keyNames[idx].key) return keyNames[idx].name; } if(isalnum(ddKey)) { // Printable character, fabricate a single-character name. nameBuffer[0] = forceLowercase? tolower(ddKey) : ddKey; nameBuffer[1] = 0; return nameBuffer; } return NULL; } const char* B_ShortNameForKey(int ddKey) { return B_ShortNameForKey2(ddKey, true/*force lowercase*/); } int B_KeyForShortName(const char *key) { uint idx; for(idx = 0; keyNames[idx].key; ++idx) { if(!stricmp(key, keyNames[idx].name)) return keyNames[idx].key; } if(strlen(key) == 1 && isalnum(key[0])) { // ASCII char. return tolower(key[0]); } return 0; } /** * Dump all the bindings to a text (cfg) file. Outputs console commands. */ void B_WriteToFile(FILE* file) { int i; // Start with a clean slate when restoring the bindings. fprintf(file, "clearbindings\n\n"); for(i = 0; i < B_ContextCount(); ++i) { B_WriteContextToFile(B_ContextByPos(i), file); } } /** * Return the key code that corresponds the given key identifier name. * Part of the Doomsday public API. */ #undef DD_GetKeyCode DENG_EXTERN_C int DD_GetKeyCode(const char* key) { int code = B_KeyForShortName(key); return (code ? code : key[0]); } bool B_UnbindCommand(const char *command) { dd_bool deleted = false; for(int i = 0; i < B_ContextCount(); ++i) { bcontext_t *bc = B_ContextByPos(i); while(evbinding_t *ev = B_FindCommandBinding(&bc->commandBinds, command, NUM_INPUT_DEVICES)) { deleted |= B_DeleteBinding(bc, ev->bid); } } return CPP_BOOL(deleted); } doomsday-1.14.5/doomsday/client/src/ui/fi_main.cpp0000664000175000017500000002370712350542240021322 0ustar jaakkojaakko/** @file fi_main.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ // HEADER FILES ------------------------------------------------------------ #define DENG_NO_API_MACROS_INFINE #include #include #include "de_console.h" #include "de_defs.h" #include "de_graphics.h" #include "de_resource.h" #include "de_infine.h" #include "de_misc.h" #include "dd_def.h" #include "dd_main.h" #include "ui/finaleinterpreter.h" #include "network/net_main.h" #ifdef __SERVER__ # include "server/sv_infine.h" #endif // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- /** * A Finale instance contains the high-level state of an InFine script. * * @see FinaleInterpreter (interactive script interpreter) * * @ingroup InFine */ typedef struct { /// @ref finaleFlags int flags; /// Unique identifier/reference (chosen automatically). finaleid_t id; /// Interpreter for this script. finaleinterpreter_t* _interpreter; /// Interpreter is active? dd_bool active; } finale_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- finale_t* P_CreateFinale(void); void P_DestroyFinale(finale_t* f); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static dd_bool inited = false; /// Scripts. static uint finalesSize; static finale_t* finales; static byte scaleMode = SCALEMODE_SMART_STRETCH; // CODE -------------------------------------------------------------------- void FI_Register(void) { C_VAR_BYTE("rend-finale-stretch", &scaleMode, 0, SCALEMODE_FIRST, SCALEMODE_LAST); } scalemode_t FI_ScaleMode() { return scalemode_t(scaleMode); } static finale_t* finalesById(finaleid_t id) { if(id != 0) { uint i; for(i = 0; i < finalesSize; ++i) { finale_t* f = &finales[i]; if(f->id == id) return f; } } return 0; } static finale_t *getFinaleById(finaleid_t id) { finale_t *f = finalesById(id); if(!f) { LOGDEV_SCR_WARNING("Unknown finaleid %i") << id; } return f; } static void stopFinale(finale_t* f) { if(!f || !f->active) return; LOGDEV_SCR_VERBOSE("Stopping finaleid %i") << f->id; f->active = false; P_DestroyFinaleInterpreter(f->_interpreter); } /** * @return A new (unused) unique script id. */ static finaleid_t finalesUniqueId(void) { finaleid_t id = 0; while(finalesById(++id)) {} return id; } finale_t* P_CreateFinale(void) { finale_t* f; finales = (finale_t *) Z_Realloc(finales, sizeof(*finales) * ++finalesSize, PU_APPSTATIC); f = &finales[finalesSize-1]; f->id = finalesUniqueId(); f->_interpreter = P_CreateFinaleInterpreter(); f->_interpreter->_id = f->id; f->active = true; return f; } void P_DestroyFinale(finale_t* f) { assert(f); {uint i; for(i = 0; i < finalesSize; ++i) { if(&finales[i] != f) continue; if(i != finalesSize-1) memmove(&finales[i], &finales[i+1], sizeof(*finales) * (finalesSize-i)); if(finalesSize > 1) { finales = (finale_t *) Z_Realloc(finales, sizeof(*finales) * --finalesSize, PU_APPSTATIC); } else { Z_Free(finales); finales = 0; finalesSize = 0; } break; }} } dd_bool FI_ScriptRequestSkip(finaleid_t id) { DENG_ASSERT(inited); LOG_AS("FI_ScriptRequestSkip"); finale_t* f = getFinaleById(id); if(!f) return false; return FinaleInterpreter_Skip(f->_interpreter); } int FI_ScriptFlags(finaleid_t id) { DENG_ASSERT(inited); finale_t *f = getFinaleById(id); if(!f) return 0; return f->flags; } dd_bool FI_ScriptIsMenuTrigger(finaleid_t id) { DENG_ASSERT(inited); finale_t *f = getFinaleById(id); if(!f) return false; if(f->active) { LOG_SCR_XVERBOSE("IsMenuTrigger: %i") << FinaleInterpreter_IsMenuTrigger(f->_interpreter); return FinaleInterpreter_IsMenuTrigger(f->_interpreter); } return false; } dd_bool FI_ScriptActive(finaleid_t id) { DENG_ASSERT(inited); LOG_AS("FI_ScriptActive"); finale_t *f = getFinaleById(id); if(!f) return false; return (f->active != 0); } void FI_Init(void) { if(inited) return; // Already been here. finales = 0; finalesSize = 0; #ifdef __CLIENT__ B_SetContextFallbackForDDEvents("finale", (int (*)(const ddevent_t*)) gx.FinaleResponder); B_ActivateContext(B_ContextByName("finale"), true); // always on #endif inited = true; } void FI_Shutdown(void) { if(!inited) return; // Huh? if(finalesSize) { uint i; for(i = 0; i < finalesSize; ++i) { finale_t* f = &finales[i]; P_DestroyFinaleInterpreter(f->_interpreter); } Z_Free(finales); } finales = 0; finalesSize = 0; #ifdef __CLIENT__ B_SetContextFallbackForDDEvents("finale", NULL); B_ActivateContext(B_ContextByName("finale"), false); #endif inited = false; } dd_bool FI_ScriptCmdExecuted(finaleid_t id) { DENG_ASSERT(inited); LOG_AS("FI_ScriptCmdExecuted"); finale_t *f = getFinaleById(id); if(!f) return false; return FinaleInterpreter_CommandExecuted(f->_interpreter); } finaleid_t FI_Execute2(const char* _script, int flags, const char* setupCmds) { const char* script = _script; char* tempScript = 0; finale_t* f; DENG_ASSERT(inited); LOG_AS("FI_Execute2"); if(!script || !script[0]) { LOGDEV_SCR_WARNING("Attempted to play an empty script"); return 0; } if((flags & FF_LOCAL) && isDedicated) { // Dedicated servers do not play local Finales. LOGDEV_SCR_WARNING("No local finales in dedicated mode"); return 0; } if(setupCmds && setupCmds[0]) { // Setup commands are included. We must prepend these to the script // in a special control block that will be executed immediately. size_t setupCmdsLen = strlen(setupCmds); size_t scriptLen = strlen(script); char* p; p = tempScript = (char *) M_Malloc(scriptLen + setupCmdsLen + 9 + 2 + 1); strcpy(p, "OnLoad {\n"); p += 9; memcpy(p, setupCmds, setupCmdsLen); p += setupCmdsLen; strcpy(p, "}\n"); p += 2; memcpy(p, script, scriptLen); p += scriptLen; *p = '\0'; script = tempScript; } f = P_CreateFinale(); f->flags = flags; FinaleInterpreter_LoadScript(f->_interpreter, script); #ifdef __SERVER__ if(!(flags & FF_LOCAL) && isServer) { // Instruct clients to start playing this Finale. Sv_Finale(f->id, FINF_BEGIN | FINF_SCRIPT, script); } #endif LOGDEV_SCR_MSG("Begin Finale - id:%i '%.30s'") << f->id << _script; if(tempScript) { M_Free(tempScript); } return f->id; } finaleid_t FI_Execute(const char* script, int flags) { return FI_Execute2(script, flags, 0); } void FI_ScriptTerminate(finaleid_t id) { DENG_ASSERT(inited); LOGDEV_SCR_VERBOSE("Terminating finaleid %i") << id; finale_t *f = getFinaleById(id); if(!f) return; if(f->active) { stopFinale(f); P_DestroyFinale(f); } } void FI_Ticker(void) { if(!DD_IsSharpTick()) return; // A new 'sharp' tick has begun. // All finales tic unless inactive. { uint i; for(i = 0; i < finalesSize; ++i) { finale_t* f = &finales[i]; if(!f->active) continue; if(FinaleInterpreter_RunTic(f->_interpreter)) { // The script has ended! stopFinale(f); P_DestroyFinale(f); } }} } void FI_ScriptSuspend(finaleid_t id) { DENG_ASSERT(inited); finale_t *f = getFinaleById(id); if(!f) return; f->active = false; FinaleInterpreter_Suspend(f->_interpreter); } void FI_ScriptResume(finaleid_t id) { DENG_ASSERT(inited); finale_t *f = getFinaleById(id); if(!f) return; f->active = true; FinaleInterpreter_Resume(f->_interpreter); } dd_bool FI_ScriptSuspended(finaleid_t id) { DENG_ASSERT(inited); finale_t *f = getFinaleById(id); if(!f) return false; return FinaleInterpreter_IsSuspended(f->_interpreter); } int FI_ScriptResponder(finaleid_t id, const void* ev) { DENG_ASSERT(inited); finale_t *f = getFinaleById(id); if(!f) return false; if(f->active) return FinaleInterpreter_Responder(f->_interpreter, (const ddevent_t*)ev); return false; } DENG_DECLARE_API(Infine) = { { DE_API_INFINE }, FI_Execute2, FI_Execute, FI_ScriptActive, FI_ScriptFlags, FI_ScriptTerminate, FI_ScriptSuspend, FI_ScriptResume, FI_ScriptSuspended, FI_ScriptRequestSkip, FI_ScriptCmdExecuted, FI_ScriptIsMenuTrigger, FI_ScriptResponder }; doomsday-1.14.5/doomsday/client/src/ui/mouse_qt.cpp0000664000175000017500000001315012350542240021543 0ustar jaakkojaakko/** @file mouse_qt.cpp * * Mouse driver that gets mouse input from the Qt based canvas widget. * @ingroup input * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "con_main.h" #include "ui/sys_input.h" #include "ui/clientwindowsystem.h" #include "ui/clientwindow.h" #include "ui/mouse_qt.h" #include #include #include #include #include #include typedef struct clicker_s { int down; // Count for down events. int up; // Count for up events. } clicker_t; //static int mousePosX, mousePosY; // Window position. static struct { int dx, dy; } mouseDelta[IMA_MAXAXES]; static clicker_t mouseClickers[IMB_MAXBUTTONS]; static bool mouseTrapped = false; static bool cursorHidden = false; static QPoint prevMousePos; static int Mouse_Qt_Init(void) { memset(&mouseDelta, 0, sizeof(mouseDelta)); memset(&mouseClickers, 0, sizeof(mouseClickers)); mouseTrapped = false; cursorHidden = false; prevMousePos = QPoint(); return true; } static void Mouse_Qt_Shutdown(void) { // nothing to do } static void Mouse_Qt_Poll() { if(!mouseTrapped) return; ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return; // Hmm? QPoint curPos = win->mapFromGlobal(QCursor::pos()); if(!prevMousePos.isNull()) { QPoint delta = curPos - prevMousePos; if(!delta.isNull()) { Mouse_Qt_SubmitMotion(IMA_POINTER, delta.x(), delta.y()); // Keep the cursor centered. QPoint mid(win->width() / 2, win->height() / 2); QCursor::setPos(win->mapToGlobal(mid)); prevMousePos = mid; } } else { prevMousePos = curPos; } } static void Mouse_Qt_GetState(mousestate_t *state) { int i; memset(state, 0, sizeof(*state)); // Position and wheel. for(i = 0; i < IMA_MAXAXES; ++i) { state->axis[i].x = mouseDelta[i].dx; state->axis[i].y = mouseDelta[i].dy; // Reset. mouseDelta[i].dx = mouseDelta[i].dy = 0; } // Button presses and releases. for(i = 0; i < IMB_MAXBUTTONS; ++i) { state->buttonDowns[i] = mouseClickers[i].down; state->buttonUps[i] = mouseClickers[i].up; // Reset counters. mouseClickers[i].down = mouseClickers[i].up = 0; } } static void Mouse_Qt_ShowCursor(bool yes) { de::Canvas &canvas = ClientWindowSystem::main().canvas(); LOG_INPUT_VERBOSE("%s cursor (presently visible? %b)") << (yes? "showing" : "hiding") << !cursorHidden; if(!yes && !cursorHidden) { cursorHidden = true; canvas.setCursor(QCursor(Qt::BlankCursor)); qApp->setOverrideCursor(QCursor(Qt::BlankCursor)); } else if(yes && cursorHidden) { cursorHidden = false; qApp->restoreOverrideCursor(); canvas.setCursor(QCursor(Qt::ArrowCursor)); // Default cursor. } } static void Mouse_Qt_InitTrap() { de::Canvas &canvas = ClientWindowSystem::main().canvas(); QCursor::setPos(canvas.mapToGlobal(canvas.rect().center())); canvas.grabMouse(); Mouse_Qt_ShowCursor(false); } static void Mouse_Qt_DeinitTrap() { ClientWindowSystem::main().canvas().releaseMouse(); Mouse_Qt_ShowCursor(true); } static void Mouse_Qt_Trap(dd_bool enabled) { if(mouseTrapped == CPP_BOOL(enabled)) return; mouseTrapped = enabled; prevMousePos = QPoint(); if(enabled) { Mouse_Qt_InitTrap(); } else { Mouse_Qt_DeinitTrap(); } } void Mouse_Qt_SubmitButton(int button, dd_bool isDown) { if(button < 0 || button >= IMB_MAXBUTTONS) return; // Ignore... if(isDown) mouseClickers[button].down++; else mouseClickers[button].up++; } void Mouse_Qt_SubmitMotion(int axis, int deltaX, int deltaY) { if(axis < 0 || axis >= IMA_MAXAXES) return; // Ignore... /// @todo It would likely be better to directly post a ddevent out of this. if(axis == IMA_WHEEL) { int idx = ( deltaX < 0? IMB_MWHEELLEFT : deltaX > 0? IMB_MWHEELRIGHT : deltaY < 0? IMB_MWHEELUP : IMB_MWHEELDOWN); // We are not yet equipped to handle finer wheel motions. Mouse_Qt_SubmitButton(idx, true); Mouse_Qt_SubmitButton(idx, false); return; } mouseDelta[axis].dx += deltaX; mouseDelta[axis].dy += deltaY; } void Mouse_Qt_SubmitWindowPosition(int x, int y) { // Absolute coordintes. mouseDelta[IMA_POINTER].dx = x; mouseDelta[IMA_POINTER].dy = y; } // The global interface. mouseinterface_t qtMouse = { Mouse_Qt_Init, Mouse_Qt_Shutdown, Mouse_Qt_Poll, Mouse_Qt_GetState, Mouse_Qt_Trap }; doomsday-1.14.5/doomsday/client/src/ui/busyvisual.cpp0000664000175000017500000001644612350542237022136 0ustar jaakkojaakko/** @file busyvisual.cpp Busy Mode visualizer. * @ingroup render * * @authors Copyright © 2007-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_graphics.h" #include "de_ui.h" #include "ui/busyvisual.h" #include "ui/widgets/busywidget.h" static void releaseScreenshotTexture() { ClientWindow::main().busy().releaseTransitionFrame(); } void BusyVisual_ReleaseTextures() { // Don't release yet if doing a transition. if(!Con_TransitionInProgress()) { releaseScreenshotTexture(); } } void BusyVisual_PrepareResources(void) { BusyTask* task = BusyMode_CurrentTask(); if(!task) return; if(task->mode & BUSYF_STARTUP) { // Not in startup, so take a copy of the current frame contents. releaseScreenshotTexture(); } } /** * Transition effect: */ #include "de_misc.h" using namespace de; #define DOOMWIPESINE_NUMSAMPLES 320 static void seedDoomWipeSine(void); int rTransition = (int) TS_CROSSFADE; ///< cvar Default transition style. int rTransitionTics = 28; ///< cvar Default transition duration (in tics). typedef struct { dd_bool inProgress; /// @c true= a transition is presently being animated. transitionstyle_t style; /// Style of transition (cross-fade, wipe, etc...). uint startTime; /// Time at the moment the transition began (in 35hz tics). uint tics; /// Time duration of the animation. float position; /// Animation interpolation point [0..1]. } transitionstate_t; static transitionstate_t transition; static float doomWipeSine[DOOMWIPESINE_NUMSAMPLES]; static float doomWipeSamples[SCREENWIDTH+1]; void Con_TransitionRegister(void) { C_VAR_INT("con-transition", &rTransition, 0, FIRST_TRANSITIONSTYLE, LAST_TRANSITIONSTYLE); C_VAR_INT("con-transition-tics", &rTransitionTics, 0, 0, 60); } void Con_TransitionConfigure(void) { transition.tics = rTransitionTics; transition.style = (transitionstyle_t) rTransition; if(transition.style == TS_DOOM || transition.style == TS_DOOMSMOOTH) { seedDoomWipeSine(); } transition.inProgress = true; } void Con_TransitionBegin(void) { transition.startTime = Timer_Ticks(); transition.position = 0; } dd_bool Con_TransitionInProgress(void) { return transition.inProgress; } static void Con_EndTransition(void) { if(!transition.inProgress) return; releaseScreenshotTexture(); transition.inProgress = false; } void Con_TransitionTicker(timespan_t ticLength) { if(isDedicated) return; if(!Con_TransitionInProgress()) return; transition.position = (float)(Timer_Ticks() - transition.startTime) / transition.tics; if(transition.position >= 1) { Con_EndTransition(); } } static void seedDoomWipeSine(void) { int i; doomWipeSine[0] = (128 - RNG_RandByte()) / 128.f; for(i = 1; i < DOOMWIPESINE_NUMSAMPLES; ++i) { float r = (128 - RNG_RandByte()) / 512.f; doomWipeSine[i] = MINMAX_OF(-1, doomWipeSine[i-1] + r, 1); } } static float sampleDoomWipeSine(float point) { float sample = doomWipeSine[(uint)ROUND((DOOMWIPESINE_NUMSAMPLES-1) * MINMAX_OF(0, point, 1))]; float offset = SCREENHEIGHT * transition.position * transition.position; return offset + (SCREENHEIGHT/2) * (transition.position + sample) * transition.position * transition.position; } static void sampleDoomWipe(void) { int i; for(i = 0; i <= SCREENWIDTH; ++i) { doomWipeSamples[i] = MAX_OF(0, sampleDoomWipeSine((float) i / SCREENWIDTH)); } } void Con_DrawTransition(void) { if(isDedicated) return; if(!Con_TransitionInProgress()) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, SCREENWIDTH, SCREENHEIGHT, 0, -1, 1); DENG2_ASSERT(ClientWindow::main().busy().transitionFrame() != 0); GLuint const texScreenshot = ClientWindow::main().busy().transitionFrame()->glName(); GL_BindTextureUnmanaged(texScreenshot, gl::ClampToEdge, gl::ClampToEdge); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR); glDisable(GL_ALPHA_TEST); glEnable(GL_TEXTURE_2D); switch(transition.style) { case TS_DOOMSMOOTH: { float topAlpha, s, div, colWidth = 1.f / SCREENWIDTH; int x, y, h, i; sampleDoomWipe(); div = 1 - .25f * transition.position; topAlpha = 1 - transition.position; topAlpha *= topAlpha; h = SCREENHEIGHT * (1 - div); x = 0; s = 0; glBegin(GL_QUAD_STRIP); for(i = 0; i <= SCREENWIDTH; ++i, x++, s += colWidth) { y = doomWipeSamples[i]; glColor4f(1, 1, 1, topAlpha); glTexCoord2f(s, 1); glVertex2i(x, y); glColor4f(1, 1, 1, 1); glTexCoord2f(s, div); glVertex2i(x, y + h); } glEnd(); x = 0; s = 0; glColor4f(1, 1, 1, 1); glBegin(GL_QUAD_STRIP); for(i = 0; i <= SCREENWIDTH; ++i, x++, s += colWidth) { y = doomWipeSamples[i] + h; glTexCoord2f(s, div); glVertex2i(x, y); glTexCoord2f(s, 0); glVertex2i(x, y + (SCREENHEIGHT - h)); } glEnd(); break; } case TS_DOOM: { // As above but drawn with whole pixel columns. float s = 0, colWidth = 1.f / SCREENWIDTH; int x = 0, y, i; sampleDoomWipe(); glColor4f(1, 1, 1, 1); glBegin(GL_QUADS); for(i = 0; i <= SCREENWIDTH; ++i, x++, s+= colWidth) { y = doomWipeSamples[i]; glTexCoord2f(s, 1); glVertex2i(x, y); glTexCoord2f(s+colWidth, 1); glVertex2i(x+1, y); glTexCoord2f(s+colWidth, 0); glVertex2i(x+1, y+SCREENHEIGHT); glTexCoord2f(s, 0); glVertex2i(x, y+SCREENHEIGHT); } glEnd(); break; } case TS_CROSSFADE: glColor4f(1, 1, 1, 1 - transition.position); glBegin(GL_QUADS); glTexCoord2f(0, 1); glVertex2f(0, 0); glTexCoord2f(0, 0); glVertex2f(0, SCREENHEIGHT); glTexCoord2f(1, 0); glVertex2f(SCREENWIDTH, SCREENHEIGHT); glTexCoord2f(1, 1); glVertex2f(SCREENWIDTH, 0); glEnd(); break; } GL_SetNoTexture(); glEnable(GL_ALPHA_TEST); glMatrixMode(GL_PROJECTION); glPopMatrix(); } doomsday-1.14.5/doomsday/client/src/ui/inputsystem.cpp0000664000175000017500000000547212350542240022323 0ustar jaakkojaakko/** @file inputsystem.cpp Input subsystem. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "clientapp.h" #include "ui/inputsystem.h" #include "ui/dd_input.h" #include "ui/sys_input.h" #include "ui/b_main.h" #include "con_main.h" #include #include using namespace de; static Value *Function_InputSystem_BindEvent(Context &, Function::ArgumentValues const &args) { String eventDesc = args[0]->asText(); String command = args[1]->asText(); if(B_BindCommand(eventDesc.toLatin1(), command.toLatin1())) { // Success. return new NumberValue(true); } // Failed to create the binding... return new NumberValue(false); } DENG2_PIMPL(InputSystem) { Binder binder; SettingsRegister settings; Record *scriptBindings; Instance(Public *i) : Base(i) { // Initialize settings. settings.define(SettingsRegister::ConfigVariable, "input.mouse.syncSensitivity") .define(SettingsRegister::FloatCVar, "input-mouse-x-scale", 1.f/1000.f) .define(SettingsRegister::FloatCVar, "input-mouse-y-scale", 1.f/1000.f) .define(SettingsRegister::IntCVar, "input-mouse-x-flags", 0) .define(SettingsRegister::IntCVar, "input-mouse-y-flags", 0) .define(SettingsRegister::IntCVar, "input-joy", 1) .define(SettingsRegister::IntCVar, "input-sharp", 1); // Initialize script bindings. binder.initNew() << DENG2_FUNC(InputSystem_BindEvent, "bindEvent", "event" << "command"); App::scriptSystem().addNativeModule("Input", binder.module()); // Initialize the system. DD_InitInput(); I_Init(); I_InitVirtualInputDevices(); } ~Instance() { // Shutdown. I_ShutdownInputDevices(); I_Shutdown(); } }; InputSystem::InputSystem() : d(new Instance(this)) {} void InputSystem::timeChanged(Clock const &) {} SettingsRegister &InputSystem::settings() { return d->settings; } doomsday-1.14.5/doomsday/client/src/ui/zonedebug.cpp0000664000175000017500000001312512350542240021673 0ustar jaakkojaakko/** @file zonedebug.cpp Memory zone debug visualization. * @ingroup memzone * * Shows the contents of the memory zone as on-screen visualization. This is * only available in debug builds and provides a view to the layout of the * allocated memory inside the zone. * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef _DEBUG #include "de_base.h" #include "de_graphics.h" #include #include #include #include /// @todo Find a better way to access the private data of the zone /// (e.g., move this into the library and use an abstract graphics interface). #include "../../libdeng1/src/memoryzone_private.h" using namespace de; static void drawRegion(memvolume_t &volume, Rectanglei const &rect, size_t start, size_t size, float const color[4]) { DENG2_ASSERT(start + size <= volume.size); int const bytesPerRow = (volume.size - sizeof(memzone_t)) / rect.height(); float const toPixelScale = (float)rect.width() / (float)bytesPerRow; size_t const edge = rect.topLeft.x + rect.width(); int x = (start % bytesPerRow) * toPixelScale + rect.topLeft.x; int y = start / bytesPerRow + rect.topLeft.y; int pixels = de::max(1, std::ceil(size * toPixelScale)); while(pixels > 0) { int const availPixels = edge - x; int const usedPixels = de::min(availPixels, pixels); glColor4fv(color); glVertex2i(x, y); glVertex2i(x + usedPixels, y); pixels -= usedPixels; // Move to the next row. y++; x = rect.topLeft.x; } } void Z_DebugDrawVolume(MemoryZonePrivateData *pd, memvolume_t *volume, Rectanglei const &rect) { float const opacity = .85f; float const colAppStatic[4] = { 1, 1, 1, .65f }; float const colGameStatic[4] = { 1, 0, 0, .65f }; float const colMap[4] = { 0, 1, 0, .65f }; float const colMapStatic[4] = { 0, .5f, 0, .65f }; float const colCache[4] = { 1, 0, 1, .65f }; float const colOther[4] = { 0, 0, 1, .65f }; char *base = ((char *)volume->zone) + sizeof(memzone_t); // Clear the background. glColor4f(0, 0, 0, opacity); GL_DrawRect(rect); // Outline. glLineWidth(1); glColor4f(1, 1, 1, opacity/2); glPolygonMode(GL_FRONT_AND_BACK, GL_LINE); GL_DrawRect(rect); glPolygonMode(GL_FRONT_AND_BACK, GL_FILL); glBegin(GL_LINES); // Visualize each block. for(memblock_t *block = volume->zone->blockList.next; block != &volume->zone->blockList; block = block->next) { float const *color = colOther; if(!block->user) continue; // Free is black. // Choose the color for this block. switch(block->tag) { case PU_GAMESTATIC: color = colGameStatic; break; case PU_MAP: color = colMap; break; case PU_MAPSTATIC: color = colMapStatic; break; case PU_APPSTATIC: color = colAppStatic; break; default: if(block->tag >= PU_PURGELEVEL) color = colCache; break; } drawRegion(*volume, rect, (char *)block - base, block->size, color); } glEnd(); if(pd->isVolumeTooFull(volume)) { glLineWidth(2); glColor4f(1, 0, 0, 1); glPolygonMode(GL_FRONT_AND_BACK, GL_LINE); GL_DrawRect(rect); glPolygonMode(GL_FRONT_AND_BACK, GL_FILL); } } void Z_DebugDrawer(void) { MemoryZonePrivateData pd; memvolume_t* volume; int i, volCount, h; if(!CommandLine_Exists("-zonedebug")) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glDisable(GL_CULL_FACE); glDisable(GL_DEPTH_TEST); // Go into screen projection mode. glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); glMatrixMode(GL_MODELVIEW); glPushMatrix(); glLoadIdentity(); Z_GetPrivateData(&pd); // Draw each volume. pd.lock(); // Make sure all the volumes fit vertically. volCount = pd.volumeCount; h = 200; if(h * volCount + 10*(volCount - 1) > DENG_GAMEVIEW_HEIGHT) { h = (DENG_GAMEVIEW_HEIGHT - 10*(volCount - 1))/volCount; } i = 0; for(volume = pd.volumeRoot; volume; volume = volume->next, ++i) { int size = de::min(400, DENG_GAMEVIEW_WIDTH); Z_DebugDrawVolume(&pd, volume, Rectanglei::fromSize(Vector2i(DENG_GAMEVIEW_WIDTH - size - 1, DENG_GAMEVIEW_HEIGHT - size * (i+1) - 10*i - 1), Vector2ui(size, size))); } pd.unlock(); // Cleanup. glMatrixMode(GL_MODELVIEW); glPopMatrix(); glMatrixMode(GL_PROJECTION); glPopMatrix(); } #endif // _DEBUG doomsday-1.14.5/doomsday/client/src/ui/editors/0000775000175000017500000000000012350542240020654 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/ui/editors/rendererappearanceeditor.cpp0000664000175000017500000006410512350542240026423 0ustar jaakkojaakko/** @file rendererappearanceeditor.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "ui/editors/rendererappearanceeditor.h" #include "ui/dialogs/renderersettingsdialog.h" #include "ui/widgets/profilepickerwidget.h" #include "ui/widgets/cvarchoicewidget.h" #include "ui/widgets/cvarsliderwidget.h" #include "ui/widgets/cvartogglewidget.h" #include "ui/clientwindow.h" #include "clientapp.h" #include "con_main.h" #include #include #include #include #include #include using namespace de; using namespace ui; DENG_GUI_PIMPL(RendererAppearanceEditor), DENG2_OBSERVES(SettingsRegister, ProfileChange), DENG2_OBSERVES(App, GameChange) { /** * Opens a popup menu for folding/unfolding all settings groups. */ struct RightClickHandler : public GuiWidget::IEventHandler { Instance *d; RightClickHandler(Instance *inst) : d(inst) {} bool handleEvent(GuiWidget &widget, Event const &event) { switch(widget.handleMouseClick(event, MouseEvent::Right)) { case MouseClickFinished: { PopupMenuWidget *pop = new PopupMenuWidget; pop->setDeleteAfterDismissed(true); d->self.add(pop); pop->setAnchorAndOpeningDirection(widget.rule(), ui::Left); pop->items() << new ActionItem(tr("Fold All"), new SignalAction(d->thisPublic, SLOT(foldAll()))) << new ActionItem(tr("Unfold All"), new SignalAction(d->thisPublic, SLOT(unfoldAll()))); pop->open(); return true; } case MouseClickUnrelated: return false; default: return true; } } }; /** * Foldable group of settings. */ class Group : public FoldPanelWidget { /// Action for reseting the group's settings to defaults. struct ResetAction : public Action { Group *group; ResetAction(Group *groupToReset) : group(groupToReset) {} void trigger() { Action::trigger(); group->resetToDefaults(); } }; public: Group(RendererAppearanceEditor::Instance *inst, String const &name, String const &titleText) : FoldPanelWidget(name), d(inst), _firstColumnWidth(0) { _group = new GuiWidget; setContent(_group); makeTitle(titleText); // Set up a context menu for right-clicking. title().addEventHandler(new RightClickHandler(d)); // We want the first column of all groups to be aligned with each other. _layout.setColumnFixedWidth(0, *d->firstColumnWidth); _layout.setGridSize(2, 0); _layout.setColumnAlignment(0, AlignRight); _layout.setLeftTop(_group->rule().left(), _group->rule().top()); // Button for reseting this group to defaults. _resetButton = new ButtonWidget; _resetButton->setText(tr("Reset")); _resetButton->setAction(new ResetAction(this)); _resetButton->rule() .setInput(Rule::Right, d->container->contentRule().right()) .setInput(Rule::AnchorY, title().rule().top() + title().rule().height() / 2) .setAnchorPoint(Vector2f(0, .5f)); _resetButton->disable(); d->container->add(&title()); d->container->add(_resetButton); d->container->add(this); } ~Group() { releaseRef(_firstColumnWidth); } ButtonWidget &resetButton() { return *_resetButton; } void preparePanelForOpening() { FoldPanelWidget::preparePanelForOpening(); if(!d->settings.isReadOnlyProfile(d->settings.currentProfile())) { _resetButton->enable(); } } void panelClosing() { FoldPanelWidget::panelClosing(); _resetButton->disable(); } void addSpace() { _layout << Const(0); } void addLabel(String const &text) { _layout << *LabelWidget::newWithText(text, _group); } CVarToggleWidget *addToggle(char const *cvar, String const &label) { CVarToggleWidget *w = new CVarToggleWidget(cvar, label); _group->add(w); _layout << *w; return w; } CVarChoiceWidget *addChoice(char const *cvar, ui::Direction opening = ui::Up) { CVarChoiceWidget *w = new CVarChoiceWidget(cvar); w->setOpeningDirection(opening); _group->add(w); _layout << *w; return w; } CVarSliderWidget *addSlider(char const *cvar) { CVarSliderWidget *w = new CVarSliderWidget(cvar); _group->add(w); _layout << *w; return w; } CVarSliderWidget *addSlider(char const *cvar, Ranged const &range, double step, int precision) { CVarSliderWidget *w = addSlider(cvar); w->setRange(range, step); w->setPrecision(precision); return w; } void commit() { _group->rule().setSize(_layout.width(), _layout.height()); // Extend the title all the way to the button. title().rule().setInput(Rule::Right, _resetButton->rule().left()); // Calculate the maximum rule for the first column items. for(int i = 0; i < _layout.gridSize().y; ++i) { GuiWidget *w = _layout.at(Vector2i(0, i)); if(w) { changeRef(_firstColumnWidth, OperatorRule::maximum(w->rule().width(), _firstColumnWidth)); } } } void fetch() { foreach(Widget *child, _group->childWidgets()) { if(ICVarWidget *w = child->maybeAs()) { w->updateFromCVar(); } } } void resetToDefaults() { foreach(Widget *child, _group->childWidgets()) { if(ICVarWidget *w = child->maybeAs()) { d->settings.resetSettingToDefaults(w->cvarPath()); w->updateFromCVar(); } } } Rule const &firstColumnWidth() const { return *_firstColumnWidth; } private: RendererAppearanceEditor::Instance *d; ButtonWidget *_resetButton; GuiWidget *_group; GridLayout _layout; Rule const *_firstColumnWidth; }; SettingsRegister &settings; DialogContentStylist stylist; ScrollAreaWidget *container; IndirectRule *firstColumnWidth; ///< Shared by all groups. ButtonWidget *close; ProfilePickerWidget *profile; Group *skyGroup; Group *shadowGroup; Group *lightGroup; Group *volLightGroup; Group *glowGroup; Group *haloGroup; Group *matGroup; Group *modelGroup; Group *spriteGroup; Group *objectGroup; Group *partGroup; Instance(Public *i) : Base(i), settings(ClientApp::renderSystem().appearanceSettings()), firstColumnWidth(new IndirectRule) { // The editor will close automatically when going to Ring Zero. App::app().audienceForGameChange() += this; settings.audienceForProfileChange += this; // The contents of the editor will scroll. container = new ScrollAreaWidget; container->enableIndicatorDraw(true); stylist.setContainer(*container); container->add(close = new ButtonWidget); container->add(profile = new ProfilePickerWidget(settings, tr("appearance"))); close->setText(tr("Close")); close->setAction(new SignalAction(thisPublic, SLOT(close()))); // Sky settings. skyGroup = new Group(this, "sky", tr("Sky")); skyGroup->addLabel(tr("Sky Sphere Radius:")); skyGroup->addSlider("rend-sky-distance", Ranged(0, 8000), 10, 0); skyGroup->commit(); // Shadow settings. shadowGroup = new Group(this, "shadow", tr("Shadows")); shadowGroup->addSpace(); shadowGroup->addToggle("rend-fakeradio", tr("Ambient Occlusion")); shadowGroup->addLabel(tr("Occlusion Darkness:")); shadowGroup->addSlider("rend-fakeradio-darkness"); shadowGroup->addSpace(); shadowGroup->addToggle("rend-shadow", tr("Objects Cast Shadows")); shadowGroup->addLabel(tr("Shadow Darkness:")); shadowGroup->addSlider("rend-shadow-darkness"); shadowGroup->addLabel(tr("Max Visible Distance:")); shadowGroup->addSlider("rend-shadow-far", Ranged(0, 3000), 10, 0); shadowGroup->addLabel(tr("Maximum Radius:")); shadowGroup->addSlider("rend-shadow-radius-max", Ranged(1, 128), 1, 0); shadowGroup->commit(); // Dynamic light settings. lightGroup = new Group(this, "plight", tr("Point Lighting")); lightGroup->addSpace(); lightGroup->addToggle("rend-light", tr("Dynamic Lights")); lightGroup->addSpace(); lightGroup->addToggle("rend-light-decor", tr("Light Decorations")); lightGroup->addLabel(tr("Blending Mode:")); lightGroup->addChoice("rend-light-blend")->items() << new ChoiceItem(tr("Multiply"), 0) << new ChoiceItem(tr("Add"), 1) << new ChoiceItem(tr("Process without drawing"), 2); lightGroup->addLabel(tr("Number of Lights:")); lightGroup->addSlider("rend-light-num", Ranged(0, 2000), 1, 0)->setMinLabel(tr("Max")); lightGroup->addLabel(tr("Brightness:")); lightGroup->addSlider("rend-light-bright"); lightGroup->addLabel(tr("Brightness in Fog:")); lightGroup->addSlider("rend-light-fog-bright"); lightGroup->addLabel(tr("Light Radius Factor:")); lightGroup->addSlider("rend-light-radius-scale"); lightGroup->addLabel(tr("Light Max Radius:")); lightGroup->addSlider("rend-light-radius-max"); lightGroup->commit(); // Volume lighting group. volLightGroup = new Group(this, "vlight", tr("Volume Lighting")); volLightGroup->addSpace(); volLightGroup->addToggle("rend-light-sky-auto", tr("Apply Sky Color")); volLightGroup->addLabel(tr("Sky Color Factor:")); volLightGroup->addSlider("rend-light-sky"); volLightGroup->addLabel(tr("Attenuation Distance:")); volLightGroup->addSlider("rend-light-attenuation", Ranged(0, 4000), 1, 0)->setMinLabel(tr("Off")); volLightGroup->addLabel(tr("Light Compression:")); volLightGroup->addSlider("rend-light-compression"); volLightGroup->addLabel(tr("Ambient Light:")); volLightGroup->addSlider("rend-light-ambient"); volLightGroup->addLabel(tr("Wall Angle Factor:")); volLightGroup->addSlider("rend-light-wall-angle", Ranged(0, 3), .01, 2); volLightGroup->addSpace(); volLightGroup->addToggle("rend-light-wall-angle-smooth", tr("Smoothed Angle")); volLightGroup->commit(); // Glow settings. glowGroup = new Group(this, "glow", tr("Surface Glow")); glowGroup->addLabel(tr("Material Glow:")); glowGroup->addSlider("rend-glow"); glowGroup->addLabel(tr("Max Glow Height:")); glowGroup->addSlider("rend-glow-height"); glowGroup->addLabel(tr("Glow Height Factor:")); glowGroup->addSlider("rend-glow-scale"); glowGroup->addSpace(); glowGroup->addToggle("rend-glow-wall", tr("Glow Visible on Walls")); glowGroup->commit(); // Camera lens settings. haloGroup = new Group(this, "lens", tr("Camera Lens")); haloGroup->addSpace(); haloGroup->addToggle("rend-bloom", tr("Bloom")); haloGroup->addLabel(tr("Bloom Threshold:")); haloGroup->addSlider("rend-bloom-threshold"); haloGroup->addLabel(tr("Bloom Intensity:")); haloGroup->addSlider("rend-bloom-intensity"); haloGroup->addLabel(tr("Bloom Dispersion:")); haloGroup->addSlider("rend-bloom-dispersion"); haloGroup->addSpace(); haloGroup->addToggle("rend-vignette", tr("Vignetting")); haloGroup->addLabel(tr("Vignette Darkness:")); haloGroup->addSlider("rend-vignette-darkness", Ranged(0, 2), .01, 2); haloGroup->addLabel(tr("Vignette Width:")); haloGroup->addSlider("rend-vignette-width"); haloGroup->addSpace(); haloGroup->addToggle("rend-halo-realistic", tr("Realistic Halos")); haloGroup->addLabel(tr("Flares per Halo:")); haloGroup->addSlider("rend-halo")->setMinLabel(tr("None")); haloGroup->addLabel(tr("Halo Brightness:")); haloGroup->addSlider("rend-halo-bright", Ranged(0, 100), 1, 0); haloGroup->addLabel(tr("Halo Size Factor:")); haloGroup->addSlider("rend-halo-size"); haloGroup->addLabel(tr("Occlusion Fading:")); haloGroup->addSlider("rend-halo-occlusion", Ranged(1, 256), 1, 0); haloGroup->addLabel(tr("Min Halo Radius:")); haloGroup->addSlider("rend-halo-radius-min", Ranged(1, 80), .1, 1); haloGroup->addLabel(tr("Min Halo Size:")); haloGroup->addSlider("rend-halo-secondary-limit", Ranged(0, 10), .1, 1); haloGroup->addLabel(tr("Halo Fading Start:")); haloGroup->addSlider("rend-halo-dim-near", Ranged(0, 200), .1, 1); haloGroup->addLabel(tr("Halo Fading End:")); haloGroup->addSlider("rend-halo-dim-far", Ranged(0, 200), .1, 1); haloGroup->addLabel(tr("Z-Mag Divisor:")); haloGroup->addSlider("rend-halo-zmag-div", Ranged(1, 100), .1, 1); haloGroup->commit(); // Material settings. matGroup = new Group(this, "material", tr("Materials")); matGroup->addSpace(); matGroup->addToggle("rend-tex-shiny", tr("Shiny Surfaces")); matGroup->addSpace(); matGroup->addToggle("rend-tex-anim-smooth", tr("Smooth Animation")); matGroup->addLabel(tr("Texture Quality:")); matGroup->addSlider("rend-tex-quality"); matGroup->addLabel(tr("Texture Filtering:")); matGroup->addChoice("rend-tex-mipmap")->items() << new ChoiceItem(tr("None"), 0) << new ChoiceItem(tr("Linear filter, no mip"), 1) << new ChoiceItem(tr("No filter, nearest mip"), 2) << new ChoiceItem(tr("Linear filter, nearest mip"), 3) << new ChoiceItem(tr("No filter, linear mip"), 4) << new ChoiceItem(tr("Linear filter, linear mip"), 5); matGroup->addSpace(); matGroup->addToggle("rend-tex-filter-smart", tr("2x Smart Filtering")); matGroup->addLabel(tr("Bilinear Filtering:")); matGroup->addToggle("rend-tex-filter-sprite", tr("Sprites")); matGroup->addSpace(); matGroup->addToggle("rend-tex-filter-mag", tr("World Surfaces")); matGroup->addSpace(); matGroup->addToggle("rend-tex-filter-ui", tr("User Interface")); matGroup->addLabel(tr("Anisotropic Filter:")); matGroup->addChoice("rend-tex-filter-anisotropic")->items() << new ChoiceItem(tr("Best available"), -1) << new ChoiceItem(tr("Off"), 0) << new ChoiceItem(tr("2x"), 1) << new ChoiceItem(tr("4x"), 2) << new ChoiceItem(tr("8x"), 3) << new ChoiceItem(tr("16x"), 4); matGroup->addSpace(); matGroup->addToggle("rend-tex-detail", tr("Detail Textures")); matGroup->addLabel(tr("Scaling Factor:")); matGroup->addSlider("rend-tex-detail-scale", Ranged(0, 16), .01, 2); matGroup->addLabel(tr("Contrast:")); matGroup->addSlider("rend-tex-detail-strength"); matGroup->commit(); // Model settings. modelGroup = new Group(this, "model", tr("3D Models")); modelGroup->addSpace(); modelGroup->addToggle("rend-model", tr("3D Models")); modelGroup->addSpace(); modelGroup->addToggle("rend-model-inter", tr("Interpolate Frames")); modelGroup->addSpace(); modelGroup->addToggle("rend-model-mirror-hud", tr("Mirror Player Weapon")); modelGroup->addLabel(tr("Max Visible Distance:")); modelGroup->addSlider("rend-model-distance", Ranged(0, 3000), 10, 0)->setMinLabel(tr("Inf")); modelGroup->addLabel(tr("LOD #0 Distance:")); modelGroup->addSlider("rend-model-lod", Ranged(0, 1000), 1, 0)->setMinLabel(tr("No LOD")); modelGroup->addLabel(tr("Number of Lights:")); modelGroup->addSlider("rend-model-lights"); modelGroup->commit(); // Sprite settings. spriteGroup = new Group(this, "sprite", tr("Sprites")); spriteGroup->addSpace(); spriteGroup->addToggle("rend-sprite-blend", tr("Additive Blending")); spriteGroup->addLabel(tr("Number of Lights:")); spriteGroup->addSlider("rend-sprite-lights")->setMinLabel(tr("Inf")); spriteGroup->addLabel(tr("Sprite Alignment:")); spriteGroup->addChoice("rend-sprite-align")->items() << new ChoiceItem(tr("Camera"), 0) << new ChoiceItem(tr("View plane"), 1) << new ChoiceItem(tr("Camera (limited)"), 2) << new ChoiceItem(tr("View plane (limited)"), 3); spriteGroup->addSpace(); spriteGroup->addToggle("rend-sprite-mode", tr("Sharp Edges")); spriteGroup->addSpace(); spriteGroup->addToggle("rend-sprite-noz", tr("Disable Z-Write")); spriteGroup->commit(); // Object settings. objectGroup = new Group(this, "object", tr("Objects")); objectGroup->addLabel(tr("Smooth Movement:")); objectGroup->addChoice("rend-mobj-smooth-move")->items() << new ChoiceItem(tr("Disabled"), 0) << new ChoiceItem(tr("Models only"), 1) << new ChoiceItem(tr("Models and sprites"), 2); objectGroup->addSpace(); objectGroup->addToggle("rend-mobj-smooth-turn", tr("Smooth Turning")); objectGroup->commit(); // Particle settings. partGroup = new Group(this, "ptcfx", tr("Particle Effects")); partGroup->addSpace(); partGroup->addToggle("rend-particle", tr("Particle Effects")); partGroup->addLabel(tr("Max Particles:")); partGroup->addSlider("rend-particle-max", Ranged(0, 10000), 100, 0)->setMinLabel(tr("Inf")); partGroup->addLabel(tr("Spawn Rate:")); partGroup->addSlider("rend-particle-rate"); partGroup->addLabel(tr("Diffusion:")); partGroup->addSlider("rend-particle-diffuse", Ranged(0, 20), .01, 2); partGroup->addLabel(tr("Near Clip Distance:")); partGroup->addSlider("rend-particle-visible-near", Ranged(0, 1000), 1, 0)->setMinLabel(tr("None")); partGroup->commit(); // Now we can define the first column width. firstColumnWidth->setSource(maximumOfAllGroupFirstColumns()); } ~Instance() { App::app().audienceForGameChange() -= this; settings.audienceForProfileChange -= this; releaseRef(firstColumnWidth); } void currentGameChanged(game::Game const &newGame) { if(newGame.isNull()) { // Entering Ring Zero -- persistent cvars are not available. self.close(); } } void currentProfileChanged(String const &) { // Update with values from the new profile. fetch(); } Rule const &maximumOfAllGroupFirstColumns() { Rule const *max = 0; foreach(Widget *child, container->childWidgets()) { if(Group *g = child->maybeAs()) { changeRef(max, OperatorRule::maximum(g->firstColumnWidth(), max)); } } return *refless(max); } void fetch() { bool const isReadOnly = settings.isReadOnlyProfile(settings.currentProfile()); foreach(Widget *child, container->childWidgets()) { if(Group *g = child->maybeAs()) { g->fetch(); g->resetButton().enable(!isReadOnly && g->isOpen()); // Enable or disable settings based on read-onlyness. foreach(Widget *w, g->content().childWidgets()) { if(GuiWidget *st = w->maybeAs()) { st->enable(!isReadOnly); } } } } } void foldAll(bool fold) { foreach(Widget *child, container->childWidgets()) { if(Group *g = child->maybeAs()) { if(fold) g->close(0); else g->open(); } } } void saveFoldState(PersistentState &toState) { foreach(Widget *child, container->childWidgets()) { if(Group *g = child->maybeAs()) { toState.names().set(self.name() + "." + g->name() + ".open", g->isOpen()); } } } void restoreFoldState(PersistentState const &fromState) { bool gotState = false; foreach(Widget *child, container->childWidgets()) { if(Group *g = child->maybeAs()) { String const var = self.name() + "." + g->name() + ".open"; if(fromState.names().has(var)) { gotState = true; if(fromState.names().getb(var)) g->open(); else g->close(0); } } } if(!gotState) { // Could be the first time. lightGroup->open(); } } }; RendererAppearanceEditor::RendererAppearanceEditor() : PanelWidget("rendererappearanceeditor"), d(new Instance(this)) { setSizePolicy(Fixed); setOpeningDirection(Left); set(Background(style().colors().colorf("background")).withSolidFillOpacity(1)); d->profile->setOpeningDirection(Down); // Set up the editor UI. LabelWidget *title = LabelWidget::newWithText("Renderer Appearance", d->container); title->setFont("title"); title->setTextColor("accent"); LabelWidget *profLabel = LabelWidget::newWithText(tr("Profile:"), d->container); // Layout. RuleRectangle const &area = d->container->contentRule(); title->rule() .setInput(Rule::Top, area.top()) .setInput(Rule::Left, area.left()); d->close->rule() .setInput(Rule::Right, area.right()) .setInput(Rule::Top, area.top()); SequentialLayout layout(area.left(), title->rule().bottom(), Down); layout.append(*profLabel, SequentialLayout::IgnoreMinorAxis); d->profile->rule() .setInput(Rule::Left, profLabel->rule().right()) .setInput(Rule::Top, profLabel->rule().top()); layout << d->lightGroup->title() << *d->lightGroup << d->volLightGroup->title() << *d->volLightGroup << d->glowGroup->title() << *d->glowGroup << d->shadowGroup->title() << *d->shadowGroup << d->haloGroup->title() << *d->haloGroup << d->matGroup->title() << *d->matGroup << d->objectGroup->title() << *d->objectGroup << d->modelGroup->title() << *d->modelGroup << d->spriteGroup->title() << *d->spriteGroup << d->partGroup->title() << *d->partGroup << d->skyGroup->title() << *d->skyGroup; // Update container size. d->container->setContentSize(OperatorRule::maximum(layout.width(), profLabel->rule().width() + d->profile->rule().width() + d->profile->button().rule().width(), style().rules().rule("rendererappearance.width")), title->rule().height() + layout.height()); d->container->rule().setSize(d->container->contentRule().width() + d->container->margins().width(), rule().height()); setContent(d->container); d->fetch(); // Install the editor. ClientWindow::main().setSidebar(ClientWindow::RightEdge, this); } void RendererAppearanceEditor::foldAll() { d->foldAll(true); } void RendererAppearanceEditor::unfoldAll() { d->foldAll(false); } void RendererAppearanceEditor::operator >> (PersistentState &toState) const { d->saveFoldState(toState); } void RendererAppearanceEditor::operator << (PersistentState const &fromState) { d->restoreFoldState(fromState); } void RendererAppearanceEditor::preparePanelForOpening() { PanelWidget::preparePanelForOpening(); } void RendererAppearanceEditor::panelDismissed() { PanelWidget::panelDismissed(); ClientWindow::main().unsetSidebar(ClientWindow::RightEdge); } doomsday-1.14.5/doomsday/client/src/ui/ui2_main.cpp0000664000175000017500000013062112350542240021415 0ustar jaakkojaakko/** @file ui2_main.cpp UI Widgets * @ingroup ui * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_console.h" #include "de_ui.h" #include "de_render.h" #include "de_graphics.h" #include "de_audio.h" #include "de_resource.h" #include "gl/sys_opengl.h" // TODO: get rid of this #include #include #include #include // memcpy, memmove #ifdef __CLIENT__ # include "MaterialSnapshot" # include "gl/gl_texmanager.h" # include "ui/clientwindow.h" #endif using namespace de; fidata_text_t *P_CreateText(fi_objectid_t id, char const *name, fontid_t fontNum); void P_DestroyText(fidata_text_t *text); fidata_pic_t *P_CreatePic(fi_objectid_t id, char const *name); void P_DestroyPic(fidata_pic_t* pic); static dd_bool inited = false; static uint numPages; static fi_page_t **pages; /// Global object store. static fi_object_collection_t objects; static fi_page_t *pagesAdd(fi_page_t *p) { pages = (fi_page_t **) Z_Realloc(pages, sizeof(*pages) * ++numPages, PU_APPSTATIC); pages[numPages-1] = p; return p; } static fi_page_t *pagesRemove(fi_page_t *p) { for(uint i = 0; i < numPages; ++i) { if(pages[i] != p) continue; if(i != numPages-1) { std::memmove(&pages[i], &pages[i+1], sizeof(*pages) * (numPages-i)); } if(numPages > 1) { pages = (fi_page_t **) Z_Realloc(pages, sizeof(*pages) * --numPages, PU_APPSTATIC); } else { Z_Free(pages); pages = 0; numPages = 0; } break; } return p; } /** * Clear the specified page to the default, blank state. */ static void pageClear(fi_page_t *p) { p->_timer = 0; p->flags.showBackground = true; /// Draw background by default. p->_bg.material = 0; // No background material. if(p->_objects.vector) { Z_Free(p->_objects.vector); p->_objects.vector = 0; } p->_objects.size = 0; AnimatorVector3_Init(p->_offset, 0, 0, 0); AnimatorVector4_Init(p->_bg.topColor, 1, 1, 1, 0); AnimatorVector4_Init(p->_bg.bottomColor, 1, 1, 1, 0); AnimatorVector4_Init(p->_filter, 0, 0, 0, 0); memset(p->_preFont, 0, sizeof(p->_preFont)); for(uint i = 0; i < FIPAGE_NUM_PREDEFINED_COLORS; ++i) { AnimatorVector3_Init(p->_preColor[i], 1, 1, 1); } } static fi_page_t *newPage(fi_page_t *prevPage) { fi_page_t *p = (fi_page_t *) Z_Malloc(sizeof(*p), PU_APPSTATIC, 0); p->flags.hidden = p->flags.paused = p->flags.showBackground = 0; p->_objects.vector = 0; p->drawer = FIPage_Drawer; p->ticker = FIPage_Ticker; p->previous = prevPage; pageClear(p); return p; } static void objectsThink(fi_object_collection_t *c) { for(uint i = 0; i < c->size; ++i) { fi_object_t *obj = c->vector[i]; obj->thinker(obj); } } #ifdef __CLIENT__ static void objectsDraw(fi_object_collection_t *c, fi_obtype_e type, float const worldOrigin[3]) { for(uint i = 0; i < c->size; ++i) { fi_object_t *obj = c->vector[i]; if(type != FI_NONE && obj->type != type) continue; obj->drawer(obj, worldOrigin); } } #endif static uint objectsToIndex(fi_object_collection_t *c, fi_object_t *obj) { if(obj) { for(uint i = 0; i < c->size; ++i) { fi_object_t *other = c->vector[i]; if(other == obj) return i + 1; // 1-based index. } } return 0; } static inline bool objectsIsPresent(fi_object_collection_t *c, fi_object_t *obj) { return objectsToIndex(c, obj) != 0; } /** * @note Does not check if the object already exists in this collection. */ static fi_object_t *objectsAdd(fi_object_collection_t *c, fi_object_t *obj) { c->vector = (fi_object_t **) Z_Realloc(c->vector, sizeof(*c->vector) * ++c->size, PU_APPSTATIC); c->vector[c->size-1] = obj; return obj; } /** * @pre There is at most one reference to the object in this collection. */ static fi_object_t *objectsRemove(fi_object_collection_t *c, fi_object_t *obj) { uint idx; if((idx = objectsToIndex(c, obj))) { idx -= 1; // Indices are 1-based. if(idx != c->size-1) { std::memmove(&c->vector[idx], &c->vector[idx+1], sizeof(*c->vector) * (c->size-idx)); } if(c->size > 1) { c->vector = (fi_object_t **) Z_Realloc(c->vector, sizeof(*c->vector) * --c->size, PU_APPSTATIC); } else { Z_Free(c->vector); c->vector = 0; c->size = 0; } } return obj; } static void objectsEmpty(fi_object_collection_t *c) { if(c->size) { for(uint i = 0; i < c->size; ++i) { fi_object_t *obj = c->vector[i]; switch(obj->type) { case FI_PIC: P_DestroyPic((fidata_pic_t *)obj); break; case FI_TEXT: P_DestroyText((fidata_text_t *)obj); break; default: Con_Error("InFine: Unknown object type %i in objectsEmpty.", int(obj->type)); } } Z_Free(c->vector); } c->vector = 0; c->size = 0; } static fi_object_t *objectsById(fi_object_collection_t *c, fi_objectid_t id) { if(id != 0) { for(uint i = 0; i < c->size; ++i) { fi_object_t *obj = c->vector[i]; if(obj->id == id) return obj; } } return 0; } /** * @return A new (unused) unique object id. */ static fi_objectid_t objectsUniqueId(fi_object_collection_t *c) { fi_objectid_t id = 0; while(objectsById(c, ++id)) {} return id; } static void picFrameDeleteXImage(fidata_pic_frame_t *f) { #ifdef __CLIENT__ DGL_DeleteTextures(1, (DGLuint *)&f->texRef.tex); #endif f->texRef.tex = 0; } static fidata_pic_frame_t *createPicFrame(fi_pic_type_t type, int tics, void *texRef, short sound, dd_bool flagFlipH) { fidata_pic_frame_t * f = (fidata_pic_frame_t *) Z_Malloc(sizeof(*f), PU_APPSTATIC, 0); f->flags.flip = flagFlipH; f->type = type; f->tics = tics; switch(f->type) { case PFT_MATERIAL: f->texRef.material = ((Material *)texRef); break; case PFT_PATCH: f->texRef.patch = *((patchid_t *)texRef); break; case PFT_RAW: f->texRef.lumpNum = *((lumpnum_t *)texRef); break; case PFT_XIMAGE: f->texRef.tex = *((DGLuint *)texRef); break; default: Con_Error("createPicFrame: unknown frame type %i.", int(type)); } f->sound = sound; return f; } static void destroyPicFrame(fidata_pic_frame_t *f) { if(f->type == PFT_XIMAGE) picFrameDeleteXImage(f); Z_Free(f); } static fidata_pic_frame_t* picAddFrame(fidata_pic_t *p, fidata_pic_frame_t *f) { p->frames = (fidata_pic_frame_t **) Z_Realloc(p->frames, sizeof(*p->frames) * ++p->numFrames, PU_APPSTATIC); p->frames[p->numFrames-1] = f; return f; } static void objectSetName(fi_object_t *obj, char const *name) { dd_snprintf(obj->name, FI_NAME_MAX_LENGTH, "%s", name); } void UI_Init(void) { // Already been here? if(inited) return; std::memset(&objects, 0, sizeof(objects)); pages = 0; numPages = 0; inited = true; } void UI_Shutdown(void) { if(!inited) return; // Garbage collection. objectsEmpty(&objects); if(numPages) { for(uint i = 0; i < numPages; ++i) { fi_page_t *p = pages[i]; pageClear(p); Z_Free(p); } Z_Free(pages); } pages = 0; numPages = 0; inited = false; } int UI_PageCount() { return numPages; } void UI2_Ticker(timespan_t ticLength) { #ifdef __CLIENT__ // Always tic. FR_Ticker(ticLength); #endif if(!inited) return; // All pages tic unless paused. for(uint i = 0; i < numPages; ++i) { fi_page_t *page = pages[i]; page->ticker(page, ticLength); } } void FIObject_Delete(fi_object_t *obj) { DENG_ASSERT(obj); // Destroy all references to this object on all pages. for(uint i = 0; i < numPages; ++i) { FIPage_RemoveObject(pages[i], obj); } objectsRemove(&objects, obj); Z_Free(obj); } fidata_pic_t *P_CreatePic(fi_objectid_t id, char const *name) { fidata_pic_t *p = (fidata_pic_t *) Z_Calloc(sizeof(*p), PU_APPSTATIC, 0); p->type = FI_PIC; p->drawer = FIData_PicDraw; p->thinker = FIData_PicThink; p->id = id; p->flags.looping = false; p->animComplete = true; objectSetName((fi_object_t *)p, name); AnimatorVector4_Init(p->color, 1, 1, 1, 1); AnimatorVector3_Init(p->scale, 1, 1, 1); FIData_PicClearAnimation((fi_object_t *)p); return p; } void P_DestroyPic(fidata_pic_t *pic) { DENG_ASSERT(pic); FIData_PicClearAnimation((fi_object_t *)pic); // Call parent destructor. FIObject_Delete((fi_object_t *)pic); } fidata_text_t *P_CreateText(fi_objectid_t id, char const *name, fontid_t fontNum) { #define LEADING (11.f/7-1) fidata_text_t *t = (fidata_text_t *) Z_Calloc(sizeof(*t), PU_APPSTATIC, 0); t->type = FI_TEXT; t->drawer = FIData_TextDraw; t->thinker = FIData_TextThink; t->id = id; t->flags.looping = false; t->animComplete = true; t->alignFlags = ALIGN_TOPLEFT; t->textFlags = DTF_ONLY_SHADOW; objectSetName((fi_object_t*)t, name); t->pageColor = 0; // Do not use a predefined color by default. AnimatorVector4_Init(t->color, 1, 1, 1, 1); AnimatorVector3_Init(t->scale, 1, 1, 1); t->wait = 3; t->fontNum = fontNum; t->lineHeight = LEADING; return t; #undef LEADING } void P_DestroyText(fidata_text_t *text) { DENG_ASSERT(text); if(text->text) { Z_Free(text->text); text->text = 0; } // Call parent destructor. FIObject_Delete((fi_object_t *)text); } void FIObject_Think(fi_object_t *obj) { DENG_ASSERT(obj); AnimatorVector3_Think(obj->pos); AnimatorVector3_Think(obj->scale); Animator_Think(&obj->angle); } struct fi_page_s *FIObject_Page(struct fi_object_s *obj) { DENG_ASSERT(obj); return obj->page; } void FIObject_SetPage(struct fi_object_s *obj, struct fi_page_s *page) { DENG_ASSERT(obj); obj->page = page; } fi_page_t *FI_NewPage(fi_page_t *prevPage) { return pagesAdd(newPage(prevPage)); } void FI_DeletePage(fi_page_t *p) { if(!p) Con_Error("FI_DeletePage: Invalid page."); pageClear(p); pagesRemove(p); for(uint i = 0; i < numPages; ++i) { fi_page_t *other = pages[i]; if(other->previous == p) other->previous = 0; } Z_Free(p); } fi_object_t *FI_Object(fi_objectid_t id) { if(!inited) { LOG_AS("FI_Object") LOGDEV_SCR_WARNING("Object %i not initialized yet!") << id; return 0; } return objectsById(&objects, id); } fi_object_t *FI_NewObject(fi_obtype_e type, char const *name) { fi_object_t *obj; switch(type) { case FI_TEXT: obj = (fi_object_t *) P_CreateText(objectsUniqueId(&objects), name, 0); break; case FI_PIC: obj = (fi_object_t *) P_CreatePic(objectsUniqueId(&objects), name); break; default: DENG_ASSERT(!"FI_NewObject: Invalid object type"); return 0; } return objectsAdd(&objects, obj); } void FI_DeleteObject(fi_object_t *obj) { DENG_ASSERT(obj); if(!inited) { LOG_AS("FI_DeleteObject") LOGDEV_SCR_WARNING("Object not initialized yet!"); return; } switch(obj->type) { case FI_PIC: P_DestroyPic((fidata_pic_t *)obj); break; case FI_TEXT: P_DestroyText((fidata_text_t *)obj); break; default: DENG_ASSERT(!"FI_DeleteObject: Invalid object type"); } } #ifdef __CLIENT__ static void useColor(animator_t const *color, int components) { if(components == 3) { glColor3f(color[0].value, color[1].value, color[2].value); } else if(components == 4) { glColor4f(color[0].value, color[1].value, color[2].value, color[3].value); } } static void drawPageBackground(fi_page_t *p, float x, float y, float width, float height, float light, float alpha) { vec3f_t topColor, bottomColor; float topAlpha, bottomAlpha; V3f_Set(topColor, p->_bg.topColor [0].value * light, p->_bg.topColor [1].value * light, p->_bg.topColor [2].value * light); topAlpha = p->_bg.topColor[3].value * alpha; V3f_Set(bottomColor, p->_bg.bottomColor[0].value * light, p->_bg.bottomColor[1].value * light, p->_bg.bottomColor[2].value * light); bottomAlpha = p->_bg.bottomColor[3].value * alpha; if(topAlpha <= 0 && bottomAlpha <= 0) return; if(p->_bg.material) { MaterialVariantSpec const &spec = App_ResourceSystem().materialSpec(UiContext, 0, 0, 0, 0, GL_REPEAT, GL_REPEAT, 0, 1, 0, false, false, false, false); MaterialSnapshot const &ms = p->_bg.material->prepare(spec); GL_BindTexture(&ms.texture(MTU_PRIMARY)); glEnable(GL_TEXTURE_2D); } if(p->_bg.material || topAlpha < 1.0 || bottomAlpha < 1.0) { GL_BlendMode(BM_NORMAL); } else { glDisable(GL_BLEND); } GL_DrawRectf2TextureColor(x, y, width, height, 64, 64, topColor, topAlpha, bottomColor, bottomAlpha); GL_SetNoTexture(); glEnable(GL_BLEND); } #endif // __CLIENT__ void FIPage_Drawer(fi_page_t *p) { #ifdef __CLIENT__ if(!p) Con_Error("FIPage_Drawer: Invalid page."); if(p->flags.hidden) return; // First, draw the background. if(p->flags.showBackground) drawPageBackground(p, 0, 0, SCREENWIDTH, SCREENHEIGHT, 1.0, 1.0); // Now lets go into 3D mode for drawing the p objects. glMatrixMode(GL_MODELVIEW); glPushMatrix(); //glLoadIdentity(); GL_SetMultisample(true); // The 3D projection matrix. // We're assuming pixels are squares. /*float aspect = DENG_WINDOW->width / (float) DENG_WINDOW->height; yfov = 2 * RAD2DEG(atan(tan(DEG2RAD(90) / 2) / aspect)); GL_InfinitePerspective(yfov, aspect, .05f);*/ // We need a left-handed yflipped coordinate system. //glScalef(1, -1, -1); // Clear Z buffer (prevent the objects being clipped by nearby polygons). glClear(GL_DEPTH_BUFFER_BIT); if(renderWireframe > 1) glPolygonMode(GL_FRONT_AND_BACK, GL_LINE); //glEnable(GL_CULL_FACE); glEnable(GL_ALPHA_TEST); vec3f_t worldOrigin; V3f_Set(worldOrigin, /*-SCREENWIDTH/2*/ - p->_offset[VX].value, /*-SCREENHEIGHT/2*/ - p->_offset[VY].value, 0/*.05f - p->_offset[VZ].value*/); objectsDraw(&p->_objects, FI_NONE/* treated as 'any' */, worldOrigin); /*{rendmodelparams_t params; memset(¶ms, 0, sizeof(params)); glEnable(GL_DEPTH_TEST); worldOrigin[VY] += 50.f / SCREENWIDTH * (40); worldOrigin[VZ] += 20; // Suitable default? setupModelParamsForFIObject(¶ms, "testmodel", worldOrigin); Rend_RenderModel(¶ms); worldOrigin[VX] -= 160.f / SCREENWIDTH * (40); setupModelParamsForFIObject(¶ms, "testmodel", worldOrigin); Rend_RenderModel(¶ms); worldOrigin[VX] += 320.f / SCREENWIDTH * (40); setupModelParamsForFIObject(¶ms, "testmodel", worldOrigin); Rend_RenderModel(¶ms); glDisable(GL_DEPTH_TEST);}*/ // Restore original matrices and state: back to normal 2D. glDisable(GL_ALPHA_TEST); //glDisable(GL_CULL_FACE); // Back from wireframe mode? if(renderWireframe > 1) glPolygonMode(GL_FRONT_AND_BACK, GL_FILL); // Filter on top of everything. Only draw if necessary. if(p->_filter[3].value > 0) { GL_DrawRectf2Color(0, 0, SCREENWIDTH, SCREENHEIGHT, p->_filter[0].value, p->_filter[1].value, p->_filter[2].value, p->_filter[3].value); } GL_SetMultisample(false); glMatrixMode(GL_MODELVIEW); glPopMatrix(); #endif } void FIPage_MakeVisible(fi_page_t *p, dd_bool yes) { if(!p) Con_Error("FIPage_MakeVisible: Invalid page."); p->flags.hidden = !yes; } void FIPage_Pause(fi_page_t *p, dd_bool yes) { if(!p) Con_Error("FIPage_Pause: Invalid page."); p->flags.paused = yes; } void FIPage_Ticker(fi_page_t *p, timespan_t /*ticLength*/) { if(!p) Con_Error("FIPage_Ticker: Invalid page."); if(!DD_IsSharpTick()) return; // A new 'sharp' tick has begun. p->_timer++; objectsThink(&p->_objects); AnimatorVector3_Think(p->_offset); AnimatorVector4_Think(p->_bg.topColor); AnimatorVector4_Think(p->_bg.bottomColor); AnimatorVector4_Think(p->_filter); for(uint i = 0; i < FIPAGE_NUM_PREDEFINED_COLORS; ++i) { AnimatorVector3_Think(p->_preColor[i]); } } dd_bool FIPage_HasObject(fi_page_t *p, fi_object_t *obj) { if(!p) Con_Error("FIPage_HasObject: Invalid page."); return objectsIsPresent(&p->_objects, obj); } fi_object_t *FIPage_AddObject(fi_page_t *p, fi_object_t *obj) { if(!p) Con_Error("FIPage_AddObject: Invalid page."); if(obj && !objectsIsPresent(&p->_objects, obj)) { FIObject_SetPage(obj, p); return objectsAdd(&p->_objects, obj); } return obj; } fi_object_t *FIPage_RemoveObject(fi_page_t *p, fi_object_t *obj) { if(!p) Con_Error("FIPage_RemoveObject: Invalid page."); if(obj && objectsIsPresent(&p->_objects, obj)) { FIObject_SetPage(obj, NULL); return objectsRemove(&p->_objects, obj); } return obj; } Material *FIPage_BackgroundMaterial(fi_page_t *p) { if(!p) Con_Error("FIPage_BackgroundMaterial: Invalid page."); return p->_bg.material; } void FIPage_SetBackgroundMaterial(fi_page_t *p, Material *mat) { if(!p) Con_Error("FIPage_SetBackgroundMaterial: Invalid page."); p->_bg.material = mat; } void FIPage_SetBackgroundTopColor(fi_page_t *p, float red, float green, float blue, int steps) { if(!p) Con_Error("FIPage_SetBackgroundTopColor: Invalid page."); AnimatorVector3_Set(p->_bg.topColor, red, green, blue, steps); } void FIPage_SetBackgroundTopColorAndAlpha(fi_page_t *p, float red, float green, float blue, float alpha, int steps) { if(!p) Con_Error("FIPage_SetBackgroundTopColorAndAlpha: Invalid page."); AnimatorVector4_Set(p->_bg.topColor, red, green, blue, alpha, steps); } void FIPage_SetBackgroundBottomColor(fi_page_t *p, float red, float green, float blue, int steps) { if(!p) Con_Error("FIPage_SetBackgroundBottomColor: Invalid page."); AnimatorVector3_Set(p->_bg.bottomColor, red, green, blue, steps); } void FIPage_SetBackgroundBottomColorAndAlpha(fi_page_t *p, float red, float green, float blue, float alpha, int steps) { if(!p) Con_Error("FIPage_SetBackgroundBottomColorAndAlpha: Invalid page."); AnimatorVector4_Set(p->_bg.bottomColor, red, green, blue, alpha, steps); } void FIPage_SetOffsetX(fi_page_t *p, float x, int steps) { if(!p) Con_Error("FIPage_SetOffsetX: Invalid page."); Animator_Set(&p->_offset[VX], x, steps); } void FIPage_SetOffsetY(fi_page_t *p, float y, int steps) { if(!p) Con_Error("FIPage_SetOffsetY: Invalid page."); Animator_Set(&p->_offset[VY], y, steps); } void FIPage_SetOffsetZ(fi_page_t *p, float y, int steps) { if(!p) Con_Error("FIPage_SetOffsetY: Invalid page."); Animator_Set(&p->_offset[VZ], y, steps); } void FIPage_SetOffsetXYZ(fi_page_t *p, float x, float y, float z, int steps) { if(!p) Con_Error("FIPage_SetOffsetXYZ: Invalid page."); AnimatorVector3_Set(p->_offset, x, y, z, steps); } void FIPage_SetFilterColorAndAlpha(fi_page_t *p, float red, float green, float blue, float alpha, int steps) { if(!p) Con_Error("FIPage_SetFilterColorAndAlpha: Invalid page."); AnimatorVector4_Set(p->_filter, red, green, blue, alpha, steps); } void FIPage_SetPredefinedColor(fi_page_t *p, uint idx, float red, float green, float blue, int steps) { if(!p) Con_Error("FIPage_SetPredefinedColor: Invalid page."); if(!VALID_FIPAGE_PREDEFINED_COLOR(idx)) Con_Error("FIPage_SetPredefinedColor: Invalid color id %u.", idx); AnimatorVector3_Set(p->_preColor[idx], red, green, blue, steps); } animatorvector3_t const *FIPage_PredefinedColor(fi_page_t *p, uint idx) { if(!p) Con_Error("FIPage_PredefinedColor: Invalid page."); if(!VALID_FIPAGE_PREDEFINED_COLOR(idx)) Con_Error("FIPage_PredefinedColor: Invalid color id %u.", idx); return (animatorvector3_t const *) &p->_preColor[idx]; } void FIPage_SetPredefinedFont(fi_page_t *p, uint idx, fontid_t fontNum) { if(!p) Con_Error("FIPage_SetPredefinedFont: Invalid page."); if(!VALID_FIPAGE_PREDEFINED_FONT(idx)) Con_Error("FIPage_SetPredefinedFont: Invalid font id %u.", idx); p->_preFont[idx] = fontNum; } fontid_t FIPage_PredefinedFont(fi_page_t *p, uint idx) { if(!p) Con_Error("FIPage_PredefinedFont: Invalid page."); if(!VALID_FIPAGE_PREDEFINED_FONT(idx)) Con_Error("FIPage_PredefinedFont: Invalid font id %u.", idx); return p->_preFont[idx]; } #if 0 static void setupModelParamsForFIObject(rendmodelparams_t *params, char const *modelId, float const worldOffset[3]) { float pos[] = { SCREENWIDTH/2, SCREENHEIGHT/2, 0 }; modeldef_t* mf = Models_Definition(modelId); if(!mf) return; params->mf = mf; params->origin[VX] = worldOffset[VX] + pos[VX]; params->origin[VY] = worldOffset[VZ] + pos[VZ]; params->origin[VZ] = worldOffset[VY] + pos[VY]; params->distance = -10; /// @todo inherit depth. params->yawAngleOffset = (SCREENWIDTH/2 - pos[VX]) * weaponOffsetScale + 90; params->pitchAngleOffset = (SCREENHEIGHT/2 - pos[VY]) * weaponOffsetScale * weaponOffsetScaleY / 1000.0f; params->yaw = params->yawAngleOffset + 180; params->pitch = params->yawAngleOffset + 90; params->shineYawOffset = -vang; params->shinePitchOffset = vpitch + 90; params->shinepspriteCoordSpace = true; params->ambientColor[CR] = params->ambientColor[CG] = params->ambientColor[CB] = 1; params->ambientColor[CA] = 1; /** * @todo This additional scale multiplier is necessary for the model * to be drawn at a scale consistent with the other object types * (e.g., Model compared to Pic). * * Both terms are also present in the other object scale calcs and can * therefore be refactored away. */ params->extraScale = .1f - (.05f * .05f); // Lets get it spinning so we can better see whats going on. params->yaw += rFrameCount; } #endif #ifdef __CLIENT__ static void setupProjectionForFinale(dgl_borderedprojectionstate_t *bp) { GL_ConfigureBorderedProjection(bp, BPF_OVERDRAW_CLIP, SCREENWIDTH, SCREENHEIGHT, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, FI_ScaleMode()); } bool FI_IsStretchedToView() { dgl_borderedprojectionstate_t bp; setupProjectionForFinale(&bp); return (bp.scaleMode == SCALEMODE_STRETCH); } void UI2_Drawer(void) { if(!numPages) return; dgl_borderedprojectionstate_t bp; //dd_bool bordered; LOG_AS("UI2_Drawer"); if(!inited) { LOGDEV_ERROR("Not initialized yet!"); return; } setupProjectionForFinale(&bp); GL_BeginBorderedProjection(&bp); /*bordered = (FI_ScriptActive() && FI_ScriptCmdExecuted()); if(bordered) { // Draw using the special bordered projection. GL_ConfigureBorderedProjection(&borderedProjection); GL_BeginBorderedProjection(&borderedProjection); }*/ for(uint i = 0; i < numPages; ++i) { fi_page_t *page = pages[i]; page->drawer(page); } GL_EndBorderedProjection(&bp); //if(bordered) // GL_EndBorderedProjection(&borderedProjection); } #endif void FIData_PicThink(fi_object_t *obj) { fidata_pic_t *p = (fidata_pic_t *)obj; DENG_ASSERT(obj && obj->type == FI_PIC); // Call parent thinker. FIObject_Think(obj); AnimatorVector4_Think(p->color); AnimatorVector4_Think(p->otherColor); AnimatorVector4_Think(p->edgeColor); AnimatorVector4_Think(p->otherEdgeColor); if(!(p->numFrames > 1)) return; // If animating, decrease the sequence timer. if(p->frames[p->curFrame]->tics > 0) { if(--p->tics <= 0) { fidata_pic_frame_t *f; // Advance the sequence position. k = next pos. uint next = p->curFrame + 1; if(next == p->numFrames) { // This is the end. p->animComplete = true; // Stop the sequence? if(p->flags.looping) { next = 0; // Rewind back to beginning. } else // Yes. { p->frames[next = p->curFrame]->tics = 0; } } // Advance to the next pos. f = p->frames[p->curFrame = next]; p->tics = f->tics; // Play a sound? if(f->sound > 0) S_LocalSound(f->sound, 0); } } } #ifdef __CLIENT__ static int buildGeometry(float const /*dimensions*/[3], dd_bool flipTextureS, Vector4f const &bottomColor, Vector4f const &topColor, Vector3f **posCoords, Vector4f **colorCoords, Vector2f **texCoords) { static Vector3f posCoordBuf[4]; static Vector4f colorCoordBuf[4]; static Vector2f texCoordBuf[4]; // 0 - 1 // | / | Vertex layout // 2 - 3 posCoordBuf[0] = Vector3f(0, 0, 0); posCoordBuf[1] = Vector3f(1, 0, 0); posCoordBuf[2] = Vector3f(0, 1, 0); posCoordBuf[3] = Vector3f(1, 1, 0); texCoordBuf[0] = Vector2f((flipTextureS? 1:0), 0); texCoordBuf[1] = Vector2f((flipTextureS? 0:1), 0); texCoordBuf[2] = Vector2f((flipTextureS? 1:0), 1); texCoordBuf[3] = Vector2f((flipTextureS? 0:1), 1); colorCoordBuf[0] = bottomColor; colorCoordBuf[1] = bottomColor; colorCoordBuf[2] = topColor; colorCoordBuf[3] = topColor; *posCoords = posCoordBuf; *texCoords = texCoordBuf; *colorCoords = colorCoordBuf; return 4; } static void drawGeometry(int numVerts, Vector3f const *posCoords, Vector4f const *colorCoords, Vector2f const *texCoords) { glBegin(GL_TRIANGLE_STRIP); Vector3f const *posIt = posCoords; Vector4f const *colorIt = colorCoords; Vector2f const *texIt = texCoords; for(int i = 0; i < numVerts; ++i, posIt++, colorIt++, texIt++) { if(texCoords) glTexCoord2f(texIt->x, texIt->y); if(colorCoords) glColor4f(colorIt->x, colorIt->y, colorIt->z, colorIt->w); glVertex3f(posIt->x, posIt->y, posIt->z); } glEnd(); } static void drawPicFrame(fidata_pic_t *p, uint frame, float const _origin[3], float /*const*/ scale[3], float const rgba[4], float const rgba2[4], float angle, float const worldOffset[3]) { vec3f_t offset = { 0, 0, 0 }, dimensions, origin, originOffset, center; vec2f_t texScale = { 1, 1 }; vec2f_t rotateCenter = { .5f, .5f }; dd_bool showEdges = true, flipTextureS = false; dd_bool mustPopTextureMatrix = false; dd_bool textureEnabled = false; int numVerts; Vector3f *posCoords; Vector4f *colorCoords; Vector2f *texCoords; if(p->numFrames) { /// @todo Optimize: Texture/Material searches should be NOT be done here -ds fidata_pic_frame_t *f = p->frames[frame]; flipTextureS = (f->flags.flip != 0); showEdges = false; switch(f->type) { case PFT_RAW: { rawtex_t *rawTex = App_ResourceSystem().declareRawTexture(f->texRef.lumpNum); if(rawTex) { DGLuint glName = GL_PrepareRawTexture(*rawTex); V3f_Set(offset, 0, 0, 0); // Raw images are always considered to have a logical size of 320x200 // even though the actual texture resolution may be different. V3f_Set(dimensions, 320 /*rawTex->width*/, 200 /*rawTex->height*/, 0); // Rotation occurs around the center of the screen. V2f_Set(rotateCenter, 160, 100); GL_BindTextureUnmanaged(glName, gl::ClampToEdge, gl::ClampToEdge, (filterUI ? gl::Linear : gl::Nearest)); if(glName) { glEnable(GL_TEXTURE_2D); textureEnabled = true; } } break; } case PFT_XIMAGE: V3f_Set(offset, 0, 0, 0); V3f_Set(dimensions, 1, 1, 0); V2f_Set(rotateCenter, .5f, .5f); GL_BindTextureUnmanaged(f->texRef.tex, gl::ClampToEdge, gl::ClampToEdge, (filterUI ? gl::Linear : gl::Nearest)); if(f->texRef.tex) { glEnable(GL_TEXTURE_2D); textureEnabled = true; } break; case PFT_MATERIAL: { Material *mat = f->texRef.material; if(mat) { MaterialVariantSpec const &spec = App_ResourceSystem().materialSpec(UiContext, 0, 0, 0, 0, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 0, -3, 0, false, false, false, false); MaterialSnapshot const &ms = mat->prepare(spec); GL_BindTexture(&ms.texture(MTU_PRIMARY)); glEnable(GL_TEXTURE_2D); textureEnabled = true; TextureVariantSpec const &texSpec = ms.texture(MTU_PRIMARY).spec(); /// @todo Utilize *all* properties of the Material. V3f_Set(dimensions, ms.width() + texSpec.variant.border * 2, ms.height() + texSpec.variant.border * 2, 0); V2f_Set(rotateCenter, dimensions[VX] / 2, dimensions[VY] / 2); ms.texture(MTU_PRIMARY).glCoords(&texScale[VX], &texScale[VY]); Texture const &texture = ms.texture(MTU_PRIMARY).generalCase(); de::Uri uri = texture.manifest().composeUri(); if(!uri.scheme().compareWithoutCase("Sprites")) { V3f_Set(offset, texture.origin().x, texture.origin().y, 0); } else { V3f_Set(offset, 0, 0, 0); } } break; } case PFT_PATCH: { TextureManifest &manifest = App_ResourceSystem().textureScheme("Patches") .findByUniqueId(f->texRef.patch); if(manifest.hasTexture()) { Texture &tex = manifest.texture(); TextureVariantSpec const &texSpec = Rend_PatchTextureSpec(0 | (tex.isFlagged(Texture::Monochrome) ? TSF_MONOCHROME : 0) | (tex.isFlagged(Texture::UpscaleAndSharpen) ? TSF_UPSCALE_AND_SHARPEN : 0)); GL_BindTexture(tex.prepareVariant(texSpec)); glEnable(GL_TEXTURE_2D); textureEnabled = true; V3f_Set(offset, tex.origin().x, tex.origin().y, 0); V3f_Set(dimensions, tex.width(), tex.height(), 0); V2f_Set(rotateCenter, dimensions[VX]/2, dimensions[VY]/2); } break; } default: Con_Error("drawPicFrame: Invalid FI_PIC frame type %i.", int(f->type)); } } // If we've not chosen a texture by now set some defaults. /// @todo This is some seriously funky logic... refactor or remove. if(!textureEnabled) { V3f_Copy(dimensions, scale); V3f_Set(scale, 1, 1, 1); V2f_Set(rotateCenter, dimensions[VX] / 2, dimensions[VY] / 2); } V3f_Set(center, dimensions[VX] / 2, dimensions[VY] / 2, dimensions[VZ] / 2); V3f_Sum(origin, _origin, center); V3f_Subtract(origin, origin, offset); V3f_Sum(origin, origin, worldOffset); V3f_Subtract(originOffset, offset, center); offset[VX] *= scale[VX]; offset[VY] *= scale[VY]; offset[VZ] *= scale[VZ]; V3f_Sum(originOffset, originOffset, offset); numVerts = buildGeometry(dimensions, flipTextureS, rgba, rgba2, &posCoords, &colorCoords, &texCoords); // Setup the transformation. glMatrixMode(GL_MODELVIEW); glPushMatrix(); //glScalef(.1f/SCREENWIDTH, .1f/SCREENWIDTH, 1); // Move to the object origin. glTranslatef(origin[VX], origin[VY], origin[VZ]); // Translate to the object center. /// @todo Remove this; just go to origin directly. Rotation origin is /// now separately in 'rotateCenter'. -jk glTranslatef(originOffset[VX], originOffset[VY], originOffset[VZ]); glScalef(scale[VX], scale[VY], scale[VZ]); if(angle != 0) { glTranslatef(rotateCenter[VX], rotateCenter[VY], 0); // With rotation we must counter the VGA aspect ratio. glScalef(1, 200.0f / 240.0f, 1); glRotatef(angle, 0, 0, 1); glScalef(1, 240.0f / 200.0f, 1); glTranslatef(-rotateCenter[VX], -rotateCenter[VY], 0); } glMatrixMode(GL_MODELVIEW); // Scale up our unit-geometry to the desired dimensions. glScalef(dimensions[VX], dimensions[VY], dimensions[VZ]); if(texScale[0] != 1 || texScale[1] != 1) { glMatrixMode(GL_TEXTURE); glPushMatrix(); glScalef(texScale[0], texScale[1], 1); mustPopTextureMatrix = true; } drawGeometry(numVerts, posCoords, colorCoords, texCoords); GL_SetNoTexture(); if(mustPopTextureMatrix) { glMatrixMode(GL_TEXTURE); glPopMatrix(); } if(showEdges) { glBegin(GL_LINES); useColor(p->edgeColor, 4); glVertex2f(0, 0); glVertex2f(1, 0); glVertex2f(1, 0); useColor(p->otherEdgeColor, 4); glVertex2f(1, 1); glVertex2f(1, 1); glVertex2f(0, 1); glVertex2f(0, 1); useColor(p->edgeColor, 4); glVertex2f(0, 0); glEnd(); } // Restore original transformation. glMatrixMode(GL_MODELVIEW); glPopMatrix(); } #endif // __CLIENT__ void FIData_PicDraw(fi_object_t *obj, const float offset[3]) { #ifdef __CLIENT__ fidata_pic_t *p = (fidata_pic_t *)obj; if(!obj || obj->type != FI_PIC) Con_Error("FIData_PicDraw: Not a FI_PIC."); // Fully transparent pics will not be drawn. if(!(p->color[CA].value > 0)) return; vec3f_t scale, origin; V3f_Set(origin, p->pos[VX].value, p->pos[VY].value, p->pos[VZ].value); V3f_Set(scale, p->scale[VX].value, p->scale[VY].value, p->scale[VZ].value); vec4f_t rgba, rgba2; V4f_Set(rgba, p->color[CR].value, p->color[CG].value, p->color[CB].value, p->color[CA].value); if(p->numFrames == 0) V4f_Set(rgba2, p->otherColor[CR].value, p->otherColor[CG].value, p->otherColor[CB].value, p->otherColor[CA].value); drawPicFrame(p, p->curFrame, origin, scale, rgba, (p->numFrames==0? rgba2 : rgba), p->angle.value, offset); #else DENG_UNUSED(obj); DENG_UNUSED(offset); #endif } uint FIData_PicAppendFrame(fi_object_t *obj, fi_pic_type_t type, int tics, void *texRef, short sound, dd_bool flagFlipH) { fidata_pic_t * p = (fidata_pic_t *)obj; if(!obj || obj->type != FI_PIC) Con_Error("FIData_PicAppendFrame: Not a FI_PIC."); picAddFrame(p, createPicFrame(type, tics, texRef, sound, flagFlipH)); return p->numFrames-1; } void FIData_PicClearAnimation(fi_object_t *obj) { fidata_pic_t *p = (fidata_pic_t *)obj; if(!obj || obj->type != FI_PIC) Con_Error("FIData_PicClearAnimation: Not a FI_PIC."); if(p->frames) { for(uint i = 0; i < p->numFrames; ++i) { destroyPicFrame(p->frames[i]); } Z_Free(p->frames); } p->flags.looping = false; // Yeah? p->frames = 0; p->numFrames = 0; p->curFrame = 0; p->animComplete = true; } void FIData_TextAccelerate(fi_object_t *obj) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextSkipCursorToEnd: Not a FI_TEXT."); // Fill in the rest very quickly. t->wait = -10; } void FIData_TextThink(fi_object_t *obj) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextThink: Not a FI_TEXT."); // Call parent thinker. FIObject_Think(obj); AnimatorVector4_Think(t->color); if(t->wait) { if(--t->timer <= 0) { if(t->wait > 0) { // Positive wait: move cursor one position, wait again. t->cursorPos++; t->timer = t->wait; } else { // Negative wait: move cursor several positions, don't wait. t->cursorPos += ABS(t->wait); t->timer = 1; } } } if(t->scrollWait) { if(--t->scrollTimer <= 0) { t->scrollTimer = t->scrollWait; t->pos[1].target -= 1; t->pos[1].steps = t->scrollWait; } } // Is the text object fully visible? t->animComplete = (!t->wait || t->cursorPos >= FIData_TextLength((fi_object_t *)t)); } #ifdef __CLIENT__ static int textLineWidth(char const *text) { int width = 0; for(; *text; text++) { if(*text == '\\') { if(!*++text) break; if(*text == 'n') break; if(*text >= '0' && *text <= '9') continue; if(*text == 'w' || *text == 'W' || *text == 'p' || *text == 'P') continue; } width += FR_CharWidth(*text); } return width; } #endif void FIData_TextDraw(fi_object_t *obj, const float offset[3]) { #ifdef __CLIENT__ fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextDraw: Not a FI_TEXT."); if(!t->text) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMatrixMode(GL_MODELVIEW); glPushMatrix(); //glScalef(.1f/SCREENWIDTH, .1f/SCREENWIDTH, 1); glTranslatef(t->pos[0].value + offset[VX], t->pos[1].value + offset[VY], t->pos[2].value + offset[VZ]); if(t->angle.value != 0) { // Counter the VGA aspect ratio. glScalef(1, 200.0f / 240.0f, 1); glRotatef(t->angle.value, 0, 0, 1); glScalef(1, 240.0f / 200.0f, 1); } glScalef(t->scale[0].value, t->scale[1].value, t->scale[2].value); glEnable(GL_TEXTURE_2D); FR_SetFont(t->fontNum); // Set the normal color. animatorvector3_t const *color; if(t->pageColor == 0) color = (const animatorvector3_t*)&t->color; else color = FIPage_PredefinedColor(FIObject_Page(obj), t->pageColor-1); FR_SetColor((*color)[CR].value, (*color)[CG].value, (*color)[CB].value); FR_SetAlpha(t->color[CA].value); int x = 0, y = 0, ch, linew = -1; char *ptr = t->text; for(size_t cnt = 0; *ptr && (!t->wait || cnt < t->cursorPos); ptr++) { if(linew < 0) linew = textLineWidth(ptr); ch = *ptr; if(*ptr == '\\') // Escape? { if(!*++ptr) break; // Change of color? if(*ptr >= '0' && *ptr <= '9') { uint colorIdx = *ptr - '0'; if(colorIdx == 0) color = (animatorvector3_t const *)&t->color; else color = FIPage_PredefinedColor(FIObject_Page(obj), colorIdx-1); FR_SetColor((*color)[CR].value, (*color)[CG].value, (*color)[CB].value); FR_SetAlpha(t->color[CA].value); continue; } // 'w' = half a second wait, 'W' = second'f wait if(*ptr == 'w' || *ptr == 'W') // Wait? { if(t->wait) cnt += (int) ((float)TICRATE / t->wait / (*ptr == 'w' ? 2 : 1)); continue; } // 'p' = 5 second wait, 'P' = 10 second wait if(*ptr == 'p' || *ptr == 'P') // Longer pause? { if(t->wait) cnt += (int) ((float)TICRATE / t->wait * (*ptr == 'p' ? 5 : 10)); continue; } if(*ptr == 'n' || *ptr == 'N') // Newline? { x = 0; y += FR_CharHeight('A') * (1+t->lineHeight); linew = -1; cnt++; // Include newlines in the wait count. continue; } if(*ptr == '_') ch = ' '; } // Let'f do Y-clipping (in case of tall text blocks). if(t->scale[1].value * y + t->pos[1].value >= -t->scale[1].value * t->lineHeight && t->scale[1].value * y + t->pos[1].value < SCREENHEIGHT) { FR_DrawCharXY(ch, (t->alignFlags & ALIGN_LEFT) ? x : x - linew / 2, y); x += FR_CharWidth(ch); } ++cnt; } glDisable(GL_TEXTURE_2D); glMatrixMode(GL_MODELVIEW); glPopMatrix(); #endif } size_t FIData_TextLength(fi_object_t *obj) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextLength: Not a FI_TEXT."); size_t cnt = 0; if(t->text) { float secondLen = (t->wait ? TICRATE / t->wait : 0); char const *ptr; for(ptr = t->text; *ptr; ptr++) { if(*ptr == '\\') // Escape? { if(!*++ptr) break; switch(*ptr) { case 'w': cnt += secondLen / 2; break; case 'W': cnt += secondLen; break; case 'p': cnt += 5 * secondLen; break; case 'P': cnt += 10 * secondLen; break; default: if((*ptr >= '0' && *ptr <= '9') || *ptr == 'n' || *ptr == 'N') continue; } } cnt++; } } return cnt; } void FIData_TextCopy(fi_object_t *obj, char const *str) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextCopy: Not a FI_TEXT."); if(t->text) { Z_Free(t->text); t->text = 0; } if(str && str[0]) { size_t len = strlen(str) + 1; t->text = (char *) Z_Malloc(len, PU_APPSTATIC, 0); memcpy(t->text, str, len); } } void FIData_TextSetFont(fi_object_t *obj, fontid_t fontNum) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextSetFont: Not a FI_TEXT."); if(fontNum != 0) t->fontNum = fontNum; } void FIData_TextSetColor(struct fi_object_s *obj, float red, float green, float blue, int steps) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextSetColor: Not a FI_TEXT."); AnimatorVector3_Set(*((animatorvector3_t*)t->color), red, green, blue, steps); t->pageColor = 0; } void FIData_TextSetAlpha(struct fi_object_s *obj, float alpha, int steps) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextSetAlpha: Not a FI_TEXT."); Animator_Set(&t->color[CA], alpha, steps); } void FIData_TextSetColorAndAlpha(struct fi_object_s *obj, float red, float green, float blue, float alpha, int steps) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextSetColorAndAlpha: Not a FI_TEXT."); AnimatorVector4_Set(t->color, red, green, blue, alpha, steps); t->pageColor = 0; } void FIData_TextSetPreColor(fi_object_t *obj, uint id) { fidata_text_t *t = (fidata_text_t *)obj; if(!obj || obj->type != FI_TEXT) Con_Error("FIData_TextSetPreColor: Not a FI_TEXT."); if(id >= FIPAGE_NUM_PREDEFINED_COLORS) Con_Error("FIData_TextSetPreColor: Invalid color id %u.", id); t->pageColor = id; } doomsday-1.14.5/doomsday/client/src/ui/sys_input.cpp0000664000175000017500000000765612350542240021762 0ustar jaakkojaakko/** @file sys_input.cpp Keyboard and mouse input pre-processing. * @ingroup input * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 2005 Zachary Keene * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #ifdef WIN32 # include "directinput.h" # include "mouse_win32.h" #endif #include "de_platform.h" #include "de_console.h" #include "de_system.h" #include "de_misc.h" #include "ui/mouse_qt.h" // portable #define EVBUFSIZE 64 #define KEYBUFSIZE 32 static dd_bool initOk; static byte useMouse; // Input enabled from mouse? static mouseinterface_t* iMouse; ///< Current mouse interface. static keyevent_t keyEvents[EVBUFSIZE]; static int evHead, evTail; void I_Register(void) { #ifdef __CLIENT__ Joystick_Register(); #endif } static keyevent_t *newKeyEvent(void) { keyevent_t *ev = keyEvents + evHead; evHead = (evHead + 1) % EVBUFSIZE; memset(ev, 0, sizeof(*ev)); return ev; } /** * @return The oldest event from the buffer. */ static keyevent_t *getKeyEvent(void) { keyevent_t *ev; if(evHead == evTail) return NULL; // No more... ev = keyEvents + evTail; evTail = (evTail + 1) % EVBUFSIZE; return ev; } static void Mouse_Init(void) { if(CommandLine_Check("-nomouse") || novideo) return; LOG_AS("Mouse_Init"); DENG_ASSERT(iMouse); iMouse->init(); // Init was successful. useMouse = true; } dd_bool I_Init(void) { if(initOk) return true; // Already initialized. #ifdef __CLIENT__ // Select drivers. iMouse = &qtMouse; #ifdef WIN32 iMouse = &win32Mouse; DirectInput_Init(); #endif Mouse_Init(); Joystick_Init(); #endif // __CLIENT__ initOk = true; return true; } void I_Shutdown(void) { if(!initOk) return; // Not initialized. #ifdef __CLIENT__ if(useMouse) iMouse->shutdown(); useMouse = false; Joystick_Shutdown(); # ifdef WIN32 DirectInput_Shutdown(); # endif #endif initOk = false; } void Keyboard_Submit(int type, int ddKey, int native, const char* text) { if(ddKey != 0) { keyevent_t* e = newKeyEvent(); e->type = type; e->ddkey = ddKey; e->native = native; if(text) { strncpy(e->text, text, sizeof(e->text) - 1); } } } size_t Keyboard_GetEvents(keyevent_t *evbuf, size_t bufsize) { keyevent_t *e; size_t i = 0; if(!initOk) return 0; // Get the events. for(i = 0; i < bufsize; ++i) { e = getKeyEvent(); if(!e) break; // No more events. memcpy(&evbuf[i], e, sizeof(*e)); } return i; } dd_bool Mouse_IsPresent(void) { //if(!initOk) I_Init(); return useMouse; } void Mouse_Poll(void) { if(useMouse) { iMouse->poll(); } } void Mouse_GetState(mousestate_t *state) { if(useMouse) { iMouse->getState(state); } } void Mouse_Trap(dd_bool enabled) { if(useMouse) { iMouse->trap(enabled); } } doomsday-1.14.5/doomsday/client/src/ui/clientwindowsystem.cpp0000664000175000017500000000476712350542237023706 0ustar jaakkojaakko/** @file clientwindowsystem.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "ui/clientwindowsystem.h" #include "clientapp.h" #include "dd_main.h" #include "gl/gl_main.h" using namespace de; DENG2_PIMPL(ClientWindowSystem) { SettingsRegister settings; struct ClientStyle : public Style { bool isBlurringAllowed() const { return !App_GameLoaded(); } }; Instance(Public *i) : Base(i) { self.setStyle(new ClientStyle); self.style().load(App::fileSystem().find("defaultstyle.pack").path()); settings.define(SettingsRegister::ConfigVariable, "window.main.showFps") .define(SettingsRegister::IntCVar, "vid-fsaa", 1) .define(SettingsRegister::IntCVar, "vid-vsync", 1); } }; ClientWindowSystem::ClientWindowSystem() : WindowSystem() , d(new Instance(this)) { ClientWindow::setDefaultGLFormat(); } SettingsRegister &ClientWindowSystem::settings() { return d->settings; } ClientWindow *ClientWindowSystem::createWindow(String const &id) { return newWindow(id); } ClientWindow &ClientWindowSystem::main() { return WindowSystem::main().as(); } ClientWindow *ClientWindowSystem::mainPtr() { return static_cast(WindowSystem::mainPtr()); } void ClientWindowSystem::closingAllWindows() { // We can't get rid of the windows without tearing down GL stuff first. GL_Shutdown(); WindowSystem::closingAllWindows(); } bool ClientWindowSystem::rootProcessEvent(Event const &event) { /// @todo Multiwindow? -jk return main().root().processEvent(event); } void ClientWindowSystem::rootUpdate() { /// @todo Multiwindow? -jk main().root().update(); } doomsday-1.14.5/doomsday/client/src/uri.cpp0000664000175000017500000003765512350542240020111 0ustar jaakkojaakko/** @file uri.cpp Universal Resource Identifier. * @ingroup base * * @authors Copyright © 2010-2013 Daniel Swanson * @authors Copyright © 2010-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "uri.hh" #include #include #include #include #include #include #include #include "de_base.h" #include "de_filesys.h" #include "dualstring.h" #include "Game" namespace de { /** * Extracts the scheme from a string. * * @param stringWithScheme The scheme is removed from the string. * * @return Scheme, or empty string if no valid scheme was present. */ static String extractScheme(String &stringWithScheme) { String scheme; int pos = stringWithScheme.indexOf(':'); if(pos > URI_MINSCHEMELENGTH) // could be Windows-style driver letter "c:" { scheme = stringWithScheme.left(pos); stringWithScheme.remove(0, pos + 1); } return scheme; } DENG2_PIMPL_NOREF(Uri) { Path path; ///< Path of the Uri. DualString strPath; // Redundant; for legacy access, remove this! DualString scheme; ///< Scheme of the Uri. /// Cached copy of the resolved path. Path resolvedPath; /** * The cached path only applies when this game is loaded. * * @note Add any other conditions here that result in different results for * resolveUri(). */ void *resolvedForGame; Instance() : resolvedForGame(0) {} Instance(Instance const &other) : de::IPrivate(), path (other.path), strPath (other.strPath), scheme (other.scheme), resolvedPath (other.resolvedPath), resolvedForGame(other.resolvedForGame) {} void clearCachedResolved() { resolvedPath.clear(); resolvedForGame = 0; } void parseRawUri(String rawUri, QChar sep, resourceclassid_t defaultResourceClass) { LOG_AS("Uri::parseRawUri"); clearCachedResolved(); scheme = extractScheme(rawUri); // scheme removed if(sep != '/') rawUri.replace(sep, '/'); // force slashes as separator path = rawUri; strPath = path.toString(); // for legacy code if(!scheme.isEmpty()) { if(defaultResourceClass == RC_NULL || App_FileSystem().knownScheme(scheme)) { // Scheme is accepted as is. return; } LOG_RES_WARNING("Unknown scheme \"%s\" for path \"%s\", using default scheme instead") << scheme << strPath; } // Attempt to guess the scheme by interpreting the path? if(defaultResourceClass == RC_UNKNOWN) { defaultResourceClass = DD_GuessFileTypeFromFileName(strPath).defaultClass(); } if(VALID_RESOURCECLASSID(defaultResourceClass)) { FS1::Scheme &fsScheme = App_FileSystem().scheme(App_ResourceClass(defaultResourceClass).defaultScheme()); scheme = fsScheme.name(); } } String resolveSymbol(QStringRef const &symbol) const { if(!symbol.compare("App.DataPath", Qt::CaseInsensitive)) { return "data"; } else if(!symbol.compare("App.DefsPath", Qt::CaseInsensitive)) { return "defs"; } else if(!symbol.compare("Game.IdentityKey", Qt::CaseInsensitive)) { if(!App_GameLoaded()) { /// @throw ResolveSymbolError An unresolveable symbol was encountered. throw ResolveSymbolError("Uri::resolveSymbol", "Symbol 'Game' did not resolve (no game loaded)"); } return App_CurrentGame().identityKey(); } else if(!symbol.compare("GamePlugin.Name", Qt::CaseInsensitive)) { if(!App_GameLoaded() || !gx.GetVariable) { /// @throw ResolveSymbolError An unresolveable symbol was encountered. throw ResolveSymbolError("Uri::resolveSymbol", "Symbol 'GamePlugin' did not resolve (no game plugin loaded)"); } return String((char *)gx.GetVariable(DD_PLUGIN_NAME)); } else { /// @throw UnknownSymbolError An unknown symbol was encountered. throw UnknownSymbolError("Uri::resolveSymbol", "Symbol '" + symbol.toString() + "' is unknown"); } } inline String parseExpression(QStringRef const &expression) const { // Presently the expression consists of a single symbol. return resolveSymbol(expression); } String resolve() const { LOG_AS("Uri::resolve"); String result; // Keep scanning the path for embedded expressions. QStringRef expression; int expEnd = 0, expBegin; while((expBegin = strPath.indexOf('$', expEnd)) >= 0) { // Is the next char the start-of-expression character? if(strPath.at(expBegin + 1) == '(') { // Copy everything up to the '$'. result += strPath.mid(expEnd, expBegin - expEnd); // Skip over the '$'. ++expBegin; // Find the end-of-expression character. expEnd = strPath.indexOf(')', expBegin); if(expEnd < 0) { LOG_RES_WARNING("Ignoring expression \"" + strPath + "\": " "missing a closing ')'"); expEnd = strPath.length(); } // Skip over the '('. ++expBegin; // The range of the expression substring is now known. expression = strPath.midRef(expBegin, expEnd - expBegin); result += parseExpression(expression); } else { // No - copy the '$' and continue. result += '$'; } ++expEnd; } // Copy anything remaining. result += strPath.mid(expEnd); return result; } private: Instance &operator = (Instance const &); // no assignment }; Uri::Uri() : d(new Instance) {} Uri::Uri(String const &percentEncoded, resourceclassid_t defaultResourceClass, QChar sep) : d(new Instance) { if(!percentEncoded.isEmpty()) { setUri(percentEncoded, defaultResourceClass, sep); } } Uri::Uri(String const &scheme, Path const &path) : d(new Instance) { setScheme(scheme); setPath(path); } Uri::Uri(resourceclassid_t resClass, Path const &path) : d(new Instance) { setUri(path.toString(), resClass, path.separator()); } Uri::Uri(Path const &path) : d(new Instance) { setPath(path); } Uri::Uri(char const *nullTerminatedCStr) : d(new Instance) { setUri(nullTerminatedCStr); } Uri Uri::fromUserInput(char **argv, int argc, bool (*knownScheme) (String name)) { Uri output; if(argv) { // [0: :] or [0: ] or [0: ]. switch(argc) { case 1: { // Try to extract the scheme and encode the rest of the path. String rawUri(argv[0]); int pos = rawUri.indexOf(':'); if(pos >= 0) { output.setScheme(rawUri.left(pos)); rawUri.remove(0, pos + 1); output.setPath(Path::normalize(QString(QByteArray(rawUri.toUtf8()).toPercentEncoding()))); } // Just a scheme name? else if(knownScheme && knownScheme(rawUri)) { output.setScheme(rawUri); } else { // Just a path. output.setPath(Path::normalize(QString(QByteArray(rawUri.toUtf8()).toPercentEncoding()))); } break; } // [0: , 1: ] case 2: // Assign the scheme and encode the path. output.setScheme(argv[0]); output.setPath(Path::normalize(QString(QByteArray(argv[1]).toPercentEncoding()))); break; default: break; } } return output; } Uri::Uri(Uri const &other) : LogEntry::Arg::Base(), d(new Instance(*other.d)) {} Uri Uri::fromNativePath(NativePath const &path, resourceclassid_t defaultResourceClass) { return Uri(path.expand().withSeparators('/'), defaultResourceClass); } Uri Uri::fromNativeDirPath(NativePath const &nativeDirPath, resourceclassid_t defaultResourceClass) { // Uri follows the convention of having a slash at the end for directories. return Uri(nativeDirPath.expand().withSeparators('/') + '/', defaultResourceClass); } bool Uri::isEmpty() const { return d->path.isEmpty(); } bool Uri::operator == (Uri const &other) const { if(this == &other) return true; // First, lets check if the scheme differs. if(d->scheme.compareWithoutCase(other.d->scheme)) return false; // We can skip resolving if the paths are identical. if(d->path == other.d->path) return true; // We must be able to resolve both paths to compare. try { // Do not match partial paths. if(resolvedRef().length() != other.resolvedRef().length()) return false; return resolvedRef().compareWithoutCase(other.resolvedRef()) == 0; } catch(ResolveError const &) { // Ignore the error. } return false; } Uri &Uri::clear() { d->path.clear(); d->strPath.clear(); d->scheme.clear(); d->clearCachedResolved(); return *this; } String const &Uri::scheme() const { return d->scheme; } Path const &Uri::path() const { return d->path; } char const *Uri::schemeCStr() const { return d->scheme.utf8CStr(); } char const *Uri::pathCStr() const { return d->strPath.utf8CStr(); } ddstring_s const *Uri::schemeStr() const { return d->scheme.toStr(); } ddstring_s const *Uri::pathStr() const { return d->strPath.toStr(); } String Uri::resolved() const { return resolvedRef(); } String const &Uri::resolvedRef() const { #ifndef LIBDENG_DISABLE_URI_RESOLVE_CACHING if(d->resolvedForGame && d->resolvedForGame == (void *) (App_GameLoaded()? &App_CurrentGame() : 0)) { // We can just return the previously prepared resolved URI. return d->resolvedPath.toStringRef(); } #endif d->clearCachedResolved(); // Keep a copy of this, we'll likely need it many, many times. d->resolvedPath = d->resolve(); DENG2_ASSERT(d->resolvedPath.separator() == QChar('/')); d->resolvedForGame = (void *) (App_GameLoaded()? &App_CurrentGame() : 0); return d->resolvedPath.toStringRef(); } Uri &Uri::setScheme(String newScheme) { d->scheme = newScheme; d->clearCachedResolved(); return *this; } Uri &Uri::setPath(Path const &newPath) { // Force to slashes. d->path = newPath.withSeparators('/'); d->strPath = d->path.toStringRef(); // legacy support d->clearCachedResolved(); return *this; } Uri &Uri::setPath(String newPath, QChar sep) { return setPath(Path(newPath.trimmed(), sep)); } Uri &Uri::setPath(char const *newPathUtf8, char sep) { return setPath(Path(QString::fromUtf8(newPathUtf8).trimmed(), sep)); } Uri &Uri::setUri(String rawUri, resourceclassid_t defaultResourceClass, QChar sep) { LOG_AS("Uri::setUri"); d->parseRawUri(rawUri.trimmed(), sep, defaultResourceClass); return *this; } String Uri::compose(ComposeAsTextFlags compositionFlags, QChar sep) const { String text; if(!(compositionFlags & OmitScheme)) { if(!d->scheme.isEmpty()) { text += d->scheme + ":"; } } if(!(compositionFlags & OmitPath)) { QString path = d->path; if(compositionFlags & DecodePath) { path = QByteArray::fromPercentEncoding(path.toUtf8()); } if(sep != '/') path.replace('/', sep); text += path; } return text; } String Uri::asText() const { return compose(DefaultComposeAsTextFlags | DecodePath); } void Uri::operator >> (Writer &to) const { to << d->scheme << d->path; } void Uri::operator << (Reader &from) { clear(); from >> d->scheme >> d->path; d->strPath = d->path; } #ifdef _DEBUG LIBDENG_DEFINE_UNITTEST(Uri) { try { // Test emptiness. { Uri u; DENG_ASSERT(u.isEmpty()); DENG_ASSERT(u.path().segmentCount() == 1); } // Test a zero-length path. { Uri u("", RC_NULL); DENG_ASSERT(u.isEmpty()); DENG_ASSERT(u.path().segmentCount() == 1); } // Equality and copying. { Uri a("some/thing", RC_NULL); Uri b("/other/thing", RC_NULL); DENG_ASSERT(a != b); Uri c = a; DENG_ASSERT(c == a); DENG_ASSERT(c.path().reverseSegment(1).toString() == "some"); b = a; DENG_ASSERT(b == a); //qDebug() << b.reverseSegment(1); DENG_ASSERT(b.path().reverseSegment(1).toString() == "some"); } // Swapping. { Uri a("a/b/c", RC_NULL); Uri b("d/e", RC_NULL); DENG_ASSERT(a.path().segmentCount() == 3); DENG_ASSERT(a.path().reverseSegment(1).toString() == "b"); std::swap(a, b); DENG_ASSERT(a.path().segmentCount() == 2); DENG_ASSERT(a.path().reverseSegment(1).toString() == "d"); DENG_ASSERT(b.path().segmentCount() == 3); DENG_ASSERT(b.path().reverseSegment(1).toString() == "b"); } // Test a Windows style path with a drive plus file path. { Uri u("c:/something.ext", RC_NULL); DENG_ASSERT(u.path().segmentCount() == 2); DENG_ASSERT(u.path().reverseSegment(0).length() == 13); DENG_ASSERT(u.path().reverseSegment(0).toString() == "something.ext"); DENG_ASSERT(u.path().reverseSegment(1).length() == 2); DENG_ASSERT(u.path().reverseSegment(1).toString() == "c:"); } // Test a Unix style path with a zero-length root node name. { Uri u("/something.ext", RC_NULL); DENG_ASSERT(u.path().segmentCount() == 2); DENG_ASSERT(u.path().reverseSegment(0).length() == 13); DENG_ASSERT(u.path().reverseSegment(0).toString() == "something.ext"); DENG_ASSERT(u.path().reverseSegment(1).length() == 0); DENG_ASSERT(u.path().reverseSegment(1).toString() == ""); } // Test a relative directory. { Uri u("some/dir/structure/", RC_NULL); DENG_ASSERT(u.path().segmentCount() == 3); DENG_ASSERT(u.path().reverseSegment(0).length() == 9); DENG_ASSERT(u.path().reverseSegment(0).toString() == "structure"); DENG_ASSERT(u.path().reverseSegment(1).length() == 3); DENG_ASSERT(u.path().reverseSegment(1).toString() == "dir"); DENG_ASSERT(u.path().reverseSegment(2).length() == 4); DENG_ASSERT(u.path().reverseSegment(2).toString() == "some"); } } catch(Error const &er) { qWarning() << er.asText(); return false; } return true; } LIBDENG_RUN_UNITTEST(Uri) #endif // _DEBUG } // namespace de doomsday-1.14.5/doomsday/client/src/r_util.cpp0000664000175000017500000002102012350542237020571 0ustar jaakkojaakko/**\file r_util.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Refresh Utility Routines. */ #include #include "de_base.h" #include "de_console.h" #include "de_play.h" #include "de_misc.h" #ifdef __CLIENT__ # include "render/viewports.h" #endif #include "r_util.h" using namespace de; float R_MovementYaw(float const mom[]) { // Multiply by 100 to get some artificial accuracy in bamsAtan2. return BANG2DEG(bamsAtan2(-100 * mom[MY], 100 * mom[MX])); } float R_MovementXYYaw(float momx, float momy) { float mom[2] = { momx, momy }; return R_MovementYaw(mom); } float R_MovementPitch(float const mom[]) { return BANG2DEG(bamsAtan2 (100 * mom[MZ], 100 * V2f_Length(mom))); } float R_MovementXYZPitch(float momx, float momy, float momz) { float mom[3] = { momx, momy, momz }; return R_MovementPitch(mom); } #ifdef __CLIENT__ angle_t R_ViewPointToAngle(Vector2d point) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); point -= Vector2d(viewData->current.origin); return M_PointXYToAngle(point.x, point.y); } coord_t R_ViewPointDistance(coord_t x, coord_t y) { Vector3d const &viewOrigin = R_ViewData(viewPlayer - ddPlayers)->current.origin; coord_t viewOriginv1[2] = { viewOrigin.x, viewOrigin.y }; coord_t pointv1[2] = { x, y }; return M_PointDistance(viewOriginv1, pointv1); } #endif // __CLIENT__ Vector3d R_ClosestPointOnPlane(Vector3f const &planeNormal_, Vector3d const &planePoint_, Vector3d const &origin_) { vec3f_t planeNormal; V3f_Set(planeNormal, planeNormal_.x, planeNormal_.y, planeNormal_.z); vec3d_t planePoint; V3d_Set(planePoint, planePoint_.x, planePoint_.y, planePoint_.z); vec3d_t origin; V3d_Set(origin, origin_.x, origin_.y, origin_.z); vec3d_t point; V3d_ClosestPointOnPlanef(point, planeNormal, planePoint, origin); return point; } #ifdef __CLIENT__ void R_ProjectViewRelativeLine2D(coord_t const center[2], dd_bool alignToViewPlane, coord_t width, coord_t offset, coord_t start[2], coord_t end[2]) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); float sinrv, cosrv; if(alignToViewPlane) { // Should be fully aligned to view plane. sinrv = -viewData->viewCos; cosrv = viewData->viewSin; } else { // Transform the origin point. coord_t trX = center[VX] - viewData->current.origin.x; coord_t trY = center[VY] - viewData->current.origin.y; float thangle = BANG2RAD(bamsAtan2(trY * 10, trX * 10)) - float(de::PI) / 2; sinrv = sin(thangle); cosrv = cos(thangle); } start[VX] = center[VX]; start[VY] = center[VY]; start[VX] -= cosrv * ((width / 2) + offset); start[VY] -= sinrv * ((width / 2) + offset); end[VX] = start[VX] + cosrv * width; end[VY] = start[VY] + sinrv * width; } void R_ProjectViewRelativeLine2D(Vector2d const center, bool alignToViewPlane, coord_t width, coord_t offset, Vector2d &start, Vector2d &end) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); float sinrv, cosrv; if(alignToViewPlane) { // Should be fully aligned to view plane. sinrv = -viewData->viewCos; cosrv = viewData->viewSin; } else { // Transform the origin point. coord_t trX = center[VX] - viewData->current.origin.x; coord_t trY = center[VY] - viewData->current.origin.y; float thangle = BANG2RAD(bamsAtan2(trY * 10, trX * 10)) - float(de::PI) / 2; sinrv = sin(thangle); cosrv = cos(thangle); } start = center - Vector2d(cosrv * ((width / 2) + offset), sinrv * ((width / 2) + offset)); end = start + Vector2d(cosrv * width, sinrv * width); } void R_AmplifyColor(de::Vector3f &rgb) { float max = 0; for(int i = 0; i < 3; ++i) { if(rgb[i] > max) max = rgb[i]; } if(!max || max == 1) return; for(int i = 0; i < 3; ++i) { rgb[i] = rgb[i] / max; } } #endif // __CLIENT__ void R_ScaleAmbientRGB(float *out, float const *in, float mul) { mul = de::clamp(0.f, mul, 1.f); for(int i = 0; i < 3; ++i) { float val = in[i] * mul; if(out[i] < val) out[i] = val; } } bool R_GenerateTexCoords(Vector2f &s, Vector2f &t, Vector3d const &point, float xScale, float yScale, Vector3d const &v1, Vector3d const &v2, Matrix3f const &tangentMatrix) { Vector3d const v1ToPoint = v1 - point; s[0] = v1ToPoint.dot(tangentMatrix.column(0)/*tangent*/) * xScale + .5f; t[0] = v1ToPoint.dot(tangentMatrix.column(1)/*bitangent*/) * yScale + .5f; // Is the origin point visible? if(s[0] >= 1 || t[0] >= 1) return false; // Right on the X axis or below on the Y axis. Vector3d const v2ToPoint = v2 - point; s[1] = v2ToPoint.dot(tangentMatrix.column(0)) * xScale + .5f; t[1] = v2ToPoint.dot(tangentMatrix.column(1)) * yScale + .5f; // Is the end point visible? if(s[1] <= 0 || t[1] <= 0) return false; // Left on the X axis or above on the Y axis. return true; } char const *R_NameForBlendMode(blendmode_t mode) { static char const *names[1 + NUM_BLENDMODES] = { /* invalid */ "(invalid)" /* BM_ZEROALPHA */ "zero_alpha", /* BM_NORMAL */ "normal", /* BM_ADD */ "add", /* BM_DARK */ "dark", /* BM_SUBTRACT */ "subtract", /* BM_REVERSE_SUBTRACT */ "reverse_subtract" /* BM_MUL */ "mul", /* BM_INVERSE */ "inverse", /* BM_INVERSE_MUL */ "inverse_mul", /* BM_ALPHA_SUBTRACT */ "alpha_subtract" }; if(!VALID_BLENDMODE(mode)) return names[0]; return names[int(mode)]; } #undef R_ChooseAlignModeAndScaleFactor DENG_EXTERN_C dd_bool R_ChooseAlignModeAndScaleFactor(float *scale, int width, int height, int availWidth, int availHeight, scalemode_t scaleMode) { if(SCALEMODE_STRETCH == scaleMode) { if(NULL != scale) *scale = 1; return true; } else { float const availRatio = (float)availWidth / availHeight; float const origRatio = (float)width / height; float sWidth, sHeight; // Scaled dimensions. if(availWidth >= availHeight) { sWidth = availWidth; sHeight = sWidth / availRatio; } else { sHeight = availHeight; sWidth = sHeight * availRatio; } if(origRatio > availRatio) { if(NULL != scale) *scale = sWidth / width; return false; } else { if(NULL != scale) *scale = sHeight / height; return true; } } } #undef R_ChooseScaleMode2 DENG_EXTERN_C scalemode_t R_ChooseScaleMode2(int width, int height, int availWidth, int availHeight, scalemode_t overrideMode, float stretchEpsilon) { float const availRatio = (float)availWidth / availHeight; float const origRatio = (float)width / height; // Considered identical? if(INRANGE_OF(availRatio, origRatio, .001f)) return SCALEMODE_STRETCH; if(SCALEMODE_STRETCH == overrideMode || SCALEMODE_NO_STRETCH == overrideMode) return overrideMode; // Within tolerable stretch range? return INRANGE_OF(availRatio, origRatio, stretchEpsilon)? SCALEMODE_STRETCH : SCALEMODE_NO_STRETCH; } #undef R_ChooseScaleMode DENG_EXTERN_C scalemode_t R_ChooseScaleMode(int width, int height, int availWidth, int availHeight, scalemode_t overrideMode) { return R_ChooseScaleMode2(availWidth, availHeight, width, height, overrideMode, DEFAULT_SCALEMODE_STRETCH_EPSILON); } doomsday-1.14.5/doomsday/client/src/color.cpp0000664000175000017500000000223712350542237020422 0ustar jaakkojaakko/** @file color.cpp Color * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "color.h" float ColorRawf_AverageColor(ColorRawf* c) { DENG_ASSERT(c); return (c->red + c->green + c->blue) / 3; } float ColorRawf_AverageColorMulAlpha(ColorRawf* c) { DENG_ASSERT(c); return (c->red + c->green + c->blue) / 3 * c->alpha; } doomsday-1.14.5/doomsday/client/src/clientapp.cpp0000664000175000017500000003462512350542237021271 0ustar jaakkojaakko/** @file clientapp.cpp The client application. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "clientapp.h" #include "alertmask.h" #include "dd_main.h" #include "dd_def.h" #include "dd_loop.h" #include "de_audio.h" #include "con_main.h" #include "sys_system.h" #include "audio/s_main.h" #include "gl/gl_main.h" #include "gl/gl_texmanager.h" #include "ui/inputsystem.h" #include "ui/clientwindowsystem.h" #include "ui/clientwindow.h" #include "ui/widgets/taskbarwidget.h" #include "ui/dialogs/alertdialog.h" #include "ui/styledlogsinkformatter.h" #include "updater.h" #if WIN32 # include "dd_winit.h" #elif UNIX # include "dd_uinit.h" #endif using namespace de; static ClientApp *clientAppSingleton = 0; static void handleLegacyCoreTerminate(char const *msg) { Con_Error("Application terminated due to exception:\n%s\n", msg); } static void continueInitWithEventLoopRunning() { // Show the main window. This causes initialization to finish (in busy mode) // as the canvas is visible and ready for initialization. ClientWindowSystem::main().show(); ClientApp::updater().setupUI(); } static Value *Function_App_GamePlugin(Context &, Function::ArgumentValues const &) { if(App_CurrentGame().isNull()) { // The null game has no plugin. return 0; } String name = Plug_FileForPlugin(App_CurrentGame().pluginId()).name().fileNameWithoutExtension(); if(name.startsWith("lib")) name.remove(0, 3); return new TextValue(name); } static Value *Function_App_Quit(Context &, Function::ArgumentValues const &) { Sys_Quit(); return 0; } DENG2_PIMPL(ClientApp) { Binder binder; QScopedPointer updater; SettingsRegister audioSettings; SettingsRegister networkSettings; SettingsRegister logSettings; QMenuBar *menuBar; InputSystem *inputSys; QScopedPointer widgetActions; RenderSystem *renderSys; ResourceSystem *resourceSys; ClientWindowSystem *winSys; ServerLink *svLink; Games games; WorldSystem *worldSys; /** * Log entry sink that passes warning messages to the main window's alert * notification dialog. */ struct LogWarningAlarm : public LogSink { AlertMask alertMask; StyledLogSinkFormatter formatter; LogWarningAlarm() : LogSink(formatter) , formatter(LogEntry::Styled | LogEntry::OmitLevel | LogEntry::Simple) { //formatter.setOmitSectionIfNonDev(false); // always show section setMode(OnlyWarningEntries); } LogSink &operator << (LogEntry const &entry) { if(alertMask.shouldRaiseAlert(entry.metadata())) { // Don't raise alerts if the console history is open; the // warning/error will be shown there. if(ClientWindow::mainExists() && ClientWindow::main().taskBar().isOpen() && ClientWindow::main().taskBar().console().isLogOpen()) { return *this; } // We don't want to raise alerts about problems in id/Raven WADs, // since these just have to be accepted by the user. if((entry.metadata() & LogEntry::Map) && ClientApp::worldSystem().hasMap() && !ClientApp::worldSystem().map().isCustom()) { return *this; } foreach(String msg, formatter.logEntryToTextLines(entry)) { ClientApp::alert(msg, entry.level()); } } return *this; } LogSink &operator << (String const &plainText) { ClientApp::alert(plainText); return *this; } void flush() {} // not buffered }; LogWarningAlarm logAlarm; Instance(Public *i) : Base(i) , menuBar(0) , inputSys(0) , renderSys(0) , resourceSys(0) , winSys(0) , svLink(0) , worldSys(0) { clientAppSingleton = thisPublic; LogBuffer::appBuffer().addSink(logAlarm); } ~Instance() { LogBuffer::appBuffer().removeSink(logAlarm); Sys_Shutdown(); DD_Shutdown(); delete worldSys; delete winSys; delete svLink; delete renderSys; delete resourceSys; delete inputSys; delete menuBar; clientAppSingleton = 0; } /** * Set up an application-wide menu. */ void setupAppMenu() { #ifdef MACOSX menuBar = new QMenuBar; QMenu *gameMenu = menuBar->addMenu("&Game"); QAction *checkForUpdates = gameMenu->addAction("Check For &Updates...", updater.data(), SLOT(checkNowShowingProgress())); checkForUpdates->setMenuRole(QAction::ApplicationSpecificRole); #endif } void initSettings() { typedef SettingsRegister SReg; // convenience // Log filter and alert settings. for(int i = LogEntry::FirstDomainBit; i <= LogEntry::LastDomainBit; ++i) { String const name = LogFilter::domainRecordName(LogEntry::Context(1 << i)); logSettings .define(SReg::ConfigVariable, String("log.filter.%1.minLevel").arg(name)) .define(SReg::ConfigVariable, String("log.filter.%1.allowDev").arg(name)) .define(SReg::ConfigVariable, String("alert.%1").arg(name)); } /// @todo These belong in their respective subsystems. networkSettings .define(SReg::StringCVar, "net-master-address", "www.dengine.net") .define(SReg::StringCVar, "net-master-path", "/master.php") .define(SReg::IntCVar, "net-master-port", 0) .define(SReg::IntCVar, "net-dev", 0); audioSettings .define(SReg::IntCVar, "sound-volume", 255) .define(SReg::IntCVar, "music-volume", 255) .define(SReg::FloatCVar, "sound-reverb-volume", 0.5f) .define(SReg::IntCVar, "sound-info", 0) .define(SReg::IntCVar, "sound-rate", 11025) .define(SReg::IntCVar, "sound-16bit", 0) .define(SReg::IntCVar, "sound-3d", 0) .define(SReg::IntCVar, "sound-overlap-stop", 0) .define(SReg::IntCVar, "music-source", MUSP_EXT); } #ifdef UNIX void printVersionToStdOut() { printf("%s\n", String("%1 %2") .arg(DOOMSDAY_NICENAME) .arg(DOOMSDAY_VERSION_FULLTEXT) .toLatin1().constData()); } void printHelpToStdOut() { printVersionToStdOut(); printf("Usage: %s [options]\n", self.commandLine().at(0).toLatin1().constData()); printf(" -iwad (dir) Set directory containing IWAD files.\n"); printf(" -file (f) Load one or more PWAD files at startup.\n"); printf(" -game (id) Set game to load at startup.\n"); printf(" -nomaximize Do not maximize window at startup.\n"); printf(" -wnd Start in windowed mode.\n"); printf(" -wh (w) (h) Set window width and height.\n"); printf(" --version Print current version.\n"); printf("For more options and information, see \"man doomsday\".\n"); } #endif }; ClientApp::ClientApp(int &argc, char **argv) : BaseGuiApp(argc, argv), d(new Instance(this)) { novideo = false; // Use the host system's proxy configuration. QNetworkProxyFactory::setUseSystemConfiguration(true); // Metadata. setMetadata("Deng Team", "dengine.net", "Doomsday Engine", DOOMSDAY_VERSION_BASE); setUnixHomeFolderName(".doomsday"); setTerminateFunc(handleLegacyCoreTerminate); // We must presently set the current game manually (the collection is global). setGame(d->games.nullGame()); d->binder.init(scriptSystem().nativeModule("App")) << DENG2_FUNC_NOARG (App_GamePlugin, "gamePlugin") << DENG2_FUNC_NOARG (App_Quit, "quit"); } void ClientApp::initialize() { Libdeng_Init(); #ifdef UNIX // Some common Unix command line options. if(commandLine().has("--version") || commandLine().has("-version")) { d->printVersionToStdOut(); ::exit(0); } if(commandLine().has("--help") || commandLine().has("-h") || commandLine().has("-?")) { d->printHelpToStdOut(); ::exit(0); } #endif d->svLink = new ServerLink; // Config needs DisplayMode, so let's initialize it before the libdeng2 // subsystems and Config. DisplayMode_Init(); initSubsystems(); // loads Config // Set up the log alerts (observes Config variables). d->logAlarm.alertMask.init(); // Create the user's configurations and settings folder, if it doesn't exist. fileSystem().makeFolder("/home/configs"); d->initSettings(); // Initialize. #if WIN32 if(!DD_Win32_Init()) { throw Error("ClientApp::initialize", "DD_Win32_Init failed"); } #elif UNIX if(!DD_Unix_Init()) { throw Error("ClientApp::initialize", "DD_Unix_Init failed"); } #endif // Create the render system. d->renderSys = new RenderSystem; addSystem(*d->renderSys); // Create the window system. d->winSys = new ClientWindowSystem; WindowSystem::setAppWindowSystem(*d->winSys); addSystem(*d->winSys); // Check for updates automatically. d->updater.reset(new Updater); d->setupAppMenu(); // Create the resource system. d->resourceSys = new ResourceSystem; addSystem(*d->resourceSys); Plug_LoadAll(); // Create the main window. d->winSys->createWindow()->setWindowTitle(DD_ComposeMainWindowTitle()); // Create the input system. d->inputSys = new InputSystem; addSystem(*d->inputSys); d->widgetActions.reset(new WidgetActions); // Create the world system. d->worldSys = new WorldSystem; addSystem(*d->worldSys); // Finally, run the bootstrap script. scriptSystem().importModule("bootstrap"); App_Timer(1, continueInitWithEventLoopRunning); } void ClientApp::preFrame() { // Frame syncronous I/O operations. S_StartFrame(); /// @todo Move to AudioSystem::timeChanged(). if(gx.BeginFrame) /// @todo Move to GameSystem::timeChanged(). { gx.BeginFrame(); } } void ClientApp::postFrame() { /// @todo Should these be here? Consider multiple windows, each having a postFrame? /// Or maybe the frames need to be synced? Or only one of them has a postFrame? if(gx.EndFrame) { gx.EndFrame(); } S_EndFrame(); // This is a good time to recycle unneeded memory allocations, as we're just // finished and shown a frame and there might be free time before we have to // begin drawing the next frame. Garbage_Recycle(); } void ClientApp::alert(String const &msg, LogEntry::Level level) { if(ClientWindow::mainExists()) { ClientWindow::main().alerts() .newAlert(msg, level >= LogEntry::Error? AlertDialog::Major : level == LogEntry::Warning? AlertDialog::Normal : AlertDialog::Minor); } /** * @todo If there is no window, the alert could be stored until the window becomes * available. -jk */ } ClientApp &ClientApp::app() { DENG2_ASSERT(clientAppSingleton != 0); return *clientAppSingleton; } Updater &ClientApp::updater() { DENG2_ASSERT(!app().d->updater.isNull()); return *app().d->updater; } SettingsRegister &ClientApp::logSettings() { return app().d->logSettings; } SettingsRegister &ClientApp::networkSettings() { return app().d->networkSettings; } SettingsRegister &ClientApp::audioSettings() { return app().d->audioSettings; } ServerLink &ClientApp::serverLink() { ClientApp &a = ClientApp::app(); DENG2_ASSERT(a.d->svLink != 0); return *a.d->svLink; } InputSystem &ClientApp::inputSystem() { ClientApp &a = ClientApp::app(); DENG2_ASSERT(a.d->inputSys != 0); return *a.d->inputSys; } RenderSystem &ClientApp::renderSystem() { ClientApp &a = ClientApp::app(); DENG2_ASSERT(a.d->renderSys != 0); return *a.d->renderSys; } ResourceSystem &ClientApp::resourceSystem() { ClientApp &a = ClientApp::app(); DENG2_ASSERT(a.d->resourceSys != 0); return *a.d->resourceSys; } ClientWindowSystem &ClientApp::windowSystem() { ClientApp &a = ClientApp::app(); DENG2_ASSERT(a.d->winSys != 0); return *a.d->winSys; } WidgetActions &ClientApp::widgetActions() { return *app().d->widgetActions; } Games &ClientApp::games() { return app().d->games; } WorldSystem &ClientApp::worldSystem() { ClientApp &a = ClientApp::app(); DENG2_ASSERT(a.d->worldSys != 0); return *a.d->worldSys; } void ClientApp::openHomepageInBrowser() { openInBrowser(QUrl(DOOMSDAY_HOMEURL)); } void ClientApp::openInBrowser(QUrl url) { // Get out of fullscreen mode. int windowed[] = { ClientWindow::Fullscreen, false, ClientWindow::End }; ClientWindow::main().changeAttributes(windowed); QDesktopServices::openUrl(url); } doomsday-1.14.5/doomsday/client/src/game.cpp0000664000175000017500000002444012350542237020215 0ustar jaakkojaakko/** @file game.cpp Game mode configuration (metadata, resource files, etc...). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "game.h" #include "con_main.h" #include "filesys/manifest.h" #include #include #include #include #include #include namespace de { DENG2_PIMPL(Game) { pluginid_t pluginId; ///< Unique identifier of the registering plugin. Manifests manifests; ///< Required resource files (e.g., doomu.wad). String identityKey; ///< Unique game mode identifier (e.g., "doom1-ultimate"). String title; ///< Formatted default title, suitable for printing (e.g., "The Ultimate DOOM"). String author; ///< Formatted default author suitable for printing (e.g., "id Software"). Path mainConfig; ///< Config file name (e.g., "configs/doom/game.cfg"). Path bindingConfig; ///< Control binding file name (set automatically). String legacySavegameNameExp; String legacySavegameSubfolder; Instance(Public &a, String const &identityKey, Path const &configDir, String const &title, String const &author) : Base(a) , pluginId (0) // Not yet assigned. , identityKey (identityKey) , title (title) , author (author) , mainConfig (Path("configs") / configDir / "game.cfg") , bindingConfig(Path("configs") / configDir / "player/bindings.cfg") {} ~Instance() { qDeleteAll(manifests); } }; Game::Game(String const &identityKey, Path const &configDir, String const &title, String const &author, String const &legacySavegameNameExp_, String const &legacySavegameSubfolder) : game::Game(identityKey) , d(new Instance(*this, identityKey, configDir, title, author)) { d->legacySavegameNameExp = legacySavegameNameExp_; d->legacySavegameSubfolder = legacySavegameSubfolder; } Game::~Game() {} void Game::addManifest(ResourceManifest &manifest) { // Ensure we don't add duplicates. Manifests::const_iterator found = d->manifests.find(manifest.resourceClass(), &manifest); if(found == d->manifests.end()) { d->manifests.insert(manifest.resourceClass(), &manifest); } } bool Game::allStartupFilesFound() const { foreach(ResourceManifest *manifest, d->manifests) { int const flags = manifest->fileFlags(); if((flags & FF_STARTUP) && !(flags & FF_FOUND)) return false; } return true; } Game::Status Game::status() const { if(App_GameLoaded() && &App_CurrentGame() == this) { return Loaded; } if(allStartupFilesFound()) { return Complete; } return Incomplete; } String const &Game::statusAsText() const { static String const statusTexts[] = { "Loaded", "Playable", "Not playable (incomplete resources)", }; return statusTexts[int(status())]; } String Game::description() const { return String(_E(b) "%1 - %2\n" _E(.) _E(l) "IdentityKey: " _E(.)_E(i) "%3 " _E(.) _E(l) "PluginId: " _E(.)_E(i) "%4\n" _E(.) _E(D) "Startup resources:\n" _E(.) "%5\n" _E(D) "Other resources:\n" _E(.) "%6\n" _E(D) "Status: " _E(.) "%7") .arg(title()) .arg(author()) .arg(identityKey()) .arg(int(pluginId())) .arg(filesAsText(FF_STARTUP)) .arg(filesAsText(0, false)) .arg(statusAsText()); } pluginid_t Game::pluginId() const { return d->pluginId; } void Game::setPluginId(pluginid_t newId) { d->pluginId = newId; } String const &Game::identityKey() const { return d->identityKey; } String Game::logoImageId() const { String idKey = identityKey(); /// @todo The name of the plugin should be accessible via the plugin loader. String plugName; if(idKey.contains("heretic")) { plugName = "libheretic"; } else if(idKey.contains("hexen")) { plugName = "libhexen"; } else { plugName = "libdoom"; } return "logo.game." + plugName; } String Game::legacySavegameNameExp() const { return d->legacySavegameNameExp; } String Game::legacySavegamePath() const { NativePath nativeSavePath = App_ResourceSystem().nativeSavePath(); if(nativeSavePath.isEmpty()) return ""; if(isNull()) return ""; if(App::commandLine().has("-savedir")) { // A custom path. The savegames are in the root of this folder. return nativeSavePath; } // The default save path. The savegames are in a game-specific folder. if(!d->legacySavegameSubfolder.isEmpty()) { return App::app().nativeHomePath() / d->legacySavegameSubfolder / identityKey(); } return ""; } Path const &Game::mainConfig() const { return d->mainConfig; } Path const &Game::bindingConfig() const { return d->bindingConfig; } String const &Game::title() const { return d->title; } String const &Game::author() const { return d->author; } Game::Manifests const &Game::manifests() const { return d->manifests; } bool Game::isRequiredFile(File1 &file) { // If this resource is from a container we must use the path of the // root file container instead. File1 &rootFile = file; while(rootFile.isContained()) { rootFile = rootFile.container(); } String absolutePath = rootFile.composePath(); bool isRequired = false; for(Manifests::const_iterator i = d->manifests.find(RC_PACKAGE); i != d->manifests.end() && i.key() == RC_PACKAGE; ++i) { ResourceManifest &manifest = **i; if(!(manifest.fileFlags() & FF_STARTUP)) continue; if(!manifest.resolvedPath(true/*try locate*/).compare(absolutePath, Qt::CaseInsensitive)) { isRequired = true; break; } } return isRequired; } Game *Game::fromDef(GameDef const &def) { return new Game(def.identityKey, NativePath(def.configDir).expand().withSeparators('/'), def.defaultTitle, def.defaultAuthor, def.legacySavegameNameExp, def.legacySavegameSubfolder); } void Game::printBanner(Game const &game) { LOG_MSG(_E(R) "\n"); LOG_MSG(_E(1)) << game.title(); LOG_MSG(_E(R) "\n"); } String Game::filesAsText(int rflags, bool withStatus) const { String text; // Group output by resource class. Manifests const &manifs = manifests(); for(uint i = 0; i < RESOURCECLASS_COUNT; ++i) { resourceclassid_t const classId = resourceclassid_t(i); for(Manifests::const_iterator i = manifs.find(classId); i != manifs.end() && i.key() == classId; ++i) { ResourceManifest &manifest = **i; if(rflags >= 0 && (rflags & manifest.fileFlags())) { bool const resourceFound = (manifest.fileFlags() & FF_FOUND) != 0; if(!text.isEmpty()) text += "\n" _E(0); if(withStatus) { text += (resourceFound? " - " : _E(1) " ! " _E(.)); } // Format the resource name list. text += String(_E(>) "%1%2") .arg(!resourceFound? _E(D) : "") .arg(manifest.names().join(_E(l) " or " _E(.))); if(withStatus) { text += String(": ") + _E(>) + (!resourceFound? _E(b) "missing " _E(.) : ""); if(resourceFound) { text += String(_E(C) "\"%1\"" _E(.)).arg(NativePath(manifest.resolvedPath(false/*don't try to locate*/)).expand().pretty()); } text += _E(<); } text += _E(<); } } } if(text.isEmpty()) return " none"; return text; } void Game::printFiles(Game const &game, int rflags, bool printStatus) { LOG_RES_MSG("") << game.filesAsText(rflags, printStatus); } D_CMD(InspectGame) { DENG2_UNUSED(src); Game *game = 0; if(argc < 2) { // No game identity key was specified - assume the current game. if(!App_GameLoaded()) { LOG_WARNING("No game is currently loaded.\nPlease specify the identity-key of the game to inspect."); return false; } game = &App_CurrentGame(); } else { String idKey = argv[1]; try { game = &App_Games().byIdentityKey(idKey); } catch(Games::NotFoundError const &) { LOG_WARNING("Unknown game '%s'") << idKey; return false; } } DENG2_ASSERT(!game->isNull()); LOG_MSG("") << game->description(); /* LOG_MSG(_E(b) "%s - %s") << game->title() << game->author(); LOG_MSG(_E(l) "IdentityKey: " _E(.) _E(i) "%s " _E(.) _E(l) "PluginId: " _E(.) _E(i) "%s") << game->identityKey() << int(game->pluginId()); LOG_MSG(_E(D) "Startup resources:"); Game::printFiles(*game, FF_STARTUP); LOG_MSG(_E(D) "Other resources:"); Game::printFiles(*game, 0, false); LOG_MSG(_E(D) "Status: " _E(.) _E(b)) << game->statusAsText(); */ return true; } void Game::consoleRegister() //static { C_CMD("inspectgame", "", InspectGame); C_CMD("inspectgame", "s", InspectGame); } NullGame::NullGame() : Game("" /*null*/, "doomsday", "null-game", "null-game") {} } // namespace de doomsday-1.14.5/doomsday/client/src/con_data.cpp0000664000175000017500000014043112350542237021053 0ustar jaakkojaakko/** @file con_data.cpp * * Console databases for cvars, ccmds, aliases and known words. * * @ingroup console * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_CONSOLE #include "de_platform.h" #include "de_console.h" //#include "cbuffer.h" #include "Games" #include "dd_help.h" #include "dd_main.h" #include "m_misc.h" #include #include #include #include #include #include #include #include // Substrings in CVar names are delimited by this character. #define CVARDIRECTORY_DELIMITER '-' using namespace de; typedef UserDataPathTree CVarDirectory; D_CMD(HelpWhat); D_CMD(HelpApropos); D_CMD(ListAliases); D_CMD(ListCmds); D_CMD(ListVars); #if _DEBUG D_CMD(PrintVarStats); #endif static bool inited; /// Console variable directory. static CVarDirectory *cvarDirectory; static ccmd_t *ccmdListHead; /// @todo Replace with a data structure that allows for deletion of elements. static blockset_t *ccmdBlockSet; /// Running total of the number of uniquely-named commands. static uint numUniqueNamedCCmds; /// @todo Replace with a BST. static uint numCAliases; static calias_t **caliases; /// The list of known words (for completion). /// @todo Replace with a persistent self-balancing BST (Treap?)? static knownword_t *knownWords; static uint numKnownWords; static dd_bool knownWordsNeedUpdate; static ddstring_s *emptyStr; static uri_s *emptyUri; void Con_DataRegister() { C_CMD("help", "s", HelpWhat); C_CMD("apropos", "s", HelpApropos); C_CMD("listaliases", NULL, ListAliases); C_CMD("listcmds", NULL, ListCmds); C_CMD("listvars", NULL, ListVars); #ifdef DENG_DEBUG C_CMD("varstats", NULL, PrintVarStats); #endif } static int markVariableUserDataFreed(CVarDirectory::Node &node, void *context) { DENG_ASSERT(context); cvar_t *var = reinterpret_cast(node.userPointer()); void **ptr = (void **) context; if(var) switch(CVar_Type(var)) { case CVT_CHARPTR: if(*ptr == CV_CHARPTR(var)) var->flags &= ~CVF_CAN_FREE; break; case CVT_URIPTR: if(*ptr == CV_URIPTR(var)) var->flags &= ~CVF_CAN_FREE; break; default: break; } return 0; // Continue iteration. } static int clearVariable(CVarDirectory::Node& node, void * /*context*/) { cvar_t *var = reinterpret_cast(node.userPointer()); if(var) { // Detach our user data from this node. node.setUserPointer(0); if(CVar_Flags(var) & CVF_CAN_FREE) { void** ptr = NULL; switch(CVar_Type(var)) { case CVT_CHARPTR: if(!CV_CHARPTR(var)) break; ptr = (void**)var->ptr; /// @note Multiple vars could be using the same pointer (so only free once). cvarDirectory->traverse(PathTree::NoBranch, NULL, CVarDirectory::no_hash, markVariableUserDataFreed, ptr); M_Free(*ptr); *ptr = Str_Text(emptyStr); break; case CVT_URIPTR: if(!CV_URIPTR(var)) break; ptr = (void**)var->ptr; /// @note Multiple vars could be using the same pointer (so only free once). cvarDirectory->traverse(PathTree::NoBranch, NULL, CVarDirectory::no_hash, markVariableUserDataFreed, ptr); Uri_Delete((uri_s *)*ptr); *ptr = emptyUri; break; default: LOGDEV_SCR_WARNING("Attempt to free user data for non-pointer type variable %s [%p]") << Str_Text(CVar_ComposePath(var)) << var; break; } } M_Free(var); } return 0; // Continue iteration. } static void clearVariables(void) { /// If _DEBUG we'll traverse all nodes and verify our clear logic. #if _DEBUG PathTree::ComparisonFlags flags; #else PathTree::ComparisonFlags flags = PathTree::NoBranch; #endif if(!cvarDirectory) return; cvarDirectory->traverse(flags, NULL, CVarDirectory::no_hash, clearVariable); cvarDirectory->clear(); } /// Construct a new variable from the specified template and add it to the database. static cvar_t* addVariable(cvartemplate_t const& tpl) { Path path(tpl.path, CVARDIRECTORY_DELIMITER); CVarDirectory::Node* node = &cvarDirectory->insert(path); cvar_t* newVar; DENG_ASSERT(!node->userPointer()); if(node->userPointer()) { throw Error("Con_AddVariable", "A variable with path '" + String(tpl.path) + "' is already known!"); } newVar = (cvar_t*) M_Malloc(sizeof *newVar); newVar->flags = tpl.flags; newVar->type = tpl.type; newVar->ptr = tpl.ptr; newVar->min = tpl.min; newVar->max = tpl.max; newVar->notifyChanged = tpl.notifyChanged; newVar->directoryNode = node; node->setUserPointer(newVar); knownWordsNeedUpdate = true; return newVar; } static void clearAliases(void) { if(caliases) { // Free the alias data. calias_t** cal = caliases; for(uint i = 0; i < numCAliases; ++i, ++cal) { M_Free((*cal)->name); M_Free((*cal)->command); M_Free(*cal); } M_Free(caliases); } caliases = 0; numCAliases = 0; } static void clearCommands(void) { if(ccmdBlockSet) BlockSet_Delete(ccmdBlockSet); ccmdBlockSet = 0; ccmdListHead = 0; numUniqueNamedCCmds = 0; } static void clearKnownWords(void) { if(knownWords) M_Free(knownWords); knownWords = 0; numKnownWords = 0; knownWordsNeedUpdate = false; } static int compareKnownWordByName(void const *a, void const *b) { knownword_t const *wA = (knownword_t const *)a; knownword_t const *wB = (knownword_t const *)b; AutoStr *textA = 0, *textB = 0; switch(wA->type) { case WT_CALIAS: textA = AutoStr_FromTextStd(((calias_t *)wA->data)->name); break; case WT_CCMD: textA = AutoStr_FromTextStd(((ccmd_t *)wA->data)->name); break; case WT_CVAR: textA = CVar_ComposePath((cvar_t *)wA->data); break; case WT_GAME: textA = AutoStr_FromTextStd(reinterpret_cast(wA->data)->identityKey().toUtf8().constData()); break; default: Con_Error("compareKnownWordByName: Invalid type %i for word A.", wA->type); exit(1); // Unreachable } switch(wB->type) { case WT_CALIAS: textB = AutoStr_FromTextStd(((calias_t *)wB->data)->name); break; case WT_CCMD: textB = AutoStr_FromTextStd(((ccmd_t *)wB->data)->name); break; case WT_CVAR: textB = CVar_ComposePath((cvar_t *)wB->data); break; case WT_GAME: textB = AutoStr_FromTextStd(reinterpret_cast(wB->data)->identityKey().toUtf8().constData()); break; default: Con_Error("compareKnownWordByName: Invalid type %i for word B.", wB->type); exit(1); // Unreachable } return Str_CompareIgnoreCase(textA, Str_Text(textB)); } static dd_bool removeFromKnownWords(knownwordtype_t type, void* data) { DENG_ASSERT(VALID_KNOWNWORDTYPE(type) && data != 0); for(uint i = 0; i < numKnownWords; ++i) { knownword_t* word = &knownWords[i]; if(word->type != type || word->data != data) continue; if(i != numKnownWords-1) memmove(knownWords + i, knownWords + i + 1, sizeof(knownword_t) * (numKnownWords - 1 - i)); --numKnownWords; if(numKnownWords != 0) { knownWords = (knownword_t*) M_Realloc(knownWords, sizeof(knownword_t) * numKnownWords); } else { M_Free(knownWords); knownWords = 0; } return true; } return false; } typedef struct { uint count; cvartype_t type; dd_bool hidden; dd_bool ignoreHidden; } countvariableparams_t; static int countVariable(CVarDirectory::Node& node, void* parameters) { DENG_ASSERT(parameters); countvariableparams_t* p = (countvariableparams_t*) parameters; cvar_t* var = reinterpret_cast( node.userPointer() ); if(!(p->ignoreHidden && (var->flags & CVF_HIDE))) { if(!VALID_CVARTYPE(p->type) && !p->hidden) { if(!p->ignoreHidden || !(var->flags & CVF_HIDE)) ++(p->count); } else if((p->hidden && (var->flags & CVF_HIDE)) || (VALID_CVARTYPE(p->type) && p->type == CVar_Type(var))) { ++(p->count); } } return 0; // Continue iteration. } static int addVariableToKnownWords(CVarDirectory::Node& node, void* parameters) { DENG_ASSERT(parameters); cvar_t* var = reinterpret_cast( node.userPointer() ); uint* index = (uint*) parameters; if(var && !(var->flags & CVF_HIDE)) { knownWords[*index].type = WT_CVAR; knownWords[*index].data = var; ++(*index); } return 0; // Continue iteration. } /** * Collate all known words and sort them alphabetically. * Commands, variables (except those hidden) and aliases are known words. */ static void updateKnownWords(void) { if(!knownWordsNeedUpdate) return; // Count the number of visible console variables. countvariableparams_t countCVarParams; countCVarParams.count = 0; countCVarParams.type = cvartype_t(-1); countCVarParams.hidden = false; countCVarParams.ignoreHidden = true; if(cvarDirectory) { cvarDirectory->traverse(PathTree::NoBranch, NULL, CVarDirectory::no_hash, countVariable, &countCVarParams); } // Build the known words table. numKnownWords = numUniqueNamedCCmds + countCVarParams.count + numCAliases + App_Games().count(); size_t len = sizeof(knownword_t) * numKnownWords; knownWords = (knownword_t*) M_Realloc(knownWords, len); memset(knownWords, 0, len); uint knownWordIdx = 0; // Add commands? /// @note ccmd list is NOT yet sorted. for(ccmd_t* ccmd = ccmdListHead; ccmd; ccmd = ccmd->next) { // Skip overloaded variants. if(ccmd->prevOverload) continue; knownWords[knownWordIdx].type = WT_CCMD; knownWords[knownWordIdx].data = ccmd; ++knownWordIdx; } // Add variables? if(0 != countCVarParams.count) { /// @note cvars are NOT sorted. cvarDirectory->traverse(PathTree::NoBranch, NULL, CVarDirectory::no_hash, addVariableToKnownWords, &knownWordIdx); } // Add aliases? if(0 != numCAliases) { /// @note caliases array is already sorted. calias_t** cal = caliases; for(uint i = 0; i < numCAliases; ++i, ++cal) { knownWords[knownWordIdx].type = WT_CALIAS; knownWords[knownWordIdx].data = *cal; ++knownWordIdx; } } // Add games? foreach(Game *game, App_Games().all()) { knownWords[knownWordIdx].type = WT_GAME; knownWords[knownWordIdx].data = game; ++knownWordIdx; } // Sort it so we get nice alphabetical word completions. qsort(knownWords, numKnownWords, sizeof(knownword_t), compareKnownWordByName); knownWordsNeedUpdate = false; } String CVar_TypeAsText(cvar_t const *var) { // Human-readable type name. DENG_ASSERT(var); switch(var->type) { case CVT_BYTE: return "byte"; case CVT_CHARPTR: return "text"; case CVT_FLOAT: return "float"; case CVT_INT: return "integer"; case CVT_NULL: return "null"; case CVT_URIPTR: return "uri"; default: DENG_ASSERT(!"Con_VarTypeAsText: Unknown variable type"); break; } return ""; } template void printTypeWarning(cvar_t const *var, String const &attemptedType, ValueType value) { AutoStr* path = CVar_ComposePath(var); LOG_SCR_WARNING("Variable %s (of type '%s') is incompatible with %s ") << Str_Text(path) << CVar_TypeAsText(var) << attemptedType << value; } void CVar_PrintReadOnlyWarning(cvar_t const *var) { AutoStr* path = CVar_ComposePath(var); LOG_SCR_WARNING("%s (%s cvar) is read-only; it cannot be changed (even with force)") << CVar_TypeAsText(var) << Str_Text(path); } ddstring_t const* CVar_TypeName(cvartype_t type) { static de::Str const names[CVARTYPE_COUNT] = { "invalid", "CVT_BYTE", "CVT_INT", "CVT_FLOAT", "CVT_CHARPTR", "CVT_URIPTR" }; return names[(VALID_CVARTYPE(type)? type : 0)]; } cvartype_t CVar_Type(cvar_t const* var) { DENG_ASSERT(var); return var->type; } int CVar_Flags(const cvar_t* var) { DENG_ASSERT(var); return var->flags; } AutoStr *CVar_ComposePath(cvar_t const *var) { DENG_ASSERT(var != 0); CVarDirectory::Node &node = *reinterpret_cast(var->directoryNode); QByteArray path = node.path(CVARDIRECTORY_DELIMITER).toUtf8(); return AutoStr_FromTextStd(path.constData()); } void CVar_SetUri2(cvar_t *var, uri_s const *uri, int svFlags) { DENG_ASSERT(var); uri_s *newUri; bool changed = false; if((var->flags & CVF_READ_ONLY) && !(svFlags & SVF_WRITE_OVERRIDE)) { CVar_PrintReadOnlyWarning(var); return; } if(var->type != CVT_URIPTR) { Con_Error("CVar::SetUri: Not of type %s.", Str_Text(CVar_TypeName(CVT_URIPTR))); return; // Unreachable. } if(!CV_URIPTR(var) && !uri) { return; } // Compose the new uri. newUri = Uri_Dup(uri); if(!CV_URIPTR(var) || !Uri_Equality(CV_URIPTR(var), newUri)) { changed = true; } // Free the old uri, if one exists. if((var->flags & CVF_CAN_FREE) && CV_URIPTR(var)) { Uri_Delete(CV_URIPTR(var)); } var->flags |= CVF_CAN_FREE; CV_URIPTR(var) = newUri; // Make the change notification callback if(var->notifyChanged && changed) { var->notifyChanged(); } } void CVar_SetUri(cvar_t *var, uri_s const *uri) { CVar_SetUri2(var, uri, 0); } void CVar_SetString2(cvar_t *var, char const *text, int svFlags) { DENG_ASSERT(var != 0); bool changed = false; size_t oldLen, newLen; if((var->flags & CVF_READ_ONLY) && !(svFlags & SVF_WRITE_OVERRIDE)) { CVar_PrintReadOnlyWarning(var); return; } if(var->type != CVT_CHARPTR) { printTypeWarning(var, "text", text); return; } oldLen = (!CV_CHARPTR(var)? 0 : strlen(CV_CHARPTR(var))); newLen = (!text ? 0 : strlen(text)); if(oldLen == 0 && newLen == 0) return; if(oldLen != newLen || qstricmp(text, CV_CHARPTR(var))) changed = true; // Free the old string, if one exists. if((var->flags & CVF_CAN_FREE) && CV_CHARPTR(var)) free(CV_CHARPTR(var)); // Allocate a new string. var->flags |= CVF_CAN_FREE; CV_CHARPTR(var) = (char*) M_Malloc(newLen + 1); qstrcpy(CV_CHARPTR(var), text); // Make the change notification callback if(var->notifyChanged != NULL && changed) var->notifyChanged(); } void CVar_SetString(cvar_t* var, char const* text) { CVar_SetString2(var, text, 0); } void CVar_SetInteger2(cvar_t* var, int value, int svFlags) { DENG_ASSERT(var); bool changed = false; if((var->flags & CVF_READ_ONLY) && !(svFlags & SVF_WRITE_OVERRIDE)) { CVar_PrintReadOnlyWarning(var); return; } switch(var->type) { case CVT_INT: if(CV_INT(var) != value) changed = true; CV_INT(var) = value; break; case CVT_BYTE: if(CV_BYTE(var) != (byte) value) changed = true; CV_BYTE(var) = (byte) value; break; case CVT_FLOAT: if(CV_FLOAT(var) != (float) value) changed = true; CV_FLOAT(var) = (float) value; break; default: printTypeWarning(var, "integer", value); return; } // Make a change notification callback? if(var->notifyChanged != 0 && changed) var->notifyChanged(); } void CVar_SetInteger(cvar_t* var, int value) { CVar_SetInteger2(var, value, 0); } void CVar_SetFloat2(cvar_t* var, float value, int svFlags) { DENG_ASSERT(var); bool changed = false; LOG_AS("CVar_SetFloat2"); if((var->flags & CVF_READ_ONLY) && !(svFlags & SVF_WRITE_OVERRIDE)) { CVar_PrintReadOnlyWarning(var); return; } switch(var->type) { case CVT_INT: if(CV_INT(var) != (int) value) changed = true; CV_INT(var) = (int) value; break; case CVT_BYTE: if(CV_BYTE(var) != (byte) value) changed = true; CV_BYTE(var) = (byte) value; break; case CVT_FLOAT: if(CV_FLOAT(var) != value) changed = true; CV_FLOAT(var) = value; break; default: printTypeWarning(var, "float", value); return; } // Make a change notification callback? if(var->notifyChanged != 0 && changed) var->notifyChanged(); } void CVar_SetFloat(cvar_t* var, float value) { CVar_SetFloat2(var, value, 0); } static void printConversionWarning(cvar_t const *var) { AutoStr* path = CVar_ComposePath(var); LOGDEV_SCR_WARNING("Incompatible variable %s [%p type:%s]") << Str_Text(path) << var << Str_Text(CVar_TypeName(CVar_Type(var))); } int CVar_Integer(cvar_t const* var) { DENG_ASSERT(var); switch(var->type) { case CVT_BYTE: return CV_BYTE(var); case CVT_INT: return CV_INT(var); case CVT_FLOAT: return CV_FLOAT(var); case CVT_CHARPTR: return strtol(CV_CHARPTR(var), 0, 0); default: { LOG_AS("CVar_Integer"); printConversionWarning(var); return 0; } } } float CVar_Float(cvar_t const* var) { DENG_ASSERT(var); switch(var->type) { case CVT_BYTE: return CV_BYTE(var); case CVT_INT: return CV_INT(var); case CVT_FLOAT: return CV_FLOAT(var); case CVT_CHARPTR: return strtod(CV_CHARPTR(var), 0); default: { LOG_AS("CVar_Float"); printConversionWarning(var); return 0; } } } byte CVar_Byte(cvar_t const* var) { DENG_ASSERT(var); switch(var->type) { case CVT_BYTE: return CV_BYTE(var); case CVT_INT: return CV_INT(var); case CVT_FLOAT: return CV_FLOAT(var); case CVT_CHARPTR: return strtol(CV_CHARPTR(var), 0, 0); default: { LOG_AS("CVar_Byte"); printConversionWarning(var); return 0; } } } char const* CVar_String(cvar_t const* var) { DENG_ASSERT(var); /// @todo Why not implement in-place value to string conversion? switch(var->type) { case CVT_CHARPTR: return CV_CHARPTR(var); default: { LOG_AS("CVar_String"); printConversionWarning(var); return Str_Text(emptyStr); } } } uri_s const *CVar_Uri(cvar_t const *var) { DENG_ASSERT(var != 0); /// @todo Why not implement in-place string to uri conversion? switch(var->type) { case CVT_URIPTR: return CV_URIPTR(var); default: { LOG_AS("CVar_Uri"); printConversionWarning(var); return emptyUri; } } } #undef Con_AddVariable void Con_AddVariable(cvartemplate_t const *tpl) { LOG_AS("Con_AddVariable"); DENG_ASSERT(inited); if(!tpl) return; if(CVT_NULL == tpl->type) { LOGDEV_SCR_WARNING("Ignored attempt to register variable '%s' as type %s") << tpl->path << Str_Text(CVar_TypeName(CVT_NULL)); return; } addVariable(*tpl); } #undef Con_AddVariableList void Con_AddVariableList(cvartemplate_t const *tplList) { DENG_ASSERT(inited); if(!tplList) return; for(; tplList->path; ++tplList) { if(Con_FindVariable(tplList->path)) Con_Error("A CVAR with the name '%s' is already registered.", tplList->path); addVariable(*tplList); } } cvar_t *Con_FindVariable(char const *path) { DENG_ASSERT(inited); if(!path || !path[0]) return 0; try { CVarDirectory::Node const &node = cvarDirectory->find(Path(path, CVARDIRECTORY_DELIMITER), PathTree::NoBranch | PathTree::MatchFull); return (cvar_t*) node.userPointer(); } catch(CVarDirectory::NotFoundError const&) {} // Ignore this error. return 0; } #undef Con_GetVariableType cvartype_t Con_GetVariableType(char const *path) { cvar_t *var = Con_FindVariable(path); if(!var) return CVT_NULL; return var->type; } String Con_VarAsStyledText(cvar_t *var, char const *prefix) { DENG_ASSERT(inited); if(!var) return ""; char equals = '='; if((var->flags & CVF_PROTECTED) || (var->flags & CVF_READ_ONLY)) equals = ':'; String str; QTextStream os(&str); if(prefix) os << prefix; AutoStr* path = CVar_ComposePath(var); os << _E(b) << Str_Text(path) << _E(.) << " " << equals << " " << _E(>); switch(var->type) { case CVT_BYTE: os << CV_BYTE(var); break; case CVT_INT: os << CV_INT(var); break; case CVT_FLOAT: os << CV_FLOAT(var); break; case CVT_CHARPTR: os << "\"" << CV_CHARPTR(var) << "\""; break; case CVT_URIPTR: { AutoStr* valPath = (CV_URIPTR(var)? Uri_ToString(CV_URIPTR(var)) : NULL); os << "\"" << (CV_URIPTR(var)? Str_Text(valPath) : "") << "\""; break; } default: DENG_ASSERT(false); break; } os << _E(<); return str; } void Con_PrintCVar(cvar_t* var, char const *prefix) { LOG_SCR_MSG("%s") << Con_VarAsStyledText(var, prefix); } void Con_AddCommand(ccmdtemplate_t const* ccmd) { DENG_ASSERT(inited); int minArgs, maxArgs; cvartype_t args[MAX_ARGS]; ccmd_t* newCCmd, *overloaded = 0; if(!ccmd) return; DENG_ASSERT(ccmd->name != 0); // Decode the usage string if present. if(ccmd->argTemplate != 0) { size_t l, len; cvartype_t type = CVT_NULL; dd_bool unlimitedArgs; char c; len = strlen(ccmd->argTemplate); minArgs = 0; unlimitedArgs = false; for(l = 0; l < len; ++l) { c = ccmd->argTemplate[l]; switch(c) { // Supported type symbols: case 'b': type = CVT_BYTE; break; case 'i': type = CVT_INT; break; case 'f': type = CVT_FLOAT; break; case 's': type = CVT_CHARPTR; break; // Special symbols: case '*': // Variable arg list. if(l != len-1) Con_Error("Con_AddCommand: CCmd '%s': '*' character " "not last in argument template: \"%s\".", ccmd->name, ccmd->argTemplate); unlimitedArgs = true; type = CVT_NULL; // Not a real argument. break; // Erroneous symbol: default: Con_Error("Con_AddCommand: CCmd '%s': Invalid character " "'%c' in argument template: \"%s\".", ccmd->name, c, ccmd->argTemplate); } if(type != CVT_NULL) { if(minArgs >= MAX_ARGS) Con_Error("Con_AddCommand: CCmd '%s': Too many arguments. " "Limit is %i.", ccmd->name, MAX_ARGS); args[minArgs++] = type; } } // Set the min/max parameter counts for this ccmd. if(unlimitedArgs) { maxArgs = -1; if(minArgs == 0) minArgs = -1; } else { maxArgs = minArgs; } } else // It's usage is NOT validated by Doomsday. { minArgs = maxArgs = -1; } // Now check that the ccmd to be registered is unique. // We allow multiple ccmds with the same name if we can determine by // their paramater lists that they are unique (overloading). { ccmd_t* other; if((other = Con_FindCommand(ccmd->name)) != 0) { dd_bool unique = true; // The ccmd being registered is NOT a deng validated ccmd // and there is already an existing ccmd by this name? if(minArgs == -1 && maxArgs == -1) unique = false; if(unique) { // Check each variant. ccmd_t* variant = other; do { // An existing ccmd with no validation? if(variant->minArgs == -1 && variant->maxArgs == -1) unique = false; // An existing ccmd with a lower minimum and no maximum? else if(variant->minArgs < minArgs && variant->maxArgs == -1) unique = false; // An existing ccmd with a larger min and this ccmd has no max? else if(variant->minArgs > minArgs && maxArgs == -1) unique = false; // An existing ccmd with the same minimum number of args? else if(variant->minArgs == minArgs) { // \todo Implement support for paramater type checking. unique = false; } // Sanity check. if(!unique && variant->execFunc == ccmd->execFunc) Con_Error("Con_AddCommand: A CCmd by the name '%s' is already registered and the callback funcs are " "the same, is this really what you wanted?", ccmd->name); } while((variant = variant->nextOverload) != 0); } if(!unique) Con_Error("Con_AddCommand: A CCmd by the name '%s' is already registered. Their parameter lists would be ambiguant.", ccmd->name); overloaded = other; }} if(!ccmdBlockSet) ccmdBlockSet = BlockSet_New(sizeof(ccmd_t), 32); newCCmd = (ccmd_t*) BlockSet_Allocate(ccmdBlockSet); // Make a static copy of the name in the zone (this allows the source // data to change in case of dynamic registrations). char* nameCopy = (char*) Z_Malloc(strlen(ccmd->name) + 1, PU_APPSTATIC, NULL); if(!nameCopy) Con_Error("Con_AddCommand: Failed on allocation of %lu bytes for command name.", (unsigned long) (strlen(ccmd->name) + 1)); strcpy(nameCopy, ccmd->name); newCCmd->name = nameCopy; newCCmd->execFunc = ccmd->execFunc; newCCmd->flags = ccmd->flags; newCCmd->nextOverload = newCCmd->prevOverload = 0; newCCmd->minArgs = minArgs; newCCmd->maxArgs = maxArgs; memcpy(newCCmd->args, &args, sizeof(newCCmd->args)); // Link it to the head of the global list of ccmds. newCCmd->next = ccmdListHead; ccmdListHead = newCCmd; if(!overloaded) { ++numUniqueNamedCCmds; knownWordsNeedUpdate = true; return; } // Link it to the head of the overload list. newCCmd->nextOverload = overloaded; overloaded->prevOverload = newCCmd; } void Con_AddCommandList(ccmdtemplate_t const* cmdList) { if(!cmdList) return; for(; cmdList->name; ++cmdList) { Con_AddCommand(cmdList); } } ccmd_t *Con_FindCommand(char const *name) { DENG_ASSERT(inited); /// @todo Use a faster than O(n) linear search. if(name && name[0]) { for(ccmd_t *ccmd = ccmdListHead; ccmd; ccmd = ccmd->next) { if(qstricmp(name, ccmd->name)) continue; // Locate the head of the overload list. while(ccmd->prevOverload) { ccmd = ccmd->prevOverload; } return ccmd; } } return 0; } /** * Outputs the usage information for the given ccmd to the console. * * @param ccmd The ccmd to print the usage info for. * @param allOverloads @c true= print usage info for all overloaded variants. * Otherwise only the info for @a ccmd. */ static void printCommandUsage(ccmd_t *ccmd, bool allOverloads = true) { DENG_ASSERT(inited); if(!ccmd) return; if(allOverloads) { // Locate the head of the overload list. while(ccmd->prevOverload) { ccmd = ccmd->prevOverload; } } LOG_SCR_NOTE(_E(b) "Usage:" _E(.) "\n " _E(>) + Con_CmdUsageAsStyledText(ccmd)); if(allOverloads) { while((ccmd = ccmd->nextOverload)) { LOG_SCR_MSG(" " _E(>) + Con_CmdUsageAsStyledText(ccmd)); } } } ccmd_t *Con_FindCommandMatchArgs(cmdargs_t *args) { DENG_ASSERT(inited); if(!args) return 0; if(ccmd_t *ccmd = Con_FindCommand(args->argv[0])) { // Check each variant. ccmd_t *variant = ccmd; do { dd_bool invalidArgs = false; // Are we validating the arguments? // Note that strings are considered always valid. if(!(variant->minArgs == -1 && variant->maxArgs == -1)) { // Do we have the right number of arguments? if(args->argc-1 < variant->minArgs) { invalidArgs = true; } else if(variant->maxArgs != -1 && args->argc-1 > variant->maxArgs) { invalidArgs = true; } else { // Presently we only validate upto the minimum number of args. /// @todo Validate non-required args. for(int i = 0; i < variant->minArgs && !invalidArgs; ++i) { switch(variant->args[i]) { case CVT_BYTE: invalidArgs = !M_IsStringValidByte(args->argv[i+1]); break; case CVT_INT: invalidArgs = !M_IsStringValidInt(args->argv[i+1]); break; case CVT_FLOAT: invalidArgs = !M_IsStringValidFloat(args->argv[i+1]); break; default: break; } } } } if(!invalidArgs) { return variant; // This is the one! } } while((variant = variant->nextOverload) != 0); // Perhaps the user needs some help. printCommandUsage(ccmd); } // No command found, or none with matching arguments. return 0; } dd_bool Con_IsValidCommand(char const* name) { if(!name || !name[0]) return false; // Try the console commands first. if(Con_FindCommand(name) != 0) return true; // Try the aliases (aliai?) then. return (Con_FindAlias(name) != 0); } String Con_CmdUsageAsStyledText(ccmd_t *ccmd) { DENG2_ASSERT(ccmd != 0); if(ccmd->minArgs == -1 && ccmd->maxArgs == -1) return String(); // Print the expected form for this ccmd. String argText; for(int i = 0; i < ccmd->minArgs; ++i) { switch(ccmd->args[i]) { case CVT_BYTE: argText += " (byte)"; break; case CVT_INT: argText += " (int)"; break; case CVT_FLOAT: argText += " (float)"; break; case CVT_CHARPTR: argText += " (string)"; break; default: break; } } if(ccmd->maxArgs == -1) { argText += " ..."; } return _E(b) + String(ccmd->name) + _E(.) _E(l) + argText + _E(.); } calias_t *Con_FindAlias(char const *name) { DENG_ASSERT(inited); uint bottomIdx, topIdx, pivot; calias_t* cal; dd_bool isDone; int result; if(numCAliases == 0) return 0; if(!name || !name[0]) return 0; bottomIdx = 0; topIdx = numCAliases-1; cal = NULL; isDone = false; while(bottomIdx <= topIdx && !isDone) { pivot = bottomIdx + (topIdx - bottomIdx)/2; result = stricmp(caliases[pivot]->name, name); if(result == 0) { // Found. cal = caliases[pivot]; isDone = true; } else { if(result > 0) { if(pivot == 0) { // Not present. isDone = true; } else topIdx = pivot - 1; } else bottomIdx = pivot + 1; } } return cal; } calias_t* Con_AddAlias(char const* name, char const* command) { DENG_ASSERT(inited); if(!name || !name[0] || !command || !command[0]) return 0; caliases = (calias_t**) M_Realloc(caliases, sizeof(*caliases) * ++numCAliases); // Find the insertion point. uint idx; for(idx = 0; idx < numCAliases-1; ++idx) { if(qstricmp(caliases[idx]->name, name) > 0) break; } // Make room for the new alias. if(idx != numCAliases-1) memmove(caliases + idx + 1, caliases + idx, sizeof(*caliases) * (numCAliases - 1 - idx)); // Add the new variable, making a static copy of the name in the zone (this allows // the source data to change in case of dynamic registrations). calias_t* newAlias = caliases[idx] = (calias_t*) M_Malloc(sizeof(*newAlias)); newAlias->name = (char*) M_Malloc(strlen(name) + 1); strcpy(newAlias->name, name); newAlias->command = (char*) M_Malloc(strlen(command) + 1); strcpy(newAlias->command, command); knownWordsNeedUpdate = true; return newAlias; } void Con_DeleteAlias(calias_t* cal) { DENG_ASSERT(inited && cal); uint idx; for(idx = 0; idx < numCAliases; ++idx) { if(caliases[idx] == cal) break; } if(idx == numCAliases) return; // Try to avoid rebuilding known words by simply removing ourself. if(!knownWordsNeedUpdate) removeFromKnownWords(WT_CALIAS, (void*)cal); M_Free(cal->name); M_Free(cal->command); M_Free(cal); if(idx < numCAliases - 1) { memmove(caliases + idx, caliases + idx + 1, sizeof(*caliases) * (numCAliases - idx - 1)); } --numCAliases; } /** * @return New AutoStr with the text of the known word. Caller gets ownership. */ static AutoStr *textForKnownWord(knownword_t const *word) { AutoStr *text = 0; switch(word->type) { case WT_CALIAS: text = AutoStr_FromTextStd(((calias_t *)word->data)->name); break; case WT_CCMD: text = AutoStr_FromTextStd(((ccmd_t *)word->data)->name); break; case WT_CVAR: text = CVar_ComposePath((cvar_t *)word->data); break; case WT_GAME: text = AutoStr_FromTextStd(reinterpret_cast(word->data)->identityKey().toUtf8().constData()); break; default: Con_Error("textForKnownWord: Invalid type %i for word.", word->type); exit(1); // Unreachable } return text; } AutoStr *Con_KnownWordToString(knownword_t const *word) { return textForKnownWord(word); } int Con_IterateKnownWords(char const *pattern, knownwordtype_t type, int (*callback)(knownword_t const *word, void *parameters), void *parameters) { return Con_IterateKnownWords(KnownWordStartsWith, pattern, type, callback, parameters); } int Con_IterateKnownWords(KnownWordMatchMode matchMode, char const* pattern, knownwordtype_t type, int (*callback)(knownword_t const* word, void* parameters), void* parameters) { DENG_ASSERT(inited && callback); knownwordtype_t matchType = (VALID_KNOWNWORDTYPE(type)? type : WT_ANY); size_t patternLength = (pattern? strlen(pattern) : 0); int result = 0; updateKnownWords(); for(uint i = 0; i < numKnownWords; ++i) { knownword_t const* word = &knownWords[i]; if(matchType != WT_ANY && word->type != type) continue; if(patternLength) { AutoStr* textString = textForKnownWord(word); if(matchMode == KnownWordStartsWith) { if(strnicmp(Str_Text(textString), pattern, patternLength)) continue; // Didn't match. } else if(matchMode == KnownWordExactMatch) { if(strcasecmp(Str_Text(textString), pattern)) continue; // Didn't match. } } result = callback(word, parameters); if(result) break; } return result; } static int countMatchedWordWorker(knownword_t const* /*word*/, void* parameters) { DENG_ASSERT(parameters); uint* count = (uint*) parameters; ++(*count); return 0; // Continue iteration. } typedef struct { knownword_t const** matches; /// Matched word array. uint index; /// Current position in the collection. } collectmatchedwordworker_paramaters_t; static int collectMatchedWordWorker(knownword_t const* word, void* parameters) { DENG_ASSERT(word && parameters); collectmatchedwordworker_paramaters_t* p = (collectmatchedwordworker_paramaters_t*) parameters; p->matches[p->index++] = word; return 0; // Continue iteration. } knownword_t const** Con_CollectKnownWordsMatchingWord(char const* word, knownwordtype_t type, uint* count) { DENG_ASSERT(inited); uint localCount = 0; Con_IterateKnownWords(word, type, countMatchedWordWorker, &localCount); if(count) *count = localCount; if(localCount != 0) { // Collect the pointers. collectmatchedwordworker_paramaters_t p; p.matches = (knownword_t const**) M_Malloc(sizeof(*p.matches) * (localCount + 1)); p.index = 0; Con_IterateKnownWords(word, type, collectMatchedWordWorker, &p); p.matches[localCount] = 0; // Terminate. return p.matches; } return 0; // No matches. } void Con_InitDatabases(void) { if(inited) return; // Create the empty variable directory now. cvarDirectory = new CVarDirectory(); ccmdListHead = 0; ccmdBlockSet = 0; numUniqueNamedCCmds = 0; numCAliases = 0; caliases = 0; knownWords = 0; numKnownWords = 0; knownWordsNeedUpdate = false; emptyStr = Str_NewStd(); emptyUri = Uri_New(); inited = true; } void Con_ClearDatabases(void) { if(!inited) return; clearKnownWords(); clearAliases(); clearCommands(); clearVariables(); } void Con_ShutdownDatabases(void) { if(!inited) return; Con_ClearDatabases(); delete cvarDirectory; cvarDirectory = 0; Str_Delete(emptyStr); emptyStr = 0; Uri_Delete(emptyUri); emptyUri = 0; inited = false; } static int aproposPrinter(knownword_t const *word, void *matching) { AutoStr *text = textForKnownWord(word); // See if 'matching' is anywhere in the known word. if(strcasestr(Str_Text(text), (const char*)matching)) { char const* wType[KNOWNWORDTYPE_COUNT] = { "cmd ", "var ", "alias ", "game " }; String str; QTextStream os(&str); os << _E(l) << wType[word->type] << _E(0) << _E(b) << Str_Text(text) << " " << _E(2) << _E(>); // Look for a short description. String tmp; if(word->type == WT_CCMD || word->type == WT_CVAR) { char const *desc = DH_GetString(DH_Find(Str_Text(text)), HST_DESCRIPTION); if(desc) { tmp = desc; } } else if(word->type == WT_GAME) { tmp = reinterpret_cast(word->data)->title(); } os << tmp; LOG_SCR_MSG("%s") << str; } return 0; } static void printApropos(char const *matching) { /// @todo Extend the search to cover the contents of all help strings (dd_help.c). Con_IterateKnownWords(0, WT_ANY, aproposPrinter, (void *)matching); } static void printHelpAbout(char const *query) { // Try the console commands first. if(ccmd_t *ccmd = Con_FindCommand(query)) { LOG_SCR_MSG(_E(b) "%s" _E(.) " (Command)") << ccmd->name; HelpId help = DH_Find(ccmd->name); if(char const *description = DH_GetString(help, HST_DESCRIPTION)) { LOG_SCR_MSG("") << description; } printCommandUsage(ccmd); // For all overloaded variants. // Any extra info? if(char const *info = DH_GetString(help, HST_INFO)) { LOG_SCR_MSG(" " _E(>) _E(l)) << info; } return; } if(cvar_t *var = Con_FindVariable(query)) { AutoStr *path = CVar_ComposePath(var); LOG_SCR_MSG(_E(b) "%s" _E(.) " (Variable)") << Str_Text(path); HelpId help = DH_Find(Str_Text(path)); if(char const *description = DH_GetString(help, HST_DESCRIPTION)) { LOG_SCR_MSG("") << description; } return; } if(calias_t *calias = Con_FindAlias(query)) { LOG_SCR_MSG(_E(b) "%s" _E(.) " alias of:\n") << calias->name << calias->command; return; } // Perhaps a game? try { Game &game = App_Games().byIdentityKey(query); LOG_SCR_MSG(_E(b) "%s" _E(.) " (IdentityKey)") << game.identityKey(); LOG_SCR_MSG("Unique identifier of the " _E(b) "%s" _E(.) " game mode.") << game.title(); LOG_SCR_MSG("An 'IdentityKey' is used when referencing a game unambiguously from the console and on the command line."); LOG_SCR_MSG(_E(D) "Related commands:"); LOG_SCR_MSG(" " _E(>) "Enter " _E(b) "inspectgame %s" _E(.) " for information and status of this game") << game.identityKey(); LOG_SCR_MSG(" " _E(>) "Enter " _E(b) "listgames" _E(.) " to list all installed games and their status"); LOG_SCR_MSG(" " _E(>) "Enter " _E(b) "load %s" _E(.) " to load the " _E(l) "%s" _E(.) " game mode") << game.identityKey() << game.title(); return; } catch(Games::NotFoundError const &) {} // Ignore this error. LOG_SCR_NOTE("There is no help about '%s'") << query; } D_CMD(HelpApropos) { DENG2_UNUSED2(argc, src); printApropos(argv[1]); return true; } D_CMD(HelpWhat) { DENG2_UNUSED2(argc, src); if(!String(argv[1]).compareWithoutCase("(what)")) { LOG_SCR_MSG("You've got to be kidding!"); return true; } printHelpAbout(argv[1]); return true; } String Con_CmdAsStyledText(ccmd_t *cmd) { char const *str; if((str = DH_GetString(DH_Find(cmd->name), HST_DESCRIPTION))) { return String(_E(b) "%1 " _E(.) _E(>) _E(2) "%2" _E(.) _E(<)).arg(cmd->name).arg(str); } else { return String(_E(b) "%1" _E(.)).arg(cmd->name); } } String Con_AliasAsStyledText(calias_t *alias) { QString str; QTextStream os(&str); os << _E(b) << alias->name << _E(.) " == " _E(>) << alias->command << _E(<); return str; } String Con_GameAsStyledText(Game *game) { DENG2_ASSERT(game != 0); return String(_E(1)) + game->identityKey() + _E(.); } static int printKnownWordWorker(knownword_t const *word, void *parameters) { DENG_ASSERT(word); uint *numPrinted = (uint *) parameters; switch(word->type) { case WT_CCMD: { ccmd_t *ccmd = (ccmd_t *) word->data; if(ccmd->prevOverload) { return 0; // Skip overloaded variants. } LOG_SCR_MSG("%s") << Con_CmdAsStyledText(ccmd); break; } case WT_CVAR: { cvar_t *cvar = (cvar_t *) word->data; if(cvar->flags & CVF_HIDE) { return 0; // Skip hidden variables. } Con_PrintCVar(cvar, ""); break; } case WT_CALIAS: LOG_SCR_MSG("%s") << Con_AliasAsStyledText((calias_t *) word->data); break; case WT_GAME: LOG_SCR_MSG("%s") << Con_GameAsStyledText((Game *) word->data); break; default: DENG_ASSERT(false); break; } if(numPrinted) ++(*numPrinted); return 0; // Continue iteration. } #undef Con_SetUri2 void Con_SetUri2(char const *path, uri_s const *uri, int svFlags) { cvar_t* var = Con_FindVariable(path); if(!var) return; CVar_SetUri2(var, uri, svFlags); } #undef Con_SetUri void Con_SetUri(char const *path, uri_s const *uri) { Con_SetUri2(path, uri, 0); } #undef Con_SetString2 void Con_SetString2(char const *path, char const *text, int svFlags) { cvar_t *var = Con_FindVariable(path); if(!var) return; CVar_SetString2(var, text, svFlags); } #undef Con_SetString void Con_SetString(char const *path, char const *text) { Con_SetString2(path, text, 0); } #undef Con_SetInteger2 void Con_SetInteger2(char const *path, int value, int svFlags) { cvar_t *var = Con_FindVariable(path); if(!var) return; CVar_SetInteger2(var, value, svFlags); } #undef Con_SetInteger void Con_SetInteger(char const *path, int value) { Con_SetInteger2(path, value, 0); } #undef Con_SetFloat2 void Con_SetFloat2(char const *path, float value, int svFlags) { cvar_t *var = Con_FindVariable(path); if(!var) return; CVar_SetFloat2(var, value, svFlags); } #undef Con_SetFloat void Con_SetFloat(char const *path, float value) { Con_SetFloat2(path, value, 0); } #undef Con_GetInteger int Con_GetInteger(char const *path) { cvar_t *var = Con_FindVariable(path); if(!var) return 0; return CVar_Integer(var); } #undef Con_GetFloat float Con_GetFloat(char const *path) { cvar_t *var = Con_FindVariable(path); if(!var) return 0; return CVar_Float(var); } #undef Con_GetByte byte Con_GetByte(char const *path) { cvar_t *var = Con_FindVariable(path); if(!var) return 0; return CVar_Byte(var); } #undef Con_GetString char const *Con_GetString(char const *path) { cvar_t *var = Con_FindVariable(path); if(!var) return Str_Text(emptyStr); return CVar_String(var); } #undef Con_GetUri uri_s const *Con_GetUri(char const *path) { cvar_t *var = Con_FindVariable(path); if(!var) return emptyUri; return CVar_Uri(var); } D_CMD(ListCmds) { DENG_UNUSED(src); LOG_SCR_MSG(_E(b) "Console commands:"); uint numPrinted = 0; Con_IterateKnownWords(argc > 1? argv[1] : 0, WT_CCMD, printKnownWordWorker, &numPrinted); LOG_SCR_MSG("Found %i console commands") << numPrinted; return true; } D_CMD(ListVars) { DENG_UNUSED(src); uint numPrinted = 0; LOG_SCR_MSG(_E(b) "Console variables:"); Con_IterateKnownWords(argc > 1? argv[1] : 0, WT_CVAR, printKnownWordWorker, &numPrinted); LOG_SCR_MSG("Found %i console variables") << numPrinted; return true; } #ifdef DENG_DEBUG D_CMD(PrintVarStats) { DENG2_UNUSED3(src, argc, argv); uint numCVars = 0, numCVarsHidden = 0; LOG_SCR_MSG(_E(b) "Console Variable Statistics:"); if(cvarDirectory) { countvariableparams_t p; p.hidden = false; p.ignoreHidden = false; for(uint i = uint(CVT_BYTE); i < uint(CVARTYPE_COUNT); ++i) { p.count = 0; p.type = cvartype_t(i); cvarDirectory->traverse(PathTree::NoBranch, NULL, CVarDirectory::no_hash, countVariable, &p); LOGDEV_SCR_MSG("%12s: %i") << Str_Text(CVar_TypeName(p.type)) << p.count; } p.count = 0; p.type = cvartype_t(-1); p.hidden = true; cvarDirectory->traverse(PathTree::NoBranch, NULL, CVarDirectory::no_hash, countVariable, &p); numCVars = cvarDirectory->size(); numCVarsHidden = p.count; } LOG_SCR_MSG(" Total: %i\n Hidden: %i") << numCVars << numCVarsHidden; if(cvarDirectory) { cvarDirectory->debugPrintHashDistribution(); cvarDirectory->debugPrint(CVARDIRECTORY_DELIMITER); } return true; } #endif D_CMD(ListAliases) { DENG_UNUSED(src); LOG_SCR_MSG(_E(b) "Aliases:"); uint numPrinted = 0; Con_IterateKnownWords(argc > 1? argv[1] : 0, WT_CALIAS, printKnownWordWorker, &numPrinted); LOG_SCR_MSG("Found %i aliases") << numPrinted; return true; } doomsday-1.14.5/doomsday/client/src/render/0000775000175000017500000000000012350542237020053 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/render/lightgrid.cpp0000664000175000017500000007364412350542237022552 0ustar jaakkojaakko/** @file render/lightgrid.cpp Light Grid (Large-Scale FakeRadio). * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include #include #include #include #include "de_console.h" #include "BspLeaf" #include "Sector" #include "Surface" #include "world/map.h" #include "world/p_object.h" #include "world/p_players.h" // viewPlayer #include "render/rend_main.h" #include "render/lightgrid.h" using namespace de; static int lgEnabled = false; static int lgShowDebug = false; static float lgDebugSize = 1.5f; static int lgBlockSize = 31; static int lgMXSample = 1; ///< 5 samples per block void LightGrid::consoleRegister() // static { C_VAR_INT ("rend-bias-grid", &lgEnabled, 0, 0, 1); C_VAR_INT ("rend-bias-grid-debug", &lgShowDebug, CVF_NO_ARCHIVE, 0, 1); C_VAR_FLOAT ("rend-bias-grid-debug-size", &lgDebugSize, 0, .1f, 100); C_VAR_INT ("rend-bias-grid-blocksize", &lgBlockSize, 0, 8, 1024); C_VAR_INT ("rend-bias-grid-multisample", &lgMXSample, 0, 0, 7); } /** * Determines the Z-axis bias scale factor for the given @a sector. */ static int biasForSector(Sector const §or) { int const height = int(sector.ceiling().height() - sector.floor().height()); bool hasSkyFloor = sector.floorSurface().hasSkyMaskedMaterial(); bool hasSkyCeil = sector.ceilingSurface().hasSkyMaskedMaterial(); if(hasSkyFloor && !hasSkyCeil) { return -height / 6; } if(!hasSkyFloor && hasSkyCeil) { return height / 6; } if(height > 100) { return (height - 100) / 2; } return 0; } class LightBlock { public: enum Flag { /// Grid block sector light has changed. Changed = 0x1, /// Contributes light to some other block. Contributor = 0x2, AllFlags = Changed | Contributor }; Q_DECLARE_FLAGS(Flags, Flag) public: /** * Construct a new light block. * * @param sector Sector which is the primary light contributor for * the block. Can be @c 0 (to create a "null-block"). */ LightBlock(Sector *sector = 0); /** * Returns the @em primary sector attributed to the light block * (contributing sectors are not linked). */ Sector §or() const; /** * Returns a copy of the flags of the light block. */ Flags flags() const; /** * Change the flags of the light block. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(Flags flagsToChange, FlagOp operation = SetFlags); /** * Evaluate the ambient color for the light block. */ Vector3f evaluate(/*coord_t height*/) const; void markChanged(bool isContributor = false); /** * Apply the sector's lighting to the block. */ void applySector(Vector3f const &color, float level, int bias, float factor); /** * Provides immutable access to the "raw" color (i.e., non-biased) for the * block. Primarily intended for debugging. */ Vector3f const &rawColorRef() const; private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(LightBlock::Flags) DENG2_PIMPL_NOREF(LightBlock) { /// Primary sector attributed to this block. Sector *sector; /// State flags. Flags flags; /// Positive bias means that the light is shining in the floor of the sector. char bias; /// Color of the light: Vector3f color; /// Used instead of @var color if the lighting in this block has changed /// and a full grid update is needed. Vector3f oldColor; Instance(Sector *sector) : sector(sector), bias(0) {} }; LightBlock::LightBlock(Sector *sector) : d(new Instance(sector)) {} Sector &LightBlock::sector() const { DENG_ASSERT(d->sector != 0); return *d->sector; } LightBlock::Flags LightBlock::flags() const { return d->flags; } void LightBlock::setFlags(LightBlock::Flags flagsToChange, FlagOp operation) { if(!d->sector) return; applyFlagOperation(d->flags, flagsToChange, operation); } Vector3f LightBlock::evaluate(/*coord_t height*/) const { // If not attributed to a sector, the color is always black. if(!d->sector) return Vector3f(0, 0, 0); /** * Biased light dimming disabled because this does not work well enough. * The problem is that two points on a given surface may be determined to * be in different blocks and as the height is taken from the block linked * sector this results in very uneven lighting. * * Biasing is a good idea but the plane heights must come from the sector * at the exact X|Y coordinates of the sample point, not the "quantized" * references in the light grid. -ds */ /* coord_t dz = 0; if(_bias < 0) { // Calculate Z difference to the ceiling. dz = d->sector->ceiling().height() - height; } else if(_bias > 0) { // Calculate Z difference to the floor. dz = height - d->sector->floor().height(); } dz -= 50; if(dz < 0) dz = 0;*/ // If we are awaiting an updated value use the old color. Vector3f color = d->flags.testFlag(Changed)? d->oldColor : d->color; // Biased ambient light causes a dimming on the Z axis. /*if(dz && _bias) { float dimming = 1 - (dz * (float) de::abs(d->bias)) / 35000.0f; if(dimming < .5f) dimming = .5f; color *= dimming; } */ return color; } void LightBlock::markChanged(bool isContributor) { if(!d->sector) return; if(isContributor) { // Changes by contributor sectors are simply flagged until an update. d->flags |= Contributor; return; } // The color will be recalculated. d->flags |= Changed; d->flags |= Contributor; if(!(d->flags & Changed)) { // Remember the color in case we receive any queries before the update. d->oldColor = d->color; } // Init to black in preparation for the update. d->color = Vector3f(0, 0, 0); } void LightBlock::applySector(Vector3f const &color, float level, int bias, float factor) { if(!d->sector) return; // Apply a bias to the light level. level -= (0.95f - level); if(level < 0) level = 0; level *= factor; if(level <= 0) return; for(int i = 0; i < 3; ++i) { float c = de::clamp(0.f, color[i] * level, 1.f); if(d->color[i] + c > 1) { d->color[i] = 1; } else { d->color[i] += c; } } // Influenced by the source bias. d->bias = de::clamp(-0x80, int(d->bias * (1 - factor) + bias * factor), 0x7f); } Vector3f const &LightBlock::rawColorRef() const { return d->color; } /** * Determines if the index for the specified map point is in the bitfield. */ static bool hasIndexBit(LightGrid::Ref const &gref, int gridWidth, uint *bitfield) { uint index = gref.x + gref.y * gridWidth; // Assume 32-bit uint. return (bitfield[index >> 5] & (1 << (index & 0x1f))) != 0; } /** * Sets the index for the specified map point in the bitfield. * Count is incremented when a zero bit is changed to one. */ static void addIndexBit(LightGrid::Ref const &gref, int gridWidth, uint *bitfield, int *count) { uint index = gref.x + gref.y * gridWidth; // Assume 32-bit uint. if(!hasIndexBit(LightGrid::Ref(index, 0), gridWidth, bitfield)) { (*count)++; } bitfield[index >> 5] |= (1 << (index & 0x1f)); } typedef QVector Blocks; /// The special null-block. static LightBlock nullBlock; /// Returns @c true iff @a block is the special "null-block". static inline bool isNullBlock(LightBlock const &block) { return &block == &nullBlock; } DENG2_PIMPL(LightGrid), DENG2_OBSERVES(Sector, LightColorChange), DENG2_OBSERVES(Sector, LightLevelChange) { /// Map for which we provide an ambient lighting grid. Map ↦ /// Origin of the grid in the map coordinate space. Vector2d origin; /// Size of a block (box axes) in map coordinate space units. int blockSize; /// Dimensions of the grid in blocks. Ref dimensions; /// The grid of LightBlocks. Blocks grid; /// Set to @c true when a full update is needed. bool needUpdate; Instance(Public *i, Map &map) : Base(i), map(map), needUpdate(false) {} ~Instance() { foreach(LightBlock *block, grid) { if(!block) continue; Sector §or = block->sector(); sector.audienceForLightLevelChange -= this; sector.audienceForLightColorChange -= this; } qDeleteAll(grid); } /** * Convert a light grid reference to a grid index. */ inline Index toIndex(int x, int y) { return y * dimensions.x + x; } /// @copydoc toIndex() inline Index toIndex(Ref const &gref) { return toIndex(gref.x, gref.y); } /** * Convert a point in the map coordinate space to a light grid reference. */ Ref toRef(Vector3d const &point) { int x = de::round((point.x - origin.x) / blockSize); int y = de::round((point.y - origin.y) / blockSize); return Ref(de::clamp(1, x, dimensions.x - 2), de::clamp(1, y, dimensions.y - 2)); } /** * Retrieve the block at the specified light grid index. If no block exists * at this index the special "null-block" is returned. */ LightBlock &lightBlock(Index idx) { DENG_ASSERT(idx >= 0 && idx < grid.size()); LightBlock *block = grid[idx]; if(block) return *block; return nullBlock; } /** * Retrieve the block at the specified light grid reference. */ LightBlock &lightBlock(Ref const &gref) { return lightBlock(toIndex(gref)); } /// @copydoc lightBlock() inline LightBlock &lightBlock(int x, int y) { return lightBlock(Ref(x, y)); } /** * Same as @ref lightBlock except @a point is in the map coordinate space. */ inline LightBlock &lightBlock(Vector3d const &point) { return lightBlock(toRef(point)); } /** * Fully (re)-initialize the light grid. */ void initialize() { // Diagonal in maze arrangement of natural numbers. // Up to 65 samples per-block(!) static int const MSFACTORS = 7; static int multisample[] = {1, 5, 9, 17, 25, 37, 49, 65}; de::Time begunAt; LOG_AS("LightGrid::initialize"); // Determine the origin of the grid in the map coordinate space. origin = Vector2d(map.bounds().min); // Once initialized the blocksize cannot be changed (requires a full grid // update) so remember this value. blockSize = lgBlockSize; // Determine the dimensions of the grid (in blocks) Vector2d mapDimensions = Vector2d(map.bounds().max) - Vector2d(map.bounds().min); dimensions = Vector2i(de::round(mapDimensions.x / blockSize) + 1, de::round(mapDimensions.y / blockSize) + 1); // Determine how many sector samples per block. int numSamples = multisample[de::clamp(0, lgMXSample, MSFACTORS)]; // Allocate memory for sample points data. Vector2d *samplePoints = new Vector2d[numSamples]; int *sampleResults = new int[numSamples]; /** * It would be possible to only allocate memory for the unique * sample results. And then select the appropriate sample in the loop * for initializing the grid instead of copying the previous results in * the loop for acquiring the sample points. * * Calculate with the equation (number of unique sample points): * * ((1 + lgBlockHeight * lgMXSample) * (1 + lgBlockWidth * lgMXSample)) + * (size % 2 == 0? numBlocks : 0) * OR * * We don't actually need to store the ENTIRE sample points array. It * would be sufficent to only store the results from the start of the * previous row to current col index. This would save a bit of memory. * * However until lightgrid init is finalized it would be rather silly * to optimize this much further. */ // Allocate memory for all the sample results. Sector **ssamples = (Sector **) M_Malloc(sizeof(Sector *) * ((dimensions.x * dimensions.y) * numSamples)); // Determine the size^2 of the samplePoint array plus its center. int size = 0, center = 0; if(numSamples > 1) { float f = sqrt(float(numSamples)); if(std::ceil(f) != std::floor(f)) { size = sqrt(float(numSamples - 1)); center = 0; } else { size = (int) f; center = size+1; } } // Construct the sample point offset array. // This way we can use addition only during calculation of: // (dimensions.y * dimensions.x) * numSamples if(center == 0) { // Zero is the center so do that first. samplePoints[0] = Vector2d(blockSize / 2, blockSize / 2); } if(numSamples > 1) { coord_t bSize = (coord_t) blockSize / (size - 1); // Is there an offset? int n = (center == 0? 1 : 0); for(int y = 0; y < size; ++y) for(int x = 0; x < size; ++x, ++n) { samplePoints[n] = Vector2d(de::round(x * bSize), de::round(y * bSize)); } } Vector2d samplePoint; // Acquire the sectors at ALL the sample points. for(int y = 0; y < dimensions.y; ++y) for(int x = 0; x < dimensions.x; ++x) { Index const blk = toIndex(x, y); Vector2d off(x * blockSize, y * blockSize); int n = 0; if(center == 0) { // Center point is not considered with the term 'size'. // Sample this point and place at index 0 (at the start // of the samples for this block). int idx = blk * (numSamples); samplePoint = origin + off + samplePoints[0]; BspLeaf &bspLeaf = map.bspLeafAt(samplePoint); if(bspLeaf.polyContains(samplePoint)) ssamples[idx] = bspLeaf.sectorPtr(); else ssamples[idx] = 0; n++; // Offset the index in the samplePoints array bellow. } int count = blk * size; for(int b = 0; b < size; ++b) { int i = (b + count) * size; for(int a = 0; a < size; ++a, ++n) { int idx = a + i + (center == 0? blk + 1 : 0); if(numSamples > 1 && ((x > 0 && a == 0) || (y > 0 && b == 0))) { // We have already sampled this point. // Get the previous result. Ref prev(x, y); Ref prevB(a, b); int prevIdx; if(x > 0 && a == 0) { prevB.x = size -1; prev.x--; } if(y > 0 && b == 0) { prevB.y = size -1; prev.y--; } prevIdx = prevB.x + (prevB.y + toIndex(prev) * size) * size; if(center == 0) prevIdx += toIndex(prev) + 1; ssamples[idx] = ssamples[prevIdx]; } else { // We haven't sampled this point yet. samplePoint = origin + off + samplePoints[n]; BspLeaf &bspLeaf = map.bspLeafAt(samplePoint); if(bspLeaf.polyContains(samplePoint)) ssamples[idx] = bspLeaf.sectorPtr(); else ssamples[idx] = 0; } } } } // We're done with the samplePoints block. delete[] samplePoints; samplePoints = 0; // Bitfields for marking affected blocks. Make sure each bit is in a word. size_t bitfieldSize = 4 * (31 + dimensions.x * dimensions.y) / 32; uint *indexBitfield = (uint *) M_Calloc(bitfieldSize); uint *contributorBitfield = (uint *) M_Calloc(bitfieldSize); // Allocate memory used for the collection of the sample results. Sector **blkSampleSectors = (Sector **) M_Malloc(sizeof(Sector *) * numSamples); /* * Initialize the light block grid. */ grid.fill(NULL, dimensions.x * dimensions.y); int numBlocks = 0; for(int y = 0; y < dimensions.y; ++y) for(int x = 0; x < dimensions.x; ++x) { /** * Pick the sector at each of the sample points. * @todo We don't actually need the blkSampleSectors array * anymore. Now that ssamples stores the results consecutively * a simple index into ssamples would suffice. * However if the optimization to save memory is implemented as * described in the comments above we WOULD still require it. * Therefore, for now I'm making use of it to clarify the code. */ Index idx = toIndex(x, y) * numSamples; for(int i = 0; i < numSamples; ++i) { blkSampleSectors[i] = ssamples[i + idx]; } Sector *sector = 0; if(numSamples == 1) { sector = blkSampleSectors[center]; } else { // Pick the sector which had the most hits. int best = -1; std::memset(sampleResults, 0, sizeof(int) * numSamples); for(int i = 0; i < numSamples; ++i) { if(!blkSampleSectors[i]) continue; for(int k = 0; k < numSamples; ++k) { if(blkSampleSectors[k] == blkSampleSectors[i] && blkSampleSectors[k]) { sampleResults[k]++; if(sampleResults[k] > best) best = i; } } } if(best != -1) { // Favour the center sample if its a draw. if(sampleResults[best] == sampleResults[center] && blkSampleSectors[center]) sector = blkSampleSectors[center]; else sector = blkSampleSectors[best]; } } if(!sector) continue; // Insert a new light block in the grid. grid[toIndex(x, y)] = new LightBlock(sector); // There is now one more block. numBlocks++; // We want notification when the sector light properties change. sector->audienceForLightLevelChange += this; sector->audienceForLightColorChange += this; } LOGDEV_GL_MSG("%i light blocks (%u bytes)") << numBlocks << (sizeof(LightBlock) * numBlocks); // We're done with sector samples completely. M_Free(ssamples); // We're done with the sample results arrays. M_Free(blkSampleSectors); delete[] sampleResults; // Find the blocks of all sectors. foreach(Sector *sector, map.sectors()) { int count = 0, changedCount = 0; if(sector->sideCount()) { // Clear the bitfields. std::memset(indexBitfield, 0, bitfieldSize); std::memset(contributorBitfield, 0, bitfieldSize); for(int y = 0; y < dimensions.y; ++y) for(int x = 0; x < dimensions.x; ++x) { LightBlock &block = lightBlock(x, y); if(isNullBlock(block) || &block.sector() != sector) continue; /// @todo Determine min/max a/b before going into the loop. for(int b = -2; b <= 2; ++b) { if(y + b < 0 || y + b >= dimensions.y) continue; for(int a = -2; a <= 2; ++a) { if(x + a < 0 || x + a >= dimensions.x) continue; addIndexBit(Ref(x + a, y + b), dimensions.x, indexBitfield, &changedCount); } } } // Determine contributor blocks. Contributors are the blocks that are // close enough to contribute light to affected blocks. for(int y = 0; y < dimensions.y; ++y) for(int x = 0; x < dimensions.x; ++x) { if(!hasIndexBit(Ref(x, y), dimensions.x, indexBitfield)) continue; // Add the contributor blocks. for(int b = -2; b <= 2; ++b) { if(y + b < 0 || y + b >= dimensions.y) continue; for(int a = -2; a <= 2; ++a) { if(x + a < 0 || x + a >= dimensions.x) continue; if(!hasIndexBit(Ref(x + a, y + b), dimensions.x, indexBitfield)) { addIndexBit(Ref(x + a, y + b), dimensions.x, contributorBitfield, &count); } } } } } // LOG_DEBUG(" Sector %i: %i / %i") << map.sectorIndex(s) << changedCount << count; Sector::LightGridData &lgData = sector->lightGridData(); lgData.changedBlockCount = changedCount; lgData.blockCount = changedCount + count; if(lgData.blockCount > 0) { lgData.blocks = (LightGrid::Index *) Z_Malloc(sizeof(*lgData.blocks) * lgData.blockCount, PU_MAPSTATIC, 0); int a = 0, b = changedCount; for(int x = 0; x < dimensions.x * dimensions.y; ++x) { if(hasIndexBit(Ref(x, 0), dimensions.x, indexBitfield)) lgData.blocks[a++] = x; else if(hasIndexBit(Ref(x, 0), dimensions.x, contributorBitfield)) lgData.blocks[b++] = x; } DENG_ASSERT(a == changedCount); //DENG_ASSERT(b == blockCount); } } M_Free(indexBitfield); M_Free(contributorBitfield); self.markAllForUpdate(); // How much time did we spend? LOGDEV_GL_MSG("Completed in %.2f seconds") << begunAt.since(); } /** * To be called when the ambient lighting properties in the sector change. */ void sectorChanged(Sector §or) { // Do not update if not enabled. /// @todo We could dynamically join/leave the relevant audiences. if(!lgEnabled) return; Sector::LightGridData &lgData = sector.lightGridData(); if(!lgData.changedBlockCount && !lgData.blockCount) return; // Mark changed blocks and contributors. for(uint i = 0; i < lgData.changedBlockCount; ++i) { lightBlock(lgData.blocks[i]).markChanged(); } for(uint i = 0; i < lgData.blockCount; ++i) { lightBlock(lgData.blocks[i]).markChanged(true /* is-contributor */); } needUpdate = true; } /// Observes Sector LightLevelChange. void sectorLightLevelChanged(Sector §or) { sectorChanged(sector); } /// Observes Sector LightColorChange. void sectorLightColorChanged(Sector §or) { sectorChanged(sector); } }; LightGrid::LightGrid(Map &map) : d(new Instance(this, map)) { d->initialize(); } Vector2i const &LightGrid::dimensions() const { return d->dimensions; } coord_t LightGrid::blockSize() const { return d->blockSize; } Vector3f LightGrid::evaluate(Vector3d const &point) { // If not enabled the color is black. if(!lgEnabled) return Vector3f(0, 0, 0); LightBlock &block = d->lightBlock(point); Vector3f color = block.evaluate(); // Apply light range compression. for(int i = 0; i < 3; ++i) { color[i] += Rend_LightAdaptationDelta(color[i]); } return color; } float LightGrid::evaluateLightLevel(Vector3d const &point) { Vector3f color = evaluate(point); /// @todo Do not do this at evaluation time; store into another grid. return (color.x + color.y + color.z) / 3; } void LightGrid::markAllForUpdate() { // Updates are unnecessary if not enabled. if(!lgEnabled) return; // Mark all blocks and contributors. foreach(Sector *sector, d->map.sectors()) { d->sectorChanged(*sector); } } void LightGrid::update() { static float const factors[5 * 5] = { .1f, .2f, .25f, .2f, .1f, .2f, .4f, .5f, .4f, .2f, .25f, .5f, 1.f, .5f, .25f, .2f, .4f, .5f, .4f, .2f, .1f, .2f, .25f, .2f, .1f }; // Updates are unnecessary if not enabled. if(!lgEnabled) return; // Any work to do? if(!d->needUpdate) return; for(int y = 0; y < d->dimensions.y; ++y) for(int x = 0; x < d->dimensions.x; ++x) { LightBlock &block = d->lightBlock(x, y); // No contribution? if(!block.flags().testFlag(LightBlock::Contributor)) continue; // Determine the ambient light properties of the sector at this block. /// @todo fixme: Should work with sector clusters instead. Sector §or = block.sector(); Vector3f const &color = Rend_SectorLightColor(sector); float const level = sector.lightLevel(); int const bias = biasForSector(sector); /// @todo Calculate min/max for a and b. for(int a = -2; a <= 2; ++a) for(int b = -2; b <= 2; ++b) { if(x + a < 0 || y + b < 0 || x + a > d->dimensions.x - 1 || y + b > d->dimensions.y - 1) continue; LightBlock &other = d->lightBlock(x + a, y + b); if(!other.flags().testFlag(LightBlock::Changed)) continue; other.applySector(color, level, bias, factors[(b + 2) * 5 + a + 2] / 8); } } // Clear all changed and contribution flags. foreach(LightBlock *block, d->grid) { if(!block) continue; block->setFlags(LightBlock::AllFlags, UnsetFlags); } d->needUpdate = false; } #include "de_graphics.h" #include "de_render.h" #include "gl/sys_opengl.h" void LightGrid::drawDebugVisual() { static Vector3f const red(1, 0, 0); static int blink = 0; // Disabled? if(!lgShowDebug) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Determine the grid reference of the view player. Ref viewGRef; if(viewPlayer) { blink++; viewGRef = d->toRef(viewPlayer->shared.mo->origin); } // Go into screen projection mode. glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); for(int y = 0; y < d->dimensions.y; ++y) { glBegin(GL_QUADS); for(int x = 0; x < d->dimensions.x; ++x) { Ref gref(x, d->dimensions.y - 1 - y); bool const isViewGRef = (viewPlayer && viewGRef == gref); Vector3f const *color; if(isViewGRef && (blink & 16)) { color = &red; } else { LightBlock &block = d->lightBlock(gref); if(isNullBlock(block)) continue; color = &block.rawColorRef(); } glColor3f(color->x, color->y, color->z); glVertex2f(x * lgDebugSize, y * lgDebugSize); glVertex2f(x * lgDebugSize + lgDebugSize, y * lgDebugSize); glVertex2f(x * lgDebugSize + lgDebugSize, y * lgDebugSize + lgDebugSize); glVertex2f(x * lgDebugSize, y * lgDebugSize + lgDebugSize); } glEnd(); } glMatrixMode(GL_PROJECTION); glPopMatrix(); } doomsday-1.14.5/doomsday/client/src/render/cameralensfx.cpp0000664000175000017500000001164412350542237023235 0ustar jaakkojaakko/** @file cameralensfx.cpp Camera lens effects. * * Renders camera lens effects, i.e., special effects applied to a "raw" world * frame. ConsoleEffect-derived isntances are put onto a stack; each console * has its own effect stack. * * Given the following stack of effects: * - A * - B * - C * * The following sequence of methods is called during the rendering of a frame: * 1. A.beginFrame * 2. B.beginFrame * 3. C.beginFrame * 4. A.draw * 5. B.draw * 6. C.draw * 7. C.endFrame <-- reverse order * 8. B.endFrame * 9. A.endFrame * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "render/cameralensfx.h" #include "render/rend_main.h" #include "render/viewports.h" #include "render/fx/colorfilter.h" #include "render/fx/lensflares.h" #include "render/fx/postprocessing.h" #include "render/fx/vignette.h" #include "render/fx/bloom.h" #include "con_main.h" #include "ui/clientwindow.h" #include #include #include #include #include using namespace de; static int fxFramePlayerNum; ///< Player view currently being drawn. struct ConsoleEffectStack { /// Dynamic stack of effects. Used currently as a fixed array, though. typedef QList EffectList; EffectList effects; ~ConsoleEffectStack() { clear(); } void clear() { qDeleteAll(effects); effects.clear(); } }; static ConsoleEffectStack fxConsole[DDMAXPLAYERS]; #define IDX_LENS_FLARES 2 #define IDX_POST_PROCESSING 4 D_CMD(PostFx) { int console = String(argv[1]).toInt(); String const shader = argv[2]; TimeDelta const span = (argc == 4? String(argv[3]).toFloat() : 0); if(console < 0 || console >= DDMAXPLAYERS) { LOG_SCR_WARNING("Invalid console %i") << console; return false; } fx::PostProcessing *post = static_cast(fxConsole[console].effects[IDX_POST_PROCESSING]); // Special case to clear out the current shader. if(shader == "none") { post->fadeOut(span); return true; } else if(shader == "opacity") // Change opacity. { post->setOpacity(span); return true; } post->fadeInShader(shader, span); return true; } void LensFx_Register() { C_CMD("postfx", "is", PostFx); C_CMD("postfx", "isf", PostFx); } void LensFx_Init() { for(int i = 0; i < DDMAXPLAYERS; ++i) { ConsoleEffectStack &stack = fxConsole[i]; stack.effects << new fx::Bloom(i) << new fx::Vignette(i) << new fx::LensFlares(i) // IDX_LENS_FLARES << new fx::ColorFilter(i) << new fx::PostProcessing(i); // IDX_POST_PROCESSING } } void LensFx_Shutdown() { LensFx_GLRelease(); for(int i = 0; i < DDMAXPLAYERS; ++i) { fxConsole[i].clear(); } } void LensFx_GLRelease() { for(int i = 0; i < DDMAXPLAYERS; ++i) { foreach(ConsoleEffect *effect, fxConsole[i].effects) { if(effect->isInited()) { effect->glDeinit(); } } } } void LensFx_BeginFrame(int playerNum) { fxFramePlayerNum = playerNum; ConsoleEffectStack::EffectList const &effects = fxConsole[fxFramePlayerNum].effects; // Initialize these effects if they currently are not. foreach(ConsoleEffect *effect, effects) { if(!effect->isInited()) { effect->glInit(); } } foreach(ConsoleEffect *effect, effects) { effect->beginFrame(); } } void LensFx_EndFrame() { ConsoleEffectStack::EffectList const &effects = fxConsole[fxFramePlayerNum].effects; foreach(ConsoleEffect *effect, effects) { effect->draw(); } for(int i = effects.size() - 1; i >= 0; --i) { effects.at(i)->endFrame(); } } void LensFx_MarkLightVisibleInFrame(ILightSource const &lightSource) { ConsoleEffectStack::EffectList const &effects = fxConsole[fxFramePlayerNum].effects; static_cast(effects.at(IDX_LENS_FLARES))-> markLightPotentiallyVisibleForCurrentFrame(&lightSource); } doomsday-1.14.5/doomsday/client/src/render/r_draw.cpp0000664000175000017500000002116312350542237022040 0ustar jaakkojaakko/** @file r_draw.cpp Misc Drawing Routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "clientapp.h" #include "render/r_draw.h" #include "con_main.h" #include "gl/gl_draw.h" #include "gl/gl_main.h" #include "gl/sys_opengl.h" #include "render/r_main.h" #include "api_resource.h" #include "MaterialSnapshot" #include "world/p_players.h" // displayPlayer using namespace de; // A logical ordering (twice around). enum { BG_BACKGROUND, BG_TOP, BG_RIGHT, BG_BOTTOM, BG_LEFT, BG_TOPLEFT, BG_TOPRIGHT, BG_BOTTOMRIGHT, BG_BOTTOMLEFT }; static bool inited = false; static int borderSize; static de::Uri *borderGraphicsNames[9]; /// @todo Declare the patches with URNs to avoid unnecessary duplication here -ds static patchid_t borderPatches[9]; static void loadViewBorderPatches() { borderPatches[0] = 0; for(uint i = 1; i < 9; ++i) { borderPatches[i] = ClientApp::resourceSystem().declarePatch(borderGraphicsNames[i]->path()); } // Detemine the view border size. borderSize = 0; patchinfo_t info; if(!R_GetPatchInfo(borderPatches[BG_TOP], &info)) { return; } borderSize = info.geometry.size.height; } static Texture &borderTexture(int borderComp) { TextureScheme &patches = ClientApp::resourceSystem().textureScheme("Patches"); DENG2_ASSERT(borderComp >= 0 && borderComp < 9); return patches.findByUniqueId(borderPatches[borderComp]).texture(); } #undef R_SetBorderGfx DENG_EXTERN_C void R_SetBorderGfx(struct uri_s const *const *paths) { DENG2_ASSERT(inited); if(!paths) return; for(uint i = 0; i < 9; ++i) { if(paths[i]) { if(!borderGraphicsNames[i]) { borderGraphicsNames[i] = new de::Uri; } *(borderGraphicsNames[i]) = *reinterpret_cast(paths[i]); } else { if(borderGraphicsNames[i]) { delete borderGraphicsNames[i]; } borderGraphicsNames[i] = 0; } } loadViewBorderPatches(); } void R_InitViewWindow() { if(Sys_IsShuttingDown()) return; for(int i = 0; i < DDMAXPLAYERS; ++i) { R_SetupDefaultViewWindow(i); } if(inited) { for(int i = 0; i < 9; ++i) { if(borderGraphicsNames[i]) { delete borderGraphicsNames[i]; } } } de::zap(borderGraphicsNames); de::zap(borderPatches); borderSize = 0; inited = true; } void R_ShutdownViewWindow() { if(!inited) return; for(int i = 0; i < 9; ++i) { if(borderGraphicsNames[i]) { delete borderGraphicsNames[i]; } } de::zap(borderGraphicsNames); inited = false; } TextureVariantSpec const &Rend_PatchTextureSpec(int flags, gl::Wrapping wrapS, gl::Wrapping wrapT) { return ClientApp::resourceSystem().textureSpec(TC_UI, flags, 0, 0, 0, GL_Wrap(wrapS), GL_Wrap(wrapT), 0, -3, 0, false, false, false, false); } void R_DrawPatch(Texture &texture, int x, int y, int w, int h, bool useOffsets) { if(texture.manifest().schemeName().compareWithoutCase("Patches")) { LOG_AS("R_DrawPatch3"); LOGDEV_GL_WARNING("Cannot draw a non-patch [%p]") << dintptr(&texture); return; } TextureVariantSpec const &texSpec = Rend_PatchTextureSpec(0 | (texture.isFlagged(Texture::Monochrome) ? TSF_MONOCHROME : 0) | (texture.isFlagged(Texture::UpscaleAndSharpen) ? TSF_UPSCALE_AND_SHARPEN : 0)); GL_BindTexture(texture.prepareVariant(texSpec)); if(useOffsets) { x += texture.origin().x; y += texture.origin().y; } GL_DrawRectf2Color(x, y, w, h, 1, 1, 1, 1); } void R_DrawPatch(Texture &tex, int x, int y) { R_DrawPatch(tex, x, y, tex.width(), tex.height()); } void R_DrawPatchTiled(Texture &texture, int x, int y, int w, int h, gl::Wrapping wrapS, gl::Wrapping wrapT) { TextureVariantSpec const &spec = Rend_PatchTextureSpec(0 | (texture.isFlagged(Texture::Monochrome) ? TSF_MONOCHROME : 0) | (texture.isFlagged(Texture::UpscaleAndSharpen) ? TSF_UPSCALE_AND_SHARPEN : 0), wrapS, wrapT); GL_BindTexture(texture.prepareVariant(spec)); GL_DrawRectf2Tiled(x, y, w, h, texture.width(), texture.height()); } static MaterialVariantSpec const &bgMaterialSpec() { return ClientApp::resourceSystem().materialSpec(UiContext, 0, 0, 0, 0, GL_REPEAT, GL_REPEAT, 0, -3, 0, false, false, false, false); } /// @todo Optimize: Do not search for resources (materials, textures) each frame. void R_DrawViewBorder() { DENG2_ASSERT(inited); viewport_t const *port = R_CurrentViewPort(); viewdata_t const *vd = R_ViewData(displayPlayer); DENG2_ASSERT(port != 0 && vd != 0); if(vd->window.isNull()) return; if(vd->window.size() >= port->geometry.size()) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glEnable(GL_TEXTURE_2D); glMatrixMode(GL_TEXTURE); glPushMatrix(); // Scale from viewport space to fixed 320x200 space. int border; if(port->geometry.width() >= port->geometry.height()) { glScalef(float(SCREENHEIGHT) / port->geometry.height(), float(SCREENHEIGHT) / port->geometry.height(), 1); border = float(borderSize) / SCREENHEIGHT * port->geometry.height(); } else { glScalef(float(SCREENWIDTH) / port->geometry.width(), float(SCREENWIDTH) / port->geometry.width(), 1); border = float(borderSize) / SCREENWIDTH * port->geometry.width(); } glColor4f(1, 1, 1, 1); // View background. try { MaterialSnapshot const &ms = ClientApp::resourceSystem().material(*borderGraphicsNames[BG_BACKGROUND]) .prepare(bgMaterialSpec()); GL_BindTexture(&ms.texture(MTU_PRIMARY)); GL_DrawCutRectf2Tiled(0, 0, port->geometry.width(), port->geometry.height(), ms.width(), ms.height(), 0, 0, vd->window.topLeft.x - border, vd->window.topLeft.y - border, vd->window.width() + 2 * border, vd->window.height() + 2 * border); } catch(MaterialManifest::MissingMaterialError const &) {} // Ignore this error. if(border) { R_DrawPatchTiled(borderTexture(BG_TOP), vd->window.topLeft.x, vd->window.topLeft.y - border, vd->window.width(), border, gl::Repeat, gl::ClampToEdge); R_DrawPatchTiled(borderTexture(BG_BOTTOM), vd->window.topLeft.x, vd->window.bottomRight.y, vd->window.width(), border, gl::Repeat, gl::ClampToEdge); R_DrawPatchTiled(borderTexture(BG_LEFT), vd->window.topLeft.x - border, vd->window.topLeft.y, border, vd->window.height(), gl::ClampToEdge, gl::Repeat); R_DrawPatchTiled(borderTexture(BG_RIGHT), vd->window.topRight().x, vd->window.topRight().y, border, vd->window.height(), gl::ClampToEdge, gl::Repeat); } glMatrixMode(GL_TEXTURE); glPopMatrix(); if(border) { R_DrawPatch(borderTexture(BG_TOPLEFT), vd->window.topLeft.x - border, vd->window.topLeft.y - border, border, border, false); R_DrawPatch(borderTexture(BG_TOPRIGHT), vd->window.topRight().x, vd->window.topLeft.y - border, border, border, false); R_DrawPatch(borderTexture(BG_BOTTOMRIGHT), vd->window.bottomRight.x, vd->window.bottomRight.y, border, border, false); R_DrawPatch(borderTexture(BG_BOTTOMLEFT), vd->window.bottomLeft().x - border, vd->window.bottomRight.y, border, border, false); } glDisable(GL_TEXTURE_2D); } doomsday-1.14.5/doomsday/client/src/render/decoration.cpp0000664000175000017500000000451612350542237022714 0ustar jaakkojaakko/** @file decoration.cpp World surface decoration. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/decoration.h" #include "MaterialSnapshot" #include "Surface" using namespace de; DENG2_PIMPL_NOREF(Decoration) { MaterialSnapshotDecoration *source; Surface *surface; Instance(MaterialSnapshotDecoration &source) : source(&source), surface(0) {} }; Decoration::Decoration(MaterialSnapshotDecoration &source, Vector3d const &origin) : MapObject(origin), d(new Instance(source)) {} Decoration::~Decoration() {} MaterialSnapshotDecoration &Decoration::source() { return *d->source; } MaterialSnapshotDecoration const &Decoration::source() const { return *d->source; } bool Decoration::hasSurface() const { return d->surface != 0; } Surface &Decoration::surface() { if(d->surface != 0) { return *d->surface; } /// @throw MissingSurfaceError Attempted with no surface attributed. throw MissingSurfaceError("Decoration::surface", "No surface is attributed"); } Surface const &Decoration::surface() const { if(d->surface != 0) { return *d->surface; } /// @throw MissingSurfaceError Attempted with no surface attributed. throw MissingSurfaceError("Decoration::surface", "No surface is attributed"); } void Decoration::setSurface(Surface *newSurface) { d->surface = newSurface; } doomsday-1.14.5/doomsday/client/src/render/skyfixedge.cpp0000664000175000017500000001707212350542237022730 0ustar jaakkojaakko/** @file skyfixedge.cpp Sky Fix Edge Geometry. * * @authors Copyright © 2011-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "Face" #include "BspLeaf" #include "Plane" #include "Sector" #include "SectorCluster" #include "Surface" #include "world/map.h" #include "world/maputil.h" // R_SideBackClosed, remove me #include "world/p_players.h" #include "render/rend_main.h" #include "render/skyfixedge.h" namespace de { static coord_t skyFixFloorZ(Plane const *frontFloor, Plane const *backFloor) { DENG_UNUSED(backFloor); if(devRendSkyMode || P_IsInVoid(viewPlayer)) return frontFloor->heightSmoothed(); return frontFloor->map().skyFixFloor(); } static coord_t skyFixCeilZ(Plane const *frontCeil, Plane const *backCeil) { DENG_UNUSED(backCeil); if(devRendSkyMode || P_IsInVoid(viewPlayer)) return frontCeil->heightSmoothed(); return frontCeil->map().skyFixCeiling(); } DENG2_PIMPL_NOREF(SkyFixEdge::Event) { SkyFixEdge &owner; double distance; Instance(SkyFixEdge &owner, double distance) : owner(owner), distance(distance) {} }; SkyFixEdge::Event::Event(SkyFixEdge &owner, double distance) : WorldEdge::Event(), d(new Instance(owner, distance)) {} bool SkyFixEdge::Event::operator < (Event const &other) const { return d->distance < other.distance(); } double SkyFixEdge::Event::distance() const { return d->distance; } Vector3d SkyFixEdge::Event::origin() const { return d->owner.pOrigin() + d->owner.pDirection() * distance(); } DENG2_PIMPL(SkyFixEdge) { HEdge *hedge; FixType fixType; int edge; Vector3d pOrigin; Vector3d pDirection; coord_t lo, hi; Event bottom; Event top; bool isValid; Vector2f materialOrigin; Instance(Public *i, HEdge &hedge, FixType fixType, int edge, Vector2f const &materialOrigin) : Base(i), hedge(&hedge), fixType(fixType), edge(edge), bottom(*i, 0), top(*i, 1), isValid(false), materialOrigin(materialOrigin) {} /** * Determines whether a sky fix is actually necessary. */ bool wallSectionNeedsSkyFix() const { DENG_ASSERT(hedge->hasFace()); bool const lower = fixType == SkyFixEdge::Lower; // Only edges with line segments need fixes. if(!hedge->hasMapElement()) return false; SectorCluster const *cluster = hedge->face().mapElementAs().clusterPtr(); SectorCluster const *backCluster = hedge->twin().hasFace()? hedge->twin().face().mapElementAs() .clusterPtr() : 0; if(backCluster && &backCluster->sector() == &cluster->sector()) return false; // Select the relative planes for the fix type. int relPlane = lower? Sector::Floor : Sector::Ceiling; Plane const *front = &cluster->visPlane(relPlane); Plane const *back = backCluster? &backCluster->visPlane(relPlane) : 0; if(!front->surface().hasSkyMaskedMaterial()) return false; LineSide const &lineSide = hedge->mapElementAs().lineSide(); bool const hasClosedBack = R_SideBackClosed(lineSide); if(!devRendSkyMode) { if(!P_IsInVoid(viewPlayer) && !(hasClosedBack || !(back && back->surface().hasSkyMaskedMaterial()))) return false; } else { int relSection = lower? LineSide::Bottom : LineSide::Top; if(lineSide.surface(relSection).hasMaterial() || !(hasClosedBack || (back && back->surface().hasSkyMaskedMaterial()))) return false; } // Figure out the relative plane heights. coord_t fz = front->heightSmoothed(); if(relPlane == Sector::Ceiling) fz = -fz; coord_t bz = 0; if(back) { bz = back->heightSmoothed(); if(relPlane == Sector::Ceiling) bz = -bz; } coord_t planeZ = (back && back->surface().hasSkyMaskedMaterial() && fz < bz? bz : fz); coord_t skyZ = lower? skyFixFloorZ(front, back) : -skyFixCeilZ(front, back); return (planeZ > skyZ); } void prepare() { if(!wallSectionNeedsSkyFix()) { isValid = false; return; } SectorCluster const *cluster = hedge->face().mapElementAs().clusterPtr(); SectorCluster const *backCluster = hedge->twin().hasFace()? hedge->twin().face().mapElementAs().clusterPtr() : 0; Plane const *ffloor = &cluster->visFloor(); Plane const *fceil = &cluster->visCeiling(); Plane const *bceil = backCluster? &backCluster->visCeiling() : 0; Plane const *bfloor = backCluster? &backCluster->visFloor() : 0; if(fixType == Upper) { hi = skyFixCeilZ(fceil, bceil); lo = de::max((backCluster && bceil->surface().hasSkyMaskedMaterial())? bceil->heightSmoothed() : fceil->heightSmoothed(), ffloor->heightSmoothed()); } else { hi = de::min((backCluster && bfloor->surface().hasSkyMaskedMaterial())? bfloor->heightSmoothed() : ffloor->heightSmoothed(), fceil->heightSmoothed()); lo = skyFixFloorZ(ffloor, bfloor); } isValid = hi > lo; if(!isValid) return; pOrigin = Vector3d(self.origin(), lo); pDirection = Vector3d(0, 0, hi - lo); } }; SkyFixEdge::SkyFixEdge(HEdge &hedge, FixType fixType, int edge, float materialOffsetS) : WorldEdge((edge? hedge.twin() : hedge).origin()), d(new Instance(this, hedge, fixType, edge, Vector2f(materialOffsetS, 0))) { /// @todo Defer until necessary. d->prepare(); } Vector3d const &SkyFixEdge::pOrigin() const { return d->pOrigin; } Vector3d const &SkyFixEdge::pDirection() const { return d->pDirection; } Vector2f SkyFixEdge::materialOrigin() const { return d->materialOrigin; } bool SkyFixEdge::isValid() const { return d->isValid; } SkyFixEdge::Event const &SkyFixEdge::first() const { return d->bottom; } SkyFixEdge::Event const &SkyFixEdge::last() const { return d->top; } SkyFixEdge::Event const &SkyFixEdge::at(EventIndex index) const { if(index >= 0 && index < 2) { return index == 0? d->bottom : d->top; } /// @throw InvalidIndexError The specified event index is not valid. throw Error("SkyFixEdge::at", QString("Index '%1' does not map to a known event (count: 2)").arg(index)); } } // namespace de doomsday-1.14.5/doomsday/client/src/render/blockmapvisual.cpp0000664000175000017500000004411712350542237023602 0ustar jaakkojaakko/** @file blockmapvisual.cpp Graphical Blockmap Visual. * @ingroup world * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "de_base.h" #include "de_graphics.h" #include "de_render.h" #include "de_ui.h" #include "Face" #include "HEdge" #include "gl/gl_texmanager.h" #include "world/blockmap.h" #include "world/lineblockmap.h" #include "world/map.h" #include "world/p_object.h" #include "world/p_players.h" #include "BspLeaf" #include "render/blockmapvisual.h" using namespace de; byte bmapShowDebug; // 1 = mobjs, 2 = lines, 3 = BSP leafs, 4 = polyobjs. cvar float bmapDebugSize = 1.5f; // cvar static void drawMobj(mobj_t const &mobj) { AABoxd const bounds = Mobj_AABox(mobj); glVertex2f(bounds.minX, bounds.minY); glVertex2f(bounds.maxX, bounds.minY); glVertex2f(bounds.maxX, bounds.maxY); glVertex2f(bounds.minX, bounds.maxY); } static int drawMobjWorker(void *mobjPtr, void * /*context*/) { mobj_t &mobj = *static_cast(mobjPtr); if(mobj.validCount != validCount) { mobj.validCount = validCount; drawMobj(mobj); } return false; // Continue iteration. } static void drawLine(Line const &line) { glVertex2f(line.fromOrigin().x, line.fromOrigin().y); glVertex2f( line.toOrigin().x, line.toOrigin().y); } static int drawLineWorker(void *linePtr, void * /*context*/) { Line &line = *static_cast(linePtr); if(line.validCount() != validCount) { line.setValidCount(validCount); drawLine(line); } return false; // Continue iteration. } static void drawBspLeaf(BspLeaf const &bspLeaf) { if(!bspLeaf.hasPoly()) return; float const scale = de::max(bmapDebugSize, 1.f); float const width = (DENG_GAMEVIEW_WIDTH / 16) / scale; Face const &poly = bspLeaf.poly(); HEdge *base = poly.hedge(); HEdge *hedge = base; do { Vector2d start = hedge->origin(); Vector2d end = hedge->twin().origin(); glBegin(GL_LINES); glVertex2f(start.x, start.y); glVertex2f(end.x, end.y); glEnd(); ddouble length = (end - start).length(); if(length > 0) { Vector2d const unit = (end - start) / length; Vector2d const normal(-unit.y, unit.x); GL_BindTextureUnmanaged(GL_PrepareLSTexture(LST_DYNAMIC)); glEnable(GL_TEXTURE_2D); GL_BlendMode(BM_ADD); glBegin(GL_QUADS); glTexCoord2f(0.75f, 0.5f); glVertex2f(start.x, start.y); glTexCoord2f(0.75f, 0.5f); glVertex2f(end.x, end.y); glTexCoord2f(0.75f, 1); glVertex2f(end.x - normal.x * width, end.y - normal.y * width); glTexCoord2f(0.75f, 1); glVertex2f(start.x - normal.x * width, start.y - normal.y * width); glEnd(); glDisable(GL_TEXTURE_2D); GL_BlendMode(BM_NORMAL); } // Draw a bounding box for the leaf's face geometry. start = Vector2d(poly.aaBox().minX, poly.aaBox().minY); end = Vector2d(poly.aaBox().maxX, poly.aaBox().maxY); glBegin(GL_LINES); glVertex2f(start.x, start.y); glVertex2f( end.x, start.y); glVertex2f( end.x, start.y); glVertex2f( end.x, end.y); glVertex2f( end.x, end.y); glVertex2f(start.x, end.y); glVertex2f(start.x, end.y); glVertex2f(start.x, start.y); glEnd(); } while((hedge = &hedge->next()) != base); } static int drawBspLeafWorker(void *bspLeafPtr, void * /*context*/) { BspLeaf &bspLeaf = *static_cast(bspLeafPtr); if(bspLeaf.validCount() != validCount) { bspLeaf.setValidCount(validCount); drawBspLeaf(bspLeaf); } return false; // Continue iteration. } static int drawCellLines(Blockmap const &bmap, BlockmapCell const &cell, void *context) { glBegin(GL_LINES); bmap.iterate(cell, (int (*)(void*,void*)) drawLineWorker, context); glEnd(); return false; // Continue iteration. } static int drawCellPolyobjLineWorker(void *object, void *context) { Polyobj *po = (Polyobj *)object; foreach(Line *line, po->lines()) { if(int result = drawLineWorker(line, context)) return result; } return false; // Continue iteration. } static int drawCellPolyobjs(Blockmap const &bmap, BlockmapCell const &cell, void *context) { glBegin(GL_LINES); bmap.iterate(cell, (int (*)(void*,void*)) drawCellPolyobjLineWorker, context); glEnd(); return false; // Continue iteration. } static int drawCellMobjs(Blockmap const &bmap, BlockmapCell const &cell, void *context) { glBegin(GL_QUADS); bmap.iterate(cell, (int (*)(void*,void*)) drawMobjWorker, context); glEnd(); return false; // Continue iteration. } static int drawCellBspLeafs(Blockmap const &bmap, BlockmapCell const &cell, void *context) { bmap.iterate(cell, (int (*)(void*,void*)) drawBspLeafWorker, context); return false; // Continue iteration. } static void drawBackground(Blockmap const &bmap) { BlockmapCell const &dimensions = bmap.dimensions(); // Scale modelview matrix so we can express cell geometry // using a cell-sized unit coordinate space. glMatrixMode(GL_MODELVIEW); glPushMatrix(); glScalef(bmap.cellSize(), bmap.cellSize(), 1); /* * Draw the translucent quad which represents the "used" cells. */ glColor4f(.25f, .25f, .25f, .66f); glBegin(GL_QUADS); glVertex2f(0, 0); glVertex2f(dimensions.x, 0); glVertex2f(dimensions.x, dimensions.y); glVertex2f(0, dimensions.y); glEnd(); /* * Draw the "null cells" over the top. */ glColor4f(0, 0, 0, .95f); BlockmapCell cell; for(cell.y = 0; cell.y < dimensions.y; ++cell.y) for(cell.x = 0; cell.x < dimensions.x; ++cell.x) { if(bmap.cellElementCount(cell)) continue; glBegin(GL_QUADS); glVertex2f(cell.x, cell.y); glVertex2f(cell.x + 1, cell.y); glVertex2f(cell.x + 1, cell.y + 1); glVertex2f(cell.x, cell.y + 1); glEnd(); } // Restore previous GL state. glMatrixMode(GL_MODELVIEW); glPopMatrix(); } static void drawCellInfo(Vector2d const &origin_, char const *info) { glEnable(GL_TEXTURE_2D); FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); Size2Raw size(16 + FR_TextWidth(info), 16 + FR_SingleLineHeight(info)); Point2Raw origin(origin_.x, origin_.y); origin.x -= size.width / 2; UI_GradientEx(&origin, &size, 6, UI_Color(UIC_BG_MEDIUM), UI_Color(UIC_BG_LIGHT), .5f, .5f); UI_DrawRectEx(&origin, &size, 6, false, UI_Color(UIC_BRD_HI), NULL, .5f, -1); origin.x += 8; origin.y += size.height / 2; UI_SetColor(UI_Color(UIC_TEXT)); UI_TextOutEx2(info, &origin, UI_Color(UIC_TITLE), 1, ALIGN_LEFT, DTF_ONLY_SHADOW); glDisable(GL_TEXTURE_2D); } static void drawBlockmapInfo(Vector2d const &origin_, Blockmap const &blockmap) { glEnable(GL_TEXTURE_2D); Point2Raw origin(origin_.x, origin_.y); FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); Size2Raw size; size.width = 16 + FR_TextWidth("(+000.0, +000.0) (+000.0, +000.0)"); int th = FR_SingleLineHeight("Info"); size.height = th * 4 + 16; origin.x -= size.width; origin.y -= size.height; UI_GradientEx(&origin, &size, 6, UI_Color(UIC_BG_MEDIUM), UI_Color(UIC_BG_LIGHT), .5f, .5f); UI_DrawRectEx(&origin, &size, 6, false, UI_Color(UIC_BRD_HI), NULL, .5f, -1); origin.x += 8; origin.y += 8 + th/2; UI_TextOutEx2("Blockmap", &origin, UI_Color(UIC_TITLE), 1, ALIGN_LEFT, DTF_ONLY_SHADOW); origin.y += th; Vector2ui const &bmapDimensions = blockmap.dimensions(); char buf[80]; dd_snprintf(buf, 80, "Dimensions:(%u, %u) #%li", bmapDimensions.x, bmapDimensions.y, (long) bmapDimensions.y * bmapDimensions.x); UI_TextOutEx2(buf, &origin, UI_Color(UIC_TEXT), 1, ALIGN_LEFT, DTF_ONLY_SHADOW); origin.y += th; dd_snprintf(buf, 80, "Cell dimensions:(%.3f, %.3f)", blockmap.cellSize(), blockmap.cellSize()); UI_TextOutEx2(buf, &origin, UI_Color(UIC_TEXT), 1, ALIGN_LEFT, DTF_ONLY_SHADOW); origin.y += th; dd_snprintf(buf, 80, "(%+06.0f, %+06.0f) (%+06.0f, %+06.0f)", blockmap.bounds().minX, blockmap.bounds().minY, blockmap.bounds().maxX, blockmap.bounds().maxY); UI_TextOutEx2(buf, &origin, UI_Color(UIC_TEXT), 1, ALIGN_LEFT, DTF_ONLY_SHADOW); glDisable(GL_TEXTURE_2D); } static void drawCellInfoBox(Vector2d const &origin, Blockmap const &blockmap, char const *objectTypeName, BlockmapCell const &cell) { uint count = blockmap.cellElementCount(cell); char info[160]; dd_snprintf(info, 160, "Cell:(%u, %u) %s:#%u", cell.x, cell.y, objectTypeName, count); drawCellInfo(origin, info); } /** * @param bmap Blockmap to be rendered. * @param followMobj Mobj to center/focus the visual on. Can be @c 0. * @param cellDrawer Blockmap cell content drawing callback. Can be @c 0. */ static void drawBlockmap(Blockmap const &bmap, mobj_t *followMobj, int (*cellDrawer) (Blockmap const &, BlockmapCell const &, void *)) { BlockmapCellBlock vCellBlock; BlockmapCell vCell; BlockmapCell const &dimensions = bmap.dimensions(); Vector2d const cellDimensions = bmap.cellDimensions(); if(followMobj) { // Determine the followed Mobj's blockmap coords. bool didClip; vCell = bmap.toCell(followMobj->origin, &didClip); if(didClip) followMobj = 0; // Outside the blockmap. if(followMobj) { // Determine the extended blockmap coords for the followed // Mobj's "touch" range. AABoxd aaBox = Mobj_AABox(*followMobj); aaBox.minX -= DDMOBJ_RADIUS_MAX * 2; aaBox.minY -= DDMOBJ_RADIUS_MAX * 2; aaBox.maxX += DDMOBJ_RADIUS_MAX * 2; aaBox.maxY += DDMOBJ_RADIUS_MAX * 2; vCellBlock = bmap.toCellBlock(aaBox); } } if(followMobj) { // Orient on the center of the followed Mobj. glTranslated(-(vCell.x * cellDimensions.x), -(vCell.y * cellDimensions.y), 0); } else { // Orient on center of the Blockmap. glTranslated(-(cellDimensions.x * dimensions.x)/2, -(cellDimensions.y * dimensions.y)/2, 0); } // First we'll draw a background showing the "null" cells. drawBackground(bmap); if(followMobj) { // Highlight cells the followed Mobj "touches". glBegin(GL_QUADS); BlockmapCell cell; for(cell.y = vCellBlock.min.y; cell.y < vCellBlock.max.y; ++cell.y) for(cell.x = vCellBlock.min.x; cell.x < vCellBlock.max.x; ++cell.x) { if(cell == vCell) { // The cell the followed Mobj is actually in. glColor4f(.66f, .66f, 1, .66f); } else { // A cell within the followed Mobj's extended collision range. glColor4f(.33f, .33f, .66f, .33f); } Vector2d const start = cellDimensions * cell; Vector2d const end = start + cellDimensions; glVertex2d(start.x, start.y); glVertex2d( end.x, start.y); glVertex2d( end.x, end.y); glVertex2d(start.x, end.y); } glEnd(); } /** * Draw the Gridmap visual. * @note Gridmap uses a cell unit size of [width:1,height:1], so we need to * scale it up so it aligns correctly. */ glMatrixMode(GL_MODELVIEW); glPushMatrix(); glScaled(cellDimensions.x, cellDimensions.y, 1); bmap.drawDebugVisual(); glMatrixMode(GL_MODELVIEW); glPopMatrix(); /* * Draw the blockmap-linked data. * Translate the modelview matrix so that objects can be drawn using * the map space coordinates directly. */ glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslated(-bmap.origin().x, -bmap.origin().y, 0); if(cellDrawer) { if(followMobj) { /* * Draw cell contents color coded according to their range from the * followed Mobj. */ // First, the cells outside the "touch" range (crimson). validCount++; glColor4f(.33f, 0, 0, .75f); BlockmapCell cell; for(cell.y = 0; cell.y < dimensions.y; ++cell.y) for(cell.x = 0; cell.x < dimensions.x; ++cell.x) { if(cell.x >= vCellBlock.min.x && cell.x < vCellBlock.max.x && cell.y >= vCellBlock.min.y && cell.y < vCellBlock.max.y) { continue; } if(!bmap.cellElementCount(cell)) continue; cellDrawer(bmap, cell, 0/*no params*/); } // Next, the cells within the "touch" range (orange). validCount++; glColor3f(1, .5f, 0); for(cell.y = vCellBlock.min.y; cell.y < vCellBlock.max.y; ++cell.y) for(cell.x = vCellBlock.min.x; cell.x < vCellBlock.max.x; ++cell.x) { if(cell == vCell) continue; if(!bmap.cellElementCount(cell)) continue; cellDrawer(bmap, cell, 0/*no params*/); } // Lastly, the cell the followed Mobj is in (yellow). validCount++; glColor3f(1, 1, 0); if(bmap.cellElementCount(vCell)) { cellDrawer(bmap, vCell, 0/*no params*/); } } else { // Draw all cells without color coding. validCount++; glColor4f(.33f, 0, 0, .75f); BlockmapCell cell; for(cell.y = 0; cell.y < dimensions.y; ++cell.y) for(cell.x = 0; cell.x < dimensions.x; ++cell.x) { if(!bmap.cellElementCount(cell)) continue; cellDrawer(bmap, cell, 0/*no params*/); } } } /* * Draw the followed mobj, if any. */ if(followMobj) { validCount++; glColor3f(0, 1, 0); glBegin(GL_QUADS); drawMobj(*followMobj); glEnd(); } // Undo the map coordinate space translation. glMatrixMode(GL_MODELVIEW); glPopMatrix(); } void Rend_BlockmapDebug() { // Disabled? if(!bmapShowDebug || bmapShowDebug > 4) return; if(!App_WorldSystem().hasMap()) return; Map &map = App_WorldSystem().map(); Blockmap const *blockmap; int (*cellDrawer) (Blockmap const &, BlockmapCell const &, void *); char const *objectTypeName; switch(bmapShowDebug) { default: // Mobjs. blockmap = &map.mobjBlockmap(); cellDrawer = drawCellMobjs; objectTypeName = "Mobjs"; break; case 2: // Lines. blockmap = &map.lineBlockmap(); cellDrawer = drawCellLines; objectTypeName = "Lines"; break; case 3: // BSP leafs. blockmap = &map.bspLeafBlockmap(); cellDrawer = drawCellBspLeafs; objectTypeName = "BSP Leafs"; break; case 4: // Polyobjs. blockmap = &map.polyobjBlockmap(); cellDrawer = drawCellPolyobjs; objectTypeName = "Polyobjs"; break; } DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); /* * Draw the blockmap. */ glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); // Orient on the center of the window. glTranslatef((DENG_GAMEVIEW_WIDTH / 2), (DENG_GAMEVIEW_HEIGHT / 2), 0); // Uniform scaling factor for this visual. float scale = bmapDebugSize / de::max(DENG_GAMEVIEW_HEIGHT / 100, 1); glScalef(scale, -scale, 1); // If possible we'll tailor what we draw relative to the viewPlayer. mobj_t *followMobj = 0; if(viewPlayer && viewPlayer->shared.mo) followMobj = viewPlayer->shared.mo; // Draw! drawBlockmap(*blockmap, followMobj, cellDrawer); glMatrixMode(GL_PROJECTION); glPopMatrix(); /* * Draw HUD info. */ glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); if(followMobj) { // About the cell the followed Mobj is in. bool didClip; BlockmapCell cell = blockmap->toCell(followMobj->origin, &didClip); if(!didClip) { drawCellInfoBox(Vector2d(DENG_GAMEVIEW_WIDTH / 2, 30), *blockmap, objectTypeName, cell); } } // About the Blockmap itself. drawBlockmapInfo(Vector2d(DENG_GAMEVIEW_WIDTH - 10, DENG_GAMEVIEW_HEIGHT - 10), *blockmap); glMatrixMode(GL_PROJECTION); glPopMatrix(); } doomsday-1.14.5/doomsday/client/src/render/vissprite.cpp0000664000175000017500000001454412350542237022617 0ustar jaakkojaakko/** @file vissprite.cpp Projected visible sprite ("vissprite") management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_render.h" #include "de_resource.h" #include "render/vissprite.h" using namespace de; vissprite_t visSprites[MAXVISSPRITES], *visSpriteP; vispsprite_t visPSprites[DDMAXPSPRITES]; vissprite_t visSprSortedHead; static vissprite_t overflowVisSprite; void R_ClearVisSprites() { visSpriteP = visSprites; } vissprite_t *R_NewVisSprite(visspritetype_t type) { vissprite_t *spr; if(visSpriteP == &visSprites[MAXVISSPRITES]) { spr = &overflowVisSprite; } else { visSpriteP++; spr = visSpriteP - 1; } zapPtr(spr); spr->type = type; return spr; } void VisSprite_SetupSprite(drawspriteparams_t &p, Vector3d const ¢er, coord_t distToEye, Vector3d const &visOffset, float /*secFloor*/, float /*secCeil*/, float /*floorClip*/, float /*top*/, Material &material, bool matFlipS, bool matFlipT, blendmode_t blendMode, Vector4f const &ambientColor, uint vLightListIdx, int tClass, int tMap, BspLeaf *bspLeafAtOrigin, bool /*floorAdjust*/, bool /*fitTop*/, bool /*fitBottom*/, bool viewAligned) { MaterialVariantSpec const &spec = Rend_SpriteMaterialSpec(tClass, tMap); MaterialVariant *variant = material.chooseVariant(spec, true); DENG2_ASSERT((tClass == 0 && tMap == 0) || (spec.primarySpec->variant.flags & TSF_HAS_COLORPALETTE_XLAT)); p.center[VX] = center.x; p.center[VY] = center.y; p.center[VZ] = center.z; p.srvo[VX] = visOffset.x; p.srvo[VY] = visOffset.y; p.srvo[VZ] = visOffset.z; p.distance = distToEye; p.bspLeaf = bspLeafAtOrigin; p.viewAligned = viewAligned; p.noZWrite = noSpriteZWrite; p.material = variant; p.matFlip[0] = matFlipS; p.matFlip[1] = matFlipT; p.blendMode = (useSpriteBlend? blendMode : BM_NORMAL); p.ambientColor[0] = ambientColor.x; p.ambientColor[1] = ambientColor.y; p.ambientColor[2] = ambientColor.z; p.ambientColor[3] = (useSpriteAlpha? ambientColor.w : 1); p.vLightListIdx = vLightListIdx; } void VisSprite_SetupModel(drawmodelparams_t &p, Vector3d const &origin, coord_t distToEye, Vector3d const &visOffset, float gzt, float yaw, float yawAngleOffset, float pitch, float pitchAngleOffset, ModelDef *mf, ModelDef *nextMF, float inter, Vector4f const &ambientColor, uint vLightListIdx, int id, int selector, BspLeaf * /*bspLeafAtOrigin*/, int mobjDDFlags, int tmap, bool viewAlign, bool /*fullBright*/, bool alwaysInterpolate) { p.mf = mf; p.nextMF = nextMF; p.inter = inter; p.alwaysInterpolate = alwaysInterpolate; p.id = id; p.selector = selector; p.flags = mobjDDFlags; p.tmap = tmap; p.origin[VX] = origin.x; p.origin[VY] = origin.y; p.origin[VZ] = origin.z; p.srvo[VX] = visOffset.x; p.srvo[VY] = visOffset.y; p.srvo[VZ] = visOffset.z; p.gzt = gzt; p.distance = distToEye; p.yaw = yaw; p.extraYawAngle = 0; p.yawAngleOffset = yawAngleOffset; p.pitch = pitch; p.extraPitchAngle = 0; p.pitchAngleOffset = pitchAngleOffset; p.extraScale = 0; p.viewAlign = viewAlign; p.mirror = 0; p.shineYawOffset = 0; p.shinePitchOffset = 0; p.shineTranslateWithViewerPos = p.shinepspriteCoordSpace = false; p.ambientColor[0] = ambientColor.x; p.ambientColor[1] = ambientColor.y; p.ambientColor[2] = ambientColor.z; p.ambientColor[3] = ambientColor.w; p.vLightListIdx = vLightListIdx; } void R_SortVisSprites() { int count = visSpriteP - visSprites; if(!count) return; vissprite_t unsorted; unsorted.next = unsorted.prev = &unsorted; for(vissprite_t *ds = visSprites; ds < visSpriteP; ds++) { ds->next = ds + 1; ds->prev = ds - 1; } visSprites[0].prev = &unsorted; unsorted.next = &visSprites[0]; (visSpriteP - 1)->next = &unsorted; unsorted.prev = visSpriteP - 1; // Pull the vissprites out by distance. visSprSortedHead.next = visSprSortedHead.prev = &visSprSortedHead; /** * @todo Optimize: * Profile results from nuts.wad show over 25% of total execution time * was spent sorting vissprites (nuts.wad map01 is a perfect pathological * test case). * * Rather than try to speed up the sort, it would make more sense to * actually construct the vissprites in z order if it can be done in * linear time. */ vissprite_t *best = 0; for(int i = 0; i < count; ++i) { coord_t bestdist = 0; for(vissprite_t *ds = unsorted.next; ds != &unsorted; ds = ds->next) { if(ds->distance >= bestdist) { bestdist = ds->distance; best = ds; } } best->next->prev = best->prev; best->prev->next = best->next; best->next = &visSprSortedHead; best->prev = visSprSortedHead.prev; visSprSortedHead.prev->next = best; visSprSortedHead.prev = best; } } doomsday-1.14.5/doomsday/client/src/render/rend_fakeradio.cpp0000664000175000017500000014456712350542237023535 0ustar jaakkojaakko/** @file rend_fakeradio.cpp Faked Radiosity Lighting. * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "de_base.h" #include "de_console.h" #include "de_render.h" #include "de_graphics.h" #include "de_misc.h" #include "de_play.h" #include "clientapp.h" #include "gl/gl_texmanager.h" #include "gl/sys_opengl.h" #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "Face" #include "world/map.h" #include "world/maputil.h" #include "world/lineowner.h" #include "BspLeaf" #include "SectorCluster" #include "WallEdge" #include "render/rendpoly.h" #include "render/shadowedge.h" #include "render/rend_fakeradio.h" using namespace de; #define MIN_OPEN (.1f) #define MINDIFF (8) // min plane height difference (world units) #define INDIFF (8) // max plane height for indifference offset #define BOTTOM (0) #define TOP (1) typedef struct edge_s { dd_bool done; Line *line; Sector *sector; float length; binangle_t diff; } edge_t; static void scanEdges(shadowcorner_t topCorners[2], shadowcorner_t bottomCorners[2], shadowcorner_t sideCorners[2], edgespan_t spans[2], LineSide const &side); int rendFakeRadio = true; ///< cvar float rendFakeRadioDarkness = 1.2f; ///< cvar static byte devFakeRadioUpdate = true; ///< cvar void Rend_RadioRegister() { C_VAR_INT ("rend-fakeradio", &rendFakeRadio, 0, 0, 2); C_VAR_FLOAT("rend-fakeradio-darkness", &rendFakeRadioDarkness, 0, 0, 2); C_VAR_BYTE ("rend-dev-fakeradio-update", &devFakeRadioUpdate, CVF_NO_ARCHIVE, 0, 1); } float Rend_RadioCalcShadowDarkness(float lightLevel) { lightLevel += Rend_LightAdaptationDelta(lightLevel); return (0.6f - lightLevel * 0.4f) * 0.65f * rendFakeRadioDarkness; } void Rend_RadioUpdateForLineSide(LineSide &side) { // Disabled completely? if(!rendFakeRadio || levelFullBright) return; // Updates are disabled? if(!devFakeRadioUpdate) return; // Sides without sectors don't need updating. $degenleaf if(!side.hasSector()) return; // Have already determined the shadow properties on this side? LineSideRadioData &frData = Rend_RadioDataForLineSide(side); if(frData.updateCount == R_FrameCount()) return; // Not yet - Calculate now. for(uint i = 0; i < 2; ++i) { frData.spans[i].length = side.line().length(); frData.spans[i].shift = 0; } scanEdges(frData.topCorners, frData.bottomCorners, frData.sideCorners, frData.spans, side); frData.updateCount = R_FrameCount(); // Mark as done. } /** * Set the vertex colors in the rendpoly. */ static void setRendpolyColor(Vector4f *colorCoords, uint num, float darkness) { DENG_ASSERT(colorCoords != 0); // Shadows are black. Vector4f const shadowColor(0, 0, 0, de::clamp(0.f, darkness, 1.f)); Vector4f *colorIt = colorCoords; for(uint i = 0; i < num; ++i, colorIt++) { *colorIt = shadowColor; } } /// @return @c true, if there is open space in the sector. static inline bool isSectorOpen(Sector const *sector) { return (sector && sector->ceiling().height() > sector->floor().height()); } /** * Set the rendpoly's X offset and texture size. * * @param lineLength If negative; implies that the texture is flipped horizontally. * @param segOffset Offset to the start of the segment. */ static inline float calcTexCoordX(float lineLength, float segOffset) { if(lineLength > 0) return segOffset; return lineLength + segOffset; } /** * Set the rendpoly's Y offset and texture size. * * @param z Z height of the vertex. * @param bottom Z height of the bottom of the wall section. * @param top Z height of the top of the wall section. * @param texHeight If negative; implies that the texture is flipped vertically. */ static inline float calcTexCoordY(float z, float bottom, float top, float texHeight) { if(texHeight > 0) return top - z; return bottom - z; } /// @todo fixme: Should be rewritten to work at half-edge level. /// @todo fixme: Should use the visual plane heights of sector clusters. static void scanNeighbor(bool scanTop, LineSide const &side, edge_t *edge, bool toLeft) { int const SEP = 10; ClockDirection const direction = toLeft? Clockwise : Anticlockwise; Line *iter; binangle_t diff = 0; coord_t lengthDelta = 0, gap = 0; coord_t iFFloor, iFCeil; coord_t iBFloor, iBCeil; int scanSecSide = side.sideId(); Sector const *startSector = side.sectorPtr(); Sector const *scanSector; bool stopScan = false; bool closed; coord_t fFloor = startSector->floor().heightSmoothed(); coord_t fCeil = startSector->ceiling().heightSmoothed(); // Retrieve the start owner node. LineOwner *own = side.line().vertexOwner(side.vertex((int)!toLeft)); do { // Select the next line. diff = (direction == Clockwise? own->angle() : own->prev().angle()); iter = &own->navigate(direction).line(); scanSecSide = (iter->hasFrontSector() && iter->frontSectorPtr() == startSector)? Line::Back : Line::Front; // Step over selfreferencing lines. while((!iter->hasFrontSector() && !iter->hasBackSector()) || // $degenleaf iter->isSelfReferencing()) { own = &own->navigate(direction); diff += (direction == Clockwise? own->angle() : own->prev().angle()); iter = &own->navigate(direction).line(); scanSecSide = (iter->frontSectorPtr() == startSector); } // Determine the relative backsector. if(iter->side(scanSecSide).hasSector()) scanSector = iter->side(scanSecSide).sectorPtr(); else scanSector = 0; // Pick plane heights for relative offset comparison. if(!stopScan) { iFFloor = iter->frontSector().floor().heightSmoothed(); iFCeil = iter->frontSector().ceiling().heightSmoothed(); if(iter->hasBackSector()) { iBFloor = iter->backSector().floor().heightSmoothed(); iBCeil = iter->backSector().ceiling().heightSmoothed(); } else iBFloor = iBCeil = 0; } lengthDelta = 0; if(!stopScan) { // This line will attribute to this segment's shadow edge. // Store identity for later use. edge->diff = diff; edge->line = iter; edge->sector = const_cast(scanSector); closed = false; if(side.isFront() && iter->hasBackSector()) { if(scanTop) { if(iBFloor >= fCeil) closed = true; // Compared to "this" sector anyway } else { if(iBCeil <= fFloor) closed = true; // Compared to "this" sector anyway } } // Does this line's length contribute to the alignment of the // texture on the segment shadow edge being rendered? if(scanTop) { if(iter->hasBackSector() && ((side.isFront() && iter->backSectorPtr() == side.line().frontSectorPtr() && iFCeil >= fCeil) || (side.isBack() && iter->backSectorPtr() == side.line().backSectorPtr() && iFCeil >= fCeil) || (side.isFront() && closed == false && iter->backSectorPtr() != side.line().frontSectorPtr() && iBCeil >= fCeil && isSectorOpen(iter->backSectorPtr())))) { gap += iter->length(); // Should we just mark it done instead? } else { edge->length += iter->length() + gap; gap = 0; } } else { if(iter->hasBackSector() && ((side.isFront() && iter->backSectorPtr() == side.line().frontSectorPtr() && iFFloor <= fFloor) || (side.isBack() && iter->backSectorPtr() == side.line().backSectorPtr() && iFFloor <= fFloor) || (side.isFront() && closed == false && iter->backSectorPtr() != side.line().frontSectorPtr() && iBFloor <= fFloor && isSectorOpen(iter->backSectorPtr())))) { gap += iter->length(); // Should we just mark it done instead? } else { lengthDelta = iter->length() + gap; gap = 0; } } } // Time to stop? if(iter == &side.line()) { stopScan = true; } else { // Is this line coalignable? if(!(diff >= BANG_180 - SEP && diff <= BANG_180 + SEP)) { stopScan = true; // no. } else if(scanSector) { // Perhaps its a closed edge? if(!isSectorOpen(scanSector)) { stopScan = true; } else { // A height difference from the start sector? if(scanTop) { if(scanSector->ceiling().heightSmoothed() != fCeil && scanSector->floor().heightSmoothed() < startSector->ceiling().heightSmoothed()) stopScan = true; } else { if(scanSector->floor().heightSmoothed() != fFloor && scanSector->ceiling().heightSmoothed() > startSector->floor().heightSmoothed()) stopScan = true; } } } } // Swap to the iter line's owner node (i.e: around the corner)? if(!stopScan) { // Around the corner. if(&own->navigate(direction) == iter->v2Owner()) own = iter->v1Owner(); else if(&own->navigate(direction) == iter->v1Owner()) own = iter->v2Owner(); // Skip into the back neighbor sector of the iter line if // heights are within accepted range. if(scanSector && side.back().hasSector() && scanSector != side.back().sectorPtr() && ((scanTop && scanSector->ceiling().heightSmoothed() == startSector->ceiling().heightSmoothed()) || (!scanTop && scanSector->floor().heightSmoothed() == startSector->floor().heightSmoothed()))) { // If the map is formed correctly, we should find a back // neighbor attached to this line. However, if this is not // the case and a line which SHOULD be two sided isn't, we // need to check whether there is a valid neighbor. Line *backNeighbor = R_FindLineNeighbor(startSector, iter, own, !toLeft); if(backNeighbor && backNeighbor != iter) { // Into the back neighbor sector. own = &own->navigate(direction); startSector = scanSector; } } // The last line was co-alignable so apply any length delta. edge->length += lengthDelta; } } while(!stopScan); // Now we've found the furthest coalignable neighbor, select the back // neighbor if present for "edge open-ness" comparison. if(edge->sector) // the back sector of the coalignable neighbor. { // Since we have the details of the backsector already, simply // get the next neighbor (it IS the backneighbor). edge->line = R_FindLineNeighbor(edge->sector, edge->line, edge->line->vertexOwner(int(edge->line->hasBackSector() && edge->line->backSectorPtr() == edge->sector) ^ (int)!toLeft), !toLeft, &edge->diff); } } /// @todo fixme: Should use the visual plane heights of sector clusters. static void scanNeighbors(shadowcorner_t top[2], shadowcorner_t bottom[2], LineSide const &side, edgespan_t spans[2], bool toLeft) { if(side.line().isSelfReferencing()) return; coord_t fFloor = side.sector().floor().heightSmoothed(); coord_t fCeil = side.sector().ceiling().heightSmoothed(); edge_t edges[2]; // {bottom, top} std::memset(edges, 0, sizeof(edges)); scanNeighbor(false, side, &edges[0], toLeft); scanNeighbor(true, side, &edges[1], toLeft); for(uint i = 0; i < 2; ++i) { shadowcorner_t *corner = (i == 0 ? &bottom[(int)!toLeft] : &top[(int)!toLeft]); edge_t *edge = &edges[i]; edgespan_t *span = &spans[i]; // Increment the apparent line length/offset. span->length += edge->length; if(toLeft) span->shift += edge->length; // Compare the relative angle difference of this edge to determine // an "open-ness" factor. if(edge->line && edge->line != &side.line()) { if(edge->diff > BANG_180) { // The corner between the walls faces outwards. corner->corner = -1; } else if(edge->diff == BANG_180) { // Perfectly coaligned? Great. corner->corner = 0; } else if(edge->diff < BANG_45 / 5) { // The difference is too small, there won't be a shadow. corner->corner = 0; } // 90 degrees is the largest effective difference. else if(edge->diff > BANG_90) { corner->corner = (float) BANG_90 / edge->diff; } else { corner->corner = (float) edge->diff / BANG_90; } } else { // Consider it coaligned. corner->corner = 0; } // Determine relative height offsets (affects shadow map selection). if(edge->sector) { corner->proximity = edge->sector; if(i == 0) // Floor. { corner->pOffset = corner->proximity->floor().heightSmoothed() - fFloor; corner->pHeight = corner->proximity->floor().heightSmoothed(); } else // Ceiling. { corner->pOffset = corner->proximity->ceiling().heightSmoothed() - fCeil; corner->pHeight = corner->proximity->ceiling().heightSmoothed(); } } else { corner->proximity = NULL; corner->pOffset = 0; corner->pHeight = 0; } } } /** * To determine the dimensions of a shadow, we'll need to scan edges. Edges * are composed of aligned lines. It's important to note that the scanning * is done separately for the top/bottom edges (both in the left and right * direction) and the left/right edges. * * The length of the top/bottom edges are returned in the array 'spans'. * * This may look like a complicated operation (performed for all wall polys) * but in most cases this won't take long. Aligned neighbours are relatively * rare. */ static void scanEdges(shadowcorner_t topCorners[2], shadowcorner_t bottomCorners[2], shadowcorner_t sideCorners[2], edgespan_t spans[2], LineSide const &side) { int const lineSideId = side.sideId(); std::memset(sideCorners, 0, sizeof(shadowcorner_t) * 2); // Find the sidecorners first: left and right neighbour. for(int i = 0; i < 2; ++i) { binangle_t diff = 0; LineOwner *vo = side.line().vertexOwner(i ^ lineSideId); Line *other = R_FindSolidLineNeighbor(side.sectorPtr(), &side.line(), vo, CPP_BOOL(i), &diff); if(other && other != &side.line()) { if(diff > BANG_180) { // The corner between the walls faces outwards. sideCorners[i].corner = -1; } else if(diff == BANG_180) { sideCorners[i].corner = 0; } else if(diff < BANG_45 / 5) { // The difference is too small, there won't be a shadow. sideCorners[i].corner = 0; } else if(diff > BANG_90) { // 90 degrees is the largest effective difference. sideCorners[i].corner = (float) BANG_90 / diff; } else { sideCorners[i].corner = (float) diff / BANG_90; } } else { sideCorners[i].corner = 0; } scanNeighbors(topCorners, bottomCorners, side, spans, !i); } } typedef struct { lightingtexid_t texture; bool horizontal; float shadowMul; float shadowDark; Vector2f texOrigin; Vector2f texDimensions; float sectionWidth; } rendershadowseg_params_t; static void setTopShadowParams(rendershadowseg_params_t *p, float shadowSize, float shadowDark, coord_t top, coord_t xOffset, coord_t sectionWidth, coord_t fFloor, coord_t fCeil, LineSideRadioData const &frData) { p->shadowDark = shadowDark; p->shadowMul = 1; p->horizontal = false; p->texDimensions.y = shadowSize; p->texOrigin.y = calcTexCoordY(top, fFloor, fCeil, p->texDimensions.y); p->sectionWidth = sectionWidth; p->texture = LST_RADIO_OO; // Corners without a neighbor back sector if(frData.sideCorners[0].corner == -1 || frData.sideCorners[1].corner == -1) { // At least one corner faces outwards p->texture = LST_RADIO_OO; p->texDimensions.x = frData.spans[TOP].length; p->texOrigin.x = calcTexCoordX(frData.spans[TOP].length, frData.spans[TOP].shift + xOffset); if((frData.sideCorners[0].corner == -1 && frData.sideCorners[1].corner == -1) || (frData.topCorners[0].corner == -1 && frData.topCorners[1].corner == -1)) { // Both corners face outwards p->texture = LST_RADIO_OO;//CC; } else if(frData.sideCorners[1].corner == -1) { // right corner faces outwards if(-frData.topCorners[0].pOffset < 0 && frData.bottomCorners[0].pHeight < fCeil) { // Must flip horizontally! p->texDimensions.x = -frData.spans[TOP].length; p->texOrigin.x = calcTexCoordX(-frData.spans[TOP].length, frData.spans[TOP].shift + xOffset); p->texture = LST_RADIO_OE; } } else { // left corner faces outwards if(-frData.topCorners[1].pOffset < 0 && frData.bottomCorners[1].pHeight < fCeil) { p->texture = LST_RADIO_OE; } } } else { // Corners WITH a neighbor back sector p->texDimensions.x = frData.spans[TOP].length; p->texOrigin.x = calcTexCoordX(frData.spans[TOP].length, frData.spans[TOP].shift + xOffset); if(frData.topCorners[0].corner == -1 && frData.topCorners[1].corner == -1) { // Both corners face outwards p->texture = LST_RADIO_OO;//CC; } else if(frData.topCorners[1].corner == -1 && frData.topCorners[0].corner > MIN_OPEN) { // Right corner faces outwards p->texture = LST_RADIO_OO; } else if(frData.topCorners[0].corner == -1 && frData.topCorners[1].corner > MIN_OPEN) { // Left corner faces outwards p->texture = LST_RADIO_OO; } // Open edges else if(frData.topCorners[0].corner <= MIN_OPEN && frData.topCorners[1].corner <= MIN_OPEN) { // Both edges are open p->texture = LST_RADIO_OO; if(frData.topCorners[0].proximity && frData.topCorners[1].proximity) { if(-frData.topCorners[0].pOffset >= 0 && -frData.topCorners[1].pOffset < 0) { p->texture = LST_RADIO_CO; // The shadow can't go over the higher edge. if(shadowSize > -frData.topCorners[0].pOffset) { if(-frData.topCorners[0].pOffset < INDIFF) { p->texture = LST_RADIO_OE; } else { p->texDimensions.y = -frData.topCorners[0].pOffset; p->texOrigin.y = calcTexCoordY(top, fFloor, fCeil, p->texDimensions.y); } } } else if(-frData.topCorners[0].pOffset < 0 && -frData.topCorners[1].pOffset >= 0) { // Must flip horizontally! p->texture = LST_RADIO_CO; p->texDimensions.x = -frData.spans[TOP].length; p->texOrigin.x = calcTexCoordX(-frData.spans[TOP].length, frData.spans[TOP].shift + xOffset); // The shadow can't go over the higher edge. if(shadowSize > -frData.topCorners[1].pOffset) { if(-frData.topCorners[1].pOffset < INDIFF) { p->texture = LST_RADIO_OE; } else { p->texDimensions.y = -frData.topCorners[1].pOffset; p->texOrigin.y = calcTexCoordY(top, fFloor, fCeil, p->texDimensions.y); } } } } else { if(-frData.topCorners[0].pOffset < -MINDIFF) { // Must flip horizontally! p->texture = LST_RADIO_OE; p->texDimensions.x = -frData.spans[BOTTOM].length; p->texOrigin.x = calcTexCoordX(-frData.spans[BOTTOM].length, frData.spans[BOTTOM].shift + xOffset); } else if(-frData.topCorners[1].pOffset < -MINDIFF) { p->texture = LST_RADIO_OE; } } } else if(frData.topCorners[0].corner <= MIN_OPEN) { if(-frData.topCorners[0].pOffset < 0) p->texture = LST_RADIO_CO; else p->texture = LST_RADIO_OO; // Must flip horizontally! p->texDimensions.x = -frData.spans[TOP].length; p->texOrigin.x = calcTexCoordX(-frData.spans[TOP].length, frData.spans[TOP].shift + xOffset); } else if(frData.topCorners[1].corner <= MIN_OPEN) { if(-frData.topCorners[1].pOffset < 0) p->texture = LST_RADIO_CO; else p->texture = LST_RADIO_OO; } else // C/C ??? { p->texture = LST_RADIO_OO; } } } static void setBottomShadowParams(rendershadowseg_params_t *p, float shadowSize, float shadowDark, coord_t top, coord_t xOffset, coord_t sectionWidth, coord_t fFloor, coord_t fCeil, LineSideRadioData const &frData) { p->shadowDark = shadowDark; p->shadowMul = 1; p->horizontal = false; p->texDimensions.y = -shadowSize; p->texOrigin.y = calcTexCoordY(top, fFloor, fCeil, p->texDimensions.y); p->sectionWidth = sectionWidth; p->texture = LST_RADIO_OO; // Corners without a neighbor back sector if(frData.sideCorners[0].corner == -1 || frData.sideCorners[1].corner == -1) { // At least one corner faces outwards p->texture = LST_RADIO_OO; p->texDimensions.x = frData.spans[BOTTOM].length; p->texOrigin.x = calcTexCoordX(frData.spans[BOTTOM].length, frData.spans[BOTTOM].shift + xOffset); if((frData.sideCorners[0].corner == -1 && frData.sideCorners[1].corner == -1) || (frData.bottomCorners[0].corner == -1 && frData.bottomCorners[1].corner == -1) ) { // Both corners face outwards p->texture = LST_RADIO_OO;//CC; } else if(frData.sideCorners[1].corner == -1) // right corner faces outwards { if(frData.bottomCorners[0].pOffset < 0 && frData.topCorners[0].pHeight > fFloor) { // Must flip horizontally! p->texDimensions.x = -frData.spans[BOTTOM].length; p->texOrigin.x = calcTexCoordX(-frData.spans[BOTTOM].length, frData.spans[BOTTOM].shift + xOffset); p->texture = LST_RADIO_OE; } } else { // left corner faces outwards if(frData.bottomCorners[1].pOffset < 0 && frData.topCorners[1].pHeight > fFloor) { p->texture = LST_RADIO_OE; } } } else { // Corners WITH a neighbor back sector p->texDimensions.x = frData.spans[BOTTOM].length; p->texOrigin.x = calcTexCoordX(frData.spans[BOTTOM].length, frData.spans[BOTTOM].shift + xOffset); if(frData.bottomCorners[0].corner == -1 && frData.bottomCorners[1].corner == -1) { // Both corners face outwards p->texture = LST_RADIO_OO;//CC; } else if(frData.bottomCorners[1].corner == -1 && frData.bottomCorners[0].corner > MIN_OPEN) { // Right corner faces outwards p->texture = LST_RADIO_OO; } else if(frData.bottomCorners[0].corner == -1 && frData.bottomCorners[1].corner > MIN_OPEN) { // Left corner faces outwards p->texture = LST_RADIO_OO; } // Open edges else if(frData.bottomCorners[0].corner <= MIN_OPEN && frData.bottomCorners[1].corner <= MIN_OPEN) { // Both edges are open p->texture = LST_RADIO_OO; if(frData.bottomCorners[0].proximity && frData.bottomCorners[1].proximity) { if(frData.bottomCorners[0].pOffset >= 0 && frData.bottomCorners[1].pOffset < 0) { p->texture = LST_RADIO_CO; // The shadow can't go over the higher edge. if(shadowSize > frData.bottomCorners[0].pOffset) { if(frData.bottomCorners[0].pOffset < INDIFF) { p->texture = LST_RADIO_OE; } else { p->texDimensions.y = -frData.bottomCorners[0].pOffset; p->texOrigin.y = calcTexCoordY(top, fFloor, fCeil, p->texDimensions.y); } } } else if(frData.bottomCorners[0].pOffset < 0 && frData.bottomCorners[1].pOffset >= 0) { // Must flip horizontally! p->texture = LST_RADIO_CO; p->texDimensions.x = -frData.spans[BOTTOM].length; p->texOrigin.x = calcTexCoordX(-frData.spans[BOTTOM].length, frData.spans[BOTTOM].shift + xOffset); if(shadowSize > frData.bottomCorners[1].pOffset) { if(frData.bottomCorners[1].pOffset < INDIFF) { p->texture = LST_RADIO_OE; } else { p->texDimensions.y = -frData.bottomCorners[1].pOffset; p->texOrigin.y = calcTexCoordY(top, fFloor, fCeil, p->texDimensions.y); } } } } else { if(frData.bottomCorners[0].pOffset < -MINDIFF) { // Must flip horizontally! p->texture = LST_RADIO_OE; p->texDimensions.x = -frData.spans[BOTTOM].length; p->texOrigin.x = calcTexCoordX(-frData.spans[BOTTOM].length, frData.spans[BOTTOM].shift + xOffset); } else if(frData.bottomCorners[1].pOffset < -MINDIFF) { p->texture = LST_RADIO_OE; } } } else if(frData.bottomCorners[0].corner <= MIN_OPEN) // Right Corner is Closed { if(frData.bottomCorners[0].pOffset < 0) p->texture = LST_RADIO_CO; else p->texture = LST_RADIO_OO; // Must flip horizontally! p->texDimensions.x = -frData.spans[BOTTOM].length; p->texOrigin.x = calcTexCoordX(-frData.spans[BOTTOM].length, frData.spans[BOTTOM].shift + xOffset); } else if(frData.bottomCorners[1].corner <= MIN_OPEN) // Left Corner is closed { if(frData.bottomCorners[1].pOffset < 0) p->texture = LST_RADIO_CO; else p->texture = LST_RADIO_OO; } else // C/C ??? { p->texture = LST_RADIO_OO; } } } static void setSideShadowParams(rendershadowseg_params_t *p, float shadowSize, float shadowDark, coord_t bottom, coord_t top, int rightSide, bool haveBottomShadower, bool haveTopShadower, coord_t xOffset, coord_t sectionWidth, coord_t fFloor, coord_t fCeil, bool hasBackSector, coord_t bFloor, coord_t bCeil, coord_t lineLength, LineSideRadioData const &frData) { p->shadowDark = shadowDark; p->shadowMul = frData.sideCorners[rightSide? 1 : 0].corner * .8f; p->shadowMul *= p->shadowMul * p->shadowMul; p->horizontal = true; p->texOrigin.y = bottom - fFloor; p->texDimensions.y = fCeil - fFloor; p->sectionWidth = sectionWidth; if(rightSide) { // Right shadow. p->texOrigin.x = -lineLength + xOffset; // Make sure the shadow isn't too big if(shadowSize > lineLength) { if(frData.sideCorners[0].corner <= MIN_OPEN) p->texDimensions.x = -lineLength; else p->texDimensions.x = -(lineLength / 2); } else { p->texDimensions.x = -shadowSize; } } else { // Left shadow. p->texOrigin.x = xOffset; // Make sure the shadow isn't too big if(shadowSize > lineLength) { if(frData.sideCorners[1].corner <= MIN_OPEN) p->texDimensions.x = lineLength; else p->texDimensions.x = lineLength / 2; } else { p->texDimensions.x = shadowSize; } } if(hasBackSector) { // There is a back sector. if(bFloor > fFloor && bCeil < fCeil) { if(haveBottomShadower && haveTopShadower) { p->texture = LST_RADIO_CC; } else if(!haveBottomShadower) { p->texOrigin.y = bottom - fCeil; p->texDimensions.y = -(fCeil - fFloor); p->texture = LST_RADIO_CO; } else { p->texture = LST_RADIO_CO; } } else if(bFloor > fFloor) { if(haveBottomShadower && haveTopShadower) { p->texture = LST_RADIO_CC; } else if(!haveBottomShadower) { p->texOrigin.y = bottom - fCeil; p->texDimensions.y = -(fCeil - fFloor); p->texture = LST_RADIO_CO; } else { p->texture = LST_RADIO_CO; } } else if(bCeil < fCeil) { if(haveBottomShadower && haveTopShadower) { p->texture = LST_RADIO_CC; } else if(!haveBottomShadower) { p->texOrigin.y = bottom - fCeil; p->texDimensions.y = -(fCeil - fFloor); p->texture = LST_RADIO_CO; } else { p->texture = LST_RADIO_CO; } } } else { if(!haveBottomShadower) { p->texDimensions.y = -(fCeil - fFloor); p->texOrigin.y = calcTexCoordY(top, fFloor, fCeil, p->texDimensions.y); p->texture = LST_RADIO_CO; } else if(!haveTopShadower) { p->texture = LST_RADIO_CO; } else { p->texture = LST_RADIO_CC; } } } static void quadTexCoords(Vector2f *tc, Vector3f const *rverts, float wallLength, Vector3f const &texTopLeft, Vector3f const &texBottomRight, Vector2f const &texOrigin, Vector2f const &texDimensions, bool horizontal) { if(horizontal) { // Special horizontal coordinates for wall shadows. tc[0].x = tc[2].x = rverts[0].x - texTopLeft.x + texOrigin.y / texDimensions.y; tc[0].y = tc[1].y = rverts[0].y - texTopLeft.y + texOrigin.x / texDimensions.x; tc[1].x = tc[0].x + (rverts[1].z - texBottomRight.z) / texDimensions.y; tc[3].x = tc[0].x + (rverts[3].z - texBottomRight.z) / texDimensions.y; tc[3].y = tc[0].y + wallLength / texDimensions.x; tc[2].y = tc[0].y + wallLength / texDimensions.x; return; } tc[0].x = tc[1].x = rverts[0].x - texTopLeft.x + texOrigin.x / texDimensions.x; tc[3].y = tc[1].y = rverts[0].y - texTopLeft.y + texOrigin.y / texDimensions.y; tc[3].x = tc[2].x = tc[0].x + wallLength / texDimensions.x; tc[2].y = tc[3].y + (rverts[1].z - rverts[0].z) / texDimensions.y; tc[0].y = tc[3].y + (rverts[3].z - rverts[2].z) / texDimensions.y; } static void drawWallSectionShadow(Vector3f const *origVertices, WallEdge const &leftEdge, WallEdge const &rightEdge, rendershadowseg_params_t const &wsParms) { DENG_ASSERT(origVertices); bool const mustSubdivide = (leftEdge.divisionCount() || rightEdge.divisionCount()); uint realNumVertices = 4; if(mustSubdivide) realNumVertices = 3 + leftEdge.divisionCount() + 3 + rightEdge.divisionCount(); else realNumVertices = 4; // Allocate enough for the divisions too. Vector2f *rtexcoords = R_AllocRendTexCoords(realNumVertices); Vector4f *rcolors = R_AllocRendColors(realNumVertices); quadTexCoords(rtexcoords, origVertices, wsParms.sectionWidth, leftEdge.top().origin(), rightEdge.bottom().origin(), wsParms.texOrigin, wsParms.texDimensions, wsParms.horizontal); setRendpolyColor(rcolors, 4, wsParms.shadowDark * wsParms.shadowMul); if(rendFakeRadio != 2) { // Write multiple polys depending on rend params. DrawListSpec listSpec; listSpec.group = ShadowGeom; listSpec.texunits[TU_PRIMARY] = GLTextureUnit(GL_PrepareLSTexture(wsParms.texture), gl::ClampToEdge, gl::ClampToEdge); DrawList &shadowList = ClientApp::renderSystem().drawLists().find(listSpec); if(mustSubdivide) { /* * Need to swap indices around into fans set the position * of the division vertices, interpolate texcoords and * color. */ Vector3f *rvertices = R_AllocRendVertices(realNumVertices); Vector2f origTexCoords[4]; std::memcpy(origTexCoords, rtexcoords, sizeof(Vector2f) * 4); Vector4f origColors[4]; std::memcpy(origColors, rcolors, sizeof(Vector4f) * 4); R_DivVerts(rvertices, origVertices, leftEdge, rightEdge); R_DivTexCoords(rtexcoords, origTexCoords, leftEdge, rightEdge); R_DivVertColors(rcolors, origColors, leftEdge, rightEdge); shadowList.write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + rightEdge.divisionCount(), rvertices + 3 + leftEdge.divisionCount(), rcolors + 3 + leftEdge.divisionCount(), rtexcoords + 3 + leftEdge.divisionCount()) .write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + leftEdge.divisionCount(), rvertices, rcolors, rtexcoords); R_FreeRendVertices(rvertices); } else { shadowList.write(gl::TriangleStrip, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 4, origVertices, rcolors, rtexcoords); } } R_FreeRendTexCoords(rtexcoords); R_FreeRendColors(rcolors); } /// @todo fixme: Should use the visual plane heights of sector clusters. void Rend_RadioWallSection(WallEdge const &leftEdge, WallEdge const &rightEdge, float shadowDark, float shadowSize) { // Disabled? if(!rendFakeRadio || levelFullBright) return; if(shadowSize <= 0) return; LineSide &side = leftEdge.mapLineSide(); HEdge const *hedge = side.leftHEdge(); SectorCluster const *cluster = &hedge->face().mapElementAs().cluster(); SectorCluster const *backCluster = 0; if(leftEdge.spec().section != LineSide::Middle && hedge->twin().hasFace()) { backCluster = hedge->twin().face().mapElementAs().clusterPtr(); } bool const haveBottomShadower = Rend_RadioPlaneCastsShadow(cluster->visFloor()); bool const haveTopShadower = Rend_RadioPlaneCastsShadow(cluster->visCeiling()); // Walls unaffected by floor and ceiling shadow casters receive no // side shadows either. We could do better here... if(!haveBottomShadower && !haveTopShadower) return; coord_t const lineLength = side.line().length(); coord_t const sectionOffset = leftEdge.mapLineSideOffset(); coord_t const sectionWidth = de::abs(Vector2d(rightEdge.origin() - leftEdge.origin()).length()); LineSideRadioData &frData = Rend_RadioDataForLineSide(side); coord_t const fFloor = cluster->visFloor().heightSmoothed(); coord_t const fCeil = cluster->visCeiling().heightSmoothed(); coord_t const bFloor = (backCluster? backCluster->visFloor().heightSmoothed() : 0); coord_t const bCeil = (backCluster? backCluster->visCeiling().heightSmoothed() : 0); Vector3f rvertices[4] = { leftEdge.bottom().origin(), leftEdge.top().origin(), rightEdge.bottom().origin(), rightEdge.top().origin() }; // Top Shadow? if(haveTopShadower) { if(rightEdge.top().z() > fCeil - shadowSize && leftEdge.bottom().z() < fCeil) { rendershadowseg_params_t parms; setTopShadowParams(&parms, shadowSize, shadowDark, leftEdge.top().z(), sectionOffset, sectionWidth, fFloor, fCeil, frData); drawWallSectionShadow(rvertices, leftEdge, rightEdge, parms); } } // Bottom Shadow? if(haveBottomShadower) { if(leftEdge.bottom().z() < fFloor + shadowSize && rightEdge.top().z() > fFloor) { rendershadowseg_params_t parms; setBottomShadowParams(&parms, shadowSize, shadowDark, leftEdge.top().z(), sectionOffset, sectionWidth, fFloor, fCeil, frData); drawWallSectionShadow(rvertices, leftEdge, rightEdge, parms); } } // Left Shadow? if(frData.sideCorners[0].corner > 0 && sectionOffset < shadowSize) { rendershadowseg_params_t parms; setSideShadowParams(&parms, shadowSize, shadowDark, leftEdge.bottom().z(), leftEdge.top().z(), false, haveBottomShadower, haveTopShadower, sectionOffset, sectionWidth, fFloor, fCeil, backCluster != 0, bFloor, bCeil, lineLength, frData); drawWallSectionShadow(rvertices, leftEdge, rightEdge, parms); } // Right Shadow? if(frData.sideCorners[1].corner > 0 && sectionOffset + sectionWidth > lineLength - shadowSize) { rendershadowseg_params_t parms; setSideShadowParams(&parms, shadowSize, shadowDark, leftEdge.bottom().z(), leftEdge.top().z(), true, haveBottomShadower, haveTopShadower, sectionOffset, sectionWidth, fFloor, fCeil, backCluster != 0, bFloor, bCeil, lineLength, frData); drawWallSectionShadow(rvertices, leftEdge, rightEdge, parms); } } /** * Construct and write a new shadow polygon to the rendering lists. */ static void writeShadowSection2(ShadowEdge const &leftEdge, ShadowEdge const &rightEdge, bool isFloor, float shadowDark) { static uint const floorIndices[][4] = {{0, 1, 2, 3}, {1, 2, 3, 0}}; static uint const ceilIndices[][4] = {{0, 3, 2, 1}, {1, 0, 3, 2}}; float const outerLeftAlpha = de::min(shadowDark * (1 - leftEdge.sectorOpenness()), 1.f); float const outerRightAlpha = de::min(shadowDark * (1 - rightEdge.sectorOpenness()), 1.f); if(!(outerLeftAlpha > .0001 && outerRightAlpha > .0001)) return; // What vertex winding order? (0 = left, 1 = right) // (for best results, the cross edge should always be the shortest). uint winding = (rightEdge.length() > leftEdge.length()? 1 : 0); uint const *idx = (isFloor ? floorIndices[winding] : ceilIndices[winding]); Vector3f rvertices[4]; // Left outer. rvertices[idx[0]] = leftEdge.outer(); // Right outer. rvertices[idx[1]] = rightEdge.outer(); // Right inner. rvertices[idx[2]] = rightEdge.inner(); // Left inner. rvertices[idx[3]] = leftEdge.inner(); Vector4f rcolors[4]; if(renderWireframe) { // Draw shadow geometry white to assist visual debugging. static const Vector4f white(1, 1, 1, 1); for(uint i = 0; i < 4; ++i) { rcolors[idx[i]] = white; } } // Left outer. rcolors[idx[0]].w = outerLeftAlpha; if(leftEdge.openness() < 1) rcolors[idx[0]].w *= 1 - leftEdge.openness(); // Right outer. rcolors[idx[1]].w = outerRightAlpha; if(rightEdge.openness() < 1) rcolors[idx[1]].w *= 1 - rightEdge.openness(); if(rendFakeRadio == 2) return; ClientApp::renderSystem().drawLists() .find(DrawListSpec(renderWireframe? UnlitGeom : ShadowGeom)) .write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 4, rvertices, rcolors); } static void writeShadowSection(int planeIndex, LineSide const &side, float shadowDark) { DENG_ASSERT(side.hasSections()); DENG_ASSERT(!side.line().definesPolyobj()); if(!(shadowDark > .0001)) return; if(!side.leftHEdge()) return; HEdge const *leftHEdge = side.leftHEdge(); Plane const &plane = side.sector().plane(planeIndex); Surface const *suf = &plane.surface(); // Surfaces with a missing material don't shadow. if(!suf->hasMaterial()) return; // Missing, glowing or sky-masked materials are exempted. Material const &material = suf->material(); if(material.isSkyMasked() || material.hasGlow()) return; // If the sector containing the shadowing line section is fully closed (i.e., volume // is not positive) then skip shadow drawing entirely. /// @todo Encapsulate this logic in ShadowEdge -ds if(!leftHEdge->hasFace()) return; BspLeaf const &frontLeaf = leftHEdge->face().mapElementAs(); if(!frontLeaf.hasCluster() || !frontLeaf.cluster().hasWorldVolume()) return; static ShadowEdge leftEdge; // this function is called often; keep these around static ShadowEdge rightEdge; leftEdge.init(*leftHEdge, Line::From); rightEdge.init(*leftHEdge, Line::To); leftEdge.prepare(planeIndex); rightEdge.prepare(planeIndex); if(leftEdge.sectorOpenness() >= 1 && rightEdge.sectorOpenness() >= 1) return; writeShadowSection2(leftEdge, rightEdge, suf->normal()[VZ] > 0, shadowDark); } /** * @attention Do not use the global radio state in here, as @a bspLeaf can be * part of any sector, not the one chosen for wall rendering. */ void Rend_RadioBspLeafEdges(BspLeaf const &bspLeaf) { if(!rendFakeRadio) return; if(levelFullBright) return; if(bspLeaf.shadowLines().isEmpty()) return; SectorCluster const &cluster = bspLeaf.cluster(); float sectorlight = cluster.sector().lightLevel(); // Determine the shadow properties. /// @todo Make cvars out of constants. //float shadowWallSize = 2 * (8 + 16 - sectorlight * 16); float shadowDark = Rend_RadioCalcShadowDarkness(sectorlight); // Any need to continue? if(shadowDark < .0001f) return; Vector3f const eyeToSurface(Vector2d(vOrigin.x, vOrigin.z) - bspLeaf.poly().center()); // We need to check all the shadow lines linked to this BspLeaf for // the purpose of fakeradio shadowing. BspLeaf::ShadowLines const &shadowLines = bspLeaf.shadowLines(); foreach(LineSide *side, shadowLines) { // Already rendered during the current frame? We only want to // render each shadow once per frame. if(side->shadowVisCount() != R_FrameCount()) { side->setShadowVisCount(R_FrameCount()); for(int pln = 0; pln < cluster.visPlaneCount(); ++pln) { Plane const &plane = cluster.visPlane(pln); if(Vector3f(eyeToSurface, vOrigin.y - plane.heightSmoothed()) .dot(plane.surface().normal()) >= 0) { writeShadowSection(pln, *side, shadowDark); } } } } } #ifdef DENG_DEBUG static void drawPoint(Vector3d const &point, int radius, float const color[4]) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); Vector3d const leftOff = viewData->upVec + viewData->sideVec; Vector3d const rightOff = viewData->upVec - viewData->sideVec; //Vector3d const viewToCenter = point - vOrigin; //float scale = float(viewToCenter.dot(viewData->frontVec)) / // viewData->frontVec.dot(viewData->frontVec); Vector3d finalPos( point.x, point.z, point.y ); // The final radius. float radX = radius * 1; float radY = radX / 1.2f; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4fv(color); glBegin(GL_QUADS); glTexCoord2f(0, 0); glVertex3d(finalPos.x + radX * leftOff.x, finalPos.y + radY * leftOff.y, finalPos.z + radX * leftOff.z); glTexCoord2f(1, 0); glVertex3d(finalPos.x + radX * rightOff.x, finalPos.y + radY * rightOff.y, finalPos.z + radX * rightOff.z); glTexCoord2f(1, 1); glVertex3d(finalPos.x - radX * leftOff.x, finalPos.y - radY * leftOff.y, finalPos.z - radX * leftOff.z); glTexCoord2f(0, 1); glVertex3d(finalPos.x - radX * rightOff.x, finalPos.y - radY * rightOff.y, finalPos.z - radX * rightOff.z); glEnd(); } void Rend_DrawShadowOffsetVerts() { static const float red[4] = { 1.f, .2f, .2f, 1.f}; static const float yellow[4] = {.7f, .7f, .2f, 1.f}; if(!App_WorldSystem().hasMap()) return; Map &map = App_WorldSystem().map(); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glDepthMask(GL_FALSE); glDisable(GL_DEPTH_TEST); GL_BindTextureUnmanaged(GL_PrepareLSTexture(LST_DYNAMIC), gl::ClampToEdge, gl::ClampToEdge); glEnable(GL_TEXTURE_2D); /// @todo fixme: Should use the visual plane heights of sector clusters. foreach(Line *line, map.lines()) for(uint k = 0; k < 2; ++k) { Vertex &vtx = line->vertex(k); LineOwner const *base = vtx.firstLineOwner(); LineOwner const *own = base; do { Vector2d xy = vtx.origin() + own->extendedShadowOffset(); coord_t z = own->line().frontSector().floor().heightSmoothed(); drawPoint(Vector3d(xy.x, xy.y, z), 1, yellow); xy = vtx.origin() + own->innerShadowOffset(); drawPoint(Vector3d(xy.x, xy.y, z), 1, red); own = &own->next(); } while(own != base); } glDisable(GL_TEXTURE_2D); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); } #endif doomsday-1.14.5/doomsday/client/src/render/rendpoly.cpp0000664000175000017500000002562112350542237022421 0ustar jaakkojaakko/** @file rendpoly.cpp RendPoly data buffers * @ingroup render * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_console.h" #include "de_render.h" #include "color.h" #include "WallEdge" #include "render/rendpoly.h" using namespace de; enum RPolyDataType { RPT_VERT, RPT_COLOR, RPT_TEXCOORD }; struct RPolyData { dd_bool inUse; RPolyDataType type; uint num; void* data; }; byte rendInfoRPolys = 0; static unsigned int numrendpolys = 0; static unsigned int maxrendpolys = 0; static RPolyData** rendPolys; void R_PrintRendPoolInfo() { if(!rendInfoRPolys) return; LOGDEV_GL_MSG("RP Count: %-4i") << numrendpolys; for(uint i = 0; i < numrendpolys; ++i) { RPolyData* rp = rendPolys[i]; LOGDEV_GL_VERBOSE(_E(m) "RP: %-4u %c (vtxs=%i t=%c)") << i << (rp->inUse? 'Y':'N') << rp->num << (rp->type == RPT_VERT? 'v' : rp->type == RPT_COLOR? 'c' : 't'); } } void R_InitRendPolyPools() { numrendpolys = maxrendpolys = 0; rendPolys = 0; Vector3f *rvertices = R_AllocRendVertices(24); Vector4f *rcolors = R_AllocRendColors(24); Vector2f *rtexcoords = R_AllocRendTexCoords(24); // Mark unused. R_FreeRendVertices(rvertices); R_FreeRendColors(rcolors); R_FreeRendTexCoords(rtexcoords); } Vector3f *R_AllocRendVertices(uint num) { uint idx; dd_bool found = false; for(idx = 0; idx < maxrendpolys; ++idx) { if(rendPolys[idx]->inUse) continue; if(rendPolys[idx]->type != RPT_VERT) continue; if(rendPolys[idx]->num >= num) { // Use this one. rendPolys[idx]->inUse = true; return (Vector3f *) rendPolys[idx]->data; } else if(rendPolys[idx]->num == 0) { // There is an unused one but we haven't allocated verts yet. numrendpolys++; found = true; break; } } if(!found) { // We may need to allocate more. if(++numrendpolys > maxrendpolys) { uint i, newCount; RPolyData *newPolyData, *ptr; maxrendpolys = (maxrendpolys > 0? maxrendpolys * 2 : 8); rendPolys = (RPolyData **) Z_Realloc(rendPolys, sizeof(RPolyData *) * maxrendpolys, PU_MAP); newCount = maxrendpolys - numrendpolys + 1; newPolyData = (RPolyData *) Z_Malloc(sizeof(RPolyData) * newCount, PU_MAP, 0); ptr = newPolyData; for(i = numrendpolys-1; i < maxrendpolys; ++i, ptr++) { ptr->inUse = false; ptr->num = 0; ptr->data = NULL; ptr->type = RPT_VERT; rendPolys[i] = ptr; } } idx = numrendpolys - 1; } rendPolys[idx]->inUse = true; rendPolys[idx]->type = RPT_VERT; rendPolys[idx]->num = num; rendPolys[idx]->data = Z_Malloc(sizeof(Vector3f) * num, PU_MAP, 0); return (Vector3f *) rendPolys[idx]->data; } Vector4f *R_AllocRendColors(uint num) { uint idx; dd_bool found = false; for(idx = 0; idx < maxrendpolys; ++idx) { if(rendPolys[idx]->inUse) continue; if(rendPolys[idx]->type != RPT_COLOR) continue; if(rendPolys[idx]->num >= num) { // Use this one. rendPolys[idx]->inUse = true; return (Vector4f *) rendPolys[idx]->data; } else if(rendPolys[idx]->num == 0) { // There is an unused one but we haven't allocated verts yet. numrendpolys++; found = true; break; } } if(!found) { // We may need to allocate more. if(++numrendpolys > maxrendpolys) { uint i, newCount; RPolyData *newPolyData, *ptr; maxrendpolys = (maxrendpolys > 0? maxrendpolys * 2 : 8); rendPolys = (RPolyData **) Z_Realloc(rendPolys, sizeof(RPolyData *) * maxrendpolys, PU_MAP); newCount = maxrendpolys - numrendpolys + 1; newPolyData = (RPolyData *) Z_Malloc(sizeof(RPolyData) * newCount, PU_MAP, 0); ptr = newPolyData; for(i = numrendpolys-1; i < maxrendpolys; ++i, ptr++) { ptr->inUse = false; ptr->num = 0; ptr->data = NULL; ptr->type = RPT_COLOR; rendPolys[i] = ptr; } } idx = numrendpolys - 1; } rendPolys[idx]->inUse = true; rendPolys[idx]->type = RPT_COLOR; rendPolys[idx]->num = num; rendPolys[idx]->data = Z_Malloc(sizeof(Vector4f) * num, PU_MAP, 0); return (Vector4f *) rendPolys[idx]->data; } Vector2f *R_AllocRendTexCoords(uint num) { uint idx; dd_bool found = false; for(idx = 0; idx < maxrendpolys; ++idx) { if(rendPolys[idx]->inUse) continue; if(rendPolys[idx]->type != RPT_TEXCOORD) continue; if(rendPolys[idx]->num >= num) { // Use this one. rendPolys[idx]->inUse = true; return (Vector2f *) rendPolys[idx]->data; } else if(rendPolys[idx]->num == 0) { // There is an unused one but we haven't allocated verts yet. numrendpolys++; found = true; break; } } if(!found) { // We may need to allocate more. if(++numrendpolys > maxrendpolys) { uint i, newCount; RPolyData *newPolyData, *ptr; maxrendpolys = (maxrendpolys > 0? maxrendpolys * 2 : 8); rendPolys = (RPolyData **) Z_Realloc(rendPolys, sizeof(RPolyData *) * maxrendpolys, PU_MAP); newCount = maxrendpolys - numrendpolys + 1; newPolyData = (RPolyData *) Z_Malloc(sizeof(RPolyData) * newCount, PU_MAP, 0); ptr = newPolyData; for(i = numrendpolys-1; i < maxrendpolys; ++i, ptr++) { ptr->inUse = false; ptr->num = 0; ptr->data = NULL; ptr->type = RPT_TEXCOORD; rendPolys[i] = ptr; } } idx = numrendpolys - 1; } rendPolys[idx]->inUse = true; rendPolys[idx]->type = RPT_TEXCOORD; rendPolys[idx]->num = num; rendPolys[idx]->data = Z_Malloc(sizeof(Vector2f) * num, PU_MAP, 0); return (Vector2f *) rendPolys[idx]->data; } void R_FreeRendVertices(Vector3f *rvertices) { if(!rvertices) return; for(uint i = 0; i < numrendpolys; ++i) { if(rendPolys[i]->data == rvertices) { rendPolys[i]->inUse = false; return; } } LOGDEV_GL_WARNING("R_FreeRendPoly: Dangling poly ptr!"); } void R_FreeRendColors(Vector4f *rcolors) { if(!rcolors) return; for(uint i = 0; i < numrendpolys; ++i) { if(rendPolys[i]->data == rcolors) { rendPolys[i]->inUse = false; return; } } LOGDEV_GL_WARNING("R_FreeRendPoly: Dangling poly ptr!"); } void R_FreeRendTexCoords(Vector2f *rtexcoords) { if(!rtexcoords) return; for(uint i = 0; i < numrendpolys; ++i) { if(rendPolys[i]->data == rtexcoords) { rendPolys[i]->inUse = false; return; } } LOGDEV_GL_WARNING("R_FreeRendPoly: Dangling poly ptr!"); } void R_DivVerts(Vector3f *dst, Vector3f const *src, WorldEdge const &leftEdge, WorldEdge const &rightEdge) { int const numR = 3 + rightEdge.divisionCount(); int const numL = 3 + leftEdge.divisionCount(); if(numR + numL == 6) return; // Nothing to do. // Right fan: dst[numL + 0] = src[0]; dst[numL + 1] = src[3]; dst[numL + numR - 1] = src[2]; for(int n = 0; n < rightEdge.divisionCount(); ++n) { WorldEdge::Event const &icpt = rightEdge.at(rightEdge.lastDivision() - n); dst[numL + 2 + n] = icpt.origin(); } // Left fan: dst[0] = src[3]; dst[1] = src[0]; dst[numL - 1] = src[1]; for(int n = 0; n < leftEdge.divisionCount(); ++n) { WorldEdge::Event const &icpt = leftEdge.at(leftEdge.firstDivision() + n); dst[2 + n] = icpt.origin(); } } void R_DivTexCoords(Vector2f *dst, Vector2f const *src, WorldEdge const &leftEdge, WorldEdge const &rightEdge) { int const numR = 3 + rightEdge.divisionCount(); int const numL = 3 + leftEdge.divisionCount(); if(numR + numL == 6) return; // Nothing to do. // Right fan: dst[numL + 0] = src[0]; dst[numL + 1] = src[3]; dst[numL + numR-1] = src[2]; for(int n = 0; n < rightEdge.divisionCount(); ++n) { WorldEdge::Event const &icpt = rightEdge.at(rightEdge.lastDivision() - n); dst[numL + 2 + n].x = src[3].x; dst[numL + 2 + n].y = src[2].y + (src[3].y - src[2].y) * icpt.distance(); } // Left fan: dst[0] = src[3]; dst[1] = src[0]; dst[numL - 1] = src[1]; for(int n = 0; n < leftEdge.divisionCount(); ++n) { WorldEdge::Event const &icpt = leftEdge.at(leftEdge.firstDivision() + n); dst[2 + n].x = src[0].x; dst[2 + n].y = src[0].y + (src[1].y - src[0].y) * icpt.distance(); } } void R_DivVertColors(Vector4f *dst, Vector4f const *src, WorldEdge const &leftEdge, WorldEdge const &rightEdge) { int const numR = 3 + rightEdge.divisionCount(); int const numL = 3 + leftEdge.divisionCount(); if(numR + numL == 6) return; // Nothing to do. // Right fan: dst[numL + 0] = src[0]; dst[numL + 1] = src[3]; dst[numL + numR-1] = src[2]; for(int n = 0; n < rightEdge.divisionCount(); ++n) { WorldEdge::Event const &icpt = rightEdge.at(rightEdge.lastDivision() - n); dst[numL + 2 + n] = src[2] + (src[3] - src[2]) * icpt.distance(); } // Left fan: dst[0] = src[3]; dst[1] = src[0]; dst[numL - 1] = src[1]; for(int n = 0; n < leftEdge.divisionCount(); ++n) { WorldEdge::Event const &icpt = leftEdge.at(leftEdge.firstDivision() + n); dst[2 + n] = src[0] + (src[1] - src[0]) * icpt.distance(); } } doomsday-1.14.5/doomsday/client/src/render/rend_clip.cpp0000664000175000017500000007126412350542237022530 0ustar jaakkojaakko/** @file rend_clip.cpp Angle Clipper (clipnodes and oranges). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de_base.h" #include "de_console.h" #include "de_render.h" #include "render/rend_clip.h" using namespace de; struct RoverNode { RoverNode *prev, *next; }; struct Rover { RoverNode *first; RoverNode *last; RoverNode *rover; }; struct ClipNode { RoverNode rover; /// Previous and next nodes. ClipNode *prev, *next; /// The start and end angles (start < end). binangle_t start, end; }; /** * @defgroup occlussionNodeFlags OcclussionNodeFlags * @ingroup flags */ ///@{ #define OCNF_TOPHALF 0x1 ///< Otherwise bottom half. ///@} struct OccNode { RoverNode rover; /// Previous and next nodes. OccNode *prev, *next; /// @ref occlussionNodeFlags byte flags; /// Start and end angles of the segment (start < end). binangle_t start, end; /// The normal of the occlusion plane. Vector3f normal; }; static void C_CutOcclusionRange(binangle_t startAngle, binangle_t endAngle); static int C_SafeCheckRange(binangle_t startAngle, binangle_t endAngle); #if _DEBUG static void C_OrangeRanger(int mark); static void C_OcclusionLister(void); #endif int devNoCulling = 0; ///< cvar. Set to 1 to fully disable angle based culling. /// The list of clipnodes. static Rover clipNodes; /// Head of the clipped regions list. static ClipNode *clipHead; // The head node. /// The list of occlusion nodes. static Rover occNodes; /// Head of the occlusion range list. static OccNode *occHead; // The head occlusion node. static int anglistSize; static binangle_t *anglist; /** * @note The point should be view-relative! */ static inline binangle_t pointToAngle(Vector2d const &point) { // Shift for more accuracy; return bamsAtan2(int(point.y * 100), int(point.x * 100)); } static void C_RoverInit(Rover *rover) { std::memset(rover, 0, sizeof(*rover)); } static void C_RoverRewind(Rover *r) { r->rover = r->first; } static void *C_RoverGet(Rover *r) { if(!r->rover) return 0; // We'll use this. void *node = r->rover; r->rover = r->rover->next; return node; } static void C_RoverAdd(Rover *r, RoverNode *node) { // Link it to the start of the rover's list. if(!r->last) r->last = node; if(r->first) r->first->prev = node; node->next = r->first; node->prev = 0; r->first = node; } static void C_RoverRemove(Rover *r, RoverNode *node) { DENG_ASSERT(r->last); if(node == r->last) { DENG_ASSERT(!r->rover); // We can only remove the last if all nodes are already in use. r->rover = node; } else { // Unlink from the list entirely. node->next->prev = node->prev; if(node->prev) { node->prev->next = node->next; } else { r->first = r->first->next; r->first->prev = 0; } // Put it back to the end of the list. r->last->next = node; node->prev = r->last; node->next = 0; r->last = node; // If all were in use, set the rover here. Otherwise the rover // can stay where it is. if(!r->rover) r->rover = r->last; } } /** * Finds the first unused clip node. */ static ClipNode *C_NewRange(binangle_t stAng, binangle_t endAng) { ClipNode *node = reinterpret_cast(C_RoverGet(&clipNodes)); if(!node) { // Allocate a new node and add it to head the list. node = static_cast(Z_Malloc(sizeof(ClipNode), PU_APPSTATIC, 0)); C_RoverAdd(&clipNodes, reinterpret_cast(node)); } // Initialize the node. node->start = stAng; node->end = endAng; node->prev = node->next = 0; return node; } static void C_RemoveRange(ClipNode *node) { // If this is the head, move it. if(clipHead == node) clipHead = node->next; // Unlink from the clipper. if(node->prev) node->prev->next = node->next; if(node->next) node->next->prev = node->prev; node->prev = node->next = 0; // Move this node to the free node rover. C_RoverRemove(&clipNodes, reinterpret_cast(node)); } static void C_AddRange(binangle_t startAngle, binangle_t endAngle) { // This range becomes a solid segment: cut everything away from the // corresponding occlusion range. C_CutOcclusionRange(startAngle, endAngle); // If there is no head, this will be the first range. //LOG_AS("Clipper"); if(!clipHead) { clipHead = C_NewRange(startAngle, endAngle); /* LOG_DEBUG(QString("New head node added: %1 => %2") .arg(clipHead->start, 0, 16) .arg(clipHead->end, 0, 16)); */ return; } // There are previous ranges. Check that the new range isn't contained // by any of them. for(ClipNode *ci = clipHead; ci; ci = ci->next) { /* LOG_DEBUG(QString("%1: %2 => %3") .arg(ci) .arg(ci->start, 0, 16) .arg(ci->end, 0, 16));*/ if(startAngle >= ci->start && endAngle <= ci->end) { //LOG_DEBUG("Range already exists"); return; // The new range already exists. } #ifdef DENG_DEBUG if(ci == ci->next) Con_Error("C_AddRange: loop1 %p linked to itself: %x => %x\n", ci, ci->start, ci->end); #endif } // Now check if any of the old ranges are contained by the new one. for(ClipNode *ci = clipHead; ci;) { if(ci->start >= startAngle && ci->end <= endAngle) { ClipNode *crange = ci; /* LOG_DEBUG(QString("Removing contained range %1 => %2") .arg(crange->start, 0, 16) .arg(crange->end, 0, 16));*/ // We must do this in order to keep the loop from breaking. ci = ci->next; C_RemoveRange(crange); //if(!ci) ci = clipHead; //if(!ci) break; continue; } ci = ci->next; } // Now it is possible that the new range overlaps one or two old ranges. // If two are overlapped, they are consecutive. First we'll try to find // a range that overlaps the beginning. ClipNode *crange = 0; for(ClipNode *ci = clipHead; ci; ci = ci->next) { // In preparation for the next stage, find a good spot for the range. if(ci->start < endAngle) { // After this one. crange = ci; } if(ci->start >= startAngle && ci->start <= endAngle) { // New range's end and ci's beginning overlap. ci's end is outside. // Otherwise it would have been already removed. // It suffices to adjust ci. /* LOG_DEBUG(QString("Overlapping beginning with %1 => %2\n" "adjusting to %3 => %4") .arg(ci->start, 0, 16) .arg(ci->end, 0, 16) .arg(startAngle, 0, 16) .arg(ci->end, 0, 16));*/ ci->start = startAngle; return; } // Check an overlapping end. if(ci->end >= startAngle && ci->end <= endAngle) { // Now it's possible that the ci->next's beginning overlaps the new // range's end. In that case there will be a merger. /* LOG_DEBUG(QString("Overlapping end with %1 => %2") .arg(ci->start, 0, 16) .arg(ci->end, 0, 16));*/ crange = ci->next; if(!crange) { ci->end = endAngle; /* LOG_DEBUG(QString("No next, adjusting end (now %1 => %2)") .arg(ci->start, 0, 16) .arg(ci->end, 0, 16));*/ } else { if(crange->start <= endAngle) { // A fusion will commence. Ci will eat the new range // *and* crange. ci->end = crange->end; /* LOG_DEBUG(QString("merging with the next (%1 => %2)") .arg(crange->start, 0, 16) .arg(crange->end, 0, 16));*/ C_RemoveRange(crange); } else { // Not overlapping. ci->end = endAngle; /* LOG_DEBUG(QString("Not merger w/next (now %1 => %2)") .arg(ci->start, 0, 16) .arg(ci->end, 0, 16));*/ } } return; } } // Still here? Now we know for sure that the range is disconnected from // the others. We still need to find a good place for it. Crange will mark // the spot. if(!crange) { // We have a new head node. crange = clipHead; clipHead = C_NewRange(startAngle, endAngle); clipHead->next = crange; if(crange) crange->prev = clipHead; } else { // Add the new range after crange. ClipNode *ci = C_NewRange(startAngle, endAngle); ci->next = crange->next; if(ci->next) ci->next->prev = ci; ci->prev = crange; crange->next = ci; } } static OccNode *C_NewOcclusionRange(binangle_t stAng, binangle_t endAng, Vector3f const &normal, bool topHalf) { OccNode *node = reinterpret_cast(C_RoverGet(&occNodes)); if(!node) { // Allocate a new node. node = static_cast(Z_Malloc(sizeof(OccNode), PU_APPSTATIC, 0)); C_RoverAdd(&occNodes, reinterpret_cast(node)); } node->flags = (topHalf ? OCNF_TOPHALF : 0); node->start = stAng; node->end = endAng; node->normal = normal; return node; } static void C_RemoveOcclusionRange(OccNode *orange) { // If this is the head, move it to the next one. if(occHead == orange) occHead = orange->next; if(orange->prev) orange->prev->next = orange->next; if(orange->next) orange->next->prev = orange->prev; C_RoverRemove(&occNodes, reinterpret_cast(orange)); } /** * The given range must be safe. */ static void C_AddOcclusionRange(binangle_t start, binangle_t end, Vector3f const &normal, bool topHalf) { // Is the range valid? if(start > end) return; // A new range will be added. OccNode *newor = C_NewOcclusionRange(start, end, normal, topHalf); // Are there any previous occlusion nodes? if(!occHead) { // No; this is the first. occHead = newor; occHead->next = occHead->prev = 0; return; } /// @todo Optimize: Remove existing oranges that are fully contained by the /// new orange. But how to do the check efficiently? // Add the new occlusion range to the appropriate position. OccNode *orange = occHead; OccNode *last = 0; bool done = false; while(orange && !done) { // The list of oranges is sorted by the start angle. // Find the first range whose start is greater than the new one. if(orange->start > start) { // Add before this one. newor->next = orange; newor->prev = orange->prev; orange->prev = newor; if(newor->prev) newor->prev->next = newor; else occHead = newor; // We have a new head. done = true; } else { last = orange; orange = orange->next; } } if(done) return; // All right, add the new range to the end of the list. last->next = newor; newor->prev = last; newor->next = 0; } /** * Attempts to merge the two given occnodes. * * @return 0: Could not be merged. * 1: orange was merged into other. * 2: other was merged into orange. */ static int C_TryMergeOccludes(OccNode *orange, OccNode *other) { // We can't test this steep planes. if(!orange->normal[VZ]) return 0; // Where do they cross? Vector3f cross = orange->normal.cross(other->normal); if(!cross.x && !cross.y && !cross.z) { // These two planes are exactly the same! Remove one. C_RemoveOcclusionRange(orange); return 1; } // The cross angle must be outside the range. binangle_t crossAngle = bamsAtan2(int(cross.y), int(cross.x)); if(crossAngle >= orange->start && crossAngle <= orange->end) return 0; // Inside the range, can't do a thing. /// @todo Isn't it possible to consistently determine which direction /// the cross vector is pointing to? crossAngle += BANG_180; if(crossAngle >= orange->start && crossAngle <= orange->end) return 0; // Inside the range, can't do a thing. // Now we must determine which plane occludes which. // Pick a point in the middle of the range. crossAngle = (orange->start + orange->end) >> (1 + BAMS_BITS - 13); cross.x = 100 * FIX2FLT(fineCosine[crossAngle]); cross.y = 100 * FIX2FLT(finesine[crossAngle]); // z = -(A*x+B*y)/C cross.z = -(orange->normal.x * cross.x + orange->normal.y * cross.y) / orange->normal.z; // Is orange occluded by the other one? if(cross.dot(other->normal) < 0) { // No; then the other one is occluded by us. Remove it instead. C_RemoveOcclusionRange(other); return 2; } else { C_RemoveOcclusionRange(orange); return 1; } } /** * Try to merge oranges with matching ranges. (Quite a number may be * produced as a result of the cuts.) */ static void C_MergeOccludes() { OccNode *orange = occHead; bool stopScan = false; while(!stopScan) { if(orange && orange->next) { OccNode *next = orange->next; // Find a good one to test with. OccNode *other = orange->next; bool isDone = false; while(!isDone) { if(other && orange->start == other->start) { if(orange->end == other->end && (other->flags & OCNF_TOPHALF) == (orange->flags & OCNF_TOPHALF)) { // It is a candidate for merging. int result = C_TryMergeOccludes(orange, other); if(result == 2) next = next->next; isDone = true; } else { // Move on to the next candidate. other = other->next; } } else { isDone = true; } } orange = next; } else { stopScan = true; } } } static int inline C_OcclusionRelationship(binangle_t start, binangle_t startAngle, binangle_t end, binangle_t endAngle) { if(start >= startAngle && end <= endAngle) return 0; if(start >= startAngle && start < endAngle) return 1; if(end > startAngle && end <= endAngle) return 2; if(start <= startAngle && end >= endAngle) return 3; return -1; } /** * Everything in the given range is removed from the occlusion nodes. */ static void C_CutOcclusionRange(binangle_t startAngle, binangle_t endAngle) { DENG_DEBUG_ONLY(C_OrangeRanger(1)); // Find the node after which it's OK to add oranges cut in half. // (Must preserve the ascending order of the start angles.) OccNode *after = 0; OccNode *orange = occHead; bool isDone = false; while(!isDone) { // We want the orange with the smallest start angle, but one that // starts after the cut range has ended. if(orange && orange->start < endAngle) { after = orange; } else { isDone = true; } if(!isDone) orange = orange->next; } OccNode *next = 0; orange = occHead; isDone = false; while(!isDone) { if(orange) { // In case orange is removed, take a copy of the next one. next = orange->next; // Does the cut range include this orange? if(startAngle <= orange->end) { if(orange->start < endAngle) { // Four options: switch(C_OcclusionRelationship(orange->start, startAngle, orange->end, endAngle)) { case 0: // The cut range completely includes this orange. // Fully contained; this orange will be removed. C_RemoveOcclusionRange(orange); break; case 1: // The cut range contains the beginning of the orange. // Cut away the beginning of this orange. orange->start = endAngle; // Even thought the start angle is modified, we don't need to // move this orange anywhere. This is because after the cut there // will be no oranges beginning inside the cut range. break; case 2: // The cut range contains the end of the orange. // Cut away the end of this orange. orange->end = startAngle; break; case 3: { // The orange contains the whole cut range. // The orange gets cut in two parts. Create a new orange that // represents the end, and add it after the 'after' node, or to // the head of the list. OccNode *part = C_NewOcclusionRange(endAngle, orange->end, orange->normal, (orange->flags & OCNF_TOPHALF) != 0); part->prev = after; if(after) { part->next = after->next; after->next = part; } else { // Add to the head. part->next = occHead; occHead = part; } if(part->next) part->next->prev = part; // Modify the start part. orange->end = startAngle; break; } default: // No meaningful relationship (in this context). break; } } else { isDone = true; // No more possible cuts. } } if(!isDone) orange = next; } else { isDone = true; } } DENG_DEBUG_ONLY(C_OrangeRanger(2)); C_MergeOccludes(); DENG_DEBUG_ONLY(C_OrangeRanger(6)); } void C_Init() { C_RoverInit(&clipNodes); C_RoverInit(&occNodes); } void C_ClearRanges() { clipHead = 0; // Rewind the rover. C_RoverRewind(&clipNodes); occHead = 0; // Rewind the rover. C_RoverRewind(&occNodes); } int C_SafeAddRange(binangle_t startAngle, binangle_t endAngle) { // The range may wrap around. if(startAngle > endAngle) { // The range has to added in two parts. C_AddRange(startAngle, BANG_MAX); C_AddRange(0, endAngle); } else { // Add the range as usual. C_AddRange(startAngle, endAngle); } return true; } void C_AddRangeFromViewRelPoints(Vector2d const &from, Vector2d const &to) { Vector2d const eyeOrigin(vOrigin.x, vOrigin.z); C_SafeAddRange(pointToAngle(to - eyeOrigin), pointToAngle(from - eyeOrigin)); } /** * If necessary, cut the given range in two. */ static void C_SafeAddOcclusionRange(binangle_t startAngle, binangle_t endAngle, Vector3f const &normal, bool tophalf) { // Is this range already clipped? if(!C_SafeCheckRange(startAngle, endAngle)) return; if(startAngle > endAngle) { // The range has to be added in two parts. C_AddOcclusionRange(startAngle, BANG_MAX, normal, tophalf); DENG_DEBUG_ONLY(C_OrangeRanger(3)); C_AddOcclusionRange(0, endAngle, normal, tophalf); DENG_DEBUG_ONLY(C_OrangeRanger(4)); } else { // Add the range as usual. C_AddOcclusionRange(startAngle, endAngle, normal, tophalf); DENG_DEBUG_ONLY(C_OrangeRanger(5)); } } void C_AddViewRelOcclusion(Vector2d const &from, Vector2d const &to, coord_t height, bool topHalf) { /// @todo Optimize:: Check if the given line is already occluded? // Calculate the occlusion plane normal. // We'll use the game's coordinate system (left-handed, but Y and Z are swapped). Vector3d const eyeOrigin = vOrigin.xzy(); Vector3d eyeToV1 = Vector3d(from, height) - eyeOrigin; Vector3d eyeToV2 = Vector3d(to, height) - eyeOrigin; binangle_t startAngle = pointToAngle(eyeToV2); binangle_t endAngle = pointToAngle(eyeToV1); // Do not attempt to occlude with a zero-length range. if(startAngle == endAngle) return; // The normal points to the half we want to occlude. Vector3f normal = (topHalf? eyeToV2 : eyeToV1).cross(topHalf? eyeToV1 : eyeToV2); #ifdef DENG_DEBUG Vector3f testPos(0, 0, (topHalf ? 1000 : -1000)); if(bool Failed_C_AddViewRelOcclusion_SideTest = testPos.dot(normal) < 0) { // Uh-oh. LOG_AS("C_AddViewRelOcclusion"); LOGDEV_GL_WARNING("Wrong side v1:%s v2:%s eyeOrigin:%s!") << from.asText() << to.asText() << Vector2d(eyeOrigin).asText(); DENG_ASSERT(!Failed_C_AddViewRelOcclusion_SideTest); } #endif // Try to add this range. C_SafeAddOcclusionRange(startAngle, endAngle, normal, topHalf); } /** * @return Non-zero if the view relative point is occluded by an occlusion range. */ static int C_IsPointOccluded(Vector3d const &viewRelPoint) { binangle_t angle = pointToAngle(viewRelPoint); for(OccNode *orange = occHead; orange; orange = orange->next) { if(angle >= orange->start && angle <= orange->end) { if(orange->start > angle) return false; // No more possibilities. // On which side of the occlusion plane is it? // The positive side is the occluded one. if(viewRelPoint.dot(orange->normal) > 0) return true; } } // No orange occluded the point. return false; } int C_IsPointVisible(Vector3d const &point) { if(devNoCulling) return true; Vector3d const eyeOrigin = vOrigin.xzy(); Vector3d const viewRelPoint = point - eyeOrigin; binangle_t const angle = pointToAngle(viewRelPoint); if(!C_IsAngleVisible(angle)) return false; // Not clipped by the clipnodes. Perhaps it's occluded by an orange. return !C_IsPointOccluded(viewRelPoint); } /** * The specified range must be safe! */ static int C_IsRangeVisible(binangle_t startAngle, binangle_t endAngle) { for(ClipNode *ci = clipHead; ci; ci = ci->next) { if(startAngle >= ci->start && endAngle <= ci->end) return false; } // No node fully contained the specified range. return true; } /** * @return Non-zero iff the range is not entirely clipped, else @c 0. */ static int C_SafeCheckRange(binangle_t startAngle, binangle_t endAngle) { if(startAngle > endAngle) { // The range wraps around. return (C_IsRangeVisible(startAngle, BANG_MAX) || C_IsRangeVisible(0, endAngle)); } return C_IsRangeVisible(startAngle, endAngle); } int C_CheckRangeFromViewRelPoints(Vector2d const &from, Vector2d const &to) { if(devNoCulling) return true; Vector2d const eyeOrigin(vOrigin.x, vOrigin.z); return C_SafeCheckRange(pointToAngle(to - eyeOrigin) - BANG_45/90, pointToAngle(from - eyeOrigin) + BANG_45/90); } int C_IsAngleVisible(binangle_t bang) { if(devNoCulling) return true; for(ClipNode *ci = clipHead; ci; ci = ci->next) { if(bang > ci->start && bang < ci->end) return false; } // No one clipped this angle. return true; } int C_IsPolyVisible(Face const &poly) { if(!poly.hedgeCount()) return false; if(devNoCulling) return true; // Do we need to resize the angle list buffer? if(poly.hedgeCount() > anglistSize) { anglistSize *= 2; if(!anglistSize) anglistSize = 64; anglist = static_cast(Z_Realloc(anglist, sizeof(*anglist) * anglistSize, PU_APPSTATIC)); } // Find angles to all corners. Vector2d const eyeOrigin(vOrigin.x, vOrigin.z); int n = 0; HEdge const *hedge = poly.hedge(); do { anglist[n++] = pointToAngle(hedge->origin() - eyeOrigin); } while((hedge = &hedge->next()) != poly.hedge()); // Check each of the ranges defined by the edges. for(int i = 0; i < poly.hedgeCount() - 1; ++i) { // The last edge won't be checked. This is because the edges // define a closed, convex polygon and the last edge's range is // always already covered by the previous edges. int end = i + 1; // If even one of the edges is not contained by a clipnode, // the leaf is at least partially visible. binangle_t angLen = anglist[end] - anglist[i]; // The viewer is on an edge, the leaf should be visible. if(angLen == BANG_180) return true; // Choose the start and end points so that length is < 180. if(angLen < BANG_180) { if(C_SafeCheckRange(anglist[i], anglist[end])) return true; } else { if(C_SafeCheckRange(anglist[end], anglist[i])) return true; } } // All clipped away, the leaf cannot be seen. return false; } int C_IsFull() { if(devNoCulling) return false; return clipHead && clipHead->start == 0 && clipHead->end == BANG_MAX; } #ifdef DENG_DEBUG static void C_OrangeRanger(int mark) { for(OccNode *orange = occHead; orange; orange = orange->next) { if(orange->prev && orange->prev->start > orange->start) { C_OcclusionLister(); Con_Error("C_OrangeRanger(%i): Orange order has failed.\n", mark); } } } static void C_OcclusionLister() { LOG_AS("Clipper"); for(OccNode *orange = occHead; orange; orange = orange->next) { LOG_MSG(QString("%1 => %2 (%i)") .arg(orange->start, 0, 16) .arg(orange->end, 0, 16) .arg((orange->flags & OCNF_TOPHALF) != 0)); } } void C_Ranger() { for(ClipNode *ci = clipHead; ci; ci = ci->next) { if(ci == clipHead) { if(ci->prev != 0) Con_Error("Cliphead->prev != 0.\n"); } // Confirm that the links to prev and next are OK. if(ci->prev) { if(ci->prev->next != ci) Con_Error("Prev->next != this\n"); } else if(ci != clipHead) { Con_Error("prev == null, this isn't clipHead.\n"); } if(ci->next) { if(ci->next->prev != ci) Con_Error("Next->prev != this\n"); } } } #endif doomsday-1.14.5/doomsday/client/src/render/r_fakeradio.cpp0000664000175000017500000001774112350542237023037 0ustar jaakkojaakko/** @file r_fakeradio.cpp Faked Radiosity Lighting. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ //#include #include /// @todo remove me #include #include #include #include "de_base.h" #include "de_render.h" #include "world/lineowner.h" #include "world/map.h" #include "BspLeaf" #include "Surface" #include "Vertex" #include "render/rend_fakeradio.h" using namespace de; static LineSideRadioData *lineSideRadioData; bool Rend_RadioLineCastsShadow(Line const &line) { if(line.definesPolyobj()) return false; if(line.isSelfReferencing()) return false; // Lines with no other neighbor do not qualify for shadowing. if(&line.v1Owner()->next().line() == &line || &line.v2Owner()->next().line() == &line) return false; return true; } bool Rend_RadioPlaneCastsShadow(Plane const &plane) { if(plane.surface().hasMaterial()) { Material const &surfaceMaterial = plane.surface().material(); if(!surfaceMaterial.isDrawable()) return false; if(surfaceMaterial.hasGlow()) return false; if(surfaceMaterial.isSkyMasked()) return false; } return true; } LineSideRadioData &Rend_RadioDataForLineSide(LineSide &side) { return lineSideRadioData[side.line().indexInMap() * 2 + (side.isBack()? 1 : 0)]; } /** * Given two lines "connected" by shared origin coordinates (0, 0) at a "corner" * vertex, calculate the point which lies @a distA away from @a lineA and also * @a distB from @a lineB. The point should also be the nearest point to the * origin (in case of parallel lines). * * @param lineADirection Direction vector for the "left" line. * @param dist1 Distance from @a lineA to offset the corner point. * @param lineBDirection Direction vector for the "right" line. * @param dist2 Distance from @a lineB to offset the corner point. * * Return values: * @param point Coordinates for the corner point are written here. Can be @c 0. * @param lp Coordinates for the "extended" point are written here. Can be @c 0. */ static void cornerNormalPoint(Vector2d const &lineADirection, double dist1, Vector2d const &lineBDirection, double dist2, Vector2d *point, Vector2d *lp) { // Any work to be done? if(!point && !lp) return; // Length of both lines. double len1 = lineADirection.length(); double len2 = lineBDirection.length(); // Calculate normals for both lines. Vector2d norm1(-lineADirection.y / len1 * dist1, lineADirection.x / len1 * dist1); Vector2d norm2( lineBDirection.y / len2 * dist2, -lineBDirection.x / len2 * dist2); // Do we need to calculate the extended points, too? Check that // the extension does not bleed too badly outside the legal shadow // area. if(lp) { *lp = lineBDirection / len2 * dist2; } // Do we need to determine the intercept point? if(!point) return; // Normal shift to produce the lines we need to find the intersection. Partition lineA(lineADirection, norm1); Partition lineB(lineBDirection, norm2); if(!lineA.isParallelTo(lineB)) { *point = lineA.intercept(lineB); return; } // Special case: parallel // There will be no intersection at any point therefore it will not be // possible to determine our corner point (so just use a normal as the // point instead). *point = norm1; } /** * @return The width (world units) of the shadow edge. It is scaled depending on * the length of @a edge. */ static double shadowEdgeWidth(Vector2d const &edge) { double const normalWidth = 20; //16; double const maxWidth = 60; // A long edge? double length = edge.length(); if(length > 600) { double w = length - 600; if(w > 1000) w = 1000; return normalWidth + w / 1000 * maxWidth; } return normalWidth; } void Rend_RadioUpdateVertexShadowOffsets(Vertex &vtx) { if(!vtx.lineOwnerCount()) return; Vector2d leftDir, rightDir; LineOwner *base = vtx.firstLineOwner(); LineOwner *own = base; do { Line const &lineB = own->line(); Line const &lineA = own->next().line(); if(&lineB.from() == &vtx) { rightDir = lineB.direction(); } else { rightDir = -lineB.direction(); } if(&lineA.from() == &vtx) { leftDir = -lineA.direction(); } else { leftDir = lineA.direction(); } // The left side is always flipped. leftDir *= -1; cornerNormalPoint(leftDir, shadowEdgeWidth(leftDir), rightDir, shadowEdgeWidth(rightDir), &own->_shadowOffsets.inner, &own->_shadowOffsets.extended); own = &own->next(); } while(own != base); } static int linkShadowLineToBspLeafWorker(BspLeaf *bspLeaf, void *context) { LineSide &side = *static_cast(context); if(bspLeaf->sectorPtr() == side.sectorPtr()) { bspLeaf->addShadowLine(side); } return false; // Continue iteration. } void Rend_RadioInitForMap(Map &map) { Time begunAt; LOG_AS("Rend_RadioInitForMap"); lineSideRadioData = reinterpret_cast( Z_Calloc(sizeof(*lineSideRadioData) * map.sideCount(), PU_MAP, 0)); foreach(Vertex *vertex, map.vertexes()) { Rend_RadioUpdateVertexShadowOffsets(*vertex); } /** * The algorithm: * * 1. Use the BSP leaf blockmap to look for all the blocks that are * within the line's shadow bounding box. * * 2. Check the BspLeafs whose sector is the same as the line. * * 3. If any of the shadow points are in the BSP leaf, or any of the * shadow edges cross one of the BSP leaf's edges (not parallel), * link the line to the BspLeaf. */ foreach(Line *line, map.lines()) { if(!Rend_RadioLineCastsShadow(*line)) continue; // For each side of the line. for(uint i = 0; i < 2; ++i) { LineSide &side = line->side(i); if(!side.hasSector()) continue; if(!side.hasSections()) continue; Vertex const &vtx0 = line->vertex(i); Vertex const &vtx1 = line->vertex(i^1); LineOwner const &vo0 = line->vertexOwner(i)->next(); LineOwner const &vo1 = line->vertexOwner(i^1)->prev(); AABoxd bounds = line->aaBox(); // Use the extended points, they are wider than inoffsets. Vector2d point = vtx0.origin() + vo0.extendedShadowOffset(); V2d_AddToBoxXY(bounds.arvec2, point.x, point.y); point = vtx1.origin() + vo1.extendedShadowOffset(); V2d_AddToBoxXY(bounds.arvec2, point.x, point.y); // Link the shadowing line to all the BspLeafs whose axis-aligned // bounding box intersects 'bounds'. map.bspLeafBoxIterator(bounds, linkShadowLineToBspLeafWorker, &side); } } LOGDEV_GL_MSG("Completed in %.2f seconds") << begunAt.since(); } doomsday-1.14.5/doomsday/client/src/render/r_things.cpp0000664000175000017500000004353312350542237022404 0ustar jaakkojaakko/** @file r_things.cpp Map Object => Vissprite Projection. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/r_things.h" #include "de_render.h" #include "dd_main.h" // App_WorldSystem() #include "dd_loop.h" // frameTimePos #include "def_main.h" // states #include "gl/gl_tex.h" #include "gl/gl_texmanager.h" // GL_PrepareFlaremap #include "network/net_main.h" // clients[] #include "render/vissprite.h" #include "MaterialSnapshot" #include "world/map.h" #include "world/p_object.h" #include "world/p_players.h" #include "BspLeaf" #include "SectorCluster" #include using namespace de; static void evaluateLighting(Vector3d const &origin, BspLeaf *bspLeafAtOrigin, coord_t distToEye, bool fullbright, Vector4f &ambientColor, uint *vLightListIdx) { DENG_ASSERT(bspLeafAtOrigin != 0); if(fullbright) { ambientColor = Vector3f(1, 1, 1); *vLightListIdx = 0; } else { if(useBias && bspLeafAtOrigin->map().hasLightGrid()) { // Evaluate the position in the light grid. ambientColor = bspLeafAtOrigin->map().lightGrid().evaluate(origin); } else { SectorCluster const &cluster = bspLeafAtOrigin->cluster(); Vector3f const &secColor = Rend_SectorLightColor(cluster); float lightLevel = cluster.sector().lightLevel(); /* if(spr->type == VSPR_DECORATION) { // Wall decorations receive an additional light delta. lightLevel += R_WallAngleLightLevelDelta(line, side); } */ // Apply distance attenuation. lightLevel = Rend_AttenuateLightLevel(distToEye, lightLevel); // Add extra light. lightLevel = de::clamp(0.f, lightLevel + Rend_ExtraLightDelta(), 1.f); Rend_ApplyLightAdaptation(lightLevel); // Determine the final color. ambientColor = secColor * lightLevel; } Rend_ApplyTorchLight(ambientColor, distToEye); collectaffectinglights_params_t parm; zap(parm); parm.origin[VX] = origin.x; parm.origin[VY] = origin.y; parm.origin[VZ] = origin.z; parm.bspLeaf = bspLeafAtOrigin; parm.ambientColor[0] = ambientColor.x; parm.ambientColor[1] = ambientColor.y; parm.ambientColor[2] = ambientColor.z; *vLightListIdx = R_CollectAffectingLights(&parm); } } /// @todo use Mobj_OriginSmoothed static Vector3d mobjOriginSmoothed(mobj_t *mo) { DENG_ASSERT(mo != 0); coord_t moPos[] = { mo->origin[VX], mo->origin[VY], mo->origin[VZ] }; // The client may have a Smoother for this object. if(isClient && mo->dPlayer && P_GetDDPlayerIdx(mo->dPlayer) != consolePlayer) { Smoother_Evaluate(clients[P_GetDDPlayerIdx(mo->dPlayer)].smoother, moPos); } return moPos; } struct findmobjzoriginworker_params_t { vissprite_t *vis; mobj_t const *mo; bool floorAdjust; }; static int findMobjZOriginWorker(Sector *sector, void *parameters) { DENG_ASSERT(sector != 0); DENG_ASSERT(parameters != 0); findmobjzoriginworker_params_t *p = (findmobjzoriginworker_params_t *) parameters; if(p->floorAdjust && p->mo->origin[VZ] == sector->floor().height()) { p->vis->origin.z = sector->floor().heightSmoothed(); } if(p->mo->origin[VZ] + p->mo->height == sector->ceiling().height()) { p->vis->origin.z = sector->ceiling().heightSmoothed() - p->mo->height; } return false; // Continue iteration. } /** * Determine the correct Z coordinate for the mobj. The visible Z coordinate * may be slightly different than the actual Z coordinate due to smoothed * plane movement. * * @todo fixme: Should use the visual plane heights of sector clusters. */ static void findMobjZOrigin(mobj_t *mo, bool floorAdjust, vissprite_t *vis) { DENG_ASSERT(mo != 0); DENG_ASSERT(vis != 0); findmobjzoriginworker_params_t params; zap(params); params.vis = vis; params.mo = mo; params.floorAdjust = floorAdjust; validCount++; Mobj_TouchedSectorsIterator(mo, findMobjZOriginWorker, ¶ms); } void R_ProjectSprite(mobj_t *mo) { if(!mo) return; // Not all objects can/will be visualized. Skip this object if: // ...hidden? if((mo->ddFlags & DDMF_DONTDRAW)) return; // ...not linked into the map? if(!Mobj_HasCluster(*mo)) return; // ...in an invalid state? if(!mo->state || mo->state == states) return; // ...no sprite frame is defined? Sprite *sprite = Mobj_Sprite(*mo); if(!sprite) return; // ...fully transparent? float const alpha = Mobj_Alpha(mo); if(alpha <= 0) return; // ...origin lies in a sector with no volume? SectorCluster &cluster = Mobj_Cluster(*mo); if(!cluster.hasWorldVolume()) return; // Determine distance to object. Vector3d const moPos = mobjOriginSmoothed(mo); coord_t const distFromEye = Rend_PointDist2D(moPos); // Should we use a 3D model? ModelDef *mf = 0, *nextmf = 0; float interp = 0; if(useModels) { mf = Mobj_ModelDef(*mo, &nextmf, &interp); if(mf) { // Use a sprite if the object is beyond the maximum model distance. if(maxModelDistance && !(mf->flags & MFF_NO_DISTANCE_CHECK) && distFromEye > maxModelDistance) { mf = nextmf = 0; interp = -1; } } } // Decide which material to use according to the sprite's angle and position // relative to that of the viewer. Material *mat = 0; bool matFlipS = false; bool matFlipT = false; try { SpriteViewAngle const &sprViewAngle = sprite->closestViewAngle(mo->angle, R_ViewPointToAngle(mo->origin), mf != 0); mat = sprViewAngle.material; matFlipS = sprViewAngle.mirrorX; } catch(Sprite::MissingViewAngleError const &er) { // Log but otherwise ignore this error. LOG_GL_WARNING("Projecting sprite '%i' frame '%i': %s") << mo->sprite << mo->frame << er.asText(); } if(!mat) return; // A valid sprite texture in the "Sprites" scheme is required. MaterialSnapshot const &ms = mat->prepare(Rend_SpriteMaterialSpec(mo->tclass, mo->tmap)); if(!ms.hasTexture(MTU_PRIMARY)) { return; } Texture &tex = ms.texture(MTU_PRIMARY).generalCase(); if(tex.manifest().schemeName().compareWithoutCase("Sprites")) { return; } bool const fullbright = ((mo->state->flags & STF_FULLBRIGHT) != 0 || levelFullBright); // Align to the view plane? (Means scaling down Z with models) bool const viewAlign = (!mf && ((mo->ddFlags & DDMF_VIEWALIGN) || alwaysAlign == 1)) || alwaysAlign == 3; /* * Perform visibility checking by projecting a view-aligned line segment * relative to the viewer and determining if the whole of the segment has * been clipped away according to the 360 degree angle clipper. */ coord_t const visWidth = Mobj_VisualRadius(*mo) * 2; /// @todo ignorant of rotation... Vector2d v1, v2; R_ProjectViewRelativeLine2D(moPos, mf || viewAlign, visWidth, (mf? 0 : coord_t(-tex.origin().x) - (visWidth / 2.0f)), v1, v2); // Not visible? if(!C_CheckRangeFromViewRelPoints(v1, v2)) { #define MAX_OBJECT_RADIUS 128 // Sprite visibility is absolute. if(!mf) return; // If the model is close to the viewpoint we should still to draw it, // otherwise large models are likely to disappear too early. viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); Vector2d delta(distFromEye, moPos.z + (mo->height / 2) - viewData->current.origin.z); if(M_ApproxDistance(delta.x, delta.y) > MAX_OBJECT_RADIUS) return; #undef MAX_OBJECT_RADIUS } // Store information in a vissprite. vissprite_t *vis = R_NewVisSprite(mf? VSPR_MODEL : VSPR_SPRITE); vis->origin = moPos; vis->distance = distFromEye; /* * The Z origin of the visual should match that of the mobj. When smoothing * is enabled this requires examining all touched sector planes in the vicinity. */ Plane &floor = cluster.visFloor(); Plane &ceiling = cluster.visCeiling(); bool floorAdjust = false; if(!Mobj_OriginBehindVisPlane(mo)) { floorAdjust = de::abs(floor.heightSmoothed() - floor.height()) < 8; findMobjZOrigin(mo, floorAdjust, vis); } coord_t gzt = vis->origin.z + -tex.origin().y; // Determine floor clipping. coord_t floorClip = mo->floorClip; if(mo->ddFlags & DDMF_BOB) { // Bobbing is applied using floorclip. floorClip += Mobj_BobOffset(mo); } float yaw = 0, pitch = 0; if(mf) { // Determine the rotation angles (in degrees). if(mf->testSubFlag(0, MFF_ALIGN_YAW)) { // Transform the origin point. viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); Vector2d delta(moPos.y - viewData->current.origin.y, moPos.x - viewData->current.origin.x); yaw = 90 - (BANG2RAD(bamsAtan2(delta.x * 10, delta.y * 10)) - PI / 2) / PI * 180; } else if(mf->testSubFlag(0, MFF_SPIN)) { yaw = modelSpinSpeed * 70 * App_WorldSystem().time() + MOBJ_TO_ID(mo) % 360; } else if(mf->testSubFlag(0, MFF_MOVEMENT_YAW)) { yaw = R_MovementXYYaw(mo->mom[MX], mo->mom[MY]); } else { yaw = Mobj_AngleSmoothed(mo) / float( ANGLE_MAX ) * -360; } // How about a unique offset? if(mf->testSubFlag(0, MFF_IDANGLE)) { yaw += MOBJ_TO_ID(mo) % 360; // arbitrary } if(mf->testSubFlag(0, MFF_ALIGN_PITCH)) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); Vector2d delta((vis->origin.z + gzt) / 2 - viewData->current.origin.z, distFromEye); pitch = -BANG2DEG(bamsAtan2(delta.x * 10, delta.y * 10)); } else if(mf->testSubFlag(0, MFF_MOVEMENT_PITCH)) { pitch = R_MovementXYZPitch(mo->mom[MX], mo->mom[MY], mo->mom[MZ]); } else { pitch = 0; } } // Determine possible short-range visual offset. Vector3d visOff; if((mf && useSRVO > 0) || (!mf && useSRVO > 1)) { if(mo->tics >= 0) { visOff = Vector3d(mo->srvo) * (mo->tics - frameTimePos) / (float) mo->state->tics; } if(!INRANGE_OF(mo->mom[MX], 0, NOMOMENTUM_THRESHOLD) || !INRANGE_OF(mo->mom[MY], 0, NOMOMENTUM_THRESHOLD) || !INRANGE_OF(mo->mom[MZ], 0, NOMOMENTUM_THRESHOLD)) { // Use the object's speed to calculate a short-range offset. visOff += Vector3d(mo->mom) * frameTimePos; } } if(!mf) { bool const brightShadow = (mo->ddFlags & DDMF_BRIGHTSHADOW) != 0; bool const fitTop = (mo->ddFlags & DDMF_FITTOP) != 0; bool const fitBottom = (mo->ddFlags & DDMF_NOFITBOTTOM) == 0; // Additive blending? blendmode_t blendMode; if(brightShadow) { blendMode = BM_ADD; } // Use the "no translucency" blending mode? else if(noSpriteTrans && alpha >= .98f) { blendMode = BM_ZEROALPHA; } else { blendMode = BM_NORMAL; } // We must find the correct positioning using the sector floor // and ceiling heights as an aid. if(ms.height() < ceiling.heightSmoothed() - floor.heightSmoothed()) { // Sprite fits in, adjustment possible? if(fitTop && gzt > ceiling.heightSmoothed()) gzt = ceiling.heightSmoothed(); if(floorAdjust && fitBottom && gzt - ms.height() < floor.heightSmoothed()) gzt = floor.heightSmoothed() + ms.height(); } // Adjust by the floor clip. gzt -= floorClip; Vector3d const origin(vis->origin.x, vis->origin.y, gzt - ms.height() / 2.0f); Vector4f ambientColor; uint vLightListIdx = 0; evaluateLighting(origin, &Mobj_BspLeafAtOrigin(*mo), vis->distance, fullbright, ambientColor, &vLightListIdx); ambientColor.w = alpha; VisSprite_SetupSprite(vis->data.sprite, origin, vis->distance, visOff, floor.heightSmoothed(), ceiling.heightSmoothed(), floorClip, gzt, *mat, matFlipS, matFlipT, blendMode, ambientColor, vLightListIdx, mo->tclass, mo->tmap, &Mobj_BspLeafAtOrigin(*mo), floorAdjust, fitTop, fitBottom, viewAlign); } else { Vector4f ambientColor; uint vLightListIdx = 0; evaluateLighting(vis->origin, &Mobj_BspLeafAtOrigin(*mo), vis->distance, fullbright, ambientColor, &vLightListIdx); ambientColor.w = alpha; VisSprite_SetupModel(vis->data.model, vis->origin, vis->distance, Vector3d(visOff.x, visOff.y, visOff.z - floorClip), gzt, yaw, 0, pitch, 0, mf, nextmf, interp, ambientColor, vLightListIdx, mo->thinker.id, mo->selector, &Mobj_BspLeafAtOrigin(*mo), mo->ddFlags, mo->tmap, viewAlign, fullbright && !(mf && mf->testSubFlag(0, MFF_DIM)), false); } // Do we need to project a flare source too? if(mo->lumIdx != Lumobj::NoIndex && haloMode > 0) { /// @todo mark this light source visible for LensFx try { SpriteViewAngle const &sprViewAngle = sprite->closestViewAngle(mo->angle, R_ViewPointToAngle(mo->origin)); Material *mat = sprViewAngle.material; // A valid sprite texture in the "Sprites" scheme is required. MaterialSnapshot const &ms = mat->prepare(Rend_SpriteMaterialSpec(mo->tclass, mo->tmap)); if(!ms.hasTexture(MTU_PRIMARY)) return; Texture &tex = ms.texture(MTU_PRIMARY).generalCase(); if(tex.manifest().schemeName().compareWithoutCase("Sprites")) return;; pointlight_analysis_t const *pl = (pointlight_analysis_t const *) ms.texture(MTU_PRIMARY).generalCase().analysisDataPointer(Texture::BrightPointAnalysis); DENG2_ASSERT(pl != 0); Lumobj const *lum = cluster.sector().map().lumobj(mo->lumIdx); DENG_ASSERT(lum != 0); vissprite_t *vis = R_NewVisSprite(VSPR_FLARE); vis->distance = distFromEye; // Determine the exact center of the flare. vis->origin = moPos + visOff; vis->origin.z += lum->zOffset(); float flareSize = pl->brightMul; // X offset to the flare position. float xOffset = ms.width() * pl->originX - -tex.origin().x; // Does the mobj have an active light definition? ded_light_t const *def = (mo->state? stateLights[mo->state - states] : 0); if(def) { if(def->size) flareSize = def->size; if(def->haloRadius) flareSize = def->haloRadius; if(def->offset[VX]) xOffset = def->offset[VX]; vis->data.flare.flags = def->flags; } vis->data.flare.size = flareSize * 60 * (50 + haloSize) / 100.0f; if(vis->data.flare.size < 8) vis->data.flare.size = 8; // Color is taken from the associated lumobj. V3f_Set(vis->data.flare.color, lum->color().x, lum->color().y, lum->color().z); vis->data.flare.factor = mo->haloFactors[viewPlayer - ddPlayers]; vis->data.flare.xOff = xOffset; vis->data.flare.mul = 1; vis->data.flare.tex = 0; if(def && def->flare) { de::Uri const &flaremapResourceUri = *reinterpret_cast(def->flare); if(flaremapResourceUri.path().toStringRef().compareWithoutCase("-")) { vis->data.flare.tex = GL_PrepareFlaremap(flaremapResourceUri); } } } catch(Sprite::MissingViewAngleError const &er) { // Log but otherwise ignore this error. LOG_GL_WARNING("Projecting flare source for sprite '%i' frame '%i': %s") << mo->sprite << mo->frame << er.asText(); } } } doomsday-1.14.5/doomsday/client/src/render/projector.cpp0000664000175000017500000004041712350542237022574 0ustar jaakkojaakko/** @file projector.cpp Texture coordinate projector and projection lists. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "clientapp.h" #include "render/projector.h" #include "render/r_main.h" #include "render/rend_main.h" #include "gl/gl_texmanager.h" // GL_PrepareLSTexture() #include "world/p_object.h" #include "BspLeaf" #include "Surface" #include "SectorCluster" #include "Contact" #include "r_util.h" #include using namespace de; #define PLF_SORT_LUMINOSITY_DESC 0x1 ///< Sort by descending luminosity, brightest to dullest. #define PLF_TEX_FLOOR 0x4 ///< Prefer the "floor" slot when picking textures. #define PLF_TEX_CEILING 0x8 ///< Prefer the "ceiling" slot when picking textures. struct ListNode { ListNode *next, *nextUsed; TexProjection projection; }; // Projection list nodes. static ListNode *firstNode, *cursorNode; static ListNode *newListNode() { ListNode *node; // Do we need to allocate mode nodes? if(!cursorNode) { node = (ListNode *) Z_Malloc(sizeof(*node), PU_APPSTATIC, NULL); // Link the new node to the list. node->nextUsed = firstNode; firstNode = node; } else { node = cursorNode; cursorNode = cursorNode->nextUsed; } node->next = 0; return node; } struct List { ListNode *head; bool sortByLuma; ///< @c true= Sort from brightest to darkest. List &operator << (TexProjection &texp) { return add(texp); } List &add(TexProjection &texp) { ListNode *node = newListNode(); node->projection = texp; if(head && sortByLuma) { float luma = luminosity(node->projection); ListNode *iter = head; ListNode *last = iter; do { // Is this brighter than that being added? if(luminosity(iter->projection) > luma) { last = iter; iter = iter->next; } else { // Insert it here. node->next = last->next; last->next = node; return *this; } } while(iter); } node->next = head; head = node; return *this; } private: /// Average color * alpha. static inline float luminosity(TexProjection const &texp) { return (texp.color.x + texp.color.y + texp.color.z) / 3 * texp.color.w; } }; // Projection lists. static uint listCount, cursorList; static List *lists; /** * Find/create a new projection list. * * @param listIdx Address holding the list index to retrieve. If the referenced * list index is non-zero return the associated list. Otherwise * allocate a new list and write it's index back to this address. * * @param sortByLuma @c true= The list should maintain luma-sorted order. * * @return ProjectionList associated with the (possibly newly attributed) index. */ static List &newList(uint *listIdx, bool sortByLuma = false) { DENG_ASSERT(listIdx != 0); // Do we need to allocate a list? if(!(*listIdx)) { // Do we need to allocate more lists? if(++cursorList >= listCount) { listCount *= 2; if(!listCount) listCount = 2; lists = (List *) Z_Realloc(lists, listCount * sizeof(*lists), PU_MAP); } List *list = &lists[cursorList-1]; list->head = 0; list->sortByLuma = sortByLuma; *listIdx = cursorList; } return lists[(*listIdx) - 1]; // 1-based index. } static Lumobj::LightmapSemantic semanticFromFlags(int flags) { if(flags & PLF_TEX_FLOOR) return Lumobj::Down; if(flags & PLF_TEX_CEILING) return Lumobj::Up; return Lumobj::Side; } /// Returns the texture variant specification for lightmaps. static TextureVariantSpec const &lightmapSpec() { return ClientApp::resourceSystem().textureSpec(TC_MAPSURFACE_LIGHTMAP, 0, 0, 0, 0, GL_CLAMP, GL_CLAMP, 1, -1, -1, false, false, false, true); } static DGLuint prepareLightmap(Texture *tex = 0) { if(tex) { if(TextureVariant *variant = tex->prepareVariant(lightmapSpec())) { return variant->glName(); } // Dang... } // Prepare the default/fallback lightmap instead. return GL_PrepareLSTexture(LST_DYNAMIC); } void Rend_ProjectorInitForMap(Map &map) { static bool firstTime = true; if(firstTime) { firstNode = 0; cursorNode = 0; firstTime = false; } // All memory for the lists is allocated from Zone so we can "forget" it. lists = 0; listCount = 0; cursorList = 0; } void Rend_ProjectorReset() { // Start reusing nodes. cursorNode = firstNode; // Clear the lists. cursorList = 0; if(listCount) { std::memset(lists, 0, listCount * sizeof *lists); } } struct project_params_t { uint *listIdx; ///< Index of any resulting projection list. int flags; ///< @ref lightProjectionFlags. float blendFactor; ///< Multiplied with projection alpha. Vector3d const *topLeft; ///< Top left vertex of the surface. Vector3d const *bottomRight; ///< Bottom right vertex of the surface. Matrix3f const *tangentMatrix; ///< Normalized surface tangent space vectors. }; /** * Project the given lumobj onto the surface. * * @param lum Lumobj representing the light being projected. * @param parm project_params_t parameters. */ static void projectLumobj(Lumobj &lum, project_params_t &parm) { // Has this already been occluded? if(R_ViewerLumobjIsHidden(lum.indexInMap())) return; // No lightmap texture? DGLuint tex = prepareLightmap(lum.lightmap(semanticFromFlags(parm.flags))); if(!tex) return; Vector3d lumCenter = lum.origin(); lumCenter.z += lum.zOffset(); // On the right side? Vector3d topLeftToLum = *parm.topLeft - lumCenter; if(topLeftToLum.dot(parm.tangentMatrix->column(2)) > 0.f) return; // Calculate 3D distance between surface and lumobj. Vector3d pointOnPlane = R_ClosestPointOnPlane(parm.tangentMatrix->column(2)/*normal*/, *parm.topLeft, lumCenter); coord_t distToLum = (lumCenter - pointOnPlane).length(); if(distToLum <= 0 || distToLum > lum.radius()) return; // Calculate the final surface light attribution factor. float luma = 1.5f - 1.5f * distToLum / lum.radius(); // Fade out as distance from viewer increases. luma *= lum.attenuation(R_ViewerLumobjDistance(lum.indexInMap())); // Would this be seen? if(luma * parm.blendFactor < OMNILIGHT_SURFACE_LUMINOSITY_ATTRIBUTION_MIN) return; // Project, counteracting aspect correction slightly. Vector2f s, t; float const scale = 1.0f / ((2.f * lum.radius()) - distToLum); if(!R_GenerateTexCoords(s, t, pointOnPlane, scale, scale * 1.08f, *parm.topLeft, *parm.bottomRight, *parm.tangentMatrix)) return; TexProjection texp(tex, Vector2f(s[0], t[0]), Vector2f(s[1], t[1]), Vector4f(Rend_LuminousColor(lum.color(), luma), parm.blendFactor)); // Write it to the (new) projection list. newList(parm.listIdx, (parm.flags & PLF_SORT_LUMINOSITY_DESC) != 0) << texp; } static int projectLumobjWorker(Lumobj &lum, void *context) { projectLumobj(lum, *static_cast(context)); return false; // Continue iteration. } void Rend_ProjectLumobjs(BspLeaf *bspLeaf, Vector3d const &topLeft, Vector3d const &bottomRight, Matrix3f const &tangentMatrix, float blendFactor, Lumobj::LightmapSemantic lightmap, bool sortByLuminance, uint &listIdx) { DENG_ASSERT(bspLeaf != 0); if(blendFactor < OMNILIGHT_SURFACE_LUMINOSITY_ATTRIBUTION_MIN) return; blendFactor = de::clamp(0.f, blendFactor, 1.f); project_params_t parm; zap(parm); parm.listIdx = &listIdx; parm.flags = (sortByLuminance? PLF_SORT_LUMINOSITY_DESC : 0) | ( lightmap == Lumobj::Down? PLF_TEX_FLOOR : lightmap == Lumobj::Up? PLF_TEX_CEILING : 0); parm.blendFactor = blendFactor; parm.topLeft = &topLeft; parm.bottomRight = &bottomRight; parm.tangentMatrix = &tangentMatrix; R_BspLeafLumobjContactIterator(*bspLeaf, projectLumobjWorker, &parm); } /** * Project a plane glow onto the surface. * * @param surface Glowing plane to project the light from. * @param origin Origin of the glow in the map coordinate space. * @param parm project_params_t parameters. */ static void projectGlow(Surface &surface, Vector3d const &origin, project_params_t &parm) { // Is the material glowing at this moment? Vector3f color; float intensity = surface.glow(color); if(intensity < .05f) return; coord_t glowHeight = Rend_PlaneGlowHeight(intensity); if(glowHeight < 2) return; // Not too small! // Calculate coords. float bottom, top; if(surface.normal().z < 0) { // Cast downward. bottom = (origin.z - parm.topLeft->z) / glowHeight; top = bottom + (parm.topLeft->z - parm.bottomRight->z) / glowHeight; } else { // Cast upward. top = (parm.bottomRight->z - origin.z) / glowHeight; bottom = top + (parm.topLeft->z - parm.bottomRight->z) / glowHeight; } // Above/below on the Z axis? if(!(bottom <= 1 || top >= 0)) return; TexProjection texp(GL_PrepareLSTexture(LST_GRADIENT), Vector2f(0, bottom), Vector2f(1, top), Vector4f(Rend_LuminousColor(color, intensity), parm.blendFactor)); // Write to the (new) projection list. newList(parm.listIdx, (parm.flags & PLF_SORT_LUMINOSITY_DESC) != 0) << texp; } void Rend_ProjectPlaneGlows(BspLeaf *bspLeaf, Vector3d const &topLeft, Vector3d const &bottomRight, Matrix3f const &tangentMatrix, float blendFactor, bool sortByLuminance, uint &listIdx) { DENG_ASSERT(bspLeaf != 0 && bspLeaf->hasCluster()); SectorCluster &cluster = bspLeaf->cluster(); if(bottomRight.z >= topLeft.z) return; if(blendFactor < OMNILIGHT_SURFACE_LUMINOSITY_ATTRIBUTION_MIN) return; blendFactor = de::clamp(0.f, blendFactor, 1.f); project_params_t parm; zap(parm); parm.listIdx = &listIdx; parm.flags = sortByLuminance? PLF_SORT_LUMINOSITY_DESC : 0; parm.blendFactor = blendFactor; parm.topLeft = &topLeft; parm.bottomRight = &bottomRight; parm.tangentMatrix = &tangentMatrix; for(int i = 0; i < cluster.visPlaneCount(); ++i) { Plane &plane = cluster.visPlane(i); Vector3d pointOnPlane(cluster.center(), plane.heightSmoothed()); projectGlow(plane.surface(), pointOnPlane, parm); } } /** * Project a shadow for the given mobj onto the surface. * * @param mobj Mobj to project a shadow for. * @param parm project_params_t parameters. */ static void projectMobjShadow(mobj_t &mobj, project_params_t &parm) { coord_t mobjOrigin[3]; Mobj_OriginSmoothed(&mobj, mobjOrigin); // Is this too far? coord_t distanceFromViewer = 0; if(shadowMaxDistance > 0) { distanceFromViewer = Rend_PointDist2D(mobjOrigin); if(distanceFromViewer > shadowMaxDistance) return; } // Should this mobj even have a shadow? float shadowStrength = Mobj_ShadowStrength(&mobj) * shadowFactor; if(usingFog) shadowStrength /= 2; if(shadowStrength <= 0) return; // Calculate the radius of the shadow. float shadowRadius = Mobj_VisualRadius(mobj); if(shadowRadius <= 0) return; if(shadowRadius > shadowMaxRadius) shadowRadius = shadowMaxRadius; mobjOrigin[VZ] -= mobj.floorClip; if(mobj.ddFlags & DDMF_BOB) mobjOrigin[VZ] -= Mobj_BobOffset(&mobj); coord_t mobjHeight = mobj.height; if(!mobjHeight) mobjHeight = 1; // If this were a light this is where we would check whether the origin is on // the right side of the surface. However this is a shadow and light is moving // in the opposite direction (inward toward the mobj's origin), therefore this // has "volume/depth". // Calculate 3D distance between surface and mobj. Vector3d point = R_ClosestPointOnPlane(parm.tangentMatrix->column(2)/*normal*/, *parm.topLeft, mobjOrigin); coord_t distanceFromSurface = (Vector3d(mobjOrigin) - Vector3d(point)).length(); // Too far above or below the shadowed surface? if(distanceFromSurface > mobj.height) return; if(mobjOrigin[VZ] + mobj.height < point[VZ]) return; if(distanceFromSurface > shadowRadius) return; // Calculate the final strength of the shadow's attribution to the surface. shadowStrength *= 1.5f - 1.5f * distanceFromSurface / shadowRadius; // Fade at half mobj height for smooth fade out when embedded in the surface. coord_t halfMobjHeight = mobjHeight / 2; if(distanceFromSurface > halfMobjHeight) { shadowStrength *= 1 - (distanceFromSurface - halfMobjHeight) / (mobjHeight - halfMobjHeight); } // Fade when nearing the maximum distance? shadowStrength *= Rend_ShadowAttenuationFactor(distanceFromViewer); // Apply the external blending factor. shadowStrength *= parm.blendFactor; // Would this shadow be seen? if(shadowStrength < SHADOW_SURFACE_LUMINOSITY_ATTRIBUTION_MIN) return; // Project, counteracting aspect correction slightly. Vector2f s, t; float const scale = 1.0f / ((2.f * shadowRadius) - distanceFromSurface); if(!R_GenerateTexCoords(s, t, point, scale, scale * 1.08f, *parm.topLeft, *parm.bottomRight, *parm.tangentMatrix)) return; TexProjection texp(GL_PrepareLSTexture(LST_DYNAMIC), Vector2f(s[0], t[0]), Vector2f(s[1], t[1]), /*Shadows are black*/ Vector4f(0, 0, 0, shadowStrength)); // Write to the (new) projection list. newList(parm.listIdx) << texp; } static int projectMobjShadowWorker(mobj_t &mobj, void *context) { projectMobjShadow(mobj, *static_cast(context)); return false; // Continue iteration. } void Rend_ProjectMobjShadows(BspLeaf *bspLeaf, Vector3d const &topLeft, Vector3d const &bottomRight, Matrix3f const &tangentMatrix, float blendFactor, uint &listIdx) { DENG_ASSERT(bspLeaf != 0); if(blendFactor < SHADOW_SURFACE_LUMINOSITY_ATTRIBUTION_MIN) return; blendFactor = de::clamp(0.f, blendFactor, 1.f); project_params_t parm; zap(parm); parm.listIdx = &listIdx; parm.blendFactor = blendFactor; parm.topLeft = &topLeft; parm.bottomRight = &bottomRight; parm.tangentMatrix = &tangentMatrix; R_BspLeafMobjContactIterator(*bspLeaf, projectMobjShadowWorker, &parm); } int Rend_IterateProjectionList(uint listIdx, int (*callback) (TexProjection const *, void *), void *context) { if(callback && listIdx != 0 && listIdx <= listCount) { ListNode *node = lists[listIdx - 1].head; while(node) { if(int result = callback(&node->projection, context)) return result; node = node->next; } } return 0; // Continue iteration. } doomsday-1.14.5/doomsday/client/src/render/rend_main.cpp0000664000175000017500000050726712350542237022534 0ustar jaakkojaakko/** @file rend_main.cpp World Map Renderer. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include #include #include #include "de_base.h" #include "de_console.h" #include "de_render.h" #include "de_resource.h" #include "de_graphics.h" #include "de_ui.h" #include "clientapp.h" #include "ui/editors/rendererappearanceeditor.h" #include "edit_bias.h" /// @todo remove me #include "network/net_main.h" /// @todo remove me #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "Texture" #include "Face" #include "world/map.h" #include "world/lineowner.h" #include "world/p_object.h" #include "world/p_players.h" #include "world/thinkers.h" #include "BspLeaf" #include "BspNode" #include "Contact" #include "Hand" #include "SectorCluster" #include "Surface" #include "BiasIllum" #include "BiasSurface" #include "HueCircleVisual" #include "LightDecoration" #include "Lumobj" #include "SkyFixEdge" #include "SurfaceDecorator" #include "TriangleStripBuilder" #include "WallEdge" #include "render/blockmapvisual.h" #include "render/billboard.h" #include "render/vissprite.h" #include "render/fx/bloom.h" #include "render/fx/vignette.h" #include "render/fx/lensflares.h" #include "render/vr.h" #include "gl/gl_texmanager.h" #include "gl/sys_opengl.h" #include "render/rend_main.h" using namespace de; // Surface (tangent-space) Vector Flags. #define SVF_TANGENT 0x01 #define SVF_BITANGENT 0x02 #define SVF_NORMAL 0x04 /** * @defgroup soundOriginFlags Sound Origin Flags * Flags for use with the sound origin debug display. * @ingroup flags */ ///@{ #define SOF_SECTOR 0x01 #define SOF_PLANE 0x02 #define SOF_SIDE 0x04 ///@} void Rend_DrawBBox(Vector3d const &pos, coord_t w, coord_t l, coord_t h, float a, float const color[3], float alpha, float br, bool alignToBase = true); void Rend_DrawArrow(Vector3d const &pos, float a, float s, float const color3f[3], float alpha); D_CMD(OpenRendererAppearanceEditor); D_CMD(LowRes); D_CMD(MipMap); D_CMD(TexReset); int useBias; // Shadow Bias enabled? cvar dd_bool usingFog; // Is the fog in use? float fogColor[4]; float fieldOfView = 95.0f; byte smoothTexAnim = true; int renderTextures = true; int renderWireframe = false; int useMultiTexLights = true; int useMultiTexDetails = true; // Rendering paramaters for dynamic lights. int dynlightBlend = 0; Vector3f torchColor(1, 1, 1); int torchAdditive = true; int useShinySurfaces = true; int useDynLights = true; float dynlightFactor = .5f; float dynlightFogBright = .15f; int useGlowOnWalls = true; float glowFactor = .8f; float glowHeightFactor = 3; // Glow height as a multiplier. int glowHeightMax = 100; // 100 is the default (0-1024). int useShadows = true; float shadowFactor = 1.2f; int shadowMaxRadius = 80; int shadowMaxDistance = 1000; byte useLightDecorations = true; ///< cvar float detailFactor = .5f; float detailScale = 4; int mipmapping = 5; int filterUI = 1; int texQuality = TEXQ_BEST; int ratioLimit = 0; // Zero if none. dd_bool fillOutlines = true; int useSmartFilter = 0; // Smart filter mode (cvar: 1=hq2x) int filterSprites = true; int texMagMode = 1; // Linear. int texAniso = -1; // Use best. dd_bool noHighResTex = false; dd_bool noHighResPatches = false; dd_bool highResWithPWAD = false; byte loadExtAlways = false; // Always check for extres (cvar) float texGamma = 0; int glmode[6] = // Indexed by 'mipmapping'. { GL_NEAREST, GL_LINEAR, GL_NEAREST_MIPMAP_NEAREST, GL_LINEAR_MIPMAP_NEAREST, GL_NEAREST_MIPMAP_LINEAR, GL_LINEAR_MIPMAP_LINEAR }; Vector3d vOrigin; float vang, vpitch; float viewsidex, viewsidey; byte freezeRLs; int devRendSkyMode; byte devRendSkyAlways; // Ambient lighting, rAmbient is used within the renderer, ambientLight is // used to store the value of the ambient light cvar. // The value chosen for rAmbient occurs in Rend_UpdateLightModMatrix // for convenience (since we would have to recalculate the matrix anyway). int rAmbient, ambientLight; int viewpw, viewph; // Viewport size, in pixels. int viewpx, viewpy; // Viewpoint top left corner, in pixels. float yfov; int gameDrawHUD = 1; // Set to zero when we advise that the HUD should not be drawn /** * Implements a pre-calculated LUT for light level limiting and range * compression offsets, arranged such that it may be indexed with a * light level value. Return value is an appropriate delta (considering * all applicable renderer properties) which has been pre-clamped such * that when summed with the original light value the result remains in * the normalized range [0..1]. */ float lightRangeCompression; float lightModRange[255]; byte devLightModRange; float rendLightDistanceAttenuation = 924; int rendLightAttenuateFixedColormap = 1; float rendLightWallAngle = 1.2f; // Intensity of angle-based wall lighting. byte rendLightWallAngleSmooth = true; float rendSkyLight = .273f; // Intensity factor. byte rendSkyLightAuto = true; int rendMaxLumobjs; ///< Max lumobjs per viewer, per frame. @c 0= no maximum. int extraLight; // Bumped light from gun blasts. float extraLightDelta; // Display list id for the active-textured bbox model. DGLuint dlBBox; /* * Debug/Development cvars: */ byte devMobjVLights; ///< @c 1= Draw mobj vertex lighting vector. int devMobjBBox; ///< @c 1= Draw mobj bounding boxes. int devPolyobjBBox; ///< @c 1= Draw polyobj bounding boxes. byte devVertexIndices; ///< @c 1= Draw vertex indices. byte devVertexBars; ///< @c 1= Draw vertex position bars. byte devDrawGenerators; ///< @c 1= Draw active generators. byte devSoundEmitters; ///< @c 1= Draw sound emitters. byte devSurfaceVectors; ///< @c 1= Draw tangent space vectors for surfaces. byte devNoTexFix; ///< @c 1= Draw "missing" rather than fix materials. byte devSectorIndices; ///< @c 1= Draw sector indicies. byte devThinkerIds; ///< @c 1= Draw (mobj) thinker indicies. byte rendInfoLums; ///< @c 1= Print lumobj debug info to the console. byte devDrawLums; ///< @c 1= Draw lumobjs origins. static void drawMobjBoundingBoxes(Map &map); static void drawSoundEmitters(Map &map); static void drawGenerators(Map &map); static void drawAllSurfaceTangentVectors(Map &map); static void drawBiasEditingVisuals(Map &map); static void drawLumobjs(Map &map); static void drawSectors(Map &map); static void drawThinkers(Map &map); static void drawVertexes(Map &map); // Draw state: static Vector3d eyeOrigin; // Viewer origin. static BspLeaf *currentBspLeaf; // BSP leaf currently being drawn. static Vector3f currentSectorLightColor; static float currentSectorLightLevel; static bool firstBspLeaf; // No range checking for the first one. static void markLightGridForFullUpdate() { if(App_WorldSystem().hasMap()) { Map &map = App_WorldSystem().map(); if(map.hasLightGrid()) map.lightGrid().markAllForUpdate(); } } static int unlinkMobjLumobjWorker(thinker_t *th, void *) { Mobj_UnlinkLumobjs(reinterpret_cast(th)); return false; // Continue iteration. } static void unlinkMobjLumobjs() { if(App_WorldSystem().hasMap()) { Map &map = App_WorldSystem().map(); map.thinkers().iterate(reinterpret_cast(gx.MobjThinker), 0x1, unlinkMobjLumobjWorker); } } static void fieldOfViewChanged() { if(vrCfg().mode() == VRConfig::OculusRift) { if(Con_GetFloat("rend-vr-rift-fovx") != fieldOfView) Con_SetFloat("rend-vr-rift-fovx", fieldOfView); } else { if(Con_GetFloat("rend-vr-nonrift-fovx") != fieldOfView) Con_SetFloat("rend-vr-nonrift-fovx", fieldOfView); } } static void detailFactorChanged() { App_ResourceSystem().releaseGLTexturesByScheme("Details"); } static void loadExtAlwaysChanged() { GL_TexReset(); } static void useSmartFilterChanged() { GL_TexReset(); } static void texGammaChanged() { R_BuildTexGammaLut(); GL_TexReset(); LOG_GL_MSG("Texture gamma correction set to %f") << texGamma; } static void mipmappingChanged() { GL_TexReset(); } static void texQualityChanged() { GL_TexReset(); } void Rend_Register() { C_VAR_INT ("rend-bias", &useBias, 0, 0, 1); C_VAR_FLOAT2("rend-camera-fov", &fieldOfView, 0, 1, 179, fieldOfViewChanged); C_VAR_FLOAT ("rend-glow", &glowFactor, 0, 0, 2); C_VAR_INT ("rend-glow-height", &glowHeightMax, 0, 0, 1024); C_VAR_FLOAT ("rend-glow-scale", &glowHeightFactor, 0, 0.1f, 10); C_VAR_INT ("rend-glow-wall", &useGlowOnWalls, 0, 0, 1); C_VAR_BYTE ("rend-info-lums", &rendInfoLums, 0, 0, 1); C_VAR_INT2 ("rend-light", &useDynLights, 0, 0, 1, unlinkMobjLumobjs); C_VAR_INT2 ("rend-light-ambient", &ambientLight, 0, 0, 255, Rend_UpdateLightModMatrix); C_VAR_FLOAT ("rend-light-attenuation", &rendLightDistanceAttenuation, CVF_NO_MAX, 0, 0); C_VAR_INT ("rend-light-blend", &dynlightBlend, 0, 0, 2); C_VAR_FLOAT ("rend-light-bright", &dynlightFactor, 0, 0, 1); C_VAR_FLOAT2("rend-light-compression", &lightRangeCompression, 0, -1, 1, Rend_UpdateLightModMatrix); C_VAR_BYTE ("rend-light-decor", &useLightDecorations, 0, 0, 1); C_VAR_FLOAT ("rend-light-fog-bright", &dynlightFogBright, 0, 0, 1); C_VAR_INT ("rend-light-multitex", &useMultiTexLights, 0, 0, 1); C_VAR_INT ("rend-light-num", &rendMaxLumobjs, CVF_NO_MAX, 0, 0); C_VAR_FLOAT2("rend-light-sky", &rendSkyLight, 0, 0, 1, markLightGridForFullUpdate); C_VAR_BYTE2 ("rend-light-sky-auto", &rendSkyLightAuto, 0, 0, 1, markLightGridForFullUpdate); C_VAR_FLOAT ("rend-light-wall-angle", &rendLightWallAngle, CVF_NO_MAX, 0, 0); C_VAR_BYTE ("rend-light-wall-angle-smooth", &rendLightWallAngleSmooth, 0, 0, 1); C_VAR_BYTE ("rend-map-material-precache", &precacheMapMaterials, 0, 0, 1); C_VAR_INT ("rend-shadow", &useShadows, 0, 0, 1); C_VAR_FLOAT ("rend-shadow-darkness", &shadowFactor, 0, 0, 2); C_VAR_INT ("rend-shadow-far", &shadowMaxDistance, CVF_NO_MAX, 0, 0); C_VAR_INT ("rend-shadow-radius-max", &shadowMaxRadius, CVF_NO_MAX, 0, 0); C_VAR_INT ("rend-tex", &renderTextures, CVF_NO_ARCHIVE, 0, 2); C_VAR_BYTE ("rend-tex-anim-smooth", &smoothTexAnim, 0, 0, 1); C_VAR_INT ("rend-tex-detail", &r_detail, 0, 0, 1); C_VAR_INT ("rend-tex-detail-multitex", &useMultiTexDetails, 0, 0, 1); C_VAR_FLOAT ("rend-tex-detail-scale", &detailScale, CVF_NO_MIN | CVF_NO_MAX, 0, 0); C_VAR_FLOAT2("rend-tex-detail-strength", &detailFactor, 0, 0, 5, detailFactorChanged); C_VAR_BYTE2 ("rend-tex-external-always", &loadExtAlways, 0, 0, 1, loadExtAlwaysChanged); C_VAR_INT ("rend-tex-filter-anisotropic", &texAniso, 0, -1, 4); C_VAR_INT ("rend-tex-filter-mag", &texMagMode, 0, 0, 1); C_VAR_INT2 ("rend-tex-filter-smart", &useSmartFilter, 0, 0, 1, useSmartFilterChanged); C_VAR_INT ("rend-tex-filter-sprite", &filterSprites, 0, 0, 1); C_VAR_INT ("rend-tex-filter-ui", &filterUI, 0, 0, 1); C_VAR_FLOAT2("rend-tex-gamma", &texGamma, 0, 0, 1, texGammaChanged); C_VAR_INT2 ("rend-tex-mipmap", &mipmapping, CVF_PROTECTED, 0, 5, mipmappingChanged); C_VAR_INT2 ("rend-tex-quality", &texQuality, 0, 0, 8, texQualityChanged); C_VAR_INT ("rend-tex-shiny", &useShinySurfaces, 0, 0, 1); C_VAR_BYTE ("rend-dev-blockmap-debug", &bmapShowDebug, CVF_NO_ARCHIVE, 0, 4); C_VAR_FLOAT ("rend-dev-blockmap-debug-size", &bmapDebugSize, CVF_NO_ARCHIVE, .1f, 100); C_VAR_INT ("rend-dev-cull-leafs", &devNoCulling, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-freeze", &freezeRLs, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-generator-show-indices", &devDrawGenerators, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-light-mod", &devLightModRange, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-lums", &devDrawLums, CVF_NO_ARCHIVE, 0, 1); C_VAR_INT ("rend-dev-mobj-bbox", &devMobjBBox, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-mobj-show-vlights", &devMobjVLights, CVF_NO_ARCHIVE, 0, 1); C_VAR_INT ("rend-dev-polyobj-bbox", &devPolyobjBBox, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-sector-show-indices", &devSectorIndices, CVF_NO_ARCHIVE, 0, 1); C_VAR_INT ("rend-dev-sky", &devRendSkyMode, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-sky-always", &devRendSkyAlways, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-soundorigins", &devSoundEmitters, CVF_NO_ARCHIVE, 0, 7); C_VAR_BYTE ("rend-dev-surface-show-vectors", &devSurfaceVectors, CVF_NO_ARCHIVE, 0, 7); C_VAR_BYTE ("rend-dev-thinker-ids", &devThinkerIds, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-tex-showfix", &devNoTexFix, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-vertex-show-bars", &devVertexBars, CVF_NO_ARCHIVE, 0, 1); C_VAR_BYTE ("rend-dev-vertex-show-indices", &devVertexIndices, CVF_NO_ARCHIVE, 0, 1); C_CMD ("rendedit", "", OpenRendererAppearanceEditor); C_CMD_FLAGS ("lowres", "", LowRes, CMDF_NO_DEDICATED); C_CMD_FLAGS ("mipmap", "i", MipMap, CMDF_NO_DEDICATED); C_CMD_FLAGS ("texreset", "", TexReset, CMDF_NO_DEDICATED); C_CMD_FLAGS ("texreset", "s", TexReset, CMDF_NO_DEDICATED); BiasIllum::consoleRegister(); BiasSurface::consoleRegister(); LightDecoration::consoleRegister(); LightGrid::consoleRegister(); Lumobj::consoleRegister(); Sky::consoleRegister(); Rend_ModelRegister(); Rend_ParticleRegister(); Generator::consoleRegister(); Rend_RadioRegister(); Rend_SpriteRegister(); LensFx_Register(); fx::Bloom::consoleRegister(); fx::Vignette::consoleRegister(); fx::LensFlares::consoleRegister(); VR_ConsoleRegister(); } static void reportWallSectionDrawn(Line &line) { // Already been here? int playerNum = viewPlayer - ddPlayers; if(line.isMappedByPlayer(playerNum)) return; // Mark as drawn. line.markMappedByPlayer(playerNum); // Send a status report. if(gx.HandleMapObjectStatusReport) { gx.HandleMapObjectStatusReport(DMUSC_LINE_FIRSTRENDERED, line.indexInMap(), DMU_LINE, &playerNum); } } void Rend_Init() { C_Init(); } void Rend_Shutdown() { ClientApp::renderSystem().clearDrawLists(); } /// World/map renderer reset. void Rend_Reset() { R_ClearViewData(); if(App_WorldSystem().hasMap()) { App_WorldSystem().map().removeAllLumobjs(); } if(dlBBox) { GL_DeleteLists(dlBBox, 1); dlBBox = 0; } } bool Rend_IsMTexLights() { return IS_MTEX_LIGHTS; } bool Rend_IsMTexDetails() { return IS_MTEX_DETAILS; } float Rend_FieldOfView() { if(vrCfg().mode() == VRConfig::OculusRift) { // fieldOfView = VR::riftFovX(); // Update for culling // return VR::riftFovX(); return fieldOfView; } else { float widescreenCorrection = float(viewpw)/float(viewph) / (4.f / 3.f); widescreenCorrection = (1 + 2 * widescreenCorrection) / 3; return de::clamp(1.f, widescreenCorrection * fieldOfView, 179.f); } } Matrix4f Rend_GetModelViewMatrix(int consoleNum, bool useAngles) { viewdata_t const *viewData = R_ViewData(consoleNum); vOrigin = viewData->current.origin.xzy(); vang = viewData->current.angle() / (float) ANGLE_MAX * 360 - 90; // head tracking included vpitch = viewData->current.pitch * 85.0 / 110.0; Matrix4f modelView; if(useAngles) { float yaw = vang; float pitch = vpitch; float roll = 0; /// @todo Elevate roll angle use into viewer_t, and maybe all the way up into player /// model. /* * Pitch and yaw can be taken directly from the head tracker, as the game is aware of * these values and is syncing with them independently (however, game has more * latency). */ if((vrCfg().mode() == VRConfig::OculusRift) && vrCfg().oculusRift().isReady()) { Vector3f const pry = vrCfg().oculusRift().headOrientation(); // Use angles directly from the Rift for best response. roll = -radianToDegree(pry[1]); pitch = radianToDegree(pry[0]); } modelView = Matrix4f::rotate(roll, Vector3f(0, 0, 1)) * Matrix4f::rotate(pitch, Vector3f(1, 0, 0)) * Matrix4f::rotate(yaw, Vector3f(0, 1, 0)); } return (modelView * Matrix4f::scale(Vector3f(1.0f, 1.2f, 1.0f)) * // This is the aspect correction. Matrix4f::translate(-vOrigin)); } void Rend_ModelViewMatrix(bool useAngles) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMatrixMode(GL_MODELVIEW); glLoadMatrixf(Rend_GetModelViewMatrix(viewPlayer - ddPlayers, useAngles).values()); } static inline double viewFacingDot(Vector2d const &v1, Vector2d const &v2) { // The dot product. return (v1.y - v2.y) * (v1.x - vOrigin.x) + (v2.x - v1.x) * (v1.y - vOrigin.z); } float Rend_ExtraLightDelta() { return extraLightDelta; } void Rend_ApplyTorchLight(Vector4f &color, float distance) { ddplayer_t *ddpl = &viewPlayer->shared; // Disabled? if(!ddpl->fixedColorMap) return; // Check for torch. if(!rendLightAttenuateFixedColormap || distance < 1024) { // Colormap 1 is the brightest. I'm guessing 16 would be // the darkest. float d = (16 - ddpl->fixedColorMap) / 15.0f; if(rendLightAttenuateFixedColormap) { d *= (1024 - distance) / 1024.0f; } if(torchAdditive) { color += torchColor * d; } else { color += ((color * torchColor) - color) * d; } } } void Rend_ApplyTorchLight(float *color3, float distance) { Vector4f tmp(color3, 0); Rend_ApplyTorchLight(tmp, distance); for(int i = 0; i < 3; ++i) { color3[i] = tmp[i]; } } float Rend_AttenuateLightLevel(float distToViewer, float lightLevel) { if(distToViewer > 0 && rendLightDistanceAttenuation > 0) { float real = lightLevel - (distToViewer - 32) / rendLightDistanceAttenuation * (1 - lightLevel); float minimum = de::max(0.f, de::squared(lightLevel) + (lightLevel - .63f) * .5f); if(real < minimum) real = minimum; // Clamp it. return de::min(real, 1.f); } return lightLevel; } float Rend_ShadowAttenuationFactor(coord_t distance) { if(shadowMaxDistance > 0 && distance > 3 * shadowMaxDistance / 4) { return (shadowMaxDistance - distance) / (shadowMaxDistance / 4); } return 1; } static Vector3f skyLightColor; static Vector3f oldSkyAmbientColor(-1.f, -1.f, -1.f); static float oldRendSkyLight = -1; Vector3f const &Rend_SectorLightColor(SectorCluster const &cluster) { if(rendSkyLight > .001f && cluster.hasSkyMaskedPlane()) { Vector3f const &ambientColor = theSky->ambientColor(); if(rendSkyLight != oldRendSkyLight || !INRANGE_OF(ambientColor.x, oldSkyAmbientColor.x, .001f) || !INRANGE_OF(ambientColor.y, oldSkyAmbientColor.y, .001f) || !INRANGE_OF(ambientColor.z, oldSkyAmbientColor.z, .001f)) { skyLightColor = ambientColor; R_AmplifyColor(skyLightColor); // Apply the intensity factor cvar. for(int i = 0; i < 3; ++i) { skyLightColor[i] = skyLightColor[i] + (1 - rendSkyLight) * (1.f - skyLightColor[i]); } // When the sky light color changes we must update the light grid. markLightGridForFullUpdate(); oldSkyAmbientColor = ambientColor; } oldRendSkyLight = rendSkyLight; return skyLightColor; } // A non-skylight sector (i.e., everything else!) // Return the sector's ambient light color. return cluster.sector().lightColor(); } static bool sectorHasSkyMaskedPlane(Sector const §or) { foreach(Plane *plane, sector.planes()) { if(plane->surface().hasSkyMaskedMaterial()) return true; } return false; } /// @todo refactor away. Vector3f const &Rend_SectorLightColor(Sector const §or) { if(rendSkyLight > .001f && sectorHasSkyMaskedPlane(sector)) { Vector3f const &ambientColor = theSky->ambientColor(); if(rendSkyLight != oldRendSkyLight || !INRANGE_OF(ambientColor.x, oldSkyAmbientColor.x, .001f) || !INRANGE_OF(ambientColor.y, oldSkyAmbientColor.y, .001f) || !INRANGE_OF(ambientColor.z, oldSkyAmbientColor.z, .001f)) { skyLightColor = ambientColor; R_AmplifyColor(skyLightColor); // Apply the intensity factor cvar. for(int i = 0; i < 3; ++i) { skyLightColor[i] = skyLightColor[i] + (1 - rendSkyLight) * (1.f - skyLightColor[i]); } // When the sky light color changes we must update the light grid. markLightGridForFullUpdate(); oldSkyAmbientColor = ambientColor; } oldRendSkyLight = rendSkyLight; return skyLightColor; } // A non-skylight sector (i.e., everything else!) // Return the sector's ambient light color. return sector.lightColor(); } Vector3f Rend_LuminousColor(Vector3f const &color, float light) { light = de::clamp(0.f, light, 1.f) * dynlightFactor; // In fog additive blending is used; the normal fog color is way too bright. if(usingFog) light *= dynlightFogBright; // Multiply light with (ambient) color. return color * light; } coord_t Rend_PlaneGlowHeight(float intensity) { return de::clamp(0, GLOW_HEIGHT_MAX * intensity * glowHeightFactor, glowHeightMax); } Material *Rend_ChooseMapSurfaceMaterial(Surface const &surface) { switch(renderTextures) { case 0: // No texture mode. case 1: // Normal mode. if(devNoTexFix && surface.hasFixMaterial()) { // Missing material debug mode -- use special "missing" material. return &ClientApp::resourceSystem().material(de::Uri("System", Path("missing"))); } // Use the surface-bound material. return surface.materialPtr(); case 2: // Lighting debug mode. if(surface.hasMaterial() && !(!devNoTexFix && surface.hasFixMaterial())) { if(!surface.hasSkyMaskedMaterial() || devRendSkyMode) { // Use the special "gray" material. return &ClientApp::resourceSystem().material(de::Uri("System", Path("gray"))); } } break; default: break; } // No material, then. return 0; } static void lightVertex(Vector4f &color, Vector3f const &vtx, float lightLevel, Vector3f const &ambientColor) { float const dist = Rend_PointDist2D(vtx); // Apply distance attenuation. lightLevel = Rend_AttenuateLightLevel(dist, lightLevel); // Add extra light. lightLevel = de::clamp(0.f, lightLevel + Rend_ExtraLightDelta(), 1.f); Rend_ApplyLightAdaptation(lightLevel); // Mix with the surface color. for(int i = 0; i < 3; ++i) { color[i] = lightLevel * ambientColor[i]; } } static void lightVertices(uint num, Vector4f *colors, Vector3f const *verts, float lightLevel, Vector3f const &ambientColor) { for(uint i = 0; i < num; ++i) { lightVertex(colors[i], verts[i], lightLevel, ambientColor); } } int RIT_FirstDynlightIterator(TexProjection const *dyn, void *parameters) { TexProjection const **ptr = (TexProjection const **)parameters; *ptr = dyn; return 1; // Stop iteration. } /** * This doesn't create a rendering primitive but a vissprite! The vissprite * represents the masked poly and will be rendered during the rendering * of sprites. This is necessary because all masked polygons must be * rendered back-to-front, or there will be alpha artifacts along edges. */ void Rend_AddMaskedPoly(Vector3f const *rvertices, Vector4f const *rcolors, coord_t wallLength, MaterialVariant *material, Vector2f const &materialOrigin, blendmode_t blendMode, uint lightListIdx, float glow) { vissprite_t *vis = R_NewVisSprite(VSPR_MASKED_WALL); vis->origin = (rvertices[0] + rvertices[3]) / 2; vis->distance = Rend_PointDist2D(vis->origin); VS_WALL(vis)->texOffset[0] = materialOrigin[VX]; VS_WALL(vis)->texOffset[1] = materialOrigin[VY]; // Masked walls are sometimes used for special effects like arcs, // cobwebs and bottoms of sails. In order for them to look right, // we need to disable texture wrapping on the horizontal axis (S). // Most masked walls need wrapping, though. What we need to do is // look at the texture coordinates and see if they require texture // wrapping. if(renderTextures) { MaterialSnapshot const &ms = material->prepare(); int wrapS = GL_REPEAT, wrapT = GL_REPEAT; VS_WALL(vis)->texCoord[0][VX] = VS_WALL(vis)->texOffset[0] / ms.width(); VS_WALL(vis)->texCoord[1][VX] = VS_WALL(vis)->texCoord[0][VX] + wallLength / ms.width(); VS_WALL(vis)->texCoord[0][VY] = VS_WALL(vis)->texOffset[1] / ms.height(); VS_WALL(vis)->texCoord[1][VY] = VS_WALL(vis)->texCoord[0][VY] + (rvertices[3].z - rvertices[0].z) / ms.height(); if(!ms.isOpaque()) { if(!(VS_WALL(vis)->texCoord[0][VX] < 0 || VS_WALL(vis)->texCoord[0][VX] > 1 || VS_WALL(vis)->texCoord[1][VX] < 0 || VS_WALL(vis)->texCoord[1][VX] > 1)) { // Visible portion is within the actual [0..1] range. wrapS = GL_CLAMP_TO_EDGE; } // Clamp on the vertical axis if the coords are in the normal [0..1] range. if(!(VS_WALL(vis)->texCoord[0][VY] < 0 || VS_WALL(vis)->texCoord[0][VY] > 1 || VS_WALL(vis)->texCoord[1][VY] < 0 || VS_WALL(vis)->texCoord[1][VY] > 1)) { wrapT = GL_CLAMP_TO_EDGE; } } // Choose a specific variant for use as a middle wall section. material = material->generalCase() .chooseVariant(Rend_MapSurfaceMaterialSpec(wrapS, wrapT), true /*can create variant*/); } VS_WALL(vis)->material = material; VS_WALL(vis)->blendMode = blendMode; for(int i = 0; i < 4; ++i) { VS_WALL(vis)->vertices[i].pos[VX] = rvertices[i].x; VS_WALL(vis)->vertices[i].pos[VY] = rvertices[i].y; VS_WALL(vis)->vertices[i].pos[VZ] = rvertices[i].z; for(int c = 0; c < 4; ++c) { /// @todo Do not clamp here. VS_WALL(vis)->vertices[i].color[c] = de::clamp(0.f, rcolors[i][c], 1.f); } } /// @todo Semitransparent masked polys arn't lit atm if(glow < 1 && lightListIdx && numTexUnits > 1 && envModAdd && !(rcolors[0].w < 1)) { TexProjection const *dyn = 0; /** * The dynlights will have already been sorted so that the brightest * and largest of them is first in the list. So grab that one. */ Rend_IterateProjectionList(lightListIdx, RIT_FirstDynlightIterator, (void *)&dyn); VS_WALL(vis)->modTex = dyn->texture; VS_WALL(vis)->modTexCoord[0][0] = dyn->topLeft.x; VS_WALL(vis)->modTexCoord[0][1] = dyn->topLeft.y; VS_WALL(vis)->modTexCoord[1][0] = dyn->bottomRight.x; VS_WALL(vis)->modTexCoord[1][1] = dyn->bottomRight.y; for(int c = 0; c < 4; ++c) { VS_WALL(vis)->modColor[c] = dyn->color[c]; } } else { VS_WALL(vis)->modTex = 0; } } static void quadTexCoords(Vector2f *tc, Vector3f const *rverts, coord_t wallLength, Vector3d const &topLeft) { tc[0].x = tc[1].x = rverts[0].x - topLeft.x; tc[3].y = tc[1].y = rverts[0].y - topLeft.y; tc[3].x = tc[2].x = tc[0].x + wallLength; tc[2].y = tc[3].y + (rverts[1].z - rverts[0].z); tc[0].y = tc[3].y + (rverts[3].z - rverts[2].z); } static void quadLightCoords(Vector2f *tc, Vector2f const &topLeft, Vector2f const &bottomRight) { tc[1].x = tc[0].x = topLeft.x; tc[1].y = tc[3].y = topLeft.y; tc[3].x = tc[2].x = bottomRight.x; tc[2].y = tc[0].y = bottomRight.y; } static float shinyVertical(float dy, float dx) { return ((atan(dy/dx) / (PI/2)) + 1) / 2; } static void quadShinyTexCoords(Vector2f *tc, Vector3f const *topLeft, Vector3f const *bottomRight, coord_t wallLength) { vec2f_t surface, normal, projected, s, reflected, view; float distance, angle, prevAngle = 0; uint i; // Quad surface vector. V2f_Set(surface, (bottomRight->x - topLeft->x) / wallLength, (bottomRight->y - topLeft->y) / wallLength); V2f_Set(normal, surface[VY], -surface[VX]); // Calculate coordinates based on viewpoint and surface normal. for(i = 0; i < 2; ++i) { // View vector. V2f_Set(view, vOrigin.x - (i == 0? topLeft->x : bottomRight->x), vOrigin.z - (i == 0? topLeft->y : bottomRight->y)); distance = V2f_Normalize(view); V2f_Project(projected, view, normal); V2f_Subtract(s, projected, view); V2f_Scale(s, 2); V2f_Sum(reflected, view, s); angle = acos(reflected[VY]) / PI; if(reflected[VX] < 0) { angle = 1 - angle; } if(i == 0) { prevAngle = angle; } else { if(angle > prevAngle) angle -= 1; } // Horizontal coordinates. tc[ (i == 0 ? 1 : 2) ].x = tc[ (i == 0 ? 0 : 3) ].x = angle + .3f; /*acos(-dot)/PI*/ // Vertical coordinates. tc[ (i == 0 ? 0 : 2) ].y = shinyVertical(vOrigin.y - bottomRight->z, distance); tc[ (i == 0 ? 1 : 3) ].y = shinyVertical(vOrigin.y - topLeft->z, distance); } } static void flatShinyTexCoords(Vector2f *tc, Vector3f const &point) { // Determine distance to viewer. float distToEye = Vector2f(vOrigin.x - point.x, vOrigin.z - point.y) .normalize().length(); if(distToEye < 10) { // Too small distances cause an ugly 'crunch' below and above // the viewpoint. distToEye = 10; } // Offset from the normal view plane. Vector2f start(vOrigin.x, vOrigin.z); float offset = ((start.y - point.y) * sin(.4f)/*viewFrontVec[VX]*/ - (start.x - point.x) * cos(.4f)/*viewFrontVec[VZ]*/); tc->x = ((shinyVertical(offset, distToEye) - .5f) * 2) + .5f; tc->y = shinyVertical(vOrigin.y - point.z, distToEye); } struct rendworldpoly_params_t { //int flags; /// @ref rendpolyFlags bool skyMasked; blendmode_t blendMode; Vector3d const *topLeft; Vector3d const *bottomRight; Vector2f const *materialOrigin; Vector2f const *materialScale; float alpha; float surfaceLightLevelDL; float surfaceLightLevelDR; Vector3f const *surfaceColor; uint lightListIdx; // List of lights that affect this poly. uint shadowListIdx; // List of shadows that affect this poly. float glowing; bool forceOpaque; BiasSurface *bsuf; int geomGroup; bool isWall; // Wall only: struct { coord_t sectionWidth; Vector3f const *surfaceColor2; // Secondary color. WallEdge const *leftEdge; WallEdge const *rightEdge; } wall; }; static bool renderWorldPoly(Vector3f *posCoords, uint numVertices, rendworldpoly_params_t const &p, MaterialSnapshot const &ms) { BspLeaf *leaf = currentBspLeaf; DENG_ASSERT(posCoords != 0); uint const realNumVertices = (p.isWall? 3 + p.wall.leftEdge->divisionCount() + 3 + p.wall.rightEdge->divisionCount() : numVertices); bool const mustSubdivide = (p.isWall && (p.wall.leftEdge->divisionCount() || p.wall.rightEdge->divisionCount())); bool const skyMaskedMaterial = (p.skyMasked || (ms.material().isSkyMasked())); bool const drawAsVisSprite = (!p.forceOpaque && !p.skyMasked && (!ms.isOpaque() || p.alpha < 1 || p.blendMode > 0)); bool useLights = false, useShadows = false, hasDynlights = false; // Map RTU configuration from prepared MaterialSnapshot(s). GLTextureUnit const *primaryRTU = (!p.skyMasked)? &ms.unit(RTU_PRIMARY) : NULL; GLTextureUnit const *primaryDetailRTU = (r_detail && !p.skyMasked && ms.unit(RTU_PRIMARY_DETAIL).hasTexture())? &ms.unit(RTU_PRIMARY_DETAIL) : NULL; GLTextureUnit const *interRTU = (!p.skyMasked && ms.unit(RTU_INTER).hasTexture())? &ms.unit(RTU_INTER) : NULL; GLTextureUnit const *interDetailRTU = (r_detail && !p.skyMasked && ms.unit(RTU_INTER_DETAIL).hasTexture())? &ms.unit(RTU_INTER_DETAIL) : NULL; GLTextureUnit const *shinyRTU = (useShinySurfaces && !p.skyMasked && ms.unit(RTU_REFLECTION).hasTexture())? &ms.unit(RTU_REFLECTION) : NULL; GLTextureUnit const *shinyMaskRTU = (useShinySurfaces && !p.skyMasked && ms.unit(RTU_REFLECTION).hasTexture() && ms.unit(RTU_REFLECTION_MASK).hasTexture())? &ms.unit(RTU_REFLECTION_MASK) : NULL; Vector4f *colorCoords = !skyMaskedMaterial? R_AllocRendColors(realNumVertices) : 0; Vector2f *primaryCoords = R_AllocRendTexCoords(realNumVertices); Vector2f *interCoords = interRTU? R_AllocRendTexCoords(realNumVertices) : 0; Vector4f *shinyColors = 0; Vector2f *shinyTexCoords = 0; Vector2f *modCoords = 0; DGLuint modTex = 0; Vector2f modTexSt[2]; // [topLeft, bottomRight] Vector3f modColor; if(!skyMaskedMaterial) { // ShinySurface? if(shinyRTU && !drawAsVisSprite) { // We'll reuse the same verts but we need new colors. shinyColors = R_AllocRendColors(realNumVertices); // The normal texcoords are used with the mask. // New texcoords are required for shiny texture. shinyTexCoords = R_AllocRendTexCoords(realNumVertices); } if(p.glowing < 1) { useLights = (p.lightListIdx ? true : false); useShadows = (p.shadowListIdx? true : false); /** * If multitexturing is enabled and there is at least one * dynlight affecting this surface, grab the parameters * needed to draw it. */ if(useLights && Rend_IsMTexLights()) { TexProjection *dyn = 0; Rend_IterateProjectionList(p.lightListIdx, RIT_FirstDynlightIterator, (void *)&dyn); modTex = dyn->texture; modCoords = R_AllocRendTexCoords(realNumVertices); modColor = dyn->color; modTexSt[0] = dyn->topLeft; modTexSt[1] = dyn->bottomRight; } } } if(p.isWall) { // Primary texture coordinates. quadTexCoords(primaryCoords, posCoords, p.wall.sectionWidth, *p.topLeft); // Blend texture coordinates. if(interRTU && !drawAsVisSprite) quadTexCoords(interCoords, posCoords, p.wall.sectionWidth, *p.topLeft); // Shiny texture coordinates. if(shinyRTU && !drawAsVisSprite) quadShinyTexCoords(shinyTexCoords, &posCoords[1], &posCoords[2], p.wall.sectionWidth); // First light texture coordinates. if(modTex && Rend_IsMTexLights()) quadLightCoords(modCoords, modTexSt[0], modTexSt[1]); } else { for(uint i = 0; i < numVertices; ++i) { Vector3f const &vtx = posCoords[i]; Vector3f const delta(vtx - *p.topLeft); // Primary texture coordinates. if(primaryRTU) { primaryCoords[i] = Vector2f(delta.x, -delta.y); } // Blend primary texture coordinates. if(interRTU) { interCoords[i] = Vector2f(delta.x, -delta.y); } // Shiny texture coordinates. if(shinyRTU) { flatShinyTexCoords(&shinyTexCoords[i], vtx); } // First light texture coordinates. if(modTex && Rend_IsMTexLights()) { float const width = p.bottomRight->x - p.topLeft->x; float const height = p.bottomRight->y - p.topLeft->y; modCoords[i] = Vector2f(((p.bottomRight->x - vtx.x) / width * modTexSt[0].x) + (delta.x / width * modTexSt[1].x), ((p.bottomRight->y - vtx.y) / height * modTexSt[0].y) + (delta.y / height * modTexSt[1].y)); } } } // Light this polygon. if(!skyMaskedMaterial) { if(levelFullBright || !(p.glowing < 1)) { // Uniform color. Apply to all vertices. float ll = de::clamp(0.f, currentSectorLightLevel + (levelFullBright? 1 : p.glowing), 1.f); Vector4f *colorIt = colorCoords; for(uint i = 0; i < numVertices; ++i, colorIt++) { colorIt->x = colorIt->y = colorIt->z = ll; } } else { // Non-uniform color. if(useBias) { // Apply the ambient light term from the grid (if available). if(leaf->map().hasLightGrid()) { Vector3f const *posIt = posCoords; Vector4f *colorIt = colorCoords; for(uint i = 0; i < numVertices; ++i, posIt++, colorIt++) { *colorIt = leaf->map().lightGrid().evaluate(*posIt); } } // Apply shadow bias contributions. p.bsuf->lightBiasPoly(p.geomGroup, posCoords, colorCoords); if(p.glowing > 0) { static const Vector3f saturated(1, 1, 1); float const glow = p.glowing; Vector4f *colorIt = colorCoords; for(uint i = 0; i < numVertices; ++i, colorIt++) { *colorIt = (Vector3f(*colorIt) + Vector3f(glow, glow, glow)) .min(saturated); // clamp } } } else { float llL = de::clamp(0.f, currentSectorLightLevel + p.surfaceLightLevelDL + p.glowing, 1.f); float llR = de::clamp(0.f, currentSectorLightLevel + p.surfaceLightLevelDR + p.glowing, 1.f); // Calculate the color for each vertex, blended with plane color? if(p.surfaceColor->x < 1 || p.surfaceColor->y < 1 || p.surfaceColor->z < 1) { // Blend sector light+color+surfacecolor Vector3f vColor = (*p.surfaceColor) * currentSectorLightColor; if(p.isWall && llL != llR) { lightVertex(colorCoords[0], posCoords[0], llL, vColor); lightVertex(colorCoords[1], posCoords[1], llL, vColor); lightVertex(colorCoords[2], posCoords[2], llR, vColor); lightVertex(colorCoords[3], posCoords[3], llR, vColor); } else { lightVertices(numVertices, colorCoords, posCoords, llL, vColor); } } else { // Use sector light+color only. if(p.isWall && llL != llR) { lightVertex(colorCoords[0], posCoords[0], llL, currentSectorLightColor); lightVertex(colorCoords[1], posCoords[1], llL, currentSectorLightColor); lightVertex(colorCoords[2], posCoords[2], llR, currentSectorLightColor); lightVertex(colorCoords[3], posCoords[3], llR, currentSectorLightColor); } else { lightVertices(numVertices, colorCoords, posCoords, llL, currentSectorLightColor); } } // Bottom color (if different from top)? if(p.isWall && p.wall.surfaceColor2) { // Blend sector light+color+surfacecolor Vector3f vColor = (*p.wall.surfaceColor2) * currentSectorLightColor; lightVertex(colorCoords[0], posCoords[0], llL, vColor); lightVertex(colorCoords[2], posCoords[2], llR, vColor); } } // Apply torch light? if(viewPlayer->shared.fixedColorMap) { Vector3f const *posIt = posCoords; Vector4f *colorIt = colorCoords; for(uint i = 0; i < numVertices; ++i, colorIt++, posIt++) { Rend_ApplyTorchLight(*colorIt, Rend_PointDist2D(*posIt)); } } } if(shinyRTU && !drawAsVisSprite) { // Strength of the shine. Vector3f const &minColor = ms.shineMinColor(); for(uint i = 0; i < numVertices; ++i) { Vector4f &color = shinyColors[i]; color = Vector3f(colorCoords[i]).max(minColor); color.w = shinyRTU->opacity; } } // Apply uniform alpha. Vector4f *colorIt = colorCoords; for(uint i = 0; i < numVertices; ++i, colorIt++) { colorIt->w = p.alpha; } } if(useLights || useShadows) { /* * Surfaces lit by dynamic lights may need to be rendered differently * than non-lit surfaces. Determine the average light level of this rend * poly, if too bright; do not bother with lights. */ float avgLightlevel = 0; for(uint i = 0; i < numVertices; ++i) { avgLightlevel += colorCoords[i].x; avgLightlevel += colorCoords[i].y; avgLightlevel += colorCoords[i].z; } avgLightlevel /= numVertices * 3; if(avgLightlevel > 0.98f) { useLights = false; } if(avgLightlevel < 0.02f) { useShadows = false; } } if(drawAsVisSprite) { DENG2_ASSERT(p.isWall); /* * Masked polys (walls) get a special treatment (=> vissprite). This is * needed because all masked polys must be sorted (sprites are masked * polys). Otherwise there will be artifacts. */ Rend_AddMaskedPoly(posCoords, colorCoords, p.wall.sectionWidth, &ms.materialVariant(), *p.materialOrigin, p.blendMode, p.lightListIdx, p.glowing); R_FreeRendTexCoords(primaryCoords); R_FreeRendColors(colorCoords); R_FreeRendTexCoords(interCoords); R_FreeRendTexCoords(modCoords); R_FreeRendTexCoords(shinyTexCoords); R_FreeRendColors(shinyColors); return false; // We HAD to use a vissprite, so it MUST not be opaque. } if(useLights) { // Render all lights projected onto this surface. renderlightprojectionparams_t parm; zap(parm); parm.rvertices = posCoords; parm.numVertices = numVertices; parm.realNumVertices = realNumVertices; parm.lastIdx = 0; parm.topLeft = p.topLeft; parm.bottomRight = p.bottomRight; parm.isWall = p.isWall; if(parm.isWall) { parm.wall.leftEdge = p.wall.leftEdge; parm.wall.rightEdge = p.wall.rightEdge; } hasDynlights = (0 != Rend_RenderLightProjections(p.lightListIdx, parm)); } if(useShadows) { // Render all shadows projected onto this surface. rendershadowprojectionparams_t parm; zap(parm); parm.rvertices = posCoords; parm.numVertices = numVertices; parm.realNumVertices = realNumVertices; parm.topLeft = p.topLeft; parm.bottomRight = p.bottomRight; parm.isWall = p.isWall; if(parm.isWall) { parm.wall.leftEdge = p.wall.leftEdge; parm.wall.rightEdge = p.wall.rightEdge; } Rend_RenderShadowProjections(p.shadowListIdx, parm); } // Write multiple polys depending on rend params. if(mustSubdivide) { WallEdge const &leftEdge = *p.wall.leftEdge; WallEdge const &rightEdge = *p.wall.rightEdge; /* * Need to swap indices around into fans set the position of the division * vertices, interpolate texcoords and color. */ Vector3f origVerts[4]; std::memcpy(origVerts, posCoords, sizeof(origVerts)); Vector2f origTexCoords[4]; std::memcpy(origTexCoords, primaryCoords, sizeof(origTexCoords)); Vector4f origColors[4]; if(colorCoords || shinyColors) { std::memcpy(origColors, colorCoords, sizeof(origColors)); } R_DivVerts(posCoords, origVerts, leftEdge, rightEdge); R_DivTexCoords(primaryCoords, origTexCoords, leftEdge, rightEdge); if(colorCoords) { R_DivVertColors(colorCoords, origColors, leftEdge, rightEdge); } if(interCoords) { Vector2f origTexCoords2[4]; std::memcpy(origTexCoords2, interCoords, sizeof(origTexCoords2)); R_DivTexCoords(interCoords, origTexCoords2, leftEdge, rightEdge); } if(modCoords) { Vector2f origTexCoords5[4]; std::memcpy(origTexCoords5, modCoords, sizeof(origTexCoords5)); R_DivTexCoords(modCoords, origTexCoords5, leftEdge, rightEdge); } if(shinyTexCoords) { Vector2f origShinyTexCoords[4]; std::memcpy(origShinyTexCoords, shinyTexCoords, sizeof(origShinyTexCoords)); R_DivTexCoords(shinyTexCoords, origShinyTexCoords, leftEdge, rightEdge); } if(shinyColors) { Vector4f origShinyColors[4]; std::memcpy(origShinyColors, shinyColors, sizeof(origShinyColors)); R_DivVertColors(shinyColors, origShinyColors, leftEdge, rightEdge); } if(p.skyMasked) { ClientApp::renderSystem().drawLists() .find(DrawListSpec(SkyMaskGeom)) .write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + rightEdge.divisionCount(), posCoords + 3 + leftEdge.divisionCount()) .write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + leftEdge.divisionCount(), posCoords); } else { DrawListSpec listSpec((modTex || hasDynlights)? LitGeom : UnlitGeom); if(primaryRTU) { listSpec.texunits[TU_PRIMARY] = *primaryRTU; if(p.materialOrigin) { listSpec.texunits[TU_PRIMARY].offset += *p.materialOrigin; } if(p.materialScale) { listSpec.texunits[TU_PRIMARY].scale *= *p.materialScale; listSpec.texunits[TU_PRIMARY].offset *= *p.materialScale; } } if(primaryDetailRTU) { listSpec.texunits[TU_PRIMARY_DETAIL] = *primaryDetailRTU; if(p.materialOrigin) { listSpec.texunits[TU_PRIMARY_DETAIL].offset += *p.materialOrigin; } } if(interRTU) { listSpec.texunits[TU_INTER] = *interRTU; if(p.materialOrigin) { listSpec.texunits[TU_INTER].offset += *p.materialOrigin; } if(p.materialScale) { listSpec.texunits[TU_INTER].scale *= *p.materialScale; listSpec.texunits[TU_INTER].offset *= *p.materialScale; } } if(interDetailRTU) { listSpec.texunits[TU_INTER_DETAIL] = *interDetailRTU; if(p.materialOrigin) { listSpec.texunits[TU_INTER_DETAIL].offset += *p.materialOrigin; } } ClientApp::renderSystem().drawLists() .find(listSpec) .write(gl::TriangleFan, BM_NORMAL, listSpec.unit(TU_PRIMARY ).scale, listSpec.unit(TU_PRIMARY ).offset, listSpec.unit(TU_PRIMARY_DETAIL).scale, listSpec.unit(TU_PRIMARY_DETAIL).offset, hasDynlights, 3 + rightEdge.divisionCount(), posCoords + 3 + leftEdge.divisionCount(), colorCoords? colorCoords + 3 + leftEdge.divisionCount() : 0, primaryCoords + 3 + leftEdge.divisionCount(), interCoords? interCoords + 3 + leftEdge.divisionCount() : 0, modTex, &modColor, modCoords? modCoords + 3 + leftEdge.divisionCount() : 0) .write(gl::TriangleFan, BM_NORMAL, listSpec.unit(TU_PRIMARY ).scale, listSpec.unit(TU_PRIMARY ).offset, listSpec.unit(TU_PRIMARY_DETAIL).scale, listSpec.unit(TU_PRIMARY_DETAIL).offset, hasDynlights, 3 + leftEdge.divisionCount(), posCoords, colorCoords, primaryCoords, interCoords, modTex, &modColor, modCoords); if(shinyRTU) { DrawListSpec listSpec(ShineGeom); listSpec.texunits[TU_PRIMARY] = *shinyRTU; if(shinyMaskRTU) { listSpec.texunits[TU_INTER] = *shinyMaskRTU; if(p.materialOrigin) { listSpec.texunits[TU_INTER].offset += *p.materialOrigin; } if(p.materialScale) { listSpec.texunits[TU_INTER].scale *= *p.materialScale; listSpec.texunits[TU_INTER].offset *= *p.materialScale; } } ClientApp::renderSystem().drawLists() .find(listSpec) .write(gl::TriangleFan, ms.shineBlendMode(), listSpec.unit(TU_INTER).scale, listSpec.unit(TU_INTER).offset, Vector2f(1, 1), Vector2f(0, 0), false, 3 + rightEdge.divisionCount(), posCoords + 3 + leftEdge.divisionCount(), shinyColors + 3 + leftEdge.divisionCount(), shinyTexCoords? shinyTexCoords + 3 + leftEdge.divisionCount() : 0, shinyMaskRTU? primaryCoords + 3 + leftEdge.divisionCount() : 0) .write(gl::TriangleFan, ms.shineBlendMode(), listSpec.unit(TU_INTER).scale, listSpec.unit(TU_INTER).offset, Vector2f(1, 1), Vector2f(0, 0), false, 3 + leftEdge.divisionCount(), posCoords, shinyColors, shinyTexCoords, shinyMaskRTU? primaryCoords : 0); } } } else { if(p.skyMasked) { ClientApp::renderSystem().drawLists() .find(DrawListSpec(SkyMaskGeom)) .write(p.isWall? gl::TriangleStrip : gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, numVertices, posCoords); } else { DrawListSpec listSpec((modTex || hasDynlights)? LitGeom : UnlitGeom); if(primaryRTU) { listSpec.texunits[TU_PRIMARY] = *primaryRTU; if(p.materialOrigin) { listSpec.texunits[TU_PRIMARY].offset += *p.materialOrigin; } if(p.materialScale) { listSpec.texunits[TU_PRIMARY].scale *= *p.materialScale; listSpec.texunits[TU_PRIMARY].offset *= *p.materialScale; } } if(primaryDetailRTU) { listSpec.texunits[TU_PRIMARY_DETAIL] = *primaryDetailRTU; if(p.materialOrigin) { listSpec.texunits[TU_PRIMARY_DETAIL].offset += *p.materialOrigin; } } if(interRTU) { listSpec.texunits[TU_INTER] = *interRTU; if(p.materialOrigin) { listSpec.texunits[TU_INTER].offset += *p.materialOrigin; } if(p.materialScale) { listSpec.texunits[TU_INTER].scale *= *p.materialScale; listSpec.texunits[TU_INTER].offset *= *p.materialScale; } } if(interDetailRTU) { listSpec.texunits[TU_INTER_DETAIL] = *interDetailRTU; if(p.materialOrigin) { listSpec.texunits[TU_INTER_DETAIL].offset += *p.materialOrigin; } } ClientApp::renderSystem().drawLists() .find(listSpec) .write(p.isWall? gl::TriangleStrip : gl::TriangleFan, BM_NORMAL, listSpec.unit(TU_PRIMARY ).scale, listSpec.unit(TU_PRIMARY ).offset, listSpec.unit(TU_PRIMARY_DETAIL).scale, listSpec.unit(TU_PRIMARY_DETAIL).offset, hasDynlights, numVertices, posCoords, colorCoords, primaryCoords, interCoords, modTex, &modColor, modCoords); if(shinyRTU) { DrawListSpec listSpec(ShineGeom); listSpec.texunits[TU_PRIMARY] = *shinyRTU; if(shinyMaskRTU) { listSpec.texunits[TU_INTER] = *shinyMaskRTU; if(p.materialOrigin) { listSpec.texunits[TU_INTER].offset += *p.materialOrigin; } if(p.materialScale) { listSpec.texunits[TU_INTER].scale *= *p.materialScale; listSpec.texunits[TU_INTER].offset *= *p.materialScale; } } ClientApp::renderSystem().drawLists() .find(listSpec) .write(p.isWall? gl::TriangleStrip : gl::TriangleFan, ms.shineBlendMode(), listSpec.unit(TU_INTER ).scale, listSpec.unit(TU_INTER ).offset, listSpec.unit(TU_PRIMARY_DETAIL).scale, listSpec.unit(TU_PRIMARY_DETAIL).offset, false, numVertices, posCoords, shinyColors, shinyTexCoords, shinyMaskRTU? primaryCoords : 0); } } } R_FreeRendTexCoords(primaryCoords); R_FreeRendTexCoords(interCoords); R_FreeRendTexCoords(modCoords); R_FreeRendTexCoords(shinyTexCoords); R_FreeRendColors(colorCoords); R_FreeRendColors(shinyColors); return (p.forceOpaque || skyMaskedMaterial || !(p.alpha < 1 || !ms.isOpaque() || p.blendMode > 0)); } static Lumobj::LightmapSemantic lightmapForSurface(Surface const &surface) { if(surface.parent().type() == DMU_SIDE) return Lumobj::Side; // Must be a plane then. Plane const &plane = surface.parent().as(); return plane.isSectorFloor()? Lumobj::Down : Lumobj::Up; } static void projectDynamics(Surface const &surface, float glowStrength, Vector3d const &topLeft, Vector3d const &bottomRight, bool noLights, bool noShadows, bool sortLights, uint &lightListIdx, uint &shadowListIdx) { BspLeaf *leaf = currentBspLeaf; if(glowStrength >= 1 || levelFullBright) return; // lights? if(!noLights) { float const blendFactor = 1; if(useDynLights) { Rend_ProjectLumobjs(leaf, topLeft, bottomRight, surface.tangentMatrix(), blendFactor, lightmapForSurface(surface), sortLights, lightListIdx); } if(useGlowOnWalls && surface.parent().type() == DMU_SIDE) { Rend_ProjectPlaneGlows(leaf, topLeft, bottomRight, surface.tangentMatrix(), blendFactor, sortLights, lightListIdx); } } // Shadows? if(!noShadows && useShadows) { // Glow inversely diminishes shadow strength. float const blendFactor = 1 - glowStrength; Rend_ProjectMobjShadows(leaf, topLeft, bottomRight, surface.tangentMatrix(), blendFactor, shadowListIdx); } } /** * Fade the specified @a opacity value to fully transparent the closer the view * player is to the geometry. * * @note When the viewer is close enough we should NOT try to occlude with this * section in the angle clipper, otherwise HOM would occur when directly on top * of the wall (e.g., passing through an opaque waterfall). * * @return @c true= fading was applied (see above note), otherwise @c false. */ static bool nearFadeOpacity(WallEdge const &leftEdge, WallEdge const &rightEdge, float &opacity) { if(vOrigin.y < leftEdge.bottom().z() || vOrigin.y > rightEdge.top().z()) return false; mobj_t const *mo = viewPlayer->shared.mo; Line const &line = leftEdge.mapLineSide().line(); coord_t linePoint[2] = { line.fromOrigin().x, line.fromOrigin().y }; coord_t lineDirection[2] = { line.direction().x, line.direction().y }; vec2d_t result; double pos = V2d_ProjectOnLine(result, mo->origin, linePoint, lineDirection); if(!(pos > 0 && pos < 1)) return false; coord_t const maxDistance = Mobj_Radius(*mo) * .8f; Vector2d delta = Vector2d(result) - Vector2d(mo->origin); coord_t distance = delta.length(); if(de::abs(distance) > maxDistance) return false; if(distance > 0) { opacity = (opacity / maxDistance) * distance; opacity = de::clamp(0.f, opacity, 1.f); } return true; } /** * The DOOM lighting model applies a sector light level delta when drawing * walls based on their 2D world angle. * * @todo WallEdge should encapsulate. */ static float calcLightLevelDelta(Vector3f const &normal) { return (1.0f / 255) * (normal.x * 18) * rendLightWallAngle; } static void wallSectionLightLevelDeltas(WallEdge const &leftEdge, WallEdge const &rightEdge, float &leftDelta, float &rightDelta) { leftDelta = calcLightLevelDelta(leftEdge.normal()); if(leftEdge.normal() == rightEdge.normal()) { rightDelta = leftDelta; } else { rightDelta = calcLightLevelDelta(rightEdge.normal()); // Linearly interpolate to find the light level delta values for the // vertical edges of this wall section. coord_t const lineLength = leftEdge.mapLineSide().line().length(); coord_t const sectionOffset = leftEdge.mapLineSideOffset(); coord_t const sectionWidth = de::abs(Vector2d(rightEdge.origin() - leftEdge.origin()).length()); float deltaDiff = rightDelta - leftDelta; rightDelta = leftDelta + ((sectionOffset + sectionWidth) / lineLength) * deltaDiff; leftDelta += (sectionOffset / lineLength) * deltaDiff; } } static void writeWallSection(HEdge &hedge, int section, bool *retWroteOpaque = 0, coord_t *retBottomZ = 0, coord_t *retTopZ = 0) { BspLeaf *leaf = currentBspLeaf; LineSideSegment &segment = hedge.mapElementAs(); DENG_ASSERT(segment.isFrontFacing() && segment.lineSide().hasSections()); if(retWroteOpaque) *retWroteOpaque = false; if(retBottomZ) *retBottomZ = 0; if(retTopZ) *retTopZ = 0; LineSide &side = segment.lineSide(); Surface &surface = side.surface(section); // Skip nearly transparent surfaces. float opacity = surface.opacity(); if(opacity < .001f) return; // Determine which Material to use. Material *material = Rend_ChooseMapSurfaceMaterial(surface); // A drawable material is required. if(!material || !material->isDrawable()) return; // Generate edge geometries. WallSpec const wallSpec = WallSpec::fromMapSide(side, section); WallEdge leftEdge(wallSpec, hedge, Line::From); WallEdge rightEdge(wallSpec, hedge, Line::To); // Do the edge geometries describe a valid polygon? if(!leftEdge.isValid() || !rightEdge.isValid() || de::fequal(leftEdge.bottom().z(), rightEdge.top().z())) return; // Apply a fade out when the viewer is near to this geometry? bool didNearFade = false; if(wallSpec.flags.testFlag(WallSpec::NearFade)) { didNearFade = nearFadeOpacity(leftEdge, rightEdge, opacity); } bool const skyMasked = material->isSkyMasked() && !devRendSkyMode; bool const twoSidedMiddle = (wallSpec.section == LineSide::Middle && !side.considerOneSided()); MaterialSnapshot const &ms = material->prepare(Rend_MapSurfaceMaterialSpec()); Vector2f const materialScale((surface.flags() & DDSUF_MATERIAL_FLIPH)? -1 : 1, (surface.flags() & DDSUF_MATERIAL_FLIPV)? -1 : 1); rendworldpoly_params_t parm; zap(parm); Vector3f materialOrigin = leftEdge.materialOrigin(); Vector3d topLeft = leftEdge.top().origin(); Vector3d bottomRight = rightEdge.bottom().origin(); parm.skyMasked = skyMasked; parm.bsuf = &segment; parm.geomGroup = wallSpec.section; parm.topLeft = &topLeft; parm.bottomRight = &bottomRight; parm.forceOpaque = wallSpec.flags.testFlag(WallSpec::ForceOpaque); parm.alpha = parm.forceOpaque? 1 : opacity; // Calculate the light level deltas for this wall section? if(!wallSpec.flags.testFlag(WallSpec::NoLightDeltas)) { wallSectionLightLevelDeltas(leftEdge, rightEdge, parm.surfaceLightLevelDL, parm.surfaceLightLevelDR); } parm.blendMode = BM_NORMAL; parm.materialOrigin = &materialOrigin; parm.materialScale = &materialScale; parm.isWall = true; parm.wall.sectionWidth = de::abs(Vector2d(rightEdge.origin() - leftEdge.origin()).length()); parm.wall.leftEdge = &leftEdge; parm.wall.rightEdge = &rightEdge; if(!parm.skyMasked) { if(glowFactor > .0001f) { if(material == surface.materialPtr()) { parm.glowing = ms.glowStrength(); } else { Material *actualMaterial = surface.hasMaterial()? surface.materialPtr() : &ClientApp::resourceSystem().material(de::Uri("System", Path("missing"))); MaterialSnapshot const &ms = actualMaterial->prepare(Rend_MapSurfaceMaterialSpec()); parm.glowing = ms.glowStrength(); } parm.glowing *= glowFactor; // Global scale factor. } projectDynamics(surface, parm.glowing, *parm.topLeft, *parm.bottomRight, wallSpec.flags.testFlag(WallSpec::NoDynLights), wallSpec.flags.testFlag(WallSpec::NoDynShadows), wallSpec.flags.testFlag(WallSpec::SortDynLights), parm.lightListIdx, parm.shadowListIdx); if(twoSidedMiddle) { parm.blendMode = surface.blendMode(); if(parm.blendMode == BM_NORMAL && noSpriteTrans) parm.blendMode = BM_ZEROALPHA; // "no translucency" mode } side.chooseSurfaceTintColors(wallSpec.section, &parm.surfaceColor, &parm.wall.surfaceColor2); } /* * Geometry write/drawing begins. */ if(twoSidedMiddle && side.sectorPtr() != leaf->sectorPtr()) { // Temporarily modify the draw state. currentSectorLightColor = Rend_SectorLightColor(side.sector()); currentSectorLightLevel = side.sector().lightLevel(); } // Allocate position coordinates. Vector3f *posCoords; if(leftEdge.divisionCount() || rightEdge.divisionCount()) { // Two fans plus edge divisions. posCoords = R_AllocRendVertices(3 + leftEdge.divisionCount() + 3 + rightEdge.divisionCount()); } else { // One quad. posCoords = R_AllocRendVertices(4); } posCoords[0] = leftEdge.bottom().origin(); posCoords[1] = leftEdge.top().origin(); posCoords[2] = rightEdge.bottom().origin(); posCoords[3] = rightEdge.top().origin(); // Draw this section. bool wroteOpaque = renderWorldPoly(posCoords, 4, parm, ms); if(wroteOpaque) { // Render FakeRadio for this section? if(!wallSpec.flags.testFlag(WallSpec::NoFakeRadio) && !skyMasked && !(parm.glowing > 0) && currentSectorLightLevel > 0) { Rend_RadioUpdateForLineSide(side); // Determine the shadow properties. /// @todo Make cvars out of constants. float shadowSize = 2 * (8 + 16 - currentSectorLightLevel * 16); float shadowDark = Rend_RadioCalcShadowDarkness(currentSectorLightLevel); Rend_RadioWallSection(leftEdge, rightEdge, shadowDark, shadowSize); } } if(twoSidedMiddle && side.sectorPtr() != leaf->sectorPtr()) { // Undo temporary draw state changes. currentSectorLightColor = Rend_SectorLightColor(leaf->cluster()); currentSectorLightLevel = leaf->sector().lightLevel(); } R_FreeRendVertices(posCoords); if(retWroteOpaque) *retWroteOpaque = wroteOpaque && !didNearFade; if(retBottomZ) *retBottomZ = leftEdge.bottom().z(); if(retTopZ) *retTopZ = rightEdge.top().z(); } /** * Prepare a trifan geometry according to the edges of the current BSP leaf. * If a fan base HEdge has been chosen it will be used as the center of the * trifan, else the mid point of this leaf will be used instead. * * @param direction Vertex winding direction. * @param height Z map space height coordinate to be set for each vertex. * @param verts Built position coordinates are written here. It is the * responsibility of the caller to release this storage with * @ref R_FreeRendVertices() when done. * * @return Number of built vertices. */ static uint buildLeafPlaneGeometry(ClockDirection direction, coord_t height, Vector3f **verts) { DENG2_ASSERT(verts != 0); BspLeaf const *leaf = currentBspLeaf; Face const &face = leaf->poly(); HEdge *fanBase = leaf->fanBase(); uint totalVerts = face.hedgeCount() + (!fanBase? 2 : 0); *verts = R_AllocRendVertices(totalVerts); uint n = 0; if(!fanBase) { (*verts)[n] = Vector3f(face.center(), height); n++; } // Add the vertices for each hedge. HEdge *baseNode = fanBase? fanBase : face.hedge(); HEdge *node = baseNode; do { (*verts)[n] = Vector3f(node->origin(), height); n++; } while((node = &node->neighbor(direction)) != baseNode); // The last vertex is always equal to the first. if(!fanBase) { (*verts)[n] = Vector3f(face.hedge()->origin(), height); } return totalVerts; } static void writeLeafPlane(Plane &plane) { BspLeaf *leaf = currentBspLeaf; Face const &poly = leaf->poly(); Surface const &surface = plane.surface(); // Skip nearly transparent surfaces. float const opacity = surface.opacity(); if(opacity < .001f) return; // Determine which Material to use. Material *material = Rend_ChooseMapSurfaceMaterial(surface); // A drawable material is required. if(!material) return; if(!material->isDrawable()) return; // Skip planes with a sky-masked material? if(!devRendSkyMode) { if(surface.hasSkyMaskedMaterial() && plane.indexInSector() <= Sector::Ceiling) { return; // Not handled here (drawn with the mask geometry). } } MaterialSnapshot const &ms = material->prepare(Rend_MapSurfaceMaterialSpec()); Vector2f materialOrigin = leaf->worldGridOffset() // Align to the worldwide grid. + surface.materialOriginSmoothed(); // Add the Y offset to orient the Y flipped material. /// @todo fixme: What is this meant to do? -ds if(plane.isSectorCeiling()) { materialOrigin.y -= poly.aaBox().maxY - poly.aaBox().minY; } materialOrigin.y = -materialOrigin.y; Vector2f const materialScale((surface.flags() & DDSUF_MATERIAL_FLIPH)? -1 : 1, (surface.flags() & DDSUF_MATERIAL_FLIPV)? -1 : 1); // Set the texture origin, Y is flipped for the ceiling. Vector3d topLeft(poly.aaBox().minX, poly.aaBox().arvec2[plane.isSectorFloor()? 1 : 0][VY], plane.heightSmoothed()); Vector3d bottomRight(poly.aaBox().maxX, poly.aaBox().arvec2[plane.isSectorFloor()? 0 : 1][VY], plane.heightSmoothed()); rendworldpoly_params_t parm; zap(parm); parm.bsuf = leaf; parm.geomGroup = plane.indexInSector(); parm.topLeft = &topLeft; parm.bottomRight = &bottomRight; parm.materialOrigin = &materialOrigin; parm.materialScale = &materialScale; parm.surfaceLightLevelDL = parm.surfaceLightLevelDR = 0; parm.surfaceColor = &surface.tintColor(); if(material->isSkyMasked()) { // In devRendSkyMode mode we render all polys destined for the // skymask as regular world polys (with a few obvious properties). if(devRendSkyMode) { parm.blendMode = BM_NORMAL; parm.forceOpaque = true; } else { // We'll mask this. parm.skyMasked = true; } } else if(plane.indexInSector() <= Sector::Ceiling) { parm.blendMode = BM_NORMAL; parm.forceOpaque = true; } else { parm.blendMode = surface.blendMode(); if(parm.blendMode == BM_NORMAL && noSpriteTrans) { parm.blendMode = BM_ZEROALPHA; // "no translucency" mode } parm.alpha = surface.opacity(); } if(!parm.skyMasked) { if(glowFactor > .0001f) { if(material == surface.materialPtr()) { parm.glowing = ms.glowStrength(); } else { Material *actualMaterial = surface.hasMaterial()? surface.materialPtr() : &ClientApp::resourceSystem().material(de::Uri("System", Path("missing"))); MaterialSnapshot const &ms = actualMaterial->prepare(Rend_MapSurfaceMaterialSpec()); parm.glowing = ms.glowStrength(); } parm.glowing *= glowFactor; // Global scale factor. } projectDynamics(surface, parm.glowing, *parm.topLeft, *parm.bottomRight, false /*do light*/, false /*do shadow*/, false /*don't sort*/, parm.lightListIdx, parm.shadowListIdx); } /* * Geometry write/drawing begins. */ if(&plane.sector() != leaf->sectorPtr()) { // Temporarily modify the draw state. currentSectorLightColor = Rend_SectorLightColor(plane.sector()); currentSectorLightLevel = plane.sector().lightLevel(); } // Allocate position coordinates. Vector3f *posCoords; uint vertCount = buildLeafPlaneGeometry((plane.isSectorCeiling())? Anticlockwise : Clockwise, plane.heightSmoothed(), &posCoords); // Draw this section. renderWorldPoly(posCoords, vertCount, parm, ms); if(&plane.sector() != leaf->sectorPtr()) { // Undo temporary draw state changes. currentSectorLightColor = Rend_SectorLightColor(leaf->cluster()); currentSectorLightLevel = leaf->sector().lightLevel(); } R_FreeRendVertices(posCoords); } static void writeSkyMaskStrip(int vertCount, Vector3f const *posCoords, Vector2f const *texCoords, Material *material) { DENG2_ASSERT(posCoords != 0); if(!devRendSkyMode) { ClientApp::renderSystem().drawLists() .find(DrawListSpec(SkyMaskGeom)) .write(gl::TriangleStrip, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, vertCount, posCoords); } else { DENG2_ASSERT(texCoords != 0); DrawListSpec listSpec; listSpec.group = UnlitGeom; if(renderTextures != 2) { DENG2_ASSERT(material != 0); // Map RTU configuration from the sky surface material. MaterialSnapshot const &ms = material->prepare(Rend_MapSurfaceMaterialSpec()); listSpec.texunits[TU_PRIMARY] = ms.unit(RTU_PRIMARY); listSpec.texunits[TU_PRIMARY_DETAIL] = ms.unit(RTU_PRIMARY_DETAIL); listSpec.texunits[TU_INTER] = ms.unit(RTU_INTER); listSpec.texunits[TU_INTER_DETAIL] = ms.unit(RTU_INTER_DETAIL); } ClientApp::renderSystem().drawLists() .find(listSpec) .write(gl::TriangleStrip, BM_NORMAL, listSpec.unit(TU_PRIMARY ).scale, listSpec.unit(TU_PRIMARY ).offset, listSpec.unit(TU_PRIMARY_DETAIL).scale, listSpec.unit(TU_PRIMARY_DETAIL).offset, 0, vertCount, posCoords, 0, texCoords); } } static void writeLeafSkyMaskStrips(SkyFixEdge::FixType fixType) { BspLeaf *leaf = currentBspLeaf; // Determine strip generation behavior. ClockDirection const direction = Clockwise; bool const buildTexCoords = CPP_BOOL(devRendSkyMode); bool const splitOnMaterialChange = (devRendSkyMode && renderTextures != 2); // Configure the strip builder wrt vertex attributes. TriangleStripBuilder stripBuilder(buildTexCoords); // Configure the strip build state (we'll most likely need to break // edge loop into multiple strips). HEdge *startNode = 0; coord_t startZBottom = 0; coord_t startZTop = 0; Material *startMaterial = 0; float startMaterialOffset = 0; // Determine the relative sky plane (for monitoring material changes). int relPlane = fixType == SkyFixEdge::Upper? Sector::Ceiling : Sector::Floor; // Begin generating geometry. HEdge *base = leaf->poly().hedge(); HEdge *hedge = base; forever { // Are we monitoring material changes? Material *skyMaterial = 0; if(splitOnMaterialChange) { skyMaterial = hedge->face().mapElementAs() .cluster().visPlane(relPlane).surface().materialPtr(); } // Add a first (left) edge to the current strip? if(startNode == 0 && hedge->hasMapElement()) { startMaterialOffset = hedge->mapElementAs().lineSideOffset(); // Prepare the edge geometry SkyFixEdge skyEdge(*hedge, fixType, (direction == Anticlockwise)? Line::To : Line::From, startMaterialOffset); if(skyEdge.isValid() && skyEdge.bottom().z() < skyEdge.top().z()) { // A new strip begins. stripBuilder.begin(direction); stripBuilder << skyEdge; // Update the strip build state. startNode = hedge; startZBottom = skyEdge.bottom().z(); startZTop = skyEdge.top().z(); startMaterial = skyMaterial; } } bool beginNewStrip = false; // Add the i'th (right) edge to the current strip? if(startNode != 0) { // Stop if we've reached a "null" edge. bool endStrip = false; if(hedge->hasMapElement()) { startMaterialOffset += hedge->mapElementAs().length() * (direction == Anticlockwise? -1 : 1); // Prepare the edge geometry SkyFixEdge skyEdge(*hedge, fixType, (direction == Anticlockwise)? Line::From : Line::To, startMaterialOffset); if(!(skyEdge.isValid() && skyEdge.bottom().z() < skyEdge.top().z())) { endStrip = true; } // Must we split the strip here? else if(hedge != startNode && (!de::fequal(skyEdge.bottom().z(), startZBottom) || !de::fequal(skyEdge.top().z(), startZTop) || (splitOnMaterialChange && skyMaterial != startMaterial))) { endStrip = true; beginNewStrip = true; // We'll continue from here. } else { // Extend the strip geometry. stripBuilder << skyEdge; } } else { endStrip = true; } if(endStrip || &hedge->neighbor(direction) == base) { // End the current strip. startNode = 0; // Take ownership of the built geometry. PositionBuffer *positions = 0; TexCoordBuffer *texcoords = 0; int numVerts = stripBuilder.take(&positions, &texcoords); // Write the strip geometry to the render lists. writeSkyMaskStrip(numVerts, positions->constData(), texcoords? texcoords->constData() : 0, startMaterial); delete positions; delete texcoords; } } // Start a new strip from the current node? if(beginNewStrip) continue; // On to the next node. hedge = &hedge->neighbor(direction); // Are we done? if(hedge == base) break; } } /** * @defgroup skyCapFlags Sky Cap Flags * @ingroup flags */ ///@{ #define SKYCAP_LOWER 0x1 #define SKYCAP_UPPER 0x2 ///@} static coord_t skyPlaneZ(int skyCap) { BspLeaf *leaf = currentBspLeaf; int const relPlane = (skyCap & SKYCAP_UPPER)? Sector::Ceiling : Sector::Floor; if(!P_IsInVoid(viewPlayer)) { return leaf->map().skyFix(relPlane == Sector::Ceiling); } return leaf->cluster().visPlane(relPlane).heightSmoothed(); } /// @param skyCap @ref skyCapFlags. static void writeLeafSkyMaskCap(int skyCap) { // Caps are unnecessary in sky debug mode (will be drawn as regular planes). if(devRendSkyMode) return; if(!skyCap) return; Vector3f *posCoords; uint vertCount = buildLeafPlaneGeometry((skyCap & SKYCAP_UPPER)? Anticlockwise : Clockwise, skyPlaneZ(skyCap), &posCoords); ClientApp::renderSystem().drawLists() .find(DrawListSpec(SkyMaskGeom)) .write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, vertCount, posCoords); R_FreeRendVertices(posCoords); } /// @param skyCap @ref skyCapFlags static void writeLeafSkyMask(int skyCap = SKYCAP_LOWER|SKYCAP_UPPER) { BspLeaf *leaf = currentBspLeaf; SectorCluster &cluster = leaf->cluster(); // Any work to do? // Sky caps are only necessary in sectors with sky-masked planes. if((skyCap & SKYCAP_LOWER) && !cluster.visFloor().surface().hasSkyMaskedMaterial()) { skyCap &= ~SKYCAP_LOWER; } if((skyCap & SKYCAP_UPPER) && !cluster.visCeiling().surface().hasSkyMaskedMaterial()) { skyCap &= ~SKYCAP_UPPER; } if(!skyCap) return; // Lower? if(skyCap & SKYCAP_LOWER) { writeLeafSkyMaskStrips(SkyFixEdge::Lower); writeLeafSkyMaskCap(SKYCAP_LOWER); } // Upper? if(skyCap & SKYCAP_UPPER) { writeLeafSkyMaskStrips(SkyFixEdge::Upper); writeLeafSkyMaskCap(SKYCAP_UPPER); } } static bool coveredOpenRange(HEdge &hedge, coord_t middleBottomZ, coord_t middleTopZ, bool wroteOpaqueMiddle) { LineSide const &front = hedge.mapElementAs().lineSide(); if(front.considerOneSided()) { return wroteOpaqueMiddle; } /// @todo fixme: This additional test should not be necessary. For the obove /// test to fail and this to pass means that the geometry produced by the BSP /// builder is not correct (see: eternall.wad MAP10; note mapping errors). if(!hedge.twin().hasFace()) { return wroteOpaqueMiddle; } SectorCluster const &cluster = hedge.face().mapElementAs().cluster(); SectorCluster const &backCluster = hedge.twin().face().mapElementAs().cluster(); coord_t const ffloor = cluster.visFloor().heightSmoothed(); coord_t const fceil = cluster.visCeiling().heightSmoothed(); coord_t const bfloor = backCluster.visFloor().heightSmoothed(); coord_t const bceil = backCluster.visCeiling().heightSmoothed(); bool middleCoversOpening = false; if(wroteOpaqueMiddle) { coord_t xbottom = de::max(bfloor, ffloor); coord_t xtop = de::min(bceil, fceil); Surface const &middle = front.middle(); xbottom += middle.materialOriginSmoothed().y; xtop += middle.materialOriginSmoothed().y; middleCoversOpening = (middleTopZ >= xtop && middleBottomZ <= xbottom); } if(wroteOpaqueMiddle && middleCoversOpening) return true; if( (bceil <= ffloor && (front.top().hasMaterial() || front.middle().hasMaterial())) || (bfloor >= fceil && (front.bottom().hasMaterial() || front.middle().hasMaterial()))) { Surface const &ffloorSurface = cluster.visFloor().surface(); Surface const &fceilSurface = cluster.visCeiling().surface(); Surface const &bfloorSurface = backCluster.visFloor().surface(); Surface const &bceilSurface = backCluster.visCeiling().surface(); // A closed gap? if(de::fequal(fceil, bfloor)) { return (bceil <= bfloor) || !(fceilSurface.hasSkyMaskedMaterial() && bceilSurface.hasSkyMaskedMaterial()); } if(de::fequal(ffloor, bceil)) { return (bfloor >= bceil) || !(ffloorSurface.hasSkyMaskedMaterial() && bfloorSurface.hasSkyMaskedMaterial()); } return true; } /// @todo Is this still necessary? if(bceil <= bfloor || (!(bceil - bfloor > 0) && bfloor > ffloor && bceil < fceil && front.top().hasMaterial() && front.bottom().hasMaterial())) { // A zero height back segment return true; } return false; } static void writeAllWallSections(HEdge *hedge) { // Edges without a map line segment implicitly have no surfaces. if(!hedge || !hedge->hasMapElement()) return; // We are only interested in front facing segments with sections. LineSideSegment &seg = hedge->mapElementAs(); if(!seg.isFrontFacing() || !seg.lineSide().hasSections()) return; // Done here because of the logic of doom.exe wrt the automap. reportWallSectionDrawn(seg.line()); bool wroteOpaqueMiddle = false; coord_t middleBottomZ = 0, middleTopZ = 0; writeWallSection(*hedge, LineSide::Bottom); writeWallSection(*hedge, LineSide::Top); writeWallSection(*hedge, LineSide::Middle, &wroteOpaqueMiddle, &middleBottomZ, &middleTopZ); // We can occlude the angle range defined by the X|Y origins of the // line segment if the open range has been covered (when the viewer // is not in the void). if(!P_IsInVoid(viewPlayer) && coveredOpenRange(*hedge, middleBottomZ, middleTopZ, wroteOpaqueMiddle)) { C_AddRangeFromViewRelPoints(hedge->origin(), hedge->twin().origin()); } } static void writeLeafWallSections() { BspLeaf *leaf = currentBspLeaf; HEdge *base = leaf->poly().hedge(); HEdge *hedge = base; do { writeAllWallSections(hedge); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, leaf->extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { writeAllWallSections(hedge); } foreach(Polyobj *po, leaf->polyobjs()) foreach(HEdge *hedge, po->mesh().hedges()) { writeAllWallSections(hedge); } } static void writeLeafPlanes() { BspLeaf *leaf = currentBspLeaf; SectorCluster &cluster = leaf->cluster(); for(int i = 0; i < cluster.visPlaneCount(); ++i) { Plane &plane = cluster.visPlane(i); // Skip planes facing away from the viewer. Vector3d const pointOnPlane(cluster.center(), plane.heightSmoothed()); if((eyeOrigin - pointOnPlane).dot(plane.surface().normal()) < 0) continue; writeLeafPlane(plane); } } static void markFrontFacingWalls(HEdge *hedge) { if(!hedge || !hedge->hasMapElement()) return; LineSideSegment &seg = hedge->mapElementAs(); // Which way is the line segment facing? seg.setFrontFacing(viewFacingDot(hedge->origin(), hedge->twin().origin()) >= 0); } static void markLeafFrontFacingWalls() { BspLeaf *leaf = currentBspLeaf; HEdge *base = leaf->poly().hedge(); HEdge *hedge = base; do { markFrontFacingWalls(hedge); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, leaf->extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { markFrontFacingWalls(hedge); } foreach(Polyobj *po, leaf->polyobjs()) foreach(HEdge *hedge, po->mesh().hedges()) { markFrontFacingWalls(hedge); } } static inline bool canOccludeEdgeBetweenPlanes(Plane &frontPlane, Plane const &backPlane) { // Do not create an occlusion between two sky-masked planes. // Only because the open range does not account for the sky plane height? -ds return !(frontPlane.surface().hasSkyMaskedMaterial() && backPlane.surface().hasSkyMaskedMaterial()); } /** * Add angle clipper occlusion ranges for the edges of the current leaf. */ static void occludeLeaf(bool frontFacing) { BspLeaf *leaf = currentBspLeaf; SectorCluster &cluster = leaf->cluster(); if(devNoCulling) return; if(P_IsInVoid(viewPlayer)) return; HEdge *base = leaf->poly().hedge(); HEdge *hedge = base; do { // Edges without a line segment can never occlude. if(!hedge->hasMapElement()) continue; LineSideSegment &seg = hedge->mapElementAs(); // Edges without line segment surface sections can never occlude. if(!seg.lineSide().hasSections()) continue; // Only front-facing edges can occlude. if(frontFacing != seg.isFrontFacing()) continue; // Occlusions should only happen where two sectors meet. if(!hedge->hasTwin() || !hedge->twin().hasFace()) continue; BspLeaf &backLeaf = hedge->twin().face().mapElementAs(); if(!backLeaf.hasCluster()) continue; SectorCluster &backCluster = backLeaf.cluster(); // Determine the opening between the visual sector planes at this edge. coord_t openBottom; if(backCluster.visFloor().heightSmoothed() > cluster.visFloor().heightSmoothed()) { openBottom = backCluster.visFloor().heightSmoothed(); } else { openBottom = cluster.visFloor().heightSmoothed(); } coord_t openTop; if(backCluster.visCeiling().heightSmoothed() < cluster.visCeiling().heightSmoothed()) { openTop = backCluster.visCeiling().heightSmoothed(); } else { openTop = cluster.visCeiling().heightSmoothed(); } // Choose start and end vertexes so that it's facing forward. Vertex const &from = frontFacing? hedge->vertex() : hedge->twin().vertex(); Vertex const &to = frontFacing? hedge->twin().vertex() : hedge->vertex(); // Does the floor create an occlusion? if(((openBottom > cluster.visFloor().heightSmoothed() && vOrigin.y <= openBottom) || (openBottom > backCluster.visFloor().heightSmoothed() && vOrigin.y >= openBottom)) && canOccludeEdgeBetweenPlanes(cluster.visFloor(), backCluster.visFloor())) { C_AddViewRelOcclusion(from.origin(), to.origin(), openBottom, false); } // Does the ceiling create an occlusion? if(((openTop < cluster.visCeiling().heightSmoothed() && vOrigin.y >= openTop) || (openTop < backCluster.visCeiling().heightSmoothed() && vOrigin.y <= openTop)) && canOccludeEdgeBetweenPlanes(cluster.visCeiling(), backCluster.visCeiling())) { C_AddViewRelOcclusion(from.origin(), to.origin(), openTop, true); } } while((hedge = &hedge->next()) != base); } static void clipLeafLumobjs() { BspLeaf *leaf = currentBspLeaf; foreach(Lumobj *lum, leaf->lumobjs()) { R_ViewerClipLumobj(lum); } } /** * In the situation where a BSP leaf contains both lumobjs and a polyobj, lumobjs * must be clipped more carefully. Here we check if the line of sight intersects any * of the polyobj half-edges facing the viewer. */ static void clipLeafLumobjsBySight() { BspLeaf *leaf = currentBspLeaf; foreach(Lumobj *lum, leaf->lumobjs()) { R_ViewerClipLumobjBySight(lum, leaf); } } /// If not front facing this is no-op. static void clipFrontFacingWalls(HEdge *hedge) { if(!hedge || !hedge->hasMapElement()) return; LineSideSegment &seg = hedge->mapElementAs(); if(seg.isFrontFacing()) { if(!C_CheckRangeFromViewRelPoints(hedge->origin(), hedge->twin().origin())) { seg.setFrontFacing(false); } } } static void clipLeafFrontFacingWalls() { BspLeaf *leaf = currentBspLeaf; HEdge *base = leaf->poly().hedge(); HEdge *hedge = base; do { clipFrontFacingWalls(hedge); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, leaf->extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { clipFrontFacingWalls(hedge); } foreach(Polyobj *po, leaf->polyobjs()) foreach(HEdge *hedge, po->mesh().hedges()) { clipFrontFacingWalls(hedge); } } static int projectSpriteWorker(mobj_t &mo, void * /*context*/) { BspLeaf const *leaf = currentBspLeaf; SectorCluster &cluster = leaf->cluster(); if(mo.addFrameCount != R_FrameCount()) { mo.addFrameCount = R_FrameCount(); R_ProjectSprite(&mo); // Hack: Sprites have a tendency to extend into the ceiling in // sky sectors. Here we will raise the skyfix dynamically, to make sure // that no sprites get clipped by the sky. if(cluster.visCeiling().surface().hasSkyMaskedMaterial()) { if(Sprite *sprite = Mobj_Sprite(mo)) { if(sprite->hasViewAngle(0)) { Material *material = sprite->viewAngle(0).material; if(!(mo.dPlayer && (mo.dPlayer->flags & DDPF_CAMERA)) && mo.origin[VZ] <= cluster.visCeiling().heightSmoothed() && mo.origin[VZ] >= cluster.visFloor().heightSmoothed()) { coord_t visibleTop = mo.origin[VZ] + material->height(); if(visibleTop > cluster.sector().map().skyFixCeiling()) { // Raise skyfix ceiling. cluster.sector().map().setSkyFixCeiling(visibleTop + 16/*leeway*/); } } } } } } return false; // Continue iteration. } static void projectLeafSprites() { BspLeaf *leaf = currentBspLeaf; // Do not use validCount because other parts of the renderer may change it. if(leaf->lastSpriteProjectFrame() == R_FrameCount()) return; // Already added. R_BspLeafMobjContactIterator(*leaf, projectSpriteWorker); leaf->setLastSpriteProjectFrame(R_FrameCount()); } static int generatorMarkVisibleWorker(Generator *generator, void * /*context*/) { R_ViewerGeneratorMarkVisible(*generator); return 0; // Continue iteration. } /** * @pre Assumes the leaf is at least partially visible. */ static void drawCurrentLeaf() { BspLeaf *leaf = currentBspLeaf; // Mark the leaf as visible for this frame. R_ViewerBspLeafMarkVisible(*leaf); markLeafFrontFacingWalls(); // Perform contact spreading for this map region. leaf->map().spreadAllContacts(leaf->poly().aaBox()); Rend_RadioBspLeafEdges(*leaf); /* * Before clip testing lumobjs (for halos), range-occlude the back facing edges. * After testing, range-occlude the front facing edges. Done before drawing wall * sections so that opening occlusions cut out unnecessary oranges. */ occludeLeaf(false /* back facing */); clipLeafLumobjs(); occludeLeaf(true /* front facing */); clipLeafFrontFacingWalls(); if(leaf->polyobjCount()) { // Polyobjs don't obstruct - clip lights with another algorithm. clipLeafLumobjsBySight(); } // Mark generators in the sector visible. if(useParticles) { leaf->map().generatorListIterator(leaf->sector().indexInMap(), generatorMarkVisibleWorker); } /* * Sprites for this BSP leaf have to be drawn. * * Must be done BEFORE the segments of this BspLeaf are added to the clipper. * Otherwise the sprites would get clipped by them, and that wouldn't be right. * * Must be done AFTER the lumobjs have been clipped as this affects the projection * of halos. */ projectLeafSprites(); writeLeafSkyMask(); writeLeafWallSections(); writeLeafPlanes(); } /** * Change the current BspLeaf (updating any relevant draw state properties * accordingly). * * @param bspLeaf The new BSP leaf to make current. */ static void makeCurrent(BspLeaf &bspLeaf) { bool sectorChanged = (!currentBspLeaf || currentBspLeaf->sectorPtr() != bspLeaf.sectorPtr()); currentBspLeaf = &bspLeaf; // Update draw state. if(sectorChanged) { currentSectorLightColor = Rend_SectorLightColor(bspLeaf.cluster()); currentSectorLightLevel = bspLeaf.sector().lightLevel(); } } static void traverseBspAndDrawLeafs(MapElement *bspElement) { DENG_ASSERT(bspElement != 0); while(bspElement->type() != DMU_BSPLEAF) { // Descend deeper into the nodes. BspNode &bspNode = bspElement->as(); // Decide which side the view point is on. int eyeSide = bspNode.partition().pointOnSide(eyeOrigin) < 0; // Recursively divide front space. traverseBspAndDrawLeafs(bspNode.childPtr(eyeSide)); // If the clipper is full we're pretty much done. This means no geometry // will be visible in the distance because every direction has already // been fully covered by geometry. if(!firstBspLeaf && C_IsFull()) return; // ...and back space. bspElement = bspNode.childPtr(eyeSide ^ 1); } // We've arrived at a leaf. BspLeaf &bspLeaf = bspElement->as(); // Skip null leafs (those with zero volume). Neighbors handle adding the // angle clipper ranges. if(!bspLeaf.hasCluster() || !bspLeaf.cluster().hasWorldVolume()) return; // Is this leaf visible? if(!firstBspLeaf && !C_IsPolyVisible(bspLeaf.poly())) return; // This is now the current leaf. makeCurrent(bspLeaf); drawCurrentLeaf(); // This is no longer the first leaf. firstBspLeaf = false; } /** * Project all the non-clipped decorations. They become regular vissprites. */ static void generateDecorationFlares(Map &map) { Vector3d const viewPos = vOrigin.xzy(); foreach(Lumobj *lum, map.lumobjs()) { lum->generateFlare(viewPos, R_ViewerLumobjDistance(lum->indexInMap())); /// @todo mark these light sources visible for LensFx } } /** * Setup GL state for an entire rendering pass (compassing multiple lists). */ static void pushGLStateForPass(DrawMode mode, TexUnitMap &texUnitMap) { static float const black[4] = { 0, 0, 0, 0 }; zap(texUnitMap); switch(mode) { case DM_SKYMASK: GL_SelectTexUnits(0); glDisable(GL_ALPHA_TEST); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); break; case DM_BLENDED: GL_SelectTexUnits(2); // Intentional fall-through. case DM_ALL: // The first texture unit is used for the main texture. texUnitMap[0] = Store::TCA_MAIN + 1; texUnitMap[1] = Store::TCA_BLEND + 1; glDisable(GL_ALPHA_TEST); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); // Fog is allowed during this pass. if(usingFog) { glEnable(GL_FOG); } // All of the surfaces are opaque. glDisable(GL_BLEND); break; case DM_LIGHT_MOD_TEXTURE: case DM_TEXTURE_PLUS_LIGHT: // Modulate sector light, dynamic light and regular texture. GL_SelectTexUnits(2); if(mode == DM_LIGHT_MOD_TEXTURE) { texUnitMap[0] = Store::TCA_LIGHT + 1; texUnitMap[1] = Store::TCA_MAIN + 1; GL_ModulateTexture(4); // Light * texture. } else { texUnitMap[0] = Store::TCA_MAIN + 1; texUnitMap[1] = Store::TCA_LIGHT + 1; GL_ModulateTexture(5); // Texture + light. } glDisable(GL_ALPHA_TEST); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); // Fog is allowed during this pass. if(usingFog) { glEnable(GL_FOG); } // All of the surfaces are opaque. glDisable(GL_BLEND); break; case DM_FIRST_LIGHT: // One light, no texture. GL_SelectTexUnits(1); texUnitMap[0] = Store::TCA_LIGHT + 1; GL_ModulateTexture(6); glDisable(GL_ALPHA_TEST); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); // All of the surfaces are opaque. glDisable(GL_BLEND); break; case DM_BLENDED_FIRST_LIGHT: // One additive light, no texture. GL_SelectTexUnits(1); texUnitMap[0] = Store::TCA_LIGHT + 1; GL_ModulateTexture(7); // Add light, no color. glEnable(GL_ALPHA_TEST); glAlphaFunc(GL_GREATER, 1 / 255.0f); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); // All of the surfaces are opaque. glEnable(GL_BLEND); glBlendFunc(GL_ONE, GL_ONE); break; case DM_WITHOUT_TEXTURE: GL_SelectTexUnits(0); GL_ModulateTexture(1); glDisable(GL_ALPHA_TEST); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); // All of the surfaces are opaque. glDisable(GL_BLEND); break; case DM_LIGHTS: GL_SelectTexUnits(1); texUnitMap[0] = Store::TCA_MAIN + 1; GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glAlphaFunc(GL_GREATER, 1 / 255.0f); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); if(usingFog) { glEnable(GL_FOG); glFogfv(GL_FOG_COLOR, black); } glEnable(GL_BLEND); GL_BlendMode(BM_ADD); break; case DM_MOD_TEXTURE: case DM_MOD_TEXTURE_MANY_LIGHTS: case DM_BLENDED_MOD_TEXTURE: // The first texture unit is used for the main texture. texUnitMap[0] = Store::TCA_MAIN + 1; texUnitMap[1] = Store::TCA_BLEND + 1; glDisable(GL_ALPHA_TEST); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); // All of the surfaces are opaque. glEnable(GL_BLEND); glBlendFunc(GL_DST_COLOR, GL_ZERO); break; case DM_UNBLENDED_TEXTURE_AND_DETAIL: texUnitMap[0] = Store::TCA_MAIN + 1; texUnitMap[1] = Store::TCA_MAIN + 1; glDisable(GL_ALPHA_TEST); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); // All of the surfaces are opaque. glDisable(GL_BLEND); // Fog is allowed. if(usingFog) { glEnable(GL_FOG); } break; case DM_UNBLENDED_MOD_TEXTURE_AND_DETAIL: texUnitMap[0] = Store::TCA_MAIN + 1; texUnitMap[1] = Store::TCA_MAIN + 1; glDisable(GL_ALPHA_TEST); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); // All of the surfaces are opaque. glEnable(GL_BLEND); glBlendFunc(GL_DST_COLOR, GL_ZERO); break; case DM_ALL_DETAILS: GL_SelectTexUnits(1); texUnitMap[0] = Store::TCA_MAIN + 1; GL_ModulateTexture(0); glDisable(GL_ALPHA_TEST); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); // All of the surfaces are opaque. glEnable(GL_BLEND); glBlendFunc(GL_DST_COLOR, GL_SRC_COLOR); // Use fog to fade the details, if fog is enabled. if(usingFog) { glEnable(GL_FOG); float const midGray[4] = { .5f, .5f, .5f, fogColor[3] }; // The alpha is probably meaningless? glFogfv(GL_FOG_COLOR, midGray); } break; case DM_BLENDED_DETAILS: GL_SelectTexUnits(2); texUnitMap[0] = Store::TCA_MAIN + 1; texUnitMap[1] = Store::TCA_BLEND + 1; GL_ModulateTexture(3); glDisable(GL_ALPHA_TEST); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); // All of the surfaces are opaque. glEnable(GL_BLEND); glBlendFunc(GL_DST_COLOR, GL_SRC_COLOR); // Use fog to fade the details, if fog is enabled. if(usingFog) { glEnable(GL_FOG); float const midGray[4] = { .5f, .5f, .5f, fogColor[3] }; // The alpha is probably meaningless? glFogfv(GL_FOG_COLOR, midGray); } break; case DM_SHADOW: // A bit like 'negative lights'. GL_SelectTexUnits(1); texUnitMap[0] = Store::TCA_MAIN + 1; GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glAlphaFunc(GL_GREATER, 1 / 255.0f); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); // Set normal fog, if it's enabled. if(usingFog) { glEnable(GL_FOG); glFogfv(GL_FOG_COLOR, fogColor); } glEnable(GL_BLEND); GL_BlendMode(BM_NORMAL); break; case DM_SHINY: GL_SelectTexUnits(1); texUnitMap[0] = Store::TCA_MAIN + 1; GL_ModulateTexture(1); // 8 for multitexture glDisable(GL_ALPHA_TEST); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); if(usingFog) { // Fog makes the shininess diminish in the distance. glEnable(GL_FOG); glFogfv(GL_FOG_COLOR, black); } glEnable(GL_BLEND); GL_BlendMode(BM_ADD); // Purely additive. break; case DM_MASKED_SHINY: GL_SelectTexUnits(2); texUnitMap[0] = Store::TCA_MAIN + 1; texUnitMap[1] = Store::TCA_BLEND + 1; // the mask GL_ModulateTexture(8); // same as with details glDisable(GL_ALPHA_TEST); glDepthMask(GL_FALSE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LEQUAL); if(usingFog) { // Fog makes the shininess diminish in the distance. glEnable(GL_FOG); glFogfv(GL_FOG_COLOR, black); } glEnable(GL_BLEND); GL_BlendMode(BM_ADD); // Purely additive. break; default: break; } } static void popGLStateForPass(DrawMode mode) { switch(mode) { default: break; case DM_SKYMASK: GL_SelectTexUnits(1); glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); break; case DM_BLENDED: GL_SelectTexUnits(1); // Intentional fall-through. case DM_ALL: glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); if(usingFog) { glDisable(GL_FOG); } glEnable(GL_BLEND); break; case DM_LIGHT_MOD_TEXTURE: case DM_TEXTURE_PLUS_LIGHT: GL_SelectTexUnits(1); GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); if(usingFog) { glDisable(GL_FOG); } glEnable(GL_BLEND); break; case DM_FIRST_LIGHT: GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); glEnable(GL_BLEND); break; case DM_BLENDED_FIRST_LIGHT: GL_ModulateTexture(1); glDisable(GL_DEPTH_TEST); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); break; case DM_WITHOUT_TEXTURE: GL_SelectTexUnits(1); GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); glEnable(GL_BLEND); break; case DM_LIGHTS: glDisable(GL_DEPTH_TEST); if(usingFog) { glDisable(GL_FOG); } GL_BlendMode(BM_NORMAL); break; case DM_MOD_TEXTURE: case DM_MOD_TEXTURE_MANY_LIGHTS: case DM_BLENDED_MOD_TEXTURE: glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); break; case DM_UNBLENDED_TEXTURE_AND_DETAIL: glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); glEnable(GL_BLEND); if(usingFog) { glDisable(GL_FOG); } break; case DM_UNBLENDED_MOD_TEXTURE_AND_DETAIL: glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); break; case DM_ALL_DETAILS: GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); if(usingFog) { glDisable(GL_FOG); } break; case DM_BLENDED_DETAILS: GL_SelectTexUnits(1); GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); if(usingFog) { glDisable(GL_FOG); } break; case DM_SHADOW: glDisable(GL_DEPTH_TEST); if(usingFog) { glDisable(GL_FOG); } break; case DM_SHINY: glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); if(usingFog) { glDisable(GL_FOG); } GL_BlendMode(BM_NORMAL); break; case DM_MASKED_SHINY: GL_SelectTexUnits(1); GL_ModulateTexture(1); glEnable(GL_ALPHA_TEST); glDisable(GL_DEPTH_TEST); if(usingFog) { glDisable(GL_FOG); } GL_BlendMode(BM_NORMAL); break; } } static void drawLists(DrawLists::FoundLists const &lists, DrawMode mode) { if(lists.isEmpty()) return; // If the first list is empty -- do nothing. if(lists.at(0)->isEmpty()) return; // Setup GL state that's common to all the lists in this mode. TexUnitMap texUnitMap; pushGLStateForPass(mode, texUnitMap); // Draw each given list. for(int i = 0; i < lists.count(); ++i) { lists.at(i)->draw(mode, texUnitMap); } popGLStateForPass(mode); } static void drawSky() { DrawLists::FoundLists lists; ClientApp::renderSystem().drawLists().findAll(SkyMaskGeom, lists); if(!devRendSkyAlways && lists.isEmpty()) { return; } // We do not want to update color and/or depth. glDisable(GL_DEPTH_TEST); GLState::push().setColorMask(gl::WriteNone).apply(); // Mask out stencil buffer, setting the drawn areas to 1. glEnable(GL_STENCIL_TEST); glStencilOp(GL_REPLACE, GL_REPLACE, GL_REPLACE); glStencilFunc(GL_ALWAYS, 1, 0xffffffff); if(!devRendSkyAlways) { drawLists(lists, DM_SKYMASK); } else { glClearStencil(1); glClear(GL_STENCIL_BUFFER_BIT); } // Restore previous GL state. GLState::pop().apply(); glEnable(GL_DEPTH_TEST); glDisable(GL_STENCIL_TEST); // Now, only render where the stencil is set to 1. glEnable(GL_STENCIL_TEST); glStencilFunc(GL_EQUAL, 1, 0xffffffff); glStencilOp(GL_KEEP, GL_KEEP, GL_KEEP); theSky->draw(); if(!devRendSkyAlways) { glClearStencil(0); } // Return GL state to normal. glDisable(GL_STENCIL_TEST); glEnable(GL_DEPTH_TEST); } static bool generateHaloForVisSprite(vissprite_t const *spr, bool primary = false) { float occlusionFactor; if(primary && (spr->data.flare.flags & RFF_NO_PRIMARY)) { return false; } if(spr->data.flare.isDecoration) { /* * Surface decorations do not yet persist over frames, so we do * not smoothly occlude their flares. Instead, we will have to * put up with them instantly appearing/disappearing. */ occlusionFactor = R_ViewerLumobjIsClipped(spr->data.flare.lumIdx)? 0 : 1; } else { occlusionFactor = (spr->data.flare.factor & 0x7f) / 127.0f; } return H_RenderHalo(spr->origin, spr->data.flare.size, spr->data.flare.tex, spr->data.flare.color, spr->distance, occlusionFactor, spr->data.flare.mul, spr->data.flare.xOff, primary, (spr->data.flare.flags & RFF_NO_TURN) == 0); } /** * Render sprites, 3D models, masked wall segments and halos, ordered back to * front. Halos are rendered with Z-buffer tests and writes disabled, so they * don't go into walls or interfere with real objects. It means that halos can * be partly occluded by objects that are closer to the viewpoint, but that's * the price to pay for not having access to the actual Z-buffer per-pixel depth * information. The other option would be for halos to shine through masked walls, * sprites and models, which looks even worse. (Plus, they are *halos*, not real * lens flares...) */ static void drawMasked() { if(devNoSprites) return; R_SortVisSprites(); if(visSpriteP > visSprites) { bool primaryHaloDrawn = false; // Draw all vissprites back to front. // Sprites look better with Z buffer writes turned off. for(vissprite_t *spr = visSprSortedHead.next; spr != &visSprSortedHead; spr = spr->next) { switch(spr->type) { default: break; case VSPR_MASKED_WALL: // A masked wall is a specialized sprite. Rend_DrawMaskedWall(spr->data.wall); break; case VSPR_SPRITE: // Render an old fashioned sprite, ah the nostalgia... Rend_DrawSprite(spr->data.sprite); break; case VSPR_MODEL: Rend_DrawModel(spr->data.model); break; case VSPR_FLARE: if(generateHaloForVisSprite(spr, true)) { primaryHaloDrawn = true; } break; } } // Draw secondary halos? if(primaryHaloDrawn && haloMode > 1) { // Now we can setup the state only once. H_SetupState(true); for(vissprite_t *spr = visSprSortedHead.next; spr != &visSprSortedHead; spr = spr->next) { if(spr->type == VSPR_FLARE) { generateHaloForVisSprite(spr); } } // And we're done... H_SetupState(false); } } } /* * We have several different paths to accommodate both multitextured details and * dynamic lights. Details take precedence (they always cover entire primitives * and usually *all* of the surfaces in a scene). */ static void drawAllLists(Map &map) { DENG_ASSERT(!Sys_GLCheckError()); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); drawSky(); // Render the real surfaces of the visible world. /* * Pass: Unlit geometries (all normal lists). */ DrawLists::FoundLists lists; ClientApp::renderSystem().drawLists().findAll(UnlitGeom, lists); if(IS_MTEX_DETAILS) { // Draw details for unblended surfaces in this pass. drawLists(lists, DM_UNBLENDED_TEXTURE_AND_DETAIL); // Blended surfaces. drawLists(lists, DM_BLENDED); } else { // Blending is done during this pass. drawLists(lists, DM_ALL); } /* * Pass: Lit geometries. */ ClientApp::renderSystem().drawLists().findAll(LitGeom, lists); // If multitexturing is available, we'll use it to our advantage when // rendering lights. if(IS_MTEX_LIGHTS && dynlightBlend != 2) { if(IS_MUL) { // All (unblended) surfaces with exactly one light can be // rendered in a single pass. drawLists(lists, DM_LIGHT_MOD_TEXTURE); // Render surfaces with many lights without a texture, just // with the first light. drawLists(lists, DM_FIRST_LIGHT); } else // Additive ('foggy') lights. { drawLists(lists, DM_TEXTURE_PLUS_LIGHT); // Render surfaces with blending. drawLists(lists, DM_BLENDED); // Render the first light for surfaces with blending. // (Not optimal but shouldn't matter; texture is changed for // each primitive.) drawLists(lists, DM_BLENDED_FIRST_LIGHT); } } else // Multitexturing is not available for lights. { if(IS_MUL) { // Render all lit surfaces without a texture. drawLists(lists, DM_WITHOUT_TEXTURE); } else { if(IS_MTEX_DETAILS) // Draw detail textures using multitexturing. { // Unblended surfaces with a detail. drawLists(lists, DM_UNBLENDED_TEXTURE_AND_DETAIL); // Blended surfaces without details. drawLists(lists, DM_BLENDED); // Details for blended surfaces. drawLists(lists, DM_BLENDED_DETAILS); } else { drawLists(lists, DM_ALL); } } } /* * Pass: All light geometries (always additive). */ if(dynlightBlend != 2) { ClientApp::renderSystem().drawLists().findAll(LightGeom, lists); drawLists(lists, DM_LIGHTS); } /* * Pass: Geometries with texture modulation. */ if(IS_MUL) { // Finish the lit surfaces that didn't yet get a texture. ClientApp::renderSystem().drawLists().findAll(LitGeom, lists); if(IS_MTEX_DETAILS) { drawLists(lists, DM_UNBLENDED_MOD_TEXTURE_AND_DETAIL); drawLists(lists, DM_BLENDED_MOD_TEXTURE); drawLists(lists, DM_BLENDED_DETAILS); } else { if(IS_MTEX_LIGHTS && dynlightBlend != 2) { drawLists(lists, DM_MOD_TEXTURE_MANY_LIGHTS); } else { drawLists(lists, DM_MOD_TEXTURE); } } } /* * Pass: Geometries with details & modulation. * * If multitexturing is not available for details, we need to apply them as * an extra pass over all the detailed surfaces. */ if(r_detail) { // Render detail textures for all surfaces that need them. ClientApp::renderSystem().drawLists().findAll(UnlitGeom, lists); if(IS_MTEX_DETAILS) { // Blended detail textures. drawLists(lists, DM_BLENDED_DETAILS); } else { drawLists(lists, DM_ALL_DETAILS); ClientApp::renderSystem().drawLists().findAll(LitGeom, lists); drawLists(lists, DM_ALL_DETAILS); } } /* * Pass: Shiny geometries. * * If we have two texture units, the shiny masks will be enabled. Otherwise * the masks are ignored. The shine is basically specular environmental * additive light, multiplied by the mask so that black texels from the mask * produce areas without shine. */ ClientApp::renderSystem().drawLists().findAll(ShineGeom, lists); if(numTexUnits > 1) { // Render masked shiny surfaces in a separate pass. drawLists(lists, DM_SHINY); drawLists(lists, DM_MASKED_SHINY); } else { drawLists(lists, DM_ALL_SHINY); } /* * Pass: Shadow geometries (objects and Fake Radio). */ int const oldRenderTextures = renderTextures; renderTextures = true; ClientApp::renderSystem().drawLists().findAll(ShadowGeom, lists); drawLists(lists, DM_SHADOW); renderTextures = oldRenderTextures; glDisable(GL_TEXTURE_2D); // The draw lists do not modify these states -ds glEnable(GL_BLEND); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); glEnable(GL_ALPHA_TEST); glAlphaFunc(GL_GREATER, 0); if(usingFog) { glEnable(GL_FOG); glFogfv(GL_FOG_COLOR, fogColor); } // Draw masked walls, sprites and models. drawMasked(); // Draw particles. Rend_RenderParticles(map); if(usingFog) { glDisable(GL_FOG); } DENG2_ASSERT(!Sys_GLCheckError()); } void Rend_RenderMap(Map &map) { GL_SetMultisample(true); // Setup the modelview matrix. Rend_ModelViewMatrix(); if(!freezeRLs) { // Prepare for rendering. ClientApp::renderSystem().resetDrawLists(); // Clear the lists for new geometry. C_ClearRanges(); // Clear the clipper. // Recycle the vlight lists. Currently done here as the lists are // not shared by all viewports. VL_InitForNewFrame(); R_BeginFrame(); // Make vissprites of all the visible decorations. generateDecorationFlares(map); viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); eyeOrigin = viewData->current.origin; // Add the backside clipping range (if vpitch allows). if(vpitch <= 90 - yfov / 2 && vpitch >= -90 + yfov / 2) { float a = de::abs(vpitch) / (90 - yfov / 2); binangle_t startAngle = binangle_t(BANG_45 * Rend_FieldOfView() / 90) * (1 + a); binangle_t angLen = BANG_180 - startAngle; binangle_t viewside = (viewData->current.angle() >> (32 - BAMS_BITS)) + startAngle; C_SafeAddRange(viewside, viewside + angLen); C_SafeAddRange(viewside + angLen, viewside + 2 * angLen); } // The viewside line for the depth cue. viewsidex = -viewData->viewSin; viewsidey = viewData->viewCos; // We don't want BSP clip checking for the first BSP leaf. firstBspLeaf = true; // No current BSP leaf as of yet. currentBspLeaf = 0; // Draw the world! traverseBspAndDrawLeafs(&map.bspRoot()); } drawAllLists(map); // Draw various debugging displays: drawAllSurfaceTangentVectors(map); drawLumobjs(map); drawMobjBoundingBoxes(map); drawSectors(map); drawVertexes(map); drawThinkers(map); drawSoundEmitters(map); drawGenerators(map); drawBiasEditingVisuals(map); GL_SetMultisample(false); } static void drawStar(Vector3d const &origin, float size, Vector4f const &color) { float const black[4] = { 0, 0, 0, 0 }; glBegin(GL_LINES); glColor4fv(black); glVertex3f(origin.x - size, origin.z, origin.y); glColor4f(color.x, color.y, color.z, color.w); glVertex3f(origin.x, origin.z, origin.y); glVertex3f(origin.x, origin.z, origin.y); glColor4fv(black); glVertex3f(origin.x + size, origin.z, origin.y); glVertex3f(origin.x, origin.z - size, origin.y); glColor4f(color.x, color.y, color.z, color.w); glVertex3f(origin.x, origin.z, origin.y); glVertex3f(origin.x, origin.z, origin.y); glColor4fv(black); glVertex3f(origin.x, origin.z + size, origin.y); glVertex3f(origin.x, origin.z, origin.y - size); glColor4f(color.x, color.y, color.z, color.w); glVertex3f(origin.x, origin.z, origin.y); glVertex3f(origin.x, origin.z, origin.y); glColor4fv(black); glVertex3f(origin.x, origin.z, origin.y + size); glEnd(); } static void drawLabel(Vector3d const &origin, String const &label, float scale, float alpha) { if(label.isEmpty()) return; glDisable(GL_DEPTH_TEST); glEnable(GL_TEXTURE_2D); glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(origin.x, origin.z, origin.y); glRotatef(-vang + 180, 0, 1, 0); glRotatef(vpitch, 1, 0, 0); glScalef(-scale, -scale, 1); FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); Point2Raw offset(2, 2); UI_TextOutEx(label.toUtf8().constData(), &offset, UI_Color(UIC_TITLE), alpha); glMatrixMode(GL_MODELVIEW); glPopMatrix(); glEnable(GL_DEPTH_TEST); glDisable(GL_TEXTURE_2D); } static void drawLabel(Vector3d const &origin, String const &label) { ddouble distToEye = (vOrigin.xzy() - origin).length(); drawLabel(origin, label, distToEye / (DENG_GAMEVIEW_WIDTH / 2), 1 - distToEye / 2000); } /* * Visuals for Shadow Bias editing: */ static String labelForSource(BiasSource *s) { if(!s || !editShowIndices) return String(); /// @todo Don't assume the current map. return String::number(App_WorldSystem().map().toIndex(*s)); } static void drawSource(BiasSource *s) { if(!s) return; ddouble distToEye = (s->origin() - eyeOrigin).length(); drawStar(s->origin(), 25 + s->evaluateIntensity() / 20, Vector4f(s->color(), 1.0f / de::max(float((distToEye - 100) / 1000), 1.f))); drawLabel(s->origin(), labelForSource(s)); } static void drawLock(Vector3d const &origin, double unit, double t) { glColor4f(1, 1, 1, 1); glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(origin.x, origin.z, origin.y); glRotatef(t / 2, 0, 0, 1); glRotatef(t, 1, 0, 0); glRotatef(t * 15, 0, 1, 0); glBegin(GL_LINES); glVertex3f(-unit, 0, -unit); glVertex3f(+unit, 0, -unit); glVertex3f(+unit, 0, -unit); glVertex3f(+unit, 0, +unit); glVertex3f(+unit, 0, +unit); glVertex3f(-unit, 0, +unit); glVertex3f(-unit, 0, +unit); glVertex3f(-unit, 0, -unit); glEnd(); glPopMatrix(); } static void drawBiasEditingVisuals(Map &map) { if(freezeRLs) return; if(!SBE_Active() || editHidden) return; if(!map.biasSourceCount()) return; double const t = Timer_RealMilliseconds() / 100.0f; if(HueCircle *hueCircle = SBE_HueCircle()) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); glDisable(GL_DEPTH_TEST); glDisable(GL_CULL_FACE); glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(vOrigin.x, vOrigin.y, vOrigin.z); glScalef(1, 1.0f/1.2f, 1); glTranslatef(-vOrigin.x, -vOrigin.y, -vOrigin.z); HueCircleVisual::draw(*hueCircle, vOrigin, viewData->frontVec); glMatrixMode(GL_MODELVIEW); glPopMatrix(); glEnable(GL_DEPTH_TEST); glEnable(GL_CULL_FACE); } coord_t handDistance; Hand &hand = App_WorldSystem().hand(&handDistance); // Grabbed sources blink yellow. Vector4f grabbedColor; if(!editBlink || map.biasCurrentTime() & 0x80) grabbedColor = Vector4f(1, 1, .8f, .5f); else grabbedColor = Vector4f(.7f, .7f, .5f, .4f); BiasSource *nearSource = map.biasSourceNear(hand.origin()); DENG_ASSERT(nearSource != 0); if((hand.origin() - nearSource->origin()).length() > 2 * handDistance) { // Show where it is. glDisable(GL_DEPTH_TEST); } // The nearest cursor phases blue. drawStar(nearSource->origin(), 10000, nearSource->isGrabbed()? grabbedColor : Vector4f(.0f + sin(t) * .2f, .2f + sin(t) * .15f, .9f + sin(t) * .3f, .8f - sin(t) * .2f)); glDisable(GL_DEPTH_TEST); drawLabel(nearSource->origin(), labelForSource(nearSource)); if(nearSource->isLocked()) drawLock(nearSource->origin(), 2 + (nearSource->origin() - eyeOrigin).length() / 100, t); foreach(Grabbable *grabbable, hand.grabbed()) { if(de::internal::cannotCastGrabbableTo(grabbable)) continue; BiasSource *s = &grabbable->as(); if(s == nearSource) continue; drawStar(s->origin(), 10000, grabbedColor); drawLabel(s->origin(), labelForSource(s)); if(s->isLocked()) drawLock(s->origin(), 2 + (s->origin() - eyeOrigin).length() / 100, t); } /*BiasSource *s = hand.nearestBiasSource(); if(s && !hand.hasGrabbed(*s)) { glDisable(GL_DEPTH_TEST); drawLabel(s->origin(), labelForSource(s)); }*/ // Show all sources? if(editShowAll) { foreach(BiasSource *source, map.biasSources()) { if(source == nearSource) continue; if(source->isGrabbed()) continue; drawSource(source); } } glEnable(GL_DEPTH_TEST); } void Rend_UpdateLightModMatrix() { if(novideo) return; zap(lightModRange); if(!App_WorldSystem().hasMap()) { rAmbient = 0; return; } int mapAmbient = App_WorldSystem().map().ambientLightLevel(); if(mapAmbient > ambientLight) { rAmbient = mapAmbient; } else { rAmbient = ambientLight; } for(int i = 0; i < 255; ++i) { // Adjust the white point/dark point? float lightlevel = 0; if(lightRangeCompression != 0) { if(lightRangeCompression >= 0) { // Brighten dark areas. lightlevel = float(255 - i) * lightRangeCompression; } else { // Darken bright areas. lightlevel = float(-i) * -lightRangeCompression; } } // Lower than the ambient limit? if(rAmbient != 0 && i+lightlevel <= rAmbient) { lightlevel = rAmbient - i; } // Clamp the result as a modifier to the light value (j). if((i + lightlevel) >= 255) { lightlevel = 255 - i; } else if((i + lightlevel) <= 0) { lightlevel = -i; } // Insert it into the matrix. lightModRange[i] = lightlevel / 255.0f; // Ensure the resultant value never exceeds the expected [0..1] range. DENG2_ASSERT(INRANGE_OF(i / 255.0f + lightModRange[i], 0.f, 1.f)); } } float Rend_LightAdaptationDelta(float val) { int clampedVal = de::clamp(0, ROUND(255.0f * val), 254); return lightModRange[clampedVal]; } void Rend_ApplyLightAdaptation(float &val) { val += Rend_LightAdaptationDelta(val); } void Rend_DrawLightModMatrix() { #define BLOCK_WIDTH (1.0f) #define BLOCK_HEIGHT (BLOCK_WIDTH * 255.0f) #define BORDER (20) // Disabled? if(!devLightModRange) return; glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); glTranslatef(BORDER, BORDER, 0); /* color.red = 0.2f; color.green = 0; color.blue = 0.6f; */ // Draw an outside border. glColor4f(1, 1, 0, 1); glBegin(GL_LINES); glVertex2f(-1, -1); glVertex2f(255 + 1, -1); glVertex2f(255 + 1, -1); glVertex2f(255 + 1, BLOCK_HEIGHT + 1); glVertex2f(255 + 1, BLOCK_HEIGHT + 1); glVertex2f(-1, BLOCK_HEIGHT + 1); glVertex2f(-1, BLOCK_HEIGHT + 1); glVertex2f(-1, -1); glEnd(); glBegin(GL_QUADS); float c = 0; for(int i = 0; i < 255; ++i, c += (1.0f/255.0f)) { // Get the result of the source light level + offset. float off = lightModRange[i]; glColor4f(c + off, c + off, c + off, 1); glVertex2f(i * BLOCK_WIDTH, 0); glVertex2f(i * BLOCK_WIDTH + BLOCK_WIDTH, 0); glVertex2f(i * BLOCK_WIDTH + BLOCK_WIDTH, BLOCK_HEIGHT); glVertex2f(i * BLOCK_WIDTH, BLOCK_HEIGHT); } glEnd(); glMatrixMode(GL_PROJECTION); glPopMatrix(); #undef BORDER #undef BLOCK_HEIGHT #undef BLOCK_WIDTH } static DGLuint constructBBox(DGLuint name, float br) { if(GL_NewList(name, GL_COMPILE)) { glBegin(GL_QUADS); { // Top glTexCoord2f(1.0f, 1.0f); glVertex3f( 1.0f+br, 1.0f,-1.0f-br); // TR glTexCoord2f(0.0f, 1.0f); glVertex3f(-1.0f-br, 1.0f,-1.0f-br); // TL glTexCoord2f(0.0f, 0.0f); glVertex3f(-1.0f-br, 1.0f, 1.0f+br); // BL glTexCoord2f(1.0f, 0.0f); glVertex3f( 1.0f+br, 1.0f, 1.0f+br); // BR // Bottom glTexCoord2f(1.0f, 1.0f); glVertex3f( 1.0f+br,-1.0f, 1.0f+br); // TR glTexCoord2f(0.0f, 1.0f); glVertex3f(-1.0f-br,-1.0f, 1.0f+br); // TL glTexCoord2f(0.0f, 0.0f); glVertex3f(-1.0f-br,-1.0f,-1.0f-br); // BL glTexCoord2f(1.0f, 0.0f); glVertex3f( 1.0f+br,-1.0f,-1.0f-br); // BR // Front glTexCoord2f(1.0f, 1.0f); glVertex3f( 1.0f+br, 1.0f+br, 1.0f); // TR glTexCoord2f(0.0f, 1.0f); glVertex3f(-1.0f-br, 1.0f+br, 1.0f); // TL glTexCoord2f(0.0f, 0.0f); glVertex3f(-1.0f-br,-1.0f-br, 1.0f); // BL glTexCoord2f(1.0f, 0.0f); glVertex3f( 1.0f+br,-1.0f-br, 1.0f); // BR // Back glTexCoord2f(1.0f, 1.0f); glVertex3f( 1.0f+br,-1.0f-br,-1.0f); // TR glTexCoord2f(0.0f, 1.0f); glVertex3f(-1.0f-br,-1.0f-br,-1.0f); // TL glTexCoord2f(0.0f, 0.0f); glVertex3f(-1.0f-br, 1.0f+br,-1.0f); // BL glTexCoord2f(1.0f, 0.0f); glVertex3f( 1.0f+br, 1.0f+br,-1.0f); // BR // Left glTexCoord2f(1.0f, 1.0f); glVertex3f(-1.0f, 1.0f+br, 1.0f+br); // TR glTexCoord2f(0.0f, 1.0f); glVertex3f(-1.0f, 1.0f+br,-1.0f-br); // TL glTexCoord2f(0.0f, 0.0f); glVertex3f(-1.0f,-1.0f-br,-1.0f-br); // BL glTexCoord2f(1.0f, 0.0f); glVertex3f(-1.0f,-1.0f-br, 1.0f+br); // BR // Right glTexCoord2f(1.0f, 1.0f); glVertex3f( 1.0f, 1.0f+br,-1.0f-br); // TR glTexCoord2f(0.0f, 1.0f); glVertex3f( 1.0f, 1.0f+br, 1.0f+br); // TL glTexCoord2f(0.0f, 0.0f); glVertex3f( 1.0f,-1.0f-br, 1.0f+br); // BL glTexCoord2f(1.0f, 0.0f); glVertex3f( 1.0f,-1.0f-br,-1.0f-br); // BR } glEnd(); return GL_EndList(); } return 0; } /** * Draws a textured cube using the currently bound gl texture. * Used to draw mobj bounding boxes. * * @param pos Coordinates of the center of the box (in map space units). * @param w Width of the box. * @param l Length of the box. * @param h Height of the box. * @param a Angle of the box. * @param color Color to make the box (uniform vertex color). * @param alpha Alpha to make the box (uniform vertex color). * @param br Border amount to overlap box faces. * @param alignToBase If @c true, align the base of the box * to the Z coordinate. */ void Rend_DrawBBox(Vector3d const &pos, coord_t w, coord_t l, coord_t h, float a, float const color[3], float alpha, float br, bool alignToBase) { glMatrixMode(GL_MODELVIEW); glPushMatrix(); if(alignToBase) // The Z coordinate is to the bottom of the object. glTranslated(pos.x, pos.z + h, pos.y); else glTranslated(pos.x, pos.z, pos.y); glRotatef(0, 0, 0, 1); glRotatef(0, 1, 0, 0); glRotatef(a, 0, 1, 0); glScaled(w - br - br, h - br - br, l - br - br); glColor4f(color[CR], color[CG], color[CB], alpha); GL_CallList(dlBBox); glMatrixMode(GL_MODELVIEW); glPopMatrix(); } /** * Draws a textured triangle using the currently bound gl texture. * Used to draw mobj angle direction arrow. * * @param pos Coordinates of the center of the base of the * triangle (in "world" coordinates [VX, VY, VZ]). * @param a Angle to point the triangle in. * @param s Scale of the triangle. * @param color Color to make the box (uniform vertex color). * @param alpha Alpha to make the box (uniform vertex color). */ void Rend_DrawArrow(Vector3d const &pos, float a, float s, float const color[3], float alpha) { glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslated(pos.x, pos.z, pos.y); glRotatef(0, 0, 0, 1); glRotatef(0, 1, 0, 0); glRotatef(a, 0, 1, 0); glScalef(s, 0, s); glBegin(GL_TRIANGLES); { glColor4f(0.0f, 0.0f, 0.0f, 0.5f); glTexCoord2f(1.0f, 1.0f); glVertex3f( 1.0f, 1.0f,-1.0f); // L glColor4f(color[0], color[1], color[2], alpha); glTexCoord2f(0.0f, 1.0f); glVertex3f(-1.0f, 1.0f,-1.0f); // Point glColor4f(0.0f, 0.0f, 0.0f, 0.5f); glTexCoord2f(0.0f, 0.0f); glVertex3f(-1.0f, 1.0f, 1.0f); // R } glEnd(); glMatrixMode(GL_MODELVIEW); glPopMatrix(); } static int drawMobjBBox(thinker_t *th, void * /*context*/) { static float const red[3] = { 1, 0.2f, 0.2f}; // non-solid objects static float const green[3] = { 0.2f, 1, 0.2f}; // solid objects static float const yellow[3] = {0.7f, 0.7f, 0.2f}; // missiles mobj_t *mo = (mobj_t *) th; // We don't want the console player. if(mo == ddPlayers[consolePlayer].shared.mo) return false; // Continue iteration. // Is it vissible? if(!Mobj_IsLinked(*mo) || !R_ViewerBspLeafIsVisible(Mobj_BspLeafAtOrigin(*mo))) return false; // Continue iteration. ddouble const distToEye = (eyeOrigin - Mobj_Origin(*mo)).length(); float alpha = 1 - ((distToEye / (DENG_GAMEVIEW_WIDTH/2)) / 4); if(alpha < .25f) alpha = .25f; // Don't make them totally invisible. // Draw a bounding box in an appropriate color. coord_t size = Mobj_Radius(*mo); Rend_DrawBBox(mo->origin, size, size, mo->height/2, 0, (mo->ddFlags & DDMF_MISSILE)? yellow : (mo->ddFlags & DDMF_SOLID)? green : red, alpha, .08f); Rend_DrawArrow(mo->origin, ((mo->angle + ANG45 + ANG90) / (float) ANGLE_MAX *-360), size*1.25, (mo->ddFlags & DDMF_MISSILE)? yellow : (mo->ddFlags & DDMF_SOLID)? green : red, alpha); return false; // Continue iteration. } /** * Renders bounding boxes for all mobj's (linked in sec->mobjList, except * the console player) in all sectors that are currently marked as vissible. * * Depth test is disabled to show all mobjs that are being rendered, regardless * if they are actually vissible (hidden by previously drawn map geometry). */ static void drawMobjBoundingBoxes(Map &map) { //static float const red[3] = { 1, 0.2f, 0.2f}; // non-solid objects static float const green[3] = { 0.2f, 1, 0.2f}; // solid objects static float const yellow[3] = {0.7f, 0.7f, 0.2f}; // missiles if(!devMobjBBox && !devPolyobjBBox) return; #ifndef _DEBUG // Bounding boxes are not allowed in non-debug netgames. if(netGame) return; #endif if(!dlBBox) dlBBox = constructBBox(0, .08f); glDisable(GL_DEPTH_TEST); glEnable(GL_TEXTURE_2D); glDisable(GL_CULL_FACE); MaterialSnapshot const &ms = ClientApp::resourceSystem().material(de::Uri("System", Path("bbox"))) .prepare(Rend_SpriteMaterialSpec()); GL_BindTexture(&ms.texture(MTU_PRIMARY)); GL_BlendMode(BM_ADD); if(devMobjBBox) { map.thinkers().iterate(reinterpret_cast(gx.MobjThinker), 0x1, drawMobjBBox); } if(devPolyobjBBox) { foreach(Polyobj const *polyobj, map.polyobjs()) { Sector const &sec = polyobj->sector(); coord_t width = (polyobj->aaBox.maxX - polyobj->aaBox.minX)/2; coord_t length = (polyobj->aaBox.maxY - polyobj->aaBox.minY)/2; coord_t height = (sec.ceiling().height() - sec.floor().height())/2; Vector3d pos(polyobj->aaBox.minX + width, polyobj->aaBox.minY + length, sec.floor().height()); ddouble const distToEye = (eyeOrigin - pos).length(); float alpha = 1 - ((distToEye / (DENG_GAMEVIEW_WIDTH/2)) / 4); if(alpha < .25f) alpha = .25f; // Don't make them totally invisible. Rend_DrawBBox(pos, width, length, height, 0, yellow, alpha, .08f); foreach(Line *line, polyobj->lines()) { Vector3d pos(line->center(), sec.floor().height()); Rend_DrawBBox(pos, 0, line->length() / 2, height, BANG2DEG(BANG_90 - line->angle()), green, alpha, 0); } } } GL_BlendMode(BM_NORMAL); glEnable(GL_CULL_FACE); glDisable(GL_TEXTURE_2D); glEnable(GL_DEPTH_TEST); } static void drawVector(Vector3f const &vector, float scalar, const float color[3]) { static const float black[4] = { 0, 0, 0, 0 }; glBegin(GL_LINES); glColor4fv(black); glVertex3f(scalar * vector.x, scalar * vector.z, scalar * vector.y); glColor3fv(color); glVertex3f(0, 0, 0); glEnd(); } static void drawTangentVectorsForSurface(Surface const &suf, Vector3d const &origin) { int const VISUAL_LENGTH = 20; static float const red[3] = { 1, 0, 0 }; static float const green[3] = { 0, 1, 0 }; static float const blue[3] = { 0, 0, 1 }; glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(origin.x, origin.z, origin.y); if(devSurfaceVectors & SVF_TANGENT) drawVector(suf.tangent(), VISUAL_LENGTH, red); if(devSurfaceVectors & SVF_BITANGENT) drawVector(suf.bitangent(), VISUAL_LENGTH, green); if(devSurfaceVectors & SVF_NORMAL) drawVector(suf.normal(), VISUAL_LENGTH, blue); glMatrixMode(GL_MODELVIEW); glPopMatrix(); } /** * @todo Determine Z-axis origin from a WallEdge. */ static void drawTangentVectorsForWallSections(HEdge const *hedge) { if(!hedge || !hedge->hasMapElement()) return; LineSideSegment const &seg = hedge->mapElementAs(); LineSide const &lineSide = seg.lineSide(); Line const &line = lineSide.line(); Vector2d const center = (hedge->twin().origin() + hedge->origin()) / 2; if(lineSide.considerOneSided()) { SectorCluster &cluster = (line.definesPolyobj()? line.polyobj().bspLeaf() : hedge->face().mapElementAs()).cluster(); coord_t const bottom = cluster. visFloor().heightSmoothed(); coord_t const top = cluster.visCeiling().heightSmoothed(); drawTangentVectorsForSurface(lineSide.middle(), Vector3d(center, bottom + (top - bottom) / 2)); } else { SectorCluster &cluster = (line.definesPolyobj()? line.polyobj().bspLeaf() : hedge->face().mapElementAs()).cluster(); SectorCluster &backCluster = (line.definesPolyobj()? line.polyobj().bspLeaf() : hedge->twin().face().mapElementAs()).cluster(); if(lineSide.middle().hasMaterial()) { coord_t const bottom = cluster. visFloor().heightSmoothed(); coord_t const top = cluster.visCeiling().heightSmoothed(); drawTangentVectorsForSurface(lineSide.middle(), Vector3d(center, bottom + (top - bottom) / 2)); } if(backCluster.visCeiling().heightSmoothed() < cluster.visCeiling().heightSmoothed() && !(cluster. visCeiling().surface().hasSkyMaskedMaterial() && backCluster.visCeiling().surface().hasSkyMaskedMaterial())) { coord_t const bottom = backCluster.visCeiling().heightSmoothed(); coord_t const top = cluster. visCeiling().heightSmoothed(); drawTangentVectorsForSurface(lineSide.top(), Vector3d(center, bottom + (top - bottom) / 2)); } if(backCluster.visFloor().heightSmoothed() > cluster.visFloor().heightSmoothed() && !(cluster. visFloor().surface().hasSkyMaskedMaterial() && backCluster.visFloor().surface().hasSkyMaskedMaterial())) { coord_t const bottom = cluster. visFloor().heightSmoothed(); coord_t const top = backCluster.visFloor().heightSmoothed(); drawTangentVectorsForSurface(lineSide.bottom(), Vector3d(center, bottom + (top - bottom) / 2)); } } } /** * @todo Use drawTangentVectorsForWallSections() for polyobjs too. */ static void drawSurfaceTangentVectors(SectorCluster *cluster) { if(!cluster) return; foreach(BspLeaf *bspLeaf, cluster->bspLeafs()) { HEdge const *base = bspLeaf->poly().hedge(); HEdge const *hedge = base; do { drawTangentVectorsForWallSections(hedge); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, bspLeaf->extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { drawTangentVectorsForWallSections(hedge); } foreach(Polyobj *polyobj, bspLeaf->polyobjs()) foreach(HEdge *hedge, polyobj->mesh().hedges()) { drawTangentVectorsForWallSections(hedge); } } int const planeCount = cluster->sector().planeCount(); for(int i = 0; i < planeCount; ++i) { Plane const &plane = cluster->visPlane(i); coord_t height = 0; if(plane.surface().hasSkyMaskedMaterial() && (plane.isSectorFloor() || plane.isSectorCeiling())) { height = plane.map().skyFix(plane.isSectorCeiling()); } else { height = plane.heightSmoothed(); } drawTangentVectorsForSurface(plane.surface(), Vector3d(cluster->center(), height)); } } /** * Draw the surface tangent space vectors, primarily for debug. */ static void drawAllSurfaceTangentVectors(Map &map) { if(!devSurfaceVectors) return; glDisable(GL_CULL_FACE); foreach(SectorCluster *cluster, map.sectorClusters()) { drawSurfaceTangentVectors(cluster); } glEnable(GL_CULL_FACE); } static void drawLumobjs(Map &map) { DENG_UNUSED(map); static float const black[4] = { 0, 0, 0, 0 }; if(!devDrawLums) return; glDisable(GL_DEPTH_TEST); glDisable(GL_CULL_FACE); for(int i = 0; i < map.lumobjCount(); ++i) { Lumobj *lum = map.lumobj(i); if(rendMaxLumobjs > 0 && R_ViewerLumobjIsHidden(i)) continue; glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslated(lum->origin().x, lum->origin().z + lum->zOffset(), lum->origin().y); glBegin(GL_LINES); { glColor4fv(black); glVertex3f(-lum->radius(), 0, 0); glColor4f(lum->color().x, lum->color().y, lum->color().z, 1); glVertex3f(0, 0, 0); glVertex3f(0, 0, 0); glColor4fv(black); glVertex3f(lum->radius(), 0, 0); glVertex3f(0, -lum->radius(), 0); glColor4f(lum->color().x, lum->color().y, lum->color().z, 1); glVertex3f(0, 0, 0); glVertex3f(0, 0, 0); glColor4fv(black); glVertex3f(0, lum->radius(), 0); glVertex3f(0, 0, -lum->radius()); glColor4f(lum->color().x, lum->color().y, lum->color().z, 1); glVertex3f(0, 0, 0); glVertex3f(0, 0, 0); glColor4fv(black); glVertex3f(0, 0, lum->radius()); } glEnd(); glMatrixMode(GL_MODELVIEW); glPopMatrix(); } glEnable(GL_CULL_FACE); glEnable(GL_DEPTH_TEST); } static void drawSoundEmitter(SoundEmitter &emitter, String const &label) { #define MAX_SOUNDORIGIN_DIST 384 Vector3d const &origin = Vector3d(emitter.origin); ddouble const distToEye = (eyeOrigin - origin).length(); if(distToEye < MAX_SOUNDORIGIN_DIST) { drawLabel(origin, label, distToEye / (DENG_GAMEVIEW_WIDTH / 2), 1 - distToEye / MAX_SOUNDORIGIN_DIST); } #undef MAX_SOUNDORIGIN_DIST } /** * Debugging aid for visualizing sound origins. */ static void drawSoundEmitters(Map &map) { if(!devSoundEmitters) return; if(devSoundEmitters & SOF_SIDE) { foreach(Line *line, map.lines()) for(int i = 0; i < 2; ++i) { LineSide &side = line->side(i); if(!side.hasSections()) continue; drawSoundEmitter(side.middleSoundEmitter(), String("Line #%1 (%2, middle)") .arg(line->indexInMap()) .arg(i? "back" : "front")); drawSoundEmitter(side.bottomSoundEmitter(), String("Line #%1 (%2, bottom)") .arg(line->indexInMap()) .arg(i? "back" : "front")); drawSoundEmitter(side.topSoundEmitter(), String("Line #%1 (%2, top)") .arg(line->indexInMap()) .arg(i? "back" : "front")); } } if(devSoundEmitters & (SOF_SECTOR|SOF_PLANE)) { foreach(Sector *sec, map.sectors()) { if(devSoundEmitters & SOF_PLANE) { foreach(Plane *plane, sec->planes()) { drawSoundEmitter(plane->soundEmitter(), String("Sector #%1 (pln:%2)") .arg(sec->indexInMap()) .arg(plane->indexInSector())); } } if(devSoundEmitters & SOF_SECTOR) { drawSoundEmitter(sec->soundEmitter(), String("Sector #%1").arg(sec->indexInMap())); } } } } static String labelForGenerator(Generator const *gen) { DENG2_ASSERT(gen != 0); return String("%1").arg(gen->id()); } static int drawGenerator(Generator *gen, void * /*context*/) { #define MAX_GENERATOR_DIST 2048 if(gen->source || gen->isUntriggered()) { Vector3d const origin = gen->origin(); ddouble const distToEye = (eyeOrigin - origin).length(); if(distToEye < MAX_GENERATOR_DIST) { drawLabel(origin, labelForGenerator(gen), distToEye / (DENG_GAMEVIEW_WIDTH / 2), 1 - distToEye / MAX_GENERATOR_DIST); } } return false; // Continue iteration. #undef MAX_GENERATOR_DIST } /** * Debugging aid; Draw all active generators. */ static void drawGenerators(Map &map) { if(!devDrawGenerators) return; map.generatorIterator(drawGenerator); } static void drawPoint(Vector3d const &origin, float opacity) { glBegin(GL_POINTS); glColor4f(.7f, .7f, .2f, opacity * 2); glVertex3f(origin.x, origin.z, origin.y); glEnd(); } static void drawBar(Vector3d const &origin, coord_t height, float opacity) { int const EXTEND_DIST = 64; static float const black[4] = { 0, 0, 0, 0 }; glBegin(GL_LINES); glColor4fv(black); glVertex3f(origin.x, origin.z - EXTEND_DIST, origin.y); glColor4f(1, 1, 1, opacity); glVertex3f(origin.x, origin.z, origin.y); glVertex3f(origin.x, origin.z, origin.y); glVertex3f(origin.x, origin.z + height, origin.y); glVertex3f(origin.x, origin.z + height, origin.y); glColor4fv(black); glVertex3f(origin.x, origin.z + height + EXTEND_DIST, origin.y); glEnd(); } static String labelForVertex(Vertex const *vtx) { DENG_ASSERT(vtx != 0); return String("%1").arg(vtx->indexInMap()); } struct drawVertexVisual_params_t { int maxDistance; bool drawOrigin; bool drawBar; bool drawLabel; QBitArray *drawnVerts; }; static void drawVertexVisual(Vertex const &vertex, ddouble minHeight, ddouble maxHeight, drawVertexVisual_params_t &parms) { if(!parms.drawOrigin && !parms.drawBar && !parms.drawLabel) return; // Skip vertexes produced by the space partitioner. if(vertex.indexInArchive() == MapElement::NoIndex) return; // Skip already processed verts? if(parms.drawnVerts) { if(parms.drawnVerts->testBit(vertex.indexInArchive())) return; parms.drawnVerts->setBit(vertex.indexInArchive()); } // Distance in 2D determines visibility/opacity. ddouble distToEye = (Vector2d(eyeOrigin.x, eyeOrigin.y) - vertex.origin()).length(); if(distToEye >= parms.maxDistance) return; Vector3d const origin(vertex.origin(), minHeight); float const opacity = 1 - distToEye / parms.maxDistance; if(parms.drawBar) { drawBar(origin, maxHeight - minHeight, opacity); } if(parms.drawOrigin) { drawPoint(origin, opacity * 2); } if(parms.drawLabel) { drawLabel(origin, labelForVertex(&vertex), distToEye / (DENG_GAMEVIEW_WIDTH / 2), opacity); } } /** * Find the relative next minmal and/or maximal visual height(s) of all sector * planes which "interface" at the half-edge, edge vertex. * * @param base Base half-edge to find heights for. * @param edge Edge of the half-edge. * @param min Current minimal height to use as a base (will be overwritten). * Use DDMAXFLOAT if the base is unknown. Can be @c 0. * @param min Current maximal height to use as a base (will be overwritten). * Use DDMINFLOAT if the base is unknown. Can be @c 0. * * @todo Don't stop when a zero-volume back neighbor is found; process all of * the neighbors at the specified vertex (the half-edge geometry will need to * be linked such that "outside" edges are neighbor-linked similarly to those * with a face). */ static void findMinMaxPlaneHeightsAtVertex(HEdge *base, int edge, ddouble &min, ddouble &max) { if(!base) return; if(!base->hasFace() || !base->face().hasMapElement()) return; BspLeaf &bspLeaf = base->face().mapElementAs(); if(!bspLeaf.hasCluster()) return; // Process neighbors? if(!SectorCluster::isInternalEdge(base)) { ClockDirection const direction = edge? Clockwise : Anticlockwise; HEdge *hedge = base; while((hedge = &SectorClusterCirculator::findBackNeighbor(*hedge, direction)) != base) { // Stop if there is no back cluster. BspLeaf *backLeaf = hedge->hasFace()? &hedge->face().mapElementAs() : 0; if(!backLeaf || !backLeaf->hasCluster()) break; if(backLeaf->cluster().visFloor().heightSmoothed() < min) min = backLeaf->cluster().visFloor().heightSmoothed(); if(backLeaf->cluster().visCeiling().heightSmoothed() > max) max = backLeaf->cluster().visCeiling().heightSmoothed(); } } } static int drawBspLeafVertexWorker(BspLeaf *bspLeaf, void *context) { drawVertexVisual_params_t &parms = *static_cast(context); if(!bspLeaf->hasCluster()) return false; // Continue iteration. ddouble min = bspLeaf->cluster(). visFloor().heightSmoothed(); ddouble max = bspLeaf->cluster().visCeiling().heightSmoothed(); HEdge *base = bspLeaf->poly().hedge(); HEdge *hedge = base; do { ddouble edgeMin = min; ddouble edgeMax = max; findMinMaxPlaneHeightsAtVertex(hedge, 0 /*left edge*/, edgeMin, edgeMax); drawVertexVisual(hedge->vertex(), min, max, parms); } while((hedge = &hedge->next()) != base); foreach(Mesh *mesh, bspLeaf->extraMeshes()) foreach(HEdge *hedge, mesh->hedges()) { drawVertexVisual(hedge->vertex(), min, max, parms); drawVertexVisual(hedge->twin().vertex(), min, max, parms); } foreach(Polyobj *polyobj, bspLeaf->polyobjs()) foreach(Line *line, polyobj->lines()) { drawVertexVisual(line->from(), min, max, parms); drawVertexVisual(line->to(), min, max, parms); } return false; // Continue iteration. } /** * Draw the various vertex debug aids. */ static void drawVertexes(Map &map) { #define MAX_DISTANCE 1280 ///< From the viewer. float oldLineWidth = -1; if(!devVertexBars && !devVertexIndices) return; AABoxd box(eyeOrigin.x - MAX_DISTANCE, eyeOrigin.y - MAX_DISTANCE, eyeOrigin.x + MAX_DISTANCE, eyeOrigin.y + MAX_DISTANCE); QBitArray drawnVerts(map.vertexCount()); drawVertexVisual_params_t parms; parms.maxDistance = MAX_DISTANCE; parms.drawnVerts = &drawnVerts; if(devVertexBars) { glDisable(GL_DEPTH_TEST); glEnable(GL_LINE_SMOOTH); oldLineWidth = DGL_GetFloat(DGL_LINE_WIDTH); DGL_SetFloat(DGL_LINE_WIDTH, 2); parms.drawBar = true; parms.drawLabel = parms.drawOrigin = false; map.bspLeafBoxIterator(box, drawBspLeafVertexWorker, &parms); glEnable(GL_DEPTH_TEST); } // Draw the vertex origins. float const oldPointSize = DGL_GetFloat(DGL_POINT_SIZE); glEnable(GL_POINT_SMOOTH); DGL_SetFloat(DGL_POINT_SIZE, 6); glDisable(GL_DEPTH_TEST); parms.drawnVerts->fill(false); // Process all again. parms.drawOrigin = true; parms.drawBar = parms.drawLabel = false; map.bspLeafBoxIterator(box, drawBspLeafVertexWorker, &parms); glEnable(GL_DEPTH_TEST); if(devVertexIndices) { parms.drawnVerts->fill(false); // Process all again. parms.drawLabel = true; parms.drawBar = parms.drawOrigin = false; map.bspLeafBoxIterator(box, drawBspLeafVertexWorker, &parms); } // Restore previous state. if(devVertexBars) { DGL_SetFloat(DGL_LINE_WIDTH, oldLineWidth); glDisable(GL_LINE_SMOOTH); } DGL_SetFloat(DGL_POINT_SIZE, oldPointSize); glDisable(GL_POINT_SMOOTH); #undef MAX_VERTEX_POINT_DIST } static String labelForCluster(SectorCluster const *cluster) { DENG_ASSERT(cluster != 0); return String("%1").arg(cluster->sector().indexInMap()); } /** * Draw the sector cluster debugging aids. */ static void drawSectors(Map &map) { #define MAX_LABEL_DIST 1280 if(!devSectorIndices) return; // Draw per-cluster sector labels: foreach(SectorCluster *cluster, map.sectorClusters()) { Vector3d const origin(cluster->center(), cluster->visPlane(Sector::Floor).heightSmoothed()); ddouble const distToEye = (eyeOrigin - origin).length(); if(distToEye < MAX_LABEL_DIST) { drawLabel(origin, labelForCluster(cluster), distToEye / (DENG_GAMEVIEW_WIDTH / 2), 1 - distToEye / MAX_LABEL_DIST); } } #undef MAX_LABEL_DIST } static String labelForThinker(thinker_t *thinker) { DENG_ASSERT(thinker != 0); return String("%1").arg(thinker->id); } static int drawThinkersWorker(thinker_t *thinker, void *context) { DENG2_UNUSED(context); #define MAX_THINKER_DIST 2048 // Skip non-mobjs. if(!Thinker_IsMobjFunc(thinker->function)) return false; Vector3d const origin = Mobj_Center(*(mobj_t *)thinker); ddouble const distToEye = (eyeOrigin - origin).length(); if(distToEye < MAX_THINKER_DIST) { drawLabel(origin, labelForThinker(thinker), distToEye / (DENG_GAMEVIEW_WIDTH / 2), 1 - distToEye / MAX_THINKER_DIST); } return false; // Continue iteration. #undef MAX_THINKER_DIST } /** * Debugging aid for visualizing thinker IDs. */ static void drawThinkers(Map &map) { if(!devThinkerIds) return; map.thinkers().iterate(NULL, 0x1 | 0x2, drawThinkersWorker); } MaterialVariantSpec const &Rend_MapSurfaceMaterialSpec(int wrapS, int wrapT) { return ClientApp::resourceSystem().materialSpec(MapSurfaceContext, 0, 0, 0, 0, wrapS, wrapT, -1, -1, -1, true, true, false, false); } MaterialVariantSpec const &Rend_MapSurfaceMaterialSpec() { return Rend_MapSurfaceMaterialSpec(GL_REPEAT, GL_REPEAT); } TextureVariantSpec const &Rend_MapSurfaceShinyTextureSpec() { return ClientApp::resourceSystem().textureSpec(TC_MAPSURFACE_REFLECTION, TSF_NO_COMPRESSION, 0, 0, 0, GL_REPEAT, GL_REPEAT, 1, 1, -1, false, false, false, false); } TextureVariantSpec const &Rend_MapSurfaceShinyMaskTextureSpec() { return ClientApp::resourceSystem().textureSpec(TC_MAPSURFACE_REFLECTIONMASK, 0, 0, 0, 0, GL_REPEAT, GL_REPEAT, -1, -1, -1, true, false, false, false); } D_CMD(OpenRendererAppearanceEditor) { DENG2_UNUSED3(src, argc, argv); if(!App_GameLoaded()) { LOG_ERROR("A game must be loaded before the Renderer Appearance editor can be opened"); return false; } if(!ClientWindow::main().hasSidebar()) { // The editor sidebar will give its ownership automatically // to the window. RendererAppearanceEditor *editor = new RendererAppearanceEditor; editor->open(); } return true; } D_CMD(LowRes) { DENG2_UNUSED3(src, argv, argc); // Set everything as low as they go. filterSprites = 0; filterUI = 0; texMagMode = 0; //GL_SetAllTexturesMinFilter(GL_NEAREST); GL_SetRawTexturesMinFilter(GL_NEAREST); // And do a texreset so everything is updated. GL_TexReset(); return true; } D_CMD(TexReset) { DENG2_UNUSED(src); if(argc == 2 && !String(argv[1]).compareWithoutCase("raw")) { // Reset just raw images. GL_ReleaseTexturesForRawImages(); } else { // Reset everything. GL_TexReset(); } return true; } D_CMD(MipMap) { DENG2_UNUSED2(src, argc); int newMipMode = String(argv[1]).toInt(); if(newMipMode < 0 || newMipMode > 5) { LOG_SCR_ERROR("Invalid mipmapping mode %i; the valid range is 0...5") << newMipMode; return false; } mipmapping = newMipMode; //GL_SetAllTexturesMinFilter(glmode[mipmapping]); return true; } doomsday-1.14.5/doomsday/client/src/render/vr.cpp0000664000175000017500000001323312350542237021210 0ustar jaakkojaakko/** @file render/vr.cpp Stereoscopic rendering and Oculus Rift support. * * @authors Copyright (c) 2013-2014 Jaakko Keränen * @authors Copyright (c) 2013 Christopher Bruns * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_console.h" #include "render/vr.h" #include using namespace de; namespace VR { float weaponDistance = 10.f; // global } static int vrMode = VRConfig::Mono; static float vrRiftFovX = 114.8f; static float vrNonRiftFovX = 95.f; static float vrHudDistance; static float vrRiftLatency; static float vrPlayerHeight; static float vrIpd; static int vrRiftFBSamples; static byte vrSwapEyes; static float vrDominantEye; static byte autoLoadRiftParams = 1; VRConfig &vrCfg() { DENG2_ASSERT(DENG2_BASE_GUI_APP != 0); return DENG2_BASE_GUI_APP->vr(); } float VR_RiftFovX() { return vrRiftFovX; } static void vrConfigVariableChanged() { vrCfg().setDominantEye(vrDominantEye); vrCfg().setScreenDistance(vrHudDistance); vrCfg().setInterpupillaryDistance(vrIpd); vrCfg().setPhysicalPlayerHeight(vrPlayerHeight); vrCfg().oculusRift().setPredictionLatency(vrRiftLatency); vrCfg().setRiftFramebufferSampleCount(vrRiftFBSamples); vrCfg().setSwapEyes(vrSwapEyes); } // Interplay among vrNonRiftFovX, vrRiftFovX, and cameraFov depends on vrMode // see also rend_main.cpp static void vrModeChanged() { vrCfg().setMode(VRConfig::StereoMode(vrMode)); if(ClientWindow::mainExists()) { // The logical UI size may need to be changed. ClientWindow &win = ClientWindow::main(); win.updateRootSize(); win.updateCanvasFormat(); // possibly changes pixel format } // Update FOV cvar accordingly. if(vrMode == VRConfig::OculusRift) { if(Con_GetFloat("rend-camera-fov") != vrRiftFovX) Con_SetFloat("rend-camera-fov", vrRiftFovX); // Update prediction latency. vrCfg().oculusRift().setPredictionLatency(vrRiftLatency); } else { if(Con_GetFloat("rend-camera-fov") != vrNonRiftFovX) Con_SetFloat("rend-camera-fov", vrNonRiftFovX); } } static void vrRiftFovXChanged() { if(vrCfg().mode() == VRConfig::OculusRift) { if(Con_GetFloat("rend-camera-fov") != vrRiftFovX) Con_SetFloat("rend-camera-fov", vrRiftFovX); } } static void vrNonRiftFovXChanged() { if(vrCfg().mode() != VRConfig::OculusRift) { if(Con_GetFloat("rend-camera-fov") != vrNonRiftFovX) Con_SetFloat("rend-camera-fov", vrNonRiftFovX); } } D_CMD(LoadRiftParams) { return VR_LoadRiftParameters(); } void VR_ConsoleRegister() { // Get the built-in defaults. vrDominantEye = vrCfg().dominantEye(); vrHudDistance = vrCfg().screenDistance(); vrIpd = vrCfg().interpupillaryDistance(); vrPlayerHeight = vrCfg().physicalPlayerHeight(); vrRiftLatency = vrCfg().oculusRift().predictionLatency(); vrRiftFBSamples = vrCfg().riftFramebufferSampleCount(); vrSwapEyes = vrCfg().swapEyes(); /** * @todo When old-style console variables become obsolete, VRConfig should expose * these settings as a Record that can be attached under Config. */ C_VAR_INT2 ("rend-vr-mode", &vrMode, 0, 0, VRConfig::NUM_STEREO_MODES - 1, vrModeChanged); C_VAR_BYTE ("rend-vr-autoload-rift-params", &autoLoadRiftParams, 0, 0, 1); C_VAR_FLOAT2("rend-vr-nonrift-fovx", &vrNonRiftFovX, 0, 5.0f, 270.0f, vrNonRiftFovXChanged); C_VAR_FLOAT2("rend-vr-rift-fovx", &vrRiftFovX, 0, 5.0f, 270.0f, vrRiftFovXChanged); C_VAR_FLOAT2("rend-vr-dominant-eye", &vrDominantEye, 0, -1.0f, 1.0f, vrConfigVariableChanged); C_VAR_FLOAT2("rend-vr-hud-distance", &vrHudDistance, 0, 0.01f, 40.0f, vrConfigVariableChanged); C_VAR_FLOAT2("rend-vr-ipd", &vrIpd, 0, 0.02f, 0.1f, vrConfigVariableChanged); C_VAR_FLOAT2("rend-vr-player-height", &vrPlayerHeight, 0, 1.0f, 2.4f, vrConfigVariableChanged); C_VAR_FLOAT2("rend-vr-rift-latency", &vrRiftLatency, 0, 0.0f, 0.100f, vrConfigVariableChanged); C_VAR_INT2 ("rend-vr-rift-samples", &vrRiftFBSamples, 0, 1, 4, vrConfigVariableChanged); C_VAR_BYTE2 ("rend-vr-swap-eyes", &vrSwapEyes, 0, 0, 1, vrConfigVariableChanged); C_CMD("loadriftparams", NULL, LoadRiftParams); } // Warping /// @todo warping bool VR_LoadRiftParameters() { de::OculusRift &ovr = vrCfg().oculusRift(); if(ovr.isReady()) { Con_SetFloat("rend-vr-ipd", ovr.interpupillaryDistance()); // from Oculus SDK Con_SetFloat("rend-vr-rift-fovx", ovr.fovX()); // I think this field of view is unreliable... CMB /* float fov = 180.0f / de::PI * 2.0f * (atan2( info.EyeToScreenDistance, 0.5f * (info.HScreenSize - info.InterpupillaryDistance))); */ return true; } return false; } doomsday-1.14.5/doomsday/client/src/render/biasdigest.cpp0000664000175000017500000000305112350542237022674 0ustar jaakkojaakko/** @file biasdigest.h Shadow Bias change digest. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "render/biasdigest.h" #include "world/map.h" using namespace de; static int const FIELDSIZE = (Map::MAX_BIAS_SOURCES / 8); DENG2_PIMPL_NOREF(BiasDigest) { uint changes[FIELDSIZE]; Instance() { de::zap(changes); } }; BiasDigest::BiasDigest() : d(new Instance()) {} void BiasDigest::reset() { zap(d->changes); } void BiasDigest::markSourceChanged(uint index) { // Assume 32-bit uint. d->changes[index >> 5] |= (1 << (index & 0x1f)); } bool BiasDigest::isSourceChanged(uint index) const { // Assume 32-bit uint. return (d->changes[index >> 5] & (1 << (index & 0x1f))) != 0; } doomsday-1.14.5/doomsday/client/src/render/rend_halo.cpp0000664000175000017500000003036612350542237022522 0ustar jaakkojaakko/** @file rend_halo.cpp Halos and Lens Flares. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "render/rend_halo.h" #include "render/rend_main.h" #include "render/fx/bloom.h" #include "gl/gl_main.h" #include "gl/gl_texmanager.h" #include "con_main.h" #include "dd_main.h" #include "world/p_players.h" #include #define NUM_FLARES 5 using namespace de; struct flare_t { float offset; float size; float alpha; int texture; // 0=round, 1=flare, 2=brflare, 3=bigflare }; D_CMD(FlareConfig); int haloMode = 5, haloBright = 45, haloSize = 80; int haloRealistic = true; int haloOccludeSpeed = 48; float haloZMagDiv = 62, haloMinRadius = 20; float haloDimStart = 10, haloDimEnd = 100; float haloFadeMax = 0, haloFadeMin = 0, minHaloSize = 1; flare_t flares[NUM_FLARES] = { {0, 1, 1, 0}, // Primary flare. {1, .41f, .5f, 0}, // Main secondary flare. {1.5f, .29f, .333f, 1}, {-.6f, .24f, .333f, 0}, {.4f, .29f, .25f, 0} }; void H_Register(void) { cvartemplate_t cvars[] = { {"rend-halo", 0, CVT_INT, &haloMode, 0, 5}, {"rend-halo-realistic", 0, CVT_INT, &haloRealistic, 0, 1}, {"rend-halo-bright", 0, CVT_INT, &haloBright, 0, 100}, {"rend-halo-occlusion", CVF_NO_MAX, CVT_INT, &haloOccludeSpeed, 0, 0}, {"rend-halo-size", 0, CVT_INT, &haloSize, 0, 100}, {"rend-halo-secondary-limit", CVF_NO_MAX, CVT_FLOAT, &minHaloSize, 0, 0}, {"rend-halo-fade-far", CVF_NO_MAX, CVT_FLOAT, &haloFadeMax, 0, 0}, {"rend-halo-fade-near", CVF_NO_MAX, CVT_FLOAT, &haloFadeMin, 0, 0}, {"rend-halo-zmag-div", CVF_NO_MAX, CVT_FLOAT, &haloZMagDiv, 1, 1}, {"rend-halo-radius-min", CVF_NO_MAX, CVT_FLOAT, &haloMinRadius, 0, 0}, {"rend-halo-dim-near", CVF_NO_MAX, CVT_FLOAT, &haloDimStart, 0, 0}, {"rend-halo-dim-far", CVF_NO_MAX, CVT_FLOAT, &haloDimEnd, 0, 0}, {NULL} }; Con_AddVariableList(cvars); C_CMD_FLAGS("flareconfig", NULL, FlareConfig, CMDF_NO_DEDICATED); } TextureVariantSpec const &Rend_HaloTextureSpec() { return App_ResourceSystem().textureSpec(TC_HALO_LUMINANCE, TSF_NO_COMPRESSION, 0, 0, 0, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 1, 1, 0, false, false, false, true); } void H_SetupState(bool dosetup) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(dosetup) { glDepthMask(GL_FALSE); glDisable(GL_DEPTH_TEST); GL_BlendMode(BM_ADD); } else { GL_BlendMode(BM_NORMAL); glEnable(GL_DEPTH_TEST); glDepthMask(GL_TRUE); } } static inline float distanceDimFactorAt(coord_t distToViewer, float size) { if(haloDimStart && haloDimStart < haloDimEnd && distToViewer / size > haloDimStart) { return 1 - (distToViewer / size - haloDimStart) / (haloDimEnd - haloDimStart); } return 1; } static inline float fadeFactorAt(coord_t distToViewer) { if(haloFadeMax && haloFadeMax != haloFadeMin && distToViewer < haloFadeMax && distToViewer >= haloFadeMin) { return (distToViewer - haloFadeMin) / (haloFadeMax - haloFadeMin); } return 1; } bool H_RenderHalo(Vector3d const &origin, float size, DGLuint tex, Vector3f const &color, coord_t distanceToViewer, float occlusionFactor, float brightnessFactor, float viewXOffset, bool doPrimary, bool viewRelativeRotate) { // In realistic mode we don't render secondary halos. if(!doPrimary && haloRealistic) return false; if(distanceToViewer <= 0 || occlusionFactor == 0 || (haloFadeMax && distanceToViewer > haloFadeMax)) return false; occlusionFactor = (1 + occlusionFactor) / 2; // viewSideVec is to the left. viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); Vector3f const leftOff = viewData->upVec + viewData->sideVec; Vector3f const rightOff = viewData->upVec - viewData->sideVec; // Calculate the center of the flare. // Apply the flare's X offset. (Positive is to the right.) Vector3f const center = Vector3f(origin.x, origin.z, origin.y) - viewData->sideVec * viewXOffset; // Calculate the mirrored position. // Project viewtocenter vector onto viewSideVec. Vector3f const viewToCenter = center - vOrigin; // Calculate the 'mirror' vector. float const scale = viewToCenter.dot(viewData->frontVec) / viewData->frontVec.dot(viewData->frontVec); Vector3f const mirror = (viewData->frontVec * scale - viewToCenter) * 2; // Calculate dimming factors. float const fadeFactor = fadeFactorAt(distanceToViewer); float const secFadeFactor = viewToCenter.normalize().dot(viewData->frontVec); // Calculate texture turn angle. float turnAngle = 0; if(viewRelativeRotate) { // Normalize the mirror vector so that both are on the view plane. Vector3f haloPos = mirror.normalize(); if(haloPos.length()) { turnAngle = de::clamp(-1, haloPos.dot(viewData->upVec), 1); if(turnAngle >= 1) turnAngle = 0; else if(turnAngle <= -1) turnAngle = float(de::PI); else turnAngle = acos(turnAngle); // On which side of the up vector (left or right)? if(haloPos.dot(viewData->sideVec) < 0) turnAngle = -turnAngle; } } // The overall brightness of the flare (average color). float const luminosity = (color.x + color.y + color.z) / 3; // Small flares have stronger dimming. float const distanceDim = distanceDimFactorAt(distanceToViewer, size); // Setup GL state. if(doPrimary) H_SetupState(true); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Prepare the texture rotation matrix. glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); // Rotate around the center of the texture. glTranslatef(0.5f, 0.5f, 0); glRotatef(turnAngle / float(de::PI) * 180, 0, 0, 1); glTranslatef(-0.5f, -0.5f, 0); flare_t *fl = flares; for(int i = 0; i < haloMode && i < NUM_FLARES; ++i, fl++) { bool const secondary = i != 0; if(doPrimary && secondary) break; if(!doPrimary && !secondary) continue; // Determine visibility. float alpha = fl->alpha * occlusionFactor * fadeFactor + luminosity * luminosity / 5; // Apply a dimming factor (secondary flares receive stronger dimming). alpha *= (!secondary? 1 : de::min(minHaloSize * size / distanceToViewer, 1)) * distanceDim * brightnessFactor; // Apply the global dimming factor. alpha *= .8f * haloBright / 100.0f; if(fx::Bloom::isEnabled()) { // Bloom will make bright areas even brighter, which means halos // should be dimmer to compensate. Otherwise there will be // oversaturation. alpha *= clamp(0.1f, (1.f - fx::Bloom::intensity() * .8f), 1.f); } // Secondary flares are a little bolder. if(secondary) { alpha *= luminosity - 8 * (1 - secFadeFactor); } // In the realistic mode, halos are slightly dimmer. if(haloRealistic) { alpha *= .6f; } // Not visible? if(alpha <= 0) break; // Determine radius. float radius = size * (1 - luminosity / 3) + distanceToViewer / haloZMagDiv; if(radius < haloMinRadius) radius = haloMinRadius; radius *= occlusionFactor; // In the realistic mode, halos are slightly smaller. if(haloRealistic) { radius *= 0.8f; } if(haloRealistic) { // The 'realistic' halos just use the blurry round // texture unless custom. if(!tex) tex = GL_PrepareSysFlaremap(FXT_ROUND); } else { if(!(doPrimary && tex)) { if(size > 45 || (luminosity > .90 && size > 20)) { // The "Very Bright" condition. radius *= .65f; if(!secondary) tex = GL_PrepareSysFlaremap(FXT_BIGFLARE); else tex = GL_PrepareSysFlaremap(flaretexid_t(fl->texture)); } else { if(!secondary) tex = GL_PrepareSysFlaremap(FXT_ROUND); else tex = GL_PrepareSysFlaremap(flaretexid_t(fl->texture)); } } } // Determine the final position of the flare. Vector3f pos = center; // Secondary halos are mirrored according to the flare table. if(secondary) { pos += mirror * fl->offset; } GL_BindTextureUnmanaged(renderTextures? tex : 0, gl::ClampToEdge, gl::ClampToEdge); glEnable(GL_TEXTURE_2D); float const radX = radius * fl->size; float const radY = radX / 1.2f; // Aspect correction. glColor4f(color.x, color.y, color.z, alpha); glBegin(GL_QUADS); glTexCoord2f(0, 0); glVertex3f(pos.x + radX * leftOff.x, pos.y + radY * leftOff.y, pos.z + radX * leftOff.z); glTexCoord2f(1, 0); glVertex3f(pos.x + radX * rightOff.x, pos.y + radY * rightOff.y, pos.z + radX * rightOff.z); glTexCoord2f(1, 1); glVertex3f(pos.x - radX * leftOff.x, pos.y - radY * leftOff.y, pos.z - radX * leftOff.z); glTexCoord2f(0, 1); glVertex3f(pos.x - radX * rightOff.x, pos.y - radY * rightOff.y, pos.z - radX * rightOff.z); glEnd(); glDisable(GL_TEXTURE_2D); } glMatrixMode(GL_TEXTURE); glPopMatrix(); // Restore previous GL state. if(doPrimary) H_SetupState(false); return true; } /** * flareconfig list * flareconfig (num) pos/size/alpha/tex (val) */ D_CMD(FlareConfig) { DENG2_UNUSED(src); int i; float val; if(argc == 2) { if(!stricmp(argv[1], "list")) { for(i = 0; i < NUM_FLARES; ++i) { LOG_MSG("%i: pos:%f s:%.2f a:%.2f tex:%i") << i << flares[i].offset << flares[i].size << flares[i].alpha << flares[i].texture; } } } else if(argc == 4) { i = atoi(argv[1]); val = strtod(argv[3], NULL); if(i < 0 || i >= NUM_FLARES) return false; if(!stricmp(argv[2], "pos")) { flares[i].offset = val; } else if(!stricmp(argv[2], "size")) { flares[i].size = val; } else if(!stricmp(argv[2], "alpha")) { flares[i].alpha = val; } else if(!stricmp(argv[2], "tex")) { flares[i].texture = (int) val; } } else { LOG_SCR_NOTE("Usage:\n" " %s list\n" " %s (num) pos/size/alpha/tex (val)") << argv[0] << argv[0]; } return true; } doomsday-1.14.5/doomsday/client/src/render/rend_shadow.cpp0000664000175000017500000001407612350542237023064 0ustar jaakkojaakko/** @file rend_shadow.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_base.h" #include "de_graphics.h" #include "de_play.h" #include "de_render.h" #include "de_system.h" #include "clientapp.h" #include "world/map.h" #include "MaterialSnapshot" #include "WallEdge" #include "gl/gl_texmanager.h" #include "render/rend_shadow.h" using namespace de; /** * Generates a new primitive for the shadow projection. * * @param shadowList Draw list to write the projected geometry to. * @param tp The projected texture. * @param parm Shadow drawer parameters. */ static void drawShadow(DrawList &shadowList, TexProjection const &tp, rendershadowprojectionparams_t &parm) { // Allocate enough for the divisions too. Vector3f *rvertices = R_AllocRendVertices(parm.realNumVertices); Vector2f *rtexcoords = R_AllocRendTexCoords(parm.realNumVertices); Vector4f *rcolors = R_AllocRendColors(parm.realNumVertices); bool const mustSubdivide = (parm.isWall && (parm.wall.leftEdge->divisionCount() || parm.wall.rightEdge->divisionCount() )); for(uint i = 0; i < parm.numVertices; ++i) { rcolors[i] = tp.color; } if(parm.isWall) { WallEdge const &leftEdge = *parm.wall.leftEdge; WallEdge const &rightEdge = *parm.wall.rightEdge; rtexcoords[1].x = rtexcoords[0].x = tp.topLeft.x; rtexcoords[1].y = rtexcoords[3].y = tp.topLeft.y; rtexcoords[3].x = rtexcoords[2].x = tp.bottomRight.x; rtexcoords[2].y = rtexcoords[0].y = tp.bottomRight.y; if(mustSubdivide) { /* * Need to swap indices around into fans set the position * of the division vertices, interpolate texcoords and * color. */ Vector3f origVerts[4]; std::memcpy(origVerts, parm.rvertices, sizeof(Vector3f) * 4); Vector2f origTexCoords[4]; std::memcpy(origTexCoords, rtexcoords, sizeof(Vector2f) * 4); Vector4f origColors[4]; std::memcpy(origColors, rcolors, sizeof(Vector4f) * 4); R_DivVerts(rvertices, origVerts, leftEdge, rightEdge); R_DivTexCoords(rtexcoords, origTexCoords, leftEdge, rightEdge); R_DivVertColors(rcolors, origColors, leftEdge, rightEdge); } else { std::memcpy(rvertices, parm.rvertices, sizeof(Vector3f) * parm.numVertices); } } else { // It's a flat. float const width = parm.bottomRight->x - parm.topLeft->x; float const height = parm.bottomRight->y - parm.topLeft->y; for(uint i = 0; i < parm.numVertices; ++i) { rtexcoords[i].x = ((parm.bottomRight->x - parm.rvertices[i].x) / width * tp.topLeft.x) + ((parm.rvertices[i].x - parm.topLeft->x) / width * tp.bottomRight.x); rtexcoords[i].y = ((parm.bottomRight->y - parm.rvertices[i].y) / height * tp.topLeft.y) + ((parm.rvertices[i].y - parm.topLeft->y) / height * tp.bottomRight.y); } std::memcpy(rvertices, parm.rvertices, sizeof(Vector3f) * parm.numVertices); } if(mustSubdivide) { WallEdge const &leftEdge = *parm.wall.leftEdge; WallEdge const &rightEdge = *parm.wall.rightEdge; shadowList.write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + rightEdge.divisionCount(), rvertices + 3 + leftEdge.divisionCount(), rcolors + 3 + leftEdge.divisionCount(), rtexcoords + 3 + leftEdge.divisionCount()) .write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + leftEdge.divisionCount(), rvertices, rcolors, rtexcoords); } else { shadowList.write(parm.isWall? gl::TriangleStrip : gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, parm.numVertices, rvertices, rcolors, rtexcoords); } R_FreeRendVertices(rvertices); R_FreeRendTexCoords(rtexcoords); R_FreeRendColors(rcolors); } struct drawshadowworker_params_t { DrawList *shadowList; rendershadowprojectionparams_t *drawShadowParms; }; static int drawShadowWorker(TexProjection const *tp, void *context) { drawshadowworker_params_t &p = *static_cast(context); drawShadow(*p.shadowList, *tp, *p.drawShadowParms); return 0; // Continue iteration. } void Rend_RenderShadowProjections(uint listIdx, rendershadowprojectionparams_t &p) { DrawListSpec listSpec; listSpec.group = ShadowGeom; listSpec.texunits[TU_PRIMARY] = GLTextureUnit(GL_PrepareLSTexture(LST_DYNAMIC), gl::ClampToEdge, gl::ClampToEdge); // Write shadows to the render lists. drawshadowworker_params_t parm; zap(parm); parm.shadowList = &ClientApp::renderSystem().drawLists().find(listSpec); parm.drawShadowParms = &p; Rend_IterateProjectionList(listIdx, drawShadowWorker, &parm); } doomsday-1.14.5/doomsday/client/src/render/r_main.cpp0000664000175000017500000002256412350542237022035 0ustar jaakkojaakko/** @file r_main.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/r_main.h" #include "dd_def.h" // finesine #include "clientapp.h" #include "render/billboard.h" #include "render/rend_main.h" #include "render/vissprite.h" #include "render/vlight.h" #include "MaterialSnapshot" #include "world/map.h" #include "world/p_players.h" #include "BspLeaf" #include "SectorCluster" #include #include using namespace de; int levelFullBright; int weaponOffsetScaleY = 1000; int psp3d; float pspLightLevelMultiplier = 1; float pspOffset[2]; /* * Console variables: */ float weaponFOVShift = 45; float weaponOffsetScale = 0.3183f; // 1/Pi byte weaponScaleMode = SCALEMODE_SMART_STRETCH; static void setupPSpriteParams(rendpspriteparams_t *params, vispsprite_t *spr) { ddpsprite_t *psp = spr->psp; int const spriteIdx = psp->statePtr->sprite; int const frameIdx = psp->statePtr->frame; float const offScaleY = weaponOffsetScaleY / 1000.0f; SpriteViewAngle const &sprViewAngle = ClientApp::resourceSystem().sprite(spriteIdx, frameIdx).viewAngle(0); Material *material = sprViewAngle.material; bool flip = sprViewAngle.mirrorX; MaterialVariantSpec const &spec = ClientApp::resourceSystem().materialSpec(PSpriteContext, 0, 1, 0, 0, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 0, -2, 0, false, true, true, false); MaterialSnapshot const &ms = material->prepare(spec); Texture const &tex = ms.texture(MTU_PRIMARY).generalCase(); variantspecification_t const &texSpec = ms.texture(MTU_PRIMARY).spec().variant; #define WEAPONTOP 32 /// @todo Currently hardcoded here and in the plugins. params->pos[VX] = psp->pos[VX] + tex.origin().x + pspOffset[VX] - texSpec.border; params->pos[VY] = WEAPONTOP + offScaleY * (psp->pos[VY] - WEAPONTOP) + tex.origin().y + pspOffset[VY] - texSpec.border; params->width = ms.width() + texSpec.border*2; params->height = ms.height() + texSpec.border*2; ms.texture(MTU_PRIMARY).glCoords(¶ms->texOffset[0], ¶ms->texOffset[1]); params->texFlip[0] = flip; params->texFlip[1] = false; params->mat = material; params->ambientColor[3] = spr->data.sprite.alpha; if(spr->data.sprite.isFullBright) { params->ambientColor[0] = params->ambientColor[1] = params->ambientColor[2] = 1; params->vLightListIdx = 0; } else { Map &map = ClientApp::worldSystem().map(); if(useBias && map.hasLightGrid()) { // Evaluate the position in the light grid. Vector3f tmp = map.lightGrid().evaluate(spr->origin); V3f_Set(params->ambientColor, tmp.x, tmp.y, tmp.z); } else { SectorCluster &cluster = spr->data.sprite.bspLeaf->cluster(); Vector3f const &secColor = Rend_SectorLightColor(cluster); // No need for distance attentuation. float lightLevel = cluster.sector().lightLevel(); // Add extra light plus bonus. lightLevel += Rend_ExtraLightDelta(); lightLevel *= pspLightLevelMultiplier; Rend_ApplyLightAdaptation(lightLevel); // Determine the final ambientColor in affect. for(int i = 0; i < 3; ++i) { params->ambientColor[i] = lightLevel * secColor[i]; } } Rend_ApplyTorchLight(params->ambientColor, 0); collectaffectinglights_params_t lparams; zap(lparams); lparams.origin = Vector3d(spr->origin); lparams.bspLeaf = spr->data.sprite.bspLeaf; lparams.ambientColor = Vector3f(params->ambientColor); params->vLightListIdx = R_CollectAffectingLights(&lparams); } #undef WEAPONTOP } void Rend_Draw2DPlayerSprites() { ddplayer_t *ddpl = &viewPlayer->shared; // Cameramen have no HUD sprites. if(ddpl->flags & DDPF_CAMERA) return; if(ddpl->flags & DDPF_CHASECAM) return; if(usingFog) { glEnable(GL_FOG); } // Check for fullbright. int i; ddpsprite_t *psp; for(i = 0, psp = ddpl->pSprites; i < DDMAXPSPRITES; ++i, psp++) { vispsprite_t *spr = &visPSprites[i]; // Should this psprite be drawn? if(spr->type != VPSPR_SPRITE) continue; // No... // Draw as separate sprites. if(spr->psp && spr->psp->statePtr) { rendpspriteparams_t params; setupPSpriteParams(¶ms, spr); Rend_DrawPSprite(params); } } if(usingFog) { glDisable(GL_FOG); } } static void setupModelParamsForVisPSprite(drawmodelparams_t *params, vispsprite_t *spr) { params->mf = spr->data.model.mf; params->nextMF = spr->data.model.nextMF; params->inter = spr->data.model.inter; params->alwaysInterpolate = false; params->id = spr->data.model.id; params->selector = spr->data.model.selector; params->flags = spr->data.model.flags; params->origin[VX] = spr->origin[VX]; params->origin[VY] = spr->origin[VY]; params->origin[VZ] = spr->origin[VZ]; params->srvo[VX] = spr->data.model.visOff[VX]; params->srvo[VY] = spr->data.model.visOff[VY]; params->srvo[VZ] = spr->data.model.visOff[VZ] - spr->data.model.floorClip; params->gzt = spr->data.model.gzt; params->distance = -10; params->yaw = spr->data.model.yaw; params->extraYawAngle = 0; params->yawAngleOffset = spr->data.model.yawAngleOffset; params->pitch = spr->data.model.pitch; params->extraPitchAngle = 0; params->pitchAngleOffset = spr->data.model.pitchAngleOffset; params->extraScale = 0; params->viewAlign = spr->data.model.viewAligned; params->mirror = (mirrorHudModels? true : false); params->shineYawOffset = -vang; params->shinePitchOffset = vpitch + 90; params->shineTranslateWithViewerPos = false; params->shinepspriteCoordSpace = true; params->ambientColor[CA] = spr->data.model.alpha; if((levelFullBright || spr->data.model.stateFullBright) && !spr->data.model.mf->testSubFlag(0, MFF_DIM)) { params->ambientColor[CR] = params->ambientColor[CG] = params->ambientColor[CB] = 1; params->vLightListIdx = 0; } else { Map &map = ClientApp::worldSystem().map(); if(useBias && map.hasLightGrid()) { Vector3f tmp = map.lightGrid().evaluate(params->origin); V3f_Set(params->ambientColor, tmp.x, tmp.y, tmp.z); } else { SectorCluster &cluster = spr->data.model.bspLeaf->cluster(); Vector3f const &secColor = Rend_SectorLightColor(cluster); // Diminished light (with compression). float lightLevel = cluster.sector().lightLevel(); // No need for distance attentuation. // Add extra light. lightLevel += Rend_ExtraLightDelta(); // The last step is to compress the resultant light value by // the global lighting function. Rend_ApplyLightAdaptation(lightLevel); // Determine the final ambientColor in effect. for(int i = 0; i < 3; ++i) { params->ambientColor[i] = lightLevel * secColor[i]; } } Rend_ApplyTorchLight(params->ambientColor, params->distance); collectaffectinglights_params_t lparams; zap(lparams); lparams.origin = Vector3d(spr->origin); lparams.bspLeaf = spr->data.model.bspLeaf; lparams.ambientColor = Vector3f(params->ambientColor); lparams.starkLight = true; params->vLightListIdx = R_CollectAffectingLights(&lparams); } } void Rend_Draw3DPlayerSprites() { // Setup the modelview matrix. Rend_ModelViewMatrix(false /* don't apply view angle rotation */); static GLTexture localDepth; // note: static! GLTarget::AlternativeBuffer altDepth(GLState::current().target(), localDepth, GLTarget::DepthStencil); for(int i = 0; i < DDMAXPSPRITES; ++i) { vispsprite_t *spr = &visPSprites[i]; if(spr->type != VPSPR_MODEL) continue; // Not used. if(altDepth.init()) { // Clear the depth before first use. altDepth.target().clear(GLTarget::DepthStencil); } drawmodelparams_t parms; zap(parms); setupModelParamsForVisPSprite(&parms, spr); Rend_DrawModel(parms); } } doomsday-1.14.5/doomsday/client/src/render/surfacedecorator.cpp0000664000175000017500000002672212350542237024123 0ustar jaakkojaakko/** @file surfacedecorator.cpp World surface decorator. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/surfacedecorator.h" #include "world/map.h" #include "BspLeaf" #include "Sector" #include "Surface" #include "render/rend_main.h" // Rend_MapSurfaceMaterialSpec() #include "LightDecoration" #include "WallEdge" #include #include #include #include using namespace de; typedef QSet SurfaceSet; typedef QMap MaterialSurfaceMap; DENG2_PIMPL(SurfaceDecorator), DENG2_OBSERVES(Material, DimensionsChange), DENG2_OBSERVES(MaterialAnimation, DecorationStageChange) { MaterialSurfaceMap decorated; ///< All surfaces being looked after. Instance(Public *i) : Base(i) {} ~Instance() { foreach(SurfaceSet const &set, decorated) foreach(Surface *surface, set) { observeMaterial(surface->material(), false); } } void observeMaterial(Material &material, bool yes = true) { if(yes) { material.audienceForDimensionsChange += this; material.animation(MapSurfaceContext).audienceForDecorationStageChange += this; } else { material.audienceForDimensionsChange -= this; material.animation(MapSurfaceContext).audienceForDecorationStageChange -= this; } } void updateDecorations(Surface &suf, MaterialSnapshot const &materialSnapshot, Vector2f const &materialOrigin, Vector3d const &topLeft, Vector3d const &bottomRight, Sector *containingSector = 0) { Vector3d delta = bottomRight - topLeft; if(de::fequal(delta.length(), 0)) return; Material &material = materialSnapshot.material(); int const axis = suf.normal().maxAxis(); Vector2d sufDimensions; if(axis == 0 || axis == 1) { sufDimensions.x = std::sqrt(de::squared(delta.x) + de::squared(delta.y)); sufDimensions.y = delta.z; } else { sufDimensions.x = std::sqrt(de::squared(delta.x)); sufDimensions.y = delta.y; } if(sufDimensions.x < 0) sufDimensions.x = -sufDimensions.x; if(sufDimensions.y < 0) sufDimensions.y = -sufDimensions.y; // Generate a number of decorations. Material::Decorations const &decorations = material.decorations(); for(int i = 0; i < decorations.count(); ++i) { MaterialSnapshotDecoration &matDecor = materialSnapshot.decoration(i); MaterialDecoration const *def = decorations[i]; // Skip values must be at least one. Vector2i skip = Vector2i(def->patternSkip().x + 1, def->patternSkip().y + 1) .max(Vector2i(1, 1)); Vector2f repeat = material.dimensions() * skip; if(repeat == Vector2f(0, 0)) return; Vector3d origin = topLeft + suf.normal() * matDecor.elevation; float s = de::wrap(matDecor.pos[0] - material.width() * def->patternOffset().x + materialOrigin.x, 0.f, repeat.x); // Plot decorations. for(; s < sufDimensions.x; s += repeat.x) { // Determine the topmost point for this row. float t = de::wrap(matDecor.pos[1] - material.height() * def->patternOffset().y + materialOrigin.y, 0.f, repeat.y); for(; t < sufDimensions.y; t += repeat.y) { float const offS = s / sufDimensions.x; float const offT = t / sufDimensions.y; Vector3d patternOffset(offS, axis == VZ? offT : offS, axis == VZ? offS : offT); Vector3d decorOrigin = origin + delta * patternOffset; if(containingSector) { // The point must be inside the correct sector. BspLeaf &bspLeaf = suf.map().bspLeafAt(decorOrigin); if(bspLeaf.sectorPtr() != containingSector || !bspLeaf.polyContains(decorOrigin)) continue; } suf.addDecoration(new LightDecoration(matDecor, decorOrigin)); } } } } void markSurfacesForRedecoration(Material &material) { MaterialSurfaceMap::const_iterator found = decorated.constFind(&material); if(found != decorated.constEnd()) foreach(Surface *surface, found.value()) { surface->markAsNeedingDecorationUpdate(); } } /// Observes Material DimensionsChange void materialDimensionsChanged(Material &material) { markSurfacesForRedecoration(material); } /// Observes MaterialAnimation DecorationStageChange void materialAnimationDecorationStageChanged(MaterialAnimation &anim, Material::Decoration &decor) { markSurfacesForRedecoration(decor.material()); DENG2_UNUSED(anim); } }; SurfaceDecorator::SurfaceDecorator() : d(new Instance(this)) {} static bool prepareGeometry(Surface &surface, Vector3d &topLeft, Vector3d &bottomRight, Vector2f &materialOrigin) { if(surface.parent().type() == DMU_SIDE) { LineSide &side = surface.parent().as(); int section = &side.middle() == &surface? LineSide::Middle : &side.bottom() == &surface? LineSide::Bottom : LineSide::Top; if(!side.hasSections()) return false; HEdge *leftHEdge = side.leftHEdge(); HEdge *rightHEdge = side.rightHEdge(); if(!leftHEdge || !rightHEdge) return false; // Is the wall section potentially visible? WallSpec const wallSpec = WallSpec::fromMapSide(side, section); WallEdge leftEdge (wallSpec, *leftHEdge, Line::From); WallEdge rightEdge(wallSpec, *rightHEdge, Line::To); if(!leftEdge.isValid() || !rightEdge.isValid() || de::fequal(leftEdge.bottom().z(), rightEdge.top().z())) return false; topLeft = leftEdge.top().origin(); bottomRight = rightEdge.bottom().origin(); materialOrigin = -leftEdge.materialOrigin(); return true; } if(surface.parent().type() == DMU_PLANE) { Plane &plane = surface.parent().as(); AABoxd const §orAABox = plane.sector().aaBox(); topLeft = Vector3d(sectorAABox.minX, plane.isSectorFloor()? sectorAABox.maxY : sectorAABox.minY, plane.heightSmoothed()); bottomRight = Vector3d(sectorAABox.maxX, plane.isSectorFloor()? sectorAABox.minY : sectorAABox.maxY, plane.heightSmoothed()); materialOrigin = Vector2f(-fmod(sectorAABox.minX, 64) - surface.materialOriginSmoothed().x, -fmod(sectorAABox.minY, 64) - surface.materialOriginSmoothed().y); return true; } return false; } static inline Sector *containingSector(Surface &surface) { if(surface.parent().type() == DMU_PLANE) return &surface.parent().as().sector(); return 0; } void SurfaceDecorator::decorate(Surface &surface) { if(!surface.hasMaterial()) return; // Huh? if(!surface._needDecorationUpdate) return; surface._needDecorationUpdate = false; surface.clearDecorations(); Vector3d topLeft, bottomRight; Vector2f materialOrigin; if(prepareGeometry(surface, topLeft, bottomRight, materialOrigin)) { MaterialSnapshot const &materialSnapshot = surface.material().prepare(Rend_MapSurfaceMaterialSpec()); d->updateDecorations(surface, materialSnapshot, materialOrigin, topLeft, bottomRight, containingSector(surface)); } } void SurfaceDecorator::redecorate() { MaterialSurfaceMap::iterator i = d->decorated.begin(); while(i != d->decorated.end()) { MaterialSnapshot const *materialSnapshot = 0; SurfaceSet const &surfaceSet = i.value(); foreach(Surface *surface, surfaceSet) { if(!surface->_needDecorationUpdate) continue; // Time to prepare the material? if(!materialSnapshot) { Material &material = *i.key(); materialSnapshot = &material.prepare(Rend_MapSurfaceMaterialSpec()); } surface->_needDecorationUpdate = false; surface->clearDecorations(); Vector3d topLeft, bottomRight; Vector2f materialOrigin; if(prepareGeometry(*surface, topLeft, bottomRight, materialOrigin)) { d->updateDecorations(*surface, *materialSnapshot, materialOrigin, topLeft, bottomRight, containingSector(*surface)); } } ++i; } } void SurfaceDecorator::reset() { d->decorated.clear(); } void SurfaceDecorator::remove(Surface *surface) { if(!surface) return; // First try the set for the currently assigned material. if(surface->hasMaterial()) { MaterialSurfaceMap::iterator found = d->decorated.find(&surface->material()); if(found != d->decorated.end()) { SurfaceSet &surfaceSet = found.value(); if(surfaceSet.remove(surface)) { if(surfaceSet.isEmpty()) { d->decorated.remove(&surface->material()); d->observeMaterial(surface->material(), false); } return; } } } // The material may have changed. MaterialSurfaceMap::iterator i = d->decorated.begin(); while(i != d->decorated.end()) { SurfaceSet &surfaceSet = i.value(); if(surfaceSet.remove(surface)) { if(surfaceSet.isEmpty()) { Material *material = i.key(); d->decorated.remove(material); d->observeMaterial(surface->material(), false); } return; } ++i; } } void SurfaceDecorator::add(Surface *surface) { if(!surface) return; remove(surface); if(!surface->hasMaterial()) return; if(!surface->material().isDecorated()) return; d->decorated[&surface->material()].insert(surface); /// @todo Defer until first decorated? d->observeMaterial(surface->material()); } doomsday-1.14.5/doomsday/client/src/render/drawlist.cpp0000664000175000017500000007407512350542237022425 0ustar jaakkojaakko/** @file drawlist.cpp Drawable primitive list. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/drawlist.h" #include "gl/gl_main.h" #include "render/rend_main.h" #include "clientapp.h" #include #include using namespace de; /** * Drawing condition flags. * * @todo Most of these are actually list specification parameters. Rather than * set them each time an identified list is drawn it would be better to record * in the list itself. -ds */ enum DrawCondition { NoBlend = 0x00000001, Blend = 0x00000002, SetLightEnv0 = 0x00000004, SetLightEnv1 = 0x00000008, JustOneLight = 0x00000010, ManyLights = 0x00000020, SetBlendMode = 0x00000040, // Primitive-specific blending. SetMatrixDTexture0 = 0x00000080, SetMatrixDTexture1 = 0x00000100, SetMatrixTexture0 = 0x00000200, SetMatrixTexture1 = 0x00000400, NoColor = 0x00000800, Skip = 0x80000000, SetLightEnv = SetLightEnv0 | SetLightEnv1, SetMatrixDTexture = SetMatrixDTexture0 | SetMatrixDTexture1, SetMatrixTexture = SetMatrixTexture0 | SetMatrixTexture1 }; Q_DECLARE_FLAGS(DrawConditions, DrawCondition) Q_DECLARE_OPERATORS_FOR_FLAGS(DrawConditions) DENG2_PIMPL(DrawList) { /** * Each Element begins a block of GL commands/geometry to apply/transfer. */ struct Element { // Must be an offset since the list is sometimes reallocated. uint size; ///< Size of this element (zero = n/a). struct Data { Store *buffer; gl::Primitive type; // Element indices into the global backing store for the geometry. // These are always contiguous and all are used (some are shared): // indices[0] is the base, and indices[1...n] > indices[0]. uint numIndices; uint *indices; bool oneLight; bool manyLights; blendmode_t blendMode; DGLuint modTexture; Vector3f modColor; Vector2f texOffset; Vector2f texScale; Vector2f dtexOffset; Vector2f dtexScale; /** * Draw the geometry for this element. */ void draw(DrawConditions const &conditions, TexUnitMap const &texUnitMap) { if(conditions & SetLightEnv) { // Use the correct texture and color for the light. glActiveTexture((conditions & SetLightEnv0)? GL_TEXTURE0 : GL_TEXTURE1); GL_BindTextureUnmanaged(!renderTextures? 0 : modTexture, gl::ClampToEdge, gl::ClampToEdge); float modColorV[4] = { modColor.x, modColor.y, modColor.z, 0 }; glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, modColorV); } if(conditions & SetMatrixTexture) { // Primitive-specific texture translation & scale. if(conditions & SetMatrixTexture0) { glActiveTexture(GL_TEXTURE0); glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); glTranslatef(texOffset.x * texScale.x, texOffset.y * texScale.y, 1); glScalef(texScale.x, texScale.y, 1); } if(conditions & SetMatrixTexture1) { glActiveTexture(GL_TEXTURE1); glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); glTranslatef(texOffset.x * texScale.x, texOffset.y * texScale.y, 1); glScalef(texScale.x, texScale.y, 1); } } if(conditions & SetMatrixDTexture) { // Primitive-specific texture translation & scale. if(conditions & SetMatrixDTexture0) { glActiveTexture(GL_TEXTURE0); glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); glTranslatef(dtexOffset.x * dtexScale.x, dtexOffset.y * dtexScale.y, 1); glScalef(dtexScale.x, dtexScale.y, 1); } if(conditions & SetMatrixDTexture1) { glActiveTexture(GL_TEXTURE1); glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); glTranslatef(dtexOffset.x * dtexScale.x, dtexOffset.y * dtexScale.y, 1); glScalef(dtexScale.x, dtexScale.y, 1); } } if(conditions & SetBlendMode) { // Primitive-specific blending. Not used in all lists. GL_BlendMode(blendMode); } glBegin(type == gl::TriangleStrip? GL_TRIANGLE_STRIP : GL_TRIANGLE_FAN); for(uint i = 0; i < numIndices; ++i) { uint const index = indices[i]; for(int j = 0; j < numTexUnits; ++j) { if(texUnitMap[j]) { Vector2f const &tc = buffer->texCoords[texUnitMap[j] - 1][index]; glMultiTexCoord2f(GL_TEXTURE0 + j, tc.x, tc.y); } } if(!(conditions & NoColor)) { Vector4ub const &color = buffer->colorCoords[index]; glColor4ub(color.x, color.y, color.z, color.w); } Vector3f const &pos = buffer->posCoords[index]; glVertex3f(pos.x, pos.z, pos.y); } glEnd(); // Restore the texture matrix if changed. if(conditions & SetMatrixDTexture) { if(conditions & SetMatrixDTexture0) { glActiveTexture(GL_TEXTURE0); glMatrixMode(GL_TEXTURE); glPopMatrix(); } if(conditions & SetMatrixDTexture1) { glActiveTexture(GL_TEXTURE1); glMatrixMode(GL_TEXTURE); glPopMatrix(); } } if(conditions & SetMatrixTexture) { if(conditions & SetMatrixTexture0) { glActiveTexture(GL_TEXTURE0); glMatrixMode(GL_TEXTURE); glPopMatrix(); } if(conditions & SetMatrixTexture1) { glActiveTexture(GL_TEXTURE1); glMatrixMode(GL_TEXTURE); glPopMatrix(); } } } } data; Element *next() { if(!size) return 0; Element *elem = (Element *) ((byte *) (this) + size); if(!elem->size) return 0; return elem; } }; Spec spec; ///< List specification. size_t dataSize; ///< Number of bytes allocated for the data. byte *data; ///< Data for a number of polygons (The List). byte *cursor; ///< Data pointer for reading/writing. Element *last; ///< Last element (if any). Instance(Public *i, Spec const &spec) : Base(i) , spec(spec) , dataSize(0) , data(0) , cursor(0) , last(0) {} ~Instance() { clearAllData(); } void clearAllData() { if(data) { // All the list data will be destroyed. Z_Free(data); data = 0; #ifdef DENG_DEBUG Z_CheckHeap(); #endif } cursor = 0; last = 0; dataSize = 0; } /** * @return Start of the allocated data. */ void *allocateData(uint bytes) { // Number of extra bytes to keep allocated in the end of each list. int const PADDING = 16; if(!bytes) return 0; // We require the extra bytes because we want that the end of the list // data is always safe for writing-in-advance. This is needed when the // 'end of data' marker is written. int const startOffset = cursor - data; size_t const required = startOffset + bytes + PADDING; // First check that the data buffer of the list is large enough. if(required > dataSize) { // Offsets must be preserved. byte *oldData = data; int const cursorOffset = (cursor? cursor - oldData : -1); int const lastOffset = (last? (byte *) last - oldData : -1); // Allocate more memory for the data buffer. if(dataSize == 0) { dataSize = 1024; } while(dataSize < required) { dataSize *= 2; } data = (byte *) Z_Realloc(data, dataSize, PU_APPSTATIC); // Restore main pointers. cursor = (cursorOffset >= 0? data + cursorOffset : data); last = (lastOffset >= 0? (Element *) (data + lastOffset) : 0); // Restore in-list pointers. // When the list is resized, pointers in the primitives need to be // restored so that they point to the new list data. if(oldData) { for(Element *elem = first(); elem && elem <= last; elem = elem->next()) { if(elem->data.indices) { elem->data.indices = (uint *) (data + ((byte *) elem->data.indices - oldData)); } } } } // Advance the cursor. cursor += bytes; return data + startOffset; } void allocateIndices(uint numIndices, uint base) { // Note that last may be reallocated during allocateData. last->data.numIndices = numIndices; // Temporary variable to avoid segfault on Ubuntu linux CMB uint * lti = (uint *) allocateData(sizeof(uint) * numIndices); last->data.indices = lti; for(uint i = 0; i < numIndices; ++i) { last->data.indices[i] = base + i; } } Element *newElement(Store &buffer, gl::Primitive primitive) { // This becomes the new last element. last = (Element *) allocateData(sizeof(Element)); last->size = 0; last->data.buffer = &buffer; last->data.type = primitive; last->data.indices = 0; last->data.numIndices = 0; last->data.oneLight = last->data.manyLights = false; return last; } void endWrite() { // The element has been written, update the size in the header. last->size = cursor - (byte *) last; // Write the end marker (will be overwritten by the next write). The // idea is that this zero is interpreted as the size of the following // Element. *(int *) cursor = 0; } /// Returns a pointer to the first element in the list; otherwise @c 0. Element *first() const { Element *elem = (Element *)data; if(!elem->size) return 0; return elem; } /** * Configure GL state for drawing in this @a mode. * * @return The conditions to select primitives. */ DrawConditions pushGLState(DrawMode mode) { switch(mode) { case DM_SKYMASK: DENG2_ASSERT(spec.group == SkyMaskGeom); // Render all primitives on the list without discrimination. return NoColor; case DM_ALL: // All surfaces. DENG2_ASSERT(spec.group == UnlitGeom || spec.group == LitGeom); // Should we do blending? if(spec.unit(TU_INTER).hasTexture()) { // Blend between two textures, modulate with primary color. DENG2_ASSERT(numTexUnits >= 2); GL_SelectTexUnits(2); GL_BindTo(spec.unit(TU_PRIMARY), 0); GL_BindTo(spec.unit(TU_INTER), 1); GL_ModulateTexture(2); float color[4] = { 0, 0, 0, spec.unit(TU_INTER).opacity }; glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, color); } else if(!spec.unit(TU_PRIMARY).hasTexture()) { // Opaque texture-less surface. return 0; } else { // Normal modulation. GL_SelectTexUnits(1); GL_Bind(spec.unit(TU_PRIMARY)); GL_ModulateTexture(1); } if(spec.unit(TU_INTER).hasTexture()) { return SetMatrixTexture0 | SetMatrixTexture1; } return SetMatrixTexture0; case DM_LIGHT_MOD_TEXTURE: DENG2_ASSERT(spec.group == LitGeom); // Modulate sector light, dynamic light and regular texture. GL_BindTo(spec.unit(TU_PRIMARY), 1); return SetMatrixTexture1 | SetLightEnv0 | JustOneLight | NoBlend; case DM_TEXTURE_PLUS_LIGHT: DENG2_ASSERT(spec.group == LitGeom); GL_BindTo(spec.unit(TU_PRIMARY), 0); return SetMatrixTexture0 | SetLightEnv1 | NoBlend; case DM_FIRST_LIGHT: DENG2_ASSERT(spec.group == LitGeom); // Draw all primitives with more than one light // and all primitives which will have a blended texture. return SetLightEnv0 | ManyLights | Blend; case DM_BLENDED: { DENG2_ASSERT(spec.group == UnlitGeom || spec.group == LitGeom); // Only render the blended surfaces. if(!spec.unit(TU_INTER).hasTexture()) { return Skip; } DENG2_ASSERT(numTexUnits >= 2); GL_SelectTexUnits(2); GL_BindTo(spec.unit(TU_PRIMARY), 0); GL_BindTo(spec.unit(TU_INTER), 1); GL_ModulateTexture(2); float color[4] = { 0, 0, 0, spec.unit(TU_INTER).opacity }; glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, color); return SetMatrixTexture0 | SetMatrixTexture1; } case DM_BLENDED_FIRST_LIGHT: DENG2_ASSERT(spec.group == LitGeom); // Only blended surfaces. if(!spec.unit(TU_INTER).hasTexture()) { return Skip; } return SetMatrixTexture1 | SetLightEnv0; case DM_WITHOUT_TEXTURE: DENG2_ASSERT(spec.group == LitGeom); // Only render geometries affected by dynlights. return 0; case DM_LIGHTS: DENG2_ASSERT(spec.group == LightGeom); // These lists only contain light geometries. GL_Bind(spec.unit(TU_PRIMARY)); return 0; case DM_BLENDED_MOD_TEXTURE: DENG2_ASSERT(spec.group == LitGeom); // Blending required. if(!spec.unit(TU_INTER).hasTexture()) { break; } // Intentional fall-through. case DM_MOD_TEXTURE: case DM_MOD_TEXTURE_MANY_LIGHTS: DENG2_ASSERT(spec.group == LitGeom); // Texture for surfaces with (many) dynamic lights. // Should we do blending? if(spec.unit(TU_INTER).hasTexture()) { // Mode 3 actually just disables the second texture stage, // which would modulate with primary color. DENG2_ASSERT(numTexUnits >= 2); GL_SelectTexUnits(2); GL_BindTo(spec.unit(TU_PRIMARY), 0); GL_BindTo(spec.unit(TU_INTER), 1); GL_ModulateTexture(3); float color[4] = { 0, 0, 0, spec.unit(TU_INTER).opacity }; glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, color); // Render all geometry. return SetMatrixTexture0 | SetMatrixTexture1; } // No modulation at all. GL_SelectTexUnits(1); GL_Bind(spec.unit(TU_PRIMARY)); GL_ModulateTexture(0); if(mode == DM_MOD_TEXTURE_MANY_LIGHTS) { return SetMatrixTexture0 | ManyLights; } return SetMatrixTexture0; case DM_UNBLENDED_MOD_TEXTURE_AND_DETAIL: DENG2_ASSERT(spec.group == LitGeom); // Blending is not done now. if(spec.unit(TU_INTER).hasTexture()) { break; } if(spec.unit(TU_PRIMARY_DETAIL).hasTexture()) { GL_SelectTexUnits(2); GL_ModulateTexture(9); // Tex+Detail, no color. GL_BindTo(spec.unit(TU_PRIMARY), 0); GL_BindTo(spec.unit(TU_PRIMARY_DETAIL), 1); return SetMatrixTexture0 | SetMatrixDTexture1; } else { GL_SelectTexUnits(1); GL_ModulateTexture(0); GL_Bind(spec.unit(TU_PRIMARY)); return SetMatrixTexture0; } break; case DM_ALL_DETAILS: DENG2_ASSERT(spec.group == UnlitGeom || spec.group == LitGeom); if(spec.unit(TU_PRIMARY_DETAIL).hasTexture()) { GL_Bind(spec.unit(TU_PRIMARY_DETAIL)); return SetMatrixDTexture0; } break; case DM_UNBLENDED_TEXTURE_AND_DETAIL: DENG2_ASSERT(spec.group == UnlitGeom || spec.group == LitGeom); // Only unblended. Details are optional. if(spec.unit(TU_INTER).hasTexture()) { break; } if(spec.unit(TU_PRIMARY_DETAIL).hasTexture()) { GL_SelectTexUnits(2); GL_ModulateTexture(8); GL_BindTo(spec.unit(TU_PRIMARY), 0); GL_BindTo(spec.unit(TU_PRIMARY_DETAIL), 1); return SetMatrixTexture0 | SetMatrixDTexture1; } else { // Normal modulation. GL_SelectTexUnits(1); GL_ModulateTexture(1); GL_Bind(spec.unit(TU_PRIMARY)); return SetMatrixTexture0; } break; case DM_BLENDED_DETAILS: { DENG2_ASSERT(spec.group == UnlitGeom || spec.group == LitGeom); // We'll only render blended primitives. if(!spec.unit(TU_INTER).hasTexture()) { break; } if(!spec.unit(TU_PRIMARY_DETAIL).hasTexture() || !spec.unit(TU_INTER_DETAIL).hasTexture()) { break; } GL_BindTo(spec.unit(TU_PRIMARY_DETAIL), 0); GL_BindTo(spec.unit(TU_INTER_DETAIL), 1); float color[4] = { 0, 0, 0, spec.unit(TU_INTER_DETAIL).opacity }; glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, color); return SetMatrixDTexture0 | SetMatrixDTexture1; } case DM_SHADOW: DENG2_ASSERT(spec.group == ShadowGeom); if(spec.unit(TU_PRIMARY).hasTexture()) { GL_Bind(spec.unit(TU_PRIMARY)); } else { GL_BindTextureUnmanaged(0); } if(!spec.unit(TU_PRIMARY).hasTexture()) { // Apply a modelview shift. glMatrixMode(GL_MODELVIEW); glPushMatrix(); // Scale towards the viewpoint to avoid Z-fighting. glTranslatef(vOrigin.x, vOrigin.y, vOrigin.z); glScalef(.99f, .99f, .99f); glTranslatef(-vOrigin.x, -vOrigin.y, -vOrigin.z); } return 0; case DM_MASKED_SHINY: DENG2_ASSERT(spec.group == ShineGeom); if(spec.unit(TU_INTER).hasTexture()) { GL_SelectTexUnits(2); // The intertex holds the info for the mask texture. GL_BindTo(spec.unit(TU_INTER), 1); float color[4] = { 0, 0, 0, 1 }; glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, color); } // Intentional fall-through. case DM_ALL_SHINY: case DM_SHINY: DENG2_ASSERT(spec.group == ShineGeom); GL_BindTo(spec.unit(TU_PRIMARY), 0); if(!spec.unit(TU_INTER).hasTexture()) { GL_SelectTexUnits(1); } // Render all primitives. if(mode == DM_ALL_SHINY) { return SetBlendMode; } if(mode == DM_MASKED_SHINY) { return SetBlendMode | SetMatrixTexture1; } return SetBlendMode | NoBlend; default: break; } // Draw nothing for the specified mode. return Skip; } /** * Restore GL state after drawing in the specified @a mode. */ void popGLState(DrawMode mode) { switch(mode) { default: break; case DM_ALL: if(spec.unit(TU_INTER).hasTexture()) { GL_SelectTexUnits(1); GL_ModulateTexture(1); } break; case DM_BLENDED: if(spec.unit(TU_INTER).hasTexture()) { GL_SelectTexUnits(1); GL_ModulateTexture(1); } break; case DM_BLENDED_MOD_TEXTURE: case DM_MOD_TEXTURE: case DM_MOD_TEXTURE_MANY_LIGHTS: if(spec.unit(TU_INTER).hasTexture()) { GL_SelectTexUnits(1); GL_ModulateTexture(1); } else if(mode != DM_BLENDED_MOD_TEXTURE) { GL_ModulateTexture(1); } break; case DM_UNBLENDED_MOD_TEXTURE_AND_DETAIL: if(!spec.unit(TU_INTER).hasTexture()) { if(spec.unit(TU_PRIMARY_DETAIL).hasTexture()) { GL_SelectTexUnits(1); GL_ModulateTexture(1); } else { GL_ModulateTexture(1); } } break; case DM_UNBLENDED_TEXTURE_AND_DETAIL: if(!spec.unit(TU_INTER).hasTexture() && spec.unit(TU_PRIMARY_DETAIL).hasTexture()) { GL_SelectTexUnits(1); GL_ModulateTexture(1); } break; case DM_SHADOW: if(!spec.unit(TU_PRIMARY).hasTexture()) { // Restore original modelview matrix. glMatrixMode(GL_MODELVIEW); glPopMatrix(); } break; case DM_SHINY: case DM_ALL_SHINY: case DM_MASKED_SHINY: GL_BlendMode(BM_NORMAL); if(mode == DM_MASKED_SHINY && spec.unit(TU_INTER).hasTexture()) { GL_SelectTexUnits(1); } break; } } }; DrawList::DrawList(Spec const &spec) : d(new Instance(this, spec)) {} bool DrawList::isEmpty() const { return d->last == 0; } DrawList &DrawList::write(gl::Primitive primitive, blendmode_t blendMode, Vector2f const &texScale, Vector2f const &texOffset, Vector2f const &detailTexScale, Vector2f const &detailTexOffset, bool isLit, uint vertCount, Vector3f const *posCoords, Vector4f const *colorCoords, Vector2f const *texCoords, Vector2f const *interTexCoords, GLuint modTexture, Vector3f const *modColor, Vector2f const *modTexCoords) { DENG2_ASSERT(vertCount >= 3); // Rationalize write arguments. if(d->spec.group == SkyMaskGeom || d->spec.group == LightGeom || d->spec.group == ShadowGeom) { isLit = false; modTexture = 0; modColor = 0; } Instance::Element *elem = d->newElement(ClientApp::renderSystem().buffer(), primitive); // Is the geometry lit? if(modTexture && !isLit) { elem->data.oneLight = true; // Using modulation. } else if(modTexture || isLit) { elem->data.manyLights = true; } // Configure the GL state to be applied when this geometry is drawn later. elem->data.blendMode = blendMode; elem->data.modTexture = modTexture; elem->data.modColor = modColor? *modColor : Vector3f(); elem->data.texScale = texScale; elem->data.texOffset = texOffset; elem->data.dtexScale = detailTexScale; elem->data.dtexOffset = detailTexOffset; // Allocate geometry from the backing store. uint base = elem->data.buffer->allocateVertices(vertCount); // Setup the indices. d->allocateIndices(vertCount, base); for(uint i = 0; i < vertCount; ++i) { elem->data.buffer->posCoords[base + i] = posCoords[i]; // Sky masked polys need nothing more. if(d->spec.group == SkyMaskGeom) continue; // Primary texture coordinates. if(d->spec.unit(TU_PRIMARY).hasTexture()) { DENG2_ASSERT(texCoords != 0); elem->data.buffer->texCoords[Store::TCA_MAIN][base + i] = texCoords[i]; } // Secondary texture coordinates. if(d->spec.unit(TU_INTER).hasTexture()) { DENG2_ASSERT(interTexCoords != 0); elem->data.buffer->texCoords[Store::TCA_BLEND][base + i] = interTexCoords[i]; } // First light texture coordinates. if((elem->data.oneLight || elem->data.manyLights) && IS_MTEX_LIGHTS) { DENG2_ASSERT(modTexCoords != 0); elem->data.buffer->texCoords[Store::TCA_LIGHT][base + i] = modTexCoords[i]; } // Color. Vector4ub &color = elem->data.buffer->colorCoords[base + i]; if(colorCoords) { Vector4f const &srcColor = colorCoords[i]; // We should not be relying on clamping at this late stage... DENG2_ASSERT(INRANGE_OF(srcColor.x, 0.f, 1.f)); DENG2_ASSERT(INRANGE_OF(srcColor.y, 0.f, 1.f)); DENG2_ASSERT(INRANGE_OF(srcColor.z, 0.f, 1.f)); DENG2_ASSERT(INRANGE_OF(srcColor.w, 0.f, 1.f)); color = Vector4ub(dbyte(255 * de::clamp(0.f, srcColor.x, 1.f)), dbyte(255 * de::clamp(0.f, srcColor.y, 1.f)), dbyte(255 * de::clamp(0.f, srcColor.z, 1.f)), dbyte(255 * de::clamp(0.f, srcColor.w, 1.f))); } else { color = Vector4ub(255, 255, 255, 255); } } d->endWrite(); return *this; } void DrawList::draw(DrawMode mode, TexUnitMap const &texUnitMap) const { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Setup GL state for this list. DrawConditions conditions = d->pushGLState(mode); // Should we just skip all this? if(conditions & Skip) return; // Assume no state changes were made. bool bypass = false; if(d->spec.unit(TU_INTER).hasTexture()) { // Is blending allowed? if(conditions.testFlag(NoBlend)) { return; } // Should all blended primitives be included? if(conditions.testFlag(Blend)) { // The other conditions will be bypassed. bypass = true; } } // Check conditions dependant on primitive-specific values once before // entering the loop. If none of the conditions are true for this list // then we can bypass the skip tests completely during iteration. if(!bypass) { if(!conditions.testFlag(JustOneLight) && !conditions.testFlag(ManyLights)) { bypass = true; } } bool skip = false; for(Instance::Element *elem = d->first(); elem; elem = elem->next()) { // Check for skip conditions. if(!bypass) { skip = false; if(conditions.testFlag(JustOneLight) && elem->data.manyLights) { skip = true; } else if(conditions.testFlag(ManyLights) && elem->data.oneLight) { skip = true; } } if(!skip) { elem->data.draw(conditions, texUnitMap); DENG2_ASSERT(!Sys_GLCheckError()); } } // Some modes require cleanup. d->popGLState(mode); } DrawList::Spec &DrawList::spec() { return d->spec; } DrawList::Spec const &DrawList::spec() const { return d->spec; } void DrawList::clear() { d->clearAllData(); } void DrawList::rewind() { d->cursor = d->data; d->last = 0; } doomsday-1.14.5/doomsday/client/src/render/biasillum.cpp0000664000175000017500000002317312350542237022546 0ustar jaakkojaakko/** @file biasillum.cpp Shadow Bias map point illumination. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_base.h" #include "de_console.h" #include "world/map.h" #include "world/linesighttest.h" #include "BspLeaf" #include "SectorCluster" #include "Surface" #include "BiasTracker" #include "render/biasillum.h" using namespace de; static int lightSpeed = 130; //cvar static int devUseSightCheck = true; //cvar void BiasIllum::consoleRegister() // static { C_VAR_INT("rend-bias-lightspeed", &lightSpeed, 0, 0, 5000); // Development variables. C_VAR_INT("rend-dev-bias-sight", &devUseSightCheck, CVF_NO_ARCHIVE, 0, 1); } DENG2_PIMPL_NOREF(BiasIllum) { struct InterpolateInfo { Vector3f dest; ///< Destination light color (interpolated to). uint updateTime; ///< When the value was calculated. }; BiasTracker *tracker; ///< Controlling tracker. Vector3f color; ///< Current light color. QScopedPointer lerpInfo; /** * Cast lighting contributions from each source that affects the map point. * Order is the same as that in the tracker. */ Vector3f casted[MAX_CONTRIBUTORS]; Instance(BiasTracker *tracker) : tracker(tracker) {} Instance(Instance const &other) : IPrivate(), tracker(other.tracker), color(other.color) { if(!other.lerpInfo.isNull()) { lerpInfo.reset(new InterpolateInfo()); lerpInfo->dest = other.lerpInfo->dest; lerpInfo->updateTime = other.lerpInfo->updateTime; } } /** * Returns a previous light contribution by unique contributor @a index. */ inline Vector3f &contribution(int index) { DENG_ASSERT(index >= 0 && index < MAX_CONTRIBUTORS); return casted[index]; } /** * Update any changed lighting contributions. * * @param activeContributors Bit field denoting the active contributors. * @param biasTime Time in milliseconds of the last bias frame update. */ void applyLightingChanges(byte activeContributors, uint biasTime) { #define COLOR_CHANGE_THRESHOLD 0.1f // Ignore small variations for perf DENG_ASSERT(tracker != 0); // Determine the new color (initially, black). Vector3f newColor; // Do we need to re-accumulate light contributions? if(activeContributors) { // Maximum accumulated color strength. static Vector3f const saturated(1, 1, 1); for(int i = 0; i < MAX_CONTRIBUTORS; ++i) { if(activeContributors & (1 << i)) { newColor += contribution(i); // Stop once fully saturated. if(newColor >= saturated) break; } } // Clamp. newColor = newColor.min(saturated); } // Is there a new destination? Vector3f const ¤tColor = lerpInfo.isNull()? color : lerpInfo->dest; if(!activeContributors || (!de::fequal(currentColor.x, newColor.x, COLOR_CHANGE_THRESHOLD) || !de::fequal(currentColor.y, newColor.y, COLOR_CHANGE_THRESHOLD) || !de::fequal(currentColor.z, newColor.z, COLOR_CHANGE_THRESHOLD))) { if(!lerpInfo.isNull()) { // Must not lose the half-way interpolation. // This is current color at this very moment. color = lerp(biasTime, true /*retain InterpolateInfo*/); } else { lerpInfo.reset(new InterpolateInfo()); } // This is what we will be interpolating to. lerpInfo->dest = newColor; lerpInfo->updateTime = tracker->timeOfLatestContributorUpdate(); } #undef COLOR_CHANGE_THRESHOLD } /** * Update lighting contribution for the specified contributor @a index. * * @param index Unique index of the contributor. * @param point Point in the map to evaluate. * @param normalAtPoint Surface normal at @a point. * @param bspRoot Root BSP element for the map. */ void updateContribution(int index, Vector3d const &point, Vector3f const &normalAtPoint, MapElement &bspRoot) { DENG_ASSERT(tracker != 0); BiasSource const &source = tracker->contributor(index); Vector3f &casted = contribution(index); /// @todo LineSightTest should (optionally) perform this test. SectorCluster *cluster = source.bspLeafAtOrigin().clusterPtr(); if(!cluster) { // This affecting source does not contribute any light. casted = Vector3f(); return; } if((!cluster->visFloor().surface().hasSkyMaskedMaterial() && source.origin().z < cluster->visFloor().heightSmoothed()) || (!cluster->visCeiling().surface().hasSkyMaskedMaterial() && source.origin().z > cluster->visCeiling().heightSmoothed())) { casted = Vector3f(); return; } Vector3d sourceToPoint = source.origin() - point; double distance = sourceToPoint.length(); double dot = sourceToPoint.normalize().dot(normalAtPoint); // The point faces away from the light? if(dot < 0) { casted = Vector3f(); return; } if(devUseSightCheck && !LineSightTest(source.origin(), point + sourceToPoint / 100) .trace(bspRoot)) { // LOS fail. casted = Vector3f(); return; } // Apply light casted from this source. float strength = dot * source.evaluateIntensity() / distance; casted = source.color() * de::clamp(0.f, strength, 1.f); } /** * Interpolate color from current to destination. * * @param result Interpolated color will be written here. * @param currentTime Time in milliseconds of the last bias frame update. * @param retainLerpInfo @c true= do not free the interpolation info if completed. */ Vector3f lerp(uint currentTime, bool retainLerpInfo = false) { if(lerpInfo.isNull()) { // Not interpolating -- use the current color. return color; } float inter = (currentTime - lerpInfo->updateTime) / float( lightSpeed ); if(inter > 1) { color = lerpInfo->dest; if(!retainLerpInfo) lerpInfo.reset(); return color; } else { return color + (lerpInfo->dest - color) * inter; } } }; float const BiasIllum::MIN_INTENSITY = .005f; BiasIllum::BiasIllum(BiasTracker *tracker) : d(new Instance(tracker)) {} BiasIllum::BiasIllum(BiasIllum const &other) : d(new Instance(*other.d)) {} BiasIllum &BiasIllum::operator = (BiasIllum const &other) { d.reset(new Instance(*other.d)); return *this; } bool BiasIllum::hasTracker() const { return d->tracker != 0; } BiasTracker &BiasIllum::tracker() const { if(d->tracker != 0) { return *d->tracker; } /// @throw MissingTrackerError Attempted with no tracker assigned. throw MissingTrackerError("BiasIllum::tracker", "No tracker is assigned"); } void BiasIllum::setTracker(BiasTracker *newTracker) { d->tracker = newTracker; } Vector3f BiasIllum::evaluate(Vector3d const &point, Vector3f const &normalAtPoint, uint biasTime) { if(d->tracker) { // Does the tracker have any lighting changes to apply? byte activeContributors = d->tracker->activeContributors(); byte changedContributions = d->tracker->changedContributions(); if(changedContributions) { if(activeContributors & changedContributions) { /// @todo Do not assume the current map. Map &map = App_WorldSystem().map(); /* * Recalculate the contribution for each changed light source. * Continue using the previously calculated value otherwise. */ for(int i = 0; i < MAX_CONTRIBUTORS; ++i) { if(activeContributors & changedContributions & (1 << i)) { d->updateContribution(i, point, normalAtPoint, map.bspRoot()); } } } // Accumulate light contributions and initiate interpolation. d->applyLightingChanges(activeContributors, biasTime); } } // Factor in the current color (and perform interpolation if needed). return d->lerp(biasTime); } doomsday-1.14.5/doomsday/client/src/render/walledge.cpp0000664000175000017500000005701512350542237022353 0ustar jaakkojaakko/** @file walledge.cpp Wall Edge Geometry. * * @authors Copyright © 2011-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/walledge.h" #include "BspLeaf" #include "Sector" #include "Surface" #include "Face" #include "world/lineowner.h" #include "world/p_players.h" #include "world/maputil.h" #include "SectorCluster" #include "render/rend_main.h" // devRendSkyMode, remove me #include using namespace de; /** * Determines whether normal smoothing should be performed for the given pair of * map surfaces (which are assumed to share an edge). * * Yes if the angle between the two surfaces is less than 45 degrees. * @todo Should be user customizable with a Material property. -ds * * @param sufA The "left" map surface which shares an edge with @a sufB. * @param sufB The "right" map surface which shares an edge with @a sufA. * @param angleDiff Angle difference (i.e., normal delta) between the two surfaces. */ static bool shouldSmoothNormals(Surface &sufA, Surface &sufB, binangle_t angleDiff) { DENG2_UNUSED2(sufA, sufB); return INRANGE_OF(angleDiff, BANG_180, BANG_45); } DENG2_PIMPL_NOREF(WallEdge::Event) { /// Wall edge instance which owns "this" event. WallEdge &owner; Instance(WallEdge &owner) : owner(owner) {} }; WallEdge::Event::Event(WallEdge &owner, double distance) : WorldEdge::Event(), IHPlane::IIntercept(distance), d(new Instance(owner)) {} bool WallEdge::Event::operator < (Event const &other) const { return distance() < other.distance(); } double WallEdge::Event::distance() const { return IHPlane::IIntercept::distance(); } Vector3d WallEdge::Event::origin() const { return d->owner.pOrigin() + d->owner.pDirection() * distance(); } static bool eventSorter(WorldEdge::Event *a, WorldEdge::Event *b) { return *a < *b; } static inline coord_t lineSideOffset(LineSideSegment &seg, int edge) { return seg.lineSideOffset() + (edge? seg.length() : 0); } DENG2_PIMPL(WallEdge), public IHPlane { WallSpec spec; int edge; HEdge *wallHEdge; /// The half-plane which partitions the surface coordinate space. Partition hplane; Vector3d pOrigin; Vector3d pDirection; coord_t lo, hi; /// Events for the special termination points are allocated with "this". Event bottom; Event top; /// All events along the partition line. Events *events; bool needSortEvents; Vector2f materialOrigin; Vector3f normal; bool needUpdateNormal; Instance(Public *i, WallSpec const &spec, HEdge &hedge, int edge) : Base(i), spec(spec), edge(edge), wallHEdge(&hedge), lo(0), hi(0), bottom(*i, 0), top(*i, 1), events(0), needSortEvents(false), needUpdateNormal(true) { // Determine the map space Z coordinates of the wall section. LineSideSegment &seg = lineSideSegment(); Line const &line = seg.line(); bool const unpegBottom = (line.flags() & DDLF_DONTPEGBOTTOM) != 0; bool const unpegTop = (line.flags() & DDLF_DONTPEGTOP) != 0; SectorCluster const *cluster = (line.definesPolyobj()? &line.polyobj().bspLeaf() : &wallHEdge->face().mapElementAs())->clusterPtr(); if(seg.lineSide().considerOneSided() || // Mapping errors may result in a line segment missing a back face. (!line.definesPolyobj() && !wallHEdge->twin().hasFace())) { if(spec.section == LineSide::Middle) { lo = cluster->visFloor().heightSmoothed(); hi = cluster->visCeiling().heightSmoothed(); } else { lo = hi = cluster->visFloor().heightSmoothed(); } materialOrigin = seg.lineSide().middle().materialOriginSmoothed(); if(unpegBottom) { materialOrigin.y -= hi - lo; } } else { // Two sided. SectorCluster const *backCluster = line.definesPolyobj()? cluster : wallHEdge->twin().face().mapElementAs().clusterPtr(); Plane const *ffloor = &cluster->visFloor(); Plane const *fceil = &cluster->visCeiling(); Plane const *bfloor = &backCluster->visFloor(); Plane const *bceil = &backCluster->visCeiling(); switch(spec.section) { case LineSide::Top: // Self-referencing lines only ever get a middle. if(!line.isSelfReferencing()) { // Can't go over front ceiling (would induce geometry flaws). if(bceil->heightSmoothed() < ffloor->heightSmoothed()) lo = ffloor->heightSmoothed(); else lo = bceil->heightSmoothed(); hi = fceil->heightSmoothed(); if(spec.flags.testFlag(WallSpec::SkyClip) && fceil->surface().hasSkyMaskedMaterial() && bceil->surface().hasSkyMaskedMaterial()) { hi = lo; } materialOrigin = seg.lineSide().middle().materialOriginSmoothed(); if(!unpegTop) { // Align with normal middle texture. materialOrigin.y -= fceil->heightSmoothed() - bceil->heightSmoothed(); } } break; case LineSide::Bottom: // Self-referencing lines only ever get a middle. if(!line.isSelfReferencing()) { bool const raiseToBackFloor = (fceil->surface().hasSkyMaskedMaterial() && bceil->surface().hasSkyMaskedMaterial() && fceil->heightSmoothed() < bceil->heightSmoothed() && bfloor->heightSmoothed() > fceil->heightSmoothed()); coord_t t = bfloor->heightSmoothed(); lo = ffloor->heightSmoothed(); // Can't go over the back ceiling, would induce polygon flaws. if(bfloor->heightSmoothed() > bceil->heightSmoothed()) t = bceil->heightSmoothed(); // Can't go over front ceiling, would induce polygon flaws. // In the special case of a sky masked upper we must extend the bottom // section up to the height of the back floor. if(t > fceil->heightSmoothed() && !raiseToBackFloor) t = fceil->heightSmoothed(); hi = t; if(spec.flags.testFlag(WallSpec::SkyClip) && ffloor->surface().hasSkyMaskedMaterial() && bfloor->surface().hasSkyMaskedMaterial()) { lo = hi; } materialOrigin = seg.lineSide().bottom().materialOriginSmoothed(); if(bfloor->heightSmoothed() > fceil->heightSmoothed()) { materialOrigin.y -= (raiseToBackFloor? t : fceil->heightSmoothed()) - bfloor->heightSmoothed(); } if(unpegBottom) { // Align with normal middle texture. materialOrigin.y += (raiseToBackFloor? t : fceil->heightSmoothed()) - bfloor->heightSmoothed(); } } break; case LineSide::Middle: { LineSide const &lineSide = seg.lineSide(); Surface const &middle = lineSide.middle(); if(!line.isSelfReferencing() && ffloor == &cluster->sector().floor()) { lo = de::max(bfloor->heightSmoothed(), ffloor->heightSmoothed()); } else { // Use the unmapped heights for positioning purposes. lo = lineSide.sector().floor().heightSmoothed(); } if(!line.isSelfReferencing() && fceil == &cluster->sector().ceiling()) { hi = de::min(bceil->heightSmoothed(), fceil->heightSmoothed()); } else { // Use the unmapped heights for positioning purposes. hi = lineSide.back().sector().ceiling().heightSmoothed(); } materialOrigin = Vector2f(middle.materialOriginSmoothed().x, 0); // Perform clipping. if(middle.hasMaterial() && !seg.lineSide().isFlagged(SDF_MIDDLE_STRETCH)) { coord_t openBottom, openTop; if(!line.isSelfReferencing()) { openBottom = lo; openTop = hi; } else { openBottom = ffloor->heightSmoothed(); openTop = fceil->heightSmoothed(); } if(openTop > openBottom) { if(unpegBottom) { lo += middle.materialOriginSmoothed().y; hi = lo + middle.material().height(); } else { hi += middle.materialOriginSmoothed().y; lo = hi - middle.material().height(); } if(hi > openTop) { materialOrigin.y = hi - openTop; } // Clip it? bool const clipBottom = !(!(devRendSkyMode || P_IsInVoid(viewPlayer)) && ffloor->surface().hasSkyMaskedMaterial() && bfloor->surface().hasSkyMaskedMaterial()); bool const clipTop = !(!(devRendSkyMode || P_IsInVoid(viewPlayer)) && fceil->surface().hasSkyMaskedMaterial() && bceil->surface().hasSkyMaskedMaterial()); if(clipTop || clipBottom) { if(clipBottom && lo < openBottom) lo = openBottom; if(clipTop && hi > openTop) hi = openTop; } if(!clipTop) { materialOrigin.y = 0; } } } break; } } } materialOrigin += Vector2f(lineSideOffset(seg, edge), 0); pOrigin = Vector3d(self.origin(), lo); pDirection = Vector3d(0, 0, hi - lo); } ~Instance() { clearIntercepts(); } inline LineSideSegment &lineSideSegment() { return wallHEdge->mapElementAs(); } void verifyValid() const { if(!self.isValid()) { /// @throw InvalidError Invalid range geometry was specified. throw InvalidError("WallEdge::verifyValid", "Range geometry is not valid (top < bottom)"); } } EventIndex toEventIndex(double distance) { DENG_ASSERT(events != 0); for(EventIndex i = 0; i < events->count(); ++i) { Event *icpt = (*events)[i]; if(de::fequal(icpt->distance(), distance)) return i; } return InvalidIndex; } inline bool haveEvent(double distance) { return toEventIndex(distance) != InvalidIndex; } Event &createEvent(double distance) { return *intercept(distance); } // Implements IHPlane void configure(Partition const &newPartition) { hplane = newPartition; } // Implements IHPlane Partition const &partition() const { return hplane; } // Implements IHPlane Event *intercept(double distance) { DENG_ASSERT(events != 0); Event *newEvent = new Event(self, distance); events->append(newEvent); // We'll need to resort the events. needSortEvents = true; return newEvent; } // Implements IHPlane void sortAndMergeIntercepts() { DENG_ASSERT(events != 0); // Any work to do? if(!needSortEvents) return; qSort(events->begin(), events->end(), eventSorter); needSortEvents = false; } // Implements IHPlane void clearIntercepts() { if(events) { while(!events->isEmpty()) { Event *event = events->takeLast(); if(!(event == &bottom || event == &top)) delete event; } delete events; events = 0; } // An empty event list is logically sorted. needSortEvents = false; } // Implements IHPlane Event const &at(EventIndex index) const { DENG_ASSERT(events != 0); if(index >= 0 && index < interceptCount()) { return *(*events)[index]; } /// @throw UnknownInterceptError The specified intercept index is not valid. throw UnknownInterceptError("WallEdge::at", QString("Index '%1' does not map to a known intercept (count: %2)") .arg(index).arg(interceptCount())); } // Implements IHPlane int interceptCount() const { DENG_ASSERT(events != 0); return events->count(); } #ifdef DENG_DEBUG void printIntercepts() const { DENG_ASSERT(events != 0); EventIndex index = 0; foreach(Event const *icpt, *events) { LOGDEV_MAP_MSG(" %u: >%1.2f ") << (index++) << icpt->distance(); } } #endif /** * Ensure all intercepts do not exceed the specified closed range. */ void assertInterceptsInRange(double low, double hi) const { #ifdef DENG_DEBUG DENG_ASSERT(events != 0); foreach(Event const *icpt, *events) { DENG2_ASSERT(icpt->distance() >= low && icpt->distance() <= hi); } #else DENG2_UNUSED2(low, hi); #endif } inline double distanceTo(coord_t worldHeight) const { return (worldHeight - lo) / (hi - lo); } void addNeighborIntercepts(coord_t bottom, coord_t top) { ClockDirection const direction = edge? Clockwise : Anticlockwise; HEdge const *hedge = wallHEdge; while((hedge = &SectorClusterCirculator::findBackNeighbor(*hedge, direction)) != wallHEdge) { // Stop if there is no back cluster. BspLeaf const *backLeaf = hedge->hasFace()? &hedge->face().mapElementAs() : 0; if(!backLeaf || !backLeaf->hasCluster()) break; SectorCluster const &cluster = backLeaf->cluster(); if(cluster.hasWorldVolume()) { for(int i = 0; i < cluster.visPlaneCount(); ++i) { Plane const &plane = cluster.visPlane(i); if(plane.heightSmoothed() > bottom && plane.heightSmoothed() < top) { ddouble distance = distanceTo(plane.heightSmoothed()); if(!haveEvent(distance)) { createEvent(distance); // Have we reached the div limit? if(interceptCount() == WALLEDGE_MAX_INTERCEPTS) return; } } // Clip a range bound to this height? if(plane.isSectorFloor() && plane.heightSmoothed() > bottom) bottom = plane.heightSmoothed(); else if(plane.isSectorCeiling() && plane.heightSmoothed() < top) top = plane.heightSmoothed(); // All clipped away? if(bottom >= top) return; } } else { /* * A neighbor with zero volume is a special case -- the potential * division is at the height of the back ceiling. This is because * elsewhere we automatically fix the case of a floor above a * ceiling by lowering the floor. */ coord_t z = cluster.visCeiling().heightSmoothed(); if(z > bottom && z < top) { ddouble distance = distanceTo(z); if(!haveEvent(distance)) { createEvent(distance); // All clipped away. return; } } } } } /** * Determines whether the wall edge should be intercepted with neighboring * planes from other sector clusters. */ bool shouldInterceptNeighbors() { if(spec.flags & WallSpec::NoEdgeDivisions) return false; if(de::fequal(hi, lo)) return false; // Cluster-internal edges won't be intercepted. This is because such an // edge only ever produces middle wall sections, which, do not support // divisions in any case (they become vissprites). if(SectorCluster::isInternalEdge(wallHEdge)) return false; return true; } void prepareEvents() { DENG_ASSERT(self.isValid()); clearIntercepts(); events = new Events; #ifdef DENG2_QT_4_7_OR_NEWER events->reserve(2 + 2); #endif // The first event is the bottom termination event. events->append(&bottom); // The last event is the top termination event. events->append(&top); // Add intecepts for neighbor planes? if(shouldInterceptNeighbors()) { configure(Partition(Vector2d(0, hi - lo))); // Add intercepts (the "divisions") in ascending distance order. addNeighborIntercepts(lo, hi); // Sorting may be required. This shouldn't take too long... // There seldom are more than two or three intercepts. sortAndMergeIntercepts(); } // Sanity check. assertInterceptsInRange(0, 1); } /** * Find the neighbor surface for the edge which we will use to calculate the * "blend" properties (e.g., smoothed edge normal). * * @todo: Use the half-edge rings instead of LineOwners. */ Surface *findBlendNeighbor(binangle_t &diff) { diff = 0; // Are we not blending? if(spec.flags.testFlag(WallSpec::NoEdgeNormalSmoothing)) return 0; LineSide const &lineSide = lineSideSegment().lineSide(); // Polyobj lines have no owner rings. if(lineSide.line().definesPolyobj()) return 0; LineOwner const *farVertOwner = lineSide.line().vertexOwner(lineSide.sideId() ^ edge); Line *neighbor; if(R_SideBackClosed(lineSide)) { neighbor = R_FindSolidLineNeighbor(lineSide.sectorPtr(), &lineSide.line(), farVertOwner, edge, &diff); } else { neighbor = R_FindLineNeighbor(lineSide.sectorPtr(), &lineSide.line(), farVertOwner, edge, &diff); } // No suitable line neighbor? if(!neighbor) return 0; // Choose the correct side of the neighbor (determined by which vertex is shared). LineSide *otherSide; if(&neighbor->vertex(edge ^ 1) == &lineSide.vertex(edge)) otherSide = &neighbor->front(); else otherSide = &neighbor->back(); // We can only blend if the neighbor has a surface. if(!otherSide->hasSections()) return 0; /// @todo Do not assume the neighbor is the middle section of @var otherSide. return &otherSide->middle(); } /** * Determine the (possibly smoothed) edge normal. * @todo Cache the smoothed normal value somewhere... */ void updateNormal() { needUpdateNormal = false; LineSide &lineSide = lineSideSegment().lineSide(); Surface &surface = lineSide.surface(spec.section); binangle_t angleDiff; Surface *blendSurface = findBlendNeighbor(angleDiff); if(blendSurface && shouldSmoothNormals(surface, *blendSurface, angleDiff)) { // Average normals. normal = Vector3f(surface.normal() + blendSurface->normal()) / 2; } else { normal = surface.normal(); } } }; WallEdge::WallEdge(WallSpec const &spec, HEdge &hedge, int edge) : WorldEdge((edge? hedge.twin() : hedge).origin()), d(new Instance(this, spec, hedge, edge)) {} Vector3d const &WallEdge::pOrigin() const { return d->pOrigin; } Vector3d const &WallEdge::pDirection() const { return d->pDirection; } Vector2f WallEdge::materialOrigin() const { return d->materialOrigin; } Vector3f WallEdge::normal() const { if(d->needUpdateNormal) { d->updateNormal(); } return d->normal; } WallSpec const &WallEdge::spec() const { return d->spec; } LineSide &WallEdge::mapLineSide() const { return d->lineSideSegment().lineSide(); } coord_t WallEdge::mapLineSideOffset() const { return lineSideOffset(d->lineSideSegment(), d->edge); } int WallEdge::divisionCount() const { if(!isValid()) return 0; if(!d->events) { d->prepareEvents(); } return d->interceptCount() - 2; } WallEdge::EventIndex WallEdge::firstDivision() const { return divisionCount()? 1 : InvalidIndex; } WallEdge::EventIndex WallEdge::lastDivision() const { return divisionCount()? d->interceptCount() - 2 : InvalidIndex; } WallEdge::Events const &WallEdge::events() const { d->verifyValid(); if(!d->events) { d->prepareEvents(); } return *d->events; } WallEdge::Event const &WallEdge::at(EventIndex index) const { return *events().at(index); } bool WallEdge::isValid() const { return d->hi > d->lo; } WallEdge::Event const &WallEdge::first() const { return d->bottom; } WallEdge::Event const &WallEdge::last() const { return d->top; } doomsday-1.14.5/doomsday/client/src/render/drawlists.cpp0000664000175000017500000001561312350542237022601 0ustar jaakkojaakko/** @file drawlists.cpp Drawable primitive list collection/management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/drawlists.h" #include #include #include #include using namespace de; typedef QMultiHash DrawListHash; DENG2_PIMPL(DrawLists) { QScopedPointer skyMaskList; DrawListHash unlitHash; DrawListHash litHash; DrawListHash dynHash; DrawListHash shinyHash; DrawListHash shadowHash; Instance(Public *i) : Base(i) { DrawListSpec newSpec; newSpec.group = SkyMaskGeom; skyMaskList.reset(new DrawList(newSpec)); } /// Choose the correct draw list hash table. DrawListHash &listHash(GeomGroup group) { switch(group) { case UnlitGeom: return unlitHash; case LitGeom: return litHash; case LightGeom: return dynHash; case ShadowGeom: return shadowHash; case ShineGeom: return shinyHash; case SkyMaskGeom: break; // n/a? } DENG2_ASSERT(false); return unlitHash; } }; DrawLists::DrawLists() : d(new Instance(this)) {} static void clearAllLists(DrawListHash &hash) { foreach(DrawList *list, hash) { list->clear(); } qDeleteAll(hash); hash.clear(); } void DrawLists::clear() { clearAllLists(d->unlitHash); clearAllLists(d->litHash); clearAllLists(d->dynHash); clearAllLists(d->shadowHash); clearAllLists(d->shinyHash); d->skyMaskList->clear(); } static void resetList(DrawList &list) { list.rewind(); // Reset the list specification. // The interpolation target must be explicitly set. DrawListSpec &listSpec = list.spec(); listSpec.unit(TU_INTER).unmanaged.glName = 0; listSpec.unit(TU_INTER).texture = 0; listSpec.unit(TU_INTER).opacity = 0; listSpec.unit(TU_INTER_DETAIL).unmanaged.glName = 0; listSpec.unit(TU_INTER_DETAIL).texture = 0; listSpec.unit(TU_INTER_DETAIL).opacity = 0; } static void resetAllLists(DrawListHash &hash) { foreach(DrawList *list, hash) { resetList(*list); } } void DrawLists::reset() { resetAllLists(d->unlitHash); resetAllLists(d->litHash); resetAllLists(d->dynHash); resetAllLists(d->shadowHash); resetAllLists(d->shinyHash); resetList(*d->skyMaskList); } /** * Specialized texture unit comparision function that ignores properties which * are applied per-primitive and which should not result in list separation. * * (These properties are written to the primitive header and applied dynamically * when reading back the draw list.) */ static bool compareTexUnit(GLTextureUnit const &lhs, GLTextureUnit const &rhs) { if(lhs.texture) { if(lhs.texture != rhs.texture) return false; } else { if(lhs.unmanaged != rhs.unmanaged) return false; } if(!de::fequal(lhs.opacity, rhs.opacity)) return false; // Other properties are applied per-primitive and should not affect the outcome. return true; } DrawList &DrawLists::find(DrawListSpec const &spec) { // Sky masked geometry is never textured; therefore no draw list hash. /// @todo Make hash management dynamic. -ds if(spec.group == SkyMaskGeom) { return *d->skyMaskList; } DrawList *convertable = 0; // Find/create a list in the hash. GLuint const key = spec.unit(TU_PRIMARY).getTextureGLName(); DrawListHash &hash = d->listHash(spec.group); for(DrawListHash::const_iterator it = hash.find(key); it != hash.end() && it.key() == key; ++it) { DrawList *list = it.value(); DrawListSpec const &listSpec = list->spec(); if((spec.group == ShineGeom && compareTexUnit(listSpec.unit(TU_PRIMARY), spec.unit(TU_PRIMARY))) || (spec.group != ShineGeom && compareTexUnit(listSpec.unit(TU_PRIMARY), spec.unit(TU_PRIMARY)) && compareTexUnit(listSpec.unit(TU_PRIMARY_DETAIL), spec.unit(TU_PRIMARY_DETAIL)))) { if(!listSpec.unit(TU_INTER).hasTexture() && !spec.unit(TU_INTER).hasTexture()) { // This will do great. return *list; } // Is this eligible for conversion to a blended list? if(list->isEmpty() && !convertable && spec.unit(TU_INTER).hasTexture()) { // If necessary, this empty list will be selected. convertable = list; } // Possibly an exact match? if((spec.group == ShineGeom && compareTexUnit(listSpec.unit(TU_INTER), spec.unit(TU_INTER))) || (spec.group != ShineGeom && compareTexUnit(listSpec.unit(TU_INTER), spec.unit(TU_INTER)) && compareTexUnit(listSpec.unit(TU_INTER_DETAIL), spec.unit(TU_INTER_DETAIL)))) { return *list; } } } // Did we find a convertable list? if(convertable) { // This list is currently empty. if(spec.group == ShineGeom) { convertable->spec().unit(TU_INTER) = spec.unit(TU_INTER); } else { convertable->spec().unit(TU_INTER) = spec.unit(TU_INTER); convertable->spec().unit(TU_INTER_DETAIL) = spec.unit(TU_INTER_DETAIL); } return *convertable; } // Create a new list. return *hash.insert(key, new DrawList(spec)).value(); } int DrawLists::findAll(GeomGroup group, FoundLists &found) { LOG_AS("DrawLists::findAll"); found.clear(); if(group == SkyMaskGeom) { if(!d->skyMaskList->isEmpty()) { found.append(d->skyMaskList.data()); } } else { DrawListHash const &hash = d->listHash(group); foreach(DrawList *list, hash) { if(!list->isEmpty()) { found.append(list); } } } return found.count(); } doomsday-1.14.5/doomsday/client/src/render/biassurface.cpp0000664000175000017500000000212512350542237023046 0ustar jaakkojaakko/** @file biassurface.cpp Shadow Bias surface. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_console.h" #include "render/biassurface.h" int devUpdateBiasContributors = true; //cvar void BiasSurface::consoleRegister() // static { // Development variables. C_VAR_INT("rend-dev-bias-affected", &devUpdateBiasContributors, CVF_NO_ARCHIVE, 0, 1); } doomsday-1.14.5/doomsday/client/src/render/lumobj.cpp0000664000175000017500000001451712350542237022057 0ustar jaakkojaakko/** @file lumobj.cpp Luminous object. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "de_platform.h" #include "de_console.h" #include "de_render.h" #include "world/map.h" #include "render/lumobj.h" using namespace de; static int radiusMax = 256; ///< Absolute maximum lumobj radius (cvar). static float radiusScale = 4.24f; ///< Radius scale factor (cvar). float Lumobj::Source::occlusion(Vector3d const &eye) const { DENG2_UNUSED(eye); return 1; // Fully visible. } DENG2_PIMPL_NOREF(Lumobj) { Source const *source;///< Source of the lumobj (if any, not owned). double maxDistance; ///< Used when rendering to limit the number drawn lumobjs. Vector3f color; ///< Light color/intensity. double radius; ///< Radius in map space units. double zOffset; ///< Z-axis origin offset in map space units. float flareSize; ///< Scale factor. DGLuint flareTex; ///< Custom flare texture (@todo should be Texture ptr). /// Custom lightmaps (if any, not owned): Texture *sideTex; Texture *downTex; Texture *upTex; Instance() : source (0) , maxDistance(0) , color (Vector3f(1, 1, 1)) , radius (256) , zOffset (0) , flareSize (0) , flareTex (0) , sideTex (0) , downTex (0) , upTex (0) {} Instance(Instance const &other) : de::IPrivate() , source (other.source) , maxDistance(other.maxDistance) , color (other.color) , radius (other.radius) , zOffset (other.zOffset) , flareSize (other.flareSize) , flareTex (other.flareTex) , sideTex (other.sideTex) , downTex (other.downTex) , upTex (other.upTex) {} }; Lumobj::Lumobj(Vector3d const &origin, double radius, Vector3f const &color) : MapObject(origin), d(new Instance()) { setRadius(radius); setColor(color); } Lumobj::Lumobj(Lumobj const &other) : MapObject(other.origin()), d(new Instance(*other.d)) {} void Lumobj::setSource(Source const *newSource) { d->source = newSource; } de::Vector3f const &Lumobj::color() const { return d->color; } Lumobj &Lumobj::setColor(Vector3f const &newColor) { if(d->color != newColor) { d->color = newColor; } return *this; } double Lumobj::radius() const { return d->radius; } Lumobj &Lumobj::setRadius(double newRadius) { // Apply the global scale factor. newRadius *= 40 * ::radiusScale; // Normalize. newRadius = de::clamp(.0001, de::abs(newRadius), ::radiusMax); if(d->radius != newRadius) { d->radius = newRadius; } return *this; } AABoxd Lumobj::aaBox() const { return AABoxd(origin().x - d->radius, origin().y - d->radius, origin().x + d->radius, origin().y + d->radius); } double Lumobj::zOffset() const { return d->zOffset; } Lumobj &Lumobj::setZOffset(double newZOffset) { d->zOffset = newZOffset; return *this; } double Lumobj::maxDistance() const { return d->maxDistance; } Lumobj &Lumobj::setMaxDistance(double newMaxDistance) { d->maxDistance = newMaxDistance; return *this; } Texture *Lumobj::lightmap(LightmapSemantic semantic) const { switch(semantic) { case Side: return d->sideTex; case Down: return d->downTex; case Up: return d->upTex; }; DENG_ASSERT(false); return d->sideTex; } Lumobj &Lumobj::setLightmap(LightmapSemantic semantic, Texture *newTexture) { switch(semantic) { case Side: d->sideTex = newTexture; break; case Down: d->downTex = newTexture; break; case Up: d->upTex = newTexture; break; }; return *this; } float Lumobj::flareSize() const { return d->flareSize; } Lumobj &Lumobj::setFlareSize(float newFlareSize) { d->flareSize = de::max(0.f, newFlareSize); return *this; } DGLuint Lumobj::flareTexture() const { return d->flareTex; } Lumobj &Lumobj::setFlareTexture(DGLuint newTexture) { d->flareTex = newTexture; return *this; } float Lumobj::attenuation(double distFromEye) const { if(distFromEye > 0 && d->maxDistance > 0) { if(distFromEye > d->maxDistance) return 0; if(distFromEye > .67 * d->maxDistance) return (d->maxDistance - distFromEye) / (.33 * d->maxDistance); } return 1; } void Lumobj::generateFlare(Vector3d const &eye, double distFromEye) { // Is the point in range? if(d->maxDistance > 0 && distFromEye > d->maxDistance) return; /// @todo Remove this limitation. if(!d->source) return; vissprite_t *vis = R_NewVisSprite(VSPR_FLARE); vis->origin = origin(); vis->distance = distFromEye; V3f_Set(vis->data.flare.color, d->color.x, d->color.y, d->color.z); vis->data.flare.mul = d->source->occlusion(eye) * attenuation(distFromEye); vis->data.flare.size = d->flareSize > 0? de::max(1.f, d->flareSize * 60 * (50 + haloSize) / 100.0f) : 0; vis->data.flare.tex = d->flareTex; vis->data.flare.lumIdx = indexInMap(); vis->data.flare.isDecoration = true; } void Lumobj::consoleRegister() // static { C_VAR_INT ("rend-light-radius-max", &::radiusMax, 0, 64, 512); C_VAR_FLOAT("rend-light-radius-scale", &::radiusScale, 0, .1f, 10); } int Lumobj::radiusMax() // static { return ::radiusMax; } float Lumobj::radiusFactor() // static { return ::radiusScale; } doomsday-1.14.5/doomsday/client/src/render/fx/0000775000175000017500000000000012350542237020470 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/render/fx/lensflares.cpp0000664000175000017500000003742412350542237023344 0ustar jaakkojaakko/** @file lensflares.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "render/fx/lensflares.h" #include "render/ilightsource.h" #include "render/viewports.h" #include "render/rend_main.h" #include "gl/gl_main.h" #include "con_main.h" #include "clientapp.h" #include #include #include #include #include #include #include #include //#define FX_TEST_LIGHT using namespace de; namespace fx { /** * Shared GL resources for rendering lens flares. */ struct FlareData { AtlasTexture atlas; enum FlareId { Burst, Circle, Exponent, Halo, Ring, Star, MAX_FLARES }; enum Corner { TopLeft, TopRight, BottomRight, BottomLeft }; Id flare[MAX_FLARES]; FlareData() : atlas(Atlas::BackingStore, Atlas::Size(1024, 1024)) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); atlas.setAllocator(new KdTreeAtlasAllocator); flare[Exponent] = atlas.alloc(flareImage("exponent")); flare[Star] = atlas.alloc(flareImage("star")); flare[Halo] = atlas.alloc(flareImage("halo")); flare[Circle] = atlas.alloc(flareImage("circle")); flare[Ring] = atlas.alloc(flareImage("ring")); flare[Burst] = atlas.alloc(flareImage("burst")); } ~FlareData() { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); LOGDEV_GL_XVERBOSE("Releasing shared data"); } static Image const &flareImage(String const &name) { return ClientApp::renderSystem().images().image("fx.lensflares." + name); } Rectanglef uvRect(FlareId id) const { return atlas.imageRectf(flare[id]); } Vector2f flareCorner(FlareId id, Corner corner) const { Vector2f p; switch(corner) { case TopLeft: p = Vector2f(-1, -1); break; case TopRight: p = Vector2f( 1, -1); break; case BottomRight: p = Vector2f( 1, 1); break; case BottomLeft: p = Vector2f(-1, 1); break; } if(id == Burst) { // Non-square. p *= Vector2f(4, .25f); } return p; } }; #ifdef FX_TEST_LIGHT struct TestLight : public ILightSource { public: float radius; Colorf color; float intensity; TestLight() : radius(1), color(1, 1, 1), intensity(1) {} LightId lightSourceId() const { return 1; } Origin lightSourceOrigin() const { //return Origin(0, 0, 0); return Origin(782, -3227, 30); } dfloat lightSourceRadius() const { return radius; } Colorf lightSourceColorf() const { return color; } dfloat lightSourceIntensity(de::Vector3d const &) const { return intensity; } }; static TestLight testLight; D_CMD(TestLight) { String prop = argv[1]; float value = String(argv[2]).toFloat(); if(!prop.compareWithoutCase("rd")) { fx::testLight.radius = value; } else if(!prop.compareWithoutCase("in")) { fx::testLight.intensity = value; } else if(!prop.compareWithoutCase("cl") && argc >= 5) { fx::testLight.color = ILightSource::Colorf(value, String(argv[3]).toFloat(), String(argv[4]).toFloat()); } else { return false; } return true; } #endif static float linearRangeFactor(float value, Rangef const &low, Rangef const &high) { if(low.size() > 0) { if(value < low.start) { return 0; } if(low.contains(value)) { return (value - low.start) / low.size(); } } if(high.size() > 0) { if(value > high.end) { return 0; } if(high.contains(value)) { return 1 - (value - high.start) / high.size(); } } return 1; } DENG2_PIMPL(LensFlares) { typedef Shared SharedFlareData; SharedFlareData *res; /** * Current state of a potentially visible light. */ struct PVLight { ILightSource const *light; int seenFrame; // R_FrameCount() PVLight() : light(0), seenFrame(0) {} }; typedef QHash PVSet; PVSet pvs; Vector3f eyeFront; typedef GLBufferT VBuf; VBuf *buffer; Drawable drawable; GLUniform uMvpMatrix; GLUniform uViewUnit; GLUniform uPixelAsUv; GLUniform uActiveRect; GLUniform uAtlas; GLUniform uDepthBuf; Instance(Public *i) : Base(i) , res(0) , buffer(0) , uMvpMatrix ("uMvpMatrix", GLUniform::Mat4) , uViewUnit ("uViewUnit", GLUniform::Vec2) , uPixelAsUv ("uPixelAsUv", GLUniform::Vec2) , uActiveRect("uActiveRect", GLUniform::Vec4) , uAtlas ("uTex", GLUniform::Sampler2D) , uDepthBuf ("uDepthBuf", GLUniform::Sampler2D) {} ~Instance() { DENG2_ASSERT(res == 0); // should have been deinited releaseRef(res); clearPvs(); } void glInit() { // Acquire a reference to the shared flare data. res = SharedFlareData::hold(); buffer = new VBuf; drawable.addBuffer(buffer); self.shaders().build(drawable.program(), "fx.lensflares") << uMvpMatrix << uViewUnit << uPixelAsUv << uActiveRect << uAtlas << uDepthBuf; uAtlas = res->atlas; } void glDeinit() { drawable.clear(); buffer = 0; clearPvs(); releaseRef(res); } void clearPvs() { qDeleteAll(pvs); pvs.clear(); } void addToPvs(ILightSource const *light) { PVSet::iterator found = pvs.find(light->lightSourceId()); if(found == pvs.end()) { found = pvs.insert(light->lightSourceId(), new PVLight); } PVLight *pvl = found.value(); pvl->light = light; pvl->seenFrame = R_FrameCount(); } void makeFlare(VBuf::Vertices & verts, VBuf::Indices & idx, FlareData::FlareId id, float axisPos, float radius, Vector4f color, PVLight const * pvl) { Rectanglef const uvRect = res->uvRect(id); int const firstIdx = verts.size(); VBuf::Type vtx; vtx.pos = pvl->light->lightSourceOrigin().xzy(); vtx.rgba = Vector4f(pvl->light->lightSourceColorf(), 1.f) * color; vtx.texCoord[2] = Vector2f(axisPos, 0); vtx.texCoord[0] = uvRect.topLeft; vtx.texCoord[1] = res->flareCorner(id, FlareData::TopLeft) * radius; verts << vtx; vtx.texCoord[0] = uvRect.topRight(); vtx.texCoord[1] = res->flareCorner(id, FlareData::TopRight) * radius; verts << vtx; vtx.texCoord[0] = uvRect.bottomRight; vtx.texCoord[1] = res->flareCorner(id, FlareData::BottomRight) * radius; verts << vtx; vtx.texCoord[0] = uvRect.bottomLeft(); vtx.texCoord[1] = res->flareCorner(id, FlareData::BottomLeft) * radius; verts << vtx; // Make two triangles. idx << firstIdx << firstIdx + 1 << firstIdx + 2 << firstIdx << firstIdx + 2 << firstIdx + 3; } void makeVerticesForPVS() { int const thisFrame = R_FrameCount(); // The vertex buffer will contain a number of quads. VBuf::Vertices verts; VBuf::Indices idx; VBuf::Type vtx; for(PVSet::const_iterator i = pvs.constBegin(); i != pvs.constEnd(); ++i) { PVLight const *pvl = i.value(); // Skip lights that are not visible right now. /// @todo If so, it might be time to purge it from the PVS. if(pvl->seenFrame != thisFrame) continue; coord_t const distanceSquared = (vOrigin - pvl->light->lightSourceOrigin().xzy()).lengthSquared(); coord_t const distance = std::sqrt(distanceSquared); // Light intensity is always quadratic per distance. float intensity = pvl->light->lightSourceIntensity(vOrigin) / distanceSquared; // Projected radius of the light. float const RADIUS_FACTOR = 128; // Light radius of 1 at this distance produces a visible radius of 1. /// @todo The factor should be FOV-dependent. float radius = pvl->light->lightSourceRadius() / distance * RADIUS_FACTOR; float const dot = (pvl->light->lightSourceOrigin().xzy() - vOrigin).normalize().dot(eyeFront); float const angle = radianToDegree(std::acos(dot)); //qDebug() << "i:" << intensity << "r:" << radius << "IR:" << radius*intensity; /* * The main flare. * - small + bright => burst * - big + bright => star * - small + dim => exponent * - big + dim => exponent */ struct Spec { float axisPos; FlareData::FlareId id; Vector4f color; float size; Rangef minIntensity; Rangef maxIntensity; Rangef minRadius; Rangef maxRadius; Rangef minAngle; Rangef maxAngle; }; typedef Rangef Rgf; static Spec const specs[] = { // axisPos id color size intensity min/max radius min/max angle min/max { 1, FlareData::Burst, Vector4f(1, 1, 1, 1), 1, Rgf(1.0e-8f, 1.0e-6f), Rgf(), Rgf(), Rgf(.5f, .8f), Rgf(), Rgf() }, { 1, FlareData::Star, Vector4f(1, 1, 1, 1), 1, Rgf(1.0e-6f, 1.0e-5f), Rgf(), Rgf(.5f, .7f), Rgf(), Rgf(), Rgf() }, { 1, FlareData::Exponent, Vector4f(1, 1, 1, 1), 2.5f, Rgf(1.0e-6f, 1.0e-5f), Rgf(), Rgf(.1f, .2f), Rgf(), Rgf(), Rgf() }, { .8f, FlareData::Halo, Vector4f(1, 1, 1, .5f), 1, Rgf(5.0e-6f, 5.0e-5f), Rgf(), Rgf(.5f, .7f), Rgf(), Rgf(), Rgf(30, 60) }, { -.8f, FlareData::Ring, Vector4f(.4f, 1, .4f, .26f), .4f, Rgf(1.0e-5f, 1.0e-4f), Rgf(), Rgf(.1f, .5f), Rgf(), Rgf(5, 20), Rgf(40, 50) }, { -1, FlareData::Circle, Vector4f(.4f, .4f, 1, .30f), .5f, Rgf(4.0e-6f, 4.0e-5f), Rgf(), Rgf(.08f, .45f), Rgf(), Rgf(0, 23), Rgf(30, 60) }, { -1.2f , FlareData::Ring, Vector4f(1, .4f, .4f, .26f), .56f, Rgf(1.0e-5f, 1.0e-4f), Rgf(), Rgf(.1f, .5f), Rgf(), Rgf(10, 25), Rgf(35, 50) }, { 1.333f, FlareData::Ring, Vector4f(.5f, .5f, 1, .1f), 1.2f, Rgf(1.0e-8f, 1.0e-7f), Rgf(), Rgf(.1f, .5f), Rgf(), Rgf(10, 25), Rgf(25, 45) }, { 1.45f, FlareData::Ring, Vector4f(1, .5f, .5f, .15f), 1.15f, Rgf(1.0e-8f, 1.0e-7f), Rgf(), Rgf(.1f, .5f), Rgf(), Rgf(10, 25), Rgf(25, 45) }, { -1.45f, FlareData::Ring, Vector4f(1, 1, .9f, .25f), .2f, Rgf(1.0e-5f, 1.0e-4f), Rgf(), Rgf(.1f, .4f), Rgf(), Rgf(5, 10), Rgf(15, 30) }, { -.2f, FlareData::Circle, Vector4f(1, 1, .9f, .2f), .23f, Rgf(1.0e-5f, 1.0e-4f), Rgf(), Rgf(.1f, .4f), Rgf(), Rgf(5, 10), Rgf(15, 30) }, }; for(uint i = 0; i < sizeof(specs)/sizeof(specs[0]); ++i) { Spec const &spec = specs[i]; float size = radius * spec.size; Vector4f color = spec.color; // Apply limits. color.w *= linearRangeFactor(intensity, spec.minIntensity, spec.maxIntensity); color.w *= linearRangeFactor(radius, spec.minRadius, spec.maxRadius); color.w *= linearRangeFactor(angle, spec.minAngle, spec.maxAngle); //qDebug() << linearRangeFactor(intensity, spec.minIntensity, spec.maxIntensity); //qDebug() << linearRangeFactor(radius, spec.minRadius, spec.maxRadius); makeFlare(verts, idx, spec.id, spec.axisPos, size, color, pvl); } //makeFlare(verts, idx, FlareData::Halo, -1, size, pvl); /* // Project viewtocenter vector onto viewSideVec. Vector3f const eyeToFlare = pvl->lightSourceOrigin() - eyePos; // Calculate the 'mirror' vector. float const scale = viewToCenter.dot(viewData->frontVec) / Vector3f(viewData->frontVec).dot(viewData->frontVec); Vector3f const mirror = (Vector3f(viewData->frontVec) * scale - viewToCenter) * 2; */ } buffer->setVertices(verts, gl::Dynamic); buffer->setIndices(gl::Triangles, idx, gl::Dynamic); } }; LensFlares::LensFlares(int console) : ConsoleEffect(console), d(new Instance(this)) {} void LensFlares::clearLights() { d->clearPvs(); } void LensFlares::markLightPotentiallyVisibleForCurrentFrame(ILightSource const *lightSource) { d->addToPvs(lightSource); } void LensFlares::glInit() { LOG_AS("fx::LensFlares"); ConsoleEffect::glInit(); d->glInit(); } void LensFlares::glDeinit() { LOG_AS("fx::LensFlares"); d->glDeinit(); ConsoleEffect::glDeinit(); } void fx::LensFlares::beginFrame() { #ifdef FX_TEST_LIGHT markLightPotentiallyVisibleForCurrentFrame(&testLight); // testing #endif d->makeVerticesForPVS(); } void LensFlares::draw() { viewdata_t const *viewData = R_ViewData(console()); d->eyeFront = Vector3f(viewData->frontVec); Rectanglef const rect = viewRect(); float const aspect = rect.height() / rect.width(); Canvas &canvas = ClientWindow::main().canvas(); d->uViewUnit = Vector2f(aspect, 1.f); d->uPixelAsUv = Vector2f(1.f / canvas.width(), 1.f / canvas.height()); d->uMvpMatrix = GL_GetProjectionMatrix() * Rend_GetModelViewMatrix(console()); // Depth information is required for occlusion. GLTarget &target = GLState::current().target(); GLTexture *depthTex = target.attachedTexture(GLTarget::Depth); /** * @todo Handle the situation when depth information is not available in the target. */ d->uDepthBuf = depthTex; // The active rectangle is specified with top/left coordinates, but the shader // works with bottom/left ones. Vector4f active(target.activeRectScale(), target.activeRectNormalizedOffset()); active.w = 1 - (active.w + active.y); // flip y d->uActiveRect = active; GLState::push() .setCull(gl::None) .setDepthTest(false) .setDepthWrite(false) .setBlend(true) .setBlendFunc(gl::SrcAlpha, gl::One); d->drawable.draw(); GLState::pop().apply(); } void LensFlares::consoleRegister() { #ifdef FX_TEST_LIGHT C_CMD("testlight", "sf*", TestLight) #endif } } // namespace fx DENG2_SHARED_INSTANCE(fx::FlareData) doomsday-1.14.5/doomsday/client/src/render/fx/colorfilter.cpp0000664000175000017500000000223412350542237023521 0ustar jaakkojaakko/** @file colorfilter.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "render/fx/colorfilter.h" #include "gl/gl_draw.h" using namespace de; namespace fx { ColorFilter::ColorFilter(int console) : ConsoleEffect(console) {} void ColorFilter::draw() { /// @todo Color filter should be console-specific. // The colored filter. if(GL_FilterIsVisible()) { GL_DrawFilter(); } } } // namespace fx doomsday-1.14.5/doomsday/client/src/render/fx/vignette.cpp0000664000175000017500000000665212350542237023032 0ustar jaakkojaakko/** @file vignette.cpp Renders a vignette for the player view. * @ingroup render * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/fx/vignette.h" #include "clientapp.h" #include "con_main.h" //#include "de_graphics.h" #include "gl/gl_main.h" #include "gl/gl_texmanager.h" #include "render/rend_main.h" #include #include using namespace de; namespace fx { static byte vignetteEnabled = true; static float vignetteDarkness = 1.0f; static float vignetteWidth = 1.0f; static void Vignette_Render(Rectanglei const &viewRect, float fov) { const int DIVS = 60; vec2f_t vec; float cx, cy, outer, inner; float alpha; int i; if(!vignetteEnabled) return; // Center point. cx = viewRect.left() + viewRect.width() / 2.f; cy = viewRect.top() + viewRect.height() / 2.f; // Radius. V2f_Set(vec, viewRect.width() / 2.f, viewRect.height() / 2.f); outer = V2f_Length(vec) + 1; // Extra pixel to account for a possible gap. if(fov < 100) { // Small FOV angles cause the vignette to be thinner/lighter. outer *= (1 + 100.f/fov) / 2; } inner = outer * vignetteWidth * .32f; if(fov > 100) { // High FOV angles cause the vignette to be wider. inner *= 100.f/fov; } alpha = vignetteDarkness * .6f; if(fov > 100) { // High FOV angles cause the vignette to be darker. alpha *= fov/100.f; } GL_BindTextureUnmanaged(GL_PrepareLSTexture(LST_CAMERA_VIGNETTE), gl::Repeat, gl::ClampToEdge); glEnable(GL_TEXTURE_2D); glBegin(GL_TRIANGLE_STRIP); for(i = 0; i <= DIVS; ++i) { float ang = (float)(2 * de::PI * i) / (float)DIVS; float dx = cos(ang); float dy = sin(ang); glColor4f(0, 0, 0, alpha); glTexCoord2f(0, 1); glVertex2f(cx + outer * dx, cy + outer * dy); glColor4f(0, 0, 0, 0); glTexCoord2f(0, 0); glVertex2f(cx + inner * dx, cy + inner * dy); } glEnd(); glDisable(GL_TEXTURE_2D); } Vignette::Vignette(int console) : ConsoleEffect(console) {} void Vignette::draw() { if(!ClientApp::worldSystem().hasMap()) { return; } /// @todo Field of view should be console-specific. Vignette_Render(viewRect(), Rend_FieldOfView()); } void Vignette::consoleRegister() { C_VAR_BYTE ("rend-vignette", &vignetteEnabled, 0, 0, 1); C_VAR_FLOAT("rend-vignette-darkness", &vignetteDarkness, CVF_NO_MAX, 0, 0); C_VAR_FLOAT("rend-vignette-width", &vignetteWidth, 0, 0, 2); } } // namespace fx doomsday-1.14.5/doomsday/client/src/render/fx/bloom.cpp0000664000175000017500000002136112350542237022307 0ustar jaakkojaakko/** @file bloom.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "render/fx/bloom.h" #include "clientapp.h" #include "con_main.h" #include #include using namespace de; namespace fx { static int bloomEnabled = true; static float bloomIntensity = .65f; static float bloomThreshold = .35f; static float bloomDispersion = 1; static int bloomComplexity = 1; DENG2_PIMPL(Bloom) { typedef GLBufferT VBuf; Drawable bloom; GLFramebuffer workFB; GLUniform uMvpMatrix; GLUniform uTex; GLUniform uColor; GLUniform uBlurStep; GLUniform uWindow; GLUniform uThreshold; GLUniform uIntensity; Instance(Public *i) : Base(i) , uMvpMatrix("uMvpMatrix", GLUniform::Mat4) , uTex ("uTex", GLUniform::Sampler2D) , uColor ("uColor", GLUniform::Vec4) , uBlurStep ("uBlurStep", GLUniform::Vec2) , uWindow ("uWindow", GLUniform::Vec4) , uThreshold("uThreshold", GLUniform::Float) , uIntensity("uIntensity", GLUniform::Float) {} void glInit() { // Geometry for drawing with: a single quad. VBuf *buf = new VBuf; buf->setVertices(gl::TriangleStrip, VBuf::Builder().makeQuad( Rectanglef(0, 0, 1, 1), Rectanglef(0, 0, 1, 1)), gl::Static); bloom.addBuffer(buf); // The work buffer does not need alpha because the result will be additively // blended back to the framebuffer. workFB.setColorFormat(Image::RGB_888); workFB.setSampleCount(1); workFB.glInit(); ClientApp::shaders().build(bloom.program(), "fx.bloom.horizontal") << uMvpMatrix << uTex << uBlurStep << uWindow << uThreshold << uIntensity; bloom.addProgram("vert"); ClientApp::shaders().build(bloom.program("vert"), "fx.bloom.vertical") << uMvpMatrix << uTex << uBlurStep << uWindow; uMvpMatrix = Matrix4f::ortho(0, 1, 0, 1); } void glDeinit() { bloom.clear(); workFB.glDeinit(); } /** * Takes the current rendered frame buffer contents and applies bloom on it. */ void draw() { GLTarget &target = GLState::current().target(); GLTexture *colorTex = target.attachedTexture(GLTarget::Color); // Must have access to the color texture containing the frame buffer contents. if(!colorTex) return; // Determine the dimensions of the viewport and the target. Rectanglef const rectf = GLState::current().normalizedViewport(); Vector2ui const targetSize = (rectf.size() * target.rectInUse().size()).toVector2ui(); // Quarter resolution is used for better efficiency (without significant loss // of quality). Vector2ui blurSize = (targetSize / 4).max(Vector2ui(1, 1)); // Update the size of the work buffer if needed. Also ensure linear filtering // is used for better-quality blurring. workFB.resize(blurSize); workFB.colorTexture().setFilter(gl::Linear, gl::Linear, gl::MipNone); GLState::push() .setDepthWrite(false) // don't mess with depth information .setDepthTest(false); switch(bloomComplexity) { case 1: // Two passes result in a better glow effect: combining multiple Gaussian curves // ensures that the middle peak is higher/sharper. drawBloomPass(rectf, targetSize, *colorTex, .5f, .75f); drawBloomPass(rectf, targetSize, *colorTex, 1.f, 1.f); break; default: // Single-pass for HW with slow fill rate. drawBloomPass(rectf, targetSize, *colorTex, 1.f, 1.75f); break; } GLState::pop().apply(); } /** * Draws a bloom pass that takes the contents of the framebuffer, applies blurring * and thresholding, and blends the result additively back to the framebuffer. * * @param rectf Normalized viewport rectangle within the target. * @param targetSize Size of the actual area in pixels (affected by target * active rectangle and viewport). * @param colorTarget Texture containing the frame buffer colors. * @param bloomSize Size factor for the effect: at most 1.0; smaller values * cause more blurring/less quality as the work resolution * reduces. * @param weight Weight factor for intensity. * @param targetOp Blending factor (should be gl::One unless debugging). */ void drawBloomPass(Rectanglef const &rectf, Vector2ui const &targetSize, GLTexture &colorTarget, float bloomSize, float weight, gl::Blend targetOp = gl::One) { uThreshold = bloomThreshold * (1 + bloomSize) / 2.f; uIntensity = bloomIntensity * weight; // Initialize the work buffer for this pass. workFB.target().clear(GLTarget::Color); // Divert rendering to the work area (full or partial area used). GLTarget &target = GLState::current().target(); Vector2ui const workSize = workFB.size() * bloomSize; GLState::push() .setTarget(workFB.target()) .setViewport(Rectangleui::fromSize(workSize)); // Normalized active rectangle of the target. Vector4f const active(target.activeRectScale(), target.activeRectNormalizedOffset()); /* * Draw step #1: thresholding and horizontal blur. */ uTex = colorTarget; // Window in the color buffer: area occupied by the viewport. Top needs to // be flipped because the shader uses the bottom left corner as UV origin. // Also need to apply the active rectangle as it affects where the viewport // ends up inside the frame buffer. uWindow = Vector4f(rectf.left() * active.x + active.z, 1 - (rectf.bottom() * active.y + active.w), rectf.width() * active.x, rectf.height() * active.y); // Spread out or contract the texture sampling of the Gaussian blur kernel. // If dispersion is too large, the quality of the blur will suffer. uBlurStep = Vector2f(bloomDispersion / workFB.size().x, bloomDispersion / workFB.size().y); bloom.setProgram(bloom.program()); // horizontal shader bloom.draw(); GLState::pop(); /* * Draw step #2: vertical blur and blending back to the real framebuffer. */ GLState::push() .setBlend(true) .setBlendFunc(gl::One, targetOp); // Use the work buffer's texture as the source. uTex = workFB.colorTexture(); uWindow = Vector4f(0, 1 - bloomSize, bloomSize, bloomSize); bloom.setProgram("vert"); // vertical shader bloom.draw(); GLState::pop(); } }; Bloom::Bloom(int console) : ConsoleEffect(console) , d(new Instance(this)) {} void Bloom::glInit() { d->glInit(); ConsoleEffect::glInit(); } void Bloom::glDeinit() { ConsoleEffect::glDeinit(); d->glDeinit(); } void Bloom::draw() { if(!ClientApp::worldSystem().hasMap()) { return; } if(!bloomEnabled || bloomIntensity <= 0) { return; } d->draw(); } void Bloom::consoleRegister() { C_VAR_INT ("rend-bloom", &bloomEnabled, 0, 0, 1); C_VAR_FLOAT("rend-bloom-threshold", &bloomThreshold, 0, 0, 1); C_VAR_FLOAT("rend-bloom-intensity", &bloomIntensity, 0, 0, 10); C_VAR_FLOAT("rend-bloom-dispersion", &bloomDispersion, 0, 0, 3.5f); C_VAR_INT ("rend-bloom-complexity", &bloomComplexity, 0, 0, 1); } bool Bloom::isEnabled() // static { return bloomEnabled; } float Bloom::intensity() { return bloomIntensity; } } // namespace fx doomsday-1.14.5/doomsday/client/src/render/fx/postprocessing.cpp0000664000175000017500000001562712350542237024271 0ustar jaakkojaakko/** @file postprocessing.cpp World frame post processing. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "render/fx/postprocessing.h" #include "ui/clientwindow.h" #include "clientapp.h" #include #include #include #include using namespace de; namespace fx { DENG2_PIMPL(PostProcessing) { GLFramebuffer framebuf; Drawable frame; GLUniform uMvpMatrix; GLUniform uFrame; GLUniform uFadeInOut; Animation fade; float opacity; struct QueueEntry { String shaderName; float fade; TimeDelta span; QueueEntry(String const &name, float f, TimeDelta const &s) : shaderName(name), fade(f), span(s) {} }; typedef QList Queue; Queue queue; typedef GLBufferT VBuf; Instance(Public *i) : Base(i) , uMvpMatrix("uMvpMatrix", GLUniform::Mat4) , uFrame ("uTex", GLUniform::Sampler2D) , uFadeInOut("uFadeInOut", GLUniform::Float) , fade(0, Animation::Linear) , opacity(1.f) {} GuiRootWidget &root() const { return ClientWindow::main().game().root(); } #if 0 Vector2ui consoleSize() const { /** * @todo The offscreen target should simply use the viewport area, not * the full canvas size. This way the shader could, for instance, * easily mirror texture coordinates. However, this would require * drawing the frame without applying a further GL viewport in the game * widgets. -jk */ //return self.viewRect().size(); return root().window().canvas().size(); } #endif bool setShader(String const &name) { try { self.shaders().build(frame.program(), "fx.post." + name); LOG_GL_MSG("Post-processing shader \"fx.post.%s\"") << name; return true; } catch(Error const &er) { LOG_GL_WARNING("Failed to set shader to \"fx.post.%s\":\n%s") << name << er.asText(); } return false; } /// Determines if the post-processing shader will be applied. bool isActive() const { return !fade.done() || fade > 0 || !queue.isEmpty(); } void glInit() { //LOG_DEBUG("Allocating texture and target, size %s") << consoleSize().asText(); framebuf.glInit(); //framebuf.setColorFormat(Image::RGBA_8888); //framebuf.resize(consoleSize()); uMvpMatrix = Matrix4f::ortho(0, 1, 0, 1); uFrame = framebuf.colorTexture(); // Drawable for drawing stuff back to the original target. VBuf *buf = new VBuf; buf->setVertices(gl::TriangleStrip, VBuf::Builder().makeQuad(Rectanglef(0, 0, 1, 1), Rectanglef(0, 1, 1, -1)), gl::Static); frame.addBuffer(buf); frame.program() << uMvpMatrix << uFrame << uFadeInOut; } void glDeinit() { LOGDEV_GL_XVERBOSE("Releasing GL resources"); framebuf.glDeinit(); } void update() { framebuf.resize(GLState::current().target().rectInUse().size()); framebuf.setSampleCount(GLFramebuffer::defaultMultisampling()); } void checkQueue() { // An ongoing fade? if(!fade.done()) return; // Let's check back later. if(!queue.isEmpty()) { QueueEntry entry = queue.takeFirst(); if(!entry.shaderName.isEmpty()) { if(!setShader(entry.shaderName)) { fade = 0; return; } } fade.setValue(entry.fade, entry.span); LOGDEV_GL_VERBOSE("Shader '%s' fade:%s") << entry.shaderName << fade.asText(); } } void begin() { if(!isActive()) return; update(); GLState::push() .setTarget(framebuf.target()) .setViewport(Rectangleui::fromSize(framebuf.size())) .setColorMask(gl::WriteAll) .apply(); framebuf.target().clear(GLTarget::ColorDepthStencil); } void end() { if(!isActive()) return; GLState::pop().apply(); } void draw() { if(!isActive()) return; glEnable(GL_TEXTURE_2D); glDisable(GL_ALPHA_TEST); /* Canvas::Size const size = root().window().canvas().size(); uMvpMatrix = Matrix4f::ortho(0, size.x, 0, size.y) * Matrix4f::scaleThenTranslate(self.viewRect().size(), self.viewRect().topLeft);*/ uFadeInOut = fade * opacity; GLState::push() .setBlend(false) .setDepthTest(false) .setViewport(Rectangleui::fromSize(GLState::current().target().size())) .apply(); frame.draw(); GLState::pop().apply(); glEnable(GL_ALPHA_TEST); glDisable(GL_TEXTURE_2D); glEnable(GL_BLEND); } }; PostProcessing::PostProcessing(int console) : ConsoleEffect(console), d(new Instance(this)) {} bool PostProcessing::isActive() const { return d->isActive(); } void PostProcessing::fadeInShader(String const &fxPostShader, TimeDelta const &span) { d->queue.append(Instance::QueueEntry(fxPostShader, 1, span)); } void PostProcessing::fadeOut(TimeDelta const &span) { d->queue.append(Instance::QueueEntry("", 0, span)); } void PostProcessing::setOpacity(float opacity) { d->opacity = opacity; } void PostProcessing::glInit() { if(!d->isActive()) return; LOG_AS("fx::PostProcessing"); ConsoleEffect::glInit(); d->glInit(); } void PostProcessing::glDeinit() { LOG_AS("fx::PostProcessing"); d->glDeinit(); ConsoleEffect::glDeinit(); } void PostProcessing::beginFrame() { d->begin(); } void PostProcessing::draw() { d->end(); d->draw(); } void PostProcessing::endFrame() { LOG_AS("fx::PostProcessing"); if(!d->isActive() && isInited()) { glDeinit(); } d->checkQueue(); } } // namespace fx doomsday-1.14.5/doomsday/client/src/render/billboard.cpp0000664000175000017500000005166312350542237022524 0ustar jaakkojaakko/** @file billboard.cpp Rendering billboard "sprites". * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "clientapp.h" #include "render/billboard.h" #include "de_render.h" #include "de_graphics.h" #include "con_main.h" #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "Texture" #include "resource/sprite.h" #include "world/p_players.h" // viewPlayer, ddPlayers #include using namespace de; enum { CR, CG, CB, CA }; int spriteLight = 4; float maxSpriteAngle = 60; // If true - use the "no translucency" blending mode for sprites/masked walls byte noSpriteTrans; int useSpriteAlpha = 1; int useSpriteBlend = 1; int alwaysAlign; int noSpriteZWrite; byte devNoSprites; void Rend_SpriteRegister() { C_VAR_INT ("rend-sprite-align", &alwaysAlign, 0, 0, 3); C_VAR_FLOAT ("rend-sprite-align-angle", &maxSpriteAngle, 0, 0, 90); C_VAR_INT ("rend-sprite-alpha", &useSpriteAlpha, 0, 0, 1); C_VAR_INT ("rend-sprite-blend", &useSpriteBlend, 0, 0, 1); C_VAR_INT ("rend-sprite-lights", &spriteLight, 0, 0, 10); C_VAR_BYTE ("rend-sprite-mode", &noSpriteTrans, 0, 0, 1); C_VAR_INT ("rend-sprite-noz", &noSpriteZWrite, 0, 0, 1); C_VAR_BYTE ("rend-sprite-precache", &precacheSprites, 0, 0, 1); C_VAR_BYTE ("rend-dev-nosprite", &devNoSprites, CVF_NO_ARCHIVE, 0, 1); } static inline void drawQuad(dgl_vertex_t *v, dgl_color_t *c, dgl_texcoord_t *tc) { glBegin(GL_QUADS); glColor4ubv(c[0].rgba); glTexCoord2fv(tc[0].st); glVertex3fv(v[0].xyz); glColor4ubv(c[1].rgba); glTexCoord2fv(tc[1].st); glVertex3fv(v[1].xyz); glColor4ubv(c[2].rgba); glTexCoord2fv(tc[2].st); glVertex3fv(v[2].xyz); glColor4ubv(c[3].rgba); glTexCoord2fv(tc[3].st); glVertex3fv(v[3].xyz); glEnd(); } void Rend_DrawMaskedWall(drawmaskedwallparams_t const &parms) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); GLenum normalTarget, dynTarget; Texture::Variant *tex = 0; if(renderTextures) { MaterialSnapshot const &ms = reinterpret_cast(parms.material)->prepare(); tex = &ms.texture(MTU_PRIMARY); } // Do we have a dynamic light to blend with? // This only happens when multitexturing is enabled. bool withDyn = false; int normal = 0, dyn = 1; if(parms.modTex && numTexUnits > 1) { if(IS_MUL) { normal = 1; dyn = 0; } else { normal = 0; dyn = 1; } GL_SelectTexUnits(2); GL_ModulateTexture(IS_MUL ? 4 : 5); // The dynamic light. glActiveTexture(IS_MUL ? GL_TEXTURE0 : GL_TEXTURE1); /// @todo modTex may be the name of a "managed" texture. GL_BindTextureUnmanaged(renderTextures ? parms.modTex : 0, gl::ClampToEdge, gl::ClampToEdge); glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, parms.modColor); // The actual texture. glActiveTexture(IS_MUL ? GL_TEXTURE1 : GL_TEXTURE0); GL_BindTexture(tex); withDyn = true; } else { GL_ModulateTexture(1); glEnable(GL_TEXTURE_2D); GL_BindTexture(tex); normal = 0; } GL_BlendMode(parms.blendMode); normalTarget = normal? GL_TEXTURE1 : GL_TEXTURE0; dynTarget = dyn? GL_TEXTURE1 : GL_TEXTURE0; // Draw one quad. This is obviously not a very efficient way to render // lots of masked walls, but since 3D models and sprites must be // rendered interleaved with masked walls, there's not much that can be // done about this. if(withDyn) { glBegin(GL_QUADS); glColor4fv(parms.vertices[0].color); glMultiTexCoord2f(normalTarget, parms.texCoord[0][0], parms.texCoord[1][1]); glMultiTexCoord2f(dynTarget, parms.modTexCoord[0][0], parms.modTexCoord[1][1]); glVertex3f(parms.vertices[0].pos[VX], parms.vertices[0].pos[VZ], parms.vertices[0].pos[VY]); glColor4fv(parms.vertices[1].color); glMultiTexCoord2f(normalTarget, parms.texCoord[0][0], parms.texCoord[0][1]); glMultiTexCoord2f(dynTarget, parms.modTexCoord[0][0], parms.modTexCoord[0][1]); glVertex3f(parms.vertices[1].pos[VX], parms.vertices[1].pos[VZ], parms.vertices[1].pos[VY]); glColor4fv(parms.vertices[3].color); glMultiTexCoord2f(normalTarget, parms.texCoord[1][0], parms.texCoord[0][1]); glMultiTexCoord2f(dynTarget, parms.modTexCoord[1][0], parms.modTexCoord[0][1]); glVertex3f(parms.vertices[3].pos[VX], parms.vertices[3].pos[VZ], parms.vertices[3].pos[VY]); glColor4fv(parms.vertices[2].color); glMultiTexCoord2f(normalTarget, parms.texCoord[1][0], parms.texCoord[1][1]); glMultiTexCoord2f(dynTarget, parms.modTexCoord[1][0], parms.modTexCoord[1][1]); glVertex3f(parms.vertices[2].pos[VX], parms.vertices[2].pos[VZ], parms.vertices[2].pos[VY]); glEnd(); // Restore normal GL state. GL_SelectTexUnits(1); GL_ModulateTexture(1); } else { glBegin(GL_QUADS); glColor4fv(parms.vertices[0].color); glTexCoord2f(parms.texCoord[0][0], parms.texCoord[1][1]); glVertex3f(parms.vertices[0].pos[VX], parms.vertices[0].pos[VZ], parms.vertices[0].pos[VY]); glColor4fv(parms.vertices[1].color); glTexCoord2f(parms.texCoord[0][0], parms.texCoord[0][1]); glVertex3f(parms.vertices[1].pos[VX], parms.vertices[1].pos[VZ], parms.vertices[1].pos[VY]); glColor4fv(parms.vertices[3].color); glTexCoord2f(parms.texCoord[1][0], parms.texCoord[0][1]); glVertex3f(parms.vertices[3].pos[VX], parms.vertices[3].pos[VZ], parms.vertices[3].pos[VY]); glColor4fv(parms.vertices[2].color); glTexCoord2f(parms.texCoord[1][0], parms.texCoord[1][1]); glVertex3f(parms.vertices[2].pos[VX], parms.vertices[2].pos[VZ], parms.vertices[2].pos[VY]); glEnd(); } glDisable(GL_TEXTURE_2D); GL_BlendMode(BM_NORMAL); } /** * Set all the colors in the array to that specified. */ static void applyUniformColor(int count, dgl_color_t *colors, float const *rgba) { for(; count-- > 0; colors++) { colors->rgba[CR] = (byte) (255 * rgba[CR]); colors->rgba[CG] = (byte) (255 * rgba[CG]); colors->rgba[CB] = (byte) (255 * rgba[CB]); colors->rgba[CA] = (byte) (255 * rgba[CA]); } } struct lightspriteworker_params_t { Vector3f color, extra; Vector3f normal; uint numProcessed, max; }; static void lightSprite(VectorLight const &vlight, lightspriteworker_params_t &parms) { float strength = vlight.direction.dot(parms.normal) + vlight.offset; // Shift toward the light a little. // Ability to both light and shade. if(strength > 0) { strength *= vlight.lightSide; } else { strength *= vlight.darkSide; } Vector3f &dest = vlight.affectedByAmbient? parms.color : parms.extra; dest += vlight.color * de::clamp(-1.f, strength, 1.f); } static int lightSpriteWorker(VectorLight const *vlight, void *context) { lightspriteworker_params_t &parms = *static_cast(context); lightSprite(*vlight, parms); parms.numProcessed += 1; // Time to stop? return parms.max && parms.numProcessed == parms.max; } /** * Calculate vertex lighting. */ static void Spr_VertexColors(int count, dgl_color_t *out, dgl_vertex_t *normal, uint vLightListIdx, uint maxLights, float const *ambient) { Vector3f const saturated(1, 1, 1); lightspriteworker_params_t parms; for(int i = 0; i < count; ++i, out++, normal++) { // Begin with total darkness. parms.color = Vector3f(); parms.extra = Vector3f(); parms.normal = Vector3f(normal->xyz); parms.max = maxLights; parms.numProcessed = 0; VL_ListIterator(vLightListIdx, lightSpriteWorker, &parms); // Check for ambient and convert to ubyte. Vector3f color = (parms.color.max(ambient) + parms.extra).min(saturated); out->rgba[CR] = byte( 255 * color.x ); out->rgba[CG] = byte( 255 * color.y ); out->rgba[CB] = byte( 255 * color.z ); out->rgba[CA] = byte( 255 * ambient[CA] ); } } MaterialVariantSpec const &PSprite_MaterialSpec() { return ClientApp::resourceSystem().materialSpec(SpriteContext, 0, 0, 0, 0, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 1, -2, 0, false, true, true, false); } void Rend_DrawPSprite(rendpspriteparams_t const &parms) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(renderTextures == 1) { GL_SetPSprite(parms.mat, 0, 0); glEnable(GL_TEXTURE_2D); } else if(renderTextures == 2) { // For lighting debug, render all solid surfaces using the gray texture. MaterialSnapshot const &ms = ClientApp::resourceSystem().material(de::Uri("System", Path("gray"))) .prepare(PSprite_MaterialSpec()); GL_BindTexture(&ms.texture(MTU_PRIMARY)); glEnable(GL_TEXTURE_2D); } // 0---1 // | | Vertex layout. // 3---2 float v1[2], v2[2], v3[2], v4[2]; v1[VX] = parms.pos[VX]; v1[VY] = parms.pos[VY]; v2[VX] = parms.pos[VX] + parms.width; v2[VY] = parms.pos[VY]; v3[VX] = parms.pos[VX] + parms.width; v3[VY] = parms.pos[VY] + parms.height; v4[VX] = parms.pos[VX]; v4[VY] = parms.pos[VY] + parms.height; // All psprite vertices are co-plannar, so just copy the view front vector. // @todo: Can we do something better here? Vector3f const &frontVec = R_ViewData(viewPlayer - ddPlayers)->frontVec; dgl_vertex_t quadNormals[4]; for(int i = 0; i < 4; ++i) { quadNormals[i].xyz[VX] = frontVec.x; quadNormals[i].xyz[VY] = frontVec.z; quadNormals[i].xyz[VZ] = frontVec.y; } dgl_color_t quadColors[4]; if(!parms.vLightListIdx) { // Lit uniformly. applyUniformColor(4, quadColors, parms.ambientColor); } else { // Lit normally. Spr_VertexColors(4, quadColors, quadNormals, parms.vLightListIdx, spriteLight + 1, parms.ambientColor); } dgl_texcoord_t tcs[4], *tc = tcs; dgl_color_t *c = quadColors; tc[0].st[0] = parms.texOffset[0] * (parms.texFlip[0]? 1:0); tc[0].st[1] = parms.texOffset[1] * (parms.texFlip[1]? 1:0); tc[1].st[0] = parms.texOffset[0] * (!parms.texFlip[0]? 1:0); tc[1].st[1] = parms.texOffset[1] * (parms.texFlip[1]? 1:0); tc[2].st[0] = parms.texOffset[0] * (!parms.texFlip[0]? 1:0); tc[2].st[1] = parms.texOffset[1] * (!parms.texFlip[1]? 1:0); tc[3].st[0] = parms.texOffset[0] * (parms.texFlip[0]? 1:0); tc[3].st[1] = parms.texOffset[1] * (!parms.texFlip[1]? 1:0); glBegin(GL_QUADS); glColor4ubv(c[0].rgba); glTexCoord2fv(tc[0].st); glVertex2fv(v1); glColor4ubv(c[1].rgba); glTexCoord2fv(tc[1].st); glVertex2fv(v2); glColor4ubv(c[2].rgba); glTexCoord2fv(tc[2].st); glVertex2fv(v3); glColor4ubv(c[3].rgba); glTexCoord2fv(tc[3].st); glVertex2fv(v4); glEnd(); if(renderTextures) { glDisable(GL_TEXTURE_2D); } } MaterialVariantSpec const &Rend_SpriteMaterialSpec(int tclass, int tmap) { return ClientApp::resourceSystem().materialSpec(SpriteContext, 0, 1, tclass, tmap, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 1, -2, -1, true, true, true, false); } static MaterialVariant *chooseSpriteMaterial(drawspriteparams_t const &p) { if(!renderTextures) return 0; if(renderTextures == 2) { // For lighting debug, render all solid surfaces using the gray texture. return ClientApp::resourceSystem().material(de::Uri("System", Path("gray"))) .chooseVariant(Rend_SpriteMaterialSpec(), true); } // Use the pre-chosen sprite. return reinterpret_cast(p.material); } static int drawVectorLightWorker(VectorLight const *vlight, void *context) { coord_t distFromViewer = *static_cast(context); if(distFromViewer < 1600 - 8) { Rend_DrawVectorLight(vlight, 1 - distFromViewer / 1600); } return false; // Continue iteration. } void Rend_DrawSprite(drawspriteparams_t const &parms) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); bool restoreMatrix = false; bool restoreZ = false; Point2Rawf viewOffset; ///< View-aligned offset to center point. Size2Rawf size; MaterialSnapshot const *ms = 0; float s = 1, t = 1; ///< Bottom right coords. // Many sprite properties are inherited from the material. if(parms.material) { // Ensure this variant has been prepared. ms = &reinterpret_cast(parms.material)->prepare(); variantspecification_t const &texSpec = ms->texture(MTU_PRIMARY).spec().variant; size.width = ms->width() + texSpec.border * 2; size.height = ms->height() + texSpec.border * 2; viewOffset.x = -size.width / 2; ms->texture(MTU_PRIMARY).glCoords(&s, &t); Texture &tex = ms->texture(MTU_PRIMARY).generalCase(); viewOffset.x += float(-tex.origin().x); } // We may want to draw using another material instead. MaterialVariant *mat = chooseSpriteMaterial(parms); if(mat != reinterpret_cast(parms.material)) { ms = mat? &mat->prepare() : 0; } if(ms) { GL_BindTexture(&ms->texture(MTU_PRIMARY)); glEnable(GL_TEXTURE_2D); } else { GL_SetNoTexture(); } // Coordinates to the center of the sprite (game coords). coord_t spriteCenter[3] = { parms.center[VX] + parms.srvo[VX], parms.center[VY] + parms.srvo[VY], parms.center[VZ] + parms.srvo[VZ] }; coord_t v1[3], v2[3], v3[3], v4[3]; R_ProjectViewRelativeLine2D(spriteCenter, parms.viewAligned, size.width, viewOffset.x, v1, v4); v2[VX] = v1[VX]; v2[VY] = v1[VY]; v3[VX] = v4[VX]; v3[VY] = v4[VY]; v1[VZ] = v4[VZ] = spriteCenter[VZ] - size.height / 2 + viewOffset.y; v2[VZ] = v3[VZ] = spriteCenter[VZ] + size.height / 2 + viewOffset.y; // Calculate the surface normal. coord_t surfaceNormal[3]; V3d_PointCrossProduct(surfaceNormal, v2, v1, v3); V3d_Normalize(surfaceNormal); /*#if _DEBUG // Draw the surface normal. glBegin(GL_LINES); glColor4f(1, 0, 0, 1); glVertex3f(spriteCenter[VX], spriteCenter[VZ], spriteCenter[VY]); glColor4f(1, 0, 0, 0); glVertex3f(spriteCenter[VX] + surfaceNormal[VX] * 10, spriteCenter[VZ] + surfaceNormal[VZ] * 10, spriteCenter[VY] + surfaceNormal[VY] * 10); glEnd(); #endif*/ // All sprite vertices are co-plannar, so just copy the surface normal. // @todo: Can we do something better here? dgl_color_t quadColors[4]; dgl_vertex_t quadNormals[4]; for(int i = 0; i < 4; ++i) { V3f_Copyd(quadNormals[i].xyz, surfaceNormal); } if(!parms.vLightListIdx) { // Lit uniformly. applyUniformColor(4, quadColors, parms.ambientColor); } else { // Lit normally. Spr_VertexColors(4, quadColors, quadNormals, parms.vLightListIdx, spriteLight + 1, parms.ambientColor); } // Do we need to do some aligning? if(parms.viewAligned || alwaysAlign >= 2) { // We must set up a modelview transformation matrix. restoreMatrix = true; glMatrixMode(GL_MODELVIEW); glPushMatrix(); // Rotate around the center of the sprite. glTranslatef(spriteCenter[VX], spriteCenter[VZ], spriteCenter[VY]); if(!parms.viewAligned) { float s_dx = v1[VX] - v2[VX]; float s_dy = v1[VY] - v2[VY]; if(alwaysAlign == 2) { // Restricted camera alignment. float dx = spriteCenter[VX] - vOrigin.x; float dy = spriteCenter[VY] - vOrigin.z; float spriteAngle = BANG2DEG( bamsAtan2(spriteCenter[VZ] - vOrigin.y, sqrt(dx * dx + dy * dy))); if(spriteAngle > 180) spriteAngle -= 360; if(fabs(spriteAngle) > maxSpriteAngle) { float turnAngle = (spriteAngle > 0? spriteAngle - maxSpriteAngle : spriteAngle + maxSpriteAngle); // Rotate along the sprite edge. glRotatef(turnAngle, s_dx, 0, s_dy); } } else { // Restricted view plane alignment. // This'll do, for now... Really it should notice both the // sprite angle and vpitch. glRotatef(vpitch * .5f, s_dx, 0, s_dy); } } else { // Normal rotation perpendicular to the view plane. glRotatef(vpitch, viewsidex, 0, viewsidey); } glTranslatef(-spriteCenter[VX], -spriteCenter[VZ], -spriteCenter[VY]); } // Need to change blending modes? if(parms.blendMode != BM_NORMAL) { GL_BlendMode(parms.blendMode); } // Transparent sprites shouldn't be written to the Z buffer. if(parms.noZWrite || parms.ambientColor[CA] < .98f || !(parms.blendMode == BM_NORMAL || parms.blendMode == BM_ZEROALPHA)) { restoreZ = true; glDepthMask(GL_FALSE); } dgl_vertex_t vs[4], *v = vs; dgl_texcoord_t tcs[4], *tc = tcs; // 1---2 // | | Vertex layout. // 0---3 v[0].xyz[0] = v1[VX]; v[0].xyz[1] = v1[VZ]; v[0].xyz[2] = v1[VY]; v[1].xyz[0] = v2[VX]; v[1].xyz[1] = v2[VZ]; v[1].xyz[2] = v2[VY]; v[2].xyz[0] = v3[VX]; v[2].xyz[1] = v3[VZ]; v[2].xyz[2] = v3[VY]; v[3].xyz[0] = v4[VX]; v[3].xyz[1] = v4[VZ]; v[3].xyz[2] = v4[VY]; tc[0].st[0] = s * (parms.matFlip[0]? 1:0); tc[0].st[1] = t * (!parms.matFlip[1]? 1:0); tc[1].st[0] = s * (parms.matFlip[0]? 1:0); tc[1].st[1] = t * (parms.matFlip[1]? 1:0); tc[2].st[0] = s * (!parms.matFlip[0]? 1:0); tc[2].st[1] = t * (parms.matFlip[1]? 1:0); tc[3].st[0] = s * (!parms.matFlip[0]? 1:0); tc[3].st[1] = t * (!parms.matFlip[1]? 1:0); drawQuad(v, quadColors, tc); if(ms) { glDisable(GL_TEXTURE_2D); } if(devMobjVLights && parms.vLightListIdx) { // Draw the vlight vectors, for debug. glDisable(GL_DEPTH_TEST); glDisable(GL_CULL_FACE); glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(parms.center[VX], parms.center[VZ], parms.center[VY]); coord_t distFromViewer = de::abs(parms.distance); VL_ListIterator(parms.vLightListIdx, drawVectorLightWorker, &distFromViewer); glMatrixMode(GL_MODELVIEW); glPopMatrix(); glEnable(GL_CULL_FACE); glEnable(GL_DEPTH_TEST); } // Need to restore the original modelview matrix? if(restoreMatrix) { glPopMatrix(); } // Change back to normal blending? if(parms.blendMode != BM_NORMAL) { GL_BlendMode(BM_NORMAL); } // Enable Z-writing again? if(restoreZ) { glDepthMask(GL_TRUE); } } doomsday-1.14.5/doomsday/client/src/render/trianglestripbuilder.cpp0000664000175000017500000000706312350542237025023 0ustar jaakkojaakko/** @file render/trianglestripbuilder.cpp Triangle Strip Geometry Builder. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "render/trianglestripbuilder.h" namespace de { DENG2_PIMPL(TriangleStripBuilder) { ClockDirection direction; bool buildTexCoords; int initialReserveElements; QScopedPointer positions; QScopedPointer texcoords; Instance(Public *i, bool buildTexCoords) : Base(i), direction(Clockwise), buildTexCoords(buildTexCoords), initialReserveElements(0), positions(0), texcoords(0) {} void reserveElements(int num) { if(num < 0) return; // Huh? // Time to allocate the buffers? if(positions.isNull()) { positions.reset(new PositionBuffer()); if(buildTexCoords) texcoords.reset(new TexCoordBuffer()); // The user may already know how many elements they will require. num += initialReserveElements; } // Reserve this many new elements. positions->reserve(positions->size() + num); if(buildTexCoords) texcoords->reserve(texcoords->size() + num); } }; TriangleStripBuilder::TriangleStripBuilder(bool buildTexCoords) : d(new Instance(this, buildTexCoords)) {} void TriangleStripBuilder::begin(ClockDirection direction, int reserveElements) { d->direction = direction; d->initialReserveElements = de::max(reserveElements, 0); // Destroy any existing unclaimed strip geometry. d->positions.reset(); d->texcoords.reset(); } void TriangleStripBuilder::extend(AbstractEdge &edge) { // Silently ignore invalid edges. if(!edge.isValid()) return; AbstractEdge::Event const &from = edge.first(); AbstractEdge::Event const &to = edge.last(); d->reserveElements(2); d->positions->append((d->direction == Anticlockwise? to : from).origin()); d->positions->append((d->direction == Anticlockwise? from : to).origin()); if(d->buildTexCoords) { double edgeLength = to.origin().z - from.origin().z; d->texcoords->append(edge.materialOrigin() + Vector2f(0, (d->direction == Anticlockwise? 0 : edgeLength))); d->texcoords->append(edge.materialOrigin() + Vector2f(0, (d->direction == Anticlockwise? edgeLength : 0))); } } int TriangleStripBuilder::numElements() const { return d->positions.isNull()? 0 : d->positions->size(); } int TriangleStripBuilder::take(PositionBuffer **positions, TexCoordBuffer **texcoords) { int retNumElements = numElements(); *positions = d->positions.take(); if(texcoords) { *texcoords = d->texcoords.take(); } return retNumElements; } } // namespace de doomsday-1.14.5/doomsday/client/src/render/consoleeffect.cpp0000664000175000017500000000333012350542237023375 0ustar jaakkojaakko/** @file consoleeffect.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "render/consoleeffect.h" #include "render/viewports.h" #include "clientapp.h" using namespace de; DENG2_PIMPL_NOREF(ConsoleEffect) { int console; bool inited; Instance() : console(0), inited(false) {} }; ConsoleEffect::ConsoleEffect(int console) : d(new Instance) { d->console = console; } ConsoleEffect::~ConsoleEffect() {} int ConsoleEffect::console() const { return d->console; } Rectanglei const &ConsoleEffect::viewRect() const { viewdata_t const *vd = R_ViewData(d->console); return vd->window; } bool ConsoleEffect::isInited() const { return d->inited; } GLShaderBank &ConsoleEffect::shaders() const { return ClientApp::renderSystem().shaders(); } void ConsoleEffect::glInit() { d->inited = true; } void ConsoleEffect::glDeinit() { d->inited = false; } void ConsoleEffect::beginFrame() {} void ConsoleEffect::draw() {} void ConsoleEffect::endFrame() {} doomsday-1.14.5/doomsday/client/src/render/shadowedge.cpp0000664000175000017500000002427712350542237022705 0ustar jaakkojaakko/** @file shadowedge.cpp FakeRadio Shadow Edge Geometry * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/shadowedge.h" #include "Face" #include "HEdge" #include "BspLeaf" #include "Plane" #include "Sector" #include "SectorCluster" #include "Surface" #include "world/lineowner.h" #include "render/rend_main.h" #include "WallEdge" #include "MaterialSnapshot" namespace de { DENG2_PIMPL_NOREF(ShadowEdge) { HEdge const *leftMostHEdge; int edge; Vector3d inner; Vector3d outer; float sectorOpenness; float openness; }; ShadowEdge::ShadowEdge() : d(new Instance) {} void ShadowEdge::init(HEdge const &leftMostHEdge, int edge) { d->leftMostHEdge = &leftMostHEdge; d->edge = edge; d->inner = d->outer = Vector3d(); d->sectorOpenness = d->openness = 0; } /** * Returns a value in the range of 0..2, representing how 'open' the edge is. * * @c =0 Completely closed, it is facing a wall or is relatively distant from * the edge on the other side. * @c >0 && <1 How near the 'other' edge is. * @c =1 At the same height as "this" one. * @c >1 The 'other' edge is past our height (clearly 'open'). */ static float opennessFactor(float fz, float bz, float bhz) { if(fz <= bz - SHADOWEDGE_OPEN_THRESHOLD || fz >= bhz) return 0; // Fully closed. if(fz >= bhz - SHADOWEDGE_OPEN_THRESHOLD) return (bhz - fz) / SHADOWEDGE_OPEN_THRESHOLD; if(fz <= bz) return 1 - (bz - fz) / SHADOWEDGE_OPEN_THRESHOLD; if(fz <= bz + SHADOWEDGE_OPEN_THRESHOLD) return 1 + (fz - bz) / SHADOWEDGE_OPEN_THRESHOLD; // Fully open! return 2; } /// @todo fixme: Should use the visual plane heights of sector clusters. static bool middleMaterialCoversOpening(LineSide const &side) { if(!side.hasSector()) return false; // Never. if(!side.hasSections()) return false; if(!side.middle().hasMaterial()) return false; // Ensure we have up to date info about the material. MaterialSnapshot const &ms = side.middle().material().prepare(Rend_MapSurfaceMaterialSpec()); // Might the material cover the opening? if(ms.isOpaque() && !side.middle().blendMode() && side.middle().opacity() >= 1) { // Stretched middles always cover the opening. if(side.isFlagged(SDF_MIDDLE_STRETCH)) return true; Sector const &frontSec = side.sector(); Sector const *backSec = side.back().sectorPtr(); // Determine the opening between the visual sector planes at this edge. coord_t openBottom; if(backSec && backSec->floor().heightSmoothed() > frontSec.floor().heightSmoothed()) { openBottom = backSec->floor().heightSmoothed(); } else { openBottom = frontSec.floor().heightSmoothed(); } coord_t openTop; if(backSec && backSec->ceiling().heightSmoothed() < frontSec.ceiling().heightSmoothed()) { openTop = backSec->ceiling().heightSmoothed(); } else { openTop = frontSec.ceiling().heightSmoothed(); } if(ms.height() >= openTop - openBottom) { // Possibly; check the placement. if(side.leftHEdge()) // possibility of degenerate BSP leaf { WallEdge edge(WallSpec::fromMapSide(side, LineSide::Middle), *side.leftHEdge(), Line::From); return (edge.isValid() && edge.top().z() > edge.bottom().z() && edge.top().z() >= openTop && edge.bottom().z() <= openBottom); } } } return false; } void ShadowEdge::prepare(int planeIndex) { int const otherPlaneIndex = planeIndex == Sector::Floor? Sector::Ceiling : Sector::Floor; HEdge const &hedge = *d->leftMostHEdge; SectorCluster const &cluster = hedge.face().mapElementAs().cluster(); Plane const &plane = cluster.visPlane(planeIndex); LineSide const &lineSide = hedge.mapElementAs().lineSide(); d->sectorOpenness = 0; // Default is fully closed. d->openness = 0; // Default is fully closed. // Determine the 'openness' of the wall edge sector. If the sector is open, // there won't be a shadow at all. Open neighbor sectors cause some changes // in the polygon corner vertices (placement, opacity). if(hedge.twin().hasFace() && hedge.twin().face().mapElementAs().hasCluster()) { SectorCluster const &backCluster = hedge.twin().face().mapElementAs().cluster(); Plane const &backPlane = backCluster.visPlane(planeIndex); Surface const &wallEdgeSurface = lineSide.back().hasSector()? lineSide.surface(planeIndex == Sector::Ceiling? LineSide::Top : LineSide::Bottom) : lineSide.middle(); // Figure out the relative plane heights. coord_t fz = plane.heightSmoothed(); if(planeIndex == Sector::Ceiling) fz = -fz; coord_t bz = backPlane.heightSmoothed(); if(planeIndex == Sector::Ceiling) bz = -bz; coord_t bhz = backCluster.plane(otherPlaneIndex).heightSmoothed(); if(planeIndex == Sector::Ceiling) bhz = -bhz; // Determine openness. if(fz < bz && !wallEdgeSurface.hasMaterial()) { d->sectorOpenness = 2; // Consider it fully open. } // Is the back sector a closed yet sky-masked surface? else if(cluster.visFloor().heightSmoothed() >= backCluster.visCeiling().heightSmoothed() && cluster.visPlane(otherPlaneIndex).surface().hasSkyMaskedMaterial() && backCluster.visPlane(otherPlaneIndex).surface().hasSkyMaskedMaterial()) { d->sectorOpenness = 2; // Consider it fully open. } else { // Does the middle material completely cover the open range (we do // not want to give away the location of any secret areas)? if(!middleMaterialCoversOpening(lineSide)) { d->sectorOpenness = opennessFactor(fz, bz, bhz); } } } // Only calculate the remaining values when the edge is at least partially open. if(d->sectorOpenness >= 1) return; // Find the neighbor of this wall section and determine the relative // 'openness' of it's plane heights vs those of "this" wall section. /// @todo fixme: Should use the visual plane heights of sector clusters. int const edge = lineSide.sideId() ^ d->edge; LineOwner const *vo = &lineSide.line().vertexOwner(edge)->navigate(ClockDirection(d->edge ^ 1)); Line const &neighborLine = vo->line(); if(&neighborLine == &lineSide.line()) { d->openness = 1; // Fully open. } else if(neighborLine.isSelfReferencing()) /// @todo Skip over these? -ds { d->openness = 1; } else { // Choose the correct side of the neighbor (determined by which vertex is shared). LineSide const &neighborLineSide = neighborLine.side(&lineSide.line().vertex(edge) == &neighborLine.from()? d->edge ^ 1 : d->edge); if(!neighborLineSide.hasSections() && neighborLineSide.back().hasSector()) { // A one-way window, open side. d->openness = 1; } else if(!neighborLineSide.hasSector() || (neighborLineSide.back().hasSector() && middleMaterialCoversOpening(neighborLineSide))) { d->openness = 0; } else if(neighborLineSide.back().hasSector()) { // Its a normal neighbor. Sector const *backSec = neighborLineSide.back().sectorPtr(); if(backSec != &cluster.sector() && !((plane.isSectorFloor() && backSec->ceiling().heightSmoothed() <= plane.heightSmoothed()) || (plane.isSectorCeiling() && backSec->floor().height() >= plane.heightSmoothed()))) { // Figure out the relative plane heights. coord_t fz = plane.heightSmoothed(); if(planeIndex == Sector::Ceiling) fz = -fz; coord_t bz = backSec->plane(planeIndex).heightSmoothed(); if(planeIndex == Sector::Ceiling) bz = -bz; coord_t bhz = backSec->plane(otherPlaneIndex).heightSmoothed(); if(planeIndex == Sector::Ceiling) bhz = -bhz; d->openness = opennessFactor(fz, bz, bhz); } } } if(d->openness < 1) { LineOwner *vo = lineSide.line().vertexOwner(lineSide.sideId() ^ d->edge); if(d->edge) vo = &vo->prev(); d->inner = Vector3d(lineSide.vertex(d->edge).origin() + vo->innerShadowOffset(), plane.heightSmoothed()); } else { d->inner = Vector3d(lineSide.vertex(d->edge).origin() + vo->extendedShadowOffset(), plane.heightSmoothed()); } d->outer = Vector3d(lineSide.vertex(d->edge).origin(), plane.heightSmoothed()); } Vector3d const &ShadowEdge::inner() const { return d->inner; } Vector3d const &ShadowEdge::outer() const { return d->outer; } float ShadowEdge::openness() const { return d->openness; } float ShadowEdge::sectorOpenness() const { return d->sectorOpenness; } } // namespace de doomsday-1.14.5/doomsday/client/src/render/rend_particle.cpp0000664000175000017500000006245412350542237023405 0ustar jaakkojaakko/** @file rend_particle.cpp Particle effect rendering. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "render/rend_particle.h" #include "clientapp.h" #include "con_main.h" #include "r_util.h" #include "filesys/fs_main.h" #include "gl/gl_texmanager.h" #include "gl/texturecontent.h" #include "world/map.h" #include "world/p_players.h" #include "BspLeaf" #include "Line" #include "Plane" #include "SectorCluster" #include "resource/image.h" #include "render/r_main.h" #include "render/rend_main.h" #include "render/rend_model.h" #include "render/vlight.h" #include #include using namespace de; // Point + custom textures. #define NUM_TEX_NAMES (MAX_PTC_TEXTURES) static DGLuint pointTex, ptctexname[MAX_PTC_TEXTURES]; static bool hasPoints, hasLines, hasModels, hasNoBlend, hasBlend; static bool hasPointTexs[NUM_TEX_NAMES]; struct OrderedParticle { Generator *generator; int ptID; // Particle id. float distance; }; static OrderedParticle *order; static size_t orderSize; static size_t numParts; /* * Console variables: */ byte useParticles = true; static int maxParticles; ///< @c 0= Unlimited. static int particleNearLimit; static float particleDiffuse = 4; void Rend_ParticleRegister() { // Cvars C_VAR_BYTE ("rend-particle", &useParticles, 0, 0, 1); C_VAR_INT ("rend-particle-max", &maxParticles, CVF_NO_MAX, 0, 0); C_VAR_FLOAT("rend-particle-diffuse", &particleDiffuse, CVF_NO_MAX, 0, 0); C_VAR_INT ("rend-particle-visible-near", &particleNearLimit, CVF_NO_MAX, 0, 0); } static float pointDist(fixed_t const c[3]) { viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); float dist = ((viewData->current.origin.y - FIX2FLT(c[VY])) * -viewData->viewSin) - ((viewData->current.origin.x - FIX2FLT(c[VX])) * viewData->viewCos); return de::abs(dist); // Always return positive. } static Path tryFindImage(String name) { /* * First look for a colorkeyed version. */ try { String foundPath = App_FileSystem().findPath(de::Uri("Textures", name + "-ck"), RLF_DEFAULT, App_ResourceClass(RC_GRAPHIC)); // Ensure the path is absolute. return App_BasePath() / foundPath; } catch(FS1::NotFoundError const&) {} // Ignore this error. /* * Look for the regular version. */ try { String foundPath = App_FileSystem().findPath(de::Uri("Textures", name), RLF_DEFAULT, App_ResourceClass(RC_GRAPHIC)); // Ensure the path is absolute. return App_BasePath() / foundPath; } catch(FS1::NotFoundError const&) {} // Ignore this error. return Path(); // Not found. } // Try to load the texture. static byte loadParticleTexture(uint particleTex) { DENG2_ASSERT(particleTex < MAX_PTC_TEXTURES); String particleImageName = String("Particle%1").arg(particleTex, 2, 10, QChar('0')); Path foundPath = tryFindImage(particleImageName); if(foundPath.isEmpty()) return 0; image_t image; if(!GL_LoadImage(image, foundPath.toUtf8().constData())) { LOG_RES_WARNING("Failed to load \"%s\"") << foundPath; return 0; } // If 8-bit with no alpha, generate alpha automatically. if(image.pixelSize == 1) Image_ConvertToAlpha(image, true); // Create a new texture and upload the image. ptctexname[particleTex] = GL_NewTextureWithParams( image.pixelSize == 4 ? DGL_RGBA : image.pixelSize == 2 ? DGL_LUMINANCE_PLUS_A8 : DGL_RGB, image.size.x, image.size.y, image.pixels, TXCF_NO_COMPRESSION); // Free the buffer. Image_ClearPixelData(image); return 2; // External } void Rend_ParticleLoadSystemTextures() { if(novideo) return; if(!pointTex) { // Load the default "zeroth" texture (a blurred point). /// @todo Create a logical Texture in the "System" scheme for this. image_t image; if(GL_LoadExtImage(image, "Zeroth", LGM_WHITE_ALPHA)) { // Loaded successfully and converted accordingly. // Upload the image to GL. pointTex = GL_NewTextureWithParams( ( image.pixelSize == 2 ? DGL_LUMINANCE_PLUS_A8 : image.pixelSize == 3 ? DGL_RGB : image.pixelSize == 4 ? DGL_RGBA : DGL_LUMINANCE ), image.size.x, image.size.y, image.pixels, ( TXCF_MIPMAP | TXCF_NO_COMPRESSION ), 0, glmode[mipmapping], GL_LINEAR, 0 /*no anisotropy*/, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE); DENG2_ASSERT(pointTex != 0); } Image_ClearPixelData(image); } } void Rend_ParticleLoadExtraTextures() { if(novideo) return; Rend_ParticleReleaseExtraTextures(); if(!App_GameLoaded()) return; QList loaded; for(int i = 0; i < MAX_PTC_TEXTURES; ++i) { if(loadParticleTexture(i)) { loaded.append(i); } } if(!loaded.isEmpty()) { LOG_RES_NOTE("Loaded textures for particle IDs: %s") << Rangei::contiguousRangesAsText(loaded); } } void Rend_ParticleReleaseSystemTextures() { if(novideo) return; glDeleteTextures(1, (GLuint const *) &pointTex); pointTex = 0; } void Rend_ParticleReleaseExtraTextures() { if(novideo) return; glDeleteTextures(NUM_TEX_NAMES, (GLuint const *) ptctexname); de::zap(ptctexname); } /** * Sorts in descending order. */ static int comparePOrder(void const *pt1, void const *pt2) { if(((OrderedParticle *) pt1)->distance > ((OrderedParticle *) pt2)->distance) return -1; else if(((OrderedParticle *) pt1)->distance < ((OrderedParticle *) pt2)->distance) return 1; // Highly unlikely (but possible)... return 0; } /** * Allocate more memory for the particle ordering buffer, if necessary. */ static void expandOrderBuffer(size_t max) { size_t currentSize = orderSize; if(!orderSize) { orderSize = MAX_OF(max, 256); } else { while(max > orderSize) { orderSize *= 2; } } if(orderSize > currentSize) { order = (OrderedParticle *) Z_Realloc(order, sizeof(OrderedParticle) * orderSize, PU_APPSTATIC); } } static int countActiveGeneratorParticlesWorker(Generator *gen, void *context) { if(R_ViewerGeneratorIsVisible(*gen)) { *static_cast(context) += gen->activeParticleCount(); } return false; // Continue iteration. } static int populateSortBuffer(Generator *gen, void *context) { size_t *sortIndex = (size_t *) context; if(!R_ViewerGeneratorIsVisible(*gen)) return false; // Continue iteration. ded_ptcgen_t const *def = gen->def; ParticleInfo const *pinfo = gen->particleInfo(); for(int p = 0; p < gen->count; ++p, pinfo++) { if(pinfo->stage < 0 || !pinfo->bspLeaf) continue; // Is the BSP leaf at the particle's origin visible? if(!R_ViewerBspLeafIsVisible(*pinfo->bspLeaf)) continue; // No; this particle can't be seen. // Don't allow zero distance. float dist = de::max(pointDist(pinfo->origin), 1.f); if(def->maxDist != 0 && dist > def->maxDist) continue; // Too far. if(dist < (float) particleNearLimit) continue; // Too near. // This particle is visible. Add it to the sort buffer. OrderedParticle *slot = &order[(*sortIndex)++]; slot->generator = gen; slot->ptID = p; slot->distance = dist; // Determine what type of particle this is, as this will affect how // we go order our render passes and manipulate the render state. int stagetype = gen->stages[pinfo->stage].type; if(stagetype == PTC_POINT) { hasPoints = true; } else if(stagetype == PTC_LINE) { hasLines = true; } else if(stagetype >= PTC_TEXTURE && stagetype < PTC_TEXTURE + MAX_PTC_TEXTURES) { if(ptctexname[stagetype - PTC_TEXTURE]) hasPointTexs[stagetype - PTC_TEXTURE] = true; else hasPoints = true; } else if(stagetype >= PTC_MODEL && stagetype < PTC_MODEL + MAX_PTC_MODELS) { hasModels = true; } if(gen->blendmode() == BM_ADD) { hasBlend = true; } else { hasNoBlend = true; } } return false; // Continue iteration. } /** * @return @c true if there are particles to be drawn. */ static int listVisibleParticles(Map &map) { size_t numVisibleParticles; hasPoints = hasModels = hasLines = hasBlend = hasNoBlend = false; de::zap(hasPointTexs); // First count how many particles are in the visible generators. numParts = 0; map.generatorIterator(countActiveGeneratorParticlesWorker, &numParts); if(!numParts) return false; // No visible generators. // Allocate the particle depth sort buffer. expandOrderBuffer(numParts); // Populate the particle sort buffer and determine what type(s) of // particle (model/point/line/etc...) we'll need to draw. numVisibleParticles = 0; map.generatorIterator(populateSortBuffer, &numVisibleParticles); if(!numVisibleParticles) return false; // No visible particles (all too far?). // This is the real number of possibly visible particles. numParts = numVisibleParticles; // Sort the order list back->front. A quicksort is fast enough. qsort(order, numParts, sizeof(OrderedParticle), comparePOrder); return true; } static void setupModelParamsForParticle(drawmodelparams_t &parm, ParticleInfo const *pinfo, GeneratorParticleStage const *st, ded_ptcstage_t const *dst, Vector3f const &origin, float dist, float size, float mark, float alpha) { zap(parm); // Render the particle as a model. parm.origin[VX] = origin.x; parm.origin[VY] = origin.z; parm.origin[VZ] = parm.gzt = origin.y; parm.distance = dist; parm.extraScale = size; // Extra scaling factor. parm.mf = &ClientApp::resourceSystem().modelDef(dst->model); parm.alwaysInterpolate = true; int frame; if(dst->endFrame < 0) { frame = dst->frame; parm.inter = 0; } else { frame = dst->frame + (dst->endFrame - dst->frame) * mark; parm.inter = M_CycleIntoRange(mark * (dst->endFrame - dst->frame), 1); } ClientApp::resourceSystem().setModelDefFrame(*parm.mf, frame); // Set the correct orientation for the particle. if(parm.mf->testSubFlag(0, MFF_MOVEMENT_YAW)) { parm.yaw = R_MovementXYYaw(FIX2FLT(pinfo->mov[0]), FIX2FLT(pinfo->mov[1])); } else { parm.yaw = pinfo->yaw / 32768.0f * 180; } if(parm.mf->testSubFlag(0, MFF_MOVEMENT_PITCH)) { parm.pitch = R_MovementXYZPitch(FIX2FLT(pinfo->mov[0]), FIX2FLT(pinfo->mov[1]), FIX2FLT(pinfo->mov[2])); } else { parm.pitch = pinfo->pitch / 32768.0f * 180; } parm.ambientColor[CA] = alpha; if(st->flags.testFlag(GeneratorParticleStage::Bright) || levelFullBright) { parm.ambientColor[CR] = parm.ambientColor[CG] = parm.ambientColor[CB] = 1; parm.vLightListIdx = 0; } else { Map &map = pinfo->bspLeaf->map(); if(useBias && map.hasLightGrid()) { Vector3f tmp = map.lightGrid().evaluate(parm.origin); V3f_Set(parm.ambientColor, tmp.x, tmp.y, tmp.z); } else { SectorCluster &cluster = pinfo->bspLeaf->cluster(); float lightLevel = cluster.sector().lightLevel(); Vector3f const &secColor = Rend_SectorLightColor(cluster); // Apply distance attenuation. lightLevel = Rend_AttenuateLightLevel(parm.distance, lightLevel); // Add extra light. lightLevel = de::clamp(0.f, lightLevel + Rend_ExtraLightDelta(), 1.f); Rend_ApplyLightAdaptation(lightLevel); // Determine the final ambientColor in affect. for(int i = 0; i < 3; ++i) { parm.ambientColor[i] = lightLevel * secColor[i]; } } Rend_ApplyTorchLight(parm.ambientColor, parm.distance); collectaffectinglights_params_t lparams; zap(lparams); lparams.origin = Vector3d(parm.origin); lparams.bspLeaf = &map.bspLeafAt(lparams.origin); lparams.ambientColor = Vector3f(parm.ambientColor); parm.vLightListIdx = R_CollectAffectingLights(&lparams); } } /** * Calculate a unit vector parallel to @a line. * * @todo No longer needed (Surface has tangent space vectors). * * @param unitVect Unit vector is written here. */ static Vector2f lineUnitVector(Line const &line) { coord_t len = M_ApproxDistance(line.direction().x, line.direction().y); if(len) { return line.direction() / len; } return Vector2f(0, 0); } static void renderParticles(int rtype, bool withBlend) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); Vector3f const leftoff = viewData->upVec + viewData->sideVec; Vector3f const rightoff = viewData->upVec - viewData->sideVec; // Should we use a texture? DGLuint tex = 0; if(rtype == PTC_POINT || (rtype >= PTC_TEXTURE && rtype < PTC_TEXTURE + MAX_PTC_TEXTURES)) { if(renderTextures) { if(rtype == PTC_POINT || 0 == ptctexname[rtype - PTC_TEXTURE]) tex = pointTex; else tex = ptctexname[rtype - PTC_TEXTURE]; } } ushort primType = GL_QUADS; if(rtype == PTC_MODEL) { glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); } else if(tex != 0) { glDepthMask(GL_FALSE); glDisable(GL_CULL_FACE); GL_BindTextureUnmanaged(tex, gl::ClampToEdge, gl::ClampToEdge); glEnable(GL_TEXTURE_2D); glDepthFunc(GL_LEQUAL); glBegin(primType = GL_QUADS); } else { glBegin(primType = GL_LINES); } // How many particles will be drawn? size_t i = 0; if(maxParticles) { i = numParts - (unsigned) maxParticles; } blendmode_t mode = BM_NORMAL, newMode; for(; i < numParts; ++i) { OrderedParticle const *slot = &order[i]; Generator const *gen = slot->generator; ParticleInfo const *pinfo = &gen->particleInfo()[slot->ptID]; GeneratorParticleStage const *st = &gen->stages[pinfo->stage]; ded_ptcstage_t const *stDef = &gen->def->stages[pinfo->stage]; short stageType = st->type; if(stageType >= PTC_TEXTURE && stageType < PTC_TEXTURE + MAX_PTC_TEXTURES && 0 == ptctexname[stageType - PTC_TEXTURE]) { stageType = PTC_POINT; } // Only render one type of particles. if((rtype == PTC_MODEL && stDef->model < 0) || (rtype != PTC_MODEL && stageType != rtype)) { continue; } if(rtype >= PTC_TEXTURE && rtype < PTC_TEXTURE + MAX_PTC_TEXTURES && 0 == ptctexname[rtype - PTC_TEXTURE]) continue; if((gen->blendmode() != BM_ADD) == withBlend) continue; if(rtype != PTC_MODEL && !withBlend) { // We may need to change the blending mode. newMode = gen->blendmode(); if(newMode != mode) { glEnd(); GL_BlendMode(mode = newMode); glBegin(primType); } } // Is there a next stage for this particle? ded_ptcstage_t const *nextStDef; if(pinfo->stage >= gen->def->stageCount.num - 1 || !gen->stages[pinfo->stage + 1].type) { // There is no "next stage". Use the current one. nextStDef = gen->def->stages + pinfo->stage; } else { nextStDef = gen->def->stages + (pinfo->stage + 1); } // Where is intermark? float const inter = 1 - float(pinfo->tics) / stDef->tics; // Calculate size and color. float size = de::lerp( stDef->particleRadius(slot->ptID), nextStDef->particleRadius(slot->ptID), inter); // Infinitely small? if(!size) continue; Vector4f color = de::lerp(Vector4f(stDef->color), Vector4f(nextStDef->color), inter); if(!st->flags.testFlag(GeneratorParticleStage::Bright) && !levelFullBright) { // This is a simplified version of sectorlight (no distance // attenuation or range compression). if(SectorCluster *cluster = pinfo->bspLeaf->clusterPtr()) { float const lightLevel = cluster->sector().lightLevel(); color *= Vector4f(lightLevel, lightLevel, lightLevel, 1); } } float const maxDist = gen->def->maxDist; float const dist = order[i].distance; // Far diffuse? if(maxDist) { if(dist > maxDist * .75f) { color.w *= 1 - (dist - maxDist * .75f) / (maxDist * .25f); } } // Near diffuse? if(particleDiffuse > 0) { if(dist < particleDiffuse * size) { color.w -= 1 - dist / (particleDiffuse * size); } } // Fully transparent? if(color.w <= 0) continue; glColor4f(color.x, color.y, color.z, color.w); bool nearWall = (pinfo->contact && !pinfo->mov[VX] && !pinfo->mov[VY]); bool nearPlane = false; if(SectorCluster *cluster = pinfo->bspLeaf->clusterPtr()) { if(FLT2FIX(cluster-> visFloor().heightSmoothed()) + 2 * FRACUNIT >= pinfo->origin[VZ] || FLT2FIX(cluster->visCeiling().heightSmoothed()) - 2 * FRACUNIT <= pinfo->origin[VZ]) { nearPlane = true; } } bool flatOnPlane = false, flatOnWall = false; if(stageType == PTC_POINT || (stageType >= PTC_TEXTURE && stageType < PTC_TEXTURE + MAX_PTC_TEXTURES)) { if(st->flags.testFlag(GeneratorParticleStage::PlaneFlat) && nearPlane) flatOnPlane = true; if(st->flags.testFlag(GeneratorParticleStage::WallFlat) && nearWall) flatOnWall = true; } Vector3f center = gen->particleOrigin(*pinfo).xzy(); if(!flatOnPlane && !flatOnWall) { Vector3f offset(frameTimePos, nearPlane? 0 : frameTimePos, frameTimePos); center += offset * gen->particleMomentum(*pinfo).xzy(); } // Model particles are rendered using the normal model rendering routine. if(rtype == PTC_MODEL && stDef->model >= 0) { drawmodelparams_t parms; setupModelParamsForParticle(parms, pinfo, st, stDef, center, dist, size, inter, color.w); Rend_DrawModel(parms); continue; } // The vertices, please. if(tex != 0) { // Should the particle be flat against a plane? if(flatOnPlane) { glTexCoord2f(0, 0); glVertex3f(center.x - size, center.y, center.z - size); glTexCoord2f(1, 0); glVertex3f(center.x + size, center.y, center.z - size); glTexCoord2f(1, 1); glVertex3f(center.x + size, center.y, center.z + size); glTexCoord2f(0, 1); glVertex3f(center.x - size, center.y, center.z + size); } // Flat against a wall, then? else if(flatOnWall) { vec2d_t origin, projected; // There will be a slight approximation on the XY plane since // the particles aren't that accurate when it comes to wall // collisions. // Calculate a new center point (project onto the wall). V2d_Set(origin, FIX2FLT(pinfo->origin[VX]), FIX2FLT(pinfo->origin[VY])); coord_t linePoint[2] = { pinfo->contact->fromOrigin().x, pinfo->contact->fromOrigin().y }; coord_t lineDirection[2] = { pinfo->contact->direction().x, pinfo->contact->direction().y }; V2d_ProjectOnLine(projected, origin, linePoint, lineDirection); // Move away from the wall to avoid the worst Z-fighting. double const gap = -1; // 1 map unit. double diff[2], dist; V2d_Subtract(diff, projected, origin); if((dist = V2d_Length(diff)) != 0) { projected[VX] += diff[VX] / dist * gap; projected[VY] += diff[VY] / dist * gap; } DENG2_ASSERT(pinfo->contact != 0); Vector2f unitVec = lineUnitVector(*pinfo->contact); glTexCoord2f(0, 0); glVertex3d(projected[VX] - size * unitVec.x, center.y - size, projected[VY] - size * unitVec.y); glTexCoord2f(1, 0); glVertex3d(projected[VX] - size * unitVec.x, center.y + size, projected[VY] - size * unitVec.y); glTexCoord2f(1, 1); glVertex3d(projected[VX] + size * unitVec.x, center.y + size, projected[VY] + size * unitVec.y); glTexCoord2f(0, 1); glVertex3d(projected[VX] + size * unitVec.x, center.y - size, projected[VY] + size * unitVec.y); } else { glTexCoord2f(0, 0); glVertex3f(center.x + size * leftoff[VX], center.y + size * leftoff[VY] / 1.2f, center.z + size * leftoff[VZ]); glTexCoord2f(1, 0); glVertex3f(center.x + size * rightoff[VX], center.y + size * rightoff[VY] / 1.2f, center.z + size * rightoff[VZ]); glTexCoord2f(1, 1); glVertex3f(center.x - size * leftoff[VX], center.y - size * leftoff[VY] / 1.2f, center.z - size * leftoff[VZ]); glTexCoord2f(0, 1); glVertex3f(center.x - size * rightoff[VX], center.y - size * rightoff[VY] / 1.2f, center.z - size * rightoff[VZ]); } } else // It's a line. { glVertex3f(center.x, center.y, center.z); glVertex3f(center.x - FIX2FLT(pinfo->mov[VX]), center.y - FIX2FLT(pinfo->mov[VZ]), center.z - FIX2FLT(pinfo->mov[VY])); } } if(rtype != PTC_MODEL) { glEnd(); if(tex != 0) { glEnable(GL_CULL_FACE); glDepthMask(GL_TRUE); glDepthFunc(GL_LESS); glDisable(GL_TEXTURE_2D); } } if(!withBlend) { // We may have rendered subtractive stuff. GL_BlendMode(BM_NORMAL); } } static void renderPass(bool useBlending) { DENG2_ASSERT(!Sys_GLCheckError()); // Set blending mode. if(useBlending) { GL_BlendMode(BM_ADD); } if(hasModels) { renderParticles(PTC_MODEL, useBlending); } if(hasLines) { renderParticles(PTC_LINE, useBlending); } if(hasPoints) { renderParticles(PTC_POINT, useBlending); } for(int i = 0; i < NUM_TEX_NAMES; ++i) { if(hasPointTexs[i]) { renderParticles(PTC_TEXTURE + i, useBlending); } } // Restore blending mode. if(useBlending) { GL_BlendMode(BM_NORMAL); } DENG2_ASSERT(!Sys_GLCheckError()); } void Rend_RenderParticles(Map &map) { if(!useParticles) return; // No visible particles at all? if(!listVisibleParticles(map)) return; // Render all the visible particles. if(hasNoBlend) { renderPass(false); } if(hasBlend) { // A second pass with additive blending. // This makes the additive particles 'glow' through all other // particles. renderPass(true); } } doomsday-1.14.5/doomsday/client/src/render/viewports.cpp0000664000175000017500000011700112350542237022621 0ustar jaakkojaakko/** @file viewports.cpp Player viewports and related low-level rendering. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_render.h" #include "de_graphics.h" #include "de_resource.h" #include "de_ui.h" #include "de_misc.h" #include "clientapp.h" #include "edit_bias.h" #include "api_render.h" #include "render/vr.h" #include "render/fx/bloom.h" #include "network/net_demo.h" #include "filesys/fs_util.h" #include "world/linesighttest.h" #include "world/thinkers.h" #include "world/p_object.h" #include "world/p_players.h" #include "BspLeaf" #include "SectorCluster" #include "Surface" #include "Contact" #include #include using namespace de; #ifdef LIBDENG_CAMERA_MOVEMENT_ANALYSIS float devCameraMovementStartTime = 0; // sysTime float devCameraMovementStartTimeRealSecs = 0; #endif D_CMD(ViewGrid); dd_bool firstFrameAfterLoad; static int loadInStartupMode = false; static int rendCameraSmooth = true; // Smoothed by default. static byte showFrameTimePos = false; static byte showViewAngleDeltas = false; static byte showViewPosDeltas = false; int rendInfoTris = 0; static viewport_t *currentViewport; static coord_t *luminousDist; static byte *luminousClipped; static uint *luminousOrder; static QBitArray bspLeafsVisible; static QBitArray generatorsVisible(Map::MAX_GENERATORS); static viewdata_t viewDataOfConsole[DDMAXPLAYERS]; // Indexed by console number. static int frameCount; // Just for profiling purposes. static int gridCols, gridRows; static viewport_t viewportOfLocalPlayer[DDMAXPLAYERS]; static int resetNextViewer = true; void Viewports_Register() { C_VAR_INT ("con-show-during-setup", &loadInStartupMode, 0, 0, 1); C_VAR_INT ("rend-camera-smooth", &rendCameraSmooth, CVF_HIDE, 0, 1); C_VAR_BYTE("rend-info-deltas-angles", &showViewAngleDeltas, 0, 0, 1); C_VAR_BYTE("rend-info-deltas-pos", &showViewPosDeltas, 0, 0, 1); C_VAR_BYTE("rend-info-frametime", &showFrameTimePos, 0, 0, 1); C_VAR_BYTE("rend-info-rendpolys", &rendInfoRPolys, CVF_NO_ARCHIVE, 0, 1); //C_VAR_INT ("rend-info-tris", &rendInfoTris, 0, 0, 1); // not implemented atm C_CMD("viewgrid", "ii", ViewGrid); } int R_FrameCount() { return frameCount; } void R_ResetFrameCount() { frameCount = 0; } #undef R_SetViewOrigin DENG_EXTERN_C void R_SetViewOrigin(int consoleNum, coord_t const origin[3]) { if(consoleNum < 0 || consoleNum >= DDMAXPLAYERS) return; viewDataOfConsole[consoleNum].latest.origin = Vector3d(origin); } #undef R_SetViewAngle DENG_EXTERN_C void R_SetViewAngle(int consoleNum, angle_t angle) { if(consoleNum < 0 || consoleNum >= DDMAXPLAYERS) return; viewDataOfConsole[consoleNum].latest.setAngle(angle); } #undef R_SetViewPitch DENG_EXTERN_C void R_SetViewPitch(int consoleNum, float pitch) { if(consoleNum < 0 || consoleNum >= DDMAXPLAYERS) return; viewDataOfConsole[consoleNum].latest.pitch = pitch; } void R_SetupDefaultViewWindow(int consoleNum) { viewdata_t *vd = &viewDataOfConsole[consoleNum]; if(consoleNum < 0 || consoleNum >= DDMAXPLAYERS) return; vd->window = vd->windowOld = vd->windowTarget = Rectanglei::fromSize(Vector2i(0, 0), Vector2ui(DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT)); vd->windowInter = 1; } void R_ViewWindowTicker(int consoleNum, timespan_t ticLength) { viewdata_t *vd = &viewDataOfConsole[consoleNum]; if(consoleNum < 0 || consoleNum >= DDMAXPLAYERS) { return; } vd->windowInter += float(.4 * ticLength * TICRATE); if(vd->windowInter >= 1) { vd->window = vd->windowTarget; } else { vd->window.moveTopLeft(Vector2i(de::roundf(de::lerp(vd->windowOld.topLeft.x, vd->windowTarget.topLeft.x, vd->windowInter)), de::roundf(de::lerp(vd->windowOld.topLeft.y, vd->windowTarget.topLeft.y, vd->windowInter)))); vd->window.setSize(Vector2ui(de::roundf(de::lerp(vd->windowOld.width(), vd->windowTarget.width(), vd->windowInter)), de::roundf(de::lerp(vd->windowOld.height(), vd->windowTarget.height(), vd->windowInter)))); } } #undef R_ViewWindowGeometry DENG_EXTERN_C int R_ViewWindowGeometry(int player, RectRaw *geometry) { if(!geometry) return false; if(player < 0 || player >= DDMAXPLAYERS) return false; viewdata_t const &vd = viewDataOfConsole[player]; geometry->origin.x = vd.window.topLeft.x; geometry->origin.y = vd.window.topLeft.y; geometry->size.width = vd.window.width(); geometry->size.height = vd.window.height(); return true; } #undef R_ViewWindowOrigin DENG_EXTERN_C int R_ViewWindowOrigin(int player, Point2Raw *origin) { if(!origin) return false; if(player < 0 || player >= DDMAXPLAYERS) return false; viewdata_t const &vd = viewDataOfConsole[player]; origin->x = vd.window.topLeft.x; origin->y = vd.window.topLeft.y; return true; } #undef R_ViewWindowSize DENG_EXTERN_C int R_ViewWindowSize(int player, Size2Raw *size) { if(!size) return false; if(player < 0 || player >= DDMAXPLAYERS) return false; viewdata_t const &vd = viewDataOfConsole[player]; size->width = vd.window.width(); size->height = vd.window.height(); return true; } /** * @note Do not change values used during refresh here because we might be * partway through rendering a frame. Changes should take effect on next * refresh only. */ #undef R_SetViewWindowGeometry DENG_EXTERN_C void R_SetViewWindowGeometry(int player, RectRaw const *geometry, dd_bool interpolate) { int p = P_ConsoleToLocal(player); if(p < 0) return; viewport_t const *vp = &viewportOfLocalPlayer[p]; viewdata_t *vd = &viewDataOfConsole[player]; Rectanglei newGeom = Rectanglei::fromSize(Vector2i(de::clamp(0, geometry->origin.x, vp->geometry.width()), de::clamp(0, geometry->origin.y, vp->geometry.height())), Vector2ui(de::abs(geometry->size.width), de::abs(geometry->size.height))); if((unsigned) newGeom.bottomRight.x > vp->geometry.width()) { newGeom.setWidth(vp->geometry.width() - newGeom.topLeft.x); } if((unsigned) newGeom.bottomRight.y > vp->geometry.height()) { newGeom.setHeight(vp->geometry.height() - newGeom.topLeft.y); } // Already at this target? if(vd->window == newGeom) { return; } // Record the new target. vd->windowTarget = newGeom; // Restart or advance the interpolation timer? // If dimensions have not yet been set - do not interpolate. if(interpolate && vd->window.size() != Vector2ui(0, 0)) { vd->windowOld = vd->window; vd->windowInter = 0; } else { vd->windowOld = vd->windowTarget; vd->windowInter = 1; // Update on next frame. } } #undef R_ViewPortGeometry DENG_EXTERN_C int R_ViewPortGeometry(int player, RectRaw *geometry) { if(!geometry) return false; int p = P_ConsoleToLocal(player); if(p == -1) return false; viewport_t const &vp = viewportOfLocalPlayer[p]; geometry->origin.x = vp.geometry.topLeft.x; geometry->origin.y = vp.geometry.topLeft.y; geometry->size.width = vp.geometry.width(); geometry->size.height = vp.geometry.height(); return true; } #undef R_ViewPortOrigin DENG_EXTERN_C int R_ViewPortOrigin(int player, Point2Raw *origin) { if(!origin) return false; int p = P_ConsoleToLocal(player); if(p == -1) return false; viewport_t const &vp = viewportOfLocalPlayer[p]; origin->x = vp.geometry.topLeft.x; origin->y = vp.geometry.topLeft.y; return true; } #undef R_ViewPortSize DENG_EXTERN_C int R_ViewPortSize(int player, Size2Raw *size) { if(!size) return false; int p = P_ConsoleToLocal(player); if(p == -1) return false; viewport_t const &vp = viewportOfLocalPlayer[p]; size->width = vp.geometry.width(); size->height = vp.geometry.height(); return true; } #undef R_SetViewPortPlayer DENG_EXTERN_C void R_SetViewPortPlayer(int consoleNum, int viewPlayer) { int p = P_ConsoleToLocal(consoleNum); if(p != -1) { viewportOfLocalPlayer[p].console = viewPlayer; } } /** * Calculate the placement and dimensions of a specific viewport. * Assumes that the grid has already been configured. */ void R_UpdateViewPortGeometry(viewport_t *port, int col, int row) { DENG2_ASSERT(port != 0); Rectanglei newGeom = Rectanglei(Vector2i(DENG_GAMEVIEW_X + col * DENG_GAMEVIEW_WIDTH / gridCols, DENG_GAMEVIEW_Y + row * DENG_GAMEVIEW_HEIGHT / gridRows), Vector2i(DENG_GAMEVIEW_X + (col+1) * DENG_GAMEVIEW_WIDTH / gridCols, DENG_GAMEVIEW_Y + (row+1) * DENG_GAMEVIEW_HEIGHT / gridRows)); ddhook_viewport_reshape_t p; if(port->geometry == newGeom) return; bool doReshape = false; if(port->console != -1 && Plug_CheckForHook(HOOK_VIEWPORT_RESHAPE)) { p.oldGeometry.origin.x = port->geometry.topLeft.x; p.oldGeometry.origin.y = port->geometry.topLeft.y; p.oldGeometry.size.width = port->geometry.width(); p.oldGeometry.size.height = port->geometry.height(); doReshape = true; } port->geometry = newGeom; if(doReshape) { p.geometry.origin.x = port->geometry.topLeft.x; p.geometry.origin.y = port->geometry.topLeft.y; p.geometry.size.width = port->geometry.width(); p.geometry.size.height = port->geometry.height(); DD_CallHooks(HOOK_VIEWPORT_RESHAPE, port->console, (void*)&p); } } bool R_SetViewGrid(int numCols, int numRows) { // LensFx needs to reallocate resources only for the consoles in use. LensFx_GLRelease(); if(numCols > 0 && numRows > 0) { if(numCols * numRows > DDMAXPLAYERS) { return false; } if(numCols > DDMAXPLAYERS) numCols = DDMAXPLAYERS; if(numRows > DDMAXPLAYERS) numRows = DDMAXPLAYERS; gridCols = numCols; gridRows = numRows; } int p = 0; for(int y = 0; y < gridRows; ++y) for(int x = 0; x < gridCols; ++x) { // The console number is -1 if the viewport belongs to no one. viewport_t *vp = viewportOfLocalPlayer + p; int const console = P_LocalToConsole(p); if(console != -1) { vp->console = clients[console].viewConsole; } else { vp->console = -1; } R_UpdateViewPortGeometry(vp, x, y); ++p; } return true; } void R_ResetViewer() { resetNextViewer = 1; } int R_NextViewer() { return resetNextViewer; } viewdata_t const *R_ViewData(int consoleNum) { DENG2_ASSERT(consoleNum >= 0 && consoleNum < DDMAXPLAYERS); return &viewDataOfConsole[consoleNum]; } /** * The components whose difference is too large for interpolation will be * snapped to the sharp values. */ void R_CheckViewerLimits(viewer_t *src, viewer_t *dst) { int const MAXMOVE = 32; /// @todo Remove this snapping. The game should determine this and disable the /// the interpolation as required. if(fabs(dst->origin.x - src->origin.x) > MAXMOVE || fabs(dst->origin.y - src->origin.y) > MAXMOVE) { src->origin = dst->origin; } /* if(abs(int(dst->angle) - int(src->angle)) >= ANGLE_45) { LOG_DEBUG("R_CheckViewerLimits: Snap camera angle to %08x.") << dst->angle; src->angle = dst->angle; } */ } /** * Retrieve the current sharp camera position. */ viewer_t R_SharpViewer(player_t &player) { DENG2_ASSERT(player.shared.mo != 0); ddplayer_t const &ddpl = player.shared; viewer_t view(viewDataOfConsole[&player - ddPlayers].latest); if((ddpl.flags & DDPF_CHASECAM) && !(ddpl.flags & DDPF_CAMERA)) { /* STUB * This needs to be fleshed out with a proper third person * camera control setup. Currently we simply project the viewer's * position a set distance behind the ddpl. */ float const distance = 90; uint angle = view.angle() >> ANGLETOFINESHIFT; uint pitch = angle_t(LOOKDIR2DEG(view.pitch) / 360 * ANGLE_MAX) >> ANGLETOFINESHIFT; view.origin -= Vector3d(FIX2FLT(fineCosine[angle]), FIX2FLT(finesine[angle]), FIX2FLT(finesine[pitch])) * distance; } // Check that the viewZ doesn't go too high or low. // Cameras are not restricted. if(!(ddpl.flags & DDPF_CAMERA)) { if(view.origin.z > ddpl.mo->ceilingZ - 4) { view.origin.z = ddpl.mo->ceilingZ - 4; } if(view.origin.z < ddpl.mo->floorZ + 4) { view.origin.z = ddpl.mo->floorZ + 4; } } return view; } void R_NewSharpWorld() { if(resetNextViewer) { resetNextViewer = 2; } for(int i = 0; i < DDMAXPLAYERS; ++i) { viewdata_t *vd = &viewDataOfConsole[i]; player_t *plr = &ddPlayers[i]; if(/*(plr->shared.flags & DDPF_LOCAL) &&*/ (!plr->shared.inGame || !plr->shared.mo)) { continue; } viewer_t sharpView = R_SharpViewer(*plr); // The game tic has changed, which means we have an updated sharp // camera position. However, the position is at the beginning of // the tic and we are most likely not at a sharp tic boundary, in // time. We will move the viewer positions one step back in the // buffer. The effect of this is that [0] is the previous sharp // position and [1] is the current one. vd->lastSharp[0] = vd->lastSharp[1]; vd->lastSharp[1] = sharpView; R_CheckViewerLimits(vd->lastSharp, &sharpView); } if(ClientApp::worldSystem().hasMap()) { Map &map = ClientApp::worldSystem().map(); map.updateTrackedPlanes(); map.updateScrollingSurfaces(); } } void R_UpdateViewer(int consoleNum) { DENG_ASSERT(consoleNum >= 0 && consoleNum < DDMAXPLAYERS); int const VIEWPOS_MAX_SMOOTHDISTANCE = 172; viewdata_t *vd = viewDataOfConsole + consoleNum; player_t *player = ddPlayers + consoleNum; if(!player->shared.inGame) return; if(!player->shared.mo) return; viewer_t sharpView = R_SharpViewer(*player); if(resetNextViewer || (sharpView.origin - vd->current.origin).length() > VIEWPOS_MAX_SMOOTHDISTANCE) { // Keep reseting until a new sharp world has arrived. if(resetNextViewer > 1) { resetNextViewer = 0; } // Just view from the sharp position. vd->current = sharpView; vd->lastSharp[0] = vd->lastSharp[1] = sharpView; } // While the game is paused there is no need to calculate any // time offsets or interpolated camera positions. else //if(!clientPaused) { // Calculate the smoothed camera position, which is somewhere between // the previous and current sharp positions. This introduces a slight // delay (max. 1/35 sec) to the movement of the smoothed camera. viewer_t smoothView = vd->lastSharp[0].lerp(vd->lastSharp[1], frameTimePos); // Use the latest view angles known to us if the interpolation flags // are not set. The interpolation flags are used when the view angles // are updated during the sharp tics and need to be smoothed out here. // For example, view locking (dead or camera setlock). /*if(!(player->shared.flags & DDPF_INTERYAW)) smoothView.angle = sharpView.angle;*/ /*if(!(player->shared.flags & DDPF_INTERPITCH)) smoothView.pitch = sharpView.pitch;*/ vd->current = smoothView; // Monitor smoothness of yaw/pitch changes. if(showViewAngleDeltas) { struct OldAngle { double time; float yaw, pitch; }; static OldAngle oldAngle[DDMAXPLAYERS]; OldAngle *old = &oldAngle[viewPlayer - ddPlayers]; float yaw = (double)smoothView.angle() / ANGLE_MAX * 360; LOGDEV_MSG("(%i) F=%.3f dt=%-10.3f dx=%-10.3f dy=%-10.3f " "Rdx=%-10.3f Rdy=%-10.3f") << SECONDS_TO_TICKS(gameTime) << frameTimePos << sysTime - old->time << yaw - old->yaw << smoothView.pitch - old->pitch << (yaw - old->yaw) / (sysTime - old->time) << (smoothView.pitch - old->pitch) / (sysTime - old->time); old->yaw = yaw; old->pitch = smoothView.pitch; old->time = sysTime; } // The Rdx and Rdy should stay constant when moving. if(showViewPosDeltas) { struct OldPos { double time; Vector3f pos; }; static OldPos oldPos[DDMAXPLAYERS]; OldPos *old = &oldPos[viewPlayer - ddPlayers]; LOGDEV_MSG("(%i) F=%.3f dt=%-10.3f dx=%-10.3f dy=%-10.3f dz=%-10.3f dx/dt=%-10.3f dy/dt=%-10.3f") << SECONDS_TO_TICKS(gameTime) << frameTimePos << sysTime - old->time << smoothView.origin.x - old->pos.x << smoothView.origin.y - old->pos.y << smoothView.origin.z - old->pos.z << (smoothView.origin.x - old->pos.x) / (sysTime - old->time) << (smoothView.origin.y - old->pos.y) / (sysTime - old->time); old->pos = smoothView.origin; old->time = sysTime; } } // Update viewer. angle_t const viewYaw = vd->current.angle(); uint const an = viewYaw >> ANGLETOFINESHIFT; vd->viewSin = FIX2FLT(finesine[an]); vd->viewCos = FIX2FLT(fineCosine[an]); // Calculate the front, up and side unit vectors. float const yawRad = ((viewYaw / (float) ANGLE_MAX) *2) * PI; float const pitchRad = vd->current.pitch * 85 / 110.f / 180 * PI; // The front vector. vd->frontVec.x = cos(yawRad) * cos(pitchRad); vd->frontVec.z = sin(yawRad) * cos(pitchRad); vd->frontVec.y = sin(pitchRad); // The up vector. vd->upVec.x = -cos(yawRad) * sin(pitchRad); vd->upVec.z = -sin(yawRad) * sin(pitchRad); vd->upVec.y = cos(pitchRad); // The side vector is the cross product of the front and up vectors. vd->sideVec = vd->frontVec.cross(vd->upVec); } /** * Prepare rendering the view of the given player. */ void R_SetupFrame(player_t *player) { #define MINEXTRALIGHTFRAMES 2 // This is now the current view player. viewPlayer = player; // Reset the GL triangle counter. //polyCounter = 0; if(showFrameTimePos) { LOGDEV_VERBOSE("frametime = %f") << frameTimePos; } // Handle extralight (used to light up the world momentarily (used for // e.g. gun flashes). We want to avoid flickering, so when ever it is // enabled; make it last for a few frames. if(player->targetExtraLight != player->shared.extraLight) { player->targetExtraLight = player->shared.extraLight; player->extraLightCounter = MINEXTRALIGHTFRAMES; } if(player->extraLightCounter > 0) { player->extraLightCounter--; if(player->extraLightCounter == 0) player->extraLight = player->targetExtraLight; } // Why? validCount++; extraLight = player->extraLight; extraLightDelta = extraLight / 16.0f; if(!freezeRLs) { R_ClearVisSprites(); } #undef MINEXTRALIGHTFRAMES } void R_RenderPlayerViewBorder() { R_DrawViewBorder(); } void R_UseViewPort(viewport_t const *vp) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(!vp) { currentViewport = 0; ClientWindow::main().game().glApplyViewport( Rectanglei::fromSize(Vector2i(DENG_GAMEVIEW_X, DENG_GAMEVIEW_Y), Vector2ui(DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT))); } else { currentViewport = const_cast(vp); ClientWindow::main().game().glApplyViewport(vp->geometry); } } viewport_t const *R_CurrentViewPort() { return currentViewport; } void R_RenderBlankView() { UI_DrawDDBackground(Point2Raw(0, 0), Size2Raw(320, 200), 1); } void R_SetupPlayerSprites() { psp3d = false; // Cameramen have no psprites. ddplayer_t *ddpl = &viewPlayer->shared; if((ddpl->flags & DDPF_CAMERA) || (ddpl->flags & DDPF_CHASECAM)) return; if(!ddpl->mo) return; mobj_t *mo = ddpl->mo; if(!Mobj_HasCluster(*mo)) return; SectorCluster &cluster = Mobj_Cluster(*mo); // Determine if we should be drawing all the psprites full bright? dd_bool isFullBright = (levelFullBright != 0); if(!isFullBright) { ddpsprite_t *psp = ddpl->pSprites; for(int i = 0; i < DDMAXPSPRITES; ++i, psp++) { if(!psp->statePtr) continue; // If one of the psprites is fullbright, both are. if(psp->statePtr->flags & STF_FULLBRIGHT) isFullBright = true; } } viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); ddpsprite_t *psp = ddpl->pSprites; for(int i = 0; i < DDMAXPSPRITES; ++i, psp++) { vispsprite_t *spr = &visPSprites[i]; spr->type = VPSPR_SPRITE; spr->psp = psp; if(!psp->statePtr) continue; // First, determine whether this is a model or a sprite. bool isModel = false; ModelDef *mf = 0, *nextmf = 0; float inter = 0; if(useModels) { // Is there a model for this frame? mobj_t dummy; // Setup a dummy for the call to R_CheckModelFor. dummy.state = psp->statePtr; dummy.tics = psp->tics; mf = Mobj_ModelDef(dummy, &nextmf, &inter); if(mf) isModel = true; } if(isModel) { // Yes, draw a 3D model (in Rend_Draw3DPlayerSprites). // There are 3D psprites. psp3d = true; spr->type = VPSPR_MODEL; spr->data.model.bspLeaf = &Mobj_BspLeafAtOrigin(*mo); spr->data.model.flags = 0; // 32 is the raised weapon height. spr->data.model.gzt = viewData->current.origin.z; spr->data.model.secFloor = cluster.visFloor().heightSmoothed(); spr->data.model.secCeil = cluster.visCeiling().heightSmoothed(); spr->data.model.pClass = 0; spr->data.model.floorClip = 0; spr->data.model.mf = mf; spr->data.model.nextMF = nextmf; spr->data.model.inter = inter; spr->data.model.viewAligned = true; spr->origin[VX] = viewData->current.origin.x; spr->origin[VY] = viewData->current.origin.y; spr->origin[VZ] = viewData->current.origin.z; // Offsets to rotation angles. spr->data.model.yawAngleOffset = psp->pos[VX] * weaponOffsetScale - 90; spr->data.model.pitchAngleOffset = (32 - psp->pos[VY]) * weaponOffsetScale * weaponOffsetScaleY / 1000.0f; // Is the FOV shift in effect? if(weaponFOVShift > 0 && Rend_FieldOfView() > 90) spr->data.model.pitchAngleOffset -= weaponFOVShift * (Rend_FieldOfView() - 90) / 90; // Real rotation angles. spr->data.model.yaw = viewData->current.angle() / (float) ANGLE_MAX *-360 + spr->data.model.yawAngleOffset + 90; spr->data.model.pitch = viewData->current.pitch * 85 / 110 + spr->data.model.yawAngleOffset; memset(spr->data.model.visOff, 0, sizeof(spr->data.model.visOff)); spr->data.model.alpha = psp->alpha; spr->data.model.stateFullBright = (psp->flags & DDPSPF_FULLBRIGHT)!=0; } else { // No, draw a 2D sprite (in Rend_DrawPlayerSprites). spr->type = VPSPR_SPRITE; // Adjust the center slightly so an angle can be calculated. spr->origin[VX] = viewData->current.origin.x; spr->origin[VY] = viewData->current.origin.y; spr->origin[VZ] = viewData->current.origin.z; spr->data.sprite.bspLeaf = &Mobj_BspLeafAtOrigin(*mo); spr->data.sprite.alpha = psp->alpha; spr->data.sprite.isFullBright = (psp->flags & DDPSPF_FULLBRIGHT)!=0; } } } #undef R_RenderPlayerView DENG_EXTERN_C void R_RenderPlayerView(int num) { if(num < 0 || num >= DDMAXPLAYERS) return; // Huh? player_t *player = &ddPlayers[num]; if(!player->shared.inGame) return; if(!player->shared.mo) return; if(firstFrameAfterLoad) { // Don't let the clock run yet. There may be some texture // loading still left to do that we have been unable to // predetermine. firstFrameAfterLoad = false; DD_ResetTimer(); } // Too early? Game has not configured the view window? viewdata_t *vd = &viewDataOfConsole[num]; if(vd->window.isNull()) return; // Setup for rendering the frame. R_SetupFrame(player); vrCfg().setEyeHeightInMapUnits(Con_GetInteger("player-eyeheight")); // Latest possible time to check the real head angles. After this we'll be // using the provided values. vrCfg().oculusRift().update(); R_SetupPlayerSprites(); // Hide the viewPlayer's mobj? int oldFlags = 0; if(!(player->shared.flags & DDPF_CHASECAM)) { oldFlags = player->shared.mo->ddFlags; player->shared.mo->ddFlags |= DDMF_DONTDRAW; } // Go to wireframe mode? if(renderWireframe) { glPolygonMode(GL_FRONT_AND_BACK, GL_LINE); } // GL is in 3D transformation state only during the frame. GL_SwitchTo3DState(true, currentViewport, vd); if(ClientApp::worldSystem().hasMap()) { Rend_RenderMap(ClientApp::worldSystem().map()); } // Orthogonal projection to the view window. GL_Restore2DState(1, currentViewport, vd); // Don't render in wireframe mode with 2D psprites. if(renderWireframe) { glPolygonMode(GL_FRONT_AND_BACK, GL_FILL); } Rend_Draw2DPlayerSprites(); // If the 2D versions are needed. if(renderWireframe) { glPolygonMode(GL_FRONT_AND_BACK, GL_LINE); } // Do we need to render any 3D psprites? if(psp3d) { GL_SwitchTo3DState(false, currentViewport, vd); Rend_Draw3DPlayerSprites(); } // Restore fullscreen viewport, original matrices and state: back to normal 2D. GL_Restore2DState(2, currentViewport, vd); // Back from wireframe mode? if(renderWireframe) { glPolygonMode(GL_FRONT_AND_BACK, GL_FILL); } // Now we can show the viewPlayer's mobj again. if(!(player->shared.flags & DDPF_CHASECAM)) { player->shared.mo->ddFlags = oldFlags; } R_PrintRendPoolInfo(); #ifdef LIBDENG_CAMERA_MOVEMENT_ANALYSIS { static float prevPos[3] = { 0, 0, 0 }; static float prevSpeed = 0; static float prevTime; float delta[2] = { vd->current.pos[VX] - prevPos[VX], vd->current.pos[VY] - prevPos[VY] }; float speed = V2f_Length(delta); float time = sysTime - devCameraMovementStartTime; float elapsed = time - prevTime; LOGDEV_MSG("%f,%f,%f,%f,%f") << Sys_GetRealSeconds() - devCameraMovementStartTimeRealSecs << time << elapsed << speed/elapsed << speed/elapsed - prevSpeed; V3f_Copy(prevPos, vd->current.pos); prevSpeed = speed/elapsed; prevTime = time; } #endif } /** * Should be called when returning from a game-side drawing method to ensure * that our assumptions of the GL state are valid. This is necessary because * DGL affords the user the posibility of modifiying the GL state. * * @todo: A cleaner approach would be a DGL state stack which could simply pop. */ static void restoreDefaultGLState() { // Here we use the DGL methods as this ensures it's state is kept in sync. DGL_Disable(DGL_FOG); DGL_Disable(DGL_SCISSOR_TEST); DGL_Disable(DGL_TEXTURE_2D); DGL_Enable(DGL_LINE_SMOOTH); DGL_Enable(DGL_POINT_SMOOTH); } static void clearViewPorts() { GLbitfield bits = GL_DEPTH_BUFFER_BIT; if(fx::Bloom::isEnabled() || (UI_PageCount() > 0 && !FI_IsStretchedToView())) { /* * Parts of the previous frame might leak in the bloom unless we clear the color * buffer. Not doing this would result in very bright HOMs in map holes and game * UI elements glowing in the frame (UI elements are normally on a separate layer * and should not affect bloom). */ bits |= GL_COLOR_BUFFER_BIT; } if(!devRendSkyMode) bits |= GL_STENCIL_BUFFER_BIT; if(freezeRLs) { bits |= GL_COLOR_BUFFER_BIT; } else { for(int i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; if(!plr->shared.inGame || !(plr->shared.flags & DDPF_LOCAL)) continue; if(P_IsInVoid(plr)) { bits |= GL_COLOR_BUFFER_BIT; break; } } } DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // This is all the clearing we'll do. glClear(bits); } void R_RenderViewPorts(ViewPortLayer layer) { int oldDisplay = displayPlayer; // First clear the viewport. if(layer == Player3DViewLayer) { clearViewPorts(); } // Draw a view for all players with a visible viewport. for(int p = 0, y = 0; y < gridRows; ++y) { for(int x = 0; x < gridCols; x++, ++p) { viewport_t const *vp = &viewportOfLocalPlayer[p]; displayPlayer = vp->console; R_UseViewPort(vp); if(displayPlayer < 0 || (ddPlayers[displayPlayer].shared.flags & DDPF_UNDEFINED_ORIGIN)) { if(layer == Player3DViewLayer) { R_RenderBlankView(); } continue; } glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); /** * Use an orthographic projection in real pixel dimensions. */ glOrtho(0, vp->geometry.width(), vp->geometry.height(), 0, -1, 1); viewdata_t const *vd = &viewDataOfConsole[vp->console]; RectRaw vpGeometry(vp->geometry.topLeft.x, vp->geometry.topLeft.y, vp->geometry.width(), vp->geometry.height()); RectRaw vdWindow(vd->window.topLeft.x, vd->window.topLeft.y, vd->window.width(), vd->window.height()); switch(layer) { case Player3DViewLayer: R_UpdateViewer(vp->console); LensFx_BeginFrame(vp->console); gx.DrawViewPort(p, &vpGeometry, &vdWindow, displayPlayer, 0/*layer #0*/); LensFx_EndFrame(); break; case ViewBorderLayer: R_RenderPlayerViewBorder(); break; case HUDLayer: gx.DrawViewPort(p, &vpGeometry, &vdWindow, displayPlayer, 1/*layer #1*/); break; } restoreDefaultGLState(); glMatrixMode(GL_PROJECTION); glPopMatrix(); } } if(layer == Player3DViewLayer) { // Increment the internal frame count. This does not // affect the window's FPS counter. frameCount++; // Keep reseting until a new sharp world has arrived. if(resetNextViewer > 1) resetNextViewer = 0; } // Restore things back to normal. displayPlayer = oldDisplay; R_UseViewPort(NULL); } void R_ClearViewData() { M_Free(luminousDist); luminousDist = 0; M_Free(luminousClipped); luminousClipped = 0; M_Free(luminousOrder); luminousOrder = 0; } bool R_ViewerBspLeafIsVisible(BspLeaf const &bspLeaf) { DENG2_ASSERT(bspLeaf.indexInMap() != MapElement::NoIndex); return bspLeafsVisible.testBit(bspLeaf.indexInMap()); } void R_ViewerBspLeafMarkVisible(BspLeaf const &bspLeaf, bool yes) { DENG2_ASSERT(bspLeaf.indexInMap() != MapElement::NoIndex); bspLeafsVisible.setBit(bspLeaf.indexInMap(), yes); } bool R_ViewerGeneratorIsVisible(Generator const &generator) { return generatorsVisible.testBit(generator.id() - 1 /* id is 1-based index */); } void R_ViewerGeneratorMarkVisible(Generator const &generator, bool yes) { generatorsVisible.setBit(generator.id() - 1 /* id is 1-based index */, yes); } double R_ViewerLumobjDistance(int idx) { /// @todo Do not assume the current map. if(idx >= 0 && idx < ClientApp::worldSystem().map().lumobjCount()) { return luminousDist[idx]; } return 0; } bool R_ViewerLumobjIsClipped(int idx) { // If we are not yet prepared for this, just say everything is clipped. if(!luminousClipped) return true; /// @todo Do not assume the current map. if(idx >= 0 && idx < ClientApp::worldSystem().map().lumobjCount()) { return CPP_BOOL(luminousClipped[idx]); } return false; } bool R_ViewerLumobjIsHidden(int idx) { // If we are not yet prepared for this, just say everything is hidden. if(!luminousClipped) return true; /// @todo Do not assume the current map. if(idx >= 0 && idx < ClientApp::worldSystem().map().lumobjCount()) { return luminousClipped[idx] == 2; } return false; } /// Used to sort lumobjs by distance from viewpoint. static int lumobjSorter(void const *e1, void const *e2) { coord_t a = luminousDist[*(uint const *) e1]; coord_t b = luminousDist[*(uint const *) e2]; if(a > b) return 1; if(a < b) return -1; return 0; } void R_BeginFrame() { /* * Clear the projected texture lists. This is done here as the projections * are sensitive to distance from the viewer. */ Rend_ProjectorReset(); Map &map = ClientApp::worldSystem().map(); bspLeafsVisible.resize(map.bspLeafCount()); bspLeafsVisible.fill(false); // Clear all generator visibility flags. generatorsVisible.fill(false); int numLuminous = map.lumobjCount(); if(!(numLuminous > 0)) return; // Resize the associated buffers used for per-frame stuff. int maxLuminous = numLuminous; luminousDist = (coord_t *) M_Realloc(luminousDist, sizeof(*luminousDist) * maxLuminous); luminousClipped = (byte *) M_Realloc(luminousClipped, sizeof(*luminousClipped) * maxLuminous); luminousOrder = (uint *) M_Realloc(luminousOrder, sizeof(*luminousOrder) * maxLuminous); // Update viewer => lumobj distances ready for linking and sorting. viewdata_t const *viewData = R_ViewData(viewPlayer - ddPlayers); foreach(Lumobj *lum, map.lumobjs()) { // Approximate the distance in 3D. Vector3d delta = lum->origin() - viewData->current.origin; luminousDist[lum->indexInMap()] = M_ApproxDistance3(delta.x, delta.y, delta.z * 1.2 /*correct aspect*/); } if(rendMaxLumobjs > 0 && numLuminous > rendMaxLumobjs) { // Sort lumobjs by distance from the viewer. Then clip all lumobjs // so that only the closest are visible (max loMaxLumobjs). // Init the lumobj indices, sort array. for(int i = 0; i < numLuminous; ++i) { luminousOrder[i] = i; } qsort(luminousOrder, numLuminous, sizeof(uint), lumobjSorter); // Mark all as hidden. std::memset(luminousClipped, 2, numLuminous * sizeof(*luminousClipped)); int n = 0; for(int i = 0; i < numLuminous; ++i) { if(n++ > rendMaxLumobjs) break; // Unhide this lumobj. luminousClipped[luminousOrder[i]] = 1; } } else { // Mark all as clipped. std::memset(luminousClipped, 1, numLuminous * sizeof(*luminousClipped)); } } void R_ViewerClipLumobj(Lumobj *lum) { if(!lum) return; // Has this already been occluded? int lumIdx = lum->indexInMap(); if(luminousClipped[lumIdx] > 1) return; luminousClipped[lumIdx] = 0; /// @todo Determine the exact centerpoint of the light in addLuminous! Vector3d origin = lum->origin(); origin.z += lum->zOffset(); if(!(devNoCulling || P_IsInVoid(&ddPlayers[displayPlayer]))) { if(!C_IsPointVisible(origin)) { luminousClipped[lumIdx] = 1; // Won't have a halo. } } else { luminousClipped[lumIdx] = 1; Vector3d const eye = vOrigin.xzy(); if(LineSightTest(eye, origin, -1, 1, LS_PASSLEFT | LS_PASSOVER | LS_PASSUNDER) .trace(lum->map().bspRoot())) { luminousClipped[lumIdx] = 0; // Will have a halo. } } } void R_ViewerClipLumobjBySight(Lumobj *lum, BspLeaf *bspLeaf) { if(!lum || !bspLeaf) return; // Already clipped? int lumIdx = lum->indexInMap(); if(luminousClipped[lumIdx]) return; // We need to figure out if any of the polyobj's segments lies // between the viewpoint and the lumobj. Vector3d const eye = vOrigin.xzy(); foreach(Polyobj *po, bspLeaf->polyobjs()) foreach(HEdge *hedge, po->mesh().hedges()) { // Is this on the back of a one-sided line? if(!hedge->hasMapElement()) continue; // Ignore half-edges facing the wrong way. if(hedge->mapElementAs().isFrontFacing()) { coord_t eyeV1[2] = { eye.x, eye.y }; coord_t lumOriginV1[2] = { lum->origin().x, lum->origin().y }; coord_t fromV1[2] = { hedge->origin().x, hedge->origin().y }; coord_t toV1[2] = { hedge->twin().origin().x, hedge->twin().origin().y }; if(V2d_Intercept2(lumOriginV1, eyeV1, fromV1, toV1, 0, 0, 0)) { luminousClipped[lumIdx] = 1; break; } } } } D_CMD(ViewGrid) { DENG2_UNUSED2(src, argc); // Recalculate viewports. return R_SetViewGrid(String(argv[1]).toInt(), String(argv[2]).toInt()); } angle_t viewer_t::angle() const { angle_t a = _angle; if(DD_GetInteger(DD_USING_HEAD_TRACKING)) { // Apply the actual, current yaw offset. The game has omitted the "body yaw" // portion from the value already. a += (fixed_t)(radianToDegree(vrCfg().oculusRift().headOrientation()[2]) / 180 * ANGLE_180); } return a; } doomsday-1.14.5/doomsday/client/src/render/huecirclevisual.cpp0000664000175000017500000000711712350542237023754 0ustar jaakkojaakko/** @file huecirclevisual.cpp HueCircle visualizer. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include // M_HSVToRGB(), remove me (use QColor) #include "de_base.h" #include "de_graphics.h" #include "HueCircle" #include "render/huecirclevisual.h" using namespace de; void HueCircleVisual::draw(HueCircle &hueCircle, Vector3d const &viewOrigin, Vector3f const &viewFrontVec) // static { float const steps = 32; float const inner = 10; float const outer = 30; // Determine the origin of the circle in the map coordinate space. Vector3d center = hueCircle.origin(viewOrigin); // Draw the circle. glBegin(GL_QUAD_STRIP); for(int i = 0; i <= steps; ++i) { Vector3f off = hueCircle.offset(float(2 * de::PI) * i/steps); // Determine the RGB color for this angle. float color[3]; M_HSVToRGB(color, i/steps, 1, 1); glColor4f(color[0], color[1], color[2], .5f); glVertex3f(center.x + outer * off.x, center.y + outer * off.y, center.z + outer * off.z); // Saturation decreases toward the center. glColor4f(1, 1, 1, .15f); glVertex3f(center.x + inner * off.x, center.y + inner * off.y, center.z + inner * off.z); } glEnd(); // Draw the current hue. float hue, saturation; Vector3f sel = hueCircle.colorAt(viewFrontVec, &hue, &saturation); Vector3f off = hueCircle.offset(float(2 * de::PI) * hue); glBegin(GL_LINES); if(saturation > 0) { glColor4f(sel.x, sel.y, sel.z, 1.f); glVertex3f(center.x + outer * off.x, center.y + outer * off.y, center.z + outer * off.z); glVertex3f(center.x + inner * off.x, center.y + inner * off.y, center.z + inner * off.z); } // Draw the edges. for(int i = 0; i < steps; ++i) { Vector3f off = hueCircle.offset(float(2 * de::PI) * i/steps); Vector3f off2 = hueCircle.offset(float(2 * de::PI) * (i + 1)/steps); // Determine the RGB color for this angle. float color[3]; M_HSVToRGB(color, i/steps, 1, 1); glColor4f(color[0], color[1], color[2], 1.f); glVertex3f(center.x + outer * off.x, center.y + outer * off.y, center.z + outer * off.z); glVertex3f(center.x + outer * off2.x, center.y + outer * off2.y, center.z + outer * off2.z); // Saturation decreases in the center. float alpha = (de::fequal(saturation, 0)? 0 : 1 - de::abs(M_CycleIntoRange(hue - i/steps + .5f, 1) - .5f) * 2.5f); glColor4f(sel.x, sel.y, sel.z, alpha); float s = inner + (outer - inner) * saturation; glVertex3f(center.x + s * off.x, center.y + s * off.y, center.z + s * off.z); glVertex3f(center.x + s * off2.x, center.y + s * off2.y, center.z + s * off2.z); } glEnd(); } doomsday-1.14.5/doomsday/client/src/render/rend_font.cpp0000664000175000017500000012625312350542237022546 0ustar jaakkojaakko/** @file rend_font.cpp Font Renderer. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include #define DENG_NO_API_MACROS_FONT_RENDER #include "de_base.h" #include "de_console.h" #include "de_graphics.h" #include "de_render.h" #include "de_system.h" #include "de_ui.h" #include "m_misc.h" #include "BitmapFont" #include "CompositeBitmapFont" #include "gl/gl_texmanager.h" #include using namespace de; /** * @ingroup drawTextFlags * @{ */ #define DTF_INTERNAL_MASK 0xff00 #define DTF_NO_CHARACTER 0x8000 /// Only draw text decorations. /**@}*/ typedef struct fr_state_attributes_s { int tracking; float leading; float rgba[4]; int shadowOffsetX, shadowOffsetY; float shadowStrength; float glitterStrength; dd_bool caseScale; } fr_state_attributes_t; // Used with FR_LoadDefaultAttribs static fr_state_attributes_t defaultAttribs = { FR_DEF_ATTRIB_TRACKING, FR_DEF_ATTRIB_LEADING, { FR_DEF_ATTRIB_COLOR_RED, FR_DEF_ATTRIB_COLOR_GREEN, FR_DEF_ATTRIB_COLOR_BLUE, FR_DEF_ATTRIB_ALPHA }, FR_DEF_ATTRIB_SHADOW_XOFFSET, FR_DEF_ATTRIB_SHADOW_YOFFSET, FR_DEF_ATTRIB_SHADOW_STRENGTH, FR_DEF_ATTRIB_GLITTER_STRENGTH, FR_DEF_ATTRIB_CASE_SCALE }; typedef struct { fontid_t fontNum; int attribStackDepth; fr_state_attributes_t attribStack[FR_MAX_ATTRIB_STACK_DEPTH]; } fr_state_t; static fr_state_t fr; fr_state_t* frState = &fr; typedef struct { fontid_t fontNum; float scaleX, scaleY; float offX, offY; float angle; float rgba[4]; float glitterStrength, shadowStrength; int shadowOffsetX, shadowOffsetY; int tracking; float leading; int lastLineHeight; dd_bool typeIn; dd_bool caseScale; struct { float scale, offset; } caseMod[2]; // 1=upper, 0=lower } drawtextstate_t; static void drawChar(uchar ch, float posX, float posY, AbstractFont *font, int alignFlags, short textFlags); static void drawFlash(Point2Raw const *origin, Size2Raw const *size, bool bright); static int inited = false; static char smallTextBuffer[FR_SMALL_TEXT_BUFFER_SIZE+1]; static char *largeTextBuffer = NULL; static size_t largeTextBufferSize = 0; static int typeInTime; static void errorIfNotInited(const char* callerName) { if(inited) return; Con_Error("%s: font renderer module is not presently initialized.", callerName); // Unreachable. Prevents static analysers from getting rather confused, poor things. exit(1); } static int topToAscent(AbstractFont *font) { int lineHeight = font->lineSpacing(); if(lineHeight == 0) return 0; return lineHeight - font->ascent(); } static inline fr_state_attributes_t *currentAttribs(void) { return fr.attribStack + fr.attribStackDepth; } void FR_Shutdown(void) { if(!inited) return; inited = false; } dd_bool FR_Available(void) { return inited; } void FR_Ticker(timespan_t /*ticLength*/) { if(!inited) return; // Restricted to fixed 35 Hz ticks. /// @todo We should not be synced to the games' fixed "sharp" timing. /// This font renderer is used by the engine's UI also. if(!DD_IsSharpTick()) return; // It's too soon. ++typeInTime; } #undef FR_ResetTypeinTimer void FR_ResetTypeinTimer(void) { errorIfNotInited("FR_ResetTypeinTimer"); typeInTime = 0; } #undef FR_SetFont void FR_SetFont(fontid_t num) { errorIfNotInited("FR_SetFont"); if(num != NOFONTID) { try { App_ResourceSystem().toFontManifest(num); fr.fontNum = num; return; } catch(ResourceSystem::UnknownFontIdError const &) {} } else { fr.fontNum = num; } } void FR_SetNoFont(void) { errorIfNotInited("FR_SetNoFont"); fr.fontNum = 0; } #undef FR_Font fontid_t FR_Font(void) { errorIfNotInited("FR_Font"); return fr.fontNum; } #undef FR_LoadDefaultAttrib void FR_LoadDefaultAttrib(void) { errorIfNotInited("FR_LoadDefaultAttrib"); memcpy(currentAttribs(), &defaultAttribs, sizeof(defaultAttribs)); } #undef FR_PushAttrib void FR_PushAttrib(void) { errorIfNotInited("FR_PushAttrib"); if(fr.attribStackDepth+1 == FR_MAX_ATTRIB_STACK_DEPTH) { Con_Error("FR_PushAttrib: STACK_OVERFLOW."); exit(1); // Unreachable. } memcpy(fr.attribStack + fr.attribStackDepth + 1, fr.attribStack + fr.attribStackDepth, sizeof(fr.attribStack[0])); ++fr.attribStackDepth; } #undef FR_PopAttrib void FR_PopAttrib(void) { errorIfNotInited("FR_PopAttrib"); if(fr.attribStackDepth == 0) { Con_Error("FR_PopAttrib: STACK_UNDERFLOW."); exit(1); // Unreachable. } --fr.attribStackDepth; } #undef FR_Leading float FR_Leading(void) { errorIfNotInited("FR_Leading"); return currentAttribs()->leading; } #undef FR_SetLeading void FR_SetLeading(float value) { errorIfNotInited("FR_SetLeading"); currentAttribs()->leading = value; } #undef FR_Tracking int FR_Tracking(void) { errorIfNotInited("FR_Tracking"); return currentAttribs()->tracking; } #undef FR_SetTracking void FR_SetTracking(int value) { errorIfNotInited("FR_SetTracking"); currentAttribs()->tracking = value; } #undef FR_ColorAndAlpha void FR_ColorAndAlpha(float rgba[4]) { errorIfNotInited("FR_ColorAndAlpha"); memcpy(rgba, currentAttribs()->rgba, sizeof(rgba[0]) * 4); } #undef FR_SetColor void FR_SetColor(float red, float green, float blue) { fr_state_attributes_t* sat = currentAttribs(); errorIfNotInited("FR_SetColor"); sat->rgba[CR] = red; sat->rgba[CG] = green; sat->rgba[CB] = blue; } #undef FR_SetColorv void FR_SetColorv(const float rgba[3]) { fr_state_attributes_t* sat = currentAttribs(); errorIfNotInited("FR_SetColorv"); sat->rgba[CR] = rgba[CR]; sat->rgba[CG] = rgba[CG]; sat->rgba[CB] = rgba[CB]; } #undef FR_SetColorAndAlpha void FR_SetColorAndAlpha(float red, float green, float blue, float alpha) { fr_state_attributes_t* sat = currentAttribs(); errorIfNotInited("FR_SetColorAndAlpha"); sat->rgba[CR] = red; sat->rgba[CG] = green; sat->rgba[CB] = blue; sat->rgba[CA] = alpha; } #undef FR_SetColorAndAlphav void FR_SetColorAndAlphav(const float rgba[4]) { fr_state_attributes_t* sat = currentAttribs(); errorIfNotInited("FR_SetColorAndAlphav"); sat->rgba[CR] = rgba[CR]; sat->rgba[CG] = rgba[CG]; sat->rgba[CB] = rgba[CB]; sat->rgba[CA] = rgba[CA]; } #undef FR_ColorRed float FR_ColorRed(void) { errorIfNotInited("FR_ColorRed"); return currentAttribs()->rgba[CR]; } #undef FR_SetColorRed void FR_SetColorRed(float value) { errorIfNotInited("FR_SetColorRed"); currentAttribs()->rgba[CR] = value; } #undef FR_ColorGreen float FR_ColorGreen(void) { errorIfNotInited("FR_ColorGreen"); return currentAttribs()->rgba[CG]; } #undef FR_SetColorGreen void FR_SetColorGreen(float value) { errorIfNotInited("FR_SetColorGreen"); currentAttribs()->rgba[CG] = value; } #undef FR_ColorBlue float FR_ColorBlue(void) { errorIfNotInited("FR_ColorBlue"); return currentAttribs()->rgba[CB]; } #undef FR_SetColorBlue void FR_SetColorBlue(float value) { errorIfNotInited("FR_SetColorBlue"); currentAttribs()->rgba[CB] = value; } #undef FR_Alpha float FR_Alpha(void) { errorIfNotInited("FR_Alpha"); return currentAttribs()->rgba[CA]; } #undef FR_SetAlpha void FR_SetAlpha(float value) { errorIfNotInited("FR_SetAlpha"); currentAttribs()->rgba[CA] = value; } #undef FR_ShadowOffset void FR_ShadowOffset(int* offsetX, int* offsetY) { fr_state_attributes_t* sat = currentAttribs(); errorIfNotInited("FR_ShadowOffset"); if(NULL != offsetX) *offsetX = sat->shadowOffsetX; if(NULL != offsetY) *offsetY = sat->shadowOffsetY; } #undef FR_SetShadowOffset void FR_SetShadowOffset(int offsetX, int offsetY) { fr_state_attributes_t* sat = currentAttribs(); errorIfNotInited("FR_SetShadowOffset"); sat->shadowOffsetX = offsetX; sat->shadowOffsetY = offsetY; } #undef FR_ShadowStrength float FR_ShadowStrength(void) { errorIfNotInited("FR_ShadowStrength"); return currentAttribs()->shadowStrength; } #undef FR_SetShadowStrength void FR_SetShadowStrength(float value) { errorIfNotInited("FR_SetShadowStrength"); currentAttribs()->shadowStrength = MINMAX_OF(0, value, 1); } #undef FR_GlitterStrength float FR_GlitterStrength(void) { errorIfNotInited("FR_GlitterStrength"); return currentAttribs()->glitterStrength; } #undef FR_SetGlitterStrength void FR_SetGlitterStrength(float value) { errorIfNotInited("FR_SetGlitterStrength"); currentAttribs()->glitterStrength = MINMAX_OF(0, value, 1); } #undef FR_CaseScale dd_bool FR_CaseScale(void) { errorIfNotInited("FR_CaseScale"); return currentAttribs()->caseScale; } #undef FR_SetCaseScale void FR_SetCaseScale(dd_bool value) { errorIfNotInited("FR_SetCaseScale"); currentAttribs()->caseScale = value; } #undef FR_CharSize void FR_CharSize(Size2Raw *size, uchar ch) { errorIfNotInited("FR_CharSize"); if(size) { Vector2ui dimensions = App_ResourceSystem().font(fr.fontNum).glyphPosCoords(ch).size(); size->width = dimensions.x; size->height = dimensions.y; } } #undef FR_CharWidth int FR_CharWidth(uchar ch) { errorIfNotInited("FR_CharWidth"); if(fr.fontNum != 0) return App_ResourceSystem().font(fr.fontNum).glyphPosCoords(ch).width(); return 0; } #undef FR_CharHeight int FR_CharHeight(uchar ch) { errorIfNotInited("FR_CharHeight"); if(fr.fontNum != 0) return App_ResourceSystem().font(fr.fontNum).glyphPosCoords(ch).height(); return 0; } int FR_SingleLineHeight(char const *text) { errorIfNotInited("FR_SingleLineHeight"); if(fr.fontNum == 0 || !text) return 0; AbstractFont &font = App_ResourceSystem().font(fr.fontNum); int ascent = font.ascent(); if(ascent != 0) return ascent; return font.glyphPosCoords((uchar)text[0]).height(); } int FR_GlyphTopToAscent(char const *text) { errorIfNotInited("FR_GlyphTopToAscent"); if(fr.fontNum == 0 || !text) return 0; AbstractFont &font = App_ResourceSystem().font(fr.fontNum); int lineHeight = font.lineSpacing(); if(lineHeight == 0) return 0; return lineHeight - font.ascent(); } static int textFragmentWidth(char const *fragment) { DENG2_ASSERT(fragment != 0); if(fr.fontNum == 0) { Con_Error("textFragmentHeight: Cannot determine height without a current font."); exit(1); } int width = 0; // Just add them together. size_t len = strlen(fragment); size_t i = 0; char const *ch = fragment; uchar c; while(i++ < len && (c = *ch++) != 0 && c != '\n') { width += FR_CharWidth(c); } return int( width + currentAttribs()->tracking * (len-1) ); } static int textFragmentHeight(char const *fragment) { DENG2_ASSERT(fragment != 0); if(fr.fontNum == 0) { Con_Error("textFragmentHeight: Cannot determine height without a current font."); exit(1); } int height = 0; // Find the greatest height. uint i = 0; size_t len = strlen(fragment); char const *ch = fragment; uchar c; while(i++ < len && (c = *ch++) != 0 && c != '\n') { height = de::max(height, FR_CharHeight(c)); } return topToAscent(&App_ResourceSystem().font(fr.fontNum)) + height; } /* static void textFragmentSize(int* width, int* height, const char* fragment) { if(width) *width = textFragmentWidth(fragment); if(height) *height = textFragmentHeight(fragment); } */ static void textFragmentDrawer(const char* fragment, int x, int y, int alignFlags, short textFlags, int initialCount) { DENG2_ASSERT(fragment != 0 && fragment[0]); AbstractFont *font = &App_ResourceSystem().font(fr.fontNum); fr_state_attributes_t* sat = currentAttribs(); dd_bool noTypein = (textFlags & DTF_NO_TYPEIN) != 0; dd_bool noGlitter = (sat->glitterStrength <= 0 || (textFlags & DTF_NO_GLITTER) != 0); dd_bool noShadow = (sat->shadowStrength <= 0 || (textFlags & DTF_NO_SHADOW) != 0 || font->flags().testFlag(AbstractFont::Shadowed)); dd_bool noCharacter = (textFlags & DTF_NO_CHARACTER) != 0; float glitter = (noGlitter? 0 : sat->glitterStrength), glitterMul; float shadow = (noShadow ? 0 : sat->shadowStrength), shadowMul; float flashColor[3] = { 0, 0, 0 }; int w, h, cx, cy, count, yoff; unsigned char c; const char* ch; if(alignFlags & ALIGN_RIGHT) x -= textFragmentWidth(fragment); else if(!(alignFlags & ALIGN_LEFT)) x -= textFragmentWidth(fragment)/2; if(alignFlags & ALIGN_BOTTOM) y -= textFragmentHeight(fragment); else if(!(alignFlags & ALIGN_TOP)) y -= textFragmentHeight(fragment)/2; if(!(noTypein && noGlitter)) { flashColor[CR] = (1 + 2 * sat->rgba[CR]) / 3; flashColor[CG] = (1 + 2 * sat->rgba[CG]) / 3; flashColor[CB] = (1 + 2 * sat->rgba[CB]) / 3; } if(renderWireframe > 1) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glPolygonMode(GL_FRONT_AND_BACK, GL_LINE); glDisable(GL_TEXTURE_2D); } if(BitmapFont *bmapFont = font->maybeAs()) { if(bmapFont->textureGLName()) { GL_BindTextureUnmanaged(bmapFont->textureGLName(), gl::ClampToEdge, gl::ClampToEdge, filterUI? gl::Linear : gl::Nearest); glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); glScalef(1.f / bmapFont->textureDimensions().x, 1.f / bmapFont->textureDimensions().y, 1.f); } } for(int pass = (noShadow? 1 : 0); pass < (noCharacter && noGlitter? 1 : 2); ++pass) { count = initialCount; ch = fragment; cx = x + (pass == 0? sat->shadowOffsetX : 0); cy = y + (pass == 0? sat->shadowOffsetY : 0); for(;;) { c = *ch++; yoff = 0; glitter = (noGlitter? 0 : sat->glitterStrength); glitterMul = 0; shadow = (noShadow? 0 : sat->shadowStrength); shadowMul = (noShadow? 0 : sat->rgba[CA]); // Do the type-in effect? if(!noTypein && (pass || (!noShadow && !pass))) { int maxCount = (typeInTime > 0? typeInTime * 2 : 0); if(pass) { if(!noGlitter) { if(count == maxCount) { glitterMul = 1; flashColor[CR] = sat->rgba[CR]; flashColor[CG] = sat->rgba[CG]; flashColor[CB] = sat->rgba[CB]; } else if(count + 1 == maxCount) { glitterMul = 0.88f; flashColor[CR] = (1 + sat->rgba[CR]) / 2; flashColor[CG] = (1 + sat->rgba[CG]) / 2; flashColor[CB] = (1 + sat->rgba[CB]) / 2; } else if(count + 2 == maxCount) { glitterMul = 0.75f; flashColor[CR] = sat->rgba[CR]; flashColor[CG] = sat->rgba[CG]; flashColor[CB] = sat->rgba[CB]; } else if(count + 3 == maxCount) { glitterMul = 0.5f; flashColor[CR] = sat->rgba[CR]; flashColor[CG] = sat->rgba[CG]; flashColor[CB] = sat->rgba[CB]; } else if(count > maxCount) { break; } } else if(count > maxCount) { break; } } else { if(count == maxCount) { shadowMul = 0; } else if(count + 1 == maxCount) { shadowMul *= .25f; } else if(count + 2 == maxCount) { shadowMul *= .5f; } else if(count + 3 == maxCount) { shadowMul *= .75f; } else if(count > maxCount) { break; } } } count++; if(!c || c == '\n') break; w = FR_CharWidth(c); h = FR_CharHeight(c); if(' ' != c) { // A non-white-space character we have a glyph for. if(pass) { if(!noCharacter) { // The character itself. glColor4fv(sat->rgba); drawChar(c, cx, cy + yoff, font, ALIGN_TOPLEFT, DTF_NO_EFFECTS); } if(!noGlitter && glitter > 0) { // Do something flashy. Point2Raw origin; Size2Raw size; origin.x = cx; origin.y = cy + yoff; size.width = w; size.height = h; glColor4f(flashColor[CR], flashColor[CG], flashColor[CB], glitter * glitterMul); drawFlash(&origin, &size, true); } } else if(!noShadow) { Point2Raw origin; Size2Raw size; origin.x = cx; origin.y = cy + yoff; size.width = w; size.height = h; glColor4f(1, 1, 1, shadow * shadowMul); drawFlash(&origin, &size, false); } } cx += w + sat->tracking; } } // Restore previous GL-state. if(BitmapFont *bmapFont = font->maybeAs()) { if(bmapFont->textureGLName()) { glMatrixMode(GL_TEXTURE); glPopMatrix(); } } if(renderWireframe > 1) { /// @todo do not assume previous state. glEnable(GL_TEXTURE_2D); glPolygonMode(GL_FRONT_AND_BACK, GL_FILL); } } static void drawChar(uchar ch, float x, float y, AbstractFont *font, int alignFlags, short /*textFlags*/) { if(alignFlags & ALIGN_RIGHT) { x -= font->glyphPosCoords(ch).width(); } else if(!(alignFlags & ALIGN_LEFT)) { x -= font->glyphPosCoords(ch).width() / 2; } int const ascent = font->ascent(); int const lineHeight = ascent? ascent : font->glyphPosCoords(ch).height(); if(alignFlags & ALIGN_BOTTOM) { y -= topToAscent(font) + lineHeight; } else if(!(alignFlags & ALIGN_TOP)) { y -= (topToAscent(font) + lineHeight) / 2; } glMatrixMode(GL_MODELVIEW); glTranslatef(x, y, 0); Rectanglei geometry = font->glyphPosCoords(ch); if(BitmapFont *bmapFont = font->maybeAs()) { /// @todo Filtering should be determined at a higher level. /// @todo We should not need to re-bind this texture here. GL_BindTextureUnmanaged(bmapFont->textureGLName(), gl::ClampToEdge, gl::ClampToEdge, filterUI? gl::Linear : gl::Nearest); geometry = geometry.expanded(bmapFont->textureMargin().toVector2i()); } else if(CompositeBitmapFont *compFont = font->maybeAs()) { GL_BindTexture(compFont->glyphTexture(ch)); geometry = geometry.expanded(compFont->glyphTextureBorder(ch)); } Vector2i coords[4] = { font->glyphTexCoords(ch).topLeft, font->glyphTexCoords(ch).topRight(), font->glyphTexCoords(ch).bottomRight, font->glyphTexCoords(ch).bottomLeft() }; GL_DrawRectWithCoords(geometry, coords); if(font->is()) { GL_SetNoTexture(); } glMatrixMode(GL_MODELVIEW); glTranslatef(-x, -y, 0); } static void drawFlash(Point2Raw const *origin, Size2Raw const *size, bool bright) { float fsize = 4.f + bright; float fw = fsize * size->width / 2.0f; float fh = fsize * size->height / 2.0f; int x, y, w, h; // Don't draw anything for very small letters. if(size->height <= 4) return; x = origin->x + (int) (size->width / 2.0f - fw / 2); y = origin->y + (int) (size->height / 2.0f - fh / 2); w = (int) fw; h = (int) fh; GL_BindTextureUnmanaged(GL_PrepareLSTexture(LST_DYNAMIC), gl::ClampToEdge, gl::ClampToEdge); GLState::current().setBlendFunc(bright? gl::SrcAlpha : gl::Zero, bright? gl::One : gl::OneMinusSrcAlpha) .apply(); glBegin(GL_QUADS); glTexCoord2f(0, 0); glVertex2f(x, y); glTexCoord2f(1, 0); glVertex2f(x + w, y); glTexCoord2f(1, 1); glVertex2f(x + w, y + h); glTexCoord2f(0, 1); glVertex2f(x, y + h); glEnd(); GLState::current().setBlendFunc(gl::SrcAlpha, gl::OneMinusSrcAlpha) .apply(); } /** * Expected: * 
 *     " =  "
 *
*/ static float parseFloat(char** str) { float value; char* end; *str = M_SkipWhite(*str); if(**str != '=') return 0; // Now I'm confused! *str = M_SkipWhite(*str + 1); value = (float) strtod(*str, &end); *str = end; return value; } /** * Expected: * 
 *      " =  [|"][|"]"
 *
*/ static dd_bool parseString(char** str, char* buf, size_t bufLen) { size_t len; char* end; if(!buf || bufLen == 0) return false; *str = M_SkipWhite(*str); if(**str != '=') return false; // Now I'm confused! // Skip over any leading whitespace. *str = M_SkipWhite(*str + 1); // Skip over any opening '"' character. if(**str == '"') (*str)++; // Find the end of the string. end = *str; while(*end && *end != '}' && *end != ',' && *end !='"') { end++; } len = end - *str; if(len != 0) { dd_snprintf(buf, MIN_OF(len+1, bufLen), "%s", *str); *str = end; } // Skip over any closing '"' character. if(**str == '"') (*str)++; return true; } static void parseParamaterBlock(char** strPtr, drawtextstate_t* state, int* numBreaks) { LOG_AS("parseParamaterBlock"); (*strPtr)++; while(*(*strPtr) && *(*strPtr) != '}') { (*strPtr) = M_SkipWhite((*strPtr)); // What do we have here? if(!strnicmp((*strPtr), "flash", 5)) { (*strPtr) += 5; state->typeIn = true; } else if(!strnicmp((*strPtr), "noflash", 7)) { (*strPtr) += 7; state->typeIn = false; } else if(!strnicmp((*strPtr), "case", 4)) { (*strPtr) += 4; state->caseScale = true; } else if(!strnicmp((*strPtr), "nocase", 6)) { (*strPtr) += 6; state->caseScale = false; } else if(!strnicmp((*strPtr), "ups", 3)) { (*strPtr) += 3; state->caseMod[1].scale = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "upo", 3)) { (*strPtr) += 3; state->caseMod[1].offset = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "los", 3)) { (*strPtr) += 3; state->caseMod[0].scale = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "loo", 3)) { (*strPtr) += 3; state->caseMod[0].offset = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "break", 5)) { (*strPtr) += 5; ++(*numBreaks); } else if(!strnicmp((*strPtr), "r", 1)) { (*strPtr)++; state->rgba[CR] = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "g", 1)) { (*strPtr)++; state->rgba[CG] = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "b", 1)) { (*strPtr)++; state->rgba[CB] = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "a", 1)) { (*strPtr)++; state->rgba[CA] = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "x", 1)) { (*strPtr)++; state->offX = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "y", 1)) { (*strPtr)++; state->offY = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "scalex", 6)) { (*strPtr) += 6; state->scaleX = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "scaley", 6)) { (*strPtr) += 6; state->scaleY = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "scale", 5)) { (*strPtr) += 5; state->scaleX = state->scaleY = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "angle", 5)) { (*strPtr) += 5; state->angle = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "glitter", 7)) { (*strPtr) += 7; state->glitterStrength = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "shadow", 6)) { (*strPtr) += 6; state->shadowStrength = parseFloat(&(*strPtr)); } else if(!strnicmp((*strPtr), "tracking", 8)) { (*strPtr) += 8; state->tracking = parseFloat(&(*strPtr)); } else { // Perhaps a font name? if(!strnicmp((*strPtr), "font", 4)) { char buf[80]; (*strPtr) += 4; if(parseString(&(*strPtr), buf, 80)) { try { state->fontNum = App_ResourceSystem().fontManifest(de::Uri(buf, RC_NULL)).uniqueId(); continue; } catch(ResourceSystem::MissingManifestError const &) {} } LOG_GL_WARNING("Unknown font '%s'") << *strPtr; continue; } // Unknown, skip it. if(*(*strPtr) != '}') { (*strPtr)++; } } } // Skip over the closing brace. if(*(*strPtr)) (*strPtr)++; } static void initDrawTextState(drawtextstate_t* state, short textFlags) { fr_state_attributes_t* sat = currentAttribs(); state->typeIn = (textFlags & DTF_NO_TYPEIN) == 0; state->fontNum = fr.fontNum; memcpy(state->rgba, sat->rgba, sizeof(state->rgba)); state->tracking = sat->tracking; state->glitterStrength = sat->glitterStrength; state->shadowStrength = sat->shadowStrength; state->shadowOffsetX = sat->shadowOffsetX; state->shadowOffsetY = sat->shadowOffsetY; state->leading = sat->leading; state->caseScale = sat->caseScale; state->scaleX = state->scaleY = 1; state->offX = state->offY = 0; state->angle = 0; state->typeIn = true; state->caseMod[0].scale = 1; state->caseMod[0].offset = 3; state->caseMod[1].scale = 1.25f; state->caseMod[1].offset = 0; state->lastLineHeight = FR_CharHeight('A') * state->scaleY * (1+state->leading); FR_PushAttrib(); } static char* enlargeTextBuffer(size_t lengthMinusTerminator) { if(lengthMinusTerminator <= FR_SMALL_TEXT_BUFFER_SIZE) { return smallTextBuffer; } if(largeTextBuffer == NULL || lengthMinusTerminator > largeTextBufferSize) { largeTextBufferSize = lengthMinusTerminator; largeTextBuffer = (char*)realloc(largeTextBuffer, largeTextBufferSize+1); if(largeTextBuffer == NULL) Con_Error("FR_EnlargeTextBuffer: Failed on reallocation of %lu bytes.", (unsigned long)(lengthMinusTerminator+1)); } return largeTextBuffer; } static void freeTextBuffer(void) { if(largeTextBuffer == NULL) return; free(largeTextBuffer); largeTextBuffer = 0; largeTextBufferSize = 0; } #undef FR_TextWidth int FR_TextWidth(const char* string) { int w, maxWidth = -1; dd_bool skipping = false, escaped = false; const char* ch; size_t i, len; errorIfNotInited("FR_TextWidth"); if(!string || !string[0]) return 0; /// @todo All visual format parsing should be done in one place. w = 0; len = strlen(string); ch = string; for(i = 0; i < len; ++i, ch++) { unsigned char c = *ch; if(c == FR_FORMAT_ESCAPE_CHAR) { escaped = true; continue; } if(!escaped && c == '{') { skipping = true; } else if(skipping && c == '}') { skipping = false; continue; } if(skipping) continue; escaped = false; if(c == '\n') { if(w > maxWidth) maxWidth = w; w = 0; continue; } w += FR_CharWidth(c); if(i != len - 1) { w += FR_Tracking(); } else if(maxWidth == -1) { maxWidth = w; } } return maxWidth; } #undef FR_TextHeight int FR_TextHeight(const char* string) { int h, currentLineHeight; dd_bool skip = false; const char* ch; size_t i, len; if(!string || !string[0]) return 0; errorIfNotInited("FR_TextHeight"); currentLineHeight = 0; len = strlen(string); h = 0; ch = string; for(i = 0; i < len; ++i, ch++) { unsigned char c = *ch; int charHeight; if(c == '{') { skip = true; } else if(c == '}') { skip = false; continue; } if(skip) continue; if(c == '\n') { h += currentLineHeight == 0? (FR_CharHeight('A') * (1+FR_Leading())) : currentLineHeight; currentLineHeight = 0; continue; } charHeight = FR_CharHeight(c) * (1+FR_Leading()); if(charHeight > currentLineHeight) currentLineHeight = charHeight; } h += currentLineHeight; return h; } #undef FR_TextSize void FR_TextSize(Size2Raw* size, const char* text) { if(!size) return; size->width = FR_TextWidth(text); size->height = FR_TextHeight(text); } #undef FR_DrawText3 void FR_DrawText3(const char* text, const Point2Raw* _origin, int alignFlags, short _textFlags) { fontid_t origFont = FR_Font(); float cx, cy, extraScale; drawtextstate_t state; const char* fragment; int pass, curCase; Point2Raw origin; Size2Raw textSize; size_t charCount; float origColor[4]; char* str, *end; dd_bool escaped = false; errorIfNotInited("FR_DrawText"); if(!text || !text[0]) return; origin.x = _origin? _origin->x : 0; origin.y = _origin? _origin->y : 0; _textFlags &= ~(DTF_INTERNAL_MASK); // If we aren't aligning to top-left we need to know the dimensions. if(alignFlags & ALIGN_RIGHT) FR_TextSize(&textSize, text); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // We need to change the current color, so remember for restore. glGetFloatv(GL_CURRENT_COLOR, origColor); for(pass = ((_textFlags & DTF_NO_SHADOW) != 0? 1 : 0); pass < ((_textFlags & DTF_NO_GLITTER) != 0? 2 : 3); ++pass) { short textFlags = 0; // Configure the next pass. cx = (float) origin.x; cy = (float) origin.y; curCase = -1; charCount = 0; switch(pass) { case 0: textFlags = _textFlags | (DTF_NO_GLITTER|DTF_NO_CHARACTER); break; case 1: textFlags = _textFlags | (DTF_NO_SHADOW |DTF_NO_GLITTER); break; case 2: textFlags = _textFlags | (DTF_NO_SHADOW |DTF_NO_CHARACTER); break; } // Apply defaults. initDrawTextState(&state, textFlags); str = (char*)text; while(*str) { if(*str == FR_FORMAT_ESCAPE_CHAR) { escaped = true; ++str; continue; } if(!escaped && *str == '{') // Paramaters included? { fontid_t lastFont = state.fontNum; int lastTracking = state.tracking; float lastLeading = state.leading; float lastShadowStrength = state.shadowStrength; float lastGlitterStrength = state.glitterStrength; dd_bool lastCaseScale = state.caseScale; float lastRGBA[4]; int numBreaks = 0; lastRGBA[CR] = state.rgba[CR]; lastRGBA[CG] = state.rgba[CG]; lastRGBA[CB] = state.rgba[CB]; lastRGBA[CA] = state.rgba[CA]; parseParamaterBlock(&str, &state, &numBreaks); if(numBreaks != 0) { do { cx = (float) origin.x; cy += state.lastLineHeight * (1+lastLeading); } while(--numBreaks > 0); } if(state.fontNum != lastFont) FR_SetFont(state.fontNum); if(state.tracking != lastTracking) FR_SetTracking(state.tracking); if(state.leading != lastLeading) FR_SetLeading(state.leading); if(state.rgba[CR] != lastRGBA[CR] || state.rgba[CG] != lastRGBA[CG] || state.rgba[CB] != lastRGBA[CB] || state.rgba[CA] != lastRGBA[CA]) FR_SetColorAndAlphav(state.rgba); if(state.shadowStrength != lastShadowStrength) FR_SetShadowStrength(state.shadowStrength); if(state.glitterStrength != lastGlitterStrength) FR_SetGlitterStrength(state.glitterStrength); if(state.caseScale != lastCaseScale) FR_SetCaseScale(state.caseScale); } for(end = str; *end && *end != FR_FORMAT_ESCAPE_CHAR && (escaped || *end != '{');) { int newlines = 0, fragmentAlignFlags; float alignx = 0; // Find the end of the next fragment. if(FR_CaseScale()) { curCase = -1; // Select a substring with characters of the same case (or whitespace). for(; *end && *end != FR_FORMAT_ESCAPE_CHAR && (escaped || *end != '{') && *end != '\n'; end++) { escaped = false; // We can skip whitespace. if(isspace(*end)) continue; if(curCase < 0) curCase = (isupper(*end) != 0); else if(curCase != (isupper(*end) != 0)) break; } } else { curCase = 0; for(; *end && *end != FR_FORMAT_ESCAPE_CHAR && (escaped || *end != '{') && *end != '\n'; end++) { escaped = false; } } // No longer escaped. escaped = false; { char* buffer = enlargeTextBuffer(end - str); memcpy(buffer, str, end - str); buffer[end - str] = '\0'; fragment = buffer; } while(*end == '\n') { newlines++; end++; } // Continue from here. str = end; if(!(alignFlags & (ALIGN_LEFT|ALIGN_RIGHT))) { fragmentAlignFlags = alignFlags; } else { // We'll take care of horizontal positioning of the fragment so align left. fragmentAlignFlags = (alignFlags & ~(ALIGN_RIGHT)) | ALIGN_LEFT; if(alignFlags & ALIGN_RIGHT) alignx = -textSize.width * state.scaleX; } // Setup the scaling. glMatrixMode(GL_MODELVIEW); glPushMatrix(); // Rotate. if(state.angle != 0) { // The origin is the specified (x,y) for the patch. // We'll undo the aspect ratio (otherwise the result would be skewed). /// @todo Do not assume the aspect ratio and therefore whether // correction is even needed. glTranslatef((float)origin.x, (float)origin.y, 0); glScalef(1, 200.0f / 240.0f, 1); glRotatef(state.angle, 0, 0, 1); glScalef(1, 240.0f / 200.0f, 1); glTranslatef(-(float)origin.x, -(float)origin.y, 0); } glTranslatef(cx + state.offX + alignx, cy + state.offY + (FR_CaseScale() ? state.caseMod[curCase].offset : 0), 0); extraScale = (FR_CaseScale() ? state.caseMod[curCase].scale : 1); glScalef(state.scaleX, state.scaleY * extraScale, 1); // Draw it. if(fr.fontNum) { textFragmentDrawer(fragment, 0, 0, fragmentAlignFlags, textFlags, state.typeIn ? (int) charCount : DEFAULT_INITIALCOUNT); } charCount += strlen(fragment); // Advance the current position? if(newlines == 0) { cx += ((float) textFragmentWidth(fragment) + currentAttribs()->tracking) * state.scaleX; } else { if(strlen(fragment) > 0) state.lastLineHeight = textFragmentHeight(fragment); cx = (float) origin.x; cy += newlines * (float) state.lastLineHeight * (1+FR_Leading()); } glMatrixMode(GL_MODELVIEW); glPopMatrix(); } } FR_PopAttrib(); } freeTextBuffer(); FR_SetFont(origFont); glColor4fv(origColor); } #undef FR_DrawText2 void FR_DrawText2(const char* text, const Point2Raw* origin, int alignFlags) { FR_DrawText3(text, origin, alignFlags, DEFAULT_DRAWFLAGS); } #undef FR_DrawText void FR_DrawText(const char* text, const Point2Raw* origin) { FR_DrawText2(text, origin, DEFAULT_ALIGNFLAGS); } #undef FR_DrawTextXY3 void FR_DrawTextXY3(const char* text, int x, int y, int alignFlags, short flags) { Point2Raw origin; origin.x = x; origin.y = y; FR_DrawText3(text, &origin, alignFlags, flags); } #undef FR_DrawTextXY2 void FR_DrawTextXY2(const char* text, int x, int y, int alignFlags) { FR_DrawTextXY3(text, x, y, alignFlags, DEFAULT_DRAWFLAGS); } #undef FR_DrawTextXY void FR_DrawTextXY(const char* text, int x, int y) { FR_DrawTextXY2(text, x, y, DEFAULT_ALIGNFLAGS); } #undef FR_DrawChar3 void FR_DrawChar3(unsigned char ch, const Point2Raw* origin, int alignFlags, short textFlags) { char str[2]; str[0] = ch; str[1] = '\0'; FR_DrawText3(str, origin, alignFlags, textFlags); } #undef FR_DrawChar2 void FR_DrawChar2(unsigned char ch, const Point2Raw* origin, int alignFlags) { FR_DrawChar3(ch, origin, alignFlags, DEFAULT_DRAWFLAGS); } #undef FR_DrawChar void FR_DrawChar(unsigned char ch, const Point2Raw* origin) { FR_DrawChar2(ch, origin, DEFAULT_ALIGNFLAGS); } #undef FR_DrawCharXY3 void FR_DrawCharXY3(unsigned char ch, int x, int y, int alignFlags, short textFlags) { Point2Raw origin; origin.x = x; origin.y = y; FR_DrawChar3(ch, &origin, alignFlags, textFlags); } #undef FR_DrawCharXY2 void FR_DrawCharXY2(unsigned char ch, int x, int y, int alignFlags) { FR_DrawCharXY3(ch, x, y, alignFlags, DEFAULT_DRAWFLAGS); } #undef FR_DrawCharXY void FR_DrawCharXY(unsigned char ch, int x, int y) { FR_DrawCharXY2(ch, x, y, DEFAULT_ALIGNFLAGS); } void FR_Init(void) { // No reinitializations... if(inited) return; if(isDedicated) return; inited = true; fr.fontNum = 0; FR_LoadDefaultAttrib(); typeInTime = 0; } #undef Fonts_ResolveUri DENG_EXTERN_C fontid_t Fonts_ResolveUri(uri_s const *uri) { if(!uri) return NOFONTID; try { return App_ResourceSystem().fontManifest(*reinterpret_cast(uri)).uniqueId(); } catch(ResourceSystem::MissingManifestError const &) {} return NOFONTID; } DENG_DECLARE_API(FR) = { { DE_API_FONT_RENDER }, Fonts_ResolveUri, FR_Font, FR_SetFont, FR_PushAttrib, FR_PopAttrib, FR_LoadDefaultAttrib, FR_Leading, FR_SetLeading, FR_Tracking, FR_SetTracking, FR_ColorAndAlpha, FR_SetColor, FR_SetColorv, FR_SetColorAndAlpha, FR_SetColorAndAlphav, FR_ColorRed, FR_SetColorRed, FR_ColorGreen, FR_SetColorGreen, FR_ColorBlue, FR_SetColorBlue, FR_Alpha, FR_SetAlpha, FR_ShadowOffset, FR_SetShadowOffset, FR_ShadowStrength, FR_SetShadowStrength, FR_GlitterStrength, FR_SetGlitterStrength, FR_CaseScale, FR_SetCaseScale, FR_DrawText, FR_DrawText2, FR_DrawText3, FR_DrawTextXY3, FR_DrawTextXY2, FR_DrawTextXY, FR_TextSize, FR_TextWidth, FR_TextHeight, FR_DrawChar3, FR_DrawChar2, FR_DrawChar, FR_DrawCharXY3, FR_DrawCharXY2, FR_DrawCharXY, FR_CharSize, FR_CharWidth, FR_CharHeight, FR_ResetTypeinTimer }; doomsday-1.14.5/doomsday/client/src/render/sky.cpp0000664000175000017500000007202712350542237021375 0ustar jaakkojaakko/** @file sky.cpp Sky sphere and 3D models. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "render/sky.h" #include "clientapp.h" #include "con_main.h" #include "def_data.h" #include "client/cl_def.h" #include "gl/gl_tex.h" #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "Texture" #include "render/rend_main.h" #include "render/rend_model.h" #include #include using namespace de; enum SphereComponentFlag { UpperHemisphere = 0x1, LowerHemisphere = 0x2 }; Q_DECLARE_FLAGS(SphereComponentFlags, SphereComponentFlag) Q_DECLARE_OPERATORS_FOR_FLAGS(SphereComponentFlags) enum hemispherecap_t { HC_NONE = 0, HC_TOP, HC_BOTTOM }; static int skySphereColumns = 4*6; /// Console variables: static float skyDistance = 1600; ///< Map units. static int skySphereDetail = 6; static int skySphereRows = 3; // Hemisphere geometry used with the sky sphere. static QVector hemisphereVerts; // Crest is up. static bool needMakeHemisphere = true; // Sphere draw state paramaters. Global for performance reasons. struct drawhemispherestate_t { bool fadeout, texXFlip; Vector2i texSize; float texOffset; Vector3f capColor; }; static drawhemispherestate_t ds; static MaterialVariantSpec const &sphereMaterialSpec(bool masked) { return ClientApp::resourceSystem() .materialSpec(SkySphereContext, TSF_NO_COMPRESSION | (masked? TSF_ZEROMASK : 0), 0, 0, 0, GL_REPEAT, GL_CLAMP_TO_EDGE, 0, -1, -1, false, true, false, false); } Sky::Layer::Layer(Material *material) : _flags(DefaultFlags) , _material(material) , _offset(0) , _fadeoutLimit(0) {} Sky::Layer &Sky::Layer::setFlags(Flags flags, FlagOp operation) { Flags const oldFlags = _flags; applyFlagOperation(_flags, flags, operation); if(_flags.testFlag(Active) != oldFlags.testFlag(Active)) { DENG2_FOR_AUDIENCE(ActiveChange, i) { i->skyLayerActiveChanged(*this); } } if(_flags.testFlag(Masked) != oldFlags.testFlag(Masked)) { DENG2_FOR_AUDIENCE(MaskedChange, i) { i->skyLayerMaskedChanged(*this); } } return *this; } bool Sky::Layer::isActive() const { return _flags.testFlag(Active); } Sky::Layer &Sky::Layer::setActive(bool yes) { return setFlags(Active, yes? SetFlags : UnsetFlags); } bool Sky::Layer::isMasked() const { return _flags.testFlag(Masked); } Sky::Layer &Sky::Layer::setMasked(bool yes) { return setFlags(Masked, yes? SetFlags : UnsetFlags); } Material *Sky::Layer::material() const { return _material; } Sky::Layer &Sky::Layer::setMaterial(Material *newMaterial) { if(_material != newMaterial) { _material = newMaterial; DENG2_FOR_AUDIENCE(MaterialChange, i) { i->skyLayerMaterialChanged(*this); } } return *this; } float Sky::Layer::offset() const { return _offset; } Sky::Layer &Sky::Layer::setOffset(float newOffset) { _offset = newOffset; return *this; } float Sky::Layer::fadeoutLimit() const { return _fadeoutLimit; } Sky::Layer &Sky::Layer::setFadeoutLimit(float newLimit) { _fadeoutLimit = newLimit; return *this; } DENG2_PIMPL(Sky) , DENG2_OBSERVES(Layer, MaterialChange) , DENG2_OBSERVES(Layer, ActiveChange) , DENG2_OBSERVES(Layer, MaskedChange) { Layer layers[MAX_SKY_LAYERS]; int firstActiveLayer; bool needUpdateFirstActiveLayer; float horizonOffset; float height; bool ambientColorDefined; /// @c true= pre-defined in a MapInfo def. bool needUpdateAmbientColor; /// @c true= update if not pre-defined. Vector3f ambientColor; bool alwaysDrawSphere; struct ModelInfo { ded_skymodel_t const *def; ModelDef *model; int frame; int timer; int maxTimer; float yaw; }; ModelInfo models[MAX_SKY_MODELS]; bool haveModels; Instance(Public *i) : Base(i) , firstActiveLayer(-1) /// @c -1 denotes 'no active layers'. , needUpdateFirstActiveLayer(true) , horizonOffset(0) , height(0) , ambientColorDefined(false) , needUpdateAmbientColor(true) , alwaysDrawSphere(false) , haveModels(false) { for(int i = 0; i < MAX_SKY_LAYERS; ++i) { layers[i].audienceForMaterialChange += this; layers[i].audienceForActiveChange += this; layers[i].audienceForMaskedChange += this; } zap(models); } inline ResourceSystem &resSys() { return App_ResourceSystem(); } void updateFirstActiveLayer() { needUpdateFirstActiveLayer = false; // -1 denotes 'no active layers'. firstActiveLayer = -1; for(int i = 0; i < MAX_SKY_LAYERS; ++i) { if(layers[i].isActive()) { firstActiveLayer = i; break; } } } void calculateAmbientColor() { needUpdateAmbientColor = false; ambientColor = Vector3f(1, 1, 1); if(haveModels && !alwaysDrawSphere) return; Vector3f avgMaterialColor; Vector3f bottomCapColor; Vector3f topCapColor; if(needUpdateFirstActiveLayer) { updateFirstActiveLayer(); } if(firstActiveLayer < 0) return; /** * @todo Re-implement me by rendering the sky to a low-quality cubemap * and use that to obtain the lighting characteristics. */ int avgCount = 0; for(int i = 0; i < MAX_SKY_LAYERS; ++i) { Layer &layer = layers[firstActiveLayer + i]; if(!layer.isActive()) continue; if(!layer.material()) continue; MaterialSnapshot const &ms = layer.material() ->prepare(sphereMaterialSpec(layer.isMasked())); if(ms.hasTexture(MTU_PRIMARY)) { Texture const &tex = ms.texture(MTU_PRIMARY).generalCase(); averagecolor_analysis_t const *avgColor = reinterpret_cast(tex.analysisDataPointer(Texture::AverageColorAnalysis)); if(!avgColor) throw Error("calculateSkyAmbientColor", QString("Texture \"%1\" has no AverageColorAnalysis").arg(ms.texture(MTU_PRIMARY).generalCase().manifest().composeUri())); if(i == firstActiveLayer) { averagecolor_analysis_t const *avgLineColor = reinterpret_cast(tex.analysisDataPointer(Texture::AverageTopColorAnalysis)); if(!avgLineColor) throw Error("calculateSkyAmbientColor", QString("Texture \"%1\" has no AverageTopColorAnalysis").arg(tex.manifest().composeUri())); topCapColor = Vector3f(avgLineColor->color.rgb); avgLineColor = reinterpret_cast(tex.analysisDataPointer(Texture::AverageBottomColorAnalysis)); if(!avgLineColor) throw Error("calculateSkyAmbientColor", QString("Texture \"%1\" has no AverageBottomColorAnalysis").arg(tex.manifest().composeUri())); bottomCapColor = Vector3f(avgLineColor->color.rgb); } avgMaterialColor += Vector3f(avgColor->color.rgb); ++avgCount; } } if(avgCount) { // The caps cover a large amount of the sky sphere, so factor it in too. // Each cap is another unit. ambientColor = (avgMaterialColor + topCapColor + bottomCapColor) / (avgCount + 2); } } /** * Models are set up using the data in the definition. */ void setupModels(ded_sky_t const *def) { zap(models); // Normally the sky sphere is not drawn if models are in use. alwaysDrawSphere = (def->flags & SIF_DRAW_SPHERE) != 0; // The normal sphere is used if no models will be set up. haveModels = false; ded_skymodel_t const *modef = def->models; ModelInfo *minfo = models; for(int i = 0; i < MAX_SKY_MODELS; ++i, modef++, minfo++) { // Is the model ID set? try { minfo->model = &resSys().modelDef(modef->id); if(!minfo->model->subCount()) { continue; } // There is a model here. haveModels = true; minfo->def = modef; minfo->maxTimer = (int) (TICSPERSEC * modef->frameInterval); minfo->yaw = modef->yaw; minfo->frame = minfo->model->subModelDef(0).frame; } catch(ResourceSystem::MissingModelDefError const &) {} // Ignore this error. } } #ifdef __CLIENT__ void drawModels() { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMatrixMode(GL_MODELVIEW); glPushMatrix(); // Setup basic translation. glTranslatef(vOrigin.x, vOrigin.y, vOrigin.z); for(int i = 0; i < NUM_SKY_MODELS; ++i) { ModelInfo &minfo = models[i]; if(!minfo.def) continue; if(!self.layer(minfo.def->layer + 1).isActive()) { continue; } float inter = (minfo.maxTimer > 0 ? minfo.timer / float(minfo.maxTimer) : 0); drawmodelparams_t parms; zap(parms); // Calculate the coordinates for the model. parms.origin[VX] = vOrigin.x * -minfo.def->coordFactor[VX]; parms.origin[VY] = vOrigin.z * -minfo.def->coordFactor[VZ]; parms.origin[VZ] = vOrigin.y * -minfo.def->coordFactor[VY]; parms.gzt = parms.origin[VZ]; parms.distance = 1; parms.extraYawAngle = parms.yawAngleOffset = minfo.def->rotate[0]; parms.extraPitchAngle = parms.pitchAngleOffset = minfo.def->rotate[1]; parms.inter = inter; parms.mf = minfo.model; parms.alwaysInterpolate = true; App_ResourceSystem().setModelDefFrame(*minfo.model, minfo.frame); parms.yaw = minfo.yaw; for(int c = 0; c < 4; ++c) { parms.ambientColor[c] = minfo.def->color[c]; } parms.vLightListIdx = 0; parms.shineTranslateWithViewerPos = true; Rend_DrawModel(parms); } // We don't want that anything interferes with what was drawn. //glClear(GL_DEPTH_BUFFER_BIT); glMatrixMode(GL_MODELVIEW); glPopMatrix(); } #endif // __CLIENT__ /// Observes Layer MaterialChange void skyLayerMaterialChanged(Layer &layer) { // We may need to recalculate the ambient color of the sky. if(!layer.isActive()) return; //if(ambientColorDefined) return; needUpdateAmbientColor = true; } /// Observes Layer ActiveChange void skyLayerActiveChanged(Layer & /*layer*/) { needUpdateFirstActiveLayer = true; needUpdateAmbientColor = true; } /// Observes Layer MaskedChange void skyLayerMaskedChanged(Layer &layer) { // We may need to recalculate the ambient color of the sky. if(!layer.isActive()) return; //if(ambientColorDefined) return; needUpdateAmbientColor = true; } }; Sky::Sky() : d(new Instance(this)) {} bool Sky::hasLayer(int index) const { return (index > 0 && index <= MAX_SKY_LAYERS); } Sky::Layer &Sky::layer(int index) { if(hasLayer(index)) { return d->layers[index - 1]; // 1-based index. } /// @throw MissingLayerError An invalid layer index was specified. throw MissingLayerError("Sky::Layer", "Invalid layer index #" + String::number(index) + "."); } Sky::Layer const &Sky::layer(int index) const { return const_cast(const_cast(this)->layer(index)); } int Sky::firstActiveLayer() const { // Do we need to redetermine the first active layer? if(d->needUpdateFirstActiveLayer) { d->updateFirstActiveLayer(); } return d->firstActiveLayer + 1; // 1-based index. } void Sky::configureDefault() { d->height = DEFAULT_SKY_HEIGHT; d->horizonOffset = DEFAULT_SKY_HORIZON_OFFSET; d->ambientColorDefined = false; d->needUpdateAmbientColor = true; d->ambientColor = Vector3f(1, 1, 1); for(int i = 0; i < MAX_SKY_LAYERS; ++i) { Layer &lyr = d->layers[i]; lyr.setMasked(false) .setOffset(DEFAULT_SKY_SPHERE_XOFFSET) .setFadeoutLimit(DEFAULT_SKY_SPHERE_FADEOUT_LIMIT) .setActive(i == 0); lyr.setMaterial(0); try { lyr.setMaterial(ClientApp::resourceSystem().materialPtr(de::Uri(DEFAULT_SKY_SPHERE_MATERIAL, RC_NULL))); } catch(MaterialManifest::MissingMaterialError const &) {} // Ignore this error. } } float Sky::horizonOffset() const { return d->horizonOffset; } void Sky::setHorizonOffset(float newOffset) { d->horizonOffset = newOffset; } float Sky::height() const { return d->height; } void Sky::setHeight(float newHeight) { d->height = de::clamp(0.f, newHeight, 1.f); } Vector3f const &Sky::ambientColor() const { static Vector3f const white(1, 1, 1); if(d->ambientColorDefined || rendSkyLightAuto) { if(!d->ambientColorDefined) { // Do we need to recalculate the ambient color? if(d->needUpdateAmbientColor) { d->calculateAmbientColor(); } } return d->ambientColor; } return white; } void Sky::setAmbientColor(Vector3f const &newColor) { d->ambientColor = newColor.min(Vector3f(1, 1, 1)).max(Vector3f(0, 0, 0)); d->ambientColorDefined = true; } void Sky::configure(ded_sky_t *def) { LOG_AS("Sky"); // The default configuration is used as a starting point. configureDefault(); if(!def) return; // Go with the defaults, then. setHeight(def->height); setHorizonOffset(def->horizonOffset); for(int i = 0; i < MAX_SKY_LAYERS; ++i) { ded_skylayer_t const &lyrDef = def->layers[i]; Layer &lyr = d->layers[i]; if(!(lyrDef.flags & Layer::Active)) { lyr.disable(); continue; } lyr.setMasked((lyrDef.flags & Layer::Masked) != 0) .setOffset(lyrDef.offset) .setFadeoutLimit(lyrDef.colorLimit) .enable(); if(de::Uri *matUri = reinterpret_cast(lyrDef.material)) { try { lyr.setMaterial(ClientApp::resourceSystem().materialPtr(*matUri)); } catch(ResourceSystem::MissingManifestError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ". Unknown material \"%s\" in definition layer %i, using default.") << *matUri << i; } } } if(def->color[CR] > 0 || def->color[CG] > 0 || def->color[CB] > 0) { setAmbientColor(def->color); } // Any sky models to setup? Models will override the normal sphere by default. d->setupModels(def); } void Sky::runTick() { if(clientPaused || !d->haveModels) return; for(int i = 0; i < MAX_SKY_MODELS; ++i) { Instance::ModelInfo &minfo = d->models[i]; if(!minfo.def) continue; // Rotate the model. minfo.yaw += minfo.def->yawSpeed / TICSPERSEC; // Is it time to advance to the next frame? if(minfo.maxTimer > 0 && ++minfo.timer >= minfo.maxTimer) { minfo.frame++; minfo.timer = 0; // Execute a console command? if(minfo.def->execute) { Con_Execute(CMDS_SCRIPT, minfo.def->execute, true, false); } } } } #ifdef __CLIENT__ // Look up the precalculated vertex. static inline Vector3f &skyVertex(int r, int c) { return hemisphereVerts[r * skySphereColumns + c % skySphereColumns]; } static void drawHemisphereCap() { // Use the appropriate color. glColor3f(ds.capColor.x, ds.capColor.y, ds.capColor.z); // Draw the cap. glBegin(GL_TRIANGLE_FAN); for(int c = 0; c < skySphereColumns; ++c) { Vector3f const &vtx = skyVertex(0, c); glVertex3f(vtx.x, vtx.y, vtx.z); } glEnd(); // Are we doing a colored fadeout? if(!ds.fadeout) return; // We must fill the background for the top row since it'll be translucent. glBegin(GL_TRIANGLE_STRIP); Vector3f const *vtx = &skyVertex(0, 0); glVertex3f(vtx->x, vtx->y, vtx->z); int c = 0; for(; c < skySphereColumns; ++c) { // One step down. vtx = &skyVertex(1, c); glVertex3f(vtx->x, vtx->y, vtx->z); // And one step right. vtx = &skyVertex(0, c + 1); glVertex3f(vtx->x, vtx->y, vtx->z); } vtx = &skyVertex(1, c); glVertex3f(vtx->x, vtx->y, vtx->z); glEnd(); } /** * The top row (row 0) is the one that's faded out. * There must be at least 4 columns. The preferable number is 4n, where * n is 1, 2, 3... There should be at least two rows because the first * one is always faded. * * The total number of triangles per hemisphere can be calculated thus: * * Sum: rows * columns * 2 + (hemisphere) * rows * 2 + (fadeout) * rows - 2 (cap) */ static void makeHemisphere(float height, float horizonOffset) { float const maxSideAngle = float(de::PI / 2 * height); horizonOffset = float(de::PI / 2 * horizonOffset); if(skySphereDetail < 1) skySphereDetail = 1; if(skySphereRows < 1) skySphereRows = 1; skySphereColumns = 4 * skySphereDetail; hemisphereVerts.resize(skySphereColumns * (skySphereRows + 1)); // Calculate the vertices. for(int r = 0; r < skySphereRows + 1; ++r) for(int c = 0; c < skySphereColumns; ++c) { Vector3f &svtx = skyVertex(r, c); float topAngle = ((c / float(skySphereColumns)) *2) * PI; float sideAngle = horizonOffset + maxSideAngle * (skySphereRows - r) / float(skySphereRows); float realRadius = cos(sideAngle); svtx = Vector3f(realRadius * cos(topAngle), sin(sideAngle), // The height. realRadius * sin(topAngle)); } } static void rebuildHemisphereIfNeeded(Sky &sky) { static bool firstBuild = true; static float oldHorizonOffset; static float oldHeight; // Rebuild our model if any paramaters have changed. if(firstBuild || sky.horizonOffset() != oldHorizonOffset) { oldHorizonOffset = sky.horizonOffset(); needMakeHemisphere = true; } if(firstBuild || sky.height() != oldHeight) { oldHeight = sky.height(); needMakeHemisphere = true; } firstBuild = false; if(!needMakeHemisphere) return; // We have work to do... needMakeHemisphere = false; makeHemisphere(sky.height(), sky.horizonOffset()); } static void configureSphereDrawState(Sky &sky, int layerIndex, hemispherecap_t setupCap) { // Default state is no texture and no fadeout. ds.texSize = Vector2i(); if(setupCap != HC_NONE) ds.fadeout = false; ds.texXFlip = true; if(renderTextures != 0) { Material *mat; if(renderTextures == 2) { mat = ClientApp::resourceSystem().materialPtr(de::Uri("System", Path("gray"))); } else { mat = sky.layer(layerIndex).material(); if(!mat) { mat = ClientApp::resourceSystem().materialPtr(de::Uri("System", Path("missing"))); ds.texXFlip = false; } } DENG2_ASSERT(mat != 0); MaterialSnapshot const &ms = mat->prepare(sphereMaterialSpec(sky.layer(layerIndex).isMasked())); ds.texSize = ms.texture(MTU_PRIMARY).generalCase().dimensions(); if(ds.texSize != Vector2i(0, 0)) { ds.texOffset = sky.layer(layerIndex).offset(); GL_BindTexture(&ms.texture(MTU_PRIMARY)); } else { // Disable texturing. ds.texSize = Vector2i(); GL_SetNoTexture(); } if(setupCap != HC_NONE) { averagecolor_analysis_t const *avgLineColor = reinterpret_cast (ms.texture(MTU_PRIMARY).generalCase().analysisDataPointer((setupCap == HC_TOP? Texture::AverageTopColorAnalysis : Texture::AverageBottomColorAnalysis))); float const fadeoutLimit = sky.layer(layerIndex).fadeoutLimit(); if(!avgLineColor) throw Error("configureDrawHemisphereState", QString("Texture \"%1\" has no %2").arg(ms.texture(MTU_PRIMARY).generalCase().manifest().composeUri()).arg(setupCap == HC_TOP? "AverageTopColorAnalysis" : "AverageBottomColorAnalysis")); ds.capColor = Vector3f(avgLineColor->color.rgb); // Is the colored fadeout in use? ds.fadeout = (ds.capColor.x >= fadeoutLimit || ds.capColor.y >= fadeoutLimit || ds.capColor.z >= fadeoutLimit);; } } else { GL_SetNoTexture(); } if(setupCap != HC_NONE && !ds.fadeout) { // Default color is black. ds.capColor = Vector3f(); } } /// @param flags @ref skySphereRenderFlags static void drawHemisphere(Sky &sky, SphereComponentFlags flags) { int const firstLayer = sky.firstActiveLayer(); DENG2_ASSERT(firstLayer > 0); // 1-based bool const yflip = flags.testFlag(LowerHemisphere); hemispherecap_t cap = flags.testFlag(LowerHemisphere)? HC_BOTTOM : HC_TOP; // Rebuild the hemisphere model if necessary. rebuildHemisphereIfNeeded(sky); if(yflip) { // The lower hemisphere must be flipped. glMatrixMode(GL_MODELVIEW); glPushMatrix(); glScalef(1.0f, -1.0f, 1.0f); } // First render the cap and the background for fadeouts, if needed. configureSphereDrawState(sky, firstLayer, cap); drawHemisphereCap(); if(flags.testFlag(UpperHemisphere) || flags.testFlag(LowerHemisphere)) { for(int i = firstLayer; i <= MAX_SKY_LAYERS; ++i) { if(!sky.layer(i).isActive()) continue; if(i != firstLayer) { configureSphereDrawState(sky, i, HC_NONE); } if(ds.texSize.x != 0) { glEnable(GL_TEXTURE_2D); glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); glTranslatef(ds.texOffset / ds.texSize.x, 0, 0); glScalef(1024.f / ds.texSize.x * (ds.texXFlip? 1 : -1), yflip? -1 : 1, 1); if(yflip) glTranslatef(0, -1, 0); } #define WRITESKYVERTEX(r_, c_) { \ svtx = &skyVertex(r_, c_); \ if(ds.texSize.x != 0) \ glTexCoord2f((c_) / float(skySphereColumns), (r_) / float(skySphereRows)); \ if(ds.fadeout) \ { \ if((r_) == 0) glColor4f(1, 1, 1, 0); \ else glColor3f(1, 1, 1); \ } \ else \ { \ if((r_) == 0) glColor3f(0, 0, 0); \ else glColor3f(1, 1, 1); \ } \ glVertex3f(svtx->x, svtx->y, svtx->z); \ } Vector3f const *svtx; for(int r = 0; r < skySphereRows; ++r) { glBegin(GL_TRIANGLE_STRIP); WRITESKYVERTEX(r, 0); WRITESKYVERTEX(r + 1, 0); for(int c = 1; c <= skySphereColumns; ++c) { WRITESKYVERTEX(r, c); WRITESKYVERTEX(r + 1, c); } glEnd(); } if(ds.texSize.x != 0) { glMatrixMode(GL_TEXTURE); glPopMatrix(); glDisable(GL_TEXTURE_2D); } #undef WRITESKYVERTEX } } if(yflip) { glMatrixMode(GL_MODELVIEW); glPopMatrix(); } } void Sky::cacheDrawableAssets() { for(int i = 0; i < MAX_SKY_LAYERS; ++i) { Layer &lyr = d->layers[i]; if(Material *mat = lyr.material()) { d->resSys().cache(*mat, sphereMaterialSpec(lyr.isMasked())); } } if(d->haveModels) { for(int i = 0; i < MAX_SKY_MODELS; ++i) { Instance::ModelInfo &minfo = d->models[i]; if(!minfo.def) continue; d->resSys().cache(minfo.model); } } } void Sky::draw() { // Is there a sky to be rendered? if(!firstActiveLayer()) return; if(usingFog) glEnable(GL_FOG); // If sky models have been inited, they will be used. if(!d->haveModels || d->alwaysDrawSphere) { // We don't want anything written in the depth buffer. glDisable(GL_DEPTH_TEST); glDepthMask(GL_FALSE); // Disable culling, all triangles face the viewer. glDisable(GL_CULL_FACE); // Setup a proper matrix. glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(vOrigin.x, vOrigin.y, vOrigin.z); glScalef(skyDistance, skyDistance, skyDistance); // Always draw both hemispheres. drawHemisphere(*this, LowerHemisphere); drawHemisphere(*this, UpperHemisphere); glMatrixMode(GL_MODELVIEW); glPopMatrix(); // Restore assumed default GL state. glEnable(GL_CULL_FACE); glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); } // How about some 3D models? if(d->haveModels) { // We don't want anything written in the depth buffer. glDisable(GL_DEPTH_TEST); glDepthMask(GL_FALSE); d->drawModels(); // Restore assumed default GL state. glDepthMask(GL_TRUE); glEnable(GL_DEPTH_TEST); } if(usingFog) glDisable(GL_FOG); } #endif // __CLIENT__ static Sky sky; Sky *theSky = &sky; static void markSkySphereForRebuild() { // Defer this task until render time, when we can be sure we are in correct thread. needMakeHemisphere = true; } void Sky::consoleRegister() //static { C_VAR_INT2 ("rend-sky-detail", &skySphereDetail, 0, 3, 7, markSkySphereForRebuild); C_VAR_INT2 ("rend-sky-rows", &skySphereRows, 0, 1, 8, markSkySphereForRebuild); C_VAR_FLOAT("rend-sky-distance", &skyDistance, CVF_NO_MAX, 1, 0); } static void setSkyLayerParams(Sky &sky, int layerIndex, int param, void *data) { try { Sky::Layer &layer = sky.layer(layerIndex); switch(param) { case DD_ENABLE: layer.enable(); break; case DD_DISABLE: layer.disable(); break; case DD_MASK: layer.setMasked(*((int *)data) == DD_YES); break; case DD_MATERIAL: layer.setMaterial((Material *)data); break; case DD_OFFSET: layer.setOffset(*((float *)data)); break; case DD_COLOR_LIMIT: layer.setFadeoutLimit(*((float *)data)); break; default: // Log but otherwise ignore this error. LOG_GL_WARNING("Failed configuring sky layer #%i: bad parameter %i") << layerIndex << param; } } catch(Sky::MissingLayerError const &er) { // Log but otherwise ignore this error. LOG_GL_WARNING("Failed configuring sky layer #%i: %s") << layerIndex << er.asText(); } } #undef R_SkyParams DENG_EXTERN_C void R_SkyParams(int layerIndex, int param, void *data) { LOG_AS("R_SkyParams"); // The whole sky? if(layerIndex == DD_SKY) { switch(param) { case DD_HEIGHT: sky.setHeight(*((float *)data)); break; case DD_HORIZON: sky.setHorizonOffset(*((float *)data)); break; default: // Operate on all layers. for(int i = 1; i <= MAX_SKY_LAYERS; ++i) { setSkyLayerParams(sky, i, param, data); } } return; } // A specific layer? if(layerIndex >= 0 && layerIndex < MAX_SKY_LAYERS) { setSkyLayerParams(sky, layerIndex + 1, param, data); } } doomsday-1.14.5/doomsday/client/src/render/vlight.cpp0000664000175000017500000002320212350542237022053 0ustar jaakkojaakko/** @file vlight.cpp Vector lights * @ingroup render * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "render/vlight.h" #include "de_graphics.h" #include "de_render.h" #include "world/map.h" #include "BspLeaf" #include "SectorCluster" #include "Surface" #include "Contact" #include #include // M_ApproxDistance #include using namespace de; struct ListNode { ListNode *next, *nextUsed; VectorLight vlight; }; struct List { ListNode *head; }; // VectorLight List nodes. static ListNode *firstNode, *cursorNode; // VectorLight lists. static uint listCount, cursorList; static List *lists; /** * Create a new vlight list. * @return Identifier for the new list. */ static uint newList() { // Do we need to allocate more lists? if(++cursorList >= listCount) { listCount *= 2; if(!listCount) listCount = 2; lists = (List *) Z_Realloc(lists, listCount * sizeof(*lists), PU_MAP); } List *list = &lists[cursorList - 1]; list->head = 0; return cursorList - 1; } static ListNode *newListNode() { ListNode *node; // Have we run out of nodes? if(!cursorNode) { node = (ListNode *) Z_Malloc(sizeof(ListNode), PU_APPSTATIC, 0); // Link the new node to the list. node->nextUsed = firstNode; firstNode = node; } else { node = cursorNode; cursorNode = cursorNode->nextUsed; } node->next = 0; return node; } /** * @return Ptr to a new vlight node. If the list of unused nodes is empty, * a new node is created. */ static ListNode *newVLight() { ListNode *node = newListNode(); //vlight_t *vlight = &node->vlight; /// @todo move vlight setup here. return node; } static void linkNodeInList(ListNode *node, uint listIdx) { List *list = &lists[listIdx]; if(list->head) { ListNode *iter = list->head; ListNode *last = iter; do { VectorLight *vlight = &node->vlight; // Is this closer than the one being added? if(node->vlight.approxDist > vlight->approxDist) { last = iter; iter = iter->next; } else { // Need to insert it here. node->next = last->next; last->next = node; return; } } while(iter); } node->next = list->head; list->head = node; } void VL_InitForMap(Map &map) { DENG_UNUSED(map); lists = 0; listCount = 0; cursorList = 0; } void VL_InitForNewFrame() { // Start reusing nodes from the first one in the list. cursorNode = firstNode; // Clear the mobj vlight link lists. cursorList = 0; if(listCount) std::memset(lists, 0, listCount * sizeof(List)); } /** * World light can both light and shade. Normal objects get more shade than light * (preventing them from ending up too bright compared to the ambient light). */ static void lightWithWorldLight(Vector3f const &color, bool starkLight, uint listIdx) { static Vector3f const worldLight(-.400891f, -.200445f, .601336f); ListNode *node = newVLight(); VectorLight *vlight = &node->vlight; vlight->direction = worldLight; vlight->color = color; vlight->affectedByAmbient = false; vlight->approxDist = 0; if(starkLight) { vlight->lightSide = .35f; vlight->darkSide = .5f; vlight->offset = 0; } else { vlight->lightSide = .2f; vlight->darkSide = .8f; vlight->offset = .3f; } linkNodeInList(node, listIdx); } /** * Interpret a vlight from the lumobj and add it to the identified list. * * @param origin Point in the map being evaluated. * @param lum Luminous object to interpret. * @param listIdx Identifier of the vlight list to update. */ static void lightWithLumobj(Vector3d const &origin, Lumobj *lum, uint listIdx) { DENG_ASSERT(lum != 0); Vector3d lumCenter = lum->origin(); lumCenter.z += lum->zOffset(); // Is this light close enough? double dist = M_ApproxDistance(M_ApproxDistance(lumCenter.x - origin.x, lumCenter.y - origin.y), origin.z - lumCenter.z); float intensity = 0; if(dist < Lumobj::radiusMax()) { intensity = de::clamp(0.f, float(1 - dist / lum->radius()) * 2, 1.f); } if(intensity < .05f) return; ListNode *node = newVLight(); VectorLight *vlight = &node->vlight; vlight->direction = (lumCenter - origin) / dist; vlight->color = lum->color() * intensity; vlight->affectedByAmbient = true; vlight->approxDist = dist; vlight->lightSide = 1; vlight->darkSide = 0; vlight->offset = 0; linkNodeInList(node, listIdx); } struct lightwithlumobjs_params_t { Vector3d origin; uint listIdx; }; static int lightWithLumobjsWorker(Lumobj &lum, void *context) { lightwithlumobjs_params_t *p = static_cast(context); lightWithLumobj(p->origin, &lum, p->listIdx); return false; // Continue iteration. } /** * Interpret vlights from lumobjs near the @a origin which contact the specfified * @a bspleaf and add them to the identified list. */ static void lightWithLumobjs(Vector3d const &origin, BspLeaf &bspLeaf, uint listIdx) { lightwithlumobjs_params_t parms; zap(parms); parms.origin = origin; parms.listIdx = listIdx; R_BspLeafLumobjContactIterator(bspLeaf, lightWithLumobjsWorker, &parms); } /** * Interpret vlights from glowing planes at the @a origin in the specfified * @a bspleaf and add them to the identified list. */ static void lightWithPlaneGlows(Vector3d const &origin, BspLeaf &bspLeaf, uint listIdx) { SectorCluster &cluster = bspLeaf.cluster(); for(int i = 0; i < cluster.sector().planeCount(); ++i) { Plane &plane = cluster.visPlane(i); Surface &surface = plane.surface(); // Glowing at this moment? Vector3f glowColor; float intensity = surface.glow(glowColor); if(intensity < .05f) continue; coord_t glowHeight = Rend_PlaneGlowHeight(intensity); if(glowHeight < 2) continue; // Not too small! // In front of the plane? Vector3d pointOnPlane = Vector3d(cluster.center(), plane.heightSmoothed()); double dist = (origin - pointOnPlane).dot(surface.normal()); if(dist < 0) continue; intensity *= 1 - dist / glowHeight; if(intensity < .05f) continue; Vector3f color = Rend_LuminousColor(glowColor, intensity); if(color != Vector3f(0, 0, 0)) { ListNode *node = newVLight(); VectorLight *vlight = &node->vlight; vlight->direction = Vector3f(surface.normal().x, surface.normal().y, -surface.normal().z); vlight->color = color; vlight->affectedByAmbient = true; vlight->approxDist = dist; vlight->lightSide = 1; vlight->darkSide = 0; vlight->offset = .3f; linkNodeInList(node, listIdx); } } } uint R_CollectAffectingLights(collectaffectinglights_params_t const *p) { if(!p) return 0; uint listIdx = newList(); // Always apply an ambient world light. lightWithWorldLight(p->ambientColor, p->starkLight, listIdx); // Add extra light by interpreting nearby sources. if(p->bspLeaf && p->bspLeaf->hasCluster()) { lightWithLumobjs(p->origin, *p->bspLeaf, listIdx); lightWithPlaneGlows(p->origin, *p->bspLeaf, listIdx); } return listIdx + 1; } int VL_ListIterator(uint listIdx, int (*callback) (VectorLight const *, void *), void *context) { if(callback && listIdx != 0 && listIdx <= listCount) { ListNode *node = lists[listIdx - 1].head; while(node) { if(int result = callback(&node->vlight, context)) return result; node = node->next; } } return false; // Continue iteration. } void Rend_DrawVectorLight(VectorLight const *vlight, float alpha) { if(!vlight) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(alpha < .0001f) return; float const unitLength = 100; glBegin(GL_LINES); glColor4f(vlight->color.x, vlight->color.y, vlight->color.z, alpha); glVertex3f(unitLength * vlight->direction.x, unitLength * vlight->direction.z, unitLength * vlight->direction.y); glColor4f(vlight->color.x, vlight->color.y, vlight->color.z, 0); glVertex3f(0, 0, 0); glEnd(); } doomsday-1.14.5/doomsday/client/src/render/rend_dynlight.cpp0000664000175000017500000001405312350542237023414 0ustar jaakkojaakko/** @file render/rend_dynlight.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "de_console.h" #include "de_graphics.h" #include "de_render.h" #include "clientapp.h" #include "WallEdge" #include "render/rend_dynlight.h" using namespace de; static void drawDynlight(TexProjection const &tp, renderlightprojectionparams_t &parm) { // If multitexturing is in use we skip the first. if(!(Rend_IsMTexLights() && parm.lastIdx == 0)) { // Allocate enough for the divisions too. Vector3f *rvertices = R_AllocRendVertices(parm.realNumVertices); Vector2f *rtexcoords = R_AllocRendTexCoords(parm.realNumVertices); Vector4f *rcolors = R_AllocRendColors(parm.realNumVertices); bool const mustSubdivide = (parm.isWall && (parm.wall.leftEdge->divisionCount() || parm.wall.rightEdge->divisionCount() )); for(uint i = 0; i < parm.numVertices; ++i) { rcolors[i] = tp.color; } if(parm.isWall) { WallEdge const &leftEdge = *parm.wall.leftEdge; WallEdge const &rightEdge = *parm.wall.rightEdge; rtexcoords[1].x = rtexcoords[0].x = tp.topLeft.x; rtexcoords[1].y = rtexcoords[3].y = tp.topLeft.y; rtexcoords[3].x = rtexcoords[2].x = tp.bottomRight.x; rtexcoords[2].y = rtexcoords[0].y = tp.bottomRight.y; if(mustSubdivide) { /* * Need to swap indices around into fans set the position * of the division vertices, interpolate texcoords and * color. */ Vector3f origVerts[4]; std::memcpy(origVerts, parm.rvertices, sizeof(Vector3f) * 4); Vector2f origTexCoords[4]; std::memcpy(origTexCoords, rtexcoords, sizeof(Vector2f) * 4); Vector4f origColors[4]; std::memcpy(origColors, rcolors, sizeof(Vector4f) * 4); R_DivVerts(rvertices, origVerts, leftEdge, rightEdge); R_DivTexCoords(rtexcoords, origTexCoords, leftEdge, rightEdge); R_DivVertColors(rcolors, origColors, leftEdge, rightEdge); } else { std::memcpy(rvertices, parm.rvertices, sizeof(Vector3f) * parm.numVertices); } } else { // It's a flat. float const width = parm.bottomRight->x - parm.topLeft->x; float const height = parm.bottomRight->y - parm.topLeft->y; for(uint i = 0; i < parm.numVertices; ++i) { rtexcoords[i].x = ((parm.bottomRight->x - parm.rvertices[i].x) / width * tp.topLeft.x) + ((parm.rvertices[i].x - parm.topLeft->x) / width * tp.bottomRight.x); rtexcoords[i].y = ((parm.bottomRight->y - parm.rvertices[i].y) / height * tp.topLeft.y) + ((parm.rvertices[i].y - parm.topLeft->y) / height * tp.bottomRight.y); } std::memcpy(rvertices, parm.rvertices, sizeof(Vector3f) * parm.numVertices); } DrawListSpec listSpec; listSpec.group = LightGeom; listSpec.texunits[TU_PRIMARY] = GLTextureUnit(tp.texture, gl::ClampToEdge, gl::ClampToEdge); DrawList &lightList = ClientApp::renderSystem().drawLists().find(listSpec); if(mustSubdivide) { WallEdge const &leftEdge = *parm.wall.leftEdge; WallEdge const &rightEdge = *parm.wall.rightEdge; lightList.write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + rightEdge.divisionCount(), rvertices + 3 + leftEdge.divisionCount(), rcolors + 3 + leftEdge.divisionCount(), rtexcoords + 3 + leftEdge.divisionCount()) .write(gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, 3 + leftEdge.divisionCount(), rvertices, rcolors, rtexcoords); } else { lightList.write(parm.isWall? gl::TriangleStrip : gl::TriangleFan, BM_NORMAL, Vector2f(1, 1), Vector2f(0, 0), Vector2f(1, 1), Vector2f(0, 0), 0, parm.numVertices, rvertices, rcolors, rtexcoords); } R_FreeRendVertices(rvertices); R_FreeRendTexCoords(rtexcoords); R_FreeRendColors(rcolors); } parm.lastIdx++; } /// Generates a new primitive for each light projection. static int drawDynlightWorker(TexProjection const *tp, void *context) { drawDynlight(*tp, *static_cast(context)); return 0; // Continue iteration. } uint Rend_RenderLightProjections(uint listIdx, renderlightprojectionparams_t &p) { uint numRendered = p.lastIdx; Rend_IterateProjectionList(listIdx, drawDynlightWorker, (void *)&p); numRendered = p.lastIdx - numRendered; if(Rend_IsMTexLights()) numRendered -= 1; return numRendered; } doomsday-1.14.5/doomsday/client/src/render/lightdecoration.cpp0000664000175000017500000000744112350542237023744 0ustar jaakkojaakko/** @file lightdecoration.cpp World surface light decoration. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "de_console.h" #include "de_render.h" #include "def_main.h" #include "world/map.h" #include "BspLeaf" #include "Surface" #include "render/lightdecoration.h" using namespace de; static float angleFadeFactor = .1f; ///< cvar static float brightFactor = 1; ///< cvar LightDecoration::LightDecoration(MaterialSnapshotDecoration &source, const Vector3d &origin) : Decoration(source, origin), Source() {} float LightDecoration::occlusion(Vector3d const &eye) const { // Halo brightness drops as the angle gets too big. if(source().elevation < 2 && ::angleFadeFactor > 0) // Close the surface? { Vector3d const vecFromOriginToEye = (origin() - eye).normalize(); float dot = float( -surface().normal().dot(vecFromOriginToEye) ); if(dot < ::angleFadeFactor / 2) { return 0; } else if(dot < 3 * ::angleFadeFactor) { return (dot - ::angleFadeFactor / 2) / (2.5f * ::angleFadeFactor); } } return 1; } /** * @return @c > 0 if @a lightlevel passes the min max limit condition. */ static float checkLightLevel(float lightlevel, float min, float max) { // Has a limit been set? if(de::fequal(min, max)) return 1; return de::clamp(0.f, (lightlevel - min) / float(max - min), 1.f); } Lumobj *LightDecoration::generateLumobj() const { // Decorations with zero color intensity produce no light. if(source().color == Vector3f(0, 0, 0)) return 0; // Does it pass the ambient light limitation? float lightLevel = bspLeafAtOrigin().sector().lightLevel(); Rend_ApplyLightAdaptation(lightLevel); float intensity = checkLightLevel(lightLevel, source().lightLevels[0], source().lightLevels[1]); if(intensity < .0001f) return 0; // Apply the brightness factor (was calculated using sector lightlevel). float fadeMul = intensity * ::brightFactor; if(fadeMul <= 0) return 0; Lumobj *lum = new Lumobj(origin(), source().radius, source().color * fadeMul); lum->setSource(this); lum->setMaxDistance (MAX_DECOR_DISTANCE) .setLightmap (Lumobj::Side, source().tex) .setLightmap (Lumobj::Down, source().floorTex) .setLightmap (Lumobj::Up, source().ceilTex) .setFlareSize (source().flareSize) .setFlareTexture(source().flareTex); return lum; } void LightDecoration::consoleRegister() // static { C_VAR_FLOAT("rend-light-decor-angle", &::angleFadeFactor, 0, 0, 1); C_VAR_FLOAT("rend-light-decor-bright", &::brightFactor, 0, 0, 10); } float LightDecoration::angleFadeFactor() // static { return ::angleFadeFactor; } float LightDecoration::brightFactor() // static { return ::brightFactor; } doomsday-1.14.5/doomsday/client/src/render/rend_model.cpp0000664000175000017500000010147312350542237022675 0ustar jaakkojaakko/** @file rend_model.cpp 3D Model Rendering. * * @note Light vectors and triangle normals are in an entirely independent, * right-handed coordinate system. * * There is some more confusion with Y and Z axes as the game uses Z as the * vertical axis and the rendering code and model definitions use the Y axis. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "clientapp.h" #include "render/rend_model.h" #include "render/rend_main.h" #include "render/vlight.h" #include "gl/gl_main.h" #include "gl/gl_texmanager.h" #include "network/net_main.h" // gametic #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "Texture" #include "con_main.h" #include "dd_def.h" #include "dd_main.h" // App_WorldSystem() #include #include #include #include #include #include using namespace de; #define QATAN2(y,x) qatan2(y,x) #define QASIN(x) asin(x) // @todo Precalculate arcsin. static inline float qatan2(float y, float x) { float ang = BANG2RAD(bamsAtan2(y * 512, x * 512)); if(ang > PI) ang -= 2 * (float) PI; return ang; } enum rendcmd_t { RC_COMMAND_COORDS, RC_OTHER_COORDS, RC_BOTH_COORDS }; byte useModels = true; int modelLight = 4; int frameInter = true; float modelAspectMod = 1 / 1.2f; //.833334f; int mirrorHudModels; int modelShinyMultitex = true; float modelShinyFactor = 1.0f; float modelSpinSpeed = 1; int maxModelDistance = 1500; float rend_model_lod = 256; byte precacheSkins = true; static bool inited; struct array_t { bool enabled; void *data; }; #define MAX_ARRAYS (2 + MAX_TEX_UNITS) static array_t arrays[MAX_ARRAYS]; // The global vertex render buffer. static Vector3f *modelPosCoords; static Vector3f *modelNormCoords; static Vector4ub *modelColorCoords; static Vector2f *modelTexCoords; // Global variables for ease of use. (Egads!) static Vector3f modelCenter; static ModelDetailLevel *activeLod; static uint vertexBufferMax; ///< Maximum number of vertices we'll be required to render per submodel. static uint vertexBufferSize; ///< Current number of vertices supported by the render buffer. #ifdef DENG_DEBUG static bool announcedVertexBufferMaxBreach; ///< @c true if an attempt has been made to expand beyond our capability. #endif /*static void modelAspectModChanged() { /// @todo Reload and resize all models. }*/ void Rend_ModelRegister() { C_VAR_BYTE ("rend-model", &useModels, 0, 0, 1); C_VAR_INT ("rend-model-lights", &modelLight, 0, 0, 10); C_VAR_INT ("rend-model-inter", &frameInter, 0, 0, 1); C_VAR_FLOAT("rend-model-aspect", &modelAspectMod, CVF_NO_MAX | CVF_NO_MIN, 0, 0); C_VAR_INT ("rend-model-distance", &maxModelDistance, CVF_NO_MAX, 0, 0); C_VAR_BYTE ("rend-model-precache", &precacheSkins, 0, 0, 1); C_VAR_FLOAT("rend-model-lod", &rend_model_lod, CVF_NO_MAX, 0, 0); C_VAR_INT ("rend-model-mirror-hud", &mirrorHudModels, 0, 0, 1); C_VAR_FLOAT("rend-model-spin-speed", &modelSpinSpeed, CVF_NO_MAX | CVF_NO_MIN, 0, 0); C_VAR_INT ("rend-model-shiny-multitex", &modelShinyMultitex, 0, 0, 1); C_VAR_FLOAT("rend-model-shiny-strength", &modelShinyFactor, 0, 0, 10); } void Rend_ModelInit() { if(inited) return; // Already been here. modelPosCoords = 0; modelNormCoords = 0; modelColorCoords = 0; modelTexCoords = 0; vertexBufferMax = vertexBufferSize = 0; #ifdef DENG_DEBUG announcedVertexBufferMaxBreach = false; #endif inited = true; } void Rend_ModelShutdown() { if(!inited) return; M_Free(modelPosCoords); modelPosCoords = 0; M_Free(modelNormCoords); modelNormCoords = 0; M_Free(modelColorCoords); modelColorCoords = 0; M_Free(modelTexCoords); modelTexCoords = 0; vertexBufferMax = vertexBufferSize = 0; #ifdef DENG_DEBUG announcedVertexBufferMaxBreach = false; #endif inited = false; } bool Rend_ModelExpandVertexBuffers(uint numVertices) { DENG2_ASSERT(inited); LOG_AS("Rend_ModelExpandVertexBuffers"); if(numVertices <= vertexBufferMax) return true; // Sanity check a sane maximum... if(numVertices >= RENDER_MAX_MODEL_VERTS) { #ifdef DENG_DEBUG if(!announcedVertexBufferMaxBreach) { LOGDEV_GL_WARNING("Attempted to expand to %u vertices (max %u)") << numVertices << RENDER_MAX_MODEL_VERTS; announcedVertexBufferMaxBreach = true; } #endif return false; } // Defer resizing of the render buffer until draw time as it may be repeatedly expanded. vertexBufferMax = numVertices; return true; } /// @return @c true= Vertex buffer is large enough to handle @a numVertices. static bool resizeVertexBuffer(uint numVertices) { // Mark the vertex buffer if a resize is necessary. Rend_ModelExpandVertexBuffers(numVertices); // Do we need to resize the buffers? if(vertexBufferMax != vertexBufferSize) { /// @todo Align access to this memory along a 4-byte boundary? modelPosCoords = (Vector3f *) M_Realloc(modelPosCoords, sizeof(*modelPosCoords) * vertexBufferMax); modelNormCoords = (Vector3f *) M_Realloc(modelNormCoords, sizeof(*modelNormCoords) * vertexBufferMax); modelColorCoords = (Vector4ub *) M_Realloc(modelColorCoords, sizeof(*modelColorCoords) * vertexBufferMax); modelTexCoords = (Vector2f *) M_Realloc(modelTexCoords, sizeof(*modelTexCoords) * vertexBufferMax); vertexBufferSize = vertexBufferMax; } // Is the buffer large enough? return vertexBufferSize >= numVertices; } static void disableArrays(int vertices, int colors, int coords) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(vertices) { arrays[AR_VERTEX].enabled = false; } if(colors) { arrays[AR_COLOR].enabled = false; } for(int i = 0; i < numTexUnits; ++i) { if(coords & (1 << i)) { arrays[AR_TEXCOORD0 + i].enabled = false; } } DENG_ASSERT(!Sys_GLCheckError()); } static inline void enableTexUnit(byte id) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glActiveTexture(GL_TEXTURE0 + id); glEnable(GL_TEXTURE_2D); } static inline void disableTexUnit(byte id) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glActiveTexture(GL_TEXTURE0 + id); glDisable(GL_TEXTURE_2D); // Implicit disabling of texcoord array. disableArrays(0, 0, 1 << id); } /** * The first selected unit is active after this call. */ static void selectTexUnits(int count) { for(int i = numTexUnits - 1; i >= count; i--) { disableTexUnit(i); } // Enable the selected units. for(int i = count - 1; i >= 0; i--) { if(i >= numTexUnits) continue; enableTexUnit(i); } } /** * Enable, set and optionally lock all enabled arrays. */ static void configureArrays(void *vertices, void *colors, int numCoords = 0, void **coords = 0, int lock = 0) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(vertices) { arrays[AR_VERTEX].enabled = true; arrays[AR_VERTEX].data = vertices; } if(colors) { arrays[AR_COLOR].enabled = true; arrays[AR_COLOR].data = colors; } for(int i = 0; i < numCoords && i < MAX_TEX_UNITS; ++i) { if(coords[i]) { arrays[AR_TEXCOORD0 + i].enabled = true; arrays[AR_TEXCOORD0 + i].data = coords[i]; } } DENG_ASSERT(!Sys_GLCheckError()); } static void drawArrayElement(int index) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); for(int i = 0; i < numTexUnits; ++i) { if(!arrays[AR_TEXCOORD0 + i].enabled) continue; Vector2f const &texCoord = ((Vector2f const *)arrays[AR_TEXCOORD0 + i].data)[index]; glMultiTexCoord2f(GL_TEXTURE0 + i, texCoord.x, texCoord.y); } if(arrays[AR_COLOR].enabled) { Vector4ub const &colorCoord = ((Vector4ub const *) arrays[AR_COLOR].data)[index]; glColor4ub(colorCoord.x, colorCoord.y, colorCoord.z, colorCoord.w); } if(arrays[AR_VERTEX].enabled) { Vector3f const &posCoord = ((Vector3f const *) arrays[AR_VERTEX].data)[index]; glVertex3f(posCoord.x, posCoord.y, posCoord.z); } } /** * Return a pointer to the visible model frame. */ static ModelFrame &visibleModelFrame(ModelDef &modef, int subnumber, int mobjId) { if(subnumber >= int(modef.subCount())) { throw Error("Rend_DrawModel.visibleFrame", QString("Model has %1 submodels, but submodel #%2 was requested") .arg(modef.subCount()).arg(subnumber)); } SubmodelDef const &sub = modef.subModelDef(subnumber); int curFrame = sub.frame; if(modef.flags & MFF_IDFRAME) { curFrame += mobjId % sub.frameRange; } return App_ResourceSystem().model(sub.modelId).frame(curFrame); } /** * Render a set of 3D model primitives using the given data. */ static void drawPrimitives(rendcmd_t mode, Model::Primitives const &primitives, Vector3f *posCoords, Vector4ub *colorCoords, Vector2f *texCoords = 0) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Disable all vertex arrays. disableArrays(true, true, DDMAXINT); // Load the vertex array. void *coords[2]; switch(mode) { case RC_OTHER_COORDS: coords[0] = texCoords; configureArrays(posCoords, colorCoords, 1, coords); break; case RC_BOTH_COORDS: coords[0] = NULL; coords[1] = texCoords; configureArrays(posCoords, colorCoords, 2, coords); break; default: configureArrays(posCoords, colorCoords); break; } foreach(Model::Primitive const &prim, primitives) { // The type of primitive depends on the sign. glBegin(prim.triFan? GL_TRIANGLE_FAN : GL_TRIANGLE_STRIP); foreach(Model::Primitive::Element const &elem, prim.elements) { if(mode != RC_OTHER_COORDS) { glTexCoord2f(elem.texCoord.x, elem.texCoord.y); } drawArrayElement(elem.index); } // The primitive is complete. glEnd(); } } /** * Interpolate linearly between two sets of vertices. */ static void Mod_LerpVertices(float inter, int count, ModelFrame const &from, ModelFrame const &to, Vector3f *posOut, Vector3f *normOut) { DENG2_ASSERT(&from.model == &to.model); // sanity check. DENG2_ASSERT(!activeLod || &activeLod->model == &from.model); // sanity check. DENG2_ASSERT(from.vertices.count() == to.vertices.count()); // sanity check. ModelFrame::VertexBuf::const_iterator startIt = from.vertices.begin(); ModelFrame::VertexBuf::const_iterator endIt = to.vertices.begin(); if(&from == &to || de::fequal(inter, 0)) { for(int i = 0; i < count; ++i, startIt++, posOut++, normOut++) { if(!activeLod || activeLod->hasVertex(i)) { *posOut = startIt->pos; *normOut = startIt->norm; } } } else { for(int i = 0; i < count; ++i, startIt++, endIt++, posOut++, normOut++) { if(!activeLod || activeLod->hasVertex(i)) { *posOut = de::lerp(startIt->pos, endIt->pos, inter); *normOut = de::lerp(startIt->norm, endIt->norm, inter); } } } } static void Mod_MirrorCoords(int count, Vector3f *coords, int axis) { for(; count-- > 0; coords++) { (*coords)[axis] = -(*coords)[axis]; } } struct lightmodelvertexworker_params_t { Vector3f color, extra; float rotateYaw, rotatePitch; Vector3f normal; uint numProcessed, max; bool invert; }; static void lightModelVertex(VectorLight const &vlight, lightmodelvertexworker_params_t &parms) { // We must transform the light vector to model space. float vlightDirection[3] = { vlight.direction.x, vlight.direction.y, vlight.direction.z }; M_RotateVector(vlightDirection, parms.rotateYaw, parms.rotatePitch); // Quick hack: Flip light normal if model inverted. if(parms.invert) { vlightDirection[VX] = -vlightDirection[VX]; vlightDirection[VY] = -vlightDirection[VY]; } float strength = Vector3f(vlightDirection).dot(parms.normal) + vlight.offset; // Shift a bit towards the light. // Ability to both light and shade. if(strength > 0) { strength *= vlight.lightSide; } else { strength *= vlight.darkSide; } Vector3f &dest = vlight.affectedByAmbient? parms.color : parms.extra; dest += vlight.color * de::clamp(-1.f, strength, 1.f); } static int lightModelVertexWorker(VectorLight const *vlight, void *context) { lightmodelvertexworker_params_t &parms = *static_cast(context); lightModelVertex(*vlight, parms); parms.numProcessed += 1; // Time to stop? return parms.max && parms.numProcessed == parms.max; } /** * Calculate vertex lighting. * @todo construct a rotation matrix once and use it for all vertices. */ static void Mod_VertexColors(Vector4ub *out, int count, Vector3f const *normCoords, uint vLightListIdx, uint maxLights, Vector4f const &ambient, bool invert, float rotateYaw, float rotatePitch) { Vector4f const saturated(1, 1, 1, 1); lightmodelvertexworker_params_t parms; for(int i = 0; i < count; ++i, out++, normCoords++) { if(activeLod && !activeLod->hasVertex(i)) continue; // Begin with total darkness. parms.color = Vector3f(); parms.extra = Vector3f(); parms.normal = *normCoords; parms.invert = invert; parms.rotateYaw = rotateYaw; parms.rotatePitch = rotatePitch; parms.max = maxLights; parms.numProcessed = 0; // Add light from each source. VL_ListIterator(vLightListIdx, lightModelVertexWorker, &parms); // Check for ambient and convert to ubyte. Vector4f color(parms.color.max(ambient) + parms.extra, ambient[3]); *out = (color.min(saturated) * 255).toVector4ub(); } } /** * Set all the colors in the array to bright white. */ static void Mod_FullBrightVertexColors(int count, Vector4ub *colorCoords, float alpha) { DENG2_ASSERT(colorCoords != 0); for(; count-- > 0; colorCoords++) { *colorCoords = Vector4ub(255, 255, 255, 255 * alpha); } } /** * Set all the colors into the array to the same values. */ static void Mod_FixedVertexColors(int count, Vector4ub *colorCoords, Vector4ub const &color) { DENG2_ASSERT(colorCoords != 0); for(; count-- > 0; colorCoords++) { *colorCoords = color; } } /** * Calculate cylindrically mapped, shiny texture coordinates. */ static void Mod_ShinyCoords(Vector2f *out, int count, Vector3f const *normCoords, float normYaw, float normPitch, float shinyAng, float shinyPnt, float reactSpeed) { for(int i = 0; i < count; ++i, out++, normCoords++) { if(activeLod && !activeLod->hasVertex(i)) continue; float rotatedNormal[3] = { normCoords->x, normCoords->y, normCoords->z }; // Rotate the normal vector so that it approximates the // model's orientation compared to the viewer. M_RotateVector(rotatedNormal, (shinyPnt + normYaw) * 360 * reactSpeed, (shinyAng + normPitch - .5f) * 180 * reactSpeed); *out = Vector2f(rotatedNormal[0] + 1, rotatedNormal[2]); } } static int chooseSelSkin(ModelDef &mf, int submodel, int selector) { if(mf.def->hasSub(submodel)) { int i = (selector >> DDMOBJ_SELECTOR_SHIFT) & mf.def->sub(submodel).selSkinBits[0]; // Selskin mask int c = mf.def->sub(submodel).selSkinBits[1]; // Selskin shift if(c > 0) i >>= c; else i <<= -c; if(i > 7) i = 7; // Maximum number of skins for selskin. if(i < 0) i = 0; // Improbable (impossible?), but doesn't hurt. return mf.def->sub(submodel).selSkins[i]; } return 0; } static int chooseSkin(ModelDef &mf, int submodel, int id, int selector, int tmap) { if(submodel >= int(mf.subCount())) { return 0; } SubmodelDef &smf = mf.subModelDef(submodel); Model &mdl = App_ResourceSystem().model(smf.modelId); int skin = smf.skin; // Selskin overrides the skin range. if(smf.testFlag(MFF_SELSKIN)) { skin = chooseSelSkin(mf, submodel, selector); } // Is there a skin range for this frame? // (During model setup skintics and skinrange are set to >0.) if(smf.skinRange > 1) { // What rule to use for determining the skin? int offset; if(smf.testFlag(MFF_IDSKIN)) { offset = id; } else { offset = SECONDS_TO_TICKS(App_WorldSystem().time()) / mf.skinTics; } skin += offset % smf.skinRange; } // Need translation? if(smf.testFlag(MFF_SKINTRANS)) { skin = tmap; } if(skin < 0 || skin >= mdl.skinCount()) { skin = 0; } return skin; } static void drawSubmodel(uint number, drawmodelparams_t const &parm) { int const zSign = (parm.mirror? -1 : 1); ModelDef *mf = parm.mf, *mfNext = parm.nextMF; SubmodelDef const &smf = mf->subModelDef(number); Model &mdl = App_ResourceSystem().model(smf.modelId); // Do not bother with infinitely small models... if(mf->scale == Vector3f(0, 0, 0)) return; float alpha = parm.ambientColor[CA]; // Is the submodel-defined alpha multiplier in effect? // With df_brightshadow2, the alpha multiplier will be applied anyway. if(smf.testFlag(MFF_BRIGHTSHADOW2) || !(parm.flags & (DDMF_BRIGHTSHADOW|DDMF_SHADOW|DDMF_ALTSHADOW))) { alpha *= smf.alpha / 255.f; } // Would this be visible? if(alpha <= 0) return; blendmode_t blending = smf.blendMode; // Is the submodel-defined blend mode in effect? if(parm.flags & DDMF_BRIGHTSHADOW) { blending = BM_ADD; } int useSkin = chooseSkin(*mf, number, parm.id, parm.selector, parm.tmap); // Scale interpos. Intermark becomes zero and endmark becomes one. // (Full sub-interpolation!) But only do it for the standard // interrange. If a custom one is defined, don't touch interpos. float endPos = 0; float inter = parm.inter; if((mf->interRange[0] == 0 && mf->interRange[1] == 1) || smf.testFlag(MFF_WORLD_TIME_ANIM)) { endPos = (mf->interNext ? mf->interNext->interMark : 1); inter = (parm.inter - mf->interMark) / (endPos - mf->interMark); } ModelFrame *frame = &visibleModelFrame(*mf, number, parm.id); ModelFrame *nextFrame = 0; // Do we have a sky/particle model here? if(parm.alwaysInterpolate) { // Always interpolate, if there's animation. // Used with sky and particle models. nextFrame = &mdl.frame((smf.frame + 1) % mdl.frameCount()); mfNext = mf; } else { // Check for possible interpolation. if(frameInter && mfNext && !smf.testFlag(MFF_DONT_INTERPOLATE)) { if(mfNext->hasSub(number) && mfNext->subModelId(number) == smf.modelId) { nextFrame = &visibleModelFrame(*mfNext, number, parm.id); } } } // Clamp interpolation. inter = de::clamp(0.f, inter, 1.f); if(!nextFrame) { // If not interpolating, use the same frame as interpolation target. // The lerp routines will recognize this special case. nextFrame = frame; mfNext = mf; } // Determine the total number of vertices we have. int numVerts = mdl.vertexCount(); // Ensure our vertex render buffers can accommodate this. if(!resizeVertexBuffer(numVerts)) { // No can do, we aint got the power! return; } // Setup transformation. glMatrixMode(GL_MODELVIEW); glPushMatrix(); // Model space => World space glTranslatef(parm.origin[VX] + parm.srvo[VX] + de::lerp(mf->offset.x, mfNext->offset.x, inter), parm.origin[VZ] + parm.srvo[VZ] + de::lerp(mf->offset.y, mfNext->offset.y, inter), parm.origin[VY] + parm.srvo[VY] + zSign * de::lerp(mf->offset.z, mfNext->offset.z, inter)); if(parm.extraYawAngle || parm.extraPitchAngle) { // Sky models have an extra rotation. glScalef(1, 200 / 240.0f, 1); glRotatef(parm.extraYawAngle, 1, 0, 0); glRotatef(parm.extraPitchAngle, 0, 0, 1); glScalef(1, 240 / 200.0f, 1); } // Model rotation. glRotatef(parm.viewAlign ? parm.yawAngleOffset : parm.yaw, 0, 1, 0); glRotatef(parm.viewAlign ? parm.pitchAngleOffset : parm.pitch, 0, 0, 1); // Scaling and model space offset. glScalef(de::lerp(mf->scale.x, mfNext->scale.x, inter), de::lerp(mf->scale.y, mfNext->scale.y, inter), de::lerp(mf->scale.z, mfNext->scale.z, inter)); if(parm.extraScale) { // Particle models have an extra scale. glScalef(parm.extraScale, parm.extraScale, parm.extraScale); } glTranslatef(smf.offset.x, smf.offset.y, smf.offset.z); // Determine the suitable LOD. if(mdl.lodCount() > 1 && rend_model_lod != 0) { float lodFactor = rend_model_lod * DENG_GAMEVIEW_WIDTH / 640.0f / (Rend_FieldOfView() / 90.0f); if(!de::fequal(lodFactor, 0)) { lodFactor = 1 / lodFactor; } // Determine the LOD we will be using. activeLod = &mdl.lod(de::clamp(0, lodFactor * parm.distance, mdl.lodCount() - 1)); } else { activeLod = 0; } // Interpolate vertices and normals. Mod_LerpVertices(inter, numVerts, *frame, *nextFrame, modelPosCoords, modelNormCoords); if(zSign < 0) { Mod_MirrorCoords(numVerts, modelPosCoords, 2); Mod_MirrorCoords(numVerts, modelNormCoords, 1); } // Coordinates to the center of the model (game coords). modelCenter = Vector3f(parm.origin[VX], parm.origin[VY], (parm.origin[VZ] + parm.gzt) * 2) + Vector3d(parm.srvo) + Vector3f(mf->offset.x, mf->offset.z, mf->offset.y); // Calculate lighting. Vector4f ambient; if(smf.testFlag(MFF_FULLBRIGHT) && !smf.testFlag(MFF_DIM)) { // Submodel-specific lighting override. ambient = Vector4f(1, 1, 1, 1); Mod_FullBrightVertexColors(numVerts, modelColorCoords, alpha); } else if(!parm.vLightListIdx) { // Lit uniformly. ambient = Vector4f(parm.ambientColor, alpha); Mod_FixedVertexColors(numVerts, modelColorCoords, (ambient * 255).toVector4ub()); } else { // Lit normally. ambient = Vector4f(parm.ambientColor, alpha); Mod_VertexColors(modelColorCoords, numVerts, modelNormCoords, parm.vLightListIdx, modelLight + 1, ambient, (mf->scale[VY] < 0), -parm.yaw, -parm.pitch); } TextureVariant *shinyTexture = 0; float shininess = 0; if(mf->def->hasSub(number)) { shininess = de::clamp(0.f, mf->def->sub(number).shiny * modelShinyFactor, 1.f); // Ensure we've prepared the shiny skin. if(shininess > 0) { if(Texture *tex = mf->subModelDef(number).shinySkin) { shinyTexture = tex->prepareVariant(Rend_ModelShinyTextureSpec()); } else { shininess = 0; } } } Vector4f color; if(shininess > 0) { // Calculate shiny coordinates. Vector3f shinyColor = mf->def->sub(number).shinyColor; // With psprites, add the view angle/pitch. float offset = parm.shineYawOffset; // Calculate normalized (0,1) model yaw and pitch. float normYaw = M_CycleIntoRange(((parm.viewAlign ? parm.yawAngleOffset : parm.yaw) + offset) / 360, 1); offset = parm.shinePitchOffset; float normPitch = M_CycleIntoRange(((parm.viewAlign ? parm.pitchAngleOffset : parm.pitch) + offset) / 360, 1); float shinyAng = 0; float shinyPnt = 0; if(parm.shinepspriteCoordSpace) { // This is a hack to accommodate the psprite coordinate space. shinyPnt = 0.5; } else { Vector3f delta = modelCenter; if(!parm.shineTranslateWithViewerPos) { delta -= vOrigin.xzy(); } shinyAng = QATAN2(delta.z, M_ApproxDistancef(delta.x, delta.y)) / PI + 0.5f; // shinyAng is [0,1] shinyPnt = QATAN2(delta.y, delta.x) / (2 * PI); } Mod_ShinyCoords(modelTexCoords, numVerts, modelNormCoords, normYaw, normPitch, shinyAng, shinyPnt, mf->def->sub(number).shinyReact); // Shiny color. if(smf.testFlag(MFF_SHINY_LIT)) { color = Vector4f(ambient * shinyColor, shininess); } else { color = Vector4f(shinyColor, shininess); } } TextureVariant *skinTexture = 0; if(renderTextures == 2) { // For lighting debug, render all surfaces using the gray texture. MaterialVariantSpec const &spec = ClientApp::resourceSystem() .materialSpec(ModelSkinContext, 0, 0, 0, 0, GL_REPEAT, GL_REPEAT, 1, -2, -1, true, true, false, false); MaterialSnapshot const &ms = ClientApp::resourceSystem() .material(de::Uri("System", Path("gray"))).prepare(spec); skinTexture = &ms.texture(MTU_PRIMARY); } else { skinTexture = 0; if(Texture *tex = mdl.skin(useSkin).texture) { skinTexture = tex->prepareVariant(Rend_ModelDiffuseTextureSpec(mdl.flags().testFlag(Model::NoTextureCompression))); } } // If we mirror the model, triangles have a different orientation. if(zSign < 0) { glFrontFace(GL_CCW); } // Twosided models won't use backface culling. if(smf.testFlag(MFF_TWO_SIDED)) { glDisable(GL_CULL_FACE); } glEnable(GL_TEXTURE_2D); Model::Primitives const &primitives = activeLod? activeLod->primitives : mdl.primitives(); // Render using multiple passes? if(!modelShinyMultitex || shininess <= 0 || alpha < 1 || blending != BM_NORMAL || !smf.testFlag(MFF_SHINY_SPECULAR) || numTexUnits < 2 || !envModAdd) { // The first pass can be skipped if it won't be visible. if(shininess < 1 || smf.testFlag(MFF_SHINY_SPECULAR)) { selectTexUnits(1); GL_BlendMode(blending); GL_BindTexture(renderTextures? skinTexture : 0); drawPrimitives(RC_COMMAND_COORDS, primitives, modelPosCoords, modelColorCoords); } if(shininess > 0) { glDepthFunc(GL_LEQUAL); // Set blending mode, two choices: reflected and specular. if(smf.testFlag(MFF_SHINY_SPECULAR)) GL_BlendMode(BM_ADD); else GL_BlendMode(BM_NORMAL); // Shiny color. Mod_FixedVertexColors(numVerts, modelColorCoords, (color * 255).toVector4ub()); if(numTexUnits > 1 && modelShinyMultitex) { // We'll use multitexturing to clear out empty spots in // the primary texture. selectTexUnits(2); GL_ModulateTexture(11); glActiveTexture(GL_TEXTURE1); GL_BindTexture(renderTextures? shinyTexture : 0); glActiveTexture(GL_TEXTURE0); GL_BindTexture(renderTextures? skinTexture : 0); drawPrimitives(RC_BOTH_COORDS, primitives, modelPosCoords, modelColorCoords, modelTexCoords); selectTexUnits(1); GL_ModulateTexture(1); } else { // Empty spots will get shine, too. selectTexUnits(1); GL_BindTexture(renderTextures? shinyTexture : 0); drawPrimitives(RC_OTHER_COORDS, primitives, modelPosCoords, modelColorCoords, modelTexCoords); } } } else { // A special case: specular shininess on an opaque object. // Multitextured shininess with the normal blending. GL_BlendMode(blending); selectTexUnits(2); // Tex1*Color + Tex2RGB*ConstRGB GL_ModulateTexture(10); glActiveTexture(GL_TEXTURE1); GL_BindTexture(renderTextures? shinyTexture : 0); // Multiply by shininess. float colorv1[] = { color.x * color.w, color.y * color.w, color.z * color.w, color.w }; glTexEnvfv(GL_TEXTURE_ENV, GL_TEXTURE_ENV_COLOR, colorv1); glActiveTexture(GL_TEXTURE0); GL_BindTexture(renderTextures? skinTexture : 0); drawPrimitives(RC_BOTH_COORDS, primitives, modelPosCoords, modelColorCoords, modelTexCoords); selectTexUnits(1); GL_ModulateTexture(1); } // We're done! glDisable(GL_TEXTURE_2D); glMatrixMode(GL_MODELVIEW); glPopMatrix(); // Normally culling is always enabled. if(smf.testFlag(MFF_TWO_SIDED)) { glEnable(GL_CULL_FACE); } if(zSign < 0) { glFrontFace(GL_CW); } glDepthFunc(GL_LESS); GL_BlendMode(BM_NORMAL); } static int drawLightVectorWorker(VectorLight const *vlight, void *context) { coord_t distFromViewer = *static_cast(context); if(distFromViewer < 1600 - 8) { Rend_DrawVectorLight(vlight, 1 - distFromViewer / 1600); } return false; // Continue iteration. } void Rend_DrawModel(drawmodelparams_t const &parm) { DENG2_ASSERT(inited); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(!parm.mf) return; // Render all the submodels of this model. for(uint i = 0; i < parm.mf->subCount(); ++i) { if(parm.mf->subModelId(i)) { bool disableZ = (parm.mf->flags & MFF_DISABLE_Z_WRITE || parm.mf->testSubFlag(i, MFF_DISABLE_Z_WRITE)); if(disableZ) { glDepthMask(GL_FALSE); } drawSubmodel(i, parm); if(disableZ) { glDepthMask(GL_TRUE); } } } if(devMobjVLights && parm.vLightListIdx) { // Draw the vlight vectors, for debug. glDisable(GL_DEPTH_TEST); glDisable(GL_CULL_FACE); glMatrixMode(GL_MODELVIEW); glPushMatrix(); glTranslatef(parm.origin[VX], parm.origin[VZ], parm.origin[VY]); coord_t distFromViewer = de::abs(parm.distance); VL_ListIterator(parm.vLightListIdx, drawLightVectorWorker, &distFromViewer); glMatrixMode(GL_MODELVIEW); glPopMatrix(); glEnable(GL_CULL_FACE); glEnable(GL_DEPTH_TEST); } } TextureVariantSpec const &Rend_ModelDiffuseTextureSpec(bool noCompression) { return ClientApp::resourceSystem().textureSpec(TC_MODELSKIN_DIFFUSE, (noCompression? TSF_NO_COMPRESSION : 0), 0, 0, 0, GL_REPEAT, GL_REPEAT, 1, -2, -1, true, true, false, false); } TextureVariantSpec const &Rend_ModelShinyTextureSpec() { return ClientApp::resourceSystem().textureSpec(TC_MODELSKIN_REFLECTION, TSF_NO_COMPRESSION, 0, 0, 0, GL_REPEAT, GL_REPEAT, 1, -2, -1, false, false, false, false); } doomsday-1.14.5/doomsday/client/src/render/rendersystem.cpp0000664000175000017500000002406512350542237023312 0ustar jaakkojaakko/** @file rendersystem.cpp Renderer subsystem. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "clientapp.h" #include "render/rendersystem.h" #include "render/rend_main.h" #include "render/rend_halo.h" #include "gl/gl_main.h" #include "gl/gl_texmanager.h" #include using namespace de; Store::Store() : posCoords(0), colorCoords(0), vertCount(0), vertMax(0) { zap(texCoords); } Store::~Store() { clear(); } void Store::rewind() { vertCount = 0; } void Store::clear() { vertCount = vertMax = 0; M_Free(posCoords); posCoords = 0; M_Free(colorCoords); colorCoords = 0; for(int i = 0; i < NUM_TEXCOORD_ARRAYS; ++i) { M_Free(texCoords[i]); texCoords[i] = 0; } } uint Store::allocateVertices(uint count) { uint const base = vertCount; // Do we need to allocate more memory? vertCount += count; while(vertCount > vertMax) { if(vertMax == 0) { vertMax = 16; } else { vertMax *= 2; } posCoords = (Vector4f *) M_Realloc(posCoords, sizeof(*posCoords) * vertMax); colorCoords = (Vector4ub *) M_Realloc(colorCoords, sizeof(*colorCoords) * vertMax); for(int i = 0; i < NUM_TEXCOORD_ARRAYS; ++i) { texCoords[i] = (Vector2f *) M_Realloc(texCoords[i], sizeof(Vector2f) * vertMax); } } return base; } DENG2_PIMPL(RenderSystem) { SettingsRegister settings; SettingsRegister appearanceSettings; ImageBank images; Store buffer; DrawLists drawLists; Instance(Public *i) : Base(i) { LOG_AS("RenderSystem"); loadAllShaders(); loadImages(); typedef SettingsRegister SReg; // Initialize settings. settings.define(SReg::FloatCVar, "rend-camera-fov", 95.f) .define(SReg::IntCVar, "rend-model-mirror-hud", 0) .define(SReg::IntCVar, "rend-model-precache", 1) .define(SReg::IntCVar, "rend-sprite-precache", 1) .define(SReg::IntCVar, "rend-light-multitex", 1) .define(SReg::IntCVar, "rend-model-shiny-multitex", 1) .define(SReg::IntCVar, "rend-tex-detail-multitex", 1) .define(SReg::IntCVar, "rend-tex", 1) .define(SReg::IntCVar, "rend-dev-wireframe", 0) .define(SReg::IntCVar, "rend-dev-thinker-ids", 0) .define(SReg::IntCVar, "rend-dev-mobj-bbox", 0) .define(SReg::IntCVar, "rend-dev-polyobj-bbox", 0) .define(SReg::IntCVar, "rend-dev-sector-show-indices", 0) .define(SReg::IntCVar, "rend-dev-vertex-show-indices", 0) .define(SReg::IntCVar, "rend-dev-generator-show-indices", 0); appearanceSettings.setPersistentName("renderer"); appearanceSettings .define(SReg::IntCVar, "rend-light", 1) .define(SReg::IntCVar, "rend-light-decor", 1) .define(SReg::IntCVar, "rend-light-blend", 0) .define(SReg::IntCVar, "rend-light-num", 0) .define(SReg::FloatCVar, "rend-light-bright", .5f) .define(SReg::FloatCVar, "rend-light-fog-bright", .15f) .define(SReg::FloatCVar, "rend-light-radius-scale", 4.24f) .define(SReg::IntCVar, "rend-light-radius-max", 256) .define(SReg::IntCVar, "rend-light-ambient", 0) .define(SReg::FloatCVar, "rend-light-compression", 0) .define(SReg::IntCVar, "rend-light-attenuation", 924) .define(SReg::IntCVar, "rend-light-sky-auto", 1) .define(SReg::FloatCVar, "rend-light-sky", .273f) .define(SReg::IntCVar, "rend-light-wall-angle-smooth", 1) .define(SReg::FloatCVar, "rend-light-wall-angle", 1.2f) .define(SReg::IntCVar, "rend-vignette", 1) .define(SReg::FloatCVar, "rend-vignette-darkness", 1) .define(SReg::FloatCVar, "rend-vignette-width", 1) .define(SReg::IntCVar, "rend-halo-realistic", 1) .define(SReg::IntCVar, "rend-halo", 5) .define(SReg::IntCVar, "rend-halo-bright", 45) .define(SReg::IntCVar, "rend-halo-size", 80) .define(SReg::IntCVar, "rend-halo-occlusion", 48) .define(SReg::FloatCVar, "rend-halo-radius-min", 20) .define(SReg::FloatCVar, "rend-halo-secondary-limit", 1) .define(SReg::FloatCVar, "rend-halo-dim-near", 10) .define(SReg::FloatCVar, "rend-halo-dim-far", 100) .define(SReg::FloatCVar, "rend-halo-zmag-div", 62) .define(SReg::FloatCVar, "rend-glow", .8f) .define(SReg::IntCVar, "rend-glow-height", 100) .define(SReg::FloatCVar, "rend-glow-scale", 3) .define(SReg::IntCVar, "rend-glow-wall", 1) .define(SReg::IntCVar, "rend-bloom", 1) .define(SReg::FloatCVar, "rend-bloom-intensity", .65f) .define(SReg::FloatCVar, "rend-bloom-threshold", .35f) .define(SReg::FloatCVar, "rend-bloom-dispersion", 1) .define(SReg::IntCVar, "rend-fakeradio", 1) .define(SReg::FloatCVar, "rend-fakeradio-darkness", 1.2f) .define(SReg::IntCVar, "rend-shadow", 1) .define(SReg::FloatCVar, "rend-shadow-darkness", 1.2f) .define(SReg::IntCVar, "rend-shadow-far", 1000) .define(SReg::IntCVar, "rend-shadow-radius-max", 80) .define(SReg::IntCVar, "rend-tex-shiny", 1) .define(SReg::IntCVar, "rend-tex-mipmap", 5) .define(SReg::IntCVar, "rend-tex-quality", TEXQ_BEST) .define(SReg::IntCVar, "rend-tex-anim-smooth", 1) .define(SReg::IntCVar, "rend-tex-filter-smart", 0) .define(SReg::IntCVar, "rend-tex-filter-sprite", 1) .define(SReg::IntCVar, "rend-tex-filter-mag", 1) .define(SReg::IntCVar, "rend-tex-filter-ui", 1) .define(SReg::IntCVar, "rend-tex-filter-anisotropic", -1) .define(SReg::IntCVar, "rend-tex-detail", 1) .define(SReg::FloatCVar, "rend-tex-detail-scale", 4) .define(SReg::FloatCVar, "rend-tex-detail-strength", .5f) .define(SReg::IntCVar, "rend-mobj-smooth-move", 2) .define(SReg::IntCVar, "rend-mobj-smooth-turn", 1) .define(SReg::IntCVar, "rend-model", 1) .define(SReg::IntCVar, "rend-model-inter", 1) .define(SReg::IntCVar, "rend-model-distance", 1500) .define(SReg::FloatCVar, "rend-model-lod", 256) .define(SReg::FloatCVar, "rend-model-lights", 4) .define(SReg::IntCVar, "rend-sprite-mode", 0) .define(SReg::IntCVar, "rend-sprite-blend", 1) .define(SReg::IntCVar, "rend-sprite-lights", 4) .define(SReg::IntCVar, "rend-sprite-align", 0) .define(SReg::IntCVar, "rend-sprite-noz", 0) .define(SReg::IntCVar, "rend-particle", 1) .define(SReg::IntCVar, "rend-particle-max", 0) .define(SReg::FloatCVar, "rend-particle-rate", 1) .define(SReg::FloatCVar, "rend-particle-diffuse", 4) .define(SReg::IntCVar, "rend-particle-visible-near", 0) .define(SReg::FloatCVar, "rend-sky-distance", 1600); } /** * Reads all shader definitions and sets up a Bank where the actual * compiled shaders are stored once they're needed. */ void loadAllShaders() { // Load all the shader program definitions. FS::FoundFiles found; App::fileSystem().findAll("shaders.dei", found); DENG2_FOR_EACH(FS::FoundFiles, i, found) { LOG_MSG("Loading shader definitions from %s") << (*i)->description(); ClientApp::shaders().addFromInfo(**i); } } /** * Reads the renderer's image definitions and sets up a Bank for caching them * when they're needed. */ void loadImages() { Folder const &renderPack = App::fileSystem().find("renderer.pack"); images.addFromInfo(renderPack.locate("images.dei")); } }; RenderSystem::RenderSystem() : d(new Instance(this)) {} GLShaderBank &RenderSystem::shaders() { return BaseGuiApp::shaders(); } ImageBank &RenderSystem::images() { return d->images; } void RenderSystem::timeChanged(Clock const &) { // Nothing to do. } SettingsRegister &RenderSystem::settings() { return d->settings; } SettingsRegister &RenderSystem::appearanceSettings() { return d->appearanceSettings; } Store &RenderSystem::buffer() { return d->buffer; } void RenderSystem::clearDrawLists() { d->drawLists.clear(); // Clear the global vertex buffer, also. d->buffer.clear(); } void RenderSystem::resetDrawLists() { d->drawLists.reset(); // Start reallocating storage from the global vertex buffer, also. d->buffer.rewind(); } DrawLists &RenderSystem::drawLists() { return d->drawLists; } void RenderSystem::consoleRegister() { Viewports_Register(); Rend_Register(); H_Register(); } doomsday-1.14.5/doomsday/client/src/render/biassource.cpp0000664000175000017500000002135612350542237022725 0ustar jaakkojaakko/** @file biassource.cpp Shadow Bias (light) source. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "def_data.h" #include "world/worldsystem.h" #include "world/map.h" #include "BspLeaf" #include "Sector" #include "BiasDigest" #include "render/biassource.h" using namespace de; DENG2_PIMPL(BiasSource) { /// Origin of the source in the map coordinate space. Vector3d origin; /// BSP leaf at the origin. BspLeaf *bspLeaf; bool inVoid; ///< Set to @c true if the origin is in the void. /// Intensity of the emitted light. float primaryIntensity; /// Effective intensity of the light scaled by the ambient level threshold. float intensity; /// Color strength factors of the emitted light. Vector3f color; /// Ambient light level threshold. float minLight, maxLight; /// Time in milliseconds of the last update. uint lastUpdateTime; /// Flags: bool changed; Instance(Public *i, Vector3d const &origin, float intensity, Vector3f const &color, float minLight, float maxLight) : Base(i), origin(origin), bspLeaf(0), inVoid(true), primaryIntensity(intensity), intensity(intensity), color(color), minLight(minLight), maxLight(maxLight), lastUpdateTime(0), // Force an update. changed(true) {} Instance(Public *i, Instance const &other) : Base(i), origin(other.origin), bspLeaf(other.bspLeaf), inVoid(other.inVoid), primaryIntensity(other.primaryIntensity), intensity(other.intensity), color(other.color), minLight(other.minLight), maxLight(other.maxLight), lastUpdateTime(0), // Force an update. changed(true) {} void updateBspLocation() { if(bspLeaf) return; /// @todo Do not assume the current map. bspLeaf = &App_WorldSystem().map().bspLeafAt(origin); bool newInVoidState = !(bspLeaf->polyContains(origin)); if(inVoid != newInVoidState) { inVoid = newInVoidState; intensity = inVoid? 0 : primaryIntensity; changed = true; } } bool needToObserveSectorLightLevelChanges() { updateBspLocation(); return !inVoid && (maxLight > 0 || minLight > 0); } void notifyOriginChanged() { DENG2_FOR_PUBLIC_AUDIENCE(OriginChange, i) { i->grabbableOriginChanged(self); } } void notifyIntensityChanged(float oldIntensity) { DENG2_FOR_PUBLIC_AUDIENCE(IntensityChange, i) { i->biasSourceIntensityChanged(self, oldIntensity); } } void notifyColorChanged(Vector3f const &oldColor) { // Predetermine which components have changed. int changedComponents = 0; for(int i = 0; i < 3; ++i) { if(!de::fequal(color[i], oldColor[i])) changedComponents |= (1 << i); } DENG2_FOR_PUBLIC_AUDIENCE(ColorChange, i) { i->biasSourceColorChanged(self, oldColor, changedComponents); } } }; BiasSource::BiasSource(Vector3d const &origin, float intensity, Vector3f const &color, float minLight, float maxLight) : Grabbable(), ISerializable(), d(new Instance(this, origin, intensity, color, minLight, maxLight)) {} BiasSource::BiasSource(BiasSource const &other) : Grabbable() /*grabbable state is not copied*/, ISerializable(), d(new Instance(this, *other.d)) {} BiasSource BiasSource::fromDef(ded_light_t const &def) //static { return BiasSource(Vector3f(def.offset), def.size, Vector3f(def.color), def.lightLevel[0], def.lightLevel[1]); } BiasSource::~BiasSource() { DENG2_FOR_AUDIENCE(Deletion, i) i->biasSourceBeingDeleted(*this); } Vector3d const &BiasSource::origin() const { return d->origin; } void BiasSource::setOrigin(Vector3d const &newOrigin) { if(d->origin != newOrigin) { d->changed = true; d->origin = newOrigin; d->bspLeaf = 0; // Notify interested parties of the change. d->notifyOriginChanged(); } } BspLeaf &BiasSource::bspLeafAtOrigin() const { d->updateBspLocation(); return *d->bspLeaf; } void BiasSource::lightLevels(float &minLight, float &maxLight) const { minLight = d->minLight; maxLight = d->maxLight; } BiasSource &BiasSource::setLightLevels(float newMinLight, float newMaxLight) { float newMinLightClamped = de::clamp(0.f, newMinLight, 1.f); float newMaxLightClamped = de::clamp(0.f, newMaxLight, 1.f); if(!de::fequal(d->minLight, newMinLightClamped)) { d->minLight = newMinLightClamped; d->changed = true; } if(!de::fequal(d->maxLight, newMaxLightClamped)) { d->maxLight = newMaxLightClamped; d->changed = true; } return *this; } Vector3f const &BiasSource::color() const { return d->color; } BiasSource &BiasSource::setColor(Vector3f const &newColor) { // Amplify the new color (but replace black with white). float largest = newColor[newColor.maxAxis()]; Vector3f newColorAmplified = (largest > 0? newColor / largest : Vector3f(1, 1, 1)); // Clamp. for(int i = 0; i < 3; ++i) { newColorAmplified[i] = de::clamp(0.f, newColorAmplified[i], 1.f); } if(d->color != newColorAmplified) { Vector3f oldColor = d->color; d->color = newColorAmplified; d->changed = true; // Notify interested parties of the change. d->notifyColorChanged(oldColor); } return *this; } float BiasSource::intensity() const { return d->primaryIntensity; } BiasSource &BiasSource::setIntensity(float newIntensity) { if(!de::fequal(d->primaryIntensity, newIntensity)) { float oldIntensity = d->primaryIntensity; d->primaryIntensity = newIntensity; if(!d->inVoid) { d->intensity = d->primaryIntensity; d->changed = true; } // Notify interested parties of the change. d->notifyIntensityChanged(oldIntensity); } return *this; } float BiasSource::evaluateIntensity() const { return d->intensity; } bool BiasSource::trackChanges(BiasDigest &changes, uint digestIndex, uint currentTime) { if(d->needToObserveSectorLightLevelChanges()) { /// @todo Should observe Sector::LightLevelChange float const oldIntensity = intensity(); float newIntensity = 0; Sector const §or = d->bspLeaf->sector(); // Lower intensities are useless for light emission. if(sector.lightLevel() >= d->maxLight) { newIntensity = d->primaryIntensity; } if(sector.lightLevel() >= d->minLight && d->minLight != d->maxLight) { newIntensity = d->primaryIntensity * (sector.lightLevel() - d->minLight) / (d->maxLight - d->minLight); } if(newIntensity != oldIntensity) { d->intensity = newIntensity; d->changed = true; } } if(!d->changed) return false; d->changed = false; d->lastUpdateTime = currentTime; // Used for interpolation. changes.markSourceChanged(digestIndex); return true; // Changes were applied. } uint BiasSource::lastUpdateTime() const { return d->lastUpdateTime; } void BiasSource::forceUpdate() { d->changed = true; } void BiasSource::operator >> (de::Writer &to) const { to << d->origin << d->primaryIntensity << d->color << d->minLight << d->maxLight; } void BiasSource::operator << (de::Reader &from) { Vector3d newOrigin; from >> newOrigin; setOrigin(newOrigin); float newIntensity; from >> newIntensity; setIntensity(newIntensity); Vector3f newColor; from >> newColor; setColor(newColor); float minLight, maxLight; from >> minLight >> maxLight; setLightLevels(minLight, maxLight); } doomsday-1.14.5/doomsday/client/src/render/rend_console.cpp0000664000175000017500000006661312350542237023245 0ustar jaakkojaakko#if 0 * /** @file rend_console.cpp Console Rendering. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de_base.h" #include "de_console.h" #include "de_graphics.h" #include "de_render.h" #include "de_resource.h" #include "de_ui.h" #include "MaterialSnapshot" #include "cbuffer.h" using namespace de; // Console (display) Modes: typedef enum { CM_HALFSCREEN, // Half vertical window height. CM_FULLSCREEN, // Full window height. CM_SINGLELINE, // Line height x1. CM_CUSTOM // Some other offset positioned by the user. } consolemode_t; void Rend_ConsoleUpdateBackground(); float ConsoleOpenY; // Where the console bottom is when open. float consoleMoveSpeed = .5f; // Speed of console opening/closing. float consoleBackgroundAlpha = .75f; float consoleBackgroundLight = .14f; struct uri_s *consoleBackgroundMaterialUri; int consoleBackgroundTurn = 0; // The rotation variable. float consoleBackgroundZoom = 1.0f; byte consoleTextShadow = false; byte consoleShowFPS = false; static boolean inited = false; static consolemode_t consoleMode; static boolean needResize = false; /// @c true= We are waiting on a successful resize to draw. static int moveLineDelta; // Number of lines to move the console when we are next able. static float ConsoleY; // Where the console bottom is currently? static float ConsoleDestY; // Where the console bottom should be? static float ConsoleBlink; // Cursor blink timer (35 Hz tics). static boolean openingOrClosing; static float consoleAlpha, consoleAlphaTarget; static Material *consoleBackgroundMaterial; static float fontSy; // Font size Y. static float funnyAng; static float const CcolYellow[3] = { 1, .85f, .3f }; static char const *consoleTitle = DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_TEXT; static char secondaryTitleText[256]; static char statusText[256]; void Rend_ConsoleRegister() { C_VAR_FLOAT ("con-background-alpha", &consoleBackgroundAlpha, 0, 0, 1); C_VAR_FLOAT ("con-background-light", &consoleBackgroundLight, 0, 0, 1); C_VAR_URIPTR2("con-background-material", &consoleBackgroundMaterialUri, 0, 0, 0, Rend_ConsoleUpdateBackground); C_VAR_INT ("con-background-turn", &consoleBackgroundTurn, CVF_NO_MIN|CVF_NO_MAX, 0, 0); C_VAR_FLOAT ("con-background-zoom", &consoleBackgroundZoom, 0, 0.1f, 100.0f); C_VAR_BYTE ("con-fps", &consoleShowFPS, 0, 0, 1); C_VAR_FLOAT ("con-move-speed", &consoleMoveSpeed, 0, 0, 1); C_VAR_BYTE ("con-text-shadow", &consoleTextShadow, 0, 0, 1); } static float calcConsoleTitleBarHeight() { int oldFont, border = DENG_WINDOW->width() / 120, height; DENG_ASSERT(inited); oldFont = FR_Font(); FR_SetFont(fontVariable[FS_BOLD]); height = FR_SingleLineHeight("Con") + border; FR_SetFont(oldFont); return height; } static inline int calcConsoleMinHeight() { DENG_ASSERT(inited); return fontSy * 1.5f + calcConsoleTitleBarHeight() / DENG_WINDOW->height() * SCREENHEIGHT; } void Rend_ConsoleInit() { if(!inited) { // First init. consoleMode = CM_HALFSCREEN; ConsoleY = 0; ConsoleOpenY = SCREENHEIGHT/2; ConsoleDestY = 0; moveLineDelta = 0; openingOrClosing = false; consoleAlpha = 0; consoleAlphaTarget = 0; funnyAng = 0; ConsoleBlink = 0; std::memset(secondaryTitleText, 0, sizeof(secondaryTitleText)); std::memset(statusText, 0, sizeof(statusText)); } consoleBackgroundMaterial = 0; funnyAng = 0; if(inited) { Rend_ConsoleUpdateTitle(); Rend_ConsoleUpdateBackground(); } needResize = true; inited = true; } boolean Rend_ConsoleResize(boolean force) { if(!inited) return false; // Are we forcing a resize? if(force) needResize = true; // If there is no pending resize we can get out of here. if(!needResize) return false; // We can only resize if the font renderer is available. if(FR_Available()) { float scale[2], fontScaledY, gtosMulY; int lineHeight; FR_SetFont(Con_Font()); FR_LoadDefaultAttrib(); FR_SetTracking(Con_FontTracking()); gtosMulY = DENG_WINDOW->height() / 200.0f; lineHeight = FR_SingleLineHeight("Con"); Con_FontScale(&scale[0], &scale[1]); fontScaledY = lineHeight * Con_FontLeading() * scale[1]; fontSy = fontScaledY / gtosMulY; if(consoleMode == CM_SINGLELINE) { ConsoleDestY = calcConsoleMinHeight(); } // Rendering of the console can now continue. needResize = false; } return needResize; } void Rend_ConsoleCursorResetBlink() { if(!inited) return; ConsoleBlink = 0; } // Calculate the average of the given color flags. static void calcAvgColor(int fl, float rgb[3]) { DENG_ASSERT(inited && rgb); rgb[CR] = rgb[CG] = rgb[CB] = 0; int count = 0; if(fl & CBLF_BLACK) { ++count; } if(fl & CBLF_BLUE) { rgb[CB] += 1; ++count; } if(fl & CBLF_GREEN) { rgb[CG] += 1; ++count; } if(fl & CBLF_CYAN) { rgb[CG] += 1; rgb[CB] += 1; ++count; } if(fl & CBLF_RED) { rgb[CR] += 1; ++count; } if(fl & CBLF_MAGENTA) { rgb[CR] += 1; rgb[CB] += 1; ++count; } if(fl & CBLF_YELLOW) { rgb[CR] += CcolYellow[0]; rgb[CG] += CcolYellow[1]; rgb[CB] += CcolYellow[2]; ++count; } if(fl & CBLF_WHITE) { rgb[CR] += 1; rgb[CG] += 1; rgb[CB] += 1; ++count; } // Calculate the average. if(count > 1) { rgb[CR] /= count; rgb[CG] /= count; rgb[CB] /= count; } if(fl & CBLF_LIGHT) { rgb[CR] += (1 - rgb[CR]) / 2; rgb[CG] += (1 - rgb[CG]) / 2; rgb[CB] += (1 - rgb[CB]) / 2; } } static void drawRuler(int x, int y, int lineWidth, int lineHeight, float alpha) { DENG_ASSERT(inited); int xoff = 3; int yoff = lineHeight / 4; int rh = MIN_OF(5, lineHeight / 2); Point2Raw origin(x + xoff, y + yoff + (lineHeight - rh) / 2); Size2Raw size(lineWidth - 2 * xoff, rh); UI_GradientEx(&origin, &size, rh / 3, UI_Color(UIC_SHADOW), UI_Color(UIC_BG_DARK), alpha / 2, alpha); UI_DrawRectEx(&origin, &size, -rh / 3, false, UI_Color(UIC_BRD_HI), 0, 0, alpha / 3); } /** * Initializes the Doomsday console user interface. This is called when * engine startup is complete. */ void Rend_ConsoleUpdateTitle() { if(isDedicated || !inited) return; // Update the secondary title and the game status. if(App_GameLoaded()) { dd_snprintf(secondaryTitleText, sizeof(secondaryTitleText)-1, "%s", (char *) gx.GetVariable(DD_PLUGIN_NICENAME)); strncpy(statusText, Str_Text(App_CurrentGame().title()), sizeof(statusText) - 1); return; } // No game currently loaded. std::memset(secondaryTitleText, 0, sizeof(secondaryTitleText)); std::memset(statusText, 0, sizeof(statusText)); } void Rend_ConsoleUpdateBackground() { DENG_ASSERT(inited); if(!consoleBackgroundMaterialUri || Str_IsEmpty(Uri_Path(consoleBackgroundMaterialUri))) return; consoleBackgroundMaterial = 0; try { consoleBackgroundMaterial = &App_Materials().find(*reinterpret_cast(consoleBackgroundMaterialUri)).material(); } catch(MaterialManifest::MissingMaterialError const &) {} // Ignore this error. catch(Materials::NotFoundError const &) {} // Ignore this error. } void Rend_ConsoleToggleFullscreen() { if(isDedicated || !inited) return; if(needResize) { /// @todo enqueue toggle (don't resize here, do it in the ticker). return; } // Cycle to the next mode. consoleMode = consolemode_t(int(consoleMode) + 1); if(consoleMode > CM_SINGLELINE) consoleMode = CM_HALFSCREEN; float y; switch(consoleMode) { case CM_HALFSCREEN: default: y = SCREENHEIGHT/2; break; case CM_FULLSCREEN: y = SCREENHEIGHT; break; case CM_SINGLELINE: y = calcConsoleMinHeight(); break; } ConsoleDestY = ConsoleOpenY = y; } void Rend_ConsoleOpen(int yes) { if(isDedicated || !inited) return; if(yes) { consoleAlphaTarget = 1; ConsoleDestY = ConsoleOpenY; Rend_ConsoleCursorResetBlink(); } else { consoleAlphaTarget = 0; ConsoleDestY = 0; } } void Rend_ConsoleMove(int numLines) { if(isDedicated || !inited) return; moveLineDelta += numLines; if(needResize || moveLineDelta == 0) return; consoleMode = CM_CUSTOM; if(moveLineDelta < 0) { ConsoleOpenY -= fontSy * -moveLineDelta; } else { ConsoleOpenY += fontSy * moveLineDelta; } if(INRANGE_OF(ConsoleOpenY, SCREENHEIGHT/2, 2)) { ConsoleOpenY = SCREENHEIGHT/2; consoleMode = CM_HALFSCREEN; } else if(ConsoleOpenY >= SCREENHEIGHT) { ConsoleOpenY = SCREENHEIGHT; consoleMode = CM_FULLSCREEN; } else { int minHeight = calcConsoleMinHeight(); if(ConsoleOpenY <= minHeight) { ConsoleOpenY = minHeight; consoleMode = CM_SINGLELINE; } } moveLineDelta = 0; ConsoleDestY = ConsoleOpenY; } void Rend_ConsoleTicker(timespan_t time) { if(isDedicated || !inited) return; float step = time * 35; // Move the console alpha to the target. if(consoleAlphaTarget > consoleAlpha) { float diff = MAX_OF(consoleAlphaTarget - consoleAlpha, .0001f) * consoleMoveSpeed; consoleAlpha += diff * step; if(consoleAlpha > consoleAlphaTarget) consoleAlpha = consoleAlphaTarget; } else if(consoleAlphaTarget < consoleAlpha) { float diff = MAX_OF(consoleAlpha - consoleAlphaTarget, .0001f) * consoleMoveSpeed; consoleAlpha -= diff * step; if(consoleAlpha < consoleAlphaTarget) consoleAlpha = consoleAlphaTarget; } if(ConsoleY == 0) openingOrClosing = true; if(!needResize) { // Move the console to the destination Y. if(ConsoleDestY > ConsoleY) { float diff = (ConsoleDestY - ConsoleY) * consoleMoveSpeed; if(diff < 1) diff = 1; ConsoleY += diff * step; if(ConsoleY > ConsoleDestY) ConsoleY = ConsoleDestY; } else if(ConsoleDestY < ConsoleY) { float diff = (ConsoleY - ConsoleDestY) * consoleMoveSpeed; if(diff < 1) diff = 1; ConsoleY -= diff * step; if(ConsoleY < ConsoleDestY) ConsoleY = ConsoleDestY; } } if(ConsoleY == ConsoleOpenY) openingOrClosing = false; if(!Con_IsActive()) return; // We have nothing further to do here. if(consoleBackgroundTurn != 0) funnyAng += step * consoleBackgroundTurn / 10000; ConsoleBlink += step; // Cursor blink timer (0 = visible). } void Rend_ConsoleFPS(Point2Raw const *origin) { DENG_ASSERT(origin); if(isDedicated || !inited) return; if(!consoleShowFPS) return; // Try to fulfill any pending resize. if(Rend_ConsoleResize(false/*no force*/)) return; // No FPS counter for you... char buf[160]; dd_snprintf(buf, 160, "%.1f FPS", DD_GetFrameRate()); FR_SetFont(fontFixed); FR_PushAttrib(); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); Size2Raw size(FR_TextWidth(buf) + 16, FR_SingleLineHeight(buf) + 16); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glEnable(GL_TEXTURE_2D); Point2Raw topLeft(origin->x - size.width, origin->y); UI_GradientEx(&topLeft, &size, 6, UI_Color(UIC_BG_MEDIUM), UI_Color(UIC_BG_LIGHT), .5f, .8f); UI_DrawRectEx(&topLeft, &size, 6, false, UI_Color(UIC_BRD_HI), UI_Color(UIC_BG_MEDIUM), .2f, -1); Point2Raw labelOrigin(origin->x - 8, origin->y + size.height / 2); UI_SetColor(UI_Color(UIC_TEXT)); UI_TextOutEx2(buf, &labelOrigin, UI_Color(UIC_TITLE), 1, ALIGN_RIGHT, DTF_ONLY_SHADOW); FR_PopAttrib(); glDisable(GL_TEXTURE_2D); } static void drawConsoleTitleBar(float alpha) { DENG_ASSERT(inited); if(alpha < .0001f) return; int border = DENG_WINDOW->width() / 120; int barHeight = calcConsoleTitleBarHeight(); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMatrixMode(GL_PROJECTION); glPushMatrix(); glEnable(GL_TEXTURE_2D); Point2Raw origin(0, 0); Size2Raw size(DENG_WINDOW->width(), barHeight); UI_Gradient(&origin, &size, UI_Color(UIC_BG_MEDIUM), UI_Color(UIC_BG_LIGHT), .95f * alpha, alpha); origin.x = 0; origin.y = barHeight; size.width = DENG_WINDOW->width(); size.height = border; UI_Gradient(&origin, &size, UI_Color(UIC_SHADOW), UI_Color(UIC_BG_DARK), .6f * alpha, 0); origin.x = 0; origin.y = barHeight; size.width = DENG_WINDOW->width(); size.height = border*2; UI_Gradient(&origin, &size, UI_Color(UIC_BG_DARK), UI_Color(UIC_SHADOW), .2f * alpha, 0); FR_SetFont(fontVariable[FS_BOLD]); FR_PushAttrib(); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); origin.x = border; origin.y = barHeight / 2; UI_TextOutEx2(consoleTitle, &origin, UI_Color(UIC_TITLE), alpha, ALIGN_LEFT, DTF_ONLY_SHADOW); if(secondaryTitleText[0]) { int width = FR_TextWidth(consoleTitle) + FR_TextWidth(" "); FR_SetFont(fontVariable[FS_LIGHT]); origin.x = border + width; origin.y = barHeight / 2; UI_TextOutEx2(secondaryTitleText, &origin, UI_Color(UIC_TEXT), .33f * alpha, ALIGN_LEFT, DTF_ONLY_SHADOW); } if(statusText[0]) { FR_SetFont(fontVariable[FS_LIGHT]); origin.x = DENG_WINDOW->width() - border; origin.y = barHeight / 2; UI_TextOutEx2(statusText, &origin, UI_Color(UIC_TEXT), .75f * alpha, ALIGN_RIGHT, DTF_ONLY_SHADOW); } FR_PopAttrib(); glDisable(GL_TEXTURE_2D); glMatrixMode(GL_PROJECTION); glPopMatrix(); } static void drawConsoleBackground(Point2Raw const *origin, Size2Raw const *size, float closeFade) { DENG_ASSERT(inited); int bgX = 0, bgY = 0; if(consoleBackgroundMaterial) { MaterialVariantSpec const &spec = App_Materials().variantSpec(UiContext, 0, 0, 0, 0, GL_REPEAT, GL_REPEAT, 0, 1, 0, false, false, false, false); MaterialSnapshot const &ms = consoleBackgroundMaterial->prepare(spec); GL_BindTexture(&ms.texture(MTU_PRIMARY)); bgX = int(ms.width() * consoleBackgroundZoom); bgY = int(ms.height() * consoleBackgroundZoom); glEnable(GL_TEXTURE_2D); if(consoleBackgroundTurn != 0) { glMatrixMode(GL_TEXTURE); glPushMatrix(); glLoadIdentity(); glTranslatef(2 * sin(funnyAng / 4), 2 * cos(funnyAng / 4), 0); glRotatef(funnyAng * 3, 0, 0, 1); } } glColor4f(consoleBackgroundLight, consoleBackgroundLight, consoleBackgroundLight, closeFade * consoleBackgroundAlpha); GL_DrawRectf2Tiled(origin->x, origin->y, size->width, size->height, bgX, bgY); if(consoleBackgroundMaterial) { if(consoleBackgroundTurn != 0) { glMatrixMode(GL_TEXTURE); glPopMatrix(); } glDisable(GL_TEXTURE_2D); } } /** * Draw a 'side' text in the console. This is intended for extra * information about the current game mode. */ #if 0 static void drawSideText(char const *text, int line, float alpha) { DENG_ASSERT(inited); float const gtosMulY = DENG_WINDOW->height() / 200.0f; FR_SetFont(Con_Font()); FR_PushAttrib(); FR_LoadDefaultAttrib(); float scale[2]; Con_FontScale(&scale[0], &scale[1]); float fontScaledY = FR_SingleLineHeight("Con") * scale[1]; float y = ConsoleY * gtosMulY - fontScaledY * (1 + line); if(y > -fontScaledY) { con_textfilter_t printFilter = Con_PrintFilter(); // Scaled screen width. int ssw = int(DENG_WINDOW->width() / scale[0]); char buf[300]; if(printFilter) { strncpy(buf, text, sizeof(buf)); printFilter(buf); text = buf; } FR_SetColorAndAlpha(CcolYellow[0], CcolYellow[1], CcolYellow[2], alpha * .75f); FR_DrawTextXY3(text, ssw - 3, y / scale[1], ALIGN_TOPRIGHT, DTF_NO_TYPEIN|DTF_NO_GLITTER|(!consoleTextShadow?DTF_NO_SHADOW:0)); } FR_PopAttrib(); } #endif static void escapeFormatting(ddstring_t *dest, char const *src, int maxSourceLen) { if(!src) return; Str_Clear(dest); for(int i = 0; *src; ++src, ++i) { if(maxSourceLen && i == maxSourceLen) break; if(*src == '{') { Str_AppendChar(dest, FR_FORMAT_ESCAPE_CHAR); } Str_AppendChar(dest, *src); } } static void applyFilter(char *buff) { con_textfilter_t printFilter = Con_PrintFilter(); ddstring_t *escaped = Str_New(); escapeFormatting(escaped, buff, 0); strcpy(buff, Str_Text(escaped)); Str_Delete(escaped); if(printFilter) { printFilter(buff); } } /** * @note Slightly messy... */ static void drawConsole(float consoleAlpha) { DENG_ASSERT(inited); int const XORIGIN = 0; int const YORIGIN = 0; int const PADDING = 2; int const LOCALBUFFSIZE = (CMDLINE_SIZE +1/*prompt length*/ +1/*terminator*/); static cbline_t const **lines = 0; static int bufferSize = 0; CBuffer *buffer = Con_HistoryBuffer(); uint cmdCursor = Con_CommandLineCursorPosition(); char *cmdLine = Con_CommandLine(); float scale[2], y, fontScaledY, gtosMulY = DENG_WINDOW->height() / 200.0f; char buff[LOCALBUFFSIZE]; font_t *cfont; int lineHeight, textOffsetY; uint reqLines, maxLineLength; Point2Raw origin; Size2Raw size; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); FR_SetFont(Con_Font()); FR_PushAttrib(); FR_LoadDefaultAttrib(); FR_SetTracking(Con_FontTracking()); FR_SetColorAndAlpha(1, 1, 1, consoleAlpha); cfont = Fonts_ToFont(FR_Font()); lineHeight = FR_SingleLineHeight("Con"); Con_FontScale(&scale[0], &scale[1]); fontScaledY = lineHeight * Con_FontLeading() * scale[1]; textOffsetY = PADDING + fontScaledY / 4; origin.x = XORIGIN; origin.y = YORIGIN + (int) (ConsoleY * gtosMulY); size.width = DENG_WINDOW->width(); size.height = -DENG_WINDOW->height(); drawConsoleBackground(&origin, &size, consoleAlpha); // The border. origin.x = XORIGIN; origin.y = YORIGIN + (int) ((ConsoleY - 10) * gtosMulY); size.width = DENG_WINDOW->width(); size.height = 10 * gtosMulY; UI_Gradient(&origin, &size, UI_Color(UIC_BG_DARK), UI_Color(UIC_BRD_HI), 0, consoleAlpha * consoleBackgroundAlpha * .06f); origin.x = XORIGIN; origin.y = YORIGIN + (int) (ConsoleY * gtosMulY); size.width = DENG_WINDOW->width(); size.height = 2; UI_Gradient(&origin, &size, UI_Color(UIC_BG_LIGHT), UI_Color(UIC_BG_LIGHT), consoleAlpha * consoleBackgroundAlpha, -1); origin.x = XORIGIN; origin.y = YORIGIN + (int) (ConsoleY * gtosMulY); size.width = DENG_WINDOW->width(); size.height = 2 * gtosMulY; UI_Gradient(&origin, &size, UI_Color(UIC_SHADOW), UI_Color(UIC_SHADOW), consoleAlpha * consoleBackgroundAlpha * .75f, 0); glMatrixMode(GL_MODELVIEW); glPushMatrix(); glScalef(scale[0], scale[1], 1); // The console history log is drawn from bottom to top. y = ConsoleY * gtosMulY - (lineHeight * scale[1] + fontScaledY) - textOffsetY; reqLines = de::max(0, de::ceil(y / fontScaledY) + 1); if(reqLines != 0) { uint count, totalLines = CBuffer_NumLines(buffer); int firstIdx; firstIdx = -((long)(reqLines + Con_HistoryOffset())); if(firstIdx < -((long)totalLines)) firstIdx = -((long)totalLines); // Need to enlarge the buffer? if(reqLines > (uint) bufferSize) { lines = (cbline_t const **) Z_Realloc((void *) lines, sizeof(cbline_t *) * (reqLines + 1), PU_APPSTATIC); bufferSize = reqLines; } count = CBuffer_GetLines2(buffer, reqLines, firstIdx, lines, BLF_OMIT_EMPTYLINE); if(count != 0) { glEnable(GL_TEXTURE_2D); for(uint i = count; i-- > 0;) { cbline_t const *line = lines[i]; if(line->flags & CBLF_RULER) { // Draw a ruler here, and nothing else. drawRuler(XORIGIN + PADDING, (YORIGIN + y) / scale[1], DENG_WINDOW->width() / scale[0] - PADDING*2, lineHeight, consoleAlpha); } else { int alignFlags = 0; short textFlags = DTF_NO_TYPEIN|DTF_NO_GLITTER|(!consoleTextShadow?DTF_NO_SHADOW:0); float xOffset; std::memset(buff, 0, sizeof(buff)); strncpy(buff, line->text, LOCALBUFFSIZE-1); if(line->flags & CBLF_CENTER) { alignFlags |= ALIGN_TOP; xOffset = (DENG_WINDOW->width() / scale[0]) / 2; } else { alignFlags |= ALIGN_TOPLEFT; xOffset = 0; } // Escape any visual formatting characters in the text. applyFilter(buff); // Set the color. if(Font_Flags(cfont) & FF_COLORIZE) { float rgb[3]; calcAvgColor(line->flags, rgb); FR_SetColorv(rgb); } FR_DrawTextXY3(buff, XORIGIN + PADDING + xOffset, YORIGIN + y / scale[1], alignFlags, textFlags); } // Move up. y -= fontScaledY; } glDisable(GL_TEXTURE_2D); } } // The command line. boolean abbrevLeft = 0, abbrevRight = 0; int offset = 0; uint cmdLineLength; y = ConsoleY * gtosMulY - (lineHeight * scale[1]) - textOffsetY; cmdLineLength = (uint)strlen(cmdLine); maxLineLength = CBuffer_MaxLineLength(buffer) - 1/*prompt length*/; if(cmdLineLength >= maxLineLength) { maxLineLength -= 5; /*abbrev vis length*/ if((signed)cmdCursor - (signed)maxLineLength > 0 || cmdCursor > maxLineLength) { abbrevLeft = true; maxLineLength -= 5; /*abbrev vis length*/ } offset = MAX_OF(0, (signed)cmdCursor - (signed)maxLineLength); abbrevRight = (offset + maxLineLength < cmdLineLength); if(!abbrevRight) { maxLineLength += 5; /*abbrev vis length*/ offset = MAX_OF(0, (signed)cmdCursor - (signed)maxLineLength); } } // Apply filtering. /// @todo Clean this up; use a common applyFilter() function. ddstring_t *escaped = Str_New(); escapeFormatting(escaped, cmdLine + offset, maxLineLength); dd_snprintf(buff, LOCALBUFFSIZE - 1/*terminator*/, ">%s%s%s", abbrevLeft? "{alpha=.5}[...]{alpha=1}" : "", Str_Text(escaped), abbrevRight? "{alpha=.5}[...]" : ""); Str_Delete(escaped); if(Con_PrintFilter()) (Con_PrintFilter())(buff); glEnable(GL_TEXTURE_2D); if(Font_Flags(cfont) & FF_COLORIZE) { FR_SetColorAndAlpha(CcolYellow[0], CcolYellow[1], CcolYellow[2], consoleAlpha); } else { FR_SetColorAndAlpha(1, 1, 1, consoleAlpha); } FR_DrawTextXY3(buff, XORIGIN + PADDING, YORIGIN + y / scale[1], ALIGN_TOPLEFT, DTF_NO_TYPEIN|DTF_NO_GLITTER|(!consoleTextShadow?DTF_NO_SHADOW:0)); glDisable(GL_TEXTURE_2D); // Draw the cursor in the appropriate place. if(Con_IsActive() && !Con_IsLocked()) { float width, height, halfInterlineHeight = (lineHeight * scale[1]) / 8.f; int xOffset, yOffset = 2 * scale[1]; char temp[LOCALBUFFSIZE]; // Where is the cursor? std::memset(temp, 0, sizeof(temp)); //strncpy(temp, cmdLine + offset, MIN_OF(LOCALBUFFSIZE -1/*prompt length*/ /*-1*//*vis clamp*/, cmdCursor-offset + (abbrevLeft? 24/*abbrev length*/:0) + 1)); strcpy(temp, ">"); if(abbrevLeft) strcat(temp, "[...]"); strncat(temp, cmdLine + offset, MIN_OF(LOCALBUFFSIZE - 1, cmdCursor - offset)); applyFilter(temp); xOffset = FR_TextWidth(temp); if(Con_InputMode()) { height = lineHeight * scale[1]; yOffset += halfInterlineHeight; } else { height = halfInterlineHeight; yOffset += lineHeight * scale[1]; } // Size of the current character. width = FR_CharWidth(cmdLine[cmdCursor] == '\0'? ' ' : cmdLine[cmdCursor]); glColor4f(CcolYellow[0], CcolYellow[1], CcolYellow[2], consoleAlpha * (((int) ConsoleBlink) & 0x10 ? .2f : .5f)); GL_DrawRectf2(XORIGIN + PADDING + xOffset, (int)((YORIGIN + y + yOffset) / scale[1]), (int)width, MAX_OF(1, (int)(height / scale[1]))); } FR_PopAttrib(); // Restore the original matrices. glMatrixMode(GL_MODELVIEW); glPopMatrix(); } void Rend_Console() { boolean consoleShow; if(isDedicated || !inited) return; // Try to fulfill any pending resize. if(Rend_ConsoleResize(false/*no force*/)) return; // No console on this frame at least... consoleShow = (ConsoleY > 0);// || openingOrClosing); if(!consoleShow && !consoleShowFPS) return; // Go into screen projection mode. glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_WINDOW->width(), DENG_WINDOW->height(), 0, -1, 1); if(consoleShow) { drawConsole(consoleAlpha); drawConsoleTitleBar(consoleAlpha); } if(consoleShowFPS && !UI_IsActive()) { Point2Raw origin(DENG_WINDOW->width() - 10, 10 + (ConsoleY > 0? ROUND(consoleAlpha * calcConsoleTitleBarHeight()) : 0)); Rend_ConsoleFPS(&origin); } // Restore original matrix. glMatrixMode(GL_PROJECTION); glPopMatrix(); } #endif doomsday-1.14.5/doomsday/client/src/render/api_render.cpp0000664000175000017500000001564312350542237022700 0ustar jaakkojaakko/** @file api_render.cpp Public API of the renderer. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_RENDER #include "de_platform.h" #include "api_render.h" #include "dd_main.h" // App_ResourceSystem #include "con_main.h" #include "def_main.h" #include "sys_system.h" // novideo #include "render/r_main.h" #include "render/billboard.h" // Rend_SpriteMaterialSpec #include "render/rend_model.h" #include "resource/resourcesystem.h" #ifdef __CLIENT__ # include "MaterialSnapshot" # include "MaterialVariantSpec" #endif #include // m_misc.c DENG_EXTERN_C int M_ScreenShot(const char* name, int bits); #undef Models_CacheForState DENG_EXTERN_C void Models_CacheForState(int stateIndex) { #ifdef __CLIENT__ if(ModelDef *modelDef = App_ResourceSystem().modelDefForState(stateIndex)) { App_ResourceSystem().cache(modelDef); } #endif } // r_draw.cpp DENG_EXTERN_C void R_SetBorderGfx(struct uri_s const *const *paths); #undef Rend_CacheForMobjType DENG_EXTERN_C void Rend_CacheForMobjType(int num) { LOG_AS("Rend.CacheForMobjType"); if(novideo) return; if(!((useModels && precacheSkins) || precacheSprites)) return; if(num < 0 || num >= defs.count.mobjs.num) return; de::MaterialVariantSpec const &spec = Rend_SpriteMaterialSpec(); /// @todo Optimize: Traverses the entire state list! for(int i = 0; i < defs.count.states.num; ++i) { if(stateOwners[i] != &mobjInfo[num]) continue; Models_CacheForState(i); if(precacheSprites) { state_t *state = Def_GetState(i); DENG2_ASSERT(state != 0); App_ResourceSystem().cache(state->sprite, spec); } /// @todo What about sounds? } } // r_main.cpp DENG_EXTERN_C void R_RenderPlayerView(int num); DENG_EXTERN_C void R_SetViewOrigin(int consoleNum, coord_t const origin[3]); DENG_EXTERN_C void R_SetViewAngle(int consoleNum, angle_t angle); DENG_EXTERN_C void R_SetViewPitch(int consoleNum, float pitch); DENG_EXTERN_C int R_ViewWindowGeometry(int consoleNum, RectRaw *geometry); DENG_EXTERN_C int R_ViewWindowOrigin(int consoleNum, Point2Raw *origin); DENG_EXTERN_C int R_ViewWindowSize(int consoleNum, Size2Raw *size); DENG_EXTERN_C void R_SetViewWindowGeometry(int consoleNum, RectRaw const *geometry, dd_bool interpolate); DENG_EXTERN_C int R_ViewPortGeometry(int consoleNum, RectRaw *geometry); DENG_EXTERN_C int R_ViewPortOrigin(int consoleNum, Point2Raw *origin); DENG_EXTERN_C int R_ViewPortSize(int consoleNum, Size2Raw *size); DENG_EXTERN_C void R_SetViewPortPlayer(int consoleNum, int viewPlayer); // sky.cpp DENG_EXTERN_C void R_SkyParams(int layer, int param, void *data); #undef R_GetSpriteInfo DENG_EXTERN_C dd_bool R_GetSpriteInfo(int spriteId, int frame, spriteinfo_t *info) { LOG_AS("Rend.GetSpriteInfo"); if(!info) return false; de::zapPtr(info); if(!App_ResourceSystem().hasSprite(spriteId, frame)) { LOG_RES_WARNING("Invalid sprite id (%i) and/or frame index (%i)") << spriteId << frame; return false; } SpriteViewAngle const &sprViewAngle = App_ResourceSystem().sprite(spriteId, frame).viewAngle(0); info->material = sprViewAngle.material; info->flip = sprViewAngle.mirrorX; if(novideo) { // We can't prepare the material. return true; } #ifdef __CLIENT__ /// @todo fixme: We should not be using the PSprite spec here. -ds de::MaterialVariantSpec const &spec = App_ResourceSystem().materialSpec(PSpriteContext, 0, 1, 0, 0, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 0, 1, -1, false, true, true, false); de::MaterialSnapshot const &ms = info->material->prepare(spec); de::Texture &tex = ms.texture(MTU_PRIMARY).generalCase(); variantspecification_t const &texSpec = ms.texture(MTU_PRIMARY).spec().variant; info->geometry.origin.x = -tex.origin().x + -texSpec.border; info->geometry.origin.y = -tex.origin().y + texSpec.border; info->geometry.size.width = ms.width() + texSpec.border * 2; info->geometry.size.height = ms.height() + texSpec.border * 2; ms.texture(MTU_PRIMARY).glCoords(&info->texCoord[0], &info->texCoord[1]); #else de::Texture &tex = *info->material->layers()[0]->stages()[0]->texture; info->geometry.origin.x = -tex.origin().x; info->geometry.origin.y = -tex.origin().y; info->geometry.size.width = info->material->width(); info->geometry.size.height = info->material->height(); #endif return true; } // r_util.c DENG_EXTERN_C dd_bool R_ChooseAlignModeAndScaleFactor(float* scale, int width, int height, int availWidth, int availHeight, scalemode_t scaleMode); DENG_EXTERN_C scalemode_t R_ChooseScaleMode2(int width, int height, int availWidth, int availHeight, scalemode_t overrideMode, float stretchEpsilon); DENG_EXTERN_C scalemode_t R_ChooseScaleMode(int width, int height, int availWidth, int availHeight, scalemode_t overrideMode); #undef R_SetupFog DENG_EXTERN_C void R_SetupFog(float start, float end, float density, float *rgb) { Con_Execute(CMDS_DDAY, "fog on", true, false); Con_Executef(CMDS_DDAY, true, "fog start %f", start); Con_Executef(CMDS_DDAY, true, "fog end %f", end); Con_Executef(CMDS_DDAY, true, "fog density %f", density); Con_Executef(CMDS_DDAY, true, "fog color %.0f %.0f %.0f", rgb[0] * 255, rgb[1] * 255, rgb[2] * 255); } #undef R_SetupFogDefaults DENG_EXTERN_C void R_SetupFogDefaults() { // Go with the defaults. Con_Execute(CMDS_DDAY,"fog off", true, false); } DENG_DECLARE_API(Rend) = { { DE_API_RENDER }, R_SetupFogDefaults, R_SetupFog, Rend_CacheForMobjType, Models_CacheForState, R_RenderPlayerView, R_SetViewOrigin, R_SetViewAngle, R_SetViewPitch, R_ViewWindowGeometry, R_ViewWindowOrigin, R_ViewWindowSize, R_SetViewWindowGeometry, R_SetBorderGfx, R_ViewPortGeometry, R_ViewPortOrigin, R_ViewPortSize, R_SetViewPortPlayer, R_ChooseAlignModeAndScaleFactor, R_ChooseScaleMode2, R_ChooseScaleMode, R_GetSpriteInfo, R_SkyParams, M_ScreenShot }; doomsday-1.14.5/doomsday/client/src/render/biastracker.cpp0000664000175000017500000001663312350542237023062 0ustar jaakkojaakko/** @file biastracker.cpp Shadow Bias illumination tracker. * * @authors Copyright © 2005-2014 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "render/biastracker.h" #include "dd_main.h" #include "world/map.h" #include "BiasDigest" #include "BiasSource" #include using namespace de; struct Contributor { BiasSource *source; float influence; }; /** * @todo Do not observe source deletion. A better solution would represent any * source deletions in BiasDigest. */ DENG2_PIMPL_NOREF(BiasTracker) , DENG2_OBSERVES(BiasSource, Deletion) { Contributor contributors[MAX_CONTRIBUTORS]; byte activeContributors; byte changedContributions; uint lastSourceDeletion; // Milliseconds. Instance() : activeContributors(0) , changedContributions(0) , lastSourceDeletion(0) { de::zap(contributors); } Instance(Instance const &other) : de::IPrivate() , BiasSource::IDeletionObserver() , activeContributors (other.activeContributors) , changedContributions(other.changedContributions) , lastSourceDeletion (other.lastSourceDeletion) { std::memcpy(contributors, other.contributors, sizeof(contributors)); } /// Observes BiasSource Deletion void biasSourceBeingDeleted(BiasSource const &source) { Contributor *ctbr = contributors; for(int i = 0; i < MAX_CONTRIBUTORS; ++i, ctbr++) { if(ctbr->source == &source) { ctbr->source = 0; activeContributors &= ~(1 << i); changedContributions |= 1 << i; // Remember the current time (used for interpolation). /// @todo Do not assume the 'current' map. lastSourceDeletion = App_WorldSystem().map().biasCurrentTime(); break; } } } }; BiasTracker::BiasTracker() : d(new Instance()) {} BiasTracker::BiasTracker(BiasTracker const &other) : d(new Instance(*other.d)) {} BiasTracker &BiasTracker::operator = (BiasTracker const &other) { d.reset(new Instance(*other.d)); return *this; } void BiasTracker::clearContributors() { d->activeContributors = 0; } int BiasTracker::addContributor(BiasSource *source, float intensity) { if(!source) return -1; // If its too weak we will ignore it entirely. if(intensity < BiasIllum::MIN_INTENSITY) return -1; int firstUnusedSlot = -1; int slot = -1; // Do we have a latent contribution or an unused slot? Contributor *ctbr = d->contributors; for(int i = 0; i < MAX_CONTRIBUTORS; ++i, ctbr++) { if(!ctbr->source) { // Remember the first unused slot. if(firstUnusedSlot == -1) firstUnusedSlot = i; } // A latent contribution? else if(ctbr->source == source) { slot = i; break; } } if(slot == -1) { if(firstUnusedSlot != -1) { slot = firstUnusedSlot; } else { // Dang, we'll need to drop the weakest. int weakest = -1; Contributor *ctbr = d->contributors; for(int i = 0; i < MAX_CONTRIBUTORS; ++i, ctbr++) { DENG_ASSERT(ctbr->source != 0); if(i == 0 || ctbr->influence < d->contributors[weakest].influence) { weakest = i; } } if(intensity <= d->contributors[weakest].influence) return - 1; slot = weakest; ctbr->source->audienceForDeletion -= d; ctbr->source = 0; } } DENG_ASSERT(slot >= 0 && slot < MAX_CONTRIBUTORS); ctbr = &d->contributors[slot]; // When reactivating a latent contribution if the intensity has not // changed we don't need to force an update. if(!(ctbr->source == source && de::fequal(ctbr->influence, intensity))) d->changedContributions |= (1 << slot); if(!ctbr->source) source->audienceForDeletion += d; ctbr->source = source; ctbr->influence = intensity; // (Re)activate this contributor. d->activeContributors |= 1 << slot; return slot; } BiasSource &BiasTracker::contributor(int index) const { if(index >= 0 && index < MAX_CONTRIBUTORS && (d->activeContributors & (1 << index))) { DENG_ASSERT(d->contributors[index].source != 0); return *d->contributors[index].source; } /// @throw UnknownContributorError An invalid contributor index was specified. throw UnknownContributorError("BiasTracker::lightContributor", QString("Index %1 invalid/out of range").arg(index)); } uint BiasTracker::timeOfLatestContributorUpdate() const { uint latest = 0; if(d->changedContributions) { Contributor const *ctbr = d->contributors; for(int i = 0; i < MAX_CONTRIBUTORS; ++i, ctbr++) { if(!(d->changedContributions & (1 << i))) continue; if(!ctbr->source && !(d->activeContributors & (1 << i))) { // The source of the contribution was deleted. if(latest < d->lastSourceDeletion) latest = d->lastSourceDeletion; } else if(latest < ctbr->source->lastUpdateTime()) { latest = ctbr->source->lastUpdateTime(); } } } return latest; } byte BiasTracker::activeContributors() const { return d->activeContributors; } byte BiasTracker::changedContributions() const { return d->changedContributions; } void BiasTracker::updateAllContributors() { Contributor *ctbr = d->contributors; for(int i = 0; i < MAX_CONTRIBUTORS; ++i, ctbr++) { if(ctbr->source) { ctbr->source->forceUpdate(); } } } void BiasTracker::applyChanges(BiasDigest &changes) { // All contributions from changed sources will need to be updated. Contributor *ctbr = d->contributors; for(int i = 0; i < MAX_CONTRIBUTORS; ++i, ctbr++) { if(!ctbr->source) continue; /// @todo optimize: This O(n) lookup can be avoided if we 1) reference /// sources by unique in-map index, and 2) re-index source references /// here upon deletion. The assumption being that affection changes /// occur far more frequently. if(changes.isSourceChanged(App_WorldSystem().map().toIndex(*ctbr->source))) { d->changedContributions |= 1 << i; } } } void BiasTracker::markIllumUpdateCompleted() { d->changedContributions = 0; } doomsday-1.14.5/doomsday/client/src/render/wallspec.cpp0000664000175000017500000000562512350542237022401 0ustar jaakkojaakko/** @file render/wallspec.cpp Wall Geometry Specification. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "Sector" #include "Surface" #include "world/p_players.h" // viewPlayer #include "render/rend_main.h" #include "render/walledge.h" using namespace de; /** * Should angle based light level deltas be applied? */ static bool useWallSectionLightLevelDeltas(LineSide const &side, int section) { // Disabled? if(rendLightWallAngle <= 0) return false; // Never if the surface's material was chosen as a HOM fix (lighting must // be consistent with that applied to the relative back sector plane). if(side.surface(section).hasFixMaterial() && side.hasSector() && side.back().hasSector()) { Sector &backSector = side.back().sector(); if(backSector.floor().height() < backSector.ceiling().height()) return false; } return true; } WallSpec WallSpec::fromMapSide(LineSide const &side, int section) // static { bool const isTwoSidedMiddle = (section == LineSide::Middle && !side.considerOneSided()); WallSpec spec(section); if(side.line().definesPolyobj() || isTwoSidedMiddle) { spec.flags &= ~WallSpec::ForceOpaque; spec.flags |= WallSpec::NoEdgeDivisions; } if(isTwoSidedMiddle) { if(viewPlayer && ((viewPlayer->shared.flags & (DDPF_NOCLIP|DDPF_CAMERA)) || !side.line().isFlagged(DDLF_BLOCKING))) spec.flags |= WallSpec::NearFade; spec.flags |= WallSpec::SortDynLights; } // Suppress the sky clipping in debug mode. if(devRendSkyMode) spec.flags &= ~WallSpec::SkyClip; if(side.line().definesPolyobj()) spec.flags |= WallSpec::NoFakeRadio; bool useLightLevelDeltas = useWallSectionLightLevelDeltas(side, section); if(!useLightLevelDeltas) spec.flags |= WallSpec::NoLightDeltas; // We can skip normal smoothing if light level delta smoothing won't be done. if(!useLightLevelDeltas || !rendLightWallAngleSmooth) spec.flags |= WallSpec::NoEdgeNormalSmoothing; return spec; } doomsday-1.14.5/doomsday/client/src/mesh.cpp0000664000175000017500000000737612350542237020251 0ustar jaakkojaakko/** @file mesh.cpp Mesh Geometry Data Structure. * * @authors Copyright © 2008-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "HEdge" #include "Face" #include "Vertex" #include "mesh.h" namespace de { DENG2_PIMPL_NOREF(Mesh::Element) { /// Mesh owner of the element. Mesh &mesh; /// MapElement to which the mesh element is attributed (if any). MapElement *mapElement; Instance(Mesh &mesh) : mesh(mesh), mapElement(0) {} }; Mesh::Element::Element(Mesh &mesh) : d(new Instance(mesh)) {} Mesh &Mesh::Element::mesh() const { return d->mesh; } bool Mesh::Element::hasMapElement() const { return d->mapElement != 0; } MapElement &Mesh::Element::mapElement() { if(d->mapElement) { return *d->mapElement; } /// @throw MissingMapElement Attempted with no map element attributed. throw MissingMapElementError("Mesh::Element::mapElement", "No map element is attributed"); } MapElement const &Mesh::Element::mapElement() const { if(d->mapElement) { return *d->mapElement; } /// @throw MissingMapElement Attempted with no map element attributed. throw MissingMapElementError("Mesh::Element::mapElement", "No map element is attributed"); } void Mesh::Element::setMapElement(MapElement const *newMapElement) { d->mapElement = const_cast(newMapElement); } DENG2_PIMPL(Mesh) { /// All vertexes in the mesh. Vertexes vertexes; /// All half-edges in the mesh. HEdges hedges; /// All faces in the mesh. Faces faces; Instance(Public *i) : Base(i) {} ~Instance() { self.clear(); } }; Mesh::Mesh() : d(new Instance(this)) {} void Mesh::clear() { qDeleteAll(d->vertexes); d->vertexes.clear(); qDeleteAll(d->hedges); d->hedges.clear(); qDeleteAll(d->faces); d->faces.clear(); } Vertex *Mesh::newVertex(Vector2d const &origin) { Vertex *vtx = new Vertex(*this, origin); d->vertexes.append(vtx); return vtx; } HEdge *Mesh::newHEdge(Vertex &vertex) { HEdge *hedge = new HEdge(*this, vertex); d->hedges.append(hedge); return hedge; } Face *Mesh::newFace() { Face *face = new Face(*this); d->faces.append(face); return face; } void Mesh::removeVertex(Vertex &vertex) { int sizeBefore = d->vertexes.size(); d->vertexes.removeOne(&vertex); if(sizeBefore != d->vertexes.size()) { delete &vertex; } } void Mesh::removeHEdge(HEdge &hedge) { int sizeBefore = d->hedges.size(); d->hedges.removeOne(&hedge); if(sizeBefore != d->hedges.size()) { delete &hedge; } } void Mesh::removeFace(Face &face) { int sizeBefore = d->faces.size(); d->faces.removeOne(&face); if(sizeBefore != d->faces.size()) { delete &face; } } Mesh::Vertexes const &Mesh::vertexes() const { return d->vertexes; } Mesh::Faces const &Mesh::faces() const { return d->faces; } Mesh::HEdges const &Mesh::hedges() const { return d->hedges; } } // namespace de doomsday-1.14.5/doomsday/client/src/windows/0000775000175000017500000000000012350542240020260 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/windows/joystick_win32.cpp0000664000175000017500000001630512350542240023652 0ustar jaakkojaakko/** @file joystick_win32.cpp Joystick input for Windows. * @ingroup input * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "directinput.h" #ifndef __CLIENT__ # error "joystick_win32.cpp is only the client" #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_misc.h" #include "dd_winit.h" extern int novideo; int joyDevice = 0; ///< cvar Joystick index to use. byte useJoystick = false; ///< cvar Joystick input enabled? static LPDIRECTINPUTDEVICE8 didJoy; static DIDEVICEINSTANCE firstJoystick; static int counter; void Joystick_Register(void) { C_VAR_INT("input-joy-device", &joyDevice, CVF_NO_MAX | CVF_PROTECTED, 0, 0); C_VAR_BYTE("input-joy", &useJoystick, 0, 0, 1); } static BOOL CALLBACK enumJoysticks(LPCDIDEVICEINSTANCE lpddi, void* ref) { // The first joystick is used by default. if(!firstJoystick.dwSize) memcpy(&firstJoystick, lpddi, sizeof(*lpddi)); if(counter == joyDevice) { // We'll use this one. memcpy(ref, lpddi, sizeof(*lpddi)); return DIENUM_STOP; } counter++; return DIENUM_CONTINUE; } dd_bool Joystick_Init() { int joyProp[] = { DIJOFS_X, DIJOFS_Y, DIJOFS_Z, DIJOFS_RX, DIJOFS_RY, DIJOFS_RZ, DIJOFS_SLIDER(0), DIJOFS_SLIDER(1) }; char const *axisName[] = { "X", "Y", "Z", "RX", "RY", "RZ", "Slider 1", "Slider 2" }; LOG_AS("Joystick_Init"); if(CommandLine_Check("-nojoy")) { LOG_INPUT_NOTE("Joystick disabled with the '-nojoy' option"); return false; } HWND hWnd = (HWND) ClientWindow::main().nativeHandle(); if(!hWnd) { LOGDEV_INPUT_ERROR("Main window not available"); return false; } LPDIRECTINPUT8 dInput = DirectInput_IVersion8(); if(!dInput) { LOG_INPUT_ERROR("DirectInput version 8 interface not available"); return false; } // ddi will contain info for the joystick device. DIDEVICEINSTANCE ddi; memset(&firstJoystick, 0, sizeof(firstJoystick)); memset(&ddi, 0, sizeof(ddi)); counter = 0; // Find the joystick we want by doing an enumeration. dInput->EnumDevices(DI8DEVCLASS_GAMECTRL, enumJoysticks, &ddi, DIEDFL_ALLDEVICES); // Was the joystick we want found? if(!ddi.dwSize) { // Use the default joystick. if(!firstJoystick.dwSize) return false; // Not found. LOGDEV_INPUT_WARNING("joydevice = %i, out of range") << joyDevice; // Use the first joystick that was found. memcpy(&ddi, &firstJoystick, sizeof(ddi)); } // Show some info. LOG_INPUT_MSG("Joystick name: %s") << ddi.tszProductName; /// @todo unicode? -jk // Create the joystick device. HRESULT hr = dInput->CreateDevice(ddi.guidInstance, &didJoy, 0); if(FAILED(hr)) { LOGDEV_INPUT_ERROR("Failed to create device (0x%x)") << hr; return false; } // Set data format. hr = didJoy->SetDataFormat(&c_dfDIJoystick); if(FAILED(hr)) { LOGDEV_INPUT_ERROR("Failed to set data format (0x%x)") << hr; goto kill_joy; } // Set behavior. hr = didJoy->SetCooperativeLevel(hWnd, DISCL_NONEXCLUSIVE | DISCL_FOREGROUND); if(FAILED(hr)) { LOGDEV_INPUT_ERROR("Failed to set co-op level (0x%x: %s)") << hr << DirectInput_ErrorMsg(hr); goto kill_joy; } // Set properties. for(int i = 0; i < sizeof(joyProp) / sizeof(joyProp[0]); ++i) { hr = didJoy->SetProperty(DIPROP_RANGE, DIPropRange(DIPH_BYOFFSET, joyProp[i], IJOY_AXISMIN, IJOY_AXISMAX)); if(FAILED(hr)) { LOGDEV_INPUT_VERBOSE("Failed to set axis '%s' range (0x%x: %s)") << axisName[i] << hr << DirectInput_ErrorMsg(hr); } } // Set no dead zone. We'll handle this ourselves thanks... hr = didJoy->SetProperty(DIPROP_DEADZONE, DIPropDWord(DIPH_DEVICE)); if(FAILED(hr)) { LOGDEV_INPUT_WARNING("Failed to set dead zone (0x%x: %s)") << hr << DirectInput_ErrorMsg(hr); } // Set absolute mode. hr = didJoy->SetProperty(DIPROP_AXISMODE, DIPropDWord(DIPH_DEVICE, 0, DIPROPAXISMODE_ABS)); if(FAILED(hr)) { LOGDEV_INPUT_WARNING("Failed to set absolute axis mode (0x%x: %s)") << hr << DirectInput_ErrorMsg(hr); } // Acquire it. didJoy->Acquire(); // Initialization was successful. return true; kill_joy: I_SAFE_RELEASE(didJoy); return false; } void Joystick_Shutdown(void) { DirectInput_KillDevice(&didJoy); } dd_bool Joystick_IsPresent(void) { return (didJoy != 0); } void Joystick_GetState(joystate_t* state) { static BOOL oldButtons[IJOY_MAXBUTTONS]; // Thats a lot of buttons. memset(state, 0, sizeof(*state)); // Initialization has been done? if(!didJoy || !useJoystick) return; // Some joysticks must be polled. didJoy->Poll(); DIJOYSTATE dijoy; DWORD tries = 1; BOOL acquired = FALSE; while(!acquired && tries > 0) { HRESULT hr = didJoy->GetDeviceState(sizeof(dijoy), &dijoy); if(SUCCEEDED(hr)) { acquired = TRUE; } else if(tries > 0) { // Try to reacquire. didJoy->Acquire(); tries--; } } if(!acquired) return; // The operation is a failure. state->numAxes = 8; state->axis[0] = (int) dijoy.lX; state->axis[1] = (int) dijoy.lY; state->axis[2] = (int) dijoy.lZ; state->axis[3] = (int) dijoy.lRx; state->axis[4] = (int) dijoy.lRy; state->axis[5] = (int) dijoy.lRz; state->axis[6] = (int) dijoy.rglSlider[0]; state->axis[7] = (int) dijoy.rglSlider[1]; state->numButtons = 32; for(DWORD i = 0; i < IJOY_MAXBUTTONS; ++i) { BOOL isDown = (dijoy.rgbButtons[i] & 0x80? TRUE : FALSE); state->buttonDowns[i] = state->buttonUps[i] = 0; if(isDown && !oldButtons[i]) state->buttonDowns[i] = 1; else if(!isDown && oldButtons[i]) state->buttonUps[i] = 1; oldButtons[i] = isDown; } state->numHats = 4; for(DWORD i = 0; i < IJOY_MAXHATS; ++i) { DWORD pov = dijoy.rgdwPOV[i]; if((pov & 0xffff) == 0xffff) state->hatAngle[i] = IJOY_POV_CENTER; else state->hatAngle[i] = pov / 100.0f; } } doomsday-1.14.5/doomsday/client/src/windows/dd_winit.cpp0000664000175000017500000001765112350542240022577 0ustar jaakkojaakko/** @file dd_winit.cpp Engine Initialization (Windows). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define WIN32_LEAN_AND_MEAN #define _WIN32_DCOM #define STRICT #ifdef __CLIENT__ # include #endif #include #include #include #include #include #include #include #include "resource.h" #include "de_base.h" #include "de_graphics.h" #include "de_console.h" #include "de_system.h" #include "de_play.h" #include "de_network.h" #include "de_misc.h" #include "de_ui.h" #include "filesys/fs_util.h" #include "dd_winit.h" application_t app; #ifdef UNICODE static LPWSTR convBuf; static LPSTR utf8ConvBuf; #endif #ifdef UNICODE LPCWSTR ToWideString(const char* str) { // Determine the length of the output string. int wideChars = MultiByteToWideChar(CP_UTF8, 0, str, -1, 0, 0); // Allocate the right amount of memory. int bufSize = wideChars * sizeof(wchar_t) + 1; convBuf = (LPWSTR) M_Realloc(convBuf, bufSize); memset(convBuf, 0, bufSize); MultiByteToWideChar(CP_ACP, 0, str, -1, convBuf, wideChars); return convBuf; } LPCSTR ToAnsiString(const wchar_t* wstr) { // Determine how much memory is needed for the output string. int utfBytes = WideCharToMultiByte(CP_UTF8, 0, wstr, -1, 0, 0, 0, 0); // Allocate the right amount of memory. utf8ConvBuf = (LPSTR) M_Realloc(utf8ConvBuf, utfBytes); WideCharToMultiByte(CP_UTF8, 0, wstr, -1, utf8ConvBuf, utfBytes, 0, 0); return utf8ConvBuf; } #endif /** * \note GetLastError() should only be called when we *know* an error was thrown. * The result of calling this any other time is undefined. * * @return Ptr to a string containing a textual representation of the last * error thrown in the current thread else @c NULL. */ const char* DD_Win32_GetLastErrorMessage(void) { static char* buffer = 0; /// @todo Never free'd! static size_t currentBufferSize = 0; LPVOID lpMsgBuf; DWORD dw = GetLastError(), lpMsgBufLen; lpMsgBufLen = FormatMessageA(FORMAT_MESSAGE_ALLOCATE_BUFFER | FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS, 0, dw, MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT), (LPSTR)&lpMsgBuf, 0, 0); if(!lpMsgBuf || lpMsgBufLen == 0) return ""; if(!buffer || (size_t)(lpMsgBufLen+1+8) > currentBufferSize) { currentBufferSize = (size_t)(lpMsgBufLen+1+8); buffer = (char *) M_Realloc(buffer, currentBufferSize); } dd_snprintf(buffer, currentBufferSize, "#%-5d: ", (int)dw); // Continue splitting as long as there are parts. { char* part, *cursor = (char*)lpMsgBuf; while(*(part = M_StrTok(&cursor, "\n"))) strcat(buffer, part); } // We're done with the system-allocated message. LocalFree(lpMsgBuf); return buffer; } static BOOL initDGL(void) { #ifdef __CLIENT__ return (BOOL) Sys_GLPreInit(); #else return TRUE; #endif } static void determineGlobalPaths(application_t* app) { assert(app); // Where are we? #if defined(DENG_LIBRARY_DIR) # if !defined(_DEBUG) #pragma message("!!!WARNING: DENG_LIBRARY_DIR defined in non-debug build!!!") # endif { filename_t path; directory_t* temp; dd_snprintf(path, FILENAME_T_MAXLEN, "%s", DENG_LIBRARY_DIR); // Ensure it ends with a directory separator. F_AppendMissingSlashCString(path, FILENAME_T_MAXLEN); Dir_MakeAbsolutePath(path); temp = Dir_FromText(path); strncpy(ddBinPath, Str_Text(temp), FILENAME_T_MAXLEN); Dir_Delete(temp); } #else { directory_t* temp; #ifdef UNICODE wchar_t path[FILENAME_T_MAXLEN]; GetModuleFileName(app->hInstance, path, FILENAME_T_MAXLEN); temp = Dir_FromText(ToAnsiString(path)); #else filename_t path; GetModuleFileName(app->hInstance, path, FILENAME_T_MAXLEN); temp = Dir_FromText(path); #endif strncpy(ddBinPath, Dir_Path(temp), FILENAME_T_MAXLEN); Dir_Delete(temp); } #endif // The -userdir option sets the working directory. if(CommandLine_CheckWith("-userdir", 1)) { filename_t runtimePath; directory_t* temp; strncpy(runtimePath, CommandLine_NextAsPath(), FILENAME_T_MAXLEN); Dir_CleanPath(runtimePath, FILENAME_T_MAXLEN); // Ensure the path is closed with a directory separator. F_AppendMissingSlashCString(runtimePath, FILENAME_T_MAXLEN); temp = Dir_New(runtimePath); app->usingUserDir = Dir_SetCurrent(Dir_Path(temp)); if(app->usingUserDir) { strncpy(ddRuntimePath, Dir_Path(temp), FILENAME_T_MAXLEN); } Dir_Delete(temp); } if(!app->usingUserDir) { // The current working directory is the runtime dir. directory_t* temp = Dir_NewFromCWD(); Dir_SetCurrent(Dir_Path(temp)); strncpy(ddRuntimePath, Dir_Path(temp), FILENAME_T_MAXLEN); Dir_Delete(temp); } if(CommandLine_CheckWith("-basedir", 1)) { strncpy(ddBasePath, CommandLine_Next(), FILENAME_T_MAXLEN); } else { // The standard base directory is one level up from the bin dir. dd_snprintf(ddBasePath, FILENAME_T_MAXLEN, "%s../", ddBinPath); } Dir_CleanPath(ddBasePath, FILENAME_T_MAXLEN); Dir_MakeAbsolutePath(ddBasePath, FILENAME_T_MAXLEN); // Ensure it ends with a directory separator. F_AppendMissingSlashCString(ddBasePath, FILENAME_T_MAXLEN); } dd_bool DD_Win32_Init(void) { BOOL failed = TRUE; memset(&app, 0, sizeof(app)); app.hInstance = GetModuleHandle(NULL); // Initialize COM. CoInitialize(NULL); // Prepare the command line arguments. DD_InitCommandLine(); Library_Init(); // Determine our basedir and other global paths. determineGlobalPaths(&app); if(!DD_EarlyInit()) { Sys_MessageBox(MBT_ERROR, DOOMSDAY_NICENAME, "Error during early init.", 0); } else if(!initDGL()) { Sys_MessageBox(MBT_ERROR, DOOMSDAY_NICENAME, "Error initializing DGL.", 0); } else { // All initialization complete. failed = FALSE; } #ifdef __CLIENT__ // No Windows system keys? if(CommandLine_Check("-nowsk")) { // Disable Alt-Tab, Alt-Esc, Ctrl-Alt-Del. A bit of a hack... SystemParametersInfo(SPI_SETSCREENSAVERRUNNING, TRUE, 0, 0); LOG_INPUT_NOTE("Windows system keys disabled"); } #endif return !failed; } /** * Shuts down the engine. */ void DD_Shutdown() { DD_ShutdownAll(); // Stop all engine subsystems. Plug_UnloadAll(); Library_Shutdown(); #ifdef UNICODE M_Free(convBuf); convBuf = 0; M_Free(utf8ConvBuf); utf8ConvBuf = 0; #endif // No more use of COM beyond, this point. CoUninitialize(); #ifdef __CLIENT__ DisplayMode_Shutdown(); #endif } /** * Windows implementation for the Unix strcasestr() function. */ const char* strcasestr(const char *text, const char *sub) { int textLen = strlen(text); int subLen = strlen(sub); int i; for(i = 0; i <= textLen - subLen; ++i) { const char* start = text + i; if(!strnicmp(start, sub, subLen)) return start; } return 0; } doomsday-1.14.5/doomsday/client/src/windows/directinput.cpp0000664000175000017500000000614712350542240023326 0ustar jaakkojaakko/** @file directinput.cpp DirectInput for Windows. * @ingroup input * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef __CLIENT__ #include "directinput.h" #include "dd_winit.h" #include "con_main.h" static LPDIRECTINPUT8 dInput; static LPDIRECTINPUT dInput3; const char* DirectInput_ErrorMsg(HRESULT hr) { return hr == DI_OK ? "OK" : hr == DIERR_GENERIC ? "Generic error" : hr == DI_PROPNOEFFECT ? "Property has no effect" : hr == DIERR_INVALIDPARAM ? "Invalid parameter" : hr == DIERR_NOTINITIALIZED ? "Not initialized" : hr == DIERR_UNSUPPORTED ? "Unsupported" : hr == DIERR_NOTFOUND ? "Not found" : "?"; } int DirectInput_Init(void) { HRESULT hr; if(dInput || dInput3) return true; // Create the DirectInput interface instance. Try version 8 first. if(FAILED(hr = CoCreateInstance(CLSID_DirectInput8, NULL, CLSCTX_INPROC_SERVER, IID_IDirectInput8, (LPVOID*)&dInput)) || FAILED(hr = dInput->Initialize(app.hInstance, DIRECTINPUT_VERSION))) { LOGDEV_INPUT_ERROR("DirectInput 8 init failed (0x%x)") << hr; // Try the older version 3 interface instead. // I'm not sure if this works correctly. if(FAILED(hr = CoCreateInstance(CLSID_DirectInput, NULL, CLSCTX_INPROC_SERVER, IID_IDirectInput2W, (LPVOID*)&dInput3)) || FAILED(hr = dInput3->Initialize(app.hInstance, 0x0300))) { LOGDEV_INPUT_ERROR("Failed to create DirectInput 3 object (0x%x)") << hr; return false; } LOG_INPUT_NOTE("Using DirectInput 3 as fallback"); } if(!dInput && !dInput3) { LOG_INPUT_ERROR("DirectInput init failed"); return false; } return true; } void DirectInput_Shutdown(void) { if(dInput) { IDirectInput_Release(dInput); dInput = 0; } if(dInput3) { IDirectInput_Release(dInput3); dInput3 = 0; } } LPDIRECTINPUT8 DirectInput_IVersion8() { return dInput; } LPDIRECTINPUT DirectInput_IVersion3() { return dInput3; } void DirectInput_KillDevice(LPDIRECTINPUTDEVICE8* dev) { if(*dev) (*dev)->Unacquire(); I_SAFE_RELEASE(*dev); } #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/src/windows/mouse_win32.cpp0000664000175000017500000001400112350542240023132 0ustar jaakkojaakko/** @file mouse_win32.cpp * * Mouse driver that gets mouse input from DirectInput on Windows. * @ingroup input * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "directinput.h" #include "ui/sys_input.h" #include "ui/clientwindow.h" #include "sys_system.h" #include "con_main.h" #include static LPDIRECTINPUTDEVICE8 didMouse; static dd_bool mouseTrapped; static DIMOUSESTATE2 mstate; ///< Polled state. static int Mouse_Win32_Init() { if(CommandLine_Check("-nomouse") || novideo) return false; // We'll need a window handle for this. HWND hWnd = (HWND) ClientWindow::main().nativeHandle(); HRESULT hr = -1; // Prefer the newer version 8 interface if available. if(LPDIRECTINPUT8 dInput = DirectInput_IVersion8()) { hr = dInput->CreateDevice(GUID_SysMouse, &didMouse, 0); } else if(LPDIRECTINPUT dInput = DirectInput_IVersion3()) { hr = dInput->CreateDevice(GUID_SysMouse, (LPDIRECTINPUTDEVICE*) &didMouse, 0); } if(FAILED(hr)) { LOGDEV_INPUT_ERROR("Failed to create device (0x%x: %s)") << hr << DirectInput_ErrorMsg(hr); return false; } // Set data format. hr = didMouse->SetDataFormat(&c_dfDIMouse2); if(FAILED(hr)) { LOGDEV_INPUT_ERROR("Failed to set data format (0x%x: %s)") << hr << DirectInput_ErrorMsg(hr); goto kill_mouse; } // Set behavior. hr = didMouse->SetCooperativeLevel(hWnd, DISCL_EXCLUSIVE | DISCL_FOREGROUND); if(FAILED(hr)) { LOGDEV_INPUT_ERROR("Failed to set co-op level (0x%x: %s)") << hr << DirectInput_ErrorMsg(hr); goto kill_mouse; } // Acquire the device. //didMouse->Acquire(); //mouseTrapped = true; // We will be told when to trap the mouse. mouseTrapped = false; // Init was successful. return true; kill_mouse: I_SAFE_RELEASE(didMouse); return false; } static void Mouse_Win32_Shutdown(void) { DirectInput_KillDevice(&didMouse); } static void Mouse_Win32_Poll(void) { if(!mouseTrapped) { // We are not supposed to be reading the mouse right now. return; } // Try to get the mouse state. int tries = 1; BOOL acquired = false; while(!acquired && tries > 0) { HRESULT hr = didMouse->GetDeviceState(sizeof(mstate), &mstate); if(SUCCEEDED(hr)) { acquired = true; } else if(tries > 0) { // Try to reacquire. didMouse->Acquire(); tries--; } } if(!acquired) { // The operation is a failure. memset(&mstate, 0, sizeof(mstate)); } } static void Mouse_Win32_GetState(mousestate_t* state) { /** * We need to map the mouse buttons as follows: * DX : Deng * (left) 0 > 0 * (right) 1 > 2 * (center) 2 > 1 * (b4) 3 > 5 * (b5) 4 > 6 * (b6) 5 > 7 * (b7) 6 > 8 * (b8) 7 > 9 */ static const int buttonMap[] = { 0, 2, 1, 5, 6, 7, 8, 9 }; static BOOL oldButtons[8]; static int oldZ; memset(state, 0, sizeof(*state)); if(!mouseTrapped) { // We are not supposed to be reading the mouse right now. return; } // Fill in the state structure. state->axis[IMA_POINTER].x = (int) mstate.lX; state->axis[IMA_POINTER].y = (int) mstate.lY; // If this is called again before re-polling, we don't want to return // these deltas again. mstate.lX = 0; mstate.lY = 0; for(DWORD i = 0; i < 8; ++i) { BOOL isDown = (mstate.rgbButtons[i] & 0x80? TRUE : FALSE); int id; id = buttonMap[i]; state->buttonDowns[id] = state->buttonUps[id] = 0; if(isDown && !oldButtons[i]) state->buttonDowns[id] = 1; else if(!isDown && oldButtons[i]) state->buttonUps[id] = 1; oldButtons[i] = isDown; } // Handle mouse wheel (convert to buttons). if(mstate.lZ == 0) { state->buttonDowns[3] = state->buttonDowns[4] = 0; if(oldZ > 0) state->buttonUps[3] = 1; else if(oldZ < 0) state->buttonUps[4] = 1; } else { if(mstate.lZ > 0 && !(oldZ > 0)) { state->buttonDowns[3] = 1; if(state->buttonDowns[4]) state->buttonUps[3] = 1; } else if(mstate.lZ < 0 && !(oldZ < 0)) { state->buttonDowns[4] = 1; if(state->buttonDowns[3]) state->buttonUps[4] = 1; } } oldZ = (int) mstate.lZ; } static void Mouse_Win32_Trap(dd_bool enabled) { LOG_AS("Mouse_Win32"); DENG_ASSERT(didMouse); mouseTrapped = (enabled != 0); if(enabled) { LOG_INPUT_VERBOSE("Acquiring the mouse"); didMouse->Acquire(); } else { LOG_INPUT_VERBOSE("Unacquiring the mouse"); didMouse->Unacquire(); } } // The global interface. extern "C" { mouseinterface_t win32Mouse = { Mouse_Win32_Init, Mouse_Win32_Shutdown, Mouse_Win32_Poll, Mouse_Win32_GetState, Mouse_Win32_Trap }; } doomsday-1.14.5/doomsday/client/src/audio/0000775000175000017500000000000012350542237017675 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/audio/s_sfx.cpp0000664000175000017500000010357112350542237021532 0ustar jaakkojaakko/** @file s_sfx.cpp Sound Effects. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_play.h" #include "de_defs.h" #include "de_graphics.h" #include "de_audio.h" #include "de_misc.h" #include "de_render.h" #include "BspLeaf" #include "Sector" #include "SectorCluster" #include "audio/sys_audio.h" #include "api_fontrender.h" #include "audio/s_sfx.h" #ifdef __CLIENT__ # include "ui/ui_main.h" #endif #include #define SFX_MAX_CHANNELS (256) #define SFX_LOWEST_PRIORITY (-1000) void Sfx_3DMode(dd_bool activate); void Sfx_SampleFormat(int newBits, int newRate); dd_bool sfxAvail = false; int sfxMaxChannels = 16; int sfxDedicated2D = 4; float sfxReverbStrength = .5f; // Console variables: int sfx3D; int sfx16Bit; int sfxSampleRate = 11025; static int numChannels; static sfxchannel_t *channels; static mobj_t *listener; static SectorCluster *listenerCluster; static thread_t refreshHandle; static volatile dd_bool allowRefresh, refreshing; static byte refMonitor; void Sfx_UpdateReverb() { listenerCluster = 0; } #ifdef __CLIENT__ /** * This is a high-priority thread that periodically checks if the channels * need to be updated with more data. The thread terminates when it notices * that the channels have been destroyed. The Sfx audioDriver maintains a 250ms * buffer for each channel, which means the refresh must be done often * enough to keep them filled. * * @todo Use a real mutex, will you? */ int C_DECL Sfx_ChannelRefreshThread(void *parm) { DENG_UNUSED(parm); // We'll continue looping until the Sfx module is shut down. while(sfxAvail && channels) { // The bit is swapped on each refresh (debug info). refMonitor ^= 1; if(allowRefresh) { // Do the refresh. refreshing = true; sfxchannel_t *ch = channels; for(int i = 0; i < numChannels; ++i, ch++) { if(!ch->buffer || !(ch->buffer->flags & SFXBF_PLAYING)) continue; AudioDriver_SFX()->Refresh(ch->buffer); } refreshing = false; // Let's take a nap. Sys_Sleep(200); } else { // Refreshing is not allowed, so take a shorter nap while // waiting for allowRefresh. Sys_Sleep(150); } } // Time to end this thread. return 0; } #endif // __CLIENT__ void Sfx_AllowRefresh(dd_bool allow) { if(!sfxAvail) return; if(allowRefresh == allow) return; // No change. allowRefresh = allow; // If we're denying refresh, let's make sure that if it's currently // running, we don't continue until it has stopped. if(!allow) { while(refreshing) { Sys_Sleep(0); } } // Sys_SuspendThread(refreshHandle, !allow); } void Sfx_StopSoundGroup(int group, mobj_t *emitter) { if(!sfxAvail) return; sfxchannel_t *ch = channels; for(int i = 0; i < numChannels; ++i, ch++) { if(!ch->buffer || !(ch->buffer->flags & SFXBF_PLAYING)) continue; if(ch->buffer->sample->group != group || (emitter && ch->emitter != emitter)) continue; // This channel must stop. AudioDriver_SFX()->Stop(ch->buffer); } } int Sfx_StopSound(int id, mobj_t *emitter) { return Sfx_StopSoundWithLowerPriority(id, emitter, -1); } int Sfx_StopSoundWithLowerPriority(int id, mobj_t *emitter, int defPriority) { if(!sfxAvail) return false; int stopCount = 0; sfxchannel_t *ch = channels; for(int i = 0; i < numChannels; ++i, ch++) { if(!ch->buffer || !(ch->buffer->flags & SFXBF_PLAYING)) continue; if((id && ch->buffer->sample->id != id) || (emitter && ch->emitter != emitter)) continue; // Can it be stopped? if(ch->buffer->flags & SFXBF_DONT_STOP) { // The emitter might get destroyed... ch->emitter = NULL; ch->flags |= SFXCF_NO_UPDATE | SFXCF_NO_ORIGIN; continue; } // Check the priority. if(defPriority >= 0) { int oldPrio = defs.sounds[ch->buffer->sample->id].priority; if(oldPrio < defPriority) // Old is more important. return -1; } // This channel must be stopped! AudioDriver_SFX()->Stop(ch->buffer); ++stopCount; } return stopCount; } #if 0 // Currently unused. int Sfx_IsPlaying(int id, mobj_t* emitter) { int i; sfxchannel_t* ch; if(!sfxAvail) return false; for(i = 0, ch = channels; i < numChannels; ++i, ch++) { if(!ch->buffer || !(ch->buffer->flags & SFXBF_PLAYING) || ch->emitter != emitter || id && ch->buffer->sample->id != id) continue; // Once playing, repeating sounds don't stop. if(ch->buffer->flags & SFXBF_REPEAT) return true; // Check time. The flag is updated after a slight delay // (only at refresh). if(Sys_GetTime() - ch->starttime < ch->buffer->sample->numsamples / (float) ch->buffer->freq * TICSPERSEC) return true; } return false; } #endif void Sfx_UnloadSoundID(int id) { if(!sfxAvail) return; BEGIN_COP; sfxchannel_t *ch = channels; for(int i = 0; i < numChannels; ++i, ch++) { if(!ch->buffer || !ch->buffer->sample || ch->buffer->sample->id != id) continue; // Stop and unload. AudioDriver_SFX()->Reset(ch->buffer); } END_COP; } int Sfx_CountPlaying(int id) { if(!sfxAvail) return 0; int count = 0; sfxchannel_t *ch = channels; for(int i = 0; i < numChannels; i++, ch++) { if(!ch->buffer || !ch->buffer->sample) continue; if(ch->buffer->sample->id != id || !(ch->buffer->flags & SFXBF_PLAYING)) continue; count++; } return count; } /** * The priority of a sound is affected by distance, volume and age. */ float Sfx_Priority(mobj_t *emitter, coord_t *point, float volume, int startTic) { // In five seconds all priority of a sound is gone. float timeoff = 1000 * (Timer_Ticks() - startTic) / (5.0f * TICSPERSEC); coord_t *origin; if(!listener || (!emitter && !point)) { // The sound does not have an origin. return 1000 * volume - timeoff; } // The sound has an origin, base the points on distance. if(emitter) { origin = emitter->origin; } else { // No emitter mobj, use the fixed source position. origin = point; } return 1000 * volume - Mobj_ApproxPointDistance(listener, origin) / 2 - timeoff; } /** * Calculate priority points for a sound playing on a channel. * They are used to determine which sounds can be cancelled by new sounds. * Zero is the lowest priority. */ float Sfx_ChannelPriority(sfxchannel_t* ch) { if(!ch->buffer || !(ch->buffer->flags & SFXBF_PLAYING)) return SFX_LOWEST_PRIORITY; if(ch->flags & SFXCF_NO_ORIGIN) return Sfx_Priority(0, 0, ch->volume, ch->startTime); // ch->pos is set to emitter->xyz during updates. return Sfx_Priority(0, ch->origin, ch->volume, ch->startTime); } /** * @return The actual 3D coordinates of the listener. */ void Sfx_GetListenerXYZ(float* origin) { if(!listener) return; /// @todo Make it exactly eye-level! (viewheight). origin[VX] = listener->origin[VX]; origin[VY] = listener->origin[VY]; origin[VZ] = listener->origin[VZ] + listener->height - 5; } /** * Updates the channel buffer's properties based on 2D/3D position * calculations. Listener might be NULL. Sounds emitted from the listener * object are considered to be inside the listener's head. */ void Sfx_ChannelUpdate(sfxchannel_t* ch) { sfxbuffer_t* buf = ch->buffer; float normdist, dist, pan, angle, vec[3]; if(!buf || (ch->flags & SFXCF_NO_UPDATE)) return; // Copy the emitter's position (if any), to the pos coord array. if(ch->emitter) { ch->origin[VX] = ch->emitter->origin[VX]; ch->origin[VY] = ch->emitter->origin[VY]; ch->origin[VZ] = ch->emitter->origin[VZ]; // If this is a mobj, center the Z pos. if(Thinker_IsMobjFunc(ch->emitter->thinker.function)) { // Sounds originate from the center. ch->origin[VZ] += ch->emitter->height / 2; } } // Frequency is common to both 2D and 3D sounds. AudioDriver_SFX()->Set(buf, SFXBP_FREQUENCY, ch->frequency); if(buf->flags & SFXBF_3D) { // Volume is affected only by maxvol. AudioDriver_SFX()->Set(buf, SFXBP_VOLUME, ch->volume * sfxVolume / 255.0f); if(ch->emitter && ch->emitter == listener) { // Emitted by the listener object. Go to relative position mode // and set the position to (0,0,0). vec[VX] = vec[VY] = vec[VZ] = 0; AudioDriver_SFX()->Set(buf, SFXBP_RELATIVE_MODE, true); AudioDriver_SFX()->Setv(buf, SFXBP_POSITION, vec); } else { // Use the channel's map space origin. float origin[3]; V3f_Copyd(origin, ch->origin); AudioDriver_SFX()->Set(buf, SFXBP_RELATIVE_MODE, false); AudioDriver_SFX()->Setv(buf, SFXBP_POSITION, origin); } // If the sound is emitted by the listener, speed is zero. if(ch->emitter && ch->emitter != listener && Thinker_IsMobjFunc(ch->emitter->thinker.function)) { vec[VX] = ch->emitter->mom[MX] * TICSPERSEC; vec[VY] = ch->emitter->mom[MY] * TICSPERSEC; vec[VZ] = ch->emitter->mom[MZ] * TICSPERSEC; AudioDriver_SFX()->Setv(buf, SFXBP_VELOCITY, vec); } else { // Not moving. vec[VX] = vec[VY] = vec[VZ] = 0; AudioDriver_SFX()->Setv(buf, SFXBP_VELOCITY, vec); } } else { // This is a 2D buffer. if((ch->flags & SFXCF_NO_ORIGIN) || (ch->emitter && ch->emitter == listener)) { dist = 1; pan = 0; } else { // Calculate roll-off attenuation. [.125/(.125+x), x=0..1] dist = Mobj_ApproxPointDistance(listener, ch->origin); if(dist < soundMinDist || (ch->flags & SFXCF_NO_ATTENUATION)) { // No distance attenuation. dist = 1; } else if(dist > soundMaxDist) { // Can't be heard. dist = 0; } else { normdist = (dist - soundMinDist) / (soundMaxDist - soundMinDist); // Apply the linear factor so that at max distance there // really is silence. dist = .125f / (.125f + normdist) * (1 - normdist); } // And pan, too. Calculate angle from listener to emitter. if(listener) { angle = (M_PointToAngle2(listener->origin, ch->origin) - listener->angle) / (float) ANGLE_MAX *360; // We want a signed angle. if(angle > 180) angle -= 360; // Front half. if(angle <= 90 && angle >= -90) { pan = -angle / 90; } else { // Back half. pan = (angle + (angle > 0 ? -180 : 180)) / 90; // Dampen sounds coming from behind. dist *= (1 + (pan > 0 ? pan : -pan)) / 2; } } else { // No listener mobj? Can't pan, then. pan = 0; } } AudioDriver_SFX()->Set(buf, SFXBP_VOLUME, ch->volume * dist * sfxVolume / 255.0f); AudioDriver_SFX()->Set(buf, SFXBP_PAN, pan); } } void Sfx_SetListener(mobj_t *mobj) { listener = mobj; } void Sfx_ListenerUpdate() { // No volume means no sound. if(!sfxAvail || !sfx3D || !sfxVolume) return; // Update the listener mobj. Sfx_SetListener(S_GetListenerMobj()); if(listener) { // Position. At eye-level. float vec[4]; Sfx_GetListenerXYZ(vec); AudioDriver_SFX()->Listenerv(SFXLP_POSITION, vec); // Orientation. (0,0) will produce front=(1,0,0) and up=(0,0,1). vec[VX] = listener->angle / (float) ANGLE_MAX *360; vec[VY] = (listener->dPlayer? LOOKDIR2DEG(listener->dPlayer->lookDir) : 0); AudioDriver_SFX()->Listenerv(SFXLP_ORIENTATION, vec); // Velocity. The unit is world distance units per second. vec[VX] = listener->mom[MX] * TICSPERSEC; vec[VY] = listener->mom[MY] * TICSPERSEC; vec[VZ] = listener->mom[MZ] * TICSPERSEC; AudioDriver_SFX()->Listenerv(SFXLP_VELOCITY, vec); // Reverb effects. Has the current sector cluster changed? if(listenerCluster != &Mobj_Cluster(*listener)) { listenerCluster = &Mobj_Cluster(*listener); // It may be necessary to recalculate the reverb properties... AudioEnvironmentFactors const &envFactors = listenerCluster->reverb(); for(int i = 0; i < NUM_REVERB_DATA; ++i) { vec[i] = envFactors[i]; if(i == SRD_VOLUME) { vec[i] *= sfxReverbStrength; } } AudioDriver_SFX()->Listenerv(SFXLP_REVERB, vec); } } // Update all listener properties. AudioDriver_SFX()->Listener(SFXLP_UPDATE, 0); } void Sfx_ListenerNoReverb(void) { float rev[4] = { 0, 0, 0, 0 }; if(!sfxAvail) return; listenerCluster = NULL; AudioDriver_SFX()->Listenerv(SFXLP_REVERB, rev); AudioDriver_SFX()->Listener(SFXLP_UPDATE, 0); } /** * Stops the sound playing on the channel. * \note Just stopping a buffer doesn't affect refresh. */ void Sfx_ChannelStop(sfxchannel_t* ch) { if(!ch->buffer) return; AudioDriver_SFX()->Stop(ch->buffer); } void Sfx_GetChannelPriorities(float* prios) { int i; for(i = 0; i < numChannels; ++i) prios[i] = Sfx_ChannelPriority(channels + i); } sfxchannel_t* Sfx_ChannelFindVacant(dd_bool use3D, int bytes, int rate, int sampleID) { int i; sfxchannel_t* ch; for(i = 0, ch = channels; i < numChannels; ++i, ch++) { if(!ch->buffer || (ch->buffer->flags & SFXBF_PLAYING) || use3D != ((ch->buffer->flags & SFXBF_3D) != 0) || ch->buffer->bytes != bytes || ch->buffer->rate != rate) continue; // What about the sample? if(sampleID > 0) { if(!ch->buffer->sample || ch->buffer->sample->id != sampleID) continue; } else if(sampleID == 0) { // We're trying to find a channel with no sample already loaded. if(ch->buffer->sample) continue; } // This is perfect, take this! return ch; } return NULL; } int Sfx_StartSound(sfxsample_t *sample, float volume, float freq, mobj_t *emitter, coord_t *fixedOrigin, int flags) { bool const play3D = sfx3D && (emitter || fixedOrigin); LOG_AS("Sfx_StartSound"); if(!sfxAvail) return false; if(sample->id < 1 || sample->id >= defs.count.sounds.num) return false; if(volume <= 0 || !sample->size) return false; if(emitter && sfxOneSoundPerEmitter) { // Stop any other sounds from the same emitter. if(Sfx_StopSoundWithLowerPriority(0, emitter, defs.sounds[sample->id].priority) < 0) { // Something with a higher priority is playing, can't start now. LOG_AUDIO_MSG("Cannot start ID %i (prio%i), overridden (emitter %i)") << sample->id << defs.sounds[sample->id].priority << emitter->thinker.id; return false; } } // Calculate the new sound's priority. int const nowTime = Timer_Ticks(); float const myPrio = Sfx_Priority(emitter, fixedOrigin, volume, nowTime); bool haveChannelPrios = false; float channelPrios[SFX_MAX_CHANNELS]; float lowPrio = 0; // Ensure there aren't already too many channels playing this sample. sfxinfo_t *info = sounds + sample->id; if(info->channels > 0) { // The decision to stop channels is based on priorities. Sfx_GetChannelPriorities(channelPrios); haveChannelPrios = true; int count = Sfx_CountPlaying(sample->id); while(count >= info->channels) { // Stop the lowest priority sound of the playing instances, again // noting sounds that are more important than us. sfxchannel_t *ch = channels; sfxchannel_t *selCh = 0; for(int i = 0; i < numChannels; ++i, ch++) { if(!ch->buffer) continue; if(!(ch->buffer->flags & SFXBF_PLAYING)) continue; DENG2_ASSERT(ch->buffer->sample != 0); if(ch->buffer->sample->id != sample->id) continue; if(myPrio >= channelPrios[i] && (!selCh || channelPrios[i] <= lowPrio)) { selCh = ch; lowPrio = channelPrios[i]; } } if(!selCh) { // The new sound can't be played because we were unable to stop // enough channels to accommodate the limitation. LOG_AUDIO_XVERBOSE("Not playing #%i because all channels are busy") << sample->id; return false; } // Stop this one. count--; Sfx_ChannelStop(selCh); } } // Hit count tells how many times the cached sound has been used. Sfx_CacheHit(sample->id); /* * Pick a channel for the sound. We will do our best to play the sound, * cancelling existing ones if need be. The ideal choice is a free channel * that is already loaded with the sample, in the correct format and mode. */ sfxchannel_t *selCh = 0; BEGIN_COP; // First look through the stopped channels. At this stage we're very picky: // only the perfect choice will be good enough. selCh = Sfx_ChannelFindVacant(play3D, sample->bytesPer, sample->rate, sample->id); if(!selCh) { // Perhaps there is a vacant channel (with any sample, but preferably one // with no sample already loaded). selCh = Sfx_ChannelFindVacant(play3D, sample->bytesPer, sample->rate, 0); } if(!selCh) { // Try any non-playing channel in the correct format. selCh = Sfx_ChannelFindVacant(play3D, sample->bytesPer, sample->rate, -1); } if(!selCh) { // A perfect channel could not be found. // We must use a channel with the wrong format or decide which one of the // playing ones gets stopped. if(!haveChannelPrios) { Sfx_GetChannelPriorities(channelPrios); } // All channels with a priority less than or equal to ours can be stopped. sfxchannel_t *ch = channels; sfxchannel_t *prioCh = 0; for(int i = 0; i < numChannels; ++i, ch++) { // No buffer? if(!ch->buffer) continue; // Wrong mode? if(play3D != ((ch->buffer->flags & SFXBF_3D) != 0)) continue; if(!(ch->buffer->flags & SFXBF_PLAYING)) { // This channel is not playing, just take it! selCh = ch; break; } // Are we more important than this sound? // We want to choose the lowest priority sound. if(myPrio >= channelPrios[i] && (!prioCh || channelPrios[i] <= lowPrio)) { prioCh = ch; lowPrio = channelPrios[i]; } } // If a good low-priority channel was found, use it. if(prioCh) { selCh = prioCh; Sfx_ChannelStop(selCh); } } if(!selCh) { // A suitable channel was not found. END_COP; LOG_AUDIO_XVERBOSE("Failed to find suitable channel for sample %i") << sample->id; return false; } // Does our channel need to be reformatted? if(selCh->buffer->rate != sample->rate || selCh->buffer->bytes != sample->bytesPer) { AudioDriver_SFX()->Destroy(selCh->buffer); // Create a new buffer with the correct format. selCh->buffer = AudioDriver_SFX()->Create(play3D ? SFXBF_3D : 0, sample->bytesPer * 8, sample->rate); } // Clear flags. selCh->buffer->flags &= ~(SFXBF_REPEAT | SFXBF_DONT_STOP); // Set buffer flags. if(flags & SF_REPEAT) selCh->buffer->flags |= SFXBF_REPEAT; if(flags & SF_DONT_STOP) selCh->buffer->flags |= SFXBF_DONT_STOP; // Init the channel information. selCh->flags &= ~(SFXCF_NO_ORIGIN | SFXCF_NO_ATTENUATION | SFXCF_NO_UPDATE); selCh->volume = volume; selCh->frequency = freq; if(!emitter && !fixedOrigin) { selCh->flags |= SFXCF_NO_ORIGIN; selCh->emitter = NULL; } else { selCh->emitter = emitter; if(fixedOrigin) memcpy(selCh->origin, fixedOrigin, sizeof(selCh->origin)); } if(flags & SF_NO_ATTENUATION) { // The sound can be heard from any distance. selCh->flags |= SFXCF_NO_ATTENUATION; } /** * Load in the sample. Must load prior to setting properties, because * the audioDriver might actually create the real buffer only upon loading. * * @note The sample is not reloaded if a sample with the same ID is already * loaded on the channel. */ if(!selCh->buffer->sample || selCh->buffer->sample->id != sample->id) { AudioDriver_SFX()->Load(selCh->buffer, sample); } // Update channel properties. Sfx_ChannelUpdate(selCh); // 3D sounds need a few extra properties set up. if(play3D) { // Init the buffer's min/max distances. // This is only done once, when the sound is started (i.e., here). AudioDriver_SFX()->Set(selCh->buffer, SFXBP_MIN_DISTANCE, (selCh->flags & SFXCF_NO_ATTENUATION)? 10000 : soundMinDist); AudioDriver_SFX()->Set(selCh->buffer, SFXBP_MAX_DISTANCE, (selCh->flags & SFXCF_NO_ATTENUATION)? 20000 : soundMaxDist); } // This'll commit all the deferred properties. AudioDriver_SFX()->Listener(SFXLP_UPDATE, 0); // Start playing. AudioDriver_SFX()->Play(selCh->buffer); END_COP; // Take note of the start time. selCh->startTime = nowTime; // Sound successfully started. return true; } /** * Update channel and listener properties. */ void Sfx_Update(void) { int i; sfxchannel_t* ch; // If the display player doesn't have a mobj, no positioning is done. listener = S_GetListenerMobj(); // Update channels. for(i = 0, ch = channels; i < numChannels; ++i, ch++) { if(!ch->buffer || !(ch->buffer->flags & SFXBF_PLAYING)) continue; // Not playing sounds on this... Sfx_ChannelUpdate(ch); } // Update listener. Sfx_ListenerUpdate(); } void Sfx_StartFrame() { LOG_AS("Sfx_StartFrame"); static int old16Bit = false; static int oldRate = 11025; if(!sfxAvail) return; // Tell the audioDriver that the sound frame begins. AudioDriver_Interface(AudioDriver_SFX())->Event(SFXEV_BEGIN); // Have there been changes to the cvar settings? Sfx_3DMode(sfx3D); // Check that the rate is valid. if(sfxSampleRate != 11025 && sfxSampleRate != 22050 && sfxSampleRate != 44100) { LOG_AUDIO_WARNING("\"sound-rate\" corrected to 11025 from invalid value (%i)") << sfxSampleRate; sfxSampleRate = 11025; } // Do we need to change the sample format? if(old16Bit != sfx16Bit || oldRate != sfxSampleRate) { Sfx_SampleFormat(sfx16Bit ? 16 : 8, sfxSampleRate); old16Bit = sfx16Bit; oldRate = sfxSampleRate; } // Should we purge the cache (to conserve memory)? Sfx_PurgeCache(); } void Sfx_EndFrame(void) { if(!sfxAvail) return; if(!BusyMode_Active()) { Sfx_Update(); } // The sound frame ends. AudioDriver_Interface(AudioDriver_SFX())->Event(SFXEV_END); } /** * Creates the buffers for the channels. * * @param num2D Number of 2D the rest will be 3D. * @param bits Bits per sample. * @param rate Sample rate (Hz). */ static void createChannels(int num2D, int bits, int rate) { LOG_AS("Sfx_CreateChannels"); // Change the primary buffer's format to match the channel format. float parm[2] = { float(bits), float(rate) }; AudioDriver_SFX()->Listenerv(SFXLP_PRIMARY_FORMAT, parm); // Try to create a buffer for each channel. sfxchannel_t *ch = channels; for(int i = 0; i < numChannels; ++i, ch++) { ch->buffer = AudioDriver_SFX()->Create(num2D-- > 0 ? 0 : SFXBF_3D, bits, rate); if(!ch->buffer) { LOG_AUDIO_WARNING("Failed to create buffer for #%i") << i; continue; } } } /** * Stop all channels and destroy their buffers. */ void Sfx_DestroyChannels() { BEGIN_COP; for(int i = 0; i < numChannels; ++i) { Sfx_ChannelStop(channels + i); if(channels[i].buffer) AudioDriver_SFX()->Destroy(channels[i].buffer); channels[i].buffer = 0; } END_COP; } void Sfx_InitChannels() { numChannels = sfxMaxChannels; // The -sfxchan option can be used to change the number of channels. if(CommandLine_CheckWith("-sfxchan", 1)) { numChannels = strtol(CommandLine_Next(), 0, 0); if(numChannels < 1) numChannels = 1; if(numChannels > SFX_MAX_CHANNELS) numChannels = SFX_MAX_CHANNELS; LOG_AUDIO_NOTE("Initialized %i sound effect channels") << numChannels; } // Allocate and init the channels. channels = (sfxchannel_t *) Z_Calloc(sizeof(*channels) * numChannels, PU_APPSTATIC, 0); // Create channels according to the current mode. createChannels(sfx3D? sfxDedicated2D : numChannels, sfxBits, sfxRate); } /** * Frees all memory allocated for the channels. */ void Sfx_ShutdownChannels(void) { Sfx_DestroyChannels(); if(channels) Z_Free(channels); channels = NULL; numChannels = 0; } /** * Start the channel refresh thread. It will stop on its own when it * notices that the rest of the sound system is going down. */ void Sfx_StartRefresh() { LOG_AS("Sfx_StartRefresh"); int disableRefresh = false; refreshing = false; allowRefresh = true; if(!AudioDriver_SFX()) goto noRefresh; // Nothing to refresh. if(AudioDriver_SFX()->Getv) AudioDriver_SFX()->Getv(SFXIP_DISABLE_CHANNEL_REFRESH, &disableRefresh); if(!disableRefresh) { // Start the refresh thread. It will run until the Sfx module is shut down. refreshHandle = Sys_StartThread(Sfx_ChannelRefreshThread, NULL); if(!refreshHandle) { throw de::Error("Sfx_StartRefresh", "Failed to start refresh thread."); } } else { noRefresh: LOGDEV_AUDIO_NOTE("Audio driver does not require a refresh thread"); } } dd_bool Sfx_Init() { // Already initialized? if(sfxAvail) return true; // Check if sound has been disabled with a command line option. if(CommandLine_Exists("-nosfx")) { LOG_AUDIO_NOTE("Sound Effects disabled"); return true; } LOG_AUDIO_VERBOSE("Initializing Sound Effects subsystem..."); // No interface for SFX playback? if(!AudioDriver_SFX()) return false; // This is based on the scientific calculations that if the DOOM marine // is 56 units tall, 60 is about two meters. //// @todo Derive from the viewheight. AudioDriver_SFX()->Listener(SFXLP_UNITS_PER_METER, 30); AudioDriver_SFX()->Listener(SFXLP_DOPPLER, 1.5f); // The audioDriver is working, let's create the channels. Sfx_InitChannels(); // Init the sample cache. Sfx_InitCache(); // The Sfx module is now available. sfxAvail = true; // Initialize reverb effects to off. Sfx_ListenerNoReverb(); // Finally, start the refresh thread. Sfx_StartRefresh(); return true; } void Sfx_Shutdown(void) { if(!sfxAvail) return; // Not initialized. // These will stop further refreshing. sfxAvail = false; allowRefresh = false; if(refreshHandle) { // Wait for the sfx refresh thread to stop. Sys_WaitThread(refreshHandle, 2000, NULL); refreshHandle = 0; } // Destroy the sample cache. Sfx_ShutdownCache(); // Destroy channels. Sfx_ShutdownChannels(); } void Sfx_Reset(void) { if(!sfxAvail) return; listenerCluster = 0; // Stop all channels. for(int i = 0; i < numChannels; ++i) { Sfx_ChannelStop(&channels[i]); } // Free all samples. Sfx_ShutdownCache(); } /** * Destroys all channels and creates them again. */ void Sfx_RecreateChannels(void) { Sfx_DestroyChannels(); createChannels(sfx3D ? sfxDedicated2D : numChannels, sfxBits, sfxRate); } /** * Swaps between 2D and 3D sound modes. Called automatically by * Sfx_StartFrame when cvar changes. */ void Sfx_3DMode(dd_bool activate) { static int old3DMode = false; if(old3DMode == activate) return; // No change; do nothing. sfx3D = old3DMode = activate; // To make the change effective, re-create all channels. Sfx_RecreateChannels(); // If going to 2D, make sure the reverb is off. if(!sfx3D) { Sfx_ListenerNoReverb(); } } /** * Reconfigures the sample bits and rate. Called automatically by * Sfx_StartFrame when changes occur. */ void Sfx_SampleFormat(int newBits, int newRate) { if(sfxBits == newBits && sfxRate == newRate) return; // No change; do nothing. // Set the new buffer format. sfxBits = newBits; sfxRate = newRate; Sfx_RecreateChannels(); // The cache just became useless, clear it. Sfx_ShutdownCache(); } void Sfx_MapChange(void) { sfxchannel_t *ch = channels; for(int i = 0; i < numChannels; ++i, ch++) { if(ch->emitter) { // Mobjs are about to be destroyed. ch->emitter = 0; // Stop all channels with an origin. Sfx_ChannelStop(ch); } } // Sectors, too, for that matter. listenerCluster = 0; } void Sfx_DebugInfo(void) { #ifdef __CLIENT__ int i, lh; sfxchannel_t* ch; char buf[200]; uint cachesize, ccnt; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glEnable(GL_TEXTURE_2D); FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(1, 1, 0, 1); lh = FR_SingleLineHeight("Q"); if(!sfxAvail) { FR_DrawTextXY("Sfx disabled", 0, 0); glDisable(GL_TEXTURE_2D); return; } if(refMonitor) FR_DrawTextXY("!", 0, 0); // Sample cache information. Sfx_GetCacheInfo(&cachesize, &ccnt); sprintf(buf, "Cached:%i (%i)", cachesize, ccnt); FR_SetColor(1, 1, 1); FR_DrawTextXY(buf, 10, 0); // Print a line of info about each channel. for(i = 0, ch = channels; i < numChannels; ++i, ch++) { if(ch->buffer && (ch->buffer->flags & SFXBF_PLAYING)) { FR_SetColor(1, 1, 1); } else { FR_SetColor(1, 1, 0); } sprintf(buf, "%02i: %c%c%c v=%3.1f f=%3.3f st=%i et=%u mobj=%i", i, !(ch->flags & SFXCF_NO_ORIGIN) ? 'O' : '.', !(ch->flags & SFXCF_NO_ATTENUATION) ? 'A' : '.', ch->emitter ? 'E' : '.', ch->volume, ch->frequency, ch->startTime, ch->buffer ? ch->buffer->endTime : 0, ch->emitter? ch->emitter->thinker.id : 0); FR_DrawTextXY(buf, 5, lh * (1 + i * 2)); if(!ch->buffer) continue; sprintf(buf, " %c%c%c%c id=%03i/%-8s ln=%05i b=%i rt=%2i bs=%05i " "(C%05i/W%05i)", (ch->buffer->flags & SFXBF_3D) ? '3' : '.', (ch->buffer->flags & SFXBF_PLAYING) ? 'P' : '.', (ch->buffer->flags & SFXBF_REPEAT) ? 'R' : '.', (ch->buffer->flags & SFXBF_RELOAD) ? 'L' : '.', ch->buffer->sample ? ch->buffer->sample->id : 0, ch->buffer->sample ? defs.sounds[ch->buffer->sample->id]. id : "", ch->buffer->sample ? ch->buffer->sample->size : 0, ch->buffer->bytes, ch->buffer->rate / 1000, ch->buffer->length, ch->buffer->cursor, ch->buffer->written); FR_DrawTextXY(buf, 5, lh * (2 + i * 2)); } glDisable(GL_TEXTURE_2D); #endif } doomsday-1.14.5/doomsday/client/src/audio/s_mus.cpp0000664000175000017500000003276112350542237021540 0ustar jaakkojaakko/** @file s_mus.cpp Music subsystem. * @ingroup audio * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef __SERVER__ # error "audio" is not available in a SERVER build #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_filesys.h" #include "de_audio.h" #include "de_misc.h" #include "audio/sys_audio.h" #include "audio/m_mus2midi.h" using namespace de; D_CMD(PlayMusic); D_CMD(PauseMusic); D_CMD(StopMusic); static void Mus_UpdateSoundFont(void); static int musPreference = MUSP_EXT; static char* soundFontPath = (char*) ""; static dd_bool musAvail = false; static dd_bool musicPaused = false; static int currentSong = -1; static int getInterfaces(audiointerface_music_generic_t** ifs) { return AudioDriver_FindInterfaces(AUDIO_IMUSIC_OR_ICD, (void**) ifs); } void Mus_Register(void) { // Variables: C_VAR_INT ("music-volume", &musVolume, 0, 0, 255); C_VAR_INT ("music-source", &musPreference, 0, 0, 2); C_VAR_CHARPTR2("music-soundfont", &soundFontPath, 0, 0, 0, Mus_UpdateSoundFont); // Commands: C_CMD_FLAGS ("playmusic", NULL, PlayMusic, CMDF_NO_DEDICATED); C_CMD_FLAGS ("pausemusic", NULL, PauseMusic, CMDF_NO_DEDICATED); C_CMD_FLAGS ("stopmusic", "", StopMusic, CMDF_NO_DEDICATED); } /** * Initialize the Mus module. * * @return @c true, if no errors occur. */ dd_bool Mus_Init(void) { audiointerface_music_generic_t* iMusic[MAX_AUDIO_INTERFACES]; int i, count; if(musAvail) return true; // Already initialized. if(isDedicated || CommandLine_Exists("-nomusic")) { LOG_AUDIO_NOTE("Music disabled"); return true; } LOG_AUDIO_VERBOSE("Initializing Music subsystem..."); // Let's see which interfaces are available for music playback. count = getInterfaces(iMusic); currentSong = -1; if(!count) { // No interfaces for Music playback. return false; } // Initialize each interface. for(i = 0; i < count; ++i) { if(!iMusic[i]->Init()) { LOG_AUDIO_WARNING("Failed to initialize %s for music playback") << Str_Text(AudioDriver_InterfaceName(iMusic[i])); } } // Tell the audio driver about our soundfont config. Mus_UpdateSoundFont(); musAvail = true; return true; } void Mus_Shutdown(void) { audiointerface_music_generic_t* iMusic[MAX_AUDIO_INTERFACES]; int i, count; if(!musAvail) return; musAvail = false; // Shutdown interfaces. count = getInterfaces(iMusic); for(i = 0; i < count; ++i) { if(iMusic[i]->Shutdown) iMusic[i]->Shutdown(); } } /** * Called on each frame by S_StartFrame. */ void Mus_StartFrame(void) { audiointerface_music_generic_t* iMusic[MAX_AUDIO_INTERFACES]; int i, count; if(!musAvail) return; // Update all interfaces. count = getInterfaces(iMusic); for(i = 0; i < count; ++i) { iMusic[i]->Update(); } } /** * Set the general music volume. Affects all music played by all interfaces. */ void Mus_SetVolume(float vol) { audiointerface_music_generic_t* iMusic[MAX_AUDIO_INTERFACES]; int i, count; if(!musAvail) return; // Set volume of all available interfaces. count = getInterfaces(iMusic); for(i = 0; i < count; ++i) { iMusic[i]->Set(MUSIP_VOLUME, vol); } } /** * Pauses or resumes the music. */ void Mus_Pause(dd_bool doPause) { audiointerface_music_generic_t* iMusic[MAX_AUDIO_INTERFACES]; int i, count; if(!musAvail) return; // Pause all interfaces. count = getInterfaces(iMusic); for(i = 0; i < count; ++i) { iMusic[i]->Pause(doPause); } } void Mus_Stop(void) { audiointerface_music_generic_t* iMusic[MAX_AUDIO_INTERFACES]; int i, count; if(!musAvail) return; currentSong = -1; // Stop all interfaces. count = getInterfaces(iMusic); for(i = 0; i < count; ++i) { iMusic[i]->Stop(); } } /** * @return: @c true, if the specified lump contains a MUS song. */ dd_bool Mus_IsMUSLump(lumpnum_t lumpNum) { char buf[4]; int lumpIdx; struct file1_s* file = F_FindFileForLumpNum2(lumpNum, &lumpIdx); if(!file) return false; F_ReadLumpSection(file, lumpIdx, (uint8_t*)buf, 0, 4); // ASCII "MUS" and CTRL-Z (hex 4d 55 53 1a) return !strncmp(buf, "MUS\x01a", 4); } /** * Check for the existence of an "external" music file. * Songs can be either in external files or non-MUS lumps. * * @return Non-zero if an external file of that name exists. */ int Mus_GetExt(ded_music_t *def, ddstring_t *retPath) { LOG_AS("Mus_GetExt"); if(!musAvail || !AudioDriver_Music_Available()) return false; if(def->path && !Str_IsEmpty(Uri_Path(def->path))) { // All external music files are specified relative to the base path. AutoStr *fullPath = AutoStr_NewStd(); F_PrependBasePath(fullPath, Uri_Path(def->path)); F_FixSlashes(fullPath, fullPath); if(F_Access(Str_Text(fullPath))) { if(retPath) Str_Set(retPath, Str_Text(fullPath)); return true; } LOG_AUDIO_WARNING("Music file \"%s\" not found (id '%s')") << *reinterpret_cast(def->path) << def->id; } // Try the resource locator? if(def->lumpName[0]) { try { String foundPath = App_FileSystem().findPath(de::Uri(def->lumpName, RC_MUSIC), RLF_DEFAULT, App_ResourceClass(RC_MUSIC)); foundPath = App_BasePath() / foundPath; // Ensure the path is absolute. // Does the caller want to know the matched path? if(retPath) { Str_Set(retPath, foundPath.toUtf8().constData()); } return true; } catch(FS1::NotFoundError const&) {} // Ignore this error. } return false; } /** * @return The track number if successful else zero. */ int Mus_GetCD(ded_music_t *def) { if(!musAvail || !AudioDriver_CD() || !def) return 0; if(def->cdTrack) return def->cdTrack; if(def->path && !stricmp(Str_Text(Uri_Scheme(def->path)), "cd")) return atoi(Str_Text(Uri_Path(def->path))); return 0; } /// @return Composed music file name. /** * @return 1, if music was started. 0, if attempted to start but failed. * -1, if it was MUS data and @a canPlayMUS says we can't play it. */ int Mus_StartLump(lumpnum_t lump, dd_bool looped, dd_bool canPlayMUS) { if(!AudioDriver_Music_Available() || lump < 0) return 0; if(Mus_IsMUSLump(lump)) { // Lump is in DOOM's MUS format. We must first convert it to MIDI. AutoStr* srcFile = 0; struct file1_s* file; size_t lumpLength; int lumpIdx; uint8_t* buf; if(!canPlayMUS) return -1; srcFile = AudioDriver_Music_ComposeTempBufferFilename(".mid"); // Read the lump, convert to MIDI and output to a temp file in the // working directory. Use a filename with the .mid extension so that // any player which relies on the it for format recognition works as // expected. lumpLength = F_LumpLength(lump); buf = (uint8_t*) M_Malloc(lumpLength); file = F_FindFileForLumpNum2(lump, &lumpIdx); F_ReadLumpSection(file, lumpIdx, buf, 0, lumpLength); M_Mus2Midi((void*)buf, lumpLength, Str_Text(srcFile)); M_Free(buf); return AudioDriver_Music_PlayNativeFile(Str_Text(srcFile), looped); } else { return AudioDriver_Music_PlayLump(lump, looped); } } /** * Start playing a song. The chosen interface depends on what's available * and what kind of resources have been associated with the song. * Any previously playing song is stopped. * * @return Non-zero if the song is successfully played. */ int Mus_Start(ded_music_t* def, dd_bool looped) { int i, order[3], songID; ddstring_t path; if(!musAvail) return false; songID = def - defs.music; LOG_AS("Mus_Start"); LOG_AUDIO_VERBOSE("Starting ID:%i looped:%i, currentSong ID:%i") << songID << looped << currentSong; if(songID == currentSong && AudioDriver_Music_IsPlaying()) { // We will not restart the currently playing song. return false; } // Stop the currently playing song. Mus_Stop(); AudioDriver_Music_SwitchBufferFilenames(); // This is the song we're playing now. currentSong = songID; // Choose the order in which to try to start the song. order[0] = musPreference; switch(musPreference) { case MUSP_CD: order[1] = MUSP_EXT; order[2] = MUSP_MUS; break; case MUSP_EXT: order[1] = MUSP_MUS; order[2] = MUSP_CD; break; default: // MUSP_MUS order[1] = MUSP_EXT; order[2] = MUSP_CD; break; } // Try to start the song. for(i = 0; i < 3; ++i) { dd_bool canPlayMUS = true; switch(order[i]) { case MUSP_CD: if(Mus_GetCD(def)) { return AudioDriver_Music_PlayCDTrack(Mus_GetCD(def), looped); } break; case MUSP_EXT: Str_Init(&path); if(Mus_GetExt(def, &path)) { LOG_AUDIO_VERBOSE("Attempting to play song '%s' (file \"%s\")") << def->id << F_PrettyPath(Str_Text(&path)); // Its an external file. return AudioDriver_Music_PlayFile(Str_Text(&path), looped); } // Next, try non-MUS lumps. canPlayMUS = false; // Note: Intentionally falls through to MUSP_MUS. case MUSP_MUS: if(AudioDriver_Music_Available()) { lumpnum_t lump; if(def->lumpName && (lump = F_LumpNumForName(def->lumpName)) >= 0) { int result = Mus_StartLump(lump, looped, canPlayMUS); if(result < 0) break; return result; } } break; default: DENG_ASSERT(!"Mus_Start: Invalid value for order[i]"); break; } } // No song was started. return false; } static void Mus_UpdateSoundFont(void) { de::NativePath path(soundFontPath); #ifdef MACOSX // On OS X we can try to use the basic DLS soundfont that's part of CoreAudio. if(path.isEmpty()) { path = "/System/Library/Components/CoreAudio.component/Contents/Resources/gs_instruments.dls"; } #endif AudioDriver_Music_Set(AUDIOP_SOUNDFONT_FILENAME, path.expand().toString().toLatin1().constData()); } /** * CCmd: Play a music track. */ D_CMD(PlayMusic) { DENG2_UNUSED(src); LOG_AS("playmusic (Cmd)"); if(!musAvail) { LOGDEV_SCR_ERROR("Music subsystem is not available"); return false; } switch(argc) { default: LOG_SCR_NOTE("Usage:\n %s (music-def)") << argv[0]; LOG_SCR_MSG(" %s lump (lumpname)") << argv[0]; LOG_SCR_MSG(" %s file (filename)") << argv[0]; LOG_SCR_MSG(" %s cd (track)") << argv[0]; break; case 2: { int musIdx = Def_GetMusicNum(argv[1]); if(musIdx < 0) { LOG_RES_WARNING("Music '%s' not defined") << argv[1]; return false; } Mus_Start(&defs.music[musIdx], true); break; } case 3: if(!stricmp(argv[1], "lump")) { lumpnum_t lump = F_LumpNumForName(argv[2]); if(lump < 0) return false; // No such lump. Mus_Stop(); return AudioDriver_Music_PlayLump(lump, true); } else if(!stricmp(argv[1], "file")) { Mus_Stop(); return AudioDriver_Music_PlayFile(argv[2], true); } else { // Perhaps a CD track? if(!stricmp(argv[1], "cd")) { if(!AudioDriver_CD()) { LOG_AUDIO_WARNING("No CD audio interface available"); return false; } Mus_Stop(); return AudioDriver_Music_PlayCDTrack(atoi(argv[2]), true); } } break; } return true; } D_CMD(StopMusic) { DENG2_UNUSED3(src, argc, argv); Mus_Stop(); return true; } D_CMD(PauseMusic) { DENG2_UNUSED3(src, argc, argv); musicPaused = !musicPaused; Mus_Pause(musicPaused); return true; } doomsday-1.14.5/doomsday/client/src/audio/s_cache.cpp0000664000175000017500000004573712350542237022006 0ustar jaakkojaakko/** @file s_cache.cpp Sound Sample Cache * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_filesys.h" #include "de_audio.h" #include "de_misc.h" using namespace de; #ifdef __SERVER__ # define BEGIN_COP # define END_COP #endif // The cached samples are stored in a hash. When a sample is purged, its // data will stay in the hash (sample lengths needed by the Logical Sound // Manager). #define CACHE_HASH_SIZE (64) #define PURGE_TIME (10 * TICSPERSEC) // Convert an unsigned byte to signed short (for resampling). #define U8_S16(b) (((byte)(b) - 0x80) << 8) struct SfxCache { SfxCache *next, *prev; int hits; int lastUsed; // Tic the sample was last hit. sfxsample_t sample; }; struct CacheHash { SfxCache *first, *last; }; // 1 Mb = about 12 sec of 44KHz 16bit sound in the cache. int sfxMaxCacheKB = 4096; // Even one minute of silence is quite a long time during gameplay. int sfxMaxCacheTics = TICSPERSEC * 60 * 4; // 4 minutes. static CacheHash scHash[CACHE_HASH_SIZE]; static void Sfx_Uncache(SfxCache *node); void Sfx_InitCache() { // The cache is empty in the beginning. std::memset(scHash, 0, sizeof(scHash)); } void Sfx_ShutdownCache() { // Uncache all the samples in the cache. for(int i = 0; i < CACHE_HASH_SIZE; ++i) { while(scHash[i].first) { Sfx_Uncache(scHash[i].first); } } } static CacheHash *Sfx_CacheHash(int id) { return &scHash[uint(id) % CACHE_HASH_SIZE]; } /** * If the sound is cached, return a pointer to it. */ static SfxCache *Sfx_GetCached(int id) { for(SfxCache *it = Sfx_CacheHash(id)->first; it; it = it->next) { if(it->sample.id == id) return it; } return 0; } /** * Simple linear resampling with possible conversion to 16 bits. * The destination sample must be initialized and it must have a large * enough buffer. We won't reduce rate or bits here. * * @note This is not a clean way to resample a sound. If you read about * DSP a bit, you'll find out that interpolation adds a lot of extra * frequencies in the sample. It should be low-pass filtered after the * interpolation. */ static void resample(void *dst, int dstBytesPer, int dstRate, void const *src, int srcBytesPer, int srcRate, int srcNumSamples, uint srcSize) { DENG_ASSERT(src); DENG_ASSERT(dst); // Let's first check for the easy cases. if(dstRate == srcRate) { if(srcBytesPer == dstBytesPer) { // A simple copy will suffice. std::memcpy(dst, src, srcSize); } else if(srcBytesPer == 1 && dstBytesPer == 2) { // Just changing the bytes won't do much good... unsigned char const *sp = (unsigned char const *) src; short *dp = (short *) dst; for(int i = 0; i < srcNumSamples; ++i) { *dp++ = (*sp++ - 0x80) << 8; } } return; } // 2x resampling. if(dstRate == 2 * srcRate) { if(dstBytesPer == 1) { // The source has a byte per sample as well. unsigned char const *sp = (unsigned char const *) src; unsigned char *dp = (unsigned char *) dst; for(int i = 0; i < srcNumSamples - 1; ++i, sp++) { *dp++ = *sp; *dp++ = (*sp + sp[1]) >> 1; } // Fill in the last two as well. dp[0] = dp[1] = *sp; } else if(srcBytesPer == 1) { // Destination is signed 16bit. Source is 8bit. unsigned char const *sp = (unsigned char const *) src; short *dp = (short *) dst; short first; for(int i = 0; i < srcNumSamples - 1; ++i, sp++) { *dp++ = first = U8_S16(*sp); *dp++ = (first + U8_S16(sp[1])) >> 1; } // Fill in the last two as well. dp[0] = dp[1] = U8_S16(*sp); } else if(srcBytesPer == 2) { // Destination is signed 16bit. Source is 16bit. short const *sp = (short const *) src; short *dp = (short *) dst; for(int i = 0; i < srcNumSamples - 1; ++i, sp++) { *dp++ = *sp; *dp++ = (*sp + sp[1]) >> 1; } dp[0] = dp[1] = *sp; } return; } // 4x resampling (11Khz => 44KHz only). if(dstRate == 4 * srcRate) { if(dstBytesPer == 1) { // The source has a byte per sample as well. unsigned char const *sp = (unsigned char const *) src; unsigned char *dp = (unsigned char *) dst; unsigned char mid; for(int i = 0; i < srcNumSamples - 1; ++i, sp++) { mid = (*sp + sp[1]) >> 1; *dp++ = *sp; *dp++ = (*sp + mid) >> 1; *dp++ = mid; *dp++ = (mid + sp[1]) >> 1; } // Fill in the last four as well. dp[0] = dp[1] = dp[2] = dp[3] = *sp; } else if(srcBytesPer == 1) { // Destination is signed 16bit. Source is 8bit. unsigned char const *sp = (unsigned char const *) src; short *dp = (short *) dst; short first, mid, last; for(int i = 0; i < srcNumSamples - 1; ++i, sp++) { first = U8_S16(*sp); last = U8_S16(sp[1]); mid = (first + last) >> 1; *dp++ = first; *dp++ = (first + mid) >> 1; *dp++ = mid; *dp++ = (mid + last) >> 1; } // Fill in the last four as well. dp[0] = dp[1] = dp[2] = dp[3] = U8_S16(*sp); } else if(srcBytesPer == 2) { // Destination is signed 16bit. Source is 16bit. short const *sp = (short const *) src; short *dp = (short *) dst; short mid; for(int i = 0; i < srcNumSamples - 1; ++i, sp++) { mid = (*sp + sp[1]) >> 1; *dp++ = *sp; *dp++ = (*sp + mid) >> 1; *dp++ = mid; *dp++ = (mid + sp[1]) >> 1; } // Fill in the last four as well. dp[0] = dp[1] = dp[2] = dp[3] = *sp; } } } #ifdef __CLIENT__ /** * Determines whether the audio SFX driver wants all samples to use the same * sampler rate. * * @return @c true, if resampling is required; otherwise @c false. */ static bool sfxMustUpsampleToSfxRate() { int anySampleRateAccepted = 0; if(AudioDriver_SFX()->Getv) { AudioDriver_SFX()->Getv(SFXIP_ANY_SAMPLE_RATE_ACCEPTED, &anySampleRateAccepted); } return (anySampleRateAccepted? false : true); } #endif /** * Caches a copy of the given sample. If it's already in the cache and has * the same format, nothing is done. * * @param id Id number of the sound sample. * @param data Actual sample data. * @param size Size in bytes. * @param numSamples Number of samples. * @param bytesPer Bytes per sample (1 or 2). * @param rate Samples per second. * @param group Exclusion group (0, if none). * * @returns Ptr to the cached sample. Always valid. */ static SfxCache *Sfx_CacheInsert(int id, void const *data, uint size, int numSamples, int bytesPer, int rate, int group) { int rsfactor = 1; /** * First convert the sample to the minimum resolution and bits, set * by sfxRate and sfxBits. */ #ifdef __CLIENT__ // The (up)resampling factor. if(sfxMustUpsampleToSfxRate()) { rsfactor = de::max(1, sfxRate / rate); } #endif /** * If the sample is already in the right format, just make a copy of it. * If necessary, resample the sound upwards, but not downwards. * (You can play higher resolution sounds than the current setting, but * not lower resolution ones.) */ sfxsample_t cached; cached.size = numSamples * bytesPer * rsfactor; if(sfxBits == 16 && bytesPer == 1) { cached.bytesPer = 2; cached.size *= 2; // Will be resampled to 16bit. } else { cached.bytesPer = bytesPer; } cached.rate = rsfactor * rate; cached.numSamples = numSamples * rsfactor; cached.id = id; cached.group = group; // Check if this kind of a sample already exists. SfxCache *node = Sfx_GetCached(id); if(node) { // The sound is already in the cache. Is it in the right format? if(cached.bytesPer * 8 == sfxBits && cached.rate == sfxRate) return node; // This will do. #ifdef __CLIENT__ // Stop all sounds using this sample (we are going to destroy the // existing sample data). Sfx_UnloadSoundID(node->sample.id); #endif // It's in the wrong format! We'll reuse this node. M_Free(node->sample.data); } else { // Get a new node and link it in. node = reinterpret_cast(M_Calloc(sizeof(SfxCache))); CacheHash *hash = Sfx_CacheHash(id); if(hash->last) { hash->last->next = node; node->prev = hash->last; } hash->last = node; if(!hash->first) hash->first = node; } void *buf = M_Malloc(cached.size); // Do the resampling, if necessary. resample(buf, cached.bytesPer, cached.rate, data, bytesPer, rate, numSamples, size); cached.data = buf; // Hits keep count of how many times the cached sound has been played. // The purger will remove samples with the lowest hitcount first. node->hits = 0; std::memcpy(&node->sample, &cached, sizeof(cached)); return node; } static void Sfx_Uncache(SfxCache *node) { DENG2_ASSERT(node); BEGIN_COP; #ifdef __CLIENT__ // Reset all channels loaded with this sample. Sfx_UnloadSoundID(node->sample.id); #endif CacheHash *hash = Sfx_CacheHash(node->sample.id); // Unlink the node. if(hash->last == node) hash->last = node->prev; if(hash->first == node) hash->first = node->next; if(node->next) node->next->prev = node->prev; if(node->prev) node->prev->next = node->next; END_COP; // Free all memory allocated for the node. M_Free(node->sample.data); M_Free(node); } void Sfx_PurgeCache() { static int lastPurge = 0; #ifdef __CLIENT__ if(!sfxAvail) return; #endif // Is it time for a purge? int nowTime = Timer_Ticks(); if(nowTime - lastPurge < PURGE_TIME) return; // No. lastPurge = nowTime; // Count the total size of the cache. // Also get rid of all sounds that have timed out. int totalSize = 0; SfxCache *next = 0; for(int i = 0; i < CACHE_HASH_SIZE; i++) { for(SfxCache *it = scHash[i].first; it; it = next) { next = it->next; if(nowTime - it->lastUsed > sfxMaxCacheTics) { // This sound hasn't been used in a looong time. Sfx_Uncache(it); continue; } totalSize += it->sample.size + sizeof(*it); } } int const maxSize = sfxMaxCacheKB * 1024; int lowHits = 0; SfxCache *lowest; while(totalSize > maxSize) { /** * The cache is too large! Find the stopped sample with the lowest * hitcount and get rid of it. Repeat until cache size is within * limits or there are no more stopped sounds. */ lowest = 0; for(int i = 0; i < CACHE_HASH_SIZE; i++) { for(SfxCache *it = scHash[i].first; it; it = it->next) { #ifdef __CLIENT__ // If the sample is playing we won't remove it now. if(Sfx_CountPlaying(it->sample.id)) continue; #endif // This sample could be removed, let's check the hits. if(!lowest || it->hits < lowHits) { lowest = it; lowHits = it->hits; } } } // No more samples to remove? if(!lowest) break; // Stop and uncache this cached sample. totalSize -= lowest->sample.size + sizeof(*lowest); Sfx_Uncache(lowest); } } void Sfx_GetCacheInfo(uint *cacheBytes, uint *sampleCount) { uint size = 0, count = 0; for(int i = 0; i < CACHE_HASH_SIZE; ++i) { for(SfxCache *it = scHash[i].first; it; it = it->next, count++) { size += it->sample.size; } } if(cacheBytes) *cacheBytes = size; if(sampleCount) *sampleCount = count; } void Sfx_CacheHit(int id) { SfxCache *node = Sfx_GetCached(id); if(node) { node->hits++; node->lastUsed = Timer_Ticks(); } } static sfxsample_t *cacheSample(int id, sfxinfo_t const *info) { LOG_AS("Sfx_Cache"); LOG_AUDIO_VERBOSE("Caching sample '%s' (#%i)...") << info->id << id; int bytesPer = 0, rate = 0, numSamples = 0; /** * Figure out where to get the sample data for this sound. It might be * from a data file such as a WAD or external sound resources. * The definition and the configuration settings will help us in making * the decision. */ void *data = 0; /// Has an external sound file been defined? /// @note Path is relative to the base path. if(!Str_IsEmpty(&info->external)) { AutoStr *searchPath = AutoStr_NewStd(); F_PrependBasePath(searchPath, &info->external); // Try loading. data = WAV_Load(Str_Text(searchPath), &bytesPer, &rate, &numSamples); if(data) { bytesPer /= 8; // Was returned as bits. } } // If external didn't succeed, let's try the default resource dir. if(!data) { /** * If the sound has an invalid lumpname, search external anyway. * If the original sound is from a PWAD, we won't look for an * external resource (probably a custom sound). * @todo should be a cvar. */ if(info->lumpNum < 0 || !F_LumpIsCustom(info->lumpNum)) { try { String foundPath = App_FileSystem().findPath(de::Uri(info->lumpName, RC_SOUND), RLF_DEFAULT, App_ResourceClass(RC_SOUND)); foundPath = App_BasePath() / foundPath; // Ensure the path is absolute. data = WAV_Load(foundPath.toUtf8().constData(), &bytesPer, &rate, &numSamples); if(data) { // Loading was successful. bytesPer /= 8; // Was returned as bits. } } catch(FS1::NotFoundError const&) {} // Ignore this error. } } // No sample loaded yet? if(!data) { // Try loading from the lump. if(info->lumpNum < 0) { LOG_AUDIO_WARNING("Failed to locate lump resource '%s' for sound '%s'") << info->lumpName << info->id; return 0; } size_t lumpLength = F_LumpLength(info->lumpNum); if(lumpLength <= 8) return 0; int lumpIdx; struct file1_s *file = F_FindFileForLumpNum2(info->lumpNum, &lumpIdx); char hdr[12]; F_ReadLumpSection(file, lumpIdx, (uint8_t *)hdr, 0, 12); // Is this perhaps a WAV sound? if(WAV_CheckFormat(hdr)) { // Load as WAV, then. uint8_t const *sp = F_CacheLump(file, lumpIdx); data = WAV_MemoryLoad((byte const *) sp, lumpLength, &bytesPer, &rate, &numSamples); F_UnlockLump(file, lumpIdx); if(!data) { // Abort... LOG_AUDIO_WARNING("Unknown WAV format in lump '%s'") << info->lumpName; return 0; } bytesPer /= 8; } } if(data) // Loaded! { // Insert a copy of this into the cache. SfxCache *node = Sfx_CacheInsert(id, data, bytesPer * numSamples, numSamples, bytesPer, rate, info->group); Z_Free(data); return &node->sample; } // Probably an old-fashioned DOOM sample. size_t lumpLength = F_LumpLength(info->lumpNum); if(lumpLength > 8) { int lumpIdx; struct file1_s *file = F_FindFileForLumpNum2(info->lumpNum, &lumpIdx); uint8_t hdr[8]; F_ReadLumpSection(file, lumpIdx, hdr, 0, 8); int head = SHORT(*(short const *) (hdr)); rate = SHORT(*(short const *) (hdr + 2)); numSamples = de::max(0, LONG(*(int const *) (hdr + 4))); bytesPer = 1; // 8-bit. if(head == 3 && numSamples > 0 && (unsigned) numSamples <= lumpLength - 8) { // The sample data can be used as-is - load directly from the lump cache. uint8_t const *data = F_CacheLump(file, lumpIdx) + 8; // Skip the header. // Insert a copy of this into the cache. SfxCache *node = Sfx_CacheInsert(id, data, bytesPer * numSamples, numSamples, bytesPer, rate, info->group); F_UnlockLump(file, lumpIdx); return &node->sample; } } LOG_AUDIO_WARNING("Unknown lump '%s' sound format") << info->lumpName; return 0; } sfxsample_t *Sfx_Cache(int id) { LOG_AS("Sfx_Cache"); #ifdef __CLIENT__ if(!sfxAvail || !id) return 0; #endif // Are we so lucky that the sound is already cached? if(SfxCache *node = Sfx_GetCached(id)) { return &node->sample; } // Get the sound decription. if(sfxinfo_t *info = S_GetSoundInfo(id, 0, 0)) { return cacheSample(id, info); } LOG_AUDIO_WARNING("Ignoring id:%i (missing sfxinfo_t)") << id; return 0; } uint Sfx_GetSoundLength(int id) { sfxsample_t *sample = Sfx_Cache(id & ~DDSF_FLAG_MASK); if(sample) { return (1000 * sample->numSamples) / sample->rate; } return 0; } doomsday-1.14.5/doomsday/client/src/audio/audiodriver.cpp0000664000175000017500000004445712350542237022734 0ustar jaakkojaakko/** @file audiodriver.cpp Audio driver loading and interface management. * @ingroup audio * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_console.h" #include "de_misc.h" #include "de_audio.h" #include "audio/sys_audio.h" #include #include typedef struct driver_s { Library* library; audiodriver_t interface; audiointerface_sfx_t sfx; audiointerface_music_t music; audiointerface_cd_t cd; } driver_t; static driver_t drivers[AUDIODRIVER_COUNT]; static const char* driverIdentifier[AUDIODRIVER_COUNT] = { "dummy", "sdlmixer", "openal", "fmod", "fluidsynth", "dsound", "winmm" }; // The active/loaded interfaces. typedef struct audiointerface_s { audiointerfacetype_t type; union { void* any; audiointerface_sfx_t* sfx; audiointerface_music_t* music; audiointerface_cd_t* cd; } i; /** * @todo The audio interface could also declare which audio formats it is * capable of playing (e.g., MIDI only, CD tracks only). */ } audiointerface_t; static audiointerface_t activeInterfaces[MAX_AUDIO_INTERFACES]; #ifdef MACOSX /// Built-in QuickTime audio interface implemented by MusicPlayer.m DENG_EXTERN_C audiointerface_music_t audiodQuickTimeMusic; #endif static void importInterfaces(driver_t* d) { de::Library& lib = Library_File(d->library).library(); lib.setSymbolPtr( d->interface.Init, "DS_Init"); lib.setSymbolPtr( d->interface.Shutdown, "DS_Shutdown"); lib.setSymbolPtr( d->interface.Event, "DS_Event"); lib.setSymbolPtr( d->interface.Set, "DS_Set", de::Library::OptionalSymbol); if(lib.hasSymbol("DS_SFX_Init")) { lib.setSymbolPtr( d->sfx.gen.Init, "DS_SFX_Init"); lib.setSymbolPtr( d->sfx.gen.Create, "DS_SFX_CreateBuffer"); lib.setSymbolPtr( d->sfx.gen.Destroy, "DS_SFX_DestroyBuffer"); lib.setSymbolPtr( d->sfx.gen.Load, "DS_SFX_Load"); lib.setSymbolPtr( d->sfx.gen.Reset, "DS_SFX_Reset"); lib.setSymbolPtr( d->sfx.gen.Play, "DS_SFX_Play"); lib.setSymbolPtr( d->sfx.gen.Stop, "DS_SFX_Stop"); lib.setSymbolPtr( d->sfx.gen.Refresh, "DS_SFX_Refresh"); lib.setSymbolPtr( d->sfx.gen.Set, "DS_SFX_Set"); lib.setSymbolPtr( d->sfx.gen.Setv, "DS_SFX_Setv"); lib.setSymbolPtr( d->sfx.gen.Listener, "DS_SFX_Listener"); lib.setSymbolPtr( d->sfx.gen.Listenerv, "DS_SFX_Listenerv"); lib.setSymbolPtr( d->sfx.gen.Getv, "DS_SFX_Getv", de::Library::OptionalSymbol); } if(lib.hasSymbol("DM_Music_Init")) { lib.setSymbolPtr( d->music.gen.Init, "DM_Music_Init"); lib.setSymbolPtr( d->music.gen.Update, "DM_Music_Update"); lib.setSymbolPtr( d->music.gen.Get, "DM_Music_Get"); lib.setSymbolPtr( d->music.gen.Set, "DM_Music_Set"); lib.setSymbolPtr( d->music.gen.Pause, "DM_Music_Pause"); lib.setSymbolPtr( d->music.gen.Stop, "DM_Music_Stop"); lib.setSymbolPtr( d->music.SongBuffer, "DM_Music_SongBuffer", de::Library::OptionalSymbol); lib.setSymbolPtr( d->music.Play, "DM_Music_Play", de::Library::OptionalSymbol); lib.setSymbolPtr( d->music.PlayFile, "DM_Music_PlayFile", de::Library::OptionalSymbol); } if(lib.hasSymbol("DM_CDAudio_Init")) { lib.setSymbolPtr( d->cd.gen.Init, "DM_CDAudio_Init"); lib.setSymbolPtr( d->cd.gen.Update, "DM_CDAudio_Update"); lib.setSymbolPtr( d->cd.gen.Set, "DM_CDAudio_Set"); lib.setSymbolPtr( d->cd.gen.Get, "DM_CDAudio_Get"); lib.setSymbolPtr( d->cd.gen.Pause, "DM_CDAudio_Pause"); lib.setSymbolPtr( d->cd.gen.Stop, "DM_CDAudio_Stop"); lib.setSymbolPtr( d->cd.Play, "DM_CDAudio_Play"); } } static int audioPluginFinder(void* libFile, const char* fileName, const char* absPath, void* ptr) { de::LibraryFile* lib = reinterpret_cast(libFile); Str* path = (Str*) ptr; DENG2_UNUSED(fileName); if(lib->hasUnderscoreName(Str_Text(path))) { Str_Set(path, absPath); return true; } return false; // Keep looking... } static AutoStr* findAudioPluginPath(const char* name) { AutoStr* path = AutoStr_FromText(name); if(Library_IterateAvailableLibraries(audioPluginFinder, path)) { // The full path of the library was returned in @a path. return path; } return 0; } static dd_bool loadAudioDriver(driver_t* driver, const char* name) { LOG_AS("loadAudioDriver"); dd_bool ok = false; if(name && name[0]) { AutoStr* libPath = findAudioPluginPath(name); // Load the audio driver library and import symbols. if(libPath && (driver->library = Library_New(Str_Text(libPath))) != 0) { importInterfaces(driver); ok = true; } else { LOG_AUDIO_WARNING("Loading of \"%s\" failed") << name; } } return ok; } static const char* getDriverName(audiodriverid_t id) { static const char* audioDriverNames[AUDIODRIVER_COUNT] = { /* AUDIOD_DUMMY */ "Dummy", /* AUDIOD_SDL_MIXER */ "SDLMixer", /* AUDIOD_OPENAL */ "OpenAL", /* AUDIOD_FMOD */ "FMOD", /* AUDIOD_FLUIDSYNTH */ "FluidSynth", /* AUDIOD_DSOUND */ "DirectSound", // Win32 only /* AUDIOD_WINMM */ "Windows Multimedia" // Win32 only }; if(VALID_AUDIODRIVER_IDENTIFIER(id)) return audioDriverNames[id]; DENG2_ASSERT(!"S_GetDriverName: Unknown driver id"); return ""; // Unreachable. } static audiodriverid_t identifierToDriverId(const char* name) { for(int i = 0; i < AUDIODRIVER_COUNT; ++i) { if(!stricmp(name, driverIdentifier[i])) return (audiodriverid_t) i; } LOG_AUDIO_ERROR("'%s' is not a valid audio driver name") << name; return AUDIOD_INVALID; } static dd_bool isDriverInited(audiodriverid_t id) { if(!VALID_AUDIODRIVER_IDENTIFIER(id)) return false; return drivers[id].interface.Init != 0; } /** * Initializes the audio driver interfaces. * * @return @c true iff successful. */ static dd_bool initDriver(audiodriverid_t id) { driver_t* d = &drivers[id]; DENG2_ASSERT(VALID_AUDIODRIVER_IDENTIFIER(id)); assert(!isDriverInited(id)); memset(d, 0, sizeof(*d)); switch(id) { case AUDIOD_DUMMY: // built-in memcpy(&d->interface, &audiod_dummy, sizeof(d->interface)); memcpy(&d->sfx, &audiod_dummy_sfx, sizeof(d->sfx)); break; #ifndef DENG_DISABLE_SDLMIXER case AUDIOD_SDL_MIXER: // built-in memcpy(&d->interface, &audiod_sdlmixer, sizeof(d->interface)); memcpy(&d->sfx, &audiod_sdlmixer_sfx, sizeof(d->sfx)); memcpy(&d->music, &audiod_sdlmixer_music, sizeof(d->music)); break; #endif case AUDIOD_OPENAL: if(!loadAudioDriver(d, "openal")) return false; break; case AUDIOD_FMOD: if(!loadAudioDriver(d, "fmod")) return false; break; case AUDIOD_FLUIDSYNTH: if(!loadAudioDriver(d, "fluidsynth")) return false; break; #ifdef WIN32 case AUDIOD_DSOUND: if(!loadAudioDriver(d, "directsound")) return false; break; case AUDIOD_WINMM: if(!loadAudioDriver(d, "winmm")) return false; break; #endif default: DENG2_ASSERT(!"initDriver: Unknown audio driver id"); return false; } // All loaded drivers are automatically initialized so they are ready for use. assert(d->interface.Init != 0); return d->interface.Init(); } /** * Chooses the default audio driver based on configuration options. */ static audiodriverid_t chooseAudioDriver(void) { // No audio output? if(isDedicated || CommandLine_Exists("-dummy")) return AUDIOD_DUMMY; if(CommandLine_Exists("-fmod")) return AUDIOD_FMOD; if(CommandLine_Exists("-oal") || CommandLine_Exists("-openal")) return AUDIOD_OPENAL; #ifdef WIN32 // DirectSound with 3D sound support, EAX effects? if(CommandLine_Exists("-dsound")) return AUDIOD_DSOUND; // Windows Multimedia? if(CommandLine_Exists("-winmm")) return AUDIOD_WINMM; #endif #ifndef DENG_DISABLE_SDLMIXER if(CommandLine_Exists("-sdlmixer")) return AUDIOD_SDL_MIXER; #endif // The default audio driver. return AUDIOD_FMOD; } static audiodriverid_t initDriverIfNeeded(const char* identifier) { audiodriverid_t drvId = identifierToDriverId(identifier); if(!isDriverInited(drvId)) { initDriver(drvId); } DENG2_ASSERT(VALID_AUDIODRIVER_IDENTIFIER(drvId)); return drvId; } static void appendInterface(audiointerface_t** pos, audiointerfacetype_t type, void* ptr) { (*pos)->type = type; (*pos)->i.any = ptr; (*pos)++; } /** * Choose the SFX, Music, and CD audio interfaces to use. * * @param defaultDriverId Default audio driver to use unless overridden. */ static void selectInterfaces(audiodriverid_t defaultDriverId) { driver_t* defaultDriver = &drivers[defaultDriverId]; audiodriverid_t drvId; audiointerface_t* pos = activeInterfaces; int p; // The default driver goes on the bottom of the stack. if(defaultDriver->sfx.gen.Init) appendInterface(&pos, AUDIO_ISFX, &defaultDriver->sfx); if(defaultDriver->music.gen.Init) { appendInterface(&pos, AUDIO_IMUSIC, &defaultDriver->music); } #ifdef MACOSX else if(defaultDriverId != AUDIOD_DUMMY) { // On the Mac, use the built-in QuickTime interface as the fallback for music. appendInterface(&pos, AUDIO_IMUSIC, &audiodQuickTimeMusic); } #endif #ifndef WIN32 // At the moment, dsFMOD supports streaming samples so we can // automatically load dsFluidSynth for MIDI music. if(defaultDriverId == AUDIOD_FMOD) { initDriverIfNeeded("fluidsynth"); if(isDriverInited(AUDIOD_FLUIDSYNTH)) { appendInterface(&pos, AUDIO_IMUSIC, &drivers[AUDIOD_FLUIDSYNTH].music); } } #endif if(defaultDriver->cd.gen.Init) appendInterface(&pos, AUDIO_ICD, &defaultDriver->cd); for(p = 1; p < CommandLine_Count() - 1 && pos < activeInterfaces + MAX_AUDIO_INTERFACES; p++) { if(!CommandLine_IsOption(p)) continue; // Check for SFX override. if(CommandLine_IsMatchingAlias("-isfx", CommandLine_At(p))) { drvId = initDriverIfNeeded(CommandLine_At(++p)); if(!drivers[drvId].sfx.gen.Init) { throw de::Error("selectInterfaces", QString("Audio driver '%1' does not provide an SFX interface") .arg(getDriverName(drvId))); } appendInterface(&pos, AUDIO_ISFX, &drivers[drvId].sfx); continue; } // Check for Music override. if(CommandLine_IsMatchingAlias("-imusic", CommandLine_At(p))) { drvId = initDriverIfNeeded(CommandLine_At(++p)); if(!drivers[drvId].music.gen.Init) { throw de::Error("selectInterfaces", QString("Audio driver '%1' does not provide a Music interface") .arg(getDriverName(drvId))); } appendInterface(&pos, AUDIO_IMUSIC, &drivers[drvId].music); continue; } // Check for CD override. if(CommandLine_IsMatchingAlias("-icd", CommandLine_At(p))) { drvId = initDriverIfNeeded(CommandLine_At(++p)); if(!drivers[drvId].cd.gen.Init) { throw de::Error("selectInterfaces", QString("Audio driver '%1' does not provide a CD interface") .arg(getDriverName(drvId))); } appendInterface(&pos, AUDIO_ICD, &drivers[drvId].cd); continue; } } AudioDriver_PrintInterfaces(); // Let the music driver(s) know of the primary sfx interface, in case they // want to play audio through it. AudioDriver_Music_Set(AUDIOP_SFX_INTERFACE, AudioDriver_SFX()); } de::String AudioDriver_InterfaceDescription() { de::String str; QTextStream os(&str); os << _E(b) "Audio configuration:\n" _E(.); for(int i = MAX_AUDIO_INTERFACES - 1; i >= 0; --i) { audiointerface_t* a = &activeInterfaces[i]; if(a->type == AUDIO_IMUSIC || a->type == AUDIO_ICD) { os << _E(Ta) _E(l) " " << (a->type == AUDIO_IMUSIC? "Music" : "CD") << ": " << _E(.) _E(Tb) << Str_Text(AudioDriver_InterfaceName(a->i.any)) << "\n"; } else if(a->type == AUDIO_ISFX) { os << _E(Ta) _E(l) << " SFX: " << _E(.) _E(Tb) << Str_Text(AudioDriver_InterfaceName(a->i.sfx)) << "\n"; } } return str.rightStrip(); } void AudioDriver_PrintInterfaces(void) { LOG_AUDIO_MSG("%s") << AudioDriver_InterfaceDescription(); } /* static dd_bool initInterface(audiointerface_base_t* interface) { if(!interface) return true; if(interface->Init) { return interface->Init(); } return false; } */ dd_bool AudioDriver_Init(void) { audiodriverid_t defaultDriverId; dd_bool ok = false; memset(activeInterfaces, 0, sizeof(activeInterfaces)); if(CommandLine_Exists("-nosound")) return false; defaultDriverId = chooseAudioDriver(); ok = initDriver(defaultDriverId); if(!ok) { LOG_AUDIO_WARNING("Failed initializing audio driver \"%s\"") << getDriverName(defaultDriverId); } // Fallback option for the default driver. #ifndef DENG_DISABLE_SDLMIXER if(!ok) { defaultDriverId = AUDIOD_SDL_MIXER; ok = initDriver(defaultDriverId); } #endif if(ok) { // Choose the interfaces to use. selectInterfaces(defaultDriverId); } return ok; } void AudioDriver_Shutdown(void) { int i; // Shut down all the loaded drivers. (Note: reverse order) for(i = AUDIODRIVER_COUNT - 1; i >= 0; --i) { driver_t* d = &drivers[i]; if(d->interface.Shutdown) d->interface.Shutdown(); } // Unload the plugins after everything has been shut down. for(i = 0; i < AUDIODRIVER_COUNT; ++i) { driver_t* d = &drivers[i]; if(d->library) { Library_Delete(d->library); } memset(d, 0, sizeof(*d)); } // No more interfaces available. memset(activeInterfaces, 0, sizeof(activeInterfaces)); } audiodriver_t* AudioDriver_Interface(void* anyAudioInterface) { int i; for(i = 0; i < AUDIODRIVER_COUNT; ++i) { driver_t* d = &drivers[i]; if((void*)&d->sfx == anyAudioInterface || (void*)&d->music == anyAudioInterface || (void*)&d->cd == anyAudioInterface) { return &d->interface; } } return 0; } int AudioDriver_FindInterfaces(audiointerfacetype_t type, void** listOfInterfaces) { int i, count = 0; // Least important interfaces are listed first in the stack. for(i = MAX_AUDIO_INTERFACES - 1; i >= 0; --i) { if(activeInterfaces[i].type == type || (type == AUDIO_IMUSIC_OR_ICD && (activeInterfaces[i].type == AUDIO_IMUSIC || activeInterfaces[i].type == AUDIO_ICD))) { if(listOfInterfaces) { *listOfInterfaces++ = activeInterfaces[i].i.any; } ++count; } } return count; } audiointerface_sfx_generic_t* AudioDriver_SFX(void) { void* ifs[MAX_AUDIO_INTERFACES]; if(!AudioDriver_FindInterfaces(AUDIO_ISFX, ifs)) return 0; // No such interface loaded. // The primary interface is the first one returned. return (audiointerface_sfx_generic_t*) ifs[0]; } dd_bool AudioDriver_Music_Available(void) { return AudioDriver_FindInterfaces(AUDIO_IMUSIC, NULL) > 0; } audiointerface_cd_t* AudioDriver_CD(void) { void* ifs[MAX_AUDIO_INTERFACES]; if(!AudioDriver_FindInterfaces(AUDIO_ICD, ifs)) return 0; // No such interface loaded. // The primary interface is the first one returned. return (audiointerface_cd_t*) ifs[0]; } audiointerfacetype_t AudioDriver_InterfaceType(void* anyAudioInterface) { int i; for(i = 0; i < AUDIODRIVER_COUNT; ++i) { driver_t* d = &drivers[i]; if((void*)&d->sfx == anyAudioInterface) return AUDIO_ISFX; if((void*)&d->music == anyAudioInterface) return AUDIO_IMUSIC; if((void*)&d->cd == anyAudioInterface) return AUDIO_ICD; } return AUDIO_INONE; } AutoStr* AudioDriver_InterfaceName(void* anyAudioInterface) { int i; for(i = 0; i < AUDIODRIVER_COUNT; ++i) { driver_t* d = &drivers[i]; if((void*)&d->sfx == anyAudioInterface) { /// @todo SFX interfaces can't be named yet. return AutoStr_FromText(getDriverName(audiodriverid_t(i))); } if((void*)&d->music == anyAudioInterface || (void*)&d->cd == anyAudioInterface) { char buf[256]; /// @todo This could easily overflow... audiointerface_music_generic_t* gen = (audiointerface_music_generic_t*) anyAudioInterface; if(gen->Get(MUSIP_ID, buf)) { return AutoStr_FromTextStd(buf); } else { return AutoStr_FromText("[MUSIP_ID not defined]"); } } } return AutoStr_FromText("[invalid audio interface]"); } doomsday-1.14.5/doomsday/client/src/audio/s_wav.cpp0000664000175000017500000001656312350542237021533 0ustar jaakkojaakko/** @file s_wav.cpp WAV loader. * @ingroup audio * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "de_console.h" #include "de_system.h" #include "de_filesys.h" #include "audio/s_wav.h" #include "dd_main.h" #include "m_misc.h" #include #ifdef __GNUC__ /* * Something in here is confusing GCC: when compiled with -O2, WAV_MemoryLoad() * reads corrupt data. It is likely that the optimizer gets the manipulation of * the 'data' pointer wrong. */ # if GCC_VERSION >= 40400 void* WAV_MemoryLoad(const byte* data, size_t datalength, int* bits, int* rate, int* samples) __attribute__(( optimize(0) )); # endif #endif #define WAVE_FORMAT_PCM 1 #pragma pack(1) typedef struct riff_hdr_s { char id[4]; ///< Identifier string = "RIFF" uint32_t len; ///< Remaining length after this header } riff_hdr_t; typedef struct chunk_hdr_s { ///< CHUNK 8-byte header char id[4]; ///< Identifier, e.g. "fmt " or "data" uint32_t len; ///< Remaining chunk length after header } chunk_hdr_t; ///< data bytes follow chunk header typedef struct wav_format_s { uint16_t wFormatTag; ///< Format category uint16_t wChannels; ///< Number of channels uint32_t dwSamplesPerSec; ///< Sampling rate uint32_t dwAvgBytesPerSec; ///< For buffer estimation uint16_t wBlockAlign; ///< Data block size uint16_t wBitsPerSample; ///< Sample size } wav_format_t; #pragma pack() #define WReadAndAdvance(pByte, pDest, length) \ { memcpy(pDest, pByte, length); pByte += length; } int WAV_CheckFormat(const char* data) { return !strncmp(data, "RIFF", 4) && !strncmp(data + 8, "WAVE", 4); } void* WAV_MemoryLoad(const byte* data, size_t datalength, int* bits, int* rate, int* samples) { const byte* end = data + datalength; byte* sampledata = NULL; chunk_hdr_t riff_chunk; wav_format_t wave_format; LOG_AS("WAV_MemoryLoad"); if(!WAV_CheckFormat((const char*)data)) { LOG_RES_WARNING("Not WAV format data"); return NULL; } // Read the RIFF header. data += sizeof(riff_hdr_t); data += 4; // "WAVE" already verified above #ifdef _DEBUG assert(sizeof(wave_format) == 16); assert(sizeof(riff_chunk) == 8); #endif // Start readin' the chunks, baby! while(data < end) { // Read next chunk header. WReadAndAdvance(data, &riff_chunk, sizeof(riff_chunk)); // Correct endianness. riff_chunk.len = ULONG(riff_chunk.len); // What have we got here? if(!strncmp(riff_chunk.id, "fmt ", 4)) { // Read format chunk. WReadAndAdvance(data, &wave_format, sizeof(wave_format)); // Correct endianness. wave_format.wFormatTag = USHORT(wave_format.wFormatTag ); wave_format.wChannels = USHORT(wave_format.wChannels ); wave_format.dwSamplesPerSec = ULONG (wave_format.dwSamplesPerSec ); wave_format.dwAvgBytesPerSec = ULONG (wave_format.dwAvgBytesPerSec); wave_format.wBlockAlign = USHORT(wave_format.wBlockAlign ); wave_format.wBitsPerSample = USHORT(wave_format.wBitsPerSample ); assert(wave_format.wFormatTag == WAVE_FORMAT_PCM); // linear PCM // Check that it's a format we know how to read. if(wave_format.wFormatTag != WAVE_FORMAT_PCM) { LOG_RES_WARNING("Unsupported format (%i)") << wave_format.wFormatTag; return NULL; } if(wave_format.wChannels != 1) { LOG_RES_WARNING("Too many channels (only mono supported)"); return NULL; } // Read the extra format information. //WReadAndAdvance(&data, &wave_format2, sizeof(*wave_format2)); /*if(wave_format->wBitsPerSample == 0) { // We'll have to guess... *bits = 8*wave_format->dwAvgBytesPerSec/ wave_format->dwSamplesPerSec; } else { */ if(wave_format.wBitsPerSample != 8 && wave_format.wBitsPerSample != 16) { LOG_RES_WARNING("Must have 8 or 16 bits per sample"); return NULL; } // Now we know some information about the sample. *bits = wave_format.wBitsPerSample; *rate = wave_format.dwSamplesPerSec; } else if(!strncmp(riff_chunk.id, "data", 4)) { if(!wave_format.wFormatTag) { LOG_RES_WARNING("Malformed WAV data"); return NULL; } // Read data chunk. *samples = riff_chunk.len / wave_format.wBlockAlign; // Allocate the sample buffer. sampledata = (byte *) Z_Malloc(riff_chunk.len, PU_APPSTATIC, 0); memcpy(sampledata, data, riff_chunk.len); #ifdef __BIG_ENDIAN__ // Correct endianness. /*if(wave_format->wBitsPerSample == 16) { ushort* sample = sampledata; for(; sample < ((short*)sampledata) + *samples; ++sample) *sample = USHORT(*sample); }*/ #endif // We're satisfied with this! Let's get out of here. break; } else { // Unknown chunk, just skip it. data += riff_chunk.len; } } return sampledata; } void* WAV_Load(const char* filename, int* bits, int* rate, int* samples) { FileHandle* file = F_Open(filename, "rb"); void* sampledata; uint8_t* data; size_t size; if(!file) return NULL; // Read in the whole thing. size = FileHandle_Length(file); LOG_AS("WAV_Load"); LOGDEV_RES_XVERBOSE("Loading from \"%s\" (size %i, fpos %i)") << F_PrettyPath(Str_Text(F_ComposePath(FileHandle_File_const(file)))) << size << FileHandle_Tell(file); data = (uint8_t*) M_Malloc(size); FileHandle_Read(file, data, size); F_Delete(file); file = 0; // Parse the RIFF data. sampledata = WAV_MemoryLoad((const byte*) data, size, bits, rate, samples); if(!sampledata) { LOG_RES_WARNING("Failed to load \"%s\"") << filename; } M_Free(data); return sampledata; } doomsday-1.14.5/doomsday/client/src/audio/s_logic.cpp0000664000175000017500000001636512350542237022033 0ustar jaakkojaakko/**\file s_logic.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * s_logic.c: The Logical Sound Manager * * The Logical Sound Manager. Tracks all currently playing sounds * in the world, regardless of whether Sfx is available or if the * sounds are actually audible to anyone. * * Uses PU_MAP, so this has to be inited for every map. * (Done via S_MapChange()). */ // HEADER FILES ------------------------------------------------------------ #include "de_base.h" #include "de_console.h" #include "de_audio.h" #include // MACROS ------------------------------------------------------------------ // The logical sounds hash table uses sound IDs as keys. #define LOGIC_HASH_SIZE 64 #define PURGE_INTERVAL 2000 // 2 seconds // TYPES ------------------------------------------------------------------- typedef struct logicsound_s { struct logicsound_s *next, *prev; int id; mobj_t *origin; uint endTime; byte isRepeating; } logicsound_t; typedef struct logichash_s { logicsound_t *first, *last; } logichash_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static logichash_t logicHash[LOGIC_HASH_SIZE]; // CODE -------------------------------------------------------------------- /* * Initialize the Logical Sound Manager for a new map. */ void Sfx_InitLogical(void) { // Memory in the hash table is PU_MAP, so this is acceptable. memset(logicHash, 0, sizeof(logicHash)); } /* * Return a pointer the logical sounds hash. */ logichash_t *Sfx_LogicHash(int id) { return &logicHash[(uint) id % LOGIC_HASH_SIZE]; } /* * Create and link a new logical sound hash table node. */ logicsound_t *Sfx_CreateLogical(int id) { logichash_t *hash = Sfx_LogicHash(id); logicsound_t *node = reinterpret_cast(Z_Calloc(sizeof(logicsound_t), PU_MAP, 0)); if(hash->last) { hash->last->next = node; node->prev = hash->last; } hash->last = node; if(!hash->first) hash->first = node; node->id = id; return node; } /* * Unlink and destroy a logical sound hash table node. */ void Sfx_DestroyLogical(logicsound_t * node) { logichash_t *hash = Sfx_LogicHash(node->id); if(hash->first == node) hash->first = node->next; if(hash->last == node) hash->last = node->prev; if(node->next) node->next->prev = node->prev; if(node->prev) node->prev->next = node->next; #ifdef _DEBUG memset(node, 0xDD, sizeof(*node)); #endif Z_Free(node); } /* * The sound is entered into the list of playing sounds. Called when a * 'world class' sound is started, regardless of whether it's actually * started on the local system. */ void Sfx_StartLogical(int id, mobj_t *origin, dd_bool isRepeating) { logicsound_t *node; uint length = (isRepeating ? 1 : Sfx_GetSoundLength(id)); if(!length) { // This is not a valid sound. return; } if(origin && sfxOneSoundPerEmitter) { // Stop all previous sounds from this origin (only one per origin). Sfx_StopLogical(0, origin); } id &= ~DDSF_FLAG_MASK; node = Sfx_CreateLogical(id); node->origin = origin; node->isRepeating = isRepeating; node->endTime = Timer_RealMilliseconds() + length; } /* * The sound is removed from the list of playing sounds. Called whenever * a sound is stopped, regardless of whether it was actually playing on * the local system. Returns the number of sounds stopped. * * id=0, origin=0: stop everything */ int Sfx_StopLogical(int id, mobj_t *origin) { logicsound_t *it, *next; int stopCount = 0; int i; if(id) { for(it = Sfx_LogicHash(id)->first; it; it = next) { next = it->next; if(it->id == id && it->origin == origin) { Sfx_DestroyLogical(it); stopCount++; } } } else { // Browse through the entire hash. for(i = 0; i < LOGIC_HASH_SIZE; i++) { for(it = logicHash[i].first; it; it = next) { next = it->next; if(!origin || it->origin == origin) { Sfx_DestroyLogical(it); stopCount++; } } } } return stopCount; } /* * Remove stopped logical sounds from the hash. */ void Sfx_PurgeLogical(void) { static uint lastTime = 0; uint i, nowTime = Timer_RealMilliseconds(); logicsound_t *it, *next; if(nowTime - lastTime < PURGE_INTERVAL) { // It's too early. return; } lastTime = nowTime; // Check all sounds in the hash. for(i = 0; i < LOGIC_HASH_SIZE; i++) { for(it = logicHash[i].first; it; it = next) { next = it->next; if(!it->isRepeating && it->endTime < nowTime) { // This has stopped. Sfx_DestroyLogical(it); } } } } /* * Returns true if the sound is currently playing somewhere in the world. * It doesn't matter if it's audible or not. * * id=0: true if any sounds are playing using the specified origin */ dd_bool Sfx_IsPlaying(int id, mobj_t *origin) { uint nowTime = Timer_RealMilliseconds(); logicsound_t *it; int i; if(id) { for(it = Sfx_LogicHash(id)->first; it; it = it->next) { if(it->id == id && it->origin == origin && (it->endTime > nowTime || it->isRepeating)) { // This one is still playing. return true; } } } else if(origin) { // Check if the origin is playing any sound. for(i = 0; i < LOGIC_HASH_SIZE; i++) { for(it = logicHash[i].first; it; it = it->next) { if(it->origin == origin && (it->endTime > nowTime || it->isRepeating)) { // This one is playing. return true; } } } } // The sound was not found. return false; } doomsday-1.14.5/doomsday/client/src/audio/s_environ.cpp0000664000175000017500000000504112350542237022403 0ustar jaakkojaakko/** @file s_environ.cpp Environmental audio effects. * @ingroup audio * * Calculation of the aural properties of sectors. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_audio.h" #include "Sector" #include "audio/s_environ.h" using namespace de; static AudioEnvironment envInfo[1 + NUM_AUDIO_ENVIRONMENTS] = { {"", 0, 0, 0}, {"Metal", 255, 255, 25}, {"Rock", 200, 160, 100}, {"Wood", 80, 50, 200}, {"Cloth", 5, 5, 255} }; char const *S_AudioEnvironmentName(AudioEnvironmentId id) { DENG_ASSERT(id >= AE_NONE && id < NUM_AUDIO_ENVIRONMENTS); return envInfo[1 + int(id)].name; } AudioEnvironment const &S_AudioEnvironment(AudioEnvironmentId id) { DENG_ASSERT(id >= AE_NONE && id < NUM_AUDIO_ENVIRONMENTS); return envInfo[1 + int(id)]; } AudioEnvironmentId S_AudioEnvironmentId(uri_s const *uri) { if(uri) { ded_tenviron_t *env = defs.textureEnv; for(int i = 0; i < defs.count.textureEnv.num; ++i, env++) { for(int k = 0; k < env->count.num; ++k) { uri_s *ref = env->materials[k]; if(!ref || !Uri_Equality(ref, uri)) continue; // Is this a known environment? for(int m = 0; m < NUM_AUDIO_ENVIRONMENTS; ++m) { AudioEnvironment const &envInfo = S_AudioEnvironment(AudioEnvironmentId(m)); if(!stricmp(env->id, envInfo.name)) return AudioEnvironmentId(m); } return AE_NONE; } } } return AE_NONE; } doomsday-1.14.5/doomsday/client/src/audio/audiodriver_music.cpp0000664000175000017500000001512012350542237024115 0ustar jaakkojaakko/** @file audiodriver_music.cpp Low-level music interface of the audio driver. * @ingroup audio * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include #include "de_filesys.h" #include "con_main.h" #include "audio/audiodriver_music.h" #define BUFFERED_MUSIC_FILE "dd-buffered-song" static dd_bool needBufFileSwitch = false; static AutoStr *composeBufferedMusicFilename(int id, char const *ext) { if(ext && ext[0]) { return Str_Appendf(AutoStr_NewStd(), "%s%i%s", BUFFERED_MUSIC_FILE, id, ext); } return Str_Appendf(AutoStr_NewStd(), "%s%i", BUFFERED_MUSIC_FILE, id); } static void musicSet(audiointerface_music_t *iMusic, int property, void const *ptr) { audiodriver_t *d = AudioDriver_Interface(iMusic); if(!d || !d->Set) return; d->Set(property, ptr); } static int musicPlayNativeFile(audiointerface_music_t *iMusic, char const *fileName, dd_bool looped) { if(!iMusic->PlayFile) return 0; return iMusic->PlayFile(fileName, looped); } static int musicPlayLump(audiointerface_music_t *iMusic, lumpnum_t lump, dd_bool looped) { if(!iMusic->Play || !iMusic->SongBuffer) { // Music interface does not offer buffer playback. // Write this lump to disk and play from there. AutoStr *musicFile = AudioDriver_Music_ComposeTempBufferFilename(0); if(!F_DumpLump2(lump, Str_Text(musicFile))) { // Failed to write the lump... return 0; } return musicPlayNativeFile(iMusic, Str_Text(musicFile), looped); } // Buffer the data using the driver's facilities. FileHandle *hndl = F_OpenLump(lump); size_t length = FileHandle_Length(hndl); if(!hndl) return 0; FileHandle_Read(hndl, (uint8_t *) iMusic->SongBuffer(length), length); F_Delete(hndl); return iMusic->Play(looped); } static int musicPlayFile(audiointerface_music_t *iMusic, char const *virtualOrNativePath, dd_bool looped) { FileHandle *file = F_Open(virtualOrNativePath, "rb"); if(!file) return 0; size_t len = FileHandle_Length(file); if(!iMusic->Play || !iMusic->SongBuffer) { // Music interface does not offer buffer playback. // Write to disk and play from there. AutoStr *fileName = AudioDriver_Music_ComposeTempBufferFilename(NULL); uint8_t *buf = (uint8_t *)M_Malloc(len); FileHandle_Read(file, buf, len); F_Dump(buf, len, Str_Text(fileName)); M_Free(buf); buf = 0; F_Delete(file); // Music maestro, if you please! return musicPlayNativeFile(iMusic, Str_Text(fileName), looped); } // Music interface offers buffered playback. Use it. FileHandle_Read(file, (uint8_t *) iMusic->SongBuffer(len), len); F_Delete(file); return iMusic->Play(looped); } static int musicPlayCDTrack(audiointerface_cd_t *iCD, int track, dd_bool looped) { return iCD->Play(track, looped); } static dd_bool musicIsPlaying(audiointerface_music_t *iMusic) { return iMusic->gen.Get(MUSIP_PLAYING, 0); } void AudioDriver_Music_SwitchBufferFilenames() { needBufFileSwitch = true; } AutoStr *AudioDriver_Music_ComposeTempBufferFilename(char const *ext) { static int currentBufFile = 0; // Switch the name of the buffered song file? if(needBufFileSwitch) { currentBufFile ^= 1; needBufFileSwitch = false; } return composeBufferedMusicFilename(currentBufFile, ext); } void AudioDriver_Music_Set(int property, void const *ptr) { void *ifs[MAX_AUDIO_INTERFACES]; int i, count = AudioDriver_FindInterfaces(AUDIO_IMUSIC, ifs); for(i = 0; i < count; ++i) { musicSet((audiointerface_music_t *) ifs[i], property, ptr); } if(property == AUDIOP_SOUNDFONT_FILENAME) { char const *fn = (char const *) ptr; if(!fn || !fn[0]) return; // No path. if(F_FileExists(fn)) LOG_AUDIO_MSG("Current soundfont set to: \"%s\"") << fn; else LOG_AUDIO_WARNING("Soundfont \"%s\" not found") << fn; } } int AudioDriver_Music_PlayNativeFile(char const *fileName, dd_bool looped) { void *ifs[MAX_AUDIO_INTERFACES]; int i, count = AudioDriver_FindInterfaces(AUDIO_IMUSIC, ifs); for(i = 0; i < count; ++i) { if(musicPlayNativeFile((audiointerface_music_t* ) ifs[i], fileName, looped)) return true; } return false; } int AudioDriver_Music_PlayLump(lumpnum_t lump, dd_bool looped) { void *ifs[MAX_AUDIO_INTERFACES]; int i, count = AudioDriver_FindInterfaces(AUDIO_IMUSIC, ifs); for(i = 0; i < count; ++i) { if(musicPlayLump((audiointerface_music_t *) ifs[i], lump, looped)) return true; } return false; } int AudioDriver_Music_PlayFile(const char* virtualOrNativePath, dd_bool looped) { void* ifs[MAX_AUDIO_INTERFACES]; int i, count = AudioDriver_FindInterfaces(AUDIO_IMUSIC, ifs); for(i = 0; i < count; ++i) { if(musicPlayFile((audiointerface_music_t*) ifs[i], virtualOrNativePath, looped)) return true; } return false; } int AudioDriver_Music_PlayCDTrack(int track, dd_bool looped) { void *ifs[MAX_AUDIO_INTERFACES]; int i, count = AudioDriver_FindInterfaces(AUDIO_ICD, ifs); for(i = 0; i < count; ++i) { if(musicPlayCDTrack((audiointerface_cd_t *) ifs[i], track, looped)) return true; } return false; } dd_bool AudioDriver_Music_IsPlaying() { void *ifs[MAX_AUDIO_INTERFACES]; int i, count = AudioDriver_FindInterfaces(AUDIO_IMUSIC_OR_ICD, ifs); for(i = 0; i < count; ++i) { if(musicIsPlaying((audiointerface_music_t *) ifs[i])) return true; } return false; } doomsday-1.14.5/doomsday/client/src/audio/sys_audiod_sdlmixer.cpp0000664000175000017500000003407112350542237024460 0ustar jaakkojaakko/**\file sys_audiod_sdlmixer.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * SDL_mixer, for SFX, Ext and Mus interfaces. */ #ifndef DENG_DISABLE_SDLMIXER // HEADER FILES ------------------------------------------------------------ #include #include #include #include #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_misc.h" #include "api_audiod.h" #include "api_audiod_sfx.h" #include "api_audiod_mus.h" #include "audio/sys_audiod_sdlmixer.h" #include // MACROS ------------------------------------------------------------------ #define DEFAULT_MIDI_COMMAND "" //"timidity" // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- int DS_SDLMixerInit(void); void DS_SDLMixerShutdown(void); void DS_SDLMixerEvent(int type); int DS_SDLMixer_SFX_Init(void); sfxbuffer_t* DS_SDLMixer_SFX_CreateBuffer(int flags, int bits, int rate); void DS_SDLMixer_SFX_DestroyBuffer(sfxbuffer_t* buf); void DS_SDLMixer_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample); void DS_SDLMixer_SFX_Reset(sfxbuffer_t* buf); void DS_SDLMixer_SFX_Play(sfxbuffer_t* buf); void DS_SDLMixer_SFX_Stop(sfxbuffer_t* buf); void DS_SDLMixer_SFX_Refresh(sfxbuffer_t* buf); void DS_SDLMixer_SFX_Set(sfxbuffer_t* buf, int prop, float value); void DS_SDLMixer_SFX_Setv(sfxbuffer_t* buf, int prop, float* values); void DS_SDLMixer_SFX_Listener(int prop, float value); void DS_SDLMixer_SFX_Listenerv(int prop, float* values); // The music interface. int DS_SDLMixer_Music_Init(void); void DS_SDLMixer_Music_Update(void); void DS_SDLMixer_Music_Set(int prop, float value); int DS_SDLMixer_Music_Get(int prop, void* value); void DS_SDLMixer_Music_Pause(int pause); void DS_SDLMixer_Music_Stop(void); int DS_SDLMixer_Music_PlayFile(const char* fileName, int looped); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- dd_bool sdlInitOk = false; audiodriver_t audiod_sdlmixer = { DS_SDLMixerInit, DS_SDLMixerShutdown, DS_SDLMixerEvent }; audiointerface_sfx_t audiod_sdlmixer_sfx = { { DS_SDLMixer_SFX_Init, DS_SDLMixer_SFX_CreateBuffer, DS_SDLMixer_SFX_DestroyBuffer, DS_SDLMixer_SFX_Load, DS_SDLMixer_SFX_Reset, DS_SDLMixer_SFX_Play, DS_SDLMixer_SFX_Stop, DS_SDLMixer_SFX_Refresh, DS_SDLMixer_SFX_Set, DS_SDLMixer_SFX_Setv, DS_SDLMixer_SFX_Listener, DS_SDLMixer_SFX_Listenerv } }; audiointerface_music_t audiod_sdlmixer_music = { { DS_SDLMixer_Music_Init, NULL, DS_SDLMixer_Music_Update, DS_SDLMixer_Music_Set, DS_SDLMixer_Music_Get, DS_SDLMixer_Music_Pause, DS_SDLMixer_Music_Stop }, NULL, NULL, DS_SDLMixer_Music_PlayFile, }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ static int numChannels; static dd_bool* usedChannels; static Mix_Music* lastMusic; //static dd_bool playingMusic = false; // CODE -------------------------------------------------------------------- /** * This is the hook we ask SDL_mixer to call when music playback finishes. */ #if _DEBUG static void musicPlaybackFinished(void) { LOG_AUDIO_VERBOSE("[SDLMixer] Music playback finished"); } #endif static int getFreeChannel(void) { int i; for(i = 0; i < numChannels; ++i) { if(!usedChannels[i]) return i; } return -1; } /** * @return Length of the buffer in milliseconds. */ static unsigned int getBufLength(sfxbuffer_t* buf) { if(!buf) return 0; return 1000 * buf->sample->numSamples / buf->freq; } int DS_SDLMixerInit(void) { int freq, channels; uint16_t format; SDL_version compVer; const SDL_version* linkVer; if(sdlInitOk) return true; if(SDL_InitSubSystem(SDL_INIT_AUDIO)) { LOG_AUDIO_ERROR("Error initializing SDL audio: %s") << SDL_GetError(); return false; } SDL_MIXER_VERSION(&compVer); linkVer = Mix_Linked_Version(); if(SDL_VERSIONNUM(linkVer->major, linkVer->minor, linkVer->patch) > SDL_VERSIONNUM(compVer.major, compVer.minor, compVer.patch)) { LOG_AUDIO_WARNING("Linked version of SDL_mixer (%u.%u.%u) is " "newer than expected (%u.%u.%u)") << linkVer->major << linkVer->minor << linkVer->patch << compVer.major << compVer.minor << compVer.patch; } if(Mix_OpenAudio(MIX_DEFAULT_FREQUENCY, MIX_DEFAULT_FORMAT, 2, 1024)) { LOG_AUDIO_ERROR("Failed initializing SDL_mixer: %s") << Mix_GetError(); return false; } Mix_QuerySpec(&freq, &format, &channels); // Announce capabilites. LOG_AUDIO_VERBOSE("SDLMixer configuration:"); LOG_AUDIO_VERBOSE(" " _E(>) "Output: %s\n" "Format: %x (%x)\n" "Frequency: %iHz (%iHz)\n" "Initial Channels: %i") << (channels > 1? "stereo" : "mono") << format << (uint16_t) AUDIO_S16LSB << freq << (int) MIX_DEFAULT_FREQUENCY << MIX_CHANNELS; // Prepare to play simultaneous sounds. /*numChannels =*/ Mix_AllocateChannels(MIX_CHANNELS); usedChannels = NULL; // Everything is OK. sdlInitOk = true; return true; } void DS_SDLMixerShutdown(void) { if(!sdlInitOk) return; if(usedChannels) M_Free(usedChannels); if(lastMusic) { Mix_HaltMusic(); Mix_FreeMusic(lastMusic); } lastMusic = NULL; Mix_CloseAudio(); SDL_QuitSubSystem(SDL_INIT_AUDIO); sdlInitOk = false; } void DS_SDLMixerEvent(int type) { // Not supported. } int DS_SDLMixer_SFX_Init(void) { // No extra init needed. return sdlInitOk; } sfxbuffer_t* DS_SDLMixer_SFX_CreateBuffer(int flags, int bits, int rate) { sfxbuffer_t* buf; // Create the buffer. buf = (sfxbuffer_t *) Z_Calloc(sizeof(*buf), PU_APPSTATIC, 0); buf->bytes = bits / 8; buf->rate = rate; buf->flags = flags; buf->freq = rate; // Modified by calls to Set(SFXBP_FREQUENCY). // The cursor is used to keep track of the channel on which the sample // is playing. buf->cursor = getFreeChannel(); if((int)buf->cursor < 0) { buf->cursor = numChannels++; usedChannels = (ddboolean_t *) M_Realloc(usedChannels, sizeof(usedChannels[0]) * numChannels); // Make sure we have enough channels allocated. Mix_AllocateChannels(numChannels); Mix_UnregisterAllEffects(buf->cursor); } usedChannels[buf->cursor] = true; return buf; } void DS_SDLMixer_SFX_DestroyBuffer(sfxbuffer_t* buf) { Mix_HaltChannel(buf->cursor); usedChannels[buf->cursor] = false; if(buf) Z_Free(buf); } void DS_SDLMixer_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample) { static char localBuf[0x40000]; char* conv = NULL; size_t size; if(!buf || !sample) return; // Wha? // Does the buffer already have a sample loaded? if(buf->sample) { // Is the same one? if(buf->sample->id == sample->id) return; // Free the existing data. buf->sample = NULL; Mix_FreeChunk((Mix_Chunk *) buf->ptr); } size = 8 + 4 + 8 + 16 + 8 + sample->size; if(size <= sizeof(localBuf)) { conv = localBuf; } else { conv = (char *) M_Malloc(size); } // Transfer the sample to SDL_mixer by converting it to WAVE format. strcpy(conv, "RIFF"); *(Uint32 *) (conv + 4) = ULONG(4 + 8 + 16 + 8 + sample->size); strcpy(conv + 8, "WAVE"); // Format chunk. strcpy(conv + 12, "fmt "); *(Uint32 *) (conv + 16) = ULONG(16); /** * WORD wFormatTag; // Format category * WORD wChannels; // Number of channels * uint dwSamplesPerSec; // Sampling rate * uint dwAvgBytesPerSec; // For buffer estimation * WORD wBlockAlign; // Data block size * WORD wBitsPerSample; // Sample size */ *(Uint16 *) (conv + 20) = USHORT(1); *(Uint16 *) (conv + 22) = USHORT(1); *(Uint32 *) (conv + 24) = ULONG(sample->rate); *(Uint32 *) (conv + 28) = ULONG(sample->rate * sample->bytesPer); *(Uint16 *) (conv + 32) = USHORT(sample->bytesPer); *(Uint16 *) (conv + 34) = USHORT(sample->bytesPer * 8); // Data chunk. strcpy(conv + 36, "data"); *(Uint32 *) (conv + 40) = ULONG(sample->size); memcpy(conv + 44, sample->data, sample->size); buf->ptr = Mix_LoadWAV_RW(SDL_RWFromMem(conv, 44 + sample->size), 1); if(!buf->ptr) { LOG_AS("DS_SDLMixer_SFX_Load"); LOG_AUDIO_WARNING("Failed loading sample: %s") << Mix_GetError(); } if(conv != localBuf) { M_Free(conv); } buf->sample = sample; } /** * Stops the buffer and makes it forget about its sample. */ void DS_SDLMixer_SFX_Reset(sfxbuffer_t* buf) { if(!buf) return; DS_SDLMixer_SFX_Stop(buf); buf->sample = NULL; // Unallocate the resources of the source. Mix_FreeChunk((Mix_Chunk *) buf->ptr); buf->ptr = NULL; } void DS_SDLMixer_SFX_Play(sfxbuffer_t* buf) { // Playing is quite impossible without a sample. if(!buf || !buf->sample) return; // Update the volume at which the sample will be played. Mix_Volume(buf->cursor, buf->written); Mix_PlayChannel(buf->cursor, (Mix_Chunk *) buf->ptr, (buf->flags & SFXBF_REPEAT ? -1 : 0)); // Calculate the end time (milliseconds). buf->endTime = Timer_RealMilliseconds() + getBufLength(buf); // The buffer is now playing. buf->flags |= SFXBF_PLAYING; } void DS_SDLMixer_SFX_Stop(sfxbuffer_t* buf) { if(!buf || !buf->sample) return; Mix_HaltChannel(buf->cursor); //usedChannels[buf->cursor] = false; buf->flags &= ~SFXBF_PLAYING; } void DS_SDLMixer_SFX_Refresh(sfxbuffer_t* buf) { unsigned int nowTime; // Can only be done if there is a sample and the buffer is playing. if(!buf || !buf->sample || !(buf->flags & SFXBF_PLAYING)) return; nowTime = Timer_RealMilliseconds(); /** * Have we passed the predicted end of sample? * \note This test fails if the game has been running for about 50 days, * since the millisecond counter overflows. It only affects sounds that * are playing while the overflow happens, though. */ if(!(buf->flags & SFXBF_REPEAT) && nowTime >= buf->endTime) { // Time for the sound to stop. buf->flags &= ~SFXBF_PLAYING; } } void DS_SDLMixer_SFX_Set(sfxbuffer_t* buf, int prop, float value) { int right; if(!buf) return; switch(prop) { case SFXBP_VOLUME: // 'written' is used for storing the volume of the channel. buf->written = (unsigned int) (value * MIX_MAX_VOLUME); Mix_Volume(buf->cursor, buf->written); break; case SFXBP_PAN: // -1 ... +1 right = (int) ((value + 1) * 127); Mix_SetPanning(buf->cursor, 254 - right, right); break; default: break; } } void DS_SDLMixer_SFX_Setv(sfxbuffer_t* buf, int prop, float* values) { // Not supported. } void DS_SDLMixer_SFX_Listener(int prop, float value) { // Not supported. } void SetEnvironment(float* rev) { // Not supported. } void DS_SDLMixer_SFX_Listenerv(int prop, float* values) { // Not supported. } int DS_SDLMixer_Music_Init(void) { #if _DEBUG Mix_HookMusicFinished(musicPlaybackFinished); #endif return sdlInitOk; } void DS_SDLMixer_Music_Update(void) { // Nothing to update. } void DS_SDLMixer_Music_Set(int prop, float value) { if(!sdlInitOk) return; switch(prop) { case MUSIP_VOLUME: Mix_VolumeMusic((int) (MIX_MAX_VOLUME * value)); break; default: break; } } int DS_SDLMixer_Music_Get(int prop, void* value) { if(!sdlInitOk) return false; switch(prop) { case MUSIP_ID: strcpy((char *) value, "SDLMixer::Music"); break; case MUSIP_PLAYING: return Mix_PlayingMusic(); default: return false; } return true; } void DS_SDLMixer_Music_Pause(int pause) { if(!sdlInitOk) return; if(pause) Mix_PauseMusic(); else Mix_ResumeMusic(); } void DS_SDLMixer_Music_Stop(void) { if(!sdlInitOk) return; Mix_HaltMusic(); } int DS_SDLMixer_Music_PlayFile(const char* filename, int looped) { if(!sdlInitOk) return false; // Free any previously loaded music. if(lastMusic) { Mix_HaltMusic(); Mix_FreeMusic(lastMusic); } if(!(lastMusic = Mix_LoadMUS(filename))) { LOG_AS("DS_SDLMixer_Music_PlayFile"); LOG_AUDIO_ERROR("Failed to load music: %s") << Mix_GetError(); return false; } return !Mix_PlayMusic(lastMusic, looped ? -1 : 1); } #endif // DENG_DISABLE_SDLMIXER doomsday-1.14.5/doomsday/client/src/audio/sys_audiod_dummy.cpp0000664000175000017500000002114012350542237023755 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * sys_audiod_dummy.c: Dummy Audio Driver. * * Used in dedicated server mode, when it's necessary to simulate * sound playing but not actually play anything. */ // HEADER FILES ------------------------------------------------------------ #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_misc.h" #include "api_audiod.h" #include "api_audiod_sfx.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- int DS_DummyInit(void); void DS_DummyShutdown(void); void DS_DummyEvent(int type); int DS_Dummy_SFX_Init(void); sfxbuffer_t* DS_Dummy_SFX_CreateBuffer(int flags, int bits, int rate); void DS_Dummy_SFX_DestroyBuffer(sfxbuffer_t* buf); void DS_Dummy_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample); void DS_Dummy_SFX_Reset(sfxbuffer_t* buf); void DS_Dummy_SFX_Play(sfxbuffer_t* buf); void DS_Dummy_SFX_Stop(sfxbuffer_t* buf); void DS_Dummy_SFX_Refresh(sfxbuffer_t* buf); void DS_Dummy_SFX_Set(sfxbuffer_t* buf, int prop, float value); void DS_Dummy_SFX_Setv(sfxbuffer_t* buf, int prop, float* values); void DS_Dummy_SFX_Listener(int prop, float value); void DS_Dummy_SFX_Listenerv(int prop, float* values); int DS_Dummy_SFX_Getv(int prop, void* values); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- DENG_EXTERN_C audiodriver_t audiod_dummy; DENG_EXTERN_C audiointerface_sfx_t audiod_dummy_sfx; audiodriver_t audiod_dummy = { DS_DummyInit, DS_DummyShutdown, DS_DummyEvent, 0 }; audiointerface_sfx_t audiod_dummy_sfx = { { DS_Dummy_SFX_Init, DS_Dummy_SFX_CreateBuffer, DS_Dummy_SFX_DestroyBuffer, DS_Dummy_SFX_Load, DS_Dummy_SFX_Reset, DS_Dummy_SFX_Play, DS_Dummy_SFX_Stop, DS_Dummy_SFX_Refresh, DS_Dummy_SFX_Set, DS_Dummy_SFX_Setv, DS_Dummy_SFX_Listener, DS_Dummy_SFX_Listenerv, DS_Dummy_SFX_Getv } }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ static dd_bool inited; // CODE -------------------------------------------------------------------- /** * Initialization of the sound driver. * @return @c true if successful. */ int DS_DummyInit(void) { if(inited) return true; // Already initialized. inited = true; return true; } /** * Shut everything down. */ void DS_DummyShutdown(void) { inited = false; } /** * The Event function is called to tell the driver about certain critical * events like the beginning and end of an update cycle. * * @param type Type of event. */ void DS_DummyEvent(int /*type*/) { // Do nothing... } int DS_Dummy_SFX_Init(void) { return inited; } sfxbuffer_t* DS_Dummy_SFX_CreateBuffer(int flags, int bits, int rate) { sfxbuffer_t* buf; // Clear the buffer. buf = (sfxbuffer_t *) Z_Calloc(sizeof(*buf), PU_APPSTATIC, 0); buf->bytes = bits / 8; buf->rate = rate; buf->flags = flags; buf->freq = rate; // Modified by calls to Set(SFXBP_FREQUENCY). return buf; } void DS_Dummy_SFX_DestroyBuffer(sfxbuffer_t* buf) { if(!buf) return; // Free the memory allocated for the buffer. Z_Free(buf); } /** * Prepare the buffer for playing a sample by filling the buffer with as * much sample data as fits. The pointer to sample is saved, so the caller * mustn't free it while the sample is loaded. * * @param buf Sound buffer. * @param sample Sample data. */ void DS_Dummy_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample) { if(!buf || !sample) return; // Now the buffer is ready for playing. buf->sample = sample; buf->written = sample->size; buf->flags &= ~SFXBF_RELOAD; } /** * Stops the buffer and makes it forget about its sample. * * @param buf Sound buffer. */ void DS_Dummy_SFX_Reset(sfxbuffer_t* buf) { if(!buf) return; DS_Dummy_SFX_Stop(buf); buf->sample = NULL; buf->flags &= ~SFXBF_RELOAD; } /** * @param buf Sound buffer. * @return The length of the buffer in milliseconds. */ unsigned int DS_DummyBufferLength(sfxbuffer_t* buf) { if(!buf) return 0; return 1000 * buf->sample->numSamples / buf->freq; } void DS_Dummy_SFX_Play(sfxbuffer_t* buf) { // Playing is quite impossible without a sample. if(!buf || !buf->sample) return; // Do we need to reload? if(buf->flags & SFXBF_RELOAD) DS_Dummy_SFX_Load(buf, buf->sample); // The sound starts playing now? if(!(buf->flags & SFXBF_PLAYING)) { // Calculate the end time (milliseconds). buf->endTime = Timer_RealMilliseconds() + DS_DummyBufferLength(buf); } // The buffer is now playing. buf->flags |= SFXBF_PLAYING; } void DS_Dummy_SFX_Stop(sfxbuffer_t* buf) { if(!buf) return; // Clear the flag that tells the Sfx module about playing buffers. buf->flags &= ~SFXBF_PLAYING; // If the sound is started again, it needs to be reloaded. buf->flags |= SFXBF_RELOAD; } /** * Buffer streamer. Called by the Sfx refresh thread. * @param buf Sound buffer. */ void DS_Dummy_SFX_Refresh(sfxbuffer_t* buf) { // Can only be done if there is a sample and the buffer is playing. if(!buf || !buf->sample || !(buf->flags & SFXBF_PLAYING)) return; // Have we passed the predicted end of sample? if(!(buf->flags & SFXBF_REPEAT) && Timer_RealMilliseconds() >= buf->endTime) { // Time for the sound to stop. DS_Dummy_SFX_Stop(buf); } } /** * @param buf Sound buffer. * @param prop Buffer property: * - SFXBP_VOLUME (if negative, interpreted as attenuation) * - SFXBP_FREQUENCY * - SFXBP_PAN (-1..1) * - SFXBP_MIN_DISTANCE * - SFXBP_MAX_DISTANCE * - SFXBP_RELATIVE_MODE * @param value Value for the property. */ void DS_Dummy_SFX_Set(sfxbuffer_t* buf, int prop, float value) { if(!buf) return; switch(prop) { case SFXBP_FREQUENCY: buf->freq = buf->rate * value; break; default: break; } } /** * Coordinates specified in world coordinate system, converted to DSound's: * +X to the right, +Y up and +Z away (Y and Z swapped, i.e.). * * @param property SFXBP_POSITION * SFXBP_VELOCITY */ void DS_Dummy_SFX_Setv(sfxbuffer_t* /*buf*/, int /*prop*/, float* /*values*/) { // Nothing to do. } /** * @param property SFXLP_UNITS_PER_METER * SFXLP_DOPPLER * SFXLP_UPDATE */ void DS_Dummy_SFX_Listener(int /*prop*/, float /*value*/) { // Nothing to do. } /** * Values use SRD_* for indices. */ void DS_DummyListenerEnvironment(float* /*rev*/) { // Nothing to do. } /** * Call SFXLP_UPDATE at the end of every channel update. */ void DS_Dummy_SFX_Listenerv(int /*prop*/, float* /*values*/) { // Nothing to do. } /** * Gets a driver property. * * @param prop Property (SFXP_*). * @param values Pointer to return value(s). */ int DS_Dummy_SFX_Getv(int prop, void* values) { switch(prop) { case SFXIP_DISABLE_CHANNEL_REFRESH: { /// The return value is a single 32-bit int. int* wantDisable = (int*) values; if(wantDisable) { // We are not playing any audio. *wantDisable = true; } break; } default: return false; } return true; } doomsday-1.14.5/doomsday/client/src/audio/s_main.cpp0000664000175000017500000003713112350542237021654 0ustar jaakkojaakko/** @file s_main.cpp Sound Subsystem. * * Interface to the Sfx and Mus modules. High-level (and exported) sound control. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_SOUND #include "de_base.h" #include "de_console.h" #include "de_network.h" #include "de_system.h" #include "de_graphics.h" #include "de_audio.h" #include "de_misc.h" #include "de_defs.h" #include "audio/sys_audio.h" #include "world/p_players.h" #include "BspLeaf" #include "Sector" BEGIN_PROF_TIMERS() PROF_SOUND_STARTFRAME END_PROF_TIMERS() D_CMD(PlaySound); audiodriver_t* audioDriver = NULL; int showSoundInfo = false; int soundMinDist = 256; // No distance attenuation this close. int soundMaxDist = 2025; // Setting these variables is enough to adjust the volumes. // S_StartFrame() will call the actual routines to change the volume // when there are changes. int sfxVolume = 255, musVolume = 255; int sfxBits = 8; int sfxRate = 11025; byte sfxOneSoundPerEmitter = false; // Traditional Doomsday behavior: allows sounds to overlap. static dd_bool noRndPitch; #ifdef __CLIENT__ static void S_ReverbVolumeChanged(void) { Sfx_UpdateReverb(); } #endif void S_Register(void) { C_VAR_BYTE("sound-overlap-stop", &sfxOneSoundPerEmitter, 0, 0, 1); #ifdef __CLIENT__ // Cvars C_VAR_INT("sound-volume", &sfxVolume, 0, 0, 255); C_VAR_INT("sound-info", &showSoundInfo, 0, 0, 1); C_VAR_INT("sound-rate", &sfxSampleRate, 0, 11025, 44100); C_VAR_INT("sound-16bit", &sfx16Bit, 0, 0, 1); C_VAR_INT("sound-3d", &sfx3D, 0, 0, 1); C_VAR_FLOAT2("sound-reverb-volume", &sfxReverbStrength, 0, 0, 1.5f, S_ReverbVolumeChanged); // Ccmds C_CMD_FLAGS("playsound", NULL, PlaySound, CMDF_NO_DEDICATED); Mus_Register(); #endif } dd_bool S_Init(void) { #ifdef __CLIENT__ dd_bool sfxOK, musOK; #endif if(CommandLine_Exists("-nosound") || CommandLine_Exists("-noaudio")) return true; // Disable random pitch changes? noRndPitch = CommandLine_Exists("-norndpitch"); #ifdef __CLIENT__ // Try to load the audio driver plugin(s). if(!AudioDriver_Init()) { LOG_AUDIO_NOTE("Music and sound effects are disabled"); return false; } sfxOK = Sfx_Init(); musOK = Mus_Init(); if(!sfxOK || !musOK) { LOG_AUDIO_NOTE("Errors during audio subsystem initialization"); return false; } #endif return true; } void S_Shutdown(void) { #ifdef __CLIENT__ Sfx_Shutdown(); Mus_Shutdown(); // Finally, close the audio driver. AudioDriver_Shutdown(); #endif } #undef S_MapChange void S_MapChange(void) { // Stop everything in the LSM. Sfx_InitLogical(); #ifdef __CLIENT__ Sfx_MapChange(); #endif } void S_SetupForChangedMap(void) { #ifdef __CLIENT__ // Update who is listening now. Sfx_SetListener(S_GetListenerMobj()); #endif } void S_Reset(void) { #ifdef __CLIENT__ Sfx_Reset(); #endif _api_S.StopMusic(); } void S_StartFrame(void) { #ifdef DD_PROFILE static int i; if(++i > 40) { i = 0; PRINT_PROF( PROF_SOUND_STARTFRAME ); } #endif BEGIN_PROF( PROF_SOUND_STARTFRAME ); #ifdef __CLIENT__ static int oldMusVolume = -1; if(musVolume != oldMusVolume) { oldMusVolume = musVolume; Mus_SetVolume(musVolume / 255.0f); } // Update all channels (freq, 2D:pan,volume, 3D:position,velocity). Sfx_StartFrame(); Mus_StartFrame(); #endif // Remove stopped sounds from the LSM. Sfx_PurgeLogical(); END_PROF( PROF_SOUND_STARTFRAME ); } void S_EndFrame(void) { #ifdef __CLIENT__ Sfx_EndFrame(); #endif } /** * Usually the display player. */ mobj_t* S_GetListenerMobj(void) { return ddPlayers[displayPlayer].shared.mo; } sfxinfo_t* S_GetSoundInfo(int soundID, float* freq, float* volume) { float dummy = 0; sfxinfo_t* info; int i; if(soundID <= 0 || soundID >= defs.count.sounds.num) return NULL; if(!freq) freq = &dummy; if(!volume) volume = &dummy; /** * Traverse all links when getting the definition. * (But only up to 10, which is certainly enough and prevents endless * recursion.) Update the sound id at the same time. * The links were checked in Def_Read() so there can't be any bogus ones. */ for(info = &sounds[soundID], i = 0; info->link && i < 10; info = info->link, *freq = (info->linkPitch > 0 ? info->linkPitch / 128.0f : *freq), *volume += (info->linkVolume != -1 ? info->linkVolume / 127.0f : 0), soundID = info - sounds, i++) {} assert(soundID < defs.count.sounds.num); return info; } /** * @return @c true, if the specified ID is a repeating sound. */ dd_bool S_IsRepeating(int idFlags) { sfxinfo_t* info; if(idFlags & DDSF_REPEAT) return true; if(!(info = S_GetSoundInfo(idFlags & ~DDSF_FLAG_MASK, NULL, NULL))) return false; else return (info->flags & SF_REPEAT) != 0; } #undef S_LocalSoundAtVolumeFrom int S_LocalSoundAtVolumeFrom(int soundIdAndFlags, mobj_t *origin, coord_t *point, float volume) { #ifdef __CLIENT__ int soundId = (soundIdAndFlags & ~DDSF_FLAG_MASK); sfxsample_t* sample; sfxinfo_t* info; float freq = 1; int result; dd_bool isRepeating = false; // A dedicated server never starts any local sounds (only logical sounds in the LSM). if(isDedicated || BusyMode_Active()) return false; if(soundId <= 0 || soundId >= defs.count.sounds.num || sfxVolume <= 0 || volume <= 0) return false; // This won't play... LOG_AS("S_LocalSoundAtVolumeFrom"); if(volume > 1) { LOGDEV_AUDIO_WARNING("Volume is too high (%f > 1)") << volume; } // This is the sound we're going to play. if((info = S_GetSoundInfo(soundId, &freq, &volume)) == NULL) { return false; // Hmm? This ID is not defined. } isRepeating = S_IsRepeating(soundIdAndFlags); // Check the distance (if applicable). if(!(info->flags & SF_NO_ATTENUATION) && !(soundIdAndFlags & DDSF_NO_ATTENUATION)) { // If origin is too far, don't even think about playing the sound. coord_t* fixPoint = origin? origin->origin : point; if(Mobj_ApproxPointDistance(S_GetListenerMobj(), fixPoint) > soundMaxDist) return false; } // Load the sample. if((sample = Sfx_Cache(soundId)) == NULL) { if(sfxAvail) { LOG_AUDIO_VERBOSE("S_LocalSoundAtVolumeFrom: Caching of sound %i failed") << soundId; } return false; } // Random frequency alteration? (Multipliers chosen to match original // sound code.) if(!noRndPitch) { if(info->flags & SF_RANDOM_SHIFT) freq += (RNG_RandFloat() - RNG_RandFloat()) * (7.0f / 255); if(info->flags & SF_RANDOM_SHIFT2) freq += (RNG_RandFloat() - RNG_RandFloat()) * (15.0f / 255); } // If the sound has an exclusion group, either all or the same emitter's // iterations of this sound will stop. if(info->group) { Sfx_StopSoundGroup(info->group, (info->flags & SF_GLOBAL_EXCLUDE)? NULL : origin); } // Let's play it. result = Sfx_StartSound(sample, volume, freq, origin, point, ((info->flags & SF_NO_ATTENUATION) || (soundIdAndFlags & DDSF_NO_ATTENUATION) ? SF_NO_ATTENUATION : 0) | (isRepeating ? SF_REPEAT : 0) | ((info->flags & SF_DONT_STOP) ? SF_DONT_STOP : 0)); return result; #else DENG2_UNUSED4(soundIdAndFlags, origin, point, volume); return false; #endif } #undef S_LocalSoundAtVolume int S_LocalSoundAtVolume(int soundID, mobj_t* origin, float volume) { return S_LocalSoundAtVolumeFrom(soundID, origin, NULL, volume); } #undef S_LocalSound int S_LocalSound(int soundID, mobj_t* origin) { // Play local sound at max volume. return S_LocalSoundAtVolumeFrom(soundID, origin, NULL, 1); } #undef S_LocalSoundFrom int S_LocalSoundFrom(int soundID, coord_t* fixedPos) { return S_LocalSoundAtVolumeFrom(soundID, NULL, fixedPos, 1); } #undef S_StartSound int S_StartSound(int soundID, mobj_t* origin) { #ifdef __SERVER__ // The sound is audible to everybody. Sv_Sound(soundID, origin, SVSF_TO_ALL); #endif Sfx_StartLogical(soundID, origin, S_IsRepeating(soundID)); return S_LocalSound(soundID, origin); } #undef S_StartSoundEx int S_StartSoundEx(int soundID, mobj_t* origin) { #ifdef __SERVER__ Sv_Sound(soundID, origin, SVSF_TO_ALL | SVSF_EXCLUDE_ORIGIN); #endif Sfx_StartLogical(soundID, origin, S_IsRepeating(soundID)); return S_LocalSound(soundID, origin); } #undef S_StartSoundAtVolume int S_StartSoundAtVolume(int soundID, mobj_t* origin, float volume) { #ifdef __SERVER__ Sv_SoundAtVolume(soundID, origin, volume, SVSF_TO_ALL); #endif Sfx_StartLogical(soundID, origin, S_IsRepeating(soundID)); // The sound is audible to everybody. return S_LocalSoundAtVolume(soundID, origin, volume); } #undef S_ConsoleSound int S_ConsoleSound(int soundID, mobj_t* origin, int targetConsole) { #ifdef __SERVER__ Sv_Sound(soundID, origin, targetConsole); #endif // If it's for us, we can hear it. if(targetConsole == consolePlayer) { S_LocalSound(soundID, origin); } return true; } /** * @param sectorEmitter Sector in which to stop sounds. * @param soundID Unique identifier of the sound to be stopped. If @c 0, ID not checked. * @param flags @ref soundStopFlags */ static void stopSectorSounds(ddmobj_base_t *sectorEmitter, int soundID, int flags) { ddmobj_base_t *base; if(!sectorEmitter || !flags) return; // Are we stopping with this sector's emitter? if(flags & SSF_SECTOR) { _api_S.StopSound(soundID, (mobj_t *)sectorEmitter); } // Are we stopping with linked emitters? if(!(flags & SSF_SECTOR_LINKED_SURFACES)) return; // Process the rest of the emitter chain. base = sectorEmitter; while((base = (ddmobj_base_t *)base->thinker.next)) { // Stop sounds from this emitter. _api_S.StopSound(soundID, (mobj_t *)base); } } #undef S_StopSound void S_StopSound(int soundID, mobj_t* emitter) { #ifdef __CLIENT__ // No special stop behavior. // Sfx provides a routine for this. Sfx_StopSound(soundID, emitter); #endif // Notify the LSM. if(Sfx_StopLogical(soundID, emitter)) { #ifdef __SERVER__ // In netgames, the server is responsible for telling clients // when to stop sounds. The LSM will tell us if a sound was // stopped somewhere in the world. Sv_StopSound(soundID, emitter); #endif } } #undef S_StopSound2 void S_StopSound2(int soundID, mobj_t *emitter, int flags) { // Are we performing any special stop behaviors? if(emitter && flags) { if(emitter->thinker.id) { // Emitter is a real Mobj. stopSectorSounds(&Mobj_Sector(emitter)->soundEmitter(), soundID, flags); return; } // The head of the chain is the sector. Find it. while(emitter->thinker.prev) { emitter = (mobj_t *)emitter->thinker.prev; } stopSectorSounds((ddmobj_base_t *)emitter, soundID, flags); return; } // A regular stop. S_StopSound(soundID, emitter); } #undef S_IsPlaying int S_IsPlaying(int soundID, mobj_t* emitter) { // The Logical Sound Manager (under Sfx) provides a routine for this. return Sfx_IsPlaying(soundID, emitter); } #undef S_StartMusicNum int S_StartMusicNum(int id, dd_bool looped) { #ifdef __CLIENT__ // Don't play music if the volume is at zero. if(isDedicated) return true; if(id < 0 || id >= defs.count.music.num) return false; ded_music_t *def = &defs.music[id]; LOG_AUDIO_MSG("Starting music '%s'") << def->id; return Mus_Start(def, looped); #else DENG2_UNUSED2(id, looped); return false; #endif } #undef S_StartMusic int S_StartMusic(const char* musicID, dd_bool looped) { LOG_AS("S_StartMusic"); int idx = Def_GetMusicNum(musicID); if(idx < 0) { LOG_AUDIO_WARNING("Song \"%s\" not defined, cannot start playback") << musicID; return false; } return S_StartMusicNum(idx, looped); } #undef S_StopMusic void S_StopMusic(void) { #ifdef __CLIENT__ Mus_Stop(); #endif } #undef S_PauseMusic void S_PauseMusic(dd_bool paused) { #ifdef __CLIENT__ Mus_Pause(paused); #else DENG2_UNUSED(paused); #endif } /** * Draws debug information on-screen. */ void S_Drawer(void) { #ifdef __CLIENT__ if(!showSoundInfo) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Go into screen projection mode. glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); Sfx_DebugInfo(); // Back to the original. glMatrixMode(GL_PROJECTION); glPopMatrix(); #endif // __CLIENT__ } /** * Console command for playing a (local) sound effect. */ D_CMD(PlaySound) { DENG2_UNUSED(src); coord_t fixedPos[3]; dd_bool useFixedPos = false; float volume = 1; int p, id = 0; if(argc < 2) { LOG_SCR_NOTE("Usage: %s (id) (volume) at (x) (y) (z)") << argv[0]; LOG_SCR_MSG("(volume) must be in 0..1, but may be omitted."); LOG_SCR_MSG("'at (x) (y) (z)' may also be omitted."); LOG_SCR_MSG("The sound is always played locally."); return true; } // The sound ID is always first. id = Def_GetSoundNum(argv[1]); // The second argument may be a volume. if(argc >= 3 && stricmp(argv[2], "at")) { volume = strtod(argv[2], NULL); p = 3; } else { p = 2; } if(argc >= p + 4 && !stricmp(argv[p], "at")) { useFixedPos = true; fixedPos[VX] = strtod(argv[p + 1], NULL); fixedPos[VY] = strtod(argv[p + 2], NULL); fixedPos[VZ] = strtod(argv[p + 3], NULL); } // Check that the volume is valid. if(volume <= 0) return true; if(volume > 1) volume = 1; if(useFixedPos) S_LocalSoundAtVolumeFrom(id, NULL, fixedPos, volume); else S_LocalSoundAtVolume(id, NULL, volume); return true; } DENG_DECLARE_API(S) = { { DE_API_SOUND }, S_MapChange, S_LocalSoundAtVolumeFrom, S_LocalSoundAtVolume, S_LocalSound, S_LocalSoundFrom, S_StartSound, S_StartSoundEx, S_StartSoundAtVolume, S_ConsoleSound, S_StopSound, S_StopSound2, S_IsPlaying, S_StartMusic, S_StartMusicNum, S_StopMusic, S_PauseMusic }; doomsday-1.14.5/doomsday/client/src/audio/m_mus2midi.cpp0000664000175000017500000002150112350542237022445 0ustar jaakkojaakko/** @file m_mus2midi.cpp MUS to MIDI conversion. * @ingroup audio * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de_platform.h" #include "con_main.h" #include "api_filesys.h" #include "filesys/fs_util.h" #include "audio/m_mus2midi.h" // MUS event types. enum { MUS_EV_RELEASE_NOTE, MUS_EV_PLAY_NOTE, MUS_EV_PITCH_WHEEL, MUS_EV_SYSTEM, ///< Valueless controller. MUS_EV_CONTROLLER, MUS_EV_FIVE, MUS_EV_SCORE_END, MUS_EV_SEVEN }; // MUS controllers. enum { MUS_CTRL_INSTRUMENT, MUS_CTRL_BANK, MUS_CTRL_MODULATION, MUS_CTRL_VOLUME, MUS_CTRL_PAN, MUS_CTRL_EXPRESSION, MUS_CTRL_REVERB, MUS_CTRL_CHORUS, MUS_CTRL_SUSTAIN_PEDAL, MUS_CTRL_SOFT_PEDAL, // The valueless controllers. MUS_CTRL_SOUNDS_OFF, MUS_CTRL_NOTES_OFF, MUS_CTRL_MONO, MUS_CTRL_POLY, MUS_CTRL_RESET_ALL, NUM_MUS_CTRLS }; #pragma pack(1) struct mus_header { char ID[4]; ///< Identifier "MUS" 0x1A. ushort scoreLen; ushort scoreStart; ushort channels; ///< Number of primary channels. ushort secondaryChannels; ///< Number of secondary channels. ushort instrCnt; ushort padding; // The instrument list begins here. }; #pragma pack() typedef struct mus_event_s { byte channel; byte ev; // event. byte last; } mus_event_t; typedef struct midi_event_s { uint deltaTime; byte command; byte size; byte parms[2]; } midi_event_t; static int readTime; // In ticks. static byte* readPos; static byte chanVols[16]; // Last volume for each channel. static char ctrlMus2Midi[NUM_MUS_CTRLS] = { 0, ///< Not used. 0, ///< Bank select. 1, ///< Modulation. 7, ///< Volume. 10, ///< Pan. 11, ///< Expression. 91, ///< Reverb. 93, ///< Chorus. 64, ///< Sustain pedal. 67, ///< Soft pedal. // The valueless controllers: 120, ///< All sounds off. 123, ///< All notes off. 126, ///< Mono. 127, ///< Poly. 121 ///< Reset all controllers. }; static dd_bool getNextEvent(midi_event_t* ev) { int i; mus_event_t evDesc; byte musEvent; ev->deltaTime = readTime; readTime = 0; musEvent = *readPos++; evDesc.channel = musEvent & 0xf; evDesc.ev = (musEvent >> 4) & 0x7; evDesc.last = (musEvent >> 7) & 0x1; ev->command = 0; ev->size = 0; memset(ev->parms, 0, sizeof(ev->parms)); // Construct the MIDI event. switch(evDesc.ev) { case MUS_EV_PLAY_NOTE: ev->command = 0x90; ev->size = 2; // Which note? ev->parms[0] = *readPos++; // Is the volume there, too? if(ev->parms[0] & 0x80) chanVols[evDesc.channel] = *readPos++; ev->parms[0] &= 0x7f; if((i = chanVols[evDesc.channel]) > 127) i = 127; ev->parms[1] = i; break; case MUS_EV_RELEASE_NOTE: ev->command = 0x80; ev->size = 2; // Which note? ev->parms[0] = *readPos++; break; case MUS_EV_CONTROLLER: ev->command = 0xb0; ev->size = 2; ev->parms[0] = *readPos++; ev->parms[1] = *readPos++; // The instrument control is mapped to another kind of MIDI event. if(ev->parms[0] == MUS_CTRL_INSTRUMENT) { ev->command = 0xc0; ev->size = 1; ev->parms[0] = ev->parms[1]; } else { // Use the conversion table. ev->parms[0] = ctrlMus2Midi[ev->parms[0]]; } break; // 2 bytes, 14 bit value. 0x2000 is the center. // First seven bits go to parm1, the rest to parm2. case MUS_EV_PITCH_WHEEL: ev->command = 0xe0; ev->size = 2; i = *readPos++ << 6; ev->parms[0] = i & 0x7f; ev->parms[1] = i >> 7; break; case MUS_EV_SYSTEM: // Is this ever used? ev->command = 0xb0; ev->size = 2; ev->parms[0] = ctrlMus2Midi[*readPos++]; break; case MUS_EV_SCORE_END: // We're done. return false; default: LOG_RES_WARNING("Invalid MUS format music data"); LOGDEV_RES_WARNING("Unknown MUS event %d while converting MUS to MIDI") << evDesc.ev; return false; } // Choose the channel. i = evDesc.channel; // Redirect MUS channel 16 to MIDI channel 10 (percussion). if(i == 15) i = 9; else if(i == 9) i = 15; ev->command |= i; // Check if this was the last event in a group. if(!evDesc.last) return true; // Read the time delta. readTime = 0; do { i = *readPos++; readTime = (readTime << 7) + (i & 0x7f); } while(i & 0x80); return true; } dd_bool M_Mus2Midi(void* data, size_t length, const char* outFile) { unsigned char buffer[80]; int i, trackSizeOffset, trackSize; struct mus_header* header; ddstring_t nativePath; midi_event_t ev; FILE* file; DENG_UNUSED(length); LOG_AS("M_Mus2Midi"); if(!outFile || !outFile[0]) return false; Str_Init(&nativePath); Str_Set(&nativePath, outFile); F_ToNativeSlashes(&nativePath, &nativePath); /// @todo Reimplement using higher level methods for file IO. file = fopen(Str_Text(&nativePath), "wb"); if(!file) { LOG_RES_WARNING("Failed opening output file \"%s\"") << F_PrettyPath(Str_Text(&nativePath)); Str_Free(&nativePath); return false; } Str_Free(&nativePath); // Start with the MIDI header. strcpy((char*)buffer, "MThd"); fwrite(buffer, 4, 1, file); // Header size. memset(buffer, 0, 3); buffer[3] = 6; fwrite(buffer, 4, 1, file); // Format (single track). buffer[0] = 0; buffer[1] = 0; // Number of tracks. buffer[2] = 0; buffer[3] = 1; // Delta ticks per quarter note (140). buffer[4] = 0; buffer[5] = 140; fwrite(buffer, 6, 1, file); // Track header. strcpy((char*)buffer, "MTrk"); fwrite(buffer, 4, 1, file); // Length of the track in bytes. memset(buffer, 0, 4); trackSizeOffset = ftell(file); fwrite(buffer, 4, 1, file); // Updated later. // The first MIDI ev sets the tempo. buffer[0] = 0; // No delta ticks. buffer[1] = 0xff; buffer[2] = 0x51; buffer[3] = 3; buffer[4] = 0xf; // Exactly one second per quarter note. buffer[5] = 0x42; buffer[6] = 0x40; fwrite(buffer, 7, 1, file); header = (struct mus_header *) data; readPos = (byte*)data + USHORT(header->scoreStart); readTime = 0; // Init channel volumes. for(i = 0; i < 16; ++i) chanVols[i] = 64; while(getNextEvent(&ev)) { // Delta time. Split into 7-bit segments. if(ev.deltaTime == 0) { buffer[0] = 0; fwrite(buffer, 1, 1, file); } else { i = -1; while(ev.deltaTime > 0) { buffer[++i] = ev.deltaTime & 0x7f; if(i > 0) buffer[i] |= 0x80; ev.deltaTime >>= 7; } // The bytes are written starting from the MSB. for(; i >= 0; --i) fwrite(&buffer[i], 1, 1, file); } // The ev data. fwrite(&ev.command, 1, 1, file); fwrite(&ev.parms, 1, ev.size, file); } // End of track. buffer[0] = 0; buffer[1] = 0xff; buffer[2] = 0x2f; buffer[3] = 0; fwrite(buffer, 4, 1, file); // All the MIDI data has now been written. Update the track length. trackSize = ftell(file) - trackSizeOffset - 4; fseek(file, trackSizeOffset, SEEK_SET); buffer[3] = trackSize & 0xff; buffer[2] = (trackSize >> 8) & 0xff; buffer[1] = (trackSize >> 16) & 0xff; buffer[0] = trackSize >> 24; fwrite(buffer, 4, 1, file); fclose(file); return true; // Success! } doomsday-1.14.5/doomsday/client/src/def_main.cpp0000664000175000017500000022646712350542237021063 0ustar jaakkojaakko/** @file def_main.cpp Definitions Subsystem. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_DEFINITIONS #include "de_base.h" #include "def_main.h" #include "de_system.h" #include "de_platform.h" #include "de_console.h" #include "de_audio.h" #include "de_misc.h" #include "de_graphics.h" #include "de_ui.h" #include "de_filesys.h" #include "de_resource.h" #include "Generator" #ifdef __CLIENT__ # include "render/rend_particle.h" #endif #include "api_def.h" // XGClass.h is actually a part of the engine. #include "../../../plugins/common/include/xgclass.h" #include #include #include #include using namespace de; #define LOOPi(n) for(i = 0; i < (n); ++i) #define LOOPk(n) for(k = 0; k < (n); ++k) typedef struct { char* name; // Name of the routine. void (*func)(); // Pointer to the function. } actionlink_t; void Def_ReadProcessDED(const char* filename); ded_t defs; // The main definitions database. dd_bool firstDED; sprname_t* sprNames; // Sprite name list. ded_count_t countSprNames; state_t* states; // State list. ded_count_t countStates; mobjinfo_t* mobjInfo; // Map object info database. ded_count_t countMobjInfo; sfxinfo_t* sounds; // Sound effect list. ded_count_t countSounds; ddtext_t* texts; // Text list. ded_count_t countTexts; mobjinfo_t** stateOwners; // A pointer for each State. ded_count_t countStateOwners; ded_light_t** stateLights; // A pointer for each State. ded_count_t countStateLights; ded_ptcgen_t** statePtcGens; // A pointer for each State. ded_count_t countStatePtcGens; static dd_bool defsInited = false; static mobjinfo_t* gettingFor; xgclass_t nullXgClassLinks; // Used when none defined. xgclass_t* xgClassLinks; /** * Retrieves the XG Class list from the Game. * XGFunc links are provided by the Game, who owns the actual * XG classes and their functions. */ int Def_GetGameClasses(void) { xgClassLinks = 0; if(gx.GetVariable) xgClassLinks = (xgclass_t*) gx.GetVariable(DD_XGFUNC_LINK); if(!xgClassLinks) { memset(&nullXgClassLinks, 0, sizeof(nullXgClassLinks)); xgClassLinks = &nullXgClassLinks; } return 1; } /** * Initializes the definition databases. */ void Def_Init(void) { sprNames = 0; DED_ZCount(&countSprNames); mobjInfo = 0; DED_ZCount(&countMobjInfo); states = 0; DED_ZCount(&countStates); sounds = 0; DED_ZCount(&countSounds); texts = 0; DED_ZCount(&countTexts); stateOwners = 0; DED_ZCount(&countStateOwners); statePtcGens = 0; DED_ZCount(&countStatePtcGens); stateLights = 0; DED_ZCount(&countStateLights); DED_Init(&defs); } void Def_Destroy(void) { int i; // To make sure... DED_Clear(&defs); DED_Init(&defs); // Destroy the databases. DED_DelArray((void**) &sprNames, &countSprNames); DED_DelArray((void**) &states, &countStates); DED_DelArray((void**) &mobjInfo, &countMobjInfo); for(i = 0; i < countSounds.num; ++i) { Str_Free(&sounds[i].external); } DED_DelArray((void**) &sounds, &countSounds); DED_DelArray((void**) &texts, &countTexts); DED_DelArray((void**) &stateOwners, &countStateOwners); DED_DelArray((void**) &statePtcGens, &countStatePtcGens); DED_DelArray((void**) &stateLights, &countStateLights); defsInited = false; } spritenum_t Def_GetSpriteNum(char const *name) { if(name && name[0]) { for(int i = 0; i < countSprNames.num; ++i) { if(!stricmp(sprNames[i].name, name)) return i; } } return -1; // Not found. } int Def_GetMobjNum(const char* id) { int i; if(!id || !id[0]) return -1; for(i = 0; i < defs.count.mobjs.num; ++i) if(!stricmp(defs.mobjs[i].id, id)) return i; return -1; } int Def_GetMobjNumForName(const char* name) { int i; if(!name || !name[0]) return -1; for(i = defs.count.mobjs.num -1; i >= 0; --i) if(!stricmp(defs.mobjs[i].name, name)) return i; return -1; } const char* Def_GetMobjName(int num) { if(num < 0) return "(<0)"; if(num >= defs.count.mobjs.num) return "(>mobjtypes)"; return defs.mobjs[num].id; } state_t *Def_GetState(int num) { if(num >= 0 && num < defs.count.states.num) { return states + num; } return 0; // Not found. } int Def_GetStateNum(const char* id) { int idx = -1; if(id && id[0] && defs.count.states.num) { int i = 0; do { if(!stricmp(defs.states[i].id, id)) idx = i; } while(idx == -1 && ++i < defs.count.states.num); } return idx; } int Def_GetModelNum(const char* id) { int idx = -1; if(id && id[0] && !defs.models.empty()) { int i = 0; do { if(!stricmp(defs.models[i].id, id)) idx = i; } while(idx == -1 && ++i < (int)defs.models.size()); } return idx; } int Def_GetSoundNum(const char* id) { int idx = -1; if(id && id[0] && defs.count.sounds.num) { int i = 0; do { if(!stricmp(defs.sounds[i].id, id)) idx = i; } while(idx == -1 && ++i < defs.count.sounds.num); } return idx; } /** * Looks up a sound using the Name key. If the name is not found, returns * the NULL sound index (zero). */ int Def_GetSoundNumForName(const char* name) { int i; if(!name || !name[0]) return -1; for(i = 0; i < defs.count.sounds.num; ++i) if(!stricmp(defs.sounds[i].name, name)) return i; return 0; } ded_music_t* Def_GetMusic(char const *id) { if(id && id[0] && defs.count.music.num) { for(int i = 0; i < defs.count.music.num; ++i) { if(!stricmp(defs.music[i].id, id)) { return &defs.music[i]; } } } return 0; } int Def_GetMusicNum(const char* id) { int idx = -1; if(id && id[0] && defs.count.music.num) { int i = 0; do { if(!stricmp(defs.music[i].id, id)) idx = i; } while(idx == -1 && ++i < defs.count.music.num); } return idx; } acfnptr_t Def_GetActionPtr(const char* name) { actionlink_t* linkIt; if(!name || !name[0]) return 0; if(!App_GameLoaded()) return 0; // Action links are provided by the game, who owns the actual action functions. for(linkIt = (actionlink_t*) gx.GetVariable(DD_ACTION_LINK); linkIt && linkIt->name; linkIt++) { actionlink_t* link = linkIt; if(!stricmp(name, link->name)) return link->func; } return 0; } int Def_GetActionNum(const char* name) { if(name && name[0] && App_GameLoaded()) { // Action links are provided by the game, who owns the actual action functions. actionlink_t* links = (actionlink_t*) gx.GetVariable(DD_ACTION_LINK); actionlink_t* linkIt; for(linkIt = links; linkIt && linkIt->name; linkIt++) { actionlink_t* link = linkIt; if(!stricmp(name, link->name)) return linkIt - links; } } return -1; // Not found. } ded_value_t* Def_GetValueById(char const* id) { if(!id || !id[0]) return NULL; // Read backwards to allow patching. for(int i = defs.count.values.num - 1; i >= 0; i--) { if(!stricmp(defs.values[i].id, id)) return defs.values + i; } return 0; } ded_value_t* Def_GetValueByUri(struct uri_s const *_uri) { if(!_uri) return 0; de::Uri const& uri = reinterpret_cast(*_uri); if(uri.scheme().compareWithoutCase("Values")) return 0; return Def_GetValueById(uri.pathCStr()); } ded_mapinfo_t* Def_GetMapInfo(struct uri_s const *_uri) { if(!_uri) return 0; de::Uri const& uri = reinterpret_cast(*_uri); for(int i = defs.count.mapInfo.num - 1; i >= 0; i--) { if(defs.mapInfo[i].uri && uri == reinterpret_cast(*defs.mapInfo[i].uri)) return defs.mapInfo + i; } return 0; } ded_sky_t* Def_GetSky(char const* id) { if(!id || !id[0]) return NULL; for(int i = defs.count.skies.num - 1; i >= 0; i--) { if(!stricmp(defs.skies[i].id, id)) return defs.skies + i; } return NULL; } static ded_material_t* findMaterialDef(de::Uri const& uri) { for(int i = defs.count.materials.num - 1; i >= 0; i--) { ded_material_t* def = &defs.materials[i]; if(!def->uri || uri != reinterpret_cast(*def->uri)) continue; return def; } return NULL; } ded_material_t* Def_GetMaterial(char const* uriCString) { ded_material_t* def = NULL; if(uriCString && uriCString[0]) { de::Uri uri = de::Uri(uriCString, RC_NULL); if(uri.scheme().isEmpty()) { // Caller doesn't care which scheme - use a priority search order. de::Uri temp = de::Uri(uri); temp.setScheme("Sprites"); def = findMaterialDef(temp); if(!def) { temp.setScheme("Textures"); def = findMaterialDef(temp); } if(!def) { temp.setScheme("Flats"); def = findMaterialDef(temp); } } if(!def) { def = findMaterialDef(uri); } } return def; } static ded_compositefont_t* findCompositeFontDef(de::Uri const& uri) { for(int i = defs.count.compositeFonts.num - 1; i >= 0; i--) { ded_compositefont_t* def = &defs.compositeFonts[i]; if(!def->uri || uri != reinterpret_cast(*def->uri)) continue; return def; } return NULL; } ded_compositefont_t* Def_GetCompositeFont(char const* uriCString) { ded_compositefont_t* def = NULL; if(uriCString && uriCString[0]) { de::Uri uri = de::Uri(uriCString, RC_NULL); if(uri.scheme().isEmpty()) { // Caller doesn't care which scheme - use a priority search order. de::Uri temp = de::Uri(uri); temp.setScheme("Game"); def = findCompositeFontDef(temp); if(!def) { temp.setScheme("System"); def = findCompositeFontDef(temp); } } if(!def) { def = findCompositeFontDef(uri); } } return def; } /// @todo $revise-texture-animation ded_decor_t *Def_GetDecoration(uri_s const *uri, /*bool hasExternal,*/ bool isCustom) { DENG_ASSERT(uri); ded_decor_t *def; int i; for(i = defs.count.decorations.num - 1, def = defs.decorations + i; i >= 0; i--, def--) { if(def->material && Uri_Equality(def->material, uri)) { // Is this suitable? if(Def_IsAllowedDecoration(def, /*hasExternal,*/ isCustom)) return def; } } return 0; // None found. } /// @todo $revise-texture-animation ded_reflection_t *Def_GetReflection(uri_s const *uri, /* bool hasExternal,*/ bool isCustom) { DENG_ASSERT(uri); ded_reflection_t *def; int i; for(i = defs.count.reflections.num - 1, def = defs.reflections + i; i >= 0; i--, def--) { if(def->material && Uri_Equality(def->material, uri)) { // Is this suitable? if(Def_IsAllowedReflection(def, /*hasExternal,*/ isCustom)) return def; } } return 0; // None found. } /// @todo $revise-texture-animation ded_detailtexture_t *Def_GetDetailTex(uri_s const *uri, /*bool hasExternal,*/ bool isCustom) { DENG_ASSERT(uri); ded_detailtexture_t *def; int i; for(i = defs.count.details.num - 1, def = defs.details + i; i >= 0; i--, def--) { if(def->material1 && Uri_Equality(def->material1, uri)) { // Is this suitable? if(Def_IsAllowedDetailTex(def, /*hasExternal,*/ isCustom)) return def; } if(def->material2 && Uri_Equality(def->material2, uri)) { // Is this suitable? if(Def_IsAllowedDetailTex(def, /*hasExternal,*/ isCustom)) return def; } } return 0; // None found. } ded_ptcgen_t *Def_GetGenerator(de::Uri const &uri) { if(uri.isEmpty()) return 0; ded_ptcgen_t *def = defs.ptcGens; for(int i = 0; i < defs.count.ptcGens.num; ++i, def++) { if(!def->material) continue; // Is this suitable? if(reinterpret_cast(*def->material) == uri) return def; #if 0 /// @todo $revise-texture-animation if(def->flags & PGF_GROUP) { /** * Generator triggered by all materials in the (animation) group. * A search is necessary only if we know both the used material and * the specified material in this definition are in *a* group. */ if(Material_IsGroupAnimated(defMat) && Material_IsGroupAnimated(mat) && &Material_AnimGroup(defMat) == &Material_AnimGroup(mat)) { // Both are in this group! This def will do. return def; } } #endif } return 0; // None found. } ded_ptcgen_t *Def_GetGenerator(uri_s const *uri) { if(!uri) return 0; return Def_GetGenerator(reinterpret_cast(*uri)); } ded_ptcgen_t* Def_GetDamageGenerator(int mobjType) { // Search for a suitable definition. ded_ptcgen_t *def = defs.ptcGens; for(int i = 0; i < defs.count.ptcGens.num; ++i, def++) { // It must be for this type of mobj. if(def->damageNum == mobjType) return def; } return 0; } ded_flag_t *Def_GetFlag(char const *flag) { if(!flag || !flag[0]) return 0; for(int i = defs.count.flags.num - 1; i >= 0; i--) { if(!stricmp(defs.flags[i].id, flag)) return defs.flags + i; } return 0; } /** * Attempts to retrieve a flag by its prefix and value. * Returns a ptr to the text string of the first flag it * finds that matches the criteria, else NULL. */ const char* Def_GetFlagTextByPrefixVal(const char* prefix, int val) { int i; for(i = defs.count.flags.num - 1; i >= 0; i--) { if(strnicmp(defs.flags[i].id, prefix, strlen(prefix)) == 0 && defs.flags[i].value == val) return defs.flags[i].text; } return NULL; } int Def_EvalFlags2(char const *ptr) { LOG_AS("Def_EvalFlags"); int value = 0; while(*ptr) { ptr = M_SkipWhite(const_cast(ptr)); int flagNameLength = M_FindWhite(const_cast(ptr)) - ptr; String flagName(ptr, flagNameLength); ptr += flagNameLength; if(ded_flag_t *flag = Def_GetFlag(flagName.toUtf8().constData())) { value |= flag->value; } else { LOG_RES_WARNING("Flag '%s' is not defined (or used out of context)") << flagName; } } return value; } #undef Def_EvalFlags int Def_EvalFlags(char *ptr) { return Def_EvalFlags2(const_cast(ptr)); } int Def_GetTextNumForName(const char* name) { int idx = -1; if(name && name[0] && defs.count.text.num) { int i = 0; do { if(!stricmp(defs.text[i].id, name)) idx = i; } while(idx == -1 && ++i < defs.count.text.num); } return idx; } /** * The following escape sequences are un-escaped: * 
 *     \\n   Newline
 *     \\r   Carriage return
 *     \\t   Tab
 *     \\\_   Space
 *     \\s   Space
 *
*/ static void Def_InitTextDef(ddtext_t* txt, char const* str) { // Handle null pointers with "". if(!str) str = ""; txt->text = (char*) M_Calloc(strlen(str) + 1); char const* in = str; char* out = txt->text; for(; *in; out++, in++) { if(*in == '\\') { in++; if(*in == 'n') *out = '\n'; // Newline. else if(*in == 'r') *out = '\r'; // Carriage return. else if(*in == 't') *out = '\t'; // Tab. else if(*in == '_' || *in == 's') *out = ' '; // Space. else { *out = *in; } } else { *out = *in; } } // Adjust buffer to fix exactly. txt->text = (char*) M_Realloc(txt->text, strlen(txt->text) + 1); } void Def_ReadProcessDED(char const* path) { LOG_AS("Def_ReadProcessDED"); if(!path || !path[0]) return; de::Uri path_ = de::Uri(path, RC_NULL); if(!App_FileSystem().accessFile(path_)) { LOG_RES_WARNING("\"%s\" not found!") << NativePath(path_.asText()).pretty(); return; } // We use the File Ids to prevent loading the same files multiple times. if(!App_FileSystem().checkFileId(path_)) { // Already handled. LOG_RES_XVERBOSE("\"%s\" has already been read") << NativePath(path_.asText()).pretty(); return; } if(!DED_Read(&defs, path)) { Con_Error("Def_ReadProcessDED: %s\n", dedReadError); } } /** * Prints a count with a 2-space indentation. */ static de::String defCountMsg(int count, de::String const &label) { if(!verbose && !count) return ""; // Don't print zeros if not verbose. return de::String(_E(Ta) " %1 " _E(Tb) "%2\n").arg(count).arg(label); } /** * Read all DD_DEFNS lumps in the primary lump index. */ static void Def_ReadLumpDefs() { LOG_AS("Def_ReadLumpDefs"); int numProcessedLumps = 0; LumpIndex const &lumpIndex = App_FileSystem().nameIndex(); for(lumpnum_t i = 0; i < lumpIndex.size(); ++i) { de::File1 const& lump = lumpIndex.lump(i); if(!lump.name().beginsWith("DD_DEFNS", Qt::CaseInsensitive)) continue; numProcessedLumps += 1; if(!DED_ReadLump(&defs, i)) { QByteArray path = NativePath(lump.container().composePath()).pretty().toUtf8(); Con_Error("Def_ReadLumpDefs: Parse error reading \"%s:DD_DEFNS\".\n", path.constData()); } } if(verbose && numProcessedLumps > 0) { LOG_RES_NOTE("Processed %i %s") << numProcessedLumps << (numProcessedLumps != 1 ? "lumps" : "lump"); } } /** * Uses gettingFor. Initializes the state-owners information. */ int Def_StateForMobj(const char* state) { int num = Def_GetStateNum(state); int st, count = 16; if(num < 0) num = 0; // State zero is the NULL state. if(num > 0) { stateOwners[num] = gettingFor; // Scan forward at most 'count' states, or until we hit a state with // an owner, or the NULL state. for(st = states[num].nextState; st > 0 && count-- && !stateOwners[st]; st = states[st].nextState) { stateOwners[st] = gettingFor; } } return num; } int Def_GetIntValue(char* val, int* returned_val) { char* data; // First look for a DED Value if(Def_Get(DD_DEF_VALUE, val, &data) >= 0) { *returned_val = strtol(data, 0, 0); return true; } // Convert the literal string *returned_val = strtol(val, 0, 0); return false; } static void readDefinitionFile(String path) { if(path.isEmpty()) return; QByteArray pathUtf8 = path.toUtf8(); LOG_RES_VERBOSE("Reading \"%s\"") << F_PrettyPath(pathUtf8.constData()); Def_ReadProcessDED(pathUtf8); } static void readAllDefinitions() { de::Time begunAt; /* * Start with engine's own top-level definition file. */ String foundPath = App_FileSystem().findPath(de::Uri("doomsday.ded", RC_DEFINITION), RLF_DEFAULT, App_ResourceClass(RC_DEFINITION)); foundPath = App_BasePath() / foundPath; // Ensure the path is absolute. readDefinitionFile(foundPath); /* * Now any definition files required by the game on load. */ if(App_GameLoaded()) { Game::Manifests const& gameResources = App_CurrentGame().manifests(); int packageIdx = 0; for(Game::Manifests::const_iterator i = gameResources.find(RC_DEFINITION); i != gameResources.end() && i.key() == RC_DEFINITION; ++i, ++packageIdx) { ResourceManifest &record = **i; /// Try to locate this resource now. QString const &path = record.resolvedPath(true/*try to locate*/); if(path.isEmpty()) { QByteArray names = record.names().join(";").toUtf8(); Con_Error("readAllDefinitions: Error, failed to locate required game definition \"%s\".", names.constData()); } readDefinitionFile(path); } } /* * Next up are definition files in the games' /auto directory. */ if(!CommandLine_Exists("-noauto") && App_GameLoaded()) { FS1::PathList foundPaths; if(App_FileSystem().findAllPaths(de::Uri("$(App.DefsPath)/$(GamePlugin.Name)/auto/*.ded", RC_NULL).resolved(), 0, foundPaths)) { foreach(FS1::PathListItem const &found, foundPaths) { // Ignore directories. if(found.attrib & A_SUBDIR) continue; readDefinitionFile(found.path); } } } /* * Next up are any definition files specified on the command line. */ AutoStr *buf = AutoStr_NewStd(); for(int p = 0; p < CommandLine_Count(); ++p) { char const *arg = CommandLine_At(p); if(!CommandLine_IsMatchingAlias("-def", arg) && !CommandLine_IsMatchingAlias("-defs", arg)) continue; while(++p != CommandLine_Count() && !CommandLine_IsOption(p)) { char const *searchPath = CommandLine_PathAt(p); Str_Clear(buf); Str_Set(buf, searchPath); F_FixSlashes(buf, buf); F_ExpandBasePath(buf, buf); // We must have an absolute path. If we still do not have one then // prepend the current working directory if necessary. F_PrependWorkPath(buf, buf); readDefinitionFile(String(Str_Text(buf))); } p--; /* For ArgIsOption(p) necessary, for p==Argc() harmless */ } /* * Last up are any DD_DEFNS definition lumps from loaded add-ons. */ Def_ReadLumpDefs(); LOG_RES_VERBOSE("readAllDefinitions: Completed in %.2f seconds") << begunAt.since(); } static AnimGroup const *findAnimGroupForTexture(TextureManifest &textureManifest) { // Group ids are 1-based. // Search backwards to allow patching. for(int i = App_ResourceSystem().animGroupCount(); i > 0; i--) { AnimGroup *animGroup = App_ResourceSystem().animGroup(i); if(animGroup->hasFrameFor(textureManifest)) { return animGroup; } } return 0; // Not found. } static void defineFlaremap(de::Uri const &resourceUri) { if(resourceUri.isEmpty()) return; // Reference to none? if(!resourceUri.path().toStringRef().compareWithoutCase("-")) return; // Reference to a "built-in" flaremap? String const &resourcePathStr = resourceUri.path().toStringRef(); if(resourcePathStr.length() == 1 && resourcePathStr.first() >= '0' && resourcePathStr.first() <= '4') return; App_ResourceSystem().defineTexture("Flaremaps", resourceUri); } static void defineLightmap(de::Uri const &resourceUri) { if(resourceUri.isEmpty()) return; // Reference to none? if(!resourceUri.path().toStringRef().compareWithoutCase("-")) return; App_ResourceSystem().defineTexture("Lightmaps", resourceUri); } static void generateMaterialDefForTexture(TextureManifest &manifest) { LOG_AS("generateMaterialDefForTexture"); de::Uri texUri = manifest.composeUri(); int matIdx = DED_AddMaterial(&defs, 0); ded_material_t *mat = &defs.materials[matIdx]; mat->autoGenerated = true; mat->uri = reinterpret_cast(new de::Uri(DD_MaterialSchemeNameForTextureScheme(texUri.scheme()), texUri.path())); if(manifest.hasTexture()) { Texture &tex = manifest.texture(); mat->width = tex.width(); mat->height = tex.height(); mat->flags = (tex.isFlagged(Texture::NoDraw)? Material::NoDraw : 0); } else { LOGDEV_RES_MSG("Texture \"%s\" not yet defined, resultant Material will inherit dimensions") << texUri; } // The first stage is implicit. int layerIdx = DED_AddMaterialLayerStage(&mat->layers[0]); ded_material_layer_stage_t *st = &mat->layers[0].stages[layerIdx]; DENG_ASSERT(st != 0); st->texture = reinterpret_cast(new de::Uri(texUri)); // Is there an animation for this? AnimGroup const *anim = findAnimGroupForTexture(manifest); if(anim && anim->frameCount() > 1) { AnimGroupFrame const *animFrame; // Determine the start frame. int startFrame = 0; while(&anim->frame(startFrame).textureManifest() != &manifest) { startFrame++; } // Just animate the first in the sequence? if(startFrame && (anim->flags() & AGF_FIRST_ONLY)) return; // Complete configuration of the first stage. animFrame = &anim->frame(startFrame); st->tics = animFrame->tics() + animFrame->randomTics(); if(animFrame->randomTics()) { st->variance = animFrame->randomTics() / float( st->tics ); } // Add further stages according to the animation group. startFrame++; for(int i = 0; i < anim->frameCount() - 1; ++i) { int frame = de::wrap(startFrame + i, 0, anim->frameCount()); animFrame = &anim->frame(frame); TextureManifest &frameManifest = animFrame->textureManifest(); int layerIdx = DED_AddMaterialLayerStage(&mat->layers[0]); ded_material_layer_stage_t *st = &mat->layers[0].stages[layerIdx]; st->texture = reinterpret_cast(new de::Uri(frameManifest.composeUrn())); st->tics = animFrame->tics() + animFrame->randomTics(); if(animFrame->randomTics()) { st->variance = animFrame->randomTics() / float( st->tics ); } } } } static void generateMaterialDefsForAllTexturesInScheme(String schemeName) { TextureScheme &scheme = App_ResourceSystem().textureScheme(schemeName); PathTreeIterator iter(scheme.index().leafNodes()); while(iter.hasNext()) { generateMaterialDefForTexture(iter.next()); } } static void generateMaterialDefs() { generateMaterialDefsForAllTexturesInScheme("Textures"); generateMaterialDefsForAllTexturesInScheme("Flats"); generateMaterialDefsForAllTexturesInScheme("Sprites"); } static ded_group_t *findGroupDefByFrameTextureUri(de::Uri const &uri) { if(uri.isEmpty()) return 0; // Reverse iteration (later defs override earlier ones). for(int i = defs.count.groups.num; i--> 0; ) { ded_group_t &grp = defs.groups[i]; // We aren't interested in precache groups. if(grp.flags & AGF_PRECACHE) continue; // Or empty/single-frame groups. if(grp.count.num < 2) continue; for(int k = 0; k < grp.count.num; ++k) { ded_group_member_t &gm = grp.members[k]; if(!gm.material) continue; if(reinterpret_cast(*gm.material) == uri) { // Found one. return &grp; } // Only animate if the first frame in the group? if(grp.flags & AGF_FIRST_ONLY) break; } } return 0; // Not found. } static void rebuildMaterialLayers(Material &material, ded_material_t const &def) { material.clearLayers(); for(int i = 0; i < DED_MAX_MATERIAL_LAYERS; ++i) { material.newLayer(&def.layers[i]); } if(material.layerCount() && material.layers()[0]->stageCount()) { Material::Layer *layer0 = material.layers()[0]; Material::Layer::Stage *stage0 = layer0->stages()[0]; if(stage0->texture) { // We may need to interpret the layer animation from the now // deprecated Group definitions. if(def.autoGenerated && layer0->stageCount() == 1) { de::Uri textureUri(stage0->texture->manifest().composeUri()); // Possibly; see if there is a compatible definition with // a member named similarly to the texture for layer #0. if(ded_group_t const *grp = findGroupDefByFrameTextureUri(textureUri)) { // Determine the start frame. int startFrame = 0; while(!grp->members[startFrame].material || reinterpret_cast(*grp->members[startFrame].material) != textureUri) { startFrame++; } // Configure the first stage. ded_group_member_t const &gm0 = grp->members[startFrame]; stage0->tics = gm0.tics; stage0->variance = gm0.randomTics / float( gm0.tics ); // Add further stages for each frame in the group. startFrame++; for(int i = 0; i < grp->count.num - 1; ++i) { int frame = de::wrap(startFrame + i, 0, grp->count.num); ded_group_member_t const &gm = grp->members[frame]; if(!gm.material) continue; try { Texture &texture = App_ResourceSystem().texture(reinterpret_cast(*gm.material)); layer0->addStage(Material::Layer::Stage(&texture, gm.tics, gm.randomTics / float( gm.tics ))); } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } } } if(!material.isDetailed()) { // Are there Detail definitions we need to produce a layer for? Material::DetailLayer *dlayer = 0; for(int i = 0; i < layer0->stageCount(); ++i) { Material::Layer::Stage *stage = layer0->stages()[i]; de::Uri textureUri(stage->texture->manifest().composeUri()); ded_detailtexture_t const *detailDef = Def_GetDetailTex(reinterpret_cast(&textureUri), /*UNKNOWN VALUE,*/ material.manifest().isCustom()); if(!detailDef || !detailDef->stage.texture) continue; if(!dlayer) { // Add a new detail layer. dlayer = material.newDetailLayer(detailDef); } else { // Add a new stage. try { Texture &texture = App_ResourceSystem().textureScheme("Details").findByResourceUri(*reinterpret_cast(detailDef->stage.texture)).texture(); dlayer->addStage(Material::DetailLayer::Stage(&texture, stage->tics, stage->variance, detailDef->stage.scale, detailDef->stage.strength, detailDef->stage.maxDistance)); if(dlayer->stageCount() == 2) { // Update the first stage with timing info. Material::Layer::Stage const *stage0 = layer0->stages()[0]; Material::DetailLayer::Stage *dstage0 = dlayer->stages()[0]; dstage0->tics = stage0->tics; dstage0->variance = stage0->variance; } } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } } } if(!material.isShiny()) { // Are there Reflection definition we need to produce a layer for? Material::ShineLayer *slayer = 0; for(int i = 0; i < layer0->stageCount(); ++i) { Material::Layer::Stage *stage = layer0->stages()[i]; de::Uri textureUri(stage->texture->manifest().composeUri()); ded_reflection_t const *shineDef = Def_GetReflection(reinterpret_cast(&textureUri), /*UNKNOWN VALUE,*/ material.manifest().isCustom()); if(!shineDef || !shineDef->stage.texture) continue; if(!slayer) { // Add a new shine layer. slayer = material.newShineLayer(shineDef); } else { // Add a new stage. try { Texture &texture = App_ResourceSystem().textureScheme("Reflections") .findByResourceUri(reinterpret_cast(*shineDef->stage.texture)).texture(); Texture *maskTexture = 0; if(shineDef->stage.maskTexture) { try { maskTexture = &App_ResourceSystem().textureScheme("Masks") .findByResourceUri(reinterpret_cast(*shineDef->stage.maskTexture)).texture(); } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } slayer->addStage(Material::ShineLayer::Stage(&texture, stage->tics, stage->variance, maskTexture, shineDef->stage.blendMode, shineDef->stage.shininess, Vector3f(shineDef->stage.minColor), Vector2f(shineDef->stage.maskWidth, shineDef->stage.maskHeight))); if(slayer->stageCount() == 2) { // Update the first stage with timing info. Material::Layer::Stage const *stage0 = layer0->stages()[0]; Material::ShineLayer::Stage *sstage0 = slayer->stages()[0]; sstage0->tics = stage0->tics; sstage0->variance = stage0->variance; } } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } } } } } } #ifdef __CLIENT__ static void rebuildMaterialDecorations(Material &material, ded_material_t const &def) { material.clearDecorations(); // Add (light) decorations to the material. // Prefer decorations defined within the material. for(int i = 0; i < DED_MAX_MATERIAL_DECORATIONS; ++i) { ded_material_decoration_t const &lightDef = def.decorations[i]; // Is this valid? (A zero number of stages signifies the last). if(!lightDef.stageCount.num) break; for(int k = 0; k < lightDef.stageCount.num; ++k) { ded_decorlight_stage_t *stage = &lightDef.stages[k]; if(stage->up) { defineLightmap(*reinterpret_cast(stage->up)); } if(stage->down) { defineLightmap(*reinterpret_cast(stage->down)); } if(stage->sides) { defineLightmap(*reinterpret_cast(stage->sides)); } if(stage->flare) { defineFlaremap(*reinterpret_cast(stage->flare)); } } MaterialDecoration *decor = MaterialDecoration::fromDef(lightDef); material.addDecoration(*decor); } if(!material.decorationCount()) { // Perhaps an oldschool linked decoration definition? de::Uri materialUri = material.manifest().composeUri(); ded_decor_t *decorDef = Def_GetDecoration(reinterpret_cast(&materialUri), material.manifest().isCustom()); if(decorDef) { for(int i = 0; i < DED_DECOR_NUM_LIGHTS; ++i) { ded_decoration_t &lightDef = decorDef->lights[i]; // Is this valid? (A zero-strength color signifies the last). if(V3f_IsZero(lightDef.stage.color)) break; MaterialDecoration *decor = MaterialDecoration::fromDef(lightDef); material.addDecoration(*decor); } } } } #endif // __CLIENT__ static Material::Flags translateMaterialDefFlags(ded_flags_t flags) { Material::Flags mf; if(flags & MATF_NO_DRAW) mf |= Material::NoDraw; if(flags & MATF_SKYMASK) mf |= Material::SkyMask; return mf; } static void interpretMaterialDef(ded_material_t const &def) { LOG_AS("interpretMaterialDef"); if(!def.uri) return; try { // Create/retrieve a manifest for the would-be material. MaterialManifest *manifest = &App_ResourceSystem().declareMaterial(*reinterpret_cast(def.uri)); // Update manifest classification: manifest->setFlags(MaterialManifest::AutoGenerated, def.autoGenerated? SetFlags : UnsetFlags); manifest->setFlags(MaterialManifest::Custom, UnsetFlags); if(def.layers[0].stageCount.num > 0) { ded_material_layer_t const &firstLayer = def.layers[0]; if(firstLayer.stages[0].texture) // Not unused. { try { Texture &texture = App_ResourceSystem().texture(*reinterpret_cast(firstLayer.stages[0].texture)); if(texture.isFlagged(Texture::Custom)) { manifest->setFlags(MaterialManifest::Custom); } } catch(ResourceSystem::MissingManifestError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING("Ignoring unknown texture \"%s\" in Material \"%s\" (layer %i stage %i): %s") << *reinterpret_cast(firstLayer.stages[0].texture) << *reinterpret_cast(def.uri) << 0 << 0 << er.asText(); } } } /* * (Re)configure the material: */ /// @todo Defer until necessary. Material &material = *manifest->derive(); material.setFlags(translateMaterialDefFlags(def.flags)); material.setDimensions(Vector2i(def.width, def.height)); #ifdef __CLIENT__ material.setAudioEnvironment(S_AudioEnvironmentId(def.uri)); #endif rebuildMaterialLayers(material, def); #ifdef __CLIENT__ rebuildMaterialDecorations(material, def); #endif material.markValid(true); } catch(ResourceSystem::UnknownSchemeError const &er) { LOG_RES_WARNING("Failed to declare material \"%s\": %s") << *reinterpret_cast(def.uri) << er.asText(); } catch(MaterialScheme::InvalidPathError const &er) { LOG_RES_WARNING("Failed to declare material \"%s\": %s") << *reinterpret_cast(def.uri) << er.asText(); } } static void invalidateAllMaterials() { foreach(Material *material, App_ResourceSystem().allMaterials()) { material->markValid(false); } } #ifdef __CLIENT__ static void clearFontDefinitionLinks() { foreach(AbstractFont *font, App_ResourceSystem().allFonts()) { if(CompositeBitmapFont *compFont = font->maybeAs()) { compFont->setDefinition(0); } } } #endif // __CLIENT__ void Def_Read() { LOG_AS("Def_Read"); if(defsInited) { // We've already initialized the definitions once. // Get rid of everything. FS1::Scheme &scheme = App_FileSystem().scheme(App_ResourceClass("RC_MODEL").defaultScheme()); scheme.reset(); invalidateAllMaterials(); #ifdef __CLIENT__ clearFontDefinitionLinks(); #endif Def_Destroy(); } firstDED = true; // Now we can clear all existing definitions and re-init. DED_Clear(&defs); DED_Init(&defs); // Generate definitions. generateMaterialDefs(); // Read all definitions files and lumps. LOG_RES_MSG("Parsing definition files..."); readAllDefinitions(); // Any definition hooks? DD_CallHooks(HOOK_DEFS, 0, &defs); #ifdef __CLIENT__ // Composite fonts. for(int i = 0; i < defs.count.compositeFonts.num; ++i) { App_ResourceSystem().newFontFromDef(defs.compositeFonts[i]); } #endif // Sprite names. DED_NewEntries((void **) &sprNames, &countSprNames, sizeof(*sprNames), defs.count.sprites.num); for(int i = 0; i < countSprNames.num; ++i) { strcpy(sprNames[i].name, defs.sprites[i].id); } // States. DED_NewEntries((void **) &states, &countStates, sizeof(*states), defs.count.states.num); for(int i = 0; i < countStates.num; ++i) { ded_state_t *dst = &defs.states[i]; // Make sure duplicate IDs overwrite the earliest. int stateNum = Def_GetStateNum(dst->id); if(stateNum == -1) continue; ded_state_t *dstNew = defs.states + stateNum; state_t *st = states + stateNum; st->sprite = Def_GetSpriteNum(dst->sprite.id); st->flags = dst->flags; st->frame = dst->frame; st->tics = dst->tics; st->action = Def_GetActionPtr(dst->action); st->nextState = Def_GetStateNum(dst->nextState); for(int k = 0; k < NUM_STATE_MISC; ++k) { st->misc[k] = dst->misc[k]; } // Replace the older execute string. if(dst != dstNew) { if(dstNew->execute) M_Free(dstNew->execute); dstNew->execute = dst->execute; dst->execute = 0; } } DED_NewEntries((void **) &stateOwners, &countStateOwners, sizeof(mobjinfo_t *), defs.count.states.num); // Mobj info. DED_NewEntries((void **) &mobjInfo, &countMobjInfo, sizeof(*mobjInfo), defs.count.mobjs.num); for(int i = 0; i < countMobjInfo.num; ++i) { ded_mobj_t* dmo = &defs.mobjs[i]; // Make sure duplicate defs overwrite the earliest. mobjinfo_t* mo = &mobjInfo[Def_GetMobjNum(dmo->id)]; gettingFor = mo; mo->doomEdNum = dmo->doomEdNum; mo->spawnHealth = dmo->spawnHealth; mo->reactionTime = dmo->reactionTime; mo->painChance = dmo->painChance; mo->speed = dmo->speed; mo->radius = dmo->radius; mo->height = dmo->height; mo->mass = dmo->mass; mo->damage = dmo->damage; mo->flags = dmo->flags[0]; mo->flags2 = dmo->flags[1]; mo->flags3 = dmo->flags[2]; for(int k = 0; k < STATENAMES_COUNT; ++k) { mo->states[k] = Def_StateForMobj(dmo->states[k]); } mo->seeSound = Def_GetSoundNum(dmo->seeSound); mo->attackSound = Def_GetSoundNum(dmo->attackSound); mo->painSound = Def_GetSoundNum(dmo->painSound); mo->deathSound = Def_GetSoundNum(dmo->deathSound); mo->activeSound = Def_GetSoundNum(dmo->activeSound); for(int k = 0; k < NUM_MOBJ_MISC; ++k) { mo->misc[k] = dmo->misc[k]; } } // Decorations. (Define textures). for(int i = 0; i < defs.count.decorations.num; ++i) { ded_decor_t *dec = &defs.decorations[i]; for(int k = 0; k < DED_DECOR_NUM_LIGHTS; ++k) { ded_decoration_t *dl = &dec->lights[k]; if(V3f_IsZero(dl->stage.color)) break; if(dl->stage.up) { defineLightmap(*reinterpret_cast(dl->stage.up)); } if(dl->stage.down) { defineLightmap(*reinterpret_cast(dl->stage.down)); } if(dl->stage.sides) { defineLightmap(*reinterpret_cast(dl->stage.sides)); } if(dl->stage.flare) { defineFlaremap(*reinterpret_cast(dl->stage.flare)); } } } // Detail textures (Define textures). App_ResourceSystem().textureScheme("Details").clear(); for(int i = 0; i < defs.count.details.num; ++i) { ded_detailtexture_t *dtl = &defs.details[i]; // Ignore definitions which do not specify a material. if((!dtl->material1 || Uri_IsEmpty(dtl->material1)) && (!dtl->material2 || Uri_IsEmpty(dtl->material2))) continue; if(!dtl->stage.texture) continue; App_ResourceSystem().defineTexture("Details", reinterpret_cast(*dtl->stage.texture)); } // Surface reflections (Define textures). App_ResourceSystem().textureScheme("Reflections").clear(); App_ResourceSystem().textureScheme("Masks").clear(); for(int i = 0; i < defs.count.reflections.num; ++i) { ded_reflection_t *ref = &defs.reflections[i]; // Ignore definitions which do not specify a material. if(!ref->material || Uri_IsEmpty(ref->material)) continue; if(ref->stage.texture) { App_ResourceSystem().defineTexture("Reflections", reinterpret_cast(*ref->stage.texture)); } if(ref->stage.maskTexture) { App_ResourceSystem().defineTexture("Masks", reinterpret_cast(*ref->stage.maskTexture), Vector2i(ref->stage.maskWidth, ref->stage.maskHeight)); } } // Materials. for(int i = 0; i < defs.count.materials.num; ++i) { interpretMaterialDef(defs.materials[i]); } DED_NewEntries((void **) &stateLights, &countStateLights, sizeof(*stateLights), defs.count.states.num); // Dynamic lights. Update the sprite numbers. for(int i = 0; i < defs.count.lights.num; ++i) { int const stateIdx = Def_GetStateNum(defs.lights[i].state); if(stateIdx < 0) { // It's probably a bias light definition, then? if(!defs.lights[i].uniqueMapID[0]) { LOG_RES_WARNING("Undefined state '%s' in Light definition") << defs.lights[i].state; } continue; } stateLights[stateIdx] = &defs.lights[i]; } // Sound effects. DED_NewEntries((void **) &sounds, &countSounds, sizeof(*sounds), defs.count.sounds.num); for(int i = 0; i < countSounds.num; ++i) { ded_sound_t *snd = defs.sounds + i; // Make sure duplicate defs overwrite the earliest. sfxinfo_t *si = sounds + Def_GetSoundNum(snd->id); strcpy(si->id, snd->id); strcpy(si->lumpName, snd->lumpName); si->lumpNum = (strlen(snd->lumpName) > 0? App_FileSystem().lumpNumForName(snd->lumpName) : -1); strcpy(si->name, snd->name); int const soundIdx = Def_GetSoundNum(snd->link); si->link = (soundIdx >= 0 ? sounds + soundIdx : 0); si->linkPitch = snd->linkPitch; si->linkVolume = snd->linkVolume; si->priority = snd->priority; si->channels = snd->channels; si->flags = snd->flags; si->group = snd->group; Str_Init(&si->external); if(snd->ext) { Str_Set(&si->external, Str_Text(Uri_Path(snd->ext))); } } // Music. for(int i = 0; i < defs.count.music.num; ++i) { ded_music_t *mus = defs.music + i; // Make sure duplicate defs overwrite the earliest. ded_music_t *earliest = defs.music + Def_GetMusicNum(mus->id); if(earliest == mus) continue; strcpy(earliest->lumpName, mus->lumpName); earliest->cdTrack = mus->cdTrack; if(mus->path) { if(earliest->path) Uri_Copy(earliest->path, mus->path); else earliest->path = Uri_Dup(mus->path); } else if(earliest->path) { Uri_Delete(earliest->path); earliest->path = 0; } } // Text. DED_NewEntries((void **) &texts, &countTexts, sizeof(*texts), defs.count.text.num); for(int i = 0; i < countTexts.num; ++i) { Def_InitTextDef(texts + i, defs.text[i].text); } // Handle duplicate strings. for(int i = 0; i < countTexts.num; ++i) { if(!texts[i].text) continue; for(int k = i + 1; k < countTexts.num; ++k) { if(!texts[k].text) continue; // Already done. if(stricmp(defs.text[i].id, defs.text[k].id)) continue; // ID mismatch. // Update the earlier string. texts[i].text = (char *) M_Realloc(texts[i].text, strlen(texts[k].text) + 1); strcpy(texts[i].text, texts[k].text); // Free the later string, it isn't used (>NUMTEXT). M_Free(texts[k].text); texts[k].text = 0; } } DED_NewEntries((void **) &statePtcGens, &countStatePtcGens, sizeof(*statePtcGens), defs.count.states.num); // Particle generators. for(int i = 0; i < defs.count.ptcGens.num; ++i) { ded_ptcgen_t *pg = &defs.ptcGens[i]; int st = Def_GetStateNum(pg->state); if(!strcmp(pg->type, "*")) pg->typeNum = DED_PTCGEN_ANY_MOBJ_TYPE; else pg->typeNum = Def_GetMobjNum(pg->type); pg->type2Num = Def_GetMobjNum(pg->type2); pg->damageNum = Def_GetMobjNum(pg->damage); // Figure out embedded sound ID numbers. for(int k = 0; k < pg->stageCount.num; ++k) { if(pg->stages[k].sound.name[0]) { pg->stages[k].sound.id = Def_GetSoundNum(pg->stages[k].sound.name); } if(pg->stages[k].hitSound.name[0]) { pg->stages[k].hitSound.id = Def_GetSoundNum(pg->stages[k].hitSound.name); } } if(st <= 0) continue; // Not state triggered, then... // Link the definition to the state. if(pg->flags & Generator::StateChain) { // Add to the chain. pg->stateNext = statePtcGens[st]; statePtcGens[st] = pg; } else { // Make sure the previously built list is unlinked. while(statePtcGens[st]) { ded_ptcgen_t *temp = statePtcGens[st]->stateNext; statePtcGens[st]->stateNext = 0; statePtcGens[st] = temp; } statePtcGens[st] = pg; pg->stateNext = 0; } } // Map infos. for(int i = 0; i < defs.count.mapInfo.num; ++i) { ded_mapinfo_t *mi = &defs.mapInfo[i]; /** * Historically, the map info flags field was used for sky flags, * here we copy those flags to the embedded sky definition for * backward-compatibility. */ if(mi->flags & MIF_DRAW_SPHERE) mi->sky.flags |= SIF_DRAW_SPHERE; } // Log a summary of the definition database. LOG_RES_MSG(_E(b) "Definitions:"); de::String str; QTextStream os(&str); os << defCountMsg(defs.count.groups.num, "animation groups"); os << defCountMsg(defs.count.compositeFonts.num, "composite fonts"); os << defCountMsg(defs.count.details.num, "detail textures"); os << defCountMsg(defs.count.finales.num, "finales"); os << defCountMsg(defs.count.lights.num, "lights"); os << defCountMsg(defs.count.lineTypes.num, "line types"); os << defCountMsg(defs.count.mapInfo.num, "map infos"); int nonAutoGeneratedCount = 0; for(int i = 0; i < defs.count.materials.num; ++i) { if(!defs.materials[i].autoGenerated) ++nonAutoGeneratedCount; } os << defCountMsg(nonAutoGeneratedCount, "materials"); os << defCountMsg(defs.models.size(), "models"); os << defCountMsg(defs.count.ptcGens.num, "particle generators"); os << defCountMsg(defs.count.skies.num, "skies"); os << defCountMsg(defs.count.sectorTypes.num, "sector types"); os << defCountMsg(defs.count.music.num, "songs"); os << defCountMsg(countSounds.num, "sound effects"); os << defCountMsg(countSprNames.num, "sprite names"); os << defCountMsg(countStates.num, "states"); os << defCountMsg(defs.count.decorations.num, "surface decorations"); os << defCountMsg(defs.count.reflections.num, "surface reflections"); os << defCountMsg(countTexts.num, "text strings"); os << defCountMsg(defs.count.textureEnv.num, "texture environments"); os << defCountMsg(countMobjInfo.num, "things"); LOG_RES_MSG("%s") << str.rightStrip(); defsInited = true; } static void initMaterialGroup(ded_group_t &def) { ResourceSystem::MaterialManifestGroup *group = 0; for(int i = 0; i < def.count.num; ++i) { ded_group_member_t *gm = &def.members[i]; if(!gm->material) continue; try { MaterialManifest &manifest = App_ResourceSystem().materialManifest(*reinterpret_cast(gm->material)); if(def.flags & AGF_PRECACHE) // A precache group. { // Only create the group once the first material has been found. if(!group) { group = &App_ResourceSystem().newMaterialGroup(); } group->insert(&manifest); } #if 0 /// @todo $revise-texture-animation else // An animation group. { // Only create the group once the first material has been found. if(animNumber == -1) { animNumber = App_ResourceSystem().newAnimGroup(def.flags & ~AGF_PRECACHE); } App_ResourceSystem().animGroup(animNumber).addFrame(manifest.material(), gm->tics, gm->randomTics); } #endif } catch(ResourceSystem::MissingManifestError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING("Unknown material \"%s\" in group def %i: %s") << *reinterpret_cast(gm->material) << i << er.asText(); } } } void Def_PostInit() { #ifdef __CLIENT__ // Particle generators: model setup. ded_ptcgen_t *gen = defs.ptcGens; for(int i = 0; i < defs.count.ptcGens.num; ++i, gen++) { ded_ptcstage_t *st = gen->stages; for(int k = 0; k < gen->stageCount.num; ++k, st++) { if(st->type < PTC_MODEL || st->type >= PTC_MODEL + MAX_PTC_MODELS) continue; st->model = -1; try { ModelDef &modef = App_ResourceSystem().modelDef(String("Particle%1").arg(st->type - PTC_MODEL, 2, 10, QChar('0'))); if(modef.subModelId(0) == NOMODELID) { continue; } Model &mdl = App_ResourceSystem().model(modef.subModelId(0)); st->model = App_ResourceSystem().indexOf(&modef); st->frame = mdl.frameNumber(st->frameName); if(st->frame < 0) st->frame = 0; if(st->endFrameName[0]) { st->endFrame = mdl.frameNumber(st->endFrameName); if(st->endFrame < 0) st->endFrame = 0; } else { st->endFrame = -1; } } catch(ResourceSystem::MissingModelDefError const &) {} // Ignore this error. } } #endif // __CLIENT__ // Lights. for(int i = 0; i < defs.count.lights.num; ++i) { ded_light_t* lig = &defs.lights[i]; if(lig->up) { defineLightmap(*reinterpret_cast(lig->up)); } if(lig->down) { defineLightmap(*reinterpret_cast(lig->down)); } if(lig->sides) { defineLightmap(*reinterpret_cast(lig->sides)); } if(lig->flare) { defineFlaremap(*reinterpret_cast(lig->flare)); } } // Material groups (e.g., for precaching). App_ResourceSystem().clearAllMaterialGroups(); for(int i = 0; i < defs.count.groups.num; ++i) { initMaterialGroup(defs.groups[i]); } } /** * Can we reach 'snew' if we start searching from 'sold'? * Take a maximum of 16 steps. */ dd_bool Def_SameStateSequence(state_t* snew, state_t* sold) { int it, target = snew - states, start = sold - states; int count = 0; if(!snew || !sold) return false; if(snew == sold) return true; // Trivial. for(it = sold->nextState; it >= 0 && it != start && count < 16; it = states[it].nextState, ++count) { if(it == target) return true; if(it == states[it].nextState) break; } return false; } const char* Def_GetStateName(state_t* state) { int idx = state - states; if(!state) return "(nullptr)"; if(idx < 0) return "(<0)"; if(idx >= defs.count.states.num) return "(>states)"; return defs.states[idx].id; } static int Friendly(int num) { if(num < 0) num = 0; return num; } /** * Converts a DED line type to the internal format. * Bit of a nuisance really... */ void Def_CopyLineType(linetype_t* l, ded_linetype_t* def) { int i, k, a, temp; l->id = def->id; l->flags = def->flags[0]; l->flags2 = def->flags[1]; l->flags3 = def->flags[2]; l->lineClass = def->lineClass; l->actType = def->actType; l->actCount = def->actCount; l->actTime = def->actTime; l->actTag = def->actTag; for(i = 0; i < 10; ++i) { if(i == 9) l->aparm[i] = Def_GetMobjNum(def->aparm9); else l->aparm[i] = def->aparm[i]; } l->tickerStart = def->tickerStart; l->tickerEnd = def->tickerEnd; l->tickerInterval = def->tickerInterval; l->actSound = Friendly(Def_GetSoundNum(def->actSound)); l->deactSound = Friendly(Def_GetSoundNum(def->deactSound)); l->evChain = def->evChain; l->actChain = def->actChain; l->deactChain = def->deactChain; l->actLineType = def->actLineType; l->deactLineType = def->deactLineType; l->wallSection = def->wallSection; if(def->actMaterial) { try { l->actMaterial = App_ResourceSystem().materialManifest(*reinterpret_cast(def->actMaterial)).id(); } catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } if(def->deactMaterial) { try { l->deactMaterial = App_ResourceSystem().materialManifest(*reinterpret_cast(def->deactMaterial)).id(); } catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } l->actMsg = def->actMsg; l->deactMsg = def->deactMsg; l->materialMoveAngle = def->materialMoveAngle; l->materialMoveSpeed = def->materialMoveSpeed; memcpy(l->iparm, def->iparm, sizeof(int) * 20); memcpy(l->fparm, def->fparm, sizeof(int) * 20); LOOPi(5) l->sparm[i] = def->sparm[i]; // Some of the parameters might be strings depending on the line class. // Find the right mapping table. for(k = 0; k < 20; ++k) { temp = 0; a = xgClassLinks[l->lineClass].iparm[k].map; if(a < 0) continue; if(a & MAP_SND) { l->iparm[k] = Friendly(Def_GetSoundNum(def->iparmStr[k])); } else if(a & MAP_MATERIAL) { if(def->iparmStr[k][0]) { if(!stricmp(def->iparmStr[k], "-1")) { l->iparm[k] = -1; } else { try { l->iparm[k] = App_ResourceSystem().materialManifest(de::Uri(def->iparmStr[k], RC_NULL)).id(); } catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } } } else if(a & MAP_MUS) { temp = Friendly(Def_GetMusicNum(def->iparmStr[k])); if(temp == 0) { temp = Def_EvalFlags(def->iparmStr[k]); if(temp) l->iparm[k] = temp; } else { l->iparm[k] = Friendly(Def_GetMusicNum(def->iparmStr[k])); } } else { temp = Def_EvalFlags(def->iparmStr[k]); if(temp) l->iparm[k] = temp; } } } /** * Converts a DED sector type to the internal format. */ void Def_CopySectorType(sectortype_t* s, ded_sectortype_t* def) { int i, k; s->id = def->id; s->flags = def->flags; s->actTag = def->actTag; LOOPi(5) { s->chain[i] = def->chain[i]; s->chainFlags[i] = def->chainFlags[i]; s->start[i] = def->start[i]; s->end[i] = def->end[i]; LOOPk(2) s->interval[i][k] = def->interval[i][k]; s->count[i] = def->count[i]; } s->ambientSound = Friendly(Def_GetSoundNum(def->ambientSound)); LOOPi(2) { s->soundInterval[i] = def->soundInterval[i]; s->materialMoveAngle[i] = def->materialMoveAngle[i]; s->materialMoveSpeed[i] = def->materialMoveSpeed[i]; } s->windAngle = def->windAngle; s->windSpeed = def->windSpeed; s->verticalWind = def->verticalWind; s->gravity = def->gravity; s->friction = def->friction; s->lightFunc = def->lightFunc; LOOPi(2) s->lightInterval[i] = def->lightInterval[i]; LOOPi(3) { s->colFunc[i] = def->colFunc[i]; LOOPk(2) s->colInterval[i][k] = def->colInterval[i][k]; } s->floorFunc = def->floorFunc; s->floorMul = def->floorMul; s->floorOff = def->floorOff; LOOPi(2) s->floorInterval[i] = def->floorInterval[i]; s->ceilFunc = def->ceilFunc; s->ceilMul = def->ceilMul; s->ceilOff = def->ceilOff; LOOPi(2) s->ceilInterval[i] = def->ceilInterval[i]; } int Def_Get(int type, const char* id, void* out) { int i; switch(type) { case DD_DEF_MOBJ: return Def_GetMobjNum(id); case DD_DEF_MOBJ_BY_NAME: return Def_GetMobjNumForName(id); case DD_DEF_STATE: return Def_GetStateNum(id); case DD_DEF_ACTION: return Def_GetActionNum(id); case DD_DEF_SPRITE: return Def_GetSpriteNum(id); case DD_DEF_SOUND: return Def_GetSoundNum(id); case DD_DEF_SOUND_BY_NAME: return Def_GetSoundNumForName(id); case DD_DEF_SOUND_LUMPNAME: i = *((long*) id); if(i < 0 || i >= countSounds.num) return false; strcpy((char*)out, sounds[i].lumpName); return true; case DD_DEF_MUSIC: return Def_GetMusicNum(id); case DD_DEF_MUSIC_CDTRACK: if(ded_music_t *music = Def_GetMusic(id)) { return music->cdTrack; } return false; case DD_DEF_MAP_INFO: { ddmapinfo_t *mout; struct uri_s *mapUri = Uri_NewWithPath2(id, RC_NULL); ded_mapinfo_t *map = Def_GetMapInfo(mapUri); Uri_Delete(mapUri); if(!map) return false; mout = (ddmapinfo_t *) out; mout->name = map->name; mout->author = map->author; mout->music = Def_GetMusicNum(map->music); mout->flags = map->flags; mout->ambient = map->ambient; mout->gravity = map->gravity; mout->parTime = map->parTime; mout->fogStart = map->fogStart; mout->fogEnd = map->fogEnd; mout->fogDensity = map->fogDensity; memcpy(mout->fogColor, map->fogColor, sizeof(mout->fogColor)); return true; } case DD_DEF_TEXT: if(id && id[0]) { // Read backwards to allow patching. for(i = defs.count.text.num - 1; i >= 0; i--) { if(stricmp(defs.text[i].id, id)) continue; if(out) *(char**) out = defs.text[i].text; return i; } } return -1; case DD_DEF_VALUE: { int idx = -1; // Not found. if(id && id[0]) { // Read backwards to allow patching. for(idx = defs.count.values.num - 1; idx >= 0; idx--) { if(!stricmp(defs.values[idx].id, id)) break; } } if(out) *(char**) out = (idx >= 0? defs.values[idx].text : 0); return idx; } case DD_DEF_VALUE_BY_INDEX: { int idx = *((long*) id); if(idx >= 0 && idx < defs.count.values.num) { if(out) *(char**) out = defs.values[idx].text; return true; } if(out) *(char**) out = 0; return false; } case DD_DEF_FINALE: { // Find InFine script by ID. finalescript_t* fin = (finalescript_t*) out; for(i = defs.count.finales.num - 1; i >= 0; i--) { if(stricmp(defs.finales[i].id, id)) continue; if(fin) { fin->before = defs.finales[i].before; fin->after = defs.finales[i].after; fin->script = defs.finales[i].script; } return true; } return false; } case DD_DEF_FINALE_BEFORE: { finalescript_t *fin = (finalescript_t *) out; struct uri_s *uri = Uri_NewWithPath2(id, RC_NULL); for(i = defs.count.finales.num - 1; i >= 0; i--) { if(!defs.finales[i].before || !Uri_Equality(defs.finales[i].before, uri)) continue; if(fin) { fin->before = defs.finales[i].before; fin->after = defs.finales[i].after; fin->script = defs.finales[i].script; } Uri_Delete(uri); return true; } Uri_Delete(uri); return false; } case DD_DEF_FINALE_AFTER: { finalescript_t *fin = (finalescript_t *) out; struct uri_s *uri = Uri_NewWithPath2(id, RC_NULL); for(i = defs.count.finales.num - 1; i >= 0; i--) { if(!defs.finales[i].after || !Uri_Equality(defs.finales[i].after, uri)) continue; if(fin) { fin->before = defs.finales[i].before; fin->after = defs.finales[i].after; fin->script = defs.finales[i].script; } Uri_Delete(uri); return true; } Uri_Delete(uri); return false; } case DD_DEF_LINE_TYPE: { int typeId = strtol(id, (char **)NULL, 10); for(i = defs.count.lineTypes.num - 1; i >= 0; i--) { if(defs.lineTypes[i].id != typeId) continue; if(out) Def_CopyLineType((linetype_t*)out, &defs.lineTypes[i]); return true; } return false; } case DD_DEF_SECTOR_TYPE: { int typeId = strtol(id, (char **)NULL, 10); for(i = defs.count.sectorTypes.num - 1; i >= 0; i--) { if(defs.sectorTypes[i].id != typeId) continue; if(out) Def_CopySectorType((sectortype_t*)out, &defs.sectorTypes[i]); return true; } return false; } default: return false; } } int Def_Set(int type, int index, int value, const void* ptr) { ded_music_t* musdef = 0; int i; LOG_AS("Def_Set"); switch(type) { case DD_DEF_TEXT: if(index < 0 || index >= defs.count.text.num) { DENG_ASSERT(!"Def_Set: Text index is invalid"); return false; } defs.text[index].text = (char*) M_Realloc(defs.text[index].text, strlen((char*)ptr) + 1); strcpy(defs.text[index].text, (char const*) ptr); break; case DD_DEF_STATE: { ded_state_t* stateDef; if(index < 0 || index >= defs.count.states.num) { DENG_ASSERT(!"Def_Set: State index is invalid"); return false; } stateDef = &defs.states[index]; switch(value) { case DD_SPRITE: { int sprite = *(int*) ptr; if(sprite < 0 || sprite >= defs.count.sprites.num) { LOGDEV_RES_WARNING("Unknown sprite index %i") << sprite; break; } strcpy((char*) stateDef->sprite.id, defs.sprites[value].id); break; } case DD_FRAME: stateDef->frame = *(int*)ptr; break; default: break; } break; } case DD_DEF_SOUND: if(index < 0 || index >= countSounds.num) { DENG_ASSERT(!"Sound index is invalid"); return false; } switch(value) { case DD_LUMP: S_StopSound(index, 0); strcpy(sounds[index].lumpName, (char const*) ptr); if(strlen(sounds[index].lumpName)) { sounds[index].lumpNum = App_FileSystem().lumpNumForName(sounds[index].lumpName); if(sounds[index].lumpNum < 0) { LOG_RES_WARNING("Unknown sound lump name \"%s\"; sound #%i will be inaudible") << sounds[index].lumpName << index; } } else { sounds[index].lumpNum = 0; } break; default: break; } break; case DD_DEF_MUSIC: if(index == DD_NEW) { // We should create a new music definition. i = DED_AddMusic(&defs, ""); // No ID is known at this stage. musdef = defs.music + i; } else if(index >= 0 && index < defs.count.music.num) { musdef = defs.music + index; } else { DENG_ASSERT(!"Def_Set: Music index is invalid"); return false; } // Which key to set? switch(value) { case DD_ID: if(ptr) strcpy(musdef->id, (char const*) ptr); break; case DD_LUMP: if(ptr) strcpy(musdef->lumpName, (char const*) ptr); break; case DD_CD_TRACK: musdef->cdTrack = *(int *) ptr; break; default: break; } // If the def was just created, return its index. if(index == DD_NEW) return musdef - defs.music; break; default: return false; } return true; } StringArray* Def_ListMobjTypeIDs(void) { StringArray* array = StringArray_New(); int i; for(i = 0; i < defs.count.mobjs.num; ++i) { StringArray_Append(array, defs.mobjs[i].id); } return array; } StringArray* Def_ListStateIDs(void) { StringArray* array = StringArray_New(); int i; for(i = 0; i < defs.count.states.num; ++i) { StringArray_Append(array, defs.states[i].id); } return array; } bool Def_IsAllowedDecoration(ded_decor_t *def, /*bool hasExternal,*/ bool isCustom) { //if(hasExternal) return (def->flags & DCRF_EXTERNAL) != 0; if(!isCustom) return (def->flags & DCRF_NO_IWAD) == 0; return (def->flags & DCRF_PWAD) != 0; } bool Def_IsAllowedReflection(ded_reflection_t *def, /*bool hasExternal,*/ bool isCustom) { //if(hasExternal) return (def->flags & REFF_EXTERNAL) != 0; if(!isCustom) return (def->flags & REFF_NO_IWAD) == 0; return (def->flags & REFF_PWAD) != 0; } bool Def_IsAllowedDetailTex(ded_detailtexture_t *def, /*bool hasExternal,*/ bool isCustom) { //if(hasExternal) return (def->flags & DTLF_EXTERNAL) != 0; if(!isCustom) return (def->flags & DTLF_NO_IWAD) == 0; return (def->flags & DTLF_PWAD) != 0; } /** * Prints a list of all the registered mobjs to the console. * @todo Does this belong here? */ D_CMD(ListMobjs) { DENG_UNUSED(src); DENG_UNUSED(argc); DENG_UNUSED(argv); if(defs.count.mobjs.num <= 0) { LOG_RES_MSG("No mobjtypes defined/loaded"); return true; } LOG_RES_MSG(_E(b) "Registered Mobjs (ID | Name):"); for(int i = 0; i < defs.count.mobjs.num; ++i) { if(defs.mobjs[i].name[0]) LOG_RES_MSG(" %s | %s") << defs.mobjs[i].id << defs.mobjs[i].name; else LOG_RES_MSG(" %s | " _E(l) "(Unnamed)") << defs.mobjs[i].id; } return true; } DENG_DECLARE_API(Def) = { { DE_API_DEFINITIONS }, Def_Get, Def_Set, Def_EvalFlags, // TODO: These should not be part of the public API // (they manipulate internal data structures; hence the casting) reinterpret_cast(DED_AddValue), reinterpret_cast(DED_NewEntries) }; doomsday-1.14.5/doomsday/client/src/alertmask.cpp0000664000175000017500000000447412350542237021274 0ustar jaakkojaakko/** @file alertmask.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "alertmask.h" #include "clientapp.h" using namespace de; DENG2_PIMPL_NOREF(AlertMask) , DENG2_OBSERVES(Variable, Change) { duint32 mask[LogEntry::HighestLogLevel + 1]; Instance() { zap(mask); // By default, alerts are enabled for Warnings and above. mask[LogEntry::Warning] = mask[LogEntry::Error] = mask[LogEntry::Critical] = LogEntry::AllDomains; } void variableValueChanged(Variable &, Value const &) { updateMask(); } void updateMask() { zap(mask); Config const &cfg = App::config(); for(int bit = LogEntry::FirstDomainBit; bit <= LogEntry::LastDomainBit; ++bit) { int const alertLevel = cfg.geti(String("alert.") + LogFilter::domainRecordName(LogEntry::Context(1 << bit))); for(int i = LogEntry::LowestLogLevel; i <= LogEntry::HighestLogLevel; ++i) { if(alertLevel <= i) { mask[i] |= (1 << bit); } } } } }; AlertMask::AlertMask() : d(new Instance) {} void AlertMask::init() { foreach(Variable const *var, App::config().names().subrecord("alert").members()) { var->audienceForChange() += d; } d->updateMask(); } bool AlertMask::shouldRaiseAlert(duint32 entryMetadata) const { int const level = entryMetadata & LogEntry::LevelMask; return ((entryMetadata & LogEntry::DomainMask) & d->mask[level]) != 0; } doomsday-1.14.5/doomsday/client/src/library.cpp0000664000175000017500000001545312350542237020754 0ustar jaakkojaakko/** @file library.cpp Dynamic libraries. * @ingroup base * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include "de_base.h" #include "Sector" #include "m_misc.h" #include "api_def.h" #include "api_console.h" #include "api_filesys.h" #include "api_internaldata.h" #include "api_material.h" #include "api_materialarchive.h" #include "api_map.h" #include "api_mapedit.h" #include "api_resource.h" #include "api_sound.h" #include "api_fontrender.h" #include "api_svg.h" #ifdef __CLIENT__ # include "api_client.h" # include "api_render.h" #endif #ifdef __SERVER__ # include "api_server.h" #endif struct library_s { // typedef Library Str* path; ///< de::FS path of the library (e.g., "/bin/doom.dll"). de::LibraryFile* file; ///< File where the plugin has been loaded from. bool isGamePlugin; ///< Is this a game plugin? (only one should be in use at a time) std::string typeId; ///< deng2 library type ID e.g., "deng-plugin/game". library_s() : path(0), file(0), isGamePlugin(false) {} }; static ddstring_t* lastError; typedef QList LoadedLibs; static LoadedLibs loadedLibs; void Library_Init(void) { lastError = Str_NewStd(); } void Library_Shutdown(void) { Str_Delete(lastError); lastError = 0; /// @todo Unload all remaining libraries? } void Library_ReleaseGames(void) { #ifdef UNIX LOG_AS("Library_ReleaseGames"); foreach(Library* lib, loadedLibs) { if(lib->isGamePlugin) { LOGDEV_RES_VERBOSE("Closing '%s'") << Str_Text(lib->path); // Close the Library. DENG_ASSERT(lib->file); lib->file->clear(); } } #endif } #ifdef UNIX static void reopenLibraryIfNeeded(Library* lib) { DENG_ASSERT(lib); if(!lib->file->loaded()) { LOGDEV_RES_XVERBOSE("Re-opening '%s'") << Str_Text(lib->path); // Make sure the Library gets opened again now. lib->file->library(); DENG_ASSERT(lib->file->loaded()); Library_PublishAPIs(lib); } } #endif Library* Library_New(const char* filePath) { try { Str_Clear(lastError); de::LibraryFile &libFile = de::App::rootFolder().locate(filePath); if(libFile.library().type() == de::Library::DEFAULT_TYPE) { // This is just a shared library, not a plugin. // We don't have to keep it loaded. libFile.clear(); Str_Set(lastError, "not a Doomsday plugin"); return 0; } // Create the Library instance. Library* lib = new Library; lib->file = &libFile; lib->path = Str_Set(Str_NewStd(), filePath); lib->typeId = libFile.library().type().toStdString(); loadedLibs.append(lib); // Symbols from game plugins conflict with each other, so we have to // keep track of games. if(libFile.library().type() == "deng-plugin/game") { lib->isGamePlugin = true; } Library_PublishAPIs(lib); return lib; } catch(const de::Error& er) { Str_Set(lastError, er.asText().toLatin1().constData()); LOG_RES_WARNING("Library_New: Error opening \"%s\": ") << filePath << er.asText(); return 0; } } void Library_Delete(Library *lib) { DENG_ASSERT(lib); // Unload the library from memory. lib->file->clear(); Str_Delete(lib->path); loadedLibs.removeOne(lib); delete lib; } const char* Library_Type(const Library* lib) { DENG_ASSERT(lib); return &lib->typeId[0]; } de::LibraryFile& Library_File(Library* lib) { DENG_ASSERT(lib); return *lib->file; } void Library_PublishAPIs(Library *lib) { de::Library &library = lib->file->library(); if(library.hasSymbol("deng_API")) { de::Library::deng_API setAPI = library.DENG2_SYMBOL(deng_API); #define PUBLISH(X) setAPI(X.api.id, &X) PUBLISH(_api_Base); PUBLISH(_api_Busy); PUBLISH(_api_Con); PUBLISH(_api_Def); PUBLISH(_api_F); PUBLISH(_api_Infine); PUBLISH(_api_InternalData); PUBLISH(_api_Map); PUBLISH(_api_MPE); PUBLISH(_api_Material); PUBLISH(_api_MaterialArchive); PUBLISH(_api_Player); PUBLISH(_api_Plug); PUBLISH(_api_R); PUBLISH(_api_S); PUBLISH(_api_Thinker); PUBLISH(_api_Uri); PUBLISH(_api_W); #ifdef __CLIENT__ // Client-only APIs. PUBLISH(_api_B); PUBLISH(_api_Client); PUBLISH(_api_FR); PUBLISH(_api_GL); PUBLISH(_api_Rend); PUBLISH(_api_Svg); #endif #ifdef __SERVER__ // Server-only APIs. PUBLISH(_api_Server); #endif } } void* Library_Symbol(Library* lib, const char* symbolName) { try { LOG_AS("Library_Symbol"); DENG_ASSERT(lib); #ifdef UNIX reopenLibraryIfNeeded(lib); #endif return lib->file->library().address(symbolName); } catch(de::Library::SymbolMissingError const &er) { Str_Set(lastError, er.asText().toLatin1().constData()); return 0; } } const char* Library_LastError(void) { return Str_Text(lastError); } int Library_IterateAvailableLibraries(int (*func)(void *, const char *, const char *, void *), void *data) { using de::FS; using de::App; using de::LibraryFile; using de::NativeFile; FS::Index const &libs = App::fileSystem().indexFor(DENG2_TYPE_NAME(LibraryFile)); DENG2_FOR_EACH_CONST(FS::Index, i, libs) { LibraryFile *lib = static_cast(i->second); NativeFile const *src = dynamic_cast(lib->source()); if(src) { int result = func(lib, src->name().toUtf8().constData(), lib->path().toUtf8().constData(), data); if(result) return result; } } return 0; } doomsday-1.14.5/doomsday/client/src/template.c.template0000664000175000017500000000174212350542237022371 0ustar jaakkojaakko/** @file template.c.template Brief description of the source file. * @ingroup group * * @todo Update the fields above as appropriate. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ doomsday-1.14.5/doomsday/client/src/con_config.cpp0000664000175000017500000001715512350542237021415 0ustar jaakkojaakko/** @file con_config.cpp Config file IO. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "con_config.h" #include "con_main.h" #include "dd_main.h" #include "dd_def.h" #include "dd_help.h" #include "m_misc.h" #include "Games" #include "api_filesys.h" #include "filesys/fs_main.h" #include "filesys/fs_util.h" #ifdef __CLIENT__ # include "ui/b_main.h" #endif #include #include #include using namespace de; static filename_t cfgFile; static int flagsAllow; static void writeHeaderComment(FILE *file) { if(!App_GameLoaded()) { fprintf(file, "# " DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_TEXT "\n"); } else { fprintf(file, "# %s %s / " DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_TEXT "\n", (char *) gx.GetVariable(DD_PLUGIN_NAME), (char *) gx.GetVariable(DD_PLUGIN_VERSION_SHORT)); } fprintf(file, "# This configuration file is generated automatically. Each line is a\n"); fprintf(file, "# console command. Lines beginning with # are comments. Use autoexec.cfg\n"); fprintf(file, "# for your own startup commands.\n\n"); } static int writeVariableToFileWorker(knownword_t const *word, void *context) { FILE *file = (FILE *)context; DENG_ASSERT(file != 0); cvar_t *var = (cvar_t *)word->data; DENG2_ASSERT(var != 0); // Don't archive this cvar? if(var->flags & CVF_NO_ARCHIVE) return 0; AutoStr const *path = CVar_ComposePath(var); // First print the comment (help text). if(char const *str = DH_GetString(DH_Find(Str_Text(path)), HST_DESCRIPTION)) { M_WriteCommented(file, str); } fprintf(file, "%s ", Str_Text(path)); if(var->flags & CVF_PROTECTED) fprintf(file, "force "); switch(var->type) { case CVT_BYTE: fprintf(file, "%d", *(byte *) var->ptr); break; case CVT_INT: fprintf(file, "%d", *(int *) var->ptr); break; case CVT_FLOAT: fprintf(file, "%s", M_TrimmedFloat(*(float *) var->ptr)); break; case CVT_CHARPTR: fprintf(file, "\""); if(CV_CHARPTR(var)) { M_WriteTextEsc(file, CV_CHARPTR(var)); } fprintf(file, "\""); break; case CVT_URIPTR: fprintf(file, "\""); if(CV_URIPTR(var)) { AutoStr *valPath = Uri_Compose(CV_URIPTR(var)); fprintf(file, "%s", Str_Text(valPath)); } fprintf(file, "\""); break; default: break; } fprintf(file, "\n\n"); return 0; // Continue iteration. } static void writeVariablesToFile(FILE *file) { Con_IterateKnownWords(0, WT_CVAR, writeVariableToFileWorker, file); } static int writeAliasToFileWorker(knownword_t const *word, void *context) { FILE *file = (FILE *) context; DENG2_ASSERT(file != 0); calias_t *cal = (calias_t *) word->data; DENG2_ASSERT(cal != 0); fprintf(file, "alias \""); M_WriteTextEsc(file, cal->name); fprintf(file, "\" \""); M_WriteTextEsc(file, cal->command); fprintf(file, "\"\n"); return 0; // Continue iteration. } static void writeAliasesToFile(FILE *file) { Con_IterateKnownWords(0, WT_CALIAS, writeAliasToFileWorker, file); } static bool writeConsoleState(Path const &filePath) { if(filePath.isEmpty()) return false; // Ensure the destination directory exists. String fileDir = filePath.toString().fileNamePath(); if(!fileDir.isEmpty()) { F_MakePath(fileDir.toUtf8().constData()); } if(FILE *file = fopen(filePath.toUtf8().constData(), "wt")) { LOG_SCR_VERBOSE("Writing state to \"%s\"...") << NativePath(filePath).pretty(); writeHeaderComment(file); fprintf(file, "#\n# CONSOLE VARIABLES\n#\n\n"); writeVariablesToFile(file); fprintf(file, "\n#\n# ALIASES\n#\n\n"); writeAliasesToFile(file); fclose(file); return true; } LOG_SCR_WARNING("Failed opening \"%s\" for writing") << NativePath(filePath).pretty(); return false; } #ifdef __CLIENT__ static bool writeBindingsState(Path const &filePath) { if(filePath.isEmpty()) return false; // Ensure the destination directory exists. String fileDir = filePath.toString().fileNamePath(); if(!fileDir.isEmpty()) { F_MakePath(fileDir.toUtf8().constData()); } if(FILE *file = fopen(filePath.toUtf8().constData(), "wt")) { LOG_SCR_VERBOSE("Writing bindings to \"%s\"...") << NativePath(filePath).pretty(); writeHeaderComment(file); B_WriteToFile(file); fclose(file); return true; } LOG_SCR_WARNING("Failed opening \"%s\" for writing") << NativePath(filePath).pretty(); return false; } #endif // __CLIENT__ static bool writeState(Path const &filePath, Path const &bindingsFileName = "") { if(!filePath.isEmpty() && (flagsAllow & CPCF_ALLOW_SAVE_STATE)) { writeConsoleState(filePath); } #ifdef __CLIENT__ if(!bindingsFileName.isEmpty() && (flagsAllow & CPCF_ALLOW_SAVE_BINDINGS)) { // Bindings go into a separate file. writeBindingsState(bindingsFileName); } #endif return true; } bool Con_ParseCommands(char const *fileName, int flags) { bool const setDefault = (flags & CPCF_SET_DEFAULT) != 0; // Is this supposed to be the default? if(setDefault) { strncpy(cfgFile, fileName, FILENAME_T_MAXLEN); cfgFile[FILENAME_T_LASTINDEX] = '\0'; } // Update the allowed operations. flagsAllow |= flags & (CPCF_ALLOW_SAVE_STATE | CPCF_ALLOW_SAVE_BINDINGS); // Open the file. filehandle_s *file = F_Open(fileName, "rt"); if(!file) { LOG_SCR_WARNING("Failed to open \"%s\" for write") << fileName; return false; } LOG_SCR_VERBOSE("Parsing \"%s\" (setdef:%b)") << F_PrettyPath(fileName) << setDefault; // This file is filled with console commands. // Each line is a command. char buff[512]; for(int line = 1; ;) { M_ReadLine(buff, 512, file); if(buff[0] && !M_IsComment(buff)) { // Execute the commands silently. if(!Con_Execute(CMDS_CONFIG, buff, setDefault, false)) { LOG_SCR_WARNING("%s(%i): error executing command \"%s\"") << F_PrettyPath(fileName) << line << buff; } } if(FileHandle_AtEnd(file)) break; line++; } F_Delete(file); return true; } void Con_SaveDefaults() { writeState(cfgFile, (!isDedicated && App_GameLoaded()? App_CurrentGame().bindingConfig() : "")); } D_CMD(WriteConsole) { DENG2_UNUSED2(src, argc); Path filePath = Path(NativePath(argv[1]).expand().withSeparators('/')); LOG_SCR_MSG("Writing to \"%s\"...") << filePath; return !writeState(filePath); } doomsday-1.14.5/doomsday/client/src/dd_wad.cpp0000664000175000017500000001206112350542237020522 0ustar jaakkojaakko/** @file dd_wad.cpp * * Wrapper API for accessing data stored in DOOM WAD files. * * @ingroup resource * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_WAD #include #include "de_base.h" #include "de_console.h" #include "de_filesys.h" #include "api_wad.h" using namespace de; size_t W_LumpLength(lumpnum_t lumpNum) { try { return App_FileSystem().nameIndex().lump(lumpNum).info().size; } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_LumpLength"); LOGDEV_RES_ERROR("%s") << er.asText(); } return 0; } AutoStr* W_LumpName(lumpnum_t lumpNum) { try { String const& name = App_FileSystem().nameIndex().lump(lumpNum).name(); QByteArray nameUtf8 = name.toUtf8(); return AutoStr_FromTextStd(nameUtf8.constData()); } catch(FS1::NotFoundError const &er) { LOG_AS("W_LumpName"); LOGDEV_RES_ERROR("%s") << er.asText(); } return AutoStr_NewStd(); } uint W_LumpLastModified(lumpnum_t lumpNum) { try { return App_FileSystem().nameIndex().lump(lumpNum).info().lastModified; } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_LumpLastModified"); LOGDEV_RES_ERROR("%s") << er.asText(); } return 0; } AutoStr *W_LumpSourceFile(lumpnum_t lumpNum) { try { de::File1 const& lump = App_FileSystem().nameIndex().lump(lumpNum); QByteArray path = lump.container().composePath().toUtf8(); return AutoStr_FromText(path.constData()); } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_LumpSourceFile"); LOGDEV_RES_ERROR("%s") << er.asText(); } return AutoStr_NewStd(); } dd_bool W_LumpIsCustom(lumpnum_t lumpNum) { try { de::File1 const& lump = App_FileSystem().nameIndex().lump(lumpNum); return lump.container().hasCustom(); } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_LumpIsCustom"); LOGDEV_RES_ERROR("%s") << er.asText(); } return false; } lumpnum_t W_CheckLumpNumForName(char const *name) { lumpnum_t lumpNum; if(!name || !name[0]) { LOGDEV_RES_WARNING("W_CheckLumpNumForName: Empty lump name, returning invalid lumpnum"); return -1; } lumpNum = App_FileSystem().lumpNumForName(name); return lumpNum; } lumpnum_t W_GetLumpNumForName(char const *name) { lumpnum_t lumpNum = W_CheckLumpNumForName(name); if(lumpNum < 0) { LOG_RES_ERROR("Lump \"%s\" not found") << name; } return lumpNum; } size_t W_ReadLump(lumpnum_t lumpNum, uint8_t* buffer) { try { de::File1& lump = App_FileSystem().nameIndex().lump(lumpNum); return lump.read(buffer, 0, lump.size()); } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_ReadLump"); LOGDEV_RES_ERROR("%s") << er.asText(); } return 0; } size_t W_ReadLumpSection(lumpnum_t lumpNum, uint8_t* buffer, size_t startOffset, size_t length) { try { de::File1& lump = App_FileSystem().nameIndex().lump(lumpNum); return lump.read(buffer, startOffset, length); } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_ReadLumpSection"); LOGDEV_RES_ERROR("%s") << er.asText(); } return 0; } uint8_t const *W_CacheLump(lumpnum_t lumpNum) { try { return App_FileSystem().nameIndex().lump(lumpNum).cache(); } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_CacheLump"); LOGDEV_RES_ERROR("%s") << er.asText(); } return NULL; } void W_UnlockLump(lumpnum_t lumpNum) { try { App_FileSystem().nameIndex().lump(lumpNum).unlock(); } catch(LumpIndex::NotFoundError const &er) { LOG_AS("W_UnlockLump"); LOGDEV_RES_ERROR("%s") << er.asText(); } return; } // Public API: DENG_DECLARE_API(W) = { { DE_API_WAD }, W_LumpLength, W_LumpName, W_LumpLastModified, W_LumpSourceFile, W_LumpIsCustom, W_CheckLumpNumForName, W_GetLumpNumForName, W_ReadLump, W_ReadLumpSection, W_CacheLump, W_UnlockLump }; doomsday-1.14.5/doomsday/client/src/dd_main.cpp0000664000175000017500000023436612350542237020711 0ustar jaakkojaakko/** @file dd_main.cpp Engine core. * * @ingroup core * * @todo Much of this should be refactored and merged into the App classes. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_BASE // functions defined here #ifdef WIN32 # define _WIN32_DCOM # include #endif #include #ifdef __CLIENT__ # include "clientapp.h" # include "updater.h" # include #endif #ifdef __SERVER__ # include "serverapp.h" #endif #include "de_platform.h" #include "de_console.h" #include "de_filesys.h" #include "de_network.h" #include "de_audio.h" #include "edit_bias.h" #include "gl/svg.h" #ifdef __CLIENT__ # include "gl/gl_defer.h" # include "gl/gl_texmanager.h" #endif #ifdef __CLIENT__ # include "render/cameralensfx.h" # include "render/r_draw.h" // R_InitViewWindow # include "render/r_main.h" // R_Init, R_ResetViewer # include "render/rend_font.h" # include "render/rend_main.h" # include "render/rend_particle.h" // Rend_ParticleLoadSystemTextures # include "render/vr.h" #endif #include "world/entitydef.h" #include "world/p_players.h" #ifdef __CLIENT__ # include "Contact" # include "Sector" #endif #include "world/worldsystem.h" #ifdef __CLIENT__ # include "ui/ui_main.h" # include "ui/widgets/taskbarwidget.h" #endif #include "ui/ui2_main.h" #include "ui/fi_main.h" #include "ui/p_control.h" #include #include #include #include #include #include #include #ifdef WIN32 # include #endif #ifdef MACOSX # include #endif #ifdef UNIX # include #endif #include using namespace de; class ZipFileType : public de::NativeFileType { public: ZipFileType() : NativeFileType("FT_ZIP", RC_PACKAGE) { addKnownExtension(".pk3"); addKnownExtension(".zip"); } de::File1 *interpret(de::FileHandle &hndl, String path, FileInfo const &info) const { if(Zip::recognise(hndl)) { LOG_AS("ZipFileType"); LOG_RES_VERBOSE("Interpreted \"" + NativePath(path).pretty() + "\""); return new Zip(hndl, path, info); } return 0; } }; class WadFileType : public de::NativeFileType { public: WadFileType() : NativeFileType("FT_WAD", RC_PACKAGE) { addKnownExtension(".wad"); } de::File1 *interpret(de::FileHandle &hndl, String path, FileInfo const &info) const { if(Wad::recognise(hndl)) { LOG_AS("WadFileType"); LOG_RES_VERBOSE("Interpreted \"" + NativePath(path).pretty() + "\""); return new Wad(hndl, path, info); } return 0; } }; static void consoleRegister(); static void initPathMappings(); static int DD_StartupWorker(void *context); static int DD_DummyWorker(void *context); static void DD_AutoLoad(); /** * @param path Path to the file to be loaded. Either a "real" file in * the local file system, or a "virtual" file. * @param baseOffset Offset from the start of the file in bytes to begin. * * @return @c true iff the referenced file was loaded. */ static de::File1 *tryLoadFile(de::Uri const &path, size_t baseOffset = 0); filename_t ddBasePath = ""; // Doomsday root directory is at...? filename_t ddRuntimePath, ddBinPath; int isDedicated; int verbose; // For debug messages (-verbose). // List of file names, whitespace seperating (written to .cfg). char *startupFiles = (char *) ""; // ignore warning // Id of the currently running title finale if playing, else zero. finaleid_t titleFinale; int gameDataFormat; // Use a game-specifc data format where applicable. static NullFileType nullFileType; /// A symbolic name => file type map. static FileTypes fileTypeMap; static void registerResourceFileTypes() { FileType *ftype; /* * Packages types: */ ResourceClass& packageClass = App_ResourceClass("RC_PACKAGE"); ftype = new ZipFileType(); packageClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new WadFileType(); packageClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_LMP", RC_PACKAGE); ///< Treat lumps as packages so they are mapped to $App.DataPath. ftype->addKnownExtension(".lmp"); fileTypeMap.insert(ftype->name().toLower(), ftype); /* * Definition fileTypes: */ ftype = new FileType("FT_DED", RC_DEFINITION); ftype->addKnownExtension(".ded"); App_ResourceClass("RC_DEFINITION").addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); /* * Graphic fileTypes: */ ResourceClass& graphicClass = App_ResourceClass("RC_GRAPHIC"); ftype = new FileType("FT_PNG", RC_GRAPHIC); ftype->addKnownExtension(".png"); graphicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_TGA", RC_GRAPHIC); ftype->addKnownExtension(".tga"); graphicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_JPG", RC_GRAPHIC); ftype->addKnownExtension(".jpg"); graphicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_PCX", RC_GRAPHIC); ftype->addKnownExtension(".pcx"); graphicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); /* * Model fileTypes: */ ResourceClass& modelClass = App_ResourceClass("RC_MODEL"); ftype = new FileType("FT_DMD", RC_MODEL); ftype->addKnownExtension(".dmd"); modelClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_MD2", RC_MODEL); ftype->addKnownExtension(".md2"); modelClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); /* * Sound fileTypes: */ ftype = new FileType("FT_WAV", RC_SOUND); ftype->addKnownExtension(".wav"); App_ResourceClass("RC_SOUND").addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); /* * Music fileTypes: */ ResourceClass& musicClass = App_ResourceClass("RC_MUSIC"); ftype = new FileType("FT_OGG", RC_MUSIC); ftype->addKnownExtension(".ogg"); musicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_MP3", RC_MUSIC); ftype->addKnownExtension(".mp3"); musicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_MOD", RC_MUSIC); ftype->addKnownExtension(".mod"); musicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); ftype = new FileType("FT_MID", RC_MUSIC); ftype->addKnownExtension(".mid"); musicClass.addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); /* * Font fileTypes: */ ftype = new FileType("FT_DFN", RC_FONT); ftype->addKnownExtension(".dfn"); App_ResourceClass("RC_FONT").addFileType(*ftype); fileTypeMap.insert(ftype->name().toLower(), ftype); /* * Misc fileTypes: */ ftype = new FileType("FT_DEH", RC_PACKAGE); ///< Treat DeHackEd patches as packages so they are mapped to $App.DataPath. ftype->addKnownExtension(".deh"); fileTypeMap.insert(ftype->name().toLower(), ftype); } FileType &DD_FileTypeByName(String name) { if(!name.isEmpty()) { FileTypes::iterator found = fileTypeMap.find(name.toLower()); if(found != fileTypeMap.end()) return **found; } return nullFileType; // Not found. } FileType &DD_GuessFileTypeFromFileName(String path) { if(!path.isEmpty()) { DENG2_FOR_EACH_CONST(FileTypes, i, fileTypeMap) { FileType &ftype = **i; if(ftype.fileNameIsKnown(path)) return ftype; } } return nullFileType; } FileTypes const &DD_FileTypes() { return fileTypeMap; } static NativePath steamBasePath() { #ifdef WIN32 // The path to Steam can be queried from the registry. { QSettings st("HKEY_CURRENT_USER\\Software\\Valve\\Steam\\", QSettings::NativeFormat); String path = st.value("SteamPath").toString(); if(!path.isEmpty()) return path; } { QSettings st("HKEY_LOCAL_MACHINE\\Software\\Valve\\Steam\\", QSettings::NativeFormat); String path = st.value("InstallPath").toString(); if(!path.isEmpty()) return path; } #elif MACOSX return NativePath(QDir::homePath()) / "Library/Application Support/Steam/"; #endif /// @todo Where are steam apps located on Ubuntu? return ""; } static void createPackagesScheme() { FS1::Scheme &scheme = App_FileSystem().createScheme("Packages"); /* * Add default search paths. * * Note that the order here defines the order in which these paths are searched * thus paths must be added in priority order (newer paths have priority). */ #ifdef UNIX // There may be an iwaddir specified in a system-level config file. filename_t fn; if(UnixInfo_GetConfigValue("paths", "iwaddir", fn, FILENAME_T_MAXLEN)) { NativePath path = de::App::app().commandLine().startupPath() / fn; scheme.addSearchPath(SearchPath(de::Uri::fromNativeDirPath(path), SearchPath::NoDescend)); LOG_RES_NOTE("Using paths.iwaddir: %s") << path.pretty(); } #endif // Add paths to games bought with/using Steam. if(!CommandLine_Check("-nosteamapps")) { NativePath steamBase = steamBasePath(); if(!steamBase.isEmpty()) { NativePath steamPath = steamBase / "SteamApps/common/"; LOG_RES_NOTE("Using SteamApps path: %s") << steamPath.pretty(); static String const appDirs[] = { "doom 2/base", "final doom/base", "heretic shadow of the serpent riders/base", "hexen/base", "hexen deathkings of the dark citadel/base", "ultimate doom/base", "DOOM 3 BFG Edition/base/wads", "" }; for(int i = 0; !appDirs[i].isEmpty(); ++i) { scheme.addSearchPath(SearchPath(de::Uri::fromNativeDirPath(steamPath / appDirs[i]), SearchPath::NoDescend)); } } } // Add the path from the DOOMWADDIR environment variable. if(!CommandLine_Check("-nodoomwaddir") && getenv("DOOMWADDIR")) { NativePath path = App::app().commandLine().startupPath() / getenv("DOOMWADDIR"); scheme.addSearchPath(SearchPath(de::Uri::fromNativeDirPath(path), SearchPath::NoDescend)); LOG_RES_NOTE("Using DOOMWADDIR: %s") << path.pretty(); } // Add any paths from the DOOMWADPATH environment variable. if(!CommandLine_Check("-nodoomwadpath") && getenv("DOOMWADPATH")) { #if WIN32 # define SEP_CHAR ';' #else # define SEP_CHAR ':' #endif QStringList allPaths = QString(getenv("DOOMWADPATH")).split(SEP_CHAR, QString::SkipEmptyParts); for(int i = allPaths.count(); i--> 0; ) { NativePath path = App::app().commandLine().startupPath() / allPaths[i]; scheme.addSearchPath(SearchPath(de::Uri::fromNativeDirPath(path), SearchPath::NoDescend)); LOG_RES_NOTE("Using DOOMWADPATH: %s") << path.pretty(); } #undef SEP_CHAR } scheme.addSearchPath(SearchPath(de::Uri("$(App.DataPath)/", RC_NULL), SearchPath::NoDescend)); scheme.addSearchPath(SearchPath(de::Uri("$(App.DataPath)/$(GamePlugin.Name)/", RC_NULL), SearchPath::NoDescend)); } void DD_CreateFileSystemSchemes() { int const schemedef_max_searchpaths = 5; struct schemedef_s { char const *name; char const *optOverridePath; char const *optFallbackPath; FS1::Scheme::Flags flags; SearchPath::Flags searchPathFlags; /// Priority is right to left. char const *searchPaths[schemedef_max_searchpaths]; } defs[] = { { "Defs", NULL, NULL, FS1::Scheme::Flag(0), 0, { "$(App.DefsPath)/", "$(App.DefsPath)/$(GamePlugin.Name)/", "$(App.DefsPath)/$(GamePlugin.Name)/$(Game.IdentityKey)/" } }, { "Graphics", "-gfxdir2", "-gfxdir", FS1::Scheme::Flag(0), 0, { "$(App.DataPath)/graphics/" } }, { "Models", "-modeldir2", "-modeldir", FS1::Scheme::MappedInPackages, 0, { "$(App.DataPath)/$(GamePlugin.Name)/models/", "$(App.DataPath)/$(GamePlugin.Name)/models/$(Game.IdentityKey)/" } }, { "Sfx", "-sfxdir2", "-sfxdir", FS1::Scheme::MappedInPackages, SearchPath::NoDescend, { "$(App.DataPath)/$(GamePlugin.Name)/sfx/", "$(App.DataPath)/$(GamePlugin.Name)/sfx/$(Game.IdentityKey)/" } }, { "Music", "-musdir2", "-musdir", FS1::Scheme::MappedInPackages, SearchPath::NoDescend, { "$(App.DataPath)/$(GamePlugin.Name)/music/", "$(App.DataPath)/$(GamePlugin.Name)/music/$(Game.IdentityKey)/" } }, { "Textures", "-texdir2", "-texdir", FS1::Scheme::MappedInPackages, SearchPath::NoDescend, { "$(App.DataPath)/$(GamePlugin.Name)/textures/", "$(App.DataPath)/$(GamePlugin.Name)/textures/$(Game.IdentityKey)/" } }, { "Flats", "-flatdir2", "-flatdir", FS1::Scheme::MappedInPackages, SearchPath::NoDescend, { "$(App.DataPath)/$(GamePlugin.Name)/flats/", "$(App.DataPath)/$(GamePlugin.Name)/flats/$(Game.IdentityKey)/" } }, { "Patches", "-patdir2", "-patdir", FS1::Scheme::MappedInPackages, SearchPath::NoDescend, { "$(App.DataPath)/$(GamePlugin.Name)/patches/", "$(App.DataPath)/$(GamePlugin.Name)/patches/$(Game.IdentityKey)/" } }, { "LightMaps", "-lmdir2", "-lmdir", FS1::Scheme::MappedInPackages, 0, { "$(App.DataPath)/$(GamePlugin.Name)/lightmaps/" } }, { "Fonts", "-fontdir2", "-fontdir", FS1::Scheme::MappedInPackages, SearchPath::NoDescend, { "$(App.DataPath)/fonts/", "$(App.DataPath)/$(GamePlugin.Name)/fonts/", "$(App.DataPath)/$(GamePlugin.Name)/fonts/$(Game.IdentityKey)/" } }, { 0, 0, 0, FS1::Scheme::Flag(0), 0, { 0 } } }; createPackagesScheme(); // Setup the rest... struct schemedef_s const *def = defs; for(int i = 0; defs[i].name; ++i, ++def) { FS1::Scheme &scheme = App_FileSystem().createScheme(def->name, def->flags); int searchPathCount = 0; while(def->searchPaths[searchPathCount] && ++searchPathCount < schemedef_max_searchpaths) {} for(int j = 0; j < searchPathCount; ++j) { scheme.addSearchPath(SearchPath(de::Uri(def->searchPaths[j], RC_NULL), def->searchPathFlags)); } if(def->optOverridePath && CommandLine_CheckWith(def->optOverridePath, 1)) { NativePath path = NativePath(CommandLine_NextAsPath()); scheme.addSearchPath(SearchPath(de::Uri::fromNativeDirPath(path), def->searchPathFlags), FS1::OverridePaths); path = path / "$(Game.IdentityKey)"; scheme.addSearchPath(SearchPath(de::Uri::fromNativeDirPath(path), def->searchPathFlags), FS1::OverridePaths); } if(def->optFallbackPath && CommandLine_CheckWith(def->optFallbackPath, 1)) { NativePath path = NativePath(CommandLine_NextAsPath()); scheme.addSearchPath(SearchPath(de::Uri::fromNativeDirPath(path), def->searchPathFlags), FS1::FallbackPaths); } } } ResourceSystem &App_ResourceSystem() { if(App::appExists()) { #ifdef __CLIENT__ return ClientApp::resourceSystem(); #endif #ifdef __SERVER__ return ServerApp::resourceSystem(); #endif } throw Error("App_ResourceSystem", "App not yet initialized"); } de::ResourceClass &App_ResourceClass(String className) { return App_ResourceSystem().resClass(className); } de::ResourceClass &App_ResourceClass(resourceclassid_t classId) { return App_ResourceSystem().resClass(classId); } WorldSystem &App_WorldSystem() { if(App::appExists()) { #ifdef __CLIENT__ return ClientApp::worldSystem(); #endif #ifdef __SERVER__ return ServerApp::worldSystem(); #endif } throw Error("App_WorldSystem", "App not yet initialized"); } static void parseStartupFilePathsAndAddFiles(char const *pathString) { #define ATWSEPS ",; \t" if(!pathString || !pathString[0]) return; size_t len = strlen(pathString); char *buffer = (char *) M_Malloc(len + 1); strcpy(buffer, pathString); char *token = strtok(buffer, ATWSEPS); while(token) { tryLoadFile(de::Uri(token, RC_NULL)); token = strtok(NULL, ATWSEPS); } M_Free(buffer); #undef ATWSEPS } /** * Begin the Doomsday title animation sequence. */ void DD_StartTitle() { #ifdef __CLIENT__ ddfinale_t fin; if(!Def_Get(DD_DEF_FINALE, "background", &fin)) { return; } ddstring_t setupCmds; Str_Init(&setupCmds); // Configure the predefined fonts (all normal, variable width). char const *fontName = UI_ChooseVariableFont(FS_NORMAL); for(int i = 1; i <= FIPAGE_NUM_PREDEFINED_FONTS; ++i) { Str_Appendf(&setupCmds, "prefont %i System:%s\n", i, fontName); } // Configure the predefined colors. for(int i = 1; i <= MIN_OF(NUM_UI_COLORS, FIPAGE_NUM_PREDEFINED_FONTS); ++i) { ui_color_t *color = UI_Color(i - 1); Str_Appendf(&setupCmds, "precolor %i %f %f %f\n", i, color->red, color->green, color->blue); } titleFinale = FI_Execute2(fin.script, FF_LOCAL, Str_Text(&setupCmds)); Str_Free(&setupCmds); #endif } /** * Find all game data file paths in the auto directory with the extensions * wad, lmp, pk3, zip and deh. * * @param found List of paths to be populated. * * @return Number of paths added to @a found. */ static int findAllGameDataPaths(FS1::PathList &found) { static String const extensions[] = { "wad", "lmp", "pk3", "zip", "deh", #ifdef UNIX "WAD", "LMP", "PK3", "ZIP", "DEH", // upper case alternatives #endif "" }; int const numFoundSoFar = found.count(); for(uint extIdx = 0; !extensions[extIdx].isEmpty(); ++extIdx) { Path pattern = Path("$(App.DataPath)/$(GamePlugin.Name)/auto/*." + extensions[extIdx]); App_FileSystem().findAllPaths(de::Uri(pattern).resolved(), 0, found); } return found.count() - numFoundSoFar; } /** * Find and try to load all game data file paths in auto directory. * * @return Number of new files that were loaded. */ static int loadFilesFromDataGameAuto() { FS1::PathList found; findAllGameDataPaths(found); int numLoaded = 0; DENG2_FOR_EACH_CONST(FS1::PathList, i, found) { // Ignore directories. if(i->attrib & A_SUBDIR) continue; if(tryLoadFile(de::Uri(i->path, RC_NULL))) { numLoaded += 1; } } return numLoaded; } #ifndef WIN32 extern GETGAMEAPI GetGameAPI; #endif dd_bool DD_ExchangeGamePluginEntryPoints(pluginid_t pluginId) { if(pluginId != 0) { // Do the API transfer. GETGAMEAPI fptAdr; if(!(fptAdr = (GETGAMEAPI) DD_FindEntryPoint(pluginId, "GetGameAPI"))) { return false; } app.GetGameAPI = fptAdr; DD_InitAPI(); Def_GetGameClasses(); } else { app.GetGameAPI = 0; DD_InitAPI(); Def_GetGameClasses(); } return true; } static void loadResource(ResourceManifest &manifest) { DENG2_ASSERT(manifest.resourceClass() == RC_PACKAGE); de::Uri path(manifest.resolvedPath(false/*do not locate resource*/), RC_NULL); if(path.isEmpty()) return; if(de::File1 *file = tryLoadFile(path, 0/*base offset*/)) { // Mark this as an original game resource. file->setCustom(false); // Print the 'CRC' number of IWADs, so they can be identified. if(Wad *wad = dynamic_cast(file)) { LOG_RES_MSG("IWAD identification: %08x") << wad->calculateCRC(); } } } struct ddgamechange_params_t { /// @c true iff caller (i.e., App_ChangeGame) initiated busy mode. dd_bool initiatedBusyMode; }; static int DD_BeginGameChangeWorker(void *context) { ddgamechange_params_t &parms = *static_cast(context); Map::initDummies(); P_InitMapEntityDefs(); if(parms.initiatedBusyMode) { Con_SetProgress(200); BusyMode_WorkerEnd(); } return 0; } static int DD_LoadGameStartupResourcesWorker(void *context) { ddgamechange_params_t &parms = *static_cast(context); // Reset file Ids so previously seen files can be processed again. App_FileSystem().resetFileIds(); initPathMappings(); App_FileSystem().resetAllSchemes(); if(parms.initiatedBusyMode) { Con_SetProgress(50); } if(App_GameLoaded()) { // Create default Auto mappings in the runtime directory. // Data class resources. App_FileSystem().addPathMapping("auto/", de::Uri("$(App.DataPath)/$(GamePlugin.Name)/auto/", RC_NULL).resolved()); // Definition class resources. App_FileSystem().addPathMapping("auto/", de::Uri("$(App.DefsPath)/$(GamePlugin.Name)/auto/", RC_NULL).resolved()); } /** * Open all the files, load headers, count lumps, etc, etc... * @note Duplicate processing of the same file is automatically guarded * against by the virtual file system layer. */ GameManifests const &gameManifests = App_CurrentGame().manifests(); int const numPackages = gameManifests.count(RC_PACKAGE); if(numPackages) { LOG_RES_MSG("Loading game resources") << (verbose >= 1? ":" : "..."); int packageIdx = 0; for(GameManifests::const_iterator i = gameManifests.find(RC_PACKAGE); i != gameManifests.end() && i.key() == RC_PACKAGE; ++i, ++packageIdx) { loadResource(**i); // Update our progress. if(parms.initiatedBusyMode) { Con_SetProgress((packageIdx + 1) * (200 - 50) / numPackages - 1); } } } if(parms.initiatedBusyMode) { Con_SetProgress(200); BusyMode_WorkerEnd(); } return 0; } static int addListFiles(QStringList const &list, FileType const &ftype) { int numAdded = 0; foreach(QString const &path, list) { if(&ftype != &DD_GuessFileTypeFromFileName(path)) { continue; } if(tryLoadFile(de::Uri(path, RC_NULL))) { numAdded += 1; } } return numAdded; } /** * (Re-)Initialize the VFS path mappings. */ static void initPathMappings() { App_FileSystem().clearPathMappings(); if(DD_IsShuttingDown()) return; // Create virtual directory mappings by processing all -vdmap options. int argC = CommandLine_Count(); for(int i = 0; i < argC; ++i) { if(strnicmp("-vdmap", CommandLine_At(i), 6)) { continue; } if(i < argC - 1 && !CommandLine_IsOption(i + 1) && !CommandLine_IsOption(i + 2)) { String source = NativePath(CommandLine_PathAt(i + 1)).expand().withSeparators('/'); String destination = NativePath(CommandLine_PathAt(i + 2)).expand().withSeparators('/'); App_FileSystem().addPathMapping(source, destination); i += 2; } } } /// Skip all whitespace except newlines. static inline char const *skipSpace(char const *ptr) { DENG2_ASSERT(ptr != 0); while(*ptr && *ptr != '\n' && isspace(*ptr)) { ptr++; } return ptr; } static bool parsePathLumpMapping(lumpname_t lumpName, ddstring_t *path, char const *buffer) { DENG2_ASSERT(lumpName && path != 0); // Find the start of the lump name. char const *ptr = skipSpace(buffer); // Just whitespace? if(!*ptr || *ptr == '\n') return false; // Find the end of the lump name. char const *end = (char const *)M_FindWhite((char *)ptr); if(!*end || *end == '\n') return false; size_t len = end - ptr; // Invalid lump name? if(len > 8) return false; memset(lumpName, 0, LUMPNAME_T_MAXLEN); strncpy(lumpName, ptr, len); strupr(lumpName); // Find the start of the file path. ptr = skipSpace(end); if(!*ptr || *ptr == '\n') return false; // Missing file path. // We're at the file path. Str_Set(path, ptr); // Get rid of any extra whitespace on the end. Str_StripRight(path); F_FixSlashes(path, path); return true; } /** * 
 LUMPNAM0 \\Path\\In\\The\\Base.ext
 * LUMPNAM1 Path\\In\\The\\RuntimeDir.ext
 *  :
*/ static bool parsePathLumpMappings(char const *buffer) { DENG2_ASSERT(buffer != 0); bool successful = false; ddstring_t path; Str_Init(&path); ddstring_t line; Str_Init(&line); char const *ch = buffer; lumpname_t lumpName; do { ch = Str_GetLine(&line, ch); if(!parsePathLumpMapping(lumpName, &path, Str_Text(&line))) { // Failure parsing the mapping. // Ignore errors in individual mappings and continue parsing. //goto parseEnded; } else { String destination = NativePath(Str_Text(&path)).expand().withSeparators('/'); App_FileSystem().addPathLumpMapping(lumpName, destination); } } while(*ch); // Success. successful = true; //parseEnded: Str_Free(&line); Str_Free(&path); return successful; } /** * (Re-)Initialize the path => lump mappings. * @note Should be called after WADs have been processed. */ static void initPathLumpMappings() { // Free old paths, if any. App_FileSystem().clearPathLumpMappings(); if(DD_IsShuttingDown()) return; size_t bufSize = 0; uint8_t *buf = 0; // Add the contents of all DD_DIREC lumps. DENG2_FOR_EACH_CONST(LumpIndex::Lumps, i, App_FileSystem().nameIndex().lumps()) { de::File1 &lump = **i; FileInfo const &lumpInfo = lump.info(); if(!lump.name().beginsWith("DD_DIREC", Qt::CaseInsensitive)) { continue; } // Make a copy of it so we can ensure it ends in a null. if(bufSize < lumpInfo.size + 1) { bufSize = lumpInfo.size + 1; buf = (uint8_t *) M_Realloc(buf, bufSize); } lump.read(buf, 0, lumpInfo.size); buf[lumpInfo.size] = 0; parsePathLumpMappings(reinterpret_cast(buf)); } M_Free(buf); } static int DD_LoadAddonResourcesWorker(void *context) { ddgamechange_params_t &parms = *static_cast(context); /** * Add additional game-startup files. * @note These must take precedence over Auto but not game-resource files. */ if(startupFiles && startupFiles[0]) { parseStartupFilePathsAndAddFiles(startupFiles); } if(parms.initiatedBusyMode) { Con_SetProgress(50); } if(App_GameLoaded()) { /** * Phase 3: Add real files from the Auto directory. */ game::Session::Profile &prof = game::Session::profile(); FS1::PathList found; findAllGameDataPaths(found); DENG2_FOR_EACH_CONST(FS1::PathList, i, found) { // Ignore directories. if(i->attrib & A_SUBDIR) continue; /// @todo Is expansion of symbolics still necessary here? prof.resourceFiles << NativePath(i->path).expand().withSeparators('/'); } if(!prof.resourceFiles.isEmpty()) { // First ZIPs then WADs (they may contain WAD files). addListFiles(prof.resourceFiles, DD_FileTypeByName("FT_ZIP")); addListFiles(prof.resourceFiles, DD_FileTypeByName("FT_WAD")); } // Final autoload round. DD_AutoLoad(); } if(parms.initiatedBusyMode) { Con_SetProgress(180); } initPathLumpMappings(); // Re-initialize the resource locator as there are now new resources to be found // on existing search paths (probably that is). App_FileSystem().resetAllSchemes(); if(parms.initiatedBusyMode) { Con_SetProgress(200); BusyMode_WorkerEnd(); } return 0; } static int DD_ActivateGameWorker(void *context) { ddgamechange_params_t &parms = *static_cast(context); ResourceSystem &resSys = App_ResourceSystem(); // Texture resources are located now, prior to initializing the game. resSys.initCompositeTextures(); resSys.initFlatTextures(); resSys.initSpriteTextures(); resSys.textureScheme("Lightmaps").clear(); resSys.textureScheme("Flaremaps").clear(); if(parms.initiatedBusyMode) { Con_SetProgress(50); } // Now that resources have been located we can begin to initialize the game. if(App_GameLoaded() && gx.PreInit) { DENG2_ASSERT(App_CurrentGame().pluginId() != 0); DD_SetActivePluginId(App_CurrentGame().pluginId()); gx.PreInit(App_Games().id(App_CurrentGame())); DD_SetActivePluginId(0); } if(parms.initiatedBusyMode) { Con_SetProgress(100); } if(App_GameLoaded()) { // Parse the game's main config file. // If a custom top-level config is specified; let it override. Path configFile; if(CommandLine_CheckWith("-config", 1)) { configFile = NativePath(CommandLine_NextAsPath()).withSeparators('/'); } else { configFile = App_CurrentGame().mainConfig(); } LOG_SCR_MSG("Parsing primary config \"%s\"...") << NativePath(configFile).pretty(); Con_ParseCommands(configFile.toUtf8().constData(), CPCF_SET_DEFAULT | CPCF_ALLOW_SAVE_STATE); #ifdef __CLIENT__ // Apply default control bindings for this game. B_BindGameDefaults(); // Read bindings for this game and merge with the working set. Con_ParseCommands(App_CurrentGame().bindingConfig().toUtf8().constData(), CPCF_ALLOW_SAVE_BINDINGS); #endif } if(parms.initiatedBusyMode) { Con_SetProgress(120); } Def_Read(); if(parms.initiatedBusyMode) { Con_SetProgress(130); } resSys.initSprites(); // Fully initialize sprites. #ifdef __CLIENT__ resSys.initModels(); #endif Def_PostInit(); DD_ReadGameHelp(); // Reset the tictimer so than any fractional accumulation is not added to // the tic/game timer of the newly-loaded game. gameTime = 0; DD_ResetTimer(); #ifdef __CLIENT__ // Make sure that the next frame does not use a filtered viewer. R_ResetViewer(); #endif // Invalidate old cmds and init player values. for(int i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; plr->extraLight = plr->targetExtraLight = 0; plr->extraLightCounter = 0; } if(gx.PostInit) { DD_SetActivePluginId(App_CurrentGame().pluginId()); gx.PostInit(); DD_SetActivePluginId(0); } if(parms.initiatedBusyMode) { Con_SetProgress(200); BusyMode_WorkerEnd(); } return 0; } de::Games &App_Games() { if(App::appExists()) { #ifdef __CLIENT__ return ClientApp::games(); #endif #ifdef __SERVER__ return ServerApp::games(); #endif } throw Error("App_Games", "App not yet initialized"); } dd_bool App_GameLoaded() { if(!App::appExists()) return false; return !App_CurrentGame().isNull(); } void DD_DestroyGames() { App_Games().clear(); App::app().setGame(App_Games().nullGame()); } static void populateGameInfo(GameInfo &info, de::Game &game) { info.identityKey = AutoStr_FromTextStd(game.identityKey().toUtf8().constData()); info.title = AutoStr_FromTextStd(game.title().toUtf8().constData()); info.author = AutoStr_FromTextStd(game.author().toUtf8().constData()); } /// @note Part of the Doomsday public API. #undef DD_GameInfo dd_bool DD_GameInfo(GameInfo *info) { LOG_AS("DD_GameInfo"); if(!info) return false; zapPtr(info); if(App_GameLoaded()) { populateGameInfo(*info, App_CurrentGame()); return true; } LOGDEV_WARNING("No game currently loaded"); return false; } #undef DD_AddGameResource void DD_AddGameResource(gameid_t gameId, resourceclassid_t classId, int rflags, char const *names, void *params) { if(!VALID_RESOURCECLASSID(classId)) Con_Error("DD_AddGameResource: Unknown resource class %i.", (int)classId); if(!names || !names[0]) Con_Error("DD_AddGameResource: Invalid name argument."); // Construct and attach the new resource record. Game &game = App_Games().byId(gameId); ResourceManifest *manifest = new ResourceManifest(classId, rflags); game.addManifest(*manifest); // Add the name list to the resource record. QStringList nameList = String(names).split(";", QString::SkipEmptyParts); foreach(QString const &nameRef, nameList) { manifest->addName(nameRef); } if(params && classId == RC_PACKAGE) { // Add the identityKey list to the resource record. QStringList idKeys = String((char const *) params).split(";", QString::SkipEmptyParts); foreach(QString const &idKeyRef, idKeys) { manifest->addIdentityKey(idKeyRef); } } } #undef DD_DefineGame gameid_t DD_DefineGame(GameDef const *def) { LOG_AS("DD_DefineGame"); if(!def) return 0; // Invalid id. // Game mode identity keys must be unique. Ensure that is the case. try { /*Game &game =*/ App_Games().byIdentityKey(def->identityKey); LOGDEV_WARNING("Ignored new game \"%s\", identity key '%s' already in use") << def->defaultTitle << def->identityKey; return 0; // Invalid id. } catch(Games::NotFoundError const &) {} // Ignore the error. Game *game = Game::fromDef(*def); if(!game) return 0; // Invalid def. // Add this game to our records. game->setPluginId(DD_ActivePluginId()); App_Games().add(*game); return App_Games().id(*game); } #undef DD_GameIdForKey gameid_t DD_GameIdForKey(char const *identityKey) { try { return App_Games().id(App_Games().byIdentityKey(identityKey)); } catch(Games::NotFoundError const &) { LOG_AS("DD_GameIdForKey"); LOGDEV_WARNING("Game \"%s\" is not defined, returning 0.") << identityKey; } return 0; // Invalid id. } de::Game &App_CurrentGame() { return App::game().as(); } bool App_ChangeGame(Game &game, bool allowReload) { #ifdef __CLIENT__ DENG_ASSERT(ClientWindow::mainExists()); #endif //LOG_AS("App_ChangeGame"); bool isReload = false; // Ignore attempts to re-load the current game? if(&App_CurrentGame() == &game) { if(!allowReload) { if(App_GameLoaded()) { LOG_NOTE("%s (%s) is already loaded") << game.title() << game.identityKey(); } return true; } // We are re-loading. isReload = true; } // The current game will be gone very soon. DENG2_FOR_EACH_OBSERVER(App::GameUnloadAudience, i, App::app().audienceForGameUnload()) { i->aboutToUnloadGame(App::game()); } // Quit netGame if one is in progress. #ifdef __SERVER__ if(netGame && isServer) { N_ServerClose(); } #else if(netGame) { Con_Execute(CMDS_DDAY, "net disconnect", true, false); } #endif S_Reset(); #ifdef __CLIENT__ Demo_StopPlayback(); GL_PurgeDeferredTasks(); //if(!Sys_IsShuttingDown()) { App_ResourceSystem().releaseAllGLTextures(); App_ResourceSystem().pruneUnusedTextureSpecs(); GL_LoadLightingSystemTextures(); GL_LoadFlareTextures(); Rend_ParticleLoadSystemTextures(); } GL_SetFilter(false); if(!game.isNull()) { ClientWindow &mainWin = ClientWindow::main(); mainWin.taskBar().close(); // Trap the mouse automatically when loading a game in fullscreen. if(mainWin.isFullScreen()) { mainWin.canvas().trapMouse(); } } #endif // If a game is presently loaded; unload it. if(App_GameLoaded()) { if(gx.Shutdown) { gx.Shutdown(); } Con_SaveDefaults(); #ifdef __CLIENT__ R_ClearViewData(); R_DestroyContactLists(); P_ControlShutdown(); Con_Execute(CMDS_DDAY, "clearbindings", true, false); B_BindDefaults(); B_InitialContextActivations(); #endif // Reset the world back to it's initial state (unload the map, reset players, etc...). App_WorldSystem().reset(); Z_FreeTags(PU_GAMESTATIC, PU_PURGELEVEL - 1); P_ShutdownMapEntityDefs(); R_ShutdownSvgs(); App_ResourceSystem().clearAllRuntimeResources(); App_ResourceSystem().clearAllAnimGroups(); App_ResourceSystem().clearAllColorPalettes(); Sfx_InitLogical(); Con_ClearDatabases(); { // Tell the plugin it is being unloaded. void *unloader = DD_FindEntryPoint(App_CurrentGame().pluginId(), "DP_Unload"); LOGDEV_MSG("Calling DP_Unload %p") << unloader; DD_SetActivePluginId(App_CurrentGame().pluginId()); if(unloader) ((pluginfunc_t)unloader)(); DD_SetActivePluginId(0); } // We do not want to load session resources specified on the command line again. game::Session::profile().resourceFiles.clear(); // The current game is now the special "null-game". App::app().setGame(App_Games().nullGame()); Con_InitDatabases(); consoleRegister(); #ifdef __CLIENT__ I_InitVirtualInputDevices(); #endif R_InitSvgs(); #ifdef __CLIENT__ R_InitViewWindow(); #endif App_FileSystem().unloadAllNonStartupFiles(); // Reset file IDs so previously seen files can be processed again. /// @todo this releases the IDs of startup files too but given the /// only startup file is doomsday.pk3 which we never attempt to load /// again post engine startup, this isn't an immediate problem. App_FileSystem().resetFileIds(); // Update the dir/WAD translations. initPathLumpMappings(); initPathMappings(); App_FileSystem().resetAllSchemes(); } FI_Shutdown(); titleFinale = 0; // If the title finale was in progress it isn't now. /// @todo The entire material collection should not be destroyed during a reload. App_ResourceSystem().clearAllMaterialSchemes(); if(!game.isNull()) { LOG_MSG("Selecting game '%s'...") << game.id(); } else if(!isReload) { LOG_MSG("Unloaded game"); } Library_ReleaseGames(); #ifdef __CLIENT__ ClientWindow::main().setWindowTitle(DD_ComposeMainWindowTitle()); #endif if(!DD_IsShuttingDown()) { // Re-initialize subsystems needed even when in ringzero. if(!DD_ExchangeGamePluginEntryPoints(game.pluginId())) { LOG_WARNING("Game plugin for '%s' is invalid") << game.id(); LOGDEV_WARNING("Failed exchanging entrypoints with plugin %i") << int(game.pluginId()); return false; } FI_Init(); } // This is now the current game. App::app().setGame(game); game::Session::profile().gameId = game.id(); #ifdef __CLIENT__ ClientWindow::main().setWindowTitle(DD_ComposeMainWindowTitle()); #endif /* * If we aren't shutting down then we are either loading a game or switching * to ringzero (the current game will have already been unloaded). */ if(!DD_IsShuttingDown()) { /* * The bulk of this we can do in busy mode unless we are already busy * (which can happen if a fatal error occurs during game load and we must * shutdown immediately; Sys_Shutdown will call back to load the special * "null-game" game). */ int const busyMode = BUSYF_PROGRESS_BAR | (verbose? BUSYF_CONSOLE_OUTPUT : 0); ddgamechange_params_t p; BusyTask gameChangeTasks[] = { // Phase 1: Initialization. { DD_BeginGameChangeWorker, &p, busyMode, "Loading game...", 200, 0.0f, 0.1f, 0 }, // Phase 2: Loading "startup" resources. { DD_LoadGameStartupResourcesWorker, &p, busyMode, NULL, 200, 0.1f, 0.3f, 0 }, // Phase 3: Loading "add-on" resources. { DD_LoadAddonResourcesWorker, &p, busyMode, "Loading add-ons...", 200, 0.3f, 0.7f, 0 }, // Phase 4: Game activation. { DD_ActivateGameWorker, &p, busyMode, "Starting game...", 200, 0.7f, 1.0f, 0 } }; p.initiatedBusyMode = !BusyMode_Active(); if(App_GameLoaded()) { // Tell the plugin it is being loaded. /// @todo Must this be done in the main thread? void *loader = DD_FindEntryPoint(App_CurrentGame().pluginId(), "DP_Load"); LOGDEV_MSG("Calling DP_Load %p") << loader; DD_SetActivePluginId(App_CurrentGame().pluginId()); if(loader) ((pluginfunc_t)loader)(); DD_SetActivePluginId(0); } /// @todo Kludge: Use more appropriate task names when unloading a game. if(game.isNull()) { gameChangeTasks[0].name = "Unloading game..."; gameChangeTasks[3].name = "Switching to ringzero..."; } // kludge end BusyMode_RunTasks(gameChangeTasks, sizeof(gameChangeTasks)/sizeof(gameChangeTasks[0])); #ifdef __CLIENT__ // Process any GL-related tasks we couldn't while Busy. Rend_ParticleLoadExtraTextures(); #endif if(App_GameLoaded()) { Game::printBanner(App_CurrentGame()); } else { // Lets play a nice title animation. DD_StartTitle(); } } DENG_ASSERT(DD_ActivePluginId() == 0); #ifdef __CLIENT__ if(!Sys_IsShuttingDown()) { /** * Clear any input events we may have accumulated during this process. * @note Only necessary here because we might not have been able to use * busy mode (which would normally do this for us on end). */ DD_ClearEvents(); if(!App_GameLoaded()) { ClientWindow::main().taskBar().open(); } else { ClientWindow::main().console().clearLog(); } } #endif // Game change is complete. DENG2_FOR_EACH_OBSERVER(App::GameChangeAudience, i, App::app().audienceForGameChange()) { i->currentGameChanged(App::game()); } return true; } dd_bool DD_IsShuttingDown() { return Sys_IsShuttingDown(); } /** * Looks for new files to autoload from the auto-load data directory. */ static void DD_AutoLoad() { /** * Keep loading files if any are found because virtual files may now * exist in the auto-load directory. */ int numNewFiles; while((numNewFiles = loadFilesFromDataGameAuto()) > 0) { LOG_RES_VERBOSE("Autoload round completed with %i new files") << numNewFiles; } } /** * Attempt to determine which game is to be played. * * @todo Logic here could be much more elaborate but is it necessary? */ Game *DD_AutoselectGame() { if(CommandLine_CheckWith("-game", 1)) { char const *identityKey = CommandLine_Next(); try { Game &game = App_Games().byIdentityKey(identityKey); if(game.allStartupFilesFound()) { return &game; } } catch(Games::NotFoundError const &) {} // Ignore the error. } // If but one lonely game; select it. if(App_Games().numPlayable() == 1) { return App_Games().firstPlayable(); } // We don't know what to do. return 0; } int DD_EarlyInit() { // Determine the requested degree of verbosity. verbose = CommandLine_Exists("-verbose"); #ifdef __SERVER__ isDedicated = true; #else isDedicated = false; #endif // Bring the console online as soon as we can. DD_ConsoleInit(); Con_InitDatabases(); // Register the engine's console commands and variables. consoleRegister(); return true; } /** * This gets called when the main window is ready for GL init. The application * event loop is already running. */ void DD_FinishInitializationAfterWindowReady() { LOGDEV_MSG("Window is ready, finishing initialization"); #ifdef __CLIENT__ # ifdef WIN32 // Now we can get the color transfer table as the window is available. DisplayMode_SaveOriginalColorTransfer(); # endif if(!Sys_GLInitialize()) { Con_Error("Error initializing OpenGL.\n"); } else { ClientWindow::main().setWindowTitle(DD_ComposeMainWindowTitle()); } #endif // Initialize engine subsystems and initial state. if(!DD_Init()) { exit(2); // Cannot continue... return; } /// @todo This notification should be done from the app. DENG2_FOR_EACH_OBSERVER(App::StartupCompleteAudience, i, App::app().audienceForStartupComplete()) { i->appStartupCompleted(); } } /** * Engine initialization. After completed, the game loop is ready to be started. * Called from the app entrypoint function. * * @return @c true on success, @c false if an error occurred. */ dd_bool DD_Init(void) { #ifdef _DEBUG // Type size check. { void *ptr = 0; int32_t int32 = 0; int16_t int16 = 0; float float32 = 0; DENG_UNUSED(ptr); DENG_UNUSED(int32); DENG_UNUSED(int16); DENG_UNUSED(float32); ASSERT_32BIT(int32); ASSERT_16BIT(int16); ASSERT_32BIT(float32); #ifdef __64BIT__ ASSERT_64BIT(ptr); ASSERT_64BIT(int64_t); #else ASSERT_NOT_64BIT(ptr); #endif } #endif #ifdef __CLIENT__ if(!GL_EarlyInit()) { Sys_CriticalMessage("GL_EarlyInit() failed."); return false; } #endif // Initialize the subsystems needed prior to entering busy mode for the first time. Sys_Init(); registerResourceFileTypes(); F_Init(); DD_CreateFileSystemSchemes(); FR_Init(); #ifdef __CLIENT__ // Enter busy mode until startup complete. Con_InitProgress2(200, 0, .25f); // First half. #endif BusyMode_RunNewTaskWithName(BUSYF_NO_UPLOADS | BUSYF_STARTUP | BUSYF_PROGRESS_BAR | (verbose? BUSYF_CONSOLE_OUTPUT : 0), DD_StartupWorker, 0, "Starting up..."); // Engine initialization is complete. Now finish up with the GL. #ifdef __CLIENT__ GL_Init(); GL_InitRefresh(); App_ResourceSystem().clearAllTextureSpecs(); App_ResourceSystem().initSystemTextures(); LensFx_Init(); #endif #ifdef __CLIENT__ // Do deferred uploads. Con_InitProgress2(200, .25f, .25f); // Stop here for a while. #endif BusyMode_RunNewTaskWithName(BUSYF_STARTUP | BUSYF_PROGRESS_BAR | (verbose? BUSYF_CONSOLE_OUTPUT : 0), DD_DummyWorker, 0, "Buffering..."); // Add resource paths specified using -iwad on the command line. FS1::Scheme &scheme = App_FileSystem().scheme(App_ResourceClass("RC_PACKAGE").defaultScheme()); for(int p = 0; p < CommandLine_Count(); ++p) { if(!CommandLine_IsMatchingAlias("-iwad", CommandLine_At(p))) { continue; } while(++p != CommandLine_Count() && !CommandLine_IsOption(p)) { /// @todo Do not add these as search paths, publish them directly to /// the "Packages" scheme. // CommandLine_PathAt() always returns an absolute path. directory_t *dir = Dir_FromText(CommandLine_PathAt(p)); de::Uri uri = de::Uri::fromNativeDirPath(Dir_Path(dir), RC_PACKAGE); LOG_RES_NOTE("User-supplied IWAD path: \"%s\"") << Dir_Path(dir); scheme.addSearchPath(SearchPath(uri, SearchPath::NoDescend)); Dir_Delete(dir); } p--;/* For ArgIsOption(p) necessary, for p==Argc() harmless */ } // Try to locate all required data files for all registered games. #ifdef __CLIENT__ Con_InitProgress2(200, .25f, 1); // Second half. #endif App_Games().locateAllResources(); // Attempt automatic game selection. if(!CommandLine_Exists("-noautoselect") || isDedicated) { if(de::Game *game = DD_AutoselectGame()) { // An implicit game session profile has been defined. // Add all resources specified using -file options on the command line // to the list for the session. game::Session::Profile &prof = game::Session::profile(); for(int p = 0; p < CommandLine_Count(); ++p) { if(!CommandLine_IsMatchingAlias("-file", CommandLine_At(p))) { continue; } while(++p != CommandLine_Count() && !CommandLine_IsOption(p)) { prof.resourceFiles << NativePath(CommandLine_PathAt(p)).expand().withSeparators('/'); } p--;/* For ArgIsOption(p) necessary, for p==Argc() harmless */ } // Begin the game session. App_ChangeGame(*game); } #ifdef __SERVER__ else { // A server is presently useless without a game, as shell // connections can only be made after a game is loaded and the // server mode started. /// @todo Allow shell connections in ringzero mode, too. Con_Error("No playable games available."); } #endif } initPathLumpMappings(); // Re-initialize the filesystem subspace schemess as there are now new // resources to be found on existing search paths (probably that is). App_FileSystem().resetAllSchemes(); // One-time execution of various command line features available during startup. if(CommandLine_CheckWith("-dumplump", 1)) { String name = CommandLine_Next(); lumpnum_t lumpNum = App_FileSystem().lumpNumForName(name); if(lumpNum >= 0) { F_DumpLump(lumpNum); } else { LOG_RES_WARNING("Cannot dump unknown lump \"%s\"") << name; } } if(CommandLine_Check("-dumpwaddir")) { Con_Executef(CMDS_CMDLINE, false, "listlumps"); } // Try to load the autoexec file. This is done here to make sure everything is // initialized: the user can do here anything that s/he'd be able to do in-game // provided a game was loaded during startup. char const *autoexecConfig = "autoexec.cfg"; if(F_FileExists(autoexecConfig)) { Con_ParseCommands(autoexecConfig); } // Read additional config files that should be processed post engine init. if(CommandLine_CheckWith("-parse", 1)) { LOG_AS("-parse"); Time begunAt; forever { char const *arg = CommandLine_Next(); if(!arg || arg[0] == '-') { break; } LOG_MSG("Additional (pre-init) config file \"%s\"") << F_PrettyPath(arg); Con_ParseCommands(arg); } LOGDEV_SCR_VERBOSE("Completed in %.2f seconds") << begunAt.since(); } // A console command on the command line? for(int p = 1; p < CommandLine_Count() - 1; p++) { if(stricmp(CommandLine_At(p), "-command") && stricmp(CommandLine_At(p), "-cmd")) { continue; } for(++p; p < CommandLine_Count(); p++) { char const *arg = CommandLine_At(p); if(arg[0] == '-') { p--; break; } Con_Execute(CMDS_CMDLINE, arg, false, false); } } /* * One-time execution of network commands on the command line. * Commands are only executed if we have loaded a game during startup. */ if(App_GameLoaded()) { // Client connection command. if(CommandLine_CheckWith("-connect", 1)) { Con_Executef(CMDS_CMDLINE, false, "connect %s", CommandLine_Next()); } // Incoming TCP port. if(CommandLine_CheckWith("-port", 1)) { Con_Executef(CMDS_CMDLINE, false, "net-ip-port %s", CommandLine_Next()); } #ifdef __SERVER__ // Automatically start the server. N_ServerOpen(); #endif } else { // No game loaded. // Lets get most of everything else initialized. // Reset file IDs so previously seen files can be processed again. App_FileSystem().resetFileIds(); initPathLumpMappings(); initPathMappings(); App_FileSystem().resetAllSchemes(); App_ResourceSystem().initCompositeTextures(); App_ResourceSystem().initFlatTextures(); App_ResourceSystem().initSpriteTextures(); App_ResourceSystem().textureScheme("Lightmaps").clear(); App_ResourceSystem().textureScheme("Flaremaps").clear(); Def_Read(); App_ResourceSystem().initSprites(); #ifdef __CLIENT__ App_ResourceSystem().initModels(); #endif Def_PostInit(); // Lets play a nice title animation. DD_StartTitle(); if(!CommandLine_Exists("-noautoselect")) { LOG_NOTE("Game could not be selected automatically"); } } return true; } static int DD_StartupWorker(void * /*context*/) { #ifdef WIN32 // Initialize COM for this thread (needed for DirectInput). CoInitialize(NULL); #endif Con_SetProgress(10); // Any startup hooks? DD_CallHooks(HOOK_STARTUP, 0, 0); Con_SetProgress(20); // Was the change to userdir OK? if(CommandLine_CheckWith("-userdir", 1) && !app.usingUserDir) { LOG_WARNING("User directory not found (check -userdir)"); } initPathMappings(); App_FileSystem().resetAllSchemes(); // Initialize the definition databases. Def_Init(); Con_SetProgress(40); Net_Init(); // Now we can hide the mouse cursor for good. Sys_HideMouse(); // Read config files that should be read BEFORE engine init. if(CommandLine_CheckWith("-cparse", 1)) { Time begunAt; LOG_AS("-cparse") forever { char const *arg = CommandLine_NextAsPath(); if(!arg || arg[0] == '-') break; LOG_MSG("Additional (pre-init) config file \"%s\"") << F_PrettyPath(arg); Con_ParseCommands(arg); } LOGDEV_SCR_VERBOSE("Completed in %.2f seconds") << begunAt.since(); } /* * Add required engine resource files. */ String foundPath = App_FileSystem().findPath(de::Uri("doomsday.pk3", RC_PACKAGE), RLF_DEFAULT, App_ResourceClass(RC_PACKAGE)); foundPath = App_BasePath() / foundPath; // Ensure the path is absolute. de::File1 *loadedFile = tryLoadFile(de::Uri(foundPath, RC_NULL)); DENG2_ASSERT(loadedFile != 0); DENG2_UNUSED(loadedFile); /* * No more lumps/packages will be loaded in startup mode after this point. */ F_EndStartup(); // Load engine help resources. DD_InitHelp(); Con_SetProgress(60); // Execute the startup script (Startup.cfg). char const *startupConfig = "startup.cfg"; if(F_FileExists(startupConfig)) { Con_ParseCommands(startupConfig); } Con_SetProgress(90); R_BuildTexGammaLut(); #ifdef __CLIENT__ UI_LoadFonts(); #endif R_InitSvgs(); #ifdef __CLIENT__ R_InitViewWindow(); Rend_Init(); R_ResetFrameCount(); #endif Con_SetProgress(165); Net_InitGame(); #ifdef __CLIENT__ Demo_Init(); #endif LOG_RES_VERBOSE("Initializing InFine subsystem..."); FI_Init(); LOG_VERBOSE("Initializing UI subsystem..."); UI_Init(); Con_SetProgress(190); // In dedicated mode the console must be opened, so all input events // will be handled by it. if(isDedicated) { Con_Open(true); } Con_SetProgress(199); DD_CallHooks(HOOK_INIT, 0, 0); // Any initialization hooks? Con_SetProgress(200); #ifdef WIN32 // This thread has finished using COM. CoUninitialize(); #endif BusyMode_WorkerEnd(); return 0; } /** * This only exists so we have something to call while the deferred uploads of the * startup are processed. */ static int DD_DummyWorker(void * /*context*/) { Con_SetProgress(200); BusyMode_WorkerEnd(); return 0; } void DD_CheckTimeDemo() { static dd_bool checked = false; if(!checked) { checked = true; if(CommandLine_CheckWith("-timedemo", 1) || // Timedemo mode. CommandLine_CheckWith("-playdemo", 1)) // Play-once mode. { char buf[200]; sprintf(buf, "playdemo %s", CommandLine_Next()); Con_Execute(CMDS_CMDLINE, buf, false, false); } } } static int DD_UpdateEngineStateWorker(void *context) { DENG2_ASSERT(context != 0); bool const initiatedBusyMode = *static_cast(context); #ifdef __CLIENT__ if(!novideo) { GL_InitRefresh(); App_ResourceSystem().clearAllTextureSpecs(); App_ResourceSystem().initSystemTextures(); } #endif if(initiatedBusyMode) { Con_SetProgress(50); } // Reset file IDs so previously seen files can be processed again. F_ResetFileIds(); // Re-read definitions. Def_Read(); App_ResourceSystem().initRawTextures(); App_ResourceSystem().initSprites(); // Fully reinitialize sprites. #ifdef __CLIENT__ App_ResourceSystem().initModels(); // Defs might've changed. #endif Def_PostInit(); App_WorldSystem().update(); #ifdef __CLIENT__ // Recalculate the light range mod matrix. Rend_UpdateLightModMatrix(); // The rendering lists have persistent data that has changed during the // re-initialization. ClientApp::renderSystem().clearDrawLists(); /// @todo fixme: Update the game title and the status. #endif #ifdef DENG_DEBUG Z_CheckHeap(); #endif if(initiatedBusyMode) { Con_SetProgress(200); BusyMode_WorkerEnd(); } return 0; } void DD_UpdateEngineState() { LOG_MSG("Updating engine state..."); BusyMode_FreezeGameForBusyMode(); // Stop playing sounds and music. S_Reset(); #ifdef __CLIENT__ GL_SetFilter(false); Demo_StopPlayback(); #endif //App_FileSystem().resetFileIds(); // Update the dir/WAD translations. initPathLumpMappings(); initPathMappings(); // Re-build the filesystem subspace schemes as there may be new resources to be found. App_FileSystem().resetAllSchemes(); App_ResourceSystem().initCompositeTextures(); App_ResourceSystem().initFlatTextures(); App_ResourceSystem().initSpriteTextures(); if(App_GameLoaded() && gx.UpdateState) { gx.UpdateState(DD_PRE); } #ifdef __CLIENT__ dd_bool hadFog = usingFog; GL_TotalReset(); GL_TotalRestore(); // Bring GL back online. // Make sure the fog is enabled, if necessary. if(hadFog) { GL_UseFog(true); } #endif /* * The bulk of this we can do in busy mode unless we are already busy * (which can happen during a runtime game change). */ bool initiatedBusyMode = !BusyMode_Active(); if(initiatedBusyMode) { #ifdef __CLIENT__ Con_InitProgress(200); #endif BusyMode_RunNewTaskWithName(BUSYF_ACTIVITY | BUSYF_PROGRESS_BAR | (verbose? BUSYF_CONSOLE_OUTPUT : 0), DD_UpdateEngineStateWorker, &initiatedBusyMode, "Updating engine state..."); } else { /// @todo Update the current task name and push progress. DD_UpdateEngineStateWorker(&initiatedBusyMode); } if(App_GameLoaded() && gx.UpdateState) { gx.UpdateState(DD_POST); } #ifdef __CLIENT__ App_ResourceSystem().restartAllMaterialAnimations(); #endif } struct ddvalue_t { int *readPtr; int *writePtr; }; ddvalue_t ddValues[DD_LAST_VALUE - DD_FIRST_VALUE - 1] = { {&netGame, 0}, {&isServer, 0}, // An *open* server? {&isClient, 0}, #ifdef __SERVER__ {&allowFrames, &allowFrames}, #else {0, 0}, #endif {&consolePlayer, &consolePlayer}, {&displayPlayer, 0 /*&displayPlayer*/}, // use R_SetViewPortPlayer() instead #ifdef __CLIENT__ {&mipmapping, 0}, {&filterUI, 0}, {&defResX, &defResX}, {&defResY, &defResY}, #else {0, 0}, {0, 0}, {0, 0}, {0, 0}, #endif {0, 0}, {0, 0}, //{&mouseInverseY, &mouseInverseY}, #ifdef __CLIENT__ {&levelFullBright, &levelFullBright}, #else {0, 0}, #endif {&CmdReturnValue, 0}, #ifdef __CLIENT__ {&gameReady, &gameReady}, #else {0, 0}, #endif {&isDedicated, 0}, {&novideo, 0}, {&defs.count.mobjs.num, 0}, {&gotFrame, 0}, #ifdef __CLIENT__ {&playback, 0}, #else {0, 0}, #endif {&defs.count.sounds.num, 0}, {&defs.count.music.num, 0}, {0, 0}, #ifdef __CLIENT__ {&clientPaused, &clientPaused}, {&weaponOffsetScaleY, &weaponOffsetScaleY}, #else {0, 0}, {0, 0}, #endif {&gameDataFormat, &gameDataFormat}, #ifdef __CLIENT__ {&gameDrawHUD, 0}, {&symbolicEchoMode, &symbolicEchoMode}, {&numTexUnits, 0}, {&rendLightAttenuateFixedColormap, &rendLightAttenuateFixedColormap} #else {0, 0}, {0, 0}, {0, 0}, {0, 0} #endif }; /** * Get a 32-bit signed integer value. */ #undef DD_GetInteger int DD_GetInteger(int ddvalue) { switch(ddvalue) { #ifdef __CLIENT__ case DD_SHIFT_DOWN: return I_ShiftDown(); case DD_WINDOW_WIDTH: return DENG_GAMEVIEW_WIDTH; case DD_WINDOW_HEIGHT: return DENG_GAMEVIEW_HEIGHT; case DD_CURRENT_CLIENT_FINALE_ID: return Cl_CurrentFinale(); case DD_DYNLIGHT_TEXTURE: return (int) GL_PrepareLSTexture(LST_DYNAMIC); case DD_USING_HEAD_TRACKING: return vrCfg().mode() == VRConfig::OculusRift && vrCfg().oculusRift().isReady(); #endif case DD_NUMLUMPS: return F_LumpCount(); case DD_MAP_MUSIC: if(App_WorldSystem().hasMap()) { de::Uri mapUri = App_WorldSystem().map().uri(); if(ded_mapinfo_t *mapInfo = Def_GetMapInfo(reinterpret_cast(&mapUri))) { return Def_GetMusicNum(mapInfo->music); } } return -1; default: break; } if(ddvalue >= DD_LAST_VALUE || ddvalue <= DD_FIRST_VALUE) { return 0; } if(ddValues[ddvalue].readPtr == 0) { return 0; } return *ddValues[ddvalue].readPtr; } /** * Set a 32-bit signed integer value. */ #undef DD_SetInteger void DD_SetInteger(int ddvalue, int parm) { if(ddvalue <= DD_FIRST_VALUE || ddvalue >= DD_LAST_VALUE) { return; } if(ddValues[ddvalue].writePtr) { *ddValues[ddvalue].writePtr = parm; } } /** * Get a pointer to the value of a variable. Not all variables support * this. Added for 64-bit support. */ #undef DD_GetVariable void *DD_GetVariable(int ddvalue) { static int value; static double valueD; switch(ddvalue) { case DD_GAME_EXPORTS: return &gx; case DD_POLYOBJ_COUNT: value = App_WorldSystem().hasMap()? App_WorldSystem().map().polyobjCount() : 0; return &value; case DD_MAP_MIN_X: valueD = App_WorldSystem().hasMap()? App_WorldSystem().map().bounds().minX : 0; return &valueD; case DD_MAP_MIN_Y: valueD = App_WorldSystem().hasMap()? App_WorldSystem().map().bounds().minY : 0; return &valueD; case DD_MAP_MAX_X: valueD = App_WorldSystem().hasMap()? App_WorldSystem().map().bounds().maxX : 0; return &valueD; case DD_MAP_MAX_Y: valueD = App_WorldSystem().hasMap()? App_WorldSystem().map().bounds().maxY : 0; return &valueD; /*case DD_CPLAYER_THRUST_MUL: return &cplrThrustMul;*/ case DD_GRAVITY: valueD = App_WorldSystem().hasMap()? App_WorldSystem().map().gravity() : 0; return &valueD; #ifdef __CLIENT__ case DD_PSPRITE_OFFSET_X: return &pspOffset[VX]; case DD_PSPRITE_OFFSET_Y: return &pspOffset[VY]; case DD_PSPRITE_LIGHTLEVEL_MULTIPLIER: return &pspLightLevelMultiplier; case DD_TORCH_RED: return &torchColor.x; case DD_TORCH_GREEN: return &torchColor.y; case DD_TORCH_BLUE: return &torchColor.z; case DD_TORCH_ADDITIVE: return &torchAdditive; # ifdef WIN32 case DD_WINDOW_HANDLE: return ClientWindow::main().nativeHandle(); # endif #endif // We have to separately calculate the 35 Hz ticks. case DD_GAMETIC: { static timespan_t fracTic; fracTic = gameTime * TICSPERSEC; return &fracTic; } case DD_NUMLUMPS: { static int count; count = F_LumpCount(); return &count; } default: break; } if(ddvalue >= DD_LAST_VALUE || ddvalue <= DD_FIRST_VALUE) { return 0; } // Other values not supported. return ddValues[ddvalue].writePtr; } /** * Set the value of a variable. The pointer can point to any data, its * interpretation depends on the variable. Added for 64-bit support. */ #undef DD_SetVariable void DD_SetVariable(int ddvalue, void *parm) { if(ddvalue <= DD_FIRST_VALUE || ddvalue >= DD_LAST_VALUE) { switch(ddvalue) { /*case DD_CPLAYER_THRUST_MUL: cplrThrustMul = *(float*) parm; return;*/ case DD_GRAVITY: if(App_WorldSystem().hasMap()) App_WorldSystem().map().setGravity(*(coord_t*) parm); return; #ifdef __CLIENT__ case DD_PSPRITE_OFFSET_X: pspOffset[VX] = *(float *) parm; return; case DD_PSPRITE_OFFSET_Y: pspOffset[VY] = *(float *) parm; return; case DD_PSPRITE_LIGHTLEVEL_MULTIPLIER: pspLightLevelMultiplier = *(float *) parm; return; case DD_TORCH_RED: torchColor.x = de::clamp(0.f, *((float*) parm), 1.f); return; case DD_TORCH_GREEN: torchColor.y = de::clamp(0.f, *((float*) parm), 1.f); return; case DD_TORCH_BLUE: torchColor.z = de::clamp(0.f, *((float*) parm), 1.f); return; case DD_TORCH_ADDITIVE: torchAdditive = (*(int*) parm)? true : false; break; #endif default: break; } } } /// @note Part of the Doomsday public API. fontschemeid_t DD_ParseFontSchemeName(char const *str) { #ifdef __CLIENT__ try { FontScheme &scheme = App_ResourceSystem().fontScheme(str); if(!scheme.name().compareWithoutCase("System")) { return FS_SYSTEM; } if(!scheme.name().compareWithoutCase("Game")) { return FS_GAME; } } catch(ResourceSystem::UnknownSchemeError const &) {} #endif qDebug() << "Unknown font scheme:" << String(str) << ", returning 'FS_INVALID'"; return FS_INVALID; } String DD_MaterialSchemeNameForTextureScheme(String textureSchemeName) { if(!textureSchemeName.compareWithoutCase("Textures")) { return "Textures"; } if(!textureSchemeName.compareWithoutCase("Flats")) { return "Flats"; } if(!textureSchemeName.compareWithoutCase("Sprites")) { return "Sprites"; } if(!textureSchemeName.compareWithoutCase("System")) { return "System"; } return ""; } AutoStr *DD_MaterialSchemeNameForTextureScheme(ddstring_t const *textureSchemeName) { if(!textureSchemeName) { return AutoStr_FromTextStd(""); } else { QByteArray schemeNameUtf8 = DD_MaterialSchemeNameForTextureScheme(String(Str_Text(textureSchemeName))).toUtf8(); return AutoStr_FromTextStd(schemeNameUtf8.constData()); } } /** * Convert propertyType enum constant into a string for error/debug messages. */ char const *value_Str(int val) { static char valStr[40]; struct val_s { int val; char const *str; } valuetypes[] = { { DDVT_BOOL, "DDVT_BOOL" }, { DDVT_BYTE, "DDVT_BYTE" }, { DDVT_SHORT, "DDVT_SHORT" }, { DDVT_INT, "DDVT_INT" }, { DDVT_UINT, "DDVT_UINT" }, { DDVT_FIXED, "DDVT_FIXED" }, { DDVT_ANGLE, "DDVT_ANGLE" }, { DDVT_FLOAT, "DDVT_FLOAT" }, { DDVT_DOUBLE, "DDVT_DOUBLE" }, { DDVT_LONG, "DDVT_LONG" }, { DDVT_ULONG, "DDVT_ULONG" }, { DDVT_PTR, "DDVT_PTR" }, { DDVT_BLENDMODE, "DDVT_BLENDMODE" }, { 0, NULL } }; for(uint i = 0; valuetypes[i].str; ++i) { if(valuetypes[i].val == val) return valuetypes[i].str; } sprintf(valStr, "(unnamed %i)", val); return valStr; } D_CMD(Load) { DENG2_UNUSED(src); bool didLoadGame = false, didLoadResource = false; int arg = 1; AutoStr *searchPath = AutoStr_NewStd(); Str_Set(searchPath, argv[arg]); Str_Strip(searchPath); if(Str_IsEmpty(searchPath)) return false; F_FixSlashes(searchPath, searchPath); // Ignore attempts to load directories. if(Str_RAt(searchPath, 0) == '/') { LOG_WARNING("Directories cannot be \"loaded\" (only files and/or known games)."); return true; } // Are we loading a game? try { Game &game = App_Games().byIdentityKey(Str_Text(searchPath)); if(!game.allStartupFilesFound()) { LOG_WARNING("Failed to locate all required startup resources:"); Game::printFiles(game, FF_STARTUP); LOG_MSG("%s (%s) cannot be loaded.") << game.title() << game.identityKey(); return true; } BusyMode_FreezeGameForBusyMode(); if(!App_ChangeGame(game)) { return false; } didLoadGame = true; ++arg; } catch(Games::NotFoundError const &) {} // Ignore the error. // Try the resource locator. for(; arg < argc; ++arg) { try { String foundPath = App_FileSystem().findPath(de::Uri::fromNativePath(argv[arg], RC_PACKAGE), RLF_MATCH_EXTENSION, App_ResourceClass(RC_PACKAGE)); foundPath = App_BasePath() / foundPath; // Ensure the path is absolute. if(tryLoadFile(de::Uri(foundPath, RC_NULL))) { didLoadResource = true; } } catch(FS1::NotFoundError const &) {} // Ignore this error. } if(didLoadResource) { DD_UpdateEngineState(); } return didLoadGame || didLoadResource; } static de::File1 *tryLoadFile(de::Uri const &search, size_t baseOffset) { try { de::FileHandle& hndl = App_FileSystem().openFile(search.path(), "rb", baseOffset, false /* no duplicates */); de::Uri foundFileUri = hndl.file().composeUri(); LOG_VERBOSE("Loading \"%s\"...") << NativePath(foundFileUri.asText()).pretty().toUtf8().constData(); App_FileSystem().index(hndl.file()); return &hndl.file(); } catch(FS1::NotFoundError const&) { if(App_FileSystem().accessFile(search)) { // Must already be loaded. LOG_RES_XVERBOSE("\"%s\" already loaded") << NativePath(search.asText()).pretty(); } } return 0; } static bool tryUnloadFile(de::Uri const &search) { try { de::File1 &file = App_FileSystem().find(search); de::Uri foundFileUri = file.composeUri(); NativePath nativePath(foundFileUri.asText()); // Do not attempt to unload a resource required by the current game. if(App_CurrentGame().isRequiredFile(file)) { LOG_RES_NOTE("\"%s\" is required by the current game." " Required game files cannot be unloaded in isolation.") << nativePath.pretty(); return false; } LOG_RES_VERBOSE("Unloading \"%s\"...") << nativePath.pretty(); App_FileSystem().deindex(file); delete &file; return true; } catch(FS1::NotFoundError const&) {} // Ignore. return false; } D_CMD(Unload) { DENG_UNUSED(src); BusyMode_FreezeGameForBusyMode(); // No arguments; unload the current game if loaded. if(argc == 1) { if(!App_GameLoaded()) { LOG_MSG("No game is currently loaded."); return true; } return App_ChangeGame(App_Games().nullGame()); } AutoStr *searchPath = AutoStr_NewStd(); Str_Set(searchPath, argv[1]); Str_Strip(searchPath); if(Str_IsEmpty(searchPath)) return false; F_FixSlashes(searchPath, searchPath); // Ignore attempts to unload directories. if(Str_RAt(searchPath, 0) == '/') { LOG_MSG("Directories cannot be \"unloaded\" (only files and/or known games)."); return true; } // Unload the current game if specified. if(argc == 2) { try { Game &game = App_Games().byIdentityKey(Str_Text(searchPath)); if(App_GameLoaded()) { return App_ChangeGame(App_Games().nullGame()); } LOG_MSG("%s is not currently loaded.") << game.identityKey(); return true; } catch(Games::NotFoundError const &) {} // Ignore the error. } // Try the resource locator. bool didUnloadFiles = false; for(int i = 1; i < argc; ++i) { try { String foundPath = App_FileSystem().findPath(de::Uri::fromNativePath(argv[1], RC_PACKAGE), RLF_MATCH_EXTENSION, App_ResourceClass(RC_PACKAGE)); foundPath = App_BasePath() / foundPath; // Ensure the path is absolute. if(tryUnloadFile(de::Uri(foundPath, RC_NULL))) { didUnloadFiles = true; } } catch(FS1::NotFoundError const&) {} // Ignore this error. } if(didUnloadFiles) { // A changed file list may alter the main lump directory. DD_UpdateEngineState(); } return didUnloadFiles; } D_CMD(Reset) { DENG2_UNUSED3(src, argc, argv); DD_UpdateEngineState(); return true; } D_CMD(ReloadGame) { DENG2_UNUSED3(src, argc, argv); if(!App_GameLoaded()) { LOG_MSG("No game is presently loaded."); return true; } App_ChangeGame(App_CurrentGame(), true/* allow reload */); return true; } #ifdef __CLIENT__ D_CMD(CheckForUpdates) { DENG2_UNUSED3(src, argc, argv); LOG_MSG("Checking for available updates..."); ClientApp::updater().checkNow(Updater::OnlyShowResultIfUpdateAvailable); return true; } D_CMD(CheckForUpdatesAndNotify) { DENG2_UNUSED3(src, argc, argv); LOG_MSG("Checking for available updates..."); ClientApp::updater().checkNow(Updater::AlwaysShowResult); return true; } D_CMD(LastUpdated) { DENG2_UNUSED3(src, argc, argv); ClientApp::updater().printLastUpdated(); return true; } D_CMD(ShowUpdateSettings) { DENG2_UNUSED3(src, argc, argv); ClientApp::updater().showSettings(); return true; } #endif // __CLIENT__ static void consoleRegister() { #ifdef __CLIENT__ C_CMD("update", "", CheckForUpdates); C_CMD("updateandnotify", "", CheckForUpdatesAndNotify); C_CMD("updatesettings", "", ShowUpdateSettings); C_CMD("lastupdated", "", LastUpdated); #endif DD_RegisterLoop(); F_Register(); Con_Register(); Games::consoleRegister(); DH_Register(); S_Register(); #ifdef __CLIENT__ B_Register(); // for control bindings DD_RegisterInput(); SBE_Register(); // for bias editor RenderSystem::consoleRegister(); GL_Register(); UI_Register(); Demo_Register(); P_ControlRegister(); I_Register(); #endif ResourceSystem::consoleRegister(); Net_Register(); WorldSystem::consoleRegister(); FI_Register(); } // dd_loop.c DENG_EXTERN_C dd_bool DD_IsSharpTick(void); // net_main.c DENG_EXTERN_C void Net_SendPacket(int to_player, int type, const void* data, size_t length); #undef R_SetupMap DENG_EXTERN_C void R_SetupMap(int mode, int flags) { DENG2_UNUSED2(mode, flags); if(!App_WorldSystem().hasMap()) return; // Huh? // Perform map setup again. Its possible that after loading we now // have more HOMs to fix, etc.. Map &map = App_WorldSystem().map(); #ifdef __CLIENT__ map.initSkyFix(); #endif #ifdef __CLIENT__ // Update all sectors. /// @todo Refactor away. foreach(Sector *sector, map.sectors()) foreach(LineSide *side, sector->sides()) { side->fixMissingMaterials(); } #endif // Re-initialize polyobjs. /// @todo Still necessary? map.initPolyobjs(); // Reset the timer so that it will appear that no time has passed. DD_ResetTimer(); } // sys_system.c DENG_EXTERN_C void Sys_Quit(void); DENG_DECLARE_API(Base) = { { DE_API_BASE }, Sys_Quit, DD_GetInteger, DD_SetInteger, DD_GetVariable, DD_SetVariable, DD_DefineGame, DD_GameIdForKey, DD_AddGameResource, DD_GameInfo, DD_IsSharpTick, Net_SendPacket, R_SetupMap }; doomsday-1.14.5/doomsday/client/src/resource/0000775000175000017500000000000012350542237020423 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/resource/materialvariant.cpp0000664000175000017500000000652412350542237024321 0ustar jaakkojaakko/** @file materialvariant.cpp Context-specialized logical material variant. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/material.h" #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "render/viewports.h" #include #include using namespace de; DENG2_PIMPL(Material::Variant) { /// Superior material of which this is a derivative. Material *material; /// Specification used to derive this variant. MaterialVariantSpec const &spec; /// Cached state snapshot (if any). QScopedPointer snapshot; /// Frame count when the snapshot was last prepared/updated. int snapshotPrepareFrame; Instance(Public *i, Material &generalCase, MaterialVariantSpec const &_spec) : Base(i), material(&generalCase), spec(_spec), snapshotPrepareFrame(-1) {} /** * Attach new snapshot data to the variant. If an existing snapshot is already * present it will be replaced. Ownership of @a materialSnapshot is given to * the variant. */ void attachSnapshot(MaterialSnapshot *newSnapshot) { DENG2_ASSERT(newSnapshot); if(!snapshot.isNull()) { LOG_AS("Material::Variant::AttachSnapshot"); LOGDEV_RES_WARNING("A snapshot is already attached to %p, it will be replaced") << this; } snapshot.reset(newSnapshot); } }; Material::Variant::Variant(Material &generalCase, MaterialVariantSpec const &spec) : d(new Instance(this, generalCase, spec)) {} Material &Material::Variant::generalCase() const { return *d->material; } MaterialVariantSpec const &Material::Variant::spec() const { return d->spec; } MaterialContextId Material::Variant::context() const { return spec().context; } MaterialSnapshot const &Material::Variant::prepare(bool forceSnapshotUpdate) { // Time to attach a snapshot? if(d->snapshot.isNull()) { d->attachSnapshot(new MaterialSnapshot(*const_cast(this))); forceSnapshotUpdate = true; } MaterialSnapshot *snapshot = d->snapshot.data(); // Time to update the snapshot? if(forceSnapshotUpdate || d->snapshotPrepareFrame != R_FrameCount()) { d->snapshotPrepareFrame = R_FrameCount(); snapshot->update(); } return *snapshot; } bool MaterialVariantSpec::compare(MaterialVariantSpec const &other) const { if(this == &other) return 1; if(context != other.context) return 0; return primarySpec == other.primarySpec; } doomsday-1.14.5/doomsday/client/src/resource/materialmanifest.cpp0000664000175000017500000001147612350542237024465 0ustar jaakkojaakko/** @file materialmanifest.cpp Description of a logical material resource. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/materialmanifest.h" #include "dd_main.h" // App_ResourceSystem() using namespace de; DENG2_PIMPL(MaterialManifest), DENG2_OBSERVES(Material, Deletion) { Flags flags; ///< Classification flags. materialid_t id; ///< Globally unique identifier. QScopedPointer material; ///< Associated resource (if any). Instance(Public *i) : Base(i) , id(0) {} ~Instance() { DENG2_FOR_PUBLIC_AUDIENCE(Deletion, i) i->materialManifestBeingDeleted(self); if(!material.isNull()) { material->audienceForDeletion -= this; } } // Observes Material Deletion. void materialBeingDeleted(Material const & /*material*/) { material.reset(); } }; MaterialManifest::MaterialManifest(PathTree::NodeArgs const &args) : Node(args), d(new Instance(this)) {} Material *MaterialManifest::derive() { if(!hasMaterial()) { // Instantiate and associate the new material with this. setMaterial(new Material(*this)); // Notify interested parties that a new material was derived from the manifest. DENG2_FOR_AUDIENCE(MaterialDerived, i) i->materialManifestMaterialDerived(*this, material()); } return &material(); } materialid_t MaterialManifest::id() const { return d->id; } void MaterialManifest::setId(materialid_t id) { d->id = id; } MaterialScheme &MaterialManifest::scheme() const { LOG_AS("MaterialManifest::scheme"); /// @todo Optimize: MaterialManifest should contain a link to the owning MaterialScheme. foreach(MaterialScheme *scheme, App_ResourceSystem().allMaterialSchemes()) { if(&scheme->index() == &tree()) { return *scheme; } } /// @throw Error Failed to determine the scheme of the manifest (should never happen...). throw Error("MaterialManifest::scheme", String("Failed to determine scheme for manifest [%1]").arg(de::dintptr(this))); } String const &MaterialManifest::schemeName() const { return scheme().name(); } String MaterialManifest::description(de::Uri::ComposeAsTextFlags uriCompositionFlags) const { String info = String("%1 %2") .arg(composeUri().compose(uriCompositionFlags | de::Uri::DecodePath), ( uriCompositionFlags.testFlag(de::Uri::OmitScheme)? -14 : -22 ) ) .arg(sourceDescription(), -7); #ifdef __CLIENT__ info += String("x%1").arg(!hasMaterial()? 0 : material().variantCount()); #endif return info; } String MaterialManifest::sourceDescription() const { if(!isCustom()) return "game"; if(isAutoGenerated()) return "add-on"; // Unintuitive but correct. return "def"; } MaterialManifest::Flags MaterialManifest::flags() const { return d->flags; } void MaterialManifest::setFlags(MaterialManifest::Flags flagsToChange, FlagOp operation) { applyFlagOperation(d->flags, flagsToChange, operation); } bool MaterialManifest::hasMaterial() const { return !d->material.isNull(); } Material &MaterialManifest::material() const { if(hasMaterial()) { return *d->material; } /// @throw MissingMaterialError The manifest is not presently associated with a material. throw MissingMaterialError("MaterialManifest::material", "Missing required material"); } void MaterialManifest::setMaterial(Material *newMaterial) { if(d->material.data() != newMaterial) { if(Material *curMaterial = d->material.data()) { // Cancel notifications about the existing material. curMaterial->audienceForDeletion -= d; } d->material.reset(newMaterial); if(Material *curMaterial = d->material.data()) { // We want notification when the new material is about to be deleted. curMaterial->audienceForDeletion += d; } } } doomsday-1.14.5/doomsday/client/src/resource/pcx.cpp0000664000175000017500000000773712350542237021737 0ustar jaakkojaakko/** @file pcx.cpp PCX image reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1997-2006 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "dd_share.h" // endianness conversion macros #include "resource/pcx.h" #include using namespace de; #pragma pack(1) typedef struct { int8_t manufacturer; int8_t version; int8_t encoding; int8_t bits_per_pixel; uint16_t xmin, ymin, xmax, ymax; uint16_t hres, vres; uint8_t palette[48]; int8_t reserved; int8_t color_planes; uint16_t bytes_per_line; uint16_t palette_type; int8_t filler[58]; } header_t; #pragma pack() static char *lastErrorMsg = 0; /// @todo potentially never free'd static void setLastError(char const *msg) { size_t len; if(0 == msg || 0 == (len = strlen(msg))) { if(lastErrorMsg != 0) { M_Free(lastErrorMsg); } lastErrorMsg = 0; return; } lastErrorMsg = (char *) M_Realloc(lastErrorMsg, len+1); strcpy(lastErrorMsg, msg); } static bool load(de::FileHandle &file, int width, int height, uint8_t *dstBuf) { DENG2_ASSERT(dstBuf != 0); int x, y, dataByte, runLength; bool result = false; size_t const len = file.length(); uint8_t *raw = (uint8_t *) M_Malloc(len); file.read(raw, len); uint8_t const *srcPos = raw; uint8_t const *palette = srcPos + len - 768; // Palette is at the end. srcPos += sizeof(header_t); for(y = 0; y < height; ++y, dstBuf += width * 3) { for(x = 0; x < width;) { dataByte = *srcPos++; if((dataByte & 0xC0) == 0xC0) { runLength = dataByte & 0x3F; dataByte = *srcPos++; } else { runLength = 1; } while(runLength-- > 0) { std::memcpy(dstBuf + x++ * 3, palette + dataByte * 3, 3); } } } if(!((size_t) (srcPos - (uint8_t *) raw) > len)) { setLastError(0); // Success. result = true; } else { setLastError("RLE inflation failed."); } M_Free(raw); return result; } char const *PCX_LastError() { if(lastErrorMsg) { return lastErrorMsg; } return 0; } uint8_t *PCX_Load(de::FileHandle &file, de::Vector2ui &outSize, int &pixelSize) { uint8_t *dstBuf = 0; size_t const initPos = file.tell(); header_t hdr; if(file.read((uint8_t *)&hdr, sizeof(hdr)) >= sizeof(hdr)) { size_t dstBufSize; if(hdr.manufacturer != 0x0a || hdr.version != 5 || hdr.encoding != 1 || hdr.bits_per_pixel != 8) { setLastError("Unsupported format."); file.seek(initPos, SeekSet); return 0; } outSize = Vector2ui(SHORT(hdr.xmax) + 1, SHORT(hdr.ymax) + 1); pixelSize = 3; dstBufSize = 4 * outSize.x * outSize.y; dstBuf = (uint8_t *) M_Malloc(dstBufSize); file.rewind(); if(!load(file, outSize.x, outSize.y, dstBuf)) { M_Free(dstBuf); dstBuf = 0; } } file.seek(initPos, SeekSet); return dstBuf; } doomsday-1.14.5/doomsday/client/src/resource/material.cpp0000664000175000017500000007703612350542237022742 0ustar jaakkojaakko/** @file material.cpp Logical Material. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/material.h" #include "dd_main.h" #include "con_main.h" #include "def_main.h" #include "r_util.h" // R_NameForBlendMode #include "audio/s_environ.h" #include "world/map.h" #include #include using namespace de; Material::Layer::Layer() {} Material::Layer::~Layer() { qDeleteAll(_stages); } static Texture *findTextureForLayerStage(ded_material_layer_stage_t const &def) { try { if(def.texture) { return &App_ResourceSystem().texture(*reinterpret_cast(def.texture)); } } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. return 0; } Material::Layer::Stage *Material::Layer::Stage::fromDef(ded_material_layer_stage_t const &def) { Texture *texture = findTextureForLayerStage(def); return new Stage(texture, def.tics, def.variance, def.glowStrength, def.glowStrengthVariance, Vector2f(def.texOrigin)); } Material::Layer *Material::Layer::fromDef(ded_material_layer_t const &layerDef) { Layer *layer = new Layer(); for(int i = 0; i < layerDef.stageCount.num; ++i) { layer->_stages.push_back(Stage::fromDef(layerDef.stages[i])); } return layer; } int Material::Layer::stageCount() const { return _stages.count(); } int Material::Layer::addStage(Material::Layer::Stage const &stageToCopy) { _stages.push_back(new Stage(stageToCopy)); return _stages.count() - 1; } Material::Layer::Stages const &Material::Layer::stages() const { return _stages; } Material::DetailLayer::DetailLayer() {} Material::DetailLayer::~DetailLayer() { qDeleteAll(_stages); } static Texture *findTextureForDetailLayerStage(ded_detail_stage_t const &def) { try { if(def.texture) { return &App_ResourceSystem().textureScheme("Details") .findByResourceUri(*reinterpret_cast(def.texture)).texture(); } } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(TextureScheme::NotFoundError const &) {} // Ignore this error. return 0; } Material::DetailLayer::Stage *Material::DetailLayer::Stage::fromDef(ded_detail_stage_t const &def) { Texture *texture = findTextureForDetailLayerStage(def); return new Stage(texture, def.tics, def.variance, def.scale, def.strength, def.maxDistance); } Material::DetailLayer *Material::DetailLayer::fromDef(ded_detailtexture_t const &layerDef) { DetailLayer *layer = new DetailLayer(); // Only the one stage. layer->_stages.push_back(Stage::fromDef(layerDef.stage)); return layer; } int Material::DetailLayer::stageCount() const { return _stages.count(); } int Material::DetailLayer::addStage(Material::DetailLayer::Stage const &stageToCopy) { _stages.push_back(new Stage(stageToCopy)); return _stages.count() - 1; } Material::DetailLayer::Stages const &Material::DetailLayer::stages() const { return _stages; } Material::ShineLayer::ShineLayer() {} Material::ShineLayer::~ShineLayer() { qDeleteAll(_stages); } static Texture *findTextureForShineLayerStage(ded_shine_stage_t const &def, bool findMask) { try { if(findMask) { if(def.maskTexture) { return &App_ResourceSystem().textureScheme("Masks") .findByResourceUri(*reinterpret_cast(def.maskTexture)).texture(); } } else { if(def.texture) { return &App_ResourceSystem().textureScheme("Reflections") .findByResourceUri(*reinterpret_cast(def.texture)).texture(); } } } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(TextureScheme::NotFoundError const &) {} // Ignore this error. return 0; } Material::ShineLayer::Stage *Material::ShineLayer::Stage::fromDef(ded_shine_stage_t const &def) { Texture *texture = findTextureForShineLayerStage(def, false/*not mask*/); Texture *maskTexture = findTextureForShineLayerStage(def, true/*mask*/); return new Stage(texture, def.tics, def.variance, maskTexture, def.blendMode, def.shininess, Vector3f(def.minColor), Vector2f(def.maskWidth, def.maskHeight)); } Material::ShineLayer *Material::ShineLayer::fromDef(ded_reflection_t const &layerDef) { ShineLayer *layer = new ShineLayer(); // Only the one stage. layer->_stages.push_back(Stage::fromDef(layerDef.stage)); return layer; } int Material::ShineLayer::stageCount() const { return _stages.count(); } int Material::ShineLayer::addStage(Material::ShineLayer::Stage const &stageToCopy) { _stages.push_back(new Stage(stageToCopy)); return _stages.count() - 1; } Material::ShineLayer::Stages const &Material::ShineLayer::stages() const { return _stages; } #ifdef __CLIENT__ Material::Decoration::Stage *Material::Decoration::Stage::fromDef(ded_decorlight_stage_t const &def) { Texture *upTexture = App_ResourceSystem().texture("Lightmaps", reinterpret_cast(def.up)); Texture *downTexture = App_ResourceSystem().texture("Lightmaps", reinterpret_cast(def.down)); Texture *sidesTexture = App_ResourceSystem().texture("Lightmaps", reinterpret_cast(def.sides)); Texture *flareTexture = 0; int sysFlareIdx = def.sysFlareIdx; if(def.flare && !Uri_IsEmpty(def.flare)) { de::Uri const *resourceUri = reinterpret_cast(def.flare); // Select a system flare by numeric identifier? if(resourceUri->path().length() == 1 && resourceUri->path().toStringRef().first().isDigit()) { sysFlareIdx = resourceUri->path().toStringRef().first().digitValue(); } else { flareTexture = App_ResourceSystem().texture("Flaremaps", resourceUri); } } return new Stage(def.tics, def.variance, Vector2f(def.pos), def.elevation, Vector3f(def.color), def.radius, def.haloRadius, Stage::LightLevels(def.lightLevels), upTexture, downTexture, sidesTexture, flareTexture, sysFlareIdx); } String Material::Decoration::Stage::LightLevels::asText() const { return String("(min:%1 max:%2)") .arg(min, 0, 'g', 2) .arg(max, 0, 'g', 2); } Material::Decoration::Decoration(Vector2i const &_patternSkip, Vector2i const &_patternOffset) : _material(0), _patternSkip(_patternSkip), _patternOffset(_patternOffset) {} Material::Decoration::~Decoration() { qDeleteAll(_stages); } Material::Decoration *Material::Decoration::fromDef(ded_material_decoration_t const &def) { Decoration *dec = new Decoration(Vector2i(def.patternSkip), Vector2i(def.patternOffset)); for(int i = 0; i < def.stageCount.num; ++i) { dec->_stages.push_back(Stage::fromDef(def.stages[i])); } return dec; } Material::Decoration *Material::Decoration::fromDef(ded_decoration_t const &def) { Decoration *dec = new Decoration(Vector2i(def.patternSkip), Vector2i(def.patternOffset)); // Only the one stage. dec->_stages.push_back(Stage::fromDef(def.stage)); return dec; } Material &Material::Decoration::material() { DENG2_ASSERT(_material != 0); return *_material; } Material const &Material::Decoration::material() const { DENG2_ASSERT(_material != 0); return *_material; } void Material::Decoration::setMaterial(Material *newOwner) { _material = newOwner; } Vector2i const &Material::Decoration::patternSkip() const { return _patternSkip; } Vector2i const &Material::Decoration::patternOffset() const { return _patternOffset; } int Material::Decoration::stageCount() const { return _stages.count(); } Material::Decoration::Stages const &Material::Decoration::stages() const { return _stages; } #endif // __CLIENT__ DENG2_PIMPL(Material), DENG2_OBSERVES(de::Texture, DimensionsChange), DENG2_OBSERVES(de::Texture, Deletion) { /// Manifest derived to yield the material. MaterialManifest &manifest; #ifdef __CLIENT__ /// Set of context animation states. Animations animations; bool animationsAreDirty; /// Set of use-case/context variant instances. Variants variants; #endif /// World dimensions in map coordinate space units. Vector2i dimensions; /// @ref materialFlags Flags flags; /// Layers. Layers layers; DetailLayer *detailLayer; ShineLayer *shineLayer; #ifdef __CLIENT__ /// Audio environment. AudioEnvironmentId audioEnvironment; /// Decorations (will be projected into the map relative to a surface). Decorations decorations; #endif /// @c false= the material is no longer valid. bool valid; Instance(Public *i, MaterialManifest &_manifest) : Base(i) , manifest(_manifest) #ifdef __CLIENT__ , animationsAreDirty(true) #endif , flags(0) , detailLayer(0) , shineLayer(0) #ifdef __CLIENT__ , audioEnvironment(AE_NONE) #endif , valid(true) {} ~Instance() { #ifdef __CLIENT__ self.clearVariants(); self.clearDecorations(); #endif self.clearLayers(); #ifdef __CLIENT__ clearAnimations(); #endif } #ifdef __CLIENT__ void clearAnimations() { // Context variants will be invalid after this, so clear them. self.clearVariants(); QMutableMapIterator iter(animations); while(iter.hasNext()) { Animation *animation = iter.next().value(); delete animation; iter.remove(); } animationsAreDirty = true; } void rebuildAnimations() { if(!animationsAreDirty) return; clearAnimations(); // Create a new animation state for each render (usage) context. /// @todo If the material is not animated; don't create Animations. for(int rc = int(FirstMaterialContextId); rc <= int(LastMaterialContextId); ++rc) { MaterialContextId context = MaterialContextId(rc); animations.insert(context, new Animation(*thisPublic, context)); } animationsAreDirty = false; } #endif // __CLIENT__ /// Notify interested parties of a change in world dimensions. void notifyDimensionsChanged() { DENG2_FOR_PUBLIC_AUDIENCE(DimensionsChange, i) { i->materialDimensionsChanged(self); } } /// Returns @c true iff both world dimension axes are defined. inline bool haveValidDimensions() const { return dimensions.x > 0 && dimensions.y > 0; } /** * Determines which texture we would be interested in obtaining our * world dimensions from if our own dimensions are undefined. */ Texture *inheritDimensionsTexture() { // We're interested in the texture bound to the primary layer. if(!layers.count() || !layers[0]->stageCount()) return 0; return layers[0]->stages()[0]->texture; } /** * Determines whether the world dimensions are now defined and if so * cancels future notifications about changes to texture dimensions. */ void maybeCancelTextureDimensionsChangeNotification() { // Both dimensions must still be undefined. if(haveValidDimensions()) return; Texture *inheritanceTexture = inheritDimensionsTexture(); if(!inheritanceTexture) return; inheritanceTexture->audienceForDimensionsChange -= this; // Thusly, we are no longer interested in deletion notification either. inheritanceTexture->audienceForDeletion -= this; } // Observes Texture DimensionsChange. void textureDimensionsChanged(Texture const &texture) { DENG2_ASSERT(!haveValidDimensions()); // Sanity check. self.setDimensions(texture.dimensions()); } // Observes Texture Deletion. void textureBeingDeleted(Texture const &texture) { // If here it means the texture we were planning to inherit dimensions // from is being deleted and therefore we won't be able to. DENG2_ASSERT(!haveValidDimensions()); // Sanity check. DENG2_ASSERT(inheritDimensionsTexture() == &texture); // Sanity check. // Clear the association so we don't try to cancel notifications later. layers[0]->stages()[0]->texture = 0; #if !defined(DENG2_DEBUG) DENG2_UNUSED(texture); #endif } }; Material::Material(MaterialManifest &manifest) : MapElement(DMU_MATERIAL), d(new Instance(this, manifest)) {} Material::~Material() { d->maybeCancelTextureDimensionsChangeNotification(); DENG2_FOR_AUDIENCE(Deletion, i) i->materialBeingDeleted(*this); } MaterialManifest &Material::manifest() const { return d->manifest; } Vector2i const &Material::dimensions() const { return d->dimensions; } void Material::setDimensions(Vector2i const &_newDimensions) { Vector2i newDimensions = _newDimensions.max(Vector2i(0, 0)); if(d->dimensions != newDimensions) { d->dimensions = newDimensions; d->maybeCancelTextureDimensionsChangeNotification(); d->notifyDimensionsChanged(); } } void Material::setWidth(int newWidth) { if(d->dimensions.x != newWidth) { d->dimensions.x = newWidth; d->maybeCancelTextureDimensionsChangeNotification(); d->notifyDimensionsChanged(); } } void Material::setHeight(int newHeight) { if(d->dimensions.y != newHeight) { d->dimensions.y = newHeight; d->maybeCancelTextureDimensionsChangeNotification(); d->notifyDimensionsChanged(); } } Material::Flags Material::flags() const { return d->flags; } void Material::setFlags(Material::Flags flagsToChange, FlagOp operation) { applyFlagOperation(d->flags, flagsToChange, operation); } bool Material::isAnimated() const { foreach(Layer *layer, d->layers) { if(layer->isAnimated()) return true; } return false; // Not at all. } bool Material::isDetailed() const { return d->detailLayer != 0; } bool Material::isShiny() const { return d->shineLayer != 0; } bool Material::hasGlow() const { foreach(Layer *layer, d->layers) foreach(Layer::Stage *stage, layer->stages()) { if(stage->glowStrength > .0001f) return true; } return false; } void Material::clearLayers() { d->maybeCancelTextureDimensionsChangeNotification(); #ifdef __CLIENT__ d->animationsAreDirty = true; #endif qDeleteAll(d->layers); d->layers.clear(); if(d->detailLayer) { delete d->detailLayer; d->detailLayer = 0; } if(d->shineLayer) { delete d->shineLayer; d->shineLayer = 0; } } Material::Layer *Material::newLayer(ded_material_layer_t const *def) { #ifdef __CLIENT__ d->animationsAreDirty = true; #endif Layer *newLayer = def? Layer::fromDef(*def) : new Layer(); d->layers.push_back(newLayer); // Are we interested in inheriting dimensions from the layer's texture? if(!d->haveValidDimensions() && d->layers.count() == 1) { Texture *inheritanceTexture = d->inheritDimensionsTexture(); if(inheritanceTexture) { inheritanceTexture->audienceForDimensionsChange += d; // Thusly, we are also interested in deletion notification. inheritanceTexture->audienceForDeletion += d; } } return newLayer; } Material::DetailLayer *Material::newDetailLayer(ded_detailtexture_t const *def) { #ifdef __CLIENT__ d->animationsAreDirty = true; #endif DetailLayer *newLayer = def? DetailLayer::fromDef(*def) : new DetailLayer(); if(d->detailLayer) delete d->detailLayer; d->detailLayer = newLayer; return newLayer; } Material::ShineLayer *Material::newShineLayer(ded_reflection_t const *def) { #ifdef __CLIENT__ d->animationsAreDirty = true; #endif ShineLayer *newLayer = def? ShineLayer::fromDef(*def) : new ShineLayer(); if(d->shineLayer) delete d->shineLayer; d->shineLayer = newLayer; return newLayer; } Material::Layers const &Material::layers() const { return d->layers; } Material::DetailLayer const &Material::detailLayer() const { if(isDetailed()) { DENG2_ASSERT(d->detailLayer != 0); return *d->detailLayer; } /// @throw Material::UnknownLayerError Invalid layer reference. throw UnknownLayerError("Material::detailLayer", "Material has no details layer"); } Material::ShineLayer const &Material::shineLayer() const { if(isShiny()) { DENG2_ASSERT(d->shineLayer != 0); return *d->shineLayer; } /// @throw Material::UnknownLayerError Invalid layer reference. throw UnknownLayerError("Material::shineLayer", "Material has no shine layer"); } #ifdef __CLIENT__ AudioEnvironmentId Material::audioEnvironment() const { if(isDrawable()) return d->audioEnvironment; return AE_NONE; } void Material::setAudioEnvironment(AudioEnvironmentId audioEnvironment) { d->audioEnvironment = audioEnvironment; } void Material::addDecoration(Material::Decoration &decor) { if(d->decorations.contains(&decor)) return; decor.setMaterial(this); d->decorations.push_back(&decor); d->animationsAreDirty = true; } Material::Decorations const &Material::decorations() const { return d->decorations; } void Material::clearDecorations() { if(!isDecorated()) return; qDeleteAll(d->decorations); d->decorations.clear(); d->animationsAreDirty = true; } Material::Animation &Material::animation(MaterialContextId context) const { d->rebuildAnimations(); Animations::const_iterator found = d->animations.find(context); if(found != d->animations.end()) { return *found.value(); } /// @throw MissingAnimationError No animation exists for the specifed context. throw MissingAnimationError("Material::animation", QString("No animation for context %1").arg(int(context))); } Material::Animations const &Material::animations() const { d->rebuildAnimations(); return d->animations; } Material::Variants const &Material::variants() const { // If an animation state rebuild is necessary, the context variants will need // to be rebuilt also. d->rebuildAnimations(); return d->variants; } Material::Variant *Material::chooseVariant(MaterialVariantSpec const &spec, bool canCreate) { foreach(Variant *variant, variants()) { MaterialVariantSpec const &cand = variant->spec(); if(cand.compare(spec)) { // This will do fine. return variant; } } if(!canCreate) return 0; d->variants.push_back(new Variant(*this, spec)); return d->variants.back(); } void Material::clearVariants() { while(!d->variants.isEmpty()) { delete d->variants.takeFirst(); } d->variants.clear(); } #endif // __CLIENT__ int Material::property(DmuArgs &args) const { switch(args.prop) { case DMU_FLAGS: { short flags_ = flags(); args.setValue(DMT_MATERIAL_FLAGS, &flags_, 0); break; } case DMU_WIDTH: { int width_ = width(); args.setValue(DMT_MATERIAL_WIDTH, &width_, 0); break; } case DMU_HEIGHT: { int height_ = height(); args.setValue(DMT_MATERIAL_HEIGHT, &height_, 0); break; } default: return MapElement::property(args); } return false; // Continue iteration. } bool Material::isValid() const { return d->valid; } void Material::markValid(bool yes) { if(d->valid == yes) return; d->valid = yes; } String Material::description() const { String str = String("Material \"%1\"").arg(manifest().composeUri().asText()); #ifdef DENG_DEBUG str += String(" [%2]").arg(de::dintptr(this)); #endif str += " Dimensions:" + (width() == 0 && height() == 0? String("unknown (not yet prepared)") : dimensions().asText()) + " Source:" + manifest().sourceDescription(); #ifdef __CLIENT__ str += String(" x%1").arg(variantCount()); #endif return str; } String Material::synopsis() const { String str = String("Drawable:%1").arg(isDrawable()? "yes" : "no"); #ifdef __CLIENT__ str += String(" EnvClass:\"%1\" Decorated:%2") .arg(audioEnvironment() == AE_NONE? "N/A" : S_AudioEnvironmentName(audioEnvironment())) .arg(isDecorated()? "yes" : "no"); #endif str += String("\nDetailed:%1 Glowing:%2 Shiny:%3 SkyMasked:%4") .arg(isDetailed() ? "yes" : "no") .arg(hasGlow() ? "yes" : "no") .arg(isShiny() ? "yes" : "no") .arg(isSkyMasked() ? "yes" : "no"); // Add the layer config: for(int i = 0; i < layers().count(); ++i) { Material::Layer const &lDef = *(layers()[i]); int const stageCount = lDef.stageCount(); str += String("\nLayer #%1 (%2 %3):") .arg(i).arg(stageCount).arg(stageCount == 1? "Stage" : "Stages"); for(int k = 0; k < stageCount; ++k) { Material::Layer::Stage const &sDef = *(lDef.stages()[k]); String path = sDef.texture? sDef.texture->manifest().composeUri().asText() : QString("(prev)"); str += String("\n #%1: Texture:\"%2\" Tics:%3 (~%4)" "\n Offset:%5 Glow:%6 (~%7)") .arg(k) .arg(path) .arg(sDef.tics) .arg(sDef.variance, 0, 'g', 2) .arg(sDef.texOrigin.asText()) .arg(sDef.glowStrength, 0, 'g', 2) .arg(sDef.glowStrengthVariance, 0, 'g', 2); } } // Add the detail layer config: if(isDetailed()) { Material::DetailLayer const &lDef = detailLayer(); int const stageCount = lDef.stageCount(); str += String("\nDetailLayer #0 (%1 %2):") .arg(stageCount).arg(stageCount == 1? "Stage" : "Stages"); for(int i = 0; i < stageCount; ++i) { Material::DetailLayer::Stage const &sDef = *(lDef.stages()[i]); String path = sDef.texture? sDef.texture->manifest().composeUri().asText() : QString("(prev)"); str += String("\n #%1: Texture:\"%2\" Tics:%3 (~%4)" "\n Scale:%5 Strength:%6 MaxDistance:%7") .arg(i) .arg(path) .arg(sDef.tics) .arg(sDef.variance, 0, 'g', 2) .arg(sDef.scale, 0, 'g', 2) .arg(sDef.strength, 0, 'g', 2) .arg(sDef.maxDistance, 0, 'g', 2); } } // Add the shine layer config: if(isShiny()) { Material::ShineLayer const &lDef = shineLayer(); int const stageCount = lDef.stageCount(); str += String("\nShineLayer #0 (%1 %2):") .arg(stageCount).arg(stageCount == 1? "Stage" : "Stages"); for(int i = 0; i < stageCount; ++i) { Material::ShineLayer::Stage const &sDef = *(lDef.stages()[i]); String path = sDef.texture? sDef.texture->manifest().composeUri().asText() : QString("(prev)"); String maskPath = sDef.maskTexture? sDef.maskTexture->manifest().composeUri().asText() : QString("(none)"); str += String("\n #%1: Texture:\"%2\" MaskTexture:\"%3\" Tics:%4 (~%5)" "\n Shininess:%6 BlendMode:%7 MaskDimensions:%8" "\n MinColor:%9") .arg(i) .arg(path) .arg(maskPath) .arg(sDef.tics) .arg(sDef.variance, 0, 'g', 2) .arg(sDef.shininess, 0, 'g', 2) .arg(R_NameForBlendMode(sDef.blendMode)) .arg(sDef.maskDimensions.asText()) .arg(sDef.minColor.asText()); } } #ifdef __CLIENT__ // Add the decoration config: if(isDecorated()) { for(int i = 0; i < decorations().count(); ++i) { MaterialDecoration const *lDef = decorations()[i]; int const stageCount = lDef->stageCount(); str += String("\nDecoration #%1 (%2 %3):") .arg(i).arg(stageCount).arg(stageCount == 1? "Stage" : "Stages"); for(int k = 0; k < stageCount; ++k) { MaterialDecoration::Stage const &sDef = *lDef->stages()[k]; str += String("\n #%1: Tics:%2 (~%3) Offset:%4 Elevation:%5" "\n Color:%6 Radius:%7 HaloRadius:%8" "\n LightLevels:%9") .arg(k) .arg(sDef.tics) .arg(sDef.variance, 0, 'g', 2) .arg(sDef.pos.asText()) .arg(sDef.elevation, 0, 'g', 2) .arg(sDef.color.asText()) .arg(sDef.radius, 0, 'g', 2) .arg(sDef.haloRadius, 0, 'g', 2) .arg(sDef.lightLevels.asText()); } } } #endif return str; } D_CMD(InspectMaterial) { DENG2_UNUSED(src); de::Uri search = de::Uri::fromUserInput(&argv[1], argc - 1); if(!search.scheme().isEmpty() && !App_ResourceSystem().knownMaterialScheme(search.scheme())) { LOG_RES_WARNING("Unknown scheme %s") << search.scheme(); return false; } try { MaterialManifest &manifest = App_ResourceSystem().materialManifest(search); try { Material &material = manifest.material(); // Print material description: LOG_RES_MSG(material.description()); // Print material synopsis: LOG_RES_MSG(material.synopsis()); #if defined(__CLIENT__) && defined(DENG_DEBUG) // Print current animation states? if(material.hasAnimatedLayers() || material.hasAnimatedDecorations()) { LOG_RES_MSG(_E(R)); foreach(MaterialAnimation *animation, material.animations()) { LOG_RES_MSG("Animation Context #%i:" _E(m)_E(D) "\n Layer Stage Tics Inter") << animation->context(); // Print layer state info: int const layerCount = material.layerCount(); for(int i = 0; i < layerCount; ++i) { Material::Layer *layer = material.layers()[i]; if(!layer->isAnimated()) continue; MaterialAnimation::LayerState const &l = animation->layer(i); QString info = QString(" %1 %2 %3 %4") .arg(QString("#%1:").arg(i), 6) .arg(l.stage, -5) .arg(int(l.tics), -4) .arg(l.inter, -5); LOG_RES_MSG(_E(m) + info); } // Print detail layer state info: if(material.isDetailed() && material.detailLayer().isAnimated()) { MaterialAnimation::LayerState const &l = animation->detailLayer(); QString info = QString(" %1 %2 %3 %4") .arg("Detail:") .arg(l.stage, -5) .arg(int(l.tics), -4) .arg(l.inter, -5); LOG_RES_MSG(_E(m) + info); } // Print shine layer state info: if(material.isShiny() && material.shineLayer().isAnimated()) { MaterialAnimation::LayerState const &l = animation->shineLayer(); QString info = QString(" %1 %2 %3 %4") .arg("Shine:") .arg(l.stage, -5) .arg(int(l.tics), -4) .arg(l.inter, -5); LOG_RES_MSG(_E(m) + info); } // Print decoration state info: if(material.isDecorated()) { LOG_RES_MSG(_E(m)_E(D) " Decor Stage Tics Inter"); int const decorationCount = material.decorationCount(); for(int i = 0; i < decorationCount; ++i) { Material::Decoration *decor = material.decorations()[i]; if(!decor->isAnimated()) continue; MaterialAnimation::DecorationState const &l = animation->decoration(i); QString info = QString(" %1 %2 %3 %4") .arg(QString("#%1:").arg(i), 6) .arg(l.stage, -5) .arg(int(l.tics), -4) .arg(l.inter, -5); LOG_RES_MSG(_E(m) + info); } } } } if(material.variantCount()) { // Print variant specs. LOG_MSG(_E(R)); int variantIdx = 0; foreach(MaterialVariant *variant, material.variants()) { LOG_RES_MSG("Variant #%i: Spec:%p") << variantIdx << &variant->spec(); ++variantIdx; } } #endif // __CLIENT__ && DENG_DEBUG return true; } catch(MaterialManifest::MissingMaterialError const &) { LOG_RES_MSG("%s") << manifest.description(); return true; } } catch(ResourceSystem::MissingManifestError const &er) { LOG_RES_WARNING("%s") << er.asText(); } return false; } void Material::consoleRegister() // static { C_CMD("inspectmaterial", "ss", InspectMaterial) C_CMD("inspectmaterial", "s", InspectMaterial) } doomsday-1.14.5/doomsday/client/src/resource/api_resource.cpp0000664000175000017500000002711212350542237023612 0ustar jaakkojaakko/** @file api_resource.cpp Public API of the resource subsystem. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_RESOURCE #include "de_base.h" #include "api_resource.h" #include "resource/resourcesystem.h" #include "gl/gl_tex.h" // averagealpha_analysis_t, etc... #ifdef __CLIENT__ # include "render/r_draw.h" // Rend_PatchTextureSpec() # include "render/r_main.h" // texGammaLut #endif using namespace de; #undef Textures_UniqueId2 DENG_EXTERN_C int Textures_UniqueId2(uri_s const *_uri, dd_bool quiet) { LOG_AS("Textures_UniqueId"); if(!_uri) return -1; de::Uri const &uri = reinterpret_cast(*_uri); try { return App_ResourceSystem().textureManifest(uri).uniqueId(); } catch(ResourceSystem::MissingManifestError const &) { // Log but otherwise ignore this error. if(!quiet) { LOG_RES_WARNING("Unknown texture %s") << uri; } } return -1; } #undef Textures_UniqueId DENG_EXTERN_C int Textures_UniqueId(uri_s const *uri) { return Textures_UniqueId2(uri, false); } #undef R_CreateAnimGroup DENG_EXTERN_C int R_CreateAnimGroup(int flags) { return App_ResourceSystem().newAnimGroup(flags & ~AGF_PRECACHE).id(); } #undef R_AddAnimGroupFrame DENG_EXTERN_C void R_AddAnimGroupFrame(int groupId, uri_s const *textureUri_, int tics, int randomTics) { LOG_AS("R_AddAnimGroupFrame"); if(!textureUri_) return; de::Uri const &textureUri = reinterpret_cast(*textureUri_); try { if(AnimGroup *group = App_ResourceSystem().animGroup(groupId)) { group->newFrame(App_ResourceSystem().textureManifest(textureUri), tics, randomTics); } else { LOG_DEBUG("Unknown anim group #%i, ignoring.") << groupId; } } catch(ResourceSystem::MissingManifestError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ". Failed adding texture \"%s\" to group #%i, ignoring.") << textureUri << groupId; } } #undef R_CreateColorPalette DENG_EXTERN_C colorpaletteid_t R_CreateColorPalette(char const *colorFormatDescriptor, char const *nameCStr, uint8_t const *colorData, int colorCount) { DENG2_ASSERT(nameCStr != 0 && colorFormatDescriptor != 0 && colorData != 0); LOG_AS("R_CreateColorPalette"); String name(nameCStr); if(name.isEmpty()) { LOG_RES_WARNING("Invalid/zero-length name specified, ignoring."); return 0; } try { QVector colors = ColorTableReader::read(colorFormatDescriptor, colorCount, colorData); // Replacing an existing palette? if(App_ResourceSystem().hasColorPalette(name)) { ColorPalette &palette = App_ResourceSystem().colorPalette(name); palette.replaceColorTable(colors); return palette.id(); } // A new palette. ColorPalette *palette = new ColorPalette(colors); App_ResourceSystem().addColorPalette(*palette, name); return palette->id(); } catch(ColorTableReader::FormatError const &er) { LOG_RES_WARNING("Error creating/replacing color palette '%s':\n") << name << er.asText(); } return 0; } #undef R_CreateColorPaletteTranslation DENG_EXTERN_C void R_CreateColorPaletteTranslation(colorpaletteid_t paletteId, ddstring_s const *translationId, uint8_t const *mappings_) { DENG2_ASSERT(mappings_ != 0); LOG_AS("R_CreateColorPaletteTranslation"); try { ColorPalette &palette = App_ResourceSystem().colorPalette(paletteId); // Convert the mapping table. int const colorCount = palette.colorCount(); ColorPaletteTranslation mappings(colorCount); for(int i = 0; i < colorCount; ++i) { int const palIdx = mappings_[i]; DENG2_ASSERT(palIdx >= 0 && palIdx < colorCount); mappings[i] = palIdx; } // Create/update this translation. palette.newTranslation(Str_Text(translationId), mappings); } catch(ResourceSystem::MissingResourceError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING("Error creating/replacing color palette '%u' translation '%s':\n") << paletteId << Str_Text(translationId) << er.asText(); } catch(ColorPalette::InvalidTranslationIdError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING("Error creating/replacing color palette '%u' translation '%s':\n") << paletteId << Str_Text(translationId) << er.asText(); } } #undef R_GetColorPaletteNumForName DENG_EXTERN_C colorpaletteid_t R_GetColorPaletteNumForName(char const *name) { LOG_AS("R_GetColorPaletteNumForName"); try { return App_ResourceSystem().colorPalette(name).id(); } catch(ResourceSystem::MissingResourceError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } return 0; // Not found. } #undef R_GetColorPaletteNameForNum DENG_EXTERN_C char const *R_GetColorPaletteNameForNum(colorpaletteid_t id) { LOG_AS("R_GetColorPaletteNameForNum"); try { ColorPalette &palette = App_ResourceSystem().colorPalette(id); return App_ResourceSystem().colorPaletteName(palette).toUtf8().constData(); } catch(ResourceSystem::MissingResourceError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } return 0; // Not found. } #undef R_GetColorPaletteRGBubv DENG_EXTERN_C void R_GetColorPaletteRGBubv(colorpaletteid_t paletteId, int colorIdx, uint8_t rgb[3], dd_bool applyTexGamma) { LOG_AS("R_GetColorPaletteRGBubv"); if(!rgb) return; // Always interpret a negative color index as black. if(colorIdx < 0) { rgb[0] = rgb[1] = rgb[2] = 0; return; } try { Vector3ub palColor = App_ResourceSystem().colorPalette(paletteId)[colorIdx]; rgb[0] = palColor.x; rgb[1] = palColor.y; rgb[2] = palColor.z; if(applyTexGamma) { rgb[0] = texGammaLut[rgb[0]]; rgb[1] = texGammaLut[rgb[1]]; rgb[2] = texGammaLut[rgb[2]]; } } catch(ResourceSystem::MissingResourceError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } } #undef R_GetColorPaletteRGBf DENG_EXTERN_C void R_GetColorPaletteRGBf(colorpaletteid_t paletteId, int colorIdx, float rgb[3], dd_bool applyTexGamma) { LOG_AS("R_GetColorPaletteRGBf"); if(!rgb) return; // Always interpret a negative color index as black. if(colorIdx < 0) { rgb[0] = rgb[1] = rgb[2] = 0; return; } try { ColorPalette &palette = App_ResourceSystem().colorPalette(paletteId); if(applyTexGamma) { Vector3ub palColor = palette[colorIdx]; rgb[0] = texGammaLut[palColor.x] * reciprocal255; rgb[1] = texGammaLut[palColor.y] * reciprocal255; rgb[2] = texGammaLut[palColor.z] * reciprocal255; } else { Vector3f palColor = palette.colorf(colorIdx); rgb[0] = palColor.x; rgb[1] = palColor.y; rgb[2] = palColor.z; } } catch(ResourceSystem::MissingResourceError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } } #undef R_ComposePatchPath DENG_EXTERN_C AutoStr *R_ComposePatchPath(patchid_t id) { LOG_AS("R_ComposePatchPath"); try { TextureManifest &manifest = App_ResourceSystem().textureScheme("Patches").findByUniqueId(id); return AutoStr_FromTextStd(manifest.path().toUtf8().constData()); } catch(TextureScheme::NotFoundError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } return AutoStr_NewStd(); } #undef R_ComposePatchUri DENG_EXTERN_C uri_s *R_ComposePatchUri(patchid_t id) { try { TextureManifest &manifest = App_ResourceSystem().textureScheme("Patches").findByUniqueId(id); return reinterpret_cast(new de::Uri(manifest.composeUri())); } catch(TextureScheme::NotFoundError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } return reinterpret_cast(new de::Uri()); } #undef R_DeclarePatch DENG_EXTERN_C patchid_t R_DeclarePatch(char const *encodedName) { return App_ResourceSystem().declarePatch(encodedName); } #undef R_GetPatchInfo DENG_EXTERN_C dd_bool R_GetPatchInfo(patchid_t id, patchinfo_t *info) { DENG2_ASSERT(info); LOG_AS("R_GetPatchInfo"); de::zapPtr(info); if(!id) return false; try { Texture &tex = App_ResourceSystem().textureScheme("Patches").findByUniqueId(id).texture(); #ifdef __CLIENT__ // Ensure we have up to date information about this patch. TextureVariantSpec const &texSpec = Rend_PatchTextureSpec(0 | (tex.isFlagged(Texture::Monochrome) ? TSF_MONOCHROME : 0) | (tex.isFlagged(Texture::UpscaleAndSharpen) ? TSF_UPSCALE_AND_SHARPEN : 0)); tex.prepareVariant(texSpec); #endif info->id = id; info->flags.isCustom = tex.isFlagged(Texture::Custom); averagealpha_analysis_t *aa = reinterpret_cast(tex.analysisDataPointer(Texture::AverageAlphaAnalysis)); info->flags.isEmpty = aa && FEQUAL(aa->alpha, 0); info->geometry.size.width = tex.width(); info->geometry.size.height = tex.height(); info->geometry.origin.x = tex.origin().x; info->geometry.origin.y = tex.origin().y; /// @todo fixme: kludge: info->extraOffset[0] = info->extraOffset[1] = (tex.isFlagged(Texture::UpscaleAndSharpen)? -1 : 0); // Kludge end. return true; } catch(TextureManifest::MissingTextureError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } catch(TextureScheme::NotFoundError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } return false; } DENG_DECLARE_API(R) = { { DE_API_RESOURCE }, R_DeclarePatch, R_GetPatchInfo, R_ComposePatchUri, R_ComposePatchPath, R_CreateAnimGroup, R_AddAnimGroupFrame, R_CreateColorPalette, R_CreateColorPaletteTranslation, R_GetColorPaletteNumForName, R_GetColorPaletteNameForNum, R_GetColorPaletteRGBf, R_GetColorPaletteRGBubv, Textures_UniqueId, Textures_UniqueId2, }; doomsday-1.14.5/doomsday/client/src/resource/colorpalette.cpp0000664000175000017500000002301712350542237023627 0ustar jaakkojaakko/** @file colorpalette.cpp Color palette resource. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "resource/colorpalette.h" #include "dd_share.h" // reciprocal255 #include "m_misc.h" // M_ReadBits #include #include using namespace de; namespace internal { /** * Example: "R8G8B8" */ static void parseColorFormat(QString const &fmt, Vector3ui &compOrder, Vector3ui &compBits) { compBits = Vector3ui(); int const end = fmt.length(); int readComponents = 0; int pos = 0; while(pos < end) { QChar ch = fmt[pos]; pos++; int comp = -1; if (ch == 'R' || ch == 'r') comp = 0; else if(ch == 'G' || ch == 'g') comp = 1; else if(ch == 'B' || ch == 'b') comp = 2; if(comp != -1 && compBits[comp] == 0) { compOrder[comp] = readComponents++; // Read the number of bits. int start = pos; ch = fmt[pos]; while(ch.isDigit() && ++pos < end) { ch = fmt[pos]; } int numDigits = pos - start; if(numDigits) { compBits[comp] = fmt.mid(start, numDigits).toInt(); // Are we done? if(readComponents == 3) break; continue; } } /// @throw ColorTableReader::FormatError throw ColorTableReader::FormatError("parseColorFormat", QString("Unexpected character '%1' at position %2").arg(ch).arg(pos)); } if(readComponents != 3) { /// @throw ColorTableReader::FormatError throw ColorTableReader::FormatError("parseColorFormat", "Incomplete format specification"); } } } // namespace internal using namespace internal; typedef QVector ColorTable; ColorTable ColorTableReader::read(String format, int colorCount, dbyte const *colorData) // static { Vector3ui order; Vector3ui bits; parseColorFormat(format, order, bits); ColorTable colors(colorCount); // Already in the format we want? if(8 == bits.x && 8 == bits.y && 8 == bits.z) { // Great! Just copy it as-is. dbyte const *src = colorData; for(int i = 0; i < colorCount; ++i, src += 3) { colors[i] = Vector3ub(src[order.x], src[order.y], src[order.z]); } } else { // Conversion is necessary. dbyte const *src = colorData; dbyte cb = 0; for(int i = 0; i < colorCount; ++i) { Vector3ub &dst = colors[i]; Vector3i tmp; M_ReadBits(bits[order.x], &src, &cb, (dbyte *) &(tmp[order.x])); M_ReadBits(bits[order.y], &src, &cb, (dbyte *) &(tmp[order.y])); M_ReadBits(bits[order.z], &src, &cb, (dbyte *) &(tmp[order.z])); // Need to do any scaling? if(8 != bits.x) { if(bits.x < 8) tmp.x <<= 8 - bits.x; else tmp.x >>= bits.x - 8; } if(8 != bits.y) { if(bits.y < 8) tmp.y <<= 8 - bits.y; else tmp.y >>= bits.y - 8; } if(8 != bits.z) { if(bits.z < 8) tmp.z <<= 8 - bits.z; else tmp.z >>= bits.z - 8; } // Store the final color. dst = Vector3ub(de::clamp(0, tmp.x, 255), de::clamp(0, tmp.y, 255), de::clamp(0, tmp.z, 255)); } } return colors; } #define RGB18(r, g, b) ((r)+((g)<<6)+((b)<<12)) DENG2_PIMPL(ColorPalette) { typedef Vector3ub Color; typedef QVector ColorTable; ColorTable colors; typedef QMap Translations; Translations translations; /// 18-bit to 8-bit, nearest color translation table. typedef QVector XLat18To8; QScopedPointer xlat18To8; bool need18To8Update; Id id; Instance(Public *i) : Base(i) , need18To8Update(false) // No color table yet. { LOG_RES_VERBOSE("New color palette %s") << id; } Translation *translation(String id) { Translations::iterator found = translations.find(id); if(found != translations.end()) { return &found.value(); } return 0; } void notifyColorTableChanged() { DENG2_FOR_PUBLIC_AUDIENCE(ColorTableChange, i) { i->colorPaletteColorTableChanged(self); } } /// @note A time-consuming operation. void prepareNearestLUT() { #define COLORS18BIT 262144 need18To8Update = false; if(xlat18To8.isNull()) { xlat18To8.reset(new XLat18To8(COLORS18BIT)); } for(int r = 0; r < 64; ++r) for(int g = 0; g < 64; ++g) for(int b = 0; b < 64; ++b) { int nearest = 0; int smallestDiff = DDMAXINT; for(int i = 0; i < colors.count(); ++i) { Color const &color = colors[i]; int diff = (color.x - (r << 2)) * (color.x - (r << 2)) + (color.y - (g << 2)) * (color.y - (g << 2)) + (color.z - (b << 2)) * (color.z - (b << 2)); if(diff < smallestDiff) { smallestDiff = diff; nearest = i; } } (*xlat18To8)[RGB18(r, g, b)] = nearest; } #undef COLORS18BIT } }; ColorPalette::ColorPalette() : d(new Instance(this)) {} ColorPalette::ColorPalette(ColorTable const &colors) : d(new Instance(this)) { replaceColorTable(colors); } Id ColorPalette::id() const { return d->id; } int ColorPalette::colorCount() const { return d->colors.count(); } ColorPalette &ColorPalette::replaceColorTable(ColorTable const &colorTable) { LOG_AS("ColorPalette"); int const colorCountBefore = colorCount(); // We may need a new 18 => 8 bit xlat table. d->need18To8Update = true; // Replace the whole color table. d->colors = colorTable; // Notify interested parties. d->notifyColorTableChanged(); // When the color count changes all existing translations are destroyed as // they will no longer be valid. if(colorCountBefore != colorCount()) { clearTranslations(); } return *this; } Vector3ub ColorPalette::color(int colorIndex) const { LOG_AS("ColorPalette"); if(colorIndex < 0 || colorIndex >= d->colors.count()) { LOG_DEBUG("Index %i out of range %s in palette %s, will clamp.") << colorIndex << Rangeui(0, d->colors.count()).asText() << d->id; } if(!d->colors.isEmpty()) { return d->colors[de::clamp(0, colorIndex, d->colors.count() - 1)]; } return Vector3ub(); } Vector3f ColorPalette::colorf(int colorIdx) const { return color(colorIdx).toVector3f() * reciprocal255; } int ColorPalette::nearestIndex(Vector3ub const &rgb) const { LOG_AS("ColorPalette"); if(d->colors.isEmpty()) return -1; // Ensure we've prepared the 18 to 8 table. if(d->need18To8Update || d->xlat18To8.isNull()) { d->prepareNearestLUT(); } return (*d->xlat18To8)[RGB18(rgb.x >> 2, rgb.y >> 2, rgb.z >> 2)]; } void ColorPalette::clearTranslations() { LOG_AS("ColorPalette"); d->translations.clear(); } ColorPalette::Translation const *ColorPalette::translation(String id) const { LOG_AS("ColorPalette"); return d->translation(id); } void ColorPalette::newTranslation(String id, Translation const &mappings) { LOG_AS("ColorPalette"); if(!colorCount()) { //qDebug() << "Cannot define a translation for an empty palette!"; return; } DENG2_ASSERT(mappings.count() == colorCount()); // sanity check if(!id.isEmpty()) { Translation *xlat = d->translation(id); if(!xlat) { // An entirely new translation. xlat = &d->translations.insert(id, Translation()).value(); } // Replace the whole mapping table. *xlat = mappings; // Ensure the mappings are within valid range. for(int i = 0; i < colorCount(); ++i) { int palIdx = (*xlat)[i]; if(palIdx < 0 || palIdx >= colorCount()) { (*xlat)[i] = i; } } return; } /// @throw InvalidTranslationIdError . throw InvalidTranslationIdError("ColorPalette::newTranslation", "A zero-length id was specified"); } doomsday-1.14.5/doomsday/client/src/resource/abstractfont.cpp0000664000175000017500000000306112350542237023621 0ustar jaakkojaakko/** @file abstractfont.cpp Abstract font. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "resource/abstractfont.h" using namespace de; AbstractFont::AbstractFont(FontManifest &manifest) : _manifest(manifest) , _flags(0) {} AbstractFont::~AbstractFont() { DENG2_FOR_AUDIENCE(Deletion, i) i->fontBeingDeleted(*this); } void AbstractFont::glInit() {} void AbstractFont::glDeinit() {} FontManifest &AbstractFont::manifest() const { return _manifest; } AbstractFont::Flags AbstractFont::flags() const { return _flags; } int AbstractFont::ascent() { return 0; } int AbstractFont::descent() { return 0; } int AbstractFont::lineSpacing() { return 0; } doomsday-1.14.5/doomsday/client/src/resource/fontmanifest.cpp0000664000175000017500000000755212350542237023635 0ustar jaakkojaakko/** @file fontmanifest.cpp Font resource manifest. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/fontmanifest.h" #include "dd_main.h" // App_Fonts(), remove me #include "FontScheme" #include using namespace de; DENG2_PIMPL(FontManifest), DENG2_OBSERVES(AbstractFont, Deletion) { int uniqueId; QScopedPointer(resource); ///< Associated resource (if any). Instance(Public *i) : Base(i) , uniqueId(0) {} ~Instance() { DENG2_FOR_PUBLIC_AUDIENCE(Deletion, i) i->fontManifestBeingDeleted(self); } // Observes AbstractFont::Deletion. void fontBeingDeleted(AbstractFont const & /*resource*/) { resource.reset(); } }; FontManifest::FontManifest(PathTree::NodeArgs const &args) : Node(args), d(new Instance(this)) {} FontScheme &FontManifest::scheme() const { LOG_AS("FontManifest"); /// @todo Optimize: FontManifest should contain a link to the owning FontScheme. foreach(FontScheme *scheme, App_ResourceSystem().allFontSchemes()) { if(&scheme->index() == &tree()) return *scheme; } /// @throw Error Failed to determine the scheme of the manifest (should never happen...). throw Error("FontManifest::scheme", String("Failed to determine scheme for manifest [%1]").arg(de::dintptr(this))); } String const &FontManifest::schemeName() const { return scheme().name(); } String FontManifest::description(de::Uri::ComposeAsTextFlags uriCompositionFlags) const { return String("%1").arg(composeUri().compose(uriCompositionFlags | Uri::DecodePath), ( uriCompositionFlags.testFlag(Uri::OmitScheme)? -14 : -22 ) ); } int FontManifest::uniqueId() const { return d->uniqueId; } bool FontManifest::setUniqueId(int newUniqueId) { LOG_AS("FontManifest"); if(d->uniqueId == newUniqueId) return false; d->uniqueId = newUniqueId; // Notify interested parties that the uniqueId has changed. DENG2_FOR_AUDIENCE(UniqueIdChange, i) i->fontManifestUniqueIdChanged(*this); return true; } bool FontManifest::hasResource() const { return !d->resource.isNull(); } AbstractFont &FontManifest::resource() const { if(hasResource()) { return *d->resource.data(); } /// @throw MissingFontError No resource is associated with the manifest. throw MissingFontError("FontManifest::resource", "No resource is associated"); } void FontManifest::setResource(AbstractFont *newResource) { LOG_AS("FontManifest"); if(d->resource.data() != newResource) { if(AbstractFont *curFont = d->resource.data()) { // Cancel notifications about the existing resource. curFont->audienceForDeletion -= d; } d->resource.reset(newResource); if(AbstractFont *curFont = d->resource.data()) { // We want notification when the new resource is about to be deleted. curFont->audienceForDeletion += d; } } } doomsday-1.14.5/doomsday/client/src/resource/sprite.cpp0000664000175000017500000001213012350542237022432 0ustar jaakkojaakko/** @file sprite.cpp 3D-Sprite resource. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/sprite.h" #ifdef __CLIENT__ # include "MaterialSnapshot" # include "TextureManifest" # include "gl/gl_tex.h" // pointlight_analysis_t # include "Lumobj" # include "render/billboard.h" // Rend_SpriteMaterialSpec #endif #include using namespace de; /** * @todo optimize: allocate only those ViewAngles that are in use. */ DENG2_PIMPL_NOREF(Sprite) { bool haveRotations; ///< @c true= use all view angles and not just rotation 0. ViewAngles viewAngles; Instance() : haveRotations(false) , viewAngles(max_angles) {} Instance(Instance const &other) : de::IPrivate() , haveRotations(other.haveRotations) , viewAngles(other.viewAngles) {} }; Sprite::Sprite() : d(new Instance) {} Sprite::Sprite(Sprite const &other) : d(new Instance(*other.d)) {} Sprite &Sprite::operator = (Sprite const &other) { d.reset(new Instance(*other.d)); return *this; } bool Sprite::hasViewAngle(int rotation) const { if(rotation >= 0 && rotation < d->viewAngles.count()) { return d->viewAngles[rotation].material != 0; } return false; } void Sprite::newViewAngle(Material *material, int rotation, bool mirrorX) { DENG2_ASSERT(rotation <= max_angles); if(rotation <= 0) { // Use only one view angle for all rotations. d->haveRotations = false; for(int i = 0; i < d->viewAngles.count(); ++i) { ViewAngle &vAngle = d->viewAngles[i]; vAngle.material = material; vAngle.mirrorX = mirrorX; } return; } rotation--; // Make 0 based. d->haveRotations = true; ViewAngle &vAngle = d->viewAngles[rotation]; vAngle.material = material; vAngle.mirrorX = mirrorX; } Sprite::ViewAngle const &Sprite::viewAngle(int rotation) const { LOG_AS("Sprite::viewAngle"); if(rotation >= 0 && rotation < d->viewAngles.count()) { return d->viewAngles[rotation]; } /// @throw MissingViewAngle Specified an invalid rotation. throw MissingViewAngleError("Sprite::viewAngle", "Invalid rotation " + String::number(rotation)); } Sprite::ViewAngle const &Sprite::closestViewAngle(angle_t mobjAngle, angle_t angleToEye, bool noRotation) const { int rotation = 0; // Use single rotation for all viewing angles (default). if(!noRotation && d->haveRotations) { // Rotation is determined by the relative angle to the viewer. rotation = ((angleToEye - mobjAngle + (unsigned) (ANG45 / 2) * 9) - (unsigned) (ANGLE_180 / 16)) >> 28; } return viewAngle(rotation); } Sprite::ViewAngles const &Sprite::viewAngles() const { return d->viewAngles; } #ifdef __CLIENT__ double Sprite::visualRadius() const { if(hasViewAngle(0)) { Material *material = viewAngle(0).material; MaterialSnapshot const &ms = material->prepare(Rend_SpriteMaterialSpec()); return ms.width() / 2; } return 0; } Lumobj *Sprite::generateLumobj() const { LOG_AS("Sprite::generateLumobj"); // Always use rotation zero. /// @todo We could do better here... if(!hasViewAngle(0)) return 0; Material *mat = viewAngle(0).material; // Ensure we have up-to-date information about the material. MaterialSnapshot const &ms = mat->prepare(Rend_SpriteMaterialSpec()); if(!ms.hasTexture(MTU_PRIMARY)) return 0; // Unloadable texture? Texture &tex = ms.texture(MTU_PRIMARY).generalCase(); pointlight_analysis_t const *pl = reinterpret_cast(ms.texture(MTU_PRIMARY).generalCase().analysisDataPointer(Texture::BrightPointAnalysis)); if(!pl) { LOGDEV_RES_WARNING("Texture \"%s\" has no BrightPointAnalysis") << ms.texture(MTU_PRIMARY).generalCase().manifest().composeUri(); return 0; } // Apply the auto-calculated color. return &(new Lumobj(Vector3d(), pl->brightMul, pl->color.rgb)) ->setZOffset(-tex.origin().y - pl->originY * ms.height()); } #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/src/resource/texturevariant.cpp0000664000175000017500000005037512350542237024226 0ustar jaakkojaakko/** @file texturevariant.cpp Context specialized texture variant. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "resource/texture.h" #include "r_util.h" #include "gl/gl_defer.h" #include "gl/gl_main.h" #include "gl/gl_tex.h" #include "gl/texturecontent.h" #include "resource/image.h" // GL_LoadSourceImage #include "render/rend_main.h" // misc global vars awaiting new home #include #include // M_CeilPow using namespace de; variantspecification_t::variantspecification_t() : context(TC_UNKNOWN) , flags(0) , border(0) , wrapS(GL_REPEAT) , wrapT(GL_REPEAT) , mipmapped(false) , gammaCorrection(true) , noStretch(false) , toAlpha(false) , minFilter(GL_LINEAR) , magFilter(GL_LINEAR) , anisoFilter(0) , tClass(0) , tMap(0) {} variantspecification_t::variantspecification_t(variantspecification_t const &other) : context(other.context) , flags(other.flags) , border(other.border) , wrapS(other.wrapS) , wrapT(other.wrapT) , mipmapped(other.mipmapped) , gammaCorrection(other.gammaCorrection) , noStretch(other.noStretch) , toAlpha(other.toAlpha) , minFilter(other.minFilter) , magFilter(other.magFilter) , anisoFilter(other.anisoFilter) , tClass(other.tClass) , tMap(other.tMap) {} bool variantspecification_t::operator == (variantspecification_t const &other) const { if(this == &other) return 1; /// @todo We can be a bit cleverer here... if(context != other.context) return 0; if(flags != other.flags) return 0; if(wrapS != other.wrapS || wrapT != other.wrapT) return 0; //if(magFilter != b.magFilter) return 0; //if(anisoFilter != b.anisoFilter) return 0; if(mipmapped != other.mipmapped) return 0; if(noStretch != other.noStretch) return 0; if(gammaCorrection != other.gammaCorrection) return 0; if(toAlpha != other.toAlpha) return 0; if(border != other.border) return 0; if(flags & TSF_HAS_COLORPALETTE_XLAT) { if(tClass != other.tClass) return 0; if(tMap != other.tMap) return 0; } return 1; // Equal. } GLint variantspecification_t::glMinFilter() const { if(minFilter >= 0) // Constant logical value. { return (mipmapped? GL_NEAREST_MIPMAP_NEAREST : GL_NEAREST) + minFilter; } // "No class" preference. return mipmapped? glmode[mipmapping] : GL_LINEAR; } GLint variantspecification_t::glMagFilter() const { if(magFilter >= 0) // Constant logical value. { return GL_NEAREST + magFilter; } // Preference for texture class id. switch(abs(magFilter)-1) { case 1: // Sprite class. return filterSprites? GL_LINEAR : GL_NEAREST; case 2: // UI class. return filterUI? GL_LINEAR : GL_NEAREST; default: // "No class" preference. return glmode[texMagMode]; } } int variantspecification_t::logicalAnisoLevel() const { return anisoFilter < 0? texAniso : anisoFilter; } TextureVariantSpec::TextureVariantSpec(texturevariantspecificationtype_t type) : type(type) {} TextureVariantSpec::TextureVariantSpec(TextureVariantSpec const &other) : type(other.type) , variant(other.variant) , detailVariant(other.detailVariant) {} bool detailvariantspecification_t::operator == (detailvariantspecification_t const &other) const { if(this == &other) return true; return contrast == other.contrast; // Equal. } bool TextureVariantSpec::operator == (TextureVariantSpec const &other) const { if(this == &other) return true; if(type != other.type) return false; switch(type) { case TST_GENERAL: return variant == other.variant; case TST_DETAIL: return detailVariant == other.detailVariant; } DENG2_ASSERT(false); return false; } static String nameForGLTextureWrapMode(int mode) { if(mode == GL_REPEAT) return "repeat"; if(mode == GL_CLAMP) return "clamp"; if(mode == GL_CLAMP_TO_EDGE) return "clamp_edge"; return "(unknown)"; } String TextureVariantSpec::asText() const { static String const textureUsageContextNames[1 + TEXTUREVARIANTUSAGECONTEXT_COUNT] = { /* TC_UNKNOWN */ "unknown", /* TC_UI */ "ui", /* TC_MAPSURFACE_DIFFUSE */ "mapsurface_diffuse", /* TC_MAPSURFACE_REFLECTION */ "mapsurface_reflection", /* TC_MAPSURFACE_REFLECTIONMASK */ "mapsurface_reflectionmask", /* TC_MAPSURFACE_LIGHTMAP */ "mapsurface_lightmap", /* TC_SPRITE_DIFFUSE */ "sprite_diffuse", /* TC_MODELSKIN_DIFFUSE */ "modelskin_diffuse", /* TC_MODELSKIN_REFLECTION */ "modelskin_reflection", /* TC_HALO_LUMINANCE */ "halo_luminance", /* TC_PSPRITE_DIFFUSE */ "psprite_diffuse", /* TC_SKYSPHERE_DIFFUSE */ "skysphere_diffuse" }; static String const textureSpecificationTypeNames[2] = { /* TST_GENERAL */ "general", /* TST_DETAIL */ "detail" }; static String const filterModeNames[] = { "ui", "sprite", "noclass", "const" }; static String const glFilterNames[] = { "nearest", "linear", "nearest_mipmap_nearest", "linear_mipmap_nearest", "nearest_mipmap_linear", "linear_mipmap_linear" }; String text = String("Type:%1").arg(textureSpecificationTypeNames[type]); switch(type) { case TST_DETAIL: { detailvariantspecification_t const &spec = detailVariant; text += " Contrast:" + String::number(int(.5f + spec.contrast / 255.f * 100)) + "%"; break; } case TST_GENERAL: { variantspecification_t const &spec = variant; texturevariantusagecontext_t tc = spec.context; DENG2_ASSERT(tc == TC_UNKNOWN || VALID_TEXTUREVARIANTUSAGECONTEXT(tc)); int glMinFilterNameIdx; if(spec.minFilter >= 0) // Constant logical value. { glMinFilterNameIdx = (spec.mipmapped? 2 : 0) + spec.minFilter; } else // "No class" preference. { glMinFilterNameIdx = spec.mipmapped? mipmapping : 1; } int glMagFilterNameIdx; if(spec.magFilter >= 0) // Constant logical value. { glMagFilterNameIdx = spec.magFilter; } else { // Preference for texture class id. switch(abs(spec.magFilter)-1) { // "No class" preference. default: glMagFilterNameIdx = texMagMode; break; // "Sprite" class. case 1: glMagFilterNameIdx = filterSprites; break; // "UI" class. case 2: glMagFilterNameIdx = filterUI; break; } } text += " Context:" + textureUsageContextNames[tc-TEXTUREVARIANTUSAGECONTEXT_FIRST + 1] + " Flags:" + String::number(spec.flags & ~TSF_INTERNAL_MASK) + " Border:" + String::number(spec.border) + " MinFilter:" + filterModeNames[3 + de::clamp(-1, spec.minFilter, 0)] + "|" + glFilterNames[glMinFilterNameIdx] + " MagFilter:" + filterModeNames[3 + de::clamp(-3, spec.magFilter, 0)] + "|" + glFilterNames[glMagFilterNameIdx] + " AnisoFilter:" + String::number(spec.anisoFilter) + " WrapS:" + nameForGLTextureWrapMode(spec.wrapS) + " WrapT:" + nameForGLTextureWrapMode(spec.wrapT) + " CorrectGamma:" + (spec.gammaCorrection? "yes" : "no") + " NoStretch:" + (spec.noStretch? "yes" : "no") + " ToAlpha:" + (spec.toAlpha? "yes" : "no"); if(spec.flags & TSF_HAS_COLORPALETTE_XLAT) { text += " Translated:(tclass:" + String::number(spec.tClass) + " tmap:" + String::number(spec.tMap) + ")"; } break; } } return text; } DENG2_PIMPL(Texture::Variant) { Texture &texture; /// The base for which "this" is a context derivative. TextureVariantSpec const &spec; /// Usage context specification. Flags flags; res::Source texSource; ///< Logical source of the image. /// Name of the associated GL texture object. /// @todo Use GLTexture uint glTexName; /// Prepared coordinates for the bottom right of the texture minus border. float s, t; Instance(Public *i, Texture &generalCase, TextureVariantSpec const &spec) : Base(i) , texture(generalCase) , spec(spec) , flags(0) , texSource(res::None) , glTexName(0) , s(0) , t(0) {} ~Instance() { // Release any GL texture we may have prepared. self.release(); } }; Texture::Variant::Variant(Texture &generalCase, TextureVariantSpec const &spec) : d(new Instance(this, generalCase, spec)) {} /** * Perform analyses of the @a image pixel data and record this information * for reference later. * * @param image Image data to be analyzed. * @param context Context in which the uploaded image will be used. * @param tex Logical texture which will hold the analysis data. * @param forceUpdate Force an update of the recorded analysis data. */ static void performImageAnalyses(image_t const &image, texturevariantusagecontext_t context, Texture &tex, bool forceUpdate) { // Do we need color palette info? if(image.paletteId != 0) { colorpalette_analysis_t *cp = reinterpret_cast(tex.analysisDataPointer(Texture::ColorPaletteAnalysis)); bool firstInit = (!cp); if(firstInit) { cp = (colorpalette_analysis_t *) M_Malloc(sizeof(*cp)); tex.setAnalysisDataPointer(Texture::ColorPaletteAnalysis, cp); } if(firstInit || forceUpdate) cp->paletteId = image.paletteId; } // Calculate a point light source for Dynlight and/or Halo? if(context == TC_SPRITE_DIFFUSE) { pointlight_analysis_t *pl = reinterpret_cast(tex.analysisDataPointer(Texture::BrightPointAnalysis)); bool firstInit = (!pl); if(firstInit) { pl = (pointlight_analysis_t *) M_Malloc(sizeof *pl); tex.setAnalysisDataPointer(Texture::BrightPointAnalysis, pl); } if(firstInit || forceUpdate) { GL_CalcLuminance(image.pixels, image.size.x, image.size.y, image.pixelSize, image.paletteId, &pl->originX, &pl->originY, &pl->color, &pl->brightMul); } } // Average alpha? if(context == TC_SPRITE_DIFFUSE || context == TC_UI) { averagealpha_analysis_t *aa = reinterpret_cast(tex.analysisDataPointer(Texture::AverageAlphaAnalysis)); bool firstInit = (!aa); if(firstInit) { aa = (averagealpha_analysis_t *) M_Malloc(sizeof(*aa)); tex.setAnalysisDataPointer(Texture::AverageAlphaAnalysis, aa); } if(firstInit || forceUpdate) { if(!image.paletteId) { FindAverageAlpha(image.pixels, image.size.x, image.size.y, image.pixelSize, &aa->alpha, &aa->coverage); } else { if(image.flags & IMGF_IS_MASKED) { FindAverageAlphaIdx(image.pixels, image.size.x, image.size.y, &aa->alpha, &aa->coverage); } else { // It has no mask, so it must be opaque. aa->alpha = 1; aa->coverage = 0; } } } } // Average color for sky ambient color? if(context == TC_SKYSPHERE_DIFFUSE) { averagecolor_analysis_t *ac = reinterpret_cast(tex.analysisDataPointer(Texture::AverageColorAnalysis)); bool firstInit = (!ac); if(firstInit) { ac = (averagecolor_analysis_t *) M_Malloc(sizeof(*ac)); tex.setAnalysisDataPointer(Texture::AverageColorAnalysis, ac); } if(firstInit || forceUpdate) { if(0 == image.paletteId) { FindAverageColor(image.pixels, image.size.x, image.size.y, image.pixelSize, &ac->color); } else { FindAverageColorIdx(image.pixels, image.size.x, image.size.y, App_ResourceSystem().colorPalette(image.paletteId), false, &ac->color); } } } // Amplified average color for plane glow? if(context == TC_MAPSURFACE_DIFFUSE) { averagecolor_analysis_t *ac = reinterpret_cast(tex.analysisDataPointer(Texture::AverageColorAmplifiedAnalysis)); bool firstInit = (!ac); if(firstInit) { ac = (averagecolor_analysis_t *) M_Malloc(sizeof(*ac)); tex.setAnalysisDataPointer(Texture::AverageColorAmplifiedAnalysis, ac); } if(firstInit || forceUpdate) { if(0 == image.paletteId) { FindAverageColor(image.pixels, image.size.x, image.size.y, image.pixelSize, &ac->color); } else { FindAverageColorIdx(image.pixels, image.size.x, image.size.y, App_ResourceSystem().colorPalette(image.paletteId), false, &ac->color); } Vector3f color(ac->color.rgb); R_AmplifyColor(color); for(int i = 0; i < 3; ++i) { ac->color.rgb[i] = color[i]; } } } // Average top line color for sky sphere fadeout? if(context == TC_SKYSPHERE_DIFFUSE) { averagecolor_analysis_t *ac = reinterpret_cast(tex.analysisDataPointer(Texture::AverageTopColorAnalysis)); bool firstInit = (!ac); if(firstInit) { ac = (averagecolor_analysis_t *) M_Malloc(sizeof(*ac)); tex.setAnalysisDataPointer(Texture::AverageTopColorAnalysis, ac); } if(firstInit || forceUpdate) { if(0 == image.paletteId) { FindAverageLineColor(image.pixels, image.size.x, image.size.y, image.pixelSize, 0, &ac->color); } else { FindAverageLineColorIdx(image.pixels, image.size.x, image.size.y, 0, App_ResourceSystem().colorPalette(image.paletteId), false, &ac->color); } } } // Average bottom line color for sky sphere fadeout? if(context == TC_SKYSPHERE_DIFFUSE) { averagecolor_analysis_t *ac = reinterpret_cast(tex.analysisDataPointer(Texture::AverageBottomColorAnalysis)); bool firstInit = (!ac); if(firstInit) { ac = (averagecolor_analysis_t *) M_Malloc(sizeof(*ac)); tex.setAnalysisDataPointer(Texture::AverageBottomColorAnalysis, ac); } if(firstInit || forceUpdate) { if(0 == image.paletteId) { FindAverageLineColor(image.pixels, image.size.x, image.size.y, image.pixelSize, image.size.y - 1, &ac->color); } else { FindAverageLineColorIdx(image.pixels, image.size.x, image.size.y, image.size.y - 1, App_ResourceSystem().colorPalette(image.paletteId), false, &ac->color); } } } } uint Texture::Variant::prepare() { LOG_AS("TextureVariant::prepare"); // Have we already prepared this? if(isPrepared()) return d->glTexName; // Load the source image data. image_t image; res::Source source = GL_LoadSourceImage(image, d->texture, d->spec); if(source == res::None) return 0; // Do we need to perform any image pixel data analyses? if(d->spec.type == TST_GENERAL) { performImageAnalyses(image, d->spec.variant.context, d->texture, true /*force update*/); } // Are we preparing a new GL texture? if(d->glTexName == 0) { // Acquire a new GL texture name. d->glTexName = GL_GetReservedTextureName(); // Record the source of the image. d->texSource = source; } // Prepare texture content for uploading. texturecontent_t c; GL_PrepareTextureContent(c, d->glTexName, image, d->spec, d->texture.manifest()); /** * Calculate GL texture coordinates based on the image dimensions. The * coordinates are calculated as width / CeilPow2(width), or 1 if larger * than the maximum texture size. * * @todo fixme: Image dimensions may not be the same as the uploaded * texture - defer this logic until all processing has been completed. */ if((c.flags & TXCF_UPLOAD_ARG_NOSTRETCH) && (!GL_state.features.texNonPowTwo || (c.flags & TXCF_MIPMAP))) { d->s = image.size.x / float( de::ceilPow2(image.size.x) ); d->t = image.size.y / float( de::ceilPow2(image.size.y) ); } else { d->s = 1; d->t = 1; } if(image.flags & IMGF_IS_MASKED) { d->flags |= TextureVariant::Masked; } // Submit the content for uploading (possibly deferred). gl::UploadMethod uploadMethod = GL_ChooseUploadMethod(&c); GL_UploadTextureContent(c, uploadMethod); LOGDEV_RES_VERBOSE("Prepared \"%s\" variant (glName:%u)%s") << d->texture.manifest().composeUri() << uint(d->glTexName) << (uploadMethod == gl::Immediate? " while not busy!" : ""); LOGDEV_RES_VERBOSE(" Content: %s") << Image_Description(image); LOGDEV_RES_VERBOSE(" Specification %p: %s") << &d->spec << d->spec.asText(); // Are we setting the logical dimensions to the pixel dimensions // of the source image? if(d->texture.width() == 0 && d->texture.height() == 0) { LOG_RES_VERBOSE("World dimensions for \"%s\" taken from image pixels %s") << d->texture.manifest().composeUri() << image.size.asText(); d->texture.setDimensions(image.size.toVector2i()); } // We're done with the image data. Image_ClearPixelData(image); return d->glTexName; } void Texture::Variant::release() { if(!isPrepared()) return; glDeleteTextures(1, (GLuint const *) &d->glTexName); d->glTexName = 0; } Texture &Texture::Variant::generalCase() const { return d->texture; } TextureVariantSpec const &Texture::Variant::spec() const { return d->spec; } res::Source Texture::Variant::source() const { return d->texSource; } String Texture::Variant::sourceDescription() const { if(d->texSource == res::Original) return "original"; if(d->texSource == res::External) return "external"; return "none"; } Texture::Variant::Flags Texture::Variant::flags() const { return d->flags; } void Texture::Variant::glCoords(float *outS, float *outT) const { if(outS) *outS = d->s; if(outT) *outT = d->t; } uint Texture::Variant::glName() const { return d->glTexName; } doomsday-1.14.5/doomsday/client/src/resource/texturescheme.cpp0000664000175000017500000002311312350542237024014 0ustar jaakkojaakko/** @file texturescheme.cpp Texture system subspace scheme. * * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/texturescheme.h" #include "dd_main.h" // App_ResourceSystem() #include "TextureManifest" using namespace de; DENG2_PIMPL(TextureScheme), DENG2_OBSERVES(TextureManifest, UniqueIdChange), DENG2_OBSERVES(TextureManifest, Deletion) { /// Symbolic name of the scheme. String name; /// Mappings from paths to manifests. TextureScheme::Index index; /// LUT which translates scheme-unique-ids to their associated manifest (if any). /// Index with uniqueId - uniqueIdBase. QList uniqueIdLut; bool uniqueIdLutDirty; int uniqueIdBase; Instance(Public *i, String symbolicName) : Base(i), name(symbolicName), uniqueIdLut(), uniqueIdLutDirty(false), uniqueIdBase(0) {} ~Instance() { self.clear(); DENG_ASSERT(index.isEmpty()); } bool inline uniqueIdInLutRange(int uniqueId) const { return (uniqueId - uniqueIdBase >= 0 && (uniqueId - uniqueIdBase) < uniqueIdLut.size()); } void findUniqueIdRange(int *minId, int *maxId) { if(!minId && !maxId) return; if(minId) *minId = DDMAXINT; if(maxId) *maxId = DDMININT; PathTreeIterator iter(index.leafNodes()); while(iter.hasNext()) { TextureManifest &manifest = iter.next(); int const uniqueId = manifest.uniqueId(); if(minId && uniqueId < *minId) *minId = uniqueId; if(maxId && uniqueId > *maxId) *maxId = uniqueId; } } void deindex(TextureManifest &manifest) { /// @todo Only destroy the texture if this is the last remaining reference. manifest.clearTexture(); unlinkInUniqueIdLut(manifest); } /// @pre uniqueIdLut is large enough if initialized! void unlinkInUniqueIdLut(TextureManifest &manifest) { // If the lut is already considered 'dirty' do not unlink. if(!uniqueIdLutDirty) { int uniqueId = manifest.uniqueId(); DENG_ASSERT(uniqueIdInLutRange(uniqueId)); uniqueIdLut[uniqueId - uniqueIdBase] = 0; } } /// @pre uniqueIdLut has been initialized and is large enough! void linkInUniqueIdLut(TextureManifest &manifest) { int uniqueId = manifest.uniqueId(); DENG_ASSERT(uniqueIdInLutRange(uniqueId)); uniqueIdLut[uniqueId - uniqueIdBase] = &manifest; } void rebuildUniqueIdLut() { // Is a rebuild necessary? if(!uniqueIdLutDirty) return; // Determine the size of the LUT. int minId, maxId; findUniqueIdRange(&minId, &maxId); int lutSize = 0; if(minId > maxId) // None found? { uniqueIdBase = 0; } else { uniqueIdBase = minId; lutSize = maxId - minId + 1; } // Fill the LUT with initial values. #ifdef DENG2_QT_4_7_OR_NEWER uniqueIdLut.reserve(lutSize); #endif int i = 0; for(; i < uniqueIdLut.size(); ++i) { uniqueIdLut[i] = 0; } for(; i < lutSize; ++i) { uniqueIdLut.push_back(0); } if(lutSize) { // Populate the LUT. PathTreeIterator iter(index.leafNodes()); while(iter.hasNext()) { linkInUniqueIdLut(iter.next()); } } uniqueIdLutDirty = false; } // Observes TextureManifest UniqueIdChange void textureManifestUniqueIdChanged(Manifest & /*manifest*/) { // We'll need to rebuild the id map. uniqueIdLutDirty = true; } // Observes TextureManifest Deletion. void textureManifestBeingDeleted(TextureManifest const &manifest) { deindex(const_cast(manifest)); } }; TextureScheme::TextureScheme(String symbolicName) : d(new Instance(this, symbolicName)) {} TextureScheme::~TextureScheme() { clear(); } void TextureScheme::clear() { /*PathTreeIterator iter(d->index.leafNodes()); while(iter.hasNext()) { d->deindex(iter.next()); }*/ d->index.clear(); d->uniqueIdLutDirty = true; } String const &TextureScheme::name() const { return d->name; } TextureManifest &TextureScheme::declare(Path const &path, Texture::Flags flags, Vector2i const &dimensions, Vector2i const &origin, int uniqueId, de::Uri const *resourceUri) { LOG_AS("TextureScheme::declare"); if(path.isEmpty()) { /// @throw InvalidPathError An empty path was specified. throw InvalidPathError("TextureScheme::declare", "Missing/zero-length path was supplied"); } int const sizeBefore = d->index.size(); Manifest *newManifest = &d->index.insert(path); DENG2_ASSERT(newManifest); if(d->index.size() != sizeBefore) { // We'll need to rebuild the unique id LUT after this (deferred for perf). d->uniqueIdLutDirty = true; // We want notification if/when the manifest's uniqueId changes. newManifest->audienceForUniqueIdChange += d; // We want notification when the manifest is about to be deleted. newManifest->audienceForDeletion += d; // Notify interested parties that a new manifest was defined in the scheme. DENG2_FOR_AUDIENCE(ManifestDefined, i) i->textureSchemeManifestDefined(*this, *newManifest); } /* * (Re)configure the manifest. */ bool mustRelease = false; newManifest->setFlags(flags); newManifest->setOrigin(origin); if(newManifest->setLogicalDimensions(dimensions)) { mustRelease = true; } // We don't care whether these identfiers are truely unique. Our only // responsibility is to release textures when they change. if(newManifest->setUniqueId(uniqueId)) { mustRelease = true; } if(resourceUri && newManifest->setResourceUri(*resourceUri)) { // The mapped resource is being replaced, so release any existing Texture. /// @todo Only release if this Texture is bound to only this binding. mustRelease = true; } if(mustRelease && newManifest->hasTexture()) { #ifdef __CLIENT__ /// @todo Update any Materials (and thus Surfaces) which reference this. newManifest->texture().releaseGLTextures(); #endif } return *newManifest; } bool TextureScheme::has(Path const &path) const { return d->index.has(path, Index::NoBranch | Index::MatchFull); } TextureManifest const &TextureScheme::find(Path const &path) const { if(has(path)) { return d->index.find(path, Index::NoBranch | Index::MatchFull); } /// @throw NotFoundError Failed to locate a matching manifest. throw NotFoundError("TextureScheme::find", "Failed to locate a manifest matching \"" + path.asText() + "\""); } TextureManifest &TextureScheme::find(Path const &path) { TextureManifest const &found = const_cast(this)->find(path); return const_cast(found); } TextureManifest const &TextureScheme::findByResourceUri(de::Uri const &uri) const { if(!uri.isEmpty()) { PathTreeIterator iter(d->index.leafNodes()); while(iter.hasNext()) { TextureManifest &manifest = iter.next(); if(manifest.hasResourceUri()) { if(manifest.resourceUri() == uri) { return manifest; } } } } /// @throw NotFoundError No manifest was found with a matching resource URI. throw NotFoundError("TextureScheme::findByResourceUri", "No manifest found with a resource URI matching \"" + uri.asText() + "\""); } TextureManifest &TextureScheme::findByResourceUri(de::Uri const &uri) { TextureManifest const &found = const_cast(this)->findByResourceUri(uri); return const_cast(found); } TextureManifest const &TextureScheme::findByUniqueId(int uniqueId) const { d->rebuildUniqueIdLut(); if(d->uniqueIdInLutRange(uniqueId)) { TextureManifest *manifest = d->uniqueIdLut[uniqueId - d->uniqueIdBase]; if(manifest) return *manifest; } /// @throw NotFoundError No manifest was found with a matching resource URI. throw NotFoundError("TextureScheme::findByUniqueId", "No manifest found with a unique ID matching \"" + QString("%1").arg(uniqueId) + "\""); } TextureManifest &TextureScheme::findByUniqueId(int uniqueId) { TextureManifest const &found = const_cast(this)->findByUniqueId(uniqueId); return const_cast(found); } TextureScheme::Index const &TextureScheme::index() const { return d->index; } doomsday-1.14.5/doomsday/client/src/resource/api_material.cpp0000664000175000017500000000423212350542237023557 0ustar jaakkojaakko#define DENG_NO_API_MACROS_MATERIALS #include "de_base.h" #include "de_resource.h" #include "api_material.h" using namespace de; #undef DD_MaterialForTextureUri DENG_EXTERN_C Material *DD_MaterialForTextureUri(uri_s const *textureUri) { if(!textureUri) return 0; // Not found. try { de::Uri uri = App_ResourceSystem().textureManifest(reinterpret_cast(*textureUri)).composeUri(); uri.setScheme(DD_MaterialSchemeNameForTextureScheme(uri.scheme())); return &App_ResourceSystem().material(uri); } catch(MaterialManifest::MissingMaterialError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } catch(ResourceSystem::UnknownSchemeError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. return 0; // Not found. } #undef Materials_ComposeUri DENG_EXTERN_C struct uri_s *Materials_ComposeUri(materialid_t materialId) { MaterialManifest &manifest = App_ResourceSystem().toMaterialManifest(materialId); return reinterpret_cast(new de::Uri(manifest.composeUri())); } #undef Materials_ResolveUri DENG_EXTERN_C materialid_t Materials_ResolveUri(struct uri_s const *uri) { try { return App_ResourceSystem().materialManifest(*reinterpret_cast(uri)).id(); } catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. return NOMATERIALID; } #undef Materials_ResolveUriCString DENG_EXTERN_C materialid_t Materials_ResolveUriCString(char const *uriCString) { if(uriCString && uriCString[0]) { try { return App_ResourceSystem().materialManifest(de::Uri(uriCString, RC_NULL)).id(); } catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. } return NOMATERIALID; } DENG_DECLARE_API(Material) = { { DE_API_MATERIALS }, DD_MaterialForTextureUri, Materials_ComposeUri, Materials_ResolveUri, Materials_ResolveUriCString }; doomsday-1.14.5/doomsday/client/src/resource/zip.cpp0000664000175000017500000007550212350542237021742 0ustar jaakkojaakko/** @file zip.cpp Zip archives. * @ingroup resource * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de_base.h" #include "de_filesys.h" #include "resource/lumpcache.h" #include "resource/zip.h" #include #include #include #include #include #include #include namespace de { #define SIG_LOCAL_FILE_HEADER 0x04034b50 #define SIG_CENTRAL_FILE_HEADER 0x02014b50 #define SIG_END_OF_CENTRAL_DIR 0x06054b50 // Maximum tolerated size of the comment. /// @todo Define this at Zip-class level. #define MAXIMUM_COMMENT_SIZE 2048 // This is the length of the central directory end record (without the // comment, but with the signature). #define CENTRAL_END_SIZE 22 // File header flags. #define ZFH_ENCRYPTED 0x1 #define ZFH_COMPRESSION_OPTS 0x6 #define ZFH_DESCRIPTOR 0x8 #define ZFH_COMPRESS_PATCHED 0x20 ///< Not supported. // Compression methods. /// @todo Define these at Zip level. enum { ZFC_NO_COMPRESSION = 0, ///< Supported format. ZFC_SHRUNK, ZFC_REDUCED_1, ZFC_REDUCED_2, ZFC_REDUCED_3, ZFC_REDUCED_4, ZFC_IMPLODED, ZFC_DEFLATED = 8, ///< The only supported compression (via zlib). ZFC_DEFLATED_64, ZFC_PKWARE_DCL_IMPLODED }; /// The following structures are used to read data directly from ZIP files. #pragma pack(1) typedef struct localfileheader_s { uint32_t signature; uint16_t requiredVersion; uint16_t flags; uint16_t compression; uint16_t lastModTime; uint16_t lastModDate; uint32_t crc32; uint32_t compressedSize; uint32_t size; uint16_t fileNameSize; uint16_t extraFieldSize; } localfileheader_t; typedef struct descriptor_s { uint32_t crc32; uint32_t compressedSize; uint32_t size; } descriptor_t; typedef struct centralfileheader_s { uint32_t signature; uint16_t version; uint16_t requiredVersion; uint16_t flags; uint16_t compression; uint16_t lastModTime; uint16_t lastModDate; uint32_t crc32; uint32_t compressedSize; uint32_t size; uint16_t fileNameSize; uint16_t extraFieldSize; uint16_t commentSize; uint16_t diskStart; uint16_t internalAttrib; uint32_t externalAttrib; uint32_t relOffset; /* * file name (variable size) * extra field (variable size) * file comment (variable size) */ } centralfileheader_t; typedef struct centralend_s { uint16_t disk; uint16_t centralStartDisk; uint16_t diskEntryCount; uint16_t totalEntryCount; uint32_t size; uint32_t offset; uint16_t commentSize; } centralend_t; #pragma pack() static String invalidIndexMessage(int invalidIdx, int lastValidIdx); static bool applyGamePathMappings(String& path); class ZipFile : public File1 { public: ZipFile(FileHandle& hndl, String path, FileInfo const& info, File1* container) : File1(hndl, path, info, container) {} /// @return Name of this file. String const& name() const { return directoryNode().name(); } /** * Compose an absolute URI to this file. * * @param delimiter Delimit directory using this character. * * @return The absolute URI. */ Uri composeUri(QChar delimiter = '/') const { return directoryNode().path(delimiter); } /** * Retrieve the directory node for this file. * * @return Directory node for this file. */ PathTree::Node const& directoryNode() const { return dynamic_cast(container()).lumpDirectoryNode(info_.lumpIdx); } /** * Read the file data into @a buffer. * * @param buffer Buffer to read into. Must be at least large enough to * contain the whole file. * @param tryCache @c true= try the lump cache first. * * @return Number of bytes read. * * @see size() or info() to determine the size of buffer needed. */ size_t read(uint8_t* buffer, bool tryCache = true) { return dynamic_cast(container()).readLump(info_.lumpIdx, buffer, tryCache); } /** * Read a subsection of the file data into @a buffer. * * @param buffer Buffer to read into. Must be at least @a length bytes. * @param startOffset Offset from the beginning of the file to start reading. * @param length Number of bytes to read. * @param tryCache If @c true try the local data cache first. * * @return Number of bytes read. */ size_t read(uint8_t* buffer, size_t startOffset, size_t length, bool tryCache = true) { return dynamic_cast(container()).readLump(info_.lumpIdx, buffer, startOffset, length, tryCache); } /** * Read this lump into the local cache. * @return Pointer to the cached copy of the associated data. */ uint8_t const* cache() { return dynamic_cast(container()).cacheLump(info_.lumpIdx); } /** * Remove a lock on the locally cached data. * * @return This instance. */ ZipFile& unlock() { dynamic_cast(container()).unlockLump(info_.lumpIdx); return *this; } }; struct Zip::Instance { Zip* self; /// Directory containing structure and info records for all lumps. UserDataPathTree* lumpDirectory; /// LUT which maps logical lump indices to PathTreeNodes. typedef std::vector LumpNodeLut; LumpNodeLut* lumpNodeLut; /// Lump data cache. LumpCache* lumpCache; Instance(Zip* d) : self(d), lumpDirectory(0), lumpNodeLut(0), lumpCache(0) {} ~Instance() { if(lumpDirectory) { lumpDirectory->traverse(PathTree::NoBranch, NULL, PathTree::no_hash, clearZipFileWorker); delete lumpDirectory; } if(lumpNodeLut) delete lumpNodeLut; if(lumpCache) delete lumpCache; } static int clearZipFileWorker(UserDataNode& node, void* /*parameters*/) { ZipFile* rec = reinterpret_cast(node.userPointer()); if(rec) { // Detach our user data from this node. node.setUserPointer(0); delete rec; } return 0; // Continue iteration. } /// @todo Do not position the stream here. static bool readArchiveHeader(FileHandle& file, localfileheader_t& hdr) { size_t readBytes, initPos = file.tell(); // Seek to the start of the header. file.seek(0, SeekSet); readBytes = file.read((uint8_t*)&hdr, sizeof(localfileheader_t)); // Return the stream to its original position. file.seek(initPos, SeekSet); if(!(readBytes < sizeof(localfileheader_t))) { hdr.signature = littleEndianByteOrder.toNative(hdr.signature); hdr.requiredVersion = littleEndianByteOrder.toNative(hdr.requiredVersion); hdr.flags = littleEndianByteOrder.toNative(hdr.flags); hdr.compression = littleEndianByteOrder.toNative(hdr.compression); hdr.lastModTime = littleEndianByteOrder.toNative(hdr.lastModTime); hdr.lastModDate = littleEndianByteOrder.toNative(hdr.lastModDate); hdr.crc32 = littleEndianByteOrder.toNative(hdr.crc32); hdr.compressedSize = littleEndianByteOrder.toNative(hdr.compressedSize); hdr.size = littleEndianByteOrder.toNative(hdr.size); hdr.fileNameSize = littleEndianByteOrder.toNative(hdr.fileNameSize); hdr.extraFieldSize = littleEndianByteOrder.toNative(hdr.extraFieldSize); return true; } return false; } static bool readCentralEnd(FileHandle& file, centralend_t& end) { size_t readBytes = file.read((uint8_t*)&end, sizeof(centralend_t)); if(!(readBytes < sizeof(centralend_t))) { end.disk = littleEndianByteOrder.toNative(end.disk); end.centralStartDisk= littleEndianByteOrder.toNative(end.centralStartDisk); end.diskEntryCount = littleEndianByteOrder.toNative(end.diskEntryCount); end.totalEntryCount = littleEndianByteOrder.toNative(end.totalEntryCount); end.size = littleEndianByteOrder.toNative(end.size); end.offset = littleEndianByteOrder.toNative(end.offset); end.commentSize = littleEndianByteOrder.toNative(end.commentSize); return true; } return false; } /** * Finds the central directory end record in the end of the file. * * @note: This gets awfully slow if the comment is long. * * @return @c true= successful. */ bool locateCentralDirectory() { uint32_t signature; // Start from the earliest location where the signature might be. int pos = CENTRAL_END_SIZE; // Offset from the end. while(pos < MAXIMUM_COMMENT_SIZE) { self->handle_->seek(-pos, SeekEnd); // Is this the signature? self->handle_->read((uint8_t*)&signature, sizeof(signature)); if(littleEndianByteOrder.toNative(signature) == SIG_END_OF_CENTRAL_DIR) return true; // Yes, this is it. // Move backwards. pos++; } return false; } void readLumpDirectory() { LOG_AS("Zip"); // Already been here? if(lumpDirectory) return; // Scan the end of the file for the central directory end record. if(!locateCentralDirectory()) throw FormatError("Zip::readLumpDirectory", "Central directory in \"" + NativePath(self->composePath()).pretty() + "\" not found"); // Read the central directory end record. centralend_t summary; readCentralEnd(*self->handle_, summary); // Does the summary say something we don't like? if(summary.diskEntryCount != summary.totalEntryCount) throw FormatError("Zip::readLumpDirectory", "Multipart zip file \"" + NativePath(self->composePath()).pretty() + "\" not supported"); // We'll load the file directory using one continous read into a temporary // local buffer before we process it into our runtime representation. // Read the entire central directory into memory. void* centralDirectory = M_Malloc(summary.size); if(!centralDirectory) throw FormatError("Zip::readLumpDirectory", String("Failed on allocation of %1 bytes for temporary copy of the central centralDirectory").arg(summary.size)); self->handle_->seek(summary.offset, SeekSet); self->handle_->read((uint8_t*)centralDirectory, summary.size); /** * Pass 1: Validate support and count the number of lump records we need. * Pass 2: Read all zip entries and populate the lump directory. */ char* pos; int entryCount = 0; for(int pass = 0; pass < 2; ++pass) { if(pass == 1) { if(entryCount == 0) break; // Intialize the directory. lumpDirectory = new UserDataPathTree(PathTree::MultiLeaf); } // Position the read cursor at the start of the buffered central centralDirectory. pos = (char*)centralDirectory; // Read all the entries. uint lumpIdx = 0; for(int index = 0; index < summary.totalEntryCount; ++index, pos += sizeof(centralfileheader_t)) { centralfileheader_t const* header = (centralfileheader_t*) pos; char const* nameStart = pos + sizeof(centralfileheader_t); localfileheader_t localHeader; // Advance the cursor past the variable sized fields. pos += USHORT(header->fileNameSize) + USHORT(header->extraFieldSize) + USHORT(header->commentSize); String filePath = NativePath(nameStart, USHORT(header->fileNameSize)).withSeparators('/'); // Skip directories (we don't presently model these). if(ULONG(header->size) == 0 && filePath.last() == '/') continue; // Do we support the format of this lump? if(USHORT(header->compression) != ZFC_NO_COMPRESSION && USHORT(header->compression) != ZFC_DEFLATED) { if(pass != 0) continue; LOG_RES_WARNING("Zip %s:'%s' uses an unsupported compression algorithm") << NativePath(self->composePath()).pretty() << NativePath(filePath).pretty(); } if(USHORT(header->flags) & ZFH_ENCRYPTED) { if(pass != 0) continue; LOG_RES_WARNING("Zip %s:'%s' is encrypted; encryption is not supported") << NativePath(self->composePath()).pretty() << NativePath(filePath).pretty(); } if(pass == 0) { // Another record will be needed. ++entryCount; continue; } // Read the local file header, which contains the extra field size (Info-ZIP!). self->handle_->seek(ULONG(header->relOffset), SeekSet); self->handle_->read((uint8_t*)&localHeader, sizeof(localHeader)); size_t baseOffset = ULONG(header->relOffset) + sizeof(localfileheader_t) + USHORT(header->fileNameSize) + USHORT(localHeader.extraFieldSize); size_t compressedSize; if(USHORT(header->compression) == ZFC_DEFLATED) { // Compressed using the deflate algorithm. compressedSize = ULONG(header->compressedSize); } else // No compression. { compressedSize = ULONG(header->size); } if(App_GameLoaded()) { // In some cases the path to the file is mapped to some // other location in the virtual file system. String filePathCopy = filePath; if(applyGamePathMappings(filePathCopy)) { try { // Resolve all symbolic references in the path. filePath = Uri(filePathCopy, RC_NULL).resolved(); } catch(de::Uri::ResolveError const& er) { LOG_RES_WARNING(er.asText()); } } } // Make it absolute. filePath = App_BasePath() / filePath; QByteArray filePathUtf8 = filePath.toUtf8(); FileHandle* dummy = 0; /// @todo Fixme! ZipFile* record = new ZipFile(*dummy, filePathUtf8.constData(), FileInfo(self->lastModified(), // Inherited from the file (note recursion). lumpIdx, baseOffset, ULONG(header->size), compressedSize), self); UserDataNode* node = &lumpDirectory->insert(filePath); node->setUserPointer(record); lumpIdx++; } } // The file central directory is no longer needed. M_Free(centralDirectory); } static int buildLumpNodeLutWorker(UserDataNode& node, void* parameters) { Instance* zipInst = (Instance*)parameters; ZipFile* lumpRecord = reinterpret_cast(node.userPointer()); DENG2_ASSERT(lumpRecord && zipInst->self->isValidIndex(lumpRecord->info().lumpIdx)); // Sanity check. (*zipInst->lumpNodeLut)[lumpRecord->info().lumpIdx] = &node; return 0; // Continue iteration. } void buildLumpNodeLut() { LOG_AS("Zip"); // Been here already? if(lumpNodeLut) return; lumpNodeLut = new LumpNodeLut(self->lumpCount()); if(!lumpDirectory) return; lumpDirectory->traverse(PathTree::NoBranch, NULL, PathTree::no_hash, buildLumpNodeLutWorker, (void*)this); } /** * @param lump Lump/file to be buffered. * @param buffer Must be large enough to hold the entire uncompressed data lump. */ size_t bufferLump(ZipFile const& lump, uint8_t* buffer) { DENG2_ASSERT(buffer); LOG_AS("Zip"); FileInfo const& lumpInfo = lump.info(); self->handle_->seek(lumpInfo.baseOffset, SeekSet); if(lumpInfo.isCompressed()) { bool result; uint8_t* compressedData = (uint8_t*) M_Malloc(lumpInfo.compressedSize); if(!compressedData) throw Error("Zip::bufferLump", QString("Failed on allocation of %1 bytes for decompression buffer").arg(lumpInfo.compressedSize)); // Read the compressed data into a temporary buffer for decompression. self->handle_->read(compressedData, lumpInfo.compressedSize); // Uncompress into the buffer provided by the caller. result = uncompressRaw(compressedData, lumpInfo.compressedSize, buffer, lumpInfo.size); M_Free(compressedData); if(!result) return 0; // Inflate failed. } else { // Read the uncompressed data directly to the buffer provided by the caller. self->handle_->read(buffer, lumpInfo.size); } return lumpInfo.size; } }; Zip::Zip(FileHandle& hndl, String path, FileInfo const& info, File1* container) : File1(hndl, path, info, container) { d = new Instance(this); } Zip::~Zip() { clearLumpCache(); delete d; } bool Zip::isValidIndex(int lumpIdx) const { return lumpIdx >= 0 && lumpIdx < lumpCount(); } int Zip::lastIndex() const { return lumpCount() - 1; } int Zip::lumpCount() const { d->readLumpDirectory(); return d->lumpDirectory? d->lumpDirectory->size() : 0; } bool Zip::empty() { return !lumpCount(); } PathTree::Node& Zip::lumpDirectoryNode(int lumpIdx) const { if(!isValidIndex(lumpIdx)) throw NotFoundError("Zip::lumpDirectoryNode", invalidIndexMessage(lumpIdx, lastIndex())); d->buildLumpNodeLut(); return *((*d->lumpNodeLut)[lumpIdx]); } File1& Zip::lump(int lumpIdx) { LOG_AS("Zip"); if(!isValidIndex(lumpIdx)) throw NotFoundError("Zip::lump", invalidIndexMessage(lumpIdx, lastIndex())); d->buildLumpNodeLut(); return *reinterpret_cast((*d->lumpNodeLut)[lumpIdx]->userPointer()); } void Zip::clearCachedLump(int lumpIdx, bool* retCleared) { LOG_AS("Zip::clearCachedLump"); if(retCleared) *retCleared = false; if(isValidIndex(lumpIdx)) { if(d->lumpCache) { d->lumpCache->remove(lumpIdx, retCleared); } } else { LOGDEV_RES_WARNING(invalidIndexMessage(lumpIdx, lastIndex())); } } void Zip::clearLumpCache() { LOG_AS("Zip::clearLumpCache"); if(d->lumpCache) d->lumpCache->clear(); } uint8_t const* Zip::cacheLump(int lumpIdx) { LOG_AS("Zip::cacheLump"); if(!isValidIndex(lumpIdx)) throw NotFoundError("Zip::cacheLump", invalidIndexMessage(lumpIdx, lastIndex())); ZipFile& file = reinterpret_cast(lump(lumpIdx)); LOGDEV_RES_XVERBOSE("\"%s:%s\" (%u bytes%s)") << de::NativePath(composePath()).pretty() << de::NativePath(file.composePath()).pretty() << (unsigned long) file.info().size << (file.info().isCompressed()? ", compressed" : ""); // Time to create the cache? if(!d->lumpCache) { d->lumpCache = new LumpCache(lumpCount()); } uint8_t const* data = d->lumpCache->data(lumpIdx); if(data) return data; uint8_t* region = (uint8_t*) Z_Malloc(file.info().size, PU_APPSTATIC, 0); if(!region) throw Error("Zip::cacheLump", QString("Failed on allocation of %1 bytes for cache copy of lump #%2").arg(file.info().size).arg(lumpIdx)); readLump(lumpIdx, region, false); d->lumpCache->insert(lumpIdx, region); return region; } void Zip::unlockLump(int lumpIdx) { LOG_AS("Zip::unlockLump"); LOGDEV_RES_XVERBOSE("\"%s:%s\"") << de::NativePath(composePath()).pretty() << lump(lumpIdx).composePath(); if(isValidIndex(lumpIdx)) { if(d->lumpCache) { d->lumpCache->unlock(lumpIdx); } } else { LOGDEV_RES_WARNING(invalidIndexMessage(lumpIdx, lastIndex())); } } size_t Zip::readLump(int lumpIdx, uint8_t* buffer, bool tryCache) { LOG_AS("Zip::readLump"); if(!isValidIndex(lumpIdx)) return 0; return readLump(lumpIdx, buffer, 0, lump(lumpIdx).size(), tryCache); } size_t Zip::readLump(int lumpIdx, uint8_t* buffer, size_t startOffset, size_t length, bool tryCache) { LOG_AS("Zip::readLump"); ZipFile const& file = reinterpret_cast(lump(lumpIdx)); LOGDEV_RES_XVERBOSE("\"%s:%s\" (%u bytes%s) [%u +%u]") << de::NativePath(composePath()).pretty() << de::NativePath(file.composePath()).pretty() << (unsigned long) file.size() << (file.isCompressed()? ", compressed" : "") << startOffset << length; // Try to avoid a file system read by checking for a cached copy. if(tryCache) { uint8_t const* data = d->lumpCache? d->lumpCache->data(lumpIdx) : 0; LOGDEV_RES_XVERBOSE("Cache %s on #%i") << (data? "hit" : "miss") << lumpIdx; if(data) { size_t readBytes = MIN_OF(file.size(), length); memcpy(buffer, data + startOffset, readBytes); return readBytes; } } size_t readBytes; if(!startOffset && length == file.size()) { // Read it straight to the caller's data buffer. readBytes = d->bufferLump(file, buffer); } else { // Allocate a temporary buffer and read the whole lump into it(!). uint8_t* lumpData = (uint8_t*) M_Malloc(file.size()); if(!lumpData) throw Error("Zip::readLumpSection", QString("Failed on allocation of %1 bytes for work buffer").arg(file.size())); if(d->bufferLump(file, lumpData)) { readBytes = MIN_OF(file.size(), length); memcpy(buffer, lumpData + startOffset, readBytes); } else { readBytes = 0; } M_Free(lumpData); } /// @todo Do not check the read length here. if(readBytes < MIN_OF(file.size(), length)) throw Error("Zip::readLumpSection", QString("Only read %1 of %2 bytes of lump #%3").arg(readBytes).arg(length).arg(lumpIdx)); return readBytes; } bool Zip::recognise(FileHandle& file) { localfileheader_t hdr; if(!Zip::Instance::readArchiveHeader(file, hdr)) return false; return hdr.signature == SIG_LOCAL_FILE_HEADER; } uint8_t* Zip::compress(uint8_t* in, size_t inSize, size_t* outSize) { return compressAtLevel(in, inSize, outSize, Z_DEFAULT_COMPRESSION); } uint8_t* Zip::compressAtLevel(uint8_t* in, size_t inSize, size_t* outSize, int level) { #define CHUNK_SIZE 32768 LOG_AS("Zip::compressAtLevel"); z_stream stream; uint8_t chunk[CHUNK_SIZE]; size_t allocSize = CHUNK_SIZE; uint8_t* output = (uint8_t*) M_Malloc(allocSize); // some initial space int result; int have; DENG2_ASSERT(outSize); *outSize = 0; memset(&stream, 0, sizeof(stream)); stream.next_in = (Bytef*) in; stream.avail_in = (uInt) inSize; stream.zalloc = Z_NULL; stream.zfree = Z_NULL; stream.opaque = Z_NULL; if(level < Z_NO_COMPRESSION) { level = Z_NO_COMPRESSION; } if(level > Z_BEST_COMPRESSION) { level = Z_BEST_COMPRESSION; } result = deflateInit(&stream, level); if(result != Z_OK) { M_Free(output); return 0; } // Compress until all the data has been exhausted. do { stream.next_out = chunk; stream.avail_out = CHUNK_SIZE; result = deflate(&stream, Z_FINISH); if(result == Z_STREAM_ERROR) { M_Free(output); *outSize = 0; return 0; } have = CHUNK_SIZE - stream.avail_out; if(have) { // Need more memory? if(*outSize + have > allocSize) { // Need more memory. allocSize *= 2; output = (uint8_t*) M_Realloc(output, allocSize); } // Append. memcpy(output + *outSize, chunk, have); *outSize += have; } } while(!stream.avail_out); // output chunk full, more data may follow DENG2_ASSERT(result == Z_STREAM_END); DENG2_ASSERT(stream.total_out == *outSize); deflateEnd(&stream); return output; #undef CHUNK_SIZE } uint8_t* Zip::uncompress(uint8_t* in, size_t inSize, size_t* outSize) { #define INF_CHUNK_SIZE 4096 // Uncompress in 4KB chunks. LOG_AS("Zip::uncompress"); z_stream stream; uint8_t chunk[INF_CHUNK_SIZE]; size_t allocSize = INF_CHUNK_SIZE; uint8_t* output = (uint8_t*) M_Malloc(allocSize); // some initial space int result; int have; DENG2_ASSERT(outSize); *outSize = 0; memset(&stream, 0, sizeof(stream)); stream.next_in = (Bytef*) in; stream.avail_in = (uInt) inSize; result = inflateInit(&stream); if(result != Z_OK) { M_Free(output); return 0; } // Uncompress until all the input data has been exhausted. do { stream.next_out = chunk; stream.avail_out = INF_CHUNK_SIZE; result = inflate(&stream, Z_FINISH); if(result == Z_STREAM_ERROR) { M_Free(output); *outSize = 0; return 0; } have = INF_CHUNK_SIZE - stream.avail_out; if(have) { // Need more memory? if(*outSize + have > allocSize) { // Need more memory. allocSize *= 2; output = (uint8_t*) M_Realloc(output, allocSize); } // Append. memcpy(output + *outSize, chunk, have); *outSize += have; } } while(!stream.avail_out); // output chunk full, more data may follow // We should now be at the end. DENG2_ASSERT(result == Z_STREAM_END); inflateEnd(&stream); return output; #undef INF_CHUNK_SIZE } bool Zip::uncompressRaw(uint8_t* in, size_t inSize, uint8_t* out, size_t outSize) { LOG_AS("Zip::uncompressRaw"); z_stream stream; int result; memset(&stream, 0, sizeof(stream)); stream.next_in = (Bytef*) in; stream.avail_in = (uInt) inSize; stream.zalloc = Z_NULL; stream.zfree = Z_NULL; stream.next_out = (Bytef*) out; stream.avail_out = (uInt) outSize; if(inflateInit2(&stream, -MAX_WBITS) != Z_OK) return false; // Do the inflation in one call. result = inflate(&stream, Z_FINISH); if(stream.total_out != outSize) { inflateEnd(&stream); LOG_RES_WARNING("Failure due to %s (result code: %i)") << (result == Z_DATA_ERROR ? "corrupt data" : "zlib error") << result; return false; } // We're done. inflateEnd(&stream); return true; } /** * The path inside the zip might be mapped to another virtual location. * * @return @c true= iff @a path was mapped to another location. * * @todo This is clearly implemented in the wrong place. Path mapping * should be done at a higher level. */ static bool applyGamePathMappings(String& path) { // Manually mapped to Defs? if(path.beginsWith('@')) { path.remove(0, 1); if(path.at(0) == '/') path.remove(0, 1); path = String("$(App.DefsPath)/$(GamePlugin.Name)/auto") / path; return true; } // Manually mapped to Data? if(path.beginsWith('#')) { path.remove(0, 1); if(path.at(0) == '/') path.remove(0, 1); // Is there a prefix to be omitted in the name? if(int slash = path.lastIndexOf('/')) { // The slash must not be too early in the string. if(slash >= 2) { // Good old negative indices. if(path.at(slash - 2) == '.' && path.at(slash - 1) >= '1' && path.at(slash - 1) <= '9') path.remove(slash - 2, 2); } } path = String("$(App.DataPath)/$(GamePlugin.Name)/auto") / path; return true; } // Implicitly mapped to another location? if(!path.contains('/')) { // No directory separators; i.e., a root file. FileType const& ftype = DD_GuessFileTypeFromFileName(path.fileName()); switch(ftype.defaultClass()) { case RC_PACKAGE: // Mapped to the Data directory. path = String("$(App.DataPath)/$(GamePlugin.Name)/auto") / path; return true; case RC_DEFINITION: // Mapped to the Defs directory? path = String("$(App.DefsPath)/$(GamePlugin.Name)/auto") / path; return true; default: return false; } } // Key-named directories in the root might be mapped to another location. FS1::Schemes const& schemes = App_FileSystem().allSchemes(); DENG2_FOR_EACH_CONST(FS1::Schemes, i, schemes) { if((*i)->mapPath(path)) { return true; } } return false; } static String invalidIndexMessage(int invalidIdx, int lastValidIdx) { String msg = String("Invalid lump index %1").arg(invalidIdx); if(lastValidIdx < 0) msg += " (file is empty)"; else msg += String(", valid range: [0..%2)").arg(lastValidIdx); return msg; } } // namespace de doomsday-1.14.5/doomsday/client/src/resource/image.cpp0000664000175000017500000007144512350542237022224 0ustar jaakkojaakko/** @file image.cpp Image objects and related routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "de_platform.h" #include "de_console.h" #include "de_filesys.h" #include "m_misc.h" #ifdef __CLIENT__ # include "resource/compositetexture.h" # include "resource/patch.h" # include "resource/pcx.h" # include "resource/tga.h" # include "gl/gl_tex.h" # include "render/rend_main.h" // misc global vars awaiting new home #endif #include #ifdef __CLIENT__ # include # include # include #endif #include "resource/image.h" #ifndef DENG2_QT_4_7_OR_NEWER // older than 4.7? # define constBits bits #endif using namespace de; using namespace res; #ifdef __CLIENT__ struct GraphicFileType { /// Symbolic name of the resource type. String name; /// Known file extension. String ext; bool (*interpretFunc)(de::FileHandle &hndl, String filePath, image_t &img); char const *(*getLastErrorFunc)(); ///< Can be NULL. }; static bool interpretPcx(de::FileHandle &hndl, String /*filePath*/, image_t &img) { Image_Init(img); img.pixels = PCX_Load(hndl, img.size, img.pixelSize); return (0 != img.pixels); } static bool interpretJpg(de::FileHandle &hndl, String /*filePath*/, image_t &img) { return Image_LoadFromFileWithFormat(img, "JPG", hndl); } static bool interpretPng(de::FileHandle &hndl, String /*filePath*/, image_t &img) { return Image_LoadFromFileWithFormat(img, "PNG", hndl); } static bool interpretTga(de::FileHandle &hndl, String /*filePath*/, image_t &img) { Image_Init(img); img.pixels = TGA_Load(hndl, img.size, img.pixelSize); return (0 != img.pixels); } // Graphic resource types. static GraphicFileType const graphicTypes[] = { { "PNG", "png", interpretPng, 0 }, { "JPG", "jpg", interpretJpg, 0 }, // TODO: add alternate "jpeg" extension { "TGA", "tga", interpretTga, TGA_LastError }, { "PCX", "pcx", interpretPcx, PCX_LastError }, { "", "", 0, 0 } // Terminate. }; static GraphicFileType const *guessGraphicFileTypeFromFileName(String fileName) { // The path must have an extension for this. String ext = fileName.fileNameExtension(); if(!ext.isEmpty()) { for(int i = 0; !graphicTypes[i].ext.isEmpty(); ++i) { GraphicFileType const &type = graphicTypes[i]; if(!ext.compareWithoutCase(type.ext)) { return &type; } } } return 0; // Unknown. } static void interpretGraphic(de::FileHandle &hndl, String filePath, image_t &img) { // Firstly try the interpreter for the guessed resource types. GraphicFileType const *rtypeGuess = guessGraphicFileTypeFromFileName(filePath); if(rtypeGuess) { rtypeGuess->interpretFunc(hndl, filePath, img); } // If not yet interpreted - try each recognisable format in order. if(!img.pixels) { // Try each recognisable format instead. /// @todo Order here should be determined by the resource locator. for(int i = 0; !graphicTypes[i].name.isEmpty(); ++i) { GraphicFileType const *graphicType = &graphicTypes[i]; // Already tried this? if(graphicType == rtypeGuess) continue; graphicTypes[i].interpretFunc(hndl, filePath, img); if(img.pixels) break; } } } /// @return @c true if the file name in @a path ends with the "color key" suffix. static inline bool isColorKeyed(String path) { return path.fileNameWithoutExtension().endsWith("-ck", Qt::CaseInsensitive); } #endif // __CLIENT__ void Image_Init(image_t &img) { img.size = Vector2ui(0, 0); img.pixelSize = 0; img.flags = 0; img.paletteId = 0; img.pixels = 0; } void Image_ClearPixelData(image_t &img) { M_Free(img.pixels); img.pixels = 0; } image_t::Size Image_Size(image_t const &img) { return img.size; } String Image_Description(image_t const &img) { return String("Dimensions:%1 Flags:%2 %3:%4") .arg(img.size.asText()) .arg(img.flags) .arg(0 != img.paletteId? "ColorPalette" : "PixelSize") .arg(0 != img.paletteId? img.paletteId : img.pixelSize); } void Image_ConvertToLuminance(image_t &img, bool retainAlpha) { LOG_AS("Image_ConvertToLuminance"); uint8_t *alphaChannel = 0, *ptr = 0; // Is this suitable? if(0 != img.paletteId || (img.pixelSize < 3 && (img.flags & IMGF_IS_MASKED))) { LOG_RES_WARNING("Unknown paletted/masked image format"); return; } long numPels = img.size.x * img.size.y; // Do we need to relocate the alpha data? if(retainAlpha && img.pixelSize == 4) { // Yes. Take a copy. alphaChannel = reinterpret_cast(M_Malloc(numPels)); ptr = img.pixels; for(long p = 0; p < numPels; ++p, ptr += img.pixelSize) { alphaChannel[p] = ptr[3]; } } // Average the RGB colors. ptr = img.pixels; for(long p = 0; p < numPels; ++p, ptr += img.pixelSize) { int min = de::min(ptr[0], de::min(ptr[1], ptr[2])); int max = de::max(ptr[0], de::max(ptr[1], ptr[2])); img.pixels[p] = (min == max? min : (min + max) / 2); } // Do we need to relocate the alpha data? if(alphaChannel) { std::memcpy(img.pixels + numPels, alphaChannel, numPels); img.pixelSize = 2; M_Free(alphaChannel); return; } img.pixelSize = 1; } void Image_ConvertToAlpha(image_t &img, bool makeWhite) { Image_ConvertToLuminance(img); long total = img.size.x * img.size.y; for(long p = 0; p < total; ++p) { img.pixels[total + p] = img.pixels[p]; if(makeWhite) img.pixels[p] = 255; } img.pixelSize = 2; } bool Image_HasAlpha(image_t const &img) { LOG_AS("Image_HasAlpha"); if(0 != img.paletteId || (img.flags & IMGF_IS_MASKED)) { LOG_RES_WARNING("Unknown paletted/masked image format"); return false; } if(img.pixelSize == 3) { return false; } if(img.pixelSize == 4) { long const numpels = img.size.x * img.size.y; uint8_t const *in = img.pixels; for(long i = 0; i < numpels; ++i, in += 4) { if(in[3] < 255) { return true; } } } return false; } uint8_t *Image_LoadFromFile(image_t &img, de::FileHandle &file) { #ifdef __CLIENT__ LOG_AS("Image_LoadFromFile"); String filePath = file.file().composePath(); Image_Init(img); interpretGraphic(file, filePath, img); // Still not interpreted? if(!img.pixels) { LOG_RES_XVERBOSE("\"%s\" unrecognized, trying fallback loader...") << NativePath(filePath).pretty(); return 0; // Not a recognised format. It may still be loadable, however. } // How about some color-keying? if(isColorKeyed(filePath)) { uint8_t *out = ApplyColorKeying(img.pixels, img.size.x, img.size.y, img.pixelSize); if(out != img.pixels) { // Had to allocate a larger buffer, free the old and attach the new. M_Free(img.pixels); img.pixels = out; } // Color keying is done; now we have 4 bytes per pixel. img.pixelSize = 4; } // Any alpha pixels? if(Image_HasAlpha(img)) { img.flags |= IMGF_IS_MASKED; } LOG_RES_VERBOSE("Loaded image from file \"%s\", size %s") << NativePath(filePath).pretty() << img.size.asText(); return img.pixels; #else // Server does not load image files. DENG2_UNUSED2(img, file); return NULL; #endif } bool Image_LoadFromFileWithFormat(image_t &img, char const *format, de::FileHandle &hndl) { #ifdef __CLIENT__ LOG_AS("Image_LoadFromFileWithFormat"); /// @todo There are too many copies made here. It would be best if image_t /// contained an instance of QImage. -jk // It is assumed that file's position stays the same (could be trying multiple interpreters). size_t initPos = hndl.tell(); Image_Init(img); // Load the file contents to a memory buffer. QByteArray data; data.resize(hndl.length() - initPos); hndl.read(reinterpret_cast(data.data()), data.size()); QImage image = QImage::fromData(data, format); if(image.isNull()) { // Back to the original file position. hndl.seek(initPos, SeekSet); return false; } //LOG_TRACE("Loading \"%s\"...") << NativePath(hndl->file().composePath()).pretty(); // Convert paletted images to RGB. if(image.colorCount()) { image = image.convertToFormat(QImage::Format_ARGB32); DENG_ASSERT(!image.colorCount()); DENG_ASSERT(image.depth() == 32); } // Swap the red and blue channels for GL. image = image.rgbSwapped(); img.size = Vector2ui(image.width(), image.height()); img.pixelSize = image.depth() / 8; LOGDEV_RES_VERBOSE("size:%s depth:%i alpha:%b bytes:%i") << img.size.asText() << img.pixelSize << image.hasAlphaChannel() << image.byteCount(); img.pixels = reinterpret_cast(M_MemDup(image.constBits(), image.byteCount())); // Back to the original file position. hndl.seek(initPos, SeekSet); return true; #else // Server does not load image files. DENG2_UNUSED3(img, format, hndl); return false; #endif } bool Image_Save(image_t const &img, char const *filePath) { #ifdef __CLIENT__ // Compose the full path. String fullPath = String(filePath); if(fullPath.isEmpty()) { static int n = 0; fullPath = String("image%1x%2-%3").arg(img.size.x).arg(img.size.y).arg(n++, 3); } if(fullPath.fileNameExtension().isEmpty()) { fullPath += ".png"; } // Swap red and blue channels then save. QImage image = QImage(img.pixels, img.size.x, img.size.y, QImage::Format_ARGB32); image = image.rgbSwapped(); return image.save(NativePath(fullPath)); #else // Server does not save images. DENG2_UNUSED2(img, filePath); return false; #endif } #ifdef __CLIENT__ uint8_t *GL_LoadImage(image_t &image, String nativePath) { try { // Relative paths are relative to the native working directory. String path = (NativePath::workPath() / NativePath(nativePath).expand()).withSeparators('/'); de::FileHandle &hndl = App_FileSystem().openFile(path, "rb"); uint8_t *pixels = Image_LoadFromFile(image, hndl); App_FileSystem().releaseFile(hndl.file()); delete &hndl; return pixels; } catch(FS1::NotFoundError const&) {} // Ignore error. return 0; // Not loaded. } Source GL_LoadExtImage(image_t &image, char const *_searchPath, gfxmode_t mode) { DENG_ASSERT(_searchPath); try { String foundPath = App_FileSystem().findPath(de::Uri(RC_GRAPHIC, _searchPath), RLF_DEFAULT, App_ResourceClass(RC_GRAPHIC)); // Ensure the found path is absolute. foundPath = App_BasePath() / foundPath; if(GL_LoadImage(image, foundPath)) { // Force it to grayscale? if(mode == LGM_GRAYSCALE_ALPHA || mode == LGM_WHITE_ALPHA) { Image_ConvertToAlpha(image, mode == LGM_WHITE_ALPHA); } else if(mode == LGM_GRAYSCALE) { Image_ConvertToLuminance(image); } return External; } } catch(FS1::NotFoundError const&) {} // Ignore this error. return None; } static dd_bool palettedIsMasked(uint8_t const *pixels, int width, int height) { DENG2_ASSERT(pixels != 0); // Jump to the start of the alpha data. pixels += width * height; for(int i = 0; i < width * height; ++i) { if(255 != pixels[i]) { return true; } } return false; } static Source loadExternalTexture(image_t &image, String encodedSearchPath, String optionalSuffix = "") { // First look for a version with an optional suffix. try { String foundPath = App_FileSystem().findPath(de::Uri(encodedSearchPath + optionalSuffix, RC_GRAPHIC), RLF_DEFAULT, App_ResourceClass(RC_GRAPHIC)); // Ensure the found path is absolute. foundPath = App_BasePath() / foundPath; return GL_LoadImage(image, foundPath)? External : None; } catch(FS1::NotFoundError const&) {} // Ignore this error. // Try again without the suffix? if(!optionalSuffix.empty()) { try { String foundPath = App_FileSystem().findPath(de::Uri(encodedSearchPath, RC_GRAPHIC), RLF_DEFAULT, App_ResourceClass(RC_GRAPHIC)); // Ensure the found path is absolute. foundPath = App_BasePath() / foundPath; return GL_LoadImage(image, foundPath)? External : None; } catch(FS1::NotFoundError const&) {} // Ignore this error. } return None; } /** * Draw the component image @a src into the composite @a dst. * * @param dst The composite buffer (drawn to). * @param dstDimensions Pixel dimensions of @a dst. * @param src The component image to be composited (read from). * @param srcDimensions Pixel dimensions of @a src. * @param origin Coordinates (topleft) in @a dst to draw @a src. * * @todo Optimize: Should be redesigned to composite whole rows -ds */ static void compositePaletted(dbyte *dst, Vector2ui const &dstDimensions, IByteArray const &src, Vector2i const &srcDimensions, Vector2i const &origin) { if(dstDimensions == Vector2ui()) return; if(srcDimensions <= Vector2i()) return; int const srcW = srcDimensions.x; int const srcH = srcDimensions.y; size_t const srcPels = srcW * srcH; int const dstW = dstDimensions.x; int const dstH = dstDimensions.y; size_t const dstPels = dstW * dstH; int dstX, dstY; for(int srcY = 0; srcY < srcH; ++srcY) for(int srcX = 0; srcX < srcW; ++srcX) { dstX = origin.x + srcX; dstY = origin.y + srcY; if(dstX < 0 || dstX >= dstW) continue; if(dstY < 0 || dstY >= dstH) continue; dbyte srcAlpha; src.get(srcY * srcW + srcX + srcPels, &srcAlpha, 1); if(srcAlpha) { src.get(srcY * srcW + srcX, &dst[dstY * dstW + dstX], 1); dst[dstY * dstW + dstX + dstPels] = srcAlpha; } } } /// Returns a palette translation id for the given class and map. /// Note that a zero-length id is returned when @a tclass =0 and @a tmap =0 static String toTranslationId(int tclass, int tmap) { #define NUM_TRANSLATION_CLASSES 3 #define NUM_TRANSLATION_MAPS_PER_CLASS 7 // Is translation unnecessary? if(!tclass && !tmap) return String(); int trans = de::max(0, NUM_TRANSLATION_MAPS_PER_CLASS * tclass + tmap - 1); LOGDEV_RES_XVERBOSE("tclass=%i tmap=%i => TransPal# %i") << tclass << tmap << trans; return String::number(trans); #undef NUM_TRANSLATION_MAPS_PER_CLASS #undef NUM_TRANSLATION_CLASSES } static Block loadAndTranslatePatch(IByteArray const &data, colorpaletteid_t palId, int tclass = 0, int tmap = 0) { ColorPalette &palette = App_ResourceSystem().colorPalette(palId); if(ColorPaletteTranslation const *xlat = palette.translation(toTranslationId(tclass, tmap))) { return Patch::load(data, *xlat, Patch::ClipToLogicalDimensions); } else { return Patch::load(data, Patch::ClipToLogicalDimensions); } } static Source loadPatch(image_t &image, de::FileHandle &hndl, int tclass = 0, int tmap = 0, int border = 0) { LOG_AS("image_t::loadPatch"); if(Image_LoadFromFile(image, hndl)) { return External; } de::File1 &file = hndl.file(); ByteRefArray fileData = ByteRefArray(file.cache(), file.size()); // A DOOM patch? if(Patch::recognize(fileData)) { try { colorpaletteid_t colorPaletteId = App_ResourceSystem().defaultColorPalette(); Block patchImg = loadAndTranslatePatch(fileData, colorPaletteId, tclass, tmap); PatchMetadata info = Patch::loadMetadata(fileData); Image_Init(image); image.size = Vector2ui(info.logicalDimensions.x + border*2, info.logicalDimensions.y + border*2); image.pixelSize = 1; image.paletteId = colorPaletteId; image.pixels = (uint8_t *) M_Calloc(2 * image.size.x * image.size.y); compositePaletted(image.pixels, image.size, patchImg, info.logicalDimensions, Vector2i(border, border)); if(palettedIsMasked(image.pixels, image.size.x, image.size.y)) { image.flags |= IMGF_IS_MASKED; } return Original; } catch(IByteArray::OffsetError const &) { LOG_RES_WARNING("File \"%s:%s\" does not appear to be a valid Patch") << NativePath(file.container().composePath()).pretty() << NativePath(file.composePath()).pretty(); } } file.unlock(); return None; } static Source loadPatchComposite(image_t &image, Texture const &tex, bool maskZero = false, bool useZeroOriginIfOneComponent = false) { LOG_AS("image_t::loadPatchComposite"); Image_Init(image); image.pixelSize = 1; image.size = Vector2ui(tex.width(), tex.height()); image.paletteId = App_ResourceSystem().defaultColorPalette(); image.pixels = (uint8_t *) M_Calloc(2 * image.size.x * image.size.y); CompositeTexture const &texDef = *reinterpret_cast(tex.userDataPointer()); DENG2_FOR_EACH_CONST(CompositeTexture::Components, i, texDef.components()) { de::File1 &file = App_FileSystem().nameIndex().lump(i->lumpNum()); ByteRefArray fileData = ByteRefArray(file.cache(), file.size()); // A DOOM patch? if(Patch::recognize(fileData)) { try { Patch::Flags loadFlags; if(maskZero) loadFlags |= Patch::MaskZero; Block patchImg = Patch::load(fileData, loadFlags); PatchMetadata info = Patch::loadMetadata(fileData); Vector2i origin = i->origin(); if(useZeroOriginIfOneComponent && texDef.componentCount() == 1) { origin = Vector2i(0, 0); } // Draw the patch in the buffer. compositePaletted(image.pixels, image.size, patchImg, info.dimensions, origin); } catch(IByteArray::OffsetError const &) {} // Ignore this error. } file.unlock(); } if(maskZero || palettedIsMasked(image.pixels, image.size.x, image.size.y)) { image.flags |= IMGF_IS_MASKED; } // For debug: // GL_DumpImage(&image, Str_Text(GL_ComposeCacheNameForTexture(tex))); return Original; } static Source loadFlat(image_t &image, de::FileHandle &hndl) { if(Image_LoadFromFile(image, hndl)) { return External; } // A DOOM flat. Image_Init(image); /// @todo not all flats are 64x64! image.size = Vector2ui(64, 64); image.pixelSize = 1; image.paletteId = App_ResourceSystem().defaultColorPalette(); de::File1 &file = hndl.file(); size_t fileLength = hndl.length(); size_t bufSize = de::max(fileLength, (size_t) image.size.x * image.size.y); image.pixels = (uint8_t *) M_Malloc(bufSize); if(fileLength < bufSize) { std::memset(image.pixels, 0, bufSize); } // Load the raw image data. file.read(image.pixels, 0, fileLength); return Original; } static Source loadDetail(image_t &image, de::FileHandle &hndl) { if(Image_LoadFromFile(image, hndl)) { return Original; } // It must be an old-fashioned "raw" image. Image_Init(image); // How big is it? de::File1 &file = hndl.file(); size_t fileLength = hndl.length(); switch(fileLength) { case 256 * 256: image.size.x = image.size.y = 256; break; case 128 * 128: image.size.x = image.size.y = 128; break; case 64 * 64: image.size.x = image.size.y = 64; break; default: throw Error("image_t::loadDetail", "Must be 256x256, 128x128 or 64x64."); } image.pixelSize = 1; size_t bufSize = (size_t) image.size.x * image.size.y; image.pixels = (uint8_t *) M_Malloc(bufSize); if(fileLength < bufSize) { std::memset(image.pixels, 0, bufSize); } // Load the raw image data. file.read(image.pixels, fileLength); return Original; } Source GL_LoadSourceImage(image_t &image, Texture const &tex, TextureVariantSpec const &spec) { Source source = None; variantspecification_t const &vspec = spec.variant; if(!tex.manifest().schemeName().compareWithoutCase("Textures")) { // Attempt to load an external replacement for this composite texture? if(!noHighResTex && (loadExtAlways || highResWithPWAD || !tex.isFlagged(Texture::Custom))) { // First try the textures scheme. de::Uri uri = tex.manifest().composeUri(); source = loadExternalTexture(image, uri.compose(), "-ck"); } if(source == None) { if(TC_SKYSPHERE_DIFFUSE != vspec.context) { source = loadPatchComposite(image, tex); } else { bool const zeroMask = (vspec.flags & TSF_ZEROMASK) != 0; bool const useZeroOriginIfOneComponent = true; source = loadPatchComposite(image, tex, zeroMask, useZeroOriginIfOneComponent); } } } else if(!tex.manifest().schemeName().compareWithoutCase("Flats")) { // Attempt to load an external replacement for this flat? if(!noHighResTex && (loadExtAlways || highResWithPWAD || !tex.isFlagged(Texture::Custom))) { // First try the flats scheme. de::Uri uri = tex.manifest().composeUri(); source = loadExternalTexture(image, uri.compose(), "-ck"); if(source == None) { // How about the old-fashioned "flat-name" in the textures scheme? source = loadExternalTexture(image, "Textures:flat-" + uri.path().toStringRef(), "-ck"); } } if(source == None) { if(tex.manifest().hasResourceUri()) { de::Uri resourceUri = tex.manifest().resourceUri(); if(!resourceUri.scheme().compareWithoutCase("LumpIndex")) { try { lumpnum_t lumpNum = resourceUri.path().toString().toInt(); de::File1 &lump = App_FileSystem().nameIndex().lump(lumpNum); de::FileHandle &hndl = App_FileSystem().openLump(lump); source = loadFlat(image, hndl); App_FileSystem().releaseFile(hndl.file()); delete &hndl; } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. } } } } else if(!tex.manifest().schemeName().compareWithoutCase("Patches")) { int tclass = 0, tmap = 0; if(vspec.flags & TSF_HAS_COLORPALETTE_XLAT) { tclass = vspec.tClass; tmap = vspec.tMap; } // Attempt to load an external replacement for this patch? if(!noHighResTex && (loadExtAlways || highResWithPWAD || !tex.isFlagged(Texture::Custom))) { de::Uri uri = tex.manifest().composeUri(); source = loadExternalTexture(image, uri.compose(), "-ck"); } if(source == None) { if(tex.manifest().hasResourceUri()) { de::Uri resourceUri = tex.manifest().resourceUri(); if(!resourceUri.scheme().compareWithoutCase("LumpIndex")) { try { lumpnum_t lumpNum = resourceUri.path().toString().toInt(); de::File1 &lump = App_FileSystem().nameIndex().lump(lumpNum); de::FileHandle &hndl = App_FileSystem().openLump(lump); source = loadPatch(image, hndl, tclass, tmap, vspec.border); App_FileSystem().releaseFile(hndl.file()); delete &hndl; } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. } } } } else if(!tex.manifest().schemeName().compareWithoutCase("Sprites")) { int tclass = 0, tmap = 0; if(vspec.flags & TSF_HAS_COLORPALETTE_XLAT) { tclass = vspec.tClass; tmap = vspec.tMap; } // Attempt to load an external replacement for this sprite? if(!noHighResPatches) { de::Uri uri = tex.manifest().composeUri(); // Prefer psprite or translated versions if available. if(TC_PSPRITE_DIFFUSE == vspec.context) { source = loadExternalTexture(image, "Patches:" + uri.path() + "-hud", "-ck"); } else if(tclass || tmap) { source = loadExternalTexture(image, "Patches:" + uri.path() + String("-table%1%2").arg(tclass).arg(tmap), "-ck"); } if(!source) { source = loadExternalTexture(image, "Patches:" + uri.path(), "-ck"); } } if(source == None) { if(tex.manifest().hasResourceUri()) { de::Uri resourceUri = tex.manifest().resourceUri(); if(!resourceUri.scheme().compareWithoutCase("LumpIndex")) { try { lumpnum_t lumpNum = resourceUri.path().toString().toInt(); de::File1 &lump = App_FileSystem().nameIndex().lump(lumpNum); de::FileHandle &hndl = App_FileSystem().openLump(lump); source = loadPatch(image, hndl, tclass, tmap, vspec.border); App_FileSystem().releaseFile(hndl.file()); delete &hndl; } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. } } } } else if(!tex.manifest().schemeName().compareWithoutCase("Details")) { if(tex.manifest().hasResourceUri()) { de::Uri resourceUri = tex.manifest().resourceUri(); if(resourceUri.scheme().compareWithoutCase("Lumps")) { source = loadExternalTexture(image, resourceUri.compose()); } else { lumpnum_t lumpNum = App_FileSystem().lumpNumForName(resourceUri.path()); try { de::File1 &lump = App_FileSystem().nameIndex().lump(lumpNum); de::FileHandle &hndl = App_FileSystem().openLump(lump); source = loadDetail(image, hndl); App_FileSystem().releaseFile(hndl.file()); delete &hndl; } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. } } } else { if(tex.manifest().hasResourceUri()) { de::Uri resourceUri = tex.manifest().resourceUri(); source = loadExternalTexture(image, resourceUri.compose()); } } return source; } #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/src/resource/hq2x.cpp0000664000175000017500000017222212350542237022017 0ustar jaakkojaakko/** @file hq2x.cpp High-Quality 2x Graphics Resizing. * @ingroup resource * * @authors Copyright © 2003 Maxim Stepin * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include "de_platform.h" #include "dd_types.h" #include "dd_share.h" #include "de_console.h" #include "resource/image.h" #include "resource/hq2x.h" /* * RGB color space. */ #define BGR888_PACK(b, g, r) ( ((uint32_t)(b) << 16) | ((uint32_t)(g) << 8) | (uint32_t)(r) ) #define BGR888_COMP(n, c) ( ((c) >> ((n) << 3)) & 0xFF ) #define BGR888_Bmask ((int)0xFF0000) #define BGR888_Gmask ((int)0x00FF00) #define BGR888_Rmask ((int)0x0000FF) #define BGR888toBGR565(c) (((c & 0xF8) >> 3) | ((c & 0xFC00) >> 5) | ((c & 0xF80000) >> 8)) #define ABGR8888_PACK(a, b, g, r) ( ((uint32_t)(a) << 24) | BGR888_PACK((b), (g), (r)) ) #define ABGR8888_COMP BGR888_COMP #define ABGR8888_Amask ((int)0xFF000000) #define ABGR8888_Bmask BGR888_Bmask #define ABGR8888_Gmask BGR888_Gmask #define ABGR8888_Rmask BGR888_Rmask #define ABGR8888_RGBmask ((int)0x00FFFFFF) // YUV conversion. #define BGR888toYUV888(v) (lutBGR888toYUV888[BGR888toBGR565(v)]) #define ABGR8888toYUV888(v) (BGR888toYUV888(v & ABGR8888_RGBmask)) #define ABGR8888toAYUV8888(v) (ABGR8888toYUV888(v) | (((v) & ABGR8888_Amask) << 24)) #define RGB888_PACK(r, g, b) ( ((uint32_t)(r) << 16) | ((uint32_t)(g) << 8) | (uint32_t)(b) ) #define RGB888_COMP(n, c) ( ((c) >> ((n) << 3)) & 0xFF ) #define RGB888_Rmask ((int)0xFF0000) #define RGB888_Gmask ((int)0x00FF00) #define RGB888_Bmask ((int)0x0000FF) #define RGB888toRGB565(c) (((c & 0xF80000) >> 8) | ((c & 0xFC00) >> 5) | ((c & 0xF8) >> 3)) #define ARGB8888_PACK(a, r, g, b) ( ((uint32_t)(a) << 24) | RGB888_PACK((r), (g), (b)) ) #define ARGB8888_COMP RGB888_COMP #define ARGB8888_Amask ((int)0xFF000000) #define ARGB8888_Rmask RGB888_Rmask #define ARGB8888_Gmask RGB888_Gmask #define ARGB8888_Bmask RGB888_Bmask #define ARGB8888_RGBmask ((int)0x00FFFFFF) /* // YUV conversion. #define RGB888toYUV888(v) (BGR888toYUV888(RGB888toBGR888(v))) #define ARGB8888toYUV888(v) (RGB888toYUV888((v) & ARGB8888_RGBmask]) #define ARGB8888toAYUV8888(v) (ARGB8888toYUV888(v) | (((v) & ARGB8888_Amask) << 24)) */ #define BGR565_PACK(b, g, r) ( ((uint16_t)(b) << 11) | ((uint16_t)(g) << 5) | (uint16_t)(r) ) #define BGR565_Bmask ((int)0xF800) #define BGR565_Gmask ((int)0x7E0) #define BGR565_Rmask ((int)0x1F) /* * YUV color space. */ #define YUV888_PACK(y, u, v) ( ((uint32_t)(y) << 16) | ((uint32_t)(u) << 8) | (uint32_t)(v) ) #define YUV888_COMP(n, c) ( ((c) >> ((n) << 3)) & 0xFF ) #define YUV888_Ymask ((int)0xFF0000) #define YUV888_Umask ((int)0x00FF00) #define YUV888_Vmask ((int)0x0000FF) #define AYUV8888_PACK(y, u, v, a) ( ((uint32_t)(a) << 24) | YUV888_PACK((y), (u), (v)) ) #define AYUV8888_COMP YUV888_COMP #define AYUV8888_Amask ((int)0xFF000000) #define AYUV8888_Ymask YUV888_Ymask #define AYUV8888_Umask YUV888_Umask #define AYUV8888_Vmask YUV888_Vmask #define AYUV8888_YUVmask ((int)0x00FFFFFF) #define trY (48) #define trU (7) #define trV (6) #define PIXEL00_0 Transl(pOut, w[5]); #define PIXEL00_10 Interp1(pOut, w[5], w[1]); #define PIXEL00_11 Interp1(pOut, w[5], w[4]); #define PIXEL00_12 Interp1(pOut, w[5], w[2]); #define PIXEL00_20 Interp2(pOut, w[5], w[4], w[2]); #define PIXEL00_21 Interp2(pOut, w[5], w[1], w[2]); #define PIXEL00_22 Interp2(pOut, w[5], w[1], w[4]); #define PIXEL00_60 Interp6(pOut, w[5], w[2], w[4]); #define PIXEL00_61 Interp6(pOut, w[5], w[4], w[2]); #define PIXEL00_70 Interp7(pOut, w[5], w[4], w[2]); #define PIXEL00_90 Interp9(pOut, w[5], w[4], w[2]); #define PIXEL00_100 Interp10(pOut, w[5], w[4], w[2]); #define PIXEL01_0 Transl(pOut+4, w[5]); #define PIXEL01_10 Interp1(pOut+4, w[5], w[3]); #define PIXEL01_11 Interp1(pOut+4, w[5], w[2]); #define PIXEL01_12 Interp1(pOut+4, w[5], w[6]); #define PIXEL01_20 Interp2(pOut+4, w[5], w[2], w[6]); #define PIXEL01_21 Interp2(pOut+4, w[5], w[3], w[6]); #define PIXEL01_22 Interp2(pOut+4, w[5], w[3], w[2]); #define PIXEL01_60 Interp6(pOut+4, w[5], w[6], w[2]); #define PIXEL01_61 Interp6(pOut+4, w[5], w[2], w[6]); #define PIXEL01_70 Interp7(pOut+4, w[5], w[2], w[6]); #define PIXEL01_90 Interp9(pOut+4, w[5], w[2], w[6]); #define PIXEL01_100 Interp10(pOut+4, w[5], w[2], w[6]); #define PIXEL10_0 Transl(pOut+BpL, w[5]); #define PIXEL10_10 Interp1(pOut+BpL, w[5], w[7]); #define PIXEL10_11 Interp1(pOut+BpL, w[5], w[8]); #define PIXEL10_12 Interp1(pOut+BpL, w[5], w[4]); #define PIXEL10_20 Interp2(pOut+BpL, w[5], w[8], w[4]); #define PIXEL10_21 Interp2(pOut+BpL, w[5], w[7], w[4]); #define PIXEL10_22 Interp2(pOut+BpL, w[5], w[7], w[8]); #define PIXEL10_60 Interp6(pOut+BpL, w[5], w[4], w[8]); #define PIXEL10_61 Interp6(pOut+BpL, w[5], w[8], w[4]); #define PIXEL10_70 Interp7(pOut+BpL, w[5], w[8], w[4]); #define PIXEL10_90 Interp9(pOut+BpL, w[5], w[8], w[4]); #define PIXEL10_100 Interp10(pOut+BpL, w[5], w[8], w[4]); #define PIXEL11_0 Transl(pOut+BpL+4, w[5]); #define PIXEL11_10 Interp1(pOut+BpL+4, w[5], w[9]); #define PIXEL11_11 Interp1(pOut+BpL+4, w[5], w[6]); #define PIXEL11_12 Interp1(pOut+BpL+4, w[5], w[8]); #define PIXEL11_20 Interp2(pOut+BpL+4, w[5], w[6], w[8]); #define PIXEL11_21 Interp2(pOut+BpL+4, w[5], w[9], w[8]); #define PIXEL11_22 Interp2(pOut+BpL+4, w[5], w[9], w[6]); #define PIXEL11_60 Interp6(pOut+BpL+4, w[5], w[8], w[6]); #define PIXEL11_61 Interp6(pOut+BpL+4, w[5], w[6], w[8]); #define PIXEL11_70 Interp7(pOut+BpL+4, w[5], w[6], w[8]); #define PIXEL11_90 Interp9(pOut+BpL+4, w[5], w[6], w[8]); #define PIXEL11_100 Interp10(pOut+BpL+4, w[5], w[6], w[8]); static uint32_t lutBGR888toYUV888[32*64*32-1]; static uint32_t YUV1, YUV2; void LerpColor(uint8_t* pc, uint32_t c1, uint32_t c2, uint32_t c3, uint32_t f1, uint32_t f2, uint32_t f3) { uint32_t out[4] = { 0, 0, 0, 0 }, total = f1 + f2 + f3; if(0 != f1) { out[0] += f1 * ABGR8888_COMP(0, c1); out[1] += f1 * ABGR8888_COMP(1, c1); out[2] += f1 * ABGR8888_COMP(2, c1); out[3] += f1 * ABGR8888_COMP(3, c1); } if(0 != f2) { out[0] += f2 * ABGR8888_COMP(0, c2); out[1] += f2 * ABGR8888_COMP(1, c2); out[2] += f2 * ABGR8888_COMP(2, c2); out[3] += f2 * ABGR8888_COMP(3, c2); } if(0 != f3) { out[0] += f3 * ABGR8888_COMP(0, c3); out[1] += f3 * ABGR8888_COMP(1, c3); out[2] += f3 * ABGR8888_COMP(2, c3); out[3] += f3 * ABGR8888_COMP(3, c3); } if(0 != total) { out[0] /= total; out[1] /= total; out[2] /= total; out[3] /= total; } *((uint32_t*)pc) = ABGR8888_PACK(out[3], out[2], out[1], out[0]); } static __inline int Diff(uint32_t c1, uint32_t c2) { YUV1 = ABGR8888toYUV888(c1); YUV2 = ABGR8888toYUV888(c2); return ( ((ABGR8888_COMP(3, c1) != 0) != ((ABGR8888_COMP(3, c2) != 0))) || (abs(int(YUV1 & YUV888_Ymask) - int(YUV2 & YUV888_Ymask)) > ((trY & (int)0xFF) << 16)) || (abs(int(YUV1 & YUV888_Umask) - int(YUV2 & YUV888_Umask)) > ((trU & (int)0xFF) << 8)) || (abs(int(YUV1 & YUV888_Vmask) - int(YUV2 & YUV888_Vmask)) > ((trV & (int)0xFF)) )); } static __inline void Transl(uint8_t* pc, uint32_t c) { pc[0] = ABGR8888_COMP(0, c); pc[1] = ABGR8888_COMP(1, c); pc[2] = ABGR8888_COMP(2, c); pc[3] = ABGR8888_COMP(3, c); } static __inline void Interp1(uint8_t* pc, uint32_t c1, uint32_t c2) { if(c1 == c2) { Transl(pc, c1); return; } LerpColor(pc, c1, c2, 0, 3, 1, 0); } static __inline void Interp2(uint8_t* pc, uint32_t c1, uint32_t c2, uint32_t c3) { LerpColor(pc, c1, c2, c3, 2, 1, 1); } static __inline void Interp6(uint8_t* pc, uint32_t c1, uint32_t c2, uint32_t c3) { LerpColor(pc, c1, c2, c3, 5, 2, 1); } static __inline void Interp7(uint8_t* pc, uint32_t c1, uint32_t c2, uint32_t c3) { LerpColor(pc, c1, c2, c3, 6, 1, 1); } static __inline void Interp9(uint8_t* pc, uint32_t c1, uint32_t c2, uint32_t c3) { LerpColor(pc, c1, c2, c3, 2, 3, 3); } static __inline void Interp10(uint8_t* pc, uint32_t c1, uint32_t c2, uint32_t c3) { LerpColor(pc, c1, c2, c3, 14, 1, 1); } void GL_InitSmartFilterHQ2x(void) { // Initalize RGB to YUV lookup table. uint32_t r, g, b, y, u, v; int i, j, k; for(i = 0; i < 32; ++i) for(j = 0; j < 64; ++j) for(k = 0; k < 32; ++k) { r = i << 3; g = j << 2; b = k << 3; y = (uint32_t)( 0.299*r + 0.587*g + 0.114*b); u = (uint32_t)(-0.169*r - 0.331*g + 0.5 *b) + 128; v = (uint32_t)( 0.5 *r - 0.419*g - 0.081*b) + 128; lutBGR888toYUV888[BGR565_PACK(k, j, i)] = YUV888_PACK(y, u, v); } } uint8_t* GL_SmartFilterHQ2x(const uint8_t* src, int width, int height, int flags) { #define BPP (4) // Bytes Per Pixel. #define OFFSET(x, y) (BPP*(y)*width + BPP*(x)) assert(src); { dd_bool wrapH = (flags & ICF_UPSCALE_SAMPLE_WRAPH) != 0; dd_bool wrapV = (flags & ICF_UPSCALE_SAMPLE_WRAPV) != 0; int pattern, flag, BpL, xA, xB, yA, yB; uint8_t* pOut, *dst; uint32_t w[10]; if(width <= 0 || height <= 0) return 0; // +----+----+----+ // | w1 | w2 | w3 | // +----+----+----+ // | w4 | w5 | w6 | // +----+----+----+ // | w7 | w8 | w9 | // +----+----+----+ if(0 == (dst = (uint8_t *) M_Malloc(BPP * 2 * width * height * 2))) Con_Error("GL_SmartFilterHQ2x: Failed on allocation of %lu bytes for " "output buffer.", (unsigned long) (BPP * 2 * width * height * 2)); pOut = dst; BpL = BPP * 2 * width; // (Out) Bytes per Line. { int y; for(y = 0; y < height; ++y) { { int x; for(x = 0; x < width; ++x) { w[5] = ULONG( *( (uint32_t*)(src + OFFSET(x, y)) ) ); // Horizontal neighbors. if(wrapH) { w[4] = ULONG( *( (uint32_t*)(src + OFFSET(x == 0? width-1 : x-1, y)) ) ); w[6] = ULONG( *( (uint32_t*)(src + OFFSET(x == width-1? 0 : x+1, y)) ) ); } else { if(x != 0) w[4] = ULONG( *( (uint32_t*)(src + OFFSET(x-1, y)) ) ); else w[4] = w[5]; if(x != width-1) w[6] = ULONG( *( (uint32_t*)(src + OFFSET(x+1, y)) ) ); else w[6] = w[5]; } // Vertical neighbors. if(wrapV) { w[2] = ULONG( *( (uint32_t*)(src + OFFSET(x, y == 0? height-1 : y-1)) ) ); w[8] = ULONG( *( (uint32_t*)(src + OFFSET(x, y == height-1? 0 : y+1)) ) ); } else { if(y != 0) w[2] = ULONG( *( (uint32_t*)(src + OFFSET(x, y-1)) ) ); else w[2] = w[5]; if(y != height-1) w[8] = ULONG( *( (uint32_t*)(src + OFFSET(x, y+1)) ) ); else w[8] = w[5]; } // Corners. xA = x == 0? ( wrapH? width-1 : 0) : x-1; xB = x == width-1? (!wrapH? width-1 : 0) : x+1; yA = y == 0? ( wrapV? height-1 : 0) : y-1; yB = y == height-1? (!wrapV? height-1 : 0) : y+1; w[1] = ULONG( *( (uint32_t*)(src + OFFSET(xA, yA)) ) ); w[7] = ULONG( *( (uint32_t*)(src + OFFSET(xA, yB)) ) ); w[3] = ULONG( *( (uint32_t*)(src + OFFSET(xB, yA)) ) ); w[9] = ULONG( *( (uint32_t*)(src + OFFSET(xB, yB)) ) ); pattern = 0; flag = 1; YUV1 = ABGR8888toYUV888(w[5]); { int k; for(k = 1; k <= 9; ++k) { if(k == 5) continue; if(w[k] != w[5]) { YUV2 = ABGR8888toYUV888(w[k]); if(((ABGR8888_COMP(3, w[5]) != 0) != (ABGR8888_COMP(3, w[k]) != 0)) || (abs(int(YUV1 & YUV888_Ymask) - int(YUV2 & YUV888_Ymask)) > ((trY & (int)0xFF) << 16)) || (abs(int(YUV1 & YUV888_Umask) - int(YUV2 & YUV888_Umask)) > ((trU & (int)0xFF) << 8)) || (abs(int(YUV1 & YUV888_Vmask) - int(YUV2 & YUV888_Vmask)) > ((trV & (int)0xFF) )) ) pattern |= flag; } flag <<= 1; }} switch(pattern) { case 0: case 1: case 4: case 32: case 128: case 5: case 132: case 160: case 33: case 129: case 36: case 133: case 164: case 161: case 37: case 165: { PIXEL00_20 PIXEL01_20 PIXEL10_20 PIXEL11_20 break; } case 2: case 34: case 130: case 162: { PIXEL00_22 PIXEL01_21 PIXEL10_20 PIXEL11_20 break; } case 16: case 17: case 48: case 49: { PIXEL00_20 PIXEL01_22 PIXEL10_20 PIXEL11_21 break; } case 64: case 65: case 68: case 69: { PIXEL00_20 PIXEL01_20 PIXEL10_21 PIXEL11_22 break; } case 8: case 12: case 136: case 140: { PIXEL00_21 PIXEL01_20 PIXEL10_22 PIXEL11_20 break; } case 3: case 35: case 131: case 163: { PIXEL00_11 PIXEL01_21 PIXEL10_20 PIXEL11_20 break; } case 6: case 38: case 134: case 166: { PIXEL00_22 PIXEL01_12 PIXEL10_20 PIXEL11_20 break; } case 20: case 21: case 52: case 53: { PIXEL00_20 PIXEL01_11 PIXEL10_20 PIXEL11_21 break; } case 144: case 145: case 176: case 177: { PIXEL00_20 PIXEL01_22 PIXEL10_20 PIXEL11_12 break; } case 192: case 193: case 196: case 197: { PIXEL00_20 PIXEL01_20 PIXEL10_21 PIXEL11_11 break; } case 96: case 97: case 100: case 101: { PIXEL00_20 PIXEL01_20 PIXEL10_12 PIXEL11_22 break; } case 40: case 44: case 168: case 172: { PIXEL00_21 PIXEL01_20 PIXEL10_11 PIXEL11_20 break; } case 9: case 13: case 137: case 141: { PIXEL00_12 PIXEL01_20 PIXEL10_22 PIXEL11_20 break; } case 18: case 50: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_20} PIXEL10_20 PIXEL11_21 break; } case 80: case 81: { PIXEL00_20 PIXEL01_22 PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_20} break; } case 72: case 76: { PIXEL00_21 PIXEL01_20 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_20} PIXEL11_22 break; } case 10: case 138: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_20} PIXEL01_21 PIXEL10_22 PIXEL11_20 break; } case 66: { PIXEL00_22 PIXEL01_21 PIXEL10_21 PIXEL11_22 break; } case 24: { PIXEL00_21 PIXEL01_22 PIXEL10_22 PIXEL11_21 break; } case 7: case 39: case 135: { PIXEL00_11 PIXEL01_12 PIXEL10_20 PIXEL11_20 break; } case 148: case 149: case 180: { PIXEL00_20 PIXEL01_11 PIXEL10_20 PIXEL11_12 break; } case 224: case 228: case 225: { PIXEL00_20 PIXEL01_20 PIXEL10_12 PIXEL11_11 break; } case 41: case 169: case 45: { PIXEL00_12 PIXEL01_20 PIXEL10_11 PIXEL11_20 break; } case 22: case 54: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_20 PIXEL11_21 break; } case 208: case 209: { PIXEL00_20 PIXEL01_22 PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 104: case 108: { PIXEL00_21 PIXEL01_20 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_22 break; } case 11: case 139: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_21 PIXEL10_22 PIXEL11_20 break; } case 19: case 51: { if(Diff(w[2], w[6])) { PIXEL00_11 PIXEL01_10} else { PIXEL00_60 PIXEL01_90} PIXEL10_20 PIXEL11_21 break; } case 146: case 178: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_10 PIXEL11_12} else { PIXEL01_90 PIXEL11_61} PIXEL10_20 break; } case 84: case 85: { PIXEL00_20 if(Diff(w[6], w[8])) { PIXEL01_11 PIXEL11_10} else { PIXEL01_60 PIXEL11_90} PIXEL10_21 break; } case 112: case 113: { PIXEL00_20 PIXEL01_22 if(Diff(w[6], w[8])) { PIXEL10_12 PIXEL11_10} else { PIXEL10_61 PIXEL11_90} break; } case 200: case 204: { PIXEL00_21 PIXEL01_20 if(Diff(w[8], w[4])) { PIXEL10_10 PIXEL11_11} else { PIXEL10_90 PIXEL11_60} break; } case 73: case 77: { if(Diff(w[8], w[4])) { PIXEL00_12 PIXEL10_10} else { PIXEL00_61 PIXEL10_90} PIXEL01_20 PIXEL11_22 break; } case 42: case 170: { if(Diff(w[4], w[2])) { PIXEL00_10 PIXEL10_11} else { PIXEL00_90 PIXEL10_60} PIXEL01_21 PIXEL11_20 break; } case 14: case 142: { if(Diff(w[4], w[2])) { PIXEL00_10 PIXEL01_12} else { PIXEL00_90 PIXEL01_61} PIXEL10_22 PIXEL11_20 break; } case 67: { PIXEL00_11 PIXEL01_21 PIXEL10_21 PIXEL11_22 break; } case 70: { PIXEL00_22 PIXEL01_12 PIXEL10_21 PIXEL11_22 break; } case 28: { PIXEL00_21 PIXEL01_11 PIXEL10_22 PIXEL11_21 break; } case 152: { PIXEL00_21 PIXEL01_22 PIXEL10_22 PIXEL11_12 break; } case 194: { PIXEL00_22 PIXEL01_21 PIXEL10_21 PIXEL11_11 break; } case 98: { PIXEL00_22 PIXEL01_21 PIXEL10_12 PIXEL11_22 break; } case 56: { PIXEL00_21 PIXEL01_22 PIXEL10_11 PIXEL11_21 break; } case 25: { PIXEL00_12 PIXEL01_22 PIXEL10_22 PIXEL11_21 break; } case 26: case 31: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_22 PIXEL11_21 break; } case 82: case 214: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 88: case 248: { PIXEL00_21 PIXEL01_22 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 74: case 107: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_21 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_22 break; } case 27: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_10 PIXEL10_22 PIXEL11_21 break; } case 86: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_21 PIXEL11_10 break; } case 216: { PIXEL00_21 PIXEL01_22 PIXEL10_10 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 106: { PIXEL00_10 PIXEL01_21 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_22 break; } case 30: { PIXEL00_10 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_22 PIXEL11_21 break; } case 210: { PIXEL00_22 PIXEL01_10 PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 120: { PIXEL00_21 PIXEL01_22 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_10 break; } case 75: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_21 PIXEL10_10 PIXEL11_22 break; } case 29: { PIXEL00_12 PIXEL01_11 PIXEL10_22 PIXEL11_21 break; } case 198: { PIXEL00_22 PIXEL01_12 PIXEL10_21 PIXEL11_11 break; } case 184: { PIXEL00_21 PIXEL01_22 PIXEL10_11 PIXEL11_12 break; } case 99: { PIXEL00_11 PIXEL01_21 PIXEL10_12 PIXEL11_22 break; } case 57: { PIXEL00_12 PIXEL01_22 PIXEL10_11 PIXEL11_21 break; } case 71: { PIXEL00_11 PIXEL01_12 PIXEL10_21 PIXEL11_22 break; } case 156: { PIXEL00_21 PIXEL01_11 PIXEL10_22 PIXEL11_12 break; } case 226: { PIXEL00_22 PIXEL01_21 PIXEL10_12 PIXEL11_11 break; } case 60: { PIXEL00_21 PIXEL01_11 PIXEL10_11 PIXEL11_21 break; } case 195: { PIXEL00_11 PIXEL01_21 PIXEL10_21 PIXEL11_11 break; } case 102: { PIXEL00_22 PIXEL01_12 PIXEL10_12 PIXEL11_22 break; } case 153: { PIXEL00_12 PIXEL01_22 PIXEL10_22 PIXEL11_12 break; } case 58: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_11 PIXEL11_21 break; } case 83: { PIXEL00_11 if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 92: { PIXEL00_21 PIXEL01_11 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 202: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} PIXEL01_21 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} PIXEL11_11 break; } case 78: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} PIXEL01_12 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} PIXEL11_22 break; } case 154: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_22 PIXEL11_12 break; } case 114: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_12 if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 89: { PIXEL00_12 PIXEL01_22 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 90: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 55: case 23: { if(Diff(w[2], w[6])) { PIXEL00_11 PIXEL01_0} else { PIXEL00_60 PIXEL01_90} PIXEL10_20 PIXEL11_21 break; } case 182: case 150: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_0 PIXEL11_12} else { PIXEL01_90 PIXEL11_61} PIXEL10_20 break; } case 213: case 212: { PIXEL00_20 if(Diff(w[6], w[8])) { PIXEL01_11 PIXEL11_0} else { PIXEL01_60 PIXEL11_90} PIXEL10_21 break; } case 241: case 240: { PIXEL00_20 PIXEL01_22 if(Diff(w[6], w[8])) { PIXEL10_12 PIXEL11_0} else { PIXEL10_61 PIXEL11_90} break; } case 236: case 232: { PIXEL00_21 PIXEL01_20 if(Diff(w[8], w[4])) { PIXEL10_0 PIXEL11_11} else { PIXEL10_90 PIXEL11_60} break; } case 109: case 105: { if(Diff(w[8], w[4])) { PIXEL00_12 PIXEL10_0} else { PIXEL00_61 PIXEL10_90} PIXEL01_20 PIXEL11_22 break; } case 171: case 43: { if(Diff(w[4], w[2])) { PIXEL00_0 PIXEL10_11} else { PIXEL00_90 PIXEL10_60} PIXEL01_21 PIXEL11_20 break; } case 143: case 15: { if(Diff(w[4], w[2])) { PIXEL00_0 PIXEL01_12} else { PIXEL00_90 PIXEL01_61} PIXEL10_22 PIXEL11_20 break; } case 124: { PIXEL00_21 PIXEL01_11 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_10 break; } case 203: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_21 PIXEL10_10 PIXEL11_11 break; } case 62: { PIXEL00_10 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_11 PIXEL11_21 break; } case 211: { PIXEL00_11 PIXEL01_10 PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 118: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_12 PIXEL11_10 break; } case 217: { PIXEL00_12 PIXEL01_22 PIXEL10_10 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 110: { PIXEL00_10 PIXEL01_12 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_22 break; } case 155: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_10 PIXEL10_22 PIXEL11_12 break; } case 188: { PIXEL00_21 PIXEL01_11 PIXEL10_11 PIXEL11_12 break; } case 185: { PIXEL00_12 PIXEL01_22 PIXEL10_11 PIXEL11_12 break; } case 61: { PIXEL00_12 PIXEL01_11 PIXEL10_11 PIXEL11_21 break; } case 157: { PIXEL00_12 PIXEL01_11 PIXEL10_22 PIXEL11_12 break; } case 103: { PIXEL00_11 PIXEL01_12 PIXEL10_12 PIXEL11_22 break; } case 227: { PIXEL00_11 PIXEL01_21 PIXEL10_12 PIXEL11_11 break; } case 230: { PIXEL00_22 PIXEL01_12 PIXEL10_12 PIXEL11_11 break; } case 199: { PIXEL00_11 PIXEL01_12 PIXEL10_21 PIXEL11_11 break; } case 220: { PIXEL00_21 PIXEL01_11 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 158: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_22 PIXEL11_12 break; } case 234: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} PIXEL01_21 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_11 break; } case 242: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_12 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 59: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_11 PIXEL11_21 break; } case 121: { PIXEL00_12 PIXEL01_22 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 87: { PIXEL00_11 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 79: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_12 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} PIXEL11_22 break; } case 122: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 94: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 218: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 91: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 229: { PIXEL00_20 PIXEL01_20 PIXEL10_12 PIXEL11_11 break; } case 167: { PIXEL00_11 PIXEL01_12 PIXEL10_20 PIXEL11_20 break; } case 173: { PIXEL00_12 PIXEL01_20 PIXEL10_11 PIXEL11_20 break; } case 181: { PIXEL00_20 PIXEL01_11 PIXEL10_20 PIXEL11_12 break; } case 186: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_11 PIXEL11_12 break; } case 115: { PIXEL00_11 if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_12 if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 93: { PIXEL00_12 PIXEL01_11 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 206: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} PIXEL01_12 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} PIXEL11_11 break; } case 205: case 201: { PIXEL00_12 PIXEL01_20 if(Diff(w[8], w[4])) { PIXEL10_10} else { PIXEL10_70} PIXEL11_11 break; } case 174: case 46: { if(Diff(w[4], w[2])) { PIXEL00_10} else { PIXEL00_70} PIXEL01_12 PIXEL10_11 PIXEL11_20 break; } case 179: case 147: { PIXEL00_11 if(Diff(w[2], w[6])) { PIXEL01_10} else { PIXEL01_70} PIXEL10_20 PIXEL11_12 break; } case 117: case 116: { PIXEL00_20 PIXEL01_11 PIXEL10_12 if(Diff(w[6], w[8])) { PIXEL11_10} else { PIXEL11_70} break; } case 189: { PIXEL00_12 PIXEL01_11 PIXEL10_11 PIXEL11_12 break; } case 231: { PIXEL00_11 PIXEL01_12 PIXEL10_12 PIXEL11_11 break; } case 126: { PIXEL00_10 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_10 break; } case 219: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_10 PIXEL10_10 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 125: { if(Diff(w[8], w[4])) { PIXEL00_12 PIXEL10_0} else { PIXEL00_61 PIXEL10_90} PIXEL01_11 PIXEL11_10 break; } case 221: { PIXEL00_12 if(Diff(w[6], w[8])) { PIXEL01_11 PIXEL11_0} else { PIXEL01_60 PIXEL11_90} PIXEL10_10 break; } case 207: { if(Diff(w[4], w[2])) { PIXEL00_0 PIXEL01_12} else { PIXEL00_90 PIXEL01_61} PIXEL10_10 PIXEL11_11 break; } case 238: { PIXEL00_10 PIXEL01_12 if(Diff(w[8], w[4])) { PIXEL10_0 PIXEL11_11} else { PIXEL10_90 PIXEL11_60} break; } case 190: { PIXEL00_10 if(Diff(w[2], w[6])) { PIXEL01_0 PIXEL11_12} else { PIXEL01_90 PIXEL11_61} PIXEL10_11 break; } case 187: { if(Diff(w[4], w[2])) { PIXEL00_0 PIXEL10_11} else { PIXEL00_90 PIXEL10_60} PIXEL01_10 PIXEL11_12 break; } case 243: { PIXEL00_11 PIXEL01_10 if(Diff(w[6], w[8])) { PIXEL10_12 PIXEL11_0} else { PIXEL10_61 PIXEL11_90} break; } case 119: { if(Diff(w[2], w[6])) { PIXEL00_11 PIXEL01_0} else { PIXEL00_60 PIXEL01_90} PIXEL10_12 PIXEL11_10 break; } case 237: case 233: { PIXEL00_12 PIXEL01_20 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_100} PIXEL11_11 break; } case 175: case 47: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_100} PIXEL01_12 PIXEL10_11 PIXEL11_20 break; } case 183: case 151: { PIXEL00_11 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_100} PIXEL10_20 PIXEL11_12 break; } case 245: case 244: { PIXEL00_20 PIXEL01_11 PIXEL10_12 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_100} break; } case 250: { PIXEL00_10 PIXEL01_10 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 123: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_10 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_10 break; } case 95: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_10 PIXEL11_10 break; } case 222: { PIXEL00_10 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_10 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 252: { PIXEL00_21 PIXEL01_11 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_100} break; } case 249: { PIXEL00_12 PIXEL01_22 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_100} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 235: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_21 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_100} PIXEL11_11 break; } case 111: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_100} PIXEL01_12 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_22 break; } case 63: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_100} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_11 PIXEL11_21 break; } case 159: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_100} PIXEL10_22 PIXEL11_12 break; } case 215: { PIXEL00_11 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_100} PIXEL10_21 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 246: { PIXEL00_22 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} PIXEL10_12 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_100} break; } case 254: { PIXEL00_10 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_100} break; } case 253: { PIXEL00_12 PIXEL01_11 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_100} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_100} break; } case 251: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} PIXEL01_10 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_100} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 239: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_100} PIXEL01_12 if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_100} PIXEL11_11 break; } case 127: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_100} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_20} if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_20} PIXEL11_10 break; } case 191: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_100} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_100} PIXEL10_11 PIXEL11_12 break; } case 223: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_20} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_100} PIXEL10_10 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_20} break; } case 247: { PIXEL00_11 if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_100} PIXEL10_12 if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_100} break; } case 255: { if(Diff(w[4], w[2])) { PIXEL00_0} else { PIXEL00_100} if(Diff(w[2], w[6])) { PIXEL01_0} else { PIXEL01_100} if(Diff(w[8], w[4])) { PIXEL10_0} else { PIXEL10_100} if(Diff(w[6], w[8])) { PIXEL11_0} else { PIXEL11_100} break; } default: Con_Error("GL_SmartFilterHQ2x: Invalid pattern %i.", pattern); break; } pOut += 2 * BPP; }} pOut += BpL; }} return dst; } #undef OFFSET #undef BPP } doomsday-1.14.5/doomsday/client/src/resource/resourcesystem.cpp0000664000175000017500000043406712350542237024241 0ustar jaakkojaakko/** @file resourcesystem.cpp Resource subsystem. * * @authors Copyright © 2003-2014 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "resource/resourcesystem.h" #ifdef __CLIENT__ # include "clientapp.h" # include "con_bar.h" # include "sys_system.h" // novideo #endif #include "con_main.h" #include "def_main.h" #include "resource/compositetexture.h" #include "resource/patch.h" #include "resource/patchname.h" #ifdef __CLIENT__ # include "MaterialSnapshot" #endif #include "api_filesys.h" #include "filesys/fs_main.h" #include "filesys/lumpindex.h" #ifdef __CLIENT__ # include "gl/gl_tex.h" # include "gl/gl_texmanager.h" # include "render/rend_model.h" # include "render/rend_particle.h" // Rend_ParticleReleaseSystemTextures // For smart caching logics: # include "network/net_demo.h" // playback # include "render/rend_main.h" // Rend_MapSurfaceMaterialSpec # include "render/billboard.h" // Rend_SpriteMaterialSpec # include "render/sky.h" # include "world/worldsystem.h" # include "world/map.h" # include "world/p_object.h" # include "world/thinkers.h" # include "Sector" # include "Surface" #endif #include #include #include #include #include #include #include #include #include #include #include #include #include #ifdef __CLIENT__ # include # include # include #endif #include /// @todo remove me #include #include #include using namespace de; typedef QList CompositeTextures; static QList collectPatchCompositeDefinitionFiles(); /** * Compose the path to the data resource. * @note We do not use the lump name, instead we use the logical lump index * in the global LumpIndex. This is necessary because of the way id tech 1 * manages graphic references in animations (intermediate frames are chosen * by their 'original indices' rather than by name). */ static inline de::Uri composeLumpIndexResourceUrn(lumpnum_t lumpNum) { return de::Uri("LumpIndex", Path(String("%1").arg(lumpNum))); } /// Ensure a texture has been derived for @a manifest. static Texture *deriveTexture(TextureManifest &manifest) { LOG_AS("deriveTexture"); Texture *tex = manifest.derive(); if(!tex) { LOGDEV_RES_WARNING("Failed to derive a Texture for \"%s\", ignoring") << manifest.composeUri(); } return tex; } #ifdef __CLIENT__ static int hashDetailTextureSpec(detailvariantspecification_t const &spec) { return (spec.contrast * (1/255.f) * DETAILTEXTURE_CONTRAST_QUANTIZATION_FACTOR + .5f); } static variantspecification_t &configureTextureSpec(variantspecification_t &spec, texturevariantusagecontext_t tc, int flags, byte border, int tClass, int tMap, int wrapS, int wrapT, int minFilter, int magFilter, int anisoFilter, dd_bool mipmapped, dd_bool gammaCorrection, dd_bool noStretch, dd_bool toAlpha) { DENG2_ASSERT(tc == TC_UNKNOWN || VALID_TEXTUREVARIANTUSAGECONTEXT(tc)); flags &= ~TSF_INTERNAL_MASK; spec.context = tc; spec.flags = flags; spec.border = (flags & TSF_UPSCALE_AND_SHARPEN)? 1 : border; spec.mipmapped = mipmapped; spec.wrapS = wrapS; spec.wrapT = wrapT; spec.minFilter = de::clamp(-1, minFilter, spec.mipmapped? 3:1); spec.magFilter = de::clamp(-3, magFilter, 1); spec.anisoFilter = de::clamp(-1, anisoFilter, 4); spec.gammaCorrection = gammaCorrection; spec.noStretch = noStretch; spec.toAlpha = toAlpha; if(tClass || tMap) { spec.flags |= TSF_HAS_COLORPALETTE_XLAT; spec.tClass = de::max(0, tClass); spec.tMap = de::max(0, tMap); } return spec; } static detailvariantspecification_t &configureDetailTextureSpec( detailvariantspecification_t &spec, float contrast) { int const quantFactor = DETAILTEXTURE_CONTRAST_QUANTIZATION_FACTOR; spec.contrast = 255 * de::clamp(0, contrast * quantFactor + .5f, quantFactor) * (1 / float(quantFactor)); return spec; } /// @c TST_DETAIL type specifications are stored separately into a set of /// buckets. Bucket selection is determined by their quantized contrast value. #define DETAILVARIANT_CONTRAST_HASHSIZE (DETAILTEXTURE_CONTRAST_QUANTIZATION_FACTOR+1) #endif // __CLIENT__ /** * Native Doomsday Script utility for scheduling conversion of a single legacy savegame. */ Value *Function_SavedSession_Convert(Context &, Function::ArgumentValues const &args) { String gameId = args[0]->asText(); String sourcePath = args[1]->asText(); return new NumberValue(App_ResourceSystem().convertLegacySavegames(gameId, sourcePath)); } /** * Native Doomsday Script utility for scheduling conversion of @em all legacy savegames * for the specified gameId. */ Value *Function_SavedSession_ConvertAll(Context &, Function::ArgumentValues const &args) { String gameId = args[0]->asText(); return new NumberValue(App_ResourceSystem().convertLegacySavegames(gameId)); } DENG2_PIMPL(ResourceSystem) , DENG2_OBSERVES(Loop, Iteration) // post savegame conversion FS population , DENG2_OBSERVES(Games, Addition) // savegames folder setup , DENG2_OBSERVES(MaterialScheme, ManifestDefined) , DENG2_OBSERVES(MaterialManifest, MaterialDerived) , DENG2_OBSERVES(MaterialManifest, Deletion) , DENG2_OBSERVES(Material, Deletion) , DENG2_OBSERVES(TextureScheme, ManifestDefined) , DENG2_OBSERVES(TextureManifest, TextureDerived) , DENG2_OBSERVES(Texture, Deletion) #ifdef __CLIENT__ , DENG2_OBSERVES(FontScheme, ManifestDefined) , DENG2_OBSERVES(FontManifest, Deletion) , DENG2_OBSERVES(AbstractFont, Deletion) , DENG2_OBSERVES(ColorPalette, ColorTableChange) #endif { typedef QList ResourceClasses; ResourceClasses resClasses; NullResourceClass nullResourceClass; typedef QList AnimGroups; AnimGroups animGroups; typedef QList PatchNames; PatchNames patchNames; typedef QMap ColorPalettes; ColorPalettes colorPalettes; typedef QMap ColorPaletteNames; ColorPaletteNames colorPaletteNames; colorpaletteid_t defaultColorPalette; /// System subspace schemes containing the textures. TextureSchemes textureSchemes; QList textureSchemeCreationOrder; /// All texture instances in the system (from all schemes). AllTextures textures; typedef QHash RawTextureHash; RawTextureHash rawTexHash; /// System subspace schemes containing the manifests/resources. MaterialSchemes materialSchemes; QList materialSchemeCreationOrder; AllMaterials materials; ///< From all schemes. uint materialManifestCount; ///< Total number of material manifests (in all schemes). MaterialManifestGroups materialGroups; uint materialManifestIdMapSize; MaterialManifest **materialManifestIdMap; ///< Index with materialid_t-1 #ifdef __CLIENT__ /// System subspace schemes containing the manifests/resources. FontSchemes fontSchemes; QList fontSchemeCreationOrder; AllFonts fonts; ///< From all schemes. uint fontManifestCount; ///< Total number of font manifests (in all schemes). uint fontManifestIdMapSize; FontManifest **fontManifestIdMap; ///< Index with fontid_t-1 typedef QVector ModelDefs; ModelDefs modefs; QVector stateModefs; // Index to the modefs array. typedef StringPool ModelRepository; ModelRepository *modelRepository; // Owns Model instances. /// A list of specifications for material variants. typedef QList MaterialSpecs; MaterialSpecs materialSpecs; typedef QList TextureSpecs; TextureSpecs textureSpecs; TextureSpecs detailTextureSpecs[DETAILVARIANT_CONTRAST_HASHSIZE]; struct CacheTask { virtual ~CacheTask() {} virtual void run() = 0; }; /** * Stores the arguments for a resource cache work item. */ struct MaterialCacheTask : public CacheTask { Material *material; MaterialVariantSpec const *spec; /// Interned context specification. MaterialCacheTask(Material &resource, MaterialVariantSpec const &contextSpec) : CacheTask(), material(&resource), spec(&contextSpec) {} void run() { ResourceSystem &resSys = App_ResourceSystem(); // Ensure a variant for the specified context is created. material->createVariant(*spec); DENG2_ASSERT(material->chooseVariant(*spec) != 0); // Prepare all layer textures. foreach(MaterialLayer *layer, material->layers()) foreach(MaterialLayer::Stage *stage, layer->stages()) { if(stage->texture) { stage->texture->prepareVariant(*spec->primarySpec); } } // Do we need to prepare detail texture(s)? if(!material->isSkyMasked() && material->isDetailed()) foreach(MaterialDetailLayer::Stage *stage, material->detailLayer().stages()) { if(stage->texture) { float const contrast = de::clamp(0.f, stage->strength, 1.f) * detailFactor /*Global strength multiplier*/; stage->texture->prepareVariant(resSys.detailTextureSpec(contrast)); } } // Do we need to prepare a shiny texture (and possibly a mask)? if(!material->isSkyMasked() && material->isShiny()) foreach(MaterialShineLayer::Stage *stage, material->shineLayer().stages()) { if(stage->texture) { stage->texture->prepareVariant(Rend_MapSurfaceShinyTextureSpec()); if(stage->maskTexture) { stage->maskTexture->prepareVariant(Rend_MapSurfaceShinyMaskTextureSpec()); } } } } }; /// A FIFO queue of material variant caching tasks. /// Implemented as a list because we may need to remove tasks from the queue if /// the material is destroyed in the mean time. typedef QList CacheQueue; CacheQueue cacheQueue; #endif struct SpriteGroup { SpriteSet sprites; ~SpriteGroup() { qDeleteAll(sprites); } }; typedef QMap SpriteGroups; SpriteGroups spriteGroups; NativePath nativeSavePath; Binder binder; Record savedSessionModule; // SavedSession: manipulation, conversion, etc... (based on native class SavedSession) Instance(Public *i) : Base(i) , defaultColorPalette (0) , materialManifestCount (0) , materialManifestIdMapSize(0) , materialManifestIdMap (0) #ifdef __CLIENT__ , fontManifestCount (0) , fontManifestIdMapSize (0) , fontManifestIdMap (0) , modelRepository (0) #endif , nativeSavePath (App::app().nativeHomePath() / "savegames") // default { LOG_AS("ResourceSystem"); resClasses.append(new ResourceClass("RC_PACKAGE", "Packages")); resClasses.append(new ResourceClass("RC_DEFINITION", "Defs")); resClasses.append(new ResourceClass("RC_GRAPHIC", "Graphics")); resClasses.append(new ResourceClass("RC_MODEL", "Models")); resClasses.append(new ResourceClass("RC_SOUND", "Sfx")); resClasses.append(new ResourceClass("RC_MUSIC", "Music")); resClasses.append(new ResourceClass("RC_FONT", "Fonts")); /// @note Order here defines the ambigious-URI search order. createTextureScheme("Sprites"); createTextureScheme("Textures"); createTextureScheme("Flats"); createTextureScheme("Patches"); createTextureScheme("System"); createTextureScheme("Details"); createTextureScheme("Reflections"); createTextureScheme("Masks"); createTextureScheme("ModelSkins"); createTextureScheme("ModelReflectionSkins"); createTextureScheme("Lightmaps"); createTextureScheme("Flaremaps"); /// @note Order here defines the ambigious-URI search order. createMaterialScheme("Sprites"); createMaterialScheme("Textures"); createMaterialScheme("Flats"); createMaterialScheme("System"); #ifdef __CLIENT__ /// @note Order here defines the ambigious-URI search order. createFontScheme("System"); createFontScheme("Game"); #endif #ifdef __CLIENT__ // Setup the SavedSession module. binder.init(savedSessionModule) << DENG2_FUNC(SavedSession_Convert, "convert", "gameId" << "savegamePath") << DENG2_FUNC(SavedSession_ConvertAll, "convertAll", "gameId"); App::scriptSystem().addNativeModule("SavedSession", savedSessionModule); // Determine the root directory of the saved session repository. if(int arg = App::commandLine().check("-savedir", 1)) { // Using a custom root save directory. App::commandLine().makeAbsolutePath(arg + 1); nativeSavePath = App::commandLine().at(arg + 1); } // Else use the default. #endif App_Games().audienceForAddition() += this; // Create the user saved session folder in the local FS if it doesn't yet exist. // Once created, any SavedSessions in this folder will be found and indexed // automatically into the file system. App::fileSystem().makeFolder("/home/savegames"); // Create the legacy savegame folder. App::fileSystem().makeFolder("/legacysavegames"); } ~Instance() { convertSavegameTasks.waitForDone(); App_Games().audienceForAddition() -= this; qDeleteAll(resClasses); self.clearAllAnimGroups(); #ifdef __CLIENT__ self.clearAllFontSchemes(); clearFontManifests(); #endif self.clearAllTextureSchemes(); clearTextureManifests(); #ifdef __CLIENT__ clearAllRawTextures(); #endif #ifdef __CLIENT__ self.purgeCacheQueue(); #endif self.clearAllMaterialGroups(); self.clearAllMaterialSchemes(); clearMaterialManifests(); #ifdef __CLIENT__ clearAllTextureSpecs(); clearMaterialSpecs(); #endif clearSprites(); #ifdef __CLIENT__ clearModels(); #endif self.clearAllColorPalettes(); } inline de::FS1 &fileSystem() { return App_FileSystem(); } void gameAdded(Game &game) { // Called from a non-UI thread. LOG_AS("ResourceSystem"); // Make the /home/savegames/ subfolder in the local FS if it does not yet exist. App::fileSystem().makeFolder(String("/home/savegames") / game.id()); } void clearMaterialManifests() { qDeleteAll(materialSchemes); materialSchemes.clear(); materialSchemeCreationOrder.clear(); // Clear the manifest index/map. if(materialManifestIdMap) { M_Free(materialManifestIdMap); materialManifestIdMap = 0; materialManifestIdMapSize = 0; } materialManifestCount = 0; } void createMaterialScheme(String name) { DENG2_ASSERT(name.length() >= MaterialScheme::min_name_length); // Create a new scheme. MaterialScheme *newScheme = new MaterialScheme(name); materialSchemes.insert(name.toLower(), newScheme); materialSchemeCreationOrder.append(newScheme); // We want notification when a new manifest is defined in this scheme. newScheme->audienceForManifestDefined += this; } void clearTextureManifests() { qDeleteAll(textureSchemes); textureSchemes.clear(); textureSchemeCreationOrder.clear(); } void createTextureScheme(String name) { DENG2_ASSERT(name.length() >= TextureScheme::min_name_length); // Create a new scheme. TextureScheme *newScheme = new TextureScheme(name); textureSchemes.insert(name.toLower(), newScheme); textureSchemeCreationOrder.append(newScheme); // We want notification when a new manifest is defined in this scheme. newScheme->audienceForManifestDefined += this; } void clearAllRawTextures() { qDeleteAll(rawTexHash); rawTexHash.clear(); } #ifdef __CLIENT__ void clearFontManifests() { qDeleteAll(fontSchemes); fontSchemes.clear(); fontSchemeCreationOrder.clear(); // Clear the manifest index/map. if(fontManifestIdMap) { M_Free(fontManifestIdMap); fontManifestIdMap = 0; fontManifestIdMapSize = 0; } fontManifestCount = 0; } void createFontScheme(String name) { DENG2_ASSERT(name.length() >= FontScheme::min_name_length); // Create a new scheme. FontScheme *newScheme = new FontScheme(name); fontSchemes.insert(name.toLower(), newScheme); fontSchemeCreationOrder.append(newScheme); // We want notification when a new manifest is defined in this scheme. newScheme->audienceForManifestDefined += this; } #endif void clearSprites() { spriteGroups.clear(); } SpriteGroup *spriteGroup(spritenum_t spriteId) { SpriteGroups::iterator found = spriteGroups.find(spriteId); if(found != spriteGroups.end()) { return &found.value(); } return 0; } SpriteGroup &newSpriteGroup(spritenum_t spriteId) { DENG2_ASSERT(!spriteGroup(spriteId)); // sanity check. return spriteGroups.insert(spriteId, SpriteGroup()).value(); } #ifdef __CLIENT__ void clearRuntimeFonts() { self.fontScheme("Game").clear(); self.pruneUnusedTextureSpecs(); } void clearSystemFonts() { self.fontScheme("System").clear(); self.pruneUnusedTextureSpecs(); } void clearMaterialSpecs() { qDeleteAll(materialSpecs); materialSpecs.clear(); } MaterialVariantSpec *findMaterialSpec(MaterialVariantSpec const &tpl, bool canCreate) { foreach(MaterialVariantSpec *spec, materialSpecs) { if(spec->compare(tpl)) return spec; } if(!canCreate) return 0; materialSpecs.append(new MaterialVariantSpec(tpl)); return materialSpecs.back(); } MaterialVariantSpec &getMaterialSpecForContext(MaterialContextId contextId, int flags, byte border, int tClass, int tMap, int wrapS, int wrapT, int minFilter, int magFilter, int anisoFilter, bool mipmapped, bool gammaCorrection, bool noStretch, bool toAlpha) { static MaterialVariantSpec tpl; texturevariantusagecontext_t primaryContext = TC_UNKNOWN; switch(contextId) { case UiContext: primaryContext = TC_UI; break; case MapSurfaceContext: primaryContext = TC_MAPSURFACE_DIFFUSE; break; case SpriteContext: primaryContext = TC_SPRITE_DIFFUSE; break; case ModelSkinContext: primaryContext = TC_MODELSKIN_DIFFUSE; break; case PSpriteContext: primaryContext = TC_PSPRITE_DIFFUSE; break; case SkySphereContext: primaryContext = TC_SKYSPHERE_DIFFUSE; break; default: DENG2_ASSERT(false); } TextureVariantSpec const &primarySpec = self.textureSpec(primaryContext, flags, border, tClass, tMap, wrapS, wrapT, minFilter, magFilter, anisoFilter, mipmapped, gammaCorrection, noStretch, toAlpha); // Apply the normalized spec to the template. tpl.context = contextId; tpl.primarySpec = &primarySpec; return *findMaterialSpec(tpl, true); } TextureVariantSpec &linkTextureSpec(TextureVariantSpec *spec) { DENG2_ASSERT(spec != 0); switch(spec->type) { case TST_GENERAL: textureSpecs.append(spec); break; case TST_DETAIL: { int hash = hashDetailTextureSpec(spec->detailVariant); detailTextureSpecs[hash].append(spec); break; } } return *spec; } TextureVariantSpec *findTextureSpec(TextureVariantSpec const &tpl, bool canCreate) { // Do we already have a concrete version of the template specification? switch(tpl.type) { case TST_GENERAL: { foreach(TextureVariantSpec *varSpec, textureSpecs) { if(*varSpec == tpl) { return varSpec; } } break; } case TST_DETAIL: { int hash = hashDetailTextureSpec(tpl.detailVariant); foreach(TextureVariantSpec *varSpec, detailTextureSpecs[hash]) { if(*varSpec == tpl) { return varSpec; } } break; } } // Not found, can we create? if(canCreate) { return &linkTextureSpec(new TextureVariantSpec(tpl)); } return 0; } TextureVariantSpec *textureSpec(texturevariantusagecontext_t tc, int flags, byte border, int tClass, int tMap, int wrapS, int wrapT, int minFilter, int magFilter, int anisoFilter, dd_bool mipmapped, dd_bool gammaCorrection, dd_bool noStretch, dd_bool toAlpha) { static TextureVariantSpec tpl; tpl.type = TST_GENERAL; configureTextureSpec(tpl.variant, tc, flags, border, tClass, tMap, wrapS, wrapT, minFilter, magFilter, anisoFilter, mipmapped, gammaCorrection, noStretch, toAlpha); // Retrieve a concrete version of the rationalized specification. return findTextureSpec(tpl, true); } TextureVariantSpec *detailTextureSpec(float contrast) { static TextureVariantSpec tpl; tpl.type = TST_DETAIL; configureDetailTextureSpec(tpl.detailVariant, contrast); return findTextureSpec(tpl, true); } bool textureSpecInUse(TextureVariantSpec const &spec) { foreach(Texture *texture, textures) foreach(TextureVariant *variant, texture->variants()) { if(&variant->spec() == &spec) { return true; // Found one; stop. } } return false; } int pruneUnusedTextureSpecs(TextureSpecs &list) { int numPruned = 0; QMutableListIterator it(list); while(it.hasNext()) { TextureVariantSpec *spec = it.next(); if(!textureSpecInUse(*spec)) { it.remove(); delete spec; numPruned += 1; } } return numPruned; } int pruneUnusedTextureSpecs(texturevariantspecificationtype_t specType) { switch(specType) { case TST_GENERAL: return pruneUnusedTextureSpecs(textureSpecs); case TST_DETAIL: { int numPruned = 0; for(int i = 0; i < DETAILVARIANT_CONTRAST_HASHSIZE; ++i) { numPruned += pruneUnusedTextureSpecs(detailTextureSpecs[i]); } return numPruned; } } return 0; } void clearAllTextureSpecs() { qDeleteAll(textureSpecs); textureSpecs.clear(); for(int i = 0; i < DETAILVARIANT_CONTRAST_HASHSIZE; ++i) { qDeleteAll(detailTextureSpecs[i]); detailTextureSpecs[i].clear(); } } #endif // __CLIENT__ void clearRuntimeTextures() { self.textureScheme("Flats").clear(); self.textureScheme("Textures").clear(); self.textureScheme("Patches").clear(); self.textureScheme("Sprites").clear(); self.textureScheme("Details").clear(); self.textureScheme("Reflections").clear(); self.textureScheme("Masks").clear(); self.textureScheme("ModelSkins").clear(); self.textureScheme("ModelReflectionSkins").clear(); self.textureScheme("Lightmaps").clear(); self.textureScheme("Flaremaps").clear(); #ifdef __CLIENT__ self.pruneUnusedTextureSpecs(); #endif } void clearSystemTextures() { self.textureScheme("System").clear(); #ifdef __CLIENT__ self.pruneUnusedTextureSpecs(); #endif } #ifdef __CLIENT__ void processCacheQueue() { while(!cacheQueue.isEmpty()) { QScopedPointer task(cacheQueue.takeFirst()); task->run(); } } void queueCacheTasksForMaterial(Material &material, MaterialVariantSpec const &contextSpec, bool cacheGroups = true) { // Already in the queue? bool alreadyQueued = false; foreach(CacheTask *baseTask, cacheQueue) { if(MaterialCacheTask *task = dynamic_cast(baseTask)) { if(&material == task->material && &contextSpec == task->spec) { alreadyQueued = true; break; } } } if(!alreadyQueued) { cacheQueue.append(new MaterialCacheTask(material, contextSpec)); } if(!cacheGroups) return; // If the material is part of one or more groups enqueue cache tasks // for all other materials within the same group(s). Although we could // use a flag in the task and have it find the groups come prepare time, // this way we can be sure there are no overlapping tasks. foreach(MaterialManifestGroup *group, materialGroups) { if(!group->contains(&material.manifest())) { continue; } foreach(MaterialManifest *manifest, *group) { if(!manifest->hasMaterial()) continue; // Have we already enqueued this material? if(&manifest->material() == &material) continue; queueCacheTasksForMaterial(manifest->material(), contextSpec, false /* do not cache groups */); } } } void queueCacheTasksForSprite(spritenum_t spriteId, MaterialVariantSpec const &contextSpec, bool cacheGroups = true) { if(SpriteGroup *group = spriteGroup(spriteId)) { foreach(Sprite *sprite, group->sprites) foreach(SpriteViewAngle const &viewAngle, sprite->viewAngles()) { if(Material *material = viewAngle.material) { queueCacheTasksForMaterial(*material, contextSpec, cacheGroups); } } } } void queueCacheTasksForModel(ModelDef &modelDef) { if(!useModels) return; for(uint sub = 0; sub < modelDef.subCount(); ++sub) { SubmodelDef &subdef = modelDef.subModelDef(sub); Model *mdl = modelForId(subdef.modelId); if(!mdl) continue; // Load all skins. foreach(ModelSkin const &skin, mdl->skins()) { if(Texture *tex = skin.texture) { tex->prepareVariant(Rend_ModelDiffuseTextureSpec(mdl->flags().testFlag(Model::NoTextureCompression))); } } // Load the shiny skin too. if(Texture *shinyTex = subdef.shinySkin) { shinyTex->prepareVariant(Rend_ModelShinyTextureSpec()); } } } #endif void deriveAllTexturesInScheme(String schemeName) { TextureScheme &scheme = self.textureScheme(schemeName); PathTreeIterator iter(scheme.index().leafNodes()); while(iter.hasNext()) { TextureManifest &manifest = iter.next(); deriveTexture(manifest); } } void loadPatchNames(String lumpName) { LOG_AS("loadPatchNames"); // Clear any previously exisiting names. patchNames.clear(); try { lumpnum_t lumpNum = fileSystem().lumpNumForName(lumpName); de::File1 &file = fileSystem().nameIndex().lump(lumpNum); if(file.size() < 4) { LOG_RES_WARNING("File \"%s\" (#%i) does not appear to be valid PNAMES data") << NativePath(file.composeUri().asText()).pretty() << lumpNum; return; } ByteRefArray lumpData = ByteRefArray(file.cache(), file.size()); de::Reader from = de::Reader(lumpData); // The data begins with the total number of patch names. dint32 numNames; from >> numNames; // Followed by the names (eight character ASCII strings). if(numNames > 0) { if((unsigned) numNames > (file.size() - 4) / 8) { // The data appears to be truncated. LOG_RES_WARNING("File \"%s\" (#%i) appears to be truncated (%u bytes, expected %u)") << NativePath(file.composeUri().asText()).pretty() << lumpNum << file.size() << (numNames * 8 + 4); // We'll only read this many names. numNames = (file.size() - 4) / 8; } // Read the names. for(int i = 0; i < numNames; ++i) { PatchName name; from >> name; patchNames.append(name); } } file.unlock(); } catch(LumpIndex::NotFoundError const &er) { if(App_GameLoaded()) { LOGDEV_RES_WARNING(er.asText()); } } } CompositeTextures loadCompositeTextureDefs() { LOG_AS("loadCompositeTextureDefs"); // Load the patch names from the PNAMES lump. loadPatchNames("PNAMES"); // If no patch names - there is no point continuing further. if(!patchNames.count()) return CompositeTextures(); // Collate an ordered list of all the definition files we intend to process. QList defFiles = collectPatchCompositeDefinitionFiles(); /** * Definitions are read into two discreet sets. * * Older add-ons contain copies of the original games' texture definitions, * with their own new definitions appended on the end. However, Doomsday needs * to classify all definitions according to whether they originate from the * original game data. To achieve the correct user-expected results, we must * compare each definition originating from an add-on to determine whether it * should instead be classified as "original" data. */ CompositeTextures defs, customDefs; // Process each definition file. int origIndexBase = 0; DENG2_FOR_EACH_CONST(QList, i, defFiles) { de::File1 &file = **i; LOG_RES_VERBOSE("Processing \"%s:%s\"...") << NativePath(file.container().composeUri().asText()).pretty() << NativePath(file.composeUri().asText()).pretty(); // Buffer the file. ByteRefArray dataBuffer = ByteRefArray(file.cache(), file.size()); // Read the next set of definitions. int archiveCount; CompositeTextures newDefs = readCompositeTextureDefs(dataBuffer, origIndexBase, archiveCount); // We have now finished with this file. file.unlock(); // In which set do these belong? CompositeTextures* existingDefs = (file.container().hasCustom()? &customDefs : &defs); if(!existingDefs->isEmpty()) { // Merge with the existing definitions. existingDefs->append(newDefs); } else { *existingDefs = newDefs; } // Maintain the original index. origIndexBase += archiveCount; // Print a summary. LOG_RES_MSG("Loaded %s texture definitions from \"%s:%s\"") << (newDefs.count() == archiveCount? String("all %1").arg(newDefs.count()) : String("%1 of %1").arg(newDefs.count()).arg(archiveCount)) << NativePath(file.container().composeUri().asText()).pretty() << NativePath(file.composeUri().asText()).pretty(); } if(!customDefs.isEmpty()) { // Custom definitions were found - we must cross compare them. // Map the definitions for O(log n) lookup performance, CompositeTextureMap mappedCustomDefs; foreach(CompositeTexture *custom, customDefs) { mappedCustomDefs.insert(custom->percentEncodedNameRef(), custom); } // Perform reclassification of replaced texture definitions. for(int i = 0; i < defs.count(); ++i) { CompositeTexture *orig = defs[i]; // Does a potential replacement exist for this original definition? CompositeTextureMap::const_iterator found = mappedCustomDefs.constFind(orig->percentEncodedNameRef()); if(found == mappedCustomDefs.constEnd()) continue; // Definition 'custom' is destined to replace 'orig'. CompositeTexture *custom = found.value(); bool haveReplacement = false; if(custom->isFlagged(CompositeTexture::Custom)) { haveReplacement = true; // Uses a custom patch. } else { // Do the definitions differ? if(custom->dimensions() != orig->dimensions() || custom->logicalDimensions() != orig->logicalDimensions() || custom->componentCount() != orig->componentCount()) { haveReplacement = true; } else { // Check the patches. for(int k = 0; k < orig->componentCount(); ++k) { CompositeTexture::Component const &origP = orig->components()[k]; CompositeTexture::Component const &customP = custom->components()[k]; if(origP.lumpNum() != customP.lumpNum() && origP.xOrigin() != customP.xOrigin() && origP.yOrigin() != customP.yOrigin()) { haveReplacement = true; break; } } } } if(haveReplacement) { custom->setFlags(CompositeTexture::Custom); // Let the PWAD "copy" override the IWAD original. defs.takeAt(i); delete orig; --i; // Process the new next definition item. } } /* * List 'defs' now contains only those definitions which are not superceeded * by those in the 'customDefs' list. */ // Add definitions from the custom list to the end of the main set. defs.append(customDefs); } return defs; } /** * Reads patch composite texture definitions from @a file. * * @param data The data buffer to be read. * @param origIndexBase Base value for the "original index" logic. * @param archiveCount Will be updated with the total number of definitions * in the file (which may not necessarily equal the total * number of definitions which are actually read). */ CompositeTextures readCompositeTextureDefs(IByteArray &data, int origIndexBase, int& archiveCount) { LOG_AS("readCompositeTextureDefs"); CompositeTextures result; ///< The resulting set of validated definitions. // The game data format determines the format of the archived data. CompositeTexture::ArchiveFormat format = (gameDataFormat == 0? CompositeTexture::DoomFormat : CompositeTexture::StrifeFormat); de::Reader reader(data); // First is a count of the total number of definitions. dint32 definitionCount; reader >> definitionCount; // Next is directory of offsets to the definitions. typedef QMap Offsets; Offsets offsets; for(int i = 0; i < definitionCount; ++i) { dint32 offset; reader >> offset; // Ensure the offset is within valid range. if(offset < 0 || (unsigned) offset < definitionCount * sizeof(offset) || (dsize) offset > reader.source()->size()) { LOG_RES_WARNING("Ignoring definition #%i: invalid offset %i") << i << offset; } else { offsets.insert(offset, origIndexBase + i); } } // Seek to each offset and deserialize the definition. DENG2_FOR_EACH_CONST(Offsets, i, offsets) { // Read the next definition. reader.setOffset(i.key()); CompositeTexture* def = CompositeTexture::constructFrom(reader, patchNames, format); // Attribute the "original index". def->setOrigIndex(i.value()); // If the composite contains at least one known component image it is // considered valid and we will therefore produce a Texture for it. DENG2_FOR_EACH_CONST(CompositeTexture::Components, it, def->components()) { if(it->lumpNum() >= 0) { // Its valid - include in the result. result.append(def); def = 0; break; } } // Failed to validate? Dump it. if(def) delete def; } archiveCount = definitionCount; return result; } /** * @param defs Definitions to be processed. */ void processCompositeTextureDefs(CompositeTextures &defs) { LOG_AS("processCompositeTextureDefs"); while(!defs.isEmpty()) { CompositeTexture &def = *defs.takeFirst(); de::Uri uri("Textures", Path(def.percentEncodedName())); Texture::Flags flags; if(def.isFlagged(CompositeTexture::Custom)) flags |= Texture::Custom; /* * The id Tech 1 implementation of the texture collection has a flaw * which results in the first texture being used dually as a "NULL" * texture. */ if(def.origIndex() == 0) flags |= Texture::NoDraw; try { TextureManifest &manifest = self.declareTexture(uri, flags, def.logicalDimensions(), Vector2i(), def.origIndex()); // Are we redefining an existing texture? if(manifest.hasTexture()) { // Yes. Destroy the existing definition (*should* exist). Texture &tex = manifest.texture(); CompositeTexture *oldDef = reinterpret_cast(tex.userDataPointer()); if(oldDef) { tex.setUserDataPointer(0); delete oldDef; } // Attach the new definition. tex.setUserDataPointer((void *)&def); continue; } // A new texture. else if(Texture *tex = manifest.derive()) { tex->setUserDataPointer((void *)&def); continue; } } catch(TextureScheme::InvalidPathError const &er) { LOG_RES_WARNING("Failed declaring texture \"%s\": %s") << uri << er.asText(); } delete &def; } } #ifdef __CLIENT__ void clearModels() { /// @todo Why only centralized memory deallocation? Bad (lazy) design... modefs.clear(); stateModefs.clear(); clearModelList(); if(modelRepository) { delete modelRepository; modelRepository = 0; } } Model *modelForId(modelid_t modelId) { DENG2_ASSERT(modelRepository); return reinterpret_cast(modelRepository->userPointer(modelId)); } inline String const &findModelPath(modelid_t id) { return modelRepository->stringRef(id); } /** * Create a new modeldef or find an existing one. This is for ID'd models. */ ModelDef *getModelDefWithId(String id) { if(id.isEmpty()) return 0; // First try to find an existing modef. if(self.hasModelDef(id)) { return &self.modelDef(id); } // Get a new entry. modefs.append(ModelDef(id.toUtf8().constData())); return &modefs.last(); } /** * Create a new modeldef or find an existing one. There can be only one model * definition associated with a state/intermark pair. */ ModelDef *getModelDef(int state, float interMark, int select) { // Is this a valid state? if(state < 0 || state >= countStates.num) { return 0; } // First try to find an existing modef. foreach(ModelDef const &modef, modefs) { if(modef.state == &states[state] && modef.interMark == interMark && modef.select == select) { // Models are loaded in reverse order; this one already has a model. return 0; } } modefs.append(ModelDef()); ModelDef *md = &modefs.last(); // Set initial data. md->state = &states[state]; md->interMark = interMark; md->select = select; return md; } String findSkinPath(Path const &skinPath, Path const &modelFilePath) { DENG2_ASSERT(!skinPath.isEmpty()); // Try the "first choice" directory first. if(!modelFilePath.isEmpty()) { // The "first choice" directory is that in which the model file resides. try { return fileSystem().findPath(de::Uri("Models", modelFilePath.toString().fileNamePath() / skinPath.fileName()), RLF_DEFAULT, self.resClass(RC_GRAPHIC)); } catch(FS1::NotFoundError const &) {} // Ignore this error. } /// @throws FS1::NotFoundError if no resource was found. return fileSystem().findPath(de::Uri("Models", skinPath), RLF_DEFAULT, self.resClass(RC_GRAPHIC)); } /** * Allocate room for a new skin file name. */ short defineSkinAndAddToModelIndex(Model &mdl, Path const &skinPath) { if(Texture *tex = self.defineTexture("ModelSkins", de::Uri(skinPath))) { // A duplicate? (return existing skin number) for(int i = 0; i < mdl.skinCount(); ++i) { if(mdl.skin(i).texture == tex) return i; } // Add this new skin. mdl.newSkin(skinPath.toString()).texture = tex; return mdl.skinCount() - 1; } return -1; } void defineAllSkins(Model &mdl) { String const &modelFilePath = findModelPath(mdl.modelId()); int numFoundSkins = 0; for(int i = 0; i < mdl.skinCount(); ++i) { ModelSkin &skin = mdl.skin(i); if(skin.name.isEmpty()) continue; try { de::Uri foundResourceUri(Path(findSkinPath(skin.name, modelFilePath))); skin.texture = self.defineTexture("ModelSkins", foundResourceUri); // We have found one more skin for this model. numFoundSkins += 1; } catch(FS1::NotFoundError const&) { LOG_RES_WARNING("Failed to locate \"%s\" (#%i) for model \"%s\"") << skin.name << i << NativePath(modelFilePath).pretty(); } } if(!numFoundSkins) { // Lastly try a skin named similarly to the model in the same directory. de::Uri searchPath(modelFilePath.fileNamePath() / modelFilePath.fileNameWithoutExtension(), RC_GRAPHIC); try { String foundPath = fileSystem().findPath(searchPath, RLF_DEFAULT, self.resClass(RC_GRAPHIC)); // Ensure the found path is absolute. foundPath = App_BasePath() / foundPath; defineSkinAndAddToModelIndex(mdl, foundPath); // We have found one more skin for this model. numFoundSkins = 1; LOG_RES_MSG("Assigned fallback skin \"%s\" to index #0 for model \"%s\"") << NativePath(foundPath).pretty() << NativePath(modelFilePath).pretty(); } catch(FS1::NotFoundError const&) {} // Ignore this error. } if(!numFoundSkins) { LOG_RES_WARNING("Model \"%s\" will be rendered without a skin (none found)") << NativePath(modelFilePath).pretty(); } } /** * Scales the given model so that it'll be 'destHeight' units tall. Measurements * are based on submodel zero. Scale is applied uniformly. */ void scaleModel(ModelDef &mf, float destHeight, float offset) { if(!mf.subCount()) return; SubmodelDef &smf = mf.subModelDef(0); // No model to scale? if(!smf.modelId) return; // Find the top and bottom heights. float top, bottom; float height = self.model(smf.modelId).frame(smf.frame).horizontalRange(&top, &bottom); if(!height) height = 1; float scale = destHeight / height; mf.scale = Vector3f(scale, scale, scale); mf.offset.y = -bottom * scale + offset; } void scaleModelToSprite(ModelDef &mf, Sprite *sprite) { if(!sprite) return; if(!sprite->hasViewAngle(0)) return; MaterialSnapshot const &ms = sprite->viewAngle(0).material->prepare(Rend_SpriteMaterialSpec()); Texture const &tex = ms.texture(MTU_PRIMARY).generalCase(); int off = de::max(0, -tex.origin().y - ms.height()); scaleModel(mf, ms.height(), off); } float calcModelVisualRadius(ModelDef *def) { if(!def || !def->subModelId(0)) return 0; // Use the first frame bounds. Vector3f min, max; float maxRadius = 0; for(uint i = 0; i < def->subCount(); ++i) { if(!def->subModelId(i)) break; SubmodelDef &sub = def->subModelDef(i); self.model(sub.modelId).frame(sub.frame).bounds(min, max); // Half the distance from bottom left to top right. float radius = (def->scale.x * (max.x - min.x) + def->scale.z * (max.z - min.z)) / 3.5f; if(radius > maxRadius) { maxRadius = radius; } } return maxRadius; } /** * Creates a modeldef based on the given DED info. A pretty straightforward * operation. No interlinks are set yet. Autoscaling is done and the scale * factors set appropriately. After this has been called for all available * Model DEDs, each State that has a model will have a pointer to the one * with the smallest intermark (start of a chain). */ void setupModel(ded_model_t &def) { LOG_AS("setupModel"); int const modelScopeFlags = def.flags | defs.modelFlags; int const statenum = Def_GetStateNum(def.state); // Is this an ID'd model? ModelDef *modef = getModelDefWithId(def.id); if(!modef) { // No, normal State-model. if(statenum < 0) return; modef = getModelDef(statenum + def.off, def.interMark, def.selector); if(!modef) return; // Can't get a modef, quit! } // Init modef info (state & intermark already set). modef->def = &def; modef->group = def.group; modef->flags = modelScopeFlags; modef->offset = def.offset; modef->offset.y += defs.modelOffset; // Common Y axis offset. modef->scale = def.scale; modef->scale.y *= defs.modelScale; // Common Y axis scaling. modef->resize = def.resize; modef->skinTics = de::max(def.skinTics, 1); for(int i = 0; i < 2; ++i) { modef->interRange[i] = def.interRange[i]; } // Submodels. modef->clearSubs(); for(uint i = 0; i < def.subCount(); ++i) { ded_submodel_t const *subdef = &def.sub(i); SubmodelDef *sub = modef->addSub(); sub->modelId = 0; if(!subdef->filename) continue; de::Uri const &searchPath = reinterpret_cast(*subdef->filename); if(searchPath.isEmpty()) continue; try { String foundPath = fileSystem().findPath(searchPath, RLF_DEFAULT, self.resClass(RC_MODEL)); // Ensure the found path is absolute. foundPath = App_BasePath() / foundPath; // Have we already loaded this? modelid_t modelId = modelRepository->intern(foundPath); Model *mdl = modelForId(modelId); if(!mdl) { // Attempt to load it in now. QScopedPointer hndl(&fileSystem().openFile(foundPath, "rb")); mdl = Model::loadFromFile(*hndl, modelAspectMod); // We're done with the file. fileSystem().releaseFile(hndl->file()); // Loaded? if(mdl) { // Add it to the repository, mdl->setModelId(modelId); modelRepository->setUserPointer(modelId, mdl); defineAllSkins(*mdl); // Enlarge the vertex buffers in preparation for drawing of this model. if(!Rend_ModelExpandVertexBuffers(mdl->vertexCount())) { LOG_RES_WARNING("Model \"%s\" contains more than %u max vertices (%i), it will not be rendered") << NativePath(foundPath).pretty() << uint(RENDER_MAX_MODEL_VERTS) << mdl->vertexCount(); } } } // Loaded? if(!mdl) continue; sub->modelId = mdl->modelId(); sub->frame = mdl->frameNumber(subdef->frame); if(sub->frame < 0) sub->frame = 0; sub->frameRange = de::max(1, subdef->frameRange); // Frame range must always be greater than zero. sub->alpha = byte(de::clamp(0, int(255 - subdef->alpha * 255), 255)); sub->blendMode = subdef->blendMode; // Submodel-specific flags cancel out model-scope flags! sub->setFlags(modelScopeFlags ^ subdef->flags); // Flags may override alpha and/or blendmode. if(sub->testFlag(MFF_BRIGHTSHADOW)) { sub->alpha = byte(256 * .80f); sub->blendMode = BM_ADD; } else if(sub->testFlag(MFF_BRIGHTSHADOW2)) { sub->blendMode = BM_ADD; } else if(sub->testFlag(MFF_DARKSHADOW)) { sub->blendMode = BM_DARK; } else if(sub->testFlag(MFF_SHADOW2)) { sub->alpha = byte(256 * .2f); } else if(sub->testFlag(MFF_SHADOW1)) { sub->alpha = byte(256 * .62f); } // Extra blendmodes: if(sub->testFlag(MFF_REVERSE_SUBTRACT)) { sub->blendMode = BM_REVERSE_SUBTRACT; } else if(sub->testFlag(MFF_SUBTRACT)) { sub->blendMode = BM_SUBTRACT; } if(subdef->skinFilename && !Uri_IsEmpty(subdef->skinFilename)) { // A specific file name has been given for the skin. String const &skinFilePath = reinterpret_cast(*subdef->skinFilename).path(); String const &modelFilePath = findModelPath(sub->modelId); try { Path foundResourcePath(findSkinPath(skinFilePath, modelFilePath)); sub->skin = defineSkinAndAddToModelIndex(*mdl, foundResourcePath); } catch(FS1::NotFoundError const&) { LOG_RES_WARNING("Failed to locate skin \"%s\" for model \"%s\"") << reinterpret_cast(*subdef->skinFilename) << NativePath(modelFilePath).pretty(); } } else { sub->skin = subdef->skin; } // Skin range must always be greater than zero. sub->skinRange = de::max(subdef->skinRange, 1); // Offset within the model. sub->offset = subdef->offset; if(subdef->shinySkin && !Uri_IsEmpty(subdef->shinySkin)) { String const &skinFilePath = reinterpret_cast(*subdef->shinySkin).path(); String const &modelFilePath = findModelPath(sub->modelId); try { de::Uri foundResourceUri(Path(findSkinPath(skinFilePath, modelFilePath))); sub->shinySkin = self.defineTexture("ModelReflectionSkins", foundResourceUri); } catch(FS1::NotFoundError const &) { LOG_RES_WARNING("Failed to locate skin \"%s\" for model \"%s\"") << skinFilePath << NativePath(modelFilePath).pretty(); } } else { sub->shinySkin = 0; } // Should we allow texture compression with this model? if(sub->testFlag(MFF_NO_TEXCOMP)) { // All skins of this model will no longer use compression. mdl->setFlags(Model::NoTextureCompression); } } catch(FS1::NotFoundError const &) { LOG_RES_WARNING("Failed to locate \"%s\"") << searchPath; } } // Do scaling, if necessary. if(modef->resize) { scaleModel(*modef, modef->resize, modef->offset.y); } else if(modef->state && modef->testSubFlag(0, MFF_AUTOSCALE)) { spritenum_t sprNum = Def_GetSpriteNum(def.sprite.id); int sprFrame = def.spriteFrame; if(sprNum < 0) { // No sprite ID given. sprNum = modef->state->sprite; sprFrame = modef->state->frame; } if(Sprite *sprite = self.spritePtr(sprNum, sprFrame)) { scaleModelToSprite(*modef, sprite); } } if(modef->state) { int stateNum = modef->state - states; // Associate this modeldef with its state. if(stateModefs[stateNum] < 0) { // No modef; use this. stateModefs[stateNum] = self.indexOf(modef); } else { // Must check intermark; smallest wins! ModelDef *other = self.modelDefForState(stateNum); if((modef->interMark <= other->interMark && // Should never be == modef->select == other->select) || modef->select < other->select) // Smallest selector? { stateModefs[stateNum] = self.indexOf(modef); } } } // Calculate the particle offset for each submodel. Vector3f min, max; for(uint i = 0; i < modef->subCount(); ++i) { SubmodelDef *sub = &modef->subModelDef(i); if(sub->modelId && sub->frame >= 0) { self.model(sub->modelId).frame(sub->frame).bounds(min, max); modef->setParticleOffset(i, ((max + min) / 2 + sub->offset) * modef->scale + modef->offset); } } // Calculate visual radius for shadows. /// @todo fixme: use a separate property. /*if(def.shadowRadius) { modef->visualRadius = def.shadowRadius; } else*/ { modef->visualRadius = calcModelVisualRadius(modef); } } static int destroyModelInRepository(StringPool::Id id, void *context) { ModelRepository &modelRepository = *static_cast(context); if(Model *model = reinterpret_cast(modelRepository.userPointer(id))) { modelRepository.setUserPointer(id, 0); delete model; } return 0; } void clearModelList() { if(!modelRepository) return; modelRepository->iterate(destroyModelInRepository, modelRepository); } #endif /// Observes MaterialScheme ManifestDefined. void materialSchemeManifestDefined(MaterialScheme & /*scheme*/, MaterialManifest &manifest) { /// Number of elements to block-allocate in the material index to material manifest map. int const MANIFESTIDMAP_BLOCK_ALLOC = 32; // We want notification when the manifest is derived to produce a material. manifest.audienceForMaterialDerived += this; // We want notification when the manifest is about to be deleted. manifest.audienceForDeletion += this; // Acquire a new unique identifier for the manifest. materialid_t const id = ++materialManifestCount; // 1-based. manifest.setId(id); // Add the new manifest to the id index/map. if(materialManifestCount > materialManifestIdMapSize) { // Allocate more memory. materialManifestIdMapSize += MANIFESTIDMAP_BLOCK_ALLOC; materialManifestIdMap = (MaterialManifest **) M_Realloc(materialManifestIdMap, sizeof(*materialManifestIdMap) * materialManifestIdMapSize); } materialManifestIdMap[materialManifestCount - 1] = &manifest; } /// Observes MaterialManifest MaterialDerived. void materialManifestMaterialDerived(MaterialManifest & /*manifest*/, Material &material) { // Include this new material in the scheme-agnostic list of instances. materials.append(&material); // We want notification when the material is about to be deleted. material.audienceForDeletion += this; } /// Observes MaterialManifest Deletion. void materialManifestBeingDeleted(MaterialManifest const &manifest) { foreach(MaterialManifestGroup *group, materialGroups) { group->remove(const_cast(&manifest)); } materialManifestIdMap[manifest.id() - 1 /*1-based*/] = 0; // There will soon be one fewer manifest in the system. materialManifestCount -= 1; } /// Observes Material Deletion. void materialBeingDeleted(Material const &material) { materials.removeOne(const_cast(&material)); } /// Observes TextureScheme ManifestDefined. void textureSchemeManifestDefined(TextureScheme & /*scheme*/, TextureManifest &manifest) { // We want notification when the manifest is derived to produce a texture. manifest.audienceForTextureDerived += this; } /// Observes TextureManifest TextureDerived. void textureManifestTextureDerived(TextureManifest & /*manifest*/, Texture &texture) { // Include this new texture in the scheme-agnostic list of instances. textures.append(&texture); // We want notification when the texture is about to be deleted. texture.audienceForDeletion += this; } /// Observes Texture Deletion. void textureBeingDeleted(Texture const &texture) { textures.removeOne(const_cast(&texture)); } #ifdef __CLIENT__ /// Observes FontScheme ManifestDefined. void fontSchemeManifestDefined(FontScheme & /*scheme*/, FontManifest &manifest) { // We want notification when the manifest is derived to produce a resource. //manifest.audienceForFontDerived += this; // We want notification when the manifest is about to be deleted. manifest.audienceForDeletion += this; // Acquire a new unique identifier for the manifest. fontid_t const id = ++fontManifestCount; // 1-based. manifest.setUniqueId(id); // Add the new manifest to the id index/map. if(fontManifestCount > fontManifestIdMapSize) { // Allocate more memory. fontManifestIdMapSize += 32; fontManifestIdMap = (FontManifest **) M_Realloc(fontManifestIdMap, sizeof(*fontManifestIdMap) * fontManifestIdMapSize); } fontManifestIdMap[fontManifestCount - 1] = &manifest; } #if 0 /// Observes FontManifest FontDerived. void fontManifestFontDerived(FontManifest & /*manifest*/, AbstractFont &font) { // Include this new font in the scheme-agnostic list of instances. fonts.append(&font); // We want notification when the font is about to be deleted. font.audienceForDeletion += this; } #endif /// Observes FontManifest Deletion. void fontManifestBeingDeleted(FontManifest const &manifest) { fontManifestIdMap[manifest.uniqueId() - 1 /*1-based*/] = 0; // There will soon be one fewer manifest in the system. fontManifestCount -= 1; } /// Observes AbstractFont Deletion. void fontBeingDeleted(AbstractFont const &font) { fonts.removeOne(const_cast(&font)); } /// Observes ColorPalette ColorTableChange void colorPaletteColorTableChanged(ColorPalette &colorPalette) { // Release all GL-textures prepared using @a colorPalette. foreach(Texture *texture, textures) { colorpalette_analysis_t *cp = reinterpret_cast(texture->analysisDataPointer(Texture::ColorPaletteAnalysis)); if(cp && cp->paletteId == colorpaletteid_t(colorPalette.id())) { texture->releaseGLTextures(); } } } #endif // __CLIENT__ /** * Asynchronous task that attempts conversion of a legacy savegame. Each converter * plugin is tried in turn. */ class ConvertSavegameTask : public Task { ddhook_savegame_convert_t parm; public: ConvertSavegameTask(String const &sourcePath, String const &gameId) { // Ensure the game is defined (sanity check). /*Game &game = */ App_Games().byIdentityKey(gameId); // Ensure the output folder exists if it doesn't already. String const outputPath = String("/home/savegames") / gameId; App::fileSystem().makeFolder(outputPath); Str_Set(Str_InitStd(&parm.sourcePath), sourcePath.toUtf8().constData()); Str_Set(Str_InitStd(&parm.outputPath), outputPath.toUtf8().constData()); Str_Set(Str_InitStd(&parm.fallbackGameId), gameId.toUtf8().constData()); } ~ConvertSavegameTask() { Str_Free(&parm.sourcePath); Str_Free(&parm.outputPath); Str_Free(&parm.fallbackGameId); } void runTask() { /// @todo fixme: Concurrent active plugins!! DD_CallHooks(HOOK_SAVEGAME_CONVERT, 0, &parm); } }; TaskPool convertSavegameTasks; void loopIteration() { if(convertSavegameTasks.isDone()) { LOG_AS("ResourceSystem"); Loop::appLoop().audienceForIteration() -= this; try { // The newly converted savegame(s) should now be somewhere in /home/savegames App::rootFolder().locate("/home/savegames").populate(); } catch(Folder::NotFoundError const &) {} // Ignore. } } void beginConvertLegacySavegame(String const &sourcePath, String const &gameId) { LOG_AS("ResourceSystem"); LOG_TRACE("Scheduling legacy savegame conversion for %s (gameId:%s)") << sourcePath << gameId; Loop::appLoop().audienceForIteration() += this; convertSavegameTasks.start(new ConvertSavegameTask(sourcePath, gameId)); } void locateLegacySavegames(String const &gameId) { LOG_AS("ResourceSystem"); String const legacySavePath = String("/legacysavegames") / gameId; if(Folder *oldSaveFolder = App::rootFolder().tryLocate(legacySavePath)) { // Add any new legacy savegames which may have appeared in this folder. oldSaveFolder->populate(Folder::PopulateOnlyThisFolder /* no need to go deep */); } else { try { // Make and setup a feed for the /legacysavegames/ subfolder if the game // might have legacy savegames we may need to convert later. NativePath const oldSavePath = App_Games().byIdentityKey(gameId).legacySavegamePath(); if(oldSavePath.exists() && oldSavePath.isReadable()) { App::fileSystem().makeFolderWithFeed(legacySavePath, new DirectoryFeed(oldSavePath), Folder::PopulateOnlyThisFolder /* no need to go deep */); } } catch(Games::NotFoundError const &) {} // Ignore this error } } }; ResourceSystem::ResourceSystem() : d(new Instance(this)) {} void ResourceSystem::timeChanged(Clock const &) { // Nothing to do. } ResourceClass &ResourceSystem::resClass(String name) { if(!name.isEmpty()) { foreach(ResourceClass *resClass, d->resClasses) { if(!resClass->name().compareWithoutCase(name)) return *resClass; } } return d->nullResourceClass; // Not found. } ResourceClass &ResourceSystem::resClass(resourceclassid_t id) { if(id == RC_NULL) return d->nullResourceClass; if(VALID_RESOURCECLASSID(id)) { return *d->resClasses.at(uint(id)); } /// @throw UnknownResourceClass Attempted with an unknown id. throw UnknownResourceClassError("ResourceSystem::toClass", QString("Invalid id '%1'").arg(int(id))); } void ResourceSystem::clearAllResources() { clearAllRuntimeResources(); clearAllSystemResources(); } void ResourceSystem::clearAllRuntimeResources() { #ifdef __CLIENT__ d->clearRuntimeFonts(); #endif d->clearRuntimeTextures(); } void ResourceSystem::clearAllSystemResources() { #ifdef __CLIENT__ d->clearSystemFonts(); #endif d->clearSystemTextures(); } int ResourceSystem::spriteCount() { return d->spriteGroups.count(); } bool ResourceSystem::hasSprite(spritenum_t spriteId, int frame) { if(Instance::SpriteGroup *group = d->spriteGroup(spriteId)) { if(frame >= 0 && frame < group->sprites.count()) { return true; } } return false; } Sprite &ResourceSystem::sprite(spritenum_t spriteId, int frame) { return *spriteSet(spriteId).at(frame); } ResourceSystem::SpriteSet const &ResourceSystem::spriteSet(spritenum_t spriteId) { if(Instance::SpriteGroup *group = d->spriteGroup(spriteId)) { return group->sprites; } /// @throw MissingResourceError An unknown/invalid id was specified. throw MissingResourceError("ResourceSystem::spriteSet", "Invalid sprite id " + String::number(spriteId)); } void ResourceSystem::initSystemTextures() { LOG_AS("ResourceSystem"); static const struct TexDef { String const graphicName; String const path; } texDefs[] = { { "unknown", "unknown" }, { "missing", "missing" }, { "bbox", "bbox" }, { "gray", "gray" }, { "mouse", "ui/mouse" }, { "boxcorner", "ui/boxcorner" }, { "boxfill", "ui/boxfill" }, { "boxshade", "ui/boxshade" }, { "hint", "ui/hint" }, { "logo", "ui/logo" }, { "background", "ui/background" }, { "", "" } }; LOG_RES_VERBOSE("Initializing System textures..."); for(uint i = 0; !texDefs[i].graphicName.isEmpty(); ++i) { struct TexDef const &def = texDefs[i]; int uniqueId = i + 1/*1-based index*/; de::Uri resourceUri("Graphics", Path(def.graphicName)); declareTexture(de::Uri("System", Path(def.path)), Texture::Custom, Vector2i(), Vector2i(), uniqueId, &resourceUri); } // Define any as yet undefined system textures. /// @todo Defer until necessary (manifest texture is first referenced). d->deriveAllTexturesInScheme("System"); } static QList collectPatchCompositeDefinitionFiles() { QList result; /* * Precedence order of definitions is defined by id tech1 which processes * the TEXTURE1/2 lumps in the following order: * * (last)TEXTURE2 > (last)TEXTURE1 */ LumpIndex const &index = App_FileSystem().nameIndex(); lumpnum_t firstTexLump = App_FileSystem().lumpNumForName("TEXTURE1"); lumpnum_t secondTexLump = App_FileSystem().lumpNumForName("TEXTURE2"); /* * Also process all other lumps named TEXTURE1/2. */ for(int i = 0; i < index.size(); ++i) { de::File1 &file = index.lump(i); // Will this be processed anyway? if(i == firstTexLump) continue; if(i == secondTexLump) continue; String fileName = file.name().fileNameWithoutExtension(); if(fileName.compareWithoutCase("TEXTURE1") && fileName.compareWithoutCase("TEXTURE2")) { continue; } result.append(&file); } if(firstTexLump >= 0) { result.append(&index.lump(firstTexLump)); } if(secondTexLump >= 0) { result.append(&index.lump(secondTexLump)); } return result; } void ResourceSystem::initCompositeTextures() { Time begunAt; LOG_AS("ResourceSystem"); LOG_RES_VERBOSE("Initializing PatchComposite textures..."); // Load texture definitions from TEXTURE1/2 lumps. CompositeTextures texs = d->loadCompositeTextureDefs(); d->processCompositeTextureDefs(texs); DENG_ASSERT(texs.isEmpty()); LOG_RES_VERBOSE("initCompositeTextures: Completed in %.2f seconds") << begunAt.since(); } void ResourceSystem::initFlatTextures() { Time begunAt; LOG_AS("ResourceSystem"); LOG_RES_VERBOSE("Initializing Flat textures..."); LumpIndex const &index = d->fileSystem().nameIndex(); lumpnum_t firstFlatMarkerLumpNum = index.firstIndexForPath(Path("F_START.lmp")); if(firstFlatMarkerLumpNum >= 0) { lumpnum_t lumpNum; de::File1 *blockContainer = 0; for(lumpNum = index.size(); lumpNum --> firstFlatMarkerLumpNum + 1;) { de::File1 &file = index.lump(lumpNum); String percentEncodedName = file.name().fileNameWithoutExtension(); if(blockContainer && blockContainer != &file.container()) { blockContainer = 0; } if(!blockContainer) { if(!percentEncodedName.compareWithoutCase("F_END") || !percentEncodedName.compareWithoutCase("FF_END")) { blockContainer = &file.container(); } continue; } if(!percentEncodedName.compareWithoutCase("F_START")) { blockContainer = 0; continue; } // Ignore extra marker lumps. if(!percentEncodedName.compareWithoutCase("FF_START") || !percentEncodedName.compareWithoutCase("F_END") || !percentEncodedName.compareWithoutCase("FF_END")) continue; de::Uri uri("Flats", Path(percentEncodedName)); if(hasTextureManifest(uri)) continue; Texture::Flags flags; if(file.container().hasCustom()) flags |= Texture::Custom; /* * Kludge Assume 64x64 else when the flat is loaded it will inherit the * pixel dimensions of the graphic, which, if it has been replaced with * a hires version - will be much larger than it should be. * * @todo Always determine size from the lowres original. */ Vector2i dimensions(64, 64); Vector2i origin(0, 0); int const uniqueId = lumpNum - (firstFlatMarkerLumpNum + 1); de::Uri resourceUri = composeLumpIndexResourceUrn(lumpNum); declareTexture(uri, flags, dimensions, origin, uniqueId, &resourceUri); } } // Define any as yet undefined flat textures. /// @todo Defer until necessary (manifest texture is first referenced). d->deriveAllTexturesInScheme("Flats"); LOG_RES_VERBOSE("Flat textures initialized in %.2f seconds") << begunAt.since(); } /// Returns a value in the range [0..Sprite::max_angles] if @a rotCode can be /// interpreted as a sprite rotation number; otherwise @c -1 static int toSpriteRotation(QChar rotCode) { int rot = -1; // Unknown. if(rotCode.isDigit()) { rot = rotCode.digitValue(); } else if(rotCode.isLetter()) { char charCodeLatin1 = rotCode.toUpper().toLatin1(); if(charCodeLatin1 >= 'A') { rot = charCodeLatin1 - 'A' + 10; } } if(rot > Sprite::max_angles) { rot = -1; } else if(rot > 0) { if(rot <= Sprite::max_angles / 2) { rot = (rot - 1) * 2 + 1; } else { rot = (rot - 9) * 2 + 2; } } return rot; } /// Returns @c true iff @a name is a well-formed sprite name. static bool validateSpriteName(String name) { if(name.length() < 6) return false; // Character at position 5 is a rotation number. if(toSpriteRotation(name.at(5)) < 0) { return false; } // If defined, the character at position 7 is also a rotation number. if(name.length() >= 7) { if(toSpriteRotation(name.at(7)) < 0) { return false; } } return true; } void ResourceSystem::initSpriteTextures() { Time begunAt; LOG_AS("ResourceSystem"); LOG_RES_VERBOSE("Initializing Sprite textures..."); int uniqueId = 1/*1-based index*/; /// @todo fixme: Order here does not respect id tech1 logic. ddstack_t *stack = Stack_New(); LumpIndex const &index = d->fileSystem().nameIndex(); for(int i = 0; i < index.size(); ++i) { de::File1 &file = index.lump(i); String fileName = file.name().fileNameWithoutExtension(); if(fileName.beginsWith('S', Qt::CaseInsensitive) && fileName.length() >= 5) { if(fileName.endsWith("_START", Qt::CaseInsensitive)) { // We've arrived at *a* sprite block. Stack_Push(stack, NULL); continue; } if(fileName.endsWith("_END", Qt::CaseInsensitive)) { // The sprite block ends. Stack_Pop(stack); continue; } } if(!Stack_Height(stack)) continue; String decodedFileName = QString(QByteArray::fromPercentEncoding(fileName.toUtf8())); if(!validateSpriteName(decodedFileName)) { LOG_RES_NOTE("Ignoring invalid sprite name '%s'") << decodedFileName; continue; } de::Uri uri("Sprites", Path(fileName)); Texture::Flags flags = 0; // If this is from an add-on flag it as "custom". if(file.container().hasCustom()) { flags |= Texture::Custom; } Vector2i dimensions; Vector2i origin; // If this is a Patch read the world dimension and origin offset values. ByteRefArray fileData = ByteRefArray(file.cache(), file.size()); if(Patch::recognize(fileData)) { try { Patch::Metadata info = Patch::loadMetadata(fileData); dimensions = info.logicalDimensions; origin = -info.origin; } catch(IByteArray::OffsetError const &) { LOG_RES_WARNING("File \"%s:%s\" does not appear to be a valid Patch. " "World dimension and origin offset not set for sprite \"%s\".") << NativePath(file.container().composePath()).pretty() << NativePath(file.composePath()).pretty() << uri; } } file.unlock(); de::Uri resourceUri = composeLumpIndexResourceUrn(i); try { declareTexture(uri, flags, dimensions, origin, uniqueId, &resourceUri); uniqueId++; } catch(TextureScheme::InvalidPathError const &er) { LOG_RES_WARNING("Failed declaring texture \"%s\": %s") << uri << er.asText(); } } while(Stack_Height(stack)) { Stack_Pop(stack); } Stack_Delete(stack); // Define any as yet undefined sprite textures. /// @todo Defer until necessary (manifest texture is first referenced). d->deriveAllTexturesInScheme("Sprites"); LOG_RES_VERBOSE("Sprite textures initialized in %.2f seconds") << begunAt.since(); } Texture *ResourceSystem::texture(String schemeName, de::Uri const *resourceUri) { if(resourceUri && !resourceUri->isEmpty()) { if(!resourceUri->path().toStringRef().compareWithoutCase("-")) return 0; try { return &textureScheme(schemeName).findByResourceUri(*resourceUri).texture(); } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(TextureScheme::NotFoundError const &) {} // Ignore this error. } return 0; } Texture *ResourceSystem::defineTexture(String schemeName, de::Uri const &resourceUri, Vector2i const &dimensions) { LOG_AS("ResourceSystem::defineTexture"); if(resourceUri.isEmpty()) return 0; // Have we already created one for this? TextureScheme &scheme = textureScheme(schemeName); try { return &scheme.findByResourceUri(resourceUri).texture(); } catch(TextureManifest::MissingTextureError const &) {} // Ignore this error. catch(TextureScheme::NotFoundError const &) {} // Ignore this error. int uniqueId = scheme.count() + 1; // 1-based index. if(M_NumDigits(uniqueId) > 8) { LOG_RES_WARNING("Failed declaring texture manifest in scheme %s (max:%i)") << schemeName << DDMAXINT; return 0; } de::Uri uri(scheme.name(), Path(String("%1").arg(uniqueId, 8, 10, QChar('0')))); try { TextureManifest &manifest = declareTexture(uri, Texture::Custom, dimensions, Vector2i(), uniqueId, &resourceUri); /// @todo Defer until necessary (manifest texture is first referenced). return deriveTexture(manifest); } catch(TextureScheme::InvalidPathError const &er) { LOG_RES_WARNING("Failed declaring texture \"%s\": %s") << uri << er.asText(); } return 0; } patchid_t ResourceSystem::declarePatch(String encodedName) { LOG_AS("ResourceSystem::declarePatch"); if(encodedName.isEmpty()) return 0; de::Uri uri("Patches", Path(encodedName)); // Already defined as a patch? try { TextureManifest &manifest = textureManifest(uri); /// @todo We should instead define Materials from patches and return the material id. return patchid_t( manifest.uniqueId() ); } catch(MissingManifestError const &) {} // Ignore this error. Path lumpPath = uri.path() + ".lmp"; lumpnum_t lumpNum = d->fileSystem().nameIndex().lastIndexForPath(lumpPath); if(lumpNum < 0) { LOG_RES_WARNING("Failed to locate lump for \"%s\"") << uri; return 0; } de::File1 &file = d->fileSystem().nameIndex().lump(lumpNum); Texture::Flags flags; if(file.container().hasCustom()) flags |= Texture::Custom; Vector2i dimensions; Vector2i origin; // If this is a Patch (the format) read the world dimension and origin offset values. ByteRefArray fileData = ByteRefArray(file.cache(), file.size()); if(Patch::recognize(fileData)) { try { Patch::Metadata info = Patch::loadMetadata(fileData); dimensions = info.logicalDimensions; origin = Vector2i(-info.origin.x, -info.origin.y); } catch(IByteArray::OffsetError const &) { LOG_RES_WARNING("File \"%s:%s\" does not appear to be a valid Patch. " "World dimension and origin offset not set for patch \"%s\".") << NativePath(file.container().composePath()).pretty() << NativePath(file.composePath()).pretty() << uri; } } file.unlock(); int uniqueId = textureScheme("Patches").count() + 1; // 1-based index. de::Uri resourceUri = composeLumpIndexResourceUrn(lumpNum); try { TextureManifest &manifest = declareTexture(uri, flags, dimensions, origin, uniqueId, &resourceUri); /// @todo Defer until necessary (manifest texture is first referenced). deriveTexture(manifest); return uniqueId; } catch(TextureScheme::InvalidPathError const &er) { LOG_RES_WARNING("Failed declaring texture \"%s\": %s") << uri << er.asText(); } return 0; } rawtex_t *ResourceSystem::rawTexture(lumpnum_t lumpNum) { LOG_AS("ResourceSystem::rawTexture"); if(-1 == lumpNum || lumpNum >= F_LumpCount()) { LOGDEV_RES_WARNING("LumpNum #%i out of bounds (%i), returning 0") << lumpNum << F_LumpCount(); return 0; } Instance::RawTextureHash::iterator found = d->rawTexHash.find(lumpNum); if(found != d->rawTexHash.end()) { return found.value(); } return 0; } rawtex_t *ResourceSystem::declareRawTexture(lumpnum_t lumpNum) { LOG_AS("ResourceSystem::rawTexture"); if(-1 == lumpNum || lumpNum >= F_LumpCount()) { LOGDEV_RES_WARNING("LumpNum #%i out of range %s, returning 0") << lumpNum << Rangeui(0, F_LumpCount()).asText(); return 0; } // Has this raw texture already been declared? rawtex_t *raw = rawTexture(lumpNum); if(!raw) { // An entirely new raw texture. String const &name = App_FileSystem().nameIndex().lump(lumpNum).name(); raw = new rawtex_t(name, lumpNum); d->rawTexHash.insert(lumpNum, raw); } return raw; } QList ResourceSystem::collectRawTextures() const { return d->rawTexHash.values(); } void ResourceSystem::initRawTextures() { d->clearAllRawTextures(); } MaterialScheme &ResourceSystem::materialScheme(String name) const { LOG_AS("ResourceSystem::materialScheme"); if(!name.isEmpty()) { MaterialSchemes::iterator found = d->materialSchemes.find(name.toLower()); if(found != d->materialSchemes.end()) { return **found; } } /// @throw UnknownSchemeError An unknown scheme was referenced. throw UnknownSchemeError("ResourceSystem::materialScheme", "No scheme found matching '" + name + "'"); } bool ResourceSystem::knownMaterialScheme(String name) const { if(!name.isEmpty()) { return d->materialSchemes.contains(name.toLower()); } return false; } ResourceSystem::MaterialSchemes const &ResourceSystem::allMaterialSchemes() const { return d->materialSchemes; } MaterialManifest &ResourceSystem::toMaterialManifest(materialid_t id) const { duint32 idx = id - 1; // 1-based index. if(idx < d->materialManifestCount) { if(d->materialManifestIdMap[idx]) { return *d->materialManifestIdMap[idx]; } // Internal bookeeping error. DENG2_ASSERT(false); } /// @throw InvalidMaterialIdError The specified material id is invalid. throw UnknownMaterialIdError("ResourceSystem::toMaterialManifest", "Invalid material ID " + String::number(id) + ", valid range " + Rangeui(1, d->materialManifestCount + 1).asText()); } bool ResourceSystem::hasMaterialManifest(de::Uri const &path) const { try { materialManifest(path); return true; } catch(MissingManifestError const &) {} // Ignore this error. return false; } MaterialManifest &ResourceSystem::materialManifest(de::Uri const &uri) const { LOG_AS("ResourceSystem::materialManifest"); // Does the user want a manifest in a specific scheme? if(!uri.scheme().isEmpty()) { MaterialScheme &specifiedScheme = materialScheme(uri.scheme()); if(specifiedScheme.has(uri.path())) { return specifiedScheme.find(uri.path()); } } else { // No, check each scheme in priority order. foreach(MaterialScheme *scheme, d->materialSchemeCreationOrder) { if(scheme->has(uri.path())) { return scheme->find(uri.path()); } } } /// @throw NotFoundError Failed to locate a matching manifest. throw MissingManifestError("ResourceSystem::materialManifest", "Failed to locate a manifest matching \"" + uri.asText() + "\""); } ResourceSystem::AllMaterials const &ResourceSystem::allMaterials() const { return d->materials; } ResourceSystem::MaterialManifestGroup &ResourceSystem::newMaterialGroup() { // Allocating one by one is inefficient, but it doesn't really matter. d->materialGroups.append(new MaterialManifestGroup()); return *d->materialGroups.back(); } ResourceSystem::MaterialManifestGroup &ResourceSystem::materialGroup(int groupIdx) const { groupIdx -= 1; // 1-based index. if(groupIdx >= 0 && groupIdx < d->materialGroups.count()) { return *d->materialGroups[groupIdx]; } /// @throw UnknownMaterialGroupError An unknown material group was referenced. throw UnknownMaterialGroupError("ResourceSystem::materialGroup", "Invalid group #" + String::number(groupIdx+1) + ", valid range " + Rangeui(1, d->materialGroups.count() + 1).asText()); } ResourceSystem::MaterialManifestGroups const &ResourceSystem::allMaterialGroups() const { return d->materialGroups; } void ResourceSystem::clearAllMaterialGroups() { qDeleteAll(d->materialGroups); d->materialGroups.clear(); } TextureScheme &ResourceSystem::textureScheme(String name) const { LOG_AS("ResourceSystem::textureScheme"); if(!name.isEmpty()) { TextureSchemes::iterator found = d->textureSchemes.find(name.toLower()); if(found != d->textureSchemes.end()) { return **found; } } /// @throw UnknownSchemeError An unknown scheme was referenced. throw UnknownSchemeError("ResourceSystem::textureScheme", "No scheme found matching '" + name + "'"); } bool ResourceSystem::knownTextureScheme(String name) const { if(!name.isEmpty()) { return d->textureSchemes.contains(name.toLower()); } return false; } ResourceSystem::TextureSchemes const& ResourceSystem::allTextureSchemes() const { return d->textureSchemes; } bool ResourceSystem::hasTextureManifest(de::Uri const &path) const { try { textureManifest(path); return true; } catch(MissingManifestError const &) {} // Ignore this error. return false; } TextureManifest &ResourceSystem::textureManifest(de::Uri const &uri) const { LOG_AS("ResourceSystem::findTexture"); // Perform the search. // Is this a URN? (of the form "urn:schemename:uniqueid") if(!uri.scheme().compareWithoutCase("urn")) { String const &pathStr = uri.path().toStringRef(); int uIdPos = pathStr.indexOf(':'); if(uIdPos > 0) { String schemeName = pathStr.left(uIdPos); int uniqueId = pathStr.mid(uIdPos + 1 /*skip delimiter*/).toInt(); try { return textureScheme(schemeName).findByUniqueId(uniqueId); } catch(TextureScheme::NotFoundError const &) {} // Ignore, we'll throw our own... } } else { // No, this is a URI. String const &path = uri.path(); // Does the user want a manifest in a specific scheme? if(!uri.scheme().isEmpty()) { try { return textureScheme(uri.scheme()).find(path); } catch(TextureScheme::NotFoundError const &) {} // Ignore, we'll throw our own... } else { // No, check each scheme in priority order. foreach(TextureScheme *scheme, d->textureSchemeCreationOrder) { try { return scheme->find(path); } catch(TextureScheme::NotFoundError const &) {} // Ignore, we'll throw our own... } } } /// @throw MissingManifestError Failed to locate a matching manifest. throw MissingManifestError("ResourceSystem::findTexture", "Failed to locate a manifest matching \"" + uri.asText() + "\""); } ResourceSystem::AllTextures const &ResourceSystem::allTextures() const { return d->textures; } #ifdef __CLIENT__ void ResourceSystem::releaseAllSystemGLTextures() { if(novideo) return; LOG_AS("ResourceSystem"); LOG_RES_VERBOSE("Releasing system textures..."); // The rendering lists contain persistent references to texture names. // Which, obviously, can't persist any longer... ClientApp::renderSystem().clearDrawLists(); GL_ReleaseAllLightingSystemTextures(); GL_ReleaseAllFlareTextures(); releaseGLTexturesByScheme("System"); Rend_ParticleReleaseSystemTextures(); releaseFontGLTexturesByScheme("System"); pruneUnusedTextureSpecs(); } void ResourceSystem::releaseAllRuntimeGLTextures() { if(novideo) return; LOG_AS("ResourceSystem"); LOG_RES_VERBOSE("Releasing runtime textures..."); // The rendering lists contain persistent references to texture names. // Which, obviously, can't persist any longer... ClientApp::renderSystem().clearDrawLists(); // texture-wrapped GL textures; textures, flats, sprites... releaseGLTexturesByScheme("Flats"); releaseGLTexturesByScheme("Textures"); releaseGLTexturesByScheme("Patches"); releaseGLTexturesByScheme("Sprites"); releaseGLTexturesByScheme("Details"); releaseGLTexturesByScheme("Reflections"); releaseGLTexturesByScheme("Masks"); releaseGLTexturesByScheme("ModelSkins"); releaseGLTexturesByScheme("ModelReflectionSkins"); releaseGLTexturesByScheme("Lightmaps"); releaseGLTexturesByScheme("Flaremaps"); GL_ReleaseTexturesForRawImages(); Rend_ParticleReleaseExtraTextures(); releaseFontGLTexturesByScheme("Game"); pruneUnusedTextureSpecs(); } void ResourceSystem::releaseAllGLTextures() { releaseAllRuntimeGLTextures(); releaseAllSystemGLTextures(); } void ResourceSystem::releaseGLTexturesByScheme(String schemeName) { if(schemeName.isEmpty()) return; PathTreeIterator iter(textureScheme(schemeName).index().leafNodes()); while(iter.hasNext()) { TextureManifest &manifest = iter.next(); if(manifest.hasTexture()) { manifest.texture().releaseGLTextures(); } } } void ResourceSystem::clearAllTextureSpecs() { d->clearAllTextureSpecs(); } void ResourceSystem::pruneUnusedTextureSpecs() { if(Sys_IsShuttingDown()) return; int numPruned = 0; numPruned += d->pruneUnusedTextureSpecs(TST_GENERAL); numPruned += d->pruneUnusedTextureSpecs(TST_DETAIL); LOGDEV_RES_VERBOSE("Pruned %i unused texture variant %s") << numPruned << (numPruned == 1? "specification" : "specifications"); } TextureVariantSpec const &ResourceSystem::textureSpec(texturevariantusagecontext_t tc, int flags, byte border, int tClass, int tMap, int wrapS, int wrapT, int minFilter, int magFilter, int anisoFilter, dd_bool mipmapped, dd_bool gammaCorrection, dd_bool noStretch, dd_bool toAlpha) { TextureVariantSpec *tvs = d->textureSpec(tc, flags, border, tClass, tMap, wrapS, wrapT, minFilter, magFilter, anisoFilter, mipmapped, gammaCorrection, noStretch, toAlpha); #ifdef DENG_DEBUG if(tClass || tMap) { DENG2_ASSERT(tvs->variant.flags & TSF_HAS_COLORPALETTE_XLAT); DENG2_ASSERT(tvs->variant.tClass == tClass); DENG2_ASSERT(tvs->variant.tMap == tMap); } #endif return *tvs; } TextureVariantSpec &ResourceSystem::detailTextureSpec(float contrast) { return *d->detailTextureSpec(contrast); } FontScheme &ResourceSystem::fontScheme(String name) const { LOG_AS("ResourceSystem::fontScheme"); if(!name.isEmpty()) { FontSchemes::iterator found = d->fontSchemes.find(name.toLower()); if(found != d->fontSchemes.end()) { return **found; } } /// @throw UnknownSchemeError An unknown scheme was referenced. throw UnknownSchemeError("ResourceSystem::fontScheme", "No scheme found matching '" + name + "'"); } bool ResourceSystem::knownFontScheme(String name) const { if(!name.isEmpty()) { return d->fontSchemes.contains(name.toLower()); } return false; } ResourceSystem::FontSchemes const &ResourceSystem::allFontSchemes() const { return d->fontSchemes; } bool ResourceSystem::hasFont(de::Uri const &path) const { try { fontManifest(path); return true; } catch(MissingManifestError const &) {} // Ignore this error. return false; } FontManifest &ResourceSystem::fontManifest(de::Uri const &uri) const { LOG_AS("ResourceSystem::findFont"); // Perform the search. // Is this a URN? (of the form "urn:schemename:uniqueid") if(!uri.scheme().compareWithoutCase("urn")) { String const &pathStr = uri.path().toStringRef(); int uIdPos = pathStr.indexOf(':'); if(uIdPos > 0) { String schemeName = pathStr.left(uIdPos); int uniqueId = pathStr.mid(uIdPos + 1 /*skip delimiter*/).toInt(); try { return fontScheme(schemeName).findByUniqueId(uniqueId); } catch(FontScheme::NotFoundError const &) {} // Ignore, we'll throw our own... } } else { // No, this is a URI. String const &path = uri.path(); // Does the user want a manifest in a specific scheme? if(!uri.scheme().isEmpty()) { try { return fontScheme(uri.scheme()).find(path); } catch(FontScheme::NotFoundError const &) {} // Ignore, we'll throw our own... } else { // No, check each scheme in priority order. foreach(FontScheme *scheme, d->fontSchemeCreationOrder) { try { return scheme->find(path); } catch(FontScheme::NotFoundError const &) {} // Ignore, we'll throw our own... } } } /// @throw MissingManifestError Failed to locate a matching manifest. throw MissingManifestError("ResourceSystem::findFont", "Failed to locate a manifest matching \"" + uri.asText() + "\""); } FontManifest &ResourceSystem::toFontManifest(fontid_t id) const { if(id > 0 && id <= d->fontManifestCount) { duint32 idx = id - 1; // 1-based index. if(d->fontManifestIdMap[idx]) { return *d->fontManifestIdMap[idx]; } // Internal bookeeping error. DENG2_ASSERT(false); } /// @throw UnknownIdError The specified manifest id is invalid. throw UnknownFontIdError("ResourceSystem::toFontManifest", QString("Invalid font ID %1, valid range [1..%2)").arg(id).arg(d->fontManifestCount + 1)); } ResourceSystem::AllFonts const &ResourceSystem::allFonts() const { return d->fonts; } AbstractFont *ResourceSystem::newFontFromDef(ded_compositefont_t const &def) { LOG_AS("ResourceSystem::newFontFromDef"); if(!def.uri) return 0; de::Uri const &uri = *reinterpret_cast(def.uri); try { // Create/retrieve a manifest for the would-be font. FontManifest &manifest = declareFont(uri); if(manifest.hasResource()) { if(CompositeBitmapFont *compFont = manifest.resource().maybeAs()) { /// @todo Do not update fonts here (not enough knowledge). We should /// instead return an invalid reference/signal and force the caller /// to implement the necessary update logic. LOGDEV_RES_XVERBOSE("Font with uri \"%s\" already exists, returning existing") << manifest.composeUri(); compFont->rebuildFromDef(def); } return &manifest.resource(); } // A new font. manifest.setResource(CompositeBitmapFont::fromDef(manifest, def)); if(manifest.hasResource()) { if(verbose >= 1) { LOG_RES_VERBOSE("New font \"%s\"") << manifest.composeUri(); } return &manifest.resource(); } LOG_RES_WARNING("Failed defining new Font for \"%s\"") << NativePath(uri.asText()).pretty(); } catch(UnknownSchemeError const &er) { LOG_RES_WARNING("Failed declaring font \"%s\": %s") << NativePath(uri.asText()).pretty() << er.asText(); } catch(FontScheme::InvalidPathError const &er) { LOG_RES_WARNING("Failed declaring font \"%s\": %s") << NativePath(uri.asText()).pretty() << er.asText(); } return 0; } AbstractFont *ResourceSystem::newFontFromFile(de::Uri const &uri, String filePath) { LOG_AS("ResourceSystem::newFontFromFile"); if(!d->fileSystem().accessFile(de::Uri::fromNativePath(filePath))) { LOGDEV_RES_WARNING("Ignoring invalid filePath: ") << filePath; return 0; } try { // Create/retrieve a manifest for the would-be font. FontManifest &manifest = declareFont(uri); if(manifest.hasResource()) { if(BitmapFont *bmapFont = manifest.resource().maybeAs()) { /// @todo Do not update fonts here (not enough knowledge). We should /// instead return an invalid reference/signal and force the caller /// to implement the necessary update logic. LOGDEV_RES_XVERBOSE("Font with uri \"%s\" already exists, returning existing") << manifest.composeUri(); bmapFont->setFilePath(filePath); } return &manifest.resource(); } // A new font. manifest.setResource(BitmapFont::fromFile(manifest, filePath)); if(manifest.hasResource()) { if(verbose >= 1) { LOG_RES_VERBOSE("New font \"%s\"") << manifest.composeUri(); } return &manifest.resource(); } LOG_RES_WARNING("Failed defining new Font for \"%s\"") << NativePath(uri.asText()).pretty(); } catch(UnknownSchemeError const &er) { LOG_RES_WARNING("Failed declaring font \"%s\": %s") << NativePath(uri.asText()).pretty() << er.asText(); } catch(FontScheme::InvalidPathError const &er) { LOG_RES_WARNING("Failed declaring font \"%s\": %s") << NativePath(uri.asText()).pretty() << er.asText(); } return 0; } void ResourceSystem::releaseFontGLTexturesByScheme(String schemeName) { if(schemeName.isEmpty()) return; PathTreeIterator iter(fontScheme(schemeName).index().leafNodes()); while(iter.hasNext()) { FontManifest &manifest = iter.next(); if(manifest.hasResource()) { manifest.resource().glDeinit(); } } } Model &ResourceSystem::model(modelid_t id) { if(Model *model = d->modelForId(id)) { return *model; } /// @throw MissingResourceError An unknown/invalid id was specified. throw MissingResourceError("ResourceSystem::model", "Invalid id " + String::number(id)); } bool ResourceSystem::hasModelDef(de::String id) const { if(!id.isEmpty()) { foreach(ModelDef const &modef, d->modefs) { if(!id.compareWithoutCase(modef.id)) { return true; } } } return false; } ModelDef &ResourceSystem::modelDef(int index) { if(index >= 0 && index < modelDefCount()) { return d->modefs[index]; } /// @throw MissingModelDefError An unknown model definition was referenced. throw MissingModelDefError("ResourceSystem::modelDef", "Invalid index #" + String::number(index) + ", valid range " + Rangeui(0, modelDefCount()).asText()); } ModelDef &ResourceSystem::modelDef(String id) { if(!id.isEmpty()) { foreach(ModelDef const &modef, d->modefs) { if(!id.compareWithoutCase(modef.id)) { return const_cast(modef); } } } /// @throw MissingModelDefError An unknown model definition was referenced. throw MissingModelDefError("ResourceSystem::modelDef", "Invalid id '" + id + "'"); } ModelDef *ResourceSystem::modelDefForState(int stateIndex, int select) { if(stateIndex < 0 || stateIndex >= defs.count.states.num) { return 0; } if(stateIndex < 0 || stateIndex >= d->stateModefs.count()) { return 0; } if(d->stateModefs[stateIndex] < 0) { return 0; } DENG2_ASSERT(d->stateModefs[stateIndex] >= 0); DENG2_ASSERT(d->stateModefs[stateIndex] < d->modefs.count()); ModelDef *def = &d->modefs[d->stateModefs[stateIndex]]; if(select) { // Choose the correct selector, or selector zero if the given one not available. int const mosel = select & DDMOBJ_SELECTOR_MASK; for(ModelDef *it = def; it; it = it->selectNext) { if(it->select == mosel) { return it; } } } return def; } int ResourceSystem::modelDefCount() const { return d->modefs.count(); } void ResourceSystem::initModels() { LOG_AS("ResourceSystem"); if(CommandLine_Check("-nomd2")) { LOG_RES_NOTE("3D models are disabled"); return; } LOG_RES_VERBOSE("Initializing Models..."); Time begunAt; d->clearModelList(); d->modefs.clear(); delete d->modelRepository; d->modelRepository = new StringPool(); // There can't be more modeldefs than there are DED Models. d->modefs.resize(defs.models.size()); // Clear the stateid => modeldef LUT. d->stateModefs.resize(countStates.num); for(int i = 0; i < countStates.num; ++i) { d->stateModefs[i] = -1; } // Read in the model files and their data. // Use the latest definition available for each sprite ID. for(int i = int(defs.models.size()) - 1; i >= 0; --i) { if(!(i % 100)) { // This may take a while, so keep updating the progress. Con_SetProgress(130 + 70*(defs.models.size() - i)/defs.models.size()); } d->setupModel(defs.models[i]); } // Create interlinks. Note that the order in which the defs were loaded // is important. We want to allow "patch" definitions, right? // For each modeldef we will find the "next" def. for(int i = d->modefs.count() - 1; i >= 0; --i) { ModelDef *me = &d->modefs[i]; float minmark = 2; // max = 1, so this is "out of bounds". ModelDef *closest = 0; for(int k = d->modefs.count() - 1; k >= 0; --k) { ModelDef *other = &d->modefs[k]; // Same state and a bigger order are the requirements. if(other->state == me->state && other->def > me->def && // Defined after me. other->interMark > me->interMark && other->interMark < minmark) { minmark = other->interMark; closest = other; } } me->interNext = closest; } // Create selectlinks. for(int i = d->modefs.count() - 1; i >= 0; --i) { ModelDef *me = &d->modefs[i]; int minsel = DDMAXINT; ModelDef *closest = 0; // Start scanning from the next definition. for(int k = d->modefs.count() - 1; k >= 0; --k) { ModelDef *other = &d->modefs[k]; // Same state and a bigger order are the requirements. if(other->state == me->state && other->def > me->def && // Defined after me. other->select > me->select && other->select < minsel && other->interMark >= me->interMark) { minsel = other->select; closest = other; } } me->selectNext = closest; } LOG_RES_MSG("Model init completed in %.2f seconds") << begunAt.since(); } int ResourceSystem::indexOf(ModelDef const *modelDef) { int index = int(modelDef - &d->modefs[0]); if(index >= 0 && index < d->modefs.count()) { return index; } return -1; } void ResourceSystem::setModelDefFrame(ModelDef &modef, int frame) { for(uint i = 0; i < modef.subCount(); ++i) { SubmodelDef &subdef = modef.subModelDef(i); if(subdef.modelId == NOMODELID) continue; // Modify the modeldef itself: set the current frame. subdef.frame = frame % model(subdef.modelId).frameCount(); } } #endif // __CLIENT__ void ResourceSystem::clearAllAnimGroups() { qDeleteAll(d->animGroups); d->animGroups.clear(); } int ResourceSystem::animGroupCount() { return d->animGroups.count(); } AnimGroup *ResourceSystem::animGroup(int uniqueId) { LOG_AS("ResourceSystem::animGroup"); if(uniqueId > 0 && uniqueId <= d->animGroups.count()) { return d->animGroups.at(uniqueId - 1); } LOGDEV_RES_WARNING("Invalid group #%i, returning NULL") << uniqueId; return 0; } AnimGroup &ResourceSystem::newAnimGroup(int flags) { LOG_AS("ResourceSystem"); int const uniqueId = d->animGroups.count() + 1; // 1-based. // Allocating one by one is inefficient but it doesn't really matter. d->animGroups.append(new AnimGroup(uniqueId, flags)); return *d->animGroups.last(); } struct SpriteFrameDef { byte frame[2]; byte rotation[2]; Material *mat; }; struct SpriteDef { String name; typedef QList Frames; Frames frames; SpriteDef(String const &name = "") : name(name) {} SpriteFrameDef &addFrame(SpriteFrameDef const &frame = SpriteFrameDef()) { frames.append(frame); return frames.last(); } }; // Tempory storage, used when reading sprite definitions. typedef QHash SpriteDefs; /** * In DOOM, a sprite frame is a patch texture contained in a lump existing * between the S_START and S_END marker lumps (in WAD) whose lump name matches * the following pattern: * * NAME|A|R(A|R) (for example: "TROOA0" or "TROOA2A8") * * NAME: Four character name of the sprite. * A: Animation frame ordinal 'A'... (ASCII). * R: Rotation angle 0...G * 0 : Use this frame for ALL angles. * 1...8: Angle of rotation in 45 degree increments. * A...G: Angle of rotation in 22.5 degree increments. * * The second set of (optional) frame and rotation characters instruct that the * same sprite frame is to be used for an additional frame but that the sprite * patch should be flipped horizontally (right to left) during the loading phase. * * Sprite rotation 0 is facing the viewer, rotation 1 is one half-angle turn * CLOCKWISE around the axis. This is not the same as the angle, which increases * counter clockwise (protractor). */ static SpriteDefs generateSpriteDefs() { ResourceSystem &resSys = App_ResourceSystem(); TextureScheme::Index const &spriteTexIndex = resSys.textureScheme("Sprites").index(); SpriteDefs spriteDefs; spriteDefs.reserve(spriteTexIndex.leafNodes().count() / 8); // overestimate PathTreeIterator iter(spriteTexIndex.leafNodes()); while(iter.hasNext()) { TextureManifest &manifest = iter.next(); String const desc = QString(QByteArray::fromPercentEncoding(manifest.path().toUtf8())); String const name = desc.left(4).toLower(); // Have we already encountered this name? SpriteDef *def = &spriteDefs[name]; if(def->frames.isEmpty()) { // An entirely new sprite. def->name = name; } // Add the frame(s). int const frameNumber = desc.at(4).toUpper().unicode() - QChar('A').unicode() + 1; int const rotationNumber = toSpriteRotation(desc.at(5)); SpriteFrameDef *frameDef = 0; for(int i = 0; i < def->frames.count(); ++i) { SpriteFrameDef &cand = def->frames[i]; if(cand.frame[0] == frameNumber && cand.rotation[0] == rotationNumber) { frameDef = &cand; break; } } if(!frameDef) { // A new frame. frameDef = &def->addFrame(); } frameDef->mat = &resSys.material(de::Uri("Sprites", manifest.path())); frameDef->frame[0] = frameNumber; frameDef->rotation[0] = rotationNumber; // Mirrored? if(desc.length() >= 8) { frameDef->frame[1] = desc.at(6).toUpper().unicode() - QChar('A').unicode() + 1; frameDef->rotation[1] = toSpriteRotation(desc.at(7)); } else { frameDef->frame[1] = 0; frameDef->rotation[1] = 0; } } return spriteDefs; } void ResourceSystem::initSprites() { Time begunAt; LOG_AS("ResourceSystem"); LOG_RES_VERBOSE("Building sprites..."); d->clearSprites(); SpriteDefs defs = generateSpriteDefs(); if(!defs.isEmpty()) { // Build the final sprites. int customIdx = 0; foreach(SpriteDef const &def, defs) { spritenum_t spriteId = Def_GetSpriteNum(def.name.toUtf8().constData()); if(spriteId == -1) { spriteId = countSprNames.num + customIdx++; } Instance::SpriteGroup &group = d->newSpriteGroup(spriteId); Sprite sprTemp[29]; int maxSprite = -1; foreach(SpriteFrameDef const &frameDef, def.frames) { int frame = frameDef.frame[0] - 1; DENG2_ASSERT(frame >= 0); if(frame < 29) { sprTemp[frame].newViewAngle(frameDef.mat, frameDef.rotation[0], false); if(frame > maxSprite) { maxSprite = frame; } } if(frameDef.frame[1]) { frame = frameDef.frame[1] - 1; DENG2_ASSERT(frame >= 0); if(frame < 29) { sprTemp[frame].newViewAngle(frameDef.mat, frameDef.rotation[1], true); if(frame > maxSprite) { maxSprite = frame; } } } } ++maxSprite; // Duplicate view angles to complete the rotation set (if defined). for(int frame = 0; frame < maxSprite; ++frame) { Sprite &sprite = sprTemp[frame]; if(sprite.viewAngleCount() < 2) continue; for(int rot = 0; rot < Sprite::max_angles / 2; ++rot) { if(!sprite.hasViewAngle(rot * 2 + 1)) { SpriteViewAngle const &src = sprite.viewAngle(rot * 2); sprite.newViewAngle(src.material, rot * 2 + 2, src.mirrorX); } if(!sprite.hasViewAngle(rot * 2)) { SpriteViewAngle const &src = sprite.viewAngle(rot * 2 + 1); sprite.newViewAngle(src.material, rot * 2 + 1, src.mirrorX); } } } for(int k = 0; k < maxSprite; ++k) { group.sprites.append(new Sprite(sprTemp[k])); } } } // We're done with the definitions. defs.clear(); LOG_RES_VERBOSE("Sprites built in %.2f seconds") << begunAt.since(); } void ResourceSystem::clearAllColorPalettes() { d->colorPaletteNames.clear(); qDeleteAll(d->colorPalettes); d->colorPalettes.clear(); d->defaultColorPalette = 0; } int ResourceSystem::colorPaletteCount() const { return d->colorPalettes.count(); } ColorPalette &ResourceSystem::colorPalette(colorpaletteid_t id) const { // Choose the default palette? if(!id) { id = d->defaultColorPalette; } Instance::ColorPalettes::const_iterator found = d->colorPalettes.find(id); if(found != d->colorPalettes.end()) { return *found.value(); } /// @throw MissingResourceError An unknown/invalid id was specified. throw MissingResourceError("ResourceSystem::colorPalette", "Invalid id " + String::number(id)); } String ResourceSystem::colorPaletteName(ColorPalette &palette) const { QList names = d->colorPaletteNames.keys(&palette); if(!names.isEmpty()) { return names.first(); } return String(); } bool ResourceSystem::hasColorPalette(String name) const { return d->colorPaletteNames.contains(name); } ColorPalette &ResourceSystem::colorPalette(String name) const { Instance::ColorPaletteNames::const_iterator found = d->colorPaletteNames.find(name); if(found != d->colorPaletteNames.end()) { return *found.value(); } /// @throw MissingResourceError An unknown name was specified. throw MissingResourceError("ResourceSystem::colorPalette", "Unknown name '" + name + "'"); } void ResourceSystem::addColorPalette(ColorPalette &newPalette, String const &name) { // Do we already own this palette? Instance::ColorPalettes::const_iterator found = d->colorPalettes.find(newPalette.id()); if(found != d->colorPalettes.end()) { return; } d->colorPalettes.insert(newPalette.id(), &newPalette); #ifdef __CLIENT__ // Observe changes to the color table so we can schedule texture updates. newPalette.audienceForColorTableChange += d; #endif if(!name.isEmpty()) { d->colorPaletteNames.insert(name, &newPalette); } // If this is the first palette automatically set it as the default. if(d->colorPalettes.count() == 1) { d->defaultColorPalette = newPalette.id(); } } colorpaletteid_t ResourceSystem::defaultColorPalette() const { return d->defaultColorPalette; } void ResourceSystem::setDefaultColorPalette(ColorPalette *newDefaultPalette) { d->defaultColorPalette = newDefaultPalette? newDefaultPalette->id().asUInt32() : 0; } #ifdef __CLIENT__ void ResourceSystem::purgeCacheQueue() { qDeleteAll(d->cacheQueue); d->cacheQueue.clear(); } void ResourceSystem::processCacheQueue() { d->processCacheQueue(); } void ResourceSystem::cache(Material &material, MaterialVariantSpec const &spec, bool cacheGroups) { d->queueCacheTasksForMaterial(material, spec, cacheGroups); } void ResourceSystem::cache(spritenum_t spriteId, MaterialVariantSpec const &spec) { d->queueCacheTasksForSprite(spriteId, spec); } void ResourceSystem::cache(ModelDef *modelDef) { if(!modelDef) return; d->queueCacheTasksForModel(*modelDef); } MaterialVariantSpec const &ResourceSystem::materialSpec(MaterialContextId contextId, int flags, byte border, int tClass, int tMap, int wrapS, int wrapT, int minFilter, int magFilter, int anisoFilter, bool mipmapped, bool gammaCorrection, bool noStretch, bool toAlpha) { return d->getMaterialSpecForContext(contextId, flags, border, tClass, tMap, wrapS, wrapT, minFilter, magFilter, anisoFilter, mipmapped, gammaCorrection, noStretch, toAlpha); } static int findSpriteOwner(thinker_t *th, void *context) { mobj_t *mo = reinterpret_cast(th); int const sprite = *static_cast(context); if(mo->type >= 0 && mo->type < defs.count.mobjs.num) { /// @todo optimize: traverses the entire state list! for(int i = 0; i < defs.count.states.num; ++i) { if(stateOwners[i] != &mobjInfo[mo->type]) { continue; } state_t *state = Def_GetState(i); DENG2_ASSERT(state != 0); if(state->sprite == sprite) { return true; // Found one. } } } return false; // Continue iteration. } /** * @note The skins are also bound here once so they should be ready for use * the next time they are needed. */ static int cacheModelsForMobj(thinker_t *th, void *context) { mobj_t *mo = (mobj_t *) th; ResourceSystem &resSys = *static_cast(context); if(!(useModels && precacheSkins)) return true; // Check through all the model definitions. for(int i = 0; i < resSys.modelDefCount(); ++i) { ModelDef &modef = resSys.modelDef(i); if(!modef.state) continue; if(mo->type < 0 || mo->type >= defs.count.mobjs.num) continue; // Hmm? if(stateOwners[modef.state - states] != &mobjInfo[mo->type]) continue; resSys.cache(&modef); } return false; // Used as iterator. } void ResourceSystem::cacheForCurrentMap() { // Don't precache when playing a demo (why not? -ds). if(playback) return; Map &map = App_WorldSystem().map(); if(precacheMapMaterials) { MaterialVariantSpec const &spec = Rend_MapSurfaceMaterialSpec(); foreach(Line *line, map.lines()) for(int i = 0; i < 2; ++i) { LineSide &side = line->side(i); if(!side.hasSections()) continue; if(side.middle().hasMaterial()) cache(side.middle().material(), spec); if(side.top().hasMaterial()) cache(side.top().material(), spec); if(side.bottom().hasMaterial()) cache(side.bottom().material(), spec); } foreach(Sector *sector, map.sectors()) { // Skip sectors with no line sides as their planes will never be drawn. if(!sector->sideCount()) continue; foreach(Plane *plane, sector->planes()) { if(plane->surface().hasMaterial()) cache(plane->surface().material(), spec); } } } if(precacheSprites) { MaterialVariantSpec const &spec = Rend_SpriteMaterialSpec(); for(int i = 0; i < spriteCount(); ++i) { if(map.thinkers().iterate(reinterpret_cast(gx.MobjThinker), 0x1/*mobjs are public*/, findSpriteOwner, &i)) { // This sprite is used by some state of at least one mobj. cache(spritenum_t(i), spec); } } } // Sky models usually have big skins. theSky->cacheDrawableAssets(); // Precache model skins? if(useModels && precacheSkins) { // All mobjs are public. map.thinkers().iterate(reinterpret_cast(gx.MobjThinker), 0x1, cacheModelsForMobj, this); } } #endif // __CLIENT__ NativePath ResourceSystem::nativeSavePath() { return d->nativeSavePath; } bool ResourceSystem::convertLegacySavegames(String const &gameId, String const &sourcePath) { // A converter plugin is required. if(!Plug_CheckForHook(HOOK_SAVEGAME_CONVERT)) return false; // Populate /legacysavegames/ with new savegames which may have appeared. d->locateLegacySavegames(gameId); bool didSchedule = false; if(sourcePath.isEmpty()) { // Process all legacy savegames. if(Folder const *saveFolder = App::rootFolder().tryLocate(String("legacysavegames") / gameId)) { /// @todo File name pattern matching should not be done here. This is to prevent /// attempting to convert Hexen's map state side car files separately when this /// is called from Doomsday Script (in bootstrap.de). Game const &game = App_Games().byIdentityKey(gameId); QRegExp namePattern(game.legacySavegameNameExp(), Qt::CaseInsensitive); if(namePattern.isValid() && !namePattern.isEmpty()) { DENG2_FOR_EACH_CONST(Folder::Contents, i, saveFolder->contents()) { if(namePattern.exactMatch(i->first.fileName())) { // Schedule the conversion task. d->beginConvertLegacySavegame(i->second->path(), gameId); didSchedule = true; } } } } } // Just the one legacy savegame. else if(App::rootFolder().has(sourcePath)) { // Schedule the conversion task. d->beginConvertLegacySavegame(sourcePath, gameId); didSchedule = true; } return didSchedule; } byte precacheMapMaterials = true; byte precacheSprites = true; byte texGammaLut[256]; void R_BuildTexGammaLut() { #ifdef __SERVER__ double invGamma = 1.0f; #else double invGamma = 1.0f - de::clamp(0.f, texGamma, 1.f); // Clamp to a sane range. #endif for(int i = 0; i < 256; ++i) { texGammaLut[i] = byte(255.0f * pow(double(i / 255.0f), invGamma)); } } template static bool pathBeginsWithComparator(ManifestType const &manifest, void *context) { Path const *path = reinterpret_cast(context); /// @todo Use PathTree::Node::compare() return manifest.path().toStringRef().beginsWith(*path, Qt::CaseInsensitive); } /** * @todo This logic should be implemented in de::PathTree -ds */ template static int collectManifestsInScheme(SchemeType const &scheme, bool (*predicate)(ManifestType const &manifest, void *context), void *context, QList *storage = 0) { int count = 0; PathTreeIterator iter(scheme.index().leafNodes()); while(iter.hasNext()) { ManifestType &manifest = iter.next(); if(predicate(manifest, context)) { count += 1; if(storage) // Store mode? { storage->append(&manifest); } } } return count; } static QList collectMaterialManifests(MaterialScheme *scheme, Path const &path, QList *storage = 0) { int count = 0; if(scheme) { // Consider resources in the specified scheme only. count += collectManifestsInScheme(*scheme, pathBeginsWithComparator, (void *)&path, storage); } else { // Consider resources in any scheme. foreach(MaterialScheme *scheme, App_ResourceSystem().allMaterialSchemes()) { count += collectManifestsInScheme(*scheme, pathBeginsWithComparator, (void *)&path, storage); } } // Are we done? if(storage) return *storage; // Collect and populate. QList result; if(count == 0) return result; #ifdef DENG2_QT_4_7_OR_NEWER result.reserve(count); #endif return collectMaterialManifests(scheme, path, &result); } static QList collectTextureManifests(TextureScheme *scheme, Path const &path, QList *storage = 0) { int count = 0; if(scheme) { // Consider resources in the specified scheme only. count += collectManifestsInScheme(*scheme, pathBeginsWithComparator, (void *)&path, storage); } else { // Consider resources in any scheme. foreach(TextureScheme *scheme, App_ResourceSystem().allTextureSchemes()) { count += collectManifestsInScheme(*scheme, pathBeginsWithComparator, (void *)&path, storage); } } // Are we done? if(storage) return *storage; // Collect and populate. QList result; if(count == 0) return result; #ifdef DENG2_QT_4_7_OR_NEWER result.reserve(count); #endif return collectTextureManifests(scheme, path, &result); } #ifdef __CLIENT__ static QList collectFontManifests(FontScheme *scheme, Path const &path, QList *storage = 0) { int count = 0; if(scheme) { // Consider resources in the specified scheme only. count += collectManifestsInScheme(*scheme, pathBeginsWithComparator, (void *)&path, storage); } else { // Consider resources in any scheme. foreach(FontScheme *scheme, App_ResourceSystem().allFontSchemes()) { count += collectManifestsInScheme(*scheme, pathBeginsWithComparator, (void *)&path, storage); } } // Are we done? if(storage) return *storage; // Collect and populate. QList result; if(count == 0) return result; #ifdef DENG2_QT_4_7_OR_NEWER result.reserve(count); #endif return collectFontManifests(scheme, path, &result); } #endif // __CLIENT__ /** * Decode and then lexicographically compare the two manifest paths, * returning @c true if @a is less than @a b. */ template static bool compareManifestPathsAscending(ManifestType const *a, ManifestType const *b) { String pathA(QString(QByteArray::fromPercentEncoding(a->path().toUtf8()))); String pathB(QString(QByteArray::fromPercentEncoding(b->path().toUtf8()))); return pathA.compareWithoutCase(pathB) < 0; } /** * @param scheme Material subspace scheme being printed. Can be @c NULL in * which case textures are printed from all schemes. * @param like Material path search term. * @param composeUriFlags Flags governing how URIs should be composed. */ static int printMaterialIndex2(MaterialScheme *scheme, Path const &like, de::Uri::ComposeAsTextFlags composeUriFlags) { QList found = collectMaterialManifests(scheme, like); if(found.isEmpty()) return 0; bool const printSchemeName = !(composeUriFlags & de::Uri::OmitScheme); // Print a heading. String heading = "Known materials"; if(!printSchemeName && scheme) heading += " in scheme '" + scheme->name() + "'"; if(!like.isEmpty()) heading += " like \"" _E(b) + like.toStringRef() + _E(.) "\""; LOG_RES_MSG(_E(D) "%s:" _E(.)) << heading; // Print the result index. qSort(found.begin(), found.end(), compareManifestPathsAscending); int const numFoundDigits = de::max(3/*idx*/, M_NumDigits(found.count())); int idx = 0; foreach(MaterialManifest *manifest, found) { String info = String("%1: %2%3" _E(.)) .arg(idx, numFoundDigits) .arg(manifest->hasMaterial()? _E(1) : _E(2)) .arg(manifest->description(composeUriFlags)); LOG_RES_MSG(" " _E(>)) << info; idx++; } return found.count(); } static void printMaterialIndex(de::Uri const &search, de::Uri::ComposeAsTextFlags flags = de::Uri::DefaultComposeAsTextFlags) { int printTotal = 0; // Collate and print results from all schemes? if(search.scheme().isEmpty() && !search.path().isEmpty()) { printTotal = printMaterialIndex2(0/*any scheme*/, search.path(), flags & ~de::Uri::OmitScheme); LOG_RES_MSG(_E(R)); } // Print results within only the one scheme? else if(App_ResourceSystem().knownMaterialScheme(search.scheme())) { printTotal = printMaterialIndex2(&App_ResourceSystem().materialScheme(search.scheme()), search.path(), flags | de::Uri::OmitScheme); LOG_RES_MSG(_E(R)); } else { // Collect and sort results in each scheme separately. foreach(MaterialScheme *scheme, App_ResourceSystem().allMaterialSchemes()) { int numPrinted = printMaterialIndex2(scheme, search.path(), flags | de::Uri::OmitScheme); if(numPrinted) { LOG_MSG(_E(R)); printTotal += numPrinted; } } } LOG_RES_MSG("Found " _E(b) "%i" _E(.) " %s.") << printTotal << (printTotal == 1? "material" : "materials in total"); } /** * @param scheme Texture subspace scheme being printed. Can be @c NULL in * which case textures are printed from all schemes. * @param like Texture path search term. * @param composeUriFlags Flags governing how URIs should be composed. */ static int printTextureIndex2(TextureScheme *scheme, Path const &like, de::Uri::ComposeAsTextFlags composeUriFlags) { QList found = collectTextureManifests(scheme, like); if(found.isEmpty()) return 0; bool const printSchemeName = !(composeUriFlags & de::Uri::OmitScheme); // Print a heading. String heading = "Known textures"; if(!printSchemeName && scheme) heading += " in scheme '" + scheme->name() + "'"; if(!like.isEmpty()) heading += " like \"" _E(b) + like.toStringRef() + _E(.) "\""; LOG_RES_MSG(_E(D) "%s:" _E(.)) << heading; // Print the result index key. qSort(found.begin(), found.end(), compareManifestPathsAscending); int numFoundDigits = de::max(3/*idx*/, M_NumDigits(found.count())); int idx = 0; foreach(TextureManifest *manifest, found) { String info = String("%1: %2%3") .arg(idx, numFoundDigits) .arg(manifest->hasTexture()? _E(0) : _E(2)) .arg(manifest->description(composeUriFlags)); LOG_RES_MSG(" " _E(>)) << info; idx++; } return found.count(); } static void printTextureIndex(de::Uri const &search, de::Uri::ComposeAsTextFlags flags = de::Uri::DefaultComposeAsTextFlags) { int printTotal = 0; // Collate and print results from all schemes? if(search.scheme().isEmpty() && !search.path().isEmpty()) { printTotal = printTextureIndex2(0/*any scheme*/, search.path(), flags & ~de::Uri::OmitScheme); LOG_RES_MSG(_E(R)); } // Print results within only the one scheme? else if(App_ResourceSystem().knownTextureScheme(search.scheme())) { printTotal = printTextureIndex2(&App_ResourceSystem().textureScheme(search.scheme()), search.path(), flags | de::Uri::OmitScheme); LOG_RES_MSG(_E(R)); } else { // Collect and sort results in each scheme separately. foreach(TextureScheme *scheme, App_ResourceSystem().allTextureSchemes()) { int numPrinted = printTextureIndex2(scheme, search.path(), flags | de::Uri::OmitScheme); if(numPrinted) { LOG_RES_MSG(_E(R)); printTotal += numPrinted; } } } LOG_RES_MSG("Found " _E(b) "%i" _E(.) " %s") << printTotal << (printTotal == 1? "texture" : "textures in total"); } #ifdef __CLIENT__ /** * @param scheme Resource subspace scheme being printed. Can be @c NULL in * which case resources are printed from all schemes. * @param like Resource path search term. * @param composeUriFlags Flags governing how URIs should be composed. */ static int printFontIndex2(FontScheme *scheme, Path const &like, de::Uri::ComposeAsTextFlags composeUriFlags) { QList found = collectFontManifests(scheme, like); if(found.isEmpty()) return 0; bool const printSchemeName = !(composeUriFlags & de::Uri::OmitScheme); // Print a heading. String heading = "Known fonts"; if(!printSchemeName && scheme) heading += " in scheme '" + scheme->name() + "'"; if(!like.isEmpty()) heading += " like \"" _E(b) + like.toStringRef() + _E(.) "\""; LOG_RES_MSG(_E(D) "%s:" _E(.)) << heading; // Print the result index. qSort(found.begin(), found.end(), compareManifestPathsAscending); int numFoundDigits = de::max(3/*idx*/, M_NumDigits(found.count())); int idx = 0; foreach(FontManifest *manifest, found) { String info = String("%1: %2%3" _E(.)) .arg(idx, numFoundDigits) .arg(manifest->hasResource()? _E(1) : _E(2)) .arg(manifest->description(composeUriFlags)); LOG_RES_MSG(" " _E(>)) << info; idx++; } return found.count(); } static void printFontIndex(de::Uri const &search, de::Uri::ComposeAsTextFlags flags = de::Uri::DefaultComposeAsTextFlags) { int printTotal = 0; // Collate and print results from all schemes? if(search.scheme().isEmpty() && !search.path().isEmpty()) { printTotal = printFontIndex2(0/*any scheme*/, search.path(), flags & ~de::Uri::OmitScheme); LOG_RES_MSG(_E(R)); } // Print results within only the one scheme? else if(App_ResourceSystem().knownFontScheme(search.scheme())) { printTotal = printFontIndex2(&App_ResourceSystem().fontScheme(search.scheme()), search.path(), flags | de::Uri::OmitScheme); LOG_RES_MSG(_E(R)); } else { // Collect and sort results in each scheme separately. foreach(FontScheme *scheme, App_ResourceSystem().allFontSchemes()) { int numPrinted = printFontIndex2(scheme, search.path(), flags | de::Uri::OmitScheme); if(numPrinted) { LOG_MSG(_E(R)); printTotal += numPrinted; } } } LOG_RES_MSG("Found " _E(b) "%i" _E(.) " %s.") << printTotal << (printTotal == 1? "font" : "fonts in total"); } #endif // __CLIENT__ static bool isKnownMaterialSchemeCallback(String name) { return App_ResourceSystem().knownMaterialScheme(name); } static bool isKnownTextureSchemeCallback(String name) { return App_ResourceSystem().knownTextureScheme(name); } #ifdef __CLIENT__ static bool isKnownFontSchemeCallback(String name) { return App_ResourceSystem().knownFontScheme(name); } #endif D_CMD(ListMaterials) { DENG2_UNUSED(src); de::Uri search = de::Uri::fromUserInput(&argv[1], argc - 1, &isKnownMaterialSchemeCallback); if(!search.scheme().isEmpty() && !App_ResourceSystem().knownMaterialScheme(search.scheme())) { LOG_RES_WARNING("Unknown scheme %s") << search.scheme(); return false; } printMaterialIndex(search); return true; } D_CMD(ListTextures) { DENG2_UNUSED(src); de::Uri search = de::Uri::fromUserInput(&argv[1], argc - 1, &isKnownTextureSchemeCallback); if(!search.scheme().isEmpty() && !App_ResourceSystem().knownTextureScheme(search.scheme())) { LOG_RES_WARNING("Unknown scheme %s") << search.scheme(); return false; } printTextureIndex(search); return true; } #ifdef __CLIENT__ D_CMD(ListFonts) { DENG2_UNUSED(src); de::Uri search = de::Uri::fromUserInput(&argv[1], argc - 1, &isKnownFontSchemeCallback); if(!search.scheme().isEmpty() && !App_ResourceSystem().knownFontScheme(search.scheme())) { LOG_RES_WARNING("Unknown scheme %s") << search.scheme(); return false; } printFontIndex(search); return true; } #endif // __CLIENT__ #ifdef DENG_DEBUG D_CMD(PrintMaterialStats) { DENG2_UNUSED3(src, argc, argv); LOG_MSG(_E(b) "Material Statistics:"); foreach(MaterialScheme *scheme, App_ResourceSystem().allMaterialSchemes()) { MaterialScheme::Index const &index = scheme->index(); uint count = index.count(); LOG_MSG("Scheme: %s (%u %s)") << scheme->name() << count << (count == 1? "material" : "materials"); index.debugPrintHashDistribution(); index.debugPrint(); } return true; } D_CMD(PrintTextureStats) { DENG2_UNUSED3(src, argc, argv); LOG_MSG(_E(b) "Texture Statistics:"); foreach(TextureScheme *scheme, App_ResourceSystem().allTextureSchemes()) { TextureScheme::Index const &index = scheme->index(); uint const count = index.count(); LOG_MSG("Scheme: %s (%u %s)") << scheme->name() << count << (count == 1? "texture" : "textures"); index.debugPrintHashDistribution(); index.debugPrint(); } return true; } # ifdef __CLIENT__ D_CMD(PrintFontStats) { DENG2_UNUSED3(src, argc, argv); LOG_MSG(_E(b) "Font Statistics:"); foreach(FontScheme *scheme, App_ResourceSystem().allFontSchemes()) { FontScheme::Index const &index = scheme->index(); uint const count = index.count(); LOG_MSG("Scheme: %s (%u %s)") << scheme->name() << count << (count == 1? "font" : "fonts"); index.debugPrintHashDistribution(); index.debugPrint(); } return true; } # endif // __CLIENT__ #endif // DENG_DEBUG D_CMD(InspectSavegame) { DENG2_UNUSED2(src, argc); String savePath = argv[1]; // Append a .save extension if none exists. if(savePath.fileNameExtension().isEmpty()) { savePath += ".save"; } // If a game is loaded assume the user is referring to those savegames if not specified. if(savePath.fileNamePath().isEmpty() && App_GameLoaded()) { savePath = game::Session::savePath() / savePath; } if(game::SavedSession const *saved = App::rootFolder().tryLocate(savePath)) { LOG_SCR_MSG("%s") << saved->metadata().asStyledText(); LOG_SCR_MSG(_E(D) "Resource: " _E(.)_E(i) "\"%s\"") << saved->path(); return true; } LOG_WARNING("Failed to locate savegame with \"%s\"") << savePath; return false; } void ResourceSystem::consoleRegister() // static { C_CMD("listtextures", "ss", ListTextures) C_CMD("listtextures", "s", ListTextures) C_CMD("listtextures", "", ListTextures) #ifdef DENG_DEBUG C_CMD("texturestats", NULL, PrintTextureStats) #endif C_CMD("inspectsavegame", "s", InspectSavegame) #ifdef __CLIENT__ C_CMD("listfonts", "ss", ListFonts) C_CMD("listfonts", "s", ListFonts) C_CMD("listfonts", "", ListFonts) # ifdef DENG_DEBUG C_CMD("fontstats", NULL, PrintFontStats) # endif #endif C_CMD("listmaterials", "ss", ListMaterials) C_CMD("listmaterials", "s", ListMaterials) C_CMD("listmaterials", "", ListMaterials) #ifdef DENG_DEBUG C_CMD("materialstats", NULL, PrintMaterialStats) #endif Texture::consoleRegister(); Material::consoleRegister(); } doomsday-1.14.5/doomsday/client/src/resource/patchname.cpp0000664000175000017500000000454012350542237023072 0ustar jaakkojaakko/** @file patchname.cpp PatchName * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "filesys/fs_main.h" #include "resource/patchname.h" namespace de { PatchName::PatchName(String percentEncodedName, lumpnum_t _lumpNum) : name(percentEncodedName), lumpNum_(_lumpNum) {} lumpnum_t PatchName::lumpNum() { // Have we already searched for this lump? if(lumpNum_ == -2) { // Mark as not found. lumpNum_ = -1; // Perform the search. try { lumpNum_ = App_FileSystem().lumpNumForName(name); } catch(FS1::NotFoundError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } } return lumpNum_; } void PatchName::operator << (Reader &from) { // The raw ASCII name is not necessarily terminated. char asciiName[9]; for(int i = 0; i < 8; ++i) { from >> asciiName[i]; } asciiName[8] = 0; // WAD format allows characters not normally permitted in native paths. // To achieve uniformity we apply a percent encoding to the "raw" names. name = QString(QByteArray(asciiName).toPercentEncoding()); // The cached found lump number is no longer valid. lumpNum_ = -2; } String PatchName::percentEncodedName() const { return name; } String const &PatchName::percentEncodedNameRef() const { return name; } } // namespace de doomsday-1.14.5/doomsday/client/src/resource/materialscheme.cpp0000664000175000017500000000576012350542237024122 0ustar jaakkojaakko/** @file materialscheme.cpp Material system subspace scheme. * * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/materialscheme.h" #include "MaterialManifest" using namespace de; DENG2_PIMPL(MaterialScheme) { /// Symbolic name of the scheme. String name; /// Mappings from paths to manifests. MaterialScheme::Index index; Instance(Public *i, String symbolicName) : Base(i), name(symbolicName) {} ~Instance() { self.clear(); DENG2_ASSERT(index.isEmpty()); } }; MaterialScheme::MaterialScheme(String symbolicName) : d(new Instance(this, symbolicName)) {} void MaterialScheme::clear() { d->index.clear(); } String const &MaterialScheme::name() const { return d->name; } MaterialManifest &MaterialScheme::declare(Path const &path) { LOG_AS("MaterialScheme::declare"); if(path.isEmpty()) { /// @throw InvalidPathError An empty path was specified. throw InvalidPathError("MaterialScheme::declare", "Missing/zero-length path was supplied"); } int const sizeBefore = d->index.size(); Manifest *newManifest = &d->index.insert(path); DENG2_ASSERT(newManifest); if(d->index.size() != sizeBefore) { // Notify interested parties that a new manifest was defined in the scheme. DENG2_FOR_AUDIENCE(ManifestDefined, i) i->materialSchemeManifestDefined(*this, *newManifest); } return *newManifest; } bool MaterialScheme::has(Path const &path) const { return d->index.has(path, Index::NoBranch | Index::MatchFull); } MaterialManifest const &MaterialScheme::find(Path const &path) const { if(has(path)) { return d->index.find(path, Index::NoBranch | Index::MatchFull); } /// @throw NotFoundError Failed to locate a matching manifest. throw NotFoundError("MaterialScheme::find", "Failed to locate a manifest matching \"" + path.asText() + "\""); } MaterialManifest &MaterialScheme::find(Path const &path) { Index::Node const &found = const_cast(this)->find(path); return const_cast(found); } MaterialScheme::Index const &MaterialScheme::index() const { return d->index; } doomsday-1.14.5/doomsday/client/src/resource/tga.cpp0000664000175000017500000002770112350542237021711 0ustar jaakkojaakko/** @file tga.cpp Truevision TGA (a.k.a Targa) image reader/writer * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "dd_share.h" // endianness conversion macros #include "resource/tga.h" #include #include #include #include using namespace de; enum { TGA_FALSE, TGA_TRUE, TGA_TARGA24, // rgb888 TGA_TARGA32 // rgba8888 }; #undef SHORT #ifdef __BIG_ENDIAN__ #define SHORT(x) shortSwap(x) # else // Little-endian. #define SHORT(x) (x) #endif #pragma pack(1) typedef struct { uint8_t idLength; // Identification field size in bytes. uint8_t colorMapType; // Type of the color map. uint8_t imageType; // Image type code. } tga_header_t; // Color map specification. typedef struct { int16_t index; // Index of first color map entry. int16_t length; // Number of color map entries. uint8_t entrySize; // Number of bits in a color map entry (16/24/32). } tga_colormapspec_t; // Image specification flags: #define ISF_SCREEN_ORIGIN_UPPER 0x1 // Upper left-hand corner screen origin. // Data interleaving: #define ISF_INTERLEAVE_TWOWAY 0x2 // Two-way (even/odd) interleaving. #define ISF_INTERLEAVE_FOURWAY 0x4 // Four-way interleaving. // Image specification. typedef struct { uint8_t flags; int16_t xOrigin; // X coordinate of lower left corner. int16_t yOrigin; // Y coordinate of lower left corner. int16_t width; // Width of the image in pixels. int16_t height; // Height of the image in pixels. uint8_t pixelDepth; // Number of bits in a pixel (16/24/32). uint8_t attributeBits; } tga_imagespec_t; #pragma pack() static char *lastErrorMsg = 0; /// @todo potentially never free'd #ifdef __BIG_ENDIAN__ static int16_t shortSwap(int16_t n) { return ((n & 0xff) << 8) | ((n & 0xff00) >> 8); } #endif static void setLastError(char const *msg) { size_t len; if(0 == msg || 0 == (len = strlen(msg))) { if(lastErrorMsg != 0) { M_Free(lastErrorMsg); } lastErrorMsg = 0; return; } lastErrorMsg = (char *) M_Realloc(lastErrorMsg, len+1); strcpy(lastErrorMsg, msg); } static void writeByte(FILE *f, uint8_t b) { fwrite(&b, 1, 1, f); } static void writeShort(FILE *f, int16_t s) { int16_t v = SHORT(s); fwrite(&v, sizeof(v), 1, f); } static uint8_t readByte(de::FileHandle &f) { uint8_t v; f.read(&v, 1); return v; } static int16_t readShort(de::FileHandle &f) { int16_t v; f.read((uint8_t *)&v, sizeof(v)); return SHORT(v); } /** * @param idLength Identification field size in bytes (max 255). * @c 0 indicates no identification field. * @param colorMapType Type of the color map, @c 0 or @c 1: * @c 0 = color map data is not present. * @c 1 = color map data IS present. * @param imageType Image data type code, one of: * @c 0 = no image data is present. * @c 1 = uncompressed, color mapped image. * @c 2 = uncompressed, true-color image. * @c 3 = uncompressed, grayscale image. * @c 9 = run-length encoded, color mapped image. * @c 10 = run-length encoded, true-color image. * @c 11 = run-length encoded, grayscale image. * @param file Handle to the file to be written to. */ static void writeHeader(uint8_t idLength, uint8_t colorMapType, uint8_t imageType, FILE *file) { writeByte(file, idLength); writeByte(file, colorMapType? 1 : 0); writeByte(file, imageType); } static void readHeader(tga_header_t *dst, de::FileHandle &file) { dst->idLength = readByte(file); dst->colorMapType = readByte(file); dst->imageType = readByte(file); } /** * @param index Index of first color map entry. * @param length Total number of color map entries. * @param entrySize Number of bits in a color map entry; 15/16/24/32. * @param file Handle to the file to be written to. */ static void writeColorMapSpec(int16_t index, int16_t length, uint8_t entrySize, FILE *file) { writeShort(file, index); writeShort(file, length); writeByte(file, entrySize); } static void readColorMapSpec(tga_colormapspec_t *dst, de::FileHandle &file) { dst->index = readShort(file); dst->length = readShort(file); dst->entrySize = readByte(file); } /** * @param xOrigin X coordinate of lower left corner. * @param yOrigin Y coordinate of lower left corner. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixDepth Number of bits per pixel, one of; 16/24/32. * @param file Handle to the file to be written to. */ static void writeImageSpec(int16_t xOrigin, int16_t yOrigin, int16_t width, int16_t height, uint8_t pixDepth, FILE *file) { writeShort(file, xOrigin); writeShort(file, yOrigin); writeShort(file, width); writeShort(file, height); writeByte(file, pixDepth); /* * attributeBits:4; // Attribute bits associated with each pixel. * reserved:1; // A reserved bit; must be 0. * screenOrigin:1; // Location of screen origin; must be 0. * dataInterleave:2; // TGA_INTERLEAVE_* */ writeByte(file, 0); } static void readImageSpec(tga_imagespec_t *dst, de::FileHandle &file) { dst->xOrigin = readShort(file); dst->yOrigin = readShort(file); dst->width = readShort(file); dst->height = readShort(file); dst->pixelDepth = readByte(file); uint8_t bits = readByte(file); /* * attributeBits:4; // Attribute bits associated with each pixel. * reserved:1; // A reserved bit; must be 0. * screenOrigin:1; // Location of screen origin; must be 0. * dataInterleave:2; // TGA_INTERLEAVE_* */ dst->flags = 0 | ((bits & 6)? ISF_SCREEN_ORIGIN_UPPER : 0) | ((bits & 7)? ISF_INTERLEAVE_TWOWAY : (bits & 8)? ISF_INTERLEAVE_FOURWAY : 0); dst->attributeBits = (bits & 0xf); } int TGA_Save24_rgb565(FILE *file, int w, int h, const uint16_t *buf) { int i, k; uint8_t *outBuf; size_t outBufStart; if(NULL == file || !buf || !(w > 0 && h > 0)) return 0; // No identification field, no color map, Targa type 2 (unmapped RGB). writeHeader(0, 0, 2, file); writeColorMapSpec(0, 0, 0, file); writeImageSpec(0, 0, w, h, 24, file); /** * Convert the buffer: * From RRRRRGGGGGGBBBBB > ARRRRRGGGGGBBBBB * * \note Alpha will always be @c 0. */ outBuf = (uint8_t *) M_Malloc(w * h * 3); outBufStart = w * h - 1; // From the end. for(k = 0; k < h; ++k) for(i = 0; i < w; ++i) { int16_t r, g, b; const int16_t src = buf[k * w + i]; uint8_t* dst = &outBuf[outBufStart - (((k + 1) * w - 1 - i)) * 3]; r = (src >> 11) & 0x1f; // The last 5 bits. g = (src >> 5) & 0x3f; // The middle 6 bits (one bit'll be lost). b = src & 0x1f; // The first 5 bits. dst[2] = b << 3; dst[0] = g << 2; dst[1] = r << 3; } // Write the converted buffer (bytes may go the wrong way around...!). fwrite(outBuf, w * h * 3, 1, file); free(outBuf); return 1; // Success. } const char* TGA_LastError(void) { if(lastErrorMsg) return lastErrorMsg; return 0; } int TGA_Save24_rgb888(FILE* file, int w, int h, const uint8_t* buf) { uint8_t* outBuf; int i; if(NULL == file || !buf || !(w > 0 && h > 0)) return 0; // No identification field, no color map, Targa type 2 (unmapped RGB). writeHeader(0, 0, 2, file); writeColorMapSpec(0, 0, 0, file); writeImageSpec(0, 0, w, h, 24, file); // The save format is BGR. outBuf = (uint8_t *) M_Malloc(w * h * 3); for(i = 0; i < w * h; ++i) { const uint8_t* src = &buf[i * 3]; uint8_t* dst = &outBuf[i * 3]; dst[0] = src[2]; dst[1] = src[1]; dst[2] = src[0]; } fwrite(outBuf, w * h * 3, 1, file); free(outBuf); return 1; // Success. } int TGA_Save24_rgba8888(FILE* file, int w, int h, const uint8_t* buf) { uint8_t* outBuf; int i; if(NULL == file || !buf || !(w > 0 && h > 0)) return 0; // No identification field, no color map, Targa type 2 (unmapped RGB). writeHeader(0, 0, 2, file); writeColorMapSpec(0, 0, 0, file); writeImageSpec(0, 0, w, h, 24, file); // The save format is BGR. outBuf = (uint8_t *) M_Malloc(w * h * 3); for(i = 0; i < w * h; ++i) { const uint8_t* src = &buf[i * 4]; uint8_t* dst = &outBuf[i * 3]; dst[0] = src[2]; dst[1] = src[1]; dst[2] = src[0]; } fwrite(outBuf, w * h * 3, 1, file); free(outBuf); return 1; // Success. } int TGA_Save16_rgb888(FILE* file, int w, int h, const uint8_t* buf) { int16_t* outBuf; int i; if(NULL == file || !buf || !(w > 0 && h > 0)) return 0; // No identification field, no color map, Targa type 2 (unmapped RGB). writeHeader(0, 0, 2, file); writeColorMapSpec(0, 0, 0, file); writeImageSpec(0, 0, w, h, 16, file); // The destination format is _RRRRRGG GGGBBBBB. outBuf = (int16_t *) M_Malloc(w * h * 2); for(i = 0; i < w * h; ++i) { const uint8_t* src = &buf[i * 3]; int16_t* dst = &outBuf[i]; *dst = (src[2] >> 3) + ((src[1] & 0xf8) << 2) + ((src[0] & 0xf8) << 7); } fwrite(outBuf, w * h * 2, 1, file); free(outBuf); return 1; // Success. } uint8_t *TGA_Load(de::FileHandle &file, Vector2ui &outSize, int &pixelSize) { uint8_t *dstBuf = 0; size_t const initPos = file.tell(); tga_header_t header; readHeader(&header, file); tga_colormapspec_t colorMapSpec; readColorMapSpec(&colorMapSpec, file); tga_imagespec_t imageSpec; readImageSpec(&imageSpec, file); outSize = Vector2ui(imageSpec.width, imageSpec.height); if(header.imageType != 2 || (imageSpec.pixelDepth != 32 && imageSpec.pixelDepth != 24) || (imageSpec.attributeBits != 8 && imageSpec.attributeBits != 0) || (imageSpec.flags & ISF_SCREEN_ORIGIN_UPPER)) { setLastError("Unsupported format."); file.seek(initPos, SeekSet); return 0; } // Determine format. //int const format = (imageSpec.pixelDepth == 24? TGA_TARGA24 : TGA_TARGA32); pixelSize = (imageSpec.pixelDepth == 24? 3 : 4); // Read the pixel data. int const numPels = outSize.x * outSize.y; uint8_t *srcBuf = (uint8_t *) M_Malloc(numPels * pixelSize); file.read(srcBuf, numPels * pixelSize); // "Unpack" the pixels (origin in the lower left corner). // TGA pixels are in BGRA format. dstBuf = (uint8_t *) M_Malloc(4 * numPels); uint8_t const *src = srcBuf; for(int y = outSize.y - 1; y >= 0; y--) for(int x = 0; x < (signed) outSize.x; x++) { uint8_t *dst = &dstBuf[(y * outSize.x + x) * pixelSize]; dst[2] = *src++; dst[1] = *src++; dst[0] = *src++; if(pixelSize == 4) dst[3] = *src++; } M_Free(srcBuf); setLastError(0); // Success. file.seek(initPos, SeekSet); return dstBuf; } doomsday-1.14.5/doomsday/client/src/resource/texture.cpp0000664000175000017500000002540212350542237022632 0ustar jaakkojaakko/** @file texture.cpp Logical texture resource. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/texture.h" #include "dd_main.h" // App_ResourceSystem() #include "con_main.h" #include "resource/resourcesystem.h" #include "resource/compositetexture.h" #include "TextureManifest" #include #include #include #include using namespace de; typedef QMap Analyses; DENG2_PIMPL(Texture) { TextureManifest &manifest; Flags flags; #ifdef __CLIENT__ /// Set of (render-) context variants. Variants variants; #endif /// User data associated with this texture. void *userData; /// World dimensions in map coordinate space units. Vector2i dimensions; /// World origin offset in map coordinate space units. Vector2i origin; /// Image analysis data, used for various purposes according to context. Analyses analyses; Instance(Public *i, TextureManifest &_manifest) : Base(i) , manifest(_manifest) , userData(0) {} ~Instance() { self.clearAnalyses(); #ifdef __CLIENT__ self.clearVariants(); #endif } /// Notify iterested parties of a change in world dimensions. void notifyDimensionsChanged() { DENG2_FOR_PUBLIC_AUDIENCE(DimensionsChange, i) i->textureDimensionsChanged(self); } }; Texture::Texture(TextureManifest &manifest) : d(new Instance(this, manifest)) { setFlags(manifest.flags()); setDimensions(manifest.logicalDimensions()); setOrigin(manifest.origin()); } Texture::~Texture() { DENG2_FOR_AUDIENCE(Deletion, i) i->textureBeingDeleted(*this); if(!manifest().schemeName().compareWithoutCase("Textures")) { CompositeTexture *pcTex = reinterpret_cast(userDataPointer()); if(pcTex) delete pcTex; } delete d; } TextureManifest &Texture::manifest() const { return d->manifest; } void Texture::setUserDataPointer(void *newUserData) { if(d->userData && newUserData) { LOG_AS("Texture::setUserDataPointer"); LOGDEV_RES_MSG("User data already present for \"%s\" %p, will be replaced") << d->manifest.composeUri() << this; } d->userData = newUserData; } void *Texture::userDataPointer() const { return d->userData; } Vector2i const &Texture::dimensions() const { return d->dimensions; } void Texture::setDimensions(Vector2i const &_newDimensions) { Vector2i newDimensions = _newDimensions.max(Vector2i(0, 0)); if(d->dimensions != newDimensions) { d->dimensions = newDimensions; d->notifyDimensionsChanged(); } } void Texture::setWidth(int newWidth) { if(d->dimensions.x != newWidth) { d->dimensions.x = newWidth; d->notifyDimensionsChanged(); } } void Texture::setHeight(int newHeight) { if(d->dimensions.y != newHeight) { d->dimensions.y = newHeight; d->notifyDimensionsChanged(); } } Vector2i const &Texture::origin() const { return d->origin; } void Texture::setOrigin(Vector2i const &newOrigin) { if(d->origin != newOrigin) { d->origin = newOrigin; } } #ifdef __CLIENT__ uint Texture::variantCount() const { return uint(d->variants.count()); } Texture::Variant *Texture::chooseVariant(ChooseVariantMethod method, TextureVariantSpec const &spec, bool canCreate) { foreach(Variant *variant, d->variants) { TextureVariantSpec const &cand = variant->spec(); switch(method) { case MatchSpec: if(&cand == &spec) { // This is the one we're looking for. return variant; } break; case FuzzyMatchSpec: if(cand == spec) { // This will do fine. return variant; } break; } } #ifdef DENG_DEBUG // 07/04/2011 dj: The "fuzzy selection" features are yet to be implemented. // As such, the following should NOT return a valid variant iff the rest of // this subsystem has been implemented correctly. // // Presently this is used as a sanity check. if(method == MatchSpec) { DENG_ASSERT(!chooseVariant(FuzzyMatchSpec, spec)); } #endif if(!canCreate) return 0; d->variants.push_back(new Variant(*this, spec)); return d->variants.back(); } Texture::Variant *Texture::prepareVariant(TextureVariantSpec const &spec) { Variant *variant = chooseVariant(MatchSpec, spec, true /*can create*/); DENG2_ASSERT(variant); variant->prepare(); return variant; } Texture::Variants const &Texture::variants() const { return d->variants; } void Texture::clearVariants() { while(!d->variants.isEmpty()) { Texture::Variant *variant = d->variants.takeFirst(); #ifdef DENG_DEBUG if(variant->glName()) { String textualVariantSpec = variant->spec().asText(); LOG_AS("Texture::clearVariants") LOGDEV_RES_WARNING("GLName (%i) still set for a variant of \"%s\" %p. Perhaps it wasn't released?") << variant->glName() << d->manifest.composeUri() << this << textualVariantSpec; } #endif delete variant; } } void Texture::releaseGLTextures(TextureVariantSpec *spec) { foreach(TextureVariant *variant, variants()) { if(!spec || spec == &variant->spec()) { variant->release(); if(spec) { break; } } } } #endif // __CLIENT__ void Texture::clearAnalyses() { foreach(void *data, d->analyses) { M_Free(data); } d->analyses.clear(); } void *Texture::analysisDataPointer(AnalysisId analysisId) const { if(!d->analyses.contains(analysisId)) return 0; return d->analyses.value(analysisId); } void Texture::setAnalysisDataPointer(AnalysisId analysisId, void *newData) { LOG_AS("Texture::attachAnalysis"); void *existingData = analysisDataPointer(analysisId); if(existingData) { #if _DEBUG if(newData) { LOGDEV_RES_VERBOSE("Image analysis (id:%i) already present for \"%s\", will be replaed") << int(analysisId) << d->manifest.composeUri(); } #endif M_Free(existingData); } d->analyses.insert(analysisId, newData); } Texture::Flags Texture::flags() const { return d->flags; } void Texture::setFlags(Texture::Flags flagsToChange, FlagOp operation) { applyFlagOperation(d->flags, flagsToChange, operation); } String Texture::description() const { String str = String("Texture \"%1\"").arg(manifest().composeUri().asText()); #ifdef DENG_DEBUG str += String(" [%2]").arg(de::dintptr(this)); #endif str += " Dimensions:" + (width() == 0 && height() == 0? String("unknown (not yet prepared)") : dimensions().asText()) + " Source:" + manifest().sourceDescription(); #ifdef __CLIENT__ str += String(" x%1").arg(variantCount()); #endif return str; } D_CMD(InspectTexture) { DENG2_UNUSED(src); de::Uri search = de::Uri::fromUserInput(&argv[1], argc - 1); if(!search.scheme().isEmpty() && !App_ResourceSystem().knownTextureScheme(search.scheme())) { LOG_RES_WARNING("Unknown scheme %s") << search.scheme(); return false; } try { TextureManifest &manifest = App_ResourceSystem().textureManifest(search); if(manifest.hasTexture()) { Texture &texture = manifest.texture(); String variantCountText; #ifdef __CLIENT__ variantCountText = de::String(" (x%1)").arg(texture.variantCount()); #endif LOG_RES_MSG("Texture " _E(b) "%s" _E(.) "%s" "\n" _E(l) "Dimensions: " _E(.) _E(i) "%s" _E(.) " " _E(l) "Source: " _E(.) _E(i) "%s") << manifest.composeUri() << variantCountText << (texture.width() == 0 && texture.height() == 0? String("unknown (not yet prepared)") : texture.dimensions().asText()) << manifest.sourceDescription(); #if defined(__CLIENT__) && defined(DENG_DEBUG) if(texture.variantCount()) { // Print variant specs. LOG_RES_MSG(_E(R)); int variantIdx = 0; foreach(TextureVariant *variant, texture.variants()) { Vector2f coords; variant->glCoords(&coords.x, &coords.y); String textualVariantSpec = variant->spec().asText(); LOG_RES_MSG(_E(D) "Variant #%i:" _E(.) " " _E(l) "Source: " _E(.) _E(i) "%s" _E(.) " " _E(l) "Masked: " _E(.) _E(i) "%s" _E(.) " " _E(l) "GLName: " _E(.) _E(i) "%i" _E(.) " " _E(l) "Coords: " _E(.) _E(i) "%s" _E(.) _E(R) "\n" _E(b) "Specification:" _E(.) "%s") << variantIdx << variant->sourceDescription() << (variant->isMasked()? "yes":"no") << variant->glName() << coords.asText() << textualVariantSpec; ++variantIdx; } } #endif // __CLIENT__ && DENG_DEBUG } else { LOG_RES_MSG("%s") << manifest.description(); } return true; } catch(ResourceSystem::MissingManifestError const &er) { LOG_RES_WARNING("%s.") << er.asText(); } return false; } void Texture::consoleRegister() // static { C_CMD("inspecttexture", "ss", InspectTexture) C_CMD("inspecttexture", "s", InspectTexture) } doomsday-1.14.5/doomsday/client/src/resource/wad.cpp0000664000175000017500000004222512350542237021707 0ustar jaakkojaakko/** @file wad.cpp WAD Archive. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_filesys.h" #include "resource/lumpcache.h" #include "resource/wad.h" #include #include // memcpy #include #include #include #include #include #include static QString invalidIndexMessage(int invalidIdx, int lastValidIdx); namespace de { /// The following structures are used to read data directly from WAD files. #pragma pack(1) typedef struct { char identification[4]; int32_t lumpRecordsCount; int32_t lumpRecordsOffset; } wadheader_t; typedef struct { int32_t filePos; int32_t size; char name[8]; } wadlumprecord_t; #pragma pack() class WadFile : public File1 { public: WadFile(FileHandle &hndl, String path, FileInfo const &info, File1 *container) : File1(hndl, path, info, container), crc_(0) {} /// @return Name of this file. String const &name() const { return directoryNode().name(); } /** * Compose an absolute URI to this file. * * @param delimiter Delimit directory using this character. * * @return The absolute URI. */ Uri composeUri(QChar delimiter = '/') const { return directoryNode().path(delimiter); } /** * Retrieve the directory node for this file. * * @return Directory node for this file. */ PathTree::Node const &directoryNode() const { return dynamic_cast(container()).lumpDirectoryNode(info_.lumpIdx); } /** * Read the file data into @a buffer. * * @param buffer Buffer to read into. Must be at least large enough to * contain the whole file. * @param tryCache @c true= try the lump cache first. * * @return Number of bytes read. * * @see size() or info() to determine the size of buffer needed. */ size_t read(uint8_t *buffer, bool tryCache = true) { return dynamic_cast(container()).readLump(info_.lumpIdx, buffer, tryCache); } /** * Read a subsection of the file data into @a buffer. * * @param buffer Buffer to read into. Must be at least @a length bytes. * @param startOffset Offset from the beginning of the file to start reading. * @param length Number of bytes to read. * @param tryCache If @c true try the local data cache first. * * @return Number of bytes read. */ size_t read(uint8_t *buffer, size_t startOffset, size_t length, bool tryCache = true) { return dynamic_cast(container()).readLump(info_.lumpIdx, buffer, startOffset, length, tryCache); } /** * Read this lump into the local cache. * * @return Pointer to the cached copy of the associated data. */ uint8_t const *cache() { return dynamic_cast(container()).cacheLump(info_.lumpIdx); } /** * Remove a lock on the locally cached data. * * @return This instance. */ WadFile &unlock() { dynamic_cast(container()).unlockLump(info_.lumpIdx); return *this; } uint crc() const { return crc_; } /** * Calculate a simple CRC for the lump. * * @note This algorithm should be replaced if the CRC is needed for anything * critical/meaningful. * * @attention Calls back into the owning container instance to obtain the name. */ WadFile &updateCRC() { crc_ = uint(info_.size); PathTree::Node const &node = directoryNode(); String const &name = node.name(); int const nameLen = name.length(); for(int k = 0; k < nameLen; ++k) { crc_ += name.at(k).unicode(); } return *this; } private: uint crc_; }; struct Wad::Instance { Wad *self; /// Number of lump records in the archived wad. int arcRecordsCount; /// Offset to the lump record table in the archived wad. size_t arcRecordsOffset; /// Directory containing structure and info records for all lumps. UserDataPathTree *lumpDirectory; /// LUT which maps logical lump indices to PathTreeNodes. typedef std::vector LumpNodeLut; LumpNodeLut *lumpNodeLut; /// Lump data cache. LumpCache *lumpCache; Instance(Wad *d, FileHandle &file, String path) : self(d), arcRecordsCount(0), arcRecordsOffset(0), lumpDirectory(0), lumpNodeLut(0), lumpCache(0) { // Seek to the start of the header. file.seek(0, SeekSet); wadheader_t hdr; if(!readArchiveHeader(file, hdr)) throw Wad::FormatError("Wad::Wad", QString("File %1 does not appear to be a known WAD format").arg(path)); arcRecordsCount = hdr.lumpRecordsCount; arcRecordsOffset = hdr.lumpRecordsOffset; } ~Instance() { if(lumpDirectory) { lumpDirectory->traverse(PathTree::NoBranch, NULL, PathTree::no_hash, clearWadFileWorker); delete lumpDirectory; } if(lumpNodeLut) delete lumpNodeLut; if(lumpCache) delete lumpCache; } static int clearWadFileWorker(UserDataNode &node, void * /*parameters*/) { WadFile *lump = reinterpret_cast(node.userPointer()); if(lump) { // Detach our user data from this node. node.setUserPointer(0); delete lump; } return 0; // Continue iteration. } /// @pre @a file is positioned at the start of the header. static bool readArchiveHeader(FileHandle &file, wadheader_t &hdr) { size_t readBytes = file.read((uint8_t *)&hdr, sizeof(wadheader_t)); if(!(readBytes < sizeof(wadheader_t))) { hdr.lumpRecordsCount = littleEndianByteOrder.toNative(hdr.lumpRecordsCount); hdr.lumpRecordsOffset = littleEndianByteOrder.toNative(hdr.lumpRecordsOffset); return true; } return false; } /// @return Length of the archived lump name in characters. static int nameLength(wadlumprecord_t const &lrec) { int nameLen = 0; while(nameLen < LUMPNAME_T_LASTINDEX && lrec.name[nameLen]) { nameLen++; } return nameLen; } /// Perform all translations and encodings to the archived lump name and write /// the result to @a normName. static void normalizeName(wadlumprecord_t const &lrec, ddstring_t *normName) { LOG_AS("Wad"); if(!normName) return; Str_Clear(normName); int nameLen = nameLength(lrec); for(int i = 0; i < nameLen; ++i) { /// The Hexen demo on Mac uses the 0x80 on some lumps, maybe has significance? /// @todo Ensure that this doesn't break other IWADs. The 0x80-0xff /// range isn't normally used in lump names, right?? char ch = lrec.name[i] & 0x7f; Str_AppendChar(normName, ch); } // Lump names allow characters the file system does not. Therefore they // will be percent-encoded here and later decoded if/when necessary. if(!Str_IsEmpty(normName)) { Str_PercentEncode(normName); } else { /// We do not consider zero-length names to be valid, so replace with /// with _something_. /// @todo fixme: Handle this more elegantly... Str_Set(normName, "________"); } // All lumps are ordained with an extension if they don't have one. char const *ext = F_FindFileExtension(Str_Text(normName)); if(!(ext && Str_Length(normName) > ext - Str_Text(normName) + 1)) { Str_Append(normName, !Str_CompareIgnoreCase(normName, "DEHACKED")? ".deh" : ".lmp"); } } void readLumpDirectory() { LOG_AS("Wad"); if(arcRecordsCount <= 0) return; // Already been here? if(lumpDirectory) return; // We'll load the lump directory using one continous read into a temporary // local buffer before we process it into our runtime representation. wadlumprecord_t *arcRecords = new wadlumprecord_t[arcRecordsCount]; self->handle_->seek(arcRecordsOffset, SeekSet); self->handle_->read((uint8_t *)arcRecords, arcRecordsCount * sizeof(*arcRecords)); // Reserve a small work buffer for processing archived lump names. ddstring_t absPath; Str_Reserve(Str_Init(&absPath), LUMPNAME_T_LASTINDEX + 4/*.lmp*/); // Intialize the directory. lumpDirectory = new UserDataPathTree(PathTree::MultiLeaf); // Build our runtime representation from the archived lump directory. wadlumprecord_t const *arcRecord = arcRecords; for(int i = 0; i < arcRecordsCount; ++i, arcRecord++) { // Determine the name for this lump in the VFS. normalizeName(*arcRecord, &absPath); // Make it absolute. F_PrependBasePath(&absPath, &absPath); FileHandle *dummy = 0; /// @todo Fixme! WadFile *lump = new WadFile(*dummy, Str_Text(&absPath), FileInfo(self->lastModified(), // Inherited from the container (note recursion). i, littleEndianByteOrder.toNative(arcRecord->filePos), littleEndianByteOrder.toNative(arcRecord->size), littleEndianByteOrder.toNative(arcRecord->size)), self); UserDataNode *node = &lumpDirectory->insert(Path(Str_Text(&absPath))); node->setUserPointer(lump); } Str_Free(&absPath); // We are finished with the temporary lump directory records. delete[] arcRecords; } static int buildLumpNodeLutWorker(UserDataNode &node, void *parameters) { Instance *wadInst = (Instance *)parameters; WadFile *lump = reinterpret_cast(node.userPointer()); DENG2_ASSERT(lump && wadInst->self->isValidIndex(lump->info().lumpIdx)); // Sanity check. (*wadInst->lumpNodeLut)[lump->info().lumpIdx] = &node; return 0; // Continue iteration. } void buildLumpNodeLut() { LOG_AS("Wad"); // Been here already? if(lumpNodeLut) return; lumpNodeLut = new LumpNodeLut(self->lumpCount()); if(!lumpDirectory) return; lumpDirectory->traverse(PathTree::NoBranch, NULL, PathTree::no_hash, buildLumpNodeLutWorker, (void*)this); } }; Wad::Wad(FileHandle &hndl, String path, FileInfo const &info, File1 *container) : File1(hndl, path, info, container) { d = new Instance(this, hndl, path); } Wad::~Wad() { clearLumpCache(); delete d; } bool Wad::isValidIndex(int lumpIdx) const { return lumpIdx >= 0 && lumpIdx < lumpCount(); } int Wad::lastIndex() const { return lumpCount() - 1; } int Wad::lumpCount() const { d->readLumpDirectory(); return d->lumpDirectory? d->lumpDirectory->size() : 0; } bool Wad::empty() { return !lumpCount(); } PathTree::Node &Wad::lumpDirectoryNode(int lumpIdx) const { if(!isValidIndex(lumpIdx)) throw NotFoundError("Wad::lumpDirectoryNode", invalidIndexMessage(lumpIdx, lastIndex())); d->buildLumpNodeLut(); return *((*d->lumpNodeLut)[lumpIdx]); } File1 &Wad::lump(int lumpIdx) { LOG_AS("Wad"); if(!isValidIndex(lumpIdx)) throw NotFoundError("Wad::lump", invalidIndexMessage(lumpIdx, lastIndex())); d->buildLumpNodeLut(); return *reinterpret_cast((*d->lumpNodeLut)[lumpIdx]->userPointer()); } void Wad::clearCachedLump(int lumpIdx, bool *retCleared) { LOG_AS("Wad::clearCachedLump"); if(retCleared) *retCleared = false; if(isValidIndex(lumpIdx)) { if(d->lumpCache) { d->lumpCache->remove(lumpIdx, retCleared); } } else { LOGDEV_RES_WARNING(invalidIndexMessage(lumpIdx, lastIndex())); } } void Wad::clearLumpCache() { LOG_AS("Wad::clearLumpCache"); if(d->lumpCache) d->lumpCache->clear(); } uint8_t const *Wad::cacheLump(int lumpIdx) { LOG_AS("Wad::cacheLump"); if(!isValidIndex(lumpIdx)) throw NotFoundError("Wad::cacheLump", invalidIndexMessage(lumpIdx, lastIndex())); WadFile const &file = reinterpret_cast(lump(lumpIdx)); LOGDEV_RES_XVERBOSE("\"%s:%s\" (%u bytes%s)") << NativePath(composePath()).pretty() << NativePath(file.composePath()).pretty() << (unsigned long) file.info().size << (file.info().isCompressed()? ", compressed" : ""); // Time to create the cache? if(!d->lumpCache) { d->lumpCache = new LumpCache(lumpCount()); } uint8_t const *data = d->lumpCache->data(lumpIdx); if(data) return data; uint8_t * region = (uint8_t *) Z_Malloc(file.info().size, PU_APPSTATIC, 0); if(!region) throw Error("Wad::cacheLump", QString("Failed on allocation of %1 bytes for cache copy of lump #%2").arg(file.info().size).arg(lumpIdx)); readLump(lumpIdx, region, false); d->lumpCache->insert(lumpIdx, region); return region; } void Wad::unlockLump(int lumpIdx) { LOG_AS("Wad::unlockLump"); LOGDEV_RES_XVERBOSE("\"%s:%s\"") << NativePath(composePath()).pretty() << NativePath(lump(lumpIdx).composePath()).pretty(); if(isValidIndex(lumpIdx)) { if(d->lumpCache) { d->lumpCache->unlock(lumpIdx); } } else { LOGDEV_RES_WARNING(invalidIndexMessage(lumpIdx, lastIndex())); } } size_t Wad::readLump(int lumpIdx, uint8_t *buffer, bool tryCache) { LOG_AS("Wad::readLump"); if(!isValidIndex(lumpIdx)) return 0; return readLump(lumpIdx, buffer, 0, lump(lumpIdx).size(), tryCache); } size_t Wad::readLump(int lumpIdx, uint8_t *buffer, size_t startOffset, size_t length, bool tryCache) { LOG_AS("Wad::readLump"); WadFile const& file = reinterpret_cast(lump(lumpIdx)); LOGDEV_RES_XVERBOSE("\"%s:%s\" (%u bytes%s) [%u +%u]") << NativePath(composePath()).pretty() << NativePath(file.composePath()).pretty() << (unsigned long) file.size() << (file.isCompressed()? ", compressed" : "") << startOffset << length; // Try to avoid a file system read by checking for a cached copy. if(tryCache) { uint8_t const *data = d->lumpCache? d->lumpCache->data(lumpIdx) : 0; LOGDEV_RES_XVERBOSE("Cache %s on #%i") << (data? "hit" : "miss") << lumpIdx; if(data) { size_t readBytes = MIN_OF(file.size(), length); std::memcpy(buffer, data + startOffset, readBytes); return readBytes; } } handle_->seek(file.info().baseOffset + startOffset, SeekSet); size_t readBytes = handle_->read(buffer, length); /// @todo Do not check the read length here. if(readBytes < length) throw Error("Wad::readLumpSection", QString("Only read %1 of %2 bytes of lump #%3").arg(readBytes).arg(length).arg(lumpIdx)); return readBytes; } uint Wad::calculateCRC() { uint crc = 0; int const numLumps = lumpCount(); for(int i = 0; i < numLumps; ++i) { WadFile &file = reinterpret_cast(lump(i)); file.updateCRC(); crc += file.crc(); } return crc; } bool Wad::recognise(FileHandle &file) { wadheader_t hdr; // Seek to the start of the header. size_t initPos = file.tell(); file.seek(0, SeekSet); bool readHeaderOk = Wad::Instance::readArchiveHeader(file, hdr); // Return the stream to its original position. file.seek(initPos, SeekSet); if(!readHeaderOk) return false; if(memcmp(hdr.identification, "IWAD", 4) && memcmp(hdr.identification, "PWAD", 4)) return false; return true; } } // namespace de static QString invalidIndexMessage(int invalidIdx, int lastValidIdx) { QString msg = QString("Invalid lump index %1 ").arg(invalidIdx); if(lastValidIdx < 0) msg += "(file is empty)"; else msg += QString("(valid range: [0..%2])").arg(lastValidIdx); return msg; } doomsday-1.14.5/doomsday/client/src/resource/model.cpp0000664000175000017500000006032612350542237022236 0ustar jaakkojaakko/** @file model.cpp 3D model resource. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/model.h" #include "filesys/file.h" #include "Texture" #include "TextureManifest" #include #include #include using namespace de; bool Model::DetailLevel::hasVertex(int number) const { return model.lodVertexUsage().testBit(number * model.lodCount() + level); } void Model::Frame::bounds(Vector3f &retMin, Vector3f &retMax) const { retMin = min; retMax = max; } float Model::Frame::horizontalRange(float *top, float *bottom) const { *top = max.y; *bottom = min.y; return max.y - min.y; } // #define MD2_MAGIC 0x32504449 #pragma pack(1) struct md2_header_t { int magic; int version; int skinWidth; int skinHeight; int frameSize; int numSkins; int numVertices; int numTexCoords; int numTriangles; int numGlCommands; int numFrames; int offsetSkins; int offsetTexCoords; int offsetTriangles; int offsetFrames; int offsetGlCommands; int offsetEnd; }; #pragma pack() static bool readMd2Header(de::FileHandle &file, md2_header_t &hdr) { size_t readBytes = file.read((uint8_t *)&hdr, sizeof(md2_header_t)); if(readBytes < sizeof(md2_header_t)) return false; hdr.magic = littleEndianByteOrder.toNative(hdr.magic); hdr.version = littleEndianByteOrder.toNative(hdr.version); hdr.skinWidth = littleEndianByteOrder.toNative(hdr.skinWidth); hdr.skinHeight = littleEndianByteOrder.toNative(hdr.skinHeight); hdr.frameSize = littleEndianByteOrder.toNative(hdr.frameSize); hdr.numSkins = littleEndianByteOrder.toNative(hdr.numSkins); hdr.numVertices = littleEndianByteOrder.toNative(hdr.numVertices); hdr.numTexCoords = littleEndianByteOrder.toNative(hdr.numTexCoords); hdr.numTriangles = littleEndianByteOrder.toNative(hdr.numTriangles); hdr.numGlCommands = littleEndianByteOrder.toNative(hdr.numGlCommands); hdr.numFrames = littleEndianByteOrder.toNative(hdr.numFrames); hdr.offsetSkins = littleEndianByteOrder.toNative(hdr.offsetSkins); hdr.offsetTexCoords = littleEndianByteOrder.toNative(hdr.offsetTexCoords); hdr.offsetTriangles = littleEndianByteOrder.toNative(hdr.offsetTriangles); hdr.offsetFrames = littleEndianByteOrder.toNative(hdr.offsetFrames); hdr.offsetGlCommands = littleEndianByteOrder.toNative(hdr.offsetGlCommands); hdr.offsetEnd = littleEndianByteOrder.toNative(hdr.offsetEnd); return true; } // #define DMD_MAGIC 0x4D444D44 ///< "DMDM" = Doomsday/Detailed MoDel Magic #pragma pack(1) struct dmd_header_t { int magic; int version; int flags; }; #pragma pack() static bool readHeaderDmd(de::FileHandle &file, dmd_header_t &hdr) { size_t readBytes = file.read((uint8_t *)&hdr, sizeof(dmd_header_t)); if(readBytes < sizeof(dmd_header_t)) return false; hdr.magic = littleEndianByteOrder.toNative(hdr.magic); hdr.version = littleEndianByteOrder.toNative(hdr.version); hdr.flags = littleEndianByteOrder.toNative(hdr.flags); return true; } static void *allocAndLoad(de::FileHandle &file, int offset, int len) { uint8_t *ptr = (uint8_t *) M_Malloc(len); file.seek(offset, SeekSet); file.read(ptr, len); return ptr; } // Precalculated normal LUT for use when loading MD2/DMD format models. #define NUMVERTEXNORMALS 162 static float avertexnormals[NUMVERTEXNORMALS][3] = { #include "tab_anorms.h" }; /** * @todo reimplement file loading using de::Reader. */ DENG2_PIMPL(Model) { Flags flags; Skins skins; Frames frames; int numVertices; DetailLevels lods; QBitArray lodVertexUsage; uint modelId; ///< In the repository. Instance(Public *i) : Base(i) , numVertices(0) , modelId(0) {} ~Instance() { self.clearAllFrames(); } #pragma pack(1) struct md2_triangleVertex_t { byte vertex[3]; byte normalIndex; }; struct md2_packedFrame_t { float scale[3]; float translate[3]; char name[16]; md2_triangleVertex_t vertices[1]; }; struct md2_commandElement_t { float s, t; int index; }; #pragma pack() /** * Note vertex Z/Y are swapped here (ordered XYZ in the serialized data). */ static Model *loadMd2(de::FileHandle &file, float aspectScale) { // Determine whether this appears to be a MD2 model. md2_header_t hdr; if(!readMd2Header(file, hdr)) return 0; if(hdr.magic != MD2_MAGIC) return 0; Model *mdl = new Model; mdl->d->numVertices = hdr.numVertices; // Load and convert to DMD. uint8_t *frameData = (uint8_t *) allocAndLoad(file, hdr.offsetFrames, hdr.frameSize * hdr.numFrames); for(int i = 0; i < hdr.numFrames; ++i) { md2_packedFrame_t const *pfr = (md2_packedFrame_t const *) (frameData + hdr.frameSize * i); Vector3f const scale(FLOAT(pfr->scale[0]), FLOAT(pfr->scale[2]), FLOAT(pfr->scale[1])); Vector3f const translation(FLOAT(pfr->translate[0]), FLOAT(pfr->translate[2]), FLOAT(pfr->translate[1])); String const frameName = pfr->name; ModelFrame *frame = new ModelFrame(*mdl, frameName); frame->vertices.reserve(hdr.numVertices); // Scale and translate each vertex. md2_triangleVertex_t const *pVtx = pfr->vertices; for(int k = 0; k < hdr.numVertices; ++k, pVtx++) { frame->vertices.append(ModelFrame::Vertex()); ModelFrame::Vertex &vtx = frame->vertices.last(); vtx.pos = Vector3f(pVtx->vertex[0], pVtx->vertex[2], pVtx->vertex[1]) * scale + translation; vtx.pos.y *= aspectScale; // Aspect undoing. vtx.norm = Vector3f(avertexnormals[pVtx->normalIndex]); if(!k) { frame->min = frame->max = vtx.pos; } else { frame->min = vtx.pos.min(frame->min); frame->max = vtx.pos.max(frame->max); } } mdl->d->frames.append(frame); } M_Free(frameData); mdl->d->lods.append(new ModelDetailLevel(*mdl, 0)); ModelDetailLevel &lod0 = *mdl->d->lods.last(); uint8_t *commandData = (uint8_t *) allocAndLoad(file, hdr.offsetGlCommands, 4 * hdr.numGlCommands); for(uint8_t const *pos = commandData; *pos;) { int count = LONG( *(int *) pos ); pos += 4; lod0.primitives.append(Model::Primitive()); Model::Primitive &prim = lod0.primitives.last(); // The type of primitive depends on the sign. prim.triFan = (count < 0); if(count < 0) { count = -count; } while(count--) { md2_commandElement_t const *v = (md2_commandElement_t *) pos; pos += 12; prim.elements.append(Model::Primitive::Element()); Model::Primitive::Element &elem = prim.elements.last(); elem.texCoord = Vector2f(FLOAT(v->s), FLOAT(v->t)); elem.index = LONG(v->index); } } M_Free(commandData); // Load skins. (Note: numSkins may be zero.) file.seek(hdr.offsetSkins, SeekSet); for(int i = 0; i < hdr.numSkins; ++i) { char name[64]; file.read((uint8_t *)name, 64); mdl->newSkin(name); } return mdl; } // DMD chunk types. enum { DMC_END, /// Must be the last chunk. DMC_INFO /// Required; will be expected to exist. }; #pragma pack(1) struct dmd_chunk_t { int type; int length; /// Next chunk follows... }; struct dmd_info_t { int skinWidth; int skinHeight; int frameSize; int numSkins; int numVertices; int numTexCoords; int numFrames; int numLODs; int offsetSkins; int offsetTexCoords; int offsetFrames; int offsetLODs; int offsetEnd; }; struct dmd_levelOfDetail_t { int numTriangles; int numGlCommands; int offsetTriangles; int offsetGlCommands; }; struct dmd_packedVertex_t { byte vertex[3]; unsigned short normal; /// Yaw and pitch. }; struct dmd_packedFrame_t { float scale[3]; float translate[3]; char name[16]; dmd_packedVertex_t vertices[1]; // dmd_info_t::numVertices size }; struct dmd_triangle_t { short vertexIndices[3]; short textureIndices[3]; }; #pragma pack() /** * Packed: pppppppy yyyyyyyy. Yaw is on the XY plane. */ static Vector3f unpackVector(ushort packed) { float const yaw = (packed & 511) / 512.0f * 2 * PI; float const pitch = ((packed >> 9) / 127.0f - 0.5f) * PI; float const cosp = float(cos(pitch)); return Vector3f(cos(yaw) * cosp, sin(yaw) * cosp, sin(pitch)); } /** * Note vertex Z/Y are swapped here (ordered XYZ in the serialized data). */ static Model *loadDmd(de::FileHandle &file, float aspectScale) { // Determine whether this appears to be a DMD model. dmd_header_t hdr; if(!readHeaderDmd(file, hdr)) return 0; if(hdr.magic != DMD_MAGIC) return 0; // Read the chunks. dmd_chunk_t chunk; file.read((uint8_t *)&chunk, sizeof(chunk)); dmd_info_t info; zap(info); while(LONG(chunk.type) != DMC_END) { switch(LONG(chunk.type)) { case DMC_INFO: // Standard DMD information chunk. file.read((uint8_t *)&info, LONG(chunk.length)); info.skinWidth = LONG(info.skinWidth); info.skinHeight = LONG(info.skinHeight); info.frameSize = LONG(info.frameSize); info.numSkins = LONG(info.numSkins); info.numVertices = LONG(info.numVertices); info.numTexCoords = LONG(info.numTexCoords); info.numFrames = LONG(info.numFrames); info.numLODs = LONG(info.numLODs); info.offsetSkins = LONG(info.offsetSkins); info.offsetTexCoords = LONG(info.offsetTexCoords); info.offsetFrames = LONG(info.offsetFrames); info.offsetLODs = LONG(info.offsetLODs); info.offsetEnd = LONG(info.offsetEnd); break; default: // Skip unknown chunks. file.seek(LONG(chunk.length), SeekCur); break; } // Read the next chunk header. file.read((uint8_t *)&chunk, sizeof(chunk)); } Model *mdl = new Model; mdl->d->numVertices = info.numVertices; // Allocate and load in the data. (Note: numSkins may be zero.) file.seek(info.offsetSkins, SeekSet); for(int i = 0; i < info.numSkins; ++i) { char name[64]; file.read((uint8_t *)name, 64); mdl->newSkin(name); } uint8_t *frameData = (uint8_t *) allocAndLoad(file, info.offsetFrames, info.frameSize * info.numFrames); for(int i = 0; i < info.numFrames; ++i) { dmd_packedFrame_t const *pfr = (dmd_packedFrame_t *) (frameData + info.frameSize * i); Vector3f const scale(FLOAT(pfr->scale[0]), FLOAT(pfr->scale[2]), FLOAT(pfr->scale[1])); Vector3f const translation(FLOAT(pfr->translate[0]), FLOAT(pfr->translate[2]), FLOAT(pfr->translate[1])); String const frameName = pfr->name; Frame *frame = new Frame(*mdl, frameName); frame->vertices.reserve(info.numVertices); // Scale and translate each vertex. dmd_packedVertex_t const *pVtx = pfr->vertices; for(int k = 0; k < info.numVertices; ++k, ++pVtx) { frame->vertices.append(Frame::Vertex()); Frame::Vertex &vtx = frame->vertices.last(); vtx.pos = Vector3f(pVtx->vertex[0], pVtx->vertex[2], pVtx->vertex[1]) * scale + translation; vtx.pos.y *= aspectScale; // Aspect undo. vtx.norm = unpackVector(USHORT(pVtx->normal)); if(!k) { frame->min = frame->max = vtx.pos; } else { frame->min = vtx.pos.min(frame->min); frame->max = vtx.pos.max(frame->max); } } mdl->d->frames.append(frame); } M_Free(frameData); file.seek(info.offsetLODs, SeekSet); dmd_levelOfDetail_t *lodInfo = new dmd_levelOfDetail_t[info.numLODs]; for(int i = 0; i < info.numLODs; ++i) { file.read((uint8_t *)&lodInfo[i], sizeof(dmd_levelOfDetail_t)); lodInfo[i].numTriangles = LONG(lodInfo[i].numTriangles); lodInfo[i].numGlCommands = LONG(lodInfo[i].numGlCommands); lodInfo[i].offsetTriangles = LONG(lodInfo[i].offsetTriangles); lodInfo[i].offsetGlCommands = LONG(lodInfo[i].offsetGlCommands); } dmd_triangle_t **triangles = new dmd_triangle_t*[info.numLODs]; for(int i = 0; i < info.numLODs; ++i) { mdl->d->lods.append(new DetailLevel(*mdl, i)); DetailLevel &lod = *mdl->d->lods.last(); triangles[i] = (dmd_triangle_t *) allocAndLoad(file, lodInfo[i].offsetTriangles, sizeof(dmd_triangle_t) * lodInfo[i].numTriangles); uint8_t *commandData = (uint8_t *) allocAndLoad(file, lodInfo[i].offsetGlCommands, 4 * lodInfo[i].numGlCommands); for(uint8_t const *pos = commandData; *pos;) { int count = LONG( *(int *) pos ); pos += 4; lod.primitives.append(Primitive()); Primitive &prim = lod.primitives.last(); // The type of primitive depends on the sign of the element count. prim.triFan = (count < 0); if(count < 0) { count = -count; } while(count--) { md2_commandElement_t const *v = (md2_commandElement_t *) pos; pos += 12; prim.elements.append(Primitive::Element()); Primitive::Element &elem = prim.elements.last(); elem.texCoord = Vector2f(FLOAT(v->s), FLOAT(v->t)); elem.index = LONG(v->index); } } M_Free(commandData); } // Determine vertex usage at each LOD level. mdl->d->lodVertexUsage.resize(info.numVertices * info.numLODs); mdl->d->lodVertexUsage.fill(false); for(int i = 0; i < info.numLODs; ++i) for(int k = 0; k < lodInfo[i].numTriangles; ++k) for(int m = 0; m < 3; ++m) { int vertexIndex = SHORT(triangles[i][k].vertexIndices[m]); mdl->d->lodVertexUsage.setBit(vertexIndex * info.numLODs + i); } delete [] lodInfo; for(int i = 0; i < info.numLODs; ++i) { M_Free(triangles[i]); } delete [] triangles; return mdl; } #if 0 /** * Calculate vertex normals. Only with -renorm. */ static void rebuildNormals(model_t &mdl) { // Renormalizing? if(!CommandLine_Check("-renorm")) return; int const tris = mdl.lodInfo[0].numTriangles; int const verts = mdl.info.numVertices; vector_t* normals = (vector_t*) Z_Malloc(sizeof(vector_t) * tris, PU_APPSTATIC, 0); vector_t norm; int cnt; // Calculate the normal for each vertex. for(int i = 0; i < mdl.info.numFrames; ++i) { model_vertex_t* list = mdl.frames[i].vertices; for(int k = 0; k < tris; ++k) { dmd_triangle_t const& tri = mdl.lods[0].triangles[k]; // First calculate surface normals, combine them to vertex ones. V3f_PointCrossProduct(normals[k].pos, list[tri.vertexIndices[0]].vertex, list[tri.vertexIndices[2]].vertex, list[tri.vertexIndices[1]].vertex); V3f_Normalize(normals[k].pos); } for(int k = 0; k < verts; ++k) { memset(&norm, 0, sizeof(norm)); cnt = 0; for(int j = 0; j < tris; ++j) { dmd_triangle_t const& tri = mdl.lods[0].triangles[j]; for(int n = 0; n < 3; ++n) { if(tri.vertexIndices[n] == k) { cnt++; for(int n = 0; n < 3; ++n) { norm.pos[n] += normals[j].pos[n]; } break; } } } if(!cnt) continue; // Impossible... // Calculate the average. for(int n = 0; n < 3; ++n) { norm.pos[n] /= cnt; } // Normalize it. V3f_Normalize(norm.pos); memcpy(list[k].normal, norm.pos, sizeof(norm.pos)); } } Z_Free(normals); } #endif }; Model::Model(Flags flags) : d(new Instance(this)) { setFlags(flags, de::ReplaceFlags); } static bool recogniseDmd(de::FileHandle &file) { dmd_header_t hdr; size_t initPos = file.tell(); // Seek to the start of the header. file.seek(0, SeekSet); bool result = (readHeaderDmd(file, hdr) && LONG(hdr.magic) == DMD_MAGIC); // Return the stream to its original position. file.seek(initPos, SeekSet); return result; } static bool recogniseMd2(de::FileHandle &file) { md2_header_t hdr; size_t initPos = file.tell(); // Seek to the start of the header. file.seek(0, SeekSet); bool result = (readMd2Header(file, hdr) && LONG(hdr.magic) == MD2_MAGIC); // Return the stream to its original position. file.seek(initPos, SeekSet); return result; } bool Model::recognise(de::FileHandle &hndl) //static { LOG_AS("Model"); if(recogniseDmd(hndl)) return true; if(recogniseMd2(hndl)) return true; return false; } struct ModelFileType { String name; ///< Symbolic name of the resource type. String ext; ///< Known file extension. Model *(*loadFunc)(de::FileHandle &hndl, float aspectScale); }; Model *Model::loadFromFile(de::FileHandle &hndl, float aspectScale) //static { LOG_AS("Model"); // Recognized file types. static ModelFileType modelTypes[] = { { "DMD", ".dmd", Instance::loadDmd }, { "MD2", ".md2", Instance::loadMd2 }, { "", "", 0 } // Terminate. }; // Firstly, attempt to guess the resource type from the file extension. ModelFileType *rtypeGuess = 0; String filePath = hndl.file().composePath(); String ext = filePath.fileNameExtension(); if(!ext.isEmpty()) { for(int i = 0; !modelTypes[i].name.isEmpty(); ++i) { ModelFileType &rtype = modelTypes[i]; if(!rtype.ext.compareWithoutCase(ext)) { rtypeGuess = &rtype; if(Model *mdl = rtype.loadFunc(hndl, aspectScale)) { LOG_RES_VERBOSE("Interpreted \"" + NativePath(filePath).pretty() + "\" as a " + rtype.name + " model"); return mdl; } break; } } } // Not yet interpreted - try each known format in order. for(int i = 0; !modelTypes[i].name.isEmpty(); ++i) { ModelFileType const &rtype = modelTypes[i]; // Already tried this? if(&rtype == rtypeGuess) continue; if(Model *mdl = rtype.loadFunc(hndl, aspectScale)) { LOG_RES_VERBOSE("Interpreted \"" + NativePath(filePath).pretty() + "\" as a " + rtype.name + " model"); return mdl; } } return 0; } uint Model::modelId() const { return d->modelId; } void Model::setModelId(uint newModelId) { d->modelId = newModelId; } Model::Flags Model::flags() const { return d->flags; } void Model::setFlags(Model::Flags flagsToChange, FlagOp operation) { LOG_AS("Model"); applyFlagOperation(d->flags, flagsToChange, operation); } int Model::frameNumber(String name) const { if(!name.isEmpty()) { for(int i = 0; i < d->frames.count(); ++i) { Frame *frame = d->frames.at(i); if(!frame->name.compareWithoutCase(name)) return i; } } return -1; // Not found. } Model::Frame &Model::frame(int number) const { LOG_AS("Model"); if(hasFrame(number)) { return *d->frames.at(number); } throw MissingFrameError("Model::frame", "Invalid frame number " + String::number(number) + ", valid range is " + Rangei(0, d->frames.count()).asText()); } Model::Frames const &Model::frames() const { return d->frames; } void Model::clearAllFrames() { LOG_AS("Model"); qDeleteAll(d->frames); d->frames.clear(); } int Model::skinNumber(String name) const { if(!name.isEmpty()) { for(int i = 0; i < d->skins.count(); ++i) { Skin const &skin = d->skins.at(i); if(!skin.name.compareWithoutCase(name)) return i; } } return -1; // Not found. } Model::Skin &Model::skin(int number) const { LOG_AS("Model"); if(hasSkin(number)) { return const_cast(d->skins.at(number)); } throw MissingSkinError("Model::skin", "Invalid skin number " + String::number(number) + ", valid range is " + Rangei(0, d->skins.count()).asText()); } Model::Skin &Model::newSkin(String name) { LOG_AS("Model"); if(int index = skinNumber(name) > 0) { return skin(index); } d->skins.append(ModelSkin(name)); return d->skins.last(); } Model::Skins const &Model::skins() const { return d->skins; } void Model::clearAllSkins() { LOG_AS("Model"); d->skins.clear(); } Model::DetailLevel &Model::lod(int level) const { LOG_AS("Model"); if(hasLod(level)) { return *d->lods.at(level); } throw MissingDetailLevelError("Model::lod", "Invalid detail level " + String::number(level) + ", valid range is " + Rangei(0, d->lods.count()).asText()); } Model::DetailLevels const &Model::lods() const { return d->lods; } Model::Primitives const &Model::primitives() const { LOG_AS("Model"); return lod(0).primitives; } int Model::vertexCount() const { return d->numVertices; } QBitArray const &Model::lodVertexUsage() const { return d->lodVertexUsage; } doomsday-1.14.5/doomsday/client/src/resource/fonts.cpp0000664000175000017500000000172712350542237022267 0ustar jaakkojaakko/** @file fonts.cpp Font resource collection. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ doomsday-1.14.5/doomsday/client/src/resource/fontscheme.cpp0000664000175000017500000001652212350542237023270 0ustar jaakkojaakko/** @file fontscheme.cpp Font resource scheme. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "resource/fontscheme.h" #include #include using namespace de; DENG2_PIMPL(FontScheme), DENG2_OBSERVES(FontManifest, UniqueIdChange), DENG2_OBSERVES(FontManifest, Deletion) { String name; ///< Symbolic. Index index; ///< Mappings from paths to manifests. QList uniqueIdLut; ///< Index with uniqueId - uniqueIdBase. bool uniqueIdLutDirty; int uniqueIdBase; Instance(Public *i) : Base(i) , uniqueIdLutDirty(false) , uniqueIdBase(0) {} ~Instance() { self.clear(); DENG2_ASSERT(index.isEmpty()); // sanity check. } bool inline uniqueIdInLutRange(int uniqueId) const { return uniqueId - uniqueIdBase >= 0 && (uniqueId - uniqueIdBase) < uniqueIdLut.size(); } void findUniqueIdRange(int *minId, int *maxId) { if(!minId && !maxId) return; if(minId) *minId = DDMAXINT; if(maxId) *maxId = DDMININT; PathTreeIterator iter(index.leafNodes()); while(iter.hasNext()) { Manifest &manifest = iter.next(); int const uniqueId = manifest.uniqueId(); if(minId && uniqueId < *minId) *minId = uniqueId; if(maxId && uniqueId > *maxId) *maxId = uniqueId; } } void deindex(Manifest &manifest) { /// @todo Only destroy the resource if this is the last remaining reference. manifest.clearResource(); unlinkInUniqueIdLut(manifest); } /// @pre uniqueIdMap is large enough if initialized! void unlinkInUniqueIdLut(Manifest const &manifest) { DENG2_ASSERT(&manifest.scheme() == thisPublic); // sanity check. // If the lut is already considered 'dirty' do not unlink. if(!uniqueIdLutDirty) { int uniqueId = manifest.uniqueId(); DENG2_ASSERT(uniqueIdInLutRange(uniqueId)); uniqueIdLut[uniqueId - uniqueIdBase] = 0; } } /// @pre uniqueIdLut has been initialized and is large enough! void linkInUniqueIdLut(Manifest &manifest) { DENG2_ASSERT(&manifest.scheme() == thisPublic); // sanity check. int uniqueId = manifest.uniqueId(); DENG_ASSERT(uniqueIdInLutRange(uniqueId)); uniqueIdLut[uniqueId - uniqueIdBase] = &manifest; } void rebuildUniqueIdLut() { // Is a rebuild necessary? if(!uniqueIdLutDirty) return; // Determine the size of the LUT. int minId, maxId; findUniqueIdRange(&minId, &maxId); int lutSize = 0; if(minId > maxId) // None found? { uniqueIdBase = 0; } else { uniqueIdBase = minId; lutSize = maxId - minId + 1; } // Fill the LUT with initial values. #ifdef DENG2_QT_4_7_OR_NEWER uniqueIdLut.reserve(lutSize); #endif int i = 0; for(; i < uniqueIdLut.size(); ++i) { uniqueIdLut[i] = 0; } for(; i < lutSize; ++i) { uniqueIdLut.push_back(0); } if(lutSize) { // Populate the LUT. PathTreeIterator iter(index.leafNodes()); while(iter.hasNext()) { linkInUniqueIdLut(iter.next()); } } uniqueIdLutDirty = false; } // Observes FontManifest UniqueIdChange void fontManifestUniqueIdChanged(Manifest & /*manifest*/) { // We'll need to rebuild the id map. uniqueIdLutDirty = true; } // Observes FontManifest Deletion. void fontManifestBeingDeleted(Manifest const &manifest) { deindex(const_cast(manifest)); } }; FontScheme::FontScheme(String symbolicName) : d(new Instance(this)) { d->name = symbolicName; } void FontScheme::clear() { /*PathTreeIterator iter(d->index.leafNodes()); while(iter.hasNext()) { d->deindex(iter.next()); }*/ d->index.clear(); d->uniqueIdLutDirty = true; } String const &FontScheme::name() const { return d->name; } FontScheme::Manifest &FontScheme::declare(Path const &path) { LOG_AS("FontScheme::declare"); if(path.isEmpty()) { /// @throw InvalidPathError An empty path was specified. throw InvalidPathError("FontScheme::declare", "Missing/zero-length path was supplied"); } int const sizeBefore = d->index.size(); Manifest *newManifest = &d->index.insert(path); DENG2_ASSERT(newManifest != 0); if(d->index.size() != sizeBefore) { // We want notification if/when the manifest's uniqueId changes. newManifest->audienceForUniqueIdChange += d; // We want notification when the manifest is about to be deleted. newManifest->audienceForDeletion += d; // Notify interested parties that a new manifest was defined in the scheme. DENG2_FOR_AUDIENCE(ManifestDefined, i) i->fontSchemeManifestDefined(*this, *newManifest); } return *newManifest; } bool FontScheme::has(Path const &path) const { return d->index.has(path, Index::NoBranch | Index::MatchFull); } FontScheme::Manifest const &FontScheme::find(Path const &path) const { if(has(path)) { return d->index.find(path, Index::NoBranch | Index::MatchFull); } /// @throw NotFoundError Failed to locate a matching manifest. throw NotFoundError("FontScheme::find", "Failed to locate a manifest matching \"" + path.asText() + "\""); } FontScheme::Manifest &FontScheme::find(Path const &path) { Manifest const &found = const_cast(this)->find(path); return const_cast(found); } FontScheme::Manifest const &FontScheme::findByUniqueId(int uniqueId) const { d->rebuildUniqueIdLut(); if(d->uniqueIdInLutRange(uniqueId)) { Manifest *manifest = d->uniqueIdLut[uniqueId - d->uniqueIdBase]; if(manifest) return *manifest; } /// @throw NotFoundError No manifest was found with a matching resource URI. throw NotFoundError("FontScheme::findByUniqueId", "No manifest found with a unique ID matching \"" + QString("%1").arg(uniqueId) + "\""); } FontScheme::Manifest &FontScheme::findByUniqueId(int uniqueId) { Manifest const &found = const_cast(this)->findByUniqueId(uniqueId); return const_cast(found); } FontScheme::Index const &FontScheme::index() const { return d->index; } doomsday-1.14.5/doomsday/client/src/resource/materialanimation.cpp0000664000175000017500000002016312350542237024627 0ustar jaakkojaakko/** @file materialanimation.cpp Logical Material Animation. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_network.h" // playback / clientPaused #include "world/map.h" // theMap - remove me #include "render/r_main.h" // frameCount, frameTimePos #include #include #include "resource/material.h" using namespace de; DENG2_PIMPL(Material::Animation) { /// Material to be animated. Material &material; /// Render context identifier. MaterialContextId context; /// Layer animation states. Material::Animation::LayerState layers[Material::max_layers]; Material::Animation::LayerState detailLayer; Material::Animation::LayerState shineLayer; /// Decoration animation states. Material::Animation::DecorationState decorations[Material::max_decorations]; Instance(Public *i, Material &_material, MaterialContextId _context) : Base(i), material(_material), context(_context) {} void notifyDecorationStageChanged(Material::Decoration &decor) { DENG2_FOR_PUBLIC_AUDIENCE(DecorationStageChange, i) { i->materialAnimationDecorationStageChanged(self, decor); } } template void resetLayer(Material::Animation::LayerState &ls, StageType const &stage) { ls.stage = 0; ls.tics = stage.tics; ls.inter = 0; } void resetDecoration(Material::Animation::DecorationState &ds, Material::Decoration::Stage const &stage) { ds.stage = 0; ds.tics = stage.tics; ds.inter = 0; } template void animateLayer(Material::Animation::LayerState &ls, LayerType &layer) { if(DD_IsSharpTick() && ls.tics-- <= 0) { // Advance to next stage. if(++ls.stage == layer.stageCount()) { // Loop back to the beginning. ls.stage = 0; } ls.inter = 0; typename LayerType::Stage const *lsCur = layer.stages()[ls.stage]; if(lsCur->variance != 0) ls.tics = lsCur->tics * (1 - lsCur->variance * RNG_RandFloat()); else ls.tics = lsCur->tics; } else { typename LayerType::Stage const *lsCur = layer.stages()[ls.stage]; ls.inter = 1.f - ls.tics / float( lsCur->tics ); } } void animateDecoration(Material::Animation::DecorationState &ds, Material::Decoration &decor) { if(DD_IsSharpTick() && ds.tics-- <= 0) { // Advance to next stage. if(++ds.stage == decor.stageCount()) { // Loop back to the beginning. ds.stage = 0; } ds.inter = 0; Material::Decoration::Stage const *lsCur = decor.stages()[ds.stage]; if(lsCur->variance != 0) ds.tics = lsCur->tics * (1 - lsCur->variance * RNG_RandFloat()); else ds.tics = lsCur->tics; notifyDecorationStageChanged(decor); } else { Material::Decoration::Stage const *lsCur = decor.stages()[ds.stage]; ds.inter = 1.f - ds.tics / float( lsCur->tics ); } } }; Material::Animation::Animation(Material &material, MaterialContextId context) : d(new Instance(this, material, context)) { // Initialize the animation. restart(); } MaterialContextId Material::Animation::context() const { return d->context; } bool Material::Animation::isPaused() const { // Depending on the usage context, the animation should only progress // when the game is not paused. return (clientPaused && (d->context == MapSurfaceContext || d->context == SpriteContext || d->context == ModelSkinContext || d->context == PSpriteContext || d->context == SkySphereContext)); } void Material::Animation::animate(timespan_t /*ticLength*/) { // Animation ceases once the material is no longer valid. if(!d->material.isValid()) return; // Animation will only progress when not paused. if(isPaused()) return; /* * Animate layers: */ Material::Layers const &layers = d->material.layers(); for(int i = 0; i < layers.count(); ++i) { if(layers[i]->isAnimated()) d->animateLayer(d->layers[i], *layers[i]); } if(d->material.isDetailed() && d->material.detailLayer().isAnimated()) { d->animateLayer(d->detailLayer, d->material.detailLayer()); } if(d->material.isShiny() && d->material.shineLayer().isAnimated()) { d->animateLayer(d->shineLayer, d->material.shineLayer()); } /* * Animate decorations: */ Material::Decorations const &decorations = d->material.decorations(); for(int i = 0; i < decorations.count(); ++i) { if(decorations[i]->isAnimated()) d->animateDecoration(d->decorations[i], *decorations[i]); } } void Material::Animation::restart() { // Animation ceases once the material is no longer valid. if(!d->material.isValid()) return; Material::Layers const &layers = d->material.layers(); for(int i = 0; i < layers.count(); ++i) { d->resetLayer(d->layers[i], *layers[i]->stages()[0]); } if(d->material.isDetailed()) { d->resetLayer(d->detailLayer, *d->material.detailLayer().stages()[0]); } if(d->material.isShiny()) { d->resetLayer(d->shineLayer, *d->material.shineLayer().stages()[0]); } Material::Decorations const &decorations = d->material.decorations(); for(int i = 0; i < decorations.count(); ++i) { d->resetDecoration(d->decorations[i], *decorations[i]->stages()[0]); } } Material::Animation::LayerState const &Material::Animation::layer(int layerNum) const { if(layerNum >= 0 && layerNum < d->material.layerCount()) { return d->layers[layerNum]; } /// @throw Material::UnknownLayerError Invalid layer reference. throw Material::UnknownLayerError("Material::AnimationState::layer", QString("Invalid material layer #%1").arg(layerNum)); } Material::Animation::LayerState const &Material::Animation::detailLayer() const { if(d->material.isDetailed()) { return d->detailLayer; } /// @throw Material::UnknownLayerError The material has no details layer. throw Material::UnknownLayerError("Material::AnimationState::detailLayer", "Material has no details layer"); } Material::Animation::LayerState const &Material::Animation::shineLayer() const { if(d->material.isShiny()) { return d->shineLayer; } /// @throw Material::UnknownLayerError The material has no shine layer. throw Material::UnknownLayerError("Material::AnimationState::shineLayer", "Material has no shine layer"); } Material::Animation::DecorationState const &Material::Animation::decoration(int decorNum) const { if(decorNum >= 0 && decorNum < d->material.decorationCount()) { return d->decorations[decorNum]; } /// @throw Material::UnknownDecorationError Invalid decoration reference. throw Material::UnknownDecorationError("Material::AnimationState::decoration", QString("Invalid material decoration #%1").arg(decorNum)); } doomsday-1.14.5/doomsday/client/src/resource/compositebitmapfont.cpp0000664000175000017500000001570312350542237025223 0ustar jaakkojaakko/** @file compositebitmapfont.cpp Composite bitmap font. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "clientapp.h" #include "resource/compositebitmapfont.h" #include "api_resource.h" // R_GetPatchInfo #include "dd_main.h" // App_ResourceSystem(), isDedicated #include "sys_system.h" // novideo #include "gl/gl_texmanager.h" // GL_TextureVariantSpec using namespace de; DENG2_PIMPL(CompositeBitmapFont) { ded_compositefont_t *def; /// Definition on which "this" font is derived (if any). bool needGLInit; /// Font metrics. int leading; int ascent; int descent; Glyph glyphs[MAX_CHARS]; Glyph missingGlyph; Instance(Public *i) : Base(i) , def(0) , needGLInit(true) , leading(0) , ascent(0) , descent(0) { zap(glyphs); zap(missingGlyph); self._flags |= AbstractFont::Colorize; } ~Instance() { self.glDeinit(); } Glyph &glyph(uchar ch) { //if(ch >= MAX_CHARS) return missingGlyph; if(!glyphs[ch].haveSourceImage) return missingGlyph; return glyphs[ch]; } }; CompositeBitmapFont::CompositeBitmapFont(FontManifest &manifest) : AbstractFont(manifest), d(new Instance(this)) {} int CompositeBitmapFont::ascent() { glInit(); return d->ascent; } int CompositeBitmapFont::descent() { glInit(); return d->descent; } int CompositeBitmapFont::lineSpacing() { glInit(); return d->leading; } Rectanglei const &CompositeBitmapFont::glyphPosCoords(uchar ch) { glInit(); return d->glyph(ch).geometry; } Rectanglei const &CompositeBitmapFont::glyphTexCoords(uchar /*ch*/) { static Rectanglei coords(Vector2i(0, 0), Vector2i(1, 1)); glInit(); return coords; } uint CompositeBitmapFont::glyphTextureBorder(uchar ch) { glInit(); return d->glyph(ch).border; } TextureVariant *CompositeBitmapFont::glyphTexture(uchar ch) { glInit(); return d->glyph(ch).tex; } patchid_t CompositeBitmapFont::glyphPatch(uchar ch) { glInit(); return d->glyph(ch).patch; } void CompositeBitmapFont::glyphSetPatch(uchar ch, String encodedPatchName) { //if(ch >= MAX_CHARS) return; d->glyphs[ch].patch = App_ResourceSystem().declarePatch(encodedPatchName); // We'll need to rebuild the prepared GL resources. d->needGLInit = true; } /// @todo fixme: Do not assume the texture-usage context is @c TC_UI. static TextureVariantSpec const &glyphTextureSpec() { return ClientApp::resourceSystem().textureSpec(TC_UI, TSF_MONOCHROME | TSF_UPSCALE_AND_SHARPEN, 0, 0, 0, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 0, -3, 0, false, false, false, false); } void CompositeBitmapFont::glInit() { LOG_AS("CompositeBitmapFont"); if(!d->needGLInit) return; if(novideo || isDedicated || BusyMode_Active()) return; glDeinit(); ResourceSystem &resSys = App_ResourceSystem(); int foundGlyphs = 0; Vector2ui avgSize; for(int i = 0; i < MAX_CHARS; ++i) { Glyph *ch = &d->glyphs[i]; patchid_t patch = ch->patch; ch->haveSourceImage = patch != 0; if(!ch->haveSourceImage) continue; try { Texture &tex = resSys.textureScheme("Patches").findByUniqueId(patch).texture(); ch->tex = tex.prepareVariant(glyphTextureSpec()); ch->geometry = Rectanglei::fromSize(tex.origin(), tex.dimensions().toVector2ui()); ch->border = 0; if(ch->tex && ch->tex->source() == res::Original) { // Upscale & Sharpen will have been applied. ch->border = 1; } avgSize += ch->geometry.size(); ++foundGlyphs; } catch(TextureManifest::MissingTextureError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } catch(TextureScheme::NotFoundError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING(er.asText() + ", ignoring."); } } d->missingGlyph.geometry.setSize(avgSize / (foundGlyphs? foundGlyphs : 1)); // We have prepared all patches. d->needGLInit = false; } void CompositeBitmapFont::glDeinit() { if(novideo || isDedicated) return; d->needGLInit = true; if(BusyMode_Active()) return; for(int i = 0; i < 256; ++i) { Glyph *ch = &d->glyphs[i]; if(!ch->tex) continue; ch->tex->release(); ch->tex = 0; } } CompositeBitmapFont *CompositeBitmapFont::fromDef(FontManifest &manifest, ded_compositefont_t const &def) // static { LOG_AS("CompositeBitmapFont::fromDef"); CompositeBitmapFont *font = new CompositeBitmapFont(manifest); font->setDefinition(const_cast(&def)); for(int i = 0; i < def.charMapCount.num; ++i) { if(!def.charMap[i].path) continue; try { String glyphPatchPath = reinterpret_cast(*def.charMap[i].path).resolved(); font->glyphSetPatch(def.charMap[i].ch, glyphPatchPath); } catch(de::Uri::ResolveError const &er) { LOG_RES_WARNING(er.asText()); } } // Lets try to prepare it right away. font->glInit(); return font; } ded_compositefont_t *CompositeBitmapFont::definition() const { return d->def; } void CompositeBitmapFont::setDefinition(ded_compositefont_t *newDef) { d->def = newDef; } void CompositeBitmapFont::rebuildFromDef(ded_compositefont_t const &newDef) { LOG_AS("CompositeBitmapFont::rebuildFromDef"); setDefinition(const_cast(&newDef)); if(!d->def) return; for(int i = 0; i < d->def->charMapCount.num; ++i) { if(!d->def->charMap[i].path) continue; try { String glyphPatchPath = reinterpret_cast(*d->def->charMap[i].path).resolved(); glyphSetPatch(d->def->charMap[i].ch, glyphPatchPath); } catch(de::Uri::ResolveError const& er) { LOG_RES_WARNING(er.asText()); } } } doomsday-1.14.5/doomsday/client/src/resource/animgroup.cpp0000664000175000017500000000510512350542237023131 0ustar jaakkojaakko/** @file animgroup.cpp Material animation group. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/animgroup.h" #include #include using namespace de; AnimGroup::Frame::Frame(TextureManifest &textureManifest, ushort tics, ushort randomTics) : _textureManifest(&textureManifest) , _tics(tics) , _randomTics(randomTics) {} TextureManifest &AnimGroup::Frame::textureManifest() const { return *_textureManifest; } ushort AnimGroup::Frame::tics() const { return _tics; } ushort AnimGroup::Frame::randomTics() const { return _randomTics; } DENG2_PIMPL(AnimGroup) { Frames frames; int uniqueId; int flags; ///< @ref animationGroupFlags Instance(Public *i) : Base(i) , uniqueId(0) , flags(0) {} ~Instance() { self.clearAllFrames(); } }; AnimGroup::AnimGroup(int uniqueId, int flags) : d(new Instance(this)) { d->uniqueId = uniqueId; d->flags = flags; } void AnimGroup::clearAllFrames() { qDeleteAll(d->frames); d->frames.clear(); } int AnimGroup::id() const { return d->uniqueId; } int AnimGroup::flags() const { return d->flags; } bool AnimGroup::hasFrameFor(TextureManifest const &textureManifest) const { foreach(Frame *frame, d->frames) { if(&frame->textureManifest() == &textureManifest) return true; } return false; } AnimGroup::Frame &AnimGroup::newFrame(TextureManifest &textureManifest, ushort tics, ushort randomTics) { d->frames.append(new Frame(textureManifest, tics, randomTics)); return *d->frames.last(); } AnimGroup::Frames const &AnimGroup::allFrames() const { return d->frames; } doomsday-1.14.5/doomsday/client/src/resource/compositetexture.cpp0000664000175000017500000002031212350542237024550 0ustar jaakkojaakko/** @file compositetexture.cpp Composite Texture Definition. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "de_filesys.h" #include "resource/patch.h" #include "resource/patchname.h" #include #include #include #include #include #include "resource/compositetexture.h" using namespace de; CompositeTexture::Component::Component(int xOrigin, int yOrigin) : origin_(xOrigin, yOrigin), lumpNum_(-1) {} Vector2i const &CompositeTexture::Component::origin() const { return origin_; } lumpnum_t CompositeTexture::Component::lumpNum() const { return lumpNum_; } DENG2_PIMPL(CompositeTexture) { /// Symbolic name of the texture (percent encoded). String name; /// Flags denoting usage traits. CompositeTexture::Flags flags; /// Logical dimensions of the texture in map coordinate space units. Vector2i logicalDimensions; /// Dimensions of the texture in pixels. Vector2i dimensions; /// Index of this resource determined by the logic of the indexing algorithm /// used by the original game. int origIndex; /// Set of component images to be composited. Components components; Instance(Public *i, String percentEncodedName, int width, int height, CompositeTexture::Flags _flags) : Base(i), name(percentEncodedName), flags(_flags), logicalDimensions(width, height), dimensions(0, 0), origIndex(-1) {} }; CompositeTexture::CompositeTexture(String percentEncodedName, int width, int height, Flags flags) : d(new Instance(this, percentEncodedName, width, height, flags)) {} String CompositeTexture::percentEncodedName() const { return d->name; } String const &CompositeTexture::percentEncodedNameRef() const { return d->name; } Vector2i const &CompositeTexture::logicalDimensions() const { return d->logicalDimensions; } Vector2i const &CompositeTexture::dimensions() const { return d->dimensions; } CompositeTexture::Components const &CompositeTexture::components() const { return d->components; } CompositeTexture::Flags CompositeTexture::flags() const { return d->flags; } void CompositeTexture::setFlags(CompositeTexture::Flags flagsToChange, FlagOp operation) { applyFlagOperation(d->flags, flagsToChange, operation); } int CompositeTexture::origIndex() const { return d->origIndex; } void CompositeTexture::setOrigIndex(int newIndex) { d->origIndex = newIndex; } static String readAndPercentEncodeRawName(de::Reader &from) { /// @attention The raw ASCII name is not necessarily terminated. char asciiName[9]; for(int i = 0; i < 8; ++i) { from >> asciiName[i]; } asciiName[8] = 0; // WAD format allows characters not typically permitted in native paths. // To achieve uniformity we apply a percent encoding to the "raw" names. return QString(QByteArray(asciiName).toPercentEncoding()); } CompositeTexture *CompositeTexture::constructFrom(de::Reader &reader, QList patchNames, ArchiveFormat format) { CompositeTexture *pctex = new CompositeTexture; // First is the raw name. pctex->d->name = readAndPercentEncodeRawName(reader); // Next is some unused junk from a previous format version. dint16 unused16; reader >> unused16; // Next up are scale and logical dimensions. byte scale[2]; /** @todo ZDoom defines these otherwise unused bytes as a scale factor (div 8). We could interpret this also. */ dint16 dimensions[2]; reader >> scale[0] >> scale[1] >> dimensions[0] >> dimensions[1]; // We'll initially accept these values as logical dimensions. However // we may need to adjust once we've checked the patch dimensions. pctex->d->logicalDimensions.x = dimensions[0]; pctex->d->logicalDimensions.y = dimensions[1]; pctex->d->dimensions = pctex->d->logicalDimensions; if(format == DoomFormat) { // Next is some more unused junk from a previous format version. dint32 unused32; reader >> unused32; } /* * Finally, read the component images. * In the process we'll determine the final logical dimensions of the * texture by compositing the geometry of the component images. */ dint16 componentCount; reader >> componentCount; QRect geom(QPoint(0, 0), QSize(pctex->d->logicalDimensions.x, pctex->d->logicalDimensions.y)); int foundComponentCount = 0; for(dint16 i = 0; i < componentCount; ++i) { Component patch; dint16 origin16[2]; reader >> origin16[0] >> origin16[1]; patch.origin_.x = origin16[0]; patch.origin_.y = origin16[1]; dint16 pnamesIndex; reader >> pnamesIndex; if(pnamesIndex < 0 || pnamesIndex >= patchNames.count()) { LOG_RES_WARNING("Invalid PNAMES index %i in composite texture \"%s\", ignoring.") << pnamesIndex << pctex->d->name; } else { patch.lumpNum_ = patchNames[pnamesIndex].lumpNum(); if(patch.lumpNum() >= 0) { /// There is now one more found component. foundComponentCount += 1; de::File1 &file = App_FileSystem().nameIndex().lump(patch.lumpNum_); // If this a "custom" component - the whole texture is. if(file.container().hasCustom()) { pctex->d->flags |= Custom; } // If this is a Patch - unite the geometry of the component. ByteRefArray fileData = ByteRefArray(file.cache(), file.size()); if(Patch::recognize(fileData)) { try { Patch::Metadata info = Patch::loadMetadata(fileData); geom |= QRect(QPoint(patch.origin_.x, patch.origin_.y), QSize(info.dimensions.x, info.dimensions.y)); } catch(IByteArray::OffsetError const &) { LOG_RES_WARNING("Component image \"%s\" (#%i) does not appear to be a valid Patch. " "It may be missing from composite texture \"%s\".") << patchNames[pnamesIndex].percentEncodedNameRef() << i << pctex->d->name; } } file.unlock(); } else { LOG_RES_WARNING("Missing component image \"%s\" (#%i) in composite texture \"%s\", ignoring.") << patchNames[pnamesIndex].percentEncodedNameRef() << i << pctex->d->name; } } // Skip the unused "step dir" and "color map" values. reader >> unused16 >> unused16; // Add this component. pctex->d->components.push_back(patch); } // Clip and apply the final height. if(geom.top() < 0) geom.setTop(0); if(geom.height() > pctex->d->logicalDimensions.y) pctex->d->dimensions.y = geom.height(); if(!foundComponentCount) { LOG_RES_WARNING("Zero valid component images in composite texture %s, ignoring.") << pctex->d->name; } return pctex; } doomsday-1.14.5/doomsday/client/src/resource/materialsnapshot.cpp0000664000175000017500000004100712350542237024507 0ustar jaakkojaakko/** @file materialsnapshot.cpp Logical material state snapshot. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "clientapp.h" #include "resource/materialsnapshot.h" #include "gl/gl_texmanager.h" #include "gl/gltextureunit.h" #include "render/rend_halo.h" // Rend_HaloTextureSpec() #include "render/rend_main.h" // detailFactor, detailScale, smoothTexAnim, etc... #include "Lumobj" // Rend_LightmapTextureSpec() #include "Material" #include "Texture" #include namespace de { DENG2_PIMPL_NOREF(MaterialSnapshot) { MaterialVariant *variant; bool opaque; float glowStrength; Vector2i dimensions; blendmode_t shineBlendMode; Vector3f shineMinColor; /// Textures used on each logical material texture unit. TextureVariant *textures[NUM_MATERIAL_TEXTURE_UNITS]; /// Decoration configuration. MaterialSnapshotDecoration decorations[Material::max_decorations]; /// Prepared render texture unit configuration. These map directly /// to the texture units supplied to the render lists module. GLTextureUnit units[NUM_TEXMAP_UNITS]; Instance(MaterialVariant &variant) : variant(&variant) { initialize(); } void initialize() { dimensions = Vector2i(0, 0); shineBlendMode = BM_NORMAL; shineMinColor = Vector3f(0, 0, 0); opaque = true; glowStrength = 0; zap(textures); zap(decorations); } }; MaterialSnapshot::MaterialSnapshot(MaterialVariant &materialVariant) : d(new Instance(materialVariant)) {} MaterialVariant &MaterialSnapshot::materialVariant() const { return *d->variant; } Vector2i const &MaterialSnapshot::dimensions() const { return d->dimensions; } bool MaterialSnapshot::isOpaque() const { return d->opaque; } float MaterialSnapshot::glowStrength() const { return d->glowStrength; } blendmode_t MaterialSnapshot::shineBlendMode() const { return d->shineBlendMode; } Vector3f const &MaterialSnapshot::shineMinColor() const { return d->shineMinColor; } bool MaterialSnapshot::hasTexture(int index) const { if(index < 0 || index >= NUM_MATERIAL_TEXTURE_UNITS) return false; return d->textures[index] != 0; } Texture::Variant &MaterialSnapshot::texture(int index) const { if(!hasTexture(index)) { /// @throw UnknownUnitError Attempt to dereference with an invalid index. throw UnknownUnitError("MaterialSnapshot::texture", QString("Invalid texture #%1").arg(index)); } return *d->textures[index]; } GLTextureUnit const &MaterialSnapshot::unit(int index) const { if(index < 0 || index >= NUM_TEXMAP_UNITS) { /// @throw UnknownUnitError Attempt to obtain a reference to a unit with an invalid id. throw UnknownUnitError("MaterialSnapshot::unit", QString("Invalid unit #%1").arg(index)); } return d->units[index]; } MaterialSnapshot::Decoration &MaterialSnapshot::decoration(int index) const { if(index < 0 || index >= Material::max_decorations) { /// @throw UnknownDecorationError Attempt to obtain a reference to a decoration with an invalid index. throw UnknownDecorationError("MaterialSnapshot::decoration", QString("Invalid decoration #%1").arg(index)); } return d->decorations[index]; } /** * Attempt to locate and prepare a flare texture. Somewhat more complicated than * it needs to be due to the fact there are two different selection methods. * * @param texture Logical texture to prepare an variant of. * @param oldIdx Old method of flare texture selection, by id. * * @return @c 0= Use the automatic selection logic. */ static DGLuint prepareFlaremap(Texture *texture, int oldIdx) { if(texture) { if(TextureVariant const *variant = texture->prepareVariant(Rend_HaloTextureSpec())) { return variant->glName(); } // Dang... } else if(oldIdx > 0 && oldIdx < NUM_SYSFLARE_TEXTURES) { return GL_PrepareSysFlaremap(flaretexid_t(oldIdx - 1)); } return 0; // Use the automatic selection logic. } /// @todo Implement more useful methods of interpolation. (What do we want/need here?) void MaterialSnapshot::update() { #define LERP(start, end, pos) (end * pos + start * (1 - pos)) Material *material = &d->variant->generalCase(); Material::Layers const &layers = material->layers(); Material::DetailLayer const *detailLayer = material->isDetailed()? &material->detailLayer() : 0; Material::ShineLayer const *shineLayer = material->isShiny()? &material->shineLayer() : 0; TextureVariant *prepTextures[NUM_MATERIAL_TEXTURE_UNITS][2]; zap(prepTextures); // Reinitialize the stored values. d->initialize(); /* * Ensure all resources needed to visualize this have been prepared. If * skymasked, we only need to update the primary tex unit (due to it being * visible when skymask debug drawing is enabled). */ for(int i = 0; i < layers.count(); ++i) { MaterialAnimation::LayerState const &l = material->animation(d->variant->context()).layer(i); Material::Layer::Stage const *lsCur = layers[i]->stages()[l.stage]; if(lsCur->texture) { prepTextures[i][0] = lsCur->texture->prepareVariant(*d->variant->spec().primarySpec); } // Smooth Texture Animation? if(smoothTexAnim && layers[i]->stageCount() > 1) { Material::Layer::Stage const *lsNext = layers[i]->stages()[(l.stage + 1) % layers[i]->stageCount()]; if(lsNext->texture) { prepTextures[i][1] = lsNext->texture->prepareVariant(*d->variant->spec().primarySpec); } } } // Do we need to prepare detail texture(s)? if(!material->isSkyMasked() && material->isDetailed()) { MaterialAnimation::LayerState const &l = material->animation(d->variant->context()).detailLayer(); Material::DetailLayer::Stage const *lsCur = detailLayer->stages()[l.stage]; if(lsCur->texture) { float const contrast = de::clamp(0.f, lsCur->strength, 1.f) * detailFactor /*Global strength multiplier*/; TextureVariantSpec &dTexSpec = ClientApp::resourceSystem().detailTextureSpec(contrast); prepTextures[MTU_DETAIL][0] = lsCur->texture->prepareVariant(dTexSpec); } // Smooth Texture Animation? if(smoothTexAnim && detailLayer->stageCount() > 1) { Material::DetailLayer::Stage const *lsNext = detailLayer->stages()[(l.stage + 1) % detailLayer->stageCount()]; if(lsNext->texture) { float const contrast = de::clamp(0.f, lsNext->strength, 1.f) * detailFactor /*Global strength multiplier*/; TextureVariantSpec &dTexSpec = ClientApp::resourceSystem().detailTextureSpec(contrast); prepTextures[MTU_DETAIL][1] = lsNext->texture->prepareVariant(dTexSpec); } } } // Do we need to prepare a shiny texture (and possibly a mask)? if(!material->isSkyMasked() && material->isShiny()) { MaterialAnimation::LayerState const &l = material->animation(d->variant->context()).shineLayer(); Material::ShineLayer::Stage const *lsCur = shineLayer->stages()[l.stage]; if(lsCur->texture) { prepTextures[MTU_REFLECTION][0] = lsCur->texture->prepareVariant(Rend_MapSurfaceShinyTextureSpec()); } // We are only interested in a mask if we have a shiny texture. if(prepTextures[MTU_REFLECTION][0]) { if(lsCur->maskTexture) { prepTextures[MTU_REFLECTION_MASK][0] = lsCur->maskTexture->prepareVariant(Rend_MapSurfaceShinyMaskTextureSpec()); } } } d->dimensions = material->dimensions(); d->opaque = (prepTextures[MTU_PRIMARY][0] && !prepTextures[MTU_PRIMARY][0]->isMasked()); if(d->dimensions.x == 0 && d->dimensions.y == 0) return; MaterialAnimation::LayerState const &l = material->animation(d->variant->context()).layer(0); Material::Layer::Stage const *lsCur = layers[0]->stages()[l.stage]; Material::Layer::Stage const *lsNext = layers[0]->stages()[(l.stage + 1) % layers[0]->stageCount()]; // Glow strength is presently taken from layer #0. if(l.inter == 0) { d->glowStrength = lsCur->glowStrength; } else // Interpolate. { d->glowStrength = LERP(lsCur->glowStrength, lsNext->glowStrength, l.inter); } // Setup the primary texture unit. if(TextureVariant *tex = prepTextures[MTU_PRIMARY][0]) { d->textures[MTU_PRIMARY] = tex; Vector2f offset; if(l.inter == 0) { offset = lsCur->texOrigin; } else // Interpolate. { offset.x = LERP(lsCur->texOrigin.x, lsNext->texOrigin.x, l.inter); offset.y = LERP(lsCur->texOrigin.y, lsNext->texOrigin.y, l.inter); } d->units[RTU_PRIMARY] = GLTextureUnit(*tex, Vector2f(1.f / d->dimensions.x, 1.f / d->dimensions.y), offset); } // Setup the inter primary texture unit. if(TextureVariant *tex = prepTextures[MTU_PRIMARY][1]) { // If fog is active, inter=0 is accepted as well. Otherwise // flickering may occur if the rendering passes don't match for // blended and unblended surfaces. if(!(!usingFog && l.inter == 0)) { d->units[RTU_INTER] = GLTextureUnit(*tex, d->units[RTU_PRIMARY].scale, d->units[RTU_PRIMARY].offset, de::clamp(0.f, l.inter, 1.f)); } } if(!material->isSkyMasked() && material->isDetailed()) { MaterialAnimation::LayerState const &l = material->animation(d->variant->context()).detailLayer(); Material::DetailLayer::Stage const *lsCur = detailLayer->stages()[l.stage]; Material::DetailLayer::Stage const *lsNext = detailLayer->stages()[(l.stage + 1) % detailLayer->stageCount()]; // Setup the detail texture unit. if(TextureVariant *tex = prepTextures[MTU_DETAIL][0]) { d->textures[MTU_DETAIL] = tex; float scale; if(l.inter == 0) { scale = lsCur->scale; } else // Interpolate. { scale = LERP(lsCur->scale, lsNext->scale, l.inter); } // Apply the global scale factor. if(detailScale > .0001f) { scale *= detailScale; } d->units[RTU_PRIMARY_DETAIL] = GLTextureUnit(*tex, Vector2f(1.f / tex->generalCase().width() * scale, 1.f / tex->generalCase().height() * scale)); } // Setup the inter detail texture unit. if(TextureVariant *tex = prepTextures[MTU_DETAIL][1]) { // If fog is active, inter=0 is accepted as well. Otherwise // flickering may occur if the rendering passes don't match for // blended and unblended surfaces. if(!(!usingFog && l.inter == 0)) { d->units[RTU_INTER_DETAIL] = GLTextureUnit(*tex, d->units[RTU_PRIMARY_DETAIL].scale, d->units[RTU_PRIMARY_DETAIL].offset, de::clamp(0.f, l.inter, 1.f)); } } } if(!material->isSkyMasked() && material->isShiny()) { MaterialAnimation::LayerState const &l = material->animation(d->variant->context()).shineLayer(); Material::ShineLayer::Stage const *lsCur = shineLayer->stages()[l.stage]; Material::ShineLayer::Stage const *lsNext = shineLayer->stages()[(l.stage + 1) % shineLayer->stageCount()]; // Setup the shine texture unit. if(TextureVariant *tex = prepTextures[MTU_REFLECTION][0]) { d->textures[MTU_REFLECTION] = tex; Vector3f minColor; for(int i = 0; i < 3; ++i) { if(l.inter == 0) { minColor[i] = lsCur->minColor[i]; } else // Interpolate. { minColor[i] = LERP(lsCur->minColor[i], lsNext->minColor[i], l.inter); } minColor[i] = de::clamp(0.0f, minColor[i], 1.0f); } d->shineMinColor = minColor; float shininess; if(l.inter == 0) { shininess = lsCur->shininess; } else // Interpolate. { shininess = LERP(lsCur->shininess, lsNext->shininess, l.inter); } d->shineBlendMode = lsCur->blendMode; d->units[RTU_REFLECTION] = GLTextureUnit(*tex, Vector2f(1, 1), Vector2f(0, 0), de::clamp(0.0f, shininess, 1.0f)); } // Setup the shine mask texture unit. if(prepTextures[MTU_REFLECTION][0]) if(TextureVariant *tex = prepTextures[MTU_REFLECTION_MASK][0]) { d->textures[MTU_REFLECTION_MASK] = tex; d->units[RTU_REFLECTION_MASK] = GLTextureUnit(*tex, Vector2f(1.f / (d->dimensions.x * tex->generalCase().width()), 1.f / (d->dimensions.y * tex->generalCase().height())), d->units[RTU_PRIMARY].offset); } } uint idx = 0; Material::Decorations const &decorations = material->decorations(); for(Material::Decorations::const_iterator it = decorations.begin(); it != decorations.end(); ++it, ++idx) { MaterialAnimation::DecorationState const &l = material->animation(d->variant->context()).decoration(idx); MaterialDecoration const *lDef = *it; MaterialDecoration::Stage const *lsCur = lDef->stages()[l.stage]; MaterialDecoration::Stage const *lsNext = lDef->stages()[(l.stage + 1) % lDef->stageCount()]; MaterialSnapshot::Decoration &decor = d->decorations[idx]; if(l.inter == 0) { decor.pos = lsCur->pos; decor.elevation = lsCur->elevation; decor.radius = lsCur->radius; decor.flareSize = lsCur->haloRadius; decor.lightLevels[0] = lsCur->lightLevels.min; decor.lightLevels[1] = lsCur->lightLevels.max; decor.color = lsCur->color; } else // Interpolate. { decor.pos.x = LERP(lsCur->pos.x, lsNext->pos.x, l.inter); decor.pos.y = LERP(lsCur->pos.y, lsNext->pos.y, l.inter); decor.elevation = LERP(lsCur->elevation, lsNext->elevation, l.inter); decor.radius = LERP(lsCur->radius, lsNext->radius, l.inter); decor.flareSize = LERP(lsCur->haloRadius, lsNext->haloRadius, l.inter); decor.lightLevels[0] = LERP(lsCur->lightLevels.min, lsNext->lightLevels.min, l.inter); decor.lightLevels[1] = LERP(lsCur->lightLevels.max, lsNext->lightLevels.max, l.inter); for(int c = 0; c < 3; ++c) { decor.color[c] = LERP(lsCur->color[c], lsNext->color[c], l.inter); } } decor.tex = lsCur->sides; decor.ceilTex = lsCur->up; decor.floorTex = lsCur->down; decor.flareTex = prepareFlaremap(lsCur->flare, lsCur->sysFlareIdx); } #undef LERP } } // namespace de doomsday-1.14.5/doomsday/client/src/resource/bitmapfont.cpp0000664000175000017500000002366512350542237023306 0ustar jaakkojaakko/** @file bitmapfont.cpp Bitmap font resource. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "resource/bitmapfont.h" #include "dd_main.h" // isDedicated #include "filesys/fs_main.h" #include "gl/gl_texmanager.h" // GL_NewTextureWithParams #include "sys_system.h" // novideo #include "FontManifest" #include "uri.hh" #include #include // M_CeilPow2() #include using namespace de; static byte inByte(de::FileHandle *file) { byte b; file->read((uint8_t *)&b, sizeof(b)); return b; } static ushort inShort(de::FileHandle *file) { ushort s; file->read((uint8_t *)&s, sizeof(s)); return USHORT(s); } struct Glyph { Rectanglei posCoords; Rectanglei texCoords; }; DENG2_PIMPL(BitmapFont) { String filePath; ///< The "archived" version of this font (if any). GLuint texGLName; ///< GL-texture name. Vector2ui texMargin; ///< Margin in pixels. Vector2i texDimensions; ///< Texture dimensions in pixels. bool needGLInit; /// Font metrics. int leading; int ascent; int descent; Glyph glyphs[MAX_CHARS]; Glyph missingGlyph; Instance(Public *i) : Base(i) , texGLName(0) , needGLInit(true) , leading(0) , ascent(0) , descent(0) {} ~Instance() { self.glDeinit(); } /** * Lookup the glyph for the specified character @a ch. If no glyph is defined * for this character then the special "missing glyph" is returned instead. */ Glyph &glyph(uchar ch) { //if(ch >= MAX_CHARS) return missingGlyph; return glyphs[ch]; } /** * Determine the dimensions of the "missing glyph" by averaging the dimensions * of the available/defined glyphs. * * @todo Could be smarter. Presently this treats @em all glyphs equally. */ Vector2ui findMissingGlyphSize() { Vector2ui accumSize; int glyphCount = 0; for(int i = 0; i < MAX_CHARS; ++i) { Glyph &glyph = glyphs[i]; if(glyph.posCoords.isNull()) continue; accumSize += glyph.posCoords.size(); glyphCount += 1; } return accumSize / glyphCount; } uint8_t *readFormat0(de::FileHandle *file) { DENG2_ASSERT(file != 0); self._flags |= AbstractFont::Colorize; self._flags &= ~AbstractFont::Shadowed; texMargin = Vector2ui(0, 0); // Load in the data. texDimensions.x = inShort(file); texDimensions.y = inShort(file); int glyphCount = inShort(file); for(int i = 0; i < glyphCount; ++i) { Glyph *ch = &glyphs[i < MAX_CHARS ? i : MAX_CHARS - 1]; ushort x = inShort(file); ushort y = inShort(file); ushort w = inByte(file); ushort h = inByte(file); ch->posCoords = Rectanglei::fromSize(Vector2i(0, 0), Vector2ui(w, h)); ch->texCoords = Rectanglei::fromSize(Vector2i(x, y), Vector2ui(w, h)); } missingGlyph.posCoords.setSize(findMissingGlyphSize()); int bitmapFormat = inByte(file); if(bitmapFormat > 0) { de::Uri uri = self.manifest().composeUri(); throw Error("BitmapFont::readFormat0", QString("Font \"%1\" uses unknown format '%2'").arg(uri).arg(bitmapFormat)); } // Read the glyph atlas texture. int const numPels = texDimensions.x * texDimensions.y; uint32_t *image = (uint32_t *) M_Calloc(numPels * 4); int c, i; for(c = i = 0; i < (numPels + 7) / 8; ++i) { int bit, mask = inByte(file); for(bit = 7; bit >= 0; bit--, ++c) { if(c >= numPels) break; if(mask & (1 << bit)) { image[c] = ~0; } } } return (uint8_t *)image; } uint8_t *readFormat2(de::FileHandle *file) { DENG2_ASSERT(file != 0); self._flags |= AbstractFont::Colorize | AbstractFont::Shadowed; int bitmapFormat = inByte(file); if(bitmapFormat != 1 && bitmapFormat != 0) // Luminance + Alpha. { de::Uri uri = self.manifest().composeUri(); throw Error("BitmapFont::readFormat2", QString("Font \"%1\" uses unknown format '%2'").arg(uri).arg(bitmapFormat)); } // Load in the data. texDimensions.x = inShort(file); texDimensions.y = M_CeilPow2(inShort(file)); int glyphCount = inShort(file); texMargin.x = texMargin.y = inShort(file); leading = inShort(file); /*glyphHeight =*/ inShort(file); // Unused. ascent = inShort(file); descent = inShort(file); for(int i = 0; i < glyphCount; ++i) { ushort code = inShort(file); DENG2_ASSERT(code < MAX_CHARS); Glyph *ch = &glyphs[code]; ushort x = inShort(file); ushort y = inShort(file); ushort w = inShort(file); ushort h = inShort(file); ch->posCoords = Rectanglei::fromSize(Vector2i(0, 0), Vector2ui(w, h) - texMargin * 2); ch->texCoords = Rectanglei::fromSize(Vector2i(x, y), Vector2ui(w, h)); } missingGlyph.posCoords.setSize(findMissingGlyphSize()); // Read the glyph atlas texture. int const numPels = texDimensions.x * texDimensions.y; uint32_t *image = (uint32_t *) M_Calloc(numPels * 4); if(bitmapFormat == 0) { uint32_t *ptr = image; for(int i = 0; i < numPels; ++i) { byte red = inByte(file); byte green = inByte(file); byte blue = inByte(file); byte alpha = inByte(file); *ptr++ = ULONG(red | (green << 8) | (blue << 16) | (alpha << 24)); } } else if(bitmapFormat == 1) { uint32_t *ptr = image; for(int i = 0; i < numPels; ++i) { byte luminance = inByte(file); byte alpha = inByte(file); *ptr++ = ULONG(luminance | (luminance << 8) | (luminance << 16) | (alpha << 24)); } } return (uint8_t *)image; } }; BitmapFont::BitmapFont(FontManifest &manifest) : AbstractFont(manifest), d(new Instance(this)) {} BitmapFont *BitmapFont::fromFile(FontManifest &manifest, String resourcePath) // static { BitmapFont *font = new BitmapFont(manifest); font->setFilePath(resourcePath); // Lets try and prepare it right away. font->glInit(); return font; } int BitmapFont::ascent() { glInit(); return d->ascent; } int BitmapFont::descent() { glInit(); return d->descent; } int BitmapFont::lineSpacing() { glInit(); return d->leading; } Rectanglei const &BitmapFont::glyphPosCoords(uchar ch) { glInit(); return d->glyph(ch).posCoords; } Rectanglei const &BitmapFont::glyphTexCoords(uchar ch) { glInit(); return d->glyph(ch).texCoords; } void BitmapFont::glInit() { LOG_AS("BitmapFont"); if(!d->needGLInit) return; if(novideo || isDedicated || BusyMode_Active()) return; glDeinit(); try { // Relative paths are relative to the native working directory. String path = (NativePath::workPath() / NativePath(d->filePath).expand()).withSeparators('/'); de::FileHandle *hndl = &App_FileSystem().openFile(path, "rb"); int format = inByte(hndl); uint8_t *pixels = 0; switch(format) { // Original format. case 0: pixels = d->readFormat0(hndl); break; // Enhanced format. case 2: pixels = d->readFormat2(hndl); break; default: DENG2_ASSERT(!"BitmapFont: Format not implemented"); } if(!pixels) return; // Upload the texture. if(!novideo && !isDedicated) { LOG_GL_XVERBOSE("Uploading atlas texture for \"%s\"...") << manifest().composeUri(); d->texGLName = GL_NewTextureWithParams(DGL_RGBA, d->texDimensions.x, d->texDimensions.y, pixels, 0, 0, GL_LINEAR, GL_NEAREST, 0 /* no AF */, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE); } M_Free(pixels); App_FileSystem().releaseFile(hndl->file()); delete hndl; } catch(FS1::NotFoundError const&) {} // Ignore error. d->needGLInit = false; } void BitmapFont::glDeinit() { LOG_AS("BitmapFont"); if(novideo || isDedicated) return; d->needGLInit = true; if(BusyMode_Active()) return; if(d->texGLName) { glDeleteTextures(1, (GLuint const *) &d->texGLName); } d->texGLName = 0; } void BitmapFont::setFilePath(String newFilePath) { if(d->filePath != newFilePath) { d->filePath = newFilePath; d->needGLInit = true; } } GLuint BitmapFont::textureGLName() const { return d->texGLName; } Vector2i const &BitmapFont::textureDimensions() const { return d->texDimensions; } Vector2ui const &BitmapFont::textureMargin() const { return d->texMargin; } doomsday-1.14.5/doomsday/client/src/resource/patch.cpp0000664000175000017500000002477512350542237022245 0ustar jaakkojaakko/** @file patch.cpp Patch Image Format. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include "resource/patch.h" #include namespace de { namespace internal { /** * Serialized format header. */ struct Header : public IReadable { /// Logical dimensions of the patch in pixels. dint16 dimensions[2]; /// Origin offset (top left) in world coordinate space units. dint16 origin[2]; /// Implements IReadable. void operator << (Reader &from) { from >> dimensions[0] >> dimensions[1] >> origin[0] >> origin[1]; } }; /** * A @em Post is a run of one or more non-masked pixels. */ struct Post : public IReadable { /// Y-Offset to the start of the run in texture space (0-base). dbyte topOffset; /// Length of the run in pixels (inclusive). dbyte length; /// Offset to the first pixel palette index in the source data. size_t firstPixel; /// Implements IReadable. void operator << (Reader &from) { from >> topOffset >> length; firstPixel = from.offset() + 1 /*unused junk*/; } }; /// A @em Column is a list of 0 or more posts. typedef QList Posts; typedef Posts Column; typedef QList Columns; /// Offsets to columns from the start of the source data. typedef QList ColumnOffsets; /** * Attempt to read another @a post from the @a reader. * @return @c true if another post was read; otherwise @c false. */ static bool readNextPost(Post &post, Reader &reader) { static int const END_OF_POSTS = 0xff; // Any more? reader.mark(); dbyte nextByte; reader >> nextByte; reader.rewind(); if(nextByte == END_OF_POSTS) return false; // Another post begins. reader >> post; return true; } /** * Visit each of @a offsets producing a column => post map. */ static Columns readPosts(ColumnOffsets const &offsets, Reader &reader) { Columns columns; #ifdef DENG2_QT_4_7_OR_NEWER columns.reserve(offsets.size()); #endif Post post; DENG2_FOR_EACH_CONST(ColumnOffsets, i, offsets) { reader.setOffset(*i); // A new column begins. columns.push_back(Column()); Column &column = columns.back(); // Read all posts. while(readNextPost(post, reader)) { column.push_back(post); // Skip to the next post. reader.seek(1 + post.length + 1); // A byte of unsed junk either side of the pixel palette indices. } } return columns; } /** * Read @a width column offsets from the @a reader. */ static ColumnOffsets readColumnOffsets(int width, Reader &reader) { ColumnOffsets offsets; #ifdef DENG2_QT_4_7_OR_NEWER offsets.reserve(width); #endif for(int col = 0; col < width; ++col) { dint32 offset; reader >> offset; offsets.push_back(offset); } return offsets; } static inline Columns readColumns(int width, Reader &reader) { return readPosts(readColumnOffsets(width, reader), reader); } /** * Process @a columns to calculate the "real" pixel height of the image. */ static int calcRealHeight(Columns const &columns) { QRect geom(QPoint(0, 0), QSize(1, 0)); DENG2_FOR_EACH_CONST(Columns, colIt, columns) { int tallTop = -1; // Keep track of pos (clipping). DENG2_FOR_EACH_CONST(Posts, postIt, *colIt) { Post const &post = *postIt; // Does this post extend the previous one? (a so-called "tall-patch"). if(post.topOffset <= tallTop) tallTop += post.topOffset; else tallTop = post.topOffset; // Skip invalid posts. if(post.length <= 0) continue; // Unite the geometry of the post. geom |= QRect(QPoint(0, tallTop), QSize(1, post.length)); } } return geom.height(); } static Block compositeImage(Reader &reader, ColorPaletteTranslation const *xlatTable, Columns const &columns, Patch::Metadata const &meta, Patch::Flags flags) { bool const maskZero = flags.testFlag(Patch::MaskZero); bool const clipToLogicalDimensions = flags.testFlag(Patch::ClipToLogicalDimensions); #ifdef DENG_DEBUG // Is the "logical" height of the image equal to the actual height of the // composited pixel posts? if(meta.logicalDimensions.y != meta.dimensions.y) { int postCount = 0; DENG2_FOR_EACH_CONST(Columns, i, columns) { postCount += i->count(); } LOGDEV_RES_NOTE("Inequal heights, logical: %i != actual: %i (%i %s)") << meta.logicalDimensions.y << meta.dimensions.y << postCount << (postCount == 1? "post" : "posts"); } #endif // Determine the dimensions of the output buffer. Vector2i const &dimensions = clipToLogicalDimensions? meta.logicalDimensions : meta.dimensions; int const w = dimensions.x; int const h = dimensions.y; size_t const pels = w * h; // Create the output buffer and fill with default color (black) and alpha (transparent). Block output = QByteArray(2 * pels, 0); // Map the pixel color channels in the output buffer. dbyte *top = output.data(); dbyte *topAlpha = output.data() + pels; // Composite the patch into the output buffer. DENG2_FOR_EACH_CONST(Columns, colIt, columns) { int tallTop = -1; // Keep track of pos (clipping). DENG2_FOR_EACH_CONST(Posts, postIt, *colIt) { Post const &post = *postIt; // Does this post extend the previous one? (a so-called "tall-patch"). if(post.topOffset <= tallTop) tallTop += post.topOffset; else tallTop = post.topOffset; // Skip invalid posts. if(post.length <= 0) continue; // Determine the destination height range. int y = tallTop; int length = post.length; // Clamp height range within bounds. if(y + length > h) length = h - y; int offset = 0; if(y < 0) { offset = de::min(-y, length); y = 0; } length = de::max(0, length - offset); // Skip empty ranges. if(!length) continue; // Find the start of the pixel data for the post. reader.setOffset(post.firstPixel + offset); dbyte *out = top + tallTop * w; dbyte *outAlpha = topAlpha + tallTop * w; // Composite pixels from the post to the output buffer. while(length--) { // Read the next palette index. dbyte palIdx; reader >> palIdx; // Is palette index translation in effect? if(xlatTable) { palIdx = dbyte(xlatTable->at(palIdx)); } if(!maskZero || palIdx) { *out = palIdx; } if(maskZero) *outAlpha = (palIdx? 0xff : 0); else *outAlpha = 0xff; // Move one row down. out += w; outAlpha += w; } } // Move one column right. top++; topAlpha++; } return output; } } // internal static Patch::Metadata prepareMetadata(internal::Header const &hdr, int realHeight) { Patch::Metadata meta; meta.dimensions = Vector2i(hdr.dimensions[0], realHeight); meta.logicalDimensions = Vector2i(hdr.dimensions[0], hdr.dimensions[1]); meta.origin = Vector2i(hdr.origin[0], hdr.origin[1]); return meta; } Patch::Metadata Patch::loadMetadata(IByteArray const &data) { LOG_AS("Patch::loadMetadata"); Reader reader = Reader(data); internal::Header hdr; reader >> hdr; internal::Columns columns = internal::readColumns(hdr.dimensions[0], reader); return prepareMetadata(hdr, internal::calcRealHeight(columns)); } Block Patch::load(IByteArray const &data, ColorPaletteTranslation const &xlatTable, Patch::Flags flags) { LOG_AS("Patch::load"); Reader reader = Reader(data); internal::Header hdr; reader >> hdr; internal::Columns columns = internal::readColumns(hdr.dimensions[0], reader); Metadata meta = prepareMetadata(hdr, internal::calcRealHeight(columns)); return internal::compositeImage(reader, &xlatTable, columns, meta, flags); } Block Patch::load(IByteArray const &data, Patch::Flags flags) { LOG_AS("Patch::load"); Reader reader = Reader(data); internal::Header hdr; reader >> hdr; internal::Columns columns = internal::readColumns(hdr.dimensions[0], reader); Metadata meta = prepareMetadata(hdr, internal::calcRealHeight(columns)); return internal::compositeImage(reader, 0/* no translation */, columns, meta, flags); } bool Patch::recognize(IByteArray const &data) { try { // The format has no identification markings. // Instead we must rely on heuristic analyses of the column => post map. Reader from = Reader(data); internal::Header hdr; from >> hdr; if(!hdr.dimensions[0] || !hdr.dimensions[1]) return false; for(int col = 0; col < hdr.dimensions[0]; ++col) { dint32 offset; from >> offset; if(offset < 0 || (unsigned) offset >= from.source()->size()) return false; } // Validated. return true; } catch(IByteArray::OffsetError const &) {} // Ignore this error. return false; } } // namespace de doomsday-1.14.5/doomsday/client/src/resource/texturemanifest.cpp0000664000175000017500000001474612350542237024372 0ustar jaakkojaakko/** @file texturemanifest.cpp Texture Manifest. * * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "resource/texturemanifest.h" #include "dd_main.h" // App_ResourceSystem() using namespace de; DENG2_PIMPL(TextureManifest), DENG2_OBSERVES(Texture, Deletion) { int uniqueId; ///< Scheme-unique identifier (user defined). Uri resourceUri; ///< Image resource path, to be loaded. Vector2i logicalDimensions; ///< Dimensions in map space. Vector2i origin; ///< Origin offset in map space. Texture::Flags flags; ///< Classification flags. QScopedPointer texture; ///< Associated resource (if any). Instance(Public *i) : Base(i) , uniqueId(0) {} ~Instance() { DENG2_FOR_PUBLIC_AUDIENCE(Deletion, i) i->textureManifestBeingDeleted(self); } // Observes Texture Deletion. void textureBeingDeleted(Texture const & /*texture*/) { texture.reset(); } }; TextureManifest::TextureManifest(PathTree::NodeArgs const &args) : Node(args), d(new Instance(this)) {} Texture *TextureManifest::derive() { LOG_AS("TextureManifest::derive"); if(!hasTexture()) { // Instantiate and associate the new texture with this. setTexture(new Texture(*this)); // Notify interested parties that a new texture was derived from the manifest. DENG2_FOR_AUDIENCE(TextureDerived, i) i->textureManifestTextureDerived(*this, texture()); } else { Texture *tex = &texture(); /// @todo Materials and Surfaces should be notified of this! tex->setFlags(d->flags); tex->setDimensions(d->logicalDimensions); tex->setOrigin(d->origin); } return &texture(); } TextureScheme &TextureManifest::scheme() const { LOG_AS("TextureManifest::scheme"); /// @todo Optimize: TextureManifest should contain a link to the owning TextureScheme. foreach(TextureScheme *scheme, App_ResourceSystem().allTextureSchemes()) { if(&scheme->index() == &tree()) { return *scheme; } } /// @throw Error Failed to determine the scheme of the manifest (should never happen...). throw Error("TextureManifest::scheme", String("Failed to determine scheme for manifest [%1]").arg(de::dintptr(this))); } String const &TextureManifest::schemeName() const { return scheme().name(); } String TextureManifest::description(de::Uri::ComposeAsTextFlags uriCompositionFlags) const { String info = String("%1 %2") .arg(composeUri().compose(uriCompositionFlags | Uri::DecodePath), ( uriCompositionFlags.testFlag(Uri::OmitScheme)? -14 : -22 ) ) .arg(sourceDescription(), -7); #ifdef __CLIENT__ info += String("x%1").arg(!hasTexture()? 0 : texture().variantCount()); #endif info += " " + (!hasResourceUri()? "N/A" : resourceUri().asText()); return info; } String TextureManifest::sourceDescription() const { if(!hasTexture()) return "unknown"; if(texture().isFlagged(Texture::Custom)) return "add-on"; return "game"; } bool TextureManifest::hasResourceUri() const { return !d->resourceUri.isEmpty(); } de::Uri TextureManifest::resourceUri() const { if(hasResourceUri()) { return d->resourceUri; } /// @throw MissingResourceUriError There is no resource URI defined. throw MissingResourceUriError("TextureManifest::scheme", "No resource URI is defined"); } bool TextureManifest::setResourceUri(de::Uri const &newUri) { // Avoid resolving; compare as text. if(d->resourceUri.asText() != newUri.asText()) { d->resourceUri = newUri; return true; } return false; } int TextureManifest::uniqueId() const { return d->uniqueId; } bool TextureManifest::setUniqueId(int newUniqueId) { if(d->uniqueId == newUniqueId) return false; d->uniqueId = newUniqueId; // Notify interested parties that the uniqueId has changed. DENG2_FOR_AUDIENCE(UniqueIdChange, i) i->textureManifestUniqueIdChanged(*this); return true; } Texture::Flags TextureManifest::flags() const { return d->flags; } void TextureManifest::setFlags(Texture::Flags flagsToChange, FlagOp operation) { applyFlagOperation(d->flags, flagsToChange, operation); } Vector2i const &TextureManifest::logicalDimensions() const { return d->logicalDimensions; } bool TextureManifest::setLogicalDimensions(Vector2i const &newDimensions) { if(d->logicalDimensions == newDimensions) return false; d->logicalDimensions = newDimensions; return true; } Vector2i const &TextureManifest::origin() const { return d->origin; } void TextureManifest::setOrigin(Vector2i const &newOrigin) { if(d->origin != newOrigin) { d->origin = newOrigin; } } bool TextureManifest::hasTexture() const { return !d->texture.isNull(); } Texture &TextureManifest::texture() const { if(hasTexture()) { return *d->texture; } /// @throw MissingTextureError There is no texture associated with the manifest. throw MissingTextureError("TextureManifest::texture", "No texture is associated"); } void TextureManifest::setTexture(Texture *newTexture) { if(d->texture.data() != newTexture) { if(Texture *curTexture = d->texture.data()) { // Cancel notifications about the existing texture. curTexture->audienceForDeletion -= d; } d->texture.reset(newTexture); if(Texture *curTexture = d->texture.data()) { // We want notification when the new texture is about to be deleted. curTexture->audienceForDeletion += d; } } } doomsday-1.14.5/doomsday/client/src/resource/materialarchive.cpp0000664000175000017500000002656512350542237024305 0ustar jaakkojaakko/** @file materialarchive.cpp Material Archive. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_console.h" #include "uri.hh" #include #include "resource/materialarchive.h" /// For identifying the archived format version. Written to disk. #define MATERIALARCHIVE_VERSION 4 #define ASEG_MATERIAL_ARCHIVE 112 // Used to denote unknown Material references in records. Written to disk. #define UNKNOWN_MATERIALNAME "DD_BADTX" namespace de { static String readArchivedPath(reader_s &reader) { char _path[9]; Reader_Read(&reader, _path, 8); _path[8] = 0; return QString(QByteArray(_path, qstrlen(_path)).toPercentEncoding()); } static void readArchivedUri(Uri &uri, int version, reader_s &reader) { if(version >= 4) { // A serialized, percent encoded URI. Uri_Read(reinterpret_cast(&uri), &reader); } else if(version == 3) { // A percent encoded textual URI. ddstring_t *_uri = Str_NewFromReader(&reader); uri.setUri(Str_Text(_uri), RC_NULL); Str_Delete(_uri); } else if(version == 2) { // An unencoded textual URI. ddstring_t *_uri = Str_NewFromReader(&reader); uri.setUri(QString(QByteArray(Str_Text(_uri), Str_Length(_uri)).toPercentEncoding()), RC_NULL); Str_Delete(_uri); } else // ver 1 { // A short textual path (unencoded). uri.setPath(readArchivedPath(reader)); // Plus a legacy scheme id. int oldSchemeId = Reader_ReadByte(&reader); switch(oldSchemeId) { case 0: uri.setScheme("Textures"); break; case 1: uri.setScheme("Flats"); break; case 2: uri.setScheme("Sprites"); break; case 3: uri.setScheme("System"); break; default: throw Error("readArchiveUri", QString("Unknown old-scheme id #%1, expected [0..3)").arg(oldSchemeId)); } } } /** * Mappings between URI and Material. * The pointer user value holds a pointer to the resolved Material (if found). * The integer user value tracks whether a material has yet been looked up. */ typedef StringPool Records; typedef StringPool::Id SerialId; static Material *findRecordMaterial(Records &records, SerialId id) { // Time to lookup the material for the record's URI? if(!records.userValue(id)) { Material *material = 0; try { material = &App_ResourceSystem().material(Uri(records.stringRef(id), RC_NULL)); } catch(ResourceSystem::MissingManifestError const &) {} // Ignore this error. records.setUserPointer(id, material); records.setUserValue(id, true); return material; } return (Material *) records.userPointer(id); } DENG2_PIMPL(MaterialArchive) { /// Logical version number of the archive. int version; /// Segment id assertion (Hexen saves). bool useSegments; /// Mappings between URI and Material. Records records; /// Used with older versions. int numFlats; Instance(Public *i, bool _useSegments) : Base(i), version(MATERIALARCHIVE_VERSION), useSegments(_useSegments), numFlats(0) {} inline SerialId insertRecord(Uri const &uri) { return records.intern(uri.compose()); } void beginSegment(int seg, writer_s &writer) { if(!useSegments) return; Writer_WriteUInt32(&writer, seg); } void assertSegment(int seg, reader_s &reader) { if(!useSegments) return; int i = Reader_ReadUInt32(&reader); if(i != seg) { throw MaterialArchive::ReadError("MaterialArchive::assertSegment", QString("Expected ASEG_MATERIAL_ARCHIVE (%1), but got %2") .arg(ASEG_MATERIAL_ARCHIVE).arg(i)); } } void writeHeader(writer_s &writer) { beginSegment(ASEG_MATERIAL_ARCHIVE, writer); Writer_WriteByte(&writer, version); } void readHeader(reader_s &reader) { assertSegment(ASEG_MATERIAL_ARCHIVE, reader); version = Reader_ReadByte(&reader); } void readGroup(reader_s &reader) { DENG_ASSERT(version >= 1); // Read the group header. int num = Reader_ReadUInt16(&reader); // Read the group records. Uri uri; for(int i = 0; i < num; ++i) { readArchivedUri(uri, version, reader); insertRecord(uri); } } void writeGroup(writer_s &writer) { // Write the group header. Writer_WriteUInt16(&writer, records.size()); // Write the group records. Uri uri; for(int i = 1; i < int(records.size()) + 1; ++i) { uri.setUri(records.stringRef(i), RC_NULL); Uri_Write(reinterpret_cast(&uri), &writer); } } }; MaterialArchive::MaterialArchive(int useSegments, bool recordSymbolicMaterials) : d(new Instance(this, useSegments)) { if(recordSymbolicMaterials) { // The first material is the special "unknown material". d->insertRecord(de::Uri(UNKNOWN_MATERIALNAME, RC_NULL)); } } struct findUniqueSerialIdWorker_params { Records *records; Material *material; }; static int findUniqueSerialIdWorker(SerialId id, void *parameters) { findUniqueSerialIdWorker_params *parm = (findUniqueSerialIdWorker_params*) parameters; // Is this the material we are looking for? if(findRecordMaterial(*parm->records, id) == parm->material) return id; return 0; // Continue iteration. } materialarchive_serialid_t MaterialArchive::findUniqueSerialId(Material *material) const { if(!material) return 0; // Invalid. findUniqueSerialIdWorker_params parm; parm.records = &d->records; parm.material = material; SerialId found = d->records.iterate(findUniqueSerialIdWorker, &parm); if(found) return found; // Yes. Return existing serial. return d->records.size() + 1; } Material *MaterialArchive::find(materialarchive_serialid_t serialId, int group) const { if(serialId <= 0 || serialId > d->records.size() + 1) return 0; // Invalid. // A group offset? if(d->version < 1 && group == 1) { // Group 1 = walls (skip over the flats). serialId += d->numFlats; } if(d->version <= 1) { // The special case "unknown" material? Uri uri(d->records.stringRef(serialId), RC_NULL); if(!uri.path().toStringRef().compareWithoutCase(UNKNOWN_MATERIALNAME)) return 0; } return findRecordMaterial(d->records, serialId); } materialarchive_serialid_t MaterialArchive::addRecord(Material const &material) { SerialId id = d->insertRecord(material.manifest().composeUri()); d->records.setUserPointer(id, const_cast(&material)); d->records.setUserValue(id, true); return materialarchive_serialid_t(id); } int MaterialArchive::count() const { return d->records.size(); } void MaterialArchive::write(writer_s &writer) const { d->writeHeader(writer); d->writeGroup(writer); } void MaterialArchive::read(reader_s &reader, int forcedVersion) { d->records.clear(); d->readHeader(reader); // Are we interpreting a specific version? if(forcedVersion >= 0) { d->version = forcedVersion; } if(d->version >= 1) { d->readGroup(reader); return; } // The old format saved materials used on floors and walls into seperate // groups. At this time only Flats could be used on floors and Textures // on walls. { // Group 0 (floors) Uri uri("Flats", ""); d->numFlats = Reader_ReadUInt16(&reader); for(int i = 0; i < d->numFlats; ++i) { uri.setPath(readArchivedPath(reader)); d->insertRecord(uri); } } { // Group 1 (walls) Uri uri("Textures", ""); int num = Reader_ReadUInt16(&reader); for(int i = 0; i < num; ++i) { uri.setPath(readArchivedPath(reader)); d->insertRecord(uri); } } } } // namespace de /* * C Wrapper API: */ #define DENG_NO_API_MACROS_MATERIAL_ARCHIVE #include "api_materialarchive.h" #define TOINTERNAL(inst) \ reinterpret_cast(inst) #define TOINTERNAL_CONST(inst) \ reinterpret_cast(inst) #define SELF(inst) \ DENG2_ASSERT(inst); \ de::MaterialArchive *self = TOINTERNAL(inst) #define SELF_CONST(inst) \ DENG2_ASSERT(inst); \ de::MaterialArchive const *self = TOINTERNAL_CONST(inst) #undef MaterialArchive_New MaterialArchive *MaterialArchive_New(int useSegments) { de::MaterialArchive *archive = new de::MaterialArchive(useSegments); // Populate the archive using the application's global/main Material collection. foreach(Material *material, App_ResourceSystem().allMaterials()) { archive->addRecord(*material); } return reinterpret_cast(archive); } #undef MaterialArchive_NewEmpty MaterialArchive *MaterialArchive_NewEmpty(int useSegments) { return reinterpret_cast(new de::MaterialArchive(useSegments, false /*don't populate*/)); } #undef MaterialArchive_Delete void MaterialArchive_Delete(MaterialArchive *arc) { if(arc) { SELF(arc); delete self; } } #undef MaterialArchive_FindUniqueSerialId materialarchive_serialid_t MaterialArchive_FindUniqueSerialId(MaterialArchive const *arc, Material *mat) { SELF_CONST(arc); return self->findUniqueSerialId(mat); } #undef MaterialArchive_Find Material *MaterialArchive_Find(MaterialArchive const *arc, materialarchive_serialid_t serialId, int group) { SELF_CONST(arc); return self->find(serialId, group); } #undef MaterialArchive_Count int MaterialArchive_Count(MaterialArchive const *arc) { SELF_CONST(arc); return self->count(); } #undef MaterialArchive_Write void MaterialArchive_Write(MaterialArchive const *arc, Writer *writer) { SELF_CONST(arc); self->write(*writer); } #undef MaterialArchive_Read void MaterialArchive_Read(MaterialArchive *arc, Reader *reader, int forcedVersion) { SELF(arc); self->read(*reader, forcedVersion); } DENG_DECLARE_API(MaterialArchive) = { { DE_API_MATERIAL_ARCHIVE }, MaterialArchive_New, MaterialArchive_NewEmpty, MaterialArchive_Delete, MaterialArchive_FindUniqueSerialId, MaterialArchive_Find, MaterialArchive_Count, MaterialArchive_Write, MaterialArchive_Read }; doomsday-1.14.5/doomsday/client/src/tab_tables.c0000664000175000017500000036171512350542237021055 0ustar jaakkojaakko/** @file tab_tables.c Precalculated trigonometric functions. * * Tables sourced from tables.c in the Doom GPL release. * * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include // FINEANGLES int finetangent[4096] = { -170910304,-56965752,-34178904,-24413316,-18988036,-15535599,-13145455,-11392683, -10052327,-8994149,-8137527,-7429880,-6835455,-6329090,-5892567,-5512368, -5178251,-4882318,-4618375,-4381502,-4167737,-3973855,-3797206,-3635590, -3487165,-3350381,-3223918,-3106651,-2997613,-2895966,-2800983,-2712030, -2628549,-2550052,-2476104,-2406322,-2340362,-2277919,-2218719,-2162516, -2109087,-2058233,-2009771,-1963536,-1919378,-1877161,-1836758,-1798063, -1760956,-1725348,-1691149,-1658278,-1626658,-1596220,-1566898,-1538632, -1511367,-1485049,-1459630,-1435065,-1411312,-1388330,-1366084,-1344537, -1323658,-1303416,-1283783,-1264730,-1246234,-1228269,-1210813,-1193846, -1177345,-1161294,-1145673,-1130465,-1115654,-1101225,-1087164,-1073455, -1060087,-1047046,-1034322,-1021901,-1009774,-997931,-986361,-975054, 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19907,19962,20017,20072,20127,20182,20237,20292, 20347,20402,20457,20513,20568,20623,20678,20734, 20789,20844,20900,20955,21010,21066,21121,21177, 21232,21288,21343,21399,21455,21510,21566,21622, 21678,21733,21789,21845,21901,21957,22013,22069, 22125,22181,22237,22293,22349,22405,22461,22517, 22573,22630,22686,22742,22799,22855,22911,22968, 23024,23081,23137,23194,23250,23307,23364,23420, 23477,23534,23591,23647,23704,23761,23818,23875, 23932,23989,24046,24103,24160,24217,24274,24331, 24389,24446,24503,24560,24618,24675,24732,24790, 24847,24905,24962,25020,25078,25135,25193,25251, 25308,25366,25424,25482,25540,25598,25656,25714, 25772,25830,25888,25946,26004,26062,26120,26179, 26237,26295,26354,26412,26471,26529,26588,26646, 26705,26763,26822,26881,26940,26998,27057,27116, 27175,27234,27293,27352,27411,27470,27529,27588, 27647,27707,27766,27825,27884,27944,28003,28063, 28122,28182,28241,28301,28361,28420,28480,28540, 28600,28660,28719,28779,28839,28899,28959,29020, 29080,29140,29200,29260,29321,29381,29441,29502, 29562,29623,29683,29744,29805,29865,29926,29987, 30048,30108,30169,30230,30291,30352,30413,30474, 30536,30597,30658,30719,30781,30842,30904,30965, 31026,31088,31150,31211,31273,31335,31396,31458, 31520,31582,31644,31706,31768,31830,31892,31955, 32017,32079,32141,32204,32266,32329,32391,32454, 32516,32579,32642,32705,32767,32830,32893,32956, 33019,33082,33145,33208,33272,33335,33398,33461, 33525,33588,33652,33715,33779,33843,33906,33970, 34034,34098,34162,34225,34289,34354,34418,34482, 34546,34610,34675,34739,34803,34868,34932,34997, 35062,35126,35191,35256,35321,35385,35450,35515, 35580,35646,35711,35776,35841,35907,35972,36037, 36103,36168,36234,36300,36365,36431,36497,36563, 36629,36695,36761,36827,36893,36959,37026,37092, 37158,37225,37291,37358,37425,37491,37558,37625, 37692,37759,37826,37893,37960,38027,38094,38161, 38229,38296,38364,38431,38499,38566,38634,38702, 38770,38837,38905,38973,39042,39110,39178,39246, 39314,39383,39451,39520,39588,39657,39726,39794, 39863,39932,40001,40070,40139,40208,40278,40347, 40416,40486,40555,40625,40694,40764,40834,40904, 40973,41043,41113,41184,41254,41324,41394,41465, 41535,41605,41676,41747,41817,41888,41959,42030, 42101,42172,42243,42314,42385,42457,42528,42600, 42671,42743,42814,42886,42958,43030,43102,43174, 43246,43318,43390,43463,43535,43608,43680,43753, 43826,43898,43971,44044,44117,44190,44263,44337, 44410,44483,44557,44630,44704,44778,44851,44925, 44999,45073,45147,45221,45296,45370,45444,45519, 45593,45668,45743,45818,45892,45967,46042,46118, 46193,46268,46343,46419,46494,46570,46646,46721, 46797,46873,46949,47025,47102,47178,47254,47331, 47407,47484,47560,47637,47714,47791,47868,47945, 48022,48100,48177,48255,48332,48410,48488,48565, 48643,48721,48799,48878,48956,49034,49113,49191, 49270,49349,49427,49506,49585,49664,49744,49823, 49902,49982,50061,50141,50221,50300,50380,50460, 50540,50621,50701,50781,50862,50942,51023,51104, 51185,51266,51347,51428,51509,51591,51672,51754, 51835,51917,51999,52081,52163,52245,52327,52410, 52492,52575,52657,52740,52823,52906,52989,53072, 53156,53239,53322,53406,53490,53574,53657,53741, 53826,53910,53994,54079,54163,54248,54333,54417, 54502,54587,54673,54758,54843,54929,55015,55100, 55186,55272,55358,55444,55531,55617,55704,55790, 55877,55964,56051,56138,56225,56312,56400,56487, 56575,56663,56751,56839,56927,57015,57104,57192, 57281,57369,57458,57547,57636,57725,57815,57904, 57994,58083,58173,58263,58353,58443,58534,58624, 58715,58805,58896,58987,59078,59169,59261,59352, 59444,59535,59627,59719,59811,59903,59996,60088, 60181,60273,60366,60459,60552,60646,60739,60833, 60926,61020,61114,61208,61302,61396,61491,61585, 61680,61775,61870,61965,62060,62156,62251,62347, 62443,62539,62635,62731,62828,62924,63021,63118, 63215,63312,63409,63506,63604,63702,63799,63897, 63996,64094,64192,64291,64389,64488,64587,64687, 64786,64885,64985,65085,65185,65285,65385,65485, 65586,65686,65787,65888,65989,66091,66192,66294, 66396,66498,66600,66702,66804,66907,67010,67113, 67216,67319,67422,67526,67629,67733,67837,67942, 68046,68151,68255,68360,68465,68570,68676,68781, 68887,68993,69099,69205,69312,69418,69525,69632, 69739,69846,69954,70061,70169,70277,70385,70494, 70602,70711,70820,70929,71038,71147,71257,71367, 71477,71587,71697,71808,71918,72029,72140,72252, 72363,72475,72587,72699,72811,72923,73036,73149, 73262,73375,73488,73602,73715,73829,73944,74058, 74172,74287,74402,74517,74633,74748,74864,74980, 75096,75213,75329,75446,75563,75680,75797,75915, 76033,76151,76269,76388,76506,76625,76744,76864, 76983,77103,77223,77343,77463,77584,77705,77826, 77947,78068,78190,78312,78434,78557,78679,78802, 78925,79048,79172,79296,79420,79544,79668,79793, 79918,80043,80168,80294,80420,80546,80672,80799, 80925,81053,81180,81307,81435,81563,81691,81820, 81949,82078,82207,82336,82466,82596,82726,82857, 82987,83118,83250,83381,83513,83645,83777,83910, 84043,84176,84309,84443,84576,84710,84845,84980, 85114,85250,85385,85521,85657,85793,85930,86066, 86204,86341,86479,86616,86755,86893,87032,87171, 87310,87450,87590,87730,87871,88011,88152,88294, 88435,88577,88720,88862,89005,89148,89292,89435, 89579,89724,89868,90013,90158,90304,90450,90596, 90742,90889,91036,91184,91332,91480,91628,91777, 91926,92075,92225,92375,92525,92675,92826,92978, 93129,93281,93434,93586,93739,93892,94046,94200, 94354,94509,94664,94819,94975,95131,95287,95444, 95601,95758,95916,96074,96233,96391,96551,96710, 96870,97030,97191,97352,97513,97675,97837,98000, 98163,98326,98489,98653,98818,98982,99148,99313, 99479,99645,99812,99979,100146,100314,100482,100651, 100820,100990,101159,101330,101500,101671,101843,102015, 102187,102360,102533,102706,102880,103054,103229,103404, 103580,103756,103933,104109,104287,104465,104643,104821, 105000,105180,105360,105540,105721,105902,106084,106266, 106449,106632,106816,107000,107184,107369,107555,107741, 107927,108114,108301,108489,108677,108866,109055,109245, 109435,109626,109817,110008,110200,110393,110586,110780, 110974,111169,111364,111560,111756,111952,112150,112347, 112546,112744,112944,113143,113344,113545,113746,113948, 114151,114354,114557,114761,114966,115171,115377,115583, 115790,115998,116206,116414,116623,116833,117044,117254, 117466,117678,117891,118104,118318,118532,118747,118963, 119179,119396,119613,119831,120050,120269,120489,120709, 120930,121152,121374,121597,121821,122045,122270,122496, 122722,122949,123176,123404,123633,123863,124093,124324, 124555,124787,125020,125254,125488,125723,125959,126195, 126432,126669,126908,127147,127387,127627,127869,128111, 128353,128597,128841,129086,129332,129578,129825,130073, 130322,130571,130821,131072,131324,131576,131830,132084, 132339,132594,132851,133108,133366,133625,133884,134145, 134406,134668,134931,135195,135459,135725,135991,136258, 136526,136795,137065,137335,137607,137879,138152,138426, 138701,138977,139254,139532,139810,140090,140370,140651, 140934,141217,141501,141786,142072,142359,142647,142936, 143226,143517,143808,144101,144395,144690,144986,145282, 145580,145879,146179,146480,146782,147084,147388,147693, 148000,148307,148615,148924,149235,149546,149859,150172, 150487,150803,151120,151438,151757,152077,152399,152722, 153045,153370,153697,154024,154352,154682,155013,155345, 155678,156013,156349,156686,157024,157363,157704,158046, 158389,158734,159079,159427,159775,160125,160476,160828, 161182,161537,161893,162251,162610,162970,163332,163695, 164060,164426,164793,165162,165532,165904,166277,166651, 167027,167405,167784,168164,168546,168930,169315,169701, 170089,170479,170870,171263,171657,172053,172451,172850, 173251,173653,174057,174463,174870,175279,175690,176102, 176516,176932,177349,177769,178190,178612,179037,179463, 179891,180321,180753,181186,181622,182059,182498,182939, 183382,183827,184274,184722,185173,185625,186080,186536, 186995,187455,187918,188382,188849,189318,189789,190261, 190736,191213,191693,192174,192658,193143,193631,194122, 194614,195109,195606,196105,196606,197110,197616,198125, 198636,199149,199664,200182,200703,201226,201751,202279, 202809,203342,203878,204416,204956,205500,206045,206594, 207145,207699,208255,208815,209376,209941,210509,211079, 211652,212228,212807,213389,213973,214561,215151,215745, 216341,216941,217544,218149,218758,219370,219985,220603, 221225,221849,222477,223108,223743,224381,225022,225666, 226314,226966,227621,228279,228941,229606,230275,230948, 231624,232304,232988,233676,234367,235062,235761,236463, 237170,237881,238595,239314,240036,240763,241493,242228, 242967,243711,244458,245210,245966,246727,247492,248261, 249035,249813,250596,251384,252176,252973,253774,254581, 255392,256208,257029,257855,258686,259522,260363,261209, 262060,262917,263779,264646,265519,266397,267280,268169, 269064,269965,270871,271782,272700,273624,274553,275489, 276430,277378,278332,279292,280258,281231,282210,283195, 284188,285186,286192,287204,288223,289249,290282,291322, 292369,293423,294485,295554,296630,297714,298805,299904, 301011,302126,303248,304379,305517,306664,307819,308983, 310154,311335,312524,313721,314928,316143,317368,318601, 319844,321097,322358,323629,324910,326201,327502,328812, 330133,331464,332805,334157,335519,336892,338276,339671, 341078,342495,343924,345364,346816,348280,349756,351244, 352744,354257,355783,357321,358872,360436,362013,363604, 365208,366826,368459,370105,371765,373440,375130,376835, 378555,380290,382040,383807,385589,387387,389202,391034, 392882,394747,396630,398530,400448,402384,404338,406311, 408303,410314,412344,414395,416465,418555,420666,422798, 424951,427125,429321,431540,433781,436045,438332,440643, 442978,445337,447720,450129,452564,455024,457511,460024, 462565,465133,467730,470355,473009,475692,478406,481150, 483925,486732,489571,492443,495348,498287,501261,504269, 507313,510394,513512,516667,519861,523094,526366,529680, 533034,536431,539870,543354,546881,550455,554074,557741, 561456,565221,569035,572901,576818,580789,584815,588896, 593033,597229,601483,605798,610174,614613,619117,623686, 628323,633028,637803,642651,647572,652568,657640,662792, 668024,673338,678737,684223,689797,695462,701219,707072, 713023,719074,725227,731486,737853,744331,750922,757631, 764460,771411,778490,785699,793041,800521,808143,815910, 823827,831898,840127,848520,857081,865817,874730,883829, 893117,902602,912289,922186,932298,942633,953199,964003, 975054,986361,997931,1009774,1021901,1034322,1047046,1060087, 1073455,1087164,1101225,1115654,1130465,1145673,1161294,1177345, 1193846,1210813,1228269,1246234,1264730,1283783,1303416,1323658, 1344537,1366084,1388330,1411312,1435065,1459630,1485049,1511367, 1538632,1566898,1596220,1626658,1658278,1691149,1725348,1760956, 1798063,1836758,1877161,1919378,1963536,2009771,2058233,2109087, 2162516,2218719,2277919,2340362,2406322,2476104,2550052,2628549, 2712030,2800983,2895966,2997613,3106651,3223918,3350381,3487165, 3635590,3797206,3973855,4167737,4381502,4618375,4882318,5178251, 5512368,5892567,6329090,6835455,7429880,8137527,8994149,10052327, 11392683,13145455,15535599,18988036,24413316,34178904,56965752,170910304 }; int finesine[10240] = { 25,75,125,175,226,276,326,376, 427,477,527,578,628,678,728,779, 829,879,929,980,1030,1080,1130,1181, 1231,1281,1331,1382,1432,1482,1532,1583, 1633,1683,1733,1784,1834,1884,1934,1985, 2035,2085,2135,2186,2236,2286,2336,2387, 2437,2487,2537,2587,2638,2688,2738,2788, 2839,2889,2939,2989,3039,3090,3140,3190, 3240,3291,3341,3391,3441,3491,3541,3592, 3642,3692,3742,3792,3843,3893,3943,3993, 4043,4093,4144,4194,4244,4294,4344,4394, 4445,4495,4545,4595,4645,4695,4745,4796, 4846,4896,4946,4996,5046,5096,5146,5197, 5247,5297,5347,5397,5447,5497,5547,5597, 5647,5697,5748,5798,5848,5898,5948,5998, 6048,6098,6148,6198,6248,6298,6348,6398, 6448,6498,6548,6598,6648,6698,6748,6798, 6848,6898,6948,6998,7048,7098,7148,7198, 7248,7298,7348,7398,7448,7498,7548,7598, 7648,7697,7747,7797,7847,7897,7947,7997, 8047,8097,8147,8196,8246,8296,8346,8396, 8446,8496,8545,8595,8645,8695,8745,8794, 8844,8894,8944,8994,9043,9093,9143,9193, 9243,9292,9342,9392,9442,9491,9541,9591, 9640,9690,9740,9790,9839,9889,9939,9988, 10038,10088,10137,10187,10237,10286,10336,10386, 10435,10485,10534,10584,10634,10683,10733,10782, 10832,10882,10931,10981,11030,11080,11129,11179, 11228,11278,11327,11377,11426,11476,11525,11575, 11624,11674,11723,11773,11822,11872,11921,11970, 12020,12069,12119,12168,12218,12267,12316,12366, 12415,12464,12514,12563,12612,12662,12711,12760, 12810,12859,12908,12957,13007,13056,13105,13154, 13204,13253,13302,13351,13401,13450,13499,13548, 13597,13647,13696,13745,13794,13843,13892,13941, 13990,14040,14089,14138,14187,14236,14285,14334, 14383,14432,14481,14530,14579,14628,14677,14726, 14775,14824,14873,14922,14971,15020,15069,15118, 15167,15215,15264,15313,15362,15411,15460,15509, 15557,15606,15655,15704,15753,15802,15850,15899, 15948,15997,16045,16094,16143,16191,16240,16289, 16338,16386,16435,16484,16532,16581,16629,16678, 16727,16775,16824,16872,16921,16970,17018,17067, 17115,17164,17212,17261,17309,17358,17406,17455, 17503,17551,17600,17648,17697,17745,17793,17842, 17890,17939,17987,18035,18084,18132,18180,18228, 18277,18325,18373,18421,18470,18518,18566,18614, 18663,18711,18759,18807,18855,18903,18951,19000, 19048,19096,19144,19192,19240,19288,19336,19384, 19432,19480,19528,19576,19624,19672,19720,19768, 19816,19864,19912,19959,20007,20055,20103,20151, 20199,20246,20294,20342,20390,20438,20485,20533, 20581,20629,20676,20724,20772,20819,20867,20915, 20962,21010,21057,21105,21153,21200,21248,21295, 21343,21390,21438,21485,21533,21580,21628,21675, 21723,21770,21817,21865,21912,21960,22007,22054, 22102,22149,22196,22243,22291,22338,22385,22433, 22480,22527,22574,22621,22668,22716,22763,22810, 22857,22904,22951,22998,23045,23092,23139,23186, 23233,23280,23327,23374,23421,23468,23515,23562, 23609,23656,23703,23750,23796,23843,23890,23937, 23984,24030,24077,24124,24171,24217,24264,24311, 24357,24404,24451,24497,24544,24591,24637,24684, 24730,24777,24823,24870,24916,24963,25009,25056, 25102,25149,25195,25241,25288,25334,25381,25427, 25473,25520,25566,25612,25658,25705,25751,25797, 25843,25889,25936,25982,26028,26074,26120,26166, 26212,26258,26304,26350,26396,26442,26488,26534, 26580,26626,26672,26718,26764,26810,26856,26902, 26947,26993,27039,27085,27131,27176,27222,27268, 27313,27359,27405,27450,27496,27542,27587,27633, 27678,27724,27770,27815,27861,27906,27952,27997, 28042,28088,28133,28179,28224,28269,28315,28360, 28405,28451,28496,28541,28586,28632,28677,28722, 28767,28812,28858,28903,28948,28993,29038,29083, 29128,29173,29218,29263,29308,29353,29398,29443, 29488,29533,29577,29622,29667,29712,29757,29801, 29846,29891,29936,29980,30025,30070,30114,30159, 30204,30248,30293,30337,30382,30426,30471,30515, 30560,30604,30649,30693,30738,30782,30826,30871, 30915,30959,31004,31048,31092,31136,31181,31225, 31269,31313,31357,31402,31446,31490,31534,31578, 31622,31666,31710,31754,31798,31842,31886,31930, 31974,32017,32061,32105,32149,32193,32236,32280, 32324,32368,32411,32455,32499,32542,32586,32630, 32673,32717,32760,32804,32847,32891,32934,32978, 33021,33065,33108,33151,33195,33238,33281,33325, 33368,33411,33454,33498,33541,33584,33627,33670, 33713,33756,33799,33843,33886,33929,33972,34015, 34057,34100,34143,34186,34229,34272,34315,34358, 34400,34443,34486,34529,34571,34614,34657,34699, 34742,34785,34827,34870,34912,34955,34997,35040, 35082,35125,35167,35210,35252,35294,35337,35379, 35421,35464,35506,35548,35590,35633,35675,35717, 35759,35801,35843,35885,35927,35969,36011,36053, 36095,36137,36179,36221,36263,36305,36347,36388, 36430,36472,36514,36555,36597,36639,36681,36722, 36764,36805,36847,36889,36930,36972,37013,37055, 37096,37137,37179,37220,37262,37303,37344,37386, 37427,37468,37509,37551,37592,37633,37674,37715, 37756,37797,37838,37879,37920,37961,38002,38043, 38084,38125,38166,38207,38248,38288,38329,38370, 38411,38451,38492,38533,38573,38614,38655,38695, 38736,38776,38817,38857,38898,38938,38979,39019, 39059,39100,39140,39180,39221,39261,39301,39341, 39382,39422,39462,39502,39542,39582,39622,39662, 39702,39742,39782,39822,39862,39902,39942,39982, 40021,40061,40101,40141,40180,40220,40260,40300, 40339,40379,40418,40458,40497,40537,40576,40616, 40655,40695,40734,40773,40813,40852,40891,40931, 40970,41009,41048,41087,41127,41166,41205,41244, 41283,41322,41361,41400,41439,41478,41517,41556, 41595,41633,41672,41711,41750,41788,41827,41866, 41904,41943,41982,42020,42059,42097,42136,42174, 42213,42251,42290,42328,42366,42405,42443,42481, 42520,42558,42596,42634,42672,42711,42749,42787, 42825,42863,42901,42939,42977,43015,43053,43091, 43128,43166,43204,43242,43280,43317,43355,43393, 43430,43468,43506,43543,43581,43618,43656,43693, 43731,43768,43806,43843,43880,43918,43955,43992, 44029,44067,44104,44141,44178,44215,44252,44289, 44326,44363,44400,44437,44474,44511,44548,44585, 44622,44659,44695,44732,44769,44806,44842,44879, 44915,44952,44989,45025,45062,45098,45135,45171, 45207,45244,45280,45316,45353,45389,45425,45462, 45498,45534,45570,45606,45642,45678,45714,45750, 45786,45822,45858,45894,45930,45966,46002,46037, 46073,46109,46145,46180,46216,46252,46287,46323, 46358,46394,46429,46465,46500,46536,46571,46606, 46642,46677,46712,46747,46783,46818,46853,46888, 46923,46958,46993,47028,47063,47098,47133,47168, 47203,47238,47273,47308,47342,47377,47412,47446, 47481,47516,47550,47585,47619,47654,47688,47723, 47757,47792,47826,47860,47895,47929,47963,47998, 48032,48066,48100,48134,48168,48202,48237,48271, 48305,48338,48372,48406,48440,48474,48508,48542, 48575,48609,48643,48676,48710,48744,48777,48811, 48844,48878,48911,48945,48978,49012,49045,49078, 49112,49145,49178,49211,49244,49278,49311,49344, 49377,49410,49443,49476,49509,49542,49575,49608, 49640,49673,49706,49739,49771,49804,49837,49869, 49902,49935,49967,50000,50032,50065,50097,50129, 50162,50194,50226,50259,50291,50323,50355,50387, 50420,50452,50484,50516,50548,50580,50612,50644, 50675,50707,50739,50771,50803,50834,50866,50898, 50929,50961,50993,51024,51056,51087,51119,51150, 51182,51213,51244,51276,51307,51338,51369,51401, 51432,51463,51494,51525,51556,51587,51618,51649, 51680,51711,51742,51773,51803,51834,51865,51896, 51926,51957,51988,52018,52049,52079,52110,52140, 52171,52201,52231,52262,52292,52322,52353,52383, 52413,52443,52473,52503,52534,52564,52594,52624, 52653,52683,52713,52743,52773,52803,52832,52862, 52892,52922,52951,52981,53010,53040,53069,53099, 53128,53158,53187,53216,53246,53275,53304,53334, 53363,53392,53421,53450,53479,53508,53537,53566, 53595,53624,53653,53682,53711,53739,53768,53797, 53826,53854,53883,53911,53940,53969,53997,54026, 54054,54082,54111,54139,54167,54196,54224,54252, 54280,54308,54337,54365,54393,54421,54449,54477, 54505,54533,54560,54588,54616,54644,54672,54699, 54727,54755,54782,54810,54837,54865,54892,54920, 54947,54974,55002,55029,55056,55084,55111,55138, 55165,55192,55219,55246,55274,55300,55327,55354, 55381,55408,55435,55462,55489,55515,55542,55569, 55595,55622,55648,55675,55701,55728,55754,55781, 55807,55833,55860,55886,55912,55938,55965,55991, 56017,56043,56069,56095,56121,56147,56173,56199, 56225,56250,56276,56302,56328,56353,56379,56404, 56430,56456,56481,56507,56532,56557,56583,56608, 56633,56659,56684,56709,56734,56760,56785,56810, 56835,56860,56885,56910,56935,56959,56984,57009, 57034,57059,57083,57108,57133,57157,57182,57206, 57231,57255,57280,57304,57329,57353,57377,57402, 57426,57450,57474,57498,57522,57546,57570,57594, 57618,57642,57666,57690,57714,57738,57762,57785, 57809,57833,57856,57880,57903,57927,57950,57974, 57997,58021,58044,58067,58091,58114,58137,58160, 58183,58207,58230,58253,58276,58299,58322,58345, 58367,58390,58413,58436,58459,58481,58504,58527, 58549,58572,58594,58617,58639,58662,58684,58706, 58729,58751,58773,58795,58818,58840,58862,58884, 58906,58928,58950,58972,58994,59016,59038,59059, 59081,59103,59125,59146,59168,59190,59211,59233, 59254,59276,59297,59318,59340,59361,59382,59404, 59425,59446,59467,59488,59509,59530,59551,59572, 59593,59614,59635,59656,59677,59697,59718,59739, 59759,59780,59801,59821,59842,59862,59883,59903, 59923,59944,59964,59984,60004,60025,60045,60065, 60085,60105,60125,60145,60165,60185,60205,60225, 60244,60264,60284,60304,60323,60343,60363,60382, 60402,60421,60441,60460,60479,60499,60518,60537, 60556,60576,60595,60614,60633,60652,60671,60690, 60709,60728,60747,60766,60785,60803,60822,60841, 60859,60878,60897,60915,60934,60952,60971,60989, 61007,61026,61044,61062,61081,61099,61117,61135, 61153,61171,61189,61207,61225,61243,61261,61279, 61297,61314,61332,61350,61367,61385,61403,61420, 61438,61455,61473,61490,61507,61525,61542,61559, 61577,61594,61611,61628,61645,61662,61679,61696, 61713,61730,61747,61764,61780,61797,61814,61831, 61847,61864,61880,61897,61913,61930,61946,61963, 61979,61995,62012,62028,62044,62060,62076,62092, 62108,62125,62141,62156,62172,62188,62204,62220, 62236,62251,62267,62283,62298,62314,62329,62345, 62360,62376,62391,62407,62422,62437,62453,62468, 62483,62498,62513,62528,62543,62558,62573,62588, 62603,62618,62633,62648,62662,62677,62692,62706, 62721,62735,62750,62764,62779,62793,62808,62822, 62836,62850,62865,62879,62893,62907,62921,62935, 62949,62963,62977,62991,63005,63019,63032,63046, 63060,63074,63087,63101,63114,63128,63141,63155, 63168,63182,63195,63208,63221,63235,63248,63261, 63274,63287,63300,63313,63326,63339,63352,63365, 63378,63390,63403,63416,63429,63441,63454,63466, 63479,63491,63504,63516,63528,63541,63553,63565, 63578,63590,63602,63614,63626,63638,63650,63662, 63674,63686,63698,63709,63721,63733,63745,63756, 63768,63779,63791,63803,63814,63825,63837,63848, 63859,63871,63882,63893,63904,63915,63927,63938, 63949,63960,63971,63981,63992,64003,64014,64025, 64035,64046,64057,64067,64078,64088,64099,64109, 64120,64130,64140,64151,64161,64171,64181,64192, 64202,64212,64222,64232,64242,64252,64261,64271, 64281,64291,64301,64310,64320,64330,64339,64349, 64358,64368,64377,64387,64396,64405,64414,64424, 64433,64442,64451,64460,64469,64478,64487,64496, 64505,64514,64523,64532,64540,64549,64558,64566, 64575,64584,64592,64601,64609,64617,64626,64634, 64642,64651,64659,64667,64675,64683,64691,64699, 64707,64715,64723,64731,64739,64747,64754,64762, 64770,64777,64785,64793,64800,64808,64815,64822, 64830,64837,64844,64852,64859,64866,64873,64880, 64887,64895,64902,64908,64915,64922,64929,64936, 64943,64949,64956,64963,64969,64976,64982,64989, 64995,65002,65008,65015,65021,65027,65033,65040, 65046,65052,65058,65064,65070,65076,65082,65088, 65094,65099,65105,65111,65117,65122,65128,65133, 65139,65144,65150,65155,65161,65166,65171,65177, 65182,65187,65192,65197,65202,65207,65212,65217, 65222,65227,65232,65237,65242,65246,65251,65256, 65260,65265,65270,65274,65279,65283,65287,65292, 65296,65300,65305,65309,65313,65317,65321,65325, 65329,65333,65337,65341,65345,65349,65352,65356, 65360,65363,65367,65371,65374,65378,65381,65385, 65388,65391,65395,65398,65401,65404,65408,65411, 65414,65417,65420,65423,65426,65429,65431,65434, 65437,65440,65442,65445,65448,65450,65453,65455, 65458,65460,65463,65465,65467,65470,65472,65474, 65476,65478,65480,65482,65484,65486,65488,65490, 65492,65494,65496,65497,65499,65501,65502,65504, 65505,65507,65508,65510,65511,65513,65514,65515, 65516,65518,65519,65520,65521,65522,65523,65524, 65525,65526,65527,65527,65528,65529,65530,65530, 65531,65531,65532,65532,65533,65533,65534,65534, 65534,65535,65535,65535,65535,65535,65535,65535, 65535,65535,65535,65535,65535,65535,65535,65534, 65534,65534,65533,65533,65532,65532,65531,65531, 65530,65530,65529,65528,65527,65527,65526,65525, 65524,65523,65522,65521,65520,65519,65518,65516, 65515,65514,65513,65511,65510,65508,65507,65505, 65504,65502,65501,65499,65497,65496,65494,65492, 65490,65488,65486,65484,65482,65480,65478,65476, 65474,65472,65470,65467,65465,65463,65460,65458, 65455,65453,65450,65448,65445,65442,65440,65437, 65434,65431,65429,65426,65423,65420,65417,65414, 65411,65408,65404,65401,65398,65395,65391,65388, 65385,65381,65378,65374,65371,65367,65363,65360, 65356,65352,65349,65345,65341,65337,65333,65329, 65325,65321,65317,65313,65309,65305,65300,65296, 65292,65287,65283,65279,65274,65270,65265,65260, 65256,65251,65246,65242,65237,65232,65227,65222, 65217,65212,65207,65202,65197,65192,65187,65182, 65177,65171,65166,65161,65155,65150,65144,65139, 65133,65128,65122,65117,65111,65105,65099,65094, 65088,65082,65076,65070,65064,65058,65052,65046, 65040,65033,65027,65021,65015,65008,65002,64995, 64989,64982,64976,64969,64963,64956,64949,64943, 64936,64929,64922,64915,64908,64902,64895,64887, 64880,64873,64866,64859,64852,64844,64837,64830, 64822,64815,64808,64800,64793,64785,64777,64770, 64762,64754,64747,64739,64731,64723,64715,64707, 64699,64691,64683,64675,64667,64659,64651,64642, 64634,64626,64617,64609,64600,64592,64584,64575, 64566,64558,64549,64540,64532,64523,64514,64505, 64496,64487,64478,64469,64460,64451,64442,64433, 64424,64414,64405,64396,64387,64377,64368,64358, 64349,64339,64330,64320,64310,64301,64291,64281, 64271,64261,64252,64242,64232,64222,64212,64202, 64192,64181,64171,64161,64151,64140,64130,64120, 64109,64099,64088,64078,64067,64057,64046,64035, 64025,64014,64003,63992,63981,63971,63960,63949, 63938,63927,63915,63904,63893,63882,63871,63859, 63848,63837,63825,63814,63803,63791,63779,63768, 63756,63745,63733,63721,63709,63698,63686,63674, 63662,63650,63638,63626,63614,63602,63590,63578, 63565,63553,63541,63528,63516,63504,63491,63479, 63466,63454,63441,63429,63416,63403,63390,63378, 63365,63352,63339,63326,63313,63300,63287,63274, 63261,63248,63235,63221,63208,63195,63182,63168, 63155,63141,63128,63114,63101,63087,63074,63060, 63046,63032,63019,63005,62991,62977,62963,62949, 62935,62921,62907,62893,62879,62865,62850,62836, 62822,62808,62793,62779,62764,62750,62735,62721, 62706,62692,62677,62662,62648,62633,62618,62603, 62588,62573,62558,62543,62528,62513,62498,62483, 62468,62453,62437,62422,62407,62391,62376,62360, 62345,62329,62314,62298,62283,62267,62251,62236, 62220,62204,62188,62172,62156,62141,62125,62108, 62092,62076,62060,62044,62028,62012,61995,61979, 61963,61946,61930,61913,61897,61880,61864,61847, 61831,61814,61797,61780,61764,61747,61730,61713, 61696,61679,61662,61645,61628,61611,61594,61577, 61559,61542,61525,61507,61490,61473,61455,61438, 61420,61403,61385,61367,61350,61332,61314,61297, 61279,61261,61243,61225,61207,61189,61171,61153, 61135,61117,61099,61081,61062,61044,61026,61007, 60989,60971,60952,60934,60915,60897,60878,60859, 60841,60822,60803,60785,60766,60747,60728,60709, 60690,60671,60652,60633,60614,60595,60576,60556, 60537,60518,60499,60479,60460,60441,60421,60402, 60382,60363,60343,60323,60304,60284,60264,60244, 60225,60205,60185,60165,60145,60125,60105,60085, 60065,60045,60025,60004,59984,59964,59944,59923, 59903,59883,59862,59842,59821,59801,59780,59759, 59739,59718,59697,59677,59656,59635,59614,59593, 59572,59551,59530,59509,59488,59467,59446,59425, 59404,59382,59361,59340,59318,59297,59276,59254, 59233,59211,59190,59168,59146,59125,59103,59081, 59059,59038,59016,58994,58972,58950,58928,58906, 58884,58862,58840,58818,58795,58773,58751,58729, 58706,58684,58662,58639,58617,58594,58572,58549, 58527,58504,58481,58459,58436,58413,58390,58367, 58345,58322,58299,58276,58253,58230,58207,58183, 58160,58137,58114,58091,58067,58044,58021,57997, 57974,57950,57927,57903,57880,57856,57833,57809, 57785,57762,57738,57714,57690,57666,57642,57618, 57594,57570,57546,57522,57498,57474,57450,57426, 57402,57377,57353,57329,57304,57280,57255,57231, 57206,57182,57157,57133,57108,57083,57059,57034, 57009,56984,56959,56935,56910,56885,56860,56835, 56810,56785,56760,56734,56709,56684,56659,56633, 56608,56583,56557,56532,56507,56481,56456,56430, 56404,56379,56353,56328,56302,56276,56250,56225, 56199,56173,56147,56121,56095,56069,56043,56017, 55991,55965,55938,55912,55886,55860,55833,55807, 55781,55754,55728,55701,55675,55648,55622,55595, 55569,55542,55515,55489,55462,55435,55408,55381, 55354,55327,55300,55274,55246,55219,55192,55165, 55138,55111,55084,55056,55029,55002,54974,54947, 54920,54892,54865,54837,54810,54782,54755,54727, 54699,54672,54644,54616,54588,54560,54533,54505, 54477,54449,54421,54393,54365,54337,54308,54280, 54252,54224,54196,54167,54139,54111,54082,54054, 54026,53997,53969,53940,53911,53883,53854,53826, 53797,53768,53739,53711,53682,53653,53624,53595, 53566,53537,53508,53479,53450,53421,53392,53363, 53334,53304,53275,53246,53216,53187,53158,53128, 53099,53069,53040,53010,52981,52951,52922,52892, 52862,52832,52803,52773,52743,52713,52683,52653, 52624,52594,52564,52534,52503,52473,52443,52413, 52383,52353,52322,52292,52262,52231,52201,52171, 52140,52110,52079,52049,52018,51988,51957,51926, 51896,51865,51834,51803,51773,51742,51711,51680, 51649,51618,51587,51556,51525,51494,51463,51432, 51401,51369,51338,51307,51276,51244,51213,51182, 51150,51119,51087,51056,51024,50993,50961,50929, 50898,50866,50834,50803,50771,50739,50707,50675, 50644,50612,50580,50548,50516,50484,50452,50420, 50387,50355,50323,50291,50259,50226,50194,50162, 50129,50097,50065,50032,50000,49967,49935,49902, 49869,49837,49804,49771,49739,49706,49673,49640, 49608,49575,49542,49509,49476,49443,49410,49377, 49344,49311,49278,49244,49211,49178,49145,49112, 49078,49045,49012,48978,48945,48911,48878,48844, 48811,48777,48744,48710,48676,48643,48609,48575, 48542,48508,48474,48440,48406,48372,48338,48304, 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58729,58751,58773,58795,58818,58840,58862,58884, 58906,58928,58950,58972,58994,59016,59038,59059, 59081,59103,59125,59146,59168,59190,59211,59233, 59254,59276,59297,59318,59340,59361,59382,59404, 59425,59446,59467,59488,59509,59530,59551,59572, 59593,59614,59635,59656,59677,59697,59718,59739, 59759,59780,59801,59821,59842,59862,59883,59903, 59923,59944,59964,59984,60004,60025,60045,60065, 60085,60105,60125,60145,60165,60185,60205,60225, 60244,60264,60284,60304,60323,60343,60363,60382, 60402,60421,60441,60460,60479,60499,60518,60537, 60556,60576,60595,60614,60633,60652,60671,60690, 60709,60728,60747,60766,60785,60803,60822,60841, 60859,60878,60897,60915,60934,60952,60971,60989, 61007,61026,61044,61062,61081,61099,61117,61135, 61153,61171,61189,61207,61225,61243,61261,61279, 61297,61314,61332,61350,61367,61385,61403,61420, 61438,61455,61473,61490,61507,61525,61542,61559, 61577,61594,61611,61628,61645,61662,61679,61696, 61713,61730,61747,61764,61780,61797,61814,61831, 61847,61864,61880,61897,61913,61930,61946,61963, 61979,61995,62012,62028,62044,62060,62076,62092, 62108,62125,62141,62156,62172,62188,62204,62220, 62236,62251,62267,62283,62298,62314,62329,62345, 62360,62376,62391,62407,62422,62437,62453,62468, 62483,62498,62513,62528,62543,62558,62573,62588, 62603,62618,62633,62648,62662,62677,62692,62706, 62721,62735,62750,62764,62779,62793,62808,62822, 62836,62850,62865,62879,62893,62907,62921,62935, 62949,62963,62977,62991,63005,63019,63032,63046, 63060,63074,63087,63101,63114,63128,63141,63155, 63168,63182,63195,63208,63221,63235,63248,63261, 63274,63287,63300,63313,63326,63339,63352,63365, 63378,63390,63403,63416,63429,63441,63454,63466, 63479,63491,63504,63516,63528,63541,63553,63565, 63578,63590,63602,63614,63626,63638,63650,63662, 63674,63686,63698,63709,63721,63733,63745,63756, 63768,63779,63791,63803,63814,63825,63837,63848, 63859,63871,63882,63893,63904,63915,63927,63938, 63949,63960,63971,63981,63992,64003,64014,64025, 64035,64046,64057,64067,64078,64088,64099,64109, 64120,64130,64140,64151,64161,64171,64181,64192, 64202,64212,64222,64232,64242,64252,64261,64271, 64281,64291,64301,64310,64320,64330,64339,64349, 64358,64368,64377,64387,64396,64405,64414,64424, 64433,64442,64451,64460,64469,64478,64487,64496, 64505,64514,64523,64532,64540,64549,64558,64566, 64575,64584,64592,64600,64609,64617,64626,64634, 64642,64651,64659,64667,64675,64683,64691,64699, 64707,64715,64723,64731,64739,64747,64754,64762, 64770,64777,64785,64793,64800,64808,64815,64822, 64830,64837,64844,64852,64859,64866,64873,64880, 64887,64895,64902,64908,64915,64922,64929,64936, 64943,64949,64956,64963,64969,64976,64982,64989, 64995,65002,65008,65015,65021,65027,65033,65040, 65046,65052,65058,65064,65070,65076,65082,65088, 65094,65099,65105,65111,65117,65122,65128,65133, 65139,65144,65150,65155,65161,65166,65171,65177, 65182,65187,65192,65197,65202,65207,65212,65217, 65222,65227,65232,65237,65242,65246,65251,65256, 65260,65265,65270,65274,65279,65283,65287,65292, 65296,65300,65305,65309,65313,65317,65321,65325, 65329,65333,65337,65341,65345,65349,65352,65356, 65360,65363,65367,65371,65374,65378,65381,65385, 65388,65391,65395,65398,65401,65404,65408,65411, 65414,65417,65420,65423,65426,65429,65431,65434, 65437,65440,65442,65445,65448,65450,65453,65455, 65458,65460,65463,65465,65467,65470,65472,65474, 65476,65478,65480,65482,65484,65486,65488,65490, 65492,65494,65496,65497,65499,65501,65502,65504, 65505,65507,65508,65510,65511,65513,65514,65515, 65516,65518,65519,65520,65521,65522,65523,65524, 65525,65526,65527,65527,65528,65529,65530,65530, 65531,65531,65532,65532,65533,65533,65534,65534, 65534,65535,65535,65535,65535,65535,65535,65535 }; fixed_t *fineCosine = &finesine[FINEANGLES / 4]; int tantoangle[2049] = { 0,333772,667544,1001315,1335086,1668857,2002626,2336395, 2670163,3003929,3337694,3671457,4005219,4338979,4672736,5006492, 5340245,5673995,6007743,6341488,6675230,7008968,7342704,7676435, 8010164,8343888,8677609,9011325,9345037,9678744,10012447,10346145, 10679838,11013526,11347209,11680887,12014558,12348225,12681885,13015539, 13349187,13682829,14016464,14350092,14683714,15017328,15350936,15684536, 16018129,16351714,16685291,17018860,17352422,17685974,18019518,18353054, 18686582,19020100,19353610,19687110,20020600,20354080,20687552,21021014, 21354466,21687906,22021338,22354758,22688168,23021568,23354956,23688332, 24021698,24355052,24688396,25021726,25355046,25688352,26021648,26354930, 26688200,27021456,27354702,27687932,28021150,28354356,28687548,29020724, 29353888,29687038,30020174,30353296,30686404,31019496,31352574,31685636, 32018684,32351718,32684734,33017736,33350722,33683692,34016648,34349584, 34682508,35015412,35348300,35681172,36014028,36346868,36679688,37012492, 37345276,37678044,38010792,38343524,38676240,39008936,39341612,39674272, 40006912,40339532,40672132,41004716,41337276,41669820,42002344,42334848, 42667332,42999796,43332236,43664660,43997060,44329444,44661800,44994140, 45326456,45658752,45991028,46323280,46655512,46987720,47319908,47652072, 47984212,48316332,48648428,48980500,49312548,49644576,49976580,50308556, 50640512,50972444,51304352,51636236,51968096,52299928,52631740,52963524, 53295284,53627020,53958728,54290412,54622068,54953704,55285308,55616888, 55948444,56279972,56611472,56942948,57274396,57605816,57937212,58268576, 58599916,58931228,59262512,59593768,59924992,60256192,60587364,60918508, 61249620,61580704,61911760,62242788,62573788,62904756,63235692,63566604, 63897480,64228332,64559148,64889940,65220696,65551424,65882120,66212788, 66543420,66874024,67204600,67535136,67865648,68196120,68526568,68856984, 69187360,69517712,69848024,70178304,70508560,70838776,71168960,71499112, 71829224,72159312,72489360,72819376,73149360,73479304,73809216,74139096, 74468936,74798744,75128520,75458264,75787968,76117632,76447264,76776864, 77106424,77435952,77765440,78094888,78424304,78753688,79083032,79412336, 79741608,80070840,80400032,80729192,81058312,81387392,81716432,82045440, 82374408,82703336,83032224,83361080,83689896,84018664,84347400,84676096, 85004760,85333376,85661952,85990488,86318984,86647448,86975864,87304240, 87632576,87960872,88289128,88617344,88945520,89273648,89601736,89929792, 90257792,90585760,90913688,91241568,91569408,91897200,92224960,92552672, 92880336,93207968,93535552,93863088,94190584,94518040,94845448,95172816, 95500136,95827416,96154648,96481832,96808976,97136080,97463136,97790144, 98117112,98444032,98770904,99097736,99424520,99751256,100077944,100404592, 100731192,101057744,101384248,101710712,102037128,102363488,102689808,103016080, 103342312,103668488,103994616,104320696,104646736,104972720,105298656,105624552, 105950392,106276184,106601928,106927624,107253272,107578872,107904416,108229920, 108555368,108880768,109206120,109531416,109856664,110181872,110507016,110832120, 111157168,111482168,111807112,112132008,112456856,112781648,113106392,113431080, 113755720,114080312,114404848,114729328,115053760,115378136,115702464,116026744, 116350960,116675128,116999248,117323312,117647320,117971272,118295176,118619024, 118942816,119266560,119590248,119913880,120237456,120560984,120884456,121207864, 121531224,121854528,122177784,122500976,122824112,123147200,123470224,123793200, 124116120,124438976,124761784,125084528,125407224,125729856,126052432,126374960, 126697424,127019832,127342184,127664472,127986712,128308888,128631008,128953072, 129275080,129597024,129918912,130240744,130562520,130884232,131205888,131527480, 131849016,132170496,132491912,132813272,133134576,133455816,133776992,134098120, 134419184,134740176,135061120,135382000,135702816,136023584,136344272,136664912, 136985488,137306016,137626464,137946864,138267184,138587456,138907664,139227808, 139547904,139867920,140187888,140507776,140827616,141147392,141467104,141786752, 142106336,142425856,142745312,143064720,143384048,143703312,144022512,144341664, 144660736,144979744,145298704,145617584,145936400,146255168,146573856,146892480, 147211040,147529536,147847968,148166336,148484640,148802880,149121056,149439152, 149757200,150075168,150393072,150710912,151028688,151346400,151664048,151981616, 152299136,152616576,152933952,153251264,153568496,153885680,154202784,154519824, 154836784,155153696,155470528,155787296,156104000,156420624,156737200,157053696, 157370112,157686480,158002768,158318976,158635136,158951216,159267232,159583168, 159899040,160214848,160530592,160846256,161161840,161477376,161792832,162108208, 162423520,162738768,163053952,163369040,163684080,163999040,164313936,164628752, 164943504,165258176,165572784,165887312,166201776,166516160,166830480,167144736, 167458912,167773008,168087040,168400992,168714880,169028688,169342432,169656096, 169969696,170283216,170596672,170910032,171223344,171536576,171849728,172162800, 172475808,172788736,173101600,173414384,173727104,174039728,174352288,174664784, 174977200,175289536,175601792,175913984,176226096,176538144,176850096,177161984, 177473792,177785536,178097200,178408784,178720288,179031728,179343088,179654368, 179965568,180276704,180587744,180898720,181209616,181520448,181831184,182141856, 182452448,182762960,183073408,183383760,183694048,184004240,184314368,184624416, 184934400,185244288,185554096,185863840,186173504,186483072,186792576,187102000, 187411344,187720608,188029808,188338912,188647936,188956896,189265760,189574560, 189883264,190191904,190500448,190808928,191117312,191425632,191733872,192042016, 192350096,192658096,192966000,193273840,193581584,193889264,194196848,194504352, 194811792,195119136,195426400,195733584,196040688,196347712,196654656,196961520, 197268304,197574992,197881616,198188144,198494592,198800960,199107248,199413456, 199719584,200025616,200331584,200637456,200943248,201248960,201554576,201860128, 202165584,202470960,202776256,203081456,203386592,203691632,203996592,204301472, 204606256,204910976,205215600,205520144,205824592,206128960,206433248,206737456, 207041584,207345616,207649568,207953424,208257216,208560912,208864512,209168048, 209471488,209774832,210078112,210381296,210684384,210987408,211290336,211593184, 211895936,212198608,212501184,212803680,213106096,213408432,213710672,214012816, 214314880,214616864,214918768,215220576,215522288,215823920,216125472,216426928, 216728304,217029584,217330784,217631904,217932928,218233856,218534704,218835472, 219136144,219436720,219737216,220037632,220337952,220638192,220938336,221238384, 221538352,221838240,222138032,222437728,222737344,223036880,223336304,223635664, 223934912,224234096,224533168,224832160,225131072,225429872,225728608,226027232, 226325776,226624240,226922608,227220880,227519056,227817152,228115168,228413088, 228710912,229008640,229306288,229603840,229901312,230198688,230495968,230793152, 231090256,231387280,231684192,231981024,232277760,232574416,232870960,233167440, 233463808,233760096,234056288,234352384,234648384,234944304,235240128,235535872, 235831504,236127056,236422512,236717888,237013152,237308336,237603424,237898416, 238193328,238488144,238782864,239077488,239372016,239666464,239960816,240255072, 240549232,240843312,241137280,241431168,241724960,242018656,242312256,242605776, 242899200,243192512,243485744,243778896,244071936,244364880,244657744,244950496, 245243168,245535744,245828224,246120608,246412912,246705104,246997216,247289216, 247581136,247872960,248164688,248456320,248747856,249039296,249330640,249621904, 249913056,250204128,250495088,250785968,251076736,251367424,251658016,251948512, 252238912,252529200,252819408,253109520,253399536,253689456,253979280,254269008, 254558640,254848176,255137632,255426976,255716224,256005376,256294432,256583392, 256872256,257161024,257449696,257738272,258026752,258315136,258603424,258891600, 259179696,259467696,259755600,260043392,260331104,260618704,260906224,261193632, 261480960,261768176,262055296,262342320,262629248,262916080,263202816,263489456, 263776000,264062432,264348784,264635024,264921168,265207216,265493168,265779024, 266064784,266350448,266636000,266921472,267206832,267492096,267777264,268062336, 268347312,268632192,268916960,269201632,269486208,269770688,270055072,270339360, 270623552,270907616,271191616,271475488,271759296,272042976,272326560,272610048, 272893440,273176736,273459936,273743040,274026048,274308928,274591744,274874432, 275157024,275439520,275721920,276004224,276286432,276568512,276850528,277132416, 277414240,277695936,277977536,278259040,278540448,278821728,279102944,279384032, 279665056,279945952,280226752,280507456,280788064,281068544,281348960,281629248, 281909472,282189568,282469568,282749440,283029248,283308960,283588544,283868032, 284147424,284426720,284705920,284985024,285264000,285542912,285821696,286100384, 286378976,286657440,286935840,287214112,287492320,287770400,288048384,288326240, 288604032,288881696,289159264,289436768,289714112,289991392,290268576,290545632, 290822592,291099456,291376224,291652896,291929440,292205888,292482272,292758528, 293034656,293310720,293586656,293862496,294138240,294413888,294689440,294964864, 295240192,295515424,295790560,296065600,296340512,296615360,296890080,297164704, 297439200,297713632,297987936,298262144,298536256,298810240,299084160,299357952, 299631648,299905248,300178720,300452128,300725408,300998592,301271680,301544640, 301817536,302090304,302362976,302635520,302908000,303180352,303452608,303724768, 303996800,304268768,304540608,304812320,305083968,305355520,305626944,305898272, 306169472,306440608,306711616,306982528,307253344,307524064,307794656,308065152, 308335552,308605856,308876032,309146112,309416096,309685984,309955744,310225408, 310494976,310764448,311033824,311303072,311572224,311841280,312110208,312379040, 312647776,312916416,313184960,313453376,313721696,313989920,314258016,314526016, 314793920,315061728,315329408,315597024,315864512,316131872,316399168,316666336, 316933408,317200384,317467232,317733984,318000640,318267200,318533632,318799968, 319066208,319332352,319598368,319864288,320130112,320395808,320661408,320926912, 321192320,321457632,321722816,321987904,322252864,322517760,322782528,323047200, 323311744,323576192,323840544,324104800,324368928,324632992,324896928,325160736, 325424448,325688096,325951584,326215008,326478304,326741504,327004608,327267584, 327530464,327793248,328055904,328318496,328580960,328843296,329105568,329367712, 329629760,329891680,330153536,330415264,330676864,330938400,331199808,331461120, 331722304,331983392,332244384,332505280,332766048,333026752,333287296,333547776, 333808128,334068384,334328544,334588576,334848512,335108352,335368064,335627712, 335887200,336146624,336405920,336665120,336924224,337183200,337442112,337700864, 337959552,338218112,338476576,338734944,338993184,339251328,339509376,339767296, 340025120,340282848,340540480,340797984,341055392,341312704,341569888,341826976, 342083968,342340832,342597600,342854272,343110848,343367296,343623648,343879904, 344136032,344392064,344648000,344903808,345159520,345415136,345670656,345926048, 346181344,346436512,346691616,346946592,347201440,347456224,347710880,347965440, 348219872,348474208,348728448,348982592,349236608,349490528,349744320,349998048, 350251648,350505152,350758528,351011808,351264992,351518048,351771040,352023872, 352276640,352529280,352781824,353034272,353286592,353538816,353790944,354042944, 354294880,354546656,354798368,355049952,355301440,355552800,355804096,356055264, 356306304,356557280,356808128,357058848,357309504,357560032,357810464,358060768, 358311008,358561088,358811104,359060992,359310784,359560480,359810048,360059520, 360308896,360558144,360807296,361056352,361305312,361554144,361802880,362051488, 362300032,362548448,362796736,363044960,363293056,363541024,363788928,364036704, 364284384,364531936,364779392,365026752,365274016,365521152,365768192,366015136, 366261952,366508672,366755296,367001792,367248192,367494496,367740704,367986784, 368232768,368478656,368724416,368970080,369215648,369461088,369706432,369951680, 370196800,370441824,370686752,370931584,371176288,371420896,371665408,371909792, 372154080,372398272,372642336,372886304,373130176,373373952,373617600,373861152, 374104608,374347936,374591168,374834304,375077312,375320224,375563040,375805760, 376048352,376290848,376533248,376775520,377017696,377259776,377501728,377743584, 377985344,378227008,378468544,378709984,378951328,379192544,379433664,379674688, 379915584,380156416,380397088,380637696,380878176,381118560,381358848,381599040, 381839104,382079072,382318912,382558656,382798304,383037856,383277280,383516640, 383755840,383994976,384233984,384472896,384711712,384950400,385188992,385427488, 385665888,385904160,386142336,386380384,386618368,386856224,387093984,387331616, 387569152,387806592,388043936,388281152,388518272,388755296,388992224,389229024, 389465728,389702336,389938816,390175200,390411488,390647680,390883744,391119712, 391355584,391591328,391826976,392062528,392297984,392533312,392768544,393003680, 393238720,393473632,393708448,393943168,394177760,394412256,394646656,394880960, 395115136,395349216,395583200,395817088,396050848,396284512,396518080,396751520, 396984864,397218112,397451264,397684288,397917248,398150080,398382784,398615424, 398847936,399080320,399312640,399544832,399776928,400008928,400240832,400472608, 400704288,400935872,401167328,401398720,401629984,401861120,402092192,402323136, 402553984,402784736,403015360,403245888,403476320,403706656,403936896,404167008, 404397024,404626944,404856736,405086432,405316032,405545536,405774912,406004224, 406233408,406462464,406691456,406920320,407149088,407377760,407606336,407834784, 408063136,408291392,408519520,408747584,408975520,409203360,409431072,409658720, 409886240,410113664,410340992,410568192,410795296,411022304,411249216,411476032, 411702720,411929312,412155808,412382176,412608480,412834656,413060736,413286720, 413512576,413738336,413964000,414189568,414415040,414640384,414865632,415090784, 415315840,415540800,415765632,415990368,416215008,416439552,416663968,416888288, 417112512,417336640,417560672,417784576,418008384,418232096,418455712,418679200, 418902624,419125920,419349120,419572192,419795200,420018080,420240864,420463552, 420686144,420908608,421130976,421353280,421575424,421797504,422019488,422241344, 422463104,422684768,422906336,423127776,423349120,423570400,423791520,424012576, 424233536,424454368,424675104,424895744,425116288,425336736,425557056,425777280, 425997408,426217440,426437376,426657184,426876928,427096544,427316064,427535488, 427754784,427974016,428193120,428412128,428631040,428849856,429068544,429287168, 429505664,429724064,429942368,430160576,430378656,430596672,430814560,431032352, 431250048,431467616,431685120,431902496,432119808,432336992,432554080,432771040, 432987936,433204736,433421408,433637984,433854464,434070848,434287104,434503296, 434719360,434935360,435151232,435367008,435582656,435798240,436013696,436229088, 436444352,436659520,436874592,437089568,437304416,437519200,437733856,437948416, 438162880,438377248,438591520,438805696,439019744,439233728,439447584,439661344, 439875008,440088576,440302048,440515392,440728672,440941824,441154880,441367872, 441580736,441793472,442006144,442218720,442431168,442643552,442855808,443067968, 443280032,443492000,443703872,443915648,444127296,444338880,444550336,444761696, 444972992,445184160,445395232,445606176,445817056,446027840,446238496,446449088, 446659552,446869920,447080192,447290400,447500448,447710432,447920320,448130112, 448339776,448549376,448758848,448968224,449177536,449386720,449595808,449804800, 450013664,450222464,450431168,450639776,450848256,451056640,451264960,451473152, 451681248,451889248,452097152,452304960,452512672,452720288,452927808,453135232, 453342528,453549760,453756864,453963904,454170816,454377632,454584384,454791008, 454997536,455203968,455410304,455616544,455822688,456028704,456234656,456440512, 456646240,456851904,457057472,457262912,457468256,457673536,457878688,458083744, 458288736,458493600,458698368,458903040,459107616,459312096,459516480,459720768, 459924960,460129056,460333056,460536960,460740736,460944448,461148064,461351584, 461554976,461758304,461961536,462164640,462367680,462570592,462773440,462976160, 463178816,463381344,463583776,463786144,463988384,464190560,464392608,464594560, 464796448,464998208,465199872,465401472,465602944,465804320,466005600,466206816, 466407904,466608896,466809824,467010624,467211328,467411936,467612480,467812896, 468013216,468213440,468413600,468613632,468813568,469013440,469213184,469412832, 469612416,469811872,470011232,470210528,470409696,470608800,470807776,471006688, 471205472,471404192,471602784,471801312,471999712,472198048,472396288,472594400, 472792448,472990400,473188256,473385984,473583648,473781216,473978688,474176064, 474373344,474570528,474767616,474964608,475161504,475358336,475555040,475751648, 475948192,476144608,476340928,476537184,476733312,476929376,477125344,477321184, 477516960,477712640,477908224,478103712,478299104,478494400,478689600,478884704, 479079744,479274656,479469504,479664224,479858880,480053408,480247872,480442240, 480636512,480830656,481024736,481218752,481412640,481606432,481800128,481993760, 482187264,482380704,482574016,482767264,482960416,483153472,483346432,483539296, 483732064,483924768,484117344,484309856,484502240,484694560,484886784,485078912, 485270944,485462880,485654720,485846464,486038144,486229696,486421184,486612576, 486803840,486995040,487186176,487377184,487568096,487758912,487949664,488140320, 488330880,488521312,488711712,488901984,489092160,489282240,489472256,489662176, 489851968,490041696,490231328,490420896,490610336,490799712,490988960,491178144, 491367232,491556224,491745120,491933920,492122656,492311264,492499808,492688256, 492876608,493064864,493253056,493441120,493629120,493817024,494004832,494192544, 494380160,494567712,494755136,494942496,495129760,495316928,495504000,495691008, 495877888,496064704,496251424,496438048,496624608,496811040,496997408,497183680, 497369856,497555936,497741920,497927840,498113632,498299360,498484992,498670560, 498856000,499041376,499226656,499411840,499596928,499781920,499966848,500151680, 500336416,500521056,500705600,500890080,501074464,501258752,501442944,501627040, 501811072,501995008,502178848,502362592,502546240,502729824,502913312,503096704, 503280000,503463232,503646368,503829408,504012352,504195200,504377984,504560672, 504743264,504925760,505108192,505290496,505472736,505654912,505836960,506018944, 506200832,506382624,506564320,506745952,506927488,507108928,507290272,507471552, 507652736,507833824,508014816,508195744,508376576,508557312,508737952,508918528, 509099008,509279392,509459680,509639904,509820032,510000064,510180000,510359872, 510539648,510719328,510898944,511078432,511257856,511437216,511616448,511795616, 511974688,512153664,512332576,512511392,512690112,512868768,513047296,513225792, 513404160,513582432,513760640,513938784,514116800,514294752,514472608,514650368, 514828064,515005664,515183168,515360608,515537952,515715200,515892352,516069440, 516246432,516423328,516600160,516776896,516953536,517130112,517306592,517482976, 517659264,517835488,518011616,518187680,518363648,518539520,518715296,518891008, 519066624,519242144,519417600,519592960,519768256,519943424,520118528,520293568, 520468480,520643328,520818112,520992800,521167392,521341888,521516320,521690656, 521864896,522039072,522213152,522387168,522561056,522734912,522908640,523082304, 523255872,523429376,523602784,523776096,523949312,524122464,524295552,524468512, 524641440,524814240,524986976,525159616,525332192,525504640,525677056,525849344, 526021568,526193728,526365792,526537760,526709632,526881440,527053152,527224800, 527396352,527567840,527739200,527910528,528081728,528252864,528423936,528594880, 528765760,528936576,529107296,529277920,529448480,529618944,529789344,529959648, 530129856,530300000,530470048,530640000,530809888,530979712,531149440,531319072, 531488608,531658080,531827488,531996800,532166016,532335168,532504224,532673184, 532842080,533010912,533179616,533348288,533516832,533685312,533853728,534022048, 534190272,534358432,534526496,534694496,534862400,535030240,535197984,535365632, 535533216,535700704,535868128,536035456,536202720,536369888,536536992,536704000, 536870912 }; doomsday-1.14.5/doomsday/client/src/network/0000775000175000017500000000000012350542237020265 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/network/net_event.cpp0000664000175000017500000001416712350542237022771 0ustar jaakkojaakko/** @file network/net_event.cpp Network Events. * * Network events include clients joining and leaving. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "de_system.h" #include "de_console.h" #include "de_network.h" #ifdef __SERVER__ # include "serversystem.h" # include "dd_main.h" #endif using namespace de; #define MASTER_QUEUE_LEN 16 #define NETEVENT_QUEUE_LEN 32 #define MASTER_HEARTBEAT 120 // seconds #define MASTER_UPDATETIME 3 // seconds // The master action queue. static masteraction_t masterQueue[MASTER_QUEUE_LEN]; static int mqHead, mqTail; // The net event queue (player arrive/leave). static netevent_t netEventQueue[NETEVENT_QUEUE_LEN]; static int neqHead, neqTail; #ifdef __SERVER__ // Countdown for master updates. static timespan_t masterHeartbeat = 0; #endif /** * Add a master action command to the queue. The master action stuff really * doesn't belong in this file... */ void N_MAPost(masteraction_t act) { masterQueue[mqHead++] = act; mqHead %= MASTER_QUEUE_LEN; } /** * Get a master action command from the queue. */ dd_bool N_MAGet(masteraction_t *act) { // Empty queue? if(mqHead == mqTail) return false; *act = masterQueue[mqTail]; return true; } /** * Remove a master action command from the queue. */ void N_MARemove(void) { if(mqHead != mqTail) { mqTail = (mqTail + 1) % MASTER_QUEUE_LEN; } } /** * Clear the master action command queue. */ void N_MAClear(void) { mqHead = mqTail = 0; } /** * @return @c true, if the master action command queue is empty. */ dd_bool N_MADone(void) { return (mqHead == mqTail); } /** * Add a net event to the queue, to wait for processing. */ void N_NEPost(netevent_t * nev) { netEventQueue[neqHead] = *nev; neqHead = (neqHead + 1) % NETEVENT_QUEUE_LEN; } /** * Are there any net events awaiting processing? * * \note N_GetPacket() will not return a packet until all net events have * processed. * * @return @c true if there are net events waiting to be * processed. */ dd_bool N_NEPending(void) { return neqHead != neqTail; } /** * Get a net event from the queue. * * @return @c true, if an event was returned. */ dd_bool N_NEGet(netevent_t *nev) { // Empty queue? if(!N_NEPending()) return false; *nev = netEventQueue[neqTail]; neqTail = (neqTail + 1) % NETEVENT_QUEUE_LEN; return true; } /** * Handles low-level net tick stuff: communication with the master server. */ void N_NETicker(timespan_t time) { masteraction_t act; int i, num; #ifdef __SERVER__ if(netGame) { masterHeartbeat -= time; // Update master every 2 minutes. if(masterAware && App_ServerSystem().isListening() && App_WorldSystem().hasMap() && masterHeartbeat < 0) { masterHeartbeat = MASTER_HEARTBEAT; N_MasterAnnounceServer(true); } } #endif // Is there a master action to worry about? if(N_MAGet(&act)) { switch(act) { case MAC_REQUEST: // Send the request for servers. N_MasterRequestList(); N_MARemove(); break; case MAC_WAIT: // Handle incoming messages. if(N_MasterGet(0, 0) >= 0) { // The list has arrived! N_MARemove(); } break; case MAC_LIST: ServerInfo_Print(NULL, 0); num = i = N_MasterGet(0, 0); while(--i >= 0) { serverinfo_t info; N_MasterGet(i, &info); ServerInfo_Print(&info, i); } LOG_NET_VERBOSE("%i server%s found") << num << (num != 1 ? "s were" : " was"); N_MARemove(); break; default: DENG_ASSERT(!"N_NETicker: Invalid value for 'act'"); break; } } } /** * The event list is checked for arrivals and exits, and the 'clients' * and 'players' arrays are updated accordingly. */ void N_Update(void) { #ifdef __SERVER__ netevent_t nevent; // Are there any events to process? while(N_NEGet(&nevent)) { switch(nevent.type) { case NE_CLIENT_ENTRY: { // Assign a console to the new player. Sv_PlayerArrives(nevent.id, App_ServerSystem().user(nevent.id).name().toUtf8()); // Update the master. masterHeartbeat = MASTER_UPDATETIME; break; } case NE_CLIENT_EXIT: Sv_PlayerLeaves(nevent.id); // Update the master. masterHeartbeat = MASTER_UPDATETIME; break; default: DENG_ASSERT(!"N_Update: Invalid value"); break; } } #endif // __SERVER__ } /** * The client is removed from the game without delay. This is used when the * server needs to terminate a client's connection abnormally. */ void N_TerminateClient(int console) { #ifdef __SERVER__ if(!clients[console].connected) return; LOG_NET_NOTE("Terminating connection to console %i (player '%s')") << console << clients[console].name; App_ServerSystem().terminateNode(clients[console].nodeID); // Update the master. masterHeartbeat = MASTER_UPDATETIME; #endif } doomsday-1.14.5/doomsday/client/src/network/protocol.cpp0000664000175000017500000000441012350542237022631 0ustar jaakkojaakko/** @file protocol.cpp Implementation of the network protocol. * @ingroup network * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if 0 #include #include #include #include "de_platform.h" #include "de_console.h" #include "de_misc.h" #include "de_network.h" boolean Protocol_Receive(nodeid_t from) { int size = 0; int sock = N_GetNodeSocket(from); byte* packet = 0; packet = LegacyNetwork_Receive(sock, &size); if(!packet) { // Failed to receive anything. return false; } // Post the received message. { netmessage_t *msg = (netmessage_t *) M_Calloc(sizeof(netmessage_t)); msg->sender = from; msg->data = packet; msg->size = size; msg->handle = packet; // needs to be freed // The message queue will handle the message from now on. N_PostMessage(msg); } return true; } void Protocol_FreeBuffer(void *handle) { if(handle) { LegacyNetwork_FreeBuffer((byte *) handle); } } void Protocol_Send(void *data, size_t size, nodeid_t destination) { if(size == 0 || !N_GetNodeSocket(destination) || !N_HasNodeJoined(destination)) return; if(size > DDMAXINT) { Con_Error("Protocol_Send: Trying to send an oversized data buffer.\n" " Attempted size is %u bytes.\n", (unsigned long) size); } #ifdef _DEBUG Monitor_Add((uint8_t const *) data, size); #endif LegacyNetwork_Send(N_GetNodeSocket(destination), data, size); } #endif 0 doomsday-1.14.5/doomsday/client/src/network/net_main.cpp0000664000175000017500000011202112350542237022560 0ustar jaakkojaakko/** @file net_main.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Client/server networking. * * Player number zero is always the server. * In single-player games there is only the server present. */ // HEADER FILES ------------------------------------------------------------ #include // for atoi() #include "de_platform.h" #include "de_console.h" #include "de_system.h" #include "de_network.h" #include "de_graphics.h" #include "de_misc.h" #include "de_ui.h" #ifdef _DEBUG # include "ui/zonedebug.h" #endif #ifdef __CLIENT__ //# include "render/rend_console.h" # include "render/rend_main.h" # include "render/lightgrid.h" # include "render/blockmapvisual.h" # include "edit_bias.h" # include "ui/widgets/taskbarwidget.h" #endif #ifdef __SERVER__ # include "serversystem.h" #endif #include "dd_def.h" #include "dd_main.h" #include "dd_loop.h" #include "world/p_players.h" #include #include #include // MACROS ------------------------------------------------------------------ #define OBSOLETE CVF_NO_ARCHIVE|CVF_HIDE // Old ccmds. // The threshold is the average ack time * mul. #define ACK_THRESHOLD_MUL 1.5f // Never wait a too short time for acks. #define ACK_MINIMUM_THRESHOLD 50 // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- #ifdef __CLIENT__ D_CMD(Login); // in cl_main.c #endif #ifdef __SERVER__ D_CMD(Logout); // in sv_main.c #endif D_CMD(Ping); // in net_ping.c int Sv_GetRegisteredMobj(struct pool_s *, thid_t, struct mobjdelta_s *); // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- D_CMD(Chat); D_CMD(MakeCamera); D_CMD(Net); D_CMD(SetTicks); #ifdef __CLIENT__ D_CMD(Connect); D_CMD(SetConsole); D_CMD(SetName); #endif #ifdef __SERVER__ D_CMD(Kick); #endif // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- char *serverName = (char *) "Doomsday"; char *serverInfo = (char *) "Multiplayer Host"; char *playerName = (char *) "Player"; int serverData[3]; // Some parameters passed to master server. client_t clients[DDMAXPLAYERS]; // All network data for the players. int netGame; // true if a netGame is in progress int isServer; // true if this computer is an open server. int isClient; // true if this computer is a client // Gotframe is true if a frame packet has been received. int gotFrame = false; dd_bool firstNetUpdate = true; byte monitorMsgQueue = false; byte netShowLatencies = false; byte netDev = false; float netConnectTime; //int netCoordTime = 17; float netConnectTimeout = 10; float netSimulatedLatencySeconds = 0; // Local packets are stored into this buffer. dd_bool reboundPacket; netbuffer_t reboundStore; // PRIVATE DATA DEFINITIONS ------------------------------------------------ #ifdef __CLIENT__ static int coordTimer = 0; #endif // CODE -------------------------------------------------------------------- void Net_Register(void) { // Cvars C_VAR_BYTE("net-queue-show", &monitorMsgQueue, 0, 0, 1); C_VAR_BYTE("net-dev", &netDev, 0, 0, 1); #ifdef _DEBUG C_VAR_FLOAT("net-dev-latency", &netSimulatedLatencySeconds, CVF_NO_MAX, 0, 0); #endif //C_VAR_BYTE("net-nosleep", &netDontSleep, 0, 0, 1); //C_VAR_CHARPTR("net-master-address", &masterAddress, 0, 0, 0); //C_VAR_INT("net-master-port", &masterPort, 0, 0, 65535); //C_VAR_CHARPTR("net-master-path", &masterPath, 0, 0, 0); C_VAR_CHARPTR("net-name", &playerName, 0, 0, 0); #ifdef __CLIENT__ // Cvars (client) C_VAR_FLOAT("client-connect-timeout", &netConnectTimeout, CVF_NO_MAX, 0, 0); #endif #ifdef __SERVER__ // Cvars (server) C_VAR_CHARPTR("server-name", &serverName, 0, 0, 0); C_VAR_CHARPTR("server-info", &serverInfo, 0, 0, 0); C_VAR_INT("server-public", &masterAware, 0, 0, 1); C_VAR_CHARPTR("server-password", &netPassword, 0, 0, 0); C_VAR_BYTE("server-latencies", &netShowLatencies, 0, 0, 1); C_VAR_INT("server-frame-interval", &frameInterval, CVF_NO_MAX, 0, 0); C_VAR_INT("server-player-limit", &svMaxPlayers, 0, 0, DDMAXPLAYERS); #endif // Ccmds C_CMD_FLAGS("chat", NULL, Chat, CMDF_NO_NULLGAME); C_CMD_FLAGS("chatnum", NULL, Chat, CMDF_NO_NULLGAME); C_CMD_FLAGS("chatto", NULL, Chat, CMDF_NO_NULLGAME); C_CMD_FLAGS("conlocp", "i", MakeCamera, CMDF_NO_NULLGAME); #ifdef __CLIENT__ C_CMD_FLAGS("connect", NULL, Connect, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("login", NULL, Login, CMDF_NO_NULLGAME); #endif #ifdef __SERVER__ C_CMD_FLAGS("logout", "", Logout, CMDF_NO_NULLGAME); C_CMD_FLAGS("kick", "i", Kick, CMDF_NO_NULLGAME); #endif C_CMD_FLAGS("net", NULL, Net, CMDF_NO_NULLGAME); C_CMD_FLAGS("ping", NULL, Ping, CMDF_NO_NULLGAME); C_CMD_FLAGS("say", NULL, Chat, CMDF_NO_NULLGAME); C_CMD_FLAGS("saynum", NULL, Chat, CMDF_NO_NULLGAME); C_CMD_FLAGS("sayto", NULL, Chat, CMDF_NO_NULLGAME); #ifdef __CLIENT__ C_CMD("setname", "s", SetName); C_CMD("setcon", "i", SetConsole); #endif C_CMD("settics", "i", SetTicks); #ifdef __CLIENT__ N_Register(); #endif #ifdef __SERVER__ Server_Register(); #endif } void Net_Init(void) { int i; for(i = 0; i < DDMAXPLAYERS; ++i) { memset(clients + i, 0, sizeof(clients[i])); clients[i].viewConsole = -1; Net_AllocClientBuffers(i); } memset(&netBuffer, 0, sizeof(netBuffer)); netBuffer.headerLength = netBuffer.msg.data - (byte *) &netBuffer.msg; // The game is always started in single-player mode. netGame = false; } void Net_Shutdown(void) { netGame = false; N_Shutdown(); Net_DestroyArrays(); } #undef Net_GetPlayerName DENG_EXTERN_C const char* Net_GetPlayerName(int player) { return clients[player].name; } #undef Net_GetPlayerID DENG_EXTERN_C ident_t Net_GetPlayerID(int player) { if(!clients[player].connected) return 0; return clients[player].id; } /** * Sends the contents of the netBuffer. */ void Net_SendBuffer(int toPlayer, int spFlags) { #ifdef __CLIENT__ // Don't send anything during demo playback. if(playback) return; #endif netBuffer.player = toPlayer; // A rebound packet? if(spFlags & SPF_REBOUND) { reboundStore = netBuffer; reboundPacket = true; return; } #ifdef __CLIENT__ Demo_WritePacket(toPlayer); #endif // Can we send the packet? if(spFlags & SPF_DONT_SEND) return; // Send the packet to the network. N_SendPacket(spFlags); } /** * @return @c false, if there are no packets waiting. */ dd_bool Net_GetPacket(void) { if(reboundPacket) // Local packets rebound. { netBuffer = reboundStore; netBuffer.player = consolePlayer; //netBuffer.cursor = netBuffer.msg.data; reboundPacket = false; return true; } #ifdef __CLIENT__ if(playback) { // We're playing a demo. This overrides all other packets. return Demo_ReadPacket(); } #endif if(!netGame) { // Packets cannot be received. return false; } if(!N_GetPacket()) return false; #ifdef __CLIENT__ // Are we recording a demo? if(isClient && clients[consolePlayer].recording) { Demo_WritePacket(consolePlayer); } #endif return true; } #undef Net_PlayerSmoother DENG_EXTERN_C Smoother* Net_PlayerSmoother(int player) { if(player < 0 || player >= DDMAXPLAYERS) return 0; return clients[player].smoother; } void Net_SendPlayerInfo(int srcPlrNum, int destPlrNum) { size_t nameLen; DENG_ASSERT(srcPlrNum >= 0 && srcPlrNum < DDMAXPLAYERS); nameLen = strlen(clients[srcPlrNum].name); LOG_AS("Net_SendPlayerInfo"); LOGDEV_NET_VERBOSE("src=%i dest=%i name=%s") << srcPlrNum << destPlrNum << clients[srcPlrNum].name; Msg_Begin(PKT_PLAYER_INFO); Writer_WriteByte(msgWriter, srcPlrNum); Writer_WriteUInt16(msgWriter, nameLen); Writer_Write(msgWriter, clients[srcPlrNum].name, nameLen); Msg_End(); Net_SendBuffer(destPlrNum, 0); } /** * This is the public interface of the message sender. */ #undef Net_SendPacket DENG_EXTERN_C void Net_SendPacket(int to_player, int type, const void* data, size_t length) { unsigned int flags = 0; #ifndef DENG_WRITER_TYPECHECK Msg_Begin(type); if(data) Writer_Write(msgWriter, data, length); Msg_End(); #else assert(length <= NETBUFFER_MAXSIZE); netBuffer.msg.type = type; netBuffer.length = length; if(data) memcpy(netBuffer.msg.data, data, length); #endif if(isClient) { // As a client we can only send messages to the server. Net_SendBuffer(0, flags); } else { // The server can send packets to any player. // Only allow sending to the sixteen possible players. Net_SendBuffer(to_player & DDSP_ALL_PLAYERS ? NSP_BROADCAST : (to_player & 0xf), flags); } } /** * Prints the message in the console. */ void Net_ShowChatMessage(int plrNum, const char* message) { const char* fromName = (plrNum > 0? clients[plrNum].name : "[sysop]"); const char* sep = (plrNum > 0? ":" : ""); LOG_NOTE("%s%s%s %s") << (!plrNum? _E(1) : _E(D)) << fromName << sep << message; } /** * After a long period with no updates (map setup), calling this will reset * the tictimer so that no time seems to have passed. */ void Net_ResetTimer(void) { int i; firstNetUpdate = true; for(i = 0; i < DDMAXPLAYERS; ++i) { if(/*!clients[i].connected ||*/ !clients[i].smoother) continue; Smoother_Clear(clients[i].smoother); } } /** * @return @c true, if the specified player is a real, local player. */ dd_bool Net_IsLocalPlayer(int plrNum) { player_t *plr = &ddPlayers[plrNum]; return plr->shared.inGame && (plr->shared.flags & DDPF_LOCAL); } /** * Send the local player(s) ticcmds to the server. */ void Net_SendCommands(void) { } static void Net_DoUpdate(void) { static int lastTime = 0; int nowTime, newTics; /** * This timing is only used by the client when it determines if it is * time to send ticcmds or coordinates to the server. */ // Check time. nowTime = Timer_Ticks(); // Clock reset? if(firstNetUpdate) { firstNetUpdate = false; lastTime = nowTime; } newTics = nowTime - lastTime; if(newTics <= 0) return; // Nothing new to update. lastTime = nowTime; // This is as far as dedicated servers go. #ifdef __CLIENT__ /** * Clients will periodically send their coordinates to the server so * any prediction errors can be fixed. Client movement is almost * entirely local. */ coordTimer -= newTics; if(isClient && coordTimer <= 0 && ddPlayers[consolePlayer].shared.mo) { mobj_t *mo = ddPlayers[consolePlayer].shared.mo; coordTimer = 1; //netCoordTime; // 35/2 Msg_Begin(PKT_COORDS); Writer_WriteFloat(msgWriter, gameTime); Writer_WriteFloat(msgWriter, mo->origin[VX]); Writer_WriteFloat(msgWriter, mo->origin[VY]); if(mo->origin[VZ] == mo->floorZ) { // This'll keep us on the floor even in fast moving sectors. Writer_WriteInt32(msgWriter, DDMININT); } else { Writer_WriteInt32(msgWriter, FLT2FIX(mo->origin[VZ])); } // Also include angles. Writer_WriteUInt16(msgWriter, mo->angle >> 16); Writer_WriteInt16(msgWriter, P_LookDirToShort(ddPlayers[consolePlayer].shared.lookDir)); // Control state. Writer_WriteChar(msgWriter, FLT2FIX(ddPlayers[consolePlayer].shared.forwardMove) >> 13); Writer_WriteChar(msgWriter, FLT2FIX(ddPlayers[consolePlayer].shared.sideMove) >> 13); Msg_End(); Net_SendBuffer(0, 0); } #endif // __CLIENT__ } /** * Handle incoming packets, clients send ticcmds and coordinates to * the server. */ void Net_Update(void) { Net_DoUpdate(); // Check for received packets. #ifdef __CLIENT__ Cl_GetPackets(); #endif } void Net_AllocClientBuffers(int clientId) { if(clientId < 0 || clientId >= DDMAXPLAYERS) return; assert(!clients[clientId].smoother); // Movement smoother. clients[clientId].smoother = Smoother_New(); } void Net_DestroyArrays(void) { int i; for(i = 0; i < DDMAXPLAYERS; ++i) { if(clients[i].smoother) { Smoother_Delete(clients[i].smoother); } } memset(clients, 0, sizeof(clients)); } /** * This is the network one-time initialization (into single-player mode). */ void Net_InitGame(void) { #ifdef __CLIENT__ Cl_InitID(); #endif // In single-player mode there is only player number zero. consolePlayer = displayPlayer = 0; // We're in server mode if we aren't a client. isServer = true; // Netgame is true when we're aware of the network (i.e. other players). netGame = false; ddPlayers[0].shared.inGame = true; ddPlayers[0].shared.flags |= DDPF_LOCAL; #ifdef __CLIENT__ clients[0].id = clientID; #endif clients[0].ready = true; clients[0].connected = true; clients[0].viewConsole = 0; clients[0].lastTransmit = -1; } void Net_StopGame() { LOG_AS("Net_StopGame"); #ifdef __SERVER__ if(isServer) { // We are an open server. // This means we should inform all the connected clients that the // server is about to close. Msg_Begin(PSV_SERVER_CLOSE); Msg_End(); Net_SendBuffer(NSP_BROADCAST, 0); } #endif #ifdef __CLIENT__ LOGDEV_NET_MSG("Sending PCL_GOODBYE"); // We are a connected client. Msg_Begin(PCL_GOODBYE); Msg_End(); Net_SendBuffer(0, 0); // Must stop recording, we're disconnecting. Demo_StopRecording(consolePlayer); Cl_CleanUp(); isClient = false; netLoggedIn = false; #endif // Netgame has ended. netGame = false; isServer = true; allowSending = false; #ifdef __SERVER__ // No more remote users. netRemoteUser = 0; #endif // All remote players are forgotten. for(int i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; client_t *cl = &clients[i]; plr->shared.inGame = false; cl->ready = cl->connected = false; cl->id = 0; cl->nodeID = 0; cl->viewConsole = -1; plr->shared.flags &= ~(DDPF_CAMERA | DDPF_CHASECAM | DDPF_LOCAL); } // We're about to become player zero, so update it's view angles to // match our current ones. if(ddPlayers[0].shared.mo) { /* $unifiedangles */ ddPlayers[0].shared.mo->angle = ddPlayers[consolePlayer].shared.mo->angle; ddPlayers[0].shared.lookDir = ddPlayers[consolePlayer].shared.lookDir; } LOGDEV_NET_NOTE("Reseting console and view players to zero"); consolePlayer = displayPlayer = 0; ddPlayers[0].shared.inGame = true; clients[0].ready = true; clients[0].connected = true; clients[0].viewConsole = 0; ddPlayers[0].shared.flags |= DDPF_LOCAL; } /** * @return Delta based on 'now' (- future, + past). */ int Net_TimeDelta(byte now, byte then) { int delta; if(now >= then) { // Simple case. delta = now - then; } else { // There's a wraparound. delta = 256 - then + now; } // The time can be in the future. We'll allow one second. if(delta > 220) delta -= 256; return delta; } #ifdef __CLIENT__ /// @return @c true iff a demo is currently being recorded. static dd_bool recordingDemo(void) { int i; for(i = 0; i < DDMAXPLAYERS; ++i) { if(ddPlayers[i].shared.inGame && clients[i].recording) return true; } return false; } #endif #ifdef __CLIENT__ void Net_DrawDemoOverlay(void) { char buf[160], tmp[40]; int x = DENG_GAMEVIEW_WIDTH - 10, y = 10; if(!recordingDemo() || !(SECONDS_TO_TICKS(gameTime) & 8)) return; strcpy(buf, "["); { int i, c; for(i = c = 0; i < DDMAXPLAYERS; ++i) { if(!(!ddPlayers[i].shared.inGame || !clients[i].recording)) { // This is a "real" player (or camera). if(c++) strcat(buf, ","); sprintf(tmp, "%i:%s", i, clients[i].recordPaused ? "-P-" : "REC"); strcat(buf, tmp); } }} strcat(buf, "]"); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Go into screen projection mode. glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); glEnable(GL_TEXTURE_2D); FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(1, 1, 1, 1); FR_DrawTextXY3(buf, x, y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); glDisable(GL_TEXTURE_2D); // Restore original matrix. glMatrixMode(GL_PROJECTION); glPopMatrix(); } #endif // __CLIENT__ void Net_Drawer() { #ifdef __CLIENT__ // Draw the blockmap debug display. Rend_BlockmapDebug(); // Draw the light range debug display. Rend_DrawLightModMatrix(); // Draw the input device debug display. Rend_AllInputDeviceStateVisuals(); // Draw the demo recording overlay. Net_DrawDemoOverlay(); # ifdef _DEBUG Z_DebugDrawer(); # endif #endif // __CLIENT__ } void Net_Ticker(timespan_t time) { int i; client_t *cl; // Network event ticker. N_NETicker(time); #ifdef __SERVER__ if(netDev) { static int printTimer = 0; if(printTimer++ > TICSPERSEC) { printTimer = 0; for(i = 0; i < DDMAXPLAYERS; ++i) { if(Sv_IsFrameTarget(i)) { LOGDEV_NET_MSG("%i(rdy%i): avg=%05ims thres=%05ims " "bwr=%05i maxfs=%05ib unakd=%05i") << i << clients[i].ready << 0 << 0 << clients[i].bandwidthRating << Sv_GetMaxFrameSize(i) << Sv_CountUnackedDeltas(i); } } } } #endif // __SERVER__ // The following stuff is only for netgames. if(!netGame) return; // Check the pingers. for(i = 0, cl = clients; i < DDMAXPLAYERS; ++i, cl++) { // Clients can only ping the server. if(!(isClient && i) && i != consolePlayer) { if(cl->ping.sent) { // The pinger is active. if(Timer_RealMilliseconds() - cl->ping.sent > PING_TIMEOUT) // Timed out? { cl->ping.times[cl->ping.current] = -1; Net_SendPing(i, 0); } } } } } de::String ServerInfo_AsStyledText(serverinfo_t const *sv) { #define TABBED(A, B) _E(Ta)_E(l) " " A _E(.) " " _E(\t) B "\n" return de::String(_E(b) "%1" _E(.) "\n%2\n" _E(T`) TABBED("Joinable:", "%5") TABBED("Players:", "%3 / %4%12") TABBED("Game:", "%8\n%9\n%11 %10") TABBED("PWADs:", "%13") TABBED("Address:", "%6:%7") /*TABBED("Ping:", "%8 ms (approx)")*/) .arg(sv->name) .arg(sv->description) .arg(sv->numPlayers) .arg(sv->maxPlayers) .arg(sv->canJoin? "Yes" : "No") // 5 .arg(sv->address) .arg(sv->port) //.arg(sv->ping) .arg(sv->plugin) .arg(sv->gameIdentityKey) // 10 .arg(sv->gameConfig) .arg(sv->map) .arg(!de::String(sv->clientNames).isEmpty()? de::String(_E(2) " (%1)" _E(.)).arg(sv->clientNames) : "") .arg(de::String(sv->pwads).isEmpty()? de::String(DENG2_CHAR_MDASH) : de::String(sv->pwads)); // 14 #undef TABBED } /** * Prints server/host information into the console. The header line is * printed if 'info' is NULL. */ void ServerInfo_Print(serverinfo_t const *info, int index) { /// @todo Update table for de::Log. -jk /// if(!info) { LOG_NET_MSG(_E(m)" %-20s P/M L Ver: Game: Location:") << "Name:"; } else { LOG_NET_MSG(_E(m)"%-2i: %-20s %i/%-2i %c %-5i %-16s %s:%i") << index << info->name << info->numPlayers << info->maxPlayers << (info->canJoin? ' ' : '*') << info->version << info->plugin << info->address << info->port; LOG_NET_MSG(" %s p:%ims %-40s") << info->map << info->ping << info->description; LOG_NET_MSG(" %s (CRC:%x) %s") << info->gameIdentityKey << info->loadedFilesCRC << info->gameConfig; // Optional: PWADs in use. if(info->pwads[0]) LOG_NET_MSG(" PWADs: %s") << info->pwads; // Optional: names of players. if(info->clientNames[0]) LOG_NET_MSG(" Players: %s") << info->clientNames; // Optional: data values. if(info->data[0] || info->data[1] || info->data[2]) { LOG_NET_MSG(" Data: (%08x, %08x, %08x)") << info->data[0] << info->data[1] << info->data[2]; } } } /** * Composes a PKT_CHAT network message. */ void Net_WriteChatMessage(int from, int toMask, const char* message) { size_t len = strlen(message); len = MIN_OF(len, 0xffff); Msg_Begin(PKT_CHAT); Writer_WriteByte(msgWriter, from); Writer_WriteUInt32(msgWriter, toMask); Writer_WriteUInt16(msgWriter, len); Writer_Write(msgWriter, message, len); Msg_End(); } /** * All arguments are sent out as a chat message. */ D_CMD(Chat) { DENG2_UNUSED(src); char buffer[100]; int i, mode = !stricmp(argv[0], "chat") || !stricmp(argv[0], "say") ? 0 : !stricmp(argv[0], "chatNum") || !stricmp(argv[0], "sayNum") ? 1 : 2; unsigned short mask = 0; if(argc == 1) { LOG_SCR_NOTE("Usage: %s %s(text)") << argv[0] << (!mode ? "" : mode == 1 ? "(plr#) " : "(name) "); LOG_SCR_MSG("Chat messages are max 80 characters long. Use quotes to get around " "arg processing."); return true; } LOG_AS("chat (Cmd)"); // Chatting is only possible when connected. if(!netGame) return false; // Too few arguments? if(mode && argc < 3) return false; // Assemble the chat message. strcpy(buffer, argv[!mode ? 1 : 2]); for(i = (!mode ? 2 : 3); i < argc; ++i) { strcat(buffer, " "); strncat(buffer, argv[i], 80 - (strlen(buffer) + strlen(argv[i]) + 1)); } buffer[80] = 0; // Send the message. switch(mode) { case 0: // chat mask = ~0; break; case 1: // chatNum mask = 1 << atoi(argv[1]); break; case 2: // chatTo { dd_bool found = false; for(i = 0; i < DDMAXPLAYERS && !found; ++i) { if(!stricmp(clients[i].name, argv[1])) { mask = 1 << i; found = true; } } break; } default: LOG_SCR_ERROR("Invalid value, mode = %i") << mode; break; } Net_WriteChatMessage(consolePlayer, mask, buffer); if(!isClient) { if(mask == (unsigned short) ~0) { Net_SendBuffer(NSP_BROADCAST, 0); } else { for(i = 1; i < DDMAXPLAYERS; ++i) if(ddPlayers[i].shared.inGame && (mask & (1 << i))) Net_SendBuffer(i, 0); } } else { Net_SendBuffer(0, 0); } // Show the message locally. Net_ShowChatMessage(consolePlayer, buffer); // Inform the game, too. gx.NetPlayerEvent(consolePlayer, DDPE_CHAT_MESSAGE, buffer); return true; } #ifdef __SERVER__ D_CMD(Kick) { DENG2_UNUSED2(src, argc); int num; LOG_AS("kick (Cmd)") if(!netGame) { LOG_SCR_ERROR("This is not a network game"); return false; } if(!isServer) { LOG_SCR_ERROR("Only allowed on the server"); return false; } num = atoi(argv[1]); if(num < 1 || num >= DDMAXPLAYERS) { LOG_NET_ERROR("Invalid client number"); return false; } if(netRemoteUser == num) { LOG_NET_ERROR("Can't kick the client who's logged in"); return false; } Sv_Kick(num); return true; } #endif // __SERVER__ #ifdef __CLIENT__ D_CMD(SetName) { DENG2_UNUSED2(src, argc); Con_SetString("net-name", argv[1]); if(!netGame) return true; // The server does not have a name. if(!isClient) return false; memset(clients[consolePlayer].name, 0, sizeof(clients[consolePlayer].name)); strncpy(clients[consolePlayer].name, argv[1], PLAYERNAMELEN - 1); Net_SendPlayerInfo(consolePlayer, 0); return true; } #endif D_CMD(SetTicks) { DENG2_UNUSED2(src, argc); // extern double lastSharpFrameTime; firstNetUpdate = true; Timer_SetTicksPerSecond(strtod(argv[1], 0)); // lastSharpFrameTime = Sys_GetTimef(); return true; } D_CMD(MakeCamera) { DENG2_UNUSED2(src, argc); /* int cp; mobj_t *mo; ddplayer_t *conp = players + consolePlayer; if(argc < 2) return true; cp = atoi(argv[1]); clients[cp].connected = true; clients[cp].ready = true; clients[cp].updateCount = UPDATECOUNT; ddPlayers[cp].flags |= DDPF_CAMERA; ddPlayers[cp].inGame = true; // !!! Sv_InitPoolForClient(cp); mo = Z_Malloc(sizeof(mobj_t), PU_MAP, 0); memset(mo, 0, sizeof(*mo)); mo->origin[VX] = conp->mo->origin[VX]; mo->origin[VY] = conp->mo->origin[VY]; mo->origin[VZ] = conp->mo->origin[VZ]; mo->bspLeaf = conp->mo->bspLeaf; ddPlayers[cp].mo = mo; displayPlayer = cp; */ // Create a new local player. int cp; LOG_AS("makecam (Cmd)"); cp = atoi(argv[1]); if(cp < 0 || cp >= DDMAXPLAYERS) return false; if(clients[cp].connected) { LOG_ERROR("Client %i already connected") << cp; return false; } clients[cp].connected = true; clients[cp].ready = true; clients[cp].viewConsole = cp; ddPlayers[cp].shared.flags |= DDPF_LOCAL; Smoother_Clear(clients[cp].smoother); #ifdef __SERVER__ Sv_InitPoolForClient(cp); #endif #ifdef __CLIENT__ R_SetupDefaultViewWindow(cp); // Update the viewports. R_SetViewGrid(0, 0); #endif return true; } #ifdef __CLIENT__ D_CMD(SetConsole) { DENG2_UNUSED2(src, argc); int cp = atoi(argv[1]); if(ddPlayers[cp].shared.inGame) { consolePlayer = displayPlayer = cp; } // Update the viewports. R_SetViewGrid(0, 0); return true; } int Net_StartConnection(const char* address, int port) { LOG_AS("Net_StartConnection"); LOG_NET_MSG("Connecting to %s (port %i)...") << address << port; // Start searching at the specified location. Net_ServerLink().connectDomain(de::String("%1:%2").arg(address).arg(port), 7 /*timeout*/); return true; } /** * Intelligently connect to a server. Just provide an IP address and the * rest is automatic. */ D_CMD(Connect) { DENG2_UNUSED(src); char *ptr; int port = 0; if(argc < 2 || argc > 3) { LOG_SCR_NOTE("Usage: %s (ip-address) [port]") << argv[0]; LOG_SCR_MSG("A TCP/IP connection is created to the given server. If a port is not " "specified port zero will be used."); return true; } if(netGame) { LOG_NET_ERROR("Already connected"); return false; } // If there is a port specified in the address, use it. port = 0; if((ptr = strrchr(argv[1], ':'))) { port = strtol(ptr + 1, 0, 0); *ptr = 0; } if(argc == 3) { port = strtol(argv[2], 0, 0); } return Net_StartConnection(argv[1], port); } #endif // __CLIENT__ /** * The 'net' console command. */ D_CMD(Net) { DENG2_UNUSED(src); dd_bool success = true; if(argc == 1) // No args? { LOG_SCR_NOTE("Usage: %s (cmd/args)") << argv[0]; LOG_SCR_MSG("Commands:"); LOG_SCR_MSG(" init"); LOG_SCR_MSG(" shutdown"); LOG_SCR_MSG(" info"); LOG_SCR_MSG(" request"); #ifdef __CLIENT__ LOG_SCR_MSG(" setup client"); LOG_SCR_MSG(" search (address) [port] (local or targeted query)"); LOG_SCR_MSG(" servers (asks the master server)"); LOG_SCR_MSG(" connect (idx)"); LOG_SCR_MSG(" mconnect (m-idx)"); LOG_SCR_MSG(" disconnect"); #endif #ifdef __SERVER__ LOG_SCR_MSG(" announce"); #endif return true; } if(argc == 2) // One argument? { if(!stricmp(argv[1], "announce")) { N_MasterAnnounceServer(true); } else if(!stricmp(argv[1], "request")) { N_MasterRequestList(); } else if(!stricmp(argv[1], "servers")) { N_MAPost(MAC_REQUEST); N_MAPost(MAC_WAIT); N_MAPost(MAC_LIST); } else if(!stricmp(argv[1], "info")) { N_PrintNetworkStatus(); LOG_NET_MSG("Network game: %b") << netGame; LOG_NET_MSG("This is console %i (local player %i)") << consolePlayer << P_ConsoleToLocal(consolePlayer); } #ifdef __CLIENT__ else if(!stricmp(argv[1], "disconnect")) { if(!netGame) { LOG_NET_ERROR("This client is not connected to a server"); return false; } if(!isClient) { LOG_NET_ERROR("This is not a client"); return false; } Net_ServerLink().disconnect(); LOG_NET_NOTE("Disconnected"); } #endif else { LOG_SCR_ERROR("Invalid arguments"); return false; // Bad args. } } if(argc == 3) // Two arguments? { #ifdef __CLIENT__ if(!stricmp(argv[1], "search")) { Net_ServerLink().discover(argv[2]); } else if(!stricmp(argv[1], "connect")) { if(netGame) { LOG_NET_ERROR("Already connected"); return false; } int index = strtoul(argv[2], 0, 10); serverinfo_t info; if(Net_ServerLink().foundServerInfo(index, &info)) { ServerInfo_Print(&info, index); Net_ServerLink().connectDomain(de::String("%1:%2").arg(info.address).arg(info.port), 5); } } else if(!stricmp(argv[1], "mconnect")) { serverinfo_t info; if(N_MasterGet(strtol(argv[2], 0, 0), &info)) { // Connect using TCP/IP. return Con_Executef(CMDS_CONSOLE, false, "connect %s %i", info.address, info.port); } else return false; } else if(!stricmp(argv[1], "setup")) { // Start network setup. if(!stricmp(argv[2], "client")) { CmdReturnValue = true; ClientWindow::main().taskBar().close(); ClientWindow::main().taskBar().showMultiplayer(); } else return false; //DD_NetSetup(!stricmp(argv[2], "server")); //CmdReturnValue = true; } #endif } #ifdef __CLIENT__ if(argc == 4) { if(!stricmp(argv[1], "search")) { //success = N_LookForHosts(argv[2], strtol(argv[3], 0, 0), 0); Net_ServerLink().discover(de::String(argv[2]) + ":" + argv[3]); } } #endif return success; } /** * Extracts the label and value from a string. 'max' is the maximum * allowed length of a token, including terminating \0. */ static dd_bool tokenize(char const *line, char *label, char *value, int max) { const char *src = line; const char *colon = strchr(src, ':'); // The colon must exist near the beginning. if(!colon || colon - src >= SVINFO_VALID_LABEL_LEN) return false; // Copy the label. memset(label, 0, max); strncpy(label, src, MIN_OF(colon - src, max - 1)); // Copy the value. memset(value, 0, max); strncpy(value, colon + 1, MIN_OF(strlen(line) - (colon - src + 1), (unsigned) max - 1)); // Everything is OK. return true; } void ServerInfo_FromRecord(serverinfo_t *info, de::Record const &rec) { de::zapPtr(info); info->port = (int) rec["port"].value().asNumber(); info->version = (int) rec["ver" ].value().asNumber(); info->loadedFilesCRC = (uint) rec["wcrc"].value().asNumber(); info->numPlayers = (int) rec["nump"].value().asNumber(); info->maxPlayers = (int) rec["maxp"].value().asNumber(); info->canJoin = rec["open"].value().isTrue(); #define COPY_STR(Member, VarName) \ strncpy(Member, rec[VarName].value().asText().toUtf8(), sizeof(Member) - 1); COPY_STR(info->name, "name" ); COPY_STR(info->description, "info" ); COPY_STR(info->plugin, "game" ); COPY_STR(info->gameIdentityKey, "mode" ); COPY_STR(info->gameConfig, "setup"); COPY_STR(info->iwad, "iwad" ); COPY_STR(info->pwads, "pwads"); COPY_STR(info->map, "map" ); COPY_STR(info->clientNames, "plrn" ); #undef COPY_STR } dd_bool ServerInfo_FromString(serverinfo_t *info, char const *valuePair) { char label[SVINFO_TOKEN_LEN], value[SVINFO_TOKEN_LEN]; // Extract the label and value. The maximum length of a value is // TOKEN_LEN. Labels are returned in lower case. if(!tokenize(valuePair, label, value, sizeof(value))) { // Badly formed lines are ignored. return false; } if(!strcmp(label, "at")) { strncpy(info->address, value, sizeof(info->address) - 1); } else if(!strcmp(label, "port")) { info->port = strtol(value, 0, 0); } else if(!strcmp(label, "ver")) { info->version = strtol(value, 0, 0); } else if(!strcmp(label, "map")) { strncpy(info->map, value, sizeof(info->map) - 1); } else if(!strcmp(label, "game")) { strncpy(info->plugin, value, sizeof(info->plugin) - 1); } else if(!strcmp(label, "name")) { strncpy(info->name, value, sizeof(info->name) - 1); } else if(!strcmp(label, "info")) { strncpy(info->description, value, sizeof(info->description) - 1); } else if(!strcmp(label, "nump")) { info->numPlayers = strtol(value, 0, 0); } else if(!strcmp(label, "maxp")) { info->maxPlayers = strtol(value, 0, 0); } else if(!strcmp(label, "open")) { info->canJoin = strtol(value, 0, 0); } else if(!strcmp(label, "mode")) { strncpy(info->gameIdentityKey, value, sizeof(info->gameIdentityKey) - 1); } else if(!strcmp(label, "setup")) { strncpy(info->gameConfig, value, sizeof(info->gameConfig) - 1); } else if(!strcmp(label, "iwad")) { strncpy(info->iwad, value, sizeof(info->iwad) - 1); } else if(!strcmp(label, "wcrc")) { info->loadedFilesCRC = strtol(value, 0, 0); } else if(!strcmp(label, "pwads")) { strncpy(info->pwads, value, sizeof(info->pwads) - 1); } else if(!strcmp(label, "plrn")) { strncpy(info->clientNames, value, sizeof(info->clientNames) - 1); } else if(!strcmp(label, "data0")) { info->data[0] = strtol(value, 0, 16); } else if(!strcmp(label, "data1")) { info->data[1] = strtol(value, 0, 16); } else if(!strcmp(label, "data2")) { info->data[2] = strtol(value, 0, 16); } else { // Unknown labels are ignored. return false; } return true; } de::String Net_UserAgent() { return QString(DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_TEXT) + " (" + de::Version().operatingSystem() + ")"; } doomsday-1.14.5/doomsday/client/src/network/net_msg.cpp0000664000175000017500000000545312350542237022434 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * net_msg.c: Network Messaging * * Buffer overflow checks *ARE NOT* made ifndef _DEBUG * The caller must know what it's doing. * The data is stored using little-endian ordering. * * Note that negative values are not good for the packed write/read routines, * as they always have the high bits set. */ // HEADER FILES ------------------------------------------------------------ #include "de_platform.h" #include "de_network.h" #include "de_console.h" #include Writer* msgWriter; Reader* msgReader; /// An ongoing writer is pushed here if a new one is started before the /// earlier one is finished. static QList pendingWriters; void Msg_Begin(int type) { if(msgReader) { // End reading the netbuffer automatically. Msg_EndRead(); } // An ongoing writer will have to wait. if(msgWriter) { pendingWriters.prepend(msgWriter); msgWriter = 0; } // Allocate a new writer. msgWriter = Writer_NewWithDynamicBuffer(1 /*type*/ + NETBUFFER_MAXSIZE); Writer_WriteByte(msgWriter, type); } dd_bool Msg_BeingWritten(void) { return msgWriter != NULL; } void Msg_End(void) { DENG_ASSERT(msgWriter != 0); // Finalize the netbuffer. // Message type is included as the first byte. netBuffer.length = Writer_Size(msgWriter) - 1 /*type*/; memcpy(&netBuffer.msg, Writer_Data(msgWriter), Writer_Size(msgWriter)); Writer_Delete(msgWriter); msgWriter = 0; // Pop a pending writer off the stack. if(!pendingWriters.isEmpty()) { msgWriter = pendingWriters.takeFirst(); } } void Msg_BeginRead(void) { if(msgWriter) { // End writing the netbuffer automatically. Msg_End(); } // Start reading from the netbuffer. assert(msgReader == NULL); msgReader = Reader_NewWithNetworkBuffer(); } void Msg_EndRead(void) { if(msgReader) { Reader_Delete(msgReader); msgReader = 0; } } doomsday-1.14.5/doomsday/client/src/network/sys_network.cpp0000664000175000017500000000427212350542237023365 0ustar jaakkojaakko/** @file sys_network.cpp Low-level network socket routines (deprecated). * @ingroup network * * @todo Remove this source file entirely once dependent code is revised. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_console.h" #include "clientapp.h" using namespace de; char *nptIPAddress = (char *) ""; ///< Address to connect to by default (cvar). int nptIPPort = 0; ///< Port to connect to by default (cvar). void N_Register(void) { C_VAR_CHARPTR("net-ip-address", &nptIPAddress, 0, 0, 0); C_VAR_INT("net-ip-port", &nptIPPort, CVF_NO_MAX, 0, 0); #ifdef _DEBUG C_CMD("netfreq", NULL, NetFreqs); #endif } ServerLink &Net_ServerLink(void) { return ClientApp::app().serverLink(); } dd_bool N_GetHostInfo(int index, struct serverinfo_s *info) { return Net_ServerLink().foundServerInfo(index, info); } int N_GetHostCount(void) { return Net_ServerLink().foundServerCount(); } /** * Called from "net info" (client-side). */ void N_PrintNetworkStatus(void) { if(isClient) { LOG_NET_NOTE(_E(b) "CLIENT: " _E(.) "Connected to server at %s") << Net_ServerLink().address(); } else { LOG_NET_NOTE(_E(b) "OFFLINE: " _E(.) "Single-player mode"); } N_PrintBufferInfo(); } doomsday-1.14.5/doomsday/client/src/network/serverlink.cpp0000664000175000017500000003006712350542237023163 0ustar jaakkojaakko/** @file serverlink.cpp Network connection to a server. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "network/serverlink.h" #include "network/masterserver.h" #include "network/net_main.h" #include "network/net_buf.h" #include "network/net_demo.h" #include "network/net_event.h" #include "network/protocol.h" #include "client/cl_def.h" #include "dd_def.h" #include #include #include #include #include #include #include #include using namespace de; enum LinkState { None, Discovering, WaitingForInfoResponse, Joining, WaitingForJoinResponse, InGame }; DENG2_PIMPL(ServerLink) , DENG2_OBSERVES(Loop, Iteration) { shell::ServerFinder finder; ///< Finding local servers. LinkState state; bool fetching; typedef QMap Servers; Servers discovered; Servers fromMaster; Instance(Public *i) : Base(i) , state(None) , fetching(false) {} ~Instance() { Loop::appLoop().audienceForIteration() -= this; } void notifyDiscoveryUpdate() { DENG2_FOR_PUBLIC_AUDIENCE(DiscoveryUpdate, i) i->linkDiscoveryUpdate(self); emit self.serversDiscovered(); } bool handleInfoResponse(Block const &reply) { DENG2_ASSERT(state == WaitingForInfoResponse); // Address of the server where the info was received. Address svAddress = self.address(); // Local addresses are all represented as "localhost". if(svAddress.isLocal()) svAddress.setHost(QHostAddress::LocalHost); // Close the connection; that was all the information we need. self.disconnect(); // Did we receive what we expected to receive? if(reply.size() >= 5 && reply.startsWith("Info\n")) { const char *ch; ddstring_t *line; ddstring_t* response = Str_New(); // Make a null-terminated copy of the response text. Str_PartAppend(response, (char const *) reply.data(), 0, reply.size()); serverinfo_t svInfo; // Convert the string into a serverinfo_s. line = Str_New(); ch = Str_Text(response); do { ch = Str_GetLine(line, ch); ServerInfo_FromString(&svInfo, Str_Text(line)); } while(*ch); Str_Delete(line); Str_Delete(response); LOG_NET_VERBOSE("Discovered server at ") << svAddress; // Update with the correct address. strncpy(svInfo.address, svAddress.host().toString().toLatin1(), sizeof(svInfo.address) - 1); discovered.insert(svAddress, svInfo); // Show the information in the console. LOG_NET_NOTE("%i server%s been found") << discovered.size() << (discovered.size() != 1 ? "s have" : " has"); ServerInfo_Print(NULL, 0); ServerInfo_Print(&svInfo, 0); notifyDiscoveryUpdate(); } else { LOG_NET_WARNING("Reply from %s was invalid") << svAddress; } return false; } /** * Handles the server's response to a client's join request. * @return @c false to stop processing further messages. */ bool handleJoinResponse(Block const &reply) { if(reply.size() < 5 || reply != "Enter") { LOG_NET_WARNING("Server refused connection"); LOGDEV_NET_WARNING("Received %i bytes instead of \"Enter\")") << reply.size(); self.disconnect(); return false; } // We'll switch to joined mode. // Clients are allowed to send packets to the server. state = InGame; handshakeReceived = false; allowSending = true; netGame = true; // Allow sending/receiving of packets. isServer = false; isClient = true; // Call game's NetConnect. gx.NetConnect(false); DENG2_FOR_PUBLIC_AUDIENCE(Join, i) i->networkGameJoined(); // G'day mate! The client is responsible for beginning the // handshake. Cl_SendHello(); return true; } void fetchFromMaster() { if(fetching) return; fetching = true; N_MAPost(MAC_REQUEST); N_MAPost(MAC_WAIT); Loop::appLoop().audienceForIteration() += this; } void loopIteration() { DENG2_ASSERT(fetching); if(N_MADone()) { fetching = false; Loop::appLoop().audienceForIteration() -= this; fromMaster.clear(); int const count = N_MasterGet(0, 0); for(int i = 0; i < count; i++) { serverinfo_t info; N_MasterGet(i, &info); fromMaster.insert(Address::parse(info.address, info.port), info); } notifyDiscoveryUpdate(); } } Servers allFound(FoundMask const &mask) const { Servers all; if(mask.testFlag(Direct)) { all = discovered; } if(mask.testFlag(MasterServer)) { // Append from master (if available). DENG2_FOR_EACH_CONST(Servers, i, fromMaster) { all.insert(i.key(), i.value()); } } if(mask.testFlag(LocalNetwork)) { // Append the ones from the server finder. foreach(Address const &sv, finder.foundServers()) { serverinfo_t info; ServerInfo_FromRecord(&info, finder.messageFromServer(sv)); // Update the address in the info, which is missing because this // information didn't come from the master. strncpy(info.address, sv.host().toString().toLatin1(), sizeof(info.address) - 1); all.insert(sv, info); } } return all; } }; ServerLink::ServerLink() : d(new Instance(this)) { connect(&d->finder, SIGNAL(updated()), this, SLOT(localServersFound())); connect(this, SIGNAL(packetsReady()), this, SLOT(handleIncomingPackets())); connect(this, SIGNAL(disconnected()), this, SLOT(linkDisconnected())); } void ServerLink::clear() { d->finder.clear(); // TODO: clear all found servers } void ServerLink::connectDomain(String const &domain, TimeDelta const &timeout) { LOG_AS("ServerLink::connectDomain"); AbstractLink::connectDomain(domain, timeout); d->state = Joining; } void ServerLink::connectHost(Address const &address) { LOG_AS("ServerLink::connectHost"); AbstractLink::connectHost(address); d->state = Joining; } void ServerLink::linkDisconnected() { LOG_AS("ServerLink"); if(d->state != None) { LOG_NET_NOTE("Connection to server was disconnected"); // Update our state and notify the game. disconnect(); } } void ServerLink::disconnect() { if(d->state == None) return; LOG_AS("ServerLink::disconnect"); if(d->state == InGame) { d->state = None; // Tell the Game that a disconnection is about to happen. if(gx.NetDisconnect) gx.NetDisconnect(true); DENG2_FOR_AUDIENCE(Leave, i) i->networkGameLeft(); LOG_NET_NOTE("Link to server %s disconnected") << address(); AbstractLink::disconnect(); Net_StopGame(); // Tell the Game that the disconnection is now complete. if(gx.NetDisconnect) gx.NetDisconnect(false); } else { d->state = None; LOG_NET_NOTE("Connection attempts aborted"); AbstractLink::disconnect(); } } void ServerLink::discover(String const &domain) { AbstractLink::connectDomain(domain, 5 /*timeout*/); d->discovered.clear(); d->state = Discovering; } void ServerLink::discoverUsingMaster() { d->fetchFromMaster(); } bool ServerLink::isDiscovering() const { return (d->state == Discovering || d->state == WaitingForInfoResponse || d->fetching); } int ServerLink::foundServerCount(FoundMask mask) const { return d->allFound(mask).size(); } QList
ServerLink::foundServers(FoundMask mask) const { return d->allFound(mask).keys(); } bool ServerLink::isFound(Address const &host, FoundMask mask) const { return d->allFound(mask).contains(host); } bool ServerLink::foundServerInfo(int index, serverinfo_t *info, FoundMask mask) const { Instance::Servers all = d->allFound(mask); QList
listed = all.keys(); if(index < 0 || index >= listed.size()) return false; memcpy(info, &all[listed[index]], sizeof(*info)); return true; } bool ServerLink::foundServerInfo(de::Address const &host, serverinfo_t *info, FoundMask mask) const { Instance::Servers all = d->allFound(mask); if(!all.contains(host)) return false; memcpy(info, &all[host], sizeof(*info)); return true; } Packet *ServerLink::interpret(Message const &msg) { return new BlockPacket(msg); } void ServerLink::initiateCommunications() { if(d->state == Discovering) { // Ask for the serverinfo. *this << ByteRefArray("Info?", 5); d->state = WaitingForInfoResponse; } else if(d->state == Joining) { Demo_StopPlayback(); BusyMode_FreezeGameForBusyMode(); // Tell the Game that a connection is about to happen. // The counterpart (false) call will occur after joining is successfully done. gx.NetConnect(true); // Connect by issuing: "Join (myname)" String pName = (playerName? playerName : ""); if(pName.isEmpty()) { pName = "Player"; } String req = String("Join %1 %2").arg(SV_VERSION, 4, 16, QChar('0')).arg(pName); *this << req.toUtf8(); d->state = WaitingForJoinResponse; } else { DENG2_ASSERT(false); } } void ServerLink::localServersFound() { d->notifyDiscoveryUpdate(); } void ServerLink::handleIncomingPackets() { if(d->state == Discovering || d->state == Joining) return; LOG_AS("ServerLink"); forever { // Only BlockPackets received (see interpret()). QScopedPointer packet(static_cast(nextPacket())); if(packet.isNull()) break; switch(d->state) { case WaitingForInfoResponse: if(!d->handleInfoResponse(*packet)) return; break; case WaitingForJoinResponse: if(!d->handleJoinResponse(*packet)) return; break; case InGame: { /// @todo The incoming packets should go be handled immediately. // Post the data into the queue. netmessage_t *msg = (netmessage_t *) M_Calloc(sizeof(netmessage_t)); msg->sender = 0; // the server msg->data = new byte[packet->size()]; memcpy(msg->data, packet->data(), packet->size()); msg->size = packet->size(); msg->handle = msg->data; // needs delete[] // The message queue will handle the message from now on. N_PostMessage(msg); break; } default: // Ignore any packets left. break; } } } doomsday-1.14.5/doomsday/client/src/network/monitor.cpp0000664000175000017500000000564212350542237022467 0ustar jaakkojaakko/** @file monitor.cpp Implementation of network traffic monitoring. * @ingroup network * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "de_console.h" #if _DEBUG static uint monitor[256]; static uint monitoredBytes; static uint monitoredPackets; static size_t monitorMaxSize; static void Monitor_Start(int maxPacketSize) { monitorMaxSize = maxPacketSize; monitoredBytes = monitoredPackets = 0; memset(&monitor, 0, sizeof(monitor)); } static void Monitor_Stop(void) { monitorMaxSize = 0; } void Monitor_Add(const uint8_t* bytes, size_t size) { if(size <= monitorMaxSize) { uint i; monitoredPackets++; monitoredBytes += size; for(i = 0; i < size; ++i) monitor[bytes[i]]++; } } static void Monitor_Print(void) { if(!monitoredBytes) { LOGDEV_NET_MSG("Nothing has been sent yet"); return; } LOGDEV_NET_MSG("%i bytes sent (%i packets)") << monitoredBytes << monitoredPackets; int i, k; for(i = 0, k = 0; i < 256; ++i) { // LogBuffer_Printf uses manual newlines. if(!k) LogBuffer_Printf(DE2_LOG_DEV, " "); LogBuffer_Printf(DE2_LOG_DEV, "%10.10f", (double)(monitor[i]) / (double)monitoredBytes); // Break lines. if(++k == 4) { k = 0; LogBuffer_Printf(DE2_LOG_DEV, ",\n"); } else { LogBuffer_Printf(DE2_LOG_DEV, ", "); } } if(k) LogBuffer_Printf(DE2_LOG_DEV, "\n"); } D_CMD(NetFreqs) { DENG2_UNUSED(src); if(argc == 1) // No args? { LOG_SCR_NOTE("Usage:\n %s start (maxsize)\n %s stop\n %s print/show") << argv[0] << argv[0] << argv[0]; return true; } if(argc == 3 && !strcmp(argv[1], "start")) { Monitor_Start(strtoul(argv[2], 0, 10)); return true; } if(argc == 2 && !strcmp(argv[1], "stop")) { Monitor_Stop(); return true; } if(argc == 2 && (!strcmp(argv[1], "print") || !strcmp(argv[1], "show"))) { Monitor_Print(); return true; } return false; } #endif // _DEBUG doomsday-1.14.5/doomsday/client/src/network/net_buf.cpp0000664000175000017500000002354712350542237022426 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Network Message Handling and Buffering */ #include "de_platform.h" #include "de_system.h" #include "de_network.h" #include "de_console.h" #include "de_misc.h" #include #include #include #define MSG_MUTEX_NAME "MsgQueueMutex" dd_bool allowSending; netbuffer_t netBuffer; // The message queue: list of incoming messages waiting for processing. static netmessage_t *msgHead, *msgTail; static int msgCount; // A mutex is used to protect the addition and removal of messages from // the message queue. static mutex_t msgMutex; // Number of bytes of outgoing data transmitted. static size_t numOutBytes; // Number of bytes sent over the network (compressed). static size_t numSentBytes; Reader* Reader_NewWithNetworkBuffer(void) { return Reader_NewWithBuffer((const byte*) netBuffer.msg.data, netBuffer.length); } /** * Initialize the low-level network subsystem. This is called always * during startup (via Sys_Init()). */ void N_Init(void) { // Create a mutex for the message queue. msgMutex = Sys_CreateMutex(MSG_MUTEX_NAME); allowSending = false; //N_SockInit(); N_MasterInit(); } /** * Shut down the low-level network interface. Called during engine * shutdown (not before). */ void N_Shutdown(void) { // Any queued messages will be destroyed. N_ClearMessages(); N_MasterShutdown(); allowSending = false; // Close the handle of the message queue mutex. Sys_DestroyMutex(msgMutex); msgMutex = 0; } /** * Acquire or release ownership of the message queue mutex. * * @return @c true, if successful. */ dd_bool N_LockQueue(dd_bool doAcquire) { if(doAcquire) Sys_Lock(msgMutex); else Sys_Unlock(msgMutex); return true; } /** * Adds the given netmessage_s to the queue of received messages. * We use a mutex to synchronize access to the message queue. * * @note This is called in the network receiver thread. */ void N_PostMessage(netmessage_t *msg) { N_LockQueue(true); // This will be the latest message. msg->next = NULL; // Set the timestamp for reception. msg->receivedAt = Timer_RealSeconds(); if(msgTail) { // There are previous messages. msgTail->next = msg; } // The tail pointer points to the last message. msgTail = msg; // If there is no head, this'll be the first message. if(msgHead == NULL) msgHead = msg; // One new message available. msgCount++; N_LockQueue(false); } /** * Extracts the next message from the queue of received messages. * The caller must release the message when it's no longer needed, * using N_ReleaseMessage(). * * We use a mutex to synchronize access to the message queue. This is * called in the Doomsday thread. * * @return @c NULL, if no message is found; */ netmessage_t *N_GetMessage(void) { // This is the message we'll return. netmessage_t *msg = NULL; N_LockQueue(true); if(msgHead != NULL) { msg = msgHead; // Check for simulated latency. if(netSimulatedLatencySeconds > 0 && (Timer_RealSeconds() - msg->receivedAt < netSimulatedLatencySeconds)) { // This message has not been received yet. msg = NULL; } else { // If there are no more messages, the tail pointer must be // cleared, too. if(!msgHead->next) msgTail = NULL; // Advance the head pointer. msgHead = msgHead->next; if(msg) { // One less message available. msgCount--; } } } N_LockQueue(false); // Identify the sender. if(msg) { msg->player = N_IdentifyPlayer(msg->sender); } return msg; } /** * Frees the message. */ void N_ReleaseMessage(netmessage_t *msg) { if(msg->handle) { delete [] reinterpret_cast(msg->handle); msg->handle = 0; } M_Free(msg); } /** * Empties the message buffers. */ void N_ClearMessages(void) { if(!msgMutex) return; // Not initialized yet. netmessage_t *msg; float oldSim = netSimulatedLatencySeconds; // No simulated latency now. netSimulatedLatencySeconds = 0; while((msg = N_GetMessage()) != NULL) N_ReleaseMessage(msg); netSimulatedLatencySeconds = oldSim; // The queue is now empty. msgHead = msgTail = NULL; msgCount = 0; } /** * Send the data in the netbuffer. The message is sent using an * unreliable, nonsequential (i.e. fast) method. * * Handles broadcasts using recursion. * Clients can only send stuff to the server. */ void N_SendPacket(int flags) { #ifdef __SERVER__ uint dest = 0; #endif // Is the network available? if(!allowSending) return; // Figure out the destination DPNID. #ifdef __SERVER__ { if(netBuffer.player >= 0 && netBuffer.player < DDMAXPLAYERS) { if(/*(ddpl->flags & DDPF_LOCAL) ||*/ !clients[netBuffer.player].connected) { // Do not send anything to local or disconnected players. return; } dest = clients[netBuffer.player].nodeID; } else { // Broadcast to all non-local players, using recursive calls. for(int i = 0; i < DDMAXPLAYERS; ++i) { netBuffer.player = i; N_SendPacket(flags); } // Reset back to -1 to notify of the broadcast. netBuffer.player = NSP_BROADCAST; return; } } #endif // This is what will be sent. numOutBytes += netBuffer.headerLength + netBuffer.length; try { #ifdef __CLIENT__ de::Transmitter &out = Net_ServerLink(); #else de::Transmitter &out = App_ServerSystem().user(dest); #endif out << de::ByteRefArray(&netBuffer.msg, netBuffer.headerLength + netBuffer.length); } catch(de::Error const &er) { LOGDEV_NET_WARNING("N_SendPacket failed: ") << er.asText(); } } void N_AddSentBytes(size_t bytes) { numSentBytes += bytes; } /** * @return The player number that corresponds network node @a id. */ int N_IdentifyPlayer(nodeid_t id) { #ifdef __SERVER__ { // What is the corresponding player number? Only the server keeps // a list of all the IDs. int i; for(i = 0; i < DDMAXPLAYERS; ++i) if(clients[i].nodeID == id) return i; return -1; } #endif // Clients receive messages only from the server. return 0; } /** * Retrieves the next incoming message. * * @return The next message waiting in the incoming message queue. * When the message is no longer needed you must call * N_ReleaseMessage() to delete it. */ netmessage_t *N_GetNextMessage(void) { netmessage_t *msg; while((msg = N_GetMessage()) != NULL) { return msg; } return NULL; // There are no more messages. } /** * An attempt is made to extract a message from the message queue. * * @return @c true, if a message successfull. */ dd_bool N_GetPacket(void) { netmessage_t *msg; // If there are net events pending, let's not return any packets // yet. The net events may need to be processed before the // packets. if(N_NEPending()) return false; netBuffer.player = -1; netBuffer.length = 0; if((msg = N_GetNextMessage()) == NULL) { // No messages at this time. return false; } // There was a packet! netBuffer.player = msg->player; netBuffer.length = msg->size - netBuffer.headerLength; if(sizeof(netBuffer.msg) >= msg->size) { memcpy(&netBuffer.msg, msg->data, msg->size); } else { LOG_NET_ERROR("Received an oversized packet with %i bytes") << msg->size; N_ReleaseMessage(msg); return false; } // The message can now be freed. N_ReleaseMessage(msg); // We have no idea who sent this (on serverside). if(netBuffer.player == -1) return false; return true; } /** * Print low-level information about the network buffer. */ void N_PrintBufferInfo(void) { N_PrintTransmissionStats(); } /** * Print status information about the workings of data compression * in the network buffer. * * @note Currently numOutBytes excludes transmission header, while * numSentBytes includes every byte written to the socket. * In other words, the efficiency includes protocol overhead. */ void N_PrintTransmissionStats(void) { if(numOutBytes == 0) { LOG_NET_MSG("Transmission efficiency: Nothing has been sent yet"); } else { LOG_NET_MSG("Transmission efficiency: %.3f%% (data: %i bytes, sent: %i " "bytes)") << (100 - (100.0f * numSentBytes) / numOutBytes) << numOutBytes << numSentBytes; } } doomsday-1.14.5/doomsday/client/src/network/net_demo.cpp0000664000175000017500000004533212350542237022572 0ustar jaakkojaakko/** @file net_demo.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Handling of demo recording and playback. * Opening of, writing to, reading from and closing of demo files. */ // HEADER FILES ------------------------------------------------------------ #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_filesys.h" #include "de_network.h" #include "de_misc.h" #include "render/viewports.h" #include "render/rend_main.h" #include "world/p_players.h" // MACROS ------------------------------------------------------------------ #define DEMOTIC SECONDS_TO_TICKS(demoTime) // Local Camera flags. #define LCAMF_ONGROUND 0x1 #define LCAMF_FOV 0x2 // FOV has changed (short). #define LCAMF_CAMERA 0x4 // Camera mode. // TYPES ------------------------------------------------------------------- #pragma pack(1) typedef struct { ushort length; } demopacket_header_t; #pragma pack() typedef struct { dd_bool first; int begintime; dd_bool canwrite; /// @c false until Handshake packet. int cameratimer; int pausetime; float fov; } demotimer_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- D_CMD(DemoLump); D_CMD(PauseDemo); D_CMD(PlayDemo); D_CMD(RecordDemo); D_CMD(StopDemo); void Demo_WriteLocalCamera(int plnum); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- extern float netConnectTime; // PUBLIC DATA DEFINITIONS ------------------------------------------------- filename_t demoPath = "demo/"; LZFILE* playdemo = 0; int playback = false; int viewangleDelta = 0; float lookdirDelta = 0; float posDelta[3]; float demoFrameZ, demoZ; dd_bool demoOnGround; // PRIVATE DATA DEFINITIONS ------------------------------------------------ static demotimer_t writeInfo[DDMAXPLAYERS]; static demotimer_t readInfo; static float startFOV; static int demoStartTic; // CODE -------------------------------------------------------------------- void Demo_Register(void) { C_CMD_FLAGS("demolump", "ss", DemoLump, CMDF_NO_NULLGAME); C_CMD_FLAGS("pausedemo", NULL, PauseDemo, CMDF_NO_NULLGAME); C_CMD_FLAGS("playdemo", "s", PlayDemo, CMDF_NO_NULLGAME); C_CMD_FLAGS("recorddemo", NULL, RecordDemo, CMDF_NO_NULLGAME); C_CMD_FLAGS("stopdemo", NULL, StopDemo, CMDF_NO_NULLGAME); } void Demo_Init(void) { // Make sure the demo path is there. F_MakePath(demoPath); } /** * Open a demo file and begin recording. * Returns false if the recording can't be begun. */ dd_bool Demo_BeginRecording(const char* fileName, int plrNum) { DENG_UNUSED(fileName); DENG_UNUSED(plrNum); return false; #if 0 client_t* cl = &clients[plrNum]; player_t* plr = &ddPlayers[plrNum]; ddstring_t buf; // Is a demo already being recorded for this client? if(cl->recording || playback || (isDedicated && !plrNum) || !plr->shared.inGame) return false; // Compose the real file name. Str_InitStd(&buf); Str_Appendf(&buf, "%s%s", demoPath, fileName); F_ExpandBasePath(&buf, &buf); F_ToNativeSlashes(&buf, &buf); // Open the demo file. cl->demo = lzOpen(Str_Text(&buf), "wp"); Str_Free(&buf); if(!cl->demo) { return false; // Couldn't open it! } cl->recording = true; cl->recordPaused = false; writeInfo[plrNum].first = true; writeInfo[plrNum].canwrite = false; writeInfo[plrNum].cameratimer = 0; writeInfo[plrNum].fov = -1; // Must be written in the first packet. if(isServer) { // Playing demos alters gametic. This'll make sure we're going to // get updates. clients[0].lastTransmit = -1; // Servers need to send a handshake packet. // It only needs to recorded in the demo file, though. allowSending = false; Sv_Handshake(plrNum, false); // Enable sending to network. allowSending = true; } else { // Clients need a Handshake packet. // Request a new one from the server. Cl_SendHello(); } // The operation is a success. return true; #endif } void Demo_PauseRecording(int playerNum) { client_t *cl = clients + playerNum; // A demo is not being recorded? if(!cl->recording || cl->recordPaused) return; // All packets will be written for the same tic. writeInfo[playerNum].pausetime = SECONDS_TO_TICKS(demoTime); cl->recordPaused = true; } /** * Resumes a paused recording. */ void Demo_ResumeRecording(int playerNum) { client_t *cl = clients + playerNum; // Not recording or not paused? if(!cl->recording || !cl->recordPaused) return; Demo_WriteLocalCamera(playerNum); cl->recordPaused = false; // When the demo is read there can't be a jump in the timings, so we // have to make it appear the pause never happened; begintime is // moved forwards. writeInfo[playerNum].begintime += DEMOTIC - writeInfo[playerNum].pausetime; } /** * Stop recording a demo. */ void Demo_StopRecording(int playerNum) { client_t *cl = clients + playerNum; // A demo is not being recorded? if(!cl->recording) return; // Close demo file. lzClose(cl->demo); cl->demo = 0; cl->recording = false; } void Demo_WritePacket(int playerNum) { LZFILE *file; demopacket_header_t hdr; demotimer_t *inf = writeInfo + playerNum; byte ptime; if(playerNum < 0) { Demo_BroadcastPacket(); return; } // Is this client recording? if(!clients[playerNum].recording) return; if(!inf->canwrite) { if(netBuffer.msg.type != PSV_HANDSHAKE) return; // The handshake has arrived. Now we can begin writing. inf->canwrite = true; } if(clients[playerNum].recordPaused) { // Some types of packet are not written in record-paused mode. if(netBuffer.msg.type == PSV_SOUND || netBuffer.msg.type == DDPT_MESSAGE) return; } // This counts as an update. (We know the client is alive.) //clients[playerNum].updateCount = UPDATECOUNT; file = clients[playerNum].demo; #if _DEBUG if(!file) Con_Error("Demo_WritePacket: No demo file!\n"); #endif if(!inf->first) { ptime = (clients[playerNum].recordPaused ? inf->pausetime : DEMOTIC) - inf->begintime; } else { ptime = 0; inf->first = false; inf->begintime = DEMOTIC; } lzWrite(&ptime, 1, file); // The header. #if _DEBUG if(netBuffer.length >= sizeof(hdr.length)) Con_Error("Demo_WritePacket: Write buffer too large!\n"); #endif hdr.length = (ushort) 1 + netBuffer.length; lzWrite(&hdr, sizeof(hdr), file); // Write the packet itself. lzPutC(netBuffer.msg.type, file); lzWrite(netBuffer.msg.data, (long) netBuffer.length, file); } void Demo_BroadcastPacket(void) { int i; // Write packet to all recording demo files. for(i = 0; i < DDMAXPLAYERS; ++i) Demo_WritePacket(i); } dd_bool Demo_BeginPlayback(const char* fileName) { ddstring_t buf; if(playback) return false; // Already in playback. if(netGame || isClient) return false; // Can't do it. // Check that we aren't recording anything. { int i; for(i = 0; i < DDMAXPLAYERS; ++i) { if(clients[i].recording) return false; }} // Compose the real file name. Str_InitStd(&buf); Str_Set(&buf, fileName); if(!F_IsAbsolute(&buf)) { Str_Prepend(&buf, demoPath); } F_ExpandBasePath(&buf, &buf); F_ToNativeSlashes(&buf, &buf); // Open the demo file. playdemo = lzOpen(Str_Text(&buf), "rp"); Str_Free(&buf); if(!playdemo) return false; // OK, let's begin the demo. playback = true; isServer = false; isClient = true; readInfo.first = true; viewangleDelta = 0; lookdirDelta = 0; demoFrameZ = 1; demoZ = 0; startFOV = 95; //Rend_FieldOfView(); demoStartTic = DEMOTIC; memset(posDelta, 0, sizeof(posDelta)); // Start counting frames from here. /* if(ArgCheck("-timedemo")) r_framecounter = 0; */ return true; } void Demo_StopPlayback(void) { //float diff; if(!playback) return; LOG_MSG("Demo was %.2f seconds (%i tics) long.") << ((DEMOTIC - demoStartTic) / (float) TICSPERSEC) << (DEMOTIC - demoStartTic); playback = false; lzClose(playdemo); playdemo = 0; //fieldOfView = startFOV; Net_StopGame(); /* if(ArgCheck("-timedemo")) { diff = Sys_GetSeconds() - netConnectTime; if(!diff) diff = 1; // Print summary and exit. LOG_MSG("Timedemo results: %i game tics in %.1f seconds", r_framecounter, diff); LOG_MSG("%f FPS", r_framecounter / diff); Sys_Quit(); } */ // "Play demo once" mode? if(CommandLine_Check("-playdemo")) Sys_Quit(); } dd_bool Demo_ReadPacket(void) { static byte ptime; int nowtime = DEMOTIC; demopacket_header_t hdr; if(!playback) return false; if(lzEOF(playdemo)) { Demo_StopPlayback(); // Any interested parties? DD_CallHooks(HOOK_DEMO_STOP, false, 0); return false; } if(readInfo.first) { readInfo.first = false; readInfo.begintime = nowtime; ptime = lzGetC(playdemo); } // Check if the packet can be read. if(Net_TimeDelta(nowtime - readInfo.begintime, ptime) < 0) return false; // Can't read yet. // Read the packet. lzRead(&hdr, sizeof(hdr), playdemo); // Get the packet. netBuffer.length = hdr.length - 1; netBuffer.player = 0; // From the server. netBuffer.msg.type = lzGetC(playdemo); lzRead(netBuffer.msg.data, (long) netBuffer.length, playdemo); //netBuffer.cursor = netBuffer.msg.data; // Read the next packet time. ptime = lzGetC(playdemo); return true; } /** * Writes a view angle and coords packet. Doesn't send the packet outside. */ void Demo_WriteLocalCamera(int plrNum) { player_t* plr = &ddPlayers[plrNum]; ddplayer_t* ddpl = &plr->shared; mobj_t* mo = ddpl->mo; fixed_t x, y, z; byte flags; dd_bool incfov = false; //(writeInfo[plrNum].fov != fieldOfView); const viewdata_t* viewData = R_ViewData(plrNum); if(!mo) return; Msg_Begin(clients[plrNum].recordPaused ? PKT_DEMOCAM_RESUME : PKT_DEMOCAM); // Flags. flags = (mo->origin[VZ] <= mo->floorZ ? LCAMF_ONGROUND : 0) // On ground? | (incfov ? LCAMF_FOV : 0); if(ddpl->flags & DDPF_CAMERA) { flags &= ~LCAMF_ONGROUND; flags |= LCAMF_CAMERA; } Writer_WriteByte(msgWriter, flags); // Coordinates. x = FLT2FIX(mo->origin[VX]); y = FLT2FIX(mo->origin[VY]); Writer_WriteInt16(msgWriter, x >> 16); Writer_WriteByte(msgWriter, x >> 8); Writer_WriteInt16(msgWriter, y >> 16); Writer_WriteByte(msgWriter, y >> 8); z = FLT2FIX(mo->origin[VZ] + viewData->current.origin.z); Writer_WriteInt16(msgWriter, z >> 16); Writer_WriteByte(msgWriter, z >> 8); Writer_WriteInt16(msgWriter, mo->angle /*ddpl->clAngle*/ >> 16); /* $unifiedangles */ Writer_WriteInt16(msgWriter, ddpl->lookDir / 110 * DDMAXSHORT /* $unifiedangles */); // Field of view is optional. /*if(incfov) { Writer_WriteInt16(msgWriter, fieldOfView / 180 * DDMAXSHORT); writeInfo[plrNum].fov = fieldOfView; }*/ Msg_End(); Net_SendBuffer(plrNum, SPF_DONT_SEND); } /** * Read a view angle and coords packet. NOTE: The Z coordinate of the * camera is the real eye Z coordinate, not the player mobj's Z coord. */ void Demo_ReadLocalCamera(void) { ddplayer_t *pl = &ddPlayers[consolePlayer].shared; mobj_t *mo = pl->mo; int flags; float z; int intertics = LOCALCAM_WRITE_TICS; int dang; float dlook; if(!mo) return; if(netBuffer.msg.type == PKT_DEMOCAM_RESUME) { intertics = 1; } // Framez keeps track of the current camera Z. demoFrameZ += demoZ; flags = Reader_ReadByte(msgReader); demoOnGround = (flags & LCAMF_ONGROUND) != 0; if(flags & LCAMF_CAMERA) pl->flags |= DDPF_CAMERA; else pl->flags &= ~DDPF_CAMERA; // X and Y coordinates are easy. Calculate deltas to the new coords. posDelta[VX] = (FIX2FLT((Reader_ReadInt16(msgReader) << 16) + (Reader_ReadByte(msgReader) << 8)) - mo->origin[VX]) / intertics; posDelta[VY] = (FIX2FLT((Reader_ReadInt16(msgReader) << 16) + (Reader_ReadByte(msgReader) << 8)) - mo->origin[VY]) / intertics; // The Z coordinate is a bit trickier. We are tracking the *camera's* // Z coordinate (z+viewheight), not the player mobj's Z. z = FIX2FLT((Reader_ReadInt16(msgReader) << 16) + (Reader_ReadByte(msgReader) << 8)); posDelta[VZ] = (z - demoFrameZ) / LOCALCAM_WRITE_TICS; // View angles. dang = Reader_ReadInt16(msgReader) << 16; dlook = Reader_ReadInt16(msgReader) * 110.0f / DDMAXSHORT; // FOV included? /* if(flags & LCAMF_FOV) fieldOfView = Reader_ReadInt16(msgReader) * 180.0f / DDMAXSHORT; */ if(intertics == 1 || demoFrameZ == 1) { // Immediate change. /*pl->clAngle = dang; pl->clLookDir = dlook;*/ pl->mo->angle = dang; pl->lookDir = dlook; /* $unifiedangles */ viewangleDelta = 0; lookdirDelta = 0; } else { viewangleDelta = (dang - pl->mo->angle) / intertics; lookdirDelta = (dlook - pl->lookDir) / intertics; /* $unifiedangles */ } // The first one gets no delta. if(demoFrameZ == 1) { // This must be the first democam packet. // Initialize framez to the height we just read. demoFrameZ = z; posDelta[VZ] = 0; } // demo_z is the offset to demo_framez for the current tic. // It is incremented by pos_delta[VZ] every tic. demoZ = 0; if(intertics == 1) { // Instantaneous move. R_ResetViewer(); demoFrameZ = z; ClPlayer_MoveLocal(posDelta[VX], posDelta[VY], z, demoOnGround); posDelta[VX] = posDelta[VY] = posDelta[VZ] = 0; } } /** * Called once per tic. */ void Demo_Ticker(timespan_t /*time*/) { if(!DD_IsSharpTick()) return; // Only playback is handled. if(playback) { player_t *plr = &ddPlayers[consolePlayer]; ddplayer_t *ddpl = &plr->shared; ddpl->mo->angle += viewangleDelta; ddpl->lookDir += lookdirDelta; /* $unifiedangles */ // Move player (i.e. camera). ClPlayer_MoveLocal(posDelta[VX], posDelta[VY], demoFrameZ + demoZ, demoOnGround); // Interpolate camera Z offset (to framez). demoZ += posDelta[VZ]; } else { int i; for(i = 0; i < DDMAXPLAYERS; ++i) { player_t *plr = &ddPlayers[i]; ddplayer_t *ddpl = &plr->shared; client_t *cl = &clients[i]; if(ddpl->inGame && cl->recording && !cl->recordPaused && ++writeInfo[i].cameratimer >= LOCALCAM_WRITE_TICS) { // It's time to write local view angles and coords. writeInfo[i].cameratimer = 0; Demo_WriteLocalCamera(i); } } } } D_CMD(PlayDemo) { DENG2_UNUSED2(src, argc); LOG_MSG("Playing demo \"%s\"...") << argv[1]; return Demo_BeginPlayback(argv[1]); } D_CMD(RecordDemo) { DENG2_UNUSED(src); int plnum = consolePlayer; if(argc == 3 && isClient) { LOG_ERROR("Clients can only record the consolePlayer"); return true; } if(isClient && argc != 2) { LOG_SCR_NOTE("Usage: %s (fileName)") << argv[0]; return true; } if(isServer && (argc < 2 || argc > 3)) { LOG_SCR_NOTE("Usage: %s (fileName) (plnum)") << argv[0]; LOG_SCR_MSG("(plnum) is the player which will be recorded."); return true; } if(argc == 3) plnum = atoi(argv[2]); LOG_MSG("Recording demo of player %i to \"%s\"") << plnum << argv[1]; return Demo_BeginRecording(argv[1], plnum); } D_CMD(PauseDemo) { DENG2_UNUSED(src); int plnum = consolePlayer; if(argc >= 2) plnum = atoi(argv[1]); if(!clients[plnum].recording) { LOG_ERROR("Not recording for player %i") << plnum; return false; } if(clients[plnum].recordPaused) { Demo_ResumeRecording(plnum); LOG_MSG("Demo recording of player %i resumed") << plnum; } else { Demo_PauseRecording(plnum); LOG_MSG("Demo recording of player %i paused") << plnum; } return true; } D_CMD(StopDemo) { DENG2_UNUSED(src); int plnum = consolePlayer; if(argc > 2) { LOG_SCR_NOTE("Usage: stopdemo (plrnum)"); return true; } if(argc == 2) plnum = atoi(argv[1]); if(!playback && !clients[plnum].recording) return true; LOG_MSG("Demo %s of player %i stopped.") << (clients[plnum].recording ? "recording" : "playback") << plnum; if(playback) { // Aborted. Demo_StopPlayback(); // Any interested parties? DD_CallHooks(HOOK_DEMO_STOP, true, 0); } else Demo_StopRecording(plnum); return true; } /** * Make a demo lump. */ D_CMD(DemoLump) { DENG2_UNUSED2(src, argc); char buf[64]; memset(buf, 0, sizeof(buf)); strncpy(buf, argv[1], 64); return M_WriteFile(argv[2], buf, 64); } doomsday-1.14.5/doomsday/client/src/network/net_ping.cpp0000664000175000017500000001154712350542237022604 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * net_ping.c: Pinging Clients and the Server * * Warning: This is not a very accurate ping. */ // HEADER FILES ------------------------------------------------------------ #include "de_platform.h" #include "de_console.h" #include "de_system.h" #include "de_network.h" #include "world/p_players.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- void Net_ShowPingSummary(int player) { client_t *cl = clients + player; pinger_t *ping = &cl->ping; float avgTime = 0; int i, goodCount = 0; if(player < 0 && ping->total > 0) return; for(i = 0; i < ping->total; ++i) { if(ping->times[i] < 0) continue; goodCount++; avgTime += ping->times[i]; } avgTime /= goodCount; LOG_NET_NOTE("Player %i (%s): average ping %.0f ms") << player << cl->name << (avgTime * 1000); } void Net_SendPing(int player, int count) { client_t *cl = clients + player; // Valid destination? if((player == consolePlayer) || (isClient && player)) return; if(count) { // We can't start a new ping run until the old one is done. if(cl->ping.sent) return; // Start a new ping session. if(count > MAX_PINGS) count = MAX_PINGS; cl->ping.current = 0; cl->ping.total = count; } else { // Continue or finish the current pinger. if(++cl->ping.current >= cl->ping.total) { // We're done. cl->ping.sent = 0; // Print a summary (average ping, loss %). Net_ShowPingSummary(netBuffer.player); return; } } // Send a new ping. Msg_Begin(PKT_PING); cl->ping.sent = Timer_RealMilliseconds(); Writer_WriteUInt32(msgWriter, cl->ping.sent); Msg_End(); // Update the length of the message. netBuffer.player = player; N_SendPacket(10000); } // Called when a ping packet comes in. void Net_PingResponse(void) { client_t* cl = &clients[netBuffer.player]; int time = Reader_ReadUInt32(msgReader); // Is this a response to our ping? if(time == cl->ping.sent) { // Record the time and send the next ping. cl->ping.times[cl->ping.current] = (Timer_RealMilliseconds() - time) / 1000.0f; // Send the next ping. Net_SendPing(netBuffer.player, 0); } else { // Not ours, just respond. Net_SendBuffer(netBuffer.player, 10000); } } D_CMD(Ping) { DENG2_UNUSED(src); int dest, count = 4; if(!netGame) { LOG_SCR_ERROR("Ping is only for netgames"); return true; } if(isServer && argc == 1) { LOG_SCR_NOTE("Usage: %s (plrnum) (count)") << argv[0]; LOG_SCR_MSG("(count) is optional. 4 pings are sent by default."); return true; } if(isServer) { dest = atoi(argv[1]); if(argc >= 3) count = atoi(argv[2]); } else { dest = 0; if(argc >= 2) count = atoi(argv[1]); } // Check that the given parameters are valid. if(count <= 0 || count > MAX_PINGS || dest < 0 || dest >= DDMAXPLAYERS || dest == consolePlayer || (dest && !ddPlayers[dest].shared.inGame)) return false; Net_SendPing(dest, count); return true; } doomsday-1.14.5/doomsday/client/src/network/masterserver.cpp0000664000175000017500000001762112350542237023522 0ustar jaakkojaakko/** @file masterserver.cpp Communication with the Master Server. * @ingroup network * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "de_platform.h" #include #include #include "network/masterserver.h" #include "network/net_main.h" #include "network/protocol.h" #ifdef __SERVER__ # include "server/sv_def.h" #endif #include "dd_main.h" #include "con_main.h" #include "m_misc.h" #include using namespace de; // Maximum time allowed time for a master server operation to take (seconds). #define RESPONSE_TIMEOUT 15 typedef struct job_s { MasterWorker::Action act; void* data; } job_t; static String const DEFAULT_API_URL = "www.dengine.net/master.php"; dd_bool masterAware = false; // cvar static QString masterUrl(const char* suffix = 0) { String u = App::config().gets("masterServer.apiUrl", DEFAULT_API_URL); if(!u.startsWith("http")) u = "http://" + u; if(suffix) u += suffix; return u; } DENG2_PIMPL_NOREF(MasterWorker) { QNetworkAccessManager* network; typedef std::list Jobs; Jobs jobs; MasterWorker::Action currentAction; typedef std::vector Servers; Servers servers; Instance() : network(0), currentAction(NONE) {} ~Instance() { delete network; } }; MasterWorker::MasterWorker() : d(new Instance) { d->network = new QNetworkAccessManager(this); connect(d->network, SIGNAL(finished(QNetworkReply*)), this, SLOT(requestFinished(QNetworkReply*))); } void MasterWorker::newJob(Action action, void* data) { LOG_AS("MasterWorker"); job_t job; job.act = action; job.data = data; d->jobs.push_back(job); // Let's get to it! nextJob(); } bool MasterWorker::isAllDone() const { return d->jobs.empty() && !isOngoing(); } bool MasterWorker::isOngoing() const { return d->currentAction != NONE; } int MasterWorker::serverCount() const { return (int) d->servers.size(); } serverinfo_t MasterWorker::server(int index) const { assert(index >= 0 && index < serverCount()); return d->servers[index]; } void MasterWorker::nextJob() { if(isOngoing() || isAllDone()) return; // Not a good time, or nothing to do. // Get the next job from the queue. job_t job = d->jobs.front(); d->jobs.pop_front(); d->currentAction = job.act; // Let's form an HTTP request. QNetworkRequest req(masterUrl(d->currentAction == REQUEST_SERVERS? "?list" : 0)); req.setRawHeader("User-Agent", Net_UserAgent().toLatin1()); #ifdef __SERVER__ if(d->currentAction == ANNOUNCE) { req.setHeader(QNetworkRequest::ContentTypeHeader, "application/x-deng-announce"); // Include the server info. ddstring_t* msg = Str_NewStd(); Sv_InfoToString((serverinfo_t*)job.data, msg); LOGDEV_NET_VERBOSE("POST request ") << req.url().toString(); foreach(const QByteArray& hdr, req.rawHeaderList()) { LOGDEV_NET_VERBOSE("%s: %s") << QString(hdr) << QString(req.rawHeader(hdr)); } LOGDEV_NET_VERBOSE("Request contents:\n%s") << Str_Text(msg); d->network->post(req, QString(Str_Text(msg)).toUtf8()); Str_Delete(msg); } else #endif { LOGDEV_NET_VERBOSE("GET request ") << req.url().toString(); foreach(const QByteArray& hdr, req.rawHeaderList()) { LOGDEV_NET_VERBOSE("%s: %s") << QString(hdr) << QString(req.rawHeader(hdr)); } d->network->get(req); } // Ownership of the data was given to us, so get rid of it now. if(job.data) M_Free(job.data); } void MasterWorker::requestFinished(QNetworkReply* reply) { LOG_AS("MasterWorker"); // Make sure the reply gets deleted afterwards. reply->deleteLater(); if(reply->error() == QNetworkReply::NoError) { LOG_NET_XVERBOSE("Got reply"); if(d->currentAction == REQUEST_SERVERS) { parseResponse(reply->readAll()); } } else { LOG_NET_WARNING(reply->errorString()); } // Continue with the next job. d->currentAction = NONE; nextJob(); } /** * Attempts to parse a list of servers from the given text string. * * @param response The string to be parsed. * * @return @c true, if successful. */ bool MasterWorker::parseResponse(const QByteArray& response) { ddstring_t msg; ddstring_t line; serverinfo_t* info = NULL; Str_InitStd(&msg); Str_PartAppend(&msg, response.constData(), 0, response.size()); Str_InitStd(&line); d->servers.clear(); // The syntax of the response is simple: // label:value // One or more empty lines separate servers. const char* pos = Str_Text(&msg); while(*pos) { pos = Str_GetLine(&line, pos); if(Str_Length(&line) && !info) { // A new server begins. d->servers.push_back(serverinfo_t()); info = &d->servers.back(); memset(info, 0, sizeof(*info)); } else if(!Str_Length(&line) && info) { // No more current server. info = NULL; } if(info) { ServerInfo_FromString(info, Str_Text(&line)); } } LOG_NET_MSG("Received %i servers from master") << serverCount(); Str_Free(&line); Str_Free(&msg); return true; } static MasterWorker* worker; void N_MasterInit(void) { assert(worker == 0); worker = new MasterWorker; } void N_MasterShutdown(void) { if(!worker) return; delete worker; worker = 0; } void N_MasterAnnounceServer(dd_bool isOpen) { #ifdef __SERVER__ // Must be a server. if(isClient) return; LOG_AS("N_MasterAnnounceServer"); if(isOpen && !strlen(netPassword)) { LOG_NET_WARNING("Cannot announce server as public: no shell password set! " "You must set one with the 'server-password' cvar."); return; } LOG_NET_MSG("Announcing server (open:%b)") << isOpen; // This will be freed by the worker after the request has been made. serverinfo_t *info = (serverinfo_t*) M_Calloc(sizeof(*info)); // Let's figure out what we want to tell about ourselves. Sv_GetInfo(info); if(!isOpen) { info->canJoin = false; } assert(worker); worker->newJob(MasterWorker::ANNOUNCE, info); #else DENG_UNUSED(isOpen); #endif } void N_MasterRequestList(void) { assert(worker); worker->newJob(MasterWorker::REQUEST_SERVERS, 0); } int N_MasterGet(int index, serverinfo_t *info) { assert(worker); if(!worker->isAllDone()) { // Not done yet. return -1; } if(!info) { return worker->serverCount(); } else { if(index >= 0 && index < worker->serverCount()) { *info = worker->server(index); return true; } else { memset(info, 0, sizeof(*info)); return false; } } } doomsday-1.14.5/doomsday/client/src/cbuffer.cpp0000664000175000017500000003320712350542237020721 0ustar jaakkojaakko#if 0 /** @file cbuffer.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * \note With respect to threading, this code assumes that a cbuffer, * mutex's lock/unlock state has been manipulated by the CALLER of * private functions declared here. Therefore, public functions must * lock before and unlock after calling a private function. */ #include #include #include "de_platform.h" #include "de_system.h" #include "de_console.h" #include "de_misc.h" #include "cbuffer.h" typedef struct cbnode_s { cbline_t* data; struct cbnode_s* next, *prev; } cbnode_t; struct cbuffer_s { mutex_t mutex; int flags; /// @ref consoleBufferFlags uint numLines; /// Current number of lines. uint maxLines; /// Maximum number of lines. uint maxLineLen; /// Maximum length of a line. cbnode_t* head; cbnode_t* tail; cbnode_t* used; cbnode_t** index; /// Indexed list of line nodes. uint indexSize; dd_bool indexGood; // If the index needs updating. char* writebuf; // write buffer. uint wbc; // write buffer cursor. int wbFlags; // write buffer line flags. }; static void insertNodeAtEnd(CBuffer* cb, cbnode_t* newnode); static void removeNode(CBuffer* cb, cbnode_t* node); static void moveNodeForReuse(CBuffer* cb, cbnode_t* node); static void lock(CBuffer* cb, dd_bool yes) { assert(cb); if(yes) { Sys_Lock(cb->mutex); return; } Sys_Unlock(cb->mutex); } /// @note Also destroys the data object. static void destroyNode(cbnode_t* node) { assert(node); { cbline_t* line = node->data; if(line->text) Z_Free(line->text); free(line); free(node); } } static void insertNodeAfter(CBuffer* cb, cbnode_t* node, cbnode_t* newnode) { assert(node && newnode); newnode->prev = node; newnode->next = node->next; if(!node->next) { cb->tail = newnode; } else { node->next->prev = newnode; } node->next = newnode; cb->indexGood = false; // it will be updated when needed. } static void insertNodeBefore(CBuffer* cb, cbnode_t* node, cbnode_t* newnode) { assert(node && newnode); newnode->prev = node->prev; newnode->next = node; if(!node->prev) { cb->head = newnode; } else { node->prev->next = newnode; } node->prev = newnode; cb->indexGood = false; // it will be updated when needed. } static void insertNodeAtStart(CBuffer* cb, cbnode_t* newnode) { assert(cb && newnode); if(!cb->head) { cb->head = newnode; cb->tail = newnode; newnode->prev = NULL; newnode->next = NULL; cb->indexGood = false; // it will be updated when needed. return; } insertNodeBefore(cb, cb->head, newnode); } static void insertNodeAtEnd(CBuffer* cb, cbnode_t* newnode) { assert(newnode); if(!cb->tail) { insertNodeAtStart(cb, newnode); return; } insertNodeAfter(cb, cb->tail, newnode); } static void moveNodeForReuse(CBuffer* cb, cbnode_t* node) { cbline_t* line; assert(cb && node); if(cb->used) { node->next = cb->used; } else { node->next = NULL; } node->prev = NULL; cb->used = node; line = node->data; line->flags = 0; if(line->text) memset(line->text, 0, line->len); } static void removeNode(CBuffer* cb, cbnode_t* node) { assert(cb && node); if(!node->prev) { cb->head = node->next; } else { node->prev->next = node->next; } if(!node->next) { cb->tail = node->prev; } else { node->next->prev = node->prev; } moveNodeForReuse(cb, node); cb->indexGood = false; // it will be updated when needed. } CBuffer* CBuffer_New(uint maxNumLines, uint maxLineLength, int flags) { char name[32+1]; CBuffer* cb; if(maxNumLines < 1 || maxLineLength < 1) Con_Error("CBuffer::New: Odd buffer params"); cb = (CBuffer*)malloc(sizeof *cb); if(!cb) Con_Error("CBuffer::New: Failed on allocation of %lu bytes for new CBuffer.", (unsigned long) sizeof *cb); dd_snprintf(name, 33, "CBufferMutex%p", cb); cb->mutex = Sys_CreateMutex(name); cb->flags = flags; cb->head = cb->tail = NULL; cb->used = NULL; cb->numLines = 0; cb->maxLineLen = maxLineLength; cb->writebuf = (char*)calloc(1, cb->maxLineLen+1); if(!cb->writebuf) Con_Error("CBuffer::New: Failed on allocation of %lu bytes for write buffer.", (unsigned long) (cb->maxLineLen+1)); cb->wbc = 0; cb->wbFlags = 0; cb->maxLines = maxNumLines; // Allocate the index now. cb->index = (cbnode_t**)malloc(cb->maxLines * sizeof *cb->index); if(!cb->index) Con_Error("CBuffer::New: Failed on allocation of %lu bytes for line index.", (unsigned long) (cb->maxLines * sizeof *cb->index)); cb->indexSize = cb->maxLines; cb->indexGood = true; // its empty so... return cb; } static void clearText(CBuffer* cb, dd_bool recycle) { cbnode_t* n, *np; assert(cb); n = cb->head; while(n) { np = n->next; if(!recycle) { destroyNode(n); } else { moveNodeForReuse(cb, n); } n = np; } cb->head = cb->tail = NULL; cb->numLines = 0; } static void clearWriteBuffer(CBuffer* cb) { assert(cb); memset(cb->writebuf, 0, cb->maxLineLen); cb->wbc = 0; } static void clearIndex(CBuffer* cb) { assert(cb); if(!cb->index) return; free(cb->index); } static void clearUsedNodes(CBuffer* cb) { assert(cb); { cbnode_t* np, *n = cb->used; while(n) { np = n->next; destroyNode(n); n = np; }} } void CBuffer_Clear(CBuffer* cb) { lock(cb, true); clearText(cb, true); lock(cb, false); } void CBuffer_Delete(CBuffer* cb) { assert(cb); lock(cb, true); clearText(cb, false); clearWriteBuffer(cb); clearIndex(cb); clearUsedNodes(cb); lock(cb, false); Sys_DestroyMutex(cb->mutex); cb->mutex = 0; free(cb); } uint CBuffer_MaxLineLength(CBuffer* cb) { assert(cb); { uint max; lock(cb, true); max = cb->maxLineLen; lock(cb, false); return max; } } void CBuffer_SetMaxLineLength(CBuffer* cb, uint length) { assert(cb); lock(cb, true); cb->maxLineLen = length; // The write buffer will be trimmed if resizing smaller. cb->writebuf = (char*)realloc(cb->writebuf, cb->maxLineLen+1); if(!cb->writebuf) Con_Error("CBuffer::SetMaxLineLength: Failed on reallocation of %lu bytes for new write buffer.", (unsigned long) (cb->maxLineLen+1)); if(cb->wbc > cb->maxLineLen) cb->wbc = cb->maxLineLen; lock(cb, false); } uint CBuffer_NumLines(CBuffer* cb) { uint num; assert(cb); lock(cb, true); num = cb->numLines; // 1-based index. lock(cb, false); return num; } static void expandIndex(CBuffer* cb) { assert(cb); if(cb->indexSize < cb->numLines) { cb->index = (cbnode_t**)realloc(cb->index, cb->numLines * sizeof *cb->index); if(!cb->index) Con_Error("CBuffer::expandIndex: Failed on (re)allocation of %lu bytes for line index.", cb->numLines * sizeof *cb->index); cb->indexSize = cb->numLines; } } static void rebuildIndex(CBuffer* cb) { assert(cb); if(cb->indexGood) return; expandIndex(cb); { uint i = 0; cbnode_t* node; for(node = cb->head; node; node = node->next) { cb->index[i++] = node; }} cb->indexGood = true; } static cbnode_t* bufferGetLine(CBuffer* cb, uint idx) { cbnode_t* node = NULL; assert(cb); if(!(cb->numLines == 0 || idx >= cb->numLines)) { rebuildIndex(cb); node = cb->index[idx]; } return node; } static uint bufferGetLines(CBuffer* cb, uint reqCount, int firstIdx, cbline_t const** list, int blflags) { assert(cb && list); if((long) firstIdx <= (long) cb->numLines) { uint n, idx, count = reqCount; if(firstIdx < 0) { long other = -((long) firstIdx); if(other > (long) cb->numLines) firstIdx = 0; else firstIdx = cb->numLines - other; } idx = firstIdx; if(reqCount == 0 || idx + count > cb->numLines) count = cb->numLines - idx; // Collect the ptrs. n = 0; { uint i; for(i = 0; i < count; ++i) { cbnode_t* node = bufferGetLine(cb, idx++); const cbline_t* line = node->data; if(!line) continue; if((blflags & BLF_OMIT_RULER) && (line->flags & CBLF_RULER)) continue; if((blflags & BLF_OMIT_EMPTYLINE) && !(line->flags & CBLF_RULER) && (!line->text || line->len == 0)) continue; list[n++] = line; }} // Terminate. list[n] = 0; return n; } if(*list) list[0] = 0; return 0; } uint CBuffer_GetLines2(CBuffer* cb, uint reqCount, int firstIdx, cbline_t const** list, int blflags) { uint result; lock(cb, true); result = bufferGetLines(cb, reqCount, firstIdx, list, blflags); lock(cb, false); return result; } uint CBuffer_GetLines(CBuffer* cb, uint reqCount, int firstIdx, cbline_t const** list) { return CBuffer_GetLines2(cb, reqCount, firstIdx, list, 0); } const cbline_t* CBuffer_GetLine(CBuffer* cb, uint idx) { const cbline_t* line = NULL; cbnode_t* node; lock(cb, true); node = bufferGetLine(cb, idx); if(node) line = node->data; lock(cb, false); return line; } static cbline_t* bufferNewLine(CBuffer* cb) { cbnode_t* node; cbline_t* line; assert(cb); // Do we have any used nodes we can reuse? if(cb->used) { node = cb->used; cb->used = node->next; line = node->data; } else { // Allocate another line. line = (cbline_t*)malloc(sizeof *line); if(!line) Con_Error("CBuffer::NewLine: Failed on allocation of %lu bytes for new cbline.", (unsigned long) sizeof *line); node = (cbnode_t*)malloc(sizeof *node); if(!node) Con_Error("CBuffer::NewLine: Failed on allocation of %lu bytes for new cbline node", (unsigned long) sizeof *node); node->data = line; line->text = NULL; line->len = 0; } assert(node->data); cb->numLines++; line->flags = 0; // Link it in. insertNodeAtEnd(cb, node); // Check if there are too many lines. if(cb->numLines > cb->maxLines) { // Drop the earliest. removeNode(cb, cb->head); cb->numLines--; } return line; } static void bufferFlush(CBuffer* cb) { uint len; cbline_t* line; assert(cb); // Is there anything to flush? if(cb->wbc < 1) return; line = bufferNewLine(cb); // // Flush the write buffer. // len = cb->wbc; if(line->text) { if(line->len <= len) { line->len = len + 1; line->text = (char*)Z_Realloc(line->text, line->len, PU_APPSTATIC); if(!line->text) Con_Error("CBuffer::flush: Failed on reallocation of %lu bytes for text line.", (unsigned long) line->len); } } else { line->len = len + 1; line->text = (char*)Z_Malloc(line->len, PU_APPSTATIC, 0); if(!line->text) Con_Error("CBuffer::flush: Failed on allocation of %lu bytes for text line.", (unsigned long) line->len); } memcpy(line->text, cb->writebuf, len); line->text[len] = 0; line->flags = cb->wbFlags; // Clear the write buffer. memset(cb->writebuf, 0, cb->maxLineLen); cb->wbc = 0; cb->wbFlags = 0; } void CBuffer_Flush(CBuffer* cb) { lock(cb, true); bufferFlush(cb); lock(cb, false); } void CBuffer_Write(CBuffer* cb, int flags, const char* txt) { assert(cb); lock(cb, true); // Check for special write actions first. if(flags & CBLF_RULER) { bufferFlush(cb); bufferNewLine(cb)->flags |= CBLF_RULER; flags &= ~CBLF_RULER; } if(!(!txt || !strcmp(txt, ""))) { size_t i, len = strlen(txt); // Copy the text into the write buffer and flush to the history // buffer when as necessary/required. for(i = 0; i < len; ++i) { cb->wbFlags = flags; if(txt[i] == '\n' || cb->wbc >= cb->maxLineLen) // A new line? { bufferFlush(cb); // Newlines won't get in the buffer at all. if(txt[i] == '\n') continue; } // Copy the next character to the write buffer. cb->writebuf[cb->wbc++] = txt[i]; } if(cb->flags & CBF_ALWAYSFLUSH) { // Don't leave data in the write buffer. bufferFlush(cb); } } lock(cb, false); } #endif doomsday-1.14.5/doomsday/client/src/busymode.cpp0000664000175000017500000003267412350542237021143 0ustar jaakkojaakko/** @file busymode.cpp Busy Mode * @ingroup base * * @authors Copyright © 2007-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_BUSY #include "de_base.h" #include "de_platform.h" #include "de_console.h" #include "de_graphics.h" #include "de_network.h" #include "audio/s_main.h" #include "ui/busyvisual.h" #include #include #include #ifdef __CLIENT__ #include "clientapp.h" #include "ui/clientwindowsystem.h" #include "ui/widgets/busywidget.h" static void BusyMode_Exit(void); static QEventLoop* eventLoop; static volatile dd_bool busyDoneCopy; static timespan_t busyTime; static dd_bool busyWillAnimateTransition; static dd_bool busyWasIgnoringInput; #endif // __CLIENT__ static dd_bool busyModeAllowed = true; ///< Can we enter busy mode? static dd_bool busyInited; static volatile dd_bool busyDone; static mutex_t busy_Mutex; // To prevent Data races in the busy thread. static BusyTask* busyTask; // Current task. static thread_t busyThread; static timespan_t accumulatedBusyTime; // Never cleared. static dd_bool busyTaskEndedWithError; static char busyError[256]; #ifdef __CLIENT__ static dd_bool animatedTransitionActive(int busyMode) { return (!novideo && !isDedicated && !netGame && !(busyMode & BUSYF_STARTUP) && rTransitionTics > 0 && (busyMode & BUSYF_TRANSITION)); } #endif dd_bool BusyMode_Active(void) { return busyInited; } timespan_t BusyMode_ElapsedTime(void) { if(!BusyMode_Active()) return 0; return accumulatedBusyTime; } dd_bool BusyMode_IsWorkerThread(uint threadId) { dd_bool result; if(!BusyMode_Active() || !busyThread) return false; /// @todo Is locking necessary? Sys_Lock(busy_Mutex); result = (Sys_ThreadId(busyThread) == threadId); Sys_Unlock(busy_Mutex); return result; } dd_bool BusyMode_InWorkerThread(void) { return BusyMode_IsWorkerThread(Sys_CurrentThreadId()); } BusyTask* BusyMode_CurrentTask(void) { if(!BusyMode_Active()) return NULL; return busyTask; } #ifdef __CLIENT__ /** * Callback that is called from the busy worker thread when it exists. * @param status Exit status. */ static void busyWorkerTerminated(systhreadexitstatus_t status) { DENG_ASSERT(BusyMode_Active()); if(status == DENG_THREAD_STOPPED_WITH_EXCEPTION) { _api_Busy.WorkerError("Uncaught exception from busy thread."); } } /** * Sets up module state for running a busy task. After this the busy mode event * loop is started. The loop will run until the worker thread exits. */ static void beginTask(BusyTask* task) { DENG_ASSERT(task); if(!busyInited) { busy_Mutex = Sys_CreateMutex("BUSY_MUTEX"); } if(busyInited) { Con_Error("Con_Busy: Already busy.\n"); } BusyVisual_PrepareResources(); Sys_Lock(busy_Mutex); busyDone = false; busyTaskEndedWithError = false; // This is now the current task. busyTask = task; Sys_Unlock(busy_Mutex); busyInited = true; de::ProgressWidget &prog = ClientWindow::main().busy().progress(); prog.show(); prog.setText(task->name); prog.setMode(task->mode & BUSYF_ACTIVITY? de::ProgressWidget::Indefinite : de::ProgressWidget::Ranged); // Start the busy worker thread, which will process the task in the // background while we keep the user occupied with nice animations. busyThread = Sys_StartThread(busyTask->worker, busyTask->workerData); Thread_SetCallback(busyThread, busyWorkerTerminated); busyTask->_startTime = Timer_RealSeconds(); } /** * Called after the busy mode worker thread and the event (sub-)loop has been stopped. */ static void endTask(BusyTask* task) { DENG_ASSERT(task); DENG_ASSERT_IN_MAIN_THREAD(); LOG_VERBOSE("Busy mode lasted %.2f seconds") << busyTime; if(busyTaskEndedWithError) { Con_AbnormalShutdown(busyError); } if(busyWillAnimateTransition) { Con_TransitionBegin(); } // Make sure that any remaining deferred content gets uploaded. if(!(task->mode & BUSYF_NO_UPLOADS)) { GL_ProcessDeferredTasks(0); } Sys_DestroyMutex(busy_Mutex); busyInited = false; } #endif // __CLIENT__ /** * Runs the busy mode event loop. Execution blocks here until the worker thread exits. */ static int runTask(BusyTask* task) { DENG_ASSERT(task); #ifdef __CLIENT__ if(busyModeAllowed) { // Let's get busy! beginTask(task); DENG_ASSERT(eventLoop == 0); // Run a local event loop since the primary event loop is blocked while // we're busy. This event loop is able to handle window and input events // just like the primary loop. eventLoop = new QEventLoop; int result = eventLoop->exec(); delete eventLoop; eventLoop = 0; // Teardown. endTask(task); return result; } else #endif { // Don't bother to start a thread -- non-GUI mode. return task->worker(task->workerData); } } #ifdef __CLIENT__ dd_bool BusyMode_IsTransitionAnimated(void) { return busyWillAnimateTransition; } #endif void BusyMode_SetAllowed(dd_bool allow) { busyModeAllowed = allow; } void BusyMode_FreezeGameForBusyMode(void) { #ifdef __CLIENT__ // This is only possible from the main thread. if(ClientWindow::mainExists() && busyModeAllowed && de::App::inMainThread()) { ClientWindow::main().busy().renderTransitionFrame(); } #endif } static void preBusySetup(int initialMode) { #ifdef __CLIENT__ //ClientWindow::main().busy().renderTransitionFrame(); // Are we doing a transition effect? busyWillAnimateTransition = animatedTransitionActive(initialMode); if(busyWillAnimateTransition) { Con_TransitionConfigure(); } busyWasIgnoringInput = DD_IgnoreInput(true); // Load any resources needed beforehand. //BusyVisual_PrepareResources(); //BusyVisual_PrepareFont(); //BusyVisual_LoadTextures(); // Limit frame rate to 60, no point pushing it any faster while busy. ClientApp::app().loop().setRate(60); // Switch the window to busy mode UI. ClientWindowSystem::main().setMode(ClientWindow::Busy); #else DENG_UNUSED(initialMode); #endif } static void postBusyCleanup() { #ifdef __CLIENT__ // Discard input events so that any and all accumulated input events are ignored. DD_IgnoreInput(busyWasIgnoringInput); DD_ResetTimer(); //BusyVisual_ReleaseTextures(); // Back to unlimited frame rate. ClientApp::app().loop().setRate(0); // Switch the window to normal UI. ClientWindowSystem::main().setMode(ClientWindow::Normal); if(!Con_TransitionInProgress()) { ClientWindow::main().busy().releaseTransitionFrame(); } #endif } /** * @param mode Busy mode flags @ref busyModeFlags * @param worker Worker thread that does processing while in busy mode. * @param workerData Data context for the worker thread. * @param taskName Optional task name (drawn with the progress bar). */ static BusyTask* newTask(int mode, busyworkerfunc_t worker, void* workerData, const char* taskName) { // Initialize the task. BusyTask* task = (BusyTask*) calloc(1, sizeof(*task)); task->mode = mode; task->worker = worker; task->workerData = workerData; // Take a copy of the task name. if(taskName && taskName[0]) { task->name = strdup(taskName); } return task; } static void deleteTask(BusyTask* task) { DENG_ASSERT(task); if(task->name) free((void*)task->name); free(task); } int BusyMode_RunTasks(BusyTask* tasks, int numTasks) { const char* currentTaskName = NULL; BusyTask* task; int i, mode; int result = 0; if(BusyMode_Active()) { Con_Error("BusyMode: Internal error, already busy..."); exit(1); // Unreachable. } if(!tasks || numTasks <= 0) return result; // Hmm, no work? // Pick the first task. task = tasks; int initialMode = task->mode; preBusySetup(initialMode); // Process tasks. for(i = 0; i < numTasks; ++i, task++) { // If no new task name is specified, continue using the name of the previous task. if(task->name) { if(task->name[0]) currentTaskName = task->name; else // Clear the name. currentTaskName = NULL; } mode = task->mode; /// @todo Kludge: Force BUSYF_STARTUP here so that the animation of one task /// is not drawn on top of the last frame of the previous. if(numTasks > 1) { mode |= BUSYF_STARTUP; } // kludge end // Null tasks are not processed (implicit success). if(!task->worker) continue; /** * Process the work. */ #ifdef __CLIENT__ // Is the worker updating its progress? if(task->maxProgress > 0) Con_InitProgress2(task->maxProgress, task->progressStart, task->progressEnd); #endif // Invoke the worker in a new thread. /// @todo Kludge: Presently a temporary local task is needed so that we can modify /// the task name and mode flags. { BusyTask* tmp = newTask(mode, task->worker, task->workerData, currentTaskName); result = runTask(tmp); // We are now done with this task. deleteTask(tmp); if(result) break; } // kludge end. } postBusyCleanup(); return result; } int BusyMode_RunTask(BusyTask* task) { return BusyMode_RunTasks(task, 1); } int BusyMode_RunNewTaskWithName(int mode, busyworkerfunc_t worker, void* workerData, const char* taskName) { BusyTask* task = newTask(mode, worker, workerData, taskName); int result = BusyMode_RunTask(task); deleteTask(task); return result; } int BusyMode_RunNewTask(int mode, busyworkerfunc_t worker, void* workerData) { return BusyMode_RunNewTaskWithName(mode, worker, workerData, NULL/*no task name*/); } #ifdef __CLIENT__ /** * Ends the busy event loop and sets its return value. The loop callback, which * during busy mode points to the busy loop callback, is reset to NULL. */ static void stopEventLoopWithValue(int result) { DENG_ASSERT(eventLoop != 0); eventLoop->exit(result); } /** * Exits the busy mode event loop. Called in the main thread, does not return * until the worker thread is stopped. */ static void BusyMode_Exit(void) { int result; systhreadexitstatus_t status; DENG_ASSERT_IN_MAIN_THREAD(); busyDone = true; // Make sure the worker finishes before we continue. result = Sys_WaitThread(busyThread, busyTaskEndedWithError? 100 : 5000, &status); busyThread = NULL; busyTask = NULL; stopEventLoopWithValue(result); } /** * The busy loop callback function. Called periodically in the main (UI) thread * while the busy worker is running. */ void BusyMode_Loop(void) { if(!busyTask || !BusyMode_Active()) return; dd_bool canUpload = !(busyTask->mode & BUSYF_NO_UPLOADS); timespan_t oldTime; // Post and discard all input events. DD_ProcessEvents(0); DD_ProcessSharpEvents(0); if(canUpload) { ClientWindowSystem::main().glActivate(); // Any deferred content needs to get uploaded. GL_ProcessDeferredTasks(15); } // We accumulate time in the busy loop so that the animation of a task // sequence doesn't jump around but remains continuous. oldTime = busyTime; busyTime = Timer_RealSeconds() - busyTask->_startTime; if(busyTime > oldTime) { accumulatedBusyTime += busyTime - oldTime; } Sys_Lock(busy_Mutex); busyDoneCopy = busyDone; Sys_Unlock(busy_Mutex); if(!busyDoneCopy || (canUpload && GL_DeferredTaskCount() > 0) || !Con_IsProgressAnimationCompleted()) { // Let's keep running the busy loop. ClientWindowSystem::main().draw(); return; } // Stop the loop. BusyMode_Exit(); } #endif // __CLIENT__ void BusyMode_WorkerError(const char* message) { busyTaskEndedWithError = true; strncpy(busyError, message, sizeof(busyError) - 1); _api_Busy.WorkerEnd(); } void BusyMode_WorkerEnd(void) { if(!busyInited) return; Sys_Lock(busy_Mutex); busyDone = true; Sys_Unlock(busy_Mutex); } DENG_DECLARE_API(Busy) = { { DE_API_BUSY }, BusyMode_Active, BusyMode_ElapsedTime, BusyMode_FreezeGameForBusyMode, BusyMode_RunTask, BusyMode_RunTasks, BusyMode_RunNewTask, BusyMode_RunNewTaskWithName, BusyMode_WorkerEnd, BusyMode_WorkerError }; doomsday-1.14.5/doomsday/client/src/unix/0000775000175000017500000000000012350542240017551 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/unix/joystick.cpp0000664000175000017500000001406112350542240022116 0ustar jaakkojaakko/** @file joystick.cpp Joystick input pre-processing for Unix. * @ingroup input * * Uses SDL. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 2005 Zachary Keene * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #ifndef DENG_NO_SDL # include #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_misc.h" #define CONVCONST ((IJOY_AXISMAX - IJOY_AXISMIN) / 65535.0) int joydevice = 0; // Joystick index to use (cvar) byte useJoystickCvar = true; // Joystick input enabled? (cvar) static dd_bool joyInited; static byte joyAvailable; // Input enabled from a source? static dd_bool joyButtonWasDown[IJOY_MAXBUTTONS]; #ifndef DENG_NO_SDL static SDL_Joystick *joy; #endif void Joystick_Register(void) { #ifndef DENG_NO_SDL C_VAR_INT("input-joy-device", &joydevice, CVF_NO_MAX | CVF_PROTECTED, 0, 0); C_VAR_BYTE("input-joy", &useJoystickCvar, 0, 0, 1); #endif } #ifndef DENG_NO_SDL static void initialize(void) { int joycount; if(isDedicated || CommandLine_Check("-nojoy")) return; #ifdef SOLARIS /** * @note Solaris has no Joystick support according to * https://sourceforge.net/tracker/?func=detail&atid=542099&aid=1732554&group_id=74815 */ return; #endif if(SDL_InitSubSystem(SDL_INIT_JOYSTICK)) { LOG_INPUT_ERROR("SDL init failed for joystick: %s") << SDL_GetError(); } if((joycount = SDL_NumJoysticks()) > 0) { if(joydevice > joycount) { LOG_INPUT_WARNING("Using the default joystick instead of joystick #%i") << joydevice; joy = SDL_JoystickOpen(0); } else joy = SDL_JoystickOpen(joydevice); } if(joy) { // Show some info. LOG_INPUT_MSG("Joystick name: %s" ) << SDL_JoystickName(SDL_JoystickIndex(joy)); // We'll handle joystick events manually SDL_JoystickEventState(SDL_ENABLE); LOG_INPUT_VERBOSE("Joystick reports %i axes, %i buttons, %i hats, and %i trackballs") << SDL_JoystickNumAxes(joy) << SDL_JoystickNumButtons(joy) << SDL_JoystickNumHats(joy) << SDL_JoystickNumBalls(joy); joyAvailable = true; } else { LOG_INPUT_NOTE("No joysticks found"); joyAvailable = false; } } #endif dd_bool Joystick_Init(void) { #ifndef DENG_NO_SDL if(joyInited) return true; // Already initialized. LOG_AS("Joystick_Init"); initialize(); joyInited = true; #endif return true; } void Joystick_Shutdown(void) { #ifndef DENG_NO_SDL if(!joyInited) return; // Not initialized. if(joy) { SDL_JoystickClose(joy); joy = 0; } joyInited = false; #endif } dd_bool Joystick_IsPresent(void) { return joyAvailable; } void Joystick_GetState(joystate_t *state) { #ifndef DENG_NO_SDL int i, pov; memset(state, 0, sizeof(*state)); // Initialization has not been done. if(!Joystick_IsPresent() || !useJoystickCvar || !joyInited) return; // Update joysticks SDL_JoystickUpdate(); // What do we have available to us? state->numAxes = MIN_OF( SDL_JoystickNumAxes(joy), IJOY_MAXAXES ); state->numButtons = MIN_OF( SDL_JoystickNumButtons(joy), IJOY_MAXBUTTONS ); state->numHats = MIN_OF( SDL_JoystickNumHats(joy), IJOY_MAXHATS ); for(i = 0; i < state->numAxes; ++i) { int value = SDL_JoystickGetAxis(joy, i); // SDL returns a value between -32768 and 32767, but Doomsday is expecting // -10000 to 10000. We'll convert as we go. value = ((value + 32768) * CONVCONST) + IJOY_AXISMIN; state->axis[i] = value; } for(i = 0; i < state->numButtons; ++i) { int isDown = SDL_JoystickGetButton(joy, i); if(isDown && !joyButtonWasDown[i]) { state->buttonDowns[i] = 1; state->buttonUps[i] = 0; } else if(!isDown && joyButtonWasDown[i]) { state->buttonDowns[i] = 0; state->buttonUps[i] = 1; } joyButtonWasDown[i] = isDown; } for(i = 0; i < state->numHats; ++i) { pov = SDL_JoystickGetHat(joy, i); switch(pov) { case SDL_HAT_UP: state->hatAngle[i] = 0; break; case SDL_HAT_RIGHT: state->hatAngle[i] = 90; break; case SDL_HAT_DOWN: state->hatAngle[i] = 180; break; case SDL_HAT_LEFT: state->hatAngle[i] = 270; break; case SDL_HAT_RIGHTUP: state->hatAngle[i] = 45; break; case SDL_HAT_RIGHTDOWN: state->hatAngle[i] = 135; break; case SDL_HAT_LEFTUP: state->hatAngle[i] = 315; break; case SDL_HAT_LEFTDOWN: state->hatAngle[i] = 225; break; default: state->hatAngle[i] = IJOY_POV_CENTER; } } #else memset(state, 0, sizeof(*state)); #endif } doomsday-1.14.5/doomsday/client/src/unix/dd_uinit.cpp0000664000175000017500000001207212350542240022056 0ustar jaakkojaakko/** @file dd_uinit.cpp Engine Initialization (Unix). * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include #include #include #include #include #ifdef UNIX # include "library.h" #endif #include "de_base.h" #include "de_graphics.h" #include "de_console.h" #include "de_system.h" #include "de_play.h" #include "de_network.h" #include "de_misc.h" #include "filesys/fs_util.h" #include "dd_uinit.h" #include #ifdef __CLIENT__ # include #endif application_t app; #ifdef __CLIENT__ static int initDGL(void) { return (int) Sys_GLPreInit(); } #endif static void determineGlobalPaths(application_t* app) { assert(app); // By default, make sure the working path is the home folder. de::App::setCurrentWorkPath(de::App::app().nativeHomePath()); #ifndef MACOSX if(getenv("HOME")) { filename_t homePath; directory_t* temp; dd_snprintf(homePath, FILENAME_T_MAXLEN, "%s/%s/runtime/", getenv("HOME"), DENG2_APP->unixHomeFolderName().toLatin1().constData()); temp = Dir_New(homePath); Dir_mkpath(Dir_Path(temp)); app->usingHomeDir = Dir_SetCurrent(Dir_Path(temp)); if(app->usingHomeDir) { strncpy(ddRuntimePath, Dir_Path(temp), FILENAME_T_MAXLEN); } Dir_Delete(temp); } #endif // The -userdir option sets the working directory. if(CommandLine_CheckWith("-userdir", 1)) { filename_t runtimePath; directory_t* temp; strncpy(runtimePath, CommandLine_NextAsPath(), FILENAME_T_MAXLEN); Dir_CleanPath(runtimePath, FILENAME_T_MAXLEN); // Ensure the path is closed with a directory separator. F_AppendMissingSlashCString(runtimePath, FILENAME_T_MAXLEN); temp = Dir_New(runtimePath); app->usingUserDir = Dir_SetCurrent(Dir_Path(temp)); if(app->usingUserDir) { strncpy(ddRuntimePath, Dir_Path(temp), FILENAME_T_MAXLEN); #ifndef MACOSX app->usingHomeDir = false; #endif } Dir_Delete(temp); } #ifndef MACOSX if(!app->usingHomeDir && !app->usingUserDir) #else if(!app->usingUserDir) #endif { // The current working directory is the runtime dir. directory_t* temp = Dir_NewFromCWD(); strncpy(ddRuntimePath, Dir_Path(temp), FILENAME_T_MAXLEN); Dir_Delete(temp); } /** * Determine the base path. Unless overridden on the command line this is * determined according to the the build configuration. * Usually this is something like "/usr/share/deng/". */ if(CommandLine_CheckWith("-basedir", 1)) { strncpy(ddBasePath, CommandLine_NextAsPath(), FILENAME_T_MAXLEN); } else { #ifdef MACOSX strncpy(ddBasePath, "./", FILENAME_T_MAXLEN); #else strncpy(ddBasePath, DENG_BASE_DIR, FILENAME_T_MAXLEN); #endif // Also check the system config files. UnixInfo_GetConfigValue("paths", "basedir", ddBasePath, FILENAME_T_MAXLEN); } Dir_CleanPath(ddBasePath, FILENAME_T_MAXLEN); Dir_MakeAbsolutePath(ddBasePath, FILENAME_T_MAXLEN); // Ensure it ends with a directory separator. F_AppendMissingSlashCString(ddBasePath, FILENAME_T_MAXLEN); } dd_bool DD_Unix_Init(void) { dd_bool failed = true; memset(&app, 0, sizeof(app)); // We wish to use U.S. English formatting for time and numbers. setlocale(LC_ALL, "en_US.UTF-8"); DD_InitCommandLine(); Library_Init(); // Determine our basedir and other global paths. determineGlobalPaths(&app); if(!DD_EarlyInit()) { Sys_MessageBox(MBT_ERROR, DOOMSDAY_NICENAME, "Error during early init.", 0); } #ifdef __CLIENT__ else if(!initDGL()) { Sys_MessageBox(MBT_ERROR, DOOMSDAY_NICENAME, "Error initializing DGL.", 0); } #endif else { // Everything okay so far. failed = false; } return !failed; } /** * Shuts down the engine. */ void DD_Shutdown(void) { // Shutdown all subsystems. DD_ShutdownAll(); Plug_UnloadAll(); Library_Shutdown(); #ifdef __CLIENT__ DisplayMode_Shutdown(); #endif } doomsday-1.14.5/doomsday/client/src/sys_system.cpp0000664000175000017500000001536312350542237021532 0ustar jaakkojaakko/** @file sys_system.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Abstract interfaces to platform-level services. */ #ifdef WIN32 # define WIN32_LEAN_AND_MEAN # include # include #endif #include #include "de_console.h" #include "de_system.h" #include "de_graphics.h" #include "de_misc.h" #include "dd_main.h" #include "dd_loop.h" #ifdef __CLIENT__ # include "gl/gl_main.h" #endif #include "ui/nativeui.h" #include "network/net_main.h" #include "network/net_buf.h" #include "audio/s_main.h" #include #include #if defined(WIN32) && !defined(_DEBUG) # define DENG_CATCH_SIGNALS #endif int novideo; // if true, stay in text mode for debugging static dd_bool appShutdown = false; ///< Set to true when we should exit (normally). #ifdef DENG_CATCH_SIGNALS /** * Borrowed from Lee Killough. */ static void C_DECL handler(int s) { signal(s, SIG_IGN); // Ignore future instances of this signal. Con_Error(s==SIGSEGV ? "Segmentation Violation\n" : s==SIGINT ? "Interrupted by User\n" : s==SIGILL ? "Illegal Instruction\n" : s==SIGFPE ? "Floating Point Exception\n" : s==SIGTERM ? "Killed\n" : "Terminated by signal\n"); } #endif /** * Initialize platform level services. * * \note This must be called from the main thread due to issues with the devices * we use via the WINAPI, MCI (cdaudio, mixer etc) on the WIN32 platform. */ void Sys_Init(void) { de::Time begunAt; LOG_VERBOSE("Setting up platform state..."); LOG_AUDIO_VERBOSE("Initializing Audio subsystem..."); S_Init(); #ifdef DENG_CATCH_SIGNALS // Register handler for abnormal situations (in release build). signal(SIGSEGV, handler); signal(SIGTERM, handler); signal(SIGILL, handler); signal(SIGFPE, handler); signal(SIGILL, handler); signal(SIGABRT, handler); #endif #ifndef WIN32 // We are not worried about broken pipes. When a TCP connection closes, // we prefer to receive an error code instead of a signal. signal(SIGPIPE, SIG_IGN); #endif LOG_NET_VERBOSE("Initializing Network subsystem..."); N_Init(); LOGDEV_VERBOSE("Sys_Init completed in %.2f seconds") << begunAt.since(); } dd_bool Sys_IsShuttingDown(void) { return appShutdown; } /** * Return to default system state. */ void Sys_Shutdown(void) { // We are now shutting down. appShutdown = true; // Time to unload *everything*. if(App_GameLoaded()) Con_Execute(CMDS_DDAY, "unload", true, false); Net_Shutdown(); // Let's shut down sound first, so Windows' HD-hogging doesn't jam // the MUS player (would produce horrible bursts of notes). S_Shutdown(); #ifdef __CLIENT__ GL_Shutdown(); DD_ClearEvents(); #endif DD_DestroyGames(); } static int showCriticalMessage(const char* msg) { // This is going to be the end, I'm afraid. de::Loop::appLoop().stop(); Sys_MessageBox(MBT_WARNING, DOOMSDAY_NICENAME, msg, 0); return 0; #if 0 #ifdef WIN32 #ifdef UNICODE wchar_t buf[256]; #else char buf[256]; #endif int ret; Window *wnd = Window::main(); DENG_ASSERT(wnd != 0); HWND hWnd = (HWND) wnd->nativeHandle(); if(!hWnd) { DD_Win32_SuspendMessagePump(true); MessageBox(HWND_DESKTOP, TEXT("Sys_CriticalMessage: Main window not available."), NULL, MB_ICONERROR | MB_OK); DD_Win32_SuspendMessagePump(false); return false; } ShowCursor(TRUE); ShowCursor(TRUE); DD_Win32_SuspendMessagePump(true); GetWindowText(hWnd, buf, 255); ret = (MessageBox(hWnd, WIN_STRING(msg), buf, MB_OK | MB_ICONEXCLAMATION) == IDYES); DD_Win32_SuspendMessagePump(false); ShowCursor(FALSE); ShowCursor(FALSE); return ret; #else fprintf(stderr, "--- %s\n", msg); return 0; #endif #endif } int Sys_CriticalMessage(const char* msg) { return showCriticalMessage(msg); } int Sys_CriticalMessagef(const char* format, ...) { static const char* unknownMsg = "Unknown critical issue occured."; const size_t BUF_SIZE = 655365; const char* msg; char* buf = 0; va_list args; int result; if(format && format[0]) { va_start(args, format); buf = (char*) calloc(1, BUF_SIZE); dd_vsnprintf(buf, BUF_SIZE, format, args); msg = buf; va_end(args); } else { msg = unknownMsg; } result = showCriticalMessage(msg); if(buf) free(buf); return result; } void Sys_Sleep(int millisecs) { /* #ifdef WIN32 Sleep(millisecs); #endif */ Thread_Sleep(millisecs); } void Sys_BlockUntilRealTime(uint realTimeMs) { uint remaining = realTimeMs - Timer_RealMilliseconds(); if(remaining > 50) { // Target time is in the past; or the caller is attempting to wait for // too long a time. return; } while(Timer_RealMilliseconds() < realTimeMs) { // Do nothing; don't yield execution. We want to exit here at the // precise right moment. } } void Sys_ShowCursor(dd_bool show) { #ifdef WIN32 ShowCursor(show); #else // The cursor is controlled using Qt in Canvas. DENG2_UNUSED(show); #endif } void Sys_HideMouse(void) { #ifdef WIN32 if(novideo) return; ShowCursor(FALSE); #endif #ifdef UNIX Sys_ShowCursor(false); #endif } /** * Called when Doomsday should quit (will be deferred until convenient). */ #undef Sys_Quit DENG_EXTERN_C void Sys_Quit(void) { if(BusyMode_Active()) { // The busy worker is running; we cannot just stop it abruptly. Sys_MessageBox2(MBT_WARNING, DOOMSDAY_NICENAME, "Cannot quit while in busy mode.", "Try again later after the current operation has finished.", 0); return; } appShutdown = true; // It's time to stop the main loop. DENG2_APP->stopLoop(DD_GameLoopExitCode()); } doomsday-1.14.5/doomsday/client/src/def_read.cpp0000664000175000017500000027304412350542237021043 0ustar jaakkojaakko/** @file def_read.cpp * * Doomsday Engine Definition File Reader. * * A GHASTLY MESS!!! This should be rewritten. * * You have been warned! * * At the moment the idea is that a lot of macros are used to read a more * or less fixed structure of definitions, and if an error occurs then * "goto out_of_here;". It leads to a lot more code than an elegant parser * would require. * * The current implementation of the reader is a "structural" approach: * the definition file is parsed based on the structure implied by * the read tokens. A true parser would have syntax definitions for * a bunch of tokens, and the same parsing rules would be applied for * everything. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_filesys.h" #include "de_misc.h" #include "de_defs.h" // XGClass.h is actually a part of the engine. #include "../../../plugins/common/include/xgclass.h" #include #include using namespace de; #define MAX_RECUR_DEPTH 30 #define MAX_TOKEN_LEN 128 // Some macros. #define STOPCHAR(x) (isspace(x) || x == ';' || x == '#' || x == '{' \ || x == '}' || x == '=' || x == '"' || x == '*' \ || x == '|') #define ISTOKEN(X) (!stricmp(token, X)) #define READSTR(X) if(!ReadString(X, sizeof(X))) { \ SetError("Syntax error in string value."); \ retVal = false; goto ded_end_read; } #define READURI(X, SHM) if(!ReadUri(X, SHM)) { \ SetError("Syntax error parsing resource path."); \ retVal = false; goto ded_end_read; } #define MISSING_SC_ERROR SetError("Missing semicolon."); \ retVal = false; goto ded_end_read; #define CHECKSC if(source->version <= 5) { ReadToken(); if(!ISTOKEN(";")) { MISSING_SC_ERROR; } } #define FINDBEGIN while(!ISTOKEN("{") && !source->atEnd) ReadToken(); #define FINDEND while(!ISTOKEN("}") && !source->atEnd) ReadToken(); #define ISLABEL(X) (!stricmp(label, X)) #define READLABEL if(!ReadLabel(label)) { retVal = false; goto ded_end_read; } \ if(ISLABEL("}")) break; #define READLABEL_NOBREAK if(!ReadLabel(label)) { retVal = false; goto ded_end_read; } #define FAILURE retVal = false; goto ded_end_read; #define READBYTE(X) if(!ReadByte(&X)) { FAILURE } #define READINT(X) if(!ReadInt(&X, false)) { FAILURE } #define READUINT(X) if(!ReadInt(&X, true)) { FAILURE } #define READFLT(X) if(!ReadFloat(&X)) { FAILURE } #define READNBYTEVEC(X,N) if(!ReadNByteVector(X, N)) { FAILURE } #define READFLAGS(X,P) if(!ReadFlags(&X, P)) { FAILURE } #define READBLENDMODE(X) if(!ReadBlendmode(&X)) { FAILURE } #define READSTRING(S,I) if(!ReadString(S,sizeof(S))) { I = strtol(token,0,0); } #define RV_BYTE(lab, X) if(ISLABEL(lab)) { READBYTE(X); } else #define RV_INT(lab, X) if(ISLABEL(lab)) { READINT(X); } else #define RV_UINT(lab, X) if(ISLABEL(lab)) { READUINT(X); } else #define RV_FLT(lab, X) if(ISLABEL(lab)) { READFLT(X); } else #define RV_VEC(lab, X, N) if(ISLABEL(lab)) { int b; FINDBEGIN; \ for(b=0; bfileName : "?", source ? source->lineNumber : 0, str); } static void SetError2(char const* str, char const* more) { sprintf(dedReadError, "Error in %s:\n Line %i: %s (%s)", source ? source->fileName : "?", source ? source->lineNumber : 0, str, more); } /** * Reads a single character from the input file. Increments the line * number counter if necessary. */ static int FGetC(void) { int ch = (unsigned char) *source->pos; if(ch) source->pos++; else source->atEnd = true; if(ch == '\n') source->lineNumber++; if(ch == '\r') return FGetC(); return ch; } /** * Undoes an FGetC. */ static int FUngetC(int ch) { if(source->atEnd) return 0; if(ch == '\n') source->lineNumber--; if(source->pos > source->buffer) source->pos--; return ch; } /** * Reads stuff until a newline is found. */ static void SkipComment(void) { int ch = FGetC(); dd_bool seq = false; if(ch == '\n') return; // Comment ends right away. if(ch != '>') // Single-line comment? { while(FGetC() != '\n' && !source->atEnd) {} } else // Multiline comment? { while(!source->atEnd) { ch = FGetC(); if(seq) { if(ch == '#') break; seq = false; } if(ch == '<') seq = true; } } } static int ReadToken(void) { int ch; char* out = token; // Has a token been unread? if(unreadToken[0]) { strcpy(token, unreadToken); strcpy(unreadToken, ""); return true; } ch = FGetC(); if(source->atEnd) return false; // Skip whitespace and comments in the beginning. while((ch == '#' || isspace(ch))) { if(ch == '#') SkipComment(); ch = FGetC(); if(source->atEnd) return false; } // Always store the first character. *out++ = ch; if(STOPCHAR(ch)) { // Stop here. *out = 0; return true; } while(!STOPCHAR(ch) && !source->atEnd) { // Store the character in the buffer. ch = FGetC(); *out++ = ch; } *(out - 1) = 0; // End token. // Put the last read character back in the stream. FUngetC(ch); return true; } static void UnreadToken(const char* token) { // The next time ReadToken() is called, this is returned. strcpy(unreadToken, token); } /** * Current pos in the file is at the first ". * Does not expand escape sequences, only checks for \". * * @return @c true if successful. */ static int ReadString(String &dest, bool inside = false, bool doubleq = false) { if(!inside) { ReadToken(); if(!ISTOKEN("\"")) return false; } bool esc = false, newl = false; // Start reading the characters. int ch = FGetC(); while(esc || ch != '"') // The string-end-character. { if(source->atEnd) return false; // If a newline is found, skip all whitespace that follows. if(newl) { if(isspace(ch)) { ch = FGetC(); continue; } else { // End the skip. newl = false; } } // An escape character? if(!esc && ch == '\\') { esc = true; } else { // In case it's something other than \" or \\, just insert // the whole sequence as-is. if(esc && ch != '"' && ch != '\\') dest += '\\'; esc = false; } if(ch == '\n') newl = true; // Store the character in the buffer. if(!esc && !newl) { dest += char(ch); if(doubleq && ch == '"') dest += '"'; } // Read the next character, please. ch = FGetC(); } return true; } static int ReadString(char *dest, int maxLen) { DENG_ASSERT(dest != 0); String buffer; if(!ReadString(buffer)) return false; qstrncpy(dest, buffer.toUtf8().constData(), maxLen); return true; } /** * Read a string of (pretty much) any length. */ static int ReadAnyString(char **dest) { String buffer; if(!ReadString(buffer)) return false; // Get rid of the old string. if(*dest) M_Free(*dest); // Make a copy. QByteArray bufferUtf8 = buffer.toUtf8(); *dest = (char *) M_Malloc(bufferUtf8.length() + 1); qstrcpy(*dest, bufferUtf8.constData()); return true; } static int ReadUri(uri_s **dest_, char const *defaultScheme) { String buffer; if(!ReadString(buffer)) return false; // URIs are expected to use forward slashes. buffer = Path::normalizeString(buffer); if(!*dest_) *dest_ = reinterpret_cast(new de::Uri(buffer, RC_NULL)); else reinterpret_cast(*dest_)->setUri(buffer, RC_NULL); de::Uri *dest = reinterpret_cast(*dest_); if(defaultScheme && defaultScheme[0] && dest->scheme().isEmpty()) dest->setScheme(defaultScheme); return true; } static int ReadNByteVector(unsigned char* dest, int max) { int i; FINDBEGIN; for(i = 0; i < max; ++i) { ReadToken(); if(ISTOKEN("}")) return true; dest[i] = strtoul(token, 0, 0); } FINDEND; return true; } /** * @return @c true, if successful. */ static int ReadByte(unsigned char* dest) { ReadToken(); if(ISTOKEN(";")) { SetError("Missing integer value."); return false; } *dest = strtoul(token, 0, 0); return true; } /** * @return @c true, if successful. */ static int ReadInt(int* dest, int unsign) { ReadToken(); if(ISTOKEN(";")) { SetError("Missing integer value."); return false; } *dest = unsign? (int)strtoul(token, 0, 0) : strtol(token, 0, 0); return true; } /** * @return @c true, if successful. */ static int ReadFloat(float* dest) { ReadToken(); if(ISTOKEN(";")) { SetError("Missing float value."); return false; } *dest = (float) strtod(token, 0); return true; } static int ReadFlags(int *dest, char const *prefix) { // By default, no flags are set. *dest = 0; ReadToken(); if(ISTOKEN(";")) { SetError("Missing flags value."); return false; } if(ISTOKEN("0")) { // No flags defined. return true; } UnreadToken(token); String flag; if(ISTOKEN("\"")) { // The old format. if(!ReadString(flag)) return false; flag.strip(); if(!flag.isEmpty()) { *dest = Def_EvalFlags2(flag.toUtf8().constData()); } else { *dest = 0; } return true; } for(;;) { // Read the flag. ReadToken(); if(prefix) { flag = String(prefix) + String(token); } else { flag = String(token); } flag.strip(); if(!flag.isEmpty()) { *dest |= Def_EvalFlags2(flag.toUtf8().constData()); } if(!ReadToken()) break; if(!ISTOKEN("|")) // | is required for multiple flags. { UnreadToken(token); break; } } return true; } static int ReadBlendmode(blendmode_t *dest) { LOG_AS("ReadBlendmode"); String flag; blendmode_t bm; ReadToken(); UnreadToken(token); if(ISTOKEN("\"")) { // The old format. if(!ReadString(flag)) return false; bm = blendmode_t(Def_EvalFlags2(flag.toUtf8().constData())); } else { // Read the blendmode. ReadToken(); flag = String("bm_") + String(token); bm = blendmode_t(Def_EvalFlags2(flag.toUtf8().constData())); } if(bm != BM_NORMAL) { *dest = bm; } else { LOG_RES_WARNING("Unknown BlendMode '%s' in \"%s\" on line #%i") << flag << (source ? source->fileName : "?") << (source ? source->lineNumber : 0); } return true; } /** * @return @c true, if successful. */ static int ReadLabel(char* label) { strcpy(label, ""); for(;;) { ReadToken(); if(source->atEnd) { SetError("Unexpected end of file."); return false; } if(ISTOKEN("}")) // End block. { strcpy(label, token); return true; } if(ISTOKEN(";")) { if(source->version <= 5) { SetError("Label without value."); return false; } continue; // Semicolons are optional in v6. } if(ISTOKEN("=") || ISTOKEN("{")) break; if(label[0]) strcat(label, " "); strcat(label, token); } return true; } static void DED_Include(const char* fileName, const char* parentDirectory) { ddstring_t tmp; Str_Init(&tmp); Str_Set(&tmp, fileName); F_FixSlashes(&tmp, &tmp); F_ExpandBasePath(&tmp, &tmp); if(!F_IsAbsolute(&tmp)) { Str_Prepend(&tmp, parentDirectory); } Def_ReadProcessDED(Str_Text(&tmp)); Str_Free(&tmp); // Reset state for continuing. strncpy(token, "", MAX_TOKEN_LEN); } static void DED_InitReader(const char* buffer, const char* fileName) { if(source && source - sourceStack >= MAX_RECUR_DEPTH) { Con_Error("DED_InitReader: Include recursion is too deep.\n"); } if(!source) { // This'll be the first source. source = sourceStack; } else { // Take the next entry in the stack. source++; } source->pos = source->buffer = buffer; source->atEnd = false; source->lineNumber = 1; source->fileName = fileName; source->version = DED_VERSION; } static void DED_CloseReader(void) { if(source == sourceStack) { source = NULL; } else { memset(source, 0, sizeof(*source)); source--; } } /** * @param cond Condition token. Can be a command line option * or a game mode. * @return @c true if the condition passes. */ static dd_bool DED_CheckCondition(char const *cond, dd_bool expected) { dd_bool value = false; if(cond[0] == '-') { // A command line option. value = (CommandLine_Check(token) != 0); } else if(isalnum(cond[0]) && App_GameLoaded()) { // A game mode. value = !String(cond).compareWithoutCase(App_CurrentGame().identityKey()); } return value == expected; } /** * Reads definitions from the given buffer. * The definition is being loaded from @a _sourcefile (DED or WAD). * * @param buffer The data to be read, must be null-terminated. * @param _sourceFile Just FYI. */ static int DED_ReadData(ded_t* ded, const char* buffer, const char* _sourceFile) { char dummy[128], label[128], tmp[256]; int dummyInt, idx, retVal = true; int prevMobjDefIdx = -1; // For "Copy". int prevStateDefIdx = -1; // For "Copy" int prevLightDefIdx = -1; // For "Copy". int prevMaterialDefIdx = -1; // For "Copy". int prevModelDefIdx = -1; // For "Copy". int prevMapInfoDefIdx = -1; // For "Copy". int prevSkyDefIdx = -1; // For "Copy". int prevDetailDefIdx = -1; // For "Copy". int prevGenDefIdx = -1; // For "Copy". int prevDecorDefIdx = -1; // For "Copy". int prevRefDefIdx = -1; // For "Copy". int prevLineTypeDefIdx = -1; // For "Copy". int prevSectorTypeDefIdx = -1; // For "Copy". int depth; char* rootStr = 0, *ptr; int bCopyNext = 0; ddstring_t sourceFile, sourceFileDir; Str_Init(&sourceFile); Str_Set(&sourceFile, _sourceFile); F_FixSlashes(&sourceFile, &sourceFile); F_ExpandBasePath(&sourceFile, &sourceFile); // For including other files -- we must know where we are. Str_Init(&sourceFileDir); F_FileDir(&sourceFileDir, &sourceFile); // Get the next entry from the source stack. DED_InitReader(buffer, Str_Text(&sourceFile)); while(ReadToken()) { if(ISTOKEN("Copy") || ISTOKEN("*")) { bCopyNext = true; continue; // Read the next token. } if(ISTOKEN(";")) { // Unnecessary semicolon? Just skip it. continue; } if(ISTOKEN("SkipIf")) { dd_bool expected = true; ReadToken(); if(ISTOKEN("Not")) { expected = false; ReadToken(); } if(DED_CheckCondition(token, expected)) { // Ah, we're done. Get out of here. goto ded_end_read; } CHECKSC; } if(ISTOKEN("Include")) { // A new include. READSTR(tmp); CHECKSC; DED_Include(tmp, Str_Text(&sourceFileDir)); strcpy(label, ""); } if(ISTOKEN("IncludeIf")) // An optional include. { dd_bool expected = true; ReadToken(); if(ISTOKEN("Not")) { expected = false; ReadToken(); } if(DED_CheckCondition(token, expected)) { READSTR(tmp); CHECKSC; DED_Include(tmp, Str_Text(&sourceFileDir)); strcpy(label, ""); } else { // Arg not found; just skip it. READSTR(tmp); CHECKSC; } } if(ISTOKEN("ModelPath")) { READSTR(label); CHECKSC; de::Uri newSearchPath = de::Uri::fromNativeDirPath(NativePath(label)); FS1::Scheme& scheme = App_FileSystem().scheme(App_ResourceClass("RC_MODEL").defaultScheme()); scheme.addSearchPath(reinterpret_cast(newSearchPath), FS1::ExtraPaths); } if(ISTOKEN("Header")) { FINDBEGIN; for(;;) { READLABEL; if(ISLABEL("Version")) { READINT(ded->version); source->version = ded->version; } else RV_STR("Thing prefix", dummy) RV_STR("State prefix", dummy) RV_STR("Sprite prefix", dummy) RV_STR("Sfx prefix", dummy) RV_STR("Mus prefix", dummy) RV_STR("Text prefix", dummy) RV_STR("Model path", dummy) RV_FLAGS("Common model flags", ded->modelFlags, "df_") RV_FLT("Default model scale", ded->modelScale) RV_FLT("Default model offset", ded->modelOffset) RV_END CHECKSC; } } if(ISTOKEN("Flag")) { // A new flag. idx = DED_AddFlag(ded, "", "", 0); FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", ded->flags[idx].id) RV_UINT("Value", ded->flags[idx].value) RV_STR("Info", ded->flags[idx].text) RV_END CHECKSC; } } if(ISTOKEN("Mobj") || ISTOKEN("Thing")) { dd_bool bModify = false; ded_mobj_t* mo, dummyMo; ReadToken(); if(!ISTOKEN("Mods")) { // A new mobj type. idx = DED_AddMobj(ded, ""); mo = &ded->mobjs[idx]; } else if(!bCopyNext) { ded_mobjid_t otherMobjId; READSTR(otherMobjId); ReadToken(); idx = Def_GetMobjNum(otherMobjId); if(idx < 0) { LOG_RES_WARNING("Ignoring unknown Mobj %s in %s on line #%i") << otherMobjId << (source? source->fileName : "?") << (source? source->lineNumber : 0); // We'll read into a dummy definition. memset(&dummyMo, 0, sizeof(dummyMo)); mo = &dummyMo; } else { mo = &ded->mobjs[idx]; bModify = true; } } else { SetError("Cannot both Copy(Previous) and Modify."); retVal = false; goto ded_end_read; } if(prevMobjDefIdx >= 0 && bCopyNext) { // Should we copy the previous definition? memcpy(mo, ded->mobjs + prevMobjDefIdx, sizeof(*mo)); } FINDBEGIN; for(;;) { READLABEL; // ID cannot be changed when modifying if(!bModify && ISLABEL("ID")) { READSTR(mo->id); } else RV_INT("DoomEd number", mo->doomEdNum) RV_STR("Name", mo->name) RV_STR("Spawn state", mo->states[SN_SPAWN]) RV_STR("See state", mo->states[SN_SEE]) RV_STR("Pain state", mo->states[SN_PAIN]) RV_STR("Melee state", mo->states[SN_MELEE]) RV_STR("Missile state", mo->states[SN_MISSILE]) RV_STR("Crash state", mo->states[SN_CRASH]) RV_STR("Death state", mo->states[SN_DEATH]) RV_STR("Xdeath state", mo->states[SN_XDEATH]) RV_STR("Raise state", mo->states[SN_RAISE]) RV_STR("See sound", mo->seeSound) RV_STR("Attack sound", mo->attackSound) RV_STR("Pain sound", mo->painSound) RV_STR("Death sound", mo->deathSound) RV_STR("Active sound", mo->activeSound) RV_INT("Reaction time", mo->reactionTime) RV_INT("Pain chance", mo->painChance) RV_INT("Spawn health", mo->spawnHealth) RV_FLT("Speed", mo->speed) RV_FLT("Radius", mo->radius) RV_FLT("Height", mo->height) RV_INT("Mass", mo->mass) RV_INT("Damage", mo->damage) RV_FLAGS("Flags", mo->flags[0], "mf_") RV_FLAGS("Flags2", mo->flags[1], "mf2_") RV_FLAGS("Flags3", mo->flags[2], "mf3_") RV_INT("Misc1", mo->misc[0]) RV_INT("Misc2", mo->misc[1]) RV_INT("Misc3", mo->misc[2]) RV_INT("Misc4", mo->misc[3]) RV_END CHECKSC; } // If we did not read into a dummy update the previous index. if(idx > 0) { prevMobjDefIdx = idx; } } if(ISTOKEN("State")) { dd_bool bModify = false; ded_state_t* st, dummyState; ReadToken(); if(!ISTOKEN("Mods")) { // A new state. idx = DED_AddState(ded, ""); st = &ded->states[idx]; } else if(!bCopyNext) { ded_stateid_t otherStateId; READSTR(otherStateId); ReadToken(); idx = Def_GetStateNum(otherStateId); if(idx < 0) { LOG_RES_WARNING("Ignoring unknown State %s in %s on line #%i") << otherStateId << (source? source->fileName : "?") << (source? source->lineNumber : 0); // We'll read into a dummy definition. memset(&dummyState, 0, sizeof(dummyState)); st = &dummyState; } else { st = &ded->states[idx]; bModify = true; } } else { SetError("Cannot both Copy(Previous) and Modify."); retVal = false; goto ded_end_read; } if(prevStateDefIdx >= 0 && bCopyNext) { // Should we copy the previous definition? memcpy(st, ded->states + prevStateDefIdx, sizeof(*st)); if(st->execute) { // Make a copy of the execute command string. size_t len = strlen(st->execute); char* newCmdStr = (char*) M_Malloc(len+1); memcpy(newCmdStr, st->execute, len+1); st->execute = newCmdStr; } } FINDBEGIN; for(;;) { READLABEL; // ID cannot be changed when modifying if(!bModify && ISLABEL("ID")) { READSTR(st->id); } else if(ISLABEL("Frame")) { // Legacy state frame flags: #define FF_FULLBRIGHT 0x8000 #define FF_FRAMEMASK 0x7fff READINT(st->frame); if(st->frame & FF_FULLBRIGHT) { st->frame &= FF_FRAMEMASK; st->flags |= STF_FULLBRIGHT; } #undef FF_FRAMEMASK #undef FF_FULLBRIGHT } else RV_FLAGS("Flags", st->flags, "statef_") RV_STR("Sprite", st->sprite.id) RV_INT("Tics", st->tics) RV_STR("Action", st->action) RV_STR("Next state", st->nextState) RV_INT("Misc1", st->misc[0]) RV_INT("Misc2", st->misc[1]) RV_INT("Misc3", st->misc[2]) RV_ANYSTR("Execute", st->execute) RV_END CHECKSC; } // If we did not read into a dummy update the previous index. if(idx > 0) { prevStateDefIdx = idx; } } if(ISTOKEN("Sprite")) { // A new sprite. idx = DED_AddSprite(ded, ""); FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", ded->sprites[idx].id) RV_END CHECKSC; } } if(ISTOKEN("Light")) { ded_light_t* lig; // A new light. idx = DED_AddLight(ded, ""); lig = &ded->lights[idx]; // Should we copy the previous definition? if(prevLightDefIdx >= 0 && bCopyNext) { const ded_light_t* prevLight = ded->lights + prevLightDefIdx; memcpy(lig, prevLight, sizeof(*lig)); if(lig->up) lig->up = Uri_Dup(lig->up); if(lig->down) lig->down = Uri_Dup(lig->down); if(lig->sides) lig->sides = Uri_Dup(lig->sides); if(lig->flare) lig->flare = Uri_Dup(lig->flare); } FINDBEGIN; for(;;) { READLABEL; RV_STR("State", lig->state) RV_STR("Map", lig->uniqueMapID) RV_FLT("X Offset", lig->offset[VX]) RV_FLT("Y Offset", lig->offset[VY]) RV_VEC("Origin", lig->offset, 3) RV_FLT("Size", lig->size) RV_FLT("Intensity", lig->size) RV_FLT("Red", lig->color[0]) RV_FLT("Green", lig->color[1]) RV_FLT("Blue", lig->color[2]) RV_VEC("Color", lig->color, 3) if(ISLABEL("Sector levels")) { int b; FINDBEGIN; for(b = 0; b < 2; ++b) { READFLT(lig->lightLevel[b]) lig->lightLevel[b] /= 255.0f; if(lig->lightLevel[b] < 0) lig->lightLevel[b] = 0; else if(lig->lightLevel[b] > 1) lig->lightLevel[b] = 1; } ReadToken(); } else RV_FLAGS("Flags", lig->flags, "lgf_") RV_URI("Top map", &lig->up, "LightMaps") RV_URI("Bottom map", &lig->down, "LightMaps") RV_URI("Side map", &lig->sides, "LightMaps") RV_URI("Flare map", &lig->flare, "LightMaps") RV_FLT("Halo radius", lig->haloRadius) RV_END CHECKSC; } prevLightDefIdx = idx; } if(ISTOKEN("Material")) { bool bModify = false; ded_material_t *mat, dummyMat; ReadToken(); if(!ISTOKEN("Mods")) { // A new material. idx = DED_AddMaterial(ded, 0); mat = &ded->materials[idx]; } else if(!bCopyNext) { uri_s *otherMat = 0; AutoStr *otherMatPath; READURI(&otherMat, NULL); ReadToken(); otherMatPath = Uri_Compose(otherMat); mat = Def_GetMaterial(Str_Text(otherMatPath)); if(!mat) { LOG_RES_WARNING("Ignoring unknown Material %s in %s on line #%i") << Str_Text(Uri_ToString(otherMat)) << (source? source->fileName : "?") << (source? source->lineNumber : 0); // We'll read into a dummy definition. idx = -1; memset(&dummyMat, 0, sizeof(dummyMat)); mat = &dummyMat; } else { idx = mat - ded->materials; bModify = true; } Uri_Delete(otherMat); } else { SetError("Cannot both Copy(Previous) and Modify."); retVal = false; goto ded_end_read; } // Should we copy the previous definition? if(prevMaterialDefIdx >= 0 && bCopyNext) { ded_material_t const *prevMaterial = ded->materials + prevMaterialDefIdx; uri_s *uri = mat->uri; std::memcpy(mat, prevMaterial, sizeof(*mat)); mat->uri = uri; if(prevMaterial->uri) { if(mat->uri) Uri_Copy(mat->uri, prevMaterial->uri); else mat->uri = Uri_Dup(prevMaterial->uri); } // Duplicate the layers. for(int i = 0; i < DED_MAX_MATERIAL_LAYERS; ++i) { ded_material_layer_t const *l = &prevMaterial->layers[i]; if(!l->stages) continue; mat->layers[i].stages = (ded_material_layer_stage_t*) M_Malloc(sizeof(*mat->layers[i].stages) * l->stageCount.max); std::memcpy(mat->layers[i].stages, l->stages, sizeof(*mat->layers[i].stages) * l->stageCount.num); for(int k = 0; k < l->stageCount.num; ++k) { if(l->stages[k].texture) mat->layers[i].stages[k].texture = Uri_Dup(l->stages[k].texture); } } // Duplicate decorations. for(int i = 0; i < DED_MAX_MATERIAL_DECORATIONS; ++i) { ded_material_decoration_t const *dl = &prevMaterial->decorations[i]; if(!dl->stages) continue; mat->decorations[i].stages = (ded_decorlight_stage_t *) M_Malloc(sizeof(*mat->decorations[i].stages) * dl->stageCount.max); std::memcpy(mat->decorations[i].stages, dl->stages, sizeof(*mat->decorations[i].stages) * dl->stageCount.num); for(int k = 0; k < dl->stageCount.num; ++k) { ded_decorlight_stage_t *stage = &mat->decorations[i].stages[k]; if(stage->flare) stage->flare = Uri_Dup(stage->flare); if(stage->up) stage->up = Uri_Dup(stage->up); if(stage->down) stage->down = Uri_Dup(stage->down); if(stage->sides) stage->sides = Uri_Dup(stage->sides); } } } uint layer = 0; uint light = 0; FINDBEGIN; forever { READLABEL; // ID cannot be changed when modifying if(!bModify && ISLABEL("ID")) { READURI(&mat->uri, NULL); } else RV_FLAGS("Flags", mat->flags, "matf_") RV_INT("Width", mat->width) RV_INT("Height", mat->height) if(ISLABEL("Layer")) { int layerStage = 0; if(layer >= DED_MAX_MATERIAL_LAYERS) { SetError("Too many Material layers."); retVal = false; goto ded_end_read; } FINDBEGIN; forever { READLABEL; if(ISLABEL("Stage")) { // Need to allocate a new stage? if(layerStage >= mat->layers[layer].stageCount.num) { DED_AddMaterialLayerStage(&mat->layers[layer]); if(mat->autoGenerated && layerStage > 0) { // When adding a new stage to an autogenerated material // initialize by copying values from the previous stage. ded_material_layer_stage_t const &prevSt = mat->layers[layer].stages[layerStage - 1]; ded_material_layer_stage_t &st = mat->layers[layer].stages[layerStage]; if(prevSt.texture) st.texture = Uri_Dup(prevSt.texture); st.tics = prevSt.tics; st.variance = prevSt.variance; st.glowStrength = prevSt.glowStrength; st.glowStrengthVariance = prevSt.glowStrengthVariance; V2f_Copy(st.texOrigin, prevSt.texOrigin); } } ded_material_layer_stage_t *st = &mat->layers[layer].stages[layerStage]; FINDBEGIN; forever { READLABEL; RV_URI("Texture", &st->texture, 0) // Default to "any" scheme. RV_INT("Tics", st->tics) RV_FLT("Rnd", st->variance) RV_VEC("Offset", st->texOrigin, 2) RV_FLT("Glow Rnd", st->glowStrengthVariance) RV_FLT("Glow", st->glowStrength) RV_END CHECKSC; } layerStage++; } else RV_END CHECKSC; } layer++; } else if(ISLABEL("Light")) { int lightStage = 0; if(light == DED_MAX_MATERIAL_DECORATIONS) { SetError("Too many lights in material."); retVal = false; goto ded_end_read; } ded_material_decoration_t *dl = &mat->decorations[light]; FINDBEGIN; for(;;) { READLABEL; RV_IVEC("Pattern offset", dl->patternOffset, 2) RV_IVEC("Pattern skip", dl->patternSkip, 2) if(ISLABEL("Stage")) { // Need to allocate a new stage? if(lightStage >= dl->stageCount.num) { lightStage = DED_AddMaterialDecorationStage(dl); } ded_decorlight_stage_t *st = &dl->stages[lightStage]; FINDBEGIN; for(;;) { READLABEL; RV_INT("Tics", st->tics) RV_FLT("Rnd", st->variance) RV_VEC("Offset", st->pos, 2) RV_FLT("Distance", st->elevation) RV_VEC("Color", st->color, 3) RV_FLT("Radius", st->radius) RV_FLT("Halo radius", st->haloRadius) if(ISLABEL("Levels")) { FINDBEGIN; for(int b = 0; b < 2; ++b) { READFLT(st->lightLevels[b]) st->lightLevels[b] /= 255.0f; if(st->lightLevels[b] < 0) st->lightLevels[b] = 0; else if(st->lightLevels[b] > 1) st->lightLevels[b] = 1; } ReadToken(); } else RV_INT("Flare texture", st->sysFlareIdx) RV_URI("Flare map", &st->flare, "LightMaps") RV_URI("Top map", &st->up, "LightMaps") RV_URI("Bottom map", &st->down, "LightMaps") RV_URI("Side map", &st->sides, "LightMaps") RV_END CHECKSC; } lightStage++; } else RV_END CHECKSC; } light++; } else RV_END CHECKSC; } // If we did not read into a dummy update the previous index. if(idx > 0) { prevMaterialDefIdx = idx; } else { /// @todo fixme: Free memory allocated for the dummy. } } if(ISTOKEN("Model")) { ded_model_t* mdl, *prevModel = NULL; uint sub = 0; // A new model. idx = DED_AddModel(ded, ""); mdl = &ded->models[idx]; if(prevModelDefIdx >= 0) { prevModel = &ded->models[prevModelDefIdx]; // Should we copy the previous definition? if(bCopyNext) { *mdl = *prevModel; for(uint i = 0; i < mdl->subCount(); ++i) { if(mdl->sub(i).filename) mdl->sub(i).filename = Uri_Dup(mdl->sub(i).filename); if(mdl->sub(i).skinFilename) mdl->sub(i).skinFilename = Uri_Dup(mdl->sub(i).skinFilename); if(mdl->sub(i).shinySkin) mdl->sub(i).shinySkin = Uri_Dup(mdl->sub(i).shinySkin); } } } FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", mdl->id) RV_STR("State", mdl->state) RV_INT("Off", mdl->off) RV_STR("Sprite", mdl->sprite.id) RV_INT("Sprite frame", mdl->spriteFrame) RV_FLAGS("Group", mdl->group, "mg_") RV_INT("Selector", mdl->selector) RV_FLAGS("Flags", mdl->flags, "df_") RV_FLT("Inter", mdl->interMark) RV_INT("Skin tics", mdl->skinTics) RV_FLT("Resize", mdl->resize) if(ISLABEL("Scale")) { float scale; READFLT(scale); mdl->scale = Vector3f(scale, scale, scale); } else RV_VEC("Scale XYZ", mdl->scale, 3) RV_FLT("Offset", mdl->offset[1]) RV_VEC("Offset XYZ", mdl->offset, 3) RV_VEC("Interpolate", mdl->interRange, 2) RV_FLT("Shadow radius", mdl->shadowRadius) if(ISLABEL("Md2") || ISLABEL("Sub")) { // Add another submodel. if(sub >= mdl->subCount()) { mdl->appendSub(); } DENG_ASSERT(sub < mdl->subCount()); FINDBEGIN; for(;;) { READLABEL; RV_URI("File", &mdl->sub(sub).filename, "Models") RV_STR("Frame", mdl->sub(sub).frame) RV_INT("Frame range", mdl->sub(sub).frameRange) RV_BLENDMODE("Blending mode", mdl->sub(sub).blendMode) RV_INT("Skin", mdl->sub(sub).skin) RV_URI("Skin file", &mdl->sub(sub).skinFilename, "Models") RV_INT("Skin range", mdl->sub(sub).skinRange) RV_VEC("Offset XYZ", mdl->sub(sub).offset, 3) RV_FLAGS("Flags", mdl->sub(sub).flags, "df_") RV_FLT("Transparent", mdl->sub(sub).alpha) RV_FLT("Parm", mdl->sub(sub).parm) RV_BYTE("Selskin mask", mdl->sub(sub).selSkinBits[0]) RV_BYTE("Selskin shift", mdl->sub(sub).selSkinBits[1]) RV_NBVEC("Selskins", mdl->sub(sub).selSkins, 8) RV_URI("Shiny skin", &mdl->sub(sub).shinySkin, "Models") RV_FLT("Shiny", mdl->sub(sub).shiny) RV_VEC("Shiny color", mdl->sub(sub).shinyColor, 3) RV_FLT("Shiny reaction", mdl->sub(sub).shinyReact) RV_END CHECKSC; } sub++; } else RV_END CHECKSC; } // Some post-processing. No point in doing this in a fancy way, // the whole reader will be rewritten sooner or later... if(prevModel) { if(!strcmp(mdl->state, "-")) strcpy(mdl->state, prevModel->state); if(!strcmp(mdl->sprite.id, "-")) strcpy(mdl->sprite.id, prevModel->sprite.id); //if(!strcmp(mdl->group, "-")) strcpy(mdl->group, prevModel->group); //if(!strcmp(mdl->flags, "-")) strcpy(mdl->flags, prevModel->flags); for(uint i = 0; i < mdl->subCount(); ++i) { if(mdl->sub(i).filename && !Str_CompareIgnoreCase(Uri_Path(mdl->sub(i).filename), "-")) { Uri_Delete(mdl->sub(i).filename); mdl->sub(i).filename = NULL; } if(mdl->sub(i).skinFilename && !Str_CompareIgnoreCase(Uri_Path(mdl->sub(i).skinFilename), "-")) { Uri_Delete(mdl->sub(i).skinFilename); mdl->sub(i).skinFilename = NULL; } if(mdl->sub(i).shinySkin && !Str_CompareIgnoreCase(Uri_Path(mdl->sub(i).shinySkin), "-")) { Uri_Delete(mdl->sub(i).shinySkin); mdl->sub(i).shinySkin = NULL; } if(!strcmp(mdl->sub(i).frame, "-")) memset(mdl->sub(i).frame, 0, sizeof(ded_string_t)); } } prevModelDefIdx = idx; } if(ISTOKEN("Sound")) { // A new sound. ded_sound_t* snd; idx = DED_AddSound(ded, ""); snd = &ded->sounds[idx]; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", snd->id) RV_STR("Lump", snd->lumpName) RV_STR("Name", snd->name) RV_STR("Link", snd->link) RV_INT("Link pitch", snd->linkPitch) RV_INT("Link volume", snd->linkVolume) RV_INT("Priority", snd->priority) RV_INT("Max channels", snd->channels) RV_INT("Group", snd->group) RV_FLAGS("Flags", snd->flags, "sf_") RV_URI("Ext", &snd->ext, "Sfx") RV_URI("File", &snd->ext, "Sfx") RV_URI("File name", &snd->ext, "Sfx") RV_END CHECKSC; } } if(ISTOKEN("Music")) { // A new music. ded_music_t* mus; idx = DED_AddMusic(ded, ""); mus = &ded->music[idx]; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", mus->id) RV_STR("Lump", mus->lumpName) RV_URI("File name", &mus->path, "Music") RV_URI("File", &mus->path, "Music") RV_URI("Ext", &mus->path, "Music") // Both work. RV_INT("CD track", mus->cdTrack) RV_END CHECKSC; } } if(ISTOKEN("Sky")) { // A new sky definition. ded_sky_t* sky; uint sub = 0; idx = DED_AddSky(ded, ""); sky = &ded->skies[idx]; // Should we copy the previous definition? if(prevSkyDefIdx >= 0 && bCopyNext) { ded_sky_t* prevSky = ded->skies + prevSkyDefIdx; int i; memcpy(sky, prevSky, sizeof(*sky)); for(i = 0; i < NUM_SKY_LAYERS; ++i) { if(sky->layers[i].material) sky->layers[i].material = Uri_Dup(sky->layers[i].material); } for(i = 0; i < NUM_SKY_MODELS; ++i) { sky->models[i].execute = sdup(sky->models[i].execute); } } prevSkyDefIdx = idx; sub = 0; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", sky->id) RV_FLAGS("Flags", sky->flags, "sif_") RV_FLT("Height", sky->height) RV_FLT("Horizon offset", sky->horizonOffset) RV_VEC("Light color", sky->color, 3) if(ISLABEL("Layer 1") || ISLABEL("Layer 2")) { ded_skylayer_t *sl = sky->layers + atoi(label+6) - 1; FINDBEGIN; for(;;) { READLABEL; RV_URI("Material", &sl->material, 0) RV_URI("Texture", &sl->material, "Textures" ) RV_FLAGS("Flags", sl->flags, "slf_") RV_FLT("Offset", sl->offset) RV_FLT("Color limit", sl->colorLimit) RV_END CHECKSC; } } else if(ISLABEL("Model")) { ded_skymodel_t *sm = &sky->models[sub]; if(sub == NUM_SKY_MODELS) { // Too many! SetError("Too many Sky models."); retVal = false; goto ded_end_read; } sub++; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", sm->id) RV_INT("Layer", sm->layer) RV_FLT("Frame interval", sm->frameInterval) RV_FLT("Yaw", sm->yaw) RV_FLT("Yaw speed", sm->yawSpeed) RV_VEC("Rotate", sm->rotate, 2) RV_VEC("Offset factor", sm->coordFactor, 3) RV_VEC("Color", sm->color, 4) RV_ANYSTR("Execute", sm->execute) RV_END CHECKSC; } } else RV_END CHECKSC; } } if(ISTOKEN("Map")) // Info { // A new map info. uint sub; ded_mapinfo_t* mi; idx = DED_AddMapInfo(ded, NULL); mi = &ded->mapInfo[idx]; // Should we copy the previous definition? if(prevMapInfoDefIdx >= 0 && bCopyNext) { const ded_mapinfo_t* prevMapInfo = ded->mapInfo + prevMapInfoDefIdx; uri_s* uri = mi->uri; int i; memcpy(mi, prevMapInfo, sizeof(*mi)); mi->uri = uri; if(prevMapInfo->uri) { if(mi->uri) Uri_Copy(mi->uri, prevMapInfo->uri); else mi->uri = Uri_Dup(prevMapInfo->uri); } mi->execute = sdup(mi->execute); for(i = 0; i < NUM_SKY_LAYERS; ++i) { if(mi->sky.layers[i].material) mi->sky.layers[i].material = Uri_Dup(mi->sky.layers[i].material); } for(i = 0; i < NUM_SKY_MODELS; ++i) { mi->sky.models[i].execute = sdup(mi->sky.models[i].execute); } } prevMapInfoDefIdx = idx; sub = 0; FINDBEGIN; for(;;) { READLABEL; RV_URI("ID", &mi->uri, NULL) RV_STR("Name", mi->name) RV_STR("Author", mi->author) RV_FLAGS("Flags", mi->flags, "mif_") RV_STR("Music", mi->music) RV_FLT("Par time", mi->parTime) RV_FLT("Fog color R", mi->fogColor[0]) RV_FLT("Fog color G", mi->fogColor[1]) RV_FLT("Fog color B", mi->fogColor[2]) RV_FLT("Fog start", mi->fogStart) RV_FLT("Fog end", mi->fogEnd) RV_FLT("Fog density", mi->fogDensity) RV_FLT("Ambient light", mi->ambient) RV_FLT("Gravity", mi->gravity) RV_ANYSTR("Execute", mi->execute) RV_STR("Sky", mi->skyID) RV_FLT("Sky height", mi->sky.height) RV_FLT("Horizon offset", mi->sky.horizonOffset) RV_VEC("Sky light color", mi->sky.color, 3) if(ISLABEL("Sky Layer 1") || ISLABEL("Sky Layer 2")) { ded_skylayer_t *sl = mi->sky.layers + atoi(label+10) - 1; FINDBEGIN; for(;;) { READLABEL; RV_URI("Material", &sl->material, 0) RV_URI("Texture", &sl->material, "Textures") RV_FLAGS("Flags", sl->flags, "slf_") RV_FLT("Offset", sl->offset) RV_FLT("Color limit", sl->colorLimit) RV_END CHECKSC; } } else if(ISLABEL("Sky Model")) { ded_skymodel_t *sm = &mi->sky.models[sub]; if(sub == NUM_SKY_MODELS) { // Too many! SetError("Too many Sky models."); retVal = false; goto ded_end_read; } sub++; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", sm->id) RV_INT("Layer", sm->layer) RV_FLT("Frame interval", sm->frameInterval) RV_FLT("Yaw", sm->yaw) RV_FLT("Yaw speed", sm->yawSpeed) RV_VEC("Rotate", sm->rotate, 2) RV_VEC("Offset factor", sm->coordFactor, 3) RV_VEC("Color", sm->color, 4) RV_ANYSTR("Execute", sm->execute) RV_END CHECKSC; } } else RV_END CHECKSC; } } if(ISTOKEN("Text")) { // A new text. idx = DED_AddText(ded, ""); ded_text_t *txt = &ded->text[idx]; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", txt->id) if(ISLABEL("Text")) { String buffer; if(ReadString(buffer)) { QByteArray bufferUtf8 = buffer.toUtf8(); txt->text = (char *) M_Realloc(txt->text, bufferUtf8.length() + 1); qstrcpy(txt->text, bufferUtf8.constData()); } else { SetError("Syntax error in Text value."); retVal = false; goto ded_end_read; } } else RV_END CHECKSC; } } if(ISTOKEN("Texture")) { ReadToken(); if(ISTOKEN("Environment")) { // A new environment. ded_tenviron_t* tenv; idx = DED_AddTextureEnv(ded, ""); tenv = &ded->textureEnv[idx]; FINDBEGIN; for(;;) { uri_s** mn; READLABEL; RV_STR("ID", tenv->id) if(ISLABEL("Material") || ISLABEL("Texture") || ISLABEL("Flat")) { // A new material path. ddstring_t schemeName; Str_Init(&schemeName); Str_Set(&schemeName, ISLABEL("Material")? "" : ISLABEL("Texture")? "Textures" : "Flats"); mn = (uri_s**) DED_NewEntry((void**)&tenv->materials, &tenv->count, sizeof(*mn)); FINDBEGIN; for(;;) { READLABEL; RV_URI("ID", mn, Str_Text(&schemeName)) RV_END CHECKSC; } Str_Free(&schemeName); } else RV_END CHECKSC; } } } if(ISTOKEN("Composite")) { ReadToken(); if(ISTOKEN("BitmapFont")) { ded_compositefont_t* cfont; idx = DED_AddCompositeFont(ded, NULL); cfont = &ded->compositeFonts[idx]; FINDBEGIN; for(;;) { READLABEL; if(ISLABEL("ID")) { READURI(&cfont->uri, "Game") CHECKSC; } else if(M_IsStringValidInt(label)) { ded_compositefont_mappedcharacter_t* mc = 0; int ascii = atoi(label); if(ascii < 0 || ascii > 255) { SetError("Invalid ascii code."); retVal = false; goto ded_end_read; } { int i; for(i = 0; i < cfont->charMapCount.num; ++i) if(cfont->charMap[i].ch == (unsigned char) ascii) mc = &cfont->charMap[i]; } if(mc == 0) { mc = (ded_compositefont_mappedcharacter_t*) DED_NewEntry((void**)&cfont->charMap, &cfont->charMapCount, sizeof(*mc)); mc->ch = ascii; } FINDBEGIN; for(;;) { READLABEL; RV_URI("Texture", &mc->path, "Patches") RV_END CHECKSC; } } else RV_END } } } if(ISTOKEN("Values")) // String Values { depth = 0; rootStr = (char*) M_Calloc(1); // A null string. FINDBEGIN; for(;;) { // Get the next label but don't stop on }. READLABEL_NOBREAK; if(strchr(label, '|')) { SetError("Value labels can not include '|' characters (ASCII 124)."); retVal = false; goto ded_end_read; } if(ISTOKEN("=")) { // Define a new string. String buffer; if(ReadString(buffer)) { // Get a new value entry. idx = DED_AddValue(ded, 0); ded_value_t *val = &ded->values[idx]; QByteArray bufferUtf8 = buffer.toUtf8(); val->text = (char *) M_Malloc(bufferUtf8.length() + 1); qstrcpy(val->text, bufferUtf8.constData()); // Compose the identifier. val->id = (char *) M_Malloc(strlen(rootStr) + strlen(label) + 1); strcpy(val->id, rootStr); strcat(val->id, label); } else { SetError("Syntax error in Value string."); retVal = false; goto ded_end_read; } } else if(ISTOKEN("{")) { // Begin a new group. rootStr = (char*) M_Realloc(rootStr, strlen(rootStr) + strlen(label) + 2); strcat(rootStr, label); strcat(rootStr, "|"); // The separator. // Increase group level. depth++; continue; } else if(ISTOKEN("}")) { size_t len; // End group. if(!depth) break; // End root depth. // Decrease level and modify rootStr. depth--; len = strlen(rootStr); rootStr[len-1] = 0; // Remove last |. ptr = strrchr(rootStr, '|'); if(ptr) { ptr[1] = 0; rootStr = (char*) M_Realloc(rootStr, strlen(rootStr) + 1); } else { // Back to level zero. rootStr = (char*) M_Realloc(rootStr, 1); *rootStr = 0; } } else { // Only the above characters are allowed. SetError("Illegal token."); retVal = false; goto ded_end_read; } CHECKSC; } M_Free(rootStr); rootStr = 0; } if(ISTOKEN("Detail")) // Detail Texture { idx = DED_AddDetail(ded, ""); ded_detailtexture_t *dtl = &ded->details[idx]; // Should we copy the previous definition? if(prevDetailDefIdx >= 0 && bCopyNext) { ded_detailtexture_t const *prevDetail = ded->details + prevDetailDefIdx; std::memcpy(dtl, prevDetail, sizeof(*dtl)); if(dtl->material1) dtl->material1 = Uri_Dup(dtl->material1); if(dtl->material2) dtl->material2 = Uri_Dup(dtl->material2); if(dtl->stage.texture) dtl->stage.texture = Uri_Dup(dtl->stage.texture); } FINDBEGIN; for(;;) { READLABEL; RV_FLAGS("Flags", dtl->flags, "dtf_") if(ISLABEL("Texture")) { READURI(&dtl->material1, "Textures") } else if(ISLABEL("Wall")) // Alias { READURI(&dtl->material1, "Textures") } else if(ISLABEL("Flat")) { READURI(&dtl->material2, "Flats") } else if(ISLABEL("Lump")) { READURI(&dtl->stage.texture, "Lumps") } else if(ISLABEL("File")) { READURI(&dtl->stage.texture, 0) } else RV_FLT("Scale", dtl->stage.scale) RV_FLT("Strength", dtl->stage.strength) RV_FLT("Distance", dtl->stage.maxDistance) RV_END CHECKSC; } prevDetailDefIdx = idx; } if(ISTOKEN("Reflection")) // Surface reflection { ded_reflection_t* ref = 0; idx = DED_AddReflection(ded); ref = &ded->reflections[idx]; // Should we copy the previous definition? if(prevRefDefIdx >= 0 && bCopyNext) { const ded_reflection_t* prevRef = ded->reflections + prevRefDefIdx; memcpy(ref, prevRef, sizeof(*ref)); if(ref->material) ref->material = Uri_Dup(ref->material); if(ref->stage.texture) ref->stage.texture = Uri_Dup(ref->stage.texture); if(ref->stage.maskTexture) ref->stage.maskTexture = Uri_Dup(ref->stage.maskTexture); } FINDBEGIN; for(;;) { READLABEL; RV_FLAGS("Flags", ref->flags, "rff_") RV_FLT("Shininess", ref->stage.shininess) RV_VEC("Min color", ref->stage.minColor, 3) RV_BLENDMODE("Blending mode", ref->stage.blendMode) RV_URI("Shiny map", &ref->stage.texture, "LightMaps") RV_URI("Mask map", &ref->stage.maskTexture, "LightMaps") RV_FLT("Mask width", ref->stage.maskWidth) RV_FLT("Mask height", ref->stage.maskHeight) if(ISLABEL("Material")) { READURI(&ref->material, 0) } else if(ISLABEL("Texture")) { READURI(&ref->material, "Textures") } else if(ISLABEL("Flat")) { READURI(&ref->material, "Flats") } else RV_END CHECKSC; } prevRefDefIdx = idx; } if(ISTOKEN("Generator")) // Particle Generator { ded_ptcgen_t* gen; int sub = 0; idx = DED_AddPtcGen(ded, ""); gen = &ded->ptcGens[idx]; // Should we copy the previous definition? if(prevGenDefIdx >= 0 && bCopyNext) { const ded_ptcgen_t* prevGen = ded->ptcGens + prevGenDefIdx; memcpy(gen, prevGen, sizeof(*gen)); if(gen->map) gen->map = Uri_Dup(gen->map); if(gen->material) gen->material = Uri_Dup(gen->material); // Duplicate the stages array. if(gen->stages) { gen->stages = (ded_ptcstage_t*) M_Malloc(sizeof(ded_ptcstage_t) * gen->stageCount.max); memcpy(gen->stages, prevGen->stages, sizeof(ded_ptcstage_t) * gen->stageCount.num); } } FINDBEGIN; for(;;) { READLABEL; RV_STR("State", gen->state) if(ISLABEL("Material")) { READURI(&gen->material, 0) } else if(ISLABEL("Flat")) { READURI(&gen->material, "Flats") } else if(ISLABEL("Texture")) { READURI(&gen->material, "Textures") } else RV_STR("Mobj", gen->type) RV_STR("Alt mobj", gen->type2) RV_STR("Damage mobj", gen->damage) RV_URI("Map", &gen->map, NULL) RV_FLAGS("Flags", gen->flags, "gnf_") RV_FLT("Speed", gen->speed) RV_FLT("Speed Rnd", gen->speedVariance) RV_VEC("Vector", gen->vector, 3) RV_FLT("Vector Rnd", gen->vectorVariance) RV_FLT("Init vector Rnd", gen->initVectorVariance) RV_VEC("Center", gen->center, 3) RV_INT("Submodel", gen->subModel) RV_FLT("Spawn radius", gen->spawnRadius) RV_FLT("Min spawn radius", gen->spawnRadiusMin) RV_FLT("Distance", gen->maxDist) RV_INT("Spawn age", gen->spawnAge) RV_INT("Max age", gen->maxAge) RV_INT("Particles", gen->particles) RV_FLT("Spawn rate", gen->spawnRate) RV_FLT("Spawn Rnd", gen->spawnRateVariance) RV_INT("Presim", gen->preSim) RV_INT("Alt start", gen->altStart) RV_FLT("Alt Rnd", gen->altStartVariance) RV_VEC("Force axis", gen->forceAxis, 3) RV_FLT("Force radius", gen->forceRadius) RV_FLT("Force", gen->force) RV_VEC("Force origin", gen->forceOrigin, 3) if(ISLABEL("Stage")) { ded_ptcstage_t *st = NULL; if(sub >= gen->stageCount.num) { // Allocate new stage. sub = DED_AddPtcGenStage(gen); } st = &gen->stages[sub]; FINDBEGIN; for(;;) { READLABEL; RV_FLAGS("Type", st->type, "pt_") RV_INT("Tics", st->tics) RV_FLT("Rnd", st->variance) RV_VEC("Color", st->color, 4) RV_FLT("Radius", st->radius) RV_FLT("Radius rnd", st->radiusVariance) RV_FLAGS("Flags", st->flags, "ptf_") RV_FLT("Bounce", st->bounce) RV_FLT("Gravity", st->gravity) RV_FLT("Resistance", st->resistance) RV_STR("Frame", st->frameName) RV_STR("End frame", st->endFrameName) RV_VEC("Spin", st->spin, 2) RV_VEC("Spin resistance", st->spinResistance, 2) RV_STR("Sound", st->sound.name) RV_FLT("Volume", st->sound.volume) RV_STR("Hit sound", st->hitSound.name) RV_FLT("Hit volume", st->hitSound.volume) RV_VEC("Force", st->vectorForce, 3) RV_END CHECKSC; } sub++; } else RV_END CHECKSC; } prevGenDefIdx = idx; } if(ISTOKEN("Finale") || ISTOKEN("InFine")) { idx = DED_AddFinale(ded); ded_finale_t *fin = &ded->finales[idx]; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", fin->id) RV_URI("Before", &fin->before, NULL) RV_URI("After", &fin->after, NULL) RV_INT("Game", dummyInt) if(ISLABEL("Script")) { String buffer; buffer.reserve(1600); FINDBEGIN; ReadToken(); while(!ISTOKEN("}") && !source->atEnd) { if(!buffer.isEmpty()) buffer += ' '; buffer += String(token); if(ISTOKEN("\"")) { ReadString(buffer, true, true); buffer += '"'; } ReadToken(); } QByteArray bufferUtf8 = buffer.toUtf8(); fin->script = (char *) M_Realloc(fin->script, bufferUtf8.length() + 1); qstrcpy(fin->script, bufferUtf8.constData()); } else RV_END CHECKSC; } } // An oldschool (light) decoration definition? if(ISTOKEN("Decoration")) { idx = DED_AddDecoration(ded); ded_decor_t *decor = &ded->decorations[idx]; // Should we copy the previous definition? if(prevDecorDefIdx >= 0 && bCopyNext) { ded_decor_t const *prevDecor = ded->decorations + prevDecorDefIdx; std::memcpy(decor, prevDecor, sizeof(*decor)); if(decor->material) decor->material = Uri_Dup(decor->material); for(int i = 0; i < DED_DECOR_NUM_LIGHTS; ++i) { ded_decoration_t *dl = &decor->lights[i]; if(dl->stage.flare) dl->stage.flare = Uri_Dup(dl->stage.flare); if(dl->stage.up) dl->stage.up = Uri_Dup(dl->stage.up); if(dl->stage.down) dl->stage.down = Uri_Dup(dl->stage.down); if(dl->stage.sides) dl->stage.sides = Uri_Dup(dl->stage.sides); } } uint sub = 0; FINDBEGIN; for(;;) { READLABEL; RV_FLAGS("Flags", decor->flags, "dcf_") if(ISLABEL("Material")) { READURI(&decor->material, 0) } else if(ISLABEL("Texture")) { READURI(&decor->material, "Textures") } else if(ISLABEL("Flat")) { READURI(&decor->material, "Flats") } else if(ISLABEL("Light")) { if(sub == DED_DECOR_NUM_LIGHTS) { SetError("Too many lights in decoration."); retVal = false; goto ded_end_read; } ded_decoration_t *dl = &decor->lights[sub]; FINDBEGIN; for(;;) { READLABEL; RV_VEC("Offset", dl->stage.pos, 2) RV_FLT("Distance", dl->stage.elevation) RV_VEC("Color", dl->stage.color, 3) RV_FLT("Radius", dl->stage.radius) RV_FLT("Halo radius", dl->stage.haloRadius) RV_IVEC("Pattern offset", dl->patternOffset, 2) RV_IVEC("Pattern skip", dl->patternSkip, 2) if(ISLABEL("Levels")) { FINDBEGIN; for(int b = 0; b < 2; ++b) { READFLT(dl->stage.lightLevels[b]) dl->stage.lightLevels[b] /= 255.0f; if(dl->stage.lightLevels[b] < 0) dl->stage.lightLevels[b] = 0; else if(dl->stage.lightLevels[b] > 1) dl->stage.lightLevels[b] = 1; } ReadToken(); } else RV_INT("Flare texture", dl->stage.sysFlareIdx) RV_URI("Flare map", &dl->stage.flare, "LightMaps") RV_URI("Top map", &dl->stage.up, "LightMaps") RV_URI("Bottom map", &dl->stage.down, "LightMaps") RV_URI("Side map", &dl->stage.sides, "LightMaps") RV_END CHECKSC; } sub++; } else RV_END CHECKSC; } prevDecorDefIdx = idx; } if(ISTOKEN("Group")) { int sub; ded_group_t* grp; idx = DED_AddGroup(ded); grp = &ded->groups[idx]; sub = 0; FINDBEGIN; for(;;) { READLABEL; if(ISLABEL("Texture") || ISLABEL("Flat")) { ded_group_member_t* memb; ddstring_t schemeName; Str_Init(&schemeName); Str_Set(&schemeName, ISLABEL("Texture")? "Textures" : "Flats"); // Need to allocate new stage? if(sub >= grp->count.num) sub = DED_AddGroupMember(grp); memb = &grp->members[sub]; FINDBEGIN; for(;;) { READLABEL; RV_URI("ID", &memb->material, Str_Text(&schemeName)) RV_INT("Tics", memb->tics) RV_INT("Random", memb->randomTics) RV_END CHECKSC; } Str_Free(&schemeName); ++sub; } else RV_FLAGS("Flags", grp->flags, "tgf_") RV_END CHECKSC; } } /*if(ISTOKEN("XGClass")) // XG Class { // A new XG Class definition idx = DED_AddXGClass(ded); xgc = ded->xgClasses + idx; sub = 0; FINDBEGIN; for(;;) { READLABEL; RV_STR("ID", xgc->id) RV_STR("Name", xgc->name) if(ISLABEL("Property")) { ded_xgclass_property_t *xgcp = NULL; if(sub >= xgc->properties_count.num) { // Allocate new property sub = DED_AddXGClassProperty(xgc); } xgcp = &xgc->properties[sub]; FINDBEGIN; for(;;) { READLABEL; RV_FLAGS("ID", xgcp->id, "xgcp_") RV_FLAGS("Flags", xgcp->flags, "xgcpf_") RV_STR("Name", xgcp->name) RV_STR("Flag Group", xgcp->flagprefix) RV_END CHECKSC; } sub++; } else RV_END CHECKSC; } }*/ if(ISTOKEN("Line")) // Line Type { ded_linetype_t* l; // A new line type. idx = DED_AddLineType(ded, 0); l = &ded->lineTypes[idx]; // Should we copy the previous definition? if(prevLineTypeDefIdx >= 0 && bCopyNext) { const ded_linetype_t* prevLineType = ded->lineTypes + prevLineTypeDefIdx; memcpy(l, prevLineType, sizeof(*l)); if(l->actMaterial) l->actMaterial = Uri_Dup(l->actMaterial); if(l->deactMaterial) l->deactMaterial = Uri_Dup(l->deactMaterial); } FINDBEGIN; for(;;) { READLABEL; RV_INT("ID", l->id) RV_STR("Comment", l->comment) RV_FLAGS("Flags", l->flags[0], "ltf_") RV_FLAGS("Flags2", l->flags[1], "ltf2_") RV_FLAGS("Flags3", l->flags[2], "ltf3_") RV_FLAGS("Class", l->lineClass, "ltc_") RV_FLAGS("Type", l->actType, "lat_") RV_INT("Count", l->actCount) RV_FLT("Time", l->actTime) RV_INT("Act tag", l->actTag) RV_INT("Ap0", l->aparm[0]) RV_INT("Ap1", l->aparm[1]) RV_INT("Ap2", l->aparm[2]) RV_INT("Ap3", l->aparm[3]) RV_FLAGS("Ap4", l->aparm[4], "lref_") RV_INT("Ap5", l->aparm[5]) RV_FLAGS("Ap6", l->aparm[6], "lref_") RV_INT("Ap7", l->aparm[7]) RV_INT("Ap8", l->aparm[8]) RV_STR("Ap9", l->aparm9) RV_INT("Health above", l->aparm[0]) RV_INT("Health below", l->aparm[1]) RV_INT("Power above", l->aparm[2]) RV_INT("Power below", l->aparm[3]) RV_FLAGS("Line act lref", l->aparm[4], "lref_") RV_INT("Line act lrefd", l->aparm[5]) RV_FLAGS("Line inact lref", l->aparm[6], "lref_") RV_INT("Line inact lrefd", l->aparm[7]) RV_INT("Color", l->aparm[8]) RV_STR("Thing type", l->aparm9) RV_FLT("Ticker start time", l->tickerStart) RV_FLT("Ticker end time", l->tickerEnd) RV_INT("Ticker tics", l->tickerInterval) RV_STR("Act sound", l->actSound) RV_STR("Deact sound", l->deactSound) RV_INT("Event chain", l->evChain) RV_INT("Act chain", l->actChain) RV_INT("Deact chain", l->deactChain) RV_FLAGS("Wall section", l->wallSection, "lws_") if(ISLABEL("Act material")) { READURI(&l->actMaterial, 0) } else if(ISLABEL("Act texture")) // Alias { READURI(&l->actMaterial, "Textures") } else if(ISLABEL("Deact material")) { READURI(&l->deactMaterial, 0) } else if(ISLABEL("Deact texture")) // Alias { READURI(&l->deactMaterial, "Textures") } else RV_INT("Act type", l->actLineType) RV_INT("Deact type", l->deactLineType) RV_STR("Act message", l->actMsg) RV_STR("Deact message", l->deactMsg) RV_FLT("Texmove angle", l->materialMoveAngle) RV_FLT("Materialmove angle", l->materialMoveAngle) // Alias RV_FLT("Texmove speed", l->materialMoveSpeed) RV_FLT("Materialmove speed", l->materialMoveSpeed) // Alias RV_STR_INT("Ip0", l->iparmStr[0], l->iparm[0]) RV_STR_INT("Ip1", l->iparmStr[1], l->iparm[1]) RV_STR_INT("Ip2", l->iparmStr[2], l->iparm[2]) RV_STR_INT("Ip3", l->iparmStr[3], l->iparm[3]) RV_STR_INT("Ip4", l->iparmStr[4], l->iparm[4]) RV_STR_INT("Ip5", l->iparmStr[5], l->iparm[5]) RV_STR_INT("Ip6", l->iparmStr[6], l->iparm[6]) RV_STR_INT("Ip7", l->iparmStr[7], l->iparm[7]) RV_STR_INT("Ip8", l->iparmStr[8], l->iparm[8]) RV_STR_INT("Ip9", l->iparmStr[9], l->iparm[9]) RV_STR_INT("Ip10", l->iparmStr[10], l->iparm[10]) RV_STR_INT("Ip11", l->iparmStr[11], l->iparm[11]) RV_STR_INT("Ip12", l->iparmStr[12], l->iparm[12]) RV_STR_INT("Ip13", l->iparmStr[13], l->iparm[13]) RV_STR_INT("Ip14", l->iparmStr[14], l->iparm[14]) RV_STR_INT("Ip15", l->iparmStr[15], l->iparm[15]) RV_STR_INT("Ip16", l->iparmStr[16], l->iparm[16]) RV_STR_INT("Ip17", l->iparmStr[17], l->iparm[17]) RV_STR_INT("Ip18", l->iparmStr[18], l->iparm[18]) RV_STR_INT("Ip19", l->iparmStr[19], l->iparm[19]) RV_FLT("Fp0", l->fparm[0]) RV_FLT("Fp1", l->fparm[1]) RV_FLT("Fp2", l->fparm[2]) RV_FLT("Fp3", l->fparm[3]) RV_FLT("Fp4", l->fparm[4]) RV_FLT("Fp5", l->fparm[5]) RV_FLT("Fp6", l->fparm[6]) RV_FLT("Fp7", l->fparm[7]) RV_FLT("Fp8", l->fparm[8]) RV_FLT("Fp9", l->fparm[9]) RV_FLT("Fp10", l->fparm[10]) RV_FLT("Fp11", l->fparm[11]) RV_FLT("Fp12", l->fparm[12]) RV_FLT("Fp13", l->fparm[13]) RV_FLT("Fp14", l->fparm[14]) RV_FLT("Fp15", l->fparm[15]) RV_FLT("Fp16", l->fparm[16]) RV_FLT("Fp17", l->fparm[17]) RV_FLT("Fp18", l->fparm[18]) RV_FLT("Fp19", l->fparm[19]) RV_STR("Sp0", l->sparm[0]) RV_STR("Sp1", l->sparm[1]) RV_STR("Sp2", l->sparm[2]) RV_STR("Sp3", l->sparm[3]) RV_STR("Sp4", l->sparm[4]) if(l->lineClass) { // IpX Alt names can only be used if the class is defined first! // they also support the DED v6 flags format. int i; for(i = 0; i < 20; ++i) { xgclassparm_t const& iParm = xgClassLinks[l->lineClass].iparm[i]; if(!iParm.name || !iParm.name[0]) continue; if(!ISLABEL(iParm.name)) continue; if(iParm.flagPrefix && iParm.flagPrefix[0]) { READFLAGS(l->iparm[i], iParm.flagPrefix) } else { READSTRING(l->iparmStr[i], l->iparm[i]) } break; } // Not a known label? if(i == 20) RV_END } else RV_END CHECKSC; } prevLineTypeDefIdx = idx; } if(ISTOKEN("Sector")) // Sector Type { ded_sectortype_t* sec; // A new sector type. idx = DED_AddSectorType(ded, 0); sec = &ded->sectorTypes[idx]; if(prevSectorTypeDefIdx >= 0 && bCopyNext) { // Should we copy the previous definition? memcpy(sec, ded->sectorTypes + prevSectorTypeDefIdx, sizeof(*sec)); } FINDBEGIN; for(;;) { READLABEL; RV_INT("ID", sec->id) RV_STR("Comment", sec->comment) RV_FLAGS("Flags", sec->flags, "stf_") RV_INT("Act tag", sec->actTag) RV_INT("Floor chain", sec->chain[0]) RV_INT("Ceiling chain", sec->chain[1]) RV_INT("Inside chain", sec->chain[2]) RV_INT("Ticker chain", sec->chain[3]) RV_FLAGS("Floor chain flags", sec->chainFlags[0], "scef_") RV_FLAGS("Ceiling chain flags", sec->chainFlags[1], "scef_") RV_FLAGS("Inside chain flags", sec->chainFlags[2], "scef_") RV_FLAGS("Ticker chain flags", sec->chainFlags[3], "scef_") RV_FLT("Floor chain start time", sec->start[0]) RV_FLT("Ceiling chain start time", sec->start[1]) RV_FLT("Inside chain start time", sec->start[2]) RV_FLT("Ticker chain start time", sec->start[3]) RV_FLT("Floor chain end time", sec->end[0]) RV_FLT("Ceiling chain end time", sec->end[1]) RV_FLT("Inside chain end time", sec->end[2]) RV_FLT("Ticker chain end time", sec->end[3]) RV_FLT("Floor chain min interval", sec->interval[0][0]) RV_FLT("Ceiling chain min interval", sec->interval[1][0]) RV_FLT("Inside chain min interval", sec->interval[2][0]) RV_FLT("Ticker chain min interval", sec->interval[3][0]) RV_FLT("Floor chain max interval", sec->interval[0][1]) RV_FLT("Ceiling chain max interval", sec->interval[1][1]) RV_FLT("Inside chain max interval", sec->interval[2][1]) RV_FLT("Ticker chain max interval", sec->interval[3][1]) RV_INT("Floor chain count", sec->count[0]) RV_INT("Ceiling chain count", sec->count[1]) RV_INT("Inside chain count", sec->count[2]) RV_INT("Ticker chain count", sec->count[3]) RV_STR("Ambient sound", sec->ambientSound) RV_FLT("Ambient min interval", sec->soundInterval[0]) RV_FLT("Ambient max interval", sec->soundInterval[1]) RV_FLT("Floor texmove angle", sec->materialMoveAngle[0]) RV_FLT("Floor materialmove angle", sec->materialMoveAngle[0]) // Alias RV_FLT("Ceiling texmove angle", sec->materialMoveAngle[1]) RV_FLT("Ceiling materialmove angle", sec->materialMoveAngle[1]) // Alias RV_FLT("Floor texmove speed", sec->materialMoveSpeed[0]) RV_FLT("Floor materialmove speed", sec->materialMoveSpeed[0]) // Alias RV_FLT("Ceiling texmove speed", sec->materialMoveSpeed[1]) RV_FLT("Ceiling materialmove speed", sec->materialMoveSpeed[1]) // Alias RV_FLT("Wind angle", sec->windAngle) RV_FLT("Wind speed", sec->windSpeed) RV_FLT("Vertical wind", sec->verticalWind) RV_FLT("Gravity", sec->gravity) RV_FLT("Friction", sec->friction) RV_STR("Light fn", sec->lightFunc) RV_INT("Light fn min tics", sec->lightInterval[0]) RV_INT("Light fn max tics", sec->lightInterval[1]) RV_STR("Red fn", sec->colFunc[0]) RV_STR("Green fn", sec->colFunc[1]) RV_STR("Blue fn", sec->colFunc[2]) RV_INT("Red fn min tics", sec->colInterval[0][0]) RV_INT("Red fn max tics", sec->colInterval[0][1]) RV_INT("Green fn min tics", sec->colInterval[1][0]) RV_INT("Green fn max tics", sec->colInterval[1][1]) RV_INT("Blue fn min tics", sec->colInterval[2][0]) RV_INT("Blue fn max tics", sec->colInterval[2][1]) RV_STR("Floor fn", sec->floorFunc) RV_FLT("Floor fn scale", sec->floorMul) RV_FLT("Floor fn offset", sec->floorOff) RV_INT("Floor fn min tics", sec->floorInterval[0]) RV_INT("Floor fn max tics", sec->floorInterval[1]) RV_STR("Ceiling fn", sec->ceilFunc) RV_FLT("Ceiling fn scale", sec->ceilMul) RV_FLT("Ceiling fn offset", sec->ceilOff) RV_INT("Ceiling fn min tics", sec->ceilInterval[0]) RV_INT("Ceiling fn max tics", sec->ceilInterval[1]) RV_END CHECKSC; } prevSectorTypeDefIdx = idx; } bCopyNext = false; } ded_end_read: M_Free(rootStr); // Free the source stack entry we were using. DED_CloseReader(); Str_Free(&sourceFile); Str_Free(&sourceFileDir); return retVal; } /* *INDENT-ON* */ int DED_Read(ded_t* ded, const char* path) { ddstring_t transPath; size_t bufferedDefSize; char* bufferedDef; filehandle_s* file; int result; // Compose the (possibly-translated) path. Str_InitStd(&transPath); Str_Set(&transPath, path); F_FixSlashes(&transPath, &transPath); F_ExpandBasePath(&transPath, &transPath); // Attempt to open a definition file on this path. file = F_Open(Str_Text(&transPath), "rb"); if(!file) { SetError("File could not be opened for reading."); Str_Free(&transPath); return false; } // We will buffer a local copy of the file. How large a buffer do we need? FileHandle_Seek(file, 0, SeekEnd); bufferedDefSize = FileHandle_Tell(file); FileHandle_Rewind(file); bufferedDef = (char*) calloc(1, bufferedDefSize + 1); if(NULL == bufferedDef) { SetError("Out of memory while trying to buffer file for reading."); Str_Free(&transPath); return false; } // Copy the file into the local buffer and parse definitions. FileHandle_Read(file, (uint8_t*)bufferedDef, bufferedDefSize); F_Delete(file); result = DED_ReadData(ded, bufferedDef, Str_Text(&transPath)); // Done. Release temporary storage and return the result. free(bufferedDef); Str_Free(&transPath); return result; } /** * Reads definitions from the given lump. */ int DED_ReadLump(ded_t* ded, lumpnum_t lumpNum) { int lumpIdx; struct file1_s* file = F_FindFileForLumpNum2(lumpNum, &lumpIdx); if(file) { if(F_LumpLength(lumpNum) != 0) { uint8_t const* lumpPtr = F_CacheLump(file, lumpIdx); DED_ReadData(ded, (char const*)lumpPtr, Str_Text(F_ComposePath(file))); F_UnlockLump(file, lumpIdx); } return true; } SetError("Bad lump number."); return false; } doomsday-1.14.5/doomsday/client/src/filesys/0000775000175000017500000000000012350542237020252 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/filesys/searchpath.cpp0000664000175000017500000000260012350542237023076 0ustar jaakkojaakko/** @file searchpath.cpp SearchPath * * @authors Copyright © 2010-2013 Daniel Swanson * @authors Copyright © 2010-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "filesys/searchpath.h" namespace de { SearchPath::SearchPath(de::Uri const& _uri, SearchPath::Flags _flags) : Uri(_uri), flags_(_flags) {} SearchPath::SearchPath(SearchPath const& other) : Uri(other), flags_(other.flags_) {} SearchPath::Flags SearchPath::flags() const { return flags_; } SearchPath& SearchPath::setFlags(Flags newFlags) { flags_ = newFlags; return *this; } } // namespace de doomsday-1.14.5/doomsday/client/src/filesys/fileid.cpp0000664000175000017500000000501712350542237022215 0ustar jaakkojaakko/** @file fileid.cpp * * Implements a file identifier in terms of a MD5 hash of its absolute path. * * @ingroup types * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de_platform.h" #include #include #include "filesys/fs_main.h" #include "filesys/fileid.h" using namespace de; FileId::FileId(Md5Hash _md5) : md5_(_md5.left(16)) #ifdef DENG_DEBUG , path_("unknown-path") #endif {} FileId::FileId(FileId const& other) : LogEntry::Arg::Base(), md5_(other.md5()) #ifdef DENG_DEBUG , path_(other.path()) #endif {} FileId& FileId::operator = (FileId other) { swap(*this, other); return *this; } bool FileId::operator < (FileId const& other) const { return md5_ < other.md5_; } bool FileId::operator == (FileId const& other) const { return md5_ == other.md5_; } bool FileId::operator != (FileId const& other) const { return md5_ != other.md5_; } String FileId::asText() const { String txt; txt.reserve(32); for(int i = 0; i < 16; ++i) { txt += String("%1").arg(String::number((byte)md5_.at(i), 16), 2, '0'); } return txt; } FileId FileId::fromPath(String path) { FileId fileId = FileId(hash(path)); #ifdef DENG_DEBUG fileId.setPath(path); #endif return fileId; } FileId::Md5Hash FileId::hash(String path) { // Ensure we've a normalized path. if(QDir::isRelativePath(path)) { path = App_BasePath() / path; } #if defined(WIN32) || defined(MACOSX) // This is a case insensitive operation. path = path.toUpper(); #endif return QCryptographicHash::hash(path.toUtf8(), QCryptographicHash::Md5); } doomsday-1.14.5/doomsday/client/src/filesys/sys_direc.cpp0000664000175000017500000002435212350542237022750 0ustar jaakkojaakko/** @file sys_direc.cpp Native file system directories. * @ingroup system * * @todo Rewrite using libdeng2's NativePath (and Qt). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #if defined(WIN32) # include #endif #if defined(UNIX) # include # include # include # include # include # include #endif #include #include #include #include #include #include #include "de_platform.h" #include "de_system.h" #include "dd_main.h" #include "dd_def.h" #include "m_misc.h" #include "filesys/sys_direc.h" static void setPathFromPathDir(directory_t* dir, const char* path); static void prependBasePath(char* newPath, const char* path, size_t maxLen); static void resolveAppRelativeDirectives(char* translated, const char* path, size_t maxLen); #if defined(UNIX) static void resolveHomeRelativeDirectives(char* path, size_t maxLen); #endif static void resolvePathRelativeDirectives(char* path); directory_t* Dir_New(const char* path) { directory_t* dir = (directory_t*) M_Calloc(sizeof *dir); Dir_SetPath(dir, path); return dir; } directory_t* Dir_NewFromCWD(void) { directory_t* dir = (directory_t*) M_Calloc(sizeof *dir); size_t lastIndex; char* cwd; cwd = Dir_CurrentPath(); lastIndex = strlen(cwd); lastIndex = MIN_OF(lastIndex, FILENAME_T_LASTINDEX); #if defined(WIN32) dir->drive = _getdrive(); #endif memcpy(dir->path, cwd, lastIndex); dir->path[lastIndex] = '\0'; free(cwd); return dir; } directory_t* Dir_FromText(const char* path) { directory_t* dir; if(!path || !path[0]) return Dir_NewFromCWD(); dir = (directory_t*) M_Calloc(sizeof *dir); setPathFromPathDir(dir, path); return dir; } void Dir_Delete(directory_t* dir) { DENG_ASSERT(NULL != dir); M_Free(dir); } dd_bool Dir_IsEqual(directory_t* a, directory_t* b) { if(a == b) return true; #if defined(WIN32) if(a->drive != b->drive) return false; #endif return !stricmp(a->path, b->path); } const char* Dir_Path(directory_t* dir) { DENG_ASSERT(NULL != dir); return dir->path; } void Dir_SetPath(directory_t* dir, const char* path) { filename_t fileName; DENG_ASSERT(dir); setPathFromPathDir(dir, path); Dir_FileName(fileName, path, FILENAME_T_MAXLEN); M_StrCat(dir->path, fileName, FILENAME_T_MAXLEN); // Ensure we've a well-formed path. Dir_CleanPath(dir->path, FILENAME_T_MAXLEN); } static void setPathFromPathDir(directory_t* dir, const char* path) { filename_t temp, transPath; DENG_ASSERT(dir && path && path[0]); resolveAppRelativeDirectives(transPath, path, FILENAME_T_MAXLEN); #ifdef UNIX resolveHomeRelativeDirectives(transPath, FILENAME_T_MAXLEN); #endif Dir_ToNativeSeparators(transPath, FILENAME_T_MAXLEN); _fullpath(temp, transPath, FILENAME_T_MAXLEN); _splitpath(temp, dir->path, transPath, 0, 0); M_StrCat(dir->path, transPath, FILENAME_T_MAXLEN); #if defined(WIN32) dir->drive = toupper(dir->path[0]) - 'A' + 1; #endif Dir_FixSeparators(dir->path, FILENAME_T_MAXLEN); } /// Class-Static Members: static void prependBasePath(char* newPath, const char* path, size_t maxLen) { DENG_ASSERT(newPath && path); // Cannot prepend to absolute paths. if(!Dir_IsAbsolutePath(path)) { filename_t buf; dd_snprintf(buf, maxLen, "%s%s", ddBasePath, path); memcpy(newPath, buf, maxLen); return; } strncpy(newPath, path, maxLen); } static void resolveAppRelativeDirectives(char* translated, const char* path, size_t maxLen) { filename_t buf; DENG_ASSERT(translated && path); if(path[0] == '>' || path[0] == '}') { path++; if(!Dir_IsAbsolutePath(path)) prependBasePath(buf, path, maxLen); else strncpy(buf, path, maxLen); strncpy(translated, buf, maxLen); } else if(translated != path) { strncpy(translated, path, maxLen); } } #if defined(UNIX) static void resolveHomeRelativeDirectives(char* path, size_t maxLen) { filename_t buf; DENG_ASSERT(path); if(!path[0] || 0 == maxLen || path[0] != '~') return; memset(buf, 0, sizeof(buf)); if(path[1] == '/') { // Replace it with the HOME environment variable. strncpy(buf, getenv("HOME"), FILENAME_T_MAXLEN); if(LAST_CHAR(buf) != '/') M_StrCat(buf, "/", FILENAME_T_MAXLEN); // Append the rest of the original path. M_StrCat(buf, path + 2, FILENAME_T_MAXLEN); } else { char userName[4096], *end = NULL; struct passwd *pw; end = strchr(path + 1, '/'); strncpy(userName, path, end - path - 1); userName[end - path - 1] = 0; pw = getpwnam(userName); if(pw) { strncpy(buf, pw->pw_dir, FILENAME_T_MAXLEN); if(LAST_CHAR(buf) != '/') M_StrCat(buf, "/", FILENAME_T_MAXLEN); } M_StrCat(buf, path + 1, FILENAME_T_MAXLEN); } // Replace the original. strncpy(path, buf, maxLen - 1); } #endif static void resolvePathRelativeDirectives(char* path) { DENG_ASSERT(NULL != path); char* ch = path; char* end = path + strlen(path); char* prev = path; // Assume an absolute path. for(; *ch; ch++) { if(ch[0] == '/' && ch[1] == '.') { if(ch[2] == '/') { memmove(ch, ch + 2, end - ch - 1); ch--; } else if(ch[2] == '.' && ch[3] == '/') { memmove(prev, ch + 3, end - ch - 2); // Must restart from the beginning. // This is a tad inefficient, though. ch = path - 1; continue; } } if(*ch == '/') prev = ch; } } void Dir_CleanPath(char* path, size_t len) { if(!path || 0 == len) return; M_Strip(path, len); #if defined(UNIX) resolveHomeRelativeDirectives(path, len); #endif Dir_FixSeparators(path, len); resolvePathRelativeDirectives(path); } void Dir_CleanPathStr(ddstring_t* str) { size_t len = Str_Length(str); char* path = strdup(Str_Text(str)); Dir_CleanPath(path, len); Str_Set(str, path); free(path); } char* Dir_CurrentPath(void) { char* path = _getcwd(NULL, 0); size_t len = strlen(path); // Why oh why does the OS not do this for us? if(len != 0) { if(path[len - 1] != '/') { path = (char*) realloc(path, len+2); if(!path) { Sys_CriticalMessagef("Dir::WorkDir: Failed on reallocation of %lu bytes for out string.", (unsigned long) (len+2)); return NULL; } strcat(path, "/"); } Dir_ToNativeSeparators(path, len); } return path; } void Dir_FileName(char* name, const char* path, size_t len) { char ext[100]; /// @todo Use dynamic string. if(!path || !name || 0 == len) return; _splitpath(path, 0, 0, name, ext); M_StrCat(name, ext, len); } int Dir_IsAbsolutePath(const char* path) { if(!path || !path[0]) return 0; if(path[0] == '/' || path[1] == ':') return true; #if defined(UNIX) if(path[0] == '~') return true; #endif return false; } dd_bool Dir_mkpath(const char* path) { #if !defined(WIN32) && !defined(UNIX) # error Dir_mkpath has no implementation for this platform. #endif filename_t full, buf; char* ptr, *endptr; if(!path || !path[0]) return false; // Convert all backslashes to normal slashes. strncpy(full, path, FILENAME_T_MAXLEN); Dir_ToNativeSeparators(full, FILENAME_T_MAXLEN); // Does this path already exist? if(0 == access(full, 0)) return true; // Check and create the path in segments. ptr = full; memset(buf, 0, sizeof(buf)); do { endptr = strchr(ptr, DIR_SEP_CHAR); if(!endptr) M_StrCat(buf, ptr, FILENAME_T_MAXLEN); else M_StrnCat(buf, ptr, endptr - ptr, FILENAME_T_MAXLEN); if(buf[0] && access(buf, 0)) { // Path doesn't exist, create it. #if defined(WIN32) mkdir(buf); #elif defined(UNIX) mkdir(buf, 0775); #endif } M_StrCat(buf, DIR_SEP_STR, FILENAME_T_MAXLEN); ptr = endptr + 1; } while(endptr); return (0 == access(full, 0)); } void Dir_MakeAbsolutePath(char* path, size_t len) { filename_t buf; if(!path || !path[0] || 0 == len) return; #if defined(UNIX) resolveHomeRelativeDirectives(path, len); #endif _fullpath(buf, path, FILENAME_T_MAXLEN); strncpy(path, buf, len); Dir_FixSeparators(path, len); } void Dir_ToNativeSeparators(char* path, size_t len) { size_t i; if(!path || !path[0] || 0 == len) return; for(i = 0; i < len && path[i]; ++i) { if(path[i] == DIR_WRONG_SEP_CHAR) path[i] = DIR_SEP_CHAR; } } void Dir_FixSeparators(char* path, size_t len) { size_t i; if(!path || !path[0] || 0 == len) return; for(i = 0; i < len && path[i]; ++i) { if(path[i] == '\\') path[i] = '/'; } } dd_bool Dir_SetCurrent(const char* path) { LOG_AS("Dir"); dd_bool success = false; if(path && path[0]) { success = !_chdir(path); } LOG_RES_VERBOSE("Changing current directory to \"%s\" %s") << path << (success? "succeeded" : "failed"); return success; } doomsday-1.14.5/doomsday/client/src/filesys/fs_main.cpp0000664000175000017500000013617212350542237022404 0ustar jaakkojaakko/** @file fs_main.cpp * @ingroup fs * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include #include #include #define DENG_NO_API_MACROS_FILESYS #include "api_filesys.h" #include "m_misc.h" #include "de_base.h" #include "de_console.h" #include "de_filesys.h" #include "filesys/file.h" #include "filesys/fileid.h" #include "filesys/fileinfo.h" #include "filesys/lumpindex.h" #include "resource/wad.h" #include "resource/zip.h" #include "Game" using namespace de; D_CMD(Dir); D_CMD(DumpLump); D_CMD(ListFiles); D_CMD(ListLumps); static FS1* fileSystem; typedef QList FileIds; /** * Virtual (file) path => Lump name mapping. * * @todo We can't presently use a Map or Hash for these. Although the paths are * unique, several of the existing algorithms which match using patterns * assume they are sorted in a quasi load ordering. */ typedef QPair LumpMapping; typedef QList LumpMappings; /** * Virtual file-directory mapping. * Maps one (absolute) path in the virtual file system to another. * * @todo We can't presently use a Map or Hash for these. Although the paths are * unique, several of the existing algorithms which match using patterns * assume they are sorted in a quasi load ordering. */ typedef QPair PathMapping; typedef QList PathMappings; static bool applyPathMapping(ddstring_t* path, PathMapping const& vdm); struct FS1::Instance { FS1& self; /// @c true= Flag newly opened files as "startup". bool loadingForStartup; /// List of currently opened files. FileList openFiles; /// List of all loaded files present in the system. FileList loadedFiles; uint loadedFilesCRC; /// Database of unique identifiers for all loaded/opened files. FileIds fileIds; /// Primary index of all files in the system. LumpIndex primaryIndex; /// Type-specific index for ZipFiles. LumpIndex zipFileIndex; /// Virtual (file) path => Lump name mapping. LumpMappings lumpMappings; /// Virtual file-directory mapping. PathMappings pathMappings; /// System subspace schemes containing subsets of the total files. Schemes schemes; Instance(FS1* d) : self(*d), loadingForStartup(true), loadedFilesCRC(0), zipFileIndex(LIF_UNIQUE_PATHS) {} ~Instance() { clearLoadedFiles(); clearOpenFiles(); clearIndexes(); fileIds.clear(); // Should be null-op if bookkeeping is correct. pathMappings.clear(); lumpMappings.clear(); clearAllSchemes(); } void clearAllSchemes() { DENG2_FOR_EACH(Schemes, i, schemes) { delete *i; } schemes.clear(); } /// @return @c true if the FileId associated with @a path was released. bool releaseFileId(String path) { if(!path.isEmpty()) { FileId fileId = FileId::fromPath(path); FileIds::iterator place = qLowerBound(fileIds.begin(), fileIds.end(), fileId); if(place != fileIds.end() && *place == fileId) { LOGDEV_RES_XVERBOSE_DEBUGONLY("Released FileId %s - \"%s\"", *place << fileId.path()); fileIds.erase(place); return true; } } return false; } void clearLoadedFiles(de::LumpIndex* index = 0) { loadedFilesCRC = 0; // Unload in reverse load order. for(int i = loadedFiles.size() - 1; i >= 0; i--) { File1& file = loadedFiles[i]->file(); if(!index || index->catalogues(file)) { self.deindex(file); delete &file; } } } void clearOpenFiles() { while(!openFiles.isEmpty()) { delete openFiles.takeLast(); } } void clearIndexes() { primaryIndex.clear(); zipFileIndex.clear(); } String findPath(de::Uri const& search) { // Within a subspace scheme? try { FS1::Scheme& scheme = self.scheme(search.scheme()); LOG_RES_XVERBOSE("Using scheme '%s'...") << scheme.name(); // Ensure the scheme's index is up to date. scheme.rebuild(); // The in-scheme name is the file name sans extension. String name = search.path().lastSegment().toString().fileNameWithoutExtension(); // Perform the search. FS1::Scheme::FoundNodes foundNodes; if(scheme.findAll(name, foundNodes)) { // At least one node name was matched (perhaps partially). DENG2_FOR_EACH_CONST(FS1::Scheme::FoundNodes, i, foundNodes) { PathTree::Node& node = **i; if(!node.comparePath(search.path(), PathTree::NoBranch)) { // This is the file we are looking for. return node.path(); } } } /// @todo Should return not-found here but some searches are still dependent /// on falling back to a wider search. -ds } catch(FS1::UnknownSchemeError const&) {} // Ignore this error. // Try a wider search of the whole virtual file system. de::File1* file = openFile(search.path(), "rb", 0, true /* allow duplicates */); if(file) { String found = file->composePath(); delete file; return found; } return ""; // Not found. } File1* findLump(String path, String const& /*mode*/) { if(path.isEmpty()) return 0; // We must have an absolute path - prepend the base path if necessary. if(QDir::isRelativePath(path)) { path = App_BasePath() / path; } // First check the Zip lump index. lumpnum_t lumpNum = zipFileIndex.lastIndexForPath(path); if(lumpNum >= 0) { return &zipFileIndex.lump(lumpNum); } // Nope. Any applicable dir/WAD redirects? if(!lumpMappings.empty()) { DENG2_FOR_EACH_CONST(LumpMappings, i, lumpMappings) { LumpMapping const& mapping = *i; if(mapping.first.compare(path)) continue; lumpnum_t lumpNum = self.lumpNumForName(mapping.second); if(lumpNum < 0) continue; return &self.nameIndex().lump(lumpNum); } } return 0; } FILE* findAndOpenNativeFile(String path, String const& mymode, String& foundPath) { DENG_ASSERT(!path.isEmpty()); // We must have an absolute path - prepend the CWD if necessary. path = NativePath::workPath().withSeparators('/') / path; // Translate mymode to the C-lib's fopen() mode specifiers. char mode[8] = ""; if(mymode.contains('r')) strcat(mode, "r"); else if(mymode.contains('w')) strcat(mode, "w"); if(mymode.contains('b')) strcat(mode, "b"); else if(mymode.contains('t')) strcat(mode, "t"); // First try a real native file at this absolute path. NativePath nativePath = NativePath(path); FILE* nativeFile = fopen(nativePath.toUtf8().constData(), mode); if(nativeFile) { foundPath = nativePath.expand().withSeparators('/'); return nativeFile; } // Nope. Any applicable virtual directory mappings? if(!pathMappings.empty()) { QByteArray pathUtf8 = path.toUtf8(); AutoStr* mapped = AutoStr_NewStd(); DENG2_FOR_EACH_CONST(PathMappings, i, pathMappings) { Str_Set(mapped, pathUtf8.constData()); if(!applyPathMapping(mapped, *i)) continue; // The mapping was successful. nativePath = NativePath(Str_Text(mapped)); nativeFile = fopen(nativePath.toUtf8().constData(), mode); if(nativeFile) { foundPath = nativePath.expand().withSeparators('/'); return nativeFile; } } } return 0; } de::File1* openFile(String path, String const& mode, size_t baseOffset, bool allowDuplicate) { if(path.isEmpty()) return 0; LOG_AS("FS1::openFile"); // We must have an absolute path. path = App_BasePath() / path; LOG_RES_XVERBOSE("Trying \"%s\"...") << NativePath(path).pretty(); bool const reqNativeFile = mode.contains('f'); FileHandle* hndl = 0; FileInfo info; // The temporary info descriptor. // First check for lumps? if(!reqNativeFile) { if(File1* found = findLump(path, mode)) { // Do not read files twice. if(!allowDuplicate && !self.checkFileId(found->composeUri())) return 0; // Get a handle to the lump we intend to open. /// @todo The way this buffering works is nonsensical it should not be done here /// but should instead be deferred until the content of the lump is read. hndl = FileHandleBuilder::fromLump(*found, /*baseOffset,*/ false/*dontBuffer*/); // Prepare a temporary info descriptor. info = found->info(); } } // Not found? - try a native file. if(!hndl) { String foundPath; if(FILE* found = findAndOpenNativeFile(path, mode, foundPath)) { // Do not read files twice. if(!allowDuplicate && !self.checkFileId(de::Uri(foundPath, RC_NULL))) { fclose(found); return 0; } // Acquire a handle on the file we intend to open. hndl = FileHandleBuilder::fromNativeFile(*found, baseOffset); // Prepare the temporary info descriptor. info = FileInfo(_api_F.GetLastModified(foundPath.toUtf8().constData())); } } // Nothing? if(!hndl) return 0; // Search path is used here rather than found path as the latter may have // been mapped to another location. We want the file to be attributed with // the path it is to be known by throughout the virtual file system. File1& file = self.interpret(*hndl, path, info); if(loadingForStartup) { file.setStartup(true); } return &file; } }; FS1::FS1() { d = new Instance(this); FileHandleBuilder::init(); } FS1::~FS1() { delete d; FileHandleBuilder::shutdown(); } FS1::Scheme& FS1::createScheme(String name, Scheme::Flags flags) { DENG_ASSERT(name.length() >= Scheme::min_name_length); // Ensure this is a unique name. if(knownScheme(name)) return scheme(name); // Create a new scheme. Scheme* newScheme = new Scheme(name, flags); d->schemes.insert(name.toLower(), newScheme); return *newScheme; } void FS1::consoleRegister() { C_CMD("dir", "", Dir); C_CMD("ls", "", Dir); // Alias C_CMD("dir", "s*", Dir); C_CMD("ls", "s*", Dir); // Alias C_CMD("dump", "s", DumpLump); C_CMD("listfiles", "", ListFiles); C_CMD("listlumps", "", ListLumps); } /** * @note Performance is O(n). * @return @c iterator pointing to list->end() if not found. */ static FS1::FileList::iterator findListFile(FS1::FileList& list, de::File1& file) { if(list.empty()) return list.end(); // Perform the search. FS1::FileList::iterator i; for(i = list.begin(); i != list.end(); ++i) { if(&file == &(*i)->file()) { break; // This is the node we are looking for. } } return i; } /** * @note Performance is O(n). * @return @c iterator pointing to list->end() if not found. */ static FS1::FileList::iterator findListFileByPath(FS1::FileList& list, String path) { if(list.empty()) return list.end(); if(path.isEmpty()) return list.end(); // Perform the search. FS1::FileList::iterator i; for(i = list.begin(); i != list.end(); ++i) { de::File1& file = (*i)->file(); if(!file.composePath().compare(path, Qt::CaseInsensitive)) { break; // This is the node we are looking for. } } return i; } void FS1::index(de::File1& file) { #ifdef DENG_DEBUG // Ensure this hasn't yet been indexed. FileList::const_iterator found = findListFile(d->loadedFiles, file); if(found != d->loadedFiles.end()) throw Error("FS1::index", "File \"" + NativePath(file.composePath()).pretty() + "\" has already been indexed"); #endif // Publish lumps to one or more indexes? if(Zip* zip = dynamic_cast(&file)) { if(!zip->empty()) { // Insert the lumps into their rightful places in the index. for(int i = 0; i < zip->lumpCount(); ++i) { File1& lump = zip->lump(i); d->primaryIndex.catalogLump(lump); // Zip files go into a special ZipFile index as well. d->zipFileIndex.catalogLump(lump); } } } else if(Wad* wad = dynamic_cast(&file)) { if(!wad->empty()) { // Insert the lumps into their rightful places in the index. for(int i = 0; i < wad->lumpCount(); ++i) { File1& lump = wad->lump(i); d->primaryIndex.catalogLump(lump); } } } // Add a handle to the loaded files list. FileHandle* loadedFilesHndl = FileHandleBuilder::fromFile(file); d->loadedFiles.push_back(loadedFilesHndl); loadedFilesHndl->setList(reinterpret_cast(&d->loadedFiles)); d->loadedFilesCRC = 0; } void FS1::deindex(de::File1& file) { FileList::iterator found = findListFile(d->loadedFiles, file); if(found == d->loadedFiles.end()) return; // Most peculiar.. QByteArray path = file.composePath().toUtf8(); d->releaseFileId(path.constData()); d->zipFileIndex.pruneByFile(file); d->primaryIndex.pruneByFile(file); d->loadedFiles.erase(found); d->loadedFilesCRC = 0; delete *found; } de::File1& FS1::find(de::Uri const& search) { LOG_AS("FS1::find"); if(!search.isEmpty()) { try { String searchPath = search.resolved(); // Convert to an absolute path. if(!QDir::isAbsolutePath(searchPath)) { searchPath = App_BasePath() / searchPath; } FileList::iterator found = findListFileByPath(d->loadedFiles, searchPath); if(found != d->loadedFiles.end()) { DENG_ASSERT((*found)->hasFile()); return (*found)->file(); } } catch(de::Uri::ResolveError const& er) { // Log but otherwise ignore unresolved paths. LOGDEV_RES_VERBOSE(er.asText()); } } /// @throw NotFoundError No files found matching the search term. throw NotFoundError("FS1::find", "No files found matching '" + search.compose() + "'"); } String FS1::findPath(de::Uri const& search, int flags, ResourceClass& rclass) { LOG_AS("FS1::findPath"); if(!search.isEmpty()) { try { String searchPath = search.resolved(); // If an extension was specified, first look for files of the same type. String ext = searchPath.fileNameExtension(); if(!ext.isEmpty() && ext.compare(".*")) { String found = d->findPath(de::Uri(search.scheme(), searchPath)); if(!found.isEmpty()) return found; // If we are looking for a particular file type, get out of here. if(flags & RLF_MATCH_EXTENSION) return ""; } if(isNullResourceClass(rclass) || !rclass.fileTypeCount()) return ""; /* * Try each expected file type name extension for this resource class. */ String searchPathWithoutFileNameExtension = searchPath.fileNamePath() / searchPath.fileNameWithoutExtension(); DENG2_FOR_EACH_CONST(ResourceClass::FileTypes, typeIt, rclass.fileTypes()) { DENG2_FOR_EACH_CONST(QStringList, i, (*typeIt)->knownFileNameExtensions()) { String const& ext = *i; String found = d->findPath(de::Uri(search.scheme(), searchPathWithoutFileNameExtension + ext)); if(!found.isEmpty()) return found; } }; } catch(de::Uri::ResolveError const& er) { // Log but otherwise ignore unresolved paths. LOGDEV_RES_VERBOSE(er.asText()); } } /// @throw NotFoundError No files found matching the search term. throw NotFoundError("FS1::findPath", "No paths found matching '" + search.compose() + "'"); } String FS1::findPath(de::Uri const& search, int flags) { return findPath(search, flags, App_ResourceClass(RC_NULL)); } #if _DEBUG static void printFileIds(FileIds const& fileIds) { uint idx = 0; DENG2_FOR_EACH_CONST(FileIds, i, fileIds) { LOGDEV_RES_MSG(" %u - %s : \"%s\"") << idx << *i << i->path(); ++idx; } } #endif #if _DEBUG static void printFileList(FS1::FileList& list) { uint idx = 0; DENG2_FOR_EACH_CONST(FS1::FileList, i, list) { de::FileHandle& hndl = **i; de::File1& file = hndl.file(); QByteArray path = file.composePath().toUtf8(); FileId fileId = FileId::fromPath(path.constData()); LOGDEV_RES_MSG(" %c%d: %s - \"%s\" (handle: %p)") << (file.hasStartup()? '*' : ' ') << idx << fileId << fileId.path() << (void*)&hndl; ++idx; } } #endif int FS1::unloadAllNonStartupFiles() { #if _DEBUG // List all open files with their identifiers. if(verbose) { LOGDEV_RES_MSG("Open files at reset:"); printFileList(d->openFiles); LOGDEV_RES_MSG("End\n"); } #endif // Perform non-startup file unloading (in reverse load order). int numUnloadedFiles = 0; for(int i = d->loadedFiles.size() - 1; i >= 0; i--) { File1& file = d->loadedFiles[i]->file(); if(file.hasStartup()) continue; deindex(file); delete &file; numUnloadedFiles += 1; } #if _DEBUG // Sanity check: look for orphaned identifiers. if(!d->fileIds.empty()) { LOGDEV_RES_MSG("Orphan FileIds:"); printFileIds(d->fileIds); } #endif return numUnloadedFiles; } bool FS1::checkFileId(de::Uri const& path) { if(!accessFile(path)) return false; // Calculate the identifier. FileId fileId = FileId::fromPath(path.compose()); FileIds::iterator place = qLowerBound(d->fileIds.begin(), d->fileIds.end(), fileId); if(place != d->fileIds.end() && *place == fileId) return false; LOGDEV_RES_XVERBOSE_DEBUGONLY("checkFileId \"%s\" => %s", fileId.path() << fileId); /* path() is debug-only */ d->fileIds.insert(place, fileId); return true; } void FS1::resetFileIds() { d->fileIds.clear(); } void FS1::endStartup() { d->loadingForStartup = false; } LumpIndex const& FS1::nameIndex() const { return d->primaryIndex; } lumpnum_t FS1::lumpNumForName(String name) { LOG_AS("FS1::lumpNumForName"); if(name.isEmpty()) return -1; // Append a .lmp extension if none is specified. if(name.fileNameExtension().isEmpty()) { name += ".lmp"; } // Perform the search. return d->primaryIndex.lastIndexForPath(Path(name)); } void FS1::releaseFile(de::File1& file) { for(int i = d->openFiles.size() - 1; i >= 0; i--) { FileHandle& hndl = *(d->openFiles[i]); if(&hndl.file() == &file) { d->openFiles.removeAt(i); } } } /// @return @c NULL= Not found. static Wad* findFirstWadFile(FS1::FileList& list, bool custom) { if(list.empty()) return 0; DENG2_FOR_EACH(FS1::FileList, i, list) { de::File1& file = (*i)->file(); if(custom != file.hasCustom()) continue; Wad* wad = dynamic_cast(&file); if(wad) return wad; } return 0; } uint FS1::loadedFilesCRC() { if(!d->loadedFilesCRC) { /** * We define the CRC as that of the lump directory of the first loaded IWAD. * @todo Really kludgy... */ // CRC not calculated yet, let's do it now. Wad* iwad = findFirstWadFile(d->loadedFiles, false/*not-custom*/); if(!iwad) return 0; d->loadedFilesCRC = iwad->calculateCRC(); } return d->loadedFilesCRC; } int FS1::findAll(FS1::FileList& found) const { int numFound = 0; DENG2_FOR_EACH_CONST(FS1::FileList, i, d->loadedFiles) { found.push_back(*i); numFound += 1; } return numFound; } int FS1::findAll(bool (*predicate)(de::File1& file, void* parameters), void* parameters, FS1::FileList& found) const { int numFound = 0; DENG2_FOR_EACH_CONST(FS1::FileList, i, d->loadedFiles) { // Interested in this file? if(predicate && !predicate((*i)->file(), parameters)) continue; // Nope. found.push_back(*i); numFound += 1; } return numFound; } int FS1::findAllPaths(Path searchPattern, int flags, FS1::PathList& found) { int const numFoundSoFar = found.count(); // We must have an absolute path - prepend the base path if necessary. if(!QDir::isAbsolutePath(searchPattern)) { searchPattern = App_BasePath() / searchPattern; } /* * Check the Zip directory. */ DENG2_FOR_EACH_CONST(LumpIndex::Lumps, i, d->zipFileIndex.lumps()) { File1 const &lump = **i; PathTree::Node const &node = lump.directoryNode(); String filePath; bool patternMatched; if(!(flags & SearchPath::NoDescend)) { filePath = lump.composePath(); patternMatched = F_MatchFileName(filePath, searchPattern); } else { patternMatched = !node.comparePath(searchPattern, PathTree::MatchFull); } if(!patternMatched) continue; // Not yet composed the path? if(filePath.isEmpty()) { filePath = lump.composePath(); } found.push_back(PathListItem(filePath, !node.isLeaf()? A_SUBDIR : 0)); } /* * Check the dir/WAD direcs. */ if(!d->lumpMappings.empty()) { DENG2_FOR_EACH_CONST(LumpMappings, i, d->lumpMappings) { if(!F_MatchFileName(i->first, searchPattern)) continue; found.push_back(PathListItem(i->first, 0 /*only filepaths (i.e., leaves) can be mapped to lumps*/)); } /// @todo Shouldn't these be sorted? -ds } /* * Check native paths. */ String searchDirectory = searchPattern.toString().fileNamePath(); if(!searchDirectory.isEmpty()) { QByteArray searchDirectoryUtf8 = searchDirectory.toUtf8(); PathList nativeFilePaths; AutoStr* wildPath = AutoStr_NewStd(); Str_Reserve(wildPath, searchDirectory.length() + 2 + 16); // Conservative estimate. for(int i = -1; i < (int)d->pathMappings.count(); ++i) { Str_Clear(wildPath); Str_Appendf(wildPath, "%s/", searchDirectoryUtf8.constData()); if(i > -1) { // Possible mapping? if(!applyPathMapping(wildPath, d->pathMappings[i])) continue; } Str_AppendChar(wildPath, '*'); FindData fd; if(!FindFile_FindFirst(&fd, Str_Text(wildPath))) { // First path found. do { // Ignore relative directory symbolics. if(Str_Compare(&fd.name, ".") && Str_Compare(&fd.name, "..")) { String foundPath = searchDirectory / NativePath(Str_Text(&fd.name)).withSeparators('/'); if(!F_MatchFileName(foundPath, searchPattern)) continue; nativeFilePaths.push_back(PathListItem(foundPath, fd.attrib)); } } while(!FindFile_FindNext(&fd)); } FindFile_Finish(&fd); } // Sort the native file paths. qSort(nativeFilePaths.begin(), nativeFilePaths.end()); // Add the native file paths to the found results. found.append(nativeFilePaths); } return found.count() - numFoundSoFar; } de::File1 &FS1::interpret(de::FileHandle &hndl, String filePath, FileInfo const &info) { DENG_ASSERT(!filePath.isEmpty()); de::File1 *interpretedFile = 0; // Firstly try the interpreter for the guessed resource types. FileType const &ftypeGuess = DD_GuessFileTypeFromFileName(filePath); if(NativeFileType const* fileType = dynamic_cast(&ftypeGuess)) { interpretedFile = fileType->interpret(hndl, filePath, info); } // If not yet interpreted - try each recognisable format in order. if(!interpretedFile) { FileTypes const &fileTypes = DD_FileTypes(); DENG2_FOR_EACH_CONST(FileTypes, i, fileTypes) { if(NativeFileType const *fileType = dynamic_cast(*i)) { // Already tried this? if(fileType == &ftypeGuess) continue; interpretedFile = fileType->interpret(hndl, filePath, info); if(interpretedFile) break; } } } // Still not interpreted? if(!interpretedFile) { // Use a generic file. File1 *container = (hndl.hasFile() && hndl.file().isContained())? &hndl.file().container() : 0; interpretedFile = new File1(hndl, filePath, info, container); } DENG_ASSERT(interpretedFile); return *interpretedFile; } de::FileHandle& FS1::openFile(String const& path, String const& mode, size_t baseOffset, bool allowDuplicate) { #if _DEBUG for(int i = 0; i < mode.length(); ++i) { if(mode[i] != 'r' && mode[i] != 't' && mode[i] != 'b' && mode[i] != 'f') throw Error("FS1::openFile", "Unknown argument in mode string '" + mode + "'"); } #endif File1* file = d->openFile(path, mode, baseOffset, allowDuplicate); if(!file) throw NotFoundError("FS1::openFile", "No files found matching '" + path + "'"); // Add a handle to the opened files list. FileHandle& openFilesHndl = *FileHandleBuilder::fromFile(*file); d->openFiles.push_back(&openFilesHndl); openFilesHndl.setList(reinterpret_cast(&d->openFiles)); return openFilesHndl; } de::FileHandle& FS1::openLump(de::File1& lump) { // Add a handle to the opened files list. FileHandle& openFilesHndl = *FileHandleBuilder::fromLump(lump, false/*do buffer*/); d->openFiles.push_back(&openFilesHndl); openFilesHndl.setList(reinterpret_cast(&d->openFiles)); return openFilesHndl; } bool FS1::accessFile(de::Uri const& search) { try { String searchPath = search.resolved(); de::File1* file = d->openFile(searchPath, "rb", 0, true /* allow duplicates */); if(file) { delete file; return true; } } catch(de::Uri::ResolveError const& er) { // Log but otherwise ignore unresolved paths. LOGDEV_RES_VERBOSE(er.asText()); } return false; } void FS1::addPathLumpMapping(String lumpName, String destination) { if(lumpName.isEmpty() || destination.isEmpty()) return; // We require an absolute path - prepend the CWD if necessary. if(QDir::isRelativePath(destination)) { String workPath = DENG2_APP->currentWorkPath().withSeparators('/'); destination = workPath / destination; } // Have already mapped this path? LumpMappings::iterator found = d->lumpMappings.begin(); for(; found != d->lumpMappings.end(); ++found) { LumpMapping const& ldm = *found; if(!ldm.first.compare(destination, Qt::CaseInsensitive)) break; } LumpMapping* ldm; if(found == d->lumpMappings.end()) { // No. Acquire another mapping. d->lumpMappings.push_back(LumpMapping(destination, lumpName)); ldm = &d->lumpMappings.back(); } else { // Remap to another lump. ldm = &*found; ldm->second = lumpName; } LOG_RES_MSG("Path \"%s\" now mapped to lump \"%s\"") << NativePath(ldm->first).pretty() << ldm->second; } void FS1::clearPathLumpMappings() { d->lumpMappings.clear(); } /// @return @c true iff the mapping matched the path. static bool applyPathMapping(ddstring_t* path, PathMapping const& pm) { if(!path) return false; QByteArray destUtf8 = pm.first.toUtf8(); AutoStr* dest = AutoStr_FromTextStd(destUtf8.constData()); if(qstrnicmp(Str_Text(path), Str_Text(dest), Str_Length(dest))) return false; // Replace the beginning with the source path. QByteArray sourceUtf8 = pm.second.toUtf8(); AutoStr* temp = AutoStr_FromTextStd(sourceUtf8.constData()); Str_PartAppend(temp, Str_Text(path), pm.first.length(), Str_Length(path) - pm.first.length()); Str_Copy(path, temp); return true; } void FS1::addPathMapping(String source, String destination) { if(source.isEmpty() || destination.isEmpty()) return; // Have already mapped this source path? PathMappings::iterator found = d->pathMappings.begin(); for(; found != d->pathMappings.end(); ++found) { PathMapping const& pm = *found; if(!pm.second.compare(source, Qt::CaseInsensitive)) break; } PathMapping* pm; if(found == d->pathMappings.end()) { // No. Acquire another mapping. d->pathMappings.push_back(PathMapping(destination, source)); pm = &d->pathMappings.back(); } else { // Remap to another destination. pm = &*found; pm->first = destination; } LOG_RES_MSG("Path \"%s\" now mapped to \"%s\"") << NativePath(pm->second).pretty() << NativePath(pm->first).pretty(); } void FS1::clearPathMappings() { d->pathMappings.clear(); } void FS1::printDirectory(Path path) { LOG_RES_MSG(_E(b) "Directory: %s") << NativePath(path).pretty(); // We are interested in *everything*. path = path / "*"; PathList found; if(findAllPaths(path, 0, found)) { qSort(found.begin(), found.end()); DENG2_FOR_EACH_CONST(PathList, i, found) { LOG_RES_MSG(" %s") << NativePath(i->path).pretty(); } } } bool FS1::knownScheme(String name) { if(!name.isEmpty()) { Schemes::iterator found = d->schemes.find(name.toLower()); if(found != d->schemes.end()) return true; } return false; } FS1::Scheme& FS1::scheme(String name) { if(!name.isEmpty()) { Schemes::iterator found = d->schemes.find(name.toLower()); if(found != d->schemes.end()) return **found; } /// @throw UnknownSchemeError An unknown scheme was referenced. throw UnknownSchemeError("FS1::scheme", "No scheme found matching '" + name + "'"); } FS1::Schemes const& FS1::allSchemes() { return d->schemes; } /// Print contents of directories as Doomsday sees them. D_CMD(Dir) { DENG_UNUSED(src); if(argc > 1) { for(int i = 1; i < argc; ++i) { String path = NativePath(argv[i]).expand().withSeparators('/'); App_FileSystem().printDirectory(path); } } else { App_FileSystem().printDirectory(String("/")); } return true; } /// Dump a copy of a virtual file to the runtime directory. D_CMD(DumpLump) { DENG_UNUSED(src); DENG_UNUSED(argc); if(fileSystem) { lumpnum_t lumpNum = App_FileSystem().lumpNumForName(argv[1]); if(lumpNum >= 0) { return F_DumpLump(lumpNum); } LOG_RES_ERROR("No such lump"); return false; } return false; } /// List virtual files inside containers. D_CMD(ListLumps) { DENG_UNUSED(src); DENG_UNUSED(argc); DENG_UNUSED(argv); if(fileSystem) { LumpIndex::print(App_FileSystem().nameIndex()); return true; } return false; } /// List presently loaded files in original load order. D_CMD(ListFiles) { DENG_UNUSED(src); DENG_UNUSED(argc); DENG_UNUSED(argv); LOG_RES_MSG(_E(b) "Loaded Files " _E(l) "(in load order)" _E(w) ":"); size_t totalFiles = 0, totalPackages = 0; if(fileSystem) { FS1::FileList foundFiles; int fileCount = App_FileSystem().findAll(foundFiles); if(!fileCount) return true; DENG2_FOR_EACH_CONST(FS1::FileList, i, foundFiles) { de::File1& file = (*i)->file(); uint crc = 0; int fileCount = 1; if(de::Zip* zip = dynamic_cast(&file)) { fileCount = zip->lumpCount(); } else if(de::Wad* wad = dynamic_cast(&file)) { fileCount = wad->lumpCount(); crc = (!file.hasCustom()? wad->calculateCRC() : 0); } LOG_RES_MSG(" %s " _E(2)_E(>) "(%i %s%s)%s") << de::NativePath(file.composePath()).pretty() << fileCount << (fileCount != 1 ? "files" : "file") << (file.hasStartup()? ", startup" : "") << (crc? QString(" [%1]").arg(crc, 0, 16) : ""); totalFiles += size_t(fileCount); ++totalPackages; } } LOG_RES_MSG(_E(b)"Total: " _E(.) "%i files in %i packages") << totalFiles << totalPackages; return true; } /** * C Wrapper API */ FS1 &App_FileSystem() { if(!fileSystem) throw Error("App_FileSystem", "File system not yet initialized"); return *fileSystem; } String App_BasePath() { /// @todo Shouldn't this end in '/'? It causes failure to locate doomsday.pk3... return App::app().nativeBasePath().withSeparators('/'); // + '/'; } void F_Register(void) { FS1::consoleRegister(); } void F_Init(void) { DENG_ASSERT(!fileSystem); fileSystem = new de::FS1(); } void F_Shutdown(void) { if(!fileSystem) return; delete fileSystem; fileSystem = 0; } void F_EndStartup(void) { App_FileSystem().endStartup(); } int F_UnloadAllNonStartupFiles(void) { return App_FileSystem().unloadAllNonStartupFiles(); } void F_AddVirtualDirectoryMapping(char const* nativeSourcePath, char const* nativeDestinationPath) { String source = NativePath(nativeSourcePath).expand().withSeparators('/'); String destination = NativePath(nativeDestinationPath).expand().withSeparators('/'); App_FileSystem().addPathMapping(source, destination); } void F_AddLumpDirectoryMapping(char const* lumpName, char const* nativeDestinationPath) { String destination = NativePath(nativeDestinationPath).expand().withSeparators('/'); App_FileSystem().addPathLumpMapping(destination, String(lumpName)); } void F_ResetFileIds(void) { App_FileSystem().resetFileIds(); } dd_bool F_CheckFileId(char const* nativePath) { return App_FileSystem().checkFileId(de::Uri::fromNativePath(nativePath)); } int F_LumpCount(void) { return App_FileSystem().nameIndex().size(); } int F_Access(char const* nativePath) { de::Uri path = de::Uri::fromNativePath(nativePath); return App_FileSystem().accessFile(path)? 1 : 0; } void F_Index(struct file1_s* file) { if(!file) return; App_FileSystem().index(*reinterpret_cast(file)); } void F_Deindex(struct file1_s* file) { if(!file) return; App_FileSystem().deindex(*reinterpret_cast(file)); } void F_ReleaseFile(struct file1_s* file) { if(!file) return; App_FileSystem().releaseFile(*reinterpret_cast(file)); } struct filehandle_s* F_Open3(char const* nativePath, char const* mode, size_t baseOffset, dd_bool allowDuplicate) { try { // Relative paths are relative to the native working directory. String path = (NativePath::workPath() / NativePath(nativePath).expand()).withSeparators('/'); return reinterpret_cast(&App_FileSystem().openFile(path, mode, baseOffset, CPP_BOOL(allowDuplicate))); } catch(FS1::NotFoundError const&) {} // Ignore error. return 0; } struct filehandle_s* F_Open2(char const* nativePath, char const* mode, size_t baseOffset) { return F_Open3(nativePath, mode, baseOffset, true/*allow duplicates*/); } struct filehandle_s* F_Open(char const* nativePath, char const* mode) { return F_Open2(nativePath, mode, 0/*base offset*/); } struct filehandle_s* F_OpenLump(lumpnum_t lumpNum) { try { de::File1& lump = App_FileSystem().nameIndex().lump(lumpNum); return reinterpret_cast(&App_FileSystem().openLump(lump)); } catch(LumpIndex::NotFoundError const&) {} // Ignore error. return 0; } dd_bool F_IsValidLumpNum(lumpnum_t lumpNum) { return App_FileSystem().nameIndex().isValidIndex(lumpNum); } lumpnum_t F_LumpNumForName(char const* name) { try { return App_FileSystem().lumpNumForName(name); } catch(FS1::NotFoundError const&) {} // Ignore error. return -1; } AutoStr* F_LumpName(lumpnum_t lumpNum) { try { String const& name = App_FileSystem().nameIndex().lump(lumpNum).name(); QByteArray nameUtf8 = name.toUtf8(); return AutoStr_FromTextStd(nameUtf8.constData()); } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. return AutoStr_NewStd(); } size_t F_LumpLength(lumpnum_t lumpNum) { try { return App_FileSystem().nameIndex().lump(lumpNum).size(); } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. return 0; } uint F_LumpLastModified(lumpnum_t lumpNum) { try { return App_FileSystem().nameIndex().lump(lumpNum).lastModified(); } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. return (uint)time(0); } void F_Delete(struct filehandle_s* _hndl) { if(!_hndl) return; de::FileHandle& hndl = *reinterpret_cast(_hndl); App_FileSystem().releaseFile(hndl.file()); delete &hndl; } AutoStr* F_ComposePath(struct file1_s const* _file) { if(!_file) return AutoStr_NewStd(); de::File1 const& file = reinterpret_cast(*_file); QByteArray path = file.composePath().toUtf8(); return AutoStr_FromTextStd(path.constData()); } void F_SetCustom(struct file1_s* file, dd_bool yes) { if(!file) return; reinterpret_cast(file)->setCustom(CPP_BOOL(yes)); } size_t F_ReadLump(struct file1_s* _file, int lumpIdx, uint8_t* buffer) { if(!_file) return 0; de::File1* file = reinterpret_cast(_file); if(Wad* wad = dynamic_cast(file)) { return wad->lump(lumpIdx).read(buffer); } if(Zip* zip = dynamic_cast(file)) { return zip->lump(lumpIdx).read(buffer); } return file->read(buffer); } size_t F_ReadLumpSection(struct file1_s* _file, int lumpIdx, uint8_t* buffer, size_t startOffset, size_t length) { if(!_file) return 0; de::File1* file = reinterpret_cast(_file); if(de::Wad* wad = dynamic_cast(file)) { return wad->lump(lumpIdx).read(buffer, startOffset, length); } if(de::Zip* zip = dynamic_cast(file)) { return zip->lump(lumpIdx).read(buffer, startOffset, length); } return file->read(buffer, startOffset, length); } uint8_t const* F_CacheLump(struct file1_s* _file, int lumpIdx) { if(!_file) return 0; de::File1* file = reinterpret_cast(_file); if(de::Wad* wad = dynamic_cast(file)) { return wad->lump(lumpIdx).cache(); } if(de::Zip* zip = dynamic_cast(file)) { return zip->lump(lumpIdx).cache(); } return file->cache(); } void F_UnlockLump(struct file1_s* _file, int lumpIdx) { if(!_file) return; de::File1* file = reinterpret_cast(_file); if(de::Wad* wad = dynamic_cast(file)) { wad->unlockLump(lumpIdx); return; } if(de::Zip* zip = dynamic_cast(file)) { zip->unlockLump(lumpIdx); return; } file->unlock(); } struct file1_s* F_FindFileForLumpNum2(lumpnum_t lumpNum, int* lumpIdx) { try { de::File1 const& lump = App_FileSystem().nameIndex().lump(lumpNum); if(lumpIdx) *lumpIdx = lump.info().lumpIdx; return reinterpret_cast(&lump.container()); } catch(LumpIndex::NotFoundError const&) {} // Ignore error. return 0; } struct file1_s* F_FindFileForLumpNum(lumpnum_t lumpNum) { try { de::File1 const& lump = App_FileSystem().nameIndex().lump(lumpNum); return reinterpret_cast(&lump.container()); } catch(LumpIndex::NotFoundError const&) {} // Ignore error. return 0; } AutoStr* F_ComposeLumpFilePath(lumpnum_t lumpNum) { try { de::File1 const& lump = App_FileSystem().nameIndex().lump(lumpNum); QByteArray path = lump.container().composePath().toUtf8(); return AutoStr_FromTextStd(path.constData()); } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. return AutoStr_NewStd(); } dd_bool F_LumpIsCustom(lumpnum_t lumpNum) { try { de::File1 const& lump = App_FileSystem().nameIndex().lump(lumpNum); return lump.container().hasCustom(); } catch(LumpIndex::NotFoundError const&) {} // Ignore this error. return false; } AutoStr* F_ComposeLumpPath2(struct file1_s* _file, int lumpIdx, char delimiter) { if(!_file) return AutoStr_NewStd(); de::File1* file = reinterpret_cast(_file); if(de::Wad* wad = dynamic_cast(file)) { QByteArray path = wad->lump(lumpIdx).composePath(delimiter).toUtf8(); return AutoStr_FromTextStd(path.constData()); } if(de::Zip* zip = dynamic_cast(file)) { QByteArray path = zip->lump(lumpIdx).composePath(delimiter).toUtf8(); return AutoStr_FromTextStd(path.constData()); } QByteArray path = file->composePath(delimiter).toUtf8(); return AutoStr_FromTextStd(path.constData()); } AutoStr* F_ComposeLumpPath(struct file1_s* file, int lumpIdx) { return F_ComposeLumpPath2(file, lumpIdx, '/'); } /** * @defgroup pathToStringFlags Path To String Flags * @ingroup flags */ ///@{ #define PTSF_QUOTED 0x1 ///< Add double quotes around the path. #define PTSF_TRANSFORM_EXCLUDE_PATH 0x2 ///< Exclude the path; e.g., c:/doom/myaddon.wad => myaddon.wad #define PTSF_TRANSFORM_EXCLUDE_EXT 0x4 ///< Exclude the extension; e.g., c:/doom/myaddon.wad => c:/doom/myaddon ///@} #define DEFAULT_PATHTOSTRINGFLAGS (PTSF_QUOTED) /** * @param files List of files from which to compose the path string. * @param flags @ref pathToStringFlags * @param delimiter If not @c NULL, path fragments in the resultant string * will be delimited by this. * * @return New string containing a concatenated, possibly delimited set of * all file paths in the list. */ static String composeFilePathString(FS1::FileList& files, int flags = DEFAULT_PATHTOSTRINGFLAGS, String const& delimiter = ";") { String result; DENG2_FOR_EACH_CONST(FS1::FileList, i, files) { de::File1& file = (*i)->file(); if(flags & PTSF_QUOTED) result.append('"'); if(flags & PTSF_TRANSFORM_EXCLUDE_PATH) { if(flags & PTSF_TRANSFORM_EXCLUDE_EXT) result.append(file.name().fileNameWithoutExtension()); else result.append(file.name()); } else { String path = file.composePath(); if(flags & PTSF_TRANSFORM_EXCLUDE_EXT) { result.append(path.fileNamePath() + '/' + path.fileNameWithoutExtension()); } else { result.append(path); } } if(flags & PTSF_QUOTED) result.append('"'); if(*i != files.last()) result.append(delimiter); } return result; } static bool findCustomFilesPredicate(de::File1& file, void* /*parameters*/) { return file.hasCustom(); } /** * Compiles a list of file names, separated by @a delimiter. */ void F_ComposePWADFileList(char* outBuf, size_t outBufSize, char const* delimiter) { if(!outBuf || 0 == outBufSize) return; memset(outBuf, 0, outBufSize); FS1::FileList foundFiles; if(!App_FileSystem().findAll(findCustomFilesPredicate, 0/*no params*/, foundFiles)) return; String str = composeFilePathString(foundFiles, PTSF_TRANSFORM_EXCLUDE_PATH, delimiter); QByteArray strUtf8 = str.toUtf8(); strncpy(outBuf, strUtf8.constData(), outBufSize); } uint F_LoadedFilesCRC(void) { return App_FileSystem().loadedFilesCRC(); } // TODO: consolidate public API into a single file // fs_util.cpp extern int F_FileExists(char const *path); extern uint F_GetLastModified(char const *path); extern dd_bool F_MakePath(char const *path); extern void F_FileName(ddstring_t *dst, char const *src); extern void F_ExtractFileBase(char *dest, char const *path, size_t len); extern const char* F_FindFileExtension(char const *path); extern dd_bool F_TranslatePath(ddstring_t *dst, ddstring_t const *src); extern const char* F_PrettyPath(char const *path); // m_misc.c DENG_EXTERN_C size_t M_ReadFile(char const *name, char **buffer); DENG_EXTERN_C AutoStr* M_ReadFileIntoString(ddstring_t const *path, dd_bool *isCustom); DENG_EXTERN_C dd_bool M_WriteFile(char const *name, char const *source, size_t length); DENG_DECLARE_API(F) = { { DE_API_FILE_SYSTEM }, F_Access, F_FileExists, F_GetLastModified, F_MakePath, F_FileName, F_ExtractFileBase, F_FindFileExtension, F_TranslatePath, F_PrettyPath, M_ReadFile, M_ReadFileIntoString, M_WriteFile }; doomsday-1.14.5/doomsday/client/src/filesys/lumpindex.cpp0000664000175000017500000003205112350542237022764 0ustar jaakkojaakko/** @file lumpindex.cpp * @ingroup fs * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1999-2006 by Colin Phipps, Florian Schulze, Neil Stevens, Andrey Budko (PrBoom 2.2.6) * @authors Copyright © 1999-2001 by Jess Haas, Nicolas Kalkhof (PrBoom 2.2.6) * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "de_console.h" #include "de_filesys.h" #include "filesys/lumpindex.h" #include #include #include #include #include #include namespace de { /** * @ingroup lumpIndexFlags */ ///@{ #define LIF_INTERNAL_MASK 0xff000000 #define LIF_NEED_REBUILD_HASH 0x80000000 ///< Path hash map must be rebuilt. #define LIF_NEED_PRUNE_DUPLICATES 0x40000000 ///< Path duplicate records must be pruned. ///@} /// Stores indexes into LumpIndex::Instance::records forming a chain of /// PathTree::Node fragment hashes. For ultra-fast name lookups. struct LumpIndexHashRecord { lumpnum_t head, next; }; struct LumpIndex::Instance { typedef QVector HashMap; LumpIndex* self; int flags; /// @ref lumpIndexFlags LumpIndex::Lumps lumps; HashMap* hashMap; Instance(LumpIndex* d, int _flags) : self(d), flags(_flags & ~LIF_INTERNAL_MASK), lumps(), hashMap(0) {} ~Instance() { if(hashMap) delete hashMap; } void buildHashMap() { if(!(flags & LIF_NEED_REBUILD_HASH)) return; int const numElements = lumps.size(); if(!hashMap) hashMap = new HashMap(numElements); else hashMap->resize(numElements); // Clear the chains. DENG2_FOR_EACH(HashMap, i, *hashMap) { i->head = -1; } // Prepend nodes to each chain, in first-to-last load order, so that // the last lump with a given name appears first in the chain. for(int i = 0; i < numElements; ++i) { File1 const& lump = *(lumps[i]); PathTree::Node const& node = lump.directoryNode(); ushort j = node.hash() % (unsigned)numElements; (*hashMap)[i].next = (*hashMap)[j].head; // Prepend to the chain. (*hashMap)[j].head = i; } flags &= ~LIF_NEED_REBUILD_HASH; LOG_RES_XVERBOSE("Rebuilt hashMap for LumpIndex %p") << self; } /** * @param pruneFlags Passed by reference to avoid deep copy on value-write. * @param file Flag only those lumps contained by this file. * * @return Number of lumps newly flagged during this op. */ int flagContainedLumps(QBitArray& pruneFlags, File1& file) { DENG_ASSERT(pruneFlags.size() == lumps.size()); int const numRecords = lumps.size(); int numFlagged = 0; for(int i = 0; i < numRecords; ++i) { if(pruneFlags.testBit(i)) continue; if(reinterpret_cast(&lumps[i]->container()) != &file) continue; pruneFlags.setBit(i, true); numFlagged += 1; } return numFlagged; } struct LumpSortInfo { File1 const* lump; String* path; int origIndex; }; static int lumpSorter(void const* a, void const* b) { LumpSortInfo const* infoA = (LumpSortInfo const*)a; LumpSortInfo const* infoB = (LumpSortInfo const*)b; int result = infoA->path->compare(infoB->path, Qt::CaseInsensitive); if(0 != result) return result; // Still matched; try the file load order indexes. result = (infoA->lump->container().loadOrderIndex() - infoB->lump->container().loadOrderIndex()); if(0 != result) return result; // Still matched (i.e., present in the same package); use the original indexes. return (infoB->origIndex - infoA->origIndex); } /** * @param pruneFlags Passed by reference to avoid deep copy on value-write. * @return Number of lumps newly flagged during this op. */ int flagDuplicateLumps(QBitArray& pruneFlags) { DENG_ASSERT(pruneFlags.size() == lumps.size()); // Any work to do? if(!(flags & LIF_UNIQUE_PATHS)) return 0; if(!(flags & LIF_NEED_PRUNE_DUPLICATES)) return 0; int const numRecords = lumps.size(); if(numRecords <= 1) return 0; // Sort in descending load order for pruning. LumpSortInfo* sortInfos = new LumpSortInfo[numRecords]; for(int i = 0; i < numRecords; ++i) { LumpSortInfo& sortInfo = sortInfos[i]; File1 const* lump = lumps[i]; sortInfo.lump = lump; sortInfo.origIndex = i; sortInfo.path = new String(lump->composePath()); } qsort(sortInfos, numRecords, sizeof(*sortInfos), lumpSorter); // Flag the lumps we'll be pruning. int numFlagged = 0; for(int i = 1; i < numRecords; ++i) { if(pruneFlags.testBit(i)) continue; if(sortInfos[i - 1].path->compare(sortInfos[i].path, Qt::CaseInsensitive)) continue; pruneFlags.setBit(sortInfos[i].origIndex, true); numFlagged += 1; } // Free temporary sort data. for(int i = 0; i < numRecords; ++i) { LumpSortInfo& sortInfo = sortInfos[i]; delete sortInfo.path; } delete[] sortInfos; return numFlagged; } /// @return Number of pruned lumps. int pruneFlaggedLumps(QBitArray flaggedLumps) { DENG_ASSERT(flaggedLumps.size() == lumps.size()); // Have we lumps to prune? int const numFlaggedForPrune = flaggedLumps.count(true); if(numFlaggedForPrune) { // We'll need to rebuild the hash after this. flags |= LIF_NEED_REBUILD_HASH; int numRecords = lumps.size(); if(numRecords == numFlaggedForPrune) { lumps.clear(); } else { // Do this one lump at a time, respecting the possibly-sorted order. for(int i = 0, newIdx = 0; i < numRecords; ++i) { if(!flaggedLumps.testBit(i)) { ++newIdx; continue; } // Move the info for the lump to be pruned to the end. lumps.move(newIdx, lumps.size() - 1); } // Erase the pruned lumps from the end of the list. int firstPruned = lumps.size() - numFlaggedForPrune; lumps.erase(lumps.begin() + firstPruned, lumps.end()); } } return numFlaggedForPrune; } void pruneDuplicates() { if(!(flags & LIF_NEED_PRUNE_DUPLICATES)) return; int const numRecords = lumps.size(); if(numRecords <= 1) return; QBitArray pruneFlags(numRecords); flagDuplicateLumps(pruneFlags); pruneFlaggedLumps(pruneFlags); flags &= ~LIF_NEED_PRUNE_DUPLICATES; } }; LumpIndex::LumpIndex(int flags) { d = new Instance(this, flags); } LumpIndex::~LumpIndex() { clear(); delete d; } bool LumpIndex::isValidIndex(lumpnum_t lumpNum) const { // We may need to prune path-duplicate lumps. d->pruneDuplicates(); return (lumpNum >= 0 && lumpNum < d->lumps.size()); } static String invalidIndexMessage(int invalidIdx, int lastValidIdx) { String msg = String("Invalid lump index %1").arg(invalidIdx); if(lastValidIdx < 0) msg += " (file is empty)"; else msg += String(", valid range: [0..%2)").arg(lastValidIdx); return msg; } File1& LumpIndex::lump(lumpnum_t lumpNum) const { if(!isValidIndex(lumpNum)) throw NotFoundError("LumpIndex::lump", invalidIndexMessage(lumpNum, size() - 1)); return *d->lumps[lumpNum]; } LumpIndex::Lumps const& LumpIndex::lumps() const { // We may need to prune path-duplicate lumps. d->pruneDuplicates(); return d->lumps; } int LumpIndex::size() const { // We may need to prune path-duplicate lumps. d->pruneDuplicates(); return d->lumps.size(); } int LumpIndex::pruneByFile(File1& file) { if(d->lumps.empty()) return 0; int const numRecords = d->lumps.size(); QBitArray pruneFlags(numRecords); // We may need to prune path-duplicate lumps. We'll fold those into this // op as pruning may result in reallocations. d->flagDuplicateLumps(pruneFlags); // Flag the lumps we'll be pruning. int numFlaggedForFile = d->flagContainedLumps(pruneFlags, file); // Perform the prune. d->pruneFlaggedLumps(pruneFlags); d->flags &= ~LIF_NEED_PRUNE_DUPLICATES; return numFlaggedForFile; } bool LumpIndex::pruneLump(File1& lump) { if(d->lumps.empty()) return 0; // We may need to prune path-duplicate lumps. d->pruneDuplicates(); // Prune this lump. if(!d->lumps.removeOne(&lump)) return false; // We'll need to rebuild the path hash chains. d->flags |= LIF_NEED_REBUILD_HASH; return true; } void LumpIndex::catalogLump(File1& lump) { d->lumps.push_back(&lump); // We'll need to rebuild the name hash chains. d->flags |= LIF_NEED_REBUILD_HASH; if(d->flags & LIF_UNIQUE_PATHS) { // We may need to prune duplicate paths. d->flags |= LIF_NEED_PRUNE_DUPLICATES; } } void LumpIndex::clear() { d->lumps.clear(); d->flags &= ~(LIF_NEED_REBUILD_HASH | LIF_NEED_PRUNE_DUPLICATES); } bool LumpIndex::catalogues(File1& file) { // We may need to prune path-duplicate lumps. d->pruneDuplicates(); DENG2_FOR_EACH(Lumps, i, d->lumps) { File1 const& lump = **i; if(&lump.container() == &file) return true; } return false; } lumpnum_t LumpIndex::lastIndexForPath(Path const& path) const { if(path.isEmpty() || d->lumps.empty()) return -1; // We may need to prune path-duplicate lumps. d->pruneDuplicates(); // We may need to rebuild the path hash map. d->buildHashMap(); DENG_ASSERT(d->hashMap); // Perform the search. ushort hash = path.lastSegment().hash() % d->hashMap->size(); if((*d->hashMap)[hash].head == -1) return -1; for(int idx = (*d->hashMap)[hash].head; idx != -1; idx = (*d->hashMap)[idx].next) { File1 const& lump = *d->lumps[idx]; PathTree::Node const& node = lump.directoryNode(); if(node.comparePath(path, 0)) continue; // This is the lump we are looking for. return idx; } return -1; } /// @todo Make use of the hash! lumpnum_t LumpIndex::firstIndexForPath(Path const &path) const { if(path.isEmpty() || d->lumps.empty()) return -1; // We may need to prune path-duplicate lumps. d->pruneDuplicates(); // We may need to rebuild the path hash map. d->buildHashMap(); DENG_ASSERT(d->hashMap); // Perform the search. for(lumpnum_t idx = 0; idx < d->lumps.size(); ++idx) { File1 const& lump = *d->lumps[idx]; PathTree::Node const& node = lump.directoryNode(); if(node.comparePath(path, 0)) continue; // This is the lump we are looking for. return idx; } return -1; } void LumpIndex::print(LumpIndex const& index) { int const numRecords = index.size(); int const numIndexDigits = MAX_OF(3, M_NumDigits(numRecords)); LOG_RES_MSG("LumpIndex %p (%i records):") << &index << numRecords; int idx = 0; DENG2_FOR_EACH_CONST(Lumps, i, index.lumps()) { File1 const& lump = **i; String containerPath = NativePath(lump.container().composePath()).pretty(); String lumpPath = NativePath(lump.composePath()).pretty(); LOG_RES_MSG(QString("%1 - \"%2:%3\" (size: %4 bytes%5)") .arg(idx++, numIndexDigits, 10, QChar('0')) .arg(containerPath) .arg(lumpPath) .arg(lump.info().size) .arg(lump.info().isCompressed()? " compressed" : "")); } LOG_RES_MSG("---End of lumps---"); } } // namespace de doomsday-1.14.5/doomsday/client/src/filesys/manifest.cpp0000664000175000017500000002167712350542237022601 0ustar jaakkojaakko/** @file manifest.cpp Game resource manifest. * * @authors Copyright © 2010-2013 Daniel Swanson * @authors Copyright © 2010-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "filesys/manifest.h" #include "con_main.h" #include "api_filesys.h" #include "filesys/fs_main.h" #include "filesys/lumpindex.h" #include "resource/wad.h" #include "resource/zip.h" #include using namespace de; DENG2_PIMPL(ResourceManifest) { resourceclassid_t classId; int flags; ///< @ref fileFlags. QStringList names; ///< Known names in precedence order. /// Vector of resource identifier keys (e.g., file or lump names). /// Used for identification purposes. QStringList identityKeys; /// Index (in Manifest::Instance::names) of the name used to locate /// this resource if found. Set during resource location. int foundNameIndex; /// Fully resolved absolute path to the located resource if found. /// Set during resource location. String foundPath; Instance(Public *i, resourceclassid_t rclass, int rflags) : Base(i) , classId(rclass) , flags(rflags & ~FF_FOUND) , names() , identityKeys() , foundNameIndex(-1) , foundPath() {} }; ResourceManifest::ResourceManifest(resourceclassid_t resClass, int fFlags, String *name) : d(new Instance(this, resClass, fFlags)) { if(name) addName(*name); } void ResourceManifest::addName(String newName) { if(newName.isEmpty()) return; // Is this name unique? We don't want duplicates. if(!d->names.contains(newName, Qt::CaseInsensitive)) { d->names.prepend(newName); } } void ResourceManifest::addIdentityKey(String newIdKey) { if(newIdKey.isEmpty()) return; // Is this key unique? We don't want duplicates. if(!d->identityKeys.contains(newIdKey, Qt::CaseInsensitive)) { d->identityKeys.append(newIdKey); } } enum lumpsizecondition_t { LSCOND_NONE, LSCOND_EQUAL, LSCOND_GREATER_OR_EQUAL, LSCOND_LESS_OR_EQUAL }; /** * Modifies the idKey so that the size condition is removed. */ static void checkSizeConditionInIdentityKey(String &idKey, lumpsizecondition_t *pCond, size_t *pSize) { DENG_ASSERT(pCond != 0); DENG_ASSERT(pSize != 0); *pCond = LSCOND_NONE; *pSize = 0; int condPos = -1; int argPos = -1; if((condPos = idKey.indexOf("==")) >= 0) { *pCond = LSCOND_EQUAL; argPos = condPos + 2; } else if((condPos = idKey.indexOf(">=")) >= 0) { *pCond = LSCOND_GREATER_OR_EQUAL; argPos = condPos + 2; } else if((condPos = idKey.indexOf("<=")) >= 0) { *pCond = LSCOND_LESS_OR_EQUAL; argPos = condPos + 2; } if(condPos < 0) return; // Get the argument. *pSize = idKey.mid(argPos).toULong(); // Remove it from the name. idKey.truncate(condPos); } static lumpnum_t lumpNumForIdentityKey(LumpIndex const &lumpIndex, String idKey) { if(idKey.isEmpty()) return -1; // The key may contain a size condition (==, >=, <=). lumpsizecondition_t sizeCond; size_t refSize; checkSizeConditionInIdentityKey(idKey, &sizeCond, &refSize); // We should now be left with just the name. String name = idKey; // Append a .lmp extension if none is specified. if(idKey.fileNameExtension().isEmpty()) { name += ".lmp"; } lumpnum_t lumpNum = lumpIndex.lastIndexForPath(Path(name)); if(lumpNum < 0) return -1; // Check the condition. size_t lumpSize = lumpIndex.lump(lumpNum).info().size; switch(sizeCond) { case LSCOND_EQUAL: if(lumpSize != refSize) return -1; break; case LSCOND_GREATER_OR_EQUAL: if(lumpSize < refSize) return -1; break; case LSCOND_LESS_OR_EQUAL: if(lumpSize > refSize) return -1; break; default: break; } return lumpNum; } /// @return @c true, iff the resource appears to be what we think it is. static bool validateWad(String const &filePath, QStringList const &identityKeys) { bool validated = true; try { de::FileHandle &hndl = App_FileSystem().openFile(filePath, "rb", 0/*baseOffset*/, true /*allow duplicates*/); if(Wad *wad = dynamic_cast(&hndl.file())) { // Ensure all identity lumps are present. if(identityKeys.count()) { if(wad->empty()) { // Clear not what we are looking for. validated = false; } else { // Publish lumps to a temporary index. LumpIndex lumpIndex; for(int i = 0; i < wad->lumpCount(); ++i) { lumpIndex.catalogLump(wad->lump(i)); } // Check each lump. DENG2_FOR_EACH_CONST(QStringList, i, identityKeys) { if(lumpNumForIdentityKey(lumpIndex, *i) < 0) { validated = false; break; } } } } } else { validated = false; } // We're done with the file. App_FileSystem().releaseFile(hndl.file()); delete &hndl; } catch(FS1::NotFoundError const &) {} // Ignore this error. return validated; } /// @return @c true, iff the resource appears to be what we think it is. static bool validateZip(String const &filePath, QStringList const & /*identityKeys*/) { try { de::FileHandle &hndl = App_FileSystem().openFile(filePath, "rbf"); bool result = Zip::recognise(hndl); /// @todo Check files. We should implement an auxiliary zip lump index... App_FileSystem().releaseFile(hndl.file()); delete &hndl; return result; } catch(FS1::NotFoundError const &) {} // Ignore error. return false; } void ResourceManifest::locateFile() { // Already found? if(d->flags & FF_FOUND) return; // Perform the search. int nameIndex = 0; for(QStringList::const_iterator i = d->names.constBegin(); i != d->names.constEnd(); ++i, ++nameIndex) { // Attempt to resolve a path to the named resource. try { String foundPath = App_FileSystem().findPath(de::Uri(*i, d->classId), RLF_DEFAULT, App_ResourceClass(d->classId)); foundPath = App_BasePath() / foundPath; // Ensure the path is absolute. // Perform identity validation. bool validated = false; if(d->classId == RC_PACKAGE) { /// @todo The identity configuration should declare the type of resource... validated = validateWad(foundPath, d->identityKeys); if(!validated) validated = validateZip(foundPath, d->identityKeys); } else { // Other resource types are not validated. validated = true; } if(validated) { // This is the resource we've been looking for. d->flags |= FF_FOUND; d->foundPath = foundPath; d->foundNameIndex = nameIndex; break; } } catch(FS1::NotFoundError const &) {} // Ignore this error. } } void ResourceManifest::forgetFile() { if(d->flags & FF_FOUND) { d->foundPath.clear(); d->foundNameIndex = -1; d->flags &= ~FF_FOUND; } } String const &ResourceManifest::resolvedPath(bool tryLocate) { if(tryLocate) { locateFile(); } return d->foundPath; } resourceclassid_t ResourceManifest::resourceClass() const { return d->classId; } int ResourceManifest::fileFlags() const { return d->flags; } QStringList const &ResourceManifest::identityKeys() const { return d->identityKeys; } QStringList const &ResourceManifest::names() const { return d->names; } doomsday-1.14.5/doomsday/client/src/filesys/file.cpp0000664000175000017500000000652612350542237021706 0ustar jaakkojaakko/** @file file.cpp * * Abstract base for all classes which represent loaded files. * @ingroup fs * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "de_base.h" #include "de_filesys.h" #include "filesys/file.h" namespace de { File1::File1(FileHandle& hndl, String _path, FileInfo const& _info, File1* _container) : handle_(&hndl), info_(_info), container_(_container), flags(DefaultFlags), path_(_path), name_(_path.fileName()) { // Used to favor newer files when duplicates are pruned. /// @todo Does not belong at this level. Load order should be determined /// at file system level. -ds static uint fileCounter = 0; order = fileCounter++; } File1::~File1() { App_FileSystem().releaseFile(*this); if(handle_) delete handle_; } FileInfo const& File1::info() const { return info_; } bool File1::isContained() const { return !!container_; } File1& File1::container() const { if(!container_) throw NotContainedError("File1::container", "File \"" + NativePath(composePath()).pretty() + " is not contained"); return *container_; } de::FileHandle& File1::handle() { return *handle_; } de::Uri File1::composeUri(QChar delimiter) const { return de::Uri(path_, RC_NULL, delimiter); } uint File1::loadOrderIndex() const { return order; } bool File1::hasStartup() const { return flags.testFlag(Startup); } File1& File1::setStartup(bool yes) { if(yes) flags |= Startup; else flags &= ~Startup; return *this; } bool File1::hasCustom() const { return flags.testFlag(Custom); } File1& File1::setCustom(bool yes) { if(yes) flags |= Custom; else flags &= ~Custom; return *this; } String const& File1::name() const { return name_; } size_t File1::read(uint8_t* /*buffer*/, bool /*tryCache*/) { /// @todo writeme throw de::Error("File1::read", "Not yet implemented"); } size_t File1::read(uint8_t* /*buffer*/, size_t /*startOffset*/, size_t /*length*/, bool /*tryCache*/) { /// @todo writeme throw de::Error("File1::read", "Not yet implemented"); } uint8_t const* File1::cache() { /// @todo writeme throw de::Error("File1::cache", "Not yet implemented"); } File1& File1::unlock() { /// @todo writeme throw de::Error("File1::unlock", "Not yet implemented"); } File1& File1::clearCache(bool* /*retCleared*/) { /// @todo writeme throw de::Error("File1::clearCache", "Not yet implemented"); } } // namespace de doomsday-1.14.5/doomsday/client/src/filesys/fs_util.cpp0000664000175000017500000004211312350542237022424 0ustar jaakkojaakko/** @file fs_util.cpp * * Miscellaneous file system utility routines. * * @ingroup fs * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_FILESYS #ifdef WIN32 # include #endif #ifdef UNIX # include # include # include #endif #include #include #include #include "de_base.h" #include "de_console.h" #include "de_filesys.h" #include "de_misc.h" #include #include using namespace de; void F_FileDir(ddstring_t* dst, const ddstring_t* src) { /// @todo Potentially truncates @a src to FILENAME_T_MAXLEN directory_t* dir = Dir_FromText(Str_Text(src)); Str_Set(dst, Dir_Path(dir)); Dir_Delete(dir); } void F_FileName(ddstring_t* dst, const char* src) { #ifdef WIN32 char name[_MAX_FNAME]; #else char name[NAME_MAX]; #endif if(!dst) return; Str_Clear(dst); if(!src) return; _splitpath(src, 0, 0, name, 0); Str_Set(dst, name); } void F_FileNameAndExtension(ddstring_t* dst, const char* src) { #ifdef WIN32 char name[_MAX_FNAME], ext[_MAX_EXT]; #else char name[NAME_MAX], ext[NAME_MAX]; #endif _splitpath(src, 0, 0, name, ext); Str_Clear(dst); Str_Appendf(dst, "%s%s", name, ext); } int F_FileExists(const char* path) { int result = -1; if(path && path[0]) { ddstring_t buf; // Normalize the path into one we can process. Str_Init(&buf); Str_Set(&buf, path); Str_Strip(&buf); F_ExpandBasePath(&buf, &buf); F_ToNativeSlashes(&buf, &buf); result = !access(Str_Text(&buf), 4); // Read permission? Str_Free(&buf); } return result; } uint F_GetLastModified(const char* path) { #ifdef UNIX struct stat s; stat(path, &s); return s.st_mtime; #endif #ifdef WIN32 struct _stat s; _stat(path, &s); return s.st_mtime; #endif } dd_bool F_MakePath(const char* path) { #if !defined(WIN32) && !defined(UNIX) # error F_MakePath has no implementation for this platform. #endif ddstring_t full, buf; char* ptr, *endptr; dd_bool result; // Convert all backslashes to normal slashes. Str_Init(&full); Str_Set(&full, path); Str_Strip(&full); F_ToNativeSlashes(&full, &full); // Does this path already exist? if(0 == access(Str_Text(&full), 0)) { Str_Free(&full); return true; } // Check and create the path in segments. ptr = Str_Text(&full); Str_Init(&buf); do { endptr = strchr(ptr, DIR_SEP_CHAR); if(!endptr) Str_Append(&buf, ptr); else Str_PartAppend(&buf, ptr, 0, endptr - ptr); if(0 != access(Str_Text(&buf), 0)) { // Path doesn't exist, create it. #ifdef WIN32 mkdir(Str_Text(&buf)); #elif UNIX mkdir(Str_Text(&buf), 0775); #endif } Str_AppendChar(&buf, DIR_SEP_CHAR); ptr = endptr + 1; } while(NULL != endptr); result = (0 == access(Str_Text(&full), 0)); Str_Free(&buf); Str_Free(&full); return result; } dd_bool F_FixSlashes(ddstring_t* dstStr, const ddstring_t* srcStr) { dd_bool result = false; assert(dstStr && srcStr); if(!Str_IsEmpty(srcStr)) { char* dst = Str_Text(dstStr); const char* src = Str_Text(srcStr); size_t i; if(dstStr != srcStr) { Str_Clear(dstStr); Str_Reserve(dstStr, Str_Length(srcStr)); } for(i = 0; src[i]; ++i) { if(src[i] != '\\') { if(dstStr != srcStr) Str_AppendChar(dstStr, src[i]); continue; } if(dstStr != srcStr) Str_AppendChar(dstStr, '/'); else dst[i] = '/'; result = true; } } return result; } dd_bool F_AppendMissingSlash(ddstring_t* pathStr) { if(Str_RAt(pathStr, 0) != '/') { Str_AppendChar(pathStr, '/'); return true; } return false; } dd_bool F_AppendMissingSlashCString(char* path, size_t maxLen) { if(path[strlen(path) - 1] != '/') { M_StrCat(path, "/", maxLen); return true; } return false; } dd_bool F_ToNativeSlashes(ddstring_t* dstStr, const ddstring_t* srcStr) { dd_bool result = false; assert(dstStr && srcStr); if(!Str_IsEmpty(srcStr)) { char* dst = Str_Text(dstStr); const char* src = Str_Text(srcStr); size_t i; if(dstStr != srcStr) { Str_Clear(dstStr); Str_Reserve(dstStr, Str_Length(srcStr)); } for(i = 0; src[i]; ++i) { if(src[i] != DIR_WRONG_SEP_CHAR) { if(dstStr != srcStr) Str_AppendChar(dstStr, src[i]); continue; } if(dstStr != srcStr) Str_AppendChar(dstStr, DIR_SEP_CHAR); else dst[i] = DIR_SEP_CHAR; result = true; } } return result; } const char* F_FindFileExtension(const char* path) { if(path && path[0]) { size_t len = strlen(path); const char* p = path + len - 1; if(p - path > 1 && *p != '/') { do { if(*(p - 1) == '/') break; if(*p == '.') return (unsigned) (p - path) < len - 1? p + 1 : NULL; } while(--p > path); } } return NULL; // Not found. } void F_ExtractFileBase2(char* dest, const char* path, size_t max, int ignore) { const char* src; if(!dest || !path || max == 0) return; // Back up until a \ or the start. src = path + strlen(path) - 1; while(src != path && *(src - 1) != '\\' && *(src - 1) != '/') { src--; } max += 1; while(*src && *src != '.' && max-- > 1) { if(ignore-- > 0) { src++; // Skip chars. max++; // Doesn't count. } else *dest++ = toupper((int) *src++); } if(max > 1) // Room for a null? { // End with a terminating null. *dest++ = 0; } } void F_ExtractFileBase(char* dest, const char* path, size_t len) { F_ExtractFileBase2(dest, path, len, 0); } void F_ResolveSymbolicPath(ddstring_t* dst, const ddstring_t* src) { assert(dst && src); // Src path is base-relative? if(Str_At(src, 0) == '/') { dd_bool mustCopy = (dst == src); if(mustCopy) { ddstring_t buf; Str_Init(&buf); Str_Set(&buf, ddBasePath); Str_PartAppend(&buf, Str_Text(src), 1, Str_Length(src)-1); Str_Set(dst, Str_Text(&buf)); return; } Str_Set(dst, ddBasePath); Str_PartAppend(dst, Str_Text(src), 1, Str_Length(src)-1); return; } // Src path is workdir-relative. if(dst == src) { Str_Prepend(dst, ddRuntimePath); return; } Str_Appendf(dst, "%s%s", ddRuntimePath, Str_Text(src)); } dd_bool F_IsRelativeToBase(const char* path, const char* base) { assert(path && base); return !strnicmp(path, base, strlen(base)); } dd_bool F_RemoveBasePath2(ddstring_t* dst, const ddstring_t* absPath, const ddstring_t* basePath) { assert(dst && absPath && basePath); if(F_IsRelativeToBase(Str_Text(absPath), Str_Text(basePath))) { dd_bool mustCopy = (dst == absPath); if(mustCopy) { ddstring_t buf; Str_Init(&buf); Str_PartAppend(&buf, Str_Text(absPath), Str_Length(basePath), Str_Length(absPath) - Str_Length(basePath)); Str_Set(dst, Str_Text(&buf)); Str_Free(&buf); return true; } Str_Clear(dst); Str_PartAppend(dst, Str_Text(absPath), Str_Length(basePath), Str_Length(absPath) - Str_Length(basePath)); return true; } // Do we need to copy anyway? if(dst != absPath) Str_Set(dst, Str_Text(absPath)); // This doesn't appear to be the base path. return false; } dd_bool F_RemoveBasePath(ddstring_t* dst, const ddstring_t* absPath) { ddstring_t base; Str_InitStatic(&base, ddBasePath); return F_RemoveBasePath2(dst, absPath, &base); } dd_bool F_IsAbsolute(const ddstring_t* str) { if(!str) return false; /// @todo Should not handle both separators - refactor callers. if(Str_At(str, 0) == DIR_SEP_CHAR || Str_At(str, 0) == DIR_WRONG_SEP_CHAR || Str_At(str, 1) == ':') return true; #ifdef UNIX if(Str_At(str, 0) == '~') return true; #endif return false; } dd_bool F_PrependBasePath2(ddstring_t* dst, const ddstring_t* src, const ddstring_t* base) { assert(dst && src && base); if(!F_IsAbsolute(src)) { if(dst != src) Str_Set(dst, Str_Text(src)); Str_Prepend(dst, Str_Text(base)); return true; } // Do we need to copy anyway? if(dst != src) Str_Set(dst, Str_Text(src)); return false; // Not done. } dd_bool F_PrependBasePath(ddstring_t* dst, const ddstring_t* src) { ddstring_t base; Str_InitStatic(&base, ddBasePath); return F_PrependBasePath2(dst, src, &base); } dd_bool F_PrependWorkPath(ddstring_t* dst, const ddstring_t* src) { assert(dst && src); if(!F_IsAbsolute(src)) { char* curPath = Dir_CurrentPath(); Str_Prepend(dst, curPath); Dir_CleanPathStr(dst); free(curPath); return true; } // Do we need to copy anyway? if(dst != src) Str_Set(dst, Str_Text(src)); return false; // Not done. } dd_bool F_MakeAbsolute(ddstring_t* dst, const ddstring_t* src) { if(F_ExpandBasePath(dst, src)) return true; // src is equal to dst if(F_PrependBasePath(dst, dst)) return true; if(F_PrependWorkPath(dst, dst)) return true; return false; // Not done. } dd_bool F_ExpandBasePath(ddstring_t* dst, const ddstring_t* src) { assert(dst && src); if(Str_At(src, 0) == '>' || Str_At(src, 0) == '}') { dd_bool mustCopy = (dst == src); if(mustCopy) { ddstring_t buf; Str_Init(&buf); Str_Set(&buf, ddBasePath); Str_PartAppend(&buf, Str_Text(src), 1, Str_Length(src)-1); Str_Set(dst, Str_Text(&buf)); Str_Free(&buf); return true; } Str_Set(dst, ddBasePath); Str_PartAppend(dst, Str_Text(src), 1, Str_Length(src)-1); return true; } #ifdef UNIX else if(Str_At(src, 0) == '~') { if(Str_At(src, 1) == '/' && getenv("HOME")) { // Replace it with the HOME environment variable. ddstring_t buf; ddstring_t homeStr; Str_Init(&buf); Str_Init(&homeStr); Str_Set(&homeStr, getenv("HOME")); F_FixSlashes(&buf, &homeStr); F_AppendMissingSlash(&buf); // Append the rest of the original path. Str_PartAppend(&buf, Str_Text(src), 2, Str_Length(src)-2); Str_Set(dst, Str_Text(&buf)); Str_Free(&buf); Str_Free(&homeStr); return true; } // Parse the user's home directory (from passwd). { dd_bool result = false; ddstring_t userName; const char* p = Str_Text(src)+2; Str_Init(&userName); if((p = Str_CopyDelim2(&userName, p, '/', CDF_OMIT_DELIMITER))) { ddstring_t buf; struct passwd* pw; Str_Init(&buf); if((pw = getpwnam(Str_Text(&userName))) != NULL) { ddstring_t pwStr; Str_Init(&pwStr); Str_Set(&pwStr, pw->pw_dir); F_FixSlashes(&buf, &pwStr); F_AppendMissingSlash(&buf); result = true; Str_Free(&pwStr); } Str_Append(&buf, Str_Text(src) + 1); Str_Set(dst, Str_Text(&buf)); Str_Free(&buf); } Str_Free(&userName); if(result) return result; } } #endif // Do we need to copy anyway? if(dst != src) Str_Set(dst, Str_Text(src)); // No expansion done. return false; } /// @note Part of the Doomsday public API dd_bool F_TranslatePath(ddstring_t* dst, const ddstring_t* src) { F_ExpandBasePath(dst, src); // Will copy src to dst if not equal. return F_ToNativeSlashes(dst, dst); } /// @return @c true if @a path begins with a known directive. static dd_bool pathHasDirective(const char* path) { if(NULL != path && path[0]) { #ifdef UNIX if('~' == path[0]) return true; #endif if('}' == path[0] || '>' == path[0]) return true; } return false; } const char* F_PrettyPath(const char* path) { #define NUM_BUFS 8 static ddstring_t buffers[NUM_BUFS]; // @todo: never free'd! static uint index = 0; ddstring_t* buf = NULL; int len; if(!path || 0 == (len = (int)strlen(path))) return path; // Hide relative directives like '}' if(len > 1 && pathHasDirective(path)) { buf = &buffers[index++ % NUM_BUFS]; Str_Clear(buf); Str_PartAppend(buf, path, 1, len-1); path = Str_Text(buf); } // If within our the base directory cut out the base path. if(F_IsRelativeToBase(path, ddBasePath)) { if(!buf) { buf = &buffers[index++ % NUM_BUFS]; Str_Set(buf, path); } F_RemoveBasePath(buf, buf); path = Str_Text(buf); } // Swap directory separators with their system-specific version. if(strchr(path, DIR_WRONG_SEP_CHAR)) { int i; if(!buf) { buf = &buffers[index++ % NUM_BUFS]; Str_Set(buf, path); } for(i = 0; i < len; ++i) { if(buf->str[i] == DIR_WRONG_SEP_CHAR) buf->str[i] = DIR_SEP_CHAR; } path = Str_Text(buf); } return path; #undef NUM_BUFS } bool F_MatchFileName(de::String const &string, de::String const &pattern) { static QChar const ASTERISK('*'); static QChar const QUESTION_MARK('?'); QChar const *in = string.constData(), *st = pattern.constData(); while(!in->isNull()) { if(*st == ASTERISK) { st++; continue; } if(*st != QUESTION_MARK && st->toLower() != in->toLower()) { // A mismatch. Hmm. Go back to a previous '*'. while(st >= pattern && *st != ASTERISK) st--; if(st < pattern) return false; // No match! // The asterisk lets us continue. } // This character of the pattern is OK. st++; in++; } // Match is good if the end of the pattern was reached. while(*st == ASTERISK) st++; // Skip remaining asterisks. return st->isNull(); } dd_bool F_Dump(void const* data, size_t size, char const* path) { DENG_ASSERT(data); DENG_ASSERT(path); if(!size) return false; AutoStr* nativePath = AutoStr_NewStd(); Str_Set(nativePath, path); F_ToNativeSlashes(nativePath, nativePath); FILE* outFile = fopen(Str_Text(nativePath), "wb"); if(!outFile) { LOG_RES_WARNING("Failed to open \"%s\" for writing: %s") << F_PrettyPath(Str_Text(nativePath)) << strerror(errno); return false; } fwrite(data, 1, size, outFile); fclose(outFile); return true; } static bool dumpLump(de::File1& lump, String path) { String dumpPath = path.isEmpty()? lump.name() : path; QByteArray dumpPathUtf8 = dumpPath.toUtf8(); bool dumpedOk = F_Dump(lump.cache(), lump.info().size, dumpPathUtf8.constData()); lump.unlock(); if(!dumpedOk) return false; LOG_RES_VERBOSE("%s dumped to \"%s\"") << lump.name() << NativePath(dumpPath).pretty(); return true; } dd_bool F_DumpLump2(lumpnum_t lumpNum, char const* _path) { try { de::File1& lump = App_FileSystem().nameIndex().lump(lumpNum); String path = String(_path? _path : ""); return dumpLump(lump, path); } catch(LumpIndex::NotFoundError const&) {} // Ignore error. return false; } dd_bool F_DumpLump(lumpnum_t lumpNum) { return F_DumpLump2(lumpNum, 0); } doomsday-1.14.5/doomsday/client/src/filesys/filehandle.cpp0000664000175000017500000002571312350542237023061 0ustar jaakkojaakko/** @file filehandle.cpp * * Reference/handle to a unique file in the engine's virtual file system. * * @ingroup fs * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "de_platform.h" #include "de_base.h" #include "de_console.h" #include "de_filesys.h" #include "filehandle.h" #include #include #include namespace de { struct FileHandle::Instance { /// The referenced file (if any). File1* file; /// Either the FileList which owns this or the next FileHandle in the used object pool. void* list; struct dfile_flags_s { uint open:1; /// Presently open. uint eof:1; /// Reader has reached the end of the stream. uint reference:1; /// This handle is a reference to another dfile instance. } flags; /// Offset from start of owning package. size_t baseOffset; FILE* hndl; size_t size; uint8_t* data; uint8_t* pos; Instance() : file(0), list(0), baseOffset(0), hndl(0), size(0), data(0), pos(0) { flags.eof = false; flags.open = false; flags.reference = false; } }; #if 0 // Has the handle builder been initialized yet? static bool inited; // A mutex is used to protect access to the shared handle block allocator and object pool. static mutex_t mutex; // File handles are allocated by this block allocator. static blockset_t* handleBlockSet; // Head of the llist of used file handles, for recycling. static de::FileHandle* usedHandles; #endif static void errorIfNotValid(de::FileHandle const& file, char const* callerName) { if(file.isValid()) return; Con_Error("%s: Instance %p has not yet been initialized.", callerName, (void*)&file); exit(1); // Unreachable. } void FileHandleBuilder::init(void) { #if 0 if(!inited) { mutex = Sys_CreateMutex(0); inited = true; return; } Con_Error("FileHandleBuilder::init: Already initialized."); #endif } void FileHandleBuilder::shutdown(void) { #if 0 if(inited) { Sys_Lock(mutex); BlockSet_Delete(handleBlockSet); handleBlockSet = 0; usedHandles = 0; Sys_Unlock(mutex); Sys_DestroyMutex(mutex); mutex = 0; inited = false; return; } #if _DEBUG Con_Error("FileHandleBuilder::shutdown: Not presently initialized."); #endif #endif } FileHandle* FileHandleBuilder::fromLump(File1& lump, bool dontBuffer) { LOG_AS("FileHandle::fromLump"); de::FileHandle* hndl = new de::FileHandle(); // Init and load in the lump data. hndl->d->file = &lump; hndl->d->flags.open = true; if(!dontBuffer) { hndl->d->size = lump.size(); hndl->d->pos = hndl->d->data = (uint8_t*) M_Malloc(hndl->d->size); LOGDEV_RES_XVERBOSE_DEBUGONLY("[%p] Buffering \"%s:%s\"...", dintptr(hndl) << NativePath(lump.container().composePath()).pretty() << NativePath(lump.composePath()).pretty()); lump.read((uint8_t*)hndl->d->data, 0, lump.size()); } return hndl; } FileHandle* FileHandleBuilder::fromFile(File1& file) { de::FileHandle* hndl = new de::FileHandle(); hndl->d->file = &file; hndl->d->flags.open = true; hndl->d->flags.reference = true; return hndl; } FileHandle* FileHandleBuilder::fromNativeFile(FILE& file, size_t baseOffset) { de::FileHandle* hndl = new de::FileHandle(); hndl->d->flags.open = true; hndl->d->hndl = &file; hndl->d->baseOffset = baseOffset; return hndl; } FileHandle* FileHandleBuilder::dup(de::FileHandle const& hndl) { de::FileHandle* clone = new de::FileHandle(); clone->d->flags.open = true; clone->d->flags.reference = true; clone->d->file = &hndl.file(); return clone; } FileHandle::FileHandle(void) { #if 0 Sys_Lock(mutex); de::FileHandle* file; if(usedHandles) { file = usedHandles; usedHandles = (de::FileHandle*) file->list; } else { if(!handleBlockSet) { handleBlockSet = BlockSet_New(sizeof(de::FileHandle), 64); } file = (de::FileHandle*) BlockSet_Allocate(handleBlockSet); } Sys_Unlock(mutex); #endif d = new Instance(); } FileHandle::~FileHandle() { close(); // Free any cached data. if(d->data) { M_Free(d->data); d->data = 0; } #if 0 // Copy this file to the used object pool for recycling. Sys_Lock(mutex); d->file = 0; d->list = usedHandles; usedHandles = this; Sys_Unlock(mutex); #endif delete d; } FileHandle& FileHandle::close() { if(!d->flags.open) return *this; if(d->hndl) { fclose(d->hndl); d->hndl = 0; } // Free any cached data. if(d->data) { M_Free(d->data); d->data = 0; } d->pos = 0; d->flags.open = false; return *this; } bool FileHandle::isValid() const { /// @todo write me. return true; } struct filelist_s* FileHandle::list() { errorIfNotValid(*this, "FileHandle::list"); return (struct filelist_s*)d->list; } FileHandle& FileHandle::setList(struct filelist_s* list) { d->list = list; return *this; } bool FileHandle::hasFile() const { errorIfNotValid(*this, "FileHandle::file"); return !!d->file; } File1& FileHandle::file() { errorIfNotValid(*this, "FileHandle::file"); return *d->file; } File1& FileHandle::file() const { errorIfNotValid(*this, "FileHandle::file const"); return *d->file; } size_t FileHandle::baseOffset() const { if(d->flags.reference) { return d->file->handle().baseOffset(); } return d->baseOffset; } size_t FileHandle::length() { errorIfNotValid(*this, "FileHandle::Length"); if(d->flags.reference) { return d->file->handle().length(); } else { size_t currentPosition = seek(0, SeekEnd); size_t length = tell(); seek(currentPosition, SeekSet); return length; } } size_t FileHandle::read(uint8_t* buffer, size_t count) { errorIfNotValid(*this, "FileHandle::read"); if(d->flags.reference) { return d->file->handle().read(buffer, count); } else { if(d->hndl) { // Normal file. count = fread(buffer, 1, count, d->hndl); if(feof(d->hndl)) d->flags.eof = true; return count; } // Is there enough room in the file? size_t bytesleft = d->size - (d->pos - d->data); if(count > bytesleft) { count = bytesleft; d->flags.eof = true; } if(count) { memcpy(buffer, d->pos, count); d->pos += count; } return count; } } bool FileHandle::atEnd() { errorIfNotValid(*this, "FileHandle::atEnd"); if(d->flags.reference) { return d->file->handle().atEnd(); } return (d->flags.eof != 0); } unsigned char FileHandle::getC() { errorIfNotValid(*this, "FileHandle::getC"); unsigned char ch = 0; read((uint8_t*)&ch, 1); return ch; } size_t FileHandle::tell() { errorIfNotValid(*this, "FileHandle::tell"); if(d->flags.reference) { return d->file->handle().tell(); } else { if(d->hndl) return (size_t) ftell(d->hndl); return d->pos - d->data; } } size_t FileHandle::seek(size_t offset, SeekMethod whence) { if(d->flags.reference) { return d->file->handle().seek(offset, whence); } else { size_t oldpos = tell(); d->flags.eof = false; if(d->hndl) { int fwhence = whence == SeekSet? SEEK_SET : whence == SeekCur? SEEK_CUR : SEEK_END; fseek(d->hndl, (long) (d->baseOffset + offset), fwhence); } else { if(whence == SeekSet) d->pos = d->data + offset; else if(whence == SeekEnd) d->pos = d->data + (d->size + offset); else if(whence == SeekCur) d->pos += offset; } return oldpos; } } de::FileHandle& FileHandle::rewind() { seek(0, SeekSet); return *this; } } // namespace de /** * C Wrapper API: */ #define TOINTERNAL(inst) \ (inst) != 0? reinterpret_cast(inst) : NULL #define TOINTERNAL_CONST(inst) \ (inst) != 0? reinterpret_cast(inst) : NULL #define SELF(inst) \ DENG2_ASSERT(inst); \ de::FileHandle* self = TOINTERNAL(inst) #define SELF_CONST(inst) \ DENG2_ASSERT(inst); \ de::FileHandle const* self = TOINTERNAL_CONST(inst) void FileHandle_Delete(struct filehandle_s* hndl) { if(!hndl) return; SELF(hndl); delete self; } void FileHandle_Close(struct filehandle_s* hndl) { SELF(hndl); self->close(); } dd_bool FileHandle_IsValid(struct filehandle_s const* hndl) { SELF_CONST(hndl); return self->isValid(); } size_t FileHandle_Length(struct filehandle_s* hndl) { SELF(hndl); return self->length(); } size_t FileHandle_BaseOffset(struct filehandle_s const* hndl) { SELF_CONST(hndl); return self->baseOffset(); } size_t FileHandle_Read(struct filehandle_s* hndl, uint8_t* buffer, size_t count) { SELF(hndl); return self->read(buffer, count); } unsigned char FileHandle_GetC(struct filehandle_s* hndl) { SELF(hndl); return self->getC(); } dd_bool FileHandle_AtEnd(struct filehandle_s* hndl) { SELF(hndl); return self->atEnd(); } size_t FileHandle_Tell(struct filehandle_s* hndl) { SELF(hndl); return self->tell(); } size_t FileHandle_Seek(struct filehandle_s* hndl, size_t offset, SeekMethod whence) { SELF(hndl); return self->seek(offset, whence); } void FileHandle_Rewind(struct filehandle_s* hndl) { SELF(hndl); self->rewind(); } struct file1_s* FileHandle_File(struct filehandle_s* hndl) { SELF(hndl); return reinterpret_cast(&self->file()); } struct file1_s* FileHandle_File_const(struct filehandle_s const* hndl) { SELF_CONST(hndl); return reinterpret_cast(&self->file()); } doomsday-1.14.5/doomsday/client/src/filesys/fs_scheme.cpp0000664000175000017500000003550512350542237022722 0ustar jaakkojaakko/** @file fs_scheme.cpp File System Subspace Scheme. * @ingroup fs * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "de_base.h" #include "de_filesys.h" #include #include #include #include #include "filesys/searchpath.h" #include "filesys/fs_main.h" namespace de { /** * Reference to a file in the virtual file system. */ class FileRef { public: FileRef(PathTree::Node &_directoryNode) : directoryNode_(&_directoryNode) {} PathTree::Node &directoryNode() const { return *directoryNode_; } FileRef &setDirectoryNode(PathTree::Node &newDirectoryNode) { directoryNode_ = &newDirectoryNode; return *this; } #if _DEBUG String const &name() const { return name_; } FileRef &setName(String const &newName) { name_ = newName; return *this; } #endif private: /// Directory node for this resource in the owning PathTree PathTree::Node *directoryNode_; #if _DEBUG /// Symbolic name of this resource. String name_; #endif }; /** * Name search hash. */ struct NameHash { public: /// Type used to represent hash keys. typedef ushort hash_type; /// Number of buckets in the hash table. static hash_type const hash_range = 512; struct Node { Node *next; FileRef fileRef; Node(PathTree::Node &resourceNode) : next(0), fileRef(resourceNode) {} }; struct Bucket { Node *first; Node *last; }; public: Bucket buckets[hash_range]; public: NameHash() { std::memset(buckets, 0, sizeof(buckets)); } ~NameHash() { clear(); } void clear() { for(hash_type hashKey = 0; hashKey < hash_range; ++hashKey) { while(buckets[hashKey].first) { NameHash::Node *nextNode = buckets[hashKey].first->next; delete buckets[hashKey].first; buckets[hashKey].first = nextNode; } buckets[hashKey].last = 0; } } Node *findDirectoryNode(hash_type hashKey, PathTree::Node const &directoryNode) { Node *node = buckets[hashKey].first; while(node && &node->fileRef.directoryNode() != &directoryNode) { node = node->next; } return node; } static hash_type hashName(String const &str) { hash_type hashKey = 0; int op = 0; for(int i = 0; i < str.length(); ++i) { ushort unicode = str.at(i).toLower().unicode(); switch(op) { case 0: hashKey ^= unicode; ++op; break; case 1: hashKey *= unicode; ++op; break; case 2: hashKey -= unicode; op=0; break; } } return hashKey % hash_range; } }; struct FS1::Scheme::Instance { FS1::Scheme &self; /// Symbolic name. String name; /// Flags which govern behavior. FS1::Scheme::Flags flags; /// Associated path directory. /// @todo It should not be necessary for a unique directory per scheme. UserDataPathTree directory; /// As the directory is relative, this special node serves as the root. UserDataNode *rootNode; /// Name hash table. NameHash nameHash; /// Set to @c true when the name hash is obsolete/out-of-date and should be rebuilt. byte nameHashIsDirty; /// Sets of search paths to look for files to be included. /// Each set is in order of greatest-importance, right to left. FS1::Scheme::SearchPaths searchPaths; Instance(FS1::Scheme &d, String _name, FS1::Scheme::Flags _flags) : self(d), name(_name), flags(_flags), directory(), rootNode(0), nameHash(), nameHashIsDirty(true) {} /** * Add files to this scheme by resolving search path, searching the * file system and populating our internal directory with the results. * Duplicates are automatically pruned. * * @param searchPath The path to resolve and search. */ void addFromSearchPath(SearchPath const &searchPath) { try { // Add new nodes on this path and/or re-process previously seen nodes. addDirectoryPathAndMaybeDescendBranch(true/*do descend*/, searchPath.resolved(), true/*is-directory*/, searchPath.flags()); } catch(de::Uri::ResolveError const &er) { LOGDEV_RES_VERBOSE(er.asText()); } } /** * Add files to this scheme by resolving each search path in @a group. * * @param group Group of paths to search. */ void addFromSearchPaths(FS1::PathGroup group) { for(FS1::Scheme::SearchPaths::const_iterator i = searchPaths.find(group); i != searchPaths.end() && i.key() == group; ++i) { addFromSearchPath(*i); } } UserDataNode *addDirectoryPath(String path) { if(path.isEmpty()) return 0; // Try to make it a relative path. if(QDir::isAbsolutePath(path)) { String const basePath = App_BasePath(); if(path.beginsWith(basePath)) { path = path.mid(basePath.length() + 1); } } // If this is equal to the base path, return that node. if(path.isEmpty()) { // Time to construct the relative base node? if(!rootNode) { rootNode = &directory.insert(Path("./")); } return rootNode; } return &directory.insert(path); } void addDirectoryChildren(PathTree::Node &node, int flags) { if(node.isLeaf()) return; // Compose the search pattern. We're interested in *everything*. Path searchPattern = node.path() / "*"; // Process this search. FS1::PathList found; App_FileSystem().findAllPaths(searchPattern, flags, found); DENG2_FOR_EACH_CONST(FS1::PathList, i, found) { addDirectoryPathAndMaybeDescendBranch(!(flags & SearchPath::NoDescend), i->path, !!(i->attrib & A_SUBDIR), flags); } } /** * @param descendBranch @c true = descend this branch (if it is a branch). * @param filePath Possibly-relative path to an element in the virtual file system. * param isFolder @c true = @a filePath is a folder in the virtual file system. * @param flags @ref searchPathFlags */ void addDirectoryPathAndMaybeDescendBranch(bool descendBranch, String filePath, bool /*isFolder*/, int flags) { // Add this path to the directory. UserDataNode *node = addDirectoryPath(filePath); if(!node) return; if(!node->isLeaf()) { // Descend into this subdirectory? if(descendBranch) { // Already processed? if(node->userValue()) { // Process it again? DENG2_FOR_EACH_CONST(PathTree::Nodes, i, directory.leafNodes()) { PathTree::Node &sibling = **i; if(&sibling.parent() == node) { self.add(sibling); } } } else { addDirectoryChildren(*node, flags); // This node is now considered processed. node->setUserValue(true); } } } // Node is a leaf. else { self.add(*node); // This node is now considered processed (if it wasn't already). node->setUserValue(true); } } }; FS1::Scheme::Scheme(String symbolicName, Flags flags) { d = new Instance(*this, symbolicName, flags); } FS1::Scheme::~Scheme() { delete d; } String const &FS1::Scheme::name() const { return d->name; } void FS1::Scheme::clear() { d->nameHash.clear(); d->nameHashIsDirty = true; d->directory.clear(); d->rootNode = 0; } void FS1::Scheme::rebuild() { // Is a rebuild not necessary? if(!d->nameHashIsDirty) return; LOG_AS("Scheme::rebuild"); LOGDEV_RES_MSG("Rebuilding '%s'...") << d->name; Time begunAt; // (Re)populate the directory and add found files. clear(); d->addFromSearchPaths(FS1::OverridePaths); d->addFromSearchPaths(FS1::ExtraPaths); d->addFromSearchPaths(FS1::DefaultPaths); d->addFromSearchPaths(FS1::FallbackPaths); d->nameHashIsDirty = false; LOGDEV_RES_VERBOSE("Completed in %.2f seconds") << begunAt.since(); /*#if _DEBUG PathTree::debugPrint(d->directory); debugPrint(); #endif*/ } static inline String composeSchemeName(String const &filePath) { return filePath.fileNameWithoutExtension(); } bool FS1::Scheme::add(PathTree::Node &resourceNode) { // We are only interested in leafs (i.e., files and not folders). if(!resourceNode.isLeaf()) return false; String name = composeSchemeName(resourceNode.name()); NameHash::hash_type hashKey = NameHash::hashName(name); // Is this a new file? bool isNewNode = false; NameHash::Node *hashNode = d->nameHash.findDirectoryNode(hashKey, resourceNode); if(!hashNode) { isNewNode = true; // Create a new hash node for this. hashNode = new NameHash::Node(resourceNode); #if _DEBUG // Take a copy of the name to aid in tracing bugs, etc... hashNode->fileRef.setName(name); #endif // Link it to the list for this bucket. NameHash::Bucket &bucket = d->nameHash.buckets[hashKey]; if(bucket.last) bucket.last->next = hashNode; bucket.last = hashNode; if(!bucket.first) bucket.first = hashNode; // We will need to rebuild this scheme (if we aren't already doing so, // in the case of auto-populated schemes built from FileDirectorys). d->nameHashIsDirty = true; } // (Re)configure this record. FileRef *fileRef = &hashNode->fileRef; fileRef->setDirectoryNode(resourceNode); return isNewNode; } static String const &nameForPathGroup(FS1::PathGroup group) { static String const names[] = { "Override", "Extra", "Default", "Fallback" }; DENG_ASSERT(int(group) >= FS1::OverridePaths && int(group) <= FS1::FallbackPaths); return names[int(group)]; } bool FS1::Scheme::addSearchPath(SearchPath const &search, FS1::PathGroup group) { LOG_AS("Scheme::addSearchPath"); // Ensure this is a well formed path. if(search.isEmpty() || !search.path().toString().compareWithoutCase("/") || !search.path().toString().endsWith("/")) return false; // The addition of a new search path means the scheme is now dirty. d->nameHashIsDirty = true; // Have we seen this path already (we don't want duplicates)? DENG2_FOR_EACH(SearchPaths, i, d->searchPaths) { // Compare using the unresolved textual representations. if(!i->asText().compareWithoutCase(search.asText())) { i->setFlags(search.flags()); return true; } } // Prepend to the path list - newer paths have priority. d->searchPaths.insert(group, search); LOGDEV_RES_MSG("\"%s\" added to scheme '%s' (group:%s)") << search << name() << nameForPathGroup(group); return true; } void FS1::Scheme::clearSearchPathGroup(FS1::PathGroup group) { d->searchPaths.remove(group); } void FS1::Scheme::clearAllSearchPaths() { d->searchPaths.clear(); } FS1::Scheme::SearchPaths const &FS1::Scheme::allSearchPaths() const { return d->searchPaths; } int FS1::Scheme::findAll(String name, FoundNodes &found) { int numFoundSoFar = found.count(); NameHash::hash_type fromKey, toKey; if(!name.isEmpty()) { fromKey = NameHash::hashName(name); toKey = fromKey; } else { fromKey = 0; toKey = NameHash::hash_range - 1; } for(NameHash::hash_type key = fromKey; key < toKey + 1; ++key) { NameHash::Bucket &bucket = d->nameHash.buckets[key]; for(NameHash::Node *hashNode = bucket.first; hashNode; hashNode = hashNode->next) { FileRef &fileRef = hashNode->fileRef; PathTree::Node &node = fileRef.directoryNode(); if(!name.isEmpty() && !node.name().beginsWith(name, Qt::CaseInsensitive)) continue; found.push_back(&node); } } return found.count() - numFoundSoFar; } bool FS1::Scheme::mapPath(String &path) const { if(path.isEmpty()) return false; // Are virtual path mappings in effect for this scheme? if(!(d->flags & MappedInPackages)) return false; // Does this path qualify for mapping? if(path.length() <= name().length()) return false; if(path.at(name().length()) != '/') return false; if(!path.beginsWith(name(), Qt::CaseInsensitive)) return false; // Yes. path = String("$(App.DataPath)/$(GamePlugin.Name)") / path; return true; } #if _DEBUG void FS1::Scheme::debugPrint() const { LOG_AS("Scheme::debugPrint"); LOGDEV_RES_MSG("%p:") << this; uint schemeIdx = 0; for(NameHash::hash_type key = 0; key < NameHash::hash_range; ++key) { NameHash::Bucket &bucket = d->nameHash.buckets[key]; for(NameHash::Node *node = bucket.first; node; node = node->next) { FileRef const &fileRef = node->fileRef; LOGDEV_RES_MSG(" %u - %u:\"%s\" => %s") << schemeIdx << key << fileRef.name() << NativePath(fileRef.directoryNode().path()).pretty(); ++schemeIdx; } } LOGDEV_RES_MSG(" %u %s in scheme.") << schemeIdx << (schemeIdx == 1? "file" : "files"); } #endif } // namespace de doomsday-1.14.5/doomsday/client/src/m_misc.cpp0000664000175000017500000003015312350542237020551 0ustar jaakkojaakko/** @file m_misc.cpp Miscellanous utility routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_FILESYS #include "de_platform.h" #include #include #include #if defined(WIN32) # include # include # include # define open _open #endif #if defined(UNIX) # include # include #endif #ifndef O_BINARY # define O_BINARY 0 #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_filesys.h" #include "de_graphics.h" #include "de_misc.h" #include "de_play.h" #include "lzss.h" #include #include #include #include #undef M_WriteFile #undef M_ReadFile #define SLOPERANGE 2048 #define SLOPEBITS 11 #define DBITS (FRACBITS-SLOPEBITS) #if defined(WIN32) #define close _close #define read _read #define write _write #endif static size_t FileReader(char const* name, char** buffer); extern int tantoangle[SLOPERANGE + 1]; // get from tables.c void M_ReadLine(char* buffer, size_t len, FileHandle* file) { size_t p; char ch; dd_bool isDone; memset(buffer, 0, len); p = 0; isDone = false; while(p < len - 1 && !isDone) // Make the last null stay there. { ch = FileHandle_GetC(file); if(ch != '\r') { if(FileHandle_AtEnd(file) || ch == '\n') isDone = true; else buffer[p++] = ch; } } } int M_BoxOnLineSide(const AABoxd* box, double const linePoint[], double const lineDirection[]) { int a, b; switch(M_SlopeType(lineDirection)) { default: // Shut up compiler. case ST_HORIZONTAL: a = box->maxY > linePoint[VY]? -1 : 1; b = box->minY > linePoint[VY]? -1 : 1; if(lineDirection[VX] < 0) { a = -a; b = -b; } break; case ST_VERTICAL: a = box->maxX < linePoint[VX]? -1 : 1; b = box->minX < linePoint[VX]? -1 : 1; if(lineDirection[VY] < 0) { a = -a; b = -b; } break; case ST_POSITIVE: { double topLeft[2] = { box->minX, box->maxY }; double bottomRight[2] = { box->maxX, box->minY }; a = V2d_PointOnLineSide(topLeft, linePoint, lineDirection) < 0 ? -1 : 1; b = V2d_PointOnLineSide(bottomRight, linePoint, lineDirection) < 0 ? -1 : 1; break; } case ST_NEGATIVE: a = V2d_PointOnLineSide(box->max, linePoint, lineDirection) < 0 ? -1 : 1; b = V2d_PointOnLineSide(box->min, linePoint, lineDirection) < 0 ? -1 : 1; break; } if(a == b) return a; return 0; } int M_BoxOnLineSide_FixedPrecision(const fixed_t box[], const fixed_t linePoint[], const fixed_t lineDirection[]) { int a = 0, b = 0; switch(M_SlopeTypeXY_FixedPrecision(lineDirection[0], lineDirection[1])) { case ST_HORIZONTAL: a = box[BOXTOP] > linePoint[VY]? -1 : 1; b = box[BOXBOTTOM] > linePoint[VY]? -1 : 1; if(lineDirection[VX] < 0) { a = -a; b = -b; } break; case ST_VERTICAL: a = box[BOXRIGHT] < linePoint[VX]? -1 : 1; b = box[BOXLEFT] < linePoint[VX]? -1 : 1; if(lineDirection[VY] < 0) { a = -a; b = -b; } break; case ST_POSITIVE: { fixed_t topLeft[2] = { box[BOXLEFT], box[BOXTOP] }; fixed_t bottomRight[2] = { box[BOXRIGHT], box[BOXBOTTOM] }; a = V2x_PointOnLineSide(topLeft, linePoint, lineDirection)? -1 : 1; b = V2x_PointOnLineSide(bottomRight, linePoint, lineDirection)? -1 : 1; break; } case ST_NEGATIVE: { fixed_t boxMax[2] = { box[BOXRIGHT], box[BOXTOP] }; fixed_t boxMin[2] = { box[BOXLEFT], box[BOXBOTTOM] }; a = V2x_PointOnLineSide(boxMax, linePoint, lineDirection)? -1 : 1; b = V2x_PointOnLineSide(boxMin, linePoint, lineDirection)? -1 : 1; break; } } if(a == b) return a; return 0; // on the line } int M_BoxOnLineSide2(const AABoxd* box, double const linePoint[], double const lineDirection[], double linePerp, double lineLength, double epsilon) { #define NORMALIZE(v) ((v) < 0? -1 : (v) > 0? 1 : 0) double delta; int a, b; switch(M_SlopeType(lineDirection)) { default: // Shut up compiler. case ST_HORIZONTAL: a = box->maxY > linePoint[VY]? -1 : 1; b = box->minY > linePoint[VY]? -1 : 1; if(lineDirection[VX] < 0) { a = -a; b = -b; } break; case ST_VERTICAL: a = box->maxX < linePoint[VX]? -1 : 1; b = box->minX < linePoint[VX]? -1 : 1; if(lineDirection[VY] < 0) { a = -a; b = -b; } break; case ST_POSITIVE: { double topLeft[2] = { box->minX, box->maxY }; double bottomRight[2] = { box->maxX, box->minY }; delta = V2d_PointOnLineSide2(topLeft, lineDirection, linePerp, lineLength, epsilon); a = NORMALIZE(delta); delta = V2d_PointOnLineSide2(bottomRight, lineDirection, linePerp, lineLength, epsilon); b = NORMALIZE(delta); break; } case ST_NEGATIVE: delta = V2d_PointOnLineSide2(box->max, lineDirection, linePerp, lineLength, epsilon); a = NORMALIZE(delta); delta = V2d_PointOnLineSide2(box->min, lineDirection, linePerp, lineLength, epsilon); b = NORMALIZE(delta); break; } if(a == b) return a; return 0; #undef NORMALIZE } DENG_EXTERN_C dd_bool M_WriteFile(const char* name, const char* source, size_t length) { int handle = open(name, O_WRONLY | O_CREAT | O_TRUNC | O_BINARY, 0666); size_t count; if(handle == -1) return false; count = write(handle, source, length); close(handle); return (count >= length); } /** * Read a file into a buffer allocated using M_Malloc(). */ DENG_EXTERN_C size_t M_ReadFile(const char* name, char** buffer) { return FileReader(name, buffer); } DENG_EXTERN_C AutoStr* M_ReadFileIntoString(ddstring_t const *path, dd_bool *isCustom) { if(isCustom) *isCustom = false; if(Str_StartsWith(path, "Lumps:")) { lumpnum_t lumpNum = W_CheckLumpNumForName(Str_Text(path) + 6); if(lumpNum < 0) return 0; if(isCustom) *isCustom = W_LumpIsCustom(lumpNum); // Ignore zero-length lumps. size_t lumpLen = W_LumpLength(lumpNum); if(!lumpLen) return 0; // Ensure the resulting string is terminated. AutoStr *string = Str_PartAppend(AutoStr_New(), (char *)W_CacheLump(lumpNum), 0, lumpLen); W_UnlockLump(lumpNum); if(Str_IsEmpty(string)) return 0; return string; } char *readBuf = 0; if(size_t bytesRead = M_ReadFile(Str_Text(path), &readBuf)) { // Ensure the resulting string is terminated. AutoStr *string = Str_PartAppend(AutoStr_New(), readBuf, 0, int(bytesRead)); Z_Free(readBuf); // Ignore zero-length files. if(Str_IsEmpty(string)) return 0; return string; } return 0; } static size_t FileReader(const char* name, char** buffer) { struct stat fileinfo; char* buf = NULL; size_t length = 0; int handle; LOG_AS("FileReader"); // First try with LZSS. LZFILE *file = lzOpen((char*) name, "rp"); if(NULL != file) { #define BSIZE 1024 char readBuf[BSIZE]; // Read 1kb pieces until file ends. while(!lzEOF(file)) { size_t bytesRead = lzRead(readBuf, BSIZE, file); char* newBuf; // Allocate more memory. newBuf = (char*) Z_Malloc(length + bytesRead, PU_APPSTATIC, 0); if(buf != NULL) { memcpy(newBuf, buf, length); Z_Free(buf); } buf = newBuf; // Copy new data to buffer. memcpy(buf + length, readBuf, bytesRead); length += bytesRead; } lzClose(file); *buffer = (char*)buf; return length; #undef BSIZE } handle = open(name, O_RDONLY | O_BINARY, 0666); if(handle == -1) { LOG_RES_WARNING("Failed opening \"%s\" for reading") << name; return length; } if(-1 == fstat(handle, &fileinfo)) { LOG_RES_ERROR("Couldn't read file \"%s\"") << name; return 0; } length = fileinfo.st_size; if(!length) { *buffer = 0; return 0; } buf = (char *) Z_Malloc(length, PU_APPSTATIC, 0); DENG_ASSERT(buf != 0); size_t bytesRead = read(handle, buf, length); close(handle); if(bytesRead < length) { LOG_RES_ERROR("Couldn't read file \"%s\"") << name; } *buffer = buf; return length; } void M_WriteCommented(FILE *file, const char* text) { char *buff = (char *) M_Malloc(strlen(text) + 1), *line; strcpy(buff, text); line = strtok(buff, "\n"); while(line) { fprintf(file, "# %s\n", line); line = strtok(NULL, "\n"); } M_Free(buff); } /** * The caller must provide the opening and closing quotes. */ void M_WriteTextEsc(FILE* file, const char* text) { DENG_ASSERT(file && text); size_t i; for(i = 0; i < strlen(text) && text[i]; ++i) { if(text[i] == '"' || text[i] == '\\') fprintf(file, "\\"); fprintf(file, "%c", text[i]); } } DENG_EXTERN_C int M_ScreenShot(char const *name, int bits) { #ifdef __CLIENT__ DENG_UNUSED(bits); ddstring_t fullName; Str_Init(&fullName); Str_Set(&fullName, name); if(!_api_F.FindFileExtension(name)) { Str_Append(&fullName, ".png"); // Default format. } F_ToNativeSlashes(&fullName, &fullName); bool result = ClientWindow::main().grabToFile(Str_Text(&fullName)); Str_Free(&fullName); return result? 1 : 0; #else DENG2_UNUSED2(name, bits); return false; #endif } void M_ReadBits(uint numBits, const uint8_t** src, uint8_t* cb, uint8_t* out) { assert(src && cb && out); { int offset = 0, unread = numBits; // Read full bytes. if(unread >= 8) { do { out[offset++] = **src, (*src)++; } while((unread -= 8) >= 8); } if(unread != 0) { // Read remaining bits. uint8_t fb = 8 - unread; if((*cb) == 0) (*cb) = 8; do { (*cb)--; out[offset] <<= 1; out[offset] |= ((**src >> (*cb)) & 0x01); } while(--unread > 0); out[offset] <<= fb; if((*cb) == 0) (*src)++; } } } dd_bool M_RunTrigger(trigger_t *trigger, timespan_t advanceTime) { // Either use the trigger's duration, or fall back to the default. timespan_t duration = (trigger->duration? trigger->duration : 1.0f/35); trigger->accum += advanceTime; if(trigger->accum >= duration) { trigger->accum -= duration; return true; } // It wasn't triggered. return false; } dd_bool M_CheckTrigger(const trigger_t *trigger, timespan_t advanceTime) { // Either use the trigger's duration, or fall back to the default. timespan_t duration = (trigger->duration? trigger->duration : 1.0f/35); return (trigger->accum + advanceTime>= duration); } doomsday-1.14.5/doomsday/client/src/def_data.cpp0000664000175000017500000006125612350542237021041 0ustar jaakkojaakko/** @file def_data.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Doomsday Engine Definition Files * * @todo Needs to be redesigned. */ #include #include #include #include "de_platform.h" #include "de_console.h" #include "de_misc.h" #include "de_graphics.h" #include "dd_def.h" #include "def_data.h" #include "render/sky.h" #include // Helper Routines ------------------------------------------------------- float ded_ptcstage_t::particleRadius(int ptcIDX) const { if(radiusVariance) { static float const rnd[16] = { .875f, .125f, .3125f, .75f, .5f, .375f, .5625f, .0625f, 1, .6875f, .625f, .4375f, .8125f, .1875f, .9375f, .25f }; return (rnd[ptcIDX & 0xf] * radiusVariance + (1 - radiusVariance)) * radius; } return radius; } void* DED_NewEntries(void** ptr, ded_count_t* cnt, size_t elemSize, int count) { void* np; cnt->num += count; if(cnt->num > cnt->max) { cnt->max *= 2; // Double the size of the array. if(cnt->num > cnt->max) cnt->max = cnt->num; *ptr = M_Realloc(*ptr, elemSize * cnt->max); } np = (char*) *ptr + (cnt->num - count) * elemSize; memset(np, 0, elemSize * count); // Clear the new entries. return np; } void* DED_NewEntry(void** ptr, ded_count_t* cnt, size_t elemSize) { return DED_NewEntries(ptr, cnt, elemSize, 1); } void DED_DelEntry(int index, void** ptr, ded_count_t* cnt, size_t elemSize) { if(index < 0 || index >= cnt->num) return; memmove((char*) *ptr + elemSize * index, (char*) *ptr + elemSize * (index + 1), elemSize * (cnt->num - index - 1)); if(--cnt->num < cnt->max / 2) { cnt->max /= 2; *ptr = M_Realloc(*ptr, elemSize * cnt->max); } } void DED_DelArray(void** ptr, ded_count_t* cnt) { if(*ptr) M_Free(*ptr); *ptr = 0; cnt->num = cnt->max = 0; } void DED_ZCount(ded_count_t* c) { c->num = c->max = 0; } // DED Code -------------------------------------------------------------- void DED_Init(ded_t* ded) { *ded = ded_t(); } void DED_Clear(ded_t* ded) { if(ded->flags) { M_Free(ded->flags); ded->flags = 0; } if(ded->mobjs) { M_Free(ded->mobjs); ded->mobjs = 0; } if(ded->states) { int i; for(i = 0; i < ded->count.states.num; ++i) { ded_state_t* state = &ded->states[i]; if(state->execute) free(state->execute); } free(ded->states); ded->states = 0; } if(ded->sprites) { M_Free(ded->sprites); ded->sprites = 0; } if(ded->lights) { int i; for(i = 0; i < ded->count.lights.num; ++i) { ded_light_t* li = &ded->lights[i]; if(li->up) Uri_Delete(li->up); if(li->down) Uri_Delete(li->down); if(li->sides) Uri_Delete(li->sides); if(li->flare) Uri_Delete(li->flare); } M_Free(ded->lights); ded->lights = 0; } for(uint i = 0; i < ded->models.size(); ++i) { ded_model_t* mdl = &ded->models[i]; for(uint j = 0; j < mdl->subCount(); ++j) { ded_submodel_t* sub = &mdl->sub(j); if(sub->filename) Uri_Delete(sub->filename); if(sub->skinFilename) Uri_Delete(sub->skinFilename); if(sub->shinySkin) Uri_Delete(sub->shinySkin); } } ded->models.clear(); if(ded->sounds) { int i; for(i = 0; i < ded->count.sounds.num; ++i) { ded_sound_t* snd = &ded->sounds[i]; if(snd->ext) Uri_Delete(snd->ext); } M_Free(ded->sounds); ded->sounds = 0; } if(ded->music) { int i; for(i = 0; i < ded->count.music.num; ++i) { ded_music_t* song = &ded->music[i]; if(song->path) Uri_Delete(song->path); } M_Free(ded->music); ded->music = 0; } if(ded->mapInfo) { int i, j; for(i = 0; i < ded->count.mapInfo.num; ++i) { ded_mapinfo_t* info = &ded->mapInfo[i]; if(info->uri) Uri_Delete(info->uri); if(info->execute) free(info->execute); for(j = 0; j < NUM_SKY_LAYERS; ++j) { ded_skylayer_t* sl = &info->sky.layers[j]; if(sl->material) Uri_Delete(sl->material); } for(j = 0; j < NUM_SKY_MODELS; ++j) { ded_skymodel_t* sm = &info->sky.models[j]; if(sm->execute) free(sm->execute); } } free(ded->mapInfo); ded->mapInfo = 0; } if(ded->skies) { int i, j; for(i = 0; i < ded->count.skies.num; ++i) { ded_sky_t* sky = &ded->skies[i]; for(j = 0; j < NUM_SKY_LAYERS; ++j) { ded_skylayer_t* sl = &sky->layers[j]; if(sl->material) Uri_Delete(sl->material); } for(j = 0; j < NUM_SKY_MODELS; ++j) { ded_skymodel_t* sm = &sky->models[j]; if(sm->execute) free(sm->execute); } } M_Free(ded->skies); ded->skies = 0; } if(ded->details) { int i; for(i = 0; i < ded->count.details.num; ++i) { ded_detailtexture_t* dtex = &ded->details[i]; if(dtex->material1) Uri_Delete(dtex->material1); if(dtex->material2) Uri_Delete(dtex->material2); if(dtex->stage.texture) Uri_Delete(dtex->stage.texture); } M_Free(ded->details); ded->details = 0; } if(ded->materials) { int i, k, m; for(i = 0; i < ded->count.materials.num; ++i) { ded_material_t* mat = &ded->materials[i]; if(mat->uri) Uri_Delete(mat->uri); for(k = 0; k < DED_MAX_MATERIAL_LAYERS; ++k) { ded_material_layer_t *layer = &mat->layers[k]; for(m = 0; m < layer->stageCount.num; ++m) { if(layer->stages[m].texture) Uri_Delete(layer->stages[m].texture); } M_Free(layer->stages); } for(k = 0; k < DED_MAX_MATERIAL_DECORATIONS; ++k) { ded_material_decoration_t *light = &mat->decorations[k]; for(m = 0; m < light->stageCount.num; ++m) { ded_decorlight_stage_t *stage = &light->stages[m]; if(stage->up) Uri_Delete(stage->up); if(stage->down) Uri_Delete(stage->down); if(stage->sides) Uri_Delete(stage->sides); if(stage->flare) Uri_Delete(stage->flare); } M_Free(light->stages); } } M_Free(ded->materials); ded->materials = 0; } if(ded->text) { int i; for(i = 0; i < ded->count.text.num; ++i) { M_Free(ded->text[i].text); } M_Free(ded->text); ded->text = 0; } if(ded->textureEnv) { int i, j; for(i = 0; i < ded->count.textureEnv.num; ++i) { ded_tenviron_t* tenv = &ded->textureEnv[i]; for(j = 0; j < tenv->count.num; ++j) { if(tenv->materials[j]) Uri_Delete(tenv->materials[j]); } M_Free(tenv->materials); } M_Free(ded->textureEnv); ded->textureEnv = 0; } if(ded->compositeFonts) { int i, j; for(i = 0; i < ded->count.compositeFonts.num; ++i) { ded_compositefont_t* cfont = &ded->compositeFonts[i]; if(cfont->uri) Uri_Delete(cfont->uri); for(j = 0; j < cfont->charMapCount.num; ++j) { if(cfont->charMap[j].path) Uri_Delete(cfont->charMap[j].path); } M_Free(cfont->charMap); } M_Free(ded->compositeFonts); ded->compositeFonts = 0; } if(ded->values) { int i; for(i = 0; i < ded->count.values.num; ++i) { M_Free(ded->values[i].id); M_Free(ded->values[i].text); } M_Free(ded->values); ded->values = 0; } if(ded->decorations) { int i, j; for(i = 0; i < ded->count.decorations.num; ++i) { ded_decor_t *dec = &ded->decorations[i]; if(dec->material) Uri_Delete(dec->material); for(j = 0; j < DED_DECOR_NUM_LIGHTS; ++j) { ded_decoration_t *light = &dec->lights[j]; if(light->stage.up) Uri_Delete(light->stage.up); if(light->stage.down) Uri_Delete(light->stage.down); if(light->stage.sides) Uri_Delete(light->stage.sides); if(light->stage.flare) Uri_Delete(light->stage.flare); } } M_Free(ded->decorations); ded->decorations = 0; } if(ded->reflections) { int i; for(i = 0; i < ded->count.reflections.num; ++i) { ded_reflection_t* ref = &ded->reflections[i]; if(ref->material) Uri_Delete(ref->material); if(ref->stage.texture) Uri_Delete(ref->stage.texture); if(ref->stage.maskTexture) Uri_Delete(ref->stage.maskTexture); } free(ded->reflections); ded->reflections = 0; } if(ded->groups) { int i, j; for(i = 0; i < ded->count.groups.num; ++i) { ded_group_t* group = &ded->groups[i]; for(j = 0; j < group->count.num; ++j) { if(group->members[j].material) Uri_Delete(group->members[j].material); } M_Free(group->members); } M_Free(ded->groups); ded->groups = 0; } if(ded->sectorTypes) { M_Free(ded->sectorTypes); ded->sectorTypes = 0; } if(ded->lineTypes) { int i; for(i = 0; i < ded->count.lineTypes.num; ++i) { ded_linetype_t* lt = &ded->lineTypes[i]; if(lt->actMaterial) Uri_Delete(lt->actMaterial); if(lt->deactMaterial) Uri_Delete(lt->deactMaterial); } M_Free(ded->lineTypes); ded->lineTypes = 0; } if(ded->ptcGens) { int i; for(i = 0; i < ded->count.ptcGens.num; ++i) { ded_ptcgen_t* gen = &ded->ptcGens[i]; if(gen->map) Uri_Delete(gen->map); if(gen->material) Uri_Delete(gen->material); if(gen->stages) M_Free(gen->stages); } M_Free(ded->ptcGens); ded->ptcGens = 0; } if(ded->finales) { int i; for(i = 0; i < ded->count.finales.num; ++i) { ded_finale_t* fin = &ded->finales[i]; if(fin->after) Uri_Delete(fin->after); if(fin->before) Uri_Delete(fin->before); if(fin->script) free(fin->script); } M_Free(ded->finales); ded->finales = 0; } } int DED_AddMobj(ded_t* ded, char const* idstr) { ded_mobj_t* mo = (ded_mobj_t *) DED_NewEntry((void**) &ded->mobjs, &ded->count.mobjs, sizeof(ded_mobj_t)); strcpy(mo->id, idstr); return mo - ded->mobjs; } void DED_RemoveMobj(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->mobjs, &ded->count.mobjs, sizeof(ded_mobj_t)); } int DED_AddFlag(ded_t* ded, char const* name, char const* text, int value) { ded_flag_t* fl = (ded_flag_t *) DED_NewEntry((void**) &ded->flags, &ded->count.flags, sizeof(ded_flag_t)); strcpy(fl->id, name); strcpy(fl->text, text); fl->value = value; return fl - ded->flags; } void DED_RemoveFlag(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->flags, &ded->count.flags, sizeof(ded_flag_t)); } int DED_AddModel(ded_t* ded, char const* spr) { ded->models.push_back(ded_model_t(spr)); return ded->models.size() - 1; } void DED_RemoveModel(ded_t* ded, int index) { ded->models.erase(ded->models.begin() + index); } int DED_AddSky(ded_t* ded, char const* id) { ded_sky_t* sky = (ded_sky_t *) DED_NewEntry((void**) &ded->skies, &ded->count.skies, sizeof(ded_sky_t)); int i; strcpy(sky->id, id); sky->height = DEFAULT_SKY_HEIGHT; for(i = 0; i < NUM_SKY_LAYERS; ++i) { sky->layers[i].offset = DEFAULT_SKY_SPHERE_XOFFSET; sky->layers[i].colorLimit = DEFAULT_SKY_SPHERE_FADEOUT_LIMIT; } for(i = 0; i < NUM_SKY_MODELS; ++i) { sky->models[i].frameInterval = 1; sky->models[i].color[0] = 1; sky->models[i].color[1] = 1; sky->models[i].color[2] = 1; sky->models[i].color[3] = 1; } return sky - ded->skies; } void DED_RemoveSky(ded_t* ded, int index) { int i; for(i = 0; i < NUM_SKY_LAYERS; ++i) { ded_skylayer_t* sl = &ded->skies[index].layers[i]; if(sl->material) Uri_Delete(sl->material); } DED_DelEntry(index, (void **) &ded->skies, &ded->count.skies, sizeof(ded_sky_t)); } int DED_AddState(ded_t* ded, char const* id) { ded_state_t* st = (ded_state_t *) DED_NewEntry((void**) &ded->states, &ded->count.states, sizeof(ded_state_t)); strcpy(st->id, id); return st - ded->states; } void DED_RemoveState(ded_t* ded, int index) { DED_DelEntry(index, (void **) &ded->states, &ded->count.states, sizeof(ded_state_t)); } int DED_AddSprite(ded_t* ded, char const* name) { ded_sprid_t* sp = (ded_sprid_t *) DED_NewEntry((void**) &ded->sprites, &ded->count.sprites, sizeof(ded_sprid_t)); strcpy(sp->id, name); return sp - ded->sprites; } void DED_RemoveSprite(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->sprites, &ded->count.sprites, sizeof(ded_sprid_t)); } int DED_AddLight(ded_t* ded, char const* stateid) { ded_light_t* light = (ded_light_t *) DED_NewEntry((void**) &ded->lights, &ded->count.lights, sizeof(ded_light_t)); strcpy(light->state, stateid); return light - ded->lights; } void DED_RemoveLight(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->lights, &ded->count.lights, sizeof(ded_light_t)); } int DED_AddMaterial(ded_t* ded, char const* uri) { ded_material_t* mat = (ded_material_t *) DED_NewEntry((void**) &ded->materials, &ded->count.materials, sizeof(ded_material_t)); if(uri) mat->uri = Uri_NewWithPath2(uri, RC_NULL); return mat - ded->materials; } int DED_AddMaterialLayerStage(ded_material_layer_t *ml) { ded_material_layer_stage_t *stage = (ded_material_layer_stage_t *) DED_NewEntry((void**) &ml->stages, &ml->stageCount, sizeof(*stage)); return stage - ml->stages; } int DED_AddMaterialDecorationStage(ded_material_decoration_t *li) { ded_decorlight_stage_t *stage = (ded_decorlight_stage_t *) DED_NewEntry((void**) &li->stages, &li->stageCount, sizeof(*stage)); // The color (0,0,0) means the light is not visible during this stage. stage->elevation = 1; stage->radius = 1; return stage - li->stages; } void DED_RemoveMaterial(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->materials, &ded->count.materials, sizeof(ded_material_t)); } int DED_AddSound(ded_t* ded, char const* id) { ded_sound_t* snd = (ded_sound_t *) DED_NewEntry((void**) &ded->sounds, &ded->count.sounds, sizeof(ded_sound_t)); strcpy(snd->id, id); return snd - ded->sounds; } void DED_RemoveSound(ded_t* ded, int index) { DED_DelEntry(index, (void **) &ded->sounds, &ded->count.sounds, sizeof(ded_sound_t)); } int DED_AddMusic(ded_t* ded, char const* id) { ded_music_t* mus = (ded_music_t *) DED_NewEntry((void**) &ded->music, &ded->count.music, sizeof(ded_music_t)); strcpy(mus->id, id); return mus - ded->music; } void DED_RemoveMusic(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->music, &ded->count.music, sizeof(ded_music_t)); } int DED_AddMapInfo(ded_t* ded, char const* uri) { ded_mapinfo_t* inf = (ded_mapinfo_t *) DED_NewEntry((void**) &ded->mapInfo, &ded->count.mapInfo, sizeof(ded_mapinfo_t)); int i; if(uri) inf->uri = Uri_NewWithPath2(uri, RC_NULL); inf->gravity = 1; inf->parTime = -1; // unknown inf->fogColor[0] = DEFAULT_FOG_COLOR_RED; inf->fogColor[1] = DEFAULT_FOG_COLOR_GREEN; inf->fogColor[2] = DEFAULT_FOG_COLOR_BLUE; inf->fogDensity = DEFAULT_FOG_DENSITY; inf->fogStart = DEFAULT_FOG_START; inf->fogEnd = DEFAULT_FOG_END; inf->sky.height = DEFAULT_SKY_HEIGHT; for(i = 0; i < NUM_SKY_LAYERS; ++i) { inf->sky.layers[i].offset = DEFAULT_SKY_SPHERE_XOFFSET; inf->sky.layers[i].colorLimit = DEFAULT_SKY_SPHERE_FADEOUT_LIMIT; } for(i = 0; i < NUM_SKY_MODELS; ++i) { inf->sky.models[i].frameInterval = 1; inf->sky.models[i].color[0] = 1; inf->sky.models[i].color[1] = 1; inf->sky.models[i].color[2] = 1; inf->sky.models[i].color[3] = 1; } return inf - ded->mapInfo; } void DED_RemoveMapInfo(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->mapInfo, &ded->count.mapInfo, sizeof(ded_mapinfo_t)); } int DED_AddText(ded_t* ded, char const* id) { ded_text_t* txt = (ded_text_t *) DED_NewEntry((void**) &ded->text, &ded->count.text, sizeof(ded_text_t)); strcpy(txt->id, id); return txt - ded->text; } void DED_RemoveText(ded_t* ded, int index) { M_Free(ded->text[index].text); DED_DelEntry(index, (void**) &ded->text, &ded->count.text, sizeof(ded_text_t)); } int DED_AddTextureEnv(ded_t* ded, char const* id) { ded_tenviron_t* env = (ded_tenviron_t *) DED_NewEntry((void**) &ded->textureEnv, &ded->count.textureEnv, sizeof(ded_tenviron_t)); strcpy(env->id, id); return env - ded->textureEnv; } void DED_RemoveTextureEnv(ded_t* ded, int index) { { int i; for(i = 0; i < ded->textureEnv[index].count.num; ++i) { if(ded->textureEnv[index].materials[i]) Uri_Delete(ded->textureEnv[index].materials[i]); }} M_Free(ded->textureEnv[index].materials); DED_DelEntry(index, (void**) &ded->textureEnv, &ded->count.textureEnv, sizeof(ded_tenviron_t)); } int DED_AddCompositeFont(ded_t* ded, char const* uri) { ded_compositefont_t* cfont = (ded_compositefont_t *) DED_NewEntry((void **) &ded->compositeFonts, &ded->count.compositeFonts, sizeof(ded_compositefont_t)); if(uri) cfont->uri = Uri_NewWithPath2(uri, RC_NULL); return cfont - ded->compositeFonts; } void DED_RemoveCompositeFont(ded_t* ded, int index) { ded_compositefont_t* cfont = ded->compositeFonts + index; int i; if(cfont->uri) Uri_Delete(cfont->uri); for(i = 0; i < cfont->charMapCount.num; ++i) { if(cfont->charMap[i].path) Uri_Delete(cfont->charMap[i].path); } M_Free(cfont->charMap); DED_DelEntry(index, (void**) &ded->compositeFonts, &ded->count.compositeFonts, sizeof(ded_compositefont_t)); } int DED_AddValue(ded_t* ded, char const* id) { ded_value_t* val = (ded_value_t *) DED_NewEntry((void**) &ded->values, &ded->count.values, sizeof(ded_value_t)); if(id) { val->id = (char *) M_Malloc(strlen(id) + 1); strcpy(val->id, id); } return val - ded->values; } void DED_RemoveValue(ded_t* ded, int index) { M_Free(ded->values[index].id); M_Free(ded->values[index].text); DED_DelEntry(index, (void**) &ded->values, &ded->count.values, sizeof(ded_value_t)); } int DED_AddDetail(ded_t *ded, char const *lumpname) { ded_detailtexture_t *dtl = (ded_detailtexture_t *) DED_NewEntry((void**) &ded->details, &ded->count.details, sizeof(ded_detailtexture_t)); // Default usage is allowed with custom textures and external replacements. dtl->flags = DTLF_PWAD|DTLF_EXTERNAL; if(lumpname && lumpname[0]) { dtl->stage.texture = Uri_NewWithPath2(lumpname, RC_NULL); } dtl->stage.scale = 1; dtl->stage.strength = 1; return dtl - ded->details; } void DED_RemoveDetail(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->details, &ded->count.details, sizeof(ded_detailtexture_t)); } int DED_AddPtcGen(ded_t* ded, char const* state) { ded_ptcgen_t* gen = (ded_ptcgen_t *) DED_NewEntry((void**) &ded->ptcGens, &ded->count.ptcGens, sizeof(ded_ptcgen_t)); strcpy(gen->state, state); // Default choice (use either submodel zero or one). gen->subModel = -1; return gen - ded->ptcGens; } int DED_AddPtcGenStage(ded_ptcgen_t* gen) { ded_ptcstage_t* stage = (ded_ptcstage_t *) DED_NewEntry((void**) &gen->stages, &gen->stageCount, sizeof(ded_ptcstage_t)); stage->model = -1; stage->sound.volume = 1; stage->hitSound.volume = 1; return stage - gen->stages; } void DED_RemovePtcGen(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->ptcGens, &ded->count.ptcGens, sizeof(ded_ptcgen_t)); } int DED_AddFinale(ded_t* ded) { ded_finale_t* fin = (ded_finale_t *) DED_NewEntry((void**) &ded->finales, &ded->count.finales, sizeof(ded_finale_t)); return fin - ded->finales; } void DED_RemoveFinale(ded_t* ded, int index) { M_Free(ded->finales[index].script); DED_DelEntry(index, (void**) &ded->finales, &ded->count.finales, sizeof(ded_finale_t)); } int DED_AddDecoration(ded_t* ded) { ded_decor_t* decor = (ded_decor_t *) DED_NewEntry((void**) &ded->decorations, &ded->count.decorations, sizeof(ded_decor_t)); int i; for(i = 0; i < DED_DECOR_NUM_LIGHTS; ++i) { // The color (0,0,0) means the light is not active. decor->lights[i].stage.elevation = 1; decor->lights[i].stage.radius = 1; } return decor - ded->decorations; } void DED_RemoveDecoration(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->decorations, &ded->count.decorations, sizeof(ded_decor_t)); } int DED_AddReflection(ded_t *ded) { ded_reflection_t *ref = (ded_reflection_t *) DED_NewEntry((void **) &ded->reflections, &ded->count.reflections, sizeof(ded_reflection_t)); // Default usage is allowed with custom textures and external replacements. ref->flags = REFF_PWAD|REFF_EXTERNAL; // Init to defaults. ref->stage.shininess = 1.0f; ref->stage.blendMode = BM_ADD; ref->stage.maskWidth = 1.0f; ref->stage.maskHeight = 1.0f; return ref - ded->reflections; } void DED_RemoveReflection(ded_t *ded, int index) { DED_DelEntry(index, (void **) &ded->reflections, &ded->count.reflections, sizeof(ded_reflection_t)); } int DED_AddGroup(ded_t* ded) { ded_group_t* group = (ded_group_t *) DED_NewEntry((void**) &ded->groups, &ded->count.groups, sizeof(ded_group_t)); return group - ded->groups; } void DED_RemoveGroup(ded_t* ded, int index) { if(ded->groups[index].members) { int i; for(i = 0; i < ded->groups[index].count.num; ++i) { if(ded->groups[index].members[i].material) Uri_Delete(ded->groups[index].members[i].material); } M_Free(ded->groups[index].members); } DED_DelEntry(index, (void**) &ded->groups, &ded->count.groups, sizeof(ded_group_t)); } int DED_AddGroupMember(ded_group_t* grp) { ded_group_member_t* memb = (ded_group_member_t *) DED_NewEntry((void**) &grp->members, &grp->count, sizeof(ded_group_member_t)); return memb - grp->members; } int DED_AddSectorType(ded_t* ded, int id) { ded_sectortype_t* sec = (ded_sectortype_t *) DED_NewEntry((void**) &ded->sectorTypes, &ded->count.sectorTypes, sizeof(ded_sectortype_t)); sec->id = id; return sec - ded->sectorTypes; } void DED_RemoveSectorType(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->sectorTypes, &ded->count.sectorTypes, sizeof(ded_sectortype_t)); } int DED_AddLineType(ded_t* ded, int id) { ded_linetype_t* li = (ded_linetype_t *) DED_NewEntry((void**) &ded->lineTypes, &ded->count.lineTypes, sizeof(ded_linetype_t)); li->id = id; //li->actCount = -1; return li - ded->lineTypes; } void DED_RemoveLineType(ded_t* ded, int index) { DED_DelEntry(index, (void**) &ded->lineTypes, &ded->count.lineTypes, sizeof(ded_linetype_t)); } doomsday-1.14.5/doomsday/client/src/face.cpp0000664000175000017500000000570012350542237020200 0ustar jaakkojaakko/** @file face.cpp Mesh Geometry Face. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include /// @todo remove me #include #include "HEdge" #include "face.h" namespace de { DENG2_PIMPL_NOREF(Face) { /// First half-edge in the face geometry. HEdge *hedge; /// Vertex bounding box. AABoxd aaBox; /// Center of vertices. Vector2d center; Instance() : hedge(0) {} }; Face::Face(Mesh &mesh) : MeshElement(mesh), _hedgeCount(0), d(new Instance()) {} int Face::hedgeCount() const { return _hedgeCount; } HEdge *Face::hedge() const { return d->hedge; } void Face::setHEdge(HEdge const *newHEdge) { d->hedge = const_cast(newHEdge); } AABoxd const &Face::aaBox() const { return d->aaBox; } void Face::updateAABox() { d->aaBox.clear(); if(!d->hedge) return; // Very odd... HEdge const *hedge = d->hedge; V2d_InitBoxXY(d->aaBox.arvec2, hedge->origin().x, hedge->origin().y); while((hedge = &hedge->next()) != d->hedge) { V2d_AddToBoxXY(d->aaBox.arvec2, hedge->origin().x, hedge->origin().y); } } Vector2d const &Face::center() const { return d->center; } void Face::updateCenter() { // The center is the middle of our AABox. d->center = Vector2d(d->aaBox.min) + (Vector2d(d->aaBox.max) - Vector2d(d->aaBox.min)) / 2; } bool Face::isConvex() const { /// @todo Implement full conformance checking. return _hedgeCount > 2; } String Face::description() const { String text = String("Face [0x%1] comprises %2 half-edges") .arg(de::dintptr(this), 0, 16).arg(_hedgeCount); if(HEdge const *hedge = d->hedge) { do { Vector2d direction = hedge->origin() - d->center; coord_t angle = M_DirectionToAngleXY(direction.x, direction.y); text += String("\n [0x%1]: Angle %2.6f %3 -> %4") .arg(de::dintptr(hedge), 0, 16) .arg(angle) .arg(hedge->origin().asText()) .arg(hedge->twin().origin().asText()); } while((hedge = &hedge->next()) != d->hedge); } return text; } } // namespace de doomsday-1.14.5/doomsday/client/src/hedge.cpp0000664000175000017500000000625312350542237020362 0ustar jaakkojaakko/** @file hedge.cpp Mesh Geometry Half-Edge. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "Face" #include "hedge.h" namespace de { DENG2_PIMPL_NOREF(HEdge) { /// Vertex of the half-edge. Vertex *vertex; /// Linked @em twin half-edge (that on the other side of "this" half-edge). HEdge *twin; /// Face geometry to which the half-edge is attributed (if any). Face *face; /// Next half-edge (clockwise) around the @em face. HEdge *next; /// Previous half-edge (anticlockwise) around the @em face. HEdge *prev; Instance(Vertex &vertex) : vertex(&vertex), twin(0), face(0), next(0), prev(0) {} inline HEdge **neighborAdr(ClockDirection direction) { return direction == Clockwise? &next : &prev; } }; HEdge::HEdge(Mesh &mesh, Vertex &vertex) : MeshElement(mesh), d(new Instance(vertex)) {} Vertex &HEdge::vertex() const { return *d->vertex; } bool HEdge::hasTwin() const { return d->twin != 0; } HEdge &HEdge::twin() const { if(d->twin) { return *d->twin; } /// @throw MissingTwinError Attempted with no twin associated. throw MissingTwinError("HEdge::twin", "No twin half-edge is associated"); } void HEdge::setTwin(HEdge const *newTwin) { d->twin = const_cast(newTwin); } bool HEdge::hasFace() const { return d->face != 0; } Face &HEdge::face() const { if(d->face) { return *d->face; } /// @throw MissingFaceError Attempted with no Face attributed. throw MissingFaceError("HEdge::face", "No face is attributed"); } void HEdge::setFace(Face const *newFace) { d->face = const_cast(newFace); } bool HEdge::hasNeighbor(ClockDirection direction) const { return (*d->neighborAdr(direction)) != 0; } HEdge &HEdge::neighbor(ClockDirection direction) const { HEdge **neighborAdr = d->neighborAdr(direction); if(*neighborAdr) { return **neighborAdr; } /// @throw MissingNeighborError Attempted with no relevant neighbor attributed. throw MissingNeighborError("HEdge::neighbor", QString("No %1 neighbor is attributed").arg(direction == Clockwise? "Clockwise" : "Anticlockwise")); } void HEdge::setNeighbor(ClockDirection direction, HEdge const *newNeighbor) { *d->neighborAdr(direction) = const_cast(newNeighbor); } } // namespace de doomsday-1.14.5/doomsday/client/src/api_uri.cpp0000664000175000017500000001640712350542237020740 0ustar jaakkojaakko/** @file api_uri.cpp Universal Resource Identifier (public C wrapper). * @ingroup base * * @authors Copyright © 2010-2013 Daniel Swanson * @authors Copyright © 2010-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_URI // functions defined here #include "api_uri.h" #include "uri.hh" #include "dualstring.h" #include #include #define TOINTERNAL(inst) reinterpret_cast(inst) #define TOINTERNAL_CONST(inst) reinterpret_cast(inst) #define SELF(inst) \ DENG2_ASSERT(inst); \ de::Uri* self = TOINTERNAL(inst) #define SELF_CONST(inst) \ DENG2_ASSERT(inst); \ de::Uri const* self = TOINTERNAL_CONST(inst) static void writeUri(const Uri* uri, Writer* writer, int omitComponents = 0) { SELF_CONST(uri); if(omitComponents & UCF_SCHEME) { ddstring_t emptyString; Str_InitStatic(&emptyString, ""); Str_Write(&emptyString, writer); } else { Str_Write(de::DualString(self->scheme()).toStrUtf8(), writer); } Str_Write(de::DualString(self->path()).toStrUtf8(), writer); } #undef Uri_Clear Uri* Uri_Clear(Uri* uri) { SELF(uri); return reinterpret_cast(&self->clear()); } #undef Uri_SetScheme Uri* Uri_SetScheme(Uri* uri, char const* scheme) { SELF(uri); return reinterpret_cast(&self->setScheme(scheme)); } #undef Uri_SetPath Uri* Uri_SetPath(Uri* uri, char const* path) { SELF(uri); return reinterpret_cast(&self->setPath(path)); } static void readUri(Uri* uri, Reader* reader, de::String defaultScheme = "") { Uri_Clear(uri); ddstring_t scheme; Str_InitStd(&scheme); Str_Read(&scheme, reader); ddstring_t path; Str_InitStd(&path); Str_Read(&path, reader); if(Str_IsEmpty(&scheme) && !defaultScheme.isEmpty()) { Str_Set(&scheme, defaultScheme.toUtf8().constData()); } Uri_SetScheme(uri, Str_Text(&scheme)); Uri_SetPath (uri, Str_Text(&path )); } #undef Uri_NewWithPath3 Uri* Uri_NewWithPath3(char const *defaultScheme, char const *path) { de::Uri *uri = new de::Uri(defaultScheme); uri->setUri(path, RC_NULL); return reinterpret_cast(uri); } #undef Uri_NewWithPath2 Uri* Uri_NewWithPath2(char const* path, resourceclassid_t defaultResourceClass) { return reinterpret_cast( new de::Uri(path, defaultResourceClass) ); } #undef Uri_NewWithPath Uri* Uri_NewWithPath(char const* path) { return reinterpret_cast( new de::Uri(path) ); } #undef Uri_New Uri* Uri_New(void) { return reinterpret_cast( new de::Uri() ); } #undef Uri_Dup Uri* Uri_Dup(Uri const* other) { DENG_ASSERT(other); return reinterpret_cast( new de::Uri(*(TOINTERNAL_CONST(other))) ); } #undef Uri_FromReader Uri* Uri_FromReader(Reader* reader) { DENG_ASSERT(reader); de::Uri* self = new de::Uri; Uri* uri = reinterpret_cast(self); readUri(uri, reader); return uri; } #undef Uri_Delete void Uri_Delete(Uri* uri) { if(uri) { SELF(uri); delete self; } } #undef Uri_Copy Uri* Uri_Copy(Uri* uri, Uri const* other) { SELF(uri); DENG_ASSERT(other); *self = *(TOINTERNAL_CONST(other)); return reinterpret_cast(self); } #undef Uri_Equality dd_bool Uri_Equality(Uri const* uri, Uri const* other) { SELF_CONST(uri); DENG_ASSERT(other); return *self == (*(TOINTERNAL_CONST(other))); } #undef Uri_IsEmpty dd_bool Uri_IsEmpty(Uri const* uri) { SELF_CONST(uri); return self->isEmpty(); } #undef Uri_Resolved AutoStr* Uri_Resolved(Uri const* uri) { SELF_CONST(uri); try { return AutoStr_FromTextStd(self->resolved().toUtf8().constData()); } catch(de::Uri::ResolveError const& er) { LOG_RES_WARNING(er.asText()); } return AutoStr_NewStd(); } #undef Uri_Scheme const Str* Uri_Scheme(Uri const* uri) { SELF_CONST(uri); return self->schemeStr(); } #undef Uri_Path const Str* Uri_Path(Uri const* uri) { SELF_CONST(uri); return self->pathStr(); } #undef Uri_SetUri2 Uri* Uri_SetUri2(Uri* uri, char const* path, resourceclassid_t defaultResourceClass) { SELF(uri); return reinterpret_cast(&self->setUri(path, defaultResourceClass)); } #undef Uri_SetUri Uri* Uri_SetUri(Uri* uri, char const* path) { SELF(uri); return reinterpret_cast(&self->setUri(path)); } #undef Uri_SetUriStr Uri* Uri_SetUriStr(Uri* uri, ddstring_t const* path) { SELF(uri); return reinterpret_cast(&self->setUri(Str_Text(path))); } static de::Uri::ComposeAsTextFlags translateFlags(int flags) { de::Uri::ComposeAsTextFlags catf; if(flags & UCTF_OMITSCHEME) catf |= de::Uri::OmitScheme; if(flags & UCTF_OMITPATH) catf |= de::Uri::OmitPath; if(flags & UCTF_DECODEPATH) catf |= de::Uri::DecodePath; return catf; } #undef Uri_Compose2 AutoStr* Uri_Compose2(Uri const* uri, int flags) { SELF_CONST(uri); return AutoStr_FromTextStd(self->compose(translateFlags(flags)).toUtf8().constData()); } #undef Uri_Compose AutoStr* Uri_Compose(Uri const* uri) { SELF_CONST(uri); return AutoStr_FromTextStd(self->compose().toUtf8().constData()); } #undef Uri_ToString AutoStr* Uri_ToString(Uri const* uri) { SELF_CONST(uri); return AutoStr_FromTextStd(self->asText().toUtf8().constData()); } #undef Uri_Write2 void Uri_Write2(Uri const* uri, struct writer_s* writer, int omitComponents) { DENG_ASSERT(uri); DENG_ASSERT(writer); writeUri(uri, writer, omitComponents); } #undef Uri_Write void Uri_Write(Uri const* uri, struct writer_s* writer) { DENG_ASSERT(uri); DENG_ASSERT(writer); writeUri(uri, writer); } #undef Uri_Read Uri* Uri_Read(Uri* uri, struct reader_s* reader) { DENG_ASSERT(uri); DENG_ASSERT(reader); readUri(uri, reader); return uri; } #undef Uri_ReadWithDefaultScheme void Uri_ReadWithDefaultScheme(Uri* uri, struct reader_s* reader, char const* defaultScheme) { DENG_ASSERT(uri); DENG_ASSERT(reader); readUri(uri, reader, defaultScheme); } DENG_DECLARE_API(Uri) = { { DE_API_URI }, Uri_New, Uri_NewWithPath3, Uri_NewWithPath2, Uri_NewWithPath, Uri_Dup, Uri_FromReader, Uri_Delete, Uri_IsEmpty, Uri_Clear, Uri_Copy, Uri_Resolved, Uri_Scheme, Uri_Path, Uri_SetScheme, Uri_SetPath, Uri_SetUri2, Uri_SetUri, Uri_SetUriStr, Uri_Compose2, Uri_Compose, Uri_ToString, Uri_Equality, Uri_Write2, Uri_Write, Uri_Read, Uri_ReadWithDefaultScheme }; doomsday-1.14.5/doomsday/client/src/dd_help.cpp0000664000175000017500000001275612350542237020712 0ustar jaakkojaakko/** @file dd_help.cpp Runtime help text strings. * * @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_base.h" #include "de_console.h" #include #include #include #include #include using namespace de; typedef QMap StringsByType; // HST_* type => string typedef QMap HelpStrings; // id => typed strings static HelpStrings helps; /** * Parses the given file looking for help strings. The contents of the file are * expected to use UTF-8 encoding. * * @param file File containing help strings. */ static void readStrings(File const &file) { LOG_RES_VERBOSE("Reading help strings from ") << file.description(); de::Reader reader(file); StringsByType *node = 0; while(!reader.atEnd()) { String line = reader.readLine().trimmed(); // Comments and empty lines are ignored. if(line.isEmpty() || line.startsWith("#")) continue; // A new node? if(line.startsWith("[")) { int end = line.indexOf(']'); String id = line.mid(1, end > 0? end - 1 : -1).trimmed().toLower(); node = &helps.insert(id, StringsByType()).value(); LOG_TRACE_DEBUGONLY("Help node '%s'", id); } else if(node && line.contains('=')) // It must be a key? { int type = HST_DESCRIPTION; if(line.startsWith("cv", Qt::CaseInsensitive)) { type = HST_CONSOLE_VARIABLE; } else if(line.startsWith("def", Qt::CaseInsensitive)) { type = HST_DEFAULT_VALUE; } else if(line.startsWith("inf", Qt::CaseInsensitive)) { type = HST_INFO; } // Strip the beginning. line = line.mid(line.indexOf('=') + 1).trimmed(); // The full text is collected here. QString text; // The value may be split over multiple lines. while(!line.isEmpty()) { // Process the current line. bool escape = false; foreach(QChar ch, line) { if(ch == QChar('\\')) { escape = true; } else if(escape) { if (ch == QChar('n') ) text = text % "\n"; else if(ch == QChar('b') ) text = text % "\b"; else if(ch == QChar('\\')) text = text % "\\"; escape = false; } else { text = text % ch; } } // This part has been processed. line.clear(); if(escape) { // Line ended with a backslash; read the next line. line = reader.readLine().trimmed(); } } node->insert(type, text); LOG_TRACE_DEBUGONLY("Help string (type %i): \"%s\"", type << text); } } } HelpId DH_Find(char const *id) { // The identifiers are case insensitive. HelpStrings::const_iterator found = helps.constFind(String(id).lower()); if(found != helps.constEnd()) { return &found.value(); } return 0; } char const *DH_GetString(HelpId found, int type) { if(!found) return 0; if(type < 0 || type > NUM_HELPSTRING_TYPES) return 0; StringsByType const *hs = reinterpret_cast(found); StringsByType::const_iterator i = hs->constFind(type); if(i != hs->constEnd()) { return Str_Text(AutoStr_FromTextStd(i.value().toUtf8().constData())); } return 0; } void DD_InitHelp() { LOG_AS("DD_InitHelp"); try { readStrings(App::fileSystem().find("data/cphelp.txt")); } catch(Error const &er) { LOG_RES_WARNING("") << er.asText(); } } void DD_ReadGameHelp() { LOG_AS("DD_ReadGameHelp"); try { if(App_GameLoaded()) { de::Uri uri(Path("$(App.DataPath)/$(GamePlugin.Name)/conhelp.txt")); readStrings(App::fileSystem().find(uri.resolved())); } } catch(Error const &er) { LOG_RES_WARNING("") << er.asText(); } } void DD_ShutdownHelp() { helps.clear(); } D_CMD(LoadHelp) { DENG2_UNUSED3(src, argc, argv); DD_ShutdownHelp(); DD_InitHelp(); return true; } void DH_Register() { C_CMD("loadhelp", "", LoadHelp); } doomsday-1.14.5/doomsday/client/src/m_nodepile.cpp0000664000175000017500000001331512350542237021416 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * m_nodepile.c: Specialized Node Allocation * * The 'piles' are allocated as PU_MAP. */ // HEADER FILES ------------------------------------------------------------ #include "de_platform.h" #include "de_console.h" #include "de_misc.h" #include // MACROS ------------------------------------------------------------------ #define NP_MAX_NODES 65535 // Indices are shorts. // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Initialize (alloc) the nodepile with n nodes. * * @param pile Ptr to the pile to be initialized. * @param initial Number of nodes to allocate. */ void NP_Init(nodepile_t *pile, int initial) { size_t size; // Allocate room for at least two nodes. // Node zero is never used. if(initial < 2) initial = 2; size = sizeof(*pile->nodes) * initial; pile->nodes = (linknode_t *) Z_Calloc(size, PU_MAP, 0); pile->count = initial; // Index #1 is the first. pile->pos = 1; } /** * Adds a new node to a node pile. * Pos always has the index of the next node to check when allocating * a new node. Pos shouldn't be accessed outside this routine because its * value may prove to be outside the valid range. * * @param pile Ptr to nodepile to add the node to. * @param ptr Data to attach to the new node. */ nodeindex_t NP_New(nodepile_t *pile, void *ptr) { linknode_t *node; linknode_t *end = pile->nodes + pile->count; int i, newcount; linknode_t *newlist; dd_bool found; pile->pos %= pile->count; node = pile->nodes + pile->pos++; // Scan for an unused node, starting from current pos. i = 0; found = false; while(i < pile->count - 1 && !found) { if(node == end) node = pile->nodes + 1; // Wrap back to #1. if(!node->ptr) { // This is the one! found = true; } else { i++; node++; pile->pos++; } } if(!found) { // Damned, we ran out of nodes. Let's allocate more. if(pile->count == NP_MAX_NODES) { // This happens *theoretically* only in freakishly complex // maps with lots and lots of mobjs. Con_Error("NP_New: Out of linknodes! Contact the developer.\n"); } // Double the number of nodes, but add at most 1024. if(pile->count >= 1024) newcount = pile->count + 1024; else newcount = pile->count * 2; if(newcount > NP_MAX_NODES) newcount = NP_MAX_NODES; newlist = (linknode_t *) Z_Malloc(sizeof(*newlist) * newcount, PU_MAP, 0); memcpy(newlist, pile->nodes, sizeof(*pile->nodes) * pile->count); memset(newlist + pile->count, 0, (newcount - pile->count) * sizeof(*newlist)); // Get rid of the old list and start using the new one. Z_Free(pile->nodes); pile->nodes = newlist; pile->pos = pile->count + 1; node = pile->nodes + pile->count; pile->count = newcount; } node->ptr = ptr; // Make it point to itself by default (a root, basically). node->next = node->prev = node - pile->nodes; return node->next; // Well, node's index, really. } /** * Links the node to the beginning of the ring. * * @param pile Nodepile ring to work with. * @param node Node to be linked. * @param root The root node to link the node to. */ void NP_Link(nodepile_t *pile, nodeindex_t node, nodeindex_t root) { linknode_t *nd = pile->nodes; nd[node].prev = root; nd[node].next = nd[root].next; nd[root].next = nd[nd[node].next].prev = node; } /** * Unlink a node from the ring (make it a root node) * * @param pile Nodepile ring to work with. * @param node Node to be unlinked. */ void NP_Unlink(nodepile_t *pile, nodeindex_t node) { linknode_t *nd = pile->nodes; // Try deciphering that! :-) (d->n->p = d->p, d->p->n = d->n) nd[nd[nd[node].next].prev = nd[node].prev].next = nd[node].next; // Make it link to itself (a root, basically). nd[node].next = nd[node].prev = node; } #if 0 // This is now a macro. /** * Caller must unlink first. */ void NP_Dismiss(nodepile_t *pile, nodeindex_t node) { pile->nodes[node].ptr = 0; } #endif doomsday-1.14.5/doomsday/client/src/m_decomp64.cpp0000664000175000017500000001471312350542237021243 0ustar jaakkojaakko/** @file * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * m_decomp64.c: Decompression algorithm. * * Used with various lumps of DOOM64 data. */ // HEADER FILES ------------------------------------------------------------ #include "de_platform.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static short mapA[629], mapB[629]; static short tableA[1258], tableB[1258]; static const byte* srcPos; // CODE -------------------------------------------------------------------- static void cycleTable(int a, int b) { short n; for(;;) { if(a == mapA[tableA[b]]) n = mapB[tableA[b]]; else n = mapA[tableA[b]]; tableB[tableA[a]] = tableB[n] + tableB[a]; if(tableA[a] == 1) break; a = b = tableA[a]; } } static short rotateMap(int a, int b, int c) { if(a == mapA[tableA[a]]) { mapB[tableA[a]] = c; } else { mapA[tableA[a]] = c; } if(c == mapA[a]) { mapA[a] = b; return mapB[a]; } else { mapB[a] = b; return mapA[a]; } } /** * DOOM64 data decompression algorithm. * * \todo Needs further analysis and documentation. * Get rid of the fixed-size working buffer used with byte sequences. * Clean up * * @param dst Output buffer. Must be large enough! * @param src Src buffer (the compressed data). */ void M_Decompress64(byte* dst, const byte* src) { #define BUFF_SIZE (21903) // ith = ((2 / 3) * (4 ^ n - 1)) * 8 static const int strides[] = {0, 16, 80, 336, 1360, 5456}; int i, val, lastOut, curByte; byte buff[BUFF_SIZE], curBit; byte* dstPos; // Initialize LUTs, todo: precalculate where possible. for(i = 0; i < 1258; ++i) { tableB[i] = 1; } for(i = 0; i < 1258; ++i) { tableA[i] = ((i + 2) / 2) - 1; } mapB[0] = 0; for(i = 0; i < 628; ++i) { mapB[1 + i] = (i * 2) + 3; } for(i = 0; i < 629; ++i) { mapA[i] = i * 2; } srcPos = src; dstPos = dst; curByte = 0; curBit = 0; // Begin decompression. lastOut = 0; do { int index = 1; while(index < 629) { if(curBit == 0) curByte = *srcPos++; if(curByte & 0x80) index = mapB[index]; else index = mapA[index]; curBit = (curBit == 0? 7 : curBit - 1); curByte <<= 1; } tableB[index]++; if(tableA[index] != 1) { cycleTable(index, index); if(tableB[1] == 2000) { int i; for(i = 0; i < 1258; ++i) { tableB[i] >>= 1; } } } { int c; c = index; while(tableA[c] != 1) { int b, a; a = tableA[c]; if(a == mapA[tableA[a]]) b = mapB[tableA[a]]; else b = mapA[tableA[a]]; if(tableB[b] < tableB[c]) { int result; result = rotateMap(a, b, c); tableA[b] = a; tableA[c] = tableA[a]; cycleTable(b, result); c = tableA[b]; } else { c = tableA[c]; } } } val = index - 629; if(val != 256) { if(val < 256) { byte out = (val & 0xff); *dstPos++ = out; buff[lastOut++] = out; } else { int i, div, to, from, num, result; div = (val - 257) / 62; result = 0; { int shift = 1; for(i = 0; i < div * 2 + 4; ++i) { if(curBit == 0) curByte = *srcPos++; if((curByte) & 0x80) result |= shift; curBit = (curBit == 0? 7 : curBit - 1); curByte <<= 1; shift <<= 1; } } num = val - 254 - (div * 62); from = lastOut - result - strides[div] - num; if(from < 0) from += BUFF_SIZE; to = lastOut; for(i = 0; i < num; ++i) { byte out = buff[from]; *dstPos++ = out; buff[to] = out; if(++from == BUFF_SIZE) from = 0; if(++to == BUFF_SIZE) to = 0; } lastOut += num; } if(lastOut >= BUFF_SIZE) lastOut -= BUFF_SIZE; } } while(val != 256); #undef BUFF_SIZE } doomsday-1.14.5/doomsday/client/src/edit_bias.cpp0000664000175000017500000004715512350542237021237 0ustar jaakkojaakko/** @file edit_bias.cpp Shadow Bias editor UI. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifdef __CLIENT__ #include #include "de_base.h" #include "de_console.h" #include "de_filesys.h" #include "de_ui.h" #include "world/map.h" #include "world/p_players.h" // viewPlayer #include "Hand" #include "HueCircle" #include "Sector" #include "render/viewports.h" #include "render/rend_main.h" // gameDrawHUD/vOrigin, remove me #include "edit_bias.h" using namespace de; D_CMD(BLEditor); /* * Editor variables: */ int editHidden; int editBlink; int editShowAll; int editShowIndices = true; /* * Editor status: */ static bool editActive; // Edit mode active? static bool editHueCircle; static HueCircle *hueCircle; void SBE_Register() { // Variables. C_VAR_INT("edit-bias-blink", &editBlink, 0, 0, 1); C_VAR_INT("edit-bias-hide", &editHidden, 0, 0, 1); C_VAR_INT("edit-bias-show-sources", &editShowAll, 0, 0, 1); C_VAR_INT("edit-bias-show-indices", &editShowIndices, 0, 0, 1); // Commands. C_CMD_FLAGS("bledit", "", BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blquit", "", BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blclear", "", BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blsave", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blnew", "", BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("bldel", "", BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("bllock", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blunlock", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blgrab", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blungrab", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("bldup", "", BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blc", "fff", BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("bli", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("bllevels", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD_FLAGS("blhue", NULL, BLEditor, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); } bool SBE_Active() { return editActive; } HueCircle *SBE_HueCircle() { if(!editActive || !editHueCircle) return 0; return hueCircle; } void SBE_SetHueCircle(bool activate = true) { if(!editActive) return; // Any change in state? if(activate == editHueCircle) return; // The circle can only be activated when something is grabbed. if(activate && App_WorldSystem().hand().isEmpty()) return; editHueCircle = activate; if(activate) { viewdata_t const &viewer = *R_ViewData(viewPlayer - ddPlayers); hueCircle->setOrientation(viewer.frontVec, viewer.sideVec, viewer.upVec); } } /* * Editor Functionality: */ static void SBE_Begin() { if(editActive) return; #ifdef __CLIENT__ // Advise the game not to draw any HUD displays gameDrawHUD = false; #endif editActive = true; editHueCircle = false; hueCircle = new HueCircle; LOG_AS("Bias"); LOG_VERBOSE("Editing begins"); } static void SBE_End() { if(!editActive) return; App_WorldSystem().hand().ungrab(); delete hueCircle; hueCircle = 0; editHueCircle = false; editActive = false; #ifdef __CLIENT__ // Advise the game it can safely draw any HUD displays again gameDrawHUD = true; #endif LOG_AS("Bias"); LOG_VERBOSE("Editing ends."); } static void SBE_Clear() { DENG_ASSERT(editActive); App_WorldSystem().map().removeAllBiasSources(); } static void SBE_Delete(int which) { DENG_ASSERT(editActive); App_WorldSystem().map().removeBiasSource(which); } static BiasSource *SBE_New() { DENG_ASSERT(editActive); try { Hand &hand = App_WorldSystem().hand(); BiasSource &source = App_WorldSystem().map().addBiasSource(hand.origin()); // Update the edit properties. hand.setEditIntensity(source.intensity()); hand.setEditColor(source.color()); hand.grab(source); // As this is a new source -- unlock immediately. source.unlock(); return &source; } catch(Map::FullError const &) {} // Ignore this error. return 0; } static BiasSource *SBE_Dupe(BiasSource const &other) { DENG_ASSERT(editActive); try { Hand &hand = App_WorldSystem().hand(); BiasSource &source = App_WorldSystem().map().addBiasSource(other); // A copy is made. source.setOrigin(hand.origin()); // Update the edit properties. hand.setEditIntensity(source.intensity()); hand.setEditColor(source.color()); hand.grab(source); // As this is a new source -- unlock immediately. source.unlock(); return &source; } catch(Map::FullError const &) {} // Ignore this error. return 0; } static void SBE_Grab(int which) { DENG_ASSERT(editActive); Hand &hand = App_WorldSystem().hand(); if(BiasSource *source = App_WorldSystem().map().biasSource(which)) { if(hand.isEmpty()) { // Update the edit properties. hand.setEditIntensity(source->intensity()); hand.setEditColor(source->color()); } hand.grabMulti(*source); } } static void SBE_Ungrab(int which) { DENG_ASSERT(editActive); Hand &hand = App_WorldSystem().hand(); if(BiasSource *source = App_WorldSystem().map().biasSource(which)) { hand.ungrab(*source); } else { hand.ungrab(); } } static void SBE_SetLock(int which, bool enable = true) { DENG_ASSERT(editActive); Hand &hand = App_WorldSystem().hand(); if(BiasSource *source = App_WorldSystem().map().biasSource(which)) { if(enable) source->lock(); else source->unlock(); return; } foreach(Grabbable *grabbable, hand.grabbed()) { if(enable) grabbable->lock(); else grabbable->unlock(); } } static bool SBE_Save(char const *name = 0) { DENG_ASSERT(editActive); LOG_AS("Bias"); ddstring_t fileName; Str_Init(&fileName); if(!name || !name[0]) { String mapPath = App_WorldSystem().map().uri().resolvedRef() + ".ded"; Str_Set(&fileName, mapPath.toUtf8().constData()); } else { Str_Set(&fileName, name); F_ExpandBasePath(&fileName, &fileName); // Do we need to append an extension? if(!F_FindFileExtension(Str_Text(&fileName))) { Str_Append(&fileName, ".ded"); } } F_ToNativeSlashes(&fileName, &fileName); FILE *file = fopen(Str_Text(&fileName), "wt"); if(!file) { LOG_RES_WARNING("Failed to save light sources to \"%s\": could not open file") << F_PrettyPath(Str_Text(&fileName)); Str_Free(&fileName); return false; } LOG_RES_VERBOSE("Saving to \"%s\"...") << F_PrettyPath(Str_Text(&fileName)); Map &map = App_WorldSystem().map(); char const *uid = map.oldUniqueId(); fprintf(file, "# %i Bias Lights for %s\n\n", map.biasSourceCount(), uid); // Since there can be quite a lot of these, make sure we'll skip // the ones that are definitely not suitable. fprintf(file, "SkipIf Not %s\n", App_CurrentGame().identityKey().toUtf8().constData()); foreach(BiasSource *src, map.biasSources()) { fprintf(file, "\nLight {\n"); fprintf(file, " Map = \"%s\"\n", uid); fprintf(file, " Origin { %g %g %g }\n", src->origin().x, src->origin().y, src->origin().z); fprintf(file, " Color { %g %g %g }\n", src->color().x, src->color().y, src->color().z); fprintf(file, " Intensity = %g\n", src->intensity()); float minLight, maxLight; src->lightLevels(minLight, maxLight); fprintf(file, " Sector levels { %g %g }\n", minLight, maxLight); fprintf(file, "}\n"); } fclose(file); Str_Free(&fileName); return true; } /* * Editor commands. */ D_CMD(BLEditor) { DENG_UNUSED(src); char *cmd = argv[0] + 2; if(!qstricmp(cmd, "edit")) { SBE_Begin(); return true; } if(!editActive) { LOG_WARNING("The bias lighting editor is not active"); return false; } if(!qstricmp(cmd, "quit")) { SBE_End(); return true; } if(!qstricmp(cmd, "save")) { return SBE_Save(argc >= 2 ? argv[1] : 0); } if(!qstricmp(cmd, "clear")) { SBE_Clear(); return true; } if(!qstricmp(cmd, "hue")) { int activate = (argc >= 2 ? stricmp(argv[1], "off") : !editHueCircle); SBE_SetHueCircle(activate); return true; } Map &map = App_WorldSystem().map(); coord_t handDistance; Hand &hand = App_WorldSystem().hand(&handDistance); if(!qstricmp(cmd, "new")) { return SBE_New() != 0; } if(!qstricmp(cmd, "c")) { // Update the edit properties. hand.setEditColor(Vector3f(argc > 1? strtod(argv[1], 0) : 1, argc > 2? strtod(argv[2], 0) : 1, argc > 3? strtod(argv[3], 0) : 1)); return true; } if(!qstricmp(cmd, "i")) { hand.setEditIntensity(argc > 1? strtod(argv[1], 0) : 200); return true; } if(!qstricmp(cmd, "grab")) { SBE_Grab(map.toIndex(*map.biasSourceNear(hand.origin()))); return true; } if(!qstricmp(cmd, "ungrab")) { SBE_Ungrab(argc > 1? atoi(argv[1]) : -1); return true; } if(!qstricmp(cmd, "lock")) { SBE_SetLock(argc > 1? atoi(argv[1]) : -1); return true; } if(!qstricmp(cmd, "unlock")) { SBE_SetLock(argc > 1? atoi(argv[1]) : -1, false); return true; } // Has a source index been given as an argument? int which = -1; if(!hand.isEmpty()) { which = map.toIndex(hand.grabbed().first()->as()); } else { which = map.toIndex(*map.biasSourceNear(hand.origin())); } if(argc > 1) { which = atoi(argv[1]); } if(which < 0 || which >= map.biasSourceCount()) { LOG_SCR_WARNING("Invalid bias light source index %i") << which; return false; } if(!qstricmp(cmd, "del")) { SBE_Delete(which); return true; } if(!qstricmp(cmd, "dup")) { return SBE_Dupe(*map.biasSource(which)) != 0; } if(!qstricmp(cmd, "levels")) { float minLight = 0, maxLight = 0; if(argc >= 2) { minLight = strtod(argv[1], 0) / 255.0f; maxLight = argc >= 3? strtod(argv[2], 0) / 255.0f : minLight; } map.biasSource(which)->setLightLevels(minLight, maxLight); return true; } return false; } /* * Editor visuals (would-be widgets): */ #include "world/map.h" #include "world/p_players.h" #include "BspLeaf" #include "render/rend_font.h" static void drawBoxBackground(Vector2i const &origin_, Vector2i const &size_, ui_color_t *color) { Point2Raw origin(origin_.x, origin_.y); Size2Raw size(size_.x, size_.y); UI_GradientEx(&origin, &size, 6, color ? color : UI_Color(UIC_BG_MEDIUM), color ? color : UI_Color(UIC_BG_LIGHT), .2f, .4f); UI_DrawRectEx(&origin, &size, 6, false, color ? color : UI_Color(UIC_BRD_HI), NULL, .4f, -1); } static void drawText(String const &text, Vector2i const &origin_, ui_color_t *color, float alpha, int align = ALIGN_LEFT, short flags = DTF_ONLY_SHADOW) { Point2Raw origin(origin_.x, origin_.y); UI_TextOutEx2(text.toUtf8().constData(), &origin, color, alpha, align, flags); } /** * - index #, lock status * - origin * - distance from eye * - intensity, light level threshold * - color */ static void drawInfoBox(BiasSource *s, int rightX, String const title, float alpha) { int const precision = 3; if(!s) return; FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); int th = FR_SingleLineHeight("Info"); Vector2i size(16 + FR_TextWidth("Color:(0.000, 0.000, 0.000)"), 16 + th * 6); Vector2i origin(DENG_GAMEVIEW_WIDTH - 10 - size.x - rightX, DENG_GAMEVIEW_HEIGHT - 10 - size.y); ui_color_t color; color.red = s->color().x; color.green = s->color().y; color.blue = s->color().z; DENG_ASSERT_IN_MAIN_THREAD(); glEnable(GL_TEXTURE_2D); drawBoxBackground(origin, size, &color); origin.x += 8; origin.y += 8 + th/2; drawText(title, origin, UI_Color(UIC_TITLE), alpha); origin.y += th; int sourceIndex = App_WorldSystem().map().toIndex(*s); coord_t distance = (s->origin() - vOrigin.xzy()).length(); float minLight, maxLight; s->lightLevels(minLight, maxLight); String text1 = String("#%1").arg(sourceIndex, 3, 10, QLatin1Char('0')) + (s->isLocked()? " (locked)" : ""); drawText(text1, origin, UI_Color(UIC_TEXT), alpha); origin.y += th; String text2 = String("Origin:") + s->origin().asText(); drawText(text2, origin, UI_Color(UIC_TEXT), alpha); origin.y += th; String text3 = String("Distance:%1").arg(distance, 5, 'f', precision, QLatin1Char('0')); drawText(text3, origin, UI_Color(UIC_TEXT), alpha); origin.y += th; String text4 = String("Intens:%1").arg(s->intensity(), 5, 'f', precision, QLatin1Char('0')); if(!de::fequal(minLight, 0) || !de::fequal(maxLight, 0)) text4 += String(" L:%2/%3").arg(int(255.0f * minLight), 3).arg(int(255.0f * maxLight), 3); drawText(text4, origin, UI_Color(UIC_TEXT), alpha); origin.y += th; String text5 = String("Color:(%1, %2, %3)").arg(s->color().x, 0, 'f', precision).arg(s->color().y, 0, 'f', precision).arg(s->color().z, 0, 'f', precision); drawText(text5, origin, UI_Color(UIC_TEXT), alpha); origin.y += th; glDisable(GL_TEXTURE_2D); } static void drawLightGauge(Vector2i const &origin, int height = 255) { static float minLevel = 0, maxLevel = 0; static Sector *lastSector = 0; Hand &hand = App_WorldSystem().hand(); Map &map = App_WorldSystem().map(); BiasSource *src; if(!hand.isEmpty()) src = &hand.grabbed().first()->as(); else src = map.biasSourceNear(hand.origin()); if(Sector *sector = src->bspLeafAtOrigin().sectorPtr()) { if(lastSector != sector) { minLevel = maxLevel = sector->lightLevel(); lastSector = sector; } } float const lightLevel = lastSector->lightLevel(); if(lightLevel < minLevel) minLevel = lightLevel; if(lightLevel > maxLevel) maxLevel = lightLevel; FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); int off = FR_TextWidth("000"); int minY = 0, maxY = 0; glBegin(GL_LINES); glColor4f(1, 1, 1, .5f); glVertex2f(origin.x + off, origin.y); glVertex2f(origin.x + off, origin.y + height); // Normal light level. int secY = origin.y + height * (1.0f - lightLevel); glVertex2f(origin.x + off - 4, secY); glVertex2f(origin.x + off, secY); if(maxLevel != minLevel) { // Max light level. maxY = origin.y + height * (1.0f - maxLevel); glVertex2f(origin.x + off + 4, maxY); glVertex2f(origin.x + off, maxY); // Min light level. minY = origin.y + height * (1.0f - minLevel); glVertex2f(origin.x + off + 4, minY); glVertex2f(origin.x + off, minY); } // Current min/max bias sector level. float minLight, maxLight; src->lightLevels(minLight, maxLight); if(minLight > 0 || maxLight > 0) { glColor3f(1, 0, 0); int p = origin.y + height * (1.0f - minLight); glVertex2f(origin.x + off + 2, p); glVertex2f(origin.x + off - 2, p); glColor3f(0, 1, 0); p = origin.y + height * (1.0f - maxLight); glVertex2f(origin.x + off + 2, p); glVertex2f(origin.x + off - 2, p); } glEnd(); glEnable(GL_TEXTURE_2D); // The number values. drawText(String::number(int(255.0f * lightLevel)), Vector2i(origin.x, secY), UI_Color(UIC_TITLE), .7f, 0, DTF_ONLY_SHADOW); if(maxLevel != minLevel) { drawText(String::number(int(255.0f * maxLevel)), Vector2i(origin.x + 2*off, maxY), UI_Color(UIC_TEXT), .7f, 0, DTF_ONLY_SHADOW); drawText(String::number(int(255.0f * minLevel)), Vector2i(origin.x + 2*off, minY), UI_Color(UIC_TEXT), .7f, 0, DTF_ONLY_SHADOW); } glDisable(GL_TEXTURE_2D); } void SBE_DrawGui() { float const opacity = .8f; if(!editActive || editHidden) return; if(!App_WorldSystem().hasMap()) return; Map &map = App_WorldSystem().map(); Hand &hand = App_WorldSystem().hand(); DENG_ASSERT_IN_MAIN_THREAD(); // Go into screen projection mode. glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); glOrtho(0, DENG_GAMEVIEW_WIDTH, DENG_GAMEVIEW_HEIGHT, 0, -1, 1); glEnable(GL_TEXTURE_2D); // Overall stats: numSources / MAX (left) String text = String("%1 / %2 (%3 free)") .arg(map.biasSourceCount()) .arg(Map::MAX_BIAS_SOURCES) .arg(Map::MAX_BIAS_SOURCES - map.biasSourceCount()); FR_SetFont(fontFixed); FR_LoadDefaultAttrib(); FR_SetShadowOffset(UI_SHADOW_OFFSET, UI_SHADOW_OFFSET); FR_SetShadowStrength(UI_SHADOW_STRENGTH); Vector2i size(FR_TextWidth(text.toUtf8().constData()) + 16, FR_SingleLineHeight(text.toUtf8().constData()) + 16); int top = DENG_GAMEVIEW_HEIGHT - 10 - size.y; Vector2i origin(10, top); drawBoxBackground(origin, size, 0); origin.x += 8; origin.y += size.y / 2; drawText(text, origin, UI_Color(UIC_TITLE), opacity); origin.y = top - size.y / 2; // The map ID. drawText(String(map.oldUniqueId()), origin, UI_Color(UIC_TITLE), opacity); glDisable(GL_TEXTURE_2D); if(map.biasSourceCount()) { // Stats for nearest & grabbed: drawInfoBox(map.biasSourceNear(hand.origin()), 0, "Nearest", opacity); if(!hand.isEmpty()) { FR_SetFont(fontFixed); int x = FR_TextWidth("0") * 30; drawInfoBox(&hand.grabbed().first()->as(), x, "Grabbed", opacity); } drawLightGauge(Vector2i(20, DENG_GAMEVIEW_HEIGHT/2 - 255/2)); } glMatrixMode(GL_PROJECTION); glPopMatrix(); } #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/src/gl/0000775000175000017500000000000012350542237017176 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/src/gl/dgl_common.cpp0000664000175000017500000007551512350542237022035 0ustar jaakkojaakko/** @file dgl_common.cpp Misc Drawing Routines * @ingroup gl * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define DENG_NO_API_MACROS_GL #include #include #include "de_base.h" #include "de_console.h" #include "de_graphics.h" #include "de_misc.h" #include "de_filesys.h" #include "de_resource.h" #include "render/r_draw.h" #include "gl/sys_opengl.h" #include "api_gl.h" #include "gl/gl_texmanager.h" #include #include using namespace de; /** * Requires a texture environment mode that can add and multiply. * Nvidia's and ATI's appropriate extensions are supported, other cards will * not be able to utilize multitextured lights. */ static void envAddColoredAlpha(int activate, GLenum addFactor) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(activate) { glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GLInfo::extensions().NV_texture_env_combine4? GL_COMBINE4_NV : GL_COMBINE); glTexEnvi(GL_TEXTURE_ENV, GL_RGB_SCALE, 1); // Combine: texAlpha * constRGB + 1 * prevRGB. if(GLInfo::extensions().NV_texture_env_combine4) { glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_ADD); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_TEXTURE); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, addFactor); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_CONSTANT); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE2_RGB, GL_ZERO); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND2_RGB, GL_ONE_MINUS_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE3_RGB_NV, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND3_RGB_NV, GL_SRC_COLOR); } else if(GLInfo::extensions().ATI_texture_env_combine3) { // MODULATE_ADD_ATI: Arg0 * Arg2 + Arg1. glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_MODULATE_ADD_ATI); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_TEXTURE); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, addFactor); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE2_RGB, GL_CONSTANT); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND2_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); } else { // This doesn't look right. glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_ADD); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_TEXTURE); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, addFactor); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_CONSTANT); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); } } else { glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); } } /** * Setup the texture environment for single-pass multiplicative lighting. * The last texture unit is always used for the texture modulation. * TUs 1...n-1 are used for dynamic lights. */ static void envModMultiTex(int activate) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Setup TU 2: The modulated texture. glActiveTexture(GL_TEXTURE1); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); // Setup TU 1: The dynamic light. glActiveTexture(GL_TEXTURE0); envAddColoredAlpha(activate, GL_SRC_ALPHA); // This is a single-pass mode. The alpha should remain unmodified // during the light stage. if(activate) { // Replace: primAlpha. glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_SRC_ALPHA); } } void GL_ModulateTexture(int mode) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); switch(mode) { case 0: // No modulation: just replace with texture. glActiveTexture(GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_REPLACE); break; case 1: // Normal texture modulation with primary color. glActiveTexture(GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); break; case 12: // Normal texture modulation on both stages. TU 1 modulates with // primary color, TU 2 with TU 1. glActiveTexture(GL_TEXTURE1); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); glActiveTexture(GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); break; case 2: case 3: // Texture modulation and interpolation. glActiveTexture(GL_TEXTURE1); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_COMBINE); glTexEnvi(GL_TEXTURE_ENV, GL_RGB_SCALE, 1); if(mode == 2) { // Used with surfaces that have a color. // TU 2: Modulate previous with primary color. glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_MODULATE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_PRIMARY_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); } else { // Mode 3: Used with surfaces with no primary color. // TU 2: Pass through. glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, GL_SRC_COLOR); } glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_SRC_ALPHA); // TU 1: Interpolate between texture 1 and 2, using the constant // alpha as the factor. glActiveTexture(GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_COMBINE); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_INTERPOLATE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_TEXTURE1); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE2_RGB, GL_CONSTANT); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND2_RGB, GL_SRC_ALPHA); glTexEnvi(GL_TEXTURE_ENV, GL_RGB_SCALE, 1); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_SRC_ALPHA); break; case 4: // Apply sector light, dynamic light and texture. envModMultiTex(true); break; case 5: case 10: // Sector light * texture + dynamic light. glActiveTexture(GL_TEXTURE1); envAddColoredAlpha(true, mode == 5 ? GL_SRC_ALPHA : GL_SRC_COLOR); // Alpha remains unchanged. if(GLInfo::extensions().NV_texture_env_combine4) { glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_ADD); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_ZERO); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_ONE_MINUS_SRC_ALPHA); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_ALPHA, GL_SRC_ALPHA); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE2_ALPHA, GL_ZERO); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND2_ALPHA, GL_SRC_ALPHA); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE3_ALPHA_NV, GL_ZERO); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND3_ALPHA_NV, GL_SRC_ALPHA); } else { glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_SRC_ALPHA); } glActiveTexture(GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); break; case 6: // Simple dynlight addition (add to primary color). glActiveTexture(GL_TEXTURE0); envAddColoredAlpha(true, GL_SRC_ALPHA); break; case 7: // Dynlight addition without primary color. glActiveTexture(GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_COMBINE); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_MODULATE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_TEXTURE); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, GL_SRC_ALPHA); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_CONSTANT); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_RGB_SCALE, 1); break; case 8: case 9: // Texture and Detail. glActiveTexture(GL_TEXTURE1); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_COMBINE); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_MODULATE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_TEXTURE); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_RGB_SCALE, 2); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_SRC_ALPHA); glActiveTexture(GL_TEXTURE0); if(mode == 8) { glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); } else { // Mode 9: Ignore primary color. glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_REPLACE); } break; case 11: // Normal modulation, alpha of 2nd stage. // Tex0: texture // Tex1: shiny texture glActiveTexture(GL_TEXTURE1); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_COMBINE); glTexEnvi(GL_TEXTURE_ENV, GL_RGB_SCALE, 1); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_REPLACE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_SRC_ALPHA); glActiveTexture(GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_COMBINE); glTexEnvi(GL_TEXTURE_ENV, GL_RGB_SCALE, 1); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_RGB, GL_MODULATE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_RGB, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_RGB, GL_TEXTURE1); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_RGB, GL_SRC_COLOR); glTexEnvi(GL_TEXTURE_ENV, GL_COMBINE_ALPHA, GL_MODULATE); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE0_ALPHA, GL_PREVIOUS); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND0_ALPHA, GL_SRC_ALPHA); glTexEnvi(GL_TEXTURE_ENV, GL_SOURCE1_ALPHA, GL_TEXTURE0); glTexEnvi(GL_TEXTURE_ENV, GL_OPERAND1_ALPHA, GL_SRC_ALPHA); break; default: break; } } /*void GL_BlendOp(int op) { if(!GL_state.features.blendSubtract) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBlendEquationEXT(op); }*/ void GL_SetVSync(dd_bool on) { // Outside the main thread we'll need to defer the call. if(!Sys_InMainThread()) { GL_DeferSetVSync(on); return; } if(!GL_state.features.vsync) return; #ifdef WIN32 wglSwapIntervalEXT(on? 1 : 0); #elif defined(MACOSX) { // Tell CGL to wait for vertical refresh. CGLContextObj context = CGLGetCurrentContext(); assert(context != 0); if(context) { GLint params[1] = { on? 1 : 0 }; CGLSetParameter(context, kCGLCPSwapInterval, params); } } #elif defined(Q_WS_X11) setXSwapInterval(on? 1 : 0); #endif } void GL_SetMultisample(dd_bool on) { if(!GL_state.features.multisample) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); #if defined(WIN32) if(on) glEnable(GL_MULTISAMPLE_ARB); else glDisable(GL_MULTISAMPLE_ARB); #else if(on) glEnable(GL_MULTISAMPLE); else glDisable(GL_MULTISAMPLE); #endif } #undef DGL_SetScissor DENG_EXTERN_C void DGL_SetScissor(RectRaw const *rect) { if(!rect) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); GameWidget &game = ClientWindow::main().game(); GLState::current().setNormalizedScissor( game.normalizedRect( Rectanglei(rect->origin.x, rect->origin.y, rect->size.width, rect->size.height), game.rule().recti())).apply(); } #undef DGL_SetScissor2 DENG_EXTERN_C void DGL_SetScissor2(int x, int y, int width, int height) { RectRaw rect; rect.origin.x = x; rect.origin.y = y; rect.size.width = width; rect.size.height = height; DGL_SetScissor(&rect); } #undef DGL_GetIntegerv dd_bool DGL_GetIntegerv(int name, int *v) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); float color[4]; switch(name) { case DGL_MODULATE_ADD_COMBINE: *v = GLInfo::extensions().NV_texture_env_combine4 || GLInfo::extensions().ATI_texture_env_combine3; break; case DGL_SCISSOR_TEST: *(GLint *) v = GLState::current().scissor(); break; case DGL_FOG: *v = GL_state.currentUseFog; break; case DGL_CURRENT_COLOR_R: glGetFloatv(GL_CURRENT_COLOR, color); *v = int(color[0] * 255); break; case DGL_CURRENT_COLOR_G: glGetFloatv(GL_CURRENT_COLOR, color); *v = int(color[1] * 255); break; case DGL_CURRENT_COLOR_B: glGetFloatv(GL_CURRENT_COLOR, color); *v = int(color[2] * 255); break; case DGL_CURRENT_COLOR_A: glGetFloatv(GL_CURRENT_COLOR, color); *v = int(color[3] * 255); break; case DGL_CURRENT_COLOR_RGBA: glGetFloatv(GL_CURRENT_COLOR, color); for(int i = 0; i < 4; ++i) { v[i] = int(color[i] * 255); } break; default: return false; } return true; } #undef DGL_GetInteger int DGL_GetInteger(int name) { int values[10]; DGL_GetIntegerv(name, values); return values[0]; } #undef DGL_SetInteger dd_bool DGL_SetInteger(int name, int value) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); switch(name) { case DGL_ACTIVE_TEXTURE: glActiveTexture(GL_TEXTURE0 + byte(value)); break; case DGL_MODULATE_TEXTURE: GL_ModulateTexture(value); break; default: return false; } return true; } #undef DGL_GetFloatv dd_bool DGL_GetFloatv(int name, float *v) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); float color[4]; switch(name) { case DGL_CURRENT_COLOR_R: glGetFloatv(GL_CURRENT_COLOR, color); *v = color[0]; break; case DGL_CURRENT_COLOR_G: glGetFloatv(GL_CURRENT_COLOR, color); *v = color[1]; break; case DGL_CURRENT_COLOR_B: glGetFloatv(GL_CURRENT_COLOR, color); *v = color[2]; break; case DGL_CURRENT_COLOR_A: glGetFloatv(GL_CURRENT_COLOR, color); *v = color[3]; break; case DGL_CURRENT_COLOR_RGBA: glGetFloatv(GL_CURRENT_COLOR, color); for(int i = 0; i < 4; ++i) { v[i] = color[i]; } break; default: return false; } return true; } #undef DGL_GetFloat float DGL_GetFloat(int name) { switch(name) { case DGL_LINE_WIDTH: return GL_state.currentLineWidth; case DGL_POINT_SIZE: return GL_state.currentPointSize; default: return 0; } } #undef DGL_SetFloat dd_bool DGL_SetFloat(int name, float value) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); switch(name) { case DGL_LINE_WIDTH: GL_state.currentLineWidth = value; glLineWidth(value); break; case DGL_POINT_SIZE: GL_state.currentPointSize = value; glPointSize(value); break; default: return false; } return true; } #undef DGL_PushState void DGL_PushState(void) { GLState::push(); } #undef DGL_PopState void DGL_PopState(void) { GLState::pop(); // Make sure the restored state is immediately in effect. GLState::current().apply(); } #undef DGL_Enable int DGL_Enable(int cap) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); switch(cap) { case DGL_TEXTURE_2D: #ifndef DRMESA glEnable(GL_TEXTURE_2D); #endif break; case DGL_FOG: glEnable(GL_FOG); GL_state.currentUseFog = true; break; case DGL_SCISSOR_TEST: //glEnable(GL_SCISSOR_TEST); break; case DGL_LINE_SMOOTH: glEnable(GL_LINE_SMOOTH); break; case DGL_POINT_SMOOTH: glEnable(GL_POINT_SMOOTH); break; default: return 0; } return 1; } #undef DGL_Disable void DGL_Disable(int cap) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); switch(cap) { case DGL_TEXTURE_2D: glDisable(GL_TEXTURE_2D); break; case DGL_FOG: glDisable(GL_FOG); GL_state.currentUseFog = false; break; case DGL_SCISSOR_TEST: //glDisable(GL_SCISSOR_TEST); GLState::current().clearScissor().apply(); break; case DGL_LINE_SMOOTH: glDisable(GL_LINE_SMOOTH); break; case DGL_POINT_SMOOTH: glDisable(GL_POINT_SMOOTH); break; default: break; } } #undef DGL_BlendOp void DGL_BlendOp(int op) { GLState::current().setBlendOp(op == DGL_SUBTRACT ? gl::Subtract : op == DGL_REVERSE_SUBTRACT ? gl::ReverseSubtract : gl::Add) .apply(); } #undef DGL_BlendFunc void DGL_BlendFunc(int param1, int param2) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); GLState::current().setBlendFunc(param1 == DGL_ZERO ? gl::Zero : param1 == DGL_ONE ? gl::One : param1 == DGL_DST_COLOR ? gl::DestColor : param1 == DGL_ONE_MINUS_DST_COLOR ? gl::OneMinusDestColor : param1 == DGL_SRC_ALPHA ? gl::SrcAlpha : param1 == DGL_ONE_MINUS_SRC_ALPHA ? gl::OneMinusSrcAlpha : param1 == DGL_DST_ALPHA ? gl::DestAlpha : param1 == DGL_ONE_MINUS_DST_ALPHA ? gl::OneMinusDestAlpha : gl::Zero , param2 == DGL_ZERO ? gl::Zero : param2 == DGL_ONE ? gl::One : param2 == DGL_SRC_COLOR ? gl::SrcColor : param2 == DGL_ONE_MINUS_SRC_COLOR ? gl::OneMinusSrcColor : param2 == DGL_SRC_ALPHA ? gl::SrcAlpha : param2 == DGL_ONE_MINUS_SRC_ALPHA ? gl::OneMinusSrcAlpha : param2 == DGL_DST_ALPHA ? gl::DestAlpha : param2 == DGL_ONE_MINUS_DST_ALPHA ? gl::OneMinusDestAlpha : gl::Zero) .apply(); } #undef DGL_BlendMode void DGL_BlendMode(blendmode_t mode) { GL_BlendMode(mode); } #undef DGL_MatrixMode void DGL_MatrixMode(int mode) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMatrixMode(mode == DGL_PROJECTION ? GL_PROJECTION : mode == DGL_TEXTURE ? GL_TEXTURE : GL_MODELVIEW); } #undef DGL_PushMatrix void DGL_PushMatrix(void) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glPushMatrix(); #if _DEBUG if(glGetError() == GL_STACK_OVERFLOW) Con_Error("DG_PushMatrix: Stack overflow.\n"); #endif } #undef DGL_SetNoMaterial void DGL_SetNoMaterial(void) { GL_SetNoTexture(); } static gl::Wrapping DGL_ToGLWrapCap(DGLint cap) { switch(cap) { case DGL_CLAMP: case DGL_CLAMP_TO_EDGE: return gl::ClampToEdge; case DGL_REPEAT: return gl::Repeat; default: Con_Error("DGL_ToGLWrapCap: Unknown cap value %i.", (int)cap); exit(1); // Unreachable. } } #undef DGL_SetMaterialUI void DGL_SetMaterialUI(Material *mat, DGLint wrapS, DGLint wrapT) { GL_SetMaterialUI2(mat, DGL_ToGLWrapCap(wrapS), DGL_ToGLWrapCap(wrapT)); } #undef DGL_SetPatch void DGL_SetPatch(patchid_t id, DGLint wrapS, DGLint wrapT) { try { TextureManifest &manifest = App_ResourceSystem().textureScheme("Patches").findByUniqueId(id); if(!manifest.hasTexture()) return; Texture &tex = manifest.texture(); TextureVariantSpec const &texSpec = Rend_PatchTextureSpec(0 | (tex.isFlagged(Texture::Monochrome) ? TSF_MONOCHROME : 0) | (tex.isFlagged(Texture::UpscaleAndSharpen) ? TSF_UPSCALE_AND_SHARPEN : 0), DGL_ToGLWrapCap(wrapS), DGL_ToGLWrapCap(wrapT)); GL_BindTexture(tex.prepareVariant(texSpec)); } catch(TextureScheme::NotFoundError const &er) { // Log but otherwise ignore this error. LOG_RES_WARNING("Cannot use patch ID %i: %s") << id << er.asText(); } } #undef DGL_SetPSprite void DGL_SetPSprite(Material *mat) { GL_SetPSprite(mat, 0, 0); } #undef DGL_SetPSprite2 void DGL_SetPSprite2(Material *mat, int tclass, int tmap) { GL_SetPSprite(mat, tclass, tmap); } #undef DGL_SetRawImage void DGL_SetRawImage(lumpnum_t lumpNum, DGLint wrapS, DGLint wrapT) { GL_SetRawImage(lumpNum, DGL_ToGLWrapCap(wrapS), DGL_ToGLWrapCap(wrapT)); } #undef DGL_PopMatrix void DGL_PopMatrix(void) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glPopMatrix(); #if _DEBUG if(glGetError() == GL_STACK_UNDERFLOW) Con_Error("DG_PopMatrix: Stack underflow.\n"); #endif } #undef DGL_LoadIdentity void DGL_LoadIdentity(void) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glLoadIdentity(); } #undef DGL_Translatef void DGL_Translatef(float x, float y, float z) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glTranslatef(x, y, z); } #undef DGL_Rotatef void DGL_Rotatef(float angle, float x, float y, float z) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glRotatef(angle, x, y, z); } #undef DGL_Scalef void DGL_Scalef(float x, float y, float z) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glScalef(x, y, z); } #undef DGL_Ortho void DGL_Ortho(float left, float top, float right, float bottom, float znear, float zfar) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glOrtho(left, right, bottom, top, znear, zfar); } #undef DGL_DeleteTextures void DGL_DeleteTextures(int num, DGLuint const *names) { if(!num || !names) return; glDeleteTextures(num, (GLuint const *) names); } #undef DGL_Bind int DGL_Bind(DGLuint texture) { GL_BindTextureUnmanaged(texture); DENG_ASSERT(!Sys_GLCheckError()); return 0; } #undef DGL_NewTextureWithParams DGLuint DGL_NewTextureWithParams(dgltexformat_t format, int width, int height, uint8_t const *pixels, int flags, int minFilter, int magFilter, int anisoFilter, int wrapS, int wrapT) { return GL_NewTextureWithParams(format, width, height, (uint8_t *)pixels, flags, 0, (minFilter == DGL_LINEAR ? GL_LINEAR : minFilter == DGL_NEAREST ? GL_NEAREST : minFilter == DGL_NEAREST_MIPMAP_NEAREST ? GL_NEAREST_MIPMAP_NEAREST : minFilter == DGL_LINEAR_MIPMAP_NEAREST ? GL_LINEAR_MIPMAP_NEAREST : minFilter == DGL_NEAREST_MIPMAP_LINEAR ? GL_NEAREST_MIPMAP_LINEAR : GL_LINEAR_MIPMAP_LINEAR), (magFilter == DGL_LINEAR ? GL_LINEAR : GL_NEAREST), anisoFilter, (wrapS == DGL_CLAMP ? GL_CLAMP : wrapS == DGL_CLAMP_TO_EDGE ? GL_CLAMP_TO_EDGE : GL_REPEAT), (wrapT == DGL_CLAMP ? GL_CLAMP : wrapT == DGL_CLAMP_TO_EDGE ? GL_CLAMP_TO_EDGE : GL_REPEAT)); } // dgl_draw.cpp DENG_EXTERN_C void DGL_Begin(dglprimtype_t mode); DENG_EXTERN_C void DGL_End(void); DENG_EXTERN_C dd_bool DGL_NewList(DGLuint list, int mode); DENG_EXTERN_C DGLuint DGL_EndList(void); DENG_EXTERN_C void DGL_CallList(DGLuint list); DENG_EXTERN_C void DGL_DeleteLists(DGLuint list, int range); DENG_EXTERN_C void DGL_Color3ub(DGLubyte r, DGLubyte g, DGLubyte b); DENG_EXTERN_C void DGL_Color3ubv(const DGLubyte* vec); DENG_EXTERN_C void DGL_Color4ub(DGLubyte r, DGLubyte g, DGLubyte b, DGLubyte a); DENG_EXTERN_C void DGL_Color4ubv(const DGLubyte* vec); DENG_EXTERN_C void DGL_Color3f(float r, float g, float b); DENG_EXTERN_C void DGL_Color3fv(const float* vec); DENG_EXTERN_C void DGL_Color4f(float r, float g, float b, float a); DENG_EXTERN_C void DGL_Color4fv(const float* vec); DENG_EXTERN_C void DGL_TexCoord2f(byte target, float s, float t); DENG_EXTERN_C void DGL_TexCoord2fv(byte target, float* vec); DENG_EXTERN_C void DGL_Vertex2f(float x, float y); DENG_EXTERN_C void DGL_Vertex2fv(const float* vec); DENG_EXTERN_C void DGL_Vertex3f(float x, float y, float z); DENG_EXTERN_C void DGL_Vertex3fv(const float* vec); DENG_EXTERN_C void DGL_Vertices2ftv(int num, const dgl_ft2vertex_t* vec); DENG_EXTERN_C void DGL_Vertices3ftv(int num, const dgl_ft3vertex_t* vec); DENG_EXTERN_C void DGL_Vertices3fctv(int num, const dgl_fct3vertex_t* vec); DENG_EXTERN_C void DGL_DrawLine(float x1, float y1, float x2, float y2, float r, float g, float b, float a); DENG_EXTERN_C void DGL_DrawRect(const RectRaw* rect); DENG_EXTERN_C void DGL_DrawRect2(int x, int y, int w, int h); DENG_EXTERN_C void DGL_DrawRectf(const RectRawf* rect); DENG_EXTERN_C void DGL_DrawRectf2(double x, double y, double w, double h); DENG_EXTERN_C void DGL_DrawRectf2Color(double x, double y, double w, double h, float r, float g, float b, float a); DENG_EXTERN_C void DGL_DrawRectf2Tiled(double x, double y, double w, double h, int tw, int th); DENG_EXTERN_C void DGL_DrawCutRectfTiled(const RectRawf* rect, int tw, int th, int txoff, int tyoff, const RectRawf* cutRect); DENG_EXTERN_C void DGL_DrawCutRectf2Tiled(double x, double y, double w, double h, int tw, int th, int txoff, int tyoff, double cx, double cy, double cw, double ch); DENG_EXTERN_C void DGL_DrawQuadOutline(const Point2Raw* tl, const Point2Raw* tr, const Point2Raw* br, const Point2Raw* bl, const float color[4]); DENG_EXTERN_C void DGL_DrawQuad2Outline(int tlX, int tlY, int trX, int trY, int brX, int brY, int blX, int blY, const float color[4]); // gl_draw.cpp DENG_EXTERN_C void GL_UseFog(int yes); DENG_EXTERN_C void GL_SetFilter(dd_bool enable); DENG_EXTERN_C void GL_SetFilterColor(float r, float g, float b, float a); DENG_EXTERN_C void GL_ConfigureBorderedProjection2(dgl_borderedprojectionstate_t* bp, int flags, int width, int height, int availWidth, int availHeight, scalemode_t overrideMode, float stretchEpsilon); DENG_EXTERN_C void GL_ConfigureBorderedProjection(dgl_borderedprojectionstate_t* bp, int flags, int width, int height, int availWidth, int availHeight, scalemode_t overrideMode); DENG_EXTERN_C void GL_BeginBorderedProjection(dgl_borderedprojectionstate_t* bp); DENG_EXTERN_C void GL_EndBorderedProjection(dgl_borderedprojectionstate_t* bp); DENG_DECLARE_API(GL) = { { DE_API_GL }, DGL_Enable, DGL_Disable, DGL_PushState, DGL_PopState, DGL_GetIntegerv, DGL_GetInteger, DGL_SetInteger, DGL_GetFloatv, DGL_GetFloat, DGL_SetFloat, DGL_Ortho, DGL_SetScissor, DGL_SetScissor2, DGL_MatrixMode, DGL_PushMatrix, DGL_PopMatrix, DGL_LoadIdentity, DGL_Translatef, DGL_Rotatef, DGL_Scalef, DGL_Begin, DGL_End, DGL_NewList, DGL_EndList, DGL_CallList, DGL_DeleteLists, DGL_SetNoMaterial, DGL_SetMaterialUI, DGL_SetPatch, DGL_SetPSprite, DGL_SetPSprite2, DGL_SetRawImage, DGL_BlendOp, DGL_BlendFunc, DGL_BlendMode, DGL_Color3ub, DGL_Color3ubv, DGL_Color4ub, DGL_Color4ubv, DGL_Color3f, DGL_Color3fv, DGL_Color4f, DGL_Color4fv, DGL_TexCoord2f, DGL_TexCoord2fv, DGL_Vertex2f, DGL_Vertex2fv, DGL_Vertex3f, DGL_Vertex3fv, DGL_Vertices2ftv, DGL_Vertices3ftv, DGL_Vertices3fctv, DGL_DrawLine, DGL_DrawRect, DGL_DrawRect2, DGL_DrawRectf, DGL_DrawRectf2, DGL_DrawRectf2Color, DGL_DrawRectf2Tiled, DGL_DrawCutRectfTiled, DGL_DrawCutRectf2Tiled, DGL_DrawQuadOutline, DGL_DrawQuad2Outline, DGL_NewTextureWithParams, DGL_Bind, DGL_DeleteTextures, GL_UseFog, GL_SetFilter, GL_SetFilterColor, GL_ConfigureBorderedProjection2, GL_ConfigureBorderedProjection, GL_BeginBorderedProjection, GL_EndBorderedProjection }; doomsday-1.14.5/doomsday/client/src/gl/gl_deferredapi.cpp0000664000175000017500000000373112350542237022642 0ustar jaakkojaakko/** @file gl_deferredapi.cpp GL API deferring. * @ingroup gl * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define LIBDENG_DISABLE_DEFERRED_GL_API // using regular GL API calls #include "de_platform.h" #include #include "gl/gl_defer.h" static dd_bool __inline mustDefer(void) { return !Sys_InMainThread(); } #define GL_CALL1(form, func, x) \ if(mustDefer()) GL_Defer_##form(func, x); else func(x); #define GL_CALL2(form, func, x, y) \ if(mustDefer()) GL_Defer_##form(func, x, y); else func(x, y); DENG_EXTERN_C void Deferred_glEnable(GLenum e) { GL_CALL1(e, glEnable, e); } DENG_EXTERN_C void Deferred_glDisable(GLenum e) { GL_CALL1(e, glDisable, e); } DENG_EXTERN_C void Deferred_glDeleteTextures(GLsizei num, const GLuint* names) { GL_CALL2(uintArray, glDeleteTextures, num, names); } DENG_EXTERN_C void Deferred_glFogi(GLenum p, GLint v) { GL_CALL2(i, glFogi, p, v); } DENG_EXTERN_C void Deferred_glFogf(GLenum p, GLfloat v) { GL_CALL2(f, glFogf, p, v); } DENG_EXTERN_C void Deferred_glFogfv(GLenum p, const GLfloat* v) { GL_CALL2(fv4, glFogfv, p, v); } doomsday-1.14.5/doomsday/client/src/gl/gl_tex.cpp0000664000175000017500000012145012350542237021167 0ustar jaakkojaakko/**\file gl_tex.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "gl/gl_tex.h" #include "con_main.h" #include "color.h" #include "render/r_main.h" #include "resource/resourcesystem.h" #include "resource/colorpalette.h" #include #include #include #include #include #include static uint8_t *scratchBuffer; static size_t scratchBufferSize; /** * Provides a persistent scratch buffer for use by texture manipulation * routines e.g. scaleLine(). */ static uint8_t *GetScratchBuffer(size_t size) { // Need to enlarge? if(size > scratchBufferSize) { scratchBuffer = (uint8_t *) Z_Realloc(scratchBuffer, size, PU_APPSTATIC); scratchBufferSize = size; } return scratchBuffer; } /** * Len is measured in out units. Comps is the number of components per * pixel, or rather the number of bytes per pixel (3 or 4). The strides must * be byte-aligned anyway, though; not in pixels. * * @todo Probably could be optimized. */ static void scaleLine(const uint8_t* in, int inStride, uint8_t* out, int outStride, int outLen, int inLen, int comps) { float inToOutScale = outLen / (float) inLen; int i, c; if(inToOutScale > 1) { // Magnification is done using linear interpolation. fixed_t inPosDelta = (FRACUNIT * (inLen - 1)) / (outLen - 1); fixed_t inPos = inPosDelta; const uint8_t* col1, *col2; int weight, invWeight; // The first pixel. memcpy(out, in, comps); out += outStride; // Step at each out pixel between the first and last ones. for(i = 1; i < outLen - 1; ++i, out += outStride, inPos += inPosDelta) { col1 = in + (inPos >> FRACBITS) * inStride; col2 = col1 + inStride; weight = inPos & 0xffff; invWeight = 0x10000 - weight; for(c = 0; c < comps; ++c) out[c] = (uint8_t)((col1[c] * invWeight + col2[c] * weight) >> 16); } // The last pixel. memcpy(out, in + (inLen - 1) * inStride, comps); return; } if(inToOutScale < 1) { // Minification needs to calculate the average of each of // the pixels contained by the out pixel. uint cumul[4] = { 0, 0, 0, 0 }, count = 0; int outpos = 0; for(i = 0; i < inLen; ++i, in += inStride) { if((int) (i * inToOutScale) != outpos) { outpos = (int) (i * inToOutScale); for(c = 0; c < comps; ++c) { out[c] = (uint8_t)(cumul[c] / count); cumul[c] = 0; } count = 0; out += outStride; } for(c = 0; c < comps; ++c) cumul[c] += in[c]; count++; } // Fill in the last pixel, too. if(count) for(c = 0; c < comps; ++c) out[c] = (uint8_t)(cumul[c] / count); return; } // No need for scaling. for(i = outLen; i > 0; i--, out += outStride, in += inStride) { for(c = 0; c < comps; ++c) out[c] = in[c]; } } /// \todo Avoid use of a secondary buffer by scaling directly to output. uint8_t* GL_ScaleBuffer(const uint8_t* in, int width, int height, int comps, int outWidth, int outHeight) { assert(in); { uint inOffsetSize, outOffsetSize; uint8_t* outOff, *buffer; const uint8_t* inOff; uint8_t* out; int stride; if(width <= 0 || height <= 0) return (uint8_t*)in; buffer = GetScratchBuffer(comps * outWidth * height); if(0 == (out = (uint8_t*) malloc(comps * outWidth * outHeight))) Con_Error("GL_ScaleBuffer: Failed on allocation of %lu bytes for " "output buffer.", (unsigned long) (comps * outWidth * outHeight)); // First scale horizontally, to outWidth, into the temporary buffer. inOff = in; outOff = buffer; inOffsetSize = width * comps; outOffsetSize = outWidth * comps; { int i; for(i = 0; i < height; ++i, inOff += inOffsetSize, outOff += outOffsetSize) { scaleLine(inOff, comps, outOff, comps, outWidth, width, comps); }} // Then scale vertically, to outHeight, into the out buffer. inOff = buffer; outOff = out; stride = outWidth * comps; inOffsetSize = comps; outOffsetSize = comps; { int i; for(i = 0; i < outWidth; ++i, inOff += inOffsetSize, outOff += outOffsetSize) { scaleLine(inOff, stride, outOff, stride, outHeight, height, comps); }} return out; } } static void* packImage(int components, const float* tempOut, GLint typeOut, int widthOut, int heightOut, int sizeOut, int bpp, int packRowLength, int packAlignment, int packSkipRows, int packSkipPixels) { int rowStride, rowLen; void* dataOut; if(NULL == (dataOut = malloc(bpp * widthOut * heightOut))) Con_Error("scaleImage: Failed on allocation of %lu bytes for output " "buffer.", (unsigned long) (bpp * widthOut * heightOut)); if(packRowLength > 0) { rowLen = packRowLength; } else { rowLen = widthOut; } if(sizeOut >= packAlignment) { rowStride = components * rowLen; } else { rowStride = packAlignment / sizeOut * CEILING(components * rowLen * sizeOut, packAlignment); } switch(typeOut) { case GL_UNSIGNED_BYTE: { int i, j, k = 0; for(i = 0; i < heightOut; ++i) { GLubyte* ubptr = (GLubyte*) dataOut + i * rowStride + packSkipRows * rowStride + packSkipPixels * components; for(j = 0; j < widthOut * components; ++j) { *ubptr++ = (GLubyte) tempOut[k++]; } } break; } case GL_BYTE: { int i, j, k = 0; for(i = 0; i < heightOut; i++) { GLbyte* bptr = (GLbyte*) dataOut + i * rowStride + packSkipRows * rowStride + packSkipPixels * components; for(j = 0; j < widthOut * components; ++j) { *bptr++ = (GLbyte) tempOut[k++]; } } break; } case GL_UNSIGNED_SHORT: { int i, j, k = 0; for(i = 0; i < heightOut; ++i) { GLushort* usptr = (GLushort*) dataOut + i * rowStride + packSkipRows * rowStride + packSkipPixels * components; for(j = 0; j < widthOut * components; ++j) { *usptr++ = (GLushort) tempOut[k++]; } } break; } case GL_SHORT: { int i, j, k = 0; for(i = 0; i < heightOut; ++i) { GLshort* sptr = (GLshort*) dataOut + i * rowStride + packSkipRows * rowStride + packSkipPixels * components; for(j = 0; j < widthOut * components; ++j) { *sptr++ = (GLshort) tempOut[k++]; } } break; } case GL_UNSIGNED_INT: { int i, j, k = 0; for(i = 0; i < heightOut; ++i) { GLuint* uiptr = (GLuint*) dataOut + i * rowStride + packSkipRows * rowStride + packSkipPixels * components; for(j = 0; j < widthOut * components; ++j) { *uiptr++ = (GLuint) tempOut[k++]; } } break; } case GL_INT: { int i, j, k = 0; for(i = 0; i < heightOut; ++i) { GLint* iptr = (GLint*) dataOut + i * rowStride + packSkipRows * rowStride + packSkipPixels * components; for(j = 0; j < widthOut * components; ++j) { *iptr++ = (GLint) tempOut[k++]; } } break; } case GL_FLOAT: { int i, j, k = 0; for(i = 0; i < heightOut; ++i) { GLfloat* fptr = (GLfloat*) dataOut + i * rowStride + packSkipRows * rowStride + packSkipPixels * components; for (j = 0; j < widthOut * components; ++j) { *fptr++ = tempOut[k++]; } } break; } default: return 0; } return dataOut; } /** * Originally from the Mesa 3-D graphics library version 3.4 * @note License: GNU Library General Public License (or later) * Copyright (C) 1995-2000 Brian Paul. */ void* GL_ScaleBufferEx(const void* dataIn, int widthIn, int heightIn, int bpp, /*GLint typeIn,*/ int unpackRowLength, int unpackAlignment, int unpackSkipRows, int unpackSkipPixels, int widthOut, int heightOut, /*GLint typeOut, */ int packRowLength, int packAlignment, int packSkipRows, int packSkipPixels) { const GLint typeIn = GL_UNSIGNED_BYTE, typeOut = GL_UNSIGNED_BYTE; int i, j, k, sizeIn, sizeOut, rowStride, rowLen; float* tempIn, *tempOut; float sx, sy; void* dataOut; // Determine bytes per input datum. switch(typeIn) { case GL_UNSIGNED_BYTE: sizeIn = sizeof(GLubyte); break; case GL_BYTE: sizeIn = sizeof(GLbyte); break; case GL_UNSIGNED_SHORT: sizeIn = sizeof(GLushort); break; case GL_SHORT: sizeIn = sizeof(GLshort); break; case GL_UNSIGNED_INT: sizeIn = sizeof(GLuint); break; case GL_INT: sizeIn = sizeof(GLint); break; case GL_FLOAT: sizeIn = sizeof(GLfloat); break; case GL_BITMAP: // Not implemented yet. default: return NULL; } // Determine bytes per output datum. switch(typeOut) { case GL_UNSIGNED_BYTE: sizeOut = sizeof(GLubyte); break; case GL_BYTE: sizeOut = sizeof(GLbyte); break; case GL_UNSIGNED_SHORT: sizeOut = sizeof(GLushort); break; case GL_SHORT: sizeOut = sizeof(GLshort); break; case GL_UNSIGNED_INT: sizeOut = sizeof(GLuint); break; case GL_INT: sizeOut = sizeof(GLint); break; case GL_FLOAT: sizeOut = sizeof(GLfloat); break; case GL_BITMAP: // Not implemented yet. default: return NULL; } // Allocate storage for intermediate images. if(NULL == (tempIn = (float*) malloc(widthIn * heightIn * bpp * sizeof(float)))) Con_Error("scaleImage: Failed on allocation of %lu bytes for in buffer.", (unsigned long) (widthIn * heightIn * bpp * sizeof(float))); if(NULL == (tempOut = (float*) malloc(widthOut * heightOut * bpp * sizeof(float)))) { free(tempIn); Con_Error("scaleImage: Failed on allocation of %lu bytes for out buffer.", (unsigned long) (widthOut * heightOut * bpp * sizeof(float))); } /** * Unpack the pixel data and convert to floating point */ if(unpackRowLength > 0) { rowLen = unpackRowLength; } else { rowLen = widthIn; } if(sizeIn >= unpackAlignment) { rowStride = bpp * rowLen; } else { rowStride = unpackAlignment / sizeIn * CEILING(bpp * rowLen * sizeIn, unpackAlignment); } switch(typeIn) { case GL_UNSIGNED_BYTE: k = 0; for(i = 0; i < heightIn; ++i) { GLubyte* ubptr = (GLubyte*) dataIn + i * rowStride + unpackSkipRows * rowStride + unpackSkipPixels * bpp; for(j = 0; j < widthIn * bpp; ++j) { tempIn[k++] = (float) *ubptr++; } } break; case GL_BYTE: k = 0; for(i = 0; i < heightIn; ++i) { GLbyte* bptr = (GLbyte*) dataIn + i * rowStride + unpackSkipRows * rowStride + unpackSkipPixels * bpp; for(j = 0; j < widthIn * bpp; ++j) { tempIn[k++] = (float) *bptr++; } } break; case GL_UNSIGNED_SHORT: k = 0; for(i = 0; i < heightIn; ++i) { GLushort* usptr = (GLushort*) dataIn + i * rowStride + unpackSkipRows * rowStride + unpackSkipPixels * bpp; for(j = 0; j < widthIn * bpp; ++j) { tempIn[k++] = (float) *usptr++; } } break; case GL_SHORT: k = 0; for(i = 0; i < heightIn; ++i) { GLshort* sptr = (GLshort*) dataIn + i * rowStride + unpackSkipRows * rowStride + unpackSkipPixels * bpp; for(j = 0; j < widthIn * bpp; ++j) { tempIn[k++] = (float) *sptr++; } } break; case GL_UNSIGNED_INT: k = 0; for(i = 0; i < heightIn; ++i) { GLuint* uiptr = (GLuint*) dataIn + i * rowStride + unpackSkipRows * rowStride + unpackSkipPixels * bpp; for(j = 0; j < widthIn * bpp; ++j) { tempIn[k++] = (float) *uiptr++; } } break; case GL_INT: k = 0; for(i = 0; i < heightIn; ++i) { GLint* iptr = (GLint*) dataIn + i * rowStride + unpackSkipRows * rowStride + unpackSkipPixels * bpp; for(j = 0; j < widthIn * bpp; ++j) { tempIn[k++] = (float) *iptr++; } } break; case GL_FLOAT: k = 0; for(i = 0; i < heightIn; ++i) { GLfloat* fptr = (GLfloat*) dataIn + i * rowStride + unpackSkipRows * rowStride + unpackSkipPixels * bpp; for(j = 0; j < widthIn * bpp; ++j) { tempIn[k++] = *fptr++; } } break; default: return 0; } /** * Scale the image! */ if(widthOut > 1) sx = (float) (widthIn - 1) / (float) (widthOut - 1); else sx = (float) (widthIn - 1); if(heightOut > 1) sy = (float) (heightIn - 1) / (float) (heightOut - 1); else sy = (float) (heightIn - 1); if(sx < 1.0 && sy < 1.0) { // Magnify both width and height: use weighted sample of 4 pixels. int i0, i1, j0, j1; float alpha, beta; float* src00, *src01, *src10, *src11; float s1, s2; float* dst; for(i = 0; i < heightOut; ++i) { i0 = i * sy; i1 = i0 + 1; if(i1 >= heightIn) i1 = heightIn - 1; alpha = i * sy - i0; for(j = 0; j < widthOut; ++j) { j0 = j * sx; j1 = j0 + 1; if(j1 >= widthIn) j1 = widthIn - 1; beta = j * sx - j0; // Compute weighted average of pixels in rect (i0,j0)-(i1,j1) src00 = tempIn + (i0 * widthIn + j0) * bpp; src01 = tempIn + (i0 * widthIn + j1) * bpp; src10 = tempIn + (i1 * widthIn + j0) * bpp; src11 = tempIn + (i1 * widthIn + j1) * bpp; dst = tempOut + (i * widthOut + j) * bpp; for (k = 0; k < bpp; ++k) { s1 = *src00++ * (1.0 - beta) + *src01++ * beta; s2 = *src10++ * (1.0 - beta) + *src11++ * beta; *dst++ = s1 * (1.0 - alpha) + s2 * alpha; } } } } else { // Shrink width and/or height: use an unweighted box filter. int i0, i1; int j0, j1; int ii, jj; float sum, *dst; for(i = 0; i < heightOut; ++i) { i0 = i * sy; i1 = i0 + 1; if(i1 >= heightIn) i1 = heightIn - 1; for(j = 0; j < widthOut; ++j) { j0 = j * sx; j1 = j0 + 1; if(j1 >= widthIn) j1 = widthIn - 1; dst = tempOut + (i * widthOut + j) * bpp; // Compute average of pixels in the rectangle (i0,j0)-(i1,j1) for(k = 0; k < bpp; ++k) { sum = 0.0; for(ii = i0; ii <= i1; ++ii) { for(jj = j0; jj <= j1; ++jj) { sum += *(tempIn + (ii * widthIn + jj) * bpp + k); } } sum /= (j1 - j0 + 1) * (i1 - i0 + 1); *dst++ = sum; } } } } // Free temporary image storage. free(tempIn); /** * Return output image. */ dataOut = packImage(bpp, tempOut, typeOut, widthOut, heightOut, sizeOut, bpp, packRowLength, packAlignment, packSkipRows, packSkipPixels); // Free temporary image storage. free(tempOut); return dataOut; } uint8_t* GL_ScaleBufferNearest(const uint8_t* in, int width, int height, int comps, int outWidth, int outHeight) { assert(in); { int ratioX, ratioY, shearY; uint8_t* out, *outP; if(width <= 0 || height <= 0) return (uint8_t*)in; ratioX = (int)(width << 16) / outWidth + 1; ratioY = (int)(height << 16) / outHeight + 1; if(NULL == (out = (uint8_t *) M_Malloc(comps * outWidth * outHeight))) Con_Error("GL_ScaleBufferNearest: Failed on allocation of %lu bytes for " "output buffer.", (unsigned long) (comps * outWidth * outHeight)); outP = out; shearY = 0; { int i; for(i = 0; i < outHeight; ++i, shearY += ratioY) { int shearX = 0; int shearY2 = (shearY >> 16) * width; { int j; for(j = 0; j < outWidth; ++j, outP += comps, shearX += ratioX) { int c, n = (shearY2 + (shearX >> 16)) * comps; for(c = 0; c < comps; ++c, n++) outP[c] = in[n]; }} }} return out; } } void GL_DownMipmap32(uint8_t* in, int width, int height, int comps) { assert(in); { int x, y, c, outW = width >> 1, outH = height >> 1; uint8_t* out; if(width <= 0 || height <= 0 || comps <= 0) return; if(width == 1 && height == 1) { #if _DEBUG Con_Error("GL_DownMipmap32: Can't be called for a 1x1 image.\n"); #endif return; } // Limited, 1x2|2x1 -> 1x1 reduction? if(!outW || !outH) { int outDim = (width > 1 ? outW : outH); out = in; for(x = 0; x < outDim; ++x, in += comps * 2) for(c = 0; c < comps; ++c, out++) *out = (uint8_t)((in[c] + in[comps + c]) >> 1); return; } // Unconstrained, 2x2 -> 1x1 reduction? out = in; for(y = 0; y < outH; ++y, in += width * comps) for(x = 0; x < outW; ++x, in += comps * 2) for(c = 0; c < comps; ++c, out++) *out = (uint8_t)((in[c] + in[comps + c] + in[comps * width + c] + in[comps * (width + 1) + c]) >> 2); } } void GL_DownMipmap8(uint8_t* in, uint8_t* fadedOut, int width, int height, float fade) { int x, y, outW = width / 2, outH = height / 2; float invFade; byte* out = in; if(fade > 1) fade = 1; invFade = 1 - fade; if(width == 1 && height == 1) { #if _DEBUG Con_Error("GL_DownMipmap8: Can't be called for a 1x1 image.\n"); #endif return; } if(!outW || !outH) { // Limited, 1x2|2x1 -> 1x1 reduction? int outDim = (width > 1 ? outW : outH); for(x = 0; x < outDim; x++, in += 2) { *out = (in[0] + in[1]) / 2; *fadedOut++ = (byte) (*out * invFade + 0x80 * fade); out++; } } else { // Unconstrained, 2x2 -> 1x1 reduction? for(y = 0; y < outH; y++, in += width) for(x = 0; x < outW; x++, in += 2) { *out = (in[0] + in[1] + in[width] + in[width + 1]) / 4; *fadedOut++ = (byte) (*out * invFade + 0x80 * fade); out++; } } } dd_bool GL_PalettizeImage(uint8_t *out, int outformat, ColorPalette const *palette, dd_bool applyTexGamma, uint8_t const *in, int informat, int width, int height) { DENG2_ASSERT(in && out && palette); if(width <= 0 || height <= 0) return false; if(informat <= 2 && outformat >= 3) { long const numPels = width * height; int const inSize = (informat == 2 ? 1 : informat); int const outSize = (outformat == 2 ? 1 : outformat); for(long i = 0; i < numPels; ++i) { de::Vector3ub palColor = palette->color(*in); out[0] = palColor.x; out[1] = palColor.y; out[2] = palColor.z; if(applyTexGamma) { out[0] = texGammaLut[out[0]]; out[1] = texGammaLut[out[1]]; out[2] = texGammaLut[out[2]]; } if(outformat == 4) { if(informat == 2) out[3] = in[numPels * inSize]; else out[3] = 0; } in += inSize; out += outSize; } return true; } return false; } dd_bool GL_QuantizeImageToPalette(uint8_t *out, int outformat, ColorPalette const *palette, uint8_t const *in, int informat, int width, int height) { DENG2_ASSERT(out != 0 && in != 0 && palette != 0); if(informat >= 3 && outformat <= 2 && width > 0 && height > 0) { int inSize = (informat == 2 ? 1 : informat); int outSize = (outformat == 2 ? 1 : outformat); int i, numPixels = width * height; for(i = 0; i < numPixels; ++i, in += inSize, out += outSize) { // Convert the color value. *out = palette->nearestIndex(de::Vector3ub(in)); // Alpha channel? if(outformat == 2) { if(informat == 4) out[numPixels * outSize] = in[3]; else out[numPixels * outSize] = 0; } } return true; } return false; } void GL_DeSaturatePalettedImage(uint8_t *pixels, ColorPalette const &palette, int width, int height) { DENG2_ASSERT(pixels != 0); if(!width || !height) return; long const numPels = width * height; // What is the maximum color value? int max = 0; for(long i = 0; i < numPels; ++i) { de::Vector3ub palColor = palette[pixels[i]]; if(palColor.x == palColor.y && palColor.x == palColor.z) { if(palColor.x > max) { max = palColor.x; } continue; } int temp = (2 * int( palColor.x ) + 4 * int( palColor.y ) + 3 * int( palColor.z )) / 9; if(temp > max) max = temp; } for(long i = 0; i < numPels; ++i) { de::Vector3ub palColor = palette[pixels[i]]; if(palColor.x == palColor.y && palColor.x == palColor.z) { continue; } // Calculate a weighted average. int temp = (2 * int( palColor.x ) + 4 * int( palColor.y ) + 3 * int( palColor.z )) / 9; if(max) temp *= 255.f / max; pixels[i] = palette.nearestIndex(de::Vector3ub(temp, temp, temp)); } } void FindAverageLineColorIdx(uint8_t const *data, int w, int h, int line, ColorPalette const &palette, dd_bool hasAlpha, ColorRawf *color) { DENG2_ASSERT(data != 0 && color != 0); long i, count, numpels, avg[3] = { 0, 0, 0 }; uint8_t const *start, *alphaStart; if(w <= 0 || h <= 0) { V3f_Set(color->rgb, 0, 0, 0); return; } if(line >= h) { #if _DEBUG Con_Error("FindAverageLineColorIdx: Attempted to average outside valid area (height=%i line=%i).", h, line); #endif V3f_Set(color->rgb, 0, 0, 0); return; } numpels = w * h; start = data + w * line; alphaStart = data + numpels + w * line; count = 0; for(i = 0; i < w; ++i) { if(!hasAlpha || alphaStart[i]) { de::Vector3ub palColor = palette[start[i]]; avg[0] += palColor.x; avg[1] += palColor.y; avg[2] += palColor.z; ++count; } } // All transparent? Sorry... if(!count) return; V3f_Set(color->rgb, avg[0] / count * reciprocal255, avg[1] / count * reciprocal255, avg[2] / count * reciprocal255); } void FindAverageLineColor(const uint8_t* pixels, int width, int height, int pixelSize, int line, ColorRawf* color) { long avg[3] = { 0, 0, 0 }; const uint8_t* src; int i; assert(pixels && color); if(width <= 0 || height <= 0) { V3f_Set(color->rgb, 0, 0, 0); return; } if(line >= height) { #if _DEBUG Con_Error("FindAverageLineColor: Attempted to average outside valid area (height=%i line=%i).", height, line); #endif V3f_Set(color->rgb, 0, 0, 0); return; } src = pixels + pixelSize * width * line; for(i = 0; i < width; ++i, src += pixelSize) { avg[0] += src[0]; avg[1] += src[1]; avg[2] += src[2]; } V3f_Set(color->rgb, avg[0] / width * reciprocal255, avg[1] / width * reciprocal255, avg[2] / width * reciprocal255); } void FindAverageColor(const uint8_t* pixels, int width, int height, int pixelSize, ColorRawf* color) { long i, numpels, avg[3] = { 0, 0, 0 }; const uint8_t* src; assert(pixels && color); if(width <= 0 || height <= 0) { V3f_Set(color->rgb, 0, 0, 0); return; } if(pixelSize != 3 && pixelSize != 4) { #if _DEBUG Con_Error("FindAverageColor: Attempted on non-rgb(a) image (pixelSize=%i).", pixelSize); #endif V3f_Set(color->rgb, 0, 0, 0); return; } numpels = width * height; src = pixels; for(i = 0; i < numpels; ++i, src += pixelSize) { avg[0] += src[0]; avg[1] += src[1]; avg[2] += src[2]; } V3f_Set(color->rgb, avg[0] / numpels * reciprocal255, avg[1] / numpels * reciprocal255, avg[2] / numpels * reciprocal255); } void FindAverageColorIdx(uint8_t const *data, int w, int h, ColorPalette const &palette, dd_bool hasAlpha, ColorRawf *color) { DENG2_ASSERT(data != 0 && color != 0); long i, numpels, count, avg[3] = { 0, 0, 0 }; uint8_t const *alphaStart; if(w <= 0 || h <= 0) { V3f_Set(color->rgb, 0, 0, 0); return; } numpels = w * h; alphaStart = data + numpels; count = 0; for(i = 0; i < numpels; ++i) { if(!hasAlpha || alphaStart[i]) { de::Vector3ub palColor = palette[data[i]]; avg[0] += palColor.x; avg[1] += palColor.y; avg[2] += palColor.z; ++count; } } // All transparent? Sorry... if(0 == count) return; V3f_Set(color->rgb, avg[0] / count * reciprocal255, avg[1] / count * reciprocal255, avg[2] / count * reciprocal255); } void FindAverageAlpha(const uint8_t* pixels, int width, int height, int pixelSize, float* alpha, float* coverage) { long i, numPels, avg = 0, alphaCount = 0; const uint8_t* src; if(!pixels || !alpha) return; if(width <= 0 || height <= 0) { // Transparent. *alpha = 0; if(coverage) *coverage = 1; return; } if(pixelSize != 3 && pixelSize != 4) { #if _DEBUG Con_Error("FindAverageAlpha: Attempted on non-rgb(a) image (pixelSize=%i).", pixelSize); #endif // Assume opaque. *alpha = 1; if(coverage) *coverage = 0; return; } if(pixelSize == 3) { // Opaque. Well that was easy... *alpha = 1; if(coverage) *coverage = 0; return; } numPels = width * height; src = pixels; for(i = 0; i < numPels; ++i, src += 4) { const uint8_t val = src[3]; avg += val; if(val < 255) alphaCount++; } *alpha = avg / numPels * reciprocal255; // Calculate coverage? if(coverage) *coverage = (float)alphaCount / numPels; } void FindAverageAlphaIdx(uint8_t const *pixels, int w, int h, float *alpha, float *coverage) { long i, numPels, avg = 0, alphaCount = 0; uint8_t const *alphaStart; if(!pixels || !alpha) return; if(w <= 0 || h <= 0) { // Transparent. *alpha = 0; if(coverage) *coverage = 1; return; } numPels = w * h; alphaStart = pixels + numPels; for(i = 0; i < numPels; ++i) { uint8_t const val = alphaStart[i]; avg += val; if(val < 255) { alphaCount++; } } *alpha = avg / numPels * reciprocal255; // Calculate coverage? if(coverage) *coverage = (float)alphaCount / numPels; } void FindClipRegionNonAlpha(const uint8_t* buffer, int width, int height, int pixelsize, int retRegion[4]) { assert(buffer && retRegion); { const uint8_t* src, *alphasrc; int region[4]; if(width <= 0 || height <= 0) { #if _DEBUG Con_Error("FindClipRegionNonAlpha: Attempt to find region on zero-sized image."); #endif retRegion[0] = retRegion[1] = retRegion[2] = retRegion[3] = 0; return; } region[0] = width; region[1] = 0; region[2] = height; region[3] = 0; src = buffer; // For paletted images the alpha channel follows the actual image. if(pixelsize == 1) alphasrc = buffer + width * height; else alphasrc = NULL; // \todo This is not very efficent. Better to use an algorithm which works // on full rows and full columns. { int k, i; for(k = 0; k < height; ++k) for(i = 0; i < width; ++i, src += pixelsize, alphasrc++) { // Alpha pixels don't count. if(pixelsize == 1) { if(*alphasrc < 255) continue; } else if(pixelsize == 4) { if(src[3] < 255) continue; } if(i < region[0]) region[0] = i; if(i > region[1]) region[1] = i; if(k < region[2]) region[2] = k; if(k > region[3]) region[3] = k; } } retRegion[0] = region[0]; retRegion[1] = region[1]; retRegion[2] = region[2]; retRegion[3] = region[3]; } } #if 0 void BlackOutlines(uint8_t* pixels, int width, int height) { assert(pixels); { uint16_t* dark; int x, y, a, b; uint8_t* pix; long numpels; if(width <= 0 || height <= 0) return; numpels = width * height; dark = calloc(1, 2 * numpels); for(y = 1; y < height - 1; ++y) { for(x = 1; x < width - 1; ++x) { pix = pixels + (x + y * width) * 4; if(pix[3] > 128) // Not transparent. { // Apply darkness to surrounding transparent pixels. for(a = -1; a <= 1; ++a) { for(b = -1; b <= 1; ++b) { uint8_t* other = pix + (a + b * width) * 4; if(other[3] < 128) // Transparent. { dark[(x + a) + (y + b) * width] += 40; } } } } } } // Apply the darkness. { long i; for(i = 0, pix = pixels; i < numpels; ++i, pix += 4) { pix[3] = MIN_OF(255, (int)(pix[3] + dark[a])); }} // Release temporary storage. free(dark); } } #endif void ColorOutlinesIdx(uint8_t* buffer, int width, int height) { DENG_ASSERT(buffer); const int numpels = width * height; uint8_t* w[5]; int x, y; if(width <= 0 || height <= 0) return; // +----+ // | w0 | // +----+----+----+ // | w1 | w2 | w3 | // +----+----+----+ // | w4 | // +----+ /// @todo Not a very efficient algorithm... for(y = 0; y < height; ++y) { for(x = 0; x < width; ++x) { // Only solid pixels spread. if(!buffer[numpels + x + y * width]) continue; w[2] = buffer + x + y * width; w[0] = buffer + x + (y + (y == 0? 0 : -1)) * width; w[4] = buffer + x + (y + (y == height-1? 0 : 1)) * width; w[1] = buffer + x + (x == 0? 0 : -1) + (y) * width; w[3] = buffer + x + (x == width-1? 0 : 1) + (y) * width; if(w[0] != w[2] && !(*(w[0]+numpels))) *(w[0]) = *(w[2]); if(w[4] != w[2] && !(*(w[4]+numpels))) *(w[4]) = *(w[2]); if(w[1] != w[2] && !(*(w[1]+numpels))) *(w[1]) = *(w[2]); if(w[3] != w[2] && !(*(w[3]+numpels))) *(w[3]) = *(w[2]); } } } void EqualizeLuma(uint8_t* pixels, int width, int height, float* rBaMul, float* rHiMul, float* rLoMul) { assert(pixels); { float hiMul, loMul, baMul; long wideAvg, numpels; uint8_t min, max, avg; uint8_t* pix; if(width <= 0 || height <= 0) return; numpels = width * height; min = 255; max = 0; wideAvg = 0; { long i; for(i = 0, pix = pixels; i < numpels; ++i, pix += 1) { if(*pix < min) min = *pix; if(*pix > max) max = *pix; wideAvg += *pix; }} if(max <= min || max == 0 || min == 255) { if(rBaMul) *rBaMul = -1; if(rHiMul) *rHiMul = -1; if(rLoMul) *rLoMul = -1; return; // Nothing we can do. } avg = MIN_OF(255, wideAvg / numpels); // Allow a small margin of variance with the balance multiplier. baMul = (!INRANGE_OF(avg, 127, 4)? (float)127/avg : 1); if(baMul != 1) { if(max < 255) max = (uint8_t) MINMAX_OF(1, (float)max - (255-max) * baMul, 255); if(min > 0) min = (uint8_t) MINMAX_OF(0, (float)min + min * baMul, 255); } hiMul = (max < 255? (float)255/max : 1); loMul = (min > 0 ? 1-((float)min/255) : 1); if(!(baMul == 1 && hiMul == 1 && loMul == 1)) { long i; for(i = 0, pix = pixels; i < numpels; ++i, pix += 1) { // First balance. float val = baMul * (*pix); // Now amplify. if(val > 127) val *= hiMul; else val *= loMul; *pix = (uint8_t) MINMAX_OF(0, val, 255); } } if(rBaMul) *rBaMul = baMul; if(rHiMul) *rHiMul = hiMul; if(rLoMul) *rLoMul = loMul; } } void Desaturate(uint8_t* pixels, int width, int height, int comps) { assert(pixels); { uint8_t* pix; long i, numpels; if(width <= 0 || height <= 0) return; numpels = width * height; for(i = 0, pix = pixels; i < numpels; ++i, pix += comps) { int min = MIN_OF(pix[0], MIN_OF(pix[1], pix[2])); int max = MAX_OF(pix[0], MAX_OF(pix[1], pix[2])); pix[0] = pix[1] = pix[2] = (min + max) / 2; } } } void AmplifyLuma(uint8_t* pixels, int width, int height, dd_bool hasAlpha) { assert(pixels); { long numPels; uint8_t max = 0; if(width <= 0 || height <= 0) return; numPels = width * height; if(hasAlpha) { uint8_t* pix = pixels; uint8_t* apix = pixels + numPels; long i; for(i = 0; i < numPels; ++i, pix++, apix++) { // Only non-masked pixels count. if(!(*apix > 0)) continue; if(*pix > max) max = *pix; } } else { uint8_t* pix = pixels; long i; for(i = 0; i < numPels; ++i, pix++) { if(*pix > max) max = *pix; } } if(0 == max || 255 == max) return; { uint8_t* pix = pixels; long i; for(i = 0; i < numPels; ++i, pix++) { *pix = (uint8_t) MINMAX_OF(0, (float)*pix / max * 255, 255); }} } } void EnhanceContrast(uint8_t* pixels, int width, int height, int comps) { assert(pixels); { uint8_t* pix; long i, numpels; if(width <= 0 || height <= 0) return; if(comps != 3 && comps != 4) { #if _DEBUG Con_Error("EnhanceContrast: Attempted on non-rgb(a) image (comps=%i).", comps); #endif return; } pix = pixels; numpels = width * height; for(i = 0; i < numpels; ++i, pix += comps) { int c; for(c = 0; c < 3; ++c) { uint8_t out; if(pix[c] < 60) // Darken dark parts. out = (uint8_t) MINMAX_OF(0, ((float)pix[c] - 70) * 1.0125f + 70, 255); else if(pix[c] > 185) // Lighten light parts. out = (uint8_t) MINMAX_OF(0, ((float)pix[c] - 185) * 1.0125f + 185, 255); else out = pix[c]; pix[c] = out; } } } } void SharpenPixels(uint8_t* pixels, int width, int height, int comps) { assert(pixels); { const float strength = .05f; uint8_t* result; float A, B, C; int x, y; if(width <= 0 || height <= 0) return; if(comps != 3 && comps != 4) { #if _DEBUG Con_Error("EnhanceContrast: Attempted on non-rgb(a) image (comps=%i).", comps); #endif return; } result = (uint8_t *) M_Calloc(comps * width * height); A = strength; B = .70710678 * strength; // 1/sqrt(2) C = 1 + 4*A + 4*B; for(y = 1; y < height - 1; ++y) for(x = 1; x < width -1; ++x) { const uint8_t* pix = pixels + (x + y*width) * comps; uint8_t* out = result + (x + y*width) * comps; int c; for(c = 0; c < 3; ++c) { int r = (C*pix[c] - A*pix[c - width] - A*pix[c + comps] - A*pix[c - comps] - A*pix[c + width] - B*pix[c + comps - width] - B*pix[c + comps + width] - B*pix[c - comps - width] - B*pix[c - comps + width]); out[c] = MINMAX_OF(0, r, 255); } if(comps == 4) out[3] = pix[3]; } memcpy(pixels, result, comps * width * height); free(result); } } /** * @return @c true, if the given color is either (0,255,255) or (255,0,255). */ static inline bool isKeyedColor(uint8_t *color) { DENG2_ASSERT(color); return color[2] == 0xff && ((color[0] == 0xff && color[1] == 0) || (color[0] == 0 && color[1] == 0xff)); } /** * Buffer must be RGBA. Doesn't touch the non-keyed pixels. */ static void doColorKeying(uint8_t *rgbaBuf, int width) { DENG2_ASSERT(rgbaBuf); for(int i = 0; i < width; ++i, rgbaBuf += 4) { if(!isKeyedColor(rgbaBuf)) continue; rgbaBuf[3] = rgbaBuf[2] = rgbaBuf[1] = rgbaBuf[0] = 0; } } uint8_t *ApplyColorKeying(uint8_t *buf, int width, int height, int pixelSize) { DENG2_ASSERT(buf); if(width <= 0 || height <= 0) return buf; // We must allocate a new buffer if the loaded image has less than the // required number of color components. if(pixelSize < 4) { long const numpels = width * height; uint8_t *ckdest = (uint8_t *) M_Malloc(4 * numpels); uint8_t *in, *out; long i; for(in = buf, out = ckdest, i = 0; i < numpels; ++i, in += pixelSize, out += 4) { if(isKeyedColor(in)) { std::memset(out, 0, 4); // Totally black. continue; } std::memcpy(out, in, 3); // The color itself. out[3] = 255; // Opaque. } return ckdest; } // We can do the keying in-buffer. // This preserves the alpha values of non-keyed pixels. for(int i = 0; i < height; ++i) { doColorKeying(buf + 4 * i * width, height); } return buf; } doomsday-1.14.5/doomsday/client/src/gl/texturecontent.cpp0000664000175000017500000007617212350542237023012 0ustar jaakkojaakko/** @file texturecontent.cpp GL-texture content. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "gl/texturecontent.h" #include "de_console.h" #include "dd_def.h" // texGamma #include "dd_main.h" // App_ResourceSystem() #include "gl/gl_main.h" #include "gl/gl_tex.h" #include "render/rend_main.h" // misc global vars awaiting new home #include #include #include using namespace de; static int BytesPerPixelFmt(dgltexformat_t format) { switch(format) { case DGL_LUMINANCE: case DGL_COLOR_INDEX_8: return 1; case DGL_LUMINANCE_PLUS_A8: case DGL_COLOR_INDEX_8_PLUS_A8: return 2; case DGL_RGB: return 3; case DGL_RGBA: return 4; default: Con_Error("BytesPerPixelFmt: Unknown format %i, don't know pixel size.\n", format); return 0; // Unreachable. } } /** * Given a pixel format return the number of bytes to store one pixel. * @pre Input data is of GL_UNSIGNED_BYTE type. */ static int BytesPerPixel(GLint format) { switch(format) { case GL_COLOR_INDEX: case GL_STENCIL_INDEX: case GL_DEPTH_COMPONENT: case GL_RED: case GL_GREEN: case GL_BLUE: case GL_ALPHA: case GL_LUMINANCE: return 1; case GL_LUMINANCE_ALPHA: return 2; case GL_RGB: case GL_RGB8: case GL_BGR: return 3; case GL_RGBA: case GL_RGBA8: case GL_BGRA: return 4; default: Con_Error("BytesPerPixel: Unknown format %i.", (int) format); return 0; // Unreachable. } } void GL_InitTextureContent(texturecontent_t *content) { DENG_ASSERT(content); content->format = dgltexformat_t(0); content->name = 0; content->pixels = 0; content->paletteId = 0; content->width = 0; content->height = 0; content->minFilter = GL_LINEAR; content->magFilter = GL_LINEAR; content->anisoFilter = -1; // Best. content->wrap[0] = GL_CLAMP_TO_EDGE; content->wrap[1] = GL_CLAMP_TO_EDGE; content->grayMipmap = 0; content->flags = 0; } texturecontent_t *GL_ConstructTextureContentCopy(texturecontent_t const *other) { DENG_ASSERT(other); texturecontent_t *c = (texturecontent_t*) M_Malloc(sizeof(*c)); std::memcpy(c, other, sizeof(*c)); // Duplicate the image buffer. int bytesPerPixel = BytesPerPixelFmt(other->format); size_t bufferSize = bytesPerPixel * other->width * other->height; uint8_t *pixels = (uint8_t*) M_Malloc(bufferSize); std::memcpy(pixels, other->pixels, bufferSize); c->pixels = pixels; return c; } void GL_DestroyTextureContent(texturecontent_t *content) { DENG_ASSERT(content); if(content->pixels) M_Free((uint8_t *)content->pixels); M_Free(content); } /** * Prepares the image for use as a GL texture in accordance with the given * specification. * * @param image The image to prepare (in place). * @param spec Specification describing any transformations which should * be applied to the image. * * @return The DGL texture format determined for the image. */ static dgltexformat_t prepareImageAsTexture(image_t &image, variantspecification_t const &spec) { DENG_ASSERT(image.pixels); bool const monochrome = (spec.flags & TSF_MONOCHROME) != 0; bool const scaleSharp = (spec.flags & TSF_UPSCALE_AND_SHARPEN) != 0; if(spec.toAlpha) { if(0 != image.paletteId) { // Paletted. uint8_t *newPixels = GL_ConvertBuffer(image.pixels, image.size.x, image.size.y, ((image.flags & IMGF_IS_MASKED)? 2 : 1), image.paletteId, 3); M_Free(image.pixels); image.pixels = newPixels; image.pixelSize = 3; image.paletteId = 0; image.flags &= ~IMGF_IS_MASKED; } Image_ConvertToLuminance(image, false /*discard alpha*/); long total = image.size.x * image.size.y; for(long i = 0; i < total; ++i) { image.pixels[total + i] = image.pixels[i]; image.pixels[i] = 255; } image.pixelSize = 2; } else if(0 != image.paletteId) { if(fillOutlines && (image.flags & IMGF_IS_MASKED)) { ColorOutlinesIdx(image.pixels, image.size.x, image.size.y); } if(monochrome && !scaleSharp) { GL_DeSaturatePalettedImage(image.pixels, App_ResourceSystem().colorPalette(image.paletteId), image.size.x, image.size.y); } if(scaleSharp) { int scaleMethod = GL_ChooseSmartFilter(image.size.x, image.size.y, 0); bool origMasked = (image.flags & IMGF_IS_MASKED) != 0; colorpaletteid_t origPaletteId = image.paletteId; uint8_t *newPixels = GL_ConvertBuffer(image.pixels, image.size.x, image.size.y, ((image.flags & IMGF_IS_MASKED)? 2 : 1), image.paletteId, 4); if(newPixels != image.pixels) { M_Free(image.pixels); image.pixels = newPixels; image.pixelSize = 4; image.paletteId = 0; image.flags &= ~IMGF_IS_MASKED; } if(monochrome) { Desaturate(image.pixels, image.size.x, image.size.y, image.pixelSize); } int newWidth = 0, newHeight = 0; newPixels = GL_SmartFilter(scaleMethod, image.pixels, image.size.x, image.size.y, 0, &newWidth, &newHeight); image.size = Vector2ui(newWidth, newHeight); if(newPixels != image.pixels) { M_Free(image.pixels); image.pixels = newPixels; } EnhanceContrast(image.pixels, image.size.x, image.size.y, image.pixelSize); //SharpenPixels(image.pixels, image.size.x, image.size.y, image.pixelSize); //BlackOutlines(image.pixels, image.size.x, image.size.y, image.pixelSize); // Back to paletted+alpha? if(monochrome) { // No. We'll convert from RGB(+A) to Luminance(+A) and upload as is. // Replace the old buffer. Image_ConvertToLuminance(image); AmplifyLuma(image.pixels, image.size.x, image.size.y, image.pixelSize == 2); } else { // Yes. Quantize down from RGA(+A) to Paletted(+A), replacing the old image. newPixels = GL_ConvertBuffer(image.pixels, image.size.x, image.size.y, (origMasked? 2 : 1), origPaletteId, 4); if(newPixels != image.pixels) { M_Free(image.pixels); image.pixels = newPixels; image.pixelSize = (origMasked? 2 : 1); image.paletteId = origPaletteId; if(origMasked) { image.flags |= IMGF_IS_MASKED; } } } } } else if(image.pixelSize > 2) { if(monochrome) { Image_ConvertToLuminance(image); AmplifyLuma(image.pixels, image.size.x, image.size.y, image.pixelSize == 2); } } /* * Choose the final GL texture format. */ if(monochrome) { return image.pixelSize == 2? DGL_LUMINANCE_PLUS_A8 : DGL_LUMINANCE; } if(image.paletteId) { return (image.flags & IMGF_IS_MASKED)? DGL_COLOR_INDEX_8_PLUS_A8 : DGL_COLOR_INDEX_8; } return image.pixelSize == 2 ? DGL_LUMINANCE_PLUS_A8 : image.pixelSize == 3 ? DGL_RGB : image.pixelSize == 4 ? DGL_RGBA : DGL_LUMINANCE; } /** * Prepares the image for use as a detail GL texture in accordance with the * given specification. * * @param image The image to prepare (in place). * @param spec Specification describing any transformations which should * be applied to the image. * * Return values: * @param baMul Luminance equalization balance factor is written here. * @param hiMul Luminance equalization white-shift factor is written here. * @param loMul Luminance equalization black-shift factor is written here. * * @return The DGL texture format determined for the image. */ static dgltexformat_t prepareImageAsDetailTexture(image_t &image, detailvariantspecification_t const &spec, float *baMul, float *hiMul, float *loMul) { DENG_UNUSED(spec); // We want a luminance map. if(image.pixelSize > 2) { Image_ConvertToLuminance(image, false /*discard alpha*/); } // Try to normalize the luminance data so it works expectedly as a detail texture. EqualizeLuma(image.pixels, image.size.x, image.size.y, baMul, hiMul, loMul); return DGL_LUMINANCE; } void GL_PrepareTextureContent(texturecontent_t &c, GLuint glTexName, image_t &image, TextureVariantSpec const &spec, TextureManifest const &textureManifest) { DENG_ASSERT(glTexName != 0); DENG_ASSERT(image.pixels != 0); // Initialize and assign a GL name to the content. GL_InitTextureContent(&c); c.name = glTexName; switch(spec.type) { case TST_GENERAL: { variantspecification_t const &vspec = spec.variant; bool const noCompression = (vspec.flags & TSF_NO_COMPRESSION) != 0; // If the Upscale And Sharpen filter is enabled, scaling is applied // implicitly by prepareImageAsTexture(), so don't do it again. bool const noSmartFilter = (vspec.flags & TSF_UPSCALE_AND_SHARPEN) != 0; // Prepare the image for upload. dgltexformat_t dglFormat = prepareImageAsTexture(image, vspec); // Configure the texture content. c.format = dglFormat; c.width = image.size.x; c.height = image.size.y; c.pixels = image.pixels; c.paletteId = image.paletteId; if(noCompression || (image.size.x < 128 || image.size.y < 128)) c.flags |= TXCF_NO_COMPRESSION; if(vspec.gammaCorrection) c.flags |= TXCF_APPLY_GAMMACORRECTION; if(vspec.noStretch) c.flags |= TXCF_UPLOAD_ARG_NOSTRETCH; if(vspec.mipmapped) c.flags |= TXCF_MIPMAP; if(noSmartFilter) c.flags |= TXCF_UPLOAD_ARG_NOSMARTFILTER; c.magFilter = vspec.glMagFilter(); c.minFilter = vspec.glMinFilter(); c.anisoFilter = vspec.logicalAnisoLevel(); c.wrap[0] = vspec.wrapS; c.wrap[1] = vspec.wrapT; break; } case TST_DETAIL: { detailvariantspecification_t const &dspec = spec.detailVariant; // Prepare the image for upload. float baMul, hiMul, loMul; dgltexformat_t dglFormat = prepareImageAsDetailTexture(image, dspec, &baMul, &hiMul, &loMul); // Determine the gray mipmap factor. int grayMipmapFactor = dspec.contrast; if(baMul != 1 || hiMul != 1 || loMul != 1) { // Integrate the normalization factor with contrast. float const hiContrast = 1 - 1. / hiMul; float const loContrast = 1 - loMul; float const shift = ((hiContrast + loContrast) / 2); grayMipmapFactor = int(255 * de::clamp(0.f, dspec.contrast / 255.f - shift, 1.f)); // Announce the normalization. de::Uri uri = textureManifest.composeUri(); LOG_GL_VERBOSE("Normalized detail texture \"%s\" (balance: %f, high amp: %f, low amp: %f)") << uri << baMul << hiMul << loMul; } // Configure the texture content. c.format = dglFormat; c.flags = TXCF_GRAY_MIPMAP | TXCF_UPLOAD_ARG_NOSMARTFILTER; // Disable compression? if(image.size.x < 128 || image.size.y < 128) c.flags |= TXCF_NO_COMPRESSION; c.grayMipmap = grayMipmapFactor; c.width = image.size.x; c.height = image.size.y; c.pixels = image.pixels; c.anisoFilter = texAniso; c.magFilter = glmode[texMagMode]; c.minFilter = GL_LINEAR_MIPMAP_LINEAR; c.wrap[0] = GL_REPEAT; c.wrap[1] = GL_REPEAT; break; } default: // Invalid spec type. DENG_ASSERT(false); } } /** * Choose an internal texture format. * * @param format DGL texture format identifier. * @param allowCompression @c true == use compression if available. * @return The chosen texture format. */ static GLint ChooseTextureFormat(dgltexformat_t format, dd_bool allowCompression) { dd_bool compress = (allowCompression && GL_state.features.texCompression); switch(format) { case DGL_RGB: case DGL_COLOR_INDEX_8: if(!compress) return GL_RGB8; #if USE_TEXTURE_COMPRESSION_S3 if(GLInfo::extensions().EXT_texture_compression_s3tc) return GL_COMPRESSED_RGB_S3TC_DXT1_EXT; #endif return GL_COMPRESSED_RGB; case DGL_RGBA: case DGL_COLOR_INDEX_8_PLUS_A8: if(!compress) return GL_RGBA8; #if USE_TEXTURE_COMPRESSION_S3 if(GLInfo::extensions().EXT_texture_compression_s3tc) return GL_COMPRESSED_RGBA_S3TC_DXT5_EXT; #endif return GL_COMPRESSED_RGBA; case DGL_LUMINANCE: return !compress ? GL_LUMINANCE : GL_COMPRESSED_LUMINANCE; case DGL_LUMINANCE_PLUS_A8: return !compress ? GL_LUMINANCE_ALPHA : GL_COMPRESSED_LUMINANCE_ALPHA; default: Con_Error("ChooseTextureFormat: Invalid source format %i.", (int) format); return 0; // Unreachable. } } /** * @param glFormat Identifier of the desired GL texture format. * @param loadFormat Identifier of the GL texture format used during upload. * @param pixels Texture pixel data to be uploaded. * @param width Width of the texture in pixels. * @param height Height of the texture in pixels. * @param genMipmaps If negative sets a specific mipmap level, e.g.: * @c -1, means mipmap level 1. * * @return @c true iff successful. */ static dd_bool uploadTexture(int glFormat, int loadFormat, const uint8_t* pixels, int width, int height, int genMipmaps) { const int packRowLength = 0, packAlignment = 1, packSkipRows = 0, packSkipPixels = 0; const int unpackRowLength = 0, unpackAlignment = 1, unpackSkipRows = 0, unpackSkipPixels = 0; int mipLevel = 0; DENG_ASSERT(pixels); if(!(GL_LUMINANCE_ALPHA == loadFormat || GL_LUMINANCE == loadFormat || GL_RGB == loadFormat || GL_RGBA == loadFormat)) { throw Error("texturecontent_t::uploadTexture", "Unsupported load format " + String::number(loadFormat)); } // Can't operate on null texture. if(width < 1 || height < 1) return false; // Check that the texture dimensions are valid. if(width > GLInfo::limits().maxTexSize || height > GLInfo::limits().maxTexSize) return false; if(!GL_state.features.texNonPowTwo && (width != M_CeilPow2(width) || height != M_CeilPow2(height))) return false; // Negative indices signify a specific mipmap level is being uploaded. if(genMipmaps < 0) { mipLevel = -genMipmaps; genMipmaps = 0; } DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Automatic mipmap generation? if(GLInfo::extensions().SGIS_generate_mipmap && genMipmaps) glTexParameteri(GL_TEXTURE_2D, GL_GENERATE_MIPMAP_SGIS, GL_TRUE); glPushClientAttrib(GL_CLIENT_PIXEL_STORE_BIT); glPixelStorei(GL_PACK_ROW_LENGTH, (GLint)packRowLength); glPixelStorei(GL_PACK_ALIGNMENT, (GLint)packAlignment); glPixelStorei(GL_PACK_SKIP_ROWS, (GLint)packSkipRows); glPixelStorei(GL_PACK_SKIP_PIXELS, (GLint)packSkipPixels); glPixelStorei(GL_UNPACK_ROW_LENGTH, (GLint)unpackRowLength); glPixelStorei(GL_UNPACK_ALIGNMENT, (GLint)unpackAlignment); glPixelStorei(GL_UNPACK_SKIP_ROWS, (GLint)unpackSkipRows); glPixelStorei(GL_UNPACK_SKIP_PIXELS, (GLint)unpackSkipPixels); if(genMipmaps && !GLInfo::extensions().SGIS_generate_mipmap) { // Build all mipmap levels. int neww, newh, bpp, w, h; void* image, *newimage; bpp = BytesPerPixel(loadFormat); if(bpp == 0) throw Error("texturecontent_t::uploadTexture", "Unknown GL format " + String::number(loadFormat)); GL_OptimalTextureSize(width, height, false, true, &w, &h); if(w != width || h != height) { // Must rescale image to get "top" mipmap texture image. image = GL_ScaleBufferEx(pixels, width, height, bpp, /*GL_UNSIGNED_BYTE,*/ unpackRowLength, unpackAlignment, unpackSkipRows, unpackSkipPixels, w, h, /*GL_UNSIGNED_BYTE,*/ packRowLength, packAlignment, packSkipRows, packSkipPixels); if(!image) throw Error("texturecontent_t::uploadTexture", "Unknown error resizing mipmap level #0"); } else { image = (void*) pixels; } for(;;) { glTexImage2D(GL_TEXTURE_2D, mipLevel, (GLint)glFormat, w, h, 0, (GLint)loadFormat, GL_UNSIGNED_BYTE, image); if(w == 1 && h == 1) break; ++mipLevel; neww = (w < 2) ? 1 : w / 2; newh = (h < 2) ? 1 : h / 2; newimage = GL_ScaleBufferEx(image, w, h, bpp, /*GL_UNSIGNED_BYTE,*/ unpackRowLength, unpackAlignment, unpackSkipRows, unpackSkipPixels, neww, newh, /*GL_UNSIGNED_BYTE,*/ packRowLength, packAlignment, packSkipRows, packSkipPixels); if(!newimage) throw Error("texturecontent_t::uploadTexture", "Unknown error resizing mipmap level #" + String::number(mipLevel)); if(image != pixels) M_Free(image); image = newimage; w = neww; h = newh; } if(image != pixels) M_Free(image); } else { glTexImage2D(GL_TEXTURE_2D, mipLevel, (GLint)glFormat, (GLsizei)width, (GLsizei)height, 0, (GLint)loadFormat, GL_UNSIGNED_BYTE, pixels); } glPopClientAttrib(); DENG_ASSERT(!Sys_GLCheckError()); return true; } /** * @param glFormat Identifier of the desired GL texture format. * @param loadFormat Identifier of the GL texture format used during upload. * @param pixels Texture pixel data to be uploaded. * @param width Width of the texture in pixels. * @param height Height of the texture in pixels. * @param grayFactor Strength of the blend where @c 0:none @c 1:full. * * @return @c true iff successful. */ static dd_bool uploadTextureGrayMipmap(int glFormat, int loadFormat, const uint8_t* pixels, int width, int height, float grayFactor) { int i, w, h, numpels = width * height, numLevels, pixelSize; uint8_t* image, *faded, *out; const uint8_t* in; float invFactor; DENG_ASSERT(pixels); if(!(GL_RGB == loadFormat || GL_LUMINANCE == loadFormat)) { throw Error("texturecontent_t::uploadTextureGrayMipmap", "Unsupported load format " + String::number(loadFormat)); } pixelSize = (loadFormat == GL_LUMINANCE? 1 : 3); // Can't operate on null texture. if(width < 1 || height < 1) return false; // Check that the texture dimensions are valid. if(!GL_state.features.texNonPowTwo && (width != M_CeilPow2(width) || height != M_CeilPow2(height))) return false; if(width > GLInfo::limits().maxTexSize || height > GLInfo::limits().maxTexSize) return false; numLevels = GL_NumMipmapLevels(width, height); grayFactor = MINMAX_OF(0, grayFactor, 1); invFactor = 1 - grayFactor; // Buffer used for the faded texture. faded = (uint8_t*) M_Malloc(numpels / 4); image = (uint8_t*) M_Malloc(numpels); // Initial fading. in = pixels; out = image; for(i = 0; i < numpels; ++i) { *out++ = (uint8_t) MINMAX_OF(0, (*in * grayFactor + 127 * invFactor), 255); in += pixelSize; } // Upload the first level right away. glTexImage2D(GL_TEXTURE_2D, 0, glFormat, width, height, 0, (GLint)loadFormat, GL_UNSIGNED_BYTE, image); // Generate all mipmaps levels. w = width; h = height; for(i = 0; i < numLevels; ++i) { GL_DownMipmap8(image, faded, w, h, (i * 1.75f) / numLevels); // Go down one level. if(w > 1) w /= 2; if(h > 1) h /= 2; glTexImage2D(GL_TEXTURE_2D, i + 1, glFormat, w, h, 0, (GLint)loadFormat, GL_UNSIGNED_BYTE, faded); } // Do we need to free the temp buffer? M_Free(faded); M_Free(image); DENG_ASSERT(!Sys_GLCheckError()); return true; } /// @note Texture parameters will NOT be set here! void GL_UploadTextureContent(texturecontent_t const &content, gl::UploadMethod method) { if(method == gl::Deferred) { GL_DeferTextureUpload(&content); return; } if(novideo) return; // Do this right away. No need to take a copy. bool generateMipmaps = (content.flags & (TXCF_MIPMAP|TXCF_GRAY_MIPMAP)) != 0; bool applyTexGamma = (content.flags & TXCF_APPLY_GAMMACORRECTION) != 0; bool noCompression = (content.flags & TXCF_NO_COMPRESSION) != 0; bool noSmartFilter = (content.flags & TXCF_UPLOAD_ARG_NOSMARTFILTER) != 0; bool noStretch = (content.flags & TXCF_UPLOAD_ARG_NOSTRETCH) != 0; int loadWidth = content.width, loadHeight = content.height; uint8_t const *loadPixels = content.pixels; dgltexformat_t dglFormat = content.format; if(DGL_COLOR_INDEX_8 == dglFormat || DGL_COLOR_INDEX_8_PLUS_A8 == dglFormat) { // Convert a paletted source image to truecolor. uint8_t *newPixels = GL_ConvertBuffer(loadPixels, loadWidth, loadHeight, DGL_COLOR_INDEX_8_PLUS_A8 == dglFormat ? 2 : 1, content.paletteId, DGL_COLOR_INDEX_8_PLUS_A8 == dglFormat ? 4 : 3); if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = newPixels; dglFormat = DGL_COLOR_INDEX_8_PLUS_A8 == dglFormat ? DGL_RGBA : DGL_RGB; } if(DGL_RGBA == dglFormat || DGL_RGB == dglFormat) { int comps = (DGL_RGBA == dglFormat ? 4 : 3); if(applyTexGamma && texGamma > .0001f) { uint8_t* dst, *localBuffer = 0; long const numPels = loadWidth * loadHeight; uint8_t const *src = loadPixels; if(loadPixels == content.pixels) { localBuffer = (uint8_t *) M_Malloc(comps * numPels); dst = localBuffer; } else { dst = const_cast(loadPixels); } for(long i = 0; i < numPels; ++i) { dst[CR] = texGammaLut[src[CR]]; dst[CG] = texGammaLut[src[CG]]; dst[CB] = texGammaLut[src[CB]]; if(comps == 4) dst[CA] = src[CA]; dst += comps; src += comps; } if(localBuffer) { if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = localBuffer; } } if(useSmartFilter && !noSmartFilter) { if(comps == 3) { // Need to add an alpha channel. uint8_t *newPixels = GL_ConvertBuffer(loadPixels, loadWidth, loadHeight, 3, 0, 4); if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = newPixels; dglFormat = DGL_RGBA; } uint8_t *filtered = GL_SmartFilter(GL_ChooseSmartFilter(loadWidth, loadHeight, 0), loadPixels, loadWidth, loadHeight, ICF_UPSCALE_SAMPLE_WRAP, &loadWidth, &loadHeight); if(filtered != loadPixels) { if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = filtered; } } } if(DGL_LUMINANCE_PLUS_A8 == dglFormat) { // Needs converting. This adds some overhead. long const numPixels = content.width * content.height; uint8_t *localBuffer = (uint8_t *) M_Malloc(2 * numPixels); uint8_t *pixel = localBuffer; for(long i = 0; i < numPixels; ++i) { pixel[0] = loadPixels[i]; pixel[1] = loadPixels[numPixels + i]; pixel += 2; } if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = localBuffer; } if(DGL_LUMINANCE == dglFormat && (content.flags & TXCF_CONVERT_8BIT_TO_ALPHA)) { // Needs converting. This adds some overhead. long const numPixels = content.width * content.height; uint8_t *localBuffer = (uint8_t *) M_Malloc(2 * numPixels); // Move the average color to the alpha channel, make the actual color white. uint8_t *pixel = localBuffer; for(long i = 0; i < numPixels; ++i) { pixel[0] = 255; pixel[1] = loadPixels[i]; pixel += 2; } if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = localBuffer; dglFormat = DGL_LUMINANCE_PLUS_A8; } // Calculate the final dimensions for the texture, as required by // the graphics hardware and/or engine configuration. int width = loadWidth, height = loadHeight; noStretch = GL_OptimalTextureSize(width, height, noStretch, generateMipmaps, &loadWidth, &loadHeight); // Do we need to resize? if(width != loadWidth || height != loadHeight) { int comps = BytesPerPixelFmt(dglFormat); if(noStretch) { // Copy the texture into a power-of-two canvas. uint8_t *localBuffer = (uint8_t *) M_Calloc(comps * loadWidth * loadHeight); // Copy line by line. for(int i = 0; i < height; ++i) { std::memcpy(localBuffer + loadWidth * comps * i, loadPixels + width * comps * i, comps * width); } if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = localBuffer; } else { // Stretch into a new power-of-two texture. uint8_t *newPixels = GL_ScaleBuffer(loadPixels, width, height, comps, loadWidth, loadHeight); if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } loadPixels = newPixels; } } DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBindTexture(GL_TEXTURE_2D, content.name); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, content.minFilter); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, content.magFilter); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, content.wrap[0]); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, content.wrap[1]); if(GL_state.features.texFilterAniso) glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAX_ANISOTROPY_EXT, GL_GetTexAnisoMul(content.anisoFilter)); if(!(content.flags & TXCF_GRAY_MIPMAP)) { GLint loadFormat; switch(dglFormat) { case DGL_LUMINANCE_PLUS_A8: loadFormat = GL_LUMINANCE_ALPHA; break; case DGL_LUMINANCE: loadFormat = GL_LUMINANCE; break; case DGL_RGB: loadFormat = GL_RGB; break; case DGL_RGBA: loadFormat = GL_RGBA; break; default: throw Error("GL_UploadTextureContent", QString("Unknown format %1").arg(int(dglFormat))); } GLint glFormat = ChooseTextureFormat(dglFormat, !noCompression); if(!uploadTexture(glFormat, loadFormat, loadPixels, loadWidth, loadHeight, generateMipmaps ? true : false)) { throw Error("GL_UploadTextureContent", QString("TexImage failed (%1:%2 fmt%3)") .arg(content.name) .arg(Vector2i(loadWidth, loadHeight).asText()) .arg(int(dglFormat))); } } else { // Special fade-to-gray luminance texture (used for details). GLint glFormat, loadFormat; switch(dglFormat) { case DGL_LUMINANCE: loadFormat = GL_LUMINANCE; break; case DGL_RGB: loadFormat = GL_RGB; break; default: throw Error("GL_UploadTextureContent", QString("Unknown format %1").arg(int(dglFormat))); } glFormat = ChooseTextureFormat(DGL_LUMINANCE, !noCompression); if(!uploadTextureGrayMipmap(glFormat, loadFormat, loadPixels, loadWidth, loadHeight, content.grayMipmap * reciprocal255)) { throw Error("GL_UploadTextureContent", QString("TexImageGrayMipmap failed (%1:%2 fmt%3)") .arg(content.name) .arg(Vector2i(loadWidth, loadHeight).asText()) .arg(int(dglFormat))); } } if(loadPixels != content.pixels) { M_Free(const_cast(loadPixels)); } } doomsday-1.14.5/doomsday/client/src/gl/sys_opengl.cpp0000664000175000017500000002766112350542237022100 0ustar jaakkojaakko/**\file sys_opengl.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de_platform.h" #include "de_base.h" #include "de_console.h" #include "de_graphics.h" #include "de_misc.h" #include "gl/sys_opengl.h" #include #include #include #include #include #ifdef WIN32 # define GETPROC(Type, x) x = de::function_cast(wglGetProcAddress(#x)) #elif defined(UNIX) && !defined(MACOSX) # include # define GETPROC(Type, x) x = de::function_cast(glXGetProcAddress((GLubyte const *)#x)) #endif gl_state_t GL_state; #ifdef WIN32 PFNWGLSWAPINTERVALEXTPROC wglSwapIntervalEXT = NULL; PFNWGLCHOOSEPIXELFORMATARBPROC wglChoosePixelFormatARB = NULL; #endif #ifdef LIBGUI_USE_GLENTRYPOINTS PFNGLBLENDEQUATIONEXTPROC glBlendEquationEXT = NULL; PFNGLLOCKARRAYSEXTPROC glLockArraysEXT = NULL; PFNGLUNLOCKARRAYSEXTPROC glUnlockArraysEXT = NULL; #endif static dd_bool doneEarlyInit = false; static dd_bool inited = false; static dd_bool firstTimeInit = true; static void initialize(void) { de::GLInfo::Extensions const &ext = de::GLInfo::extensions(); if(CommandLine_Exists("-noanifilter")) { GL_state.features.texFilterAniso = false; } if(!ext.ARB_texture_non_power_of_two || CommandLine_Exists("-notexnonpow2") || CommandLine_Exists("-notexnonpowtwo")) { GL_state.features.texNonPowTwo = false; } if(ext.EXT_blend_subtract) { #ifdef LIBGUI_USE_GLENTRYPOINTS GETPROC(PFNGLBLENDEQUATIONEXTPROC, glBlendEquationEXT); if(!glBlendEquationEXT) GL_state.features.blendSubtract = false; #endif } else { GL_state.features.blendSubtract = false; } #ifdef USE_TEXTURE_COMPRESSION_S3 // Enabled by default if available. if(ext.EXT_texture_compression_s3tc) { GLint iVal; glGetIntegerv(GL_NUM_COMPRESSED_TEXTURE_FORMATS, &iVal); if(iVal == 0 || glGetError() != GL_NO_ERROR) GL_state.features.texCompression = false; } #else GL_state.features.texCompression = false; #endif if(CommandLine_Exists("-notexcomp")) { GL_state.features.texCompression = false; } // Automatic mipmap generation. if(!ext.SGIS_generate_mipmap || CommandLine_Exists("-nosgm")) { GL_state.features.genMipmap = false; } #ifdef WIN32 if(ext.Windows_EXT_swap_control) { GETPROC(PFNWGLSWAPINTERVALEXTPROC, wglSwapIntervalEXT); } if(!ext.Windows_EXT_swap_control || !wglSwapIntervalEXT) GL_state.features.vsync = false; #else GL_state.features.vsync = true; #endif } #define TABBED(A, B) _E(Ta) " " _E(l) A _E(.) " " _E(Tb) << B << "\n" de::String Sys_GLDescription() { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); de::String str; QTextStream os(&str); os << _E(b) "OpenGL information:\n" << _E(.); os << TABBED("Version:", (char const *) glGetString(GL_VERSION)); os << TABBED("Renderer:", (char const *) glGetString(GL_RENDERER)); os << TABBED("Vendor:", (char const *) glGetString(GL_VENDOR)); os << _E(T`) "Capabilities:\n"; GLint iVal; #ifdef USE_TEXTURE_COMPRESSION_S3 if(de::GLInfo::extensions().EXT_texture_compression_s3tc) { glGetIntegerv(GL_NUM_COMPRESSED_TEXTURE_FORMATS, &iVal); os << TABBED("Compressed texture formats:", iVal); } #endif glGetIntegerv(GL_MAX_TEXTURE_UNITS, &iVal); os << TABBED("Available texture units:", iVal); if(de::GLInfo::extensions().EXT_texture_filter_anisotropic) { glGetIntegerv(GL_MAX_TEXTURE_MAX_ANISOTROPY_EXT, &iVal); os << TABBED("Maximum texture anisotropy:", iVal); } else { os << _E(Ta) " Variable texture anisotropy unavailable."; } glGetIntegerv(GL_MAX_TEXTURE_SIZE, &iVal); os << TABBED("Maximum texture size:", iVal); GLfloat fVals[2]; glGetFloatv(GL_LINE_WIDTH_GRANULARITY, fVals); os << TABBED("Line width granularity:", fVals[0]); glGetFloatv(GL_LINE_WIDTH_RANGE, fVals); os << TABBED("Line width range:", fVals[0] << "..." << fVals[1]); return str.rightStrip(); #undef TABBED } static void printGLUInfo(void) { LOG_GL_MSG("%s") << Sys_GLDescription(); Sys_GLPrintExtensions(); } dd_bool Sys_GLPreInit(void) { if(novideo) return true; if(doneEarlyInit) return true; // Already been here?? // Init assuming ideal configuration. GL_state.multisampleFormat = 0; // No valid default can be assumed at this time. GL_state.features.blendSubtract = true; GL_state.features.genMipmap = true; GL_state.features.multisample = false; // We'll test for availability... GL_state.features.texCompression = true; GL_state.features.texFilterAniso = true; GL_state.features.texNonPowTwo = true; GL_state.features.vsync = true; GL_state.currentLineWidth = 1.5f; GL_state.currentPointSize = 1.5f; GL_state.currentUseFog = false; doneEarlyInit = true; return true; } dd_bool Sys_GLInitialize(void) { if(novideo) return true; LOG_AS("Sys_GLInitialize"); assert(doneEarlyInit); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); assert(!Sys_GLCheckError()); if(firstTimeInit) { const GLubyte* versionStr = glGetString(GL_VERSION); double version = (versionStr? strtod((const char*) versionStr, NULL) : 0); if(version == 0) { LOG_GL_WARNING("Failed to determine OpenGL version; driver reports: %s") << glGetString(GL_VERSION); } else if(version < 2.0) { if(!CommandLine_Exists("-noglcheck")) { Sys_CriticalMessagef("OpenGL implementation is too old!\n" " Driver version: %s\n" " The minimum supported version is 2.0", glGetString(GL_VERSION)); return false; } else { LOG_GL_WARNING("OpenGL implementation may be too old (2.0+ required, " "but driver reports %s)") << glGetString(GL_VERSION); } } initialize(); printGLUInfo(); firstTimeInit = false; } // GL system is now fully initialized. inited = true; /** * We can now (re)configure GL state that is dependent upon extensions * which may or may not be present on the host system. */ // Use nice quality for mipmaps please. if(GL_state.features.genMipmap && de::GLInfo::extensions().SGIS_generate_mipmap) glHint(GL_GENERATE_MIPMAP_HINT_SGIS, GL_NICEST); assert(!Sys_GLCheckError()); return true; } void Sys_GLShutdown(void) { if(!inited) return; // No cleanup. inited = false; } void Sys_GLConfigureDefaultState(void) { GLfloat fogcol[4] = { .54f, .54f, .54f, 1 }; /** * @note Only core OpenGL features can be configured at this time * because we have not yet queried for available extensions, * or configured our prefered feature default state. * * This means that GL_state.extensions and GL_state.features * cannot be accessed here during initial startup. */ assert(doneEarlyInit); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glFrontFace(GL_CW); glDisable(GL_CULL_FACE); glCullFace(GL_BACK); glDisable(GL_DEPTH_TEST); glDepthFunc(GL_LESS); glDisable(GL_TEXTURE_1D); glDisable(GL_TEXTURE_2D); glDisable(GL_TEXTURE_CUBE_MAP); // The projection matrix. glMatrixMode(GL_PROJECTION); glLoadIdentity(); // Initialize the modelview matrix. glMatrixMode(GL_MODELVIEW); glLoadIdentity(); // Also clear the texture matrix. glMatrixMode(GL_TEXTURE); glLoadIdentity(); #if DRMESA glDisable(GL_DITHER); glDisable(GL_LIGHTING); glDisable(GL_LINE_SMOOTH); glDisable(GL_POINT_SMOOTH); glDisable(GL_POLYGON_SMOOTH); glShadeModel(GL_FLAT); #else // Setup for antialiased lines/points. glEnable(GL_LINE_SMOOTH); glHint(GL_LINE_SMOOTH_HINT, GL_NICEST); glLineWidth(GL_state.currentLineWidth); glEnable(GL_POINT_SMOOTH); glHint(GL_POINT_SMOOTH_HINT, GL_NICEST); glPointSize(GL_state.currentPointSize); glShadeModel(GL_SMOOTH); #endif // Alpha blending is a go! glEnable(GL_BLEND); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); glEnable(GL_ALPHA_TEST); glAlphaFunc(GL_GREATER, 0); // Default state for the white fog is off. glDisable(GL_FOG); glFogi(GL_FOG_MODE, GL_LINEAR); glFogi(GL_FOG_END, 2100); // This should be tweaked a bit. glFogfv(GL_FOG_COLOR, fogcol); #if DRMESA glHint(GL_PERSPECTIVE_CORRECTION_HINT, GL_FASTEST); #else glHint(GL_PERSPECTIVE_CORRECTION_HINT, GL_NICEST); #endif // Prefer good quality in texture compression. glHint(GL_TEXTURE_COMPRESSION_HINT, GL_NICEST); // Configure the default GLState (bottom of the stack). de::GLState::current().setBlendFunc(de::gl::SrcAlpha, de::gl::OneMinusSrcAlpha); } static de::String omitGLPrefix(de::String str) { if(str.startsWith("GL_")) return str.substr(3); return str; } static void printExtensions(QStringList extensions) { // Find all the prefixes. QSet prefixes; foreach(QString ext, extensions) { ext = omitGLPrefix(ext); int pos = ext.indexOf("_"); if(pos > 0) { prefixes.insert(ext.left(pos)); } } QStringList sortedPrefixes = prefixes.toList(); qSort(sortedPrefixes); foreach(QString prefix, sortedPrefixes) { de::String str; QTextStream os(&str); os << " " << prefix << " extensions:\n " _E(>) _E(2); bool first = true; foreach(QString ext, extensions) { ext = omitGLPrefix(ext); if(ext.startsWith(prefix + "_")) { ext.remove(0, prefix.size() + 1); if(!first) os << ", "; os << ext; first = false; } } LOG_GL_MSG("%s") << str; } } void Sys_GLPrintExtensions(void) { LOG_GL_MSG(_E(b) "OpenGL Extensions:"); printExtensions(QString((char const *) glGetString(GL_EXTENSIONS)).split(" ", QString::SkipEmptyParts)); #if WIN32 // List the WGL extensions too. if(wglGetExtensionsStringARB) { LOG_GL_MSG(" Extensions (WGL):"); printExtensions(QString((char const *) ((GLubyte const *(__stdcall *)(HDC))wglGetExtensionsStringARB)(wglGetCurrentDC())).split(" ", QString::SkipEmptyParts)); } #endif #ifdef Q_WS_X11 // List GLX extensions. LOG_GL_MSG(" Extensions (GLX):"); printExtensions(QString(getGLXExtensionsString()).split(" ", QString::SkipEmptyParts)); #endif } dd_bool Sys_GLCheckError() { #ifdef DENG_DEBUG if(!novideo) { GLenum error = glGetError(); if(error != GL_NO_ERROR) { LOGDEV_GL_ERROR("OpenGL error: 0x%x") << error; } } #endif return false; } doomsday-1.14.5/doomsday/client/src/gl/gl_texmanager.cpp0000664000175000017500000002726312350542237022531 0ustar jaakkojaakko/** @file gl_texmanager.cpp GL-Texture management. * * @todo This file needs to be split into smaller portions. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2002 Graham Jackson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_platform.h" #include "gl/gl_texmanager.h" #include "de_filesys.h" #include "de_resource.h" #include "clientapp.h" #include "dd_main.h" // App_ResourceSystem() #include "con_main.h" #include "con_bar.h" #include "def_main.h" #include "gl/gl_main.h" // DENG_ASSERT_GL_CONTEXT_ACTIVE #include "gl/texturecontent.h" #include "render/r_main.h" // R_BuildTexGammaLut #include "render/rend_halo.h" // haloRealistic #include "render/rend_main.h" // misc global vars #include "render/rend_particle.h" // Rend_ParticleLoadSystemTextures() #include "resource/hq2x.h" #include #include #include #include #include using namespace de; static bool initedOk = false; // Init done. // Names of the dynamic light textures. static DGLuint lightingTextures[NUM_LIGHTING_TEXTURES]; // Names of the flare textures (halos). static DGLuint sysFlareTextures[NUM_SYSFLARE_TEXTURES]; void GL_InitTextureManager() { if(initedOk) { GL_LoadLightingSystemTextures(); GL_LoadFlareTextures(); Rend_ParticleLoadSystemTextures(); return; // Already been here. } // Disable the use of 'high resolution' textures and/or patches? noHighResTex = CommandLine_Exists("-nohightex"); noHighResPatches = CommandLine_Exists("-nohighpat"); // Should we allow using external resources with PWAD textures? highResWithPWAD = CommandLine_Exists("-pwadtex"); // System textures. zap(sysFlareTextures); zap(lightingTextures); GL_InitSmartFilterHQ2x(); // Initialization done. initedOk = true; } static int reloadTextures(void *context) { bool const usingBusyMode = *static_cast(context); /// @todo re-upload ALL textures currently in use. GL_LoadLightingSystemTextures(); GL_LoadFlareTextures(); Rend_ParticleLoadSystemTextures(); Rend_ParticleLoadExtraTextures(); if(usingBusyMode) { Con_SetProgress(200); BusyMode_WorkerEnd(); } return 0; } void GL_TexReset() { if(!initedOk) return; App_ResourceSystem().releaseAllGLTextures(); LOG_GL_VERBOSE("Released all GL textures"); bool useBusyMode = !BusyMode_Active(); if(useBusyMode) { BusyMode_FreezeGameForBusyMode(); Con_InitProgress(200); BusyMode_RunNewTaskWithName(BUSYF_ACTIVITY | (verbose? BUSYF_CONSOLE_OUTPUT : 0), reloadTextures, &useBusyMode, "Reseting textures..."); } else { reloadTextures(&useBusyMode); } } void GL_LoadLightingSystemTextures() { if(novideo || !initedOk) return; // Preload lighting system textures. GL_PrepareLSTexture(LST_DYNAMIC); GL_PrepareLSTexture(LST_GRADIENT); GL_PrepareLSTexture(LST_CAMERA_VIGNETTE); } void GL_ReleaseAllLightingSystemTextures() { if(novideo || !initedOk) return; glDeleteTextures(NUM_LIGHTING_TEXTURES, (GLuint const *) lightingTextures); zap(lightingTextures); } GLuint GL_PrepareLSTexture(lightingtexid_t which) { if(novideo) return 0; if(which < 0 || which >= NUM_LIGHTING_TEXTURES) return 0; static const struct TexDef { char const *name; gfxmode_t mode; } texDefs[NUM_LIGHTING_TEXTURES] = { /* LST_DYNAMIC */ { "dlight", LGM_WHITE_ALPHA }, /* LST_GRADIENT */ { "wallglow", LGM_WHITE_ALPHA }, /* LST_RADIO_CO */ { "radioco", LGM_WHITE_ALPHA }, /* LST_RADIO_CC */ { "radiocc", LGM_WHITE_ALPHA }, /* LST_RADIO_OO */ { "radiooo", LGM_WHITE_ALPHA }, /* LST_RADIO_OE */ { "radiooe", LGM_WHITE_ALPHA }, /* LST_CAMERA_VIGNETTE */ { "vignette", LGM_NORMAL } }; struct TexDef const &def = texDefs[which]; if(!lightingTextures[which]) { image_t image; if(GL_LoadExtImage(image, def.name, def.mode)) { // Loaded successfully and converted accordingly. // Upload the image to GL. DGLuint glName = GL_NewTextureWithParams( ( image.pixelSize == 2 ? DGL_LUMINANCE_PLUS_A8 : image.pixelSize == 3 ? DGL_RGB : image.pixelSize == 4 ? DGL_RGBA : DGL_LUMINANCE ), image.size.x, image.size.y, image.pixels, TXCF_NO_COMPRESSION, 0, GL_LINEAR, GL_LINEAR, -1 /*best anisotropy*/, ( which == LST_GRADIENT? GL_REPEAT : GL_CLAMP_TO_EDGE ), GL_CLAMP_TO_EDGE); lightingTextures[which] = glName; } Image_ClearPixelData(image); } DENG2_ASSERT(lightingTextures[which] != 0); return lightingTextures[which]; } void GL_LoadFlareTextures() { if(novideo || !initedOk) return; GL_PrepareSysFlaremap(FXT_ROUND); GL_PrepareSysFlaremap(FXT_FLARE); if(!haloRealistic) { GL_PrepareSysFlaremap(FXT_BRFLARE); GL_PrepareSysFlaremap(FXT_BIGFLARE); } } void GL_ReleaseAllFlareTextures() { if(novideo || !initedOk) return; glDeleteTextures(NUM_SYSFLARE_TEXTURES, (GLuint const *) sysFlareTextures); zap(sysFlareTextures); } GLuint GL_PrepareSysFlaremap(flaretexid_t which) { if(novideo) return 0; if(which < 0 || which >= NUM_SYSFLARE_TEXTURES) return 0; static const struct TexDef { char const *name; } texDefs[NUM_SYSFLARE_TEXTURES] = { /* FXT_ROUND */ { "dlight" }, /* FXT_FLARE */ { "flare" }, /* FXT_BRFLARE */ { "brflare" }, /* FXT_BIGFLARE */ { "bigflare" } }; struct TexDef const &def = texDefs[which]; if(!sysFlareTextures[which]) { image_t image; if(GL_LoadExtImage(image, def.name, LGM_WHITE_ALPHA)) { // Loaded successfully and converted accordingly. // Upload the image to GL. DGLuint glName = GL_NewTextureWithParams( ( image.pixelSize == 2 ? DGL_LUMINANCE_PLUS_A8 : image.pixelSize == 3 ? DGL_RGB : image.pixelSize == 4 ? DGL_RGBA : DGL_LUMINANCE ), image.size.x, image.size.y, image.pixels, TXCF_NO_COMPRESSION, 0, GL_LINEAR, GL_LINEAR, 0 /*no anisotropy*/, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE); sysFlareTextures[which] = glName; } Image_ClearPixelData(image); } DENG2_ASSERT(sysFlareTextures[which] != 0); return sysFlareTextures[which]; } GLuint GL_PrepareFlaremap(de::Uri const &resourceUri) { if(resourceUri.path().length() == 1) { // Select a system flare by numeric identifier? int number = resourceUri.path().toStringRef().first().digitValue(); if(number == 0) return 0; // automatic if(number >= 1 && number <= 4) { return GL_PrepareSysFlaremap(flaretexid_t(number - 1)); } } if(Texture *tex = App_ResourceSystem().texture("Flaremaps", &resourceUri)) { if(TextureVariant const *variant = tex->prepareVariant(Rend_HaloTextureSpec())) { return variant->glName(); } // Dang... } return 0; } static res::Source loadRaw(image_t &image, rawtex_t const &raw) { de::FS1 &fileSys = App_FileSystem(); // First try an external resource. try { String foundPath = fileSys.findPath(de::Uri("Patches", Path(raw.name)), RLF_DEFAULT, App_ResourceClass(RC_GRAPHIC)); // Ensure the found path is absolute. foundPath = App_BasePath() / foundPath; return GL_LoadImage(image, foundPath)? res::External : res::None; } catch(FS1::NotFoundError const&) {} // Ignore this error. try { de::FileHandle &file = fileSys.openLump(fileSys.nameIndex().lump(raw.lumpNum)); if(Image_LoadFromFile(image, file)) { fileSys.releaseFile(file.file()); delete &file; return res::Original; } // It must be an old-fashioned "raw" image. #define RAW_WIDTH 320 #define RAW_HEIGHT 200 size_t const fileLength = file.length(); Image_Init(image); image.size = Vector2ui(RAW_WIDTH, fileLength / RAW_WIDTH); image.pixelSize = 1; // Load the raw image data. size_t const numPels = RAW_WIDTH * RAW_HEIGHT; image.pixels = (uint8_t *) M_Malloc(3 * numPels); if(fileLength < 3 * numPels) { std::memset(image.pixels, 0, 3 * numPels); } file.read(image.pixels, fileLength); fileSys.releaseFile(file.file()); delete &file; return res::Original; #undef RAW_HEIGHT #undef RAW_WIDTH } catch(LumpIndex::NotFoundError const &) {} // Ignore error. return res::None; } GLuint GL_PrepareRawTexture(rawtex_t &raw) { if(raw.lumpNum < 0 || raw.lumpNum >= F_LumpCount()) return 0; if(!raw.tex) { image_t image; Image_Init(image); if(loadRaw(image, raw) == res::External) { // Loaded an external raw texture. raw.tex = GL_NewTextureWithParams(image.pixelSize == 4? DGL_RGBA : DGL_RGB, image.size.x, image.size.y, image.pixels, 0, 0, GL_NEAREST, (filterUI ? GL_LINEAR : GL_NEAREST), 0 /*no anisotropy*/, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE); } else { raw.tex = GL_NewTextureWithParams( (image.flags & IMGF_IS_MASKED)? DGL_COLOR_INDEX_8_PLUS_A8 : image.pixelSize == 4? DGL_RGBA : image.pixelSize == 3? DGL_RGB : DGL_COLOR_INDEX_8, image.size.x, image.size.y, image.pixels, 0, 0, GL_NEAREST, (filterUI? GL_LINEAR:GL_NEAREST), 0 /*no anisotropy*/, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE); } raw.width = image.size.x; raw.height = image.size.y; Image_ClearPixelData(image); } return raw.tex; } void GL_SetRawTexturesMinFilter(int newMinFilter) { foreach(rawtex_t *raw, App_ResourceSystem().collectRawTextures()) { if(raw->tex) // Is the texture loaded? { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBindTexture(GL_TEXTURE_2D, raw->tex); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, newMinFilter); } } } void GL_ReleaseTexturesForRawImages() { foreach(rawtex_t *raw, App_ResourceSystem().collectRawTextures()) { if(raw->tex) { glDeleteTextures(1, (GLuint const *) &raw->tex); raw->tex = 0; } } LOG_GL_VERBOSE("Released all GL textures for raw images"); } doomsday-1.14.5/doomsday/client/src/gl/gl_draw.cpp0000664000175000017500000003610212350542237021323 0ustar jaakkojaakko/** @file gl_draw.cpp Basic (Generic) Drawing Routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include #include #include #include "de_base.h" #include "de_console.h" #include "de_graphics.h" #include "de_render.h" #include "de_misc.h" #include "de_play.h" #include "gl/sys_opengl.h" #include "api_render.h" #include #include "gl/gl_draw.h" using namespace de; static bool drawFilter = false; static Vector4f filterColor; void GL_DrawRectWithCoords(Rectanglei const &rect, Vector2i const coords[4]) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBegin(GL_QUADS); // Top left. if(coords) glTexCoord2i(coords[0].x, coords[0].y); glVertex2f(rect.topLeft.x, rect.topLeft.y); // Top Right. if(coords) glTexCoord2i(coords[1].x, coords[1].y); glVertex2f(rect.topRight().x, rect.topRight().y); // Bottom right. if(coords) glTexCoord2i(coords[2].x, coords[2].y); glVertex2f(rect.bottomRight.x, rect.bottomRight.y); // Bottom left. if(coords) glTexCoord2i(coords[3].x, coords[3].y); glVertex2f(rect.bottomLeft().x, rect.bottomLeft().y); glEnd(); } void GL_DrawRect(Rectanglei const &rect) { Vector2i coords[4] = { Vector2i(0, 0), Vector2i(1, 0), Vector2i(1, 1), Vector2i(0, 1) }; GL_DrawRectWithCoords(rect, coords); } void GL_DrawRect2(int x, int y, int w, int h) { GL_DrawRect(Rectanglei::fromSize(Vector2i(x, y), Vector2ui(w, h))); } void GL_DrawRectfWithCoords(const RectRawf* rect, Point2Rawf coords[4]) { if(!rect) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBegin(GL_QUADS); // Upper left. if(coords) glTexCoord2dv((GLdouble*)coords[0].xy); glVertex2d(rect->origin.x, rect->origin.y); // Upper Right. if(coords) glTexCoord2dv((GLdouble*)coords[1].xy); glVertex2d(rect->origin.x + rect->size.width, rect->origin.y); // Lower right. if(coords) glTexCoord2dv((GLdouble*)coords[2].xy); glVertex2d(rect->origin.x + rect->size.width, rect->origin.y + rect->size.height); // Lower left. if(coords) glTexCoord2dv((GLdouble*)coords[3].xy); glVertex2d(rect->origin.x, rect->origin.y + rect->size.height); glEnd(); } void GL_DrawRectf(const RectRawf* rect) { Point2Rawf coords[4]; coords[0].x = 0; coords[0].y = 0; coords[1].x = 1; coords[1].y = 0; coords[2].x = 1; coords[2].y = 1; coords[3].x = 0; coords[3].y = 1; GL_DrawRectfWithCoords(rect, coords); } void GL_DrawRectf2(double x, double y, double w, double h) { RectRawf rect; rect.origin.x = x; rect.origin.y = y; rect.size.width = w; rect.size.height = h; GL_DrawRectf(&rect); } void GL_DrawRectf2Color(double x, double y, double w, double h, float r, float g, float b, float a) { glColor4f(r, g, b, a); GL_DrawRectf2(x, y, w, h); } void GL_DrawRectf2TextureColor(double x, double y, double width, double height, int texW, int texH, const float topColor[3], float topAlpha, const float bottomColor[3], float bottomAlpha) { if(topAlpha <= 0 && bottomAlpha <= 0) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBegin(GL_QUADS); // Top color. glColor4f(topColor[0], topColor[1], topColor[2], topAlpha); glTexCoord2f(0, 0); glVertex2f(x, y); glTexCoord2f(width / (float) texW, 0); glVertex2f(x + width, y); // Bottom color. glColor4f(bottomColor[0], bottomColor[1], bottomColor[2], bottomAlpha); glTexCoord2f(width / (float) texW, height / (float) texH); glVertex2f(x + width, y + height); glTexCoord2f(0, height / (float) texH); glVertex2f(x, y + height); glEnd(); } void GL_DrawRectf2Tiled(double x, double y, double w, double h, int tw, int th) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBegin(GL_QUADS); glTexCoord2f(0, 0); glVertex2d(x, y); glTexCoord2f(w / (float) tw, 0); glVertex2d(x + w, y); glTexCoord2f(w / (float) tw, h / (float) th); glVertex2d(x + w, y + h); glTexCoord2f(0, h / (float) th); glVertex2d(x, y + h); glEnd(); } void GL_DrawCutRectfTiled(const RectRawf* rect, int tw, int th, int txoff, int tyoff, const RectRawf* cutRect) { float ftw = tw, fth = th; float txo = (1.0f / (float)tw) * (float)txoff; float tyo = (1.0f / (float)th) * (float)tyoff; // We'll draw at max four rectangles. float toph = cutRect->origin.y - rect->origin.y; float bottomh = rect->origin.y + rect->size.height - (cutRect->origin.y + cutRect->size.height); float sideh = rect->size.height - toph - bottomh; float lefth = cutRect->origin.x - rect->origin.x; float righth = rect->origin.x + rect->size.width - (cutRect->origin.x + cutRect->size.width); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBegin(GL_QUADS); if(toph > 0) { // The top rectangle. glTexCoord2f(txo, tyo); glVertex2f(rect->origin.x, rect->origin.y); glTexCoord2f(txo + (rect->size.width / ftw), tyo); glVertex2f(rect->origin.x + rect->size.width, rect->origin.y); glTexCoord2f(txo + (rect->size.width / ftw), tyo + (toph / fth)); glVertex2f(rect->origin.x + rect->size.width, rect->origin.y + toph); glTexCoord2f(txo, tyo + (toph / fth)); glVertex2f(rect->origin.x, rect->origin.y + toph); } if(lefth > 0 && sideh > 0) { float yoff = toph / fth; // The left rectangle. glTexCoord2f(txo, yoff + tyo); glVertex2f(rect->origin.x, rect->origin.y + toph); glTexCoord2f(txo + (lefth / ftw), yoff + tyo); glVertex2f(rect->origin.x + lefth, rect->origin.y + toph); glTexCoord2f(txo + (lefth / ftw), yoff + tyo + sideh / fth); glVertex2f(rect->origin.x + lefth, rect->origin.y + toph + sideh); glTexCoord2f(txo, yoff + tyo + sideh / fth); glVertex2f(rect->origin.x, rect->origin.y + toph + sideh); } if(righth > 0 && sideh > 0) { float ox = rect->origin.x + lefth + cutRect->size.width; float xoff = (lefth + cutRect->size.width) / ftw; float yoff = toph / fth; // The left rectangle. glTexCoord2f(xoff + txo, yoff + tyo); glVertex2f(ox, rect->origin.y + toph); glTexCoord2f(xoff + txo + righth / ftw, yoff + tyo); glVertex2f(ox + righth, rect->origin.y + toph); glTexCoord2f(xoff + txo + righth / ftw, yoff + tyo + sideh / fth); glVertex2f(ox + righth, rect->origin.y + toph + sideh); glTexCoord2f(xoff + txo, yoff + tyo + sideh / fth); glVertex2f(ox, rect->origin.y + toph + sideh); } if(bottomh > 0) { float oy = rect->origin.y + toph + sideh; float yoff = (toph + sideh) / fth; glTexCoord2f(txo, yoff + tyo); glVertex2f(rect->origin.x, oy); glTexCoord2f(txo + rect->size.width / ftw, yoff + tyo); glVertex2f(rect->origin.x + rect->size.width, oy); glTexCoord2f(txo + rect->size.width / ftw, yoff + tyo + bottomh / fth); glVertex2f(rect->origin.x + rect->size.width, oy + bottomh); glTexCoord2f(txo, yoff + tyo + bottomh / fth); glVertex2f(rect->origin.x, oy + bottomh); } glEnd(); } void GL_DrawCutRectf2Tiled(double x, double y, double w, double h, int tw, int th, int txoff, int tyoff, double cx, double cy, double cw, double ch) { RectRawf rect, cutRect; rect.origin.x = x; rect.origin.y = y; rect.size.width = w; rect.size.height = h; cutRect.origin.x = cx; cutRect.origin.y = cy; cutRect.size.width = cw; cutRect.size.height = ch; GL_DrawCutRectfTiled(&rect, tw, th, txoff, tyoff, &cutRect); } /** * Totally inefficient for a large number of lines. */ void GL_DrawLine(float x1, float y1, float x2, float y2, float r, float g, float b, float a) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4f(r, g, b, a); glBegin(GL_LINES); glVertex2f(x1, y1); glVertex2f(x2, y2); glEnd(); } dd_bool GL_FilterIsVisible() { return (drawFilter && filterColor.w > 0); } #undef GL_SetFilter DENG_EXTERN_C void GL_SetFilter(dd_bool enabled) { drawFilter = CPP_BOOL(enabled); } #undef GL_SetFilterColor DENG_EXTERN_C void GL_SetFilterColor(float r, float g, float b, float a) { Vector4f newColorClamped(de::clamp(0.f, r, 1.f), de::clamp(0.f, g, 1.f), de::clamp(0.f, b, 1.f), de::clamp(0.f, a, 1.f)); if(filterColor != newColorClamped) { filterColor = newColorClamped; LOG_AS("GL_SetFilterColor"); LOGDEV_GL_XVERBOSE("%s") << filterColor.asText(); } } /** * @return Non-zero if the filter was drawn. */ void GL_DrawFilter(void) { const viewdata_t* vd = R_ViewData(displayPlayer); assert(NULL != vd); DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4f(filterColor.x, filterColor.y, filterColor.z, filterColor.w); glBegin(GL_QUADS); glVertex2f(vd->window.topLeft.x, vd->window.topLeft.y); glVertex2f(vd->window.topRight().x, vd->window.topRight().y); glVertex2f(vd->window.bottomRight.x, vd->window.bottomRight.y); glVertex2f(vd->window.bottomLeft().x, vd->window.bottomLeft().y); glEnd(); } #undef GL_ConfigureBorderedProjection2 DENG_EXTERN_C void GL_ConfigureBorderedProjection2(dgl_borderedprojectionstate_t* bp, int flags, int width, int height, int availWidth, int availHeight, scalemode_t overrideMode, float stretchEpsilon) { if(!bp) Con_Error("GL_ConfigureBorderedProjection2: Invalid 'bp' argument."); bp->flags = flags; bp->width = width; bp->height = height; bp->availWidth = availWidth; bp->availHeight = availHeight; bp->scaleMode = R_ChooseScaleMode2(bp->width, bp->height, bp->availWidth, bp->availHeight, overrideMode, stretchEpsilon); bp->alignHorizontal = R_ChooseAlignModeAndScaleFactor(&bp->scaleFactor, bp->width, bp->height, bp->availWidth, bp->availHeight, bp->scaleMode); } #undef GL_ConfigureBorderedProjection DENG_EXTERN_C void GL_ConfigureBorderedProjection(dgl_borderedprojectionstate_t* bp, int flags, int width, int height, int availWidth, int availHeight, scalemode_t overrideMode) { GL_ConfigureBorderedProjection2(bp, flags, width, height, availWidth, availHeight, overrideMode, DEFAULT_SCALEMODE_STRETCH_EPSILON); } #undef GL_BeginBorderedProjection DENG_EXTERN_C void GL_BeginBorderedProjection(dgl_borderedprojectionstate_t* bp) { DENG_ASSERT(bp != 0); if(!bp) return; if(SCALEMODE_STRETCH == bp->scaleMode) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); /** * Use an orthographic projection in screenspace, translating and * scaling the coordinate space using the modelview matrix producing * an aspect-corrected space of availWidth x availHeight and centered * on the larger of the horizontal and vertical axes. */ glMatrixMode(GL_PROJECTION); glPushMatrix(); glLoadIdentity(); DGL_Ortho(0, 0, bp->availWidth, bp->availHeight, -1, 1); glMatrixMode(GL_MODELVIEW); glPushMatrix(); GLState::push(); if(bp->alignHorizontal) { // "Pillarbox": if(bp->flags & BPF_OVERDRAW_CLIP) { int w = .5f + (bp->availWidth - bp->width * bp->scaleFactor) / 2; //bp->scissorState = DGL_GetInteger(DGL_SCISSOR_TEST); //DGL_Scissor(&bp->scissorRegion); DGL_SetScissor2(DENG_GAMEVIEW_X + w, DENG_GAMEVIEW_Y, bp->width * bp->scaleFactor, bp->availHeight); //DGL_Enable(DGL_SCISSOR_TEST); } glTranslatef((float)bp->availWidth/2, 0, 0); //glScalef(1/1.2f, 1, 1); // Aspect correction. glScalef(bp->scaleFactor, bp->scaleFactor, 1); glTranslatef(-bp->width/2, 0, 0); } else { // "Letterbox": if(bp->flags & BPF_OVERDRAW_CLIP) { int h = .5f + (bp->availHeight - bp->height * bp->scaleFactor) / 2; //bp->scissorState = DGL_GetInteger(DGL_SCISSOR_TEST); //DGL_Scissor(&bp->scissorRegion); DGL_SetScissor2(DENG_GAMEVIEW_X, DENG_GAMEVIEW_Y + h, bp->availWidth, bp->height * bp->scaleFactor); //DGL_Enable(DGL_SCISSOR_TEST); } glTranslatef(0, (float)bp->availHeight/2, 0); //glScalef(1, 1.2f, 1); // Aspect correction. glScalef(bp->scaleFactor, bp->scaleFactor, 1); glTranslatef(0, -bp->height/2, 0); } } #undef GL_EndBorderedProjection DENG_EXTERN_C void GL_EndBorderedProjection(dgl_borderedprojectionstate_t* bp) { DENG_ASSERT(bp != 0); if(!bp) return; if(SCALEMODE_STRETCH == bp->scaleMode) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); GLState::pop().apply(); glMatrixMode(GL_MODELVIEW); glPopMatrix(); if(bp->flags & BPF_OVERDRAW_CLIP) { //if(!bp->scissorState) // DGL_Disable(DGL_SCISSOR_TEST); //DGL_SetScissor(&bp->scissorRegion); } if(bp->flags & BPF_OVERDRAW_MASK) { // It shouldn't be necessary to bind the "not-texture" but the game // may have left whatever GL texture state it was using on. As this // isn't cleaned up until drawing control returns to the engine we // must explicitly disable it here. GL_SetNoTexture(); glColor4f(0, 0, 0, 1); if(bp->alignHorizontal) { // "Pillarbox": int w = .5f + (bp->availWidth - bp->width * bp->scaleFactor) / 2; GL_DrawRectf2(0, 0, w, bp->availHeight); GL_DrawRectf2(bp->availWidth - w, 0, w, bp->availHeight); } else { // "Letterbox": int h = .5f + (bp->availHeight - bp->height * bp->scaleFactor) / 2; GL_DrawRectf2(0, 0, bp->availWidth, h); GL_DrawRectf2(0, bp->availHeight - h, bp->availWidth, h); } } glMatrixMode(GL_PROJECTION); glPopMatrix(); } doomsday-1.14.5/doomsday/client/src/gl/gl_main.cpp0000664000175000017500000013312212350542237021312 0ustar jaakkojaakko/** @file gl_main.cpp GL-Graphics Subsystem * @ingroup gl * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef UNIX #ifdef HAVE_CONFIG_H # include "config.h" #endif #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_graphics.h" #include "de_render.h" #include "de_misc.h" #include "de_ui.h" #include "de_defs.h" #include "world/map.h" #include "world/p_object.h" #include "gl/gl_texmanager.h" #include "gl/texturecontent.h" #include "ui/clientwindowsystem.h" #include "resource/hq2x.h" #include "MaterialSnapshot" #include "MaterialVariantSpec" #include "Texture" #include "api_render.h" #include "render/vr.h" #include #include #include #include D_CMD(Fog); D_CMD(SetBPP); D_CMD(SetRes); D_CMD(SetFullRes); D_CMD(SetWinRes); D_CMD(ToggleFullscreen); D_CMD(ToggleMaximized); D_CMD(ToggleCentered); D_CMD(CenterWindow); D_CMD(DisplayModeInfo); D_CMD(ListDisplayModes); using namespace de; void GL_SetGamma(); extern int maxnumnodes; extern dd_bool fillOutlines; int defResX = 640, defResY = 480, defBPP = 32; int defFullscreen = true; int numTexUnits = 1; dd_bool envModAdd; // TexEnv: modulate and add is available. int test3dfx = 0; int r_detail = true; // Render detail textures (if available). float vid_gamma = 1.0f, vid_bright = 0, vid_contrast = 1.0f; float glNearClip, glFarClip; static dd_bool initGLOk = false; static dd_bool initFullGLOk = false; static dd_bool gamma_support = false; static float oldgamma, oldcontrast, oldbright; static int fogModeDefault = 0; static byte fsaaEnabled = true; // default value also specified in CanvasWindow static byte vsyncEnabled = true; static viewport_t currentView; static void videoFSAAChanged() { if(novideo || !WindowSystem::mainExists()) return; ClientWindow::main().updateCanvasFormat(); } static void videoVsyncChanged() { if(novideo || !WindowSystem::mainExists()) return; #ifdef WIN32 ClientWindow::main().updateCanvasFormat(); #else GL_SetVSync(Con_GetByte("vid-vsync") != 0); #endif } void GL_Register() { // Update values from saved Config. fsaaEnabled = App::config().getb("window.fsaa", true); // Cvars C_VAR_INT ("rend-dev-wireframe", &renderWireframe, CVF_NO_ARCHIVE, 0, 2); C_VAR_INT ("rend-fog-default", &fogModeDefault, 0, 0, 2); // * Render-HUD C_VAR_FLOAT("rend-hud-offset-scale", &weaponOffsetScale,CVF_NO_MAX, 0, 0); C_VAR_FLOAT("rend-hud-fov-shift", &weaponFOVShift, CVF_NO_MAX, 0, 1); C_VAR_BYTE ("rend-hud-stretch", &weaponScaleMode, 0, SCALEMODE_FIRST, SCALEMODE_LAST); // * Render-Mobj C_VAR_INT ("rend-mobj-smooth-move", &useSRVO, 0, 0, 2); C_VAR_INT ("rend-mobj-smooth-turn", &useSRVOAngle, 0, 0, 1); // * video C_VAR_BYTE2("vid-vsync", &vsyncEnabled, 0, 0, 1, videoVsyncChanged); C_VAR_BYTE2("vid-fsaa", &fsaaEnabled, 0, 0, 1, videoFSAAChanged); C_VAR_INT ("vid-res-x", &defResX, CVF_NO_MAX | CVF_READ_ONLY | CVF_NO_ARCHIVE, 320, 0); C_VAR_INT ("vid-res-y", &defResY, CVF_NO_MAX | CVF_READ_ONLY | CVF_NO_ARCHIVE, 240, 0); C_VAR_INT ("vid-bpp", &defBPP, CVF_READ_ONLY | CVF_NO_ARCHIVE, 16, 32); C_VAR_INT ("vid-fullscreen", &defFullscreen, CVF_READ_ONLY | CVF_NO_ARCHIVE, 0, 1); C_VAR_FLOAT("vid-gamma", &vid_gamma, 0, 0.1f, 4); C_VAR_FLOAT("vid-contrast", &vid_contrast, 0, 0, 2.5f); C_VAR_FLOAT("vid-bright", &vid_bright, 0, -1, 1); // Ccmds C_CMD_FLAGS("fog", NULL, Fog, CMDF_NO_NULLGAME|CMDF_NO_DEDICATED); C_CMD ("displaymode", "", DisplayModeInfo); C_CMD ("listdisplaymodes", "", ListDisplayModes); C_CMD ("setcolordepth", "i", SetBPP); C_CMD ("setbpp", "i", SetBPP); C_CMD ("setres", "ii", SetRes); C_CMD ("setfullres", "ii", SetFullRes); C_CMD ("setwinres", "ii", SetWinRes); C_CMD ("setvidramp", "", UpdateGammaRamp); C_CMD ("togglefullscreen", "", ToggleFullscreen); C_CMD ("togglemaximized", "", ToggleMaximized); C_CMD ("togglecentered", "", ToggleCentered); C_CMD ("centerwindow", "", CenterWindow); } dd_bool GL_IsInited() { return initGLOk; } dd_bool GL_IsFullyInited() { return initFullGLOk; } #if defined(WIN32) || defined(MACOSX) void GL_AssertContextActive() { #ifdef WIN32 assert(wglGetCurrentContext() != 0); #else assert(CGLGetCurrentContext() != 0); #endif } #endif void GL_DoUpdate() { // Check for color adjustment changes. if(oldgamma != vid_gamma || oldcontrast != vid_contrast || oldbright != vid_bright) { GL_SetGamma(); } DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Wait until the right time to show the frame so that the realized // frame rate is exactly right. glFlush(); DD_WaitForOptimalUpdateTime(); // Blit screen to video. ClientWindow::main().swapBuffers(); // We will arrive here always at the same time in relation to the displayed // frame: it is a good time to update the mouse state. Mouse_Poll(); } void GL_GetGammaRamp(DisplayColorTransfer *ramp) { if(!gamma_support) return; DisplayMode_GetColorTransfer(ramp); } void GL_SetGammaRamp(DisplayColorTransfer const *ramp) { if(!gamma_support) return; DisplayMode_SetColorTransfer(ramp); } /** * Calculate a gamma ramp and write the result to the location pointed to. * * @todo Allow for finer control of the curves (separate red, green, blue). * * @param ramp Ptr to the ramp table to write to. Must point to a ushort[768] area of memory. * @param gamma Non-linear factor (curvature; >1.0 multiplies). * @param contrast Steepness. * @param bright Brightness, uniform offset. */ void GL_MakeGammaRamp(ushort *ramp, float gamma, float contrast, float bright) { DENG_ASSERT(ramp); double ideal[256]; // After processing clamped to unsigned short. // Don't allow stupid values. if(contrast < 0.1f) contrast = 0.1f; if(bright > 0.8f) bright = 0.8f; if(bright < -0.8f) bright = -0.8f; // Init the ramp as a line with the steepness defined by contrast. for(int i = 0; i < 256; ++i) { ideal[i] = i * contrast - (contrast - 1) * 127; } // Apply the gamma curve. if(gamma != 1) { if(gamma <= 0.1f) gamma = 0.1f; double norm = pow(255, 1 / double(gamma) - 1); // Normalizing factor. for(int i = 0; i < 256; ++i) { ideal[i] = pow(ideal[i], 1 / double(gamma)) / norm; } } // The last step is to add the brightness offset. for(int i = 0; i < 256; ++i) { ideal[i] += bright * 128; } // Clamp it and write the ramp table. for(int i = 0; i < 256; ++i) { ideal[i] *= 0x100; // Byte => word if(ideal[i] < 0) ideal[i] = 0; if(ideal[i] > 0xffff) ideal[i] = 0xffff; ramp[i] = ramp[i + 256] = ramp[i + 512] = (unsigned short) ideal[i]; } } /** * Updates the gamma ramp based on vid_gamma, vid_contrast and vid_bright. */ void GL_SetGamma() { DisplayColorTransfer myramp; oldgamma = vid_gamma; oldcontrast = vid_contrast; oldbright = vid_bright; GL_MakeGammaRamp(myramp.table, vid_gamma, vid_contrast, vid_bright); GL_SetGammaRamp(&myramp); } static void printConfiguration() { LOG_GL_VERBOSE(_E(b) "Render configuration:"); LOG_GL_VERBOSE(" Multisampling: %b") << GL_state.features.multisample; if(GL_state.features.multisample) { LOG_GL_VERBOSE(" Multisampling format: %i") << GL_state.multisampleFormat; } LOG_GL_VERBOSE(" Multitexturing: %s") << (numTexUnits > 1? (envModAdd? "full" : "partial") : "not available"); LOG_GL_VERBOSE(" Texture Anisotropy: %s") << (GL_state.features.texFilterAniso? "variable" : "fixed"); LOG_GL_VERBOSE(" Texture Compression: %b") << GL_state.features.texCompression; LOG_GL_VERBOSE(" Texture NPOT: %b") << GL_state.features.texNonPowTwo; } dd_bool GL_EarlyInit() { if(novideo) return true; if(initGLOk) return true; // Already initialized. LOG_GL_VERBOSE("Initializing Render subsystem..."); gamma_support = !CommandLine_Check("-noramp"); // We are simple people; two texture units is enough. numTexUnits = MIN_OF(GLInfo::limits().maxTexUnits, MAX_TEX_UNITS); envModAdd = (GLInfo::extensions().NV_texture_env_combine4 || GLInfo::extensions().ATI_texture_env_combine3); GL_InitDeferredTask(); // Model renderer must be initialized early as it may need to configure // gl-element arrays. Rend_ModelInit(); // Check the maximum texture size. if(GLInfo::limits().maxTexSize == 256) { LOG_GL_WARNING("Using restricted texture w/h ratio (1:8)"); ratioLimit = 8; } if(CommandLine_Check("-outlines")) { fillOutlines = false; LOG_GL_NOTE("Textures have outlines"); } renderTextures = !CommandLine_Exists("-notex"); printConfiguration(); // Initialize the renderer into a 2D state. GL_Init2DState(); GL_SetVSync(true); // will be overridden from vid-vsync initGLOk = true; return true; } void GL_Init() { if(novideo) return; if(!initGLOk) { Con_Error("GL_Init: GL_EarlyInit has not been done yet.\n"); } // Set the gamma in accordance with vid-gamma, vid-bright and vid-contrast. GL_SetGamma(); // Initialize one viewport. R_SetupDefaultViewWindow(0); R_SetViewGrid(1, 1); } void GL_InitRefresh() { if(novideo) return; GL_InitTextureManager(); initFullGLOk = true; } void GL_ShutdownRefresh() { initFullGLOk = false; } void GL_Shutdown() { if(!initGLOk || !ClientWindow::mainExists()) return; // Not yet initialized fully. DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // We won't be drawing anything further but we don't want to shutdown // with the previous frame still visible as this can lead to unwanted // artefacts during video context switches on some displays. // // Render a few black frames before we continue. if(!novideo) { int i = 0; do { glClear(GL_COLOR_BUFFER_BIT); GL_DoUpdate(); } while(++i < 3); } GL_ShutdownDeferredTask(); FR_Shutdown(); Rend_ModelShutdown(); LensFx_Shutdown(); Rend_Reset(); GL_ShutdownRefresh(); // Shutdown OpenGL. Sys_GLShutdown(); initGLOk = false; } void GL_Init2DState() { // The variables. glNearClip = 5; glFarClip = 16500; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Here we configure the OpenGL state and set the projection matrix. glDisable(GL_CULL_FACE); glDisable(GL_DEPTH_TEST); glDisable(GL_TEXTURE_1D); glDisable(GL_TEXTURE_2D); glDisable(GL_TEXTURE_CUBE_MAP); // Default, full area viewport. //glViewport(0, 0, DENG_WINDOW->width(), DENG_WINDOW->height()); // The projection matrix. glMatrixMode(GL_PROJECTION); glLoadIdentity(); glOrtho(0, 320, 200, 0, -1, 1); // Default state for the white fog is off. usingFog = false; glDisable(GL_FOG); glFogi(GL_FOG_MODE, (fogModeDefault == 0 ? GL_LINEAR : fogModeDefault == 1 ? GL_EXP : GL_EXP2)); glFogf(GL_FOG_START, DEFAULT_FOG_START); glFogf(GL_FOG_END, DEFAULT_FOG_END); glFogf(GL_FOG_DENSITY, DEFAULT_FOG_DENSITY); fogColor[0] = DEFAULT_FOG_COLOR_RED; fogColor[1] = DEFAULT_FOG_COLOR_GREEN; fogColor[2] = DEFAULT_FOG_COLOR_BLUE; fogColor[3] = 1; glFogfv(GL_FOG_COLOR, fogColor); } void GL_SwitchTo3DState(dd_bool push_state, viewport_t const *port, viewdata_t const *viewData) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(push_state) { // Push the 2D matrices on the stack. glMatrixMode(GL_PROJECTION); glPushMatrix(); glMatrixMode(GL_MODELVIEW); glPushMatrix(); } glEnable(GL_CULL_FACE); glEnable(GL_DEPTH_TEST); std::memcpy(¤tView, port, sizeof(currentView)); viewpx = port->geometry.topLeft.x + viewData->window.topLeft.x; viewpy = port->geometry.topLeft.y + viewData->window.topLeft.y; viewpw = de::min(port->geometry.width(), viewData->window.width()); viewph = de::min(port->geometry.height(), viewData->window.height()); ClientWindow::main().game().glApplyViewport(Rectanglei::fromSize(Vector2i(viewpx, viewpy), Vector2ui(viewpw, viewph))); // The 3D projection matrix. GL_ProjectionMatrix(); } void GL_Restore2DState(int step, viewport_t const *port, viewdata_t const *viewData) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); switch(step) { case 1: { // After Restore Step 1 normal player sprites are rendered. int height = (float)(port->geometry.width() * viewData->window.height() / viewData->window.width()) / port->geometry.height() * SCREENHEIGHT; scalemode_t sm = R_ChooseScaleMode(SCREENWIDTH, SCREENHEIGHT, port->geometry.width(), port->geometry.height(), scalemode_t(weaponScaleMode)); glMatrixMode(GL_PROJECTION); glLoadIdentity(); if(SCALEMODE_STRETCH == sm) { glOrtho(0, SCREENWIDTH, height, 0, -1, 1); } else { /** * Use an orthographic projection in native screenspace. Then * translate and scale the projection to produce an aspect * corrected coordinate space at 4:3, aligned vertically to * the bottom and centered horizontally in the window. */ glOrtho(0, port->geometry.width(), port->geometry.height(), 0, -1, 1); glTranslatef(port->geometry.width()/2, port->geometry.height(), 0); if(port->geometry.width() >= port->geometry.height()) glScalef((float)port->geometry.height() / SCREENHEIGHT, (float)port->geometry.height() / SCREENHEIGHT, 1); else glScalef((float)port->geometry.width() / SCREENWIDTH, (float)port->geometry.width() / SCREENWIDTH, 1); // Special case: viewport height is greater than width. // Apply an additional scaling factor to prevent player sprites // looking too small. if(port->geometry.height() > port->geometry.width()) { float extraScale = (((float)port->geometry.height()*2)/port->geometry.width()) / 2; glScalef(extraScale, extraScale, 1); } glTranslatef(-(SCREENWIDTH/2), -SCREENHEIGHT, 0); glScalef(1, (float)SCREENHEIGHT/height, 1); } glMatrixMode(GL_MODELVIEW); glLoadIdentity(); // Depth testing must be disabled so that psprite 1 will be drawn // on top of psprite 0 (Doom plasma rifle fire). glDisable(GL_DEPTH_TEST); break; } case 2: // After Restore Step 2 we're back in 2D rendering mode. ClientWindow::main().game().glApplyViewport(currentView.geometry); glMatrixMode(GL_PROJECTION); glPopMatrix(); glMatrixMode(GL_MODELVIEW); glPopMatrix(); glDisable(GL_CULL_FACE); glDisable(GL_DEPTH_TEST); break; default: Con_Error("GL_Restore2DState: Invalid value, step = %i.", step); break; } } Matrix4f GL_GetProjectionMatrix() { float const fov = Rend_FieldOfView(); Vector2f const size(viewpw, viewph); yfov = vrCfg().verticalFieldOfView(fov, size); return vrCfg().projectionMatrix(Rend_FieldOfView(), size, glNearClip, glFarClip) * Matrix4f::scale(Vector3f(1, 1, -1)); } void GL_ProjectionMatrix() { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // Actually shift the player viewpoint // We'd like to have a left-handed coordinate system. glMatrixMode(GL_PROJECTION); glLoadMatrixf(GL_GetProjectionMatrix().values()); } #undef GL_UseFog DENG_EXTERN_C void GL_UseFog(int yes) { usingFog = yes; } void GL_SelectTexUnits(int count) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); for(int i = numTexUnits - 1; i >= count; i--) { glActiveTexture(GL_TEXTURE0 + i); glDisable(GL_TEXTURE_2D); } // Enable the selected units. for(int i = count - 1; i >= 0; i--) { if(i >= numTexUnits) continue; glActiveTexture(GL_TEXTURE0 + i); glEnable(GL_TEXTURE_2D); } } void GL_TotalReset() { if(isDedicated) return; // Update the secondary title and the game status. //Rend_ConsoleUpdateTitle(); // Release all texture memory. App_ResourceSystem().releaseAllGLTextures(); App_ResourceSystem().pruneUnusedTextureSpecs(); GL_LoadLightingSystemTextures(); GL_LoadFlareTextures(); Rend_ParticleLoadSystemTextures(); GL_ReleaseReservedNames(); #if _DEBUG Z_CheckHeap(); #endif } void GL_TotalRestore() { if(isDedicated) return; // Getting back up and running. GL_ReserveNames(); GL_Init2DState(); // Choose fonts again. UI_LoadFonts(); //Con_Resize(); /// @todo fixme: Should this use the default MapInfo def if none found? -ds ded_mapinfo_t *mapInfo = 0; if(App_WorldSystem().hasMap()) { de::Uri mapUri = App_WorldSystem().map().uri(); mapInfo = Def_GetMapInfo(reinterpret_cast(&mapUri)); } // Restore map's fog settings. if(!mapInfo || !(mapInfo->flags & MIF_FOG)) { R_SetupFogDefaults(); } else { R_SetupFog(mapInfo->fogStart, mapInfo->fogEnd, mapInfo->fogDensity, mapInfo->fogColor); } #if _DEBUG Z_CheckHeap(); #endif } void GL_BlendMode(blendmode_t mode) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); switch(mode) { case BM_ZEROALPHA: GLState::current().setBlendOp(gl::Add) .setBlendFunc(gl::One, gl::Zero) .apply(); break; case BM_ADD: GLState::current().setBlendOp(gl::Add) .setBlendFunc(gl::SrcAlpha, gl::One) .apply(); break; case BM_DARK: GLState::current().setBlendOp(gl::Add) .setBlendFunc(gl::DestColor, gl::OneMinusSrcAlpha) .apply(); break; case BM_SUBTRACT: GLState::current().setBlendOp(gl::Subtract) .setBlendFunc(gl::One, gl::SrcAlpha) .apply(); break; case BM_ALPHA_SUBTRACT: GLState::current().setBlendOp(gl::Subtract) .setBlendFunc(gl::SrcAlpha, gl::One) .apply(); break; case BM_REVERSE_SUBTRACT: GLState::current().setBlendOp(gl::ReverseSubtract) .setBlendFunc(gl::SrcAlpha, gl::One) .apply(); break; case BM_MUL: GLState::current().setBlendOp(gl::Add) .setBlendFunc(gl::Zero, gl::SrcColor) .apply(); break; case BM_INVERSE: GLState::current().setBlendOp(gl::Add) .setBlendFunc(gl::OneMinusDestColor, gl::OneMinusSrcColor) .apply(); break; case BM_INVERSE_MUL: GLState::current().setBlendOp(gl::Add) .setBlendFunc(gl::Zero, gl::OneMinusSrcColor) .apply(); break; default: GLState::current().setBlendOp(gl::Add) .setBlendFunc(gl::SrcAlpha, gl::OneMinusSrcAlpha) .apply(); break; } } GLenum GL_Filter(gl::Filter f) { switch(f) { case gl::Nearest: return GL_NEAREST; case gl::Linear: return GL_LINEAR; } return GL_REPEAT; } GLenum GL_Wrap(gl::Wrapping w) { switch(w) { case gl::Repeat: return GL_REPEAT; case gl::RepeatMirrored: return GL_MIRRORED_REPEAT; case gl::ClampToEdge: return GL_CLAMP_TO_EDGE; } return GL_REPEAT; } int GL_NumMipmapLevels(int width, int height) { int numLevels = 0; while(width > 1 || height > 1) { width /= 2; height /= 2; ++numLevels; } return numLevels; } dd_bool GL_OptimalTextureSize(int width, int height, dd_bool noStretch, dd_bool isMipMapped, int *optWidth, int *optHeight) { DENG_ASSERT(optWidth && optHeight); if(GL_state.features.texNonPowTwo && !isMipMapped) { *optWidth = width; *optHeight = height; } else if(noStretch) { *optWidth = M_CeilPow2(width); *optHeight = M_CeilPow2(height); } else { // Determine the most favorable size for the texture. if(texQuality == TEXQ_BEST) // The best quality. { // At the best texture quality *opt, all textures are // sized *upwards*, so no details are lost. This takes // more memory, but naturally looks better. *optWidth = M_CeilPow2(width); *optHeight = M_CeilPow2(height); } else if(texQuality == 0) { // At the lowest quality, all textures are sized down to the // nearest power of 2. *optWidth = M_FloorPow2(width); *optHeight = M_FloorPow2(height); } else { // At the other quality *opts, a weighted rounding is used. *optWidth = M_WeightPow2(width, 1 - texQuality / (float) TEXQ_BEST); *optHeight = M_WeightPow2(height, 1 - texQuality / (float) TEXQ_BEST); } } // Hardware limitations may force us to modify the preferred size. if(*optWidth > GLInfo::limits().maxTexSize) { *optWidth = GLInfo::limits().maxTexSize; noStretch = false; } if(*optHeight > GLInfo::limits().maxTexSize) { *optHeight = GLInfo::limits().maxTexSize; noStretch = false; } // Some GL drivers seem to have problems with VERY small textures. if(*optWidth < MINTEXWIDTH) *optWidth = MINTEXWIDTH; if(*optHeight < MINTEXHEIGHT) *optHeight = MINTEXHEIGHT; if(ratioLimit) { if(*optWidth > *optHeight) // Wide texture. { if(*optHeight < *optWidth / ratioLimit) *optHeight = *optWidth / ratioLimit; } else // Tall texture. { if(*optWidth < *optHeight / ratioLimit) *optWidth = *optHeight / ratioLimit; } } return noStretch; } int GL_GetTexAnisoMul(int level) { int mul = 1; // Should anisotropic filtering be used? if(GL_state.features.texFilterAniso) { if(level < 0) { // Go with the maximum! mul = GLInfo::limits().maxTexFilterAniso; } else { // Convert from a DGL aniso level to a multiplier. // i.e 0 > 1, 1 > 2, 2 > 4, 3 > 8, 4 > 16 switch(level) { case 0: mul = 1; break; // x1 (normal) case 1: mul = 2; break; // x2 case 2: mul = 4; break; // x4 case 3: mul = 8; break; // x8 case 4: mul = 16; break; // x16 default: // Wha? mul = 1; break; } // Clamp. mul = MIN_OF(mul, GLInfo::limits().maxTexFilterAniso); } } return mul; } static void uploadContentUnmanaged(texturecontent_t const &content) { LOG_AS("uploadContentUnmanaged"); if(novideo) return; gl::UploadMethod uploadMethod = GL_ChooseUploadMethod(&content); if(uploadMethod == gl::Immediate) { LOGDEV_GL_XVERBOSE("Uploading texture (%i:%ix%i) while not busy! " "Should have been precached in busy mode?") << content.name << content.width << content.height; } GL_UploadTextureContent(content, uploadMethod); } GLuint GL_NewTextureWithParams(dgltexformat_t format, int width, int height, uint8_t const *pixels, int flags) { texturecontent_t c; GL_InitTextureContent(&c); c.name = GL_GetReservedTextureName(); c.format = format; c.width = width; c.height = height; c.pixels = pixels; c.flags = flags; uploadContentUnmanaged(c); return c.name; } GLuint GL_NewTextureWithParams(dgltexformat_t format, int width, int height, uint8_t const *pixels, int flags, int grayMipmap, int minFilter, int magFilter, int anisoFilter, int wrapS, int wrapT) { texturecontent_t c; GL_InitTextureContent(&c); c.name = GL_GetReservedTextureName(); c.format = format; c.width = width; c.height = height; c.pixels = pixels; c.flags = flags; c.grayMipmap = grayMipmap; c.minFilter = minFilter; c.magFilter = magFilter; c.anisoFilter = anisoFilter; c.wrap[0] = wrapS; c.wrap[1] = wrapT; uploadContentUnmanaged(c); return c.name; } void GL_SetMaterialUI2(Material *mat, gl::Wrapping wrapS, gl::Wrapping wrapT) { if(!mat) return; // @todo we need a "NULL material". MaterialVariantSpec const &spec = App_ResourceSystem().materialSpec(UiContext, 0, 1, 0, 0, GL_Wrap(wrapS), GL_Wrap(wrapT), 0, 1, 0, false, false, false, false); GL_BindTexture(&mat->prepare(spec).texture(MTU_PRIMARY)); } void GL_SetMaterialUI(Material *mat) { GL_SetMaterialUI2(mat, gl::ClampToEdge, gl::ClampToEdge); } void GL_SetPSprite(Material *mat, int tClass, int tMap) { if(!mat) return; // @todo we need a "NULL material". MaterialVariantSpec const &spec = App_ResourceSystem().materialSpec(PSpriteContext, 0, 1, tClass, tMap, GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE, 0, 1, 0, false, true, true, false); GL_BindTexture(&mat->prepare(spec).texture(MTU_PRIMARY)); } void GL_SetRawImage(lumpnum_t lumpNum, gl::Wrapping wrapS, gl::Wrapping wrapT) { if(rawtex_t *rawTex = App_ResourceSystem().declareRawTexture(lumpNum)) { GL_BindTextureUnmanaged(GL_PrepareRawTexture(*rawTex), wrapS, wrapT, (filterUI ? gl::Linear : gl::Nearest)); } } void GL_BindTexture(TextureVariant *vtexture) { if(BusyMode_InWorkerThread()) return; // Ensure we have a prepared texture. uint glTexName = vtexture? vtexture->prepare() : 0; if(glTexName == 0) { GL_SetNoTexture(); return; } DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBindTexture(GL_TEXTURE_2D, glTexName); Sys_GLCheckError(); // Apply dynamic adjustments to the GL texture state according to our spec. TextureVariantSpec const &spec = vtexture->spec(); if(spec.type == TST_GENERAL) { glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, spec.variant.wrapS); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, spec.variant.wrapT); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, spec.variant.glMagFilter()); if(GL_state.features.texFilterAniso) { glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAX_ANISOTROPY_EXT, GL_GetTexAnisoMul(spec.variant.logicalAnisoLevel())); } } } void GL_BindTextureUnmanaged(GLuint glName, gl::Wrapping wrapS, gl::Wrapping wrapT, gl::Filter filter) { if(BusyMode_InWorkerThread()) return; if(glName == 0) { GL_SetNoTexture(); return; } DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glBindTexture(GL_TEXTURE_2D, glName); Sys_GLCheckError(); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, GL_Wrap(wrapS)); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, GL_Wrap(wrapT)); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_Filter(filter)); if(GL_state.features.texFilterAniso) { glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAX_ANISOTROPY_EXT, GL_GetTexAnisoMul(texAniso)); } } void GL_Bind(GLTextureUnit const &glTU) { if(!glTU.hasTexture()) return; if(!renderTextures) { GL_SetNoTexture(); return; } if(glTU.texture) { GL_BindTexture(glTU.texture); } else { GL_BindTextureUnmanaged(glTU.unmanaged.glName, glTU.unmanaged.wrapS, glTU.unmanaged.wrapT, glTU.unmanaged.filter); } } void GL_BindTo(GLTextureUnit const &glTU, int unit) { if(!glTU.hasTexture()) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glActiveTexture(GL_TEXTURE0 + byte(unit)); GL_Bind(glTU); } void GL_SetNoTexture() { if(BusyMode_InWorkerThread()) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); /// @todo Don't actually change the current binding. Instead we should disable /// all currently enabled texture types. glBindTexture(GL_TEXTURE_2D, 0); } int GL_ChooseSmartFilter(int width, int height, int /*flags*/) { if(width >= MINTEXWIDTH && height >= MINTEXHEIGHT) return 2; // hq2x return 1; // nearest neighbor. } uint8_t* GL_SmartFilter(int method, const uint8_t* src, int width, int height, int flags, int* outWidth, int* outHeight) { int newWidth, newHeight; uint8_t* out = NULL; switch(method) { default: // linear interpolation. newWidth = width * 2; newHeight = height * 2; out = GL_ScaleBuffer(src, width, height, 4, newWidth, newHeight); break; case 1: // nearest neighbor. newWidth = width * 2; newHeight = height * 2; out = GL_ScaleBufferNearest(src, width, height, 4, newWidth, newHeight); break; case 2: // hq2x newWidth = width * 2; newHeight = height * 2; out = GL_SmartFilterHQ2x(src, width, height, flags); break; }; if(NULL == out) { // Unchanged, return the source image. if(outWidth) *outWidth = width; if(outHeight) *outHeight = height; return (uint8_t*)src; } if(outWidth) *outWidth = newWidth; if(outHeight) *outHeight = newHeight; return out; } uint8_t *GL_ConvertBuffer(uint8_t const *in, int width, int height, int informat, colorpaletteid_t paletteId, int outformat) { DENG2_ASSERT(in != 0); if(informat == outformat) { // No conversion necessary. return (uint8_t*)in; } if(width <= 0 || height <= 0) { Con_Error("GL_ConvertBuffer: Attempt to convert zero-sized image."); exit(1); // Unreachable. } ColorPalette *palette = (informat <= 2? &App_ResourceSystem().colorPalette(paletteId) : 0); uint8_t *out = (uint8_t*) M_Malloc(outformat * width * height); // Conversion from pal8(a) to RGB(A). if(informat <= 2 && outformat >= 3) { GL_PalettizeImage(out, outformat, palette, false, in, informat, width, height); return out; } // Conversion from RGB(A) to pal8(a), using pal18To8. if(informat >= 3 && outformat <= 2) { GL_QuantizeImageToPalette(out, outformat, palette, in, informat, width, height); return out; } if(informat == 3 && outformat == 4) { long i, numPels = width * height; uint8_t const *src = in; uint8_t *dst = out; for(i = 0; i < numPels; ++i) { dst[CR] = src[CR]; dst[CG] = src[CG]; dst[CB] = src[CB]; dst[CA] = 255; // Opaque. src += informat; dst += outformat; } } return out; } void GL_CalcLuminance(uint8_t const *buffer, int width, int height, int pixelSize, colorpaletteid_t paletteId, float *retBrightX, float *retBrightY, ColorRawf *retColor, float *retLumSize) { DENG_ASSERT(buffer && retBrightX && retBrightY && retColor && retLumSize); uint8_t const sizeLimit = 192, brightLimit = 224, colLimit = 192; uint8_t const *src, *alphaSrc; int avgCnt = 0, lowCnt = 0; int cnt = 0, posCnt = 0; int i, x, y, c; long average[3], lowAvg[3]; long bright[2]; uint8_t rgb[3]; ColorPalette *palette = (pixelSize == 1? &App_ResourceSystem().colorPalette(paletteId) : 0); // Apply the defaults. // Default to the center of the texture. *retBrightX = *retBrightY = .5f; // Default to black (i.e., no light). for(c = 0; c < 3; ++c) retColor->rgb[c] = 0; retColor->alpha = 1; // Default to a zero-size light. *retLumSize = 0; int region[4]; FindClipRegionNonAlpha(buffer, width, height, pixelSize, region); dd_bool zeroAreaRegion = (region[0] > region[1] || region[2] > region[3]); if(zeroAreaRegion) return; /* * Image contains at least one non-transparent pixel. */ for(i = 0; i < 2; ++i) { bright[i] = 0; } for(i = 0; i < 3; ++i) { average[i] = 0; lowAvg[i] = 0; } src = buffer; // In paletted mode, the alpha channel follows the actual image. alphaSrc = buffer + width * height; // Skip to the start of the first column. if(region[2] > 0) { src += pixelSize * width * region[2]; alphaSrc += width * region[2]; } for(y = region[2]; y <= region[3]; ++y) { // Skip to the beginning of the row. if(region[0] > 0) { src += pixelSize * region[0]; alphaSrc += region[0]; } for(x = region[0]; x <= region[1]; ++x, src += pixelSize, alphaSrc++) { // Alpha pixels don't count. Why? -ds dd_bool const pixelIsTransparent = (pixelSize == 1? *alphaSrc < 255 : pixelSize == 4? src[3] < 255 : false); if(pixelIsTransparent) continue; if(pixelSize == 1) { Vector3ub palColor = palette->color(*src); rgb[CR] = palColor.x; rgb[CG] = palColor.y; rgb[CB] = palColor.z; } else if(pixelSize >= 3) { memcpy(rgb, src, 3); } // Bright enough? if(rgb[0] > brightLimit || rgb[1] > brightLimit || rgb[2] > brightLimit) { // This pixel will participate in calculating the average center point. posCnt++; bright[0] += x; bright[1] += y; } // Bright enough to affect size? if(rgb[0] > sizeLimit || rgb[1] > sizeLimit || rgb[2] > sizeLimit) cnt++; // How about the color of the light? if(rgb[0] > colLimit || rgb[1] > colLimit || rgb[2] > colLimit) { avgCnt++; for(c = 0; c < 3; ++c) average[c] += rgb[c]; } else { lowCnt++; for(c = 0; c < 3; ++c) lowAvg[c] += rgb[c]; } } // Skip to the end of this row. if(region[1] < width - 1) { src += pixelSize * (width - 1 - region[1]); alphaSrc += (width - 1 - region[1]); } } if(posCnt) { // Calculate the average of the bright pixels. *retBrightX = (long double) bright[0] / posCnt; *retBrightY = (long double) bright[1] / posCnt; } else { // No bright pixels - Place the origin at the center of the non-alpha region. *retBrightX = region[0] + (region[1] - region[0]) / 2.0f; *retBrightY = region[2] + (region[3] - region[2]) / 2.0f; } // Determine rounding (to the nearest pixel center). int roundXDir = int( *retBrightX + .5f ) == int( *retBrightX )? 1 : -1; int roundYDir = int( *retBrightY + .5f ) == int( *retBrightY )? 1 : -1; // Apply all rounding and output as decimal. *retBrightX = (ROUND(*retBrightX) + .5f * roundXDir) / float( width ); *retBrightY = (ROUND(*retBrightY) + .5f * roundYDir) / float( height ); if(avgCnt || lowCnt) { // The color. if(!avgCnt) { // Low-intensity color average. for(c = 0; c < 3; ++c) retColor->rgb[c] = lowAvg[c] / lowCnt / 255.f; } else { // High-intensity color average. for(c = 0; c < 3; ++c) retColor->rgb[c] = average[c] / avgCnt / 255.f; } Vector3f color(retColor->rgb); R_AmplifyColor(color); for(int i = 0; i < 3; ++i) { retColor->rgb[i] = color[i]; } // How about the size of the light source? /// @todo These factors should be cvars. *retLumSize = MIN_OF(((2 * cnt + avgCnt) / 3.0f / 70.0f), 1); } /* DEBUG_Message(("GL_CalcLuminance: width %dpx, height %dpx, bits %d\n" " cell region X[%d, %d] Y[%d, %d]\n" " flare X= %g Y=%g %s\n" " flare RGB[%g, %g, %g] %s\n", width, height, pixelSize, region[0], region[1], region[2], region[3], *retBrightX, *retBrightY, (posCnt? "(average)" : "(center)"), retColor->red, retColor->green, retColor->blue, (avgCnt? "(hi-intensity avg)" : lowCnt? "(low-intensity avg)" : "(white light)"))); */ } D_CMD(SetRes) { DENG2_UNUSED3(src, argc, argv); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; bool isFull = win->isFullScreen(); int attribs[] = { isFull? ClientWindow::FullscreenWidth : ClientWindow::Width, atoi(argv[1]), isFull? ClientWindow::FullscreenHeight : ClientWindow::Height, atoi(argv[2]), ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(SetFullRes) { DENG2_UNUSED2(src, argc); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; int attribs[] = { ClientWindow::FullscreenWidth, atoi(argv[1]), ClientWindow::FullscreenHeight, atoi(argv[2]), ClientWindow::Fullscreen, true, ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(SetWinRes) { DENG2_UNUSED2(src, argc); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; int attribs[] = { ClientWindow::Width, atoi(argv[1]), ClientWindow::Height, atoi(argv[2]), ClientWindow::Fullscreen, false, ClientWindow::Maximized, false, ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(ToggleFullscreen) { DENG2_UNUSED3(src, argc, argv); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; int attribs[] = { ClientWindow::Fullscreen, !win->isFullScreen(), ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(ToggleMaximized) { DENG2_UNUSED3(src, argc, argv); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; int attribs[] = { ClientWindow::Maximized, !win->isMaximized(), ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(ToggleCentered) { DENG2_UNUSED3(src, argc, argv); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; int attribs[] = { ClientWindow::Centered, !win->isCentered(), ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(CenterWindow) { DENG2_UNUSED3(src, argc, argv); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; int attribs[] = { ClientWindow::Centered, true, ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(SetBPP) { DENG2_UNUSED2(src, argc); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; int attribs[] = { ClientWindow::ColorDepthBits, atoi(argv[1]), ClientWindow::End }; return win->changeAttributes(attribs); } D_CMD(DisplayModeInfo) { DENG2_UNUSED3(src, argc, argv); ClientWindow *win = ClientWindowSystem::mainPtr(); if(!win) return false; DisplayMode const *mode = DisplayMode_Current(); QString str = QString("Current display mode:%1 depth:%2 (%3:%4") .arg(de::Vector2i(mode->width, mode->height).asText()) .arg(mode->depth) .arg(mode->ratioX) .arg(mode->ratioY); if(mode->refreshRate > 0) { str += QString(", refresh: %1 Hz").arg(mode->refreshRate, 0, 'f', 1); } str += QString(")\nMain window:\n current origin:%1 size:%2" "\n windowed origin:%3 size:%4" "\n fullscreen size:%5") .arg(win->pos().asText()) .arg(win->size().asText()) .arg(win->windowRect().topLeft.asText()) .arg(win->windowRect().size().asText()) .arg(win->fullscreenSize().asText()); str += QString("\n fullscreen:%1 centered:%2 maximized:%3") .arg(win->isFullScreen() ? "yes" : "no") .arg(win->isCentered() ? "yes" : "no") .arg(win->isMaximized() ? "yes" : "no"); LOG_GL_MSG("%s") << str; return true; } D_CMD(ListDisplayModes) { DENG2_UNUSED3(src, argc, argv); LOG_GL_MSG("There are %i display modes available:") << DisplayMode_Count(); for(int i = 0; i < DisplayMode_Count(); ++i) { DisplayMode const *mode = DisplayMode_ByIndex(i); if(mode->refreshRate > 0) { LOG_GL_MSG(" %i x %i x %i " _E(>) "(%i:%i, refresh: %.1f Hz)") << mode->width << mode->height << mode->depth << mode->ratioX << mode->ratioY << mode->refreshRate; } else { LOG_GL_MSG(" %i x %i x %i (%i:%i)") << mode->width << mode->height << mode->depth << mode->ratioX << mode->ratioY; } } return true; } D_CMD(UpdateGammaRamp) { DENG2_UNUSED3(src, argc, argv); GL_SetGamma(); LOG_GL_VERBOSE("Gamma ramp set"); return true; } D_CMD(Fog) { DENG_UNUSED(src); if(argc == 1) { LOG_SCR_NOTE("Usage: %s (cmd) (args)") << argv[0]; LOG_SCR_MSG("Commands: on, off, mode, color, start, end, density"); LOG_SCR_MSG("Modes: linear, exp, exp2"); LOG_SCR_MSG("Color is given as RGB (0-255)"); LOG_SCR_MSG("Start and end are for linear fog, density for exponential fog."); return true; } if(!stricmp(argv[1], "on")) { GL_UseFog(true); LOG_GL_VERBOSE("Fog is now active"); return true; } if(!stricmp(argv[1], "off")) { GL_UseFog(false); LOG_GL_VERBOSE("Fog is now disabled"); return true; } if(!stricmp(argv[1], "color") && argc == 5) { for(int i = 0; i < 3; i++) { fogColor[i] = strtol(argv[2 + i], NULL, 0) / 255.0f; } fogColor[3] = 1; glFogfv(GL_FOG_COLOR, fogColor); LOG_GL_VERBOSE("Fog color set"); return true; } if(!stricmp(argv[1], "start") && argc == 3) { glFogf(GL_FOG_START, (GLfloat) strtod(argv[2], NULL)); LOG_GL_VERBOSE("Fog start distance set"); return true; } if(!stricmp(argv[1], "end") && argc == 3) { glFogf(GL_FOG_END, (GLfloat) strtod(argv[2], NULL)); LOG_GL_VERBOSE("Fog end distance set"); return true; } if(!stricmp(argv[1], "density") && argc == 3) { glFogf(GL_FOG_DENSITY, (GLfloat) strtod(argv[2], NULL)); LOG_GL_VERBOSE("Fog density set"); return true; } if(!stricmp(argv[1], "mode") && argc == 3) { if(!stricmp(argv[2], "linear")) { glFogi(GL_FOG_MODE, GL_LINEAR); LOG_GL_VERBOSE("Fog mode set to linear"); return true; } if(!stricmp(argv[2], "exp")) { glFogi(GL_FOG_MODE, GL_EXP); LOG_GL_VERBOSE("Fog mode set to exp"); return true; } if(!stricmp(argv[2], "exp2")) { glFogi(GL_FOG_MODE, GL_EXP2); LOG_GL_VERBOSE("Fog mode set to exp2"); return true; } } return false; } doomsday-1.14.5/doomsday/client/src/gl/gl_drawvectorgraphic.cpp0000664000175000017500000001123112350542237024100 0ustar jaakkojaakko/**\file gl_drawvectorgraphic.cpp * * @authors Copyright © 2008-2010 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_SVG #include #include #include #include "de_platform.h" #include "dd_share.h" #include "con_main.h" #include "gl/svg.h" #define DEFAULT_SCALE (1) #define DEFAULT_ANGLE (0) static dd_bool inited = false; static uint svgCount; static Svg** svgs; static Svg* svgForId(svgid_t id) { if(id != 0) { uint i; for(i = 0; i < svgCount; ++i) { Svg* svg = svgs[i]; if(Svg_UniqueId(svg) == id) return svg; } } return NULL; } /// @return 1-based index for @a svg if found, else zero. static uint indexForSvg(Svg* svg) { if(svg) { uint i; for(i = 0; i < svgCount; ++i) { if(svgs[i] == svg) return i+1; } } return 0; } /** * Link @a svg into the global collection. * @pre Not presently linked. */ static Svg* insertSvg(Svg* svg) { if(svg) { svgs = (Svg**) M_Realloc(svgs, sizeof(*svgs) * ++svgCount); svgs[svgCount-1] = svg; } return svg; } /** * Unlink @a svg if present in the global collection. */ static Svg* removeSvg(Svg* svg) { uint index = indexForSvg(svg); if(index) { index--; // 1-based index. // Unlink from the collection. if(index != svgCount-1) memmove(svgs + index, svgs + index + 1, sizeof(*svgs) * (svgCount - index - 1)); svgs = (Svg**) M_Realloc(svgs, sizeof(*svgs) * --svgCount); } return svg; } static void deleteSvg(Svg* svg) { if(!svg) return; removeSvg(svg); Svg_Delete(svg); } static void clearSvgs(void) { while(svgCount) { deleteSvg(*svgs); } } void R_InitSvgs(void) { if(inited) { // Allow re-init. clearSvgs(); } else { // First init. svgs = NULL; svgCount = 0; } inited = true; } void R_ShutdownSvgs(void) { if(!inited) return; clearSvgs(); inited = false; } void R_UnloadSvgs(void) { uint i; if(!inited) return; if(DD_GetInteger(DD_NOVIDEO) || DD_GetInteger(DD_DEDICATED)) return; // Nothing to do. for(i = 0; i < svgCount; ++i) { Svg_Unload(svgs[i]); } } DENG_EXTERN_C void GL_DrawSvg3(svgid_t id, const Point2Rawf* origin, float scale, float angle) { Svg* svg = svgForId(id); DENG_ASSERT(origin != 0); DENG_ASSERT(svg != 0); if(!Svg_Prepare(svg)) { LOGDEV_GL_ERROR("Cannot draw SVG #%i: failed to prepare") << id; return; } DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(origin->x, origin->y, 0); if(angle != 0 || scale != 1) { DGL_PushMatrix(); DGL_Rotatef(angle, 0, 0, 1); DGL_Scalef(scale, scale, 1); } Svg_Draw(svg); DGL_MatrixMode(DGL_MODELVIEW); if(angle != 0 || scale != 1) DGL_PopMatrix(); DGL_Translatef(-origin->x, -origin->y, 0); } DENG_EXTERN_C void GL_DrawSvg2(svgid_t id, const Point2Rawf* origin, float scale) { GL_DrawSvg3(id, origin, scale, DEFAULT_ANGLE); } DENG_EXTERN_C void GL_DrawSvg(svgid_t id, const Point2Rawf* origin) { GL_DrawSvg2(id, origin, DEFAULT_SCALE); } DENG_EXTERN_C void R_NewSvg(svgid_t id, const def_svgline_t* lines, uint numLines) { Svg* svg, *oldSvg; // Valid id? DENG_ASSERT(id != 0); // A new vector graphic. svg = Svg_FromDef(id, lines, numLines); if(!svg) { LOGDEV_GL_ERROR("Failed to construct SVG #%i") << id; return; } // Already a vector graphic with this id? oldSvg = svgForId(id); if(oldSvg) { // We are replacing an existing vector graphic. deleteSvg(oldSvg); } // Add the new SVG to the global collection. insertSvg(svg); } DENG_DECLARE_API(Svg) = { { DE_API_SVG }, R_NewSvg, GL_DrawSvg, GL_DrawSvg2, GL_DrawSvg3 }; doomsday-1.14.5/doomsday/client/src/gl/dgl_draw.cpp0000664000175000017500000002366112350542237021475 0ustar jaakkojaakko/** @file dgl_draw.cpp Drawing Operations and Vertex Arrays. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #define DENG_NO_API_MACROS_GL #include #include #include "de_base.h" #include "de_console.h" #include "de_graphics.h" #include "de_misc.h" #include "gl/sys_opengl.h" using namespace de; static int primLevel = 0; static DGLuint inList = 0; #ifdef _DEBUG static dd_bool inPrim = false; #endif dd_bool GL_NewList(DGLuint list, int mode) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // We enter a New/End list section. #ifdef _DEBUG if(inList) Con_Error("GL_NewList: Already in list"); Sys_GLCheckError(); #endif if(list) { // A specific list id was requested. Is it free? if(glIsList(list)) { #if _DEBUG Con_Error("GL_NewList: List %u already in use.", (unsigned int) list); #endif return false; } } else { // Just get a new list id, it doesn't matter. list = glGenLists(1); } glNewList(list, mode == DGL_COMPILE? GL_COMPILE : GL_COMPILE_AND_EXECUTE); inList = list; return true; } DGLuint GL_EndList(void) { DGLuint currentList = inList; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glEndList(); #ifdef _DEBUG inList = 0; Sys_GLCheckError(); #endif return currentList; } void GL_CallList(DGLuint list) { if(!list) return; // We do not consider zero a valid list id. DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glCallList(list); } void GL_DeleteLists(DGLuint list, int range) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glDeleteLists(list, range); } #undef DGL_Color3ub DENG_EXTERN_C void DGL_Color3ub(DGLubyte r, DGLubyte g, DGLubyte b) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor3ub(r, g, b); } #undef DGL_Color3ubv DENG_EXTERN_C void DGL_Color3ubv(const DGLubyte* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor3ubv(vec); } #undef DGL_Color4ub DENG_EXTERN_C void DGL_Color4ub(DGLubyte r, DGLubyte g, DGLubyte b, DGLubyte a) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4ub(r, g, b, a); } #undef DGL_Color4ubv DENG_EXTERN_C void DGL_Color4ubv(const DGLubyte* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4ubv(vec); } #undef DGL_Color3f DENG_EXTERN_C void DGL_Color3f(float r, float g, float b) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor3f(r, g, b); } #undef DGL_Color3fv DENG_EXTERN_C void DGL_Color3fv(const float* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor3fv(vec); } #undef DGL_Color4f DENG_EXTERN_C void DGL_Color4f(float r, float g, float b, float a) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4f(r, g, b, a); } #undef DGL_Color4fv DENG_EXTERN_C void DGL_Color4fv(const float* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4fv(vec); } #undef DGL_TexCoord2f DENG_EXTERN_C void DGL_TexCoord2f(byte target, float s, float t) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMultiTexCoord2f(GL_TEXTURE0 + target, s, t); } #undef DGL_TexCoord2fv DENG_EXTERN_C void DGL_TexCoord2fv(byte target, float* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glMultiTexCoord2fv(GL_TEXTURE0 + target, vec); } #undef DGL_Vertex2f DENG_EXTERN_C void DGL_Vertex2f(float x, float y) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glVertex2f(x, y); } #undef DGL_Vertex2fv DENG_EXTERN_C void DGL_Vertex2fv(const float* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glVertex2fv(vec); } #undef DGL_Vertex3f DENG_EXTERN_C void DGL_Vertex3f(float x, float y, float z) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glVertex3f(x, y, z); } #undef DGL_Vertex3fv DENG_EXTERN_C void DGL_Vertex3fv(const float* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glVertex3fv(vec); } #undef DGL_Vertices2ftv DENG_EXTERN_C void DGL_Vertices2ftv(int num, const dgl_ft2vertex_t* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); for(; num > 0; num--, vec++) { glTexCoord2fv(vec->tex); glVertex2fv(vec->pos); } } #undef DGL_Vertices3ftv DENG_EXTERN_C void DGL_Vertices3ftv(int num, const dgl_ft3vertex_t* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); for(; num > 0; num--, vec++) { glTexCoord2fv(vec->tex); glVertex3fv(vec->pos); } } #undef DGL_Vertices3fctv DENG_EXTERN_C void DGL_Vertices3fctv(int num, const dgl_fct3vertex_t* vec) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); for(; num > 0; num--, vec++) { glColor4fv(vec->color); glTexCoord2fv(vec->tex); glVertex3fv(vec->pos); } } #undef DGL_Begin DENG_EXTERN_C void DGL_Begin(dglprimtype_t mode) { if(novideo) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); // We enter a Begin/End section. primLevel++; #ifdef _DEBUG if(inPrim) Con_Error("OpenGL: already inPrim"); inPrim = true; Sys_GLCheckError(); #endif glBegin(mode == DGL_POINTS ? GL_POINTS : mode == DGL_LINES ? GL_LINES : mode == DGL_TRIANGLES ? GL_TRIANGLES : mode == DGL_TRIANGLE_FAN ? GL_TRIANGLE_FAN : mode == DGL_TRIANGLE_STRIP ? GL_TRIANGLE_STRIP : mode == DGL_QUAD_STRIP ? GL_QUAD_STRIP : GL_QUADS); } void DGL_AssertNotInPrimitive(void) { DENG_ASSERT(!inPrim); } #undef DGL_End DENG_EXTERN_C void DGL_End(void) { if(novideo) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(primLevel > 0) { primLevel--; glEnd(); } #ifdef _DEBUG inPrim = false; Sys_GLCheckError(); #endif } #undef DGL_NewList DENG_EXTERN_C dd_bool DGL_NewList(DGLuint list, int mode) { return GL_NewList(list, mode); } #undef DGL_EndList DENG_EXTERN_C DGLuint DGL_EndList(void) { return GL_EndList(); } #undef DGL_CallList DENG_EXTERN_C void DGL_CallList(DGLuint list) { GL_CallList(list); } #undef DGL_DeleteLists DENG_EXTERN_C void DGL_DeleteLists(DGLuint list, int range) { GL_DeleteLists(list, range); } #undef DGL_DrawLine DENG_EXTERN_C void DGL_DrawLine(float x1, float y1, float x2, float y2, float r, float g, float b, float a) { GL_DrawLine(x1, y1, x2, y2, r, g, b, a); } #undef DGL_DrawRect DENG_EXTERN_C void DGL_DrawRect(RectRaw const *rect) { if(!rect) return; GL_DrawRect(Rectanglei::fromSize(Vector2i(rect->origin.xy), Vector2ui(rect->size.width, rect->size.height))); } #undef DGL_DrawRect2 DENG_EXTERN_C void DGL_DrawRect2(int x, int y, int w, int h) { GL_DrawRect2(x, y, w, h); } #undef DGL_DrawRectf DENG_EXTERN_C void DGL_DrawRectf(RectRawf const *rect) { GL_DrawRectf(rect); } #undef DGL_DrawRectf2 DENG_EXTERN_C void DGL_DrawRectf2(double x, double y, double w, double h) { GL_DrawRectf2(x, y, w, h); } #undef DGL_DrawRectf2Color DENG_EXTERN_C void DGL_DrawRectf2Color(double x, double y, double w, double h, float r, float g, float b, float a) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glColor4f(r, g, b, a); GL_DrawRectf2(x, y, w, h); } #undef DGL_DrawRectf2Tiled DENG_EXTERN_C void DGL_DrawRectf2Tiled(double x, double y, double w, double h, int tw, int th) { GL_DrawRectf2Tiled(x, y, w, h, tw, th); } #undef DGL_DrawCutRectfTiled DENG_EXTERN_C void DGL_DrawCutRectfTiled(RectRawf const *rect, int tw, int th, int txoff, int tyoff, RectRawf const *cutRect) { GL_DrawCutRectfTiled(rect, tw, th, txoff, tyoff, cutRect); } #undef DGL_DrawCutRectf2Tiled DENG_EXTERN_C void DGL_DrawCutRectf2Tiled(double x, double y, double w, double h, int tw, int th, int txoff, int tyoff, double cx, double cy, double cw, double ch) { GL_DrawCutRectf2Tiled(x, y, w, h, tw, th, txoff, tyoff, cx, cy, cw, ch); } #undef DGL_DrawQuadOutline DENG_EXTERN_C void DGL_DrawQuadOutline(Point2Raw const *tl, Point2Raw const *tr, Point2Raw const *br, Point2Raw const *bl, float const color[4]) { if(!tl || !tr || !br || !bl || (color && !(color[CA] > 0))) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); if(color) DGL_Color4fv(color); glBegin(GL_LINE_LOOP); glVertex2iv((const GLint*)tl->xy); glVertex2iv((const GLint*)tr->xy); glVertex2iv((const GLint*)br->xy); glVertex2iv((const GLint*)bl->xy); glEnd(); } #undef DGL_DrawQuad2Outline DENG_EXTERN_C void DGL_DrawQuad2Outline(int tlX, int tlY, int trX, int trY, int brX, int brY, int blX, int blY, const float color[4]) { Point2Raw tl, tr, bl, br; tl.x = tlX; tl.y = tlY; tr.x = trX; tr.y = trY; br.x = brX; br.y = brY; bl.x = blX; bl.y = blY; DGL_DrawQuadOutline(&tl, &tr, &br, &bl, color); } doomsday-1.14.5/doomsday/client/src/gl/svg.cpp0000664000175000017500000001773612350542237020517 0ustar jaakkojaakko/** @file svg.cpp Scalable Vector Graphic (SVG) implementation. * @ingroup gl * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "de_base.h" #include "de_console.h" #include "de_render.h" #include "de_system.h" #include "gl/sys_opengl.h" #include "gl/gl_main.h" #include "gl/svg.h" typedef struct svglinepoint_s { /// Next and previous points on this line. struct svglinepoint_s* next, *prev; /// Coordinates for this line in the normalized coordinate space of the owning SVG. Point2Rawf coords; } SvgLinePoint; struct svgline_s { /// Total number of points for this line. uint numPoints; /// Head of the list of points for this line. SvgLinePoint* head; }; struct svg_s { /// Unique identifier for this graphic. svgid_t id; /// GL display list containing all commands for drawing all primitives (no state changes). DGLuint dlist; /// Set of lines for this graphic. uint lineCount; SvgLine* lines; /// Set of points for this graphic. uint numPoints; SvgLinePoint* points; }; dd_bool SvgLine_IsLoop(const SvgLine* line) { assert(line); return line->head && line->head->prev != NULL; } void Svg_Delete(Svg* svg) { assert(svg); Svg_Unload(svg); free(svg->lines); free(svg->points); free(svg); } svgid_t Svg_UniqueId(Svg* svg) { assert(svg); return svg->id; } static void draw(const Svg* svg) { GLenum nextPrimType, primType = GL_LINE_STRIP; const SvgLine* lIt; uint i; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); lIt = svg->lines; for(i = 0; i < svg->lineCount; ++i, lIt++) { if(lIt->numPoints != 2) { nextPrimType = SvgLine_IsLoop(lIt)? GL_LINE_LOOP : GL_LINE_STRIP; // Do we need to end the current primitive? if(primType == GL_LINES) { glEnd(); // 2-vertex set ends. } // A new n-vertex primitive begins. glBegin(nextPrimType); } else { // Do we need to start a new 2-vertex primitive set? if(primType != GL_LINES) { primType = GL_LINES; glBegin(GL_LINES); } } // Write the vertex data. if(lIt->head) { const SvgLinePoint* pIt = lIt->head; do { /// @todo Use TexGen? glTexCoord2dv((const GLdouble*)pIt->coords.xy); glVertex2dv((const GLdouble*)pIt->coords.xy); } while(NULL != (pIt = pIt->next) && pIt != lIt->head); } if(lIt->numPoints != 2) { glEnd(); // N-vertex primitive ends. } } if(primType == GL_LINES) { // Close any remaining open 2-vertex set. glEnd(); } } static DGLuint constructDisplayList(DGLuint name, const Svg* svg) { if(GL_NewList(name, DGL_COMPILE)) { draw(svg); return GL_EndList(); } return 0; } void Svg_Draw(Svg* svg) { assert(svg); if(novideo || isDedicated) { assert(0); // Should not have been called! return; } // Have we uploaded our draw-optimized representation yet? if(svg->dlist) { // Draw! GL_CallList(svg->dlist); return; } // Draw manually in so-called 'immediate' mode. draw(svg); } dd_bool Svg_Prepare(Svg* svg) { assert(svg); if(!novideo && !isDedicated) { if(!svg->dlist) { svg->dlist = constructDisplayList(0, svg); } } return !!svg->dlist; } void Svg_Unload(Svg* svg) { assert(svg); if(novideo || isDedicated) return; if(svg->dlist) { GL_DeleteLists(svg->dlist, 1); svg->dlist = 0; } } Svg* Svg_FromDef(svgid_t uniqueId, const def_svgline_t* lines, uint lineCount) { uint finalLineCount, finalPointCount; const def_svgline_t* slIt; const Point2Rawf* spIt; dd_bool lineIsLoop; SvgLinePoint* dpIt, *prev; SvgLine* dlIt; uint i, j; Svg* svg; if(!lines || lineCount == 0) return NULL; svg = (Svg*)malloc(sizeof(*svg)); if(!svg) Con_Error("Svg::FromDef: Failed on allocation of %lu bytes for new Svg.", (unsigned long) sizeof(*svg)); svg->id = uniqueId; svg->dlist = 0; // Count how many lines and points we actually need. finalLineCount = 0; finalPointCount = 0; slIt = lines; for(i = 0; i < lineCount; ++i, slIt++) { // Skip lines with missing vertices... if(slIt->numPoints < 2) continue; ++finalLineCount; finalPointCount += slIt->numPoints; if(slIt->numPoints > 2) { // If the end point is equal to the start point, we'll ommit it and // set this line up as a loop. if(FEQUAL(slIt->points[slIt->numPoints-1].x, slIt->points[0].x) && FEQUAL(slIt->points[slIt->numPoints-1].y, slIt->points[0].y)) { finalPointCount -= 1; } } } // Allocate the final point set. svg->numPoints = finalPointCount; svg->points = (SvgLinePoint*)malloc(sizeof(*svg->points) * svg->numPoints); if(!svg->points) Con_Error("Svg::FromDef: Failed on allocation of %lu bytes for new SvgLinePoint set.", (unsigned long) (sizeof(*svg->points) * finalPointCount)); // Allocate the final line set. svg->lineCount = finalLineCount; svg->lines = (SvgLine*)malloc(sizeof(*svg->lines) * finalLineCount); if(!svg->lines) Con_Error("Svg::FromDef: Failed on allocation of %lu bytes for new SvgLine set.", (unsigned long) (sizeof(*svg->lines) * finalLineCount)); // Setup the lines. slIt = lines; dlIt = svg->lines; dpIt = svg->points; for(i = 0; i < lineCount; ++i, slIt++) { // Skip lines with missing vertices... if(slIt->numPoints < 2) continue; // Determine how many points we'll need. dlIt->numPoints = slIt->numPoints; lineIsLoop = false; if(slIt->numPoints > 2) { // If the end point is equal to the start point, we'll ommit it and // set this line up as a loop. if(FEQUAL(slIt->points[slIt->numPoints-1].x, slIt->points[0].x) && FEQUAL(slIt->points[slIt->numPoints-1].y, slIt->points[0].y)) { dlIt->numPoints -= 1; lineIsLoop = true; } } // Copy points. spIt = slIt->points; dlIt->head = dpIt; prev = NULL; for(j = 0; j < dlIt->numPoints; ++j, spIt++) { SvgLinePoint* next = (j < dlIt->numPoints-1)? dpIt + 1 : NULL; dpIt->coords.x = spIt->x; dpIt->coords.y = spIt->y; // Link in list. dpIt->next = next; dpIt->prev = prev; // On to the next point! prev = dpIt; dpIt++; } // Link circularly? prev->next = lineIsLoop? dlIt->head : NULL; dlIt->head->prev = lineIsLoop? prev : NULL; // On to the next line! dlIt++; } return svg; } doomsday-1.14.5/doomsday/client/src/gl/gl_defer.cpp0000664000175000017500000002616212350542237021460 0ustar jaakkojaakko/** @file gl_defer.cpp Implementation of deferred GL tasks. * @ingroup gl * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #define LIBDENG_DISABLE_DEFERRED_GL_API // using regular GL API calls #ifdef UNIX # include "de_platform.h" #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_graphics.h" #include "m_misc.h" #include "gl/gl_texmanager.h" #include "gl/texturecontent.h" using namespace de; #define NUM_RESERVED_TEXTURENAMES 512 typedef enum { DEFERREDTASK_TYPES_FIRST = 0, // Higher-level or non-OpenGL operations: DTT_UPLOAD_TEXTURECONTENT = DEFERREDTASK_TYPES_FIRST, DTT_SET_VSYNC, // OpenGL API calls: DTT_FUNC_PTR_BEGIN, DTT_FUNC_PTR_E = DTT_FUNC_PTR_BEGIN, DTT_FUNC_PTR_EI, DTT_FUNC_PTR_EF, DTT_FUNC_PTR_EFV4, DTT_FUNC_PTR_UINT_ARRAY, DTT_FUNC_PTR_END, DEFERREDTASK_TYPES_LAST } deferredtask_type_t; #define VALID_DEFERREDTASK_TYPE(t) ((t) >= DEFERREDTASK_TYPES_FIRST || (t) < DEFERREDTASK_TYPES_LAST) typedef struct deferredtask_s { struct deferredtask_s* next; deferredtask_type_t type; void* data; } deferredtask_t; typedef struct apifunc_s { union { void (GL_CALL *ptr_e)(GLenum); void (GL_CALL *ptr_ei)(GLenum, GLint i); void (GL_CALL *ptr_ef)(GLenum, GLfloat f); void (GL_CALL *ptr_efv4)(GLenum, const GLfloat* fv4); void (GL_CALL *ptr_uintArray)(GLsizei, const GLuint*); } func; union { GLenum e; struct { GLenum e; GLint i; } ei; struct { GLenum e; GLfloat f; } ef; struct { GLenum e; GLfloat fv4[4]; } efv4; struct { GLsizei count; GLuint* values; } uintArray; } param; } apifunc_t; static dd_bool inited = false; static mutex_t deferredMutex; static DGLuint reservedTextureNames[NUM_RESERVED_TEXTURENAMES]; static volatile int reservedCount = 0; static volatile deferredtask_t* deferredTaskFirst = NULL; static volatile deferredtask_t* deferredTaskLast = NULL; static deferredtask_t* allocTask(deferredtask_type_t type, void* data) { deferredtask_t* dt = 0; assert(inited); dt = (deferredtask_t*) malloc(sizeof(*dt)); if(!dt) { Con_Error("allocDeferredTask: Failed on allocation of %lu bytes.", (unsigned long) sizeof(*dt)); return 0; // Unreachable. } dt->type = type; dt->data = data; dt->next = 0; return dt; } static void enqueueTask(deferredtask_type_t type, void* data) { deferredtask_t* d; if(!inited) Con_Error("enqueueTask: Deferred GL task system not initialized."); d = allocTask(type, data); Sys_Lock(deferredMutex); if(deferredTaskLast) { deferredTaskLast->next = d; } if(!deferredTaskFirst) { deferredTaskFirst = d; } deferredTaskLast = d; Sys_Unlock(deferredMutex); } static deferredtask_t* nextTask(void) { assert(inited); { deferredtask_t* d = NULL; if(NULL != (d = (deferredtask_t*) deferredTaskFirst)) { deferredTaskFirst = d->next; } if(!deferredTaskFirst) deferredTaskLast = NULL; return d; } } LIBDENG_GL_DEFER1(e, GLenum e) { apifunc_t* api = (apifunc_t *) M_Malloc(sizeof(apifunc_t)); api->func.ptr_e = ptr; api->param.e = e; enqueueTask(DTT_FUNC_PTR_E, api); } LIBDENG_GL_DEFER2(i, GLenum e, GLint i) { apifunc_t* api = (apifunc_t *) M_Malloc(sizeof(apifunc_t)); api->func.ptr_ei = ptr; api->param.ei.e = e; api->param.ei.i = i; enqueueTask(DTT_FUNC_PTR_EI, api); } LIBDENG_GL_DEFER2(f, GLenum e, GLfloat f) { apifunc_t* api = (apifunc_t *) M_Malloc(sizeof(apifunc_t)); api->func.ptr_ef = ptr; api->param.ef.e = e; api->param.ef.f = f; enqueueTask(DTT_FUNC_PTR_EF, api); } LIBDENG_GL_DEFER2(fv4, GLenum e, const GLfloat* floatArrayWithFourValues) { apifunc_t* api = (apifunc_t *) M_Malloc(sizeof(apifunc_t)); api->func.ptr_efv4 = ptr; api->param.efv4.e = e; memcpy(api->param.efv4.fv4, floatArrayWithFourValues, sizeof(GLfloat) * 4); enqueueTask(DTT_FUNC_PTR_EFV4, api); } LIBDENG_GL_DEFER2(uintArray, GLsizei s, const GLuint* v) { apifunc_t* api = (apifunc_t *) M_Malloc(sizeof(apifunc_t)); api->func.ptr_uintArray = ptr; api->param.uintArray.count = s; api->param.uintArray.values = (GLuint *) M_MemDup(v, sizeof(GLuint) * s); enqueueTask(DTT_FUNC_PTR_UINT_ARRAY, api); } static void processTask(deferredtask_t *task) { apifunc_t *api = (apifunc_t *) task->data; switch(task->type) { case DTT_UPLOAD_TEXTURECONTENT: DENG2_ASSERT(task->data); GL_UploadTextureContent(*reinterpret_cast(task->data), gl::Immediate); break; case DTT_SET_VSYNC: GL_SetVSync(*(dd_bool*)task->data); break; case DTT_FUNC_PTR_E: api->func.ptr_e(api->param.e); break; case DTT_FUNC_PTR_EI: api->func.ptr_ei(api->param.ei.e, api->param.ei.i); break; case DTT_FUNC_PTR_EF: api->func.ptr_ef(api->param.ef.e, api->param.ef.f); break; case DTT_FUNC_PTR_EFV4: api->func.ptr_efv4(api->param.efv4.e, api->param.efv4.fv4); break; case DTT_FUNC_PTR_UINT_ARRAY: api->func.ptr_uintArray(api->param.uintArray.count, api->param.uintArray.values); break; default: Con_Error("Unknown deferred GL task type %i.", (int) task->type); break; } } static void destroyTaskData(deferredtask_t* d) { apifunc_t* api = (apifunc_t*) d->data; assert(VALID_DEFERREDTASK_TYPE(d->type)); // Free data allocated for the task. switch(d->type) { case DTT_UPLOAD_TEXTURECONTENT: GL_DestroyTextureContent((texturecontent_s *) d->data); break; case DTT_SET_VSYNC: M_Free(d->data); break; case DTT_FUNC_PTR_UINT_ARRAY: M_Free(api->param.uintArray.values); break; default: break; } if(d->type >= DTT_FUNC_PTR_BEGIN && d->type < DTT_FUNC_PTR_END) { // Free the apifunc_t. free(d->data); } } static void destroyTask(deferredtask_t* d) { assert(inited && d); destroyTaskData(d); free(d); } void GL_InitDeferredTask(void) { if(inited) return; // Been here already... inited = true; deferredMutex = Sys_CreateMutex("DGLDeferredMutex"); GL_ReserveNames(); } void GL_ShutdownDeferredTask(void) { if(!inited) return; GL_ReleaseReservedNames(); GL_PurgeDeferredTasks(); Sys_DestroyMutex(deferredMutex); deferredMutex = 0; inited = false; } int GL_DeferredTaskCount(void) { deferredtask_t* i = 0; int count = 0; if(!inited) return 0; Sys_Lock(deferredMutex); for(i = (deferredtask_t*) deferredTaskFirst; i; i = i->next, ++count) {} Sys_Unlock(deferredMutex); return count; } void GL_ReserveNames(void) { if(!inited) return; // Just ignore. Sys_Lock(deferredMutex); if(reservedCount < NUM_RESERVED_TEXTURENAMES) { DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); glGenTextures(NUM_RESERVED_TEXTURENAMES - reservedCount, (GLuint*) &reservedTextureNames[reservedCount]); reservedCount = NUM_RESERVED_TEXTURENAMES; } Sys_Unlock(deferredMutex); } void GL_ReleaseReservedNames(void) { if(!inited) return; // Just ignore. DENG_ASSERT_IN_MAIN_THREAD(); // not deferring here DENG_ASSERT_GL_CONTEXT_ACTIVE(); Sys_Lock(deferredMutex); glDeleteTextures(reservedCount, (const GLuint*) reservedTextureNames); memset(reservedTextureNames, 0, sizeof(reservedTextureNames)); reservedCount = 0; Sys_Unlock(deferredMutex); } DGLuint GL_GetReservedTextureName(void) { DGLuint name; LOG_AS("GL_GetReservedTextureName"); DENG_ASSERT(inited); Sys_Lock(deferredMutex); if(!reservedCount) { Sys_Unlock(deferredMutex); while(reservedCount == 0) { // Wait for someone to refill the names buffer. LOGDEV_GL_MSG("Sleeping until new names available"); Sys_Sleep(5); } Sys_Lock(deferredMutex); } name = reservedTextureNames[0]; memmove(reservedTextureNames, reservedTextureNames + 1, (NUM_RESERVED_TEXTURENAMES - 1) * sizeof(DGLuint)); reservedCount--; Sys_Unlock(deferredMutex); return name; } void GL_PurgeDeferredTasks(void) { if(!inited) return; Sys_Lock(deferredMutex); { deferredtask_t* d; while(NULL != (d = nextTask())) destroyTask(d); } Sys_Unlock(deferredMutex); } static deferredtask_t* GL_NextDeferredTask(void) { deferredtask_t* d = NULL; if(!inited) { return NULL; } Sys_Lock(deferredMutex); d = nextTask(); Sys_Unlock(deferredMutex); return d; } void GL_ProcessDeferredTasks(uint timeOutMilliSeconds) { deferredtask_t* d; uint startTime; if(novideo || !inited) return; DENG_ASSERT_IN_MAIN_THREAD(); DENG_ASSERT_GL_CONTEXT_ACTIVE(); startTime = Timer_RealMilliseconds(); // We'll reserve names multiple times, because the worker thread may be // needing new texture names while we are uploading. GL_ReserveNames(); while((!timeOutMilliSeconds || Timer_RealMilliseconds() - startTime < timeOutMilliSeconds) && (d = GL_NextDeferredTask()) != NULL) { processTask(d); destroyTask(d); GL_ReserveNames(); } GL_ReserveNames(); } gl::UploadMethod GL_ChooseUploadMethod(struct texturecontent_s const *content) { DENG2_ASSERT(content != 0); // Must the operation be carried out immediately? if((content->flags & TXCF_NEVER_DEFER) || !BusyMode_Active()) { return gl::Immediate; } // We can defer. return gl::Deferred; } void GL_DeferTextureUpload(struct texturecontent_s const *content) { if(novideo) return; // Defer this operation. Need to make a copy. enqueueTask(DTT_UPLOAD_TEXTURECONTENT, GL_ConstructTextureContentCopy(content)); } void GL_DeferSetVSync(dd_bool enableVSync) { enqueueTask(DTT_SET_VSYNC, M_MemDup(&enableVSync, sizeof(enableVSync))); } doomsday-1.14.5/doomsday/client/src/games.cpp0000664000175000017500000002147612350542237020406 0ustar jaakkojaakko/** @file games.cpp Specialized collection for a set of logical Games. * * @authors Copyright © 2012-2013 Daniel Swanson * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "de_base.h" #include "games.h" #include "dd_main.h" #include "con_main.h" #include "con_bar.h" #include "filesys/fs_main.h" #include "filesys/manifest.h" #include "resource/zip.h" #include #include #include #include #include #include namespace de { /// @todo Belongs in App DENG2_PIMPL(Games) { /// The actual collection. All games; /// Special "null-game" object for this collection. NullGame *nullGame; /** * Delegates game addition notifications to scripts. */ class GameAdditionScriptAudience : DENG2_OBSERVES(Games, Addition) { public: void gameAdded(Game &game) { ArrayValue args; args << DictionaryValue() << TextValue(game.id()); App::scriptSystem().nativeModule("App")["audienceForGameAddition"] .value().callElements(args); } }; GameAdditionScriptAudience scriptAudienceForGameAddition; Instance(Public *i) : Base(i), games(), nullGame(0) { /* * One-time creation and initialization of the special "null-game" * object (activated once created). */ nullGame = new NullGame; // Extend the native App module with a script audience for observing game addition. App::scriptSystem().nativeModule("App").addArray("audienceForGameAddition"); audienceForAddition += scriptAudienceForGameAddition; } ~Instance() { clear(); delete nullGame; } void clear() { DENG2_ASSERT(nullGame != 0); qDeleteAll(games); games.clear(); } DENG2_PIMPL_AUDIENCE(Addition) }; DENG2_AUDIENCE_METHOD(Games, Addition) Games::Games() : d(new Instance(this)) {} Game &Games::nullGame() const { return *d->nullGame; } int Games::numPlayable() const { int count = 0; foreach(Game *game, d->games) { if(game->allStartupFilesFound()) { count += 1; } } return count; } Game *Games::firstPlayable() const { foreach(Game *game, d->games) { if(game->allStartupFilesFound()) return game; } return NULL; } gameid_t Games::id(Game const &game) const { if(&game == d->nullGame) return 0; // Invalid id. int idx = d->games.indexOf(const_cast(&game)); if(idx < 0) { /// @throw NotFoundError The specified @a game is not a member of the collection. throw NotFoundError("Games::id", QString("Game %p is not a member of the collection").arg(de::dintptr(&game))); } return gameid_t(idx+1); } Game &Games::byId(gameid_t gameId) const { if(gameId <= 0 || gameId > d->games.count()) { /// @throw NotFoundError The specified @a gameId is out of range. throw NotFoundError("Games::byId", QString("There is no Game with id %i").arg(gameId)); } return *d->games[gameId-1]; } Game &Games::byIdentityKey(String identityKey) const { if(!identityKey.isEmpty()) { foreach(Game *game, d->games) { if(!game->identityKey().compareWithoutCase(identityKey)) return *game; } } /// @throw NotFoundError The specified @a identityKey string is not associated with a game in the collection. throw NotFoundError("Games::byIdentityKey", "No game exists with identity key '" + identityKey + "'"); } Game &Games::byIndex(int idx) const { if(idx < 0 || idx > d->games.count()) { /// @throw NotFoundError No game is associated with index @a idx. throw NotFoundError("Games::byIndex", QString("There is no Game at index %i").arg(idx)); } return *d->games[idx]; } void Games::clear() { d->clear(); } Games::All const &Games::all() const { return d->games; } int Games::collectAll(GameList &collected) { int numFoundSoFar = collected.count(); foreach(Game *game, d->games) { collected.push_back(GameListItem(game)); } return collected.count() - numFoundSoFar; } void Games::add(Game &game) { // Already a member of the collection? if(d->games.indexOf(&game) >= 0) return; d->games.push_back(&game); DENG2_FOR_AUDIENCE2(Addition, i) { i->gameAdded(game); } } void Games::locateStartupResources(Game &game) { Game *oldCurrentGame = &App_CurrentGame(); if(oldCurrentGame != &game) { /// @attention Kludge: Temporarily switch Game. App::app().setGame(game); DD_ExchangeGamePluginEntryPoints(game.pluginId()); // Re-init the filesystem subspace schemes using the search paths of this Game. App_FileSystem().resetAllSchemes(); } foreach(ResourceManifest *manifest, game.manifests()) { // We are only interested in startup resources at this time. if(manifest->fileFlags() & FF_STARTUP) { manifest->locateFile(); } } if(oldCurrentGame != &game) { // Kludge end - Restore the old Game. App::app().setGame(*oldCurrentGame); DD_ExchangeGamePluginEntryPoints(oldCurrentGame->pluginId()); // Re-init the filesystem subspace schemes using the search paths of this Game. App_FileSystem().resetAllSchemes(); } } static int locateAllResourcesWorker(void *context) { Games *games = (Games *) context; int n = 0; foreach(Game *game, games->all()) { LOG_RES_MSG("Locating " _E(b) "\"%s\"" _E(.) "...") << game->title(); games->locateStartupResources(*game); Con_SetProgress((n + 1) * 200 / games->count() - 1); LOG_RES_VERBOSE(_E(l) " Game: " _E(.)_E(>) "%s - %s") << game->title() << game->author(); LOG_RES_VERBOSE(_E(l) " IdentityKey: " _E(.)_E(>)) << game->identityKey(); Game::printFiles(*game, FF_STARTUP); LOG_RES_MSG(" " DENG2_CHAR_RIGHT_DOUBLEARROW " ") << game->statusAsText(); ++n; } BusyMode_WorkerEnd(); return 0; } void Games::locateAllResources() { BusyMode_RunNewTaskWithName(BUSYF_STARTUP | BUSYF_PROGRESS_BAR | (verbose? BUSYF_CONSOLE_OUTPUT : 0), locateAllResourcesWorker, (void *)this, "Locating game resources..."); } D_CMD(ListGames) { DENG2_UNUSED3(src, argc, argv); Games &games = App_Games(); if(!games.count()) { LOG_MSG("No game is currently registered."); return true; } LOG_MSG(_E(b) "Registered Games:"); LOG_VERBOSE("Key: %s'!'=Incomplete/Not playable %s'*'=Loaded") << _E(>) _E(D) << _E(B); LOG_MSG(_E(R) "\n"); Games::GameList found; games.collectAll(found); // Sort so we get a nice alphabetical list. qSort(found.begin(), found.end()); String list; int numCompleteGames = 0; DENG2_FOR_EACH_CONST(Games::GameList, i, found) { Game *game = i->game; bool isCurrent = (&App_CurrentGame() == game); if(!list.isEmpty()) list += "\n"; list += String(_E(0) _E(Ta) "%1%2 " _E(Tb) "%3 " _E(Tc) _E(2) "%4 " _E(i) "(%5)") .arg(isCurrent? _E(B) _E(b) : !game->allStartupFilesFound()? _E(D) : "") .arg(isCurrent? "*" : !game->allStartupFilesFound()? "!" : " ") .arg(game->identityKey()) .arg(game->title()) .arg(game->author()); if(game->allStartupFilesFound()) { numCompleteGames++; } } LOG_MSG("%s") << list; LOG_MSG(_E(R) "\n"); LOG_MSG("%i of %i games are playable") << numCompleteGames << games.count(); LOG_SCR_MSG("Use the " _E(b) "load" _E(.) " command to load a game, for example: \"load gamename\""); return true; } void Games::consoleRegister() //static { C_CMD("listgames", "", ListGames); Game::consoleRegister(); } } // namespace de doomsday-1.14.5/doomsday/client/src/dd_pinit.cpp0000664000175000017500000001015212350542237021071 0ustar jaakkojaakko/** @file dd_pinit.cpp Platform independent routines for initializing the engine. * @ingroup base * * @todo Move these to dd_init.cpp. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef WIN32 # define WIN32_LEAN_AND_MEAN # include #endif #include "de_base.h" #include "de_console.h" #include "de_system.h" #include "de_play.h" #include "de_network.h" #include "de_ui.h" #include "de_filesys.h" #include "def_main.h" #include "gl/svg.h" #ifdef __CLIENT__ # include "render/r_draw.h" # include "render/r_main.h" # include "render/rend_main.h" # include "updater.h" #endif #include "api_internaldata.h" #include #include using namespace de; /* * The game imports and exports. */ DENG_DECLARE_API(InternalData) = { { DE_API_INTERNAL_DATA }, &mobjInfo, &states, &sprNames, &texts, &validCount }; game_export_t __gx; #ifdef __CLIENT__ de::String DD_ComposeMainWindowTitle() { de::String title = DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_TEXT; if(App_GameLoaded() && gx.GetVariable) { title = App_CurrentGame().title() + " - " + title; } return title; } #endif void DD_InitAPI() { GETGAMEAPI GetGameAPI = app.GetGameAPI; zap(__gx); if(GetGameAPI) { game_export_t *gameExPtr = GetGameAPI(); std::memcpy(&__gx, gameExPtr, MIN_OF(sizeof(__gx), gameExPtr->apiSize)); } } void DD_InitCommandLine() { CommandLine_Alias("-game", "-g"); CommandLine_Alias("-defs", "-d"); CommandLine_Alias("-width", "-w"); CommandLine_Alias("-height", "-h"); CommandLine_Alias("-winsize", "-wh"); CommandLine_Alias("-bpp", "-b"); CommandLine_Alias("-window", "-wnd"); CommandLine_Alias("-nocenter", "-noc"); CommandLine_Alias("-file", "-f"); CommandLine_Alias("-config", "-cfg"); CommandLine_Alias("-parse", "-p"); CommandLine_Alias("-cparse", "-cp"); CommandLine_Alias("-command", "-cmd"); CommandLine_Alias("-fontdir", "-fd"); CommandLine_Alias("-modeldir", "-md"); CommandLine_Alias("-basedir", "-bd"); CommandLine_Alias("-stdbasedir", "-sbd"); CommandLine_Alias("-userdir", "-ud"); CommandLine_Alias("-texdir", "-td"); CommandLine_Alias("-texdir2", "-td2"); CommandLine_Alias("-anifilter", "-ani"); CommandLine_Alias("-verbose", "-v"); } void DD_ConsoleInit() { // Get the console online ASAP. Con_Init(); LOG_NOTE("Executable: " DOOMSDAY_NICENAME " " DOOMSDAY_VERSION_FULLTEXT); // Print the used command line. LOG_MSG("Command line options:"); for(int p = 0; p < CommandLine_Count(); ++p) { LOG_MSG(" %i: " _E(>) "%s") << p << CommandLine_At(p); } } void DD_ShutdownAll() { FI_Shutdown(); UI_Shutdown(); Con_Shutdown(); DD_ShutdownHelp(); #ifdef WIN32 // Enables Alt-Tab, Alt-Esc, Ctrl-Alt-Del. SystemParametersInfo(SPI_SETSCREENSAVERRUNNING, FALSE, 0, 0); #endif #ifdef __CLIENT__ // Stop all demo recording. for(int i = 0; i < DDMAXPLAYERS; ++i) { Demo_StopRecording(i); } #endif P_ControlShutdown(); #ifdef __SERVER__ Sv_Shutdown(); #endif R_ShutdownSvgs(); #ifdef __CLIENT__ R_ShutdownViewWindow(); Rend_Shutdown(); #endif Def_Destroy(); F_Shutdown(); Libdeng_Shutdown(); } doomsday-1.14.5/doomsday/client/include/0000775000175000017500000000000012350542237017430 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/de_system.h0000664000175000017500000000236712350542237021605 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_SYSTEM_H #define LIBDENG_SYSTEM_H #include #include #include "sys_system.h" #include "network/masterserver.h" #ifdef __CLIENT__ # include "network/sys_network.h" # include "gl/sys_opengl.h" # include "ui/sys_input.h" # include "ui/clientwindow.h" #endif #ifdef __SERVER__ # include "serversystem.h" #endif #endif /* LIBDENG_SYSTEM_H */ doomsday-1.14.5/doomsday/client/include/def_data.h0000664000175000017500000006430112350542237021334 0ustar jaakkojaakko/** @file def_data.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Engine Definition Files * * @todo Needs to be redesigned. */ #ifndef DENG_DEFINITION_FILE_H #define DENG_DEFINITION_FILE_H #include #include #include #include "def_share.h" #include "api_uri.h" #include "api_gl.h" // Version 6 does not require semicolons. #define DED_VERSION 6 #define DED_SPRITEID_LEN 4 #define DED_STRINGID_LEN 31 #define DED_FUNC_LEN 255 #define DED_MAX_MATERIAL_LAYERS 1 ///< Maximum number of material layers. #define DED_MAX_MATERIAL_DECORATIONS 16 ///< Maximum number of material (light) decorations. #define DED_PTCGEN_ANY_MOBJ_TYPE -2 ///< Particle generator applies to ANY mobj type. typedef char ded_stringid_t[DED_STRINGID_LEN + 1]; typedef ded_stringid_t ded_string_t; typedef ded_stringid_t ded_mobjid_t; typedef ded_stringid_t ded_stateid_t; typedef ded_stringid_t ded_soundid_t; typedef ded_stringid_t ded_musicid_t; typedef ded_stringid_t ded_funcid_t; typedef char ded_func_t[DED_FUNC_LEN + 1]; typedef int ded_flags_t; typedef char* ded_anystring_t; // Embedded sound information. typedef struct ded_embsound_s { ded_string_t name; int id; // Figured out at runtime. float volume; } ded_embsound_t; typedef struct ded_ptcstage_s { ded_flags_t type; int tics; float variance; // Stage variance (time). float color[4]; // RGBA float radius; float radiusVariance; ded_flags_t flags; float bounce; float resistance; // Air resistance. float gravity; float vectorForce[3]; float spin[2]; // Yaw and pitch. float spinResistance[2]; // Yaw and pitch. int model; ded_string_t frameName; // For model particles. ded_string_t endFrameName; short frame, endFrame; ded_embsound_t sound, hitSound; /** * Takes care of consistent variance. * Currently only used visually, collisions use the constant radius. * The variance can be negative (results will be larger). */ float particleRadius(int ptcIDX) const; } ded_ptcstage_t; typedef struct ded_count_s { int num, max; } ded_count_t; typedef struct { char id[DED_SPRITEID_LEN + 1]; } ded_sprid_t; typedef struct { char str[DED_STRINGID_LEN + 1]; } ded_str_t; typedef struct { ded_stringid_t id; ded_string_t text; int value; } ded_flag_t; typedef struct { ded_mobjid_t id; int doomEdNum; ded_string_t name; ded_stateid_t states[STATENAMES_COUNT]; ded_soundid_t seeSound; ded_soundid_t attackSound; ded_soundid_t painSound; ded_soundid_t deathSound; ded_soundid_t activeSound; int reactionTime; int painChance; int spawnHealth; float speed; float radius; float height; int mass; int damage; ded_flags_t flags[NUM_MOBJ_FLAGS]; int misc[NUM_MOBJ_MISC]; } ded_mobj_t; typedef struct { ded_stateid_t id; // ID of this state. ded_sprid_t sprite; ded_flags_t flags; int frame; int tics; ded_funcid_t action; ded_stateid_t nextState; int misc[NUM_STATE_MISC]; ded_anystring_t execute; // Console command. } ded_state_t; typedef struct ded_light_s { ded_stateid_t state; char uniqueMapID[64]; float offset[3]; /* Origin offset in world coords Zero means automatic */ float size; // Zero: automatic float color[3]; // Red Green Blue (0,1) float lightLevel[2]; // Min/max lightlevel for bias ded_flags_t flags; Uri* up, *down, *sides; Uri* flare; float haloRadius; // Halo radius (zero = no halo). } ded_light_t; struct ded_submodel_t { Uri* filename; Uri* skinFilename; // Optional; override model's skin. ded_string_t frame; int frameRange; ded_flags_t flags; // ASCII string of the flags. int skin; int skinRange; de::Vector3f offset; // Offset XYZ within model. float alpha; float parm; // Custom parameter. unsigned char selSkinBits[2]; // Mask and offset. unsigned char selSkins[8]; Uri* shinySkin; float shiny; de::Vector3f shinyColor; float shinyReact; blendmode_t blendMode; // bm_* ded_submodel_t() : filename(0) , skinFilename(0) , frameRange(0) , flags(0) , skin(0) , skinRange(0) , alpha(0) , parm(0) , shinySkin(0) , shiny(0) , shinyColor(1, 1, 1) , shinyReact(1.0f) , blendMode(BM_NORMAL) { de::zap(frame); de::zap(selSkinBits); de::zap(selSkins); } }; struct ded_model_t { ded_stringid_t id; // Optional identifier for the definition. ded_stateid_t state; int off; ded_sprid_t sprite; // Only used by autoscale. int spriteFrame; // Only used by autoscale. ded_flags_t group; int selector; ded_flags_t flags; float interMark; float interRange[2]; // 0-1 by default. int skinTics; // Tics per skin in range. de::Vector3f scale; // Scale XYZ float resize; de::Vector3f offset; // Offset XYZ float shadowRadius; // Radius for shadow (0=auto). typedef std::vector Submodels; Submodels _sub; ded_model_t(char const *spriteId = "") : off(0) , spriteFrame(0) , group(0) , selector(0) , flags(0) , interMark(0) , skinTics(0) , scale(1, 1, 1) , resize(0) , shadowRadius(0) { de::zap(id); de::zap(state); de::zap(sprite); de::zap(interRange); strcpy(sprite.id, spriteId); interRange[1] = 1; } bool hasSub(unsigned int subnum) const { return subnum < _sub.size(); } unsigned int subCount() const { return _sub.size(); } ded_submodel_t &sub(unsigned int subnum) { DENG2_ASSERT(hasSub(subnum)); return _sub[subnum]; } ded_submodel_t const &sub(unsigned int subnum) const { DENG2_ASSERT(hasSub(subnum)); return _sub[subnum]; } void appendSub() { _sub.push_back(ded_submodel_t()); } }; typedef struct { ded_soundid_t id; // ID of this sound, refered to by others. ded_string_t name; // A tag name for the sound. ded_string_t lumpName; // Actual lump name of the sound ("DS" not included). Uri* ext; // External sound file (WAV). ded_soundid_t link; // Link to another sound. int linkPitch; int linkVolume; int priority; // Priority classification. int channels; // Max number of channels to occupy. int group; // Exclusion group. ded_flags_t flags; // Flags (like chg_pitch). } ded_sound_t; typedef struct { ded_musicid_t id; // ID of this piece of music. ded_string_t lumpName; // Lump name. Uri* path; // External file (not a normal MUS file). int cdTrack; // 0 = no track. } ded_music_t; typedef struct { ded_flags_t flags; Uri* material; float offset; float colorLimit; } ded_skylayer_t; typedef struct ded_skymodel_s { ded_stringid_t id; int layer; // Defaults to -1. float frameInterval; // Seconds per frame. float yaw; float yawSpeed; // Angles per second. float coordFactor[3]; float rotate[2]; ded_anystring_t execute; // Executed on every frame change. float color[4]; // RGBA } ded_skymodel_t; #define NUM_SKY_LAYERS 2 #define NUM_SKY_MODELS 32 // Sky flags. #define SIF_DRAW_SPHERE 0x1 ///< Always draw the sky sphere. typedef struct ded_sky_s { ded_stringid_t id; ded_flags_t flags; // Flags. float height; float horizonOffset; float color[3]; // Color of sky-lit sectors. ded_skylayer_t layers[NUM_SKY_LAYERS]; ded_skymodel_t models[NUM_SKY_MODELS]; } ded_sky_t; /// @todo These values should be tweaked a bit. #define DEFAULT_FOG_START 0 #define DEFAULT_FOG_END 2100 #define DEFAULT_FOG_DENSITY 0.0001f #define DEFAULT_FOG_COLOR_RED 138.0f/255 #define DEFAULT_FOG_COLOR_GREEN 138.0f/255 #define DEFAULT_FOG_COLOR_BLUE 138.0f/255 typedef struct ded_mapinfo_s { Uri* uri; // ID of the map (e.g. E2M3 or MAP21). ded_string_t name; // Name of the map. ded_string_t author; // Author of the map. ded_flags_t flags; // Flags. ded_musicid_t music; // Music to play. float parTime; // Par time, in seconds. float fogColor[3]; // Fog color (RGB). float fogStart; float fogEnd; float fogDensity; float ambient; // Ambient light level. float gravity; // 1 = normal. ded_stringid_t skyID; // ID of the sky definition to use with this map. If not set, use the sky data in the mapinfo. ded_sky_t sky; ded_anystring_t execute; // Executed during map setup (savegames, too). } ded_mapinfo_t; typedef struct { ded_stringid_t id; char* text; } ded_text_t; typedef struct { ded_stringid_t id; ded_count_t count; Uri** materials; } ded_tenviron_t; typedef struct { char* id; char* text; } ded_value_t; typedef struct { ded_stringid_t id; Uri* before; Uri* after; char* script; } ded_finale_t; typedef struct { int id; char comment[64]; ded_flags_t flags[3]; ded_flags_t lineClass; ded_flags_t actType; int actCount; float actTime; int actTag; int aparm[9]; //ded_stringid_t aparm_str[3]; // aparms 4, 6, 9 ded_stringid_t aparm9; float tickerStart; float tickerEnd; int tickerInterval; ded_soundid_t actSound; ded_soundid_t deactSound; int evChain; int actChain; int deactChain; int actLineType; int deactLineType; ded_flags_t wallSection; Uri* actMaterial; Uri* deactMaterial; char actMsg[128]; char deactMsg[128]; float materialMoveAngle; float materialMoveSpeed; int iparm[20]; char iparmStr[20][64]; float fparm[20]; char sparm[5][128]; } ded_linetype_t; typedef struct { int id; char comment[64]; ded_flags_t flags; int actTag; int chain[5]; ded_flags_t chainFlags[5]; float start[5]; float end[5]; float interval[5][2]; int count[5]; ded_soundid_t ambientSound; float soundInterval[2]; // min,max float materialMoveAngle[2]; // floor, ceil float materialMoveSpeed[2]; // floor, ceil float windAngle; float windSpeed; float verticalWind; float gravity; float friction; ded_func_t lightFunc; int lightInterval[2]; ded_func_t colFunc[3]; // RGB int colInterval[3][2]; ded_func_t floorFunc; float floorMul, floorOff; int floorInterval[2]; ded_func_t ceilFunc; float ceilMul, ceilOff; int ceilInterval[2]; } ded_sectortype_t; typedef struct ded_detail_stage_s { int tics; float variance; Uri *texture; // The file/lump with the detail texture. float scale; float strength; float maxDistance; } ded_detail_stage_t; // Flags for detail texture definitions. #define DTLF_NO_IWAD 0x1 // Don't use if from IWAD. #define DTLF_PWAD 0x2 // Can use if from PWAD. #define DTLF_EXTERNAL 0x4 // Can use if from external resource. typedef struct ded_detailtexture_s { Uri *material1; Uri *material2; ded_flags_t flags; // There is only one stage. ded_detail_stage_t stage; } ded_detailtexture_t; typedef struct ded_ptcgen_s { struct ded_ptcgen_s* stateNext; // List of generators for a state. ded_stateid_t state; // Triggered by this state (if mobj-gen). Uri* material; ded_mobjid_t type; // Triggered by this type of mobjs. ded_mobjid_t type2; // Also triggered by this type. int typeNum; int type2Num; ded_mobjid_t damage; // Triggered by mobj damage of this type. int damageNum; Uri* map; // Triggered by this map. ded_flags_t flags; float speed; // Particle spawn velocity. float speedVariance; // Spawn speed variance (0-1). float vector[3]; // Particle launch vector. float vectorVariance; // Launch vector variance (0-1). 1=totally random. float initVectorVariance; // Initial launch vector variance (0-1). float center[3]; // Offset to the mobj (relat. to source). int subModel; // Model source: origin submodel #. float spawnRadius; float spawnRadiusMin; // Spawn uncertainty box. float maxDist; // Max visibility for particles. int spawnAge; // How long until spawning stops? int maxAge; // How long until generator dies? int particles; // Maximum number of particles. float spawnRate; // Particles spawned per tic. float spawnRateVariance; int preSim; // Tics to pre-simulate when spawned. int altStart; float altStartVariance; // Probability for alt start. float force; // Radial strength of the sphere force. float forceRadius; // Radius of the sphere force. float forceAxis[3]; /* Rotation axis of the sphere force (+ speed). */ float forceOrigin[3]; // Offset for the force sphere. ded_ptcstage_t* stages; ded_count_t stageCount; } ded_ptcgen_t; typedef struct ded_shine_stage_s { int tics; float variance; Uri *texture; Uri *maskTexture; blendmode_t blendMode; // Blend mode flags (bm_*). float shininess; float minColor[3]; float maskWidth; float maskHeight; } ded_shine_stage_t; // Flags for reflection definitions. #define REFF_NO_IWAD 0x1 // Don't use if from IWAD. #define REFF_PWAD 0x2 // Can use if from PWAD. #define REFF_EXTERNAL 0x4 // Can use if from external resource. typedef struct ded_reflection_s { Uri *material; ded_flags_t flags; // There is only one stage. ded_shine_stage_t stage; } ded_reflection_t; typedef struct ded_group_member_s { Uri* material; int tics; int randomTics; } ded_group_member_t; typedef struct ded_group_s { ded_flags_t flags; ded_count_t count; ded_group_member_t* members; } ded_group_t; typedef struct ded_material_layer_stage_s { Uri* texture; int tics; float variance; // Stage variance (time). float glowStrength; float glowStrengthVariance; float texOrigin[2]; } ded_material_layer_stage_t; typedef struct ded_material_layer_s { ded_material_layer_stage_t* stages; ded_count_t stageCount; } ded_material_layer_t; typedef struct ded_decorlight_stage_s { int tics; float variance; // Stage variance (time). float pos[2]; // Coordinates on the surface. float elevation; // Distance from the surface. float color[3]; // Light color. float radius; // Dynamic light radius (-1 = no light). float haloRadius; // Halo radius (zero = no halo). float lightLevels[2]; // Fade by sector lightlevel. int sysFlareIdx; Uri *up, *down, *sides; Uri *flare; // Overrides sysFlareIdx } ded_decorlight_stage_t; typedef struct ded_material_decoration_s { int patternOffset[2]; int patternSkip[2]; ded_decorlight_stage_t *stages; ded_count_t stageCount; } ded_material_decoration_t; typedef struct ded_material_s { Uri *uri; dd_bool autoGenerated; ded_flags_t flags; int width, height; // In world units. ded_material_layer_t layers[DED_MAX_MATERIAL_LAYERS]; ded_material_decoration_t decorations[DED_MAX_MATERIAL_DECORATIONS]; } ded_material_t; // An oldschool material-linked decoration definition. typedef struct ded_decoration_s { int patternOffset[2]; int patternSkip[2]; // There is only one stage. ded_decorlight_stage_t stage; } ded_decoration_t; // There is a fixed number of light decorations in each decoration. #define DED_DECOR_NUM_LIGHTS 16 // Flags for decoration definitions. #define DCRF_NO_IWAD 0x1 // Don't use if from IWAD. #define DCRF_PWAD 0x2 // Can use if from PWAD. #define DCRF_EXTERNAL 0x4 // Can use if from external resource. typedef struct ded_decor_s { Uri *material; ded_flags_t flags; ded_decoration_t lights[DED_DECOR_NUM_LIGHTS]; } ded_decor_t; typedef struct { unsigned char ch; Uri* path; } ded_compositefont_mappedcharacter_t; typedef struct ded_compositefont_s { Uri* uri; ded_count_t charMapCount; ded_compositefont_mappedcharacter_t* charMap; } ded_compositefont_t; // The ded_t structure encapsulates all the data one definition file // can contain. This is only an internal representation of the data. // An ASCII version is written and read by DED_Write() and DED_Read() // routines. // It is VERY important not to sort the data arrays in any way: the // index numbers are important. The Game DLL must be recompiled with the // new constants if the order of the array items changes. struct ded_s { int version; // DED version number. ded_flags_t modelFlags; // Default values for models. float modelScale; float modelOffset; struct ded_counts_s { ded_count_t flags; ded_count_t mobjs; ded_count_t states; ded_count_t sprites; ded_count_t lights; ded_count_t materials; //ded_count_t models; ded_count_t skies; ded_count_t sounds; ded_count_t music; ded_count_t mapInfo; ded_count_t text; ded_count_t textureEnv; ded_count_t values; ded_count_t details; ded_count_t ptcGens; ded_count_t finales; ded_count_t decorations; ded_count_t reflections; ded_count_t groups; ded_count_t lineTypes; ded_count_t sectorTypes; ded_count_t xgClasses; ded_count_t compositeFonts; } count; // Flag values (for all types of data). ded_flag_t* flags; // Map object information. ded_mobj_t* mobjs; // States. ded_state_t* states; // Sprites. ded_sprid_t* sprites; // Lights. ded_light_t* lights; // Materials. ded_material_t* materials; // Models. //ded_model_t* models; typedef std::vector Models; Models models; // Skies. ded_sky_t* skies; // Sounds. ded_sound_t* sounds; // Music. ded_music_t* music; // Map information. ded_mapinfo_t* mapInfo; // Text. ded_text_t* text; // Aural environments for textures. ded_tenviron_t* textureEnv; // Free-from string values. ded_value_t* values; // Detail texture assignments. ded_detailtexture_t* details; // Particle generators. ded_ptcgen_t* ptcGens; // Finales. ded_finale_t* finales; // Decorations. ded_decor_t* decorations; // Reflections. ded_reflection_t* reflections; // Animation/Precache groups for textures. ded_group_t* groups; // XG line types. ded_linetype_t* lineTypes; // XG sector types. ded_sectortype_t* sectorTypes; // Composite fonts. ded_compositefont_t* compositeFonts; /// Constructor initializes everything to zero. ded_s() : version(DED_VERSION), modelFlags(0), modelScale(0), modelOffset(0), flags(0), mobjs(0), states(0), sprites(0), lights(0), materials(0), skies(0), sounds(0), music(0), mapInfo(0), text(0), textureEnv(0), values(0), details(0), ptcGens(0), finales(0), decorations(0), reflections(0), groups(0), lineTypes(0), sectorTypes(0), compositeFonts(0) { de::zap(count); } }; typedef ded_s ded_t; #ifdef __cplusplus extern "C" { #endif // Routines for managing DED files. void DED_Init(ded_t* ded); void DED_Clear(ded_t* ded); /** * @return @c true, if the file was successfully loaded. */ int DED_Read(ded_t* ded, const char* path); int DED_ReadLump(ded_t* ded, lumpnum_t lumpNum); int DED_AddFlag(ded_t* ded, char const* name, char const* text, int value); int DED_AddMobj(ded_t* ded, char const* idStr); int DED_AddState(ded_t* ded, char const* id); int DED_AddSprite(ded_t* ded, char const* name); int DED_AddLight(ded_t* ded, char const* stateID); int DED_AddMaterial(ded_t* ded, char const* uri); int DED_AddMaterialLayerStage(ded_material_layer_t *ml); int DED_AddMaterialDecorationStage(ded_material_decoration_t *li); int DED_AddModel(ded_t* ded, char const* spr); int DED_AddSky(ded_t* ded, char const* id); int DED_AddSound(ded_t* ded, char const* id); int DED_AddMusic(ded_t* ded, char const* id); int DED_AddMapInfo(ded_t* ded, char const* uri); int DED_AddText(ded_t* ded, char const* id); int DED_AddTextureEnv(ded_t* ded, char const* id); int DED_AddValue(ded_t *ded, char const* id); int DED_AddDetail(ded_t* ded, char const* lumpname); int DED_AddPtcGen(ded_t* ded, char const* state); int DED_AddPtcGenStage(ded_ptcgen_t* gen); int DED_AddFinale(ded_t* ded); int DED_AddDecoration(ded_t* ded); int DED_AddReflection(ded_t* ded); int DED_AddGroup(ded_t* ded); int DED_AddGroupMember(ded_group_t* grp); int DED_AddSectorType(ded_t* ded, int id); int DED_AddLineType(ded_t* ded, int id); int DED_AddCompositeFont(ded_t* ded, char const* uri); int DED_AddCompositeFontMapCharacter(ded_compositefont_t* font); void DED_RemoveFlag(ded_t* ded, int index); void DED_RemoveMobj(ded_t* ded, int index); void DED_RemoveState(ded_t* ded, int index); void DED_RemoveSprite(ded_t* ded, int index); void DED_RemoveLight(ded_t* ded, int index); void DED_RemoveMaterial(ded_t* ded, int index); void DED_RemoveModel(ded_t* ded, int index); void DED_RemoveSky(ded_t* ded, int index); void DED_RemoveSound(ded_t* ded, int index); void DED_RemoveMusic(ded_t* ded, int index); void DED_RemoveMapInfo(ded_t* ded, int index); void DED_RemoveText(ded_t* ded, int index); void DED_RemoveTextureEnv(ded_t* ded, int index); void DED_RemoveValue(ded_t* ded, int index); void DED_RemoveDetail(ded_t* ded, int index); void DED_RemovePtcGen(ded_t* ded, int index); void DED_RemoveFinale(ded_t* ded, int index); void DED_RemoveDecoration(ded_t* ded, int index); void DED_RemoveReflection(ded_t* ded, int index); void DED_RemoveGroup(ded_t* ded, int index); void DED_RemoveSectorType(ded_t* ded, int index); void DED_RemoveLineType(ded_t* ded, int index); void DED_RemoveCompositeFont(ded_t* ded, int index); /** * @return Pointer to the new block of memory. */ void* DED_NewEntries(void** ptr, ded_count_t* cnt, size_t elemSize, int count); /** * @return Pointer to the new block of memory. */ void* DED_NewEntry(void** ptr, ded_count_t* cnt, size_t elemSize); void DED_DelEntry(int index, void** ptr, ded_count_t* cnt, size_t elemSize); void DED_DelArray(void** ptr, ded_count_t* cnt); void DED_ZCount(ded_count_t* c); #ifdef __cplusplus } // extern "C" #endif DENG_EXTERN_C char dedReadError[]; #endif // DENG_DEFINITION_FILE_H doomsday-1.14.5/doomsday/client/include/filehandle.h0000664000175000017500000000745012350542237021702 0ustar jaakkojaakko/** * @file filehandle.h * Reference/handle to a unique file in the engine's virtual file system. * * @ingroup fs * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_FILEHANDLE_H #define LIBDENG_FILESYS_FILEHANDLE_H #include /// Seek methods typedef enum { SeekSet = 0, SeekCur = 1, SeekEnd = 2 } SeekMethod; #ifdef __cplusplus struct filelist_s; namespace de { class File1; class FileHandleBuilder; /** * Reference/handle to a unique file in the engine's virtual file system. */ class FileHandle { public: ~FileHandle(); /** * Close the file if open. Note that this clears any previously buffered data. */ FileHandle& close(); /// @todo Should not be visible outside the engine. struct filelist_s* list(); /// @todo Should not be visible outside the engine. FileHandle& setList(struct filelist_s* list); bool hasFile() const; File1& file(); File1& file() const; /// @return @c true iff this handle's internal state is valid. bool isValid() const; /// @return The length of the file, in bytes. size_t length(); /// @return Offset in bytes from the start of the file to begin read. size_t baseOffset() const; /** * @return Number of bytes read (at most @a count bytes will be read). */ size_t read(uint8_t* buffer, size_t count); /** * Read a character from the stream, advancing the read position in the process. */ unsigned char getC(); /** * @return @c true iff the stream has reached the end of the file. */ bool atEnd(); /** * @return Current position in the stream as an offset from the beginning of the file. */ size_t tell(); /** * @return The current position in the file, before the move, as an * offset from the beginning of the file. */ size_t seek(size_t offset, SeekMethod whence); /** * Rewind the stream to the start of the file. */ FileHandle& rewind(); friend class FileHandleBuilder; private: FileHandle(); struct Instance; Instance* d; }; } // namespace de extern "C" { #endif // __cplusplus /** * C wrapper API: */ struct filehandle_s; // The filehandle instance (opaque). typedef struct filehandle_s FileHandle; void FileHandle_Delete(FileHandle* hndl); void FileHandle_Close(FileHandle* hndl); dd_bool FileHandle_IsValid(FileHandle const* hndl); size_t FileHandle_Length(FileHandle* hndl); size_t FileHandle_BaseOffset(FileHandle const* hndl); size_t FileHandle_Read(FileHandle* hndl, uint8_t* buffer, size_t count); unsigned char FileHandle_GetC(FileHandle* hndl); dd_bool FileHandle_AtEnd(FileHandle* hndl); size_t FileHandle_Tell(FileHandle* hndl); size_t FileHandle_Seek(FileHandle* hndl, size_t offset, SeekMethod whence); void FileHandle_Rewind(FileHandle* hndl); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_FILESYS_FILEHANDLE_H */ doomsday-1.14.5/doomsday/client/include/TriangleStripBuilder0000664000175000017500000000005112350542237023445 0ustar jaakkojaakko#include "render/trianglestripbuilder.h" doomsday-1.14.5/doomsday/client/include/BiasIllum0000664000175000017500000000003612350542237021233 0ustar jaakkojaakko#include "render/biasillum.h" doomsday-1.14.5/doomsday/client/include/filetype.h0000664000175000017500000001144512350542237021427 0ustar jaakkojaakko/** * @file filetype.h * * File Type. @ingroup fs * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILETYPE_H #define LIBDENG_FILETYPE_H #ifdef __cplusplus #ifndef DENG2_C_API_ONLY #include #include #include #include #include "filehandle.h" enum resourceclassid_e; namespace de { struct FileInfo; /** * Encapsulates the properties and logics belonging to a logical * type of file file (e.g., Zip, PNG, WAV, etc...) * * @ingroup core */ class FileType { public: FileType(String _name, resourceclassid_e _defaultClass) : name_(_name), defaultClass_(_defaultClass) {} virtual ~FileType() {}; /// Return the symbolic name of this file type. String const& name() const { return name_; } /// Return the unique identifier of the default class for this type of file. resourceclassid_e defaultClass() const { return defaultClass_; } /** * Add a new known extension to this file type. Earlier extensions * have priority. * * @param ext Extension to add (including period). * @return This instance. */ FileType& addKnownExtension(String ext) { knownFileNameExtensions_.push_back(ext); return *this; } /** * Provides access to the known file name extension list for efficient * iteration. * * @return List of known extensions. */ QStringList const& knownFileNameExtensions() const { return knownFileNameExtensions_; } /** * Does the file name in @a path match a known extension? * * @param path File name/path to test. * @return @c true if matched. */ bool fileNameIsKnown(String path) const { // We require an extension for this. String ext = path.fileNameExtension(); if(!ext.isEmpty()) { return knownFileNameExtensions_.contains(ext, Qt::CaseInsensitive); } return false; } private: /// Symbolic name for this type of file. String name_; /// Default class attributed to files of this type. resourceclassid_e defaultClass_; /// List of known extensions for this file type. QStringList knownFileNameExtensions_; }; /** * The special "null" FileType object. * * @ingroup core */ class NullFileType : public FileType { public: NullFileType() : FileType("FT_NONE", RC_UNKNOWN) {} }; /// @return @c true= @a ftype is a "null-filetype" object (not a real file type). inline bool isNullFileType(FileType const& ftype) { return !!dynamic_cast(&ftype); } /** * Base class for all native-file types. */ class NativeFileType : public FileType { public: NativeFileType(String name, resourceclassid_t rclassId) : FileType(name, rclassId) {} /** * Attempt to interpret a file file of this type. * * @param hndl Handle to the file to be interpreted. * @param path VFS path to associate with the file. * @param info File metadata info to attach to the file. * * @return The interpreted file; otherwise @c 0. */ virtual de::File1* interpret(de::FileHandle& hndl, String path, FileInfo const& info) const = 0; }; /// @return @c true= @a ftype is a NativeFileType object. inline bool isNativeFileType(FileType const& ftype) { return !!dynamic_cast(&ftype); } } // namespace de #endif // DENG2_C_API_ONLY #endif // __cplusplus #endif /* LIBDENG_FILETYPE_H */ doomsday-1.14.5/doomsday/client/include/de_console.h0000664000175000017500000000232712350542237021717 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Console Subsystem. */ #ifndef LIBDENG_CONSOLE #define LIBDENG_CONSOLE #ifdef WIN32 # include "de_platform.h" #endif #include "con_main.h" #include "con_config.h" #include "con_bar.h" #ifdef __CLIENT__ # include "ui/widgetactions.h" # include "ui/b_main.h" # include "ui/b_context.h" #endif #include "api_console.h" #endif /* LIBDENG_CONSOLE */ doomsday-1.14.5/doomsday/client/include/SkyFixEdge0000664000175000017500000000003712350542237021355 0ustar jaakkojaakko#include "render/skyfixedge.h" doomsday-1.14.5/doomsday/client/include/de_base.h0000664000175000017500000000326612350542237021172 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Engine Core. */ #ifndef LIBDENG_BASE_H #define LIBDENG_BASE_H // System headers needed everywhere. #include #include "de_platform.h" #include #include #include #include #include #include #include "dd_def.h" #include "dd_share.h" #include "games.h" #include "api_gameexport.h" #include "api_plugin.h" #include "dd_main.h" #include "dd_loop.h" #include "dd_help.h" #include "library.h" #include "busymode.h" #include "ui/dd_input.h" #include "ui/nativeui.h" #include "ui/zonedebug.h" #include "uri.hh" #ifdef __SERVER__ // Many subsystems do not exist on the server. This is a temporary measure // to allow compilation without pulling everything apart just yet. # include "server_dummies.h" #endif #endif /* LIBDENG_BASE_H */ doomsday-1.14.5/doomsday/client/include/Polyobj0000664000175000017500000000003312350542237020765 0ustar jaakkojaakko#include "world/polyobj.h" doomsday-1.14.5/doomsday/client/include/de_misc.h0000664000175000017500000000233012350542237021202 0ustar jaakkojaakko/** @file de_misc.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_MISC_H #define LIBDENG_MISC_H /** * Miscellaneous Services. */ #include "m_misc.h" #include "m_nodepile.h" #include "m_profiler.h" #include "m_decomp64.h" #include #include #include #include #include #include #endif /* LIBDENG_MISC_H */ doomsday-1.14.5/doomsday/client/include/macx/0000775000175000017500000000000012350542237020360 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/macx/MusicPlayer.h0000664000175000017500000000213412350542237022766 0ustar jaakkojaakko/** @file * * @authors Copyright © 2011 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #import #import @interface MusicPlayer : NSObject { QTMovie* currentSong; float songVolume; } - (id)init; - (void)shutdown; - (int)playFile:(const char*)filename looping:(int)loop; - (void)setVolume:(float)volume; - (void)play; - (void)stop; - (void)rewind; @end doomsday-1.14.5/doomsday/client/include/m_decomp64.h0000664000175000017500000000201512350542237021534 0ustar jaakkojaakko/** @file * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * m_decomp64.h: Decompression algorithm, used with various lumps of * DOOM64 data. */ #ifndef __M_DECOMPRESS64_H__ #define __M_DECOMPRESS64_H__ void M_Decompress64(byte* dst, const byte* src); #endif doomsday-1.14.5/doomsday/client/include/HEdge0000664000175000017500000000002312350542237020322 0ustar jaakkojaakko#include "hedge.h" doomsday-1.14.5/doomsday/client/include/CommandAction0000664000175000017500000000003612350542237022066 0ustar jaakkojaakko#include "ui/commandaction.h" doomsday-1.14.5/doomsday/client/include/clientapp.h0000664000175000017500000000512712350542237021565 0ustar jaakkojaakko/** @file clientapp.h The client application. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENTAPP_H #define CLIENTAPP_H #include #include "settingsregister.h" #include "network/serverlink.h" #include "ui/inputsystem.h" #include "ui/clientwindowsystem.h" #include "render/rendersystem.h" #include "resource/resourcesystem.h" #include "WidgetActions" #include "updater.h" #include "Games" #include "world/worldsystem.h" /** * The client application. */ class ClientApp : public de::BaseGuiApp { Q_OBJECT public: ClientApp(int &argc, char **argv); /** * Sets up all the subsystems of the application. Must be called before the * event loop is started. At the end of this method, the bootstrap script is * executed. */ void initialize(); void preFrame(); void postFrame(); /** * Reports a new alert to the user. * * @param msg Message to show. May contain style escapes. * @param level Importance of the message. */ static void alert(de::String const &msg, de::LogEntry::Level level = de::LogEntry::Message); public: static ClientApp &app(); static Updater &updater(); static SettingsRegister &logSettings(); static SettingsRegister &networkSettings(); static SettingsRegister &audioSettings(); ///< @todo Belongs in AudioSystem. static ServerLink &serverLink(); static InputSystem &inputSystem(); static ClientWindowSystem &windowSystem(); static RenderSystem &renderSystem(); static ResourceSystem &resourceSystem(); static WidgetActions &widgetActions(); static de::Games &games(); static de::WorldSystem &worldSystem(); public slots: void openHomepageInBrowser(); void openInBrowser(QUrl url); private: DENG2_PRIVATE(d) }; #endif // CLIENTAPP_H doomsday-1.14.5/doomsday/client/include/Texture0000664000175000017500000000003612350542237021012 0ustar jaakkojaakko#include "resource/texture.h" doomsday-1.14.5/doomsday/client/include/def_main.h0000664000175000017500000001367212350542237021354 0ustar jaakkojaakko/** * @file def_main.h * Definitions subsystem. @ingroup defs * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DEFINITIONS_MAIN_H #define LIBDENG_DEFINITIONS_MAIN_H #include "def_data.h" #include "Material" #include #ifdef __cplusplus extern "C" { #endif // the actual classes are game-side struct xgclass_s; typedef struct sfxinfo_s { void* data; /// Pointer to sound data. lumpnum_t lumpNum; char lumpName[9]; /// Actual lump name of the sound (full name). char id[32]; /// Identifier name (from the def). char name[32]; /// Long name. struct sfxinfo_s* link; /// Link to another sound. int linkPitch; int linkVolume; int priority; int channels; /// Max. channels for the sound to occupy. int usefulness; /// Used to determine when to cache out. int flags; int group; ddstring_t external; /// Path to external file. } sfxinfo_t; extern ded_t defs; // The main definitions database. extern sprname_t* sprNames; // Sprite name list. extern state_t* states; // State list. extern mobjinfo_t* mobjInfo; // Map object info database. extern sfxinfo_t* sounds; // Sound effect list. extern ddtext_t* texts; // Text list. extern mobjinfo_t** stateOwners; extern ded_light_t** stateLights; extern ded_ptcgen_t** statePtcGens; extern ded_count_t countSprNames; extern ded_count_t countStates; extern struct xgclass_s* xgClassLinks; void Def_Init(void); int Def_GetGameClasses(void); /** * Finish definition database initialization. Initialization is split into two * phases either side of the texture manager, this being the post-phase. */ void Def_PostInit(void); /** * Destroy databases. */ void Def_Destroy(void); /** * Reads the specified definition files, and creates the sprite name, * state, mobjinfo, sound, music, text and mapinfo databases accordingly. */ void Def_Read(void); void Def_ReadProcessDED(const char* fileName); int Def_GetMobjNum(const char* id); int Def_GetMobjNumForName(const char* name); const char* Def_GetMobjName(int num); state_t *Def_GetState(int num); int Def_GetStateNum(char const *id); char const *Def_GetStateName(state_t *state); int Def_GetActionNum(char const *id); /** * Returns the unique sprite number associated with the specified sprite @a name; * otherwise @c -1 if not found. */ spritenum_t Def_GetSpriteNum(char const *name); int Def_GetModelNum(const char* id); ded_music_t* Def_GetMusic(char const *id); int Def_GetMusicNum(const char* id); int Def_GetSoundNum(const char* id); ded_flag_t* Def_GetFlag(const char* id); ded_value_t* Def_GetValueById(const char* id); ded_value_t* Def_GetValueByUri(const Uri* uri); ded_mapinfo_t* Def_GetMapInfo(const Uri* uri); ded_sky_t* Def_GetSky(const char* id); ded_material_t* Def_GetMaterial(const char* uri); ded_compositefont_t* Def_GetCompositeFont(const char* uri); ded_light_t* Def_GetLightDef(int spr, int frame); /// @todo $revise-texture-animation ded_decor_t* Def_GetDecoration(Uri const *uri, /*bool hasExternal,*/ bool isCustom); ded_reflection_t* Def_GetReflection(Uri const *uri, /*bool hasExternal,*/ bool isCustom); ded_detailtexture_t* Def_GetDetailTex(Uri const *uri, /*bool hasExternal,*/ bool isCustom); #ifdef __cplusplus } // extern "C" #endif ded_ptcgen_t *Def_GetGenerator(Uri const *uri); ded_ptcgen_t *Def_GetGenerator(de::Uri const &uri); #ifdef __cplusplus extern "C" { #endif ded_ptcgen_t* Def_GetDamageGenerator(int mobjType); int Def_EvalFlags2(char const *string); int Def_EvalFlags(char *string); /** * @return @c true= the definition was found. */ int Def_Get(int type, const char* id, void* out); /** * This is supposed to be the main interface for outside parties to * modify definitions (unless they want to do it manually with dedfile.h). */ int Def_Set(int type, int index, int value, const void* ptr); dd_bool Def_SameStateSequence(state_t* snew, state_t* sold); /** * Compiles a list of all the defined mobj types. Indices in this list * match those in the @c mobjInfo array. * * @return StringArray instance. Caller gets ownership. */ StringArray* Def_ListMobjTypeIDs(void); /** * Compiles a list of all the defined mobj states. Indices in this list * match those in the @c states array. * * @return StringArray instance. Caller gets ownership. */ StringArray* Def_ListStateIDs(void); /** * Returns @c true iff @a def is compatible with the specified context. */ bool Def_IsAllowedDecoration(ded_decor_t *def, /*bool hasExternal,*/ bool isCustom); /** * Returns @c true iff @a def is compatible with the specified context. */ bool Def_IsAllowedReflection(ded_reflection_t *def, /*bool hasExternal,*/ bool isCustom); /** * Returns @c true iff @a def is compatible with the specified context. */ bool Def_IsAllowedDetailTex(ded_detailtexture_t *def, /*bool hasExternal,*/ bool isCustom); D_CMD(ListMobjs); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_DEFINITIONS_MAIN_H */ doomsday-1.14.5/doomsday/client/include/con_main.h0000664000175000017500000002341512350542237021371 0ustar jaakkojaakko/** @file con_main.h Console Subsystem. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CONSOLE_MAIN_H #define DENG_CONSOLE_MAIN_H #include "dd_share.h" #include "dd_types.h" #include "de_system.h" #include "ui/dd_input.h" #include "Game" #include // known words #include #define CMDLINE_SIZE 256 #define MAX_ARGS 256 #define OBSOLETE CVF_NO_ARCHIVE|CVF_HIDE // Macros for accessing the console variable values through the shared data ptr. #define CV_INT(var) (*(int *) var->ptr) #define CV_BYTE(var) (*(byte *) var->ptr) #define CV_FLOAT(var) (*(float *) var->ptr) #define CV_CHARPTR(var) (*(char **) var->ptr) #define CV_URIPTR(var) (*(uri_s **) var->ptr) struct cbuffer_s; typedef struct { char cmdLine[2048]; int argc; char *argv[MAX_ARGS]; } cmdargs_t; typedef struct ccmd_s { /// Next command in the global list. struct ccmd_s *next; /// Next and previous overloaded versions of this command (if any). struct ccmd_s *nextOverload, *prevOverload; /// Execute function. int (*execFunc) (byte src, int argc, char **argv); /// Name of the command. char const *name; /// @ref consoleCommandFlags int flags; /// Minimum and maximum number of arguments. Used with commands /// that utilize an engine-validated argument list. int minArgs, maxArgs; /// List of argument types for this command. cvartype_t args[MAX_ARGS]; } ccmd_t; typedef struct cvar_s { /// @ref consoleVariableFlags int flags; /// Type of this variable. cvartype_t type; /// Pointer to this variable's node in the directory. void *directoryNode; /// Pointer to the user data. void *ptr; /// Minimum and maximum values (for ints and floats). float min, max; /// On-change notification callback. void (*notifyChanged)(); } cvar_t; ddstring_t const *CVar_TypeName(cvartype_t type); /// @return @ref consoleVariableFlags int CVar_Flags(cvar_t const *var); /// @return Type of the variable. cvartype_t CVar_Type(cvar_t const *var); /// @return Symbolic name/path-to the variable. AutoStr *CVar_ComposePath(cvar_t const *var); int CVar_Integer(cvar_t const *var); float CVar_Float(cvar_t const *var); byte CVar_Byte(cvar_t const *var); char const *CVar_String(cvar_t const *var); Uri const *CVar_Uri(cvar_t const *var); /** * Changes the value of an integer variable. * @note Also used with @c CVT_BYTE. * * @param var Variable. * @param value New integer value for the variable. */ void CVar_SetInteger(cvar_t *var, int value); /** * @copydoc CVar_SetInteger() * @param svflags @ref setVariableFlags */ void CVar_SetInteger2(cvar_t *var, int value, int svflags); void CVar_SetFloat2(cvar_t *var, float value, int svflags); void CVar_SetFloat(cvar_t *var, float value); void CVar_SetString2(cvar_t *var, char const *text, int svflags); void CVar_SetString(cvar_t *var, char const *text); void CVar_SetUri2(cvar_t *var, Uri const *uri, int svflags); void CVar_SetUri(cvar_t *var, Uri const *uri); typedef enum { WT_ANY = -1, KNOWNWORDTYPE_FIRST = 0, WT_CCMD = KNOWNWORDTYPE_FIRST, WT_CVAR, WT_CALIAS, WT_GAME, KNOWNWORDTYPE_COUNT } knownwordtype_t; #define VALID_KNOWNWORDTYPE(t) ((t) >= KNOWNWORDTYPE_FIRST && (t) < KNOWNWORDTYPE_COUNT) typedef struct knownword_s { knownwordtype_t type; void *data; } knownword_t; typedef struct calias_s { /// Name of this alias. char *name; /// Aliased command string. char *command; } calias_t; // Console commands can set this when they need to return a custom value // e.g. for the game library. DENG_EXTERN_C int CmdReturnValue; DENG_EXTERN_C byte consoleDump; void Con_Register(); void Con_DataRegister(); dd_bool Con_Init(); void Con_Shutdown(); void Con_InitDatabases(); void Con_ClearDatabases(); void Con_ShutdownDatabases(); void Con_Ticker(timespan_t time); /** * Attempt to change the 'open' state of the console. * @note In dedicated mode the console cannot be closed. */ void Con_Open(int yes); void Con_AddCommand(ccmdtemplate_t const *cmd); void Con_AddCommandList(ccmdtemplate_t const *cmdList); /** * Search the console database for a named command. If one or more overloaded * variants exist then return the variant registered most recently. * * @param name Name of the command to search for. * @return Found command else @c 0 */ ccmd_t *Con_FindCommand(char const *name); /** * Search the console database for a command. If one or more overloaded variants * exist use the argument list to select the required variant. * * @param args * @return Found command else @c 0 */ ccmd_t *Con_FindCommandMatchArgs(cmdargs_t *args); void Con_AddVariable(cvartemplate_t const *tpl); void Con_AddVariableList(cvartemplate_t const *tplList); cvar_t *Con_FindVariable(char const *path); /// @return Type of the variable associated with @a path if found else @c CVT_NULL cvartype_t Con_GetVariableType(char const *path); int Con_GetInteger(char const *path); float Con_GetFloat(char const *path); byte Con_GetByte(char const *path); char const *Con_GetString(char const *path); Uri const *Con_GetUri(char const *path); void Con_SetInteger2(char const *path, int value, int svflags); void Con_SetInteger(char const *path, int value); void Con_SetFloat2(char const *path, float value, int svflags); void Con_SetFloat(char const *path, float value); void Con_SetString2(char const *path, char const *text, int svflags); void Con_SetString(char const *path, char const *text); void Con_SetUri2(char const *path, Uri const *uri, int svflags); void Con_SetUri(char const *path, Uri const *uri); calias_t *Con_AddAlias(char const *name, char const *command); /** * @return @c 0 if the specified alias can't be found. */ calias_t *Con_FindAlias(char const *name); void Con_DeleteAlias(calias_t *cal); /** * @return @c true iff @a name matches a known command or alias name. */ dd_bool Con_IsValidCommand(char const *name); /** * Attempt to execute a console command. * * @param src The source of the command (@ref commandSource) * @param command The command to be executed. * @param silent Non-zero indicates not to log execution of the command. * @param netCmd If @c true, command was sent over the net. * * @return Non-zero if successful else @c 0. */ int Con_Execute(byte src, char const *command, int silent, dd_bool netCmd); int Con_Executef(byte src, int silent, char const *command, ...) PRINTF_F(3,4); /** * Print an error message and quit. */ void Con_Error(char const *error, ...); void Con_AbnormalShutdown(char const *error); /** * Iterate over words in the known-word dictionary, making a callback for each. * Iteration ends when all selected words have been visited or a callback returns * non-zero. * * @param pattern If not @c NULL or an empty string, only process those * words which match this pattern. * @param type If a valid word type, only process words of this type. * @param callback Callback to make for each processed word. * @param parameters Passed to the callback. * * @return @c 0 iff iteration completed wholly. */ int Con_IterateKnownWords(char const *pattern, knownwordtype_t type, int (*callback)(knownword_t const *word, void *parameters), void *parameters); enum KnownWordMatchMode { KnownWordExactMatch, // case insensitive KnownWordStartsWith // case insensitive }; int Con_IterateKnownWords(KnownWordMatchMode matchMode, char const *pattern, knownwordtype_t type, int (*callback)(knownword_t const *word, void *parameters), void *parameters); /** * Collect an array of knownWords which match the given word (at least * partially). * * \note: The array must be freed with free() * * @param word The word to be matched. * @param type If a valid word type, only collect words of this type. * @param count If not @c NULL the matched word count is written back here. * * @return A NULL-terminated array of pointers to all the known words which * match the search criteria. */ knownword_t const **Con_CollectKnownWordsMatchingWord(char const *word, knownwordtype_t type, uint *count); AutoStr *Con_KnownWordToString(knownword_t const *word); void Con_PrintCVar(cvar_t *cvar, char const *prefix); de::String Con_VarAsStyledText(cvar_t *var, char const *prefix); de::String Con_CmdAsStyledText(ccmd_t *cmd); /** * Returns a rich formatted, textual representation of the specified console * command's argument list, suitable for logging. * * @param ccmd The console command to format usage info for. */ de::String Con_CmdUsageAsStyledText(ccmd_t *ccmd); de::String Con_AliasAsStyledText(calias_t *alias); de::String Con_GameAsStyledText(de::Game *game); de::String Con_AnnotatedConsoleTerms(QStringList terms); /** * Collects all the known words of the console into a Lexicon. */ de::shell::Lexicon Con_Lexicon(); #endif // DENG_CONSOLE_MAIN_H doomsday-1.14.5/doomsday/client/include/con_bar.h0000664000175000017500000000345412350542237021212 0ustar jaakkojaakko/** * @file con_bar.h * Console progress bar @ingroup console * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_CONSOLE_PROGRESSBAR_H #define LIBDENG_CONSOLE_PROGRESSBAR_H #include "dd_types.h" #ifdef __cplusplus extern "C" { #endif void Con_InitProgress(int maxProgress); /** * Initialize progress that only covers a part of the progress bar. * * @param maxProgress Maximum logical progress, for Con_SetProgress(). * @param start Start of normalized progress (default: 0). * @param end End of normalized progress (default: 1). */ void Con_InitProgress2(int maxProgress, float start, float end); /** * Updates the progress indicator. */ void Con_SetProgress(int progress); /** * Calculate the progress at the current time. */ //float Con_GetProgress(void); dd_bool Con_IsProgressAnimationCompleted(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_CONSOLE_PROGRESSBAR_H doomsday-1.14.5/doomsday/client/include/updater.h0000664000175000017500000000531412350542237021250 0ustar jaakkojaakko/** * @file updater.h * Automatic updater that works with dengine.net. @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ /** * @defgroup updater Automatic Updater */ #ifndef LIBDENG_UPDATER_H #define LIBDENG_UPDATER_H #ifndef __CLIENT__ # error "updater.h is only for the client" #endif #include "dd_types.h" #include #include #include #include #include /** * Automatic updater. Communicates with dengine.net and coordinates the * download and reinstall procedure. */ class Updater : public QObject { Q_OBJECT public: enum CheckMode { AlwaysShowResult, OnlyShowResultIfUpdateAvailable }; public: /** * Initializes the automatic updater. If it is time to check for an update, * queries the latest version from http://dengine.net/ and determines the * need to update. */ Updater(); void setupUI(); de::ProgressWidget &progress(); public slots: void gotReply(QNetworkReply *); void downloadProgressed(int percentage); void downloadCompleted(int result); void downloadFailed(QString); void recheck(); /** * Shows the Updater Settings dialog. */ void showSettings(); void showCurrentDownload(); /** * Tells the updater to check for updates now. This is called when a manual * check is requested. * * @param notify Show the update notification dialog even though * the current version is up to date. */ void checkNow(CheckMode mode = AlwaysShowResult); void checkNowShowingProgress(); /** * Print in the console when the latest update check was made. */ void printLastUpdated(); protected slots: void downloadDialogClosed(); private: DENG2_PRIVATE(d) }; #endif // LIBDENG_UPDATER_H doomsday-1.14.5/doomsday/client/include/CompositeBitmapFont0000664000175000017500000000005212350542237023276 0ustar jaakkojaakko#include "resource/compositebitmapfont.h" doomsday-1.14.5/doomsday/client/include/BiasTracker0000664000175000017500000000004012350542237021537 0ustar jaakkojaakko#include "render/biastracker.h" doomsday-1.14.5/doomsday/client/include/library.h0000664000175000017500000000767312350542237021262 0ustar jaakkojaakko/** * @file library.h * Dynamic libraries. @ingroup base * * These functions provide roughly the same functionality as the ltdl library. * Since the ltdl library appears to be broken on Mac OS X, these will be used * instead when loading plugin libraries. * * During startup Doomsday loads multiple game plugins. However, only one can * exist in memory at a time because they contain many of the same globally * visible symbols. When a game is started, all game plugins are first released * from memory after which the chosen game plugin is reloaded (see * Library_ReleaseGames()). * * @todo Implement and use this class for Windows. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SYSTEM_UTILS_DYNAMIC_LIBRARY_H #define LIBDENG_SYSTEM_UTILS_DYNAMIC_LIBRARY_H #ifdef __cplusplus extern "C" { #endif struct library_s; // The library instance (opaque). typedef struct library_s Library; /** * Initializes the library loader. */ void Library_Init(void); /** * Release all resources associated with dynamic libraries. Must be called * when shutting down the engine. */ void Library_Shutdown(void); /** * Returns the latest error message. */ const char* Library_LastError(void); /** * Provides the library with the engine's public APIs. * * @param lib Library instance. */ void Library_PublishAPIs(Library *lib); /** * Closes the library handles of all game plugins. The library will be * reopened automatically when needed. */ void Library_ReleaseGames(void); /** * Looks for dynamic libraries and calls @a func for each one. * * Arguments passed to the callback function @a func: * - @a libraryFile is a pointer to a de::LibraryFile instance. * - @a fileName is the name of the library file, including extension. * - @a absPath is the absolute (non-native) path of the file. * - @a data is the @a data from the caller. * * @return If all available libraries were iterated, returns 0. If @a func * returns a non-zero value to indicate aborting the iteration at some point, * that value is returned instead. */ int Library_IterateAvailableLibraries(int (*func)(void *libraryFile, const char* fileName, const char* absPath, void* data), void* data); /** * Loads a dynamic library. * * @param filePath Absolute path of the library to open. */ Library* Library_New(const char* filePath); void Library_Delete(Library* lib); /** * Returns the type identifier of the library. * @see de::Library * * @param lib Library instance. * * @return Type identifier string, e.g., "deng-plugin/game". */ const char* Library_Type(const Library* lib); /** * Looks up a symbol from the library. * * @param lib Library instance. * @param symbolName Name of the symbol. * * @return @c NULL if the symbol is not defined. Otherwise the address of * the symbol. */ void* Library_Symbol(Library* lib, const char* symbolName); #ifdef __cplusplus } // extern "C" #endif #ifdef __cplusplus #include de::LibraryFile& Library_File(Library* lib); #endif #endif /* LIBDENG_SYSTEM_UTILS_DYNAMIC_LIBRARY_H */ doomsday-1.14.5/doomsday/client/include/updater/0000775000175000017500000000000012350542237021074 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/updater/updatersettingsdialog.h0000664000175000017500000000316612350542237025660 0ustar jaakkojaakko/** * @file updatersettingsdialog.h * Dialog for configuring automatic updates. @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_UPDATERSETTINGSDIALOG_H #define DENG_CLIENT_UPDATERSETTINGSDIALOG_H #include /** * Dialog for configuring the settings of the automatic updater. */ class UpdaterSettingsDialog : public de::DialogWidget { Q_OBJECT public: enum Mode { Normal = 0, WithApplyAndCheckButton = 1 }; UpdaterSettingsDialog(Mode mode = Normal, de::String const &name = "updatersettings"); public slots: void apply(); void applyAndCheckNow(); protected: void finish(int result); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_UPDATERSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/updater/downloaddialog.h0000664000175000017500000000415012350542237024234 0ustar jaakkojaakko/** * @file downloaddialog.h * Dialog that downloads a distribution package. @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_DOWNLOADDIALOG_H #define DENG_CLIENT_DOWNLOADDIALOG_H #include class QNetworkReply; /** * Dialog for downloading an update in the background and then starting * the (re)installation process. */ class DownloadDialog : public de::DialogWidget { Q_OBJECT public: DownloadDialog(de::String downloadUri, de::String fallbackUri); ~DownloadDialog(); /** * Returns the path of the downloaded file. * * @return Path, or an empty string if the download did not finish * successfully. */ de::String downloadedFilePath() const; bool isReadyToInstall() const; bool isFailed() const; public: static bool isDownloadInProgress(); static DownloadDialog ¤tDownload(); static void showCompletedDownload(); signals: void downloadProgress(int percentage); void downloadFailed(QString uri); public slots: void replyMetaDataChanged(); void progress(qint64 received, qint64 total); void finished(QNetworkReply *); void cancel(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_DOWNLOADDIALOG_H doomsday-1.14.5/doomsday/client/include/updater/processcheckdialog.h0000664000175000017500000000350112350542237025100 0ustar jaakkojaakko/** * @file processcheckdialog.h * Dialog for checking running processes on Windows. @ingroup updater * * Windows cannot overwrite files that are in use. Thus the updater needs * to ensure that all Snowberry is shut down before starting an update. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_PROCESSCHECKDIALOG_H #define DENG_CLIENT_PROCESSCHECKDIALOG_H #include // This is only for Windows. #ifdef WIN32 /** * Asks the user to stop a process if it is found to be running. * * @param processName Name of the process to check for (e.g., "snowberry.exe"). * @param message Message to display to the user if the process is * running. Should describe why the process needs to be * stopped. * * @return @c true, if the process has been stopped. Otherwise @c false, * the process is still running. */ dd_bool Updater_AskToStopProcess(char const *processName, char const *message); #endif // WIN32 #endif // DENG_CLIENT_PROCESSCHECKDIALOG_H doomsday-1.14.5/doomsday/client/include/updater/updateavailabledialog.h0000664000175000017500000000335112350542237025552 0ustar jaakkojaakko/** * @file updateavailabledialog.h * Dialog for notifying the user about available updates. @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_UPDATEAVAILABLEDIALOG_H #define DENG_CLIENT_UPDATEAVAILABLEDIALOG_H #include #include "versioninfo.h" class UpdateAvailableDialog : public de::MessageDialog { Q_OBJECT public: /// The dialog is initialized with the "Checking" page visible. UpdateAvailableDialog(); /// The dialog is initialized with the result page visible. UpdateAvailableDialog(VersionInfo const& latestVersion, de::String changeLogUri); public slots: void showResult(VersionInfo const &latestVersion, de::String changeLogUri); void showWhatsNew(); void editSettings(); signals: void checkAgain(); private: DENG2_PRIVATE(d) }; #endif // LIBDENG_UPDATEAVAILABLEDIALOG_H doomsday-1.14.5/doomsday/client/include/updater/updatersettings.h0000664000175000017500000000515712350542237024502 0ustar jaakkojaakko/** * @file updatersettings.h * Persistent settings for automatic updates. @ingroup updater * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_UPDATERSETTINGS_H #define DENG_CLIENT_UPDATERSETTINGS_H #include #include #include /** * Convenient interface to the Updater settings. All changes to the settings * are immediately saved persistently. In practice, the values are stored in * Config.updater. */ class UpdaterSettings { public: enum Frequency { Daily = 0, Biweekly = 1, // Tuesday + Saturday Weekly = 2, // 7 days Monthly = 3, // 30 days AtStartup = 4 }; enum Channel { Stable = 0, Unstable = 1 }; public: UpdaterSettings(); Frequency frequency() const; Channel channel() const; de::Time lastCheckTime() const; bool onlyCheckManually() const; bool autoDownload() const; bool deleteAfterUpdate() const; bool isDefaultDownloadPath() const; de::NativePath downloadPath() const; de::NativePath pathToDeleteAtStartup() const; /** * @return Human-readable description of when the latest update * check was made. */ de::String lastCheckAgo() const; void setFrequency(Frequency freq); void setChannel(Channel channel); void setLastCheckTime(const de::Time& time); void setOnlyCheckManually(bool onlyManually); void setAutoDownload(bool autoDl); void setDeleteAfterUpdate(bool deleteAfter); void setDownloadPath(de::NativePath downloadPath); void useDefaultDownloadPath(); void setPathToDeleteAtStartup(de::NativePath deletePath); static de::NativePath defaultDownloadPath(); }; #endif // DENG_CLIENT_UPDATERSETTINGS_H doomsday-1.14.5/doomsday/client/include/sys_system.h0000664000175000017500000000374712350542237022036 0ustar jaakkojaakko/** @file sys_system.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * OS Specific Services Subsystem. */ #ifndef LIBDENG_FILESYS_SYSTEM_H #define LIBDENG_FILESYS_SYSTEM_H #include "dd_types.h" #ifdef __cplusplus extern "C" { #endif extern int novideo; void Sys_Init(void); void Sys_Shutdown(void); /// @return @c true if shutdown is in progress. dd_bool Sys_IsShuttingDown(void); int Sys_CriticalMessage(const char* msg); int Sys_CriticalMessagef(const char* format, ...) PRINTF_F(1,2); void Sys_Sleep(int millisecs); /** * Blocks the thread for a very short period of time. If attempting to wait * until a time in the past (or for more than 50 ms), returns immediately. * * @param realTimeMs Block until this time is reached. * * @note Longer waits should use Sys_Sleep() -- this is a busy wait. */ void Sys_BlockUntilRealTime(uint realTimeMs); void Sys_ShowCursor(dd_bool show); void Sys_HideMouse(void); #if 0 void Sys_MessageBox(const char* msg, dd_bool iserror); void Sys_OpenTextEditor(const char* filename); #endif #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_FILESYS_SYSTEM_H */ doomsday-1.14.5/doomsday/client/include/world/0000775000175000017500000000000012350542237020557 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/world/plane.h0000664000175000017500000001475412350542237022042 0ustar jaakkojaakko/** @file plane.h World map plane. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_PLANE_H #define DENG_WORLD_PLANE_H #include "dd_share.h" // SoundEmitter #ifdef __CLIENT__ # include "def_main.h" #endif #include "MapElement" #ifdef __CLIENT__ # include #endif #include #include class Sector; class Surface; #ifdef __CLIENT__ struct Generator; #endif /** * World map sector plane. * * @ingroup world */ class Plane : public de::MapElement { DENG2_NO_COPY (Plane) DENG2_NO_ASSIGN(Plane) public: #ifdef __CLIENT__ /// No generator is attached. @ingroup errors DENG2_ERROR(MissingGeneratorError); #endif /// Notified when the plane is about to be deleted. DENG2_DEFINE_AUDIENCE(Deletion, void planeBeingDeleted(Plane const &plane)) /// Notified whenever a @em sharp height change occurs. DENG2_DEFINE_AUDIENCE(HeightChange, void planeHeightChanged(Plane &plane)) #ifdef __CLIENT__ /// Notified whenever a @em smoothed height change occurs. DENG2_DEFINE_AUDIENCE(HeightSmoothedChange, void planeHeightSmoothedChanged(Plane &plane)) #endif /// Maximum speed for a smoothed plane. static int const MAX_SMOOTH_MOVE = 64; public: /** * Construct a new plane. * * @param sector Sector parent which will own the plane. * @param normal Normal of the plane (will be normalized if necessary). * @param height Height of the plane in map space coordinates. */ Plane(Sector §or, de::Vector3f const &normal = de::Vector3f(0, 0, 1), coord_t height = 0); /** * Returns the owning Sector of the plane. */ Sector §or(); /// @copydoc sector() Sector const §or() const; /** * Returns the index of the plane within the owning sector. */ int indexInSector() const; /** * Change the index of the plane within the owning sector. * * @param newIndex New index to attribute the plane. */ void setIndexInSector(int newIndex); /** * Returns @c true iff this is the floor plane of the owning sector. */ bool isSectorFloor() const; /** * Returns @c true iff this is the ceiling plane of the owning sector. */ bool isSectorCeiling() const; /** * Returns the Surface of the plane. */ Surface &surface(); /// @copydoc surface() Surface const &surface() const; /** * Change the normal of the plane to @a newNormal (which if necessary will * be normalized before being assigned to the plane). * * @post The plane's tangent vectors and logical plane type will have been * updated also. */ void setNormal(de::Vector3f const &newNormal); /** * Returns the sound emitter for the plane. */ SoundEmitter &soundEmitter(); /// @copydoc soundEmitter() SoundEmitter const &soundEmitter() const; /** * Update the sound emitter origin according to the point defined by the center * of the plane's owning Sector (on the XY plane) and the Z height of the plane. */ void updateSoundEmitterOrigin(); /** * Returns the current @em sharp height of the plane relative to @c 0 on the * map up axis. The HeightChange audience is notified whenever the height * changes. */ coord_t height() const; /** * Returns the target height of the plane in the map coordinate space. * The target height is the destination height following a successful move. * Note that this may be the same as @ref height(), in which case the plane * is not currently moving. The HeightChange audience is notified whenever * the current @em sharp height changes. * * @see speed(), height() */ coord_t targetHeight() const; /** * Returns the rate at which the plane height will be updated (units per tic) * when moving to the target height in the map coordinate space. * * @see targetHeight(), height() */ coord_t speed() const; #ifdef __CLIENT__ /** * Returns the current smoothed height of the plane (interpolated) in the * map coordinate space. * * @see targetHeight(), height() */ coord_t heightSmoothed() const; /** * Returns the delta between current height and the smoothed height of the * plane in the map coordinate space. * * @see heightSmoothed(), targetHeight() */ coord_t heightSmoothedDelta() const; /** * Perform smoothed height interpolation. * * @see heightSmoothed(), targetHeight() */ void lerpSmoothedHeight(); /** * Reset the plane's height tracking buffer (for smoothing). * * @see heightSmoothed(), targetHeight() */ void resetSmoothedHeight(); /** * Roll the plane's height tracking buffer. * * @see targetHeight() */ void updateHeightTracking(); /** * Returns @c true iff a generator is attached to the plane. * * @see generator() */ bool hasGenerator() const; /** * Returns the generator attached to the plane. * * @see hasGenerator() */ Generator &generator() const; /** * Creates a new flat-triggered particle generator based on the given * definition. Note that it may @em not be "this" plane to which the resultant * generator is attached as the definition may override this. */ void spawnParticleGen(ded_ptcgen_t const *def); #endif // __CLIENT__ protected: int property(DmuArgs &args) const; int setProperty(DmuArgs const &args); private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_PLANE_H doomsday-1.14.5/doomsday/client/include/world/thinkers.h0000664000175000017500000000667212350542237022572 0ustar jaakkojaakko/** @file thinkers.h World map thinkers. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_THINKERS_H #define DENG_WORLD_THINKERS_H #include "api_thinker.h" #include namespace de { /** * World map thinker lists / collection. * * @ingroup world * * @todo Replace with new mechanism from the old 'new-order' branch(es). */ class Thinkers { public: Thinkers(); /** * Returns @c true iff the thinker lists been initialized. */ bool isInited() const; /** * Init the thinker lists. * * @param flags @c 0x1 = Init public thinkers. * @c 0x2 = Init private (engine-internal) thinkers. */ void initLists(byte flags); /** * @param thinker Thinker to be added. * @param makePublic @c true = @a thinker will be visible publically * via the Doomsday public API thinker interface(s). */ void add(thinker_t &thinker, bool makePublic = true); /** * Deallocation is lazy -- it will not actually be freed until its * thinking turn comes up. */ void remove(thinker_t &thinker); /** * Iterate the list of thinkers making a callback for each. * * @param thinkFunc If not @c NULL, only make a callback for thinkers * whose function matches this. * @param flags Thinker filter flags. * @param callback The callback to make. Iteration will continue * until a callback returns a non-zero value. * @param context Passed to the callback function. */ int iterate(thinkfunc_t thinkFunc, byte flags, int (*callback) (thinker_t *th, void *), void *context = 0); /** * Locates a mobj by it's unique identifier in the map. * * @param id Unique id of the mobj to lookup. */ struct mobj_s *mobjById(int id); /** * @param id Thinker id to test. */ bool isUsedMobjId(thid_t id); /** * @param id New thinker id. * @param inUse In-use state of @a id. @c true = the id is in use. */ void setMobjId(thid_t id, bool inUse = true); /** * Returns the total number of thinkers (of any type) in the collection. * * @param numInStasis If not @c NULL, the number of thinkers in stasis will * be added to the current value (caller must ensure to * initialize this). */ int count(int *numInStasis = 0) const; private: DENG2_PRIVATE(d) }; } // namespace de dd_bool Thinker_IsMobjFunc(thinkfunc_t func); de::Map &Thinker_Map(thinker_t const &th); #endif // DENG_WORLD_THINKERS_H doomsday-1.14.5/doomsday/client/include/world/lineowner.h0000664000175000017500000000716412350542237022742 0ustar jaakkojaakko/** @file lineowner.h World map line owner. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_LINEOWNER_H #define DENG_WORLD_LINEOWNER_H #include #include class Line; /** * @ingroup world * * @deprecated Will be replaced with half-edge ring iterator/rover. -ds */ class LineOwner { public: /// @todo Make private: Line *_line; /// {Anitclockwise, Clockwise} LineOwner *_link[2]; /// Angle between this and the next line owner, clockwise. binangle_t _angle; struct ShadowVert { de::Vector2d inner; de::Vector2d extended; } _shadowOffsets; public: /*LineOwner() : _line(0), _angle(0) { _link[Previous] = 0; _link[Next] = 0; }*/ /** * Returns @c true iff the previous line owner in the ring (anticlockwise) * is not the same as this LineOwner. * * @see prev() */ inline bool hasPrev() const { return &prev() != this; } /** * Returns @c true iff the next line owner in the ring (clockwise) is not * the same as this LineOwner. * * @see next() */ inline bool hasNext() const { return &next() != this; } /** * Navigate to the adjacent line owner in the ring (if any). Note this may * be the same LineOwner. */ LineOwner &navigate(de::ClockDirection dir = de::Anticlockwise) { return *_link[dir]; } /// @copydoc navigate() LineOwner const &navigate(de::ClockDirection dir = de::Anticlockwise) const { return *_link[dir]; } /** * Returns the previous line owner in the ring (anticlockwise). Note that * this may be the same LineOwner. * * @see hasPrev() */ inline LineOwner &prev() { return navigate(de::Anticlockwise); } /// @copydoc prev() inline LineOwner const &prev() const { return navigate(de::Anticlockwise); } /** * Returns the next line owner in the ring (clockwise). Note that this may * be the same LineOwner. * * @see hasNext() */ inline LineOwner &next() { return navigate(de::Clockwise); } /// @copydoc next() inline LineOwner const &next() const { return navigate(de::Clockwise); } /** * Returns the line "owner". */ Line &line() const { return *_line; } /** * Returns the angle between the line owner and the next in the ring (clockwise). */ binangle_t angle() const { return _angle; } /** * Returns the inner shadow offset of the line owner. */ de::Vector2d const &innerShadowOffset() const { return _shadowOffsets.inner; } /** * Returns the extended shadow offset of the line owner. */ de::Vector2d const &extendedShadowOffset() const { return _shadowOffsets.extended; } }; #endif // DENG_WORLD_LINEOWNER_H doomsday-1.14.5/doomsday/client/include/world/bspnode.h0000664000175000017500000001227312350542237022367 0ustar jaakkojaakko/** @file bspnode.h World map BSP node. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSPNODE_H #define DENG_WORLD_BSPNODE_H #include "MapElement" #include "partition.h" #include #include /** * Represents a node in the map's binary space partition (BSP) tree. Each node * defines a partition line which divides the subspace in two, a left child and * a right child subspace. Each child may be associated with either another node, * or a @ref BspLeaf. * * @todo There is a missing abstraction here. All BSP tree elements should be * derived from a common base class, thereby enforcing which objects can be * linked into the tree. -ds * * @see http://en.wikipedia.org/wiki/Binary_space_partitioning * * @ingroup world */ class BspNode : public de::MapElement { DENG2_NO_COPY (BspNode) DENG2_NO_ASSIGN(BspNode) public: /// An invalid child element was specified. @ingroup errors DENG2_ERROR(InvalidChildError); /// Required child element is missing. @ingroup errors DENG2_ERROR(MissingChildError); /// Child element identifiers: enum { Right, Left }; public: /** * Construct a new BSP node. * * @param partition Partition line in the map coordinate space which divides * the space into two 'child' subspaces. */ BspNode(de::Partition const &partition = de::Partition()); /** * Returns the space partition line at the node. */ de::Partition const &partition() const; /** * Calculates the height of this BSP subtree (note result is not cached). */ size_t height() const; /** * Returns @c true iff the specified child is configured. */ bool hasChild(int left) const; /** * Returns @c true iff a @em right child is configured. */ inline bool hasRight() const { return hasChild(Right); } /** * Returns @c true iff a @em left child is configured. */ inline bool hasLeft() const { return hasChild(Left); } /** * Returns the specified child of the node. * * @param left If not @c 0 return the Left child; otherwise the Right child. * * @see hasChild() */ de::MapElement &child(int left); de::MapElement const &child(int left) const; inline de::MapElement &right() { return child(Right); } inline de::MapElement const &right() const { return child(Right); } inline de::MapElement &left() { return child(Left); } inline de::MapElement const &left() const { return child(Left); } /** * Returns a pointer to the specified child of the BSP node, which may be * @c 0 if no child is configured. * * @param left If not @c 0 return the Left child; otherwise the Right child. * * @see hasChild() */ inline de::MapElement *childPtr(int left) { return hasChild(left)? &child(left) : 0; } inline de::MapElement const *childPtr(int left) const { return hasChild(left)? &child(left) : 0; } void setChild(int left, de::MapElement *newChild); inline void setRight(de::MapElement *newChild) { setChild(Right, newChild); } inline void setLeft(de::MapElement *newChild) { setChild(Left, newChild); } /** * Returns the axis-aligned bounding box for the specified child, which, * encompases all the vertexes which define the geometry of that subspace * of the BSP, in map coordinate space units. */ AABoxd const &childAABox(int left) const; /** * Returns the axis-aligned bounding box for the Right child, which, * encompases all the vertexes which define the geometry of that subspace * of the BSP, in map coordinate space units. */ inline AABoxd const &rightAABox() const { return childAABox(Right); } /** * Returns the axis-aligned bounding box for the Left child, which, * encompases all the vertexes which define the geometry of that subspace * of the BSP, in map coordinate space units. */ inline AABoxd const &leftAABox() const { return childAABox(Left); } void setChildAABox(int left, AABoxd const *newAABox); inline void setRightAABox(AABoxd const *newAABox) { setChildAABox(Right, newAABox); } inline void setLeftAABox(AABoxd const *newAABox) { setChildAABox(Left, newAABox); } private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_BSPNODE_H doomsday-1.14.5/doomsday/client/include/world/worldsystem.h0000664000175000017500000001060712350542237023330 0ustar jaakkojaakko/** @file worldsystem.h World subsystem. * * Ideas for improvement: * * "background loading" - it would be very cool if map loading happened in * another thread. This way we could be keeping busy while players watch the * intermission animations. * * "seamless world" - multiple concurrent maps with no perceivable delay when * players move between them. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLDSYSTEM_H #define DENG_WORLDSYSTEM_H #include "uri.hh" #include #include #include #include #ifdef __CLIENT__ class Hand; #endif namespace de { class Map; /** * @ingroup world */ class WorldSystem : public de::System { public: /// No map is currently loaded. @ingroup errors DENG2_ERROR(MapError); /// Notified whenever the "current" map changes. DENG2_DEFINE_AUDIENCE(MapChange, void worldSystemMapChanged()) #ifdef __CLIENT__ /// Notified when a new frame begins. DENG2_DEFINE_AUDIENCE(FrameBegin, void worldSystemFrameBegins(bool resetNextViewer)) /// Notified when the "current" frame ends. DENG2_DEFINE_AUDIENCE(FrameEnd, void worldSystemFrameEnds()) #endif public: /** * Construct a new world system (no map is loaded by default). */ WorldSystem(); // System. void timeChanged(de::Clock const &); /** * To be called to register the commands and variables of this module. */ static void consoleRegister(); /** * To be called to reset the world back to the initial state. Any currently * loaded map will be unloaded and player states are re-initialized. * * @todo World should observe GameChange. */ void reset(); /** * To be called following an engine reset to update the world state. */ void update(); /** * Returns @c true iff a map is currently loaded. */ bool hasMap() const; /** * Provides access to the currently loaded map. * * @see hasMap() */ Map &map() const; /** * @param uri Universal resource identifier (URI) for the map to change to. * If an empty URI is specified the current map will be unloaded. * * @return @c true= the map change completed successfully. */ bool changeMap(Uri const &uri); /** * Unload the currently loaded map (if any). * * @see changeMap() */ inline void unloadMap() { changeMap(Uri()); } /** * Advance time in the world. * * @param delta Time delta to apply. */ void advanceTime(timespan_t delta); /** * Returns the current world time. */ timespan_t time() const; #ifdef __CLIENT__ /** * To be called at the beginning of a render frame, so that we can prepare for * drawing view(s) of the current map. */ void beginFrame(bool resetNextViewer = false); /** * To be called at the end of a render frame, so that we can finish up any tasks * that must be completed after view(s) have been drawn. */ void endFrame(); /** * Returns the hand of the "user" in the world. Used for manipulating elements * for the purposes of runtime map editing. * * @param distance The current distance of the hand from the viewer will be * written here if not @c 0. */ Hand &hand(coord_t *distance = 0) const; #endif // __CLIENT__ private: DENG2_PRIVATE(d) }; } // namespace de DENG_EXTERN_C dd_bool ddMapSetup; DENG_EXTERN_C int validCount; #endif // DENG_WORLD_H doomsday-1.14.5/doomsday/client/include/world/bsp/0000775000175000017500000000000012350542237021343 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/world/bsp/hplane.h0000664000175000017500000002444012350542237022767 0ustar jaakkojaakko/** @file world/bsp/hplane.h World BSP Half-plane. * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3) * @see http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_HPLANE_H #define DENG_WORLD_BSP_HPLANE_H #include #include #include "world/bsp/linesegment.h" #include "partition.h" /// Two intercepts whose distance is inclusive of this bound will be merged. #define HPLANE_INTERCEPT_MERGE_DISTANCE_EPSILON 1.0 / 128 class Sector; class Vertex; namespace de { namespace bsp { class EdgeTips; /** * Models the partitioning binary space half-plane. * * @ingroup bsp */ class HPlane { public: /** * Used to model an intercept in the list of intersections. */ class Intercept { public: /** * Construct a new intercept. * * @param distance Distance from the origin of the partition line. * @param lineSeg The intercepted line segment. * @param edge Relative edge of the line segment nearest to the * interception point. */ Intercept(double distance, LineSegmentSide &lineSeg, int edge); bool operator < (Intercept const &other) const { return _distance < other._distance; } /** * Determine the distance between "this" and the @a other intercept. */ double operator - (Intercept const &other) const { return _distance - other._distance; } /** * Returns distance along the half-plane relative to the origin. */ double distance() const { return _distance; } /** * Returns the intercepted line segment. */ LineSegmentSide &lineSegment() const; inline bool lineSegmentIsSelfReferencing() const { LineSegmentSide &seg = lineSegment(); return seg.hasMapLine() && seg.mapLine().isSelfReferencing(); } /** * Returns the identifier for the relevant edge of the intercepted * line segment. */ int lineSegmentEdge() const; /** * Returns the relative vertex from the intercepted line segment. * * @see lineSegment(), lineSegmentEdge() */ inline Vertex &vertex() const { return lineSegment().vertex(lineSegmentEdge()); } Sector *before() const; Sector *after() const; LineSegmentSide *beforeLineSegment() const; LineSegmentSide *afterLineSegment() const; #ifdef DENG_DEBUG void debugPrint() const; #endif friend class HPlane; private: /// Sector on each side of the vertex (along the partition), or @c 0 /// if that direction is "closed" (i.e., the intercept point is along /// a map line that has no Sector on the relevant side). LineSegmentSide *_before; LineSegmentSide *_after; /// Distance along the half-plane relative to the origin. double _distance; // The intercepted line segment and edge identifier. LineSegmentSide *_lineSeg; int _edge; }; typedef QList Intercepts; public: /** * Construct a new half-plane from the given @a partition line. */ explicit HPlane(Partition const &partition = Partition()); /** * Reconfigure the half-plane according to the given line segment. * * @param newLineSeg The "new" line segment to configure using. */ void configure(LineSegmentSide const &newLineSeg); /** * Perform intersection of the half-plane with the specified @a lineSeg * to determine the distance (along the partition line) at which the * @a edge vertex can be found. * * @param lineSeg Line segment to perform intersection with. * @param edge Line segment edge identifier of the vertex to use * for intersection. * * @return Distance to intersection point along the half-plane (relative * to the origin). */ double intersect(LineSegmentSide const &lineSeg, int edge); /** * Perform intersection of the half-plane with the specified @a lineSeg. * If the two are found to intersect -- a new intercept will be added to * the list of intercepts. If a previous intersection for the specified * @a lineSeg @a edge has already been found then no new intercept will * be created and @c 0 is returned. * * @param lineSeg Line segment to perform intersection with. * @param edge Line segment edge identifier of the vertex to associate * with any resulting intercept. * * @param edgeTips Set of EdgeTips for the identified @a edge of * @a lineSeg. (@todo Refactor away -ds) * * @return The resultant new intercept; otherwise @a 0. */ Intercept *intercept(LineSegmentSide const &lineSeg, int edge, EdgeTips const &edgeTips); /** * Sort and then merge near-intercepts from the given list. * * @todo fixme: Logically this is very suspect. Implementing this logic by * merging near-intercepts at hplane level is wrong because this does * nothing about any intercepting half-edge vertices. Consequently, rather * than moving the existing vertices and welding them, this will result in * the creation of new gaps gaps along the partition and result in holes * (which buildHEdgesAtIntersectionGaps() will then warn about). * * This should be redesigned so that near-intercepting vertices are welded * in a stable manner (i.e., not incrementally, which can result in vertices * drifting away from the hplane). Logically, therefore, this should not * be done prior to creating hedges along the partition - instead this * should happen afterwards. -ds */ void sortAndMergeIntercepts(); /** * Clear the list of intercept "points" for the half-plane. */ void clearIntercepts(); #ifdef DENG_DEBUG void printIntercepts() const; #endif /** * Returns the Partition (immutable) used to model the partitioning line of * the half-plane. * * @see configure() */ Partition const &partition() const; /** * Returns the world angle of the partition line (which, is derived from the * direction vector). * * @see inverseAngle(), Partition::direction */ coord_t angle() const; /** * Returns the inverted world angle for the partition line (i.e., rotated 180 degrees). * * @see angle() */ coord_t inverseAngle() const; /** * Returns the logical @em slopetype for the partition line (which, is determined * according to the world direction). * * @see direction() * @see M_SlopeType() */ slopetype_t slopeType() const; /** * Returns a pointer to the map Line attributed to the line segment which was * chosen as the half-plane partition. May return @c 0 (if no map line was * attributed). */ LineSegmentSide *lineSegment() const; /** * Calculate @em perpendicular distances from one or both of the vertexe(s) * of "this" line segment to the @a other line segment. For this operation * the @a other line segment is interpreted as an infinite line. The vertexe(s) * of "this" line segment are projected onto the conceptually infinite line * defined by @a other and the length of the resultant vector(s) are then * determined. * * @param other Other line segment to determine vertex distances to. * * Return values: * @param fromDist Perpendicular distance from the "from" vertex. Can be @c 0. * @param toDist Perpendicular distance from the "to" vertex. Can be @c 0. */ void distance(LineSegmentSide const &lineSegment, coord_t *fromDist = 0, coord_t *toDist = 0) const; /** * Determine the logical relationship between the partition line and the given * @a lineSegment. In doing so the perpendicular distance for the vertexes of * the line segment are calculated (and optionally returned). * * @param lineSegment Line segment to determine relationship to. * * Return values: * @param fromDist Perpendicular distance from the "from" vertex. Can be @c 0. * @param toDist Perpendicular distance from the "to" vertex. Can be @c 0. * * @return LineRelationship between the partition line and the line segment. */ LineRelationship relationship(LineSegmentSide const &lineSegment, coord_t *retFromDist, coord_t *retToDist) const; /** * Returns the list of intercepts for the half-plane for efficient traversal. * * @note This list may or may not yet be sorted. If a sorted list is desired * then sortAndMergeIntercepts() should first be called. * * @see interceptLineSegmentSide() */ Intercepts const &intercepts() const; /** * Returns the current number of half-plane intercepts. */ inline int interceptCount() const { return intercepts().count(); } private: DENG2_PRIVATE(d) }; typedef HPlane::Intercept HPlaneIntercept; } // namespace bsp } // namespace de #endif // DENG_WORLD_BSP_HPLANE_H doomsday-1.14.5/doomsday/client/include/world/bsp/superblockmap.h0000664000175000017500000001777012350542237024377 0ustar jaakkojaakko/** @file world/bsp/superblockmap.h World BSP SuperBlockmap. * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3) * @see http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_SUPERBLOCKMAP_H #define DENG_WORLD_BSP_SUPERBLOCKMAP_H #include #include #include #include #include "world/bsp/linesegment.h" namespace de { namespace bsp { class SuperBlock; /** * Design is effectively that of a 2-dimensional kd-tree. * * @ingroup bsp */ class SuperBlockmap { public: /** * @param bounds Bounding box in map coordinates for the whole blockmap. */ SuperBlockmap(AABox const &bounds); /** * Retrieve the root SuperBlock. * @return Root SuperBlock instance. */ SuperBlock &root(); /** * Find the axis-aligned bounding box defined by the vertices of all line * segments in the blockmap. If empty an AABox initialized to the "cleared" * state (i.e., min > max) will be returned. * * @return Determined line segment bounds. */ AABoxd findSegmentBounds(); /** * Empty the SuperBlockmap unlinking the line segments and clearing all * blocks. */ void clear(); operator SuperBlock &() { return root(); } friend class SuperBlock; private: DENG2_PRIVATE(d) }; /** * Subblocks: * RIGHT - has the lower coordinates. * LEFT - has the higher coordinates. * Division of a block always occurs horizontally: * e.g. 512x512 -> 256x512 -> 256x256. * * @ingroup bsp */ class SuperBlock { public: typedef QList Segments; /// A SuperBlock may be subdivided with two child subblocks which are /// uniquely identifiable by these associated ids. enum ChildId { Right, Left }; private: /** * SuperBlock objects must be constructed within the context of an owning * SuperBlockmap. Instantiation outside of this context is not permitted. * @ref SuperBlockmap */ SuperBlock(SuperBlockmap &blockmap); SuperBlock(SuperBlock &parentPtr, ChildId childId, bool splitVertical); ~SuperBlock(); /** * Attach a new SuperBlock instance as a child of this. * @param childId Unique identifier of the child. * @param splitVertical @c true= Subdivide this block on the y axis rather * than the x axis. */ SuperBlock *addChild(ChildId childId, bool splitVertical); inline SuperBlock *addRight(bool splitVertical) { return addChild(Right, splitVertical); } inline SuperBlock *addLeft(bool splitVertical) { return addChild(Left, splitVertical); } public: SuperBlock &clear(); /** * Retrieve SuperBlockmap owner of the block. */ SuperBlockmap &blockmap() const; /** * Retrieve the axis-aligned bounding box of the block in the blockmap. * Not to be confused with the bounds defined by the line segment geometry * which is determined by @ref findSegmentBounds(). * * @return Axis-aligned bounding box of the block. */ AABox const &bounds() const; /** * Returns true if the block's dimensions are small enough that it should * be considered a "leaf". Blocks in a SuperBlockmap are only subdivided * until they reach an (x:256, y:256) lower bound on their dimensions. At * which point they are considered as a "leaf". */ bool isLeaf() const { AABox const &aaBox = bounds(); Vector2i dimensions = Vector2i(aaBox.max) - Vector2i(aaBox.min); return (dimensions.x <= 256 && dimensions.y <= 256); } /** * Returns a pointer to the parent block; otherwise @c 0. * * @see hasParent() */ SuperBlock *parent() const; /** * Retrieve a child of this subblock. Callers must first determine if a * child is present using SuperBlock::hasChild() (or similar), attempting * to call this with no child present results in fatal error. * * @param childId Subblock identifier. * @return Selected subblock. */ SuperBlock *child(ChildId childId) const; /** * Returns the right subblock. * @see SuperBlock::child() */ inline SuperBlock *right() const { return child(Right); } /** * Returns the left subblock. * @see SuperBlock::childPtr() */ inline SuperBlock *left() const { return child(Left); } /** * Perform a depth-first traversal over all child superblocks and then * ultimately visiting this instance, making a callback for each object * visited. Iteration ends when all superblocks have been visited or a * callback returns a non-zero value. * * @param callback Callback function ptr. * @param parameters Passed to the callback. * * @return @c 0 iff iteration completed wholly. */ int traverse(int (*callback)(SuperBlock *, void *), void *parameters = 0); /** * Find the axis-aligned bounding box defined by the vertices of all line * segments in the block. If empty an AABox initialized to the "cleared" * state (i.e., min > max) will be returned. * * @return Determined line segment bounds. */ AABoxd findSegmentBounds(); /** * Retrieve the total number of line segments in this and all child blocks. * * @param addMap Include map line segments in the total. * @param addPart Include partition line segments in the total. * * @return Determined line segment total. */ int segmentCount(bool addMap, bool addPart) const; /// Convenience functions for retrieving line segment totals: inline int partSegmentCount() const { return segmentCount(false, true); } inline int mapSegmentCount() const { return segmentCount(true, false); } inline int totalSegmentCount() const { return segmentCount(true, true); } /** * Push (link) the given line segment onto the FIFO list of segments linked * to this superblock. * * @param segment Line segment to add. * * @return SuperBlock that @a segment was linked to. */ SuperBlock &push(LineSegmentSide &segment); /** * Pop (unlink) the next line segment from the FIFO list of segments linked * to this superblock. * * @return Previous top-most line segment; otherwise @c 0 (empty). */ LineSegmentSide *pop(); /** * Collate (unlink) all line segments from "this" and all child blocks * to a new segment list. */ Segments collateAllSegments(); /** * Provides access to the list of line segments in the block, for efficient * traversal. */ Segments const &segments() const; /** * SuperBlockmap creates instances of SuperBlock so it needs to use the * special private constructor that takes an existing superblock object * reference as a parameter. */ friend struct SuperBlockmap::Instance; private: struct Instance; Instance *d; }; } // namespace bsp } // namespace de #endif // DENG_WORLD_BSP_SUPERBLOCKMAP_H doomsday-1.14.5/doomsday/client/include/world/bsp/convexsubspace.h0000664000175000017500000001432312350542237024547 0ustar jaakkojaakko/** @file world/bsp/convexsubspace.h World BSP Convex Subspace. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_CONVEXSUBSPACE_H #define DENG_WORLD_BSP_CONVEXSUBSPACE_H #include #include #ifdef DENG_DEBUG # include #endif #include "world/bsp/linesegment.h" class BspLeaf; class Sector; namespace de { class Mesh; namespace bsp { /** * @ingroup bsp */ struct OrderedSegment { LineSegmentSide *segment; ddouble fromAngle; ddouble toAngle; bool operator == (OrderedSegment const &other) const { return de::fequal(fromAngle, other.fromAngle) && de::fequal(toAngle, other.toAngle); } #ifdef DENG_DEBUG void debugPrint() const { LOGDEV_MAP_MSG("%p Angle: %1.6f %s -> Angle: %1.6f %s") << this << fromAngle << (segment? segment->from().origin().asText() : "(null)") << toAngle << (segment? segment->to().origin().asText() : "(null)"); } #endif }; typedef QList OrderedSegments; /** * Models a @em logical convex subspace in the partition plane, providing the * analysis functionality necessary to classify and then separate the segments * into unique geometries. * * Here infinity (i.e., a subspace containing no segments) is considered to be * convex. Accordingly any segments linked to the subspace are @em not "owned" * by it. * * @note Important: It is the user's responsibility to ensure convexity else * many of the operations on the set of segments will be illogical. * * @ingroup bsp */ class ConvexSubspace { public: /** * Construct an empty convex subspace. */ ConvexSubspace(); /** * Construct a convex subspace from a list of line @a segments. * * @param segments List of line segments which are assumed to define a * convex subspace in the plane. Ownership of the segments * is @em NOT given to the subspace. Note that duplicates * are pruned automatically. */ ConvexSubspace(QList const &segments); /** * Construct a convex subspace by duplicating @a other. */ ConvexSubspace(ConvexSubspace const &other); ConvexSubspace &operator = (ConvexSubspace const &); /** * Returns the total number of segments in the subspace. */ int segmentCount() const; /** * Returns @c true iff the subspace is "empty", which is to say there are * zero line segments in the set. * * Equivalent to @code segmentCount() == 0 @endcode */ inline bool isEmpty() const { return segmentCount() == 0; } /** * Add more line segments to the subspace. It is assumed that the new set * conforms to, or is compatible with the subspace. * * @param segments List of line segments to add to the subspace. Ownership * of the segments is @em NOT given to the subspace. Note * that duplicates or any which are already present are * pruned automatically. * * @see addOneSegment() */ void addSegments(QList const &segments); /** * Add a single line segment to the subspace which is assumed to conform to, * or is compatible with the subspace. * * @param segment Line segment to add. Ownership is @em NOT given to the * subspace. Note that if the segment is already present in * the set it will be pruned (nothing will happen). * * @see operator<<(), addSegments() */ void addOneSegment(LineSegmentSide const &segment); /** * Add @a segment to the subspace which is assumed to conform to, or is * compatible with the subspace. * * @param segment Line segment to add. Ownership is @em NOT given to the * subspace. Note that if the segment is already present in * the set it will be pruned (nothing will happen). * * @return Reference to this subspace. * * @see addOneSegment() */ inline ConvexSubspace &operator << (LineSegmentSide const &segment) { addOneSegment(segment); return *this; } /** * Build and assign all geometries to the BSP leaf specified. Note that * any existing geometries will be replaced (thus destroyed by BspLeaf). * Also, a map sector is chosen and attributed to the BSP leaf. * * @param bspLeaf BSP leaf to build geometry for. * @param mesh Mesh from which to assign geometry. */ void buildGeometry(BspLeaf &bspLeaf, Mesh &mesh) const; /** * The BspLeaf to which the subspace has been attributed. May return @c 0 * if not attributed. * * @see setBspLeaf() * * @todo Refactor away. */ BspLeaf *bspLeaf() const; /** * Change the BspLeaf to which the subspace is attributed. * * @param newBspLeaf BSP leaf to attribute (ownership is unaffected). * Can be @c 0 (to clear the attribution). * * @see bspLeaf() * * @todo Refactor away. */ void setBspLeaf(BspLeaf *newBspLeaf); /** * Provides a clockwise ordered list of the line segments in the subspace. */ OrderedSegments const &segments() const; private: DENG2_PRIVATE(d) }; } // namespace bsp } // namespace de #endif // DENG_WORLD_BSP_CONVEXSUBSPACE_H doomsday-1.14.5/doomsday/client/include/world/bsp/partitioner.h0000664000175000017500000001233612350542237024061 0ustar jaakkojaakko/** @file partitioner.h World map binary space partitioner. * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_PARTITIONER_H #define DENG_WORLD_BSP_PARTITIONER_H #include #include #include #include "world/bsp/bsptreenode.h" /// @todo remove me class Line; class Sector; namespace de { class Mesh; namespace bsp { /// Minimum length of a half-edge post partitioning. Used in cost evaluation. static coord_t const SHORT_HEDGE_EPSILON = 4.0; /// Smallest distance between two points before being considered equal. static coord_t const DIST_EPSILON = 1.0 / 128.0; /// Smallest difference between two angles before being considered equal (in degrees). static coord_t const ANG_EPSILON = 1.0 / 1024.0; /** * World map binary space partitioner (BSP). * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3). * @see http://sourceforge.net/projects/glbsp/ * * @ingroup bsp */ class Partitioner { public: /* * Observers to be notified when an unclosed sector is found. */ DENG2_DEFINE_AUDIENCE(UnclosedSectorFound, void unclosedSectorFound(Sector §or, Vector2d const &nearPoint)) typedef QSet LineSet; public: /** * Construct a new binary space partitioner. * * @param splitCostFactor Cost factor attributed to splitting a half-edge. */ Partitioner(int splitCostFactor = 7); /** * Set the cost factor associated with splitting an existing half-edge. * * @param newFactor New split cost factor. */ void setSplitCostFactor(int newFactor); /** * Build a new BSP for the given geometry. * * @param lines Set of lines to construct a BSP for. A copy of the set is * made however the caller must ensure that line data remains * accessible until the build process has completed (ownership * is unaffected). * * @param mesh Mesh from which to assign new geometries. The caller must * ensure that the mesh remains accessible until the build * process has completed (ownership is unaffected). * * @return Root tree node of the resultant BSP otherwise @c 0 if no usable * tree data was produced. */ BspTreeNode *buildBsp(LineSet const &lines, Mesh &mesh); /** * Retrieve a pointer to the root BinaryTree node for the constructed BSP. * Even if construction fails this will return a valid node. * * The only time upon which @c 0 is returned is if called prior to calling * build() */ BspTreeNode *root() const; /** * Retrieve the number of Segments owned by the partitioner. When the build * completes this number will be the total number of line segments that were * produced during that process. Note that as BspLeaf ownership is claimed * this number will decrease respectively. * * @return Current number of Segments owned by the partitioner. */ int numSegments(); /** * Retrieve the number of BspLeafs owned by the partitioner. When the * build completes this number will be the total number of BspLeafs that * were produced during that process. Note that as BspLeaf ownership is * claimed this number will decrease respectively. * * @return Current number of BspLeafs owned by the Partitioner. */ int numLeafs(); /** * Retrieve the number of BspNodes owned by the partitioner. When the * build completes this number will be the total number of BspNodes that * were produced during that process. Note that as BspNode ownership is * claimed this number will decrease respectively. * * @return Current number of BspNodes owned by the partitioner. */ int numNodes(); /** * Retrieve the total number of Vertexes produced during the build process. */ int numVertexes(); /** * Relinquish ownership of the specified map data element to the caller. * * @param mapElement Map data element to relinquish ownership of. */ void take(MapElement *mapElement); private: DENG2_PRIVATE(d) }; } // namespace bsp } // namespace de #endif // DENG_WORLD_BSP_PARTITIONER_H doomsday-1.14.5/doomsday/client/include/world/bsp/linesegment.h0000664000175000017500000004276212350542237024041 0ustar jaakkojaakko/** @file world/bsp/linesegment.h World BSP Line Segment. * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3) * @see http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_LINESEGMENT_H #define DENG_WORLD_BSP_LINESEGMENT_H #include #include #include "HEdge" #include "Line" #include "Vertex" /// Rounding threshold within which two points are considered as co-incident. #define LINESEGMENT_INCIDENT_DISTANCE_EPSILON 1.0 / 128 namespace de { namespace bsp { class ConvexSubspace; class SuperBlock; /** * LineRelationship delineates the possible logical relationships between two * line (segments) in the plane. * * @ingroup bsp */ enum LineRelationship { Collinear, Right, RightIntercept, ///< Right vertex intercepts. Left, LeftIntercept, ///< Left vertex intercepts. Intersects }; /// @todo Might be a useful global utility function? -ds LineRelationship lineRelationship(coord_t fromDist, coord_t toDist); /** * Models a finite line segment in the plane. * * @ingroup bsp */ class LineSegment { DENG2_NO_COPY(LineSegment) DENG2_NO_ASSIGN(LineSegment) public: /// Required sector attribution is missing. @ingroup errors DENG2_ERROR(MissingSectorError); /// Logical side identifiers: enum { Front, Back }; /// Vertex identifiers: enum { From, To }; /// Edge identifiers: enum { Left, Right }; /** * Logical side of which there are always two (a front and a back). */ class Side { DENG2_NO_COPY(Side) DENG2_NO_ASSIGN(Side) public: /// Required neighbor segment is missing. @ingroup errors DENG2_ERROR(MissingNeighborError); /// Required map line side attribution is missing. @ingroup errors DENG2_ERROR(MissingMapSideError); /// Required half-edge is missing. @ingroup errors DENG2_ERROR(MissingHEdgeError); public: Side(LineSegment &line); /** * Returns the specified relative vertex from the LineSegment owner. * * @see lineSideId(), line(), LineSegment::vertex(), */ inline Vertex &vertex(int to) const { return line().vertex(lineSideId() ^ to); } /** * Returns the relative From Vertex for "this" side, from the LineSegment owner. * * @see vertex(), to() */ inline Vertex &from() const { return vertex(From); } /** * Returns the relative To Vertex for "this" side, from the LineSegment owner. * * @see vertex(), from() */ inline Vertex &to() const { return vertex(To); } /** * Returns the LineSegment owner of the side. */ LineSegment &line() const; /** * Returns the logical identifier for "this" side (Front or Back). */ int lineSideId() const; /** * Returns @c true iff this is the front side of the owning line segment. * * @see lineSideId() */ inline bool isFront() const { return lineSideId() == Front; } /** * Returns @c true iff this is the back side of the owning line segment. * * @see lineSideId(), isFront() */ inline bool isBack() const { return !isFront(); } /** * Returns the relative back Side from the line segment owner. * * @see lineSideId(), line(), LineSegment::side(), */ inline Side &back() const { return line().side(lineSideId() ^ 1); } /** * Returns @c true iff a map LineSide is attributed to "this" side of * the line segment. */ bool hasMapSide() const; /// @copydoc hasMapSide() inline bool hasMapLine() { return hasMapSide(); } /** * Returns the map LineSide attributed to "this" side of the line segment. * * @see hasMapSide() */ LineSide &mapSide() const; /** * Returns a pointer to the map LineSide attributed to this side of the * line segment; otherwise @c 0 */ inline LineSide *mapSidePtr() const { return hasMapSide()? &mapSide() : 0; } /** * Change the map LineSide attributed to the "this" side of the line * segment. * * @param newMapSide New map line side to attribute. Can be @c 0. */ void setMapSide(LineSide *newMapSide); /** * Returns a pointer to the @em partition map Line attributed to "this" * side of the line segment (if any). */ Line *partitionMapLine() const; /** * Change the @em partition map line attributed to "this" side of the * line segment. * * @param newMapLine New map "partition" line. Can be @c 0. */ void setPartitionMapLine(Line *newMapLine); /** * Convenient accessor method for returning the map Line of the LineSide * is attributed to "this" side of the line segment. * * @see hasMapSide(), mapSide() */ inline Line &mapLine() const { return mapSide().line(); } /** * Returns true iff the specified @a edge neighbor segment side is configured. * * @param edge If non-zero test the Right neighbor, otherwise the Left. * * @see neighbor() */ bool hasNeighbor(int edge) const; /** * Returns true iff a @em Left edge neighbor is configured. */ inline bool hasLeft() const { return hasNeighbor(Left); } /** * Returns true iff a @em Right edge neighbor is configured. */ inline bool hasRight() const { return hasNeighbor(Right); } /** * Returns the specified @a edge neighbor of "this" side of the line segment. * * @param edge If non-zero retrieve the @em Right neighbor, otherwise the * @em Left. * * @see hasNeighbor() */ Side &neighbor(int edge) const; /** * Returns the @em Left neighbor of "this" side of the line segment. * @see neighbor(), hasLeft() */ inline Side &left() const { return neighbor(Left); } /** * Returns the @em Right neighbor of "this" side of the line segment. * @see neighbor(), hasRight() */ inline Side &right() const { return neighbor(Right); } /** * Change the specified @a edge neighbor of "this" side of the line segment. * * @param edge If non-zero change the @em Right neighbor, otherwise the @em Left. * * @param newNeighbor New line segment side to set as the neighbor. Can be @c 0. */ void setNeighbor(int edge, Side *newNeighbor); /** * Change the @em Left neighbor of the "this" side of the line segment. * * @param newLeft New left neighbor line segment side. Can be @c 0. * * @see setNeighbor() */ inline void setLeft(Side *newLeft) { setNeighbor(Left, newLeft); } /** * Change the @em Right neighbor of the "this" side of the line segment. * * @param newRight New right neighbor line segment side. Can be @c 0. * * @see setNeighbor() */ inline void setRight(Side *newRight) { setNeighbor(Right, newRight); } /** * Returns the superblock that contains "this" side of the line segment; * otherwise @c 0 if not contained. */ SuperBlock *bmapBlockPtr() const; /** * Change the blockmap block to which "this" side of the line segment is * associated. * * @param newBMapBlock New blockmap block. Can be @c 0. */ void setBMapBlock(SuperBlock *newBMapBlock); /** * Returns @c true iff a map sector is attributed to "this" side of the * line segment. */ bool hasSector() const; /** * Returns the map sector attributed to "this" side of the line segment. * * @see hasSector() */ Sector §or() const; /** * Returns a pointer to the Sector attributed to "this" side of the line * segment; otherwise @c 0. * * @see hasSector() */ inline Sector *sectorPtr() const { return hasSector()? §or() : 0; } /** * Change the sector attributed to "this" side of the line segment. * * @param newSector New sector to attribute. Ownership is unaffected. * Can be @c 0. */ void setSector(Sector *newSector); /** * Returns a direction vector for "this" side of the line segment, * from the From/Start vertex origin to the To/End vertex origin. */ Vector2d const &direction() const; /** * Returns the logical @em slopetype for "this" side of the line * segment (which, is determined from the world direction). * * @see direction() * @see M_SlopeType() */ slopetype_t slopeType() const; /** * Returns the accurate length of the line segment from the From/Start to * vertex origin to the To/End vertex origin. */ coord_t length() const; /** * Returns the world angle of "this" side of the line segment (which, * is derived from the direction vector). * * @see inverseAngle(), direction() */ coord_t angle() const; /** * Calculates the @em parallel distance from "this" side of the line * segment to the specified @a point in the plane (i.e., in the * direction of this side). * * @return Distance to the point expressed as a fraction/scale factor. */ coord_t distance(Vector2d point) const; /** * Calculate @em perpendicular distances from one or both of the * vertexe(s) of "this" side of the line segment to the @a other line * segment side. For this operation the @a other line segment is * interpreted as an infinite line. The vertexe(s) of "this" side of * the line segment are projected onto the conceptually infinite line * defined by @a other and the length of the resultant vector(s) are * then determined. * * @param other Other line segment side to determine distances to. * * Return values: * @param fromDist Perpendicular distance from the "from" vertex. * Can be @c 0. * @param toDist Perpendicular distance from the "to" vertex. * Can be @c 0. */ void distance(Side const &other, coord_t *fromDist = 0, coord_t *toDist = 0) const; /** * Determine the logical relationship between "this" line segment side * and the @a other. In doing so the perpendicular distance for the * vertexes of the line segment side are calculated (and optionally * returned). * * @param other Other line segment side to determine relationship to. * * Return values: * @param retFromDist Perpendicular distance from the "from" vertex. * Can be @c 0. * @param retToDist Perpendicular distance from the "to" vertex. * Can be @c 0. * * @return LineRelationship between the line segments. * * @see distance() */ LineRelationship relationship(Side const &other, coord_t *retFromDist, coord_t *retToDist) const; /// @see M_BoxOnLineSide2() int boxOnSide(AABoxd const &box) const; /** * Returns the axis-aligned bounding box of the line segment (derived * from the coordinates of the two vertexes). */ inline AABoxd aaBox() const { return line().aaBox(); } /** * Returns @c true iff a built half-edge is linked to "this" side of * the line segment. * * @see hedge() */ bool hasHEdge() const; /** * Returns the built half-edge for "this" side of the line segment. * * @see hasHEdge() */ HEdge &hedge() const; /** * Returns a pointer to the built half-edge linked to "this" side of * the line segment. otherwise @c 0. * * @see hasHEdge() */ inline HEdge *hedgePtr() const { return hasHEdge()? &hedge() : 0; } /** * Change the built half-edge linked to "this" side of the line segment. * * @param newHEdge New half-edge. Can be @c 0. * * @see hedge() */ void setHEdge(HEdge *newHEdge); /** * Returns a pointer to the ConvexSubspace to which "this" side of the * line segment is attributed. May return @c 0 if not yet attributed. */ ConvexSubspace *convexSubspace() const; /** * Change the convex subspace to which "this" side of the line segment * is attributed. * * @param newConvexSubspace ConvexSubspace to attribute. Can be @c 0 * (to clear the attribution). */ void setConvexSubspace(ConvexSubspace *newConvexSubspace); /** * To be called to update precalculated vectors, distances, etc... * following a dependent vertex origin change notification. * * @todo Optimize: defer until next accessed. -ds * @todo Make private. -ds */ void updateCache(); private: DENG2_PRIVATE(d) }; public: LineSegment(Vertex &from, Vertex &to); /** * Returns the specified logical side of the line segment. * * @param back If not @c 0 return the Back side; otherwise the Front side. */ Side &side(int back); /// @copydoc side() Side const &side(int back) const; /** * Returns the logical Front side of the line segment. */ inline Side &front() { return side(Front); } /// @copydoc front() inline Side const &front() const { return side(Front); } /** * Returns the logical Back side of the line segment. */ inline Side &back() { return side(Back); } /// @copydoc back() inline Side const &back() const { return side(Back); } /** * Returns the specified edge vertex of the line segment. * * @param to If not @c 0 return the To vertex; otherwise the From vertex. */ Vertex &vertex(int to) const; /** * Convenient accessor method for returning the origin of the specified * edge vertex for the line segment. * * @see vertex() */ inline de::Vector2d const &vertexOrigin(int to) const { return vertex(to).origin(); } /** * Returns the From/Start vertex for the line segment. */ inline Vertex &from() const { return vertex(From); } /** * Convenient accessor method for returning the origin of the From/Start * vertex for the line segment. * * @see from() */ inline de::Vector2d const &fromOrigin() const { return from().origin(); } /** * Returns the To/End vertex for the line segment. */ inline Vertex &to() const { return vertex(To); } /** * Convenient accessor method for returning the origin of the To/End vertex * for the line segment. * * @see to() */ inline de::Vector2d const &toOrigin() const { return to().origin(); } /** * Returns the axis-aligned bounding box of the line segment (derived from * the coordinates of the two vertexes). * * @todo Cache this result. */ AABoxd aaBox() const; /** * Replace the specified edge vertex of the line segment. * * @param to If not @c 0 replace the To vertex; otherwise the From vertex. * @param newVertex The replacement vertex. */ void replaceVertex(int to, Vertex &newVertex); inline void replaceFrom(Vertex &newVertex) { replaceVertex(From, newVertex); } inline void replaceTo(Vertex &newVertex) { replaceVertex(To, newVertex); } private: DENG2_PRIVATE(d) }; typedef LineSegment::Side LineSegmentSide; } // namespace bsp } // namespace de #endif // DENG_WORLD_BSP_LINESEGMENT_H doomsday-1.14.5/doomsday/client/include/world/bsp/partitioncost.h0000664000175000017500000000652312350542237024424 0ustar jaakkojaakko/** @file world/bsp/partitioncost.h World BSP Partition Cost. * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3) * @see http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_PARTITIONCOST_H #define DENG_WORLD_BSP_PARTITIONCOST_H #include #include "world/bsp/linesegment.h" namespace de { namespace bsp { /** * @ingroup bsp */ struct PartitionCost { int total; int splits; int iffy; int nearMiss; int mapRight; int mapLeft; int partRight; int partLeft; PartitionCost() : total(0), splits(0), iffy(0), nearMiss(0), mapRight(0), mapLeft(0), partRight(0), partLeft(0) {} inline PartitionCost &addSegmentRight(LineSegmentSide const &seg) { if(seg.hasMapSide()) mapRight += 1; else partRight += 1; return *this; } inline PartitionCost &addSegmentLeft(LineSegmentSide const &seg) { if(seg.hasMapSide()) mapLeft += 1; else partLeft += 1; return *this; } PartitionCost &operator += (PartitionCost const &other) { total += other.total; splits += other.splits; iffy += other.iffy; nearMiss += other.nearMiss; mapLeft += other.mapLeft; mapRight += other.mapRight; partLeft += other.partLeft; partRight += other.partRight; return *this; } PartitionCost &operator = (PartitionCost const &other) { total = other.total; splits = other.splits; iffy = other.iffy; nearMiss = other.nearMiss; mapLeft = other.mapLeft; mapRight = other.mapRight; partLeft = other.partLeft; partRight = other.partRight; return *this; } bool operator < (PartitionCost const &rhs) const { return total < rhs.total; } String asText() const { return String("PartitionCost(Total= %1.%2; splits:%3, iffy:%4, near:%5, left:%6+%7, right:%8+%9)") .arg(total / 100).arg(total % 100, 2, QChar('0')) .arg(splits).arg(iffy).arg(nearMiss) .arg(mapLeft).arg(partLeft) .arg(mapRight).arg(partRight); } }; } // namespace bsp } // namespace de #endif // DENG_WORLD_BSP_PARTITIONCOST_H doomsday-1.14.5/doomsday/client/include/world/bsp/bsptreenode.h0000664000175000017500000000231012350542237024022 0ustar jaakkojaakko/** @file world/bsp/bsptreenode.h World BSP Tree Node. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_BSPTREENODE_H #define DENG_WORLD_BSP_BSPTREENODE_H #include #include "MapElement" /** * Nodes in BspBuilder's internal tree are modelled with this type. * * @ingroup bsp */ typedef de::BinaryTree BspTreeNode; #endif // DENG_WORLD_BSP_BSPTREENODE_H doomsday-1.14.5/doomsday/client/include/world/bsp/edgetip.h0000664000175000017500000001455212350542237023144 0ustar jaakkojaakko/** @file world/bsp/edgetip.h World BSP Edge Tip. * * Originally based on glBSP 2.24 (in turn, based on BSP 2.3) * @see http://sourceforge.net/projects/glbsp/ * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSP_EDGETIP_H #define DENG_WORLD_BSP_EDGETIP_H #include #include "world/bsp/linesegment.h" namespace de { namespace bsp { /** * A "edge tip" is where the edge of a line segment and the relevant * vertex meet. * * @ingroup bsp */ class EdgeTip { public: /// Logical side identifiers. enum Side { Front, Back }; public: explicit EdgeTip(coord_t angle = 0, LineSegmentSide *front = 0, LineSegmentSide *back = 0) : _angle(angle), _front(front), _back(back) {} EdgeTip(LineSegmentSide &side) : _angle(side.angle()), _front(side.hasSector()? &side : 0), _back(side.back().hasSector()? &side.back() : 0) {} coord_t angle() const { return _angle; } void setAngle(coord_t newAngle) { _angle = newAngle; } bool hasSide(Side sid) const { return sid == Front? _front != 0 : _back != 0; } inline bool hasFront() const { return hasSide(Front); } inline bool hasBack() const { return hasSide(Back); } LineSegmentSide &side(Side sid) const { if(sid == Front) { DENG_ASSERT(_front != 0); return *_front; } else { DENG_ASSERT(_back != 0); return *_back; } } inline LineSegmentSide &front() const { return side(Front); } inline LineSegmentSide &back() const { return side(Back); } inline LineSegmentSide *frontPtr() const { return hasFront()? &front() : 0; } inline LineSegmentSide *backPtr() const { return hasBack() ? &back() : 0; } void setSide(Side sid, LineSegmentSide *lineSeg) { if(sid == Front) { _front = lineSeg; } else { _back = lineSeg; } } inline void setFront(LineSegmentSide *lineSeg) { setSide(Front, lineSeg); } inline void setBack(LineSegmentSide *lineSeg) { setSide(Back, lineSeg); } private: /// Angle that line makes at vertex (degrees; 0 is E, 90 is N). coord_t _angle; /// Line segments on each side of the tip. Front is the side of increasing /// angles, back is the side of decreasing angles. Either can be @c 0. LineSegmentSide *_front, *_back; }; /** * Provides an always-sorted EdgeTip data set. * * @ingroup bsp */ class EdgeTips { public: /** * Construct a new edge tip set. */ EdgeTips() : _tips(0) {} ~EdgeTips() { clear(); } /// @see insert() inline EdgeTips &operator << (EdgeTip const &tip) { insert(tip); return *this; } /** * Returns @c true iff the set contains zero edge tips. */ bool isEmpty() const { return _tips.empty(); } /** * Insert a copy of @a tip into the set, in it's rightful place according to * an anti-clockwise (increasing angle) order. * * @param epsilon Angle equivalence threshold (in degrees). */ void insert(EdgeTip const &tip, ddouble epsilon = 1.0 / 1024) { Tips::reverse_iterator after = _tips.rbegin(); while(after != _tips.rend() && tip.angle() + epsilon < (*after).angle()) { after++; } _tips.insert(after.base(), tip); } /** * Returns the tip from the set with the smallest angle; otherwise @c 0 if * the set is empty. */ EdgeTip const *smallest() const { return _tips.empty()? 0 : &_tips.front(); } /** * Returns the tip from the set with the largest angle; otherwise @c 0 if * the set is empty. */ EdgeTip const *largest() const { return _tips.empty()? 0 : &_tips.back(); } /** * @param epsilon Angle equivalence threshold (in degrees). */ EdgeTip const *at(ddouble angle, ddouble epsilon = 1.0 / 1024) const { DENG2_FOR_EACH_CONST(Tips, it, _tips) { coord_t delta = de::abs(it->angle() - angle); if(delta < epsilon || delta > (360.0 - epsilon)) { return &(*it); } } return 0; } /** * @param epsilon Angle equivalence threshold (in degrees). */ EdgeTip const *after(ddouble angle, ddouble epsilon = 1.0 / 1024) const { DENG2_FOR_EACH_CONST(Tips, it, _tips) { if(angle + epsilon < it->angle()) { return &(*it); } } return 0; } /** * Clear all tips in the set. */ void clear() { _tips.clear(); } /** * Clear all tips attributed to the specified line segment @a seg. */ void clearByLineSegment(LineSegment &seg) { Tips::iterator it = _tips.begin(); while(it != _tips.end()) { EdgeTip &tip = *it; if((tip.hasFront() && &tip.front().line() == &seg) || (tip.hasBack() && &tip.back().line() == &seg)) { it = _tips.erase(it); } else { ++it; } } } private: typedef std::list Tips; Tips _tips; }; } // namespace bsp } // namespace de #endif // DENG_WORLD_BSP_EDGETIP_H doomsday-1.14.5/doomsday/client/include/world/huecircle.h0000664000175000017500000000422512350542237022676 0ustar jaakkojaakko/** @file huecircle.h HueCircle manipulator, for runtime map editing. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_HUECIRCLE_H #define DENG_WORLD_HUECIRCLE_H #include /** * Color manipulator for runtime map editing. * * @ingroup world */ class HueCircle { public: HueCircle(); /** * Determine the absolute origin of the hue circle in the map coordinate space * (which is relative to the origin of the viewer). */ de::Vector3d origin(de::Vector3d const &viewOrigin, double distance = 100) const; /** * Change the orientation of the hue circle. * * @param frontVec New front vector. * @param sideVec New side vector. * @param upVec New up vector. */ void setOrientation(de::Vector3f const &frontVec, de::Vector3f const &sideVec, de::Vector3f const &upVec); /** * Determine a color by comparing the relative direction of the specified * front vector (the viewer) relative to the orientation of the hue circle. */ de::Vector3f colorAt(de::Vector3f const &viewFrontVec, float *angle = 0, float *sat = 0) const; de::Vector3f offset(double angle) const; private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_HUECIRCLE_H doomsday-1.14.5/doomsday/client/include/world/entitydatabase.h0000664000175000017500000000646112350542237023740 0ustar jaakkojaakko/** @file entitydatabase.h World map entity property value database. * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_ENTITYDATABASE_H #define DENG_WORLD_ENTITYDATABASE_H #include #include #include "api_mapedit.h" // valuetype_t #include "world/entitydef.h" #include "world/propertyvalue.h" namespace de { /** * An EntityDatabase is used in the process of transferring mobj spawn spot * information and stuff like line action specials from the wad map loader * plugin via the engine, through to the game plugin. * * The primary reason for its existence is that the engine does not know about * the game specific properties of the map data types. The engine does not care * at all about the values or indeed even what properties are registered; it is * simply a way of piping information from one part of the system to another. * * @todo C++ allows making this more generic: a set/map of polymorphic objects * e.g., QVariant. */ class EntityDatabase { public: EntityDatabase(); /// @return Total number of entities by definition @a entityDef. uint entityCount(MapEntityDef const *entityDef); /** * Returns @c true iff an entity with definition @a entityDef and * @a elementIndex is known/present. */ bool hasEntity(MapEntityDef const *entityDef, int elementIndex); /** * Lookup a known entity element property value in the database. * * @param def Definition of the property to lookup an element value for. * @param elementIndex Unique element index of the value to lookup. * * @return The found PropertyValue. */ PropertyValue const &property(MapEntityPropertyDef const *def, int elementIndex); /** * Replace/add a value for a known entity element property to the database. * * @param def Definition of the property to add an element value for. * @param elementIndex Unique element index for the value. * @param value The new PropertyValue. Ownership passes to this database. */ void setProperty(MapEntityPropertyDef const *def, int elementIndex, PropertyValue *value); /// @copydoc setProperty inline void setProperty(MapEntityPropertyDef const *def, int elementIndex, valuetype_t valueType, void *valueAdr) { setProperty(def, elementIndex, BuildPropertyValue(valueType, valueAdr)); } private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_WORLD_ENTITYDATABASE_H doomsday-1.14.5/doomsday/client/include/world/hand.h0000664000175000017500000001177712350542237021657 0ustar jaakkojaakko/** @file hand.h Hand (metaphor) for the manipulation of "grabbables". * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_HAND_H #define DENG_WORLD_HAND_H #include "Grabbable" #include "world/worldsystem.h" #include #include #include namespace de { namespace internal { template inline bool cannotCastGrabbableTo(Grabbable *gabbable) { return dynamic_cast(gabbable) == NULL; } } } /** * Represents the "hand" of the user in the client-side world. Facilitates the * manipulation of so-called "grabbables" for the purposes of runtime editing. * * As one might derive from the name, the hand is a metaphor for the will of * the user. Although the hand has a presence in the world it should not however * be considered a map element (such as a mobj). * * @ingroup world */ class Hand : DENG2_OBSERVES(de::WorldSystem, FrameEnd) { DENG2_NO_COPY (Hand) DENG2_NO_ASSIGN(Hand) public: /// Notified whenever a grabbable is grabbed. DENG2_DEFINE_AUDIENCE(Grabbed, void handGrabbed(Hand &hand, Grabbable &grabbable)) /// Notified whenever a grabbable is ungrabbed. DENG2_DEFINE_AUDIENCE(Ungrabbed, void handUngrabbed(Hand &hand, Grabbable &grabbable)) typedef QList Grab; public: /** * Construct a new hand. */ Hand(de::Vector3d const &origin = de::Vector3d()); /** * Returns the origin of the hand in the map coordinate space. * * @see setOrigin() */ de::Vector3d const &origin() const; /** * Change the origin of the hand in the map coordinate space. * * @param newOrigin New origin coordinates to apply. * * @see origin() */ void setOrigin(de::Vector3d const &newOrigin); /** * Returns @c true off the hand is empty (i.e., nothing grabbed). * * @see grabbed() */ bool isEmpty() const; /** * Returns @c true iff the hand has grabbed the specified @a grabbable. * If you only need to know if the grabbable has been grabbed or not (rather * than by whom) then @ref Grabbable::isGrabbed() should be used instead as * this is faster. * * @see grabbed(), grab(), ungrab() */ bool hasGrabbed(Grabbable const &grabbable) const; /** * Grab the specified @a grabbable, releasing the current grab. If already * grabbed then nothing will happen. * * @see grabMulti(), ungrab(), hasGrabbed() */ void grab(Grabbable &grabbable); /** * Extend the grab by appending the specified @a grabbable to the LIFO stack * of grabbables maintained by the hand (the order in which grabbables are * grabbed is remembered by the hand). * * @see grab(), hasGrabbed(), grabbed() */ void grabMulti(Grabbable &grabbable); /** * Release the specified @a grabbable if grabbed by the hand. If not grabbed * then nothing will happen. * * @see grab(), grabMulti(), grabbed() */ void ungrab(Grabbable &grabbable); /** * Release anything currently grabbed by the hand. The grabbables are released * in reverse order (modelled as a LIFO stack). * * @see grab(), grabMulti(), grabbed() */ void ungrab(); /** * Provides access to the grab list of everything currently held by the hand. * * @see grabbedCount() */ Grab const &grabbed() const; /** * Convenient method of returning the total number of grabbed elements. * * @see grabbed() */ inline int grabbedCount() const { return grabbed().count(); } /** * Provides the averaged origin coordinates (in the map coordinate space) of * everything currently grabbed by the hand. If nothing is grabbed then a * default (0, 0, 0) vector is returned. * * @see grabbed() */ de::Vector3d const &grabbedOrigin() const; float editIntensity() const; de::Vector3f const &editColor() const; void setEditIntensity(float newIntensity); void setEditColor(de::Vector3f const &newColor); #ifdef __CLIENT__ protected: /// Observes WorldSystem FrameEnd void worldSystemFrameEnds(); #endif private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_HAND_H doomsday-1.14.5/doomsday/client/include/world/mapelement.h0000664000175000017500000001426512350542237023067 0ustar jaakkojaakko/** @file mapelement.h Base class for all world map elements. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_MAPELEMENT_H #define DENG_WORLD_MAPELEMENT_H #include "dd_share.h" #include "world/dmuargs.h" #include namespace de { class Map; /** * Base class for all elements of a map. Provides runtime type information and * safe dynamic casting to various derived types. * * Maps are composed out of vertices, lines, sectors, etc. * * Abstract handling of map elements is particularly helpful in the public Map * Update (DMU) API, where objects can be referenced either by type and index * or by an opaque pointer. * * @ingroup world */ class MapElement { DENG2_NO_COPY (MapElement) DENG2_NO_ASSIGN(MapElement) public: /// No parent map element is configured. @ingroup errors DENG2_ERROR(MissingParentError); /// Attempted to configure an invalid parent element. @ingroup errors DENG2_ERROR(InvalidParentError); /// No map is attributed. @ingroup errors DENG2_ERROR(MissingMapError); /// The referenced property does not exist. @ingroup errors DENG2_ERROR(UnknownPropertyError); /// The referenced property is not writeable. @ingroup errors DENG2_ERROR(WritePropertyError); /// Special identifier used to mark an invalid index. enum { NoIndex = -1 }; public: /** * Construct a new MapElement * * @param type DMU type identifier. * @param parent Parent map element (if any). */ explicit MapElement(int t = DMU_NONE, MapElement *parent = 0); virtual ~MapElement(); /** * Returns the DMU_* type of the object. */ int type() const; DENG2_AS_IS_METHODS() /** * Returns @c true iff a parent is attributed to the map element. * * @see parent(), setParent() */ bool hasParent() const; /** * Returns the parent of the map element. * * @see hasParent(), setParent() */ MapElement &parent(); /// @copydoc parent() MapElement const &parent() const; /** * Change the parent of the map element. * * @param newParent New parent to attribute to the map element. Ownership * is unaffected. Can be @c 0 (to clear the attribution). * * @see hasParent(), parent() */ void setParent(MapElement *newParent); /** * Returns @c true iff a map is attributed to the map element. Note that * if the map element has a @em parent that this state is delegated to the * parent map element. * * @see map(), setMap(), hasParent() */ bool hasMap() const; /** * Returns the map attributed to the map element. Note that if the map * element has a @em parent that this property comes from the parent map * element (delegation). * * @see hasMap(), setMap(), hasParent() */ Map &map() const; /** * Change the map attributed to the map element. Note that if the map * element has a @em parent that attempting to change the map property of * "this" map element is an error (delegation). * * @param newMap * * @see hasMap(), map() */ void setMap(Map *newMap); /** * Returns the "in-map" index attributed to the map element. */ int indexInMap() const; /** * Change the "in-map" index attributed to the map element. * * @param newIndex New index to attribute to the map element. @c NoIndex * clears the attribution (not a valid index). */ void setIndexInMap(int newIndex = NoIndex); /** * Returns the archive index for the map element. The archive index is the * position of the relevant data or definition in the archived map. For * example, in the case of a DMU_SIDE element that is produced from an id * Tech 1 format map, this should be the index of the definition in the * SIDEDEFS data lump. * * @see setIndexInArchive() */ int indexInArchive() const; /** * Change the "archive index" of the map element to @a newIndex. * * @see indexInArchive() */ void setIndexInArchive(int newIndex = NoIndex); /** * Get a property value, selected by DMU_* name. * * Derived classes can override this to implement read access for additional * DMU properties. MapElement::property() must be called from an overridding * method if the named property is unknown/not handled, returning the result. * If the property is known and the read access is handled the overriding * method should return @c false. * * @param args Property arguments. * @return Always @c 0 (can be used as an iterator). */ virtual int property(DmuArgs &args) const; /** * Update a property value, selected by DMU_* name. * * Derived classes can override this to implement write access for additional * DMU properties. MapElement::setProperty() must be called from an overridding * method if the named property is unknown/not handled, returning the result. * If the property is known and the write access is handled the overriding * method should return @c false. * * @param args Property arguments. * @return Always @c 0 (can be used as an iterator). */ virtual int setProperty(DmuArgs const &args); private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_WORLD_MAPELEMENT_H doomsday-1.14.5/doomsday/client/include/world/linesighttest.h0000664000175000017500000000525512350542237023625 0ustar jaakkojaakko/** @file linesighttest.h World map line of sight testing. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_LINE_SIGHT_TEST_H #define DENG_WORLD_LINE_SIGHT_TEST_H #include "MapElement" #include #include namespace de { /** * Models the logic, parameters and state of a line (of) sight (LOS) test. * * @todo fixme: The state of a discrete trace is not fully encapsulated here * due to the manipulation of the validCount properties of the various * map data elements. (Which is used to avoid testing the same element * multiple times during a trace.) * * @todo optimize: Make use of the blockmap to take advantage of the inherent * spatial locality in this data structure. * * @ingroup world */ class LineSightTest { public: /** * Constructs a new line (of) sight test. * * @param from Trace origin point in the map coordinate space. * @param to Trace target point in the map coordinate space. * @param bottomSlope Lower limit to the Z axis angle/slope range. * @param topSlope Upper limit to the Z axis angle/slope range. * @param flags @ref lineSightFlags dictate trace behavior/logic. */ LineSightTest(Vector3d const &from, Vector3d const &to, dfloat bottomSlope = -1, dfloat topSlope = +1, dint flags = 0); /** * Execute the trace (i.e., cast the ray). * * @param bspRoot Root of BSP to be traced. * * @return @c true iff an uninterrupted path exists between the preconfigured * Start and End points of the trace line. */ bool trace(MapElement const &bspRoot); private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_WORLD_LINE_SIGHT_TEST_H doomsday-1.14.5/doomsday/client/include/world/surface.h0000664000175000017500000002454012350542237022365 0ustar jaakkojaakko/** @file surface.h World map surface. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_SURFACE_H #define DENG_WORLD_SURFACE_H #include "Material" #include "MapElement" #include "uri.hh" #include #include #include #include #ifdef __CLIENT__ # include #endif class BspLeaf; class Decoration; /** * Models a "boundless" but otherwise geometric map surface. Boundless in the * sense that a surface has no edges. * * @ingroup world */ class Surface : public de::MapElement { DENG2_NO_COPY (Surface) DENG2_NO_ASSIGN(Surface) public: /// Required material is missing. @ingroup errors DENG2_ERROR(MissingMaterialError); /// Notified when the @em sharp material origin changes. DENG2_DEFINE_AUDIENCE(MaterialOriginChange, void surfaceMaterialOriginChanged(Surface &surface)) /// Notified whenever the normal vector changes. DENG2_DEFINE_AUDIENCE(NormalChange, void surfaceNormalChanged(Surface &surface)) /// Notified whenever the opacity changes. DENG2_DEFINE_AUDIENCE(OpacityChange, void surfaceOpacityChanged(Surface &surface)) /// Notified whenever the tint color changes. DENG2_DEFINE_AUDIENCE(TintColorChange, void surfaceTintColorChanged(Surface §or)) /// Maximum speed for a smoothed material offset. static int const MAX_SMOOTH_MATERIAL_MOVE = 8; #ifdef __CLIENT__ typedef QList Decorations; public: /// @todo Does not belong at this level bool _needDecorationUpdate; ///< @c true= An update is needed. #endif // __CLIENT__ public: /** * Construct a new surface. * * @param owner Map element which will own the surface. * @param opacity Default opacity strength (@c 1= fully opaque). * @param tintColor Default tint color. */ Surface(de::MapElement &owner, float opacity = 1, de::Vector3f const &tintColor = de::Vector3f(1, 1, 1)); /** * Returns the normalized tangent space matrix for the surface. * (col0: tangent, col1: bitangent, col2: normal) */ de::Matrix3f const &tangentMatrix() const; /** * Returns a copy of the normalized tangent vector for the surface. */ inline de::Vector3f tangent() const { return tangentMatrix().column(0); } /** * Returns a copy of the normalized bitangent vector for the surface. */ inline de::Vector3f bitangent() const { return tangentMatrix().column(1); } /** * Returns a copy of the normalized normal vector for the surface. */ inline de::Vector3f normal() const { return tangentMatrix().column(2); } /** * Change the tangent space normal vector for the surface. If changed, * the tangent vectors will be recalculated next time they are needed. * The NormalChange audience is notified whenever the normal changes. * * @param newNormal New normal vector (will be normalized if needed). */ Surface &setNormal(de::Vector3f const &newNormal); /** * Returns a copy of the current @ref surfaceFlags of the surface. */ int flags() const; /** * Change the @ref surfaceFlags of the surface. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ Surface &setFlags(int flagsToChange, de::FlagOp operation = de::SetFlags); /** * Returns @c true iff the surface is flagged @a flagsToTest. */ inline bool isFlagged(int flagsToTest) const { return (flags() & flagsToTest) != 0; } /** * Returns @c true iff a material is bound to the surface. */ bool hasMaterial() const; /** * Returns @c true iff a @em fix material is bound to the surface, which * was chosen automatically where one was missing. Clients should not be * notified when a fix material is bound to the surface (as they should * perform their fixing, locally). However, if the fix material is later * replaced with a "normally-bound" material, clients should be notified * as per usual. */ bool hasFixMaterial() const; /** * Convenient helper method for determining whether a sky-masked material * is bound to the surface. * * @return @c true iff a sky-masked material is bound. */ inline bool hasSkyMaskedMaterial() const { return hasMaterial() && material().isSkyMasked(); } /** * Convenient helper method for determining whether a drawable, non @em fix * material is bound to the surface. * * @return @c true iff drawable, non @em fix masked material is bound. * * @see hasMaterial(), hasFixMaterial(), Material::isDrawable() */ inline bool hasDrawableNonFixMaterial() const { return hasMaterial() && !hasFixMaterial() && material().isDrawable(); } /** * Returns the attributed material of the surface. * * @see hasMaterial(), hasFixMaterial() */ Material &material() const; /** * Returns a pointer to the attributed material of the surface; otherwise @c 0. * * @see hasMaterial(), hasFixMaterial() */ inline Material *materialPtr() const { return hasMaterial()? &material() : 0; } /** * Change the attributed material of the surface. On client side, any existing * decorations are cleared whenever the material changes and the surface is * marked for redecoration. * * @param newMaterial New material to apply. Use @c 0 to clear. * @param isMissingFix @c true= this is a fix for a "missing" material. */ Surface &setMaterial(Material *newMaterial, bool isMissingFix = false); /** * Returns the material origin offset of the surface. */ de::Vector2f const &materialOrigin() const; /** * Change the material origin offset of the surface. * * @param newOrigin New origin offset in map coordinate space units. */ Surface &setMaterialOrigin(de::Vector2f const &newOrigin); /** * Compose a URI for the surface's material. If no material is bound then a * default (i.e., empty) URI is returned. * * @see hasMaterial(), MaterialManifest::composeUri() */ de::Uri composeMaterialUri() const; /** * Returns the opacity of the surface. The OpacityChange audience is notified * whenever the opacity changes. * * @see setOpacity() */ float opacity() const; /** * Change the opacity of the surface. The OpacityChange audience is notified * whenever the opacity changes. * * @param newOpacity New opacity strength. * * @see opacity() */ Surface &setOpacity(float newOpacity); /** * Returns the tint color of the surface. The TintColorChange audience is notified * whenever the tint color changes. * * @see setTintColor() */ de::Vector3f const &tintColor() const; /** * Change the tint color for the surface. The TintColorChange audience is notified * whenever the tint color changes. * * @param newTintColor New tint color. * * @see tintColor() */ Surface &setTintColor(de::Vector3f const &newTintColor); /** * Returns the blendmode for the surface. */ blendmode_t blendMode() const; /** * Change blendmode. * * @param newBlendMode New blendmode. */ Surface &setBlendMode(blendmode_t newBlendMode); #ifdef __CLIENT__ /** * Returns the current smoothed (interpolated) material origin for the * surface in the map coordinate space. * * @see setMaterialOrigin() */ de::Vector2f const &materialOriginSmoothed() const; /** * Returns the delta between current and the smoothed material origin for * the surface in the map coordinate space. * * @see setMaterialOrigin(), smoothMaterialOrigin() */ de::Vector2f const &materialOriginSmoothedAsDelta() const; /** * Perform smoothed material origin interpolation. * * @see materialOriginSmoothed() */ void lerpSmoothedMaterialOrigin(); /** * Reset the surface's material origin tracking. * * @see materialOriginSmoothed() */ void resetSmoothedMaterialOrigin(); /** * Roll the surface's material origin tracking buffer. */ void updateMaterialOriginTracking(); /** * Determine the glow properties of the surface, which, are derived from the * bound material (averaged color). * * Return values: * @param color Amplified glow color is written here. * * @return Glow strength/intensity or @c 0 if not presently glowing. */ float glow(de::Vector3f &color) const; /** * Add the specified decoration to the surface. * * @param decoration Decoration to add. Ownership is given to the surface. */ void addDecoration(Decoration *decoration); /** * Clear all surface decorations. */ void clearDecorations(); /** * Provides access to the surface decorations for efficient traversal. */ Decorations const &decorations() const; /** * Returns the total number of surface decorations. */ int decorationCount() const; /** * Mark the surface as needing a decoration update. */ void markAsNeedingDecorationUpdate(); #endif // __CLIENT__ protected: int property(DmuArgs &args) const; int setProperty(DmuArgs const &args); private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_SURFACE_H doomsday-1.14.5/doomsday/client/include/world/p_players.h0000664000175000017500000000404512350542237022731 0ustar jaakkojaakko/** @file p_players.h World player entities. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_P_PLAYERS_H #define DENG_WORLD_P_PLAYERS_H #include "api_player.h" #ifdef __cplusplus extern "C" { #endif typedef struct player_s { byte extraLightCounter; // Num tics to go till extraLight is disabled. int extraLight, targetExtraLight; ddplayer_t shared; // The public player data. } player_t; extern player_t *viewPlayer; extern player_t ddPlayers[DDMAXPLAYERS]; extern int consolePlayer; extern int displayPlayer; int P_LocalToConsole(int localPlayer); int P_ConsoleToLocal(int playerNum); int P_GetDDPlayerIdx(ddplayer_t *ddpl); /** * Do we THINK the given (camera) player is currently in the void. * The method used to test this is to compare the position of the mobj * each time it is linked into a BSP leaf. * * @note Cannot be 100% accurate so best not to use it for anything critical... * * @param player The player to test. * * @return @c true if the player is thought to be in the void. */ dd_bool P_IsInVoid(player_t *p); short P_LookDirToShort(float lookDir); float P_ShortToLookDir(short s); #ifdef __cplusplus } // extern "C" #endif #endif // DENG_WORLD_P_PLAYERS_H doomsday-1.14.5/doomsday/client/include/world/sectorcluster.h0000664000175000017500000002575612350542237023650 0ustar jaakkojaakko/** @file sectorcluster.h World map sector cluster. * * @authors Copyright © 2013-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_SECTORCLUSTER_H #define DENG_WORLD_SECTORCLUSTER_H #include "dd_share.h" // AudioEnvironmentFactors #include "HEdge" #include "MapElement" #include "Line" #include "Plane" #include "Sector" #include #include #include #include class BspLeaf; /** * Adjacent BSP leafs in the sector (i.e., those which share one or more * common edge) are grouped into a "cluster". Clusters are never empty and * will always contain at least one BSP leaf. * * @ingroup world */ class SectorCluster { public: /// Notified when the cluster is about to be deleted. DENG2_DEFINE_AUDIENCE(Deletion, void sectorClusterBeingDeleted(SectorCluster const &cluster)) typedef QList BspLeafs; public: /** * Construct a new sector cluster comprised of the specified set of BSP * leafs. It is assumed that all BSP leafs in the list are attributed to * the same sector and there is always at least one. * * @param bspLeafs Set of BSP leafs comprising the resulting cluster. */ SectorCluster(BspLeafs const &bspLeafs); /** * Determines whether the specified @a hedge is an "internal" edge: * * - both the half-edge and it's twin have a face. * - both faces are assigned to a BSP leaf. * - both of the assigned BSP leafs are in the same cluster. * * @param hedge Half-edge to test. * * @return @c true= @a hedge is a cluster internal edge. */ static bool isInternalEdge(de::HEdge *hedge); /** * Returns the parent sector of the cluster. */ Sector const §or() const; /// @copydoc sector() Sector §or(); /** * Returns the identified @em physical plane of the parent sector. Note * that this is not the same as the "visual" plane which may well be * defined by another sector. * * @param planeIndex Index of the plane to return. */ Plane const &plane(int planeIndex) const; /// @copydoc plane() Plane &plane(int planeIndex); /** * Returns the sector plane which defines the @em physical floor of the * cluster. * @see hasSector(), plane() */ inline Plane const &floor() const { return plane(Sector::Floor); } /// @copydoc floor() inline Plane &floor() { return plane(Sector::Floor); } /** * Returns the sector plane which defines the @em physical ceiling of * the cluster. * @see hasSector(), plane() */ inline Plane const &ceiling() const { return plane(Sector::Ceiling); } /// @copydoc ceiling() inline Plane &ceiling() { return plane(Sector::Ceiling); } /** * Returns the identified @em visual sector plane for the cluster (which * may or may not be the same as the physical plane). * * @param planeIndex Index of the plane to return. */ Plane const &visPlane(int planeIndex) const; /// @copydoc visPlane() Plane &visPlane(int planeIndex); /** * Returns the sector plane which defines the @em visual floor of the * cluster. * @see hasSector(), floor() */ inline Plane const &visFloor() const { return visPlane(Sector::Floor); } /// @copydoc visFloor() inline Plane &visFloor() { return visPlane(Sector::Floor); } /** * Returns the sector plane which defines the @em visual ceiling of the * cluster. * @see hasSector(), ceiling() */ inline Plane const &visCeiling() const { return visPlane(Sector::Ceiling); } /// @copydoc visCeiling() inline Plane &visCeiling() { return visPlane(Sector::Ceiling); } /** * Returns the total number of @em visual planes in the cluster. */ inline int visPlaneCount() const { return sector().planeCount(); } /** * To be called to force re-evaluation of mapped visual planes. This is * only necessary when a surface material change occurs on boundary line * of the cluster. */ void markVisPlanesDirty(); /** * Returns @c true iff at least one of the mapped visual planes of the * cluster presently has a sky-masked material bound. * * @see Surface::hasSkyMaskedMaterial() */ bool hasSkyMaskedPlane() const; /** * Provides access to the list of all BSP leafs in the cluster, for * efficient traversal. */ BspLeafs const &bspLeafs() const; /** * Returns the total number of BSP leafs in the cluster. */ inline int bspLeafCount() const { return bspLeafs().count(); } /** * Returns the axis-aligned bounding box of the cluster. */ AABoxd const &aaBox() const; /** * Returns the point defined by the center of the axis-aligned bounding * box in the map coordinate space. */ inline de::Vector2d center() const { return (de::Vector2d(aaBox().min) + de::Vector2d(aaBox().max)) / 2; } #ifdef __CLIENT__ /** * Determines whether the cluster has a positive world volume, i.e., the * height of floor is lower than that of the ceiling plane. * * @param useSmoothedHeights @c true= use the @em smoothed plane heights * instead of the @em sharp heights. */ bool hasWorldVolume(bool useSmoothedHeights = true) const; /** * Returns a rough approximation of the total combined area of the geometry * for all BSP leafs which define the cluster (map units squared). */ coord_t roughArea() const; /** * Request re-calculation of environmental audio (reverb) characteristics * for the cluster (update is deferred until next accessed). * * To be called whenever any of the properties governing reverb properties * have changed (i.e., wall/plane material changes). */ void markReverbDirty(bool yes = true); /** * Returns the final environmental audio characteristics (reverb) of the * cluster. Note that if a reverb update is scheduled it will be done at * this time (@ref markReverbDirty()). */ AudioEnvironmentFactors const &reverb() const; #endif // __CLIENT__ private: DENG2_PRIVATE(d) }; /** * Specialized sector cluster half-edge circulator. Used like an iterator, for * circumnavigating the boundary half-edges of a cluster. * * Cluster-internal edges (i.e., where both half-edge faces reference the same * cluster) are automatically skipped during traversal. Otherwise behavior is * the same as a "regular" half-edge face circulator. * * Also provides static search utilities for convenient, one-time use of this * specialized search logic (avoiding circulator instantiation). * * @ingroup world */ class SectorClusterCirculator { public: /// Attempt to dereference a NULL circulator. @ingroup errors DENG2_ERROR(NullError); public: /** * Construct a new sector cluster circulator. * * @param hedge Half-edge to circulate. It is assumed the half-edge lies on * the @em boundary of the cluster and is not an "internal" edge. */ SectorClusterCirculator(de::HEdge *hedge = 0) : _hedge(hedge) , _current(hedge) , _cluster(hedge? getCluster(*hedge) : 0) {} /** * Intended as a convenient way to employ the specialized circulator logic * to locate the relative back of the next/previous neighboring half-edge. * Particularly useful when a geometry traversal requires a switch from the * cluster to face boundary, or when navigating the so-called "one-ring" of * a vertex. */ static de::HEdge &findBackNeighbor(de::HEdge const &hedge, de::ClockDirection direction) { return getNeighbor(hedge, direction, getCluster(hedge)).twin(); } /** * Returns the neighbor half-edge in the specified @a direction around the * boundary of the cluster. * * @param direction Relative direction of the desired neighbor. */ de::HEdge &neighbor(de::ClockDirection direction) { _current = &getNeighbor(*_current, direction, _cluster); return *_current; } /// Returns the next half-edge (clockwise) and advances the circulator. inline de::HEdge &next() { return neighbor(de::Clockwise); } /// Returns the previous half-edge (anticlockwise) and advances the circulator. inline de::HEdge &previous() { return neighbor(de::Anticlockwise); } /// Advance to the next half-edge (clockwise). inline SectorClusterCirculator &operator ++ () { next(); return *this; } /// Advance to the previous half-edge (anticlockwise). inline SectorClusterCirculator &operator -- () { previous(); return *this; } /// Returns @c true iff @a other references the same half-edge as "this" /// circulator; otherwise returns false. inline bool operator == (SectorClusterCirculator const &other) const { return _current == other._current; } inline bool operator != (SectorClusterCirculator const &other) const { return !(*this == other); } /// Returns @c true iff the range of the circulator [c, c) is not empty. inline operator bool () const { return _hedge != 0; } /// Makes the circulator operate on @a hedge. SectorClusterCirculator &operator = (de::HEdge &hedge) { _hedge = _current = &hedge; _cluster = getCluster(hedge); return *this; } /// Returns the current half-edge of a non-empty sequence. de::HEdge &operator * () const { if(!_current) { /// @throw NullError Attempted to dereference a "null" circulator. throw NullError("SectorClusterCirculator::operator *", "Circulator references an empty sequence"); } return *_current; } /// Returns a pointer to the current half-edge (might be @c NULL, meaning the /// circulator references an empty sequence). de::HEdge *operator -> () { return _current; } private: static SectorCluster *getCluster(de::HEdge const &hedge); static de::HEdge &getNeighbor(de::HEdge const &hedge, de::ClockDirection direction, SectorCluster const *cluster = 0); de::HEdge *_hedge; de::HEdge *_current; SectorCluster *_cluster; }; #endif // DENG_WORLD_SECTORCLUSTER_H doomsday-1.14.5/doomsday/client/include/world/contact.h0000664000175000017500000001040312350542237022361 0ustar jaakkojaakko/** @file contact.h World object => BSP leaf "contact" and contact lists. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifdef __CLIENT__ #ifndef DENG_CLIENT_WORLD_CONTACT_H #define DENG_CLIENT_WORLD_CONTACT_H #include #include #include "world/map.h" class BspLeaf; struct Contact; class Lumobj; enum ContactType { ContactMobj = 0, ContactLumobj, ContactTypeCount }; /// @todo Obviously, polymorphism is a better solution. struct Contact { Contact *nextUsed; ///< Next in the used list (if any, not owned). Contact *next; ///< Next in global list of contacts (if any, not owned). ContactType _type; ///< Logical identifier. void *_object; ///< The contacted object. ContactType type() const; void *objectPtr() const; template ObjectType &objectAs() const { DENG2_ASSERT(_object != 0); return *static_cast(_object); } /** * Returns a copy of the linked object's origin in map space. */ de::Vector3d objectOrigin() const; /** * Returns the linked object's radius in map space. */ double objectRadius() const; /** * Returns an axis-aligned bounding box for the linked object in map space. */ AABoxd objectAABox() const; /** * Returns the BSP leaf at the linked object's origin in map space. */ BspLeaf &objectBspLeafAtOrigin() const; }; struct ContactList { struct Node; // Start reusing list nodes. static void reset(); void link(Contact *contact); Node *begin() const; private: /** * Create a new list node. If there are none available in the list of * used objects a new one will be allocated and linked to the global list. */ static Node *newNode(void *object); Node *_head; }; /** * To be called during game change/on shutdown to destroy all contact lists. * This is necessary because the lists are allocated from the Zone using a * >= PU_MAP purge level and access to them is handled with global pointers. * * @todo Encapsulate allocation of and access to the lists in de::Map */ void R_DestroyContactLists(); /** * Initialize contact lists for the current map. */ void R_InitContactLists(de::Map &map); /** * To be called at the beginning of a render frame to clear all contact lists * ready for the new frame. */ void R_ClearContactLists(de::Map &map); /** * Add a new contact for the specified mobj, for spreading purposes. */ void R_AddContact(struct mobj_s &mobj); /** * Add a new contact for the specified lumobj, for spreading purposes. */ void R_AddContact(Lumobj &lumobj); /** * Traverse the list of @em all contacts for the current render frame. */ int R_ContactIterator(int (*callback) (Contact &, void *), void *context = 0); /** * Returns the contact list for the specified BSP @a leaf and contact @a type. */ ContactList &R_ContactList(BspLeaf &leaf, ContactType type); /** * Traverse the list of mobj contacts linked directly to the specified BSP @a leaf, * for the current render frame. */ int R_BspLeafMobjContactIterator(BspLeaf &leaf, int (*callback) (struct mobj_s &, void *), void *context = 0); /** * Traverse the list of lumobj contacts linked directly to the specified BSP @a leaf, * for the current render frame. */ int R_BspLeafLumobjContactIterator(BspLeaf &leaf, int (*callback) (Lumobj &, void *), void *context = 0); #endif // DENG_CLIENT_WORLD_CONTACT_H #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/include/world/p_object.h0000664000175000017500000001626112350542237022523 0ustar jaakkojaakko/** @file p_object.h World map objects. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_P_OBJECT_H #define DENG_WORLD_P_OBJECT_H #if defined(__JDOOM__) || defined(__JHERETIC__) || defined(__JHEXEN__) # error Attempted to include internal Doomsday p_object.h from a game #endif #include "api_map.h" #include "def_data.h" #ifdef __CLIENT__ # include "ModelDef" # include "Sprite" #endif #include #include class BspLeaf; class Plane; class SectorCluster; // This macro can be used to calculate a mobj-specific 'random' number. #define MOBJ_TO_ID(mo) ( (long)(mo)->thinker.id * 48 + ((unsigned long)(mo)/1000) ) // We'll use the base mobj template directly as our mobj. typedef struct mobj_s { DD_BASE_MOBJ_ELEMENTS() } mobj_t; #define MOBJ_SIZE gx.mobjSize #define DEFAULT_FRICTION FIX2FLT(0xe800) #define NOMOMENTUM_THRESHOLD (0.0001) #define IS_BLOCK_LINKED(mo) ((mo)->bNext != 0) DENG_EXTERN_C int useSRVO, useSRVOAngle; void P_InitUnusedMobjList(); /** * To be called to register the commands and variables of this module. */ void Mobj_ConsoleRegister(); mobj_t *P_MobjCreate(thinkfunc_t function, de::Vector3d const &origin, angle_t angle, coord_t radius, coord_t height, int ddflags); void P_MobjRecycle(mobj_t *mobj); /** * Returns the map in which the mobj exists. Note that a mobj may exist in a map * while not being @em linked into data structures such as the blockmap and sectors. * To determine whether the mobj is linked, call @ref Mobj_IsLinked(). * * @see Thinker_Map() */ de::Map &Mobj_Map(mobj_t const &mobj); /** * Returns @c true iff the mobj has been linked into the map. The only time this * is not true is if @ref Mobj_SetOrigin() has not yet been called. * * @param mobj Mobj instance. * * @todo Automatically link all new mobjs into the map (making this redundant). */ bool Mobj_IsLinked(mobj_t const &mobj); /** * Returns a copy of the mobj's map space origin. */ de::Vector3d Mobj_Origin(mobj_t const &mobj); /** * Returns the mobj's visual center (i.e., origin plus z-height offset). */ de::Vector3d Mobj_Center(mobj_t &mobj); /** * Sets a mobj's position. * * @return @c true if successful, @c false otherwise. The object's position is * not changed if the move fails. * * @note Internal to the engine. */ dd_bool Mobj_SetOrigin(mobj_t *mobj, coord_t x, coord_t y, coord_t z); /** * Returns the map BSP leaf at the origin of the mobj. Note that the mobj must * be linked in the map (i.e., @ref Mobj_SetOrigin() has been called). * * @param mobj Mobj instance. * * @see Mobj_IsLinked(), Mobj_SetOrigin() */ BspLeaf &Mobj_BspLeafAtOrigin(mobj_t const &mobj); /** * Returns @c true iff the sector cluster at the mobj's origin is known (i.e., * it has been linked into the map by calling @ref Mobj_SetOrigin() and the BSP * leaf at the origin has a convex geometry (not degenerate)). * * @param mobj Mobj instance. */ bool Mobj_HasCluster(mobj_t const &mobj); /** * Returns the sector cluster in which the mobj currently resides. * * @param mobj Mobj instance. * * @see Mobj_HasCluster() */ SectorCluster &Mobj_Cluster(mobj_t const &mobj); /** * Returns a pointer to sector cluster in which the mobj currently resides, or * @c 0 if not linked or the BSP leaf at the origin has no convex geometry. * * @param mobj Mobj instance. * * @see Mobj_HasCluster() */ SectorCluster *Mobj_ClusterPtr(mobj_t const &mobj); /** * Creates a new mobj-triggered particle generator based on the given * definition. The generator is added to the list of active ptcgens. */ void Mobj_SpawnParticleGen(mobj_t *source, ded_ptcgen_t const *def); #ifdef __CLIENT__ /** * Determines whether the Z origin of the mobj lies above the visual ceiling, * or below the visual floor plane of the BSP leaf at the origin. This can be * used to determine whether this origin should be adjusted with respect to * smoothed plane movement. */ dd_bool Mobj_OriginBehindVisPlane(mobj_t *mobj); /** * To be called when lumobjs are disabled to perform necessary bookkeeping. */ void Mobj_UnlinkLumobjs(mobj_t *mobj); /** * Generates lumobjs for the mobj. * @note: This is called each frame for each luminous object! */ void Mobj_GenerateLumobjs(mobj_t *mobj); /** * Calculate the strength of the shadow this mobj should cast. * * @note Implemented using a greatly simplified version of the lighting equation; * no light diminishing or light range compression. */ float Mobj_ShadowStrength(mobj_t *mobj); /** * Determines which of the available sprites is in effect for the current mobj * state and frame. May return @c 0 if the state and/or frame is not valid. */ Sprite *Mobj_Sprite(mobj_t const &mobj); /** * Determines which of the available model definitions (if any), are in effect * for the current mobj state and frame. (Interlinks are resolved). * * @param nextModef If non-zero the model definition for the @em next frame is * written here. * @param interp If non-zero and both model definitions are found the current * interpolation point between the two is written here. * * @return Active model definition for the current frame (if any). */ ModelDef *Mobj_ModelDef(mobj_t const &mobj, ModelDef **nextModef = 0, float *interp = 0); #endif // __CLIENT__ coord_t Mobj_ApproxPointDistance(mobj_t *start, coord_t const *point); dd_bool Mobj_IsSectorLinked(mobj_t *mobj); /** * @return The current floatbob offset for the mobj, if the mobj is flagged * for bobbing; otherwise @c 0. */ coord_t Mobj_BobOffset(mobj_t *mobj); float Mobj_Alpha(mobj_t *mobj); /** * Returns the physical radius of the mobj. * * @param mobj Mobj instance. * * @see Mobj_VisualRadius() */ coord_t Mobj_Radius(mobj_t const &mobj); /** * Returns the radius of the mobj as it would visually appear to be, according * to the current visualization (either a sprite or a 3D model). * * @param mobj Mobj instance. * * @see Mobj_Radius() */ coord_t Mobj_VisualRadius(mobj_t const &mobj); /** * Returns an axis-aligned bounding box for the mobj in map space, centered * on the origin with dimensions equal to @code radius * 2 @endcode. * * @param mobj Mobj instance. * * @see Mobj_Radius() */ AABoxd Mobj_AABox(mobj_t const &mobj); #endif // DENG_WORLD_P_OBJECT_H doomsday-1.14.5/doomsday/client/include/world/polyobj.h0000664000175000017500000001504712350542237022415 0ustar jaakkojaakko/** @file polyobj.h World map polyobj. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_POLYOBJ_H #define DENG_WORLD_POLYOBJ_H #include "dd_share.h" #include "Mesh" #include #include class BspLeaf; class Line; class Vertex; /// Storage needed for a polyobj_s instance, plus the user data section (if any). #define POLYOBJ_SIZE gx.polyobjSize /** * World polyobj. Moveable Polygonal Map-Object (Polyobj). * * @ingroup world */ typedef struct polyobj_s { public: /// The polyobj is not presently linked in the BSP. @ingroup errors DENG2_ERROR(NotLinkedError); /* * Linked-element lists: */ typedef QList Lines; typedef QList Vertexes; static void setCollisionCallback(void (*func) (struct mobj_s *mobj, void *line, void *polyobj)); public: DD_BASE_POLYOBJ_ELEMENTS() public: polyobj_s(de::Vector2d const &origin = de::Vector2d()); /// @note: Does nothing about the user data section. ~polyobj_s(); /** * Returns the map in which the polyobj exists. */ de::Map &map() const; /** * Provides access to the mesh owned by the polyobj. */ de::Mesh &mesh() const; /** * Returns @c true if the polyobj is presently linked in the owning Map. */ bool isLinked(); /** * (Re)link the polyobj in the owning Map. Ownership is not affected. To be * called @em after rotation and/or translation to re-link the polyobj and * thereby complete the process. * * Linking only occurs if the polyobj is not presently linked (subsequent * calls are ignored). */ void link(); /** * Unlink the polyobj in the owning Map. To be called @em before attempting * to rotate and/or translate the polyobj to initiate the process. * * Unlinking only occurs if the polyobj is presently linked (subsequent * calls are ignored). */ void unlink(); /** * Returns @c true iff a BspLeaf is linked to the polyobj. */ bool hasBspLeaf() const; /** * Returns the BSP leaf in which the polyobj is presently linked. * * @see isLinked(); */ BspLeaf &bspLeaf() const; /** * Convenience accessor which determines whether a BspLeaf with an attributed * sector is linked to the polyobj. * * @see hasBspLeaf(), BspLeaf::hasSector() */ bool hasSector() const; /** * Convenience accessor which returns the Sector of the BspLeaf linked to the * polyobj. * * @see bspLeaf(), BspLeaf::sector() */ Sector §or() const; /** * Convenience accessor which returns a pointer to the Sector of the BspLeaf * linked to the polyobj. * * @return Sector attributed to the linked BspLeaf; otherwise @c 0. * * @see hasBspLeaf(), BspLeaf::sectorPtr() */ Sector *sectorPtr() const; /** * Returns the sound emitter for the polyobj. */ SoundEmitter &soundEmitter(); /// @copydoc soundEmitter() SoundEmitter const &soundEmitter() const; /** * Provides access to the list of Lines for the polyobj. */ Lines const &lines() const; /** * Returns the total number of Lines for the polyobj. */ inline uint lineCount() const { return lines().count(); } /** * To be called once all Lines have been added in order to compile the list * of unique vertexes for the polyobj. A vertex referenced by multiple lines * is only included once in this list. */ void buildUniqueVertexes(); /** * Provides access to the list of unique vertexes for the polyobj. * * @see buildUniqueVertex() */ Vertexes const &uniqueVertexes() const; /** * Returns the total number of unique Vertexes for the polyobj. * * @see buildUniqueVertexes() */ inline uint uniqueVertexCount() const { return uniqueVertexes().count(); } /** * Update the original coordinates of all vertexes using the current coordinate * values. To be called once initialization has completed to finalize the polyobj. * * @pre Unique vertex list has already been built. * * @see buildUniqueVertexes() */ void updateOriginalVertexCoords(); /** * Translate the origin of the polyobj in the map coordinate space. * * @param delta Movement delta on the X|Y plane. */ bool move(de::Vector2d const &delta); /// @copydoc move() inline bool move(coord_t x, coord_t y) { return move(de::Vector2d(x, y)); } /** * Rotate the angle of the polyobj in the map coordinate space. * * @param angle World angle delta. */ bool rotate(angle_t angle); /** * Update the axis-aligned bounding box for the polyobj (map coordinate * space) to encompass the points defined by it's vertices. * * @todo Should be private. */ void updateAABox(); /** * Update the tangent space vectors for all surfaces of the polyobj, * according to the points defined by the relevant Line's vertices. */ void updateSurfaceTangents(); /** * Change the tag associated with the polyobj. * * @param newTag New tag. */ void setTag(int newTag); /** * Change the associated sequence type of the polyobj. * * @param newType New sequence type. */ void setSequenceType(int newType); /** * Returns the original index of the polyobj. */ int indexInMap() const; /** * Change the original index of the polyobj. * * @param newIndex New original index. */ void setIndexInMap(int newIndex); } Polyobj; #endif // DENG_WORLD_POLYOBJ_H doomsday-1.14.5/doomsday/client/include/world/p_ticker.h0000664000175000017500000000206112350542237022527 0ustar jaakkojaakko/** @file p_ticker.h Timed world events. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_P_TICKER_H #define DENG_WORLD_P_TICKER_H /** * Doomsday's own play-ticker. */ void P_Ticker(timespan_t time); #endif // DENG_WORLD_P_TICKER_H doomsday-1.14.5/doomsday/client/include/world/interceptor.h0000664000175000017500000000561112350542237023271 0ustar jaakkojaakko/** @file interceptor.h World map element/object ray trace interceptor. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_MAP_INTERCEPTOR_H #define DENG_WORLD_MAP_INTERCEPTOR_H #include "world/map.h" #include "Line" #include /** * Provides a mechanism for tracing line / world map object/element interception. * * Note: For technical reasons it is not presently possible to nest one or more * interceptor traces. * * @ingroup world */ class Interceptor { public: /** * Construct a new interceptor. * * @param callback Will be called for each intercepted map element/object. * @param from Map space origin of the trace. * @param to Map space destination of the trace. * @param flags @ref pathTraverseFlags * @param context Passed to the @a callback. */ Interceptor(traverser_t callback, de::Vector2d const &from = de::Vector2d(), de::Vector2d const &to = de::Vector2d(), int flags = PTF_ALL, void *context = 0); /** * Provides read-only access to the map space origin of the trace. */ coord_t const *origin() const; /** * Provides read-only access to the map space direction of the trace. */ coord_t const *direction() const; /** * Provides read-only access to the current map space opening of the trace. */ LineOpening const &opening() const; /** * Update the "opening" state for the trace in accordance with the heights * defined by the minimal planes which intercept @a line. Only lines within * the map specified at @ref trace() call time will be considered. * * @return @c true iff after the adjustment the opening range is positive, * i.e., the top Z coordinate is greater than the bottom Z. */ bool adjustOpening(Line const *line); /** * Execute the trace (i.e., cast the ray). * * @param map World map in which to execute. * * @return Callback return value. */ int trace(de::Map const &map); private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_MAP_INTERCEPTOR_H doomsday-1.14.5/doomsday/client/include/world/blockmap.h0000664000175000017500000001416412350542237022526 0ustar jaakkojaakko/** @file blockmap.h World map element blockmap. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BLOCKMAP_H #define DENG_WORLD_BLOCKMAP_H #include #include #ifdef min # undef min #endif #ifdef max # undef max #endif namespace de { /** * @ingroup world */ class Blockmap { public: typedef Vector2ui Cell; /** * POD structure for representing an inclusive-exclusive rectangular range * of cells. * * @todo Use Rectangleui instead -ds */ struct CellBlock { Cell min; Cell max; CellBlock(Cell const &min = Cell(), Cell const &max = Cell()) : min(min), max(max) {} CellBlock(CellBlock const &other) : min(other.min), max(other.max) {} }; public: /** * @param bounds Map space boundary. * @param cellSize Width and height of a cell in map space units. */ Blockmap(AABoxd const &bounds, uint cellSize = 128); virtual ~Blockmap(); /** * Returns the origin of the blockmap in map space. */ Vector2d origin() const; /** * Returns the bounds of the blockmap in map space. */ AABoxd const &bounds() const; /** * Returns the dimensions of the blockmap in cells. */ Cell const &dimensions() const; /** * Returns the width of the blockmap in cells. */ inline uint width() const { return dimensions().x; } /** * Returns the height of the blockmap in cells. */ inline uint height() const { return dimensions().y; } /** * Returns @c true iff the blockmap is of zero-area. */ inline bool isNull() const { return (width() * height()) == 0; } /** * Returns the size of a cell (width and height) in map space units. */ uint cellSize() const; /** * Utility function which returns the dimensions of a cell in map space units. */ Vector2d cellDimensions() const { return Vector2d(cellSize(), cellSize()); } /** * Utility function which returns the linear index of the specified cell. */ int toCellIndex(uint cellX, uint cellY) const; /** * Given map space XY coordinates @a pos, output the blockmap cell[x, y] it * resides in. If @a pos is outside the blockmap it will be clamped to the * nearest edge on one or more axes as necessary. * * @param point Map coordinate space point to be translated. * @param didClip Set to @c true iff clamping was necessary. */ Cell toCell(Vector2d const &point, bool *didClip = 0) const; /** * Given map space box XY coordinates @a box, output the blockmap cells[x, y] * they reside in. If any point defined by @a box lies outside the blockmap * it will be clamped to the nearest edge on one or more axes as necessary. * * @param box Map space coordinates to translate. * @param didClip Set to @c true iff clamping was necessary. */ CellBlock toCellBlock(AABoxd const &box, bool *didClip = 0) const; /** * Retrieve the number of elements linked in the specified @a cell. * * @param cell Cell to lookup. * * @return Number of unique objects linked into the cell, or @c 0 if invalid. */ int cellElementCount(Cell const &cell) const; bool link(Cell const &cell, void *elem); bool link(AABoxd const ®ion, void *elem); bool unlink(Cell const &cell, void *elem); bool unlink(AABoxd const ®ion, void *elem); void unlinkAll(); /** * Iterate over all elements in the specified @a cell. */ int iterate(Cell const &cell, int (*callback) (void *elem, void *context), void *context = 0) const; /** * Iterate over all elements in cells which intercept the specified map space * @a region. */ int iterate(AABoxd const ®ion, int (*callback) (void *elem, void *context), void *context = 0) const; /** * Iterate over all elements in cells which intercept the line specified by * the two map space points @a from and @a to. Note that if an element is * processed/visited it does @em not mean that the line actually intercepts * the element. Further testing between the line and the geometry of the map * element is necessary if this is a requirement. * * @param from Map space point defining the origin of the line. * @param to Map space point defining the destination of the line. */ int iterate(Vector2d const &from, Vector2d const &to, int (*callback) (void *elem, void *context), void *context = 0) const; /** * Render a visual for this gridmap to assist in debugging (etc...). * * This visualizer assumes that the caller has already configured the GL * render state (projection matrices, scale, etc...) as desired prior to * calling. This function guarantees to restore the previous GL state if * any changes are made to it. * * @note Internally this visual uses fixed unit dimensions [1x1] for cells, * therefore the caller should scale the appropriate matrix to scale this * visual as desired. */ void drawDebugVisual() const; private: DENG2_PRIVATE(d) }; typedef Blockmap::Cell BlockmapCell; typedef Blockmap::CellBlock BlockmapCellBlock; } //namespace de #endif // DENG_WORLD_BLOCKMAP_H doomsday-1.14.5/doomsday/client/include/world/entitydef.h0000664000175000017500000000746412350542237022736 0ustar jaakkojaakko/** @file entitydef.h World map entity definitions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_ENTITYDEF_H #define DENG_WORLD_ENTITYDEF_H #include "dd_share.h" #include "api_mapedit.h" #include "m_nodepile.h" #include #include struct mapentitydef_s; typedef struct mapentitypropertydef_s { /// Entity-unique identifier associated with this property. int id; /// Entity-unique name for this property. char *name; /// Value type identifier for this property. valuetype_t type; /// Entity definition which owns this property. struct mapentitydef_s *entity; } MapEntityPropertyDef; /** * @ingroup world */ typedef struct mapentitydef_s { /// Unique identifier associated with this entity. int id; /// Set of known properties for this entity. uint numProps; MapEntityPropertyDef *props; #ifdef __cplusplus mapentitydef_s(int _id) : id(_id), numProps(0), props(0) {} #endif } MapEntityDef; #ifdef __cplusplus extern "C" { #endif /** * Lookup a defined property by identifier. * * @param def MapEntityDef instance. * @param propertyId Entity-unique identifier for the property to lookup. * @param retDef If not @c NULL, the found property definition is * written here (else @c 0 if not found). * * @return Logical index of the found property (zero-based) else @c -1 if not found. */ int MapEntityDef_Property2(MapEntityDef *def, int propertyId, MapEntityPropertyDef **retDef = 0); /** * Lookup a defined property by name. * * @param def MapEntityDef instance. * @param propertyName Entity-unique name for the property to lookup. * @param retDef If not @c NULL, the found property definition is * written here (else @c 0 if not found). * * @return Logical index of the found property (zero-based) else @c -1 if not found. */ int MapEntityDef_PropertyByName(MapEntityDef *def, char const *propertyName, MapEntityPropertyDef **retDef = 0); /** * Lookup a MapEntityDef by unique identfier @a id. * * @note Performance is O(log n). * * @return Found MapEntityDef else @c NULL. */ MapEntityDef *P_MapEntityDef(int id); /** * Lookup a MapEntityDef by unique name. * * @note Performance is O(log n). * * @return Found MapEntityDef else @c NULL. */ MapEntityDef *P_MapEntityDefByName(char const *name); /** * Lookup the unique name associated with MapEntityDef @a def. * * @note Performance is O(n). * * @return Unique name associated with @a def if found, else a zero-length string. */ AutoStr *P_NameForMapEntityDef(MapEntityDef *def); /** * To be called to initialize the game map object defs. */ void P_InitMapEntityDefs(); /** * To be called to free all memory allocated for the map obj defs. */ void P_ShutdownMapEntityDefs(); #ifdef __cplusplus } // extern "C" #endif #endif // DENG_WORLD_ENTITYDEF_H doomsday-1.14.5/doomsday/client/include/world/lineblockmap.h0000664000175000017500000000334512350542237023375 0ustar jaakkojaakko/** @file lineblockmap.h Specialized world map line blockmap. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_LINEBLOCKMAP_H #define DENG_WORLD_LINEBLOCKMAP_H #include #include "world/blockmap.h" #include "Line" /** * Specializes Blockmap for use with map Lines, implementing a linkage algorithm * that replicates the quirky behavior of doom.exe * * @ingroup world */ class LineBlockmap : public de::Blockmap { public: /** * @param bounds Map space boundary. * @param cellSize Width and height of a cell in map space units. */ LineBlockmap(AABoxd const &bounds, uint cellSize = 128); /// @note Assumes @a line is not yet linked! void link(Line &line); /// @note Assumes none of the specified @a lines are yet linked! void link(QList const &lines); }; #endif // DENG_WORLD_LINEBLOCKMAP_H doomsday-1.14.5/doomsday/client/include/world/bspleaf.h0000664000175000017500000002605212350542237022351 0ustar jaakkojaakko/** @file bspleaf.h World map BSP leaf. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_BSPLEAF_H #define DENG_WORLD_BSPLEAF_H #include "MapElement" #include "Line" #include "Sector" #include "Mesh" #ifdef __CLIENT__ # include "BiasSurface" #endif #include #include #include class SectorCluster; struct polyobj_s; #ifdef __CLIENT__ class BiasDigest; class Lumobj; #endif /** * Represents a leaf in the map's binary space partition (BSP) tree. Each leaf * defines a half-space of the parent space (a node, or the whole map space). * * A leaf may be assigned a two dimensioned convex subspace geometry, which, is * represented by a face (polygon) in the map's half-edge @ref de::Mesh. * * Each leaf is attributed to a @ref Sector in the map regardless of whether a * closed convex geometry exists at the leaf. * * On client side a leaf also provides / links to various geometry data assets * and properties used to visualize the subspace. * * @see http://en.wikipedia.org/wiki/Binary_space_partitioning * * @ingroup world */ class BspLeaf : public de::MapElement #ifdef __CLIENT__ , public BiasSurface #endif { DENG2_NO_COPY (BspLeaf) DENG2_NO_ASSIGN(BspLeaf) public: /// Required sector cluster attribution is missing. @ingroup errors DENG2_ERROR(MissingClusterError); /// An invalid polygon was specified @ingroup errors DENG2_ERROR(InvalidPolyError); /// Required polygon geometry is missing. @ingroup errors DENG2_ERROR(MissingPolyError); /* * Linked-element lists/sets: */ typedef QSet Meshes; typedef QSet Polyobjs; #ifdef __CLIENT__ typedef QSet Lumobjs; typedef QSet ShadowLines; #endif #ifdef __CLIENT__ // Final audio environment characteristics. typedef uint AudioEnvironmentFactors[NUM_REVERB_DATA]; #endif public: /** * Construct a new BSP leaf and optionally attribute it to @a sector. * Ownership is unaffected. */ explicit BspLeaf(Sector *sector = 0); /** * Convenient method of returning the parent sector of the BSP leaf. */ inline Sector §or() { return parent().as(); } /// @copydoc sector() inline Sector const §or() const { return parent().as(); } /** * Convenient method returning a pointer to the sector attributed to the * BSP leaf. If not attributed then @c 0 is returned. * * @see sector() */ inline Sector *sectorPtr() { return hasParent()? §or() : 0; } /// @copydoc sectorPtr() inline Sector const *sectorPtr() const { return hasParent()? §or() : 0; } /** * Determines whether a convex face geometry (a polygon) is attributed. * * @see poly(), setPoly() */ bool hasPoly() const; /** * Provides access to the attributed convex face geometry (a polygon). * * @see hasPoly(), setPoly() */ de::Face const &poly() const; /** * Change the convex face geometry attributed to the BSP leaf. Before the * geometry is accepted it is first conformance tested to ensure that it * represents a valid, simple convex polygon. * * @param polygon New polygon to attribute to the BSP leaf. Ownership is * unaffected. Can be @c 0 (to clear the attribution). * * @see hasPoly(), poly() */ void setPoly(de::Face *polygon); /** * Determines whether the specified @a point in the map coordinate space * lies inside the polygon geometry of the BSP leaf on the XY plane. If no * face is attributed with @ref setPoly() @c false is returned. * * @param point Map space coordinate to test. * * @return @c true iff the point lies inside the BSP leaf's geometry. * * @see http://www.alienryderflex.com/polygon/ */ bool polyContains(de::Vector2d const &point) const; /** * Assign an additional mesh geometry to the BSP leaf. Such @em extra * meshes are used to represent geometry which would otherwise result in * a non-manifold mesh if incorporated in the primary mesh for the map. * * @param mesh New mesh to be assigned to the BSP leaf. Ownership of the * mesh is given to the BspLeaf. */ void assignExtraMesh(de::Mesh &mesh); /** * Provides access to the set of 'extra' mesh geometries for the BSP leaf. * * @see assignExtraMesh() */ Meshes const &extraMeshes() const; /** * Returns @c true iff a sector cluster is attributed to the BSP leaf. The * only time a leaf might not be attributed to a sector is if the geometry * was @em orphaned by the partitioning algorithm (a bug). */ bool hasCluster() const; /** * Change the sector cluster attributed to the BSP leaf. * * @param newCluster New sector cluster to attribute to the BSP leaf. * Ownership is unaffected. Can be @c 0 (to clear the * attribution). * * @see hasCluster(), cluster() */ void setCluster(SectorCluster *newCluster); /** * Returns the sector cluster attributed to the BSP leaf. * * @see hasCluster() */ SectorCluster &cluster() const; /** * Convenient method returning a pointer to the sector cluster attributed to * the BSP leaf. If not attributed then @c 0 is returned. * * @see hasCluster(), cluster() */ inline SectorCluster *clusterPtr() const { return hasCluster()? &cluster() : 0; } /** * Remove the given @a polyobj from the set of those linked to the BSP leaf. * * @return @c true= @a polyobj was linked and subsequently removed. */ bool unlink(polyobj_s const &polyobj); /** * Add the given @a polyobj to the set of those linked to the BSP leaf. * Ownership is unaffected. If the polyobj is already linked in this set * then nothing will happen. */ void link(struct polyobj_s const &polyobj); /** * Provides access to the set of polyobjs linked to the BSP leaf. */ Polyobjs const &polyobjs() const; /** * Convenient method of returning the total number of polyobjs linked to the * BSP leaf. */ inline int polyobjCount() { return polyobjs().count(); } /** * Returns the vector described by the offset from the map coordinate space * origin to the top most, left most point of the geometry of the BSP leaf. * * @see aaBox() */ de::Vector2d const &worldGridOffset() const; /** * Returns the @em validCount of the BSP leaf. Used by some legacy iteration * algorithms for marking leafs as processed/visited. * * @todo Refactor away. */ int validCount() const; /// @todo Refactor away. void setValidCount(int newValidCount); #ifdef __CLIENT__ /** * Returns a pointer to the face geometry half-edge which has been chosen * for use as the base for a triangle fan GL primitive. May return @c 0 if * no suitable base was determined. */ de::HEdge *fanBase() const; /** * Returns the number of vertices needed for a triangle fan GL primitive. * * @note When first called after a face geometry is assigned a new 'base' * half-edge for the triangle fan primitive will be determined. * * @see fanBase() */ int numFanVertices() const; /** * Perform bias lighting for the supplied geometry. * * @important It is assumed there are least @ref numFanVertices() elements! * * @param group Geometry group identifier. * @param posCoords World coordinates for each vertex. * @param colorCoords Final lighting values will be written here. */ void lightBiasPoly(int group, de::Vector3f const *posCoords, de::Vector4f *colorCoords); void updateBiasAfterGeometryMove(int group); /** * Apply bias lighting changes to @em all map element geometries at this * leaf of the BSP. * * @param changes Digest of lighting changes to be applied. */ void applyBiasDigest(BiasDigest &changes); /** * Recalculate the environmental audio characteristics (reverb) of the BSP leaf. */ bool updateReverb(); /** * Provides access to the final environmental audio characteristics (reverb) * of the BSP leaf, for efficient accumulation. */ AudioEnvironmentFactors const &reverb() const; /** * Clear all lumobj links for the BSP leaf. */ void unlinkAllLumobjs(); /** * Unlink the specified @a lumobj in the BSP leaf. If the lumobj is not * linked then nothing will happen. * * @param lumobj Lumobj to unlink. * * @see link() */ void unlink(Lumobj &lumobj); /** * Link the specified @a lumobj in the BSP leaf. If the lumobj is already * linked then nothing will happen. * * @param lumobj Lumobj to link. * * @see lumobjs(), unlink() */ void link(Lumobj &lumobj); /** * Provides access to the set of lumobjs linked to the BSP leaf. * * @see linkLumobj(), clearLumobjs() */ Lumobjs const &lumobjs() const; /** * Clear the list of fake radio shadow line sides for the BSP leaf. */ void clearShadowLines(); /** * Add the specified line @a side to the set of fake radio shadow lines for * the BSP leaf. If the line is already present in this set then nothing * will happen. * * @param side Map line side to add to the set. */ void addShadowLine(LineSide &side); /** * Provides access to the set of fake radio shadow lines for the BSP leaf. */ ShadowLines const &shadowLines() const; /** * Returns the frame number of the last time mobj sprite projection was * performed for the BSP leaf. */ int lastSpriteProjectFrame() const; /** * Change the frame number of the last time mobj sprite projection was * performed for the BSP leaf. * * @param newFrame New frame number. */ void setLastSpriteProjectFrame(int newFrame); #endif // __CLIENT__ private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_BSPLEAF_H doomsday-1.14.5/doomsday/client/include/world/maputil.h0000664000175000017500000000360112350542237022403 0ustar jaakkojaakko/** @file maputil.h World map utilities. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifdef __CLIENT__ #ifndef DENG_WORLD_MAPUTIL_H #define DENG_WORLD_MAPUTIL_H #include #include "Line" class Sector; class LineOwner; /** * @param side LineSide instance. * @param ignoreOpacity @c true= do not consider Material opacity. * * @return @c true if this side is considered "closed" (i.e., there is no opening * through which the relative back Sector can be seen). Tests consider all Planes * which interface with this and the "middle" Material used on the "this" side. */ bool R_SideBackClosed(LineSide const &side, bool ignoreOpacity = true); /** * A neighbour is a line that shares a vertex with 'line', and faces the * specified sector. */ Line *R_FindLineNeighbor(Sector const *sector, Line const *line, LineOwner const *own, bool antiClockwise, binangle_t *diff = 0); Line *R_FindSolidLineNeighbor(Sector const *sector, Line const *line, LineOwner const *own, bool antiClockwise, binangle_t *diff = 0); #endif // DENG_WORLD_MAPUTIL_H #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/include/world/reject.h0000664000175000017500000000556712350542237022221 0ustar jaakkojaakko/** @file reject.h World map sector LOS reject LUT building. * * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2000-2007 Andrew Apted * @authors Copyright © 1998-2000 Colin Reed * @authors Copyright © 1998-2000 Lee Killough * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_REJECT_H #define DENG_WORLD_REJECT_H #if 0 // Needs updating class Map; /** * The REJECT resource is a LUT that provides the results of trivial * line-of-sight tests between sectors. This is done with a matrix of sector * pairs i.e. if a monster in sector 4 can see the player in sector 2; the * inverse should be true. * * Note however, some PWADS have carefully constructed REJECT data to create * special effects. For example it is possible to make a player completely * invissible in certain sectors. * * The format of the table is a simple matrix of dd_bool values, a (true) * value indicates that it is impossible for mobjs in sector A to see mobjs * in sector B (and vice-versa). A (false) value indicates that a * line-of-sight MIGHT be possible and a more accurate (thus more expensive) * calculation will have to be made. * * The table itself is constructed as follows: * * X = sector num player is in * Y = sector num monster is in * * X * * 0 1 2 3 4 -> * 0 1 - 1 - - * Y 1 - - 1 - - * 2 1 1 - - 1 * 3 - - - 1 - * \|/ * * These results are read left-to-right, top-to-bottom and are packed into * bytes (each byte represents eight results). As are all lumps in WAD the * data is in little-endian order. * * Thus the size of a valid REJECT lump can be calculated as: * * ceiling(numSectors^2) * * For now we only do very basic reject processing, limited to determining * all isolated sector groups (islands that are surrounded by void space). * * @note Algorithm: * Initially all sectors are in individual groups. Next, we scan the line * list. For each 2-sectored line, merge the two sector groups into one. */ byte *BuildRejectForMap(Map const &map); #endif #endif // DENG_WORLD_REJECT_H doomsday-1.14.5/doomsday/client/include/world/line.h0000664000175000017500000007230112350542237021662 0ustar jaakkojaakko/** @file line.h World map line. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_LINE_H #define DENG_WORLD_LINE_H #include "HEdge" #include "MapElement" #include "Polyobj" #include "Vertex" #ifdef __CLIENT__ # include "BiasSurface" #endif #include #include #include #include #include #include class LineOwner; class Sector; class Surface; #ifdef __CLIENT__ class BiasDigest; #endif /** * World map line. * * @attention This component has a notably different design and slightly different * purpose when compared to a Linedef in the id Tech 1 map format. The definitions * of which are not always interchangeable. * * DENG lines always have two logical sides, however they may not have a sector * attributed to either or both sides. * * @note Lines are @em not considered to define the geometry of a map. Instead * a line should be thought of as a finite line segment in the plane, according * to the standard definition of a line as used with an arrangement of lines in * computational geometry. * * @see http://en.wikipedia.org/wiki/Arrangement_of_lines * * @ingroup world */ class Line : public de::MapElement { DENG2_NO_COPY (Line) DENG2_NO_ASSIGN(Line) public: /// Required sector attribution is missing. @ingroup errors DENG2_ERROR(MissingSectorError); /// Required polyobj attribution is missing. @ingroup errors DENG2_ERROR(MissingPolyobjError); /// The given side section identifier is invalid. @ingroup errors DENG2_ERROR(InvalidSectionIdError); /// Notified whenever the flags change. DENG2_DEFINE_AUDIENCE(FlagsChange, void lineFlagsChanged(Line &line, int oldFlags)) // Logical edge identifiers: enum { From, To }; // Logical side identifiers: enum { Front, Back }; /** * Logical side of which there are always two (a front and a back). */ class Side : public de::MapElement { DENG2_NO_COPY (Side) DENG2_NO_ASSIGN(Side) public: // Section identifiers: enum { Middle, Bottom, Top }; /** * Flags used as Section identifiers: */ enum SectionFlag { MiddleFlag = 0x1, BottomFlag = 0x2, TopFlag = 0x4, AllSectionFlags = MiddleFlag | BottomFlag | TopFlag }; Q_DECLARE_FLAGS(SectionFlags, SectionFlag) /** * Side geometry segment on the XY plane. */ class Segment : public de::MapElement #ifdef __CLIENT__ , public BiasSurface #endif { DENG2_NO_COPY (Segment) DENG2_NO_ASSIGN(Segment) public: /** * Construct a new line side segment. * * @param lineSide Side parent which will own the segment. * @param hedge Half-edge from the map geometry mesh which the * new segment visualizes. */ Segment(Side &lineSide, de::HEdge &hedge); /** * Returns the line side owner of the segment. */ inline Side &lineSide() { return parent().as(); } /// @copydoc lineSide() inline Side const &lineSide() const { return parent().as(); } /** * Convenient accessor method for returning the line of the owning * line side. * * @see lineSide() */ inline Line &line() { return lineSide().line(); } /// @copydoc line() inline Line const &line() const { return lineSide().line(); } /** * Returns the half-edge for the segment. */ de::HEdge &hedge() const; #ifdef __CLIENT__ /** * Returns the distance along the attributed map line at which the * from vertex vertex occurs. * * @see lineSide() */ coord_t lineSideOffset() const; /// @todo Refactor away. void setLineSideOffset(coord_t newOffset); /** * Returns the accurate length of the segment, from the 'from' * vertex to the 'to' vertex in map coordinate space units. */ coord_t length() const; /// @todo Refactor away. void setLength(coord_t newLength); /** * Returns @c true iff the segment is marked as "front facing". */ bool isFrontFacing() const; /** * Mark the current segment as "front facing". */ void setFrontFacing(bool yes = true); /** * Perform bias lighting for the supplied geometry. * * @important It is assumed there are least @em four elements! * * @param group Geometry group identifier. * @param posCoords World coordinates for each vertex. * @param colorCoords Final lighting values will be written here. */ void lightBiasPoly(int group, de::Vector3f const *posCoords, de::Vector4f *colorCoords); void updateBiasAfterGeometryMove(int group); /** * Apply bias lighting changes to @em all map element geometries * for the segment. * * @param changes Digest of lighting changes to be applied. */ void applyBiasDigest(BiasDigest &changes); #endif // __CLIENT__ private: DENG2_PRIVATE(d) }; typedef QList Segments; public: /** * Construct a new line side. * * @param line Line parent which will own the side. * @param sector Sector on "this" side of the line. Can be @c 0. Note * once attributed the sector cannot normally be changed. */ Side(Line &line, Sector *sector = 0); /** * Returns the Line owner of the side. */ inline Line &line() { return parent().as(); } /// @copydoc line() inline Line const &line() const { return parent().as(); } /** * Returns the logical identifier for the side (Front or Back). */ int sideId() const; /** * Returns @c true iff this is the front side of the owning line. * * @see lineSideId() */ inline bool isFront() const { return sideId() == Front; } /** * Returns @c true iff this is the back side of the owning line. * * @see lineSideId(), isFront() */ inline bool isBack() const { return !isFront(); } /** * Returns the relative back Side from the Line owner. * * @see lineSideId(), line(), Line::side(), */ inline Side &back() { return line().side(sideId() ^ 1); } /// @copydoc back() inline Side const &back() const { return line().side(sideId() ^ 1); } /** * Determines whether "this" side of the respective line should be * considered as though there were no back sector. Primarily for use * with id Tech 1 format maps (which, supports partial suppression of * the back sector, for use with special case drawing and playsim * functionality). */ bool considerOneSided() const; /** * Returns the specified relative vertex from the Line owner. * * @see lineSideId(), line(), Line::vertex(), */ inline Vertex &vertex(int to) const { return line().vertex(sideId() ^ to); } /** * Returns the relative From Vertex for the side, from the Line owner. * * @see vertex(), to() */ inline Vertex &from() const { return vertex(From); } /** * Returns the relative To Vertex for the side, from the Line owner. * * @see vertex(), from() */ inline Vertex &to() const { return vertex(To); } /** * Returns @c true iff Sections are defined for the side. * * @see addSections() */ bool hasSections() const; /** * Add default sections to the side if they aren't already defined. * * @see hasSections() */ void addSections(); /** * Returns the specified surface of the side. * * @param sectionId Identifier of the surface to return. */ Surface &surface(int sectionId); /// @copydoc surface() Surface const &surface(int sectionId) const; /** * Returns the middle surface of the side. * * @see surface() */ inline Surface &middle() { return surface(Middle); } /// @copydoc middle() inline Surface const &middle() const { return surface(Middle); } /** * Returns the bottom surface of the side. * * @see surface() */ inline Surface &bottom() { return surface(Bottom); } /// @copydoc bottom() inline Surface const &bottom() const { return surface(Bottom); } /** * Returns the top surface of the side. * * @see surface() */ inline Surface &top() { return surface(Top); } /// @copydoc top() inline Surface const &top() const { return surface(Top); } /** * Returns the specified sound emitter of the side. * * @param sectionId Identifier of the sound emitter to return. * * @see Section::soundEmitter() */ SoundEmitter &soundEmitter(int sectionId); /// @copydoc soundEmitter() SoundEmitter const &soundEmitter(int sectionId) const; /** * Returns the middle sound emitter of the side. * * @see Section::soundEmitter() */ inline SoundEmitter &middleSoundEmitter() { return soundEmitter(Middle); } /// @copydoc middleSoundEmitter() inline SoundEmitter const &middleSoundEmitter() const { return soundEmitter(Middle); } /** * Returns the bottom sound emitter (tee-hee) for the side. * * @see Section::soundEmitter() */ inline SoundEmitter &bottomSoundEmitter() { return soundEmitter(Bottom); } /// @copydoc bottomSoundEmitter() inline SoundEmitter const &bottomSoundEmitter() const { return soundEmitter(Bottom); } /** * Returns the top sound emitter for the side. * * @see Section::soundEmitter() */ inline SoundEmitter &topSoundEmitter() { return soundEmitter(Top); } /// @copydoc topSoundEmitter() inline SoundEmitter const &topSoundEmitter() const { return soundEmitter(Top); } /** * Update the sound emitter origin of the specified surface section. This * point is determined according to the center point of the owning line and * the current @em sharp heights of the sector on "this" side of the line. */ void updateSoundEmitterOrigin(int sectionId); /** * Update the @em middle sound emitter origin for the side. * @see updateSoundEmitterOrigin() */ inline void updateMiddleSoundEmitterOrigin() { updateSoundEmitterOrigin(Middle); } /** * Update the @em bottom sound emitter origin for the side. * @see updateSoundEmitterOrigin() */ inline void updateBottomSoundEmitterOrigin() { updateSoundEmitterOrigin(Bottom); } /** * Update the @em top sound emitter origin for the side. * @see updateSoundEmitterOrigin() */ inline void updateTopSoundEmitterOrigin() { updateSoundEmitterOrigin(Top); } /** * Update ALL sound emitter origins for the side. * @see updateSoundEmitterOrigin() */ void updateAllSoundEmitterOrigins(); /** * Returns @c true iff a Sector is attributed to the side. * * @see considerOneSided() */ bool hasSector() const; /** * Returns the Sector attributed to the side. * * @see hasSector() */ Sector §or() const; /** * Returns a pointer to the Sector attributed to the side; otherwise @c 0. * * @see hasSector() */ inline Sector *sectorPtr() const { return hasSector()? §or() : 0; } /** * Clears (destroys) all segments for the side. */ void clearSegments(); /** * Create a Segment for the specified half-edge. If an existing Segment * is present for the half-edge it will be returned instead (nothing will * happen). * * It is assumed that the half-edge is collinear with and represents a * subsection of the line geometry. It is also assumed that the half-edge * faces the same direction as this side. It is the caller's responsibility * to ensure these two requirements are met otherwise the segment list * will be ordered illogically. * * @param hedge Half-edge to create a new Segment for. * * @return Pointer to the (possibly newly constructed) Segment. */ Segment *addSegment(de::HEdge &hedge); /** * Provides access to the sorted segment list for the side. */ Segments const &segments() const; /** * Convenient method of returning the half-edge of the left-most segment * on this side of the line; otherwise @c 0 (no segments exist). */ de::HEdge *leftHEdge() const; /** * Convenient method of returning the half-edge of the right-most segment * on this side of the line; otherwise @c 0 (no segments exist). */ de::HEdge *rightHEdge() const; /** * Update the tangent space normals of the side's surfaces according to the * points defined by the Line's vertices. If no Sections are defined this is * a no-op. */ void updateSurfaceNormals(); /** * Returns the @ref sdefFlags for the side. */ int flags() const; /** * Change the side's flags. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(int flagsToChange, de::FlagOp operation = de::SetFlags); /** * Returns @c true iff the side is flagged @a flagsToTest. */ inline bool isFlagged(int flagsToTest) const { return (flags() & flagsToTest) != 0; } void chooseSurfaceTintColors(int sectionId, de::Vector3f const **topColor, de::Vector3f const **bottomColor) const; /** * Returns the frame number of the last time shadows were drawn for the side. */ int shadowVisCount() const; /** * Change the frame number of the last time shadows were drawn for the side. * * @param newCount New shadow vis count. */ void setShadowVisCount(int newCount); #ifdef __CLIENT__ /** * Do as in the original DOOM if the texture has not been defined - * extend the floor/ceiling to fill the space (unless it is skymasked). */ void fixMissingMaterials(); #endif // __CLIENT__ protected: int property(DmuArgs &args) const; int setProperty(DmuArgs const &args); private: DENG2_PRIVATE(d) }; public: /// @todo make private: /// Links to vertex line owner nodes: LineOwner *_vo1; LineOwner *_vo2; /// Sector of the map for which this line acts as a "One-way window". /// @todo Now unnecessary, refactor away -ds Sector *_bspWindowSector; public: Line(Vertex &from, Vertex &to, int flags = 0, Sector *frontSector = 0, Sector *backSector = 0); /** * Returns the specified logical side of the line. * * @param back If not @c 0 return the Back side; otherwise the Front side. */ Side &side(int back); /// @copydoc side() Side const &side(int back) const; /** * Returns the logical Front side of the line. */ inline Side &front() { return side(Front); } /// @copydoc front() inline Side const &front() const { return side(Front); } /** * Returns the logical Back side of the line. */ inline Side &back() { return side(Back); } /// @copydoc back() inline Side const &back() const { return side(Back); } /** * Returns @c true iff Side::Sections are defined for the specified side * of the line. * * @param back If not @c 0 test the Back side; otherwise the Front side. */ inline bool hasSections(int back) const { return side(back).hasSections(); } /** * Returns @c true iff Side::Sections are defined for the Front side of the line. */ inline bool hasFrontSections() const { return hasSections(Front); } /** * Returns @c true iff Side::Sections are defined for the Back side of the line. */ inline bool hasBackSections() const { return hasSections(Back); } /** * Returns @c true iff a sector is attributed to the specified side of the line. * * @param back If not @c 0 test the Back side; otherwise the Front side. */ inline bool hasSector(int back) const { return side(back).hasSector(); } /** * Returns @c true iff a sector is attributed to the Front side of the line. */ inline bool hasFrontSector() const { return hasSector(Front); } /** * Returns @c true iff a sector is attributed to the Back side of the line. */ inline bool hasBackSector() const { return hasSector(Back); } /** * Convenient accessor method for returning the sector attributed to the * specified side of the line. * * @param back If not @c 0 return the sector for the Back side; otherwise * the sector of the Front side. */ inline Sector §or(int back) const { return side(back).sector(); } /** * Convenient accessor method for returning a pointer to the sector attributed * to the specified side of the line. * * @param back If not @c 0 return the sector for the Back side; otherwise * the sector of the Front side. */ inline Sector *sectorPtr(int back) const { return side(back).sectorPtr(); } /** * Returns the sector attributed to the Front side of the line. */ inline Sector &frontSector() const { return sector(Front); } /** * Returns the sector attributed to the Back side of the line. */ inline Sector &backSector() const { return sector(Back); } /** * Convenient accessor method for returning a pointer to the sector attributed * to the front side of the line. */ inline Sector *frontSectorPtr() const { return sectorPtr(Front); } /** * Convenient accessor method for returning a pointer to the sector attributed * to the back side of the line. */ inline Sector *backSectorPtr() const { return sectorPtr(Back); } /** * Returns @c true iff the line is considered @em self-referencing. * In this context, self-referencing (a term whose origins stem from the * DOOM modding community) means a two-sided line (which is to say that * a Sector is attributed to both logical sides of the line) where the * attributed sectors for each logical side are the same. */ inline bool isSelfReferencing() const { return hasFrontSector() && frontSectorPtr() == backSectorPtr(); } /** * Returns the specified edge vertex of the line. * * @param to If not @c 0 return the To vertex; otherwise the From vertex. */ Vertex &vertex(int to) const; /** * Convenient accessor method for returning the origin of the specified * edge vertex for the line. * * @see vertex() */ inline de::Vector2d const &vertexOrigin(int to) const { return vertex(to).origin(); } /** * Returns the From/Start vertex for the line. */ inline Vertex &from() const { return vertex(From); } /** * Convenient accessor method for returning the origin of the From/Start * vertex for the line. * * @see from() */ inline de::Vector2d const &fromOrigin() const { return from().origin(); } /** * Returns the To/End vertex for the line. */ inline Vertex &to() const { return vertex(To); } /** * Convenient accessor method for returning the origin of the To/End * vertex for the line. * * @see to() */ inline de::Vector2d const &toOrigin() const { return to().origin(); } /** * Returns the point on the line which lies at the exact center of the * two vertexes. */ inline de::Vector2d center() const { return fromOrigin() + direction() / 2; } /** * Returns the binary angle of the line (which, is derived from the * direction vector). * * @see direction() */ binangle_t angle() const; /** * Returns a direction vector for the line from Start to End vertex. */ de::Vector2d const &direction() const; /** * Returns the logical @em slopetype for the line (which, is determined * according to the global direction of the line). * * @see direction() * @see M_SlopeType() */ slopetype_t slopeType() const; /** * Update the line's logical slopetype and direction according to the * points defined by the origins of it's vertexes. */ void updateSlopeType(); /** * Returns the accurate length of the line from Start to End vertex. */ coord_t length() const; /** * Returns @c true iff the line has a length equivalent to zero. */ inline bool hasZeroLength() const { return de::abs(length()) < 1.0 / 128.0; } /** * Returns the axis-aligned bounding box which encompases both vertex * origin points, in map coordinate space units. */ AABoxd const &aaBox() const; /** * Update the line's map space axis-aligned bounding box to encompass * the points defined by it's vertexes. */ void updateAABox(); /** * On which side of the line does the specified box lie? * * @param box Bounding box to test. * * @return One of the following: * - Negative: @a box is entirely on the left side. * - Zero: @a box intersects the line. * - Positive: @a box is entirely on the right side. */ int boxOnSide(AABoxd const &box) const; /** * On which side of the line does the specified box lie? The test is * carried out using fixed-point math for behavior compatible with * vanilla DOOM. Note that this means there is a maximum size for both * the bounding box and the line: neither can exceed the fixed-point * 16.16 range (about 65k units). * * @param box Bounding box to test. * * @return One of the following: * - Negative: @a box is entirely on the left side. * - Zero: @a box intersects the line. * - Positive: @a box is entirely on the right side. */ int boxOnSide_FixedPrecision(AABoxd const &box) const; /** * @param offset Returns the position of the nearest point along the line [0..1]. */ coord_t pointDistance(de::Vector2d const &point, coord_t *offset = 0) const; /** * Where does the given @a point lie relative to the line? Note that the * line is considered to extend to infinity for this test. * * @param point The point to test. * * @return @c <0 Point is to the left of the line. * @c =0 Point lies directly on/incident with the line. * @c >0 Point is to the right of the line. */ coord_t pointOnSide(de::Vector2d const &point) const; /** * Returns @c true iff the line defines a section of some Polyobj. */ bool definesPolyobj() const; /** * Returns the Polyobj for which the line is a defining section. * * @see definesPolyobj() */ Polyobj &polyobj() const; /** * Change the polyobj attributed to the line. * * @param newPolyobj New polyobj to attribute the line to. Can be @c 0, * to clear the attribution. (Note that the polyobj may * also represent this relationship, so the relevant * method(s) of Polyobj will also need to be called to * complete the job of clearing this relationship.) */ void setPolyobj(Polyobj *newPolyobj); /** * Returns @c true iff the line resulted in the creation of a BSP window * effect when partitioning the map. * * @todo Refactor away. The prescence of a BSP window effect can now be * trivially determined through inspection of the tree elements. */ bool isBspWindow() const; /** * Returns the public DDLF_* flags for the line. */ int flags() const; /** * Change the line's flags. The FlagsChange audience is notified whenever * the flags are changed. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(int flagsToChange, de::FlagOp operation = de::SetFlags); /** * Returns @c true iff the line is flagged @a flagsToTest. */ inline bool isFlagged(int flagsToTest) const { return (flags() & flagsToTest) != 0; } /** * Returns @c true if the line is marked as @em mapped for @a playerNum. */ bool isMappedByPlayer(int playerNum) const; /** * Change the @em mapped by player state of the line. */ void markMappedByPlayer(int playerNum, bool yes = true); /** * Returns the @em validCount of the line. Used by some legacy iteration * algorithms for marking lines as processed/visited. * * @todo Refactor away. */ int validCount() const; /// @todo Refactor away. void setValidCount(int newValidCount); /** * Replace the specified edge vertex of the line. * * @attention Should only be called in map edit mode. * * @param to If not @c 0 replace the To vertex; otherwise the From vertex. * @param newVertex The replacement vertex. */ void replaceVertex(int to, Vertex &newVertex); inline void replaceFrom(Vertex &newVertex) { replaceVertex(From, newVertex); } inline void replaceTo(Vertex &newVertex) { replaceVertex(To, newVertex); } protected: int property(DmuArgs &args) const; int setProperty(DmuArgs const &args); public: /** * Returns a pointer to the line owner node for the specified edge vertex * of the line. * * @param to If not @c 0 return the owner for the To vertex; otherwise the * From vertex. * * @deprecated Will be replaced with half-edge ring iterator/rover. -ds */ LineOwner *vertexOwner(int to) const; /** * Returns a pointer to the line owner for the specified edge @a vertex * of the line. If the vertex is not an edge vertex for the line then * @c 0 will be returned. */ inline LineOwner *vertexOwner(Vertex const &vertex) const { if(&vertex == &from()) return v1Owner(); if(&vertex == &to()) return v2Owner(); return 0; } /** * Returns a pointer to the line owner node for the From/Start vertex of the line. * * @deprecated Will be replaced with half-edge ring iterator/rover. -ds */ inline LineOwner *v1Owner() const { return vertexOwner(From); } /** * Returns a pointer to the line owner node for the To/End vertex of the line. * * @deprecated Will be replaced with half-edge ring iterator/rover. -ds */ inline LineOwner *v2Owner() const { return vertexOwner(To); } private: DENG2_PRIVATE(d) }; typedef Line::Side LineSide; typedef Line::Side::Segment LineSideSegment; Q_DECLARE_OPERATORS_FOR_FLAGS(Line::Side::SectionFlags) #endif // DENG_WORLD_LINE_H doomsday-1.14.5/doomsday/client/include/world/propertyvalue.h0000664000175000017500000001306112350542237023652 0ustar jaakkojaakko/** @file propertyvalue.h Data types for representing world map property values. * * @ingroup data * * Data type class hierarchy with integral RTTI mechanism and basic in-place * value/type conversions. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_DATA_PROPERTYVALUE_H #define DENG_DATA_PROPERTYVALUE_H #include "de_base.h" class PropertyValue { public: virtual ~PropertyValue() {} virtual valuetype_t type() const = 0; virtual char const* typeName() const = 0; virtual byte asByte() const = 0; virtual int16_t asInt16() const = 0; virtual int32_t asInt32() const = 0; virtual fixed_t asFixed() const = 0; virtual angle_t asAngle() const = 0; virtual float asFloat() const = 0; }; class PropertyByteValue : public PropertyValue { public: PropertyByteValue(byte value) : PropertyValue(), value_(value) {} valuetype_t type() const { return DDVT_BYTE; } char const* typeName() const { return "byte"; } byte value() const { return value_; } byte asByte() const { return value_; } int16_t asInt16() const { return value_; } int32_t asInt32() const { return value_; } fixed_t asFixed() const { return value_ << FRACBITS; } angle_t asAngle() const { return value_; } float asFloat() const { return value_; } private: byte value_; }; class PropertyInt16Value : public PropertyValue { public: PropertyInt16Value(int16_t value) : PropertyValue(), value_(value) {} valuetype_t type() const { return DDVT_SHORT; } char const* typeName() const { return "int16"; } int16_t value() const { return value_; } byte asByte() const { return value_; } int16_t asInt16() const { return value_; } int32_t asInt32() const { return value_; } fixed_t asFixed() const { return value_ << FRACBITS; } angle_t asAngle() const { return value_; } float asFloat() const { return value_; } private: int16_t value_; }; class PropertyInt32Value : public PropertyValue { public: PropertyInt32Value(int32_t value) : PropertyValue(), value_(value) {} valuetype_t type() const { return DDVT_INT; } char const* typeName() const { return "int32"; } int32_t value() const { return value_; } byte asByte() const { return value_; } int16_t asInt16() const { return value_; } int32_t asInt32() const { return value_; } fixed_t asFixed() const { return value_ << FRACBITS; } angle_t asAngle() const { return value_; } float asFloat() const { return value_; } private: int32_t value_; }; class PropertyFixedValue : public PropertyValue { public: PropertyFixedValue(fixed_t value) : PropertyValue(), value_(value) {} valuetype_t type() const { return DDVT_FIXED; } char const* typeName() const { return "fixed"; } fixed_t value() const { return value_; } byte asByte() const { return value_ >> FRACBITS; } int16_t asInt16() const { return value_ >> FRACBITS; } int32_t asInt32() const { return value_ >> FRACBITS; } fixed_t asFixed() const { return value_; } angle_t asAngle() const { return value_ >> FRACBITS; } float asFloat() const { return FIX2FLT(value_); } private: fixed_t value_; }; class PropertyAngleValue : public PropertyValue { public: PropertyAngleValue(angle_t value) : PropertyValue(), value_(value) {} valuetype_t type() const { return DDVT_ANGLE; } char const* typeName() const { return "angle"; } angle_t value() const { return value_; } byte asByte() const { return value_; } int16_t asInt16() const { return value_; } int32_t asInt32() const { return value_; } fixed_t asFixed() const { return value_ << FRACBITS; } angle_t asAngle() const { return value_; } float asFloat() const { return value_; } private: angle_t value_; }; class PropertyFloatValue : public PropertyValue { public: PropertyFloatValue(float value) : PropertyValue(), value_(value) {} valuetype_t type() const { return DDVT_FLOAT; } char const* typeName() const { return "float"; } float value() const { return value_; } byte asByte() const { return value_; } int16_t asInt16() const { return value_; } int32_t asInt32() const { return value_; } fixed_t asFixed() const { return FLT2FIX(value_); } angle_t asAngle() const { return value_; } float asFloat() const { return value_; } private: float value_; }; /** * Factory constructor for instantiation of new PropertyValues. * * @param type DDVT_* value type identifier for the value pointed at by @a valueAdr. * @param valueAdr Address of the value to be read into the new property value. * * @return Newly constructed PropertyValue-derived instance. */ PropertyValue* BuildPropertyValue(valuetype_t type, void* valueAdr); #endif // DENG_DATA_PROPERTYVALUE_H doomsday-1.14.5/doomsday/client/include/world/grabbable.h0000664000175000017500000001435712350542237022643 0ustar jaakkojaakko/** @file grabbable.h Grabbable. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_GRABBABLE_H #define DENG_WORLD_GRABBABLE_H #include #include #include /** * Abstract base for any class whose instances can be manipulated and/or moved * by proxy once "grabbed". Conceptually a grabbable is similar to a reference * counter combined with an API which imposes additional restrictions to the * behavior/semantics of interactions with the derived instance(s). * * All grabbables have a map coordinate space origin. Each instance may be put * into a "locked" state where this origin is considered immutable. It should * be noted that this lock is a @em logical concept which is only enforced by * this interface (it may still be moved by some other means provided either * the OriginChange audience is notified, or the old origin is respected). */ class Grabbable { DENG2_NO_COPY (Grabbable) DENG2_NO_ASSIGN(Grabbable) public: /// Base class for all grab errors. @ingroup errors DENG2_ERROR(GrabError); /// Base class for all ungrab errors. @ingroup errors DENG2_ERROR(UngrabError); /// Base class for all lock errors. @ingroup errors DENG2_ERROR(LockError); /// Base class for all unlock errors. @ingroup errors DENG2_ERROR(UnlockError); /// Notified when the grabbable is about to be deleted. DENG2_DEFINE_AUDIENCE(Deletion, void grabbableBeingDeleted(Grabbable &grabbable)) /// Notified whenever the lock state of the grabbable changes. DENG2_DEFINE_AUDIENCE(LockChange, void grabbableLockChanged(Grabbable &grabbable)) /// Notified whenever the origin of the grabbable changes. DENG2_DEFINE_AUDIENCE(OriginChange, void grabbableOriginChanged(Grabbable &grabbable)) public: /** * Construct a new grabbable (initial state is ungrabbed and unlocked). */ Grabbable(); virtual ~Grabbable(); DENG2_AS_IS_METHODS() /** * Returns @c true iff the grabbable is currently grabbed. */ bool isGrabbed() const; /** * Attempt to grab the grabbable (ownership is unaffected). The default * implementation assumes no preconditions therefore the grab succeeds. * * Derived classes may overide this for specialized grab behavior. If the * grab succeeds the implementor should call @ref addGrab() otherwise; * throw a new GrabError. */ virtual void grab(); /** * Attempt to ungrab the grabbable (ownership is unaffected). The default * implementation assumes no preconditions therefore the ungrab succeeds. * * Derived classes may overide this for specialized ungrab behavior. If the * ungrab succeeds the implementor should call @ref decGrab() otherwise; * throw a new UngrabError. */ virtual void ungrab(); /** * Returns @c true iff the grabbable is currently locked. The LockChange * audience is notified whenever the lock state changes. * * @see setLock() */ bool isLocked() const; /** * Lock the grabbable if unlocked (preventing it from being moved). The * default implementation assumes no further preconditions and therefore * the lock succeeds. * * Derived classes may overide this for specialized lock behavior. If the * lock succeeds the implementor should use @code setLock(true) @endcode to * enable the lock otherwise; throw a new LockError. * * @see isLocked(), unlock() */ virtual void lock() { setLock(true); } /** * Unlock the grabbable if locked (allowing it to be moved). The default * implementation assumes no further preconditions and therefore the unlock * succeeds. * * Derived classes may overide this for specialized unlock behavior. If the * unlock succeeds the implementor should use @code setLock(false) @endcode * to disable the lock otherwise; throw a new UnlockError. * * @see lock(), unlock() */ virtual void unlock() { setLock(false); } /** * Attempt to move the grabbable. Note that the move will be denied if the * grabbable is currently locked (nothing will happen). */ void move(de::Vector3d const &newOrigin); /** * Returns the origin of the grabbable in the map coordinate space. The * OriginChange audience must be notified whenever the origin changes. * * @see setOrigin() */ virtual de::Vector3d const &origin() const = 0; /** * Change the origin of the grabbable in the map coordinate space. The * OriginChange audience must be notified whenever the origin changes. * The default implementation assumes the grabbable cannot be moved and * does nothing. * * @param newOrigin New origin coordinates to apply. * * @see origin() */ virtual void setOrigin(de::Vector3d const &newOrigin) {} protected: /** * Increment the grab count. Derived classes must call this when a grab * attempt is deemed to succeed. */ void addGrab(); /** * Decrement the grab count. Derived classes must call this when an ungrab * attempt is deemed to succeed. */ void decGrab(); /** * Change the lock state of the grabbable. Derived classes use this to * manipulate the lock state. Repeat attempts to enable/disable the lock * are ignored. */ void setLock(bool enable = true); private: int _grabs; bool _locked; }; #endif // DENG_WORLD_GRABBABLE_H doomsday-1.14.5/doomsday/client/include/world/map.h0000664000175000017500000007110112350542237021505 0ustar jaakkojaakko/** @file map.h World map. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_MAP_H #define DENG_WORLD_MAP_H #include "Mesh" #include "Line" #include "Polyobj" #ifdef __CLIENT__ # include "client/clmobjhash.h" # include "client/clplanemover.h" # include "client/clpolymover.h" # include "world/worldsystem.h" # include "Generator" # include "BiasSource" # include "Lumobj" #endif #include "uri.hh" #include #include #include #include #include class BspLeaf; class BspNode; class Plane; class Sector; class SectorCluster; class Surface; class Vertex; #ifdef __CLIENT__ class BiasTracker; #endif class LineBlockmap; namespace de { class Blockmap; class EntityDatabase; #ifdef __CLIENT__ class LightGrid; #endif class Thinkers; /** * World map. * * @ingroup world */ class Map #ifdef __CLIENT__ : DENG2_OBSERVES(WorldSystem, FrameBegin) #endif { DENG2_NO_COPY (Map) DENG2_NO_ASSIGN(Map) public: /// Base error for runtime map editing errors. @ingroup errors DENG2_ERROR(EditError); /// Required blockmap is missing. @ingroup errors DENG2_ERROR(MissingBlockmapError); /// Required BSP data is missing. @ingroup errors DENG2_ERROR(MissingBspError); /// Required thinker lists are missing. @ingroup errors DENG2_ERROR(MissingThinkersError); #ifdef __CLIENT__ /// Required light grid is missing. @ingroup errors DENG2_ERROR(MissingLightGridError); /// Attempted to add a new element when already full. @ingroup errors DENG2_ERROR(FullError); #endif /// Notified when the map is about to be deleted. DENG2_DEFINE_AUDIENCE(Deletion, void mapBeingDeleted(Map const &map)) /// Notified when a one-way window construct is first found. DENG2_DEFINE_AUDIENCE(OneWayWindowFound, void oneWayWindowFound(Line &line, Sector &backFacingSector)) /// Notified when an unclosed sector is first found. DENG2_DEFINE_AUDIENCE(UnclosedSectorFound, void unclosedSectorFound(Sector §or, Vector2d const &nearPoint)) /* * Constants: */ #ifdef __CLIENT__ static int const MAX_BIAS_SOURCES = 8 * 32; // Hard limit due to change tracking. /// Maximum number of generators per map. static int const MAX_GENERATORS = 512; #endif /* * Linked-element lists: */ typedef Mesh::Vertexes Vertexes; typedef QList Lines; typedef QList Polyobjs; typedef QList Sectors; typedef QList BspNodes; typedef QList BspLeafs; typedef QMultiMap SectorClusters; #ifdef __CLIENT__ typedef QSet PlaneSet; typedef QSet SurfaceSet; typedef QList BiasSources; typedef QList Lumobjs; #endif public: /// @todo make private: coord_t _globalGravity; // The defined gravity for this map. coord_t _effectiveGravity; // The effective gravity for this map. int _ambientLightLevel; // Ambient lightlevel for the current map. public: /** * Construct a new map initially configured in an editable state. Whilst * editable new map elements can be added, thereby allowing the map to be * constructed dynamically. When done editing @ref endEditing() should be * called to switch the map into a non-editable (i.e., playable) state. * * @param uri Universal resource identifier to attribute to the map. For * example, @code "E1M1" @endcode. Note that the scheme is * presently ignored (unused). */ Map(Uri const &uri = Uri()); /** * To be called to register the commands and variables of this module. */ static void consoleRegister(); /** * To be called to initialize the dummy element arrays (which are used with * the DMU API), with a fixed number of @em shared dummies. */ static void initDummies(); /** * To be called following an engine reset to update the map state. */ void update(); /** * Returns the universal resource identifier (URI) attributed to the map. */ Uri const &uri() const; /** * Returns the old 'unique' identifier attributed to the map. */ char const *oldUniqueId() const; /** * Change the old 'unique' identifier attributed to the map. * * @param newUniqueId New identifier to attribute. */ void setOldUniqueId(char const *newUniqueId); /** * Determines if the map is from a container that has been flagged as a * Custom resource. * * @see P_MapIsCustom() */ bool isCustom() const; /** * Returns the points which describe the boundary of the map coordinate * space, which, are defined by the minimal and maximal vertex coordinates * of the non-editable, non-polyobj line geometries). */ AABoxd const &bounds() const; /** * Returns the currently effective gravity multiplier for the map. */ coord_t gravity() const; /** * Change the effective gravity multiplier for the map. * * @param newGravity New gravity multiplier. */ void setGravity(coord_t newGravity); /** * Returns the minimum ambient light level for the whole map. */ int ambientLightLevel() const; /** * Provides access to the thinker lists for the map. */ Thinkers /*const*/ &thinkers() const; /** * Provides access to the primary @ref Mesh geometry owned by the map. * Note that further meshes may be assigned to individual elements of * the map should their geometries not be representable as a manifold * with the primary mesh (e.g., polyobjs and BSP leaf "extra" meshes). */ Mesh const &mesh() const; /** * Provides a list of all the non-editable vertexes in the map. */ Vertexes const &vertexes() const; /** * Provides a list of all the non-editable lines in the map. */ Lines const &lines() const; /** * Provides a list of all the non-editable polyobjs in the map. */ Polyobjs const &polyobjs() const; /** * Provides a list of all the non-editable sectors in the map. */ Sectors const §ors() const; /** * Provides access to the list of BSP nodes for efficient traversal. */ BspNodes const &bspNodes() const; /** * Provides access to the list of BSP leafs for efficient traversal. */ BspLeafs const &bspLeafs() const; inline int vertexCount() const { return vertexes().count(); } inline int lineCount() const { return lines().count(); } inline int sideCount() const { return lines().count() * 2; } inline int polyobjCount() const { return polyobjs().count(); } inline int sectorCount() const { return sectors().count(); } inline int bspNodeCount() const { return bspNodes().count(); } inline int bspLeafCount() const { return bspLeafs().count(); } /** * Provides access to the SectorCluster map for efficient traversal. */ SectorClusters const §orClusters() const; /** * Returns the total number of SectorClusters in the map. */ inline int sectorClusterCount() const { return sectorClusters().count(); } /** * Helper function which returns the relevant side index given a @a lineIndex * and @a side identifier. * * Indices are produced as follows: * @code * lineIndex / 2 + (backSide? 1 : 0); * @endcode * * @param lineIndex Index of the line in the map. * @param side Side of the line. @c =0 the Line::Front else Line::Back * * @return Unique index for the identified side. */ static int toSideIndex(int lineIndex, int side); /** * Locate a LineSide in the map by it's unique @a index. * * @param index Unique index attributed to the line side. * * @return Pointer to the identified LineSide instance; otherwise @c 0. * * @see toSideIndex() */ LineSide *sideByIndex(int index) const; /** * Locate a Polyobj in the map by it's unique in-map tag. * * @param tag Tag associated with the polyobj to be located. * * @return Pointer to the identified Polyobj instance; otherwise @c 0. */ Polyobj *polyobjByTag(int tag) const; /** * Provides access to the entity database. */ EntityDatabase &entityDatabase() const; /** * Provides access to the mobj blockmap. */ Blockmap const &mobjBlockmap() const; /** * Provides access to the line blockmap. */ LineBlockmap const &lineBlockmap() const; /** * Provides access to the polyobj blockmap. */ Blockmap const &polyobjBlockmap() const; /** * Provides access to the BSP leaf blockmap. */ Blockmap const &bspLeafBlockmap() const; /** * Returns @c true iff a BSP tree is available for the map. */ bool hasBspRoot() const; /** * Returns the root element for the map's BSP tree. */ MapElement &bspRoot() const; /** * Determine the BSP leaf on the back side of the BS partition that lies * in front of the specified point within the map's coordinate space. * * @note Always returns a valid BspLeaf although the point may not actually * lay within it (however it is on the same side of the space partition)! * * @param point Map space coordinates to determine the BSP leaf for. * * @return BspLeaf instance for that BSP node's leaf. */ BspLeaf &bspLeafAt(Vector2d const &point) const; /** * @copydoc bspLeafAt() * * The test is carried out using fixed-point math for behavior compatible * with vanilla DOOM. Note that this means there is a maximum size for the * point: it cannot exceed the fixed-point 16.16 range (about 65k units). */ BspLeaf &bspLeafAt_FixedPrecision(Vector2d const &point) const; /** * Links a mobj into both a block and a BSP leaf based on it's (x,y). * Sets mobj->bspLeaf properly. Calling with flags==0 only updates * the BspLeaf pointer. Can be called without unlinking first. * Should be called AFTER mobj translation to (re-)insert the mobj. */ void link(struct mobj_s &mobj, int flags); /** * Link the specified @a polyobj in any internal data structures for * bookkeeping purposes. Should be called AFTER Polyobj rotation and/or * translation to (re-)insert the polyobj. * * @param polyobj Polyobj to be linked. */ void link(Polyobj &polyobj); /** * Unlinks a mobj from everything it has been linked to. Should be called * BEFORE mobj translation to extract the mobj. * * @param mo Mobj to be unlinked. * * @return DDLINK_* flags denoting what the mobj was unlinked from * (in case we need to re-link). */ int unlink(struct mobj_s &mobj); /** * Unlink the specified @a polyobj from any internal data structures for * bookkeeping purposes. Should be called BEFORE Polyobj rotation and/or * translation to extract the polyobj. * * @param polyobj Polyobj to be unlinked. */ void unlink(Polyobj &polyobj); /** * Given an @a emitter origin, attempt to identify the map element * to which it belongs. * * @param emitter The sound emitter to be identified. * @param sector The identified sector if found is written here. * @param poly The identified polyobj if found is written here. * @param plane The identified plane if found is written here. * @param surface The identified line side surface if found is written here. * * @return @c true iff @a emitter is an identifiable map element. */ bool identifySoundEmitter(ddmobj_base_t const &emitter, Sector **sector, Polyobj **poly, Plane **plane, Surface **surface) const; int mobjBoxIterator(AABoxd const &box, int (*callback) (struct mobj_s *mobj, void *context), void *context = 0) const; int mobjPathIterator(Vector2d const &from, Vector2d const &to, int (*callback) (struct mobj_s *mobj, void *context), void *context = 0) const; /** * Lines and Polyobj lines (note polyobj lines are iterated first). * * @note validCount should be incremented before calling this to begin * a new logical traversal. Otherwise Lines marked with a validCount * equal to this will be skipped over (can be used to avoid processing * a line multiple times during complex / non-linear traversals. * * @param flags @ref lineIteratorFlags */ int lineBoxIterator(AABoxd const &box, int flags, int (*callback) (Line *line, void *context), void *context = 0) const; /// @copydoc lineBoxIterator() inline int lineBoxIterator(AABoxd const &box, int (*callback) (Line *line, void *context), void *context = 0) const { return lineBoxIterator(box, LIF_ALL, callback, context); } /** * @param flags @ref lineIteratorFlags */ int linePathIterator(Vector2d const &from, Vector2d const &to, int flags, int (*callback) (Line *line, void *context), void *context = 0) const; /// @copydoc linePathIterator() inline int linePathIterator(Vector2d const &from, Vector2d const &to, int (*callback) (Line *line, void *context), void *context = 0) const { return linePathIterator(from, to, LIF_ALL, callback, context); } int bspLeafBoxIterator(AABoxd const &box, int (*callback) (BspLeaf *bspLeaf, void *context), void *context = 0) const; /** * @note validCount should be incremented before calling this to begin a * new logical traversal. Otherwise Lines marked with a validCount equal * to this will be skipped over (can be used to avoid processing a line * multiple times during complex / non-linear traversals. */ int polyobjBoxIterator(AABoxd const &box, int (*callback) (struct polyobj_s *polyobj, void *context), void *context = 0) const; /** * The callback function will be called once for each line that crosses * trough the object. This means all the lines will be two-sided. */ int mobjTouchedLineIterator(struct mobj_s *mo, int (*callback) (Line *, void *), void *context = 0) const; /** * Increment validCount before calling this routine. The callback function * will be called once for each sector the mobj is touching (totally or * partly inside). This is not a 3D check; the mobj may actually reside * above or under the sector. */ int mobjTouchedSectorIterator(struct mobj_s *mo, int (*callback) (Sector *sector, void *context), void *context = 0) const; int lineTouchingMobjIterator(Line *line, int (*callback) (struct mobj_s *mobj, void *context), void *context = 0) const; /** * Increment validCount before using this. 'func' is called for each mobj * that is (even partly) inside the sector. This is not a 3D test, the * mobjs may actually be above or under the sector. * * (Lovely name; actually this is a combination of SectorMobjs and * a bunch of LineMobjs iterations.) */ int sectorTouchingMobjIterator(Sector *sector, int (*callback) (struct mobj_s *mobj, void *context), void *context = 0) const; #ifdef __CLIENT__ coord_t skyFix(bool ceiling) const; inline coord_t skyFixFloor() const { return skyFix(false /*the floor*/); } inline coord_t skyFixCeiling() const { return skyFix(true /*the ceiling*/); } void setSkyFix(bool ceiling, coord_t newHeight); inline void setSkyFixFloor(coord_t newHeight) { setSkyFix(false /*the floor*/, newHeight); } inline void setSkyFixCeiling(coord_t newHeight) { setSkyFix(true /*the ceiling*/, newHeight); } /** * Attempt to spawn a new (particle) generator for the map. If no free identifier * is available then @c 0 is returned. */ Generator *newGenerator(); void unlink(Generator &generator); /** * Iterate over all generators in the map making a callback for each. Iteration * ends when all generators have been processed or a callback returns non-zero. * * @param callback Callback to make for each iteration. * @param context User data to be passed to the callback. * * @return @c 0 iff iteration completed wholly. */ int generatorIterator(int (*callback) (Generator *, void *), void *context = 0); /** * Iterate over all generators in the map which are present in the identified * list making a callback for each. Iteration ends when all targeted generators * have been processed or a callback returns non-zero. * * @param listIndex Index of the list to traverse. * @param callback Callback to make for each iteration. * @param context User data to be passed to the callback. * * @return @c 0 iff iteration completed wholly. */ int generatorListIterator(uint listIndex, int (*callback) (Generator *, void *), void *context = 0); /** * Returns the total number of @em active generators in the map. */ int generatorCount() const; /** * Add a new lumobj to the map (a copy is made). * * @return Reference to the newly added lumobj. * * @see lumobjCount() */ Lumobj &addLumobj(Lumobj const &lumobj = Lumobj()); /** * Removes the specified lumobj from the map. * * @see removeAllLumobjs() */ void removeLumobj(int which); /** * Remove all lumobjs from the map. * * @see removeLumobj() */ void removeAllLumobjs(); /** * Provides a list of all the lumobjs in the map. */ Lumobjs const &lumobjs() const; /** * Returns the total number of lumobjs in the map. */ inline int lumobjCount() const { return lumobjs().count(); } /** * Lookup a lumobj in the map by it's unique @a index. */ inline Lumobj *lumobj(int index) const { return lumobjs().at(index); } /** * Attempt to add a new bias light source to the map (a copy is made). * * @note At most @ref MAX_BIAS_SOURCES are supported for technical reasons. * * @return Reference to the newly added bias source. * * @see biasSourceCount() * @throws FullError Once capacity is reached. */ BiasSource &addBiasSource(BiasSource const &biasSource = BiasSource()); /** * Removes the specified bias light source from the map. * * @see removeAllBiasSources() */ void removeBiasSource(int which); /** * Remove all bias sources from the map. * * @see removeBiasSource() */ void removeAllBiasSources(); /** * Provides a list of all the bias sources in the map. */ BiasSources const &biasSources() const; /** * Returns the total number of bias sources in the map. */ inline int biasSourceCount() const { return biasSources().count(); } /** * Returns the time in milliseconds when the current render frame began. Used * for interpolation purposes. */ uint biasCurrentTime() const; /** * Returns the frameCount of the current render frame. Used for tracking changes * to bias sources/surfaces. */ uint biasLastChangeOnFrame() const; /** * Lookup a bias source in the map by it's unique @a index. */ BiasSource *biasSource(int index) const; /** * Finds the bias source nearest to the specified map space @a point. * * @note This result is not cached. May return @c 0 if no bias sources exist. */ BiasSource *biasSourceNear(Vector3d const &point) const; /** * Lookup the unique index for the given bias @a source. */ int toIndex(BiasSource const &source) const; /** * Deletes hidden, unpredictable or nulled mobjs for which we have not received * updates in a while. */ void expireClMobjs(); void clearClMovers(); /** * Allocate a new client-side plane mover. * * @return The new mover or @c NULL if arguments are invalid. */ ClPlaneMover *newClPlaneMover(Plane &plane, coord_t dest, float speed); void deleteClPlaneMover(ClPlaneMover *mover); ClPlaneMover *clPlaneMoverFor(Plane &plane); /** * Find/create a ClPolyMover for @a polyobj. * * @param canCreate @c true= create a new one if not found. */ ClPolyMover *clPolyMoverFor(Polyobj &polyobj, bool canCreate = false); void deleteClPolyMover(ClPolyMover *mover); /** * Link the given @a surface in all material lists and surface sets which * the map maintains to improve performance. Only surfaces attributed to * the map will be linked (alien surfaces are ignored). * * @param surface The surface to be linked. */ void linkInMaterialLists(Surface *surface); /** * Unlink the given @a surface in all material lists and surface sets which * the map maintains to improve performance. * * @note The material currently attributed to the surface does not matter * for unlinking purposes and the surface will be unlinked from all lists * regardless. * * @param surface The surface to be unlinked. */ void unlinkInMaterialLists(Surface *surface); /** * Returns the set of scrolling surfaces for the map. */ SurfaceSet /*const*/ &scrollingSurfaces(); /** * $smoothmatoffset: Roll the surface material offset tracker buffers. */ void updateScrollingSurfaces(); /** * Returns the set of tracked planes for the map. */ PlaneSet /*const*/ &trackedPlanes(); /** * $smoothplane: Roll the height tracker buffers. */ void updateTrackedPlanes(); /** * Returns @c true iff a LightGrid has been initialized for the map. * * @see lightGrid() */ bool hasLightGrid(); /** * Provides access to the light grid for the map. * * @see hasLightGrid() */ LightGrid &lightGrid(); /** * Initialize the ambient lighting grid (smoothed sector lighting). * If the grid has already been initialized calling this will perform * a full update. */ void initLightGrid(); /** * Perform spreading of all contacts in the specified map space @a region. */ void spreadAllContacts(AABoxd const ®ion); protected: /// Observes WorldSystem FrameBegin void worldSystemFrameBegins(bool resetNextViewer); #endif // __CLIENT__ public: /// @todo Make private: /** * Initialize the node piles and link rings. To be called after map load. */ void initNodePiles(); /** * Initialize all polyobjs in the map. To be called after map load. */ void initPolyobjs(); #ifdef __CLIENT__ /** * Fixing the sky means that for adjacent sky sectors the lower sky * ceiling is lifted to match the upper sky. The raising only affects * rendering, it has no bearing on gameplay. */ void initSkyFix(); /** * Rebuild the surface material lists. To be called when a full update is * necessary. */ void buildMaterialLists(); /** * Initializes bias lighting for the map. New light sources are initialized * from the loaded Light definitions. Map surfaces are prepared for tracking * rays. * * Must be called before rendering a frame with bias lighting enabled. */ void initBias(); /** * Initialize the map object => BSP leaf "contact" blockmaps. */ void initContactBlockmaps(); /** * Spawn all generators for the map which should be initialized automatically * during map setup. */ void initGenerators(); /** * Attempt to spawn all flat-triggered particle generators for the map. * To be called after map setup is completed. * * @note Cannot presently be done in @ref initGenerators() as this is called * during initial Map load and before any saved game has been loaded. */ void spawnPlaneParticleGens(); /** * Destroys all clientside clmobjs in the map. To be called when a network * game ends. */ void clearClMobjs(); /** * Find/create a client mobj with the unique identifier @a id. * * Memory layout of a client mobj: * - client mobj magic1 (4 bytes) * - engineside clmobj info * - client mobj magic2 (4 bytes) * - gameside mobj (mobjSize bytes) <- this is returned from the function * * To check whether a given mobj_t is a clmobj_t, just check the presence of * the client mobj magic number (by calling Cl_IsClientMobj()). * The clmoinfo_s can then be accessed with ClMobj_GetInfo(). * * @param id Identifier of the client mobj. Every client mobj has a unique * identifier. * * @return Pointer to the gameside mobj. */ mobj_t *clMobjFor(thid_t id, bool canCreate = false) const; /** * Destroys the client mobj. Before this is called, the client mobj should be * unlinked from the thinker list by calling @ref thinkers().remove() */ void deleteClMobj(mobj_t *mo); /** * Iterate all client mobjs, making a callback for each. Iteration ends if a * callback returns a non-zero value. * * @param callback Function to callback for each client mobj. * @param context Data pointer passed to the callback. * * @return @c 0 if all callbacks return @c 0; otherwise the result of the last. */ int clMobjIterator(int (*callback) (mobj_t *, void *), void *context = 0); /** * Provides readonly access to the client mobj hash. */ ClMobjHash const &clMobjHash() const; #endif // __CLIENT__ /** * Returns a rich formatted, textual summary of the map's elements, suitable * for logging. */ de::String elementSummaryAsStyledText() const; /** * Returns a rich formatted, textual summary of the map's objects, suitable * for logging. */ de::String objectSummaryAsStyledText() const; public: /* * Runtime map editing: */ /** * Returns @c true iff the map is currently in an editable state. */ bool isEditable() const; /** * Switch the map from editable to non-editable (i.e., playable) state, * incorporating any new map elements, (re)building the BSP, etc... * * @return @c true= mode switch was completed successfully. */ bool endEditing(); /** * @see isEditable() */ Vertex *createVertex(Vector2d const &origin, int archiveIndex = MapElement::NoIndex); /** * @see isEditable() */ Line *createLine(Vertex &v1, Vertex &v2, int flags = 0, Sector *frontSector = 0, Sector *backSector = 0, int archiveIndex = MapElement::NoIndex); /** * @see isEditable() */ Polyobj *createPolyobj(Vector2d const &origin); /** * @see isEditable() */ Sector *createSector(float lightLevel, Vector3f const &lightColor, int archiveIndex = MapElement::NoIndex); /** * Provides a list of all the editable lines in the map. */ Lines const &editableLines() const; /** * Provides a list of all the editable polyobjs in the map. */ Polyobjs const &editablePolyobjs() const; /** * Provides a list of all the editable sectors in the map. */ Sectors const &editableSectors() const; inline int editableLineCount() const { return editableLines().count(); } inline int editablePolyobjCount() const { return editablePolyobjs().count(); } inline int editableSectorCount() const { return editableSectors().count(); } private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_WORLD_MAP_H doomsday-1.14.5/doomsday/client/include/world/contactspreader.h0000664000175000017500000000253512350542237024116 0ustar jaakkojaakko/** @file contactspreader.h World object => BSP leaf "contact" spreader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifdef __CLIENT__ #ifndef DENG_CLIENT_WORLD_CONTACTSPREADER_H #define DENG_CLIENT_WORLD_CONTACTSPREADER_H #include #include #include "world/blockmap.h" namespace de { /** * Performs contact spreading for the specified @a blockmap. */ void spreadContacts(Blockmap const &blockmap, AABoxd const ®ion, QBitArray *spreadBlocks = 0); } #endif // DENG_CLIENT_WORLD_CONTACTSPREADER_H #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/include/world/generator.h0000664000175000017500000002101612350542237022716 0ustar jaakkojaakko/** @file generator.h World map (particle) generator. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_WORLD_GENERATOR_H #define DENG_CLIENT_WORLD_GENERATOR_H #include "def_data.h" #include "map.h" #include class BspLeaf; class Line; class Plane; struct mobj_s; /** * POD structure used when querying the current state of a particle. * * @ingroup world */ struct ParticleInfo { int stage; ///< -1 => particle doesn't exist short tics; fixed_t origin[3]; ///< Coordinates. fixed_t mov[3]; ///< Momentum. BspLeaf *bspLeaf; ///< Updated when needed. Line *contact; ///< Updated when lines hit/avoided. ushort yaw, pitch; ///< Rotation angles (0-65536 => 0-360). }; /** * Particle generator. * * @ingroup world */ struct Generator { /** * Particle animation is defined as a sequence of (perhaps interpolated) * property value stages. */ struct ParticleStage { enum Flag { StageTouch = 0x1, ///< Touching ends current stage. DieTouch = 0x2, ///< Dies from first touch. Bright = 0x4, ///< Fullbright. Shading = 0x8, ///< Pseudo-3D. PlaneFlat = 0x10, ///< Touches a plane => render as flat. StageWallTouch = 0x20, ///< Touch a wall => end stage. StageFlatTouch = 0x40, ///< Touch a flat => end stage. WallFlat = 0x80, ///< Touches a wall => render as flat. SphereForce = 0x100, ZeroYaw = 0x200, ///< Set particle yaw to zero. ZeroPitch = 0x400, ///< Set particle pitch to zero. RandomYaw = 0x800, RandomPitch = 0x1000 }; Q_DECLARE_FLAGS(Flags, Flag) short type; Flags flags; fixed_t resistance; fixed_t bounce; fixed_t radius; fixed_t gravity; }; enum Flag { Static = 0x1, ///< Can't be replaced by anything. RelativeVelocity = 0x2, ///< Particles inherit source's velocity. SpawnOnly = 0x4, ///< Generator is spawned only when source is being spawned. RelativeVector = 0x8, ///< Rotate spawn vector w/mobj angle. BlendAdditive = 0x10, ///< Render using additive blending. SpawnFloor = 0x20, ///< Flat-trig: spawn on floor. SpawnCeiling = 0x40, ///< Flat-trig: spawn on ceiling. SpawnSpace = 0x80, ///< Flat-trig: spawn in air. Density = 0x100, ///< Definition specifies a density. ModelOnly = 0x200, ///< Only spawn if source is a 3D model. ScaledRate = 0x400, ///< Spawn rate affected by a factor. Group = 0x800, ///< Triggered by all in anim group. BlendSubtract = 0x1000, ///< Subtractive blending. BlendReverseSubtract = 0x2000, ///< Reverse subtractive blending. BlendMultiply = 0x4000, ///< Multiplicative blending. BlendInverseMultiply = 0x8000, ///< Inverse multiplicative blending. StateChain = 0x10000 ///< Chain after existing state gen(s). }; Q_DECLARE_FLAGS(Flags, Flag) /// Unique identifier associated with each generator (1-based). typedef short Id; public: /// @todo make private: thinker_t thinker; ///< Func = P_PtcGenThinker Plane *plane; ///< Flat-triggered. ded_ptcgen_t const *def; ///< The definition of this generator. struct mobj_s *source; ///< If mobj-triggered. int srcid; ///< Source mobj ID. int type; ///< Type-triggered; mobj type number (-1=none). int type2; ///< Type-triggered; alternate type. fixed_t originAtSpawn[3]; ///< Used by untriggered/damage gens. fixed_t vector[3]; ///< Converted from the definition. float spawnRateMultiplier; int count; ///< Number of particles generated thus far. ParticleStage *stages; public: /** * Returns the map in which the generator exists. * * @see Thinker_Map() */ de::Map &map() const; /** * Returns the unique identifier of the generator. The identifier is 1-based. */ Id id() const; /** * Change the unique identifier of the generator. The identifier is 1-based. * * @param newId New identifier to apply. */ void setId(Id newId); /** * Set gen->count prior to calling this function. */ void configureFromDef(ded_ptcgen_t const *def); /** * Generate and/or move the particles. */ void runTick(); /** * Run the generator's thinker for the given number of @a tics. */ void presimulate(int tics); /** * Returns the age of the generator (time since spawn), in tics. */ int age() const; /** * Determine the @em approximate origin of the generator in map space. * * @note In the case of generator attached to a mobj this is the @em current, * unsmoothed origin of the mobj offset by the @em initial origin at generator * spawn time. For all other types of generator the initial origin at generator * spawn time is returned. */ de::Vector3d origin() const; /** * Returns @c true iff the generator is @em static, meaning it will not be * replaced under any circumstances. */ bool isStatic() const; /** * Returns @c true iff the generator is @em untriggered. */ bool isUntriggered() const; /** * Change the @em untriggered state of the generator. */ void setUntriggered(bool yes = true); /** * Returns the currently configured blending mode for the generator. */ blendmode_t blendmode() const; /** * Returns the total number of @em active particles for the generator. */ int activeParticleCount() const; /** * Provides readonly access to the generator particle info data. */ ParticleInfo const *particleInfo() const; public: /// @todo make private: /** * Clears all memory used for manipulating the generated particles. */ void clearParticles(); /** * Attempt to spawn a new particle. * * @return Index of the newly spawned particle; otherwise @c -1. */ int newParticle(); /** * The movement is done in two steps: * Z movement is done first. Skyflat kills the particle. * XY movement checks for hits with solid walls (no backsector). * This is supposed to be fast and simple (but not too simple). */ void moveParticle(int index); void spinParticle(ParticleInfo &pt); float particleZ(ParticleInfo const &pt) const; de::Vector3f particleOrigin(ParticleInfo const &pt) const; de::Vector3f particleMomentum(ParticleInfo const &pt) const; public: /** * Register the console commands, variables, etc..., of this module. */ static void consoleRegister(); private: Id _id; ///< Unique in the map. Flags _flags; int _age; ///< Time since spawn, in tics. float _spawnCount; bool _untriggered; ///< @c true= consider this as not yet triggered. int _spawnCP; ///< Particle spawn cursor. ParticleInfo *_pinfo; ///< Info about each generated particle. }; Q_DECLARE_OPERATORS_FOR_FLAGS(Generator::Flags) Q_DECLARE_OPERATORS_FOR_FLAGS(Generator::ParticleStage::Flags) typedef Generator::ParticleStage GeneratorParticleStage; void Generator_Delete(Generator *gen); void Generator_Thinker(Generator *gen); #endif // DENG_CLIENT_WORLD_GENERATOR_H doomsday-1.14.5/doomsday/client/include/world/sector.h0000664000175000017500000002215212350542237022231 0ustar jaakkojaakko/** @file sector.h World map sector. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_SECTOR_H #define DENG_WORLD_SECTOR_H #include "dd_share.h" // AudioEnvironmentFactors #include "HEdge" #include "MapElement" #include "Line" #include "Plane" #ifdef __CLIENT__ # include "render/lightgrid.h" #endif #include #include #include #include #include #include class BspLeaf; class Surface; struct mobj_s; /** * World map sector. * * @ingroup world */ class Sector : public de::MapElement { DENG2_NO_COPY (Sector) DENG2_NO_ASSIGN(Sector) public: /// Required/referenced plane is missing. @ingroup errors DENG2_ERROR(MissingPlaneError); /// Notified whenever a light level change occurs. DENG2_DEFINE_AUDIENCE(LightLevelChange, void sectorLightLevelChanged(Sector §or)) /// Notified whenever a light color change occurs. DENG2_DEFINE_AUDIENCE(LightColorChange, void sectorLightColorChanged(Sector §or)) #ifdef __CLIENT__ /** * LightGrid data values for "smoothed sector lighting". * * @todo Encapsulate in LightGrid itself? */ struct LightGridData { /// Number of blocks attributed to the sector. uint blockCount; /// Number of attributed blocks to mark changed. uint changedBlockCount; /// Block indices. de::LightGrid::Index *blocks; }; #endif /* * Linked-element lists: */ typedef QList Planes; typedef QList Sides; // Plane identifiers: enum { Floor, Ceiling }; public: /** * Construct a new sector. * * @param lightLevel Ambient light level. * @param lightColor Ambient light color. */ Sector(float lightLevel = 1, de::Vector3f const &lightColor = de::Vector3f(1, 1, 1)); /** * Returns the sector plane with the specified @a planeIndex. */ Plane &plane(int planeIndex); /// @copydoc plane() Plane const &plane(int planeIndex) const; /** * Returns the floor plane of the sector. */ inline Plane &floor() { return plane(Floor); } /// @copydoc floor() inline Plane const &floor() const { return plane(Floor); } /** * Returns the ceiling plane of the sector. */ inline Plane &ceiling() { return plane(Ceiling); } /// @copydoc ceiling() inline Plane const &ceiling() const { return plane(Ceiling); } Plane *addPlane(de::Vector3f const &normal, coord_t height); /** * Provides access to the list of planes in/owned by the sector, for efficient * traversal. */ Planes const &planes() const; /** * Returns the total number of planes in/owned by the sector. */ inline int planeCount() const { return planes().count(); } /** * Convenient accessor method for returning the surface of the specified * plane of the sector. */ inline Surface &planeSurface(int planeIndex) { return plane(planeIndex).surface(); } /// @copydoc planeSurface() inline Surface const &planeSurface(int planeIndex) const { return plane(planeIndex).surface(); } /** * Convenient accessor method for returning the surface of the floor plane * of the sector. */ inline Surface &floorSurface() { return floor().surface(); } /// @copydoc floorSurface() inline Surface const &floorSurface() const { return floor().surface(); } /** * Convenient accessor method for returning the surface of the ceiling plane * of the sector. */ inline Surface &ceilingSurface() { return ceiling().surface(); } /// @copydoc ceilingSurface() inline Surface const &ceilingSurface() const { return ceiling().surface(); } /** * Provides access to the list of line sides which reference the sector, * for efficient traversal. */ Sides const &sides() const; /** * Returns the total number of line sides which reference the sector. */ inline int sideCount() const { return sides().count(); } /** * (Re)Build the side list for the sector. * * @note In the special case of self-referencing line, only the front side * reference is added to this list. * * @attention The behavior of some algorithms used in the DOOM game logic * is dependant upon the order of this list. For example, EV_DoFloor and * EV_BuildStairs. That same order is used here, for compatibility. * * Order: Original @em line index, ascending. */ void buildSides(); /** * Returns the primary sound emitter for the sector. Other emitters in the * sector are linked to this, forming a chain which can be traversed using * the 'next' pointer of the emitter's thinker_t. */ SoundEmitter &soundEmitter(); /// @copydoc soundEmitter() SoundEmitter const &soundEmitter() const; /** * (Re)Build the sound emitter chains for the sector. These chains are used * for efficiently traversing all sound emitters in the sector (e.g., when * stopping all sounds emitted in the sector). To be called during map load * once planes and sides have been initialized. * * @see addPlane(), buildSides() */ void chainSoundEmitters(); /** * Returns the ambient light level in the sector. The LightLevelChange * audience is notified whenever the light level changes. * * @see setLightLevel() */ float lightLevel() const; /** * Change the ambient light level in the sector. The LightLevelChange * audience is notified whenever the light level changes. * * @param newLightLevel New ambient light level. * * @see lightLevel() */ void setLightLevel(float newLightLevel); /** * Returns the ambient light color in the sector. The LightColorChange * audience is notified whenever the light color changes. * * @see setLightColor() */ de::Vector3f const &lightColor() const; /** * Change the ambient light color in the sector. The LightColorChange * audience is notified whenever the light color changes. * * @param newLightColor New ambient light color. * * @see lightColor() */ void setLightColor(de::Vector3f const &newLightColor); /** * Returns the first mobj in the linked list of mobjs "in" the sector. */ struct mobj_s *firstMobj() const; /** * Unlink the mobj from the list of mobjs "in" the sector. * * @param mobj Mobj to be unlinked. */ void unlink(struct mobj_s *mobj); /** * Link the mobj to the head of the list of mobjs "in" the sector. Note that * mobjs in this list may not actually be inside the sector. This is because * the sector is determined by interpreting the BSP leaf as a half-space and * not a closed convex subspace (@ref Map::link()). * * @param mobj Mobj to be linked. */ void link(struct mobj_s *mobj); /** * Returns the @em validCount of the sector. Used by some legacy iteration * algorithms for marking sectors as processed/visited. * * @todo Refactor away. */ int validCount() const; /// @todo Refactor away. void setValidCount(int newValidCount); #ifdef __CLIENT__ /** * Returns the axis-aligned bounding box which encompases the geometry of * all BSP leafs attributed to the sector (map units squared). Note that if * no BSP leafs reference the sector the bounding box will be invalid (has * negative dimensions). * * @todo Refactor away (still used by light decoration and particle systems). */ AABoxd const &aaBox() const; /** * Returns a rough approximation of the total combined area of the geometry * for all BSP leafs attributed to the sector (map units squared). * * @todo Refactor away (still used by the particle system). */ coord_t roughArea() const; /** * Returns the LightGrid data values (for smoothed ambient lighting) for * the sector. */ LightGridData &lightGridData(); #endif // __CLIENT__ protected: int property(DmuArgs &args) const; int setProperty(DmuArgs const &args); private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_SECTOR_H doomsday-1.14.5/doomsday/client/include/world/mapobject.h0000664000175000017500000000702212350542237022675 0ustar jaakkojaakko/** @file mapobject.h Base class for all world map objects. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_MAPOBJECT_H #define DENG_WORLD_MAPOBJECT_H #include #include class BspLeaf; namespace de { class Map; /** * Base class for all map objects. * * While logically relatted to MapElement, a map object is considered a dynamic * and volatile entity (whereas a map element can be largely considered static). * * The lifetime of a map object may varry massively between instances and range * from only a few milliseconds to a few hours or longer. * * @ingroup world */ class MapObject { DENG2_NO_COPY (MapObject) DENG2_NO_ASSIGN(MapObject) public: /// No map is attributed. @ingroup errors DENG2_ERROR(MissingMapError); /// Special identifier used to mark an invalid index. enum { NoIndex = -1 }; public: MapObject(de::Vector3d const &origin = de::Vector3d()); virtual ~MapObject(); DENG2_AS_IS_METHODS() /** * Returns the map BSP leaf at the origin of the object (result cached). * Naturally a map must be attributed. * * @see setMap(), hasMap() */ BspLeaf &bspLeafAtOrigin() const; /** * Returns the origin of the object in map space. * * @see move(), setOrigin(), bspLeafAtOrigin() */ de::Vector3d const &origin() const; /** * Change the origin of the object in map space. * * @param newOrigin New absolute origin to apply, in map units. * * @see move(), origin() */ virtual void setOrigin(de::Vector3d const &newOrigin); /** * Translate the origin of the object in map space. * * @param delta Movement delta. * * @see setOrigin(), origin() */ virtual void move(de::Vector3d const &delta); /** * Returns @c true iff a map is attributed to the object. * * @see map(), setMap() */ bool hasMap() const; /** * Returns the map attributed to the object. * * @see hasMap(), setMap() */ Map &map() const; /** * Change the map attributed to the map object. * * @param newMap * * @see hasMap(), map() */ void setMap(Map *newMap); /** * Returns the "in-map" index attributed to the map object. * * @see setIndexInMap() */ int indexInMap() const; /** * Change the "in-map" index attributed to the map object. * * @param newIndex New index to attribute. Use @c NoIndex to clear the * attribution (not a valid index). * * @see indexInMap() */ void setIndexInMap(int newIndex = NoIndex); private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_WORLD_MAPOBJECT_H doomsday-1.14.5/doomsday/client/include/world/dmuargs.h0000664000175000017500000000420312350542237022371 0ustar jaakkojaakko/** @file dmuargs.h Doomsday Map Update (DMU) API arguments. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_DMUARGS_H #define DENG_WORLD_DMUARGS_H #include "api_mapedit.h" // valuetype_t /** * Encapsulates the arguments used when routing DMU API calls to map elements. * * @ingroup world */ class DmuArgs { public: /// @todo make private int type; uint prop; int modifiers; /// Property modifiers (e.g., line of sector) valuetype_t valueType; dd_bool *booleanValues; byte *byteValues; int *intValues; fixed_t *fixedValues; float *floatValues; double *doubleValues; angle_t *angleValues; void **ptrValues; DmuArgs(int type, uint prop); /** * Read the value of an argument. Does some basic type checking so that * incompatible types are not assigned. Simple conversions are also done, * e.g., float to fixed. */ void value(valuetype_t valueType, void *dst, uint index) const; /** * Change the value of an argument. Does some basic type checking so that * incompatible types are not assigned. Simple conversions are also done, * e.g., float to fixed. */ void setValue(valuetype_t valueType, void const *src, uint index); }; #endif // DENG_WORLD_DMUARGS_H doomsday-1.14.5/doomsday/client/include/world/vertex.h0000664000175000017500000001036012350542237022245 0ustar jaakkojaakko/** @file vertex.h World map vertex. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_WORLD_VERTEX_H #define DENG_WORLD_VERTEX_H #include #include #include "MapElement" #include "Mesh" class Line; class LineOwner; /** * World map geometry vertex. * * An @em owner in this context is any line whose start or end points are * defined as the vertex. * * @ingroup world */ class Vertex : public de::MapElement, public de::MeshElement { DENG2_NO_COPY (Vertex) DENG2_NO_ASSIGN(Vertex) public: /// Notified whenever the origin changes. DENG2_DEFINE_AUDIENCE(OriginChange, void vertexOriginChanged(Vertex &vertex)) public: /// @todo Move to the map loader: /// Head of the LineOwner rings (an array of [numLineOwners] size). The /// owner ring is a doubly, circularly linked list. The head is the owner /// with the lowest angle and the next-most being that with greater angle. LineOwner *_lineOwners; uint _numLineOwners; ///< Total number of line owners. // Total numbers of line owners. uint _onesOwnerCount; uint _twosOwnerCount; public: Vertex(de::Mesh &mesh, de::Vector2d const &origin = de::Vector2d()); /** * Returns the origin (i.e., position) of the vertex in the map coordinate space. */ de::Vector2d const &origin() const; /** * Returns the X axis origin (i.e., position) of the vertex in the map coordinate space. */ inline coord_t x() const { return origin().x; } /** * Returns the Y axis origin (i.e., position) of the vertex in the map coordinate space. */ inline coord_t y() const { return origin().y; } /** * Change the origin (i.e., position) of the vertex in the map coordinate * space. The OriginChange audience is notified whenever the origin changes. * * @param newOrigin New origin in map coordinate space units. */ void setOrigin(de::Vector2d const &newOrigin); /** * @copydoc setOrigin() * * @param x New X origin in map coordinate space units. * @param y New Y origin in map coordinate space units. */ inline void setOrigin(float x, float y) { return setOrigin(de::Vector2d(x, y)); } public: // Deprecated ---------------------------------------------------------- /** * Returns the total number of Line owners for the vertex. * * @see countLineOwners() * * @deprecated Will be replaced with half-edge ring iterator/rover. -ds */ uint lineOwnerCount() const; /** * Utility function for determining the number of one and two-sided Line * owners for the vertex. * * @note That if only the combined total is desired, it is more efficent to * call lineOwnerCount() instead. * * @pre Line owner rings must have already been calculated. * @pre @a oneSided and/or @a twoSided must have already been initialized. * * @todo Optimize: Cache this result. * * @deprecated Will be replaced with half-edge ring iterator/rover. -ds */ void countLineOwners(); /** * Returns the first Line owner for the vertex; otherwise @c 0 if unowned. * * @deprecated Will be replaced with half-edge ring iterator/rover. -ds */ LineOwner *firstLineOwner() const; protected: int property(DmuArgs &args) const; private: DENG2_PRIVATE(d) }; #endif // DENG_WORLD_VERTEX_H doomsday-1.14.5/doomsday/client/include/Line0000664000175000017500000000003012350542237020233 0ustar jaakkojaakko#include "world/line.h" doomsday-1.14.5/doomsday/client/include/uri.hh0000664000175000017500000002526612350542237020563 0ustar jaakkojaakko/** @file uri.hh Universal Resource Identifier. * @ingroup base * * @author Copyright © 2010-2013 Daniel Swanson * @author Copyright © 2010-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG2_URI_H #define LIBDENG2_URI_H #ifdef __cplusplus #include "resourceclass.h" /// Schemes must be at least this many characters. #define DENG2_URI_MIN_SCHEME_LENGTH 2 #include #include #include #include struct ddstring_s; // libdeng Str namespace de { /** * Assists working with URIs and maps them to engine-managed resources. * @ingroup base * * Uri is derived from Path. It augments Path with schemes and path symbolics. * * Universal resource identifiers (URIs) are a way to identify specific * entities in a hierarchy. */ class Uri : public LogEntry::Arg::Base { public: /// Base class for resolve-related errors. @ingroup errors DENG2_ERROR(ResolveError); /// An unknown symbol was encountered in the embedded expression. @ingroup errors DENG2_SUB_ERROR(ResolveError, UnknownSymbolError); /// An unresolveable symbol was encountered in the embedded expression. @ingroup errors DENG2_SUB_ERROR(ResolveError, ResolveSymbolError); /** * Flags determining the composition of textual representation: */ enum ComposeAsTextFlag { OmitScheme = 0x1, ///< Exclude the scheme. OmitPath = 0x2, ///< Exclude the path. DecodePath = 0x4, ///< Decode percent-endcoded characters in the path. DefaultComposeAsTextFlags = 0 }; Q_DECLARE_FLAGS(ComposeAsTextFlags, ComposeAsTextFlag) public: /** * Construct an empty Uri instance. */ Uri(); /** * Construct a Uri instance from a text string. * * @param percentEncoded String to be parsed. Assumed to be in * percent-encoded representation. * * @param defaultResClass Default scheme. Determines the scheme for the Uri * if one is not specified in @a percentEncoded. * @c RC_UNKNOWN: resource locator guesses an * appropriate scheme for this type of file. * * @param sep Character used to separate path segments * in @a path. */ Uri(String const &percentEncoded, resourceclassid_t defaultResClass = RC_UNKNOWN, QChar sep = '/'); /** * Construct a Uri from a textual scheme and a path. * * @param scheme Scheme for the Uri. * @param path Path for the Uri. */ Uri(String const &scheme, Path const &path); /** * Construct a Uri instance from a path. Note that Path instances can * never contain a scheme as a prefix, so @a resClass is mandatory. * * @param resClass Scheme for the URI. @c RC_UNKNOWN: resource locator * guesses an appropriate scheme for this. * * @param path Path of the URI. */ Uri(resourceclassid_t resClass, Path const &path); /** * Construct a Uri instance from a path without a scheme. * * @param path Path of the URI. */ Uri(Path const &path); /** * Construct a Uri instance from a UTF-8 C-style text string, using RC_UNKNOWN * as the default resource class. * * @param nullTerminatedCStr String to be parsed. Assumed to be in * percent-encoded representation. */ Uri(char const *nullTerminatedCStr); /** * Construct a Uri instance by duplicating @a other. */ Uri(Uri const &other); inline Uri &operator = (Uri other) { d.swap(other.d); return *this; } /** * Swaps this Uri with @a other. * @param other Uri. */ inline void swap(Uri &other) { d.swap(other.d); } bool operator == (Uri const &other) const; bool operator != (Uri const &other) const { return !(*this == other); } /** * Constructs a Uri instance from a NativePath that refers to a file in * the native file system. All path directives such as '~' are * expanded. The resultant Uri will have an empty (zero-length) scheme * (because file paths do not include one). * * @param path Native path to a file in the native file system. * @param defaultResourceClass Default resource class. */ static Uri fromNativePath(NativePath const &path, resourceclassid_t defaultResourceClass = RC_NULL); /** * Constructs a Uri instance from a NativePath that refers to a native * directory. All path directives such as '~' are expanded. The * resultant Uri will have an empty (zero-length) scheme (because file * paths do not include one). * * @param nativeDirPath Native path to a directory in the native * file system. * @param defaultResourceClass Default resource class. */ static Uri fromNativeDirPath(NativePath const &nativeDirPath, resourceclassid_t defaultResourceClass = RC_NULL); /** * Construct a Uri instance from a user supplied, variable-length list of UTF-8 * C-style text string arguments. * * @param argv The arguments to be interpreted. All of which are assumed to * be in a @em non-percent-encoded representation. * * Supported forms (where <> denote keyword component names): * - [0: ":"] * - [0: ""] (if @a knownScheme set) * - [0: ""] * - [0: "", 1: ""] * * @param argc The number of elements in @a argv. * * @param knownScheme Callback function used to identify known scheme names when * attempting to resolve ambiguous cases (only the one argument * is provided. */ static Uri fromUserInput(char **argv, int argc, bool (*knownScheme) (String name) = 0); /** * Convert this URI to a text string. * * @see asText() */ operator String () const { return asText(); } /** * Determines if the URI's path is empty. */ bool isEmpty() const; /** * Clear the URI returning it to an empty state. */ Uri &clear(); /** * Attempt to resolve this URI. Substitutes known symbolics in the possibly * templated path. Resulting path is a well-formed, filesys compatible path * (perhaps base-relative). * * @return The resolved path. */ String resolved() const; String const &resolvedRef() const; /** * @return Scheme of the URI. */ String const &scheme() const; /** * @return Path of the URI. */ Path const &path() const; /** * @return Scheme of the URI as plain text (UTF-8 encoding). */ char const *schemeCStr() const; /** * @return Path of the URI as plain text (UTF-8 encoding). */ char const *pathCStr() const; /** * @return Scheme of the URI as plain text (UTF-8 encoding). */ struct ddstring_s const *schemeStr() const; /** * @return Path of the URI as plain text (UTF-8 encoding). */ struct ddstring_s const *pathStr() const; /** * Change the scheme of the URI to @a newScheme. */ Uri &setScheme(String newScheme); /** * Change the path of the URI to @a newPath. * * @param newPath New path for the URI. */ Uri &setPath(Path const &newPath); /** * Change the path of the URI to @a newPath. * * @param newPath New path for the URI. * @param sep Character used to separate path segments in @a path. */ Uri &setPath(String newPath, QChar sep = '/'); Uri &setPath(char const *newPathUtf8, char sep = '/'); /** * Update this URI by parsing new values from the specified arguments. * * @param newUri URI to be parsed. Assumed to be in percent-encoded representation. * * @param defaultResourceClass If no scheme is defined in @a newUri and * this is not @c RC_NULL, ask the resource locator whether it knows * of an appropriate default scheme for this class of resource. * * @param sep Character used to separate path segments in @a path. */ Uri &setUri(String newUri, resourceclassid_t defaultResourceClass = RC_UNKNOWN, QChar sep = '/'); /** * Compose from this URI a plain-text representation. Any symbolic identifiers * will be left unchanged in the resultant string (not resolved). * * @param compositionFlags Flags determining how the textual representation * is composited. * @param sep Character to use to replace path segment separators. * * @return Plain-text String representation. */ String compose(ComposeAsTextFlags compositionFlags = DefaultComposeAsTextFlags, QChar sep = '/') const; /** * Transform the URI into a human-friendly representation. Percent-encoded * symbols are decoded. * * @return Human-friendly representation of the URI. * * Same as @code compose(DefaultComposeAsTextFlags | DecodePath); @endcode */ String asText() const; // Implements LogEntry::Arg::Base. LogEntry::Arg::Type logEntryArgType() const { return LogEntry::Arg::StringArgument; } // Implements ISerializable. void operator >> (Writer &to) const; void operator << (Reader &from); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(Uri::ComposeAsTextFlags) } // namespace de namespace std { // std::swap specialization for de::Uri template <> inline void swap(de::Uri &a, de::Uri &b) { a.swap(b); } } #endif // __cplusplus #endif // LIBDENG2_URI_H doomsday-1.14.5/doomsday/client/include/dd_pinit.h0000664000175000017500000000364312350542237021401 0ustar jaakkojaakko/** * @file dd_pinit.h * Platform independent routines for initializing the engine. @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_PORTABLE_INIT_H #define LIBDENG_PORTABLE_INIT_H #include "api_gameexport.h" #include "api_internaldata.h" #include #ifdef __CLIENT__ #include /** * Compose the title for the main window. * @param title Title text for the window. */ de::String DD_ComposeMainWindowTitle(); #endif #ifdef __cplusplus extern "C" { #endif extern uint mainWindowIdx; /// Maximum allowed number of plugins. #define MAX_PLUGS 32 /** * Shuts down all subsystems. This is called from DD_Shutdown(). */ void DD_ShutdownAll(void); /** * Called early on during the startup process so that we can get the console * online ready for printing ASAP. */ void DD_ConsoleInit(void); void DD_InitAPI(void); /** * Define abbreviations and aliases for command line options. */ void DD_InitCommandLine(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_PORTABLE_INIT_H */ doomsday-1.14.5/doomsday/client/include/Vertex0000664000175000017500000000003212350542237020623 0ustar jaakkojaakko#include "world/vertex.h" doomsday-1.14.5/doomsday/client/include/settingsregister.h0000664000175000017500000001205712350542237023213 0ustar jaakkojaakko/** @file settingsregister.h Register of settings profiles. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_SETTINGSREGISTER_H #define DENG_SETTINGSREGISTER_H #include #include #include #include /** * Collection of settings (cvars, Config variables) of which there can be * several alternative profiles. When a register is created, it automatically * gets a profile called "User". * * The default values are stored separately, so that any profile can be reseted * back to the default values. * * All settings of a register should be defined before it gets used. * * The current profile is simply whatever values the identified cvars/variables * presently hold. These current values get stored persistently in the app's * Config (and via con_config) as usual. SettingsRegister is responsible for * storing the non-current profiles persistently. The (de)serialization occurs * whenever the game is (un)loaded, as all cvars are presently game-specific. * * It is possible to install new profiles via resource packs. The profiles should * be placed to /data/profiles/(persistentName)/. */ class SettingsRegister { public: enum SettingType { IntCVar, FloatCVar, StringCVar, ConfigVariable ///< Default value gotten from Config.setDefaults(). }; DENG2_DEFINE_AUDIENCE(ProfileChange, void currentProfileChanged(de::String const &name)) public: SettingsRegister(); /** * Sets the name this register will use for storing profiles persistently. * By default the register has no persistent name and thus will not be * stored persistently. * * In the Config, there will be a record called "Config.(persistentName)" * containing relevant information. * * @param name Persistent name for the register. Must be file name and * script variable name friendly. */ void setPersistentName(de::String const &name); /** * Defines a new setting in the profile. * * The default values of Config variables are taken from Config (so it must already * be initialized). * * @param type Type of setting. * @param settingName Name of the setting. * @param defaultValue Default value of the setting (for cvars). * * @return Reference to this instance. */ SettingsRegister &define(SettingType type, de::String const &settingName, QVariant const &defaultValue = QVariant()); de::String currentProfile() const; /** * Determines if a profile should be considered read-only. The UI should * not let the user modify profiles that are read-only. * * @param name Profile name. * * @return @c true, if the profile is read-only. */ bool isReadOnlyProfile(de::String const &name) const; /** * Current values of the settings are saved as a profile. If there is a * profile with the same name, it will be replaced. The current profile is * not changed. * * @param name Name of the profile. * * @return @c true if a new profile was created. @c false, if the operation * failed (e.g., name already in use). */ bool saveAsProfile(de::String const &name); /** * Changes the current settings profile. * * @param name Name of the profile to use. */ void setProfile(de::String const &name); /** * Resets the current profile to default values. */ void resetToDefaults(); /** * Resets one setting in the current profile to its default value. * * @param settingName Name of the setting. */ void resetSettingToDefaults(de::String const &settingName); /** * Renames the current profile. * * @param name New name of the profile. * * @return @c true, if renamed successfully. */ bool rename(de::String const &name); /** * Deletes a profile. The current profile cannot be deleted. * * @param name Name of the profile to delete. */ void deleteProfile(de::String const &name); /** * Lists the names of all the existing profiles. */ QList profiles() const; int profileCount() const; private: DENG2_PRIVATE(d) }; #endif // DENG_SETTINGSREGISTER_H doomsday-1.14.5/doomsday/client/include/SectorCluster0000664000175000017500000000004112350542237022147 0ustar jaakkojaakko#include "world/sectorcluster.h" doomsday-1.14.5/doomsday/client/include/ContactSpreader0000664000175000017500000000004312350542237022431 0ustar jaakkojaakko#include "world/contactspreader.h" doomsday-1.14.5/doomsday/client/include/client/0000775000175000017500000000000012350542237020706 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/client/cl_sound.h0000664000175000017500000000234512350542237022671 0ustar jaakkojaakko/** @file cl_sound.h Clientside sounds. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_SOUND_H #define DENG_CLIENT_SOUND_H #include "network/protocol.h" /** * Read a sound delta from the message buffer and play it. * Only used with PSV_FRAME2 packets. */ void Cl_ReadSoundDelta(deltatype_t type); /** * Called when a PSV_FRAME sound packet is received. */ void Cl_Sound(); #endif // DENG_CLIENT_SOUND_H doomsday-1.14.5/doomsday/client/include/client/cl_infine.h0000664000175000017500000000222212350542237023003 0ustar jaakkojaakko/** @file cl_infine.h Clientside InFine. * * @authors Copyright © 2010 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_INFINE #define DENG_CLIENT_INFINE #include "api_infine.h" #include finaleid_t Cl_CurrentFinale(); /** * This is where clients start their InFine sequences. */ void Cl_Finale(Reader *msg); /** * Client sends a request to skip the finale. */ void Cl_RequestFinaleSkip(); #endif // DENG_CLIENT_INFINE doomsday-1.14.5/doomsday/client/include/client/clmobjhash.h0000664000175000017500000000503612350542237023175 0ustar jaakkojaakko/** @file clmobjhash.h Clientside mobj hash. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_MOBJHASH_H #define DENG_CLIENT_MOBJHASH_H #include "client/cl_mobj.h" /** * Client mobjs are stored into a hash for fast lookup by it's identifier. * * @ingroup world */ class ClMobjHash { public: static int const SIZE = 256; public: ClMobjHash(); void clear(); /** * Links the clmobj into the client mobj hash table. */ void insert(mobj_t *mo, thid_t id); /** * Unlinks the clmobj from the client mobj hash table. */ void remove(mobj_t *mo); /** * Searches through the client mobj hash table for the CURRENT map and * returns the clmobj with the specified ID, if that exists. Note that * client mobjs are also linked to the thinkers list. * * @param id Mobj identifier. * * @return Pointer to the mobj. */ mobj_t *find(thid_t id) const; /** * Iterate the client mobj hash, exec the callback on each. Abort if callback * returns non-zero. * * @param callback Function to callback for each client mobj. * @param context Data pointer passed to the callback. * * @return @c 0 if all callbacks return @c 0; otherwise the result of the last. */ int iterate(int (*callback) (mobj_t *, void *), void *context = 0); #ifdef DENG_DEBUG void assertValid() const; #endif private: struct Bucket { ClMobjInfo *first, *last; }; Bucket _buckets[SIZE]; inline Bucket &bucketFor(thid_t id) { return _buckets[(uint) id % SIZE]; } inline Bucket const &bucketFor(thid_t id) const { return _buckets[(uint) id % SIZE]; } }; #endif // DENG_CLIENT_MOBJHASH_H doomsday-1.14.5/doomsday/client/include/client/cl_mobj.h0000664000175000017500000001064212350542237022467 0ustar jaakkojaakko/** @file cl_mobj.h Clientside map objects. * @ingroup client * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_WORLD_MOBJ_H #define DENG_CLIENT_WORLD_MOBJ_H #include "world/p_object.h" /** * @defgroup clMobjFlags Client Mobj Flags * @ingroup flags */ ///@{ #define CLMF_HIDDEN 0x01 ///< Not officially created yet #define CLMF_UNPREDICTABLE 0x02 ///< Temporarily hidden (until next delta) #define CLMF_SOUND 0x04 ///< Sound is queued for playing on unhide. #define CLMF_NULLED 0x08 ///< Once nulled, it can't be updated. #define CLMF_STICK_FLOOR 0x10 ///< Mobj will stick to the floor. #define CLMF_STICK_CEILING 0x20 ///< Mobj will stick to the ceiling. #define CLMF_LOCAL_ACTIONS 0x40 ///< Allow local action execution. ///@} // Clmobj knowledge flags. This keeps track of the information that has been // received. #define CLMF_KNOWN_X 0x10000 #define CLMF_KNOWN_Y 0x20000 #define CLMF_KNOWN_Z 0x40000 #define CLMF_KNOWN_STATE 0x80000 #define CLMF_KNOWN 0xf0000 ///< combination of all the KNOWN-flags // Magic number for client mobj information. #define CLM_MAGIC1 0xdecafed1 #define CLM_MAGIC2 0xcafedeb8 /// Asserts that a given mobj is a client mobj. #define CL_ASSERT_CLMOBJ(mo) assert(Cl_IsClientMobj(mo)); /** * Information about a client mobj. This structure is attached to * gameside mobjs. The last 4 bytes must be CLM_MAGIC. */ struct ClMobjInfo { uint startMagic; // The client mobj magic number (CLM_MAGIC1). ClMobjInfo *next, *prev; int flags; uint time; // Time of last update. int sound; // Queued sound ID. float volume; // Volume for queued sound. uint endMagic; // The client mobj magic number (CLM_MAGIC2). ClMobjInfo(); /** * Returns the mobj_t instance associated with the client mobj. */ mobj_t *mobj(); }; /** * Make the real player mobj identical with the client mobj. * The client mobj is always unlinked. Only the *real* mobj is visible. * (The real mobj was created by the Game.) */ void Cl_UpdateRealPlayerMobj(mobj_t *localMobj, mobj_t *remoteClientMobj, int flags, dd_bool onFloor); ClMobjInfo *ClMobj_GetInfo(mobj_t *mo); /** * Call for Hidden client mobjs to make then visible. * If a sound is waiting, it's now played. * * @return @c true, if the mobj was revealed. */ dd_bool ClMobj_Reveal(mobj_t *cmo); /** * Unlinks the mobj from sectorlinks and if the object is solid, * the blockmap. */ void ClMobj_Unlink(mobj_t *cmo); // needed? /** * Links the mobj into sectorlinks and if the object is solid, the * blockmap. Linking to sectorlinks makes the mobj visible and linking * to the blockmap makes it possible to interact with it (collide). * If the client mobj is Hidden, it will not be linked anywhere. */ void ClMobj_Link(mobj_t *cmo); // needed? /** * Change the state of a mobj. * * @todo Should use the gameside function for this? */ void ClMobj_SetState(mobj_t *mo, int stnum); // needed? /** * Reads a single mobj delta (inside PSV_FRAME2 packet) from the message buffer * and applies it to the client mobj in question. * * For client mobjs that belong to players, updates the real player mobj * accordingly. */ void ClMobj_ReadDelta(); /** * Null mobjs deltas have their own type in a PSV_FRAME2 packet. * Here we remove the mobj in question. */ void ClMobj_ReadNullDelta(); /** * Determines whether a mobj is a client mobj. * * @param mo Mobj to check. * * @return @c true, if the mobj is a client mobj; otherwise @c false. */ dd_bool Cl_IsClientMobj(mobj_t *mo); #endif // DENG_CLIENT_WORLD_MOBJ_H doomsday-1.14.5/doomsday/client/include/client/clpolymover.h0000664000175000017500000000237712350542237023443 0ustar jaakkojaakko/** @file clpolymover.h Clientside polyobj mover (thinker). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_POLYMOVER_H #define DENG_CLIENT_POLYMOVER_H #include "api_thinker.h" #include "Polyobj" /** * Polyobj movement thinker. * * @ingroup world */ struct ClPolyMover { thinker_t thinker; Polyobj *polyobj; bool move; bool rotate; }; void ClPolyMover_Thinker(ClPolyMover *mover); #endif // DENG_CLIENT_POLYMOVER_H doomsday-1.14.5/doomsday/client/include/client/clplanemover.h0000664000175000017500000000245112350542237023550 0ustar jaakkojaakko/** @file clplanemover.h Clientside plane mover (thinker). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_PLANEMOVER_H #define DENG_CLIENT_PLANEMOVER_H #include "api_thinker.h" #include "Plane" /** * Plane movement thinker. Makes changes to planes using DMU. * * @ingroup world */ struct ClPlaneMover { thinker_t thinker; Plane *plane; coord_t destination; float speed; }; void ClPlaneMover_Thinker(ClPlaneMover *mover); #endif // DENG_CLIENT_PLANEMOVER_H doomsday-1.14.5/doomsday/client/include/client/cl_def.h0000664000175000017500000000313212350542237022272 0ustar jaakkojaakko/** @file cl_def.h Client definitions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_H #define DENG_CLIENT_H #include "world/p_object.h" #define SHORTP(x) (*(short*) (x)) #define USHORTP(x) (*(unsigned short*) (x)) DENG_EXTERN_C ident_t clientID; DENG_EXTERN_C int serverTime; DENG_EXTERN_C bool handshakeReceived; DENG_EXTERN_C int gameReady; DENG_EXTERN_C bool netLoggedIn; DENG_EXTERN_C int clientPaused; void Cl_InitID(); void Cl_CleanUp(); /** * Client's packet handler. Handles all the events the server sends. */ void Cl_GetPackets(); /** * Client-side game ticker. */ void Cl_Ticker(timespan_t ticLength); int Cl_GameReady(); /** * Sends a hello packet. * PCL_HELLO2 includes the Game ID (16 chars). */ void Cl_SendHello(); #endif // DENG_CLIENT_H doomsday-1.14.5/doomsday/client/include/client/cl_world.h0000664000175000017500000000356612350542237022676 0ustar jaakkojaakko/** @file cl_world.h Clientside world management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_WORLD_MAP_H #define DENG_CLIENT_WORLD_MAP_H void Cl_InitTransTables(); void Cl_ResetTransTables(); /** * Handles the PSV_MATERIAL_ARCHIVE packet sent by the server. The list of * materials is stored until the client disconnects. */ void Cl_ReadServerMaterials(); /** * Handles the PSV_MOBJ_TYPE_ID_LIST packet sent by the server. */ void Cl_ReadServerMobjTypeIDs(); /** * Handles the PSV_MOBJ_STATE_ID_LIST packet sent by the server. */ void Cl_ReadServerMobjStateIDs(); int Cl_LocalMobjType(int serverMobjType); int Cl_LocalMobjState(int serverMobjState); /** * Reads a sector delta from the PSV_FRAME2 message buffer and applies it to the world. */ void Cl_ReadSectorDelta(int deltaType); /** * Reads a side delta from the message buffer and applies it to the world. */ void Cl_ReadSideDelta(int deltaType); /** * Reads a poly delta from the message buffer and applies it to the world. */ void Cl_ReadPolyDelta(); #endif // DENG_CLIENT_WORLD_MAP_H doomsday-1.14.5/doomsday/client/include/client/cl_player.h0000664000175000017500000000537512350542237023043 0ustar jaakkojaakko/** @file cl_player.h Clientside player management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_PLAYER_H #define DENG_CLIENT_PLAYER_H #include "cl_mobj.h" /** * Information about a client player. */ typedef struct clplayerstate_s { thid_t clMobjId; float forwardMove; float sideMove; int angle; angle_t turnDelta; int friction; int pendingFixes; thid_t pendingFixTargetClMobjId; angle_t pendingAngleFix; float pendingLookDirFix; coord_t pendingOriginFix[3]; coord_t pendingMomFix[3]; } clplayerstate_t; DENG_EXTERN_C float pspMoveSpeed; DENG_EXTERN_C float cplrThrustMul; /** * Clears the player state table. */ void Cl_InitPlayers(); /** * Used in DEMOS. (Not in regular netgames.) * Applies the given dx and dy to the local player's coordinates. * * @param dx Viewpoint X delta. * @param dy Viewpoint Y delta. * @param z Viewpoint absolute Z coordinate. * @param onground If @c true the mobj's Z will be set to floorz, and the player's * viewheight is set so that the viewpoint height is param 'z'. * If @c false the mobj's Z will be param 'z' and viewheight is zero. */ void ClPlayer_MoveLocal(coord_t dx, coord_t dy, coord_t z, bool onground); /** * Move the (hidden, unlinked) client player mobj to the same coordinates * where the real mobj of the player is. */ void ClPlayer_UpdateOrigin(int plrnum); void ClPlayer_HandleFix(); void ClPlayer_ApplyPendingFixes(int plrNum); /** * Reads a single PSV_FRAME2 player delta from the message buffer and * applies it to the player in question. */ void ClPlayer_ReadDelta(); clplayerstate_t *ClPlayer_State(int plrNum); /** * Returns the gameside local mobj of a player. */ mobj_t *ClPlayer_LocalGameMobj(int plrNum); /** * Returns @c true iff the player is free to move according to floorz and ceilingz. */ bool ClPlayer_IsFreeToMove(int plrnum); #endif // DENG_CLIENT_PLAYER_H doomsday-1.14.5/doomsday/client/include/client/cl_frame.h0000664000175000017500000000221612350542237022630 0ustar jaakkojaakko/** @file cl_frame.h Client frame reception. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_FRAME_H #define DENG_CLIENT_FRAME_H void Cl_InitFrame(); void Cl_ResetFrame(); /** * Read a PSV_FRAME2/PSV_FIRST_FRAME2 packet. */ void Cl_Frame2Received(int packetType); float Cl_FrameGameTime(); #endif // DENG_CLIENT_FRAME_H doomsday-1.14.5/doomsday/client/include/de_ui.h0000664000175000017500000000231112350542237020663 0ustar jaakkojaakko/** @file de_ui.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * User Interface Subsystem */ #ifndef LIBDENG_USER_INTERFACE_H #define LIBDENG_USER_INTERFACE_H #include "ui/ui2_main.h" #include "ui/fi_main.h" #ifdef __CLIENT__ # include # include "ui/clientwindowsystem.h" # include "ui/clientwindow.h" # include "ui/ui_main.h" #endif #endif /* LIBDENG_USER_INTERFACE_H */ doomsday-1.14.5/doomsday/client/include/partition.h0000664000175000017500000000770512350542237021623 0ustar jaakkojaakko/** @file partition.h Infinite line of the form point + direction vector. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_MATH_PARTITION #define DENG_MATH_PARTITION #include #include #include #include namespace de { /** * An infinite line of the form point + direction vector. The members are public * for convenient access. * * @ingroup math */ class Partition { public: Vector2d direction; Vector2d origin; public: Partition(Vector2d const &direction = Vector2d(), Vector2d const &origin = Vector2d()) : direction(direction), origin(origin) {} Partition(Partition const &other) : direction(other.direction), origin(other.origin) {} /** * Where does the given @a point lie relative to the partition line? * * @param point The point to test. * * @return @c <0 Point is to the left of the line. * @c =0 Point lies directly on/incident with the line. * @c >0 Point is to the right of the line. */ ddouble pointOnSide(Vector2d const &point) const { return (origin.y - point.y) * direction.x - (origin.x - point.x) * direction.y; } /** * Returns @c true iff "this" line and @a other are parallel. In the special * case of either line having a zero-length direction, @c true is returned. */ bool isParallelTo(Partition const &other, ddouble epsilon = .99999999) const { ddouble len = direction.length(); if(len == 0) return true; ddouble otherLen = other.direction.length(); if(otherLen == 0) return true; ddouble dot = direction.dot(other.direction) / len / otherLen; // If it's close enough, we'll consider them parallel. epsilon = de::abs(epsilon); return dot > epsilon || dot < -epsilon; } /** * Determines how far along "this" line (relative to the origin) that the * @a other line and this intersect. * * @return Intersection point expressed as a scale factor, relative to the * line origin. In the special case of the two lines being parallel @c 0 is * returned. * * @see intercept() */ double intersection(Partition const &other) const { ddouble divsor = direction.x * other.direction.y - direction.y * other.direction.x; // Special case: parallel? if(divsor == 0) return 0; Vector2d delta = origin - other.origin; return (delta.y * other.direction.x - delta.x * other.direction.y) / divsor; } /** * Determine the intercept point where "this" line and @a other intersect * and return the Euclidean point at which the two intercept. */ inline Vector2d intercept(Partition const &other) const { return origin + direction * intersection(other); } String asText() const { String str; QTextStream s(&str); s << direction.x << "/" << direction.y << " " << origin.asText(); return str; } }; } // namespace de #endif // DENG_MATH_PARTITION doomsday-1.14.5/doomsday/client/include/Plane0000664000175000017500000000003112350542237020404 0ustar jaakkojaakko#include "world/plane.h" doomsday-1.14.5/doomsday/client/include/LightDecoration0000664000175000017500000000004412350542237022430 0ustar jaakkojaakko#include "render/lightdecoration.h" doomsday-1.14.5/doomsday/client/include/m_nodepile.h0000664000175000017500000000420512350542237021715 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /* * m_nodepile.h: Specialized Node Allocation */ #ifndef __DOOMSDAY_NODEPILE_H__ #define __DOOMSDAY_NODEPILE_H__ #define NP_ROOT_NODE ((void*) -1) #include "dd_types.h" /** * Linknodes are used when linking mobjs to lines. Each mobj has a ring * of linknodes, each node pointing to a line the mobj has been linked to. * Correspondingly each line has a ring of nodes, with pointers to the * mobjs that are linked to that particular line. This way it is possible * that a single mobj is linked simultaneously to multiple lines (which * is common). * * All these rings are maintained by Mobj_Link() and Mobj_Unlink(). * @ingroup mobj */ typedef struct linknode_s { nodeindex_t prev, next; void* ptr; int data; } linknode_t; typedef struct nodepile_s { int count; int pos; struct linknode_s *nodes; } nodepile_t; #ifdef __cplusplus extern "C" { #endif void NP_Init(nodepile_t *pile, int initial); nodeindex_t NP_New(nodepile_t *pile, void *ptr); void NP_Link(nodepile_t *pile, nodeindex_t node, nodeindex_t root); void NP_Unlink(nodepile_t *pile, nodeindex_t node); #define NP_Dismiss(pile, node) (pile->nodes[node].ptr = 0) #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/Mesh0000664000175000017500000000002212350542237020241 0ustar jaakkojaakko#include "mesh.h" doomsday-1.14.5/doomsday/client/include/ui/0000775000175000017500000000000012350542237020045 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/ui/finaleinterpreter.h0000664000175000017500000001041712350542237023743 0ustar jaakkojaakko/** @file finaleinterpreter.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_FINALEINTERPRETER_H #define LIBDENG_FINALEINTERPRETER_H #include "dd_input.h" #include "dd_ui.h" #define FINF_BEGIN 0x01 #define FINF_END 0x02 #define FINF_SCRIPT 0x04 // Script included. #define FINF_SKIP 0x10 /** * @defgroup finaleInterpreterCommandDirective Finale Interpreter Command Directive * @ingroup infine */ /*@{*/ #define FID_NORMAL 0 #define FID_ONLOAD 0x1 /*@}*/ /** * Interactive interpreter for Finale scripts. An instance of which is created * (and owned) by each active (running) script. * * @see Finale * @ingroup infine */ /// \todo Should be private. typedef struct fi_handler_s { ddevent_t ev; // Template. fi_objectname_t marker; } fi_handler_t; /// \todo Should be private. typedef struct fi_namespace_s { uint num; struct fi_namespace_record_s* vector; } fi_namespace_t; /// UIPage indices. enum { PAGE_PICS = 0, /// @note also used for its background. PAGE_TEXT = 1 /// @note also used for its filter. }; #define FINALEINTERPRETER_MAX_TOKEN_LENGTH (8192) typedef struct finaleinterpreter_s { struct finaleinterpreter_flags_s { char stopped:1; char suspended:1; char paused:1; char can_skip:1; char eat_events:1; /// Script will eat all input events. char show_menu:1; } flags; /// Id of the Finale which owns this interpreter. finaleid_t _id; /// Copy of the script being interpreted. char* _script; /// Beginning of the script (after any directive blocks). char* _scriptBegin; /// Current position in the script. const char* _cp; /// Script token read/parse buffer. char _token[FINALEINTERPRETER_MAX_TOKEN_LENGTH]; /// Event handlers defined by the loaded script. uint _numEventHandlers; fi_handler_t* _eventHandlers; /// Known symbols (to the loaded script). fi_namespace_t _namespace; /// Pages on which objects created by this interpeter are visible. struct fi_page_s* _pages[2]; /// Set to true after first command is executed. dd_bool _cmdExecuted; dd_bool _skipping, _lastSkipped, _gotoSkip, _gotoEnd, _skipNext; /// Level of DO-skipping. int _doLevel; uint _timer; int _wait, _inTime; fi_objectname_t _gotoTarget; struct fi_object_s* _waitingText; struct fi_object_s* _waitingPic; } finaleinterpreter_t; finaleinterpreter_t* P_CreateFinaleInterpreter(void); void P_DestroyFinaleInterpreter(finaleinterpreter_t* fi); dd_bool FinaleInterpreter_RunTic(finaleinterpreter_t* fi); int FinaleInterpreter_Responder(finaleinterpreter_t* fi, const ddevent_t* ev); void FinaleInterpreter_LoadScript(finaleinterpreter_t* fi, const char* script); void FinaleInterpreter_ReleaseScript(finaleinterpreter_t* fi); void FinaleInterpreter_Suspend(finaleinterpreter_t* fi); void FinaleInterpreter_Resume(finaleinterpreter_t* fi); dd_bool FinaleInterpreter_IsMenuTrigger(finaleinterpreter_t* fi); dd_bool FinaleInterpreter_IsSuspended(finaleinterpreter_t* fi); dd_bool FinaleInterpreter_CommandExecuted(finaleinterpreter_t* fi); dd_bool FinaleInterpreter_CanSkip(finaleinterpreter_t* fi); void FinaleInterpreter_AllowSkip(finaleinterpreter_t* fi, dd_bool yes); dd_bool FinaleInterpreter_SkipToMarker(finaleinterpreter_t* fi, const char* marker); dd_bool FinaleInterpreter_Skip(finaleinterpreter_t* fi); #endif /* LIBDENG_FINALEINTERPRETER_H */ doomsday-1.14.5/doomsday/client/include/ui/fi_main.h0000664000175000017500000000241712350542237021624 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_INFINE_MAIN_H #define LIBDENG_INFINE_MAIN_H #include "finaleinterpreter.h" #ifdef __cplusplus extern "C" { #endif /** * Called during pre-init to register cvars and ccmds for the finale system. */ void FI_Register(void); void FI_Init(void); void FI_Shutdown(void); void FI_Ticker(void); scalemode_t FI_ScaleMode(); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_INFINE_MAIN_H */ doomsday-1.14.5/doomsday/client/include/ui/b_context.h0000664000175000017500000001104212350542237022201 0ustar jaakkojaakko/** @file b_context.h * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Bindings Contexts. */ #ifndef LIBDENG_BIND_CONTEXT_H #define LIBDENG_BIND_CONTEXT_H #include "dd_share.h" #include "b_command.h" #include "b_device.h" typedef struct controlbinding_s { struct controlbinding_s* next; struct controlbinding_s* prev; int bid; // Unique identifier. int control; // Identifier of the player control. dbinding_t deviceBinds[DDMAXPLAYERS]; // Separate bindings for each local player. } controlbinding_t; // Binding Context Flags: #define BCF_ACTIVE 0x01 // Context is only used when it is active. #define BCF_PROTECTED 0x02 // Context cannot be (de)activated by plugins. #define BCF_ACQUIRE_KEYBOARD 0x04 // Context has acquired all keyboard states, unless // higher-priority contexts override it. #define BCF_ACQUIRE_ALL 0x08 // Context will acquire all unacquired states. typedef struct bcontext_s { char* name; // Name of the binding context. byte flags; evbinding_t commandBinds; // List of command bindings. controlbinding_t controlBinds; int (*ddFallbackResponder)(const ddevent_t* ddev); int (*fallbackResponder)(event_t* event); // event_t } bcontext_t; #ifdef __cplusplus extern "C" { #endif void B_UpdateDeviceStateAssociations(void); bcontext_t* B_NewContext(const char* name); void B_DestroyAllContexts(void); void B_ActivateContext(bcontext_t* bc, dd_bool doActivate); void B_AcquireKeyboard(bcontext_t* bc, dd_bool doAcquire); void B_AcquireAll(bcontext_t* bc, dd_bool doAcquire); void B_SetContextFallbackForDDEvents(const char* name, int (*ddResponderFunc)(const ddevent_t*)); bcontext_t* B_ContextByPos(int pos); bcontext_t* B_ContextByName(const char* name); int B_ContextCount(void); int B_GetContextPos(bcontext_t* bc); void B_ReorderContext(bcontext_t* bc, int pos); void B_ClearContext(bcontext_t* bc); void B_DestroyContext(bcontext_t* bc); controlbinding_t* B_FindControlBinding(bcontext_t* bc, int control); controlbinding_t* B_GetControlBinding(bcontext_t* bc, int control); void B_DestroyControlBinding(controlbinding_t* conBin); void B_InitControlBindingList(controlbinding_t* listRoot); void B_DestroyControlBindingList(controlbinding_t* listRoot); dd_bool B_DeleteBinding(bcontext_t* bc, int bid); /** * Finds the action bound to a given event, iterating through all enabled * binding contexts. * * @param event Event to match against. * * @return Action instance (caller gets ownership), or @c NULL if not found. */ de::Action *B_ActionForEvent(ddevent_t const *event); /** * Finds the action bound to a given event. * * @param bc Binding context to look in. * @param event Event to match against. * @param respectHigherAssociatedContexts Bindings shadowed by higher active contexts. * * @return Action instance (caller gets ownership), or @c NULL if not found. */ de::Action *BindContext_ActionForEvent(bcontext_t *bc, ddevent_t const *event, bool respectHigherAssociatedContexts); /** * Looks through context @a bc and looks for a binding that matches either * @a match1 or @a match2. */ dd_bool B_FindMatchingBinding(bcontext_t* bc, evbinding_t* match1, dbinding_t* match2, evbinding_t** evResult, dbinding_t** dResult); void B_PrintContexts(void); void B_PrintAllBindings(void); void B_WriteContextToFile(const bcontext_t* bc, FILE* file); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_BIND_CONTEXT_H */ doomsday-1.14.5/doomsday/client/include/ui/joystick.h0000664000175000017500000000425112350542237022057 0ustar jaakkojaakko/** * @file joystick.h * Joystick input pre-processing. @ingroup input * * @see sys_input.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SYSTEM_JOYSTICK_H #define LIBDENG_SYSTEM_JOYSTICK_H #ifdef __SERVER__ # error Joystick is not available in a SERVER build #endif #include "dd_types.h" #ifdef __cplusplus extern "C" { #endif #define IJOY_AXISMIN -10000 #define IJOY_AXISMAX 10000 #define IJOY_MAXAXES 32 #define IJOY_MAXBUTTONS 32 #define IJOY_MAXHATS 4 #define IJOY_POV_CENTER -1 typedef struct joystate_s { int numAxes; // Number of axes present. int numButtons; // Number of buttons present. int numHats; // Number of hats present. int axis[IJOY_MAXAXES]; int buttonDowns[IJOY_MAXBUTTONS]; // Button down count. int buttonUps[IJOY_MAXBUTTONS]; // Button up count. float hatAngle[IJOY_MAXHATS]; // 0 - 359 degrees. } joystate_t; void Joystick_Register(void); dd_bool Joystick_Init(void); void Joystick_Shutdown(void); dd_bool Joystick_IsPresent(void); void Joystick_GetState(joystate_t* state); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_SYSTEM_JOYSTICK_H doomsday-1.14.5/doomsday/client/include/ui/ui2_main.h0000664000175000017500000000305312350542237021722 0ustar jaakkojaakko/** * @file ui2_main.cpp UI Widgets * @ingroup ui * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_UI2_MAIN_H #define LIBDENG_UI2_MAIN_H #include "dd_ui.h" #ifdef __cplusplus extern "C" { #endif /// We'll use the base template directly as our object. typedef struct fi_object_s { FIOBJECT_BASE_ELEMENTS() } fi_object_t; void UI_Init(void); void UI_Shutdown(void); void UI2_Ticker(timespan_t ticLength); void UI2_Drawer(void); int UI_PageCount(); /** * Determines if the currently running InFine script is drawn stretched over the * entire view. */ bool FI_IsStretchedToView(); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_UI2_MAIN_H */ doomsday-1.14.5/doomsday/client/include/ui/p_control.h0000664000175000017500000000313212350542237022214 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * p_control.h: Player Controls */ #ifndef __DOOMSDAY_PLAYER_CONTROL_H__ #define __DOOMSDAY_PLAYER_CONTROL_H__ #include "api_player.h" #ifdef __cplusplus extern "C" { #endif typedef struct playercontrol_s { int id; controltype_t type; dd_bool isTriggerable; ///< Accepts triggered states in addition to active ones. char* name; char* bindContextName; } playercontrol_t; void P_ControlRegister(void); void P_ControlShutdown(void); void P_ControlTicker(timespan_t time); playercontrol_t* P_PlayerControlById(int id); playercontrol_t* P_PlayerControlByName(const char* name); void P_ImpulseByName(int playerNum, const char* control); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/ui/inputsystem.h0000664000175000017500000000236412350542237022627 0ustar jaakkojaakko/** @file inputsystem.h Input subsystem. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_INPUTSYSTEM_H #define CLIENT_INPUTSYSTEM_H #include #include "SettingsRegister" /** * Input devices and events. @ingroup ui * * @todo Input drivers belong in this system. */ class InputSystem : public de::System { public: InputSystem(); SettingsRegister &settings(); // System. void timeChanged(de::Clock const &); private: DENG2_PRIVATE(d) }; #endif // CLIENT_INPUTSYSTEM_H doomsday-1.14.5/doomsday/client/include/ui/widgetactions.h0000664000175000017500000000542512350542237023070 0ustar jaakkojaakko/** @file widgetactions.h User actions bound to widgets. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_WIDGETACTIONS_H #define CLIENT_WIDGETACTIONS_H #include #include #include #include #include "dd_input.h" /** * User actions bound to widgets. Traditionally called the bindings and binding * contexts. * * @ingroup gui * * @todo "WidgetActions" is a work-in-progress name. * * @todo There should be one of these in every widget that has actions bound. * When that's done, many of the old binding contexts become obsolete. There * should still be support for several alternative contexts within one widget, * for instance depending on the mode of the widget (e.g., automap pan). * * @todo What to do about control bindings? */ class WidgetActions { public: WidgetActions(); /** * If an action has been defined for the event, trigger it. * * This is meant to be used as a way for Widgets to take advantage of the * traditional bindings system for user-customizable actions. * * @param event Event instance. * @param context Name of the binding context. If empty, all contexts * all checked. * * @return @c true if even was triggered, @c false otherwise. */ bool tryEvent(de::Event const &event, de::String const &context = ""); bool tryEvent(ddevent_t const *ev); /** * Updates virtual input device state. * * Normally this is called automatically at the appropriate time, however if a widget * eats an event before it is passed to the bindings system, it might still wish to * call this to ensure subsequent bindings are correctly evaluated. * * @param event Input event. */ void trackInput(de::Event const &event); void activateContext(de::String const &context, bool yes = true); void deactivateContext(de::String const &context) { activateContext(context, false); } private: DENG2_PRIVATE(d) }; #endif // CLIENT_WIDGETACTIONS_H doomsday-1.14.5/doomsday/client/include/ui/commandaction.h0000664000175000017500000000250012350542237023027 0ustar jaakkojaakko/** @file commandaction.h Action that executes a console command. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_COMMANDACTION_H #define CLIENT_COMMANDACTION_H #include "dd_share.h" #include #include /** * Action that executes a console command. * * @ingroup ui */ class CommandAction : public de::Action { public: CommandAction(de::String const &cmd, int commandSource = CMDS_DDAY); de::String command() const { return _command; } void trigger(); private: de::String _command; int _source; }; #endif // CLIENT_COMMANDACTION_H doomsday-1.14.5/doomsday/client/include/ui/mouse_qt.h0000664000175000017500000000166112350542237022056 0ustar jaakkojaakko#ifndef MOUSE_QT_H #define MOUSE_QT_H #include "sys_input.h" #ifdef __cplusplus extern "C" { #endif extern mouseinterface_t qtMouse; /** * Submits a new mouse event for preprocessing. The event has likely just been * received from the windowing system. * * @param button Which button. * @param isDown Is the button pressed or released. */ void Mouse_Qt_SubmitButton(int button, dd_bool isDown); /** * Submits a new motion event for preprocessing. * * @param axis Which axis. * @param deltaX Horizontal delta. * @param deltaY Vertical delta. */ void Mouse_Qt_SubmitMotion(int axis, int deltaX, int deltaY); /** * Submits an absolute mouse position for the UI mouse mode. * * @param x X coordinate. 0 is at the left edge of the window. * @param y Y coordinate. 0 is at the top edge of the window. */ void Mouse_Qt_SubmitWindowPosition(int x, int y); #ifdef __cplusplus } // extern "C" #endif #endif // MOUSE_QT_H doomsday-1.14.5/doomsday/client/include/ui/busyvisual.h0000664000175000017500000000443512350542237022432 0ustar jaakkojaakko/** * @file busyvisual.h * Busy Mode visualizer. @ingroup render * * @authors Copyright © 2007-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_RENDER_BUSYVISUAL_H #define LIBDENG_RENDER_BUSYVISUAL_H #include "api_busy.h" #ifdef __cplusplus extern "C" { #endif //void BusyVisual_LoadTextures(void); void BusyVisual_ReleaseTextures(void); //void BusyVisual_PrepareFont(void); void BusyVisual_PrepareResources(void); /** * Busy Mode visual drawer function. The entire frame is drawn here. */ //void BusyVisual_Render(void); /** * @todo Does the console transition animation really belong in the busy visual? */ /// Busy mode transition style. typedef enum { FIRST_TRANSITIONSTYLE, TS_CROSSFADE = FIRST_TRANSITIONSTYLE, ///< Basic opacity crossfade. TS_DOOMSMOOTH, ///< Emulates the DOOM "blood on wall" screen wipe (smoothed). TS_DOOM, ///< Emulates the DOOM "blood on wall" screen wipe. LAST_TRANSITIONSTYLE = TS_DOOM } transitionstyle_t; #ifdef __CLIENT__ extern int rTransition; extern int rTransitionTics; void Con_TransitionRegister(void); void Con_TransitionConfigure(void); void Con_TransitionBegin(void); /// @return @c true if a busy mode transition animation is currently in progress. dd_bool Con_TransitionInProgress(void); void Con_TransitionTicker(timespan_t ticLength); void Con_DrawTransition(void); #endif // __CLIENT__ #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_RENDER_BUSYVISUAL_H */ doomsday-1.14.5/doomsday/client/include/ui/styledlogsinkformatter.h0000664000175000017500000000302212350542237025032 0ustar jaakkojaakko/** @file styledlogsinkformatter.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_STYLEDLOGSINKFORMATTER_H #define DENG_CLIENT_STYLEDLOGSINKFORMATTER_H #include #include /** * Formats log entries for styled output. */ class StyledLogSinkFormatter : public de::LogSink::IFormatter { public: StyledLogSinkFormatter(); StyledLogSinkFormatter(de::LogEntry::Flags const &formatFlags); Lines logEntryToTextLines(de::LogEntry const &entry); /** * Omits the log entry section information if the entry is marked as * a non-developer entry. The default is @c true. * * @param omit Omit section. */ void setOmitSectionIfNonDev(bool omit); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_STYLEDLOGSINKFORMATTER_H doomsday-1.14.5/doomsday/client/include/ui/dd_input.h0000664000175000017500000002756712350542237022045 0ustar jaakkojaakko/** @file dd_input.h Input Subsystem. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_CORE_INPUT_H #define CLIENT_CORE_INPUT_H #define NUMKKEYS 256 #include #include #include #include "api_event.h" #if _DEBUG # include // For the debug visual. #endif // Input devices. enum { IDEV_KEYBOARD = 0, IDEV_MOUSE, IDEV_JOY1, IDEV_JOY2, IDEV_JOY3, IDEV_JOY4, IDEV_HEAD_TRACKER, NUM_INPUT_DEVICES // Theoretical maximum. }; // Input device control types typedef enum { IDC_KEY, IDC_AXIS, IDC_HAT, NUM_INPUT_DEVICE_CONTROL_TYPES } inputdev_controltype_t; typedef enum ddeventtype_e { E_TOGGLE, // Two-state device E_AXIS, // Axis position E_ANGLE, // Hat angle E_SYMBOLIC, // Symbolic event E_FOCUS // Window focus } ddeventtype_t; typedef enum ddeevent_togglestate_e { ETOG_DOWN, ETOG_UP, ETOG_REPEAT } ddevent_togglestate_t; typedef enum ddevent_axistype_e { EAXIS_ABSOLUTE, // Absolute position on the axis EAXIS_RELATIVE // Offset relative to the previous position } ddevent_axistype_t; /** * Internal input event. * * These are used internally, a cutdown version containing * only need-to-know metadata is sent down the games' responder chain. * * @todo Replace with a de::Event-derived class. */ typedef struct ddevent_s { uint device; // e.g. IDEV_KEYBOARD ddeventtype_t type; // E_TOGGLE, E_AXIS, E_ANGLE, or E_SYMBOLIC union { struct { int id; // Button/key index number ddevent_togglestate_t state;// State of the toggle char text[8]; // For characters, latin1-encoded text to insert (or empty). } toggle; struct { int id; // Axis index number float pos; // Position of the axis ddevent_axistype_t type; // Type of the axis (absolute or relative) } axis; struct { int id; // Angle index number float pos; // Angle, or negative if centered } angle; struct { int id; // Console that originated the event. const char* name; // Symbolic name of the event. } symbolic; struct { dd_bool gained; // Gained or lost focus. int inWindow; // Window where the focus change occurred (index). } focus; }; } ddevent_t; // Convenience macros. #define IS_TOGGLE_DOWN(evp) (evp->type == E_TOGGLE && evp->toggle.state == ETOG_DOWN) #define IS_TOGGLE_DOWN_ID(evp, togid) (evp->type == E_TOGGLE && evp->toggle.state == ETOG_DOWN && evp->toggle.id == togid) #define IS_TOGGLE_UP(evp) (evp->type == E_TOGGLE && evp->toggle.state == ETOG_UP) #define IS_TOGGLE_REPEAT(evp) (evp->type == E_TOGGLE && evp->toggle.state == ETOG_REPEAT) #define IS_KEY_TOGGLE(evp) (evp->device == IDEV_KEYBOARD && evp->type == E_TOGGLE) #define IS_KEY_DOWN(evp) (evp->device == IDEV_KEYBOARD && evp->type == E_TOGGLE && evp->toggle.state == ETOG_DOWN) #define IS_KEY_PRESS(evp) (evp->device == IDEV_KEYBOARD && evp->type == E_TOGGLE && evp->toggle.state != ETOG_UP) #define IS_MOUSE_DOWN(evp) (evp->device == IDEV_MOUSE && IS_TOGGLE_DOWN(evp)) #define IS_MOUSE_UP(evp) (evp->device == IDEV_MOUSE && IS_TOGGLE_UP(evp)) #define IS_MOUSE_MOTION(evp) (evp->device == IDEV_MOUSE && evp->type == E_AXIS) // Binding association. How the device axis/key/etc. relates to binding contexts. typedef struct inputdevassoc_s { struct bcontext_s* bContext; struct bcontext_s* prevBContext; int flags; } inputdevassoc_t; // Association flags. #define IDAF_EXPIRED 0x1 // The state has expired. The device is considered to remain // in default state until the flag gets cleared (which happens when // the real device state returns to its default). #define IDAF_TRIGGERED 0x2 // The state has been triggered. This is cleared when someone checks // the device state. (Only for toggles.) // Input device axis types. enum { IDAT_STICK = 0, // Joysticks, gamepads IDAT_POINTER = 1 // Mouse }; // Input device axis flags. #define IDA_DISABLED 0x1 // Axis is always zero. #define IDA_INVERT 0x2 // Real input data should be inverted. #define IDA_RAW 0x4 // Do not smooth the input values; always use latest received value. typedef struct inputdevaxis_s { char name[20]; ///< Symbolic name of the axis. int type; ///< Type of the axis (pointer or stick). int flags; coord_t position; ///< Current translated position of the axis (-1..1) including any filtering. coord_t realPosition; ///< The actual latest position of the axis (-1..1). float scale; ///< Scaling factor for real input values. float deadZone; ///< Dead zone, in (0..1) range. coord_t sharpPosition; ///< Current sharp (accumulated) position, entered into the Smoother. Smoother* smoother; ///< Smoother for the input values. coord_t prevSmoothPos; ///< Previous evaluated smooth position (needed for producing deltas). uint time; ///< Timestamp for the latest update that changed the position. inputdevassoc_t assoc; ///< Binding association. } inputdevaxis_t; typedef struct inputdevkey_s { char isDown; // True/False for each key. uint time; inputdevassoc_t assoc; // Binding association. const char* name; // Symbolic name. } inputdevkey_t; typedef struct inputdevhat_s { int pos; // Position of each hat, -1 if centered. uint time; // Timestamp for each hat for the latest change. inputdevassoc_t assoc; // Binding association. } inputdevhat_t; // Input device flags. #define ID_ACTIVE 0x1 // The input device is active. typedef struct inputdev_s { char niceName[40]; // Human-friendly name of the device. char name[20]; // Symbolic name of the device. int flags; uint numAxes; // Number of axes in this input device. inputdevaxis_t *axes; uint numKeys; // Number of keys for this input device. inputdevkey_t *keys; uint numHats; // Number of hats. inputdevhat_t *hats; } inputdev_t; extern int repWait1, repWait2; extern int keyRepeatDelay1, keyRepeatDelay2; // milliseconds extern dd_bool shiftDown, altDown; void DD_RegisterInput(void); void DD_InitInput(void); dd_bool DD_IgnoreInput(dd_bool ignore); void DD_ReadKeyboard(void); void DD_ReadMouse(void); void DD_ReadJoystick(void); void DD_ReadHeadTracker(void); void DD_PostEvent(ddevent_t *ev); void DD_ProcessEvents(timespan_t ticLength); void DD_ProcessSharpEvents(timespan_t ticLength); void DD_ClearEvents(void); void DD_ClearKeyRepeaterForKey(int ddkey, int native); byte DD_ModKey(byte key); bool DD_ConvertEvent(ddevent_t const *ddEvent, event_t *ev); /** * Converts a libdeng2 Event into an old-fashioned ddevent_t. * * @param event Event instance. * @param ddEvent ddevent_t instance. */ void DD_ConvertEvent(de::Event const &event, ddevent_t *ddEvent); void I_InitVirtualInputDevices(void); void I_ShutdownInputDevices(void); void I_ClearDeviceContextAssociations(void); void I_DeviceReset(uint ident); void I_ResetAllDevices(void); dd_bool I_ShiftDown(void); enum InputDeviceGetMode { ActiveOrInactiveInputDevice, OnlyActiveInputDevice }; /** * Retrieve a pointer to the input device state by identifier. * * @param ident Intput device identifier (index; @c IDEV_*). * @param mode Finding behavior. * * @return Ptr to the input device state OR @c NULL. */ inputdev_t* I_GetDevice(uint ident, InputDeviceGetMode mode = ActiveOrInactiveInputDevice); /** * Retrieve a pointer to the input device state by name. * * @param name Input device name. * @param mode Finding behavior. * * @return Ptr to the input device state OR @c NULL. */ inputdev_t* I_GetDeviceByName(char const *name, InputDeviceGetMode mode = ActiveOrInactiveInputDevice); /** * Retrieve the user-friendly, print-ready, name for the device associated with * unique identifier @a ident. * * @return String containing the name for this device. Always valid. This string * should never be free'd by the caller. */ ddstring_t const *I_DeviceNameStr(uint ident); float I_TransformAxis(inputdev_t* dev, uint axis, float rawPos); /** * Check through the axes registered for the given device, see if there is * one identified by the given name. * * @return @c false, if the string is invalid. */ dd_bool I_ParseDeviceAxis(const char* str, uint* deviceID, uint* axis); /** * Retrieve the index of a device's axis by name. * * @param device Ptr to input device info, to get the axis index from. * @param name Ptr to string containing the name to be searched for. * * @return Index of the device axis named; or -1, if not found. */ int I_GetAxisByName(inputdev_t* device, const char* name); /** * Retrieve a ptr to the device axis specified by id. * * @param device Ptr to input device info, to get the axis ptr from. * @param id Axis index, to search for. * * @return Ptr to the device axis OR @c NULL, if not found. */ inputdevaxis_t* I_GetAxisByID(inputdev_t* device, uint id); /** * Retrieve the index of a device's key by name. * * @param device Ptr to input device info, to get the key index from. * @param name Ptr to string containing the name to be searched for. * * @return Index of the device key named; or -1, if not found. */ int I_GetKeyByName(inputdev_t* device, const char* name); /** * Retrieve a ptr to the device key specified by id. * * @param device Ptr to input device info, to get the key ptr from. * @param id Key index, to search for. * * @return Ptr to the device key OR @c NULL, if not found. */ inputdevkey_t* I_GetKeyByID(inputdev_t* device, uint id); /** * @return The key state from the downKeys array. */ dd_bool I_IsKeyDown(inputdev_t* device, uint id); /** * Retrieve a ptr to the device hat specified by id. * * @param device Ptr to input device info, to get the hat ptr from. * @param id Hat index, to search for. * * @return Ptr to the device hat OR @c NULL, if not found. */ inputdevhat_t* I_GetHatByID(inputdev_t* device, uint id); void I_SetUIMouseMode(dd_bool on); void I_TrackInput(ddevent_t *ev); #if _DEBUG /** * Render a visual representation of the current state of all input devices. */ void Rend_AllInputDeviceStateVisuals(void); #else # define Rend_AllInputDeviceStateVisuals() #endif #endif /* CLIENT_CORE_INPUT_H */ doomsday-1.14.5/doomsday/client/include/ui/widgets/0000775000175000017500000000000012350542237021513 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/ui/widgets/icvarwidget.h0000664000175000017500000000221212350542237024171 0ustar jaakkojaakko/** @file icvarwidget.h Interface for console variable widgets. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_ICVARWIDGET_H #define DENG_CLIENT_ICVARWIDGET_H /** * Interface for console variable widgets. */ class ICVarWidget { public: virtual ~ICVarWidget() {} virtual char const *cvarPath() const = 0; virtual void updateFromCVar() = 0; }; #endif // DENG_CLIENT_ICVARWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/profilepickerwidget.h0000664000175000017500000000423612350542237025733 0ustar jaakkojaakko/** @file profilepickerwidget.h Widget for selecting/manipulating settings profiles. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_PROFILEPICKERWIDGET_H #define DENG_CLIENT_PROFILEPICKERWIDGET_H #include #include "SettingsRegister" /** * Widget for selecting/manipulating settings profiles. * * While ProfilePickerWidget owns its popup menu button, the user is * responsible for laying it out appropriately. However, by default it is * attached to the right edge of the profile picker choice widget. */ class ProfilePickerWidget : public de::ChoiceWidget { Q_OBJECT public: /** * Constructs a settings profile picker. * * @param settings Settings to operate on. * @param description Human-readable description of a profile, for instance * "appearance". Appears in the UI dialogs. * @param name Name for the widget. */ ProfilePickerWidget(SettingsRegister &settings, de::String const &description, de::String const &name = ""); ButtonWidget &button(); signals: void profileChanged(); void profileEditorRequested(); public slots: void openMenu(); void edit(); void rename(); void duplicate(); void reset(); void remove(); void applySelectedProfile(); protected: void updateStyle(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_PROFILEPICKERWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/tutorialwidget.h0000664000175000017500000000243512350542237024737 0ustar jaakkojaakko/** @file tutorialwidget.h Introduction to the Doomsday UI. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_TUTORIALWIDGET_H #define DENG_CLIENT_TUTORIALWIDGET_H #include class TutorialWidget : public de::GuiWidget { Q_OBJECT public: TutorialWidget(); void start(); // Events. bool handleEvent(de::Event const &event); public slots: void continueToNextStep(); void stop(); void dismiss(); void flashHighlight(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_TUTORIALWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/taskbarwidget.h0000664000175000017500000000410612350542237024520 0ustar jaakkojaakko/** @file taskbarwidget.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_TASKBARWIDGET_H #define DENG_CLIENT_TASKBARWIDGET_H #include #include #include #include #include "consolewidget.h" /** * Task bar that acts as the primary UI element of the client's UI. * * @ingroup gui */ class TaskBarWidget : public de::GuiWidget { Q_OBJECT public: TaskBarWidget(); ConsoleWidget &console(); de::CommandWidget &commandLine(); de::ButtonWidget &logoButton(); bool isOpen() const; de::Rule const &shift(); // Events. void viewResized(); void update(); void drawContent(); bool handleEvent(de::Event const &event); public slots: void open(); void openAndPauseGame(); void close(); void openConfigMenu(); void closeConfigMenu(); void openMainMenu(); void closeMainMenu(); void openMultiplayerMenu(); void unloadGame(); void showAbout(); void showUpdaterSettings(); void switchGame(); void showMultiplayer(); void connectToServerManually(); void showTutorial(); protected slots: void updateCommandLineLayout(); signals: void opened(); void closed(); protected: void glInit(); void glDeinit(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_TASKBARWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/gamefilterwidget.h0000664000175000017500000000433112350542237025210 0ustar jaakkojaakko/** @file gamefilterwidget.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_GAMEFILTERWIDGET_H #define DENG_CLIENT_GAMEFILTERWIDGET_H #include #include /** * Filtering and sorting parameters for a game selection widget. Allows picking the type * of games to show (singleplayer or multiplayer) and how the games are sorted. * * The widget defines its own height, but width must be set manually. * * The filter and sort setting is saved persistently. */ class GameFilterWidget : public de::GuiWidget, public de::IPersistent { Q_OBJECT public: enum FilterFlag { Singleplayer = 0x1, Multiplayer = 0x2, AllGames = Singleplayer | Multiplayer }; Q_DECLARE_FLAGS(Filter, FilterFlag) enum FilterMode { UserChangeable, Permanent }; enum SortOrder { SortByTitle, SortByIdentityKey }; public: GameFilterWidget(de::String const &name = "gamefilter"); void useInvertedStyle(); void setFilter(Filter flt, FilterMode mode = UserChangeable); Filter filter() const; SortOrder sortOrder() const; // Implements IPersistent. void operator >> (de::PersistentState &toState) const; void operator << (de::PersistentState const &fromState); signals: void filterChanged(); void sortOrderChanged(); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(GameFilterWidget::Filter) #endif // DENG_CLIENT_GAMEFILTERWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/cvartogglewidget.h0000664000175000017500000000263012350542237025226 0ustar jaakkojaakko/** @file cvartogglewidget.h Console variable toggle. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CVARTOGGLEWIDGET_H #define DENG_CLIENT_CVARTOGGLEWIDGET_H #include #include "icvarwidget.h" /** * Console variable toggle for on/off type of cvars (value 0 or 1). */ class CVarToggleWidget : public de::ToggleWidget, public ICVarWidget { Q_OBJECT public: CVarToggleWidget(char const *cvarPath, de::String const &labelText = ""); char const *cvarPath() const; public slots: void updateFromCVar(); protected slots: void setCVarValueFromWidget(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_CVARTOGGLEWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/cvarlineeditwidget.h0000664000175000017500000000264712350542237025552 0ustar jaakkojaakko/** @file cvarlineeditwidget.h Console variable edit widget. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CVARLINEEDITWIDGET_H #define DENG_CLIENT_CVARLINEEDITWIDGET_H #include #include "icvarwidget.h" /** * Console variable text editor. */ class CVarLineEditWidget : public de::LineEditWidget, public ICVarWidget { Q_OBJECT public: CVarLineEditWidget(char const *cvarPath); char const *cvarPath() const; public slots: void updateFromCVar(); void endEditing(); protected slots: void setCVarValueFromWidget(); protected: void contentChanged(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_CVARLINEEDITWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/busywidget.h0000664000175000017500000000273112350542237024055 0ustar jaakkojaakko/** @file busywidget.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_BUSYWIDGET_H #define CLIENT_BUSYWIDGET_H #include #include /** * Widget that takes care of the UI while busy mode is active. */ class BusyWidget : public de::GuiWidget { public: BusyWidget(de::String const &name = ""); de::ProgressWidget &progress(); void renderTransitionFrame(); void releaseTransitionFrame(); de::GLTexture const *transitionFrame() const; // Events. void viewResized(); void update(); void drawContent(); bool handleEvent(de::Event const &event); protected: void glInit(); void glDeinit(); private: DENG2_PRIVATE(d) }; #endif // CLIENT_BUSYWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/consolecommandwidget.h0000664000175000017500000000332012350542237026067 0ustar jaakkojaakko/** @file consolecommandwidget.h Text editor with a history buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CONSOLECOMMANDWIDGET_H #define DENG_CLIENT_CONSOLECOMMANDWIDGET_H #include /** * Text editor with a history buffer. Entered commands are executed as console * commands. Uses the console Lexicon for word completion. * * Whenever the current game changes, the lexicon is automatically updated to * include the terms of the loaded game. * * @ingroup gui */ class ConsoleCommandWidget : public de::CommandWidget { public: ConsoleCommandWidget(de::String const &name = ""); // Events. void focusGained(); void focusLost(); bool handleEvent(de::Event const &event); protected: bool isAcceptedAsCommand(de::String const &text); void executeCommand(de::String const &text); void autoCompletionBegan(de::String const &prefix); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_CONSOLECOMMANDWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/cvarsliderwidget.h0000664000175000017500000000250112350542237025224 0ustar jaakkojaakko/** @file cvarsliderwidget.h Slider for adjusting a cvar. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CVARSLIDERWIDGET_H #define DENG_CLIENT_CVARSLIDERWIDGET_H #include #include "icvarwidget.h" /** * Console variable slider. */ class CVarSliderWidget : public de::SliderWidget, public ICVarWidget { Q_OBJECT public: CVarSliderWidget(char const *cvarPath); char const *cvarPath() const; public slots: void updateFromCVar(); void setCVarValueFromWidget(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_CVARSLIDERWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/gameselectionwidget.h0000664000175000017500000000472412350542237025716 0ustar jaakkojaakko/** @file gameselectionwidget.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_GAMESELECTIONWIDGET_H #define DENG_CLIENT_GAMESELECTIONWIDGET_H #include #include #include #include #include "gamefilterwidget.h" /** * Menu for selecting */ class GameSelectionWidget : public de::ScrollAreaWidget, public de::IPersistent { Q_OBJECT public: GameSelectionWidget(de::String const &name = "gameselection"); void setTitleColor(de::DotPath const &colorId, de::DotPath const &hoverColorId, de::ButtonWidget::HoverColorMode mode = de::ButtonWidget::ModulateColor); void setTitleFont(de::DotPath const &fontId); /** * Returns the filter header widget. It can be placed manually by the user * of the widget. */ GameFilterWidget &filter(); de::FoldPanelWidget *subsetFold(de::String const &name); /** * Enables or disables execution of the session selection action by * pressing the menu items in the widget. By default, this is disabled. * * @param doAction @c true to allow action execution, @c false to disallow. */ void enableActionOnSelection(bool doAction); de::Action *makeAction(de::ui::Item const &item) const; // Events. void update(); // Implements IPersistent. void operator >> (de::PersistentState &toState) const; void operator << (de::PersistentState const &fromState); signals: void gameSessionSelected(de::ui::Item const *item); protected slots: void updateSubsetLayout(); void select(de::ui::Item const *item); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_GAMESELECTIONWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/mpsessionmenuwidget.h0000664000175000017500000000313312350542237025775 0ustar jaakkojaakko/** @file mpsessionmenuwidget.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_MPSESSIONMENUWIDGET_H #define DENG_CLIENT_MPSESSIONMENUWIDGET_H #include "sessionmenuwidget.h" #include "network/net_main.h" /** * Game session menu that populates itself with available multiplayer games. * * @ingroup ui */ class MPSessionMenuWidget : public SessionMenuWidget { Q_OBJECT public: enum DiscoveryMode { NoDiscovery, DiscoverUsingMaster, DirectDiscoveryOnly }; public: MPSessionMenuWidget(DiscoveryMode discovery = NoDiscovery); de::Action *makeAction(de::ui::Item const &item); // Widget factory. GuiWidget *makeItemWidget(de::ui::Item const &, GuiWidget const *); void updateItemWidget(GuiWidget &, de::ui::Item const &); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_MPSESSIONMENUWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/multiplayermenuwidget.h0000664000175000017500000000252712350542237026332 0ustar jaakkojaakko/** @file multiplayermenuwidget.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_MULTIPLAYERMENUWIDGET_H #define DENG_CLIENT_MULTIPLAYERMENUWIDGET_H #include /** * Popup menu that appears in the task bar when joined to a multiplayer game. * * @ingroup ui */ class MultiplayerMenuWidget : public de::PopupMenuWidget { Q_OBJECT public: MultiplayerMenuWidget(); public slots: void updateElapsedTime(); protected: void preparePanelForOpening(); void panelClosing(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_MULTIPLAYERMENUWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/keygrabberwidget.h0000664000175000017500000000242412350542237025207 0ustar jaakkojaakko/** @file keygrabberwidget.h Grabs key events and shows them. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_KEYGRABBERWIDGET_H #define DENG_CLIENT_KEYGRABBERWIDGET_H #include /** * When focused, grabs key events and shows the key event data. However, Esc is * never grabbed. */ class KeyGrabberWidget : public de::LabelWidget { public: KeyGrabberWidget(de::String const &name = ""); bool handleEvent(de::Event const &event); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_KEYGRABBERWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/inputbindingwidget.h0000664000175000017500000000376312350542237025573 0ustar jaakkojaakko/** @file inputbindingwidget.h Widget for creating input bindings. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_INPUTBINDINGWIDGET_H #define DENG_CLIENT_INPUTBINDINGWIDGET_H #include /** * Widget for viewing and changing an input binding. */ class InputBindingWidget : public de::AuxButtonWidget { public: InputBindingWidget(); void setDefaultBinding(de::String const &eventDesc); void setCommand(de::String const &command); /** * Enables or disables explicitly specified modifier conditions. Bindings can be * specified with or without modifiers -- if modifiers are not specified, the binding * can be triggered regardless of modifier state. * * @param mods @c true to includes modifiers in the binding. If @c false, modifiers * can be bound like any other input. */ void enableModifiers(bool mods); void setContext(QString const &bindingContext) { setContexts(QStringList() << bindingContext); } void setContexts(QStringList const &contexts); // Events. bool handleEvent(de::Event const &event); public: static InputBindingWidget *newTaskBarShortcut(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_INPUTBINDINGWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/consolewidget.h0000664000175000017500000000511412350542237024533 0ustar jaakkojaakko/** @file consolewidget.h Console commandline and message history. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CONSOLEWIDGET_H #define DENG_CLIENT_CONSOLEWIDGET_H #include #include #include #include #include #include "consolecommandwidget.h" /** * Console command line and message history. * * ConsoleWidget expects to be bottom-left anchored. It resizes its height * automatically. The user can drag the right edge to resize the widget. * * @ingroup gui */ class ConsoleWidget : public de::GuiWidget, public de::IPersistent { Q_OBJECT public: ConsoleWidget(); de::ButtonWidget &button(); de::CommandWidget &commandLine(); de::LogWidget &log(); de::Rule const &shift(); bool isLogOpen() const; /** * Enables or disables the console log background blur. * * @todo Blurring is presently forcibly disabled when a game is loaded. * * @param yes @c true to enable blur, otherwise @c false. */ void enableBlur(bool yes = true); // Events. void viewResized(); void update(); bool handleEvent(de::Event const &event); // Implements IPersistent. void operator >> (de::PersistentState &toState) const; void operator << (de::PersistentState const &fromState); signals: void commandModeChanged(); void commandLineGotFocus(); public slots: void openLog(); void closeLog(); void clearLog(); void showFullLog(); void setFullyOpaque(); void commandLineFocusGained(); void commandLineFocusLost(); void focusOnCommandLine(); void openMenu(); void closeMenu(); void commandWasEntered(de::String const &); protected slots: void logContentHeightIncreased(int delta); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_CONSOLEWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/singleplayersessionmenuwidget.h0000664000175000017500000000306712350542237030065 0ustar jaakkojaakko/** @file singleplayersessionmenuwidget.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_SINGLEPLAYERSESSIONMENUWIDGET_H #define DENG_CLIENT_SINGLEPLAYERSESSIONMENUWIDGET_H #include "sessionmenuwidget.h" class SingleplayerSessionMenuWidget : public SessionMenuWidget { public: enum Mode { ShowAvailableGames, ShowGamesWithMissingResources }; SingleplayerSessionMenuWidget(Mode mode = ShowAvailableGames, de::String const &name = ""); Mode mode() const; de::Action *makeAction(de::ui::Item const &item); // Widget factory. GuiWidget *makeItemWidget(de::ui::Item const &, GuiWidget const *); void updateItemWidget(GuiWidget &, de::ui::Item const &); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_SINGLEPLAYERSESSIONMENUWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/sessionmenuwidget.h0000664000175000017500000000400012350542237025432 0ustar jaakkojaakko#ifndef DENG_CLIENT_SESSIONMENUWIDGET_H #define DENG_CLIENT_SESSIONMENUWIDGET_H #include "gamesessionwidget.h" #include "gamefilterwidget.h" #include #include /** * Specialized menu that contains items represented by GameSessionWidget * (or a class derived from it). * * Acts as the base class for the various game selection menus: singleplayer, * multiplayer, saved sessions. Common functionality such as sorting is * handled here in the base class. * * @ingroup ui */ class SessionMenuWidget : public de::MenuWidget, public de::ChildWidgetOrganizer::IWidgetFactory { Q_OBJECT public: /// Items in the menu should implement this interface to allow the /// base class to handle them. class SessionItem { public: SessionItem(SessionMenuWidget &owner); virtual ~SessionItem(); SessionMenuWidget &menu() const; /// Returns the title (label) for sorting. virtual de::String title() const = 0; /// Returns the game for sorting. virtual de::String gameIdentityKey() const = 0; virtual de::String sortKey() const; private: DENG2_PRIVATE(d) }; public: SessionMenuWidget(de::String const &name = ""); /** * Sets the game filter widget that defines the filter and sort * order for the menu. * * @param filter Filtering widget. */ void setFilter(GameFilterWidget *filter); GameFilterWidget &filter() const; void setColumns(int numberOfColumns); /** * Constructs an Action for activating a game session. * * @param item Item to activate. * * @return Action for selecting the item. Callers gets ownership (ref 1). */ virtual de::Action *makeAction(de::ui::Item const &item) = 0; signals: void availabilityChanged(); void sessionSelected(de::ui::Item const *item); public slots: void sort(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_SESSIONMENUWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/gamesessionwidget.h0000664000175000017500000000277112350542237025414 0ustar jaakkojaakko/** @file gamesessionwidget.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_GAMESESSIONWIDGET_H #define DENG_CLIENT_GAMESESSIONWIDGET_H #include #include /** * Widget for representing an item (game session) in a session menu (see * SessionMenuWidget). * * It has two buttons: one for starting the game and one for configuring it. */ class GameSessionWidget : public de::GuiWidget { public: GameSessionWidget(); de::ButtonWidget &loadButton(); de::ButtonWidget &infoButton(); de::DocumentWidget &document(); /** * Called immediately before the Info button is pressed. */ virtual void updateInfoContent(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_GAMESESSIONWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/gamewidget.h0000664000175000017500000000313212350542237024000 0ustar jaakkojaakko/** @file gamewidget.h Widget for legacy UI components. * @ingroup gui * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_GAMEWIDGET_H #define CLIENT_GAMEWIDGET_H #include /** * Widget for drawing the game world. * * @ingroup gui */ class GameWidget : public de::GuiWidget { public: GameWidget(de::String const &name = "game"); /** * Convenience method for changing and immediately applying a new GL * viewport. The viewport is automatically normalized in relation to the * root view size. * * This is only intended to support old graphics code that doesn't use libgui. */ void glApplyViewport(de::Rectanglei const &rect); void viewResized(); void update(); void drawContent(); bool handleEvent(de::Event const &event); private: DENG2_PRIVATE(d) }; #endif // CLIENT_GAMEWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/gameuiwidget.h0000664000175000017500000000223312350542237024337 0ustar jaakkojaakko/** @file gameuiwidget.h Widget for legacy game UI elements. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_GAMEUIWIDGET_H #define DENG_CLIENT_GAMEUIWIDGET_H #include /** * Widget that encapsulates game-side UI elements. */ class GameUIWidget : public de::GuiWidget { public: GameUIWidget(); void drawContent(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_GAMEUIWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/savedsessionmenuwidget.h0000664000175000017500000000277212350542237026473 0ustar jaakkojaakko/** @file savedsessionmenuwidget.h * * @authors Copyright © 2014 Jaakko Keränen * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_SAVEDSESSIONMENUWIDGET_H #define DENG_CLIENT_SAVEDSESSIONMENUWIDGET_H #include "sessionmenuwidget.h" #include /** * Menu that populates itself with available saved game sessions. * * @ingroup ui */ class SavedSessionMenuWidget : public SessionMenuWidget { public: SavedSessionMenuWidget(); de::Action *makeAction(de::ui::Item const &item); // Widget factory. GuiWidget *makeItemWidget(de::ui::Item const &, GuiWidget const *); void updateItemWidget(GuiWidget &, de::ui::Item const &); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_SAVEDSESSIONMENUWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/widgets/cvarchoicewidget.h0000664000175000017500000000271012350542237025176 0ustar jaakkojaakko/** @file cvarchoicewidget.h Console variable choice. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CVARCHOICEWIDGET_H #define DENG_CLIENT_CVARCHOICEWIDGET_H #include #include "icvarwidget.h" /** * Console variable choice for integer-type cvars with a limited number of * valid settings. The choice items' user data is used as the cvar value. */ class CVarChoiceWidget : public de::ChoiceWidget, public ICVarWidget { Q_OBJECT public: CVarChoiceWidget(char const *cvarPath); char const *cvarPath() const; public slots: void updateFromCVar(); protected slots: void setCVarValueFromWidget(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_CVARCHOICEWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/b_main.h0000664000175000017500000000445312350542237021451 0ustar jaakkojaakko/** @file b_main.h Event and device state bindings system. * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_BIND_MAIN_H #define DENG_CLIENT_BIND_MAIN_H #ifndef __CLIENT__ # error "Bindings only exist in the Client" #endif #include #include "dd_input.h" #ifdef __cplusplus extern "C" { #endif #define DEFAULT_BINDING_CONTEXT_NAME "game" #define CONSOLE_BINDING_CONTEXT_NAME "console" #define UI_BINDING_CONTEXT_NAME "deui" #define GLOBAL_BINDING_CONTEXT_NAME "global" extern int symbolicEchoMode; void B_Register(void); void B_Init(void); void B_Shutdown(void); dd_bool B_Delete(int bid); dd_bool B_Responder(ddevent_t* ev); void B_WriteToFile(FILE* file); /** * Enable the contexts for the initial state. */ void B_InitialContextActivations(void); void B_BindDefaults(void); void B_BindGameDefaults(void); struct evbinding_s* B_BindCommand(const char* eventDesc, const char* command); struct dbinding_s* B_BindControl(const char* controlDesc, const char* device); struct dbinding_s* B_GetControlDeviceBindings(int localNum, int control, struct bcontext_s** bContext); bool B_UnbindCommand(char const *command); // Utils /// @todo: move to b_util.h int B_NewIdentifier(void); const char* B_ShortNameForKey2(int ddKey, dd_bool forceLowercase); const char* B_ShortNameForKey(int ddkey); int B_KeyForShortName(const char* key); #ifdef __cplusplus } // extern "C" #endif #endif // DENG_CLIENT_BIND_MAIN_H doomsday-1.14.5/doomsday/client/include/ui/b_util.h0000664000175000017500000000717712350542237021510 0ustar jaakkojaakko/** @file * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * b_util.h: Bindings */ #ifndef __DOOMSDAY_BIND_UTIL_H__ #define __DOOMSDAY_BIND_UTIL_H__ #include "dd_types.h" // Event Binding Toggle State typedef enum ebstate_e { EBTOG_UNDEFINED = 0, EBTOG_DOWN, EBTOG_REPEAT, EBTOG_PRESS, EBTOG_UP, EBAXIS_WITHIN, EBAXIS_BEYOND, EBAXIS_BEYOND_POSITIVE, EBAXIS_BEYOND_NEGATIVE } ebstate_t; typedef enum stateconditiontype_e { SCT_STATE, ///< Related to the state of the engine. SCT_TOGGLE_STATE, ///< Toggle is in a specific state. SCT_MODIFIER_STATE, ///< Modifier is in a specific state. SCT_AXIS_BEYOND, ///< Axis is past a specific position. SCT_ANGLE_AT ///< Angle is pointing to a specific direction. } stateconditiontype_t; // Device state condition. typedef struct statecondition_s { uint device; // Which device? stateconditiontype_t type; int id; // Toggle/axis/angle identifier in the device. ebstate_t state; float pos; // Axis position/angle condition. struct { uint negate:1; // Test the inverse (e.g., not in a specific state). uint multiplayer:1; // Only for multiplayer. } flags; } statecondition_t; dd_bool B_ParseToggleState(const char* toggleName, ebstate_t* state); dd_bool B_ParseAxisPosition(const char* desc, ebstate_t* state, float* pos); dd_bool B_ParseKeyId(const char* desc, int* id); dd_bool B_ParseMouseTypeAndId(const char* desc, ddeventtype_t* type, int* id); dd_bool B_ParseJoystickTypeAndId(uint device, const char* desc, ddeventtype_t* type, int* id); dd_bool B_ParseAnglePosition(const char* desc, float* pos); dd_bool B_ParseStateCondition(statecondition_t* cond, const char* desc); dd_bool B_CheckAxisPos(ebstate_t test, float testPos, float pos); dd_bool B_CheckCondition(statecondition_t* cond, int localNum, struct bcontext_s* context); dd_bool B_EqualConditions(const statecondition_t* a, const statecondition_t* b); void B_AppendDeviceDescToString(uint device, ddeventtype_t type, int id, ddstring_t* str); void B_AppendToggleStateToString(ebstate_t state, ddstring_t* str); void B_AppendAxisPositionToString(ebstate_t state, float pos, ddstring_t* str); void B_AppendAnglePositionToString(float pos, ddstring_t* str); /** * Converts a state condition to text string format and appends it to a string. * * @param cond State condition. * @param str The condition in textual format is appended here. */ void B_AppendConditionToString(const statecondition_t* cond, ddstring_t* str); void B_AppendEventToString(const ddevent_t* ev, ddstring_t* str); #endif // __DOOMSDAY_BIND_UTIL_H__ doomsday-1.14.5/doomsday/client/include/ui/dialogs/0000775000175000017500000000000012350542237021467 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/ui/dialogs/renderersettingsdialog.h0000664000175000017500000000253512350542237026414 0ustar jaakkojaakko/** @file renderersettingsdialog.h Settings for the renderer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_RENDERERSETTINGSDIALOG_H #define DENG_CLIENT_RENDERERSETTINGSDIALOG_H #include /** * Dialog for modifying input settings. */ class RendererSettingsDialog : public de::DialogWidget { Q_OBJECT public: RendererSettingsDialog(de::String const &name = "renderersettings"); public slots: void resetToDefaults(); protected slots: void showDeveloperPopup(); void editProfile(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_RENDERERSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/inputsettingsdialog.h0000664000175000017500000000260012350542237025736 0ustar jaakkojaakko/** @file inputsettingsdialog.h Dialog for input settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_INPUTSETTINGSDIALOG_H #define DENG_CLIENT_INPUTSETTINGSDIALOG_H #include /** * Dialog for modifying input settings. */ class InputSettingsDialog : public de::DialogWidget { Q_OBJECT public: InputSettingsDialog(de::String const &name = "inputsettings"); public slots: void resetToDefaults(); protected slots: void mouseTogglesChanged(); void mouseSensitivityChanged(double value); void showDeveloperPopup(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_INPUTSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/vrsettingsdialog.h0000664000175000017500000000245712350542237025240 0ustar jaakkojaakko/** @file vrsettingsdialog.h Settings for virtual reality. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_VRSETTINGSDIALOG_H #define DENG_CLIENT_VRSETTINGSDIALOG_H #include /** * Dialog for modifying VR settings. */ class VRSettingsDialog : public de::DialogWidget { Q_OBJECT public: VRSettingsDialog(de::String const &name = "vrsettings"); public slots: void resetToDefaults(); void autoConfigForOculusRift(); void autoConfigForDesktop(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_VRSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/alertdialog.h0000664000175000017500000000415512350542237024134 0ustar jaakkojaakko/** @file alertdialog.h Dialog for listing recent alerts. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_ALERTDIALOG_H #define DENG_CLIENT_ALERTDIALOG_H #include /** * Dialog for listing recent alerts. * * Only one instance of each message is kept in the list. * * Use the static utility method ClientApp::alert() to conveniently add new alerts when * needed. * * @par Thread-safety * * Even though widgets in general should only be manipulated from the main thread, * adding new alerts is thread-safe. */ class AlertDialog : public de::DialogWidget { Q_OBJECT public: enum Level { Minor = -1, Normal = 0, Major = 1 }; public: AlertDialog(de::String const &name = "alerts"); /** * Adds a new alert. If the same alert is already in the list, the new one is ignored. * * Can be called from any thread. Alerts are put in a queue until the next time the * dialog's update() method is called. * * @param message Alert message. * @param level Severity level. */ void newAlert(de::String const &message, Level level = Normal); void update(); public slots: void showListOfAlerts(); void showLogFilterSettings(); protected: void finish(int result); void panelDismissed(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_ALERTDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/coloradjustmentdialog.h0000664000175000017500000000246512350542237026244 0ustar jaakkojaakko/** @file coloradjustmentdialog.h Dialog for gamma, etc. adjustments. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_COLORADJUSTMENTDIALOG_H #define DENG_CLIENT_COLORADJUSTMENTDIALOG_H #include /** * Dialog for gamma, etc. adjustments. */ class ColorAdjustmentDialog : public de::DialogWidget { Q_OBJECT public: ColorAdjustmentDialog(de::String const &name = "coloradjustment"); protected: void prepare(); public slots: void resetToDefaults(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_COLORADJUSTMENTDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/videosettingsdialog.h0000664000175000017500000000265312350542237025715 0ustar jaakkojaakko/** @file videosettingsdialog.h Dialog for video settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_VIDEOSETTINGSDIALOG_H #define DENG_CLIENT_VIDEOSETTINGSDIALOG_H #include /** * Dialog for modifying video settings. */ class VideoSettingsDialog : public de::DialogWidget { Q_OBJECT public: VideoSettingsDialog(de::String const &name = "videosettings"); protected slots: void resetToDefaults(); void changeMode(uint selected); void changeColorDepth(uint selected); void showColorAdjustments(); void showWindowMenu(); void applyModeToWindow(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_VIDEOSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/manualconnectiondialog.h0000664000175000017500000000422012350542237026353 0ustar jaakkojaakko/** @file manualconnectiondialog.h Dialog for connecting to a server. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_MANUALCONNECTIONDIALOG_H #define DENG_CLIENT_MANUALCONNECTIONDIALOG_H #include #include /** * Dialog for connecting to a multiplayer server manually using an IP address or domain * name. The TCP port number can also be optionally provided. * * The dialog stores the previously used address persistently. */ class ManualConnectionDialog : public de::InputDialog, public de::IPersistent { Q_OBJECT public: ManualConnectionDialog(de::String const &name = "manualconnection"); /** * Enables or disables joining the selected game when the user clicks on a * session. By default, this is enabled. * * @param joinWhenSelected @c true to allow auto-joining. */ void enableJoinWhenSelected(bool joinWhenSelected); de::Action *makeAction(de::ui::Item const &item); // Implements IPersistent. void operator >> (de::PersistentState &toState) const; void operator << (de::PersistentState const &fromState); signals: void selected(de::ui::Item const *); public slots: void queryOrConnect(); void contentChanged(); void validate(); void serverSelected(de::ui::Item const *); protected: void finish(int result); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_MANUALCONNECTIONDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/networksettingsdialog.h0000664000175000017500000000245712350542237026302 0ustar jaakkojaakko/** @file networksettingsdialog.h Dialog for network settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_NETWORKSETTINGSDIALOG_H #define DENG_CLIENT_NETWORKSETTINGSDIALOG_H #include /** * Dialog for modifying network settings. */ class NetworkSettingsDialog : public de::DialogWidget { Q_OBJECT public: NetworkSettingsDialog(de::String const &name = "networksettings"); public slots: void resetToDefaults(); void showDeveloperPopup(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_NETWORKSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/logsettingsdialog.h0000664000175000017500000000243212350542237025363 0ustar jaakkojaakko/** @file logsettingsdialog.h Dialog for Log settings. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_LOGSETTINGSDIALOG_H #define DENG_CLIENT_LOGSETTINGSDIALOG_H #include /** * Dialog for modifying log filter and alert settings. */ class LogSettingsDialog : public de::DialogWidget { Q_OBJECT public: LogSettingsDialog(de::String const &name = "logsettings"); public slots: void resetToDefaults(); void updateLogFilter(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_LOGSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/aboutdialog.h0000664000175000017500000000222312350542237024131 0ustar jaakkojaakko/** @file aboutdialog.h Information about the Doomsday Client. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_ABOUTDIALOG_H #define DENG_CLIENT_ABOUTDIALOG_H #include /** * Dialog that shows information about the client. */ class AboutDialog : public de::DialogWidget { Q_OBJECT public: AboutDialog(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_ABOUTDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/gamesdialog.h0000664000175000017500000000301512350542237024113 0ustar jaakkojaakko/** @file gamesdialog.h Dialog for viewing and loading available games. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_GAMESDIALOG_H #define DENG_CLIENT_GAMESDIALOG_H #include /** * Dialog for viewing and loading available games. */ class GamesDialog : public de::DialogWidget { Q_OBJECT public: enum Mode { ShowAll, ShowSingleplayerOnly, ShowMultiplayerOnly }; GamesDialog(Mode mode = ShowAll, de::String const &name = "games"); public slots: void showSettings(); void connectManually(); void selectSession(de::ui::Item const *); void sessionSelectedManually(de::ui::Item const *); protected: void preparePanelForOpening(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_GAMESDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/dialogs/audiosettingsdialog.h0000664000175000017500000000244112350542237025703 0ustar jaakkojaakko/** @file audiosettingsdialog.h Dialog for audio settings. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_AUDIOSETTINGSDIALOG_H #define DENG_CLIENT_AUDIOSETTINGSDIALOG_H #include /** * Dialog for modifying video settings. */ class AudioSettingsDialog : public de::DialogWidget { Q_OBJECT public: AudioSettingsDialog(de::String const &name = "audiosettings"); public slots: void resetToDefaults(); void showDeveloperPopup(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_AUDIOSETTINGSDIALOG_H doomsday-1.14.5/doomsday/client/include/ui/clientrootwidget.h0000664000175000017500000000256212350542237023611 0ustar jaakkojaakko/** @file clientrootwidget.h GUI root widget tailored for the Doomsday Client. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENTROOTWIDGET_H #define DENG_CLIENTROOTWIDGET_H #include #include class ClientWindow; /** * GUI root widget tailored for the Doomsday Client. */ class ClientRootWidget : public de::GuiRootWidget { public: ClientRootWidget(de::CanvasWindow *window = 0); ClientWindow &window(); void addOnTop(de::GuiWidget *widget); void dispatchLatestMousePosition(); void handleEventAsFallback(de::Event const &event); }; #endif // DENG_CLIENTROOTWIDGET_H doomsday-1.14.5/doomsday/client/include/ui/b_device.h0000664000175000017500000000427212350542237021763 0ustar jaakkojaakko/** @file * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * b_device.h: Control-Device Bindings */ #ifndef __DOOMSDAY_BIND_DEVICE_H__ #define __DOOMSDAY_BIND_DEVICE_H__ #include "b_util.h" typedef enum cbdevtype_e { CBD_TOGGLE = E_TOGGLE, CBD_AXIS = E_AXIS, CBD_ANGLE = E_ANGLE, NUM_CBD_TYPES } cbdevtype_t; // Flags for control-device bindings. #define CBDF_INVERSE 0x1 #define CBDF_TIME_STAGED 0x2 typedef struct dbinding_s { struct dbinding_s* next; struct dbinding_s* prev; int bid; uint device; cbdevtype_t type; int id; float angle; uint flags; // Additional conditions. int numConds; statecondition_t* conds; } dbinding_t; void B_InitDeviceBindingList(dbinding_t* listRoot); void B_DestroyDeviceBindingList(dbinding_t* listRoot); dbinding_t* B_NewDeviceBinding(dbinding_t* listRoot, const char* deviceDesc); void B_DestroyDeviceBinding(dbinding_t* cb); void B_DeviceBindingToString(const dbinding_t* b, ddstring_t* str); void B_EvaluateDeviceBindingList(int localNum, dbinding_t* listRoot, float* pos, float* relativeOffset, struct bcontext_s* controlClass, dd_bool allowTriggered); #endif // __DOOMSDAY_BIND_DEVICE_H__ doomsday-1.14.5/doomsday/client/include/ui/clientwindow.h0000664000175000017500000001343212350542237022727 0ustar jaakkojaakko/** @file clientwindow.h Top-level window with UI widgets. * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef CLIENT_CLIENTWINDOW_H #define CLIENT_CLIENTWINDOW_H #include #include #include #include "ui/clientrootwidget.h" #include "resource/image.h" #include "ui/widgets/gamewidget.h" /** * Macro for conveniently accessing the current active window. There is always * one active window, so no need to worry about NULLs. The easiest way to get * information about the window where drawing is done. */ //#define DENG_WINDOW (&ClientWindow::main()) #define DENG_GAMEVIEW_X ClientWindow::main().game().rule().left().valuei() #define DENG_GAMEVIEW_Y ClientWindow::main().game().rule().top().valuei() #define DENG_GAMEVIEW_WIDTH ClientWindow::main().game().rule().width().valuei() #define DENG_GAMEVIEW_HEIGHT ClientWindow::main().game().rule().height().valuei() /** * A helpful macro that changes the origin of the window space coordinate system. */ #define FLIP(y) (ClientWindow::main().height() - ((y)+1)) class ConsoleWidget; class TaskBarWidget; class BusyWidget; class AlertDialog; /** * Top-level window that contains a libdeng2 UI widgets. @ingroup gui */ class ClientWindow : public de::BaseWindow, DENG2_OBSERVES(de::Canvas, GLInit), DENG2_OBSERVES(de::Canvas, GLResize) { Q_OBJECT public: enum Mode { Normal, Busy }; enum SidebarLocation { RightEdge }; public: ClientWindow(de::String const &id = "main"); ClientRootWidget &root(); TaskBarWidget &taskBar(); de::GuiWidget &taskBarBlur(); ConsoleWidget &console(); de::NotificationAreaWidget ¬ifications(); GameWidget &game(); BusyWidget &busy(); AlertDialog &alerts(); /** * Adds a widget to the widget tree so that it will be displayed over * other widgets. * * @param widget Widget to add on top of others. Ownership of the * widget taken by the new parent. */ void addOnTop(de::GuiWidget *widget); /** * Installs a sidebar widget into the window. If there is an existing * sidebar, it will be deleted. Sidebar widgets are expected to control * their own width (on the right/left edges) or height (on the top/bottom * edges). * * @param location Location to attach the sidebar. Window takes ownership * of the widget. * @param sidebar Widget to install, or @c NULL to remove the sidebar. */ void setSidebar(SidebarLocation location, de::GuiWidget *sidebar); void unsetSidebar(SidebarLocation location) { setSidebar(location, 0); } bool hasSidebar(SidebarLocation location = RightEdge) const; /** * Sets the operating mode of the window. In Busy mode, the normal * widgets of the window will be replaced with a single BusyWidget. * * @param mode Mode. */ void setMode(Mode const &mode); /** * Must be called before any canvas windows are created. Defines the * default OpenGL format settings for the contained canvases. * * @return @c true, if the new format was applied. @c false, if the new * format remains the same because none of the settings have changed. */ static bool setDefaultGLFormat(); /** * Determines whether the contents of a window should be drawn during the * execution of the main loop callback, or should we wait for an update event * from the windowing system. */ bool shouldRepaintManually() const; /** * Grab the contents of the window into the supplied @a image. Ownership of * the image passes to the window for the duration of this call. * * @param image Image to fill with the grabbed frame contents. * @param halfSized If @c true, scales the image to half the full size. */ void grab(image_t &image, bool halfSized = false) const; /** * Draws the untransformed game-related contents of the window. The drawing * is done immediately; this must be called from the main/UI thread. * * The current render target is cleared before drawing. */ void drawGameContent(); void updateCanvasFormat(); void updateRootSize(); // Notifications. bool isFPSCounterVisible() const; // Events. void closeEvent(QCloseEvent *); void canvasGLReady(de::Canvas &); void canvasGLInit(de::Canvas &); void canvasGLResized(de::Canvas &); // Implements BaseWindow. de::Vector2f windowContentSize() const; void drawWindowContent(); void preDraw(); void postDraw(); bool handleFallbackEvent(de::Event const &event); static ClientWindow &main(); protected: bool prepareForDraw(); public slots: void toggleFPSCounter(); void showColorAdjustments(); private: DENG2_PRIVATE(d) }; #endif // CANVASWINDOW_H doomsday-1.14.5/doomsday/client/include/ui/dd_ui.h0000664000175000017500000002261612350542237021311 0ustar jaakkojaakko/** * @file dd_ui.h * User interface. * @ingroup gui * * @todo The meaning of the "fi_" prefix is unclear; rename to "ui_"? * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DOOMSDAY_GUI_H #define DOOMSDAY_GUI_H #include #include "api_fontrender.h" #include "api_svg.h" #include "Material" /** * @defgroup gui GUI */ ///@{ /// Numeric identifiers of predefined colors. enum { UIC_TEXT, UIC_TITLE, UIC_SHADOW, UIC_BG_LIGHT, UIC_BG_MEDIUM, UIC_BG_DARK, UIC_BRD_HI, UIC_BRD_MED, UIC_BRD_LOW, UIC_HELP, NUM_UI_COLORS }; typedef ident_t fi_objectid_t; #define FI_NAME_MAX_LENGTH 32 typedef char fi_name_t[FI_NAME_MAX_LENGTH]; typedef fi_name_t fi_objectname_t; typedef enum { FI_NONE, FI_TEXT, FI_PIC } fi_obtype_e; struct fi_object_s; struct fi_page_s; /** * Base fi_objects_t elements. All objects MUST use this as their basis. * * @ingroup video */ #define FIOBJECT_BASE_ELEMENTS() \ fi_obtype_e type; /* Type of the object. */ \ struct fi_page_s *page; /* Owning page */ \ int group; \ struct { \ char looping:1; /* Animation will loop. */ \ } flags; \ dd_bool animComplete; /* Animation finished (or repeated). */ \ fi_objectid_t id; /* Unique id of the object. */ \ fi_objectname_t name; /* Nice name. */ \ animatorvector3_t pos; \ animator_t angle; \ animatorvector3_t scale; \ void (*drawer) (struct fi_object_s *, float const offset[3]); \ void (*thinker) (struct fi_object_s *obj); #ifdef __cplusplus extern "C" { #endif struct fi_object_s *FI_NewObject(fi_obtype_e type, char const *name); void FI_DeleteObject(struct fi_object_s* obj); struct fi_object_s *FI_Object(fi_objectid_t id); /** * @return Page which presently owns this object. Can be @c NULL if the * object is presently being moved from one page to another. */ struct fi_page_s *FIObject_Page(struct fi_object_s *obj); /** * Change/setup a reverse link between this object and it's owning page. * @note Changing this relationship here does not complete the task of * linking an object with a page (not enough information). It is therefore * the page's responsibility to call this when adding/removing objects. */ void FIObject_SetPage(struct fi_object_s *obj, struct fi_page_s *page); /** * A page is an aggregate visual/visual container. * * @ingroup video */ typedef struct { struct fi_object_s **vector; uint size; } fi_object_collection_t; typedef struct fi_page_s { struct fi_page_flags_s { char hidden:1; /// Currently hidden (not drawn). char paused:1; /// Currently paused (does not tic). char showBackground:1; /// Draw the background? } flags; /// Child visuals (objects) visible on this page. /// @note Unlike de::Visual the children are not owned by the page. fi_object_collection_t _objects; /// Offset the world origin. animatorvector3_t _offset; void (*drawer) (struct fi_page_s *page); void (*ticker) (struct fi_page_s *page, timespan_t ticLength); /// Pointer to the previous page, if any. struct fi_page_s *previous; struct fi_page_background_s { Material *material; animatorvector4_t topColor; animatorvector4_t bottomColor; } _bg; animatorvector4_t _filter; animatorvector3_t _preColor[FIPAGE_NUM_PREDEFINED_COLORS]; fontid_t _preFont[FIPAGE_NUM_PREDEFINED_FONTS]; uint _timer; } fi_page_t; fi_page_t *FI_NewPage(fi_page_t *prevPage); void FI_DeletePage(fi_page_t *page); /// Draws the page if not hidden. void FIPage_Drawer(fi_page_t *page); /// Tic the page if not paused. void FIPage_Ticker(fi_page_t *page, timespan_t ticLength); /// Adds UI object to the page if not already present. Page takes ownership. struct fi_object_s *FIPage_AddObject(fi_page_t *page, struct fi_object_s *obj); /// Removes UI object from the page if present. Page gives up ownership. struct fi_object_s *FIPage_RemoveObject(fi_page_t *page, struct fi_object_s *obj); /// Is the UI object present on the page? dd_bool FIPage_HasObject(fi_page_t *page, struct fi_object_s *obj); /// Current background Material. Material *FIPage_BackgroundMaterial(fi_page_t *page); /// Sets the 'is-visible' state. void FIPage_MakeVisible(fi_page_t *page, dd_bool yes); /// Sets the 'is-paused' state. void FIPage_Pause(fi_page_t *page, dd_bool yes); /// Sets the background Material. void FIPage_SetBackgroundMaterial(fi_page_t *page, Material *mat); /// Sets the background top color. void FIPage_SetBackgroundTopColor(fi_page_t *page, float red, float green, float blue, int steps); /// Sets the background top color and alpha. void FIPage_SetBackgroundTopColorAndAlpha(fi_page_t *page, float red, float green, float blue, float alpha, int steps); /// Sets the background bottom color. void FIPage_SetBackgroundBottomColor(fi_page_t *page, float red, float green, float blue, int steps); /// Sets the background bottom color and alpha. void FIPage_SetBackgroundBottomColorAndAlpha(fi_page_t *page, float red, float green, float blue, float alpha, int steps); /// Sets the x-axis component of the world offset. void FIPage_SetOffsetX(fi_page_t *page, float x, int steps); /// Sets the y-axis component of the world offset. void FIPage_SetOffsetY(fi_page_t *page, float y, int steps); /// Sets the world offset. void FIPage_SetOffsetXYZ(fi_page_t *page, float x, float y, float z, int steps); /// Sets the filter color and alpha. void FIPage_SetFilterColorAndAlpha(fi_page_t *page, float red, float green, float blue, float alpha, int steps); /// Sets a predefined color. void FIPage_SetPredefinedColor(fi_page_t *page, uint idx, float red, float green, float blue, int steps); /// @return Animator which represents the identified predefined color. animatorvector3_t const *FIPage_PredefinedColor(fi_page_t *page, uint idx); /// Sets a predefined font. void FIPage_SetPredefinedFont(fi_page_t *page, uint idx, fontid_t font); /// @return Unique identifier of the predefined font. fontid_t FIPage_PredefinedFont(fi_page_t *page, uint idx); typedef enum { PFT_MATERIAL, PFT_PATCH, PFT_RAW, /// "Raw" graphic or PCX lump. PFT_XIMAGE /// External graphics resource. } fi_pic_type_t; /** * Rectangle/Image sequence object. * * @ingroup video */ typedef struct fidata_pic_frame_s { int tics; fi_pic_type_t type; struct fidata_pic_frame_flags_s { char flip:1; } flags; union { Material *material; patchid_t patch; lumpnum_t lumpNum; DGLuint tex; } texRef; short sound; } fidata_pic_frame_t; typedef struct fidata_pic_s { FIOBJECT_BASE_ELEMENTS() int tics; uint curFrame; fidata_pic_frame_t **frames; uint numFrames; animatorvector4_t color; /// For rectangle-objects. animatorvector4_t otherColor; animatorvector4_t edgeColor; animatorvector4_t otherEdgeColor; } fidata_pic_t; void FIData_PicThink(struct fi_object_s *pic); void FIData_PicDraw(struct fi_object_s *pic, float const offset[3]); uint FIData_PicAppendFrame(struct fi_object_s *pic, fi_pic_type_t type, int tics, void *texRef, short sound, dd_bool flagFlipH); void FIData_PicClearAnimation(struct fi_object_s *pic); /** * Text object. * * @ingroup video */ typedef struct fidata_text_s { FIOBJECT_BASE_ELEMENTS() animatorvector4_t color; uint pageColor; /// Identifier of the owning page's predefined color. Zero means use our own color. int alignFlags; /// @ref alignmentFlags short textFlags; /// @ref drawTextFlags int scrollWait, scrollTimer; /// Automatic scrolling upwards. size_t cursorPos; int wait, timer; float lineHeight; fontid_t fontNum; char *text; } fidata_text_t; void FIData_TextThink(struct fi_object_s *text); void FIData_TextDraw(struct fi_object_s *text, float const offset[3]); void FIData_TextCopy(struct fi_object_s *text, char const *str); void FIData_TextSetFont(struct fi_object_s *text, fontid_t fontNum); void FIData_TextSetPreColor(struct fi_object_s* text, uint id); void FIData_TextSetColor(struct fi_object_s *text, float red, float green, float blue, int steps); void FIData_TextSetAlpha(struct fi_object_s *text, float alpha, int steps); void FIData_TextSetColorAndAlpha(struct fi_object_s *text, float red, float green, float blue, float alpha, int steps); void FIData_TextAccelerate(struct fi_object_s *obj); /** * @return Length of the current text as a counter. */ size_t FIData_TextLength(struct fi_object_s *text); ///@} #ifdef __cplusplus } // extern "C" #endif #endif /* DOOMSDAY_GUI_H */ doomsday-1.14.5/doomsday/client/include/ui/clientwindowsystem.h0000664000175000017500000000370412350542237024175 0ustar jaakkojaakko/** @file clientwindowsystem.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENTWINDOWSYSTEM_H #define DENG_CLIENTWINDOWSYSTEM_H #include #include "SettingsRegister" class ClientWindow; /** * Client-side window system for managing ClientWindow instances. */ class ClientWindowSystem : public de::WindowSystem { public: ClientWindowSystem(); SettingsRegister &settings(); /** * Constructs a new window using the default configuration. Note that the * default configuration is saved persistently when the engine shuts down * and is restored when the engine is restarted. * * Command line options (e.g., -xpos) can be used to modify the window * configuration. * * @param id Identifier of the window ("main" for the main window). * * @return ClientWindow instance. Ownership is retained by the window system. */ ClientWindow *createWindow(de::String const &id = "main"); static ClientWindow &main(); static ClientWindow *mainPtr(); protected: void closingAllWindows(); bool rootProcessEvent(de::Event const &event); void rootUpdate(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENTWINDOWSYSTEM_H doomsday-1.14.5/doomsday/client/include/ui/editors/0000775000175000017500000000000012350542237021516 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/ui/editors/rendererappearanceeditor.h0000664000175000017500000000323312350542237026725 0ustar jaakkojaakko/** @file rendererappearanceeditor.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_RENDERERAPPEARANCEEDITOR_H #define DENG_CLIENT_RENDERERAPPEARANCEEDITOR_H #include #include /** * Editor for modifying the settings for the renderer's visual appearance. * * Automatically installs itself into the main window's right sidebar. * * @see ClientApp::rendererAppearanceSettings() */ class RendererAppearanceEditor : public de::PanelWidget, public de::IPersistent { Q_OBJECT public: RendererAppearanceEditor(); void operator >> (de::PersistentState &toState) const; void operator << (de::PersistentState const &fromState); public slots: void foldAll(); void unfoldAll(); protected: void preparePanelForOpening(); void panelDismissed(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_RENDERERAPPEARANCEEDITOR_H doomsday-1.14.5/doomsday/client/include/ui/zonedebug.h0000664000175000017500000000222512350542237022201 0ustar jaakkojaakko/** * @file zonedebug.h * Memory zone debug visualization. @ingroup memzone * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef CLIENT_ZONEDEBUG_H #define CLIENT_ZONEDEBUG_H #ifdef _DEBUG #ifdef __cplusplus extern "C" { #endif void Z_DebugDrawer(void); #ifdef __cplusplus } // extern "C" #endif #endif // _DEBUG #endif // CLIENT_ZONEDEBUG_H doomsday-1.14.5/doomsday/client/include/ui/sys_input.h0000664000175000017500000000705712350542237022264 0ustar jaakkojaakko/** * @file sys_input.h * Keyboard and mouse input pre-processing. @ingroup input * * @see joystick.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SYSTEM_INPUT_H #define LIBDENG_SYSTEM_INPUT_H #ifndef __CLIENT__ # error "Input requires __CLIENT__" #endif #include #include "joystick.h" #ifdef __cplusplus extern "C" { #endif // Key event types. enum { IKE_NONE, IKE_DOWN, IKE_UP, IKE_REPEAT }; // Mouse buttons. enum { IMB_LEFT, IMB_MIDDLE, IMB_RIGHT, IMB_MWHEELUP, // virtual button IMB_MWHEELDOWN, // virtual button IMB_EXTRA1, IMB_EXTRA2, // ...other buttons... IMB_MWHEELLEFT = 14, // virtual button IMB_MWHEELRIGHT = 15, // virtual button IMB_MAXBUTTONS = 16 }; // Mouse axes. enum { IMA_POINTER, IMA_WHEEL, IMA_MAXAXES }; typedef struct keyevent_s { byte type; ///< Type of the event. int ddkey; ///< DDKEY code. int native; ///< Native code (use this to check for physically equivalent keys). char text[8]; ///< For characters, latin1-encoded text to insert. /// @todo Unicode } keyevent_t; typedef struct mousestate_s { struct { int x; int y; } axis[IMA_MAXAXES]; ///< Relative X and Y. int buttonDowns[IMB_MAXBUTTONS]; ///< Button down count. int buttonUps[IMB_MAXBUTTONS]; ///< Button up count. } mousestate_t; typedef struct mouseinterface_s { int (*init)(void); ///< Initialize the mouse. void (*shutdown)(void); void (*poll)(void); ///< Polls the current state of the mouse. void (*getState)(mousestate_t*); void (*trap)(dd_bool); ///< Enable or disable mouse grabbing. } mouseinterface_t; void I_Register(void); /** * Initialize input. * * @return @c true, if successful. */ dd_bool I_Init(void); void I_Shutdown(void); /** * Submits a new key event for preprocessing. The event has likely just been * received from the windowing system. * * @param type Type of the event (IKE_*). * @param ddKey DDKEY code. * @param native Native code. Identifies the physical key. * @param text For characters, latin1-encoded text to insert. Otherwise @c NULL. */ void Keyboard_Submit(int type, int ddKey, int native, const char* text); size_t Keyboard_GetEvents(keyevent_t *evbuf, size_t bufsize); dd_bool Mouse_IsPresent(void); void Mouse_Trap(dd_bool enabled); /** * Polls the current state of the mouse. This is called at regular intervals. */ void Mouse_Poll(void); void Mouse_GetState(mousestate_t *state); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/ui/ui_main.h0000664000175000017500000000660512350542237021646 0ustar jaakkojaakko/** @file ui_main.h Graphical User Interface (obsolete). * * Has ties to the console routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_UI_MAIN_H #define LIBDENG_UI_MAIN_H #include #include "dd_input.h" // ddevent_t #ifdef __CLIENT__ # include "MaterialVariantSpec" #endif enum fontstyle_t { FS_NORMAL, FS_BOLD, FS_LIGHT, FONTSTYLE_COUNT }; /// Standard dimensions. #define UI_WIDTH (1000.0f) #define UI_HEIGHT (1000.0f) #define UI_BORDER (UI_WIDTH/120) /// All borders are this wide. #define UI_SHADOW_OFFSET (MIN_OF(3, UI_WIDTH/320)) #define UI_SHADOW_STRENGTH (.6f) #define UI_BUTTON_BORDER (UI_BORDER) #define UI_BAR_WDH (UI_BORDER * 3) #define UI_BAR_BORDER (UI_BORDER / 2) #define UI_BAR_BUTTON_BORDER (3 * UI_BAR_BORDER / 2) #define UI_MAX_COLUMNS 10 /// Maximum columns for list box. typedef struct { float red, green, blue; } ui_color_t; DENG_EXTERN_C fontid_t fontFixed, fontVariable[FONTSTYLE_COUNT]; void UI_Register(void); void UI_LoadFonts(void); char const *UI_ChooseFixedFont(void); char const *UI_ChooseVariableFont(fontstyle_t style); /// @param id Id number of the color to return e.g. "UIC_TEXT". ui_color_t* UI_Color(uint id); /// @return Height of the current UI font. int UI_FontHeight(void); /** * Background with the "The Doomsday Engine" text superimposed. * * @param origin Screen-space coordinate origin (top left). * @param size Screen-space dimensions of the cursor in pixels. * @param alpha Alpha level to use when drawing the background. */ void UI_DrawDDBackground(Point2Raw const &origin, Size2Raw const &size, float alpha); void UI_MixColors(ui_color_t* a, ui_color_t* b, ui_color_t* dest, float amount); void UI_SetColorA(ui_color_t* color, float alpha); void UI_SetColor(ui_color_t* color); void UI_Gradient(const Point2Raw* origin, const Size2Raw* size, ui_color_t* top, ui_color_t* bottom, float topAlpha, float bottomAlpha); void UI_GradientEx(const Point2Raw* origin, const Size2Raw* size, int border, ui_color_t* top, ui_color_t* bottom, float topAlpha, float bottomAlpha); void UI_DrawRectEx(const Point2Raw* origin, const Size2Raw* size, int brd, dd_bool filled, ui_color_t* top, ui_color_t* bottom, float alpha, float bottomAlpha); /// Draw shadowed text. void UI_TextOutEx(const char* text, const Point2Raw* origin, ui_color_t* color, float alpha); void UI_TextOutEx2(const char* text, const Point2Raw* origin, ui_color_t* color, float alpha, int alignFlags, short textFlags); de::MaterialVariantSpec const &UI_MaterialSpec(int texSpecFlags = 0); #endif doomsday-1.14.5/doomsday/client/include/ui/nativeui.h0000664000175000017500000000557112350542237022052 0ustar jaakkojaakko/** * @file nativeui.h * Native GUI functionality. @ingroup base * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_NATIVEUI_H #define LIBDENG_NATIVEUI_H #ifdef __cplusplus extern "C" { #endif // Message box types. typedef enum { MBT_GENERIC, ///< No icon. MBT_INFORMATION, MBT_QUESTION, MBT_WARNING, MBT_ERROR } messageboxtype_t; /** * Shows a native modal message dialog. * * @param type Type of the dialog (which icon to show). * @param title Title for the dialog. * @param msg Message. * @param detailedMsg Optional, possibly long extra content to show. Can be @c NULL. */ void Sys_MessageBox(messageboxtype_t type, const char* title, const char* msg, const char* detailedMsg); void Sys_MessageBox2(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char* detailedMsg); int Sys_MessageBox3(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char* detailedMsg, const char** buttons); void Sys_MessageBoxf(messageboxtype_t type, const char* title, const char* format, ...); int Sys_MessageBoxWithButtons(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char** buttons); /** * Shows a native modal message dialog. The "more detail" content is read from a file. * * @param type Type of the dialog (which icon to show). * @param title Title for the dialog. * @param msg Message. * @param informativeMsg Additional information to show under the message * (perhaps using a smaller font). * @param detailsFileName Name of the file where to read details. */ void Sys_MessageBoxWithDetailsFromFile(messageboxtype_t type, const char* title, const char* msg, const char* informativeMsg, const char* detailsFileName); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_NATIVEUI_H doomsday-1.14.5/doomsday/client/include/ui/b_command.h0000664000175000017500000000562612350542237022146 0ustar jaakkojaakko/** @file * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * b_command.h: Event-Command Bindings */ #ifndef __DOOMSDAY_BIND_COMMAND_H__ #define __DOOMSDAY_BIND_COMMAND_H__ #include "b_util.h" #include typedef struct evbinding_s { struct evbinding_s* prev; // Previous in list of bindings. struct evbinding_s* next; // Next in list of bindings. int bid; // Binding identifier. char* command; // Command to execute. uint device; // Which device? ddeventtype_t type; // Type of event. int id; // Identifier. ebstate_t state; float pos; char* symbolicName; // Name of a symbolic event. // Additional conditions. int numConds; statecondition_t* conds; } evbinding_t; void B_InitCommandBindingList(evbinding_t* listRoot); void B_DestroyCommandBindingList(evbinding_t* listRoot); evbinding_t* B_NewCommandBinding(evbinding_t* listRoot, const char* desc, const char* command); void B_DestroyCommandBinding(evbinding_t* eb); void B_EventBindingToString(const evbinding_t* eb, ddstring_t* str); evbinding_t *B_FindCommandBinding(evbinding_t const *listRoot, char const *command, uint device); /** * Checks if the event matches the binding's conditions, and if so, returns an * action with the bound command. * * @param eb Event binding. * @param event Event to match against. * @param eventClass The event has been bound in this binding class. If the * bound state is associated with a higher-priority active * class, the binding cannot be executed. * @param respectHigherAssociatedContexts Bindings are shadowed by higher active contexts. * * @return Action to be triggered, or @c NULL. Caller gets ownership. */ de::Action *EventBinding_ActionForEvent(evbinding_t *eb, ddevent_t const *event, struct bcontext_s *eventClass, bool respectHigherAssociatedContexts); #endif // __DOOMSDAY_BIND_COMMAND_H__ doomsday-1.14.5/doomsday/client/include/Decoration0000664000175000017500000000003712350542237021442 0ustar jaakkojaakko#include "render/decoration.h" doomsday-1.14.5/doomsday/client/include/BiasSource0000664000175000017500000000003712350542237021412 0ustar jaakkojaakko#include "render/biassource.h" doomsday-1.14.5/doomsday/client/include/de_infine.h0000664000175000017500000000172012350542237021521 0ustar jaakkojaakko/** @file * * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * The "In Fine" finale sequence system. */ #ifndef LIBDENG_INFINE #define LIBDENG_INFINE #include "api_infine.h" #include "ui/fi_main.h" #endif /* LIBDENG_INFINE */ doomsday-1.14.5/doomsday/client/include/EntityDatabase0000664000175000017500000000004212350542237022250 0ustar jaakkojaakko#include "world/entitydatabase.h" doomsday-1.14.5/doomsday/client/include/color.h0000664000175000017500000000364712350542237020731 0ustar jaakkojaakko/** * @file color.h Color * * @author Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DATA_COLOR_H #define LIBDENG_DATA_COLOR_H #ifdef __cplusplus extern "C" { #endif /** * ColorRawf. Color Raw (f)loating point. Is intended as a handy POD * structure for easy manipulation of four component, floating point * color plus alpha value sets. * * @ingroup data */ typedef struct ColorRawf_s { union { // Straight RGBA vector representation. float rgba[4]; // Hybrid RGB plus alpha component representation. struct { float rgb[3]; float alpha; }; // Component-wise representation. struct { float red; float green; float blue; float _alpha; }; }; #ifdef __cplusplus ColorRawf_s(float r = 0.f, float g = 0.f, float b = 0.f, float a = 0.f) : red(r), green(g), blue(b), _alpha(a) {} #endif } ColorRawf; float ColorRawf_AverageColor(ColorRawf* color); float ColorRawf_AverageColorMulAlpha(ColorRawf* color); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_DATA_COLOR_H doomsday-1.14.5/doomsday/client/include/Sprite0000664000175000017500000000003512350542237020617 0ustar jaakkojaakko#include "resource/sprite.h" doomsday-1.14.5/doomsday/client/include/MaterialManifest0000664000175000017500000000004712350542237022601 0ustar jaakkojaakko#include "resource/materialmanifest.h" doomsday-1.14.5/doomsday/client/include/m_misc.h0000664000175000017500000001021312350542237021045 0ustar jaakkojaakko/** @file m_misc.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Miscellanous Routines. */ #ifndef LIBDENG_M_MISC_H #define LIBDENG_M_MISC_H #include #include "dd_types.h" #include #include "filehandle.h" #ifdef __cplusplus extern "C" { #endif struct aaboxd_s; /** * Reads x bits from the source stream and writes them to out. * * \warning Output buffer must be large enough to hold at least @a numBits! * * @param numBits Number of bits to be read. * @param src Current position in the source stream. * @param cb Current byte. Used for tracking the current byte being read. * @param out Read bits are ouput here. */ void M_ReadBits(uint numBits, const uint8_t** src, uint8_t* cb, uint8_t* out); // Text utilities. void M_WriteCommented(FILE* file, const char* text); void M_WriteTextEsc(FILE* file, const char* text); void M_ReadLine(char* buffer, size_t len, FileHandle* file); /** * Check the spatial relationship between the given box and a partitioning line. * * @param box Box being tested. * @param linePoint Point on the line. * @param lineDirection Direction of the line (slope). * * @return @c <0= bbox is wholly on the left side. * @c 0= line intersects bbox. * @c >0= bbox wholly on the right side. */ int M_BoxOnLineSide(const struct aaboxd_s* box, double const linePoint[2], double const lineDirection[2]); int M_BoxOnLineSide_FixedPrecision(const fixed_t box[], const fixed_t linePoint[], const fixed_t lineDirection[]); /** * Check the spatial relationship between the given box and a partitioning line. * * An alternative version of M_BoxOnLineSide() which allows specifying many of the * intermediate values used in the calculation a priori for performance reasons. * * @param box Box being tested. * @param linePoint Point on the line. * @param lineDirection Direction of the line (slope). * @param linePerp Perpendicular distance of the line. * @param lineLength Length of the line. * @param epsilon Points within this distance will be considered equal. * * @return @c <0= bbox is wholly on the left side. * @c 0= line intersects bbox. * @c >0= bbox wholly on the right side. */ int M_BoxOnLineSide2(const struct aaboxd_s* box, double const linePoint[2], double const lineDirection[2], double linePerp, double lineLength, double epsilon); typedef struct trigger_s { timespan_t duration; timespan_t accum; } trigger_t; /** * Advances time and return true if the trigger is triggered. * * @param trigger Time trigger. * @param advanceTime Amount of time to advance the trigger. * * @return @c true, if the trigger has accumulated enough time * to fill the trigger's time threshold. */ dd_bool M_RunTrigger(trigger_t* trigger, timespan_t advanceTime); /** * Checks if the trigger will trigger after @a advanceTime seconds. * The trigger itself is not modified in any way. * * @param trigger Time trigger. * @param advanceTime Amount of time to advance the trigger. * * @return @c true, if the trigger will accumulate enough time after @a advanceTime * to fill the trigger's time threshold. */ dd_bool M_CheckTrigger(const trigger_t* trigger, timespan_t advanceTime); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_M_MISC_H doomsday-1.14.5/doomsday/client/include/Grabbable0000664000175000017500000000003512350542237021212 0ustar jaakkojaakko#include "world/grabbable.h" doomsday-1.14.5/doomsday/client/include/ModelDef0000664000175000017500000000003712350542237021032 0ustar jaakkojaakko#include "resource/modeldef.h" doomsday-1.14.5/doomsday/client/include/alertmask.h0000664000175000017500000000226712350542237021573 0ustar jaakkojaakko/** @file alertmask.h * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_ALERTMASK_H #define DENG_CLIENT_ALERTMASK_H #include class AlertMask { public: AlertMask(); /** * Begins observing the Config.alert.* variables and updating the mask * accordingly. */ void init(); bool shouldRaiseAlert(de::duint32 entryMetadata) const; private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_ALERTMASK_H doomsday-1.14.5/doomsday/client/include/hedge.h0000664000175000017500000001264212350542237020662 0ustar jaakkojaakko/** @file hedge.h Mesh Geometry Half-Edge. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_DATA_MESH_HEDGE_H #define DENG_DATA_MESH_HEDGE_H #include #include #include "Mesh" #include "Vertex" namespace de { /** * Mesh half-edge geometry. * * @ingroup world */ class HEdge : public MeshElement { public: /// Required twin half-edge is missing. @ingroup errors DENG2_ERROR(MissingTwinError); /// Required face is missing. @ingroup errors DENG2_ERROR(MissingFaceError); /// Required neighbor half-edge is missing. @ingroup errors DENG2_ERROR(MissingNeighborError); public: HEdge(Mesh &mesh, Vertex &vertex); /** * Returns the vertex of the half-edge. */ Vertex &vertex() const; /** * Convenient accessor returning the origin coordinates for the vertex of * the half-edge. * * @see vertex() */ inline Vector2d const &origin() const { return vertex().origin(); } /** * Returns @c true iff a @em twin is linked to the half-edge. */ bool hasTwin() const; /** * Returns the linked @em twin of the half-edge. */ HEdge &twin() const; /** * Change the linked @em twin half-edge. * * @param newTwin New half-edge to attribute as the @em twin half-edge. * Ownership is unaffected. Can be @c 0 (to clear the * attribution). * * @see hasTwin(), twin() */ void setTwin(HEdge const *newTwin); /** * Returns @c true iff the half-edge is part of some Face geometry. */ bool hasFace() const; /** * Returns the Face geometry the half-edge is a part of. * * @see hasFace() */ Face &face() const; /** * Change the Face to which the half-edge is attributed. * * @param newFace New Face to attribute to the half-edge. Ownership is * unaffected. Can be @c 0 (to clear the attribution). * * @see hasFace(), face() */ void setFace(Face const *newFace); /** * Returns @c true iff the half-edge has a neighbor in the specifed direction * around the face of the polyon. */ bool hasNeighbor(ClockDirection direction) const; /** * Returns the neighbor half-edge in the specified @a direction around the * face of the polygon. * * @param direction Relative direction for desired neighbor half-edge. */ HEdge &neighbor(ClockDirection direction) const; /** * Change the neighbor half-edge in the specified @a direction around the * face of the polygon. * * @param direction Relative direction for the new neighbor half-edge. * @param newNeighbor Half-edge to attribute as the new neighbor. * Ownership is unaffected. * * @see hasNeighbor(), neighbor() */ void setNeighbor(ClockDirection direction, HEdge const *newNeighbor); /** * Returns @c true iff the half-edge has a next (clockwise) neighbor around * the face of the polygon. * * @see hasNeighbor() */ inline bool hasNext() const { return hasNeighbor(Clockwise); } /** * Returns the @em clockwise neighbor half-edge around the face of the * polygon. * * @see neighbor(), hasNext() */ inline HEdge &next() const { return neighbor(Clockwise); } /** * Change the HEdge attributed as the next (clockwise) neighbor of "this" * half-edge. * * @param newNext Half-edge to attribute as the new next (clockwise) * neighbor. Ownership is unaffected. * * @see setNeighbor(), next() */ inline void setNext(HEdge *newNext) { setNeighbor(Clockwise, newNext); } /** * Returns @c true iff the half-edge has a previous (anticlockwise) neighbor * around the face of the polygon. * * @see hasNeighbor() */ inline bool hasPrev() const { return hasNeighbor(Anticlockwise); } /** * Returns the @em anticlockwise neighbor half-edge around the face of the * polygon. * * @see neighbor(), hasPrev() */ inline HEdge &prev() const { return neighbor(Anticlockwise); } /** * Change the HEdge attributed as the next (clockwise) neighbor of "this" * half-edge. * * @param newPrev Half-edge to attribute as the new previous (anticlockwise) * neighbor. Ownership is unaffected. * * @see setNeighbor(), prev() */ inline void setPrev(HEdge *newPrev) { setNeighbor(Anticlockwise, newPrev); } private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_DATA_MESH_HEDGE_H doomsday-1.14.5/doomsday/client/include/edit_bias.h0000664000175000017500000000346712350542237021536 0ustar jaakkojaakko/** @file edit_bias.h Shadow Bias editor UI. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_SHADOWBIAS_EDITOR #define DENG_CLIENT_SHADOWBIAS_EDITOR #ifdef __CLIENT__ #include class HueCircle; DENG_EXTERN_C int editHidden; ///< cvar Is the GUI currently hidden? DENG_EXTERN_C int editBlink; ///< cvar Blinking the nearest source (unless grabbed)? DENG_EXTERN_C int editShowAll; ///< cvar Show all sources? DENG_EXTERN_C int editShowIndices; ///< cvar Show source indicies? /** * To be called to register the commands and variables of this module. */ void SBE_Register(); /** * Returns @c true if the Shadow Bias editor is currently active. */ bool SBE_Active(); /** * Draw the GUI widgets of the Shadow Bias editor. */ void SBE_DrawGui(); /** * Returns a pointer to the currently active HueCircle for the console player; * otherwise @c 0 if no hue circle is active. */ HueCircle *SBE_HueCircle(); #endif // __CLIENT__ #endif // DENG_CLIENT_SHADOWBIAS_EDITOR doomsday-1.14.5/doomsday/client/include/BiasSurface0000664000175000017500000000004012350542237021534 0ustar jaakkojaakko#include "render/biassurface.h" doomsday-1.14.5/doomsday/client/include/MaterialVariantSpec0000664000175000017500000000005212350542237023246 0ustar jaakkojaakko#include "resource/materialvariantspec.h" doomsday-1.14.5/doomsday/client/include/resourceclass.h0000664000175000017500000000737612350542237022473 0ustar jaakkojaakko/** * @file resourceclass.h * * Resource Class. @ingroup resource * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_RESOURCECLASS_H #define LIBDENG_RESOURCECLASS_H #include "api_resourceclass.h" #ifdef __cplusplus #ifndef DENG2_C_API_ONLY #include "filetype.h" #include #include namespace de { /** * ResourceClass encapsulates the properties and logics belonging to a logical * class of resource (e.g., Graphic, Model, Sound, etc...) * * @ingroup base */ struct ResourceClass { public: typedef QList FileTypes; public: ResourceClass(String _name, String _defaultScheme) : name_(_name), defaultScheme_(_defaultScheme) {} virtual ~ResourceClass() { DENG2_FOR_EACH(FileTypes, i, fileTypes_) { delete *i; } } /// Return the symbolic name of this resource class. String const& name() const { return name_; } /// Return the symbolic name of the default filesystem subspace scheme /// for this class of resource. String const& defaultScheme() const { return defaultScheme_; } /// Return the number of file types for this class of resource. int fileTypeCount() const { return fileTypes_.count(); } /** * Add a new file type to the resource class. ResourceClass takes ownership. * Earlier types have priority. * * @param ftype File type to add. * @return This instance. */ ResourceClass& addFileType(FileType& ftype) { fileTypes_.push_back(&ftype); return *this; } /** * Provides access to the file type list for efficient iteration. * * @return List of file types for this class of resource. */ FileTypes const& fileTypes() const { return fileTypes_; } private: /// Symbolic name for this class. String name_; /// Symbolic name of the default filesystem subspace scheme. String defaultScheme_; /// Recognized file types (in order of importance, left to right). FileTypes fileTypes_; }; /** * The special "null" ResourceClass object. * * @ingroup core */ struct NullResourceClass : public ResourceClass { NullResourceClass() : ResourceClass("FC_NONE", "") {} }; /// @return @c true= @a rclass is a "null-resourceclass" object (not a real class). inline bool isNullResourceClass(ResourceClass const& rclass) { return !!dynamic_cast(&rclass); } } // namespace de #endif // DENG2_C_API_ONLY #endif // __cplusplus #endif /* LIBDENG_RESOURCECLASS_H */ doomsday-1.14.5/doomsday/client/include/MaterialSnapshot0000664000175000017500000000004712350542237022632 0ustar jaakkojaakko#include "resource/materialsnapshot.h" doomsday-1.14.5/doomsday/client/include/Face0000664000175000017500000000002212350542237020203 0ustar jaakkojaakko#include "face.h" doomsday-1.14.5/doomsday/client/include/render/0000775000175000017500000000000012350542237020707 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/render/r_draw.h0000664000175000017500000000334612350542237022344 0ustar jaakkojaakko/** @file r_draw.h Misc Drawing routines. * * @ingroup render * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_MISC_H #define DENG_CLIENT_RENDER_MISC_H #include "Texture" #include "TextureVariantSpec" #include void R_InitViewWindow(); void R_ShutdownViewWindow(); /** * Draws the border around the view for different size windows. */ void R_DrawViewBorder(); TextureVariantSpec const &Rend_PatchTextureSpec(int flags = 0, de::gl::Wrapping wrapS = de::gl::ClampToEdge, de::gl::Wrapping wrapT = de::gl::ClampToEdge); void R_DrawPatch(de::Texture &texture, int x, int y); void R_DrawPatch(de::Texture &texture, int x, int y, int w, int h, bool useOffsets = true); void R_DrawPatchTiled(de::Texture &texture, int x, int y, int w, int h, de::gl::Wrapping wrapS, de::gl::Wrapping wrapT); #endif // DENG_CLIENT_RENDER_MISC_H doomsday-1.14.5/doomsday/client/include/render/rend_dynlight.h0000664000175000017500000000337212350542237023717 0ustar jaakkojaakko/** @file rend_dynlight.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_DYNLIGHT_H #define DENG_RENDER_DYNLIGHT_H #include #include "WallEdge" /// Paramaters for Rend_RenderLightProjections (POD). typedef struct { uint lastIdx; de::Vector3f const *rvertices; uint numVertices, realNumVertices; de::Vector3d const *topLeft; de::Vector3d const *bottomRight; bool isWall; struct { de::WallEdge const *leftEdge; de::WallEdge const *rightEdge; } wall; } renderlightprojectionparams_t; /** * Render all dynlights in projection list @a listIdx according to @a paramaters * writing them to the renderering lists for the current frame. * * @note If multi-texturing is being used for the first light; it is skipped. * * @return Number of lights rendered. */ uint Rend_RenderLightProjections(uint listIdx, renderlightprojectionparams_t ¶meters); #endif // DENG_RENDER_DYNLIGHT_H doomsday-1.14.5/doomsday/client/include/render/rend_halo.h0000664000175000017500000000544612350542237023024 0ustar jaakkojaakko/** @file rend_halo.h Halos and Lens Flares. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_RENDER_HALO_H #define DENG_CLIENT_RENDER_HALO_H #include #include "TextureVariantSpec" DENG_EXTERN_C int haloOccludeSpeed; DENG_EXTERN_C int haloMode, haloRealistic, haloBright, haloSize; DENG_EXTERN_C float haloFadeMax, haloFadeMin, minHaloSize; void H_Register(); /** * Returns the texture variant specification for halos. */ TextureVariantSpec const &Rend_HaloTextureSpec(); void H_SetupState(bool dosetup); /** * Render a halo. * * The caller must check that @c sourcevis, really has a ->light! (? -jk) * * @param origin Origin of the halo in map space. * @param size The precalculated radius of the primary halo. * @param tex Texture to use for the halo. * @param color Color for the halo. * @param distanceToViewer Distance to viewer. Used for fading the halo when far away. * @param occlusionFactor How much the halo is occluded by something. * @param brightnessFactor Overall brightness factor. * @param viewXOffset Horizontal offset for the halo (in viewspace, relative to @a x, @a y, @a z). * @param primary Type of halo: * - @c true: the primary halo. * - @c false: the secondary halo. Won't be clipped or occluded * by anything; they're drawn after everything else, * during a separate pass. The caller must setup the rendering state. * @param viewRelativeRotate @c true: Halo rotates in relation to its viewspace origin. * * @return @c true, iff a halo was rendered. */ bool H_RenderHalo(de::Vector3d const &origin, float size, DGLuint tex, de::Vector3f const &color, coord_t distanceToViewer, float occlusionFactor, float brightnessFactor, float viewXOffset, bool primary, bool viewRelativeRotate); // Console commands. D_CMD(FlareConfig); #endif // DENG_CLIENT_RENDER_HALO_H doomsday-1.14.5/doomsday/client/include/render/cameralensfx.h0000664000175000017500000000360212350542237023531 0ustar jaakkojaakko/** @file cameralensfx.h Camera lens effects. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CAMERALENSFX_H #define DENG_CLIENT_CAMERALENSFX_H #include "ilightsource.h" void LensFx_Register(); void LensFx_Init(); void LensFx_Shutdown(); /** * Deinitializes all console effects. This is called when the viewport * configuration changes so that GL resources for unnecessary consoles are not * retained. */ void LensFx_GLRelease(); /** * Notifies camera lens FX that the rendering of a world view frame will begin. * All graphics until LensFx_EndFrame() are considered part of the the frame. * The render target may change during this call if additional post-procesing * effects will require it. * * @param playerNum Player/console number. */ void LensFx_BeginFrame(int playerNum); /** * Finishes camera lens FX rendering of a frame. The drawn frame may be * post-processed, and any additional effects (vignette, flares) are added on * top. */ void LensFx_EndFrame(); /** * Marks a light potentially visible in the current frame. */ void LensFx_MarkLightVisible(ILightSource const &lightSource); #endif // DENG_CLIENT_CAMERALENSFX_H doomsday-1.14.5/doomsday/client/include/render/blockmapvisual.h0000664000175000017500000000246512350542237024103 0ustar jaakkojaakko/** @file blockmapvisual.h Blockmap debug visualizer. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_BLOCKMAPVISUAL_H #define DENG_CLIENT_RENDER_BLOCKMAPVISUAL_H #include DENG_EXTERN_C byte bmapShowDebug; ///< cvar DENG_EXTERN_C float bmapDebugSize; ///< cvar /** * Render the Blockmap debugging visual. */ DENG_EXTERN_C void Rend_BlockmapDebug(); #endif // DENG_CLIENT_RENDER_BLOCKMAPVISUAL_H doomsday-1.14.5/doomsday/client/include/render/biasdigest.h0000664000175000017500000000305212350542237023176 0ustar jaakkojaakko/** @file biasdigest.h Shadow Bias change digest. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_SHADOWBIAS_DIGEST_H #define DENG_RENDER_SHADOWBIAS_DIGEST_H #include /** * Change digest for updating trackers in the Shadow Bias lighting model. */ class BiasDigest { public: BiasDigest(); /** * Return the digest to an empty state (clear all changes). */ void reset(); /** * Mark the identified bias source as having changed. */ void markSourceChanged(uint index); /** * Returns @c true if the identified bias source is marked as changed. */ bool isSourceChanged(uint index) const; private: DENG2_PRIVATE(d) }; #endif // DENG_RENDER_SHADOWBIAS_DIGEST_H doomsday-1.14.5/doomsday/client/include/render/rend_clip.h0000664000175000017500000000567412350542237023033 0ustar jaakkojaakko/** @file rend_clip.h Angle Clipper (clipnodes and oranges). * * @ingroup render * * The idea is to keep track of occluded angles around the camera. * Since BSP leafs are rendered front-to-back, the occlusion lists * start a frame empty and eventually fill up to cover the whole 360 * degrees around the camera. * * Oranges (occlusion ranges) clip a half-space on an angle range. * These are produced by horizontal edges that have empty space behind. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_ANGLE_CLIPPER #define DENG_CLIENT_RENDER_ANGLE_CLIPPER #include #include #include "Face" DENG_EXTERN_C int devNoCulling; void C_Init(); /** * @return Non-zero if clipnodes cover the whole range [0..360] degrees. */ int C_IsFull(); void C_ClearRanges(); int C_SafeAddRange(binangle_t startAngle, binangle_t endAngle); /** * @return Non-zero if the point is visible after checking both the clipnodes * and the occlusion planes. */ int C_IsPointVisible(de::Vector3d const &point); /** * @return Non-zero if the angle is visible after checking both the clipnodes * and the occlusion planes. */ int C_IsAngleVisible(binangle_t bang); /** * The only requirement is that the half-edges of the polygon form a contiguous * (and closed) loop. * * @return Non-zero if some point of @a poly might be visible, else @c 0. */ int C_IsPolyVisible(de::Face const &poly); /** * Add a segment relative to the current viewpoint. */ void C_AddRangeFromViewRelPoints(de::Vector2d const &from, de::Vector2d const &to); /** * Add an occlusion segment relative to the current viewpoint. */ void C_AddViewRelOcclusion(de::Vector2d const &from, de::Vector2d const &to, coord_t height, bool tophalf); /** * Check a segment relative to the current viewpoint. */ int C_CheckRangeFromViewRelPoints(de::Vector2d const &from, de::Vector2d const &to); #ifdef DENG_DEBUG /** * A debugging aid: checks if clipnode links are valid. */ void C_Ranger(); #endif #endif // DENG_CLIENT_RENDER_ANGLE_CLIPPER doomsday-1.14.5/doomsday/client/include/render/sky.h0000664000175000017500000001671712350542237021702 0ustar jaakkojaakko/** @file sky.h Sky sphere and 3D models. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_SKY_H #define DENG_CLIENT_RENDER_SKY_H #include "Material" #include #include #include #include #include #define MAX_SKY_LAYERS ( 2 ) #define MAX_SKY_MODELS ( 32 ) #define DEFAULT_SKY_HEIGHT ( .666667f ) #define DEFAULT_SKY_HORIZON_OFFSET ( 0 ) #define DEFAULT_SKY_SPHERE_XOFFSET ( 0 ) #define DEFAULT_SKY_SPHERE_MATERIAL ( "Textures:SKY1" ) #define DEFAULT_SKY_SPHERE_FADEOUT_LIMIT ( .3f ) /** * Logical sky. * * This version supports only two sky layers. (More would be a waste of resources?) * * @ingroup render */ class Sky { public: /// Required layer is missing. @ingroup errors DENG2_ERROR(MissingLayerError); /** * Multiple layers can be used for parallax effects. */ class Layer { public: /// Notified whenever the layer material changes. DENG2_DEFINE_AUDIENCE(MaterialChange, void skyLayerMaterialChanged(Layer &layer)) /// Notified whenever the active-state changes. DENG2_DEFINE_AUDIENCE(ActiveChange, void skyLayerActiveChanged(Layer &layer)) /// Notified whenever the masked-state changes. DENG2_DEFINE_AUDIENCE(MaskedChange, void skyLayerMaskedChanged(Layer &layer)) /// @todo make private: enum Flag { Active = 0x1, ///< Layer is active and will be rendered. Masked = 0x2, ///< Mask the layer's texture. DefaultFlags = 0 }; Q_DECLARE_FLAGS(Flags, Flag) public: /** * Construct a new sky layer. */ Layer(Material *material = 0); /** * Returns @a true of the layer is currently active. * * @see setActive() */ bool isActive() const; /** * Change the 'active' state of the layer. The ActiveChange audience is * notified whenever the 'active' state changes. * * @see isActive() */ Layer &setActive(bool yes); inline void enable() { setActive(true); } inline void disable() { setActive(false); } /** * Returns @c true if the layer's material will be masked. * * @see setMasked() */ bool isMasked() const; /** * Change the 'masked' state of the layer. The MaskedChange audience is * notified whenever the 'masked' state changes. * * @see isMasked() */ Layer &setMasked(bool yes); /** * Returns the material currently assigned to the layer (if any). */ Material *material() const; /** * Change the material of the layer. The MaterialChange audience is notified * whenever the material changes. */ Layer &setMaterial(Material *newMaterial); /** * Returns the horizontal offset for the layer. */ float offset() const; /** * Change the horizontal offset for the layer. * * @param newOffset New offset to apply. */ Layer &setOffset(float newOffset); /** * Returns the fadeout limit for the layer. */ float fadeoutLimit() const; /** * Change the fadeout limit for the layer. * * @param newLimit New fadeout limit to apply. */ Layer &setFadeoutLimit(float newLimit); private: Layer &setFlags(Flags flags, de::FlagOp operation); Flags _flags; Material *_material; float _offset; float _fadeoutLimit; }; public: Sky(); /** * Reconfigure the sky, returning all values to their defaults. */ void configureDefault(); /** * Reconfigure the sky according the specified @a definition if not @c NULL, * otherwise, setup using suitable defaults. */ void configure(ded_sky_t *sky); /** * Animate the sky. */ void runTick(); #ifdef __CLIENT__ /** * Cache all assets needed for visualizing the sky. */ void cacheDrawableAssets(); /** * Render the sky. */ void draw(); #endif // __CLIENT__ /** * Determines whether the specified sky layer @a index is valid. * * @see layer(), layerPtr() */ bool hasLayer(int index) const; /** * Lookup a sky layer by it's unique @a index. * * @see hasLayer() */ Layer &layer(int index); /// @copydoc layer() Layer const &layer(int index) const; /** * Returns a pointer to the referenced sky layer; otherwise @c 0. * * @see hasLayer(), layer() */ inline Layer *layerPtr(int index) { return hasLayer(index)? &layer(index) : 0; } /** * Returns the unique identifier of the sky's first active layer. * * @see Layer::isActive() */ int firstActiveLayer() const; /** * Returns the horizon offset for the sky. * * @see setHorizonOffset() */ float horizonOffset() const; /** * Change the horizon offset for the sky. * * @param newOffset New horizon offset to apply. * * @see horizonOffset() */ void setHorizonOffset(float newOffset); /** * Returns the height of the sky as a scale factor [0..1] (@c 1 covers the view). * * @see setHeight() */ float height() const; /** * Change the height scale factor for the sky. * * @param newHeight New height scale factor to apply (will be normalized). * * @see height() */ void setHeight(float newHeight); /** * Returns the ambient color of the sky. The ambient color is automatically * calculated by averaging the color information in the configured layer * material textures. Alternatively, this color can be overridden manually * by calling @ref setAmbientColor(). */ de::Vector3f const &ambientColor() const; /** * Override the automatically calculated ambient color. * * @param newColor New ambient color to apply (will be normalized). * * @see ambientColor() */ void setAmbientColor(de::Vector3f const &newColor); public: /// Register the console commands, variables, etc..., of this module. static void consoleRegister(); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(Sky::Layer::Flags) typedef Sky::Layer SkyLayer; /// The One sky (never @c NULL). extern Sky *theSky; #endif // DENG_CLIENT_RENDER_SKY_H doomsday-1.14.5/doomsday/client/include/render/ilightsource.h0000664000175000017500000000500012350542237023554 0ustar jaakkojaakko/** @file ilightsource.h Interface for a light source. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_ILIGHTSOURCE_H #define DENG_CLIENT_ILIGHTSOURCE_H #include #include /** * Interface for a light source. * * All sources of light should implement this interface. Through it, various * parts of the rendering subsystem can know where and what kind of light this * is. * * @ingroup render */ class ILightSource { public: typedef de::Vector3d Origin; /** * Unique identifier of the source. This can be used to uniquely identify a * source of light across multiple frames. */ typedef de::duint32 LightId; /** * RGB color of the emitted light. */ typedef de::Vector3f Colorf; public: virtual ~ILightSource() {} virtual LightId lightSourceId() const = 0; /** * Returns the position of the light source, in map units. */ virtual Origin lightSourceOrigin() const = 0; /** * Returns the radius of the emitter itself, in map units. A radius of * zero would mean that the light emitter is an infinitely small point. */ virtual de::dfloat lightSourceRadius() const = 0; /** * Returns the color of the emitted light. The intensity of the light must * not be factored into the color values, but is instead returned separately * by lightSourceIntensity(). */ virtual Colorf lightSourceColorf() const = 0; /** * Returns the intensity of the light. * * @param viewPoint World point from where the light is being observed. * Intensity may vary based on direction. */ virtual de::dfloat lightSourceIntensity(de::Vector3d const &viewPoint) const = 0; }; #endif // DENG_CLIENT_ILIGHTSOURCE_H doomsday-1.14.5/doomsday/client/include/render/rendersystem.h0000664000175000017500000000442112350542237023605 0ustar jaakkojaakko/** @file rendersystem.h Render subsystem. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_RENDERSYSTEM_H #define CLIENT_RENDERSYSTEM_H #include #include #include #include #include "DrawLists" #include "settingsregister.h" /** * Geometry backing store (arrays). * @todo Replace with GLBuffer -ds */ struct Store { /// Texture coordinate array indices. enum { TCA_MAIN, // Main texture. TCA_BLEND, // Blendtarget texture. TCA_LIGHT, // Dynlight texture. NUM_TEXCOORD_ARRAYS }; de::Vector3f *posCoords; de::Vector2f *texCoords[NUM_TEXCOORD_ARRAYS]; de::Vector4ub *colorCoords; Store(); ~Store(); void rewind(); void clear(); uint allocateVertices(uint count); private: uint vertCount, vertMax; }; /** * Renderer subsystems, draw lists, etc... @ingroup render */ class RenderSystem : public de::System { public: RenderSystem(); de::GLShaderBank &shaders(); de::ImageBank &images(); SettingsRegister &settings(); SettingsRegister &appearanceSettings(); /** * Provides access to the central map geometry buffer. */ Store &buffer(); void clearDrawLists(); void resetDrawLists(); DrawLists &drawLists(); // System. void timeChanged(de::Clock const &); public: /** * Register the console commands, variables, etc..., of this module. */ static void consoleRegister(); private: DENG2_PRIVATE(d) }; #endif // CLIENT_RENDERSYSTEM_H doomsday-1.14.5/doomsday/client/include/render/walledge.h0000664000175000017500000000606712350542237022655 0ustar jaakkojaakko/** @file render/walledge.h Wall Edge Geometry. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_WALLEDGE #define DENG_RENDER_WALLEDGE #include #include #include #include "Line" #include "WallSpec" #include "TriangleStripBuilder" #include "IHPlane" class Surface; /// Maximum number of intercepts in a WallEdge. #define WALLEDGE_MAX_INTERCEPTS 64 namespace de { class HEdge; /** * Helper/utility class intended to simplify the process of generating * sections of wall geometry from a map Line segment. * * @ingroup world */ class WallEdge : public WorldEdge { DENG2_NO_COPY (WallEdge) DENG2_NO_ASSIGN(WallEdge) public: /// Invalid range geometry was found during prepare() @ingroup errors DENG2_ERROR(InvalidError); class Event : public WorldEdge::Event, public IHPlane::IIntercept { public: Event(WallEdge &owner, double distance = 0); bool operator < (Event const &other) const; double distance() const; Vector3d origin() const; private: DENG2_PRIVATE(d) }; typedef QList Events; public: /** * @param spec Geometry specification for the wall section. A copy is made. * * @param hedge Assumed to have a mapped LineSideSegment with sections. */ WallEdge(WallSpec const &spec, HEdge &hedge, int edge); inline Event const &operator [] (EventIndex index) const { return at(index); } Vector3d const &pOrigin() const; Vector3d const &pDirection() const; Vector2f materialOrigin() const; Vector3f normal() const; WallSpec const &spec() const; LineSide &mapLineSide() const; coord_t mapLineSideOffset() const; /// Implement IEdge. bool isValid() const; /// Implement IEdge. Event const &first() const; /// Implement IEdge. Event const &last() const; int divisionCount() const; EventIndex firstDivision() const; EventIndex lastDivision() const; inline Event const &bottom() const { return first(); } inline Event const &top() const { return last(); } Events const &events() const; Event const &at(EventIndex index) const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RENDER_WALLEDGE doomsday-1.14.5/doomsday/client/include/render/lightgrid.h0000664000175000017500000000626212350542237023043 0ustar jaakkojaakko/** @file render/lightgrid.h Light Grid (Smoothed ambient sector lighting). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_LIGHT_GRID_H #define DENG_RENDER_LIGHT_GRID_H #include "dd_types.h" #include class Sector; namespace de { class Map; /** * Simple global illumination method utilizing a 2D grid of light levels, achieving * smoothed ambient sector lighting. * * @ingroup render */ class LightGrid { public: /** * Two dimensioned reference to a block in the grid [X, Y]. */ typedef Vector2i Ref; /** * Linear reference to a block in the grid (X + Y * Grid Width). */ typedef int Index; public: /** * Construct and initialize a new LightGrid for the specifed map. * * @note Initialization may take some time depending on the complexity of the map * (world dimensions, number of sectors) and should therefore be done "off-line". */ LightGrid(Map &map); /** * Register the console comands and variables of this module. */ static void consoleRegister(); /** * Update the grid by finding the strongest light source in each grid block. * Should be called periodically to update/refresh the grid contents (e.g., when * beginning a new render frame). */ void update(); /** * To be called when an engine variable which affects the lightgrid changes. */ void markAllForUpdate(); /** * Returns the dimensions of the light grid in blocks. For informational purposes. */ Vector2i const &dimensions() const; /** * Returns the size of grid block in map coordinate space units. For informational * purposes. */ coord_t blockSize() const; /** * Determine the ambient light color for a point in the map coordinate space. * * @param point 3D point. * * @return Evaluated color at the specified point. */ Vector3f evaluate(Vector3d const &point); /** * Determine the ambient light level for a point in the map coordinate space. * * @param point 3D point. * * @return Evaluated light level at the specified point. */ float evaluateLightLevel(Vector3d const &point); /** * Draw the light grid debug visual. */ void drawDebugVisual(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RENDER_LIGHT_GRID_H doomsday-1.14.5/doomsday/client/include/render/wallspec.h0000664000175000017500000000603712350542237022700 0ustar jaakkojaakko/** @file render/wallspec.h Wall Geometry Specification. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_WALLSPEC #define DENG_RENDER_WALLSPEC #include #include "Line" namespace de { /** * Wall geometry specification. The members are public for convenient access. */ class WallSpec { public: enum Flag { /// Force the geometry to be opaque, irrespective of material opacity. ForceOpaque = 0x001, /// Fade out the geometry the closer it is to the viewer. NearFade = 0x002, /** * Clip the geometry if the neighbor plane surface relevant for the * specified section (i.e., the floor if @c Side::Bottom or ceiling if * @c Side::Top) has a sky-masked material bound to it. */ SkyClip = 0x004, /// Sort the dynamic light projections by descending luminosity. SortDynLights = 0x008, /// Do not generate geometry for dynamic lights. NoDynLights = 0x010, /// Do not generate geometry for dynamic (mobj) shadows. NoDynShadows = 0x020, /// Do not generate geometry for faked radiosity. NoFakeRadio = 0x040, /// Do not apply angle based light level deltas. NoLightDeltas = 0x080, /// Do not intercept edges with neighboring geometries. NoEdgeDivisions = 0x100, /// Do not smooth edge normals. NoEdgeNormalSmoothing = 0x200, DefaultFlags = ForceOpaque | SkyClip }; Q_DECLARE_FLAGS(Flags, Flag) /// Specification flags. Flags flags; /// Wall section identifier. int section; /** * Construct a default wall geometry specification for the specifed @a section. */ WallSpec(int section, Flags flags = DefaultFlags) : flags(flags), section(section) {} /** * Construct a wall geometry specification appropriate for the specified * @a side and @a section of a map Line considering the current map renderer * configuration. */ static WallSpec fromMapSide(LineSide const &side, int section); }; Q_DECLARE_OPERATORS_FOR_FLAGS(WallSpec::Flags) } // namespace de #endif // DENG_RENDER_WALLSPEC doomsday-1.14.5/doomsday/client/include/render/surfacedecorator.h0000664000175000017500000000564312350542237024423 0ustar jaakkojaakko/** @file surfacedecorator.h World surface decorator. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_RENDER_SURFACEDECORATOR_H #define DENG_CLIENT_RENDER_SURFACEDECORATOR_H #include class Surface; #define MAX_DECOR_LIGHTS (16384) /** * The decorator assumes responsibility for decorating surfaces according to * the defined material when the surface is assigned. When a material changes * (e.g., animation) the decorator automatically schedules these surfaces for * redecoration. * * Note that it is the responsibility of the user to inform the decorator when * a surface moves or a new material is assigned. Otherwise decorations may not * be updated or done so using an out of date material. * * @ingroup render */ class SurfaceDecorator { public: /** * Construct a new surface decorator. */ SurfaceDecorator(); /** * Perform one time decoration of a single @a surface. The surface will not * be remembered and any resulting decorations will not be updated later. */ void decorate(Surface &surface); /** * Perform scheduled (re)decoration work. */ void redecorate(); /** * Forget all known surfaces and previous decorations. */ void reset(); /** * Add the specified @a surface to the decorator's job list. If the surface * is already on this list then nothing will happen. If the surface lacks a * material or no decorations are defined for this material, then nothing * will happen. * * Any existing decorations are retained until the material next changes. * * @param surface Surface to add to the job list. */ void add(Surface *surface); /** * Remove the specified @a surface from the decorator's job list. If the * surface is not on this list then nothing will happen. * * Any existing decorations are retained and will no longer be updated. * * @param surface Surface to remove from the job list. */ void remove(Surface *surface); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_RENDER_SURFACEDECORATOR_H doomsday-1.14.5/doomsday/client/include/render/drawlists.h0000664000175000017500000000405712350542237023102 0ustar jaakkojaakko/** @file drawlists.h Drawable primitive list collection/management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_DRAWLISTS_H #define DENG_CLIENT_RENDER_DRAWLISTS_H #include "DrawList" #include #include class DrawLists { public: typedef QVarLengthArray FoundLists; public: DrawLists(); /** * Locate an appropriate draw list for the given specification. * * @param spec Draw list specification. * * @return The chosen list. */ DrawList &find(DrawListSpec const &spec); /** * Finds all draw lists which match the given specification. Note that only * non-empty lists are collected. * * @param group Logical geometry group identifier. * @param found Set of draw lists which match the result. * * @return Number of draw lists found. */ int findAll(GeomGroup group, FoundLists &found); /** * To be called before rendering of a new frame begins. */ void reset(); /** * All lists will be destroyed. */ void clear(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_RENDER_DRAWLISTS_H doomsday-1.14.5/doomsday/client/include/render/biastracker.h0000664000175000017500000001010512350542237023347 0ustar jaakkojaakko/** @file biastracker.h Shadow Bias illumination change tracker. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_SHADOWBIAS_TRACKER_H #define DENG_RENDER_SHADOWBIAS_TRACKER_H #include #include #include "BiasIllum" class BiasDigest; class BiasSource; /** * Map point illumination tracker for the Shadow Bias lighting model. * * @ingroup render */ class BiasTracker { public: /// An unknown light contributor was referenced @ingroup errors DENG2_ERROR(UnknownContributorError); /// Maximum number of light contributors. static int const MAX_CONTRIBUTORS = BiasIllum::MAX_CONTRIBUTORS; public: /** * Construct a new bias illumination tracker. */ BiasTracker(); BiasTracker(BiasTracker const &other); BiasTracker &operator = (BiasTracker const &other); /** * Remove all light contributors. Existing contributions are put into a * "latent" state, so that if they are added again the contribution is then * re-activated and no lighting changes will occur (appears seamless). * * @see addContributor() */ void clearContributors(); /** * Add a new light contributor. After which lighting changes at the source * will be tracked and routed to map point illuminations when necessary * (i.e., when lighting is next evaluated for the point). * * All contributors are assigned a unique index (when added) that can be * used to reference it (and the source) later. * * @note Contributors with intensity less than @ref BiasIllum::MIN_INTENSITY * will be ignored (nothing will happen). * * @note At most @ref MAX_CONTRIBUTORS can contribute lighting. Once this * capacity is reached adding a new contributor will result in the weakest * contributor (i.e., smallest intensity when added) being dropped and it's * index assigned to the 'new' contributor. If the weakest is the new * contributor then nothing will happen. * * @param source Source of the light contribution. * @param intensity Strength of the contribution from the source. * * @see contributor() * * @return Index of the contributor otherwise @c -1 (if rejected). Note * that this index may be subsequently reassigned (see above notes). */ int addContributor(BiasSource *source, float intensity); /** * Returns the source of a light contributor by @a index. * * @see addContributor() */ BiasSource &contributor(int index) const; /** * Determine the earliest time in milliseconds that an affecting source * was changed/deleted. * * @see applyChanges() */ uint timeOfLatestContributorUpdate() const; /** * Interpret the bias change digest and schedule illumination updates as * necessary (deferred, does not block). * * @param changes Digest of all changes to apply in the tracker. */ void applyChanges(BiasDigest &changes); public: /// @todo The following API should be replaced ------------------------- byte activeContributors() const; byte changedContributions() const; void updateAllContributors(); void markIllumUpdateCompleted(); private: DENG2_PRIVATE(d) }; #endif // DENG_RENDER_SHADOWBIAS_TRACKER_H doomsday-1.14.5/doomsday/client/include/render/trianglestripbuilder.h0000664000175000017500000001407612350542237025326 0ustar jaakkojaakko/** @file render/trianglestripbuilder.h Triangle Strip Geometry Builder. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_TRIANGLE_STRIP_BUILDER #define DENG_RENDER_TRIANGLE_STRIP_BUILDER #include /// @todo Remove me #include #include namespace de { /** * Abstract interface for a component that can be interpreted as an "edge" * geometry. * * @ingroup math */ class IEdge { public: class IEvent { public: virtual ~IEvent() {} virtual bool operator < (IEvent const &other) const { return distance() < other.distance(); } virtual double distance() const = 0; }; public: virtual ~IEdge() {} virtual bool isValid() const = 0; virtual IEvent const &first() const = 0; virtual IEvent const &last() const = 0; }; } // namespace de namespace de { /** * @ingroup render */ class AbstractEdge : public IEdge { public: typedef int EventIndex; /// Special identifier used to mark an invalid event index. enum { InvalidIndex = -1 }; class Event : public IEvent { public: virtual ~Event() {} virtual Vector3d origin() const = 0; }; public: virtual ~AbstractEdge() {} virtual Event const &first() const = 0; virtual Event const &last() const = 0; virtual Vector2f materialOrigin() const { return Vector2f(); } virtual Vector3f normal() const { return Vector3f(); } }; } // namespace de namespace de { /** * @ingroup world */ class WorldEdge : public AbstractEdge { public: class Event : public AbstractEdge::Event { public: virtual ~Event() {} virtual Vector3d origin() const = 0; inline double z() const { return origin().z; } }; public: WorldEdge(Vector2d origin_) : AbstractEdge(), _origin(origin_) {} virtual ~WorldEdge() {} /** * Returns the X|Y origin of the edge in the map coordinate space. */ Vector2d const &origin() const { return _origin; } virtual Event const &first() const = 0; virtual Event const &last() const = 0; virtual Event const &at(EventIndex index) const = 0; virtual int divisionCount() const { return 0; } virtual EventIndex firstDivision() const { return InvalidIndex; } virtual EventIndex lastDivision() const { return InvalidIndex; } private: Vector2d _origin; }; } // namespace de namespace de { typedef QVarLengthArray PositionBuffer; typedef QVarLengthArray TexCoordBuffer; /** * Abstract triangle strip geometry builder. * * Encapsulates the logic of constructing triangle strip geometries. * * @ingroup render * * @todo Separate the backing store with an external allocator mechanism. * (Geometry should not be owned by the builder.) * @todo Support custom vertex types. * (Once implemented move this component to libgui.) * @todo Support building strips by adding single vertices. */ class TriangleStripBuilder { public: /** * Construct a new triangle strip builder. * * @param buildTexCoords @c true= construct texture coordinates also. */ TriangleStripBuilder(bool buildTexCoords = false); /** * Begin construction of a new triangle strip geometry. Any existing unclaimed * geometry is discarded. * * Vertex layout: * 1--3 2--0 * | | or | | if @a direction @c =Anticlockwise * 0--2 3--1 * * @param direction Initial vertex winding direction. * * @param reserveElements Initial number of vertex elements to reserve. If the * user knows in advance roughly how many elements are required for the geometry * this number may be reserved from the outset, thereby improving performance * by minimizing dynamic memory allocations. If the estimate is off the only * side effect is reduced performance. */ void begin(ClockDirection direction, int reserveElements = 0); /** * Submit an edge geometry to extend the current triangle strip geometry. * * @param edge Edge geometry to extend with. */ void extend(AbstractEdge &edge); /** * Submit an edge geometry to extend the current triangle strip geometry. * * @param edge Edge geometry to extend with. * * @return Reference to this trangle strip builder. * * @see extend() */ inline TriangleStripBuilder &operator << (AbstractEdge &edge) { extend(edge); return *this; } /** * Returns the total number of vertex elements in the current strip geometry. * If no strip is currently being built @c 0 is returned. */ int numElements() const; /** * Take ownership of the last built strip of geometry. * * @param positions The address of the buffer containing the vertex position * values is written here. * @param texcoords The address of the buffer containing the texture coord * values is written here. Can be @c 0. * * @return Total number of vertex elements in the geometry (for convenience). */ int take(PositionBuffer **positions, TexCoordBuffer **texcoords = 0); private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RENDER_TRIANGLE_STRIP_BUILDER doomsday-1.14.5/doomsday/client/include/render/projector.h0000664000175000017500000001460412350542237023074 0ustar jaakkojaakko/** @file projector.h Texture coordinate projector and projection lists. * * @todo: This module should be replaced with a system which decentralizes the * projection lists such that these can be managed piecewise and possibly used * for drawing multiple frames. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_RENDER_PROJECTOR_H #define DENG_CLIENT_RENDER_PROJECTOR_H #include #include #include "api_gl.h" // DGLuint #include "world/map.h" class BspLeaf; /** * Stores data for a texture surface projection. */ struct TexProjection { DGLuint texture; de::Vector2f topLeft, bottomRight; de::Vector4f color; TexProjection(DGLuint texture, de::Vector2f const &topLeft, de::Vector2f const &bottomRight, de::Vector4f const &color) : texture(texture), topLeft(topLeft), bottomRight(bottomRight), color(color) {} }; /** * To be called to initialize the projector when the current map changes. */ void Rend_ProjectorInitForMap(de::Map &map); /** * To be called at the start of a render frame to clear the projection lists * to prepare for subsequent drawing. */ void Rend_ProjectorReset(); /** * Project all lumobjs affecting the given quad (world space), calculate * coordinates (in texture space) then store into a new list of projections. * * @pre The coordinates of the given quad must be contained wholly within * the BSP leaf specified. This is due to an optimization within the lumobj * management which separates them according to their position in the BSP. * * @param bspLeaf BspLeaf within which the quad wholly resides. * @param topLeft Top left coordinates of the surface being projected to. * @param bottomRight Bottom right coordinates of the surface being projected to. * @param tangentMatrix Normalized tangent space matrix of the surface being projected to. * @param blendFactor Multiplied with projection alpha. * @param lightmap Semantic identifier of the lightmap to use. * @param sortByLuminance @c true= Sort the projections by luminosity. * * Return values: * @param listIdx If projected to, the identifier of the resultant list * (1-based) is written here. If a projection list already * exists it will be reused. */ void Rend_ProjectLumobjs(BspLeaf *bspLeaf, de::Vector3d const &topLeft, de::Vector3d const &bottomRight, de::Matrix3f const &tangentMatrix, float blendFactor, Lumobj::LightmapSemantic lightmap, bool sortByLuminance, uint &listIdx); /** * Project all plane glows affecting the given quad (world space), calculate * coordinates (in texture space) then store into a new list of projections. * * @pre The coordinates of the given quad must be contained wholly within * the BSP leaf specified. This is due to an optimization within the lumobj * management which separates them according to their position in the BSP. * * @param bspLeaf BspLeaf within which the quad wholly resides. * @param topLeft Top left coordinates of the surface being projected to. * @param bottomRight Bottom right coordinates of the surface being projected to. * @param tangentMatrix Normalized tangent space matrix of the surface being projected to. * @param blendFactor Multiplied with projection alpha. * @param sortByLuminance @c true= Sort the projections by luminosity. * * Return values: * @param listIdx If projected to, the identifier of the resultant list * (1-based) is written here. If a projection list already * exists it will be reused. */ void Rend_ProjectPlaneGlows(BspLeaf *bspLeaf, de::Vector3d const &topLeft, de::Vector3d const &bottomRight, de::Matrix3f const &tangentMatrix, float blendFactor, bool sortByLuminance, uint &listIdx); /** * Project all mobj shadows affecting the given quad (world space), calculate * coordinates (in texture space) then store into a new list of projections. * * @pre The coordinates of the given quad must be contained wholly within * the BSP leaf specified. This is due to an optimization within the mobj * management which separates them according to their position in the BSP. * * @param bspLeaf BspLeaf within which the quad wholly resides. * @param topLeft Top left coordinates of the surface being projected to. * @param bottomRight Bottom right coordinates of the surface being projected to. * @param tangentMatrix Normalized tangent space matrix of the surface being projected to. * @param blendFactor Multiplied with projection alpha. * * Return values: * @param listIdx If projected to, the identifier of the resultant list * (1-based) is written here. If a projection list already * exists it will be reused. */ void Rend_ProjectMobjShadows(BspLeaf *bspLeaf, de::Vector3d const &topLeft, de::Vector3d const &bottomRight, de::Matrix3f const &tangentMatrix, float blendFactor, uint &listIdx); /** * Iterate over projections in the identified surface-projection list, making * a callback for each visited. Iteration ends when all selected projections * have been visited or a callback returns non-zero. * * @param listIdx Unique identifier of the list to process. * @param callback Callback to make for each visited projection. * @param context Passed to the callback. * * @return @c 0 iff iteration completed wholly. */ int Rend_IterateProjectionList(uint listIdx, int (*callback) (TexProjection const *, void *), void *context = 0); #endif // DENG_CLIENT_RENDER_PROJECTOR_H doomsday-1.14.5/doomsday/client/include/render/biasillum.h0000664000175000017500000000737312350542237023053 0ustar jaakkojaakko/** @file biasillum.h Shadow Bias map point illumination. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_SHADOWBIAS_ILLUMINATION_H #define DENG_RENDER_SHADOWBIAS_ILLUMINATION_H #include #include class BiasTracker; /** * Map point illumination sampler for the Shadow Bias lighting model. * * Used in conjunction with a BiasTracker (for routing change notifications). * * @ingroup render */ class BiasIllum { public: /// Required tracker is missing. @ingroup errors DENG2_ERROR(MissingTrackerError); /// Maximum number of light contributions/contributors. static int const MAX_CONTRIBUTORS = 6; /// Minimum light contribution intensity. static float const MIN_INTENSITY; // .005f public: /** * Construct a new bias illumination point. * * @param tracker Lighting-contributor tracker to assign to the new point. * Note that @ref assignTracker() can be used later. */ explicit BiasIllum(BiasTracker *tracker = 0); BiasIllum(BiasIllum const &other); BiasIllum &operator = (BiasIllum const &other); /** * To be called to register the commands and variables of this module. */ static void consoleRegister(); /** * (Re-)Evaluate lighting for the map point. Any queued changes to lighting * contributions will be applied at this time (note that this is however a * fast operation which does not block). * * @param point Point in the map to evaluate. It is assumed this * has @em not moved since the last call unless the * light source contributors have been redetermined. * (Failure to do so will result in briefly visible * artefacts/inconsistent lighting at worst.) * @param normalAtPoint Surface normal at @a point. Also assumed not to * have changed since the last call. * @param biasTime Time in milliseconds of the last bias frame update * used for interpolation. * * @return Current color at this time. */ de::Vector3f evaluate(de::Vector3d const &point, de::Vector3f const &normalAtPoint, uint biasTime); /** * Returns @c true iff a BiasTracker has been assigned for the illumination. * * @see setTracker() */ bool hasTracker() const; /** * Provides access to the currently assigned tracker. * * @see hasTracker(), setTracker() */ BiasTracker &tracker() const; /** * Assign the illumination point to the specified tracker. * * @param newTracker New illumination tracker to be assigned. Use @c 0 to * unassign any current tracker. * @see hasTracker() */ void setTracker(BiasTracker *newTracker); private: DENG2_PRIVATE(d) }; #endif // DENG_RENDER_SHADOWBIAS_ILLUMINATION_H doomsday-1.14.5/doomsday/client/include/render/rend_font.h0000664000175000017500000000430212350542237023035 0ustar jaakkojaakko/** @file rend_font.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Font Renderer */ #ifndef LIBDENG_FONT_RENDERER #define LIBDENG_FONT_RENDERER #ifdef __cplusplus extern "C" { #endif #define DEFAULT_INITIALCOUNT (0) ///< Used for animating type-in effects. #define DEFAULT_ALIGNFLAGS (ALIGN_TOPLEFT) #define DEFAULT_DRAWFLAGS (DTF_NO_EFFECTS) #define FR_FORMAT_ESCAPE_CHAR ((char)0x10) ///< ASCII data link escape /** * Rendering formatted text requires a temporary working buffer in order * to split up the larger blocks into individual text fragments. * * A "small text" buffer is reserved from the application's data segment * for the express purpose of manipulating shortish text strings without * incurring any dynamic allocation overhead. This value defines the size * of this fixed-size working buffer as the number of characters it may * potentially hold. */ #define FR_SMALL_TEXT_BUFFER_SIZE (160) /// Initialize this module. void FR_Init(void); /// Shutdown this module. void FR_Shutdown(void); /// @return @c true= Font renderer has been initialized and is available. dd_bool FR_Available(void); void FR_Ticker(timespan_t ticLength); void FR_SetNoFont(void); // Utility routines: int FR_SingleLineHeight(const char* text); int FR_GlyphTopToAscent(const char* text); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_FONT_RENDERER */ doomsday-1.14.5/doomsday/client/include/render/fx/0000775000175000017500000000000012350542237021324 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/render/fx/colorfilter.h0000664000175000017500000000216712350542237024027 0ustar jaakkojaakko/** @file colorfilter.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_FX_COLORFILTERCONSOLEEFFECT_H #define DENG_CLIENT_FX_COLORFILTERCONSOLEEFFECT_H #include "render/consoleeffect.h" namespace fx { class ColorFilter : public ConsoleEffect { public: ColorFilter(int console); void draw(); }; } // namespace fx #endif // DENG_CLIENT_FX_COLORFILTERCONSOLEEFFECT_H doomsday-1.14.5/doomsday/client/include/render/fx/bloom.h0000664000175000017500000000257612350542237022617 0ustar jaakkojaakko/** @file fx/bloom.h Bloom camera lens effect. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_FX_BLOOM_H #define DENG_CLIENT_FX_BLOOM_H #include "render/consoleeffect.h" namespace fx { /** * Draws a bloom effect that spreads out light from bright pixels. The brightness * threshold and bloom intensity are configurable. */ class Bloom : public ConsoleEffect { public: Bloom(int console); void glInit(); void glDeinit(); void draw(); static void consoleRegister(); static bool isEnabled(); static float intensity(); private: DENG2_PRIVATE(d) }; } // namespace fx #endif // DENG_CLIENT_FX_BLOOM_H doomsday-1.14.5/doomsday/client/include/render/fx/postprocessing.h0000664000175000017500000000452712350542237024567 0ustar jaakkojaakko/** @file postprocessing.h World frame post processing. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_FX_POSTPROCESSING_H #define DENG_CLIENT_FX_POSTPROCESSING_H #include "render/consoleeffect.h" #include namespace fx { /** * Post-processing of rendered camera lens frames. Maintains an offscreen * render target and provides a way to draw it back to the regular target * with shader effects applied. */ class PostProcessing : public ConsoleEffect { public: PostProcessing(int console); /** * Determines whether the effect is active. If it isn't, it can be skipped * altogether when post processing a frame. */ bool isActive() const; /** * Fades in, or immediately takes into use, a new post-processing shader. * Only shaders in the "fx.post" namespace can be used. * * If a shader is already in use, it will simply be swapped immediately * with the new shader rather than crossfaded. * * @param fxPostShader Name of the shader under "fx.post". * @param span Duration of the fade in animation. */ void fadeInShader(de::String const &fxPostShader, de::TimeDelta const &span); void fadeOut(de::TimeDelta const &span); /** * Sets a constant opacity factor that is applied in addition to the fade. * * @param opacity Opacity factor. 1.0 by default. */ void setOpacity(float opacity); void glInit(); void glDeinit(); void beginFrame(); void draw(); void endFrame(); private: DENG2_PRIVATE(d) }; } // namespace fx #endif // DENG_CLIENT_FX_POSTPROCESSING_H doomsday-1.14.5/doomsday/client/include/render/fx/vignette.h0000664000175000017500000000274112350542237023326 0ustar jaakkojaakko/** * @file vignette.h * Renders a vignette for the player view. @ingroup render * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_FX_VIGNETTE_H #define DENG_CLIENT_FX_VIGNETTE_H #include "render/consoleeffect.h" namespace fx { /** * Initializes the vignette rendering module. This includes registering console * commands. */ class Vignette : public ConsoleEffect { public: Vignette(int console); /** * Renders the vignette for the player's view. * * @param viewRect View window where to draw the vignette. */ void draw(); public: static void consoleRegister(); }; } // namespace fx #endif // DENG_CLIENT_FX_VIGNETTE_H doomsday-1.14.5/doomsday/client/include/render/fx/lensflares.h0000664000175000017500000000265612350542237023644 0ustar jaakkojaakko/** @file lensflares.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_FX_LENSFLARES_H #define DENG_CLIENT_FX_LENSFLARES_H #include "render/consoleeffect.h" #include "render/ilightsource.h" namespace fx { /** * Draws lens flares for all visible light sources in the current frame. */ class LensFlares : public ConsoleEffect { public: LensFlares(int console); void clearLights(); void markLightPotentiallyVisibleForCurrentFrame(ILightSource const *lightSource); void glInit(); void glDeinit(); void beginFrame(); void draw(); static void consoleRegister(); private: DENG2_PRIVATE(d) }; } // namespace fx #endif // DENG_CLIENT_FX_LENSFLARES_H doomsday-1.14.5/doomsday/client/include/render/drawlist.h0000664000175000017500000001261412350542237022715 0ustar jaakkojaakko/** @file drawlist.h Drawable primitive list. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_DRAWLIST_H #define DENG_CLIENT_RENDER_DRAWLIST_H #include "gl/gltextureunit.h" #include "api_gl.h" // blendmode_e #include #include #include /// Semantic geometry group identifiers. enum GeomGroup { UnlitGeom = 0, ///< Normal, unlit geometries. LitGeom, ///< Normal, lit goemetries. SkyMaskGeom, ///< Sky mask geometries. LightGeom, ///< Dynamic light geometries. ShadowGeom, ///< Map object and/or Fake Radio shadow geometries. ShineGeom ///< Surface reflection geometries. }; /// Logical drawing modes. enum DrawMode { DM_SKYMASK, DM_ALL, DM_LIGHT_MOD_TEXTURE, DM_FIRST_LIGHT, DM_TEXTURE_PLUS_LIGHT, DM_UNBLENDED_TEXTURE_AND_DETAIL, DM_BLENDED, DM_BLENDED_FIRST_LIGHT, DM_NO_LIGHTS, DM_WITHOUT_TEXTURE, DM_LIGHTS, DM_MOD_TEXTURE, DM_MOD_TEXTURE_MANY_LIGHTS, DM_UNBLENDED_MOD_TEXTURE_AND_DETAIL, DM_BLENDED_MOD_TEXTURE, DM_ALL_DETAILS, DM_BLENDED_DETAILS, DM_SHADOW, DM_SHINY, DM_MASKED_SHINY, DM_ALL_SHINY }; /// Virtual/logical texture unit indices. These map to real GL texture units. enum texunitid_t { TU_PRIMARY = 0, TU_PRIMARY_DETAIL, TU_INTER, TU_INTER_DETAIL, NUM_TEXTURE_UNITS }; typedef uint TexUnitMap[MAX_TEX_UNITS]; /** * A buffered list of drawable GL primitives and/or GL commands. */ class DrawList { public: struct Spec { GeomGroup group; de::GLTextureUnit texunits[NUM_TEXTURE_UNITS]; Spec(GeomGroup group = UnlitGeom) : group(group) {} inline de::GLTextureUnit &unit(int index) { DENG2_ASSERT(index >= 0 && index < NUM_TEXTURE_UNITS); return texunits[index]; } inline de::GLTextureUnit const &unit(int index) const { DENG2_ASSERT(index >= 0 && index < NUM_TEXTURE_UNITS); return texunits[index]; } }; public: /** * Construct a new draw list. * * @param spec List specification. A copy is made. */ DrawList(Spec const &spec); /** * Write the given geometry primitive to the list. * * @param primitive Type identifier for the GL primitive being written. * @param isLit @todo Retrieve from list specification? * @param vertCount Number of vertices being written. * @param posCoods Map space position coordinates for each vertex. * @param colorCoords Color coordinates for each vertex (if any). * @param texCoords @em Primary texture coordinates for each vertex (if any). * @param interTexCoords @em Inter texture coordinates for each vertex (if any). * @param modTexture GL name of the modulation texture (if any). * @param modColor Modulation color (if any). * @param modTexCoords Modulation texture coordinates for each vertex (if any). */ DrawList &write(de::gl::Primitive primitive, blendmode_e blendMode, de::Vector2f const &texScale, de::Vector2f const &texOffset, de::Vector2f const &detailTexScale, de::Vector2f const &detailTexOffset, bool isLit, uint vertCount, de::Vector3f const *posCoords, de::Vector4f const *colorCoords = 0, de::Vector2f const *texCoords = 0, de::Vector2f const *interTexCoords = 0, GLuint modTexture = 0, de::Vector3f const *modColor = 0, de::Vector2f const *modTexCoords = 0); void draw(DrawMode mode, TexUnitMap const &texUnitMap) const; /** * Returns @c true iff there are no commands/geometries in the list. */ bool isEmpty() const; /** * Clear the list of all buffered GL commands, returning it to the default, * empty state. */ void clear(); /** * Return the read/write cursor to the beginning of the list, retaining all * allocated storage for buffered GL commands so that it can be reused. * * To be called at the beginning of a new render frame before any geometry * is written to the list. */ void rewind(); /** * Provides mutable access to the list's specification. Note that any changes * to this configuration will affect @em all geometry in the list. */ Spec &spec(); /** * Provides immutable access to the list's specification. */ Spec const &spec() const; private: DENG2_PRIVATE(d) }; typedef DrawList::Spec DrawListSpec; #endif // DENG_CLIENT_RENDER_DRAWLIST_H doomsday-1.14.5/doomsday/client/include/render/lightdecoration.h0000664000175000017500000000511612350542237024242 0ustar jaakkojaakko/** @file lightdecoration.h World surface light decoration. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_LIGHTDECORATION_H #define DENG_CLIENT_RENDER_LIGHTDECORATION_H #include "Decoration" #include "Lumobj" /** * World surface light decoration. * @ingroup render */ class LightDecoration : public Decoration, public Lumobj::Source { public: /** * Construct a new light decoration. * * @param source Source of the decoration (a material). * @param origin Origin of the decoration in map space. */ LightDecoration(de::MaterialSnapshotDecoration &source, de::Vector3d const &origin = de::Vector3d()); /** * To be called to register the commands and variables of this module. */ static void consoleRegister(); /** * Returns the current angle fade factor (user configurable). */ static float angleFadeFactor(); /** * Returns the current brightness scale factor (user configurable). */ static float brightFactor(); /** * Calculates an occlusion factor for the light source. Determined by the * relative position of the @a eye (the viewer) and the decoration. * * @param eye Position of the eye in map space. * * @return Occlusion factor in the range [0..1], where @c 0 is fully * occluded and @c 1 is fully visible. */ float occlusion(de::Vector3d const &eye) const; /** * Generates a new lumobj for the light decoration. A map surface must be * attributed to the decoration. * * @see Decoration::setSurface(), Decoration::hasSurface() */ Lumobj *generateLumobj() const; }; #endif // DENG_CLIENT_RENDER_LIGHTDECORATION_H doomsday-1.14.5/doomsday/client/include/render/r_things.h0000664000175000017500000000237612350542237022705 0ustar jaakkojaakko/** @file r_things.h Map Object => Vissprite Projection. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef __CLIENT__ #ifndef DENG_CLIENT_RENDER_THINGS_H #define DENG_CLIENT_RENDER_THINGS_H #include "world/p_object.h" /** * Generates a vissprite for a mobj if it might be visible. */ void R_ProjectSprite(mobj_t *mobj); #endif // DENG_CLIENT_RENDER_THINGS_H #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/include/render/rendpoly.h0000664000175000017500000000472212350542237022721 0ustar jaakkojaakko/** @file rendpoly.h RendPoly data buffers * @ingroup render * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_RENDPOLY_H #define DENG_RENDER_RENDPOLY_H #include #include DENG_EXTERN_C byte rendInfoRPolys; void R_PrintRendPoolInfo(); /** * @note Should be called at the start of each map. */ void R_InitRendPolyPools(); /** * Allocate a new contiguous range of position coordinates from the specialized * write-geometry pool * * @param num The number of coordinate sets required. */ de::Vector3f *R_AllocRendVertices(uint num); /** * Allocate a new contiguous range of color coordinates from the specialized * write-geometry pool * * @param num The number of coordinate sets required. */ de::Vector4f *R_AllocRendColors(uint num); /** * Allocate a new contiguous range of texture coordinates from the specialized * write-geometry pool * * @param num The number of coordinate sets required. */ de::Vector2f *R_AllocRendTexCoords(uint num); /** * @note Doesn't actually free anything (storage is pooled for reuse). * * @param posCoords Position coordinates to mark unused. */ void R_FreeRendVertices(de::Vector3f *posCoords); /** * @note Doesn't actually free anything (storage is pooled for reuse). * * @param colorCoords Color coordinates to mark unused. */ void R_FreeRendColors(de::Vector4f *colorCoords); /** * @note Doesn't actually free anything (storage is pooled for reuse). * * @param texCoords Texture coordinates to mark unused. */ void R_FreeRendTexCoords(de::Vector2f *texCoords); #endif // DENG_RENDER_RENDPOLY_H doomsday-1.14.5/doomsday/client/include/render/biassurface.h0000664000175000017500000000417112350542237023352 0ustar jaakkojaakko/** @file biassurface.h Shadow Bias surface. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_SHADOWBIAS_SURFACE_H #define DENG_RENDER_SHADOWBIAS_SURFACE_H #include /** * Base class for a surface which supports lighting within the Shadow Bias * lighting model. */ class BiasSurface { public: virtual ~BiasSurface() {} /** * To be called to register the commands and variables of this module. */ static void consoleRegister(); /** * Perform lighting for the supplied geometry. The derived class wil define * how these vertices map to bias illumination points. * * @param group Geometry group identifier. * @param posCoords World coordinates for each vertex. * @param colorCoords Final lighting values will be written here. */ virtual void lightBiasPoly(int group, de::Vector3f const *posCoords, de::Vector4f *colorCoords) = 0; /** * Schedule a lighting update to a geometry group following a move of some * other element of dependent geometry. Derived classes may override this * with their own update logic. The default implementation does nothing. * * @param group Geometry group identifier. */ virtual void updateBiasAfterGeometryMove(int group) {} }; extern int devUpdateBiasContributors; //cvar #endif // DENG_RENDER_SHADOWBIAS_SURFACE_H doomsday-1.14.5/doomsday/client/include/render/vissprite.h0000664000175000017500000001112312350542237023106 0ustar jaakkojaakko/** @file vissprite.h Projected visible sprite ("vissprite") management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef __CLIENT__ #ifndef DENG_CLIENT_RENDER_VISSPRITE_H #define DENG_CLIENT_RENDER_VISSPRITE_H #include #include "render/billboard.h" #include "rend_model.h" #define MAXVISSPRITES 8192 // These constants are used as the type of vissprite_s. typedef enum { VSPR_SPRITE, VSPR_MASKED_WALL, VSPR_MODEL, VSPR_FLARE } visspritetype_t; #define MAX_VISSPRITE_LIGHTS (10) /** * vissprite_t is a mobj or masked wall that will be drawn refresh. */ typedef struct vissprite_s { struct vissprite_s *prev, *next; visspritetype_t type; // VSPR_* type of vissprite. coord_t distance; // Vissprites are sorted by distance. de::Vector3d origin; // An anonymous union for the data. union vissprite_data_u { drawspriteparams_t sprite; drawmaskedwallparams_t wall; drawmodelparams_t model; drawflareparams_t flare; } data; } vissprite_t; #define VS_SPRITE(v) (&((v)->data.sprite)) #define VS_WALL(v) (&((v)->data.wall)) #define VS_MODEL(v) (&((v)->data.model)) #define VS_FLARE(v) (&((v)->data.flare)) void VisSprite_SetupSprite(drawspriteparams_t &p, de::Vector3d const ¢er, coord_t distToEye, de::Vector3d const &visOffset, float secFloor, float secCeil, float floorClip, float top, Material &material, bool matFlipS, bool matFlipT, blendmode_t blendMode, de::Vector4f const &ambientColor, uint vLightListIdx, int tClass, int tMap, BspLeaf *bspLeafAtOrigin, bool floorAdjust, bool fitTop, bool fitBottom, bool viewAligned); void VisSprite_SetupModel(drawmodelparams_t &p, de::Vector3d const &origin, coord_t distToEye, de::Vector3d const &visOffset, float gzt, float yaw, float yawAngleOffset, float pitch, float pitchAngleOffset, ModelDef *mf, ModelDef *nextMF, float inter, de::Vector4f const &ambientColor, uint vLightListIdx, int id, int selector, BspLeaf *bspLeafAtOrigin, int mobjDDFlags, int tmap, bool viewAlign, bool fullBright, bool alwaysInterpolate); typedef enum { VPSPR_SPRITE, VPSPR_MODEL } vispspritetype_t; typedef struct vispsprite_s { vispspritetype_t type; ddpsprite_t *psp; coord_t origin[3]; union vispsprite_data_u { struct vispsprite_sprite_s { BspLeaf *bspLeaf; float alpha; dd_bool isFullBright; } sprite; struct vispsprite_model_s { BspLeaf *bspLeaf; coord_t gzt; // global top for silhouette clipping int flags; // for color translation and shadow draw uint id; int selector; int pClass; // player class (used in translation) coord_t floorClip; dd_bool stateFullBright; dd_bool viewAligned; // Align to view plane. coord_t secFloor, secCeil; float alpha; coord_t visOff[3]; // Last-minute offset to coords. dd_bool floorAdjust; // Allow moving sprite to match visible floor. ModelDef *mf, *nextMF; float yaw, pitch; float pitchAngleOffset; float yawAngleOffset; float inter; // Frame interpolation, 0..1 } model; } data; } vispsprite_t; DENG_EXTERN_C vissprite_t visSprites[MAXVISSPRITES], *visSpriteP; DENG_EXTERN_C vissprite_t visSprSortedHead; DENG_EXTERN_C vispsprite_t visPSprites[DDMAXPSPRITES]; /// To be called at the start of the current render frame to clear the vissprite list. void R_ClearVisSprites(); vissprite_t *R_NewVisSprite(visspritetype_t type); void R_SortVisSprites(); #endif // DENG_CLIENT_RENDER_VISSPRITE_H #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/include/render/rend_shadow.h0000664000175000017500000000321012350542237023351 0ustar jaakkojaakko/** @file rend_shadow.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_MOBJ_SHADOW_H #define DENG_RENDER_MOBJ_SHADOW_H #include #include "WallEdge" /// Parameters for Rend_RenderShadowProjections (POD). typedef struct { uint lastIdx; de::Vector3f const *rvertices; uint numVertices, realNumVertices; de::Vector3d const *topLeft; de::Vector3d const *bottomRight; bool isWall; struct { de::WallEdge const *leftEdge; de::WallEdge const *rightEdge; } wall; } rendershadowprojectionparams_t; /** * Render all shadows in projection list @a listIdx according to @a parameters * writing them to the renderering lists for the current frame. */ void Rend_RenderShadowProjections(uint listIdx, rendershadowprojectionparams_t ¶meters); #endif // DENG_RENDER_MOBJ_SHADOW_H doomsday-1.14.5/doomsday/client/include/render/skyfixedge.h0000664000175000017500000000431312350542237023223 0ustar jaakkojaakko/** @file render/skyfixedge.h Sky Fix Edge Geometry. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_SKY_FIX_EDGE #define DENG_RENDER_SKY_FIX_EDGE #include #include "TriangleStripBuilder" /// @todo remove me namespace de { class HEdge; /** * @ingroup render */ class SkyFixEdge : public WorldEdge { public: enum FixType { Lower, Upper }; class Event : public WorldEdge::Event { public: Event(SkyFixEdge &owner, double distance = 0); bool operator < (Event const &other) const; double distance() const; Vector3d origin() const; private: DENG2_PRIVATE(d) }; public: /** * @param hedge HEdge from which to determine sky fix coordinates. * @param fixType Fix type. */ SkyFixEdge(HEdge &hedge, FixType fixType, int edge, float materialOffsetS = 0); Vector3d const &pOrigin() const; Vector3d const &pDirection() const; Vector2f materialOrigin() const; /// Implement IEdge. bool isValid() const; /// Implement IEdge. Event const &first() const; /// Implement IEdge. Event const &last() const; inline Event const &bottom() const { return first(); } inline Event const &top() const { return last(); } Event const &at(EventIndex index) const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RENDER_SKY_FIX_EDGE doomsday-1.14.5/doomsday/client/include/render/r_main.h0000664000175000017500000000307112350542237022326 0ustar jaakkojaakko/** @file r_main.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_R_MAIN_H #define DENG_RENDER_R_MAIN_H #include "dd_types.h" DENG_EXTERN_C int levelFullBright; DENG_EXTERN_C float pspOffset[2], pspLightLevelMultiplier; DENG_EXTERN_C int psp3d; DENG_EXTERN_C float weaponOffsetScale, weaponFOVShift; DENG_EXTERN_C int weaponOffsetScaleY; DENG_EXTERN_C byte weaponScaleMode; // cvar DENG_EXTERN_C fixed_t fineTangent[FINEANGLES / 2]; /** * Draws 2D HUD sprites. If they were already drawn 3D, this won't do anything. */ void Rend_Draw2DPlayerSprites(); /** * Draws 3D HUD models. */ void Rend_Draw3DPlayerSprites(); #endif // DENG_RENDER_R_MAIN_H doomsday-1.14.5/doomsday/client/include/render/biassource.h0000664000175000017500000001646012350542237023226 0ustar jaakkojaakko/** @file biassource.h Shadow Bias (light) source. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_SHADOWBIAS_SOURCE_H #define DENG_RENDER_SHADOWBIAS_SOURCE_H #include #include #include #include #include #include "Grabbable" class BiasDigest; class BspLeaf; struct ded_light_s; // def_data.h /** * Infinite point light source in the Shadow Bias lighting model. * * Color and intensity change notifications are intended for "off-line" usage. */ class BiasSource : public Grabbable, public de::ISerializable { public: /* * Notified when the bias source is about to be deleted. */ DENG2_DEFINE_AUDIENCE(Deletion, void biasSourceBeingDeleted(BiasSource const &biasSource)) /* * Notified when the bias source intensity changes. */ DENG2_DEFINE_AUDIENCE(IntensityChange, void biasSourceIntensityChanged(BiasSource &biasSource, float oldIntensity)) /* * Notified when the bias source color changes. */ DENG2_DEFINE_AUDIENCE(ColorChange, void biasSourceColorChanged(BiasSource &biasSource, de::Vector3f const &oldColor, int changedComponents /*bit-field (0x1=Red, 0x2=Green, 0x4=Blue)*/)) public: /** * Construct a new bias light source. The Grabbable is locked automatically. * * @param origin Origin for the source in the map coordinate space. * @param intensity Light intensity (strength) multiplier. * @param color Light color strength factors. * @param minLight Minimum ambient light level [0..1]. * @param maxLight Maximum ambient light level [0..1]. */ BiasSource(de::Vector3d const &origin = de::Vector3d(), float intensity = 200, de::Vector3f const &color = de::Vector3f(1, 1, 1), float minLight = 0, float maxLight = 0); /** * Construct a new bias light source by duplicating @a other. * * @note The Grabbable state is @em not copied (default state is applied). */ BiasSource(BiasSource const &other); ~BiasSource(); /** * Construct a bias source initialized from a legacy light definition. */ static BiasSource fromDef(struct ded_light_s const &def); /** * Returns the origin of the source in the map coordinate space. The * OriginChange audience is notified whenever the origin changes. * * @see setOrigin() */ de::Vector3d const &origin() const; /** * Change the origin of the source in the map coordinate space. The * OriginChange audience is notified whenever the origin changes. * * @param newOrigin New origin coordinates to apply. * * @see origin() */ void setOrigin(de::Vector3d const &newOrigin); /** * Returns the map BSP leaf at the origin of the source (result cached). */ BspLeaf &bspLeafAtOrigin() const; /** * Returns the "primary" light intensity multiplier for the source. The * IntensityChange audience is notified whenever the intensity changes. * * @see setIntensity() */ float intensity() const; /** * Change the light intensity multiplier for the source. If changed the * source is marked and any affected surfaces will be updated at the * beginning of the @em next render frame. The IntensityChange audience is * notified whenever the intensity changes. * * @param newIntensity New intensity multiplier. * * @see intensity() */ BiasSource &setIntensity(float newIntensity); /** * Determine the effective light intensity for the source and factoring in * sector light level multipliers/scale-factors. */ float evaluateIntensity() const; /** * Returns the light color strength factors for the source. The ColorChange * audience is notified whenever the color changes. * * @see setColor() */ de::Vector3f const &color() const; /** * Change the light color strength factors for the source. If changed the * source is marked and any affected surfaces will be updated at the * beginning of the @em next render frame. The ColorChange audience is * notified whenever the color changes. * * @param newColor New color strength factors to apply. Note that this * value is first applified and then clamped so that all components are in * the range [0..1]. * * @see color() */ BiasSource &setColor(de::Vector3f const &newColor); /** * Returns the ambient light level threshold for the source. * * @param minLight The minimal light level is written here. * @param maxLight The maximal light level is written here. * * @see setLightLevels() */ void lightLevels(float &minLight, float &maxLight) const; /** * Change the ambient light level threshold for the source. Note that both * values are first clamped to the range [0..1]. * * @param newMinLight New minimal light level to apply. * @param newMaxLight New maximal light level to apply. * * @see lightLevels() */ BiasSource &setLightLevels(float newMinLight, float newMaxLight); /** * Returns the time in milliseconds when the source was last updated. */ uint lastUpdateTime() const; /** * Manually mark the source as needing a full update. Note that the actual * update job is deferred until the beginning of the @em next render frame. * * To be called when a surface which is affected by this source has moved. */ void forceUpdate(); /** * Analyze the bias source to determine whether any lighting-contributor * trackers must be informed. * * @param changes Digest in which to record changes. * @param digestIndex Index to use when updating the digest. * @param currentTime Current time in milliseconds. Will be used to mark * the bias source (if changes are found) to facilitate * interpolation (performed by BiasIllum when lighting * is next sampled for a given map point). * * @see BiasTracker */ bool trackChanges(BiasDigest &changes, uint digestIndex, uint currentTime); // Implements ISerializable. void operator >> (de::Writer &to) const; void operator << (de::Reader &from); private: DENG2_PRIVATE(d) }; #endif // DENG_RENDER_SHADOWBIAS_SOURCE_H doomsday-1.14.5/doomsday/client/include/render/viewports.h0000664000175000017500000001302412350542237023122 0ustar jaakkojaakko/** @file viewports.h Player viewports and related low-level rendering. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_VIEWPORTS_H #define DENG_CLIENT_VIEWPORTS_H #ifdef __SERVER__ # error "viewports.h is for the client only" #endif #include #include #include class BspLeaf; struct Generator; class Lumobj; struct viewport_t { int console; de::Rectanglei geometry; }; struct viewer_t { de::Vector3d origin; float pitch; viewer_t(de::Vector3d const &origin = de::Vector3d(), angle_t angle = 0, float pitch = 0) : origin(origin) , pitch(pitch) , _angle(angle) {} viewer_t(viewer_t const &other) : origin(other.origin) , pitch(other.pitch) , _angle(other._angle) {} viewer_t lerp(viewer_t const &end, float pos) const { return viewer_t(de::lerp(origin, end.origin, pos), _angle + int(pos * (int(end._angle) - int(_angle))), de::lerp(pitch, end.pitch, pos)); } angle_t angle() const; angle_t angleWithoutHeadTracking() const { return _angle; } void setAngle(angle_t a) { _angle = a; } private: angle_t _angle; }; struct viewdata_t { viewer_t current; viewer_t lastSharp[2]; ///< For smoothing. viewer_t latest; ///< "Sharp" values taken from here. /* * These vectors are in the DGL coordinate system, which is a left-handed * one (same as in the game, but Y and Z have been swapped). Anyone who uses * these must note that it might be necessary to fix the aspect ratio of the * Y axis by dividing the Y coordinate by 1.2. */ de::Vector3f frontVec, upVec, sideVec; /* to the left */ float viewCos, viewSin; de::Rectanglei window, windowTarget, windowOld; float windowInter; }; enum ViewPortLayer { Player3DViewLayer, ViewBorderLayer, HUDLayer }; DENG_EXTERN_C int rendInfoTris; DENG_EXTERN_C dd_bool firstFrameAfterLoad; /** * Register console variables. */ void Viewports_Register(); int R_FrameCount(); void R_ResetFrameCount(); /** * Render all view ports in the viewport grid. */ void R_RenderViewPorts(ViewPortLayer layer); /** * Render a blank view for the specified player. */ void R_RenderBlankView(); /** * Draw the border around the view window. */ void R_RenderPlayerViewBorder(); /// @return Current viewport; otherwise @c 0. viewport_t const *R_CurrentViewPort(); /** * Set the current GL viewport. */ void R_UseViewPort(viewport_t const *vp); viewdata_t const *R_ViewData(int consoleNum); void R_UpdateViewer(int consoleNum); void R_ResetViewer(); int R_NextViewer(); void R_ClearViewData(); /** * To be called at the beginning of a render frame to perform necessary initialization. */ void R_BeginFrame(); /** * Update the sharp world data by rotating the stored values of plane * heights and sharp camera positions. */ void R_NewSharpWorld(); /** * Returns @c true iff the BSP leaf is marked as visible for the current frame. * * @see R_ViewerBspLeafMarkVisible() */ bool R_ViewerBspLeafIsVisible(BspLeaf const &bspLeaf); /** * Mark the BSP leaf as visible for the current frame. * * @see R_ViewerBspLeafIsVisible() */ void R_ViewerBspLeafMarkVisible(BspLeaf const &bspLeaf, bool yes = true); /** * Returns @c true iff the (particle) generator is marked as visible for the current frame. * * @see R_ViewerGeneratorMarkVisible() */ bool R_ViewerGeneratorIsVisible(Generator const &generator); /** * Mark the (particle) generator as visible for the current frame. * * @see R_ViewerGeneratorIsVisible() */ void R_ViewerGeneratorMarkVisible(Generator const &generator, bool yes = true); /// @return Distance in map space units between the lumobj and viewer. double R_ViewerLumobjDistance(int idx); /// @return @c true if the lumobj is clipped for the viewer. bool R_ViewerLumobjIsClipped(int idx); /// @return @c true if the lumobj is hidden for the viewer. bool R_ViewerLumobjIsHidden(int idx); /** * Clipping strategy: * * If culling world surfaces with the angle clipper and the viewer is not in the * void; use the angle clipper. Otherwise, use the BSP-based LOS algorithm. */ void R_ViewerClipLumobj(Lumobj *lum); void R_ViewerClipLumobjBySight(Lumobj *lum, BspLeaf *bspLeaf); /** * Attempt to set up a view grid and calculate the viewports. Set 'numCols' and * 'numRows' to zero to just update the viewport coordinates. */ bool R_SetViewGrid(int numCols, int numRows); void R_SetupDefaultViewWindow(int consoleNum); /** * Animates the view window towards the target values. */ void R_ViewWindowTicker(int consoleNum, timespan_t ticLength); #endif // DENG_CLIENT_VIEWPORTS_H doomsday-1.14.5/doomsday/client/include/render/shadowedge.h0000664000175000017500000000525412350542237023200 0ustar jaakkojaakko/** @file render/shadowedge.h FakeRadio Shadow Edge Geometry * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_FAKERADIO_SHADOWEDGE_H #define DENG_RENDER_FAKERADIO_SHADOWEDGE_H #include namespace de { static coord_t const SHADOWEDGE_OPEN_THRESHOLD = 8; // world units (Z axis) class HEdge; /** * @ingroup render */ class ShadowEdge { public: ShadowEdge(); void init(HEdge const &leftMostHEdge, int edge); void prepare(int planeIndex); /** * Returns the "side openness" factor for the shadow edge. This factor is * a measure of how open the @em open range is on "this" edge of the * shadowing surface. * * @see sectorOpenness() */ float openness() const; /** * Returns the "sector openness" factor for the shadow edge. This factor is * a measure of how open the @em open range is on the sector edge of the * shadowing surface. * * @see openness() */ float sectorOpenness() const; /** * Returns the origin of the @em outer vertex (that which is incident with * a map vertex from some line of the sector boundary). * * @see inner() */ Vector3d const &outer() const; /** * Returns the origin of the @em inner vertex (that which extends away from * the "outer" vertex and across the shadowed surface). * * @see outer() */ Vector3d const &inner() const; /** * Returns the length of the shadow edge, which is measured as the distance * from the outer vertex origin to the inner origin. * * @see outer(), inner() */ inline coord_t length() const { return Vector3d(inner() - outer()).abs().length(); } private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RENDER_FAKERADIO_SHADOWEDGE_H doomsday-1.14.5/doomsday/client/include/render/vr.h0000664000175000017500000000270612350542237021514 0ustar jaakkojaakko/** @file render/vr.h Stereoscopic rendering and Oculus Rift support. * * @authors Copyright (c) 2013 Christopher Bruns * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_RENDER_VR_H #define CLIENT_RENDER_VR_H #include "dd_types.h" #include de::VRConfig &vrCfg(); namespace VR { /// (UNUSED) Distance from player character to weapon sprite, in map units extern float weaponDistance; } /** * Register VR console variables. */ void VR_ConsoleRegister(); /** * Returns the horizontal field of view in Oculus Rift in degrees. */ float VR_RiftFovX(); /** * Load Oculus Rift parameters via Rift SDK. */ bool VR_LoadRiftParameters(); #endif // CLIENT_RENDER_VR_H doomsday-1.14.5/doomsday/client/include/render/materialcontext.h0000664000175000017500000000242612350542237024267 0ustar jaakkojaakko/** @file render/materialcontext.h Material render-contexts * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_RENDER_MATERIALCONTEXT_H #define LIBDENG_RENDER_MATERIALCONTEXT_H /** * Material render-context identifiers: * * @ingroup render */ enum MaterialContextId { FirstMaterialContextId = 0, UiContext = FirstMaterialContextId, MapSurfaceContext, SpriteContext, ModelSkinContext, PSpriteContext, SkySphereContext, LastMaterialContextId = SkySphereContext }; #endif // LIBDENG_RENDER_MATERIALCONTEXT_H doomsday-1.14.5/doomsday/client/include/render/consoleeffect.h0000664000175000017500000000453212350542237023703 0ustar jaakkojaakko/** @file consoleeffect.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CLIENT_CONSOLEEFFECT_H #define DENG_CLIENT_CONSOLEEFFECT_H #include #include #include /** * Draws camera lens effects for a particular player console. Maintains * console-specific state and carries out the actual GL operations. */ class ConsoleEffect { public: ConsoleEffect(int console); virtual ~ConsoleEffect(); /** * Returns the console number. */ int console() const; /** * Determines the console's view rectangle in window coordinates. */ de::Rectanglei const &viewRect() const; bool isInited() const; de::GLShaderBank &shaders() const; /** * Allocate and prepare GL resources for drawing. Derived classes must call * the base class method if they override it. */ virtual void glInit(); /** * Release GL resources. Derived classes must call the base class method if * they override it. */ virtual void glDeinit(); /** * Called for all console effects when a frame begins. The methods * are called in the console's stack order. */ virtual void beginFrame(); /** * Called for all console effects in stack order, after the raw frame has * been drawn. */ virtual void draw(); /** * Called for all console effects when a frame ends. The methods are called * in reverse stack order, after the draw() methods have all been called. */ virtual void endFrame(); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_CONSOLEEFFECT_H doomsday-1.14.5/doomsday/client/include/render/rend_fakeradio.h0000664000175000017500000001113712350542237024020 0ustar jaakkojaakko/** @file rend_fakeradio.h Faked Radiosity Lighting. * * Perhaps the most distinctive characteristic of radiosity lighting is that * the corners of a room are slightly dimmer than the rest of the surfaces. * (It's not the only characteristic, however.) We will fake these shadowed * areas by generating shadow polygons for wall segments and determining which * BSP leaf vertices will be shadowed. * * In other words, walls use shadow polygons (over entire lines), while planes * use vertex lighting. As sectors are usually partitioned into a great many * BSP leafs (and tesselated into triangles), they are better suited for vertex * lighting. In some cases we will be forced to split a BSP leaf into smaller * pieces than strictly necessary in order to achieve better accuracy in the * shadow effect. * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RENDER_FAKERADIO #define DENG_RENDER_FAKERADIO #include "Line" #include "Sector" #include "Vertex" #include "WallEdge" #include "render/rendpoly.h" // r_vertex_t /** * FakeRadio shadow data. * @ingroup render */ struct shadowcorner_t { float corner; Sector *proximity; float pOffset; float pHeight; }; /** * FakeRadio connected edge data. * @ingroup render */ struct edgespan_t { float length; float shift; }; /** * Stores the FakeRadio properties of a LineSide. * @ingroup render */ struct LineSideRadioData { /// Frame number of last update int updateCount; shadowcorner_t topCorners[2]; shadowcorner_t bottomCorners[2]; shadowcorner_t sideCorners[2]; /// [bottom, top] edgespan_t spans[2]; }; /** * Register the console commands, variables, etc..., of this module. */ void Rend_RadioRegister(); /** * To be called after map load to perform necessary initialization within this module. */ void Rend_RadioInitForMap(de::Map &map); /** * Returns @c true iff @a line qualifies for (edge) shadow casting. */ bool Rend_RadioLineCastsShadow(Line const &line); /** * Returns @c true iff @a plane qualifies for (wall) shadow casting. */ bool Rend_RadioPlaneCastsShadow(Plane const &plane); /** * Returns the FakeRadio data for the specified line @a side. */ LineSideRadioData &Rend_RadioDataForLineSide(LineSide &side); /** * To be called to update the shadow properties for the specified line @a side. */ void Rend_RadioUpdateForLineSide(LineSide &side); /** * Updates all the shadow offsets for the given vertex. * * @pre Lineowner rings must be set up. * * @param vtx Vertex to be updated. */ void Rend_RadioUpdateVertexShadowOffsets(Vertex &vtx); /** * Returns the global shadow darkness factor, derived from values in Config. * Assumes that light level adaptation has @em NOT yet been applied (it will be). */ float Rend_RadioCalcShadowDarkness(float lightLevel); /** * Render FakeRadio for the specified wall section. Generates and then draws all * shadow geometry for the wall section. * * Note that unlike Rend_RadioBspLeafEdges() there is no guard to ensure shadow * geometry is rendered only once per frame. * * @param leftEdge Geometry for the left edge of the wall section. * @param rightEdge Geometry for the right edge of the wall section. * @param shadowDark Shadow darkness scale factor. * @param shadowSize Shadow size scale factor. */ void Rend_RadioWallSection(de::WallEdge const &leftEdge, de::WallEdge const &rightEdge, float shadowDark, float shadowSize); /** * Render FakeRadio for the given BSP leaf. Draws all shadow geometry linked to the * BspLeaf, that has not already been rendered. */ void Rend_RadioBspLeafEdges(BspLeaf const &bspLeaf); /** * Render the shadow poly vertices, for debug. */ #ifdef DENG_DEBUG void Rend_DrawShadowOffsetVerts(); #endif #endif // DENG_RENDER_FAKERADIO doomsday-1.14.5/doomsday/client/include/render/decoration.h0000664000175000017500000000511412350542237023210 0ustar jaakkojaakko/** @file decoration.h World surface decoration. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_DECORATION_H #define DENG_CLIENT_RENDER_DECORATION_H #include #include #include "MapObject" #include "MaterialSnapshot" class Surface; /// No decorations are visible beyond this. #define MAX_DECOR_DISTANCE (2048) /** * World surface decoration. * @ingroup render */ class Decoration : public de::MapObject { public: /// Required surface is missing. @ingroup errors DENG2_ERROR(MissingSurfaceError); public: /** * Construct a new decoration. * * @param source Source of the decoration (a material). * @param origin Origin of the decoration in map space. */ Decoration(de::MaterialSnapshotDecoration &source, de::Vector3d const &origin = de::Vector3d()); virtual ~Decoration(); /** * Returns the source of the decoration. * * @see hasSource(), setSource() */ de::MaterialSnapshotDecoration &source(); /// @copydoc source() de::MaterialSnapshotDecoration const &source() const; /** * Returns @c true iff a surface is attributed for the decoration. * * @see surface(), setSurface() */ bool hasSurface() const; /** * Convenient method which returns the surface owner of the decoration. */ Surface &surface(); /// @copydoc surface() Surface const &surface() const; /** * Change the attributed surface of the decoration. * * @param newSurface Map surface to attribute. Use @c 0 to clear. */ void setSurface(Surface *newSurface); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_RENDER_DECORATION_H doomsday-1.14.5/doomsday/client/include/render/lumobj.h0000664000175000017500000001456712350542237022365 0ustar jaakkojaakko/** @file lumobj.h Luminous object. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_LUMOBJ_H #define DENG_CLIENT_RENDER_LUMOBJ_H #include #include #include "MapObject" #include "Texture" class BspLeaf; /** * Luminous object. * @ingroup render */ class Lumobj : public de::MapObject { public: /// Identifiers for attributing lightmaps (used during projection). enum LightmapSemantic { Side, Down, Up }; /** * Base for any class wishing to act as the source of the luminous object. */ class Source { public: virtual ~Source() {} /** * Calculate an occlusion factor for the light. The implementation should * return a value in the range [0..1], where @c 0 is fully occluded and * @c 1 is fully visible. * * The default implementation assumes the source is always visible. * * @param eye Position of the eye in map space. */ virtual float occlusion(de::Vector3d const &eye) const; }; public: /** * Construct a new luminous object. * * @param origin Origin in map space. * @param radius Radius in map space units. * @param color Color/intensity. */ Lumobj(de::Vector3d const &origin = de::Vector3d(), double radius = 256, de::Vector3f const &color = de::Vector3f(1, 1, 1)); /// Construct a new luminious object by copying @a other. Lumobj(Lumobj const &other); /** * To be called to register the commands and variables of this module. */ static void consoleRegister(); /** * Returns the current radius scale factor (user configurable). */ static float radiusFactor(); /** * Returns the current radius maximum (user configurable). */ static int radiusMax(); /** * Change the attributed source of the lumobj. * * @param newSource New source to attribute. Use @c 0 to clear. */ void setSource(Source const *newSource); /** * Returns the light color/intensity of the lumobj. * * @see setColor() */ de::Vector3f const &color() const; /** * Change the light color/intensity of the lumobj. * * @param newColor New color to apply. * * @see color() */ Lumobj &setColor(de::Vector3f const &newColor); /** * Returns the radius of the lumobj in map space units. * * @see setRadius() */ double radius() const; /** * Change the radius of the lumobj in map space units. * * @param newRadius New radius to apply. * * @see radius() */ Lumobj &setRadius(double newRadius); /** * Returns an axis-aligned bounding box for the lumobj in map space, centered * on the origin with dimensions equal to @code radius * 2 @endcode. * * @see radius() */ AABoxd aaBox() const; /** * Returns the z-offset of the lumobj. * * @see setZOffset() */ double zOffset() const; /** * Change the z-offset of the lumobj. * * @param newZOffset New z-offset to apply. * * @see zOffset() */ Lumobj &setZOffset(double newZOffset); /** * Returns the maximum distance at which the lumobj will be drawn. If no * maximum is configured then @c 0 is returned (default). * * @see setMaxDistance() */ double maxDistance() const; /** * Change the maximum distance at which the lumobj will drawn. For use with * surface decorations, which, should only de visible within a fairly small * radius around the viewer). * * @param newMaxDistance New maximum distance to apply. * * @see maxDistance() */ Lumobj &setMaxDistance(double newMaxDistance); /** * Returns the identified custom lightmap (if any). * * @param semantic Identifier of the lightmap. * * @see setLightmap() */ de::Texture *lightmap(LightmapSemantic semantic) const; /** * Change an attributed lightmap to the texture specified. * * @param semantic Identifier of the lightmap to change. * @param newTexture Lightmap texture to apply. Use @c 0 to clear. * * @see lightmap() */ Lumobj &setLightmap(LightmapSemantic semantic, de::Texture *newTexture); /** * Returns the current flare size of the lumobj. */ float flareSize() const; /** * Change the flare size of the lumobj. * * @param newFlareSize New flare size factor. */ Lumobj &setFlareSize(float newFlareSize); /** * Returns the current flare texture of the lumobj. */ DGLuint flareTexture() const; /** * Change the flare texture of the lumobj. * * @param newTexture New flare texture. */ Lumobj &setFlareTexture(DGLuint newTexture); /** * Calculate a distance attentuation factor for the lumobj. * * @param distFromEye Distance between the lumobj and the viewer. * * @return Attentuation factor [0..1]. */ float attenuation(double distFromEye) const; /** * Generates a VSPR_FLARE vissprite for the lumobj. * * @param eye Position of the viewer in map space. * @param distFromEye Distance between the lumobj and the viewer. */ void generateFlare(de::Vector3d const &eye, double distFromEye); private: DENG2_PRIVATE(d) }; #endif // DENG_CLIENT_RENDER_LUMOBJ_H doomsday-1.14.5/doomsday/client/include/render/vlight.h0000664000175000017500000000504212350542237022356 0ustar jaakkojaakko/** @file vlight.h Vector light sources and source lists. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_VECTORLIGHT_H #define DENG_CLIENT_RENDER_VECTORLIGHT_H #include #include "world/map.h" class BspLeaf; /** * Vector light source. * @ingroup render */ struct VectorLight { float approxDist; ///< Only an approximation. de::Vector3f direction; ///< Normalized vector from light origin to illumination point. de::Vector3f color; ///< How intense the light is (0..1, RGB). float offset; float lightSide, darkSide; ///< Factors for world light. bool affectedByAmbient; }; /** * Initialize the vlight system in preparation for rendering view(s) of the * game world. */ void VL_InitForMap(de::Map &map); /** * Moves all used vlight nodes to the list of unused nodes, so they can be * reused. */ void VL_InitForNewFrame(); struct collectaffectinglights_params_t { de::Vector3d origin; de::Vector3f ambientColor; BspLeaf *bspLeaf; bool starkLight; ///< World light has a more pronounced effect. }; uint R_CollectAffectingLights(collectaffectinglights_params_t const *params); /** * Calls func for all vlights in the given list. * * @param listIdx Unique identifier of the list to process. * @param callback Callback to make for each visited projection. * @param context Passed to the callback. * * @return @c 0 iff iteration completed wholly. */ int VL_ListIterator(uint listIdx, int (*callback) (VectorLight const *, void *), void *context = 0); void Rend_DrawVectorLight(VectorLight const *vlight, float alpha); #endif // DENG_CLIENT_RENDER_VECTORLIGHT_H doomsday-1.14.5/doomsday/client/include/render/rend_model.h0000664000175000017500000001070512350542237023173 0ustar jaakkojaakko/** @file rend_model.h Model renderer (v2.1). * * @ingroup render * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_MODEL_H #define DENG_CLIENT_RENDER_MODEL_H #include "ModelDef" class TextureVariantSpec; /// Absolute maximum number of vertices per submodel supported by this module. #define RENDER_MAX_MODEL_VERTS 16192 /// @todo Split this large inflexible structure into logical subcomponent pieces. struct drawmodelparams_t { // Animation, frame interpolation. ModelDef *mf, *nextMF; float inter; dd_bool alwaysInterpolate; int id; // For a unique skin offset. int selector; // Position/Orientation/Scale coord_t origin[3], gzt; // The real center point and global top z for silhouette clipping. coord_t srvo[3]; // Short-range visual offset. coord_t distance; // Distance from viewer. float yaw, extraYawAngle, yawAngleOffset; ///< @todo We do not need three sets of angles... float pitch, extraPitchAngle, pitchAngleOffset; float extraScale; dd_bool viewAlign; dd_bool mirror; // If true the model will be mirrored about its Z axis (in model space). // Appearance int flags; // Mobj flags. int tmap; // Lighting/color: float ambientColor[4]; uint vLightListIdx; // Shiney texture mapping: float shineYawOffset; float shinePitchOffset; dd_bool shineTranslateWithViewerPos; dd_bool shinepspriteCoordSpace; // Use the psprite coordinate space hack. }; DENG_EXTERN_C byte useModels; DENG_EXTERN_C int modelLight; DENG_EXTERN_C int frameInter; DENG_EXTERN_C float modelAspectMod; DENG_EXTERN_C int mirrorHudModels; DENG_EXTERN_C int modelShinyMultitex; DENG_EXTERN_C float modelSpinSpeed; DENG_EXTERN_C int maxModelDistance; DENG_EXTERN_C float rendModelLOD; DENG_EXTERN_C byte precacheSkins; /** * Registers the console commands and variables used by this module. */ void Rend_ModelRegister(); /** * Initialize this module. */ void Rend_ModelInit(); /** * Shuts down this module. */ void Rend_ModelShutdown(); /** * Expand the render buffer to accommodate rendering models containing at most * this number of vertices. * * @note It is not actually necessary to call this. The vertex buffer will be * enlarged automatically at render time to accommodate a given model so * long as it contains less than RENDER_MAX_MODEL_VERTS. If not the model * will simply not be rendered at all. * * @note Buffer reallocation is deferred until necessary, so repeatedly calling * this routine during initialization is OK. * * @param numVertices New maximum number of vertices we'll be required to handle. * * @return @c true= successfully expanded. May fail if @a numVertices is larger * than RENDER_MAX_MODEL_VERTS. */ bool Rend_ModelExpandVertexBuffers(uint numVertices); /** * Lookup the texture specification for diffuse model skins. * * @param noCompression @c true= disable texture compression. * @return Specification to be used when preparing such textures. */ TextureVariantSpec const &Rend_ModelDiffuseTextureSpec(bool noCompression); /** * Lookup the texture specification for shiny model skins. * * @return Specification to be used when preparing such textures. */ TextureVariantSpec const &Rend_ModelShinyTextureSpec(); /** * Render all the submodels of a model. */ void Rend_DrawModel(drawmodelparams_t const &parms); #endif // DENG_CLIENT_RENDER_MODEL_H doomsday-1.14.5/doomsday/client/include/render/rend_main.h0000664000175000017500000001733412350542237023024 0ustar jaakkojaakko/** @file rend_main.h Core of the rendering subsystem. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_RENDER_MAIN_H #define CLIENT_RENDER_MAIN_H #ifndef __CLIENT__ # error "render/rend_main.h only exists in the Client" #endif #include "dd_types.h" #include "def_main.h" #include "MaterialVariantSpec" #include "WallEdge" #include #include class Sector; class SectorCluster; namespace de { class Map; } // Multiplicative blending for dynamic lights? #define IS_MUL (dynlightBlend != 1 && !usingFog) #define MTEX_DETAILS_ENABLED (r_detail && useMultiTexDetails && \ defs.count.details.num > 0) #define IS_MTEX_DETAILS (MTEX_DETAILS_ENABLED && numTexUnits > 1) #define IS_MTEX_LIGHTS (!IS_MTEX_DETAILS && !usingFog && useMultiTexLights \ && numTexUnits > 1 && envModAdd) #define GLOW_HEIGHT_MAX (1024.f) /// Absolute maximum #define OMNILIGHT_SURFACE_LUMINOSITY_ATTRIBUTION_MIN (.05f) #define SHADOW_SURFACE_LUMINOSITY_ATTRIBUTION_MIN (.05f) DENG_EXTERN_C de::Vector3d vOrigin; DENG_EXTERN_C float vang, vpitch, yfov; DENG_EXTERN_C float viewsidex, viewsidey; DENG_EXTERN_C float fogColor[4]; DENG_EXTERN_C byte smoothTexAnim, devMobjVLights; DENG_EXTERN_C dd_bool usingFog; DENG_EXTERN_C int renderTextures; /// @c 0= no textures, @c 1= normal mode, @c 2= lighting debug DENG_EXTERN_C int renderWireframe; DENG_EXTERN_C int useMultiTexLights; DENG_EXTERN_C int useMultiTexDetails; DENG_EXTERN_C int dynlightBlend; DENG_EXTERN_C int torchAdditive; DENG_EXTERN_C de::Vector3f torchColor; DENG_EXTERN_C int rAmbient; DENG_EXTERN_C float rendLightDistanceAttenuation; DENG_EXTERN_C int rendLightAttenuateFixedColormap; DENG_EXTERN_C float rendLightWallAngle; DENG_EXTERN_C byte rendLightWallAngleSmooth; DENG_EXTERN_C float rendSkyLight; // cvar DENG_EXTERN_C byte rendSkyLightAuto; // cvar DENG_EXTERN_C float lightModRange[255]; DENG_EXTERN_C int extraLight; DENG_EXTERN_C float extraLightDelta; DENG_EXTERN_C int devRendSkyMode; DENG_EXTERN_C int gameDrawHUD; DENG_EXTERN_C int useBias; DENG_EXTERN_C int useDynLights; DENG_EXTERN_C float dynlightFactor, dynlightFogBright; DENG_EXTERN_C int rendMaxLumobjs; DENG_EXTERN_C int useGlowOnWalls; DENG_EXTERN_C float glowFactor, glowHeightFactor; DENG_EXTERN_C int glowHeightMax; DENG_EXTERN_C int useShadows; DENG_EXTERN_C float shadowFactor; DENG_EXTERN_C int shadowMaxRadius; DENG_EXTERN_C int shadowMaxDistance; DENG_EXTERN_C byte useLightDecorations; DENG_EXTERN_C int useShinySurfaces; DENG_EXTERN_C float detailFactor, detailScale; DENG_EXTERN_C int ratioLimit; DENG_EXTERN_C int mipmapping, filterUI, texQuality, filterSprites; DENG_EXTERN_C int texMagMode, texAniso; DENG_EXTERN_C int useSmartFilter; DENG_EXTERN_C int texMagMode; DENG_EXTERN_C int glmode[6]; DENG_EXTERN_C dd_bool fillOutlines; DENG_EXTERN_C dd_bool noHighResTex; DENG_EXTERN_C dd_bool noHighResPatches; DENG_EXTERN_C dd_bool highResWithPWAD; DENG_EXTERN_C byte loadExtAlways; DENG_EXTERN_C byte devRendSkyAlways; DENG_EXTERN_C byte rendInfoLums; DENG_EXTERN_C byte devDrawLums; DENG_EXTERN_C byte freezeRLs; void Rend_Register(); void Rend_Init(); void Rend_Shutdown(); void Rend_Reset(); /// @return @c true iff multitexturing is currently enabled for lights. bool Rend_IsMTexLights(); /// @return @c true iff multitexturing is currently enabled for detail textures. bool Rend_IsMTexDetails(); void Rend_RenderMap(de::Map &map); float Rend_FieldOfView(); /** * @param useAngles @c true= Apply viewer angle rotation. */ void Rend_ModelViewMatrix(bool useAngles = true); de::Matrix4f Rend_GetModelViewMatrix(int consoleNum, bool useAngles = true); #define Rend_PointDist2D(c) (fabs((vOrigin.z-(c)[VY])*viewsidex - (vOrigin.x-(c)[VX])*viewsidey)) /** * The DOOM lighting model applies a light level delta to everything when * e.g. the player shoots. * * @return Calculated delta. */ float Rend_ExtraLightDelta(); void Rend_ApplyTorchLight(float *color3, float distance); void Rend_ApplyTorchLight(de::Vector4f &color, float distance); /** * Apply range compression delta to @a lightValue. * @param lightValue The light level value to apply adaptation to. */ void Rend_ApplyLightAdaptation(float &lightValue); /// Same as Rend_ApplyLightAdaptation except the delta is returned. float Rend_LightAdaptationDelta(float lightvalue); /** * The DOOM lighting model applies distance attenuation to sector light * levels. * * @param distToViewer Distance from the viewer to this object. * @param lightLevel Sector lightLevel at this object's origin. * @return The specified lightLevel plus any attentuation. */ float Rend_AttenuateLightLevel(float distToViewer, float lightLevel); float Rend_ShadowAttenuationFactor(coord_t distance); /** * Updates the lightModRange which is used to applify sector light to help * compensate for the differences between the OpenGL lighting equation, * the software Doom lighting model and the light grid (ambient lighting). * * The offsets in the lightRangeModTables are added to the sector->lightLevel * during rendering (both positive and negative). */ void Rend_UpdateLightModMatrix(); /** * Draws the lightModRange (for debug) */ void Rend_DrawLightModMatrix(); /** * Sector light color may be affected by the sky light color. */ de::Vector3f const &Rend_SectorLightColor(SectorCluster const &cluster); /** * @copydoc Rend_SectorLightColor() * @deprecated Caller should work at cluster level. */ de::Vector3f const &Rend_SectorLightColor(Sector const §or); /** * Blend the given light value with the luminous object's color, applying any * applicable global modifiers and returns the result. * * @param color Source light color. * @param light Strength of the light on the illumination point. * * @return Calculated result. */ de::Vector3f Rend_LuminousColor(de::Vector3f const &color, float light); /** * Given an @a intensity determine the height of the plane glow, applying any * applicable global modifiers. * * @return Calculated result. */ coord_t Rend_PlaneGlowHeight(float intensity); /** * Selects a Material for the given map @a surface considering the current map * renderer configuration. */ Material *Rend_ChooseMapSurfaceMaterial(Surface const &surface); de::MaterialVariantSpec const &Rend_MapSurfaceMaterialSpec(); de::MaterialVariantSpec const &Rend_MapSurfaceMaterialSpec(int wrapS, int wrapT); TextureVariantSpec const &Rend_MapSurfaceShinyTextureSpec(); TextureVariantSpec const &Rend_MapSurfaceShinyMaskTextureSpec(); void R_DivVerts(de::Vector3f *dst, de::Vector3f const *src, de::WorldEdge const &leftEdge, de::WorldEdge const &rightEdge); void R_DivTexCoords(de::Vector2f *dst, de::Vector2f const *src, de::WorldEdge const &leftEdge, de::WorldEdge const &rightEdge); void R_DivVertColors(de::Vector4f *dst, de::Vector4f const *src, de::WorldEdge const &leftEdge, de::WorldEdge const &rightEdge); #endif // CLIENT_RENDER_MAIN_H doomsday-1.14.5/doomsday/client/include/render/huecirclevisual.h0000664000175000017500000000232212350542237024246 0ustar jaakkojaakko/** @file huecirclevisual.h HueCircle visualizer. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RENDER_HUECIRCLEVISUAL_H #define DENG_RENDER_HUECIRCLEVISUAL_H #include class HueCircle; struct HueCircleVisual { static void draw(HueCircle &hueCircle, de::Vector3d const &viewOrigin, de::Vector3f const &viewFrontVec); }; #endif // DENG_RENDER_HUECIRCLEVISUAL_H doomsday-1.14.5/doomsday/client/include/render/rend_console.h0000664000175000017500000000373112350542237023536 0ustar jaakkojaakko#error "rend_console.h is no longer in use" #if 0 * /** @file rend_console.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /* * Console Rendering. */ #ifndef LIBDENG_CONSOLE_RENDER_H #define LIBDENG_CONSOLE_RENDER_H #include #ifdef __cplusplus extern "C" { #endif extern byte consoleShowFPS; void Rend_ConsoleRegister(void); /** * Initialize the console renderer (allows re-init). */ void Rend_ConsoleInit(void); void Rend_ConsoleTicker(timespan_t time); /** * Try to fulfill any pending console resize request. * To be called after a resolution change to resize the console. * * @param force @c true= Force a new resize request. * @return @c true= A resize is still pending. */ boolean Rend_ConsoleResize(boolean force); void Rend_ConsoleOpen(int yes); void Rend_ConsoleMove(int numLines); void Rend_ConsoleToggleFullscreen(void); void Rend_ConsoleCursorResetBlink(void); void Rend_ConsoleUpdateTitle(void); void Rend_Console(void); /// @param origin Origin of the display (top right) in screen-space coordinates. void Rend_ConsoleFPS(const Point2Raw* origin); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_CONSOLE_RENDER_H */ #endifdoomsday-1.14.5/doomsday/client/include/render/billboard.h0000664000175000017500000000774612350542237023030 0ustar jaakkojaakko/** @file billboard.h Rendering billboard "sprites". * * @ingroup render * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_BILLBOARD_H #define DENG_CLIENT_RENDER_BILLBOARD_H #include "dd_types.h" #include "Material" #include "MaterialVariantSpec" class BspLeaf; /** * Billboard drawing arguments for a masked wall. * * A sort of a sprite, I guess... Masked walls must be rendered sorted with * sprites, so no artifacts appear when sprites are seen behind masked walls. */ struct drawmaskedwallparams_t { void *material; /// MaterialVariant blendmode_t blendMode; ///< Blendmode to be used when drawing /// (two sided mid textures only) struct wall_vertex_s { float pos[3]; ///< x y and z coordinates. float color[4]; } vertices[4]; double texOffset[2]; float texCoord[2][2]; ///< u and v coordinates. DGLuint modTex; ///< Texture to modulate with. float modTexCoord[2][2]; ///< [top-left, bottom-right][x, y] float modColor[4]; }; void Rend_DrawMaskedWall(drawmaskedwallparams_t const &parms); /** * Billboard drawing arguments for a "player" sprite (HUD sprite). */ struct rendpspriteparams_t { float pos[2]; // {X, Y} Screen-space position. float width, height; Material *mat; float texOffset[2]; dd_bool texFlip[2]; // {X, Y} Flip along the specified axis. float ambientColor[4]; uint vLightListIdx; }; void Rend_DrawPSprite(rendpspriteparams_t const &parms); /** * Billboard drawing arguments for a map entity, sprite visualization. */ struct drawspriteparams_t { // Position/Orientation/Scale coord_t center[3]; // The real center point. coord_t srvo[3]; // Short-range visual offset. coord_t distance; // Distance from viewer. dd_bool viewAligned; // Appearance dd_bool noZWrite; blendmode_t blendMode; // Material: void *material; /// MaterialVariant dd_bool matFlip[2]; // [S, T] Flip along the specified axis. // Lighting/color: float ambientColor[4]; uint vLightListIdx; // Misc BspLeaf *bspLeaf; }; void Rend_DrawSprite(drawspriteparams_t const &parms); de::MaterialVariantSpec const &Rend_SpriteMaterialSpec(int tclass = 0, int tmap = 0); /** * @defgroup rendFlareFlags Flare renderer flags * @{ */ #define RFF_NO_PRIMARY 0x1 ///< Do not draw a primary flare (aka halo). #define RFF_NO_TURN 0x2 ///< Flares do not turn in response to viewangle/viewdir /**@}*/ /** * Billboard drawing arguments for a lens flare. * * @see H_RenderHalo() */ struct drawflareparams_t { byte flags; // @ref rendFlareFlags. int size; float color[3]; byte factor; float xOff; DGLuint tex; // Flaremap if flareCustom ELSE (flaretexName id. Zero = automatical) float mul; // Flare brightness factor. dd_bool isDecoration; int lumIdx; }; DENG_EXTERN_C int alwaysAlign; DENG_EXTERN_C int spriteLight, useSpriteAlpha, useSpriteBlend; DENG_EXTERN_C int noSpriteZWrite; DENG_EXTERN_C byte noSpriteTrans; DENG_EXTERN_C byte devNoSprites; DENG_EXTERN_C void Rend_SpriteRegister(); #endif // DENG_CLIENT_RENDER_BILLBOARD_H doomsday-1.14.5/doomsday/client/include/render/rend_particle.h0000664000175000017500000000453512350542237023702 0ustar jaakkojaakko/** @file rend_particle.h Particle effect rendering. * * @ingroup render * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RENDER_PARTICLE_H #define DENG_CLIENT_RENDER_PARTICLE_H #include "world/map.h" // Maximum number of particle textures (not instances). #define MAX_PTC_TEXTURES 300 // Maximum number of particle models (not instances). #define MAX_PTC_MODELS 100 enum ParticleType { PTC_NONE, PTC_POINT, PTC_LINE, // New types can be added here. PTC_TEXTURE = 100, // ...followed by MAX_PTC_TEXTURES types. PTC_MODEL = 1000 }; DENG_EXTERN_C byte useParticles; void Rend_ParticleRegister(); /** * Loads all system-level textures (i.e., those available by default) * for a minimal resource set needed for particle rendering. */ void Rend_ParticleLoadSystemTextures(); void Rend_ParticleReleaseSystemTextures(); /** * Load any custom particle textures. They are loaded from the * highres texture directory and are named "ParticleNN.(tga|png|pcx)". * The first is "Particle00". (based on Leesz' textured particles mod) */ void Rend_ParticleLoadExtraTextures(); void Rend_ParticleReleaseExtraTextures(); /** * Render all the visible particle generators. * We must render all particles ordered back->front, or otherwise * particles from one generator will obscure particles from another. * This would be especially bad with smoke trails. */ void Rend_RenderParticles(de::Map &map); #endif // DENG_CLIENT_RENDER_PARTICLE_H doomsday-1.14.5/doomsday/client/include/DrawList0000664000175000017500000000003512350542237021102 0ustar jaakkojaakko#include "render/drawlist.h" doomsday-1.14.5/doomsday/client/include/versioninfo.h0000664000175000017500000000442712350542237022151 0ustar jaakkojaakko#ifndef LIBDENG_VERSIOINFO_H #define LIBDENG_VERSIOINFO_H #include #include #include #include "dd_version.h" struct VersionInfo { int major; int minor; int revision; int patch; int build; /** * Version information. */ VersionInfo() : patch(0), build(de::Time().asBuildNumber()) { parseVersionString(DOOMSDAY_VERSION_BASE); #ifdef DOOMSDAY_BUILD_TEXT build = de::String(DOOMSDAY_BUILD_TEXT).toInt(); #endif } VersionInfo(de::String const &version, int buildNumber) : build(buildNumber) { parseVersionString(version); } QString base() const { return QString("%1.%2.%3").arg(major).arg(minor).arg(revision); } QString asText() const { if(patch > 0) { return base() + QString("-%1 (Build %2)").arg(patch).arg(build); } return base() + QString(" (Build %1)").arg(build); } void parseVersionString(de::String const &version) { QStringList parts = version.split('.'); major = parts[0].toInt(); minor = parts[1].toInt(); revision = 0; patch = 0; if(parts.size() > 2) { if(parts[2].contains('-')) { QStringList rev = parts[2].split('-'); revision = rev[0].toInt(); patch = rev[1].toInt(); } else { revision = parts[2].toInt(); } } } bool operator < (VersionInfo const &other) const { if(major == other.major) { if(minor == other.minor) { if(revision == other.revision) { return build < other.build; } return revision < other.revision; } return minor < other.minor; } return major < other.major; } bool operator == (VersionInfo const &other) const { return major == other.major && minor == other.minor && revision == other.revision && build == other.build; } bool operator > (VersionInfo const &other) const { return !(*this < other || *this == other); } }; #endif // LIBDENG_VERSIOINFO_H doomsday-1.14.5/doomsday/client/include/BitmapFont0000664000175000017500000000004112350542237021411 0ustar jaakkojaakko#include "resource/bitmapfont.h" doomsday-1.14.5/doomsday/client/include/windows/0000775000175000017500000000000012350542237021122 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/windows/directinput.h0000664000175000017500000000661212350542237023632 0ustar jaakkojaakko#ifndef LIBDENG_DIRECTINPUT_H #define LIBDENG_DIRECTINPUT_H #ifdef __CLIENT__ #define WIN32_LEAN_AND_MEAN #define DIRECTINPUT_VERSION 0x0800 #define _WIN32_WINNT 0x0501 #include #include #include #define I_SAFE_RELEASE(d) { if(d) { (d)->Release(); (d) = NULL; } } #ifdef __cplusplus extern "C" { #endif /** * Attempt to initialize an application-global interface to DirectInput. First * the version 8 interface (if available on the host system) and if unsuccessful, * then the older version 3 interface. * * @note The caller must ensure that COM has been initialized else this will * fail and false will be returned. * * @return @c true if an interface was initialized successfully. */ int DirectInput_Init(void); /** * Shutdown the open DirectInput interface if initialized. */ void DirectInput_Shutdown(void); /** * Retrieve a handle to the version 8 interface. * @return Interface instance handle or @c NULL if not initialized. */ LPDIRECTINPUT8 DirectInput_IVersion8(); /** * Retrieve a handle to the version 3 interface. * @return Interface instance handle or @c NULL if not initialized. */ LPDIRECTINPUT DirectInput_IVersion3(); /** * Releases and then destroys a DirectInput device. * @param dev Address of the device instance to be destroyed. Can be @c NULL. */ void DirectInput_KillDevice(LPDIRECTINPUTDEVICE8* dev); /** * Retrieve a plain text explanation of a DirectInput error code suitable for * printing to the error log/displaying to the user. * * @param hr DirectInput Error code to be translated. * @return Plain text explanation. Always returns a valid cstring. */ const char* DirectInput_ErrorMsg(HRESULT hr); #ifdef __cplusplus } // extern "C" #endif #ifdef __cplusplus /** * A handy adaptor for manipulating a DIPROPDWORD structure. */ struct DIPropDWord : DIPROPDWORD { DIPropDWord(DWORD how=0, DWORD object=0, DWORD data=0) { initHeader(); setHow(how); setObject(object); setData(data); } operator DIPROPHEADER*() { return &diph; } operator const DIPROPHEADER*() const { return &diph; } inline DIPropDWord& setHow(DWORD how) { diph.dwHow = how; return *this; } inline DIPropDWord& setObject(DWORD obj) { diph.dwObj = obj; return *this; } inline DIPropDWord& setData(DWORD data) { dwData = data; return *this; } private: void initHeader() { diph.dwSize = sizeof(DIPROPDWORD); diph.dwHeaderSize = sizeof(diph); } }; /** * A handy adaptor for manipulating a DIPROPRANGE structure. */ struct DIPropRange : DIPROPRANGE { DIPropRange(DWORD how=0, DWORD object=0, int min=0, int max=0) { initHeader(); setHow(how); setObject(object); setMin(min); setMax(max); } operator DIPROPHEADER*() { return &diph; } operator const DIPROPHEADER*() const { return &diph; } inline DIPropRange& setHow(DWORD how) { diph.dwHow = how; return *this; } inline DIPropRange& setObject(DWORD obj) { diph.dwObj = obj; return *this; } inline DIPropRange& setMin(int min) { lMin = min; return *this; } inline DIPropRange& setMax(int max) { lMax = max; return *this; } private: void initHeader() { diph.dwSize = sizeof(DIPROPRANGE); diph.dwHeaderSize = sizeof(diph); } }; #endif // __cplusplus #endif // __CLIENT__ #endif // LIBDENG_DIRECTINPUT_H doomsday-1.14.5/doomsday/client/include/windows/dd_winit.h0000664000175000017500000000352312350542237023077 0ustar jaakkojaakko/** @file dd_winit.h * * @authors Copyright © 2003-2013 Jaakko Kernen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Win32 Initialization. */ #ifndef LIBDENG_WINIT_H #define LIBDENG_WINIT_H #define WIN32_LEAN_AND_MEAN #include "dd_pinit.h" #include #ifdef __cplusplus extern "C" { #endif //#define MAINWCLASS "DoomsdayMainWClass" typedef struct { HINSTANCE hInstance; /* #ifdef UNICODE LPCWSTR className; #else LPCSTR className; #endif */ /// @c true = We are using a custom user dir specified on the command line. BOOL usingUserDir; GETGAMEAPI GetGameAPI; } application_t; extern application_t app; dd_bool DD_Win32_Init(void); void DD_Shutdown(void); const char* DD_Win32_GetLastErrorMessage(void); #ifdef UNICODE LPCWSTR ToWideString(const char* str); LPCSTR ToAnsiString(const wchar_t* wstr); # define WIN_STRING(s) (ToWideString(s)) # define UTF_STRING(ws) (ToAnsiString(ws)) #else # define WIN_STRING(s) (s) # define UTF_STRING(ws) (ws) #endif #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_WINIT_H */ doomsday-1.14.5/doomsday/client/include/windows/mouse_win32.h0000664000175000017500000000240412350542237023445 0ustar jaakkojaakko/** * @file mouse_win32.h * Mouse driver that gets mouse input from DirectInput on Windows. * @ingroup input * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_MOUSE_WIN32_H #define LIBDENG_MOUSE_WIN32_H #include "ui/sys_input.h" #ifdef __cplusplus extern "C" { #endif extern mouseinterface_t win32Mouse; #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_MOUSE_WIN32_H doomsday-1.14.5/doomsday/client/include/windows/resource.h0000664000175000017500000000074412350542237023127 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by Doomsday.rc // #define IDI_MAIN 101 #define IDI_DOOMSDAY_ICON 106 // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 117 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1005 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/client/include/mesh.h0000664000175000017500000001235612350542237020544 0ustar jaakkojaakko/** @file mesh.h Mesh Geometry Data Structure. * * @authors Copyright © 2008-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_DATA_MESH_H #define DENG_DATA_MESH_H #include #include #include #include "MapElement" class Vertex; namespace de { class Face; class HEdge; /** * Two dimensioned mesh geometry data structure employing the half-edge model * (more formally known as "Doubly connected edge list" (DECL)). * * @see http://en.wikipedia.org/wiki/Doubly_connected_edge_list * * @ingroup data */ class Mesh { public: typedef QList Vertexes; typedef QList Faces; typedef QList HEdges; /** * Base class for all elements of a mesh. */ class Element { DENG2_NO_COPY (Element) DENG2_NO_ASSIGN(Element) public: /// Required map element is missing. @ingroup errors DENG2_ERROR(MissingMapElementError); public: explicit Element(Mesh &mesh); virtual ~Element() {} /** * Returns the mesh the element is a part of. */ Mesh &mesh() const; /** * Returns @c true iff a map element is attributed. */ bool hasMapElement() const; /** * Returns the map element attributed to the mesh element. * * @see hasMapElement() */ MapElement &mapElement(); /// @copydoc mapElement() MapElement const &mapElement() const; template MapElementType &mapElementAs() { return mapElement().as(); } template MapElementType const &mapElementAs() const { return mapElement().as(); } /** * Change the map element to which the mesh element is attributed. * * @param newMapElement MapElement to attribute to the mesh element. * Ownership is unaffected. Can be @c 0 (to * clear the attribution). * * @see mapElement() */ void setMapElement(MapElement const *newMapElement); private: DENG2_PRIVATE(d) }; public: Mesh(); /** * Clear the mesh destroying all geometry elements. */ void clear(); /** * Construct a new vertex. */ Vertex *newVertex(Vector2d const &origin = de::Vector2d()); /** * Construct a new half-edge. */ HEdge *newHEdge(Vertex &vertex); /** * Construct a new face. */ Face *newFace(); /** * Remove the specified @a vertex from the mesh, destroying the vertex. * If @a vertex is not owned by the mesh then nothing will happen. */ void removeVertex(Vertex &vertex); /** * Remove the specified @a hedge from the mesh, destroying the half-edge. * If @a hedge is not owned by the mesh then nothing will happen. */ void removeHEdge(HEdge &hedge); /** * Remove the specified @a face from the mesh, destroying the face. * If @a face is not owned by the mesh then nothing will happen. */ void removeFace(Face &face); /** * Returns the total number of vertexes in the mesh. */ inline int vertexCount() const { return vertexes().count(); } /** * Returns the total number of faces in the mesh. */ inline int faceCount() const { return faces().count(); } /** * Returns the total number of half-edges in the mesh. */ inline int hedgeCount() const { return hedges().count(); } /** * Returns @c true iff there are no vertexes in the mesh. */ inline bool vertexesIsEmpty() const { return vertexes().isEmpty(); } /** * Returns @c true iff there are no faces in the mesh. */ inline bool facesIsEmpty() const { return faces().isEmpty(); } /** * Returns @c true iff there are no half-edges in the mesh. */ inline bool hedgesIsEmpty() const { return hedges().isEmpty(); } /** * Provides access to the set of all vertexes in the mesh. */ Vertexes const &vertexes() const; /** * Provides access to the set of all faces in the mesh. */ Faces const &faces() const; /** * Provides access to the set of all half-edges in the mesh. */ HEdges const &hedges() const; private: DENG2_PRIVATE(d) }; typedef Mesh::Element MeshElement; } // namespace de #endif // DENG_DATA_MESH_H doomsday-1.14.5/doomsday/client/include/r_util.h0000664000175000017500000000677712350542237021120 0ustar jaakkojaakko/** @file r_util.h Refresh Utility Routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_REFRESH_UTIL_H #define DENG_REFRESH_UTIL_H #include "api_gl.h" #include #include float R_MovementYaw(float const mom[2]); float R_MovementXYYaw(float momx, float momy); float R_MovementPitch(float const mom[3]); float R_MovementXYZPitch(float momx, float momy, float momz); #ifdef __CLIENT__ /** * Get a global angle from Cartesian coordinates in the map coordinate space * relative to the viewer. * * @param point Map point to test. * * @return Angle between the test point and view x,y. */ angle_t R_ViewPointToAngle(de::Vector2d point); /// @copydoc R_ViewPointToAngle() inline angle_t R_ViewPointToAngle(coord_t x, coord_t y) { return R_ViewPointToAngle(de::Vector2d(x, y)); } /** * Determine distance to the specified point relative to the viewer. * * @param x X coordinate to test. * @param y Y coordinate to test. * * @return Distance from the viewer to the test point. */ coord_t R_ViewPointDistance(coord_t x, coord_t y); #endif de::Vector3d R_ClosestPointOnPlane(de::Vector3f const &planeNormal, de::Vector3d const &planePoint, de::Vector3d const &origin); #ifdef __CLIENT__ void R_ProjectViewRelativeLine2D(coord_t const center[2], dd_bool alignToViewPlane, coord_t width, coord_t offset, coord_t start[2], coord_t end[2]); void R_ProjectViewRelativeLine2D(de::Vector2d const center, bool alignToViewPlane, coord_t width, coord_t offset, de::Vector2d &start, de::Vector2d &end); #endif /** * Scale @a color uniformly so that the highest component becomes one. */ void R_AmplifyColor(de::Vector3f &color); void R_ScaleAmbientRGB(float *out, float const *in, float mul); /** * Generate texcoords on the surface centered on point. * * @param s Texture s coords written back here. * @param t Texture t coords written back here. * @param point Point on surface around which texture is centered. * @param xScale Scale multiplier on the horizontal axis. * @param yScale Scale multiplier on the vertical axis. * @param v1 Top left vertex of the surface being projected on. * @param v2 Bottom right vertex of the surface being projected on. * @param tangentMatrix Normalized tangent space matrix for the surface being projected to. * * @return @c true if the generated coords are within bounds. */ bool R_GenerateTexCoords(de::Vector2f &s, de::Vector2f &t, de::Vector3d const &point, float xScale, float yScale, de::Vector3d const &v1, de::Vector3d const &v2, de::Matrix3f const &tangentMatrix); char const *R_NameForBlendMode(blendmode_t mode); #endif // DENG_REFRESH_UTIL_H doomsday-1.14.5/doomsday/client/include/Hand0000664000175000017500000000003012350542237020216 0ustar jaakkojaakko#include "world/hand.h" doomsday-1.14.5/doomsday/client/include/audio/0000775000175000017500000000000012350542237020531 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/audio/sys_audio.h0000664000175000017500000000251112350542237022700 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * sys_audio.h: OS Specific Audio Drivers * * Not included in de_system.h because this is only needed by the * Sfx/Mus modules. */ #ifndef __DOOMSDAY_SYSTEM_AUDIO_H__ #define __DOOMSDAY_SYSTEM_AUDIO_H__ #include "api_audiod.h" #include "api_audiod_sfx.h" #include "api_audiod_mus.h" #include "sys_audiod_dummy.h" #ifndef DENG_DISABLE_SDLMIXER # include "sys_audiod_sdlmixer.h" #endif #endif doomsday-1.14.5/doomsday/client/include/audio/sys_audiod_dummy.h0000664000175000017500000000232012350542237024255 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * sys_audiod_dummy.h: Dummy Music Driver. * * Used in dedicated server mode. */ #ifndef __DOOMSDAY_SYSTEM_AUDIO_DUMMY_H__ #define __DOOMSDAY_SYSTEM_AUDIO_DUMMY_H__ #include #include "api_audiod.h" #include "api_audiod_sfx.h" DENG_EXTERN_C audiodriver_t audiod_dummy; DENG_EXTERN_C audiointerface_sfx_t audiod_dummy_sfx; #endif doomsday-1.14.5/doomsday/client/include/audio/m_mus2midi.h0000664000175000017500000000263512350542237022755 0ustar jaakkojaakko/** @file m_mus2midi.h MUS to MIDI conversion. * @ingroup audio * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef __DOOMSDAY_MUS2MIDI_H__ #define __DOOMSDAY_MUS2MIDI_H__ #ifdef __cplusplus extern "C" { #endif /** * Converts DOOM MUS format music into MIDI music. The output is written to a * native file. * * @param data The MUS data to convert. * @param length The length of the data in bytes. * @param outFile Name of the file the resulting MIDI data will be written to. */ dd_bool M_Mus2Midi(void* data, size_t length, const char* outFile); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/audio/s_mus.h0000664000175000017500000000351012350542237022027 0ustar jaakkojaakko/** @file s_mus.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Music Subsystem. */ #ifndef LIBDENG_SOUND_MUSIC_H #define LIBDENG_SOUND_MUSIC_H #include "api_audiod_mus.h" #ifdef __cplusplus extern "C" { #endif // Music preference. If multiple resources are available, this setting // is used to determine which one to use (mus < ext < cd). enum { MUSP_MUS, MUSP_EXT, MUSP_CD }; void Mus_Register(void); dd_bool Mus_Init(void); void Mus_Shutdown(void); void Mus_SetVolume(float vol); void Mus_Pause(dd_bool doPause); void Mus_StartFrame(void); /** * Start playing a song. The chosen interface depends on what's available * and what kind of resources have been associated with the song. * Any previously playing song is stopped. * * @return Non-zero if the song is successfully played. */ int Mus_Start(ded_music_t* def, dd_bool looped); int Mus_StartLump(lumpnum_t lump, dd_bool looped, dd_bool canPlayMUS); void Mus_Stop(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_SOUND_MUSIC_H */ doomsday-1.14.5/doomsday/client/include/audio/s_logic.h0000664000175000017500000000242212350542237022321 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /* * s_logic.h: The Logical Sound Manager */ #ifndef __DOOMSDAY_SOUND_LOGICAL_H__ #define __DOOMSDAY_SOUND_LOGICAL_H__ #ifdef __cplusplus extern "C" { #endif void Sfx_InitLogical(void); void Sfx_PurgeLogical(void); void Sfx_StartLogical(int id, mobj_t *origin, dd_bool isRepeating); int Sfx_StopLogical(int id, mobj_t *origin); dd_bool Sfx_IsPlaying(int id, mobj_t *origin); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/audio/s_sfx.h0000664000175000017500000001310612350542237022025 0ustar jaakkojaakko/** @file s_sfx.h Sound Effects * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifdef __CLIENT__ #ifndef DENG_CLIENT_SOUND_SFX_H #define DENG_CLIENT_SOUND_SFX_H #include "api_audiod.h" #include "api_audiod_sfx.h" #include "world/map.h" #ifdef __cplusplus extern "C" { #endif // Begin and end macros for Critical Operations. They are operations // that can't be done while a refresh is being made. No refreshing // will be done between BEGIN_COP and END_COP. #define BEGIN_COP Sfx_AllowRefresh(false) #define END_COP Sfx_AllowRefresh(true) // Channel flags. #define SFXCF_NO_ORIGIN (0x1) // Sound is coming from a mystical emitter. #define SFXCF_NO_ATTENUATION (0x2) // Sound is very, very loud. #define SFXCF_NO_UPDATE (0x4) // Channel update is skipped. typedef struct sfxchannel_s { int flags; sfxbuffer_t *buffer; struct mobj_s *emitter; // Mobj that is emitting the sound. coord_t origin[3]; // Emit from here (synced with emitter). float volume; // Sound volume: 1.0 is max. float frequency; // Frequency adjustment: 1.0 is normal. int startTime; // When was the channel last started? } sfxchannel_t; extern dd_bool sfxAvail; extern float sfxReverbStrength; extern int sfxMaxCacheKB, sfxMaxCacheTics; extern int sfx3D, sfx16Bit, sfxSampleRate; /** * Initialize the Sfx module. This includes setting up the available Sfx * drivers and the channels, and initializing the sound cache. Returns * true if the module is operational after the init. */ dd_bool Sfx_Init(void); /** * Shut down the whole Sfx module: drivers, channel buffers and the cache. */ void Sfx_Shutdown(void); /** * Stop all channels, clear the cache. */ void Sfx_Reset(void); /** * Enabling refresh is simple: the refresh thread is resumed. When * disabling refresh, first make sure a new refresh doesn't begin (using * allowRefresh). We still have to see if a refresh is being made and wait * for it to stop. Then we can suspend the refresh thread. */ void Sfx_AllowRefresh(dd_bool allow); /** * Must be done before the map is changed (from P_SetupMap, via * S_MapChange). */ void Sfx_MapChange(void); void Sfx_SetListener(struct mobj_s *mobj); /** * Periodical routines: channel updates, cache purge, cvar checks. */ void Sfx_StartFrame(void); void Sfx_EndFrame(void); /** * Called periodically by S_Ticker(). If the cache is too large, stopped * samples with the lowest hitcount will be uncached. */ void Sfx_PurgeCache(void); void Sfx_RefreshChannels(void); /** * Used by the high-level sound interface to play sounds on the local system. * * @param sample Sample to play. Ptr must be stored persistently! * No copying is done here. * @param volume Volume at which the sample should be played. * @param freq Relative and modifies the sample's rate. * @param emitter If @c NULL, @a fixedpos is checked for a position. * If both @a emitter and @a fixedpos are @c NULL, then * the sound is played as centered 2D. * @param fixedpos Fixed position where the sound if emitted, or @c NULL. * @param flags Additional flags (@ref soundPlayFlags). * * @return @c true, if a sound is started. */ int Sfx_StartSound(sfxsample_t *sample, float volume, float freq, struct mobj_s *emitter, coord_t *fixedpos, int flags); int Sfx_StopSound(int id, struct mobj_s *emitter); /** * Stops all channels that are playing the specified sound. * * @param id @c 0 = all sounds are stopped. * @param emitter If not @c NULL, then the channel's emitter mobj * must match it. * @param defPriority If >= 0, the currently playing sound must have * a lower priority than this to be stopped. Returns -1 * if the sound @a id has a lower priority than a * currently playing sound. * * @return The number of samples stopped. */ int Sfx_StopSoundWithLowerPriority(int id, struct mobj_s *emitter, ddboolean_t byPriority); /** * Stop all sounds of the group. If an emitter is specified, only it's * sounds are checked. */ void Sfx_StopSoundGroup(int group, struct mobj_s *emitter); /** * @return The number of channels the sound is playing on. */ int Sfx_CountPlaying(int id); /** * The specified sample will soon no longer exist. All channel buffers * loaded with the sample will be reset. */ void Sfx_UnloadSoundID(int id); /** * Requests listener reverb update at the end of the frame. */ void Sfx_UpdateReverb(void); void Sfx_DebugInfo(void); #ifdef __cplusplus } // extern "C" #endif #endif // DENG_CLIENT_SOUND_SFX_H #endif // __CLIENT__ doomsday-1.14.5/doomsday/client/include/audio/sys_audiod_sdlmixer.h0000664000175000017500000000262012350542237024754 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2006-2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * sys_audiod_sdlmixer.h: Default Audio Driver. * * Uses SDL_mixer, for SFX, Ext and Mus interfaces. */ #ifndef __DOOMSDAY_SYSTEM_AUDIO_SDLMIXER_H__ #define __DOOMSDAY_SYSTEM_AUDIO_SDLMIXER_H__ #include #include "api_audiod.h" #include "api_audiod_sfx.h" #include "api_audiod_mus.h" DENG_EXTERN_C audiodriver_t audiod_sdlmixer; DENG_EXTERN_C audiointerface_sfx_t audiod_sdlmixer_sfx; DENG_EXTERN_C audiointerface_music_t audiod_sdlmixer_music; #endif doomsday-1.14.5/doomsday/client/include/audio/s_main.h0000664000175000017500000000533112350542237022152 0ustar jaakkojaakko/** @file s_main.h Sound Subsystem * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_SOUND_MAIN_H #define LIBDENG_SOUND_MAIN_H #include "world/p_object.h" #include "def_main.h" #include "api_sound.h" #include "api_audiod.h" #ifdef __cplusplus extern "C" { #endif /** * @defgroup soundPlayFlags Sound Start Flags * @ingroup flags * @{ */ #define SF_RANDOM_SHIFT 0x1 ///< Random frequency shift. #define SF_RANDOM_SHIFT2 0x2 ///< 2x bigger random frequency shift. #define SF_GLOBAL_EXCLUDE 0x4 ///< Exclude all emitters. #define SF_NO_ATTENUATION 0x8 ///< Very, very loud... #define SF_REPEAT 0x10 ///< Repeats until stopped. #define SF_DONT_STOP 0x20 ///< Sound can't be stopped while playing. /// @} extern int showSoundInfo; extern int soundMinDist, soundMaxDist; extern int sfxVolume, musVolume; extern int sfxBits, sfxRate; extern byte sfxOneSoundPerEmitter; void S_Register(void); /** * Main sound system initialization. Inits both the Sfx and Mus modules. * * @return @c true, if there were no errors. */ dd_bool S_Init(void); /** * Shutdown the whole sound system (Sfx + Mus). */ void S_Shutdown(void); /** * Must be called after the map has been changed. */ void S_SetupForChangedMap(void); /** * Stop all channels and music, delete the entire sample cache. */ void S_Reset(void); void S_StartFrame(void); void S_EndFrame(void); /** * Gets information about a defined sound. Linked sounds are resolved. * * @param soundID ID number of the sound. * @param freq Defined frequency for the sound is returned here. May be @c NULL. * @param volume Defined volume for the sound is returned here. May be @c NULL. * * @return Sound info (from definitions). */ sfxinfo_t *S_GetSoundInfo(int soundID, float *freq, float *volume); mobj_t *S_GetListenerMobj(void); void S_Drawer(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_SOUND_MAIN_H doomsday-1.14.5/doomsday/client/include/audio/audiodriver_music.h0000664000175000017500000000445012350542237024422 0ustar jaakkojaakko/** * @file audiodriver_music.h * Low-level music interface of the audio driver. @ingroup audio * * The main purpose of this low-level thin layer is to group individual music * interfaces together as an aggregate that can be treated as one interface. * * The CD playback interface is part of the aggregate in addition to the * regular Music interfaces. * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_AUDIODRIVER_MUSIC_H #define LIBDENG_AUDIODRIVER_MUSIC_H #include #include "dd_types.h" #include "audiodriver.h" #ifdef __cplusplus extern "C" { #endif void AudioDriver_Music_Set(int property, void const *ptr); int AudioDriver_Music_PlayNativeFile(const char* fileName, dd_bool looped); int AudioDriver_Music_PlayLump(lumpnum_t lump, dd_bool looped); int AudioDriver_Music_PlayFile(const char* virtualOrNativePath, dd_bool looped); int AudioDriver_Music_PlayCDTrack(int track, dd_bool looped); /** * Determines if music is currently playing on any of the Music or CD audio * interfaces. * * @return @c true if music is playing. */ dd_bool AudioDriver_Music_IsPlaying(void); /** * Tells the audio driver to choose a new name for the buffer filename, if a * buffer file is needed to play back a song. */ void AudioDriver_Music_SwitchBufferFilenames(void); AutoStr* AudioDriver_Music_ComposeTempBufferFilename(const char* ext); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_AUDIODRIVER_MUSIC_H doomsday-1.14.5/doomsday/client/include/audio/s_environ.h0000664000175000017500000000357212350542237022713 0ustar jaakkojaakko/** @file s_environ.h Audio environment management. * @ingroup audio * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_SOUND_ENVIRON #define DENG_SOUND_ENVIRON #include "api_uri.h" enum AudioEnvironmentId { AE_NONE = -1, AE_FIRST = 0, AE_METAL = AE_FIRST, AE_ROCK, AE_WOOD, AE_CLOTH, NUM_AUDIO_ENVIRONMENTS }; /** * Defines the properties of an audio environment. */ struct AudioEnvironment { char const name[9]; ///< Environment type name. int volumeMul; int decayMul; int dampingMul; }; /** * Lookup the symbolic name of the identified audio environment. */ char const *S_AudioEnvironmentName(AudioEnvironmentId id); /** * Lookup the identified audio environment. */ AudioEnvironment const &S_AudioEnvironment(AudioEnvironmentId id); /** * Lookup the audio environment associated with material @a uri. If no environment * is defined then @c AE_NONE is returned. */ AudioEnvironmentId S_AudioEnvironmentId(Uri const *uri); #endif // DENG_SOUND_ENVIRON doomsday-1.14.5/doomsday/client/include/audio/s_cache.h0000664000175000017500000000335512350542237022275 0ustar jaakkojaakko/** @file s_cache.h Sound Sample Cache * * The data is stored using M_Malloc(). * * To play a sound: * 1) Figure out the ID of the sound. * 2) Call Sfx_Cache() to get a sfxsample_t. * 3) Pass the sfxsample_t to Sfx_StartSound(). * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_SOUND_CACHE_H #define LIBDENG_SOUND_CACHE_H #include "api_audiod_sfx.h" #ifdef __cplusplus extern "C" { #endif void Sfx_InitCache(void); void Sfx_ShutdownCache(void); /** * @return Ptr to the cached copy of the sample (give this ptr to * Sfx_StartSound(); otherwise @c 0 if invalid. */ sfxsample_t *Sfx_Cache(int id); void Sfx_CacheHit(int id); /** * @return The length of the sound (in milliseconds). */ uint Sfx_GetSoundLength(int id); /** * @return Number of bytes and samples cached. */ void Sfx_GetCacheInfo(uint *cacheBytes, uint *sampleCount); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_SOUND_CACHE_H */ doomsday-1.14.5/doomsday/client/include/audio/s_wav.h0000664000175000017500000000505112350542237022022 0ustar jaakkojaakko/** * @file s_wav.h * WAV loader. @ingroup audio * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SOUND_WAVE_FILE_H #define LIBDENG_SOUND_WAVE_FILE_H #ifdef __cplusplus extern "C" { #endif /** * Verifies that the data in the buffer @a data looks like WAV. * @return @c true, if the "RIFF" and "WAVE" strings are found. */ int WAV_CheckFormat(const char* data); /** * Loads a WAV sample from a file. All parameters must be passed, no NULLs are * allowed. * * @note The WAV file must contain a mono sound: only one channel. * * @param filename File path of the WAV file. * @param bits Bits per sample is written here. * @param rate Sample rate is written here. * @param samples Number of samples is written here. * * @return Buffer that contains the wave data. The caller must free the sample * data using Z_Free() when it's no longer needed. */ void* WAV_Load(const char* filename, int* bits, int* rate, int* samples); /** * Loads a WAV sample from a memory buffer. All parameters must be passed, no * NULLs are allowed. * * @note The WAV file must contain a mono sound: only one channel. * * @param data Source data. * @param datalength Length of the source data. * @param bits Bits per sample is written here. * @param rate Sample rate is written here. * @param samples Number of samples is written here. * * @return Buffer that contains the wave data. The caller must free the sample * data using Z_Free() when it's no longer needed. */ void* WAV_MemoryLoad(const byte* data, size_t datalength, int* bits, int* rate, int* samples); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_SOUND_WAVE_FILE_H doomsday-1.14.5/doomsday/client/include/audio/audiodriver.h0000664000175000017500000000667212350542237023232 0ustar jaakkojaakko/** * @file audiodriver.h * Audio driver loading and interface management. @ingroup audio * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_AUDIO_DRIVER_H #define LIBDENG_AUDIO_DRIVER_H #ifdef __SERVER__ # error "audio" is not available in a SERVER build #endif #include #include "api_audiod.h" #include "api_audiod_sfx.h" #include "api_audiod_mus.h" #ifdef __cplusplus #include de::String AudioDriver_InterfaceDescription(); extern "C" { #endif #define MAX_AUDIO_INTERFACES 16 // arbitrary dd_bool AudioDriver_Init(void); void AudioDriver_Shutdown(void); /** * Prints a list of the selected, active interfaces to the log. */ void AudioDriver_PrintInterfaces(void); /** * Retrieves the main interface of the audio driver to which @a audioInterface * belongs. * * @param anyAudioInterface Pointer to a SFX, Music, or CD interface. See * AudioDriver_SFX(), AudioDriver_Music() and AudioDriver_CD(). * * @return Audio driver interface, or @c NULL if the none of the loaded drivers * match. */ audiodriver_t* AudioDriver_Interface(void* anyAudioInterface); AutoStr* AudioDriver_InterfaceName(void* anyAudioInterface); audiointerfacetype_t AudioDriver_InterfaceType(void* anyAudioInterface); /** * Lists all active interfaces of a given type, in descending priority order: * the most important interface is listed first in the returned array. * Alternatively, counts the number of active interfaces of a given type. * * @param type Type of interface to look for. * @param listOfInterfaces Matching interfaces are written here. Points to an * array of pointers. If this is @c NULL, * just counts the number of matching interfaces. * * @return Number of matching interfaces. */ int AudioDriver_FindInterfaces(audiointerfacetype_t type, void** listOfInterfaces); /** * Returns the current active primary SFX interface. @c NULL is returned is no * SFX playback is available. */ audiointerface_sfx_generic_t* AudioDriver_SFX(void); /** * Determines if at least one music interface is available for music playback. */ dd_bool AudioDriver_Music_Available(void); /** * Returns the currently active CD playback interface. @c NULL is returned if * CD playback is not available. * * @note The CD interface is considered to belong in the music aggregate * interface (see audiodriver_music.h), and usually does not need to * be individually manipulated. */ audiointerface_cd_t* AudioDriver_CD(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_AUDIO_DRIVER_H doomsday-1.14.5/doomsday/client/include/TextureScheme0000664000175000017500000000004412350542237022136 0ustar jaakkojaakko#include "resource/texturescheme.h" doomsday-1.14.5/doomsday/client/include/cbuffer.h0000664000175000017500000001136712350542237021225 0ustar jaakkojaakko#error "cbuffer.h is no longer in use" #if 0 /** @file cbuffer.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_CONSOLE_BUFFER_H #define LIBDENG_CONSOLE_BUFFER_H #ifdef __cplusplus extern "C" { #endif /** * @defgroup consoleBufferLineFlags Console Buffer Line Flags * @ingroup flags * * These correspond to the good old text mode VGA colors. * @{ */ #define CBLF_BLACK 0x00000001 #define CBLF_BLUE 0x00000002 #define CBLF_GREEN 0x00000004 #define CBLF_CYAN 0x00000008 #define CBLF_RED 0x00000010 #define CBLF_MAGENTA 0x00000020 #define CBLF_YELLOW 0x00000040 #define CBLF_WHITE 0x00000080 #define CBLF_LIGHT 0x00000100 #define CBLF_RULER 0x00000200 #define CBLF_CENTER 0x00000400 /*@}*/ typedef struct cbline_s { uint len; /// Length of the line in characters (no terminator). char* text; /// Text line. int flags; /// @ref consoleBufferLineFlags } cbline_t; /** * @defgroup consoleBufferFlags Console Buffer Flags * @ingroup flags * @{ */ #define CBF_ALWAYSFLUSH 0x00000001 // don't leave data in the write buffer. /**@}*/ /** * CBuffer. Console text buffer. * @ingroup console */ struct cbuffer_s; // The cbuffer instance (opaque). typedef struct cbuffer_s CBuffer; /** * Construct a new (empty) console buffer. * * @param maxNumLines Maximum number of lines the buffer can hold. * @param maxLineLength Maximum length of a text line in characters. * @param flags @ref consoleBufferFlags */ CBuffer* CBuffer_New(uint maxNumLines, uint maxLineLength, int flags); void CBuffer_Delete(CBuffer* cb); /** * Write the given text string (plus optional flags) to the buffer. * * @param cb Console buffer. * @param flags @ref consoleBufferLineFlags * @param txt Ptr to the text string to be written. */ void CBuffer_Write(CBuffer* cb, int flags, const char* txt); /// Flush the content of the write buffer. void CBuffer_Flush(CBuffer* cb); /// Clear the text content of the buffer. void CBuffer_Clear(CBuffer* cb); /// @return Current maximum line length in characters. uint CBuffer_MaxLineLength(CBuffer* cb); /** * Change the maximum line length. @note The existing lines are unaffected, the * change only impacts new lines. * * @param cb Console buffer. * @param length New max line length, in characters. */ void CBuffer_SetMaxLineLength(CBuffer* cb, uint length); /// @return Number of lines present in the buffer. uint CBuffer_NumLines(CBuffer* cb); /** * Retrieve an immutable ptr to the text line at index @a idx. * * @param cb Console buffer. * @param idx Index of the line to retrieve. * * @return Text line at index @a idx, or @c NULL if invalid index. */ const cbline_t* CBuffer_GetLine(CBuffer* cb, uint idx); /** * @defgroup bufferLineFlags Buffer Line Flags * @ingroup flags * @{ */ #define BLF_OMIT_RULER 0x1 /// Ignore rulers. #define BLF_OMIT_EMPTYLINE 0x2 /// Ignore empty lines. /// @} /** * Collate an array of ptrs to the immutable @c cbline_t objects owned by * the cbuffer. Caller retains ownership of @a list. * * @param cb CBuffer instance. * @param reqCount Number of lines requested from the buffer, zero means * use the current number of lines as the limit. * @param firstIdx Line index of the first line to be retrieved. If * negative, the index is from the end of list. * @param list Ptr to an array of console buffer ptrs which we'll * write to and terminate with @c NULL. * @param blflags @ref bufferLineFlags * * @return The number of elements written back to the buffer. */ uint CBuffer_GetLines2(CBuffer* cb, uint reqCount, int firstIdx, cbline_t const** list, int blflags); uint CBuffer_GetLines(CBuffer* cb, uint reqCount, int firstIdx, cbline_t const** list); /* blflags = 0 */ #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_CONSOLE_BUFFER_H */ #endif doomsday-1.14.5/doomsday/client/include/Material0000664000175000017500000000003712350542237021111 0ustar jaakkojaakko#include "resource/material.h" doomsday-1.14.5/doomsday/client/include/de_audio.h0000664000175000017500000000236212350542237021355 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * de_audio.h: Audio Subsystem */ #ifndef __DOOMSDAY_AUDIO__ #define __DOOMSDAY_AUDIO__ #ifdef __CLIENT__ # include "audio/audiodriver.h" # include "audio/audiodriver_music.h" # include "audio/s_sfx.h" # include "audio/s_mus.h" #endif #include "audio/s_main.h" #include "audio/s_cache.h" #include "audio/s_environ.h" #include "audio/s_wav.h" #include "audio/s_logic.h" #endif doomsday-1.14.5/doomsday/client/include/Sector0000664000175000017500000000003212350542237020605 0ustar jaakkojaakko#include "world/sector.h" doomsday-1.14.5/doomsday/client/include/face.h0000664000175000017500000000557112350542237020507 0ustar jaakkojaakko/** @file face.h Mesh Geometry Face. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_DATA_MESH_FACE_H #define DENG_DATA_MESH_FACE_H #include #include #include "Mesh" namespace de { /** * Mesh face geometry. * * @ingroup data */ class Face : public MeshElement { public: /// @todo make private: /// Total number of half-edge's in the face geometry. int _hedgeCount; public: explicit Face(Mesh &mesh); /** * Total number of half-edges in the face geometry. */ int hedgeCount() const; /** * Returns a pointer to the first half-edge in the face geometry (note that * half-edges are sorted in a clockwise order). May return @c 0 if there is * no half-edge linked to the face. */ HEdge *hedge() const; /** * Change the first half-edge in the face geometry. */ void setHEdge(HEdge const *newHEdge); /** * Returns the axis-aligned bounding box which encompases all the vertexes * which define the face geometry. */ AABoxd const &aaBox() const; /** * Update the face geometry's axis-aligned bounding box to encompass all vertexes. */ void updateAABox(); /** * Returns the point described by the average origin coordinates of all the * vertexes which define the geometry. */ Vector2d const ¢er() const; /** * Update the center point of the geometry. * * @pre Axis-aligned bounding box must have been initialized. */ void updateCenter(); /** * Determines whether the face geometry is currently convex. * * @note Due to the potential computational complexity of determining convexity * this should be called sparingly/only when necessary. * * @todo Cache this result. */ bool isConvex() const; /** * Returns a textual human-readable description/representation of the face * suitable for writing to the application's output log. */ String description() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_DATA_MESH_FACE_H doomsday-1.14.5/doomsday/client/include/edit_map.h0000664000175000017500000000254712350542237021373 0ustar jaakkojaakko/** @file edit_map.h Internal runtime map editing interface. * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_WORLD_EDITMAP_H #define DENG_WORLD_EDITMAP_H #include "world/map.h" /** * Provides access to the current map being built with the runtime map editing * interface. If no map is currently being built then @c 0 is returned. Ownership * of the map is @em NOT given to the caller. * * @see MPE_TakeMap() */ de::Map *MPE_Map(); /** * Take ownership of the last map built with the runtime map editing interface. * May return @c 0 if no such map exists. */ de::Map *MPE_TakeMap(); #endif // DENG_WORLD_EDITMAP_H doomsday-1.14.5/doomsday/client/include/ihplane.h0000664000175000017500000000755112350542237021231 0ustar jaakkojaakko/** @file ihplane.h Interface for a geometric half-plane. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_MATH_IHPLANE #define DENG_MATH_IHPLANE #include #include #include "partition.h" namespace de { /** * Interface for an interceptable geometric half-plane, which provides direct * access to the data/class instance used to model an intersection point. */ class IHPlane { public: /// An invalid reference to an intercept was specified. @ingroup errors DENG2_ERROR(UnknownInterceptError); /** * Interface for an intercept in the implementing half-plane. */ class IIntercept { public: IIntercept(ddouble distance) : _distance(distance) {} virtual ~IIntercept() {} /** * Determines the distance between "this" and the @a other intercept * along the half-plane. The default implementation simply subtracts * the other distance from that of "this". */ virtual double operator - (IIntercept const &other) const { return distance() - other.distance(); } /** * Determines whether the distance relative to the half-plane origin * for "this" intercept is logically less than that of @a other. The * default implementation simply compares the distance values. */ virtual bool operator < (IIntercept const &other) const { return distance() < other.distance(); } /** * Returns distance along the half-plane relative to the origin. * Implementors may override this for special functionality. */ virtual ddouble distance() const { return _distance; } protected: ddouble _distance; }; public: virtual ~IHPlane() {} /** * Reconfigure the half-plane according to the given Partition line. * * @param newPartition The "new" partition line to configure using. */ virtual void configure(Partition const &newPartition) = 0; /** * Returns the Partition (immutable) used to model the partitioning line * of the half-plane. */ virtual Partition const &partition() const = 0; /** * Clear the list of intercept "points" for the half-plane. */ virtual void clearIntercepts() = 0; /** * Attempt interception of the half-plane at @a distance from the origin. * * @param distance Distance along the half-plane to intersect. * * @return Resultant intercept if intersection occurs. Otherwise @c 0. */ virtual IIntercept const *intercept(ddouble distance) = 0; /** * Returns the total number of half-plane intercept points. */ virtual int interceptCount() const = 0; /** * Prepare the list of intercepts for search queries. */ virtual void sortAndMergeIntercepts() {} /** * @note Implementors are obligated to throw UnknownInterceptError if the * specified @a index is not valid. */ virtual IIntercept const &at(int index) const = 0; }; } // namespace de #endif // DENG_MATH_IHPLANE doomsday-1.14.5/doomsday/client/include/SettingsRegister0000664000175000017500000000003612350542237022657 0ustar jaakkojaakko#include "settingsregister.h" doomsday-1.14.5/doomsday/client/include/Generator0000664000175000017500000000003512350542237021277 0ustar jaakkojaakko#include "world/generator.h" doomsday-1.14.5/doomsday/client/include/Game0000664000175000017500000000002212350542237020216 0ustar jaakkojaakko#include "game.h" doomsday-1.14.5/doomsday/client/include/WidgetActions0000664000175000017500000000003612350542237022116 0ustar jaakkojaakko#include "ui/widgetactions.h" doomsday-1.14.5/doomsday/client/include/resource/0000775000175000017500000000000012350542237021257 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/resource/animgroup.h0000664000175000017500000000734112350542237023436 0ustar jaakkojaakko/** @file animgroup.h Material animation group. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_ANIMATIONGROUP_H #define DENG_RESOURCE_ANIMATIONGROUP_H #include "dd_types.h" #include "TextureManifest" #include namespace de { /** * Material Animation group. * * @ingroup resource */ class AnimGroup { public: /** * A single frame in the animation. */ struct Frame { public: /** * Returns the texture manifest for the frame. */ TextureManifest &textureManifest() const; /** * Returns the duration of the frame in tics. */ ushort tics() const; /** * Returns the additional duration of the frame in tics. */ ushort randomTics() const; friend class AnimGroup; private: Frame(TextureManifest &textureManifest, ushort tics, ushort randomTics); TextureManifest *_textureManifest; ushort _tics; ushort _randomTics; }; typedef QList Frames; public: /** * Construct a new animation group. * * @param uniqueId Unique identifier to associate with the group. * @param flags @ref animationGroupFlags */ AnimGroup(int uniqueId, int flags = 0); /** * Returns the unique identifier associated with the animation. */ int id() const; /** * @return @ref animationGroupFlags */ int flags() const; /** * Returns @c true iff at least one frame in the animation uses the specified * @a textureManifest * * @see frames() */ bool hasFrameFor(TextureManifest const &textureManifest) const; /** * Append a new frame to the animation. * * @param texture Manifest for the texture to use during the frame. * @param tics Duration of the frame in tics. * @param randomTics Additional random duration of the frame in tics. * * @return The new frame. */ Frame &newFrame(TextureManifest &textureManifest, ushort tics, ushort randomTics = 0); /** * Clear all frames in the animation. */ void clearAllFrames(); /** * Returns the total number of frames in the animation. */ inline int frameCount() const { return allFrames().count(); } /** * Convenient method of returning a frame in the animation by @a index. * It is assumed that the index is within valid [0..frameCount) range. * * @see frameCount() */ inline Frame &frame(int index) const { return *allFrames().at(index); } /** * Provides access to the frame list for efficient traversal. * * @see frame() */ Frames const &allFrames() const; private: DENG2_PRIVATE(d) }; typedef AnimGroup::Frame AnimGroupFrame; } // namespace de #endif // DENG_RESOURCE_ANIMATIONGROUP_H doomsday-1.14.5/doomsday/client/include/resource/materialscheme.h0000664000175000017500000000671012350542237024417 0ustar jaakkojaakko/** @file materialscheme.h Material collection subspace. * * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_MATERIALSCHEME_H #define DENG_RESOURCE_MATERIALSCHEME_H #include "MaterialManifest" #include "uri.hh" #include #include #include namespace de { /** * Material collection subspace. * * @see Materials * @ingroup resource */ class MaterialScheme { typedef class MaterialManifest Manifest; public: /// The requested manifest could not be found in the index. @ingroup errors DENG2_ERROR(NotFoundError); /// The specified path was not valid. @ingroup errors DENG2_ERROR(InvalidPathError); DENG2_DEFINE_AUDIENCE(ManifestDefined, void materialSchemeManifestDefined(MaterialScheme &scheme, Manifest &manifest)) /// Minimum length of a symbolic name. static int const min_name_length = DENG2_URI_MIN_SCHEME_LENGTH; /// Manifests in the scheme are placed into a tree. typedef PathTreeT Index; public: /** * Construct a new (empty) material subspace scheme. * * @param symbolicName Symbolic name of the new subspace scheme. Must * have at least @ref min_name_length characters. */ explicit MaterialScheme(String symbolicName); /// @return Symbolic name of this scheme (e.g., "Flats"). String const &name() const; /// @return Total number of manifests in the scheme. inline int size() const { return index().size(); } /// @return Total number of manifests in the scheme. Same as @ref size(). inline int count() const { return size(); } /** * Clear all manifests in the scheme. */ void clear(); /** * Insert a new manifest at the given @a path into the scheme. * If a manifest already exists at this path, the existing manifest is * returned and the call is a no-op. * * @param path Virtual path for the resultant manifest. * @return The (possibly newly created) manifest at @a path. */ Manifest &declare(Path const &path); /** * Determines if a manifest exists on the given @a path. * @return @c true if a manifest exists; otherwise @a false. */ bool has(Path const &path) const; /** * Search the scheme for a manifest matching @a path. * * @return Found manifest. */ Manifest const &find(Path const &path) const; /// @copydoc find() Manifest &find(Path const &path); /** * Provides access to the manifest index for efficient traversal. */ Index const &index() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RESOURCE_MATERIALSCHEME_H doomsday-1.14.5/doomsday/client/include/resource/pcx.h0000664000175000017500000000307412350542237022226 0ustar jaakkojaakko/** @file pcx.h PCX image reader. * * Originally derived from the Q2 utils source (lbmlib.c). * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1997-2006 id Software, Inc * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_PCX_H #define DENG_RESOURCE_PCX_H #include "filehandle.h" #include /// @addtogroup resource ///@{ /** * Reads the given PCX image and returns a pointer to a planar RGBA buffer. * The caller must free the allocated buffer with Z_Free. */ uint8_t *PCX_Load(de::FileHandle &file, de::Vector2ui &outSize, int &pixelSize); /** * @return Textual message detailing the last error encountered else @c 0. */ char const *PCX_LastError(); ///@} #endif // DENG_RESOURCE_PCX_H doomsday-1.14.5/doomsday/client/include/resource/resourcesystem.h0000664000175000017500000007142012350542237024530 0ustar jaakkojaakko/** @file resourcesystem.h Resource subsystem. * * @authors Copyright © 2013-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RESOURCESYSTEM_H #define DENG_RESOURCESYSTEM_H #include "def_data.h" #include "resourceclass.h" #include "resource/animgroup.h" #include "resource/colorpalette.h" #ifdef __CLIENT__ # include "AbstractFont" # include "BitmapFont" # include "CompositeBitmapFont" # include "FontScheme" # include "MaterialVariantSpec" # include "Model" # include "ModelDef" #endif #include "Material" #include "MaterialScheme" #include "Sprite" #include "Texture" #include "TextureScheme" #include "resource/rawtexture.h" #include "resource/wad.h" #include "resource/zip.h" #include "uri.hh" #include #include #include #include #include #include /** * Logical resources; materials, packages, textures, etc... * * Resource pointers are considered @em eternal in the sense that they will * continue to reference the same logical resource data, even after the engine * is reset. Public resource identifiers (e.g., materialid_t) are similarly * eternal. * * Resource names (paths) are semi-independant from the resources. There may be * multiple names for any given resource (aliases). The only requirement is that * their symbolic name must be unique among resources in the same scheme. * * @par Classification * * @em Runtime resources are not loaded until precached or actually needed. They * may be cleared, in which case they will be reloaded when needed. * * @em System resources are loaded at startup and remain in memory all the time. * After clearing they must be manually reloaded. * * @par Texture resources * * @em Clearing a texture is to 'undefine' it - any names bound to it will be * deleted and any GL textures acquired for it are 'released'. The logical * Texture instance used to represent it is also deleted. * * @em Releasing a texture will leave it defined (any names bound to it will * persist) but any GL textures acquired for it are 'released'. Note that the * logical Texture instance used to represent is NOT be deleted. * * @ingroup resource */ class ResourceSystem : public de::System { public: /// An unknown resource class identifier was specified. @ingroup errors DENG2_ERROR(UnknownResourceClassError); /// An unknown resource scheme was referenced. @ingroup errors DENG2_ERROR(UnknownSchemeError); /// The referenced manifest was not found. @ingroup errors DENG2_ERROR(MissingManifestError); /// The referenced resource was not found. @ingroup errors DENG2_ERROR(MissingResourceError); /// An unknown material group was referenced. @ingroup errors DENG2_ERROR(UnknownMaterialGroupError); /// The specified material id was invalid (out of range). @ingroup errors DENG2_ERROR(UnknownMaterialIdError); #ifdef __CLIENT__ /// The referenced model def was not found. @ingroup errors DENG2_ERROR(MissingModelDefError); /// The specified font id was invalid (out of range). @ingroup errors DENG2_ERROR(UnknownFontIdError); #endif typedef QSet MaterialManifestSet; typedef MaterialManifestSet MaterialManifestGroup; // Alias typedef QList MaterialManifestGroups; typedef QMap MaterialSchemes; typedef QList AllMaterials; typedef QMap TextureSchemes; typedef QList AllTextures; #ifdef __CLIENT__ typedef QMap FontSchemes; typedef QList AllFonts; #endif typedef QList SpriteSet; public: /** * Construct a new resource system, configuring all resource classes and * the associated resource collection schemes. */ ResourceSystem(); // System. void timeChanged(de::Clock const &); /** * Lookup a ResourceClass by symbolic @a name. */ de::ResourceClass &resClass(de::String name); /** * Lookup a ResourceClass by @a id. * @todo Refactor away. */ de::ResourceClass &resClass(resourceclassid_t id); void clearAllResources(); void clearAllRuntimeResources(); void clearAllSystemResources(); /** * Returns @c true iff a sprite exists for the specified @a spriteId and @a frame; * * @param spriteId Unique identifier of the sprite set. * @param frame Frame number from the set to lookup. */ bool hasSprite(spritenum_t spriteId, int frame); /** * Lookup a sprite by unique identifier & frame number. * * @see hasSprite(), spritePtr() */ Sprite &sprite(spritenum_t spriteId, int frame); /** * Returns a pointer to the identified Sprite. * * @see hasSprite() */ inline Sprite *spritePtr(spritenum_t spriteId, int frame) { return hasSprite(spriteId, frame)? &sprite(spriteId, frame) : 0; } /** * Lookup the sprite set for the specified @a spriteId. * * @param spriteId Unique identifier of the sprite set. * @return The identified SpriteSet. */ SpriteSet const &spriteSet(spritenum_t spriteId); /** * Returns the total number of sprite @em sets. */ int spriteCount(); /** * Determines if a material exists for a @a path. * * @return @c true if a material exists; otherwise @a false. * * @see hasMaterialManifest(), MaterialManifest::hasMaterial() */ inline bool hasMaterial(de::Uri const &path) const { if(hasMaterialManifest(path)) return materialManifest(path).hasMaterial(); return false; } /** * Lookup a material resource for the specified @a path. * * @return The found material. * * @see MaterialManifest::material() */ inline Material &material(de::Uri const &path) const { return materialManifest(path).material(); } /** * Returns a pointer to the identified Material. * * @see hasMaterialManifest(), MaterialManifest::materialPtr() */ inline Material *materialPtr(de::Uri const &path) { if(hasMaterialManifest(path)) return materialManifest(path).materialPtr(); return 0; } /** * Determines if a manifest exists for a material on @a path. * * @return @c true if a manifest exists; otherwise @a false. */ bool hasMaterialManifest(de::Uri const &path) const; /** * Lookup a material manifest by it's unique resource @a path. * * @param path The path to search for. * @return Found material manifest. */ de::MaterialManifest &materialManifest(de::Uri const &path) const; /** * Lookup a manifest by unique identifier. * * @param id Unique identifier for the manifest to be looked up. Note * that @c 0 is not a valid identifier. * * @return The associated manifest. */ de::MaterialManifest &toMaterialManifest(materialid_t id) const; /** * Returns the total number of unique materials in the collection. */ uint materialCount() const { return allMaterials().count(); } /** * Returns @c true iff a MaterialScheme exists with the symbolic @a name. */ bool knownMaterialScheme(de::String name) const; /** * Lookup a material resource scheme by symbolic name. * * @param name Symbolic name of the scheme. * @return MaterialScheme associated with @a name. * * @throws UnknownSchemeError If @a name is unknown. * * @see knownMaterialScheme() */ de::MaterialScheme &materialScheme(de::String name) const; /** * Returns a list of all the schemes for efficient traversal. */ MaterialSchemes const &allMaterialSchemes() const; /** * Returns the total number of material manifest schemes in the collection. */ inline int materialSchemeCount() const { return allMaterialSchemes().count(); } /** * Clear all materials (and their manifests) in all schemes. * * @see allMaterialSchemes(), MaterialScheme::clear(). */ inline void clearAllMaterialSchemes() { foreach(de::MaterialScheme *scheme, allMaterialSchemes()) { scheme->clear(); } DENG2_ASSERT(allMaterials().isEmpty()); // sanity check } /** * Lookup a material manifest group by unique @a number. */ MaterialManifestGroup &materialGroup(int number) const; /** * Create a new (empty) material manifest group. */ MaterialManifestGroup &newMaterialGroup(); /** * Destroys all material manifest groups. */ void clearAllMaterialGroups(); /** * Provides a list of all material manifest groups, for efficient traversal. */ MaterialManifestGroups const &allMaterialGroups() const; /** * Returns the total number of material manifest groups in the collection. */ inline int materialGroupCount() const { return allMaterialGroups().count(); } /** * Declare a material in the collection, producing a manifest for a logical * Material which will be defined later. If a manifest with the specified * @a uri already exists the existing manifest will be returned. * * @param uri Uri representing a path to the material in the virtual hierarchy. * * @return Manifest for this URI. */ inline de::MaterialManifest &declareMaterial(de::Uri const &uri) { return materialScheme(uri.scheme()).declare(uri.path()); } /** * Returns a list of all the unique material instances in the collection, * from all schemes. */ AllMaterials const &allMaterials() const; /** * Determines if a texture exists for @a path. * * @return @c true, if a texture exists; otherwise @a false. * * @see hasTextureManifest(), TextureManifest::hasTexture() */ inline bool hasTexture(de::Uri const &path) const { if(hasTextureManifest(path)) return textureManifest(path).hasTexture(); return false; } /** * Lookup a texture resource for the specified @a path. * * @return The found texture. * * @see textureManifest(), TextureManifest::texture() */ inline de::Texture &texture(de::Uri const &path) const { return textureManifest(path).texture(); } /** * Returns a pointer to the identified Texture. * * @see hasTextureManifest(), TextureManifest::texturePtr() */ inline de::Texture *texturePtr(de::Uri const &path) { if(hasTextureManifest(path)) return textureManifest(path).texturePtr(); return NULL; } /** * Convenient method of searching the texture collection for a texture with * the specified @a schemeName and @a resourceUri. * * @param schemeName Unique name of the scheme in which to search. * @param resourceUri Path to the (image) resource to find the texture for. * * @return The found texture; otherwise @c 0. */ de::Texture *texture(de::String schemeName, de::Uri const *resourceUri); /** * Determines if a texture manifest exists for a declared texture on @a path. * * @return @c true, if a manifest exists; otherwise @a false. */ bool hasTextureManifest(de::Uri const &path) const; /** * Find the manifest for a declared texture. * * @param search The search term. * @return Found unique identifier. */ de::TextureManifest &textureManifest(de::Uri const &search) const; /** * Lookup a subspace scheme by symbolic name. * * @param name Symbolic name of the scheme. * @return Scheme associated with @a name. * * @throws UnknownSchemeError If @a name is unknown. */ de::TextureScheme &textureScheme(de::String name) const; /** * Returns @c true iff a Scheme exists with the symbolic @a name. */ bool knownTextureScheme(de::String name) const; /** * Returns a list of all the schemes for efficient traversal. */ TextureSchemes const &allTextureSchemes() const; /** * Returns the total number of manifest schemes in the collection. */ inline int textureSchemeCount() const { return allTextureSchemes().count(); } /** * Clear all textures in all schemes. * * @see Scheme::clear(). */ inline void clearAllTextureSchemes() { foreach(de::TextureScheme *scheme, allTextureSchemes()) { scheme->clear(); } } /** * Returns a list of all the unique texture instances in the collection, * from all schemes. */ AllTextures const &allTextures() const; /** * Declare a texture in the collection, producing a manifest for a logical * Texture which will be defined later. If a manifest with the specified * @a uri already exists the existing manifest will be returned. * * If any of the property values (flags, dimensions, etc...) differ from * that which is already defined in the pre-existing manifest, any texture * which is currently associated is released (any GL-textures acquired for * it are deleted). * * @param uri Uri representing a path to the texture in the * virtual hierarchy. * @param flags Texture flags property. * @param dimensions Logical dimensions property. * @param origin World origin offset property. * @param uniqueId Unique identifier property. * @param resourceUri Resource URI property. * * @return Manifest for this URI. */ inline de::TextureManifest &declareTexture(de::Uri const &uri, de::Texture::Flags flags, de::Vector2i const &dimensions, de::Vector2i const &origin, int uniqueId, de::Uri const *resourceUri = 0) { return textureScheme(uri.scheme()) .declare(uri.path(), flags, dimensions, origin, uniqueId, resourceUri); } de::Texture *defineTexture(de::String schemeName, de::Uri const &resourceUri, de::Vector2i const &dimensions = de::Vector2i()); patchid_t declarePatch(de::String encodedName); /** * Returns a rawtex_t for the given lump if one already exists; otherwise @c 0. */ rawtex_t *rawTexture(lumpnum_t lumpNum); /** * Get a rawtex_t data structure for a raw texture specified with a WAD lump * number. Allocates a new rawtex_t if it hasn't been loaded yet. */ rawtex_t *declareRawTexture(lumpnum_t lumpNum); /** * Returns a list of pointers to all the raw textures in the collection. */ QList collectRawTextures() const; #ifdef __CLIENT__ /** * Determines if a manifest exists for a resource on @a path. * * @return @c true, if a manifest exists; otherwise @a false. */ bool hasFont(de::Uri const &path) const; /** * Convenient method of looking up a concrete font resource in the collection * given it's unique identifier. * * @return The associated font resource. * * @see toFontManifest(), FontManifest::hasResource() */ inline AbstractFont &font(fontid_t id) const { return toFontManifest(id).resource(); } /** * Returns the total number of resource manifests in the collection. */ uint fontCount() const { return allFonts().count(); } /** * Find a resource manifest. * * @param search The search term. * @return Found unique identifier. */ de::FontManifest &fontManifest(de::Uri const &search) const; /** * Lookup a manifest by unique identifier. * * @param id Unique identifier for the manifest to be looked up. Note * that @c 0 is not a valid identifier. * * @return The associated manifest. */ de::FontManifest &toFontManifest(fontid_t id) const; /** * Lookup a subspace scheme by symbolic name. * * @param name Symbolic name of the scheme. * @return Scheme associated with @a name. * * @throws UnknownSchemeError If @a name is unknown. */ de::FontScheme &fontScheme(de::String name) const; /** * Returns @c true iff a Scheme exists with the symbolic @a name. */ bool knownFontScheme(de::String name) const; /** * Returns a list of all the schemes for efficient traversal. */ FontSchemes const &allFontSchemes() const; /** * Returns the total number of manifest schemes in the collection. */ inline int fontSchemeCount() const { return allFontSchemes().count(); } /** * Clear all resources in all schemes. * * @see allFontSchemes(), FontScheme::clear(). */ inline void clearAllFontSchemes() { foreach(de::FontScheme *scheme, allFontSchemes()) { scheme->clear(); } } /** * Returns a list of pointers to all the concrete resources in the collection, * from all schemes. */ AllFonts const &allFonts() const; /** * Declare a resource in the collection, producing a (possibly new) manifest * for a resource which may be defined later. If a manifest with the specified * @a uri already exists the existing manifest will be returned. * * @param uri Uri representing a path to the resource in the virtual hierarchy. * * @return The associated manifest for this URI. */ inline de::FontManifest &declareFont(de::Uri const &uri) { return fontScheme(uri.scheme()).declare(uri.path()); } /** * Lookup the unique index attributed to the given @a modelDef. * * @return Index of the definition; otherwise @c -1 if @a modelDef is unknown. */ int indexOf(ModelDef const *modelDef); /** * Convenient method of looking up a concrete model resource in the collection * given it's unique identifier. O(1) * * @return The associated model resource. */ Model &model(modelid_t id); /** * Determines if a model definition exists with the given @a id. O(n) * * @return @c true, if a definition exists; otherwise @a false. * * @see modelDef() */ bool hasModelDef(de::String id) const; /** * Retrieve a model definition by it's unique @a index. O(1) * * @return The associated model definition. * * @see modelDefCount() */ ModelDef &modelDef(int index); /** * Lookup a model definition by it's unique @a id. O(n) * * @return Found model definition. * * @see hasModelDef() */ ModelDef &modelDef(de::String id); /** * Lookup a model definition for the specified mobj @a stateIndex. * * @param stateIndex Index of the mobj state. * @param select Model selector argument. There may be multiple models * for a given mobj state. The selector determines which * is used according to some external selection criteria. * * @return Found model definition; otherwise @c 0. */ ModelDef *modelDefForState(int stateIndex, int select = 0); /** * Returns the total number of model definitions in the system. * * @see modelDef() */ int modelDefCount() const; /// @todo Refactor away. Used for animating particle/sky models. void setModelDefFrame(ModelDef &modelDef, int frame); /** * Release all GL-textures in all schemes. */ void releaseAllGLTextures(); /** * Release all GL-textures in schemes flagged 'runtime'. */ void releaseAllRuntimeGLTextures(); /** * Release all GL-textures in schemes flagged 'system'. */ void releaseAllSystemGLTextures(); /** * Release all GL-textures in the identified scheme. * * @param schemeName Symbolic name of the texture scheme to process. */ void releaseGLTexturesByScheme(de::String schemeName); /** * Prepare a material variant specification in accordance to the specified * usage context. If incomplete context information is supplied, suitable * default values will be chosen in their place. * * @param contextId Usage context identifier. * @param flags @ref textureVariantSpecificationFlags * @param border Border size in pixels (all edges). * @param tClass Color palette translation class. * @param tMap Color palette translation map. * @param wrapS GL texture wrap/clamp mode on the horizontal axis (texture-space). * @param wrapT GL texture wrap/clamp mode on the vertical axis (texture-space). * @param minFilter Logical DGL texture minification level. * @param magFilter Logical DGL texture magnification level. * @param anisoFilter @c -1= User preference else a logical DGL anisotropic filter level. * @param mipmapped @c true= use mipmapping. * @param gammaCorrection @c true= apply gamma correction to textures. * @param noStretch @c true= disallow stretching of textures. * @param toAlpha @c true= convert textures to alpha data. * * @return The interned copy of the rationalized specification. */ de::MaterialVariantSpec const &materialSpec(MaterialContextId contextId, int flags, byte border, int tClass, int tMap, int wrapS, int wrapT, int minFilter, int magFilter, int anisoFilter, bool mipmapped, bool gammaCorrection, bool noStretch, bool toAlpha); /** * Prepare a TextureVariantSpecification according to usage context. If the * specification is incomplete suitable defaults are chosen automatically. * * @param tc Usage context. * @param flags @ref textureVariantSpecificationFlags * @param border Border size in pixels (all edges). * @param tClass Color palette translation class. * @param tMap Color palette translation map. * * @return The interned copy of the rationalized specification. */ TextureVariantSpec const &textureSpec(texturevariantusagecontext_t tc, int flags, byte border, int tClass, int tMap, int wrapS, int wrapT, int minFilter, int magFilter, int anisoFilter, dd_bool mipmapped, dd_bool gammaCorrection, dd_bool noStretch, dd_bool toAlpha); /** * Prepare a TextureVariantSpecification according to usage context. If the * specification is incomplete suitable defaults are chosen automatically. * * @return A rationalized and valid TextureVariantSpecification. */ TextureVariantSpec &detailTextureSpec(float contrast); AbstractFont *newFontFromDef(ded_compositefont_t const &def); AbstractFont *newFontFromFile(de::Uri const &uri, de::String filePath); /** * Release all GL-textures for fonts in the identified scheme. * * @param schemeName Symbolic name of the font scheme to process. */ void releaseFontGLTexturesByScheme(de::String schemeName); #endif // __CLIENT__ /** * Returns the total number of animation/precache groups. */ int animGroupCount(); /** * Destroys all the animation groups. */ void clearAllAnimGroups(); /** * Returns the AnimGroup associated with @a uniqueId (1-based); otherwise @c 0. */ de::AnimGroup *animGroup(int uniqueId); /** * Construct a new animation group. * * @param flags @ref animationGroupFlags */ de::AnimGroup &newAnimGroup(int flags); /** * Returns the total number of color palettes. */ int colorPaletteCount() const; /** * Destroys all the color palettes. */ void clearAllColorPalettes(); /** * Returns the ColorPalette associated with unique @a id. */ ColorPalette &colorPalette(colorpaletteid_t id) const; /** * Returns the symbolic name of the specified color @a palette. A zero-length * string is returned if no name is associated. */ de::String colorPaletteName(ColorPalette &palette) const; /** * Returns @c true iff a ColorPalette with the specified @a name is present. */ bool hasColorPalette(de::String name) const; /** * Returns the ColorPalette associated with @a name. * * @see hasColorPalette() */ ColorPalette &colorPalette(de::String name) const; /** * @param newPalette Color palette to add. Ownership of the palette is given * to the resource system. * @param name Symbolic name of the color palette. */ void addColorPalette(ColorPalette &newPalette, de::String const &name = de::String()); /** * Returns the unique identifier of the current default color palette. */ colorpaletteid_t defaultColorPalette() const; /** * Change the default color palette. * * @param newDefaultPalette The color palette to make default. */ void setDefaultColorPalette(ColorPalette *newDefaultPalette); #ifdef __CLIENT__ /** * Rewind all material animations back to their initial/starting state. * * @see allMaterials(), MaterialAnimation::restart() */ inline void restartAllMaterialAnimations() { foreach(Material *material, allMaterials()) foreach(MaterialAnimation *animation, material->animations()) { animation->restart(); } } /** * Prepare resources for the current Map. */ void cacheForCurrentMap(); /** * Add a variant of @a material to the cache queue for deferred preparation. * * @param material Base material from which to derive a context variant. * @param spec Specification for the derivation of @a material. * @param cacheGroups @c true= variants for all materials in any applicable * groups are desired; otherwise just specified material. */ void cache(Material &material, de::MaterialVariantSpec const &spec, bool cacheGroups = true); /** * Cache all resources needed to visualize models using the given @a modelDef. */ void cache(ModelDef *modelDef); /** * Precache resources from the set associated with the specified @a spriteId. * * @param spriteId Unique identifier of the sprite set to cache. * @param materialSpec Specification to use when caching materials. */ void cache(spritenum_t spriteId, de::MaterialVariantSpec const &materialSpec); /** * Process all queued material cache tasks. */ void processCacheQueue(); /** * Cancel all queued material cache tasks. */ void purgeCacheQueue(); #endif // __CLIENT__ /** * Returns the native path of the root of the saved session repository */ de::NativePath nativeSavePath(); /** * Utility for scheduling legacy savegame conversion(s) (delegated to background Tasks). * * @param gameId Identity key of the game and corresponding subfolder name within * save repository to output the converted savegame to. Also used for * resolving ambiguous savegame formats. * @param sourcePath If a zero-length string then @em all legacy savegames located for * this game will be considered. Otherwise use the path of a single * legacy savegame file to schedule a single conversion. * * @return @c true if one or more conversion tasks were scheduled. */ bool convertLegacySavegames(de::String const &gameId, de::String const &sourcePath = ""); public: /// @todo Should be private: void initCompositeTextures(); void initFlatTextures(); void initRawTextures(); void initSpriteTextures(); void initSystemTextures(); void initSprites(); #ifdef __CLIENT__ void initModels(); #endif void clearAllTextureSpecs(); void pruneUnusedTextureSpecs(); public: /** * Register the console commands, variables, etc..., of this module. */ static void consoleRegister(); private: DENG2_PRIVATE(d) }; DENG_EXTERN_C byte precacheMapMaterials, precacheSprites; DENG_EXTERN_C byte texGammaLut[256]; void R_BuildTexGammaLut(); #endif // DENG_RESOURCESYSTEM_H doomsday-1.14.5/doomsday/client/include/resource/texturevariantspec.h0000664000175000017500000001310212350542237025365 0ustar jaakkojaakko/** @file texturevariantspec.h Texture resource, variant specification. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_TEXTUREVARIANTSPEC_H #define DENG_RESOURCE_TEXTUREVARIANTSPEC_H #ifndef __CLIENT__ # error "resource/texturevariantspec.h only exists in the Client" #endif #include "dd_types.h" #include "gl/sys_opengl.h" #include typedef enum { TC_UNKNOWN = -1, TEXTUREVARIANTUSAGECONTEXT_FIRST = 0, TC_UI = TEXTUREVARIANTUSAGECONTEXT_FIRST, TC_MAPSURFACE_DIFFUSE, TC_MAPSURFACE_REFLECTION, TC_MAPSURFACE_REFLECTIONMASK, TC_MAPSURFACE_LIGHTMAP, TC_SPRITE_DIFFUSE, TC_MODELSKIN_DIFFUSE, TC_MODELSKIN_REFLECTION, TC_HALO_LUMINANCE, TC_PSPRITE_DIFFUSE, TC_SKYSPHERE_DIFFUSE, TEXTUREVARIANTUSAGECONTEXT_LAST = TC_SKYSPHERE_DIFFUSE } texturevariantusagecontext_t; #define TEXTUREVARIANTUSAGECONTEXT_COUNT (\ TEXTUREVARIANTUSAGECONTEXT_LAST + 1 - TEXTUREVARIANTUSAGECONTEXT_FIRST ) #define VALID_TEXTUREVARIANTUSAGECONTEXT(tc) (\ (tc) >= TEXTUREVARIANTUSAGECONTEXT_FIRST && (tc) <= TEXTUREVARIANTUSAGECONTEXT_LAST) /** * @defgroup textureVariantSpecificationFlags Texture Variant Specification Flags * @ingroup flags */ /*@{*/ #define TSF_ZEROMASK 0x1 // Set pixel alpha to fully opaque. #define TSF_NO_COMPRESSION 0x2 #define TSF_UPSCALE_AND_SHARPEN 0x4 #define TSF_MONOCHROME 0x8 #define TSF_INTERNAL_MASK 0xff000000 #define TSF_HAS_COLORPALETTE_XLAT 0x80000000 /*@}*/ struct variantspecification_t { texturevariantusagecontext_t context; int flags; /// @ref textureVariantSpecificationFlags byte border; /// In pixels, added to all four edges of the texture. int wrapS, wrapT; dd_bool mipmapped, gammaCorrection, noStretch, toAlpha; /** * Minification filter modes. Specified using either a logical * texture class id (actual mode used is then determined by the * user's preference for that class) or a constant value. * * Texture class: * -1: No class * * Constant: * 0: Nearest or Nearest-Mipmap-Nearest (if mipmapping) * 1: Linear or Linear-Mipmap-Nearest (if mipmapping) * 2: Nearest-Mipmap-Linear (mipmapping only) * 3: Linear-Mipmap-Linear (mipmapping only) */ int minFilter; /** * Magnification filter modes. Specified using either a logical * texture class id (actual mode used is then determined by the * user's preference for that class) or a constant value. * * Texture class: * -3: UI class * -2: Sprite class * -1: No class * * Constant: * 0: Nearest (in Manhattan distance) * 1: Linear (weighted average) */ int magFilter; /// -1: User preference else a logical DGL anisotropic filter level. int anisoFilter; /// Color palette translation. int tClass, tMap; GLint glMinFilter() const; GLint glMagFilter() const; int logicalAnisoLevel() const; variantspecification_t(); variantspecification_t(variantspecification_t const &other); /** * Magnification, Anisotropic filter level and GL texture wrap modes are * handled through dynamic changes to GL's texture environment state. * Consequently, they are ignored during spec equality comparison. */ bool operator == (variantspecification_t const &other) const; inline bool operator != (variantspecification_t const &other) const { return !(*this == other); } }; /** * Detail textures are faded to gray depending on the contrast factor. * The texture is also progressively faded towards gray in each mipmap * level uploaded. * * Contrast is quantized in order to reduce the number of variants to * a more sensible/manageable number per texture. */ #define DETAILTEXTURE_CONTRAST_QUANTIZATION_FACTOR (10) struct detailvariantspecification_t { uint8_t contrast; bool operator == (detailvariantspecification_t const &other) const; inline bool operator != (detailvariantspecification_t const &other) const { return !(*this == other); } }; enum texturevariantspecificationtype_t { TST_GENERAL, TST_DETAIL }; class TextureVariantSpec { public: texturevariantspecificationtype_t type; variantspecification_t variant; detailvariantspecification_t detailVariant; public: TextureVariantSpec(texturevariantspecificationtype_t type = TST_GENERAL); TextureVariantSpec(TextureVariantSpec const &other); bool operator == (TextureVariantSpec const &other) const; inline bool operator != (TextureVariantSpec const &other) const { return !(*this == other); } /** * Returns a textual, human-readable representation of the specification. */ de::String asText() const; }; #endif // DENG_RESOURCE_TEXTUREVARIANTSPEC_H doomsday-1.14.5/doomsday/client/include/resource/texturescheme.h0000664000175000017500000001144212350542237024317 0ustar jaakkojaakko/** @file texturescheme.h Texture collection subspace. * * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_TEXTURESCHEME_H #define DENG_RESOURCE_TEXTURESCHEME_H #include "TextureManifest" #include "uri.hh" #include #include #include namespace de { /** * Texture collection subspace. * * @see Textures * @ingroup resource */ class TextureScheme { typedef class TextureManifest Manifest; public: /// The requested manifest could not be found in the index. DENG2_ERROR(NotFoundError); /// The specified path was not valid. @ingroup errors DENG2_ERROR(InvalidPathError); DENG2_DEFINE_AUDIENCE(ManifestDefined, void textureSchemeManifestDefined(TextureScheme &scheme, Manifest &manifest)) /// Minimum length of a symbolic name. static int const min_name_length = DENG2_URI_MIN_SCHEME_LENGTH; /// Manifests in the scheme are placed into a tree. typedef PathTreeT Index; public: /** * Construct a new (empty) texture subspace scheme. * * @param symbolicName Symbolic name of the new subspace scheme. Must * have at least @ref min_name_length characters. */ explicit TextureScheme(String symbolicName); ~TextureScheme(); /// @return Symbolic name of this scheme (e.g., "ModelSkins"). String const &name() const; /// @return Total number of manifests in the scheme. inline int size() const { return index().size(); } /// @return Total number of manifests in the scheme. Same as @ref size(). inline int count() const { return size(); } /** * Clear all manifests in the scheme (any GL textures which have been * acquired for associated textures will be released). */ void clear(); /** * Insert a new manifest at the given @a path into the scheme. * If a manifest already exists at this path, the existing manifest is * returned. * * If any of the property values (flags, dimensions, etc...) differ from * that which is already defined in the pre-existing manifest, any texture * which is currently associated is released (any GL-textures acquired for * it are deleted). * * @param path Virtual path for the resultant manifest. * @param flags Texture flags property. * @param dimensions Logical dimensions property. * @param origin World origin offset property. * @param uniqueId Unique identifier property. * @param resourceUri Resource URI property. * * @return The (possibly newly created) manifest at @a path. */ Manifest &declare(Path const &path, Texture::Flags flags, Vector2i const &dimensions, Vector2i const &origin, int uniqueId, de::Uri const *resourceUri); /** * Determines if a manifest exists on the given @a path. * @return @c true if a manifest exists; otherwise @a false. */ bool has(Path const &path) const; /** * Search the scheme for a manifest matching @a path. * * @return Found manifest. */ Manifest const &find(Path const &path) const; /// @copydoc find() Manifest &find(Path const &path); /** * Search the scheme for a manifest whose associated resource * URI matches @a uri. * * @return Found manifest. */ Manifest const &findByResourceUri(Uri const &uri) const; /// @copydoc findByResourceUri() Manifest &findByResourceUri(Uri const &uri); /** * Search the scheme for a manifest whose associated unique * identifier matches @a uniqueId. * * @return Found manifest. */ Manifest const &findByUniqueId(int uniqueId) const; /// @copydoc findByUniqueId() Manifest &findByUniqueId(int uniqueId); /** * Provides access to the manifest index for efficient traversal. */ Index const &index() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RESOURCE_TEXTURESCHEME_H doomsday-1.14.5/doomsday/client/include/resource/patchname.h0000664000175000017500000000352112350542237023371 0ustar jaakkojaakko/** * @file patchname.h PatchName * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_RESOURCE_PATCHNAME_H #define LIBDENG_RESOURCE_PATCHNAME_H #include "dd_types.h" // For lumpnum_t #include #include #include namespace de { /** * @ingroup resource */ class PatchName : public IReadable { public: explicit PatchName(String percentEncodedName = "", lumpnum_t _lumpNum = -2); /// Returns the percent-endcoded symbolic name of the patch. String percentEncodedName() const; /// Returns the percent-endcoded symbolic name of the patch. String const &percentEncodedNameRef() const; /// Returns the lump number of the associated patch. /// @pre The global patchNames data is available. lumpnum_t lumpNum(); /// Implements IReadable. void operator << (Reader &from); private: String name; lumpnum_t lumpNum_; }; } // namespace de #endif /* LIBDENG_RESOURCE_PATCHNAME_H */ doomsday-1.14.5/doomsday/client/include/resource/tga.h0000664000175000017500000000630012350542237022202 0ustar jaakkojaakko/** @file tga.h Truevision TGA (a.k.a Targa) image reader/writer * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_TGA_H #define DENG_RESOURCE_TGA_H #include "filehandle.h" #include /// @addtogroup resource ///@{ /** * Saves the buffer (which is formatted rgb565) to a Targa 24 image file. * * @param file Handle to the open file to be written to. * @param w Width of the image in pixels. * @param h Height of the image in pixels. * @param buf Ptr to the image data to be written. * * @return Non-zero iff successful. */ int TGA_Save24_rgb565(FILE *file, int w, int h, uint16_t const *buf); /** * Save the rgb888 buffer as Targa 24. * * @param file Handle to the open file to be written to. * @param w Width of the image in pixels. * @param h Height of the image in pixels. * @param buf Ptr to the image data to be written. * * @return Non-zero iff successful. */ int TGA_Save24_rgb888(FILE *file, int w, int h, uint8_t const *buf); /** * Save the rgb8888 buffer as Targa 24. * * @param file Handle to the open file to be written to. * @param w Width of the image in pixels. * @param h Height of the image in pixels. * @param buf Ptr to the image data to be written. * * @return Non-zero iff successful. */ int TGA_Save24_rgba8888(FILE *file, int w, int h, uint8_t const *buf); /** * Save the rgb888 buffer as Targa 16. * * @param file Handle to the open file to be written to. * @param w Width of the image in pixels. * @param h Height of the image in pixels. * @param buf Ptr to the image data to be written. * * @return Non-zero iff successful. */ int TGA_Save16_rgb888(FILE *file, int w, int h, uint8_t const *buf); /** * Loads a 24-bit or a 32-bit image (24-bit color + 8-bit alpha). * * @warning: This is not a generic TGA loader. Only type 2, 24/32 pixel * size, attrbits 0/8 and lower left origin supported. * * @return Non-zero iff the image is loaded successfully. */ uint8_t *TGA_Load(de::FileHandle &file, de::Vector2ui &outSize, int &pixelSize); /** * @return Textual message detailing the last error encountered else @c 0. */ char const *TGA_LastError(); ///@} #endif // DENG_RESOURCE_TGA_H doomsday-1.14.5/doomsday/client/include/resource/lumpcache.h0000664000175000017500000001325112350542237023373 0ustar jaakkojaakko/** * @file lumpcache.h * Provides a thread-safe data cache tailored to storing lumps (i.e., files). * * @ingroup fs * * @author Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_LUMPCACHE_H #define LIBDENG_FILESYS_LUMPCACHE_H #include "de_base.h" #include #include #include #include #include class LumpCache { private: class CacheRecord { public: explicit CacheRecord(uint8_t* data = 0) : data_(data) {} ~CacheRecord() { clearData(); } uint8_t* data() const { if(data_ && Z_GetTag(data_) == PU_PURGELEVEL) { // Reaquire the data. Z_ChangeTag2(data_, PU_APPSTATIC); Z_ChangeUser(data_, (void*)&data_); } return data_; } uint8_t const* replaceData(uint8_t* newData) { clearData(); data_ = newData; if(data_) { Z_ChangeUser(data_, &data_); } return newData; } CacheRecord& clearData(bool* retCleared = 0) { bool hasData = !!data_; if(hasData) { /// @todo Implement a proper thread-safe locking mechanism. // Elevate the cached data to purge level so it will be explicitly // free'd by the Zone the next time the rover passes it. if(Z_GetTag(data_) != PU_PURGELEVEL) { Z_ChangeTag2(data_, PU_PURGELEVEL); } // Mark the data as unowned. Z_ChangeUser(data_, (void*) 0x2); } if(retCleared) *retCleared = hasData; return *this; } CacheRecord& lock() { /// @todo Implement a proper thread-safe locking mechanism. return *this; } CacheRecord& unlock() { /// @todo Implement a proper thread-safe locking mechanism. if(data_) { Z_ChangeTag2(data_, PU_PURGELEVEL); } return *this; } private: uint8_t* data_; }; typedef std::vector DataCache; public: explicit LumpCache(uint size) : size_(size), dataCache(0) {} ~LumpCache() { if(dataCache) delete dataCache; } uint size() const { return size_; } bool isValidIndex(uint idx) const { return idx < size_; } uint8_t const* data(uint lumpIdx) const { LOG_AS("LumpCache::data"); CacheRecord const* record = cacheRecord(lumpIdx); return record? record->data() : 0; } LumpCache& insert(uint lumpIdx, uint8_t* data) { LOG_AS("LumpCache::insert"); if(!isValidIndex(lumpIdx)) throw de::Error("LumpCache::insert", QString("Invalid index %1").arg(lumpIdx)); // Time to allocate the data cache? if(!dataCache) { dataCache = new DataCache(size_); } CacheRecord* record = cacheRecord(lumpIdx); record->replaceData(data); return *this; } LumpCache& insertAndLock(uint lumpIdx, uint8_t* data) { return insert(lumpIdx, data).lock(lumpIdx); } LumpCache& lock(uint lumpIdx) { LOG_AS("LumpCache::lock"); if(!isValidIndex(lumpIdx)) throw de::Error("LumpCache::lock", QString("Invalid index %1").arg(lumpIdx)); CacheRecord* record = cacheRecord(lumpIdx); record->lock(); return *this; } LumpCache& unlock(uint lumpIdx) { LOG_AS("LumpCache::unlock"); if(!isValidIndex(lumpIdx)) throw de::Error("LumpCache::unlock", QString("Invalid index %1").arg(lumpIdx)); CacheRecord* record = cacheRecord(lumpIdx); record->unlock(); return *this; } LumpCache& remove(uint lumpIdx, bool* retRemoved = 0) { CacheRecord* record = cacheRecord(lumpIdx); if(record) { record->clearData(retRemoved); } else if(retRemoved) { *retRemoved = false; } return *this; } LumpCache& clear() { if(dataCache) { DENG2_FOR_EACH(DataCache, i, *dataCache) { i->clearData(); } } return *this; } private: CacheRecord* cacheRecord(uint lumpIdx) { if(!isValidIndex(lumpIdx)) return 0; return dataCache? &(*dataCache)[lumpIdx] : 0; } CacheRecord const* cacheRecord(uint lumpIdx) const { if(!isValidIndex(lumpIdx)) return 0; return dataCache? &(*dataCache)[lumpIdx] : 0; } private: /// Number of data lumps which can be stored in the cache. uint size_; /// The cached data. DataCache* dataCache; }; #endif /* LIBDENG_FILESYS_LUMPCACHE_H */ doomsday-1.14.5/doomsday/client/include/resource/colorpalette.h0000664000175000017500000001263712350542237024136 0ustar jaakkojaakko/** @file colorpalette.h Color palette resource. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_COLORPALETTE_H #define DENG_RESOURCE_COLORPALETTE_H #include #include #include #include #include #include #ifdef __CLIENT__ #include #endif #include /** * Converts a sequence of bytes, given a color format descriptor, into a table * of colors (usable with ColorPalette). */ class ColorTableReader { public: /// Base class for color-format-related errors. @ingroup errors DENG2_ERROR(FormatError); public: /** * @param format Textual color format description of the format of each * discreet color value in @a colorData. * * Expected form: "C#C#C" * - 'C'= color component identifier, one of [R, G, B] * - '#'= number of bits for the identified component. * * @param colorCount Number of discreet colors in @a colorData. * @param colorData Color data (at least @a colorCount * 3 values). */ static QVector read(de::String format, int colorCount, de::dbyte const *colorData); }; /** * Color Palette. * * @ingroup resource */ class ColorPalette { public: /// An invalid translation id was specified. @ingroup errors DENG2_ERROR(InvalidTranslationIdError); /// Notified whenever the color table changes. DENG2_DEFINE_AUDIENCE(ColorTableChange, void colorPaletteColorTableChanged(ColorPalette &colorPalette)) /// Palette index translation mapping table. typedef QVector Translation; public: /** * Construct a new empty color palette. */ ColorPalette(); /** * Constructs a new color palette using the specified color table. * * @param colors Color table to initialize from. A copy is made. */ ColorPalette(QVector const &colors); /// @see color() inline de::Vector3ub operator [] (int colorIndex) const { return color(colorIndex); } /** * Returns the automatically generated, unique identifier of the color palette. */ de::Id id() const; /** * Returns the total number of colors in the palette. */ int colorCount() const; /** * Lookup a color in the palette by @a colorIndex. If the specified index is * out of valid [0..colorCount) range it will be clamped. * * @param colorIndex Index of the color in the palette. * * @return Associated R8G8B8 color triplet. * * @see colorf(), operator [] */ de::Vector3ub color(int colorIndex) const; /** * Same as @ref color() except the color is returned in [0..1] floating-point. */ de::Vector3f colorf(int colorIndex) const; #ifdef __CLIENT__ /** * Same as @ref color() except the color is returned as a QColor instance. */ inline QColor colorq(int colorIndex, int alpha = 255) const { de::Vector3ub rgb = color(colorIndex); return QColor(rgb.x, rgb.y, rgb.z, alpha); } #endif /** * Replace the entire color table. The ColorTableChange audience is notified * whenever the color table changes. * * If the new color table has a different number of colors, then any existing * translation maps will be cleared automatically. * * @param colorTable The replacement color table. A copy is made. */ ColorPalette &replaceColorTable(QVector const &colorTable); /** * Given an R8G8B8 color triplet return the closet matching color index. * * @param rgb R8G8B8 color to be matched. * * @return Closet matching color index or @c -1 if no colors in the palette. */ int nearestIndex(de::Vector3ub const &rgb) const; /** * Clear all translation maps. */ void clearTranslations(); /** * Lookup a translation map by it's unique @a id. * * @return Pointer to the identified translation; otherwise @c 0. */ Translation const *translation(de::String id) const; /** * Add/replace the identified translation map. * * @param id Unique identifier of the translation. * @param mappings Table of palette index mappings (a copy is made). It is * assumed that this table contains a mapping for each color * in the palette. * * @see colorCount() */ void newTranslation(de::String id, Translation const &mappings); private: DENG2_PRIVATE(d) }; typedef ColorPalette::Translation ColorPaletteTranslation; #endif // DENG_RESOURCE_COLORPALETTE_H doomsday-1.14.5/doomsday/client/include/resource/zip.h0000664000175000017500000001777712350542237022255 0ustar jaakkojaakko/** @file zip.h ZIP Archive (file) * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_RESOURCE_ZIP_H #define LIBDENG_RESOURCE_ZIP_H #include "filesys/file.h" #include "filesys/fileinfo.h" #include namespace de { class FileHandle; /** * ZIP archive file format. * @ingroup resource * * @note Presently only the zlib method (Deflate) of compression is supported. * * @see file.h, File1 */ class Zip : public File1 { public: /// Base class for format-related errors. @ingroup errors DENG2_ERROR(FormatError); /// The requested entry does not exist in the zip. @ingroup errors DENG2_ERROR(NotFoundError); public: Zip(FileHandle &hndl, String path, FileInfo const &info, File1 *container = 0); ~Zip(); /// @return @c true= @a lumpIdx is a valid logical index for a lump in this file. bool isValidIndex(int lumpIdx) const; /// @return Logical index of the last lump in this file's directory or @c -1 if empty. int lastIndex() const; /// @return Number of lumps contained by this file or @c 0 if empty. int lumpCount() const; /// @return @c true= There are no lumps in this file's directory. bool empty(); /** * Retrieve the directory node for a lump contained by this file. * * @param lumpIdx Logical index for the lump in this file's directory. * * @return Directory node for this lump. * * @throws NotFoundError If @a lumpIdx is not valid. */ PathTree::Node &lumpDirectoryNode(int lumpIdx) const; /** * Retrieve a lump contained by this file. * * @param lumpIdx Logical index for the lump in this file's directory. * * @return The lump. * * @throws NotFoundError If @a lumpIdx is not valid. */ File1 &lump(int lumpIdx); /** * Read the data associated with lump @a lumpIdx into @a buffer. * * @param lumpIdx Lump index associated with the data to be read. * @param buffer Buffer to read into. Must be at least large enough to * contain the whole lump. * @param tryCache @c true= try the lump cache first. * * @return Number of bytes read. * * @throws NotFoundError If @a lumpIdx is not valid. * * @see lumpSize() or lumpInfo() to determine the size of buffer needed. */ size_t readLump(int lumpIdx, uint8_t *buffer, bool tryCache = true); /** * Read a subsection of the data associated with lump @a lumpIdx into @a buffer. * * @param lumpIdx Lump index associated with the data to be read. * @param buffer Buffer to read into. Must be at least @a length bytes. * @param startOffset Offset from the beginning of the lump to start reading. * @param length Number of bytes to read. * @param tryCache @c true= try the lump cache first. * * @return Number of bytes read. * * @throws NotFoundError If @a lumpIdx is not valid. */ size_t readLump(int lumpIdx, uint8_t *buffer, size_t startOffset, size_t length, bool tryCache = true); /** * Read the data associated with lump @a lumpIdx into the cache. * * @param lumpIdx Lump index associated with the data to be cached. * * @return Pointer to the cached copy of the associated data. */ uint8_t const *cacheLump(int lumpIdx); /** * Remove a lock on a cached data lump. * * @param lumpIdx Lump index associated with the cached data to be changed. */ void unlockLump(int lumpIdx); /** * Clear any cached data for lump @a lumpIdx from the lump cache. * * @param lumpIdx Lump index associated with the cached data to be cleared. * @param retCleared If not @c NULL write @c true to this address if data was * present and subsequently cleared from the cache. */ void clearCachedLump(int lumpIdx, bool *retCleared = 0); /** * Purge the lump cache, clearing all cached data lumps. */ void clearLumpCache(); public: /** * Determines whether the specified file appears to be in a format recognised by * Zip. * * @param file Stream file handle/wrapper to the file being interpreted. * * @return @c true= this is a file that can be represented using Zip. */ static bool recognise(FileHandle &file); /** * Inflates a block of data compressed using ZipFile_Compress() (i.e., zlib * deflate algorithm). * * @param in Pointer to compressed data. * @param inSize Size of the compressed data. * @param outSize Size of the uncompressed data is written here. Must not be @c NULL. * * @return Pointer to the uncompressed data. Caller gets ownership of the * returned memory and must free it with M_Free(). * * @see compress() */ static uint8_t *uncompress(uint8_t *in, size_t inSize, size_t *outSize); /** * Inflates a compressed block of data using zlib. The caller must figure out * the uncompressed size of the data before calling this. * * zlib will expect raw deflate data, not looking for a zlib or gzip header, * not generating a check value, and not looking for any check values for * comparison at the end of the stream. * * @param in Pointer to compressed data. * @param inSize Size of the compressed data. * @param out Pointer to output buffer. * @param outSize Size of the output buffer. This must match the size of the * decompressed data. * * @return @c true if successful. */ static bool uncompressRaw(uint8_t *in, size_t inSize, uint8_t *out, size_t outSize); /** * Compresses a block of data using zlib with the default/balanced compression level. * * @param in Pointer to input data to compress. * @param inSize Size of the input data. * @param outSize Pointer where the size of the compressed data will be written. * Cannot be @c NULL. * * @return Compressed data. The caller gets ownership of this memory and must * free it with M_Free(). If an error occurs, returns @c NULL and * @a outSize is set to zero. */ static uint8_t *compress(uint8_t *in, size_t inSize, size_t *outSize); /** * Compresses a block of data using zlib. * * @param in Pointer to input data to compress. * @param inSize Size of the input data. * @param outSize Pointer where the size of the compressed data will be written. * Cannot be @c NULL. * @param level Compression level: 0=none/fastest ... 9=maximum/slowest. * * @return Compressed data. The caller gets ownership of this memory and must * free it with M_Free(). If an error occurs, returns @c NULL and * @a outSize is set to zero. */ static uint8_t *compressAtLevel(uint8_t *in, size_t inSize, size_t *outSize, int level); private: struct Instance; Instance* d; }; } // namespace de #endif /* LIBDENG_RESOURCE_ZIP_H */ doomsday-1.14.5/doomsday/client/include/resource/sprite.h0000664000175000017500000001134512350542237022742 0ustar jaakkojaakko/** @file sprite.h 3D-Sprite resource. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_SPRITE_H #define DENG_RESOURCE_SPRITE_H #include "dd_types.h" // angle_t #include #include #include class Material; #ifdef __CLIENT__ class Lumobj; #endif /** * A sprite is a map entity visualization which approximates a 3D object using * a set of 2D images. Each image represents a view of the entity, from a specific * view-angle. The illusion of 3D is successfully achieved through matching the * relative angle to the viewer with an image which depicts the entity from this * angle. * * Sprite animation sequences are defined elsewhere. * * @ingroup resource * * @todo Reimplement view angle addressing (spherical coords?). * @todo Remove fixed number of view angles. */ class Sprite { public: /// Required view angle is missing. @ingroup errors DENG2_ERROR(MissingViewAngleError); /// Maximum number of discreet view angles. @todo remove me static int const max_angles = 16; /** * One depiction of the entity as if viewed from the associated angle. */ struct ViewAngle { Material *material; bool mirrorX; ViewAngle() : material(0), mirrorX(false) {} }; typedef QVector ViewAngles; public: Sprite(); Sprite(Sprite const &other); Sprite &operator = (Sprite const &other); /** * @param rotation @c 0= front, @c 1= one angle turn clockwise, etc... */ void newViewAngle(Material *material, int rotation, bool mirrorX); /** * Returns @c true iff a view angle is defined for the specified @a rotation. * * @param rotation Rotation index/identifier to lookup the material for. The * valid range is [0..max_angles) */ bool hasViewAngle(int rotation) const; /** * Returns the view angle for the specified @a rotation. * * @param rotation Rotation index/identifier to lookup the material for. The * valid range is [0..max_angles) * * @return The viewAngle associated with the specified rotation. */ ViewAngle const &viewAngle(int rotation) const; /** * Select an appropriate view angle for visualizing the sprite given a mobj's * angle and relative angle with the viewer (the 'eye'). * * @param mobjAngle Angle of the mobj in the map coordinate space. * @param angleToEye Relative angle of the mobj from the view position. * @param noRotation @c true= Ignore rotations and always use the "front". * * @return The viewAngle associated with the chosen rotation. */ ViewAngle const &closestViewAngle(angle_t mobjAngle, angle_t angleToEye, bool noRotation = false) const; /** * Provides access to the view angles for efficient traversal. The order of * which should be considered undefined. */ ViewAngles const &viewAngles() const; /** * Returns the total number of defined view angles for the sprite. */ inline int viewAngleCount() const { return viewAngles().count(); } #ifdef __CLIENT__ /** * Returns the radius of the sprite as it would visually appear to be. * * @note Presently considers rotation 0 only! */ double visualRadius() const; /** * Produce a luminous object from the sprite configuration. The properties * of any resultant lumobj are configured in "sprite-local" space. This means * that it will positioned relative to the center of the sprite and must be * further configured before adding to the map (i.e., translated to the origin * in map space). * * @return Newly generated lumobj otherwise @c 0. */ Lumobj *generateLumobj() const; #endif private: DENG2_PRIVATE(d) }; typedef Sprite::ViewAngle SpriteViewAngle; #endif // DENG_RESOURCE_SPRITE_H doomsday-1.14.5/doomsday/client/include/resource/hq2x.h0000664000175000017500000000366212350542237022321 0ustar jaakkojaakko/** * @file hq2x.h High-Quality 2x Graphics Resizing. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_RESOURCE_HQ2X_H #define LIBDENG_RESOURCE_HQ2X_H #ifdef __cplusplus extern "C" { #endif /// @addtogroup resource ///@{ /** * Initialize the lookup tables used in the hq2x algorithm. */ void GL_InitSmartFilterHQ2x(void); /** * Upscales an image to 2x the original size using an intelligent scaling * algorithm that avoids blurriness. * * Based on the routine by Maxim Stepin * For more information, see: http://hiend3d.com/hq2x.html * * Uses 32-bit data and our native ABGR8888 pixel format. * Alpha is taken into account in the processing to preserve edges. * (Not quite as efficient as the original version.) * * @param src R8G8B8A8 source image to be scaled. * @param width Width of the source image in pixels. * @param height Height of the source image in pixels. * @param flags @ref imageConversionFlags */ uint8_t *GL_SmartFilterHQ2x(uint8_t const *src, int width, int height, int flags); ///@} #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_RESOURCE_HQ2X_H */ doomsday-1.14.5/doomsday/client/include/resource/materialvariantspec.h0000664000175000017500000000545612350542237025500 0ustar jaakkojaakko/** @file materialvariantspec.h Specialization specification for a variant material. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_RESOURCE_MATERIALVARIANTSPEC_H #define LIBDENG_RESOURCE_MATERIALVARIANTSPEC_H #ifndef __CLIENT__ # error "resource/materialvariantspec.h only exists in the Client" #endif #include "def_data.h" #include "MaterialContext" #include "Texture" // TextureVariantSpec namespace de { /** * Specialization specification for a variant material. * * Property values are public for user convenience. * * @see Material, MaterialVariant * @ingroup resource */ struct MaterialVariantSpec { public: /// Usage context identifier. MaterialContextId context; /// Interned specification for the primary texture. TextureVariantSpec const *primarySpec; public: /** * Construct a zeroed MaterialVariantSpec instance. */ MaterialVariantSpec() : context(MaterialContextId(0)) , primarySpec(0) {} /** * Construct a MaterialVariantSpec instance by duplicating @a other. */ MaterialVariantSpec(MaterialVariantSpec const &other) : context(other.context), primarySpec(other.primarySpec) {} /** * Determines whether specification @a other is equal to this specification. * * @param other The other specification. * @return @c true if specifications are equal; otherwise @c false. * * Same as operator == */ bool compare(MaterialVariantSpec const &other) const; /** * Determines whether specification @a other is equal to this specification. * @see compare() */ bool operator == (MaterialVariantSpec const &other) const { return compare(other); } /** * Determines whether specification @a other is NOT equal to this specification. * @see compare() */ bool operator != (MaterialVariantSpec const &other) const { return !(*this == other); } }; } // namespace de #endif /* LIBDENG_RESOURCE_MATERIALVARIANTSPEC_H */ doomsday-1.14.5/doomsday/client/include/resource/texture.h0000664000175000017500000003105112350542237023130 0ustar jaakkojaakko/** @file texture.h Logical texture resource. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_TEXTURE_H #define DENG_RESOURCE_TEXTURE_H #ifdef __CLIENT__ # include "resource/image.h" // res::Source # include "TextureVariantSpec" #endif #include #include #include #include #include namespace de { class TextureManifest; /** * Logical texture resource. * * @ingroup resource */ class Texture { struct Instance; // Needs to be friended by Variant. public: DENG2_DEFINE_AUDIENCE(Deletion, void textureBeingDeleted(Texture const &texture)) DENG2_DEFINE_AUDIENCE(DimensionsChange, void textureDimensionsChanged(Texture const &texture)) /** * Classification/processing flags. */ enum Flag { /// Texture is not to be drawn. NoDraw = 0x1, /// Texture is "custom" (i.e., not an original game resource). Custom = 0x2, /// Apply the monochrome filter to the processed image. Monochrome = 0x4, /// Apply the upscaleAndSharpen filter to the processed image. UpscaleAndSharpen = 0x8 }; Q_DECLARE_FLAGS(Flags, Flag) /** * Image analysis identifiers. */ enum AnalysisId { /// Color palette info. ColorPaletteAnalysis, /// Brightest point for automatic light sources. BrightPointAnalysis, /// Average color. AverageColorAnalysis, /// Average color amplified (max component ==1). AverageColorAmplifiedAnalysis, /// Average alpha. AverageAlphaAnalysis, /// Average top line color. AverageTopColorAnalysis, /// Average bottom line color. AverageBottomColorAnalysis }; #ifdef __CLIENT__ /** * Context-specialized variant. Encapsulates all context variant values * and logics pertaining to a specialized version of the @em superior * Texture instance. * * @see TextureVariantSpec */ class Variant { public: enum Flag { /// Texture contains alpha. /// @todo Does not belong here (is actually a source image analysis). Masked = 0x1 }; Q_DECLARE_FLAGS(Flags, Flag) private: /** * @param generalCase Texture from which this variant is derived. * @param spec Specification used to derive this variant. * Ownership is NOT given to the Variant. */ Variant(Texture &generalCase, TextureVariantSpec const &spec); public: /// @return Superior texture of which the variant is a derivative. Texture &generalCase() const; /// Returns @c true if the variant is "prepared". inline bool isPrepared() const { return glName() != 0; } /// Returns @c true if the variant is flagged as "masked". inline bool isMasked() const { return isFlagged(Masked); } /** * Prepare the texture variant for render. * * @note If a cache miss occurs texture content data may need to be * (re-)uploaded to GL. However, the actual upload will be deferred * if possible. This has the side effect that although the variant * is considered "prepared", attempts to render using the associated * GL texture will result in "uninitialized" white texels being used * instead. * * @return GL-name of the uploaded texture. */ uint prepare(); /** * Release any uploaded GL-texture and clear the associated GL-name * for the variant. */ void release(); /** * Returns the specification used to derive the variant. */ TextureVariantSpec const &spec() const; /** * Returns the source of the image used to prepare the uploaded GL-texture * for the variant. */ res::Source source() const; /** * Returns a textual description of the source of the variant. * * @return Human-friendly description of the source of the variant. */ String sourceDescription() const; /** * Returns the flags for the variant. */ Flags flags() const; /** * Returns @c true if the variant is flagged @a flagsToTest. */ inline bool isFlagged(Flags flagsToTest) const { return (flags() & flagsToTest) != 0; } /** * Returns the GL-name of the uploaded texture content for the variant; * otherwise @c 0 (not uploaded). */ uint glName() const; /** * Returns the prepared GL-texture coordinates for the variant. * * @param s S axis coordinate. * @param t T axis coordinate. */ void glCoords(float *s, float *t) const; friend class Texture; friend struct Texture::Instance; private: DENG2_PRIVATE(d) }; /// A list of variants. typedef QList Variants; /** * Logics for selecting a texture variant instance from the candidates. * * @see chooseVariant() */ enum ChooseVariantMethod { /// The variant specification of the candidate must match exactly. MatchSpec, /// The variant specification of the candidate must match however /// certain properties may vary (e.g., quality arguments) if it means /// we can avoid creating a new variant. FuzzyMatchSpec }; #endif // __CLIENT__ public: /** * @param manifest Manifest derived to yield the texture. */ Texture(TextureManifest &manifest); ~Texture(); /** * Returns the TextureManifest derived to yield the texture. */ TextureManifest &manifest() const; /** * Returns a brief textual description/overview of the texture. * * @return Human-friendly description/overview of the texture. */ String description() const; /** * Returns the world dimensions of the texture, in map coordinate space * units. The DimensionsChange audience is notified whenever dimensions * are changed. */ Vector2i const &dimensions() const; /** * Convenient accessor method for returning the X axis size (width) of * the world dimensions for the texture, in map coordinate space units. * * @see dimensions() */ inline int width() const { return dimensions().x; } /** * Convenient accessor method for returning the X axis size (height) of * the world dimensions for the texture, in map coordinate space units. * * @see dimensions() */ inline int height() const { return dimensions().y; } /** * Change the world dimensions of the texture. * @param newDimensions New dimensions in map coordinate space units. * * @todo Update any Materials (and thus Surfaces) which reference this. */ void setDimensions(Vector2i const &newDimensions); /** * Change the world width of the texture. * @param newWidth New width in map coordinate space units. * * @todo Update any Materials (and thus Surfaces) which reference this. */ void setWidth(int newWidth); /** * Change the world height of the texture. * @param newHeight New height in map coordinate space units. * * @todo Update any Materials (and thus Surfaces) which reference this. */ void setHeight(int newHeight); /** * Returns the world origin offset of texture in map coordinate space units. */ Vector2i const &origin() const; /** * Change the world origin offset of the texture. * @param newOrigin New origin in map coordinate space units. */ void setOrigin(Vector2i const &newOrigin); /** * Returns @c true if the texture is flagged @a flagsToTest. */ inline bool isFlagged(Flags flagsToTest) const { return !!(flags() & flagsToTest); } /** * Returns the flags for the texture. */ Flags flags() const; /** * Change the texture's flags. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(Flags flagsToChange, de::FlagOp operation = de::SetFlags); #ifdef __CLIENT__ /** * Destroys all derived variants for the texture. */ void clearVariants(); /** * Choose/create a variant of the texture which fulfills @a spec. * * @param method Method of selection. * @param spec Texture specialization specification. * @param canCreate @c true= Create a new variant if no suitable one exists. * * @return Chosen variant; otherwise @c NULL if none suitable and not creating. */ Variant *chooseVariant(ChooseVariantMethod method, TextureVariantSpec const &spec, bool canCreate = false); /** * Choose/create a variant of the texture which fulfills @a spec and then * immediately prepare it for render. * * @note A convenient shorthand of the call tree: * 
     *    chooseVariant(MatchSpec, @a spec, true)->prepareVariant();
     *
* * @param spec Specification for the derivation of the texture. * * @return The prepared texture variant if successful; otherwise @c 0. * * @see chooseVariant() */ Variant *prepareVariant(TextureVariantSpec const &spec); /** * Provides access to the list of variant instances for efficent traversal. */ Variants const &variants() const; /** * Returns the number of variants for the texture. */ uint variantCount() const; /** * Release prepared GL-textures for identified variants. * * @param spec If non-zero release only for variants derived with this spec. */ void releaseGLTextures(TextureVariantSpec *spec = 0); #endif // __CLIENT__ /** * Destroys all analyses for the texture. */ void clearAnalyses(); /** * Retrieve the value of an identified @a analysisId data pointer. * @return Associated data pointer value. */ void *analysisDataPointer(AnalysisId analysisId) const; /** * Set the value of an identified @a analysisId data pointer. Ownership of * the data is not given to this instance. * * @note If already set the old value will be replaced (so if it points * to some dynamically constructed data/resource it is the caller's * responsibility to release it beforehand). * * @param analysisId Identifier of the data being attached. * @param data Data to be attached. */ void setAnalysisDataPointer(AnalysisId analysisId, void *data); /** * Retrieve the value of the associated user data pointer. * @return Associated data pointer value. */ void *userDataPointer() const; /** * Set the user data pointer value. Ownership of the data is not given to * this instance. * * @note If already set the old value will be replaced (so if it points * to some dynamically constructed data/resource it is the caller's * responsibility to release it beforehand). * * @param userData User data pointer value. */ void setUserDataPointer(void *userData); public: /// Register the console commands, variables, etc..., of this module. static void consoleRegister(); private: Instance *d; }; Q_DECLARE_OPERATORS_FOR_FLAGS(Texture::Flags) #ifdef __CLIENT__ // Alias. typedef Texture::Variant TextureVariant; #endif } // namespace de #endif // DENG_RESOURCE_TEXTURE_H doomsday-1.14.5/doomsday/client/include/resource/modeldef.h0000664000175000017500000001456112350542237023216 0ustar jaakkojaakko/** @file modeldef.h 3D model resource definition. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_MODELDEF_H #define DENG_RESOURCE_MODELDEF_H #include #include #include "def_data.h" #include "resource/model.h" /** * @defgroup modelFrameFlags Model frame flags * @ingroup flags */ ///@{ #define MFF_FULLBRIGHT 0x00000001 #define MFF_SHADOW1 0x00000002 #define MFF_SHADOW2 0x00000004 #define MFF_BRIGHTSHADOW 0x00000008 #define MFF_MOVEMENT_PITCH 0x00000010 ///< Pitch aligned to movement. #define MFF_SPIN 0x00000020 ///< Spin around (for bonus items). #define MFF_SKINTRANS 0x00000040 ///< Color translation -> skins. #define MFF_AUTOSCALE 0x00000080 ///< Scale to match sprite height. #define MFF_MOVEMENT_YAW 0x00000100 #define MFF_DONT_INTERPOLATE 0x00000200 ///< Don't interpolate from the frame. #define MFF_BRIGHTSHADOW2 0x00000400 #define MFF_ALIGN_YAW 0x00000800 #define MFF_ALIGN_PITCH 0x00001000 #define MFF_DARKSHADOW 0x00002000 #define MFF_IDSKIN 0x00004000 ///< Mobj id -> skin in skin range #define MFF_DISABLE_Z_WRITE 0x00008000 #define MFF_NO_DISTANCE_CHECK 0x00010000 #define MFF_SELSKIN 0x00020000 #define MFF_PARTICLE_SUB1 0x00040000 ///< Sub1 center is particle origin. #define MFF_NO_PARTICLES 0x00080000 ///< No particles for this object. #define MFF_SHINY_SPECULAR 0x00100000 ///< Shiny skin rendered as additive. #define MFF_SHINY_LIT 0x00200000 ///< Shiny skin is not fullbright. #define MFF_IDFRAME 0x00400000 ///< Mobj id -> frame in frame range #define MFF_IDANGLE 0x00800000 ///< Mobj id -> static angle offset #define MFF_DIM 0x01000000 ///< Never fullbright. #define MFF_SUBTRACT 0x02000000 ///< Subtract blending. #define MFF_REVERSE_SUBTRACT 0x04000000 ///< Reverse subtract blending. #define MFF_TWO_SIDED 0x08000000 ///< Disable culling. #define MFF_NO_TEXCOMP 0x10000000 ///< Never compress skins. #define MFF_WORLD_TIME_ANIM 0x20000000 ///@} struct SubmodelDef { modelid_t modelId; short frame; char frameRange; int _flags; short skin; char skinRange; de::Vector3f offset; byte alpha; de::Texture *shinySkin; blendmode_t blendMode; SubmodelDef() : modelId(0) , frame(0) , frameRange(0) , _flags(0) , skin(0) , skinRange(0) , alpha(0) , shinySkin(0) , blendMode(BM_NORMAL) {} void setFlags(int newFlags) { _flags = newFlags; } /** * Tests if the flags in @a flag are all set for the submodel. * * @param flag One or more flags. * * @return @c true, if all the flags were set; otherwise @c false. */ bool testFlag(int flag) const { return (_flags & flag) == flag; } }; #define MODELDEF_ID_MAXLEN 32 struct ModelDef { char id[MODELDEF_ID_MAXLEN + 1]; /// Pointer to the states list. state_t *state; int flags; uint group; int select; short skinTics; /// [0,1) When is this frame in effect? float interMark; float interRange[2]; de::Vector3f offset; float resize; de::Vector3f scale; typedef std::vector PtcOffsets; PtcOffsets _ptcOffset; float visualRadius; ded_model_t *def; /// Points to next inter-frame, or NULL. ModelDef *interNext; /// Points to next selector, or NULL (only for "base" modeldefs). ModelDef *selectNext; /// Submodels. typedef std::vector Subs; Subs _sub; ModelDef(char const *modelDefId = "") : state(0), flags(0), group(0), select(0), skinTics(0), interMark(0), resize(0), visualRadius(0), def(0), interNext(0), selectNext(0) { de::zap(id); strncpy(id, modelDefId, MODELDEF_ID_MAXLEN); de::zap(interRange); de::zap(offset); de::zap(scale); } SubmodelDef *addSub() { _sub.push_back(SubmodelDef()); _ptcOffset.push_back(de::Vector3f()); return &_sub.back(); } void clearSubs() { _sub.clear(); _ptcOffset.clear(); } uint subCount() const { return _sub.size(); } bool testSubFlag(unsigned int subnum, int flag) const { if(!hasSub(subnum)) return false; return _sub[subnum].testFlag(flag); } modelid_t subModelId(unsigned int subnum) const { if(!hasSub(subnum)) return NOMODELID; return _sub[subnum].modelId; } SubmodelDef &subModelDef(unsigned int subnum) { DENG2_ASSERT(hasSub(subnum)); return _sub[subnum]; } SubmodelDef const &subModelDef(unsigned int subnum) const { DENG2_ASSERT(hasSub(subnum)); return _sub[subnum]; } bool hasSub(unsigned int subnum) const { return subnum < _sub.size(); } de::Vector3f particleOffset(unsigned int subnum) const { if(hasSub(subnum)) { DENG2_ASSERT(subnum < _ptcOffset.size()); return _ptcOffset[subnum]; } return de::Vector3f(); } void setParticleOffset(unsigned int subnum, de::Vector3f const &off) { DENG2_ASSERT(hasSub(subnum)); _ptcOffset[subnum] = off; } }; #endif // DENG_RESOURCE_MODELDEF_H doomsday-1.14.5/doomsday/client/include/resource/compositetexture.h0000664000175000017500000001405012350542237025053 0ustar jaakkojaakko/** * @file compositetexture.h Composite Texture. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_COMPOSITETEXTURE_H #define DENG_RESOURCE_COMPOSITETEXTURE_H #include #include #include #include #include #include "dd_types.h" // For lumpnum_t #include "patchname.h" namespace de { /** * A logical texture composite of one or more @em component images. * * The component images are sorted according to the order in which they * should be composited, from bottom-most to top-most. * * @ingroup resource */ class CompositeTexture { public: /** * Flags denoting usage traits. */ enum Flag { Custom = 0x1 /**< The texture does not originate from a definition of the current game. */ }; Q_DECLARE_FLAGS(Flags, Flag) /** * Archived format variants. */ enum ArchiveFormat { /// Original format used by most id-tech 1 games. DoomFormat, /// StrifeFormat differs only slightly from DoomFormat (ommits some unused values). StrifeFormat }; /** * Component image. */ struct Component { protected: explicit Component(int xOrigin = 0, int yOrigin = 0); public: /// Origin of the top left corner of the component (in texture space units). Vector2i const &origin() const; /// X-axis origin of the top left corner of the component (in texture space units). inline int xOrigin() const { return origin().x; } /// Y-axis origin of the top left corner of the component (in texture space units). inline int yOrigin() const { return origin().y; } /// Returns the number of the lump (file) containing the associated /// image; otherwise @c -1 (not found). lumpnum_t lumpNum() const; friend class CompositeTexture; private: /// Origin of the top left corner in the texture coordinate space. Vector2i origin_; /// Index of the lump containing the associated image. lumpnum_t lumpNum_; }; typedef QList Components; public: /** * Construct a default composite texture. */ explicit CompositeTexture(String percentEncodedName = "", int logicalWidth = 0, int logicalHeight = 0, Flags _flags = 0); /** * Construct a composite texture by deserializing an archived id-tech 1 * format definition from the Reader. Lump numbers will be looked up using * @a patchNames and any discrepancies or issues in the texture will be * logged about at this time. * * @param reader Reader. * @param patchNames List of component image names. * @param format Format of the archived data. * * @return The deserialized composite texture. Caller gets ownership. */ static CompositeTexture *constructFrom(Reader &reader, QList patchNames, ArchiveFormat format = DoomFormat); /// Returns the percent-endcoded symbolic name of the texture. String percentEncodedName() const; /// Returns the percent-endcoded symbolic name of the texture. String const &percentEncodedNameRef() const; /// Returns the logical dimensions of the texture (in map space units). Vector2i const &logicalDimensions() const; /// Returns the logical width of the texture (in map space units). inline int logicalWidth() const { return logicalDimensions().x; } /// Returns the logical height of the texture (in map space units). inline int logicalHeight() const { return logicalDimensions().y; } /// Returns the pixel dimensions of the texture. Vector2i const &dimensions() const; /// Returns the pixel width of the texture. inline int width() const { return dimensions().x; } /// Returns the pixel height of the texture. inline int height() const { return dimensions().y; } /// Returns the associated "original index" for the texture. int origIndex() const; /// Change the "original index" value for the texture. void setOrigIndex(int newIndex); /// Returns the total number of component images. inline int componentCount() const { return components().count(); } /** * Provides access to the component images of the texture for efficent traversal. */ Components const &components() const; /** * Returns @c true if the texture has flagged @a flagsToTest. */ inline bool isFlagged(Flags flagsToTest) const { return (flags() & flagsToTest) != 0; } /** * Returns the flags for the composite texture. */ Flags flags() const; /** * Change the composite texture's flags. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(Flags flagsToChange, de::FlagOp operation = de::SetFlags); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(CompositeTexture::Flags) /// A map from String -> CompositeTexture typedef QMultiMap CompositeTextureMap; } // namespace de #endif // DENG_RESOURCE_COMPOSITETEXTURE_H doomsday-1.14.5/doomsday/client/include/resource/material.h0000664000175000017500000007605012350542237023236 0ustar jaakkojaakko/** @file material.h Logical material resource. * * @authors Copyright © 2009-2013 Daniel Swanson * @authors Copyright © 2009-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_MATERIAL_H #define DENG_RESOURCE_MATERIAL_H #include "MapElement" #include "def_data.h" #include "audio/s_environ.h" #include "world/dmuargs.h" #ifdef __CLIENT__ # include "MaterialContext" #endif #include "Texture" #include "uri.hh" #include #include #include #include #include #include // Forward declarations: namespace de { class MaterialManifest; #ifdef __CLIENT__ class MaterialSnapshot; struct MaterialVariantSpec; #endif } /** * Logical material resource. * * @ingroup resource */ class Material : public de::MapElement { public: /// Maximum number of layers a material supports. static int const max_layers = 1; #ifdef __CLIENT__ /// Maximum number of (light) decorations a material supports. static int const max_decorations = 16; #endif /// Required animation is missing. @ingroup errors DENG2_ERROR(MissingAnimationError); /// The referenced layer does not exist. @ingroup errors DENG2_ERROR(UnknownLayerError); #ifdef __CLIENT__ /// The referenced decoration does not exist. @ingroup errors DENG2_ERROR(UnknownDecorationError); #endif /** * Notified when the material is about to be deleted. */ DENG2_DEFINE_AUDIENCE(Deletion, void materialBeingDeleted(Material const &material)) /** * Notified when the logical dimensions change. */ DENG2_DEFINE_AUDIENCE(DimensionsChange, void materialDimensionsChanged(Material &material)) /// @todo Define these values here instead of at API level enum Flag { //Unused1 = MATF_UNUSED1, /// Map surfaces using the material should never be drawn. NoDraw = MATF_NO_DRAW, /// Apply sky masking for map surfaces using the material. SkyMask = MATF_SKYMASK }; Q_DECLARE_FLAGS(Flags, Flag) /** * Each material consitutes at least one layer. Layers are arranged in a * stack according to the order in which they should be drawn, from the * bottom-most to the top-most layer. */ class Layer { public: struct Stage { de::Texture *texture; int tics; float variance; // Stage variance (time). float glowStrength; float glowStrengthVariance; de::Vector2f texOrigin; Stage(de::Texture *_texture, int _tics, float _variance = 0, float _glowStrength = 0, float _glowStrengthVariance = 0, de::Vector2f const _texOrigin = de::Vector2f()) : texture(_texture), tics(_tics), variance(_variance), glowStrength(_glowStrength), glowStrengthVariance(_glowStrengthVariance), texOrigin(_texOrigin) {} Stage(Stage const &other) : texture(other.texture), tics(other.tics), variance(other.variance), glowStrength(other.glowStrength), glowStrengthVariance(other.glowStrengthVariance), texOrigin(other.texOrigin) {} static Stage *fromDef(ded_material_layer_stage_t const &def); }; /// A list of stages. typedef QList Stages; public: /** * Construct a new default layer. */ Layer(); ~Layer(); /** * Construct a new layer from the specified definition. */ static Layer *fromDef(ded_material_layer_t const &def); /// @return @c true if the layer is animated; otherwise @c false. inline bool isAnimated() const { return stageCount() > 1; } /** * Returns the total number of animation stages for the layer. */ int stageCount() const; /** * Add a new animation stage to the layer. * * @param stage New stage to add (a copy is made). * @return Index of the newly added stage (0-based). */ int addStage(Stage const &stage); /** * Provides access to the animation stages for efficient traversal. */ Stages const &stages() const; private: /// Animation stages. Stages _stages; }; /// A list of layers. typedef QList Layers; /// @todo $revise-texture-animation Merge with Material::Layer class DetailLayer { public: struct Stage { de::Texture *texture; // The file/lump with the detail texture. int tics; float variance; float scale; float strength; float maxDistance; Stage(de::Texture *_texture, int _tics, float _variance = 0, float _scale = 1, float _strength = 1, float _maxDistance = 0) : texture(_texture), tics(_tics), variance(_variance), scale(_scale), strength(_strength), maxDistance(_maxDistance) {} Stage(Stage const &other) : texture(other.texture), tics(other.tics), variance(other.variance), scale(other.scale), strength(other.strength), maxDistance(other.maxDistance) {} static Stage *fromDef(ded_detail_stage_t const &def); }; /// A list of stages. typedef QList Stages; public: /** * Construct a new default layer. */ DetailLayer(); ~DetailLayer(); /** * Construct a new layer from the specified definition. */ static DetailLayer *fromDef(ded_detailtexture_t const &def); /// @return @c true if the layer is animated; otherwise @c false. inline bool isAnimated() const { return stageCount() > 1; } /** * Returns the total number of animation stages for the layer. */ int stageCount() const; /** * Add a new animation stage to the layer. * * @param stage New stage to add (a copy is made). * @return Index of the newly added stage (0-based). */ int addStage(Stage const &stage); /** * Provides access to the animation stages for efficient traversal. */ Stages const &stages() const; private: /// Animation stages. Stages _stages; }; /// @todo $revise-texture-animation Merge with Material::Layer class ShineLayer { public: struct Stage { de::Texture *texture; int tics; float variance; de::Texture *maskTexture; blendmode_t blendMode; // Blend mode flags (bm_*). float shininess; de::Vector3f minColor; de::Vector2f maskDimensions; Stage(de::Texture *_texture, int _tics, float _variance, de::Texture *_maskTexture = 0, blendmode_t _blendMode = BM_ADD, float _shininess = 1, de::Vector3f const &_minColor = de::Vector3f(0, 0, 0), de::Vector2f const &_maskDimensions = de::Vector2f(1, 1)) : texture(_texture), tics(_tics), variance(_variance), maskTexture(_maskTexture), blendMode(_blendMode), shininess(_shininess), minColor(_minColor), maskDimensions(_maskDimensions) {} Stage(Stage const &other) : texture(other.texture), tics(other.tics), variance(other.variance), maskTexture(other.maskTexture), blendMode(other.blendMode), shininess(other.shininess), minColor(other.minColor), maskDimensions(other.maskDimensions) {} static Stage *fromDef(ded_shine_stage_t const &def); }; /// A list of stages. typedef QList Stages; public: /** * Construct a new default layer. */ ShineLayer(); ~ShineLayer(); /** * Construct a new layer from the specified definition. */ static ShineLayer *fromDef(ded_reflection_t const &def); /// @return @c true if the layer is animated; otherwise @c false. inline bool isAnimated() const { return stageCount() > 1; } /** * Returns the total number of animation stages for the layer. */ int stageCount() const; /** * Add a new animation stage to the layer. * * @param stage New stage to add (a copy is made). * @return Index of the newly added stage (0-based). */ int addStage(Stage const &stage); /** * Provides access to the animation stages for efficient traversal. */ Stages const &stages() const; private: /// Animation stages. Stages _stages; }; #ifdef __CLIENT__ #undef min #undef max /** * (Light) decoration. */ class Decoration { public: struct Stage { struct LightLevels { float min; float max; LightLevels(float _min = 0, float _max = 0) : min(_min), max(_max) {} LightLevels(float const minMax[2]) : min(minMax[0]), max(minMax[1]) {} LightLevels(LightLevels const &other) : min(other.min), max(other.max) {} /// Returns a textual representation of the lightlevels. de::String asText() const; }; int tics; float variance; // Stage variance (time). de::Vector2f pos; // Coordinates on the surface. float elevation; // Distance from the surface. de::Vector3f color; // Light color. float radius; // Dynamic light radius (-1 = no light). float haloRadius; // Halo radius (zero = no halo). LightLevels lightLevels; // Fade by sector lightlevel. de::Texture *up, *down, *sides; de::Texture *flare; int sysFlareIdx; /// @todo Remove me Stage(int _tics, float _variance, de::Vector2f const &_pos, float _elevation, de::Vector3f const &_color, float _radius, float _haloRadius, LightLevels const &_lightLevels, de::Texture *upTexture, de::Texture *downTexture, de::Texture *sidesTexture, de::Texture *flareTexture, int _sysFlareIdx = -1 /** @todo Remove me */) : tics(_tics), variance(_variance), pos(_pos), elevation(_elevation), color(_color), radius(_radius), haloRadius(_haloRadius), lightLevels(_lightLevels), up(upTexture), down(downTexture), sides(sidesTexture), flare(flareTexture), sysFlareIdx(_sysFlareIdx) {} static Stage *fromDef(ded_decorlight_stage_t const &def); }; /// A list of stages. typedef QList Stages; public: /** * Construct a new default decoration. */ Decoration(de::Vector2i const &_patternSkip = de::Vector2i(), de::Vector2i const &_patternOffset = de::Vector2i()); ~Decoration(); /** * Construct a new decoration from the specified definition. */ static Decoration *fromDef(ded_material_decoration_t const &def); /** * Construct a new decoration from the specified definition. */ static Decoration *fromDef(ded_decoration_t const &def); /** * Returns the attributed owner material for the decoration. */ Material &material(); /// @copydoc material() Material const &material() const; /** * Change the attributed 'owner' material for the decoration. Usually * it is unnecessary to call this manually as adding the decoration to * a material will setup the attribution automatically. * * @param newOwner New material to attribute as 'owner'. Use @c 0 to * clear the attribution. */ void setMaterial(Material *newOwner); /// @return @c true if the decoration is animated; otherwise @c false. inline bool isAnimated() const { return stageCount() > 1; } /** * Retrieve the pattern skip for the decoration. Normally a decoration * is repeated on a surface as many times as the material does. A skip * pattern allows sparser repeats on the horizontal and vertical axes * respectively. * * @see patternOffset() */ de::Vector2i const &patternSkip() const; /** * Retrieve the pattern offset for the decoration. Used with pattern * skip to offset the origin of the pattern. * * @see patternSkip() */ de::Vector2i const &patternOffset() const; /** * Returns the total number of animation stages for the decoration. */ int stageCount() const; /** * Provides access to the animation stages for efficient traversal. */ Stages const &stages() const; private: Material *_material; ///< Owning Material. de::Vector2i _patternSkip; ///< Pattern skip intervals. de::Vector2i _patternOffset; ///< Pattern skip interval offsets. Stages _stages; ///< Animation stages. }; /// A list of decorations. typedef QList Decorations; /** * Animation (state). */ class Animation { Animation(Material &material, MaterialContextId context); public: /** * Notified when a decoration stage change occurs. */ DENG2_DEFINE_AUDIENCE(DecorationStageChange, void materialAnimationDecorationStageChanged(Animation &anim, Decoration &decor)) /// Current state of a layer animation. struct LayerState { /// Animation stage else @c -1 => layer not in use. int stage; /// Remaining (sharp) tics in the current stage. short tics; /// Intermark from the current stage to the next [0..1]. float inter; }; /// Current state of a (light) decoration animation. struct DecorationState { /// Animation stage else @c -1 => decoration not in use. int stage; /// Remaining (sharp) tics in the current stage. short tics; /// Intermark from the current stage to the next [0..1]. float inter; }; /** * Returns the logical usage context identifier for the animation. */ MaterialContextId context() const; /** * Process a system tick event. If not currently paused and still valid; * the material's layers and decorations are animated. * * @param ticLength Length of the tick in seconds. * * @see isPaused() */ void animate(timespan_t ticLength); /** * Returns @c true if animation is currently paused (e.g., this state * is for use with a context driven by the game timer (and the client * has paused the game)). */ bool isPaused() const; /** * Restart the animation, resetting the staged animation point. The * state of all layers and decorations will be rewound to the beginning. */ void restart(); /** * Returns the current state of layer @a layerNum for the animation. */ LayerState const &layer(int layerNum) const; /** * Returns the current state of the detail layer for the animation. * * @see Material::isDetailed() */ LayerState const &detailLayer() const; /** * Returns the current state of the shine layer for the animation. * * @see Material::isShiny() */ LayerState const &shineLayer() const; /** * Returns the current state of (light) decoration @a decorNum for * the animation. */ DecorationState const &decoration(int decorNum) const; friend class Material; private: DENG2_PRIVATE(d) }; /// An animation state for each usage context. typedef QMap Animations; /** * Context-specialized variant. Encapsulates all context variant values * and logics pertaining to a specialized version of the @em superior * material instance. * * Variant instances are only created by the superior material when asked * to @ref Material::prepare() for render using a context specialization * specification which it cannot fulfill/match. * * @see MaterialVariantSpec */ class Variant { /** * @param generalCase Material from which the variant is to be derived. * @param spec Specification used to derive the variant. */ Variant(Material &generalCase, de::MaterialVariantSpec const &spec); public: /** * Retrieve the general case for this variant. Allows for a variant * reference to be used in place of a material (implicit indirection). * * @see generalCase() */ inline operator Material &() const { return generalCase(); } /// @return Superior material from which the variant was derived. Material &generalCase() const; /// @return Material variant specification for the variant. de::MaterialVariantSpec const &spec() const; /** * Returns the usage context for this variant (from the spec). * * Same as @c spec().context * * @see spec() */ MaterialContextId context() const; /** * Prepare the context variant for render (if necessary, uploading * GL textures and updating the state snapshot). * * @param forceSnapshotUpdate @c true= Force an update of the state * snapshot. The snapshot is automatically updated when first * prepared for a new render frame. Typically the only time force * is needed is when the material variant has changed since. * * @return Snapshot for the variant. * * @see Material::chooseVariant(), Material::prepare() */ de::MaterialSnapshot const &prepare(bool forceSnapshotUpdate = false); friend class Material; private: DENG2_PRIVATE(d) }; /// A list of variant instances. typedef QList Variants; #endif // __CLIENT__ public: /** * @param manifest Manifest derived to yield the material. */ Material(de::MaterialManifest &manifest); ~Material(); /** * Returns the MaterialManifest derived to yield the material. */ de::MaterialManifest &manifest() const; /** * Returns a brief textual description/overview of the material. * * @return Human-friendly description/overview of the material. */ de::String description() const; /** * Returns a textual synopsis of the full material configuration. * * @return Human-friendly synopsis of the material's configuration. */ de::String synopsis() const; /** * Returns @c true if the material is considered @em valid. A material is * only invalidated when resources it depends on (such as the definition * from which it was produced) are destroyed as result of runtime file * unloading. * * These 'orphaned' materials cannot be immediately destroyed as the game * may be holding on to pointers (which are considered eternal). Invalid * materials are instead disabled and then ignored until such time as the * current game is reset or changed. */ bool isValid() const; /** * Mark the material as invalid. * * @see isValid(); */ void markValid(bool yes); /// Returns @c true if the material has at least one animated layer. bool isAnimated() const; #ifdef __CLIENT__ /** * Returns @c true if the material has one or more (light) decorations. * * Equivalent to: * @code * decorationCount() != 0; * @endcode * * @see decorationCount() */ inline bool isDecorated() const { return decorationCount() != 0; } #endif /// Returns @c true if the material has a detail texturing layer. bool isDetailed() const; /// Returns @c true if the material is considered drawable. bool isDrawable() const { return !isFlagged(NoDraw); } /// Returns @c true if the material has a shine texturing layer. bool isShiny() const; /// Returns @c true if the material is considered @em skymasked. inline bool isSkyMasked() const { return isFlagged(SkyMask); } /// Returns @c true if one or more of the material's layers are glowing. bool hasGlow() const; #ifdef __CLIENT__ inline bool hasAnimatedLayers() const { foreach(Layer *layer, layers()) { if(layer->isAnimated()) return true; } if(isDetailed() && detailLayer().isAnimated()) return true; if(isShiny() && shineLayer().isAnimated()) return true; return false; } inline bool hasAnimatedDecorations() const { foreach(Decoration *decor, decorations()) { if(decor->isAnimated()) return true; } return false; } #endif // __CLIENT__ /** * Returns the dimensions of the material in map coordinate space units. */ de::Vector2i const &dimensions() const; /// Returns the width of the material in map coordinate space units. inline int width() const { return dimensions().x; } /// Returns the height of the material in map coordinate space units. inline int height() const { return dimensions().y; } /** * Change the world dimensions of the material. * @param newDimensions New dimensions in map coordinate space units. */ void setDimensions(de::Vector2i const &newDimensions); /** * Change the world width of the material. * @param newWidth New width in map coordinate space units. */ void setWidth(int newWidth); /** * Change the world height of the material. * @param newHeight New height in map coordinate space units. */ void setHeight(int newHeight); /** * Returns @c true if the material is flagged @a flagsToTest. */ inline bool isFlagged(Flags flagsToTest) const { return !!(flags() & flagsToTest); } /** * Returns the flags for the material. */ Flags flags() const; /** * Change the material's flags. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(Flags flagsToChange, de::FlagOp operation = de::SetFlags); /** * Add a new layer to the end of the material's layer stack. Ownership of the * layer is @em not transferred to the caller. * * @note As this invalidates the existing logical state, any previously derived * context variants are cleared in the process (they will be automatically * rebuilt later if/when needed). * * @param def Definition for the new layer. Can be @c NULL in which case a * default-initialized layer will be constructed. */ Layer *newLayer(ded_material_layer_t const *def); /** * Add a new detail layer to the material. Note that only one detail layer is * supported (any existing layer will be replaced). Ownership of the layer is * @em not transferred to the caller. * * @note As this invalidates the existing logical state, any previously derived * context variants are cleared in the process (they will be automatically * rebuilt later if/when needed). * * @param def Definition for the new layer. Can be @c NULL in which case a * default-initialized layer will be constructed. */ DetailLayer *newDetailLayer(ded_detailtexture_t const *def); /** * Add a new shine layer to the material. Note that only one shine layer is * supported (any existing layer will be replaced). Ownership of the layer is * @em not transferred to the caller. * * @note As this invalidates the existing logical state, any previously derived * context variants are cleared in the process (they will be automatically * rebuilt later if/when needed). * * @param def Definition for the new layer. Can be @c NULL in which case a * default-initialized layer will be constructed. */ ShineLayer *newShineLayer(ded_reflection_t const *def); /** * Returns the number of material layers. */ inline int layerCount() const { return layers().count(); } /** * Destroys all the material's layers. * * @note As this invalidates the existing logical state, any previously derived * context variants are cleared in the process (they will be automatically * rebuilt later if/when needed). */ void clearLayers(); /** * Provides access to the list of layers for efficient traversal. */ Layers const &layers() const; /** * Provides access to the detail layer. * * @see isDetailed() */ DetailLayer const &detailLayer() const; /** * Provides access to the shine layer. * * @see isShiny() */ ShineLayer const &shineLayer() const; #ifdef __CLIENT__ /** * Returns the identifier of the audio environment for the material. */ AudioEnvironmentId audioEnvironment() const; /** * Change the audio environment for the material. * * @param newEnvironment New audio environment to apply. */ void setAudioEnvironment(AudioEnvironmentId newEnvironment); /** * Returns the number of material (light) decorations. */ int decorationCount() const { return decorations().count(); } /** * Destroys all the material's decorations. */ void clearDecorations(); /** * Add a new (light) decoration to the material. * * @param decor Decoration to add. * * @todo Mark existing variant snapshots as 'dirty'. */ void addDecoration(Decoration &decor); /** * Provides access to the list of decorations for efficient traversal. */ Decorations const &decorations() const; /** * Retrieve the animation state for the specified render @a context. */ Animation &animation(MaterialContextId context) const; /** * Provides access to the set of usage context animation states, * for efficient traversal. */ Animations const &animations() const; /** * Returns the number of context variants for the material. */ inline int variantCount() const { return variants().count(); } /** * Destroys all derived context variants for the material. */ void clearVariants(); /** * Provides access to the list of context variants for efficient traversal. */ Variants const &variants() const; /** * Choose/create a context variant of the material which fulfills @a spec. * * @param spec Material specialization specification. * @param canCreate @c true= Create a new variant if no suitable one exists. * * @return The chosen variant; otherwise @c 0 (if none suitable, when not creating). */ Variant *chooseVariant(de::MaterialVariantSpec const &spec, bool canCreate = false); /** * Shorthand alternative to @c chooseVariant(@a spec, true). * * @param spec Material specialization specification. * @return The (perhaps newly created) variant. * * @see chooseVariant() */ inline Variant &createVariant(de::MaterialVariantSpec const &spec) { return *chooseVariant(spec, true/*create*/); } /** * Choose/create a variant of the material which fulfills @a spec and then * immediately prepare it for render (e.g., upload textures if necessary). * * Intended as a convenient shorthand of the call tree: * @code * chooseVariant(@a spec, true)->prepare(@a forceSnapshotUpdate) * @endcode * * @param spec Specification with which to derive the variant. * @param forceSnapshotUpdate @c true= Force an update of the variant's * state snapshot. The snapshot is automatically updated when first * prepared for a new render frame. Typically the only time force is * needed is when the material variant has changed since. * * @return Snapshot for the chosen and prepared variant of Material. * * @see ResourceSystem::materialSpec(), chooseVariant(), Variant::prepare() */ inline de::MaterialSnapshot const &prepare(de::MaterialVariantSpec const &spec, bool forceSnapshotUpdate = false) { return createVariant(spec).prepare(forceSnapshotUpdate); } #endif // __CLIENT__ protected: int property(DmuArgs &args) const; public: /// Register the console commands, variables, etc..., of this module. static void consoleRegister(); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(Material::Flags) typedef Material::Layer MaterialLayer; typedef Material::DetailLayer MaterialDetailLayer; typedef Material::ShineLayer MaterialShineLayer; // Aliases. #ifdef __CLIENT__ typedef Material::Animation MaterialAnimation; typedef Material::Decoration MaterialDecoration; typedef Material::Variant MaterialVariant; #endif #endif // DENG_RESOURCE_MATERIAL_H doomsday-1.14.5/doomsday/client/include/resource/texturemanifest.h0000664000175000017500000001546612350542237024673 0ustar jaakkojaakko/** @file texturemanifest.h Description of a logical texture resource. * * @authors Copyright © 2010-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_TEXTUREMANIFEST_H #define DENG_RESOURCE_TEXTUREMANIFEST_H #include "Texture" #include "uri.hh" #include #include #include #include namespace de { class TextureScheme; /** * Description for a would-be logical Texture resource. * * Models a reference to and the associated metadata for a logical texture * in the texture resource collection. * * @see TextureScheme, Texture * @ingroup resource */ class TextureManifest : public PathTree::Node { public: /// Required texture instance is missing. @ingroup errors DENG2_ERROR(MissingTextureError); /// Required resource URI is not defined. @ingroup errors DENG2_ERROR(MissingResourceUriError); DENG2_DEFINE_AUDIENCE(Deletion, void textureManifestBeingDeleted(TextureManifest const &manifest)) DENG2_DEFINE_AUDIENCE(UniqueIdChange, void textureManifestUniqueIdChanged(TextureManifest &manifest)) DENG2_DEFINE_AUDIENCE(TextureDerived, void textureManifestTextureDerived(TextureManifest &manifest, Texture &texture)) public: TextureManifest(PathTree::NodeArgs const &args); /** * Derive a new logical Texture instance by interpreting the manifest. * The first time a texture is derived from the manifest, said texture * is assigned to the manifest (ownership is assumed). */ Texture *derive(); /** * Returns the owning scheme of the manifest. */ TextureScheme &scheme() const; /// Convenience method for returning the name of the owning scheme. String const &schemeName() const; /** * Compose a URI of the form "scheme:path" for the TextureManifest. * * The scheme component of the URI will contain the symbolic name of * the scheme for the TextureManifest. * * The path component of the URI will contain the percent-encoded path * of the TextureManifest. */ inline Uri composeUri(QChar sep = '/') const { return Uri(schemeName(), path(sep)); } /** * Compose a URN of the form "urn:scheme:uniqueid" for the texture * TextureManifest. * * The scheme component of the URI will contain the identifier 'urn'. * * The path component of the URI is a string which contains both the * symbolic name of the scheme followed by the unique id of the texture * TextureManifest, separated with a colon. * * @see uniqueId(), setUniqueId() */ inline Uri composeUrn() const { return Uri("urn", String("%1:%2").arg(schemeName()).arg(uniqueId(), 0, 10)); } /** * Returns a textual description of the manifest. * * @return Human-friendly description the manifest. */ String description(Uri::ComposeAsTextFlags uriCompositionFlags = Uri::DefaultComposeAsTextFlags) const; /** * Returns a textual description of the source of the manifest. * * @return Human-friendly description of the source of the manifest. */ String sourceDescription() const; /** * Returns @c true if a URI to an associated resource is defined. */ bool hasResourceUri() const; /** * Returns the URI to the associated resource. */ Uri resourceUri() const; /** * Change the resource URI associated with the manifest. * * @return @c true iff @a newUri differed to the existing URI, which * was subsequently changed. */ bool setResourceUri(Uri const &newUri); /** * Returns the scheme-unique identifier for the manifest. */ int uniqueId() const; /** * Change the unique identifier property of the manifest. * * @return @c true iff @a newUniqueId differed to the existing unique * identifier, which was subsequently changed. */ bool setUniqueId(int newUniqueId); /** * Returns the logical dimensions property of the manifest. */ Vector2i const &logicalDimensions() const; /** * Change the logical dimensions property of the manifest. * * @param newDimensions New logical dimensions. Components can be @c 0 in * which case their value will be inherited from the pixel dimensions of * the image at load time. */ bool setLogicalDimensions(Vector2i const &newDimensions); /** * Returns the world origin offset property of the manifest. */ Vector2i const &origin() const; /** * Change the world origin offest property of the manifest. * * @param newOrigin New origin offset. */ void setOrigin(Vector2i const &newOrigin); /** * Returns the texture flags property of the manifest. */ Texture::Flags flags() const; /** * Change the texture flags property of the manifest. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(Texture::Flags flagsToChange, FlagOp operation = de::SetFlags); /** * Returns @c true if a Texture is presently associated with the manifest. * * @see texture(), texturePtr() */ bool hasTexture() const; /** * Returns the logical Texture associated with the manifest. * * @see hasTexture() */ Texture &texture() const; /** * Returns a pointer to the associated Texture resource; otherwise @c 0. * * @see hasTexture() */ inline Texture *texturePtr() const { return hasTexture()? &texture() : 0; } /** * Change the logical Texture associated with the manifest. * * @param newTexture New logical Texture to associate. */ void setTexture(Texture *newTexture); /** * Clear the logical Texture associated with the manifest. * * Same as @c setTexture(0) */ inline void clearTexture() { setTexture(0); } private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RESOURCE_TEXTUREMANIFEST_H doomsday-1.14.5/doomsday/client/include/resource/rawtexture.h0000664000175000017500000000305312350542237023643 0ustar jaakkojaakko/** @file rawtexture.h Raw Texture. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_RAWTEXTURE #define DENG_RESOURCE_RAWTEXTURE #include "dd_share.h" // For lumpnum_t #include /** * A rawtex is a lump raw graphic that has been prepared for render. */ struct rawtex_t { de::String name; ///< Percent-encoded. lumpnum_t lumpNum; DGLuint tex; /// Name of the associated DGL texture. short width, height; byte masked; rawtex_t(de::String name, lumpnum_t lumpNum) : name(name) , lumpNum(lumpNum) , tex(0) , width(0) , height(0) , masked(0) {} }; #endif // DENG_RESOURCE_RAWTEXTURE doomsday-1.14.5/doomsday/client/include/resource/materialmanifest.h0000664000175000017500000001232612350542237024761 0ustar jaakkojaakko/** @file materialmanifest.h Description of a logical material resource. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_MATERIALMANIFEST_H #define DENG_RESOURCE_MATERIALMANIFEST_H #include "Material" #include "uri.hh" #include #include #include #include namespace de { class MaterialScheme; /** * Description for a would-be logical Material resource. * * Models a reference to and the associated metadata for a logical material * in the material resource collection. * * @see MaterialScheme, Material * @ingroup resource */ class MaterialManifest : public PathTree::Node { public: /// Required material instance is missing. @ingroup errors DENG2_ERROR(MissingMaterialError); DENG2_DEFINE_AUDIENCE(Deletion, void materialManifestBeingDeleted(MaterialManifest const &manifest)) DENG2_DEFINE_AUDIENCE(MaterialDerived, void materialManifestMaterialDerived(MaterialManifest &manifest, Material &material)) enum Flag { /// The manifest was automatically produced for a game/add-on resource. AutoGenerated, /// The manifest was not produced for an original game resource. Custom }; Q_DECLARE_FLAGS(Flags, Flag) public: MaterialManifest(PathTree::NodeArgs const &args); /** * Derive a new logical Material instance by interpreting the manifest. * The first time a material is derived from the manifest, said material * is assigned to the manifest (ownership is assumed). */ Material *derive(); /** * Returns the owning scheme of the manifest. */ MaterialScheme &scheme() const; /// Convenience method for returning the name of the owning scheme. String const &schemeName() const; /** * Compose a URI of the form "scheme:path" for the material manifest. * * The scheme component of the URI will contain the symbolic name of * the scheme for the material manifest. * * The path component of the URI will contain the percent-encoded path * of the material manifest. */ inline Uri composeUri(QChar sep = '/') const { return Uri(schemeName(), path(sep)); } /** * Returns a textual description of the manifest. * * @return Human-friendly description the manifest. */ String description(Uri::ComposeAsTextFlags uriCompositionFlags = Uri::DefaultComposeAsTextFlags) const; /** * Returns a textual description of the source of the manifest. * * @return Human-friendly description of the source of the manifest. */ String sourceDescription() const; /// @return Unique identifier associated with the manifest. materialid_t id() const; void setId(materialid_t newId); /// @c true if the manifest was automatically produced for a game/add-on resource. inline bool isAutoGenerated() const { return isFlagged(AutoGenerated); } /// @c true if the manifest was not produced for an original game resource. inline bool isCustom() const { return isFlagged(Custom); } /** * Returns @c true if the manifest is flagged @a flagsToTest. */ inline bool isFlagged(Flags flagsToTest) const { return !!(flags() & flagsToTest); } /** * Returns the flags for the manifest. */ Flags flags() const; /** * Change the manifest's flags. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(Flags flagsToChange, de::FlagOp operation = de::SetFlags); /** * Returns @c true if a Material is presently associated with the manifest. * * @see material(), materialPtr() */ bool hasMaterial() const; /** * Returns the logical Material associated with the manifest. * * @see hasMaterial() */ Material &material() const; /** * Returns a pointer to the associated Material resource; otherwise @c 0. * * @see hasMaterial() */ inline Material *materialPtr() const { return hasMaterial()? &material() : 0; } /** * Change the material associated with the manifest. * * @param newMaterial New material to associate with. */ void setMaterial(Material *newMaterial); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(MaterialManifest::Flags) } // namespace de #endif // DENG_RESOURCE_MATERIALMANIFEST_H doomsday-1.14.5/doomsday/client/include/resource/fontmanifest.h0000664000175000017500000001062612350542237024132 0ustar jaakkojaakko/** @file fontmanifest.h Font resource manifest. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_FONTMANIFEST_H #define DENG_RESOURCE_FONTMANIFEST_H #include "AbstractFont" #include "uri.hh" #include #include #include #include namespace de { class FontScheme; /** * Description for a would-be logical Font resource. * * Models a reference to and the associated metadata for a logical font in the * font resource collection. * * @see FontScheme, AbstractFont * @ingroup resource */ class FontManifest : public PathTree::Node { public: /// Required Font instance is missing. @ingroup errors DENG2_ERROR(MissingFontError); /// Notified when the manifest is about to be deleted. DENG2_DEFINE_AUDIENCE(Deletion, void fontManifestBeingDeleted(FontManifest const &manifest)) /// Notified whenever the unique identifier changes. DENG2_DEFINE_AUDIENCE(UniqueIdChange, void fontManifestUniqueIdChanged(FontManifest &manifest)) public: FontManifest(PathTree::NodeArgs const &args); /** * Returns the owning scheme of the manifest. */ FontScheme &scheme() const; /** * Convenient method of returning the name of the owning scheme. * * @see scheme(), FontScheme::name() */ String const &schemeName() const; /** * Compose a URI of the form "scheme:path" for the manifest. * * The scheme component of the URI will contain the symbolic name of * the scheme for the manifest. * * The path component of the URI will contain the percent-encoded path * of the manifest. */ inline Uri composeUri(QChar sep = '/') const { return Uri(schemeName(), path(sep)); } /** * Compose a URN of the form "urn:scheme:uniqueid" for the manifest. * * The scheme component of the URI will contain the identifier 'urn'. * * The path component of the URI is a string which contains both the * symbolic name of the scheme followed by the unique id of the font * manifest, separated with a colon. * * @see uniqueId(), setUniqueId() */ inline Uri composeUrn() const { return Uri("urn", String("%1:%2").arg(schemeName()).arg(uniqueId(), 0, 10)); } /** * Returns a textual description of the manifest. * * @return Human-friendly description the manifest. */ String description(Uri::ComposeAsTextFlags uriCompositionFlags = Uri::DefaultComposeAsTextFlags) const; /** * Returns the scheme-unique identifier for the manifest. */ int uniqueId() const; /** * Change the unique identifier property of the manifest. * * @return @c true iff @a newUniqueId differed to the existing unique * identifier, which was subsequently changed. */ bool setUniqueId(int newUniqueId); /** * Returns @c true if a resource is presently associated with the manifest. */ bool hasResource() const; /** * Returns the logical resource associated with the manifest. */ AbstractFont &resource() const; /** * Change the logical resource associated with the manifest. * * @param newResource New resource to associate. */ void setResource(AbstractFont *newResource); /** * Clear the logical resource associated with the manifest. * * Same as @c setResource(0) */ inline void clearResource() { setResource(0); } private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RESOURCE_FONTMANIFEST_H doomsday-1.14.5/doomsday/client/include/resource/abstractfont.h0000664000175000017500000000522412350542237024125 0ustar jaakkojaakko/** @file abstractfont.h Abstract font. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_RESOURCE_ABSTRACTFONT_H #define CLIENT_RESOURCE_ABSTRACTFONT_H #include #include #include #include namespace de { class FontManifest; } /// Special value used to signify an invalid font id. #define NOFONTID 0 /** * Abstract font resource. * * @em Clearing a font means any names bound to it are deleted and any GL textures * acquired for it are 'released' at this time). The Font instance record used * to represent it is also deleted. * * @em Releasing a font will release any GL textures acquired for it. * * @ingroup resource */ class AbstractFont { public: /// Notified when the resource is about to be deleted. DENG2_DEFINE_AUDIENCE(Deletion, void fontBeingDeleted(AbstractFont const &font)) enum Flag { Colorize = 0x1, ///< Can be colored. Shadowed = 0x2 ///< A shaodw is embedded in the font. }; Q_DECLARE_FLAGS(Flags, Flag) static int const MAX_CHARS = 256; // Normal 256 ANSI characters. public: /// Resource manifest for the font. de::FontManifest &_manifest; Flags _flags; AbstractFont(de::FontManifest &manifest); virtual ~AbstractFont(); DENG2_AS_IS_METHODS() /** * Returns the resource manifest for the font. */ de::FontManifest &manifest() const; /// @return Returns a copy of the font's flags. Flags flags() const; virtual int ascent(); virtual int descent(); virtual int lineSpacing(); virtual void glInit(); virtual void glDeinit(); virtual de::Rectanglei const &glyphPosCoords(uchar ch) = 0; virtual de::Rectanglei const &glyphTexCoords(uchar ch) = 0; }; Q_DECLARE_OPERATORS_FOR_FLAGS(AbstractFont::Flags) #endif // CLIENT_RESOURCE_ABSTRACTFONT_H doomsday-1.14.5/doomsday/client/include/resource/bitmapfont.h0000664000175000017500000000343512350542237023600 0ustar jaakkojaakko/** @file bitmapfont.h Bitmap font. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_RESOURCE_BITMAPFONT_H #define CLIENT_RESOURCE_BITMAPFONT_H #include "abstractfont.h" #include "gl/gl_main.h" #include #include #include /** * Bitmap font. * * @ingroup resource */ class BitmapFont : public AbstractFont { public: BitmapFont(de::FontManifest &manifest); static BitmapFont *fromFile(de::FontManifest &manifest, de::String resourcePath); void setFilePath(de::String resourcePath); /// @return GL-texture name. GLuint textureGLName() const; de::Vector2i const &textureDimensions() const; de::Vector2ui const &textureMargin() const; int ascent(); int descent(); int lineSpacing(); void glInit(); void glDeinit(); de::Rectanglei const &glyphPosCoords(uchar ch); de::Rectanglei const &glyphTexCoords(uchar ch); private: DENG2_PRIVATE(d) }; #endif // CLIENT_RESOURCE_BITMAPFONT_H doomsday-1.14.5/doomsday/client/include/resource/wad.h0000664000175000017500000001272712350542237022214 0ustar jaakkojaakko/** @file wad.h WAD Archive (File). * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_RESOURCE_WAD_H #define LIBDENG_RESOURCE_WAD_H #include "filesys/file.h" #include "filesys/fileinfo.h" #include namespace de { /** * WAD archive file format. * @ingroup resource * * @see file.h, File1 */ class Wad : public File1 { public: /// Base class for format-related errors. @ingroup errors DENG2_ERROR(FormatError); /// The requested entry does not exist in the wad. @ingroup errors DENG2_ERROR(NotFoundError); public: Wad(FileHandle &hndl, String path, FileInfo const &info, File1 *container = 0); ~Wad(); /// @return @c true= @a lumpIdx is a valid logical index for a lump in this file. bool isValidIndex(int lumpIdx) const; /// @return Logical index of the last lump in this file's directory or @c -1 if empty. int lastIndex() const; /// @return Number of lumps contained by this file or @c 0 if empty. int lumpCount() const; /// @return @c true= There are no lumps in this file's directory. bool empty(); /** * Retrieve the directory node for a lump contained by this file. * * @param lumpIdx Logical index for the lump in this file's directory. * * @return Directory node for this lump. * * @throws NotFoundError If @a lumpIdx is not valid. */ PathTree::Node &lumpDirectoryNode(int lumpIdx) const; /** * Retrieve a lump contained by this file. * * @param lumpIdx Logical index for the lump in this file's directory. * * @return The lump. * * @throws NotFoundError If @a lumpIdx is not valid. */ File1 &lump(int lumpIdx); /** * Read the data associated with lump @a lumpIdx into @a buffer. * * @param lumpIdx Lump index associated with the data to be read. * @param buffer Buffer to read into. Must be at least large enough to * contain the whole lump. * @param tryCache @c true= try the lump cache first. * * @return Number of bytes read. * * @throws NotFoundError If @a lumpIdx is not valid. * * @see lumpSize() or lumpInfo() to determine the size of buffer needed. */ size_t readLump(int lumpIdx, uint8_t *buffer, bool tryCache = true); /** * Read a subsection of the data associated with lump @a lumpIdx into @a buffer. * * @param lumpIdx Lump index associated with the data to be read. * @param buffer Buffer to read into. Must be at least @a length bytes. * @param startOffset Offset from the beginning of the lump to start reading. * @param length Number of bytes to read. * @param tryCache @c true= try the lump cache first. * * @return Number of bytes read. * * @throws NotFoundError If @a lumpIdx is not valid. */ size_t readLump(int lumpIdx, uint8_t *buffer, size_t startOffset, size_t length, bool tryCache = true); /** * Read the data associated with lump @a lumpIdx into the cache. * * @param lumpIdx Lump index associated with the data to be cached. * * @return Pointer to the cached copy of the associated data. * * @throws NotFoundError If @a lumpIdx is not valid. */ uint8_t const *cacheLump(int lumpIdx); /** * Remove a lock on a cached data lump. * * @param lumpIdx Lump index associated with the cached data to be changed. */ void unlockLump(int lumpIdx); /** * Clear any cached data for lump @a lumpIdx from the lump cache. * * @param lumpIdx Lump index associated with the cached data to be cleared. * @param retCleared If not @c NULL write @c true to this address if data was * present and subsequently cleared from the cache. */ void clearCachedLump(int lumpIdx, bool *retCleared = 0); /** * Purge the lump cache, clearing all cached data lumps. * * @return This instance. */ void clearLumpCache(); /** * @attention Uses an extremely simple formula which does not conform to any CRC * standard. Should not be used for anything critical. */ uint calculateCRC(); public: /** * Determines whether a File looks like it could be accessed using Wad. * * @param file File to check. * * @return @c true, if the file looks like a WAD. */ static bool recognise(FileHandle &file); private: struct Instance; Instance *d; }; } // namespace de #endif /* LIBDENG_RESOURCE_WAD_H */ doomsday-1.14.5/doomsday/client/include/resource/compositebitmapfont.h0000664000175000017500000000464512350542237025527 0ustar jaakkojaakko/** @file compositebitmapfont.h Composite bitmap font. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_RESOURCE_COMPOSITEBITMAPFONT_H #define CLIENT_RESOURCE_COMPOSITEBITMAPFONT_H #include "abstractfont.h" #include "def_main.h" #include "Texture" #include #include #include /** * Composite bitmap font. * * @ingroup resource */ class CompositeBitmapFont : public AbstractFont { public: struct Glyph { de::Rectanglei geometry; patchid_t patch; de::TextureVariant *tex; uint8_t border; bool haveSourceImage; }; public: CompositeBitmapFont(de::FontManifest &manifest); static CompositeBitmapFont *fromDef(de::FontManifest &manifest, ded_compositefont_t const &def); ded_compositefont_t *definition() const; void setDefinition(ded_compositefont_t *newDef); /** * Update the font according to the supplied definition. To be called after * an engine update/reset. * * @param def Definition to update using. * * @todo Should observe engine reset. */ void rebuildFromDef(ded_compositefont_t const &def); int ascent(); int descent(); int lineSpacing(); void glInit(); void glDeinit(); de::Rectanglei const &glyphPosCoords(uchar ch); de::Rectanglei const &glyphTexCoords(uchar ch); patchid_t glyphPatch(uchar ch); void glyphSetPatch(uchar ch, de::String encodedPatchName); de::TextureVariant *glyphTexture(uchar ch); uint glyphTextureBorder(uchar ch); private: DENG2_PRIVATE(d) }; #endif // CLIENT_RESOURCE_COMPOSITEBITMAPFONT_H doomsday-1.14.5/doomsday/client/include/resource/image.h0000664000175000017500000001006612350542237022515 0ustar jaakkojaakko/** @file image.h Image objects and related routines. * * @ingroup resource * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_IMAGE_H #define DENG_RESOURCE_IMAGE_H #include "dd_share.h" // gfxmode_t #include "filehandle.h" #include #include #include /// @todo Should not depend on texture-level stuff here. class TextureVariantSpec; namespace de { class Texture; } namespace res { enum Source { None, ///< Not a valid source. Original, ///< An "original". External ///< An "external" replacement. }; } /** * @defgroup imageConversionFlags Image Conversion Flags * @ingroup flags */ /*@{*/ #define ICF_UPSCALE_SAMPLE_WRAPH (0x1) #define ICF_UPSCALE_SAMPLE_WRAPV (0x2) #define ICF_UPSCALE_SAMPLE_WRAP (ICF_UPSCALE_SAMPLE_WRAPH|ICF_UPSCALE_SAMPLE_WRAPV) /*@}*/ /** * @defgroup imageFlags Image Flags * @ingroup flags */ /*@{*/ #define IMGF_IS_MASKED (0x1) /*@}*/ struct image_t { typedef de::Vector2ui Size; /// @ref imageFlags int flags; /// Indentifier of the color palette used/assumed or @c 0 if none (1-based). uint paletteId; /// Size of the image in pixels. Size size; /// Bytes per pixel in the data buffer. int pixelSize; /// Pixel color/palette (+alpha) data buffer. uint8_t *pixels; }; /** * Initializes the previously allocated @a image for use. * @param image Image instance. */ void Image_Init(image_t &image); /** * Releases image pixel data, but does not delete @a image. * @param image Image instance. */ void Image_ClearPixelData(image_t &image); /** * Returns the size of the image in pixels. */ image_t::Size Image_Size(image_t const &image); /** * Returns a textual description of the image. * * @return Human-friendly description of the image. */ de::String Image_Description(image_t const &image); /** * Loads PCX, TGA and PNG images. The returned buffer must be freed * with M_Free. Color keying is done if "-ck." is found in the filename. * The allocated memory buffer always has enough space for 4-component * colors. */ uint8_t *Image_LoadFromFile(image_t &image, de::FileHandle &file); bool Image_LoadFromFileWithFormat(image_t &image, char const *format, de::FileHandle &file); bool Image_Save(image_t const &image, char const *filePath); /// @return @c true if the image pixel data contains alpha information. bool Image_HasAlpha(image_t const &image); /** * Converts the image by converting it to a luminance map and then moving * the resultant luminance data into the alpha channel. The color channel(s) * are then filled all-white. */ void Image_ConvertToAlpha(image_t &image, bool makeWhite = false); /** * Converts the image data to grayscale luminance in-place. */ void Image_ConvertToLuminance(image_t &image, bool retainAlpha = true); /// @todo Move into image_t uint8_t *GL_LoadImage(image_t &image, de::String nativePath); /// @todo Move into image_t res::Source GL_LoadExtImage(image_t &image, char const *searchPath, gfxmode_t mode); /// @todo Move into image_t res::Source GL_LoadSourceImage(image_t &image, de::Texture const &tex, TextureVariantSpec const &spec); #endif // DENG_RESOURCE_IMAGE_H doomsday-1.14.5/doomsday/client/include/resource/patch.h0000664000175000017500000000732112350542237022532 0ustar jaakkojaakko/** @file patch.h Patch Image Format. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_PATCH_H #define DENG_RESOURCE_PATCH_H #include "resource/colorpalette.h" #include #include #include #include #include namespace de { /** * @em Patch is a raster image in the id Tech 1 picture format (Doom). * @ingroup resource * * @see http://doomwiki.org/wiki/Picture_format * * @note The height dimension value as declared in the patch header may * well differ to the actual height of the composited image. This is the * reason why map drawing in the id tech 1 software renderer can be seen * to "overdraw" posts - the wall column drawer is working with post pixel * ranges rather than the "logical" height declared in the header. */ class Patch { public: /** * Metadata which describes the patch. */ struct Metadata { /// Dimensions of the patch in pixels. Vector2i dimensions; /// Logical dimensions of the patch in pixels (@see Patch notes). Vector2i logicalDimensions; /// Origin offset (top left) in world coordinate space units. /// Used for various purposes depending on context. Vector2i origin; }; /** * Flags for @ref load() */ enum Flag { /// If the color of a pixel uses index #0 write the default color /// (black) as the color value and set the alpha to zero. MaskZero = 0x1, /// Clip the composited image to the logical dimensions of the patch /// ; otherwise perform no clipping (use the pixel dimensions). ClipToLogicalDimensions = 0x2 }; Q_DECLARE_FLAGS(Flags, Flag) public: /** * Attempt to read metadata from @a data. * @param data Data to read metadata from. */ static Metadata loadMetadata(IByteArray const &data); /** * Attempt to interpret @a data as a Patch. * @param data Data to interpret as a Patch. * @param flags Flags determining how the data should be interpreted. */ static Block load(IByteArray const &data, Flags = 0); /** * @copydoc load() * @param xlatTable If not @c NULL, use this translation table when * compositing final color palette indices. */ static Block load(IByteArray const &data, ColorPaletteTranslation const &xlatTable, Flags = 0); /** * Determines whether @a data looks like it can be interpreted as a Patch. * * @param data Data to check. * * @return @c true if the data looks like a patch; otherwise @c false. */ static bool recognize(IByteArray const &data); }; Q_DECLARE_OPERATORS_FOR_FLAGS(Patch::Flags) typedef Patch::Metadata PatchMetadata; } // namespace de #endif // DENG_RESOURCE_PATCH_H doomsday-1.14.5/doomsday/client/include/resource/materialsnapshot.h0000664000175000017500000001162212350542237025010 0ustar jaakkojaakko/** @file materialsnapshot.h Logical material state snapshot. * * @authors Copyright © 2011-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_RESOURCE_MATERIALSNAPSHOT_H #define DENG_CLIENT_RESOURCE_MATERIALSNAPSHOT_H #ifndef __CLIENT__ # error "resource/materialsnapshot.h only exists in the Client" #endif #include "Material" #include "Texture" #include #include // Material texture unit idents: enum { MTU_PRIMARY, MTU_DETAIL, MTU_REFLECTION, MTU_REFLECTION_MASK, NUM_MATERIAL_TEXTURE_UNITS }; /** * Symbolic identifiers for (virtual) texture units. */ typedef enum { RTU_PRIMARY = 0, RTU_PRIMARY_DETAIL, RTU_INTER, RTU_INTER_DETAIL, RTU_REFLECTION, RTU_REFLECTION_MASK, NUM_TEXMAP_UNITS } rtexmapunitid_t; namespace de { class GLTextureUnit; /** * Logical material state snapshot. * * @ingroup resource */ class MaterialSnapshot { public: /// Interpolated (light) decoration properties. struct Decoration { de::Vector2f pos; // Coordinates in material space. float elevation; // Distance from the surface. de::Vector3f color; // Light color. float radius; // Dynamic light radius (-1 = no light). float flareSize; // Halo radius (zero = no halo). float lightLevels[2]; // Fade by sector lightlevel. Texture *tex, *ceilTex, *floorTex; DGLuint flareTex; }; public: /// The referenced (texture) unit does not exist. @ingroup errors DENG2_ERROR(UnknownUnitError); /// The referenced decoration does not exist. @ingroup errors DENG2_ERROR(UnknownDecorationError); public: /** * Construct a new material snapshot instance. * @param materialVariant Material variant to capture to produce the snapshot. */ MaterialSnapshot(MaterialVariant &materialVariant); /** * Returns the material variant for the snapshot. */ MaterialVariant &materialVariant() const; /** * Returns the material for the snapshot, for convenience. */ inline Material &material() const { return materialVariant().generalCase(); } /** * Returns the dimensions in the world coordinate space for the material snapshot. */ Vector2i const &dimensions() const; /// Returns the width of the material snapshot in map coordinate space units. inline int width() const { return dimensions().x; } /// Returns the height of the material snapshot in map coordinate space units. inline int height() const { return dimensions().y; } /** * Returns @c true if the material snapshot is completely opaque. */ bool isOpaque() const; /** * Returns the interpolated, glow strength multiplier for the material snapshot. */ float glowStrength() const; blendmode_t shineBlendMode() const; /** * Returns the interpolated, shine effect minimum ambient light color for the material snapshot. */ Vector3f const &shineMinColor() const; /** * Returns @c true if a texture with @a index is set for the material snapshot. */ bool hasTexture(int index) const; /** * Lookup a material snapshot texture by logical material texture unit index. * * @param index Index of the texture to lookup. * @return The texture associated with the logical material texture unit. */ TextureVariant &texture(int index) const; /** * Lookup a material snapshot prepared texture unit by id. * * @param id Identifier of the texture unit to lookup. * @return The associated prepared texture unit. */ GLTextureUnit const &unit(int index) const; /** * Lookup a material snapshot decoration by index. * * @param index Index of the decoration to lookup. * @return The associated decoration data. */ Decoration &decoration(int index) const; /** * Prepare all textures and update property values. */ void update(); private: DENG2_PRIVATE(d) }; typedef MaterialSnapshot::Decoration MaterialSnapshotDecoration; } // namespace de #endif // DENG_CLIENT_RESOURCE_MATERIALSNAPSHOT_H doomsday-1.14.5/doomsday/client/include/resource/materialarchive.h0000664000175000017500000000704412350542237024575 0ustar jaakkojaakko/** @file materialarchive.h Collection of identifier-material pairs. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_RESOURCE_MATERIALARCHIVE_H #define LIBDENG_RESOURCE_MATERIALARCHIVE_H #include #include #include class Material; namespace de { /** * Collection of identifier-material pairs. * * Used when saving map state (savegames) or sharing world changes with clients. * * @ingroup resource */ class MaterialArchive { public: /// Base class for all deserialization errors. @ingroup errors DENG2_ERROR(ReadError); public: /** * @param useSegments If @c true, the serialized archive will be preceded * by a segment id number. * @param recordSymbolicMaterials Add records for the symbolic materials * used to record special references in the serialized archive. */ MaterialArchive(int useSegments, bool recordSymbolicMaterials = true); /** * Returns the number of materials in the archive. */ int count() const; /** * Returns the number of materials in the archive. * Same as count() */ inline int size() const { return count(); } /** * @return A new (unused) SerialId for the specified material. */ materialarchive_serialid_t findUniqueSerialId(Material *mat) const; /** * Finds and returns a material with the identifier @a serialId. * * @param serialId SerialId of a material. * @param group Set to zero. Only used with the version 0 of MaterialArchive (now obsolete). * * @return Pointer to a material instance. Ownership not given. */ Material *find(materialarchive_serialid_t serialId, int group) const; /** * Insert the specified @a material into the archive. If this material * is already present the existing serial ID is returned and the archive * is unchanged. * * @param material The material to be recorded. * @return Unique SerialId of the recorded material. */ materialarchive_serialid_t addRecord(Material const &material); /** * Serializes the state of the archive using @a writer. * * @param writer Writer instance. */ void write(writer_s &writer) const; /** * Deserializes the state of the archive from @a reader. * * @param reader Reader instance. * @param forcedVersion Version to interpret as, not actual format version. * Use -1 to use whatever version is encountered. */ void read(reader_s &reader, int forcedVersion = -1); private: DENG2_PRIVATE(d) }; } // namespace de #endif /* LIBDENG_RESOURCE_MATERIALARCHIVE_H */ doomsday-1.14.5/doomsday/client/include/resource/model.h0000664000175000017500000002023512350542237022532 0ustar jaakkojaakko/** @file model.h 3D model resource * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RESOURCE_MODEL_H #define DENG_RESOURCE_MODEL_H #include "filehandle.h" #include "Texture" #include #include #include #include #include /// Unique identifier associated with each model. typedef uint modelid_t; /// Special value used to signify an invalid model id. #define NOMODELID 0 /** * 3D model resource. * * @ingroup resource * * @todo Implement an API for building models programmatically. */ class Model { public: /// Referenced frame is missing. @ingroup errors DENG2_ERROR(MissingFrameError); /// Referenced skin is missing. @ingroup errors DENG2_ERROR(MissingSkinError); /// Referenced detail level is missing. @ingroup errors DENG2_ERROR(MissingDetailLevelError); /** * Classification/processing flags. */ enum Flag { NoTextureCompression = 0x1 ///< Do not compress skin textures. }; Q_DECLARE_FLAGS(Flags, Flag) /** * Animation key-frame. */ struct Frame { Model &model; struct Vertex { de::Vector3f pos; de::Vector3f norm; }; typedef QVector VertexBuf; VertexBuf vertices; de::Vector3f min; de::Vector3f max; de::String name; Frame(Model &model, de::String const &name = "") : model(model), name(name) {} void bounds(de::Vector3f &min, de::Vector3f &max) const; float horizontalRange(float *top, float *bottom) const; }; typedef QList Frames; /** * Texture => Skin assignment. */ struct Skin { de::String name; de::Texture *texture; // Not owned. Skin(de::String const &name = "", de::Texture *texture = 0) : name(name), texture(texture) {} }; typedef QList Skins; /** * Prepared model geometry uses lists of primitives. */ struct Primitive { struct Element { de::Vector2f texCoord; int index; ///< Index into the model's vertex mesh. }; typedef QVector Elements; Elements elements; bool triFan; ///< @c true= triangle fan; otherwise triangle strip. }; typedef QList Primitives; /** * Level of detail information. * * Used with DMD models to reduce complexity of the drawn model geometry. */ struct DetailLevel { Model &model; int level; Primitives primitives; DetailLevel(Model &model, int level) : model(model), level(level) {} /** * Returns @c true iff the specified vertex @a number is in use for this * detail level. */ bool hasVertex(int number) const; }; typedef QList DetailLevels; public: /** * Construct a new 3D model. */ Model(Flags flags = 0); /** * Determines whether the specified @a file appears to be in a recognised * model format. */ static bool recognise(de::FileHandle &file); /** * Attempt to load a new model resource from the specified @a file. * * @param aspectScale Optionally apply y-aspect scaling. * * @return The new Model (if any). Ownership is given to the caller. */ static Model *loadFromFile(de::FileHandle &file, float aspectScale = 1); /** * Returns the unique identifier associated with the model. */ uint modelId() const; /** * Change the unique identifier associated with the model. * * @param newId New identifier to apply. */ void setModelId(uint newId); /** * Returns a copy of the current model flags. */ Flags flags() const; /** * Change the model's flags. * * @param flagsToChange Flags to change the value of. * @param operation Logical operation to perform on the flags. */ void setFlags(Flags flagsToChange, de::FlagOp operation = de::SetFlags); /** * Lookup a model animation frame by @a name. * * @return Unique number of the found frame; otherwise @c -1 (not found). */ int frameNumber(de::String name) const; /** * Convenient method of determining whether the specified model animation * frame @a number is valid (i.e., a frame is defined for it). */ inline bool hasFrame(int number) const { return (number >= 0 && number < frameCount()); } /** * Retrieve a model animation frame by it's unique frame @a number. */ Frame &frame(int number) const; /** * Returns the total number of model animation frames. */ inline int frameCount() const { return frames().count(); } /** * Provides access to the model animation frames, for efficient traversal. */ Frames const &frames() const; /** * Clear all model animation frames. */ void clearAllFrames(); /** * Lookup a model skin by @a name. * * @return Unique number of the found skin; otherwise @c -1 (not found). */ int skinNumber(de::String name) const; /** * Convenient method of determining whether the specified model skin @a number * is valid (i.e., a skin is defined for it). */ inline bool hasSkin(int number) const { return (number >= 0 && number < skinCount()); } /** * Retrieve a model skin by it's unique @a number. */ Skin &skin(int number) const; /** * Append a new skin with the given @a name to the model. If a skin already * exists with this name it will be returned instead. * * @return Reference to the (possibly new) skin. */ Skin &newSkin(de::String name); /** * Returns the total number of model skins. */ inline int skinCount() const { return skins().count(); } /** * Provides access to the model skins, for efficient traversal. */ Skins const &skins() const; /** * Clear all model skin assignments. */ void clearAllSkins(); /** * Convenient method of accessing the primitive list used for drawing the * model with the highest degree of geometric fidelity (i.e., detail level * zero). */ Primitives const &primitives() const; /** * Returns the total number of vertices used at detail level zero. */ int vertexCount() const; /** * Convenient method of determining whether the specified model detail * @a level is valid (i.e., detail information is defined for it). */ inline bool hasLod(int level) const { return (level >= 0 && level < lodCount()); } /** * Returns the total number of detail levels for the model. */ inline int lodCount() const { return lods().count(); } /** * Retrieve model detail information by it's unique @a level number. */ DetailLevel &lod(int level) const; /** * Provides readonly access to the level of detail information. */ DetailLevels const &lods() const; /// @todo Refactor away. QBitArray const &lodVertexUsage() const; private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(Model::Flags) typedef Model::DetailLevel ModelDetailLevel; typedef Model::Frame ModelFrame; typedef Model::Skin ModelSkin; #endif // DENG_RESOURCE_MODEL_H doomsday-1.14.5/doomsday/client/include/resource/fontscheme.h0000664000175000017500000000753312350542237023573 0ustar jaakkojaakko/** @file fontscheme.h Font resource scheme. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_FONTSCHEME_H #define DENG_RESOURCE_FONTSCHEME_H #include "FontManifest" #include "uri.hh" #include #include #include #include namespace de { /** * Font collection resource subspace. * * @see Fonts * @ingroup resource */ class FontScheme { typedef class FontManifest Manifest; public: /// The requested manifests could not be found in the index. DENG2_ERROR(NotFoundError); /// The specified path was not valid. @ingroup errors DENG2_ERROR(InvalidPathError); /// Notified whenever a new manifest is defined in the scheme. DENG2_DEFINE_AUDIENCE(ManifestDefined, void fontSchemeManifestDefined(FontScheme &scheme, Manifest &manifest)) /// Minimum length of a symbolic name. static int const min_name_length = DENG2_URI_MIN_SCHEME_LENGTH; /// Manifests in the scheme are placed into a tree. typedef PathTreeT Index; public: /** * Construct a new (empty) resource subspace scheme. * * @param symbolicName Symbolic name of the new subspace scheme. Must have * at least @ref min_name_length characters. */ FontScheme(String symbolicName); /// @return Symbolic name of this scheme (e.g., "System"). String const &name() const; /// @return Total number of manifests in the scheme. inline int size() const { return index().size(); } /// @return Total number of manifests in the scheme. Same as @ref size(). inline int count() const { return size(); } /** * Destroys all manifests (and any associated resources) in the scheme. */ void clear(); /** * Insert a new manifest at the given @a path into the scheme. If a manifest * already exists at this path, the existing manifest is returned. * * @param path Virtual path for the resultant manifest. * * @return The (possibly newly created) manifest at @a path. */ Manifest &declare(Path const &path); /** * Determines if a manifest exists on the given @a path. * * @return @c true if a manifest exists; otherwise @a false. */ bool has(Path const &path) const; /** * Search the scheme for a manifest matching @a path. * * @return Found manifest. */ Manifest const &find(Path const &path) const; /// @copydoc find() Manifest &find(Path const &path); /** * Search the scheme for a manifest whose associated unique identifier * matches @a uniqueId. * * @return Found manifest. */ Manifest const &findByUniqueId(int uniqueId) const; /// @copydoc findByUniqueId() Manifest &findByUniqueId(int uniqueId); /** * Provides access to the manifest index for efficient traversal. */ Index const &index() const; private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RESOURCE_FONTSCHEME_H doomsday-1.14.5/doomsday/client/include/dd_def.h0000664000175000017500000000727112350542237021015 0ustar jaakkojaakko/** * @file dd_def.h * Internal macros and constants for Doomsday. @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef __DOOMSDAY_DEFS_H__ #define __DOOMSDAY_DEFS_H__ /** * @defgroup flags Flags (Internal) */ #include #include #include #include "dd_types.h" #include "api_gameexport.h" #include "api_internaldata.h" #ifdef __cplusplus extern "C" { #endif #ifdef WIN32 // Disable annoying MSVC warnings. // 4761: integral size mismatch in argument // 4244: conversion from 'type1' to 'type2', possible loss of data #pragma warning (disable:4761 4244) #endif // if rangecheck is undefined, most parameter validation debugging code // will not be compiled #ifndef DENG_NO_RANGECHECKING # define RANGECHECK #endif #ifdef RANGECHECK # define DOOMSDAY_VER_ID_RANGECHECK " +R" #else # define DOOMSDAY_VER_ID_RANGECHECK "" #endif #ifdef _DEBUG # define DOOMSDAY_VER_ID_DEBUG " +D" #else # define DOOMSDAY_VER_ID_DEBUG "" #endif #ifdef __64BIT__ # define DOOMSDAY_VER_ID_64BIT " 64-bit" #else # define DOOMSDAY_VER_ID_64BIT " 32-bit" #endif #if defined(DENG_STABLE) && defined(DOOMSDAY_BUILD_TEXT) # define DOOMSDAY_VER_ID_BUILD " #" DOOMSDAY_BUILD_TEXT #else # define DOOMSDAY_VER_ID_BUILD "" #endif #define DOOMSDAY_VER_ID DOOMSDAY_RELEASE_TYPE DOOMSDAY_VER_ID_64BIT DOOMSDAY_VER_ID_DEBUG DOOMSDAY_VER_ID_RANGECHECK DOOMSDAY_VER_ID_BUILD #define DOOMSDAY_VERSION_FULLTEXT DOOMSDAY_VERSION_TEXT " (" DOOMSDAY_VER_ID ") " __DATE__ " " __TIME__ #define SAFEDIV(x,y) (!(y) || !((x)/(y))? 1 : (x)/(y)) #define ORDER(x,y,a,b) ( (x)<(y)? ((a)=(x),(b)=(y)) : ((b)=(x),(a)=(y)) ) #define LAST_CHAR(str) (str[strlen(str) - 1]) #ifdef _DEBUG # define ASSERT_64BIT(p) {if(sizeof(p) != 8) Con_Error(#p " is not 64-bit in " __FILE__ " at line %i.\n", __LINE__);} # define ASSERT_NOT_64BIT(p) {if(sizeof(p) == 8) Con_Error(#p " is 64-bit in " __FILE__ " at line %i.\n", __LINE__);} # define ASSERT_32BIT(p) {if(sizeof(p) != 4) Con_Error(#p " is not 32-bit in " __FILE__ " at line %i.\n", __LINE__);} # define ASSERT_16BIT(p) {if(sizeof(p) != 2) Con_Error(#p " is not 16-bit in " __FILE__ " at line %i.\n", __LINE__);} #else # define ASSERT_64BIT(p) # define ASSERT_NOT_64BIT(p) # define ASSERT_32BIT(p) # define ASSERT_16BIT(p) #endif #define MAXEVENTS 256 #define SBARHEIGHT 39 // status bar height at bottom of screen #define SECONDS_TO_TICKS(sec) ((int)((sec)*35)) // Heap relations. #define HEAP_PARENT(i) (((i) + 1)/2 - 1) #define HEAP_LEFT(i) (2*(i) + 1) #define HEAP_RIGHT(i) (2*(i) + 2) //enum { VX, VY, VZ }; // Vertex indices. enum { CR, CG, CB, CA }; // Color indices. extern float texGamma; // tab_tables.c extern fixed_t finesine[5 * FINEANGLES / 4]; extern fixed_t *fineCosine; #ifdef __cplusplus } // extern "C" #endif // dd_pinit.c DENG_EXTERN_C game_export_t __gx; #define gx __gx #endif doomsday-1.14.5/doomsday/client/include/Interceptor0000664000175000017500000000003712350542237021651 0ustar jaakkojaakko#include "world/interceptor.h" doomsday-1.14.5/doomsday/client/include/network/0000775000175000017500000000000012350542237021121 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/network/protocol.h0000664000175000017500000001660112350542237023137 0ustar jaakkojaakko/** * @file protocol.h * Network protocol. @ingroup network * * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_NETWORK_PROTOCOL_H #define LIBDENG_NETWORK_PROTOCOL_H /** * Server protocol version number. * @deprecated Will be replaced with the libdeng2 serialization protocol version. */ #define SV_VERSION 23 // Prefer adding new flags inside the deltas instead of adding new delta types. typedef enum { DT_MOBJ = 0, DT_PLAYER = 1, //DT_SECTOR_R6 = 2, // 2 bytes for flags. DT_SIDE_SOUND = 3, DT_POLY = 4, DT_LUMP = 5, DT_SOUND = 6, // No emitter DT_MOBJ_SOUND = 7, DT_SECTOR_SOUND = 8, DT_POLY_SOUND = 9, DT_SECTOR = 10, // Flags in a packed long. // Special types: (only in the PSV_FRAME2 packet when written to message) DT_NULL_MOBJ = 11, // Mobj was removed (just type and ID). DT_CREATE_MOBJ = 12, // Regular DT_MOBJ, but the mobj was just created. DT_SIDE = 13, // Flags in a packed long. NUM_DELTA_TYPES } deltatype_t; // Mobj delta flags. These are used to determine what a delta contains. // (Which parts of a delta mobj_t are used.) #define MDF_ORIGIN_X 0x0001 #define MDF_ORIGIN_Y 0x0002 #define MDF_ORIGIN_Z 0x0004 #define MDF_ORIGIN 0x0007 #define MDF_MOM_X 0x0008 #define MDF_MOM_Y 0x0010 #define MDF_MOM_Z 0x0020 #define MDF_MOM 0x0038 #define MDF_ANGLE 0x0040 #define MDF_HEALTH 0x0080 #define MDF_MORE_FLAGS 0x0100 // A byte of extra flags follows. #define MDF_SELSPEC 0x0200 // Only during transfer. #define MDF_SELECTOR 0x0400 #define MDF_STATE 0x0800 #define MDF_RADIUS 0x1000 #define MDF_HEIGHT 0x2000 #define MDF_FLAGS 0x4000 #define MDF_FLOORCLIP 0x8000 #define MDF_EVERYTHING (MDF_ORIGIN | MDF_MOM | MDF_ANGLE | MDF_SELECTOR | MDF_STATE |\ MDF_RADIUS | MDF_HEIGHT | MDF_FLAGS | MDF_HEALTH | MDF_FLOORCLIP) // Extra flags for the Extra Flags byte. #define MDFE_FAST_MOM 0x01 // Momentum has 10.6 bits (+/- 512) #define MDFE_TRANSLUCENCY 0x02 #define MDFE_Z_FLOOR 0x04 // Mobj z is on the floor. #define MDFE_Z_CEILING 0x08 // Mobj z+hgt is in the ceiling. #define MDFE_FADETARGET 0x10 #define MDFE_TYPE 0x20 // Mobj type. // Player delta flags. #define PDF_MOBJ 0x0001 #define PDF_FORWARDMOVE 0x0002 #define PDF_SIDEMOVE 0x0004 #define PDF_ANGLE 0x0008 #define PDF_TURNDELTA 0x0010 #define PDF_FRICTION 0x0020 #define PDF_EXTRALIGHT 0x0040 // Plus fixedcolormap (same byte). #define PDF_FILTER 0x0080 //#define PDF_CLYAW 0x1000 // Sent in the player num byte. //#define PDF_CLPITCH 0x2000 // Sent in the player num byte. #define PDF_PSPRITES 0x4000 // Sent in the player num byte. // Written separately, stored in playerdelta flags 2 highest bytes. #define PSDF_STATEPTR 0x01 #define PSDF_OFFSET 0x08 #define PSDF_LIGHT 0x20 #define PSDF_ALPHA 0x40 #define PSDF_STATE 0x80 #define SDF_FLOOR_MATERIAL 0x00000001 #define SDF_CEILING_MATERIAL 0x00000002 #define SDF_LIGHT 0x00000004 #define SDF_FLOOR_TARGET 0x00000008 #define SDF_FLOOR_SPEED 0x00000010 #define SDF_CEILING_TARGET 0x00000020 #define SDF_CEILING_SPEED 0x00000040 #define SDF_FLOOR_TEXMOVE 0x00000080 //#define SDF_CEILING_TEXMOVE 0x00000100 // obsolete #define SDF_COLOR_RED 0x00000200 #define SDF_COLOR_GREEN 0x00000400 #define SDF_COLOR_BLUE 0x00000800 #define SDF_FLOOR_SPEED_44 0x00001000 // Used for sent deltas. #define SDF_CEILING_SPEED_44 0x00002000 // Used for sent deltas. #define SDF_FLOOR_HEIGHT 0x00004000 #define SDF_CEILING_HEIGHT 0x00008000 #define SDF_FLOOR_COLOR_RED 0x00010000 #define SDF_FLOOR_COLOR_GREEN 0x00020000 #define SDF_FLOOR_COLOR_BLUE 0x00040000 #define SDF_CEIL_COLOR_RED 0x00080000 #define SDF_CEIL_COLOR_GREEN 0x00100000 #define SDF_CEIL_COLOR_BLUE 0x00200000 #define SIDF_TOP_MATERIAL 0x0001 #define SIDF_MID_MATERIAL 0x0002 #define SIDF_BOTTOM_MATERIAL 0x0004 #define SIDF_LINE_FLAGS 0x0008 #define SIDF_TOP_COLOR_RED 0x0010 #define SIDF_TOP_COLOR_GREEN 0x0020 #define SIDF_TOP_COLOR_BLUE 0x0040 #define SIDF_MID_COLOR_RED 0x0080 #define SIDF_MID_COLOR_GREEN 0x0100 #define SIDF_MID_COLOR_BLUE 0x0200 #define SIDF_MID_COLOR_ALPHA 0x0400 #define SIDF_BOTTOM_COLOR_RED 0x0800 #define SIDF_BOTTOM_COLOR_GREEN 0x1000 #define SIDF_BOTTOM_COLOR_BLUE 0x2000 #define SIDF_MID_BLENDMODE 0x4000 #define SIDF_FLAGS 0x8000 #define PODF_DEST_X 0x01 #define PODF_DEST_Y 0x02 #define PODF_SPEED 0x04 #define PODF_DEST_ANGLE 0x08 #define PODF_ANGSPEED 0x10 #define PODF_PERPETUAL_ROTATE 0x20 // Special flag. #define LDF_INFO 0x01 // Sound delta flags. #define SNDDF_VOLUME 0x01 // 0=stop, 1=full, >1=no att. #define SNDDF_REPEAT 0x02 // Start repeating sound. #define SNDDF_PLANE_FLOOR 0x04 // Play sound from a sector's floor. #define SNDDF_PLANE_CEILING 0x08 // Play sound from a sector's ceiling. #define SNDDF_SIDE_TOP 0x10 // Play sound from a side's top part. #define SNDDF_SIDE_MIDDLE 0x20 // Play sound from a side's middle part. #define SNDDF_SIDE_BOTTOM 0x40 // Play sound from a side's bottom part. /** * @defgroup soundPacketFlags Sound Packet Flags * Used with PSV_SOUND packets. * @ingroup flags */ ///@{ #define SNDF_ORIGIN 0x01 ///< Sound has an origin. #define SNDF_SECTOR 0x02 ///< Originates from a degenmobj. #define SNDF_PLAYER 0x04 ///< Originates from a player. #define SNDF_VOLUME 0x08 ///< Volume included. #define SNDF_ID 0x10 ///< Mobj ID of the origin. #define SNDF_REPEATING 0x20 ///< Repeat sound indefinitely. #define SNDF_SHORT_SOUND_ID 0x40 ///< Sound ID is a short. ///@} /** * @defgroup stopSoundPacketFlags Stop Sound Packet Flags * Used with PSV_STOP_SOUND packets. * @ingroup flags */ ///@{ #define STOPSNDF_SOUND_ID 0x01 #define STOPSNDF_ID 0x02 #define STOPSNDF_SECTOR 0x04 ///@} #ifdef __cplusplus extern "C" { #endif /// Largest message sendable using the protocol. #define PROTOCOL_MAX_DATAGRAM_SIZE (1 << 22) // 4 MB #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_NETWORK_PROTOCOL_H doomsday-1.14.5/doomsday/client/include/network/monitor.h0000664000175000017500000000257612350542237022773 0ustar jaakkojaakko/** * @file monitor.h * Network traffic monitoring. @ingroup network * * Utilities for monitoring network traffic for development and debugging * purposes. * * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_NETWORK_MONITOR_H #define LIBDENG_NETWORK_MONITOR_H #include "dd_share.h" #ifdef _DEBUG /** * Updates monitored byte frequency counts with @a bytes. * * @param bytes Buffer whose contents to count. * @param size Size of the buffer. */ void Monitor_Add(const uint8_t* bytes, size_t size); D_CMD(NetFreqs); #endif #endif // LIBDENG_NETWORK_MONITOR_H doomsday-1.14.5/doomsday/client/include/network/net_main.h0000664000175000017500000002103312350542237023063 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Network Subsystem. */ #ifndef LIBDENG_NETWORK_H #define LIBDENG_NETWORK_H #include #include "lzss.h" #include "dd_share.h" #include "net_msg.h" #include #include #ifdef __cplusplus extern "C" { #endif #define BIT(x) (1 << (x)) #define NSP_BROADCAST -1 // For Net_SendBuffer. // Flags for console text from the server. // Change with server version? #define SV_CONSOLE_PRINT_FLAGS (CPF_WHITE|CPF_LIGHT|CPF_GREEN) #define PING_TIMEOUT 1000 // Ping timeout (ms). #define MAX_PINGS 10 // The default bandwidth rating for new clients. #define BWR_DEFAULT 40 // A modest acktime used by default for new clients (1 sec ping). #define ACK_DEFAULT 1000 #define MONITORTICS 7 #define LOCALTICS 10 // Built ticcmds are stored here. #define BACKUPTICS 70 // Two seconds worth of tics. // The number of mobjs that can be stored in the input/visible buffer. // The server won't send more mobjs than this. #define MAX_CLMOBJS 80 #define DEFAULT_TCP_PORT 13209 #define DEFAULT_UDP_PORT 13209 typedef void (*expectedresponder_t)(int, const byte*, int); // If a master action fails, the action queue is emptied. typedef enum { MAC_REQUEST, // Retrieve the list of servers from the master. MAC_WAIT, // Wait for the server list to arrive. MAC_LIST // Print the server list in the console. } masteraction_t; // Packet types. // PKT = sent by anyone // PSV = only sent by server // PCL = only sent by client enum { // Messages and responses. PCL_HELLO = 0, PKT_OK = 1, PKT_CANCEL = 2, // unused? PKT_PLAYER_INFO = 3, PKT_CHAT = 4, PSV_FINALE = 5, PKT_PING = 6, PSV_HANDSHAKE = 7, PSV_SERVER_CLOSE = 8, PSV_FRAME = 9, // obsolete PSV_PLAYER_EXIT = 10, PSV_CONSOLE_TEXT = 11, PCL_ACK_SHAKE = 12, PSV_SYNC = 13, PSV_MATERIAL_ARCHIVE = 14, PCL_FINALE_REQUEST = 15, PKT_LOGIN = 16, PCL_ACK_SETS = 17, PKT_COORDS = 18, PKT_DEMOCAM = 19, PKT_DEMOCAM_RESUME = 20, PCL_HELLO2 = 21, // Includes game ID PSV_FRAME2 = 22, // Frame packet v2 PSV_FIRST_FRAME2 = 23, // First PSV_FRAME2 after map change PSV_SOUND2 = 24, // unused? PSV_STOP_SOUND = 25, PCL_ACKS = 26, PSV_PLAYER_FIX_OBSOLETE = 27, // Fix angles/pos/mom (without console number). PCL_ACK_PLAYER_FIX = 28, // Acknowledge player fix. /* 28 */ PKT_COMMAND2 = 29, PSV_PLAYER_FIX = 30, // Fix angles/pos/mom. PCL_GOODBYE = 31, PSV_MOBJ_TYPE_ID_LIST = 32, PSV_MOBJ_STATE_ID_LIST = 33, // Game specific events. PKT_GAME_MARKER = DDPT_FIRST_GAME_EVENT, // 64 }; // Use the number defined in dd_share.h for sound packets. // This is for backwards compatibility. #define PSV_SOUND 71 /* DDPT_SOUND */ #define RESENDCOUNT 10 #define HANDSHAKECOUNT 17 //#define UPDATECOUNT 20 // These dd-flags are packed (i.e. included in mobj deltas). #define DDMF_PACK_MASK 0x3cfff1ff // A client's acknowledgement threshold depends on the average of his // acknowledgement times. #define NUM_ACK_TIMES 8 // The consolePlayer's camera position is written to the demo file // every 3rd tic. #define LOCALCAM_WRITE_TICS 3 // Maximum length of a token in the textual representation of // serverinfo. #define SVINFO_TOKEN_LEN 128 #define SVINFO_VALID_LABEL_LEN 16 typedef struct { // High tics when ping was sent (0 if pinger not used). int sent; // A record of the pings (negative time: no response). float times[MAX_PINGS]; // Total number of pings and the current one. int total; int current; } pinger_t; // Network information for a player. Corresponds the players array. typedef struct { // ID number. Each client has a unique ID number. ident_t id; int lastTransmit; // Seconds when the client entered the game (Sys_GetRealSeconds()). double enterTime; // Bandwidth rating for connection. Determines how much information // can be sent to the client. Determined dynamically. int bandwidthRating; // Clients use this to determine how long ago they received the // last update of this client. int age; // Is this client connected? (Might not be in the game yet.) Only // used by the server. int connected; // Clients are pinged by the server when they join the game. // This is the ping in milliseconds for this client. For the server. unsigned int shakePing; // If true, the server will send the player a handshake. The client must // acknowledge it before this flag is turned off. int handshake; // Server uses this to determine whether it's OK to send game packets // to the client. int ready; // The name of the player. char name[PLAYERNAMELEN]; // Field of view. Used in determining visible mobjs (default: 90). float fov; // The DirectPlay player that represents this client. unsigned int nodeID; // DP player ID. // Ping tracker for this client. pinger_t ping; // Demo recording file (being recorded if not NULL). LZFILE *demo; dd_bool recording; dd_bool recordPaused; // Movement smoother. Smoother* smoother; // View console. Which player this client is viewing? int viewConsole; } client_t; extern char *serverName, *serverInfo, *playerName; extern int serverData[]; extern dd_bool firstNetUpdate; extern int resendStart; // set when server needs our tics extern int resendCount; extern int oldEnterTics; extern int numClMobjs; extern dd_bool masterAware; extern int netGame; extern int realTics, availableTics; extern int isServer, isClient; extern dd_bool allowNetTraffic; // Should net traffic be allowed? extern float netSimulatedLatencySeconds; extern client_t clients[DDMAXPLAYERS]; extern int gotFrame; void Net_Register(void); void Net_Init(void); void Net_Shutdown(void); void Net_DestroyArrays(void); void Net_AllocClientBuffers(int clientId); dd_bool Net_GetPacket(void); void Net_SendBuffer(int to_player, int sp_flags); void Net_SendPlayerInfo(int srcPlrNum, int destPlrNum); void Net_InitGame(void); void Net_StartGame(void); void Net_StopGame(void); void Net_SendPing(int player, int count); void Net_PingResponse(void); void Net_ShowPingSummary(int player); void Net_WriteChatMessage(int from, int toMask, const char* message); void Net_ShowChatMessage(int plrNum, const char* message); int Net_TimeDelta(byte now, byte then); void Net_Update(void); void Net_ResetTimer(void); void Net_Ticker(timespan_t time); /** * Does drawing for the engine's HUD, not just the net. */ void Net_Drawer(void); dd_bool Net_IsLocalPlayer(int pNum); void ServerInfo_Print(serverinfo_t const *info, int index); /** * Converts textual data to a serverinfo struct. Returns true if the * label/value pair is recognized. */ dd_bool ServerInfo_FromString(serverinfo_t *info, char const *valuePair); void ServerInfo_FromRecord(serverinfo_t *info, de::Record const &rec); #ifdef __cplusplus } // extern "C" #endif de::String ServerInfo_AsStyledText(serverinfo_t const *sv); de::String Net_UserAgent(); #endif /* LIBDENG_NETWORK_H */ doomsday-1.14.5/doomsday/client/include/network/net_demo.h0000664000175000017500000000340612350542237023067 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Demos. */ #ifndef LIBDENG_DEMO_H #define LIBDENG_DEMO_H #ifdef __SERVER__ # error Demos are not available in a SERVER build #endif #ifdef __cplusplus extern "C" { #endif extern int playback; void Demo_Register(void); void Demo_Init(void); void Demo_Ticker(timespan_t time); dd_bool Demo_BeginRecording(const char* filename, int playernum); void Demo_StopRecording(int playernum); void Demo_PauseRecording(int playernum); void Demo_ResumeRecording(int playernum); void Demo_WritePacket(int playernum); void Demo_BroadcastPacket(void); void Demo_ReadLocalCamera(void); // PKT_DEMOCAM dd_bool Demo_BeginPlayback(const char* filename); dd_bool Demo_ReadPacket(void); void Demo_StopPlayback(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_DEMO_H */ doomsday-1.14.5/doomsday/client/include/network/masterserver.h0000664000175000017500000000553312350542237024022 0ustar jaakkojaakko/** * @file masterserver.h * Communication with the Master Server. @ingroup network * * The master server maintains a real-time list of running public servers. * * @authors Copyright © 2003-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_MASTER_SERVER_H #define LIBDENG_MASTER_SERVER_H #include "dd_share.h" #include #include #include #include /** * Network request worker for communicating with the master server. * @ingroup network */ class MasterWorker : public QObject { Q_OBJECT public: // Actions for the master worker. enum Action { NONE, REQUEST_SERVERS, ANNOUNCE }; public: MasterWorker(); void newJob(Action action, void* data); bool isAllDone() const; bool isOngoing() const; int serverCount() const; serverinfo_t server(int index) const; protected: void nextJob(); bool parseResponse(const QByteArray& response); public slots: void requestFinished(QNetworkReply* reply); private: DENG2_PRIVATE(d) }; /** * Called while initializing the low-level network subsystem. */ void N_MasterInit(void); /** * Called during engine shutdown. */ void N_MasterShutdown(void); /** * Sends a server announcement to the master. The announcement includes our * IP address and other information. * * @param isOpen If @c true, then the server will be * visible on the server list for other clients to * find by querying the server list. */ void N_MasterAnnounceServer(dd_bool isOpen); /** * Requests the list of open servers from the master. */ void N_MasterRequestList(void); /** * Returns information about the server @em N. * * @return @c 0, if communication with the master is currently in progress. If * param info is @c NULL, will return the number of known servers ELSE, will * return @c not zero, if param index was valid and the master returned info on * the requested server. */ int N_MasterGet(int index, serverinfo_t *info); #endif // LIBDENG_MASTER_SERVER_H doomsday-1.14.5/doomsday/client/include/network/net_msg.h0000664000175000017500000000303112350542237022723 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * net_msg.h: Network Messaging */ #ifndef __DOOMSDAY_NETMESSAGE_H__ #define __DOOMSDAY_NETMESSAGE_H__ #include #include DENG_EXTERN_C Writer* msgWriter; DENG_EXTERN_C Reader* msgReader; #ifdef __cplusplus extern "C" { #endif /** * Begin writing a message to netBuffer. If a message is currently being * read, the reading will be ended. */ void Msg_Begin(int type); void Msg_End(void); dd_bool Msg_BeingWritten(void); /** * Begin reading a message from netBuffer. If a message is currently being * written, the writing will be ended. */ void Msg_BeginRead(void); void Msg_EndRead(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/network/serverlink.h0000664000175000017500000000663012350542237023463 0ustar jaakkojaakko/** @file serverlink.h Network connection to a server. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef CLIENT_SERVERLINK_H #define CLIENT_SERVERLINK_H #include #include #include #include #include #include "network/net_main.h" /** * Network connection to a server. * @ingroup network */ class ServerLink : public de::shell::AbstractLink { Q_OBJECT public: DENG2_DEFINE_AUDIENCE(DiscoveryUpdate, void linkDiscoveryUpdate(ServerLink const &link)) DENG2_DEFINE_AUDIENCE(Join, void networkGameJoined()) DENG2_DEFINE_AUDIENCE(Leave, void networkGameLeft()) public: ServerLink(); void clear(); void connectDomain(de::String const &domain, de::TimeDelta const &timeout = 0); void connectHost(de::Address const &address); /** * Disconnect from the server. */ void disconnect(); /** * Attempts to connect to the specified address and asks for server * information if one happens to be running. * * @param domain */ void discover(de::String const &domain); /** * Asks the master server for information about currently running servers. */ void discoverUsingMaster(); bool isDiscovering() const; enum FoundMaskFlag { Direct = 0x1, LocalNetwork = 0x2, MasterServer = 0x4, Any = Direct | LocalNetwork | MasterServer }; Q_DECLARE_FLAGS(FoundMask, FoundMaskFlag) /** * @param mask Defines the sources that are enabled when querying for found servers. */ int foundServerCount(FoundMask mask = Any) const; /** * @param mask Defines the sources that are enabled when querying for found servers. */ QList foundServers(FoundMask mask = Any) const; bool isFound(de::Address const &host, FoundMask mask = Any) const; /** * @param mask Defines the sources that are enabled when querying for found servers. */ bool foundServerInfo(de::Address const &host, serverinfo_t *info, FoundMask mask = Any) const; /** * @param mask Defines the sources that are enabled when querying for found servers. */ bool foundServerInfo(int index, serverinfo_t *info, FoundMask mask = Any) const; signals: void serversDiscovered(); public slots: void handleIncomingPackets(); protected slots: void localServersFound(); void linkDisconnected(); protected: de::Packet *interpret(de::Message const &msg); void initiateCommunications(); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(ServerLink::FoundMask) #endif // CLIENT_LINK_H doomsday-1.14.5/doomsday/client/include/network/sys_network.h0000664000175000017500000000315512350542237023665 0ustar jaakkojaakko/** * @file sys_network.h * Low-level network socket routines. @ingroup network * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_SYSTEM_NETWORK_H #define LIBDENG_SYSTEM_NETWORK_H #ifndef __CLIENT__ # error "sys_network.h requires __CLIENT__" #endif #include "dd_share.h" #include "net_buf.h" #include "net_main.h" #include "monitor.h" #include "serverlink.h" extern dd_bool allowSending; extern int maxQueuePackets; extern char *nptIPAddress; extern int nptIPPort; ServerLink &Net_ServerLink(void); void N_Register(void); void N_PrintInfo(void); int N_GetHostCount(void); dd_bool N_GetHostInfo(int index, struct serverinfo_s *info); void N_PrintNetworkStatus(void); #endif /* LIBDENG_SYSTEM_NETWORK_H */ doomsday-1.14.5/doomsday/client/include/network/net_buf.h0000664000175000017500000000605712350542237022724 0ustar jaakkojaakko/** * @file net_buf.h * Network message handling and buffering. @ingroup network * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_NETWORK_BUFFER_H #define LIBDENG_NETWORK_BUFFER_H #include "dd_types.h" #ifdef __cplusplus extern "C" { #endif // Send Packet flags: #define SPF_REBOUND 0x00020000 // Write only to local loopback #define SPF_DONT_SEND 0x00040000 // Don't really send out anything #define NETBUFFER_MAXSIZE 0x7ffff // 512 KB // Incoming messages are stored in netmessage_s structs. typedef struct netmessage_s { struct netmessage_s *next; nodeid_t sender; uint player; // Set in N_GetMessage(). size_t size; byte *data; void *handle; double receivedAt; // Time when received (seconds). } netmessage_t; #pragma pack(1) typedef struct { byte type; // Type of the message. byte data[NETBUFFER_MAXSIZE]; } netdata_t; #pragma pack() typedef struct netbuffer_s { int player; // Recipient or sender. size_t length; // Number of bytes in the data buffer. size_t headerLength; // 1 byte at the moment. netdata_t msg; // The data buffer for sending and // receiving packets. } netbuffer_t; /** * Globally accessible data. */ extern netbuffer_t netBuffer; extern dd_bool allowSending; /** * Constructs a new reader. The reader will use the engine's netBuffer * as the reading buffer. The reader has to be destroyed with Reader_Delete() * after it is not needed any more. */ Reader* Reader_NewWithNetworkBuffer(void); /** * Functions. */ void N_Init(void); void N_Shutdown(void); void N_ClearMessages(void); void N_SendPacket(int flags); dd_bool N_GetPacket(void); int N_IdentifyPlayer(nodeid_t id); void N_PrintBufferInfo(void); void N_PrintTransmissionStats(void); void N_PostMessage(netmessage_t *msg); void N_AddSentBytes(size_t bytes); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_NETWORK_BUFFER_H */ doomsday-1.14.5/doomsday/client/include/network/net_event.h0000664000175000017500000000307112350542237023262 0ustar jaakkojaakko/** @file * * @authors Copyright © 2004-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /* * net_event.h: Network Events */ #ifndef __DOOMSDAY_NETWORK_EVENT_H__ #define __DOOMSDAY_NETWORK_EVENT_H__ #include "net_main.h" // Net events. typedef enum neteventtype_e { NE_CLIENT_ENTRY, NE_CLIENT_EXIT, //NE_END_CONNECTION //NE_TERMINATE_NODE } neteventtype_t; typedef struct netevent_s { neteventtype_t type; nodeid_t id; } netevent_t; #ifdef __cplusplus extern "C" { #endif void N_MAPost(masteraction_t act); dd_bool N_MADone(void); void N_MAClear(void); void N_NEPost(netevent_t * nev); dd_bool N_NEPending(void); void N_NETicker(timespan_t time); void N_TerminateClient(int console); void N_Update(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/FontScheme0000664000175000017500000000004112350542237021401 0ustar jaakkojaakko#include "resource/fontscheme.h" doomsday-1.14.5/doomsday/client/include/BspNode0000664000175000017500000000003312350542237020701 0ustar jaakkojaakko#include "world/bspnode.h" doomsday-1.14.5/doomsday/client/include/dd_loop.h0000664000175000017500000000551212350542237021224 0ustar jaakkojaakko/** @file dd_loop.h Main loop and the core timer. * @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef __DOOMSDAY_BASELOOP_H__ #define __DOOMSDAY_BASELOOP_H__ #include "dd_types.h" DENG_EXTERN_C float frameTimePos; // 0...1: fractional part for sharp game tics DENG_EXTERN_C int rFrameCount; DENG_EXTERN_C timespan_t sysTime, gameTime, demoTime; DENG_EXTERN_C dd_bool tickFrame; #ifdef __cplusplus extern "C" { #endif /** * Register console variables for main loop. */ void DD_RegisterLoop(void); /** * Runs one or more tics depending on how much time has passed since the * previous call to this function. This gets called once per each main loop * iteration. Finishes as quickly as possible. */ void Loop_RunTics(void); /** * Waits until it's time to show the drawn frame on screen. The frame must be * ready before this is called. Ideally the updates would appear at a fixed * frequency; in practice, inaccuracies due to time measurement and background * processes may result in varying update intervals. * * Note that if the maximum refresh rate has been set to a value higher than * the vsync rate, this function does nothing but update the statistisc on * frame timing. */ void DD_WaitForOptimalUpdateTime(void); /** * Returns the current frame rate. */ float DD_GetFrameRate(void); /** * Reset the core timer so that on the next frame, it seems like be that no * time has passed. */ void DD_ResetTimer(void); /** * Determines whether frame time is advancing. */ dd_bool DD_IsFrameTimeAdvancing(void); /** * Returns the real time in seconds when the latest iteration of runTics() was * started. */ timespan_t DD_LatestRunTicsStartTime(void); /** * Sets the exit code for the main loop. Does not cause the main loop * to stop; you need to call Sys_Quit() to do that. */ void DD_SetGameLoopExitCode(int code); /** * @return Game loop exit code. */ int DD_GameLoopExitCode(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/client/include/IHPlane0000664000175000017500000000002512350542237020630 0ustar jaakkojaakko#include "ihplane.h" doomsday-1.14.5/doomsday/client/include/unix/0000775000175000017500000000000012350542237020413 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/unix/dd_uinit.h0000664000175000017500000000270712350542237022371 0ustar jaakkojaakko/** @file dd_uinit.h * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Unix Initialization. */ #ifndef LIBDENG_UINIT_H #define LIBDENG_UINIT_H #include "dd_pinit.h" #ifdef __cplusplus extern "C" { #endif typedef struct { GETGAMEAPI GetGameAPI; /// @c true = We are using a custom user dir specified on the command line. dd_bool usingUserDir; #ifndef MACOSX /// @c true = We are using the user dir defined in the HOME environment. dd_bool usingHomeDir; #endif } application_t; extern application_t app; dd_bool DD_Unix_Init(void); void DD_Shutdown(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_UINIT_H */ doomsday-1.14.5/doomsday/client/include/tab_anorms.h0000664000175000017500000001301312350542237021724 0ustar jaakkojaakko/** @file *\section License * License: GPL * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © id Software, Inc. * * From Quake. */ #ifdef WIN32 #pragma warning(disable:4305) #endif {-0.525731, 0.000000, 0.850651}, {-0.442863, 0.238856, 0.864188}, {-0.295242, 0.000000, 0.955423}, {-0.309017, 0.500000, 0.809017}, {-0.162460, 0.262866, 0.951056}, {0.000000, 0.000000, 1.000000}, {0.000000, 0.850651, 0.525731}, {-0.147621, 0.716567, 0.681718}, {0.147621, 0.716567, 0.681718}, {0.000000, 0.525731, 0.850651}, {0.309017, 0.500000, 0.809017}, {0.525731, 0.000000, 0.850651}, {0.295242, 0.000000, 0.955423}, {0.442863, 0.238856, 0.864188}, {0.162460, 0.262866, 0.951056}, {-0.681718, 0.147621, 0.716567}, {-0.809017, 0.309017, 0.500000}, {-0.587785, 0.425325, 0.688191}, {-0.850651, 0.525731, 0.000000}, {-0.864188, 0.442863, 0.238856}, {-0.716567, 0.681718, 0.147621}, {-0.688191, 0.587785, 0.425325}, {-0.500000, 0.809017, 0.309017}, {-0.238856, 0.864188, 0.442863}, {-0.425325, 0.688191, 0.587785}, {-0.716567, 0.681718, -0.147621}, {-0.500000, 0.809017, -0.309017}, {-0.525731, 0.850651, 0.000000}, {0.000000, 0.850651, -0.525731}, {-0.238856, 0.864188, 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{0.000000, -0.850651, -0.525731}, {-0.147621, -0.716567, -0.681718}, {0.147621, -0.716567, -0.681718}, {0.000000, -0.525731, -0.850651}, {0.309017, -0.500000, -0.809017}, {0.442863, -0.238856, -0.864188}, {0.162460, -0.262866, -0.951056}, {0.238856, -0.864188, -0.442863}, {0.500000, -0.809017, -0.309017}, {0.425325, -0.688191, -0.587785}, {0.716567, -0.681718, -0.147621}, {0.688191, -0.587785, -0.425325}, {0.587785, -0.425325, -0.688191}, {0.000000, -0.955423, -0.295242}, {0.000000, -1.000000, 0.000000}, {0.262866, -0.951056, -0.162460}, {0.000000, -0.850651, 0.525731}, {0.000000, -0.955423, 0.295242}, {0.238856, -0.864188, 0.442863}, {0.262866, -0.951056, 0.162460}, {0.500000, -0.809017, 0.309017}, {0.716567, -0.681718, 0.147621}, {0.525731, -0.850651, 0.000000}, {-0.238856, -0.864188, -0.442863}, {-0.500000, -0.809017, -0.309017}, {-0.262866, -0.951056, -0.162460}, {-0.850651, -0.525731, 0.000000}, {-0.716567, -0.681718, -0.147621}, {-0.716567, -0.681718, 0.147621}, {-0.525731, 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{-0.809017, 0.309017, -0.500000}, {-0.864188, -0.442863, -0.238856}, {-0.951056, -0.162460, -0.262866}, {-0.809017, -0.309017, -0.500000}, {-0.681718, 0.147621, -0.716567}, {-0.681718, -0.147621, -0.716567}, {-0.850651, 0.000000, -0.525731}, {-0.688191, 0.587785, -0.425325}, {-0.587785, 0.425325, -0.688191}, {-0.425325, 0.688191, -0.587785}, {-0.425325, -0.688191, -0.587785}, {-0.587785, -0.425325, -0.688191}, {-0.688191, -0.587785, -0.425325}, doomsday-1.14.5/doomsday/client/include/games.h0000664000175000017500000001027012350542237020675 0ustar jaakkojaakko/** @file games.h Specialized collection for a set of logical Games. * * @authors Copyright © 2012-2013 Daniel Swanson * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_GAMES_H #define LIBDENG_GAMES_H #include "game.h" #include "dd_share.h" #include #include #include #include namespace de { /** * Encapsulates a collection of de::Game instances and the logical operations * which are performed upon it (such as searches and various index printing * algorithms). * * @ingroup core */ class Games { public: /// The requested game does not exist in the collection. @ingroup errors DENG2_ERROR(NotFoundError); /// Used for returning the result of game searches. @see findAll() struct GameListItem { Game *game; GameListItem(Game *game = 0) : game(game) {} /// @return @c true= this game's title is lexically less than that of @a other. bool operator < (GameListItem const &other) const { return game->title().compareWithoutCase(other.game->title()) < 0; } }; typedef QList GameList; typedef QList All; /// Notified when a new game is added. DENG2_DEFINE_AUDIENCE2(Addition, void gameAdded(Game &game)) public: Games(); /// @return The special "null" Game instance. Game &nullGame() const; /// @return Total number of registered games. inline int count() const { return all().count(); } /// @return Number of games marked as currently playable. int numPlayable() const; /** * @param game Game instance. * @return Unique identifier associated with @a game. */ gameid_t id(Game const &game) const; /** * @return Game associated with @a identityKey. * * @throws NotFoundError if no game is associated with @a identityKey. */ Game &byIdentityKey(String identityKey) const; /** * @return Game associated with @a gameId. * * @throws NotFoundError if no game is associated with @a gameId. */ Game &byId(gameid_t gameId) const; /** * @return Game associated with unique index @a idx. * * @deprecated Iterate games() instead. */ Game &byIndex(int idx) const; void clear(); /** * Add a new Game to this collection. If @a game is already present in the * collection this is no-op. * * @param game Game to be added. */ void add(Game &game); /** * Returns a list of all the Game instances in the collection. */ All const &all() const; /** * Try to locate all startup resources for all registered games. */ void locateAllResources(); /** * Collects all games. * * @param collected List to be populated with the collected games. * @return Number of collected games. */ int collectAll(GameList &collected); /** * Find the first playable game in this collection (in registration order). * @return The found game else @c NULL. */ Game *firstPlayable() const; /** * Try to locate all startup resources for @a game. */ void locateStartupResources(Game &game); public: /// Register the console commands, variables, etc..., of this module. static void consoleRegister(); private: DENG2_PRIVATE(d) }; } // namespace de #endif // LIBDENG_GAMES_H doomsday-1.14.5/doomsday/client/include/HueCircle0000664000175000017500000000003512350542237021214 0ustar jaakkojaakko#include "world/huecircle.h" doomsday-1.14.5/doomsday/client/include/MaterialScheme0000664000175000017500000000004512350542237022235 0ustar jaakkojaakko#include "resource/materialscheme.h" doomsday-1.14.5/doomsday/client/include/sdlnet_dummy.h0000664000175000017500000000274712350542237022317 0ustar jaakkojaakko#ifndef DENG_SDLNET_DUMMY_H #define DENG_SDLNET_DUMMY_H typedef void* TCPsocket; typedef struct { int host; short port; } IPaddress; typedef void* SDLNet_SocketSet; static int SDLNet_Init(void) { return 0; } static void SDLNet_Quit(void) {} static TCPsocket SDLNet_TCP_Open(IPaddress* ip) { return 0; } static void SDLNet_TCP_Close(TCPsocket sock) {} static TCPsocket SDLNet_TCP_Accept(TCPsocket server) { return 0; } static int SDLNet_TCP_Recv(TCPsocket sock, void* data, int maxlen) { return 0; } static int SDLNet_TCP_Send(TCPsocket sock, const void* data, int len) { return 0; } static IPaddress* SDLNet_TCP_GetPeerAddress(TCPsocket sock) { return 0; } static int SDLNet_Read16(void* area) { return 0; } static int SDLNet_Read32(void* area) { return 0; } static SDLNet_SocketSet SDLNet_AllocSocketSet(int max) { return 0; } static void SDLNet_FreeSocketSet(SDLNet_SocketSet set) {} //static int SDLNet_AddSocket(SDLNet_SocketSet set, void* sock) { return 0; } //static int SDLNet_DelSocket(SDLNet_SocketSet set, void* sock) { return 0; } static int SDLNet_TCP_AddSocket(SDLNet_SocketSet set, TCPsocket sock) { return 0; } static int SDLNet_TCP_DelSocket(SDLNet_SocketSet set, TCPsocket sock) { return 0; } static int SDLNet_CheckSockets(SDLNet_SocketSet set, int timeout) { return 0; } static int SDLNet_SocketReady(TCPsocket sock) { return 0; } static int SDLNet_ResolveHost(IPaddress* a, const char* host, int port) { return 0; } static const char* SDLNet_GetError() { return "dummy"; } #endif doomsday-1.14.5/doomsday/client/include/con_config.h0000664000175000017500000000263412350542237021712 0ustar jaakkojaakko/** @file con_config.h Config file IO. * @ingroup console * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_CONSOLE_CONFIG_H #define DENG_CONSOLE_CONFIG_H #include "dd_share.h" // Flags for Con_ParseCommands: #define CPCF_SET_DEFAULT 0x1 #define CPCF_ALLOW_SAVE_STATE 0x2 #define CPCF_ALLOW_SAVE_BINDINGS 0x4 bool Con_ParseCommands(char const *fileName, int flags = 0); /** * Saves all bindings, aliases and archiveable console variables. * The output file is a collection of console commands. */ void Con_SaveDefaults(); D_CMD(WriteConsole); #endif // DENG_CONSOLE_CONFIG_H doomsday-1.14.5/doomsday/client/include/Lumobj0000664000175000017500000000003312350542237020577 0ustar jaakkojaakko#include "render/lumobj.h" doomsday-1.14.5/doomsday/client/include/DrawLists0000664000175000017500000000003612350542237021266 0ustar jaakkojaakko#include "render/drawlists.h" doomsday-1.14.5/doomsday/client/include/filesys/0000775000175000017500000000000012350542237021106 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/filesys/fileinfo.h0000664000175000017500000000530712350542237023057 0ustar jaakkojaakko/** * @file fileinfo.h * * Metadata (record) for a file in the engine's virtual file system. * * @ingroup fs * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_FILEINFO_H #define LIBDENG_FILESYS_FILEINFO_H #ifdef __cplusplus #include #include namespace de { class File1; /** * FileInfo record. * @ingroup fs */ struct FileInfo { uint lastModified; /// Unix timestamp. int lumpIdx; /// Relative index of this lump in the owning package else zero. size_t baseOffset; /// Offset from the start of the owning package. size_t size; /// Size of the uncompressed file. size_t compressedSize; /// Size of the original file compressed. FileInfo(uint _lastModified = 0, int _lumpIdx = 0, size_t _baseOffset = 0, size_t _size = 0, size_t _compressedSize = 0) : lastModified(_lastModified), lumpIdx(_lumpIdx), baseOffset(_baseOffset), size(_size), compressedSize(_compressedSize) {} FileInfo(FileInfo const& other) : lastModified(other.lastModified), lumpIdx(other.lumpIdx), baseOffset(other.baseOffset), size(other.size), compressedSize(other.compressedSize) {} ~FileInfo() {} FileInfo& operator = (FileInfo other) { swap(*this, other); return *this; } friend void swap(FileInfo& first, FileInfo& second) // nothrow { using std::swap; swap(first.lastModified, second.lastModified); swap(first.lumpIdx, second.lumpIdx); swap(first.baseOffset, second.baseOffset); swap(first.size, second.size); swap(first.compressedSize, second.compressedSize); } inline bool isCompressed() const { return size != compressedSize; } }; } // namespace de #endif // __cplusplus #endif /* LIBDENG_FILESYS_FILEINFO_H */ doomsday-1.14.5/doomsday/client/include/filesys/fs_main.h0000664000175000017500000005046612350542237022706 0ustar jaakkojaakko/** * @file fs_main.h * * Virtual file system and file (input) stream abstraction layer. * * This version supports runtime (un)loading. * * File input. Can read from real files or WAD lumps. Note that reading from * WAD lumps means that a copy is taken of the lump when the corresponding * 'file' is opened. With big files this uses considerable memory and time. * * @ingroup fs * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_MAIN_H #define LIBDENG_FILESYS_MAIN_H #include "file.h" #include "filehandle.h" #ifdef __cplusplus #include #include #include #include #include "fileinfo.h" #include "filetype.h" #include "searchpath.h" /** * @defgroup fs File System */ /** * @defgroup resourceLocationFlags Resource Location Flags * * Flags used with de::FS1::find(). * @ingroup flags */ ///@{ #define RLF_MATCH_EXTENSION 0x1 /// If an extension is specified in the search term the found file should have it too. /// Default flags. #define RLF_DEFAULT 0 ///@} namespace de { namespace internal { template inline bool cannotCastFileTo(File1 *file) { return dynamic_cast(file) == NULL; } } /** * Files with a .wad extension are archived data files with multiple 'lumps', * other files are single lumps whose base filename will become the lump name. * * Internally the lump index has two parts: the Primary index (which is populated * with lumps from loaded data files) and the Auxiliary index (used to temporarily * open a file that is not considered part of the filesystem). * * Functions that don't know the absolute/logical lumpnum of file will have to * check both indexes (e.g., FS1::lumpNumForName()). * * @ingroup fs */ class FS1 { public: /// No files found. @ingroup errors DENG2_ERROR(NotFoundError); /// An unknown scheme was referenced. @ingroup errors DENG2_ERROR(UnknownSchemeError); /** * (Search) path groupings in descending priority. */ enum PathGroup { /// 'Override' paths have the highest priority. These are usually /// set according to user specified paths, e.g., via the command line. OverridePaths, /// 'Extra' paths are those which are determined dynamically when some /// runtime resources are loaded. The DED module utilizes these to add /// new model search paths found when parsing definition files. ExtraPaths, /// Default paths are those which are known a priori. These are usually /// determined at compile time and are implicit paths relative to the /// virtual file system. DefaultPaths, /// Fallback (i.e., last-resort) paths have the lowest priority. These /// are usually set according to user specified paths, e.g., via the /// command line. FallbackPaths }; /** * Scheme defines a file system subspace. * * @todo The symbolic name of the schme and the path mapping template * (mapPath()) should be defined externally. -ds */ class Scheme { public: /// Symbolic names must be at least this number of characters. static int const min_name_length = URI_MINSCHEMELENGTH; enum Flag { /// Packages may include virtual file mappings to the scheme with a /// root directory which matches the symbolic name of the scheme. /// /// @see mapPath() MappedInPackages = 0x01 }; Q_DECLARE_FLAGS(Flags, Flag) /// Groups of search paths ordered by priority. typedef QMultiMap SearchPaths; /// List of found file nodes. typedef QList FoundNodes; public: explicit Scheme(String symbolicName, Flags flags = 0); ~Scheme(); /// @return Symbolic name of this scheme (e.g., "Models"). String const &name() const; /** * Clear this scheme back to it's "empty" state (i.e., no resources). * The search path groups are unaffected. */ void clear(); /** * Rebuild this scheme by re-scanning for resources on all search paths * and re-populating the scheme's index. * * @note Any manually added resources will not be present after this. */ void rebuild(); /** * Reset this scheme, returning it to an empty state and clearing any * @ref ExtraPaths which have been registered since its construction. */ inline void reset() { clearSearchPathGroup(ExtraPaths); clear(); } /** * Manually add a resource to this scheme. Duplicates are pruned automatically. * * @param resourceNode Node which represents the resource. * * @return @c true iff this scheme did not already contain the resource. */ bool add(PathTree::Node &resourceNode); /** * Finds all resources in this scheme. * * @param name If not an empty string, only consider resources whose * name begins with this. Case insensitive. * @param found Set of resources which match the search. * * @return Number of found resources. */ int findAll(String name, FoundNodes &found); /** * Add a new search path to this scheme. Newer paths have priority over * previously added paths. * * @param path New unresolved search path to add. A copy is made. * @param group Group to add this path to. @ref PathGroup * * @return @c true if @a path was well-formed and subsequently added. */ bool addSearchPath(SearchPath const &path, PathGroup group = DefaultPaths); /** * Clear search paths in @a group from the scheme. * * @param group Search path group to be cleared. */ void clearSearchPathGroup(PathGroup group); /** * Provides access to the search paths for efficient traversals. */ SearchPaths const &allSearchPaths() const; /** * Clear all search paths in all groups in the scheme. */ void clearAllSearchPaths(); /** * Apply mapping for this scheme to the specified path. Mapping must be * enabled (with @ref MappedInPackages) otherwise this does nothing. * * For example, given the scheme name "models": * * 
         *     "models/mymodel.dmd" => "$(App.DataPath)/$(GamePlugin.Name)/models/mymodel.dmd"
         *
* * @param path The path to be mapped (applied in-place). * * @return @c true iff mapping was applied to the path. */ bool mapPath(String &path) const; #if _DEBUG void debugPrint() const; #endif private: struct Instance; Instance *d; }; /// File system subspace schemes. typedef QMap Schemes; /** * PathListItem represents a found path for find file search results. */ struct PathListItem { Path path; int attrib; PathListItem(Path const &_path, int _attrib = 0) : path(_path), attrib(_attrib) {} bool operator < (PathListItem const &other) const { return path < other.path; } }; /// List of found path search results. typedef QList PathList; /// List of file search results. typedef QList FileList; public: /** * Constructs a new file system. */ FS1(); virtual ~FS1(); /// Register the console commands, variables, etc..., of this module. static void consoleRegister(); /** * @post No more WADs will be loaded in startup mode. */ void endStartup(); /** * Find a Scheme by symbolic name. * * @param name Symbolic name of the scheme. * @return Scheme associated with @a name. */ Scheme &scheme(String name); /** * @param name Unique symbolic name of the new scheme. Must be at least * @c Scheme::min_name_length characters long. * @param flags @ref Scheme::Flag */ Scheme &createScheme(String name, Scheme::Flags flags = 0); /** * Returns @c true iff a Scheme exists with the symbolic @a name. */ bool knownScheme(String name); /** * Returns the schemes for efficient traversal. */ Schemes const &allSchemes(); /** * Reset all the schemes, returning their indexes to an empty state and clearing * any @ref ExtraPaths which have been registered since creation. */ inline void resetAllSchemes() { Schemes schemes = allSchemes(); DENG2_FOR_EACH(Schemes, i, schemes){ (*i)->reset(); } } /** * Add a new path mapping from source to destination. * @note Paths will be transformed into absolute paths if needed. */ void addPathMapping(String source, String destination); /** * Clears all virtual path mappings. */ void clearPathMappings(); /** * Add a new lump mapping so that @a lumpName becomes visible at @a destination. */ void addPathLumpMapping(String lumpName, String destination); /** * Clears all path => lump mappings. * * @return This instance. */ void clearPathLumpMappings(); /** * @return @c true if a file exists at @a path which can be opened for reading. */ bool accessFile(Uri const &path); /** * Maintains a list of identifiers already seen. * * @return @c true if the given file can be opened, or * @c false if it has already been opened. */ bool checkFileId(Uri const &path); /** * Reset known fileId records so that the next time checkFileId() is called for * a filepath, it will pass. */ void resetFileIds(); /** * @param hndl Handle to the file to be interpreted. Ownership is passed to * the interpreted file instance. * @param path Absolute VFS path by which the interpreted file will be known. * @param info Prepared info metadata for the file. * * @return The interpreted File file instance. */ File1 &interpret(FileHandle &hndl, String path, FileInfo const &info); /** * Indexes @a file (which must have been opened with this file system) into * this file system and adds it to the list of loaded files. * * @param file The file to index. Assumed to have not yet been indexed! */ void index(File1 &file); /** * Removes a file from any indexes. * * @param file File to remove from the index. */ void deindex(File1 &file); /// Clear all references to this file. void releaseFile(File1 &file); /** * Lookup a lump by name. * * @param name Name of the lump to lookup. * @return Logical lump number for the found lump; otherwise @c -1. * * @todo At this level there should be no distinction between lumps. -ds */ lumpnum_t lumpNumForName(String name); /** * Provides access to the main index of the file system. This can be * used for efficiently looking up files based on name. */ LumpIndex const &nameIndex() const; /** * Opens the given file (will be translated) for reading. * * @post If @a allowDuplicate = @c false a new file ID for this will have been * added to the list of known file identifiers if this file hasn't yet been * opened. It is the responsibility of the caller to release this identifier when done. * * @param path Possibly relative or mapped path to the resource being opened. * @param mode 'b' = binary * 't' = text mode (with real files, lumps are always binary) * * 'f' = must be a real file in the local file system * @param baseOffset Offset from the start of the file in bytes to begin. * @param allowDuplicate @c false = open only if not already opened. * * @return Handle to the opened file. * * @throws NotFoundError If the requested file could not be found. */ FileHandle &openFile(String const &path, String const &mode, size_t baseOffset = 0, bool allowDuplicate = true); /** * Try to open the specified lump for reading. * * @param lump The file to be opened. * * @return Handle to the opened file. * * @todo This method is no longer necessary at this level. Opening a file which * is already present in the file system should not require calling back to a * method of the file system itself (bad OO design). */ FileHandle &openLump(File1 &lump); /** * Find a single file. * * @param search The search term. * @return Found file. */ File1 &find(Uri const &search); /** * Finds all files. * * @param found Set of files that match the result. * * @return Number of files found. */ int findAll(FileList &found) const; /** * Finds all files which meet the supplied @a predicate. * * @param predicate If not @c NULL, this predicate evaluator callback must * return @c true for a given file to be included in the * @a found FileList. * @param parameters Passed to the predicate evaluator callback. * @param found Set of files that match the result. * * @return Number of files found. */ int findAll(bool (*predicate)(File1 &file, void *parameters), void *parameters, FileList &found) const; /** * Finds all files of a specific type which meet the supplied @a predicate. * Only files that can be represented as @a Type are included in the results. * * @param predicate If not @c NULL, this predicate evaluator callback must * return @c true for a given file to be included in the * @a found FileList. * @param parameters Passed to the predicate evaluator callback. * @param found Set of files that match the result. * * @return Number of files found. */ template int findAll(bool (*predicate)(File1 &file, void *parameters), void *parameters, FileList &found) const { findAll(predicate, parameters, found); // Filter out the wrong types. QMutableListIterator i(found); while(i.hasNext()) { i.next(); if(internal::cannotCastFileTo(&i.value()->file())) i.remove(); } return found.count(); } /** * Search the file system for a path to a file. * * @param search The search term. If a scheme is specified, first check * for a similarly named Scheme with which to limit the * search. If not found within the scheme then perform a * wider search of the whole file system. * @param flags @ref resourceLocationFlags * @param rclass Class of resource being searched for. If no file is found * which matches the search term and a non-null resource * class is specified try alternative names for the file * according to the list of known file extensions for each * file type associated with this class of resource. * * @return The found path. * * @throws NotFoundError If the requested file could not be found. * * @todo Fold into find() -ds */ String findPath(Uri const &search, int flags, ResourceClass &rclass); String findPath(Uri const &search, int flags); /** * Finds all paths which match the search criteria. Will search the Zip * lump index, lump => path mappings and native files in the local system. * * @param searchPattern Pattern which defines the scope of the search. * @param flags @ref searchPathFlags * @param found Set of (absolute) paths that match the result. * * @return Number of paths found. */ int findAllPaths(Path searchPattern, int flags, PathList &found); /** * Print contents of the specified directory of the virtual file system. */ void printDirectory(Path path); /** * Calculate a CRC for the loaded file list. */ uint loadedFilesCRC(); /** * Unload all files loaded after startup. * @return Number of files unloaded. */ int unloadAllNonStartupFiles(); private: struct Instance; Instance *d; }; Q_DECLARE_OPERATORS_FOR_FLAGS(FS1::Scheme::Flags) } // namespace de de::FS1 &App_FileSystem(); /** * Returns the application's data base path in the format expected by FS1. * @return Base path. */ de::String App_BasePath(); extern "C" { #endif // __cplusplus /** * C wrapper API: */ struct filelist_s; typedef struct filelist_s FileList; void F_Register(void); /// Initialize this module. Cannot be re-initialized, must shutdown first. void F_Init(void); /// Shutdown this module. void F_Shutdown(void); void F_EndStartup(void); int F_UnloadAllNonStartupFiles(); void F_AddVirtualDirectoryMapping(char const *nativeSourcePath, char const *nativeDestinationPath); void F_AddLumpDirectoryMapping(char const *lumpName, char const *nativeDestinationPath); void F_ResetFileIds(void); dd_bool F_CheckFileId(char const *nativePath); int F_LumpCount(void); void F_Index(struct file1_s *file); void F_Deindex(struct file1_s *file); FileHandle *F_Open3(char const *nativePath, char const *mode, size_t baseOffset, dd_bool allowDuplicate); FileHandle *F_Open2(char const *nativePath, char const *mode, size_t baseOffset/*, allowDuplicate = true */); FileHandle *F_Open(char const *nativePath, char const *mode/*, baseOffset = 0 */); FileHandle *F_OpenLump(lumpnum_t lumpNum); dd_bool F_IsValidLumpNum(lumpnum_t lumpNum); lumpnum_t F_LumpNumForName(char const *name); AutoStr *F_ComposeLumpFilePath(lumpnum_t lumpNum); dd_bool F_LumpIsCustom(lumpnum_t lumpNum); AutoStr *F_LumpName(lumpnum_t lumpNum); size_t F_LumpLength(lumpnum_t lumpNum); uint F_LumpLastModified(lumpnum_t lumpNum); struct file1_s *F_FindFileForLumpNum2(lumpnum_t lumpNum, int *lumpIdx); struct file1_s *F_FindFileForLumpNum(lumpnum_t lumpNum/*, lumpIdx = 0 */); void F_Delete(struct filehandle_s *file); AutoStr *F_ComposePath(struct file1_s const *file); void F_SetCustom(struct file1_s *file, dd_bool yes); AutoStr *F_ComposeLumpPath2(struct file1_s *file, int lumpIdx, char delimiter); AutoStr *F_ComposeLumpPath(struct file1_s *file, int lumpIdx/*, delimiter ='/' */); size_t F_ReadLump(struct file1_s *file, int lumpIdx, uint8_t *buffer); size_t F_ReadLumpSection(struct file1_s *file, int lumpIdx, uint8_t *buffer, size_t startOffset, size_t length); uint8_t const *F_CacheLump(struct file1_s *file, int lumpIdx); void F_UnlockLump(struct file1_s *file, int lumpIdx); /** * Compiles a list of file names, separated by @a delimiter. */ void F_ComposePWADFileList(char *outBuf, size_t outBufSize, char const *delimiter); uint F_LoadedFilesCRC(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_FILESYS_MAIN_H */ doomsday-1.14.5/doomsday/client/include/filesys/lumpindex.h0000664000175000017500000001012112350542237023257 0ustar jaakkojaakko/** * @file lumpindex.h * * Index of lumps. @ingroup fs * * Virtual file system component used to model an indexable collection of * lumps. A single index may include lumps originating from many different * file containers. * * @todo Move the definition of lumpnum_t into this header. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_LUMPINDEX_H #define LIBDENG_FILESYS_LUMPINDEX_H #ifdef __cplusplus #include "de_base.h" // for lumpnum_t #include "filesys/file.h" #include "filesys/fileinfo.h" #include #include namespace de { /** * @defgroup lumpIndexFlags Lump Index Flags * @ingroup flags * @{ */ /// Lumps in the index must have unique paths. Inserting a lump with the same /// path as one which already exists will result in the earlier lump being pruned. #define LIF_UNIQUE_PATHS 0x1 /// @} class LumpIndex { public: /// No file(s) found. @ingroup errors DENG2_ERROR(NotFoundError); typedef QList Lumps; public: /** * @param flags @ref lumpIndexFlags */ LumpIndex(int flags = 0); ~LumpIndex(); /// Number of lumps in the directory. int size() const; /// @return @c true iff @a lumpNum can be interpreted as a valid lump index. bool isValidIndex(lumpnum_t lumpNum) const; /// Returns the index associated to the last lump matching @a path; otherwise @c -1. lumpnum_t lastIndexForPath(Path const& path) const; /// Returns the index associated to the first lump matching @a path; otherwise @c -1. lumpnum_t firstIndexForPath(Path const &path) const; /** * Lookup a file at specific offset in the index. * * @param lumpNum Logical lumpnum associated to the file being looked up. * * @return The requested file. * * @throws NotFoundError If the requested file could not be found. */ File1& lump(lumpnum_t lumpNum) const; /** * Provides access to the list of lumps for efficient traversals. */ Lumps const& lumps() const; /** * Clear the index back to its default (i.e., empty state). */ void clear(); /** * Are any lumps from @a file published in this index? * * @param file File containing the lumps to look for. * * @return @c true= One or more lumps are included. */ bool catalogues(File1& file); /** * Append a lump to the index. * * @post Lump name hashes may be invalidated (will be rebuilt upon next search). * * @param lump Lump to be being added. */ void catalogLump(File1& lump); /** * Prune all lumps catalogued from @a file. * * @param file File containing the lumps to prune * * @return Number of lumps pruned. */ int pruneByFile(File1& file); /** * Prune the lump referenced by @a lumpInfo. * * @param lump Lump file to prune. * * @return @c true if found and pruned. */ bool pruneLump(File1& lump); /** * Print contents of index @a index. */ static void print(LumpIndex const& index); private: struct Instance; Instance* d; }; } // namespace de #endif // __cplusplus #endif // LIBDENG_FILESYS_LUMPINDEX_H doomsday-1.14.5/doomsday/client/include/filesys/searchpath.h0000664000175000017500000000610612350542237023404 0ustar jaakkojaakko/** * @file searchpath.h * Search Path. @ingroup fs * * @author Copyright © 2010-2013 Daniel Swanson * @author Copyright © 2010-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_SEARCHPATH_H #define LIBDENG_FILESYS_SEARCHPATH_H #ifdef __cplusplus #include // std::swap #include "dd_types.h" #include "uri.hh" #if WIN32 # if defined(SearchPath) # undef SearchPath # endif #endif namespace de { /** * SearchPath is the pairing of a @ref de::Uri plus a set of flags which * determine how the URI should be interpreted. * * This class is intended as a convenient way to manage these two pieces * of closely related information as a unit. * * @ingroup fs */ class SearchPath : public Uri { public: /// @defgroup searchPathFlags Search Path Flags /// @ingroup flags enum Flag { /// Interpreters should not decend into branches. NoDescend = 0x1 }; Q_DECLARE_FLAGS(Flags, Flag) public: /** * @param _uri Unresolved search URI (may include symbolic names or * other symbol references). * @param _flags @ref searchPathFlags */ SearchPath(Uri const& _uri, Flags _flags = 0); /** * Construct a copy from @a other. This is a "deep copy". */ SearchPath(SearchPath const& other); inline SearchPath& operator = (SearchPath other) { Uri::swap(other); std::swap(flags_, other.flags_); return *this; } /** * Swaps this SearchPath with @a other. * @param other SearchPath. */ inline void swap(SearchPath& other) { // nothrow Uri::swap(other); std::swap(flags_, other.flags_); } /// Returns the interpretation flags for the search path. Flags flags() const; /** * Change interpretation flags for the search path. * @param flags New flags. * @return This instance. */ SearchPath& setFlags(Flags flags); private: Flags flags_; }; Q_DECLARE_OPERATORS_FOR_FLAGS(SearchPath::Flags) } // namespace de namespace std { // std::swap specialization for de::SearchPath template <> inline void swap(de::SearchPath& a, de::SearchPath& b) { a.swap(b); } } #endif // __cplusplus #endif /* LIBDENG_FILESYS_SEARCHPATH_H */ doomsday-1.14.5/doomsday/client/include/filesys/file.h0000664000175000017500000001600312350542237022176 0ustar jaakkojaakko/** * @file file.h * Base for all classes which represent opened files. * @ingroup fs * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_FILE_H #define LIBDENG_FILESYS_FILE_H #ifdef __cplusplus #include "dd_share.h" #include #include #include #include "filehandle.h" #include "fileinfo.h" #include "uri.hh" namespace de { class LumpIndex; /** * File1 is a core component of the filesystem intended for use as the base * for all types of (pseudo-)file resources. * * @ingroup fs */ class File1 { public: /// Categorization flags. enum Flag { /// Flagged as having been loaded during the game startup process. Startup = 0x1, /// Flagged as a non-original game resource. Custom = 0x2, /// All resources are by default flagged as "custom". DefaultFlags = Custom }; Q_DECLARE_FLAGS(Flags, Flag) /// This file is not contained. @ingroup errors DENG2_ERROR(NotContainedError); private: File1(); public: /** * @param hndl Handle to the file. Ownership of the handle is given to this instance. * @param _path Path to this file in the virtual file system. * @param _info Info descriptor for the file. A copy is made. * @param container Container of this file. Can be @c NULL. */ File1(FileHandle& hndl, String _path, FileInfo const& _info, File1* container = 0); /** * Release all memory acquired for objects linked with this resource. */ virtual ~File1(); /// @return Name of this file. virtual String const& name() const; /** * Compose the a URI to this file. * * @param delimiter Delimit directory using this character. * * @return The composed URI. */ virtual de::Uri composeUri(QChar delimiter = '/') const; /** * Compose the absolute VFS path to this file. * * @param delimiter Delimit directory using this character. * * @return String containing the absolute path. * * @deprecated Prefer to use composeUri() instead. */ String composePath(QChar delimiter = '/') const { return composeUri(delimiter).compose(); } /// @return @c true iff this file is contained by another. bool isContained() const; /// @return The file instance which contains this. File1& container() const; /// @return Load order index for this resource. uint loadOrderIndex() const; /** * @return Immutable copy of the info descriptor for this resource. */ FileInfo const& info() const; // Convenient lookup method for when only the last-modified property is needed from info(). /// @return "Last modified" timestamp of the resource. inline uint lastModified() const { return info().lastModified; } // Convenient lookup method for when only the size property is needed from info(). /// @return Size of the uncompressed resource. inline uint size() const { return info().size; } // Convenient lookup method for when only the is-compressed property is needed from info(). /// @return Size of the uncompressed resource. inline bool isCompressed() const { return info().isCompressed(); } /// @return @c true if the resource is marked "startup". bool hasStartup() const; /// Mark this resource as "startup". File1& setStartup(bool yes); /// @return @c true if the resource is marked "custom". bool hasCustom() const; /// Mark this resource as "custom". File1& setCustom(bool yes); FileHandle& handle(); /** * Retrieve the directory node for this file. * * @return Directory node for this file. */ virtual PathTree::Node const& directoryNode() const { throw de::Error("File1::directoryNode", "No owner directory"); } /** * Read the file data into @a buffer. * * @param buffer Buffer to read into. Must be at least large enough to * contain the whole file. * @param tryCache @c true= try the lump cache first. * * @return Number of bytes read. * * @see size() or info() to determine the size of buffer needed. */ virtual size_t read(uint8_t* buffer, bool tryCache = true); /** * Read a subsection of the file data into @a buffer. * * @param buffer Buffer to read into. Must be at least @a length bytes. * @param startOffset Offset from the beginning of the file to start reading. * @param length Number of bytes to read. * @param tryCache If @c true try the local data cache first. * * @return Number of bytes read. */ virtual size_t read(uint8_t* buffer, size_t startOffset, size_t length, bool tryCache = true); /* * Caching interface: */ /** * Read this file into the local cache. * * @return Pointer to the cached copy of the associated data. */ virtual uint8_t const* cache(); /** * Remove a lock on the locally cached data. * * @return This instance. */ virtual File1& unlock(); /** * Clear any data in the local cache. * * @param retCleared If not @c NULL write @c true to this address if data was * present and subsequently cleared from the cache. * * @return This instance. */ virtual File1& clearCache(bool* retCleared = 0); protected: /// File stream handle. FileHandle* handle_; /// Info descriptor (file metadata). FileInfo info_; /// The container file (if any). File1* container_; private: /// Categorization flags. Flags flags; /// Absolute path (including name) in the vfs. String path_; /// Name of this file. String name_; /// Load order depth index. uint order; }; Q_DECLARE_OPERATORS_FOR_FLAGS(File1::Flags) } // namespace de extern "C" { #endif // __cplusplus struct file1_s; // The file instance (opaque) typedef struct file1_s File1; #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_FILESYS_FILE_H */ doomsday-1.14.5/doomsday/client/include/filesys/fs_util.h0000664000175000017500000001305212350542237022725 0ustar jaakkojaakko/** * @file fs_util.h * * Miscellaneous file system utility routines. * * @ingroup fs * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_UTIL_H #define LIBDENG_FILESYS_UTIL_H #include "dd_types.h" #ifdef __cplusplus extern "C" { #endif void F_FileDir(ddstring_t* dst, const ddstring_t* str); void F_FileNameAndExtension(ddstring_t* dst, const char* src); void F_ExtractFileBase2(char* dest, const char* path, size_t len, int ignore); /** * Converts directory slashes to our internal '/'. * @return @c true iff the path was modified. */ dd_bool F_FixSlashes(ddstring_t* dst, const ddstring_t* src); /** * Appends a slash at the end of @a pathStr if there isn't one. * @return @c true if a slash was appended, @c false otherwise. */ dd_bool F_AppendMissingSlash(ddstring_t* pathStr); /** * Appends a slash at the end of @a path if there isn't one. * @return @c true if a slash was appended, @c false otherwise. */ dd_bool F_AppendMissingSlashCString(char* path, size_t maxLen); /** * Converts directory slashes to tha used by the host file system. * @return @c true iff the path was modified. */ dd_bool F_ToNativeSlashes(ddstring_t* dst, const ddstring_t* src); /** * Convert the symbolic path into a real path. * @todo: This seems rather redundant; refactor callers. */ void F_ResolveSymbolicPath(ddstring_t* dst, const ddstring_t* src); /** * @return @c true, if the given path is absolute (starts with \ or / or the * second character is a ':' (drive). */ dd_bool F_IsAbsolute(const ddstring_t* path); /** * @return @c true iff the path can be made into a relative path. */ dd_bool F_IsRelativeToBase(const char* path, const char* base); /** * Attempt to remove the base path if found at the beginning of the path. * * @param dst Potential base-relative path written here. * @param src Possibly absolute path. * @param base Base to attempt to remove from @a src. * * @return @c true iff the base path was found and removed. */ dd_bool F_RemoveBasePath2(ddstring_t* dst, const ddstring_t* src, const ddstring_t* base); dd_bool F_RemoveBasePath(ddstring_t* dst, const ddstring_t* src /*, const ddstring_t* base=ddBasePath*/); /** * Attempt to prepend the base path. If @a src is already absolute do nothing. * * @param dst Absolute path written here. * @param src Original path. * @param base Base to attempt to prepend to @a src. * * @return @c true iff the path was prepended. */ dd_bool F_PrependBasePath2(ddstring_t* dst, const ddstring_t* src, const ddstring_t* base); dd_bool F_PrependBasePath(ddstring_t* dst, const ddstring_t* src /*, const ddstring_t* base=ddBasePath*/); /** * Attempt to prepend the current work path. If @a src is already absolute do nothing. * * @param dst Absolute path written here. * @param src Original path. * * @return @c true iff the path was prepended. */ dd_bool F_PrependWorkPath(ddstring_t* dst, const ddstring_t* src); /** * Expands relative path directives like '>'. * * @note Despite appearances this function is *not* an alternative version of * M_TranslatePath accepting ddstring_t arguments. Key differences: * * ! Handles '~' on UNIX-based platforms. * ! No other transform applied to @a src path. * * @param dst Expanded path written here. * @param src Original path. * * @return @c true iff the path was expanded. */ dd_bool F_ExpandBasePath(ddstring_t* dst, const ddstring_t* src); dd_bool F_MakeAbsolute(ddstring_t* dst, const ddstring_t* src); /** * Write the data associated with the specified lump index to @a fileName. * * @param lumpNum Absolute index of the lump to open. * * @return @c true iff successful. */ dd_bool F_DumpLump(lumpnum_t lumpNum/*, fileName = 0*/); /** * @copydoc F_DumpLump * @param fileName If not @c NULL write the associated data to this path. * Can be @c NULL in which case the fileName will be chosen automatically. */ dd_bool F_DumpLump2(lumpnum_t lumpNum, char const* fileName); /** * Write data into a file. * * @param data Data to write. * @param size Size of the data in bytes. * @param path Path of the file to create (existing file replaced). * * @return @c true if successful, otherwise @c false. */ dd_bool F_Dump(void const* data, size_t size, char const* path); #ifdef __cplusplus } // extern "C" #include /** * Performs a case-insensitive pattern match. The pattern can contain * wildcards. * * @param filePath Path to match. * @param pattern Pattern with * and ? as wildcards. * * @return @c true, if @a filePath matches the pattern. */ bool F_MatchFileName(de::String const &filePath, de::String const &pattern); #endif #endif // LIBDENG_FILESYS_UTIL_H doomsday-1.14.5/doomsday/client/include/filesys/sys_direc.h0000664000175000017500000000723412350542237023251 0ustar jaakkojaakko/** @file sys_direc.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Directory Utilities. */ #ifndef LIBDENG_DIREC_H #define LIBDENG_DIREC_H #include "dd_types.h" #ifdef __cplusplus extern "C" { #endif typedef struct directory_s { #if defined(WIN32) int drive; #endif filename_t path; } directory_t; /// Construct using the specified path. directory_t* Dir_New(const char* path); /// Construct using the current working directory path. directory_t* Dir_NewFromCWD(void); /** * Construct by extracting the path from @a path. * \note if not absolute then it will be interpeted as relative to the current * working directory path. */ directory_t* Dir_FromText(const char* path); void Dir_Delete(directory_t* dir); /** * @return @c true if the directories @a a and @a b are considered equal * (i.e., their paths match exactly). */ dd_bool Dir_IsEqual(directory_t* dir, directory_t* other); /** * @return "Raw" version of the present path. */ const char* Dir_Path(directory_t* dir); /** * Change the path to that specified in @a path. * \note Path directives (such as '}' and '~' on Unix) are automatically expanded. */ void Dir_SetPath(directory_t* dir, const char* path); /// Class-Static Members: /** * Clean up given path. Whitespace is trimmed. Path separators are converted * into their system-specific form. On Unix '~' expansion is applied. */ void Dir_CleanPath(char* path, size_t len); void Dir_CleanPathStr(ddstring_t* str); /** * @return Absolute path to the current working directory for the default drive. * Always ends with a '/'. Path must be released with free() * @c NULL if we are out of memory. */ char* Dir_CurrentPath(void); /** * Extract just the file name including any extension from @a path. */ void Dir_FileName(char* name, const char* path, size_t len); /** * Convert directory separators in @a path to their system-specifc form. */ void Dir_ToNativeSeparators(char* path, size_t len); /** * Convert directory separators in @a path to our internal '/' form. */ void Dir_FixSeparators(char* path, size_t len); /// @return @c true if @a path is absolute. int Dir_IsAbsolutePath(const char* path); /** * Convert a path into an absolute path. If @a path is relative it is considered * relative to the current working directory. On Unix '~' expansion is applied. * * @param path Path to be translated. * @param len Length of the buffer used for @a path (in bytes). */ void Dir_MakeAbsolutePath(char* path, size_t len); /** * Check that the given directory exists. If it doesn't, create it. * @return @c true if successful. */ dd_bool Dir_mkpath(const char* path); /** * Attempt to change the current working directory to the path defined. * @return @c true if the change was successful. */ dd_bool Dir_SetCurrent(const char* path); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_DIREC_H */ doomsday-1.14.5/doomsday/client/include/filesys/filehandlebuilder.h0000664000175000017500000000505312350542237024724 0ustar jaakkojaakko/** * @file filehandlebuilder.h * * @ingroup fs * * @author Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILESYS_FILEHANDLEBUILDER_H #define LIBDENG_FILESYS_FILEHANDLEBUILDER_H #include "fs_main.h" #ifdef __cplusplus namespace de { class FileHandleBuilder { public: static void init(); static void shutdown(); /** * Create a new handle on the File @a file. * * @param file The file being opened. */ static FileHandle* fromFile(File1& file); /** * Create a new handle on @a lump. * * @param lump The lump to be opened. * @param dontBuffer @c true= do not buffer a copy of the lump. */ static FileHandle* fromLump(File1& lump, bool dontBuffer); /** * Create a new handle on the specified native file. * * @param nativeFile Native file system handle to the file being opened. * @param baseOffset Offset from the start of the file in bytes to begin. */ static FileHandle* fromNativeFile(FILE& nativeFile, size_t baseOffset); /** * Create a duplicate of handle @a hndl. Note that the duplicate is in * fact a "reference" to the original, so all changes to the file which they * represent are implicitly shared. * * @param hndl Handle to be duplicated. */ static FileHandle* dup(FileHandle const& hndl); }; } // namespace de extern "C" { #endif /** * Non-public methods of FileHandle. Placed here temporarily. */ /// @return File object represented by this handle. struct file1_s* FileHandle_File(FileHandle* hndl); /// @return File object represented by this handle. struct file1_s* FileHandle_File_const(FileHandle const* hndl); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_FILESYS_FILEHANDLEBUILDER_H */ doomsday-1.14.5/doomsday/client/include/filesys/fileid.h0000664000175000017500000000635012350542237022517 0ustar jaakkojaakko/** * @file fileid.h * * Implements a file identifier in terms of a MD5 hash of its absolute path. * * @ingroup types * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_FILEID_H #define LIBDENG_FILEID_H #include #include #include namespace de { /** * File identifier (an MD5 hash). */ class FileId : public LogEntry::Arg::Base { public: typedef QByteArray Md5Hash; public: explicit FileId(Md5Hash _md5); FileId(FileId const& other); FileId& operator = (FileId other); /// @return @c true= this FileId is lexically less than @a other. bool operator < (FileId const& other) const; /// @return @c true= this FileId is equal to @a other (identical hashes). bool operator == (FileId const& other) const; /// @return @c true= this FileId is not equal @a other (differing hashes). bool operator != (FileId const& other) const; friend void swap(FileId& first, FileId& second) // nothrow { #ifdef DENG2_QT_4_8_OR_NEWER first.md5_.swap(second.md5_); # ifdef DENG_DEBUG first.path_.swap(second.path_); # endif #else std::swap(first.md5_, second.md5_); # ifdef DENG_DEBUG std::swap(first.path_, second.path_); # endif #endif } /// Converts this FileId to a text string. operator String () const { return asText(); } /// Converts this FileId to a text string. String asText() const; // Implements LogEntry::Arg::Base. LogEntry::Arg::Type logEntryArgType() const { return LogEntry::Arg::StringArgument; } /// @return Md5hash for this FileId. Md5Hash const& md5() const { return md5_; } #ifdef DENG_DEBUG /// @return Path attributed to this FileId. String const& path() const { return path_; } /// Set the path attributed to this FileId. FileId& setPath(String path) { path_ = path; return *this; } #endif /** * Constructs a new FileId instance by hashing the absolute @a path. * @param path Path to be hashed. * @return Newly construced FileId. */ static FileId fromPath(String path); /** * Calculate an MD5 identifier for the absolute @a path. * @return MD5 hash of the path. */ static Md5Hash hash(String path); private: Md5Hash md5_; #ifdef DENG_DEBUG String path_; #endif }; } // namespace de #endif /* LIBDENG_FILEID_H */ doomsday-1.14.5/doomsday/client/include/filesys/manifest.h0000664000175000017500000000577112350542237023077 0ustar jaakkojaakko/** @file manifest.h Manifest for a logical resource. * * @authors Copyright © 2010-2013 Daniel Swanson * @authors Copyright © 2010-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_RESOURCE_MANIFEST_H #define DENG_RESOURCE_MANIFEST_H #include "api_uri.h" #include #include namespace de { /** * Stores high-level metadata for and arbitrates/facilitates access to the * associated "physical" game data resource. * * @ingroup core */ class ResourceManifest { public: /** * @param rClass Class for the associated resource. * @param fFlags @ref fileFlags * @param name An expected name for the associated file. */ ResourceManifest(resourceclassid_t rClass, int fFlags, String *name = 0); /// @return Class of the associated resource. resourceclassid_t resourceClass() const; /// @return Flags for this file. int fileFlags() const; /** * Returns a list of "identity keys" used to identify the resource. */ QStringList const &identityKeys() const; /** * Add a new file segment identity key to the list for this manifest. * * @param newIdentityKey New identity key (e.g., a lump/file name). */ void addIdentityKey(String newIdentityKey); /** * Returns a list of known-names for the associated resource. */ QStringList const &names() const; /** * Add a new file name to the list of names for this manifest. * * @param newName New name for this file. Newer names have precedence. */ void addName(String newName); /** * Attempt to locate this file by systematically resolving and then * checking each search path. */ void locateFile(); /** * "Forget" the currently located file if one has been found. */ void forgetFile(); /** * Attempt to resolve a path to (and maybe locate) this file. * * @param tryLocate @c true= Attempt to locate the file now. * * @return Path to the found file or an empty string. * * @see locateFile() */ String const &resolvedPath(bool tryLocate = true); private: DENG2_PRIVATE(d) }; } // namespace de #endif // DENG_RESOURCE_MANIFEST_H doomsday-1.14.5/doomsday/client/include/AbstractFont0000664000175000017500000000004312350542237021742 0ustar jaakkojaakko#include "resource/abstractfont.h" doomsday-1.14.5/doomsday/client/include/WallEdge0000664000175000017500000000003512350542237021035 0ustar jaakkojaakko#include "render/walledge.h" doomsday-1.14.5/doomsday/client/include/TextureVariantSpec0000664000175000017500000000005112350542237023147 0ustar jaakkojaakko#include "resource/texturevariantspec.h" doomsday-1.14.5/doomsday/client/include/MaterialArchive0000664000175000017500000000004612350542237022413 0ustar jaakkojaakko#include "resource/materialarchive.h" doomsday-1.14.5/doomsday/client/include/Contact0000664000175000017500000000003312350542237020742 0ustar jaakkojaakko#include "world/contact.h" doomsday-1.14.5/doomsday/client/include/m_profiler.h0000664000175000017500000000425412350542237021744 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /* * m_profiler.h: Utility Macros for Profiling */ #ifndef __DOOMSDAY_MISC_PROFILER_H__ #define __DOOMSDAY_MISC_PROFILER_H__ #include "dd_types.h" #include /* * This header defines some handy macros for profiling. * Define DD_PROFILE to active. */ typedef struct profiler_s { uint totalTime; uint startTime; uint startCount; } profiler_t; #define BEGIN_PROF_TIMERS() enum { #ifdef DD_PROFILE // Profiling is enabled. # define END_PROF_TIMERS() ,NUM_PROFS }; static profiler_t profiler_[NUM_PROFS]; # define BEGIN_PROF(x) (profiler_[x].startCount++, profiler_[x].startTime = Timer_RealMilliseconds()) # define END_PROF(x) (profiler_[x].totalTime += Timer_RealMilliseconds() - profiler_[x].startTime) # define PRINT_PROF(x) App_Log(DE2_LOG_DEV, "[%f ms] " #x ": %i ms (%i starts)", \ profiler_[x].startCount? profiler_[x].totalTime / \ (float) profiler_[x].startCount : 0, \ profiler_[x].totalTime, profiler_[x].startCount) #else // Profiling is disabled. # define END_PROF_TIMERS() ,NUM_PROFS }; # define BEGIN_PROF(x) # define END_PROF(x) # define PRINT_PROF(x) #endif // DD_PROFILE #endif doomsday-1.14.5/doomsday/client/include/dualstring.h0000664000175000017500000000702612350542237021762 0ustar jaakkojaakko/** * @file dualstring.h * Utility class for strings that need both Unicode and C-string access. * @ingroup data * * @authors Copyright (c) 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DUALSTRING_CPP #define LIBDENG_DUALSTRING_CPP #include #include namespace de { /** * Maintains a secondary, read-only C-style string (Str instance) side-by-side * with a full de::String. The secondary Str is only updated on demand, when * someone needs access to the C-style string (or Str). There are no guarantees * that a previously returned pointer to the Str contents remains valid or is * up to date after making changes to the de::String side. * * The only allowed situation where the string is modified via the Str side is * when one calls DualString::toStr() and then DualString::update() after the * changes have been done via Str. * * This class should only be used to support legacy code. */ class DualString : public String { public: DualString(); DualString(const DualString& other); DualString(const String& other); virtual ~DualString(); DualString& operator = (const DualString& other); DualString& operator = (const String& str); DualString& operator = (const char* cStr); /** * Empties the contents of both the de::String string and the secondary * Str instance. Existing const char* pointers remain valid. */ void clear(); /** * Returns a read-only pointer to the string's secondary side (ASCII * encoding). @return Str instance. */ const ::Str* toStrAscii() const; /** * Returns a read-only pointer to the string's secondary side (UTF-8 * encoding). @return Str instance. */ const ::Str* toStrUtf8() const; /** * Returns a modifiable Str (UTF-8). After making changes, you have to call * update() to copy the new contents to the de::String side. */ ::Str* toStr(); /** * Copies the contents of the Str side, assumed to be in UTF-8 encoding, to * the de::String side. */ void update(); /** * Converts the contents of the string to ASCII and returns a read-only * pointer to the ASCII, null-terminated C style string. Ownership of the * returned string is kept by DualString. The returned pointer is only * valid while contents of the DualString remain unchanged; during this * time, the caller may hang on to the returned string pointer. * * @return String contents as ASCII. */ const char* asciiCStr(); /** * Works like asciiCStr() but converts the C style string to UTF-8 encoding. * * @return String contents as UTF-8. */ const char* utf8CStr(); private: ::Str* _str; }; } #endif // LIBDENG_DUALSTRING_CPP doomsday-1.14.5/doomsday/client/include/TextureManifest0000664000175000017500000000004612350542237022502 0ustar jaakkojaakko#include "resource/texturemanifest.h" doomsday-1.14.5/doomsday/client/include/MaterialContext0000664000175000017500000000004412350542237022454 0ustar jaakkojaakko#include "render/materialcontext.h" doomsday-1.14.5/doomsday/client/include/de_platform.h0000664000175000017500000000562612350542237022106 0ustar jaakkojaakko/** @file de_platform.h Platform Independence. * * Define either WIN32 or UNIX when compiling. * * Use this header file in source files which can be compiled on any * platform but still use some platform specific code. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef __DOOMSDAY_PLATFORM__ #define __DOOMSDAY_PLATFORM__ #include "dd_types.h" /* * The Win32 Platform */ #if defined(WIN32) #if __cplusplus // must be included before anything that defines open: /// @todo Windows: Get rid of the open macro. # include # include # include # include #endif #define WIN32_LEAN_AND_MEAN #include #include #define INTEGER64 __int64 #define DIR_SEP_CHAR '\\' #define DIR_SEP_STR "\\" #define DIR_WRONG_SEP_CHAR '/' #define stricmp _stricmp #define strnicmp _strnicmp //#define open _open //#define close _close //#define read _read //#define write _write #define access _access #define mkdir _mkdir #define strlwr _strlwr #define strupr _strupr #define strdup _strdup #define spawnlp _spawnlp #ifdef __cplusplus extern "C" { #endif const char* strcasestr(const char* text, const char* sub); #ifdef __cplusplus } // extern "C" #endif #endif // WIN32 /* * The Unix Platform */ #if defined(UNIX) #include #include #include #ifdef __cplusplus # include #endif #ifdef __GNUC__ # define GCC_VERSION (__GNUC__*10000 + __GNUC_MINOR__*100 + __GNUC_PATCHLEVEL__) #endif typedef long long int INTEGER64; typedef unsigned int DWORD; /* * Networking. */ #define INVALID_SOCKET (-1) #define SOCKET_ERROR (-1) /* * File system routines. */ #define _getdrive() (0) #define _chdrive(x) #define _getcwd getcwd #define _chdir chdir #define DIR_SEP_CHAR '/' #define DIR_SEP_STR "/" #define DIR_WRONG_SEP_CHAR '\\' #endif // UNIX // Initialization code. #ifdef WIN32 # include "dd_winit.h" #else # ifdef UNIX # include "dd_uinit.h" # endif #endif #endif // __DOOMSDAY_PLATFORM__ doomsday-1.14.5/doomsday/client/include/dd_help.h0000664000175000017500000000471512350542237021207 0ustar jaakkojaakko/** @file dd_help.h Runtime help text strings. * @ingroup base * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_HELP_H #define LIBDENG_HELP_H #ifdef __cplusplus extern "C" { #endif typedef void const *HelpId; // Help string types. enum { HST_DESCRIPTION, HST_CONSOLE_VARIABLE, HST_DEFAULT_VALUE, HST_INFO, NUM_HELPSTRING_TYPES }; void DH_Register(void); /** * Initializes the help string database. After which, attempts to read the * engine's own help string file. */ void DD_InitHelp(void); /** * Attempts to read help strings from the game-specific help file. */ void DD_ReadGameHelp(void); /** * Shuts down the help string database. Frees all storage and destroys * database itself. */ void DD_ShutdownHelp(void); /** * Finds a node matching the ID. Use DH_GetString to read strings from it. * * @param id Help node ID to be searched for. * * @return Pointer to help data, if matched; otherwise @c NULL. */ HelpId DH_Find(char const *id); /** * Return a string from within the helpnode. Strings are stored internally * and indexed by their type (e.g. HST_DESCRIPTION). * * @param found The helpnode to return the string from. * @param type The string type (index) to look for within the node. * * @return Pointer to the found string; otherwise @c NULL. Note, may also * return @c NULL, if passed an invalid helpnode ptr OR the help string * database has not beeen initialized yet. The returned string is actually from * an AutoStr; it will only be valid until the next garbage recycling. */ char const *DH_GetString(HelpId found, int type); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDENG_HELP_H */ doomsday-1.14.5/doomsday/client/include/de_graphics.h0000664000175000017500000000226012350542237022051 0ustar jaakkojaakko/** @file de_graphics.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Graphics Subsystem */ #ifndef LIBDENG_GRAPHICS #define LIBDENG_GRAPHICS #ifdef __CLIENT__ # include "gl/gl_main.h" # include "gl/gl_draw.h" # include "gl/texturecontent.h" # include "gl/gl_tex.h" # include "gl/gl_defer.h" //# include "gl/gl_texmanager.h" #endif #endif /* LIBDENG_GRAPHICS */ doomsday-1.14.5/doomsday/client/include/de_render.h0000664000175000017500000000326412350542237021535 0ustar jaakkojaakko/** * @file de_render.h * Rendering subsystem. @ingroup render * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DOOMSDAY_CLIENT_RENDERER #define DOOMSDAY_CLIENT_RENDERER #ifdef __CLIENT__ #include "render/viewports.h" #include "render/lightgrid.h" #include "render/projector.h" #include "render/r_draw.h" #include "render/r_main.h" #include "render/r_things.h" #include "render/rend_clip.h" #include "render/rend_halo.h" #include "render/rend_particle.h" #include "render/rend_main.h" #include "render/rend_model.h" #include "render/rend_shadow.h" #include "render/rend_fakeradio.h" #include "render/rend_font.h" #include "render/rend_dynlight.h" #include "render/rendpoly.h" #include "render/sky.h" #include "render/billboard.h" #include "render/cameralensfx.h" #include "render/vissprite.h" #include "render/vlight.h" #endif #include "r_util.h" #endif /* DOOMSDAY_CLIENT_RENDERER */ doomsday-1.14.5/doomsday/client/include/de_play.h0000664000175000017500000000270212350542237021217 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * de_play.h: Game World Events (Playsim) */ #ifndef __DOOMSDAY_PLAYSIM__ #define __DOOMSDAY_PLAYSIM__ #include "api_thinker.h" #include "BspNode" #ifdef __CLIENT__ # include "Contact" #endif #include "Generator" #include "Line" #include "Plane" #include "Polyobj" #include "Sector" #include "Surface" #include "Vertex" #include "world/dmuargs.h" #include "world/linesighttest.h" #include "world/p_object.h" #include "world/p_ticker.h" #include "world/p_players.h" #include "world/thinkers.h" #include "Material" #include "ui/p_control.h" #include "r_util.h" #include "api_map.h" #endif doomsday-1.14.5/doomsday/client/include/WallSpec0000664000175000017500000000003512350542237021063 0ustar jaakkojaakko#include "render/wallspec.h" doomsday-1.14.5/doomsday/client/include/template.h.template0000664000175000017500000000211312350542237023223 0ustar jaakkojaakko/** @file template.h.template Brief description of the header file. * @ingroup group * * Long summary of the functionality. * * @todo Update the fields above as appropriate. * * @authors Copyright © 2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_ _H #define LIBDENG_ _H #endif // LIBDENG_ _H doomsday-1.14.5/doomsday/client/include/FontManifest0000664000175000017500000000004312350542237021745 0ustar jaakkojaakko#include "resource/fontmanifest.h" doomsday-1.14.5/doomsday/client/include/de_edit.h0000664000175000017500000000207112350542237021176 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * de_edit.h: Editor subsystems */ #ifndef __DOOMSDAY_EDITOR__ #define __DOOMSDAY_EDITOR__ #ifdef __CLIENT__ # include "edit_bias.h" #endif #include "edit_map.h" #include "api_mapedit.h" #endif doomsday-1.14.5/doomsday/client/include/MapObject0000664000175000017500000000003512350542237021215 0ustar jaakkojaakko#include "world/mapobject.h" doomsday-1.14.5/doomsday/client/include/Surface0000664000175000017500000000003312350542237020737 0ustar jaakkojaakko#include "world/surface.h" doomsday-1.14.5/doomsday/client/include/de_defs.h0000664000175000017500000000205412350542237021173 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * de_defs.h: Definitions Subsystem */ #ifndef __DOOMSDAY_DEFINITIONS_H__ #define __DOOMSDAY_DEFINITIONS_H__ #include "def_main.h" #include "def_data.h" #include "def_share.h" #endif doomsday-1.14.5/doomsday/client/include/de_resource.h0000664000175000017500000000273312350542237022105 0ustar jaakkojaakko/** @file de_resource.h Resource Subsystem. * @ingroup resource * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef DENG_RESOURCE_SUBSYSTEM_H #define DENG_RESOURCE_SUBSYSTEM_H #include "resourceclass.h" #include "resource/abstractfont.h" #include "resource/compositetexture.h" #include "resource/rawtexture.h" #include "resource/sprite.h" #ifdef __CLIENT__ # include "resource/materialsnapshot.h" # include "resource/materialvariantspec.h" #endif #ifdef __cplusplus # include "resource/patch.h" # include "resource/texturemanifest.h" # include "resource/wad.h" # include "resource/zip.h" #endif #include "api_resource.h" #endif // DENG_RESOURCE_SUBSYSTEM_H doomsday-1.14.5/doomsday/client/include/BiasDigest0000664000175000017500000000003712350542237021371 0ustar jaakkojaakko#include "render/biasdigest.h" doomsday-1.14.5/doomsday/client/include/busymode.h0000664000175000017500000000450512350542237021434 0ustar jaakkojaakko/** * @file busymode.h * Busy Mode @ingroup core * * The Busy Mode is intended for long-running tasks that would otherwise block * the main engine (UI) thread. During busy mode, a progress screen is shown by * the main thread while a background thread works on a long operation. The * normal Doomsday UI cannot be interacted with while the task is running. The * busy mode can be configured to show a progress bar, the console output, * and/or a description of the task being carried out. * * @todo Refactor: Remove the busy mode loop to prevent the app UI from * freezing while busy mode is running. Instead, busy mode should run in the * regular application event loop. During busy mode, the game loop callback * should not be called. * * @authors Copyright © 2009-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_CORE_BUSYMODE_H #define LIBDENG_CORE_BUSYMODE_H #include "dd_share.h" /// Enables or disables busy mode; if disabled, work is done synchronously /// in the main thread. void BusyMode_SetAllowed(dd_bool allow); /// @return @c true if specified thread is the current busy task worker. dd_bool BusyMode_IsWorkerThread(uint threadId); /// @return @c true if the current thread is the busy task worker. dd_bool BusyMode_InWorkerThread(void); #ifdef __CLIENT__ dd_bool BusyMode_IsTransitionAnimated(void); #endif /// @return Current busy task, else @c NULL. BusyTask* BusyMode_CurrentTask(void); void BusyMode_Loop(void); #endif // LIBDENG_CORE_BUSYMODE_H doomsday-1.14.5/doomsday/client/include/SurfaceDecorator0000664000175000017500000000004512350542237022605 0ustar jaakkojaakko#include "render/surfacedecorator.h" doomsday-1.14.5/doomsday/client/include/BspLeaf0000664000175000017500000000003312350542237020663 0ustar jaakkojaakko#include "world/bspleaf.h" doomsday-1.14.5/doomsday/client/include/de_network.h0000664000175000017500000000321512350542237021743 0ustar jaakkojaakko/** @file * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Network Subsystem. */ #ifndef LIBDENG_NETWORK #define LIBDENG_NETWORK #include "network/net_main.h" #include "network/net_event.h" #include "network/net_msg.h" #include "network/net_buf.h" #include "network/protocol.h" #include "network/monitor.h" #ifdef __SERVER__ # include "server/sv_def.h" # include "server/sv_frame.h" # include "server/sv_pool.h" # include "server/sv_sound.h" # include "server/sv_missile.h" # include "server/sv_infine.h" #endif #ifdef __CLIENT__ # include "api_client.h" # include "network/net_demo.h" # include "client/cl_def.h" # include "client/cl_player.h" # include "client/cl_mobj.h" # include "client/cl_frame.h" # include "client/cl_sound.h" # include "client/cl_world.h" # include "client/cl_infine.h" #endif #endif /* LIBDENG_NETWORK */ doomsday-1.14.5/doomsday/client/include/game.h0000664000175000017500000001633712350542237020524 0ustar jaakkojaakko/** @file game.h Game mode configuration (metadata, resource files, etc...). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_GAME_H #define DENG_GAME_H #include "api_plugin.h" #include #include #include #include #include struct manifest_s; struct gamedef_s; namespace de { class File1; class ResourceManifest; /** * Records top-level game configurations registered by the loaded game plugin(s). * * @ingroup core */ class Game : public de::game::Game { public: /// Logical game status: enum Status { Loaded, Complete, Incomplete }; typedef QMultiMap Manifests; public: /** * @param identityKey Unique game mode key/identifier, 16 chars max (e.g., "doom1-ultimate"). * @param configDir Name of the config directory. * * @param legacySavegameNameExp Regular expression used for matching legacy savegame names. * @param legacySavegameSubfoler Game-specific subdirectory of /home for legacy savegames. */ Game(String const &identityKey, Path const &configDir, String const &title = "Unnamed", String const &author = "Unknown", String const &legacySavegameNameExp = "", String const &legacySavegameSubfolder = ""); virtual ~Game(); /** * Determines the status of the game. * * @see statusAsText() */ Status status() const; /** * Returns a textual representation of the current game status. * * @see status() */ String const &statusAsText() const; /** * Returns information about the game as styled text. Printed by "inspectgame", * for instance. */ String description() const; /** * Returns the unique identifier of the plugin which registered the game. */ pluginid_t pluginId() const; /** * Change the identfier of the plugin associated with this. * @param newId New identifier. */ void setPluginId(pluginid_t newId); /** * Returns the unique identity key of the game. */ de::String const &identityKey() const; /** * Returns the title of the game, as text. */ de::String const &title() const; /** * Returns the author of the game, as text. */ de::String const &author() const; /** * Returns the name of the main config file for the game. */ de::Path const &mainConfig() const; /** * Returns the name of the binding config file for the game. */ de::Path const &bindingConfig() const; /** * Returns the identifier of the Style logo image to represent this game. */ de::String logoImageId() const; /** * Returns the regular expression used for locating legacy savegame files. */ String legacySavegameNameExp() const; /** * Determine the absolute path to the legacy savegame folder for the game. If there is * no possibility of a legacy savegame existing (e.g., because the game is newer than * the introduction of the modern, package-based .save format) then a zero length string * is returned. */ String legacySavegamePath() const; /** * Add a new manifest to the list of manifests. * * @note Registration order defines load order (among files of the same class). * * @param manifest Manifest to add. */ void addManifest(ResourceManifest &manifest); bool allStartupFilesFound() const; /** * Provides access to the manifests for efficent traversals. */ Manifests const &manifests() const; /** * Is @a file required by this game? This decision is made by comparing the * absolute path of the specified file to those in the list of located, startup * resources for the game. If the file's path matches one of these it is therefore * "required" by this game. * * @param file File to be tested for required-status. Can be a contained file * (such as a lump from a Wad file), in which case the path of the * root (i.e., outermost file) file is used for testing this status. * * @return @c true iff @a file is required by this game. */ bool isRequiredFile(File1 &file); public: /** * Construct a new Game instance from the specified definition @a def. * * @note May fail if the definition is incomplete or invalid (@c NULL is returned). */ static Game *fromDef(GameDef const &def); /** * Print a game mode banner with rulers. * * @todo This has been moved here so that strings like the game title and author * can be overridden (e.g., via DEHACKED). Make it so! */ static void printBanner(Game const &game); /** * Composes a list of the resource files of the game. * * @param rflags Only consider files whose @ref fileFlags match * this value. If @c <0 the flags are ignored. * @param withStatus @c true to include the current availability/load status * of each file. */ String filesAsText(int rflags, bool withStatus = true) const; static void printFiles(Game const &game, int rflags, bool printStatus = true); /// Register the console commands, variables, etc..., of this module. static void consoleRegister(); private: DENG2_PRIVATE(d) }; typedef Game::Manifests GameManifests; /** * The special "null" Game object. * @todo Should employ the Singleton pattern. */ class NullGame : public Game { public: /// General exception for invalid action on a NULL object. @ingroup errors DENG2_ERROR(NullObjectError); public: NullGame(); void addManifest(struct manifest_s & /*record*/) { throw NullObjectError("NullGame::addResource", "Invalid action on null-object"); } bool isRequiredResource(char const * /*absolutePath*/) { return false; // Never. } bool allStartupFilesFound() const { return true; // Always. } struct manifest_s *const *manifests(resourceclassid_t /*classId*/, int * /*count*/) const { return 0; } static Game *fromDef(GameDef const & /*def*/) { throw NullObjectError("NullGame::fromDef", "Not valid for null-object"); } }; } // namespace de #endif /* DENG_GAME_H */ doomsday-1.14.5/doomsday/client/include/de_filesys.h0000664000175000017500000000251012350542237021725 0ustar jaakkojaakko/** * @file de_filesys.h * * File system. @ingroup fs * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBDENG_FILESYS_H #define LIBDENG_FILESYS_H #include "dd_types.h" #include "resourceclass.h" #include "filehandle.h" #include "filetype.h" #include "filesys/filehandlebuilder.h" #include "filesys/fs_main.h" #include "filesys/fs_util.h" #include "filesys/lumpindex.h" #include "filesys/manifest.h" #include "filesys/sys_direc.h" #include "api_filesys.h" #include #endif /* LIBDENG_FILESYS_H */ doomsday-1.14.5/doomsday/client/include/gl/0000775000175000017500000000000012350542237020032 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/include/gl/sys_opengl.h0000664000175000017500000001045612350542237022373 0ustar jaakkojaakko/** @file sys_opengl.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * OpenGL interface, low-level. * * Get OpenGL header files from: * http://oss.sgi.com/projects/ogl-sample/ */ #ifndef LIBDENG_SYSTEM_OPENGL_H #define LIBDENG_SYSTEM_OPENGL_H #ifdef __SERVER__ # define GL_CLAMP_TO_EDGE 0 #endif #ifdef __CLIENT__ #ifdef WIN32 # include # define GL_CALL __stdcall #endif #if defined(UNIX) && !defined(MACOSX) # include # define GL_CALL #endif #if defined(UNIX) && defined(MACOSX) # define GL_GLEXT_PROTOTYPES # include # include # include # define GL_CALL #endif #endif // __CLIENT__ #ifndef GL_NV_texture_env_combine4 # define GL_NV_texture_env_combine4 1 # define GL_COMBINE4_NV 0x8503 # define GL_SOURCE3_RGB_NV 0x8583 # define GL_SOURCE3_ALPHA_NV 0x858B # define GL_OPERAND3_RGB_NV 0x8593 # define GL_OPERAND3_ALPHA_NV 0x859B #endif #include #ifdef __CLIENT__ # include "gl_deferredapi.h" # include "ui/clientwindow.h" #endif /** * Configure available features * \todo Move out of this header. */ #define USE_TEXTURE_COMPRESSION_S3 1 /** * High-level GL state information. */ typedef struct gl_state_s { /// Global config: int multisampleFormat; /// Current state: dd_bool currentUseFog; float currentLineWidth; float currentPointSize; /// Feature (abstract) availability bits: /// Vendor and implementation agnostic. struct { uint blendSubtract : 1; uint genMipmap : 1; uint multisample : 1; uint texCompression : 1; uint texFilterAniso : 1; uint texNonPowTwo : 1; uint vsync : 1; } features; } gl_state_t; typedef enum arraytype_e { AR_VERTEX, AR_COLOR, AR_TEXCOORD0, AR_TEXCOORD1, AR_TEXCOORD2, AR_TEXCOORD3, AR_TEXCOORD4, AR_TEXCOORD5, AR_TEXCOORD6, AR_TEXCOORD7 } arraytype_t; #ifdef __cplusplus extern "C" { #endif #ifdef __CLIENT__ extern gl_state_t GL_state; #ifdef WIN32 extern PFNWGLSWAPINTERVALEXTPROC wglSwapIntervalEXT; extern PFNWGLCHOOSEPIXELFORMATARBPROC wglChoosePixelFormatARB; #endif #if defined(LIBGUI_USE_GLENTRYPOINTS) extern PFNGLBLENDEQUATIONEXTPROC glBlendEquationEXT; extern PFNGLLOCKARRAYSEXTPROC glLockArraysEXT; extern PFNGLUNLOCKARRAYSEXTPROC glUnlockArraysEXT; #endif #ifndef GL_ATI_texture_env_combine3 #define GL_MODULATE_ADD_ATI 0x8744 #define GL_MODULATE_SIGNED_ADD_ATI 0x8745 #define GL_MODULATE_SUBTRACT_ATI 0x8746 #endif #ifndef GL_ATI_texture_env_combine3 #define GL_ATI_texture_env_combine3 1 #endif dd_bool Sys_GLPreInit(void); /** * Initializes our OpenGL interface. Called once during engine statup. */ dd_bool Sys_GLInitialize(void); /** * Close our OpenGL interface for good. Called once during engine shutdown. */ void Sys_GLShutdown(void); /** * Configure the core features of OpenGL. Extensions are not configured here. */ void Sys_GLConfigureDefaultState(void); /** * Echo the full list of available GL extensions to the console. */ void Sys_GLPrintExtensions(void); dd_bool Sys_GLCheckError(void); #endif // __CLIENT__ #ifdef __cplusplus } // extern "C" /** * Information about the OpenGL driver and its capabilities. * * @return Styled text. */ de::String Sys_GLDescription(); #endif #endif /* LIBDENG_SYSTEM_OPENGL_H */ doomsday-1.14.5/doomsday/client/include/gl/gl_defer.h0000664000175000017500000000702112350542237021752 0ustar jaakkojaakko/** @file gl_defer.h Deferred GL tasks. * * @ingroup gl * * GL is only available from the main thread. When accessed from other threads, * the operations need to be deferred for processing later in the main thread. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_GL_DEFERRED_H #define DENG_CLIENT_GL_DEFERRED_H #include "api_gl.h" #include "sys_opengl.h" namespace de { namespace gl { enum UploadMethod { Immediate, ///< Upload the data immediately. Deferred ///< Defer the data upload until convenient. }; } } struct texturecontent_s; /** * Initializes the deferred tasks module. */ void GL_InitDeferredTask(); /** * Shuts down the deferred tasks. */ void GL_ShutdownDeferredTask(); /** * Clears the currently queued GL tasks. They will not be executed. */ void GL_PurgeDeferredTasks(); /** * @return Number of GL tasks waiting to be carried out. */ int GL_DeferredTaskCount(); /** * Processes deferred GL tasks. This must be called from the main thread. * * @param timeOutMilliSeconds Processing will continue until this timeout expires. * Use zero for no timeout. */ void GL_ProcessDeferredTasks(uint timeOutMilliSeconds); DGLuint GL_GetReservedTextureName(); void GL_ReserveNames(); void GL_ReleaseReservedNames(); /** * Returns the chosen method for uploading the given texture @a content. */ de::gl::UploadMethod GL_ChooseUploadMethod(struct texturecontent_s const *content); /** * Adds a new deferred texture upload task to the queue. * * @param content Texture content to upload. Caller can free its copy of the content; * a copy is made for the deferred task. */ void GL_DeferTextureUpload(struct texturecontent_s const *content); void GL_DeferSetVSync(dd_bool enableVSync); #ifdef __cplusplus extern "C" { #endif // Deferring functions for various function signatures. #define LIBDENG_GL_DEFER1(form, x) void GL_Defer_##form(void (GL_CALL *ptr)(x), x) #define LIBDENG_GL_DEFER2(form, x, y) void GL_Defer_##form(void (GL_CALL* ptr)(x, y), x, y) #define LIBDENG_GL_DEFER3(form, x, y, z) void GL_Defer_##form(void (GL_CALL* ptr)(x, y, z), x, y, z) #define LIBDENG_GL_DEFER4(form, x, y, z, w) void GL_Defer_##form(void (GL_CALL* ptr)(x, y, z, w), x, y, z, w) LIBDENG_GL_DEFER1(e, GLenum e); LIBDENG_GL_DEFER2(i, GLenum e, GLint i); LIBDENG_GL_DEFER2(f, GLenum e, GLfloat f); LIBDENG_GL_DEFER2(fv4, GLenum e, const GLfloat* floatArrayFourValues); LIBDENG_GL_DEFER2(uintArray, GLsizei count, const GLuint* values); #ifdef __cplusplus } // extern "C" #endif #endif // DENG_CLIENT_GL_DEFERRED_H doomsday-1.14.5/doomsday/client/include/gl/svg.h0000664000175000017500000000374112350542237021007 0ustar jaakkojaakko/** * @file svg.h * Scaleable Vector Graphic. @ingroup refresh * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_REFRESH_SVG_H #define LIBDENG_REFRESH_SVG_H #include "api_svg.h" struct svgline_s; typedef struct svgline_s SvgLine; /** * Svg. Scaleable Vector Graphic. */ struct svg_s; // The svg instance (opaque). typedef struct svg_s Svg; #ifdef __cplusplus extern "C" { #endif void R_InitSvgs(void); /** * Unload any resources needed for vector graphics. * Called during shutdown and before a renderer restart. */ void R_UnloadSvgs(void); void R_ShutdownSvgs(void); void Svg_Delete(Svg* svg); void Svg_Draw(Svg* svg); dd_bool Svg_Prepare(Svg* svg); void Svg_Unload(Svg* svg); /// @return Unique identifier associated with this. svgid_t Svg_UniqueId(Svg* svg); /** * Static members: */ /** * Try to construct a new Svg instance from specified definition. * * @return Newly created Svg instance if definition was valid else @a NULL */ Svg* Svg_FromDef(svgid_t uniqueId, const def_svgline_t* lines, uint numLines); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_REFRESH_SVG_H doomsday-1.14.5/doomsday/client/include/gl/gltextureunit.h0000664000175000017500000001201112350542237023121 0ustar jaakkojaakko/** @file gltextureunit.h GL texture unit. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_GLTEXTUREUNIT_H #define DENG_CLIENT_GLTEXTUREUNIT_H #include "Texture" #include #include /** * Of the available GL texture units, only this many will be utilized. * * @todo Find a more suitable home (here because all other GL-domain headers * also include system headers, which aren't needed in components whose API(s) * do not depend on them (and pollute on Windows)). */ #define MAX_TEX_UNITS 2 // More aren't currently used. namespace de { /** * GL Texture unit config. * * @ingroup gl */ class GLTextureUnit { public: /// Managed GL textures encapsulate filter and wrapping management. TextureVariant *texture; /// Unmanged GL textures have an independent state. struct Unmanaged { GLuint glName; gl::Wrapping wrapS; gl::Wrapping wrapT; gl::Filter filter; Unmanaged(GLuint glName = 0, gl::Wrapping wrapS = gl::Repeat, gl::Wrapping wrapT = gl::Repeat, gl::Filter filter = gl::Linear) : glName(glName) , wrapS(wrapS) , wrapT(wrapT) , filter(filter) {} Unmanaged(Unmanaged const &other) : glName(other.glName) , wrapS(other.wrapS) , wrapT(other.wrapT) , filter(other.filter) {} Unmanaged &operator = (Unmanaged const &other) { glName = other.glName; wrapS = other.wrapS; wrapT = other.wrapT; filter = other.filter; return *this; } bool operator == (Unmanaged const &other) const { if(glName != other.glName) return false; if(wrapS != other.wrapS) return false; if(wrapT != other.wrapT) return false; if(filter != other.filter) return false; return true; } bool operator != (Unmanaged const &other) const { return !(*this == other); } } unmanaged; /// Shared properties: float opacity; Vector2f scale; Vector2f offset; GLTextureUnit() : texture(0) , opacity(1) , scale(1, 1) {} GLTextureUnit(TextureVariant &textureVariant, Vector2f const &scale = Vector2f(1, 1), Vector2f const &offset = Vector2f(0, 0), float opacity = 1) : texture(&textureVariant) , opacity(opacity) , scale(scale) , offset(offset) {} GLTextureUnit(GLuint textureGLName, gl::Wrapping textureGLWrapS = gl::Repeat, gl::Wrapping textureGLWrapT = gl::Repeat) : texture(0) , unmanaged(textureGLName, textureGLWrapS, textureGLWrapT) , opacity(1) , scale(1, 1) {} GLTextureUnit(GLTextureUnit const &other) : texture(other.texture) , unmanaged(other.unmanaged) , opacity(other.opacity) , scale(other.scale) , offset(other.offset) {} GLTextureUnit &operator = (GLTextureUnit const &other) { texture = other.texture; unmanaged = other.unmanaged; opacity = other.opacity; scale = other.scale; offset = other.offset; return *this; } bool operator == (GLTextureUnit const &other) const { if(texture) { if(texture != other.texture) return false; } else { if(unmanaged != other.unmanaged) return false; } if(!de::fequal(opacity, other.opacity)) return false; if(scale != other.scale) return false; if(offset != other.offset) return false; return true; } bool operator != (GLTextureUnit const other) const { return !(*this == other); } bool hasTexture() const { return (texture && texture->glName() != 0) || unmanaged.glName != 0; } GLuint getTextureGLName() const { return texture? texture->glName() : unmanaged.glName; } }; } // namespace de #endif // DENG_CLIENT_GLTEXTUREUNIT_H doomsday-1.14.5/doomsday/client/include/gl/gl_draw.h0000664000175000017500000000477712350542237021641 0ustar jaakkojaakko/** * @file gl_draw.h * Basic GL-Drawing Routines. * * @ingroup gl * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_GRAPHICS_DRAW_H #define LIBDENG_GRAPHICS_DRAW_H #include #include #include #ifdef __cplusplus extern "C" { #endif void GL_DrawLine(float x1, float y1, float x2, float y2, float r, float g, float b, float a); void GL_DrawRect(de::Rectanglei const &rect); void GL_DrawRect2(int x, int y, int w, int h); /** * @param coords [topLeft, topRight, bottomRight, bottomLeft] */ void GL_DrawRectWithCoords(de::Rectanglei const &rect, de::Vector2i const coords[4]); void GL_DrawRectf(const RectRawf* rect); void GL_DrawRectf2(double x, double y, double w, double h); void GL_DrawRectfWithCoords(const RectRawf* rect, Point2Rawf coords[4]); void GL_DrawRectf2Color(double x, double y, double w, double h, float r, float g, float b, float a); void GL_DrawRectf2TextureColor(double x, double y, double w, double h, int texW, int texH, const float topColor[3], float topAlpha, const float bottomColor[3], float bottomAlpha); void GL_DrawRectf2Tiled(double x, double y, double w, double h, int tw, int th); /** * The cut rectangle must be inside the other one. */ void GL_DrawCutRectfTiled(const RectRawf* rect, int tw, int th, int txoff, int tyoff, const RectRawf* cutRect); void GL_DrawCutRectf2Tiled(double x, double y, double w, double h, int tw, int th, int txoff, int tyoff, double cx, double cy, double cw, double ch); // Filters: dd_bool GL_FilterIsVisible(void); void GL_DrawFilter(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDENG_GRAPHICS_DRAW_H doomsday-1.14.5/doomsday/client/include/gl/gl_main.h0000664000175000017500000002260112350542237021612 0ustar jaakkojaakko/** @file gl_main.h GL-Graphics Subsystem. * @ingroup gl * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_GL_MAIN_H #define DENG_GL_MAIN_H #ifndef __CLIENT__ # error "gl only exists in the Client" #endif #ifndef __cplusplus # error "gl/gl_main.h requires C++" #endif #include "api_gl.h" #include "sys_opengl.h" #include "gl/gltextureunit.h" #include "render/viewports.h" #include "Texture" #include struct ColorRawf_s; struct material_s; struct texturevariant_s; class ColorPalette; class Material; #define TEXQ_BEST 8 #define MINTEXWIDTH 8 #define MINTEXHEIGHT 8 DENG_EXTERN_C int numTexUnits; DENG_EXTERN_C dd_bool envModAdd; DENG_EXTERN_C int defResX, defResY, defBPP, defFullscreen; DENG_EXTERN_C int viewph, viewpw, viewpx, viewpy; DENG_EXTERN_C float vid_gamma, vid_bright, vid_contrast; DENG_EXTERN_C int r_detail; #ifdef _DEBUG # define DENG_ASSERT_GL_CONTEXT_ACTIVE() {GL_AssertContextActive();} #else # define DENG_ASSERT_GL_CONTEXT_ACTIVE() #endif #ifdef _DEBUG # define LIBDENG_ASSERT_GL_TEXTURE_ISBOUND(tex) { \ GLint p; \ glGetIntegerv(GL_TEXTURE_BINDING_2D, &p); \ Sys_GLCheckError(); \ assert(p == (GLint)tex); \ } #else # define LIBDENG_ASSERT_GL_TEXTURE_ISBOUND(tex) #endif void GL_AssertContextActive(); /// Register the console commands, variables, etc..., of this module. void GL_Register(); /** * One-time initialization of GL and the renderer. This is done very early * on during engine startup and is supposed to be fast. All subsystems * cannot yet be initialized, such as the texture management, so any rendering * occuring before GL_Init() must be done with manually prepared textures. */ dd_bool GL_EarlyInit(); /** * Finishes GL initialization. This can be called once the virtual file * system has been fully loaded up, and the console variables have been * read from the config file. */ void GL_Init(); /** * Kills the graphics library for good. */ void GL_Shutdown(); /** * Returns @c true iff the graphics library is currently initialized * for basic drawing (using the OpenGL API directly). */ dd_bool GL_IsInited(); /** * Determines if the renderer is fully initialized (texture manager, deferring, * etc). */ dd_bool GL_IsFullyInited(); /** * GL is reset back to the state it was right after initialization. * Use GL_TotalRestore to bring back online. */ void GL_TotalReset(); /** * To be called after a GL_TotalReset to bring GL back online. */ void GL_TotalRestore(); /** * Initializes the renderer to 2D state. */ void GL_Init2DState(); void GL_SwitchTo3DState(dd_bool push_state, viewport_t const *port, viewdata_t const *viewData); void GL_Restore2DState(int step, viewport_t const *port, viewdata_t const *viewData); void GL_ProjectionMatrix(); /** * Returns the projection matrix that is used for rendering the current frame's * 3D portions. */ de::Matrix4f GL_GetProjectionMatrix(); /** * The first selected unit is active after this call. */ void GL_SelectTexUnits(int count); /** * Swaps buffers / blits the back buffer to the front. */ void GL_DoUpdate(); /** * Set the current GL blending mode. */ void GL_BlendMode(blendmode_t mode); /** * Utility for translating to a GL texture filter identifier. */ GLenum GL_Filter(de::gl::Filter f); /** * Utility for translating to a GL texture wrapping identifier. */ GLenum GL_Wrap(de::gl::Wrapping w); /** * Initializes the graphics library for refresh. Also called at update. */ void GL_InitRefresh(); /** * To be called once at final shutdown. */ void GL_ShutdownRefresh(); /** * Configure the GL state for the specified texture modulation mode. * * @param mode Modulation mode ident. */ void GL_ModulateTexture(int mode); /** * Enables or disables vsync. Changes the value of the vid-vsync variable. * May cause the OpenGL surface to be recreated. * * @param on @c true to enable vsync, @c false to disable. */ void GL_SetVSync(dd_bool on); /** * Enables or disables multisampling when FSAA is available (vid-fsaa 1). You * cannot enable multisampling if vid-fsaa is 0. Never causes the GL surface or * pixel format to be modified; can be called at any time during the rendering * of a frame. * * @param on @c true to enable multisampling, @c false to disable. */ void GL_SetMultisample(dd_bool on); //void GL_BlendOp(int op); dd_bool GL_NewList(DGLuint list, int mode); DGLuint GL_EndList(); void GL_CallList(DGLuint list); void GL_DeleteLists(DGLuint list, int range); void GL_SetMaterialUI2(Material *mat, de::gl::Wrapping wrapS, de::gl::Wrapping wrapT); void GL_SetMaterialUI(Material *mat); void GL_SetPSprite(Material *mat, int tclass, int tmap); void GL_SetRawImage(lumpnum_t lumpNum, de::gl::Wrapping wrapS, de::gl::Wrapping wrapT); /** * Bind this texture to the currently active texture unit. * The bind process may result in modification of the GL texture state * according to the specification used to define this variant. * * @param tex Texture::Variant object which represents the GL texture to be bound. */ void GL_BindTexture(de::Texture::Variant *tex); void GL_BindTextureUnmanaged(GLuint texname, de::gl::Wrapping wrapS = de::gl::Repeat, de::gl::Wrapping wrapT = de::gl::Repeat, de::gl::Filter = de::gl::Linear); /** * Bind the associated texture and apply the texture unit configuration to * the @em active GL texture unit. If no texture is associated then nothing * will happen. */ void GL_Bind(de::GLTextureUnit const &glTU); /** * Bind the associated texture and apply the texture unit configuration to * the specified GL texture @a unit, which, is made active during this call. * If no texture is associated then nothing will happen. */ void GL_BindTo(de::GLTextureUnit const &glTU, int unit); void GL_SetNoTexture(); /** * Given a logical anisotropic filtering level return an appropriate multiplier * according to the current GL state and user configuration. */ int GL_GetTexAnisoMul(int level); /** * How many mipmap levels are needed for a texture of the given dimensions? * * @param width Width of the texture in pixels. * @param height Height of the texture in pixels. * @return Number of mipmap levels required. */ int GL_NumMipmapLevels(int width, int height); /** * Determine the optimal size for a texture. Usually the dimensions are scaled * upwards to the next power of two. * * @param noStretch If @c true, the stretching can be skipped. * @param isMipMapped If @c true, we will require mipmaps (this has an effect * on the optimal size). */ dd_bool GL_OptimalTextureSize(int width, int height, dd_bool noStretch, dd_bool isMipMapped, int *optWidth, int *optHeight); /** * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param flags @ref imageConversionFlags. */ int GL_ChooseSmartFilter(int width, int height, int flags); GLuint GL_NewTextureWithParams(dgltexformat_t format, int width, int height, uint8_t const *pixels, int flags); GLuint GL_NewTextureWithParams(dgltexformat_t format, int width, int height, uint8_t const *pixels, int flags, int grayMipmap, int minFilter, int magFilter, int anisoFilter, int wrapS, int wrapT); /** * in/out format: * 1 = palette indices * 2 = palette indices followed by alpha values * 3 = RGB * 4 = RGBA */ uint8_t *GL_ConvertBuffer(uint8_t const *src, int width, int height, int informat, colorpaletteid_t paletteId, int outformat); /** * @param method Unique identifier of the smart filtering method to apply. * @param src Source image to be filtered. * @param width Width of the source image in pixels. * @param height Height of the source image in pixels. * @param flags @ref imageConversionFlags. * @param outWidth Width of resultant image in pixels. * @param outHeight Height of resultant image in pixels. * * @return Newly allocated version of the source image if filtered else @c == @a src. */ uint8_t *GL_SmartFilter(int method, uint8_t const *src, int width, int height, int flags, int *outWidth, int *outHeight); /** * Calculates the properties of a dynamic light that the given sprite frame * casts. Crop a boundary around the image to remove excess alpha'd pixels * from adversely affecting the calculation. * Handles pixel sizes; 1 (==2), 3 and 4. */ void GL_CalcLuminance(uint8_t const *buffer, int width, int height, int comps, colorpaletteid_t paletteId, float *brightX, float *brightY, struct ColorRawf_s *color, float *lumSize); void DGL_AssertNotInPrimitive(void); // Console commands. D_CMD(UpdateGammaRamp); #endif // DENG_GL_MAIN_H doomsday-1.14.5/doomsday/client/include/gl/gl_tex.h0000664000175000017500000002545612350542237021501 0ustar jaakkojaakko/** @file gl_tex.h Image manipulation and evaluation algorithms. * * @ingroup gl * * @todo Belongs in the resource domain -- no ties to GL or related components. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_GL_IMAGE_MANIPULATION_H #define DENG_GL_IMAGE_MANIPULATION_H #include "color.h" class ColorPalette; typedef struct colorpalette_analysis_s { colorpaletteid_t paletteId; } colorpalette_analysis_t; typedef struct pointlight_analysis_s { float originX, originY, brightMul; ColorRawf color; } pointlight_analysis_t; typedef struct averagecolor_analysis_s { ColorRawf color; } averagecolor_analysis_t; typedef struct averagealpha_analysis_s { float alpha; ///< Result of the average. float coverage; ///< Fraction representing the ratio of alpha to non-alpha pixels. } averagealpha_analysis_t; /** * @param pixels Luminance image to be enhanced. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param hasAlpha If @c true, @a pixels is assumed to contain luminance plus alpha data * (totaling 2 * @a width * @a height bytes). */ void AmplifyLuma(uint8_t* pixels, int width, int height, dd_bool hasAlpha); /** * Take the input buffer and convert to color keyed. A new buffer may be * needed if the input buffer has three color components. * Color keying is done for both (0,255,255) and (255,0,255). * * @return If the in buffer wasn't large enough will return a ptr to the * newly allocated buffer which must be freed with free(), else @a buf. */ uint8_t* ApplyColorKeying(uint8_t* pixels, int width, int height, int pixelSize); #if 0 // dj: Doesn't make sense, "darkness" applied to an alpha channel? /** * Sets the RGB color of transparent pixels along the image's non-transparent * areas to black. When the image is then drawn with magnification, * RGB interpolation along the edges will go to (0, 0, 0) while the alpha * value is interpolated to zero. The end result is that the edges are * highlighted against the background -- i.e., this is a cheap way to make * the edges of small sprites stand out more clearly. The effect was originally * used by jDoom on font characters and other such graphics to make them appear * less blurry. * * @param pixels RGBA data (in/out). * @param width Width of the image in pixels. * @param height Height of the image in pixels. */ void BlackOutlines(uint8_t* pixels, int width, int height); #endif /** * Spread the color of non-masked pixels outwards into the masked area. * This addresses the "black outlines" produced by texture filtering due to * sampling the default (black) color. * * @param pixels Paletted pixel data (in/out). The size of this array * is expected to be 2 * @a width * @a height bytes * (the first layer is for the color indices and the second * layer for mask values). * @param width Width of the image in pixels. * @param height Height of the image in pixels. */ void ColorOutlinesIdx(uint8_t* pixels, int width, int height); /** * @param pixels RGB(a) image to be desaturated (in/out). * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixelSize Size of each pixel. Handles 3 and 4. */ void Desaturate(uint8_t* pixels, int width, int height, int pixelSize); /** * @note Does not conform to any standard technique and adjustments * are applied symmetrically for all color components. * * @param pixels RGB(a) image to be enhanced (in/out). * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixelSize Size of each pixel. Handles 3 and 4. */ void EnhanceContrast(uint8_t* pixels, int width, int height, int pixelSize); /** * Equalize the specified luminance map such that the minimum and maximum * brightness covers the whole [0...255] range. * * @par Algorithm * Calculates shift deltas for bright and dark-side pixels by * averaging the luminosity of all pixels in the original image. * * @param pixels Luminance image to equalize. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param rBaMul Calculated balance multiplier is written here. * @param rHiMul Calculated multiplier is written here. * @param rLoMul Calculated multiplier is written here. */ void EqualizeLuma(uint8_t* pixels, int width, int height, float* rBaMul, float* rHiMul, float* rLoMul); /** * @param pixels RGB(a) image to evaluate. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixelSize Size of a pixel in bytes. * @param color Determined average color written here. */ void FindAverageColor(const uint8_t* pixels, int width, int height, int pixelSize, ColorRawf* color); /** * @param pixels Index-color image to evaluate. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param palette Color palette to use. * @param hasAlpha @c true == @a pixels includes alpha data. * @param color Determined average color written here. */ void FindAverageColorIdx(uint8_t const *pixels, int width, int height, ColorPalette const &palette, dd_bool hasAlpha, ColorRawf *color); /** * @param pixels RGB(a) image to evaluate. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixelSize Size of a pixel in bytes. * @param line Line to evaluate. * @param color Determined average color written here. */ void FindAverageLineColor(uint8_t const *pixels, int width, int height, int pixelSize, int line, ColorRawf *color); /** * @param pixels Index-color image to evaluate. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param line Line to evaluate. * @param palette Color palette to use. * @param hasAlpha @c true == @a pixels includes alpha data. * @param color Determined average color written here. */ void FindAverageLineColorIdx(uint8_t const *pixels, int width, int height, int line, ColorPalette const &palette, dd_bool hasAlpha, ColorRawf *color); /** * @param pixels RGB(a) image to evaluate. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixelSize Size of a pixel in bytes. * @param alpha Determined average alpha written here. * @param coverage Fraction representing the ratio of alpha to non-alpha pixels. */ void FindAverageAlpha(uint8_t const *pixels, int width, int height, int pixelSize, float *alpha, float *coverage); /** * @param pixels Index-color image to evaluate. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param alpha Determined average alpha written here. * @param coverage Fraction representing the ratio of alpha to non-alpha pixels. */ void FindAverageAlphaIdx(uint8_t const *pixels, int width, int height, float *alpha, float *coverage); /** * Calculates a clip region for the image that excludes alpha pixels. * * @par Algorithm * Cross spread from bottom > top, right > left (inside out). * * @param pixels Image data to be processed. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixelSize Size of each pixel. Handles 1 (==2), 3 and 4. * @param region Determined region written here. */ void FindClipRegionNonAlpha(const uint8_t* pixels, int width, int height, int pixelSize, int region[4]); /** * @param pixels RGB(a) image to be enhanced. * @param width Width of the image in pixels. * @param height Height of the image in pixels. * @param pixelSize Size of each pixel. Handles 3 and 4. */ void SharpenPixels(uint8_t* pixels, int width, int height, int pixelSize); uint8_t* GL_ScaleBuffer(const uint8_t* pixels, int width, int height, int pixelSize, int outWidth, int outHeight); void* GL_ScaleBufferEx(const void* datain, int width, int height, int pixelSize, /*GLint typein,*/ int rowLength, int alignment, int skiprows, int skipPixels, int outWidth, int outHeight, /*GLint typeout,*/ int outRowLength, int outAlignment, int outSkipRows, int outSkipPixels); uint8_t* GL_ScaleBufferNearest(const uint8_t* pixels, int width, int height, int pixelSize, int outWidth, int outHeight); /** * Works within the given data, reducing the size of the picture to half * its original. * * @param pixels RGB(A) pixel data to process (in/out). * @param width Width of the final texture, must be power of two. * @param height Height of the final texture, must be power of two. * @param pixelSize Size of a pixel in bytes. */ void GL_DownMipmap32(uint8_t* pixels, int width, int height, int pixelSize); /** * Works within the given data, reducing the size of the picture to half * its original. * * @param in Pixel data to process (paletted, in/out). * @param fadedOut Faded result image. * @param width Width of the final texture, must be power of two. * @param height Height of the final texture, must be power of two. * @param fade Fade factor (0..1). */ void GL_DownMipmap8(uint8_t* in, uint8_t* fadedOut, int width, int height, float fade); dd_bool GL_PalettizeImage(uint8_t *out, int outformat, ColorPalette const *palette, dd_bool gammaCorrect, uint8_t const *in, int informat, int width, int height); dd_bool GL_QuantizeImageToPalette(uint8_t *out, int outformat, ColorPalette const *palette, uint8_t const *in, int informat, int width, int height); /** * Desaturates the texture in the dest buffer by averaging the colour then * looking up the nearest match in the palette. Increases the brightness * to maximum. */ void GL_DeSaturatePalettedImage(uint8_t *buffer, ColorPalette const &palette, int width, int height); #endif // DENG_GL_IMAGE_MANIPULATION_H doomsday-1.14.5/doomsday/client/include/gl/gl_deferredapi.h0000664000175000017500000000452112350542237023141 0ustar jaakkojaakko/** @file gl_deferredapi.h GL API deferring. * @ingroup gl * * Redefines GL API functions so that they're replaced with ones that defer the * call when needed. * * @note Only the GL API functions declared in this file are safe to call from * outside the main thread! * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDENG_DEFERRED_GL_API_H #define LIBDENG_DEFERRED_GL_API_H #ifdef __CLIENT__ /** * @def LIBDENG_DISABLE_DEFERRED_GL_API * Disables the automatic rerouting of GL API calls to the deferring queue. * Put this in the beginning of a source file, before all #includes. */ #ifndef LIBDENG_DISABLE_DEFERRED_GL_API #include "sys_opengl.h" // ensure native OpenGL has been included #ifdef __cplusplus extern "C" { #endif #define glEnable(x) Deferred_glEnable(x) #define glDisable(x) Deferred_glDisable(x) #define glDeleteTextures(x, y) Deferred_glDeleteTextures(x, y) #define glFogi(x, y) Deferred_glFogi(x, y) #define glFogf(x, y) Deferred_glFogf(x, y) #define glFogfv(x, y) Deferred_glFogfv(x, y) void Deferred_glEnable(GLenum e); void Deferred_glDisable(GLenum e); void Deferred_glDeleteTextures(GLsizei num, const GLuint* names); void Deferred_glFogi(GLenum p, GLint v); void Deferred_glFogf(GLenum p, GLfloat v); void Deferred_glFogfv(GLenum p, const GLfloat* v); #ifdef __cplusplus } // extern "C" #endif #endif // __CLIENT__ #endif // LIBDENG_DISABLE_DEFERRED_GL_API #endif // LIBDENG_DEFERRED_GL_API_H doomsday-1.14.5/doomsday/client/include/gl/gl_texmanager.h0000664000175000017500000000507212350542237023024 0ustar jaakkojaakko/** @file gl_texmanager.h GL-Texture Management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_GL_TEXMANAGER_H #define DENG_CLIENT_GL_TEXMANAGER_H #ifndef __CLIENT__ # error "GL Texture Manager only exists in the Client" #endif #include "api_gl.h" #include "gl/sys_opengl.h" #include "resource/rawtexture.h" #include "uri.hh" /** * Textures used in the lighting system. */ typedef enum lightingtexid_e { LST_DYNAMIC, ///< Round dynamic light LST_GRADIENT, ///< Top-down gradient LST_RADIO_CO, ///< FakeRadio closed/open corner shadow LST_RADIO_CC, ///< FakeRadio closed/closed corner shadow LST_RADIO_OO, ///< FakeRadio open/open shadow LST_RADIO_OE, ///< FakeRadio open/edge shadow LST_CAMERA_VIGNETTE, NUM_LIGHTING_TEXTURES } lightingtexid_t; typedef enum flaretexid_e { FXT_ROUND, FXT_FLARE, FXT_BRFLARE, FXT_BIGFLARE, NUM_SYSFLARE_TEXTURES } flaretexid_t; void GL_InitTextureManager(); void GL_TexReset(); /* * Here follows miscellaneous routines currently awaiting refactoring into the * revised texture management APIs. */ void GL_LoadLightingSystemTextures(); void GL_ReleaseAllLightingSystemTextures(); GLuint GL_PrepareLSTexture(lightingtexid_t which); void GL_LoadFlareTextures(); void GL_ReleaseAllFlareTextures(); GLuint GL_PrepareFlaremap(de::Uri const &resourceUri); GLuint GL_PrepareSysFlaremap(flaretexid_t which); GLuint GL_PrepareRawTexture(rawtex_t &rawTex); /// Release all textures used with 'Raw Images'. void GL_ReleaseTexturesForRawImages(); /** * Change the GL minification filter for all prepared "raw" textures. */ void GL_SetRawTexturesMinFilter(int minFilter); #endif // DENG_CLIENT_GL_TEXMANAGER_H doomsday-1.14.5/doomsday/client/include/gl/texturecontent.h0000664000175000017500000000666112350542237023307 0ustar jaakkojaakko/** @file texturecontent.h GL-texture content. * * @author Copyright © 2006-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_GL_TEXTURECONTENT_H #define DENG_CLIENT_GL_TEXTURECONTENT_H #include "api_gl.h" #include "gl/gl_defer.h" #include "TextureManifest" /** * @defgroup textureContentFlags Texture Content Flags * @ingroup flags */ /*@{*/ #define TXCF_NO_COMPRESSION 0x1 #define TXCF_MIPMAP 0x2 #define TXCF_GRAY_MIPMAP 0x4 #define TXCF_CONVERT_8BIT_TO_ALPHA 0x8 #define TXCF_APPLY_GAMMACORRECTION 0x10 #define TXCF_UPLOAD_ARG_NOSTRETCH 0x20 #define TXCF_UPLOAD_ARG_NOSMARTFILTER 0x40 #define TXCF_NEVER_DEFER 0x80 /*@}*/ /** * Defines the content of a GL texture. Used when creating textures either * immediately or in deferred mode (when busy). */ typedef struct texturecontent_s { dgltexformat_t format; GLuint name; uint8_t const *pixels; colorpaletteid_t paletteId; int width; int height; int minFilter; int magFilter; int anisoFilter; int wrap[2]; int grayMipmap; int flags; /// @ref textureContentFlags } texturecontent_t; /** * Initializes a texture content struct with default params. */ void GL_InitTextureContent(texturecontent_t *content); texturecontent_t *GL_ConstructTextureContentCopy(texturecontent_t const *other); void GL_DestroyTextureContent(texturecontent_t *content); /** * Prepare the texture content @a c, using the given image in accordance with * the supplied specification. The image data will be transformed in-place. * * @param c Texture content to be completed. * @param glTexName GL name for the texture we intend to upload. * @param image Source image containing the pixel data to be prepared. * @param spec Specification describing any transformations which * should be applied to the image. * * @param textureManifest Manifest for the logical texture being prepared. * (for informational purposes, i.e., logging) */ void GL_PrepareTextureContent(texturecontent_t &c, GLuint glTexName, image_t &image, TextureVariantSpec const &spec, de::TextureManifest const &textureManifest); /** * @param method GL upload method. By default the upload is deferred. * * @note Can be rather time-consuming due to forced scaling operations and * the generation of mipmaps. */ void GL_UploadTextureContent(texturecontent_t const &content, de::gl::UploadMethod method = de::gl::Deferred); #endif // DENG_CLIENT_GL_TEXTURECONTENT_H doomsday-1.14.5/doomsday/client/include/MapElement0000664000175000017500000000003612350542237021401 0ustar jaakkojaakko#include "world/mapelement.h" doomsday-1.14.5/doomsday/client/include/HueCircleVisual0000664000175000017500000000004412350542237022400 0ustar jaakkojaakko#include "render/huecirclevisual.h" doomsday-1.14.5/doomsday/client/include/Model0000664000175000017500000000003412350542237020410 0ustar jaakkojaakko#include "resource/model.h" doomsday-1.14.5/doomsday/client/include/dd_main.h0000664000175000017500000001232512350542237021177 0ustar jaakkojaakko/** @file dd_main.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ /** * Engine Core */ #ifndef LIBDENG_MAIN_H #define LIBDENG_MAIN_H #ifndef __cplusplus # error "C++ required" #endif #include "dd_types.h" #include "resource/resourcesystem.h" #include "Games" #include "world/worldsystem.h" #include "api_plugin.h" #include "api_gameexport.h" #include "filesys/sys_direc.h" #include #include #include #include #include #include "resourceclass.h" struct game_s; extern int verbose; //extern FILE* outFile; // Output file for console messages. extern filename_t ddBasePath; extern filename_t ddRuntimePath, ddBinPath; extern char* startupFiles; // A list of names of files to be autoloaded during startup, whitespace in between (in .cfg). extern int isDedicated; extern finaleid_t titleFinale; #ifndef WIN32 extern GETGAMEAPI GetGameAPI; #endif extern int gameDataFormat; int DD_EarlyInit(void); void DD_FinishInitializationAfterWindowReady(void); dd_bool DD_Init(void); /// @return @c true if shutdown is in progress. dd_bool DD_IsShuttingDown(void); void DD_CheckTimeDemo(void); void DD_UpdateEngineState(void); /** * Loads all the plugins from the library directory. Note that audio plugins * are not loaded here, they are managed by AudioDriver. */ void Plug_LoadAll(void); /** * Unloads all plugins. */ void Plug_UnloadAll(void); de::LibraryFile const &Plug_FileForPlugin(pluginid_t id); /** * Executes all the hooks of the given type. Bit zero of the return value * is set if a hook was executed successfully (returned true). Bit one is * set if all the hooks that were executed returned true. */ int DD_CallHooks(int hook_type, int parm, void* data); /** * Sets the ID of the currently active plugin in the current thread. * * @param id Plugin id. */ void DD_SetActivePluginId(pluginid_t id); /** * @return Unique identifier of the currently active plugin. The currently * active plugin is tracked separately for each thread. */ pluginid_t DD_ActivePluginId(void); dd_bool DD_ExchangeGamePluginEntryPoints(pluginid_t pluginId); /** * Locate the address of the named, exported procedure in the plugin. */ void* DD_FindEntryPoint(pluginid_t pluginId, const char* fn); namespace de { /// Map of symbolic file type names to file types. typedef QMap FileTypes; } /** * Lookup a FileType by symbolic name. * * @param name Symbolic name of the type. * @return FileType associated with @a name. May return a null-object. */ de::FileType &DD_FileTypeByName(de::String name); /** * Attempts to determine which "type" should be attributed to a resource, solely * by examining the name (e.g., a file name/path). * * @return Type determined for this resource. May return a null-object. */ de::FileType &DD_GuessFileTypeFromFileName(de::String name); /// Returns the registered file types for efficient traversal. de::FileTypes const& DD_FileTypes(); /// @return Symbolic name of the material scheme associated with @a textureSchemeName. de::String DD_MaterialSchemeNameForTextureScheme(de::String textureSchemeName); /// @return The application's global ResourceSystem. ResourceSystem &App_ResourceSystem(); /// @return The application's global WorldSystem. de::WorldSystem &App_WorldSystem(); /** * Convenient method of returning a resource class from the application's global * resource system. */ de::ResourceClass &App_ResourceClass(de::String className); /** * Convenient method of returning a resource class from the application's global * resource system. */ de::ResourceClass &App_ResourceClass(resourceclassid_t classId); /// @return @c true iff there is presently a game loaded. dd_bool App_GameLoaded(); /// @return The current game from the application's global collection. de::Game &App_CurrentGame(); /** * Switch to/activate the specified game. */ bool App_ChangeGame(de::Game &game, bool allowReload = false); /// @return The application's global Games (collection). de::Games &App_Games(); fontschemeid_t DD_ParseFontSchemeName(char const *str); /// @return Symbolic name of the material scheme associated with @a textureSchemeName. AutoStr *DD_MaterialSchemeNameForTextureScheme(Str const *textureSchemeName); const char* value_Str(int val); /** * Frees the info structures for all registered games. */ void DD_DestroyGames(void); D_CMD(Load); D_CMD(Unload); D_CMD(Reset); D_CMD(ReloadGame); #endif /* LIBDENG_MAIN_H */ doomsday-1.14.5/doomsday/client/include/Games0000664000175000017500000000002312350542237020402 0ustar jaakkojaakko#include "games.h" doomsday-1.14.5/doomsday/client/res/0000775000175000017500000000000012350542237016576 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/res/macx/0000775000175000017500000000000012350542237017526 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/res/macx/English.lproj/0000775000175000017500000000000012350542237022244 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/res/macx/English.lproj/InfoPlist.strings0000775000175000017500000000112212350542237025565 0ustar jaakkojaakko/* Localized versions of Info.plist keys */ CFBundleName = "Doomsday"; CFBundleShortVersionString = "1.14.5"; CFBundleGetInfoString = "Doomsday Engine 1.14.5. This software is distributed under the terms of the GNU General Public License."; NSHumanReadableCopyright = "(c) 2013 Jaakko Kernen"; doomsday-1.14.5/doomsday/client/res/macx/Info.plist0000664000175000017500000000123712350542237021501 0ustar jaakkojaakko CFBundleDevelopmentRegion English CFBundleIdentifier net.dengine.doomsday CFBundleExecutable Doomsday CFBundleIconFile deng.icns CFBundleInfoDictionaryVersion 6.0 CFBundlePackageType APPL CFBundleSignature ???? CFBundleVersion 1.14.5 doomsday-1.14.5/doomsday/client/res/macx/deng.icns0000664000175000017500000344104112350542237021330 0ustar jaakkojaakkoicnsB!s8mkaΩa<<CC{{ mm+,##AAis32@E]O;"@ @wLj^C,@ӓfFA@2UW݂kT@A6/'] r—myrbXE+2`pvfF*'1SiodiiwYRB*(3FOYllT\gRUB1.4FEJLE=8>CCUe{aNQD5-%)'IÞoTRHRPPID@>756))[&\ϵZxrh_H-&#@5b|xʖtzìvrocV:$**!8WndvY\TP^qpcTH;+,, !;T_[zfeolshog]ZPLC2(,+"#0(FMOceflnoomhffc^a`b`TULA%A[X[er~zz}rtrgalqg\XS9Kdfas{}zqvtfXP@(G`hmnpm]UJ5%)9Rjur^J;1)+1?Pl{cO=1.( "066BMUZ\PB>83.! 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See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * doomsday.rc: Doomsday.exe resource script. */ #include "../../include/windows/resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../../../api/dd_version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../../api/dd_version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""doomsday.exe.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION DOOMSDAY_VERSION_NUMBER\r\n" "PRODUCTVERSION DOOMSDAY_VERSION_NUMBER\r\n" "# if defined(_DEBUG)\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# elif defined(DOOMSDAY_RELEASE_FULL)\r\n" "FILEFLAGSMASK VS_FF_SPECIALBUILD\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_APP\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", ""Doomsday Engine\0""\r\n" " VALUE ""FileVersion"", DOOMSDAY_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", ""Doomsday Engine\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""Doomsday.exe\0""\r\n" " VALUE ""ProductName"", ""Doomsday Engine\0""\r\n" " VALUE ""ProductVersion"", DOOMSDAY_VERSION_TEXT ""\0""\r\n" "#if !defined(_DEBUG) && !defined(DOOMSDAY_RELEASE_FULL) && defined(DOOMSDAY_RELEASE_NAME)\r\n" " VALUE ""SpecialBuild"", DOOMSDAY_RELEASE_NAME ""\0""\r\n" "#endif\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif /** * Icons: * Icon with lowest ID value placed first to ensure application icon * remains consistent on all systems. */ IDI_GAME_ICON ICON DISCARDABLE "doomsday.ico" #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION DOOMSDAY_VERSION_NUMBER PRODUCTVERSION DOOMSDAY_VERSION_NUMBER # if defined(_DEBUG) FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # elif !defined(DOOMSDAY_RELEASE_FULL) FILEFLAGSMASK VS_FF_SPECIALBUILD # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_APP FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", "Doomsday Engine\0" VALUE "FileVersion", DOOMSDAY_VERSION_TEXT "\0" VALUE "InternalName", "Doomsday Engine\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "Doomsday.exe\0" VALUE "ProductName", "Doomsday Engine\0" VALUE "ProductVersion", DOOMSDAY_VERSION_TEXT "\0" #if !defined(_DEBUG) && !defined(DOOMSDAY_RELEASE_FULL) && defined(DOOMSDAY_RELEASE_NAME) VALUE "SpecialBuild", DOOMSDAY_RELEASE_NAME "\0" #endif END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/client/client-win32.doxy0000664000175000017500000000124612350542237021133 0ustar jaakkojaakko# API documentation for the Doomsday Client @INCLUDE = ../doomsday.doxy PROJECT_NAME = "Doomsday Client" PROJECT_NUMBER = 1.14.5 PROJECT_BRIEF = "Internal documentation (Windows)" OUTPUT_DIRECTORY = ../apidoc/win32/ INPUT = ../api include src EXCLUDE = include/unix include/macx src/unix src/macx PREDEFINED = __DOOMSDAY__ __CLIENT__ WIN32 __cplusplus \ "DENG2_PIMPL(C)=typedef C Public; struct C::Instance : public de::Private" \ "DENG2_PIMPL_NOREF(C)=struct C::Instance : public de::IPrivate" \ "DENG2_PRIVATE(Var)=struct Instance; Instance *Var;" doomsday-1.14.5/doomsday/client/client-mac.doxy0000664000175000017500000000135212350542237020727 0ustar jaakkojaakko# API documentation for the Doomsday Client @INCLUDE = ../doomsday.doxy PROJECT_NAME = "Doomsday Client" PROJECT_NUMBER = 1.14.5 PROJECT_BRIEF = "Internal documentation (Mac OS X)" OUTPUT_DIRECTORY = ../apidoc/mac/ INPUT = ../api include src EXCLUDE = include/windows src/windows MACRO_EXPANSION = YES PREDEFINED = __DOOMSDAY__ __CLIENT__ UNIX MACOSX __cplusplus "C_DECL=" "GL_CALL=" \ "DENG2_PIMPL(ClassName)=typedef ClassName Public; struct ClassName::Instance : public de::Private" \ "DENG2_PIMPL_NOREF(C)=struct C::Instance : public de::IPrivate" \ "DENG2_PRIVATE(Var)=struct Instance; Instance *Var;" doomsday-1.14.5/doomsday/client/data/0000775000175000017500000000000012350542237016716 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/renderer.pack/0000775000175000017500000000000012350542237021441 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/0000775000175000017500000000000012350542237023072 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/oculusrift-barrel.fsh0000664000175000017500000000431012350542237027236 0ustar jaakkojaakko#version 120 uniform sampler2D texture; uniform float distortionScale = 1.714; uniform vec2 screenSize = vec2(0.14976, 0.0936); uniform float lensSeparationDistance = 0.0635; uniform vec4 chromAbParam = vec4(0.996, -0.004, 1.014, 0.0); uniform vec4 hmdWarpParam = vec4(1.0, 0.220, 0.240, 0.000); varying highp vec2 vTexCoord; const float aspectRatio = 1.0; const vec2 inputCenter = vec2(0.5, 0.5); // We render center at center of unwarped image const vec2 scaleIn = vec2(2.0, 2.0/aspectRatio); void main() { vec2 scale = vec2(0.5/distortionScale, 0.5*aspectRatio/distortionScale); vec2 lensCenter = vec2(1.0 - lensSeparationDistance/screenSize.x, 0.5); // left eye // vec2 tcIn = vTexCoord; vec2 uv = vec2(tcIn.x*2, tcIn.y); // unwarped image coordinates (left eye) if (tcIn.x > 0.5) // right eye uv.x = 2 - 2*tcIn.x; vec2 theta = (uv - lensCenter) * scaleIn; float rSq = theta.x * theta.x + theta.y * theta.y; vec2 rvector = theta * ( hmdWarpParam.x + hmdWarpParam.y * rSq + hmdWarpParam.z * rSq * rSq + hmdWarpParam.w * rSq * rSq * rSq); // Chromatic aberration correction vec2 thetaBlue = rvector * (chromAbParam.z + chromAbParam.w * rSq); vec2 tcBlue = inputCenter + scale * thetaBlue; // Blue is farthest out if ( (abs(tcBlue.x - 0.5) > 0.5) || (abs(tcBlue.y - 0.5) > 0.5) ) { gl_FragColor = vec4(0, 0, 0, 1); return; } vec2 thetaRed = rvector * (chromAbParam.x + chromAbParam.y * rSq); vec2 tcRed = inputCenter + scale * thetaRed; vec2 tcGreen = inputCenter + scale * rvector; // green tcRed.x *= 0.5; // because output only goes to 0-0.5 (left eye) tcGreen.x *= 0.5; // because output only goes to 0-0.5 (left eye) tcBlue.x *= 0.5; // because output only goes to 0-0.5 (left eye) if (tcIn.x > 0.5) { // right eye 0.5-1.0 tcRed.x = 1 - tcRed.x; tcGreen.x = 1 - tcGreen.x; tcBlue.x = 1 - tcBlue.x; } float red = texture2D(texture, tcRed).r; vec2 green = texture2D(texture, tcGreen).ga; float blue = texture2D(texture, tcBlue).b; gl_FragColor = vec4(red, green.x, blue, green.y); } doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/bloom.vsh0000664000175000017500000000041612350542237024725 0ustar jaakkojaakkouniform highp mat4 uMvpMatrix; uniform highp vec4 uColor; uniform highp vec4 uWindow; attribute highp vec4 aVertex; attribute highp vec2 aUV; varying highp vec2 vUV; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = uWindow.xy + aUV * uWindow.zw; } doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/bloom-vertical.fsh0000664000175000017500000000244512350542237026520 0ustar jaakkojaakkouniform sampler2D uTex; uniform highp vec2 uBlurStep; varying highp vec2 vUV; void main(void) { highp vec4 sum = vec4(0.0); sum += texture2D(uTex, vec2(vUV.s, vUV.t - 7.0 * uBlurStep.t)) * 0.0249; sum += texture2D(uTex, vec2(vUV.s, vUV.t - 6.0 * uBlurStep.t)) * 0.0367; sum += texture2D(uTex, vec2(vUV.s, vUV.t - 5.0 * uBlurStep.t)) * 0.0498; sum += texture2D(uTex, vec2(vUV.s, vUV.t - 4.0 * uBlurStep.t)) * 0.0660; sum += texture2D(uTex, vec2(vUV.s, vUV.t - 3.0 * uBlurStep.t)) * 0.0803; sum += texture2D(uTex, vec2(vUV.s, vUV.t - 2.0 * uBlurStep.t)) * 0.0915; sum += texture2D(uTex, vec2(vUV.s, vUV.t - uBlurStep.t )) * 0.0996; sum += texture2D(uTex, vUV) * 0.1027; sum += texture2D(uTex, vec2(vUV.s, vUV.t + uBlurStep.t )) * 0.0996; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 2.0 * uBlurStep.t)) * 0.0915; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 3.0 * uBlurStep.t)) * 0.0803; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 4.0 * uBlurStep.t)) * 0.0660; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 5.0 * uBlurStep.t)) * 0.0498; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 6.0 * uBlurStep.t)) * 0.0367; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 7.0 * uBlurStep.t)) * 0.0249; gl_FragColor = sum; }doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/lensflares.vsh0000664000175000017500000000341212350542237025752 0ustar jaakkojaakkouniform highp mat4 uMvpMatrix; uniform highp vec4 uActiveRect; // (x-scale, y-scale, x-offset, y-offset) uniform highp vec2 uViewUnit; uniform highp vec2 uPixelAsUv; uniform sampler2D uDepthBuf; attribute highp vec4 aVertex; attribute highp vec4 aColor; attribute highp vec2 aUV; attribute highp vec2 aUV2; attribute highp vec2 aUV3; varying highp vec4 vColor; varying highp vec2 vUV; bool isOccluded(highp vec2 uv) { // Apply a possible viewport transformation. uv = uv * uActiveRect.xy + uActiveRect.zw; float depth = texture2D(uDepthBuf, uv).r; return (depth < (gl_Position.z/gl_Position.w + 1.0) / 2.0); } float occlusionLevel() { highp vec2 depthUv = gl_Position.xy / gl_Position.w / 2.0 + vec2(0.5, 0.5); float occ = 0.0; if(!isOccluded(depthUv)) occ += 0.2; if(!isOccluded(depthUv + vec2(uPixelAsUv.x * 4.0, uPixelAsUv.y))) occ += 0.2; if(!isOccluded(depthUv - vec2(uPixelAsUv.x * 4.0, uPixelAsUv.y))) occ += 0.2; if(!isOccluded(depthUv + vec2(uPixelAsUv.x, uPixelAsUv.y * 4.0))) occ += 0.2; if(!isOccluded(depthUv - vec2(uPixelAsUv.x, uPixelAsUv.y * 4.0))) occ += 0.2; return occ; } void main(void) { vUV = aUV; vColor = aColor; gl_Position = uMvpMatrix * aVertex; // Is the origin occluded in the depth buffer? float ocl = occlusionLevel(); if(ocl <= 0.0) { // Occluded! Make it invisibile and leave the quad zero-sized. vUV = aUV; vColor = vec4(0.0, 0.0, 0.0, 0.0); return; } else { vColor.a *= ocl; } // Position on the axis that passes through the center of the view. highp float axisPos = aUV3.s; gl_Position.xy *= axisPos; // Position the quad corners. gl_Position.xy += aUV2 * uViewUnit * vec2(gl_Position.w); } doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/lensflares.fsh0000664000175000017500000000046012350542237025732 0ustar jaakkojaakkouniform sampler2D uTex; uniform sampler2D uDepthBuf; varying highp vec4 vColor; varying highp vec2 vUV; void main(void) { highp vec4 tex = texture2D(uTex, vUV); gl_FragColor = tex * vColor; // Discard fragments without alpha. if(gl_FragColor.a <= 0.0) { discard; } } doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/bloom-horizontal.fsh0000664000175000017500000000313412350542237027074 0ustar jaakkojaakkouniform sampler2D uTex; uniform highp float uIntensity; uniform highp float uThreshold; uniform highp vec2 uBlurStep; varying highp vec2 vUV; void main(void) { highp vec4 sum = vec4(0.0); sum += texture2D(uTex, vec2(vUV.s - 7.0 * uBlurStep.s, vUV.t)) * 0.0249; sum += texture2D(uTex, vec2(vUV.s - 6.0 * uBlurStep.s, vUV.t)) * 0.0367; sum += texture2D(uTex, vec2(vUV.s - 5.0 * uBlurStep.s, vUV.t)) * 0.0498; sum += texture2D(uTex, vec2(vUV.s - 4.0 * uBlurStep.s, vUV.t)) * 0.0660; sum += texture2D(uTex, vec2(vUV.s - 3.0 * uBlurStep.s, vUV.t)) * 0.0803; sum += texture2D(uTex, vec2(vUV.s - 2.0 * uBlurStep.s, vUV.t)) * 0.0915; sum += texture2D(uTex, vec2(vUV.s - uBlurStep.s, vUV.t)) * 0.0996; sum += texture2D(uTex, vUV) * 0.1027; sum += texture2D(uTex, vec2(vUV.s + uBlurStep.s, vUV.t)) * 0.0996; sum += texture2D(uTex, vec2(vUV.s + 2.0 * uBlurStep.s, vUV.t)) * 0.0915; sum += texture2D(uTex, vec2(vUV.s + 3.0 * uBlurStep.s, vUV.t)) * 0.0803; sum += texture2D(uTex, vec2(vUV.s + 4.0 * uBlurStep.s, vUV.t)) * 0.0660; sum += texture2D(uTex, vec2(vUV.s + 5.0 * uBlurStep.s, vUV.t)) * 0.0498; sum += texture2D(uTex, vec2(vUV.s + 6.0 * uBlurStep.s, vUV.t)) * 0.0367; sum += texture2D(uTex, vec2(vUV.s + 7.0 * uBlurStep.s, vUV.t)) * 0.0249; // Apply a threshold that gets rid of dark, non-luminous pixels. highp float intens = max(sum.r, max(sum.g, sum.b)); intens = (intens - uThreshold) * uIntensity; gl_FragColor = vec4(vec3(intens) * normalize(sum.rgb + 0.2), 1.0); }doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/blur-vertical.fsh0000664000175000017500000000154712350542237026356 0ustar jaakkojaakkouniform sampler2D uTex; uniform highp vec2 uBlurStep; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { highp vec4 sum = vec4(0.0); sum += texture2D(uTex, vec2(vUV.s, vUV.t - 4.0 * uBlurStep.t)) * 0.05; sum += texture2D(uTex, vec2(vUV.s, vUV.t - 3.0 * uBlurStep.t)) * 0.09; sum += texture2D(uTex, vec2(vUV.s, vUV.t - 2.0 * uBlurStep.t)) * 0.123; sum += texture2D(uTex, vec2(vUV.s, vUV.t - uBlurStep.t )) * 0.154; sum += texture2D(uTex, vUV) * 0.165; sum += texture2D(uTex, vec2(vUV.s, vUV.t + uBlurStep.t )) * 0.154; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 2.0 * uBlurStep.t)) * 0.123; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 3.0 * uBlurStep.t)) * 0.09; sum += texture2D(uTex, vec2(vUV.s, vUV.t + 4.0 * uBlurStep.t)) * 0.05; gl_FragColor = sum * vColor; }doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/blur.vsh0000664000175000017500000000054412350542237024563 0ustar jaakkojaakkouniform highp mat4 uMvpMatrix; uniform highp vec4 uColor; uniform highp vec4 uWindow; attribute highp vec4 aVertex; attribute highp vec2 aUV; attribute highp vec4 aColor; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = uWindow.xy + aUV * uWindow.zw; vColor = aColor * uColor; } doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders/blur-horizontal.fsh0000664000175000017500000000157012350542237026732 0ustar jaakkojaakkouniform sampler2D uTex; uniform highp vec2 uBlurStep; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { highp vec4 sum = vec4(0.0); sum += texture2D(uTex, vec2(vUV.s - 4.0 * uBlurStep.s, vUV.t)) * 0.05; sum += texture2D(uTex, vec2(vUV.s - 3.0 * uBlurStep.s, vUV.t)) * 0.09; sum += texture2D(uTex, vec2(vUV.s - 2.0 * uBlurStep.s, vUV.t)) * 0.123; sum += texture2D(uTex, vec2(vUV.s - uBlurStep.s, vUV.t)) * 0.154; sum += texture2D(uTex, vUV) * 0.165; sum += texture2D(uTex, vec2(vUV.s + uBlurStep.s, vUV.t)) * 0.154; sum += texture2D(uTex, vec2(vUV.s + 2.0 * uBlurStep.s, vUV.t)) * 0.123; sum += texture2D(uTex, vec2(vUV.s + 3.0 * uBlurStep.s, vUV.t)) * 0.09; sum += texture2D(uTex, vec2(vUV.s + 4.0 * uBlurStep.s, vUV.t)) * 0.05; gl_FragColor = sum; gl_FragColor.a = 1.0; }doomsday-1.14.5/doomsday/client/data/renderer.pack/shaders.dei0000664000175000017500000002036612350542237023564 0ustar jaakkojaakko# Doomsday's Core Set of Shaders # # In each "shader" block, there can be: # - path: path to both the .vsh and .fsh files (omit extension: # "shaders/test" => shaders/test.vsh, shaders/test.fsh) # - path.vertex: path to the vertex shader file # - path.fragment: path to the fragment shader file # - vertex: source of the vertex shader # - fragment: source of the fragment shader group generic { # Simple shader with untextured vertices. There is an additional constant # color applied to all vertices. Uses a combined model-view-projection # matrix. shader color_ucolor { vertex = " uniform highp mat4 uMvpMatrix; uniform highp vec4 uColor; attribute highp vec4 aVertex; attribute highp vec4 aColor; varying highp vec4 vColor; void main(void) { gl_Position = uMvpMatrix * aVertex; vColor = uColor * aColor; }" fragment = " varying highp vec4 vColor; void main(void) { gl_FragColor = vColor; }" } shader texture { vertex = " uniform highp mat4 uMvpMatrix; attribute highp vec4 aVertex; attribute highp vec2 aUV; varying highp vec2 vUV; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = aUV; }" fragment = " uniform sampler2D uTex; varying highp vec2 vUV; void main(void) { gl_FragColor = texture2D(uTex, vUV); }" } group textured { # Simple shader with one texture plus a color per vertex. Uses a # combined model-view-projection matrix. shader color { vertex = " uniform highp mat4 uMvpMatrix; attribute highp vec4 aVertex; attribute highp vec2 aUV; attribute highp vec4 aColor; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = aUV; vColor = aColor; }" fragment = " uniform sampler2D uTex; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { gl_FragColor = vColor * texture2D(uTex, vUV); }" } # Simple shader with one texture plus a color per vertex. There is # an additional constant color applied to all vertices. Uses a # combined model-view-projection matrix. shader color_ucolor { vertex = " uniform highp mat4 uMvpMatrix; uniform highp vec4 uColor; attribute highp vec4 aVertex; attribute highp vec2 aUV; attribute highp vec4 aColor; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = aUV; vColor = aColor * uColor; }" fragment = " uniform sampler2D uTex; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { gl_FragColor = vColor * texture2D(uTex, vUV); }" } } } group fx { # Blurring is done in two passes: horizontal and vertical. This is more # efficient than doing the equivalent amount of blurring in a single pass. group blur { shader horizontal { path.vertex = "shaders/blur.vsh" path.fragment = "shaders/blur-horizontal.fsh" } shader vertical { path.vertex = "shaders/blur.vsh" path.fragment = "shaders/blur-vertical.fsh" } } # Bloom is a specialized additive blur that only applies to bright pixels # (given a configurable threshold for brightness). group bloom { shader horizontal { path.vertex = "shaders/bloom.vsh" path.fragment = "shaders/bloom-horizontal.fsh" } shader vertical { path.vertex = "shaders/bloom.vsh" path.fragment = "shaders/bloom-vertical.fsh" } } shader lensflares { path.vertex = "shaders/lensflares.vsh" path.fragment = "shaders/lensflares.fsh" } # Post-processing shaders need to have uFadeInOut (0..1) for # fading the effect in/out. group post { shader monochrome { vertex = " uniform highp mat4 uMvpMatrix; attribute highp vec4 aVertex; attribute highp vec2 aUV; varying highp vec2 vUV; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = aUV; }" fragment = " uniform sampler2D uTex; uniform highp float uFadeInOut; varying highp vec2 vUV; void main(void) { highp vec4 original = texture2D(uTex, vUV); highp float intens = (0.2125 * original.r) + (0.7154 * original.g) + (0.0721 * original.b); gl_FragColor = vec4(vec3(intens), 1.0); if(uFadeInOut < 1.0) { gl_FragColor = mix(original, gl_FragColor, uFadeInOut); } }" } shader monochrome.inverted { vertex = " uniform highp mat4 uMvpMatrix; attribute highp vec4 aVertex; attribute highp vec2 aUV; varying highp vec2 vUV; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = aUV; }" fragment = " uniform sampler2D uTex; uniform highp float uFadeInOut; varying highp vec2 vUV; void main(void) { highp vec4 original = texture2D(uTex, vUV); highp float intens = (0.2125 * original.r) + (0.7154 * original.g) + (0.0721 * original.b); gl_FragColor = vec4(vec3(1.0 - intens), 1.0); if(uFadeInOut < 1.0) { gl_FragColor = mix(original, gl_FragColor, uFadeInOut); } }" } } } group vr { group oculusrift { shader barrel { vertex = " #version 120 attribute highp vec4 aVertex; attribute highp vec2 aUV; varying highp vec2 vTexCoord; void main() { gl_Position = aVertex; vTexCoord = aUV; }" path.fragment = "shaders/oculusrift-barrel.fsh" } } } group debug { group textured { # Visualize alpha information. shader alpha { vertex = " uniform highp mat4 uMvpMatrix; attribute highp vec4 aVertex; attribute highp vec2 aUV; attribute highp vec4 aColor; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { gl_Position = uMvpMatrix * aVertex; vUV = aUV; vColor = aColor; }" fragment = " uniform sampler2D uTex; varying highp vec2 vUV; varying highp vec4 vColor; void main(void) { highp vec4 col = vColor * texture2D(uTex, vUV); gl_FragColor = vec4(col.a, col.a, col.a, 1.0); }" } } } doomsday-1.14.5/doomsday/client/data/renderer.pack/graphics/0000775000175000017500000000000012350542237023241 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/renderer.pack/graphics/flares/0000775000175000017500000000000012350542237024515 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/renderer.pack/graphics/flares/star.png0000664000175000017500000037273712350542237026217 0ustar jaakkojaakkoPNG  IHDRߊ AiCCPICC ProfileH wTSϽ7" %z ;HQIP&vDF)VdTG"cE b PQDE݌k 5ޚYg}׺PtX4X\XffGD=HƳ.d,P&s"7C$ E6<~&S2)212 "įl+ɘ&Y4Pޚ%ᣌ\%g|eTI(L0_&l2E9r9hxgIbטifSb1+MxL 0oE%YmhYh~S=zU&ϞAYl/$ZUm@O ޜl^ ' lsk.+7oʿ9V;?#I3eE妧KD d9i,UQ h A1vjpԁzN6p\W p G@ K0ށiABZyCAP8C@&*CP=#t] 4}a ٰ;GDxJ>,_“@FXDBX$!k"EHqaYbVabJ0՘cVL6f3bձX'?v 6-V``[a;p~\2n5׌ &x*sb|! ߏƿ' Zk! $l$T4QOt"y\b)AI&NI$R$)TIj"]&=&!:dGrY@^O$ _%?P(&OJEBN9J@y@yCR nXZOD}J}/G3ɭk{%Oחw_.'_!JQ@SVF=IEbbbb5Q%O@%!BӥyҸM:e0G7ӓ e%e[(R0`3R46i^)*n*|"fLUo՝mO0j&jajj.ϧwϝ_4갺zj=U45nɚ4ǴhZ ZZ^0Tf%9->ݫ=cXgN].[7A\SwBOK/X/_Q>QG[ `Aaac#*Z;8cq>[&IIMST`ϴ kh&45ǢYYF֠9<|y+ =X_,,S-,Y)YXmĚk]c}džjcΦ浭-v};]N"&1=xtv(}'{'IߝY) Σ -rqr.d._xpUەZM׍vm=+KGǔ ^WWbj>:>>>v}/avO8 FV> 2 u/_$\BCv< 5 ]s.,4&yUx~xw-bEDCĻHGKwFGEGME{EEKX,YFZ ={$vrK .3\rϮ_Yq*©L_wד+]eD]cIIIOAu_䩔)3ѩiB%a+]3='/40CiU@ёL(sYfLH$%Y jgGeQn~5f5wugv5k֮\۹Nw]m mHFˍenQQ`hBBQ-[lllfjۗ"^bO%ܒY}WwvwXbY^Ю]WVa[q`id2JjGէ{׿m>PkAma꺿g_DHGGu;776ƱqoC{P38!9 ҝˁ^r۽Ug9];}}_~imp㭎}]/}.{^=}^?z8hc' O*?f`ϳgC/Oϩ+FFGGόzˌㅿ)ѫ~wgbk?Jި9mdwi獵ޫ?cǑOO?w| x&mf2:Y~ pHYs  $iTXtXML:com.adobe.xmp 1 5 72 1 72 500 1 500 2013-11-28T08:11:24 Pixelmator 3.0 (Oc@IDATx콋b893g?[_ !Y%sҶHP",I_cm_+?_8zUUUUUUU_п1\ z | JaU`U`U`U`U`5XXXXXX ĕªj5***** *78+UUUUUk`U`U`U`U`UT`5opW 7j VVVVVVC_UUUUUoPпA\) ^ߠRXXXXXX }VVVVVAVCq*****z | JaU`U`U`U`U`5XXXXXX ĕªj5***** *78+UUUUUk`U`U`U`U`UT`5opW 7j VVVVVVC_UUUUUoPпA\) ^ߠRXXXXXX }VVVVVAVCq*****z | JaU`U`U`U`U`5XXXXXX ĕªj5***** *78+UUUUUk`U`U`U`U`UT`5opW 7j VVVVVVC_UUUUUoPпA\) ^ߠRXZUU/[l+UY1O$[-HGpqVV>y8 oU*7 77wܭ <\?5[Shd~ߘ|Q[^WޯzyZؾ1Ơn뫯uGFVj诫߲^x lỸ|蠮MC@0j܈j_޻nB|t}f~oU8٩}U/TΟ ;W@g|o[!_ [w>Vq`5yvo]7"[x yz/oot^`/pU~ŭ%>l^Oy>xqR | ?!Z lfW?l{o߼q}b^^VUFY]_Eas3OwOxk1jjLk|Wīח`U+P$%h*âW}o5s|ON|ϻ_UBlY_Y)!^|4jV[+*Fkq '^_ߠLo5gp/ߠ_bKj?H<+po;_Z ve3Og}%yUg>?xlg_𠭐`vT3S+~~ޓ\9º ~V}gi? 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VB Jk"SF4DޒƏY0g3>JUNO+_Yš\~>ѤTi:u}s. f/ G SyT ìk|fC=:8{Oi҄Z!mdhk)9Uς_7*h[ʼn<lZ}. f/e>vDB.`SE3Cժ7P1!ҏyοݠ2GC 7 i"3'A!y>~2̢!+hk,Qm9x6>y72p%D#hB"X IaZy>LUxS(PO-~Q }||fGk*dWc\L ΈEET$L'[E{-7_$c ;lzrN>)Q:*~#ؤ{L 2jua+jΏ0O ,h5~\IщbNJ&Kby:|UL2_ߜc*Obٷr.9/8NNHf(#~ѩ!.2c*yr'RФ{F**NS(ijiuծsޒf\ 1 )B<!>xTP4G]#ҥF`h:Hu8 fq*_{< \}m7Dn'3|Q@dhR1k9txB3emzڣN0A9 a<KZQݛ?6X3{mVW2x r_E/ q} xD~CnjڣD_ &m]ϜN.fO?BC |Vdߏp@vm 7~{x3w2{޵OOQs7777777777777777777777777777777777777777777777777777777777777777777777777777777777777777?e`1BIENDB`doomsday-1.14.5/doomsday/client/data/renderer.pack/images.dei0000664000175000017500000000076612350542237023402 0ustar jaakkojaakko# Images for the Renderer # # These images are used as key assets in 2D and 3D rendering. # Lens flare images. group fx.lensflares { image burst { path = "graphics/flares/h-burst.png" } image circle { path = "graphics/flares/circle.png" } image exponent { path = "graphics/flares/exponent.png" } image halo { path = "graphics/flares/halo.png" } image ring { path = "graphics/flares/ring.png" } image star { path = "graphics/flares/star.png" } } doomsday-1.14.5/doomsday/client/data/renderer.pack/profiles/0000775000175000017500000000000012350542237023264 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/renderer.pack/profiles/renderer/0000775000175000017500000000000012350542237025072 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/renderer.pack/profiles/renderer/vanilla.dei0000664000175000017500000000776312350542237027220 0ustar jaakkojaakkoprofile { name: Vanilla (built-in) setting "rend-bloom" { value: 0 } setting "rend-fakeradio" { value: 0 } setting "rend-fakeradio-darkness" { value: 1.2 } setting "rend-glow" { value: 0 } setting "rend-glow-height" { value: 100 } setting "rend-glow-scale" { value: 3 } setting "rend-glow-wall" { value: 1 } setting "rend-halo" { value: 0 } setting "rend-halo-bright" { value: 35 } setting "rend-halo-dim-far" { value: 100 } setting "rend-halo-dim-near" { value: 10 } setting "rend-halo-occlusion" { value: 48 } setting "rend-halo-radius-min" { value: 20 } setting "rend-halo-realistic" { value: 1 } setting "rend-halo-secondary-limit" { value: 1 } setting "rend-halo-size" { value: 80 } setting "rend-halo-zmag-div" { value: 100 } setting "rend-light" { value: 0 } setting "rend-light-ambient" { value: 0 } setting "rend-light-attenuation" { value: 1024 } setting "rend-light-blend" { value: 0 } setting "rend-light-bright" { value: 0.46875 } setting "rend-light-compression" { value: 0 } setting "rend-light-decor" { value: 0 } setting "rend-light-fog-bright" { value: 0.15 } setting "rend-light-num" { value: 0 } setting "rend-light-radius-max" { value: 289 } setting "rend-light-radius-scale" { value: 6.50625 } setting "rend-light-sky" { value: 0.29375 } setting "rend-light-sky-auto" { value: 0 } setting "rend-light-wall-angle" { value: 1.2 } setting "rend-light-wall-angle-smooth" { value: 0 } setting "rend-mobj-smooth-move" { value: 0 } setting "rend-mobj-smooth-turn" { value: 0 } setting "rend-model" { value: 0 } setting "rend-model-distance" { value: 1500 } setting "rend-model-inter" { value: 1 } setting "rend-model-lights" { value: 4 } setting "rend-model-lod" { value: 256 } setting "rend-particle" { value: 0 } setting "rend-particle-diffuse" { value: 4 } setting "rend-particle-max" { value: 0 } setting "rend-particle-rate" { value: 1 } setting "rend-particle-visible-near" { value: 0 } setting "rend-shadow" { value: 0 } setting "rend-shadow-darkness" { value: 1.2 } setting "rend-shadow-far" { value: 1000 } setting "rend-shadow-radius-max" { value: 80 } setting "rend-sky-distance" { value: 1600 } setting "rend-sprite-align" { value: 1 } setting "rend-sprite-blend" { value: 0 } setting "rend-sprite-lights" { value: 4 } setting "rend-sprite-mode" { value: 1 } setting "rend-sprite-noz" { value: 1 } setting "rend-tex-anim-smooth" { value: 0 } setting "rend-tex-detail" { value: 0 } setting "rend-tex-detail-scale" { value: 4 } setting "rend-tex-detail-strength" { value: 0.5 } setting "rend-tex-filter-anisotropic" { value: 0 } setting "rend-tex-filter-mag" { value: 0 } setting "rend-tex-filter-smart" { value: 0 } setting "rend-tex-filter-sprite" { value: 0 } setting "rend-tex-filter-ui" { value: 0 } setting "rend-tex-mipmap" { value: 0 } setting "rend-tex-quality" { value: 8 } setting "rend-tex-shiny" { value: 0 } setting "rend-vignette" { value: 0 } setting "rend-vignette-darkness" { value: 1 } setting "rend-vignette-width" { value: 1 } } doomsday-1.14.5/doomsday/client/data/renderer.pack/profiles/renderer/amplified.dei0000664000175000017500000001020212350542237027502 0ustar jaakkojaakkoprofile { name: Amplified (built-in) setting "rend-bloom" { value: 1 } setting "rend-bloom-intensity" { value: 0.8 } setting "rend-bloom-threshold" { value: 0.3 } setting "rend-fakeradio" { value: 1 } setting "rend-fakeradio-darkness" { value: 1.2 } setting "rend-glow" { value: 0.8 } setting "rend-glow-height" { value: 200 } setting "rend-glow-scale" { value: 3 } setting "rend-glow-wall" { value: 1 } setting "rend-halo" { value: 5 } setting "rend-halo-bright" { value: 48 } setting "rend-halo-dim-far" { value: 100 } setting "rend-halo-dim-near" { value: 10 } setting "rend-halo-occlusion" { value: 48 } setting "rend-halo-radius-min" { value: 25 } setting "rend-halo-realistic" { value: 0 } setting "rend-halo-secondary-limit" { value: 1 } setting "rend-halo-size" { value: 80 } setting "rend-halo-zmag-div" { value: 50 } setting "rend-light" { value: 1 } setting "rend-light-ambient" { value: 0 } setting "rend-light-attenuation" { value: 924 } setting "rend-light-blend" { value: 0 } setting "rend-light-bright" { value: 0.375 } setting "rend-light-compression" { value: -0.1 } setting "rend-light-decor" { value: 1 } setting "rend-light-fog-bright" { value: 0.295833 } setting "rend-light-num" { value: 0 } setting "rend-light-radius-max" { value: 256 } setting "rend-light-radius-scale" { value: 4.8 } setting "rend-light-sky" { value: 0.30425 } setting "rend-light-sky-auto" { value: 1 } setting "rend-light-wall-angle" { value: 1.2 } setting "rend-light-wall-angle-smooth" { value: 1 } setting "rend-mobj-smooth-move" { value: 2 } setting "rend-mobj-smooth-turn" { value: 1 } setting "rend-model" { value: 1 } setting "rend-model-distance" { value: 1500 } setting "rend-model-inter" { value: 1 } setting "rend-model-lights" { value: 4 } setting "rend-model-lod" { value: 256 } setting "rend-particle" { value: 1 } setting "rend-particle-diffuse" { value: 4 } setting "rend-particle-max" { value: 0 } setting "rend-particle-rate" { value: 1 } setting "rend-particle-visible-near" { value: 0 } setting "rend-shadow" { value: 1 } setting "rend-shadow-darkness" { value: 1.2 } setting "rend-shadow-far" { value: 1000 } setting "rend-shadow-radius-max" { value: 80 } setting "rend-sky-distance" { value: 1600 } setting "rend-sprite-align" { value: 0 } setting "rend-sprite-blend" { value: 1 } setting "rend-sprite-lights" { value: 4 } setting "rend-sprite-mode" { value: 0 } setting "rend-sprite-noz" { value: 0 } setting "rend-tex-anim-smooth" { value: 1 } setting "rend-tex-detail" { value: 1 } setting "rend-tex-detail-scale" { value: 4 } setting "rend-tex-detail-strength" { value: 0.5 } setting "rend-tex-filter-anisotropic" { value: -1 } setting "rend-tex-filter-mag" { value: 1 } setting "rend-tex-filter-smart" { value: 1 } setting "rend-tex-filter-sprite" { value: 1 } setting "rend-tex-filter-ui" { value: 1 } setting "rend-tex-mipmap" { value: 5 } setting "rend-tex-quality" { value: 8 } setting "rend-tex-shiny" { value: 1 } setting "rend-vignette" { value: 1 } setting "rend-vignette-darkness" { value: 1 } setting "rend-vignette-width" { value: 1 } } doomsday-1.14.5/doomsday/client/data/renderer.pack/profiles/renderer/defaults.dei0000664000175000017500000000016712350542237027370 0ustar jaakkojaakkoprofile { name: Defaults (built-in) # The values for all settings are taken from the built-in defaults. } 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0 ) 1 ! 2 @ 3 # 4 $ 5 % 6 ^ 7 & 8 * 9 ( ; : = + A a B b C c D d E e F f G g H h I i J j K k L l M m N n O o P p Q q R r S s T t U u V v W w X x Y y Z z [ { \ | ] } a A b B c C d D e E f F g G h H i I j J k K l L m M n N o O p P q Q r R s S t T u U v V w W x X y Y z Z doomsday-1.14.5/doomsday/client/data/keymaps/de.dkm0000664000175000017500000000073412350542237021460 0ustar jaakkojaakko012 013 021 z 026 027 + 039 040 041 ^ 043 # 044 y 053 - 086 < +Shift ^ 0 = 1 ! 2 " 3 4 $ 5 % 6 & 7 / 8 ( 9 ) ? ` + * # ' < > , ; . : - _ -Shift +Alt 2 3 7 { 8 [ 9 ] 0 } \ q @ + ~ < | m -Alt doomsday-1.14.5/doomsday/client/data/keymaps/fi.dkm0000664000175000017500000000033512350542237021463 0ustar jaakkojaakko012 + 013 026 027 ^ 039 040 043 ' 053 - 086 < 092 \ +Shift ` ' * ^ ~ , ; . : - _ < > 0 = 1 ! 2 " 3 # 4 5 % 6 & 7 / 8 ( 9 ) ; : + ? -Shift +Alt + \ 7 { 0 } 8 [ 9 ] < | 2 @ 3 4 $ ^ ~ doomsday-1.14.5/doomsday/client/data/defaultstyle.pack/0000775000175000017500000000000012350542237022340 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/defaultstyle.pack/fonts.dei0000664000175000017500000000604312350542237024157 0ustar jaakkojaakko# Fonts for the default UI style # # - size can be "pt" or "px", defaults to "pt" # - weight: normal bold light # - style: normal italic script { import Version, gui # Load the Open Sans font contained in this pack. def loadOpenSans() import App, Path fontDir = Path.fileNamePath(__file__) / "fonts" # Sadly, light fonts seem to not work in Qt presently. for style in ['Regular', 'Bold', 'Italic', 'BoldItalic'] #'Light', 'LightItalic' App.loadFont(fontDir / ("OpenSans-%s.ttf" % style)) end end } group { condition: Version.OS == 'windows' script { loadOpenSans() } font default { family: Open Sans size: 12pt weight: normal style: normal } font monospace inherits default { family: Courier New size: 10pt } } group { condition: Version.OS == 'macx' script { # Define mappings for native font styles and weights. import App App.addFontMapping("Helvetica Neue", { ['regular', 25]: 'HelveticaNeue-Light', ['regular', 50]: 'HelveticaNeue', ['regular', 75]: 'HelveticaNeue-Bold', ['italic', 25]: 'HelveticaNeue-LightItalic', ['italic', 50]: 'HelveticaNeue-Italic', ['italic', 75]: 'HelveticaNeue-BoldItalic' }) App.addFontMapping("Menlo", { ['regular', 25]: 'Menlo-Regular', ['regular', 50]: 'Menlo-Regular', ['regular', 75]: 'Menlo-Bold', ['italic', 25]: 'Menlo-Italic', ['italic', 50]: 'Menlo-Italic', ['italic', 75]: 'Menlo-BoldItalic' }) } font default { family: Helvetica Neue size: 16pt weight: normal style: normal } font monospace inherits default { family: Menlo size: 13pt } } group { condition: Version.OS == 'unix' font default { family: Liberation Sans size: 13pt weight: normal style: normal } font monospace inherits default { family: FreeMono size: 12pt } } font title inherits default { size $: gui.scale(__this__.size, 1.75) weight: light } font heading inherits title { size $: gui.scale(default.size, 1.2) } font small inherits default { size $: gui.scale(__this__.size, 0.75) } group editor { font plaintext inherits default {} font hint inherits default { style: italic weight: light } } group separator { font empty inherits default { size $: gui.scale(__this__.size, 0.5) } font label inherits small { weight: bold } } group choice { font selected inherits default { weight: bold } } group tab { font label inherits small { weight: bold } font selected inherits tab.label {} } group slider { font label inherits small {} font value inherits slider.label { weight: bold } } group log { font normal inherits default {} } doomsday-1.14.5/doomsday/client/data/defaultstyle.pack/fonts/0000775000175000017500000000000012350542237023471 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/data/defaultstyle.pack/fonts/Apache License.txt0000664000175000017500000002607312350542237026766 0ustar jaakkojaakkoApache License Version 2.0, January 2004 http://www.apache.org/licenses/ TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION 1. 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ServerFinder::foundServers() const { return d->servers.keys(); } String ServerFinder::name(Address const &server) const { return messageFromServer(server)["name"].value(); } int ServerFinder::playerCount(Address const &server) const { return messageFromServer(server)["nump"].value().as(); } int ServerFinder::maxPlayers(Address const &server) const { return messageFromServer(server)["maxp"].value().as(); } Record const &ServerFinder::messageFromServer(Address const &address) const { if(!d->servers.contains(address)) { /// @throws NotFoundError @a address not found in the registry of server responses. throw NotFoundError("ServerFinder::messageFromServer", "No message from server " + address.asText()); } return *d->servers[address].message; } void ServerFinder::found(Address host, Block block) { // Normalize the local host address. if(host.isLocal()) host.setHost(QHostAddress::LocalHost); try { LOG_TRACE("Received a server message from %s with %i bytes") << host << block.size(); // Replace or insert the information for this host. Instance::Found found; if(d->servers.contains(host)) { found.message = d->servers[host].message; d->servers[host].at = Time(); } else { found.message = new Record; d->servers.insert(host, found); } Reader(block).withHeader() >> *found.message; emit updated(); } catch(Error const &) { // Remove the message that failed to deserialize. if(d->servers.contains(host)) { delete d->servers[host].message; d->servers.remove(host); } } } void ServerFinder::expire() { if(d->removeExpired()) { emit updated(); } QTimer::singleShot(1000, this, SLOT(expire())); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/textrootwidget.cpp0000664000175000017500000000360512350542240022712 0ustar jaakkojaakko/** @file textrootwidget.cpp Text-based root widget. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/TextRootWidget" #include "de/shell/TextWidget" namespace de { namespace shell { TextRootWidget::TextRootWidget(TextCanvas *cv) : RootWidget(), _canvas(cv), _drawRequest(false) { DENG2_ASSERT(cv != 0); setViewSize(cv->size()); } TextRootWidget::~TextRootWidget() { delete _canvas; } TextCanvas &TextRootWidget::rootCanvas() { return *_canvas; } void TextRootWidget::setViewSize(Size const &viewSize) { // Shouldn't go below 1 x 1. Size vs = viewSize.max(Size(1, 1)); _canvas->resize(vs); RootWidget::setViewSize(vs); } TextWidget *TextRootWidget::focus() const { return static_cast(RootWidget::focus()); } void TextRootWidget::requestDraw() { _drawRequest = true; } bool TextRootWidget::drawWasRequested() const { return _drawRequest; } void TextRootWidget::draw() { RootWidget::draw(); if(focus()) { _canvas->setCursorPosition(focus()->cursorPosition()); } _canvas->show(); _drawRequest = false; } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/choicewidget.cpp0000664000175000017500000001134712350542240022256 0ustar jaakkojaakko/** @file libshell/src/choicewidget.cpp Widget for selecting an item from multiple choices. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/ChoiceWidget" #include "de/shell/MenuWidget" #include namespace de { namespace shell { DENG2_PIMPL(ChoiceWidget) { Items items; int selection; MenuWidget *menu; String prompt; Instance(Public &i) : Base(i), selection(0) {} void updateMenu() { menu->clear(); foreach(String item, items) { menu->appendItem(new Action(item, &self, SLOT(updateSelectionFromMenu()))); } menu->setCursor(selection); } void updateLabel() { self.setLabel(prompt + items[selection], self.attribs()); } }; ChoiceWidget::ChoiceWidget(const String &name) : LabelWidget(name), d(new Instance(*this)) { setBehavior(HandleEventsOnlyWhenFocused); setAlignment(AlignLeft); d->menu = new MenuWidget(MenuWidget::Popup); add(d->menu); d->menu->rule() .setInput(Rule::Right, rule().right()) .setInput(Rule::AnchorY, rule().top()) .setAnchorPoint(Vector2f(0, .5f)); connect(d->menu, SIGNAL(closed()), this, SLOT(menuClosed())); } void ChoiceWidget::setItems(ChoiceWidget::Items const &items) { d->items = items; d->updateMenu(); d->updateLabel(); } void ChoiceWidget::setPrompt(String const &prompt) { d->prompt = prompt; d->updateLabel(); redraw(); } ChoiceWidget::Items ChoiceWidget::items() const { return d->items; } void ChoiceWidget::select(int pos) { d->selection = pos; d->menu->setCursor(pos); d->updateLabel(); } int ChoiceWidget::selection() const { return d->selection; } QList ChoiceWidget::selections() const { QList sels; sels.append(d->selection); return sels; } bool ChoiceWidget::isOpen() const { return !d->menu->isHidden(); } Vector2i ChoiceWidget::cursorPosition() const { Rectanglei rect = rule().recti(); return Vector2i(rect.left() + d->prompt.size(), rect.top()); } void ChoiceWidget::focusLost() { setAttribs(TextCanvas::Char::DefaultAttributes); setBackgroundAttribs(TextCanvas::Char::DefaultAttributes); } void ChoiceWidget::focusGained() { setAttribs(TextCanvas::Char::Reverse); setBackgroundAttribs(TextCanvas::Char::Reverse); } void ChoiceWidget::draw() { LabelWidget::draw(); Rectanglei rect = rule().recti(); targetCanvas().drawText(rect.topLeft, d->prompt, attribs() | TextCanvas::Char::Bold); targetCanvas().put(Vector2i(rect.right() - 1, rect.top()), TextCanvas::Char('>', attribs())); } bool ChoiceWidget::handleEvent(Event const &ev) { if(ev.type() == Event::KeyPress) { KeyEvent const &event = ev.as(); if(!event.text().isEmpty() || event.key() == Qt::Key_Enter) { DENG2_ASSERT(!isOpen()); if(event.text().isEmpty() || event.text() == " ") { d->menu->setCursor(d->selection); } else { // Preselect the first item that begins with the given letter. int curs = d->selection; for(int i = 0; i < d->items.size(); ++i) { if(d->items[i].startsWith(event.text(), Qt::CaseInsensitive)) { curs = i; break; } } d->menu->setCursor(curs); } remove(*d->menu); root().add(d->menu); d->menu->open(); return true; } } return LabelWidget::handleEvent(ev); } void ChoiceWidget::updateSelectionFromMenu() { DENG2_ASSERT(isOpen()); d->selection = d->menu->cursor(); d->updateLabel(); } void ChoiceWidget::menuClosed() { root().setFocus(this); root().remove(*d->menu); redraw(); add(d->menu); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/doomsdayinfo.cpp0000664000175000017500000000627212350542240022314 0ustar jaakkojaakko/** @file doomsdayinfo.cpp Information about Doomsday Engine and its plugins. * * @todo This information should not be hardcoded. Instead, it should be read * from Info files, and some functionality could be determined using Doomsday * Script or a shared Game Rules library. * * @todo Option to order games by release date, name, or some other criteria. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/DoomsdayInfo" #include namespace de { namespace shell { static struct { char const *name; char const *mode; } gameModes[] = { //{ "None", "" }, { "Shareware DOOM", "doom1-share" }, { "DOOM", "doom1" }, { "Ultimate DOOM", "doom1-ultimate" }, { "DOOM II", "doom2" }, { "Final DOOM: Plutonia Experiment", "doom2-plut" }, { "Final DOOM: TNT Evilution", "doom2-tnt" }, { "Chex Quest", "chex" }, { "HacX", "hacx" }, { "Shareware Heretic", "heretic-share" }, { "Heretic", "heretic" }, { "Heretic: Shadow of the Serpent Riders", "heretic-ext" }, { "Hexen v1.1", "hexen" }, { "Hexen v1.0", "hexen-v10" }, { "Hexen: Death Kings of Dark Citadel", "hexen-dk" }, { "Hexen Demo", "hexen-demo" }, { 0, 0 } }; QList DoomsdayInfo::allGameModes() { QList modes; for(int i = 0; gameModes[i].name; ++i) { GameMode mod; mod.title = gameModes[i].name; mod.option = gameModes[i].mode; modes.append(mod); } return modes; } String DoomsdayInfo::titleForGameMode(String const &mode) { for(int i = 0; gameModes[i].name; ++i) { if(gameModes[i].mode == mode) return gameModes[i].name; } return mode; } NativePath DoomsdayInfo::defaultServerRuntimeFolder() { #ifdef MACOSX return QDir::home().filePath("Library/Application Support/Doomsday Engine/server-runtime"); #elif WIN32 return QDir::home().filePath("AppData/Local/Deng Team/Doomsday Engine/server-runtime"); #else return NativePath(QDir::home().filePath(".doomsday")) / "server-runtime"; #endif } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/textcanvas.cpp0000664000175000017500000001610212350542240021772 0ustar jaakkojaakko/** @file textcanvas.cpp Text-based drawing surface. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/TextCanvas" #include #include namespace de { namespace shell { DENG2_PIMPL_NOREF(TextCanvas) { Size size; QList lines; struct RichFormat { Char::Attribs attrib; Rangei range; }; QList richFormats; Instance(Size const &initialSize) : size(initialSize) { // Allocate lines based on supplied initial size. for(duint row = 0; row < size.y; ++row) { lines.append(makeLine()); } } ~Instance() { for(int i = 0; i < lines.size(); ++i) { delete [] lines[i]; } } dsize lineCount() const { return lines.size(); } Char *makeLine() { return new Char[size.x]; } void resize(Size const &newSize) { if(newSize == size) return; // Allocate or free lines. while(newSize.y < lineCount()) { lines.removeLast(); } while(newSize.y > lineCount()) { lines.append(makeLine()); } Q_ASSERT(lineCount() == newSize.y); size.y = newSize.y; // Make sure all lines are the correct width. for(int row = 0; row < lines.size(); ++row) { Char *newLine = new Char[newSize.x]; memcpy(newLine, lines[row], sizeof(Char) * de::min(size.x, newSize.x)); delete [] lines[row]; lines[row] = newLine; } size.x = newSize.x; } void markAllAsDirty(bool markDirty) { for(int row = 0; row < lines.size(); ++row) { Char *line = lines[row]; for(duint col = 0; col < size.x; ++col) { Char &c = line[col]; if(markDirty) c.attribs |= Char::Dirty; else c.attribs &= ~Char::Dirty; } } } Char::Attribs richAttribsForTextIndex(int pos, int offset = 0) const { Char::Attribs attr; foreach(RichFormat const &rf, richFormats) { if(rf.range.contains(offset + pos)) { attr |= rf.attrib; } } return attr; } }; TextCanvas::TextCanvas(Size const &size) : d(new Instance(size)) { d->size = size; } TextCanvas::~TextCanvas() {} TextCanvas::Size TextCanvas::size() const { return d->size; } int TextCanvas::width() const { return d->size.x; } int TextCanvas::height() const { return d->size.y; } Rectanglei TextCanvas::rect() const { return Rectanglei(0, 0, size().x, size().y); } void TextCanvas::resize(Size const &newSize) { d->resize(newSize); } TextCanvas::Char &TextCanvas::at(Coord const &pos) { Q_ASSERT(isValid(pos)); return d->lines[pos.y][pos.x]; } TextCanvas::Char const &TextCanvas::at(Coord const &pos) const { Q_ASSERT(isValid(pos)); return d->lines[pos.y][pos.x]; } bool TextCanvas::isValid(Coord const &pos) const { return (pos.x >= 0 && pos.y >= 0 && pos.x < int(d->size.x) && pos.y < int(d->size.y)); } void TextCanvas::markDirty() { d->markAllAsDirty(true); } void TextCanvas::clear(Char const &ch) { fill(Rectanglei(0, 0, d->size.x, d->size.y), ch); } void TextCanvas::fill(Rectanglei const &rect, Char const &ch) { for(int y = rect.top(); y < rect.bottom(); ++y) { for(int x = rect.left(); x < rect.right(); ++x) { Coord const xy(x, y); if(isValid(xy)) at(xy) = ch; } } } void TextCanvas::put(Vector2i const &pos, Char const &ch) { if(isValid(pos)) { at(pos) = ch; } } void TextCanvas::clearRichFormat() { d->richFormats.clear(); } void TextCanvas::setRichFormatRange(Char::Attribs const &attribs, Rangei const &range) { Instance::RichFormat rf; rf.attrib = attribs; rf.range = range; d->richFormats.append(rf); } void TextCanvas::drawText(Vector2i const &pos, String const &text, Char::Attribs const &attribs, int richOffset) { Vector2i p = pos; for(int i = 0; i < text.size(); ++i) { if(isValid(p)) { at(p) = Char(text[i], attribs | d->richAttribsForTextIndex(i, richOffset)); } p.x++; } } void TextCanvas::drawWrappedText(Vector2i const &pos, String const &text, ILineWrapping const &wraps, Char::Attribs const &attribs, Alignment lineAlignment) { int const width = wraps.width(); for(int y = 0; y < wraps.height(); ++y) { WrappedLine const &span = wraps.line(y); String part = text.substr(span.range); int x = 0; if(lineAlignment.testFlag(AlignRight)) { x = width - part.size(); } else if(!lineAlignment.testFlag(AlignLeft)) { x = width/2 - part.size()/2; } drawText(pos + Vector2i(x, y), part, attribs, span.range.start); } } void TextCanvas::drawLineRect(Rectanglei const &rect, Char::Attribs const &attribs) { Char const corner('+', attribs); Char const hEdge ('-', attribs); Char const vEdge ('|', attribs); // Horizontal edges. for(duint x = 1; x < rect.width() - 1; ++x) { put(rect.topLeft + Vector2i(x, 0), hEdge); put(rect.bottomLeft() + Vector2i(x, -1), hEdge); } // Vertical edges. for(duint y = 1; y < rect.height() - 1; ++y) { put(rect.topLeft + Vector2i(0, y), vEdge); put(rect.topRight() + Vector2i(-1, y), vEdge); } put(rect.topLeft, corner); put(rect.topRight() - Vector2i(1, 0), corner); put(rect.bottomRight - Vector2i(1, 1), corner); put(rect.bottomLeft() - Vector2i(0, 1), corner); } void TextCanvas::draw(TextCanvas const &canvas, Coord const &topLeft) { for(duint y = 0; y < canvas.d->size.y; ++y) { for(duint x = 0; x < canvas.d->size.x; ++x) { Coord const xy(x, y); Coord const p = topLeft + xy; if(isValid(p)) { at(p) = canvas.at(xy); } } } } void TextCanvas::show() { d->markAllAsDirty(false); } void TextCanvas::setCursorPosition(Vector2i const &) {} } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/libshell.cpp0000664000175000017500000000175512350542240021420 0ustar jaakkojaakko/** @file libshell.cpp Common utility functions for libshell. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/libshell.h" #include namespace de { namespace shell { } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/include/0000775000175000017500000000000012350542240017742 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libshell/include/de/0000775000175000017500000000000012350542240020332 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libshell/include/de/shell/0000775000175000017500000000000012350542240021441 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libshell/include/de/shell/abstractlink.h0000664000175000017500000000644212350542240024301 0ustar jaakkojaakko/** @file abstractlink.h Network connection to a server. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_ABSTRACTLINK_H #define LIBSHELL_ABSTRACTLINK_H #include "libshell.h" #include #include #include #include #include namespace de { namespace shell { /** * Abstract network connection to a server. * * Derived implementations must provide a protocol for incoming messages. */ class LIBSHELL_PUBLIC AbstractLink : public QObject, public Transmitter { Q_OBJECT public: enum Status { Disconnected, Connecting, Connected }; public: AbstractLink(); /** * Opens a connection to a server over the network. * * @param domain Domain/IP address of the server. * @param timeout Keep trying until this much time has passed. */ virtual void connectDomain(String const &domain, TimeDelta const &timeout = 0); /** * Opens a connection to a server over the network. * * @param address Address of the server. */ virtual void connectHost(Address const &address); /** * Takes over an existing socket. * * @param openSocket Socket. AbstractLink takes ownership. */ virtual void takeOver(Socket *openSocket); /** * Closes the connection. */ virtual void disconnect(); /** * Peer address of the link. The address may be a null address if the IP * address hasn't been resolved yet. */ Address address() const; /** * Current status of the connection. */ Status status() const; /** * Returns the time when the link was successfully connected. */ Time connectedAt() const; /** * Returns the next received packet. The packet has been interpreted * using the virtual interpret() method. * * @return Received packet. Ownership given to caller. Returns @c NULL if * there are no more packets ready. */ Packet *nextPacket(); // Transmitter. void send(IByteArray const &data); protected: virtual Packet *interpret(Message const &msg) = 0; /** * Called immediately after a connection has been formed. */ virtual void initiateCommunications() = 0; protected slots: void socketConnected(); void socketDisconnected(); signals: void addressResolved(); void connected(); void disconnected(); void packetsReady(); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_ABSTRACTLINK_H doomsday-1.14.5/doomsday/libshell/include/de/shell/Action0000664000175000017500000000002512350542240022576 0ustar jaakkojaakko#include "action.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/serverfinder.h0000664000175000017500000000410512350542240024310 0ustar jaakkojaakko/** @file serverfinder.h Looks up servers via beacon. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_SERVERFINDER_H #define LIBSHELL_SERVERFINDER_H #include "libshell.h" #include #include #include #include namespace de { namespace shell { /** * Looks up servers via beacon. */ class LIBSHELL_PUBLIC ServerFinder : public QObject { Q_OBJECT public: /// Specified server was not found. @ingroup errors DENG2_ERROR(NotFoundError); public: ServerFinder(); ~ServerFinder(); /** * Forgets all servers found so far. */ void clear(); QList
foundServers() const; String name(Address const &server) const; int playerCount(Address const &server) const; int maxPlayers(Address const &server) const; /** * Returns the message sent by a server's beacon. * * @param address Address of a found server. * * @return Reference to a record. The reference is valid until start() is * called. */ Record const &messageFromServer(Address const &address) const; protected slots: void found(de::Address address, de::Block info); void expire(); signals: void updated(); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_SERVERFINDER_H doomsday-1.14.5/doomsday/libshell/include/de/shell/TextWidget0000664000175000017500000000003012350542240023445 0ustar jaakkojaakko#include "textwidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/link.h0000664000175000017500000000415212350542240022551 0ustar jaakkojaakko/** @file link.h Network connection to a server. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_LINK_H #define LIBSHELL_LINK_H #include "libshell.h" #include #include #include #include #include #include #include namespace de { namespace shell { /** * Network connection to a server using the shell protocol. */ class LIBSHELL_PUBLIC Link : public AbstractLink { Q_OBJECT public: /** * Opens a connection to a server over the network. * * @param domain Domain/IP address of the server. * @param timeout Keep trying until this much time has passed. */ Link(String const &domain, TimeDelta const &timeout = 0); /** * Opens a connection to a server over the network. * * @param address Address of the server. */ Link(Address const &address); /** * Takes over an existing socket. * * @param openSocket Socket. Link takes ownership. */ Link(Socket *openSocket); /** * Shell protocol for constructing and interpreting packets. */ Protocol &protocol(); protected: Packet *interpret(Message const &msg); void initiateCommunications(); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_LINK_H doomsday-1.14.5/doomsday/libshell/include/de/shell/LabelWidget0000664000175000017500000000003212350542240023542 0ustar jaakkojaakko#include "labelwidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/ChoiceWidget0000664000175000017500000000003112350542240023714 0ustar jaakkojaakko#include "choicewidget.h"doomsday-1.14.5/doomsday/libshell/include/de/shell/KeyEvent0000664000175000017500000000002612350542240023114 0ustar jaakkojaakko#include "keyevent.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/textcanvas.h0000664000175000017500000001451612350542240024001 0ustar jaakkojaakko/** @file textcanvas.h Text-based drawing surface. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_TEXTCANVAS_H #define LIBSHELL_TEXTCANVAS_H #include "libshell.h" #include #include #include #include namespace de { namespace shell { /** * Flags for specifying alignment. */ enum AlignmentFlag { AlignTop = 0x1, AlignBottom = 0x2, AlignLeft = 0x4, AlignRight = 0x8 }; Q_DECLARE_FLAGS(Alignment, AlignmentFlag) Q_DECLARE_OPERATORS_FOR_FLAGS(Alignment) /** * Text-based, device-independent drawing surface. * * When characters are written to the canvas (or their properties change), they * get marked dirty. When a surface is drawn on screen, only the dirty * characters need to be drawn, as they are the only ones that have changed * relative to the previous state. */ class LIBSHELL_PUBLIC TextCanvas { public: typedef Vector2ui Size; typedef Vector2i Coord; struct Char { enum Attrib { Bold = 0x1, Underline = 0x2, Reverse = 0x4, Blink = 0x8, Dirty = 0x80000000, DefaultAttributes = 0, VisualAttributes = Bold | Underline | Reverse | Blink }; Q_DECLARE_FLAGS(Attribs, Attrib) QChar ch; Attribs attribs; public: Char(QChar const &c = QChar(' '), Attribs const &at = DefaultAttributes) : ch(c), attribs(at) { attribs |= Dirty; } bool operator < (Char const &other) const { if(ch.unicode() == other.ch.unicode()) { return (attribs & VisualAttributes) < (other.attribs & VisualAttributes); } return ch.unicode() < other.ch.unicode(); } bool operator == (Char const &other) const { return (ch.unicode() == other.ch.unicode() && (attribs & VisualAttributes) == (other.attribs & VisualAttributes)); } Char &operator = (Char const &other) { bool changed = false; if(ch != other.ch) { ch = other.ch; changed = true; } if((attribs & VisualAttributes) != (other.attribs & VisualAttributes)) { attribs &= ~VisualAttributes; attribs |= (other.attribs & VisualAttributes); changed = true; } if(changed) { attribs |= Dirty; } return *this; } bool isDirty() const { return attribs.testFlag(Dirty); } }; public: TextCanvas(Size const &size = Size(1, 1)); virtual ~TextCanvas(); Size size() const; int width() const; int height() const; Rectanglei rect() const; virtual void resize(Size const &newSize); /** * Returns a modifiable reference to a character. The character is * not marked dirty automatically. * * @param pos Position of the character. * * @return Character. */ Char &at(Coord const &pos); Char const &at(Coord const &pos) const; /** * Determines if a coordinate is valid. * @param pos Coordinate. * @return @c true, if the position can be accessed with at(). */ bool isValid(Coord const &pos) const; /** * Marks the entire canvas dirty. */ void markDirty(); void clear(Char const &ch = Char()); void fill(Rectanglei const &rect, Char const &ch); void put(Coord const &pos, Char const &ch); void drawText(Coord const &pos, String const &text, Char::Attribs const &attribs = Char::DefaultAttributes, int richOffset = 0); /** * Draws line wrapped text. Use de::shell::wordWrapText() to determine * appropriate wrapped lines. * * @param pos Top left / starting point for the text. * @param text The entire text to be drawn. * @param wraps Line wrapping. * @param attribs Character attributes. * @param lineAlignment Alignment for lines. */ void drawWrappedText(Coord const &pos, String const &text, ILineWrapping const &wraps, Char::Attribs const &attribs = Char::DefaultAttributes, Alignment lineAlignment = AlignLeft); void clearRichFormat(); void setRichFormatRange(Char::Attribs const &attribs, Rangei const &range); void drawLineRect(Rectanglei const &rect, Char::Attribs const &attribs = Char::DefaultAttributes); /** * Draws the contents of a canvas onto this canvas. * * @param canvas Source canvas. * @param topLeft Top left coordinate of the destination area. */ void draw(TextCanvas const &canvas, Coord const &topLeft); /** * Draws all characters marked dirty onto the screen so that they become * visible. This base class implementation just marks all characters not * dirty -- call this as the last step in derived class' show() method. */ virtual void show(); /** * Sets the position of the cursor on the canvas. Derived classes may * choose to visualize the cursor in some fashion (especially if this isn't * taken care of by the display device). * * @param pos Position. */ virtual void setCursorPosition(Coord const &pos); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(TextCanvas::Char::Attribs) } // namespace shell } // namespace de #endif // LIBSHELL_TEXTCANVAS_H doomsday-1.14.5/doomsday/libshell/include/de/shell/CommandLineWidget0000664000175000017500000000003712350542240024716 0ustar jaakkojaakko#include "commandlinewidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/protocol.h0000664000175000017500000001440312350542240023455 0ustar jaakkojaakko/** @file shell/protocol.h Network protocol for communicating with a server. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_PROTOCOL_H #define LIBSHELL_PROTOCOL_H #include "libshell.h" #include "Lexicon" #include #include #include #include namespace de { namespace shell { /** * Password challenge. */ class LIBSHELL_PUBLIC ChallengePacket : public Packet { public: ChallengePacket(); static Packet *fromBlock(Block const &block); }; /** * Packet with one or more log entries. */ class LIBSHELL_PUBLIC LogEntryPacket : public Packet { public: typedef QList Entries; public: LogEntryPacket(); ~LogEntryPacket(); void clear(); bool isEmpty() const; /** * Adds a log entry to the packet. * @param entry Log entry. */ void add(LogEntry const &entry); Entries const &entries() const; /** * Adds all the entries into the application's log buffer. */ void execute() const; // Implements ISerializable. void operator >> (Writer &to) const; void operator << (Reader &from); static Packet *fromBlock(Block const &block); private: Entries _entries; }; /** * Packet containing information about the players' current positions, colors, * and names. */ class LIBSHELL_PUBLIC PlayerInfoPacket : public Packet { public: struct Player { int number; Vector2i position; String name; Vector3ub color; Player(int num = 0, Vector2i const &pos = Vector2i(), String const &plrName = "", Vector3ub const &plrColor = Vector3ub()) : number(num), position(pos), name(plrName), color(plrColor) {} }; typedef QMap Players; public: PlayerInfoPacket(); void add(Player const &player); int count() const; Player const &player(int number) const; Players players() const; // Implements ISerializable. void operator >> (Writer &to) const; void operator << (Reader &from); static Packet *fromBlock(Block const &block); private: DENG2_PRIVATE(d) }; /** * Packet containing an outline of a map's lines. * * The contained information is not intended to be a 100% accurate or complete * representation of a map. It is only meant to be used as an informative * visualization for the shell user (2D outline of the map). */ class LIBSHELL_PUBLIC MapOutlinePacket : public Packet { public: enum LineType { OneSidedLine = 0, TwoSidedLine = 1 }; struct Line { Vector2i start; Vector2i end; LineType type; }; MapOutlinePacket(); void clear(); void addLine(Vector2i const &vertex1, Vector2i const &vertex2, LineType type); /** * Returns the number of lines. */ int lineCount() const; /** * Returns a line in the outline. * @param index Index of the line, in range [0, lineCount()). * @return Line specs. */ Line const &line(int index) const; // Implements ISerializable. void operator >> (Writer &to) const; void operator << (Reader &from); static Packet *fromBlock(Block const &block); private: DENG2_PRIVATE(d) }; /** * Network protocol for communicating with a server. */ class LIBSHELL_PUBLIC Protocol : public de::Protocol { public: /// Type of provided packet is incorrect. @ingroup errors DENG2_ERROR(TypeError); enum PacketType { Unknown, PasswordChallenge, Command, ///< Console command (only to server). LogEntries, ///< Log entries. ConsoleLexicon, ///< Known words for command line completion. GameState, ///< Current state of the game (mode, map). Leaderboard, ///< Frags leaderboard. MapOutline, ///< Sectors of the map for visual overview. PlayerInfo ///< Current player names, colors, positions. }; public: Protocol(); /** * Detects the type of a packet. * * @param packet Any packet. * * @return Type of the packet. */ static PacketType recognize(Packet const *packet); static Block passwordResponse(String const &plainPassword); /** * Constructs a console command packet. * * @param command Command to execute on the server. * * @return Packet. Caller gets ownership. */ RecordPacket *newCommand(String const &command); String command(Packet const &commandPacket); /** * Constructs a packet that defines all known terms of the console. * * @param lexicon Lexicon. * * @return Packet. Caller gets ownership. */ RecordPacket *newConsoleLexicon(Lexicon const &lexicon); Lexicon lexicon(Packet const &consoleLexiconPacket); /** * Constructs a packet that describes the current gameplay state. * * @param mode Game mode (e.g., doom2). * @param rules Name of the game rules (e.g., Deathmatch). * @param mapId Identifier of the map (e.g., E1M3). * @param mapTitle Title of the map (from mapinfo/defs). * * @return Packet. Caller gets ownership. */ RecordPacket *newGameState(String const &mode, String const &rules, String const &mapId, String const &mapTitle); }; } // namespace shell } // namespace de #endif // LIBSHELL_PROTOCOL_H doomsday-1.14.5/doomsday/libshell/include/de/shell/textrootwidget.h0000664000175000017500000000410712350542240024710 0ustar jaakkojaakko/** @file textrootwidget.h Text-based root widget. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_TEXTROOTWIDGET_H #define LIBSHELL_TEXTROOTWIDGET_H #include "libshell.h" #include #include "TextCanvas" namespace de { namespace shell { class TextWidget; /** * Root widget for device-independent, text-based UIs. * * As TextCanvas uses the concept of dirty characters to indicidate changes to * be drawn on the screen, the text root widget assumes that by default drawing * is unnecessary, and redraws must be requested by widgets when suitable. */ class LIBSHELL_PUBLIC TextRootWidget : public RootWidget { public: /** * Constructs a new text-based root widget. * * @param cv Canvas for the root. Ownership taken. Size of the canvas * is used as the root widget's size. */ TextRootWidget(TextCanvas *cv); ~TextRootWidget(); TextCanvas &rootCanvas(); void requestDraw(); bool drawWasRequested() const; /** * Resizes the canvas and changes the view size. * * @param viewSize New size. */ void setViewSize(Size const &viewSize); TextWidget *focus() const; void draw(); private: TextCanvas *_canvas; bool _drawRequest; }; } // namespace shell } // namespace de #endif // LIBSHELL_TEXTROOTWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/TextRootWidget0000664000175000017500000000003412350542240024315 0ustar jaakkojaakko#include "textrootwidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/localserver.h0000664000175000017500000000414612350542240024140 0ustar jaakkojaakko/** @file localserver.h Starting and stopping local servers. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_LOCALSERVER_H #define LIBSHELL_LOCALSERVER_H #include "Link" #include #include #include namespace de { namespace shell { /** * Utility for starting and stopping local servers. */ class LIBSHELL_PUBLIC LocalServer { public: /// Failed to locate the server executable. @ingroup errors DENG2_ERROR(NotFoundError); public: LocalServer(); /** * Sets the name of the server. * * @param name Name. */ void setName(String const &name); void start(duint16 port, String const &gameMode, QStringList additionalOptions = QStringList(), NativePath const &runtimePath = ""); void stop(); /** * Opens a link for communicating with the server. The returned link will * initially be in the Link::Connecting state. * * @return Link to the local server. Caller gets ownership. */ Link *openLink(); /** * Reads the path of the error log. This is useful after a failed server start. * * @return Native path of the error log. */ NativePath errorLogPath() const; private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_LOCALSERVER_H doomsday-1.14.5/doomsday/libshell/include/de/shell/LocalServer0000664000175000017500000000003112350542240023577 0ustar jaakkojaakko#include "localserver.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/abstractlineeditor.h0000664000175000017500000001005512350542240025475 0ustar jaakkojaakko/** @file abstractlineeditor.h Abstract line editor. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_ABSTRACTLINEEDITOR_H #define LIBSHELL_ABSTRACTLINEEDITOR_H #include "libshell.h" #include "ITextEditor" #include #include #include namespace de { namespace shell { class Lexicon; /** * Abstract line editor. * * It is mandatory to provide a ILineWrapping instance that determines how the * text content gets wrapped onto multiple lines. * * The width of the editor is assumed to stay constant. A concrete * implementation will provide the current width via * AbstractLineEditor::maximumWidth(). */ class LIBSHELL_PUBLIC AbstractLineEditor : public ITextEditor { public: AbstractLineEditor(ILineWrapping *lineWraps); ILineWrapping const &lineWraps() const; /** * Sets the prompt that is displayed in front of the edited text. * * @param promptText Text for the prompt. */ void setPrompt(String const &promptText); String prompt() const; void setText(String const &lineText); String text() const; void setCursor(int index); int cursor() const; /** * Determines the position of a specific character on the wrapped lines. * The Y component is the wrapped line index and the X component is the * character index on that line. */ Vector2i linePos(int index) const; Vector2i lineCursorPos() const { return linePos(cursor()); } bool isSuggestingCompletion() const; Rangei completionRange() const; QStringList suggestedCompletions() const; void acceptCompletion(); /** * Defines the terms and rules for auto-completion. * * @param lexicon Lexicon. */ void setLexicon(Lexicon const &lexicon); Lexicon const &lexicon() const; enum EchoMode { NormalEchoMode, PasswordEchoMode }; /** * Determines how the entered text should be shown to the user. * * @param mode Echo mode. */ void setEchoMode(EchoMode mode); EchoMode echoMode() const; enum KeyModifier { Unmodified = 0, Shift = 0x1, Control = 0x2, Alt = 0x4, Meta = 0x8 }; Q_DECLARE_FLAGS(KeyModifiers, KeyModifier) virtual bool handleControlKey(int qtKey, KeyModifiers const &mods = Unmodified); /** * Inserts a fragment of text at the cursor position. The cursor moves * forward. * * @param text Text to insert. */ void insert(String const &text); protected: ILineWrapping &lineWraps(); /// Determines the available maximum width of text lines. virtual int maximumWidth() const = 0; // Notifications: virtual void numberOfLinesChanged(int lineCount) = 0; virtual void cursorMoved() = 0; virtual void contentChanged() = 0; virtual void autoCompletionBegan(String const &wordBase); virtual void autoCompletionEnded(bool accepted); enum LineWrapUpdateBehavior { RewrapNow, WrapUnlessWrappedAlready }; /// Request rewrapping the text. void updateLineWraps(LineWrapUpdateBehavior behavior); private: DENG2_PRIVATE(d) }; Q_DECLARE_OPERATORS_FOR_FLAGS(AbstractLineEditor::KeyModifiers) } // namespace shell } // namespace de #endif // LIBSHELL_ABSTRACTLINEEDITOR_H doomsday-1.14.5/doomsday/libshell/include/de/shell/libshell.h0000664000175000017500000000516012350542240023412 0ustar jaakkojaakko/** @file libshell.h Common definitions for libshell. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_MAIN_H #define LIBSHELL_MAIN_H #include #include /* * The LIBSHELL_PUBLIC macro is used for declaring exported symbols. It must be * applied in all exported classes and functions. DEF files are not used for * exporting symbols out of libshell. */ #if defined(_WIN32) && defined(_MSC_VER) # ifdef __LIBSHELL__ // This is defined when compiling the library. # define LIBSHELL_PUBLIC __declspec(dllexport) # else # define LIBSHELL_PUBLIC __declspec(dllimport) # endif #else // No need to use any special declarators. # define LIBSHELL_PUBLIC #endif namespace de { namespace shell { /** * Line of word-wrapped text. */ struct LIBSHELL_PUBLIC WrappedLine { Rangei range; bool isFinal; WrappedLine(Rangei const &range_, bool final = false) : range(range_), isFinal(final) {} }; class LIBSHELL_PUBLIC ILineWrapping { public: virtual ~ILineWrapping() {} virtual bool isEmpty() const = 0; virtual void clear() = 0; virtual void wrapTextToWidth(String const &text, int maxWidth) = 0; virtual WrappedLine line(int index) const = 0; /// Determines the visible maximum width of the wrapped content. virtual int width() const = 0; /// Determines the number of lines in the wrapped content. virtual int height() const = 0; /// Returns the advance width of the range. virtual int rangeWidth(Rangei const &range) const = 0; /** * Calculates which index in the provided content range occupies a * character at a given width. * * @param range Range within the content. * @param width Advance width to check. */ virtual int indexAtWidth(Rangei const &range, int width) const = 0; }; } // namespace shell } // namespace de #endif // LIBSHELL_MAIN_H doomsday-1.14.5/doomsday/libshell/include/de/shell/ITextEditor0000664000175000017500000000003112350542240023562 0ustar jaakkojaakko#include "itexteditor.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/LineEditWidget0000664000175000017500000000003412350542240024222 0ustar jaakkojaakko#include "lineeditwidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/itexteditor.h0000664000175000017500000000247212350542240024163 0ustar jaakkojaakko/** @file itexteditor.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_ITEXTEDITOR_H #define LIBSHELL_ITEXTEDITOR_H #include "libshell.h" namespace de { namespace shell { /** * Interface for a text editor: text content and a cursor position. */ class ITextEditor { public: virtual ~ITextEditor() {} virtual void setText(String const &text) = 0; virtual void setCursor(int pos) = 0; virtual String text() const = 0; virtual int cursor() const = 0; }; } // namespace shell } // namespace de #endif // LIBSHELL_ITEXTEDITOR_H doomsday-1.14.5/doomsday/libshell/include/de/shell/EditorHistory0000664000175000017500000000003312350542240024170 0ustar jaakkojaakko#include "editorhistory.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/ILineWrapping0000664000175000017500000000002612350542240024072 0ustar jaakkojaakko#include "libshell.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/action.h0000664000175000017500000000366512350542240023101 0ustar jaakkojaakko/** @file shell/action.h Maps a key event to a signal. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_ACTION_H #define LIBSHELL_ACTION_H #include "KeyEvent" #include #include namespace de { namespace shell { /** * Maps a key event to a signal. */ class Action : public QObject, public de::Action { Q_OBJECT public: Action(String const &label); Action(String const &label, QObject *target, char const *slot = 0); Action(String const &label, KeyEvent const &event, QObject *target = 0, char const *slot = 0); Action(KeyEvent const &event, QObject *target = 0, char const *slot = 0); void setLabel(String const &label); String label() const; /** * Triggers the action if the event matches the action's condition. * * @param ev Event to check. * * @return @c true, if the event is eaten by the action. */ bool tryTrigger(KeyEvent const &ev); void trigger(); signals: void triggered(); protected: ~Action(); private: KeyEvent _event; String _label; QObject *_target; char const *_slot; }; } // namespace shell } // namespace de #endif // LIBSHELL_ACTION_H doomsday-1.14.5/doomsday/libshell/include/de/shell/AbstractLineEditor0000664000175000017500000000004012350542240025100 0ustar jaakkojaakko#include "abstractlineeditor.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/Lexicon0000664000175000017500000000002512350542240022762 0ustar jaakkojaakko#include "lexicon.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/Protocol0000664000175000017500000000002612350542240023163 0ustar jaakkojaakko#include "protocol.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/Link0000664000175000017500000000002212350542240022253 0ustar jaakkojaakko#include "link.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/textwidget.h0000664000175000017500000000747112350542240024013 0ustar jaakkojaakko/** @file textwidget.h Generic widget with a text-based visual. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_TEXTWIDGET_H #define LIBSHELL_TEXTWIDGET_H #include "libshell.h" #include #include #include #include #include "TextCanvas" namespace de { namespace shell { class TextRootWidget; class Action; /** * Generic widget with a text-based visual. * * TextWidget is the base class for all widgets in libshell, because they are * intended to be device-independent and compatible with all character-based * UIs, regardless of whether the underlying device is text-only or graphical. * * It is assumed that the root widget under which text widgets are used is * derived from TextRootWidget. * * QObject is a base class for the signals and slots capabilities. */ class LIBSHELL_PUBLIC TextWidget : public QObject, public Widget { Q_OBJECT public: TextWidget(String const &name = ""); TextRootWidget &root() const; /** * Sets the text canvas on which this widget is to be drawn. Calling this * is optional; by default all widgets use the root widget's canvas. * * @param canvas Canvas for drawing. Ownership not taken. */ void setTargetCanvas(TextCanvas *canvas); /** * Returns the text canvas on which this widget is to be drawn. Derived * classes can use this method to find out where to draw themselves. * * @return Destination canvas for drawing. */ TextCanvas &targetCanvas() const; /** * Requests the root widget to redraw all the user interface. */ void redraw(); /** * Draw this widget and all its children, and show the target canvas * afterwards. Use this in special cases for faster redrawing of portions * of the screen when only one widget's contents have changed and need * updating. */ void drawAndShow(); /** * Returns the rule rectangle that defines the placement of the widget on * the target canvas. */ RuleRectangle &rule(); /** * Returns the rule rectangle that defines the placement of the widget on * the target canvas. */ RuleRectangle const &rule() const; /** * Returns the position of the cursor for the widget. If the widget * has focus, this is where the cursor will be positioned. * * @return Cursor position. */ virtual Vector2i cursorPosition() const; /** * Adds a new action for the widget. During event processing actions are * checked in the order they have been added to the widget. * * @param action Action instance. Ownership taken. */ void addAction(RefArg action); /** * Removes an action from the widget. * * @param action Action instance. */ void removeAction(Action &action); /** * Checks actions and triggers them when suitable event is received. */ bool handleEvent(Event const &event); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_TEXTWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/inputdialog.h0000664000175000017500000000407112350542240024133 0ustar jaakkojaakko/** @file shell/inputdialog.h Dialog for querying text from the user. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_INPUTDIALOG_H #define LIBSHELL_INPUTDIALOG_H #include "DialogWidget" namespace de { namespace shell { class LabelWidget; class LineEditWidget; class MenuWidget; /** * Dialog for querying text from the user. */ class InputDialog : public de::shell::DialogWidget { public: InputDialog(de::String const &name = ""); LabelWidget &label(); LineEditWidget &lineEdit(); MenuWidget &menu(); /** * Sets the width of the dialog. The default width is 50. * * @param width Width of the dialog. */ void setWidth(int width); void setDescription(String const &desc); void setPrompt(String const &prompt); void setText(String const &text); void setAcceptLabel(String const &label); void setRejectLabel(String const &label); void prepare(); void finish(int result); /** * Returns the text that the user entered in the dialog. If the dialog * was rejected, the returned string is empy. */ de::String text() const; /** * Returns the result from the DialogWidget. */ int result() const; private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_INPUTDIALOG_H doomsday-1.14.5/doomsday/libshell/include/de/shell/choicewidget.h0000664000175000017500000000357512350542240024262 0ustar jaakkojaakko/** @file shell/choicewidget.h Widget for selecting an item from multiple choices. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_CHOICEWIDGET_H #define LIBSHELL_CHOICEWIDGET_H #include "LabelWidget" #include namespace de { namespace shell { /** * Widget for selecting an item from multiple choices. */ class LIBSHELL_PUBLIC ChoiceWidget : public LabelWidget { Q_OBJECT public: typedef QList Items; public: ChoiceWidget(String const &name = ""); void setItems(Items const &items); void setPrompt(String const &prompt); Items items() const; void select(int pos); int selection() const; QList selections() const; /** * Determines if the selection menu is currently visible. */ bool isOpen() const; Vector2i cursorPosition() const; // Events. void focusLost(); void focusGained(); void draw(); bool handleEvent(Event const &event); protected slots: void updateSelectionFromMenu(); void menuClosed(); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_CHOICEWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/DialogWidget0000664000175000017500000000003212350542240023722 0ustar jaakkojaakko#include "dialogwidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/InputDialog0000664000175000017500000000003112350542240023575 0ustar jaakkojaakko#include "inputdialog.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/TextCanvas0000664000175000017500000000003012350542240023435 0ustar jaakkojaakko#include "textcanvas.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/logwidget.h0000664000175000017500000000470012350542240023600 0ustar jaakkojaakko/** @file shell/logwidget.h Widget for output message log. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LOGWIDGET_H #define LOGWIDGET_H #include #include namespace de { namespace shell { class LIBSHELL_PUBLIC LogWidget : public TextWidget { Q_OBJECT public: LogWidget(String const &name = ""); /** * Returns the log sink that can be connected to a log buffer for receiving * log entries into the widget's buffer. */ LogSink &logSink(); /** * Removes all entries from the log. */ void clear(); void setScrollIndicatorVisible(bool visible); /** * Returns the current scroll position, with 0 being the bottom of the * history (present time) and maximumScroll() being the top of the history * (most distant past). */ int scrollPosition() const; int scrollPageSize() const; /** * Returns the maximum scroll position. The scrollMaxChanged() signal * is emitted whenever the maximum changes. */ int maximumScroll() const; /** * Scrolls the view to a specified position. Position 0 means the bottom of * the log entry buffer, while maximumScroll() is the top of the buffer * (the oldest entry). * * @param to Scroll position. */ void scroll(int to); void draw(); bool handleEvent(Event const &event); public slots: /** * Moves the scroll offset of the widget to the bottom of the history. */ void scrollToBottom(); signals: void scrollPositionChanged(int pos); void scrollMaxChanged(int maximum); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LOGWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/keyevent.h0000664000175000017500000000406312350542240023447 0ustar jaakkojaakko/** @file shell/keyevent.h Key event. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_KEYEVENT_H #define LIBSHELL_KEYEVENT_H #include "libshell.h" #include #include #include namespace de { namespace shell { /** * Key press event generated when the user presses a key on the keyboard. */ class LIBSHELL_PUBLIC KeyEvent : public Event { public: enum Modifier { None = 0x0, Control = 0x1 }; Q_DECLARE_FLAGS(Modifiers, Modifier) public: KeyEvent(String const &keyText) : Event(KeyPress), _text(keyText), _code(0) {} KeyEvent(int keyCode, Modifiers mods = None) : Event(KeyPress), _code(keyCode), _modifiers(mods) {} String text() const { return _text; } int key() const { return _code; } Modifiers modifiers() const { return _modifiers; } bool operator == (KeyEvent const &other) const { return _text == other._text && _code == other._code && _modifiers == other._modifiers; } private: String _text; ///< Text to be inserted by the event. int _code; ///< Qt key code. Modifiers _modifiers; ///< Modifiers in effect. }; Q_DECLARE_OPERATORS_FOR_FLAGS(KeyEvent::Modifiers) } // namespace shell } // namespace de #endif // LIBSHELL_KEYEVENT_H doomsday-1.14.5/doomsday/libshell/include/de/shell/labelwidget.h0000664000175000017500000000507512350542240024104 0ustar jaakkojaakko/** @file shell/labelwidget.h Widget for showing a label. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_LABELWIDGET_H #define LIBSHELL_LABELWIDGET_H #include "TextWidget" #include "TextCanvas" namespace de { namespace shell { /** * Widget for showing a text label. */ class LIBSHELL_PUBLIC LabelWidget : public TextWidget { public: LabelWidget(String const &name = ""); /** * Sets the background for the label. * * @param background Character to fill the area of the widget with. */ void setBackground(TextCanvas::Char const &background); /** * Allows or disallows the label to expand vertically to fit provided label. * By default, labels do not adjust their own size. * * @param expand @c true to allow the widget to modify its own height. */ void setExpandsToFitLines(bool expand); /** * Sets the label of the widget. The text is wrapped to fit the label's * rectangle. * * @param text Text to show. * @param attribs Attributes for the text. */ void setLabel(String const &text, TextCanvas::Char::Attribs attribs = TextCanvas::Char::DefaultAttributes); void setAttribs(TextCanvas::Char::Attribs const &attribs); void setBackgroundAttribs(TextCanvas::Char::Attribs const &attribs); TextCanvas::Char::Attribs attribs() const; /** * Sets the alignment of the label inside the widget's rectangle. The default * alignment is in the middle (horiz + vert). * * @param align Alignment flags. */ void setAlignment(Alignment align); /** * Returns the current label of the widget. */ String label() const; void update(); void draw(); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_LABELWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/DoomsdayInfo0000664000175000017500000000003212350542240023752 0ustar jaakkojaakko#include "doomsdayinfo.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/editorhistory.h0000664000175000017500000000376612350542240024536 0ustar jaakkojaakko/** @file editorhistory.h Text editor history buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_EDITORHISTORY_H #define LIBSHELL_EDITORHISTORY_H #include "ITextEditor" namespace de { namespace shell { /** * History buffer for a text editor. Remembers past entries entered into the * editor and allows navigation in them (bash-style). */ class LIBSHELL_PUBLIC EditorHistory { public: EditorHistory(ITextEditor *editor = 0); void setEditor(ITextEditor &editor); ITextEditor &editor(); /** * Determines if the history is currently navigated to the latest/newest * entry. */ bool isAtLatest() const; /** * Navigates to the latest entry in the history. */ void goToLatest(); /** * Enters the current editor contents into the history and clears the * editor. * * @return The entered text. */ String enter(); /** * Handles a key. History control keys include navigation in the history. * * @param qtKey Qt key code. * * @return @c true, if key was handled. */ bool handleControlKey(int qtKey); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_ABSTRACTCOMMANDLINEEDITOR_H doomsday-1.14.5/doomsday/libshell/include/de/shell/MenuWidget0000664000175000017500000000003012350542240023425 0ustar jaakkojaakko#include "menuwidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/dialogwidget.h0000664000175000017500000000444012350542240024257 0ustar jaakkojaakko/** @file shell/dialogwidget.h Base class for modal dialogs. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_DIALOGWIDGET_H #define LIBSHELL_DIALOGWIDGET_H #include "TextWidget" namespace de { namespace shell { /** * Base class for modal dialogs. */ class LIBSHELL_PUBLIC DialogWidget : public TextWidget { Q_OBJECT public: DialogWidget(String const &name = ""); /** * Shows the dialog and gives it focus. Execution is blocked until the * dialog is closed. Another event loop is started for event processing. * Call either accept() or reject() to dismiss the dialog. * * @param root Root where to execute the dialog. * * @return Result code. */ int exec(TextRootWidget &root); // Events. void draw(); bool handleEvent(Event const &event); public slots: void accept(int result = 1); void reject(int result = 0); protected: /** * Derived classes can override this to do additional tasks before * execution of the dialog begins. DialogWidget::prepare() must be called * from the overridding methods. */ virtual void prepare(); /** * Handles any tasks needed when the dialog is closing. * DialogWidget::finish() must be called from overridding methods. * * @param result Result code. */ virtual void finish(int result); signals: void accepted(int result); void rejected(int result); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace shell #endif // LIBSHELL_DIALOGWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/commandlinewidget.h0000664000175000017500000000267212350542240025313 0ustar jaakkojaakko/** @file commandlinewidget.h Widget for command line input. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_COMMANDLINEWIDGET_H #define LIBSHELL_COMMANDLINEWIDGET_H #include "LineEditWidget" namespace de { namespace shell { /** * Text editor with a history. */ class LIBSHELL_PUBLIC CommandLineWidget : public LineEditWidget { Q_OBJECT public: CommandLineWidget(String const &name = ""); bool handleEvent(Event const &event); signals: void commandEntered(de::String command); protected: void autoCompletionBegan(String const &wordBase); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_COMMANDLINEWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/LogWidget0000664000175000017500000000002712350542240023250 0ustar jaakkojaakko#include "logwidget.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/AbstractLink0000664000175000017500000000003212350542240023740 0ustar jaakkojaakko#include "abstractlink.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/lexicon.h0000664000175000017500000000275112350542240023260 0ustar jaakkojaakko/** @file lexicon.h Lexicon containing terms and grammatical rules. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_LEXICON_H #define LIBSHELL_LEXICON_H #include "libshell.h" #include #include namespace de { namespace shell { /** * Lexicon containing terms and grammatical rules. */ class LIBSHELL_PUBLIC Lexicon { public: typedef QSet Terms; public: Lexicon(); Terms terms() const; String additionalWordChars() const; bool isWordChar(QChar ch) const; void addTerm(String const &term); void setAdditionalWordChars(String const &chars); private: Terms _terms; String _extraChars; }; } // namespace shell } // namespace de #endif // LIBSHELL_LEXICON_H doomsday-1.14.5/doomsday/libshell/include/de/shell/ServerFinder0000664000175000017500000000003212350542240023755 0ustar jaakkojaakko#include "serverfinder.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/monospacelinewrapping.h0000664000175000017500000000401112350542240026212 0ustar jaakkojaakko/** @file monospacelinewrapping.h * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_MONOSPACELINEWRAPPING_H #define LIBSHELL_MONOSPACELINEWRAPPING_H #include "libshell.h" #include namespace de { namespace shell { /** * Line wrapper that assumes that all characters are the same width. Width is * defined in characters, height in lines. */ class LIBSHELL_PUBLIC MonospaceLineWrapping : public ILineWrapping { public: MonospaceLineWrapping(); bool isEmpty() const; void clear(); /** * Determines word wrapping for a line of text given a maximum line width. * * @param text Text to wrap. * @param maxWidth Maximum width for each text line. * * @return List of positions in @a text where to break the lines. Total number * of word-wrapped lines is equal to the size of the returned list. */ void wrapTextToWidth(String const &text, int maxWidth); WrappedLine line(int index) const { return _lines[index]; } int width() const; int height() const; int rangeWidth(Rangei const &range) const; int indexAtWidth(Rangei const &range, int width) const; private: QList _lines; }; } // namespace shell } // namespace de #endif // LIBSHELL_MONOSPACELINEWRAPPING_H doomsday-1.14.5/doomsday/libshell/include/de/shell/MonospaceLineWrapping0000664000175000017500000000004312350542240025625 0ustar jaakkojaakko#include "monospacelinewrapping.h" doomsday-1.14.5/doomsday/libshell/include/de/shell/lineeditwidget.h0000664000175000017500000000444512350542240024622 0ustar jaakkojaakko/** @file shell/lineeditwidget.h Widget for word-wrapped text editing. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_LINEEDITWIDGET_H #define LIBSHELL_LINEEDITWIDGET_H #include "libshell.h" #include "TextWidget" #include "AbstractLineEditor" namespace de { namespace shell { /** * Widget for word-wrapped text editing. * * The widget adjusts its height automatically to fit to the full contents of * the edited, wrapped lines. */ class LIBSHELL_PUBLIC LineEditWidget : public TextWidget, public AbstractLineEditor { Q_OBJECT public: /** * The height rule of the widget is set up during construction. * * @param name Widget name. */ LineEditWidget(String const &name = ""); /** * Enables or disables the signal emitted when the edit widget receives an * Enter key. By default, a signal is emitted. * * @param enterSignal @c true to enable signal, @c false to disable. */ void setSignalOnEnter(int enterSignal); Vector2i cursorPosition() const; bool handleControlKey(int qtKey, KeyModifiers const &mods = Unmodified); // Events. void viewResized(); void update(); void draw(); bool handleEvent(Event const &event); signals: void enterPressed(de::String text); protected: virtual int maximumWidth() const; virtual void numberOfLinesChanged(int lineCount); virtual void cursorMoved(); virtual void contentChanged(); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_LINEEDITWIDGET_H doomsday-1.14.5/doomsday/libshell/include/de/shell/doomsdayinfo.h0000664000175000017500000000323412350542240024307 0ustar jaakkojaakko/** @file doomsdayinfo.h Information about Doomsday Engine and its plugins. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_DOOMSDAYINFO_H #define LIBSHELL_DOOMSDAYINFO_H #include "libshell.h" #include #include #include namespace de { namespace shell { /** * Information about Doomsday Engine and its plugins. */ class LIBSHELL_PUBLIC DoomsdayInfo { public: struct GameMode { String title; String option; ///< Mode identifier. }; /** * Returns a list containing all the supported games with the * human-presentable titles plus game mode identifiers (for the @c -game * option). */ static QList allGameModes(); static String titleForGameMode(String const &mode); static NativePath defaultServerRuntimeFolder(); }; } // namespace shell } // namespace de #endif // LIBSHELL_DOOMSDAYINFO_H doomsday-1.14.5/doomsday/libshell/include/de/shell/menuwidget.h0000664000175000017500000000706212350542240023767 0ustar jaakkojaakko/** @file shell/menuwidget.h Menu with shortcuts. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBSHELL_MENUWIDGET_H #define LIBSHELL_MENUWIDGET_H #include "TextWidget" #include "Action" #include "TextCanvas" namespace de { namespace shell { /** * Menu with Action instances as items. * * The width of the widget is automatically determined based on how much space * is needed for the items and their possible shortcut labels. The height of * the widget depends on the number of items in the menu. * * Actions added to the menu are considered shortcuts and triggering them will * cause the menu to close (if it is closable). */ class LIBSHELL_PUBLIC MenuWidget : public TextWidget { Q_OBJECT public: enum Preset { Popup, ///< Menu initially hidden, will popup on demand. AlwaysOpen ///< Menu initially shown, stays open. }; enum BorderStyle { NoBorder, LineBorder }; public: MenuWidget(Preset preset, String const &name = ""); int itemCount() const; /** * Appends an item into the menu as the last item. * * @param action Action to add as a shortcut for triggering the item. * @param shortcutLabel Label to show, representing the action shortcut to the user. */ void appendItem(RefArg action, String const &shortcutLabel = ""); /** * Inserts an item into the menu. * * @param pos Index of the new item. * @param action Action to add as a shortcut for triggering the item. * @param shortcutLabel Label to show, representing the action shortcut to the user. */ void insertItem(int pos, RefArg action, String const &shortcutLabel = ""); void appendSeparator(); void insertSeparator(int pos); void clear(); void removeItem(int pos); Action &itemAction(int pos) const; int findLabel(String const &label) const; bool hasLabel(String const &label) const; void setCursor(int pos); void setCursorByLabel(String const &label); int cursor() const; /** * Allows or disallows the menu to close when receiving an unhandled control * key. * * @param canBeClosed @c true to allow closing, @c false to disallow. */ void setClosable(bool canBeClosed); void setSelectionAttribs(TextCanvas::Char::Attribs const &attribs); void setBackgroundAttribs(TextCanvas::Char::Attribs const &attribs); void setBorder(BorderStyle style); void setBorderAttribs(TextCanvas::Char::Attribs const &attribs); Vector2i cursorPosition() const; // Events. void draw(); bool handleEvent(Event const &); public slots: void open(); void close(); signals: void closed(); private: DENG2_PRIVATE(d) }; } // namespace shell } // namespace de #endif // LIBSHELL_MENUWIDGET_H doomsday-1.14.5/doomsday/libshell/libshell.pro0000664000175000017500000000710412350542240020641 0ustar jaakkojaakko# The Doomsday Engine Project -- Server Shell Common Functionality # Copyright (c) 2013 Jaakko Keränen # # This program is distributed under the GNU Lesser General Public License # version 3 (or, at your option, any later version). Please visit # http://www.gnu.org/licenses/lgpl.html for details. include(../config.pri) TEMPLATE = lib TARGET = deng_shell VERSION = 0.1.0 include(../dep_deng2.pri) win32 { # Keep the version number out of the file name. TARGET_EXT = .dll } DEFINES += __LIBSHELL__ INCLUDEPATH += include # Public headers. publicHeaders(shell, \ include/de/shell/AbstractLineEditor \ include/de/shell/AbstractLink \ include/de/shell/Action \ include/de/shell/ChoiceWidget \ include/de/shell/CommandLineWidget \ include/de/shell/DialogWidget \ include/de/shell/DoomsdayInfo \ include/de/shell/EditorHistory \ include/de/shell/InputDialog \ include/de/shell/ITextEditor \ include/de/shell/KeyEvent \ include/de/shell/LabelWidget \ include/de/shell/Lexicon \ include/de/shell/LineEditWidget \ include/de/shell/Link \ include/de/shell/LocalServer \ include/de/shell/LogWidget \ include/de/shell/MenuWidget \ include/de/shell/MonospaceLineWrapping \ include/de/shell/Protocol \ include/de/shell/ServerFinder \ include/de/shell/TextCanvas \ include/de/shell/TextRootWidget \ include/de/shell/TextWidget \ \ include/de/shell/abstractlineeditor.h \ include/de/shell/abstractlink.h \ include/de/shell/action.h \ include/de/shell/choicewidget.h \ include/de/shell/commandlinewidget.h \ include/de/shell/dialogwidget.h \ include/de/shell/doomsdayinfo.h \ include/de/shell/editorhistory.h \ include/de/shell/inputdialog.h \ include/de/shell/itexteditor.h \ include/de/shell/keyevent.h \ include/de/shell/labelwidget.h \ include/de/shell/lexicon.h \ include/de/shell/libshell.h \ include/de/shell/lineeditwidget.h \ include/de/shell/link.h \ include/de/shell/localserver.h \ include/de/shell/logwidget.h \ include/de/shell/menuwidget.h \ include/de/shell/monospacelinewrapping.h \ include/de/shell/protocol.h \ include/de/shell/serverfinder.h \ include/de/shell/textcanvas.h \ include/de/shell/textrootwidget.h \ include/de/shell/textwidget.h \ ) # Sources and private headers. SOURCES += \ src/abstractlineeditor.cpp \ src/abstractlink.cpp \ src/action.cpp \ src/choicewidget.cpp \ src/commandlinewidget.cpp \ src/dialogwidget.cpp \ src/doomsdayinfo.cpp \ src/editorhistory.cpp \ src/inputdialog.cpp \ src/labelwidget.cpp \ src/lexicon.cpp \ src/libshell.cpp \ src/lineeditwidget.cpp \ src/link.cpp \ src/localserver.cpp \ src/logwidget.cpp \ src/menuwidget.cpp \ src/monospacelinewrapping.cpp \ src/protocol.cpp \ src/serverfinder.cpp \ src/textcanvas.cpp \ src/textrootwidget.cpp \ src/textwidget.cpp # Installation --------------------------------------------------------------- macx { linkDylibToBundledLibdeng2(libdeng_shell) doPostLink("install_name_tool -id @executable_path/../Frameworks/libdeng_shell.0.dylib libdeng_shell.0.dylib") # Update the library included in the main app bundle. doPostLink("mkdir -p ../client/Doomsday.app/Contents/Frameworks") doPostLink("cp -fRp libdeng_shell*dylib ../client/Doomsday.app/Contents/Frameworks") } else { INSTALLS += target target.path = $$DENG_LIB_DIR } deng_sdk { INSTALLS *= target target.path = $$DENG_SDK_LIB_DIR } doomsday-1.14.5/doomsday/lgpl-3.0.txt0000664000175000017500000001674312350542240016531 0ustar jaakkojaakko GNU LESSER GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. This version of the GNU Lesser General Public License incorporates the terms and conditions of version 3 of the GNU General Public License, supplemented by the additional permissions listed below. 0. Additional Definitions. As used herein, "this License" refers to version 3 of the GNU Lesser General Public License, and the "GNU GPL" refers to version 3 of the GNU General Public License. "The Library" refers to a covered work governed by this License, other than an Application or a Combined Work as defined below. An "Application" is any work that makes use of an interface provided by the Library, but which is not otherwise based on the Library. Defining a subclass of a class defined by the Library is deemed a mode of using an interface provided by the Library. A "Combined Work" is a work produced by combining or linking an Application with the Library. The particular version of the Library with which the Combined Work was made is also called the "Linked Version". The "Minimal Corresponding Source" for a Combined Work means the Corresponding Source for the Combined Work, excluding any source code for portions of the Combined Work that, considered in isolation, are based on the Application, and not on the Linked Version. The "Corresponding Application Code" for a Combined Work means the object code and/or source code for the Application, including any data and utility programs needed for reproducing the Combined Work from the Application, but excluding the System Libraries of the Combined Work. 1. Exception to Section 3 of the GNU GPL. You may convey a covered work under sections 3 and 4 of this License without being bound by section 3 of the GNU GPL. 2. Conveying Modified Versions. If you modify a copy of the Library, and, in your modifications, a facility refers to a function or data to be supplied by an Application that uses the facility (other than as an argument passed when the facility is invoked), then you may convey a copy of the modified version: a) under this License, provided that you make a good faith effort to ensure that, in the event an Application does not supply the function or data, the facility still operates, and performs whatever part of its purpose remains meaningful, or b) under the GNU GPL, with none of the additional permissions of this License applicable to that copy. 3. Object Code Incorporating Material from Library Header Files. The object code form of an Application may incorporate material from a header file that is part of the Library. You may convey such object code under terms of your choice, provided that, if the incorporated material is not limited to numerical parameters, data structure layouts and accessors, or small macros, inline functions and templates (ten or fewer lines in length), you do both of the following: a) Give prominent notice with each copy of the object code that the Library is used in it and that the Library and its use are covered by this License. b) Accompany the object code with a copy of the GNU GPL and this license document. 4. Combined Works. You may convey a Combined Work under terms of your choice that, taken together, effectively do not restrict modification of the portions of the Library contained in the Combined Work and reverse engineering for debugging such modifications, if you also do each of the following: a) Give prominent notice with each copy of the Combined Work that the Library is used in it and that the Library and its use are covered by this License. b) Accompany the Combined Work with a copy of the GNU GPL and this license document. c) For a Combined Work that displays copyright notices during execution, include the copyright notice for the Library among these notices, as well as a reference directing the user to the copies of the GNU GPL and this license document. d) Do one of the following: 0) Convey the Minimal Corresponding Source under the terms of this License, and the Corresponding Application Code in a form suitable for, and under terms that permit, the user to recombine or relink the Application with a modified version of the Linked Version to produce a modified Combined Work, in the manner specified by section 6 of the GNU GPL for conveying Corresponding Source. 1) Use a suitable shared library mechanism for linking with the Library. A suitable mechanism is one that (a) uses at run time a copy of the Library already present on the user's computer system, and (b) will operate properly with a modified version of the Library that is interface-compatible with the Linked Version. e) Provide Installation Information, but only if you would otherwise be required to provide such information under section 6 of the GNU GPL, and only to the extent that such information is necessary to install and execute a modified version of the Combined Work produced by recombining or relinking the Application with a modified version of the Linked Version. (If you use option 4d0, the Installation Information must accompany the Minimal Corresponding Source and Corresponding Application Code. If you use option 4d1, you must provide the Installation Information in the manner specified by section 6 of the GNU GPL for conveying Corresponding Source.) 5. Combined Libraries. You may place library facilities that are a work based on the Library side by side in a single library together with other library facilities that are not Applications and are not covered by this License, and convey such a combined library under terms of your choice, if you do both of the following: a) Accompany the combined library with a copy of the same work based on the Library, uncombined with any other library facilities, conveyed under the terms of this License. b) Give prominent notice with the combined library that part of it is a work based on the Library, and explaining where to find the accompanying uncombined form of the same work. 6. Revised Versions of the GNU Lesser General Public License. The Free Software Foundation may publish revised and/or new versions of the GNU Lesser General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Library as you received it specifies that a certain numbered version of the GNU Lesser General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that published version or of any later version published by the Free Software Foundation. If the Library as you received it does not specify a version number of the GNU Lesser General Public License, you may choose any version of the GNU Lesser General Public License ever published by the Free Software Foundation. If the Library as you received it specifies that a proxy can decide whether future versions of the GNU Lesser General Public License shall apply, that proxy's public statement of acceptance of any version is permanent authorization for you to choose that version for the Library. doomsday-1.14.5/doomsday/libappfw/0000775000175000017500000000000012350542240016325 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libappfw/src/0000775000175000017500000000000012350542240017114 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libappfw/src/untrapper.cpp0000664000175000017500000000260512350542240021643 0ustar jaakkojaakko/** @file untrapper.cpp Mouse untrapping utility. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/Untrapper" namespace de { DENG2_PIMPL(Untrapper) { CanvasWindow &window; bool wasTrapped; Instance(Public *i, CanvasWindow &w) : Base(i), window(w) { wasTrapped = window.canvas().isMouseTrapped(); if(wasTrapped) { window.canvas().trapMouse(false); } } ~Instance() { if(wasTrapped) { window.canvas().trapMouse(); } } }; Untrapper::Untrapper(CanvasWindow &window) : d(new Instance(this, window)) {} } // namespace de doomsday-1.14.5/doomsday/libappfw/src/signalaction.cpp0000664000175000017500000000217712350542240022302 0ustar jaakkojaakko/** @file signalaction.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/SignalAction" namespace de { SignalAction::SignalAction(QObject *target, char const *slot) : Action(), _target(target), _slot(slot) { connect(this, SIGNAL(triggered()), target, slot); } void SignalAction::trigger() { Action::trigger(); emit triggered(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/guiwidget.cpp0000664000175000017500000005512012350542240021613 0ustar jaakkojaakko/** @file guiwidget.cpp Base class for graphical widgets. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GuiWidget" #include "de/GuiRootWidget" #include "de/BlurWidget" #include "de/Style" #include "de/BaseGuiApp" #include "de/IPersistent" #include #include #include #include #include #include namespace de { DENG2_PIMPL(GuiWidget) , DENG2_OBSERVES(Widget, ChildAddition) , DENG2_OBSERVES(ui::Margins, Change) #ifdef DENG2_DEBUG , DENG2_OBSERVES(Widget, ParentChange) #endif { RuleRectangle rule; ///< Visual rule, used when drawing. RuleRectangle hitRule; ///< Used only for hit testing. By default matches the visual rule. ui::Margins margins; Rectanglei savedPos; bool inited; bool needGeometry; bool styleChanged; bool stateSerializationEnabled; Background background; Animation opacity; Animation opacityWhenDisabled; bool firstUpdateAfterCreation; QList eventHandlers; // Style. DotPath fontId; DotPath textColorId; // Background blurring. bool blurInited; Vector2ui blurSize; QScopedPointer blurFB[2]; Drawable blurring; GLUniform uBlurMvpMatrix; GLUniform uBlurColor; GLUniform uBlurTex; GLUniform uBlurStep; GLUniform uBlurWindow; Instance(Public *i) : Base(i) , margins("gap") , inited(false) , needGeometry(true) , styleChanged(false) , stateSerializationEnabled(true) , opacity(1.f, Animation::Linear) , opacityWhenDisabled(1.f, Animation::Linear) , firstUpdateAfterCreation(true) , fontId("default") , textColorId("text") , blurInited(false) , uBlurMvpMatrix("uMvpMatrix", GLUniform::Mat4) , uBlurColor ("uColor", GLUniform::Vec4) , uBlurTex ("uTex", GLUniform::Sampler2D) , uBlurStep ("uBlurStep", GLUniform::Vec2) , uBlurWindow ("uWindow", GLUniform::Vec4) { self.audienceForChildAddition() += this; margins.audienceForChange() += this; #ifdef DENG2_DEBUG self.audienceForParentChange() += this; rule.setDebugName(self.path()); #endif // By default use the visual rule as the hit test rule. hitRule.setRect(rule); } ~Instance() { qDeleteAll(eventHandlers); // The base class will delete all children, but we need to deinitialize // them first. self.notifyTree(&Widget::deinitialize); deinitBlur(); /* * Deinitialization must occur before destruction so that GL resources * are not leaked. Derived classes are responsible for deinitializing * first before beginning destruction. */ #ifdef DENG2_DEBUG if(inited) qDebug() << "GuiWidget" << &self << self.name() << "is still inited!"; DENG2_ASSERT(!inited); #endif } void marginsChanged() { styleChanged = true; } #ifdef DENG2_DEBUG void widgetParentChanged(Widget &, Widget *, Widget *) { rule.setDebugName(self.path()); } #endif void widgetChildAdded(Widget &child) { if(self.hasRoot()) { // Make sure newly added children know the view size. child.viewResized(); child.notifyTree(&Widget::viewResized); } } /** * Test if a clipped widget is contained within its ancestors' clip rectangles. */ bool isClipCulled() const { bool wasClipped = false; Rectanglei visibleArea = self.root().viewRule().recti(); for(Widget const *w = self.parentWidget(); w; w = w->parent()) { if(!w->is()) continue; // Does this ancestor use child clipping? if(w->behavior().testFlag(ChildVisibilityClipping)) { wasClipped = true; visibleArea &= w->as().rule().recti(); } } if(!wasClipped) return false; if(self.isClipped()) { int const CULL_SAFETY_WIDTH = 100; // avoid pop-in when scrolling // Clipped widgets are guaranteed to be within their rectangle. return !visibleArea.overlaps(self.rule().recti().expanded(CULL_SAFETY_WIDTH)); } // Otherwise widgets may draw anywhere in the view. return visibleArea.isNull(); } void initBlur() { if(blurInited) return; // The blurred version of the view is downsampled. blurSize = (self.root().viewSize() / 4).max(Vector2ui(1, 1)); for(int i = 0; i < 2; ++i) { // Multisampling is disabled in the blurs for now. blurFB[i].reset(new GLFramebuffer(Image::RGB_888, blurSize, 1)); blurFB[i]->glInit(); #if 0 QImage test(QSize(blurSize.x, blurSize.y), QImage::Format_ARGB32); QPainter pnt(&test); test.fill(0xff00ffff); pnt.setPen(Qt::black); pnt.setBrush(Qt::white); pnt.drawEllipse(QPoint(blurSize.x/2, blurSize.y/2), blurSize.x/2 - 1, blurSize.y/2 - 1); blur[i].setImage(test); #endif blurFB[i]->colorTexture().setFilter(gl::Linear, gl::Linear, gl::MipNone); } // Set up the drawble. DefaultVertexBuf *buf = new DefaultVertexBuf; blurring.addBuffer(buf); buf->setVertices(gl::TriangleStrip, DefaultVertexBuf::Builder().makeQuad( Rectanglef(0, 0, 1, 1), Vector4f(1, 1, 1, 1), Rectanglef(0, 0, 1, 1)), gl::Static); uBlurStep = Vector2f(1.f / float(blurSize.x), 1.f / float(blurSize.y)); self.root().shaders().build(blurring.program(), "fx.blur.horizontal") << uBlurMvpMatrix << uBlurTex << uBlurStep << uBlurWindow; blurring.addProgram("vert"); self.root().shaders().build(blurring.program("vert"), "fx.blur.vertical") << uBlurMvpMatrix << uBlurTex << uBlurColor << uBlurStep << uBlurWindow; blurInited = true; } void deinitBlur() { if(!blurInited) return; for(int i = 0; i < 2; ++i) { blurFB[i].reset(); } blurring.clear(); blurInited = false; } void reinitBlur() { if(blurInited) { deinitBlur(); initBlur(); } } void drawBlurredBackground() { if(background.type == Background::SharedBlur) { // Use another widget's blur. DENG2_ASSERT(background.blur != 0); background.blur->drawBlurredRect(self.rule().recti(), background.solidFill); return; } if(background.type != Background::Blurred && background.type != Background::BlurredWithBorderGlow) { deinitBlur(); return; } // Make sure blurring is initialized. initBlur(); DENG2_ASSERT(blurFB[0]->isReady()); // Pass 1: render all the widgets behind this one onto the first blur // texture, downsampled. GLState::push() .setTarget(blurFB[0]->target()) .setViewport(Rectangleui::fromSize(blurSize)); blurFB[0]->target().clear(GLTarget::Depth); self.root().drawUntil(self); GLState::pop(); // Pass 2: apply the horizontal blur filter to draw the background // contents onto the second blur texture. GLState::push() .setTarget(blurFB[1]->target()) .setViewport(Rectangleui::fromSize(blurSize)); uBlurTex = blurFB[0]->colorTexture(); uBlurMvpMatrix = Matrix4f::ortho(0, 1, 0, 1); uBlurWindow = Vector4f(0, 0, 1, 1); blurring.setProgram(blurring.program()); blurring.draw(); GLState::pop(); // Pass 3: apply the vertical blur filter, drawing the final result // into the original target. if(background.solidFill.w > 0) { self.drawBlurredRect(self.rule().recti(), background.solidFill, self.visibleOpacity()); } } inline float currentOpacity() const { return min(opacity.value(), opacityWhenDisabled.value()); } void updateOpacityForDisabledWidgets() { float const opac = (self.isDisabled()? .3f : 1.f); if(opacityWhenDisabled.target() != opac) { opacityWhenDisabled.setValue(opac, .3f); } if(firstUpdateAfterCreation) { opacityWhenDisabled.finish(); } } void restoreState() { try { if(IPersistent *po = self.maybeAs()) { DENG2_BASE_GUI_APP->persistentUIState() >> *po; } } catch(Error const &er) { // Benign: widget will use default state. LOG_VERBOSE("Failed to restore state of widget '%s': %s") << self.path() << er.asText(); } } void saveState() { try { if(IPersistent *po = self.maybeAs()) { DENG2_BASE_GUI_APP->persistentUIState() << *po; } } catch(Error const &er) { LOG_WARNING("Failed to save state of widget '%s': %s") << self.path() << er.asText(); } } }; GuiWidget::GuiWidget(String const &name) : Widget(name), d(new Instance(this)) { d->rule.setDebugName(name); } void GuiWidget::destroy(GuiWidget *widget) { widget->deinitialize(); delete widget; } GuiRootWidget &GuiWidget::root() { return static_cast(Widget::root()); } GuiRootWidget &GuiWidget::root() const { return static_cast(Widget::root()); } Widget::Children GuiWidget::childWidgets() const { return Widget::children(); } Widget *GuiWidget::parentWidget() const { return Widget::parent(); } Style const &GuiWidget::style() const { return Style::appStyle(); } Font const &GuiWidget::font() const { return style().fonts().font(d->fontId); } DotPath const &GuiWidget::textColorId() const { return d->textColorId; } void GuiWidget::setFont(DotPath const &id) { d->fontId = id; d->styleChanged = true; } ColorBank::Color GuiWidget::textColor() const { return style().colors().color(d->textColorId); } ColorBank::Colorf GuiWidget::textColorf() const { return style().colors().colorf(d->textColorId); } void GuiWidget::setTextColor(DotPath const &id) { d->textColorId = id; d->styleChanged = true; } RuleRectangle &GuiWidget::rule() { return d->rule; } RuleRectangle const &GuiWidget::rule() const { return d->rule; } ui::Margins &GuiWidget::margins() { return d->margins; } ui::Margins const &GuiWidget::margins() const { return d->margins; } Rectanglef GuiWidget::normalizedRect(de::Rectanglei const &rect, de::Rectanglei const &containerRect) // static { Rectanglef const rectf = rect.moved(-containerRect.topLeft); Vector2f const contSize = containerRect.size(); return Rectanglef(Vector2f(rectf.left() / contSize.x, rectf.top() / contSize.y), Vector2f(rectf.right() / contSize.x, rectf.bottom() / contSize.y)); } Rectanglef GuiWidget::normalizedRect() const { return GuiWidget::normalizedRect(rule().recti(), Rectanglei::fromSize(root().viewSize())); } Rectanglef GuiWidget::normalizedRect(Rectanglei const &viewSpaceRect) const { return GuiWidget::normalizedRect(viewSpaceRect, Rectanglei::fromSize(root().viewSize())); } Rectanglef GuiWidget::normalizedContentRect() const { Rectanglef const rect = rule().rect().adjusted( Vector2f(margins().left().value(), margins().top().value()), -Vector2f(margins().right().value(), margins().bottom().value())); GuiRootWidget::Size const &viewSize = root().viewSize(); return Rectanglef(Vector2f(float(rect.left()) / float(viewSize.x), float(rect.top()) / float(viewSize.y)), Vector2f(float(rect.right()) / float(viewSize.x), float(rect.bottom()) / float(viewSize.y))); } static void deleteGuiWidget(void *ptr) { GuiWidget::destroy(reinterpret_cast(ptr)); } void GuiWidget::guiDeleteLater() { Garbage_TrashInstance(this, deleteGuiWidget); } void GuiWidget::recycleTrashedWidgets() { Garbage_RecycleAllWithDestructor(deleteGuiWidget); } void GuiWidget::set(Background const &bg) { d->background = bg; requestGeometry(); } bool GuiWidget::isClipped() const { return behavior().testFlag(ContentClipping); } GuiWidget::Background const &GuiWidget::background() const { return d->background; } void GuiWidget::setOpacity(float opacity, TimeDelta span, TimeDelta startDelay) { d->opacity.setValue(opacity, span, startDelay); } Animation GuiWidget::opacity() const { return d->opacity; } float GuiWidget::visibleOpacity() const { float opacity = d->currentOpacity(); for(Widget *i = Widget::parent(); i != 0; i = i->parent()) { if(GuiWidget *w = i->maybeAs()) { opacity *= w->d->currentOpacity(); } } return opacity; } void GuiWidget::addEventHandler(IEventHandler *handler) { d->eventHandlers.append(handler); } void GuiWidget::removeEventHandler(IEventHandler *handler) { d->eventHandlers.removeOne(handler); } void GuiWidget::enableStateSerialization(bool enabled) { d->stateSerializationEnabled = enabled; } void GuiWidget::saveState() { d->saveState(); foreach(Widget *child, childWidgets()) { if(GuiWidget *widget = child->maybeAs()) { widget->saveState(); } } } void GuiWidget::restoreState() { d->restoreState(); foreach(Widget *child, childWidgets()) { if(GuiWidget *widget = child->maybeAs()) { widget->restoreState(); } } } void GuiWidget::initialize() { if(d->inited) return; try { d->inited = true; glInit(); if(d->stateSerializationEnabled) { d->restoreState(); } } catch(Error const &er) { LOG_WARNING("Error when initializing widget '%s': %s") << name() << er.asText(); } } void GuiWidget::deinitialize() { if(!d->inited) return; try { if(d->stateSerializationEnabled) { d->saveState(); } d->inited = false; d->deinitBlur(); glDeinit(); } catch(Error const &er) { LOG_WARNING("Error when deinitializing widget '%s': %s") << name() << er.asText(); } } void GuiWidget::viewResized() { d->reinitBlur(); } void GuiWidget::update() { if(!d->inited) { initialize(); } if(d->styleChanged) { d->styleChanged = false; updateStyle(); } d->updateOpacityForDisabledWidgets(); d->firstUpdateAfterCreation = false; } void GuiWidget::draw() { if(d->inited && !isHidden() && visibleOpacity() > 0 && !d->isClipCulled()) { #ifdef DENG2_DEBUG // Detect mistakes in GLState stack usage. dsize const depthBeforeDrawingWidget = GLState::stackDepth(); #endif d->drawBlurredBackground(); if(isClipped()) { GLState::push().setNormalizedScissor(normalizedRect()); } drawContent(); if(isClipped()) { GLState::pop(); } DENG2_ASSERT(GLState::stackDepth() == depthBeforeDrawingWidget); } } bool GuiWidget::handleEvent(Event const &event) { foreach(IEventHandler *handler, d->eventHandlers) { if(handler->handleEvent(*this, event)) { return true; } } return Widget::handleEvent(event); } bool GuiWidget::hitTest(Vector2i const &pos) const { if(behavior().testFlag(Unhittable)) { // Can never be hit by anything. return false; } Widget const *w = Widget::parent(); while(w) { GuiWidget const *gui = dynamic_cast(w); if(gui) { if(gui->behavior().testFlag(ChildHitClipping) && !gui->d->hitRule.recti().contains(pos)) { // Must hit clipped parent widgets as well. return false; } } w = w->Widget::parent(); } return d->hitRule.recti().contains(pos); } bool GuiWidget::hitTest(Event const &event) const { return event.isMouse() && hitTest(event.as().pos()); } GuiWidget const *GuiWidget::treeHitTest(Vector2i const &pos) const { Children const childs = childWidgets(); for(int i = childs.size() - 1; i >= 0; --i) { if(GuiWidget const *w = childs.at(i)->maybeAs()) { // Check children first. if(GuiWidget const *hit = w->treeHitTest(pos)) { return hit; } } } if(hitTest(pos)) { return this; } return 0; } RuleRectangle &GuiWidget::hitRule() { return d->hitRule; } GuiWidget::MouseClickStatus GuiWidget::handleMouseClick(Event const &event, MouseEvent::Button button) { if(isDisabled()) return MouseClickUnrelated; if(event.type() == Event::MouseButton) { MouseEvent const &mouse = event.as(); if(mouse.button() != button) { return MouseClickUnrelated; } if(mouse.state() == MouseEvent::Pressed && hitTest(mouse.pos())) { root().routeMouse(this); return MouseClickStarted; } if(mouse.state() == MouseEvent::Released && root().isEventRouted(event.type(), this)) { root().routeMouse(0); if(hitTest(mouse.pos())) { return MouseClickFinished; } return MouseClickAborted; } } return MouseClickUnrelated; } void GuiWidget::glInit() {} void GuiWidget::glDeinit() {} void GuiWidget::drawContent() {} void GuiWidget::drawBlurredRect(Rectanglei const &rect, Vector4f const &color, float opacity) { DENG2_ASSERT(d->blurInited); if(!d->blurInited) return; DENG2_ASSERT(d->blurFB[1]->isReady()); Vector2ui const viewSize = root().viewSize(); d->uBlurTex = d->blurFB[1]->colorTexture(); d->uBlurColor = Vector4f((1 - color.w) + color.x * color.w, (1 - color.w) + color.y * color.w, (1 - color.w) + color.z * color.w, opacity); d->uBlurWindow = Vector4f(rect.left() / float(viewSize.x), rect.top() / float(viewSize.y), rect.width() / float(viewSize.x), rect.height() / float(viewSize.y)); d->uBlurMvpMatrix = root().projMatrix2D() * Matrix4f::scaleThenTranslate(rect.size(), rect.topLeft); d->blurring.setProgram("vert"); d->blurring.draw(); } void GuiWidget::requestGeometry(bool yes) { d->needGeometry = yes; } bool GuiWidget::geometryRequested() const { return d->needGeometry; } bool GuiWidget::isInitialized() const { return d->inited; } GuiWidget *GuiWidget::guiFind(String const &name) { return find(name)->maybeAs(); } GuiWidget const *GuiWidget::guiFind(String const &name) const { return find(name)->maybeAs(); } void GuiWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { if(d->background.type != Background::Blurred && d->background.type != Background::BlurredWithBorderGlow && d->background.type != Background::SharedBlur) { // Is there a solid fill? if(d->background.solidFill.w > 0) { verts.makeQuad(rule().recti(), d->background.solidFill, root().atlas().imageRectf(root().solidWhitePixel()).middle()); } } switch(d->background.type) { case Background::GradientFrame: verts.makeFlexibleFrame(rule().recti().shrunk(1), d->background.thickness, d->background.color, root().atlas().imageRectf(root().boldRoundCorners())); break; case Background::Rounded: verts.makeFlexibleFrame(rule().recti().shrunk(d->background.thickness - 4), d->background.thickness, d->background.color, root().atlas().imageRectf(root().roundCorners())); break; case Background::BorderGlow: case Background::BlurredWithBorderGlow: verts.makeFlexibleFrame(rule().recti().expanded(d->background.thickness), d->background.thickness, d->background.color, root().atlas().imageRectf(root().borderGlow())); break; case Background::Blurred: // blurs drawn separately in GuiWidget::draw() case Background::SharedBlur: break; case Background::None: break; } } bool GuiWidget::hasChangedPlace(Rectanglei ¤tPlace) { currentPlace = rule().recti(); bool changed = (d->savedPos != currentPlace); d->savedPos = currentPlace; return changed; } void GuiWidget::updateStyle() {} } // namespace de doomsday-1.14.5/doomsday/libappfw/src/vr/0000775000175000017500000000000012350542240017543 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libappfw/src/vr/oculusrift.cpp0000664000175000017500000002105212350542240022446 0ustar jaakkojaakko/** @file oculusrift.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * @authors Copyright (c) 2013 Christopher Bruns * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/OculusRift" #include #include #include #ifdef DENG_HAVE_OCULUS_API # include #endif namespace de { #ifdef DENG_HAVE_OCULUS_API class OculusTracker { public: OculusTracker() : pitch(0) , roll(0) , yaw(0) , _latency(0) { #ifdef DENG2_DEBUG OVR::System::Init(OVR::Log::ConfigureDefaultLog(OVR::LogMask_All)); #else OVR::System::Init(); #endif _fusionResult = new OVR::SensorFusion(); _manager = *OVR::DeviceManager::Create(); _hmd = *_manager->EnumerateDevices().CreateDevice(); if(_hmd) { _infoLoaded = _hmd->GetDeviceInfo(&_info); _sensor = *_hmd->GetSensor(); } else { _sensor = *_manager->EnumerateDevices().CreateDevice(); } if (_sensor) { _fusionResult->AttachToSensor(_sensor); } } ~OculusTracker() { _sensor.Clear(); _hmd.Clear(); _manager.Clear(); delete _fusionResult; OVR::System::Destroy(); } OVR::HMDInfo const &getInfo() const { return _info; } bool isGood() const { return _sensor.GetPtr() != NULL; } void update() { OVR::Quatf quaternion; if(_latency == 0) { quaternion = _fusionResult->GetOrientation(); } else { quaternion = _fusionResult->GetPredictedOrientation(); } quaternion.GetEulerAngles(&yaw, &pitch, &roll); } void setLatency(float lat) { if (_latency == lat) return; // no change _latency = lat; if (_latency == 0) { _fusionResult->SetPredictionEnabled(false); _fusionResult->SetPrediction(_latency); } else { _fusionResult->SetPredictionEnabled(true); _fusionResult->SetPrediction(_latency); } } float latency() const { return _latency; } // Head orientation state, refreshed by call to update(); float pitch, roll, yaw; private: OVR::Ptr _manager; OVR::Ptr _hmd; OVR::Ptr _sensor; OVR::SensorFusion* _fusionResult; OVR::HMDInfo _info; bool _infoLoaded; float _latency; }; #endif DENG2_PIMPL(OculusRift), public Lockable { bool inited; Vector2f screenSize; float lensSeparationDistance; Vector4f hmdWarpParam; Vector4f chromAbParam; float eyeToScreenDistance; float latency; float ipd; bool headOrientationUpdateIsAllowed; #ifdef DENG_HAVE_OCULUS_API OculusTracker *oculusTracker; #endif Instance(Public *i) : Base(i) , inited(false) , screenSize(0.14976f, 0.09360f) , lensSeparationDistance(0.0635f) , hmdWarpParam(1.0f, 0.220f, 0.240f, 0.000f) , chromAbParam(0.996f, -0.004f, 1.014f, 0.0f) , eyeToScreenDistance(0.041f) , latency(.030f) , ipd(.064f) , headOrientationUpdateIsAllowed(true) #ifdef DENG_HAVE_OCULUS_API , oculusTracker(0) #endif {} ~Instance() { DENG2_GUARD(this); deinit(); } void init() { if(inited) return; inited = true; #ifdef DENG_HAVE_OCULUS_API DENG2_GUARD(this); DENG2_ASSERT_IN_MAIN_THREAD(); DENG2_ASSERT(!oculusTracker); oculusTracker = new OculusTracker; if(oculusTracker->isGood() /*&& autoLoadRiftParams*/) { OVR::HMDInfo const &info = oculusTracker->getInfo(); ipd = info.InterpupillaryDistance; screenSize = Vector2f(info.HScreenSize, info.VScreenSize); lensSeparationDistance = info.LensSeparationDistance; hmdWarpParam = Vector4f( info.DistortionK[0], info.DistortionK[1], info.DistortionK[2], info.DistortionK[3]); chromAbParam = Vector4f( info.ChromaAbCorrection[0], info.ChromaAbCorrection[1], info.ChromaAbCorrection[2], info.ChromaAbCorrection[3]); eyeToScreenDistance = info.EyeToScreenDistance; // Update the initial latency prediction. oculusTracker->setLatency(latency); } #endif } void deinit() { if(!inited) return; inited = false; #ifdef DENG_HAVE_OCULUS_API DENG2_GUARD(this); delete oculusTracker; oculusTracker = 0; #endif } }; OculusRift::OculusRift() : d(new Instance(this)) {} bool OculusRift::init() { d->init(); return isReady(); } void OculusRift::deinit() { d->deinit(); } float OculusRift::interpupillaryDistance() const { return d->ipd; } float OculusRift::aspect() const { return 0.5f * d->screenSize.x / d->screenSize.y; } Vector2f OculusRift::screenSize() const { return d->screenSize; } Vector4f OculusRift::chromAbParam() const { return d->chromAbParam; } Vector4f OculusRift::hmdWarpParam() const { return d->hmdWarpParam; } float OculusRift::lensSeparationDistance() const { return d->lensSeparationDistance; } void OculusRift::setPredictionLatency(float latency) { #ifdef DENG_HAVE_OCULUS_API DENG2_GUARD(d); if(isReady()) { d->oculusTracker->setLatency(latency); } #else DENG2_UNUSED(latency); #endif } float OculusRift::predictionLatency() const { #ifdef DENG_HAVE_OCULUS_API DENG2_GUARD(d); if(isReady()) { return d->oculusTracker->latency(); } #endif return 0; } // True if Oculus Rift is enabled and can report head orientation. bool OculusRift::isReady() const { #ifdef DENG_HAVE_OCULUS_API DENG2_GUARD(d); return d->inited && d->oculusTracker->isGood(); #else return false; #endif } void OculusRift::allowUpdate() { d->headOrientationUpdateIsAllowed = true; } void OculusRift::update() { #ifdef DENG_HAVE_OCULUS_API DENG2_GUARD(d); if(d->headOrientationUpdateIsAllowed && isReady()) { d->oculusTracker->update(); d->headOrientationUpdateIsAllowed = false; } #endif } Vector3f OculusRift::headOrientation() const { Vector3f result; #ifdef DENG_HAVE_OCULUS_API DENG2_GUARD(d); if(isReady()) { result[0] = d->oculusTracker->pitch; result[1] = d->oculusTracker->roll; result[2] = d->oculusTracker->yaw; } #endif return result; } Matrix4f OculusRift::headModelViewMatrix() const { Vector3f const pry = headOrientation(); return Matrix4f::rotate(-radianToDegree(pry[1]), Vector3f(0, 0, 1)) * Matrix4f::rotate(-radianToDegree(pry[0]), Vector3f(1, 0, 0)) * Matrix4f::rotate(-radianToDegree(pry[2]), Vector3f(0, 1, 0)); } float OculusRift::distortionScale() const { float lensShift = d->screenSize.x * 0.25f - lensSeparationDistance() * 0.5f; float lensViewportShift = 4.0f * lensShift / d->screenSize.x; float fitRadius = fabs(-1 - lensViewportShift); float rsq = fitRadius*fitRadius; Vector4f k = hmdWarpParam(); float scale = (k[0] + k[1] * rsq + k[2] * rsq * rsq + k[3] * rsq * rsq * rsq); return scale; } float OculusRift::fovX() const { float const w = 0.25 * d->screenSize.x * distortionScale(); return de::radianToDegree(2.0 * atan(w / d->eyeToScreenDistance)); } float OculusRift::fovY() const { float const w = 0.5 * d->screenSize.y * distortionScale(); return de::radianToDegree(2.0 * atan(w / d->eyeToScreenDistance)); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/vr/vrconfig.cpp0000664000175000017500000001420112350542240022062 0ustar jaakkojaakko/** @file vrconfig.cpp Virtual reality configuration. * * @authors Copyright (c) 2014 Jaakko Keränen * @authors Copyright (c) 2013 Christopher Bruns * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/VRConfig" #include "de/math.h" namespace de { DENG2_PIMPL(VRConfig) { StereoMode mode; de::OculusRift ovr; float screenDistance; float ipd; float eyeHeightInMapUnits; float eyeShift; float playerPhysicalHeight; bool swapEyes; int riftFramebufferSamples; // Multisampling used in unwarped Rift framebuffer /** * Unlike most 3D modes, Oculus Rift typically uses no frustum shift. (or if we did, * it would be different and complicated) */ bool frustumShift; float dominantEye; ///< Kludge for aim-down-weapon-sight modes Instance(Public *i) : Base(i) , mode(Mono) , screenDistance(20.f) , ipd(.064f) // average male IPD , eyeHeightInMapUnits(41) , eyeShift(0) , playerPhysicalHeight(1.75f) , swapEyes(false) , riftFramebufferSamples(2) , frustumShift(true) , dominantEye(0.0f) { ovr.init(); } }; VRConfig::VRConfig() : d(new Instance(this)) {} void VRConfig::setMode(StereoMode newMode) { d->mode = newMode; } void VRConfig::setScreenDistance(float distance) { d->screenDistance = distance; } void VRConfig::setEyeHeightInMapUnits(float eyeHeightInMapUnits) { d->eyeHeightInMapUnits = eyeHeightInMapUnits; } void VRConfig::setInterpupillaryDistance(float ipd) { d->ipd = ipd; } void VRConfig::setPhysicalPlayerHeight(float heightInMeters) { d->playerPhysicalHeight = heightInMeters; } void VRConfig::setCurrentEye(Eye eye) { float eyePos = (eye == NeitherEye? 0 : eye == LeftEye? -1 : 1); // 0.925 because eyes are not at top of head float mapUnitsPerMeter = d->eyeHeightInMapUnits / (0.925 * d->playerPhysicalHeight); d->eyeShift = mapUnitsPerMeter * (eyePos - d->dominantEye) * 0.5 * d->ipd; if(d->swapEyes) { d->eyeShift *= -1; } } void VRConfig::enableFrustumShift(bool enable) { d->frustumShift = enable; } void VRConfig::setRiftFramebufferSampleCount(int samples) { d->riftFramebufferSamples = samples; } void VRConfig::setSwapEyes(bool swapped) { d->swapEyes = swapped; } void VRConfig::setDominantEye(float value) { d->dominantEye = value; } VRConfig::StereoMode VRConfig::mode() const { return d->mode; } float VRConfig::screenDistance() const { return d->screenDistance; } bool VRConfig::needsStereoGLFormat() const { return modeNeedsStereoGLFormat(mode()); } bool VRConfig::modeNeedsStereoGLFormat(StereoMode mode) { return mode == QuadBuffered; } float VRConfig::interpupillaryDistance() const { return d->ipd; } float VRConfig::eyeHeightInMapUnits() const { return d->eyeHeightInMapUnits; } float VRConfig::physicalPlayerHeight() const { return d->playerPhysicalHeight; } float VRConfig::eyeShift() const { return d->eyeShift; } bool VRConfig::frustumShift() const { return d->frustumShift; } bool VRConfig::swapEyes() const { return d->swapEyes; } float VRConfig::dominantEye() const { return d->dominantEye; } int VRConfig::riftFramebufferSampleCount() const { return d->riftFramebufferSamples; } float VRConfig::viewAspect(Vector2f const &viewPortSize) const { if(mode() == OculusRift) { // Override with the Oculus Rift's aspect ratio. return oculusRift().aspect(); } // We're assuming pixels are squares. return viewPortSize.x / viewPortSize.y; } float VRConfig::verticalFieldOfView(float horizFovDegrees, Vector2f const &viewPortSize) const { // We're assuming pixels are squares. float const aspect = viewAspect(viewPortSize); if(mode() == OculusRift) { // A little trigonometry to apply aspect ratio to angles float x = std::tan(.5f * degreeToRadian(horizFovDegrees)); return radianToDegree(2.f * std::atan2(x / aspect, 1.f)); } return horizFovDegrees / aspect; } Matrix4f VRConfig::projectionMatrix(float fovDegrees, Vector2f const &viewPortSize, float nearClip, float farClip) const { float const yfov = verticalFieldOfView(fovDegrees, viewPortSize); float const fH = std::tan(.5f * degreeToRadian(yfov)) * nearClip; float const fW = fH * viewAspect(viewPortSize); /* * Asymmetric frustum shift is computed to realign screen-depth items after view point has shifted. * Asymmetric frustum shift method is probably superior to competing toe-in stereo 3D method: * - AFS preserves identical near and far clipping planes in both views * - AFS shows items at/near infinity better * - AFS conforms to what stereo 3D photographers call "ortho stereo" * Asymmetric frustum shift is used for all stereo 3D modes except Oculus Rift mode, which only * applies the viewpoint shift. */ float shift = 0; if(frustumShift()) { shift = eyeShift() * nearClip / screenDistance(); } return Matrix4f::frustum(-fW - shift, fW - shift, -fH, fH, nearClip, farClip) * Matrix4f::translate(Vector3f(-eyeShift(), 0, 0)); } OculusRift &VRConfig::oculusRift() { return d->ovr; } OculusRift const &VRConfig::oculusRift() const { return d->ovr; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/gridlayout.cpp0000664000175000017500000004316612350542240022015 0ustar jaakkojaakko/** @file gridlayout.cpp Widget layout for a grid of widgets. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GridLayout" #include "de/SequentialLayout" #include namespace de { DENG2_PIMPL(GridLayout) { typedef QMap CellAlignments; WidgetList widgets; Mode mode; int maxCols; int maxRows; Rule const *initialX; Rule const *initialY; Rule const *baseX; Rule const *baseY; Vector2i cell; Rule const *fixedCellWidth; Rule const *fixedCellHeight; QMap fixedColWidths; CellAlignments cellAlignment; Rule const *colPad; Rule const *rowPad; Rule const *zeroRule; struct Metric { Rule const *fixedLength; ///< May be @c NULL. Rule const *current; ///< Current size of column/row (replaced many times). IndirectRule *final; ///< Final size of column/row (for others to use). Rule const *accumulatedLengths; ///< Sum of sizes of previous columns/rows (for others to use). Rule const *minEdge; ///< Rule for the left/top edge. Rule const *maxEdge; ///< Rule for the right/bottom edge. ui::Alignment cellAlign;///< Cell alignment affecting the entire column/row. Metric() : fixedLength(0), current(0), final(new IndirectRule), accumulatedLengths(0), minEdge(0), maxEdge(0), cellAlign(ui::AlignLeft) {} ~Metric() { releaseRef(fixedLength); releaseRef(current); releaseRef(final); releaseRef(accumulatedLengths); releaseRef(minEdge); releaseRef(maxEdge); } }; typedef QList Metrics; Metrics cols; Metrics rows; Rule const *totalWidth; Rule const *totalHeight; SequentialLayout *current; bool needTotalUpdate; Instance(Public *i, Rule const &x, Rule const &y, Mode layoutMode) : Base(i), mode(layoutMode), maxCols(1), maxRows(1), initialX(holdRef(x)), initialY(holdRef(y)), baseX(holdRef(x)), baseY(holdRef(y)), fixedCellWidth(0), fixedCellHeight(0), colPad(0), rowPad(0), zeroRule(new ConstantRule(0)), totalWidth(new ConstantRule(0)), totalHeight(new ConstantRule(0)), current(0), needTotalUpdate(false) {} ~Instance() { releaseRef(initialX); releaseRef(initialY); releaseRef(baseX); releaseRef(baseY); releaseRef(fixedCellWidth); releaseRef(fixedCellHeight); releaseRef(colPad); releaseRef(rowPad); releaseRef(zeroRule); releaseRef(totalWidth); releaseRef(totalHeight); foreach(Rule const *rule, fixedColWidths.values()) { releaseRef(rule); } fixedColWidths.clear(); clearMetrics(); delete current; } void clear() { changeRef(baseX, *initialX); changeRef(baseY, *initialY); delete current; current = 0; needTotalUpdate = true; widgets.clear(); setup(maxCols, maxRows); } void clearMetrics() { qDeleteAll(cols); cols.clear(); qDeleteAll(rows); rows.clear(); cellAlignment.clear(); } void setup(int numCols, int numRows) { clearMetrics(); maxCols = numCols; maxRows = numRows; if(!maxCols) { mode = RowFirst; } else if(!maxRows) { mode = ColumnFirst; } // Allocate the right number of cols and rows. for(int i = 0; i < maxCols; ++i) { addMetric(cols); } for(int i = 0; i < maxRows; ++i) { addMetric(rows); } cell = Vector2i(0, 0); } Vector2i gridSize() const { return Vector2i(cols.size(), rows.size()); } void addMetric(Metrics &list) { Metric *m = new Metric; int pos = list.size(); // Check if there is a fixed width defined for this column. if(&list == &cols && fixedColWidths.contains(pos)) { DENG2_ASSERT(fixedColWidths[pos] != 0); m->fixedLength = holdRef(*fixedColWidths[pos]); } for(int i = 0; i < list.size(); ++i) { sumInto(m->accumulatedLengths, list[i]->fixedLength? *list[i]->fixedLength : *list[i]->final); } list << m; } void updateMaximum(Metrics &list, int index, Rule const &rule) { if(index < 0) index = 0; if(index >= list.size()) { // The list may expand. addMetric(list); } DENG2_ASSERT(index < list.size()); Metric &metric = *list[index]; if(!metric.fixedLength) { changeRef(metric.current, OperatorRule::maximum(rule, metric.current)); // Update the indirection. metric.final->setSource(*metric.current); } else { // Fixed lengths are never affected. metric.final->setSource(*metric.fixedLength); } } Rule const &columnLeftX(int col) { if(!cols.at(col)->minEdge) { Rule const *base = holdRef(initialX); if(col > 0) { if(colPad) changeRef(base, *base + *colPad * col); sumInto(base, *cols.at(col)->accumulatedLengths); } cols[col]->minEdge = base; } return *cols.at(col)->minEdge; } Rule const &columnRightX(int col) { if(col < cols.size() - 1) { return columnLeftX(col + 1); } if(!cols.at(col)->maxEdge) { cols[col]->maxEdge = holdRef(columnLeftX(col) + *cols.last()->final); } return *cols.at(col)->maxEdge; } Rule const &rowTopY(int row) const { if(!rows.at(row)->minEdge) { Rule const *base = holdRef(initialY); if(row > 0) { if(rowPad) changeRef(base, *base + *rowPad * row); sumInto(base, *rows.at(row)->accumulatedLengths); } rows[row]->minEdge = base; } return *rows.at(row)->minEdge; } ui::Alignment alignment(Vector2i pos) const { CellAlignments::const_iterator found = cellAlignment.find(pos); if(found != cellAlignment.end()) { return found.value(); } return cols.at(pos.x)->cellAlign; } /** * Begins the next column or row. */ void begin() { if(current) return; current = new SequentialLayout(*baseX, *baseY, mode == ColumnFirst? ui::Right : ui::Down); if(fixedCellWidth) { current->setOverrideWidth(*fixedCellWidth); } if(fixedCellHeight) { current->setOverrideHeight(*fixedCellHeight); } } /** * Ends the current column or row, if it is full. */ void end(int cellSpan) { DENG2_ASSERT(current != 0); // Advance to next cell. if(mode == ColumnFirst) { cell.x += cellSpan; if(maxCols > 0 && cell.x >= maxCols) { cell.x = 0; cell.y++; sumInto(baseY, current->height()); if(rowPad) sumInto(baseY, *rowPad * cellSpan); // This one is finished. delete current; current = 0; } } else { cell.y += cellSpan; if(maxRows > 0 && cell.y >= maxRows) { cell.y = 0; cell.x++; sumInto(baseX, current->width()); if(colPad) sumInto(baseX, *colPad * cellSpan); // This one is finished. delete current; current = 0; } } } /** * Appends a widget or empty cell into the grid. * * @param widget Widget. * @param space Empty cell. * @param cellSpan Number of cells this widget/space will span. * @param layoutWidth Optionally, a width to use for layout calculations instead * of the actual width of the widget/space. */ void append(GuiWidget *widget, Rule const *space, int cellSpan = 1, Rule const *layoutWidth = 0) { DENG2_ASSERT(!(widget && space)); DENG2_ASSERT(widget || space); begin(); Rule const *pad = (mode == ColumnFirst? colPad : rowPad); widgets << widget; // NULLs included. if(widget) { if(pad && !current->isEmpty()) { current->append(*widget, *pad); } else { current->append(*widget); } } else { if(pad && !current->isEmpty()) current->append(*pad); current->append(*space); } Rule const &cellWidth = (layoutWidth? *layoutWidth : widget? widget->rule().width() : *space); // Update the column and row maximum width/height. if(mode == ColumnFirst) { if(cellSpan == 1) updateMaximum(cols, cell.x, cellWidth); if(widget) updateMaximum(rows, cell.y, widget->rule().height()); } else { if(cellSpan == 1) updateMaximum(rows, cell.y, widget? widget->rule().height() : *space); if(widget) updateMaximum(cols, cell.x, cellWidth); } if(widget) { // Cells in variable-width columns/rows must be positioned according to // the final column/row base widths. if(mode == ColumnFirst && !fixedCellWidth) { if(alignment(cell) & ui::AlignRight) { widget->rule() .clearInput(Rule::Left) .setInput(Rule::Right, columnRightX(cell.x + cellSpan - 1)); } else { widget->rule().setInput(Rule::Left, columnLeftX(cell.x)); } } else if(mode == RowFirst && !fixedCellHeight) { widget->rule().setInput(Rule::Top, rowTopY(cell.y)); } } end(cellSpan); needTotalUpdate = true; } void updateTotal() { if(!needTotalUpdate) return; Vector2i size = gridSize(); // Paddings must be included in the total. if(colPad) { changeRef(totalWidth, *colPad * size.x); } else { releaseRef(totalWidth); } if(rowPad) { changeRef(totalHeight, *rowPad * size.y); } else { releaseRef(totalHeight); } // Sum up the column widths. for(int i = 0; i < size.x; ++i) { DENG2_ASSERT(cols.at(i)); sumInto(totalWidth, *cols.at(i)->final); } // Sum up the row heights. for(int i = 0; i < size.y; ++i) { DENG2_ASSERT(rows.at(i)); sumInto(totalHeight, *rows.at(i)->final); } if(!totalWidth) totalWidth = new ConstantRule(0); if(!totalHeight) totalHeight = new ConstantRule(0); needTotalUpdate = false; } }; GridLayout::GridLayout(Mode mode) : d(new Instance(this, Const(0), Const(0), mode)) {} GridLayout::GridLayout(Rule const &startX, Rule const &startY, Mode mode) : d(new Instance(this, startX, startY, mode)) {} void GridLayout::clear() { d->clear(); } void GridLayout::setMode(GridLayout::Mode mode) { DENG2_ASSERT(isEmpty()); d->mode = mode; d->setup(d->maxCols, d->maxRows); } void GridLayout::setLeftTop(Rule const &left, Rule const &top) { DENG2_ASSERT(isEmpty()); changeRef(d->initialX, left); changeRef(d->initialY, top); changeRef(d->baseX, left); changeRef(d->baseY, top); } void GridLayout::setGridSize(int numCols, int numRows) { DENG2_ASSERT(numCols >= 0 && numRows >= 0); DENG2_ASSERT(numCols > 0 || numRows > 0); DENG2_ASSERT(isEmpty()); d->setup(numCols, numRows); } void GridLayout::setModeAndGridSize(GridLayout::Mode mode, int numCols, int numRows) { DENG2_ASSERT(isEmpty()); d->mode = mode; setGridSize(numCols, numRows); } void GridLayout::setColumnAlignment(int column, ui::Alignment cellAlign) { DENG2_ASSERT(column >= 0 && column < d->cols.size()); d->cols[column]->cellAlign = cellAlign; } void GridLayout::setColumnFixedWidth(int column, Rule const &fixedWidth) { DENG2_ASSERT(isEmpty()); if(d->fixedColWidths.contains(column)) { releaseRef(d->fixedColWidths[column]); } d->fixedColWidths[column] = holdRef(fixedWidth); // Set up the rules again. d->setup(d->maxCols, d->maxRows); } void GridLayout::setOverrideWidth(Rule const &width) { changeRef(d->fixedCellWidth, width); } void GridLayout::setOverrideHeight(Rule const &height) { changeRef(d->fixedCellHeight, height); } void GridLayout::setColumnPadding(Rule const &gap) { DENG2_ASSERT(isEmpty()); changeRef(d->colPad, gap); } void GridLayout::setRowPadding(Rule const &gap) { DENG2_ASSERT(isEmpty()); changeRef(d->rowPad, gap); } GridLayout &GridLayout::append(GuiWidget &widget, int cellSpan) { d->append(&widget, 0, cellSpan); return *this; } GridLayout &GridLayout::append(GuiWidget &widget, de::Rule const &layoutWidth, int cellSpan) { d->append(&widget, 0, cellSpan, &layoutWidth); return *this; } GridLayout &GridLayout::append(Rule const &empty) { d->append(0, &empty); return *this; } GridLayout &GridLayout::appendEmpty() { if(d->mode == ColumnFirst) { append(overrideWidth()); } else { append(overrideHeight()); } return *this; } WidgetList GridLayout::widgets() const { return d->widgets; } int GridLayout::size() const { return d->widgets.size(); } bool GridLayout::isEmpty() const { return !size(); } Vector2i GridLayout::maxGridSize() const { return Vector2i(d->maxCols, d->maxRows); } Vector2i GridLayout::gridSize() const { return d->gridSize(); } Vector2i GridLayout::widgetPos(GuiWidget &widget) const { Vector2i pos; foreach(Widget *w, d->widgets) { if(w == &widget) return pos; switch(d->mode) { case ColumnFirst: if(++pos.x >= d->maxCols) { pos.x = 0; ++pos.y; } break; case RowFirst: if(++pos.y >= d->maxRows) { pos.y = 0; ++pos.x; } break; } } return Vector2i(-1, -1); } GuiWidget *GridLayout::at(Vector2i const &cell) const { Vector2i pos; foreach(Widget *w, d->widgets) { if(pos == cell) { if(w) return &w->as(); return 0; } switch(d->mode) { case ColumnFirst: if(++pos.x >= d->maxCols) { pos.x = 0; ++pos.y; } break; case RowFirst: if(++pos.y >= d->maxRows) { pos.y = 0; ++pos.x; } break; } } return 0; } Rule const &GridLayout::width() const { d->updateTotal(); return *d->totalWidth; } Rule const &GridLayout::height() const { d->updateTotal(); return *d->totalHeight; } Rule const &GridLayout::columnLeft(int col) const { DENG2_ASSERT(col >= 0 && col < d->cols.size()); return d->columnLeftX(col); } Rule const &GridLayout::columnRight(int col) const { DENG2_ASSERT(col >= 0 && col < d->cols.size()); return d->columnRightX(col); } Rule const &GridLayout::columnWidth(int col) const { DENG2_ASSERT(col >= 0 && col < d->cols.size()); return *d->cols.at(col)->final; } Rule const &GridLayout::rowHeight(int row) const { DENG2_ASSERT(row >= 0 && row < d->rows.size()); return *d->rows.at(row)->final; } Rule const &GridLayout::overrideWidth() const { DENG2_ASSERT(d->fixedCellWidth != 0); return *d->fixedCellWidth; } Rule const &GridLayout::overrideHeight() const { DENG2_ASSERT(d->fixedCellHeight != 0); return *d->fixedCellHeight; } Rule const &GridLayout::columnPadding() const { if(d->colPad) return *d->colPad; return *d->zeroRule; } Rule const &GridLayout::rowPadding() const { if(d->rowPad) return *d->rowPad; return *d->zeroRule; } void GridLayout::setCellAlignment(Vector2i const &cell, ui::Alignment cellAlign) { d->cellAlignment[cell] = cellAlign; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/fontlinewrapping.cpp0000664000175000017500000005060612350542240023215 0ustar jaakkojaakko/** @file fontlinewrapping.cpp Font line wrapping. * * @todo Performance|Refactor: Add a class dedicated for measuring text. Allow * measuring in increments, one character at a time, without re-measuring the * whole range. Allow seeking forward and backward with the measurer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/FontLineWrapping" #include namespace de { using namespace shell; static QChar const NEWLINE('\n'); DENG2_PIMPL_NOREF(FontLineWrapping) { Font const *font; /** * A wrapped line of text. */ struct Line { WrappedLine line; LineInfo info; int width; ///< Total width of the line (in pixels). Line(WrappedLine const &ln = WrappedLine(Rangei()), int lineWidth = 0, int leftIndent = 0) : line(ln), width(lineWidth) { info.indent = leftIndent; } /// Tab stops are disabled if there is a tab stop < 0 anywhere on the line. bool tabsDisabled() const { for(int i = 0; i < info.segs.size(); ++i) { if(info.segs[i].tabStop < 0) return true; } return false; } }; typedef QList Lines; Lines lines; int maxWidth; String text; ///< Plain text. Font::RichFormat format; int indent; ///< Current left indentation (in pixels). QList prevIndents; int tabStop; Instance() : font(0), maxWidth(0), indent(0), tabStop(0) {} ~Instance() { clearLines(); } void clearLines() { qDeleteAll(lines); lines.clear(); } String rangeText(Rangei const &range) const { return text.substr(range.start, range.size()); } int rangeVisibleWidth(Rangei const &range) const { if(font) { return font->measure(rangeText(range), format.subRange(range)).width(); } return 0; } int rangeAdvanceWidth(Rangei const &range) const { if(font) { return font->advanceWidth(rangeText(range), format.subRange(range)); } return 0; } void updateIndentMarkWidth(Rangei const &range) { Font::RichFormatRef rich = format.subRange(range); Font::RichFormat::Iterator iter(rich); int const origIndent = indent; while(iter.hasNext()) { iter.next(); if(iter.markIndent()) { prevIndents.append(indent); indent = origIndent + rangeAdvanceWidth(Rangei(0, iter.range().start) + range.start); } if(iter.resetIndent()) { if(!prevIndents.isEmpty()) { indent = prevIndents.takeLast(); } else { indent = 0; } } } } /** * Constructs a wrapped line. Note that indent and tabStop are modified; * this is expected to be called in the right order as lines are being * processed. * * @param range Range in the content for the line. * @param width Width of the line in pixel. If -1, will be calculated. * * @return Line instance. Caller gets ownership. */ Line *makeLine(Rangei const &range, int width = -1) { if(width < 0) { // Determine the full width now. width = rangeVisibleWidth(range); } Line *line = new Line(WrappedLine(range), width, indent); // Determine segments in the line. int pos = range.start; Font::RichFormatRef rich = format.subRange(range); Font::RichFormat::Iterator iter(rich); // Divide the line into segments based on tab stops. while(iter.hasNext()) { iter.next(); if(iter.tabStop() != tabStop) { int const start = range.start + iter.range().start; if(start > pos) { line->info.segs << LineInfo::Segment(Rangei(pos, start), tabStop); pos = start; } tabStop = iter.tabStop(); } } // The final segment. line->info.segs << LineInfo::Segment(Rangei(pos, range.end), tabStop); // Determine segment widths. if(line->info.segs.size() == 1) { line->info.segs[0].width = width; } else { for(int i = 0; i < line->info.segs.size(); ++i) { line->info.segs[i].width = rangeAdvanceWidth(line->info.segs[i].range); } } // Check for possible indent for following lines. updateIndentMarkWidth(range); return line; } bool isAllSpace(Rangei const &range) const { for(int i = range.start; i < range.end; ++i) { if(!text.at(i).isSpace()) return false; } return true; } bool containsNewline(Rangei const &range) const { for(int i = range.start; i < range.end; ++i) { if(text.at(i) == NEWLINE) return true; } return false; } bool containsTabs(Rangei const &range) const { Font::RichFormatRef rich = format.subRange(range); Font::RichFormat::Iterator iter(rich); while(iter.hasNext()) { iter.next(); if(iter.tabStop() > 0) return true; } return false; } int findMaxWrap(int begin, int availableWidth) const { int width = 0; int end = begin; while(end < text.size() && text.at(end) != NEWLINE) { int const charWidth = rangeAdvanceWidth(Rangei(end, end + 1)); if(width + charWidth > availableWidth) { // Does not fit any more. break; } width += charWidth; ++end; } // Fine-tune the result to be accurate (kerning is ignored and rouding errors // affect the end result when checking width character by character). while(end > begin && rangeAdvanceWidth(Rangei(begin, end)) > availableWidth) { // Came out too long. end--; } return end; } bool isWrappable(int at) { if(at >= text.size()) return true; if(text.at(at).isSpace()) return true; if(at > 0) { QChar const prev = text.at(at - 1); if(prev == '/' || prev == '\\') return true; } return false; } Rangei untilNextNewline(int start) const { int pos = start; while(pos < text.size()) { // The newline is omitted from the range. if(text[pos] == '\n') break; ++pos; } return Rangei(start, pos); } /** * Wraps the range onto one or more lines. * * @param rangeToWrap Range in the content string. * @param maxWidth Maximum width of a line. * @param subsequentMaxWidth Maximum width of lines beyond the first one. * Note: if larger than zero, the line is considered * to contain tabbed segments. * @param initialIndent Initial value for the indent. * * @return The produced wrapped lines. Caller gets ownership. */ Lines wrapRange(Rangei const &rangeToWrap, int maxWidth, int subsequentMaxWidth = 0, int initialIndent = 0) { int const MIN_LINE_WIDTH = 150; bool const isTabbed = (subsequentMaxWidth > 0); indent = initialIndent; tabStop = 0; int begin = rangeToWrap.start; Lines wrappedLines; while(begin < rangeToWrap.end) { int mw = maxWidth; if(!wrappedLines.isEmpty() && subsequentMaxWidth > 0) mw = subsequentMaxWidth; // How much width is available, taking indentation into account? if(mw - indent < MIN_LINE_WIDTH) { if(!isTabbed) { // Regular non-tabbed line -- there is no room for this indent, // fall back to the previous one. if(prevIndents.isEmpty()) { indent = 0; } else { indent = prevIndents.last(); } } else { // We can't alter indentation with tabs, so just extend the line instead. mw = MIN_LINE_WIDTH + indent; } } int availWidth = mw - indent; // Range for the remainder of the text. Rangei const range(begin, rangeToWrap.end); // Quick check: does the complete remainder fit? if(!containsNewline(range)) { int visWidth = rangeAdvanceWidth(range); if(visWidth <= availWidth) { wrappedLines << makeLine(range, visWidth); break; } } // Newlines always cause a wrap. #if 0 int wrapPosMax; int end = findMaxWrap(begin, availWidth, wrapPosMax); #else int end = findMaxWrap(begin, availWidth); int wrapPosMax = end; #endif if(end < rangeToWrap.end && text.at(end) == NEWLINE) { // The newline will be omitted from the wrapped lines. wrappedLines << makeLine(Rangei(begin, end)); begin = end + 1; } else { if(end <= begin) break; // Rewind to find a good (whitespace) break point. while(!isWrappable(end)) { if(--end == begin) { // Ran out of non-space chars, force a break. end = wrapPosMax; break; } } DENG2_ASSERT(end > begin); // If there is only whitespace remaining on the line, // just use the max wrap -- blank lines are not pretty. if(isAllSpace(Rangei(begin, end))) { end = wrapPosMax; } while(end < rangeToWrap.end && text.at(end).isSpace()) ++end; wrappedLines << makeLine(Rangei(begin, end)); begin = end; } } return wrappedLines; } Rangei findNextTabbedRange(int startLine) const { for(int i = startLine + 1; i < lines.size(); ++i) { if(lines[i]->tabsDisabled()) return Rangei(startLine, i); } return Rangei(startLine, lines.size()); } /** * Wraps a range of lines that contains tab stops. Wrapping takes into * account the space available for each tab stop. * * @param lineRange Range of lines to wrap. * * @return End of the range, taking into account possible extra lines produced * when wrapping long lines. */ int wrapLinesWithTabs(Rangei const &lineRange) { int extraLinesProduced = 0; // Determine the actual positions of each tab stop according to segment widths. QMap stopMaxWidths; // stop => maxWidth for(int i = lineRange.start; i < lineRange.end; ++i) { Line *line = lines[i]; for(int k = 0; k < line->info.segs.size(); ++k) { LineInfo::Segment const &seg = line->info.segs[k]; if(seg.tabStop < 0) continue; int sw = seg.width; // Include overall indent into the first segment width. if(!k) sw += line->info.indent; stopMaxWidths[seg.tabStop] = de::max(stopMaxWidths[seg.tabStop], sw); } } // Now we can wrap the lines that area too long. for(int i = lineRange.start; i < lineRange.end + extraLinesProduced; ++i) { Line *line = lines[i]; int curLeft = 0; int prevRight = 0; for(int k = 0; k < line->info.segs.size(); ++k) { LineInfo::Segment const &seg = line->info.segs[k]; int const tab = seg.tabStop; int const stopWidth = (tab >= 0? stopMaxWidths[tab] : seg.width); if(curLeft + stopWidth >= maxWidth) { // Wrap the line starting from this segment. // The maximum width of the first line is reduced by the // added amount of tab space: the difference between the // left edge of the current segment and the right edge of // the previous one. The maximum widths of subsequent lines // is also adjusted, so that the available space depends on // where the current tab is located (indent is added // because wrapRange automatically subtracts it). Lines wrapped = wrapRange(line->line.range, maxWidth - (curLeft - prevRight), maxWidth - curLeft + line->info.indent, line->info.indent); extraLinesProduced += wrapped.size() - 1; // Replace the original line with these wrapped lines. delete lines.takeAt(i); foreach(Line *wl, wrapped) { lines.insert(i++, wl); } --i; break; // Proceed to next line. } // Update the coordinate of the previous segment's right edge. prevRight = curLeft + seg.width; if(!k) prevRight += line->info.indent; // Move on to the next segment's left edge. curLeft += stopWidth; } } return lineRange.end + extraLinesProduced; } }; FontLineWrapping::FontLineWrapping() : d(new Instance) {} void FontLineWrapping::setFont(Font const &font) { DENG2_GUARD(this); d->font = &font; } Font const &FontLineWrapping::font() const { DENG2_GUARD(this); DENG2_ASSERT(hasFont()); return *d->font; } bool FontLineWrapping::hasFont() const { return d->font != 0; } bool FontLineWrapping::isEmpty() const { DENG2_GUARD(this); return d->lines.isEmpty(); } void FontLineWrapping::clear() { DENG2_GUARD(this); reset(); d->text.clear(); } void FontLineWrapping::reset() { DENG2_GUARD(this); d->clearLines(); d->indent = 0; d->prevIndents.clear(); d->tabStop = 0; } void FontLineWrapping::wrapTextToWidth(String const &text, int maxWidth) { wrapTextToWidth(text, Font::RichFormat::fromPlainText(text), maxWidth); } void FontLineWrapping::wrapTextToWidth(String const &text, Font::RichFormat const &format, int maxWidth) { DENG2_GUARD(this); String newText = text; clear(); if(maxWidth <= 1 || !d->font) return; // This is the text that we will be wrapping. d->maxWidth = maxWidth; d->text = newText; d->format = format; // When tabs are used, we must first determine the maximum width of each tab stop. if(d->containsTabs(Rangei(0, text.size()))) { d->indent = 0; d->tabStop = 0; // Divide the content into lines by newlines. int pos = 0; while(pos < text.size()) { Rangei const wholeLine = d->untilNextNewline(pos); d->lines << d->makeLine(wholeLine); pos = wholeLine.end + 1; } // Process the content is distinct ranges divided by untabbed content. Rangei tabRange = d->findNextTabbedRange(0); forever { int end = d->wrapLinesWithTabs(tabRange); if(end == d->lines.size()) { // All lines processed. break; } tabRange = d->findNextTabbedRange(end); } } else { // Doesn't have tabs -- just wrap it without any extra processing. d->lines = d->wrapRange(Rangei(0, text.size()), maxWidth); } if(d->lines.isEmpty()) { // Make sure at least one blank line exists. d->lines << new Instance::Line; } // Mark the final line. d->lines.last()->line.isFinal = true; #if 0 qDebug() << "Wrapped:" << d->text; foreach(Instance::Line const *ln, d->lines) { qDebug() << ln->line.range.asText() << d->text.substr(ln->line.range) << "indent:" << ln->info.indent << "segments:" << ln->info.segs.size(); foreach(LineInfo::Segment const &s, ln->info.segs) { qDebug() << "- seg" << s.range.asText() << d->text.substr(s.range) << "tab:" << s.tabStop << "w:" << s.width; } } #endif } String const &FontLineWrapping::text() const { DENG2_GUARD(this); return d->text; } WrappedLine FontLineWrapping::line(int index) const { DENG2_GUARD(this); DENG2_ASSERT(index >= 0 && index < height()); return d->lines[index]->line; } int FontLineWrapping::width() const { DENG2_GUARD(this); int w = 0; for(int i = 0; i < d->lines.size(); ++i) { w = de::max(w, d->lines[i]->width); } return w; } int FontLineWrapping::height() const { DENG2_GUARD(this); return d->lines.size(); } int FontLineWrapping::rangeWidth(Rangei const &range) const { DENG2_GUARD(this); return d->rangeAdvanceWidth(range); } int FontLineWrapping::indexAtWidth(Rangei const &range, int width) const { DENG2_GUARD(this); int prevWidth = 0; for(int i = range.start; i < range.end; ++i) { int const rw = d->rangeAdvanceWidth(Rangei(range.start, i)); if(rw >= width) { // Which is closer, this or the previous char? if(de::abs(rw - width) <= de::abs(prevWidth - width)) { return i; } return i - 1; } prevWidth = rw; } return range.end; } int FontLineWrapping::totalHeightInPixels() const { DENG2_GUARD(this); if(!d->font) return 0; int const lines = height(); int pixels = 0; if(lines > 1) { // Full baseline-to-baseline spacing. pixels += (lines - 1) * d->font->lineSpacing().value(); } if(lines > 0) { // The last (or a single) line is just one 'font height' tall. pixels += d->font->height().value(); } return pixels; } int FontLineWrapping::maximumWidth() const { DENG2_GUARD(this); return d->maxWidth; } Vector2i FontLineWrapping::charTopLeftInPixels(int line, int charIndex) { DENG2_GUARD(this); if(line >= height()) return Vector2i(); WrappedLine const span = d->lines[line]->line; Rangei const range(span.range.start, de::min(span.range.end, span.range.start + charIndex)); Vector2i cp; cp.x = d->rangeAdvanceWidth(range); cp.y = line * d->font->lineSpacing().valuei(); return cp; } FontLineWrapping::LineInfo const &FontLineWrapping::lineInfo(int index) const { return d->lines[index]->info; } int FontLineWrapping::LineInfo::highestTabStop() const { int stop = -1; foreach(Segment const &seg, segs) { stop = de::max(stop, seg.tabStop); } return stop; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/gltextcomposer.cpp0000664000175000017500000003536012350542240022706 0ustar jaakkojaakko/** @file gltextcomposer.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GLTextComposer" #include namespace de { using namespace ui; static Rangei const MAX_VISIBLE_RANGE(0, 0x7fffffff); DENG2_PIMPL(GLTextComposer) { Font const *font; Atlas *atlas; String text; FontLineWrapping const *wraps; Font::RichFormat format; bool needRedo; Rangei visibleLineRange; ///< Only these lines will be updated/drawn. struct Line { struct Segment { Id id; Rangei range; String text; int x; int width; bool compressed; Segment() : id(Id::None), x(0), width(0), compressed(false) {} int right() const { return x + width; } }; QList segs; }; typedef QList Lines; Lines lines; Instance(Public *i) : Base(i), font(0), atlas(0), wraps(0), needRedo(false), visibleLineRange(MAX_VISIBLE_RANGE) {} ~Instance() { releaseLines(); } void releaseLines() { if(atlas) { for(int i = 0; i < lines.size(); ++i) { releaseLine(i); } } lines.clear(); } void releaseOutsideRange() { if(!atlas) return; for(int i = 0; i < lines.size(); ++i) { if(!isLineVisible(i)) { releaseLine(i); } } } void releaseLine(int index) { Line &ln = lines[index]; for(int i = 0; i < ln.segs.size(); ++i) { if(!ln.segs[i].id.isNone()) { atlas->release(ln.segs[i].id); } } ln.segs.clear(); } bool isLineVisible(int line) const { return visibleLineRange.contains(line); } String segmentText(int seg, FontLineWrapping::LineInfo const &info) const { return text.substr(info.segs[seg].range); } bool matchingSegments(int lineIndex, FontLineWrapping::LineInfo const &info) const { if(info.segs.size() != lines[lineIndex].segs.size()) { //qDebug() << "line" << lineIndex << "number of segs changed"; return false; } for(int i = 0; i < info.segs.size(); ++i) { if(info.segs[i].range != lines[lineIndex].segs[i].range) { // Range has changed. //qDebug() << "line" << lineIndex << "seg" << i << "range change"; return false; } if(segmentText(i, info) != lines[lineIndex].segs[i].text) { // Text has changed. //qDebug() << "line" << lineIndex << "seg" << i << "text change"; return false; } if(lines[lineIndex].segs[i].id.isNone() && info.segs[i].range.size() > 0) { // This segment has previously failed allocation. //qDebug() << "line" << lineIndex << "seg" << i << "not alloced before, len" << // info.segs[i].range.size(); return false; } } return true; } bool allocLines() { bool changed = false; for(int i = 0; i < wraps->height(); ++i) { FontLineWrapping::LineInfo const &info = wraps->lineInfo(i); if(i < lines.size()) { // Is the rasterized copy up to date? if(!isLineVisible(i) || matchingSegments(i, info)) { // This line can be kept as is. continue; } // Needs to be redone. releaseLine(i); } changed = true; if(i >= lines.size()) { // Need another line. lines << Line(); } DENG2_ASSERT(i < lines.size()); DENG2_ASSERT(lines[i].segs.isEmpty()); Line &line = lines[i]; for(int k = 0; k < info.segs.size(); ++k) { Line::Segment seg; seg.range = info.segs[k].range; seg.text = segmentText(k, info); if(isLineVisible(i) && seg.range.size() > 0) { // The color is white unless a style is defined. Vector4ub fgColor(255, 255, 255, 255); if(format.hasStyle()) { fgColor = format.style().richStyleColor(Font::RichFormat::NormalColor); } // Set up the background color to be transparent with no // change of color in the alphablended smooth edges. Vector4ub bgColor = fgColor; bgColor.w = 0; seg.id = atlas->alloc(font->rasterize(seg.text, format.subRange(seg.range), fgColor, bgColor)); } line.segs << seg; } } // Remove the excess lines. while(lines.size() > wraps->height()) { releaseLine(lines.size() - 1); lines.removeLast(); changed = true; } DENG2_ASSERT(wraps->height() == lines.size()); return changed; } void updateLineLayout(Rangei const &lineRange) { if(lineRange.isEmpty()) return; Rangei current = lineRange; forever { int end = updateLineLayoutUntilUntabbed(current); if(end == lineRange.end) { break; // Whole range done. } current = Rangei(end, lineRange.end); } } /** * Attempts to update lines in the specified range, but stops if an * untabbed line is encountered. This ensures that each distinct tabbed * content subrange uses its own alignment. * * @param lineRange Range of lines to update. * * @return The actual end of the updated range. */ inline int updateLineLayoutUntilUntabbed(Rangei const &lineRange) { bool includesTabbedLines = false; int rangeEnd = lineRange.end; // Find the highest tab in use and initialize seg widths. int highestTab = 0; for(int i = lineRange.start; i < lineRange.end; ++i) { int lineStop = wraps->lineInfo(i).highestTabStop(); if(lineStop >= 0) { // The range now includes at least one tabbed line. includesTabbedLines = true; } if(lineStop < 0) { // This is an untabbed line. if(!includesTabbedLines) { // We can do many untabbed lines in the range as long as // there are no tabbed ones. rangeEnd = i + 1; } else { // An untabbed line will halt the process for now. rangeEnd = de::max(i, lineRange.start + 1); break; } } highestTab = de::max(highestTab, lineStop); // Initialize the segments with indentation. for(int k = 0; k < lines[i].segs.size(); ++k) { lines[i].segs[k].width = wraps->lineInfo(i).segs[k].width; } } DENG2_ASSERT(rangeEnd > lineRange.start); // Set segment X coordinates by stacking them left-to-right on each line. for(int i = lineRange.start; i < rangeEnd; ++i) { if(lines[i].segs.isEmpty()) continue; lines[i].segs[0].x = wraps->lineInfo(i).indent; for(int k = 1; k < lines[i].segs.size(); ++k) { Instance::Line::Segment &seg = lines[i].segs[k]; seg.x = lines[i].segs[k - 1].right(); } } // Align each tab stop with other matching stops on the other lines. for(int tab = 1; tab <= highestTab; ++tab) { int maxRight = 0; // Find the maximum right edge for this spot. for(int i = lineRange.start; i < rangeEnd; ++i) { FontLineWrapping::LineInfo const &info = wraps->lineInfo(i); for(int k = 0; k < info.segs.size(); ++k) { Instance::Line::Segment &seg = lines[i].segs[k]; if(info.segs[k].tabStop >= 0 && info.segs[k].tabStop < tab) { maxRight = de::max(maxRight, seg.right()); } } } // Move the segments to this position. for(int i = lineRange.start; i < rangeEnd; ++i) { int localRight = maxRight; FontLineWrapping::LineInfo const &info = wraps->lineInfo(i); for(int k = 0; k < info.segs.size(); ++k) { if(info.segs[k].tabStop == tab) { lines[i].segs[k].x = localRight; localRight += info.segs[k].width; } } } } return rangeEnd; } }; GLTextComposer::GLTextComposer() : d(new Instance(this)) {} void GLTextComposer::release() { d->releaseLines(); d->visibleLineRange = MAX_VISIBLE_RANGE; setState(false); } void GLTextComposer::releaseLinesOutsideRange() { d->releaseOutsideRange(); } void GLTextComposer::setAtlas(Atlas &atlas) { d->atlas = &atlas; } void GLTextComposer::setWrapping(FontLineWrapping const &wrappedLines) { d->wraps = &wrappedLines; } void GLTextComposer::setText(String const &text) { setText(text, Font::RichFormat::fromPlainText(text)); } void GLTextComposer::setStyledText(String const &styledText) { d->format.clear(); d->text = d->format.initFromStyledText(styledText); setState(false); } void GLTextComposer::setText(String const &text, Font::RichFormat const &format) { d->text = text; d->format = format; setState(false); } void GLTextComposer::setRange(Rangei const &visibleLineRange) { d->visibleLineRange = visibleLineRange; } Rangei GLTextComposer::range() const { return d->visibleLineRange; } bool GLTextComposer::update() { DENG2_ASSERT(d->wraps != 0); if(d->font != &d->wraps->font()) { d->font = &d->wraps->font(); forceUpdate(); } if(d->needRedo) { d->releaseLines(); d->needRedo = false; } setState(true); return d->allocLines(); } void GLTextComposer::forceUpdate() { d->needRedo = true; } void GLTextComposer::makeVertices(Vertices &triStrip, Vector2i const &topLeft, Alignment const &lineAlign, Vector4f const &color) { makeVertices(triStrip, Rectanglei(topLeft, topLeft), AlignTopLeft, lineAlign, color); } void GLTextComposer::makeVertices(Vertices &triStrip, Rectanglei const &rect, Alignment const &alignInRect, Alignment const &lineAlign, Vector4f const &color) { if(!isReady()) return; DENG2_ASSERT(d->wraps != 0); DENG2_ASSERT(d->font != 0); Vector2i const contentSize(d->wraps->width(), d->wraps->totalHeightInPixels()); // Apply alignment within the provided rectangle. Vector2f p = applyAlignment(alignInRect, contentSize, rect); DENG2_ASSERT(d->wraps->height() == d->lines.size()); // Align segments based on tab stops. d->updateLineLayout(Rangei(0, d->lines.size())); // Compress lines to fit into the maximum allowed width. for(int i = 0; i < d->lines.size(); ++i) { Instance::Line &line = d->lines[i]; if(!d->isLineVisible(i) || line.segs.isEmpty()) continue; /* if(!d->wraps->lineInfo(i).segs.last().tabStop) continue; */ Instance::Line::Segment &seg = line.segs.last(); int const leeway = 3; if(seg.right() > d->wraps->maximumWidth() + leeway) { // Needs compressing (up to 10%). seg.compressed = true; seg.width = de::max(int(seg.width * .9f), d->wraps->maximumWidth() + leeway - seg.x); } } // Generate vertices for each line. for(int i = 0; i < d->wraps->height(); ++i) { Instance::Line const &line = d->lines[i]; if(d->isLineVisible(i)) { FontLineWrapping::LineInfo const &info = d->wraps->lineInfo(i); Vector2f linePos = p; for(int k = 0; k < info.segs.size(); ++k) { Instance::Line::Segment const &seg = line.segs[k]; // Empty lines are skipped. if(seg.id.isNone()) continue; Vector2ui size = d->atlas->imageRect(seg.id).size(); if(seg.compressed) { size.x = seg.width; } // Line alignment. /// @todo How to center/right-align text that uses tab stops? if(line.segs.size() == 1 && d->wraps->lineInfo(0).segs[0].tabStop < 0) { if(lineAlign.testFlag(AlignRight)) { linePos.x += int(contentSize.x) - int(size.x); } else if(!lineAlign.testFlag(AlignLeft)) { linePos.x += (int(contentSize.x) - int(size.x)) / 2; } } Rectanglef const uv = d->atlas->imageRectf(seg.id); triStrip.makeQuad(Rectanglef::fromSize(linePos + Vector2f(seg.x, 0), size), color, uv); } } p.y += d->font->lineSpacing().value(); } } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/item.cpp0000664000175000017500000000424312350542240020561 0ustar jaakkojaakko/** @file item.cpp Context item. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ui/Item" namespace de { namespace ui { DENG2_PIMPL_NOREF(Item) { Data *context; Semantics semantics; String label; QVariant data; Instance(Semantics sem, String const &text = "", QVariant var = QVariant()) : context(0) , semantics(sem) , label(text) , data(var) {} DENG2_PIMPL_AUDIENCE(Change) }; DENG2_AUDIENCE_METHOD(Item, Change) Item::Item(Semantics semantics) : d(new Instance(semantics)) {} Item::Item(Semantics semantics, String const &label) : d(new Instance(semantics, label)) {} Item::~Item() {} Item::Semantics Item::semantics() const { return d->semantics; } void Item::setLabel(String const &label) { d->label = label; notifyChange(); } String Item::label() const { return d->label; } void Item::setDataContext(Data &context) { d->context = &context; } bool Item::hasDataContext() const { return d->context != 0; } Data &Item::dataContext() const { DENG2_ASSERT(hasDataContext()); return *d->context; } String Item::sortKey() const { return d->label; } void Item::setData(QVariant const &v) { d->data = v; } QVariant const &Item::data() const { return d->data; } void Item::notifyChange() { DENG2_FOR_AUDIENCE2(Change, i) { i->itemChanged(*this); } } } // namespace ui } // namespace de doomsday-1.14.5/doomsday/libappfw/src/windowtransform.cpp0000664000175000017500000000320312350542240023061 0ustar jaakkojaakko/** @file windowtransform.cpp Base class for window content transformation. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/WindowTransform" #include "de/BaseWindow" namespace de { DENG2_PIMPL_NOREF(WindowTransform) { BaseWindow *win; }; WindowTransform::WindowTransform(BaseWindow &window) : d(new Instance) { d->win = &window; } BaseWindow &WindowTransform::window() const { DENG2_ASSERT(d->win != 0); return *d->win; } void WindowTransform::glInit() { // nothing to do } void WindowTransform::glDeinit() { // nothing to do } Vector2ui WindowTransform::logicalRootSize(Vector2ui const &physicalCanvasSize) const { return physicalCanvasSize; } Vector2f WindowTransform::windowToLogicalCoords(Vector2i const &pos) const { return pos; } void WindowTransform::drawTransformed() { return d->win->drawWindowContent(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/textdrawable.cpp0000664000175000017500000001502012350542240022304 0ustar jaakkojaakko/** @file textdrawable.cpp High-level GL text drawing utility. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/TextDrawable" #include #include namespace de { DENG2_PIMPL(TextDrawable) { /** * Background task for wrapping text onto lines and figuring out the * formatting/tab stops. */ class WrapTask : public Task { public: WrapTask(Instance *inst, int toWidth) : d(inst), _width(toWidth), _valid(inst->validWrapId) {} void runTask() { if(_valid < d->validWrapId) { return; // There's a later one. } DENG2_GUARD_FOR(d->backWrap, G); //qDebug() << "running WrapTask" << _width; //TimeDelta(0.05).sleep(); d->backWrap->wrapTextToWidth(d->backWrap->plainText, d->backWrap->format, _width); d->needSwap = true; //qDebug() << "WrapTask" << _width << "completed" << d->thisPublic << d->backWrap->text; } private: Instance *d; int _width; duint32 _valid; }; bool inited; struct Wrapper : public FontLineWrapping { String text; String plainText; Font::RichFormat format; int lineWidth; Wrapper() : lineWidth(0) {} }; Wrapper *frontWrap; ///< For drawing. Wrapper *backWrap; ///< For background task. bool needSwap; bool needUpdate; TaskPool tasks; volatile duint32 validWrapId; Instance(Public *i) : Base(i), inited(false), needSwap(false), needUpdate(false), validWrapId(0) { frontWrap = new Wrapper; backWrap = new Wrapper; } ~Instance() { tasks.waitForDone(); delete frontWrap; delete backWrap; } void beginWrapTask(int toWidth) { if(inited && toWidth > 0) { // Should this be done immediately? Background tasks unavoidably // bring some extra latency before the job is finished, especially // if a large number of tasks is queued. if(backWrap->plainText.size() < 20) { // Looks quick enough, just do it now. WrapTask(this, toWidth).runTask(); } else { // Queue the task to be run when there's time. ++validWrapId; tasks.start(new WrapTask(this, toWidth)); } } } /** * Swaps the back wrapping used by the background task with the front * wrapping used for drawing. */ void swap() { DENG2_ASSERT(tasks.isDone()); if(!frontWrap->hasFont() || &backWrap->font() != &frontWrap->font()) { frontWrap->setFont(backWrap->font()); } frontWrap->lineWidth = backWrap->lineWidth; frontWrap->text = backWrap->text; frontWrap->plainText = backWrap->plainText; frontWrap->format = backWrap->format; std::swap(backWrap, frontWrap); self.setWrapping(*frontWrap); self.GLTextComposer::setText(frontWrap->plainText, frontWrap->format); if(needUpdate) { self.forceUpdate(); needUpdate = false; } needSwap = false; } }; TextDrawable::TextDrawable() : d(new Instance(this)) { setWrapping(*d->frontWrap); } void TextDrawable::init(Atlas &atlas, Font const &font, Font::RichFormat::IStyle const *style) { d->inited = true; setAtlas(atlas); if(style) { d->frontWrap->format.setStyle(*style); d->backWrap->format.setStyle(*style); // Previously defined text should be restyled, now. d->backWrap->plainText = d->backWrap->format.initFromStyledText(d->backWrap->text); } GLTextComposer::setText(d->backWrap->plainText, d->backWrap->format); setFont(font); } void TextDrawable::deinit() { clear(); d->inited = false; } void TextDrawable::clear() { d->tasks.waitForDone(); d->frontWrap->clear(); d->backWrap->clear(); release(); } void TextDrawable::setLineWrapWidth(int maxLineWidth) { if(d->backWrap->lineWidth != maxLineWidth) { // Start a new background task. d->backWrap->lineWidth = maxLineWidth; d->beginWrapTask(maxLineWidth); } } void TextDrawable::setText(String const &styledText) { d->backWrap->clear(); d->needUpdate = true; d->backWrap->text = styledText; d->backWrap->plainText = d->backWrap->format.initFromStyledText(styledText); d->beginWrapTask(d->backWrap->lineWidth); } void TextDrawable::setFont(Font const &font) { d->backWrap->setFont(font); d->backWrap->clear(); d->needUpdate = true; d->beginWrapTask(d->backWrap->lineWidth); } void TextDrawable::setRange(Rangei const &lineRange) { GLTextComposer::setRange(lineRange); releaseLinesOutsideRange(); } bool TextDrawable::update() { bool swapped = false; // Has a background wrap completed? if(!isBeingWrapped() && d->needSwap) { d->swap(); swapped = true; } if(!d->frontWrap->hasFont()) return false; bool wasNotReady = !isReady(); bool changed = GLTextComposer::update() || swapped || (isReady() && wasNotReady); return changed && !isBeingWrapped(); } FontLineWrapping const &TextDrawable::wraps() const { return *d->frontWrap; } Vector2ui TextDrawable::wrappedSize() const { return Vector2ui(d->frontWrap->width(), d->frontWrap->totalHeightInPixels()); } String TextDrawable::text() const { if(!d->frontWrap->hasFont()) { return d->backWrap->text; } return d->frontWrap->text; } String TextDrawable::plainText() const { return d->frontWrap->plainText; } bool TextDrawable::isBeingWrapped() const { return !d->tasks.isDone(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/listdata.cpp0000664000175000017500000000565312350542240021436 0ustar jaakkojaakko/** @file listdata.cpp List-based UI data context. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ui/ListData" #include #include namespace de { using namespace ui; ListData::~ListData() { // Delete all items. qDeleteAll(_items); } dsize ListData::size() const { return _items.size(); } Item &ListData::at(Data::Pos pos) { DENG2_ASSERT(pos < size()); return *_items[pos]; } Item const &ListData::at(Pos pos) const { DENG2_ASSERT(pos < size()); return *_items.at(pos); } Data::Pos ListData::find(Item const &item) const { for(Pos i = 0; i < size(); ++i) { if(&at(i) == &item) return i; } return InvalidPos; } Data::Pos ListData::findData(QVariant const &data) const { for(Pos i = 0; i < size(); ++i) { if(at(i).data() == data) return i; } return InvalidPos; } Data &ListData::clear() { while(!isEmpty()) { remove(size() - 1); } return *this; } Data &ListData::insert(Pos pos, Item *item) { _items.insert(pos, item); item->setDataContext(*this); // Notify. DENG2_FOR_AUDIENCE2(Addition, i) { i->dataItemAdded(pos, *item); } return *this; } void ListData::remove(Pos pos) { delete take(pos); } Item *ListData::take(Data::Pos pos) { DENG2_ASSERT(pos < size()); Item *taken = _items.takeAt(pos); // Notify. DENG2_FOR_AUDIENCE2(Removal, i) { i->dataItemRemoved(pos, *taken); } return taken; } struct ListItemSorter { Data::LessThanFunc lessThan; ListItemSorter(Data::LessThanFunc func) : lessThan(func) {} bool operator () (Item const *a, Item const *b) const { return lessThan(*a, *b); } }; void ListData::sort(LessThanFunc lessThan) { qSort(_items.begin(), _items.end(), ListItemSorter(lessThan)); // Notify. DENG2_FOR_AUDIENCE2(OrderChange, i) { i->dataItemOrderChanged(); } } void ListData::stableSort(LessThanFunc lessThan) { qStableSort(_items.begin(), _items.end(), ListItemSorter(lessThan)); // Notify. DENG2_FOR_AUDIENCE2(OrderChange, i) { i->dataItemOrderChanged(); } } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/0000775000175000017500000000000012350542240020562 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libappfw/src/widgets/togglewidget.cpp0000664000175000017500000001157312350542240023762 0ustar jaakkojaakko/** @file togglewidget.cpp Toggle widget. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ToggleWidget" #include "de/ProceduralImage" #include "de/GuiRootWidget" #include "de/Style" #include namespace de { static TimeDelta const SWITCH_ANIM_SPAN = 0.3; DENG2_PIMPL(ToggleWidget), DENG2_OBSERVES(ButtonWidget, Press) { /// Draws the animated I/O toggle indicator. struct ToggleProceduralImage : public ProceduralImage { ToggleProceduralImage(GuiWidget &owner) : _owner(owner), _pos(0, Animation::EaseBoth), _animating(false) { setSize(style().images().image("toggle.onoff").size()); updateStyle(); } Style const &style() const { return _owner.style(); } Atlas &atlas() const { return _owner.root().atlas(); } void setState(ToggleState st) { _pos.setValue(st == Active? 1 : 0, SWITCH_ANIM_SPAN); _animating = true; } bool update() { if(_animating) { if(_pos.done()) _animating = false; return true; } return false; } void glMakeGeometry(DefaultVertexBuf::Builder &verts, Rectanglef const &rect) { float p = _pos; // Clamp the position to non-fractional coordinates. Rectanglei const recti(rect.topLeft.toVector2i(), rect.bottomRight.toVector2i()); // Background. float c = (.3f + .33f * p); verts.makeQuad(recti, (_accentColor * p + _textColor * (1-p)) * Vector4f(c, c, c, 1), atlas().imageRectf(_owner.root().solidWhitePixel()).middle()); Id onOff = _owner.root().styleTexture("toggle.onoff"); // The on/off graphic. verts.makeQuad(recti, _accentColor * p + _textColor * (1-p) * .8f, atlas().imageRectf(onOff)); // The flipper. int flipWidth = size().x - size().y + 2; Rectanglei flip = Rectanglei::fromSize(recti.topLeft + Vector2i(1 + de::round(p * (size().x - flipWidth)), 1), Vector2ui(flipWidth, size().y) - Vector2ui(2, 2)); verts.makeQuad(flip, _bgColor * Vector4f(1, 1, 1, 3), atlas().imageRectf(_owner.root().solidWhitePixel()).middle()); } void updateStyle() { _bgColor = style().colors().colorf("background").min(Vector4f(0, 0, 0, 1)); _accentColor = style().colors().colorf("accent"); _textColor = style().colors().colorf("text"); } private: GuiWidget &_owner; Animation _pos; bool _animating; ColorBank::Colorf _bgColor; ColorBank::Colorf _accentColor; ColorBank::Colorf _textColor; }; ToggleState state; ToggleProceduralImage *procImage; // not owned Instance(Public *i) : Base(i), state(Inactive), procImage(new ToggleProceduralImage(self)) { self.setImage(procImage); // base class owns it self.audienceForPress() += this; } ~Instance() { self.audienceForPress() -= this; } void buttonPressed(ButtonWidget &) { // Toggle the state. self.setActive(self.isInactive()); emit self.stateChangedByUser(self.toggleState()); } DENG2_PIMPL_AUDIENCE(Toggle) }; DENG2_AUDIENCE_METHOD(ToggleWidget, Toggle) ToggleWidget::ToggleWidget(String const &name) : ButtonWidget(name), d(new Instance(this)) { setTextAlignment(ui::AlignRight); setTextLineAlignment(ui::AlignLeft); } void ToggleWidget::setToggleState(ToggleState state, bool notify) { if(d->state != state) { d->state = state; d->procImage->setState(state); if(notify) { DENG2_FOR_AUDIENCE2(Toggle, i) i->toggleStateChanged(*this); } emit stateChanged(state); } } ToggleWidget::ToggleState ToggleWidget::toggleState() const { return d->state; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/variabletogglewidget.cpp0000664000175000017500000000627712350542240025475 0ustar jaakkojaakko/** @file variabletogglewidget.cpp Toggles the value of a variable. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/VariableToggleWidget" #include namespace de { DENG2_PIMPL(VariableToggleWidget), DENG2_OBSERVES(Variable, Deletion), DENG2_OBSERVES(Variable, Change ), DENG2_OBSERVES(ToggleWidget, Toggle ) { Variable *var; NumberValue activeValue; NumberValue inactiveValue; Instance(Public *i, Variable &variable) : Base(i) , var(&variable) , activeValue(1) , inactiveValue(0) { updateFromVariable(); self.audienceForToggle() += this; var->audienceForDeletion() += this; var->audienceForChange() += this; } ~Instance() { if(var) { var->audienceForDeletion() -= this; var->audienceForChange() -= this; self.audienceForToggle() -= this; } } void updateFromVariable() { if(!var) return; self.setToggleState(!var->value().compare(activeValue)? Active : Inactive, false /*don't notify*/); } void setVariableFromWidget() { if(!var) return; var->audienceForChange() -= this; var->set(self.isActive()? activeValue : inactiveValue); var->audienceForChange() += this; } void toggleStateChanged(ToggleWidget &) { setVariableFromWidget(); } void variableValueChanged(Variable &, Value const &) { updateFromVariable(); } void variableBeingDeleted(Variable &) { var = 0; self.disable(); } }; VariableToggleWidget::VariableToggleWidget(Variable &variable, String const &name) : ToggleWidget(name), d(new Instance(this, variable)) {} VariableToggleWidget::VariableToggleWidget(String const &label, Variable &variable, String const &name) : ToggleWidget(name), d(new Instance(this, variable)) { setText(label); } Variable &VariableToggleWidget::variable() const { if(!d->var) { throw VariableMissingError("VariableToggleWidget::variable", "Widget is not associated with a variable"); } return *d->var; } void VariableToggleWidget::setActiveValue(double val) { d->activeValue = val; d->updateFromVariable(); } void VariableToggleWidget::setInactiveValue(double val) { d->inactiveValue = val; d->updateFromVariable(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/notificationareawidget.cpp0000664000175000017500000001761612350542240026024 0ustar jaakkojaakko/** @file notificationareawidget.cpp Notification area. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/NotificationAreaWidget" #include "de/SequentialLayout" #include #include #include #include #include namespace de { static TimeDelta const ANIM_SPAN = .5; DENG_GUI_PIMPL(NotificationAreaWidget) , DENG2_OBSERVES(Widget, ChildAddition) , DENG2_OBSERVES(Widget, ChildRemoval) , DENG2_OBSERVES(Widget, Deletion) { ScalarRule *shift; typedef QMap OldParents; OldParents oldParents; QTimer dismissTimer; QList pendingDismiss; // GL objects: typedef DefaultVertexBuf VertexBuf; Drawable drawable; GLUniform uMvpMatrix; GLUniform uColor; Instance(Public *i) : Base(i), uMvpMatrix("uMvpMatrix", GLUniform::Mat4), uColor ("uColor", GLUniform::Vec4) { self.audienceForChildAddition() += this; self.audienceForChildRemoval() += this; dismissTimer.setSingleShot(true); dismissTimer.setInterval(ANIM_SPAN.asMilliSeconds()); QObject::connect(&dismissTimer, SIGNAL(timeout()), thisPublic, SLOT(dismiss())); shift = new ScalarRule(0); updateStyle(); } ~Instance() { // Give current notifications back to their old parents. DENG2_FOR_EACH_CONST(OldParents, i, oldParents) { dismissChild(*i.key()); i.value()->audienceForDeletion() -= this; } releaseRef(shift); } void widgetBeingDeleted(Widget &widget) { // Is this one of the old parents? QMutableMapIterator iter(oldParents); while(iter.hasNext()) { iter.next(); if(iter.value() == &widget) { GuiWidget *notif = iter.key(); iter.remove(); // The old parent is gone, so its notifications should also be deleted. dismissChild(*notif); notif->guiDeleteLater(); } } } void updateStyle() { //self. //self.set(Background(self.style().colors().colorf("background"))); } void glInit() { drawable.addBuffer(new VertexBuf); shaders().build(drawable.program(), "generic.color_ucolor") << uMvpMatrix << uColor; } void glDeinit() { drawable.clear(); } void updateGeometry() { Rectanglei pos; if(self.hasChangedPlace(pos) || self.geometryRequested()) { self.requestGeometry(false); VertexBuf::Builder verts; self.glMakeGeometry(verts); drawable.buffer().setVertices(gl::TriangleStrip, verts, gl::Static); } } void updateChildLayout() { Rule const &gap = style().rules().rule("unit"); // The children are laid out simply in a row from right to left. SequentialLayout layout(self.rule().right(), self.rule().top(), ui::Left); bool first = true; foreach(Widget *child, self.childWidgets()) { GuiWidget &w = child->as(); if(!first) { layout << gap; } first = false; layout << w; } // Update the total size of the notification area. self.rule().setSize(layout.width(), layout.height()); } void show() { //self.setOpacity(1, ANIM_SPAN); shift->set(0, ANIM_SPAN); shift->setStyle(Animation::EaseOut); } void hide(TimeDelta const &span = ANIM_SPAN) { //self.setOpacity(0, span); shift->set(self.rule().height() + style().rules().rule("gap"), span); shift->setStyle(Animation::EaseIn); } void dismissChild(GuiWidget ¬if) { notif.hide(); self.remove(notif); if(oldParents.contains(¬if)) { Widget *oldParent = oldParents[¬if]; oldParent->add(¬if); oldParent->audienceForDeletion() -= this; oldParents.remove(¬if); } } void performPendingDismiss() { dismissTimer.stop(); // The pending children were already asked to be dismissed. foreach(GuiWidget *w, pendingDismiss) { dismissChild(*w); } pendingDismiss.clear(); } void widgetChildAdded(Widget &child) { // Set a background for all notifications. child.as().set(Background(style().colors().colorf("background"))); updateChildLayout(); self.show(); } void widgetChildRemoved(Widget &) { updateChildLayout(); if(!self.childCount()) { self.hide(); } } }; NotificationAreaWidget::NotificationAreaWidget(String const &name) : GuiWidget(name) , d(new Instance(this)) { // Initially the widget is empty. rule().setSize(Const(0), Const(0)); d->shift->set(style().fonts().font("default").height().valuei() + style().rules().rule("gap").valuei() * 3); hide(); } void NotificationAreaWidget::useDefaultPlacement(RuleRectangle const &area) { rule().setInput(Rule::Top, area.top() + style().rules().rule("gap") - shift()) .setInput(Rule::Right, area.right() - style().rules().rule("gap")); } Rule const &NotificationAreaWidget::shift() { return *d->shift; } void NotificationAreaWidget::showChild(GuiWidget *notif) { DENG2_ASSERT(notif != 0); if(isChildShown(*notif)) { // Already in the notification area. return; } // Cancel a pending dismissal. d->performPendingDismiss(); if(notif->parentWidget()) { d->oldParents.insert(notif, notif->parentWidget()); notif->parentWidget()->audienceForDeletion() += d; notif->parentWidget()->remove(*notif); } add(notif); notif->show(); d->show(); } void NotificationAreaWidget::hideChild(GuiWidget ¬if) { if(!isChildShown(notif)) { // Already in the notification area. return; } if(childCount() > 1) { // Dismiss immediately, the area itself remains open. d->dismissChild(notif); } else { // The last one should be deferred until the notification area // itself is dismissed. d->dismissTimer.start(); d->pendingDismiss << ¬if; d->hide(); } } void NotificationAreaWidget::dismiss() { d->performPendingDismiss(); } bool NotificationAreaWidget::isChildShown(GuiWidget ¬if) const { if(d->pendingDismiss.contains(¬if)) { return false; } return notif.parentWidget() == this; } void NotificationAreaWidget::viewResized() { GuiWidget::viewResized(); d->uMvpMatrix = root().projMatrix2D(); } void NotificationAreaWidget::drawContent() { d->updateGeometry(); d->uColor = Vector4f(1, 1, 1, visibleOpacity()); d->drawable.draw(); } void NotificationAreaWidget::glInit() { d->glInit(); } void NotificationAreaWidget::glDeinit() { d->glDeinit(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/dialogwidget.cpp0000664000175000017500000004654112350542240023743 0ustar jaakkojaakko/** @file widgets/dialogwidget.cpp Popup dialog. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/DialogWidget" #include "de/ToggleWidget" #include "de/ChoiceWidget" #include "de/GuiRootWidget" #include "de/SignalAction" #include "de/DialogContentStylist" #include #include #include #include namespace de { static TimeDelta const FLASH_ANIM_SPAN = 0.75; /** * Compares dialog button items to determine the order in which they * should appear in the UI. * * @param a Dialog button item. * @param b Dialog button item. * * @return @c true, if a < b. */ static bool dialogButtonOrder(ui::Item const &a, ui::Item const &b) { DialogButtonItem const &left = a.as(); DialogButtonItem const &right = b.as(); if(!left.role().testFlag(DialogWidget::Default) && right.role().testFlag(DialogWidget::Default)) { #ifdef MACOSX // Default buttons go to the right on OS X. return true; #else // Default buttons to the left. return false; #endif } if(left.role().testFlag(DialogWidget::Default) && !right.role().testFlag(DialogWidget::Default)) { #ifdef MACOSX // Default buttons go to the right on OS X. return false; #else // Default buttons to the left. return true; #endif } if(a.label().isEmpty() && !b.label().isEmpty()) { // Label-less buttons go first. return true; } // Order unchanged. return false; } DENG_GUI_PIMPL(DialogWidget), DENG2_OBSERVES(ChildWidgetOrganizer, WidgetCreation), DENG2_OBSERVES(ChildWidgetOrganizer, WidgetUpdate), DENG2_OBSERVES(ui::Data, Addition), DENG2_OBSERVES(ui::Data, Removal), public ChildWidgetOrganizer::IFilter { Modality modality; Flags flags; ScrollAreaWidget *area; LabelWidget *heading; MenuWidget *buttons; MenuWidget *extraButtons; ui::ListData buttonItems; QEventLoop subloop; de::Action *acceptAction; Animation glow; bool needButtonUpdate; float normalGlow; bool animatingGlow; QScopedPointer untrapper; DialogContentStylist stylist; Instance(Public *i, Flags const &dialogFlags) : Base(i) , modality(Modal) , flags(dialogFlags) , heading(0) , acceptAction(0) , needButtonUpdate(false) , animatingGlow(false) { // Initialize the border glow. normalGlow = style().colors().colorf("glow").w; glow.setValue(normalGlow); glow.setStyle(Animation::Linear); // Set up widget structure. GuiWidget *container = new GuiWidget("container"); area = new ScrollAreaWidget("area"); buttons = new MenuWidget("buttons"); buttons->margins().setTop(""); buttons->setItems(buttonItems); buttons->items().audienceForAddition() += this; buttons->items().audienceForRemoval() += this; buttons->organizer().audienceForWidgetCreation() += this; buttons->organizer().audienceForWidgetUpdate() += this; buttons->organizer().setFilter(*this); extraButtons = new MenuWidget("extra"); extraButtons->margins().setTop(""); extraButtons->setItems(buttonItems); extraButtons->items().audienceForAddition() += this; extraButtons->items().audienceForRemoval() += this; extraButtons->organizer().audienceForWidgetCreation() += this; extraButtons->organizer().audienceForWidgetUpdate() += this; extraButtons->organizer().setFilter(*this); // The menu maintains its own width and height based on children. // Set up one row with variable number of columns. buttons->setGridSize(0, ui::Expand, 1, ui::Expand); extraButtons->setGridSize(0, ui::Expand, 1, ui::Expand); area->rule() .setInput(Rule::Left, self.rule().left()) .setInput(Rule::Top, self.rule().top()) .setInput(Rule::Width, area->contentRule().width() + area->margins().width()); // Will a title be included? if(flags & WithHeading) { heading = new LabelWidget; heading->setFont("heading"); heading->margins() .setBottom("") .setTop (style().rules().rule("gap") + style().rules().rule("dialog.gap")) .setLeft(style().rules().rule("gap") + style().rules().rule("dialog.gap")); heading->setSizePolicy(ui::Expand, ui::Expand); heading->setTextColor("accent"); heading->setAlignment(ui::AlignLeft); heading->setTextLineAlignment(ui::AlignLeft); container->add(heading); heading->rule() .setInput(Rule::Top, self.rule().top()) .setInput(Rule::Left, self.rule().left()); area->rule().setInput(Rule::Top, heading->rule().bottom()); } area->rule().setInput(Rule::Height, container->rule().height() - buttons->rule().height() /*+ area->margins().height()*/); // Buttons below the area. buttons->rule() .setInput(Rule::Bottom, container->rule().bottom()) .setInput(Rule::Right, self.rule().right()); extraButtons->rule() .setInput(Rule::Top, buttons->rule().top()) .setInput(Rule::Left, self.rule().left()); // A blank container widget acts as the popup content parent. container->rule().setInput(Rule::Width, OperatorRule::maximum( area->rule().width(), buttons->rule().width() + extraButtons->rule().width())); if(flags.testFlag(WithHeading)) { area->rule().setInput(Rule::Height, container->rule().height() - heading->rule().height() - buttons->rule().height()/* + area->margins().bottom()*/); } container->add(area); container->add(buttons); container->add(extraButtons); self.setContent(container); } ~Instance() { releaseRef(acceptAction); } void updateContentHeight() { // Determine suitable maximum height. Rule const *maxHeight = holdRef(root().viewHeight()); if(self.openingDirection() == ui::Down) { changeRef(maxHeight, *maxHeight - self.anchorY() - style().rules().rule("gap")); } // The container's height is limited by the height of the view. Normally // the dialog tries to show the full height of the content area. if(!flags.testFlag(WithHeading)) { self.content().rule().setInput(Rule::Height, OperatorRule::minimum(*maxHeight, area->contentRule().height() + area->margins().height() + buttons->rule().height())); } else { self.content().rule().setInput(Rule::Height, OperatorRule::minimum(*maxHeight, heading->rule().height() + area->contentRule().height() + area->margins().height() + buttons->rule().height())); } releaseRef(maxHeight); } bool isItemAccepted(ChildWidgetOrganizer const &organizer, ui::Data const &data, ui::Data::Pos pos) const { // Only dialog buttons allowed in the dialog button menus. if(!data.at(pos).is()) return false; if(&organizer == &buttons->organizer()) { // Non-Action buttons only. return !data.at(pos).as().role().testFlag(Action); } else if(&organizer == &extraButtons->organizer()) { // Only Action buttons allowed. return data.at(pos).as().role().testFlag(Action); } DENG2_ASSERT(false); // unexpected return false; } void dataItemAdded(ui::Data::Pos, ui::Item const &) { needButtonUpdate = true; } void dataItemRemoved(ui::Data::Pos, ui::Item &) { needButtonUpdate = true; } void updateButtonLayout() { buttons->items().sort(dialogButtonOrder); //extraButtons->item().sort(dialogButtonOrder); needButtonUpdate = false; } void widgetCreatedForItem(GuiWidget &widget, ui::Item const &item) { // Make sure all label-based widgets in the button area // manage their own size. if(LabelWidget *lab = widget.maybeAs()) { lab->setSizePolicy(ui::Expand, ui::Expand); } // Apply dialog button specific roles. if(ButtonItem const *i = item.maybeAs()) { ButtonWidget &but = widget.as(); if(!i->action()) { if(i->role() & (Accept | Yes)) { but.setAction(new SignalAction(thisPublic, SLOT(accept()))); } else if(i->role() & (Reject | No)) { but.setAction(new SignalAction(thisPublic, SLOT(reject()))); } } } } void widgetUpdatedForItem(GuiWidget &widget, ui::Item const &item) { if(ButtonItem const *i = item.maybeAs()) { ButtonWidget &but = widget.as(); // Button images must be a certain size. but.setOverrideImageSize(style().fonts().font("default").height().valuei()); // Set default label? if(item.label().isEmpty()) { if(i->role().testFlag(Accept)) { but.setText(tr("OK")); } else if(i->role().testFlag(Reject)) { but.setText(tr("Cancel")); } else if(i->role().testFlag(Yes)) { but.setText(tr("Yes")); } else if(i->role().testFlag(No)) { but.setText(tr("No")); } } // Highlight the default button(s). if(i->role().testFlag(Default)) { but.setTextColor("dialog.default"); but.setText(_E(b) + but.text()); } else { but.setTextColor("text"); } } } ui::ActionItem const *findDefaultAction() const { // Note: extra buttons not searched because they shouldn't contain default actions. for(ui::Data::Pos i = 0; i < buttons->items().size(); ++i) { ButtonItem const *act = buttons->items().at(i).maybeAs(); if(act->role().testFlag(Default) && buttons->organizer().itemWidget(i)->isEnabled()) { return act; } } return 0; } ButtonWidget const &buttonWidget(ui::Item const &item) const { GuiWidget *w = extraButtons->organizer().itemWidget(item); if(w) return w->as(); // Try the normal buttons. return buttons->organizer().itemWidget(item)->as(); } void startBorderFlash() { animatingGlow = true; glow.setValueFrom(1, normalGlow, FLASH_ANIM_SPAN); Background bg = self.background(); bg.color.w = glow; self.set(bg); } void updateBorderFlash() { Background bg = self.background(); bg.color.w = glow; self.set(bg); if(glow.done()) animatingGlow = false; } void updateBackground() { Background bg = self.background(); if(self.isUsingInfoStyle()) { bg = self.infoStyleBackground(); } else if(Style::appStyle().isBlurringAllowed()) { /// @todo Should use the Style for this. bg.type = Background::BlurredWithBorderGlow; bg.solidFill = Vector4f(0, 0, 0, .65f); } else { bg.type = Background::BorderGlow; bg.solidFill = style().colors().colorf("dialog.background"); } self.set(bg); } }; DialogWidget::DialogWidget(String const &name, Flags const &flags) : PopupWidget(name), d(new Instance(this, flags)) { d->stylist.setContainer(area()); setOpeningDirection(ui::NoDirection); d->updateBackground(); } DialogWidget::Modality DialogWidget::modality() const { return d->modality; } LabelWidget &DialogWidget::heading() { DENG2_ASSERT(d->heading != 0); return *d->heading; } ScrollAreaWidget &DialogWidget::area() { return *d->area; } MenuWidget &DialogWidget::buttonsMenu() { return *d->buttons; } MenuWidget &DialogWidget::extraButtonsMenu() { return *d->extraButtons; } ui::Data &DialogWidget::buttons() { return d->buttonItems; } ButtonWidget &DialogWidget::buttonWidget(de::String const &label) const { GuiWidget *w = d->buttons->organizer().itemWidget(label); if(w) return w->as(); w = d->extraButtons->organizer().itemWidget(label); DENG2_ASSERT(w != 0); return w->as(); } ButtonWidget *DialogWidget::buttonWidget(int roleId) const { for(uint i = 0; i < d->buttonItems.size(); ++i) { DialogButtonItem const &item = d->buttonItems.at(i).as(); if((item.role() & IdMask) == roleId) { GuiWidget *w = d->buttons->organizer().itemWidget(i); if(w) return &w->as(); return &d->extraButtons->organizer().itemWidget(i)->as(); } } return 0; } void DialogWidget::setAcceptanceAction(RefArg action) { changeRef(d->acceptAction, action); } int DialogWidget::exec(GuiRootWidget &root) { d->modality = Modal; // The widget is added to the root temporarily (as top child). DENG2_ASSERT(!hasRoot()); root.add(this); prepare(); int result = d->subloop.exec(); finish(result); return result; } void DialogWidget::open() { d->modality = NonModal; DENG2_ASSERT(hasRoot()); prepare(); // calls base class's open() } ui::ActionItem *DialogWidget::defaultActionItem() { return const_cast(d->findDefaultAction()); } void DialogWidget::update() { PopupWidget::update(); if(d->needButtonUpdate) { d->updateButtonLayout(); } if(d->animatingGlow) { d->updateBorderFlash(); } } bool DialogWidget::handleEvent(Event const &event) { if(event.isKeyDown()) { KeyEvent const &key = event.as(); if(key.ddKey() == DDKEY_ENTER || key.ddKey() == DDKEY_RETURN || key.ddKey() == ' ') { if(ui::ActionItem const *defaultAction = d->findDefaultAction()) { ButtonWidget const &but = d->buttonWidget(*defaultAction); if(but.action()) { const_cast(but.action())->trigger(); } } return true; } if(key.ddKey() == DDKEY_ESCAPE) { // Esc always cancels a dialog. reject(); return true; } } if(d->modality == Modal) { // The event should already have been handled by the children. if((event.isKeyDown() && !event.as().isModifier()) || (event.type() == Event::MouseButton && event.as().state() == MouseEvent::Pressed && !hitTest(event))) { d->startBorderFlash(); } return true; } else { if((event.type() == Event::MouseButton || event.type() == Event::MousePosition || event.type() == Event::MouseWheel) && hitTest(event)) { // Non-modal dialogs eat mouse clicks/position inside the dialog. return true; } } return PopupWidget::handleEvent(event); } void DialogWidget::accept(int result) { if(d->subloop.isRunning()) { DENG2_ASSERT(d->modality == Modal); d->subloop.exit(result); emit accepted(result); } else if(d->modality == NonModal) { emit accepted(result); finish(result); } } void DialogWidget::reject(int result) { if(d->subloop.isRunning()) { DENG2_ASSERT(d->modality == Modal); d->subloop.exit(result); emit rejected(result); } else if(d->modality == NonModal) { emit rejected(result); finish(result); } } void DialogWidget::prepare() { // Mouse needs to be untrapped for the user to be access the dialog. d->untrapper.reset(new Untrapper(root().window())); root().setFocus(0); if(openingDirection() == ui::NoDirection) { // Center the dialog. setAnchor(root().viewWidth() / 2, root().viewHeight() / 2); } d->updateContentHeight(); PopupWidget::open(); } void DialogWidget::preparePanelForOpening() { PopupWidget::preparePanelForOpening(); // Redo the layout (items visible now). d->buttons->updateLayout(); d->extraButtons->updateLayout(); d->updateBackground(); } void DialogWidget::finish(int result) { root().setFocus(0); close(); d->untrapper.reset(); if(result > 0) { // Success! if(d->acceptAction) { AutoRef held = *d->acceptAction; held->trigger(); } } } DialogWidget::ButtonItem::ButtonItem(RoleFlags flags, String const &label) : ui::ActionItem(label, 0), _role(flags) {} DialogWidget::ButtonItem::ButtonItem(RoleFlags flags, String const &label, RefArg action) : ui::ActionItem(label, action), _role(flags) {} DialogWidget::ButtonItem::ButtonItem(RoleFlags flags, Image const &image, RefArg action) : ui::ActionItem(image, "", action), _role(flags) {} DialogWidget::ButtonItem::ButtonItem(RoleFlags flags, Image const &image, String const &label, RefArg action) : ui::ActionItem(image, label, action), _role(flags) {} } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/foldpanelwidget.cpp0000664000175000017500000001240412350542240024437 0ustar jaakkojaakko/** @file foldpanelwidget.cpp Folding panel. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/FoldPanelWidget" #include "de/ProceduralImage" #include "de/DialogContentStylist" #include "de/SignalAction" namespace de { using namespace ui; static TimeDelta const INDICATOR_ANIM_SPAN = 0.7; DENG2_PIMPL_NOREF(FoldPanelWidget) { /** * Indicator that shows whether a fold panel is open or closed. */ struct FoldImage : public ProceduralImage { FoldPanelWidget &fold; bool needSize; bool animating; Animation angle; FoldImage(FoldPanelWidget &owner) : fold(owner) , needSize(true) , animating(false) , angle(0, Animation::EaseBoth) {} /// We'll report the status as changed if the image was animating or its /// size was updated. bool update() { bool changed = animating; float target = (fold.isOpen()? 0 : 90); if(target != angle.target()) { angle.setValue(target, INDICATOR_ANIM_SPAN); animating = true; changed = true; } if(needSize) { needSize = false; changed = true; float h = fold.title().font().height().value(); setSize(Vector2f(h, h)); } // Stop animating? if(animating && angle.done()) { animating = false; } return changed; } void glMakeGeometry(DefaultVertexBuf::Builder &verts, Rectanglef const &rect) { GuiRootWidget &root = fold.root(); Atlas &atlas = root.atlas(); ColorBank::Colorf const &textColor = fold.title().textColorf(); // Frame. verts.makeFlexibleFrame(rect.toRectanglei(), 5, textColor, atlas.imageRectf(root.roundCorners())); Rectanglef uv = atlas.imageRectf(root.styleTexture("fold")); Matrix4f const turn = Matrix4f::rotateAround(rect.middle(), angle); verts.makeQuad(rect, textColor * Vector4f(1, 1, 1, .5f), uv, &turn); } }; ButtonWidget *title; // not owned GuiWidget *container; ///< Held here while not part of the widget tree. DialogContentStylist stylist; Instance() : title(0), container(0) {} }; FoldPanelWidget::FoldPanelWidget(String const &name) : PanelWidget(name), d(new Instance) {} ButtonWidget *FoldPanelWidget::makeTitle(String const &text) { d->title = new ButtonWidget; d->title->setSizePolicy(Expand, Expand); d->title->setText(text); d->title->setTextColor("accent"); d->title->setHoverTextColor("text", ButtonWidget::ReplaceColor); d->title->setFont("heading"); d->title->setAlignment(ui::AlignLeft); d->title->setTextLineAlignment(ui::AlignLeft); d->title->set(Background()); // no frame or background d->title->setAction(new SignalAction(this, SLOT(toggleFold()))); d->title->setOpacity(.8f); // Fold indicator. d->title->setOverlayImage(new Instance::FoldImage(*this), ui::AlignRight); return d->title; } ButtonWidget &FoldPanelWidget::title() { DENG2_ASSERT(d->title != 0); return *d->title; } void FoldPanelWidget::setContent(GuiWidget *content) { d->stylist.setContainer(*content); if(!isOpen()) { // We'll just take it and do nothing else yet. if(d->container) { d->container->guiDeleteLater(); } d->container = content; return; } PanelWidget::setContent(content); } GuiWidget &FoldPanelWidget::content() const { if(d->container) { return *d->container; } return PanelWidget::content(); } void FoldPanelWidget::toggleFold() { if(!isOpen()) { open(); } else { close(0); } } void FoldPanelWidget::preparePanelForOpening() { if(d->container) { // Insert the content back into the panel. PanelWidget::setContent(d->container); d->container = 0; } if(d->title) { d->title->setOpacity(1); } PanelWidget::preparePanelForOpening(); } void FoldPanelWidget::panelDismissed() { PanelWidget::panelDismissed(); if(d->title) { d->title->setOpacity(.8f, .5f); } content().notifySelfAndTree(&Widget::deinitialize); DENG2_ASSERT(d->container == 0); d->container = takeContent(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/gridpopupwidget.cpp0000664000175000017500000000416312350542240024507 0ustar jaakkojaakko/** @file gridpopupwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/GridPopupWidget" #include "de/GridLayout" #include "de/DialogContentStylist" namespace de { DENG2_PIMPL_NOREF(GridPopupWidget) { DialogContentStylist stylist; GuiWidget *container; GridLayout layout; }; GridPopupWidget::GridPopupWidget(String const &name) : PopupWidget(name), d(new Instance) { setOpeningDirection(ui::Up); d->container = new GuiWidget; setContent(d->container); d->stylist.setContainer(*d->container); // Initialize the layout. Rule const &gap = style().rules().rule("gap"); d->layout.setLeftTop(d->container->rule().left() + gap, d->container->rule().top() + gap); d->layout.setGridSize(2, 0); d->layout.setColumnAlignment(0, ui::AlignRight); } GridLayout &GridPopupWidget::layout() { return d->layout; } GridPopupWidget &GridPopupWidget::operator << (GuiWidget *widget) { d->container->add(widget); d->layout << *widget; return *this; } GridPopupWidget &GridPopupWidget::operator << (Rule const &rule) { d->layout << rule; return *this; } void GridPopupWidget::commit() { Rule const &gap = style().rules().rule("gap"); d->container->rule().setSize(d->layout.width() + gap * 2, d->layout.height() + gap * 2); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/popupmenuwidget.cpp0000664000175000017500000001733712350542240024535 0ustar jaakkojaakko/** @file popupmenuwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/PopupMenuWidget" #include "de/MenuWidget" #include "de/ToggleWidget" #include "de/GuiRootWidget" #include "de/ChildWidgetOrganizer" #include "de/ui/Item" namespace de { DENG_GUI_PIMPL(PopupMenuWidget) , DENG2_OBSERVES(ButtonWidget, StateChange) , DENG2_OBSERVES(ButtonWidget, Triggered) , DENG2_OBSERVES(ChildWidgetOrganizer, WidgetCreation) , DENG2_OBSERVES(ChildWidgetOrganizer, WidgetUpdate) { ButtonWidget *hover; int oldScrollY; Instance(Public *i) : Base(i), hover(0), oldScrollY(0) {} void widgetCreatedForItem(GuiWidget &widget, ui::Item const &item) { // Popup menu items' background is provided by the popup. widget.set(Background()); if(item.semantics().testFlag(ui::Item::Separator)) { LabelWidget &lab = widget.as(); lab.setTextColor("label.accent"); return; } if(LabelWidget *lab = widget.maybeAs()) { lab->margins().set("unit"); } // Customize buttons for use in the popup. We will observe the button // state for highlighting and possibly close the popup when an action // gets triggered. if(ButtonWidget *b = widget.maybeAs()) { b->setHoverTextColor("inverted.text"); b->setSizePolicy(ui::Expand, ui::Expand); if(!b->is()) { b->setTextGap("dialog.gap"); b->setOverrideImageSize(style().fonts().font("default").height().valuei()); } b->audienceForStateChange() += this; // Triggered actions close the menu. if(item.semantics().testFlag(ui::Item::ActivationClosesPopup)) { b->audienceForTriggered() += this; } } } void widgetUpdatedForItem(GuiWidget &widget, ui::Item const &item) { if(item.semantics().testFlag(ui::Item::Separator)) { // The label of a separator may change. if(item.label().isEmpty()) { widget.margins().set(""); widget.setFont("separator.empty"); } else { widget.margins().set("halfunit"); widget.setFont("separator.label"); } } } void updateItemHitRules() { GridLayout const &layout = self.menu().layout(); foreach(Widget *child, self.menu().childWidgets()) { GuiWidget &widget = child->as(); if(self.menu().isWidgetPartOfMenu(widget)) { Vector2i cell = layout.widgetPos(widget); DENG2_ASSERT(cell.x >= 0 && cell.y >= 0); // We want items to be hittable throughout the width of the menu, however // restrict this to the item's column if there are multiple columns. widget.hitRule() .setInput(Rule::Left, (!cell.x? self.rule().left() : layout.columnLeft(cell.x))) .setInput(Rule::Right, (cell.x == layout.gridSize().x - 1? self.rule().right() : layout.columnRight(cell.x))); } } } void buttonStateChanged(ButtonWidget &button, ButtonWidget::State state) { if(state != ButtonWidget::Up) { button.setImageColor(style().colors().colorf("inverted.text")); } else { button.setImageColor(style().colors().colorf("text")); } // Position item highlight. if(&button == hover && state == ButtonWidget::Up) { hover = 0; self.requestGeometry(); return; } if(state == ButtonWidget::Hover || state == ButtonWidget::Down) { hover = &button; self.requestGeometry(); } } Rectanglei highlightRect() const { Rectanglei hi; if(hover) { hi.topLeft.x = hover->hitRule().left().valuei(); hi.topLeft.y = hover->hitRule().top().valuei(); hi.bottomRight.x = hover->hitRule().right().valuei(); hi.bottomRight.y = hover->hitRule().bottom().valuei(); } // Clip the highlight to the main popup area. return hi & self.rule().recti(); } void buttonActionTriggered(ButtonWidget &) { // The popup menu is closed when an action is triggered. self.close(); } void updateIfScrolled() { // If the menu is scrolled, we need to update some things. int scrollY = self.menu().scrollPositionY().valuei(); if(scrollY == oldScrollY) { return; } oldScrollY = scrollY; //qDebug() << "menu scrolling" << scrollY; // Resend the mouse position so the buttons realize they've moved. root().dispatchLatestMousePosition(); self.requestGeometry(); } }; PopupMenuWidget::PopupMenuWidget(String const &name) : PopupWidget(name), d(new Instance(this)) { setContent(new MenuWidget(name.isEmpty()? "" : name + "-content")); menu().setGridSize(1, ui::Expand, 0, ui::Expand); menu().organizer().audienceForWidgetCreation() += d; menu().organizer().audienceForWidgetUpdate() += d; } MenuWidget &PopupMenuWidget::menu() const { return static_cast(content()); } void PopupMenuWidget::update() { PopupWidget::update(); d->updateIfScrolled(); } void PopupMenuWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { PopupWidget::glMakeGeometry(verts); if(d->hover && d->hover->isEnabled()) { verts.makeQuad(d->highlightRect(), d->hover->state() == ButtonWidget::Hover? style().colors().colorf("inverted.background") : style().colors().colorf("accent"), root().atlas().imageRectf(root().solidWhitePixel()).middle()); } } void PopupMenuWidget::preparePanelForOpening() { // Redo the layout. menu().updateLayout(); d->updateItemHitRules(); // Make sure the menu doesn't go beyond the top of the view. if(openingDirection() == ui::Up) { menu().rule().setInput(Rule::Height, OperatorRule::minimum(menu().contentRule().height() + menu().margins().height(), anchorY() - menu().margins().top())); } PopupWidget::preparePanelForOpening(); } void PopupMenuWidget::panelClosing() { PopupWidget::panelClosing(); if(d->hover) { d->hover->setTextModulationColorf(Vector4f(1, 1, 1, 1)); d->hover->setImageColor(style().colors().colorf("text")); d->hover = 0; requestGeometry(); } menu().dismissPopups(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/menuwidget.cpp0000664000175000017500000003113612350542240023442 0ustar jaakkojaakko/** @file widgets/menuwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/MenuWidget" #include "de/PopupMenuWidget" #include "de/VariableToggleWidget" #include "de/ChildWidgetOrganizer" #include "de/GridLayout" #include "de/ui/ListData" #include "de/ui/ActionItem" #include "de/ui/SubwidgetItem" namespace de { using namespace ui; DENG2_PIMPL(MenuWidget) , DENG2_OBSERVES(Data, Addition) // for layout update , DENG2_OBSERVES(Data, Removal) // for layout update , DENG2_OBSERVES(Data, OrderChange) // for layout update , DENG2_OBSERVES(PopupWidget, Close) , DENG2_OBSERVES(Widget, Deletion) , public ChildWidgetOrganizer::IWidgetFactory { /** * Base class for sub-widget actions. Handles ownership/openness tracking. */ class SubAction : public de::Action, DENG2_OBSERVES(Widget, Deletion) { public: SubAction(MenuWidget::Instance *inst, ui::Item const &parentItem) : d(inst) , _parentItem(parentItem) , _dir(ui::Right) , _widget(0) {} ~SubAction() { if(_widget) { delete _widget; } } void setWidget(PopupWidget *w, ui::Direction openingDirection) { _widget = w; // Popups need a parent. d->self.add(_widget); _widget->audienceForDeletion() += this; _dir = openingDirection; } void widgetBeingDeleted(Widget &) { _widget = 0; } bool isTriggered() const { return _widget != 0; } void trigger() { Action::trigger(); DENG2_ASSERT(_widget != 0); GuiWidget *parent = d->organizer.itemWidget(_parentItem); DENG2_ASSERT(parent != 0); _widget->setAnchorAndOpeningDirection(parent->hitRule(), _dir); d->keepTrackOfSubWidget(_widget); _widget->open(); } protected: MenuWidget::Instance *d; ui::Item const &_parentItem; ui::Direction _dir; PopupWidget *_widget; }; /** * Action owned by the button that represents a SubmenuItem. */ class SubmenuAction : public SubAction { public: SubmenuAction(MenuWidget::Instance *inst, ui::SubmenuItem const &parentItem) : SubAction(inst, parentItem) { PopupMenuWidget *sub = new PopupMenuWidget; setWidget(sub, parentItem.openingDirection()); // Use the items from the submenu. sub->menu().setItems(parentItem.items()); } }; /** * Action owned by the button that represents a SubwidgetItem. */ class SubwidgetAction : public SubAction { public: SubwidgetAction(MenuWidget::Instance *inst, ui::SubwidgetItem const &parentItem) : SubAction(inst, parentItem) , _item(parentItem) {} void trigger() { if(isTriggered()) return; // Already open, cannot retrigger. // The widget is created only at this point. setWidget(_item.makeWidget(), _item.openingDirection()); _widget->setDeleteAfterDismissed(true); SubAction::trigger(); } private: ui::SubwidgetItem const &_item; }; bool needLayout; GridLayout layout; ListData defaultItems; Data const *items; ChildWidgetOrganizer organizer; QSet openSubs; SizePolicy colPolicy; SizePolicy rowPolicy; Instance(Public *i) : Base(i), needLayout(false), items(0), organizer(self), colPolicy(Fixed), rowPolicy(Fixed) { // We will create widgets ourselves. organizer.setWidgetFactory(*this); // The default context is empty. setContext(&defaultItems); } ~Instance() { // Clear the data model first, so possible sub-widgets are deleted at the right time. // Note that we can't clear an external data model. defaultItems.clear(); } void setContext(Data const *ctx) { if(items) { // Get rid of the old context. items->audienceForAddition() -= this; items->audienceForRemoval() -= this; items->audienceForOrderChange() -= this; organizer.unsetContext(); } items = ctx; // Take new context into use. items->audienceForAddition() += this; items->audienceForRemoval() += this; items->audienceForOrderChange() += this; organizer.setContext(*items); // recreates widgets } void dataItemAdded(Data::Pos, Item const &) { // Make sure we determine the layout for the new item. needLayout = true; } void dataItemRemoved(Data::Pos, Item &) { // Make sure we determine the layout after this item is gone. needLayout = true; } void dataItemOrderChanged() { // Make sure we determine the layout for the new order. needLayout = true; } /* * Menu items are represented as buttons and labels. */ GuiWidget *makeItemWidget(Item const &item, GuiWidget const *) { if(item.semantics().testFlag(Item::ShownAsButton)) { // Normal clickable button. ButtonWidget *b = new ButtonWidget; b->setTextAlignment(ui::AlignRight); if(item.is()) { b->setAction(new SubmenuAction(this, item.as())); } else if(item.is()) { b->setAction(new SubwidgetAction(this, item.as())); } return b; } else if(item.semantics().testFlag(Item::Separator)) { LabelWidget *lab = new LabelWidget; lab->setAlignment(ui::AlignLeft); lab->setTextLineAlignment(ui::AlignLeft); lab->setSizePolicy(ui::Expand, ui::Expand); return lab; } else if(item.semantics().testFlag(Item::ShownAsLabel)) { LabelWidget *lab = new LabelWidget; lab->setTextAlignment(ui::AlignRight); lab->setTextLineAlignment(ui::AlignLeft); lab->setSizePolicy(ui::Expand, ui::Expand); return lab; } else if(item.semantics().testFlag(Item::ShownAsToggle)) { // We know how to present variable toggles. if(VariableToggleItem const *varTog = item.maybeAs()) { return new VariableToggleWidget(varTog->variable()); } else { // A regular toggle. return new ToggleWidget; } } return 0; } void updateItemWidget(GuiWidget &widget, Item const &item) { if(ActionItem const *act = item.maybeAs()) { if(item.semantics().testFlag(Item::ShownAsButton)) { ButtonWidget &b = widget.as(); b.setImage(act->image()); b.setText(act->label()); if(act->action()) { b.setAction(*act->action()); } } else if(item.semantics().testFlag(Item::ShownAsLabel)) { widget.as().setText(item.label()); } else if(item.semantics().testFlag(Item::ShownAsToggle)) { ToggleWidget &t = widget.as(); t.setText(act->label()); if(act->action()) { t.setAction(*act->action()); } } } else { // Other kinds of items are represented as labels or // label-derived widgets. widget.as().setText(item.label()); if(SubwidgetItem const *sub = item.maybeAs()) { widget.as().setImage(sub->image()); } } } void panelBeingClosed(PanelWidget &popup) { openSubs.remove(&popup); } void widgetBeingDeleted(Widget &widget) { openSubs.remove(static_cast(&widget)); } void keepTrackOfSubWidget(PanelWidget *w) { DENG2_ASSERT(w->is()); openSubs.insert(w); w->audienceForClose() += this; w->audienceForDeletion() += this; } bool isVisibleItem(Widget const *child) const { if(GuiWidget const *widget = child->maybeAs()) { return !widget->behavior().testFlag(Widget::Hidden); } return false; } int countVisible() const { int num = 0; foreach(Widget *i, self.childWidgets()) { if(isVisibleItem(i)) ++num; } return num; } void relayout() { layout.clear(); foreach(Widget *child, self.childWidgets()) { GuiWidget *w = child->maybeAs(); if(!isVisibleItem(w)) continue; layout << *w; } } }; MenuWidget::MenuWidget(String const &name) : ScrollAreaWidget(name), d(new Instance(this)) {} void MenuWidget::setGridSize(int columns, ui::SizePolicy columnPolicy, int rows, ui::SizePolicy rowPolicy, GridLayout::Mode layoutMode) { d->layout.clear(); d->layout.setModeAndGridSize(layoutMode, columns, rows); d->layout.setLeftTop(contentRule().left(), contentRule().top()); d->colPolicy = columnPolicy; d->rowPolicy = rowPolicy; if(d->colPolicy == ui::Filled) { DENG2_ASSERT(columns > 0); d->layout.setOverrideWidth((rule().width() - margins().width() - (columns - 1) * d->layout.columnPadding()) / float(columns)); } if(d->rowPolicy == ui::Filled) { DENG2_ASSERT(rows > 0); d->layout.setOverrideHeight((rule().height() - margins().height() - (rows - 1) * d->layout.rowPadding()) / float(rows)); } d->needLayout = true; } Data &MenuWidget::items() { return *const_cast(d->items); } Data const &MenuWidget::items() const { return *d->items; } void MenuWidget::setItems(Data const &items) { d->setContext(&items); } void MenuWidget::useDefaultItems() { d->setContext(&d->defaultItems); } int MenuWidget::count() const { return d->countVisible(); } bool MenuWidget::isWidgetPartOfMenu(Widget const &widget) const { if(widget.parent() != this) return false; return d->isVisibleItem(&widget); } void MenuWidget::updateLayout() { d->relayout(); setContentSize(d->layout.width(), d->layout.height()); // Expanding policy causes the size of the menu widget to change. if(d->colPolicy == Expand) { rule().setInput(Rule::Width, d->layout.width() + margins().width()); } if(d->rowPolicy == Expand) { rule().setInput(Rule::Height, d->layout.height() + margins().height()); } d->needLayout = false; } GridLayout const &MenuWidget::layout() const { return d->layout; } GridLayout &MenuWidget::layout() { return d->layout; } ChildWidgetOrganizer &MenuWidget::organizer() { return d->organizer; } ChildWidgetOrganizer const &MenuWidget::organizer() const { return d->organizer; } void MenuWidget::update() { if(d->needLayout) { updateLayout(); } ScrollAreaWidget::update(); } bool MenuWidget::handleEvent(Event const &event) { return ScrollAreaWidget::handleEvent(event); } void MenuWidget::dismissPopups() { foreach(PanelWidget *pop, d->openSubs) { pop->close(); } } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/compositorwidget.cpp0000664000175000017500000001215112350542240024670 0ustar jaakkojaakko/** @file compositorwidget.cpp Off-screen compositor. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/CompositorWidget" #include namespace de { DENG_GUI_PIMPL(CompositorWidget) { Drawable drawable; struct Buffer { GLTexture texture; QScopedPointer offscreen; void clear() { texture.clear(); offscreen.reset(); } }; int nextBufIndex; QList buffers; ///< Stack of buffers to allow nested compositing. GLUniform uMvpMatrix; GLUniform uTex; Instance(Public *i) : Base(i), nextBufIndex(0), uMvpMatrix("uMvpMatrix", GLUniform::Mat4), uTex ("uTex", GLUniform::Sampler2D) { uMvpMatrix = Matrix4f::ortho(0, 1, 0, 1); } /** * Starts using the next unused buffer. The buffer is resized if needed. * The size of the new buffer is the same as the size of the current GL * target. */ Buffer *beginBufferUse() { if(nextBufIndex <= buffers.size()) { buffers.append(new Buffer); } Buffer *buf = buffers[nextBufIndex]; Vector2ui const size = GLState::current().target().rectInUse().size(); //qDebug() << "compositor" << nextBufIndex << "should be" << size.asText(); if(buf->texture.size() != size) { //qDebug() << "buffer texture defined" << size.asText(); buf->texture.setUndefinedImage(size, Image::RGBA_8888); buf->offscreen.reset(new GLTarget(buf->texture)); } nextBufIndex++; return buf; } void endBufferUse() { nextBufIndex--; } void glInit() { DefaultVertexBuf *buf = new DefaultVertexBuf; buf->setVertices(gl::TriangleStrip, DefaultVertexBuf::Builder() .makeQuad(Rectanglef(0, 0, 1, 1), Vector4f (1, 1, 1, 1), Rectanglef(0, 0, 1, -1)), gl::Static); drawable.addBuffer(buf); root().shaders().build(drawable.program(), "generic.textured.color") //"debug.textured.alpha" << uMvpMatrix << uTex; } void glDeinit() { qDeleteAll(buffers); buffers.clear(); drawable.clear(); } bool shouldBeDrawn() const { return self.isInitialized() && !self.isHidden() && self.visibleOpacity() > 0; } }; CompositorWidget::CompositorWidget(String const &name) : GuiWidget(name), d(new Instance(this)) {} GLTexture &CompositorWidget::composite() const { DENG2_ASSERT(!d->buffers.isEmpty()); return d->buffers.first()->texture; } void CompositorWidget::setCompositeProjection(const Matrix4f &projMatrix) { d->uMvpMatrix = projMatrix; } void CompositorWidget::useDefaultCompositeProjection() { d->uMvpMatrix = Matrix4f::ortho(0, 1, 0, 1); } void CompositorWidget::viewResized() { GuiWidget::viewResized(); } void CompositorWidget::preDrawChildren() { if(!d->shouldBeDrawn()) return; //qDebug() << "entering compositor" << d->nextBufIndex; Instance::Buffer *buf = d->beginBufferUse(); GLState::push() .setTarget(*buf->offscreen) .setViewport(Rectangleui::fromSize(buf->texture.size())); buf->offscreen->clear(GLTarget::Color); } void CompositorWidget::postDrawChildren() { if(!d->shouldBeDrawn()) return; // Restore original rendering target. GLState::pop(); //qDebug() << "exiting compositor, drawing composite"; drawComposite(); d->endBufferUse(); } void CompositorWidget::glInit() { d->glInit(); } void CompositorWidget::glDeinit() { d->glDeinit(); } void CompositorWidget::drawComposite() { if(!d->shouldBeDrawn()) return; glDisable(GL_ALPHA_TEST); /// @todo remove this glEnable(GL_TEXTURE_2D); DENG2_ASSERT(d->nextBufIndex > 0); Instance::Buffer *buf = d->buffers[d->nextBufIndex - 1]; GLState::push() .setBlend(true) .setBlendFunc(gl::One, gl::OneMinusSrcAlpha) .setDepthTest(false); d->uTex = buf->texture; //d->uColor = Vector4f(1, 1, 1, visibleOpacity()); d->drawable.draw(); GLState::pop(); //qDebug() << "composite" << d->nextBufIndex - 1 << "has been drawn"; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/sliderwidget.cpp0000664000175000017500000004125012350542240023756 0ustar jaakkojaakko/** @file sliderwidget.cpp Slider to pick a value within a range. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/SliderWidget" #include "de/DialogWidget" #include "de/LineEditWidget" #include "de/TextDrawable" #include #include #include namespace de { using namespace ui; /** * Popup for editing the value of a slider. */ class ValuePopup : public PopupWidget { public: ValuePopup(SliderWidget &slider) { setContent(_edit = new LineEditWidget); //_edit->setEmptyContentHint(tr("Enter value")); _edit->setSignalOnEnter(true); connect(_edit, SIGNAL(enterPressed(QString)), &slider, SLOT(setValueFromText(QString))); connect(_edit, SIGNAL(enterPressed(QString)), this, SLOT(close())); _edit->rule().setInput(Rule::Width, slider.style().rules().rule("slider.editor")); _edit->setText(QString::number(slider.value() * slider.displayFactor(), 'f', slider.precision())); } LineEditWidget &editor() const { return *_edit; } void preparePanelForOpening() { PopupWidget::preparePanelForOpening(); root().setFocus(_edit); } void panelClosing() { PopupWidget::panelClosing(); root().setFocus(0); } private: LineEditWidget *_edit; }; DENG_GUI_PIMPL(SliderWidget) { ddouble value; Ranged range; ddouble step; int precision; ddouble displayFactor; String minLabel; String maxLabel; enum State { Inert, Hovering, Grabbed }; State state; Vector2i grabFrom; ddouble grabValue; // Visualization. bool animating; Animation pos; int endLabelSize; Animation frameOpacity; ColorBank::Colorf textColor; ColorBank::Colorf invTextColor; // GL objects. enum Labels { Value, Start, End, NUM_LABELS }; TextDrawable labels[NUM_LABELS]; Drawable drawable; GLUniform uMvpMatrix; GLUniform uColor; Instance(Public *i) : Base(i), value(0), range(0, 0), step(0), precision(0), displayFactor(1), state(Inert), animating(false), uMvpMatrix("uMvpMatrix", GLUniform::Mat4), uColor ("uColor", GLUniform::Vec4) { self.setFont("slider.label"); frameOpacity.setValue(.25f); updateStyle(); } void updateStyle() { textColor = style().colors().colorf("text"); invTextColor = style().colors().colorf("inverted.text"); endLabelSize = style().rules().rule("slider.label").valuei(); for(int i = 0; i < int(NUM_LABELS); ++i) { labels[i].setFont(i == Value? style().fonts().font("slider.value") : self.font()); labels[i].setLineWrapWidth(endLabelSize); } } void glInit() { DefaultVertexBuf *buf = new DefaultVertexBuf; drawable.addBuffer(buf); shaders().build(drawable.program(), "generic.textured.color_ucolor") << uMvpMatrix << uColor << uAtlas(); for(int i = 0; i < int(NUM_LABELS); ++i) { labels[i].init(atlas(), self.font()); } updateValueLabel(); updateRangeLabels(); } void glDeinit() { drawable.clear(); for(int i = 0; i < int(NUM_LABELS); ++i) { labels[i].deinit(); } } Rectanglei contentRect() const { Vector4i margins = self.margins().toVector(); return self.rule().recti().adjusted(margins.xy(), -margins.zw()); } /// Determines the total area where the slider is moving. Rectanglei sliderRect() const { Rectanglei const rect = contentRect(); return Rectanglei(Vector2i(rect.topLeft.x + endLabelSize, rect.topLeft.y), Vector2i(rect.bottomRight.x - endLabelSize, rect.bottomRight.y)); } /// Determines the area where the slider currently is. Rectanglei sliderValueRect() const { Rectanglei const area = sliderRect(); ddouble i = range.size() > 0? (pos - range.start) / range.size() : 0; return Rectanglei::fromSize(Vector2i(area.topLeft.x + (area.width() - endLabelSize) * i, area.topLeft.y), Vector2ui(endLabelSize, area.height())); } void updateGeometry() { Rectanglei rect; if(self.hasChangedPlace(rect)) { self.requestGeometry(); } // Update texts. for(int i = 0; i < int(NUM_LABELS); ++i) { if(labels[i].update()) { //qDebug() << "label" << i << "updated"; self.requestGeometry(); } } if(!self.geometryRequested()) return; Vector4i const margin = self.margins().toVector(); rect = rect.adjusted(margin.xy(), -margin.zw()); DefaultVertexBuf::Builder verts; self.glMakeGeometry(verts); // Determine the area where the slider is moving. Rectanglei sliderArea = sliderRect(); // Range dots. int numDots = de::clamp(5, round(range.size() / step) + 1, 11); int dotSpace = sliderArea.width() - endLabelSize; int dotX = sliderArea.topLeft.x + endLabelSize / 2; float altAlpha = 0; if(dotSpace / numDots > 30) { altAlpha = .5f; numDots = 2 * numDots + 1; } Image::Size const dotSize = atlas().imageRect(root().tinyDot()).size(); for(int i = 0; i < numDots; ++i) { Vector2i dotPos(dotX + dotSpace * float(i) / float(numDots - 1), sliderArea.middle().y); Vector4f dotColor = textColor; dotColor.w *= .666f; if(altAlpha > 0 && i % 2) { // Dim alt dots. dotColor.w *= altAlpha; } verts.makeQuad(Rectanglei::fromSize(dotPos - dotSize.toVector2i()/2, dotSize), dotColor, atlas().imageRectf(root().tinyDot())); } // Current slider position. Rectanglei slider = sliderValueRect(); verts.makeQuad(slider.expanded(2), state == Grabbed? textColor : invTextColor, atlas().imageRectf(root().solidWhitePixel()).middle()); verts.makeFlexibleFrame(slider.expanded(5), 6, Vector4f(1, 1, 1, frameOpacity), atlas().imageRectf(root().boldRoundCorners())); // Labels. if(labels[Start].isReady()) { labels[Start].makeVertices(verts, Rectanglei(rect.topLeft, Vector2i(rect.topLeft.x + endLabelSize, rect.bottomRight.y)), ui::AlignCenter, ui::AlignCenter, textColor); } if(labels[End].isReady()) { labels[End].makeVertices(verts, Rectanglei(Vector2i(rect.bottomRight.x - endLabelSize, rect.topLeft.y), rect.bottomRight), ui::AlignCenter, ui::AlignCenter, textColor); } if(labels[Value].isReady()) { labels[Value].makeVertices(verts, slider, ui::AlignCenter, ui::AlignCenter, state == Grabbed? invTextColor : textColor); } drawable.buffer() .setVertices(gl::TriangleStrip, verts, animating? gl::Dynamic : gl::Static); self.requestGeometry(false); } void draw() { updateGeometry(); uColor = Vector4f(1, 1, 1, self.visibleOpacity()); drawable.draw(); } void setState(State st) { if(state == st) return; //State const prev = state; state = st; animating = true; switch(st) { case Inert: //scale.setValue(1.f, .3f); //scale.setStyle(prev == Down? Animation::Bounce : Animation::EaseOut); frameOpacity.setValue(.25f, .6); break; case Hovering: //scale.setValue(1.1f, .15f); //scale.setStyle(Animation::EaseOut); frameOpacity.setValue(.5f, .15); break; case Grabbed: //scale.setValue(.95f); frameOpacity.setValue(.8f); break; } self.requestGeometry(); } void updateHover(Vector2i const &pos) { if(state == Grabbed) return; if(self.hitTest(pos)) { if(state == Inert) setState(Hovering); } else if(state == Hovering) { setState(Inert); } } void updateValueLabel() { if(!minLabel.isEmpty() && fequal(value, range.start)) { labels[Value].setText(minLabel); } else if(!maxLabel.isEmpty() && fequal(value, range.end)) { labels[Value].setText(maxLabel); } else { labels[Value].setText(QString::number(value * displayFactor, 'f', precision)); } } void setValue(ddouble v) { // Round to nearest step. if(step > 0) { v = de::round((v - range.start) / step) * step + range.start; } v = range.clamp(v); if(!fequal(v, value)) { value = v; updateValueLabel(); animating = true; pos.setValue(float(value), 0.1); self.requestGeometry(); emit self.valueChanged(v); } } void updateRangeLabels() { labels[Start].setText(minLabel.isEmpty()? QString::number(range.start * displayFactor) : minLabel); labels[End].setText(maxLabel.isEmpty()? QString::number(range.end * displayFactor) : maxLabel); } void startGrab(MouseEvent const &ev) { if(sliderValueRect().contains(ev.pos())) { setState(Grabbed); grabFrom = ev.pos(); grabValue = value; } } void updateGrab(MouseEvent const &ev) { DENG2_ASSERT(state == Grabbed); //qDebug() << "delta" << (ev.pos() - grabFrom).asText(); Rectanglei const area = sliderRect(); ddouble unitsPerPixel = range.size() / (area.width() - endLabelSize); setValue(grabValue + (ev.pos().x - grabFrom.x) * unitsPerPixel); emit self.valueChangedByUser(value); } /// Amount to step when clicking a label. ddouble clickStep() const { if(step > 0) { return step; } return 1.0 / std::pow(10.0, precision) / displayFactor; } void endGrab(MouseEvent const &ev) { if(state == Grabbed) { setState(Inert); updateHover(ev.pos()); } else { Rectanglei const rect = contentRect(); //qDebug() << "click step:" << clickStep() << "value:" << value << "range:" // << range.asText() << "new value:" << value - clickStep(); // Maybe a click on the start/end label? if(rect.contains(ev.pos())) { if(ev.pos().x < rect.left() + endLabelSize) { setValue(value - clickStep()); emit self.valueChangedByUser(value); } else if(ev.pos().x > rect.right() - endLabelSize) { setValue(value + clickStep()); emit self.valueChangedByUser(value); } } } } }; SliderWidget::SliderWidget(String const &name) : GuiWidget(name), d(new Instance(this)) { /* // Testing. setRange(Rangef(0, 1)); setPrecision(2); setValue(.5f); */ // Default size. rule().setInput(Rule::Width, style().rules().rule("slider.width")) .setInput(Rule::Height, OperatorRule::maximum( style().fonts().font("default").height(), font().height()) + margins().height()); } void SliderWidget::setRange(Rangei const &intRange, int step) { setRange(Ranged(intRange.start, intRange.end), ddouble(step)); } void SliderWidget::setRange(Rangef const &floatRange, float step) { setRange(Ranged(floatRange.start, floatRange.end), ddouble(step)); } void SliderWidget::setRange(Ranged const &doubleRange, ddouble step) { d->range = doubleRange; d->step = step; d->updateRangeLabels(); d->setValue(d->value); d->pos.finish(); } void SliderWidget::setPrecision(int precisionDecimals) { d->precision = precisionDecimals; d->updateValueLabel(); } void SliderWidget::setValue(ddouble value) { d->setValue(value); } void SliderWidget::setMinLabel(const String &labelText) { d->minLabel = labelText; d->updateRangeLabels(); d->updateValueLabel(); } void SliderWidget::setMaxLabel(const String &labelText) { d->maxLabel = labelText; d->updateRangeLabels(); d->updateValueLabel(); } void SliderWidget::setDisplayFactor(ddouble factor) { d->displayFactor = factor; d->updateRangeLabels(); d->updateValueLabel(); } Ranged SliderWidget::range() const { return d->range; } ddouble SliderWidget::value() const { return d->value; } int SliderWidget::precision() const { return d->precision; } ddouble SliderWidget::displayFactor() const { return d->displayFactor; } void SliderWidget::viewResized() { GuiWidget::viewResized(); d->uMvpMatrix = root().projMatrix2D(); } void SliderWidget::update() { GuiWidget::update(); if(d->animating) { requestGeometry(); d->animating = !d->pos.done() || !d->frameOpacity.done(); } } void SliderWidget::drawContent() { d->draw(); } bool SliderWidget::handleEvent(Event const &event) { if(event.type() == Event::MousePosition) { if(d->state == Instance::Grabbed) { d->updateGrab(event.as()); return true; } d->updateHover(event.as().pos()); } // Left mouse button can be used to drag/step the value. if(d->state != Instance::Inert) { switch(handleMouseClick(event, MouseEvent::Left)) { case MouseClickStarted: d->startGrab(event.as()); return true; case MouseClickAborted: case MouseClickFinished: d->endGrab(event.as()); return true; default: break; } } // Right-click to edit the value as text. if(d->state != Instance::Grabbed) { switch(handleMouseClick(event, MouseEvent::Right)) { case MouseClickFinished: { ValuePopup *pop = new ValuePopup(*this); pop->setAnchorAndOpeningDirection(rule(), rule().recti().middle().y < root().viewHeight().valuei()/2? ui::Down : ui::Up); pop->setDeleteAfterDismissed(true); root().addOnTop(pop); pop->open(); return true; } case MouseClickStarted: case MouseClickAborted: return true; default: break; } } return GuiWidget::handleEvent(event); } void SliderWidget::setValueFromText(QString text) { setValue(text.toDouble() / d->displayFactor); emit valueChangedByUser(d->value); } void SliderWidget::glInit() { d->glInit(); } void SliderWidget::glDeinit() { d->glDeinit(); } void SliderWidget::updateStyle() { d->updateStyle(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/lineeditwidget.cpp0000664000175000017500000003172212350542240024274 0ustar jaakkojaakko/** @file widgets/lineeditwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/LineEditWidget" #include "de/LabelWidget" #include "de/FontLineWrapping" #include "de/GuiRootWidget" #include "de/GLTextComposer" #include "de/Style" #include #include #include #include namespace de { using namespace ui; static TimeDelta const ANIM_SPAN = .5f; static duint const ID_BUF_TEXT = 1; static duint const ID_BUF_CURSOR = 2; DENG_GUI_PIMPL(LineEditWidget) { typedef GLBufferT VertexBuf; ScalarRule *height; FontLineWrapping &wraps; LabelWidget *hint; bool signalOnEnter; bool firstUpdateAfterCreation; // Style. Font const *font; Time blinkTime; Animation hovering; // GL objects. GLTextComposer composer; Drawable drawable; GLUniform uMvpMatrix; GLUniform uColor; GLUniform uCursorColor; Instance(Public *i) : Base(i) , wraps(static_cast(i->lineWraps())) , hint(0) , signalOnEnter(false) , firstUpdateAfterCreation(true) , font(0) , hovering(0, Animation::Linear) , uMvpMatrix ("uMvpMatrix", GLUniform::Mat4) , uColor ("uColor", GLUniform::Vec4) , uCursorColor("uColor", GLUniform::Vec4) { height = new ScalarRule(0); self.setFont("editor.plaintext"); updateStyle(); uCursorColor = Vector4f(1, 1, 1, 1); self.set(Background(Vector4f(1, 1, 1, 1), Background::GradientFrame)); } ~Instance() { releaseRef(height); } /** * Update the style used by the widget from the current UI style. */ void updateStyle() { font = &self.font(); updateBackground(); // Update the line wrapper's font. wraps.setFont(*font); wraps.clear(); composer.setWrapping(wraps); contentChanged(); } int calculateHeight() { int const hgt = de::max(font->height().valuei(), wraps.totalHeightInPixels()); return hgt + self.margins().height().valuei(); } void updateProjection() { uMvpMatrix = root().projMatrix2D(); } void updateBackground() { // If using a gradient frame, update parameters automatically. if(self.background().type == Background::GradientFrame) { Background bg; if(!self.hasFocus()) { bg = Background(Background::GradientFrame, Vector4f(1, 1, 1, .15f + hovering * .2f), 6); //style().colors().colorf("background")); } else { bg = Background(style().colors().colorf("background"), Background::GradientFrame, Vector4f(1, 1, 1, .25f + hovering * .3f), 6); /*if(hovering > 0) { bg.type = Background::GradientFrame; bg.thickness = 6; bg.color = Vector4f(1, 1, 1, .15f * hovering); self.requestGeometry(); }*/ } self.set(bg); } } void glInit() { composer.setAtlas(atlas()); composer.setText(self.text()); drawable.addBuffer(ID_BUF_TEXT, new VertexBuf); drawable.addBufferWithNewProgram(ID_BUF_CURSOR, new VertexBuf, "cursor"); shaders().build(drawable.program(), "generic.textured.color_ucolor") << uMvpMatrix << uColor << uAtlas(); shaders().build(drawable.program("cursor"), "generic.color_ucolor") << uMvpMatrix << uCursorColor; updateProjection(); } void glDeinit() { composer.release(); } bool showingHint() const { return self.text().isEmpty() && !hint->text().isEmpty() && !self.hasFocus(); } void updateGeometry() { updateBackground(); if(composer.update()) self.requestGeometry(); // Do we actually need to update geometry? Rectanglei pos; if(!self.hasChangedPlace(pos) && !self.geometryRequested()) { return; } // Generate all geometry. self.requestGeometry(false); VertexBuf::Builder verts; self.glMakeGeometry(verts); drawable.buffer(ID_BUF_TEXT) .setVertices(gl::TriangleStrip, verts, gl::Static); // Cursor. Rectanglei const caret = self.cursorRect(); verts.clear(); verts.makeQuad(caret, Vector4f(1, 1, 1, 1), atlas().imageRectf(self.root().solidWhitePixel()).middle()); drawable.buffer(ID_BUF_CURSOR) .setVertices(gl::TriangleStrip, verts, gl::Static); } void updateHover(Vector2i const &pos) { if(/*!self.hasFocus() && */ self.hitTest(pos)) { if(hovering.target() < 1) { hovering.setValue(1, .15f); } } else if(hovering.target() > 0) { hovering.setValue(0, .6f); } } void contentChanged() { composer.setText(self.text()); emit self.editorContentChanged(); } void atlasContentRepositioned(Atlas &) { self.requestGeometry(); } inline Rectanglei contentRect() const { Vector4i const margins = self.margins().toVector(); return self.rule().recti().adjusted(margins.xy(), -margins.zw()); } }; LineEditWidget::LineEditWidget(String const &name) : GuiWidget(name), AbstractLineEditor(new FontLineWrapping), d(new Instance(this)) { setBehavior(ContentClipping); // The widget's height is tied to the number of lines. rule().setInput(Rule::Height, *d->height); } void LineEditWidget::setEmptyContentHint(String const &hintText) { if(!d->hint) { // A child widget will show the hint text. d->hint = new LabelWidget; d->hint->setFont("editor.hint"); d->hint->setTextColor("editor.hint"); d->hint->setAlignment(ui::AlignLeft); d->hint->setBehavior(Unhittable | ContentClipping); d->hint->rule().setRect(rule()); d->hint->setOpacity(1); add(d->hint); } d->hint->setText(hintText); } void LineEditWidget::setSignalOnEnter(bool enterSignal) { d->signalOnEnter = enterSignal; } Rectanglei LineEditWidget::cursorRect() const { Vector2i const cursorPos = lineCursorPos(); Vector2i const cp = d->wraps.charTopLeftInPixels(cursorPos.y, cursorPos.x) + d->contentRect().topLeft; return Rectanglei(cp + Vector2i(-1, 0), cp + Vector2i(1, d->font->height().valuei())); } void LineEditWidget::glInit() { LOG_AS("LineEditWidget"); d->glInit(); } void LineEditWidget::glDeinit() { d->glDeinit(); } void LineEditWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { GuiWidget::glMakeGeometry(verts); Rectanglei const contentRect = d->contentRect(); Rectanglef const solidWhiteUv = d->atlas().imageRectf(root().solidWhitePixel()); // Text lines. d->composer.makeVertices(verts, contentRect, AlignLeft, AlignLeft, textColorf()); // Underline the possible suggested completion. if(isSuggestingCompletion()) { Rangei const comp = completionRange(); Vector2i const startPos = linePos(comp.start); Vector2i const endPos = linePos(comp.end); Vector2i const offset = contentRect.topLeft + Vector2i(0, d->font->ascent().valuei() + 2); // It may span multiple lines. for(int i = startPos.y; i <= endPos.y; ++i) { Rangei const span = d->wraps.line(i).range; Vector2i start = d->wraps.charTopLeftInPixels(i, i == startPos.y? startPos.x : span.start) + offset; Vector2i end = d->wraps.charTopLeftInPixels(i, i == endPos.y? endPos.x : span.end) + offset; verts.makeQuad(Rectanglef(start, end + Vector2i(0, 1)), Vector4f(1, 1, 1, 1), solidWhiteUv.middle()); } } } void LineEditWidget::updateStyle() { d->updateStyle(); } void LineEditWidget::viewResized() { GuiWidget::viewResized(); updateLineWraps(RewrapNow); d->updateProjection(); } void LineEditWidget::focusGained() { d->contentChanged(); if(d->hint) { d->hint->setOpacity(0); } } void LineEditWidget::focusLost() { d->contentChanged(); if(d->hint && d->showingHint()) { d->hint->setOpacity(1, 1, .5f); } } void LineEditWidget::update() { GuiWidget::update(); d->updateBackground(); // Rewrap content if necessary. updateLineWraps(WrapUnlessWrappedAlready); if(d->firstUpdateAfterCreation) { // Don't animate height immediately after creation. d->firstUpdateAfterCreation = false; d->height->finish(); } } void LineEditWidget::drawContent() { float const opac = visibleOpacity(); // Blink the cursor. Vector4f col = style().colors().colorf("editor.cursor"); col.w *= (int(d->blinkTime.since() * 2) & 1? .25f : 1.f) * opac; if(!hasFocus()) { col.w = 0; } d->uCursorColor = col; // Overall opacity. d->uColor = Vector4f(1, 1, 1, opac); d->updateGeometry(); d->drawable.draw(); } bool LineEditWidget::handleEvent(Event const &event) { if(isDisabled()) return false; if(event.type() == Event::MousePosition) { d->updateHover(event.as().pos()); } // Only handle clicks when not already focused. if(!hasFocus()) { switch(handleMouseClick(event)) { case MouseClickStarted: return true; case MouseClickFinished: root().setFocus(this); return true; default: break; } } // Only handle keys when focused. if(hasFocus() && event.isKeyDown()) { KeyEvent const &key = event.as(); if(key.isModifier()) { // Don't eat modifier keys; the bindings system needs them. return false; } /* if(key.qtKey() == Qt::Key_Shift) { // Shift is not eaten so that Shift-Tilde can produce ~. // If we ate Shift, the bindings system would not realize it is down. return false; } if(key.qtKey() == Qt::Key_Control || key.qtKey() == Qt::Key_Alt || key.qtKey() == Qt::Key_Meta) { // Modifier keys alone will be eaten when focused. return false; }*/ if(d->signalOnEnter && (key.qtKey() == Qt::Key_Enter || key.qtKey() == Qt::Key_Return)) { emit enterPressed(text()); return true; } // Control character. if(handleControlKey(key.qtKey(), modifiersFromKeyEvent(key.modifiers()))) { return true; } // Insert text? if(!key.text().isEmpty() && key.text()[0].isPrint()) { // Insert some text into the editor. insert(key.text()); return true; } } return GuiWidget::handleEvent(event); } shell::AbstractLineEditor::KeyModifiers LineEditWidget::modifiersFromKeyEvent(KeyEvent::Modifiers const &keyMods) { KeyModifiers mods; if(keyMods.testFlag(KeyEvent::Shift)) mods |= Shift; if(keyMods.testFlag(KeyEvent::Control)) mods |= Control; if(keyMods.testFlag(KeyEvent::Alt)) mods |= Alt; if(keyMods.testFlag(KeyEvent::Meta)) mods |= Meta; return mods; } int LineEditWidget::maximumWidth() const { return rule().recti().width() - margins().width().valuei(); } void LineEditWidget::numberOfLinesChanged(int /*lineCount*/) { // Changes in the widget's height are animated. d->height->set(d->calculateHeight(), ANIM_SPAN); } void LineEditWidget::cursorMoved() { requestGeometry(); d->blinkTime = Time(); } void LineEditWidget::contentChanged() { d->contentChanged(); if(hasRoot()) { updateLineWraps(WrapUnlessWrappedAlready); } } void LineEditWidget::autoCompletionEnded(bool) { // Make sure the underlining is removed. requestGeometry(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/labelwidget.cpp0000664000175000017500000005246112350542240023561 0ustar jaakkojaakko/** @file widgets/labelwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/LabelWidget" #include "de/TextDrawable" #include "de/AtlasProceduralImage" #include #include #include namespace de { using namespace ui; DENG_GUI_PIMPL(LabelWidget), public Font::RichFormat::IStyle { typedef DefaultVertexBuf VertexBuf; SizePolicy horizPolicy; SizePolicy vertPolicy; AlignmentMode alignMode; Alignment align; Alignment textAlign; Alignment lineAlign; Alignment imageAlign; Alignment overlayAlign; ContentFit imageFit; Vector2f overrideImageSize; float imageScale; Vector4f imageColor; Vector4f textGLColor; int maxTextWidth; ConstantRule *width; ConstantRule *height; ScalarRule *appearSize; LabelWidget::AppearanceAnimation appearType; TimeDelta appearSpan; // Style. DotPath gapId; int gap; ColorBank::Color highlightColor; ColorBank::Color dimmedColor; ColorBank::Color accentColor; ColorBank::Color dimAccentColor; ColorBank::Color altAccentColor; Font::RichFormat::IStyle const *richStyle; TextDrawable glText; mutable Vector2ui latestTextSize; bool wasVisible; QScopedPointer image; QScopedPointer overlayImage; Drawable drawable; GLUniform uMvpMatrix; GLUniform uColor; Instance(Public *i) : Base(i) , horizPolicy (Fixed) , vertPolicy (Fixed) , alignMode (AlignByCombination) , align (AlignCenter) , textAlign (AlignCenter) , lineAlign (AlignCenter) , imageAlign (AlignCenter) , imageFit (OriginalAspectRatio | FitToSize) , imageScale (1) , imageColor (1, 1, 1, 1) , textGLColor (1, 1, 1, 1) , maxTextWidth(0) , appearSize (new ScalarRule(0)) , appearType (AppearInstantly) , appearSpan (0.0) , gapId ("label.gap") , richStyle (0) , wasVisible (true) , uMvpMatrix ("uMvpMatrix", GLUniform::Mat4) , uColor ("uColor", GLUniform::Vec4) { width = new ConstantRule(0); height = new ConstantRule(0); uColor = Vector4f(1, 1, 1, 1); updateStyle(); // The readiness of the LabelWidget depends on glText being ready. self += glText; } ~Instance() { releaseRef(width); releaseRef(height); releaseRef(appearSize); } void updateStyle() { Style const &st = self.style(); gap = st.rules().rule(gapId).valuei(); // Colors. highlightColor = st.colors().color("label.highlight"); dimmedColor = st.colors().color("label.dimmed"); accentColor = st.colors().color("label.accent"); dimAccentColor = st.colors().color("label.dimaccent"); altAccentColor = st.colors().color("label.altaccent"); glText.setFont(self.font()); self.requestGeometry(); } Vector4i margin() const { return self.margins().toVector(); } Color richStyleColor(int index) const { switch(index) { default: case Font::RichFormat::NormalColor: return self.textColor(); case Font::RichFormat::HighlightColor: return highlightColor; case Font::RichFormat::DimmedColor: return dimmedColor; case Font::RichFormat::AccentColor: return accentColor; case Font::RichFormat::DimAccentColor: return dimAccentColor; case Font::RichFormat::AltAccentColor: return altAccentColor; } } void richStyleFormat(int contentStyle, float &sizeFactor, Font::RichFormat::Weight &fontWeight, Font::RichFormat::Style &fontStyle, int &colorIndex) const { if(richStyle) { richStyle->richStyleFormat(contentStyle, sizeFactor, fontWeight, fontStyle, colorIndex); } else { style().richStyleFormat(contentStyle, sizeFactor, fontWeight, fontStyle, colorIndex); } } Font const *richStyleFont(Font::RichFormat::Style fontStyle) const { if(richStyle) { return richStyle->richStyleFont(fontStyle); } return style().richStyleFont(fontStyle); } void glInit() { drawable.addBuffer(new VertexBuf); shaders().build(drawable.program(), "generic.textured.color_ucolor") << uMvpMatrix << uColor << uAtlas(); glText.init(atlas(), self.font(), this); if(!image.isNull()) { image->glInit(); } if(!overlayImage.isNull()) { overlayImage->glInit(); } } void glDeinit() { drawable.clear(); glText.deinit(); if(!image.isNull()) { image->glDeinit(); } if(!overlayImage.isNull()) { overlayImage->glDeinit(); } } bool hasImage() const { return !image.isNull() && image->size() != ProceduralImage::Size(0, 0); } bool hasText() const { return !glText.text().isEmpty(); } Vector2f imageSize() const { if(overrideImageSize.x > 0 && overrideImageSize.y > 0) { return overrideImageSize; } return image.isNull()? Vector2f() : image->size(); } Vector2ui textSize() const { if(!glText.isBeingWrapped()) { latestTextSize = glText.wrappedSize(); } return latestTextSize; } Rectanglei contentArea() const { return self.rule().recti().adjusted(margin().xy(), -margin().zw()); } /** * Determines where the label's image and text should be drawn. * * @param layout Placement of the image and text. */ void contentPlacement(ContentLayout &layout) const { Rectanglei const contentRect = contentArea(); Vector2f const imgSize = imageSize() * imageScale; // Determine the sizes of the elements first. layout.image = Rectanglef::fromSize(imgSize); layout.text = Rectanglei::fromSize(textSize()); if(horizPolicy == Filled) { if(hasText() && textAlign & (AlignLeft | AlignRight)) { layout.image.setWidth(int(contentRect.width()) - int(layout.text.width()) - gap); } else { layout.image.setWidth(contentRect.width()); layout.text.setWidth(contentRect.width()); } } if(vertPolicy == Filled) { if(hasText() && textAlign & (AlignTop | AlignBottom)) { layout.image.setHeight(int(contentRect.height()) - int(layout.text.height()) - gap); } else { layout.image.setHeight(contentRect.height()); layout.text.setHeight(contentRect.height()); } } if(hasImage()) { // Figure out how much room is left for the image. Rectanglef const rect = layout.image; // Fit the image. if(!imageFit.testFlag(FitToWidth)) { layout.image.setWidth(imageSize().x); } if(!imageFit.testFlag(FitToHeight)) { layout.image.setHeight(imageSize().y); } // Should the original aspect ratio be preserved? if(imageFit & OriginalAspectRatio) { if(imageFit & FitToWidth) { layout.image.setHeight(imageSize().y * layout.image.width() / imageSize().x); } if(imageFit & FitToHeight) { layout.image.setWidth(imageSize().x * layout.image.height() / imageSize().y); if(imageFit.testFlag(FitToWidth)) { float scale = 1; if(layout.image.width() > rect.width()) { scale = float(rect.width()) / float(layout.image.width()); } else if(layout.image.height() > rect.height()) { scale = float(rect.height()) / float(layout.image.height()); } layout.image.setSize(Vector2f(layout.image.size()) * scale); } } } // Apply Filled image scaling now. if(horizPolicy == Filled) { layout.image.setWidth(imageScale * layout.image.width()); } if(vertPolicy == Filled) { layout.image.setHeight(imageScale * layout.image.height()); } } // By default the image and the text are centered over each other. layout.image.move((Vector2f(layout.text.size()) - layout.image.size()) / 2); if(hasImage() && hasText()) { // Determine the position of the image in relation to the text // (keeping the image at its current position). if(textAlign & AlignLeft) { layout.text.moveLeft(layout.image.left() - layout.text.width() - gap); } if(textAlign & AlignRight) { layout.text.moveLeft(layout.image.right() + gap); } if(textAlign & AlignTop) { layout.text.moveTop(layout.image.top() - layout.text.height() - gap); } if(textAlign & AlignBottom) { layout.text.moveTop(layout.image.bottom() + gap); } // Align the image in relation to the text on the other axis. if(textAlign & (AlignLeft | AlignRight)) { if(imageAlign & AlignTop) { layout.image.moveTop(layout.text.top()); } if(imageAlign & AlignBottom) { layout.image.moveTop(layout.text.bottom() - layout.image.height()); } } if(textAlign & (AlignTop | AlignBottom)) { if(imageAlign & AlignLeft) { layout.image.moveLeft(layout.text.left()); } if(imageAlign & AlignRight) { layout.image.moveLeft(layout.text.right() - layout.image.width()); } } } // Align the final combination within the content. Rectanglef combined = (alignMode == AlignByCombination? (layout.image | layout.text) : alignMode == AlignOnlyByImage? layout.image : layout.text); Vector2f delta = applyAlignment(align, combined.size(), contentRect); delta -= combined.topLeft; layout.image.move(delta); layout.text.move(delta.toVector2i()); } /** * Determines the maximum amount of width available for text, taking into * account the given constraints for the possible image of the label. */ int availableTextWidth() const { int w = 0; int h = 0; // The theorical upper limit is the entire view (when expanding) or // the given widget width. if(horizPolicy == Expand) { // Expansion can occur to full view width. w = root().viewSize().x - (margin().x + margin().z); } else { w = self.rule().width().valuei() - (margin().x + margin().z); } if(vertPolicy != Expand) { h = self.rule().height().valuei() - (margin().y + margin().w); } if(hasImage()) { if(textAlign & (AlignLeft | AlignRight)) { // Image will be placed beside the text. Vector2f imgSize = imageSize() * imageScale; if(vertPolicy != Expand) { if(imageFit & FitToHeight && imgSize.y > h) { float factor = float(h) / imgSize.y; imgSize.y *= factor; if(imageFit & OriginalAspectRatio) imgSize.x *= factor; } } w -= gap + imgSize.x; } } // Apply an optional manual constraint to the text width. if(maxTextWidth > 0) { return de::min(maxTextWidth, w); } return w; } void updateSize() { // Figure out the actual size of the content. ContentLayout layout; contentPlacement(layout); Rectanglef combined = layout.image | layout.text; width->set (combined.width() + self.margins().width().valuei()); height->set(combined.height() + self.margins().height().valuei()); } void updateAppearanceAnimation() { if(appearType != AppearInstantly) { float const target = (appearType == AppearGrowHorizontally? width->value() : height->value()); if(!fequal(appearSize->animation().target(), target)) { appearSize->set(target, appearSpan); } } } void updateGeometry() { // Update the image on the atlas. if(!image.isNull() && image->update()) { self.requestGeometry(); } if(!overlayImage.isNull() && overlayImage->update()) { self.requestGeometry(); } glText.setLineWrapWidth(availableTextWidth()); if(glText.update()) { // Need to recompose. updateSize(); self.requestGeometry(); } Rectanglei pos; if(!self.hasChangedPlace(pos) && !self.geometryRequested()) { // Nothing changed. return; } VertexBuf::Builder verts; self.glMakeGeometry(verts); drawable.buffer().setVertices(gl::TriangleStrip, verts, gl::Static); self.requestGeometry(false); } void draw() { updateGeometry(); self.updateModelViewProjection(uMvpMatrix); drawable.draw(); } Rule const *widthRule() const { switch(appearType) { case AppearInstantly: case AppearGrowVertically: if(horizPolicy == Expand) return width; break; case AppearGrowHorizontally: if(horizPolicy == Expand) return appearSize; break; } return 0; } Rule const *heightRule() const { switch(appearType) { case AppearInstantly: case AppearGrowHorizontally: if(vertPolicy == Expand) return height; break; case AppearGrowVertically: if(vertPolicy == Expand) return appearSize; break; } return 0; } }; LabelWidget::LabelWidget(String const &name) : GuiWidget(name), d(new Instance(this)) {} void LabelWidget::setText(String const &text) { if(text != d->glText.text()) { d->glText.setText(text); } } void LabelWidget::setImage(Image const &image) { if(!image.isNull()) { AtlasProceduralImage *proc = new AtlasProceduralImage(*this); proc->setImage(image); d->image.reset(proc); } else { d->image.reset(); } } void LabelWidget::setImage(ProceduralImage *procImage) { d->image.reset(procImage); } void LabelWidget::setOverlayImage(ProceduralImage *overlayProcImage, ui::Alignment const &alignment) { d->overlayImage.reset(overlayProcImage); d->overlayAlign = alignment; } String LabelWidget::text() const { return d->glText.text(); } Vector2ui LabelWidget::textSize() const { return d->textSize(); } Rule const &LabelWidget::contentWidth() const { return *d->width; } Rule const &LabelWidget::contentHeight() const { return *d->height; } void LabelWidget::setTextGap(DotPath const &styleRuleId) { d->gapId = styleRuleId; d->updateStyle(); } void LabelWidget::setAlignment(Alignment const &align, AlignmentMode mode) { d->align = align; d->alignMode = mode; } void LabelWidget::setTextAlignment(Alignment const &textAlign) { d->textAlign = textAlign; } void LabelWidget::setTextLineAlignment(Alignment const &textLineAlign) { d->lineAlign = textLineAlign; } void LabelWidget::setTextModulationColorf(Vector4f const &colorf) { d->textGLColor = colorf; requestGeometry(); } void LabelWidget::setImageAlignment(Alignment const &imageAlign) { d->imageAlign = imageAlign; } void LabelWidget::setImageFit(ContentFit const &fit) { d->imageFit = fit; } void LabelWidget::setMaximumTextWidth(int pixels) { d->maxTextWidth = pixels; requestGeometry(); } void LabelWidget::setTextStyle(Font::RichFormat::IStyle const *richStyle) { d->richStyle = richStyle; } void LabelWidget::setOverrideImageSize(Vector2f const &size) { d->overrideImageSize = size; } Vector2f LabelWidget::overrideImageSize() const { return d->overrideImageSize; } void LabelWidget::setOverrideImageSize(float widthAndHeight) { d->overrideImageSize = Vector2f(widthAndHeight, widthAndHeight); } void LabelWidget::setImageScale(float scaleFactor) { d->imageScale = scaleFactor; } void LabelWidget::setImageColor(Vector4f const &imageColor) { d->imageColor = imageColor; requestGeometry(); } bool LabelWidget::hasImage() const { return d->hasImage(); } void LabelWidget::update() { GuiWidget::update(); // Check for visibility changes that affect asset readiness. bool visibleNow = isVisible(); if(d->wasVisible && !visibleNow) { setPolicy(d->glText, Ignore); } else if(!d->wasVisible && visibleNow) { setPolicy(d->glText, Required); } d->wasVisible = visibleNow; if(isInitialized()) { d->updateGeometry(); } d->updateAppearanceAnimation(); } void LabelWidget::drawContent() { d->uColor = Vector4f(1, 1, 1, visibleOpacity()); d->draw(); } void LabelWidget::contentLayout(LabelWidget::ContentLayout &layout) { d->contentPlacement(layout); } void LabelWidget::glInit() { d->glInit(); } void LabelWidget::glDeinit() { d->glDeinit(); } void LabelWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { // Background/frame. GuiWidget::glMakeGeometry(verts); ContentLayout layout; contentLayout(layout); if(d->hasImage()) { d->image->setColor(d->imageColor); d->image->glMakeGeometry(verts, layout.image); } if(d->hasText()) { // Shadow + text. /*composer.makeVertices(verts, textPos.topLeft + Vector2i(0, 2), lineAlign, Vector4f(0, 0, 0, 1));*/ d->glText.makeVertices(verts, layout.text, AlignCenter, d->lineAlign, d->textGLColor); } if(!d->overlayImage.isNull()) { Rectanglef rect = Rectanglef::fromSize(d->overlayImage->size()); applyAlignment(d->overlayAlign, rect, d->contentArea()); d->overlayImage->glMakeGeometry(verts, rect); } } void LabelWidget::updateStyle() { d->updateStyle(); } void LabelWidget::updateModelViewProjection(GLUniform &uMvp) { uMvp = root().projMatrix2D(); } void LabelWidget::viewResized() { GuiWidget::viewResized(); updateModelViewProjection(d->uMvpMatrix); } void LabelWidget::setWidthPolicy(SizePolicy policy) { d->horizPolicy = policy; if(policy == Expand) { rule().setInput(Rule::Width, *d->widthRule()); } else { rule().clearInput(Rule::Width); } } void LabelWidget::setHeightPolicy(SizePolicy policy) { d->vertPolicy = policy; if(policy == Expand) { rule().setInput(Rule::Height, *d->heightRule()); } else { rule().clearInput(Rule::Height); } } void LabelWidget::setAppearanceAnimation(AppearanceAnimation method, TimeDelta const &span) { d->appearType = method; d->appearSpan = span; if(Rule const *w = d->widthRule()) { rule().setInput(Rule::Width, *w); } if(Rule const *h = d->heightRule()) { rule().setInput(Rule::Height, *h); } } LabelWidget *LabelWidget::newWithText(String const &label, GuiWidget *parent) { LabelWidget *w = new LabelWidget; w->setText(label); if(parent) { parent->add(w); } return w; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/documentwidget.cpp0000664000175000017500000002360112350542240024312 0ustar jaakkojaakko/** @file documentwidget.cpp Widget for displaying large amounts of text. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/DocumentWidget" #include "de/ProgressWidget" #include "de/TextDrawable" #include namespace de { static int const ID_BACKGROUND = 1; // does not scroll static int const ID_TEXT = 2; // scrolls DENG_GUI_PIMPL(DocumentWidget), public Font::RichFormat::IStyle { typedef DefaultVertexBuf VertexBuf; ProgressWidget *progress; // Style. ColorBank::Color normalColor; ColorBank::Color highlightColor; ColorBank::Color dimmedColor; ColorBank::Color accentColor; ColorBank::Color dimAccentColor; // State. ui::SizePolicy widthPolicy; int maxLineWidth; int oldScrollY; String styledText; String text; // GL objects. TextDrawable glText; Drawable drawable; Matrix4f modelMatrix; GLUniform uMvpMatrix; GLUniform uScrollMvpMatrix; GLUniform uColor; GLState clippedTextState; Instance(Public *i) : Base(i) , progress(0) , widthPolicy(ui::Expand) , maxLineWidth(1000) , oldScrollY(0) , uMvpMatrix ("uMvpMatrix", GLUniform::Mat4) , uScrollMvpMatrix("uMvpMatrix", GLUniform::Mat4) , uColor ("uColor", GLUniform::Vec4) { updateStyle(); // Widget to show while lines are being wrapped. progress = new ProgressWidget("progress-indicator"); progress->setColor("progress.dark.wheel"); progress->setShadowColor("progress.dark.shadow"); progress->rule().setRect(self.rule()); progress->hide(); self.add(progress); } void updateStyle() { Style const &st = style(); normalColor = st.colors().color("document.normal"); highlightColor = st.colors().color("document.highlight"); dimmedColor = st.colors().color("document.dimmed"); accentColor = st.colors().color("document.accent"); dimAccentColor = st.colors().color("document.dimaccent"); glText.setFont(self.font()); self.requestGeometry(); } Font::RichFormat::IStyle::Color richStyleColor(int index) const { switch(index) { default: case Font::RichFormat::NormalColor: return normalColor; case Font::RichFormat::HighlightColor: return highlightColor; case Font::RichFormat::DimmedColor: return dimmedColor; case Font::RichFormat::AccentColor: return accentColor; case Font::RichFormat::DimAccentColor: return dimAccentColor; } } void richStyleFormat(int contentStyle, float &sizeFactor, Font::RichFormat::Weight &fontWeight, Font::RichFormat::Style &fontStyle, int &colorIndex) const { return style().richStyleFormat(contentStyle, sizeFactor, fontWeight, fontStyle, colorIndex); } void glInit() { atlas().audienceForReposition() += this; glText.init(atlas(), self.font(), this); self.setIndicatorUv(atlas().imageRectf(root().solidWhitePixel()).middle()); drawable.addBuffer(ID_BACKGROUND, new VertexBuf); drawable.addBuffer(ID_TEXT, new VertexBuf); shaders().build(drawable.program(), "generic.textured.color_ucolor") << uMvpMatrix << uColor << uAtlas(); shaders().build(drawable.addProgram(ID_TEXT), "generic.textured.color_ucolor") << uScrollMvpMatrix << uColor << uAtlas(); drawable.setProgram(ID_TEXT, drawable.program(ID_TEXT)); drawable.setState(ID_TEXT, clippedTextState); } void glDeinit() { atlas().audienceForReposition() -= this; glText.deinit(); drawable.clear(); } void atlasContentRepositioned(Atlas &atlas) { self.setIndicatorUv(atlas.imageRectf(root().solidWhitePixel()).middle()); self.requestGeometry(); } void updateGeometry() { // If scroll position has changed, must update text geometry. int scrollY = self.scrollPositionY().valuei(); if(oldScrollY != scrollY) { oldScrollY = scrollY; self.requestGeometry(); } Rectanglei pos; if(self.hasChangedPlace(pos)) { self.requestGeometry(); } // Make sure the text has been wrapped for the current dimensions. int wrapWidth; if(widthPolicy == ui::Expand) { wrapWidth = maxLineWidth; } else { wrapWidth = self.rule().width().valuei() - self.margins().width().valuei(); } glText.setLineWrapWidth(wrapWidth); if(glText.update()) { // Text is ready for drawing. if(progress->isVisible()) { self.setContentSize(glText.wrappedSize()); progress->hide(); } self.requestGeometry(); } if(!self.geometryRequested()) return; // Background and scroll indicator. VertexBuf::Builder verts; self.glMakeGeometry(verts); drawable.buffer(ID_BACKGROUND) .setVertices(gl::TriangleStrip, verts, self.isScrolling()? gl::Dynamic : gl::Static); uMvpMatrix = root().projMatrix2D(); if(!progress->isVisible()) { DENG2_ASSERT(glText.isReady()); // Determine visible range of lines. Font const &font = self.font(); int contentHeight = self.contentHeight(); int const extraLines = 1; int numVisLines = contentHeight / font.lineSpacing().valuei() + 2 * extraLines; int firstVisLine = scrollY / font.lineSpacing().valuei() - extraLines + 1; // Update visible range and release/alloc lines accordingly. Rangei visRange(firstVisLine, firstVisLine + numVisLines); if(visRange != glText.range()) { glText.setRange(visRange); glText.update(); // alloc visible lines VertexBuf::Builder verts; glText.makeVertices(verts, Vector2i(0, 0), ui::AlignLeft); drawable.buffer(ID_TEXT).setVertices(gl::TriangleStrip, verts, gl::Static); } uScrollMvpMatrix = root().projMatrix2D() * Matrix4f::translate(Vector2f(self.contentRule().left().valuei(), self.contentRule().top().valuei())); } // Geometry is now up to date. self.requestGeometry(false); } void draw() { updateGeometry(); uColor = Vector4f(1, 1, 1, self.visibleOpacity()); // Update the scissor for the text. clippedTextState = GLState::current(); clippedTextState.setNormalizedScissor(self.normalizedContentRect()); drawable.draw(); } }; DocumentWidget::DocumentWidget(String const &name) : ScrollAreaWidget(name) , d(new Instance(this)) { setWidthPolicy(ui::Expand); rule().setInput(Rule::Height, contentRule().height() + margins().height()); } void DocumentWidget::setText(String const &styledText) { if(styledText != d->glText.text()) { // Show the progress indicator until the text is ready for drawing. if(d->drawable.hasBuffer(ID_TEXT)) { d->drawable.buffer(ID_TEXT).clear(); } d->progress->show(); int indSize = style().rules().rule("document.progress").valuei(); setContentSize(Vector2i(indSize, indSize)); d->styledText = styledText; d->glText.clear(); d->glText.setText(styledText); d->glText.setRange(Rangei()); // none visible initially -- updated later requestGeometry(); } } void DocumentWidget::setWidthPolicy(ui::SizePolicy policy) { d->widthPolicy = policy; if(policy == ui::Expand) { rule().setInput(Rule::Width, contentRule().width() + margins().width()); } else { rule().clearInput(Rule::Width); } requestGeometry(); } void DocumentWidget::setMaximumLineWidth(int maxWidth) { d->maxLineWidth = maxWidth; requestGeometry(); } void DocumentWidget::viewResized() { ScrollAreaWidget::viewResized(); d->uMvpMatrix = root().projMatrix2D(); requestGeometry(); } void DocumentWidget::update() { ScrollAreaWidget::update(); } void DocumentWidget::drawContent() { d->draw(); } bool DocumentWidget::handleEvent(Event const &event) { return ScrollAreaWidget::handleEvent(event); } void DocumentWidget::glInit() { d->glInit(); } void DocumentWidget::glDeinit() { d->glDeinit(); } void DocumentWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { ScrollAreaWidget::glMakeGeometry(verts); glMakeScrollIndicatorGeometry(verts, Vector2f(rule().left().value() + margins().left().value(), rule().top().value() + margins().top().value())); } void DocumentWidget::updateStyle() { d->updateStyle(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/scrollareawidget.cpp0000664000175000017500000003364612350542240024635 0ustar jaakkojaakko/** @file scrollareawidget.cpp Scrollable area. * * @todo The scroll indicator is currently only implemented for the vertical * direction. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ScrollAreaWidget" #include #include #include #include #include namespace de { DENG_GUI_PIMPL(ScrollAreaWidget), public Lockable { /** * Rectangle for all the content shown in the widget. The widget's * rectangle is the viewport into this content rectangle. */ RuleRectangle contentRule; ScalarRule *x; ScalarRule *y; Rule *maxX; Rule *maxY; Origin origin; bool pageKeysEnabled; bool scrollingEnabled; Animation scrollOpacity; int scrollBarWidth; Rectanglef indicatorUv; bool indicatorAnimating; String scrollBarColorId; ColorBank::Colorf scrollBarColor; // GL objects. bool indicatorShown; Drawable drawable; GLUniform uMvpMatrix; GLUniform uColor; Instance(Public *i) : Base(i) , origin(Top) , pageKeysEnabled(true) , scrollingEnabled(true) , scrollOpacity(0) , scrollBarWidth(0) , indicatorAnimating(false) , scrollBarColorId("accent") , indicatorShown(false) , uMvpMatrix("uMvpMatrix", GLUniform::Mat4) , uColor ("uColor", GLUniform::Vec4) { contentRule.setDebugName("ScrollArea-contentRule"); updateStyle(); x = new ScalarRule(0); y = new ScalarRule(0); maxX = new OperatorRule(OperatorRule::Maximum, Const(0), contentRule.width() - self.rule().width() + self.margins().width()); maxY = new OperatorRule(OperatorRule::Maximum, Const(0), contentRule.height() - self.rule().height() + self.margins().height()); } ~Instance() { releaseRef(x); releaseRef(y); releaseRef(maxX); releaseRef(maxY); } void glInit() { if(indicatorShown) { DefaultVertexBuf *buf = new DefaultVertexBuf; drawable.addBuffer(buf); shaders().build(drawable.program(), "generic.textured.color_ucolor") << uMvpMatrix << uAtlas() << uColor; } } void glDeinit() { drawable.clear(); } void updateStyle() { Style const &st = style(); scrollBarWidth = st.rules().rule("scrollarea.bar").valuei(); scrollBarColor = st.colors().colorf(scrollBarColorId); } void restartScrollOpacityFade() { indicatorAnimating = true; if(origin == Bottom && self.isAtBottom()) { scrollOpacity.setValue(0, .7f, .2f); } else { scrollOpacity.setValueFrom(.8f, .333f, 5, 2); } } }; ScrollAreaWidget::ScrollAreaWidget(String const &name) : GuiWidget(name), d(new Instance(this)) { setBehavior(ChildHitClipping); setBehavior(ChildVisibilityClipping); // enable clip-culling // Link the content rule into the widget's rectangle. d->contentRule.setInput(Rule::Left, rule().left() + margins().left() - OperatorRule::minimum(*d->x, *d->maxX)); setOrigin(Top); setContentWidth(0); setContentHeight(0); } void ScrollAreaWidget::setScrollBarColor(DotPath const &colorId) { d->scrollBarColorId = colorId; d->updateStyle(); } void ScrollAreaWidget::setOrigin(Origin origin) { DENG2_GUARD(d); d->origin = origin; if(origin == Top) { // Anchor content to the top of the widget. d->contentRule.setInput(Rule::Top, rule().top() + margins().top() - OperatorRule::minimum(*d->y, *d->maxY)); d->contentRule.clearInput(Rule::Bottom); } else { // Anchor content to the bottom of the widget. d->contentRule.setInput(Rule::Bottom, rule().bottom() - margins().bottom() + OperatorRule::minimum(*d->y, *d->maxY)); d->contentRule.clearInput(Rule::Top); } } ScrollAreaWidget::Origin ScrollAreaWidget::origin() const { return d->origin; } void ScrollAreaWidget::setIndicatorUv(Rectanglef const &uv) { d->indicatorUv = uv; } void ScrollAreaWidget::setIndicatorUv(Vector2f const &uvPoint) { d->indicatorUv = Rectanglef::fromSize(uvPoint, Vector2f(0, 0)); } void ScrollAreaWidget::setContentWidth(int width) { DENG2_GUARD(d); d->contentRule.setInput(Rule::Width, Const(width)); } void ScrollAreaWidget::setContentWidth(Rule const &width) { DENG2_GUARD(d); d->contentRule.setInput(Rule::Width, width); } void ScrollAreaWidget::setContentHeight(int height) { DENG2_GUARD(d); d->contentRule.setInput(Rule::Height, Const(height)); } void ScrollAreaWidget::setContentHeight(Rule const &height) { DENG2_GUARD(d); d->contentRule.setInput(Rule::Height, height); } void ScrollAreaWidget::setContentSize(Rule const &width, Rule const &height) { DENG2_GUARD(d); setContentWidth(width); setContentHeight(height); } void ScrollAreaWidget::setContentSize(Vector2i const &size) { DENG2_GUARD(d); setContentWidth(size.x); setContentHeight(size.y); } void ScrollAreaWidget::setContentSize(Vector2ui const &size) { setContentSize(Vector2i(size.x, size.y)); } void ScrollAreaWidget::modifyContentWidth(int delta) { DENG2_GUARD(d); setContentWidth(de::max(0, d->contentRule.width().valuei() + delta)); } void ScrollAreaWidget::modifyContentHeight(int delta) { DENG2_GUARD(d); setContentHeight(de::max(0, d->contentRule.height().valuei() + delta)); } int ScrollAreaWidget::contentWidth() const { DENG2_GUARD(d); return d->contentRule.width().valuei(); } int ScrollAreaWidget::contentHeight() const { DENG2_GUARD(d); return d->contentRule.height().valuei(); } RuleRectangle const &ScrollAreaWidget::contentRule() const { return d->contentRule; } ScalarRule &ScrollAreaWidget::scrollPositionX() const { return *d->x; } ScalarRule &ScrollAreaWidget::scrollPositionY() const { return *d->y; } Rule const &ScrollAreaWidget::maximumScrollX() const { return *d->maxX; } Rule const &ScrollAreaWidget::maximumScrollY() const { return *d->maxY; } bool ScrollAreaWidget::isScrolling() const { return !d->x->animation().done() || !d->y->animation().done(); } Rectanglei ScrollAreaWidget::viewport() const { Vector4i const margin = margins().toVector(); Rectanglei vp = rule().recti().moved(margin.xy()); if(int(vp.width()) <= margin.x + margin.z) { vp.setWidth(0); } else { vp.bottomRight.x -= margin.x + margin.z; } if(int(vp.height()) <= margin.y + margin.w) { vp.setHeight(0); } else { vp.bottomRight.y -= margin.y + margin.w; } return vp; } Vector2i ScrollAreaWidget::viewportSize() const { return Vector2i(rule().width().valuei() - margins().width().valuei(), rule().height().valuei() - margins().height().valuei()) .max(Vector2i(0, 0)); } Vector2i ScrollAreaWidget::scrollPosition() const { DENG2_GUARD(d); return Vector2i(scrollPositionX().valuei(), scrollPositionY().valuei()); } Vector2i ScrollAreaWidget::scrollPageSize() const { return viewportSize(); } Vector2i ScrollAreaWidget::maximumScroll() const { DENG2_GUARD(d); return Vector2i(maximumScrollX().valuei(), maximumScrollY().valuei()); } void ScrollAreaWidget::scroll(Vector2i const &to, TimeDelta span) { scrollX(to.x, span); scrollY(to.y, span); } void ScrollAreaWidget::scrollX(int to, TimeDelta span) { d->x->set(de::clamp(0, to, maximumScrollX().valuei()), span); } void ScrollAreaWidget::scrollY(int to, TimeDelta span) { d->y->set(de::clamp(0, to, maximumScrollY().valuei()), span); d->restartScrollOpacityFade(); } bool ScrollAreaWidget::isAtBottom() const { return d->origin == Bottom && d->y->animation().target() == 0; } void ScrollAreaWidget::enableScrolling(bool enabled) { d->scrollingEnabled = enabled; } void ScrollAreaWidget::enablePageKeys(bool enabled) { d->pageKeysEnabled = enabled; } void ScrollAreaWidget::enableIndicatorDraw(bool enabled) { d->indicatorShown = enabled; } bool ScrollAreaWidget::handleEvent(Event const &event) { // Mouse wheel scrolling. if(d->scrollingEnabled && event.type() == Event::MouseWheel && hitTest(event)) { MouseEvent const &mouse = event.as(); if(mouse.wheelMotion() == MouseEvent::FineAngle) { d->y->set(de::clamp(0, int(d->y->animation().target()) + mouse.wheel().y / 2 * (d->origin == Top? -1 : 1), d->maxY->valuei()), .05f); d->restartScrollOpacityFade(); } return true; } // Page key scrolling. if(d->scrollingEnabled && event.isKeyDown()) { KeyEvent const &ev = event.as(); float pageSize = scrollPageSize().y; if(d->origin == Bottom) pageSize = -pageSize; switch(ev.ddKey()) { case DDKEY_PGUP: if(!d->pageKeysEnabled) return false; if(ev.modifiers().testFlag(KeyEvent::Shift)) { scrollToTop(); } else { scrollY(d->y->animation().target() - pageSize/2, .3f); } return true; case DDKEY_PGDN: if(!d->pageKeysEnabled) return false; if(ev.modifiers().testFlag(KeyEvent::Shift)) { scrollToBottom(); } else { scrollY(d->y->animation().target() + pageSize/2, .3f); } return true; default: break; } } return GuiWidget::handleEvent(event); } void ScrollAreaWidget::scrollToTop(TimeDelta span) { if(d->origin == Top) { scrollY(0, span); } else { scrollY(maximumScrollY().valuei(), span); } } void ScrollAreaWidget::scrollToBottom(TimeDelta span) { if(d->origin == Top) { scrollY(maximumScrollY().valuei(), span); } else { scrollY(0, span); } } void ScrollAreaWidget::scrollToLeft(TimeDelta span) { scrollX(0, span); } void ScrollAreaWidget::scrollToRight(TimeDelta span) { scrollX(maximumScrollX().valuei(), span); } void ScrollAreaWidget::glInit() { d->glInit(); } void ScrollAreaWidget::glDeinit() { d->glDeinit(); } void ScrollAreaWidget::glMakeScrollIndicatorGeometry(DefaultVertexBuf::Builder &verts, Vector2f const &origin) { // Draw the scroll indicator. if(d->scrollOpacity <= 0) return; Vector2i const viewSize = viewportSize(); if(viewSize == Vector2i(0, 0)) return; int const indHeight = de::clamp( margins().height().valuei(), int(float(viewSize.y * viewSize.y) / float(d->contentRule.height().value())), viewSize.y / 2); float indPos = scrollPositionY().value() / maximumScrollY().value(); if(d->origin == Top) indPos = 1 - indPos; float const avail = viewSize.y - indHeight; verts.makeQuad(Rectanglef(origin + Vector2f(viewSize.x + margins().left().value() - 2 * d->scrollBarWidth, avail - indPos * avail + indHeight), origin + Vector2f(viewSize.x + margins().left().value() - d->scrollBarWidth, avail - indPos * avail)), Vector4f(1, 1, 1, d->scrollOpacity) * d->scrollBarColor, d->indicatorUv); } void ScrollAreaWidget::viewResized() { GuiWidget::viewResized(); d->uMvpMatrix = root().projMatrix2D(); } void ScrollAreaWidget::update() { GuiWidget::update(); if(d->indicatorAnimating) { requestGeometry(); } if(d->scrollOpacity.done()) { d->indicatorAnimating = false; } // Clamp the scroll position. if(d->x->value() > d->maxX->value()) { d->x->set(d->maxX->value()); } if(d->y->value() > d->maxY->value()) { d->y->set(d->maxY->value()); } } void ScrollAreaWidget::drawContent() { if(d->indicatorShown) { d->uColor = Vector4f(1, 1, 1, visibleOpacity()); // The indicator is quite simple, so just keep it dynamic. This will // also avoid the need to detect when the indicator is moving and // whether the atlas has been repositioned. setIndicatorUv(root().atlas().imageRectf(root().solidWhitePixel()).middle()); DefaultVertexBuf::Builder verts; glMakeScrollIndicatorGeometry(verts, rule().recti().topLeft + margins().toVector().xy()); d->drawable.buffer().setVertices(gl::TriangleStrip, verts, gl::Dynamic); d->drawable.draw(); } } void ScrollAreaWidget::preDrawChildren() { if(behavior().testFlag(ChildVisibilityClipping)) { GLState::push().setNormalizedScissor(normalizedRect()); } } void ScrollAreaWidget::postDrawChildren() { if(behavior().testFlag(ChildVisibilityClipping)) { GLState::pop(); } } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/blurwidget.cpp0000664000175000017500000000201012350542240023427 0ustar jaakkojaakko/** @file blurwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/BlurWidget" namespace de { BlurWidget::BlurWidget(String const &name) : GuiWidget(name) { set(Background(Vector4f(1, 1, 1, 0), Background::Blurred)); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/tabwidget.cpp0000664000175000017500000001113012350542240023234 0ustar jaakkojaakko/** @file tabwidget.cpp Tab widget. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/TabWidget" #include "de/ui/ListData" #include "de/MenuWidget" Q_DECLARE_METATYPE(de::ui::Item const *) namespace de { DENG2_PIMPL(TabWidget) , DENG2_OBSERVES(ChildWidgetOrganizer, WidgetCreation) , DENG2_OBSERVES(ui::Data, Addition) , DENG2_OBSERVES(ui::Data, OrderChange) , DENG2_OBSERVES(ButtonWidget, Press) { ui::Data::Pos current; MenuWidget *buttons; bool needUpdate; bool invertedStyle; Instance(Public *i) : Base(i) , current(0) , needUpdate(false) , invertedStyle(false) { self.add(buttons = new MenuWidget); buttons->enableScrolling(false); buttons->margins().set(""); buttons->setGridSize(0, ui::Expand, 1, ui::Expand, GridLayout::ColumnFirst); buttons->organizer().audienceForWidgetCreation() += this; buttons->items().audienceForAddition() += this; buttons->items().audienceForOrderChange() += this; // Center the buttons inside the widget. buttons->rule() .setInput(Rule::AnchorX, self.rule().left() + self.rule().width() / 2) .setInput(Rule::Top, self.rule().top()) .setAnchorPoint(Vector2f(.5f, 0)); } void widgetCreatedForItem(GuiWidget &widget, ui::Item const &) { // Set the font and style. ButtonWidget &btn = widget.as(); btn.setSizePolicy(ui::Expand, ui::Expand); btn.setFont("tab.label"); btn.margins().set("dialog.gap"); if(invertedStyle) { btn.useInfoStyle(); } btn.audienceForPress() += this; } void buttonPressed(ButtonWidget &button) { self.setCurrent(buttons->items().find(*buttons->organizer().findItemForWidget(button))); } void dataItemAdded(ui::Data::Pos, ui::Item const &) { needUpdate = true; } void dataItemOrderChanged() { needUpdate = true; } void setCurrent(ui::Data::Pos pos) { if(current != pos && pos < buttons->items().size()) { current = pos; updateSelected(); emit self.currentTabChanged(); } } void updateSelected() { for(ui::Data::Pos i = 0; i < buttons->items().size(); ++i) { bool const sel = (i == current); ButtonWidget &w = buttons->itemWidget(buttons->items().at(i)); w.setFont(sel? "tab.selected" : "tab.label"); if(!invertedStyle) { w.setTextColor(sel? "tab.selected" : "text"); w.setHoverTextColor(sel? "tab.selected" : "text"); } else { w.setTextColor(sel? "tab.inverted.selected" : "inverted.text"); w.setHoverTextColor(sel? "tab.inverted.selected" : "inverted.text"); } } } }; TabWidget::TabWidget(String const &name) : GuiWidget(name), d(new Instance(this)) { rule().setInput(Rule::Height, d->buttons->rule().height()); } void TabWidget::useInvertedStyle() { d->invertedStyle = true; foreach(Widget *w, d->buttons->childWidgets()) { // Restyle each existing button. w->as().useInfoStyle(); } } ui::Data &TabWidget::items() { return d->buttons->items(); } ui::Data::Pos TabWidget::current() const { return d->current; } TabItem &TabWidget::currentItem() { DENG2_ASSERT(d->current < items().size()); return items().at(d->current).as(); } void TabWidget::setCurrent(ui::Data::Pos itemPos) { d->setCurrent(itemPos); } void TabWidget::update() { GuiWidget::update(); if(d->needUpdate) { d->updateSelected(); d->needUpdate = false; } } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/logwidget.cpp0000664000175000017500000005674712350542240023276 0ustar jaakkojaakko/** @file widgets/logwidget.cpp Widget for output message log. * * @todo Refactor: Separate the non-Log-related functionality into its own * class that handles long text documents with a background thread used for * preparing it for showing on the screen. Such a class can be used as the * foundation of DocumentWidget as well. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/LogWidget" #include "de/FontLineWrapping" #include "de/GLTextComposer" #include "de/Style" #include #include #include #include #include #include #include #include #include #include #include #include namespace de { using namespace ui; DENG_GUI_PIMPL(LogWidget), DENG2_OBSERVES(Atlas, OutOfSpace), public Font::RichFormat::IStyle { typedef GLBufferT VertexBuf; /** * Cached log entry ready for drawing. The styled text of the entry is * wrapped onto multiple lines according to the available content width. * * CacheEntry is Lockable because it is accessed both by the main thread * when drawing and by RewrapTask when wrapping the cached entries to a * resized content width. */ class CacheEntry : public Lockable { int _height; ///< Current height of the entry, in pixels. public: int sinkIndex; ///< Index of the corresponding entry in the Sink (for sorting). Font::RichFormat format; FontLineWrapping wraps; GLTextComposer composer; CacheEntry(int index, Font const &font, Font::RichFormat::IStyle &richStyle, Atlas &atlas) : _height(0), sinkIndex(index), format(richStyle) { wraps.setFont(font); composer.setAtlas(atlas); } ~CacheEntry() { DENG2_GUARD(this); // Free atlas allocations. composer.release(); } int height() const { return _height; } bool needWrap() const { DENG2_GUARD(this); return wraps.isEmpty(); } void wrap(String const &richText, int width) { DENG2_GUARD(this); String plain = format.initFromStyledText(richText); wraps.wrapTextToWidth(plain, format, width); composer.setText(plain, format); composer.setWrapping(wraps); recalculateHeight(); } /// Returns the difference in the entry's height (in pixels). int rewrap(int width) { DENG2_GUARD(this); int oldHeight = _height; wraps.wrapTextToWidth(wraps.text(), format, width); recalculateHeight(); return _height - oldHeight; } void recalculateHeight() { _height = wraps.height() * wraps.font().lineSpacing().valuei(); } void make(GLTextComposer::Vertices &verts, int y) { DENG2_GUARD(this); composer.update(); composer.makeVertices(verts, Vector2i(0, y), AlignLeft); } void clear() { DENG2_GUARD(this); if(composer.isReady()) { composer.release(); } } }; /** * Log sink that wraps log entries as rich text to multiple lines before * they are shown by LogWidget. The wrapping is done by a TaskPool in the * background. * * Whenever all the wrapping tasks are complete, LogWidget will be notified * and it will check if excess entries should be removed. Entries are only * removed from the sink (and cache) during a prune, in the main thread, * and during this no background tasks are running. */ class WrappingMemoryLogSink : public MemoryLogSink { public: WrappingMemoryLogSink(LogWidget::Instance *wd) : d(wd), _maxEntries(1000), _next(0), _width(0) { // Whenever the pool is idle, we'll check if pruning should be done. QObject::connect(&_pool, SIGNAL(allTasksDone()), d->thisPublic, SLOT(pruneExcessEntries())); } ~WrappingMemoryLogSink() { _pool.waitForDone(); clear(); } bool isBusy() const { return !_pool.isDone(); } int maxEntries() const { return _maxEntries; } void clear() { DENG2_GUARD(_wrappedEntries); qDeleteAll(_wrappedEntries); _wrappedEntries.clear(); } void remove(int pos, int n = 1) { DENG2_GUARD(this); MemoryLogSink::remove(pos, n); _next -= n; } void setWidth(int wrapWidth) { _width = wrapWidth; beginWorkOnNext(); } void addedNewEntry(LogEntry &) { beginWorkOnNext(); } CacheEntry *nextCachedEntry() { DENG2_GUARD(_wrappedEntries); if(_wrappedEntries.isEmpty()) return 0; return _wrappedEntries.takeFirst(); } protected: /** * Asynchronous task for wrapping an incoming entry as rich text in the * background. WrapTask is responsible for creating the CacheEntry * instances for the LogWidget's entry cache. */ class WrapTask : public Task { public: WrapTask(WrappingMemoryLogSink &owner, int index, String const &styledText) : _sink(owner), _index(index), _styledText(styledText) {} void runTask() { CacheEntry *cached = new CacheEntry(_index, *_sink.d->font, *_sink.d, *_sink.d->entryAtlas); cached->wrap(_styledText, _sink._width); //usleep(75000); // testing aid DENG2_GUARD_FOR(_sink._wrappedEntries, G); _sink._wrappedEntries << cached; } private: WrappingMemoryLogSink &_sink; int _index; String _styledText; }; /** * Schedules wrapping tasks for all incoming entries. */ void beginWorkOnNext() { if(!d->formatter) return; // Must have a formatter. DENG2_GUARD(this); while(_width > 0 && _next >= 0 && _next < entryCount()) { LogEntry const &ent = entry(_next); String const styled = d->formatter->logEntryToTextLines(ent).at(0); _pool.start(new WrapTask(*this, _next, styled)); _next++; } } private: LogWidget::Instance *d; int _maxEntries; int _next; TaskPool _pool; int _width; struct WrappedEntries : public QList, public Lockable {}; WrappedEntries _wrappedEntries; }; WrappingMemoryLogSink sink; QList cache; ///< Indices match entry indices in sink. int cacheWidth; /** * Asynchronous task that iterates through the cached entries in reverse * order and rewraps their existing content to a new maximum width. The * task is cancellable because an existing wrap should be abandoned if the * widget content width changes again during a rewrap. * * The total height of the entries is updated as the entries are rewrapped. */ class RewrapTask : public Task { LogWidget::Instance *d; duint32 _cancelLevel; int _next; int _width; public: RewrapTask(LogWidget::Instance *wd, int startFrom, int width) : d(wd), _cancelLevel(wd->cancelRewrap), _next(startFrom), _width(width) {} void runTask() { while(_next >= 0 && _cancelLevel == d->cancelRewrap) { CacheEntry *e = d->cache[_next--]; // Rewrap and update total height. int delta = e->rewrap(_width); d->self.modifyContentHeight(delta); /// @todo Adjust the scroll position if this entry is below it /// (would cause a visible scroll to occur). if(_next < d->visibleRange.end) { // Above the visible range, no need to rush. TimeDelta(.001).sleep(); } } } }; TaskPool rewrapPool; ///< Used when rewrapping existing cached entries. volatile duint32 cancelRewrap; enum { CancelAllRewraps = 0xffffffff }; // State. Rangei visibleRange; Animation contentOffset; ///< Additional vertical offset to apply when drawing content. int contentOffsetForDrawing; ///< Set when geometry updated. // Style. LogSink::IFormatter *formatter; Font const *font; ColorBank::Color normalColor; ColorBank::Color highlightColor; ColorBank::Color dimmedColor; ColorBank::Color accentColor; ColorBank::Color dimAccentColor; ColorBank::Color altAccentColor; // GL objects. VertexBuf *buf; VertexBuf *bgBuf; AtlasTexture *entryAtlas; bool entryAtlasLayoutChanged; bool entryAtlasFull; Drawable contents; Drawable background; GLUniform uMvpMatrix; GLUniform uTex; GLUniform uShadowColor; GLUniform uColor; GLUniform uBgMvpMatrix; Matrix4f projMatrix; Matrix4f viewMatrix; Id scrollTex; Instance(Public *i) : Base(i) , sink(this) , cacheWidth(0) , cancelRewrap(0) , visibleRange(Rangei(-1, -1)) , formatter(0) , font(0) , buf(0) , entryAtlas(0) , entryAtlasLayoutChanged(false) , entryAtlasFull(false) , uMvpMatrix ("uMvpMatrix", GLUniform::Mat4) , uTex ("uTex", GLUniform::Sampler2D) , uShadowColor("uColor", GLUniform::Vec4) , uColor ("uColor", GLUniform::Vec4) , uBgMvpMatrix("uMvpMatrix", GLUniform::Mat4) { self.setFont("log.normal"); updateStyle(); } ~Instance() { LogBuffer::appBuffer().removeSink(sink); } void clear() { sink.clear(); clearCache(); } void cancelRewraps() { cancelRewrap = CancelAllRewraps; rewrapPool.waitForDone(); cancelRewrap = 0; } void clearCache() { cancelRewraps(); entryAtlas->clear(); cache.clear(); } void updateStyle() { // TODO -- stop wrapping tasks in the sink Style const &st = style(); font = &self.font(); normalColor = st.colors().color("log.normal"); highlightColor = st.colors().color("log.highlight"); dimmedColor = st.colors().color("log.dimmed"); accentColor = st.colors().color("log.accent"); dimAccentColor = st.colors().color("log.dimaccent"); altAccentColor = st.colors().color("log.altaccent"); self.set(Background(st.colors().colorf("background"))); } Font::RichFormat::IStyle::Color richStyleColor(int index) const { switch(index) { default: case Font::RichFormat::NormalColor: return normalColor; case Font::RichFormat::HighlightColor: return highlightColor; case Font::RichFormat::DimmedColor: return dimmedColor; case Font::RichFormat::AccentColor: return accentColor; case Font::RichFormat::DimAccentColor: return dimAccentColor; case Font::RichFormat::AltAccentColor: return altAccentColor; } } void richStyleFormat(int contentStyle, float &sizeFactor, Font::RichFormat::Weight &fontWeight, Font::RichFormat::Style &fontStyle, int &colorIndex) const { return style().richStyleFormat(contentStyle, sizeFactor, fontWeight, fontStyle, colorIndex); } Font const *richStyleFont(Font::RichFormat::Style fontStyle) const { return style().richStyleFont(fontStyle); } void glInit() { // Private atlas for the composed entry text lines. entryAtlas = AtlasTexture::newWithRowAllocator( Atlas::BackingStore | Atlas::AllowDefragment, GLTexture::maximumSize().min(Atlas::Size(4096, 2048))); entryAtlas->audienceForReposition() += this; entryAtlas->audienceForOutOfSpace() += this; // Simple texture for the scroll indicator. Image solidWhitePixel = Image::solidColor(Image::Color(255, 255, 255, 255), Image::Size(1, 1)); scrollTex = entryAtlas->alloc(solidWhitePixel); self.setIndicatorUv(entryAtlas->imageRectf(scrollTex).middle()); uTex = entryAtlas; uColor = Vector4f(1, 1, 1, 1); background.addBuffer(bgBuf = new VertexBuf); shaders().build(background.program(), "generic.textured.color") << uBgMvpMatrix << uAtlas(); // Vertex buffer for the log entries. contents.addBuffer(buf = new VertexBuf); shaders().build(contents.program(), "generic.textured.color_ucolor") << uMvpMatrix << uShadowColor << uTex; } void glDeinit() { clearCache(); delete entryAtlas; entryAtlas = 0; contents.clear(); background.clear(); } void atlasContentRepositioned(Atlas &atlas) { if(entryAtlas == &atlas) { entryAtlasLayoutChanged = true; self.setIndicatorUv(entryAtlas->imageRectf(scrollTex).middle()); } } void atlasOutOfSpace(Atlas &atlas) { if(entryAtlas == &atlas) { entryAtlasFull = true; } } duint contentWidth() const { return self.viewportSize().x; } int maxVisibleOffset() { return self.maximumScrollY().valuei(); } void fetchNewCachedEntries() { int oldHeight = self.contentHeight(); while(CacheEntry *cached = sink.nextCachedEntry()) { // Find a suitable place according to the original index in the sink; // the task pool may output the entries slightly out of order as // multiple threads may be in use. int pos = cache.size(); while(pos > 0 && cache.at(pos - 1)->sinkIndex > cached->sinkIndex) { --pos; } cache.insert(pos, cached); self.modifyContentHeight(cached->height()); // Adjust visible offset so it remains fixed in relation to // existing entries. if(self.scrollPositionY().animation().target() > 0) { self.scrollPositionY().shift(cached->height()); //emit self.scrollPositionChanged(visibleOffset.target()); } } if(self.contentHeight() > oldHeight) { emit self.contentHeightIncreased(self.contentHeight() - oldHeight); } } void rewrapCache() { if(cache.isEmpty()) return; if(isRewrapping()) { // Cancel an existing rewrap. cancelRewrap++; } // Start a rewrapping task that goes through all the existing entries, // starting from the latest entry. rewrapPool.start(new RewrapTask(this, cache.size() - 1, contentWidth())); } bool isRewrapping() const { return !rewrapPool.isDone(); } void releaseExcessComposedEntries() { if(visibleRange < 0) return; int len = de::max(10, visibleRange.size()); // Excess entries before the visible range. int excess = visibleRange.start - len; for(int i = 0; i <= excess && i < cache.size(); ++i) { cache[i]->clear(); } // Excess entries after the visible range. excess = visibleRange.end + len; for(int i = excess; i < cache.size(); ++i) { cache[i]->clear(); } } /** * Releases all entries currently stored in the entry atlas. */ void releaseAllNonVisibleEntries() { for(int i = 0; i < cache.size(); ++i) { if(!visibleRange.contains(i)) { cache[i]->clear(); } } } /** * Removes entries from the sink and the cache. */ void prune() { DENG2_ASSERT_IN_MAIN_THREAD(); if(isRewrapping()) { // Rewrapper is busy, let's not do this right now. return; } // We must lock the sink so no new entries are added. DENG2_GUARD(sink); if(sink.isBusy()) { // New entries are being added, prune later. return; } fetchNewCachedEntries(); DENG2_ASSERT(sink.entryCount() == cache.size()); int num = sink.entryCount() - sink.maxEntries(); if(num > 0) { sink.remove(0, num); for(int i = 0; i < num; ++i) { self.modifyContentHeight(-cache[0]->height()); delete cache.takeFirst(); } // Adjust existing indices to match. for(int i = 0; i < cache.size(); ++i) { cache[i]->sinkIndex -= num; } } } void updateProjection() { projMatrix = root().projMatrix2D(); uBgMvpMatrix = projMatrix; } void updateGeometry() { Vector2i const contentSize = self.viewportSize(); // If the width of the widget changes, text needs to be reflowed with the // new width. if(cacheWidth != contentSize.x) { rewrapCache(); cacheWidth = contentSize.x; } // If the atlas becomes full, we'll retry once. entryAtlasFull = false; VertexBuf::Builder verts; for(int attempt = 0; attempt < 2; ++attempt) { if(entryAtlasFull) { releaseAllNonVisibleEntries(); entryAtlasFull = false; } // Draw in reverse, as much as we need. int yBottom = contentSize.y + self.scrollPositionY().valuei(); visibleRange = Rangei(-1, -1); entryAtlasLayoutChanged = false; contentOffsetForDrawing = std::ceil(contentOffset.value()); // Find the visible range and update all visible entries. for(int idx = cache.size() - 1; yBottom >= -contentOffsetForDrawing && idx >= 0; --idx) { CacheEntry *entry = cache[idx]; yBottom -= entry->height(); if(yBottom + contentOffsetForDrawing <= contentSize.y) { // Rasterize and allocate if needed. entry->make(verts, yBottom); // Update the visible range. if(visibleRange.end == -1) { visibleRange.end = idx; } visibleRange.start = idx; } if(entryAtlasLayoutChanged || entryAtlasFull) { goto nextAttempt; } } // Successfully completed. break; nextAttempt: // Oops, the atlas was optimized during the loop and some items' // positions are obsolete. verts.clear(); } // Draw the scroll indicator, too. self.glMakeScrollIndicatorGeometry(verts); buf->setVertices(gl::TriangleStrip, verts, gl::Dynamic); } void draw() { Rectanglei pos; if(self.hasChangedPlace(pos) || !bgBuf->isReady()) { // Update the background quad. VertexBuf::Builder bgVerts; self.glMakeGeometry(bgVerts); bgBuf->setVertices(gl::TriangleStrip, bgVerts, gl::Static); } // Draw the background. background.draw(); Rectanglei vp = self.viewport(); if(vp.height() > 0) { GLState &st = GLState::push(); // Leave room for the indicator in the scissor. st.setNormalizedScissor( self.normalizedRect( vp.adjusted(Vector2i(), Vector2i(self.margins().right().valuei(), 0)))); // First draw the shadow of the text. uMvpMatrix = projMatrix * Matrix4f::translate( Vector2f(vp.topLeft + Vector2i(0, contentOffsetForDrawing))); uShadowColor = Vector4f(0, 0, 0, 1); contents.draw(); // Draw the text itself. uMvpMatrix = projMatrix * Matrix4f::translate( Vector2f(vp.topLeft + Vector2i(0, contentOffsetForDrawing - 1))); uShadowColor = Vector4f(1, 1, 1, 1); contents.draw(); GLState::pop(); } // We don't need to keep all entries ready for drawing immediately. releaseExcessComposedEntries(); } }; LogWidget::LogWidget(String const &name) : ScrollAreaWidget(name), d(new Instance(this)) { setOrigin(Bottom); connect(&d->rewrapPool, SIGNAL(allTasksDone()), this, SLOT(pruneExcessEntries())); LogBuffer::appBuffer().addSink(d->sink); } void LogWidget::setLogFormatter(LogSink::IFormatter &formatter) { d->formatter = &formatter; } LogSink &LogWidget::logSink() { return d->sink; } void LogWidget::clear() { d->clear(); } void LogWidget::setContentYOffset(Animation const &anim) { if(isAtBottom()) { d->contentOffset = anim; } else { // When not at the bottom, the content is expected to stay fixed in place. d->contentOffset = 0; } } Animation const &LogWidget::contentYOffset() const { return d->contentOffset; } void LogWidget::viewResized() { GuiWidget::viewResized(); d->updateProjection(); } void LogWidget::update() { ScrollAreaWidget::update(); d->sink.setWidth(d->contentWidth()); d->fetchNewCachedEntries(); // The log widget's geometry is fully dynamic -- regenerated on every frame. d->updateGeometry(); } void LogWidget::drawContent() { d->draw(); } bool LogWidget::handleEvent(Event const &event) { return ScrollAreaWidget::handleEvent(event); } void LogWidget::pruneExcessEntries() { d->prune(); } void LogWidget::glInit() { d->glInit(); } void LogWidget::glDeinit() { d->glDeinit(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/documentpopupwidget.cpp0000664000175000017500000000245012350542240025375 0ustar jaakkojaakko/** @file documentpopupwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/DocumentPopupWidget" namespace de { DENG2_PIMPL_NOREF(DocumentPopupWidget) { DocumentWidget *doc; }; DocumentPopupWidget::DocumentPopupWidget(String const &name) : PopupWidget(name), d(new Instance) { useInfoStyle(); setContent(d->doc = new DocumentWidget); } DocumentWidget &DocumentPopupWidget::document() { return *d->doc; } DocumentWidget const &DocumentPopupWidget::document() const { return *d->doc; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/panelwidget.cpp0000664000175000017500000002156512350542240023602 0ustar jaakkojaakko/** @file panelwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/PanelWidget" #include "de/GuiRootWidget" #include #include #include #include #include namespace de { static TimeDelta const OPENING_ANIM_SPAN = 0.4; static TimeDelta const CLOSING_ANIM_SPAN = 0.3; DENG_GUI_PIMPL(PanelWidget) , DENG2_OBSERVES(Asset, StateChange) { typedef DefaultVertexBuf VertexBuf; bool opened; ui::Direction dir; ui::SizePolicy secondaryPolicy; GuiWidget *content; ScalarRule *openingRule; QTimer dismissTimer; QScopedPointer pendingShow; // GL objects. Drawable drawable; GLUniform uMvpMatrix; //GLUniform uColor; Instance(Public *i) : Base(i) , opened(false) , dir(ui::Down) , secondaryPolicy(ui::Expand) , content(0) , uMvpMatrix("uMvpMatrix", GLUniform::Mat4) { openingRule = new ScalarRule(0); dismissTimer.setSingleShot(true); QObject::connect(&dismissTimer, SIGNAL(timeout()), thisPublic, SLOT(dismiss())); } ~Instance() { releaseRef(openingRule); } void glInit() { drawable.addBuffer(new VertexBuf); shaders().build(drawable.program(), "generic.textured.color") << uMvpMatrix << uAtlas(); } void glDeinit() { drawable.clear(); } bool isVerticalAnimation() const { return isVertical(dir) || dir == ui::NoDirection; } void updateLayout() { DENG2_ASSERT(content != 0); // Widget's size depends on the opening animation. if(isVerticalAnimation()) { self.rule().setInput(Rule::Height, *openingRule); if(secondaryPolicy == ui::Expand) { self.rule().setInput(Rule::Width, content->rule().width()); } } else { self.rule().setInput(Rule::Width, *openingRule); if(secondaryPolicy == ui::Expand) { self.rule().setInput(Rule::Height, content->rule().height()); } } } void updateGeometry() { Rectanglei pos; if(self.hasChangedPlace(pos) || self.geometryRequested()) { self.requestGeometry(false); VertexBuf::Builder verts; self.glMakeGeometry(verts); drawable.buffer().setVertices(gl::TriangleStrip, verts, gl::Static); } } void startOpeningAnimation(TimeDelta span) { if(isVerticalAnimation()) { openingRule->set(content->rule().height(), span); } else { openingRule->set(content->rule().width(), span); } openingRule->setStyle(Animation::Bounce, 8); } void close(TimeDelta delay) { if(!opened) return; opened = false; self.setBehavior(DisableEventDispatchToChildren); // Begin the closing animation. openingRule->set(0, CLOSING_ANIM_SPAN + delay, delay); openingRule->setStyle(Animation::EaseIn); self.panelClosing(); DENG2_FOR_PUBLIC_AUDIENCE2(Close, i) { i->panelBeingClosed(self); } emit self.closed(); dismissTimer.start(); dismissTimer.setInterval((CLOSING_ANIM_SPAN + delay).asMilliSeconds()); } void findAssets(Widget const *widget) { if(Asset const *asset = widget->maybeAs()) { if(!asset->isReady()) { *pendingShow += *asset; LOGDEV_VERBOSE("Found " _E(m) "NotReady" _E(.) " asset %s (%p)") << widget->path() << widget; } } foreach(Widget const *child, widget->children()) { findAssets(child); } } void waitForAssetsInContent() { LOG_AS("PanelWidget"); pendingShow.reset(new AssetGroup); LOGDEV_VERBOSE("Checking for assets that need waiting for..."); findAssets(content); if(pendingShow->isEmpty()) { // Nothing to wait for, actually. pendingShow.reset(); return; } LOGDEV_VERBOSE("Waiting for %i assets to become ready") << pendingShow->size(); pendingShow->audienceForStateChange() += this; openingRule->pause(); } void assetStateChanged(Asset &) { LOG_AS("PanelWidget"); // All of the assets in the pending show group are now ready, let's open! if(pendingShow->isReady()) { LOGDEV_VERBOSE("All assets ready, resuming animation"); openingRule->resume(); pendingShow.reset(); } } DENG2_PIMPL_AUDIENCE(Close) }; DENG2_AUDIENCE_METHOD(PanelWidget, Close) PanelWidget::PanelWidget(String const &name) : GuiWidget(name), d(new Instance(this)) { setBehavior(ChildHitClipping); setBehavior(ChildVisibilityClipping); hide(); } void PanelWidget::setContent(GuiWidget *content) { if(d->content) { destroy(takeContent()); } d->content = content; add(content); // ownership taken // Place the content inside the panel. content->rule() .setInput(Rule::Left, rule().left()) .setInput(Rule::Top, rule().top()); } GuiWidget &PanelWidget::content() const { DENG2_ASSERT(d->content != 0); return *d->content; } GuiWidget *PanelWidget::takeContent() { GuiWidget *w = d->content; if(!w) return 0; d->content = 0; w->rule().clearInput(Rule::Left); w->rule().clearInput(Rule::Top); if(d->secondaryPolicy == ui::Expand) { rule().clearInput(Rule::Width); rule().clearInput(Rule::Height); } remove(*w); return w; } void PanelWidget::setOpeningDirection(ui::Direction dir) { d->dir = dir; } void PanelWidget::setSizePolicy(ui::SizePolicy policy) { d->secondaryPolicy = policy; } ui::Direction PanelWidget::openingDirection() const { return d->dir; } bool PanelWidget::isOpen() const { return d->opened; } bool PanelWidget::isOpeningOrClosing() const { return !d->openingRule->animation().done(); } void PanelWidget::close(TimeDelta delayBeforeClosing) { d->close(delayBeforeClosing); } void PanelWidget::viewResized() { GuiWidget::viewResized(); d->uMvpMatrix = root().projMatrix2D(); requestGeometry(); } void PanelWidget::update() { GuiWidget::update(); } void PanelWidget::preDrawChildren() { GLState::push().setNormalizedScissor(normalizedRect()); } void PanelWidget::postDrawChildren() { GLState::pop(); } bool PanelWidget::handleEvent(Event const &event) { if(event.type() == Event::MouseButton) { MouseEvent const &mouse = event.as(); // Eat buttons that land on the panel. if(hitTest(mouse.pos())) { root().setFocus(0); return true; } } return GuiWidget::handleEvent(event); } void PanelWidget::open() { if(d->opened) return; d->dismissTimer.stop(); unsetBehavior(DisableEventDispatchToChildren); show(); preparePanelForOpening(); // Start the opening animation. d->startOpeningAnimation(OPENING_ANIM_SPAN); d->opened = true; emit opened(); // The animation might have to be paused until all assets are prepared. d->waitForAssetsInContent(); } void PanelWidget::close() { d->close(0.2); } void PanelWidget::dismiss() { if(isHidden()) return; hide(); d->opened = false; d->dismissTimer.stop(); panelDismissed(); emit dismissed(); } void PanelWidget::drawContent() { d->updateGeometry(); d->drawable.draw(); } void PanelWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { GuiWidget::glMakeGeometry(verts); } void PanelWidget::glInit() { d->glInit(); } void PanelWidget::glDeinit() { d->glDeinit(); } void PanelWidget::preparePanelForOpening() { d->updateLayout(); } void PanelWidget::panelClosing() { // to be overridden } void PanelWidget::panelDismissed() { // nothing to do } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/variablechoicewidget.cpp0000664000175000017500000000532612350542240025440 0ustar jaakkojaakko/** @file variablechoicewidget.cpp Choice widget for Variable values. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/VariableChoiceWidget" #include namespace de { /// @todo Add support for TextValue in addition to NumberValue. DENG2_PIMPL(VariableChoiceWidget), DENG2_OBSERVES(Variable, Deletion), DENG2_OBSERVES(Variable, Change ) { Variable *var; Instance(Public *i, Variable &variable) : Base(i), var(&variable) { updateFromVariable(); var->audienceForDeletion() += this; var->audienceForChange() += this; } ~Instance() { if(var) { var->audienceForDeletion() -= this; var->audienceForChange() -= this; } } void updateFromVariable() { if(!var) return; self.setSelected(self.items().findData(var->value().asNumber())); } void setVariableFromWidget() { if(!var) return; var->audienceForChange() -= this; var->set(NumberValue(self.selectedItem().data().toInt())); var->audienceForChange() += this; } void variableValueChanged(Variable &, Value const &) { updateFromVariable(); } void variableBeingDeleted(Variable &) { var = 0; self.disable(); } }; VariableChoiceWidget::VariableChoiceWidget(Variable &variable, String const &name) : ChoiceWidget(name), d(new Instance(this, variable)) { connect(this, SIGNAL(selectionChangedByUser(uint)), this, SLOT(setVariableFromWidget())); } Variable &VariableChoiceWidget::variable() const { if(!d->var) { throw VariableMissingError("VariableChoiceWidget::variable", "Widget is not associated with a variable"); } return *d->var; } void VariableChoiceWidget::updateFromVariable() { d->updateFromVariable(); } void VariableChoiceWidget::setVariableFromWidget() { d->setVariableFromWidget(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/progresswidget.cpp0000664000175000017500000001723112350542240024342 0ustar jaakkojaakko/** @file progresswidget.cpp Progress indicator. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ProgressWidget" #include "de/GuiRootWidget" #include "de/StyleProceduralImage" #include #include namespace de { DENG_GUI_PIMPL(ProgressWidget), public Lockable { Mode mode; Rangei range; Rangef visualRange; Animation pos; float angle; float rotationSpeed; bool mini; Id gearTex; DotPath colorId; DotPath shadowColorId; DotPath gearId; Time updateAt; int framesWhileAnimDone; ///< # of frames drawn while animation was already done. Instance(Public *i) : Base(i) , mode(Indefinite) , visualRange(0, 1) , pos(0, Animation::Linear) , angle(0) , rotationSpeed(20) , mini(false) , colorId ("progress.light.wheel") , shadowColorId("progress.light.shadow") , gearId ("progress.gear") , updateAt(Time::invalidTime()) , framesWhileAnimDone(0) { updateStyle(); } void updateStyle() { if(mini) { self.setImageColor(Vector4f()); } else { self.setImageColor(style().colors().colorf(colorId)); } } void glInit() { gearTex = root().styleTexture(gearId); } void glDeinit() { gearTex = Id::None; } }; ProgressWidget::ProgressWidget(String const &name) : LabelWidget(name) , d(new Instance(this)) { setTextGap("progress.textgap"); setSizePolicy(ui::Filled, ui::Filled); // Set up the static progress ring image. setImage(new StyleProceduralImage("progress.wheel", *this)); setImageFit(ui::FitToSize | ui::OriginalAspectRatio); setImageScale(.6f); setTextAlignment(ui::AlignRight); setTextLineAlignment(ui::AlignLeft); } void ProgressWidget::useMiniStyle(DotPath const &colorId) { d->mini = true; d->colorId = colorId; d->gearId = "progress.mini"; setTextColor(colorId); setRotationSpeed(40); setImageScale(1); // Resize to the height of the default font. setOverrideImageSize(style().fonts().font("default").height().value()); d->updateStyle(); } void ProgressWidget::setRotationSpeed(float anglesPerSecond) { d->rotationSpeed = anglesPerSecond; } ProgressWidget::Mode ProgressWidget::mode() const { DENG2_GUARD(d); return d->mode; } Rangei ProgressWidget::range() const { DENG2_GUARD(d); return d->range; } bool ProgressWidget::isAnimating() const { DENG2_GUARD(d); return d->framesWhileAnimDone < 2; } void ProgressWidget::setColor(DotPath const &styleId) { d->colorId = styleId; d->updateStyle(); } void ProgressWidget::setShadowColor(DotPath const &styleId) { d->shadowColorId = styleId; d->updateStyle(); } void ProgressWidget::setText(String const &text) { DENG2_GUARD(d); LabelWidget::setText(text); } void ProgressWidget::setMode(ProgressWidget::Mode progressMode) { DENG2_GUARD(d); d->mode = progressMode; } void ProgressWidget::setRange(Rangei const &range, Rangef const &visualRange) { DENG2_GUARD(d); d->range = range; d->visualRange = visualRange; setMode(Ranged); } void ProgressWidget::setProgress(int currentProgress, TimeDelta const &transitionSpan) { DENG2_GUARD(d); d->framesWhileAnimDone = 0; d->pos.setValue(float(currentProgress - d->range.start) / float(d->range.size()), transitionSpan); } void ProgressWidget::update() { DENG2_GUARD(d); LabelWidget::update(); // Keep rotating the wheel. Time const now = Time(); if(!d->updateAt.isValid()) d->updateAt = now; TimeDelta const elapsed = d->updateAt.since(); d->updateAt = now; d->angle = de::wrap(d->angle + float(elapsed * d->rotationSpeed), 0.f, 360.f); if(isVisible()) { requestGeometry(); } } void ProgressWidget::glInit() { DENG2_GUARD(d); LabelWidget::glInit(); d->glInit(); } void ProgressWidget::glDeinit() { DENG2_GUARD(d); d->glDeinit(); LabelWidget::glDeinit(); } void ProgressWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { DENG2_GUARD(d); ContentLayout layout; contentLayout(layout); // There is a shadow behind the wheel. float gradientThick = layout.image.width() * 2.f; float solidThick = layout.image.width() * .53f; Vector4f const shadowColor = style().colors().colorf(d->shadowColorId); verts.makeRing(layout.image.middle(), solidThick, 0, 30, shadowColor, root().atlas().imageRectf(root().borderGlow()).middle()); verts.makeRing(layout.image.middle(), gradientThick, solidThick, 30, shadowColor, root().atlas().imageRectf(root().borderGlow()), 0); // Shadow behind the text. Rectanglef textBox = Rectanglef::fromSize(textSize()); ui::applyAlignment(ui::AlignCenter, textBox, layout.text); int const boxSize = textBox.height() * 6; Vector2f const off(0, textBox.height() * .16f); Vector2f const hoff(textBox.height(), 0); verts.makeFlexibleFrame(Rectanglef(textBox.midLeft() + hoff + off, textBox.midRight() - hoff + off) .expanded(boxSize), boxSize, Vector4f(shadowColor, shadowColor.w * .75f), root().atlas().imageRectf(root().borderGlow())); LabelWidget::glMakeGeometry(verts); if(d->pos.done()) { // Has the animation finished now? ++d->framesWhileAnimDone; } // Draw the rotating indicator on the label's image. Rectanglef const tc = d->atlas().imageRectf(d->gearTex); float pos = 1; if(d->mode != Indefinite) { pos = de::clamp(0.f, d->pos.value(), 1.f); } // Map to the visual range. pos = d->visualRange.start + pos * d->visualRange.size(); int const edgeCount = de::max(1, int(pos * 30)); float const radius = layout.image.width() / 2; Matrix4f const rotation = Matrix4f::rotateAround(tc.middle(), -d->angle); DefaultVertexBuf::Builder gear; DefaultVertexBuf::Type v; v.rgba = style().colors().colorf(d->colorId) * Vector4f(1, 1, 1, d->mini? 1.f : 1.9f); for(int i = 0; i <= edgeCount; ++i) { // Center vertex. v.pos = layout.image.middle(); v.texCoord = tc.middle(); gear << v; // Outer vertex. float const angle = 2 * PI * pos * (i / (float)edgeCount) + PI/2; v.pos = v.pos + Vector2f(cos(angle)*radius*1.05f, sin(angle)*radius*1.05f); v.texCoord = rotation * (tc.topLeft + tc.size() * Vector2f(.5f + cos(angle)*.5f, .5f + sin(angle)*.5f)); gear << v; } verts += gear; } void ProgressWidget::updateStyle() { d->updateStyle(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/choicewidget.cpp0000664000175000017500000001607712350542240023737 0ustar jaakkojaakko/** @file widgets/choicewidget.cpp Widget for choosing from a set of alternatives. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ChoiceWidget" #include "de/PopupMenuWidget" #include "de/SignalAction" namespace de { using namespace ui; DENG_GUI_PIMPL(ChoiceWidget), DENG2_OBSERVES(Data, Addition), DENG2_OBSERVES(Data, Removal), DENG2_OBSERVES(Data, OrderChange), DENG2_OBSERVES(ChildWidgetOrganizer, WidgetCreation), DENG2_OBSERVES(ChildWidgetOrganizer, WidgetUpdate) { /** * Items in the choice's popup uses this as action to change the selected * item. */ struct SelectAction : public de::Action { ChoiceWidget::Instance *wd; ui::Item const &selItem; SelectAction(ChoiceWidget::Instance *inst, ui::Item const &item) : wd(inst), selItem(item) {} void trigger() { Action::trigger(); wd->selected = wd->items().find(selItem); wd->updateButtonWithSelection(); wd->updateItemHighlight(); wd->choices->dismiss(); emit wd->self.selectionChangedByUser(wd->selected); } }; PopupMenuWidget *choices; IndirectRule *maxWidth; Data::Pos selected; ///< One item is always selected. Instance(Public *i) : Base(i), selected(Data::InvalidPos) { maxWidth = new IndirectRule; self.setFont("choice.selected"); choices = new PopupMenuWidget; choices->items().audienceForAddition() += this; choices->items().audienceForRemoval() += this; choices->items().audienceForOrderChange() += this; choices->menu().organizer().audienceForWidgetCreation() += this; choices->menu().organizer().audienceForWidgetUpdate() += this; self.add(choices); self.setAction(new SignalAction(thisPublic, SLOT(openPopup()))); updateButtonWithSelection(); updateStyle(); } ~Instance() { choices->items().audienceForRemoval() -= this; releaseRef(maxWidth); } void updateStyle() { // Popup background color. choices->set(choices->background().withSolidFill(style().colors().colorf("choice.popup"))); } void widgetCreatedForItem(GuiWidget &widget, ui::Item const &item) { if(ButtonWidget *but = widget.maybeAs()) { // Make sure the created buttons have an action that updates the // selected item. but->setAction(new SelectAction(this, item)); } } void widgetUpdatedForItem(GuiWidget &, ui::Item const &item) { if(isValidSelection() && &item == &self.selectedItem()) { // Make sure the button is up to date, too. updateButtonWithItem(self.selectedItem()); } } void updateMaximumWidth() { // We'll need to calculate this manually because the fonts keep changing due to // selection and thus we can't just check the current layout. Font const &font = self.font(); int widest = 0; for(uint i = 0; i < items().size(); ++i) { EscapeParser esc; esc.parse(items().at(i).label()); widest = de::max(widest, font.advanceWidth(esc.plainText())); } maxWidth->setSource(Const(widest) + self.margins().width()); } Data const &items() const { return choices->items(); } bool isValidSelection() const { return selected < items().size(); } void dataItemAdded(Data::Pos id, ui::Item const &) { updateMaximumWidth(); if(selected >= items().size()) { // If the previous selection was invalid, make a valid one now. selected = 0; updateButtonWithSelection(); return; } if(id <= selected) { // New item added before/at the selection. selected++; } } void dataItemRemoved(Data::Pos id, ui::Item &) { if(id <= selected && selected > 0) { selected--; } updateButtonWithSelection(); updateMaximumWidth(); } void dataItemOrderChanged() { updateButtonWithSelection(); } void updateItemHighlight() { // Highlight the currently selected item. for(Data::Pos i = 0; i < items().size(); ++i) { if(GuiWidget *w = choices->menu().organizer().itemWidget(i)) { w->setFont(i == selected? "choice.selected" : "default"); } } } void updateButtonWithItem(ui::Item const &item) { self.setText(item.label()); ActionItem const *act = dynamic_cast(&item); if(act) { self.setImage(act->image()); } } void updateButtonWithSelection() { // Update the main button. if(isValidSelection()) { updateButtonWithItem(items().at(selected)); } else { // No valid selection. self.setText(""); self.setImage(Image()); } emit self.selectionChanged(selected); } }; ChoiceWidget::ChoiceWidget(String const &name) : ButtonWidget(name), d(new Instance(this)) { setOpeningDirection(ui::Right); } void ChoiceWidget::setOpeningDirection(Direction dir) { d->choices->setAnchorAndOpeningDirection(hitRule(), dir); } PopupMenuWidget &ChoiceWidget::popup() { return *d->choices; } void ChoiceWidget::setSelected(Data::Pos pos) { if(d->selected != pos) { d->selected = pos; d->updateButtonWithSelection(); d->updateItemHighlight(); } } Data::Pos ChoiceWidget::selected() const { return d->selected; } Item const &ChoiceWidget::selectedItem() const { DENG2_ASSERT(d->isValidSelection()); return d->items().at(d->selected); } Rule const &ChoiceWidget::maximumWidth() const { return *d->maxWidth; } void ChoiceWidget::openPopup() { d->updateItemHighlight(); d->choices->open(); } ui::Data &ChoiceWidget::items() { return d->choices->items(); } void ChoiceWidget::setItems(Data const &items) { popup().menu().setItems(items); d->updateMaximumWidth(); } void ChoiceWidget::useDefaultItems() { popup().menu().useDefaultItems(); d->updateMaximumWidth(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/scriptcommandwidget.cpp0000664000175000017500000000521612350542240025341 0ustar jaakkojaakko/** @file scriptcommandwidget.cpp Interactive Doomsday Script command line. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ScriptCommandWidget" #include "de/PopupWidget" #include #include namespace de { DENG2_PIMPL(ScriptCommandWidget) { Script script; Process process; Instance(Public *i) : Base(i) {} bool shouldShowAsPopup(Error const &) { /*if(dynamic_cast(&er)) { // Brackets may be left open to insert newlines. return false; }*/ return true; } }; ScriptCommandWidget::ScriptCommandWidget(String const &name) : CommandWidget(name), d(new Instance(this)) {} bool ScriptCommandWidget::handleEvent(Event const &event) { if(isDisabled()) return false; bool wasCompl = autocompletionPopup().isOpen(); bool eaten = CommandWidget::handleEvent(event); if(eaten && wasCompl && event.isKeyDown()) { closeAutocompletionPopup(); } return eaten; } bool ScriptCommandWidget::isAcceptedAsCommand(String const &text) { // Try to parse the command. try { d->script.parse(text); return true; // Looks good! } catch(Error const &er) { if(d->shouldShowAsPopup(er)) { showAutocompletionPopup(er.asText()); } return false; } } void ScriptCommandWidget::executeCommand(String const &text) { LOG_SCR_NOTE(_E(1) "$ " _E(>) _E(m)) << text; try { d->process.run(d->script); d->process.execute(); } catch(Error const &er) { LOG_SCR_WARNING("Error in script:\n") << er.asText(); } /* // Print the result. Value const &result = d->process.context().evaluator().result(); if(!result.is()) { LOG_INFO("%s") << result.asText(); } */ } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/variablelineeditwidget.cpp0000664000175000017500000000515012350542240025776 0ustar jaakkojaakko/** @file variablelineeditwidget.cpp Edits the text of a variable. * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/VariableLineEditWidget" #include namespace de { DENG2_PIMPL(VariableLineEditWidget), DENG2_OBSERVES(Variable, Deletion), DENG2_OBSERVES(Variable, Change ) { Variable *var; Instance(Public *i, Variable &variable) : Base(i), var(&variable) { updateFromVariable(); var->audienceForDeletion() += this; var->audienceForChange() += this; } ~Instance() { if(var) { var->audienceForDeletion() -= this; var->audienceForChange() -= this; } } void updateFromVariable() { if(!var) return; self.setText(var->value()); } void setVariableFromWidget() { if(!var) return; var->audienceForChange() -= this; var->set(TextValue(self.text())); var->audienceForChange() += this; } void variableValueChanged(Variable &, Value const &) { updateFromVariable(); } void variableBeingDeleted(Variable &) { var = 0; self.disable(); } }; VariableLineEditWidget::VariableLineEditWidget(Variable &variable, String const &name) : LineEditWidget(name), d(new Instance(this, variable)) { connect(this, SIGNAL(editorContentChanged()), this, SLOT(setVariableFromWidget())); } Variable &VariableLineEditWidget::variable() const { if(!d->var) { throw VariableMissingError("VariableLineEditWidget::variable", "Widget is not associated with a variable"); } return *d->var; } void VariableLineEditWidget::updateFromVariable() { d->updateFromVariable(); } void VariableLineEditWidget::setVariableFromWidget() { d->setVariableFromWidget(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/buttonwidget.cpp0000664000175000017500000001760012350542240024011 0ustar jaakkojaakko/** @file buttonwidget.cpp Clickable button widget. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/ButtonWidget" #include "de/GuiRootWidget" #include #include namespace de { DENG_GUI_PIMPL(ButtonWidget), DENG2_OBSERVES(Action, Triggered) { State state; DotPath hoverTextColor; DotPath originalTextColor; DotPath bgColorId; HoverColorMode hoverColorMode; bool infoStyle; Action *action; Animation scale; Animation frameOpacity; bool animating; Instance(Public *i) : Base(i) , state(Up) , bgColorId("background") , hoverColorMode(ReplaceColor) , infoStyle(false) , action(0) , scale(1.f) , frameOpacity(.08f, Animation::Linear) , animating(false) { setDefaultBackground(); } ~Instance() { if(action) action->audienceForTriggered() -= this; releaseRef(action); } void setState(State st) { if(state == st) return; if(st == Hover && state == Up) { // Remember the original text color. originalTextColor = self.textColorId(); } State const prev = state; state = st; animating = true; switch(st) { case Up: scale.setValue(1.f, .3f); scale.setStyle(prev == Down? Animation::Bounce : Animation::EaseOut); frameOpacity.setValue(.08f, .6f); if(!hoverTextColor.isEmpty()) { // Restore old color. switch(hoverColorMode) { case ModulateColor: self.setTextModulationColorf(Vector4f(1, 1, 1, 1)); break; case ReplaceColor: self.setTextColor(originalTextColor); break; } } break; case Hover: frameOpacity.setValue(.4f, .15f); if(!hoverTextColor.isEmpty()) { switch(hoverColorMode) { case ModulateColor: self.setTextModulationColorf(style().colors().colorf(hoverTextColor)); break; case ReplaceColor: self.setTextColor(hoverTextColor); break; } } break; case Down: scale.setValue(.95f); frameOpacity.setValue(0); break; } DENG2_FOR_PUBLIC_AUDIENCE2(StateChange, i) { i->buttonStateChanged(self, state); } } void updateHover(Vector2i const &pos) { if(state == Down) return; if(self.isDisabled()) { setState(Up); return; } if(self.hitTest(pos)) { if(state == Up) setState(Hover); } else if(state == Hover) { setState(Up); } } void setDefaultBackground() { self.set(Background(style().colors().colorf(bgColorId), Background::GradientFrame, Vector4f(1, 1, 1, frameOpacity), 6)); } void updateBackground() { Background bg = self.background(); if(bg.type == Background::GradientFrame) { bg.solidFill = style().colors().colorf(bgColorId); /// @todo Make this Style-able. -jk bg.color = infoStyle? Vector4f(0, 0, 0, frameOpacity) : Vector4f(1, 1, 1, frameOpacity); self.set(bg); } } void updateAnimation() { if(animating) { updateBackground(); self.requestGeometry(); if(scale.done() && frameOpacity.done()) { animating = false; } } } void actionTriggered(Action &) { DENG2_FOR_PUBLIC_AUDIENCE2(Triggered, i) { i->buttonActionTriggered(self); } } DENG2_PIMPL_AUDIENCE(StateChange) DENG2_PIMPL_AUDIENCE(Press) DENG2_PIMPL_AUDIENCE(Triggered) }; DENG2_AUDIENCE_METHOD(ButtonWidget, StateChange) DENG2_AUDIENCE_METHOD(ButtonWidget, Press) DENG2_AUDIENCE_METHOD(ButtonWidget, Triggered) ButtonWidget::ButtonWidget(String const &name) : LabelWidget(name), d(new Instance(this)) {} void ButtonWidget::useInfoStyle() { d->infoStyle = true; setTextColor("inverted.text"); setHoverTextColor("inverted.text", ReplaceColor); setBackgroundColor("inverted.background"); updateStyle(); } bool ButtonWidget::isUsingInfoStyle() const { return d->infoStyle; } void ButtonWidget::setHoverTextColor(DotPath const &hoverTextId, HoverColorMode mode) { d->hoverTextColor = hoverTextId; d->hoverColorMode = mode; } void ButtonWidget::setBackgroundColor(DotPath const &bgColorId) { d->bgColorId = bgColorId; d->updateBackground(); } void ButtonWidget::setAction(RefArg action) { if(d->action) { d->action->audienceForTriggered() -= d; } changeRef(d->action, action); if(action) { action->audienceForTriggered() += d; } } Action const *ButtonWidget::action() const { return d->action; } void ButtonWidget::trigger() { // Hold an extra ref so the action isn't deleted by triggering. AutoRef held = holdRef(d->action); // Notify. DENG2_FOR_AUDIENCE2(Press, i) i->buttonPressed(*this); if(held) { held->trigger(); } } ButtonWidget::State ButtonWidget::state() const { return d->state; } bool ButtonWidget::handleEvent(Event const &event) { if(isDisabled()) return false; if(event.isMouse()) { MouseEvent const &mouse = event.as(); if(mouse.type() == Event::MousePosition) { d->updateHover(mouse.pos()); } else if(mouse.type() == Event::MouseButton) { switch(handleMouseClick(event)) { case MouseClickStarted: d->setState(Down); return true; case MouseClickFinished: d->setState(Up); d->updateHover(mouse.pos()); if(hitTest(mouse.pos())) { trigger(); } return true; case MouseClickAborted: d->setState(Up); return true; default: break; } } } return LabelWidget::handleEvent(event); } void ButtonWidget::updateModelViewProjection(GLUniform &uMvp) { uMvp = root().projMatrix2D(); if(!fequal(d->scale, 1.f)) { Rectanglef const &pos = rule().rect(); // Apply a scale animation to indicate button response. uMvp = uMvp.toMatrix4f() * Matrix4f::scaleThenTranslate(d->scale, pos.middle()) * Matrix4f::translate(-pos.middle()); } } void ButtonWidget::updateStyle() { LabelWidget::updateStyle(); d->updateBackground(); } void ButtonWidget::update() { LabelWidget::update(); d->updateAnimation(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/auxbuttonwidget.cpp0000664000175000017500000001135312350542240024526 0ustar jaakkojaakko/** @file auxbuttonwidget.cpp * * @authors Copyright (c) 2014 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/AuxButtonWidget" namespace de { DENG_GUI_PIMPL(AuxButtonWidget) , DENG2_OBSERVES(ButtonWidget, StateChange) { ButtonWidget *aux; bool inverted; Instance(Public *i) : Base(i) , inverted(false) { self.add(aux = new ButtonWidget); aux->setFont("small"); aux->setSizePolicy(ui::Expand, ui::Fixed); Rule const &unit = style().rules().rule("unit"); aux->rule() .setInput(Rule::Right, self.rule().right() - unit) .setInput(Rule::Top, self.rule().top() + unit) .setInput(Rule::Bottom, self.rule().bottom() - unit); aux->audienceForStateChange() += this; self.margins().set("dialog.gap").setLeft("gap"); self.margins().setRight(aux->rule().width() + style().rules().rule("gap")); } void setAuxBorderColorf(Vector4f const &colorf) { aux->set(Background(Background::Rounded, colorf, 6)); } void setAuxBorderColorf(Vector4f const &colorf, Vector4f const &bgColor) { aux->set(Background(bgColor, Background::Rounded, colorf, 6)); } void buttonStateChanged(ButtonWidget &, ButtonWidget::State state) { switch(state) { case ButtonWidget::Up: if(!isInverted()) { setAuxBorderColorf(style().colors().colorf("accent")); aux->setTextColor("accent"); } else { setAuxBorderColorf(style().colors().colorf("inverted.accent")); aux->setTextColor("inverted.accent"); } break; case ButtonWidget::Hover: if(!isInverted()) { setAuxBorderColorf(style().colors().colorf("text")); aux->setTextColor("text"); } else { setAuxBorderColorf(style().colors().colorf("inverted.text")); aux->setTextColor("inverted.text"); } break; case ButtonWidget::Down: if(!isInverted()) { setAuxBorderColorf(style().colors().colorf(""), style().colors().colorf("inverted.background")); aux->setTextColor("inverted.text"); } else { setAuxBorderColorf(style().colors().colorf(""), style().colors().colorf("background")); aux->setTextColor("text"); } break; } } bool isInverted() const { return inverted ^ self.isUsingInfoStyle(); } void updateStyle() { if(isInverted()) { applyInvertedStyle(); } else { applyNormalStyle(); } } void applyNormalStyle() { self.setBackgroundColor("background"); self.setTextColor("text"); aux->setTextColor("accent"); aux->setHoverTextColor("text", ButtonWidget::ReplaceColor); setAuxBorderColorf(style().colors().colorf("accent")); } void applyInvertedStyle() { self.setBackgroundColor("inverted.background"); self.setTextColor("inverted.text"); aux->setTextColor("inverted.text"); aux->setHoverTextColor("inverted.text", ButtonWidget::ReplaceColor); setAuxBorderColorf(style().colors().colorf("inverted.text")); } }; AuxButtonWidget::AuxButtonWidget(String const &name) : ButtonWidget(name), d(new Instance(this)) { useNormalStyle(); } ButtonWidget &AuxButtonWidget::auxiliary() { return *d->aux; } void AuxButtonWidget::useNormalStyle() { d->inverted = false; d->updateStyle(); } void AuxButtonWidget::useInvertedStyle() { d->inverted = true; d->updateStyle(); } void AuxButtonWidget::updateStyle() { ButtonWidget::updateStyle(); //d->updateStyle(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/commandwidget.cpp0000664000175000017500000001153412350542240024114 0ustar jaakkojaakko/** @file commandwidget.h Abstract command line based widget. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/CommandWidget" #include "de/DocumentPopupWidget" #include "de/Style" #include #include namespace de { DENG_GUI_PIMPL(CommandWidget) { shell::EditorHistory history; DocumentPopupWidget *popup; ///< Popup for autocompletions. bool allowReshow; ///< Contents must still be valid. Instance(Public *i) : Base(i), history(i), allowReshow(false) { // Popup for autocompletions. popup = new DocumentPopupWidget; popup->document().setMaximumLineWidth(640); popup->document().setScrollBarColor("inverted.accent"); // Height for the content: depends on the document height (plus margins), but at // most 400; never extend outside the view, though. popup->document().rule().setInput(Rule::Height, OperatorRule::minimum( OperatorRule::minimum(style().rules().rule("editor.completion.height"), popup->document().contentRule().height() + popup->document().margins().height()), self.rule().top() - style().rules().rule("gap"))); self.add(popup); } }; CommandWidget::CommandWidget(String const &name) : LineEditWidget(name), d(new Instance(this)) {} PopupWidget &CommandWidget::autocompletionPopup() { return *d->popup; } void CommandWidget::focusGained() { LineEditWidget::focusGained(); emit gotFocus(); } void CommandWidget::focusLost() { LineEditWidget::focusLost(); // Get rid of the autocompletion popup. closeAutocompletionPopup(); emit lostFocus(); } bool CommandWidget::handleEvent(Event const &event) { if(isDisabled()) return false; if(hasFocus() && event.isKeyDown()) { KeyEvent const &key = event.as(); if(d->allowReshow && isSuggestingCompletion() && key.qtKey() == Qt::Key_Tab && !d->popup->isOpen() && suggestedCompletions().size() > 1) { // The completion popup has been manually dismissed, but the editor is // still in autocompletion mode. Let's just reopen the popup with its // old content. d->popup->open(); return true; } // Override the handling of the Enter key. if(key.qtKey() == Qt::Key_Return || key.qtKey() == Qt::Key_Enter) { if(isAcceptedAsCommand(text())) { // We must make sure that the ongoing autocompletion ends. acceptCompletion(); String const entered = d->history.enter(); executeCommand(entered); emit commandEntered(entered); } return true; } } if(LineEditWidget::handleEvent(event)) { // Editor handled the event normally. return true; } if(hasFocus()) { // All Tab keys are eaten by a focused console command widget. if(event.isKey() && event.as().ddKey() == DDKEY_TAB) { return true; } if(event.isKeyDown()) { // Fall back to history navigation. return d->history.handleControlKey(event.as().qtKey()); } } return false; } void CommandWidget::dismissContentToHistory() { d->history.goToLatest(); if(!text().isEmpty()) { d->history.enter(); } } void CommandWidget::closeAutocompletionPopup() { d->popup->close(); d->allowReshow = false; } void CommandWidget::showAutocompletionPopup(String const &completionsText) { d->popup->document().setText(completionsText); d->popup->document().scrollToTop(0); d->popup->setAnchorX(cursorRect().middle().x); d->popup->setAnchorY(rule().top()); d->popup->open(); d->allowReshow = true; } void CommandWidget::autoCompletionEnded(bool accepted) { LineEditWidget::autoCompletionEnded(accepted); closeAutocompletionPopup(); } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/widgets/popupwidget.cpp0000664000175000017500000003211012350542240023632 0ustar jaakkojaakko/** @file popupwidget.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/PopupWidget" #include "de/ButtonWidget" #include "de/GuiRootWidget" #include "de/Style" #include "de/BaseGuiApp" #include #include #include #include #include #include namespace de { DENG_GUI_PIMPL(PopupWidget) , DENG2_OBSERVES(Widget, Deletion) { bool useInfoStyle; bool deleteAfterDismiss; bool clickToClose; bool outsideClickOngoing; Widget *realParent; Rule const *anchorX; Rule const *anchorY; Rule const *marker; Instance(Public *i) : Base(i) , useInfoStyle(false) , deleteAfterDismiss(false) , clickToClose(true) , outsideClickOngoing(false) , realParent(0) , anchorX(0) , anchorY(0) { // Style. marker = &style().rules().rule("gap"); } ~Instance() { if(realParent) realParent->audienceForDeletion() -= this; releaseRef(anchorX); releaseRef(anchorY); } void updateLayout() { self.rule() .clearInput(Rule::AnchorX) .clearInput(Rule::AnchorY); switch(self.openingDirection()) { case ui::Up: self.rule() .setInput(Rule::Bottom, OperatorRule::maximum( *anchorY - *marker, self.rule().height())) .setInput(Rule::Left, OperatorRule::clamped( *anchorX - self.rule().width() / 2, self.margins().left(), self.root().viewWidth() - self.rule().width() - self.margins().right())); break; case ui::Down: self.rule() .setInput(Rule::Top, *anchorY + *marker) .setInput(Rule::Left, OperatorRule::clamped( *anchorX - self.rule().width() / 2, self.margins().left(), self.root().viewWidth() - self.rule().width() - self.margins().right())); break; case ui::Left: self.rule() .setInput(Rule::Right, OperatorRule::maximum( *anchorX - *marker, self.rule().width())) .setInput(Rule::Top, OperatorRule::clamped( *anchorY - self.rule().height() / 2, self.margins().top(), self.root().viewHeight() - self.rule().height() - self.margins().bottom())); break; case ui::Right: self.rule() .setInput(Rule::Left, OperatorRule::minimum( *anchorX + *marker, self.root().viewWidth() - self.rule().width() - self.margins().right())) .setInput(Rule::Top, OperatorRule::clamped( *anchorY - self.rule().height() / 2, self.margins().top(), self.root().viewHeight() - self.rule().height() - self.margins().bottom())); break; case ui::NoDirection: self.rule() .setInput(Rule::AnchorX, *anchorX) .setInput(Rule::AnchorY, *anchorY) .setAnchorPoint(Vector2f(.5f, .5f)); break; } } void updateStyle() { Style const &st = style(); if(useInfoStyle) { self.set(self.infoStyleBackground()); } else { self.set(Background(st.colors().colorf("background"), Background::BorderGlow, st.colors().colorf("glow"), st.rules().rule("glow").valuei())); } if(self.levelOfNesting() > 0) { // If nested, use an opaque background. self.set(self.background().withSolidFillOpacity(1)); } } void widgetBeingDeleted(Widget &widget) { if(&widget == realParent) { // We don't know who the real parent is any more. realParent = 0; } } }; PopupWidget::PopupWidget(String const &name) : PanelWidget(name), d(new Instance(this)) { setOpeningDirection(ui::Up); d->updateStyle(); } int PopupWidget::levelOfNesting() const { int nesting = 0; for(Widget const *p = d->realParent? d->realParent : parentWidget(); p; p = p->parent()) { if(p->is()) { ++nesting; } } return nesting; } void PopupWidget::setAnchorAndOpeningDirection(RuleRectangle const &rule, ui::Direction dir) { if(dir == ui::NoDirection) { // Anchored to the middle by default. setAnchor(rule.left() + rule.width() / 2, rule.top() + rule.height() / 2); } else if(dir == ui::Left || dir == ui::Right) { setAnchorY(rule.top() + rule.height() / 2); setAnchorX(dir == ui::Left? rule.left() : rule.right()); } else if(dir == ui::Up || dir == ui::Down) { setAnchorX(rule.left() + rule.width() / 2); setAnchorY(dir == ui::Up? rule.top() : rule.bottom()); } setOpeningDirection(dir); } void PopupWidget::setAnchor(Vector2i const &pos) { setAnchor(Const(pos.x), Const(pos.y)); } void PopupWidget::setAnchorX(int xPos) { setAnchorX(Const(xPos)); } void PopupWidget::setAnchorY(int yPos) { setAnchorY(Const(yPos)); } void PopupWidget::setAnchor(Rule const &x, Rule const &y) { setAnchorX(x); setAnchorY(y); } void PopupWidget::setAnchorX(Rule const &x) { releaseRef(d->anchorX); d->anchorX = holdRef(x); } void PopupWidget::setAnchorY(Rule const &y) { releaseRef(d->anchorY); d->anchorY = holdRef(y); } Rule const &PopupWidget::anchorX() const { return *d->anchorX; } Rule const &PopupWidget::anchorY() const { return *d->anchorY; } void PopupWidget::detachAnchor() { setAnchorX(Constf(anchorX().value())); setAnchorY(Constf(anchorY().value())); d->updateLayout(); } void PopupWidget::setDeleteAfterDismissed(bool deleteAfterDismiss) { d->deleteAfterDismiss = deleteAfterDismiss; } void PopupWidget::setClickToClose(bool clickCloses) { d->clickToClose = clickCloses; } void PopupWidget::useInfoStyle() { d->useInfoStyle = true; d->updateStyle(); } bool PopupWidget::isUsingInfoStyle() { return d->useInfoStyle; } GuiWidget::Background PopupWidget::infoStyleBackground() const { return Background(style().colors().colorf("popup.info.background"), Background::BorderGlow, style().colors().colorf("popup.info.glow"), style().rules().rule("glow").valuei()); } bool PopupWidget::handleEvent(Event const &event) { if(!isOpen()) return false; // Popups eat all mouse button events. if(event.type() == Event::MouseButton) { MouseEvent const &mouse = event.as(); bool const inside = hitTest(event); // Clicking outside the popup will close it. if(d->clickToClose) { switch(mouse.state()) { case MouseEvent::Pressed: if(!inside) { d->outsideClickOngoing = true; } break; case MouseEvent::Released: if(!inside && d->outsideClickOngoing) { /* This needs to satisfy the following conditions: * * - Since a mouse click comprises a Press followed by a Release, we shouldn't * let the potential clicked widget that lies outside the popup know of the * click before it has successfully completed. * * - Buttons perform their action when clicked, so the clicked widget must * be notified before the popup is closed. This way buttons that open * popup menus can either be used to toggle the menu open/closed, but also * immediately open their menu if it currently is closed. */ if(GuiWidget const *hit = root().globalHitTest(mouse.pos())) { DENG2_ASSERT(hit != this); // !inside if(hit->isEnabled() && hit->isVisible()) { // Replay the click on this widget. const_cast(hit)->handleEvent( MouseEvent(mouse.button(), MouseEvent::Pressed, mouse.pos())); const_cast(hit)->handleEvent(mouse); } } close(0); // immediately } d->outsideClickOngoing = false; break; } } return true; } if(event.type() == Event::KeyPress || event.type() == Event::KeyRepeat || event.type() == Event::KeyRelease) { if(event.isKeyDown() && event.as().ddKey() == DDKEY_ESCAPE) { close(); return true; } // Popups should still allow global key bindings to be activated. root().handleEventAsFallback(event); // Don't pass it further, though. return true; } return PanelWidget::handleEvent(event); } void PopupWidget::glMakeGeometry(DefaultVertexBuf::Builder &verts) { if(rule().recti().isNull()) return; // Still closed. PanelWidget::glMakeGeometry(verts); ui::Direction const dir = openingDirection(); if(dir == ui::NoDirection) return; // Anchor triangle. DefaultVertexBuf::Builder tri; DefaultVertexBuf::Type v; v.rgba = background().solidFill; v.texCoord = root().atlas().imageRectf(root().solidWhitePixel()).middle(); int marker = d->marker->valuei(); Vector2i anchorPos(d->anchorX->valuei(), d->anchorY->valuei()); if(dir == ui::Up) { // Can't put the anchor too close to the edges. anchorPos.x = clamp(2 * marker, anchorPos.x, int(root().viewSize().x) - 2*marker); v.pos = anchorPos; tri << v; v.pos = anchorPos + Vector2i(-marker, -marker); tri << v; v.pos = anchorPos + Vector2i(marker, -marker); tri << v; } else if(dir == ui::Left) { // The anchor may still get clamped out of sight. if(anchorPos.x > rule().right().valuei()) { v.pos = anchorPos; tri << v; v.pos = anchorPos + Vector2i(-marker, marker); tri << v; v.pos = anchorPos + Vector2i(-marker, -marker); tri << v; } } else if(dir == ui::Right) { v.pos = anchorPos; tri << v; v.pos = anchorPos + Vector2i(marker, -marker); tri << v; v.pos = anchorPos + Vector2i(marker, marker); tri << v; } else { v.pos = anchorPos; tri << v; v.pos = anchorPos + Vector2i(marker, marker); tri << v; v.pos = anchorPos + Vector2i(-marker, marker); tri << v; } verts += tri; } void PopupWidget::updateStyle() { PanelWidget::updateStyle(); d->updateStyle(); } void PopupWidget::preparePanelForOpening() { d->updateStyle(); PanelWidget::preparePanelForOpening(); // Reparent the popup into the root widget, on top of everything else. d->realParent = Widget::parent(); DENG2_ASSERT(d->realParent != 0); d->realParent->audienceForDeletion() += d; d->realParent->remove(*this); d->realParent->root().as().addOnTop(this); d->updateLayout(); } void PopupWidget::panelDismissed() { PanelWidget::panelDismissed(); // Move back to the original parent widget. if(d->realParent) { d->realParent->audienceForDeletion() -= d; } else { // The real parent has been deleted. d->realParent = &root(); } parentWidget()->remove(*this); if(d->deleteAfterDismiss) { // Don't bother putting it back in the original parent. guiDeleteLater(); } else { d->realParent->add(this); } d->realParent = 0; } } // namespace de doomsday-1.14.5/doomsday/libappfw/src/windowsystem.cpp0000664000175000017500000001014212350542240022372 0ustar jaakkojaakko/** @file windowsystem.cpp Window management subsystem. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/WindowSystem" #include #include namespace de { DENG2_PIMPL(WindowSystem) { typedef QMap Windows; Windows windows; QScopedPointer

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\H7M\*ЗXV~iq*H\EdԌg"5ZՐϩ\4r jVV@ \i.m: Xg\ |?y'œ{$J`tx,wNei\ ,Uuy7uKҪZZįcm{C5Ц6-͵ryJv>wN ? ך|N PpH @O[ZwJۀ> ԱȚ-G\| L:=AUJ%k<`k~ dAӺNN̊dpXpY/?6̞Su(S)CuJUf`:psڨ} éٴ_u+pAB 9] bt*2( 9-6T 5P%BVH1N]R^VV$HupsRR+4i|3{Y\p]1t*Wp3T&@ʯy@$!lr+ wNWBm9P[6J( JP kP8N[:B,1-ʼn| _kgN  (Ípo >F[ʀ7?_$% /inLN!+R*u(2 ꍩwP`FPR}]@< %`o4 hz2)5|^$SQRPMCr6ڧ DQ`ak-Q&1Xq  h7UH򟀉!q+ %8,$ZB|5)Yp2`!;Vp* YWQ09d"Q߳H31 ,t^qOJ @ym$i8JO,SW` Q:~1Fc V영"dq诓vy-p:NM![*@NbYTq'Vy1ոf6 %[G@_]\02UOSvL/+iJR >[ 3܊iau7ӰIDgH,nYT!M'tqN ǂ}$1TjdҲ$<he_3o@Y4i|D(㤥/fT(}q@Z$ 4+OT-:-'" OV"4a`9{L + .dS[ pZ5C@@V62-+?b@59h2 VdhC(`.˘fzt\8+З5=ѱ`ȢM SL ƀhBu -VT!Oi`҅ >M4nnc]>ѾAԯW~e[zǃQuV3<^2 h N-V?Z:pˎ_>-"T#\vֳOHjp%1*Bk`%0+p  Z(+r]ˋ5sn Lnp3 n pPѵ|v ̀0D =.0)H:4Z3.hqYXcxm֞  j\_ u0 fn_oT!Ty- \~fk-64w`꿿 4V yi;4ծ,ܒ 4ŨEk<w)/<Ywm$/ʿ(9q k݇OD*M8ެG,;,}҇ ZxXYJy?`m㻠iwhb'nyP@y jh|A 40WHIzW+5^~*'uAntm p˱ry] L@~>I٭4IENDB`doomsday-1.14.5/doomsday/client/data/defaultstyle.pack/Info0000664000175000017500000000012012350542237023147 0ustar jaakkojaakko# Default UI style for Doomsday. name: Doomsday Default UI Style labels: style doomsday-1.14.5/doomsday/client/data/defaultstyle.pack/rules.dei0000664000175000017500000000312712350542237024160 0ustar jaakkojaakko# Length rules for the default UI style script { UNIT = 4.0 } rule unit { constant $= UNIT } rule halfunit { constant $= UNIT / 2 } rule gap { constant $= UNIT * 3 } rule glow { constant $= UNIT * 25 } group label { rule gap { constant $= gap.constant / 2 } } rule scrollarea.bar { constant $= UNIT } group document { rule progress { constant $= UNIT * 30 } rule popup.width { constant $= UNIT * 120 } } group editor { rule width { constant $= UNIT * 60 } rule completion.height { constant $= UNIT * 100 } } group progress { rule textgap { constant $= gap.constant } } group slider { rule width { constant $= UNIT * 55 } rule label { constant $= UNIT * 9 } rule editor { constant $= UNIT * 20 } } group dialog { rule gap { constant $= UNIT * 2 } rule about.width { constant $= UNIT * 80 } rule message.width { constant $= UNIT * 115 } rule download.width { constant $= UNIT * 115 } rule multiplayer.width { constant $= UNIT * 80 } } group alerts { rule width { constant $= UNIT * 100 } } group sidebar { rule width { constant $= UNIT * 80 } } group console { rule width { constant $= UNIT * 125 } group commandline { rule width.min { constant $= UNIT * 25 } rule width.max { constant $= UNIT * 75 } } } group gameselection { rule max.width { constant $= UNIT * 280 } rule max.height { constant $= UNIT * 215 } } group coloradjustment { rule slider { constant $= slider.width.constant * 1.36 } } group rendererappearance { rule width { constant $= UNIT * 100 } } doomsday-1.14.5/doomsday/client/data/defaultstyle.pack/images.dei0000664000175000017500000000267712350542237024304 0ustar jaakkojaakko# Images for the default UI style group window { image background { path = "graphics/background.jpg" } image borderglow { path = "graphics/borderglow.png" } image icon { path = "graphics/window.png" } image cursor { path = "graphics/mouse.png" } } group logo { image px128 { path = "graphics/deng-logo-128.png" } image px256 { path = "graphics/deng-logo-256.png" } image px512 { path = "graphics/deng-logo-512.png" } group game { image libdoom { path = "graphics/game-libdoom.png" } image libheretic { path = "graphics/game-libheretic.png" } image libhexen { path = "graphics/game-libhexen.png" } } } image alert { path = "graphics/alert.png" } image fold { path = "graphics/fold.png" } image gauge { path = "graphics/gauge.png" } image gear { path = "graphics/gear.png" } image display { path = "graphics/display.png" } image network { path = "graphics/network.png" } image renderer { path = "graphics/renderer.png" } image vr { path = "graphics/vr.png" } image input { path = "graphics/input.png" } image audio { path = "graphics/audio.png" } image updater { path = "graphics/updater.png" } group toggle { image onoff { path = "graphics/toggle-onoff.png" } } group progress { image wheel { path = "graphics/progress-wheel.png" } image gear { path = "graphics/progress-gear.png" } image mini { path = "graphics/progress-mini.png" } } doomsday-1.14.5/doomsday/client/data/defaultstyle.pack/colors.dei0000664000175000017500000000513212350542237024325 0ustar jaakkojaakko# Colors for the default UI style script { import gui, Version } # # THE BASIC COLOR PALETTE # color text { rgb <1.0, 1.0, 1.0> } color background { rgb <0.0, 0.0, 0.0, 0.75> } color accent { rgb <1.0, 0.8, 0.4> } color altaccent { rgb <0.63, 0.75, 0.67> } color glow { rgb <1.0, 1.0, 1.0, 0.14> } group inverted { color text { rgb <0.0, 0.0, 0.0> } color background { rgb <1.0, 1.0, 1.0, 0.75> } color accent { rgb <0.5, 0.4, 0.2> } color glow { rgb <0.0, 0.0, 0.0, 0.15> } } # # COLORS FOR SPECIFIC WIDGETS # group label { color highlight { rgb <1.0, 1.0, 1.0> } color dimmed { rgb <0.72, 0.72, 0.68> } color accent { rgb $= accent.rgb } color dimaccent { rgb <0.85, 0.68, 0.34> } color altaccent { rgb $= altaccent.rgb } } group popup { group info { color background { rgb <1.0, 1.0, 1.0> } color glow { rgb $= inverted.glow.rgb } } } group choice { color popup { rgb $= gui.colorAlpha(background.rgb, 1.0) } } group tab { color selected { rgb $= accent.rgb } color inverted.selected { rgb $= inverted.accent.rgb } } group progress { group light { color wheel { rgb <1.0, 1.0, 1.0, 0.25> } color shadow { rgb <0.0, 0.0, 0.0, 0.45> } } group dark { color wheel { rgb <0.0, 0.0, 0.0, 0.25> } color shadow { rgb <1.0, 1.0, 1.0, 0.54> } } } group dialog { color background { rgb $= gui.colorAlpha(background.rgb, 0.9) } color default { rgb $= altaccent.rgb } } group editor { color cursor { rgb $= gui.colorAlpha(accent.rgb, 0.7) } color hint { rgb $= altaccent.rgb } #group completion { # color background { rgb <1.0, 1.0, 1.0> } # color glow { rgb $= inverted.glow.rgb } #} } group log { color normal { rgb <0.85, 0.85, 0.8> } color highlight { rgb <1.0, 1.0, 1.0> } color dimmed { condition: Version.OS != 'windows' rgb <0.72, 0.72, 0.68> } color dimmed { # Apply some extra black because we don't have a Light style # font on Windows. condition: Version.OS == 'windows' rgb <0.65, 0.65, 0.62> } color accent { rgb $= accent.rgb } color altaccent { rgb $= altaccent.rgb } color dimaccent { rgb <0.85, 0.68, 0.34> } } group document { color normal { rgb $= gui.colorMix(inverted.text.rgb, [1, 1, 1], 0.2) } color highlight { rgb $= inverted.text.rgb } color dimmed { rgb <0.5, 0.5, 0.5> } color accent { rgb $= inverted.accent.rgb } color dimaccent { rgb <0.85, 0.68, 0.34> } } doomsday-1.14.5/doomsday/client/data/cphelp.txt0000664000175000017500000011224712350542237020741 0ustar jaakkojaakko# Doomsday Help # Generated by conhelp.py out of engine # # CONSOLE COMMANDS: engine # [activatebcontext] desc = Activate a binding context. inf = Input events can only trigger bindings in active binding contexts.\nSEE ALSO:\n- "Bindings" in wiki\n [add] desc = Add something to a cvar. [after] desc = Execute the specified command after a delay. inf = Params: after (tics) (cmd)\nFor example, 'after 35 "echo End"'. [alias] desc = Create aliases for a (set of) console commands. [apropos] desc = Summarize all help containing a search term. [bindcontrol] desc = Bind an input device to a player control. [bindevent] desc = Bind a console command to an event. inf = USAGE:\nbindevent [(context)] (spec) (command)\nThe event specification (spec) is composed of an event descriptor and optionally any additional conditions for the validity of the binding. The specification may be prefixed with a context name; if omitted, the binding is created in the default "game" context.\nEXAMPLES:\nbindevent key-M-down "toggle ctl-run"\nbindevent "mouse-right-up + key-shift" {print "RMB released while Shift down"}\nbindevent shortcut:key-f8 "toggle msg-show"\nbindevent key-equals-down "add view-size 1"\nbindevent key-equals-repeat "add view-size 1"\nSEE ALSO:\n- "Bindings" in wiki\n\n [blc] desc = Set color of light at cursor. inf = Params: blc (red) (green) (blue)\nFor example, 'blc 1 0.5 0.2'. [blclear] desc = Delete all lights. [bldel] desc = Delete current/specified light. [bldup] desc = Duplicate current/specified light, grab it. [bledit] desc = Enter bias light edit mode. [blgrab] desc = Grab current/specified light, or ubgrab. [blhue] desc = Show/hide the hue circle for color selection. [bli] desc = Set intensity of light at cursor. [bllock] desc = Lock current/specified light. [blmenu] desc = Show/hide the bias menu. [blnew] desc = Allocate new light and grab it. [blquit] desc = Exit bias light edit mode. [blsave] desc = Write the current lights to a DED file. [blunlock] desc = Unlock current/specified light. [centerwindow] desc = Center the window on the desktop when in windowed mode. [chat] desc = Broadcast a chat message. [chatnum] desc = Send a chat message to the specified player. [chatto] desc = Send a chat message to the specified player. [clear] desc = Clear the console buffer. [clearbinds] desc = Deletes all existing bindings. [conclose] desc = Close the console prompt. [conlocp] desc = Connect a local player. inf = Params: conlocp (playernum)\nFor example, 'conlocp 1'. [connect] desc = Connect to a server using TCP/IP. [conopen] desc = Open the console prompt. [contoggle] desc = Open/close the console prompt. [deactivatebcontext] desc = Deactivate a binding context. inf = Bindings in deactivated binding contexts cannot be triggered.\nSEE ALSO:\n- "Bindings" in wiki\n [dec] desc = Subtract 1 from a cvar. [delbind] desc = Deletes all bindings to the given console command. [demolump] desc = Write a reference lump file for a demo. inf = Params: demolump (demofile) (lumpfile)\nFor example, 'demolump demo1.dmo DEMO1'. [dir] desc = Print contents of directories. inf = Params: dir (dirs) ...\nFor example, 'dir data/'.\nVirtual files are listed, too.\nPaths are relative to the base path. [displaymode] desc = Print information about the current display mode and window state. inf = SEE ALSO:\n- 'listdisplaymodes'\n- 'setres'\n- 'setfullres'\n- 'setwinres'\n [dump] desc = Dump a data lump currently loaded in memory. inf = Params: dump (name)\nFor example, 'dump PLAYPAL'. [dumpkeymap] desc = Write the current keymap to a file. inf = Params: dumpkeymap (file)\nFor example, 'dumpkeymap finnish.dkm'. [echo] desc = Echo the parameters on separate lines. inf = Params: echo (text) ...\nFor example, 'echo "hello world"' [exec] desc = Loads and executes a file containing console commands. inf = Params: exec (file) ...\nFor example, 'exec "myconfig.cfg"'. [flareconfig] desc = Configure lens flares. [fog] desc = Modify fog settings. [font] desc = Modify console font settings. [help] desc = Show information about the console. [if] desc = Execute a command if the condition is true. [inc] desc = Add 1 to a cvar. [inspectgame] desc = Print detailed information about a registered game to the console. inf = Params: inspectgame (identityKey)\nFor example, 'inspectgame doom1-ultimate'. [inspectmap] desc = Print extended information about the current map to the console. [inspectmaterial] desc = Print extended information about a Material to the console. inf = Params: inspectmaterial (uri)\nFor example, 'inspectmaterial flats:fwater1'. [inspectsavegame] desc = Print detailed information about a saved game session to the console. inf = USAGE:\ninspectsavegame (path)\nThe (path) is an absolute path and name of the saved game session to be inspected. User savegames are located in /home/savegames/< "Game identity key" in wiki >. If the saved session belongs to the currently loaded game, the path component may be omitted.\nEXAMPLES:\nInspect the Hexen savegame "hex1" while the game is loaded:inspectsavegame Hex1\nInspect the Doom savegame "doomsav1" at any time:inspectsavegame /home/savegames/doom1-ultimate/doomsav1 [inspecttexture] desc = Print extended information about a Texture to the console. inf = Params: inspecttexture (uri)\nFor example, 'inspecttexture flats:fwater1'. [keymap] desc = Load a DKM keymap file. inf = Params: keymap (dkm-file)\nFor example, 'keymap finnish'. [kick] desc = Kick client out of the game (server only). inf = Params: kick (playernum)\nFor example, 'kick 1'. [lastupdated] desc = Show when the latest check for updates was made. [listaliases] desc = List all aliases and their expanded forms. [listbcontexts] desc = List all binding contexts and their current state. [listbindings] desc = List all event bindings. [listcmds] desc = List all console commands. [listcontrols] desc = List the names of all player controls. [listdisplaymodes] desc = List all display modes supported by the graphics hardware. inf = SEE ALSO:\n- 'displaymode'\n- 'setres'\n- 'setfullres'\n- 'setwinres'\n [listfiles] desc = List all loaded resource files. [listfonts] desc = List all known fonts. [listgames] desc = List all games. [listinputdevices] desc = List all currently active input devices and their controls. [listlumps] desc = List all loaded virtual resource files from container archives. [listmaterials] desc = List all known surface materials. [listmobjtypes] desc = List all known mobj types. [listtextures] desc = List all known textures. [listvars] desc = List all console variables and their values. [load] desc = Load a complete game or one or more data files (e.g., a WAD or a lump). inf = Params: load (name) ...\nFor example, 'load (gamename)' or 'load mylevel.wad' [login] desc = Log in to server console. [logout] desc = Terminate remote connection to server console. [lowres] desc = Select the poorest rendering quality. [ls] desc = Print contents of directories. inf = Params: ls (dirs) ...\nFor example, 'ls data/'.\nVirtual files are listed, too.\nPaths are relative to the base path. [mipmap] desc = Set the mipmapping mode. inf = Params: mipmap (0-5)\n0 = GL_NEAREST\n1 = GL_LINEAR\n2 = GL_NEAREST_MIPMAP_NEAREST\n3 = GL_LINEAR_MIPMAP_NEAREST\n4 = GL_NEAREST_MIPMAP_LINEAR\n5 = GL_LINEAR_MIPMAP_LINEAR [net] desc = Network setup and control. [pausedemo] desc = Pause/resume demo recording. [pausemusic] desc = Pause the currently playing music track. [ping] desc = Ping the server (or a player if you're the server). [playdemo] desc = Play a demo. inf = Params: playdemo (fileName)\nFor example, 'playdemo demo1.dmo'. [playmusic] desc = Play a music track, music lump, external file or a CD track. [playsound] desc = Play a sound effect. [postfx] desc = Set or clear the frame post-processing shader. inf = USAGE:\npostfx (console) (shader) [(time)]\nEvery player has their own frame post-processing effects. The first argument specifies which player will be affected.\nThe frame post-processing shader is changed to "fx.post. (shader) ". If (time) is specified, and there is no shader currently in use, the new shader is faded in in (time) seconds. Otherwise the new shader is taken immediately into use.\nAs a special case, if (shader) is "none", the post-processing shader is faded out and removed.\nAnother special case is when (shader) is "opacity". This will set the opacity of the effect to the value of (time). However, hote that the shader does not necessarily implement opacity as simple alpha blending.\nEXAMPLES:\nFade in the "fx.post.monochrome" shader for player 0 in 2 seconds: 'postfx 0 monochrome 2' [quit!] desc = Exit immediately and return to the OS. [quit] desc = If a game is loaded execute a quit request, otherwise, exit immediately. [recorddemo] desc = Start recording a demo. [reload] desc = Reloads the current game (if loaded). [rendedit] desc = Open the Renderer Appearance editor in a sidebar. [repeat] desc = Repeat a command at given intervals. inf = Params: repeat (count) (interval) (cmd)\nFor example, 'repeat 10 35 "screenshot"'. [reset] desc = Resets the engine (reloading all data files and definitions). [safebind] desc = Bind a command to an unless the event is already bound. [safebindr] desc = Bind a command to an unless the event is already bound. [say] desc = Broadcast a chat message. [saynum] desc = Send a chat message to the specified player. [sayto] desc = Send a chat message to the specified player. [setbpp] desc = Change color depth (bits per pixel), either 16 or 32. inf = Params: setbpp (bits)\nFor example, 'setbpp 32'. [setcon] desc = Set console and viewplayer. inf = Params: setcon (playernum)\nFor example, 'setcon 1'. [setfullres] desc = Change to fullscreen mode using the specified resolution. inf = USAGE:\nsetfullres (width) (height)\nSEE ALSO:\n- 'listdisplaymodes'\n- 'setwinres'\n- 'setres'\n [setname] desc = Set your name. inf = Params: setname (name)\nFor example, 'setname "my name"'. [setres] desc = Change display mode resolution or window size. inf = USAGE:\nsetres (width) (height)\nThe window retains its current mode, adjusting the display mode if in fullscreen and the window size if in a windowed mode.\nEXAMPLES:\nChange resolution to 1024 x 768: 'setres 1024 768'\nSEE ALSO:\n- 'listdisplaymodes'\n- 'setfullres'\n- 'setwinres'\n [settics] desc = Set number of game tics per second (default: 35). inf = Params: settics (tics)\nFor example, 'settics 15'. [setvidramp] desc = Update display's hardware gamma ramp. [setwinres] desc = Set window size and change to windowed mode. inf = USAGE:\nsetwinres (width) (height)\nSEE ALSO:\n- 'setfullres'\n- 'setres'\n- 'listdisplaymodes'\n [stopdemo] desc = Stop currently playing demo. [stopmusic] desc = Stop any currently playing music. [sub] desc = Subtract something from a cvar. [taskbar] desc = Open/close the task bar and console command prompt. [texreset] desc = Force a texture reload. [toggle] desc = Toggle the value of a cvar between zero and nonzero. inf = Params: toggle (cvar)\nFor example, 'toggle rend-light'. [togglefullscreen] desc = Toggle between fullscreen and windowed modes. [togglemaximized] desc = Toggle between maximized and normal window modes. [tutorial] desc = Show a tutorial that introduces Doomsday's UI. [uicolor] desc = Change Doomsday user interface colors. inf = Params: uicolor (object) (red) (green) (blue)\nFor example, 'uicolor text 1 1 1'.\nPossible objects are:\ntext, shadow, bglight, bgmed, bgdark,\nborhigh, bormed, borlow, help [unload] desc = Unload the current game or one or more data files. inf = Params: unload (name) ...\nFor example, 'unload mylevel.wad'. [update] desc = Check for new available releases. [updateandnotify] desc = Check for new available releases and open the update notification dialog. [updatesettings] desc = Show the settings dialog for configuring automatic updates. [varstats] desc = Show detailed statistics for console variables. [version] desc = Show detailed version information. [write] desc = Write bindings and aliases to a file. inf = Params: write (filename)\nFor example, 'write myconfig.cfg'. # # CONSOLE VARIABLES: engine # [blockmap-build] desc = Automatically generate blockmap data when necessary, 0=Never, 1=When needed, 2=Always. [bsp-cache] desc = 1=Load generated GL nodes data from the bspcache directory. 0=Always generate new GL data. [bsp-factor] desc = glBSP: changes the cost assigned to edge splits (default: 7). [client-connect-timeout] desc = Maximum number of seconds to attempt connecting to a server. [con-move-speed] desc = Speed of console opening/closing. [con-show-during-setup] desc = 1=Show console when a map is being loaded. [con-transition-tics] desc = Duration of transition effect in tics. 0=Disabled. [con-transition] desc = Transition effect used when leaving busy mode: 0=Crossfade, 1=DOOM (smooth), 2=DOOM [ctl-info] desc = 1=Show player control state debugging information. [edit-bias-blink] desc = 1=Blink the cursor. [edit-bias-blue] desc = Blue component of the bias light color. [edit-bias-grab-distance] desc = Distance to the grabbed bias light. [edit-bias-green] desc = Green component of the bias light color. [edit-bias-hide] desc = 1=Hide bias light editor's HUD. [edit-bias-intensity] desc = Intensity of the bias light. [edit-bias-red] desc = Red component of the bias light color. [edit-bias-show-indices] desc = 1=Show source indices in 3D view. [edit-bias-show-sources] desc = 1=Show all light sources. [file-startup] desc = The list of WADs to be loaded at startup. [input-conflict-zerocontrol] desc = 1=If a control is influenced by two or more conflicting input device states, the control position gets zeroed. [input-joy-device] desc = ID of joystick to use (if more than one). [input-joy] desc = 1=Enable joystick input. [input-mouse-filter] desc = Filter strength for mouse movement. [input-mouse-frequency] desc = Mouse input polling frequency (events per second). 0=unlimited. [input-sharp-lateprocessing] desc = 1=Process sharp events after tickers during sharp tics. Increases input latency by 1/35 seconds. [input-toggle-sharp] desc = 1=Process toggle events only on sharp ticks for backwards compatible behavior. [music-soundfont] desc = Filename of the DLS/SF2 soundfont file to be used with MIDI playback (if supported by audio plugin). [music-source] desc = Preferred music source: 0=Original MUS, 1=External files, 2=CD. [music-volume] desc = Music volume (0-255). [net-dev] desc = Network development mode. [net-ip-address] desc = TCP/IP address for searching servers. [net-ip-port] desc = TCP port to use for control connections. [net-name] desc = Your name in multiplayer games. [net-nosleep] desc = 1=Don't sleep while waiting for tics. [net-queue-show] desc = Monitor send queue. [refresh-rate-maximum] desc = Maximum limit for the frame rate (default: 200). [reject-build] desc = Automatically generate reject data when necessary, 0=Never, 1=When needed, 2=Always. [rend-bias-grid-blocksize] desc = Size of a grid block in the light grid (default: 31). [rend-bias-grid-debug-size] desc = Size of a grid block in the light grid debug display. [rend-bias-grid-debug] desc = 1=Show the light grid (for debugging). [rend-bias-grid-multisample] desc = Sector to grid block, conversion accuracy multiplier. [rend-bias-grid] desc = 1=Smooth sector lighting is enabled. [rend-bias-lightspeed] desc = Milliseconds it takes for light changes to become effective. [rend-bias-max] desc = Sector lightlevel that retains its normal color. [rend-bias-min] desc = Sector lightlevel that is biased completely to zero. [rend-bias] desc = 1=Enable the experimental shadow bias test setup. [rend-bloom-complexity] desc = 0=One-pass bloom (faster). 1=Two-pass bloom (more realistic). [rend-bloom-dispersion] desc = Determines how much the bloom filter spreads out color values when blurring (1.0=normal). [rend-bloom-intensity] desc = Output intensity for the bloom filter. [rend-bloom-threshold] desc = Input threshold for bloom: pixels darker than this will not be affected by bloom (range: 0...1). [rend-bloom] desc = 1=Enable the bloom filter for frame post-processing. Bloom makes bright areas of the frame glow more intensely. [rend-camera-fov] desc = Field of view. [rend-camera-smooth] desc = 1=Filter camera movement between game tics (OBSOLETE). [rend-dev-bias-affected] desc = 1=Keep track which sources affect which surfaces. [rend-dev-bias-sight] desc = 1=Enable the use of line-of-sight checking with shadow bias. [rend-dev-blockmap-size] desc = Scale multiplier for the blockmap debug display. [rend-dev-blockmap] desc = Enable drawing of the blockmap debug display: 1=Mobjs, 2=Lines, 3=BspLeafs, 4=Polyobjs. [rend-dev-cull-leafs] desc = 1=Disable non-visible bsp leaf culling. [rend-dev-fakeradio-update] desc = 1=Enable updating of the shadow edges used with simulated radiosity. [rend-dev-framecount] desc = Frame counter. [rend-dev-freeze] desc = 1=Stop updating rendering lists. [rend-dev-generator-show-indices] desc = 1=Display particle generator indices. [rend-dev-light-mod] desc = Show the light-level mod range. [rend-dev-lums] desc = 1=Display lumobj debug display. [rend-dev-mobj-bbox] desc = 1=Render mobj bounding boxes (as used for collision detection). [rend-dev-mobj-show-vlights] desc = 1=Render mobj vlight vectors (for debug). [rend-dev-nosprite] desc = 1=Disable drawing of all sprites and masked walls. [rend-dev-polyobj-bbox] desc = 1=Render polyobj bounding boxes. [rend-dev-sector-show-indices] desc = 1=Enable drawing of sector indices, for debug. [rend-dev-sky-always] desc = 1=Always render the sky, even if there are no sky surfaces visible. [rend-dev-sky] desc = 1=Render the sky as a solid surface. [rend-dev-soundorigins] desc = 3-bit bitfield. Show sound origins (for debug): 0x1=Sector, 0x2=Plane, 0x4=Side. [rend-dev-surface-show-vectors] desc = 3-bit bitfield. Show surface tangent-space vectors (red:tangent, green:bitangent, blue:normal). [rend-dev-tex-showfix] desc = 1=Render the missing texture instead of fixing with a suitable game texture. [rend-dev-vertex-show-bars] desc = 1=Enable drawing of vertex z axis bars, for debug. [rend-dev-vertex-show-indices] desc = 1=Enable drawing of vertex indices, for debug. [rend-dev-wireframe] desc = 1=Render player view in wireframe mode. 2=Also render UI and text as wireframes. [rend-fakeradio-darkness] desc = Darkness of simulated radiosity shadows. [rend-fakeradio] desc = 1=Enable simulated radiosity lighting. 2=Process without rendering. [rend-finale-stretch] desc = Fixed aspect ratio finale stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [rend-fog-default] desc = Default fog mode: 0=linear, 1=exp, 2=exp2. [rend-glow-height] desc = Max height of wall glow (default: 100). [rend-glow-scale] desc = A multiplier for glow height (default: 1). [rend-glow-wall] desc = 1=Render glow on walls. [rend-glow] desc = Glow strength factor (default: 1). [rend-halo-bright] desc = Halo/flare brightness. [rend-halo-dim-far] desc = Halo dimming relative end distance. [rend-halo-dim-near] desc = Halo dimming relative start distance. [rend-halo-fade-far] desc = Distance at which halos are no longer visible. [rend-halo-fade-near] desc = Distance to begin fading halos. [rend-halo-occlusion] desc = Rate at which occluded halos fade. [rend-halo-radius-min] desc = Minimum halo radius. [rend-halo-realistic] desc = 1=Use more realistic halo effects. [rend-halo-secondary-limit] desc = Minimum halo size. [rend-halo-size] desc = Size of halos. [rend-halo-zmag-div] desc = Halo Z magnification. [rend-halo] desc = Number of flares to draw per light. [rend-hud-fov-shift] desc = When FOV > 90 player weapon is shifted downward. [rend-hud-offset-scale] desc = Scaling of player weapon (x,y) offset. [rend-hud-stretch] desc = Fixed aspect ratio player weapon stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [rend-info-frametime] desc = 1=Print frame time offsets. [rend-info-lums] desc = 1=Print lumobj count after rendering a frame. [rend-info-rendpolys] desc = 1=Print rendpoly pool state after rendering a frame. [rend-info-tris] desc = 1=Print triangle count after rendering a frame. [rend-light-ambient] desc = Ambient light level. [rend-light-attenuation] desc = Maximum light attentuation distance, in map units (default: 1024). [rend-light-blend] desc = Dynamic lights color blending mode: 0=normal, 1=additive, 2=no blending. [rend-light-bright] desc = Intensity factor for dynamic lights. [rend-light-compression] desc = Sector light range compression (brighten dark areas / darken light areas). [rend-light-decor-angle] desc = Reduce brightness if surface/view angle too steep. [rend-light-decor-bright] desc = Brightness of light decorations. [rend-light-decor-far] desc = Maximum distance at which light decorations are visible. [rend-light-decor] desc = 1=Enable surface light decorations. [rend-light-fog-bright] desc = Brightness of dynamic lights when fog is enabled. [rend-light-multitex] desc = 1=Use multitexturing when rendering dynamic lights. [rend-light-num] desc = The maximum number of dynamic lights. 0=no limit. [rend-light-radius-max] desc = Maximum radius of dynamic lights (default: 128). [rend-light-radius-min-bias] desc = Minimum dynamic light radius to convert to BIAS light source. [rend-light-radius-scale] desc = A multiplier for dynlight radii (default: 1). [rend-light-sky-auto] desc = 1=Enable automatic calculation of the sky light color. [rend-light-sky] desc = Sky light color blending factor for sky sectors (off: 0, default: .2). [rend-light-wall-angle-smooth] desc = 1=Enable smoothing of angle-based wall lighting. [rend-light-wall-angle] desc = Intensity of angle-based wall lighting delta. [rend-light] desc = 1=Render dynamic lights. 2=Process without rendering. [rend-map-material-precache] desc = 1=Precache materials during map setup. [rend-mobj-light-auto] desc = 1=Enable automatically calculated lights on mobjs. [rend-mobj-smooth-move] desc = 1=Use short-range visual offsets for models. 2=Use SRVO for sprites, too (unjags actor movement). [rend-mobj-smooth-turn] desc = 1=Use separate visual angle for mobjs (unjag actors). [rend-model-aspect] desc = Scale for MD2 z-axis when model is loaded. [rend-model-distance] desc = Farther than this models revert back to sprites. [rend-model-inter] desc = 1=Interpolate frames. [rend-model-lights] desc = Maximum number of light sources on models. [rend-model-lod] desc = Custom level of detail factor. 0=LOD disabled, 1=normal. [rend-model-mirror-hud] desc = 1=Mirror HUD weapon models. [rend-model-precache] desc = 1=Precache 3D models at level setup (slow). [rend-model-shiny-multitex] desc = 1=Enable multitexturing with shiny model skins. [rend-model-shiny-strength] desc = General strength of model shininess effects. [rend-model-spin-speed] desc = Speed of model spinning, 1=normal. [rend-model] desc = Render using 3D models when possible. [rend-particle-diffuse] desc = Diffuse factor for particles near the camera. [rend-particle-max] desc = Maximum number of particles to render. 0=no limit. [rend-particle-rate] desc = Particle spawn rate multiplier (default: 1). [rend-particle-visible-near] desc = Minimum visible distance for a particle. [rend-particle] desc = 1=Render particle effects. [rend-shadow-darkness] desc = Darkness factor for object shadows. [rend-shadow-far] desc = Maximum distance where shadows are visible. [rend-shadow-radius-max] desc = Maximum radius of object shadows. [rend-shadow] desc = 1=Render shadows under objects. [rend-sky-detail] desc = Number of sky sphere quadrant subdivisions. [rend-sky-distance] desc = Sky sphere radius. [rend-sky-rows] desc = Number of sky sphere rows. [rend-sprite-align-angle] desc = Maximum angle for slanted sprites (spralign 2). [rend-sprite-align] desc = 1=Always align sprites with the view plane. 2=Align to camera, unless slant > r_maxSpriteAngle. [rend-sprite-alpha] desc = 1=Enable variable translucency on sprites. [rend-sprite-blend] desc = 1=Use additive blending for sprites. [rend-sprite-lights] desc = Maximum number of light sources on sprites. [rend-sprite-mode] desc = 1=Draw sprites and masked walls with hard edges. [rend-sprite-noz] desc = 1=Don't write sprites in the Z buffer. [rend-sprite-precache] desc = 1=Precache sprites during map setup (slow). [rend-tex-anim-smooth] desc = 1=Enable interpolated texture animation. [rend-tex-detail-multitex] desc = 1=Use multitexturing when rendering detail textures. [rend-tex-detail-scale] desc = Global detail texture factor. [rend-tex-detail-strength] desc = Global detail texture strength factor. [rend-tex-detail] desc = 1=Render with detail textures. [rend-tex-external-always] desc = 1=Always use external texture resources (overrides -pwadtex). [rend-tex-filter-anisotropic] desc = Default level of anisotropic texture filtering -1=Best available, 0=Off, 1=2x, 2=4x, 3=8x, 4=16x. [rend-tex-filter-mag] desc = 1=Use bilinear filtering for texture magnification. [rend-tex-filter-smart] desc = 1=Use hq2x-filtering on all textures. [rend-tex-filter-sprite] desc = 1=Render smooth sprites. [rend-tex-filter-ui] desc = 1=User interface uses linear interpolation. [rend-tex-gamma] desc = Texture gamma correction factor. [rend-tex-mipmap] desc = The mipmapping mode for textures. [rend-tex-quality] desc = The quality of textures (0-8). [rend-tex-shiny] desc = 1=Enable shiny textures on surfaces of the map. [rend-tex] desc = 1=Render with textures. 2=Render with gray texture. [server-frame-interval] desc = Minimum number of tics between sent frames. [server-info] desc = The description given of this computer if it's a server. [server-latencies] desc = Show client latencies. [server-name] desc = The name of this computer if it's a server. [server-password] desc = Password for remote login. inf = Password that shell users must know in order to connect to the server. Applicable only to shell users; regular clients wishing to join the game do not need the password.\nNOTE! Public servers must have a password to be accepted by the master server. [server-player-limit] desc = Maximum number of players on the server. [server-public] desc = 1=Send info to master server. [sound-16bit] desc = 1=16-bit sound effects/resampling. [sound-3d] desc = 1=Play sound effects in 3D. [sound-info] desc = 1=Show sound debug information. [sound-overlap-stop] desc = 1=Only allow one sound per emitter object (as in traditional Doom). [sound-rate] desc = Sound effects sample rate (11025, 22050, 44100). [sound-reverb-volume] desc = Reverb effects general volume (0=disable). [sound-volume] desc = Sound effects volume (0-255). [ui-cursor-height] desc = Mouse cursor height. [ui-cursor-width] desc = Mouse cursor width. [ui-panel-help] desc = 1=Enable help window in Control Panel. [ui-panel-tips] desc = 1=Show help indicators in Control Panel. [vid-bpp] desc = Default color depth (bits per pixel), 16 or 32. [vid-bright] desc = Display brightness: -1=dark, 0=normal, 1=light. [vid-contrast] desc = Display contrast: 1=normal. [vid-fullscreen] desc = 1=Default to fullscreen. [vid-gamma] desc = Display gamma correction factor: 1=normal. [vid-res-x] desc = Default resolution (X). [vid-res-y] desc = Default resolution (Y). # Control Panel help strings # # Video # [Gamma correction] cvar = vid-gamma def = 1.0 desc = Smaller values result in a darker picture. In order for this setting to work your display adapter must support color adjustments. You should lower the gamma correction value until dark areas in maps become sufficiently dark. Note that with some monitors different resolutions require different gamma correction levels.\bUse the -noramp option to disable all color adjustments. [Display contrast] cvar = vid-contrast def = 1.0 desc = Modifies the steepness of the gamma ramp. Values greater than 1.0 result in a more colorful picture but since the colors are clamped, some are lost in both the bright and dark ends of the ramp. Values less than 1.0 fade the picture towards gray. In order for this setting to work your display adapter must support color adjustments.\bUse the -noramp option to disable all color adjustments. [Display brightness] cvar = vid-bright def = 0.0 desc = Applies an offset to the gamma ramp. Positive values make the picture lighter, negative ones darker. For the best results, use a small positive brightness value with dark gamma and slightly increased contrast. In order for this setting to work your display adapter must support color adjustments.\bUse the -noramp option to disable all color adjustments. # # Audio # [Preferred music source] cvar = music-source def = External files desc = There can be a WAD lump, external file and a CD track associated with each song. This setting controls which of these resources is actually played when the song is started. If the selected resource is not available, one that is will be chosen instead. [16-bit sound effects] cvar = sound-16bit def = No desc = When this setting is activated, 8-bit sounds are converted to 16-bit before playing. In order for this to be effective you must also choose a sample rate higher than 11025 Hz. [Sound effects sample rate] cvar = sound-rate def = 11025 Hz desc = The minimum sample rate for all sound effects. Samples with a smaller rate will be resampled to this rate before playing. To increase the quality of the resampling, activate the 16-bit sound effects option. [Show status of channels] cvar = sound-info def = No desc = The status of all sound channels is drawn on screen. This is intended for debugging. The displayed information consists of sample cache size, channel flags, volume, frequency, latest start time, cursor positions, buffer flags and sample information.\bO = Origin\nA = Attenuated\nE = Emitter\n3 = 3D\nP = Playing\nR = Repeat\nL = Reload # # Graphics # [Field Of View angle] cvar = rend-camera-fov def = 90 desc = Adjust the camera's Field Of View angle according to your monitor configuration. If you have a large monitor and view it close by, using a larger FOV angle (around 100 degrees) will result in a more natural game view. With small monitors it's best to stick to 90 degrees or else the fish eye effect may become distracting. [Sky sphere radius] cvar = rend-sky-distance def = 1600 desc = The sky is composed of two capped hemispheres rendered around the camera location. The sky sphere radius is the radius of these hemispheres. The primary purpose of this setting is to determine how large an impact fog has on the sky. Larger radii will result in a sky with heavier fog. [Shadow visible distance] cvar = rend-shadow-far def = 1000 desc = Maximum distance at which shadows under objects are visible. If the object is farther than this, no shadow will be drawn. Since the shadows are extremely simple, posing little fear of performance loss, it's safe to increase this value as needed. # # Graphics: Lights # [Blending mode] cvar = rend-light-blend def = Multiply desc = The method used to draw dynamic lights. In the Multiply mode, color from dynamic lights is multiplied with the underlying surface pixels. This allows dark areas to be correctly lit up by the lights. The Add mode is faster but doesn't look as realistic.\bThe third mode, Process wo/rendering, is for debugging. In it, all dynamic light polygons are calculated but none are rendered. [Dynamic light radius factor] cvar = rend-light-radius-scale def = 3 desc = The radius of all dynamic lights is multiplied by this factor. Lights are never larger than the Maximum dynamic light radius, though. [Maximum dynamic light radius] cvar = rend-light-radius-max def = 256 desc = The maximum radius a dynamic light can have. This is just a limit: to make the lights larger, you also need to increase the Dynamic light radius factor. [Light range compression] cvar = rend-light-compression def = 0 desc = Sector light range compression. Positive values will brighten dark areas while negative values will darken light areas of the map. [Floor/ceiling glow on walls] cvar = rend-glow-wall def = Yes desc = Glowing floor and ceiling textures will cast a dynamic light on surrounding walls. # # Graphics: Halos # [Number of flares per halo] cvar = rend-halo def = 5 desc = Maximum number of lens flares originating from a luminous object. To disable lens flares, set this to None (zero). [Use realistic halos] cvar = rend-halo-realistic def = Yes desc = When enabled, halos are rendered in a more true-to-life way. This also means that secondary lens flares are disabled. [Occlusion fade speed] cvar = rend-halo-occlusion def = 48 desc = The rate at which a halo changes state from "visible" to "occluded" and vice versa. A small fade speed results in halos that appear and disappear softly, but are visible through walls for a short while before disappearing. [Flare visibility limitation] cvar = rend-halo-secondary-limit def = 1 desc = Controls when secondary lens flares become visible. They are only visible when the light source is close enough to the camera. The larger the number, the farther away secondary flares are visible. [Z magnification divisor] cvar = rend-halo-zmag-div def = 100 desc = The higher the number, the smaller lens flares become when the source is far away. Normally halos grow slightly larger as they move away from the camera. # # Graphics: Textures # [Texture quality] cvar = rend-tex-quality def = 8 desc = Depending on your system configuration, some textures must be resized so that their dimensions are powers of two. In these instances, this setting controls whether the higher or smaller matching power of two is chosen. At quality zero, all textures are reduced in size, to match the largest power of two smaller than the original size. At quality 8, the resizing is always done upwards. [Smart texture filtering] cvar = rend-tex-filter-smart def = No desc = When enabled the hq2x texture filtering algorithm is used to enlarge all textures as opposed to linear scaling. [Bilinear filtering] desc = Controls which class(es) of graphics receive bilinear filtering. Disabling bilinear filtering results in "pixelated" textures when up close. [Anisotropic filtering] cvar = rend-tex-filter-anisotropic def = Best desc = When textures are drawn onto surfaces at high angles compared to the camera, bluring is introduced which reduces the overall quality of the visual. Anisotropic filtering can be used to help reduce this bluring. Sample multiplier: 0=Disabled, 1=2x, 2=4x, 3=8x, 4=16x. # # Graphics: Objects # [3D model visibility limit] cvar = rend-model-distance def = 1500 desc = Objects farther than this will never be rendered as 3D models. [Align sprites to...] cvar = rend-sprite-align def = Camera desc = This setting controls which direction sprites face. Aligning to camera means the sprites are always upright (to make them appear more 3D) but they will turn to face the camera coordinates. Aligning to view plane resembles the way the sprites were drawn in software. The "limited" options restrict how much the sprite can tilt vertically. [LOD level zero distance] cvar = rend-model-lod def = 256 desc = The distance where LOD level zero becomes LOD level one. Only affects 3D models that have Level Of Detail information (DMDs). # # Graphics: Particles # [Near diffusion factor] cvar = rend-particle-diffuse def = 4 desc = Particles may cause excessive overdraw if many are visible just in front of the camera. This setting makes large particles near the camera more transparent and ultimately invisible. The larger the diffuse factor, the smaller particles will be affected. The end result is that particles will not be visible near the camera. Increase the setting if framerate drops alarmingly when in smoke. [Near clip distance] cvar = rend-particle-visible-near def = Disabled desc = Particles that are closer to the camera than this are not drawn at all. # # Network # [Cl-to-sv pos transmit tics] cvar = client-pos-interval def = 10 desc = The client periodically sends its coordinates to the server in order to keep it synchronized with the player position the client perceives as correct. The interval between the coordinate transmissions as a number of 35 Hz tics. Use a larger interval with low-bandwidth connections (can lead to more warping, though). [Server login password] cvar = server-password desc = If a client wishes to make a remote console connection to the server it must specify this password. If the password is empty, clients can issue console commands on the server without specifying a password. Clients use the "login" and "logout" commands to begin and end a remote connection. [Frame interval tics] cvar = server-frame-interval def = 1 desc = Number of 35 Hz ticks between frames sent to clients. Only for the server. Small intervals require more bandwidth but result in smoother animation and other world events. Use larger intervals (2..5) with low-bandwidth connections. # # Console # [Silent console variables] cvar = con-var-silent def = No desc = Normally when the value of a console variable is changed, its name and the new value get printed in the console. If the variables are silent, this will not happen and the value can be changed without anything being printed as a confirmation. [Command completion with Tab] cvar = con-completion def = List with values desc = The Tab key is used to complete words in the console. The console knows how to complete command, variable and alias names. The completion can work in two ways. In the "List with values" mode, pressing Tab will complete the unambiguous part of the word and print a list of possible completions. Variables will be printed with their values. In the "Cycle" mode, Tab is used to cycle through all the choices. doomsday-1.14.5/doomsday/client/scripts/0000775000175000017500000000000012350542237017474 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/scripts/mac/0000775000175000017500000000000012350542237020234 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/scripts/mac/sv-start.sh0000775000175000017500000000071112350542237022355 0ustar jaakkojaakko#!/bin/sh RUNDIR=`pwd`/server-runtime mkdir -p $RUNDIR if [ "$1" == "doom" ] then commonstart.sh jDoom Doom -server -dedicated -userdir $RUNDIR fi if [ "$1" == "doom2" ] then commonstart.sh jDoom Doom2 -server -dedicated -userdir $RUNDIR fi if [ "$1" == "heretic" ] then commonstart.sh jHeretic Heretic -server -dedicated -userdir $RUNDIR fi if [ "$1" == "hexen" ] then commonstart.sh jHexen Hexen -server -dedicated -userdir $RUNDIR fi doomsday-1.14.5/doomsday/client/scripts/mac/cl-start.sh0000775000175000017500000000071112350542237022323 0ustar jaakkojaakko#!/bin/sh RUNDIR=`pwd`/client-runtime mkdir -p $RUNDIR if [ "$1" == "doom" ] then commonstart.sh jDoom Doom -userdir $RUNDIR -connect localhost fi if [ "$1" == "doom2" ] then commonstart.sh jDoom Doom2 -userdir $RUNDIR -connect localhost fi if [ "$1" == "heretic" ] then commonstart.sh jHeretic Heretic -userdir $RUNDIR -connect localhost fi if [ "$1" == "hexen" ] then commonstart.sh jHexen Hexen -userdir $RUNDIR -connect localhost fi doomsday-1.14.5/doomsday/client/scripts/mac/commonstart.sh0000775000175000017500000000075012350542237023143 0ustar jaakkojaakko#!/bin/sh IWADDIR="/Users/jaakko/Dropbox/IWADs" CFGDIR="/Users/jaakko" # Use Guard Malloc for debugging. export DYLD_INSERT_LIBRARIES="/usr/lib/libgmalloc.dylib" DEBUGGER="gdb --args" GAME=$1 IWAD=$2 ROPTS="-file ../../doomsday.pk3 ../../${GAME}.pk3" $DEBUGGER Doomsday.app/Contents/MacOS/Doomsday -appdir . -game ${GAME}.bundle -iwad $IWADDIR/${IWAD}.wad -basedir Doomsday.app/Contents/Resources -wh 800 600 -wnd -nomouse -nomusic $ROPTS -cparse $CFGDIR/util.cfg $3 $4 $5 $6 $7 $8 $9 doomsday-1.14.5/doomsday/client/client.pro0000664000175000017500000006721512350542237020020 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson TEMPLATE = app win32|macx: TARGET = Doomsday else: TARGET = doomsday # Build Configuration -------------------------------------------------------- include(../config.pri) VERSION = $$DENG_VERSION echo(Doomsday Client $${DENG_VERSION}.) # Some messy old code here: *-g++*|*-gcc*|*-clang* { QMAKE_CXXFLAGS_WARN_ON += \ -Wno-missing-field-initializers \ -Wno-unused-parameter \ -Wno-missing-braces } # External Dependencies ------------------------------------------------------ CONFIG += deng_qtgui deng_qtopengl include(../dep_sdl.pri) include(../dep_opengl.pri) include(../dep_zlib.pri) include(../dep_lzss.pri) win32 { include(../dep_directx.pri) } include(../dep_deng2.pri) include(../dep_deng1.pri) include(../dep_shell.pri) include(../dep_gui.pri) include(../dep_appfw.pri) # Definitions ---------------------------------------------------------------- DEFINES += __DOOMSDAY__ __CLIENT__ !isEmpty(DENG_BUILD) { !win32: echo(Build number: $$DENG_BUILD) DEFINES += DOOMSDAY_BUILD_TEXT=\\\"$$DENG_BUILD\\\" } else { !win32: echo(DENG_BUILD is not defined.) } # Linking -------------------------------------------------------------------- win32 { RC_FILE = res/windows/doomsday.rc OTHER_FILES += $$RC_FILE QMAKE_LFLAGS += /NODEFAULTLIB:libcmt LIBS += -lkernel32 -lgdi32 -lole32 -luser32 -lwsock32 -lopengl32 } else:macx { useFramework(Cocoa) useFramework(QTKit) } else { # Generic Unix. !freebsd-*: LIBS += -ldl } # Source Files --------------------------------------------------------------- DENG_API_HEADERS = \ $$DENG_API_DIR/apis.h \ $$DENG_API_DIR/api_audiod.h \ $$DENG_API_DIR/api_audiod_mus.h \ $$DENG_API_DIR/api_audiod_sfx.h \ $$DENG_API_DIR/api_base.h \ $$DENG_API_DIR/api_busy.h \ $$DENG_API_DIR/api_client.h \ $$DENG_API_DIR/api_console.h \ $$DENG_API_DIR/api_def.h \ $$DENG_API_DIR/api_event.h \ $$DENG_API_DIR/api_infine.h \ $$DENG_API_DIR/api_internaldata.h \ $$DENG_API_DIR/api_filesys.h \ $$DENG_API_DIR/api_fontrender.h \ $$DENG_API_DIR/api_gameexport.h \ $$DENG_API_DIR/api_gl.h \ $$DENG_API_DIR/api_material.h \ $$DENG_API_DIR/api_materialarchive.h \ $$DENG_API_DIR/api_map.h \ $$DENG_API_DIR/api_mapedit.h \ $$DENG_API_DIR/api_player.h \ $$DENG_API_DIR/api_plugin.h \ $$DENG_API_DIR/api_render.h \ $$DENG_API_DIR/api_resource.h \ $$DENG_API_DIR/api_resourceclass.h \ $$DENG_API_DIR/api_sound.h \ $$DENG_API_DIR/api_svg.h \ $$DENG_API_DIR/api_thinker.h \ $$DENG_API_DIR/api_uri.h \ $$DENG_API_DIR/api_wad.h \ $$DENG_API_DIR/dd_share.h \ $$DENG_API_DIR/dd_types.h \ $$DENG_API_DIR/dd_version.h \ $$DENG_API_DIR/def_share.h \ $$DENG_API_DIR/dengproject.h \ $$DENG_API_DIR/doomsday.h # Convenience headers. DENG_CONVENIENCE_HEADERS += \ include/AbstractFont \ include/BiasDigest \ include/BiasIllum \ include/BiasSource \ include/BiasSurface \ include/BiasTracker \ include/BitmapFont \ include/BspLeaf \ include/BspNode \ include/CommandAction \ include/CompositeBitmapFont \ include/Contact \ include/ContactSpreader \ include/Decoration \ include/DrawList \ include/DrawLists \ include/EntityDatabase \ include/Face \ include/FontManifest \ include/FontScheme \ include/Game \ include/Games \ include/Generator \ include/Grabbable \ include/Hand \ include/HEdge \ include/HueCircle \ include/HueCircleVisual \ include/IHPlane \ include/Interceptor \ include/LightDecoration \ include/Line \ include/Lumobj \ include/MapElement \ include/MapObject \ include/Material \ include/MaterialArchive \ include/MaterialContext \ include/MaterialManifest \ include/MaterialScheme \ include/MaterialSnapshot \ include/MaterialVariantSpec \ include/Mesh \ include/Model \ include/ModelDef \ include/Plane \ include/Polyobj \ include/Sector \ include/SectorCluster \ include/SettingsRegister \ include/SkyFixEdge \ include/Sprite \ include/Surface \ include/SurfaceDecorator \ include/Texture \ include/TextureManifest \ include/TextureScheme \ include/TextureVariantSpec \ include/TriangleStripBuilder \ include/Vertex \ include/WallEdge \ include/WallSpec \ include/WidgetActions # Private headers. DENG_HEADERS += \ $$DENG_CONVENIENCE_HEADERS \ include/alertmask.h \ include/audio/audiodriver.h \ include/audio/audiodriver_music.h \ include/audio/m_mus2midi.h \ include/audio/s_cache.h \ include/audio/s_environ.h \ include/audio/s_logic.h \ include/audio/s_main.h \ include/audio/s_mus.h \ include/audio/s_sfx.h \ include/audio/s_wav.h \ include/audio/sys_audio.h \ include/audio/sys_audiod_dummy.h \ include/busymode.h \ include/client/cl_def.h \ include/client/cl_frame.h \ include/client/cl_infine.h \ include/client/cl_mobj.h \ include/client/cl_player.h \ include/client/cl_sound.h \ include/client/cl_world.h \ include/client/clmobjhash.h \ include/client/clplanemover.h \ include/client/clpolymover.h \ include/clientapp.h \ include/color.h \ include/con_bar.h \ include/con_config.h \ include/con_main.h \ include/dd_def.h \ include/dd_help.h \ include/dd_loop.h \ include/dd_main.h \ include/dd_pinit.h \ include/de_audio.h \ include/de_base.h \ include/de_console.h \ include/de_defs.h \ include/de_edit.h \ include/de_filesys.h \ include/de_graphics.h \ include/de_infine.h \ include/de_misc.h \ include/de_network.h \ include/de_platform.h \ include/de_play.h \ include/de_render.h \ include/de_resource.h \ include/de_system.h \ include/de_ui.h \ include/def_data.h \ include/def_main.h \ include/dualstring.h \ include/edit_bias.h \ include/edit_map.h \ include/face.h \ include/filehandle.h \ include/filesys/file.h \ include/filesys/filehandlebuilder.h \ include/filesys/fileinfo.h \ include/filesys/fs_main.h \ include/filesys/fs_util.h \ include/filesys/lumpindex.h \ include/filesys/manifest.h \ include/filesys/searchpath.h \ include/filesys/sys_direc.h \ include/filetype.h \ include/game.h \ include/games.h \ include/gl/gl_defer.h \ include/gl/gl_deferredapi.h \ include/gl/gl_draw.h \ include/gl/gl_main.h \ include/gl/gl_tex.h \ include/gl/gl_texmanager.h \ include/gl/gltextureunit.h \ include/gl/svg.h \ include/gl/sys_opengl.h \ include/gl/texturecontent.h \ include/hedge.h \ include/ihplane.h \ include/library.h \ include/m_decomp64.h \ include/m_misc.h \ include/m_nodepile.h \ include/m_profiler.h \ include/mesh.h \ include/network/masterserver.h \ include/network/monitor.h \ include/network/net_buf.h \ include/network/net_demo.h \ include/network/net_event.h \ include/network/net_main.h \ include/network/net_msg.h \ include/network/protocol.h \ include/network/serverlink.h \ include/network/sys_network.h \ include/partition.h \ include/r_util.h \ include/render/biasdigest.h \ include/render/biasillum.h \ include/render/biassource.h \ include/render/biassurface.h \ include/render/biastracker.h \ include/render/billboard.h \ include/render/blockmapvisual.h \ include/render/cameralensfx.h \ include/render/consoleeffect.h \ include/render/decoration.h \ include/render/drawlist.h \ include/render/drawlists.h \ include/render/fx/bloom.h \ include/render/fx/colorfilter.h \ include/render/fx/lensflares.h \ include/render/fx/postprocessing.h \ include/render/fx/vignette.h \ include/render/huecirclevisual.h \ include/render/ilightsource.h \ include/render/lightdecoration.h \ include/render/lightgrid.h \ include/render/lumobj.h \ include/render/materialcontext.h \ include/render/projector.h \ include/render/r_draw.h \ include/render/r_main.h \ include/render/r_things.h \ include/render/rend_clip.h \ include/render/rend_dynlight.h \ include/render/rend_fakeradio.h \ include/render/rend_font.h \ include/render/rend_halo.h \ include/render/rend_main.h \ include/render/rend_model.h \ include/render/rend_particle.h \ include/render/rend_shadow.h \ include/render/rendpoly.h \ include/render/rendersystem.h \ include/render/shadowedge.h \ include/render/sky.h \ include/render/skyfixedge.h \ include/render/surfacedecorator.h \ include/render/trianglestripbuilder.h \ include/render/viewports.h \ include/render/vissprite.h \ include/render/vlight.h \ include/render/vr.h \ include/render/walledge.h \ include/render/wallspec.h \ include/resource/abstractfont.h \ include/resource/animgroup.h \ include/resource/bitmapfont.h \ include/resource/colorpalette.h \ include/resource/compositebitmapfont.h \ include/resource/compositetexture.h \ include/resource/fontmanifest.h \ include/resource/fontscheme.h \ include/resource/hq2x.h \ include/resource/image.h \ include/resource/lumpcache.h \ include/resource/material.h \ include/resource/materialarchive.h \ include/resource/materialmanifest.h \ include/resource/materialscheme.h \ include/resource/materialsnapshot.h \ include/resource/materialvariantspec.h \ include/resource/model.h \ include/resource/modeldef.h \ include/resource/patch.h \ include/resource/patchname.h \ include/resource/pcx.h \ include/resource/rawtexture.h \ include/resource/resourcesystem.h \ include/resource/sprite.h \ include/resource/texture.h \ include/resource/texturemanifest.h \ include/resource/texturescheme.h \ include/resource/texturevariantspec.h \ include/resource/tga.h \ include/resource/wad.h \ include/resource/zip.h \ include/resourceclass.h \ include/settingsregister.h \ include/sys_system.h \ include/tab_anorms.h \ include/ui/b_command.h \ include/ui/b_context.h \ include/ui/b_device.h \ include/ui/b_main.h \ include/ui/b_util.h \ include/ui/busyvisual.h \ include/ui/clientrootwidget.h \ include/ui/clientwindow.h \ include/ui/clientwindowsystem.h \ include/ui/commandaction.h \ include/ui/dd_input.h \ include/ui/dd_ui.h \ include/ui/dialogs/aboutdialog.h \ include/ui/dialogs/alertdialog.h \ include/ui/dialogs/audiosettingsdialog.h \ include/ui/dialogs/coloradjustmentdialog.h \ include/ui/dialogs/gamesdialog.h \ include/ui/dialogs/inputsettingsdialog.h \ include/ui/dialogs/logsettingsdialog.h \ include/ui/dialogs/manualconnectiondialog.h \ include/ui/dialogs/networksettingsdialog.h \ include/ui/dialogs/renderersettingsdialog.h \ include/ui/dialogs/videosettingsdialog.h \ include/ui/dialogs/vrsettingsdialog.h \ include/ui/editors/rendererappearanceeditor.h \ include/ui/widgetactions.h \ include/ui/widgets/busywidget.h \ include/ui/widgets/consolecommandwidget.h \ include/ui/widgets/consolewidget.h \ include/ui/widgets/cvarchoicewidget.h \ include/ui/widgets/cvarlineeditwidget.h \ include/ui/widgets/cvarsliderwidget.h \ include/ui/widgets/cvartogglewidget.h \ include/ui/widgets/gamefilterwidget.h \ include/ui/widgets/gameselectionwidget.h \ include/ui/widgets/gamesessionwidget.h \ include/ui/widgets/gameuiwidget.h \ include/ui/widgets/gamewidget.h \ include/ui/widgets/icvarwidget.h \ include/ui/widgets/inputbindingwidget.h \ include/ui/widgets/keygrabberwidget.h \ include/ui/widgets/mpsessionmenuwidget.h \ include/ui/widgets/multiplayermenuwidget.h \ include/ui/widgets/profilepickerwidget.h \ include/ui/widgets/savedsessionmenuwidget.h \ include/ui/widgets/sessionmenuwidget.h \ include/ui/widgets/singleplayersessionmenuwidget.h \ include/ui/widgets/taskbarwidget.h \ include/ui/widgets/tutorialwidget.h \ include/ui/fi_main.h \ include/ui/finaleinterpreter.h \ include/ui/inputsystem.h \ include/ui/joystick.h \ include/ui/mouse_qt.h \ include/ui/nativeui.h \ include/ui/p_control.h \ include/ui/styledlogsinkformatter.h \ include/ui/sys_input.h \ include/ui/ui2_main.h \ include/ui/ui_main.h \ include/ui/zonedebug.h \ include/updater.h \ include/updater/downloaddialog.h \ include/updater/processcheckdialog.h \ include/updater/updateavailabledialog.h \ include/updater/updatersettings.h \ include/updater/updatersettingsdialog.h \ include/uri.hh \ include/versioninfo.h \ include/world/blockmap.h \ include/world/bsp/bsptreenode.h \ include/world/bsp/convexsubspace.h \ include/world/bsp/edgetip.h \ include/world/bsp/hplane.h \ include/world/bsp/linesegment.h \ include/world/bsp/partitioncost.h \ include/world/bsp/partitioner.h \ include/world/bsp/superblockmap.h \ include/world/bspleaf.h \ include/world/bspnode.h \ include/world/contact.h \ include/world/contactspreader.h \ include/world/dmuargs.h \ include/world/entitydatabase.h \ include/world/entitydef.h \ include/world/generator.h \ include/world/grabbable.h \ include/world/hand.h \ include/world/huecircle.h \ include/world/interceptor.h \ include/world/line.h \ include/world/lineblockmap.h \ include/world/lineowner.h \ include/world/linesighttest.h \ include/world/map.h \ include/world/mapelement.h \ include/world/mapobject.h \ include/world/maputil.h \ include/world/p_object.h \ include/world/p_players.h \ include/world/p_ticker.h \ include/world/plane.h \ include/world/polyobj.h \ include/world/propertyvalue.h \ include/world/reject.h \ include/world/sector.h \ include/world/sectorcluster.h \ include/world/surface.h \ include/world/thinkers.h \ include/world/vertex.h \ include/world/worldsystem.h INCLUDEPATH += \ $$DENG_INCLUDE_DIR \ $$DENG_API_DIR HEADERS += \ $$DENG_API_HEADERS \ $$DENG_HEADERS # Platform-specific sources. win32 { # Windows. HEADERS += \ $$DENG_WIN_INCLUDE_DIR/dd_winit.h \ $$DENG_WIN_INCLUDE_DIR/directinput.h \ $$DENG_WIN_INCLUDE_DIR/mouse_win32.h \ $$DENG_WIN_INCLUDE_DIR/resource.h INCLUDEPATH += $$DENG_WIN_INCLUDE_DIR SOURCES += \ src/windows/dd_winit.cpp \ src/windows/directinput.cpp \ src/windows/joystick_win32.cpp \ src/windows/mouse_win32.cpp } else:unix { # Common Unix (including Mac OS X). HEADERS += \ $$DENG_UNIX_INCLUDE_DIR/dd_uinit.h INCLUDEPATH += $$DENG_UNIX_INCLUDE_DIR SOURCES += \ src/unix/dd_uinit.cpp \ src/unix/joystick.cpp } macx { # Mac OS X only. HEADERS += \ $$DENG_MAC_INCLUDE_DIR/MusicPlayer.h OBJECTIVE_SOURCES += \ src/macx/MusicPlayer.mm INCLUDEPATH += $$DENG_MAC_INCLUDE_DIR } else:unix { # Unix (non-Mac) only. } # Platform-independent sources. SOURCES += \ src/alertmask.cpp \ src/api_uri.cpp \ src/audio/audiodriver.cpp \ src/audio/audiodriver_music.cpp \ src/audio/m_mus2midi.cpp \ src/audio/s_cache.cpp \ src/audio/s_environ.cpp \ src/audio/s_logic.cpp \ src/audio/s_main.cpp \ src/audio/s_mus.cpp \ src/audio/s_sfx.cpp \ src/audio/s_wav.cpp \ src/audio/sys_audiod_dummy.cpp \ src/busymode.cpp \ src/client/cl_frame.cpp \ src/client/cl_infine.cpp \ src/client/cl_main.cpp \ src/client/cl_mobj.cpp \ src/client/cl_player.cpp \ src/client/cl_sound.cpp \ src/client/cl_world.cpp \ src/client/clmobjhash.cpp \ src/client/clplanemover.cpp \ src/client/clpolymover.cpp \ src/clientapp.cpp \ src/color.cpp \ src/con_bar.cpp \ src/con_config.cpp \ src/con_data.cpp \ src/con_main.cpp \ src/dd_help.cpp \ src/dd_loop.cpp \ src/dd_main.cpp \ src/dd_pinit.cpp \ src/dd_plugin.cpp \ src/dd_wad.cpp \ src/def_data.cpp \ src/def_main.cpp \ src/def_read.cpp \ src/dualstring.cpp \ src/edit_bias.cpp \ src/face.cpp \ src/filesys/file.cpp \ src/filesys/filehandle.cpp \ src/filesys/fileid.cpp \ src/filesys/fs_main.cpp \ src/filesys/fs_scheme.cpp \ src/filesys/fs_util.cpp \ src/filesys/lumpindex.cpp \ src/filesys/manifest.cpp \ src/filesys/searchpath.cpp \ src/filesys/sys_direc.cpp \ src/game.cpp \ src/games.cpp \ src/gl/dgl_common.cpp \ src/gl/dgl_draw.cpp \ src/gl/gl_defer.cpp \ src/gl/gl_deferredapi.cpp \ src/gl/gl_draw.cpp \ src/gl/gl_drawvectorgraphic.cpp \ src/gl/gl_main.cpp \ src/gl/gl_tex.cpp \ src/gl/gl_texmanager.cpp \ src/gl/texturecontent.cpp \ src/gl/svg.cpp \ src/gl/sys_opengl.cpp \ src/hedge.cpp \ src/library.cpp \ src/m_decomp64.cpp \ src/m_misc.cpp \ src/m_nodepile.cpp \ src/main_client.cpp \ src/mesh.cpp \ src/network/masterserver.cpp \ src/network/monitor.cpp \ src/network/net_buf.cpp \ src/network/net_demo.cpp \ src/network/net_event.cpp \ src/network/net_main.cpp \ src/network/net_msg.cpp \ src/network/net_ping.cpp \ src/network/serverlink.cpp \ src/network/sys_network.cpp \ src/r_util.cpp \ src/render/api_render.cpp \ src/render/biasdigest.cpp \ src/render/biasillum.cpp \ src/render/biassource.cpp \ src/render/biassurface.cpp \ src/render/biastracker.cpp \ src/render/billboard.cpp \ src/render/blockmapvisual.cpp \ src/render/cameralensfx.cpp \ src/render/consoleeffect.cpp \ src/render/decoration.cpp \ src/render/drawlist.cpp \ src/render/drawlists.cpp \ src/render/fx/bloom.cpp \ src/render/fx/colorfilter.cpp \ src/render/fx/lensflares.cpp \ src/render/fx/postprocessing.cpp \ src/render/fx/vignette.cpp \ src/render/huecirclevisual.cpp \ src/render/lightdecoration.cpp \ src/render/lightgrid.cpp \ src/render/lumobj.cpp \ src/render/projector.cpp \ src/render/r_draw.cpp \ src/render/r_fakeradio.cpp \ src/render/r_main.cpp \ src/render/r_things.cpp \ src/render/rend_clip.cpp \ src/render/rend_dynlight.cpp \ src/render/rend_fakeradio.cpp \ src/render/rend_font.cpp \ src/render/rend_halo.cpp \ src/render/rend_main.cpp \ src/render/rend_model.cpp \ src/render/rend_particle.cpp \ src/render/rend_shadow.cpp \ src/render/rendpoly.cpp \ src/render/rendersystem.cpp \ src/render/shadowedge.cpp \ src/render/sky.cpp \ src/render/skyfixedge.cpp \ src/render/surfacedecorator.cpp \ src/render/trianglestripbuilder.cpp \ src/render/viewports.cpp \ src/render/vissprite.cpp \ src/render/vlight.cpp \ src/render/vr.cpp \ src/render/walledge.cpp \ src/render/wallspec.cpp \ src/resource/abstractfont.cpp \ src/resource/animgroup.cpp \ src/resource/api_material.cpp \ src/resource/api_resource.cpp \ src/resource/bitmapfont.cpp \ src/resource/colorpalette.cpp \ src/resource/compositebitmapfont.cpp \ src/resource/compositetexture.cpp \ src/resource/fontmanifest.cpp \ src/resource/fontscheme.cpp \ src/resource/hq2x.cpp \ src/resource/image.cpp \ src/resource/material.cpp \ src/resource/materialanimation.cpp \ src/resource/materialarchive.cpp \ src/resource/materialmanifest.cpp \ src/resource/materialscheme.cpp \ src/resource/materialsnapshot.cpp \ src/resource/materialvariant.cpp \ src/resource/model.cpp \ src/resource/patch.cpp \ src/resource/patchname.cpp \ src/resource/pcx.cpp \ src/resource/resourcesystem.cpp \ src/resource/sprite.cpp \ src/resource/texture.cpp \ src/resource/texturemanifest.cpp \ src/resource/texturescheme.cpp \ src/resource/texturevariant.cpp \ src/resource/tga.cpp \ src/resource/wad.cpp \ src/resource/zip.cpp \ src/settingsregister.cpp \ src/sys_system.cpp \ src/tab_tables.c \ src/ui/b_command.cpp \ src/ui/b_context.cpp \ src/ui/b_device.cpp \ src/ui/b_main.cpp \ src/ui/b_util.cpp \ src/ui/busyvisual.cpp \ src/ui/clientrootwidget.cpp \ src/ui/clientwindow.cpp \ src/ui/clientwindowsystem.cpp \ src/ui/commandaction.cpp \ src/ui/dd_input.cpp \ src/ui/dialogs/aboutdialog.cpp \ src/ui/dialogs/alertdialog.cpp \ src/ui/dialogs/audiosettingsdialog.cpp \ src/ui/dialogs/coloradjustmentdialog.cpp \ src/ui/dialogs/gamesdialog.cpp \ src/ui/dialogs/inputsettingsdialog.cpp \ src/ui/dialogs/logsettingsdialog.cpp \ src/ui/dialogs/manualconnectiondialog.cpp \ src/ui/dialogs/networksettingsdialog.cpp \ src/ui/dialogs/videosettingsdialog.cpp \ src/ui/dialogs/vrsettingsdialog.cpp \ src/ui/dialogs/renderersettingsdialog.cpp \ src/ui/editors/rendererappearanceeditor.cpp \ src/ui/fi_main.cpp \ src/ui/finaleinterpreter.cpp \ src/ui/inputsystem.cpp \ src/ui/mouse_qt.cpp \ src/ui/nativeui.cpp \ src/ui/p_control.cpp \ src/ui/styledlogsinkformatter.cpp \ src/ui/sys_input.cpp \ src/ui/ui2_main.cpp \ src/ui/ui_main.cpp \ src/ui/widgetactions.cpp \ src/ui/widgets/busywidget.cpp \ src/ui/widgets/consolecommandwidget.cpp \ src/ui/widgets/consolewidget.cpp \ src/ui/widgets/cvarchoicewidget.cpp \ src/ui/widgets/cvarlineeditwidget.cpp \ src/ui/widgets/cvarsliderwidget.cpp \ src/ui/widgets/cvartogglewidget.cpp \ src/ui/widgets/gamefilterwidget.cpp \ src/ui/widgets/gameselectionwidget.cpp \ src/ui/widgets/gamesessionwidget.cpp \ src/ui/widgets/gamewidget.cpp \ src/ui/widgets/gameuiwidget.cpp \ src/ui/widgets/inputbindingwidget.cpp \ src/ui/widgets/keygrabberwidget.cpp \ src/ui/widgets/multiplayermenuwidget.cpp \ src/ui/widgets/mpsessionmenuwidget.cpp \ src/ui/widgets/profilepickerwidget.cpp \ src/ui/widgets/savedsessionmenuwidget.cpp \ src/ui/widgets/sessionmenuwidget.cpp \ src/ui/widgets/singleplayersessionmenuwidget.cpp \ src/ui/widgets/taskbarwidget.cpp \ src/ui/widgets/tutorialwidget.cpp \ src/ui/zonedebug.cpp \ src/updater/downloaddialog.cpp \ src/updater/processcheckdialog.cpp \ src/updater/updateavailabledialog.cpp \ src/updater/updater.cpp \ src/updater/updatersettings.cpp \ src/updater/updatersettingsdialog.cpp \ src/uri.cpp \ src/world/api_map.cpp \ src/world/api_mapedit.cpp \ src/world/blockmap.cpp \ src/world/bsp/convexsubspace.cpp \ src/world/bsp/hplane.cpp \ src/world/bsp/linesegment.cpp \ src/world/bsp/partitioner.cpp \ src/world/bsp/superblockmap.cpp \ src/world/bspleaf.cpp \ src/world/bspnode.cpp \ src/world/contact.cpp \ src/world/contactspreader.cpp \ src/world/dmuargs.cpp \ src/world/entitydatabase.cpp \ src/world/entitydef.cpp \ src/world/generator.cpp \ src/world/grabbable.cpp \ src/world/hand.cpp \ src/world/huecircle.cpp \ src/world/interceptor.cpp \ src/world/line.cpp \ src/world/lineblockmap.cpp \ src/world/linesighttest.cpp \ src/world/map.cpp \ src/world/mapelement.cpp \ src/world/mapobject.cpp \ src/world/maputil.cpp \ src/world/p_mobj.cpp \ src/world/p_players.cpp \ src/world/p_ticker.cpp \ src/world/plane.cpp \ src/world/polyobj.cpp \ src/world/propertyvalue.cpp \ src/world/reject.cpp \ src/world/sector.cpp \ src/world/sectorcluster.cpp \ src/world/surface.cpp \ src/world/thinkers.cpp \ src/world/vertex.cpp \ src/world/worldsystem.cpp !deng_nosdlmixer:!deng_nosdl { HEADERS += include/audio/sys_audiod_sdlmixer.h SOURCES += src/audio/sys_audiod_sdlmixer.cpp } DOOMSDAY_SCRIPTS += \ modules/appconfig.de \ modules/bootstrap.de \ modules/Updater.de OTHER_FILES += \ $$DOOMSDAY_SCRIPTS \ data/cphelp.txt \ include/template.h.template \ src/template.c.template \ client-mac.doxy \ client-win32.doxy # Resources ------------------------------------------------------------------ data.files = $$OUT_PWD/../doomsday.pk3 mod.files = \ $$DOOMSDAY_SCRIPTS \ $$DENG_MODULES_DIR/Config.de \ $$DENG_MODULES_DIR/Log.de \ $$DENG_MODULES_DIR/recutil.de \ $$DENG_MODULES_DIR/../../libgui/modules/gui.de # These fonts may be needed during the initial startup busy mode. startupfonts.files = \ data/fonts/console11.dfn \ data/fonts/console14.dfn \ data/fonts/console18.dfn \ data/fonts/normal12.dfn \ data/fonts/normal18.dfn \ data/fonts/normal24.dfn \ data/fonts/normalbold12.dfn \ data/fonts/normalbold18.dfn \ data/fonts/normalbold24.dfn \ data/fonts/normallight12.dfn \ data/fonts/normallight18.dfn \ data/fonts/normallight24.dfn startupgfx.files = \ data/graphics/background.pcx \ data/graphics/loading1.png \ data/graphics/loading2.png \ data/graphics/logo.png macx { res.path = Contents/Resources res.files = \ res/macx/English.lproj \ res/macx/deng.icns data.path = $${res.path} mod.path = $${res.path}/modules startupfonts.path = $${res.path}/data/fonts startupgfx.path = $${res.path}/data/graphics QMAKE_BUNDLE_DATA += mod res data startupfonts startupgfx QMAKE_INFO_PLIST = res/macx/Info.plist # Since qmake is unable to copy directories as bundle data, let's copy # the frameworks manually. FW_DIR = \"$${OUT_PWD}/Doomsday.app/Contents/Frameworks/\" doPostLink("rm -rf $$FW_DIR") doPostLink("mkdir $$FW_DIR") !deng_nosdl { doPostLink("cp -fRp $${SDL_FRAMEWORK_DIR}/SDL.framework $$FW_DIR") !deng_nosdlmixer: doPostLink("cp -fRp $${SDL_FRAMEWORK_DIR}/SDL_mixer.framework $$FW_DIR") } deng_fmod { # Bundle the FMOD shared library under Frameworks. doPostLink("cp -f \"$$FMOD_DIR/api/lib/libfmodex.dylib\" $$FW_DIR") doPostLink("install_name_tool -id @executable_path/../Frameworks/libfmodex.dylib $${FW_DIR}libfmodex.dylib") } # Fix the dynamic linker paths so they point to ../Frameworks/ inside the bundle. fixInstallName(Doomsday.app/Contents/MacOS/Doomsday, libdeng2.2.dylib, ..) fixInstallName(Doomsday.app/Contents/MacOS/Doomsday, libdeng1.1.dylib, ..) linkBinaryToBundledLibdengShell(Doomsday.app/Contents/MacOS/Doomsday) # Clean up previous deployment. doPostLink("rm -rf Doomsday.app/Contents/PlugIns/") doPostLink("rm -f Doomsday.app/Contents/Resources/qt.conf") doPostLink("macdeployqt Doomsday.app") } # i18n ----------------------------------------------------------------------- #TRANSLATIONS = client_en.ts # Installation --------------------------------------------------------------- !macx { # Common (non-Mac) parts of the installation. INSTALLS += target data startupgfx startupfonts mod target.path = $$DENG_BIN_DIR data.path = $$DENG_DATA_DIR startupgfx.path = $$DENG_DATA_DIR/graphics startupfonts.path = $$DENG_DATA_DIR/fonts mod.path = $$DENG_BASE_DIR/modules win32 { # Windows-specific installation. INSTALLS += license icon license.files = doc/LICENSE license.path = $$DENG_DOCS_DIR icon.files = res/windows/doomsday.ico icon.path = $$DENG_DATA_DIR/graphics } else { # Generic Unix installation. INSTALLS += readme readme.files = ../doc/output/doomsday.6 readme.path = $$PREFIX/share/man/man6 } } doomsday-1.14.5/doomsday/client/doc/0000775000175000017500000000000012350542237016552 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/doc/changelogs/0000775000175000017500000000000012350542237020664 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/doc/changelogs/dhistory.txt0000664000175000017500000007530312350542237023302 0ustar jaakkojaakko Doomsday Engine Version History =============================== Legend: + added, - fixed, * improved/changed Version 1.7.7 ------------- + switch texture pairs (SW1/SW2) are precached at the same time + "Generator:Stage:Radius rnd": Randomness of particle radius + sound-info shows sound names as well as ID numbers + support for textured particles * flat particles stick to planes - high-resolution flats with 4 channels (alpha) were loaded incorrectly - sector lightlevel overflow in sectordelta (e.g. on jHexen map 26) - alternative texture path must be tried first when loading hires images (-texdir2) Version 1.7.6 ------------- + cvar rend-hud-fov-shift: HUD weapon model moved down if FOV > 90, defaults to 45 + dsCompat: DirectSound 6 sound driver, tries to be as compatible as possible + -csd: use dsCompat.dll as the sound driver + "Generator:Min spawn radius": minimum distance from the generator source for new particles, a nonzero value uses a more sophisticated algorithm that chooses the particle's coordinates somewhere from the surface of a sphere + "Generator:Damage mobj" creates a damage-triggered generator + ptf_force (stage flag 0x100): particle is affected by a sphere force, which attracts the particle toward the surface of a sphere while also rotating around an arbitrary axis + "Generator:Force axis": a 3D vector around which sphere force rotates particles, also sets the strength of the rotation + "Generator:Force radius": radius for sphere force + "Generator:Force": strength of the radial force that pushes or pulls particles towards the surface of the sphere + ptf_hflat (stage flag 0x10): render particle touching a plane as flat + ptf_vflat (stage flag 0x80): render particle touching a wall as flat + ptf_flat: horiz and vert flags combined + ptf_stagevtouch, ptf_stagehtouch (stage flags 0x20, 0x40): wall/flat- specific stagetouch for particles + gnf_scalerate: use damage as a factor for damage ptcgen spawn rate + df_idangle: random fixed angle offset for a model * EAX errors ignored after first report (if property unsupported) * non-moving particles contacting a wall (assumed stuck) are destroyed if the wall becomes an opening * -noeax recognized by dsCompat * smaller button steps for panel controls * sound buffer loaded before setting properties (needed by dsCompat) - absolute demo paths aren't prefixed with "demo\" - mixer is more careful about a failed init (div-by-zero was possible) - camera filter (pain/bonus) cleared at level exit - win32 CD player didn't stop track at shutdown - flat precacher used wrong indices; some raw screens (Heretic's FINAL*) were displayed as garbage Version 1.7.5 ------------- + console command "init-(levelid)" executed after level setup; for example "init-e2m3" could be aliased to do something useful + ccmd write: saves console variables, bindings and aliases to a file + -nopsf: don't set the primary sound buffer format + "Model:Sub:Frame range" added, works with df_idframe * model loader will automatically load a DMD if it exists, even if def uses MD2 * memory zone no longer used in texture processing (malloc only) * MIDI volume: channel volumes not set separately, more compatible * sounds stop playing based on time, not buffer position * -verbose (-v) prints all command line options to Doomsday.out * game window is not forced to be the topmost window - client didn't play sounds without an origin - -noeax option caused a crash at startup - FMOD: MIDI/etc music looping fixed, again - fixed a crash when lights, halos and lit sprites were all off - fixed: game window must not be shown in dedicated mode - crashing at startup was likely when lots of models/skins were missing - a minor correction to data\cphelp.txt Version 1.7.4 ------------- + minimizing possible in windowed mode + identification number always printed for loaded IWAD - Direct3D: depth buffer mode verified to work correctly - mouse wheel was confused with mouse buttons 5 and 6 - Control Panel yes/no buttons didn't reflect changes to cvars - dpDehRead: bad memory allocation led to heap corruption at shutdown - FMOD: MIDI/etc music looping fixed - fixed a rare potential crashing bug in the clipper (C_AddRange) Version 1.7.3 ------------- + startup message window + support for up to six mouse buttons + support for rotational joystick axes and two sliders + each joystick axis can be inverted (input-joy-*-inverse) + all textures in an animation sequence are precached at the same time + popup help window for (some) Control Panel options + ui-panel-help, ui-panel-tips * GL not inited until engine init is complete (no more -fullstart) * game window hidden until GL init begins * FMOD v3.6 * mixer used to set MIDI volume * Doomsday handles the deadzone of the joystick * brighter background for options frame in Control Panel - halos weren't affected by object movement smoothing - music was played even if music volume was set to zero - EAX initialization was sloppy - FMOD/CD: original volume restored correctly at shutdown - dedicated mode text console problems on WinXP (presumably Win2k, too) - OpenGL: mipmapped paletted textures had palette problems Version 1.7.2 ------------- + A3D support with the -a3d option (dsA3D.dll; also needs A3DAPI.dll) + -oal option for OpenAL support + -vtxar option: make the OpenGL renderer use vertex buffers + -anifilter option: use anisotropic texture filtering + -diag option: print lots of debug info about Direct3D * OpenGL renderer defaults to not using vertex buffers * slightly larger Z bias for dynamic light polys * detail textures can be PCX images * model skin dimensions are allowed to differ from what models expect * sounds are uncached after one minute of not being played * sounds prefer channels already loaded with the same sample - texture height queries weren't returned in fixed point Version 1.7.1 ------------- * multiple -command/-cmd options are allowed * console command line cleared when console closed * DED loader reallocates memory fewer times, faster performance - music def loading: later defs didn't patch earlier ones - WAV loader: confused all chunk lengths, loading failed - WAV loader: header read incorrectly, loading failed - if music volume was set to zero, it wasn't updated at startup and music played with full volume - -bpp was set after first GL init, caused WGL to choke on the second time (error 2000) - Direct3D renderer tried initing with bit depth zero, caused D3DERR_INVALIDCALL Version 1.7.0 ------------- * engine source code reorganized * games, renderers and plugins all use the same API to access engine routines + keymaps (DKM files in the Data\KeyMaps\ directory); default.dkm and fi.dkm included in the release * multiple -file options allowed + -iwad <=> -file * particle generators can be triggered by the map ID (Center = origin XYZ) + linelinks * safe P_(Un)LinkMobj * enhanced mobj/line/sector iterators - minor bugfixes Sound: + revised sound system; now completely handled by the engine + new sound flags (Audio.ded): sf_shift, sf_shift2, sf_repeat, sf_nodist, sf_exclude + sound exclusion groups (Sound:Group) + sounds can have external resources (mono PCM WAV, 8/16 bits, 11/22/44 KHz), using the Sound:Ext key + revised music system; completely handled by the engine, each interface (MUS/Ext/CD) can run a different driver, Win32 and FMOD implemented * no more A3D support Renderer: * interface between the rendering DLL and Doomsday revised (old rendering DLLs are now incompatible) * Direct3D renderer rewritten to use DirectX 8 * rendering DLL handles the creation of mipmaps * rendering lists moved into the engine, now independent of the rendering DLL * halos/flares don't read from the Z-buffer any more (source point clipped by geometry, resulting halo rendered sorted during DrawMasked) * halos can't be occluded by their source (yay!) * halos appear and disappear gradually (rend-halo-occlusion controls speed) + cvar rend-camera-smooth: filter camera movement between tics (removes FPS limit for camera movement) + DMD2 model format (MD2 with detail levels) + LOD rendering for DMD models + cvar rend-model-lod: distance to LOD level zero + mobj shadows (extremely simple, unclipped) + cvars rend-shadow, rend-shadow-darkness, rend-shadow-far, rend-shadow- radius-max + Model:Shadow radius (overrides automatic calculation) * changing the resolution shuts down and re-inits the renderer (will work with Direct3D, now) + clipper maintains information about planes that occlude visibility (occlusion ranges); -maxor command line option - clipper allows zero-length solid segments now, fixes a few clipping problems - fog is disabled while psprites are rendered Console: * new UI color scheme (blue/gray) + ccmd uicolor: change UI colors + Startup.cfg: startup script for configuring UI colors, the console font and keymap + Control Panel (quickly accessed with Shift-Esc) for easy configuration + Shift-Tilde (or Shift-[console activation key]) will toggle between fullscreen and halfscreen console modes + aliases are automatically saved to the default config file + horizontal rulers in the console + console text can be centered on a line * message produced by ccmd help updated Networking: + -server option: equals to "net init tcpip; net server start" right after startup + -connect option: after startup, connects to a server at the given IP address (e.g. "-connect 127.0.0.1") + ccmd connect: connects to a server at the specified IP address (synchronously; the connection is formed in startup mode) + the font console command can now change the console font (e.g. "font name fixed12"), can be done from startup.cfg/user.cfg * server does not halt while UI is active - clients don't expect to receive cmd info of remote players any more - clients update visible mobj angles and remote player selector - clients update player mobj states - visangles (rend-mobj-smooth-turn) won't be used in netgames or demos Input: * input code updated to work with DirectInput 8 Version 1.6.1 ------------- * model skins are precached by default (rend-model-precache) * precacher also binds all textures to make sure they'll be ready * one skin can be shared by many models (internal skin list) * when looking for a skin, the model's home directory is searched first (where the model is in) * reports of missing model files are summed up and shown only once * console line length adjusted to fit the game window (used to be 70) + rend-light-shrink: dynlight polys are shrunk horizontally so the case when they overlap and produce bright stray pixels is (mostly) gone + rend-particle-diffuse: if a particle is closer than the diffuse factor times its radius, it will receive extra alpha and disappear when close enough + rend-particle-visible-near: if a particle is closer than this, it won't be rendered at all + ccmd stopfinale: stops the currently playing interlude + view-bob-height: camera height bobbing factor (1=normal) + view-bob-weapon: player weapon bobbing factor (1=normal) - progress bar doesn't make the screen flicker any more with page flipping * clients remove mobjs automatically when mobjs reach the null state - fixed particle generation in demos/netgames Version 1.6.0 ------------- + definitions re-inited when (un)loading WADs + definitions can be read from WADs (DD_DEFNS lump, contains a DED file) + virtual files in WADs (translated using a DD_DIREC lump; use wadtool) + virtual files support: 3D models, image loaders (PNG, TGA, PCX), definitions, CFG files, DFN fonts * console variables renamed (old names work, too) * cvar con-completion: mode zero completes the unambiguous part * high-res textures and model skins can be PNG, TGA or PCX + color-keying for PNG, TGA, PCX ("filename-ck.png") + MD2 shiny skins (approximated cylindrical environment mapping) + "Shiny skin", "Shiny", "Shiny Color" added to Model\Md2 defn + "Color" added to Light defn ("Red", "Green", "Blue" combined) + "Finale" definitions + -texdir2: secondary hi-res texture directory (textures in the secondary directory override any textures in the normal hi-res texture directory) + -nopitch: disable sound effect pitch alterations + -nodop: disable 3D sounds' doppler effect * raw images (fullscreen 320x200 textures) deleted at level changes + client setup screen shows a warning about different IWADs + cvar client-pos-interval: number of tics between coordinate reports + cvar con-progress: progress indicator enabled/disabled + cvar rend-info-tris: (OpenGL) display rendering list triangle count - fixed sector lightlevel overflow (>255), caused black planes in bright sectors - sight blockmap traverser sometimes misses the target block, caused crashes in netgames (server) in certain maps - server was mixing up player deltas, fixed - negative player turndeltas became positive, fixed - server was not predicting clientside mobj animation, which prevented the server from correctly sending mobj state deltas - server destroyed a broadcasted chat message before it was relayed to everybody - client updated the wrong mobj when a new client joined; the new client was left invisible - absolute camera coordinates written in demos - very little plane movement speeds were truncated to zero - fixed a display gamma conflict with the D3D renderer - mobj-triggered particle generators restored after loading a saved game + KickStart: default profiles (KSS), option to run glBSP, quick resolutions list, updated options Version 1.5.5 ------------- + cvars "vid_Gamma", "vid_Contrast", "vid_Bright" + cmd "setvidramp": update display's hardware gamma ramp + Flags key added to the Light definition + lgf_nohalo (0x100): dynamic light is rendered with no halo (lens flare) + PNG support (using libpng) for high-resolution textures - df_autoscale was broken - masked textures are no longer clamped vertically - KickStart: fixed a problem with WAD paths - progress bar caused a div-by-zero when map had less than 10 sectors - footclipping is now done for models, too (standing in water) Version 1.5.4 ------------- + custom music formats detected (MP3, MOD, IT, XM, etc. can now be put in WAD files) + TGA images can be used to replace textures and flats (Data\*\Textures) + OpenGL: -texcomp option enables texture compression (OpenGL chooses the compression method) + df_selskin: model skin selection based on selector special byte + custom translucency can be set with three highest bits of the selector + cvars "net_MinSecUpdate", "net_FullSecUpdate", "net_MaxSecUpdate" * sector deltas cover a larger area (cvars "net_*SecUpdate") * EXT_texture_env_combine is accepted as well * KickStart: standard profiles are listed in a fixed order * internal handling of missing walls * 32 MB of RAM allocated by default - fixed -maxzone (-mem) - fixed the case where invis-plane hack created looped plane links (the "linked to self" error) - maximum number of rendering lists increased to 1024 - rendering lists cleared properly at level changes (not clearing leads to missing textures and messed up walls) - fixed sky fadeout color calculation (alpha was expected) - F_SKY1 was being bound repeatedly even if it's never used anywhere - reseting messed up detail textures (e.g. cmds "load", "unload") - dynamic lights weren't processed for subsectors that had no visible planes, even if the subsector had visible walls - dynamic light intensity diminishes gradually for lights that are on the "wrong" side of a floor/ceiling - dynamic lights on two-sided middle textures are now properly clipped - fixed a bug with animated textures - KickStart: -basedir is now quoted like other paths Version 1.5.3 ------------- ! BETA RELEASE + a simple plugin system (dp*.dll) + Dehacked reader plugin (dpDehRead.dll), reads .DEH files and DEHACKED lumps from loaded WADs + -bigmtex option: enlarge masked textures to fit patches that are too big (e.g. Aliens TC) + server can send lump name mappings to clients * better IWAD loading (IWAD always loaded first) * small changes in engine initialization * df_darkshadow affected by alpha (Model\Md2\Transparent) - relative paths with command line options fixed - clients sometimes displayed invalid plane textures (flats) - server/client crashed when psprite->state == NULL - sky fadeout color was incorrect in the first map that was played Version 1.5.2 ------------- ! BETA RELEASE + particle generators: "Generator" definition, vars: UseParticles, MaxParticles, PtcSpawnRate + detail textures: "Detail" definition, "detail" console command + OpenGL support for detail texture rendering (ARB_texture_env_combine) + "Light" definitions: customize dynamic lighting for specific States + CD-support for Music definitions (e.g. Ext = "cd:9";) with FMod + "IncludeIf", "ModelPath" DED directives + mobj selectors * directory structure reorganized (Doc\DSS.txt) * Short-Range Visual Offsets: smooth actor movement and turning, vars: r_UseSRVO and r_UseVisAngle * 3D models associated with States instead of Sprite/Frame pairs * "Model" definition restructured (no more Frames), see Doc\DEDDoc.txt * rewritten command line handling (see Doc\CmdLine.txt) * server sends mobj states instead of sprites and frames * "UseModels" can be used to disable specific model groups * server & client setup screens have better default buttons - sprite lumps must reside inside a S_START/S_END block or the sprite loader will ignore them (used to be a bit too liberal!) - model interpolation in netgames - A3D support should be working again - minor bugs Version 1.05 (= 1.5.0) ------------ * netframes are deltas * client state is persistent between frames - when there are duplicate model definitions, the last one will be used + OpenGL: support for GL_EXT_paletted_texture (-paltex) + 'setres': change display mode resolution or window size Version 1.04 ------------ + MIDI files embedded in WADs can be played (not looped) + ccmds 'login' and 'logout': remote access to the server + 'net_Password': password for remote access with 'login' * if DirectInput 5 init fails, DirectInput 3 is tried instead + DEDMan 1.13: DEH: initial player health, initial bullets, BFG cells/shot * new version of fmod.dll Version 1.03 ------------ + display warning when no IWAD has been loaded + inter-frames (Inter in Model definition) * UI uses Small Fonts in low-res modes - translated sprites had invalid texture coordinates (all zero) + DEDMan 1.11: "Model/Inter", skin ranges, "Model/Skin tics", won't write "Line Type/Ap9" twice - jtNet2: tried to access null pointer - DLaunch 1.04: no more directory mixups Version 1.02 ------------ + 'settics': set the number of game tics per second + 'repeat': repeats a command at given intervals + 'r_NoSpriteZ': disable Z writes for sprites + 'net_DontSleep': don't sleep while waiting for tics (redraw screen instead) + 'net_FrameInterval': minimum number of tics between sent frames + external music files (played with FMod: http://fmod.org/, which supports MOD, S3M, XM, IT, MID, RMI, SGT (DirectMusic segment), RAW, WAV, MP2, MP3, OGG, WMA and ASF) + 'playext': play a music file + DED Manager 1.1: (slightly limited) DeHackEd support + Line Type and Sector Type definitions in DED files (v3) + Music definitions can have a "File name" property + 'ConsoleKey': keycode of the console activation key (default is 96) + 'ConsoleShowKeys': show keycodes of all pressed keys in the console + -renorm option: recalculate all MD2 vertex normals when loading, takes some time but fixes models with incorrect normals + colored sector lighting + new model flags: df_movyaw (0x100) aligns model yaw angle with movement, df_nointerpol (0x200) disables interpolation for the frame, df_brightshadow2 (0x400) renders with additive blending and alpha=1, df_alignyaw (0x800) aligns model yaw angle with camera, df_alignpitch (0x1000) aligns model pitch angle with camera * server version incremented to 4 (old demos incompatible) * client interpolates demo view angles * flats (floor/ceiling textures) handling revised, now it's possible to use any loaded lump as a flat * size, color and Y offset of dynamic lights and flares are determined by analyzing the source sprite (adjust with r_dlMaxRad and r_dlRadFactor) * psprite models drawn differently, now won't go inside walls * sprites won't be stretched to fit whole texture, makes them sharper * model spin gets an offset based on thing type - client moves mobjs within sector when sector height changes - midtexture placement for segs with a missing toptexture - joystick init stopped at failed axis range setup - OpenGL: didn't make sure projected points were on the screen - sky mask wasn't applied to walls with zero-height backsector - there was a floorclip related bug in client's mobj unpacker Version 1.01a ------------- * large textures are allowed to have one alpha pixel (ZZZFACE3!) - midtexture placement in sectors that have an invisible floor - multi-pass skyfix Version 1.01 ------------ + when a 2-sided line's upper texture is missing, the middle texture (if present) is extended to full height + plane linking: for sectors whose all lines' both sidedefs point to self, planes are linked to surrounding sector + 'FlareZOffset': lens flare Z offset multiplier, greater values move flares nearer the camera (in Z buffer), also affects flare size + DED v2: a Values block for free-form string definitions + player sprites (HUD weapons) can be replaced with models + 'r_WeaponOffsetScale': multiplier for psprite (x,y) offsets with models * when a sector is missing lower textures for all its lines, the floor of the sector is drawn at the height of the surrounding sector's floor * masked polygons (sprites, masked walls, models) always drawn with Z writes enabled * Z bias of drOpenGL and drD3D slightly increased * WAD loading messages are a bit clearer - -paltex uploaded MD2 skins in the wrong format - newline no longer required after last line in .cfg files - if .GWA doesn't exist W_AddFile() isn't called for it - Y offset of middle textures of 2-sided lines was incorrect in some cases Version 1.0 ----------- + all new network code (complete client/server) + dedicated server (runs in a text mode console) + MD2 support (replace specific frames of sprites) + MD2s lit with dynamic lights + frame interpolation for MD2s + dynamic light blending mode zero (multiply) + configuration dialog for D3D renderer (driver, color/texture/Z depth) + new vertices are inserted in wall segments if needed, reduces stray pixels + subsector planes rendered as a triangle fan around midpoint, if necessary + Doomsday Engine Definition (DED) files + DED files can Include with wildcards (checks for recursion) + definitions in DEDs are mostly patchable (same ID overwrites old def) + Map Info definitions (map name, author, fog, gravity, sky, etc.) + Map Info with ID '*' will be used for maps that do not have Map Info + command-line option -out redirects output to a given file (Doomsday.out by default) + command-line option -defs specifies the main definition file + mouse-driven user interface routines + network service provider/protocol and server setup using graphical UI + client setup and connecting to servers using graphical UI + background for startup messages + startup messages rendered with shadows + console text rendered with shadows + 'ModelMaxZ': farther than this things are always rendered as sprites + copies of P_XYMovement and P_ZMovement used for client-side mov prediction + Pause key can be used in bindings (as 'pause') + network settings stored in console variables (npt_Active, npt_IPAddress, npt_IPPort, npt_Modem, npt_PhoneNum, npt_SerialPort, npt_SerialBaud, npt_SerialStopBits, npt_SerialParity, npt_SerialFlowCtrl) + 'r_FullSky': if nonzero, whole sky sphere is rendered if sky is visible + MFF_SKINTRANS uses sprite color translation as a skin index for MD2s + demo recording and playback done in the engine (demos are recorded server->client traffic) + demo recording can be started and stopped at any time + commands 'playdemo', 'recorddemo', 'stopdemo' and 'demolump' + subdirectories for DEDs and demos (defs\ and demo\) + each Doomsday client has a unique (random) ID number (in Client.ID) + LZSS compression used for demos (LZSS.DLL), demo file extension is .CDM + invisible floor/ceiling hack: if a sector has a missing lower/upper texture in all its lines, the floor/ceiling of the sector will be drawn at the same height with the surrounding sector's corresponding plane + planes with glowing textures cast dynamic lights on walls and things + 'WallGlow' and 'GlowHeight' control wall glow rendering + 'i_JoyDevice' chooses the joystick to use if there are many + 'ModelAspectMod' scales models vertically; the default value of .833334 negates the VGA aspect ratio used for the world + 'net_MSQ': keep monitoring the network send queue, print in console + 'net_Latencies': (for server) show client information (timing and ticcmd buffering) + 'net_Dev': (for server) show the net_Latencies info on-screen + 'net_StressMargin': (for server) max value for client lag stress, if stress becomes greater, move client's ticcmd run time forward or backward + 'net_StressDampen': (for server) tic interval at which client lag stress reduces by one unit + 'net_SkewDampen': (for client) max number of frames to allow time interpolation of frames, after this the frame continuum is reset + 'net_ShowSkew': (for client) print time skew details in console (delta of last frame and the current skew, in tics to interpolate the frame forward or backward in time) + 'kick' forces the given client to disconnect (for server) + 'ping': clients can ping the server, the server can ping any client + 'sv_MasterAware': (for server) if nonzero, TCP/IP servers inform DMaster that they're running + 'MasterAddress': TCP/IP address of the master server + 'MasterPort': TCP/IP port of the master server + DED Manager 1.0, a Windows app for doing DED related stuff, and most importantly, exporting Info.h, Sounds.h and action function link files + DMaster 0.1, a really simple master server (in fact a DirectPlay Lobby) * default memory zone increased to 24 megs (shown as Mb in startup) * command-line option -window is the same as -nofullscreen * Game DLL API changed * MIDI player uses MIDI streams, not single commands * wall orientation affects lighting (lighter walls facing east) * -maxzone accepts K and M as suffixes (kilobytes and megabytes) * fog on sky sphere ('r_SkyDist' sets sky sphere radius) * source code rearranged into a more logical directory structure * subsector visibility tests are more accurate, reduces stray pixels * masked walls sorted together with sprites and models * modeldef.txt no longer used, models defined with DEDs * textypes.txt no longer used, texture environments defined with DEDs * sprite lump handling much more relaxed, sprites can be patched * DDMF_SHADOW(2) flags result in more translucent sprites/models * only visible models rendered * dlBlend 1 is always used with fog (dlFactor multiplied by 0.6) * bamsAtan2 uses 64-bit integers to allow larger numbers as arguments * jtNet2 compiles the list of available modems during startup * buffering of local ticcmds no longer uses maketic (maketic has been removed) * all new input code (keyboard, mouse, joystick) * flares and dynamic lights are much brighter * renderers modify viewport Z range instead of scaling projection matrix to do Z bias, reduces stray pixels * some default values changed: dlFactor=0.6, dlBlend=0, FlareIntensity=50, r_FlareMinSize=300, r_dlMaxRad=256, r_dlRadFactor=3 * dynamic light texture made a bit more realistic * 'net connect' uses an index number to identify servers * 'net mconnect' connects to a server received from the master * .CFG file includes the Game DLL version string on the first line * 'load', 'unload' and 'reset' go to startup screen mode to show progress information * secondary lens flares diminish as they approach view borders - pitch bend in MIDI songs - skywalls (invisible Z buffer masks) no longer have dynamic lights on them - no more "long debug message has overwritten memory" errors - subsector plane vertices are verified for correct rendering (zero area) - lens flares won't be occluded by their source - font renderer character coordinates (rendered wrong at least with my TNT) - renderers no longer use whichever Doomsday window they happen to find - texcoords of masked textures clamped vertically, reduces gfx errors - texcoords of masked textures clamped horizontally when necessary - D3D renderer sometimes set the wrong texture parameters - sounds have proper handles, prevents mixups with is-playing tests - a division by zero was made if a texture was fully transparent - minor jtNet2 bugs Version 0.99.6 -------------- * game DLL API changed: old DLLs are incompatible * DLaunch: disabled parent -> children skipped (example: JHeretic's -warp option) + DLaunch: modifying an option's value checks the option + per mobj dl scaling: 1, .75, .5 or .25 to dl radius (won't affect flares) + spralign 3: align sprites to view plane, but not fully - console border + cvar consoleDump: all console text is dumped to Doomsday.out * numpad keys have their own key codes (apart from /,*,-,+ and enter) + scroll lock and num lock can be used in bindings (scrlock and numlock) - cvar i_mouseInvY: for some reason this wasn't a cvar earlier + mouse wheel support (cvar i_mWheelSensi controls sensitivity) * CalcSectorReverbs() and texture type handling moved into the engine Version 0.99.5 -------------- + console commands can set a return value (DD_CCMD_RETURN) * rendquad_t is 4 bytes smaller and doesn't use a nameless union/struct - jtNet displayed serial link config dialog (sheesh...) - netgame events that arrive during rendering are now handled correctly (could cause a crash when starting a netgame) + option -nowsk: disable Alt-Tab, Alt-Esc and Ctrl-Alt-Del + cvar r_dlMaxRad: maximum radius of a dynamic light + cvar r_dlRadFactor: a multiplier for dynamic light radii - clipping bug that sometimes caused subsectors to disappear when the camera was exactly atop one of their edges * view borders drawn using the actual width of the patches (Hexen and Heretic have view borders that are 4 pixels thick, Doom uses 3 pixels) Version 0.99.4 -------------- - "bind (event)" clears all +(event), -(event) and *(event) - 2-sided middle textures are rendered correctly - flares from sprites aligned to the viewplane won't flicker at certain angles + D3D: gamma correction using DirectDraw's gamma control (fast!) + option -nogamma: disable DirectDraw gamma, modify texture colors manually + cvar r_flareminsize: the minimum size for flares that can have secondary flares (200 is pretty good) + light source vertical offsets * ccmd listbindings can take a search parameter: "listbindings a" will list all bindings to events that begin with A * faster dynamic lights (better algorithm + clipping) + cvar dlclip: dynlights are clipped (subsector polygons *not* used when rendering floors/ceilings) * spralign 2: attempts to hide sprite flatness (like spralign 0, but stops slanting sprites if angle > r_maxSpriteAngle) + cvar r_maxSpriteAngle doomsday-1.14.5/doomsday/client/doc/changelogs/changelog.txt0000664000175000017500000015014512350542237023362 0ustar jaakkojaakko Doomsday Engine Change Log ========================== Legend: + added, - fixed, * improved/changed *** *** -=- THIS CHANGELOG IS DEPRECATED -=- *** *** More recent history is at the Doomsday Engine Wiki: *** http://dengine.net/dew/index.php?title=Category:Releases *** Version 1.9.0 ------------- API: + DMU (Doomsday Map Update): map data objects are no longer directly accessible from plugins; all changes go through DMU, and notifications are routed to the correct places inside the engine for efficient operation User Interface: * tweaks to the console appearance (new defaults for background picture, color, and alpha) + console uses the Doomsday title bar, which is visible in the other UI screens * console: game information texts moved to the title bar + control panel UI fades away to display the game view when adjusting gamma, contrast, and brightness + control panel offers 16:10 resolutions - sliders now eat up/down keys (so the user isn't confused when the focus jumps to some other control when up/down is pressed in a slider) - game view window is now resized in the ticker - cursor offsets in menus, and save/load items + new console controls: F5: Clear console text buffer Alt + C: Clear command line Shift + cursorleft/cursorright: Move cursor to start/end of the command line Delete: Delete the character under the cursor Insert: Toggle character insert input mode. When off - new replaces old Shift + Tab: Use "other" unknown word autocompletion mode Right arrow: a "command history fill" to the command line (ala DOS command prompt) when the cursor is at the end of the command line + cvar 'con-move-speed': (0 - 1.0f) speed of console opening/closing * improved: console history buffer uses different colours for items based on their type (yellow for commands, white for variables) Resources: * removed: Doomsday.wad is obsolete, all data is now loaded from Doomsday.PK3 + new fixed and variable-width fonts (with normal, bold, and light variants) Renderer: + bias lighting: direct sources and smooth sector lighting - fixed usage of GL_ATI_texture_env_combine3 (caused problems with rendering shiny surfaces) * slightly more pronounced fakeradio (default darkness changed from 1.0 to 1.2) + cvar 'rend-bias-grid-multisample': multisample factor used when determining sector to lightgrid mapping. Larger values increase accuracy at the expense of map load times. + light range compression: increase light in dark sectors/decrease light in bright sectors + cvar 'rend-fog-default': default fog algorithm + Flaremaps: loaded from "Data/FlareMaps" - used for custom halos on objects (see Readme for details) + surface colours: individual walls and planes can be given a unqiue color. Wall section surface colors are blended between sections to achieve color fades. Surface colors and fades can be used to accurately recreate Doom64 style lighting. + alpha'd/blended midtextures on twosided linedefs + flag 'LUMF_DONTTURNHALO': disable the view angle rotation of halos and flares for this luminous object. + blendmode: BM_ZEROALPHA (GL_ONE, GL_ZERO) "draw with no translucency" + cvar 'rend-sprite-mode': 1 = draw sprites and masked walls with hard edges - fixed: light & halo not centered to sprite correctly (BatmanTC, wall torches) - fixed: mobj shadows sometimes rendered above the object casting the shadow - fixed: animated textures/flats would flicker after a console RESET - fixed: pegged middle textures "bouncing" on moving planes + cvar 'rend-dev-mobj-bbox': debugging aid - render mobj bounding boxes (sized to match the box used for collision detection) for debug. + cvar 'rend-dev-cull-subsectors': disable non-visible subsector culling for debug. + cvar 'rend-glow-scale': multiplier for wall glow height Map Data: * optimized allocation and handling of runtime map data (zblocks, levelstatic blocks, fast alloc mode), reduced map setup times significantly * changed: expanded map structure element limits. * changed: expanded blockmap limits by enlarging BLOCKMAP data at runtime + ccmd 'listmobjs': print a list of the mobj ids + names (if set via DED) to the console. * changed: BSP data is no longer required to load maps if runtime node building is enabled (cvar 'bsp-build' = 1). This allows playing eg maps created by SLIGE without generating the BSP data prior to loading the map in Doomsday * improved: map load time greatly improved with large maps * improved: emulation of DOOM.exe faked sector-over-sector tricks * improved: sectors now have three sound origins (center, floor, ceiling). Sector sounds are played from the most appropriate source. * improved: fakeradio now handles complex geometry and DOOM.exe tricks better * improved: fakeradio wall shadows are now affected by plane glows and the sky - fixed: missing textures/flats nolonger cause a fatal error. Surfaces with an unknown/missing textures/flats are now rendered with a "Missing" texture + unknown/missing textures/flats are reported in the console after loading a map + cvar 'blockmap-build': when/if new data is generated (default = when needed) Definitions: - removed fixed limit on the number of particle generator stages + Light -> Halo radius : radius of halo + Light -> Flare map: the flare map to use for this light's halo. Either a path and resource name OR a built-in flare resource number + Decoration -> Light -> Flare map: same as above for light decorations. * Decoration -> Light -> Flare texture: is depreciated. Use "Flare map" instead + Flag -> Info: text string containing a comment about this flag + DED reader: the "Copy"/"*" directive (used to initialize the current definition being read with the values of the last) can now be used with Mobj, State, Line and Sector (type) definitions. - fixed: minor memory leaks concerning definition data Engine: * memory zone expands as necessary - removed the "-maxzone" option as obsolete + option '-vdmap': map files in one directory to another directory (virtual directory mapping) + PK3 path mapping: files in 'keyword-named' folders in the root of a PK3 mapped to directories (see Readme for details) + subdirectory "Auto" of the runtime directory mapped automatically to both "Defs//Auto" and "Data//Auto" + new DFN font format that supports RGBA bitmaps + DeHackED patches (.deh files) are now loaded automatically from Data/Game/Auto and from the root folder in PK3/ZIP archives. - removed fixed limit on the number of opened files - less chance of file name collisions thanks to CRC32 in Dir_FileID - fixed: crash during startup when running with extra verbosity - fixed: vsprintf security vulnerabilities (buffer overflow) on all platforms Thanks to the Gentoo crew, Florian Westphal and Alexey Dobriyan for their part in helping to resolve these issues. * changed: always do a full texture reset after using the "lowres" ccmd * changed: cameras can now move above/below the ceiling/floor unrestricted. - fixed: auxiliary lump cache not checked for lump names when searching Input/Controllers: + binding classes: multiple commands can be bound to the same event + ccmd 'enablebindclass': Enable/disable/toggle binding classes or view their status + ccmd 'listbindclasses': Print a list of available binding classes * ccmd 'listbindings': List bindings in a specific binding class (eg 'listbindings map') * ccmd 'bind': Bind a command for a specific binding class to a key/button (eg 'bind map +f follow') * ccmd 'delbind': Delete a binding in a specific binding class (eg 'delbind map mpanup') All Games: + game status cvars read-only cvars that show the status of various player/game values ('player-health' 'map-name' etc) + automap options menu + weapons options menu + customisable weapon change order preferences: via weapons menu and cvars + cvar 'player-weapon-nextmode': use custom order for next/previous weapon cycle * changed: Automatic weapon switching has two modes: 1= If better 2= Always + The level title drawn when entering a map is now drawn with the patch used during intermissions (eg "WILV01") if it has been replaced in a PWAD. These custom patches take priority over patch replacement strings. + The level title patch draw during intermissions is drawn using the name set in the MapInfo defintion for the level. Intermission patches have priority over patch replacement strings. * Improved menu "Patch Replacement" feature to better support PWADS with custom menu patches + menu widget for changing colors + cvars 'msg-color-x': Color used for HUD messages + cvar 'msg-align': Set the horizontal alignment of HUD messages + Fullscreen view with no HUD + Fullscreen view with 'floating' status bar + cvar 'hud-status-alpha': Alpha value of statusbar background + cvar 'hud-status-icon-a': Alpha value of statusbar icons/counters + cvar 'hud-color-a': Alpha value of fullscreen HUD counters + cvar 'hud-icon-alpha': Alpha value of fullscreen HUD icons + cvars 'menu-color2-X': Secondary colors used for menu text + cvar 'menu-slam': 'Slam' menu when opening/closing + cvar 'map-huddisplay': Set the HUD display mode while in the automap (0 = none, 1 = current HUD, 2 = statusbar) + cvar 'menu-quick-ask': Ask me to confirm when quick saving/loading + cvar 'server-game-monster-meleeattack-nomaxz': to disable the fix added in the lxDoom source release to prevent monsters melee attacks having infinite z range. + cvar 'server-game-radiusattack-nomaxz': all radius attacks are infinitely tall in netgames + menu-fog mode 3: "Grey fog" + menu-fog mode 4: "Darken" * cheat 'reveal': 4 = show subsectors in automap * removed fixed limit on the number of active plats * removed fixed limit on the number of active switches * removed MAX_ADJOINING_SECTORS fixed limit * changed cvar 'msg-blink': number of tics to blink before fading to normal * changed cvar 'menu-patch-replacement': 2= Use built-in patch replacement when available * Improved cfg consistency between games * Automap keys are bindable * Automap colors can be customised via console, cfg files and the menu. * Menu navigation keys are bindable * Widget/Message response keys are bindable * Save & Load slots are now sync'd in the menu * changed: cvar 'ctl-look-speed' is now specified using a float value * changed: ccmd 'spawnmobj' now accepts the mobj name as well as the mobj id + cvar 'ctl-turn-speed': controls player turn rate - fixed: alignment in view border patch drawing jDoom: + DOOM.exe compatibility options/fixes maxskulls: remove max LostSoul spawn limit on Pain Elementals (off by default) skullsinwalls: prevent LostSouls from being spawned inside walls (on by default) raiseghosts: prevent Archviles from raising ghosts (on by default) anybossdeath666: The death of ANY boss monster triggers a 666 special (off by default) monsters-stuckindoors: Monsters can get stuck in doortracks (off by default) objects-hangoverledges: Only some objects can hang over tall ledges (on by default) objects-clipping: Use EXACTLY DOOM's clipping code (off by default) zombiescanexit: Zombie players can exit levels (off by default) player-wallrun-northonly: Players can only wallrun North (off by default) objects-falloff: Objects fall under their own weight (on by default) + support for most of jHeretic's MF2_ flags: includes floorclip, floatbob etc + support the "skill 0 trick" + BOOM THING flags: "Not Deathmatch","Not Coop" supported + BOOM LINEDEF flags: "Pass Thru", "Any Trigger" supported "Any Trigger" overrides XG activation type requirements unless the "ltf2_override_any" flag is set in Flags2 + BOOM "ANIMATED" lump support + BOOM "SWITCHES" lump support + ccmd 'suicide': commit suicide in non deathmatch games + ccmd 'exitlevel': exit the current level via the normal exit and go to the intermission + cvar 'map-babykeys': show key locations in the automap on easy skill + cvar 'hud-face': show Doom Guy's face in the fullscreen HUD + cvar 'server-game-mod-damage': Enemy (mob) damage modifier, multiplayer (1..100) + cvar 'server-game-mod-health': Enemy (mob) health modifier, multiplayer (1..20) + cvar 'server-game-respawn-monsters-nightmare': monsters respawn in Nightmare skill + cvar 'server-game-bfg-freeaim': Allow free-aim with BFG in multiplayer games + cvar 'player-berserkswitch': automatically switch to fists when collected + cvar 'player-death-lookup': makes the player look upwards when killed - fixed: automatic weapon switching now works in Co-op games - fixed: voodoo doll spawning bug exhibited on maps such as caesar.wad + Thing -> flags2 'mf2_radiusattacknomaxz': z dimension is ignored when calculating if a radius attack hits a mobj with this attribute (in PIT_RadiusAttack). + DeHackED: 'Misc' patches are fully supported + value 'Player|Green Armor Class': armor class of the Green Armor pickup + value 'Player|Blue Armor Class': armor class of the Blue Armor pickup + value 'Player|God Health': health displayed when in god mode + value 'Player|IDFA Armor': armor given with 'IDFA' cheat + value 'Player|IDKFA Armor': armor given with 'IDKFA' cheat + value 'Player|IDFA Armor Class': armor class given with 'IDFA' cheat + value 'Player|IDKFA Armor Class': armor class given with 'IDKFA' cheat + value 'MegaSphere|Give|Health': health given when MegaSphere collected + value 'SoulSphere|Give|Health': health given when SoulSphere collected + value 'SoulSphere|Give|Health Limit': max health when SoulSphere collected * ccmd 'give': number (0-NUMWEAPONS) = give an individual weapon (as if found) f = give the player the power of flight * removed fixed limit on number of boss brain spawnspots * removed fixed limit on number of archived mobjs - fixed: "Boss Brain doesn't die by rockets as easily" splash damage is considered to be infinetly tall when checking the boss brain - fixed: Doom2 MAP30 could not be completed with game-corpse-time = 1 - fixed: soundtarget data is now saved. Fixes bug where monsters would forget where they heard the player(s) after a save - fixed: tracer data is now saved. Fixes bug where the Archvile fire attack and the Revenant missile would loose their target when saving - fixed: animated textures in TNT and Plutonia were messed up. - fixed: DOOM logic error which prevented the GOTMEDINEED message from ever being used - fixed: DOOM inversed test which prevented the OUCH face from ever being used jHeretic: + Heretic.exe compatibility options/fixes monsters-stuckindoors: Monsters can get stuck in doortracks (off by default) objects-hangoverledges: Only some objects can hang over tall ledges (on by default) objects-clipping: Use EXACTLY DOOM's clipping code (off by default) player-wallrun-northonly: Players can only wallrun North (off by default) objects-falloff: Objects fall under their own weight (on by default) * Uses jDoom's Menu code All features, cvars, ccmds from jDoom supported * Uses jDoom's HUD message code (msg buffer) All features, cvars, ccmds from jDoom supported + BOOM "ANIMATED" lump support + BOOM "SWITCHES" lump support + ccmd 'suicide': commit suicide in non deathmatch games + ccmd 'hereticfont': Use the Heretic font in the console + ccmd 'exitlevel': exit the current level via the normal exit and go to the intermission + cvar 'map-babykeys': show key locations in the automap on easy skill + cvar 'hud-artifact': show the current artifact in the fullscreen HUD + cvar 'hud-keys': show keys in the fullscreen HUD + cvar 'hud-health': show health in the fullscreen HUD + cvar 'server-game-mod-damage': Enemy (mob) damage modifier, multiplayer (1..100) + cvar 'server-game-mod-health': Enemy (mob) health modifier, multiplayer (1..20) + cvar 'hud-inventory-timer': number of tics before the inventory auto-hides + Added patches for missing ASCII characters to jHeretic.wad - fixed: lineattack weapons hit planes - fixed: various alignment glitches in statusbar drawing - fixed: float bobbing would not activate until the player moved in the X/Y dimension(s). - fixed: soundtarget data is now saved. Fixes bug where monsters would forget where they heard the player(s) after a save. + Thing -> flags2 'mf2_radiusattacknomaxz': z dimension is ignored when calculating if a radius attack hits a mobj with this attribute (in PIT_RadiusAttack). * removed fixed limit on number of archived mobjs * changed: command-line option -ravpic is now -devparm jHexen: * Uses jDoom's Menu code All features, cvars, ccmds from jDoom supported * Uses jDoom's HUD message code (msg buffer) All features, cvars, ccmds from jDoom supported + ccmd 'hexenfont': Use the Hexen font in the console + cvar 'hud-artifact': show current artifact in fullscreen HUD + cvar 'hud-health': show health in fullscreen HUD + cvar 'hud-inventory-timer': number of tics before the inventory auto-hides + Added patches for missing ASCII characters to jHexen.wad - fixed: players would continue receiving damage after a telporting out of a damaging sector with a Chaos Device, until they moved. * changed: command-line option -ravpic is now -devparm XG: * changed: the DD_XGDATA lump is now depreciated. + Line (type): XG line type definitions now have alternate names for the iparms. (see wiki for more details - http://dew.dengine.net) + line class "ltc_line_teleport": BOOM-style line->line (silent) teleport + line class "ltc_teleport" * improved: line class "ltc_end_level": specify next level on exit (Ip3) * improved: line classes "ltc_wall_texture" & "ltc_plane_texture": set the surface color, blendmode and alpha properties of the referenced surfaces. * improved: line class "ltc_wall_texture" -> Set Mid If None: add/remove midtextures on twosided linedefs. + Added more XG_Dev messages. Reference types are printed by name instead of ID. * fixed: bug that prevented sector chains from working correctly under certain circumstances (due to dummy activators in sector functions) * fixed: XS_GetPlane - when a act_tag reference was specified it was incorrectly being compared to the regular sector tag during iteration. * fixed: XS_GetPlane was incorrectly referencing sector tag 0 when called during XS_Trav functions which implicitly set ref data to zero when used in conjunction with spref_tagged_ or spref_act_tagged_. Now checked with -1 and an XG_Dev warning message is printed. * changed: ltc_mimic_sector was using the line's Act Tag when the mimic target reference was set to SPREF_ACT_TAGGED_ This is the opposite to the way it works with all other classes which use these data references. New sprefs have been added which retain this functionality. IF YOU'VE USED SPREF_ACT_TAGGED_FLOOR/CEILING AS THE MIMIC TARGET REFERENCE IN YOUR PWAD: Your PWAD will no longer work as expected and you should update and redistribute it. * fixed: XSTrav_PlaneTexture - the XG_Dev message "couldn't find suitable" was printed even when a suitable reference WAS found. * fixed: ltc_plane_move sector type was incorrectly being set to type 0 when the move finished if no end type change was specified. Result was sectors "losing" their type after a plane move. + Line type -> Act type: Set line type on activation + Line type -> Deact type: Set line type on deactivation + Flag 'ltf2_override_any': override BOOM 'Any Trigger' Linedef flag + line->line references (lrefs): lref_none + line->plane references (lprefs): lpref_back_floor lpref_back_ceiling lpref_thing_exist_floors lpref_thing_exist_ceilings lpref_thing_none_floors lpref_thing_none_ceilings + sector->plane references (sprefs): spref_back_floor spref_back_ceiling + line->sector references (lsrefs): lsref_none lsref_back lsref_thing_exist lsref_thing_none + light level reference (lightref): lightref_back Multiplayer: - fixed: skill selection not working via Game Setup menu Linux: + SDL joystick support (by zachkeene) - fixed: disappearing enemies in jHeretic and jHexen (fix by zachkeene) * Build scripts require zip (package zip on Debian/Ubuntu) - fixed: fixed some segfaults caused by missing data in *Nix builds. Mac OS X: * optimized release builds now work correctly - fixed several endianness issues in model rendering, XG, WAV loading, buttons - fixed: network games (now compatible with Win + Linux) - fixed rendering of shiny models (multitex and non-multitex) - fixed many minor compilation issues Security: - fixed: CVE-2006-1618 buffer overflow. Version 1.8.6 ------------- + "Flats" external resource category: defaults to "Data/Game/Flats/" * external flats are searched first from "Data/Game/Flats/" * PK3s can now be compressed (normal ZIP files) * unlimited nesting of autoloads via Auto directory and virtual files + PK3 path mapping: files in the root of a PK3 mapped to the Auto directories (see Readme for details) + lump assembly prefixes (see Readme for details) + Reflection -> Min color: minimum RGB color for the reflection (to make the reflection visible even without regular sector light) - fixed: model file hash reset properly when running 'reset' - fixed: problem with multiple -file options SDL_mixer: * MUS data converted to MIDI is stored in the runtime directory instead of /tmp Mac OS X: + MiniStart launcher * music is played using QuickTime (MIDI problems resolved) - multiple endianness issues fixed in texture/PK3/model handling Version 1.8.5 ------------- + surface reflections (shiny effects) + 'Reflection' definition + cvar 'rend-tex-shiny': enable surface reflections + Model -> Sub -> Shiny reaction: how much shiny textures react to angle changes + cvar 'rend-model-shiny-strength': shininess factor for all models (0..1) + Model -> Sub -> Blending mode: select a blending mode (bm_* flag) + bm_* flags in Flags.ded (blending modes) + ccmds 'conopen', 'conclose', 'contoggle': open/close console prompt * detail textures can now use external resources instead of WAD lumps (Detail -> File) * external resources can be located in relation to Doomsday base path (e.g. Shiny map = "Data/LightMaps/Shine") - fixed: dynamic light clipping in the case where lights are in the same subsector with a polyobj jHexen: + cvar 'hud-scale': scaling factor for HUD graphics and messages Win32: + option '-nostwin': don't show the startup message dialog (quicker startup) * crashes are handled more gracefully - fixed: vcbuild.bat didn't include resources in Doomsday.exe and drD3D.dll, which meant that the startup window and the drD3D config dialog were missing Version 1.8.4 ------------- * shiny texture coordinates are calculated using a simplified algorithm - fixed: shiny texture coordinate 'warparound' artifact - fixed: FakeRadio hanged in maps with some unusual map geometry Win32: + vcbuild.bat: builds everything from the command line * built using Visual C++ Toolkit 2003, available from: http://msdn.microsoft.com/visualc/vctoolkit2003/ Version 1.8.3 ------------- + Generator -> Stage -> Spin resistance { 0 0 }: factors for slowing down particle spinning (0..1) - fixed: model skin wrapping - fixed: halo origin calculation for high-resolution sprites - keycode handling in console/UI didn't always use the keymap jDoom: - fixed: crushed barrels now explode correctly and don't become gibs Linux: * MIDI music player defaults to SDL_mixer's default implementation (DENG_MIDI_CMD can be used to specify an external player) * fixed-point math using inline assembler like in Windows (courtesy of Lukasz Stelmach) Mac OS X: * a native build that runs on Mac OS X 10.3 * now compiles with Xcode - fixed various glitches with regards to loading of plugins Version 1.8.2 ------------- - fixed: segfault when starting a new game during demo playback - fixed: instant camera position changes during demo playback - fixed: console font disappearance + added control panel setting for rend-tex-filter-smart - adjusted particle Z coordinate when touching a plane - fixed fatal error when building GL nodes for a map in the end of the data lump directory Mac OS X: - fixed endianness problem with MUS-to-MIDI conversion Version 1.8.1 ------------- * it is no longer possible to turn off camera smoothing - cvar 'rend-camera-smooth' was hidden - fixed: game event smoothing now operates seamlessly regardless of the framerate - fixed: camera position smoothing wasn't synced correctly to frames - fixed: segfault related to sight checking over large distances (e.g. TNT map 27) + dpMapLoad: glBSP 1.96 as a plugin, run on the fly when necessary + rend-halo-realistic: use only more realistic halos (slightly smaller, dimmer), no secondary lens flares; enabled by default - fixed: Map Info -> Execute - fixed: FakeRadio bug where vertical shadows were rendered above and under the left and right edge of an opening in a straight wall - GL must not be loaded at all in dedicated mode - file finder had problems descending into subdirectories - input events are processed immediately: mouse lag is gone both in the game and in the UI - mouse filter is more careful not to ever lose any mickeys - all pending ticcmds are always processed immediately (excessive buffering no longer a danger) - fixed several endianness issues to allow building on a big endian arch * tuned up handling of ticcmds during transfer from client to server * particle movement is smoothed (except flat particles that contact a surface) * mouse look is always as smooth as it can be * all games use the same keyboard look scheme (jDoom's was different) * framerate is measured more accurately + ccmd 'message': display a local game message Common: * more unified handling of ticcmds + cvar 'player-move-speed': player movement speed modifier (0..1) jDoom: - fixed: '-warp' made fonts disappear jHeretic/jHexen: - fixed: when a demo stops continue with a running InFine sequence Win32: - too many console messages caused a crash during startup (extra verbosity) - crash when starting in dedicated mode Linux: + environment variable DENG_MIDI_CMD: play MIDI music using this program (defaults to "timidity") + '--without-(game)' configuration option skips (game) + '--without-opengl' configuration option removes all OpenGL support from the build (for dedicated servers) - color adjustments are now working (vid-gamma et al.) - demo file names were formed incorrectly Mac OS X: - pretty much everything can be compiled and run on Mac OS X with the help of fink and Apple's X11 server (except netgames, don't go there) Version 1.8.0 ------------- - fixed: game clock must not be running while map is being loaded - fixed: mobj Z coordinate when sector has a fake floor Version 1.8.0-rc3 ----------------- * use TCP connection for sending reliable data (game setup, etc.) - ccmd 'listmaps' was missing - fixed: FakeRadio bug where narrow shadows stretch beyond parent edge - fixed: mouse wheel events in Linux - fixed: opening control panel in dedicated mode InFine: + 'XImage' command: set an external graphics resource to a Rect Version 1.8.0-rc2 ----------------- + control panel text has its own color (not just white) * maximum frame rate limited to 200 * movement of missiles and other such objects is now smoothed * network setup screens revised * modems, serial links and IPX no longer supported (only TCP/IP) - ccmd 'playsound' was missing - things didn't follow moving planes smoothly - fixed an input event processing bug that caused duplicated events Version 1.8.0-rc1 ----------------- ! Release Candidate ! features from alpha-2 and alpha-3 are *not included* * Linux now officially supported (no MIDI music, joysticks) + control panel settings for FakeRadio + rend-fakeradio-darkness * rend-camera-smooth now affects 3D model animation, monster movement * artifact bobbing (Heretic/Hexen) completely smooth * 3D model spinning completely smooth * key repeat uses milliseconds (input-key-delay) * network code uses TCP sockets and UDP packets, DirectPlay ditched - savegame directory creation bug fixed - PK3 reader supports files created with Info-ZIP that contain extra field data - OpenGL display resolution change sometimes didn't update viewport - FakeRadio shadows are not rendered when light amplification is active Version 1.8.alpha-3 ------------------- ! Alpha Release + multiple viewports + local players are automatically assigned to different viewports + ccmd 'viewgrid': set up the viewport grid + clientside turning/looking * basic toggle controls once again included in ticcmds * distinction between stick and pointer controller axes * engine handles all controls Version 1.8.alpha-2 ------------------- ! Alpha Release * controller axes can be bound to specific local players * engine handles all controls (incomplete) * 'walk' and 'sidestep' axis controls can be bound (partially implemented) + 'bindaxis' command: bind a controller axis to an axis control (e.g. "bindaxis mouse-y walk") - fixed: sound system (on Win32), may still crash during shutdown - removed obsolete settings from the Control Panel Version 1.8.alpha-1 ------------------- ! Alpha Release + Linux support + accurate measurement of time (variable-length ticks); game code still untouched, uses 35 Hz legacy timing * independent input->ticcmd generator (stub only) * now uses the SDL library (http://www.libsdl.org/) Renderer: + FakeRadio: simulated radiosity lighting (cvar 'rend-fakeradio') + smart texture filtering (modified hq2x, 'rend-tex-filter-smart') - removed smooth camera hack ('rend-camera-smooth') Network: * portable low-level implementation (TCP/UDP sockets), needs testing! Version 1.7.15 -------------- + merged some interesting stuff from 1.8/nix: FakeRadio, sky color * use the "no compression" hint when loading lightmaps * increased maximum number of particle generators to 256 - fixed State -> Execute definition patching jDoom: + option '-nodefaultfx': skip default Lights.ded and Particles.ded Version 1.7.14-4 ---------------- + cmd 'playsound': play a sound effect locally + Map Info -> Execute: execute a console command after map setup (i.e. also after loading a savegame) + Map Info -> Sky Model -> Execute: execute a console command every time the sky model's frame number changes + State -> Execute: execute a console command when a mobj enters this state (NOTE: player HUD weapons are not real mobjs, so this has no effect with psprite states) Version 1.7.14-3 ---------------- + cmd 'listmaps': print all loaded maps and the WAD files where they are from - fixed: 'df_worldtime' was behaving strangely - fixed: 873878: Ogg/Mp3 in PK3 Virtual Folder Structure Not Playing jDoom: + cvar 'menu-quitsound': play a random sound when quitting Version 1.7.14 -------------- ! Maintenance Release + Model -> Sub -> Skin file: file name of the skin (can be anything; use this if it isn't possible to use the model's skin list) + Map Info -> Sky Model -> Layer: associate sky model with a sky layer; model is hidden if sky layer is not enabled + Generator -> Submodel: submodel # to use as generator origin + particle generator sounds: Sound, Volume, Hit sound, Hit volume added to Generator -> Stage + Generator -> Init Vector Rnd: init-time random component of Vector + Generator -> Stage -> Force: linear force + model flag 'df_notexcomp': disable texture compression for all skins of the associated model + model flag 'df_worldtime': model's interpos depends on world time + generator flag 'gnf_srcdir': rotate particle vector + generator flag 'gnf_extra': additional generator for a mobj state + cvar 'rend-tex-filter': use bilinear filtering on textures * a particle generator can have up to 32 stages * models close to the viewpoint won't disappear * max number of data files increased from 128 to 1024 (-file) - fixed: crash when map doesn't have any REJECT data - fixed: confusion/crash when requesting a lump with no name - fixed: edge artifacts around translucent sprites - fixed: sfx sometimes pop with the default sound driver (DS8) - fixed: loading DEDs from virtual directories - fixed: particle center offset angle - fixed: loading order of 3D models (mixed up demon/spectre skins) - fixed: lighting on vertically inverted models - quietly allow the use of undefined sprite frames (object hidden) jDoom: * "Read This" screens are not affected by menu-scale, skull hidden jHeretic: - game can only be saved during normal game play - fixed: cycling down from Elvenwand skips Staff (bug 813773) jHexen: + lava and fire textures glow * support for the Hexen 4-level demo Version 1.7.13 -------------- ! Maintenance Release * model offset and scale are interpolated (Model -> Offset XYZ, Model -> Scale XYZ) * overridden model defs are no longer loaded at all (bug 760099) * number of screenshots is not limited to 100 * screenshot file names are selected according to game mode - fixed: semicolon in bindings (key name "smcln") - fixed: music volume = zero prevents songs from changing - fixed: halos flicker sometimes through doors - a shadow is not rendered if it would be above the object - fixed: crash when loading external resources of color-mapped sprites Network: - fixed: player gets stuck in enemies - fixed: player gets stuck in a moving plane (elevator, door) - fixed: crash in clmobj handling - fixed: recording demos with multiple local players - fixed: clientside jumping power, jumping enabled - fixed: player start spot selection (especially TNT/Plutonia) - fixed: mobj Z coordinates were sometimes incorrect on clientside - fixed: server didn't increase client's bandwidth rating, ever - fixed: WAD warning box in Client Setup screen was in the wrong place - fixed: halos weren't always displayed correctly on clientside drD3D: + option -triple: enable triple buffering in fullscreen mode XG: - XG should always be disabled on clientside jDoom: + cvar 'map-door-colors': show colors of locked doors in automap + cvar 'map-door-glow': locked doors have a glow around them (1=normal) * Plutonia/TNT will automatically set rend-sky-full - fixed: bullet puffs in face (bug 740767) - fixed: main menu item spacing too tight - fixed: STARMS was used in the status bar when in deathmatch jHeretic: + cvar 'player-jump-power' jHexen: + cvar 'player-jump-power' Version 1.7.12 -------------- + option -leaveramp: don't reset color settings back to previous values at shutdown + JWADs: IWAD supplements (uses normal WAD loading order) + Data\Graphics directory: Doomsday's graphics resources (UI textures) + cvars 'ui-cursor-width', 'ui-cursor-height': UI mouse cursor size + added new cvar controls to the Control Panel (e.g. multitex, HUD mirror) * the first incarnation of the Doomsday UI theme, "Gradient", was replaced with a much more polished theme, "Plastic" * UI mouse cursor size and movement depend on display resolution * music data will not be cached into the memory zone while loading (large MP3s wasted a lot of space) * paths that contain the base path are normally printed without the base - removed obsolete settings from Control Panel - removed detail texture maximum distance cvar and Control Panel slider - removed cvars 'rend-light-clip', 'rend-light-shrink' - fixed: possible crash in Con_Error() Definitions: + DED version 6: semicolons are optional (the default is 6) + added Defs/Doomsday.ded: include definitions shared by all games + 'Top map', 'Bottom map', 'Side map' added to Light defs and Decoration:Light defs (name of lightmap to use; empty means default, "-" is none) + particle types pt_modelNN: use 3D model ID = "ParticleNN" + particle flags ptf_zeroyaw, ptf_zeropitch, ptf_rndyaw, ptf_rndpitch + 'Frame', 'End frame', 'Spin' added to Generator:Stage + up to 32 sky models can be defined in a Map Info definition + added an ID key to the Model definition * flags can be defined using this syntax: Flags = flag1 | flag2 | flag3; (flag prefixes must be omitted) * Defs/Doomsday.ded is always read first * Flag definitions moved to Defs/Flags.ded * XG definitions moved to Defs/XG.ded * maximum number of submodels is now 8 * Map Info definitions can be copied * 'InFine' is an alternative name for the 'Finale' definition Network: - fixed: server increased a client's bandwidth rating too rapidly Sound: * sounds from PWADs are not replaced with automatic external resources Refresh: + named Model definitions (Model:ID), not assigned to any state + lightmap resources are read from the Data\x\LightMaps directory + texture/flat animation sequences defined using Group defs (Anim.ded) + "tgf_smooth": interpolate between steps in texture/flat animation + particle generator flag "gnf_group": triggered by all in the flat's animation group + particle generator flags "gnf_blendsub", "gnf_blendrsub": subtractive blending for particles + particle generator flags "gnf_blendmul", "gnf_blendimul": normal and inverse multiplicative blending for particles + option -nohighpat: disable high-resolution patches * weapon model skins are precached * texture/flat groups can be used purely for precaching * detail texture contrast is preprocessed: there will be multiple instances of the same texture with different contrast levels (needs a bit more memory but allows faster rendering) * 8-bit particle textures are interpreted as pure alpha data * PCX images aren't loaded redundantly from virtual files - fixed: PWAD test when loading highres flats and patches (-pwadtex) - fixed: particles sliding over ledges - fixed: Generator Center angle (Y) offset was ignored with mobj sources Renderer: + sky models + particle models + blending modes: subtract, reverse subtract, multiply, inverse multiply + cvar 'rend-glow-fog-bright': wall glow brightness in fog + cvar 'rend-model-shiny-multitex': render shiny skins using multitexturing + cvar 'rend-model-mirror-hud': mirror HUD weapon models + cvar 'rend-model-spin-speed': rotation speed for models with "df_spin" + cvar 'rend-dev-wireframe': render player view in wireframe mode + cvar 'rend-dev-freeze': stop updating rendering lists (for debugging) * renderer uses multitexturing for detail textures, dynamic lights, interpolated texture animation and model shiny skins * shiny skins are correctly masked by alpha in main skin * plane glow on models is stronger than before * if multitexturing is available, masked walls will get one dynamic light (previously masked walls were not lit by dynlights) * dynamic light polygons are no longer clipped * calculations to determine surfaces affected by a dynamic light are more accurate (light has a better chance to be visible) * light decoration brightness decreases as surface/view angle grows - removed option -maxor: clipper has now unlimited nodes - fixed: leaking lights (impossible route detection) - fixed: stray pixels along polygon edges in dynamically lit areas - fixed: detail texture blending when fog is enabled - fixed: object shadows weren't affected by fog - fixed: skymask holes in skyfixed sectors - fixed: shiny skins on HUD models - fixed: console text gibberish on the first time the console is drawn - fixed: cvar 'rend-tex' (render with textures) - fixed: shadows fade away smoothly at maximum distance drOpenGL: + support for multitexturing + NV_texture_env_combine4 or ATI_texture_env_combine3 required when rendering dynamic lights with multitexturing + support for SGIS_generate_mipmap + support for EXT_blend_subtract + support for EXT_texture_compression_s3tc + option -notexcomp: disable texture compression + option -novtxar: disable vertex arrays + option -nosgm: disable SGIS_generate_mipmap * vertex arrays are disabled by default if driver's OpenGL version is older than 1.3 (otherwise enabled) * texture compression disabled by default (use -texcomp to enable) drD3D: + support for multitexturing Games: + cvar 'server-game-cheat': allow cheat commands "god", "noclip", "give" in netgames jDoom: + "Patch Replacement" strings (see Defs\jDoom\Values.ded) + cvar 'menu-patch-replacement': enable or disable replacement strings + cvar 'menu-glitter': letters glow as they are typed in + fonts precached during startup + crosshair alpha slider added to the HUD menu + some light decorations (Doom1Lights.ded + BSTONE3, BRICKLIT) * titlescreen sequence defined as an InFine script (ID = "title") * menu text has properly sized capital letters - fixed: intermissions/finales in Plut/TNT jHeretic: + some light decorations (based on Isegrim's defs) * player mobj selector is set to match currently used weapon * titlescreen sequence defined as an InFine script (ID = "title") jHexen: + some light decorations (based on Isegrim's defs) * player mobj selector is set to match currently used weapon * titlescreen sequence defined as an InFine script (ID = "title") InFine: + cmd 'startinf (scriptid)' (and 'stopinf') + gradient rectangles + object rotation (pics, text objects, rectangles) + command "ScaleXY (handle) (x) (y)" + command "Rect (handle) (x) (y) (w) (h)" + command "FillColor (h) (TOP/BOTTOM/BOTH) (r) (g) (b) (a)" + command "EdgeColor (h) (TOP/BOTTOM/BOTH) (r) (g) (b) (a)" + condition "MODE:(game-mode)" + command "ELSE" + command "DO" ... ";" (nestable blocks) + command "PlayDemo (filename)" + command "Cmd (console command)" + command "OnKey (key-ident) (marker)": jump to marker when key pressed + command "UnsetKey (key-ident)" + commands "Events", "NoEvents": enable/disable interactive mode + commands "Trigger", "NoTrigger": enable/disable menu triggering mode * generic object commands: "Del", "X", "Y", "Sx", "Sy", "Scale", "Angle" "ScaleXY", "RGB", "Alpha" * old pic/text commands that should no longer be used: "DelPic", "DelText", "TextRGB", "TextAlpha", "Tx", "Ty", "TSx", "TSy", "TextScale" * InFine can run in overlay mode (e.g. during GS_LEVEL) * InFine states are nested (script -> demo -> script -> demo -> etc.) - fixed: "WaitText" timing with \w, \W, \p, \P - fixed: "SoundAt" volume XG: + line class "ltc_mimic_sector" + new sprefs + cvar 'xg-dev': print XG event messages to the console - fixed: sector floor/ceiling chain touch test Version 1.7.11 -------------- ! Bugfixes Only * revised server delta generation: fixed-size frames, prioritized contents, sounds are stored inside frames (not separate packets), redundant missile coordinates not sent * server refuses connection if new client's ID already in use * revised clientside handling of frames: collision detection for movement prediction, missiles hidden on impact * revised low-level networking: implement confirmed/ordered packets manually, detect duplicates, Huffman encoding (60%-70% compression) + cmd 'huffman': print Huffman efficiency and number of bytes sent * mobj translucency 0-255 (selector still overrides) * mobj floatbobbing is done by engine (clientside), DDMF_BOB added * client is allowed some movement while airborne (easier jumping) * by default, external resources are no longer loaded for textures from PWADs; use the -pwadtex option to change this (cvar 'rend-tex-external-always') * console command line cursor can be moved left and right * default key repeat interval is now 3 tics (was 4) * braces { and } are equivalent to quotes, e.g.: "alias init-map03 {after 1 {warp 5}}" * cmd 'listcmds' prints a description for each command + cmd 'toggle': toggle a cvar's value between zero and nonzero + cmd 'if': execute a command if the condition is true (tests cvar values) * max number of light decorations increased to 16 per texture - fixed: occlusion for planes exactly at eye-Z - fixed: client was sending too much data (now it's about 0.3 KB/s) - included DED files are read immediately after the Include directive has been encountered - fixed: pausing the game also stops spinning models, floatbob - external music was not loaded correctly from virtual files - fixed: clientside mobjs and players on moving planes - fixed: external sound resources reloaded every time the sound starts - fixed: tracking of currently playing sounds - fixed: floorclip values were restricted to 64 in mobj deltas - fixed: client stepup limit is now exactly 24 units - fixed: coord/offset problems if same sprite used in game and HUD - missing upper texture in a skyceiling sector replaced with the backsector's ceiling (was just blank white) - fixed: base path validation (could be missing a slash) - fixed: path of CPHelp.txt was sometimes not translated - fixed: mobj translucency didn't affect the shadow - fixed: incoming message queue protected by a mutex - music is not restarted if it's already playing - fixed: finding model files/skins with base-relative paths jDoom: * savegames stored in game mode specific subdirs (mixups now avoided) + cvar 'view-bob-weapon-switch-lower': if zero, HUD weapon is not lowered during a weapon switch + value 'Weapon Info|*|Static': if nonzero, HUD weapon is not lowered during a weapon switch * game-corpse-time: corpses fade smoothly - fixed: button deactivation sound - fixed: crash when "kill" used when not in a map jHeretic: * savegames stored in game mode specific subdirs (mixups now avoided) * game-corpse-time: corpses fade smoothly - fixed: button deactivation sound - fixed: Speed + Use Artifact made the player jump - fixed: on clientside, wind didn't affect player (e.g. E1M1) jHexen: * savegames stored in game mode specific subdirs (mixups now avoided) + option -savedir: set savegame directory - fixed: polyobj destination/speed for sliding doors (e.g. map05) - fixed: restoring polyobjs and hidden mobjs from saved map - fixed: problem with excessive sound sequence repeat (e.g. map12) - fixed: torch light for remote players - fixed: no mobjs spawned when dedicated server starts - clientside powers were not correctly set to zero at death, map change - clientside Wings of Wrath icon didn't rotate when flying - fixed: dedicated server deadlock when monsters don't find any players - fixed: crash when minotaur vanishes and master is dead - fixed: 'use artifact' sounds not audible on clientside - fixed: crash when "kill" used when not in a map - fixed: screen border flicker in fullscreen mode (again) - fixed: floatbobbing objects go through the floor - Deathkings map36: playerstart group >4 accepted InFine: * server sends condition truth values to clients (secret, leavehub) XG: - when loading a savegame, line activators were not correctly restored drD3D: - fixed a problem with mode selection (refresh rates) Installer: - fixed: pressing Enter after typing a path closed the installer dialog - glBSP run with the -fresh option to avoid bad BSP data Version 1.7.10 -------------- + support for ZIP/PK3 files (no compression!), can be loaded like WAD files (-file, load; no unload, though), contents added to the virtual file hierarchy (package root dir => Doomsday base dir) + after runtime directory has been searched, data files are also searched from the default data directory (e.g. Data\jDoom\): "-file Test.wad" will load Data\jDoom\Test.wad + WAD, LMP, PK3 and ZIP files from the Data\Game\Auto directory are always loaded automatically + WAD/PK3 files can be loaded from virtual files (inside PK3s) + IncludeIf and SkipIf directives can also test for game modes, e.g. "SkipIf Not doom1-ultimate" + light decorations (dynlights on textures/flats), "Decoration" defs + cvar group 'rend-light-decor' + sprite frames can be replaced with external resources (Patches) + raw screens can be replaced with external resources (Patches) + -maxtex option: set maximum texture size ("-maxtex 128") + sound flag 'sf_dontstop' (0x20): sound does not stop even if emitter is destroyed (sound cannot be stopped until it finishes normally) * faster 3D model loading during startup * rend-camera-smooth: Z-movement of planes is also smoothed * default dynlight brightness increased to 0.75 (rend-light-bright) * default halo brightness decreased to 35 (rend-halo-bright) - halo distance measured in 3D: no excess brightness when viewed from above/below - fixed: sprites were sometimes clipped by a sky ceiling - fixed: problems with rend-light-num jDoom: + light decorations for all switches, many textures and some flats of Doom 1 * barrel/rocket explosions continue even after barrel/rocket is gone (barexp uses sf_dontstop) * Pause key is now the default binding for pause (was P) jHeretic: - fixed: interlude screen wouldn't show seconds if they're zero jHexen: * Pause key is now the default binding for pause (was P) - fixed: weapon pieces bob only partially - fixed: screen border flicker in fullscreen mode Version 1.7.9 ------------- + external resource locator (in Data\Game\: Textures\, Patches\, Music\ and Sfx\) with game mode subdirs (see readme) + high-resolution patches (e.g. menu graphics, game fonts, background pictures) + netgame server info includes: game mode (e.g. doom1-ultimate, doom2-plut, hexen), game config, IWAD, PWADs, player names + info about network setup added to cphelp.txt, shows up during setup + cvar 'server-player-limit': maximum number of clients + cvar 'rend-light-wall-angle': intensity of angle-based wall lighting + cvar 'input-mouse-filter': average mouse X/Y axis values + model flag 'df_dim' (0x1000000): model is never rendered fullbright + cmds 'movefloor', 'moveceil', 'movesec': move a sector's plane(s) * low-level networking updated to DirectX 8 * improved network setup GUI * client can only connect to servers in the same game mode * cmd 'net' prints usage info * cvar 'net-ip-port' is the local TCP/IP port * "Filter mouse movement" added to Control Panel's Input page * -nohightex now only affects wall textures and flats * crosshair color alpha (cmd "crosshair color", var "view-cross-a") - fixed: client was able to connect to a server running a different game - fixed: aborted client connection crashed the server - potential problem handling client connections fixed - fixed: fullbrightness didn't affect particles - DirectSound 8: fixed a problem with buffer loading; using -csd should no longer be necessary - Sound definition patching fixed (Ext/Group keys were ignored) - fixed bug 712332: when server pauses a netgame, all clients will pause KickStart: * Cheb's KickStart v2.09 replaces the ancient v1.6 jDoom: + game modes: doom1-share, doom1, doom1-ultimate, doom2, doom2-plut, doom2-tnt + automap added to Options -> Controls (under Misc.) + cvar game-corpse-sliding: corpses slide down stairs and ledges (defaults to zero due to some bad behaviour; e.g. exit room of D2/22) * cvar game-corpsetime renamed to game-corpse-time - fixed bug 734892: sides with bogus sectors - A_Tracer() used to spawn puffs that were identical to bullet puffs, this caused complications with particle generators jHeretic: + game modes: heretic-share, heretic (normal registered), heretic-ext (has episodes 4, 5) jHexen: + game modes: hexen, hexen-dk (Death Kings of Dark Citadel) - fixed: sound sequence delays with repeating sounds (sequence updater didn't get correct information about currently playing sound effects) drOpenGL/drD3D: + -refresh option * closest available refresh rate selected Version 1.7.8 ------------- + new master server mechanism (uses HTTP) + cvar net-master-path (default: "/master.php"): location of the master server at 'net-master-address' (default: "www.doomsdayhq.com") + cmd "net announce": send a server announcement to the master (if server-public is nonzero, announcements are made automatically at two minute intervals) * cvar net-master-port (default: 0): usually zero or 80 * clientside player coords override serverside coords under normal circumstances (maxdif checks removed) * if one part of a psprite is fullbright, the whole psprite will be - fixed: psprites were rendered with depth testing enabled; Doom plasma rifle fire anim was broken - fixed: clientside player animation didn't finish anim sequence - fixed: line flags weren't updated on clientside (e.g. in Hexen map13) - fixed: minor edge artifact with multipart psprites (e.g. in jDoom) jDoom: * lineattack weapons hit planes (pistol, shotguns, chaingun) - fixed: lineattack check for hitting sky planes, skyhack walls - map31 and map32 no longer assumed to exist: Doom2.wad "00f6d407" should work - weapon psprite timings (in Objects.ded) adjusted for super shotgun, rocket launcher: muzzle flash was out-of-sync by 1-2 tics jHexen: - fixed: dedicated server tried to draw teleport gfx and crashed - fixed: scripted + yellow messages not shown on clientside - fixed: client crashes when changing level - fixed: status bar flicker jtNet2: - old master server stuff removed Version 1.7.7 ------------- + switch texture pairs (SW1/SW2) are precached at the same time + "Generator:Stage:Radius rnd": Randomness of particle radius + sound-info shows sound names as well as ID numbers + support for textured particles * flat particles stick to planes - high-resolution flats with 4 channels (alpha) were loaded incorrectly - sector lightlevel overflow in sectordelta (e.g. on jHexen map 26) - alternative texture path must be tried first when loading hires images (-texdir2) jDoom: * cvar player-air-movement: player movement speed while airborne (0-32); use only small values in netgames jHeretic: - blinking statbar borders fixed doomsday-1.14.5/doomsday/client/doc/LICENSE0000664000175000017500000003545112350542237017567 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/client/modules/0000775000175000017500000000000012350542237017455 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/client/modules/bootstrap.de0000664000175000017500000000421712350542237022010 0ustar jaakkojaakko# DOOMSDAY CLIENT BOOTSTRAP # # This script is executed after the client application has been fully # initialized, immediately after subsystems are all ready. No game is # loaded at this stage, although all plugins have been enumerated. # The window is not yet visible -- no GL operations can be performed. # Config has already been loaded from persistent storage. import Version, App, Config, SavedSession def bindDefaultConsoleTildeKey() import Input Input.bindEvent("global:key-tilde-down+key-shift-up", "taskbar") Input.bindEvent("console:key-tilde-down+key-shift-up", "taskbar") end def runLegacySavegameConversion(newGame) if newGame == 'null-game': return # Schedule conversion of all legacy savegames located. # TODO: Improve this logic so that conversion tasks are done only when necessary. SavedSession.convertAll(newGame) end def runPluginLoadHooks(newGame) if newGame == 'null-game': return try gameConf = Config.plugin[App.gamePlugin()] for func in gameConf.onNextLoad: func() # These are single-shot hooks. gameConf.onNextLoad = [] catch: pass end def upgradeMaintenance() if not 'OLD_VERSION' in Version: return # Ensure that the default Tilde binding is present when upgrading # from an older version. if Version.OLD_VERSION[3] < 920 and Version.BUILD >= 920 # Register a single-shot hook that ensures the binding is present # after a game has been loaded the next time. This must be done # per-plugin as the bindings are stored separately for each. # Config is persistent so these will be remembered even after # shutting down the app. for plug in dictvalues(subrecords(Config.plugin)) plug.onNextLoad += [bindDefaultConsoleTildeKey] end end end # # BOOT SEQUENCE # # During launch we will perform any necessary maintenance tasks. upgradeMaintenance() # Whenever a game is added, we'll schedule legacy savegame conversion tasks. App.audienceForGameAddition += [runLegacySavegameConversion] # Whenever a game is loaded, we'll run pending hooks. App.audienceForGameChange += [runPluginLoadHooks] doomsday-1.14.5/doomsday/client/modules/appconfig.de0000664000175000017500000000463612350542237021746 0ustar jaakkojaakko# The Doomsday Engine Project -- Doomsday Client # # Copyright (c) 2013 Jaakko Keränen # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . #---------------------------------------------------------------------------- # CONFIGURATION FOR THE DOOMSDAY CLIENT # # This module contains configuration related scripts for the client # application. It is automatically imported by Config and used as needed. # # TODO: make sure the server doesn't run this import gui import Version import Updater import Log def setDefaults(d) # Applies the client's defaults. # - d: Record where to set the values. gui.setDefaults(d) # Additional Log defaults. d.log.filterBySubsystem = False d.log.showMetadata = False record d.alert d.alert.generic = Log.WARNING d.alert.resource = Log.WARNING d.alert.map = Log.WARNING d.alert.script = Log.WARNING d.alert.gl = Log.WARNING d.alert.audio = Log.WARNING d.alert.input = Log.WARNING d.alert.network = Log.WARNING # Input defaults. record d.input record d.input.mouse d.input.mouse.syncSensitivity = True # Defaults for the automatic updater. record d.updater d.updater.frequency = Updater.WEEKLY if Version.STABLE d.updater.channel = Updater.CHANNEL_STABLE else d.updater.channel = Updater.CHANNEL_UNSTABLE end d.updater.lastChecked = Time("") d.updater.onlyManually = (Version.OS == 'unix') d.updater.autoDownload = False d.updater.delete = True d.updater.downloadPath = "${DEFAULT}" d.updater.deleteAtStartup = "" # Console defaults. record d.console d.console.snap = True d.console.script = False # Master server settings. record d.masterServer d.masterServer.apiUrl = "www.dengine.net/master.php" end doomsday-1.14.5/doomsday/client/modules/Updater.de0000664000175000017500000000216112350542237021373 0ustar jaakkojaakko# The Doomsday Engine Project -- Doomsday Client # # Copyright (c) 2014 Jaakko Keränen # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . #---------------------------------------------------------------------------- # UPDATER # # This module provides access to the built-in automatic updater of the # Doomsday Client. # Update frequency. const DAILY = 0 const BIWEEKLY = 1 const WEEKLY = 2 const MONTHLY = 3 const AT_STARTUP = 4 # Update release channel. const CHANNEL_STABLE = 0 const CHANNEL_UNSTABLE = 1 doomsday-1.14.5/doomsday/dep_fmod.pri0000664000175000017500000000137712350542240017022 0ustar jaakkojaakko# Build configuration for FMOD Ex. isEmpty(FMOD_DIR) { error("dep_fmod: FMOD SDK path not defined, check your config_user.pri (FMOD_DIR)") } INCLUDEPATH += $$FMOD_DIR/api/inc win32 { # Windows. LIBS += -L$$FMOD_DIR/api/lib -lfmodex_vc INSTALLS += fmodlibs fmodlibs.files = $$FMOD_DIR/api/fmodex.dll fmodlibs.path = $$DENG_LIB_DIR } else:macx { # Mac OS X. LIBS += -L$$FMOD_DIR/api/lib -lfmodex # The library must be bundled as a post-build step. } else { # Generic Unix. contains(QMAKE_HOST.arch, x86_64): libname = fmodex64 else: libname = fmodex LIBS += -L$$FMOD_DIR/api/lib -l$$libname INSTALLS += fmodlibs fmodlibs.files = $$FMOD_DIR/api/lib/lib$${libname}.so fmodlibs.path = $$DENG_LIB_DIR } doomsday-1.14.5/doomsday/dep_shell.pri0000664000175000017500000000115512350542240017176 0ustar jaakkojaakko# Build configuration for using the libdeng_shell library. shellDir = libshell INCLUDEPATH += $$PWD/$$shellDir/include # Use the appropriate library path. !useLibDir($$OUT_PWD/../$$shellDir) { !useLibDir($$OUT_PWD/../../$$shellDir) { !useLibDir($$OUT_PWD/../../../$$shellDir) { useLibDir($$OUT_PWD/../../builddir/$$shellDir) } } } LIBS += -ldeng_shell macx { defineTest(linkBinaryToBundledLibdengShell) { fixInstallName($${1}, libdeng_shell.0.dylib, ..) } defineTest(linkToBundledLibdengShell) { linkBinaryToBundledLibdengShell($${1}.bundle/$$1) } } doomsday-1.14.5/doomsday/dep_deng2.pri0000664000175000017500000000335612350542240017073 0ustar jaakkojaakkoinclude(dep_deng2_cwrapper.pri) # libdeng2's C++ API requires the following Qt modules. QT += core network # Optional modules: deng_qtopengl: QT += opengl deng_qtgui { QT += gui greaterThan(QT_MAJOR_VERSION, 4) { QT += widgets CONFIG += deng_qtwidgets } } deng_debug: qtver = d$$QT_MAJOR_VERSION else: qtver = $$QT_MAJOR_VERSION win32 { # Install the required Qt DLLs into the products dir. INSTALLS *= qtlibs qtplugins qtlibs.files += \ $$[QT_INSTALL_BINS]/QtCore$${qtver}.dll \ $$[QT_INSTALL_BINS]/QtNetwork$${qtver}.dll deng_qtgui: qtlibs.files += $$[QT_INSTALL_BINS]/QtGui$${qtver}.dll deng_qtwidgets: qtlibs.files += $$[QT_INSTALL_BINS]/QtWidgets$${qtver}.dll deng_qtopengl: qtlibs.files += $$[QT_INSTALL_BINS]/QtOpenGL$${qtver}.dll qtlibs.path = $$DENG_LIB_DIR qtplugins.files = $$[QT_INSTALL_PLUGINS]/imageformats/qjpeg4.dll qtplugins.path = $$DENG_LIB_DIR/imageformats } macx { defineTest(linkBinaryToBundledLibdeng2) { fixInstallName($$1, libdeng2.2.dylib, ..) fixInstallName($$1, QtCore.framework/Versions/$$QT_MAJOR_VERSION/QtCore, ..) fixInstallName($$1, QtNetwork.framework/Versions/$$QT_MAJOR_VERSION/QtNetwork, ..) deng_qtgui: fixInstallName($$1, QtGui.framework/Versions/$$QT_MAJOR_VERSION/QtGui, ..) deng_qtwidgets: fixInstallName($$1, QtWidgets.framework/Versions/$$QT_MAJOR_VERSION/QtWidgets, ..) deng_qtopengl: fixInstallName($$1, QtOpenGL.framework/Versions/$$QT_MAJOR_VERSION/QtOpenGL, ..) } defineTest(linkToBundledLibdeng2) { linkBinaryToBundledLibdeng2($${1}.bundle/$$1) } defineTest(linkDylibToBundledLibdeng2) { linkBinaryToBundledLibdeng2($${1}.dylib) } } doomsday-1.14.5/doomsday/dep_openal.pri0000664000175000017500000000162712350542240017351 0ustar jaakkojaakko# Build configuration for OpenAL. win32 { isEmpty(OPENAL_DIR) { error("dep_openal: OpenAL SDK path not defined, check your config_user.pri") } # Windows. INCLUDEPATH += $$OPENAL_DIR/include LIBS += -L$$OPENAL_DIR/libs/win32 -lopenal32 # Deploy openal32.dll (check that it's present in libs/win32) INSTALLS += oallibs oallibs.files = $$OPENAL_DIR/libs/win32/openal32.dll oallibs.path = $$DENG_LIB_DIR } else:macx { # Mac OS X. } else { # Generic Unix. # Check that the dev library is installed. !system(pkg-config --exists openal) { error(Missing dependency: OpenAL library (development headers). Alternatively disable the OpenAL plugin by removing deng_openal from CONFIG.) } oalFlags = $$system(pkg-config --cflags openal) QMAKE_CFLAGS += $$oalFlags QMAKE_CXXFLAGS += $$oalFlags LIBS += $$system(pkg-config --libs openal) } doomsday-1.14.5/doomsday/doomsday_sdk.pri0000664000175000017500000001047112350542240017720 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2014 Jaakko Keränen # # qmake .pri file for projects using the Doomsday SDK. # # The Doomsday SDK is distributed under the GNU Lesser General Public # License version 3 (or, at your option, any later version). Please # visit http://www.gnu.org/licenses/lgpl.html for details. # # Variables: # - DENG_CONFIG Names of supporting libraries to use (gui, appfw, shell); # symlink: deploy libs as symbolic links DENG_SDK_DIR = $$PWD isEmpty(PREFIX): PREFIX = $$OUT_PWD exists($$DENG_SDK_DIR/include/doomsday) { INCLUDEPATH += $$DENG_SDK_DIR/include/doomsday } else { INCLUDEPATH += $$DENG_SDK_DIR/include } win32: LIBS += -L$$DENG_SDK_DIR/lib else: QMAKE_LFLAGS = -L$$DENG_SDK_DIR/lib $$QMAKE_LFLAGS # The core library is always required. LIBS += -ldeng2 contains(DENG_CONFIG, appfw): DENG_CONFIG *= gui shell # Supporting libraries are optional. contains(DENG_CONFIG, gui): LIBS += -ldeng_gui contains(DENG_CONFIG, appfw): LIBS += -ldeng_appfw contains(DENG_CONFIG, shell): LIBS += -ldeng_shell # Instruct the dynamic linker to load the libs from the SDK lib dir. *-g++*|*-gcc*|*-clang* { QMAKE_LFLAGS += -Wl,-rpath,$$DENG_SDK_DIR/lib } macx { QMAKE_MACOSX_DEPLOYMENT_TARGET = 10.7 } DENG_MODULES = $$DENG_SDK_DIR/modules/*.de # Macros --------------------------------------------------------------------- defineTest(dengPostLink) { isEmpty(QMAKE_POST_LINK) { QMAKE_POST_LINK = $$1 } else { QMAKE_POST_LINK = $$QMAKE_POST_LINK && $$1 } export(QMAKE_POST_LINK) } defineTest(dengClear) { # 1: file to remove win32: system(del /q \"$$1\") else: system(rm -f \"$$1\") } defineTest(dengPack) { # 1: path of a .pack file # 2: actual root directory # 3: files to include, relative to the root system(cd \"$$2\" && zip -r \"$$1\" $$3 -x \\*~) } defineTest(dengPackModules) { # 1: path of a .pack file dengPack($$1, $$DENG_SDK_DIR, modules/*.de) } defineReplace(dengFindLibDir) { # Determines the appropriate library directory given prefix $$1 prefix = $$1 dir = $$prefix/lib contains(QMAKE_HOST.arch, x86_64) { exists($$prefix/lib64) { dir = $$prefix/lib64 } exists($$prefix/lib/x86_64-linux-gnu) { dir = $$prefix/lib/x86_64-linux-gnu } } return($$dir) } defineReplace(dengSdkLib) { # 1: name of library win32: fn = $$DENG_SDK_DIR/lib/$${1}.dll else:macx { versions = 2 1 0 for(vers, versions) { fn = $$DENG_SDK_DIR/lib/lib$${1}.$${vers}.dylib exists($$fn): return($$fn) } } else { fn = $$DENG_SDK_DIR/lib/lib$${1}.so # Apply the latest major version. exists($${fn}.2): fn = $${fn}.2 else:exists($${fn}.1): fn = $${fn}.1 else:exists($${fn}.0): fn = $${fn}.0 } return($$fn) } defineTest(dengDeploy) { # 1: app name # 2: install prefix # 3: base pack file prefix = $$2 INSTALLS += target basepack denglibs basepack.files = $$3 denglibs.files = $$dengSdkLib(deng2) contains(DENG_CONFIG, gui): denglibs.files += $$dengSdkLib(deng_gui) contains(DENG_CONFIG, appfw): denglibs.files += $$dengSdkLib(deng_appfw) contains(DENG_CONFIG, shell): denglibs.files += $$dengSdkLib(deng_shell) win32 { } else:macx { QMAKE_BUNDLE_DATA += $$INSTALLS QMAKE_BUNDLE_DATA -= target basepack.path = Contents/Resources denglibs.path = Contents/Frameworks } else { target.path = $$prefix/bin basepack.path = $$prefix/share/$${1} denglibs.path = $$dengFindLibDir($$prefix) } contains(DENG_CONFIG, symlink):unix { # Symlink the libraries rather than copy. macx { QMAKE_BUNDLE_DATA -= denglibs fwDir = $${TARGET}.app/$$denglibs.path } else { INSTALLS -= denglibs fwDir = $$denglibs.path } for(fn, denglibs.files) { dengPostLink(mkdir -p \"$$fwDir\" && ln -sf \"$$fn\" \"$$fwDir\") } } macx: export(QMAKE_BUNDLE_DATA) else { export(INSTALLS) export(target.path) } export(basepack.files) export(basepack.path) export(denglibs.files) export(denglibs.path) } doomsday-1.14.5/doomsday/dep_opengl.pri0000664000175000017500000000126412350542240017354 0ustar jaakkojaakko# Build configuration for OpenGL. win32 { isEmpty(OPENGL_DIR) { error("dep_opengl: OpenGL SDK path not defined, check your config_user.pri") } # Windows. INCLUDEPATH += $$OPENGL_DIR } else:macx { # Mac OS X. deng_macx8_64bit { INCLUDEPATH += /System/Library/Frameworks/OpenGL.framework/Headers } else: INCLUDEPATH += /Library/Frameworks/OpenGL.framework/Headers LIBS += -framework OpenGL } else { # Generic Unix. LIBS += $$system(pkg-config --libs gl) INCLUDEPATH += $$system(pkg-config --cflags gl) # An additional include path for user's GL headers. !isEmpty(OPENGL_DIR): INCLUDEPATH = $$OPENGL_DIR $$INCLUDEPATH } doomsday-1.14.5/doomsday/dep_sdl.pri0000664000175000017500000000410412350542240016646 0ustar jaakkojaakko!deng_nosdl { # Build configuration for SDL (core library). win32 { isEmpty(SDL_DIR) { error("dep_sdl: SDL path not defined, check your config_user.pri") } sdlLibDir = $$SDL_DIR/lib exists($$SDL_DIR/lib/x86): sdlLibDir = $$SDL_DIR/lib/x86 INCLUDEPATH += $$SDL_DIR/include LIBS += -L$$sdlLibDir -lsdl # Libraries to copy to the products directory. INSTALLS += sdllibs sdllibs.files = $$sdlLibDir/SDL.dll sdllibs.path = $$DENG_LIB_DIR } else:macx { # Mac OS X. isEmpty(SDL_FRAMEWORK_DIR) { error("dep_sdl: SDL framework path not defined, check your config_user.pri") } INCLUDEPATH += $${SDL_FRAMEWORK_DIR}/SDL.framework/Headers QMAKE_LFLAGS += -F$${SDL_FRAMEWORK_DIR} LIBS += -framework SDL } else { # Generic Unix. sdlflags = $$system(pkg-config sdl --cflags) QMAKE_CFLAGS += $$sdlflags QMAKE_CXXFLAGS += $$sdlflags LIBS += $$system(pkg-config sdl --libs) } # Should we include SDL_mixer in the build, too? !deng_nosdlmixer { win32 { isEmpty(SDL_MIXER_DIR) { error("dep_sdl: SDL_mixer path not defined, check your config_user.pri") } sdlMixerLibDir = $$SDL_MIXER_DIR/lib exists($$SDL_MIXER_DIR/lib/x86): sdlMixerLibDir = $$SDL_MIXER_DIR/lib/x86 INCLUDEPATH += $$SDL_MIXER_DIR/include LIBS += -L$$sdlMixerLibDir -lsdl_mixer # Libraries to copy to the products directory. INSTALLS += sdlmixerlibs sdlmixerlibs.files = \ $$sdlMixerLibDir/libogg-0.dll \ $$sdlMixerLibDir/libvorbis-0.dll \ $$sdlMixerLibDir/libvorbisfile-3.dll \ $$sdlMixerLibDir/mikmod.dll \ $$sdlMixerLibDir/SDL_mixer.dll \ $$sdlMixerLibDir/smpeg.dll sdlmixerlibs.path = $$DENG_LIB_DIR } else:macx { INCLUDEPATH += $${SDL_FRAMEWORK_DIR}/SDL_mixer.framework/Headers QMAKE_LFLAGS += -F$${SDL_FRAMEWORK_DIR}/SDL_mixer.framework/Frameworks LIBS += -framework SDL_mixer } else { LIBS += -lSDL_mixer } } } # !deng_nosdldoomsday-1.14.5/doomsday/.tm_properties0000664000175000017500000000012512350542237017422 0ustar jaakkojaakkoexcludeDirectories = "{apidoc,BUILD.*}" excludeInFolderSearch = "{apidoc,BUILD.*}"doomsday-1.14.5/doomsday/config.pri0000664000175000017500000001233212350542240016503 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson # # Do not modify this file. Custom CONFIG options can be specified on the # qmake command line or in config_user.pri. # # User-definable variables: # PREFIX Install prefix for Unix # SCRIPT_PYTHON Path of the Python interpreter binary to be used in # generated scripts (python on path used for building) # # CONFIG options for Doomsday: # - deng_aptstable Include the stable apt repository .list # - deng_aptunstable Include the unstable apt repository .list # - deng_ccache (Unix|Mac) Use ccache when compiling # - deng_fluidsynth Build the FluidSynth sound driver # - deng_fmod Build the FMOD Ex sound driver # - deng_nativesdk (Mac) Use current OS's SDK for non-distrib use # - deng_noclient Disable building of the client (not on Mac) # - deng_nodirectsound (Windows) Disable the DirectSound sound driver # - deng_nodisplaymode Disable native display mode changes # - deng_nofixedasm Disable assembler fixed-point math # - deng_noopenal Disable building of the OpenAL sound driver # - deng_nosdlmixer Disable SDL_mixer; use dummy driver as default # - deng_nosnowberry (Unix) Exclude Snowberry from installation # - deng_notools Do not build and deploy the tools # - deng_openal Build the OpenAL sound driver # - deng_qtautoselect (Mac) Select OS X SDK based on Qt version # - deng_qtgui Use the QtGui module in dep_deng2.pri # - deng_qtopengl Use the QtOpenGL module in dep_deng2.pri # - deng_qtwidgets Use the QtWidgets module in dep_deng2.pri # - deng_nopackres Do not package the Doomsday resources # - deng_rangecheck Parameter range checking/value assertions # - deng_snowberry (Unix) Include Snowberry in installation # - deng_tests Build and deploy the test suite # - deng_writertypecheck Enable type checking in Writer/Reader # # Read-only options (set automatically): # - deng_debug Debug build. QT -= core gui CONFIG *= thread # Directories ---------------------------------------------------------------- DENG_API_DIR = $$PWD/api DENG_INCLUDE_DIR = $$PWD/client/include DENG_UNIX_INCLUDE_DIR = $$DENG_INCLUDE_DIR/unix DENG_MAC_INCLUDE_DIR = $$DENG_INCLUDE_DIR/macx DENG_WIN_INCLUDE_DIR = $$DENG_INCLUDE_DIR/windows DENG_MODULES_DIR = $$PWD/libdeng2/modules # Macros --------------------------------------------------------------------- include(macros.pri) # Versions ------------------------------------------------------------------- # Parse versions from the header files. !exists(versions.pri): runPython2(configure.py) include(versions.pri) # Build Options -------------------------------------------------------------- # Configure for Debug/Release build. CONFIG(debug, debug|release) { !win32: echo(Debug build.) DEFINES += _DEBUG CONFIG += deng_debug deng_rangecheck } else { !win32: echo(Release build.) DEFINES += NDEBUG } # SDK build. deng_sdk { DEFINES += DENG_SDK_BUILD echo("SDK build.") } # Debugging options. deng_fakememoryzone: DEFINES += LIBDENG_FAKE_MEMORY_ZONE # Check for Qt 5. greaterThan(QT_MAJOR_VERSION, 4) { CONFIG += deng_qt5 c++11 } # Check for a 64-bit compiler. contains(QMAKE_HOST.arch, x86_64) { echo(64-bit architecture detected.) DEFINES += DENG_64BIT_HOST win32: CONFIG += win64 } isStableRelease(): DEFINES += DENG_STABLE # Options defined by the user (may not exist). exists(config_user.pri): include(config_user.pri) deng_sdk { # SDK install location. !isEmpty(SDK_PREFIX) { DENG_SDK_DIR = $$SDK_PREFIX DENG_SDK_HEADER_DIR = $$DENG_SDK_DIR/include/doomsday/de DENG_SDK_LIB_DIR = $$DENG_SDK_DIR/lib } else:!isEmpty(PREFIX) { DENG_SDK_DIR = $$PREFIX DENG_SDK_HEADER_DIR = $$DENG_SDK_DIR/include/doomsday/de DENG_SDK_LIB_DIR = $$DENG_SDK_DIR/lib } else { DENG_SDK_DIR = $$OUT_PWD/.. DENG_SDK_HEADER_DIR = $$DENG_SDK_DIR/include/de DENG_SDK_LIB_DIR = $$DENG_SDK_DIR/lib } echo(SDK header directory: $$DENG_SDK_HEADER_DIR) echo(SDK library directory: $$DENG_SDK_LIB_DIR) } win32: include(config_win32.pri) else:macx: include(config_macx.pri) else: include(config_unix.pri) # Apply deng_* Configuration ------------------------------------------------- deng_nofixedasm { DEFINES += DENG_NO_FIXED_ASM } !deng_rangecheck { DEFINES += DENG_NO_RANGECHECKING } deng_nosdlmixer|deng_nosdl { DEFINES += DENG_DISABLE_SDLMIXER } deng_nosdl { DEFINES += DENG_NO_SDL } unix:deng_ccache { # ccache can be used to speed up recompilation. *-clang* { QMAKE_CC = ccache $$QMAKE_CC -Qunused-arguments QMAKE_CXX = ccache $$QMAKE_CXX -Qunused-arguments QMAKE_CXXFLAGS_WARN_ON += -Wno-self-assign } *-gcc*|*-g++* { QMAKE_CC = ccache $$QMAKE_CC QMAKE_CXX = ccache $$QMAKE_CXX } } doomsday-1.14.5/doomsday/plugins/0000775000175000017500000000000012350542240016202 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/0000775000175000017500000000000012350542240017312 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/defs/0000775000175000017500000000000012350542240020233 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/defs/text.ded0000664000175000017500000004544212350542240021706 0ustar jaakkojaakko# jDoom64: Text Strings # # Do not change the order of these definitions! # Header { Version = 5; } Text { ID = "PRESSKEY"; Text = "Press a key."; } Text { ID = "PRESSYN"; Text = "Press %1 or %2."; } Text { ID = "QUITMSG"; Text = "Are you sure you want to\nquit this great game?"; } Text { ID = "LOADNET"; Text = "You can't load while in a net game!"; } Text { ID = "QLOADNET"; Text = "You can't load during a netgame!"; } Text { ID = "QSAVESPOT"; Text = "You haven't picked a quicksave slot yet!"; } Text { ID = "SAVEDEAD"; Text = "You can't save if you aren't playing!"; } Text { ID = "QSPROMPT"; Text = "Save over your game named\n\n'%s'?"; } Text { ID = "QLPROMPT"; Text = "Are you sure you want to load the game named\n\n'%s'?"; } Text { ID = "NEWGAME"; Text = "You can't start a new game\nwhile in a network game."; } Text { ID = "MSGOFF"; Text = "Messages OFF"; } Text { ID = "MSGON"; Text = "Messages ON"; } Text { ID = "NETEND"; Text = "You can't end a netgame!"; } Text { ID = "ENDGAME"; Text = "Are you sure you want to end the game?"; } Text { ID = "GAMMALVL0"; Text = "Gamma correction OFF"; } Text { ID = "GAMMALVL1"; Text = "Gamma correction level 1"; } Text { ID = "GAMMALVL2"; Text = "Gamma correction level 2"; } Text { ID = "GAMMALVL3"; Text = "Gamma correction level 3"; } Text { ID = "GAMMALVL4"; Text = "Gamma correction level 4"; } Text { ID = "EMPTYSTRING"; Text = "Empty slot"; } Text { ID = "GOTARMOR"; Text = "Picked up the armor."; } Text { ID = "GOTMEGA"; Text = "Picked up the MegaArmor!"; } Text { ID = "GOTHTHBONUS"; Text = "Picked up a health bonus."; } Text { ID = "GOTARMBONUS"; Text = "Picked up an armor bonus."; } Text { ID = "GOTSTIM"; Text = "Picked up a stimpack."; } Text { ID = "GOTMEDINEED"; Text = "Picked up a medikit that you REALLY need!"; } Text { ID = "GOTMEDIKIT"; Text = "Picked up a medikit."; } Text { ID = "GOTSUPER"; Text = "Supercharge!"; } Text { ID = "GOTBLUECARD"; Text = "Picked up a blue keycard."; } Text { ID = "GOTYELWCARD"; Text = "Picked up a yellow keycard."; } Text { ID = "GOTREDCARD"; Text = "Picked up a red keycard."; } Text { ID = "GOTBLUESKUL"; Text = "Picked up a blue skull key."; } Text { ID = "GOTYELWSKUL"; Text = "Picked up a yellow skull key."; } Text { ID = "GOTREDSKULL"; Text = "Picked up a red skull key."; } Text { ID = "GOTINVUL"; Text = "Invulnerability!"; } Text { ID = "GOTBERSERK"; Text = "Berserk!"; } Text { ID = "GOTINVIS"; Text = "Partial Invisibility"; } Text { ID = "GOTSUIT"; Text = "Radiation Shielding Suit"; } Text { ID = "GOTMAP"; Text = "Computer Area Map"; } Text { ID = "GOTVISOR"; Text = "Light Amplification Visor"; } Text { ID = "GOTMSPHERE"; Text = "MegaSphere!"; } Text { ID = "GOTCLIP"; Text = "Picked up a clip."; } Text { ID = "GOTCLIPBOX"; Text = "Picked up a box of bullets."; } Text { ID = "GOTROCKET"; Text = "Picked up a rocket."; } Text { ID = "GOTROCKBOX"; Text = "Picked up a box of rockets."; } Text { ID = "GOTCELL"; Text = "Picked up an energy cell."; } Text { ID = "GOTCELLBOX"; Text = "Picked up an energy cell pack."; } Text { ID = "GOTSHELLS"; Text = "Picked up 4 shotgun shells."; } Text { ID = "GOTSHELLBOX"; Text = "Picked up a box of shotgun shells."; } Text { ID = "GOTBACKPACK"; Text = "Picked up a backpack full of ammo!"; } Text { ID = "GOTBFG9000"; Text = "You got the BFG9000! Oh, yes."; } Text { ID = "GOTCHAINGUN"; Text = "You got the chaingun!"; } Text { ID = "GOTCHAINSAW"; Text = "A chainsaw! Find some meat!"; } Text { ID = "GOTLAUNCHER"; Text = "You got the rocket launcher!"; } Text { ID = "GOTPLASMA"; Text = "You got the plasma gun!"; } Text { ID = "GOTSHOTGUN"; Text = "You got the shotgun!"; } Text { ID = "GOTSHOTGUN2"; Text = "You got the super shotgun!"; } Text { ID = "GOTUNMAKER"; Text = "What the !@#$%^&* is this?!"; } Text { ID = "NGOTUNMAKER"; Text = "You need the Unmaker!"; } Text { ID = "UNMAKERCHARGE"; Text = "Your Unmaker must recharge!"; } Text { ID = "GOTPOWERUP1"; Text = "You have a feeling that it wasn't meant to be touched.."; } Text { ID = "NGOTPOWERUP1"; Text = "You don't have the will to touch this..."; } Text { ID = "GOTPOWERUP2"; Text = "What is this used for?"; } Text { ID = "NGOTPOWERUP2"; Text = "You don't have the courage to touch this..."; } Text { ID = "GOTPOWERUP3"; Text = "It looks like some sort of key..."; } Text { ID = "NGOTPOWERUP3"; Text = "You don't have the ability to touch this..."; } Text { ID = "PD_OPNPOWERUP"; Text = "You lack the ability to activate it..."; } Text { ID = "PD_BLUEO"; Text = "You need a %1 to activate this object"; } Text { ID = "PD_REDO"; Text = "You need a %1 to activate this object"; } Text { ID = "PD_YELLOWO"; Text = "You need a %1 to activate this object"; } Text { ID = "PD_BLUEK"; Text = "You need a %1 to open this door"; } Text { ID = "PD_REDK"; Text = "You need a %1 to open this door"; } Text { ID = "PD_YELLOWK"; Text = "You need a %1 to open this door"; } Text { ID = "GGSAVED"; Text = "Game saved."; } Text { ID = "HUSTR_MSGU"; Text = "[Message unsent]"; } Text { ID = "HUSTR_MAP01"; Text = "Map 1: Staging Area"; } Text { ID = "HUSTR_MAP02"; Text = "Map 2: The Terraformer"; } Text { ID = "HUSTR_MAP03"; Text = "Map 3: Main Engineering"; } Text { ID = "HUSTR_MAP04"; Text = "Map 4: Holding Area"; } Text { ID = "HUSTR_MAP05"; Text = "Map 5: Tech Center"; } Text { ID = "HUSTR_MAP06"; Text = "Map 6: Alpha Quadrant"; } Text { ID = "HUSTR_MAP07"; Text = "Map 7: Research Lab"; } Text { ID = "HUSTR_MAP08"; Text = "Map 8: Final Outpost"; } Text { ID = "HUSTR_MAP09"; Text = "Map 9: Even Simpler"; } Text { ID = "HUSTR_MAP10"; Text = "Map 10: The Bleeding"; } Text { ID = "HUSTR_MAP11"; Text = "Map 11: Terror Core"; } Text { ID = "HUSTR_MAP12"; Text = "Map 12: Altar of Pain"; } Text { ID = "HUSTR_MAP13"; Text = "Map 13: Dark Citadel"; } Text { ID = "HUSTR_MAP14"; Text = "Map 14: Eye of the Storm"; } Text { ID = "HUSTR_MAP15"; Text = "Map 15: Dark Entires"; } Text { ID = "HUSTR_MAP16"; Text = "Map 16: Blood Keep"; } Text { ID = "HUSTR_MAP17"; Text = "Map 17: Watch Your Step"; } Text { ID = "HUSTR_MAP18"; Text = "Map 18: Spawned Fear"; } Text { ID = "HUSTR_MAP19"; Text = "Map 19: The Spiral"; } Text { ID = "HUSTR_MAP20"; Text = "Map 20: Breakdown"; } Text { ID = "HUSTR_MAP21"; Text = "Map 21: Pitfalls"; } Text { ID = "HUSTR_MAP22"; Text = "Map 22: Burnt Offerings"; } Text { ID = "HUSTR_MAP23"; Text = "Map 23: Unholy Temple"; } Text { ID = "HUSTR_MAP24"; Text = "Map 24: No Escape"; } Text { ID = "HUSTR_MAP25"; Text = "Map 25: Cat And Mouse"; } Text { ID = "HUSTR_MAP26"; Text = "Map 26: Hardcore"; } Text { ID = "HUSTR_MAP27"; Text = "Map 27: Playground"; } Text { ID = "HUSTR_MAP28"; Text = "Map 28: The Absolution"; } Text { ID = "HUSTR_MAP29"; Text = "Map 29: Outpost Omega"; } Text { ID = "HUSTR_MAP30"; Text = "Map 30: The Lair"; } Text { ID = "HUSTR_MAP31"; Text = "Map 31: In The Void"; } Text { ID = "HUSTR_MAP32"; Text = "Map 32: Hectic"; } Text { ID = "HUSTR_MAP33"; Text = "Map 33: The Unknown"; } Text { ID = "HUSTR_CHATMACRO0"; Text = "No"; } Text { ID = "HUSTR_CHATMACRO1"; Text = "I'm ready to kick butt!"; } Text { ID = "HUSTR_CHATMACRO2"; Text = "I'm OK."; } Text { ID = "HUSTR_CHATMACRO3"; Text = "I'm not looking too good!"; } Text { ID = "HUSTR_CHATMACRO4"; Text = "Help!"; } Text { ID = "HUSTR_CHATMACRO5"; Text = "You suck!"; } Text { ID = "HUSTR_CHATMACRO6"; Text = "Next time, scumbag..."; } Text { ID = "HUSTR_CHATMACRO7"; Text = "Come here!"; } Text { ID = "HUSTR_CHATMACRO8"; Text = "I'll take care of it."; } Text { ID = "HUSTR_CHATMACRO9"; Text = "Yes"; } Text { ID = "HUSTR_TALKTOSELF1"; Text = "You mumble to yourself"; } Text { ID = "HUSTR_TALKTOSELF2"; Text = "Who's there?"; } Text { ID = "HUSTR_TALKTOSELF3"; Text = "You scare yourself"; } Text { ID = "HUSTR_TALKTOSELF4"; Text = "You start to rave"; } Text { ID = "HUSTR_TALKTOSELF5"; Text = "You've lost it..."; } Text { ID = "HUSTR_MESSAGESENT"; Text = "[Message Sent]"; } Text { ID = "HUSTR_PLRGREEN"; Text = "Green: "; } Text { ID = "HUSTR_PLRINDIGO"; Text = "Indigo: "; } Text { ID = "HUSTR_PLRBROWN"; Text = "Brown: "; } Text { ID = "HUSTR_PLRRED"; Text = "Red: "; } Text { ID = "AMSTR_FOLLOWON"; Text = "Follow Mode ON"; } Text { ID = "AMSTR_FOLLOWOFF"; Text = "Follow Mode OFF"; } Text { ID = "AMSTR_GRIDON"; Text = "Grid ON"; } Text { ID = "AMSTR_GRIDOFF"; Text = "Grid OFF"; } Text { ID = "AMSTR_MARKEDSPOT"; Text = "Marked Spot"; } Text { ID = "AMSTR_MARKSCLEARED"; Text = "All Marks Cleared"; } Text { ID = "STSTR_MUS"; Text = "Music Change"; } Text { ID = "STSTR_NOMUS"; Text = "Impossible selection"; } Text { ID = "STSTR_DQDON"; Text = "You feel immortal"; } Text { ID = "STSTR_DQDOFF"; Text = "You feel mortal"; } Text { ID = "STSTR_KFAADDED"; Text = "Stuff given"; } Text { ID = "STSTR_FAADDED"; Text = "Weapons given"; } Text { ID = "STSTR_NCON"; Text = "No Clipping Mode ON"; } Text { ID = "STSTR_NCOFF"; Text = "No Clipping Mode OFF"; } Text { ID = "STSTR_BEHOLD"; Text = "inVuln, Str, Inviso, Rad, Allmap, or Lite-amp"; } Text { ID = "STSTR_BEHOLDX"; Text = "Power-up toggled"; } Text { ID = "STSTR_CHOPPERS"; Text = "... doesn't suck - GM"; } Text { ID = "STSTR_CLEV"; Text = "Warping...."; } Text { ID = "C1TEXT"; Text = "You cackle as the familiarity of the situation\n occurs to you. The gateway to the Demon's Domain\n was too accessible. You realize the Demons mock\n you with their invitation. It does not matter...\n The Demons spawn like rats and you have the\n Grade AAA UAC poison they crave.\n\n Your blood thirsty scream shatters the teleport\n haze. Once again you find yourself amidst..."; } Text { ID = "C2TEXT"; Text = "You smile.\n What strange place have you stumbled upon?\n The Demons did not expect you to survive this far.\n You feel their Demonic presence waiting for you...\n\n Let them taste their guts!"; } Text { ID = "C3TEXT"; Text = "You wretch as a strange acrid odor assaults you.\n Death and Demon carcass!\n No nightmare could have prepared you for this.\n You realize this place was not meant for living\n Humans."; } Text { ID = "C4TEXT"; Text = "Finally...\nThe mother of all Demons is dead!\n The blood purs from your eyes as you stand in\n difiance.\n As the only marine to endure the slaughter-\n you decide to remain in Hell and ensure no Demon\n ever rises again. The end."; } Text { ID = "CC_ZOMBIE"; Text = "Zombieman"; } Text { ID = "CC_SHOTGUN"; Text = "Shotgun Guy"; } Text { ID = "CC_IMP"; Text = "Imp"; } Text { ID = "CC_DEMON"; Text = "Demon"; } Text { ID = "CC_LOST"; Text = "Lost Soul"; } Text { ID = "CC_CACO"; Text = "Cacodemon"; } Text { ID = "CC_HELL"; Text = "Hell Knight"; } Text { ID = "CC_BARON"; Text = "Baron of Hell"; } Text { ID = "CC_ARACH"; Text = "Arachnotron"; } Text { ID = "CC_PAIN"; Text = "Pain Elemental"; } Text { ID = "CC_MANCU"; Text = "Mancubus"; } Text { ID = "CC_CYBER"; Text = "Cyberdemon"; } Text { ID = "CC_NTROOP"; Text = "Nightmare Imp"; } Text { ID = "CC_BITCH"; Text = "Motherdemon"; } Text { ID = "CC_HERO"; Text = "Our hero"; } Text { ID = "QUITMESSAGE1"; Text = "Hey don't quit now, we are barely \non map 1!"; } Text { ID = "QUITMESSAGE2"; Text = "Demons own your sorry ass..."; } Text { ID = "QUITMESSAGE3"; Text = "Hell will come upon you..."; } Text { ID = "QUITMESSAGE4"; Text = "I guess you find this boring..."; } Text { ID = "QUITMESSAGE5"; Text = "Don't think about leaving \nor else I'll send a \n Nightmare Demon after your ass..."; } Text { ID = "QUITMESSAGE6"; Text = "Fine, get out chicken shit..."; } Text { ID = "QUITMESSAGE7"; Text = "Go ahead and leave. See if I care."; } Text { ID = "QUITMESSAGE8"; Text = "Quit?! We are not done with you yet!"; } Text { ID = "QUITMESSAGE9"; Text = "Fine, go back playing your \nStupid Counterstrike games."; } Text { ID = "QUITMESSAGE10"; Text = "Fine, go back playing your \nStupid UT 2003 games."; } Text { ID = "QUITMESSAGE11"; Text = "Fine, go back playing your \nStupid Quake 3 games."; } Text { ID = "QUITMESSAGE12"; Text = "Look, bud. You leave now\nand you forfeit your body count!"; } Text { ID = "QUITMESSAGE13"; Text = "Just leave. When you come\nback, I'll be waiting with a bat."; } Text { ID = "QUITMESSAGE14"; Text = "You're lucky I don't smack\nYou for thinking about leaving."; } Text { ID = "QUITMESSAGE15"; Text = "Prescience of mind is\nno substitute for courage."; } Text { ID = "QUITMESSAGE16"; Text = "Seems this is too much for you..."; } Text { ID = "QUITMESSAGE17"; Text = "Return as an apostate to be\neternally welcomed."; } Text { ID = "QUITMESSAGE18"; Text = "To abandon the cause\ncan only presage disaster."; } Text { ID = "QUITMESSAGE19"; Text = "Quit now? You big baby..."; } Text { ID = "QUITMESSAGE20"; Text = "Dost the demesne win?\nDost its inhabitants prevail?\nIs this the end?"; } Text { ID = "QUITMESSAGE21"; Text = "Your mom is the Motherdemon herself..."; } Text { ID = "QUITMESSAGE22"; Text = "Escape if you will, but these\ndark corridors haunt you forever..."; } Text { ID = "JOINNET"; Text = "You're already in a network game!"; } Text { ID = "SAVENET"; Text = "You can't save while in a net game!"; } Text { ID = "CLNETLOAD"; Text = "Server loading saved game..."; } Text { ID = "LOADMISSING"; Text = "You weren't in the server's savegame."; } Text { ID = "FINALEFLAT_C2"; Text = "RROCK14"; } Text { ID = "FINALEFLAT_C1"; Text = "SLIME16"; } Text { ID = "FINALEFLAT_C3"; Text = "RROCK07"; } Text { ID = "FINALEFLAT_C4"; Text = "RROCK17"; } Text { ID = "FINALEFLAT_C5"; Text = "RROCK13"; } Text { ID = "FINALEFLAT_C6"; Text = "RROCK19"; } Text { ID = "FINALEFLAT_C7"; Text = "RROCK19"; } Text { ID = "FINALEFLAT_C8"; Text = "RROCK19"; } Text { ID = "FINALEFLAT_C9"; Text = "RROCK19"; } Text { ID = "KILLMSG_SUICIDE"; Text = "%1 commits suicide!"; } Text { ID = "KILLMSG_WEAPON0"; Text = "%1 beat %2 with bare hands!"; } Text { ID = "KILLMSG_PISTOL"; Text = "%2 was gunned down by %1."; } Text { ID = "KILLMSG_SHOTGUN"; Text = "%1 shot %2 to bloody bits."; } Text { ID = "KILLMSG_CHAINGUN"; Text = "%2 was poisoned by %1's lead."; } Text { ID = "KILLMSG_MISSILE"; Text = "%2 rode %1's rocket. Splat!"; } Text { ID = "KILLMSG_PLASMA"; Text = "%2 got burnt in %1's plasma."; } Text { ID = "KILLMSG_BFG"; Text = "%2 was scorched by %1's BFG!"; } Text { ID = "KILLMSG_CHAINSAW"; Text = "%1 slaughtered %2 with a buzz!"; } Text { ID = "KILLMSG_SUPERSHOTGUN"; Text = "%1 blasted %2 to tiny bits."; } Text { ID = "KILLMSG_UNMAKER"; Text = "%1 was unmade by %2"; } Text { ID = "KILLMSG_STOMP"; Text = "%1 stomped %2!!"; } Text { ID = "AMSTR_ROTATEON"; Text = "Rotate mode ON"; } Text { ID = "AMSTR_ROTATEOFF"; Text = "Rotate mode OFF"; } Text { ID = "WEAPON1"; Text = "Fist"; } Text { ID = "WEAPON2"; Text = "Pistol"; } Text { ID = "WEAPON3"; Text = "Shotgun"; } Text { ID = "WEAPON4"; Text = "Chaingun"; } Text { ID = "WEAPON5"; Text = "Rocket Launcher"; } Text { ID = "WEAPON6"; Text = "Plasma Rifle"; } Text { ID = "WEAPON7"; Text = "BFG 9000"; } Text { ID = "WEAPON8"; Text = "Chainsaw"; } Text { ID = "WEAPON9"; Text = "Super Shotgun"; } Text { ID = "WEAPON10"; Text = "Unmaker"; } Text { ID = "SKILL1"; Text = "Be Gentle!"; } Text { ID = "SKILL2"; Text = "Bring it on!"; } Text { ID = "SKILL3"; Text = "I own Doom!"; } Text { ID = "SKILL4"; Text = "Watch me die!"; } Text { ID = "KEY1"; Text = "Blue Keycard"; } Text { ID = "KEY2"; Text = "Yellow Keycard"; } Text { ID = "KEY3"; Text = "Red Keycard"; } Text { ID = "KEY4"; Text = "Blue Skull Key"; } Text { ID = "KEY5"; Text = "Yellow Skull Key"; } Text { ID = "KEY6"; Text = "Red Skull Key"; } Text { ID = "DEMONKEY1"; Text = "Blue Demon Key"; } Text { ID = "DEMONKEY2"; Text = "Yellow Demon Key"; } Text { ID = "DEMONKEY3"; Text = "Red Demon Key"; } Text { ID = "SAVEOUTMAP"; Text = "You can't save if you aren't in a map!"; } Text { ID = "ENDNOGAME"; Text = "You can't end a game that hasn't even begun!"; } Text { ID = "SUICIDEOUTMAP"; Text = "You can't suicide if you aren't in a map!"; } Text { ID = "SUICIDEASK"; Text = "Are you sure you want to suicide?"; } Text { ID = "PICKGAMETYPE"; Text = "Choose game type"; } Text { ID = "SINGLEPLAYER"; Text = "Singleplayer"; } Text { ID = "MULTIPLAYER"; Text = "Multiplayer"; } Text { ID = "NOTDESIGNEDFOR"; Text = "Not designed for %1."; } Text { ID = "GAMESETUP"; Text = "Game Setup"; } Text { ID = "PLAYERSETUP"; Text = "Player Setup"; } Text { ID = "DISCONNECT"; Text = "Really disconnect?"; } Text { ID = "DELETESAVEGAME_CONFIRM"; Text = "Really delete save game\n\n'%s'?"; } Text { ID = "REBORNLOAD_CONFIRM"; Text = "Load save game\n\n'%s'?"; } doomsday-1.14.5/doomsday/plugins/doom64/defs/jdoom64.ded0000664000175000017500000000110512350542240022170 0ustar jaakkojaakko# # -=- jDoom64 Definitions -=- # # This file is overwritten on every upgrade. Add custom definitions # to User.ded. # # For information about DED syntax and semantics, see Doc\DEDDoc.txt. # Header { Version = 5; Default model scale = 1.2; } Include "flags.ded"; Include "fonts.ded"; Include "objects.ded"; Include "sprites.ded"; Include "materials.ded"; Include "anim.ded"; Include "audio.ded"; Include "special.ded"; Include "lights.ded"; Include "skies.ded"; Include "maps.ded"; Include "finales.ded"; Include "text.ded"; Include "values.ded"; doomsday-1.14.5/doomsday/plugins/doom64/defs/materials.ded0000664000175000017500000000247312350542240022700 0ustar jaakkojaakko# jDoom64: Material Enhancements # # Patch the Material definitions created automatically # by the engine, adding new effects to them. Header { Version = 6; } # # Skymasked textures: # Material Mods "textures:F_SKYA" { Flags = skymask; } Material Mods "textures:F_SKYB" { Flags = skymask; } Material Mods "textures:F_SKYC" { Flags = skymask; } Material Mods "textures:F_SKYD" { Flags = skymask; } Material Mods "textures:F_SKYE" { Flags = skymask; } Material Mods "textures:F_SKYF" { Flags = skymask; } Material Mods "textures:F_SKYG" { Flags = skymask; } Material Mods "textures:F_SKYH" { Flags = skymask; } Material Mods "textures:F_SKYI" { Flags = skymask; } Material Mods "textures:F_SKYJ" { Flags = skymask; } Material Mods "textures:F_SKYK" { Flags = skymask; } # # Glowing textures: # Material Mods "textures:CBTRAKA" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:CRTRAKA" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:CYTRAKA" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:SEXIT" { Layer { Stage { Glow = 1.8; } Stage { Glow = 1.8; } } } Material Mods "textures:SEXITA" { Layer { Stage { Glow = 1.8; } Stage { Glow = 1.8; } } } doomsday-1.14.5/doomsday/plugins/doom64/defs/decorlights.ded0000664000175000017500000000053112350542240023217 0ustar jaakkojaakko# # jDoom64: Light decorations. # # The default flags allow using these only with the original textures. # Use "dcf_pwad" and "dcf_ext" to allow using with PWAD and external # resources. # # There can only be one decoration per texture/flat. Newer decorations # override older ones. # # One decoration can specify up to 16 lights. # doomsday-1.14.5/doomsday/plugins/doom64/defs/particles.ded0000664000175000017500000002426512350542240022710 0ustar jaakkojaakko# jDoom64: Particle Effects Header { Version = 6; } SkipIf -nodefaultfx; ######=====---- PLAYER WEAPONS ----=====###### # Rocket smoke trail. Generator { State = "ROCKET"; Flags = spawn; Center { -16 0 8 }; Speed = .8; Speed rnd = 1; Spawn age = -1; Max age = 1200; Particles = 150; Spawn rate = 1.4; Spawn Rnd = 0.4; Vector { 0 0 0 }; Vector rnd = 1; Stage { Type = point; Tics = 2; Rnd = .2; Radius = 5; Color { .55 .55 .4 .6 }; }; Stage { Type = point; Tics = 15; Radius = 6; Color { .4 .4 .4 .3 }; Resistance = 0.01; }; Stage { Type = point; Tics = 130; Radius = 22; Bounce = 0; Resistance = 0.1; Gravity = 0; Color { 0.3 0.3 0.36 0.15 }; }; Stage { Type = point; Radius = 30; Color { 0.2 0.2 0.22 0 }; }; } # Bullet ricochet. Happens pretty rarely. Generator { State = "PUFF1"; Flags = blend; Speed = 20; Speed rnd = 0.1; Spawn age = 2; Max age = 50; Particles = 20; Spawn rate = .65; Spawn rnd = 1; Vector rnd = 1; Stage { Type = line; Flags = bright; Tics = 20; Rnd = 0.5; Radius = 1; Color { 1 1 .9 1 }; Bounce = 0.5; Resistance = 0.01; Gravity = 0.04; }; Stage { Type = line; Flags = bright; Tics = 10; Rnd = 0.5; Radius = 1; Color { 1 .9 .3 .5 }; Bounce = 0.5; Resistance = 0.01; Gravity = 0.04; }; Stage { Type = line; Flags = bright; Radius = 1; Resistance = 0.01; Gravity = 0.02; }; } # Plasma sparks (blue). Generator { State = "PLASEXP"; Flags = blend; Speed = 3; Speed rnd = 0.8; Spawn age = 3; Spawn radius = 20; Max age = 50; Particles = 30; Spawn rate = 10; Spawn rnd = 1; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 5; Rnd = 0.5; Radius = 15; Color { 1 1 1 .7 }; Resistance = 0.3; }; Stage { Type = point; Flags = bright; Tics = 20; Rnd = 0.5; Radius = 13; Color { .45 .5 1 .4 }; Resistance = 0.3; }; Stage { Type = point; Flags = bright; Tics = 10; Rnd = 0.5; Radius = 12; Color { .05 .15 1 .4 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Color { .2 .2 1 0 }; Radius = 10; }; } # BFG explosion effect. Generator { State = "BFGLAND"; Flags = blend; Speed = 7; Speed rnd = 0.2; Spawn radius = 10; Spawn age = 7; Max age = 70; Particles = 200; Spawn rate = 25; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 30; Rnd = 0.2; Radius = 4; Bounce = 0.8; Resistance = .03; Gravity = 0.01; Color { 1 1 1 1 }; }; Stage { Type = point; Flags = bright; Radius = 3; Tics = 30; Resistance = .05; Gravity = 0.02; Color { .5 1 .5 .8 }; }; Stage { Type = point; Flags = bright; Tics = 3; Color { 0 1 0 .5 }; }; } ######=====---- MONSTERS ----=====###### # Baby Spider plasma sparks (yellow-green). Generator { State = "ARACH_PLEX"; Flags = blend; Speed = 3; Speed rnd = 0.8; Spawn age = 3; Spawn radius = 20; Max age = 50; Particles = 30; Spawn rate = 10; Spawn rnd = 1; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 5; Rnd = 0.5; Radius = 15; Color { 1 1 1 .7 }; Resistance = 0.3; }; Stage { Type = point; Flags = bright; Tics = 20; Rnd = 0.5; Radius = 13; Color { 1 .9 .5 .4 }; Resistance = 0.3; }; Stage { Type = point; Flags = bright; Tics = 10; Rnd = 0.5; Radius = 12; Color { .5 1 .2 .4 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Color { 0 .6 0 0 }; Radius = 10; }; } ######=====---- EXPLOSIONS ----=====###### # Rocket explosions. Generator { State = "EXPLODE1"; Center { 0 0 5 }; Flags = blend; Speed = 8; Speed rnd = 0.5; Spawn age = 2; Spawn radius = 15; Max age = 200; Particles = 100; Spawn rate = 14; Spawn Rnd = 0.1; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 20; Rnd = .5; Radius = 18; Color { 1 1 1 1 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 13; Rnd = .5; Radius = 17; Color { 1 .9 .5 .7 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 7; Rnd = 0.2; Radius = 10; Color { .6 .5 .2 .5 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 20; Rnd = .8; Radius = 12; Color { .4 .4 .42 .3 }; Resistance = 0.5; }; Stage { Type = point; Radius = 5; Color { .2 .2 .2 0 }; }; } # Mancubus rocket explosion. Copy Generator { State = "FATSHOTX1"; Spawn rate = 15; } # Barrel explosion. Copy Generator { State = "BEXP5"; Flags = blend | srcvel; Center { 0 0 20 }; } # Rocket sparks. Generator { State = "EXPLODE0"; Speed = 10; Speed rnd = 0.9; Spawn age = 2; Spawn radius = 3; Max age = 200; Particles = 100; Spawn rate = 30; Spawn Rnd = 0.3; Vector { 0 0 0 }; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 25; Rnd = 0.5; Radius = 2; Bounce = 0.3; Resistance = 0.02; Gravity = 0.1; Color { 1 1 1 1 }; }; Stage { Type = point; Flags = bright; Tics = 15; Rnd = 0.5; Radius = 1.5; Bounce = 0.3; Resistance = 0.03; Gravity = 0.1; Color { 1 1 .5 1 }; }; Stage { Type = point; Tics = 7; Radius = 1.25; Bounce = 0.3; Resistance = 0.1; Gravity = 0.1; Color { .7 .4 .1 1 }; }; Stage { Type = point; Tics = 7; Radius = 1; Bounce = 0.3; Resistance = 0.1; Gravity = 0.1; Radius = 1; Color { .5 .2 0 .7 }; }; Stage { Type = point; Tics = 30; Radius = 10; Resistance = 0.2; Gravity = 0.01; Color { .3 .3 .3 .3 }; }; Stage { Type = point; Tics = 30; Radius = 20; Resistance = 0.2; Gravity = 0.01; Color { .15 .15 .15 .15 }; }; Stage { Type = point; Radius = 10; }; } # Low-energy (small and red) explosion. Red fireballs. Generator { State = "TBALLX1"; Flags = blend; Center { 0 0 14 }; Speed = 5; Speed rnd = 0.6; Spawn age = 2; Spawn radius = 12; Max age = 200; Particles = 50; Spawn rate = 20; Spawn Rnd = 0.2; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 12; Rnd = .5; Radius = 15; Color { 1 .9 .5 .8 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 10; Rnd = .5; Radius = 13; Color { 1 .7 .5 .7 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 15; Rnd = 0.2; Radius = 10; Color { 1 .2 .1 .5 }; Resistance = 0.2; }; Stage { Type = point; Radius = 10; Color { .5 0 0 0 }; }; } Copy Generator { State = "RBALLX1"; } Copy Generator { State = "TRACEEXP1"; } # Skull explosion. Copy Generator { State = "SKULL_DIE3"; Center { 0 0 24 }; Flags = blend; Speed = 4; Speed rnd = 0.8; Spawn age = 2; Spawn radius = 30; Max age = 200; Particles = 100; Spawn rate = 30; Spawn rnd = 0.1; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 6; Rnd = .5; Radius = 13; Color { 1 1 1 1 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 13; Rnd = .6; Radius = 12; Color { 1 .8 .5 1 }; Resistance = 0.3; Gravity = -0.15; }; Stage { Type = point; Flags = bright; Tics = 13; Rnd = .7; Radius = 15; Color { 1 .3 .1 .7 }; Resistance = 0.2; Gravity = -0.15; }; Stage { Type = point; Flags = bright; Tics = 10; Rnd = .8; Radius = 13; Color { .5 .1 .1 .3 }; Resistance = 0.2; Gravity = -0.15; }; Stage { Type = point; Radius = 10; }; } # Pain Elemental death explosion. Copy Generator { State = "PAIN_DIE3"; } # Green blast explosion. Generator { State = "BRBALLX1"; Flags = blend; Center { 0 0 -4 }; Speed = 3; Speed rnd = 0.6; Spawn age = 2; Spawn radius = 14; Max age = 200; Particles = 50; Spawn rate = 20; Spawn Rnd = 0.2; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 12; Rnd = .5; Radius = 10; Color { .5 1 .5 .8 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 10; Rnd = .5; Radius = 8; Color { .2 1 .2 .7 }; Resistance = 0.2; }; Stage { Type = point; Flags = bright; Tics = 15; Rnd = 0.2; Radius = 6; Color { 0 1 0 .5 }; Resistance = 0.2; }; Stage { Type = point; Radius = 10; Color { 0 .5 0 0 }; }; } ######=====---- DAMAGE ----=====###### # Gibbed blood spurt. Generator { State = "POSS_XDIE2"; Flags = srcvel; Center { 0 0 30 }; Speed = 6; Speed rnd = 0.7; Spawn age = 4; Max age = 300; Particles = 200; Spawn rate = 30; Spawn Rnd = 0.1; Vector rnd = 1; Stage { Type = point; Flags = flat | stagetouch; Radius = 1.5; Color { .7 0 0 .7 }; Tics = 300; Resistance = 0.01; Gravity = 0.15; }; Stage { Type = point; Flags = flat; Radius = 16; Radius rnd = 0.8; Color { .7 0 0 .5 }; Tics = 200; Resistance = 1; }; Stage { Type = point; Radius = 9; Radius rnd = 0.8; Color { .45 0 0 0 }; }; } Copy Generator { State = "PLAY_XDIE2"; } Copy Generator { State = "SPOS_XDIE2"; } Copy Generator { State = "TROO_XDIE2"; } Copy Generator { State = "SSWV_XDIE2"; } # Pink demon death blood. Copy Generator { State = "SARG_DIE1"; Speed = 4; Spawn age = 3; Spawn rate = 20; } Copy Generator { State = "FATT_DIE2"; } # Trooper death blood. Copy Generator { State = "TROO_DIE1"; Speed = 3; Spawn age = 2; Spawn rate = 15; } # Arachnotron death. Copy Generator { State = "BSPI_DIE2"; } # Cacodemon death. Copy Generator { State = "HEAD_DIE3"; } doomsday-1.14.5/doomsday/plugins/doom64/defs/values.ded0000664000175000017500000001112312350542240022206 0ustar jaakkojaakko# jDoom64: Values # (mind yur speling; jDoom64 uses only the identifiers it knows about) # # The strings from all Values definition blocks are merged together. # This means you don't have to add all your values here; they can be # in a Values block in another file. Header { Version = 5; } # The "Patch Replacement" values are used to replace patches with # strings of text. The replacement overrides any checks for external # resources. Only patches in an IWAD can be replaced; this is required # because existing PWADs may replace the original text patches with # their own graphics. # # The replacement is done by searching a value in the "Patch # Replacement" block that matches the lump name of the patch to be # replaced. The text string may optionally contain parameters that # control how the string is displayed. The parameters must be placed # inside braces. If a parameter block is present, the actual text # string begins from the first character following the closing brace. # # "{fonta, scale=2}C{scale=1}APITAL" # # Whitespace inside a parameter block is ignored. Use a comma or a # semicolon to separate parameters. The parameters and their default # values are: # # fonta Use the small font. # fontb Use the large font (the default). # r=1.0 Red color component (0..1). # g=0.0 Green color component (0..1). # b=0.0 Blue color component (0..1). # x=0 Offset to the X coordinate. # y=0 Offset to the Y coordinate. # scale=1.0 Uniform scaling factor (both X and Y). # scalex=1.0 X scaling factor. # scaley=1.0 Y scaling factor. # angle=0.0 Rotation angle (around initial origin). # flash Enable flashy type-in effect. # noflash Disable it (the default). # case Enable case-based scaling. # nocase Disable it (the default). # ups=1.25 Upper case Y scale. # upo=0.0 Upper case Y offset. # los=1.0 Lower case Y scale. # loo=3.0 Lower case Y offset. # break Start a new line. # # An example: # # Values { # Patch Replacement { # M_DOOM = "{R=.5; G=1; B=.5; scale=3}G{scale=2;y=10}ONE { # scale=3;y=0}F{ scale = 2; y = 10 }I{break}SHING"; # }; # } Values { Player { Health = "100"; # Initial health. Max health = "100"; # Maximum health. Health limit = "200"; # Absolute health limit. Green armor = "100"; Blue armor = "200"; Max ammo { Clip = "200"; Shell = "50"; Cell = "300"; Misl = "50"; }; Clip ammo { Clip = "10"; Shell = "4"; Cell = "20"; Misl = "1"; }; }; # Weapon Info|*|Static defaults to "0". # "1" will prevent the lowering of the HUD weapon when doing a switch. Weapon Info { 0 { Type = "noammo"; Up = "PUNCHUP"; Down = "PUNCHDOWN"; Ready = "PUNCH"; Atk = "PUNCH1"; Flash = "NULL"; }; 1 { Type = "clip"; Per shot = "1"; Up = "PISTOLUP"; Down = "PISTOLDOWN"; Ready = "PISTOL"; Atk = "PISTOL1"; Flash = "PISTOLFLASH"; }; 2 { Type = "shell"; Per shot = "1"; Up = "SGUNUP"; Down = "SGUNDOWN"; Ready = "SGUN"; Atk = "SGUN1"; Flash = "SGUNFLASH1"; }; 3 { Type = "clip"; Per shot = "1"; Up = "CHAINUP"; Down = "CHAINDOWN"; Ready = "CHAIN"; Atk = "CHAIN1"; Flash = "CHAINFLASH1"; }; 4 { Type = "misl"; Per shot = "1"; Up = "MISSILEUP"; Down = "MISSILEDOWN"; Ready = "MISSILE"; Atk = "MISSILE1"; Flash = "MISSILEFLASH1"; }; 5 { Type = "cell"; Per shot = "1"; Up = "PLASMAUP"; Down = "PLASMADOWN"; Ready = "PLASMA"; Atk = "PLASMA1"; Flash = "PLASMASHOCK1"; }; 6 { Type = "cell"; Per shot = "40"; Up = "BFGUP"; Down = "BFGDOWN"; Ready = "BFG"; Atk = "BFG1"; Flash = "BFGFLASH1"; }; 7 { Type = "noammo"; Up = "SAWUP"; Down = "SAWDOWN"; Ready = "SAW"; Atk = "SAW1"; Flash = "NULL"; }; 8 { Type = "shell"; Per shot = "2"; Up = "DSGUNUP"; Down = "DSGUNDOWN"; Ready = "DSGUN"; Atk = "DSGUN1"; Flash = "DSGUNFLASH1"; }; 9 { Type = "cell"; Per shot = "1"; Up = "UNKFUP"; Down = "UNKFDOWN"; Ready = "UNKF"; Atk = "UNKF1"; Flash = "UNKFLASH1"; }; }; } doomsday-1.14.5/doomsday/plugins/doom64/defs/flags.ded0000664000175000017500000000467112350542240022015 0ustar jaakkojaakko# jDoom64: Flags # Mobj flags: Flag { ID = "mf_special"; Value = 0x1; } Flag { ID = "mf_solid"; Value = 0x2; } Flag { ID = "mf_shootable"; Value = 0x4; } Flag { ID = "mf_nosector"; Value = 0x8; } Flag { ID = "mf_noblockmap"; Value = 0x10; } Flag { ID = "mf_ambush"; Value = 0x20; } Flag { ID = "mf_justhit"; Value = 0x40; } Flag { ID = "mf_justattacked"; Value = 0x80; } Flag { ID = "mf_spawnceiling"; Value = 0x100; } Flag { ID = "mf_nogravity"; Value = 0x200; } Flag { ID = "mf_dropoff"; Value = 0x400; } Flag { ID = "mf_pickup"; Value = 0x800; } Flag { ID = "mf_noclip"; Value = 0x1000; } Flag { ID = "mf_float"; Value = 0x4000; } Flag { ID = "mf_teleport"; Value = 0x8000; } Flag { ID = "mf_missile"; Value = 0x10000; } Flag { ID = "mf_dropped"; Value = 0x20000; } Flag { ID = "mf_shadow"; Value = 0x40000; } Flag { ID = "mf_noblood"; Value = 0x80000; } Flag { ID = "mf_corpse"; Value = 0x100000; } Flag { ID = "mf_infloat"; Value = 0x200000; } Flag { ID = "mf_countkill"; Value = 0x400000; } Flag { ID = "mf_countitem"; Value = 0x800000; } Flag { ID = "mf_skullfly"; Value = 0x1000000; } Flag { ID = "mf_notdmatch"; Value = 0x2000000; } Flag { ID = "mf_translation"; Value = 0xC000000; } Flag { ID = "mf_transshift"; Value = 0x1A; } Flag { ID = "mf_local"; Value = 0x10000000; } Flag { ID = "mf_brightshadow"; Value = 0x20000000; } Flag { ID = "mf_brightexplode"; Value = 0x40000000; } Flag { ID = "mf_viewalign"; Value = 0x80000000; } # Mobj flags2: Flag { ID = "mf2_lograv"; Value = 0x1; } Flag { ID = "mf2_floorbounce"; Value = 0x4; } Flag { ID = "mf2_thrughost"; Value = 0x8; } Flag { ID = "mf2_fly"; Value = 0x10; } Flag { ID = "mf2_floorclip"; Value = 0x20; } Flag { ID = "mf2_spawnfloat"; Value = 0x40; } Flag { ID = "mf2_noteleport"; Value = 0x80; } Flag { ID = "mf2_rip"; Value = 0x100; } Flag { ID = "mf2_pushable"; Value = 0x200; } Flag { ID = "mf2_slide"; Value = 0x400; } Flag { ID = "mf2_alwayslit"; Value = 0x800; } Flag { ID = "mf2_passmobj"; Value = 0x1000; } Flag { ID = "mf2_cannotpush"; Value = 0x2000; } Flag { ID = "mf2_radiusattacknomaxz"; Value = 0x4000; } Flag { ID = "mf2_boss"; Value = 0x8000; } Flag { ID = "mf2_nodmgthrust"; Value = 0x20000; } Flag { ID = "mf2_telestomp"; Value = 0x40000; } Flag { ID = "mf2_floatbob"; Value = 0x80000; } Flag { ID = "mf2_dontdraw"; Value = 0x100000; } # Mobj flags3: Flag { ID = "mf3_noinfight"; Value = 0x1; } Flag { ID = "mf3_clientaction"; Value = 0x2; } doomsday-1.14.5/doomsday/plugins/doom64/defs/maps.ded0000664000175000017500000001243412350542240021655 0ustar jaakkojaakko# jDoom64: Maps # Used for any maps without a map info definition Map Info { ID = "*"; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP01"; Name = "HUSTR_MAP01"; Author = "Midway"; Par time = 90; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP02"; Name = "HUSTR_MAP02"; Author = "Midway"; Par time = 120; Gravity = 1; Sky = "skyd"; } Map Info { ID = "MAP03"; Name = "HUSTR_MAP03"; Author = "Midway"; Par time = 120; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP04"; Name = "HUSTR_MAP04"; Author = "Midway"; Par time = 120; Gravity = 1; Sky = "skyd"; } Map Info { ID = "MAP05"; Name = "HUSTR_MAP05"; Author = "Midway"; Par time = 130; Gravity = 1; Sky = "skyd"; } Map Info { ID = "MAP06"; Name = "HUSTR_MAP06"; Author = "Midway"; Par time = 150; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP07"; Name = "HUSTR_MAP07"; Author = "Midway"; Par time = 240; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP08"; Name = "HUSTR_MAP08"; Author = "Midway"; Par time = 120; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP09"; Name = "HUSTR_MAP09"; Author = "Midway"; Par time = 240; Gravity = 1; Sky = "skye"; } Map Info { ID = "MAP10"; Name = "HUSTR_MAP10"; Author = "Midway"; Par time = 120; Gravity = 1; Sky = "skyb"; } Map Info { ID = "MAP11"; Name = "HUSTR_MAP11"; Author = "Midway"; Par time = 190; Gravity = 1; Sky = "skyc"; } Map Info { ID = "MAP12"; Name = "HUSTR_MAP12"; Author = "Midway"; Par time = 180; Gravity = 1; Sky = "skyc"; } Map Info { ID = "MAP13"; Name = "HUSTR_MAP13"; Author = "Midway"; Par time = 160; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP14"; Name = "HUSTR_MAP14"; Author = "Midway"; Par time = 120; Gravity = 1; Sky = "skyc"; } Map Info { ID = "MAP15"; Name = "HUSTR_MAP15"; Author = "Midway"; Par time = 190; Gravity = 1; Sky = "skye"; } Map Info { ID = "MAP16"; Name = "HUSTR_MAP16"; Author = "Midway"; Music = "stalks"; Par time = 120; Gravity = 1; Sky = "skyb"; } Map Info { ID = "MAP17"; Name = "HUSTR_MAP17"; Author = "Midway"; Par time = 240; Gravity = 1; Flags = "mif_fog"; Fog color R = 1.0; Fog color G = 0.5; Fog color B = 0; Fog start = 400; Fog end = 3000; Sky = "skyb"; } Map Info { ID = "MAP18"; Name = "HUSTR_MAP18"; Author = "Midway"; Par time = 160; Gravity = 1; Sky = "skye"; } Map Info { ID = "MAP19"; Name = "HUSTR_MAP19"; Author = "Midway"; Par time = 90; Gravity = 1; Sky = "skyb"; } Map Info { ID = "MAP20"; Name = "HUSTR_MAP20"; Author = "Midway"; Par time = 180; Gravity = 1; Sky = "skye"; } Map Info { ID = "MAP21"; Name = "HUSTR_MAP21"; Author = "Midway"; Par time = 180; Gravity = 1; Sky = "skyc"; } Map Info { ID = "MAP22"; Name = "HUSTR_MAP22"; Author = "Midway"; Music = "doom"; Par time = 120; Gravity = 1; Sky = "skyf"; } Map Info { ID = "MAP23"; Name = "HUSTR_MAP23"; Author = "Midway"; Music = "ddtblu"; Par time = 240; Gravity = 1; Sky = "skyg"; } Map Info { ID = "MAP24"; Name = "HUSTR_MAP24"; Author = "Midway"; Music = "theda2"; Par time = 180; Gravity = 1; Sky = "skyg"; } Map Info { ID = "MAP25"; Name = "HUSTR_MAP25"; Author = "Midway"; Music = "betwee"; Par time = 90; Gravity = 1; Flags = "mif_fog"; Fog color R = 0; Fog color G = 1.0; Fog color B = 1.0; Fog start = 400; Fog end = 3000; Sky = "skya"; } Map Info { ID = "MAP26"; Name = "HUSTR_MAP26"; Author = "Midway"; Music = "theda2"; Par time = 30; Gravity = 1; Flags = "mif_fog"; Fog color R = 0; Fog color G = 1; Fog color B = 1; Fog start = 100; Fog end = 2000; Sky = "skyh"; } Map Info { ID = "MAP27"; Name = "HUSTR_MAP27"; Author = "Midway"; Gravity = 1; Music = "messag"; Par time = 30; Flags = "mif_fog"; Fog color R = 1.0; Fog color G = 0.5; Fog color B = 0; Fog start = 100; Fog end = 2000; Sky = "skyb"; } Map Info { ID = "MAP28"; Name = "HUSTR_MAP28"; Author = "Midway"; Music = "doom2"; Par time = 400; Gravity = 1; Sky = "skyf"; } Map Info { ID = "MAP29"; Name = "HUSTR_MAP29"; Author = "Midway"; Music = "messag"; Par time = 190; Gravity = 1; Sky = "skya"; } Map Info { ID = "MAP30"; Name = "HUSTR_MAP30"; Author = "Midway"; Music = "runni2"; Par time = 160; Gravity = 1; Sky = "skyi"; } Map Info { ID = "MAP31"; Name = "HUSTR_MAP31"; Author = "Midway"; Music = "the_da"; Par time = 120; Gravity = 1; Flags = "mif_fog"; Fog color R = 0; Fog color G = 1.0; Fog color B = 1.0; Fog start = 100; Fog end = 2000; Sky = "skyj"; } Map Info { ID = "MAP32"; Name = "HUSTR_MAP32"; Author = "Midway"; Music = "betwee"; Par time = 90; Gravity = 1; Sky = "skyg"; } Map Info { ID = "MAP33"; Name = "HUSTR_MAP33"; Author = "Midway"; Music = "evil"; Par time = 30; Gravity = 1; Sky = "skya"; } doomsday-1.14.5/doomsday/plugins/doom64/defs/objects.ded0000664000175000017500000070276412350542240022362 0ustar jaakkojaakko# jDoom64: Objects # # Order of definitions is very important here! # Only add new States and Things *after* the existing definitions. Header { Version = 6; } Thing { ID = "PLAYER"; DoomEd number = -1; Spawn state = "PLAY"; See state = "PLAY_RUN1"; Pain state = "PLAY_PAIN"; Melee state = "NULL"; Missile state = "PLAY_ATK1"; Death state = "PLAY_DIE1"; Xdeath state = "PLAY_XDIE1"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "plpain"; Death sound = "pldeth"; Active sound = "None"; Pain chance = 255; Spawn health = 100; Radius = 18; Height = 56; Mass = 100; Flags = solid | shootable | dropoff | pickup; Flags2 = slide | passmobj | telestomp; } Thing { ID = "EMARINEL"; DoomEd number = 64; Spawn state = "EMARP_STND"; See state = "EMARP_RUN1"; Pain state = "EMARP_PAIN"; Melee state = "NULL"; Missile state = "EMARP_ATK1"; Death state = "PLAY_XDIE1"; Xdeath state = "PLAY_XDIE1"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "plpain"; Death sound = "pldeth"; Active sound = "None"; Pain chance = 170; Spawn health = 30; Speed = 30; Radius = 25; Height = 56; Mass = 100; Flags = solid | shootable | countkill; Flags2 = passmobj | telestomp; } Thing { ID = "EMARINEP"; DoomEd number = 235; Spawn state = "EMARP_STND"; See state = "EMARP_RUN1"; Pain state = "EMARP_PAIN"; Melee state = "NULL"; Missile state = "EMARP_ATKB1"; Death state = "PLAY_DIE1"; Xdeath state = "PLAY_XDIE1"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "plpain"; Death sound = "pldeth"; Active sound = "None"; Pain chance = 170; Spawn health = 9999; Speed = 30; Radius = 25; Height = 56; Mass = 100; Flags = solid | shootable | countkill; Flags2 = slide | passmobj | telestomp; } Thing { ID = "EMARINES"; DoomEd number = 65; Spawn state = "EMARP_STND"; See state = "EMARP_RUN1"; Pain state = "EMARP_PAIN"; Melee state = "NULL"; Missile state = "EMARP_ATK1"; Death state = "PLAY_XDIE1"; Xdeath state = "PLAY_XDIE1"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "plpain"; Death sound = "pldeth"; Active sound = "None"; Pain chance = 170; Spawn health = 30; Speed = 30; Radius = 25; Height = 56; Mass = 100; Flags = solid | shootable | countkill; Flags2 = passmobj | telestomp; } Thing { ID = "POSSESSED"; Name = "Zombieman"; DoomEd number = 3004; Spawn state = "POSS_STND"; See state = "POSS_RUN1"; Pain state = "POSS_PAIN"; Melee state = "NULL"; Missile state = "POSS_ATK1"; Death state = "POSS_DIE1"; Xdeath state = "POSS_XDIE1"; Raise state = "NULL"; See sound = "posit1"; Attack sound = "pistol"; Pain sound = "popain"; Death sound = "podth1"; Active sound = "posact"; Reaction time = 8; Pain chance = 200; Spawn health = 20; Speed = 8; Radius = 31; Height = 72; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SHOTGUY"; Name = "Shotgun Guy"; DoomEd number = 9; Spawn state = "SPOS_STND"; See state = "SPOS_RUN1"; Pain state = "SPOS_PAIN"; Melee state = "NULL"; Missile state = "SPOS_ATK1"; Death state = "SPOS_DIE1"; Xdeath state = "SPOS_XDIE1"; Raise state = "NULL"; See sound = "posit2"; Attack sound = "None"; Pain sound = "popain"; Death sound = "podth2"; Active sound = "posact"; Reaction time = 8; Pain chance = 170; Spawn health = 30; Speed = 8; Radius = 31; Height = 72; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "TRACER"; DoomEd number = -1; Spawn state = "TRACER"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "TRACEEXP1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "skeatk"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 11; Height = 8; Mass = 100; Damage = 10; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "SMOKE"; DoomEd number = -1; Spawn state = "SMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "FATSO"; Name = "Mancubus"; DoomEd number = 67; Spawn state = "FATT_STND"; See state = "FATT_RUN1"; Pain state = "FATT_PAIN"; Melee state = "NULL"; Missile state = "FATT_ATK1"; Death state = "FATT_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "mansit"; Attack sound = "None"; Pain sound = "mnpain"; Death sound = "mandth"; Active sound = "posact"; Reaction time = 8; Pain chance = 80; Spawn health = 600; Speed = 8; Radius = 64; Height = 64; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FATSHOT"; DoomEd number = -1; Spawn state = "FATSHOT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "FATSHOTX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 6; Height = 8; Mass = 100; Damage = 8; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "TROOP"; Name = "Imp"; DoomEd number = 3001; Spawn state = "TROO_STND"; See state = "TROO_RUN1"; Pain state = "TROO_PAIN"; Melee state = "TROO_MEL1"; Missile state = "TROO_ATK1"; Death state = "TROO_DIE1"; Xdeath state = "TROO_XDIE1"; Raise state = "NULL"; See sound = "bgsit1"; Attack sound = "None"; Pain sound = "popain"; Death sound = "bgdth1"; Active sound = "bgact"; Reaction time = 8; Pain chance = 200; Spawn health = 60; Speed = 8; Radius = 32; Height = 72; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SERGEANT"; Name = "Demon"; DoomEd number = 3002; Spawn state = "SARG_STND"; See state = "SARG_RUN1"; Pain state = "SARG_PAIN"; Melee state = "SARG_ATK1"; Missile state = "NULL"; Death state = "SARG_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "sgtsit"; Attack sound = "sgtatk"; Pain sound = "dmpain"; Death sound = "sgtdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 180; Spawn health = 150; Speed = 10; Radius = 32; Height = 56; Mass = 400; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SHADOWS"; Name = "Spectre"; DoomEd number = 58; Spawn state = "SARG_STND"; See state = "SHAD_RUN"; Pain state = "SHAD_PAIN"; Melee state = "SHAD_ATK"; Missile state = "NULL"; Death state = "SHAD_DIE"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "sgtsit"; Attack sound = "sgtatk"; Pain sound = "dmpain"; Death sound = "sgtdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 180; Spawn health = 150; Speed = 10; Radius = 32; Height = 56; Mass = 400; Flags = solid | shootable | shadow | countkill; Flags2 = telestomp; } Thing { ID = "HEAD"; Name = "Cacodemon"; DoomEd number = 3005; Spawn state = "HEAD_STND"; See state = "HEAD_RUN1"; Pain state = "HEAD_PAIN"; Melee state = "NULL"; Missile state = "HEAD_ATK1"; Death state = "HEAD_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "cacsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "cacdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 128; Spawn health = 400; Speed = 8; Radius = 39; Height = 88; Mass = 400; Flags = solid | shootable | float | nogravity | countkill; Flags2 = telestomp; } Thing { ID = "BRUISER"; Name = "Baron of Hell"; DoomEd number = 3003; Spawn state = "BOSS_STND"; See state = "BOSS_RUN1"; Pain state = "BOSS_PAIN"; Melee state = "BOSS_ATK1"; Missile state = "BOSS_ATK1"; Death state = "BOSS_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "brssit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "brsdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 50; Spawn health = 1000; Speed = 8; Radius = 24; Height = 80; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "BRUISERSHOT"; DoomEd number = -1; Spawn state = "BRBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BRBALLX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 6; Height = 8; Mass = 100; Damage = 8; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "KNIGHT"; Name = "Hell Knight"; DoomEd number = 69; Spawn state = "BOS2_STND"; See state = "BOS2_RUN1"; Pain state = "BOS2_PAIN"; Melee state = "BOS2_ATK1"; Missile state = "BOS2_ATK1"; Death state = "BOS2_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "kntsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "kntdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 50; Spawn health = 500; Speed = 8; Radius = 32; Height = 80; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SKULL"; Name = "Lost Soul"; DoomEd number = 3006; Spawn state = "SKULL_STND"; See state = "SKULL_RUN1"; Pain state = "SKULL_PAIN"; Melee state = "NULL"; Missile state = "SKULL_ATK1"; Death state = "SKULL_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "sklatk"; Pain sound = "dmpain"; Death sound = "firxpl"; Active sound = "dmact"; Reaction time = 8; Pain chance = 256; Spawn health = 50; Speed = 12; Radius = 16; Height = 56; Mass = 50; Damage = 3; Flags = solid | shootable | float | nogravity; Flags2 = passmobj | telestomp; } Thing { ID = "BABY"; Name = "Arachnotron"; DoomEd number = 68; Spawn state = "BSPI_STND"; See state = "BSPI_SEE"; Pain state = "BSPI_PAIN"; Melee state = "NULL"; Missile state = "BSPI_ATK1"; Death state = "BSPI_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "bspsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "bspdth"; Active sound = "bspact"; Reaction time = 8; Pain chance = 128; Spawn health = 500; Speed = 12; Radius = 64; Height = 64; Mass = 600; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "CYBORG"; Name = "Cyberdemon"; DoomEd number = 16; Spawn state = "CYBER_STND"; See state = "CYBER_RUN1"; Pain state = "CYBER_PAIN"; Melee state = "NULL"; Missile state = "CYBER_ATK1"; Death state = "CYBER_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "cybsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "cybdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 20; Spawn health = 4000; Speed = 16; Radius = 40; Height = 160; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp | boss; } Thing { ID = "DCYBORG"; Name = "DCyberdemon"; DoomEd number = 16; Spawn state = "DCYBER_STND"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "DCYBER_ATK1"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "cybsit"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "dmact"; Reaction time = 8; Pain chance = 20; Spawn health = 4000; Speed = 0; Radius = 40; Height = 110; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp | boss; } Thing { ID = "PAIN"; Name = "Pain Elemental"; DoomEd number = 71; Spawn state = "PAIN_STND"; See state = "PAIN_SEE"; Pain state = "PAIN_PAIN"; Melee state = "NULL"; Missile state = "PAIN_ATK1"; Death state = "PAIN_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "pesit"; Attack sound = "None"; Pain sound = "pepain"; Death sound = "pedth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 128; Spawn health = 400; Speed = 8; Radius = 31; Height = 56; Mass = 400; Flags = solid | shootable | float | nogravity | countkill; Flags2 = telestomp; } Thing { ID = "EMARINER"; DoomEd number = 88; Spawn state = "BRAIN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "plpain"; Death sound = "pldeth"; Active sound = "None"; Pain chance = 170; Spawn health = 30; Speed = 30; Radius = 25; Height = 56; Mass = 100; Flags = solid; } Thing { ID = "BARREL"; DoomEd number = 2035; Spawn state = "BAR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BAR2"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 20; Radius = 10; Height = 42; Mass = 100; Flags = solid | shootable | noblood; Flags2 = telestomp; } Thing { ID = "TROOPSHOT"; DoomEd number = -1; Spawn state = "TBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "TBALLX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 8; Mass = 100; Damage = 3; Flags = brightexplode | dropoff | missile | noblockmap | nogravity | brightshadow; Flags2 = noteleport; } Thing { ID = "HEADSHOT"; DoomEd number = -1; Spawn state = "BAL3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BAL3EXP"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 18; Radius = 11; Height = 8; Mass = 100; Damage = 10; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "ROCKET"; DoomEd number = -1; Spawn state = "ROCKET"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "EXPLODE0"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "rlaunc"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 30; Radius = 11; Height = 8; Mass = 100; Damage = 20; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "CYBERROCKET"; DoomEd number = -1; Spawn state = "ROCKET"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "EXPLODE0"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "rlaunc"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 30; Radius = 11; Height = 8; Mass = 100; Damage = 20; Flags = missile | noblockmap | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "PLASMA"; DoomEd number = -1; Spawn state = "PLASBALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "PLASEXP"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "plasma"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 7; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "BFG"; DoomEd number = -1; Spawn state = "BFGSHOT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BFGLAND"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "rxplod"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 100; Flags = noblockmap | missile | dropoff | nogravity | brightexplode | brightshadow; Flags2 = noteleport; } Thing { ID = "ARACHPLAZ"; DoomEd number = -1; Spawn state = "ARACH_PLAZ"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "ARACH_PLEX"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "plasma"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 5; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "PUFF"; DoomEd number = -1; Spawn state = "PUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 8; Mass = 100; Flags = noblockmap | nogravity | viewalign; Flags2 = cannotpush | noteleport; } Thing { ID = "BLOOD"; DoomEd number = -1; Spawn state = "BLOOD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | viewalign; Flags2 = cannotpush | noteleport; } Thing { ID = "TFOG"; DoomEd number = -1; Spawn state = "TFOG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity | brightshadow; Flags2 = cannotpush | noteleport; } Thing { ID = "IFOG"; DoomEd number = -1; Spawn state = "TFOG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "TELEPORTMAN"; DoomEd number = 14; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; Flags2 = cannotpush; } Thing { ID = "EXTRABFG"; DoomEd number = -1; Spawn state = "BFGEXP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity | brightshadow; Flags2 = cannotpush | noteleport; } Thing { ID = "MISC0"; DoomEd number = 2018; Spawn state = "ARM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC1"; DoomEd number = 2019; Spawn state = "ARM2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC2"; DoomEd number = 2014; Spawn state = "BON1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC3"; DoomEd number = 2015; Spawn state = "BON2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC4"; DoomEd number = 5; Spawn state = "BKEY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC5"; DoomEd number = 13; Spawn state = "RKEY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC6"; DoomEd number = 6; Spawn state = "YKEY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC7"; DoomEd number = 39; Spawn state = "YSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC8"; DoomEd number = 38; Spawn state = "RSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC9"; DoomEd number = 40; Spawn state = "BSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC10"; DoomEd number = 2011; Spawn state = "STIM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC11"; DoomEd number = 2012; Spawn state = "MEDI"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC12"; DoomEd number = 2013; Spawn state = "SOUL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "INV"; DoomEd number = 2022; Spawn state = "PINV"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC13"; DoomEd number = 2023; Spawn state = "PSTR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "INS"; DoomEd number = 2024; Spawn state = "PINS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC14"; DoomEd number = 2025; Spawn state = "SUIT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC15"; DoomEd number = 2026; Spawn state = "PMAP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC16"; DoomEd number = 2045; Spawn state = "PVIS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MEGA"; DoomEd number = 83; Spawn state = "MEGA"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "CLIP"; DoomEd number = 2007; Spawn state = "CLIP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC17"; DoomEd number = 2048; Spawn state = "AMMO"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC18"; DoomEd number = 2010; Spawn state = "RCKT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC19"; DoomEd number = 2046; Spawn state = "BROK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC20"; DoomEd number = 2047; Spawn state = "CELL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC21"; DoomEd number = 17; Spawn state = "CELP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC22"; DoomEd number = 2008; Spawn state = "SHEL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC23"; DoomEd number = 2049; Spawn state = "SBOX"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC24"; DoomEd number = 8; Spawn state = "BPAK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC25"; Name = "BFG 9000"; DoomEd number = 2006; Spawn state = "BFUG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "CHAINGUN"; DoomEd number = 2002; Spawn state = "MGUN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC26"; DoomEd number = 2005; Spawn state = "CSAW"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC27"; DoomEd number = 2003; Spawn state = "LAUN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC28"; DoomEd number = 2004; Spawn state = "PLSM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "SHOTGUN"; DoomEd number = 2001; Spawn state = "SHOT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "SUPERSHOTGUN"; DoomEd number = 82; Spawn state = "SHOT2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC29"; DoomEd number = 85; Spawn state = "TECHLAMP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 80; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC30"; DoomEd number = 86; Spawn state = "TECH2LAMP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC31"; DoomEd number = 2028; Spawn state = "COLU"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 48; Mass = 100; Flags = nogravity | spawnceiling | local; } Thing { ID = "MISC32"; DoomEd number = 30; Spawn state = "TALLGRNCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 53; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC33"; DoomEd number = 31; Spawn state = "SHRTGRNCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC34"; DoomEd number = 32; Spawn state = "TALLREDCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 53; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC35"; DoomEd number = 33; Spawn state = "SHRTREDCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC36"; DoomEd number = 37; Spawn state = "SKULLCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC40"; DoomEd number = 43; Spawn state = "TORCHTREE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 70; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC41"; DoomEd number = 44; Spawn state = "BLUETORCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "MISC42"; DoomEd number = 45; Spawn state = "GREENTORCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "MISC43"; DoomEd number = 46; Spawn state = "REDTORCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "MISC44"; DoomEd number = 55; Spawn state = "BTORCHSHRT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = nogravity | spawnceiling; } Thing { ID = "MISC45"; DoomEd number = 56; Spawn state = "GTORCHSHRT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = nogravity | spawnceiling; } Thing { ID = "MISC46"; DoomEd number = 57; Spawn state = "RTORCHSHRT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = nogravity | spawnceiling; } Thing { ID = "MISC47"; DoomEd number = 47; Spawn state = "STALAGTITE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC48"; DoomEd number = 48; Spawn state = "TECHPILLAR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 128; Mass = 100; Flags = nogravity | local | spawnceiling; } Thing { ID = "MISC49"; DoomEd number = 34; Spawn state = "CANDLE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = local; } Thing { ID = "MISC50"; DoomEd number = 35; Spawn state = "CANDELABRA"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC51"; DoomEd number = 49; Spawn state = "BLOODYTWITCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 68; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC52"; DoomEd number = 50; Spawn state = "MEAT2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 84; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC53"; DoomEd number = 51; Spawn state = "MEAT3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 84; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC54"; DoomEd number = 52; Spawn state = "MEAT4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 68; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC55"; DoomEd number = 53; Spawn state = "MEAT5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 52; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC56"; DoomEd number = 59; Spawn state = "MEAT2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 84; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC57"; DoomEd number = 60; Spawn state = "MEAT4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 68; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC58"; DoomEd number = 61; Spawn state = "MEAT3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 52; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC59"; DoomEd number = 62; Spawn state = "MEAT5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 52; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC60"; DoomEd number = 63; Spawn state = "BLOODYTWITCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 68; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC68"; DoomEd number = 10; Spawn state = "PLAY_XDIE9"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC69"; DoomEd number = 12; Spawn state = "PLAY_XDIE9"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC70"; DoomEd number = 28; Spawn state = "HEADSONSTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 67; Mass = 100; Flags = local; } Thing { ID = "MISC71"; DoomEd number = 24; Spawn state = "GIBS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags2 = cannotpush; } Thing { ID = "MISC72"; DoomEd number = 27; Spawn state = "HEADONASTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 56; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC73"; DoomEd number = 29; Spawn state = "HEADCANDLES"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 43; Mass = 100; Flags = local; } Thing { ID = "MISC74"; DoomEd number = 25; Spawn state = "DEADSTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 66; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC75"; DoomEd number = 26; Spawn state = "LIVESTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 66; Mass = 100; Flags = local; } Thing { ID = "MISC76"; DoomEd number = 54; Spawn state = "BIGTREE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 32; Height = 124; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC78"; DoomEd number = 73; Spawn state = "HANGNOGUTS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 88; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC79"; DoomEd number = 74; Spawn state = "HANGBNOBRAIN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 88; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC80"; DoomEd number = 75; Spawn state = "HANGTLOOKDN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC81"; DoomEd number = 76; Spawn state = "HANGTSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC82"; DoomEd number = 77; Spawn state = "HANGTLOOKUP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC83"; DoomEd number = 78; Spawn state = "HANGTNOBRAIN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC84"; DoomEd number = 79; Spawn state = "COLONGIBS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap; } Thing { ID = "MISC85"; DoomEd number = 80; Spawn state = "SMALLPOOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap; } Thing { ID = "MISC86"; DoomEd number = 81; Spawn state = "BRAINSTEM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 64; Mass = 100; Flags = solid | local; Flags2 = noteleport; } Thing { ID = "BRUISERSHOTRED"; DoomEd number = -1; Spawn state = "BRNRBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BRNRBALLX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 6; Height = 8; Mass = 100; Damage = 8; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "NTROSHOT"; DoomEd number = -1; Spawn state = "NMBL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NMBLX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 16; Radius = 6; Height = 8; Mass = 100; Damage = 3; Flags = brightexplode | dropoff | missile | noblockmap | nogravity | brightshadow; Flags2 = cannotpush | noteleport; } Thing { ID = "ROCKETPUFF"; DoomEd number = -1; Spawn state = "RPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 8; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "LASERGUN"; DoomEd number = 2009; Spawn state = "LSRG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "LASERSHOT"; DoomEd number = -1; Spawn state = "LAZR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "LAZRDTH"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "laser"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 32; Radius = 13; Height = 8; Mass = 100; Damage = 10; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "LASERDUST"; DoomEd number = -1; Spawn state = "LAZRDUST"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 32; Radius = 13; Height = 8; Mass = 100; Damage = 0; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "LPOWERUP1"; DoomEd number = 4000; Spawn state = "ART1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "LPOWERUP2"; DoomEd number = 4001; Spawn state = "ART2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "LPOWERUP3"; DoomEd number = 4002; Spawn state = "ART3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "LASERSHOTWEAK"; DoomEd number = -1; Spawn state = "LAZRW1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "LAZRDTH"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "laser"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 32; Radius = 13; Height = 8; Mass = 100; Damage = 5; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "RECT"; DoomEd number = 5000; Spawn state = "RECT_STND"; See state = "RECT_RUN1"; Pain state = "RECT_PAIN"; Melee state = "NULL"; Missile state = "RECT_ATK1"; Death state = "RECT_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "mthsit"; Attack sound = "mthatk"; Pain sound = "mthpai"; Death sound = "mthdth"; Active sound = "mthact"; Reaction time = 1; Spawn health = 5300; Speed = 32; Radius = 40; Height = 110; Mass = 1000; Pain chance = 20; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "BITCHBALL"; DoomEd number = -1; Spawn state = "RTRACER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "RTRACEREXP"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "skeatk"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 11; Height = 8; Mass = 100; Damage = 10; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = passmobj | cannotpush | noteleport; } Thing { ID = "MOTHERPUFF"; DoomEd number = -1; Spawn state = "MPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 8; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "DART"; DoomEd number = -1; Spawn state = "DART"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "DARTHIT"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "SKESWG"; Attack sound = "None"; Pain sound = "None"; Death sound = "ssdth"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 16; Radius = 13; Height = 8; Mass = 100; Damage = 4; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = passmobj | cannotpush; } Thing { ID = "TELEPORTSHOT"; DoomEd number = 7575; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTCHAIN"; DoomEd number = 7576; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSSHOT"; DoomEd number = 7577; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTROCKET"; DoomEd number = 7578; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTPLASMA"; DoomEd number = 7579; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBFG"; DoomEd number = 7580; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTMEDKIT"; DoomEd number = 7581; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSTIM"; DoomEd number = 7582; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTARMOR1"; DoomEd number = 7583; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTARMOR2"; DoomEd number = 7584; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTLASER"; DoomEd number = 7585; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTLKEY1"; DoomEd number = 7586; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTLKEY2"; DoomEd number = 7587; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTLKEY3"; DoomEd number = 7588; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTMEGA"; DoomEd number = 7589; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSOUL"; DoomEd number = 7590; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBLUR"; DoomEd number = 7591; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTINVUL"; DoomEd number = 7592; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBERSERK"; DoomEd number = 7593; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTPOTION"; DoomEd number = 7594; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTHELMET"; DoomEd number = 7595; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTMAP"; DoomEd number = 7596; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTLIGHT"; DoomEd number = 7597; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSUIT"; DoomEd number = 7598; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSHELL"; DoomEd number = 7599; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSBOX"; DoomEd number = 7600; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTCLIP"; DoomEd number = 7601; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBULLETS"; DoomEd number = 7602; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTRROCKET"; DoomEd number = 7603; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTRRBOX"; DoomEd number = 7604; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTCELL"; DoomEd number = 7605; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTCBOX"; DoomEd number = 7606; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBACKPACK"; DoomEd number = 7607; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTPOSS"; DoomEd number = 7608; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSPOS"; DoomEd number = 7609; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTTROOP"; DoomEd number = 7610; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTNTROP"; DoomEd number = 7611; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSARG"; DoomEd number = 7612; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTSARG2"; DoomEd number = 7613; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTNSARG"; DoomEd number = 7614; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTHEAD"; DoomEd number = 7615; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTHEAD2"; DoomEd number = 7616; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTLOSTSOUL"; DoomEd number = 7617; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTPAIN"; DoomEd number = 7618; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTFATSO"; DoomEd number = 7619; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBABY"; DoomEd number = 7620; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTCYBORG"; DoomEd number = 7621; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBITCH"; DoomEd number = 7622; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTKNIGHT"; DoomEd number = 7623; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBARON"; DoomEd number = 7624; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTRKEY"; DoomEd number = 7625; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTRKEY2"; DoomEd number = 7626; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBKEY"; DoomEd number = 7627; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTBKEY2"; DoomEd number = 7628; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTYKEY"; DoomEd number = 7629; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "TELEPORTYKEY2"; DoomEd number = 7630; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; } Thing { ID = "NTROOP"; Name = "Nightmare Imp"; DoomEd number = 400; Spawn state = "NTRO_STND"; See state = "NTRO_RUN1"; Pain state = "NTRO_PAIN"; Melee state = "NTRO_MEL1"; Missile state = "NTRO_ATK1"; Death state = "NTRO_DIE1"; Xdeath state = "NTRO_XDIE1"; Raise state = "NULL"; See sound = "bgsit1"; Attack sound = "None"; Pain sound = "popain"; Death sound = "bgdth1"; Active sound = "bgact"; Reaction time = 8; Pain chance = 200; Spawn health = 60; Speed = 14; Radius = 32; Height = 72; Mass = 100; Flags = solid | shootable | countkill | brightshadow; } Thing { ID = "KABOOM"; DoomEd number = -1; Spawn state = "EXPLODE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "EXPLODE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "rlaunc"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 11; Height = 8; Mass = 100; Damage = 20; Flags = noblockmap | dropoff | nogravity | brightexplode | float | noclip; } Thing { ID = "LIGHTSOURCE"; DoomEd number = 5000; Spawn state = "SMALL_WHITE_LIGHT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Radius = 16; Height = 16; Mass = 100; Flags = local | noblockmap | nogravity; } Thing { ID = "TEMPSOUNDORIGIN"; DoomEd number = -1; Spawn state = "TEMPSOUNDORIGIN1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Radius = 1; Height = 1; Mass = 100; Flags = local | nosector | noblockmap | nogravity; } Thing { ID = "FAKEKNIGHT"; Name = "Fake Hell Knight"; DoomEd number = 222; Spawn state = "BOS2_STND"; See state = "BOS2_RUN1"; Pain state = "BOS2_PAIN"; Melee state = "BOS2_ATK1"; Missile state = "BOS2_ATK1"; Death state = "BOS2_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "kntsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "kntdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 50; Spawn health = 500; Speed = 8; Radius = 32; Height = 64; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FAKETROOP"; Name = "Fake Imp"; DoomEd number = 223; Spawn state = "TROO_STND"; See state = "TROO_RUN1"; Pain state = "TROO_PAIN"; Melee state = "TROO_MEL1"; Missile state = "TROO_ATK1"; Death state = "TROO_DIE1"; Xdeath state = "TROO_XDIE1"; Raise state = "NULL"; See sound = "bgsit1"; Attack sound = "None"; Pain sound = "popain"; Death sound = "bgdth1"; Active sound = "bgact"; Reaction time = 8; Pain chance = 200; Spawn health = 60; Speed = 8; Radius = 32; Height = 72; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FAKESHADOWS"; Name = "Fake Spectre"; DoomEd number = 224; Spawn state = "SARG_STND"; See state = "SHAD_RUN"; Pain state = "SHAD_PAIN"; Melee state = "SHAD_ATK"; Missile state = "NULL"; Death state = "SHAD_DIE"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "sgtsit"; Attack sound = "sgtatk"; Pain sound = "dmpain"; Death sound = "sgtdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 180; Spawn health = 150; Speed = 10; Radius = 32; Height = 56; Mass = 400; Flags = solid | shootable | shadow | countkill; Flags2 = telestomp; } Thing { ID = "FAKESKULL"; Name = "Fake Lost Soul"; DoomEd number = 225; Spawn state = "SKULL_STND"; See state = "SKULL_RUN1"; Pain state = "SKULL_PAIN"; Melee state = "NULL"; Missile state = "SKULL_ATK1"; Death state = "SKULL_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "sklatk"; Pain sound = "dmpain"; Death sound = "firxpl"; Active sound = "dmact"; Reaction time = 8; Pain chance = 256; Spawn health = 100; Speed = 8; Radius = 16; Height = 56; Mass = 50; Damage = 3; Flags = solid | shootable | float | nogravity; Flags2 = passmobj | telestomp; } Thing { ID = "F_BRUISER"; Name = "Fake Baron"; DoomEd number = 226; Spawn state = "BOSS_STND"; See state = "BOSS_RUN1"; Pain state = "BOSS_PAIN"; Melee state = "BOSS_ATK1"; Missile state = "BOSS_ATK1"; Death state = "BOSS_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "brssit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "brsdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 50; Spawn health = 1000; Speed = 8; Radius = 24; Height = 80; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "TRACER6"; Name = "Tracer 6 Shot"; DoomEd number = 227; Spawn state = "TSHOT6_STND"; See state = "TSHOT6_RUN1"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 0; Pain chance = 180; Spawn health = 500; Speed = 0; Radius = 8; Height = 32; Mass = 400; Flags = dropoff | nogravity | float; } Thing { ID = "YELLOWFIREBALL"; DoomEd number = 747; Spawn state = "YFIREBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "BLUEFIREBALL"; DoomEd number = 748; Spawn state = "BFIREBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "REDFIREBALL"; DoomEd number = 749; Spawn state = "RFIREBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "YELLOWFIREBALL2"; DoomEd number = 750; Spawn state = "Y2FIREBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "BLUEFIREBALL2"; DoomEd number = 751; Spawn state = "B2FIREBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "REDFIREBALL2"; DoomEd number = 752; Spawn state = "R2FIREBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = local; } Thing { ID = "FSHOTGUY"; Name = "Fake Shotgun Guy"; DoomEd number = 228; Spawn state = "SPOS_STND"; See state = "SPOS_RUN1"; Pain state = "SPOS_PAIN"; Melee state = "NULL"; Missile state = "SPOS_ATK1"; Death state = "SPOS_DIE1"; Xdeath state = "SPOS_XDIE1"; Raise state = "NULL"; See sound = "posit2"; Attack sound = "None"; Pain sound = "popain"; Death sound = "podth2"; Active sound = "posact"; Reaction time = 8; Pain chance = 170; Spawn health = 30; Speed = 8; Radius = 31; Height = 72; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FDEMON"; Name = "Fake Demon"; DoomEd number = 229; Spawn state = "SARG_STND"; See state = "SARG_RUN1"; Pain state = "SARG_PAIN"; Melee state = "SARG_ATK1"; Missile state = "NULL"; Death state = "SARG_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "sgtsit"; Attack sound = "sgtatk"; Pain sound = "dmpain"; Death sound = "sgtdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 180; Spawn health = 150; Speed = 10; Radius = 32; Height = 56; Mass = 400; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FPAIN"; Name = "Fake Pain Elemental"; DoomEd number = 230; Spawn state = "PAIN_STND"; See state = "PAIN_SEE"; Pain state = "PAIN_PAIN"; Melee state = "NULL"; Missile state = "PAIN_ATK1"; Death state = "PAIN_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "pesit"; Attack sound = "None"; Pain sound = "pepain"; Death sound = "pedth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 128; Spawn health = 400; Speed = 8; Radius = 31; Height = 56; Mass = 400; Flags = solid | shootable | float | nogravity | countkill | spawnceiling; Flags2 = telestomp; } Thing { ID = "DISSOUL"; Name = "Dissapearing Soulsphere"; DoomEd number = 231; Spawn state = "DISSOUL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "DISBKEY1"; DoomEd number = 233; Spawn state = "DBKEY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "FBABY"; Name = "Fake Arachnotron"; DoomEd number = 234; Spawn state = "BSPI_STND"; See state = "BSPI_SEE"; Pain state = "BSPI_PAIN"; Melee state = "NULL"; Missile state = "BSPI_ATK1"; Death state = "BSPI_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "bspsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "bspdth"; Active sound = "bspact"; Reaction time = 8; Pain chance = 128; Spawn health = 500; Speed = 12; Radius = 64; Height = 64; Mass = 600; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FFATSO"; Name = "Fake Mancubus"; DoomEd number = 235; Spawn state = "FATT_STND"; See state = "FATT_RUN1"; Pain state = "FATT_PAIN"; Melee state = "NULL"; Missile state = "FATT_ATK1"; Death state = "FATT_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "mansit"; Attack sound = "None"; Pain sound = "mnpain"; Death sound = "mandth"; Active sound = "posact"; Reaction time = 8; Pain chance = 80; Spawn health = 600; Speed = 8; Radius = 64; Height = 64; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } State { ID = "NULL"; Sprite = "TROO"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "LIGHTDONE"; Sprite = "SHT1"; Frame = 4; Tics = 0; Action = "A_Light0"; Next state = "NULL"; } State { ID = "PLAY"; Sprite = "PLAY"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PLAY_RUN1"; Sprite = "PLAY"; Frame = 0; Tics = 4; Next state = "PLAY_RUN2"; } State { ID = "PLAY_RUN2"; Sprite = "PLAY"; Frame = 1; Tics = 4; Next state = "PLAY_RUN3"; } State { ID = "PLAY_RUN3"; Sprite = "PLAY"; Frame = 2; Tics = 4; Next state = "PLAY_RUN4"; } State { ID = "PLAY_RUN4"; Sprite = "PLAY"; Frame = 3; Tics = 4; Next state = "PLAY_RUN1"; } State { ID = "PLAY_ATK1"; Sprite = "PLAY"; Frame = 4; Tics = 12; Next state = "PLAY"; } State { ID = "PLAY_ATK2"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "PLAY"; } State { ID = "PLAY_PAIN"; Sprite = "PLAY"; Frame = 6; Tics = 4; Next state = "PLAY_PAIN2"; } State { ID = "PLAY_PAIN2"; Sprite = "PLAY"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "PLAY"; } State { ID = "PLAY_DIE1"; Sprite = "PLAY"; Frame = 7; Tics = 10; Next state = "PLAY_DIE2"; } State { ID = "PLAY_DIE2"; Sprite = "PLAY"; Frame = 8; Tics = 10; Action = "A_Scream"; Next state = "PLAY_DIE3"; } State { ID = "PLAY_DIE3"; Sprite = "PLAY"; Frame = 9; Tics = 10; Next state = "PLAY_DIE4"; } State { ID = "PLAY_DIE4"; Sprite = "PLAY"; Frame = 10; Tics = 10; Next state = "PLAY_DIE5"; } State { ID = "PLAY_DIE5"; Sprite = "PLAY"; Frame = 11; Tics = 10; Next state = "PLAY_DIE6"; } State { ID = "PLAY_DIE6"; Sprite = "PLAY"; Frame = 12; Tics = -1; Next state = "NULL"; } State { ID = "PLAY_XDIE1"; Sprite = "PLAY"; Frame = 13; Tics = 5; Next state = "PLAY_XDIE2"; } State { ID = "PLAY_XDIE2"; Sprite = "PLAY"; Frame = 14; Tics = 5; Action = "A_XScream"; Next state = "PLAY_XDIE3"; } State { ID = "PLAY_XDIE3"; Sprite = "PLAY"; Frame = 15; Tics = 5; Next state = "PLAY_XDIE4"; } State { ID = "PLAY_XDIE4"; Sprite = "PLAY"; Frame = 16; Tics = 5; Next state = "PLAY_XDIE5"; } State { ID = "PLAY_XDIE5"; Sprite = "PLAY"; Frame = 17; Tics = 5; Next state = "PLAY_XDIE6"; } State { ID = "PLAY_XDIE6"; Sprite = "PLAY"; Frame = 18; Tics = 5; Next state = "PLAY_XDIE7"; } State { ID = "PLAY_XDIE7"; Sprite = "PLAY"; Frame = 19; Tics = 5; Next state = "PLAY_XDIE8"; } State { ID = "PLAY_XDIE8"; Sprite = "PLAY"; Frame = 20; Tics = 5; Next state = "PLAY_XDIE9"; } State { ID = "PLAY_XDIE9"; Sprite = "PLAY"; Frame = 21; Tics = -1; Next state = "NULL"; } State { ID = "EMARP_STND"; Sprite = "PLAY"; Frame = 4; Tics = 10; Action = "A_Look"; Next state = "EMARP_STND2"; } State { ID = "EMARP_RUN1"; Sprite = "PLAY"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "EMARP_RUN2"; } State { ID = "EMARP_RUN2"; Sprite = "PLAY"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "EMARP_RUN3"; } State { ID = "EMARP_RUN3"; Sprite = "PLAY"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "EMARP_RUN4"; } State { ID = "EMARP_RUN4"; Sprite = "PLAY"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "EMARP_RUN1"; } State { ID = "EMARP_ATK1"; Sprite = "PLAY"; Frame = 4; Tics = 4; Action = "A_PosAttack"; Next state = "EMARP_ATK2"; } State { ID = "EMARP_ATK2"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_PosAttack"; Next state = "EMARP_ATK3"; } State { ID = "EMARP_ATK3"; Sprite = "PLAY"; Frame = 4; Tics = 4; Action = "A_PosAttack"; Next state = "EMARP_ATK4"; } State { ID = "EMARP_ATK4"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_PosAttack"; Next state = "EMARP_ATK5"; } State { ID = "EMARP_ATK5"; Sprite = "PLAY"; Frame = 4; Tics = 4; Action = "A_PosAttack"; Next state = "EMARP_ATK5"; } State { ID = "EMARP_ATK6"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_PosAttack"; Next state = "EMARP_RUN1"; } State { ID = "EMARP_PAIN"; Sprite = "PLAY"; Frame = 6; Tics = 4; Next state = "EMARP_PAIN2"; } State { ID = "EMARP_PAIN2"; Sprite = "PLAY"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "EMARP_RUN1"; } State { ID = "EMARP_ATKB1"; Sprite = "PLAY"; Frame = 4; Tics = 4; Action = "A_EMarineAttack2"; Next state = "EMARP_ATKB2"; } State { ID = "EMARP_ATKB2"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_EMarineAttack2"; Next state = "EMARP_ATKB3"; } State { ID = "EMARP_ATKB3"; Sprite = "PLAY"; Frame = 4; Tics = 4; Action = "A_EMarineAttack2"; Next state = "EMARP_ATKB4"; } State { ID = "EMARP_ATKB4"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_EMarineAttack2"; Next state = "EMARP_ATKB5"; } State { ID = "EMARP_ATKB5"; Sprite = "PLAY"; Frame = 4; Tics = 4; Action = "A_EMarineAttack2"; Next state = "EMARP_ATKB6"; } State { ID = "EMARP_ATKB6"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_EMarineAttack2"; Next state = "EMARP_RUN1"; } State { ID = "SARG_STND"; Sprite = "SARG"; Frame = 1; Tics = 8; Action = "A_Look"; Next state = "SARG_STND2"; } State { ID = "SARG_STND2"; Sprite = "SARG"; Frame = 3; Tics = 8; Action = "A_Look"; Next state = "SARG_STND"; } State { ID = "SARG_RUN1"; Sprite = "SARG"; Frame = 0; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN2"; } State { ID = "SARG_RUN2"; Sprite = "SARG"; Frame = 0; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN3"; } State { ID = "SARG_RUN3"; Sprite = "SARG"; Frame = 1; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN4"; } State { ID = "SARG_RUN4"; Sprite = "SARG"; Frame = 1; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN5"; } State { ID = "SARG_RUN5"; Sprite = "SARG"; Frame = 2; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN6"; } State { ID = "SARG_RUN6"; Sprite = "SARG"; Frame = 2; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN7"; } State { ID = "SARG_RUN7"; Sprite = "SARG"; Frame = 3; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN8"; } State { ID = "SARG_RUN8"; Sprite = "SARG"; Frame = 3; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN1"; } State { ID = "SARG_ATK1"; Sprite = "SARG"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "SARG_ATK2"; } State { ID = "SARG_ATK2"; Sprite = "SARG"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "SARG_ATK3"; } State { ID = "SARG_ATK3"; Sprite = "SARG"; Frame = 6; Tics = 8; Action = "A_SargAttack"; Next state = "SARG_RUN1"; } State { ID = "SARG_PAIN"; Sprite = "SARG"; Frame = 7; Tics = 2; Next state = "SARG_PAIN2"; } State { ID = "SARG_PAIN2"; Sprite = "SARG"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "SARG_RUN1"; } State { ID = "SARG_DIE1"; Sprite = "SARG"; Frame = 8; Tics = 8; Next state = "SARG_DIE2"; } State { ID = "SARG_DIE2"; Sprite = "SARG"; Frame = 9; Tics = 8; Action = "A_Scream"; Next state = "SARG_DIE3"; } State { ID = "SARG_DIE3"; Sprite = "SARG"; Frame = 10; Tics = 4; Next state = "SARG_DIE4"; } State { ID = "SARG_DIE4"; Sprite = "SARG"; Frame = 11; Tics = 4; Action = "A_SargSpecial"; Next state = "SARG_DIE5"; } State { ID = "SARG_DIE5"; Sprite = "SARG"; Frame = 12; Tics = 4; Action = "A_Fall"; Next state = "SARG_DIE6"; } State { ID = "SARG_DIE6"; Sprite = "SARG"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "SHAD_RUN"; Sprite = "SARG"; Frame = 0; Tics = 1; Action = "A_ShadowsAction1"; Next state = "SARG_RUN1"; } State { ID = "SHAD_ATK"; Sprite = "SARG"; Frame = 4; Tics = 1; Action = "A_ShadowsAction1"; Next state = "SARG_ATK1"; } State { ID = "SHAD_PAIN"; Sprite = "SARG"; Frame = 7; Tics = 1; Action = "A_ShadowsAction1"; Next state = "SARG_PAIN"; } State { ID = "SHAD_DIE"; Sprite = "SARG"; Frame = 8; Tics = 1; Action = "A_ShadowsAction2"; Next state = "SARG_DIE1"; } State { ID = "FATT_STND"; Sprite = "FATT"; Frame = 0; Tics = 15; Action = "A_Look"; Next state = "FATT_STND2"; } State { ID = "FATT_STND2"; Sprite = "FATT"; Frame = 1; Tics = 15; Action = "A_Look"; Next state = "FATT_STND"; } State { ID = "FATT_RUN1"; Sprite = "FATT"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN2"; } State { ID = "FATT_RUN2"; Sprite = "FATT"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN3"; } State { ID = "FATT_RUN3"; Sprite = "FATT"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN4"; } State { ID = "FATT_RUN4"; Sprite = "FATT"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN5"; } State { ID = "FATT_RUN5"; Sprite = "FATT"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN6"; } State { ID = "FATT_RUN6"; Sprite = "FATT"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN7"; } State { ID = "FATT_RUN7"; Sprite = "FATT"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN8"; } State { ID = "FATT_RUN8"; Sprite = "FATT"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN9"; } State { ID = "FATT_RUN9"; Sprite = "FATT"; Frame = 4; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN10"; } State { ID = "FATT_RUN10"; Sprite = "FATT"; Frame = 4; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN11"; } State { ID = "FATT_RUN11"; Sprite = "FATT"; Frame = 5; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN12"; } State { ID = "FATT_RUN12"; Sprite = "FATT"; Frame = 5; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN1"; } State { ID = "FATT_ATK1"; Sprite = "FATT"; Frame = 7; Tics = 20; Action = "A_FatRaise"; Next state = "FATT_ATK2"; } State { ID = "FATT_ATK2"; Sprite = "FATT"; Frame = 6; Flags = fullbright; Tics = 10; Action = "A_FatAttack1"; Next state = "FATT_ATK3"; } State { ID = "FATT_ATK3"; Sprite = "FATT"; Frame = 7; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_ATK4"; } State { ID = "FATT_ATK4"; Sprite = "FATT"; Frame = 6; Flags = fullbright; Tics = 5; Action = "A_FatAttack2"; Next state = "FATT_ATK5"; } State { ID = "FATT_ATK5"; Sprite = "FATT"; Frame = 7; Tics = 10; Action = "A_FaceTarget"; Next state = "FATT_ATK6"; } State { ID = "FATT_ATK6"; Sprite = "FATT"; Frame = 6; Flags = fullbright; Tics = 5; Action = "A_FatAttack3"; Next state = "FATT_ATK7"; } State { ID = "FATT_ATK7"; Sprite = "FATT"; Frame = 7; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_RUN1"; } State { ID = "FATT_PAIN"; Sprite = "FATT"; Frame = 8; Tics = 3; Next state = "FATT_PAIN2"; } State { ID = "FATT_PAIN2"; Sprite = "FATT"; Frame = 8; Tics = 3; Action = "A_Pain"; Next state = "FATT_RUN1"; } State { ID = "FATT_DIE1"; Sprite = "FATT"; Frame = 9; Tics = 6; Next state = "FATT_DIE2"; } State { ID = "FATT_DIE2"; Sprite = "FATT"; Frame = 10; Tics = 6; Action = "A_Scream"; Next state = "FATT_DIE3"; } State { ID = "FATT_DIE3"; Sprite = "FATT"; Frame = 11; Tics = 6; Action = "A_FattSpecial"; Next state = "FATT_DIE4"; } State { ID = "FATT_DIE4"; Sprite = "FATT"; Frame = 12; Tics = 6; Next state = "FATT_DIE5"; } State { ID = "FATT_DIE5"; Sprite = "FATT"; Frame = 13; Tics = 6; Action = "A_Fall"; Next state = "FATT_DIE6"; } State { ID = "FATT_DIE6"; Sprite = "FATT"; Frame = 14; Tics = -1; Next state = "NULL"; } State { ID = "POSS_STND"; Sprite = "POSS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "POSS_STND2"; } State { ID = "POSS_STND2"; Sprite = "POSS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "POSS_STND"; } State { ID = "POSS_RUN1"; Sprite = "POSS"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN2"; } State { ID = "POSS_RUN2"; Sprite = "POSS"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN3"; } State { ID = "POSS_RUN3"; Sprite = "POSS"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN4"; } State { ID = "POSS_RUN4"; Sprite = "POSS"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN5"; } State { ID = "POSS_RUN5"; Sprite = "POSS"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN6"; } State { ID = "POSS_RUN6"; Sprite = "POSS"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN7"; } State { ID = "POSS_RUN7"; Sprite = "POSS"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN8"; } State { ID = "POSS_RUN8"; Sprite = "POSS"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN1"; } State { ID = "POSS_ATK1"; Sprite = "POSS"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "POSS_ATK2"; } State { ID = "POSS_ATK2"; Sprite = "POSS"; Frame = 5; Tics = 8; Action = "A_PosAttack"; Next state = "POSS_ATK3"; } State { ID = "POSS_ATK3"; Sprite = "POSS"; Frame = 4; Tics = 8; Next state = "POSS_RUN1"; } State { ID = "POSS_PAIN"; Sprite = "POSS"; Frame = 6; Tics = 3; Next state = "POSS_PAIN2"; } State { ID = "POSS_PAIN2"; Sprite = "POSS"; Frame = 6; Tics = 3; Action = "A_Pain"; Next state = "POSS_RUN1"; } State { ID = "POSS_DIE1"; Sprite = "POSS"; Frame = 7; Tics = 5; Next state = "POSS_DIE2"; } State { ID = "POSS_DIE2"; Sprite = "POSS"; Frame = 8; Tics = 5; Action = "A_Scream"; Next state = "POSS_DIE3"; } State { ID = "POSS_DIE3"; Sprite = "POSS"; Frame = 9; Tics = 5; Action = "A_PossSpecial"; Next state = "POSS_DIE4"; } State { ID = "POSS_DIE4"; Sprite = "POSS"; Frame = 10; Tics = 5; Action = "A_Fall"; Next state = "POSS_DIE5"; } State { ID = "POSS_DIE5"; Sprite = "POSS"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "POSS_XDIE1"; Sprite = "POSS"; Frame = 12; Tics = 5; Next state = "POSS_XDIE2"; } State { ID = "POSS_XDIE2"; Sprite = "POSS"; Frame = 13; Tics = 5; Action = "A_XScream"; Next state = "POSS_XDIE3"; } State { ID = "POSS_XDIE3"; Sprite = "POSS"; Frame = 14; Tics = 5; Action = "A_PossSpecial"; Next state = "POSS_XDIE4"; } State { ID = "POSS_XDIE4"; Sprite = "POSS"; Frame = 15; Tics = 5; Next state = "POSS_XDIE5"; } State { ID = "POSS_XDIE5"; Sprite = "POSS"; Frame = 16; Tics = 5; Next state = "POSS_XDIE6"; } State { ID = "POSS_XDIE6"; Sprite = "POSS"; Frame = 17; Tics = 5; Next state = "POSS_XDIE7"; } State { ID = "POSS_XDIE7"; Sprite = "POSS"; Frame = 18; Tics = 5; Next state = "POSS_XDIE8"; } State { ID = "POSS_XDIE8"; Sprite = "POSS"; Frame = 19; Tics = 5; Action = "A_Fall"; Next state = "POSS_XDIE9"; } State { ID = "POSS_XDIE9"; Sprite = "POSS"; Frame = 20; Tics = -1; Next state = "NULL"; } State { ID = "SPOS_STND"; Sprite = "SPOS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SPOS_STND2"; } State { ID = "SPOS_STND2"; Sprite = "SPOS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SPOS_STND"; } State { ID = "SPOS_RUN1"; Sprite = "SPOS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN2"; } State { ID = "SPOS_RUN2"; Sprite = "SPOS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN3"; } State { ID = "SPOS_RUN3"; Sprite = "SPOS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN4"; } State { ID = "SPOS_RUN4"; Sprite = "SPOS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN5"; } State { ID = "SPOS_RUN5"; Sprite = "SPOS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN6"; } State { ID = "SPOS_RUN6"; Sprite = "SPOS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN7"; } State { ID = "SPOS_RUN7"; Sprite = "SPOS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN8"; } State { ID = "SPOS_RUN8"; Sprite = "SPOS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN1"; } State { ID = "SPOS_ATK1"; Sprite = "SPOS"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "SPOS_ATK2"; } State { ID = "SPOS_ATK2"; Sprite = "SPOS"; Frame = 5; Tics = 10; Action = "A_SPosAttack"; Next state = "SPOS_ATK3"; } State { ID = "SPOS_ATK3"; Sprite = "SPOS"; Frame = 4; Tics = 10; Next state = "SPOS_RUN1"; } State { ID = "SPOS_PAIN"; Sprite = "SPOS"; Frame = 6; Tics = 3; Next state = "SPOS_PAIN2"; } State { ID = "SPOS_PAIN2"; Sprite = "SPOS"; Frame = 6; Tics = 3; Action = "A_Pain"; Next state = "SPOS_RUN1"; } State { ID = "SPOS_DIE1"; Sprite = "SPOS"; Frame = 7; Tics = 5; Next state = "SPOS_DIE2"; } State { ID = "SPOS_DIE2"; Sprite = "SPOS"; Frame = 8; Tics = 5; Action = "A_Scream"; Next state = "SPOS_DIE3"; } State { ID = "SPOS_DIE3"; Sprite = "SPOS"; Frame = 9; Tics = 5; Action = "A_SposSpecial"; Next state = "SPOS_DIE4"; } State { ID = "SPOS_DIE4"; Sprite = "SPOS"; Frame = 10; Tics = 5; Action = "A_Fall"; Next state = "SPOS_DIE5"; } State { ID = "SPOS_DIE5"; Sprite = "SPOS"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "SPOS_XDIE1"; Sprite = "SPOS"; Frame = 12; Tics = 5; Next state = "SPOS_XDIE2"; } State { ID = "SPOS_XDIE2"; Sprite = "SPOS"; Frame = 13; Tics = 5; Action = "A_XScream"; Next state = "SPOS_XDIE3"; } State { ID = "SPOS_XDIE3"; Sprite = "SPOS"; Frame = 14; Tics = 5; Action = "A_SposSpecial"; Next state = "SPOS_XDIE4"; } State { ID = "SPOS_XDIE4"; Sprite = "SPOS"; Frame = 15; Tics = 5; Next state = "SPOS_XDIE5"; } State { ID = "SPOS_XDIE5"; Sprite = "SPOS"; Frame = 16; Tics = 5; Next state = "SPOS_XDIE6"; } State { ID = "SPOS_XDIE6"; Sprite = "SPOS"; Frame = 17; Tics = 5; Next state = "SPOS_XDIE7"; } State { ID = "SPOS_XDIE7"; Sprite = "SPOS"; Frame = 18; Tics = 5; Next state = "SPOS_XDIE8"; } State { ID = "SPOS_XDIE8"; Sprite = "SPOS"; Frame = 19; Tics = 5; Action = "A_Fall"; Next state = "SPOS_XDIE9"; } State { ID = "SPOS_XDIE9"; Sprite = "SPOS"; Frame = 20; Tics = -1; Next state = "NULL"; } State { ID = "TROO_STND"; Sprite = "TROO"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "TROO_STND2"; } State { ID = "TROO_STND2"; Sprite = "TROO"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "TROO_STND"; } State { ID = "TROO_RUN1"; Sprite = "TROO"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN2"; } State { ID = "TROO_RUN2"; Sprite = "TROO"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN3"; } State { ID = "TROO_RUN3"; Sprite = "TROO"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN4"; } State { ID = "TROO_RUN4"; Sprite = "TROO"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN5"; } State { ID = "TROO_RUN5"; Sprite = "TROO"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN6"; } State { ID = "TROO_RUN6"; Sprite = "TROO"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN7"; } State { ID = "TROO_RUN7"; Sprite = "TROO"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN8"; } State { ID = "TROO_RUN8"; Sprite = "TROO"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN1"; } State { ID = "TROO_MEL1"; Sprite = "TROO"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "TROO_MEL2"; } State { ID = "TROO_MEL2"; Sprite = "TROO"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "TROO_MEL3"; } State { ID = "TROO_MEL3"; Sprite = "TROO"; Frame = 6; Tics = 6; Action = "A_TroopClaw"; Next state = "TROO_RUN1"; } State { ID = "TROO_ATK1"; Sprite = "TROO"; Frame = 8; Tics = 8; Action = "A_FaceTarget"; Next state = "TROO_ATK2"; } State { ID = "TROO_ATK2"; Sprite = "TROO"; Frame = 9; Tics = 8; Action = "A_FaceTarget"; Next state = "TROO_ATK3"; } State { ID = "TROO_ATK3"; Sprite = "TROO"; Frame = 10; Tics = 6; Action = "A_TroopAttack"; Next state = "TROO_RUN1"; } State { ID = "TROO_PAIN"; Sprite = "TROO"; Frame = 7; Tics = 2; Next state = "TROO_PAIN2"; } State { ID = "TROO_PAIN2"; Sprite = "TROO"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "TROO_RUN1"; } State { ID = "TROO_DIE1"; Sprite = "TROO"; Frame = 11; Tics = 8; Next state = "TROO_DIE2"; } State { ID = "TROO_DIE2"; Sprite = "TROO"; Frame = 12; Tics = 8; Action = "A_Scream"; Next state = "TROO_DIE3"; } State { ID = "TROO_DIE3"; Sprite = "TROO"; Frame = 13; Tics = 6; Action = "A_TrooSpecial"; Next state = "TROO_DIE4"; } State { ID = "TROO_DIE4"; Sprite = "TROO"; Frame = 14; Tics = 6; Action = "A_Fall"; Next state = "TROO_DIE5"; } State { ID = "TROO_DIE5"; Sprite = "TROO"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "TROO_XDIE1"; Sprite = "TROO"; Frame = 16; Tics = 5; Next state = "TROO_XDIE2"; } State { ID = "TROO_XDIE2"; Sprite = "TROO"; Frame = 17; Tics = 5; Action = "A_XScream"; Next state = "TROO_XDIE3"; } State { ID = "TROO_XDIE3"; Sprite = "TROO"; Frame = 18; Tics = 5; Next state = "TROO_XDIE4"; } State { ID = "TROO_XDIE4"; Sprite = "TROO"; Frame = 19; Tics = 5; Action = "A_TrooSpecial"; Next state = "TROO_XDIE5"; } State { ID = "TROO_XDIE5"; Sprite = "TROO"; Frame = 20; Tics = 5; Next state = "TROO_XDIE6"; } State { ID = "TROO_XDIE6"; Sprite = "TROO"; Frame = 21; Tics = 5; Next state = "TROO_XDIE7"; } State { ID = "TROO_XDIE7"; Sprite = "TROO"; Frame = 22; Tics = 5; Action = "A_Fall"; Next state = "TROO_XDIE8"; } State { ID = "TROO_XDIE8"; Sprite = "TROO"; Frame = 23; Tics = -1; Next state = "NULL"; } State { ID = "NTRO_STND"; Sprite = "NTRO"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "NTRO_STND2"; } State { ID = "NTRO_STND2"; Sprite = "NTRO"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "NTRO_STND"; } State { ID = "NTRO_RUN1"; Sprite = "NTRO"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN2"; } State { ID = "NTRO_RUN2"; Sprite = "NTRO"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN3"; } State { ID = "NTRO_RUN3"; Sprite = "NTRO"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN4"; } State { ID = "NTRO_RUN4"; Sprite = "NTRO"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN5"; } State { ID = "NTRO_RUN5"; Sprite = "NTRO"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN6"; } State { ID = "NTRO_RUN6"; Sprite = "NTRO"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN7"; } State { ID = "NTRO_RUN7"; Sprite = "NTRO"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN8"; } State { ID = "NTRO_RUN8"; Sprite = "NTRO"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "NTRO_RUN1"; } State { ID = "NTRO_MEL1"; Sprite = "NTRO"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "NTRO_MEL2"; } State { ID = "NTRO_MEL2"; Sprite = "NTRO"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "NTRO_MEL3"; } State { ID = "NTRO_MEL3"; Sprite = "NTRO"; Frame = 6; Tics = 6; Action = "A_TroopClaw"; Next state = "NTRO_RUN1"; } State { ID = "NTRO_ATK1"; Sprite = "NTRO"; Frame = 8; Tics = 8; Action = "A_FaceTarget"; Next state = "NTRO_ATK2"; } State { ID = "NTRO_ATK2"; Sprite = "NTRO"; Frame = 9; Tics = 8; Action = "A_FaceTarget"; Next state = "NTRO_ATK3"; } State { ID = "NTRO_ATK3"; Sprite = "NTRO"; Frame = 10; Tics = 6; Action = "A_TroopAttack"; Next state = "NTRO_RUN1"; } State { ID = "NTRO_PAIN"; Sprite = "NTRO"; Frame = 7; Tics = 2; Next state = "NTRO_PAIN2"; } State { ID = "NTRO_PAIN2"; Sprite = "NTRO"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "NTRO_RUN1"; } State { ID = "NTRO_DIE1"; Sprite = "NTRO"; Frame = 11; Tics = 8; Next state = "NTRO_DIE2"; } State { ID = "NTRO_DIE2"; Sprite = "NTRO"; Frame = 12; Tics = 8; Action = "A_Scream"; Next state = "NTRO_DIE3"; } State { ID = "NTRO_DIE3"; Sprite = "NTRO"; Frame = 13; Tics = 6; Action = "A_TrooSpecial"; Next state = "NTRO_DIE4"; } State { ID = "NTRO_DIE4"; Sprite = "NTRO"; Frame = 14; Tics = 6; Action = "A_Fall"; Next state = "NTRO_DIE5"; } State { ID = "NTRO_DIE5"; Sprite = "NTRO"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "NTRO_XDIE1"; Sprite = "NTRO"; Frame = 16; Tics = 5; Next state = "NTRO_XDIE2"; } State { ID = "NTRO_XDIE2"; Sprite = "NTRO"; Frame = 17; Tics = 5; Action = "A_XScream"; Next state = "NTRO_XDIE3"; } State { ID = "NTRO_XDIE3"; Sprite = "NTRO"; Frame = 18; Tics = 5; Next state = "NTRO_XDIE4"; } State { ID = "NTRO_XDIE4"; Sprite = "NTRO"; Frame = 19; Tics = 5; Action = "A_TrooSpecial"; Next state = "NTRO_XDIE5"; } State { ID = "NTRO_XDIE5"; Sprite = "NTRO"; Frame = 20; Tics = 5; Next state = "NTRO_XDIE6"; } State { ID = "NTRO_XDIE6"; Sprite = "NTRO"; Frame = 21; Tics = 5; Next state = "NTRO_XDIE7"; } State { ID = "NTRO_XDIE7"; Sprite = "NTRO"; Frame = 22; Tics = 5; Action = "A_Fall"; Next state = "NTRO_XDIE8"; } State { ID = "NTRO_XDIE8"; Sprite = "NTRO"; Frame = 23; Tics = -1; Next state = "NULL"; } State { ID = "HEAD_STND"; Sprite = "HEAD"; Frame = 0; Tics = 15; Action = "A_Look"; Next state = "HEAD_STND2"; } State { ID = "HEAD_STND2"; Sprite = "HEAD"; Frame = 1; Tics = 15; Action = "A_Look"; Next state = "HEAD_STND3"; } State { ID = "HEAD_STND3"; Sprite = "HEAD"; Frame = 2; Tics = 15; Action = "A_Look"; Next state = "HEAD_STND4"; } State { ID = "HEAD_STND4"; Sprite = "HEAD"; Frame = 3; Tics = 15; Action = "A_Look"; Next state = "HEAD_STND"; } State { ID = "HEAD_RUN1"; Sprite = "HEAD"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN2"; } State { ID = "HEAD_RUN2"; Sprite = "HEAD"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN3"; } State { ID = "HEAD_RUN3"; Sprite = "HEAD"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN4"; } State { ID = "HEAD_RUN4"; Sprite = "HEAD"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN5"; } State { ID = "HEAD_RUN5"; Sprite = "HEAD"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN6"; } State { ID = "HEAD_RUN6"; Sprite = "HEAD"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN7"; } State { ID = "HEAD_RUN7"; Sprite = "HEAD"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN8"; } State { ID = "HEAD_RUN8"; Sprite = "HEAD"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN1"; } State { ID = "HEAD_ATK1"; Sprite = "HEAD"; Frame = 4; Tics = 5; Action = "A_FaceTarget"; Next state = "HEAD_ATK2"; } State { ID = "HEAD_ATK2"; Sprite = "HEAD"; Frame = 5; Tics = 5; Action = "A_FaceTarget"; Next state = "HEAD_ATK3"; } State { ID = "HEAD_ATK3"; Sprite = "HEAD"; Frame = 6; Tics = 5; Action = "A_FaceTarget"; Next state = "HEAD_ATK4"; } State { ID = "HEAD_ATK4"; Sprite = "HEAD"; Frame = 6; Tics = 0; Action = "A_HeadAttack"; Next state = "HEAD_RUN1"; } State { ID = "HEAD_PAIN"; Sprite = "HEAD"; Frame = 1; Tics = 3; Next state = "HEAD_PAIN2"; } State { ID = "HEAD_PAIN2"; Sprite = "HEAD"; Frame = 1; Tics = 3; Action = "A_Pain"; Next state = "HEAD_PAIN3"; } State { ID = "HEAD_PAIN3"; Sprite = "HEAD"; Frame = 1; Tics = 6; Next state = "HEAD_RUN1"; } State { ID = "HEAD_DIE1"; Sprite = "HEAD"; Frame = 7; Tics = 8; Next state = "HEAD_DIE2"; } State { ID = "HEAD_DIE2"; Sprite = "HEAD"; Frame = 8; Tics = 8; Action = "A_Scream"; Next state = "HEAD_DIE3"; } State { ID = "HEAD_DIE3"; Sprite = "HEAD"; Frame = 9; Tics = 8; Next state = "HEAD_DIE4"; } State { ID = "HEAD_DIE4"; Sprite = "HEAD"; Frame = 10; Tics = 8; Action = "A_HeadSpecial"; Next state = "HEAD_DIE5"; } State { ID = "HEAD_DIE5"; Sprite = "HEAD"; Frame = 11; Tics = 8; Action = "A_Fall"; Next state = "HEAD_DIE6"; } State { ID = "HEAD_DIE6"; Sprite = "HEAD"; Frame = 12; Tics = -1; Next state = "NULL"; } State { ID = "BOSS_STND"; Sprite = "BOSS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BOSS_STND2"; } State { ID = "BOSS_STND2"; Sprite = "BOSS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "BOSS_STND"; } State { ID = "BOSS_RUN1"; Sprite = "BOSS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN2"; } State { ID = "BOSS_RUN2"; Sprite = "BOSS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN3"; } State { ID = "BOSS_RUN3"; Sprite = "BOSS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN4"; } State { ID = "BOSS_RUN4"; Sprite = "BOSS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN5"; } State { ID = "BOSS_RUN5"; Sprite = "BOSS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN6"; } State { ID = "BOSS_RUN6"; Sprite = "BOSS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN7"; } State { ID = "BOSS_RUN7"; Sprite = "BOSS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN8"; } State { ID = "BOSS_RUN8"; Sprite = "BOSS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN1"; } State { ID = "BOSS_ATK1"; Sprite = "BOSS"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "BOSS_ATK2"; } State { ID = "BOSS_ATK2"; Sprite = "BOSS"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "BOSS_ATK3"; } State { ID = "BOSS_ATK3"; Sprite = "BOSS"; Frame = 6; Tics = 8; Action = "A_BruisAttack"; Next state = "BOSS_RUN1"; } State { ID = "BOSS_PAIN"; Sprite = "BOSS"; Frame = 7; Tics = 2; Next state = "BOSS_PAIN2"; } State { ID = "BOSS_PAIN2"; Sprite = "BOSS"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "BOSS_RUN1"; } State { ID = "BOSS_DIE1"; Sprite = "BOSS"; Frame = 8; Tics = 8; Next state = "BOSS_DIE2"; } State { ID = "BOSS_DIE2"; Sprite = "BOSS"; Frame = 9; Tics = 8; Action = "A_Scream"; Next state = "BOSS_DIE3"; } State { ID = "BOSS_DIE3"; Sprite = "BOSS"; Frame = 10; Tics = 8; Next state = "BOSS_DIE4"; } State { ID = "BOSS_DIE4"; Sprite = "BOSS"; Frame = 11; Tics = 8; Action = "A_BossSpecial"; Next state = "BOSS_DIE5"; } State { ID = "BOSS_DIE5"; Sprite = "BOSS"; Frame = 12; Tics = 8; Action = "A_Fall"; Next state = "BOSS_DIE6"; } State { ID = "BOSS_DIE6"; Sprite = "BOSS"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "BOS2_STND"; Sprite = "BOS2"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BOS2_STND2"; } State { ID = "BOS2_STND2"; Sprite = "BOS2"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "BOS2_STND"; } State { ID = "BOS2_RUN1"; Sprite = "BOS2"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN2"; } State { ID = "BOS2_RUN2"; Sprite = "BOS2"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN3"; } State { ID = "BOS2_RUN3"; Sprite = "BOS2"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN4"; } State { ID = "BOS2_RUN4"; Sprite = "BOS2"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN5"; } State { ID = "BOS2_RUN5"; Sprite = "BOS2"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN6"; } State { ID = "BOS2_RUN6"; Sprite = "BOS2"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN7"; } State { ID = "BOS2_RUN7"; Sprite = "BOS2"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN8"; } State { ID = "BOS2_RUN8"; Sprite = "BOS2"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN1"; } State { ID = "BOS2_ATK1"; Sprite = "BOS2"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "BOS2_ATK2"; } State { ID = "BOS2_ATK2"; Sprite = "BOS2"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "BOS2_ATK3"; } State { ID = "BOS2_ATK3"; Sprite = "BOS2"; Frame = 6; Tics = 8; Action = "A_BruisAttack"; Next state = "BOS2_RUN1"; } State { ID = "BOS2_PAIN"; Sprite = "BOS2"; Frame = 7; Tics = 2; Next state = "BOS2_PAIN2"; } State { ID = "BOS2_PAIN2"; Sprite = "BOS2"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "BOS2_RUN1"; } State { ID = "BOS2_DIE1"; Sprite = "BOS2"; Frame = 8; Tics = 8; Next state = "BOS2_DIE2"; } State { ID = "BOS2_DIE2"; Sprite = "BOS2"; Frame = 9; Tics = 8; Action = "A_Scream"; Next state = "BOS2_DIE3"; } State { ID = "BOS2_DIE3"; Sprite = "BOS2"; Frame = 10; Tics = 8; Next state = "BOS2_DIE4"; } State { ID = "BOS2_DIE4"; Sprite = "BOS2"; Frame = 11; Tics = 8; Action = "A_BossSpecial"; Next state = "BOS2_DIE5"; } State { ID = "BOS2_DIE5"; Sprite = "BOS2"; Frame = 12; Tics = 8; Action = "A_Fall"; Next state = "BOS2_DIE6"; } State { ID = "BOS2_DIE6"; Sprite = "BOS2"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "SKULL_STND"; Sprite = "SKUL"; Frame = 0; Tics = 5; Action = "A_Look"; Next state = "SKULL_STND2"; } State { ID = "SKULL_STND2"; Sprite = "SKUL"; Frame = 1; Tics = 5; Action = "A_Look"; Next state = "SKULL_STND3"; } State { ID = "SKULL_STND3"; Sprite = "SKUL"; Frame = 2; Tics = 5; Action = "A_Look"; Next state = "SKULL_STND"; } State { ID = "SKULL_RUN1"; Sprite = "SKUL"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SKULL_RUN2"; } State { ID = "SKULL_RUN2"; Sprite = "SKUL"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SKULL_RUN3"; } State { ID = "SKULL_RUN3"; Sprite = "SKUL"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SKULL_RUN1"; } State { ID = "SKULL_ATK1"; Sprite = "SKUL"; Frame = 3; Tics = 6; Action = "A_FaceTarget"; Next state = "SKULL_ATK2"; } State { ID = "SKULL_ATK2"; Sprite = "SKUL"; Frame = 4; Tics = 4; Action = "A_SkullAttack"; Next state = "SKULL_ATK3"; } State { ID = "SKULL_ATK3"; Sprite = "SKUL"; Frame = 3; Tics = 4; Next state = "SKULL_ATK4"; } State { ID = "SKULL_ATK4"; Sprite = "SKUL"; Frame = 4; Tics = 4; Next state = "SKULL_ATK3"; } State { ID = "SKULL_PAIN"; Sprite = "SKUL"; Frame = 5; Tics = 3; Next state = "SKULL_PAIN2"; } State { ID = "SKULL_PAIN2"; Sprite = "SKUL"; Frame = 5; Tics = 3; Action = "A_Pain"; Next state = "SKULL_RUN1"; } State { ID = "SKULL_DIE1"; Sprite = "SKUL"; Frame = 6; Flags = fullbright; Tics = 5; Next state = "SKULL_DIE2"; } State { ID = "SKULL_DIE2"; Sprite = "SKUL"; Frame = 7; Flags = fullbright; Tics = 5; Action = "A_Scream"; Next state = "SKULL_DIE3"; } State { ID = "SKULL_DIE3"; Sprite = "SKUL"; Frame = 8; Flags = fullbright; Tics = 5; Next state = "SKULL_DIE4"; } State { ID = "SKULL_DIE4"; Sprite = "SKUL"; Frame = 9; Flags = fullbright; Tics = 5; Action = "A_Fall"; Next state = "SKULL_DIE5"; } State { ID = "SKULL_DIE5"; Sprite = "SKUL"; Frame = 10; Flags = fullbright; Tics = 4; Action = "A_SkulSpecial"; Next state = "SKULL_DIE6"; } State { ID = "SKULL_DIE6"; Sprite = "SKUL"; Frame = 11; Flags = fullbright; Tics = 3; Next state = "SKULL_DIE7"; } State { ID = "SKULL_DIE7"; Sprite = "SKUL"; Frame = 12; Flags = fullbright; Tics = 2; Next state = "SKULL_DIE8"; } State { ID = "SKULL_DIE8"; Sprite = "SKUL"; Frame = 13; Flags = fullbright; Tics = 2; Next state = "SKULL_DIE9"; } State { ID = "SKULL_DIE9"; Sprite = "SKUL"; Frame = 14; Flags = fullbright; Tics = 1; Next state = "SKULL_DIE10"; } State { ID = "SKULL_DIE10"; Sprite = "SKUL"; Frame = 15; Flags = fullbright; Tics = 1; Next state = "NULL"; } State { ID = "BSPI_STND"; Sprite = "BSPI"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BSPI_STND2"; } State { ID = "BSPI_STND2"; Sprite = "BSPI"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "BSPI_STND"; } State { ID = "BSPI_SEE"; Sprite = "BSPI"; Frame = 0; Tics = 20; Next state = "BSPI_RUN1"; } State { ID = "BSPI_RUN1"; Sprite = "BSPI"; Frame = 0; Tics = 3; Action = "A_BabyMetal"; Next state = "BSPI_RUN2"; } State { ID = "BSPI_RUN2"; Sprite = "BSPI"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN3"; } State { ID = "BSPI_RUN3"; Sprite = "BSPI"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN4"; } State { ID = "BSPI_RUN4"; Sprite = "BSPI"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN5"; } State { ID = "BSPI_RUN5"; Sprite = "BSPI"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN6"; } State { ID = "BSPI_RUN6"; Sprite = "BSPI"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN7"; } State { ID = "BSPI_RUN7"; Sprite = "BSPI"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN8"; } State { ID = "BSPI_RUN8"; Sprite = "BSPI"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN1"; } State { ID = "BSPI_ATK1"; Sprite = "BSPI"; Frame = 0; Tics = 15; Action = "A_BspiFaceTarget"; Next state = "BSPI_ATK2"; } State { ID = "BSPI_ATK2"; Sprite = "BSPI"; Frame = 4; Flags = fullbright; Tics = 6; Action = "A_BspiAttack"; Next state = "BSPI_ATK3"; } State { ID = "BSPI_ATK3"; Sprite = "BSPI"; Frame = 4; Flags = fullbright; Tics = 1; Action = "A_SpidRefire"; Next state = "BSPI_ATK2"; } State { ID = "BSPI_PAIN"; Sprite = "BSPI"; Frame = 5; Tics = 3; Next state = "BSPI_PAIN2"; } State { ID = "BSPI_PAIN2"; Sprite = "BSPI"; Frame = 5; Tics = 3; Action = "A_Pain"; Next state = "BSPI_RUN1"; } State { ID = "BSPI_DIE1"; Sprite = "BSPI"; Frame = 6; Tics = 20; Action = "A_Scream"; Next state = "BSPI_DIE2"; } State { ID = "BSPI_DIE2"; Sprite = "BSPI"; Frame = 7; Tics = 7; Action = "A_BabySpecial"; Next state = "BSPI_DIE3"; } State { ID = "BSPI_DIE3"; Sprite = "BSPI"; Frame = 8; Tics = 7; Next state = "BSPI_DIE4"; } State { ID = "BSPI_DIE4"; Sprite = "BSPI"; Frame = 9; Tics = 7; Next state = "BSPI_DIE5"; } State { ID = "BSPI_DIE5"; Sprite = "BSPI"; Frame = 10; Tics = 7; Action = "A_Fall"; Next state = "BSPI_DIE6"; } State { ID = "BSPI_DIE6"; Sprite = "BSPI"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "CYBER_STND"; Sprite = "CYBR"; Frame = 5; Tics = 10; Action = "A_Look"; Next state = "CYBER_STND"; } State { ID = "CYBER_RUN1"; Sprite = "CYBR"; Frame = 0; Tics = 4; Action = "A_Hoof"; Next state = "CYBER_RUN2"; } State { ID = "CYBER_RUN2"; Sprite = "CYBR"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "CYBER_RUN3"; } State { ID = "CYBER_RUN3"; Sprite = "CYBR"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "CYBER_RUN4"; } State { ID = "CYBER_RUN4"; Sprite = "CYBR"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "CYBER_RUN5"; } State { ID = "CYBER_RUN5"; Sprite = "CYBR"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "CYBER_RUN6"; } State { ID = "CYBER_RUN6"; Sprite = "CYBR"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "CYBER_RUN7"; } State { ID = "CYBER_RUN7"; Sprite = "CYBR"; Frame = 3; Tics = 4; Action = "A_Metal"; Next state = "CYBER_RUN8"; } State { ID = "CYBER_RUN8"; Sprite = "CYBR"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "CYBER_RUN1"; } State { ID = "CYBER_ATK1"; Sprite = "CYBR"; Frame = 4; Flags = fullbright; Tics = 6; Action = "A_FaceTarget"; Next state = "CYBER_ATK2"; } State { ID = "CYBER_ATK2"; Sprite = "CYBR"; Frame = 5; Tics = 12; Action = "A_CyberAttack"; Next state = "CYBER_ATK3"; } State { ID = "CYBER_ATK3"; Sprite = "CYBR"; Frame = 4; Flags = fullbright; Tics = 12; Action = "A_FaceTarget"; Next state = "CYBER_ATK4"; } State { ID = "CYBER_ATK4"; Sprite = "CYBR"; Frame = 5; Tics = 12; Action = "A_CyberAttack"; Next state = "CYBER_ATK5"; } State { ID = "CYBER_ATK5"; Sprite = "CYBR"; Frame = 4; Flags = fullbright; Tics = 12; Action = "A_FaceTarget"; Next state = "CYBER_ATK6"; } State { ID = "CYBER_ATK6"; Sprite = "CYBR"; Frame = 5; Tics = 12; Action = "A_CyberAttack"; Next state = "CYBER_RUN1"; } State { ID = "CYBER_PAIN"; Sprite = "CYBR"; Frame = 6; Tics = 10; Action = "A_Pain"; Next state = "CYBER_RUN1"; } State { ID = "CYBER_DIE1"; Sprite = "CYBR"; Frame = 6; Tics = 30; Action = "A_CyberDeath"; Next state = "CYBER_DIE2"; } State { ID = "CYBER_DIE2"; Sprite = "CYBR"; Frame = 7; Tics = 8; Next state = "CYBER_DIE2"; } State { ID = "CYBER_DIE3"; Sprite = "CYBR"; Frame = 8; Tics = 7; Next state = "CYBER_DIE4"; } State { ID = "CYBER_DIE4"; Sprite = "CYBR"; Frame = 9; Tics = 6; Next state = "CYBER_DIE5"; } State { ID = "CYBER_DIE5"; Sprite = "CYBR"; Frame = 10; Tics = 5; Next state = "CYBER_DIE6"; } State { ID = "CYBER_DIE6"; Sprite = "CYBR"; Frame = 11; Tics = 4; Action = "A_CybrSpecial"; Next state = "CYBER_DIE7"; } State { ID = "CYBER_DIE7"; Sprite = "CYBR"; Frame = 12; Tics = 4; Next state = "CYBER_DIE8"; } State { ID = "CYBER_DIE8"; Sprite = "CYBR"; Frame = 13; Tics = 4; Action = "A_Fall"; Next state = "CYBER_DIE9"; } State { ID = "CYBER_DIE9"; Sprite = "CYBR"; Frame = 14; Tics = -1; Next state = "NULL"; } State { ID = "DCYBER_STND"; Sprite = "CYBR"; Frame = 5; Tics = 1; Action = "A_TargetCamera"; Next state = "DCYBER_STND2"; } State { ID = "DCYBER_ATK1"; Sprite = "CYBR"; Frame = 4; Flags = fullbright; Tics = 18; Action = "A_CyberAttack"; Next state = "DCYBER_ATK2"; } State { ID = "DCYBER_ATK2"; Sprite = "CYBR"; Frame = 5; Tics = 18; Action = "A_FaceTarget"; Next state = "DCYBER_ATK1"; } State { ID = "PAIN_STND"; Sprite = "PAIN"; Frame = 0; Tics = 5; Action = "A_Look"; Next state = "PAIN_STND"; } State { ID = "PAIN_SEE"; Sprite = "PAIN"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "PAIN_SEE"; } State { ID = "PAIN_ATK1"; Sprite = "PAIN"; Frame = 1; Flags = fullbright; Tics = 5; Action = "A_FaceTarget"; Next state = "PAIN_ATK2"; } State { ID = "PAIN_ATK2"; Sprite = "PAIN"; Frame = 1; Flags = fullbright; Tics = 5; Action = "A_FaceTarget"; Next state = "PAIN_ATK3"; } State { ID = "PAIN_ATK3"; Sprite = "PAIN"; Frame = 2; Flags = fullbright; Tics = 5; Action = "A_FaceTarget"; Next state = "PAIN_ATK4"; } State { ID = "PAIN_ATK4"; Sprite = "PAIN"; Frame = 2; Flags = fullbright; Tics = 0; Action = "A_PainAttack"; Next state = "PAIN_SEE"; } State { ID = "PAIN_PAIN"; Sprite = "PAIN"; Frame = 3; Tics = 6; Next state = "PAIN_PAIN2"; } State { ID = "PAIN_PAIN2"; Sprite = "PAIN"; Frame = 3; Tics = 6; Action = "A_Pain"; Next state = "PAIN_SEE"; } State { ID = "PAIN_DIE1"; Sprite = "PAIN"; Frame = 4; Flags = fullbright; Tics = 8; Next state = "PAIN_DIE2"; } State { ID = "PAIN_DIE2"; Sprite = "PAIN"; Frame = 5; Flags = fullbright; Tics = 8; Action = "A_Scream"; Next state = "PAIN_DIE3"; } State { ID = "PAIN_DIE3"; Sprite = "PAIN"; Frame = 6; Flags = fullbright; Tics = 8; Action = "A_PainSpecial"; Next state = "PAIN_DIE4"; } State { ID = "PAIN_DIE4"; Sprite = "PAIN"; Frame = 7; Flags = fullbright; Tics = 8; Action = "A_PainDie"; Next state = "PAIN_DIE5"; } State { ID = "PAIN_DIE5"; Sprite = "PAIN"; Frame = 8; Flags = fullbright; Tics = 8; Action = "A_PainDie"; Next state = "PAIN_DIE6"; } State { ID = "PAIN_DIE6"; Sprite = "PAIN"; Frame = 9; Flags = fullbright; Tics = 8; Action = "A_PainDie"; Next state = "PAIN_DIE7"; } State { ID = "PAIN_DIE7"; Sprite = "PAIN"; Frame = 10; Flags = fullbright; Tics = 8; Next state = "PAIN_DIE8"; } State { ID = "PAIN_DIE8"; Sprite = "PAIN"; Frame = 11; Flags = fullbright; Tics = 8; Next state = "NULL"; } State { ID = "RECT_STND"; Sprite = "RECT"; Frame = 0; Tics = 8; Action = "A_Look"; Next state = "RECT_STND2"; } State { ID = "RECT_STND2"; Sprite = "RECT"; Frame = 1; Tics = 8; Action = "A_Look"; Next state = "RECT_STND3"; } State { ID = "RECT_STND3"; Sprite = "RECT"; Frame = 2; Tics = 8; Action = "A_Look"; Next state = "RECT_STND4"; } State { ID = "RECT_STND4"; Sprite = "RECT"; Frame = 3; Tics = 8; Action = "A_Look"; Next state = "RECT_STND"; } State { ID = "RECT_RUN1"; Sprite = "RECT"; Frame = 0; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN2"; } State { ID = "RECT_RUN2"; Sprite = "RECT"; Frame = 0; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN3"; } State { ID = "RECT_RUN3"; Sprite = "RECT"; Frame = 0; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN4"; } State { ID = "RECT_RUN4"; Sprite = "RECT"; Frame = 1; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN5"; } State { ID = "RECT_RUN5"; Sprite = "RECT"; Frame = 1; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN6"; } State { ID = "RECT_RUN6"; Sprite = "RECT"; Frame = 1; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN7"; } State { ID = "RECT_RUN7"; Sprite = "RECT"; Frame = 2; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN8"; } State { ID = "RECT_RUN8"; Sprite = "RECT"; Frame = 2; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN9"; } State { ID = "RECT_RUN9"; Sprite = "RECT"; Frame = 2; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN10"; } State { ID = "RECT_RUN10"; Sprite = "RECT"; Frame = 3; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN11"; } State { ID = "RECT_RUN11"; Sprite = "RECT"; Frame = 3; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN12"; } State { ID = "RECT_RUN12"; Sprite = "RECT"; Frame = 3; Tics = 3; Action = "A_RectChase"; Next state = "RECT_RUN1"; } State { ID = "RECT_ATK1"; Sprite = "RECT"; Frame = 4; Tics = 12; Action = "A_FaceTarget"; Next state = "RECT_ATK2"; } State { ID = "RECT_ATK2"; Sprite = "RECT"; Frame = 6; Tics = 12; Action = "A_MotherFloorFire"; Next state = "RECT_ATK3"; } State { ID = "RECT_ATK3"; Sprite = "RECT"; Frame = 4; Tics = 12; Action = "A_FaceTarget"; Next state = "RECT_ATK4"; } State { ID = "RECT_ATK4"; Sprite = "RECT"; Frame = 5; Tics = 12; Action = "A_MotherMissle"; Next state = "RECT_ATK5"; } State { ID = "RECT_ATK5"; Sprite = "RECT"; Frame = 4; Tics = 12; Action = "A_SpidRefire"; Next state = "RECT_ATK2"; } State { ID = "RECT_PAIN"; Sprite = "RECT"; Frame = 7; Tics = 18; Action = "A_Pain"; Next state = "RECT_ATK1"; } State { ID = "RECT_DIE1"; Sprite = "RECT"; Frame = 8; Tics = 60; Action = "A_RectSpecial"; Next state = "RECT_DIE2"; } State { ID = "RECT_DIE2"; Sprite = "RECT"; Frame = 9; Tics = 8; Next state = "RECT_DIE2"; } State { ID = "RECT_DIE3"; Sprite = "RECT"; Frame = 10; Tics = 8; Next state = "RECT_DIE4"; } State { ID = "RECT_DIE4"; Sprite = "RECT"; Frame = 11; Tics = 5; Next state = "RECT_DIE5"; } State { ID = "RECT_DIE5"; Sprite = "RECT"; Frame = 12; Tics = 4; Next state = "RECT_DIE6"; } State { ID = "RECT_DIE6"; Sprite = "RECT"; Frame = 13; Tics = 3; Action = "A_Fall"; Next state = "RECT_DIE7"; } State { ID = "RECT_DIE7"; Sprite = "RECT"; Frame = 14; Tics = 2; Next state = "NULL"; } State { ID = "BAL3"; Sprite = "BAL3"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BAL32"; } State { ID = "BAL32"; Sprite = "BAL3"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BAL33"; } State { ID = "BAL33"; Sprite = "BAL3"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "BAL3"; } State { ID = "BAL3EXP"; Sprite = "BAL3"; Frame = 3; Flags = fullbright; Tics = 2; Next state = "BAL3EXP2"; } State { ID = "BAL3EXP2"; Sprite = "BAL3"; Frame = 4; Flags = fullbright; Tics = 2; Next state = "BAL3EXP3"; } State { ID = "BAL3EXP3"; Sprite = "BAL3"; Frame = 5; Flags = fullbright; Tics = 2; Next state = "BAL3EXP4"; } State { ID = "BAL3EXP4"; Sprite = "BAL3"; Frame = 6; Flags = fullbright; Tics = 2; Next state = "BAL3EXP5"; } State { ID = "BAL3EXP5"; Sprite = "BAL3"; Frame = 7; Flags = fullbright; Tics = 2; Next state = "BAL3EXP6"; } State { ID = "BAL3EXP6"; Sprite = "BAL3"; Frame = 8; Flags = fullbright; Tics = 2; Next state = "NULL"; } State { ID = "BRBALL1"; Sprite = "BAL7"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BRBALL2"; } State { ID = "BRBALL2"; Sprite = "BAL7"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BRBALL1"; } State { ID = "BRBALLX1"; Sprite = "BAL7"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "BRBALLX2"; } State { ID = "BRBALLX2"; Sprite = "BAL7"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "BRBALLX3"; } State { ID = "BRBALLX3"; Sprite = "BAL7"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "BRBALLX4"; } State { ID = "BRBALLX4"; Sprite = "BAL7"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "BRBALLX5"; } State { ID = "BRBALLX5"; Sprite = "BAL7"; Frame = 6; Flags = fullbright; Tics = 6; Next state = "BRBALLX6"; } State { ID = "BRBALLX6"; Sprite = "BAL7"; Frame = 7; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "ARACH_PLAZ"; Sprite = "APLS"; Frame = 0; Flags = fullbright; Tics = 2; Next state = "ARACH_PLAZ2"; } State { ID = "ARACH_PLAZ2"; Sprite = "APLS"; Frame = 1; Flags = fullbright; Tics = 2; Next state = "ARACH_PLAZ"; } State { ID = "ARACH_PLEX"; Sprite = "APLS"; Frame = 2; Flags = fullbright; Tics = 3; Next state = "ARACH_PLEX2"; } State { ID = "ARACH_PLEX2"; Sprite = "APLS"; Frame = 3; Flags = fullbright; Tics = 3; Next state = "ARACH_PLEX3"; } State { ID = "ARACH_PLEX3"; Sprite = "APLS"; Frame = 4; Flags = fullbright; Tics = 3; Next state = "ARACH_PLEX4"; } State { ID = "ARACH_PLEX4"; Sprite = "APLS"; Frame = 4; Flags = fullbright; Tics = 3; Next state = "ARACH_PLEX5"; } State { ID = "ARACH_PLEX5"; Sprite = "APLS"; Frame = 6; Flags = fullbright; Tics = 3; Next state = "ARACH_PLEX6"; } State { ID = "ARACH_PLEX6"; Sprite = "APLS"; Frame = 7; Flags = fullbright; Tics = 3; Next state = "NULL"; } State { ID = "FATSHOT1"; Sprite = "MANF"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "FATSHOT2"; } State { ID = "FATSHOT2"; Sprite = "MANF"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "FATSHOT3"; } State { ID = "FATSHOT3"; Sprite = "MANF"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "FATSHOT1"; } State { ID = "FATSHOTX1"; Sprite = "MANF"; Frame = 3; Flags = fullbright; Tics = 8; Next state = "FATSHOTX2"; } State { ID = "FATSHOTX2"; Sprite = "MANF"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "FATSHOTX3"; } State { ID = "FATSHOTX3"; Sprite = "MANF"; Frame = 5; Flags = fullbright; Tics = 4; Next state = "FATSHOTX4"; } State { ID = "FATSHOTX4"; Sprite = "MANF"; Frame = 6; Flags = fullbright; Tics = 4; Next state = "FATSHOTX5"; } State { ID = "FATSHOTX5"; Sprite = "MANF"; Frame = 7; Flags = fullbright; Tics = 4; Next state = "FATSHOTX6"; } State { ID = "FATSHOTX6"; Sprite = "MANF"; Frame = 8; Flags = fullbright; Tics = 4; Next state = "NULL"; } State { ID = "TSHOT6_STND"; Sprite = "DART"; Frame = 7; Tics = 10; Action = "A_Look"; Next state = "TSHOT6_STND2"; } State { ID = "TSHOT6_STND2"; Sprite = "DART"; Frame = 7; Tics = 10; Action = "A_Look"; Next state = "TSHOT6_STND"; } State { ID = "TSHOT6_RUN1"; Sprite = "DART"; Frame = 7; Tics = 32; Action = "A_SkelMissile"; Next state = "TSHOT6_RUN2"; } State { ID = "TSHOT6_RUN2"; Sprite = "DART"; Frame = 7; Tics = 32; Action = "A_SkelMissile"; Next state = "TSHOT6_RUN3"; } State { ID = "TSHOT6_RUN3"; Sprite = "DART"; Frame = 7; Tics = 32; Action = "A_SkelMissile"; Next state = "TSHOT6_RUN4"; } State { ID = "TSHOT6_RUN4"; Sprite = "DART"; Frame = 7; Tics = 32; Action = "A_SkelMissile"; Next state = "TSHOT6_RUN5"; } State { ID = "TSHOT6_RUN5"; Sprite = "DART"; Frame = 7; Tics = 32; Action = "A_SkelMissile"; Next state = "TSHOT6_RUN6"; } State { ID = "TSHOT6_RUN6"; Sprite = "DART"; Frame = 7; Tics = 32; Action = "A_SkelMissile"; Next state = "NULL"; } State { ID = "DART"; Sprite = "DART"; Frame = 0; Flags = fullbright | noautolight; Tics = -1; Next state = "NULL"; } State { ID = "MPUFF1"; Sprite = "MPUF"; Frame = 0; Flags = fullbright; Tics = 2; Next state = "MPUFF2"; } State { ID = "MPUFF2"; Sprite = "MPUF"; Frame = 1; Flags = fullbright; Tics = 2; Next state = "MPUFF3"; } State { ID = "MPUFF3"; Sprite = "MPUF"; Frame = 2; Flags = fullbright; Tics = 2; Next state = "MPUFF4"; } State { ID = "MPUFF4"; Sprite = "MPUF"; Frame = 3; Flags = fullbright; Tics = 2; Next state = "MPUFF5"; } State { ID = "MPUFF5"; Sprite = "MPUF"; Frame = 4; Flags = fullbright; Tics = 2; Next state = "NULL"; } State { ID = "RPUFF1"; Sprite = "SMOK"; Frame = 0; Tics = 2; Next state = "RPUFF2"; } State { ID = "RPUFF2"; Sprite = "SMOK"; Frame = 1; Tics = 2; Next state = "RPUFF3"; } State { ID = "RPUFF3"; Sprite = "SMOK"; Frame = 2; Tics = 2; Next state = "RPUFF4"; } State { ID = "RPUFF4"; Sprite = "SMOK"; Frame = 3; Tics = 2; Next state = "RPUFF5"; } State { ID = "RPUFF5"; Sprite = "SMOK"; Frame = 4; Tics = 2; Next state = "NULL"; } State { ID = "SMOKE1"; Sprite = "PUFF"; Frame = 1; Tics = 4; Next state = "SMOKE2"; } State { ID = "SMOKE2"; Sprite = "PUFF"; Frame = 2; Tics = 4; Next state = "SMOKE3"; } State { ID = "SMOKE3"; Sprite = "PUFF"; Frame = 1; Tics = 4; Next state = "SMOKE4"; } State { ID = "SMOKE4"; Sprite = "PUFF"; Frame = 2; Tics = 4; Next state = "SMOKE5"; } State { ID = "SMOKE5"; Sprite = "PUFF"; Frame = 3; Tics = 4; Next state = "NULL"; } State { ID = "PUFF1"; Sprite = "PUFF"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "PUFF2"; } State { ID = "PUFF2"; Sprite = "PUFF"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "PUFF3"; } State { ID = "PUFF3"; Sprite = "PUFF"; Frame = 2; Tics = 3; Next state = "PUFF4"; } State { ID = "PUFF4"; Sprite = "PUFF"; Frame = 3; Tics = 3; Next state = "PUFF5"; } State { ID = "PUFF5"; Sprite = "PUFF"; Frame = 4; Tics = 3; Next state = "PUFF6"; } State { ID = "PUFF6"; Sprite = "PUFF"; Frame = 5; Tics = 3; Next state = "NULL"; } State { ID = "BLOOD1"; Sprite = "BLUD"; Frame = 0; Tics = 6; Next state = "BLOOD2"; } State { ID = "BLOOD2"; Sprite = "BLUD"; Frame = 1; Tics = 6; Next state = "BLOOD3"; } State { ID = "BLOOD3"; Sprite = "BLUD"; Frame = 2; Tics = 6; Next state = "BLOOD4"; } State { ID = "BLOOD4"; Sprite = "BLUD"; Frame = 3; Tics = 6; Next state = "NULL"; } State { ID = "TBALL1"; Sprite = "BAL1"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "TBALL2"; } State { ID = "TBALL2"; Sprite = "BAL1"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "TBALL3"; } State { ID = "TBALL3"; Sprite = "BAL1"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "TBALL1"; } State { ID = "TBALLX1"; Sprite = "BAL1"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "TBALLX2"; } State { ID = "TBALLX2"; Sprite = "BAL1"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "TBALLX3"; } State { ID = "TBALLX3"; Sprite = "BAL1"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "TBALLX4"; } State { ID = "TBALLX4"; Sprite = "BAL1"; Frame = 6; Flags = fullbright; Tics = 6; Next state = "TBALLX5"; } State { ID = "TBALLX5"; Sprite = "BAL1"; Frame = 7; Flags = fullbright; Tics = 6; Next state = "TBALLX6"; } State { ID = "TBALLX6"; Sprite = "BAL1"; Frame = 8; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "PLASBALL"; Sprite = "PLSS"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "PLASBALL2"; } State { ID = "PLASBALL2"; Sprite = "PLSS"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PLASBALL"; } State { ID = "PLASEXP"; Sprite = "PLSE"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "PLASEXP2"; } State { ID = "PLASEXP2"; Sprite = "PLSE"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "PLASEXP3"; } State { ID = "PLASEXP3"; Sprite = "PLSE"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "PLASEXP4"; } State { ID = "PLASEXP4"; Sprite = "PLSE"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "PLASEXP5"; } State { ID = "PLASEXP5"; Sprite = "PLSE"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "PLASEXP6"; } State { ID = "PLASEXP6"; Sprite = "PLSE"; Frame = 5; Flags = fullbright; Tics = 4; Next state = "NULL"; } State { ID = "ROCKET"; Sprite = "MISL"; Frame = 0; Tics = 2; Next state = "ROCKET2"; } State { ID = "ROCKET2"; Sprite = "MISL"; Frame = 0; Tics = 1; Action = "A_Rocketpuff"; Next state = "ROCKET"; } State { ID = "BFGSHOT"; Sprite = "BFS1"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BFGSHOT2"; } State { ID = "BFGSHOT2"; Sprite = "BFS1"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BFGSHOT"; } State { ID = "BFGLAND"; Sprite = "BFE1"; Frame = 0; Flags = fullbright; Tics = 8; Next state = "BFGLAND2"; } State { ID = "BFGLAND2"; Sprite = "BFE1"; Frame = 1; Flags = fullbright; Tics = 8; Next state = "BFGLAND3"; } State { ID = "BFGLAND3"; Sprite = "BFE1"; Frame = 2; Flags = fullbright; Tics = 8; Action = "A_BFGSpray"; Next state = "BFGLAND4"; } State { ID = "BFGLAND4"; Sprite = "BFE1"; Frame = 3; Flags = fullbright; Tics = 8; Next state = "BFGLAND5"; } State { ID = "BFGLAND5"; Sprite = "BFE1"; Frame = 4; Flags = fullbright; Tics = 8; Next state = "BFGLAND6"; } State { ID = "BFGLAND6"; Sprite = "BFE1"; Frame = 5; Flags = fullbright; Tics = 8; Next state = "NULL"; } State { ID = "BFGEXP"; Sprite = "BFE2"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BFGEXP2"; } State { ID = "BFGEXP2"; Sprite = "BFE2"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "BFGEXP3"; } State { ID = "BFGEXP3"; Sprite = "BFE2"; Frame = 2; Flags = fullbright; Tics = 2; Next state = "BFGEXP4"; } State { ID = "BFGEXP4"; Sprite = "BFE2"; Frame = 3; Flags = fullbright; Tics = 2; Next state = "BFGEXP5"; } State { ID = "BFGEXP5"; Sprite = "BFE2"; Frame = 4; Flags = fullbright; Tics = 2; Next state = "BFGEXP6"; } State { ID = "BFGEXP6"; Sprite = "BFE2"; Frame = 5; Flags = fullbright; Tics = 2; Next state = "NULL"; } State { ID = "EXPLODE0"; Sprite = "MISL"; Frame = 0; Flags = fullbright; Next state = "EXPLODE1"; } State { ID = "EXPLODE1"; Sprite = "MISL"; Frame = 1; Flags = fullbright; Tics = 8; Action = "A_Explode"; Next state = "EXPLODE2"; } State { ID = "EXPLODE2"; Sprite = "MISL"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "EXPLODE3"; } State { ID = "EXPLODE3"; Sprite = "MISL"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "EXPLODE4"; } State { ID = "EXPLODE4"; Sprite = "MISL"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "EXPLODE5"; } State { ID = "EXPLODE5"; Sprite = "MISL"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "NULL"; } State { ID = "TFOG"; Sprite = "TFOG"; Frame = 4; Flags = fullbright; Tics = 3; Next state = "TFOG2"; } State { ID = "TFOG2"; Sprite = "TFOG"; Frame = 3; Flags = fullbright; Tics = 3; Next state = "TFOG3"; } State { ID = "TFOG3"; Sprite = "TFOG"; Frame = 2; Flags = fullbright; Tics = 3; Next state = "TFOG4"; } State { ID = "TFOG4"; Sprite = "TFOG"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "TFOG5"; } State { ID = "TFOG5"; Sprite = "TFOG"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "TFOG6"; } State { ID = "TFOG6"; Sprite = "TFOG"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "TFOG7"; } State { ID = "TFOG7"; Sprite = "TFOG"; Frame = 2; Flags = fullbright; Tics = 3; Next state = "TFOG8"; } State { ID = "TFOG8"; Sprite = "TFOG"; Frame = 3; Flags = fullbright; Tics = 3; Next state = "TFOG9"; } State { ID = "TFOG9"; Sprite = "TFOG"; Frame = 4; Flags = fullbright; Tics = 3; Next state = "TFOG10"; } State { ID = "TFOG10"; Sprite = "TFOG"; Frame = 5; Flags = fullbright; Tics = 3; Next state = "TFOG11"; } State { ID = "TFOG11"; Sprite = "TFOG"; Frame = 6; Flags = fullbright; Tics = 3; Next state = "TFOG12"; } State { ID = "TFOG12"; Sprite = "TFOG"; Frame = 7; Flags = fullbright; Tics = 3; Next state = "NULL"; } State { ID = "ARM1"; Sprite = "ARM1"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "ARM1A"; } State { ID = "ARM1A"; Sprite = "ARM1"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "ARM1"; } State { ID = "ARM2"; Sprite = "ARM2"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "ARM2A"; } State { ID = "ARM2A"; Sprite = "ARM2"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "ARM2"; } State { ID = "BON1"; Sprite = "BON1"; Frame = 0; Tics = 3; Next state = "BON1A"; } State { ID = "BON1A"; Sprite = "BON1"; Frame = 1; Tics = 3; Next state = "BON1B"; } State { ID = "BON1B"; Sprite = "BON1"; Frame = 2; Tics = 3; Next state = "BON1C"; } State { ID = "BON1C"; Sprite = "BON1"; Frame = 3; Tics = 3; Next state = "BON1"; } State { ID = "BON2"; Sprite = "BON2"; Frame = 0; Tics = 3; Next state = "BON2A"; } State { ID = "BON2A"; Sprite = "BON2"; Frame = 1; Tics = 3; Next state = "BON2B"; } State { ID = "BON2B"; Sprite = "BON2"; Frame = 2; Tics = 3; Next state = "BON2C"; } State { ID = "BON2C"; Sprite = "BON2"; Frame = 2; Tics = 3; Next state = "BON2D"; } State { ID = "BON2D"; Sprite = "BON2"; Frame = 2; Tics = 3; Next state = "BON2E"; } State { ID = "BON2E"; Sprite = "BON2"; Frame = 1; Tics = 3; Next state = "BON2"; } State { ID = "BKEY"; Sprite = "BKEY"; Frame = 0; Tics = 5; Next state = "BKEY2"; } State { ID = "BKEY2"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "BKEY"; } State { ID = "RKEY"; Sprite = "RKEY"; Frame = 0; Tics = 5; Next state = "RKEY2"; } State { ID = "RKEY2"; Sprite = "RKEY"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "RKEY"; } State { ID = "YKEY"; Sprite = "YKEY"; Frame = 0; Tics = 5; Next state = "YKEY2"; } State { ID = "YKEY2"; Sprite = "YKEY"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "YKEY"; } State { ID = "YSKULL"; Sprite = "YSKU"; Frame = 0; Tics = 5; Next state = "YSKULL2"; } State { ID = "YSKULL2"; Sprite = "YSKU"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "YSKULL"; } State { ID = "RSKULL"; Sprite = "RSKU"; Frame = 0; Tics = 5; Next state = "RSKULL2"; } State { ID = "RSKULL2"; Sprite = "RSKU"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "RSKULL"; } State { ID = "BSKULL"; Sprite = "BSKU"; Frame = 0; Tics = 5; Next state = "BSKULL2"; } State { ID = "BSKULL2"; Sprite = "BSKU"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "BSKULL"; } State { ID = "ART1"; Sprite = "ART1"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "ART12"; } State { ID = "ART12"; Sprite = "ART1"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "ART13"; } State { ID = "ART13"; Sprite = "ART1"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "ART14"; } State { ID = "ART14"; Sprite = "ART1"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "ART15"; } State { ID = "ART15"; Sprite = "ART1"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "ART16"; } State { ID = "ART16"; Sprite = "ART1"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "ART17"; } State { ID = "ART17"; Sprite = "ART1"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "ART18"; } State { ID = "ART18"; Sprite = "ART1"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "ART1"; } State { ID = "ART2"; Sprite = "ART2"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "ART22"; } State { ID = "ART22"; Sprite = "ART2"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "ART23"; } State { ID = "ART23"; Sprite = "ART2"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "ART24"; } State { ID = "ART24"; Sprite = "ART2"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "ART25"; } State { ID = "ART25"; Sprite = "ART2"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "ART26"; } State { ID = "ART26"; Sprite = "ART2"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "ART27"; } State { ID = "ART27"; Sprite = "ART2"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "ART28"; } State { ID = "ART28"; Sprite = "ART2"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "ART2"; } State { ID = "ART3"; Sprite = "ART3"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "ART32"; } State { ID = "ART32"; Sprite = "ART3"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "ART33"; } State { ID = "ART33"; Sprite = "ART3"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "ART34"; } State { ID = "ART34"; Sprite = "ART3"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "ART35"; } State { ID = "ART35"; Sprite = "ART3"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "ART36"; } State { ID = "ART36"; Sprite = "ART3"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "ART37"; } State { ID = "ART37"; Sprite = "ART3"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "ART38"; } State { ID = "ART38"; Sprite = "ART3"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "ART3"; } State { ID = "STIM"; Sprite = "STIM"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEDI"; Sprite = "MEDI"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SOUL"; Sprite = "SOUL"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "SOUL2"; } State { ID = "SOUL2"; Sprite = "SOUL"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "SOUL3"; } State { ID = "SOUL3"; Sprite = "SOUL"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "SOUL4"; } State { ID = "SOUL4"; Sprite = "SOUL"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "SOUL5"; } State { ID = "SOUL5"; Sprite = "SOUL"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "SOUL6"; } State { ID = "SOUL6"; Sprite = "SOUL"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "SOUL"; } State { ID = "PINV"; Sprite = "PINV"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "PINV2"; } State { ID = "PINV2"; Sprite = "PINV"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PINV3"; } State { ID = "PINV3"; Sprite = "PINV"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "PINV4"; } State { ID = "PINV4"; Sprite = "PINV"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "PINV5"; } State { ID = "PINV5"; Sprite = "PINV"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "PINV6"; } State { ID = "PINV6"; Sprite = "PINV"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PINV"; } State { ID = "PSTR"; Sprite = "PSTR"; Frame = 0; Flags = fullbright | noautolight; Tics = -1; Next state = "NULL"; } State { ID = "PINS"; Sprite = "PINS"; Frame = 0; Flags = fullbright; Tics = 2; Next state = "PINS2"; } State { ID = "PINS2"; Sprite = "PINS"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "PINS3"; } State { ID = "PINS3"; Sprite = "PINS"; Frame = 2; Flags = fullbright; Tics = 2; Next state = "PINS4"; } State { ID = "PINS4"; Sprite = "PINS"; Frame = 3; Flags = fullbright; Tics = 1; Next state = "PINS5"; } State { ID = "PINS5"; Sprite = "PINS"; Frame = 1; Flags = fullbright; Tics = 2; Next state = "PINS6"; } State { ID = "PINS6"; Sprite = "PINS"; Frame = 2; Flags = fullbright; Tics = 1; Next state = "PINS"; } State { ID = "SUIT"; Sprite = "SUIT"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "SUIT2"; } State { ID = "SUIT2"; Sprite = "SUIT"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "SUIT"; } State { ID = "PMAP"; Sprite = "PMAP"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "PMAP2"; } State { ID = "PMAP2"; Sprite = "PMAP"; Frame = 1; Flags = fullbright; Tics = 5; Next state = "PMAP3"; } State { ID = "PMAP3"; Sprite = "PMAP"; Frame = 2; Flags = fullbright; Tics = 5; Next state = "PMAP4"; } State { ID = "PMAP4"; Sprite = "PMAP"; Frame = 3; Flags = fullbright; Tics = 5; Next state = "PMAP"; } State { ID = "PVIS"; Sprite = "PVIS"; Frame = 0; Flags = fullbright | noautolight; Tics = 3; Next state = "PVIS2"; } State { ID = "PVIS2"; Sprite = "PVIS"; Frame = 1; Tics = 3; Next state = "PVIS"; } State { ID = "MEGA"; Sprite = "MEGA"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "MEGA2"; } State { ID = "MEGA2"; Sprite = "MEGA"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "MEGA3"; } State { ID = "MEGA3"; Sprite = "MEGA"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "MEGA4"; } State { ID = "MEGA4"; Sprite = "MEGA"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "MEGA5"; } State { ID = "MEGA5"; Sprite = "MEGA"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "MEGA6"; } State { ID = "MEGA6"; Sprite = "MEGA"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "MEGA"; } State { ID = "CLIP"; Sprite = "CLIP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "AMMO"; Sprite = "AMMO"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "RCKT"; Sprite = "RCKT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BROK"; Sprite = "BROK"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CELL"; Sprite = "CELL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CELP"; Sprite = "CELP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHEL"; Sprite = "SHEL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SBOX"; Sprite = "SBOX"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BPAK"; Sprite = "BPAK"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BFUG"; Sprite = "BFUG"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CSAW"; Sprite = "CSAW"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MGUN"; Sprite = "MGUN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "LAUN"; Sprite = "LAUN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PLSM"; Sprite = "PLSM"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHOT"; Sprite = "SHOT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHOT2"; Sprite = "SGN2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "LSRG"; Sprite = "LSRG"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CANDLE"; Sprite = "CAND"; Frame = 0; Tics = 2; Next state = "CANDLE2"; } State { ID = "CANDLE2"; Sprite = "CAND"; Frame = 1; Tics = 2; Next state = "CANDLE"; } State { ID = "BAR1"; Sprite = "BAR1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BAR2"; Sprite = "BAR1"; Frame = 1; Tics = 5; Next state = "BAR3"; } State { ID = "BAR3"; Sprite = "BAR1"; Frame = 2; Tics = 5; Next state = "BAR4"; } State { ID = "BAR4"; Sprite = "BAR1"; Frame = 3; Tics = 5; Next state = "BAR5"; } State { ID = "BAR5"; Sprite = "BAR1"; Frame = 4; Flags = fullbright; Tics = 5; Action = "A_BarrelExplode"; Next state = "NULL"; } State { ID = "SAW"; Sprite = "SAWG"; Frame = 0; Tics = 4; Action = "A_WeaponReady"; Next state = "SAWB"; } State { ID = "SAWB"; Sprite = "SAWG"; Frame = 1; Tics = 4; Action = "A_WeaponReady"; Next state = "SAW"; } State { ID = "SAWDOWN"; Sprite = "SAWG"; Frame = 1; Tics = 1; Action = "A_Lower"; Next state = "SAWDOWN"; } State { ID = "SAWUP"; Sprite = "SAWG"; Frame = 1; Tics = 1; Action = "A_Raise"; Next state = "SAWUP"; } State { ID = "SAW1"; Sprite = "SAWG"; Frame = 2; Tics = 2; Action = "A_Saw"; Next state = "SAW2"; } State { ID = "SAW2"; Sprite = "SAWG"; Frame = 3; Tics = 2; Action = "A_Saw"; Next state = "SAW3"; } State { ID = "SAW3"; Sprite = "SAWG"; Frame = 3; Tics = 0; Action = "A_ReFire"; Next state = "SAW"; } State { ID = "PUNCH"; Sprite = "PUNG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PUNCH"; } State { ID = "PUNCHDOWN"; Sprite = "PUNG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PUNCHDOWN"; } State { ID = "PUNCHUP"; Sprite = "PUNG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PUNCHUP"; } State { ID = "PUNCH1"; Sprite = "PUNG"; Frame = 1; Tics = 4; Next state = "PUNCH2"; } State { ID = "PUNCH2"; Sprite = "PUNG"; Frame = 2; Tics = 4; Action = "A_Punch"; Next state = "PUNCH3"; } State { ID = "PUNCH3"; Sprite = "PUNG"; Frame = 3; Tics = 5; Next state = "PUNCH4"; } State { ID = "PUNCH4"; Sprite = "PUNG"; Frame = 2; Tics = 4; Next state = "PUNCH5"; } State { ID = "PUNCH5"; Sprite = "PUNG"; Frame = 1; Tics = 5; Action = "A_ReFire"; Next state = "PUNCH"; } State { ID = "PISTOL"; Sprite = "PISG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PISTOL"; } State { ID = "PISTOLDOWN"; Sprite = "PISG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PISTOLDOWN"; } State { ID = "PISTOLUP"; Sprite = "PISG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PISTOLUP"; } State { ID = "PISTOL1"; Sprite = "PISG"; Frame = 0; Tics = 2; Next state = "PISTOL2"; } State { ID = "PISTOL2"; Sprite = "PISG"; Frame = 1; Tics = 1; Action = "A_FirePistol"; Next state = "PISTOL3"; } State { ID = "PISTOL3"; Sprite = "PISG"; Frame = 2; Tics = 5; Next state = "PISTOL4"; } State { ID = "PISTOL4"; Sprite = "PISG"; Frame = 1; Tics = 5; Next state = "PISTOL5"; } State { ID = "PISTOL5"; Sprite = "PISG"; Frame = 1; Tics = 1; Action = "A_ReFire"; Next state = "PISTOL"; } State { ID = "PISTOLFLASH"; Sprite = "PISG"; Frame = 3; Flags = fullbright; Tics = 3; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "SGUN"; Sprite = "SHT1"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "SGUN"; } State { ID = "SGUNDOWN"; Sprite = "SHT1"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "SGUNDOWN"; } State { ID = "SGUNUP"; Sprite = "SHT1"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "SGUNUP"; } State { ID = "SGUN1"; Sprite = "SHT1"; Frame = 0; Tics = 2; Next state = "SGUN2"; } State { ID = "SGUN2"; Sprite = "SHT1"; Frame = 0; Tics = 4; Action = "A_FireShotgun"; Next state = "SGUN3"; } State { ID = "SGUN3"; Sprite = "SHT1"; Frame = 1; Tics = 18; Next state = "SGUN6"; } State { ID = "SGUN4"; Sprite = "SHT1"; Frame = 2; Tics = 5; Next state = "SGUN5"; } State { ID = "SGUN5"; Sprite = "SHT1"; Frame = 0; Tics = 3; Next state = "SGUN6"; } State { ID = "SGUN6"; Sprite = "SHT1"; Frame = 0; Tics = 7; Action = "A_ReFire"; Next state = "SGUN"; } State { ID = "SGUNFLASH1"; Sprite = "SHT1"; Frame = 3; Flags = fullbright; Tics = 4; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "DSGUN"; Sprite = "SHT2"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "DSGUN"; } State { ID = "DSGUNDOWN"; Sprite = "SHT2"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "DSGUNDOWN"; } State { ID = "DSGUNUP"; Sprite = "SHT2"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "DSGUNUP"; } State { ID = "DSGUN1"; Sprite = "SHT2"; Frame = 0; Tics = 1; Next state = "DSGUN2"; } State { ID = "DSGUN2"; Sprite = "SHT2"; Frame = 0; Tics = 4; Action = "A_FireShotgun2"; Next state = "DSGUN3"; } State { ID = "DSGUN3"; Sprite = "SHT2"; Frame = 1; Tics = 7; Next state = "DSGUN4"; } State { ID = "DSGUN4"; Sprite = "SHT2"; Frame = 1; Tics = 5; Action = "A_CheckReload"; Next state = "DSGUN5"; } State { ID = "DSGUN5"; Sprite = "SHT2"; Frame = 1; Tics = 5; Next state = "DSGUN6"; } State { ID = "DSGUN6"; Sprite = "SHT2"; Frame = 1; Tics = 5; Next state = "DSGUN7"; } State { ID = "DSGUN7"; Sprite = "SHT2"; Frame = 1; Tics = 5; Next state = "DSGUN8"; } State { ID = "DSGUN8"; Sprite = "SHT2"; Frame = 1; Tics = 5; Action = "A_OpenShotgun2"; Next state = "DSGUN9"; } State { ID = "DSGUN9"; Sprite = "SHT2"; Frame = 2; Tics = 4; Action = "A_LoadShotgun2"; Next state = "DSGUN10"; } State { ID = "DSGUN10"; Sprite = "SHT2"; Frame = 0; Tics = 5; Action = "A_ReFire"; Next state = "DSGUN"; } State { ID = "DSGUNFLASH1"; Sprite = "SHT2"; Frame = 3; Flags = fullbright; Tics = 4; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "CHAIN"; Sprite = "CHGG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CHAIN"; } State { ID = "CHAINDOWN"; Sprite = "CHGG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "CHAINDOWN"; } State { ID = "CHAINUP"; Sprite = "CHGG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "CHAINUP"; } State { ID = "CHAIN1"; Sprite = "CHGG"; Frame = 0; Tics = 3; Action = "A_FireCGun"; Next state = "CHAIN2"; } State { ID = "CHAIN2"; Sprite = "CHGG"; Frame = 1; Tics = 3; Action = "A_FireCGun"; Next state = "CHAIN3"; } State { ID = "CHAIN3"; Sprite = "CHGG"; Frame = 1; Tics = 0; Action = "A_ReFire"; Next state = "CHAIN"; } State { ID = "CHAINFLASH1"; Sprite = "CHGG"; Frame = 3; Flags = fullbright; Tics = 3; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "CHAINFLASH2"; Sprite = "CHGG"; Frame = 2; Flags = fullbright; Tics = 3; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "MISSILE"; Sprite = "ROCK"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MISSILE"; } State { ID = "MISSILEDOWN"; Sprite = "ROCK"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "MISSILEDOWN"; } State { ID = "MISSILEUP"; Sprite = "ROCK"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "MISSILEUP"; } State { ID = "MISSILE1"; Sprite = "ROCK"; Frame = 1; Tics = 8; Action = "A_GunFlash"; Next state = "MISSILE2"; } State { ID = "MISSILE2"; Sprite = "ROCK"; Frame = 1; Tics = 10; Action = "A_FireMissile"; Next state = "MISSILE3"; } State { ID = "MISSILE3"; Sprite = "ROCK"; Frame = 1; Tics = 0; Action = "A_ReFire"; Next state = "MISSILE"; } State { ID = "MISSILEFLASH1"; Sprite = "ROCK"; Frame = 2; Flags = fullbright; Tics = 3; Action = "A_Light1"; Next state = "MISSILEFLASH2"; } State { ID = "MISSILEFLASH2"; Sprite = "ROCK"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "MISSILEFLASH3"; } State { ID = "MISSILEFLASH3"; Sprite = "ROCK"; Frame = 4; Flags = fullbright; Tics = 4; Action = "A_Light2"; Next state = "MISSILEFLASH4"; } State { ID = "MISSILEFLASH4"; Sprite = "ROCK"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "PLASMA"; Sprite = "PLAS"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PLASMA"; } State { ID = "PLASMADOWN"; Sprite = "PLAS"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PLASMADOWN"; } State { ID = "PLASMAUP"; Sprite = "PLAS"; Frame = 0; Tics = 0; Action = "A_PlasmaShock"; Next state = "PLASMAUP2"; } State { ID = "PLASMAUP2"; Sprite = "PLAS"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PLASMAUP2"; } State { ID = "PLASMA1"; Sprite = "PLAS"; Frame = 4; Flags = fullbright; Tics = 2; Action = "A_FirePlasma"; Next state = "PLASMA2"; } State { ID = "PLASMA2"; Sprite = "PLAS"; Frame = 0; Tics = 2; Action = "A_PlasmaShock"; Next state = "PLASMA3"; } State { ID = "PLASMA3"; Sprite = "PLAS"; Frame = 0; Tics = 1; Action = "A_ReFire"; Next state = "PLASMA"; } State { ID = "PLASMASHOCK1"; Sprite = "PLAS"; Frame = 1; Tics = 2; Next state = "PLASMASHOCK2"; } State { ID = "PLASMASHOCK2"; Sprite = "PLAS"; Frame = 2; Tics = 2; Next state = "PLASMASHOCK3"; } State { ID = "PLASMASHOCK3"; Sprite = "PLAS"; Frame = 3; Tics = 2; Next state = "PLASMASHOCK1"; } State { ID = "BFG"; Sprite = "BFGG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "BFG"; } State { ID = "BFGDOWN"; Sprite = "BFGG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "BFGDOWN"; } State { ID = "BFGUP"; Sprite = "BFGG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "BFGUP"; } State { ID = "BFG1"; Sprite = "BFGG"; Frame = 0; Tics = 20; Action = "A_BFGsound"; Next state = "BFG2"; } State { ID = "BFG2"; Sprite = "BFGG"; Frame = 1; Tics = 10; Action = "A_GunFlash"; Next state = "BFG3"; } State { ID = "BFG3"; Sprite = "BFGG"; Frame = 1; Tics = 10; Action = "A_FireBFG"; Next state = "BFG4"; } State { ID = "BFG4"; Sprite = "BFGG"; Frame = 1; Tics = 20; Action = "A_ReFire"; Next state = "BFG"; } State { ID = "BFGFLASH1"; Sprite = "BFGG"; Frame = 2; Flags = fullbright; Tics = 8; Action = "A_Light1"; Next state = "BFGFLASH2"; } State { ID = "BFGFLASH2"; Sprite = "BFGG"; Frame = 3; Flags = fullbright; Tics = 5; Action = "A_Light2"; Next state = "BFGFLASH3"; } State { ID = "BFGFLASH3"; Sprite = "BFGG"; Frame = 4; Flags = fullbright; Tics = 3; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "UNKF"; Sprite = "LASR"; Frame = 0; Tics = 2; Action = "A_WeaponReady"; Next state = "UNKF"; } State { ID = "UNKFDOWN"; Sprite = "LASR"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "UNKFDOWN"; } State { ID = "UNKFUP"; Sprite = "LASR"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "UNKFUP"; } State { ID = "UNKF1"; Sprite = "LASR"; Frame = 0; Tics = 8; Action = "A_FireSingleLaser"; Next state = "UNKF2"; } State { ID = "UNKF2"; Sprite = "LASR"; Frame = 0; Tics = 3; Action = "A_ReFire"; Next state = "UNKF"; } State { ID = "UNKFLASH1"; Sprite = "LASR"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "LIGHTDONE"; } State { ID = "COLU"; Sprite = "COLU"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "DARTHIT"; Sprite = "DART"; Frame = 1; Tics = 4; Next state = "DARTHIT2"; } State { ID = "DARTHIT2"; Sprite = "DART"; Frame = 2; Tics = 4; Next state = "DARTHIT3"; } State { ID = "DARTHIT3"; Sprite = "DART"; Frame = 3; Tics = 4; Next state = "DARTHIT4"; } State { ID = "DARTHIT4"; Sprite = "DART"; Frame = 4; Tics = 4; Next state = "DARTHIT5"; } State { ID = "DARTHIT5"; Sprite = "DART"; Frame = 5; Tics = 4; Next state = "DARTHIT6"; } State { ID = "DARTHIT6"; Sprite = "DART"; Frame = 6; Tics = 4; Next state = "NULL"; } State { ID = "BLOODYTWITCH"; Sprite = "GOR1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEADTORSO"; Sprite = "PLAY"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "DEADBOTTOM"; Sprite = "PLAY"; Frame = 18; Tics = -1; Next state = "NULL"; } State { ID = "HEADSONSTICK"; Sprite = "POL2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "GIBS"; Sprite = "POL5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HEADONASTICK"; Sprite = "POL4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HEADCANDLES"; Sprite = "POL3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEADSTICK"; Sprite = "POL1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "LIVESTICK"; Sprite = "POL6"; Frame = 0; Tics = 6; Next state = "LIVESTICK2"; } State { ID = "LIVESTICK2"; Sprite = "POL6"; Frame = 1; Tics = 8; Next state = "LIVESTICK"; } State { ID = "MEAT2"; Sprite = "GOR2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEAT3"; Sprite = "GOR3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEAT4"; Sprite = "GOR4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEAT5"; Sprite = "GOR5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "STALAGTITE"; Sprite = "SMIT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TALLGRNCOL"; Sprite = "COL1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHRTGRNCOL"; Sprite = "COL2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TALLREDCOL"; Sprite = "COL3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHRTREDCOL"; Sprite = "COL4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CANDELABRA"; Sprite = "CBRA"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SKULLCOL"; Sprite = "COL6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TORCHTREE"; Sprite = "TRE1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BIGTREE"; Sprite = "TRE2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TECHPILLAR"; Sprite = "ELEC"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "BLUETORCH"; Sprite = "TBLU"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BLUETORCH2"; } State { ID = "BLUETORCH2"; Sprite = "TBLU"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BLUETORCH3"; } State { ID = "BLUETORCH3"; Sprite = "TBLU"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "BLUETORCH4"; } State { ID = "BLUETORCH4"; Sprite = "TBLU"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "BLUETORCH"; } State { ID = "GREENTORCH"; Sprite = "TGRN"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "GREENTORCH2"; } State { ID = "GREENTORCH2"; Sprite = "TGRN"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "GREENTORCH3"; } State { ID = "GREENTORCH3"; Sprite = "TGRN"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "GREENTORCH4"; } State { ID = "GREENTORCH4"; Sprite = "TGRN"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "GREENTORCH"; } State { ID = "REDTORCH"; Sprite = "TRED"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "REDTORCH2"; } State { ID = "REDTORCH2"; Sprite = "TRED"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "REDTORCH3"; } State { ID = "REDTORCH3"; Sprite = "TRED"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "REDTORCH4"; } State { ID = "REDTORCH4"; Sprite = "TRED"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "REDTORCH"; } State { ID = "BTORCHSHRT"; Sprite = "SMBT"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT2"; } State { ID = "BTORCHSHRT2"; Sprite = "SMBT"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT3"; } State { ID = "BTORCHSHRT3"; Sprite = "SMBT"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT4"; } State { ID = "BTORCHSHRT4"; Sprite = "SMBT"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT5"; } State { ID = "BTORCHSHRT5"; Sprite = "SMBT"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT"; } State { ID = "GTORCHSHRT"; Sprite = "SMGT"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT2"; } State { ID = "GTORCHSHRT2"; Sprite = "SMGT"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT3"; } State { ID = "GTORCHSHRT3"; Sprite = "SMGT"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT4"; } State { ID = "GTORCHSHRT4"; Sprite = "SMGT"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT5"; } State { ID = "GTORCHSHRT5"; Sprite = "SMGT"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT"; } State { ID = "RTORCHSHRT"; Sprite = "SMRT"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT2"; } State { ID = "RTORCHSHRT2"; Sprite = "SMRT"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT3"; } State { ID = "RTORCHSHRT3"; Sprite = "SMRT"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT4"; } State { ID = "RTORCHSHRT4"; Sprite = "SMRT"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT5"; } State { ID = "RTORCHSHRT5"; Sprite = "SMRT"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT"; } State { ID = "YFIREBALL1"; Sprite = "FIRE"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "YFIREBALL2"; } State { ID = "YFIREBALL2"; Sprite = "FIRE"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "YFIREBALL3"; } State { ID = "YFIREBALL3"; Sprite = "FIRE"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "YFIREBALL4"; } State { ID = "YFIREBALL4"; Sprite = "FIRE"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "YFIREBALL5"; } State { ID = "YFIREBALL5"; Sprite = "FIRE"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "YFIREBALL1"; } State { ID = "BFIREBALL1"; Sprite = "TBLU"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "BFIREBALL2"; } State { ID = "BFIREBALL2"; Sprite = "TBLU"; Frame = 5; Flags = fullbright; Tics = 4; Next state = "BFIREBALL3"; } State { ID = "BFIREBALL3"; Sprite = "TBLU"; Frame = 6; Flags = fullbright; Tics = 4; Next state = "BFIREBALL4"; } State { ID = "BFIREBALL4"; Sprite = "TBLU"; Frame = 7; Flags = fullbright; Tics = 4; Next state = "BFIREBALL1"; } State { ID = "RFIREBALL1"; Sprite = "TRED"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "RFIREBALL2"; } State { ID = "RFIREBALL2"; Sprite = "TRED"; Frame = 5; Flags = fullbright; Tics = 4; Next state = "RFIREBALL3"; } State { ID = "RFIREBALL3"; Sprite = "TRED"; Frame = 6; Flags = fullbright; Tics = 4; Next state = "RFIREBALL4"; } State { ID = "RFIREBALL4"; Sprite = "TRED"; Frame = 7; Flags = fullbright; Tics = 4; Next state = "RFIREBALL1"; } State { ID = "Y2FIREBALL1"; Sprite = "TGRN"; Frame = 8; Flags = fullbright; Tics = 4; Next state = "Y2FIREBALL2"; } State { ID = "Y2FIREBALL2"; Sprite = "TGRN"; Frame = 9; Flags = fullbright; Tics = 4; Next state = "Y2FIREBALL3"; } State { ID = "Y2FIREBALL3"; Sprite = "TGRN"; Frame = 10; Flags = fullbright; Tics = 4; Next state = "Y2FIREBALL4"; } State { ID = "Y2FIREBALL4"; Sprite = "TGRN"; Frame = 11; Flags = fullbright; Tics = 4; Next state = "Y2FIREBALL1"; } State { ID = "B2FIREBALL1"; Sprite = "TBLU"; Frame = 8; Flags = fullbright; Tics = 4; Next state = "B2FIREBALL2"; } State { ID = "B2FIREBALL2"; Sprite = "TBLU"; Frame = 9; Flags = fullbright; Tics = 4; Next state = "B2FIREBALL3"; } State { ID = "B2FIREBALL3"; Sprite = "TBLU"; Frame = 10; Flags = fullbright; Tics = 4; Next state = "B2FIREBALL4"; } State { ID = "B2FIREBALL4"; Sprite = "TBLU"; Frame = 11; Flags = fullbright; Tics = 4; Next state = "B2FIREBALL1"; } State { ID = "R2FIREBALL1"; Sprite = "TRED"; Frame = 8; Flags = fullbright; Tics = 4; Next state = "R2FIREBALL2"; } State { ID = "R2FIREBALL2"; Sprite = "TRED"; Frame = 9; Flags = fullbright; Tics = 4; Next state = "R2FIREBALL3"; } State { ID = "R2FIREBALL3"; Sprite = "TRED"; Frame = 10; Flags = fullbright; Tics = 4; Next state = "R2FIREBALL4"; } State { ID = "R2FIREBALL4"; Sprite = "TRED"; Frame = 11; Flags = fullbright; Tics = 4; Next state = "R2FIREBALL1"; } State { ID = "HANGNOGUTS"; Sprite = "HDB1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGBNOBRAIN"; Sprite = "HDB2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTLOOKDN"; Sprite = "HDB3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTSKULL"; Sprite = "HDB4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTLOOKUP"; Sprite = "HDB5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTNOBRAIN"; Sprite = "HDB6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "COLONGIBS"; Sprite = "POB1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SMALLPOOL"; Sprite = "POB2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BRAINSTEM"; Sprite = "BRS1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BRNRBALL1"; Sprite = "BRNR"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BRNRBALL2"; } State { ID = "BRNRBALL2"; Sprite = "BRNR"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BRNRBALL1"; } State { ID = "BRNRBALLX1"; Sprite = "BRNR"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "BRNRBALLX2"; } State { ID = "BRNRBALLX2"; Sprite = "BRNR"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "BRNRBALLX3"; } State { ID = "BRNRBALLX3"; Sprite = "BRNR"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "BRNRBALLX4"; } State { ID = "BRNRBALLX4"; Sprite = "BRNR"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "BRNRBALLX5"; } State { ID = "BRNRBALLX5"; Sprite = "BRNR"; Frame = 6; Flags = fullbright; Tics = 6; Next state = "BRNRBALLX6"; } State { ID = "BRNRBALLX6"; Sprite = "BRNR"; Frame = 7; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "NMBL1"; Sprite = "NMBL"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "NMBL2"; } State { ID = "NMBL2"; Sprite = "NMBL"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "NMBL3"; } State { ID = "NMBL3"; Sprite = "NMBL"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "NMBL1"; } State { ID = "NMBLX1"; Sprite = "NMBL"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "NMBLX2"; } State { ID = "NMBLX2"; Sprite = "NMBL"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "NMBLX3"; } State { ID = "NMBLX3"; Sprite = "NMBL"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "NMBLX4"; } State { ID = "NMBLX4"; Sprite = "NMBL"; Frame = 6; Flags = fullbright; Tics = 6; Next state = "NMBLX5"; } State { ID = "NMBLX5"; Sprite = "NMBL"; Frame = 7; Flags = fullbright; Tics = 6; Next state = "NMBLX6"; } State { ID = "NMBLX6"; Sprite = "NMBL"; Frame = 8; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "LAZR1"; Sprite = "LAZR"; Frame = 0; Flags = fullbright; Tics = 1; Action = "A_Lasersmoke"; Next state = "LAZR2"; } State { ID = "LAZR2"; Sprite = "LAZR"; Frame = 1; Flags = fullbright; Tics = 1; Action = "A_Lasersmoke"; Next state = "LAZR1"; } State { ID = "LAZRDTH"; Sprite = "LPUF"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "LAZRDTH2"; } State { ID = "LAZRDTH2"; Sprite = "LPUF"; Frame = 1; Flags = fullbright; Tics = 3; Next state = "LAZRDTH3"; } State { ID = "LAZRDTH3"; Sprite = "LPUF"; Frame = 3; Flags = fullbright; Tics = 3; Next state = "LAZRDTH4"; } State { ID = "LAZRDTH4"; Sprite = "LPUF"; Frame = 4; Flags = fullbright; Tics = 3; Next state = "LAZRDTH5"; } State { ID = "LAZRDTH5"; Sprite = "LPUF"; Frame = 5; Flags = fullbright; Tics = 3; Next state = "LAZRDTH6"; } State { ID = "LAZRDTH6"; Sprite = "LPUF"; Frame = 6; Flags = fullbright; Tics = 3; Next state = "LAZRDTH7"; } State { ID = "LAZRDTH7"; Sprite = "LPUF"; Frame = 7; Flags = fullbright; Tics = 3; Next state = "LAZRDTH8"; } State { ID = "LAZRDTH8"; Sprite = "LPUF"; Frame = 8; Flags = fullbright; Tics = 3; Next state = "LAZRDTH9"; } State { ID = "LAZRDTH9"; Sprite = "LPUF"; Frame = 9; Flags = fullbright; Tics = 3; Next state = "LAZRDTH10"; } State { ID = "LAZRDTH10"; Sprite = "LPUF"; Frame = 10; Flags = fullbright; Tics = 3; Next state = "NULL"; } State { ID = "LAZRDUST"; Sprite = "LPUF"; Frame = 2; Flags = fullbright; Tics = 8; Next state = "NULL"; } State { ID = "LAZRW1"; Sprite = "LAZR"; Frame = 0; Flags = fullbright; Tics = 1; Next state = "LAZRW2"; } State { ID = "LAZRW2"; Sprite = "LAZR"; Frame = 1; Flags = fullbright; Tics = 1; Next state = "LAZRW1"; } State { ID = "RTRACER1"; Sprite = "MBAL"; Frame = 0; Flags = fullbright; Tics = 2; Action = "A_RectTracerPuff"; Next state = "RTRACER2"; } State { ID = "RTRACER2"; Sprite = "MBAL"; Frame = 1; Flags = fullbright; Tics = 2; Action = "A_RectTracerPuff"; Next state = "RTRACER1"; } State { ID = "RTRACEREXP"; Sprite = "BRNR"; Frame = 2; Flags = fullbright; Tics = 6; Action = "A_MotherBallExplode"; Next state = "BRNRBALLX2"; } State { ID = "TECHLAMP"; Sprite = "TLMP"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "TECH2LAMP"; Sprite = "TLP2"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "TRACER"; Sprite = "MANF"; Frame = 0; Flags = fullbright; Tics = 2; Action = "A_Tracer"; Next state = "TRACER2"; } State { ID = "TRACER2"; Sprite = "MANF"; Frame = 1; Flags = fullbright; Tics = 2; Action = "A_Tracer"; Next state = "TRACER3"; } State { ID = "TRACER3"; Sprite = "MANF"; Frame = 2; Flags = fullbright; Tics = 2; Action = "A_Tracer"; Next state = "TRACER"; } State { ID = "TRACEEXP1"; Sprite = "MANF"; Frame = 3; Flags = fullbright; Tics = 8; Next state = "TRACEEXP2"; } State { ID = "TRACEEXP2"; Sprite = "MANF"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "TRACEEXP3"; } State { ID = "TRACEEXP3"; Sprite = "MANF"; Frame = 5; Flags = fullbright; Tics = 4; Next state = "TRACEEXP4"; } State { ID = "TRACEEXP4"; Sprite = "MANF"; Frame = 6; Flags = fullbright; Tics = 4; Next state = "TRACEEXP5"; } State { ID = "TRACEEXP5"; Sprite = "MANF"; Frame = 7; Flags = fullbright; Tics = 2; Next state = "TRACEEXP6"; } State { ID = "TRACEEXP6"; Sprite = "MANF"; Frame = 8; Flags = fullbright; Tics = 2; Next state = "NULL"; } State { ID = "DISSOUL1"; Sprite = "SOUL"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "DISSOUL2"; } State { ID = "DISSOUL2"; Sprite = "SOUL"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "DISSOUL3"; } State { ID = "DISSOUL3"; Sprite = "SOUL"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "DISSOUL4"; } State { ID = "DISSOUL4"; Sprite = "SOUL"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "DISSOUL5"; } State { ID = "DISSOUL5"; Sprite = "SOUL"; Frame = 3; Flags = fullbright; Tics = 10; Next state = "DISSOUL6"; } State { ID = "DISSOUL6"; Sprite = "SOUL"; Frame = 7; Flags = fullbright; Tics = 5; Next state = "DISSOUL7"; } State { ID = "DISSOUL7"; Sprite = "SOUL"; Frame = 6; Flags = fullbright; Tics = 5; Next state = "DISSOUL8"; } State { ID = "DISSOUL8"; Sprite = "SOUL"; Frame = 5; Flags = fullbright; Tics = 5; Next state = "DISSOUL9"; } State { ID = "DISSOUL9"; Sprite = "SOUL"; Frame = 4; Flags = fullbright; Tics = 5; Next state = "NULL"; } State { ID = "DBKEY1"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY2"; } State { ID = "DBKEY2"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY3"; } State { ID = "DBKEY3"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY4"; } State { ID = "DBKEY4"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY5"; } State { ID = "DBKEY5"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY6"; } State { ID = "DBKEY6"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY7"; } State { ID = "DBKEY7"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY8"; } State { ID = "DBKEY8"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY9"; } State { ID = "DBKEY9"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 3; Next state = "DBKEY10"; } State { ID = "DBKEY10"; Sprite = "BKEY"; Frame = 0; Flags = fullbright; Tics = 10; Next state = "DBKEY11"; } State { ID = "DBKEY11"; Sprite = "BKEY"; Frame = 10; Flags = fullbright; Tics = 3; Next state = "DBKEY12"; } State { ID = "DBKEY12"; Sprite = "BKEY"; Frame = 9; Flags = fullbright; Tics = 3; Next state = "DBKEY13"; } State { ID = "DBKEY13"; Sprite = "BKEY"; Frame = 8; Flags = fullbright; Tics = 3; Next state = "DBKEY14"; } State { ID = "DBKEY14"; Sprite = "BKEY"; Frame = 7; Flags = fullbright; Tics = 3; Next state = "DBKEY15"; } State { ID = "DBKEY15"; Sprite = "BKEY"; Frame = 6; Flags = fullbright; Tics = 3; Next state = "DBKEY16"; } State { ID = "DBKEY16"; Sprite = "BKEY"; Frame = 5; Flags = fullbright; Tics = 3; Next state = "DBKEY17"; } State { ID = "DBKEY17"; Sprite = "BKEY"; Frame = 4; Flags = fullbright; Tics = 3; Next state = "DBKEY18"; } State { ID = "DBKEY18"; Sprite = "BKEY"; Frame = 3; Flags = fullbright; Tics = 3; Next state = "DBKEY19"; } State { ID = "DBKEY19"; Sprite = "BKEY"; Frame = 2; Flags = fullbright; Tics = 3; Next state = "NULL"; } State { ID = "IFOG"; Sprite = "IFOG"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "IFOG01"; } State { ID = "IFOG01"; Sprite = "IFOG"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "IFOG02"; } State { ID = "IFOG02"; Sprite = "IFOG"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "IFOG2"; } State { ID = "IFOG2"; Sprite = "IFOG"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "IFOG3"; } State { ID = "IFOG3"; Sprite = "IFOG"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "IFOG4"; } State { ID = "IFOG4"; Sprite = "IFOG"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "IFOG5"; } State { ID = "IFOG5"; Sprite = "IFOG"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "SMALL_WHITE_LIGHT"; Sprite = "APLS"; Frame = 4; Tics = -1; Next state = "NULL"; } State { ID = "TEMPSOUNDORIGIN1"; Tics = 175; Next state = "NULL"; } doomsday-1.14.5/doomsday/plugins/doom64/defs/finales.ded0000664000175000017500000000257112350542240022337 0ustar jaakkojaakko# jDoom64: Intermissions and Finales # (see Doc\InFine.txt) Header { Version = 5; } InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop Patch back 0 0 "TITLEPIC" MusicOnce "dm2ttl" Wait 13 # Original was 11; this'll play the whole song. ; GOTO title_loop }; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. Finale { Before = "MAP09"; Script { music "read_m" wait 0.5 textdef msg 10 10 "C1TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP13"; Script { music "read_m" wait 0.5 textdef msg 10 10 "C2TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP31"; Script { music "read_m" wait 0.5 textdef msg 10 10 "C3TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { After = "MAP28"; Script { music "read_m" wait 0.5 textdef msg 10 10 "C4TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } doomsday-1.14.5/doomsday/plugins/doom64/defs/anim.ded0000664000175000017500000000277712350542240021652 0ustar jaakkojaakko# jDoom64: Additional Animation Sequences # # DOOM64 has predefined texture animation sequences. # In order to remain compatible with existing WADs, jDoom64 builds # animations from these predefined sequences and creates texture # animation groups for them. The flags "tgf_smooth" and # "tgf_first_only" are set for each group. # # Additional sequences can be defined using Group definitions. Header { Version = 6; } # # Precache groups. # Group { Flags = precache; Texture { ID = "SWXCA"; }; Texture { ID = "SWXCB"; }; } Group { Flags = precache; Texture { ID = "SWXCKA"; }; Texture { ID = "SWXCKB"; }; } Group { Flags = precache; Texture { ID = "SWXCKLA"; }; Texture { ID = "SWXCKLB"; }; } Group { Flags = precache; Texture { ID = "SWXCLA"; }; Texture { ID = "SWXCLB"; }; } Group { Flags = precache; Texture { ID = "SWXHCA"; }; Texture { ID = "SWXHCB"; }; } Group { Flags = precache; Texture { ID = "SWXSAA"; }; Texture { ID = "SWXSAB"; }; } Group { Flags = precache; Texture { ID = "SWXSCA"; }; Texture { ID = "SWXSCB"; }; } Group { Flags = precache; Texture { ID = "SWXSDA"; }; Texture { ID = "SWXSDB"; }; } Group { Flags = precache; Texture { ID = "SWXSEA"; }; Texture { ID = "SWXSEB"; }; } Group { Flags = precache; Texture { ID = "SWXSFA"; }; Texture { ID = "SWXSFB"; }; } Group { Flags = precache; Texture { ID = "SWXSGA"; }; Texture { ID = "SWXSGB"; }; } doomsday-1.14.5/doomsday/plugins/doom64/defs/d2_ogg_Audio.ded0000664000175000017500000010330112350542240023171 0ustar jaakkojaakko# jDoom 1.12.1: Audio # Need help with DED syntax? See DEDDoc.txt. Header { Version = 5; Sfx prefix = "sfx_"; Mus prefix = "mus_"; } Flag { ID = "sf_shift"; Value = 0x1; } Flag { ID = "sf_shift2"; Value = 0x2; } Flag { ID = "sf_exclude"; Value = 0x4; } Flag { ID = "sf_nodist"; Value = 0x8; } Flag { ID = "sf_repeat"; Value = 0x10; } Music { ID = "None"; } Music { ID = "inter"; Lump = "D_INTER"; Ext = "music\de2m3.ogg"; } Music { ID = "intro"; Lump = "D_INTRO"; Ext = "music\dintro.ogg"; } Music { ID = "bunny"; Lump = "D_BUNNY"; Ext = "music\dbunny.ogg"; } Music { ID = "victor"; Lump = "D_VICTOR"; Ext = "music\dvictor.ogg"; } Music { ID = "introa"; Lump = "D_INTROA"; Ext = "music\dintroa.ogg"; } Music { ID = "runnin"; Lump = "D_RUNNIN"; Ext = "music\d2runnin.ogg"; } Music { ID = "stalks"; Lump = "D_STALKS"; Ext = "music\d2stalks.ogg"; } Music { ID = "countd"; Lump = "D_COUNTD"; Ext = "music\d2countd.ogg"; } Music { ID = "betwee"; Lump = "D_BETWEE"; Ext = "music\d2betwee.ogg"; } Music { ID = "doom"; Lump = "D_DOOM"; Ext = "music\d2doom.ogg"; } Music { ID = "the_da"; Lump = "D_THE_DA"; Ext = "music\d2the_da.ogg"; } Music { ID = "shawn"; Lump = "D_SHAWN"; Ext = "music\d2shawn.ogg"; } Music { ID = "ddtblu"; Lump = "D_DDTBLU"; Ext = "music\d2ddtblu.ogg"; } Music { ID = "in_cit"; Lump = "D_IN_CIT"; Ext = "music\d2in_cit.ogg"; } Music { ID = "dead"; Lump = "D_DEAD"; Ext = "music\d2dead.ogg"; } Music { ID = "stlks2"; Lump = "D_STLKS2"; Ext = "music\d2stalks.ogg"; } Music { ID = "theda2"; Lump = "D_THEDA2"; Ext = "music\d2the_da.ogg"; } Music { ID = "doom2"; Lump = "D_DOOM2"; Ext = "music\d2doom.ogg"; } Music { ID = "ddtbl2"; Lump = "D_DDTBL2"; Ext = "music\d2ddtblu.ogg"; } Music { ID = "runni2"; Lump = "D_RUNNI2"; Ext = "music\d2runnin.ogg"; } Music { ID = "dead2"; Lump = "D_DEAD2"; Ext = "music\d2dead.ogg"; } Music { ID = "stlks3"; Lump = "D_STLKS3"; Ext = "music\d2stalks.ogg"; } Music { ID = "romero"; Lump = "D_ROMERO"; Ext = "music\d2romero.ogg"; } Music { ID = "shawn2"; Lump = "D_SHAWN2"; Ext = "music\d2shawn.ogg"; } Music { ID = "messag"; Lump = "D_MESSAG"; Ext = "music\d2messag.ogg"; } Music { ID = "count2"; Lump = "D_COUNT2"; Ext = "music\d2countd.ogg"; } Music { ID = "ddtbl3"; Lump = "D_DDTBL3"; Ext = "music\d2ddtblu.ogg"; } Music { ID = "ampie"; Lump = "D_AMPIE"; Ext = "music\d2ampie.ogg"; } Music { ID = "theda3"; Lump = "D_THEDA3"; Ext = "music\d2the_da.ogg"; } Music { ID = "adrian"; Lump = "D_ADRIAN"; Ext = "music\d2adrian.ogg"; } Music { ID = "messg2"; Lump = "D_MESSG2"; Ext = "music\d2messag.ogg"; } Music { ID = "romer2"; Lump = "D_ROMER2"; Ext = "music\d2romero.ogg"; } Music { ID = "tense"; Lump = "D_TENSE"; Ext = "music\d2tense.ogg"; } Music { ID = "shawn3"; Lump = "D_SHAWN3"; Ext = "music\d2shawn.ogg"; } Music { ID = "openin"; Lump = "D_OPENIN"; Ext = "music\d2openin.ogg"; } Music { ID = "evil"; Lump = "D_EVIL"; Ext = "music\d2evil.ogg"; } Music { ID = "ultima"; Lump = "D_ULTIMA"; Ext = "music\d2ultima.ogg"; } Music { ID = "read_m"; Lump = "D_READ_M"; Ext = "music\d2read_m.ogg"; } Music { ID = "dm2ttl"; Lump = "D_DM2TTL"; Ext = "music\d2dm2ttl.ogg"; } Music { ID = "dm2int"; Lump = "D_DM2INT"; Ext = "music\d2dm2int.ogg"; } Sound { ID = "None"; Link pitch = -1; Link volume = -1; Max channels = -1; } Sound { ID = "pistol"; Flags = "sf_shift2"; Lump = "DSPISTOL"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "shotgn"; Flags = "sf_shift2"; Lump = "DSSHOTGN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = 4; } Sound { ID = "sgcock"; Flags = "sf_shift2"; Lump = "DSSGCOCK"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dshtgn"; Flags = "sf_shift2"; Lump = "DSDSHTGN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbopn"; Flags = "sf_shift2"; Lump = "DSDBOPN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbcls"; Flags = "sf_shift2"; Lump = "DSDBCLS"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbload"; Flags = "sf_shift2"; Lump = "DSDBLOAD"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "plasma"; Flags = "sf_shift2"; Lump = "DSPLASMA"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = 4; } Sound { ID = "bfg"; Flags = "sf_shift2"; Lump = "DSBFG"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "sawup"; Flags = "sf_shift"; Lump = "DSSAWUP"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "sawidl"; Flags = "sf_shift"; Lump = "DSSAWIDL"; Link pitch = -1; Link volume = -1; Priority = 118; Max channels = -1; Group = 1; } Sound { ID = "sawful"; Flags = "sf_shift"; Lump = "DSSAWFUL"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "sawhit"; Flags = "sf_shift"; Lump = "DSSAWHIT"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "rlaunc"; Flags = "sf_shift2"; Lump = "DSRLAUNC"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "rxplod"; Flags = "sf_shift2"; Lump = "DSRXPLOD"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "firsht"; Flags = "sf_shift2"; Lump = "DSFIRSHT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "firxpl"; Flags = "sf_shift2"; Lump = "DSFIRXPL"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = 4; } Sound { ID = "pstart"; Flags = "sf_shift2"; Lump = "DSPSTART"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "pstop"; Flags = "sf_shift2"; Lump = "DSPSTOP"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "doropn"; Flags = "sf_shift2"; Lump = "DSDOROPN"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "dorcls"; Flags = "sf_shift2"; Lump = "DSDORCLS"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "stnmov"; Flags = "sf_shift2"; Lump = "DSSTNMOV"; Link pitch = -1; Link volume = -1; Priority = 119; Max channels = -1; } Sound { ID = "swtchn"; Flags = "sf_shift2"; Lump = "DSSWTCHN"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "swtchx"; Flags = "sf_shift2"; Lump = "DSSWTCHX"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "plpain"; Flags = "sf_shift2"; Lump = "DSPLPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "dmpain"; Flags = "sf_shift2"; Lump = "DSDMPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "popain"; Flags = "sf_shift2"; Lump = "DSPOPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "vipain"; Flags = "sf_shift2"; Lump = "DSVIPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "mnpain"; Flags = "sf_shift2"; Lump = "DSMNPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "pepain"; Flags = "sf_shift2"; Lump = "DSPEPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "slop"; Flags = "sf_shift2"; Lump = "DSSLOP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "itemup"; Lump = "DSITEMUP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = 1; } Sound { ID = "wpnup"; Flags = "sf_shift2"; Lump = "DSWPNUP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = 1; } Sound { ID = "oof"; Flags = "sf_shift2"; Lump = "DSOOF"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "telept"; Flags = "sf_shift2"; Lump = "DSTELEPT"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "posit1"; Flags = "sf_shift2"; Lump = "DSPOSIT1"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "posit2"; Flags = "sf_shift2"; Lump = "DSPOSIT2"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "posit3"; Flags = "sf_shift2"; Lump = "DSPOSIT3"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "bgsit1"; Flags = "sf_shift2"; Lump = "DSBGSIT1"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "bgsit2"; Flags = "sf_shift2"; Lump = "DSBGSIT2"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "sgtsit"; Flags = "sf_shift2"; Lump = "DSSGTSIT"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "cacsit"; Flags = "sf_shift2"; Lump = "DSCACSIT"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "brssit"; Flags = "sf_shift2"; Lump = "DSBRSSIT"; Link pitch = -1; Link volume = -1; Priority = 94; Max channels = 1; } Sound { ID = "cybsit"; Flags = "sf_shift2"; Lump = "DSCYBSIT"; Link pitch = -1; Link volume = -1; Priority = 92; Max channels = 1; } Sound { ID = "bspsit"; Flags = "sf_shift2"; Lump = "DSBSPSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "kntsit"; Flags = "sf_shift2"; Lump = "DSKNTSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "vilsit"; Flags = "sf_shift2"; Lump = "DSVILSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "mansit"; Flags = "sf_shift2"; Lump = "DSMANSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "pesit"; Flags = "sf_shift2"; Lump = "DSPESIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "sklatk"; Flags = "sf_shift2"; Lump = "DSSKLATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sgtatk"; Flags = "sf_shift2"; Lump = "DSSGTATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skepch"; Flags = "sf_shift2"; Lump = "DSSKEPCH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "vilatk"; Flags = "sf_shift2"; Lump = "DSVILATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "claw"; Flags = "sf_shift2"; Lump = "DSCLAW"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeswg"; Flags = "sf_shift2"; Lump = "DSSKESWG"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "pldeth"; Flags = "sf_shift2"; Lump = "DSPLDETH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "pdiehi"; Flags = "sf_shift2"; Lump = "DSPDIEHI"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "podth1"; Flags = "sf_shift2"; Lump = "DSPODTH1"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "podth2"; Flags = "sf_shift2"; Lump = "DSPODTH2"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "podth3"; Flags = "sf_shift2"; Lump = "DSPODTH3"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bgdth1"; Flags = "sf_shift2"; Lump = "DSBGDTH1"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bgdth2"; Flags = "sf_shift2"; Lump = "DSBGDTH2"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sgtdth"; Flags = "sf_shift2"; Lump = "DSSGTDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "cacdth"; Flags = "sf_shift2"; Lump = "DSCACDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skldth"; Flags = "sf_shift2"; Lump = "DSSKLDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "brsdth"; Flags = "sf_shift2"; Lump = "DSBRSDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "cybdth"; Flags = "sf_shift2"; Lump = "DSCYBDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "bspdth"; Flags = "sf_shift2"; Lump = "DSBSPDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "vildth"; Flags = "sf_shift2"; Lump = "DSVILDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "kntdth"; Flags = "sf_shift2"; Lump = "DSKNTDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "pedth"; Flags = "sf_shift2"; Lump = "DSPEDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "skedth"; Flags = "sf_shift2"; Lump = "DSSKEDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "posact"; Flags = "sf_shift2"; Lump = "DSPOSACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "bgact"; Flags = "sf_shift2"; Lump = "DSBGACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "dmact"; Flags = "sf_shift2"; Lump = "DSDMACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "bspact"; Flags = "sf_shift2"; Lump = "DSBSPACT"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "bspwlk"; Flags = "sf_shift2"; Lump = "DSBSPWLK"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "vilact"; Flags = "sf_shift2"; Lump = "DSVILACT"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "noway"; Flags = "sf_shift2"; Lump = "DSNOWAY"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "barexp"; Flags = "sf_shift2"; Lump = "DSBAREXP"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "punch"; Flags = "sf_shift2"; Lump = "DSPUNCH"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "hoof"; Flags = "sf_shift2"; Lump = "DSHOOF"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "metal"; Flags = "sf_shift2"; Lump = "DSMETAL"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "chgun"; Flags = "sf_shift2"; Lump = "DSCHGUN"; Link = "pistol"; Link pitch = 150; Priority = 64; Max channels = -1; } Sound { ID = "tink"; Lump = "DSTINK"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "bdopn"; Flags = "sf_shift2"; Lump = "DSBDOPN"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "bdcls"; Flags = "sf_shift2"; Lump = "DSBDCLS"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "itmbk"; Flags = "sf_shift2"; Lump = "DSITMBK"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "flame"; Flags = "sf_shift2"; Lump = "DSFLAME"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "flamst"; Flags = "sf_shift2"; Lump = "DSFLAMST"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "getpow"; Flags = "sf_shift2"; Lump = "DSGETPOW"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "manatk"; Flags = "sf_shift2"; Lump = "DSMANATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "mandth"; Flags = "sf_shift2"; Lump = "DSMANDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sssit"; Flags = "sf_shift2"; Lump = "DSSSSIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "ssdth"; Flags = "sf_shift2"; Lump = "DSSSDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeact"; Flags = "sf_shift2"; Lump = "DSSKEACT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skesit"; Flags = "sf_shift2"; Lump = "DSSKESIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeatk"; Flags = "sf_shift2"; Lump = "DSSKEATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "radio"; Lump = "DSRADIO"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Texture Environment { ID = "Metal"; Texture { ID = "BIGDOOR1"; }; Texture { ID = "BIGDOOR2"; }; Texture { ID = "BIGDOOR4"; }; Texture { ID = "COMP2"; }; Texture { ID = "COMPSPAN"; }; Texture { ID = "COMPSTA1"; }; Texture { ID = "COMPSTA2"; }; Texture { ID = "COMPTALL"; }; Texture { ID = "COMPUTE1"; }; Texture { ID = "COMPUTE2"; }; Texture { ID = "DOOR1"; }; Texture { ID = "DOOR3"; }; Texture { ID = "DOORBLU"; }; Texture { ID = "DOORRED"; }; Texture { ID = "DOORSTOP"; }; Texture { ID = "DOORYEL"; }; Texture { ID = "EXITDOOR"; }; Texture { ID = "EXITSIGN"; }; Texture { ID = "LITE3"; }; Texture { ID = "LITE4"; }; Texture { ID = "LITE5"; }; Texture { ID = "LITEBLU1"; }; Texture { ID = "LITEBLU2"; }; Texture { ID = "LITEBLU3"; }; Texture { ID = "LITEBLU4"; }; Texture { ID = "METAL1"; }; Texture { ID = "PLANET1"; }; Texture { ID = "PLAT1"; }; Texture { ID = "REDWALL1"; }; Texture { ID = "SHAWN2"; }; Texture { ID = "STARG1"; }; Texture { ID = "STARG3"; }; Texture { ID = "STARGR1"; }; Texture { ID = "STARTAN1"; }; Texture { ID = "STARTAN2"; }; Texture { ID = "STARTAN3"; }; Texture { ID = "STEP4"; }; Texture { ID = "SUPPORT2"; }; Texture { ID = "SW1COMM"; }; Texture { ID = "SW1COMP"; }; Texture { ID = "SW1METAL"; }; Texture { ID = "SW1STARG"; }; Texture { ID = "SW1STRTN"; }; Texture { ID = "SW2COMM"; }; Texture { ID = "SW2COMP"; }; Texture { ID = "SW2METAL"; }; Texture { ID = "SW2STARG"; }; Texture { ID = "SW2STRTN"; }; Texture { ID = "BIGDOOR3"; }; Texture { ID = "COMPWERD"; }; Texture { ID = "DOORBLU2"; }; Texture { ID = "DOORRED2"; }; Texture { ID = "DOORYEL2"; }; Texture { ID = "GRAY2"; }; Texture { ID = "GRAYPOIS"; }; Texture { ID = "ICKDOOR1"; }; Texture { ID = "LITEMET"; }; Texture { ID = "LITERED"; }; Texture { ID = "LITESTON"; }; Texture { ID = "METAL"; }; Texture { ID = "SHAWN1"; }; Texture { ID = "SHAWN3"; }; Texture { ID = "STARBR2"; }; Texture { ID = "STARG2"; }; Texture { ID = "STARGR2"; }; Texture { ID = "SUPPORT3"; }; Texture { ID = "BRONZE1"; }; Texture { ID = "BRONZE2"; }; Texture { ID = "BRONZE3"; }; Texture { ID = "BRONZE4"; }; Texture { ID = "METAL2"; }; Texture { ID = "METAL3"; }; Texture { ID = "METAL4"; }; Texture { ID = "METAL5"; }; Texture { ID = "METAL6"; }; Texture { ID = "METAL7"; }; Texture { ID = "MODWALL3"; }; Texture { ID = "MODWALL4"; }; Texture { ID = "PIPES"; }; Texture { ID = "SILVER1"; }; Texture { ID = "SILVER2"; }; Texture { ID = "SILVER3"; }; Texture { ID = "SPACEW3"; }; Texture { ID = "SPACEW4"; }; Texture { ID = "SPCDOOR1"; }; Texture { ID = "SPCDOOR2"; }; Texture { ID = "SPCDOOR3"; }; Texture { ID = "SW1MET2"; }; Texture { ID = "SW2MET2"; }; Texture { ID = "SW1TEK"; }; Texture { ID = "SW2TEK"; }; Texture { ID = "SW1WDMET"; }; Texture { ID = "SW2WDMET"; }; Texture { ID = "TEKBRON1"; }; Texture { ID = "TEKBRON2"; }; Texture { ID = "TEKGREN1"; }; Texture { ID = "TEKGREN2"; }; Texture { ID = "TEKGREN3"; }; Texture { ID = "TEKGREN4"; }; Texture { ID = "TEKGREN5"; }; Texture { ID = "WOODMET1"; }; Texture { ID = "WOODMET2"; }; Texture { ID = "WOODMET3"; }; Texture { ID = "WOODMET4"; }; Texture { ID = "ZDOORB1"; }; Texture { ID = "ZDOORF1"; }; Texture { ID = "ZELDOOR"; }; Texture { ID = "ZZWOLF10"; }; Texture { ID = "ZZZFACE6"; }; Texture { ID = "ZZZFACE7"; }; Texture { ID = "ZZZFACE8"; }; Texture { ID = "ZZZFACE9"; }; } Texture Environment { ID = "Rock"; Texture { ID = "AASTINKY"; }; Texture { ID = "BRNPOIS"; }; Texture { ID = "BRNPOIS2"; }; Texture { ID = "BROWN1"; }; Texture { ID = "BROWN144"; }; Texture { ID = "BROWN96"; }; Texture { ID = "BROWNGRN"; }; Texture { ID = "BROWNHUG"; }; Texture { ID = "BROWNPIP"; }; Texture { ID = "COMPUTE3"; }; Texture { ID = "GRAY4"; }; Texture { ID = "GRAY5"; }; Texture { ID = "GRAY7"; }; Texture { ID = "GRAYTALL"; }; Texture { ID = "LITE2"; }; Texture { ID = "NUKE24"; }; Texture { ID = "NUKEDGE1"; }; Texture { ID = "STEP6"; }; Texture { ID = "STONE"; }; Texture { ID = "STONE2"; }; Texture { ID = "STONE3"; }; Texture { ID = "STONE4"; }; Texture { ID = "STONE5"; }; Texture { ID = "STONE6"; }; Texture { ID = "STONE7"; }; Texture { ID = "STONPOIS"; }; Texture { ID = "SW1BRCOM"; }; Texture { ID = "SW1BRN1"; }; Texture { ID = "SW1BRN2"; }; Texture { ID = "SW1BRGRN"; }; Texture { ID = "SW1BROWN"; }; Texture { ID = "SW1EXIT"; }; Texture { ID = "SW1GRAY"; }; Texture { ID = "SW1GRAY1"; }; Texture { ID = "SW1STON1"; }; Texture { ID = "SW1STON2"; }; Texture { ID = "SW1STONE"; }; Texture { ID = "SW2BRCOM"; }; Texture { ID = "SW2BRN1"; }; Texture { ID = "SW2BRN2"; }; Texture { ID = "SW2BRGRN"; }; Texture { ID = "SW2BROWN"; }; Texture { ID = "SW2EXIT"; }; Texture { ID = "SW2GRAY"; }; Texture { ID = "SW2GRAY1"; }; Texture { ID = "SW2STON1"; }; Texture { ID = "SW2STON2"; }; Texture { ID = "SW2STONE"; }; Texture { ID = "BIGDOOR5"; }; Texture { ID = "BROWNWEL"; }; Texture { ID = "CEMENT1"; }; Texture { ID = "CEMENT2"; }; Texture { ID = "CEMENT3"; }; Texture { ID = "CEMENT4"; }; Texture { ID = "CEMENT5"; }; Texture { ID = "CEMENT6"; }; Texture { ID = "CEMENT7"; }; Texture { ID = "CEMENT8"; }; Texture { ID = "CEMENT9"; }; Texture { ID = "CEMPOIS"; }; Texture { ID = "DOORHI"; }; Texture { ID = "EXITSTON"; }; Texture { ID = "FIREMAG1"; }; Texture { ID = "FIREMAG2"; }; Texture { ID = "FIREMAG3"; }; Texture { ID = "FIREWALL"; }; Texture { ID = "FIREWALA"; }; Texture { ID = "FIREWALB"; }; Texture { ID = "GRAY1"; }; Texture { ID = "GRAYBIG"; }; Texture { ID = "GRAYDANG"; }; Texture { ID = "GSTFONT1"; }; Texture { ID = "GSTFONT2"; }; Texture { ID = "GSTFONT3"; }; Texture { ID = "GSTGARG"; }; Texture { ID = "GSTLION"; }; Texture { ID = "GSTONE1"; }; Texture { ID = "GSTONE2"; }; Texture { ID = "GSTSATYR"; }; Texture { ID = "ICKWALL1"; }; Texture { ID = "ICKWALL2"; }; Texture { ID = "ICKWALL3"; }; Texture { ID = "ICKWALL4"; }; Texture { ID = "ICKWALL5"; }; Texture { ID = "ICKWALL6"; }; Texture { ID = "ICKWALL7"; }; Texture { ID = "LITE96"; }; Texture { ID = "MARBFAC2"; }; Texture { ID = "MARBFAC3"; }; Texture { ID = "MARBFAC4"; }; Texture { ID = "MARBFACE"; }; Texture { ID = "MARBLE1"; }; Texture { ID = "MARBLE2"; }; Texture { ID = "MARBLE3"; }; Texture { ID = "MARBLOD1"; }; Texture { ID = "REDWALL"; }; Texture { ID = "ROCKRED1"; }; Texture { ID = "ROCKRED2"; }; Texture { ID = "ROCKRED3"; }; Texture { ID = "SP_DUDE1"; }; Texture { ID = "SP_DUDE2"; }; Texture { ID = "SP_DUDE6"; }; Texture { ID = "SP_HOT1"; }; Texture { ID = "SP_ROCK1"; }; Texture { ID = "SP_ROCK2"; }; Texture { ID = "STONGARG"; }; Texture { ID = "SW1CMT"; }; Texture { ID = "SW1GSTON"; }; Texture { ID = "SW1HOT"; }; Texture { ID = "SW2CMT"; }; Texture { ID = "SW2GSTON"; }; Texture { ID = "SW2HOT"; }; Texture { ID = "WOOD5"; }; Texture { ID = "ASHWALL2"; }; Texture { ID = "ASHWALL3"; }; Texture { ID = "ASHWALL4"; }; Texture { ID = "ASHWALL6"; }; Texture { ID = "ASHWALL7"; }; Texture { ID = "BIGBRIK1"; }; Texture { ID = "BIGBRIK2"; }; Texture { ID = "BIGBRIK3"; }; Texture { ID = "BLAKWAL1"; }; Texture { ID = "BLAKWAL2"; }; Texture { ID = "BRICK1"; }; Texture { ID = "BRICK2"; }; Texture { ID = "BRICK3"; }; Texture { ID = "BRICK4"; }; Texture { ID = "BRICK5"; }; Texture { ID = "BRICK6"; }; Texture { ID = "BRICK7"; }; Texture { ID = "BRICK8"; }; Texture { ID = "BRICK9"; }; Texture { ID = "BRICK10"; }; Texture { ID = "BRICK11"; }; Texture { ID = "BRICK12"; }; Texture { ID = "BRICKLIT"; }; Texture { ID = "BSTONE1"; }; Texture { ID = "BSTONE2"; }; Texture { ID = "BSTONE3"; }; Texture { ID = "CRACKLE2"; }; Texture { ID = "CRACKLE4"; }; Texture { ID = "MARBGRAY"; }; Texture { ID = "MIDBRONZ"; }; Texture { ID = "MODWALL1"; }; Texture { ID = "MODWALL2"; }; Texture { ID = "PANEL6"; }; Texture { ID = "PANEL7"; }; Texture { ID = "PANEL8"; }; Texture { ID = "PANEL9"; }; Texture { ID = "PIPEWAL1"; }; Texture { ID = "PIPEWAL2"; }; Texture { ID = "ROCK1"; }; Texture { ID = "ROCK2"; }; Texture { ID = "ROCK3"; }; Texture { ID = "ROCK4"; }; Texture { ID = "ROCK5"; 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} Sprite { ID = "PINV"; } Sprite { ID = "PSTR"; } Sprite { ID = "PINS"; } Sprite { ID = "SUIT"; } Sprite { ID = "PMAP"; } Sprite { ID = "PVIS"; } Sprite { ID = "MEGA"; } Sprite { ID = "CLIP"; } Sprite { ID = "AMMO"; } Sprite { ID = "RCKT"; } Sprite { ID = "BROK"; } Sprite { ID = "CELL"; } Sprite { ID = "CELP"; } Sprite { ID = "SHEL"; } Sprite { ID = "SBOX"; } Sprite { ID = "BPAK"; } Sprite { ID = "BFUG"; } Sprite { ID = "CSAW"; } Sprite { ID = "MGUN"; } Sprite { ID = "LAUN"; } Sprite { ID = "PLSM"; } Sprite { ID = "SHOT"; } Sprite { ID = "SGN2"; } Sprite { ID = "LSRG"; } Sprite { ID = "CAND"; } Sprite { ID = "BAR1"; } Sprite { ID = "TRE2"; } Sprite { ID = "TRE1"; } Sprite { ID = "SAWG"; } Sprite { ID = "PUNG"; } Sprite { ID = "PISG"; } Sprite { ID = "SHT1"; } Sprite { ID = "SHT2"; } Sprite { ID = "CHGG"; } Sprite { ID = "ROCK"; } Sprite { ID = "PLAS"; } Sprite { ID = "BFGG"; } Sprite { ID = "LASR"; } Sprite { ID = "PLSE"; } Sprite { ID = "BFE1"; } Sprite { ID = "IFOG"; } Sprite { ID = "SPOS"; } Sprite { ID = "FATB"; } Sprite { ID = "FBXP"; } Sprite { ID = "SKEL"; } Sprite { ID = "BAL7"; } Sprite { ID = "BOS2"; } Sprite { ID = "BON4"; } Sprite { ID = "COLU"; } Sprite { ID = "SMT2"; } Sprite { ID = "GOR1"; } Sprite { ID = "POL2"; } Sprite { ID = "POL5"; } Sprite { ID = "POL4"; } Sprite { ID = "POL3"; } Sprite { ID = "POL1"; } Sprite { ID = "POL6"; } Sprite { ID = "GOR2"; } Sprite { ID = "GOR3"; } Sprite { ID = "GOR4"; } Sprite { ID = "GOR5"; } Sprite { ID = "SMIT"; } Sprite { ID = "COL1"; } Sprite { ID = "COL2"; } Sprite { ID = "COL3"; } Sprite { ID = "COL4"; } Sprite { ID = "CBRA"; } Sprite { ID = "COL6"; } Sprite { ID = "ELEC"; } Sprite { ID = "TBLU"; } Sprite { ID = "TGRN"; } Sprite { ID = "TRED"; } Sprite { ID = "SMBT"; } Sprite { ID = "SMGT"; } Sprite { ID = "SMRT"; } Sprite { ID = "HDB1"; } Sprite { ID = "HDB2"; } Sprite { ID = "HDB3"; } Sprite { ID = "HDB4"; } Sprite { ID = "HDB5"; } Sprite { ID = "HDB6"; } Sprite { ID = "POB1"; } Sprite { ID = "POB2"; } Sprite { ID = "BRS1"; } Sprite { ID = "TLMP"; } Sprite { ID = "TLP2"; } Sprite { ID = "NTRO"; } Sprite { ID = "BRNR"; } Sprite { ID = "NMBL"; } Sprite { ID = "SMOK"; } Sprite { ID = "LAZR"; } Sprite { ID = "LPUF"; } Sprite { ID = "MBAL"; } Sprite { ID = "MPUF"; } doomsday-1.14.5/doomsday/plugins/doom64/defs/audio.ded0000664000175000017500000010331712350542240022017 0ustar jaakkojaakko# jDoom64: Music and Sound Effects Header { Version = 5; } #####====--- MUSIC ---====##### Music { ID = "None"; } Music { ID = "inter"; Lump = "D_INTER"; } Music { ID = "intro"; Lump = "D_INTRO"; } Music { ID = "bunny"; Lump = "D_BUNNY"; } Music { ID = "victor"; Lump = "D_VICTOR"; } Music { ID = "introa"; Lump = "D_INTROA"; } Music { ID = "runnin"; Lump = "D_RUNNIN"; } Music { ID = "stalks"; Lump = "D_STALKS"; } Music { ID = "countd"; Lump = "D_COUNTD"; } Music { ID = "betwee"; Lump = "D_BETWEE"; } Music { ID = "doom"; Lump = "D_DOOM"; } Music { ID = "the_da"; Lump = "D_THE_DA"; } Music { ID = "shawn"; Lump = "D_SHAWN"; } Music { ID = "ddtblu"; Lump = "D_DDTBLU"; } Music { ID = "in_cit"; Lump = "D_IN_CIT"; } Music { ID = "dead"; Lump = "D_DEAD"; } Music { ID = "stlks2"; Lump = "D_STLKS2"; } Music { ID = "theda2"; Lump = "D_THEDA2"; } Music { ID = "doom2"; Lump = "D_DOOM2"; } Music { ID = "ddtbl2"; Lump = "D_DDTBL2"; } Music { ID = "runni2"; Lump = "D_RUNNI2"; } Music { ID = "dead2"; Lump = "D_DEAD2"; } Music { ID = "stlks3"; Lump = "D_STLKS3"; } Music { ID = "romero"; Lump = "D_ROMERO"; } Music { ID = "shawn2"; Lump = "D_SHAWN2"; } Music { ID = "messag"; Lump = "D_MESSAG"; } Music { ID = "count2"; Lump = "D_COUNT2"; } Music { ID = "ddtbl3"; Lump = "D_DDTBL3"; } Music { ID = "ampie"; Lump = "D_AMPIE"; } Music { ID = "theda3"; Lump = "D_THEDA3"; } Music { ID = "adrian"; Lump = "D_ADRIAN"; } Music { ID = "messg2"; Lump = "D_MESSG2"; } Music { ID = "romer2"; Lump = "D_ROMER2"; } Music { ID = "tense"; Lump = "D_TENSE"; } Music { ID = "shawn3"; Lump = "D_SHAWN3"; } Music { ID = "openin"; Lump = "D_OPENIN"; } Music { ID = "evil"; Lump = "D_EVIL"; } Music { ID = "ultima"; Lump = "D_ULTIMA"; } Music { ID = "read_m"; Lump = "D_READ_M"; } Music { ID = "dm2ttl"; Lump = "D_DM2TTL"; } Music { ID = "dm2int"; Lump = "D_DM2INT"; } #####====--- SOUND EFFECTS ---====##### Sound { ID = "None"; Link pitch = -1; Link volume = -1; Max channels = -1; } Sound { ID = "pistol"; Flags = "sf_shift2"; Lump = "DSPISTOL"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "shotgn"; Flags = "sf_shift2"; Lump = "DSSHOTGN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = 4; } Sound { ID = "sgcock"; Flags = "sf_shift2"; Lump = "DSSGCOCK"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dshtgn"; Flags = "sf_shift2"; Lump = "DSDSHTGN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbopn"; Flags = "sf_shift2"; Lump = "DSDBOPN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbcls"; Flags = "sf_shift2"; Lump = "DSDBCLS"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbload"; Flags = "sf_shift2"; Lump = "DSDBLOAD"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "plasma"; Flags = "sf_shift2"; Lump = "DSPLASMA"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = 4; } Sound { ID = "bfg"; Flags = "sf_shift2"; Lump = "DSBFG"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "sawup"; Flags = "sf_shift"; Lump = "DSSAWUP"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "sawidl"; Flags = "sf_shift"; Lump = "DSSAWIDL"; Link pitch = -1; Link volume = -1; Priority = 118; Max channels = -1; Group = 1; } Sound { ID = "sawful"; Flags = "sf_shift"; Lump = "DSSAWFUL"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "sawhit"; Flags = "sf_shift sf_dontstop"; Lump = "DSSAWHIT"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "rlaunc"; Flags = "sf_shift2"; Lump = "DSRLAUNC"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "rxplod"; Flags = "sf_shift2 sf_dontstop"; Lump = "DSRXPLOD"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "firsht"; Flags = "sf_shift2"; Lump = "DSFIRSHT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "firxpl"; Flags = "sf_shift2 sf_dontstop"; Lump = "DSFIRXPL"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = 2; } Sound { ID = "pstart"; Flags = "sf_shift2"; Lump = "DSPSTART"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "pstop"; Flags = "sf_shift2"; Lump = "DSPSTOP"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "doropn"; Flags = "sf_shift2"; Lump = "DSDOROPN"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "dorcls"; Flags = "sf_shift2"; Lump = "DSDORCLS"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "stnmov"; Flags = "sf_shift2"; Lump = "DSSTNMOV"; Link pitch = -1; Link volume = -1; Priority = 119; Max channels = -1; } Sound { ID = "swtchn"; Flags = "sf_shift2"; Lump = "DSSWTCHN"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "swtchx"; Flags = "sf_shift2"; Lump = "DSSWTCHX"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "plpain"; Flags = "sf_shift2"; Lump = "DSPLPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "dmpain"; Flags = "sf_shift2"; Lump = "DSDMPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "popain"; Flags = "sf_shift2"; Lump = "DSPOPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "vipain"; Flags = "sf_shift2"; Lump = "DSVIPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "mnpain"; Flags = "sf_shift2"; Lump = "DSMNPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "pepain"; Flags = "sf_shift2"; Lump = "DSPEPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "slop"; Flags = "sf_shift2"; Lump = "DSSLOP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "itemup"; Lump = "DSITEMUP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = 1; } Sound { ID = "wpnup"; Flags = "sf_shift2"; Lump = "DSWPNUP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = 1; } Sound { ID = "oof"; Flags = "sf_shift2"; Lump = "DSOOF"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "telept"; Flags = "sf_shift2"; Lump = "DSTELEPT"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "posit1"; Flags = "sf_shift2"; Lump = "DSPOSIT1"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "posit2"; Flags = "sf_shift2"; Lump = "DSPOSIT2"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "posit3"; Flags = "sf_shift2"; Lump = "DSPOSIT3"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "bgsit1"; Flags = "sf_shift2"; Lump = "DSBGSIT1"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "bgsit2"; Flags = "sf_shift2"; Lump = "DSBGSIT2"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "sgtsit"; Flags = "sf_shift2"; Lump = "DSSGTSIT"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "cacsit"; Flags = "sf_shift2"; Lump = "DSCACSIT"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "brssit"; Flags = "sf_shift2"; Lump = "DSBRSSIT"; Link pitch = -1; Link volume = -1; Priority = 94; Max channels = 1; } Sound { ID = "cybsit"; Flags = "sf_shift2"; Lump = "DSCYBSIT"; Link pitch = -1; Link volume = -1; Priority = 92; Max channels = 1; } Sound { ID = "bspsit"; Flags = "sf_shift2"; Lump = "DSBSPSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "kntsit"; Flags = "sf_shift2"; Lump = "DSKNTSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "vilsit"; Flags = "sf_shift2"; Lump = "DSVILSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "mansit"; Flags = "sf_shift2"; Lump = "DSMANSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "pesit"; Flags = "sf_shift2"; Lump = "DSPESIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "sklatk"; Flags = "sf_shift2"; Lump = "DSSKLATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sgtatk"; Flags = "sf_shift2"; Lump = "DSSGTATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skepch"; Flags = "sf_shift2"; Lump = "DSSKEPCH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "vilatk"; Flags = "sf_shift2"; Lump = "DSVILATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "claw"; Flags = "sf_shift2"; Lump = "DSCLAW"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeswg"; Flags = "sf_shift2"; Lump = "DSSKESWG"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "pldeth"; Flags = "sf_shift2"; Lump = "DSPLDETH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "pdiehi"; Flags = "sf_shift2"; Lump = "DSPDIEHI"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "podth1"; Flags = "sf_shift2"; Lump = "DSPODTH1"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "podth2"; Flags = "sf_shift2"; Lump = "DSPODTH2"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "podth3"; Flags = "sf_shift2"; Lump = "DSPODTH3"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bgdth1"; Flags = "sf_shift2"; Lump = "DSBGDTH1"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bgdth2"; Flags = "sf_shift2"; Lump = "DSBGDTH2"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sgtdth"; Flags = "sf_shift2"; Lump = "DSSGTDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "cacdth"; Flags = "sf_shift2"; Lump = "DSCACDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skldth"; Flags = "sf_shift2"; Lump = "DSSKLDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "brsdth"; Flags = "sf_shift2"; Lump = "DSBRSDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "cybdth"; Flags = "sf_shift2"; Lump = "DSCYBDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "bspdth"; Flags = "sf_shift2"; Lump = "DSBSPDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "vildth"; Flags = "sf_shift2"; Lump = "DSVILDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "kntdth"; Flags = "sf_shift2"; Lump = "DSKNTDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "pedth"; Flags = "sf_shift2"; Lump = "DSPEDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "skedth"; Flags = "sf_shift2"; Lump = "DSSKEDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "posact"; Flags = "sf_shift2"; Lump = "DSPOSACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "bgact"; Flags = "sf_shift2"; Lump = "DSBGACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "dmact"; Flags = "sf_shift2"; Lump = "DSDMACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "bspact"; Flags = "sf_shift2"; Lump = "DSBSPACT"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "bspwlk"; Flags = "sf_shift2"; Lump = "DSBSPWLK"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "vilact"; Flags = "sf_shift2"; Lump = "DSVILACT"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "noway"; Flags = "sf_shift2"; Lump = "DSNOWAY"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "barexp"; Flags = "sf_shift2 sf_dontstop"; Lump = "DSBAREXP"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "punch"; Flags = "sf_shift2"; Lump = "DSPUNCH"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "hoof"; Flags = "sf_shift2"; Lump = "DSHOOF"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "metal"; Flags = "sf_shift2"; Lump = "DSMETAL"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "chgun"; Flags = "sf_shift2"; Lump = "DSCHGUN"; Link = "pistol"; Link pitch = 150; Priority = 64; Max channels = -1; } Sound { ID = "tink"; Lump = "DSTINK"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "bdopn"; Flags = "sf_shift2"; Lump = "DSBDOPN"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "bdcls"; Flags = "sf_shift2"; Lump = "DSBDCLS"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "itmbk"; Flags = "sf_shift2"; Lump = "DSITMBK"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "flame"; Flags = "sf_shift2"; Lump = "DSFLAME"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "flamst"; Flags = "sf_shift2"; Lump = "DSFLAMST"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "getpow"; Flags = "sf_shift2"; Lump = "DSGETPOW"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "manatk"; Flags = "sf_shift2"; Lump = "DSMANATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "mandth"; Flags = "sf_shift2"; Lump = "DSMANDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sssit"; Flags = "sf_shift2"; Lump = "DSSSSIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "ssdth"; Flags = "sf_shift2"; Lump = "DSSSDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeact"; Flags = "sf_shift2"; Lump = "DSSKEACT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skesit"; Flags = "sf_shift2"; Lump = "DSSKESIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeatk"; Flags = "sf_shift2"; Lump = "DSSKEATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "radio"; Lump = "DSRADIO"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "psidl"; Lump = "DSPSIDL"; Link pitch = -1; Link volume = -1; Priority = 16; Max channels = 2; } Sound { ID = "laser"; Lump = "DSLASER"; Flags = "sf_dontstop"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = 1; } Sound { ID = "mthatk"; Lump = "DSMTHATK"; Link pitch = -1; Link volume = -1; Priority = 80; Max channels = 1; } Sound { ID = "mthsit"; Lump = "DSMTHSIT"; Link pitch = -1; Link volume = -1; Priority = 80; Max channels = 1; } Sound { ID = "mthpai"; Lump = "DSMTHPAI"; Link pitch = -1; Link volume = -1; Priority = 80; Max channels = 1; } Sound { ID = "mthact"; Lump = "DSMTHACT"; Link pitch = -1; Link volume = -1; Priority = 80; Max channels = 1; } Sound { ID = "mthdth"; Lump = "DSMTHDTH"; Link pitch = -1; Link volume = -1; Priority = 80; Max channels = 1; } Sound { ID = "htime"; Flags = "sf_shift2"; Lump = "DSHTIME"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "secret"; Flags = "sf_shift2"; Lump = "DSGETPOW"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Texture Environment { ID = "Metal"; Texture { ID = "BIGDOOR1"; }; Texture { ID = "BIGDOOR2"; }; Texture { ID = "BIGDOOR4"; }; Texture { ID = "COMP2"; }; Texture { ID = "COMPSPAN"; }; Texture { ID = "COMPSTA1"; }; Texture { ID = "COMPSTA2"; }; Texture { ID = "COMPTALL"; }; Texture { ID = "COMPUTE1"; }; Texture { ID = "COMPUTE2"; }; Texture { ID = "DOOR1"; }; Texture { ID = "DOOR3"; }; Texture { ID = "DOORBLU"; }; Texture { ID = "DOORRED"; }; Texture { ID = "DOORSTOP"; }; Texture { ID = "DOORYEL"; }; Texture { ID = "EXITDOOR"; }; Texture { ID = "EXITSIGN"; }; Texture { ID = "LITE3"; }; Texture { ID = "LITE4"; }; Texture { ID = "LITE5"; }; Texture { ID = "LITEBLU1"; }; Texture { ID = "LITEBLU2"; }; Texture { ID = "LITEBLU3"; }; Texture { ID = "LITEBLU4"; }; Texture { ID = "METAL1"; }; Texture { ID = "PLANET1"; }; Texture { ID = "PLAT1"; }; Texture { ID = "REDWALL1"; }; Texture { ID = "SHAWN2"; }; Texture { ID = "STARG1"; }; Texture { ID = "STARG3"; }; Texture { ID = "STARGR1"; }; Texture { ID = "STARTAN1"; }; Texture { ID = "STARTAN2"; }; Texture { ID = "STARTAN3"; }; Texture { ID = "STEP4"; }; Texture { ID = "SUPPORT2"; }; Texture { ID = "SW1COMM"; }; Texture { ID = "SW1COMP"; }; Texture { ID = "SW1METAL"; }; Texture { ID = "SW1STARG"; }; Texture { ID = "SW1STRTN"; }; Texture { ID = "SW2COMM"; }; Texture { ID = "SW2COMP"; }; Texture { ID = "SW2METAL"; }; Texture { ID = "SW2STARG"; }; Texture { ID = "SW2STRTN"; }; Texture { ID = "BIGDOOR3"; }; Texture { ID = "COMPWERD"; }; Texture { ID = "DOORBLU2"; }; Texture { ID = "DOORRED2"; }; Texture { ID = "DOORYEL2"; }; Texture { ID = "GRAY2"; }; Texture { ID = "GRAYPOIS"; }; Texture { ID = "ICKDOOR1"; }; Texture { ID = "LITEMET"; }; Texture { ID = "LITERED"; }; Texture { ID = "LITESTON"; }; Texture { ID = "METAL"; }; Texture { ID = "SHAWN1"; }; Texture { ID = "SHAWN3"; }; Texture { ID = "STARBR2"; }; Texture { ID = "STARG2"; }; Texture { ID = "STARGR2"; }; Texture { ID = "SUPPORT3"; }; Texture { ID = "BRONZE1"; }; Texture { ID = "BRONZE2"; }; Texture { ID = "BRONZE3"; }; Texture { ID = "BRONZE4"; }; Texture { ID = "METAL2"; }; Texture { ID = "METAL3"; }; Texture { ID = "METAL4"; }; Texture { ID = "METAL5"; }; Texture { ID = "METAL6"; }; Texture { ID = "METAL7"; }; Texture { ID = "MODWALL3"; }; Texture { ID = "MODWALL4"; }; Texture { ID = "PIPES"; }; Texture { ID = "SILVER1"; }; Texture { ID = "SILVER2"; }; Texture { ID = "SILVER3"; }; Texture { ID = "SPACEW3"; }; Texture { ID = "SPACEW4"; }; Texture { ID = "SPCDOOR1"; }; Texture { ID = "SPCDOOR2"; }; Texture { ID = "SPCDOOR3"; }; Texture { ID = "SW1MET2"; }; Texture { ID = "SW2MET2"; }; Texture { ID = "SW1TEK"; }; Texture { ID = "SW2TEK"; }; Texture { ID = "SW1WDMET"; }; Texture { ID = "SW2WDMET"; }; Texture { ID = "TEKBRON1"; }; Texture { ID = "TEKBRON2"; }; Texture { ID = "TEKGREN1"; }; Texture { ID = "TEKGREN2"; }; Texture { ID = "TEKGREN3"; }; Texture { ID = "TEKGREN4"; }; Texture { ID = "TEKGREN5"; }; Texture { ID = "WOODMET1"; }; Texture { ID = "WOODMET2"; }; Texture { ID = "WOODMET3"; }; Texture { ID = "WOODMET4"; }; Texture { ID = "ZDOORB1"; }; Texture { ID = "ZDOORF1"; }; Texture { ID = "ZELDOOR"; }; Texture { ID = "ZZWOLF10"; }; Texture { ID = "ZZZFACE6"; }; Texture { ID = "ZZZFACE7"; }; Texture { ID = "ZZZFACE8"; }; Texture { ID = "ZZZFACE9"; }; } Texture Environment { ID = "Rock"; Texture { ID = "AASTINKY"; }; Texture { ID = "BRNPOIS"; }; Texture { ID = "BRNPOIS2"; }; Texture { ID = "BROWN1"; }; Texture { ID = "BROWN144"; }; Texture { ID = "BROWN96"; }; Texture { ID = "BROWNGRN"; }; Texture { ID = "BROWNHUG"; }; Texture { ID = "BROWNPIP"; }; Texture { ID = "COMPUTE3"; }; Texture { ID = "GRAY4"; }; Texture { ID = "GRAY5"; }; Texture { ID = "GRAY7"; }; Texture { ID = "GRAYTALL"; }; Texture { ID = "LITE2"; }; Texture { ID = "NUKE24"; }; Texture { ID = "NUKEDGE1"; }; Texture { ID = "STEP6"; }; Texture { ID = "STONE"; }; Texture { ID = "STONE2"; }; Texture { ID = "STONE3"; }; Texture { ID = "STONE4"; }; Texture { ID = "STONE5"; }; Texture { ID = "STONE6"; }; Texture { ID = "STONE7"; }; Texture { ID = "STONPOIS"; }; Texture { ID = "SW1BRCOM"; }; Texture { ID = "SW1BRN1"; }; Texture { ID = "SW1BRN2"; }; Texture { ID = "SW1BRGRN"; }; Texture { ID = "SW1BROWN"; }; Texture { ID = "SW1EXIT"; }; Texture { ID = "SW1GRAY"; }; Texture { ID = "SW1GRAY1"; }; Texture { ID = "SW1STON1"; }; Texture { ID = "SW1STON2"; }; Texture { ID = "SW1STONE"; }; Texture { ID = "SW2BRCOM"; }; Texture { ID = "SW2BRN1"; }; Texture { ID = "SW2BRN2"; }; Texture { ID = "SW2BRGRN"; }; Texture { ID = "SW2BROWN"; }; Texture { ID = "SW2EXIT"; }; Texture { ID = "SW2GRAY"; }; Texture { ID = "SW2GRAY1"; }; Texture { ID = "SW2STON1"; }; Texture { ID = "SW2STON2"; }; Texture { ID = "SW2STONE"; }; Texture { ID = "BIGDOOR5"; }; Texture { ID = "BROWNWEL"; }; Texture { ID = "CEMENT1"; }; Texture { ID = "CEMENT2"; }; Texture { ID = "CEMENT3"; }; Texture { ID = "CEMENT4"; }; Texture { ID = "CEMENT5"; }; Texture { ID = "CEMENT6"; }; Texture { ID = "CEMENT7"; }; Texture { ID = "CEMENT8"; }; Texture { ID = "CEMENT9"; }; Texture { ID = "CEMPOIS"; }; Texture { ID = "DOORHI"; }; Texture { ID = "EXITSTON"; }; Texture { ID = "FIREMAG1"; }; Texture { ID = "FIREMAG2"; }; Texture { ID = "FIREMAG3"; }; Texture { ID = "FIREWALL"; }; Texture { ID = "FIREWALA"; }; Texture { ID = "FIREWALB"; }; Texture { ID = "GRAY1"; }; Texture { ID = "GRAYBIG"; }; Texture { ID = "GRAYDANG"; }; Texture { ID = "GSTFONT1"; }; Texture { ID = "GSTFONT2"; }; Texture { ID = "GSTFONT3"; }; Texture { ID = "GSTGARG"; }; Texture { ID = "GSTLION"; }; Texture { ID = "GSTONE1"; }; Texture { ID = "GSTONE2"; }; Texture { ID = "GSTSATYR"; }; Texture { ID = "ICKWALL1"; }; Texture { ID = "ICKWALL2"; }; Texture { ID = "ICKWALL3"; }; Texture { ID = "ICKWALL4"; }; Texture { ID = "ICKWALL5"; }; Texture { ID = "ICKWALL6"; }; Texture { ID = "ICKWALL7"; }; Texture { ID = "LITE96"; }; Texture { ID = "MARBFAC2"; }; Texture { ID = "MARBFAC3"; }; Texture { ID = "MARBFAC4"; }; Texture { ID = "MARBFACE"; }; Texture { ID = "MARBLE1"; }; Texture { ID = "MARBLE2"; }; Texture { ID = "MARBLE3"; }; Texture { ID = "MARBLOD1"; }; Texture { ID = "REDWALL"; }; Texture { ID = "ROCKRED1"; }; Texture { ID = "ROCKRED2"; }; Texture { ID = "ROCKRED3"; }; Texture { ID = "SP_DUDE1"; }; Texture { ID = "SP_DUDE2"; }; Texture { ID = "SP_DUDE6"; }; Texture { ID = "SP_HOT1"; }; Texture { ID = "SP_ROCK1"; }; Texture { ID = "SP_ROCK2"; }; Texture { ID = "STONGARG"; }; Texture { ID = "SW1CMT"; }; Texture { ID = "SW1GSTON"; }; Texture { ID = "SW1HOT"; }; Texture { ID = "SW2CMT"; }; Texture { ID = "SW2GSTON"; }; Texture { ID = "SW2HOT"; }; Texture { ID = "WOOD5"; }; Texture { ID = "ASHWALL2"; }; Texture { ID = "ASHWALL3"; }; Texture { ID = "ASHWALL4"; }; Texture { ID = "ASHWALL6"; }; Texture { ID = "ASHWALL7"; }; Texture { ID = "BIGBRIK1"; }; Texture { ID = "BIGBRIK2"; }; Texture { ID = "BIGBRIK3"; }; Texture { ID = "BLAKWAL1"; }; Texture { ID = "BLAKWAL2"; }; Texture { ID = "BRICK1"; }; Texture { ID = "BRICK2"; }; Texture { ID = "BRICK3"; }; Texture { ID = "BRICK4"; }; Texture { ID = "BRICK5"; }; Texture { ID = "BRICK6"; }; Texture { ID = "BRICK7"; }; Texture { ID = "BRICK8"; }; Texture { ID = "BRICK9"; }; Texture { ID = "BRICK10"; }; Texture { ID = "BRICK11"; }; Texture { ID = "BRICK12"; }; Texture { ID = "BRICKLIT"; }; Texture { ID = "BSTONE1"; }; Texture { ID = "BSTONE2"; }; Texture { ID = "BSTONE3"; }; Texture { ID = "CRACKLE2"; }; Texture { ID = "CRACKLE4"; }; Texture { ID = "MARBGRAY"; }; Texture { ID = "MIDBRONZ"; }; Texture { ID = "MODWALL1"; }; Texture { ID = "MODWALL2"; }; Texture { ID = "PANEL6"; }; Texture { ID = "PANEL7"; }; Texture { ID = "PANEL8"; }; Texture { ID = "PANEL9"; }; Texture { ID = "PIPEWAL1"; }; Texture { ID = "PIPEWAL2"; }; Texture { ID = "ROCK1"; }; Texture { ID = "ROCK2"; }; Texture { ID = "ROCK3"; }; Texture { ID = "ROCK4"; }; Texture { ID = "ROCK5"; }; Texture { ID = "SPACEW2"; }; Texture { ID = "SPCDOOR4"; }; Texture { ID = "SW1BRIK"; }; Texture { ID = "SW2BRIK"; }; Texture { ID = "SW1MOD1"; }; Texture { ID = "SW2MOD1"; }; Texture { ID = "SW1ROCK"; }; Texture { ID = "SW2ROCK"; }; Texture { ID = "SW1SKULL"; }; Texture { ID = "SW2SKULL"; }; Texture { ID = "SW1STON6"; }; Texture { ID = "SW2STON6"; }; Texture { ID = "SW1ZIM"; }; Texture { ID = "SW2ZIM"; }; Texture { ID = "TANROCK2"; }; Texture { ID = "TANROCK3"; }; Texture { ID = "TANROCK4"; }; Texture { ID = "TANROCK5"; }; Texture { ID = "TANROCK7"; }; Texture { ID = "TANROCK8"; }; Texture { ID = "TEKLITE"; }; Texture { ID = "TEKLITE2"; }; Texture { ID = "ZIMMER1"; }; Texture { ID = "ZIMMER2"; }; Texture { ID = "ZIMMER3"; }; Texture { ID = "ZIMMER4"; }; Texture { ID = "ZIMMER5"; }; Texture { ID = "ZIMMER7"; }; Texture { ID = "ZIMMER8"; }; Texture { ID = "ZZWOLF1"; }; Texture { ID = "ZZWOLF11"; }; Texture { ID = "ZZWOLF2"; }; Texture { ID = "ZZWOLF9"; }; Texture { ID = "ZZZFACE1"; }; Texture { ID = "ZZZFACE2"; }; Texture { ID = "ZZZFACE3"; }; Texture { ID = "ZZZFACE4"; }; Texture { ID = "ZZZFACE5"; }; } Texture Environment { ID = "Wood"; Texture { ID = "BRNBIGC"; }; Texture { ID = "BRNBIGL"; }; Texture { ID = "BRNBIGR"; }; Texture { ID = "BRNSMAL1"; }; Texture { ID = "BRNSMAL2"; }; Texture { ID = "BRNSMALC"; }; Texture { ID = "BRNSMALL"; }; Texture { ID = "BRNSMALR"; }; Texture { ID = "COMPTILE"; }; Texture { ID = "DOORTRAK"; }; Texture { ID = "NUKESLAD"; }; Texture { ID = "PIPE2"; }; Texture { ID = "SLADPOIS"; }; Texture { ID = "SLADRIP1"; }; Texture { ID = "SLADRIP2"; }; Texture { ID = "SLADRIP3"; }; Texture { ID = "SLADWALL"; }; Texture { ID = "STEP1"; }; Texture { ID = "STEP2"; }; Texture { ID = "STEP3"; }; Texture { ID = "STEP5"; }; Texture { ID = "SW1PIPE"; }; Texture { ID = "SW1SLAD"; }; Texture { ID = "SW2PIPE"; }; Texture { ID = "SW2SLAD"; }; Texture { ID = "TEKWALL1"; }; Texture { ID = "TEKWALL2"; }; Texture { ID = "TEKWALL3"; }; Texture { ID = "TEKWALL4"; }; Texture { ID = "TEKWALL5"; }; Texture { ID = "TEKWALL6"; }; Texture { ID = "BIGDOOR6"; }; Texture { ID = "BIGDOOR7"; }; Texture { ID = "BLODGR1"; }; Texture { ID = "BLODGR2"; }; Texture { ID = "BLODGR3"; }; Texture { ID = "BLODGR4"; }; Texture { ID = "BLODRIP1"; }; Texture { ID = "BLODRIP2"; }; Texture { ID = "BLODRIP3"; }; Texture { ID = "BLODRIP4"; }; Texture { ID = "COMPOHSO"; }; Texture { ID = "CRATE1"; }; Texture { ID = "CRATE2"; }; Texture { ID = "CRATELIT"; }; Texture { ID = "CRATINY"; }; Texture { ID = "CRATWIDE"; }; Texture { ID = "FIREBLU1"; }; Texture { ID = "FIREBLU2"; }; Texture { ID = "FIRELAVA"; }; Texture { ID = "FIRELAV2"; }; Texture { ID = "FIRELAV3"; }; Texture { ID = "GRAYVINE"; }; Texture { ID = "GSTVINE1"; }; Texture { ID = "GSTVINE2"; }; Texture { ID = "PIPE1"; }; Texture { ID = "PIPE4"; }; Texture { ID = "PIPE6"; }; Texture { ID = "SKINCUT"; }; Texture { ID = "SKINLOW"; }; Texture { ID = "SKINMET1"; }; Texture { ID = "SKINMET2"; }; Texture { ID = "SKINSYMB"; }; Texture { ID = "SKINTEK1"; }; Texture { ID = "SKINTEK2"; }; Texture { ID = "SKSPINE1"; }; Texture { ID = "SKSPINE2"; }; Texture { ID = "SKULWAL3"; }; Texture { ID = "SKULWALL"; }; Texture { ID = "SLADSKUL"; }; Texture { ID = "SP_DUDE3"; }; Texture { ID = "SP_DUDE4"; }; Texture { ID = "SP_DUDE5"; }; Texture { ID = "STEPLAD1"; }; Texture { ID = "STEPTOP"; }; Texture { ID = "SW1GARG"; }; Texture { ID = "SW1LION"; }; Texture { ID = "SW1SATYR"; }; Texture { ID = "SW1VINE"; }; Texture { ID = "SW1WOOD"; }; Texture { ID = "SW2GARG"; }; Texture { ID = "SW2LION"; }; Texture { ID = "SW2SATYR"; }; Texture { ID = "SW2VINE"; }; Texture { ID = "SW2WOOD"; }; Texture { ID = "WOOD1"; }; Texture { ID = "WOOD3"; }; Texture { ID = "WOOD4"; }; Texture { ID = "WOOD10"; }; Texture { ID = "WOOD12"; }; Texture { ID = "WOOD6"; }; Texture { ID = "WOOD7"; }; Texture { ID = "WOOD8"; }; Texture { ID = "WOOD9"; }; Texture { ID = "WOODGARG"; }; Texture { ID = "WOODSKUL"; }; Texture { ID = "AASHITTY"; }; Texture { ID = "BRWINDOW"; }; Texture { ID = "MIDSPACE"; }; Texture { ID = "PANBORD1"; }; Texture { ID = "PANBORD2"; }; Texture { ID = "PANCASE1"; }; Texture { ID = "PANCASE2"; }; Texture { ID = "PANEL1"; }; Texture { ID = "PANEL2"; }; Texture { ID = "PANEL3"; }; Texture { ID = "PANEL4"; }; Texture { ID = "PANEL5"; }; Texture { ID = "SP_DUDE7"; }; Texture { ID = "SP_DUDE8"; }; Texture { ID = "STUCCO"; }; Texture { ID = "STUCCO1"; }; Texture { ID = "STUCCO2"; }; Texture { ID = "STUCCO3"; }; Texture { ID = "SW1PANEL"; }; Texture { ID = "SW2PANEL"; }; Texture { ID = "WOODVERT"; }; Texture { ID = "ZZWOLF13"; }; Texture { ID = "ZZWOLF5"; }; } Texture Environment { ID = "Cloth"; Texture { ID = "SW1DIRT"; }; Texture { ID = "SW2DIRT"; }; Texture { ID = "ASHWALL"; }; Texture { ID = "BROVINE"; }; Texture { ID = "BROVINE2"; }; Texture { ID = "COMPBLUE"; }; Texture { ID = "MIDBRN1"; }; Texture { ID = "MIDGRATE"; }; Texture { ID = "MIDVINE1"; }; Texture { ID = "MIDVINE2"; }; Texture { ID = "NUKEPOIS"; }; Texture { ID = "SKIN2"; }; Texture { ID = "SKINBORD"; }; Texture { ID = "SKINEDGE"; }; Texture { ID = "SKINFACE"; }; Texture { ID = "SKINSCAB"; }; Texture { ID = "SKSNAKE1"; }; Texture { ID = "SKSNAKE2"; }; Texture { ID = "SP_FACE1"; }; Texture { ID = "SP_FACE2"; }; Texture { ID = "SW1BLUE"; }; Texture { ID = "SW1SKIN"; }; Texture { ID = "SW2BLUE"; }; Texture { ID = "SW2SKIN"; }; Texture { ID = "BFALL1"; }; Texture { ID = "BFALL2"; }; Texture { ID = "BFALL3"; }; Texture { ID = "BFALL4"; }; Texture { ID = "DBRAIN1"; }; Texture { ID = "DBRAIN2"; }; Texture { ID = "DBRAIN3"; }; Texture { ID = "DBRAIN4"; }; Texture { ID = "MIDBARS1"; }; Texture { ID = "MIDBARS3"; }; Texture { ID = "PANBLACK"; }; Texture { ID = "PANBLUE"; }; Texture { ID = "PANBOOK"; }; Texture { ID = "PANRED"; }; Texture { ID = "SFALL1"; }; Texture { ID = "SFALL2"; }; Texture { ID = "SFALL3"; }; Texture { ID = "SFALL4"; }; Texture { ID = "SK_LEFT"; }; Texture { ID = "SK_RIGHT"; }; Texture { ID = "SLOPPY1"; }; Texture { ID = "SLOPPY2"; }; Texture { ID = "ZZWOLF12"; }; Texture { ID = "ZZWOLF3"; }; Texture { ID = "ZZWOLF4"; }; Texture { ID = "ZZWOLF6"; }; Texture { ID = "ZZWOLF7"; }; } doomsday-1.14.5/doomsday/plugins/doom64/defs/skies.ded0000664000175000017500000000166612350542240022040 0ustar jaakkojaakko# jDoom64: Skies Sky { ID = "skya"; Height = 0.49; Horizon offset = -0.105; Layer 1 { Flags = enable; Material = "textures:F_SKYA"; }; } Copy Sky { ID = "skyb"; Layer 1 { Material = "textures:F_SKYB"; }; } Copy Sky { ID = "skyc"; Layer 1 { Material = "textures:F_SKYC"; }; } Copy Sky { ID = "skyd"; Layer 1 { Material = "textures:F_SKYD"; }; } Copy Sky { ID = "skye"; Layer 1 { Material = "textures:F_SKYE"; }; } Copy Sky { ID = "skyf"; Layer 1 { Material = "textures:F_SKYF"; }; } Copy Sky { ID = "skyg"; Layer 1 { Material = "textures:F_SKYG"; }; } Copy Sky { ID = "skyh"; Layer 1 { Material = "textures:F_SKYH"; }; } Copy Sky { ID = "skyi"; Layer 1 { Material = "textures:F_SKYI"; }; } Copy Sky { ID = "skyj"; Layer 1 { Material = "textures:F_SKYJ"; }; } doomsday-1.14.5/doomsday/plugins/doom64/doom64.pro0000664000175000017500000000405312350542240021146 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson include(../config_plugin.pri) include(../common/common.pri) include(../../dep_lzss.pri) include(../../dep_gui.pri) TEMPLATE = lib TARGET = doom64 VERSION = $$JDOOM64_VERSION DEFINES += __JDOOM64__ gamedata.files = $$OUT_PWD/../../libdoom64.pk3 macx { gamedata.path = Contents/Resources QMAKE_BUNDLE_DATA += gamedata } else { INSTALLS += target gamedata target.path = $$DENG_PLUGIN_LIB_DIR gamedata.path = $$DENG_DATA_DIR/jdoom64 } INCLUDEPATH += include HEADERS += \ include/acfnlink.h \ include/d_api.h \ include/d_config.h \ include/d_console.h \ include/d_englsh.h \ include/d_items.h \ include/d_main.h \ include/d_player.h \ include/d_refresh.h \ include/d_think.h \ include/doomdef.h \ include/doomtype.h \ include/dstrings.h \ include/g_game.h \ include/info.h \ include/jdoom64.h \ include/m_cheat.h \ include/m_random.h \ include/p_enemy.h \ include/p_inter.h \ include/p_lights.h \ include/p_maputl.h \ include/p_mobj.h \ include/p_pspr.h \ include/p_setup.h \ include/p_spec.h \ include/p_telept.h \ include/r_defs.h \ include/st_stuff.h \ include/tables.h \ include/version.h \ include/wi_stuff.h SOURCES += \ src/acfnlink.c \ src/d_api.c \ src/d_console.c \ src/d_items.c \ src/d_main.cpp \ src/d_refresh.c \ src/m_cheat.c \ src/m_random.c \ src/p_enemy.c \ src/p_inter.c \ src/p_lights.cpp \ src/p_maputl.c \ src/p_mobj.c \ src/p_pspr.c \ src/p_setup.c \ src/p_spec.c \ src/p_telept.c \ src/st_stuff.c \ src/tables.c \ src/wi_stuff.c \ win32 { QMAKE_LFLAGS += /DEF:\"$$PWD/api/doom64.def\" OTHER_FILES += api/doom64.def RC_FILE = res/doom64.rc } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/doom64/config/0000775000175000017500000000000012350542240020557 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/config/startup.cfg0000664000175000017500000000122212350542240022737 0ustar jaakkojaakko# # -=- jDoom64 Startup -=- # # This file is included with all versions, which means that it gets # overwritten on each upgrade. Give all custom permanent commands in # autoexec.cfg or user.cfg. # These are the original colors. Uncomment to use. #uicolor text .85 .87 1 #uicolor shadow 0 0 0 #uicolor bglight .015 .2 .4 #uicolor bgmed .01 .125 .25 #uicolor bgdark .0035 .05 .1 #uicolor borhigh 1 1 1 #uicolor bormed 0 0 0 #uicolor borlow .015 .2 .4 # The font. #font name fixed12 # Keymap. #keymap default.dkm # The user config file can contain anything the user wants to execute # before the main startup begins. exec user.cfg doomsday-1.14.5/doomsday/plugins/doom64/src/0000775000175000017500000000000012350542240020101 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/src/d_console.c0000664000175000017500000002231312350542240022213 0ustar jaakkojaakko/**\file d_console.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doom64 specific console stuff. */ // HEADER FILES ------------------------------------------------------------ #include #include "jdoom64.h" #include "hu_stuff.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- D_CMD(CheatGod); D_CMD(CheatNoClip); D_CMD(CheatReveal); D_CMD(CheatGive); D_CMD(CheatMassacre); D_CMD(CheatWhere); D_CMD(CheatLeaveMap); D_CMD(CheatSuicide); D_CMD(MakeLocal); D_CMD(SetCamera); D_CMD(SetViewLock); D_CMD(SetViewMode); D_CMD(CycleSpy); D_CMD(PlayDemo); D_CMD(RecordDemo); D_CMD(StopDemo); D_CMD(SpawnMobj); D_CMD(PrintPlayerCoords); // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- D_CMD(ScreenShot); void G_UpdateEyeHeight(void); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // Console variables. cvartemplate_t gameCVars[] = { // View/Refresh {"view-size", 0, CVT_INT, &cfg.setBlocks, 3, 11}, {"hud-title", 0, CVT_BYTE, &cfg.mapTitle, 0, 1}, {"hud-title-author-noiwad", 0, CVT_BYTE, &cfg.hideIWADAuthor, 0, 1}, {"view-bob-height", 0, CVT_FLOAT, &cfg.bobView, 0, 1}, {"view-bob-weapon", 0, CVT_FLOAT, &cfg.bobWeapon, 0, 1}, {"view-bob-weapon-switch-lower", 0, CVT_BYTE, &cfg.bobWeaponLower, 0, 1}, {"view-filter-strength", 0, CVT_FLOAT, &cfg.filterStrength, 0, 1}, // Server-side options // Game state {"server-game-skill", 0, CVT_BYTE, &cfg.netSkill, 0, 4}, {"server-game-map", CVF_NO_MAX, CVT_BYTE, &cfg.netMap, 0, 0}, {"server-game-deathmatch", 0, CVT_BYTE, &cfg.netDeathmatch, 0, 2}, // Modifiers {"server-game-mod-damage", 0, CVT_BYTE, &cfg.netMobDamageModifier, 1, 100}, {"server-game-mod-health", 0, CVT_BYTE, &cfg.netMobHealthModifier, 1, 20}, {"server-game-mod-gravity", 0, CVT_INT, &cfg.netGravity, -1, 100}, // Items {"server-game-nobfg", 0, CVT_BYTE, &cfg.noNetBFG, 0, 1}, #if 0 {"server-game-coop-nothing", 0, CVT_BYTE, &cfg.noCoopAnything, 0, 1}, // not implemented atm, see P_SpawnMobjXYZ #endif {"server-game-coop-respawn-items", 0, CVT_BYTE, &cfg.coopRespawnItems, 0, 1}, {"server-game-coop-noweapons", 0, CVT_BYTE, &cfg.noCoopWeapons, 0, 1}, // Gameplay options {"server-game-jump", 0, CVT_BYTE, &cfg.netJumping, 0, 1}, {"server-game-bfg-freeaim", 0, CVT_BYTE, &cfg.netBFGFreeLook, 0, 1}, {"server-game-nomonsters", 0, CVT_BYTE, &cfg.netNoMonsters, 0, 1 }, {"server-game-respawn", 0, CVT_BYTE, &cfg.netRespawn, 0, 1}, {"server-game-radiusattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZRadiusAttack, 0, 1}, {"server-game-monster-meleeattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZMonsterMeleeAttack, 0, 1}, {"server-game-coop-nodamage", 0, CVT_BYTE, &cfg.noCoopDamage, 0, 1}, {"server-game-noteamdamage", 0, CVT_BYTE, &cfg.noTeamDamage, 0, 1}, // Misc {"server-game-deathmatch-killmsg", 0, CVT_BYTE, &cfg.killMessages, 0, 1}, {"server-game-announce-secret", 0, CVT_BYTE, &cfg.secretMsg, 0, 1}, // Player // Player data {"player-color", 0, CVT_BYTE, &cfg.netColor, 0, 4}, {"player-eyeheight", 0, CVT_INT, &cfg.plrViewHeight, 41, 54, G_UpdateEyeHeight}, // Movment {"player-move-speed", 0, CVT_FLOAT, &cfg.playerMoveSpeed, 0, 1}, {"player-jump", 0, CVT_INT, &cfg.jumpEnabled, 0, 1}, {"player-jump-power", 0, CVT_FLOAT, &cfg.jumpPower, 0, 100}, {"player-air-movement", 0, CVT_BYTE, &cfg.airborneMovement, 0, 32}, {"player-weapon-recoil", 0, CVT_BYTE, &cfg.weaponRecoil, 0, 1}, // Weapon switch preferences {"player-autoswitch", 0, CVT_BYTE, &cfg.weaponAutoSwitch, 0, 2}, {"player-autoswitch-ammo", 0, CVT_BYTE, &cfg.ammoAutoSwitch, 0, 2}, {"player-autoswitch-berserk", 0, CVT_BYTE, &cfg.berserkAutoSwitch, 0, 1}, {"player-autoswitch-notfiring", 0, CVT_BYTE, &cfg.noWeaponAutoSwitchIfFiring, 0, 1}, // Weapon Order preferences {"player-weapon-order0", 0, CVT_INT, &cfg.weaponOrder[0], 0, NUM_WEAPON_TYPES}, {"player-weapon-order1", 0, CVT_INT, &cfg.weaponOrder[1], 0, NUM_WEAPON_TYPES}, {"player-weapon-order2", 0, CVT_INT, &cfg.weaponOrder[2], 0, NUM_WEAPON_TYPES}, {"player-weapon-order3", 0, CVT_INT, &cfg.weaponOrder[3], 0, NUM_WEAPON_TYPES}, {"player-weapon-order4", 0, CVT_INT, &cfg.weaponOrder[4], 0, NUM_WEAPON_TYPES}, {"player-weapon-order5", 0, CVT_INT, &cfg.weaponOrder[5], 0, NUM_WEAPON_TYPES}, {"player-weapon-order6", 0, CVT_INT, &cfg.weaponOrder[6], 0, NUM_WEAPON_TYPES}, {"player-weapon-order7", 0, CVT_INT, &cfg.weaponOrder[7], 0, NUM_WEAPON_TYPES}, {"player-weapon-order8", 0, CVT_INT, &cfg.weaponOrder[8], 0, NUM_WEAPON_TYPES}, {"player-weapon-order9", 0, CVT_INT, &cfg.weaponOrder[9], 0, NUM_WEAPON_TYPES}, {"player-weapon-nextmode", 0, CVT_BYTE, &cfg.weaponNextMode, 0, 1}, {"player-weapon-cycle-sequential", 0, CVT_BYTE, &cfg.weaponCycleSequential, 0, 1}, // Misc {"player-camera-noclip", 0, CVT_INT, &cfg.cameraNoClip, 0, 1}, {"player-death-lookup", 0, CVT_BYTE, &cfg.deathLookUp, 0, 1}, // Compatibility options {"game-anybossdeath666", 0, CVT_BYTE, &cfg.anyBossDeath, 0, 1}, {"game-corpse-sliding", 0, CVT_BYTE, &cfg.slidingCorpses, 0, 1}, {"game-maxskulls", 0, CVT_BYTE, &cfg.maxSkulls, 0, 1}, {"game-monsters-floatoverblocking", 0, CVT_BYTE, &cfg.allowMonsterFloatOverBlocking, 0, 1}, {"game-monsters-stuckindoors", 0, CVT_BYTE, &cfg.monstersStuckInDoors, 0, 1}, {"game-objects-clipping", 0, CVT_BYTE, &cfg.moveBlock, 0, 1}, {"game-objects-falloff", 0, CVT_BYTE, &cfg.fallOff, 0, 1}, {"game-objects-gibcrushednonbleeders", 0, CVT_BYTE, &cfg.gibCrushedNonBleeders, 0, 1}, {"game-objects-neverhangoverledges", 0, CVT_BYTE, &cfg.avoidDropoffs, 0, 1}, {"game-player-wallrun-northonly", 0, CVT_BYTE, &cfg.wallRunNorthOnly, 0, 1}, {"game-skullsinwalls", 0, CVT_BYTE, &cfg.allowSkullsInWalls, 0, 1}, {"game-zclip", 0, CVT_BYTE, &cfg.moveCheckZ, 0, 1}, {"game-zombiescanexit", 0, CVT_BYTE, &cfg.zombiesCanExit, 0, 1}, // Game state //{"game-fastmonsters", 0, CVT_BYTE, &fastParm, 0, 1}, // Gameplay {"game-corpse-time", CVF_NO_MAX, CVT_INT, &cfg.corpseTime, 0, 0}, // Misc {"msg-echo", 0, CVT_BYTE, &cfg.echoMsg, 0, 1}, {NULL} }; // Console commands ccmdtemplate_t gameCCmds[] = { {"spy", "", CCmdCycleSpy}, {"screenshot", "", CCmdScreenShot}, // $cheats {"god", NULL, CCmdCheatGod}, {"noclip", NULL, CCmdCheatNoClip}, {"reveal", "i", CCmdCheatReveal}, {"give", NULL, CCmdCheatGive}, {"kill", "", CCmdCheatMassacre}, {"leavemap", "", CCmdCheatLeaveMap}, {"suicide", NULL, CCmdCheatSuicide}, {"where", "", CCmdCheatWhere}, {"spawnmobj", NULL, CCmdSpawnMobj}, {"coord", "", CCmdPrintPlayerCoords}, // $democam {"makelocp", "i", CCmdMakeLocal}, {"makecam", "i", CCmdSetCamera}, {"setlock", NULL, CCmdSetViewLock}, {"lockmode", "i", CCmdSetViewLock}, {"viewmode", NULL, CCmdSetViewMode}, {NULL} }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Add the console variables and commands. */ void G_ConsoleRegistration(void) { int i; for(i = 0; gameCVars[i].path; ++i) Con_AddVariable(&gameCVars[i]); for(i = 0; gameCCmds[i].name; ++i) Con_AddCommand(&gameCCmds[i]); } /** * Called when the player-eyeheight cvar is changed. */ void G_UpdateEyeHeight(void) { player_t* plr = &players[CONSOLEPLAYER]; if(!(plr->plr->flags & DDPF_CAMERA)) plr->viewHeight = (float) cfg.plrViewHeight; } D_CMD(ScreenShot) { G_SetGameAction(GA_SCREENSHOT); return true; } doomsday-1.14.5/doomsday/plugins/doom64/src/d_items.c0000664000175000017500000002155612350542240021702 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_items.c: */ // HEADER FILES ------------------------------------------------------------ #include #include #include "jdoom64.h" #include "g_defs.h" #include "player.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- /** * Default weapon definitions. * These are used if other (external) definitions are not found. */ weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES] = { { { // fist GM_ANY, {0, 0, 0, 0}, // type: clip | shell | cell | misl {0, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_PUNCHUP, S_PUNCHDOWN, S_PUNCH, S_PUNCH1, S_NULL }, 0, // raise sound id 0 // ready sound } }, { { // pistol GM_ANY, {1, 0, 0, 0}, // type: clip | shell | cell | misl {1, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_PISTOLUP, S_PISTOLDOWN, S_PISTOL, S_PISTOL1, S_PISTOLFLASH }, 0, // raise sound id 0 // ready sound } }, { { // shotgun GM_ANY, {0, 1, 0, 0}, // type: clip | shell | cell | misl {0, 1, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_SGUNUP, S_SGUNDOWN, S_SGUN, S_SGUN1, S_SGUNFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // chaingun GM_ANY, {1, 0, 0, 0}, // type: clip | shell | cell | misl {1, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_CHAINUP, S_CHAINDOWN, S_CHAIN, S_CHAIN1, S_CHAINFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // missile launcher GM_ANY, {0, 0, 0, 1}, // type: clip | shell | cell | misl {0, 0, 0, 1}, // pershot: clip | shell | cell | misl false, // autofire when raised if fire held { S_MISSILEUP, S_MISSILEDOWN, S_MISSILE, S_MISSILE1, S_MISSILEFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // plasma rifle GM_ANY, {0, 0, 1, 0}, // type: clip | shell | cell | misl {0, 0, 1, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_PLASMAUP, S_PLASMADOWN, S_PLASMA, S_PLASMA1, S_PLASMASHOCK1 }, 0, // raise sound id 0 // ready sound } }, { { // bfg 9000 GM_ANY, {0, 0, 1, 0}, // type: clip | shell | cell | misl {0, 0, 40, 0}, // pershot: clip | shell | cell | misl false, // autofire when raised if fire held { S_BFGUP, S_BFGDOWN, S_BFG, S_BFG1, S_BFGFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // chainsaw GM_ANY, {0, 0, 0, 0}, // type: clip | shell | cell | misl {0, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_SAWUP, S_SAWDOWN, S_SAW, S_SAW1, S_NULL }, SFX_SAWUP, // raise sound id SFX_SAWIDL // ready sound } }, { { // super shotgun GM_ANY, {0, 1, 0, 0}, // type: clip | shell | cell | misl {0, 2, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_DSGUNUP, S_DSGUNDOWN, S_DSGUN, S_DSGUN1, S_DSGUNFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // UNMAKER GM_ANY, {0, 0, 1, 0}, // type: clip | shell | cell | misl {0, 0, 1, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_UNKFUP, S_UNKFDOWN, S_UNKF, S_UNKF1, S_UNKFLASH1 }, 0, // raise sound id 0 // ready sound } } }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ static const char* ammoTypeNames[NUM_AMMO_TYPES] = {"clip", "shell", "cell", "misl"}; // CODE -------------------------------------------------------------------- void P_InitAmmoInfo(void) { uint i; char buf[40]; for(i = 0; i < NUM_AMMO_TYPES; ++i) { // Max ammo. sprintf(buf, "Player|Max ammo|%s", ammoTypeNames[i]); GetDefInt(buf, &maxAmmo[i]); // Clip ammo. sprintf(buf, "Player|Clip ammo|%s", ammoTypeNames[i]); GetDefInt(buf, &clipAmmo[i]); } } void P_InitWeaponInfo(void) { #define WPINF "Weapon Info|" int i; int pclass = PCLASS_PLAYER; char buf[80]; char* data; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { //// \todo Only allows for one type of ammo per weapon. sprintf(buf, WPINF "%i|Type", i); if(Def_Get(DD_DEF_VALUE, buf, &data) >= 0) { memset(weaponInfo[i][pclass].mode[0].ammoType, 0, sizeof(int) * NUM_AMMO_TYPES); memset(weaponInfo[i][pclass].mode[0].perShot, 0, sizeof(int) * NUM_AMMO_TYPES); if(stricmp(data, "noammo")) { ammotype_t k; for(k = 0; k < NUM_AMMO_TYPES; ++k) { if(!stricmp(data, ammoTypeNames[k])) { weaponInfo[i][pclass].mode[0].ammoType[k] = true; sprintf(buf, WPINF "%i|Per shot", i); GetDefInt(buf, &weaponInfo[i][pclass].mode[0].perShot[k]); break; } } } } // end todo sprintf(buf, WPINF "%i|Up", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_UP]); sprintf(buf, WPINF "%i|Down", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_DOWN]); sprintf(buf, WPINF "%i|Ready", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_READY]); sprintf(buf, WPINF "%i|Atk", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_ATTACK]); sprintf(buf, WPINF "%i|Flash", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_FLASH]); sprintf(buf, WPINF "%i|Static", i); weaponInfo[i][pclass].mode[0].staticSwitch = GetDefInt(buf, 0); } /// \todo Get this info from values. P_InitWeaponSlots(); P_SetWeaponSlot(WT_FIRST, 1); P_SetWeaponSlot(WT_EIGHTH, 1); P_SetWeaponSlot(WT_SECOND, 2); P_SetWeaponSlot(WT_THIRD, 3); P_SetWeaponSlot(WT_NINETH, 3); P_SetWeaponSlot(WT_FOURTH, 4); P_SetWeaponSlot(WT_FIFTH, 5); P_SetWeaponSlot(WT_SIXTH, 6); P_SetWeaponSlot(WT_SEVENTH, 7); P_SetWeaponSlot(WT_TENTH, 8); #undef WPINF } void P_InitPlayerValues(player_t *p) { int i; char buf[40]; GetDefInt("Player|Health", &p->health); GetDefInt("Player|Weapon", (int *) &p->readyWeapon); p->pendingWeapon = p->readyWeapon; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { sprintf(buf, "Weapon Info|%i|Owned", i); GetDefInt(buf, (int *) &p->weapons[i].owned); } for(i = 0; i < NUM_AMMO_TYPES; ++i) { sprintf(buf, "Player|Init ammo|%s", ammoTypeNames[i]); GetDefInt(buf, &p->ammo[i].owned); } } doomsday-1.14.5/doomsday/plugins/doom64/src/p_telept.c0000664000175000017500000002677612350542240022103 0ustar jaakkojaakko/** @file p_telept.c * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jdoom64.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_map.h" #include "mobj.h" #include "p_actor.h" #include "p_mapspec.h" #include "p_terraintype.h" #include "p_start.h" mobj_t *P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle) { return P_SpawnMobjXYZ(MT_TFOG, x, y, TELEFOGHEIGHT, angle, MSF_Z_FLOOR); } typedef struct { Sector *sec; mobjtype_t type; mobj_t *foundMobj; } findmobjparams_t; static int findMobj(thinker_t *th, void *context) { findmobjparams_t *params = (findmobjparams_t *) context; mobj_t *mo = (mobj_t *) th; // Must be of the correct type? if(params->type >= 0 && params->type != mo->type) return false; // Continue iteration. // Must be in the specified sector? if(params->sec && params->sec != Mobj_Sector(mo)) return false; // Continue iteration. // Found it! params->foundMobj = mo; return true; // Stop iteration. } static mobj_t* getTeleportDestination(short tag) { iterlist_t* list; list = P_GetSectorIterListForTag(tag, false); if(list) { Sector* sec = NULL; findmobjparams_t params; params.type = MT_TELEPORTMAN; params.foundMobj = NULL; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { params.sec = sec; if(Thinker_Iterate(P_MobjThinker, findMobj, ¶ms)) { // Found one. return params.foundMobj; } } } return NULL; } int EV_Teleport(Line* line, int side, mobj_t* mo, dd_bool spawnFog) { mobj_t* dest; // Clients cannot teleport on their own. if(IS_CLIENT) return 0; if(mo->flags2 & MF2_NOTELEPORT) return 0; // Don't teleport if hit back of line, so you can get out of teleporter. if(side == 1) return 0; if((dest = getTeleportDestination(P_ToXLine(line)->tag)) != NULL) { // A suitable destination has been found. coord_t oldPos[3], aboveFloor; angle_t oldAngle; mobj_t* fog; uint an; memcpy(oldPos, mo->origin, sizeof(mo->origin)); oldAngle = mo->angle; aboveFloor = mo->origin[VZ] - mo->floorZ; if(!P_TeleportMove(mo, dest->origin[VX], dest->origin[VY], false)) return 0; mo->origin[VZ] = mo->floorZ; if(spawnFog) { // Spawn teleport fog at source and destination. if((fog = P_SpawnMobj(MT_TFOG, oldPos, oldAngle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); an = dest->angle >> ANGLETOFINESHIFT; if((fog = P_SpawnMobjXYZ(MT_TFOG, dest->origin[VX] + 20 * FIX2FLT(finecosine[an]), dest->origin[VY] + 20 * FIX2FLT(finesine[an]), mo->origin[VZ], dest->angle + ANG180, 0))) { // Emit sound, where? S_StartSound(SFX_TELEPT, fog); } } mo->angle = dest->angle; if(mo->flags2 & MF2_FLOORCLIP) { mo->floorClip = 0; if(FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) { mo->floorClip = 10; } } } mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; // $voodoodolls Must be the real player. if(mo->player && mo->player->plr->mo == mo) { mo->reactionTime = 18; // Don't move for a bit. if(mo->player->powers[PT_FLIGHT] && aboveFloor > 0) { mo->origin[VZ] = mo->floorZ + aboveFloor; if(mo->origin[VZ] + mo->height > mo->ceilingZ) { mo->origin[VZ] = mo->ceilingZ - mo->height; } } else { //mo->dPlayer->clLookDir = 0; /* $unifiedangles */ mo->dPlayer->lookDir = 0; } mo->player->viewHeight = (coord_t) cfg.plrViewHeight; mo->player->viewHeightDelta = 0; mo->player->viewZ = mo->origin[VZ] + mo->player->viewHeight; mo->player->viewOffset[VX] = mo->player->viewOffset[VY] = mo->player->viewOffset[VZ] = 0; mo->player->bob = 0; //mo->dPlayer->clAngle = mo->angle; /* $unifiedangles */ mo->dPlayer->flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; } return 1; } return 0; } /** * d64tc * If the given doomed number is a type which fade spawns, this will return * the corresponding mobjtype. Else -1. * * DJS - Added in order to cleanup EV_FadeSpawn() somewhat. * \todo This is still far from ideal. An MF*_* flag would be better. */ static mobjtype_t isFadeSpawner(int doomEdNum) { typedef struct fadespawner_s { int doomEdNum; mobjtype_t type; } fadespawner_t; static const fadespawner_t spawners[] = { {7575, MT_SHOTGUN}, {7576, MT_CHAINGUN}, {7577, MT_SUPERSHOTGUN}, {7578, MT_MISC27}, {7579, MT_MISC28}, {7580, MT_MISC25}, {7581, MT_MISC11}, {7582, MT_MISC10}, {7583, MT_MISC0}, {7584, MT_MISC1}, {7585, MT_LASERGUN}, {7586, MT_LPOWERUP1}, {7587, MT_LPOWERUP2}, {7588, MT_LPOWERUP3}, {7589, MT_MEGA}, {7590, MT_MISC12}, {7591, MT_INS}, {7592, MT_INV}, {7593, MT_MISC13}, {7594, MT_MISC2}, {7595, MT_MISC3}, {7596, MT_MISC15}, {7597, MT_MISC16}, {7598, MT_MISC14}, {7599, MT_MISC22}, {7600, MT_MISC23}, {7601, MT_CLIP}, {7602, MT_MISC17}, {7603, MT_MISC18}, {7604, MT_MISC19}, {7605, MT_MISC20}, {7606, MT_MISC21}, {7607, MT_MISC24}, {7608, MT_POSSESSED}, {7609, MT_SHOTGUY}, {7610, MT_TROOP}, {7611, MT_NTROOP}, {7612, MT_SERGEANT}, {7613, MT_SHADOWS}, {7615, MT_HEAD}, {7617, MT_SKULL}, {7618, MT_PAIN}, {7619, MT_FATSO}, {7620, MT_BABY}, {7621, MT_CYBORG}, {7622, MT_BITCH}, {7623, MT_KNIGHT}, {7624, MT_BRUISER}, {7625, MT_MISC5}, {7626, MT_MISC8}, {7627, MT_MISC4}, {7628, MT_MISC9}, {7629, MT_MISC6}, {7630, MT_MISC7}, {-1, -1} // Terminator. }; int i; for(i = 0; spawners[i].doomEdNum; ++i) if(spawners[i].doomEdNum == doomEdNum) return spawners[i].type; return -1; } typedef struct { Sector *sec; coord_t spawnHeight; } fadespawnparams_t; static int fadeSpawn(thinker_t *th, void *context) { fadespawnparams_t *params = (fadespawnparams_t *) context; mobj_t *origin = (mobj_t *) th; mobjtype_t spawntype; if(params->sec && params->sec != Mobj_Sector(origin)) return false; // Continue iteration. // Only fade spawn origins of a certain type. spawntype = isFadeSpawner(origin->info->doomEdNum); if(spawntype != -1) { coord_t pos[3]; angle_t an; mobj_t *mo; an = origin->angle >> ANGLETOFINESHIFT; memcpy(pos, origin->origin, sizeof(pos)); pos[VX] += 20 * FIX2FLT(finecosine[an]); pos[VY] += 20 * FIX2FLT(finesine[an]); pos[VZ] = params->spawnHeight; if((mo = P_SpawnMobj(spawntype, pos, origin->angle, 0))) { mo->translucency = 255; mo->spawnFadeTics = 0; mo->intFlags |= MIF_FADE; // Emit sound, where? S_StartSound(SFX_ITMBK, mo); if(MOBJINFO[spawntype].flags & MF_COUNTKILL) totalKills++; } } return false; // Continue iteration. } /** * d64tc * kaiser - This sets a thing spawn depending on thing type placed in * tagged sector. * \todo DJS - This is not a good design. There must be a better way * to do this using a new thing flag (MF_NOTSPAWNONSTART?). */ int EV_FadeSpawn(Line* li, mobj_t* mo) { iterlist_t* list; list = P_GetSectorIterListForTag(P_ToXLine(li)->tag, false); if(list) { Sector* sec; fadespawnparams_t params; params.spawnHeight = mo->origin[VZ]; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { params.sec = sec; Thinker_Iterate(P_MobjThinker, fadeSpawn, ¶ms); } } return 0; } // Bitwise ops (for changeMobjFlags) typedef enum { BW_CLEAR, BW_SET, BW_XOR } bitwiseop_t; typedef struct { Sector *sec; dd_bool notPlayers; int flags; bitwiseop_t op; } pit_changemobjflagsparams_t; int PIT_ChangeMobjFlags(thinker_t *th, void *context) { pit_changemobjflagsparams_t *parm = (pit_changemobjflagsparams_t *) context; mobj_t *mo = (mobj_t *) th; if(parm->sec && parm->sec != Mobj_Sector(mo)) return false; if(parm->notPlayers && mo->player) return false; switch(parm->op) { case BW_CLEAR: mo->flags &= ~parm->flags; break; case BW_SET: mo->flags |= parm->flags; break; case BW_XOR: mo->flags ^= parm->flags; break; default: DENG_ASSERT(false); break; } return false; // Continue iteration. } /** * d64tc * kaiser - removes things in tagged sector! * DJS - actually, no it doesn't at least not directly. * * @todo fixme: It appears the MF_TELEPORT flag has been hijacked. */ int EV_FadeAway(Line *line, mobj_t *thing) { iterlist_t *list; DENG_UNUSED(thing); if(!line) return 0; if((list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false)) != 0) { Sector *sec = 0; pit_changemobjflagsparams_t parm; parm.flags = MF_TELEPORT; parm.op = BW_SET; parm.notPlayers = true; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { parm.sec = sec; Thinker_Iterate(P_MobjThinker, PIT_ChangeMobjFlags, &parm); } } return 0; } doomsday-1.14.5/doomsday/plugins/doom64/src/st_stuff.c0000664000175000017500000007510312350542240022110 0ustar jaakkojaakko/**\file st_stuff.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #include #include "jdoom64.h" #include "dmu_lib.h" #include "d_net.h" #include "hu_stuff.h" #include "hu_lib.h" #include "hu_chat.h" #include "hu_log.h" #include "hu_automap.h" #include "p_mapsetup.h" #include "p_tick.h" // for Pause_IsPaused #include "p_inventory.h" #include "player.h" #include "am_map.h" #include "r_common.h" // Frags pos. #define ST_FRAGSX 138 #define ST_FRAGSY 171 #define ST_FRAGSWIDTH 2 enum { UWG_MAPNAME = 0, UWG_BOTTOMLEFT, UWG_BOTTOMRIGHT, UWG_BOTTOMCENTER, UWG_TOP, UWG_COUNTERS, UWG_AUTOMAP, NUM_UIWIDGET_GROUPS }; typedef struct { dd_bool inited; dd_bool stopped; int hideTics; float hideAmount; float alpha; // Fullscreen hud alpha value. dd_bool statusbarActive; // Whether the HUD is on. int automapCheatLevel; /// \todo Belongs in player state? int widgetGroupIds[NUM_UIWIDGET_GROUPS]; int automapWidgetId; int chatWidgetId; int logWidgetId; dd_bool firstTime; // ST_Start() has just been called. int currentFragsCount; // Number of frags so far in deathmatch. // Other: guidata_automap_t automap; guidata_chat_t chat; guidata_log_t log; } hudstate_t; typedef enum hotloc_e { HOT_TLEFT, HOT_TRIGHT, HOT_BRIGHT, HOT_BLEFT } hotloc_t; int ST_ChatResponder(int player, event_t* ev); void unhideHUD(void); static hudstate_t hudStates[MAXPLAYERS]; void ST_Register(void) { C_VAR_FLOAT2( "hud-color-r", &cfg.hudColor[0], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-g", &cfg.hudColor[1], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-b", &cfg.hudColor[2], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-a", &cfg.hudColor[3], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-icon-alpha", &cfg.hudIconAlpha, 0, 0, 1, unhideHUD ) C_VAR_INT( "hud-patch-replacement", &cfg.hudPatchReplaceMode, 0, PRM_FIRST, PRM_LAST ) C_VAR_FLOAT2( "hud-scale", &cfg.hudScale, 0, 0.1f, 1, unhideHUD ) C_VAR_FLOAT( "hud-timer", &cfg.hudTimer, 0, 0, 60 ) // Displays C_VAR_BYTE2( "hud-ammo", &cfg.hudShown[HUD_AMMO], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-armor", &cfg.hudShown[HUD_ARMOR], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-cheat-counter", &cfg.hudShownCheatCounters, 0, 0, 63, unhideHUD ) C_VAR_FLOAT2( "hud-cheat-counter-scale", &cfg.hudCheatCounterScale, 0, .1f, 1, unhideHUD ) C_VAR_BYTE2( "hud-cheat-counter-show-mapopen", &cfg.hudCheatCounterShowWithAutomap, 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-frags", &cfg.hudShown[HUD_FRAGS], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-health", &cfg.hudShown[HUD_HEALTH], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-keys", &cfg.hudShown[HUD_KEYS], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-power", &cfg.hudShown[HUD_INVENTORY], 0, 0, 1, unhideHUD ) // Events. C_VAR_BYTE( "hud-unhide-damage", &cfg.hudUnHide[HUE_ON_DAMAGE], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-ammo", &cfg.hudUnHide[HUE_ON_PICKUP_AMMO], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-armor", &cfg.hudUnHide[HUE_ON_PICKUP_ARMOR], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-health", &cfg.hudUnHide[HUE_ON_PICKUP_HEALTH], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-key", &cfg.hudUnHide[HUE_ON_PICKUP_KEY], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-powerup", &cfg.hudUnHide[HUE_ON_PICKUP_POWER], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-weapon", &cfg.hudUnHide[HUE_ON_PICKUP_WEAPON], 0, 0, 1 ) C_CMD("beginchat", NULL, ChatOpen ) C_CMD("chatcancel", "", ChatAction ) C_CMD("chatcomplete", "", ChatAction ) C_CMD("chatdelete", "", ChatAction ) C_CMD("chatsendmacro", NULL, ChatSendMacro ) } static int fullscreenMode(int player) { return (cfg.screenBlocks < 10? 0 : cfg.screenBlocks - 10); } void ST_HUDUnHide(int player, hueevent_t ev) { player_t* plr; if(player < 0 || player >= MAXPLAYERS) return; if(ev < HUE_FORCE || ev > NUMHUDUNHIDEEVENTS) { DENG_ASSERT(!"ST_HUDUnHide: Invalid event type"); return; } plr = &players[player]; if(!plr->plr->inGame) return; if(ev == HUE_FORCE || cfg.hudUnHide[ev]) { hudStates[player].hideTics = (cfg.hudTimer * TICSPERSEC); hudStates[player].hideAmount = 0; } } void ST_updateWidgets(int player) { int i; player_t* plr = &players[player]; hudstate_t* hud = &hudStates[player]; // Used by wFrags widget. hud->currentFragsCount = 0; for(i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; hud->currentFragsCount += plr->frags[i] * (i != player ? 1 : -1); } } int ST_Responder(event_t* ev) { int i, eaten = false; for(i = 0; i < MAXPLAYERS; ++i) { eaten = ST_ChatResponder(i, ev); if(eaten) break; } return eaten; } void ST_Ticker(timespan_t ticLength) { const dd_bool isSharpTic = DD_IsSharpTick(); int i; for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = &players[i]; hudstate_t* hud = &hudStates[i]; if(!plr->plr->inGame) continue; // Fade in/out the fullscreen HUD. if(hud->statusbarActive) { if(hud->alpha > 0.0f) { hud->statusbarActive = 0; hud->alpha-=0.1f; } } else { if(cfg.screenBlocks == 13) { if(hud->alpha > 0.0f) { hud->alpha-=0.1f; } } else { if(hud->alpha < 1.0f) hud->alpha += 0.1f; } } // The following is restricted to fixed 35 Hz ticks. if(isSharpTic && !Pause_IsPaused()) { if(cfg.hudTimer == 0) { hud->hideTics = hud->hideAmount = 0; } else { if(hud->hideTics > 0) hud->hideTics--; if(hud->hideTics == 0 && cfg.hudTimer > 0 && hud->hideAmount < 1) hud->hideAmount += 0.1f; } /// \todo Refactor me away. ST_updateWidgets(i); } if(hud->inited) { int j; for(j = 0; j < NUM_UIWIDGET_GROUPS; ++j) { UIWidget_RunTic(GUI_MustFindObjectById(hud->widgetGroupIds[j]), ticLength); } } } } static void drawWidgets(hudstate_t* hud) { #define MAXDIGITS ST_FRAGSWIDTH if(G_Ruleset_Deathmatch()) { char buf[20]; if(hud->currentFragsCount == 1994) return; dd_snprintf(buf, 20, "%i", hud->currentFragsCount); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_STATUS)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(1, 1, 1, hud->alpha); FR_DrawTextXY3(buf, ST_FRAGSX, ST_FRAGSY, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); } #undef MAXDIGITS } void ST_doRefresh(int player) { hudstate_t* hud; if(player < 0 || player > MAXPLAYERS) return; hud = &hudStates[player]; hud->firstTime = false; drawWidgets(hud); } void ST_drawHUDSprite(int sprite, float x, float y, hotloc_t hotspot, float scale, float alpha, dd_bool flip, int* drawnWidth, int* drawnHeight) { spriteinfo_t info; if(!(alpha > 0)) return; alpha = MINMAX_OF(0.f, alpha, 1.f); R_GetSpriteInfo(sprite, 0, &info); switch(hotspot) { case HOT_BRIGHT: y -= info.geometry.size.height * scale; case HOT_TRIGHT: x -= info.geometry.size.width * scale; break; case HOT_BLEFT: y -= info.geometry.size.height * scale; break; default: break; } DGL_SetPSprite(info.material); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, alpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, flip * info.texCoord[0], 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, !flip * info.texCoord[0], 0); DGL_Vertex2f(x + info.geometry.size.width * scale, y); DGL_TexCoord2f(0, !flip * info.texCoord[0], info.texCoord[1]); DGL_Vertex2f(x + info.geometry.size.width * scale, y + info.geometry.size.height * scale); DGL_TexCoord2f(0, flip * info.texCoord[0], info.texCoord[1]); DGL_Vertex2f(x, y + info.geometry.size.height * scale); DGL_End(); DGL_Disable(DGL_TEXTURE_2D); if(drawnWidth) *drawnWidth = info.geometry.size.width * scale; if(drawnHeight) *drawnHeight = info.geometry.size.height * scale; } void ST_doFullscreenStuff(int player) { static int const ammo_sprite[NUM_AMMO_TYPES] = { SPR_AMMO, SPR_SBOX, SPR_CELL, SPR_RCKT }; hudstate_t *hud = &hudStates[player]; player_t *plr = &players[player]; char buf[20]; int w, h, pos = 0, oldPos = 0, spr,i; int h_width = 320 / cfg.hudScale; int h_height = 200 / cfg.hudScale; float textalpha = hud->alpha - hud->hideAmount - ( 1 - cfg.hudColor[3]); float iconalpha = hud->alpha - hud->hideAmount - ( 1 - cfg.hudIconAlpha); textalpha = MINMAX_OF(0.f, textalpha, 1.f); iconalpha = MINMAX_OF(0.f, iconalpha, 1.f); FR_LoadDefaultAttrib(); if(IS_NETGAME && G_Ruleset_Deathmatch() && cfg.hudShown[HUD_FRAGS]) { // Display the frag counter. i = 199 - HUDBORDERY; if(cfg.hudShown[HUD_HEALTH]) { i -= 18 * cfg.hudScale; } sprintf(buf, "FRAGS:%i", hud->currentFragsCount); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textalpha); FR_DrawTextXY3(buf, HUDBORDERX, i, ALIGN_TOPLEFT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); } // Setup the scaling matrix. DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); // Draw the visible HUD data, first health. if(cfg.hudShown[HUD_HEALTH]) { sprintf(buf, "HEALTH"); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_SetColorAndAlpha(1, 1, 1, iconalpha); pos = FR_TextWidth(buf)/2; FR_DrawTextXY3(buf, HUDBORDERX, h_height - HUDBORDERY - 4, ALIGN_BOTTOM, DTF_NO_EFFECTS); sprintf(buf, "%i", plr->health); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textalpha); FR_DrawTextXY3(buf, HUDBORDERX + pos, h_height - HUDBORDERY, ALIGN_BOTTOM, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); oldPos = pos; pos = HUDBORDERX * 2 + FR_TextWidth(buf); } // Keys | use a bit of extra scale. if(cfg.hudShown[HUD_KEYS]) { Draw_BeginZoom(0.75f, pos , h_height - HUDBORDERY); for(i = 0; i < 3; ++i) { spr = 0; if(plr-> keys[i == 0 ? KT_REDCARD : i == 1 ? KT_YELLOWCARD : KT_BLUECARD]) spr = i == 0 ? SPR_RKEY : i == 1 ? SPR_YKEY : SPR_BKEY; if(plr-> keys[i == 0 ? KT_REDSKULL : i == 1 ? KT_YELLOWSKULL : KT_BLUESKULL]) spr = i == 0 ? SPR_RSKU : i == 1 ? SPR_YSKU : SPR_BSKU; if(spr) { ST_drawHUDSprite(spr, pos, h_height - 2, HOT_BLEFT, 1, iconalpha, false, &w, &h); pos += w + 2; } } Draw_EndZoom(); } pos = oldPos; // Inventory if(cfg.hudShown[HUD_INVENTORY]) { if(P_InventoryCount(player, IIT_DEMONKEY1)) { spr = SPR_ART1; ST_drawHUDSprite(spr, HUDBORDERX + pos -w/2, h_height - 44, HOT_BLEFT, 1, iconalpha, false, &w, &h); } if(P_InventoryCount(player, IIT_DEMONKEY2)) { spr = SPR_ART2; ST_drawHUDSprite(spr, HUDBORDERX + pos -w/2, h_height - 84, HOT_BLEFT, 1, iconalpha, false, &w, &h); } if(P_InventoryCount(player, IIT_DEMONKEY3)) { spr = SPR_ART3; ST_drawHUDSprite(spr, HUDBORDERX + pos -w/2, h_height - 124, HOT_BLEFT, 1, iconalpha, false, &w, &h); } } if(cfg.hudShown[HUD_AMMO]) { ammotype_t ammotype; //// \todo Only supports one type of ammo per weapon. //// for each type of ammo this weapon takes. for(ammotype=0; ammotype < NUM_AMMO_TYPES; ++ammotype) { if(!weaponInfo[plr->readyWeapon][plr->class_].mode[0].ammoType[ammotype]) continue; sprintf(buf, "%i", plr->ammo[ammotype].owned); pos = h_width/2; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textalpha); FR_DrawTextXY3(buf, pos, h_height - HUDBORDERY, ALIGN_TOP, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); break; } } pos = h_width - 1; if(cfg.hudShown[HUD_ARMOR]) { sprintf(buf, "ARMOR"); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_SetColorAndAlpha(1, 1, 1, iconalpha); w = FR_TextWidth(buf); FR_DrawTextXY3(buf, h_width - HUDBORDERX, h_height - HUDBORDERY - 4, ALIGN_BOTTOMRIGHT, DTF_NO_EFFECTS); sprintf(buf, "%i", plr->armorPoints); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textalpha); FR_DrawTextXY3(buf, h_width - (w/2) - HUDBORDERX, h_height - HUDBORDERY, ALIGN_BOTTOMRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } typedef struct { guiwidgettype_t type; int group; gamefontid_t fontIdx; void (*updateGeometry) (uiwidget_t* obj); void (*drawer) (uiwidget_t* obj, int x, int y); void (*ticker) (uiwidget_t* obj, timespan_t ticLength); void* typedata; } uiwidgetdef_t; typedef struct { int group; int alignFlags; int groupFlags; int padding; // In fixed 320x200 pixels. } uiwidgetgroupdef_t; static void drawUIWidgetsForPlayer(player_t* plr) { const int playerNum = plr - players; assert(plr); ST_doFullscreenStuff(playerNum); } void ST_Drawer(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; if(!players[player].plr->inGame) return; R_UpdateViewFilter(player); hud = &hudStates[player]; hud->firstTime = hud->firstTime; hud->statusbarActive = (fullscreenMode(player) < 2) || (ST_AutomapIsActive(player) && (cfg.automapHudDisplay == 0 || cfg.automapHudDisplay == 2)); drawUIWidgetsForPlayer(players + player); } void ST_loadData(void) { // Nothing to do. } static void initData(hudstate_t* hud) { int player = hud - hudStates; hud->firstTime = true; hud->statusbarActive = true; hud->stopped = true; hud->alpha = 0.f; hud->log._msgCount = 0; hud->log._nextUsedMsg = 0; hud->log._pvisMsgCount = 0; memset(hud->log._msgs, 0, sizeof(hud->log._msgs)); ST_HUDUnHide(player, HUE_FORCE); } static void setAutomapCheatLevel(uiwidget_t* obj, int level) { hudstate_t* hud = &hudStates[UIWidget_Player(obj)]; int flags; hud->automapCheatLevel = level; flags = UIAutomap_Flags(obj) & ~(AMF_REND_ALLLINES|AMF_REND_THINGS|AMF_REND_SPECIALLINES|AMF_REND_VERTEXES|AMF_REND_LINE_NORMALS); if(hud->automapCheatLevel >= 1) flags |= AMF_REND_ALLLINES; if(hud->automapCheatLevel == 2) flags |= AMF_REND_THINGS | AMF_REND_SPECIALLINES; if(hud->automapCheatLevel > 2) flags |= (AMF_REND_VERTEXES | AMF_REND_LINE_NORMALS); UIAutomap_SetFlags(obj, flags); } static void initAutomapForCurrentMap(uiwidget_t* obj) { hudstate_t* hud = &hudStates[UIWidget_Player(obj)]; automapcfg_t* mcfg; mobj_t* followMobj; int i; UIAutomap_Reset(obj); UIAutomap_SetMinScale(obj, 2 * PLAYERRADIUS); UIAutomap_SetWorldBounds(obj, *((coord_t*) DD_GetVariable(DD_MAP_MIN_X)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_X)), *((coord_t*) DD_GetVariable(DD_MAP_MIN_Y)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_Y))); mcfg = UIAutomap_Config(obj); // Determine the obj view scale factors. if(UIAutomap_ZoomMax(obj)) UIAutomap_SetScale(obj, 0); UIAutomap_ClearPoints(obj); #if !__JHEXEN__ if(G_Ruleset_Skill() == SM_BABY && cfg.automapBabyKeys) { int flags = UIAutomap_Flags(obj); UIAutomap_SetFlags(obj, flags|AMF_REND_KEYS); } #endif #if __JDOOM__ if(!IS_NETGAME && hud->automapCheatLevel) AM_SetVectorGraphic(mcfg, AMO_THINGPLAYER, VG_CHEATARROW); #endif // Are we re-centering on a followed mobj? followMobj = UIAutomap_FollowMobj(obj); if(followMobj) { UIAutomap_SetCameraOrigin(obj, followMobj->origin[VX], followMobj->origin[VY]); } if(IS_NETGAME) { setAutomapCheatLevel(obj, 0); } UIAutomap_SetReveal(obj, false); // Add all immediately visible lines. for(i = 0; i < numlines; ++i) { xline_t *xline = &xlines[i]; if(!(xline->flags & ML_MAPPED)) continue; P_SetLineAutomapVisibility(UIWidget_Player(obj), i, true); } } void ST_Start(int player) { uiwidget_t* obj; hudstate_t* hud; int flags; if(player < 0 || player >= MAXPLAYERS) { Con_Error("ST_Start: Invalid player #%i.", player); exit(1); // Unreachable. } hud = &hudStates[player]; if(!hud->stopped) { ST_Stop(player); } initData(hud); /** * Initialize widgets according to player preferences. */ obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]); flags = UIWidget_Alignment(obj); flags &= ~(ALIGN_LEFT|ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= ALIGN_RIGHT; UIWidget_SetAlignment(obj, flags); obj = GUI_MustFindObjectById(hud->automapWidgetId); // If the automap was left open; close it. UIAutomap_Open(obj, false, true); initAutomapForCurrentMap(obj); UIAutomap_SetCameraRotation(obj, cfg.automapRotate); hud->stopped = false; } void ST_Stop(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; hud = &hudStates[player]; if(hud->stopped) return; hud->stopped = true; } void ST_BuildWidgets(int player) { assert(player >= 0 && player < MAXPLAYERS); { #define PADDING 2 // In fixed 320x200 units. hudstate_t* hud = &hudStates[player]; const uiwidgetgroupdef_t widgetGroupDefs[] = { { UWG_MAPNAME, ALIGN_BOTTOMLEFT }, { UWG_AUTOMAP, ALIGN_TOPLEFT } }; size_t i; for(i = 0; i < sizeof(widgetGroupDefs)/sizeof(widgetGroupDefs[0]); ++i) { const uiwidgetgroupdef_t* def = &widgetGroupDefs[i]; hud->widgetGroupIds[def->group] = GUI_CreateGroup(def->groupFlags, player, def->alignFlags, 0, def->padding); } hud->automapWidgetId = GUI_CreateWidget(GUI_AUTOMAP, player, 0, FID(GF_FONTB), 1, UIAutomap_UpdateGeometry, UIAutomap_Drawer, UIAutomap_Ticker, &hud->automap); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_AUTOMAP]), GUI_FindObjectById(hud->automapWidgetId)); #undef PADDING } } void ST_Init(void) { int i; ST_InitAutomapConfig(); for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; ST_BuildWidgets(i); hud->inited = true; } ST_loadData(); } void ST_Shutdown(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; hud->inited = false; } } void ST_CloseAll(int player, dd_bool fast) { ST_AutomapOpen(player, false, fast); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(player, false); #endif } uiwidget_t* ST_UIChatForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->chatWidgetId); } Con_Error("ST_UIChatForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UILogForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->logWidgetId); } Con_Error("ST_UILogForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UIAutomapForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->automapWidgetId); } Con_Error("ST_UIAutomapForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } int ST_ChatResponder(int player, event_t* ev) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(NULL != obj) { return UIChat_Responder(obj, ev); } return false; } dd_bool ST_ChatIsActive(int player) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(NULL != obj) { return UIChat_IsActive(obj); } return false; } void ST_LogPost(int player, byte flags, const char* msg) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Post(obj, flags, msg); } void ST_LogRefresh(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Refresh(obj); } void ST_LogEmpty(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Empty(obj); } void ST_LogPostVisibilityChangeNotification(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { ST_LogPost(i, LMF_NO_HIDE, !cfg.hudShown[HUD_LOG] ? MSGOFF : MSGON); } } void ST_LogUpdateAlignment(void) { // Stub. #if 0 short flags; int i; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; if(!hud->inited) continue; flags = UIGroup_Flags(GUI_MustFindObjectById(hud->widgetGroupNames[UWG_TOP])); flags &= ~(UWGF_ALIGN_LEFT|UWGF_ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= UWGF_ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= UWGF_ALIGN_RIGHT; UIGroup_SetFlags(GUI_MustFindObjectById(hud->widgetGroupNames[UWG_TOP]), flags); } #endif } void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Open(obj, yes, fast); } dd_bool ST_AutomapIsActive(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Active(obj); } dd_bool ST_AutomapObscures2(int player, const RectRaw* region) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; if(UIAutomap_Active(obj)) { if(cfg.automapOpacity * ST_AutomapOpacity(player) >= ST_AUTOMAP_OBSCURE_TOLERANCE) { /*if(UIAutomap_Fullscreen(obj)) {*/ return true; /*} else { // We'll have to compare the dimensions. const int scrwidth = Get(DD_WINDOW_WIDTH); const int scrheight = Get(DD_WINDOW_HEIGHT); const Rect* rect = UIWidget_Geometry(obj); float fx = FIXXTOSCREENX(region->origin.x); float fy = FIXYTOSCREENY(region->origin.y); float fw = FIXXTOSCREENX(region->size.width); float fh = FIXYTOSCREENY(region->size.height); if(dims->origin.x >= fx && dims->origin.y >= fy && dims->size.width >= fw && dims->size.height >= fh) return true; }*/ } } return false; } dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height) { RectRaw rect; rect.origin.x = x; rect.origin.y = y; rect.size.width = width; rect.size.height = height; return ST_AutomapObscures2(player, &rect); } void ST_AutomapClearPoints(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; UIAutomap_ClearPoints(ob); P_SetMessage(&players[player], LMF_NO_HIDE, AMSTR_MARKSCLEARED); } /** * Adds a marker at the specified X/Y location. */ int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z) { static char buffer[20]; uiwidget_t* obj = ST_UIAutomapForPlayer(player); int newPoint; if(!obj) return - 1; if(UIAutomap_PointCount(obj) == MAX_MAP_POINTS) return -1; newPoint = UIAutomap_AddPoint(obj, x, y, z); sprintf(buffer, "%s %d", AMSTR_MARKEDSPOT, newPoint); P_SetMessage(&players[player], LMF_NO_HIDE, buffer); return newPoint; } dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_PointOrigin(obj, point, x, y, z); } void ST_ToggleAutomapMaxZoom(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; if(UIAutomap_SetZoomMax(obj, !UIAutomap_ZoomMax(obj))) { App_Log(0, "Maximum zoom %s in automap", UIAutomap_ZoomMax(obj)? "ON":"OFF"); } } float ST_AutomapOpacity(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return 0; return UIAutomap_Opacity(obj); } void ST_SetAutomapCameraRotation(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetCameraRotation(obj, on); } void ST_ToggleAutomapPanMode(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; if(UIAutomap_SetPanMode(ob, !UIAutomap_PanMode(ob))) { P_SetMessage(&players[player], LMF_NO_HIDE, (UIAutomap_PanMode(ob)? AMSTR_FOLLOWOFF : AMSTR_FOLLOWON)); } } void ST_CycleAutomapCheatLevel(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; ST_SetAutomapCheatLevel(player, (hud->automapCheatLevel + 1) % 3); } } void ST_SetAutomapCheatLevel(int player, int level) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; setAutomapCheatLevel(obj, level); } void ST_RevealAutomap(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetReveal(obj, on); } dd_bool ST_AutomapHasReveal(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Reveal(obj); } void ST_RebuildAutomap(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Rebuild(obj); } int ST_AutomapCheatLevel(int player) { if(player >=0 && player < MAXPLAYERS) return hudStates[player].automapCheatLevel; return 0; } /** * Called when a cvar changes that affects the look/behavior of the HUD in order to unhide it. */ void unhideHUD(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) ST_HUDUnHide(i, HUE_FORCE); } D_CMD(ChatOpen) { int player = CONSOLEPLAYER, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) { return false; } obj = ST_UIChatForPlayer(player); if(!obj) { return false; } if(argc == 2) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } UIChat_SetDestination(obj, destination); UIChat_Activate(obj, true); return true; } D_CMD(ChatAction) { int player = CONSOLEPLAYER; const char* cmd = argv[0] + 4; uiwidget_t* obj; if(G_QuitInProgress()) { return false; } obj = ST_UIChatForPlayer(player); if(NULL == obj || !UIChat_IsActive(obj)) { return false; } if(!stricmp(cmd, "complete")) // Send the message. { return UIChat_CommandResponder(obj, MCMD_SELECT); } else if(!stricmp(cmd, "cancel")) // Close chat. { return UIChat_CommandResponder(obj, MCMD_CLOSE); } else if(!stricmp(cmd, "delete")) { return UIChat_CommandResponder(obj, MCMD_DELETE); } return true; } D_CMD(ChatSendMacro) { int player = CONSOLEPLAYER, macroId, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) return false; if(argc < 2 || argc > 3) { App_Log(DE2_SCR_NOTE, "Usage: %s (team) (macro number)", argv[0]); App_Log(DE2_SCR_MSG, "Send a chat macro to other player(s). " "If (team) is omitted, the message will be sent to all players."); return true; } obj = ST_UIChatForPlayer(player); if(!obj) { return false; } if(argc == 3) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } macroId = UIChat_ParseMacroId(argc == 3? argv[2] : argv[1]); if(-1 == macroId) { App_Log(DE2_SCR_ERROR, "Invalid macro id"); return false; } UIChat_Activate(obj, true); UIChat_SetDestination(obj, destination); UIChat_LoadMacro(obj, macroId); UIChat_CommandResponder(obj, MCMD_SELECT); UIChat_Activate(obj, false); return true; } doomsday-1.14.5/doomsday/plugins/doom64/src/m_random.c0000664000175000017500000000725112350542240022046 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.c: Random number LUT. */ // HEADER FILES ------------------------------------------------------------ #include "jdoom64.h" // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- static int rndIndex = 0; static int prndIndex = 0; // Returns a 0-255 number static unsigned char rndTable[256] = { 0, 8, 109, 220, 222, 241, 149, 107, 75, 248, 254, 140, 16, 66, 74, 21, 211, 47, 80, 242, 154, 27, 205, 128, 161, 89, 77, 36, 95, 110, 85, 48, 212, 140, 211, 249, 22, 79, 200, 50, 28, 188, 52, 140, 202, 120, 68, 145, 62, 70, 184, 190, 91, 197, 152, 224, 149, 104, 25, 178, 252, 182, 202, 182, 141, 197, 4, 81, 181, 242, 145, 42, 39, 227, 156, 198, 225, 193, 219, 93, 122, 175, 249, 0, 175, 143, 70, 239, 46, 246, 163, 53, 163, 109, 168, 135, 2, 235, 25, 92, 20, 145, 138, 77, 69, 166, 78, 176, 173, 212, 166, 113, 94, 161, 41, 50, 239, 49, 111, 164, 70, 60, 2, 37, 171, 75, 136, 156, 11, 56, 42, 146, 138, 229, 73, 146, 77, 61, 98, 196, 135, 106, 63, 197, 195, 86, 96, 203, 113, 101, 170, 247, 181, 113, 80, 250, 108, 7, 255, 237, 129, 226, 79, 107, 112, 166, 103, 241, 24, 223, 239, 120, 198, 58, 60, 82, 128, 3, 184, 66, 143, 224, 145, 224, 81, 206, 163, 45, 63, 90, 168, 114, 59, 33, 159, 95, 28, 139, 123, 98, 125, 196, 15, 70, 194, 253, 54, 14, 109, 226, 71, 17, 161, 93, 186, 87, 244, 138, 20, 52, 123, 251, 26, 36, 17, 46, 52, 231, 232, 76, 31, 221, 84, 37, 216, 165, 212, 106, 197, 242, 98, 43, 39, 175, 254, 145, 190, 84, 118, 222, 187, 136, 120, 163, 236, 249 }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * \note The returned value is calculated deterministically. * * @return A pseudo-random number from the table. */ byte P_Random(void) { prndIndex = (prndIndex + 1) & 0xff; return rndTable[prndIndex]; } /** * \note The returned value is NOT calculated deterministically. * * @return A pseudo-random number from the table. */ byte M_Random(void) { rndIndex = (rndIndex + 1) & 0xff; return rndTable[rndIndex]; } /** * Resets the seed for the random number generator. */ void M_ResetRandom(void) { rndIndex = prndIndex = 0; } doomsday-1.14.5/doomsday/plugins/doom64/src/p_spec.c0000664000175000017500000010503712350542240021524 0ustar jaakkojaakko/**\file p_spec.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Implements special effects. * * Texture animation, height or lighting changes according to adjacent * sectors, respective utility functions, etc. * * Line Tag handling. Line and Sector triggers. * * Events are operations triggered by using, crossing, * or shooting special lines, or by timed thinkers. */ #include #include #include "jdoom64.h" #include "m_argv.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_mapspec.h" #include "player.h" #include "p_tick.h" #include "p_ceiling.h" #include "p_door.h" #include "p_floor.h" #include "p_plat.h" #include "p_scroll.h" #include "p_switch.h" #include "d_net.h" static void P_CrossSpecialLine(Line *line, int side, mobj_t *thing); static void P_ShootSpecialLine(mobj_t *thing, Line *line); dd_bool P_ActivateLine(Line *ld, mobj_t *mo, int side, int actType) { if(IS_CLIENT) { // Clients do not activate lines. return false; } switch(actType) { case SPAC_CROSS: P_CrossSpecialLine(ld, side, mo); return true; case SPAC_USE: return P_UseSpecialLine(mo, ld, side); case SPAC_IMPACT: P_ShootSpecialLine(mo, ld); return true; default: Con_Error("P_ActivateLine: Unknown Activation Type %i", actType); break; } return false; } /** * Called every time a thing origin is about to cross a line with * a non 0 special. */ static void P_CrossSpecialLine(Line* line, int side, mobj_t* thing) { xline_t* xline; // Extended functionality overrides old. if(XL_CrossLine(line, side, thing)) return; xline = P_ToXLine(line); // Triggers that other things can activate if(!thing->player) { dd_bool ok = false; // Things that should NOT trigger specials... switch(thing->type) { case MT_ROCKET: case MT_PLASMA: case MT_BFG: case MT_TROOPSHOT: case MT_HEADSHOT: case MT_BRUISERSHOT: case MT_BRUISERSHOTRED: // jd64 case MT_NTROSHOT: // jd64 return; default: break; } switch(xline->special) { case 39: ///< TELEPORT TRIGGER case 97: ///< TELEPORT RETRIGGER case 993: // jd64 case 125: ///< TELEPORT MONSTERONLY TRIGGER case 126: ///< TELEPORT MONSTERONLY RETRIGGER case 4: ///< RAISE DOOR case 10: ///< PLAT DOWN-WAIT-UP-STAY TRIGGER case 88: ///< PLAT DOWN-WAIT-UP-STAY RETRIGGER case 415: // jd64 ok = true; break; } // Anything can trigger this line! if(xline->flags & ML_ALLTRIGGER) ok = true; if(!ok) return; } // Note: could use some const's here. switch(xline->special) { // TRIGGERS. // All from here to RETRIGGERS. case 2: // Open Door EV_DoDoor(line, DT_OPEN); xline->special = 0; break; case 3: // Close Door EV_DoDoor(line, DT_CLOSE); xline->special = 0; break; case 4: // Raise Door EV_DoDoor(line, DT_NORMAL); xline->special = 0; break; case 5: // Raise Floor EV_DoFloor(line, FT_RAISEFLOOR); xline->special = 0; break; case 6: // Fast Ceiling Crush & Raise EV_DoCeiling(line, CT_CRUSHANDRAISEFAST); xline->special = 0; break; case 8: // Build Stairs EV_BuildStairs(line, build8); xline->special = 0; break; case 10: // PlatDownWaitUp EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0); xline->special = 0; break; case 12: // Light Turn On - brightest near EV_LightTurnOn(line, 0); xline->special = 0; break; case 13: // Light Turn On - max EV_LightTurnOn(line, 1); xline->special = 0; break; case 16: // Close Door 30 EV_DoDoor(line, DT_CLOSE30THENOPEN); xline->special = 0; break; case 17: // Start Light Strobing EV_StartLightStrobing(line); xline->special = 0; break; case 19: // Lower Floor EV_DoFloor(line, FT_LOWER); xline->special = 0; break; case 22: // Raise floor to nearest height and change texture EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); xline->special = 0; break; case 25: // Ceiling Crush and Raise EV_DoCeiling(line, CT_CRUSHANDRAISE); xline->special = 0; break; case 30: // Raise floor to shortest texture height // on either side of lines. EV_DoFloor(line, FT_RAISETOTEXTURE); xline->special = 0; break; case 35: // Lights Very Dark EV_LightTurnOn(line, 35.0f/255.0f); xline->special = 0; break; case 36: // Lower Floor (TURBO) EV_DoFloor(line, FT_LOWERTURBO); xline->special = 0; break; case 37: // LowerAndChange EV_DoFloor(line, FT_LOWERANDCHANGE); xline->special = 0; break; case 38: // Lower Floor To Lowest EV_DoFloor(line, FT_LOWERTOLOWEST); xline->special = 0; break; case 420: // jd64 EV_DoFloorAndCeiling(line, FT_TOHIGHESTPLUS8, CT_RAISETOHIGHEST); xline->special = 0; break; case 430: // jd64 EV_DoFloor(line, FT_TOHIGHESTPLUSBITMIP); break; case 431: // jd64 EV_DoFloor(line, FT_TOHIGHESTPLUSBITMIP); xline->special = 0; break; case 426: // jd64 EV_DoCeiling(line, CT_CUSTOM); break; case 427: // jd64 EV_DoCeiling(line, CT_CUSTOM); xline->special = 0; break; case 991: // jd64 // TELEPORT! EV_FadeSpawn(line, thing); xline->special = 0; break; case 993: // jd64 if(!thing->player) EV_FadeSpawn(line, thing); xline->special = 0; break; case 992: // jd64 // Lower Ceiling to Floor if(EV_DoCeiling(line, CT_LOWERTOFLOOR)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 994: // jd64 /// @todo Might as well do this with XG. /// Also, export this text string to DED. P_SetMessage(thing->player, 0, "You've found a secret area!"); thing->player->secretCount++; thing->player->update |= PSF_COUNTERS; xline->special = 0; break; case 995: // jd64 /// @todo Might as well do this with XG. P_SetMessage(thing->player, 0, "You've found a shrine!"); xline->special = 0; break; case 998: // jd64 // BE GONE! EV_FadeAway(line, thing); xline->special = 0; break; case 39: // TELEPORT! EV_Teleport(line, side, thing, true); xline->special = 0; break; case 40: // RaiseCeilingLowerFloor EV_DoCeiling(line, CT_RAISETOHIGHEST); EV_DoFloor(line, FT_LOWERTOLOWEST); xline->special = 0; break; case 44: // Ceiling Crush EV_DoCeiling(line, CT_LOWERANDCRUSH); xline->special = 0; break; case 52: // EXIT! G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); break; case 53: // Perpetual Platform Raise EV_DoPlat(line, PT_PERPETUALRAISE, 0); xline->special = 0; break; case 54: // Platform Stop P_PlatDeactivate(xline->tag); xline->special = 0; break; case 56: // Raise Floor Crush EV_DoFloor(line, FT_RAISEFLOORCRUSH); xline->special = 0; break; case 57: // Ceiling Crush Stop P_CeilingDeactivate(xline->tag); xline->special = 0; break; case 58: // Raise Floor 24 EV_DoFloor(line, FT_RAISE24); xline->special = 0; break; case 59: // Raise Floor 24 And Change EV_DoFloor(line, FT_RAISE24ANDCHANGE); xline->special = 0; break; case 104: // Turn lights off in sector(tag) EV_TurnTagLightsOff(line); xline->special = 0; break; case 108: // Blazing Door Raise (faster than TURBO!) EV_DoDoor(line, DT_BLAZERAISE); xline->special = 0; break; case 109: // Blazing Door Open (faster than TURBO!) EV_DoDoor(line, DT_BLAZEOPEN); xline->special = 0; break; case 100: // Build Stairs Turbo 16 EV_BuildStairs(line, turbo16); xline->special = 0; break; case 110: // Blazing Door Close (faster than TURBO!) EV_DoDoor(line, DT_BLAZECLOSE); xline->special = 0; break; case 119: // Raise floor to nearest surr. floor EV_DoFloor(line, FT_RAISEFLOORTONEAREST); xline->special = 0; break; case 121: // Blazing PlatDownWaitUpStay EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0); xline->special = 0; break; case 124: // Secret EXIT G_SetGameActionMapCompleted(G_NextLogicalMapNumber(true), 0, true); break; case 125: // TELEPORT MonsterONLY if(!thing->player) { EV_Teleport(line, side, thing, true); xline->special = 0; } break; case 130: // Raise Floor Turbo EV_DoFloor(line, FT_RAISEFLOORTURBO); xline->special = 0; break; case 141: // Silent Ceiling Crush & Raise EV_DoCeiling(line, CT_SILENTCRUSHANDRAISE); xline->special = 0; break; // RETRIGGERS. All from here till end. case 72: // Ceiling Crush EV_DoCeiling(line, CT_LOWERANDCRUSH); break; case 73: // Ceiling Crush and Raise EV_DoCeiling(line, CT_CRUSHANDRAISE); break; case 74: // Ceiling Crush Stop P_CeilingDeactivate(xline->tag); break; case 75: // Close Door EV_DoDoor(line, DT_CLOSE); break; case 76: // Close Door 30 EV_DoDoor(line, DT_CLOSE30THENOPEN); break; case 77: // Fast Ceiling Crush & Raise EV_DoCeiling(line, CT_CRUSHANDRAISEFAST); break; case 79: // Lights Very Dark EV_LightTurnOn(line, 35.0f/255.0f); break; case 80: // Light Turn On - brightest near EV_LightTurnOn(line, 0); break; case 81: // Light Turn On - max EV_LightTurnOn(line, 1); break; case 82: // Lower Floor To Lowest EV_DoFloor(line, FT_LOWERTOLOWEST); break; case 83: // Lower Floor EV_DoFloor(line, FT_LOWER); break; case 84: // LowerAndChange EV_DoFloor(line, FT_LOWERANDCHANGE); break; case 86: // Open Door EV_DoDoor(line, DT_OPEN); break; case 87: // Perpetual Platform Raise EV_DoPlat(line, PT_PERPETUALRAISE, 0); break; case 88: // PlatDownWaitUp EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0); break; case 415: // jd64 if(thing->player) EV_DoPlat(line, PT_UPWAITDOWNSTAY, 0); break; case 89: // Platform Stop P_PlatDeactivate(xline->tag); break; case 90: // Raise Door EV_DoDoor(line, DT_NORMAL); break; case 91: // Raise Floor EV_DoFloor(line, FT_RAISEFLOOR); break; case 92: // Raise Floor 24 EV_DoFloor(line, FT_RAISE24); break; case 93: // Raise Floor 24 And Change EV_DoFloor(line, FT_RAISE24ANDCHANGE); break; case 94: // Raise Floor Crush EV_DoFloor(line, FT_RAISEFLOORCRUSH); break; case 95: // Raise floor to nearest height // and change texture. EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); break; case 96: // Raise floor to shortest texture height // on either side of lines. EV_DoFloor(line, FT_RAISETOTEXTURE); break; case 97: // TELEPORT! EV_Teleport(line, side, thing, true); break; case 423: // jd64 // TELEPORT! (no fog) // FIXME: DJS - might as well do this in XG. EV_Teleport(line, side, thing, false); break; case 98: // Lower Floor (TURBO) EV_DoFloor(line, FT_LOWERTURBO); break; case 105: // Blazing Door Raise (faster than TURBO!) EV_DoDoor(line, DT_BLAZERAISE); break; case 106: // Blazing Door Open (faster than TURBO!) EV_DoDoor(line, DT_BLAZEOPEN); break; case 107: // Blazing Door Close (faster than TURBO!) EV_DoDoor(line, DT_BLAZECLOSE); break; case 120: // Blazing PlatDownWaitUpStay. EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0); break; case 126: // TELEPORT MonsterONLY. if(!thing->player) EV_Teleport(line, side, thing, true); break; case 128: // Raise To Nearest Floor EV_DoFloor(line, FT_RAISEFLOORTONEAREST); break; case 129: // Raise Floor Turbo EV_DoFloor(line, FT_RAISEFLOORTURBO); break; case 155: // jd64 // Raise Floor 512 // FIXME: DJS - again, might as well do this in XG. if(EV_DoFloor(line, FT_RAISE32)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); P_ToXLine(line)->special = 0; } break; } } /** * Called when a thing shoots a special line. */ static void P_ShootSpecialLine(mobj_t* thing, Line* line) { xline_t* xline = P_ToXLine(line); // Impacts that other things can activate. if(!thing->player) { switch(xline->special) { default: return; case 46: ///< OPEN DOOR IMPACT break; } } switch(xline->special) { case 24: ///< RAISE FLOOR EV_DoFloor(line, FT_RAISEFLOOR); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; break; case 46: ///< OPEN DOOR EV_DoDoor(line, DT_OPEN); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 47: ///< RAISE FLOOR NEAR AND CHANGE EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; break; case 191: ///< LOWER FLOOR WAIT RAISE (jd64) EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; } } /** * Called every tic frame that the player origin is in a special sector */ void P_PlayerInSpecialSector(player_t *player) { Sector *sector = Mobj_Sector(player->plr->mo); if(IS_CLIENT) return; // Falling, not all the way down yet? if(!FEQUAL(player->plr->mo->origin[VZ], P_GetDoublep(sector, DMU_FLOOR_HEIGHT))) return; // Has hitten ground. switch(P_ToXSector(sector)->special) { default: break; case 5: ///< HELLSLIME DAMAGE if(!player->powers[PT_IRONFEET]) if(!(mapTime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 10, false); break; case 7: ///< NUKAGE DAMAGE if(!player->powers[PT_IRONFEET]) if(!(mapTime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 5, false); break; case 16: ///< SUPER HELLSLIME DAMAGE case 4: ///< STROBE HURT if(!player->powers[PT_IRONFEET] || (P_Random() < 5)) { if(!(mapTime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 20, false); } break; case 9: ///< SECRET SECTOR player->secretCount++; P_ToXSector(sector)->special = 0; if(cfg.secretMsg) { P_SetMessage(player, 0, "You've found a secret area!"); // S_ConsoleSound(SFX_SECRET, 0, player - players); // jd64 } break; } } /** * d64tc */ void P_ThunderSector(void) { Sector* sec = NULL; iterlist_t* list; if(!(P_Random() < 10)) return; list = P_GetSectorIterListForTag(20000, false); if(!list) return; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { if(!(mapTime & 32)) { P_SetFloatp(sec, DMU_LIGHT_LEVEL, 1); } } S_StartSound(SFX_SSSIT | DDSF_NO_ATTENUATION, NULL); } void P_SpawnSectorSpecialThinkers(void) { int i; // Clients spawn specials only on the server's instruction. if(IS_CLIENT) return; for(i = 0; i < numsectors; ++i) { Sector *sec = P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); // jd64 > // DJS - yet more hacks! Why use the tag? switch(xsec->tag) { default: break; case 10000: case 10001: case 10002: case 10003: case 10004: P_SpawnGlowingLight(sec); break; case 11000: P_SpawnLightFlash(sec); break; case 12000: P_SpawnFireFlicker(sec); break; case 13000: P_SpawnLightBlink(sec); break; case 20000: P_SpawnGlowingLight(sec); break; } // < d64tc switch(xsec->special) { default: break; case 1: ///< FLICKERING LIGHTS P_SpawnLightFlash(sec); break; case 2: ///< STROBE FAST P_SpawnStrobeFlash(sec, FASTDARK, 0); break; case 3: ///< STROBE SLOW P_SpawnStrobeFlash(sec, SLOWDARK, 0); break; case 4: ///< STROBE FAST/DEATH SLIME P_SpawnStrobeFlash(sec, FASTDARK, 0); xsec->special = 4; break; case 8: ///< GLOWING LIGHT P_SpawnGlowingLight(sec); break; case 10: ///< DOOR CLOSE IN 30 SECONDS P_SpawnDoorCloseIn30(sec); break; case 12: ///< SYNC STROBE SLOW P_SpawnStrobeFlash(sec, SLOWDARK, 1); break; case 13: ///< SYNC STROBE FAST P_SpawnStrobeFlash(sec, FASTDARK, 1); break; case 14: ///< DOOR RAISE IN 5 MINUTES P_SpawnDoorRaiseIn5Mins(sec); break; case 17: P_SpawnFireFlicker(sec); break; } } } void P_SpawnLineSpecialThinkers(void) { // Stub. } void P_SpawnAllSpecialThinkers(void) { P_SpawnSectorSpecialThinkers(); P_SpawnLineSpecialThinkers(); } dd_bool P_UseSpecialLine2(mobj_t* mo, Line* line, int side) { xline_t* xline = P_ToXLine(line); // Err... // Use the back sides of VERY SPECIAL lines... if(side) { switch(xline->special) { case 124: // Sliding door open&close // UNUSED? break; default: return false; break; } } // Switches that other things can activate. if(!mo->player) { // Never open secret doors. if(xline->flags & ML_SECRET) return false; switch(xline->special) { case 1: // MANUAL DOOR RAISE case 32: // MANUAL BLUE case 33: // MANUAL RED case 34: // MANUAL YELLOW break; default: return false; break; } } // Do something. switch(xline->special) { // MANUALS case 1: // Vertical Door case 26: // Blue Door/Locked case 27: // Yellow Door /Locked case 28: // Red Door /Locked case 31: // Manual door open case 32: // Blue locked door open case 33: // Red locked door open case 34: // Yellow locked door open case 117: // Blazing door raise case 118: // Blazing door open case 525: // jd64 case 526: // jd64 case 527: // jd64 EV_VerticalDoor(line, mo); break; //UNUSED - Door Slide Open&Close // case 124: // EV_SlidingDoor (line, mo); // break; // SWITCHES case 7: // Build Stairs, if(EV_BuildStairs(line, build8)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 9: // Change Donut, if(EV_DoDonut(line)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 11: // Exit level, if(cyclingMaps && mapCycleNoExit) break; // Prevent zombies from exiting levels, if(mo->player && mo->player->health <= 0 && !cfg.zombiesCanExit) { S_StartSound(SFX_NOWAY, mo); return false; } P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_SWTCHX, false, 0); xline->special = 0; G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); break; case 14: // Raise Floor 32 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 32)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 15: // Raise Floor 24 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 24)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 18: // Raise Floor to next highest floor. if(EV_DoFloor(line, FT_RAISEFLOORTONEAREST)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 20: // Raise Plat next highest floor and change texture. if(EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 21: // PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 23: // Lower Floor to Lowest. if(EV_DoFloor(line, FT_LOWERTOLOWEST)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 29: // Raise Door. if(EV_DoDoor(line, DT_NORMAL)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 41: // Lower Ceiling to Floor. if(EV_DoCeiling(line, CT_LOWERTOFLOOR)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 71: // Turbo Lower Floor. if(EV_DoFloor(line, FT_LOWERTURBO)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 49: // Ceiling Crush And Raise. if(EV_DoCeiling(line, CT_CRUSHANDRAISE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 50: // Close Door. if(EV_DoDoor(line, DT_CLOSE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 51: // Secret EXIT. if(cyclingMaps && mapCycleNoExit) break; // Prevent zombies from exiting levels. if(mo->player && mo->player->health <= 0 && !cfg.zombiesCanExit) { S_StartSound(SFX_NOWAY, mo); return false; } P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; G_SetGameActionMapCompleted(G_NextLogicalMapNumber(true), 0, true); break; case 55: // Raise Floor Crush. if(EV_DoFloor(line, FT_RAISEFLOORCRUSH)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 101: // Raise Floor. if(EV_DoFloor(line, FT_RAISEFLOOR)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 102: // Lower Floor to Surrounding floor height. if(EV_DoFloor(line, FT_LOWER)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 103: // Open Door. if(EV_DoDoor(line, DT_OPEN)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 111: // Blazing Door Raise (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZERAISE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 112: // Blazing Door Open (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZEOPEN)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 113: // Blazing Door Close (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZECLOSE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 122: // Blazing PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 127: // Build Stairs Turbo 16. if(EV_BuildStairs(line, turbo16)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 131: // Raise Floor Turbo. if(EV_DoFloor(line, FT_RAISEFLOORTURBO)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 133: // BlzOpenDoor BLUE. case 135: // BlzOpenDoor RED. case 137: // BlzOpenDoor YELLOW. if(EV_DoLockedDoor(line, DT_BLAZEOPEN, mo)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 140: // Raise Floor 512. if(EV_DoFloor(line, FT_RAISE512)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; // BUTTONS case 42: // Close Door. if(EV_DoDoor(line, DT_CLOSE)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 43: // Lower Ceiling to Floor. if(EV_DoCeiling(line, CT_LOWERTOFLOOR)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 45: // Lower Floor to Surrounding floor height. if(EV_DoFloor(line, FT_LOWER)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 60: // Lower Floor to Lowest. if(EV_DoFloor(line, FT_LOWERTOLOWEST)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 61: // Open Door. if(EV_DoDoor(line, DT_OPEN)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 62: // PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAY, 1)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 63: // Raise Door. if(EV_DoDoor(line, DT_NORMAL)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 64: // Raise Floor to ceiling. if(EV_DoFloor(line, FT_RAISEFLOOR)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 66: // Raise Floor 24 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 24)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 67: // Raise Floor 32 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 32)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 65: // Raise Floor Crush. if(EV_DoFloor(line, FT_RAISEFLOORCRUSH)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 68: // Raise Plat to next highest floor and change texture. if(EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 69: // Raise Floor to next highest floor. if(EV_DoFloor(line, FT_RAISEFLOORTONEAREST)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 70: // Turbo Lower Floor. if(EV_DoFloor(line, FT_LOWERTURBO)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 114: // Blazing Door Raise (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZERAISE)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 115: // Blazing Door Open (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZEOPEN)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 116: // Blazing Door Close (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZECLOSE)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 123: // Blazing PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 132: // Raise Floor Turbo. if(EV_DoFloor(line, FT_RAISEFLOORTURBO)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 99: // BlzOpenDoor BLUE. case 134: // BlzOpenDoor RED. case 136: // BlzOpenDoor YELLOW. if(EV_DoLockedDoor(line, DT_BLAZERAISE, mo)) // jd64 was "DT_BLAZEOPEN" P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 138: // Light Turn On. EV_LightTurnOn(line, 1); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 139: // Light Turn Off. EV_LightTurnOn(line, 35.0f/255.0f); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 343: // jd64 - BlzOpenDoor LaserPowerup 1. case 344: // jd64 - BlzOpenDoor LaserPowerup 2. case 345: // jd64 - BlzOpenDoor LaserPowerup 3. if(EV_DoLockedDoor(line, DT_BLAZEOPEN, mo)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 414: // jd64 if(EV_DoPlat(line, PT_UPWAITDOWNSTAY, 1)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 416: // jd64 if(EV_DoFloorAndCeiling(line, FT_TOHIGHESTPLUS8, CT_RAISETOHIGHEST)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 424: // jd64 if(EV_DoCeiling(line, CT_CUSTOM)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 425: // jd64 if(EV_DoCeiling(line, CT_CUSTOM)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 428: // jd64 if(EV_DoFloor(line, FT_TOHIGHESTPLUSBITMIP)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 429: // jd64 if(EV_DoFloor(line, FT_TOHIGHESTPLUSBITMIP)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; } return true; } doomsday-1.14.5/doomsday/plugins/doom64/src/p_lights.cpp0000664000175000017500000004300012350542240022413 0ustar jaakkojaakko/** @file p_lights.cpp Handle Sector base lighting effects. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom64.h" #include "p_lights.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_mapspec.h" void T_FireFlicker(fireflicker_t *flick) { if(--flick->count) return; float amount = ((P_Random() & 3) * 16) / 255.0f; float lightLevel = P_GetFloatp(flick->sector, DMU_LIGHT_LEVEL); if(lightLevel - amount < flick->minLight) P_SetFloatp(flick->sector, DMU_LIGHT_LEVEL, flick->minLight); else P_SetFloatp(flick->sector, DMU_LIGHT_LEVEL, flick->maxLight - amount); flick->count = 4; } void fireflicker_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); } /** * T_FireFlicker was added to save games in ver5, therefore we don't have * an old format to support. */ int fireflicker_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); /*int ver =*/ Reader_ReadByte(reader); // version byte. // Note: the thinker class byte has already been read. sector = (Sector*)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; thinker.function = (thinkfunc_t) T_FireFlicker; return true; // Add this thinker. } void P_SpawnFireFlicker(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; // Note that we are resetting sector attributes. // Nothing special about it during gameplay. //P_ToXSector(sector)->special = 0; // jd64 fireflicker_t *flick = (fireflicker_t *)Z_Calloc(sizeof(*flick), PU_MAP, 0); flick->thinker.function = (thinkfunc_t) T_FireFlicker; Thinker_Add(&flick->thinker); flick->sector = sector; flick->count = 4; flick->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flick->minLight = otherLevel; else flick->minLight = lightLevel; flick->minLight += (16.0f/255.0f); } /** * Broken light flashing. */ void T_LightFlash(lightflash_t *flash) { float lightLevel; if(--flash->count) return; lightLevel = P_GetFloatp(flash->sector, DMU_LIGHT_LEVEL); if(lightLevel == flash->maxLight) { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->minLight); flash->count = (P_Random() & flash->minTime) + 1; } else { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->maxLight); flash->count = (P_Random() & flash->maxTime) + 1; } } void lightflash_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, count); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, maxTime); Writer_WriteInt32(writer, minTime); } int lightflash_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxTime = Reader_ReadInt32(reader); minTime = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized lightflash_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxTime = Reader_ReadInt32(reader); minTime = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_LightFlash; return true; // Add this thinker. } /** * After the map has been loaded, scan each sector for specials that spawn * thinkers. */ void P_SpawnLightFlash(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; // Note that we are resetting sector attributes. // Nothing special about it during gameplay. //P_ToXSector(sector)->special = 0; // jd64 lightflash_t *flash = (lightflash_t *)Z_Calloc(sizeof(*flash), PU_MAP, 0); flash->thinker.function = (thinkfunc_t) T_LightFlash; Thinker_Add(&flash->thinker); flash->sector = sector; flash->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flash->minLight = otherLevel; else flash->minLight = lightLevel; flash->maxTime = 64; flash->minTime = 7; flash->count = (P_Random() & flash->maxTime) + 1; } /** * d64tc */ void T_LightBlink(lightblink_t *flash) { float lightlevel = P_GetFloatp(flash->sector, DMU_LIGHT_LEVEL); if(--flash->count) return; if(lightlevel == flash->maxLight) { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->minLight); flash->count = flash->minTime; } else { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->maxLight); flash->count = flash->maxTime; } } void lightblink_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, count); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, maxTime); Writer_WriteInt32(writer, minTime); } /** * T_LightBlink was added to save games in ver5, therefore we don't have an * old format to support */ int lightblink_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); /*int ver =*/ Reader_ReadByte(reader); // version byte. // Note: the thinker class byte has already been read. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxTime = Reader_ReadInt32(reader); minTime = Reader_ReadInt32(reader); thinker.function = (thinkfunc_t) T_LightBlink; return true; // Add this thinker. } /** * d64tc */ void P_SpawnLightBlink(Sector *sector) { lightblink_t *blink = (lightblink_t *)Z_Calloc(sizeof(*blink), PU_MAP, 0); blink->thinker.function = (thinkfunc_t) T_LightBlink; Thinker_Add(&blink->thinker); blink->sector = sector; blink->maxLight = P_GetFloatp(sector, DMU_LIGHT_LEVEL); blink->minLight = 0; blink->maxTime = blink->minTime = blink->count = 4; } /** * Strobe light flashing. */ void T_StrobeFlash(strobe_t *flash) { float lightLevel; if(--flash->count) return; lightLevel = P_GetFloatp(flash->sector, DMU_LIGHT_LEVEL); if(lightLevel == flash->minLight) { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->maxLight); flash->count = flash->brightTime; } else { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->minLight); flash->count = flash->darkTime; } } void strobe_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, count); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, darkTime); Writer_WriteInt32(writer, brightTime); } int strobe_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; darkTime = Reader_ReadInt32(reader); brightTime = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized strobe_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxLight = (float) Reader_ReadInt32(reader) / 255.0f; darkTime = Reader_ReadInt32(reader); brightTime = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_StrobeFlash; return true; // Add this thinker. } /** * After the map has been loaded, scan each sector for specials that spawn * thinkers. */ void P_SpawnStrobeFlash(Sector *sector, int fastOrSlow, int inSync) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; strobe_t *flash = (strobe_t *)Z_Calloc(sizeof(*flash), PU_MAP, 0); flash->thinker.function = (thinkfunc_t) T_StrobeFlash; Thinker_Add(&flash->thinker); flash->sector = sector; flash->darkTime = fastOrSlow; flash->brightTime = STROBEBRIGHT; flash->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flash->minLight = otherLevel; else flash->minLight = lightLevel; if(flash->minLight == flash->maxLight) flash->minLight = 0; // nothing special about it during gameplay P_ToXSector(sector)->special = 0; if(!inSync) flash->count = (P_Random() & 7) + 1; else flash->count = 1; } /* * Start strobing lights (usually from a trigger) */ void EV_StartLightStrobing(Line *line) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { if(P_ToXSector(sec)->specialData) continue; P_SpawnStrobeFlash(sec, SLOWDARK, 0); } } void EV_TurnTagLightsOff(Line *line) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { float lightLevel = P_GetFloatp(sec, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; P_FindSectorSurroundingLowestLight(sec, &otherLevel); if(otherLevel < lightLevel) lightLevel = otherLevel; P_SetFloatp(sec, DMU_LIGHT_LEVEL, lightLevel); } } void EV_LightTurnOn(Line *line, float max) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; float lightLevel = 0; if(max != 0) lightLevel = max; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { // If Max = 0 means to search for the highest light level in the // surrounding sector. if(max == 0) { lightLevel = P_GetFloatp(sec, DMU_LIGHT_LEVEL); float otherLevel = DDMINFLOAT; P_FindSectorSurroundingHighestLight(sec, &otherLevel); if(otherLevel > lightLevel) lightLevel = otherLevel; } P_SetFloatp(sec, DMU_LIGHT_LEVEL, lightLevel); } } void T_Glow(glow_t *g) { float lightLevel = P_GetFloatp(g->sector, DMU_LIGHT_LEVEL); float glowDelta = (1.0f / 255.0f) * (float) GLOWSPEED; switch(g->direction) { case -1: // Down. lightLevel -= glowDelta; if(lightLevel <= g->minLight) { lightLevel += glowDelta; g->direction = 1; } break; case 1: // Up. lightLevel += glowDelta; if(lightLevel >= g->maxLight) { lightLevel -= glowDelta; g->direction = -1; } break; } P_SetFloatp(g->sector, DMU_LIGHT_LEVEL, lightLevel); } void glow_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, direction); } int glow_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; direction = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized strobe_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxLight = (float) Reader_ReadInt32(reader) / 255.0f; direction = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_Glow; return true; // Add this thinker. } void P_SpawnGlowingLight(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; glow_t *g = (glow_t *)Z_Calloc(sizeof(*g), PU_MAP, 0); g->thinker.function = (thinkfunc_t) T_Glow; Thinker_Add(&g->thinker); g->sector = sector; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) g->minLight = otherLevel; else g->minLight = lightLevel; g->maxLight = lightLevel; g->direction = -1; } doomsday-1.14.5/doomsday/plugins/doom64/src/d_refresh.c0000664000175000017500000002576512350542240022225 0ustar jaakkojaakko/**\file d_refresh.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Refresh - Doom64 specific. */ // HEADER FILES ------------------------------------------------------------ #include #include #include "jdoom64.h" #include "hu_stuff.h" #include "hu_menu.h" #include "hu_pspr.h" #include "hu_msg.h" #include "hu_log.h" #include "hu_automap.h" #include "g_common.h" #include "r_common.h" #include "d_net.h" #include "x_hair.h" #include "g_controls.h" #include "p_mapsetup.h" #include "p_tick.h" #include "p_actor.h" #include "dmu_lib.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- void R_SetAllDoomsdayFlags(void); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- float quitDarkenOpacity = 0; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Draws a special filter over the screen (eg the inversing filter used * when in god mode). */ void G_RendSpecialFilter(int player, const RectRaw* region) { player_t* plr = players + player; const int filter = plr->powers[PT_INVULNERABILITY]; float max = 30, str, r, g, b; assert(region); if(!filter) return; if(filter < max) str = filter / max; else if(filter < 4 * 32 && !(filter & 8)) str = .7f; else if(filter > INVULNTICS - max) str = (INVULNTICS - filter) / max; else str = 1; // Full inversion. // Draw an inversing filter. DGL_BlendMode(BM_INVERSE); r = MINMAX_OF(0.f, str * 2, 1.f); g = MINMAX_OF(0.f, str * 2 - .4, 1.f); b = MINMAX_OF(0.f, str * 2 - .8, 1.f); DGL_DrawRectf2Color(region->origin.x, region->origin.y, region->size.width, region->size.height, r, g, b, 1); // Restore the normal rendering state. DGL_BlendMode(BM_NORMAL); } dd_bool R_ViewFilterColor(float rgba[4], int filter) { if(!rgba) return false; // We have to choose the right color and alpha. if(filter >= STARTREDPALS && filter < STARTREDPALS + NUMREDPALS) { // Red. rgba[CR] = 1; rgba[CG] = 0; rgba[CB] = 0; rgba[CA] = (G_Ruleset_Deathmatch()? 1.0f : cfg.filterStrength) * filter / 9.f; return true; } if(filter >= STARTBONUSPALS && filter < STARTBONUSPALS + NUMBONUSPALS) { // Gold. rgba[CR] = 1; rgba[CG] = .8f; rgba[CB] = .5f; rgba[CA] = cfg.filterStrength * (filter - STARTBONUSPALS + 1) / 16.f; return true; } if(filter == 13) // RADIATIONPAL { // Green. rgba[CR] = 0; rgba[CG] = .7f; rgba[CB] = 0; rgba[CA] = cfg.filterStrength * .25f; return true; } if(filter) { App_Log(DE2_GL_WARNING, "Invalid view filter number: %d", filter); } return false; } void R_UpdateViewFilter(int player) { #define RADIATIONPAL (13) /// Radiation suit, green shift. player_t* plr = players + player; int palette = 0, cnt, bzc; if(player < 0 || player >= MAXPLAYERS) return; // Not currently present? if(!plr->plr->inGame) return; cnt = plr->damageCount; if(plr->powers[PT_STRENGTH]) { // Slowly fade the berzerk out. bzc = 12 - (plr->powers[PT_STRENGTH] >> 6); if(bzc > cnt) cnt = bzc; } if(cnt) { palette = (cnt + 7) >> 3; if(palette >= NUMREDPALS) palette = NUMREDPALS - 1; palette += STARTREDPALS; } else if(plr->bonusCount) { palette = (plr->bonusCount + 7) >> 3; if(palette >= NUMBONUSPALS) palette = NUMBONUSPALS - 1; palette += STARTBONUSPALS; } else if(plr->powers[PT_IRONFEET] > 4 * 32 || plr->powers[PT_IRONFEET] & 8) { palette = RADIATIONPAL; } // $democam if(palette) { plr->plr->flags |= DDPF_VIEW_FILTER; R_ViewFilterColor(plr->plr->filterColor, palette); } else { plr->plr->flags &= ~DDPF_VIEW_FILTER; } #undef RADIATIONPAL } void G_RendPlayerView(int player) { player_t* plr = &players[player]; float pspriteOffsetY; int isFullBright = ((plr->powers[PT_INFRARED] > 4 * 32) || (plr->powers[PT_INFRARED] & 8) || plr->powers[PT_INVULNERABILITY] > 30); if(IS_CLIENT) { // Server updates mobj flags in NetSv_Ticker. R_SetAllDoomsdayFlags(); } pspriteOffsetY = HU_PSpriteYOffset(plr); DD_SetVariable(DD_PSPRITE_OFFSET_Y, &pspriteOffsetY); // $democam GL_SetFilter((plr->plr->flags & DDPF_USE_VIEW_FILTER)? true : false); if(plr->plr->flags & DDPF_USE_VIEW_FILTER) { const float* color = plr->plr->filterColor; GL_SetFilterColor(color[CR], color[CG], color[CB], color[CA]); } // How about fullbright? DD_SetInteger(DD_FULLBRIGHT, isFullBright); // Render the view with possible custom filters. R_RenderPlayerView(player); } #if 0 static void rendHUD(int player, const RectRaw* portGeometry) { if(player < 0 || player >= MAXPLAYERS) return; if(G_GameState() != GS_MAP) return; if(IS_CLIENT && (!Get(DD_GAME_READY) || !Get(DD_GOTFRAME))) return; if(!DD_GetInteger(DD_GAME_DRAW_HUD_HINT)) return; // The engine advises not to draw any HUD displays. ST_Drawer(player); HU_DrawScoreBoard(player); Hu_MapTitleDrawer(portGeometry); } void D_DrawViewPort(int port, const RectRaw* portGeometry, const RectRaw* windowGeometry, int player, int layer) { if(layer != 0) { rendHUD(player, portGeometry); return; } switch(G_GameState()) { case GS_MAP: { player_t* plr = players + player; if(!ST_AutomapObscures2(player, windowGeometry)) { if(IS_CLIENT && (!Get(DD_GAME_READY) || !Get(DD_GOTFRAME))) return; rendPlayerView(player); rendSpecialFilter(player, windowGeometry); // Crosshair. if(!(P_MobjIsCamera(plr->plr->mo) && Get(DD_PLAYBACK))) // $democam X_Drawer(player); } break; } case GS_STARTUP: DGL_DrawRectf2Color(0, 0, portGeometry->size.width, portGeometry->size.height, 0, 0, 0, 1); break; default: break; } } #endif void D_DrawWindow(Size2Raw const *windowSize) { if(G_GameState() == GS_INTERMISSION) { WI_Drawer(); } // Draw HUD displays; menu, messages. Hu_Drawer(); if(G_QuitInProgress()) { DGL_DrawRectf2Color(0, 0, 320, 200, 0, 0, 0, quitDarkenOpacity); } } void D_EndFrame() { int i; if(G_GameState() != GS_MAP) return; for(i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; if(!plr->plr->inGame) continue; if(!plr->plr->mo) continue; // View angles are updated with fractional ticks, so we can just use the current values. R_SetViewAngle(i, Player_ViewYawAngle(i)); R_SetViewPitch(i, plr->plr->lookDir); } } /** * Updates the mobj flags used by Doomsday with the state of our local flags * for the given mobj. */ void P_SetDoomsdayFlags(mobj_t *mo) { // Client mobjs can't be set here. if(IS_CLIENT && mo->ddFlags & DDMF_REMOTE) return; // Reset the flags for a new frame. mo->ddFlags &= DDMF_CLEAR_MASK; // Local objects aren't sent to clients. if(mo->flags & MF_LOCAL) mo->ddFlags |= DDMF_LOCAL; if(mo->flags & MF_SOLID) mo->ddFlags |= DDMF_SOLID; if(mo->flags & MF_NOGRAVITY) mo->ddFlags |= DDMF_NOGRAVITY; if(mo->flags2 & MF2_FLOATBOB) mo->ddFlags |= DDMF_NOGRAVITY | DDMF_BOB; if(mo->flags & MF_MISSILE) mo->ddFlags |= DDMF_MISSILE; if(mo->type == MT_LIGHTSOURCE) mo->ddFlags |= DDMF_ALWAYSLIT | DDMF_DONTDRAW; if(mo->info && mo->info->flags2 & MF2_ALWAYSLIT) mo->ddFlags |= DDMF_ALWAYSLIT; if(mo->flags2 & MF2_FLY) mo->ddFlags |= DDMF_FLY | DDMF_NOGRAVITY; // $democam: cameramen are invisible if(P_MobjIsCamera(mo)) mo->ddFlags |= DDMF_DONTDRAW; if((mo->flags & MF_CORPSE) && cfg.corpseTime && mo->corpseTics == -1) mo->ddFlags |= DDMF_DONTDRAW; // Choose which ddflags to set. if(mo->flags2 & MF2_DONTDRAW) { mo->ddFlags |= DDMF_DONTDRAW; return; // No point in checking the other flags. } if(mo->flags2 & MF2_LOGRAV) mo->ddFlags |= DDMF_LOWGRAVITY; // The torches often go into the ceiling. This'll prevent // them from 'jumping'. if(mo->type == MT_MISC41 || mo->type == MT_MISC42 || mo->type == MT_MISC43 || // tall torches mo->type == MT_MISC44 || mo->type == MT_MISC45 || mo->type == MT_MISC46) // short torches mo->ddFlags |= DDMF_NOFITBOTTOM; if(mo->flags & MF_BRIGHTSHADOW) mo->ddFlags |= DDMF_BRIGHTSHADOW; else if(mo->flags & MF_SHADOW) mo->ddFlags |= DDMF_SHADOW; if(((mo->flags & MF_VIEWALIGN) && !(mo->flags & MF_MISSILE)) || (mo->flags & MF_FLOAT) || ((mo->flags & MF_MISSILE) && !(mo->flags & MF_VIEWALIGN))) mo->ddFlags |= DDMF_VIEWALIGN; if(mo->flags & MF_TRANSLATION) mo->tmap = (mo->flags & MF_TRANSLATION) >> MF_TRANSSHIFT; } /** * Updates the status flags for all visible things. */ void R_SetAllDoomsdayFlags() { int i; mobj_t *iter; if(G_GameState() != GS_MAP) return; // Only visible things are in the sector thinglists, so this is good. for(i = 0; i < numsectors; ++i) { for(iter = P_GetPtr(DMU_SECTOR, i, DMT_MOBJS); iter; iter = iter->sNext) P_SetDoomsdayFlags(iter); } } doomsday-1.14.5/doomsday/plugins/doom64/src/p_inter.c0000664000175000017500000010700412350542240021707 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_inter.c: Handling interactions (i.e., collisions). */ #ifdef MSVC # pragma optimize("g", off) #endif // HEADER FILES ------------------------------------------------------------ #include "jdoom64.h" #include "am_map.h" #include "d_net.h" #include "dmu_lib.h" #include "player.h" #include "p_map.h" #include "p_user.h" #include "p_tick.h" #include "p_actor.h" #include "p_inventory.h" #include "p_start.h" // MACROS ------------------------------------------------------------------ #define BONUSADD (6) // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // A weapon is found with two clip loads, a big item has five clip loads. int maxAmmo[NUM_AMMO_TYPES] = { 200, 50, 300, 50 }; int clipAmmo[NUM_AMMO_TYPES] = { 10, 4, 20, 1 }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * @param player Player to be given ammo. * @param ammo Type of ammo to be given. * @param num Number of clip loads, not the individual count. * * @return @c false, if the ammo can't be picked up at all. */ dd_bool P_GiveAmmo(player_t *player, ammotype_t ammo, int num) { if(ammo == AT_NOAMMO) return false; if(ammo < 0 || ammo > NUM_AMMO_TYPES) Con_Error("P_GiveAmmo: bad type %i", ammo); if(!(player->ammo[ammo].owned < player->ammo[ammo].max)) return false; if(num) num *= clipAmmo[ammo]; else num = clipAmmo[ammo] / 2; if(G_Ruleset_Skill() == SM_BABY) { // Give double ammo in trainer mode. num <<= 1; } // We are about to receive some more ammo. Does the player want to // change weapon automatically? P_MaybeChangeWeapon(player, WT_NOCHANGE, ammo, false); if(player->ammo[ammo].owned + num > player->ammo[ammo].max) player->ammo[ammo].owned = player->ammo[ammo].max; else player->ammo[ammo].owned += num; player->update |= PSF_AMMO; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_AMMO); return true; } /** * The weapon name may have a MF_DROPPED flag ored in. */ dd_bool P_GiveWeapon(player_t *player, weapontype_t weapon, dd_bool dropped) { ammotype_t i; dd_bool gaveAmmo = false; dd_bool gaveWeapon; int numClips; if(IS_NETGAME && (G_Ruleset_Deathmatch() != 2) && !dropped) { // leave placed weapons forever on net games if(player->weapons[weapon].owned) return false; player->bonusCount += BONUSADD; player->weapons[weapon].owned = true; player->update |= PSF_OWNED_WEAPONS; // Give some of each of the ammo types used by this weapon. for(i = 0; i < NUM_AMMO_TYPES; ++i) { if(!weaponInfo[weapon][player->class_].mode[0].ammoType[i]) continue; // Weapon does not take this type of ammo. if(G_Ruleset_Deathmatch()) numClips = 5; else numClips = 2; if(P_GiveAmmo(player, i, numClips)) gaveAmmo = true; // At least ONE type of ammo was given. } // Should we change weapon automatically? P_MaybeChangeWeapon(player, weapon, AT_NOAMMO, G_Ruleset_Deathmatch() == 1); // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_WEAPON); S_ConsoleSound(SFX_WPNUP, NULL, player - players); return false; } else { // Give some of each of the ammo types used by this weapon. for(i = 0; i < NUM_AMMO_TYPES; ++i) { if(!weaponInfo[weapon][player->class_].mode[0].ammoType[i]) continue; // Weapon does not take this type of ammo. // Give one clip with a dropped weapon, two clips with a found // weapon. if(dropped) numClips = 1; else numClips = 2; if(P_GiveAmmo(player, i, numClips)) gaveAmmo = true; // At least ONE type of ammo was given. } if(player->weapons[weapon].owned) gaveWeapon = false; else { gaveWeapon = true; player->weapons[weapon].owned = true; player->update |= PSF_OWNED_WEAPONS; // Should we change weapon automatically? P_MaybeChangeWeapon(player, weapon, AT_NOAMMO, false); } // Maybe unhide the HUD? if(gaveWeapon) ST_HUDUnHide(player - players, HUE_ON_PICKUP_WEAPON); return (gaveWeapon || gaveAmmo); } } /** * Returns false if the body isn't needed at all */ dd_bool P_GiveBody(player_t *player, int num) { if(player->health >= maxHealth) return false; player->health += num; if(player->health > maxHealth) player->health = maxHealth; player->plr->mo->health = player->health; player->update |= PSF_HEALTH; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_HEALTH); return true; } /** * @return @c true, iff the armor was given. */ dd_bool P_GiveArmor(player_t* plr, int type, int points) { if(plr->armorPoints >= points) return false; // Don't pick up. P_PlayerSetArmorType(plr, type); P_PlayerGiveArmorBonus(plr, points - plr->armorPoints); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_ARMOR); return true; } void P_GiveKey(player_t* player, keytype_t card) { if(player->keys[card]) return; player->bonusCount = BONUSADD; player->keys[card] = 1; player->update |= PSF_KEYS; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_KEY); } /** * d64tc */ dd_bool P_GiveItem(player_t* player, inventoryitemtype_t item) { if(!P_InventoryGive(player - players, item, false)) return false; player->bonusCount = BONUSADD; return true; } void P_GiveBackpack(player_t* player) { int i; if(!player->backpack) { player->update |= PSF_MAX_AMMO; for(i = 0; i < NUM_AMMO_TYPES; ++i) { player->ammo[i].max *= 2; } player->backpack = true; } for(i = 0; i < NUM_AMMO_TYPES; ++i) { P_GiveAmmo(player, i, 1); } P_SetMessage(player, 0, GOTBACKPACK); } dd_bool P_GivePower(player_t* player, int power) { player->update |= PSF_POWERS; switch(power) { case PT_INVULNERABILITY: player->powers[power] = INVULNTICS; break; case PT_INVISIBILITY: player->powers[power] = INVISTICS; player->plr->mo->flags |= MF_SHADOW;; break; case PT_FLIGHT: player->powers[power] = 1; player->plr->mo->flags2 |= MF2_FLY; player->plr->mo->flags |= MF_NOGRAVITY; if(player->plr->mo->origin[VZ] <= player->plr->mo->floorZ) { player->flyHeight = 10; // Thrust the player in the air a bit. player->plr->mo->flags |= DDPF_FIXMOM; } break; case PT_INFRARED: player->powers[power] = INFRATICS; break; case PT_IRONFEET: player->powers[power] = IRONTICS; break; case PT_STRENGTH: P_GiveBody(player, maxHealth); player->powers[power] = 1; break; default: if(player->powers[power]) return false; // Already got it. player->powers[power] = 1; break; } if(power == PT_ALLMAP) ST_RevealAutomap(player - players, true); // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_POWER); return true; } dd_bool P_TakePower(player_t* player, int power) { mobj_t* plrmo = player->plr->mo; player->update |= PSF_POWERS; if(player->powers[PT_FLIGHT]) { if(plrmo->origin[VZ] != plrmo->floorZ && cfg.lookSpring) { player->centering = true; } plrmo->flags2 &= ~MF2_FLY; plrmo->flags &= ~MF_NOGRAVITY; player->powers[power] = 0; return true; } if(!player->powers[power]) return false; // Don't got it. player->powers[power] = 0; return true; } typedef enum { IT_NONE = 0, IT_HEALTH_PACK, IT_HEALTH_KIT, IT_HEALTH_BONUS, IT_HEALTH_SOULSPHERE, IT_ARMOR_GREEN, IT_ARMOR_BLUE, IT_ARMOR_BONUS, IT_WEAPON_BFG, IT_WEAPON_CHAINGUN, IT_WEAPON_CHAINSAW, IT_WEAPON_RLAUNCHER, IT_WEAPON_PLASMARIFLE, IT_WEAPON_SHOTGUN, IT_WEAPON_SSHOTGUN, IT_WEAPON_LASERGUN, IT_AMMO_CLIP, IT_AMMO_CLIP_BOX, IT_AMMO_ROCKET, IT_AMMO_ROCKET_BOX, IT_AMMO_CELL, IT_AMMO_CELL_BOX, IT_AMMO_SHELL, IT_AMMO_SHELL_BOX, IT_KEY_BLUE, IT_KEY_YELLOW, IT_KEY_RED, IT_KEY_BLUESKULL, IT_KEY_YELLOWSKULL, IT_KEY_REDSKULL, IT_INVUL, IT_BESERK, IT_INVIS, IT_SUIT, IT_ALLMAP, IT_VISOR, IT_BACKPACK, IT_MEGASPHERE, IT_DEMONKEY1, IT_DEMONKEY2, IT_DEMONKEY3 } itemtype_t; static itemtype_t getItemTypeBySprite(spritetype_e sprite) { static const struct item_s { itemtype_t type; spritetype_e sprite; } items[] = { { IT_HEALTH_PACK, SPR_STIM }, { IT_HEALTH_KIT, SPR_MEDI }, { IT_HEALTH_BONUS, SPR_BON1 }, { IT_HEALTH_SOULSPHERE, SPR_SOUL }, { IT_ARMOR_GREEN, SPR_ARM1 }, { IT_ARMOR_BLUE, SPR_ARM2 }, { IT_ARMOR_BONUS, SPR_BON2 }, { IT_WEAPON_BFG, SPR_BFUG }, { IT_WEAPON_CHAINGUN, SPR_MGUN }, { IT_WEAPON_CHAINSAW, SPR_CSAW }, { IT_WEAPON_RLAUNCHER, SPR_LAUN }, { IT_WEAPON_PLASMARIFLE, SPR_PLSM }, { IT_WEAPON_SHOTGUN, SPR_SHOT }, { IT_WEAPON_SSHOTGUN, SPR_SGN2 }, { IT_WEAPON_LASERGUN, SPR_LSRG }, { IT_AMMO_CLIP, SPR_CLIP }, { IT_AMMO_CLIP_BOX, SPR_AMMO }, { IT_AMMO_ROCKET, SPR_RCKT }, { IT_AMMO_ROCKET_BOX, SPR_BROK }, { IT_AMMO_CELL, SPR_CELL }, { IT_AMMO_CELL_BOX, SPR_CELP }, { IT_AMMO_SHELL, SPR_SHEL }, { IT_AMMO_SHELL_BOX, SPR_SBOX }, { IT_KEY_BLUE, SPR_BKEY }, { IT_KEY_YELLOW, SPR_YKEY }, { IT_KEY_RED, SPR_RKEY }, { IT_KEY_BLUESKULL, SPR_BSKU }, { IT_KEY_YELLOWSKULL, SPR_YSKU }, { IT_KEY_REDSKULL, SPR_RSKU }, { IT_INVUL, SPR_PINV }, { IT_BESERK, SPR_PSTR }, { IT_INVIS, SPR_PINS }, { IT_SUIT, SPR_SUIT }, { IT_ALLMAP, SPR_PMAP }, { IT_VISOR, SPR_PVIS }, { IT_BACKPACK, SPR_BPAK }, { IT_MEGASPHERE, SPR_MEGA }, { IT_DEMONKEY1, SPR_ART1 }, { IT_DEMONKEY2, SPR_ART2 }, { IT_DEMONKEY3, SPR_ART3 }, { IT_NONE, 0 } }; uint i; for(i = 0; items[i].type != IT_NONE; ++i) if(items[i].sprite == sprite) return items[i].type; return IT_NONE; } /** * @param plr Player being given item. * @param item Type of item being given. * @param dropped @c true = the item was dropped by some entity. * * @return @c true iff the item should be destroyed. */ static dd_bool giveItem(player_t* plr, itemtype_t item, dd_bool dropped) { if(!plr) return false; switch(item) { case IT_ARMOR_GREEN: if(!P_GiveArmor(plr, armorClass[0], armorPoints[MINMAX_OF(0, armorClass[0] - 1, 1)])) return false; P_SetMessage(plr, 0, GOTARMOR); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_ARMOR_BLUE: if(!P_GiveArmor(plr, armorClass[1], armorPoints[MINMAX_OF(0, armorClass[1] - 1, 1)])) return false; P_SetMessage(plr, 0, GOTMEGA); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_ARMOR_BONUS: if(!plr->armorType) P_PlayerSetArmorType(plr, armorClass[0]); if(plr->armorPoints < armorPoints[1]) P_PlayerGiveArmorBonus(plr, 2); P_SetMessage(plr, 0, GOTARMBONUS); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_ARMOR); break; case IT_HEALTH_BONUS: //plr->health++; // Can go over 100% plr->health += 2; // jd64 Can go over 100% if(plr->health > healthLimit) plr->health = healthLimit; plr->plr->mo->health = plr->health; plr->update |= PSF_HEALTH; P_SetMessage(plr, 0, GOTHTHBONUS); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_HEALTH); break; case IT_HEALTH_SOULSPHERE: plr->health += soulSphereHealth; if(plr->health > soulSphereLimit) plr->health = soulSphereLimit; plr->plr->mo->health = plr->health; plr->update |= PSF_HEALTH; P_SetMessage(plr, 0, GOTSUPER); S_ConsoleSound(SFX_GETPOW, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_HEALTH); break; case IT_MEGASPHERE: plr->health = megaSphereHealth; plr->plr->mo->health = plr->health; plr->update |= PSF_HEALTH; P_GiveArmor(plr, armorClass[1], armorPoints[MINMAX_OF(0, armorClass[1] - 1, 1)]); P_SetMessage(plr, 0, GOTMSPHERE); S_ConsoleSound(SFX_GETPOW, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_HEALTH); break; case IT_KEY_BLUE: if(!plr->keys[KT_BLUECARD]) P_SetMessage(plr, 0, GOTBLUECARD); P_GiveKey(plr, KT_BLUECARD); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); if(IS_NETGAME) return false; break; case IT_KEY_YELLOW: if(!plr->keys[KT_YELLOWCARD]) P_SetMessage(plr, 0, GOTYELWCARD); P_GiveKey(plr, KT_YELLOWCARD); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); if(IS_NETGAME) return false; break; case IT_KEY_RED: if(!plr->keys[KT_REDCARD]) P_SetMessage(plr, 0, GOTREDCARD); P_GiveKey(plr, KT_REDCARD); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); if(IS_NETGAME) return false; break; case IT_KEY_BLUESKULL: if(!plr->keys[KT_BLUESKULL]) P_SetMessage(plr, 0, GOTBLUESKUL); P_GiveKey(plr, KT_BLUESKULL); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); if(IS_NETGAME) return false; break; case IT_KEY_YELLOWSKULL: if(!plr->keys[KT_YELLOWSKULL]) P_SetMessage(plr, 0, GOTYELWSKUL); P_GiveKey(plr, KT_YELLOWSKULL); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); if(IS_NETGAME) return false; break; case IT_KEY_REDSKULL: if(!plr->keys[KT_REDSKULL]) P_SetMessage(plr, 0, GOTREDSKULL); P_GiveKey(plr, KT_REDSKULL); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); if(IS_NETGAME) return false; break; case IT_HEALTH_PACK: if(!P_GiveBody(plr, 10)) return false; P_SetMessage(plr, 0, GOTSTIM); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_HEALTH_KIT: { int oldHealth = plr->health; /** * DOOM bug: * The following test was originaly placed AFTER the call to * P_GiveBody thereby making the first outcome impossible as * the medikit gives 25 points of health. This resulted that * the GOTMEDINEED "Picked up a medikit that you REALLY need" * was never used. */ if(!P_GiveBody(plr, 25)) return false; P_SetMessage(plr, 0, GET_TXT((oldHealth < 25)? TXT_GOTMEDINEED : TXT_GOTMEDIKIT)); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; } case IT_INVUL: if(!P_GivePower(plr, PT_INVULNERABILITY)) return false; P_SetMessage(plr, 0, GOTINVUL); S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_BESERK: if(!P_GivePower(plr, PT_STRENGTH)) return false; P_SetMessage(plr, 0, GOTBERSERK); if(plr->readyWeapon != WT_FIRST && cfg.berserkAutoSwitch) { plr->pendingWeapon = WT_FIRST; plr->update |= PSF_PENDING_WEAPON | PSF_READY_WEAPON; } S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_INVIS: if(!P_GivePower(plr, PT_INVISIBILITY)) return false; P_SetMessage(plr, 0, GOTINVIS); S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_SUIT: if(!P_GivePower(plr, PT_IRONFEET)) return false; P_SetMessage(plr, 0, GOTSUIT); S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_ALLMAP: if(!P_GivePower(plr, PT_ALLMAP)) return false; P_SetMessage(plr, 0, GOTMAP); S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_VISOR: if(!P_GivePower(plr, PT_INFRARED)) return false; P_SetMessage(plr, 0, GOTVISOR); S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_AMMO_CLIP: if(!P_GiveAmmo(plr, AT_CLIP, dropped? 0 : 1)) return false; P_SetMessage(plr, 0, GOTCLIP); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CLIP_BOX: if(!P_GiveAmmo(plr, AT_CLIP, 5)) return false; P_SetMessage(plr, 0, GOTCLIPBOX); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_ROCKET: if(!P_GiveAmmo(plr, AT_MISSILE, 1)) return false; P_SetMessage(plr, 0, GOTROCKET); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_ROCKET_BOX: if(!P_GiveAmmo(plr, AT_MISSILE, 5)) return false; P_SetMessage(plr, 0, GOTROCKBOX); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CELL: if(!P_GiveAmmo(plr, AT_CELL, 1)) return false; P_SetMessage(plr, 0, GOTCELL); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CELL_BOX: if(!P_GiveAmmo(plr, AT_CELL, 5)) return false; P_SetMessage(plr, 0, GOTCELLBOX); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_SHELL: if(!P_GiveAmmo(plr, AT_SHELL, 1)) return false; P_SetMessage(plr, 0, GOTSHELLS); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_SHELL_BOX: if(!P_GiveAmmo(plr, AT_SHELL, 5)) return false; P_SetMessage(plr, 0, GOTSHELLBOX); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_BACKPACK: P_GiveBackpack(plr); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_WEAPON_BFG: if(!P_GiveWeapon(plr, WT_SEVENTH, dropped)) return false; P_SetMessage(plr, 0, GOTBFG9000); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_WEAPON_CHAINGUN: if(!P_GiveWeapon(plr, WT_FOURTH, dropped)) return false; P_SetMessage(plr, 0, GOTCHAINGUN); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_WEAPON_CHAINSAW: if(!P_GiveWeapon(plr, WT_EIGHTH, dropped)) return false; P_SetMessage(plr, 0, GOTCHAINSAW); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_WEAPON_RLAUNCHER: if(!P_GiveWeapon(plr, WT_FIFTH, dropped)) return false; P_SetMessage(plr, 0, GOTLAUNCHER); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_WEAPON_PLASMARIFLE: if(!P_GiveWeapon(plr, WT_SIXTH, dropped)) return false; P_SetMessage(plr, 0, GOTPLASMA); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_WEAPON_SHOTGUN: if(!P_GiveWeapon(plr, WT_THIRD, dropped)) return false; P_SetMessage(plr, 0, GOTSHOTGUN); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_WEAPON_SSHOTGUN: if(!P_GiveWeapon(plr, WT_NINETH, dropped)) return false; P_SetMessage(plr, 0, GOTSHOTGUN2); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_WEAPON_LASERGUN: if(!P_GiveWeapon(plr, WT_TENTH, dropped)) return false; P_SetMessage(plr, 0, GOTUNMAKER); S_ConsoleSound(SFX_WPNUP, NULL, plr - players); break; case IT_DEMONKEY1: if(P_InventoryCount(plr - players, IIT_DEMONKEY1)) { if(!(mapTime & 0x1f)) P_SetMessage(plr, 0, NGOTPOWERUP1); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); return false; //Don't destroy item, can be collected later by other players. } else { P_GiveItem(plr, IIT_DEMONKEY1); P_SetMessage(plr, 0, GOTPOWERUP1); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } break; case IT_DEMONKEY2: if(P_InventoryCount(plr - players, IIT_DEMONKEY2)) { if(!(mapTime & 0x1f)) P_SetMessage(plr, 0, NGOTPOWERUP2); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); return false; //Don't destroy item, can be collected later by other players. } else { P_GiveItem(plr, IIT_DEMONKEY2); P_SetMessage(plr, 0, GOTPOWERUP2); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } break; case IT_DEMONKEY3: if(P_InventoryCount(plr - players, IIT_DEMONKEY3)) { if(!(mapTime & 0x1f)) P_SetMessage(plr, 0, NGOTPOWERUP3); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); return false; //Don't destroy item, can be collected later by other players. } else { P_GiveItem(plr, IIT_DEMONKEY3); P_SetMessage(plr, 0, GOTPOWERUP3); S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } break; default: Con_Error("giveItem: Unknown item %i.", (int) item); } return true; } void P_TouchSpecialMobj(mobj_t* special, mobj_t* toucher) { player_t* player; coord_t delta; itemtype_t item; delta = special->origin[VZ] - toucher->origin[VZ]; if(delta > toucher->height || delta < -8) { // Out of reach. return; } // Dead thing touching (can happen with a sliding player corpse). if(toucher->health <= 0) return; player = toucher->player; // Identify by sprite. if((item = getItemTypeBySprite(special->sprite)) != IT_NONE) { if(!giveItem(player, item, (special->flags & MF_DROPPED)? true : false)) return; // Don't destroy the item. } else { App_Log(DE2_MAP_WARNING, "P_TouchSpecialMobj: Unknown gettable thing %i", (int) special->type); } if(special->flags & MF_COUNTITEM) { player->itemCount++; player->update |= PSF_COUNTERS; } P_MobjRemove(special, false); player->bonusCount += BONUSADD; } void P_KillMobj(mobj_t *source, mobj_t *target, dd_bool stomping) { mobjtype_t item; mobj_t* mo; unsigned int an; angle_t angle; statenum_t state; if(!target) // nothing to kill return; target->flags &= ~(MF_SHOOTABLE | MF_FLOAT | MF_SKULLFLY); if(target->type != MT_SKULL) target->flags &= ~MF_NOGRAVITY; target->flags |= MF_CORPSE | MF_DROPOFF; target->flags2 &= ~MF2_PASSMOBJ; target->corpseTics = 0; // target->height >>= 2; // jd64 if(source && source->player) { // Count for intermission. if(target->flags & MF_COUNTKILL) { source->player->killCount++; source->player->update |= PSF_COUNTERS; } if(target->player) { source->player->frags[target->player - players]++; NetSv_FragsForAll(source->player); NetSv_KillMessage(source->player, target->player, stomping); } } else if(!IS_NETGAME && (target->flags & MF_COUNTKILL)) { // Count all monster deaths, even those caused by other monsters. players[0].killCount++; } if(target->player) { // Count environment kills against the player. if(!source) { target->player->frags[target->player - players]++; NetSv_FragsForAll(target->player); NetSv_KillMessage(target->player, target->player, stomping); } target->flags &= ~MF_SOLID; target->flags2 &= ~MF2_FLY; target->player->powers[PT_FLIGHT] = 0; target->player->playerState = PST_DEAD; target->player->rebornWait = PLAYER_REBORN_TICS; target->player->update |= PSF_STATE; target->player->plr->flags |= DDPF_DEAD; P_DropWeapon(target->player); // Don't die with the automap open. ST_AutomapOpen(target->player - players, false, false); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(target->player - players, false); #endif } if((state = P_GetState(target->type, SN_XDEATH)) != S_NULL && target->health < -target->info->spawnHealth) { // Extreme death. P_MobjChangeState(target, state); } else { // Normal death. P_MobjChangeState(target, P_GetState(target->type, SN_DEATH)); } target->tics -= P_Random() & 3; if(target->tics < 1) target->tics = 1; // Drop stuff. // This determines the kind of object spawned during the death frame // of a thing. switch(target->type) { case MT_POSSESSED: //case MT_TROOP: // jd64 item = MT_CLIP; break; case MT_SHOTGUY: item = MT_SHOTGUN; break; default: return; } // Don't drop at the exact same place, causes Z flickering with // 3D sprites. angle = P_Random() << 24; an = angle >> ANGLETOFINESHIFT; if((mo = P_SpawnMobjXYZ(item, target->origin[VX] + 3 * FIX2FLT(finecosine[an]), target->origin[VY] + 3 * FIX2FLT(finesine[an]), 0, angle, MSF_Z_FLOOR))) { mo->flags |= MF_DROPPED; // Special versions of items. } } int P_DamageMobj(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damageP, dd_bool stomping) { return P_DamageMobj2(target, inflictor, source, damageP, stomping, false); } /** * Damages both enemies and players * Source and inflictor are the same for melee attacks. * Source can be NULL for slime, barrel explosions * and other environmental stuff. * * @param inflictor Mobj that caused the damage creature or missile, * can be NULL (slime, etc). * @param source Mobj to target after taking damage, creature or NULL. * * @return Actual amount of damage done. */ int P_DamageMobj2(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damageP, dd_bool stomping, dd_bool skipNetworkCheck) { // Follow a player exlusively for 3 seconds. #define BASETHRESHOLD (100) uint an; angle_t angle; int saved; player_t* player; float thrust; int temp; int originalHealth; // The actual damage (== damageP * netMobDamageModifier for any // non-player mobj). int damage = damageP; if(!target) return 0; // Wha? originalHealth = target->health; if(!skipNetworkCheck) { // Clients can't harm anybody. if(IS_CLIENT) return 0; } if(!(target->flags & MF_SHOOTABLE)) return 0; // Shouldn't happen... if(target->health <= 0) return 0; // Player specific. if(target->player) { // Check if player-player damage is disabled. if(source && source->player && source->player != target->player) { // Co-op damage disabled? if(IS_NETGAME && !G_Ruleset_Deathmatch() && cfg.noCoopDamage) return 0; // Same color, no damage? if(cfg.noTeamDamage && cfg.playerColor[target->player - players] == cfg.playerColor[source->player - players]) return 0; } } if(target->flags & MF_SKULLFLY) { target->mom[MX] = target->mom[MY] = target->mom[MZ] = 0; } player = target->player; if(player && G_Ruleset_Skill() == SM_BABY) damage >>= 1; // take half damage in trainer mode // jd64 > #if 0 if(inflictor && inflictor->type == MT_FIREEND) { // Special for Motherdemon attack #if 0 /** DJS - This was originally in a sub routine called P_TouchMotherFire * but due to the fact that @c player, was not initialized * this likely does not work the way kaiser expected it to. * What would actually happen is not certain but I would guess it * would most likely simply return without doing anything at all. * \todo SHOULD this be fixed? Or is something implemented elsewhere * which does what this was attempting to do? */ int damage; player_t *player; if(player = target->player) { damage = ((P_Random() % 10) + 1) * 8; P_DamageMobj(target, NULL, NULL, damage); player->plr->mo->momz = 16; player->jumpTics = 24; } #endif return; } #endif // < d64tc // Use the cvar damage multiplier netMobDamageModifier only if the // inflictor is not a player. if(inflictor && !inflictor->player && (!source || (source && !source->player))) { // damage = (int) ((float) damage * netMobDamageModifier); if(IS_NETGAME) damage *= cfg.netMobDamageModifier; } // Some close combat weapons should not inflict thrust and push the // victim out of reach, thus kick away unless using the chainsaw. if(inflictor && !(target->flags & MF_NOCLIP) && (!source || !source->player || source->player->readyWeapon != WT_EIGHTH) && !(inflictor->flags2 & MF2_NODMGTHRUST)) { angle = M_PointToAngle2(inflictor->origin, target->origin); thrust = FIX2FLT(damage * (FRACUNIT>>3) * 100 / target->info->mass); // Make fall forwards sometimes. if(damage < 40 && damage > target->health && target->origin[VZ] - inflictor->origin[VZ] > 64 && (P_Random() & 1)) { angle += ANG180; thrust *= 4; } an = angle >> ANGLETOFINESHIFT; target->mom[MX] += thrust * FIX2FLT(finecosine[an]); target->mom[MY] += thrust * FIX2FLT(finesine[an]); NetSv_PlayerMobjImpulse(target, thrust * FIX2FLT(finecosine[an]), thrust * FIX2FLT(finesine[an]), 0); // $dropoff_fix: thrust objects hanging off ledges. if(target->intFlags & MIF_FALLING && target->gear >= MAXGEAR) target->gear = 0; } // Player specific. if(player) { // End of game hell hack. if(P_ToXSector(Mobj_Sector(target))->special == 11 && damage >= target->health) { damage = target->health - 1; } // Below certain threshold, ignore damage in GOD mode, or with // INVUL power. if(damage < 1000 && ((P_GetPlayerCheats(player) & CF_GODMODE) || player->powers[PT_INVULNERABILITY])) { return 0; } if(player->armorType) { if(player->armorType == 1) saved = damage / 3; else saved = damage / 2; if(player->armorPoints <= saved) { // Armor is used up. saved = player->armorPoints; player->armorType = 0; } player->armorPoints -= saved; player->update |= PSF_ARMOR_POINTS; damage -= saved; } player->health -= damage; if(player->health < 0) player->health = 0; player->update |= PSF_HEALTH; player->attacker = source; player->damageCount += damage; // Add damage after armor / invuln. if(player->damageCount > 100) player->damageCount = 100; // Teleport stomp does 10k points... temp = damage < 100 ? damage : 100; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_DAMAGE); } // How about some particles, yes? // Only works when both target and inflictor are real mobjs. Mobj_SpawnDamageParticleGen(target, inflictor, damage); // Do the damage. target->health -= damage; if(target->health > 0) { // Still alive, phew! if((P_Random() < target->info->painChance) && !(target->flags & MF_SKULLFLY)) { statenum_t state; target->flags |= MF_JUSTHIT; // Fight back! if((state = P_GetState(target->type, SN_PAIN)) != S_NULL) P_MobjChangeState(target, state); } target->reactionTime = 0; // We're awake now... if(source && (!target->threshold && !(source->flags3 & MF3_NOINFIGHT)) && source != target) { statenum_t state; // If not intent on another player, chase after this one. target->target = source; target->threshold = BASETHRESHOLD; if((state = P_GetState(target->type, SN_SEE)) != S_NULL && target->state == &STATES[P_GetState(target->type, SN_SPAWN)]) P_MobjChangeState(target, state); } } else { P_KillMobj(source, target, stomping); } return originalHealth - target->health; #undef BASETHRESHOLD } doomsday-1.14.5/doomsday/plugins/doom64/src/p_mobj.c0000664000175000017500000007604312350542240021525 0ustar jaakkojaakko/** @file p_mobj.c World map object interactions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef MSVC # pragma optimize("g", off) #endif #include #include #include #include "jdoom64.h" #include "dmu_lib.h" #include "hu_stuff.h" #include "g_common.h" #include "p_map.h" #include "p_terraintype.h" #include "player.h" #include "p_tick.h" #include "p_actor.h" #include "p_start.h" #define VANISHTICS (2*TICSPERSEC) #define SPAWNFADETICS (1*TICSPERSEC) #define MAX_BOB_OFFSET (8) void P_ExplodeMissile(mobj_t *mo) { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); mo->tics -= P_Random() & 3; if(mo->tics < 1) mo->tics = 1; if(mo->flags & MF_MISSILE) { mo->flags &= ~MF_MISSILE; mo->flags |= MF_VIEWALIGN; // Remove the brightshadow flag. if(mo->flags & MF_BRIGHTSHADOW) mo->flags &= ~MF_BRIGHTSHADOW; if(mo->flags & MF_BRIGHTEXPLODE) mo->flags |= MF_BRIGHTSHADOW; } if(mo->info->deathSound) S_StartSound(mo->info->deathSound, mo); } void P_FloorBounceMissile(mobj_t *mo) { mo->mom[MZ] = -mo->mom[MZ]; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); } /** * @return The ground friction factor for the mobj. */ coord_t P_MobjGetFriction(mobj_t *mo) { if((mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && !mo->onMobj) { return FRICTION_FLY; } return XS_Friction(Mobj_Sector(mo)); } static coord_t getFriction(mobj_t *mo) { if((mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && !mo->onMobj) { // Airborne friction. return FRICTION_FLY; } #if __JHERETIC__ if(P_ToXSector(Mobj_Sector(mo))->special == 15) { // Friction_Low return FRICTION_LOW; } #endif return P_MobjGetFriction(mo); } void P_MobjMoveXY(mobj_t* mo) { coord_t pos[3], mom[3]; player_t* player; dd_bool largeNegative; // $democam: cameramen have their own movement code if(P_CameraXYMovement(mo)) return; if(INRANGE_OF(mo->mom[MX], 0, NOMOM_THRESHOLD) && INRANGE_OF(mo->mom[MY], 0, NOMOM_THRESHOLD)) { if(mo->flags & MF_SKULLFLY) { // The skull slammed into something. mo->flags &= ~MF_SKULLFLY; mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN)); } return; } mom[MX] = MINMAX_OF(-MAXMOM, mo->mom[MX], MAXMOM); mom[MY] = MINMAX_OF(-MAXMOM, mo->mom[MY], MAXMOM); mo->mom[MX] = mom[MX]; mo->mom[MY] = mom[MY]; player = mo->player; do { /** * DOOM.exe bug fix: * Large negative displacements were never considered. This explains the * tendency for Mancubus fireballs to pass through walls. */ largeNegative = false; if(!cfg.moveBlock && (mom[MX] < -MAXMOMSTEP || mom[MY] < -MAXMOMSTEP)) { // Make an exception for "north-only wallrunning". if(!(cfg.wallRunNorthOnly && mo->wallRun)) largeNegative = true; } if(largeNegative || mom[MX] > MAXMOMSTEP || mom[MY] > MAXMOMSTEP) { pos[VX] = mo->origin[VX] + mom[VX] / 2; pos[VY] = mo->origin[VY] + mom[VY] / 2; mom[VX] /= 2; mom[VY] /= 2; } else { pos[VX] = mo->origin[VX] + mom[MX]; pos[VY] = mo->origin[VY] + mom[MY]; mom[MX] = mom[MY] = 0; } // If mobj was wallrunning - stop. if(mo->wallRun) mo->wallRun = false; // $dropoff_fix. if(!P_TryMoveXY(mo, pos[VX], pos[VY], true, false)) { // Blocked move. if(mo->flags2 & MF2_SLIDE) { // Try to slide along it. P_SlideMove(mo); } else if(mo->flags & MF_MISSILE) { Sector* backSec; /// @kludge: Prevent missiles exploding against the sky. if(tmCeilingLine && (backSec = P_GetPtrp(tmCeilingLine, DMU_BACK_SECTOR))) { Material* mat = P_GetPtrp(backSec, DMU_CEILING_MATERIAL); if((P_GetIntp(mat, DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] > P_GetDoublep(backSec, DMU_CEILING_HEIGHT)) { P_MobjRemove(mo, false); return; } } if(tmFloorLine && (backSec = P_GetPtrp(tmFloorLine, DMU_BACK_SECTOR))) { Material* mat = P_GetPtrp(backSec, DMU_FLOOR_MATERIAL); if((P_GetIntp(mat, DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] < P_GetDoublep(backSec, DMU_FLOOR_HEIGHT)) { P_MobjRemove(mo, false); return; } } // kludge end. P_ExplodeMissile(mo); } else { mo->mom[MX] = mo->mom[MY] = 0; } } } while(!INRANGE_OF(mom[MX], 0, NOMOM_THRESHOLD) || !INRANGE_OF(mom[MY], 0, NOMOM_THRESHOLD)); // Slow down. Mobj_XYMoveStopping(mo); } /* static int PIT_Splash(Sector* sector, void* parameters) { mobj_t* mo = (mobj_t*)parameters; coord_t floorheight = P_GetDoublep(sector, DMU_FLOOR_HEIGHT); // Is the mobj touching the floor of this sector? if(mo->origin[VZ] < floorheight && mo->origin[VZ] + mo->height / 2 > floorheight) { /// @todo Play a sound, spawn a generator, etc. } // Continue checking. return false; } */ void P_HitFloor(mobj_t* mo) { //Mobj_TouchedSectorsIterator(mo, PIT_Splash, mo); } void P_MobjMoveZ(mobj_t *mo) { coord_t gravity = XS_Gravity(Mobj_Sector(mo)); coord_t dist, delta; // $democam: cameramen get special z movement. if(P_CameraZMovement(mo)) return; // $voodoodolls: Check for smooth step up unless a voodoo doll. if(mo->player && mo->player->plr->mo == mo && mo->origin[VZ] < mo->floorZ) { mo->player->viewHeight -= mo->floorZ - mo->origin[VZ]; mo->player->viewHeightDelta = (cfg.plrViewHeight - mo->player->viewHeight) / 8; } // Adjust height. mo->origin[VZ] += mo->mom[MZ]; if((mo->flags2 & MF2_FLY) && mo->onMobj && mo->origin[VZ] > mo->onMobj->origin[VZ] + mo->onMobj->height) mo->onMobj = NULL; // We were on a mobj, we are NOT now. if(!((mo->flags ^ MF_FLOAT) & (MF_FLOAT | MF_SKULLFLY | MF_INFLOAT)) && mo->target && !P_MobjIsCamera(mo->target)) { // Float down towards target if too close. dist = M_ApproxDistance(mo->origin[VX] - mo->target->origin[VX], mo->origin[VY] - mo->target->origin[VY]); //delta = (mo->target->origin[VZ] + (mo->height / 2)) - mo->origin[VZ]; delta = (mo->target->origin[VZ] + mo->target->height / 2) - (mo->origin[VZ] + mo->height / 2); // Don't go INTO the target. if(!(dist < mo->radius + mo->target->radius && fabs(delta) < mo->height + mo->target->height)) { if(delta < 0 && dist < -(delta * 3)) { mo->origin[VZ] -= FLOATSPEED; P_MobjSetSRVOZ(mo, -FLOATSPEED); } else if(delta > 0 && dist < (delta * 3)) { mo->origin[VZ] += FLOATSPEED; P_MobjSetSRVOZ(mo, FLOATSPEED); } } } // Do some fly-bobbing. if(mo->player && (mo->flags2 & MF2_FLY) && mo->origin[VZ] > mo->floorZ && !mo->onMobj && (mapTime & 2)) { mo->origin[VZ] += FIX2FLT(finesine[(FINEANGLES / 20 * mapTime >> 2) & FINEMASK]); } // Clip movement. Another thing? // jd64 > if(mo->origin[VZ] <= mo->floorZ && (mo->flags & MF_MISSILE)) { // Hit the floor mo->origin[VZ] = mo->floorZ; P_ExplodeMissile(mo); return; } // < jd64 // Clip movement. Another thing? if(mo->onMobj && mo->origin[VZ] <= mo->onMobj->origin[VZ] + mo->onMobj->height) { if(mo->mom[MZ] < 0) { if(mo->player && mo->mom[MZ] < -gravity * 8 && !(mo->flags2 & MF2_FLY)) { // Squat down. // Decrease viewheight for a moment after hitting the ground // (hard), and utter appropriate sound. mo->player->viewHeightDelta = mo->mom[MZ] / 8; if(mo->player->health > 0) S_StartSound(SFX_OOF, mo); } mo->mom[MZ] = 0; } if(mo->mom[MZ] == 0) mo->origin[VZ] = mo->onMobj->origin[VZ] + mo->onMobj->height; if((mo->flags & MF_MISSILE) && !(mo->flags & MF_NOCLIP)) { P_ExplodeMissile(mo); return; } } // jd64 > // MotherDemon's Fire attacks can climb up/down stairs // DJS - FIXME! #if 0 if((mo->flags & MF_MISSILE) && (mo->type == MT_FIREEND)) { mo->origin[VZ] = mo->floorZ; if(mo->type == MT_FIREEND) { return; } else { P_ExplodeMissile(mo); return; } } #endif // < d64tc // The floor. if(mo->origin[VZ] <= mo->floorZ) { // Hit the floor. dd_bool movingDown; // Note (id): // somebody left this after the setting momz to 0, // kinda useless there. // // cph - This was the a bug in the linuxdoom-1.10 source which // caused it not to sync Doom 2 v1.9 demos. Someone // added the above comment and moved up the following code. So // demos would desync in close lost soul fights. // Note that this only applies to original Doom 1 or Doom2 demos - not // Final Doom and Ultimate Doom. So we test demo_compatibility *and* // gameMission. (Note we assume that Doom1 is always Ult Doom, which // seems to hold for most published demos.) // // fraggle - cph got the logic here slightly wrong. There are three // versions of Doom 1.9: // // * The version used in registered doom 1.9 + doom2 - no bounce // * The version used in ultimate doom - has bounce // * The version used in final doom - has bounce // // So we need to check that this is either retail or commercial // (but not doom2) int correctLostSoulBounce = true; if(correctLostSoulBounce && (mo->flags & MF_SKULLFLY)) { // The skull slammed into something. mo->mom[MZ] = -mo->mom[MZ]; } if((movingDown = (mo->mom[MZ] < 0))) { if(mo->player && mo->player->plr->mo == mo && mo->mom[MZ] < -gravity * 8 && !(mo->flags2 & MF2_FLY)) { // Squat down. // Decrease viewheight for a moment after hitting the ground // (hard), and utter appropriate sound. mo->player->viewHeightDelta = mo->mom[MZ] / 8; mo->player->jumpTics = 10; /** * DOOM bug: * Dead players would grunt when hitting the ground (e.g., * after an archvile attack). */ if(mo->player->health > 0) S_StartSound(SFX_OOF, mo); } } mo->origin[VZ] = mo->floorZ; if(movingDown) P_HitFloor(mo); /** * See lost soul bouncing comment above. We need this here for bug * compatibility with original Doom2 v1.9 - if a soul is charging * and hit by a raising floor this would incorrectly reverse it's * Y momentum. */ if(!correctLostSoulBounce && (mo->flags & MF_SKULLFLY)) mo->mom[MZ] = -mo->mom[MZ]; if(!((mo->flags ^ MF_MISSILE) & (MF_MISSILE | MF_NOCLIP))) { if(mo->flags2 & MF2_FLOORBOUNCE) { P_FloorBounceMissile(mo); return; } else { P_ExplodeMissile(mo); return; } } if(movingDown && mo->mom[MZ] < 0) mo->mom[MZ] = 0; } else if(mo->flags2 & MF2_LOGRAV) { if(mo->mom[MZ] == 0) mo->mom[MZ] = -(gravity / 8) * 2; else mo->mom[MZ] -= (gravity / 8); } else if(!(mo->flags & MF_NOGRAVITY)) { if(mo->mom[MZ] == 0) mo->mom[MZ] = -gravity * 2; else mo->mom[MZ] -= gravity; } if(mo->origin[VZ] + mo->height > mo->ceilingZ) { // Hit the ceiling. if(mo->mom[MZ] > 0) mo->mom[MZ] = 0; mo->origin[VZ] = mo->ceilingZ - mo->height; if(mo->flags & MF_SKULLFLY) { // The skull slammed into something. mo->mom[MZ] = -mo->mom[MZ]; } if(!((mo->flags ^ MF_MISSILE) & (MF_MISSILE | MF_NOCLIP))) { // Don't explode against sky. if(P_GetIntp(P_GetPtrp(Mobj_Sector(mo), DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) { P_MobjRemove(mo, false); } else { P_ExplodeMissile(mo); } } } } void P_NightmareRespawn(mobj_t* mobj) { mobj_t* mo; // Something is occupying it's position? if(!P_CheckPositionXY(mobj, mobj->spawnSpot.origin[VX], mobj->spawnSpot.origin[VY])) return; // No respwan. if((mo = P_SpawnMobj(mobj->type, mobj->spawnSpot.origin, mobj->spawnSpot.angle, mobj->spawnSpot.flags))) { mo->reactionTime = 18; // Spawn a teleport fog at old spot. if((mo = P_SpawnMobjXYZ(MT_TFOG, mobj->origin[VX], mobj->origin[VY], 0, mobj->angle, MSF_Z_FLOOR))) S_StartSound(SFX_TELEPT, mo); // Spawn a teleport fog at the new spot. if((mo = P_SpawnMobj(MT_TFOG, mobj->spawnSpot.origin, mobj->spawnSpot.angle, mobj->spawnSpot.flags))) S_StartSound(SFX_TELEPT, mo); } // Remove the old monster. P_MobjRemove(mobj, true); } void P_MobjThinker(void *mobjThinkerPtr) { mobj_t *mobj = mobjThinkerPtr; if(mobj->ddFlags & DDMF_REMOTE) return; // Remote mobjs are handled separately. // The first three bits of the selector special byte contain a // relative health level. P_UpdateHealthBits(mobj); #if __JHERETIC__ // Lightsources must stay where they're hooked. if(mobj->type == MT_LIGHTSOURCE) { if(mobj->moveDir > 0) mobj->origin[VZ] = P_GetDoublep(Mobj_Sector(mobj), DMU_FLOOR_HEIGHT); else mobj->origin[VZ] = P_GetDoublep(Mobj_Sector(mobj), DMU_CEILING_HEIGHT); mobj->origin[VZ] += FIX2FLT(mobj->moveDir); return; } #endif // Handle X and Y momentums. if(!FEQUAL(mobj->mom[MX], 0) || !FEQUAL(mobj->mom[MY], 0) || (mobj->flags & MF_SKULLFLY)) { P_MobjMoveXY(mobj); //// @todo decent NOP/NULL/Nil function pointer please. if(mobj->thinker.function == (thinkfunc_t) NOPFUNC) return; // Mobj was removed. } if(mobj->flags2 & MF2_FLOATBOB) { // Floating item bobbing motion. // Keep it on the floor. mobj->origin[VZ] = mobj->floorZ; mobj->floorClip = 0; if(mobj->floorClip < -MAX_BOB_OFFSET) { // We don't want it going through the floor. mobj->floorClip = -MAX_BOB_OFFSET; } } else if(!FEQUAL(mobj->origin[VZ], mobj->floorZ) || !FEQUAL(mobj->mom[MZ], 0)) { P_MobjMoveZ(mobj); if(mobj->thinker.function != (thinkfunc_t) P_MobjThinker) // Must've been removed. return; // Mobj was removed. } // Non-sentient objects at rest. else if(!(mobj->mom[MX] == 0 && mobj->mom[MY] == 0) && !sentient(mobj) && !(mobj->player) && !((mobj->flags & MF_CORPSE) && cfg.slidingCorpses)) { // Objects fall off ledges if they are hanging off slightly push // off of ledge if hanging more than halfway off if(mobj->origin[VZ] > mobj->dropOffZ && // Only objects contacting dropoff. !(mobj->flags & MF_NOGRAVITY) && cfg.fallOff) { P_ApplyTorque(mobj); } else { mobj->intFlags &= ~MIF_FALLING; mobj->gear = 0; // Reset torque. } } if(cfg.slidingCorpses) { if(((mobj->flags & MF_CORPSE)? mobj->origin[VZ] > mobj->dropOffZ : mobj->origin[VZ] - mobj->dropOffZ > 24) && // Only objects contacting drop off !(mobj->flags & MF_NOGRAVITY)) // Only objects which fall. { P_ApplyTorque(mobj); // Apply torque. } else { mobj->intFlags &= ~MIF_FALLING; mobj->gear = 0; // Reset torque. } } // $vanish: dead monsters disappear after some time. if(cfg.corpseTime && (mobj->flags & MF_CORPSE) && mobj->corpseTics != -1) { if(++mobj->corpseTics < cfg.corpseTime * TICSPERSEC) { mobj->translucency = 0; // Opaque. } else if(mobj->corpseTics < cfg.corpseTime * TICSPERSEC + VANISHTICS) { // Translucent during vanishing. mobj->translucency = ((mobj->corpseTics - cfg.corpseTime * TICSPERSEC) * 255) / VANISHTICS; } else { // Too long; get rid of the corpse. mobj->corpseTics = -1; return; } } // jd64 > // Fade monsters upon spawning. if(mobj->intFlags & MIF_FADE) { if(++mobj->spawnFadeTics < SPAWNFADETICS) { mobj->translucency = MINMAX_OF(0, 255 - 255 * mobj->spawnFadeTics / SPAWNFADETICS, 255); } else { mobj->intFlags &= ~MIF_FADE; mobj->translucency = 0; } } // < d64tc // Cycle through states, calling action functions at transitions. if(mobj->tics != -1) { mobj->tics--; P_MobjAngleSRVOTicker(mobj); // "angle-servo"; smooth actor turning. // You can cycle through multiple STATES in a tic. if(!mobj->tics) { P_MobjClearSRVO(mobj); if(!P_MobjChangeState(mobj, mobj->state->nextState)) return; // Freed itself. } } else if(!IS_CLIENT) { // Check for nightmare respawn. if(!(mobj->flags & MF_COUNTKILL)) return; if(!G_Ruleset_RespawnMonsters()) return; mobj->moveCount++; if(mobj->moveCount < 12 * 35) return; if(mapTime & 31) return; if(P_Random() > 4) return; P_NightmareRespawn(mobj); } } mobj_t *P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags) { mobjinfo_t *info; int ddflags = 0; coord_t space; mobj_t *mo; if(type < MT_FIRST || type >= Get(DD_NUMMOBJTYPES)) { App_Log(DE2_MAP_ERROR, "Attempt to spawn unknown mobj type %i", type); return NULL; } info = &MOBJINFO[type]; // Clients only spawn local objects. if(!(info->flags & MF_LOCAL) && IS_CLIENT) return NULL; // Not for deathmatch? if(G_Ruleset_Deathmatch() && (info->flags & MF_NOTDMATCH)) return NULL; // Check for specific disabled objects. if(IS_NETGAME) { // Cooperative weapons? if(cfg.noCoopWeapons && !G_Ruleset_Deathmatch() && type >= MT_CLIP && type <= MT_SUPERSHOTGUN) return NULL; /** * @todo cfg.noCoopAnything: Exactly which objects is this supposed to * prevent spawning? (at least not MT_PLAYER*...). -jk */ #if 0 // Don't spawn any special objects in coop? if(cfg.noCoopAnything && !deathmatch) return NULL; #endif // BFG disabled in netgames? if(cfg.noNetBFG && type == MT_MISC25) return NULL; } // Don't spawn any monsters? if(G_Ruleset_NoMonsters() && ((info->flags & MF_COUNTKILL) || type == MT_SKULL)) return NULL; if(info->flags & MF_SOLID) ddflags |= DDMF_SOLID; if(info->flags2 & MF2_DONTDRAW) ddflags |= DDMF_DONTDRAW; mo = Mobj_CreateXYZ(P_MobjThinker, x, y, z, angle, info->radius, info->height, ddflags); mo->type = type; mo->info = info; mo->flags = info->flags; mo->flags2 = info->flags2; mo->flags3 = info->flags3; mo->damage = info->damage; mo->health = info->spawnHealth * (IS_NETGAME ? cfg.netMobHealthModifier : 1); mo->moveDir = DI_NODIR; // Spectres get selector = 1. mo->selector = (type == MT_SHADOWS)? 1 : 0; P_UpdateHealthBits(mo); // Set the health bits of the selector. mo->reactionTime = info->reactionTime; mo->lastLook = P_Random() % MAXPLAYERS; // Must link before setting state (ID assigned for the mo). Mobj_SetState(mo, P_GetState(mo->type, SN_SPAWN)); // Set BSP leaf and/or block links. P_MobjLink(mo); mo->floorZ = P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT); mo->dropOffZ = mo->floorZ; mo->ceilingZ = P_GetDoublep(Mobj_Sector(mo), DMU_CEILING_HEIGHT); if((spawnFlags & MSF_Z_CEIL) || (info->flags & MF_SPAWNCEILING)) { mo->origin[VZ] = mo->ceilingZ - mo->info->height - z; } else if((spawnFlags & MSF_Z_RANDOM) || (info->flags2 & MF2_SPAWNFLOAT)) { space = mo->ceilingZ - mo->info->height - mo->floorZ; if(space > 48) { space -= 40; mo->origin[VZ] = ((space * P_Random()) / 256) + mo->floorZ + 40; } else { mo->origin[VZ] = mo->floorZ; } } else if(spawnFlags & MSF_Z_FLOOR) { mo->origin[VZ] = mo->floorZ + z; } /*if(spawnFlags & MTF_FLOAT) { mo->origin[VZ] += 96; mo->flags |= (MF_FLOAT | MF_NOGRAVITY); }*/ if(spawnFlags & MSF_DEAF) mo->flags |= MF_AMBUSH; mo->floorClip = 0; if((mo->flags2 & MF2_FLOORCLIP) && FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) { mo->floorClip = 10; } } /*if(spawnFlags & MTF_WALKOFF) mo->flags |= (MF_FLOAT | MF_DROPOFF); if(spawnFlags & MTF_TRANSLUCENT) mo->flags |= MF_SHADOW;*/ // Copy spawn attributes to the new mobj. mo->spawnSpot.origin[VX] = x; mo->spawnSpot.origin[VY] = y; mo->spawnSpot.origin[VZ] = z; mo->spawnSpot.angle = angle; mo->spawnSpot.flags = spawnFlags; return mo; } mobj_t *P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags) { return P_SpawnMobjXYZ(type, pos[VX], pos[VY], pos[VZ], angle, spawnFlags); } void P_SpawnBlood(coord_t x, coord_t y, coord_t z, int damage, angle_t angle) { mobj_t* mo; z += FIX2FLT((P_Random() - P_Random()) << 10); if((mo = P_SpawnMobjXYZ(MT_BLOOD, x, y, z, angle, 0))) { mo->mom[MZ] = 2; mo->tics -= P_Random() & 3; if(mo->tics < 1) mo->tics = 1; if(damage <= 12 && damage >= 9) P_MobjChangeState(mo, S_BLOOD2); else if(damage < 9) P_MobjChangeState(mo, S_BLOOD3); } } /** * Moves the missile forward a bit and possibly explodes it right there. * * @param th The missile to be checked. * * @return @c true, if the missile is at a valid location else * @c false */ dd_bool P_CheckMissileSpawn(mobj_t* mo) { mo->tics -= P_Random() & 3; if(mo->tics < 1) mo->tics = 1; // Move forward slightly so an angle can be computed if it explodes // immediately. mo->origin[VX] += mo->mom[MX] / 2; mo->origin[VY] += mo->mom[MY] / 2; mo->origin[VZ] += mo->mom[MZ] / 2; if(!P_TryMoveXY(mo, mo->origin[VX], mo->origin[VY], false, false)) { P_ExplodeMissile(mo); return false; } return true; } mobj_t* P_SpawnMissile(mobjtype_t type, mobj_t* source, mobj_t* dest) { coord_t pos[3], spawnZOff = 0, dist = 0; angle_t angle = 0; float slope = 0; mobj_t* th = 0; uint an; memcpy(pos, source->origin, sizeof(pos)); if(source->player) { // See which target is to be aimed at. angle = source->angle; slope = P_AimLineAttack(source, angle, 16 * 64); if(!cfg.noAutoAim) if(!lineTarget) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget) { angle = source->angle; slope = tan(LOOKDIR2RAD(source->dPlayer->lookDir)) / 1.2f; } } if(!P_MobjIsCamera(source->player->plr->mo)) spawnZOff = cfg.plrViewHeight - 9 + source->player->plr->lookDir / 173; } else { spawnZOff = 32; } pos[VZ] += spawnZOff; pos[VZ] -= source->floorClip; angle = M_PointToAngle2(pos, dest->origin); if(!source->player) { // Fuzzy player. if(dest->flags & MF_SHADOW) angle += (P_Random() - P_Random()) << 20; } if(!(th = P_SpawnMobj(type, pos, angle, 0))) return NULL; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Where it came from. an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); /*if(source->player) { // Allow free-aim with the BFG in deathmatch? if(deathmatch && cfg.netBFGFreeLook == 0 && type == MT_BFG) th->mom[MZ] = 0; else th->mom[MZ] = th->info->speed * slope; } else*/ { dist = M_ApproxDistance(dest->origin[VX] - pos[VX], dest->origin[VY] - pos[VY]); dist /= th->info->speed; if(dist < 1) dist = 1; th->mom[MZ] = (dest->origin[VZ] - source->origin[VZ]) / dist; } // Make sure the speed is right (in 3D). dist = M_ApproxDistance(M_ApproxDistance(th->mom[MX], th->mom[MY]), th->mom[MZ]); if(dist < 1) dist = 1; dist = th->info->speed / dist; th->mom[MX] *= dist; th->mom[MY] *= dist; th->mom[MZ] *= dist; if(P_CheckMissileSpawn(th)) return th; return NULL; } /** * d64tc * dj - It would appear this routine has been stolen from HEXEN and then * butchered... * @todo: Make sure this still works correctly. */ mobj_t* P_SPMAngle(mobjtype_t type, mobj_t* source, angle_t sourceAngle) { coord_t pos[3], spawnZOff; float fangle = LOOKDIR2RAD(source->player->plr->lookDir), movfactor = 1; angle_t angle; float slope; mobj_t* th; uint an; pos[VX] = source->origin[VX]; pos[VY] = source->origin[VY]; pos[VZ] = source->origin[VZ]; // See which target is to be aimed at. angle = sourceAngle; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget) { angle = sourceAngle; slope = sin(fangle) / 1.2; movfactor = cos(fangle); } } if(!P_MobjIsCamera(source->player->plr->mo)) spawnZOff = cfg.plrViewHeight - 9 + source->player->plr->lookDir / 173; else spawnZOff = 0; pos[VZ] += spawnZOff; pos[VZ] -= source->floorClip; if((th = P_SpawnMobj(type, pos, angle, 0))) { th->target = source; an = angle >> ANGLETOFINESHIFT; th->mom[MX] = movfactor * th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = movfactor * th->info->speed * FIX2FLT(finesine[an]); th->mom[MZ] = th->info->speed * slope; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); P_CheckMissileSpawn(th); } return th; } /** * d64tc */ mobj_t* P_SpawnMotherMissile(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t* source, mobj_t* dest) { angle_t angle; coord_t dist; mobj_t* th; uint an; z -= source->floorClip; angle = M_PointXYToAngle2(x, y, dest->origin[VX], dest->origin[VY]); if(dest->flags & MF_SHADOW) // Invisible target { angle += (P_Random() - P_Random()) << 21; } if(!(th = P_SpawnMobjXYZ(type, x, y, z, angle, 0))) return NULL; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Originator an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); dist = M_ApproxDistance(dest->origin[VX] - x, dest->origin[VY] - y); dist /= th->info->speed; if(dist < 1) dist = 1; th->mom[MZ] = (dest->origin[VZ] - z + 30) / dist; P_CheckMissileSpawn(th); return th; } doomsday-1.14.5/doomsday/plugins/doom64/src/p_enemy.c0000664000175000017500000015004212350542240021703 0ustar jaakkojaakko/** @file p_enemy.c Enemy thinking, AI. * * Action Pointer Functions that are associated with states/frames. * * Enemies are allways spawned with targetplayer = -1, threshold = 0 * Most monsters are spawned unaware of all players, * but some can be made preaware * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #ifdef MSVC # pragma optimize("g", off) #endif #include "jdoom64.h" #include "dmu_lib.h" #include "p_map.h" #include "p_mapspec.h" #include "p_door.h" #include "p_floor.h" #include "p_actor.h" #define FATSPREAD (ANG90/8) #define FAT_DELTAANGLE (85*ANGLE_1) // jd64 #define FAT_ARM_EXTENSION_SHORT (32) // jd64 #define FAT_ARM_EXTENSION_LONG (16) // jd64 #define FAT_ARM_HEIGHT (64) // jd64 #define SKULLSPEED (20) #define TRACEANGLE (0xc000000) // Eight directional movement speeds. #define MOVESPEED_DIAGONAL (0.71716309f) static coord_t const dirSpeed[8][2] = { {1, 0}, {MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {0, 1}, {-MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {-1, 0}, {-MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL}, {0, -1}, {MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL} }; #undef MOVESPEED_DIAGONAL /** * If a monster yells at a player, it will alert other monsters to the * player's whereabouts. */ void P_NoiseAlert(mobj_t *target, mobj_t *emitter) { VALIDCOUNT++; P_RecursiveSound(target, Mobj_Sector(emitter), 0); } static dd_bool checkMeleeRange(mobj_t *actor) { mobj_t *pl; coord_t dist, range; if(!actor->target) return false; pl = actor->target; dist = M_ApproxDistance(pl->origin[VX] - actor->origin[VX], pl->origin[VY] - actor->origin[VY]); if(!cfg.netNoMaxZMonsterMeleeAttack) { // Account for Z height difference. if(pl->origin[VZ] > actor->origin[VZ] + actor->height || pl->origin[VZ] + pl->height < actor->origin[VZ]) return false; } range = MELEERANGE - 20 + pl->info->radius; if(dist >= range) return false; if(!P_CheckSight(actor, actor->target)) return false; return true; } static dd_bool checkMissileRange(mobj_t* actor) { coord_t dist; if(!P_CheckSight(actor, actor->target)) return false; if(actor->flags & MF_JUSTHIT) { // The target just hit the enemy, so fight back! actor->flags &= ~MF_JUSTHIT; return true; } if(actor->reactionTime) return false; // Do not attack yet. dist = M_ApproxDistance(actor->origin[VX] - actor->target->origin[VX], actor->origin[VY] - actor->target->origin[VY]) - 64; if(P_GetState(actor->type, SN_MELEE) == S_NULL) dist -= 128; // No melee attack, so fire more. if(actor->type == MT_CYBORG || actor->type == MT_SKULL) { dist /= 2; } if(dist > 200) dist = 200; if(actor->type == MT_CYBORG && dist > 160) dist = 160; if((coord_t)P_Random() < dist) return false; return true; } /** * Move in the current direction. $dropoff_fix * * @return @c false, if the move is blocked. */ static dd_bool moveMobj(mobj_t *actor, dd_bool dropoff) { coord_t pos[3], step[3]; Line *ld; dd_bool good; if(actor->moveDir == DI_NODIR) return false; if(!VALID_MOVEDIR(actor->moveDir)) Con_Error("Weird actor->moveDir!"); step[VX] = actor->info->speed * dirSpeed[actor->moveDir][MX]; step[VY] = actor->info->speed * dirSpeed[actor->moveDir][MY]; pos[VX] = actor->origin[VX] + step[VX]; pos[VY] = actor->origin[VY] + step[VY]; // $dropoff_fix if(!P_TryMoveXY(actor, pos[VX], pos[VY], dropoff, false)) { // Float up and down to the contacted floor height. if((actor->flags & MF_FLOAT) && tmFloatOk) { if(actor->origin[VZ] < tmFloorZ) actor->origin[VZ] += FLOATSPEED; else actor->origin[VZ] -= FLOATSPEED; // What if we just floated into another mobj?? actor->flags |= MF_INFLOAT; return true; } // Open any specials. if(IterList_Empty(spechit)) return false; actor->moveDir = DI_NODIR; good = false; while((ld = IterList_Pop(spechit)) != NULL) { /** * If the special is not a door that can be opened, return false. * * $unstuck: This is what caused monsters to get stuck in * doortracks, because it thought that the monster freed itself * by opening a door, even if it was moving towards the * doortrack, and not the door itself. * * If a line blocking the monster is activated, return true 90% * of the time. If a line blocking the monster is not activated, * but some other line is, return false 90% of the time. * A bit of randomness is needed to ensure it's free from * lockups, but for most cases, it returns the correct result. * * Do NOT simply return false 1/4th of the time (causes monsters * to back out when they shouldn't, and creates secondary * stickiness). */ if(P_ActivateLine(ld, actor, 0, SPAC_USE)) good |= ld == tmBlockingLine ? 1 : 2; } if(!good || cfg.monstersStuckInDoors) return good; else return (P_Random() >= 230) || (good & 1); } else { P_MobjSetSRVO(actor, step[VX], step[VY]); actor->flags &= ~MF_INFLOAT; } // $dropoff_fix: fall more slowly, under gravity, if tmFellDown==true if(!(actor->flags & MF_FLOAT) && !tmFellDown) { if(actor->origin[VZ] > actor->floorZ) P_HitFloor(actor); actor->origin[VZ] = actor->floorZ; } return true; } /** * Attempts to move actor on in its current (ob->moveangle) direction. * If blocked by either a wall or an actor returns FALSE * If move is either clear or blocked only by a door, returns TRUE and sets... * If a door is in the way, an OpenDoor call is made to start it opening. */ static dd_bool tryMoveMobj(mobj_t *actor) { // $dropoff_fix if(!moveMobj(actor, false)) { return false; } actor->moveCount = P_Random() & 15; return true; } static void doNewChaseDir(mobj_t *actor, coord_t deltaX, coord_t deltaY) { dirtype_t xdir, ydir, tdir; dirtype_t olddir = actor->moveDir; dirtype_t turnaround = olddir; if(turnaround != DI_NODIR) // Find reverse direction. turnaround ^= 4; xdir = (deltaX > 10 ? DI_EAST : deltaX < -10 ? DI_WEST : DI_NODIR); ydir = (deltaY < -10 ? DI_SOUTH : deltaY > 10 ? DI_NORTH : DI_NODIR); // Try direct route. if(xdir != DI_NODIR && ydir != DI_NODIR && turnaround != (actor->moveDir = deltaY < 0 ? deltaX > 0 ? DI_SOUTHEAST : DI_SOUTHWEST : deltaX > 0 ? DI_NORTHEAST : DI_NORTHWEST) && tryMoveMobj(actor)) return; // Try other directions. if(P_Random() > 200 || fabs(deltaY) > fabs(deltaX)) { dirtype_t temp = xdir; xdir = ydir; ydir = temp; } if((xdir == turnaround ? xdir = DI_NODIR : xdir) != DI_NODIR && (actor->moveDir = xdir, tryMoveMobj(actor))) return; // Either moved forward or attacked. if((ydir == turnaround ? ydir = DI_NODIR : ydir) != DI_NODIR && (actor->moveDir = ydir, tryMoveMobj(actor))) return; // There is no direct path to the player, so pick another direction. if(olddir != DI_NODIR && (actor->moveDir = olddir, tryMoveMobj(actor))) return; // Randomly determine direction of search. if(P_Random() & 1) { for(tdir = DI_EAST; tdir <= DI_SOUTHEAST; tdir++) if(tdir != turnaround && (actor->moveDir = tdir, tryMoveMobj(actor))) return; } else { for(tdir = DI_SOUTHEAST; tdir != DI_EAST - 1; tdir--) if(tdir != turnaround && (actor->moveDir = tdir, tryMoveMobj(actor))) return; } if((actor->moveDir = turnaround) != DI_NODIR && !tryMoveMobj(actor)) actor->moveDir = DI_NODIR; } typedef struct { mobj_t *averterMobj; ///< Mobj attempting to avert the drop off. AABoxd averterAABox; ///< Current axis-aligned bounding box of the averter. vec2d_t direction; ///< Direction in which to move to avoid the drop off. } pit_avoiddropoff_params_t; static int PIT_AvoidDropoff(Line *line, void *context) { pit_avoiddropoff_params_t *parm = (pit_avoiddropoff_params_t *)context; Sector *backsector = P_GetPtrp(line, DMU_BACK_SECTOR); AABoxd *aaBox = P_GetPtrp(line, DMU_BOUNDING_BOX); if(backsector && // Line must be contacted parm->averterAABox.minX < aaBox->maxX && parm->averterAABox.maxX > aaBox->minX && parm->averterAABox.minY < aaBox->maxY && parm->averterAABox.maxY > aaBox->minY && !Line_BoxOnSide(line, &parm->averterAABox)) { Sector *frontsector = P_GetPtrp(line, DMU_FRONT_SECTOR); coord_t front = P_GetDoublep(frontsector, DMU_FLOOR_HEIGHT); coord_t back = P_GetDoublep(backsector, DMU_FLOOR_HEIGHT); vec2d_t lineDir; angle_t angle; uint an; P_GetDoublepv(line, DMU_DXY, lineDir); // The monster must contact one of the two floors, and the other must be // a tall drop off (more than 24). if(FEQUAL(back, parm->averterMobj->floorZ) && front < parm->averterMobj->floorZ - 24) { angle = M_PointToAngle(lineDir); // Front drop off. } else { if(FEQUAL(front, parm->averterMobj->floorZ) && back < parm->averterMobj->floorZ - 24) { angle = M_PointXYToAngle(-lineDir[0], -lineDir[1]); // Back drop off. } return false; } // Move away from drop off at a standard speed. // Multiple contacted lines are cumulative (e.g., hanging over a corner). an = angle >> ANGLETOFINESHIFT; parm->direction[VX] -= FIX2FLT(finesine [an]) * 32; parm->direction[VY] += FIX2FLT(finecosine[an]) * 32; } return false; } /** * Monsters try to move away from tall drop offs. (From PrBoom.) * * In Doom, they were never allowed to hang over drop offs, and would remain * stuck if involuntarily forced over one. This logic, combined with * p_map.c::P_TryMoveXY(), allows monsters to free themselves without making * them tend to hang over drop offs. * * @param chaseDir Direction in which the mobj is currently "chasing". If a * drop off is found, this direction will be updated with a * direction that will take the mobj back onto terra firma. * * @return @c true iff the direction was changed to avoid a drop off. */ static dd_bool shouldAvoidDropoff(mobj_t *mobj, pvec2d_t chaseDir) { pit_avoiddropoff_params_t parm; DENG_ASSERT(mobj != 0); // Disabled? (inverted var name!) if(cfg.avoidDropoffs) return false; if(mobj->floorZ - mobj->dropOffZ <= 24) return false; if(mobj->origin[VZ] > mobj->floorZ) return false; if(mobj->flags & (MF_DROPOFF | MF_FLOAT)) return false; parm.averterMobj = mobj; parm.averterAABox.minX = mobj->origin[VX] - mobj->radius; parm.averterAABox.minY = mobj->origin[VY] - mobj->radius; parm.averterAABox.maxX = mobj->origin[VX] + mobj->radius; parm.averterAABox.maxY = mobj->origin[VY] + mobj->radius; V2d_Set(parm.direction, 0, 0); VALIDCOUNT++; Mobj_TouchedLinesIterator(mobj, PIT_AvoidDropoff, &parm); if(FEQUAL(parm.direction[VX], 0) && FEQUAL(parm.direction[VY], 0)) return false; // The mobj should attempt to move away from the drop off. V2d_Copy(chaseDir, parm.direction); return true; } static void newChaseDir(mobj_t *mobj) { vec2d_t chaseDir; dd_bool avoiding; DENG_ASSERT(mobj != 0); // Nothing to chase? if(!mobj->target) return; // Chase toward the target, unless there is a drop off to avoid. V2d_Subtract(chaseDir, mobj->target->origin, mobj->origin); avoiding = shouldAvoidDropoff(mobj, chaseDir); // Apply the direction change (if any). doNewChaseDir(mobj, chaseDir[VX], chaseDir[VY]); if(avoiding) { // Take small steps away from the drop off. mobj->moveCount = 1; } } static int massacreMobj(thinker_t *th, void *context) { int *count = (int*) context; mobj_t *mo = (mobj_t *) th; if(!mo->player && sentient(mo) && (mo->flags & MF_SHOOTABLE)) { P_DamageMobj(mo, NULL, NULL, 10000, false); (*count)++; } return false; // Continue iteration. } /** * Kills all monsters. */ int P_Massacre(void) { int count = 0; // Only massacre when actually in a map. if(G_GameState() == GS_MAP) { Thinker_Iterate(P_MobjThinker, massacreMobj, &count); } return count; } typedef struct { mobjtype_t type; size_t count; } countmobjoftypeparams_t; static int countMobjOfType(thinker_t* th, void* context) { countmobjoftypeparams_t *params = (countmobjoftypeparams_t*) context; mobj_t* mo = (mobj_t *) th; if(params->type == mo->type && mo->health > 0) params->count++; return false; // Continue iteration. } /** * DJS - Next up we have an obscene amount of repetion; 15(!) copies of * DOOM's A_KeenDie() with only very minor changes. * * \todo Replace this lot with XG (maybe need to add a new flag for * targeting "mobjs like me"). */ /** * kaiser - Used for special stuff. works only per monster!!! */ void C_DECL A_RectSpecial(mobj_t* actor) { countmobjoftypeparams_t params; coord_t pos[3]; mobj_t* mo; int sound; switch(actor->info->deathSound) { case 0: return; case SFX_PODTH1: case SFX_PODTH2: case SFX_PODTH3: sound = SFX_PODTH1 + P_Random() % 3; break; case SFX_BGDTH1: case SFX_BGDTH2: sound = SFX_BGDTH1 + P_Random() % 2; break; default: sound = actor->info->deathSound; break; } // Check for bosses. if(actor->type == MT_CYBORG || actor->type == MT_BITCH) { // Full volume. S_StartSound(sound | DDSF_NO_ATTENUATION, NULL); actor->reactionTime += 30; // jd64 } else { S_StartSound(sound, actor); } memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += FIX2FLT((P_Random() - 128) << 11); pos[VY] += FIX2FLT((P_Random() - 128) << 11); pos[VZ] += actor->height / 2; if((mo = P_SpawnMobj(MT_KABOOM, pos, P_Random() << 24, 0))) { S_StartSound(SFX_BAREXP, mo); mo->mom[MX] = FIX2FLT((P_Random() - 128) << 11); mo->mom[MY] = FIX2FLT((P_Random() - 128) << 11); mo->target = actor; } actor->reactionTime--; if(actor->reactionTime <= 0) { P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH) + 2); } // Check if there are no more Bitches left in the map. params.type = actor->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { // No Bitches left alive. Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4459; // jd64 was 666. EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); // jd64 was open. P_FreeDummyLine(dummyLine); } } /** * kaiser - Used for special stuff. works only per monster!!! */ void C_DECL A_PossSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4444; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_SposSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4445; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_TrooSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = (mo->type == MT_TROOP? 4446 : 4447); EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_SargSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4448; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_HeadSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4450; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_SkulSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4452; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_Bos2Special(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4453; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_BossSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4454; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_PainSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4455; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_FattSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4456; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_BabySpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4457; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * kaiser - used for special stuff. works only per monster!!! */ void C_DECL A_CybrSpecial(mobj_t* mo) { countmobjoftypeparams_t params; A_Fall(mo); params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(!params.count) { Line* dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 4458; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); } } /** * Stay in state until a player is sighted. */ void C_DECL A_Look(mobj_t *actor) { Sector *sec = Mobj_Sector(actor); mobj_t *targ; if(!sec) return; actor->threshold = 0; // Any shot will wake us up. targ = P_ToXSector(sec)->soundTarget; if(targ && (targ->flags & MF_SHOOTABLE)) { actor->target = targ; if(actor->flags & MF_AMBUSH) { if(P_CheckSight(actor, actor->target)) goto seeyou; } else goto seeyou; } if(!Mobj_LookForPlayers(actor, false)) return; // Go into chase state. seeyou: if(actor->info->seeSound) { int sound; switch(actor->info->seeSound) { case SFX_POSIT1: case SFX_POSIT2: case SFX_POSIT3: sound = SFX_POSIT1 + P_Random() % 3; break; case SFX_BGSIT1: case SFX_BGSIT2: sound = SFX_BGSIT1 + P_Random() % 2; break; default: sound = actor->info->seeSound; break; } if(actor->flags2 & MF2_BOSS) { // Full volume. S_StartSound(sound | DDSF_NO_ATTENUATION, actor); } else { S_StartSound(sound, actor); } } P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } /** * Used by the demo cyborg to select the camera as a target on spawn. */ void C_DECL A_TargetCamera(mobj_t* actor) { int i; player_t* player; for(i = 0; i < MAXPLAYERS; ++i) { player = &players[i]; if(!player->plr->inGame || !player->plr->mo) continue; actor->target = player->plr->mo; return; } // Should never get here. Con_Error("A_TargetCamera: Could not find suitable target!"); } /** * Actor has a melee attack, so it tries to close as fast as possible. */ void C_DECL A_Chase(mobj_t *actor) { int delta; statenum_t state; // jd64 > if(actor->flags & MF_FLOAT) { int r = P_Random(); if(r < 64) actor->mom[MZ] += 1; else if(r < 128) actor->mom[MZ] -= 1; } // < d64tc if(actor->reactionTime) { actor->reactionTime--; } // Modify target threshold. if(actor->threshold) { if(!actor->target || actor->target->health <= 0) { actor->threshold = 0; } else { actor->threshold--; } } // Turn towards movement direction if not there yet. if(actor->moveDir < DI_NODIR) { actor->angle &= (7 << 29); delta = actor->angle - (actor->moveDir << 29); if(delta > 0) { actor->angle -= ANG90 / 2; } else if(delta < 0) { actor->angle += ANG90 / 2; } } if(!actor->target || !(actor->target->flags & MF_SHOOTABLE) || P_MobjIsCamera(actor->target)) { // Look for a new target. if(!Mobj_LookForPlayers(actor, true)) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SPAWN)); } return; } // Do not attack twice in a row. if(actor->flags & MF_JUSTATTACKED) { actor->flags &= ~MF_JUSTATTACKED; if(!G_Ruleset_Fast()) { newChaseDir(actor); } return; } // Check for melee attack. if((state = P_GetState(actor->type, SN_MELEE)) != S_NULL && checkMeleeRange(actor)) { if(actor->info->attackSound) { S_StartSound(actor->info->attackSound, actor); } P_MobjChangeState(actor, state); return; } // Check for missile attack. if((state = P_GetState(actor->type, SN_MISSILE)) != S_NULL) { if(!(!G_Ruleset_Fast() && actor->moveCount)) { if(checkMissileRange(actor)) { P_MobjChangeState(actor, state); actor->flags |= MF_JUSTATTACKED; return; } } } // Possibly choose another target. if(IS_NETGAME && !actor->threshold && !P_CheckSight(actor, actor->target)) { if(Mobj_LookForPlayers(actor, true)) return; // Got a new target. } // Chase towards player. if(--actor->moveCount < 0 || !moveMobj(actor, false)) { newChaseDir(actor); } // Make active sound. if(actor->info->activeSound && P_Random() < 3) { S_StartSound(actor->info->activeSound, actor); } } void C_DECL A_RectChase(mobj_t* actor) { A_Chase(actor); } void C_DECL A_FaceTarget(mobj_t *actor) { if(!actor->target) return; actor->turnTime = true; // $visangle-facetarget actor->flags &= ~MF_AMBUSH; actor->angle = M_PointToAngle2(actor->origin, actor->target->origin); if(actor->target->flags & MF_SHADOW) actor->angle += (P_Random() - P_Random()) << 21; } void C_DECL A_BspiFaceTarget(mobj_t* actor) { A_FaceTarget(actor); } void C_DECL A_PosAttack(mobj_t* actor) { int damage; angle_t angle; float slope; if(!actor->target) return; A_FaceTarget(actor); angle = actor->angle; slope = P_AimLineAttack(actor, angle, MISSILERANGE); S_StartSound(SFX_PISTOL, actor); angle += (P_Random() - P_Random()) << 20; damage = ((P_Random() % 5) + 1) * 3; P_LineAttack(actor, angle, MISSILERANGE, slope, damage, MT_PUFF); } void C_DECL A_SPosAttack(mobj_t *actor) { int i, damage; angle_t angle, bangle; float slope; if(!actor) return; if(!actor->target) return; S_StartSound(SFX_SHOTGN, actor); A_FaceTarget(actor); bangle = actor->angle; slope = P_AimLineAttack(actor, bangle, MISSILERANGE); for(i = 0; i < 3; ++i) { angle = bangle + ((P_Random() - P_Random()) << 20); damage = ((P_Random() % 5) + 1) * 3; P_LineAttack(actor, angle, MISSILERANGE, slope, damage, MT_PUFF); } } void C_DECL A_EMarineAttack2(mobj_t* actor) { // STUB: What is this meant to do? } void C_DECL A_SpidRefire(mobj_t *actor) { // Keep firing unless target got out of sight. A_FaceTarget(actor); if(P_Random() < 10) return; if(!actor->target || actor->target->health <= 0 || !P_CheckSight(actor, actor->target)) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } } /** * d64tc: BspiAttack. Throw projectile. */ void BabyFire(mobj_t* actor, int type, dd_bool right) { #define BSPISPREAD (ANG90/8) //its cheap but it works #define BABY_DELTAANGLE (85*ANGLE_1) #define BABY_ARM_EXTENSION_SHORT (18) #define BABY_ARM_HEIGHT (24) mobj_t* mo; angle_t ang; coord_t pos[3]; ang = actor->angle; if(right) ang += BABY_DELTAANGLE; else ang -= BABY_DELTAANGLE; ang >>= ANGLETOFINESHIFT; memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += BABY_ARM_EXTENSION_SHORT * FIX2FLT(finecosine[ang]); pos[VY] += BABY_ARM_EXTENSION_SHORT * FIX2FLT(finesine[ang]); pos[VZ] -= actor->floorClip + BABY_ARM_HEIGHT; mo = P_SpawnMotherMissile(type, pos[VX], pos[VY], pos[VZ], actor, actor->target); if(right) mo->angle += BSPISPREAD/6; else mo->angle -= BSPISPREAD/6; ang = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[ang]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[ang]); #undef BSPISPREAD #undef BABY_DELTAANGLE #undef BABY_ARM_EXTENSION_SHORT #undef BABY_ARM_HEIGHT } /** * Shoot two plasmaballs while aligned to cannon (should of been like this * in Doom 2! - kaiser). */ void C_DECL A_BspiAttack(mobj_t *actor) { BabyFire(actor, MT_ARACHPLAZ, false); BabyFire(actor, MT_ARACHPLAZ, true); } /** * Formerly A_BspiAttack? - DJS */ void C_DECL A_TroopAttack(mobj_t *actor) { mobjtype_t missileType; if(!actor->target) return; A_FaceTarget(actor); // Launch a missile. if(actor->type == MT_TROOP) missileType = MT_TROOPSHOT; else missileType = MT_NTROSHOT; P_SpawnMissile(missileType, actor, actor->target); } /** * Formerly A_TroopAttack? - DJS */ void C_DECL A_TroopClaw(mobj_t *actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { S_StartSound(SFX_CLAW, actor); damage = (P_Random() % 8 + 1) * 3; P_DamageMobj(actor->target, actor, actor, damage, false); return; } } /** * Mother Demon: Floorfire attack. */ void C_DECL A_MotherFloorFire(mobj_t* actor) { /* #define FIRESPREAD (ANG90 / 8 * 4) mobj_t* mo; int an; */ if(!actor->target) return; A_FaceTarget(actor); S_StartSound(SFX_MTHATK, actor); /* mo = P_SpawnMissile(MT_FIREEND, actor, actor->target); mo = P_SpawnMissile(MT_FIREEND, actor, actor->target); mo->angle -= FIRESPREAD; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); mo = P_SpawnMissile(MT_FIREEND, actor, actor->target); mo->angle += FIRESPREAD; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); #undef FIRESPREAD */ } static void motherFire(mobj_t* actor, int type, angle_t angle, coord_t distance, float height) { angle_t ang; coord_t pos[3]; ang = actor->angle + angle; ang >>= ANGLETOFINESHIFT; memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += distance * FIX2FLT(finecosine[ang]); pos[VY] += distance * FIX2FLT(finesine[ang]); pos[VZ] += -actor->floorClip + height; P_SpawnMotherMissile(type, pos[VX], pos[VY], pos[VZ], actor, actor->target); } /** * d64tc: MotherDemon's Missle Attack code */ void C_DECL A_MotherMissle(mobj_t *actor) { #define MOTHER_DELTAANGLE (85*ANGLE_1) #define MOTHER_ARM_EXTENSION_SHORT (40) #define MOTHER_ARM_EXTENSION_LONG (55) #define MOTHER_ARM1_HEIGHT (128) #define MOTHER_ARM2_HEIGHT (128) #define MOTHER_ARM3_HEIGHT (64) #define MOTHER_ARM4_HEIGHT (64) // Fire 4 missiles at once. motherFire(actor, MT_BITCHBALL, -MOTHER_DELTAANGLE, MOTHER_ARM_EXTENSION_SHORT, MOTHER_ARM1_HEIGHT); motherFire(actor, MT_BITCHBALL, MOTHER_DELTAANGLE, MOTHER_ARM_EXTENSION_SHORT, MOTHER_ARM2_HEIGHT); motherFire(actor, MT_BITCHBALL, -MOTHER_DELTAANGLE, MOTHER_ARM_EXTENSION_LONG, MOTHER_ARM3_HEIGHT); motherFire(actor, MT_BITCHBALL, MOTHER_DELTAANGLE, MOTHER_ARM_EXTENSION_LONG, MOTHER_ARM4_HEIGHT); #undef MOTHER_DELTAANGLE #undef MOTHER_ARM_EXTENSION_SHORT #undef MOTHER_ARM_EXTENSION_LONG #undef MOTHER_ARM1_HEIGHT #undef MOTHER_ARM2_HEIGHT #undef MOTHER_ARM3_HEIGHT #undef MOTHER_ARM4_HEIGHT } /** * d64tc - Unused? */ void C_DECL A_SetFloorFire(mobj_t* actor) { /* mobj_t* mo; coord_t pos[3]; actor->origin[VZ] = actor->floorZ; memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += FIX2FLT((P_Random() - P_Random()) << 10); pos[VY] += FIX2FLT((P_Random() - P_Random()) << 10); pos[VZ] = ONFLOORZ; if((mo = P_SpawnMobj(MT_SPAWNFIRE, pos))) mo->target = actor->target; */ } /** * d64tc */ void C_DECL A_MotherBallExplode(mobj_t* spread) { int i; for(i = 0; i < 8; ++i) { angle_t angle = i * ANG45; mobj_t* shard; if((shard = P_SpawnMobj(MT_HEADSHOT, spread->origin, angle, 0))) { unsigned int an = angle >> ANGLETOFINESHIFT; shard->target = spread->target; shard->mom[MX] = shard->info->speed * FIX2FLT(finecosine[an]); shard->mom[MY] = shard->info->speed * FIX2FLT(finesine[an]); } } } /** * d64tc: Spawns a smoke sprite during the missle attack. */ void C_DECL A_RectTracerPuff(mobj_t* smoke) { if(!smoke) return; P_SpawnMobj(MT_MOTHERPUFF, smoke->origin, P_Random() << 24, 0); } void C_DECL A_SargAttack(mobj_t* actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { damage = ((P_Random() % 10) + 1) * 4; P_DamageMobj(actor->target, actor, actor, damage, false); } } void C_DECL A_ShadowsAction1(mobj_t* actor) { // STUB: What is this meant to do? } void C_DECL A_ShadowsAction2(mobj_t* actor) { // STUB: What is this meant to do? } void C_DECL A_HeadAttack(mobj_t* actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { damage = (P_Random() % 6 + 1) * 10; P_DamageMobj(actor->target, actor, actor, damage, false); return; } // Launch a missile. P_SpawnMissile(MT_HEADSHOT, actor, actor->target); } /** * Cyber Demon: Missile Attack. * * Heavily modified for d64tc. */ void C_DECL A_CyberAttack(mobj_t* actor) { #define CYBER_DELTAANGLE (85*ANGLE_1) #define CYBER_ARM_EXTENSION_SHORT (35) #define CYBER_ARM1_HEIGHT (68) angle_t ang; coord_t pos[3]; // This aligns the rocket to the d64tc cyberdemon's rocket launcher. ang = (actor->angle + CYBER_DELTAANGLE) >> ANGLETOFINESHIFT; memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += CYBER_ARM_EXTENSION_SHORT * FIX2FLT(finecosine[ang]); pos[VY] += CYBER_ARM_EXTENSION_SHORT * FIX2FLT(finesine[ang]); pos[VZ] += -actor->floorClip + CYBER_ARM1_HEIGHT; P_SpawnMotherMissile(MT_CYBERROCKET, pos[VX], pos[VY], pos[VZ], actor, actor->target); #undef CYBER_DELTAANGLE #undef CYBER_ARM_EXTENSION_SHORT #undef CYBER_ARM1_HEIGHT } void C_DECL A_BruisAttack(mobj_t *actor) { int damage; mobjtype_t missileType; if(!actor->target) return; if(checkMeleeRange(actor)) { S_StartSound(SFX_CLAW, actor); damage = (P_Random() % 8 + 1) * 10; P_DamageMobj(actor->target, actor, actor, damage, false); return; } // Launch a missile. if(actor->type == MT_BRUISER) missileType = MT_BRUISERSHOTRED; else missileType = MT_BRUISERSHOT; P_SpawnMissile(missileType, actor, actor->target); } void C_DECL A_SkelMissile(mobj_t* actor) { mobj_t* mo; if(!actor->target) return; A_FaceTarget(actor); if((mo = P_SpawnMissile(MT_TRACER, actor, actor->target))) { mo->origin[VX] += mo->mom[MX]; mo->origin[VY] += mo->mom[MY]; mo->tracer = actor->target; } } void C_DECL A_Tracer(mobj_t* actor) { angle_t exact; coord_t dist; float slope; mobj_t* dest, *th; if((int) GAMETIC & 3) return; // Clients do not spawn puffs. if(!IS_CLIENT) { // Spawn a puff of smoke behind the rocket. if((th = P_SpawnMobjXYZ(MT_ROCKETPUFF, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + FIX2FLT((P_Random() - P_Random()) << 10), actor->angle + ANG180, 0))) { th->mom[MZ] = FIX2FLT(FRACUNIT); th->tics -= P_Random() & 3; if(th->tics < 1) th->tics = 1; // Always at least one tic. } } if((th = P_SpawnMobjXYZ(MT_SMOKE, actor->origin[VX] - actor->mom[MX], actor->origin[VY] - actor->mom[MY], actor->origin[VZ], actor->angle + ANG180, 0))) { th->mom[MZ] = FIX2FLT(FRACUNIT); th->tics -= P_Random() & 3; if(th->tics < 1) th->tics = 1; } // Adjust direction. dest = actor->tracer; if(!dest) return; if(dest->health <= 0) return; // Change angle. exact = M_PointToAngle2(actor->origin, dest->origin); if(exact != actor->angle) { if(exact - actor->angle > 0x80000000) { actor->angle -= TRACEANGLE; if(exact - actor->angle < 0x80000000) actor->angle = exact; } else { actor->angle += TRACEANGLE; if(exact - actor->angle > 0x80000000) actor->angle = exact; } } exact = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = FIX2FLT(FixedMul(actor->info->speed, finecosine[exact])); actor->mom[MY] = FIX2FLT(FixedMul(actor->info->speed, finesine[exact])); // Change slope. dist = M_ApproxDistance(dest->origin[VX] - actor->origin[VX], dest->origin[VY] - actor->origin[VY]); dist /= FIX2FLT(actor->info->speed); if(dist < 1) dist = 1; slope = (dest->origin[VZ] + 40 - actor->origin[VZ]) / dist; if(slope < actor->mom[MZ]) actor->mom[MZ] -= 1 / 8; else actor->mom[MZ] += 1 / 8; } void C_DECL A_SkelWhoosh(mobj_t* actor) { if(!actor->target) return; A_FaceTarget(actor); S_StartSound(SFX_SKESWG, actor); } void C_DECL A_SkelFist(mobj_t* actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { damage = ((P_Random() % 10) + 1) * 6; S_StartSound(SFX_SKEPCH, actor); P_DamageMobj(actor->target, actor, actor, damage, false); } } void C_DECL A_FatRaise(mobj_t* actor) { A_FaceTarget(actor); S_StartSound(SFX_MANATK, actor); } /** * d64tc: Used for mancubus projectile. */ static void fatFire(mobj_t* actor, int type, angle_t spread, angle_t angle, coord_t distance, float height) { mobj_t* mo; angle_t an; coord_t pos[3]; an = (actor->angle + angle) >> ANGLETOFINESHIFT; memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += distance * FIX2FLT(finecosine[an]); pos[VY] += distance * FIX2FLT(finesine[an]); pos[VZ] += -actor->floorClip + height; mo = P_SpawnMotherMissile(type, pos[VX], pos[VY], pos[VZ], actor, actor->target); mo->angle += spread; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); } /** * d64tc */ void C_DECL A_FatAttack1(mobj_t *actor) { fatFire(actor, MT_FATSHOT, -(FATSPREAD / 4), -FAT_DELTAANGLE, FAT_ARM_EXTENSION_SHORT, FAT_ARM_HEIGHT); fatFire(actor, MT_FATSHOT, FATSPREAD * 1.5, FAT_DELTAANGLE, FAT_ARM_EXTENSION_LONG, FAT_ARM_HEIGHT); } /** * d64tc */ void C_DECL A_FatAttack2(mobj_t *actor) { fatFire(actor, MT_FATSHOT, (angle_t)(-(FATSPREAD * 1.5f)), -FAT_DELTAANGLE, FAT_ARM_EXTENSION_LONG, FAT_ARM_HEIGHT); fatFire(actor, MT_FATSHOT, FATSPREAD / 4, FAT_DELTAANGLE, FAT_ARM_EXTENSION_SHORT, FAT_ARM_HEIGHT); } /** * d64tc */ void C_DECL A_FatAttack3(mobj_t *actor) { fatFire(actor, MT_FATSHOT, FATSPREAD / 4, FAT_DELTAANGLE, FAT_ARM_EXTENSION_SHORT, FAT_ARM_HEIGHT); fatFire(actor, MT_FATSHOT, -(FATSPREAD / 4), -FAT_DELTAANGLE, FAT_ARM_EXTENSION_SHORT, FAT_ARM_HEIGHT); } /** * LostSoul Attack: Fly at the player like a missile. */ void C_DECL A_SkullAttack(mobj_t* actor) { mobj_t* dest; uint an; coord_t dist; if(!actor->target) return; dest = actor->target; actor->flags |= MF_SKULLFLY; S_StartSound(actor->info->attackSound, actor); A_FaceTarget(actor); an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = SKULLSPEED * FIX2FLT(finecosine[an]); actor->mom[MY] = SKULLSPEED * FIX2FLT(finesine[an]); dist = M_ApproxDistance(dest->origin[VX] - actor->origin[VX], dest->origin[VY] - actor->origin[VY]); dist /= SKULLSPEED; if(dist < 1) dist = 1; actor->mom[MZ] = (dest->origin[VZ] + (dest->height / 2) - actor->origin[VZ]) / dist; } /** * PainElemental Attack: Spawn a lost soul and launch it at the target. */ void C_DECL A_PainShootSkull(mobj_t* actor, angle_t angle) { coord_t pos[3], prestep; mobj_t* newmobj; Sector* sec; uint an; if(cfg.maxSkulls) { // Limit the number of MT_SKULL's we should spawn. countmobjoftypeparams_t params; // Count total number currently on the map. params.type = MT_SKULL; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(params.count > 20) return; // Too many, don't spit another. } an = angle >> ANGLETOFINESHIFT; prestep = 4 + 3 * ((actor->info->radius + MOBJINFO[MT_SKULL].radius) / 2); memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += prestep * FIX2FLT(finecosine[an]); pos[VY] += prestep * FIX2FLT(finesine[an]); pos[VZ] += 8; // Compat option to prevent spawning lost souls inside walls. if(!cfg.allowSkullsInWalls) { /* * Check whether the Lost Soul is being fired through a 1-sided * wall or an impassible line, or a "monsters can't cross" line. * If it is, then we don't allow the spawn. */ if(P_CheckSides(actor, pos[VX], pos[VY])) return; if(!(newmobj = P_SpawnMobj(MT_SKULL, pos, angle, 0))) return; sec = Mobj_Sector(newmobj); // Check to see if the new Lost Soul's z value is above the // ceiling of its new sector, or below the floor. If so, kill it. if((newmobj->origin[VZ] > (P_GetDoublep(sec, DMU_CEILING_HEIGHT) - newmobj->height)) || (newmobj->origin[VZ] < P_GetDoublep(sec, DMU_FLOOR_HEIGHT))) { // Kill it immediately. P_DamageMobj(newmobj, actor, actor, 10000, false); return; } } else { // Use the original DOOM method. if(!(newmobj = P_SpawnMobj(MT_SKULL, pos, angle, 0))) return; } // Check for movements, $dropoff_fix. if(!P_TryMoveXY(newmobj, newmobj->origin[VX], newmobj->origin[VY], false, false)) { // Kill it immediately. P_DamageMobj(newmobj, actor, actor, 10000, false); return; } newmobj->target = actor->target; A_SkullAttack(newmobj); } /** * PainElemental Attack: Spawn a lost soul and launch it at the target. */ void C_DECL A_PainAttack(mobj_t* actor) { if(!actor->target) return; A_FaceTarget(actor); // jd64 - Shoots two lost souls from left and right side. A_PainShootSkull(actor, actor->angle + ANG270); A_PainShootSkull(actor, actor->angle + ANG90); } void C_DECL A_PainDie(mobj_t* actor) { angle_t an; A_Fall(actor); switch(P_Random() % 3) { case 0: an = ANG90; break; case 1: an = ANG180; break; case 2: an = ANG270; break; } A_PainShootSkull(actor, actor->angle + an); } /** * d64tc: Rocket Trail Puff * kaiser - Current Rocket Puff code unknown because I know squat. * A fixed version of the pain attack code. * * DJS - This looks to be doing something similar to the pain elemental * above in that it could possibily spawn mobjs in the void. In this * instance its of little consequence as they are just for fx. */ void A_Rocketshootpuff(mobj_t* actor, angle_t angle) { coord_t pos[3], prestep; mobj_t* mo; uint an; an = angle >> ANGLETOFINESHIFT; prestep = 4 + 3 * (actor->info->radius + MOBJINFO[MT_ROCKETPUFF].radius) / 2; memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += prestep * FIX2FLT(finecosine[an]); pos[VY] += prestep * FIX2FLT(finesine[an]); pos[VZ] += 8; if((mo = P_SpawnMobj(MT_ROCKETPUFF, pos, angle, 0))) { // Check for movements $dropoff_fix. if(!P_TryMoveXY(mo, mo->origin[VX], mo->origin[VY], false, false)) { // Kill it immediately. P_DamageMobj(mo, actor, actor, 10000, false); } } } void C_DECL A_Scream(mobj_t* actor) { int sound; if(actor->player) { sound = SFX_PLDETH; // Default death sound. if(actor->health < -50) { // If the player dies less with less than -50% without gibbing. sound = SFX_PDIEHI; } S_StartSound(sound, actor); return; } switch(actor->info->deathSound) { case 0: return; case SFX_PODTH1: case SFX_PODTH2: case SFX_PODTH3: sound = SFX_PODTH1 + P_Random() % 3; break; case SFX_BGDTH1: case SFX_BGDTH2: sound = SFX_BGDTH1 + P_Random() % 2; break; default: sound = actor->info->deathSound; break; } // Check for bosses. if(actor->type == MT_BITCH) { // Full volume. S_StartSound(sound | DDSF_NO_ATTENUATION, NULL); actor->reactionTime += 30; // jd64 } else S_StartSound(sound, actor); } /** * d64tc */ void C_DECL A_CyberDeath(mobj_t* actor) { countmobjoftypeparams_t params; Line* dummyLine; coord_t pos[3]; mobj_t* mo; int i; memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += FIX2FLT((P_Random() - 128) << 11); pos[VY] += FIX2FLT((P_Random() - 128) << 11); pos[VZ] += actor->height / 2; if((mo = P_SpawnMobj(MT_KABOOM, pos, P_Random() << 24, 0))) { S_StartSound(SFX_BAREXP, mo); mo->mom[MX] = FIX2FLT((P_Random() - 128) << 11); mo->mom[MY] = FIX2FLT((P_Random() - 128) << 11); mo->target = actor; } actor->reactionTime--; if(actor->reactionTime <= 0) { P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH) + 2); } S_StartSound(actor->info->deathSound | DDSF_NO_ATTENUATION, NULL); if((gameMap != 31) && (gameMap != 32) && (gameMap != 34)) return; // Make sure there is a player alive for victory. for(i = 0; i < MAXPLAYERS; ++i) if(players[i].plr->inGame && players[i].health > 0) break; if(i == MAXPLAYERS) return; // No one left alive, so do not end game. // Scan the remaining thinkers to see if all bosses are dead. params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(params.count) { // Other boss not dead. return; } if(gameMap == 31 || gameMap == 32) { dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoDoor(dummyLine, DT_BLAZERAISE); P_FreeDummyLine(dummyLine); return; } else if(gameMap == 34) { G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); } } /** * d64tc: Spawns a smoke sprite during the missle attack */ void C_DECL A_Rocketpuff(mobj_t *actor) { if(!actor) return; P_SpawnMobj(MT_ROCKETPUFF, actor->origin, P_Random() << 24, 0); } /** * d64tc */ void C_DECL A_Lasersmoke(mobj_t *mo) { if(!mo) return; P_SpawnMobj(MT_LASERDUST, mo->origin, P_Random() << 24, 0); } void C_DECL A_XScream(mobj_t *actor) { S_StartSound(SFX_SLOP, actor); } void C_DECL A_Pain(mobj_t *actor) { if(actor->info->painSound) S_StartSound(actor->info->painSound, actor); } void C_DECL A_Fall(mobj_t *actor) { // Actor is on ground, it can be walked over. actor->flags &= ~MF_SOLID; } void C_DECL A_Explode(mobj_t *mo) { P_RadiusAttack(mo, mo->target, 128, 127); } void C_DECL A_BarrelExplode(mobj_t* actor) { int i; Line* dummyLine; countmobjoftypeparams_t params; S_StartSound(actor->info->deathSound, actor); P_RadiusAttack(actor, actor->target, 128, 127); if(gameMap != 0) return; if(actor->type != MT_BARREL) return; // Make sure there is a player alive for victory. for(i = 0; i < MAXPLAYERS; ++i) if(players[i].plr->inGame && players[i].health > 0) break; if(i == MAXPLAYERS) return; // No one left alive, so do not end game. // Scan the remaining thinkers to see if all bosses are dead. params.type = actor->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(params.count) { // Other boss not dead. return; } dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoDoor(dummyLine, DT_BLAZERAISE); P_FreeDummyLine(dummyLine); } /** * Possibly trigger special effects if on first boss level * * kaiser - Removed exit special at end to allow MT_FATSO to properly * work in Map33 for d64tc. */ void C_DECL A_BossDeath(mobj_t* mo) { int i; countmobjoftypeparams_t params; if(gameMap != 29) return; if(mo->type != MT_BITCH) return; // Make sure there is a player alive for victory. for(i = 0; i < MAXPLAYERS; ++i) if(players[i].plr->inGame && players[i].health > 0) break; if(i == MAXPLAYERS) return; // No one left alive, so do not end game. // Scan the remaining thinkers to see if all bosses are dead. params.type = mo->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(params.count) { // Other boss not dead. return; } G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); } void C_DECL A_Hoof(mobj_t *mo) { /** * @todo Kludge: Only play very loud sounds in map 8. * \todo: Implement a MAPINFO option for this. */ S_StartSound(SFX_HOOF | (gameMap == 7 ? DDSF_NO_ATTENUATION : 0), mo); A_Chase(mo); } void C_DECL A_Metal(mobj_t *mo) { /** * @todo Kludge: Only play very loud sounds in map 8. * \todo: Implement a MAPINFO option for this. */ S_StartSound(SFX_MEAL | (gameMap == 7 ? DDSF_NO_ATTENUATION : 0), mo); A_Chase(mo); } void C_DECL A_BabyMetal(mobj_t *mo) { S_StartSound(SFX_BSPWLK, mo); A_Chase(mo); } doomsday-1.14.5/doomsday/plugins/doom64/src/tables.c0000664000175000017500000042157212350542240021532 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * tables.c: Lookup tables. * * In the order of appearance: * * int finetangent[4096] - Tangens LUT. * Should work with BAM fairly well (12 of 16bit, * effectively, by shifting). * * int finesine[10240] - Sine lookup. * Guess what, serves as cosine, too. * Remarkable thing is, how to use BAMs with this? * * int tantoangle[2049] - ArcTan LUT, * maps tan(angle) to angle fast. Gotta search. */ #include "jdoom64.h" #include "tables.h" // finecosine and finesine use the same array of values. fixed_t *finecosine = &finesine[FINEANGLES / 4]; int finetangent[4096] = { -170910304, -56965752, -34178904, -24413316, -18988036, -15535599, -13145455, -11392683, -10052327, -8994149, -8137527, -7429880, -6835455, -6329090, -5892567, -5512368, -5178251, -4882318, -4618375, -4381502, -4167737, -3973855, -3797206, -3635590, -3487165, -3350381, -3223918, -3106651, -2997613, -2895966, -2800983, -2712030, -2628549, -2550052, -2476104, -2406322, -2340362, -2277919, -2218719, -2162516, -2109087, -2058233, -2009771, -1963536, -1919378, -1877161, -1836758, -1798063, -1760956, -1725348, -1691149, -1658278, -1626658, -1596220, -1566898, -1538632, -1511367, -1485049, -1459630, -1435065, -1411312, -1388330, -1366084, -1344537, -1323658, -1303416, -1283783, -1264730, -1246234, -1228269, -1210813, -1193846, -1177345, -1161294, -1145673, -1130465, -1115654, -1101225, -1087164, -1073455, -1060087, -1047046, -1034322, -1021901, -1009774, -997931, -986361, -975054, -964003, -953199, -942633, -932298, -922186, -912289, -902602, -893117, -883829, -874730, -865817, -857081, -848520, -840127, -831898, -823827, -815910, -808143, -800521, -793041, -785699, -778490, -771411, -764460, -757631, -750922, -744331, -737853, -731486, -725227, -719074, -713023, -707072, -701219, -695462, -689797, -684223, -678737, -673338, -668024, -662792, -657640, -652568, -647572, -642651, -637803, -633028, -628323, -623686, -619117, -614613, -610174, -605798, -601483, -597229, -593033, -588896, -584815, -580789, -576818, -572901, -569035, -565221, -561456, -557741, -554074, -550455, -546881, -543354, -539870, -536431, -533034, -529680, -526366, -523094, -519861, -516667, -513512, -510394, -507313, -504269, -501261, -498287, -495348, -492443, -489571, -486732, -483925, -481150, -478406, -475692, -473009, -470355, -467730, -465133, -462565, -460024, -457511, -455024, -452564, -450129, -447720, -445337, -442978, -440643, -438332, -436045, -433781, -431540, -429321, -427125, -424951, -422798, -420666, -418555, -416465, -414395, -412344, -410314, -408303, -406311, -404338, -402384, -400448, -398530, -396630, -394747, -392882, -391034, -389202, -387387, -385589, -383807, -382040, -380290, -378555, -376835, -375130, -373440, -371765, -370105, -368459, -366826, -365208, -363604, -362013, -360436, -358872, -357321, -355783, -354257, -352744, -351244, -349756, -348280, -346816, -345364, -343924, -342495, -341078, -339671, -338276, -336892, -335519, -334157, -332805, -331464, -330133, -328812, -327502, -326201, -324910, -323629, -322358, -321097, -319844, -318601, -317368, -316143, -314928, -313721, -312524, -311335, -310154, -308983, -307819, -306664, -305517, -304379, -303248, -302126, -301011, -299904, -298805, -297714, -296630, -295554, -294485, -293423, -292369, -291322, -290282, -289249, -288223, -287204, -286192, -285186, -284188, -283195, -282210, -281231, -280258, -279292, -278332, -277378, -276430, -275489, -274553, -273624, -272700, -271782, -270871, -269965, -269064, -268169, -267280, -266397, -265519, -264646, -263779, -262917, -262060, -261209, -260363, -259522, -258686, -257855, -257029, -256208, -255392, -254581, -253774, -252973, -252176, -251384, -250596, -249813, -249035, -248261, -247492, -246727, -245966, -245210, -244458, -243711, -242967, -242228, -241493, -240763, -240036, -239314, -238595, -237881, -237170, -236463, -235761, -235062, -234367, -233676, -232988, -232304, -231624, -230948, -230275, -229606, -228941, -228279, -227621, -226966, -226314, -225666, -225022, -224381, -223743, -223108, -222477, -221849, -221225, -220603, -219985, -219370, -218758, -218149, -217544, -216941, -216341, -215745, -215151, -214561, -213973, -213389, -212807, -212228, -211652, -211079, -210509, -209941, -209376, -208815, -208255, -207699, -207145, -206594, -206045, -205500, -204956, -204416, -203878, -203342, -202809, -202279, -201751, -201226, -200703, -200182, -199664, -199149, -198636, -198125, -197616, -197110, -196606, -196105, -195606, -195109, -194614, -194122, -193631, -193143, -192658, -192174, -191693, -191213, -190736, -190261, -189789, -189318, -188849, -188382, -187918, -187455, -186995, -186536, -186080, -185625, -185173, -184722, -184274, -183827, -183382, -182939, -182498, -182059, -181622, -181186, -180753, -180321, -179891, -179463, -179037, -178612, -178190, -177769, -177349, -176932, -176516, -176102, -175690, -175279, -174870, -174463, -174057, -173653, -173251, -172850, -172451, -172053, -171657, -171263, -170870, -170479, -170089, -169701, -169315, -168930, -168546, -168164, -167784, -167405, -167027, -166651, -166277, -165904, -165532, -165162, -164793, -164426, -164060, -163695, -163332, -162970, -162610, -162251, -161893, -161537, -161182, -160828, -160476, -160125, -159775, -159427, -159079, -158734, -158389, -158046, -157704, -157363, -157024, -156686, -156349, -156013, -155678, -155345, -155013, -154682, -154352, -154024, -153697, -153370, -153045, -152722, -152399, -152077, -151757, -151438, -151120, -150803, -150487, -150172, -149859, -149546, -149235, -148924, -148615, -148307, -148000, -147693, -147388, -147084, -146782, -146480, -146179, -145879, -145580, -145282, -144986, -144690, -144395, -144101, -143808, -143517, -143226, -142936, -142647, -142359, -142072, -141786, -141501, -141217, -140934, -140651, -140370, -140090, -139810, -139532, -139254, -138977, -138701, -138426, -138152, -137879, -137607, -137335, -137065, -136795, -136526, -136258, -135991, -135725, -135459, -135195, -134931, -134668, -134406, -134145, -133884, -133625, -133366, -133108, -132851, -132594, -132339, -132084, -131830, -131576, -131324, -131072, -130821, -130571, -130322, -130073, -129825, -129578, -129332, -129086, -128841, -128597, -128353, -128111, -127869, -127627, -127387, -127147, -126908, -126669, -126432, -126195, -125959, -125723, -125488, -125254, -125020, -124787, -124555, -124324, -124093, -123863, -123633, -123404, -123176, -122949, -122722, -122496, -122270, -122045, -121821, -121597, -121374, -121152, -120930, -120709, -120489, -120269, -120050, -119831, -119613, -119396, -119179, -118963, -118747, -118532, -118318, -118104, -117891, -117678, -117466, -117254, -117044, -116833, -116623, -116414, -116206, -115998, -115790, -115583, -115377, -115171, -114966, -114761, -114557, -114354, -114151, -113948, -113746, -113545, -113344, -113143, -112944, -112744, -112546, -112347, -112150, -111952, -111756, -111560, -111364, -111169, -110974, -110780, -110586, -110393, -110200, -110008, -109817, -109626, -109435, -109245, -109055, -108866, -108677, -108489, -108301, -108114, -107927, -107741, -107555, -107369, -107184, -107000, -106816, -106632, -106449, -106266, -106084, -105902, -105721, -105540, -105360, -105180, -105000, -104821, -104643, -104465, -104287, -104109, -103933, -103756, -103580, -103404, -103229, -103054, -102880, -102706, -102533, -102360, -102187, -102015, -101843, -101671, -101500, -101330, -101159, -100990, -100820, -100651, -100482, -100314, -100146, -99979, -99812, -99645, -99479, -99313, -99148, -98982, -98818, -98653, -98489, -98326, -98163, -98000, -97837, -97675, -97513, -97352, -97191, -97030, -96870, -96710, -96551, -96391, -96233, -96074, -95916, -95758, -95601, -95444, -95287, -95131, -94975, -94819, -94664, -94509, -94354, -94200, -94046, -93892, -93739, -93586, -93434, -93281, -93129, -92978, -92826, -92675, -92525, -92375, -92225, -92075, -91926, -91777, -91628, -91480, -91332, -91184, -91036, -90889, -90742, -90596, -90450, -90304, -90158, -90013, -89868, -89724, -89579, -89435, -89292, -89148, -89005, -88862, -88720, -88577, -88435, -88294, -88152, -88011, -87871, -87730, -87590, -87450, -87310, -87171, -87032, -86893, -86755, -86616, -86479, -86341, -86204, -86066, -85930, -85793, -85657, -85521, -85385, -85250, -85114, -84980, -84845, -84710, -84576, -84443, -84309, -84176, -84043, -83910, -83777, -83645, -83513, -83381, -83250, -83118, -82987, -82857, -82726, -82596, -82466, -82336, -82207, -82078, -81949, -81820, -81691, -81563, -81435, -81307, -81180, -81053, -80925, -80799, -80672, -80546, -80420, -80294, -80168, -80043, -79918, -79793, -79668, -79544, -79420, -79296, -79172, -79048, -78925, -78802, -78679, -78557, -78434, -78312, -78190, -78068, -77947, -77826, -77705, -77584, -77463, -77343, -77223, -77103, -76983, -76864, -76744, -76625, -76506, -76388, -76269, -76151, -76033, -75915, -75797, -75680, -75563, -75446, -75329, -75213, -75096, -74980, -74864, -74748, -74633, -74517, -74402, -74287, -74172, -74058, -73944, -73829, -73715, -73602, -73488, -73375, -73262, -73149, -73036, -72923, -72811, -72699, -72587, -72475, -72363, -72252, -72140, -72029, -71918, -71808, -71697, -71587, -71477, -71367, -71257, -71147, -71038, -70929, -70820, -70711, -70602, -70494, -70385, -70277, -70169, -70061, -69954, -69846, -69739, -69632, -69525, -69418, -69312, -69205, -69099, -68993, -68887, -68781, -68676, -68570, -68465, -68360, -68255, -68151, -68046, -67942, -67837, -67733, -67629, -67526, -67422, -67319, -67216, -67113, -67010, -66907, -66804, -66702, -66600, -66498, -66396, -66294, -66192, -66091, -65989, -65888, -65787, -65686, -65586, -65485, -65385, -65285, -65185, -65085, -64985, -64885, -64786, -64687, -64587, -64488, -64389, -64291, -64192, -64094, -63996, -63897, -63799, -63702, -63604, -63506, -63409, -63312, -63215, -63118, -63021, -62924, -62828, -62731, -62635, -62539, -62443, -62347, -62251, -62156, -62060, -61965, -61870, -61775, -61680, -61585, -61491, -61396, -61302, -61208, -61114, -61020, -60926, -60833, -60739, -60646, -60552, -60459, -60366, -60273, -60181, -60088, -59996, -59903, -59811, -59719, -59627, -59535, -59444, -59352, -59261, -59169, -59078, -58987, -58896, -58805, -58715, -58624, -58534, -58443, -58353, -58263, -58173, -58083, -57994, -57904, -57815, -57725, -57636, -57547, -57458, -57369, -57281, -57192, -57104, -57015, -56927, -56839, -56751, -56663, -56575, -56487, -56400, -56312, -56225, -56138, -56051, -55964, -55877, -55790, -55704, -55617, -55531, -55444, -55358, -55272, -55186, -55100, -55015, -54929, -54843, -54758, -54673, -54587, -54502, -54417, -54333, -54248, -54163, -54079, -53994, -53910, -53826, -53741, -53657, -53574, -53490, -53406, -53322, -53239, -53156, -53072, -52989, -52906, -52823, -52740, -52657, -52575, -52492, -52410, -52327, -52245, -52163, -52081, -51999, -51917, -51835, -51754, -51672, -51591, -51509, -51428, -51347, -51266, -51185, -51104, -51023, -50942, -50862, -50781, -50701, -50621, -50540, -50460, -50380, -50300, -50221, -50141, -50061, -49982, -49902, -49823, -49744, -49664, -49585, -49506, -49427, -49349, -49270, -49191, -49113, -49034, -48956, -48878, -48799, -48721, -48643, -48565, -48488, -48410, -48332, -48255, -48177, -48100, -48022, -47945, -47868, -47791, -47714, -47637, -47560, -47484, -47407, -47331, -47254, -47178, -47102, -47025, -46949, -46873, -46797, -46721, -46646, -46570, -46494, -46419, -46343, -46268, -46193, -46118, -46042, -45967, -45892, -45818, -45743, -45668, -45593, -45519, -45444, -45370, -45296, -45221, -45147, -45073, -44999, -44925, -44851, -44778, -44704, -44630, -44557, -44483, -44410, -44337, -44263, -44190, -44117, -44044, -43971, -43898, -43826, -43753, -43680, -43608, -43535, -43463, -43390, -43318, -43246, -43174, -43102, -43030, -42958, -42886, -42814, -42743, -42671, -42600, -42528, -42457, -42385, -42314, -42243, -42172, -42101, -42030, -41959, -41888, -41817, -41747, -41676, -41605, -41535, -41465, -41394, -41324, -41254, -41184, -41113, -41043, -40973, -40904, -40834, -40764, -40694, -40625, -40555, -40486, -40416, -40347, -40278, -40208, -40139, -40070, -40001, -39932, -39863, -39794, -39726, -39657, -39588, -39520, -39451, -39383, -39314, -39246, -39178, -39110, -39042, -38973, -38905, -38837, -38770, -38702, -38634, -38566, -38499, -38431, -38364, -38296, -38229, -38161, -38094, -38027, -37960, -37893, -37826, -37759, -37692, -37625, -37558, -37491, -37425, -37358, -37291, -37225, -37158, -37092, -37026, -36959, -36893, -36827, -36761, -36695, -36629, -36563, -36497, -36431, -36365, -36300, -36234, -36168, -36103, -36037, -35972, -35907, -35841, -35776, -35711, -35646, -35580, -35515, -35450, -35385, -35321, -35256, -35191, -35126, -35062, -34997, -34932, -34868, -34803, -34739, -34675, -34610, -34546, -34482, -34418, -34354, -34289, -34225, -34162, -34098, -34034, -33970, -33906, -33843, -33779, -33715, -33652, -33588, -33525, -33461, -33398, -33335, -33272, -33208, -33145, -33082, -33019, -32956, -32893, -32830, -32767, -32705, -32642, -32579, -32516, -32454, -32391, -32329, -32266, -32204, -32141, -32079, -32017, -31955, -31892, -31830, -31768, -31706, -31644, -31582, -31520, -31458, -31396, -31335, -31273, -31211, -31150, -31088, -31026, -30965, -30904, -30842, -30781, -30719, -30658, -30597, -30536, -30474, -30413, -30352, -30291, -30230, -30169, -30108, -30048, -29987, -29926, -29865, -29805, -29744, 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322358, 323629, 324910, 326201, 327502, 328812, 330133, 331464, 332805, 334157, 335519, 336892, 338276, 339671, 341078, 342495, 343924, 345364, 346816, 348280, 349756, 351244, 352744, 354257, 355783, 357321, 358872, 360436, 362013, 363604, 365208, 366826, 368459, 370105, 371765, 373440, 375130, 376835, 378555, 380290, 382040, 383807, 385589, 387387, 389202, 391034, 392882, 394747, 396630, 398530, 400448, 402384, 404338, 406311, 408303, 410314, 412344, 414395, 416465, 418555, 420666, 422798, 424951, 427125, 429321, 431540, 433781, 436045, 438332, 440643, 442978, 445337, 447720, 450129, 452564, 455024, 457511, 460024, 462565, 465133, 467730, 470355, 473009, 475692, 478406, 481150, 483925, 486732, 489571, 492443, 495348, 498287, 501261, 504269, 507313, 510394, 513512, 516667, 519861, 523094, 526366, 529680, 533034, 536431, 539870, 543354, 546881, 550455, 554074, 557741, 561456, 565221, 569035, 572901, 576818, 580789, 584815, 588896, 593033, 597229, 601483, 605798, 610174, 614613, 619117, 623686, 628323, 633028, 637803, 642651, 647572, 652568, 657640, 662792, 668024, 673338, 678737, 684223, 689797, 695462, 701219, 707072, 713023, 719074, 725227, 731486, 737853, 744331, 750922, 757631, 764460, 771411, 778490, 785699, 793041, 800521, 808143, 815910, 823827, 831898, 840127, 848520, 857081, 865817, 874730, 883829, 893117, 902602, 912289, 922186, 932298, 942633, 953199, 964003, 975054, 986361, 997931, 1009774, 1021901, 1034322, 1047046, 1060087, 1073455, 1087164, 1101225, 1115654, 1130465, 1145673, 1161294, 1177345, 1193846, 1210813, 1228269, 1246234, 1264730, 1283783, 1303416, 1323658, 1344537, 1366084, 1388330, 1411312, 1435065, 1459630, 1485049, 1511367, 1538632, 1566898, 1596220, 1626658, 1658278, 1691149, 1725348, 1760956, 1798063, 1836758, 1877161, 1919378, 1963536, 2009771, 2058233, 2109087, 2162516, 2218719, 2277919, 2340362, 2406322, 2476104, 2550052, 2628549, 2712030, 2800983, 2895966, 2997613, 3106651, 3223918, 3350381, 3487165, 3635590, 3797206, 3973855, 4167737, 4381502, 4618375, 4882318, 5178251, 5512368, 5892567, 6329090, 6835455, 7429880, 8137527, 8994149, 10052327, 11392683, 13145455, 15535599, 18988036, 24413316, 34178904, 56965752, 170910304 }; int finesine[10240] = { 25, 75, 125, 175, 226, 276, 326, 376, 427, 477, 527, 578, 628, 678, 728, 779, 829, 879, 929, 980, 1030, 1080, 1130, 1181, 1231, 1281, 1331, 1382, 1432, 1482, 1532, 1583, 1633, 1683, 1733, 1784, 1834, 1884, 1934, 1985, 2035, 2085, 2135, 2186, 2236, 2286, 2336, 2387, 2437, 2487, 2537, 2587, 2638, 2688, 2738, 2788, 2839, 2889, 2939, 2989, 3039, 3090, 3140, 3190, 3240, 3291, 3341, 3391, 3441, 3491, 3541, 3592, 3642, 3692, 3742, 3792, 3843, 3893, 3943, 3993, 4043, 4093, 4144, 4194, 4244, 4294, 4344, 4394, 4445, 4495, 4545, 4595, 4645, 4695, 4745, 4796, 4846, 4896, 4946, 4996, 5046, 5096, 5146, 5197, 5247, 5297, 5347, 5397, 5447, 5497, 5547, 5597, 5647, 5697, 5748, 5798, 5848, 5898, 5948, 5998, 6048, 6098, 6148, 6198, 6248, 6298, 6348, 6398, 6448, 6498, 6548, 6598, 6648, 6698, 6748, 6798, 6848, 6898, 6948, 6998, 7048, 7098, 7148, 7198, 7248, 7298, 7348, 7398, 7448, 7498, 7548, 7598, 7648, 7697, 7747, 7797, 7847, 7897, 7947, 7997, 8047, 8097, 8147, 8196, 8246, 8296, 8346, 8396, 8446, 8496, 8545, 8595, 8645, 8695, 8745, 8794, 8844, 8894, 8944, 8994, 9043, 9093, 9143, 9193, 9243, 9292, 9342, 9392, 9442, 9491, 9541, 9591, 9640, 9690, 9740, 9790, 9839, 9889, 9939, 9988, 10038, 10088, 10137, 10187, 10237, 10286, 10336, 10386, 10435, 10485, 10534, 10584, 10634, 10683, 10733, 10782, 10832, 10882, 10931, 10981, 11030, 11080, 11129, 11179, 11228, 11278, 11327, 11377, 11426, 11476, 11525, 11575, 11624, 11674, 11723, 11773, 11822, 11872, 11921, 11970, 12020, 12069, 12119, 12168, 12218, 12267, 12316, 12366, 12415, 12464, 12514, 12563, 12612, 12662, 12711, 12760, 12810, 12859, 12908, 12957, 13007, 13056, 13105, 13154, 13204, 13253, 13302, 13351, 13401, 13450, 13499, 13548, 13597, 13647, 13696, 13745, 13794, 13843, 13892, 13941, 13990, 14040, 14089, 14138, 14187, 14236, 14285, 14334, 14383, 14432, 14481, 14530, 14579, 14628, 14677, 14726, 14775, 14824, 14873, 14922, 14971, 15020, 15069, 15118, 15167, 15215, 15264, 15313, 15362, 15411, 15460, 15509, 15557, 15606, 15655, 15704, 15753, 15802, 15850, 15899, 15948, 15997, 16045, 16094, 16143, 16191, 16240, 16289, 16338, 16386, 16435, 16484, 16532, 16581, 16629, 16678, 16727, 16775, 16824, 16872, 16921, 16970, 17018, 17067, 17115, 17164, 17212, 17261, 17309, 17358, 17406, 17455, 17503, 17551, 17600, 17648, 17697, 17745, 17793, 17842, 17890, 17939, 17987, 18035, 18084, 18132, 18180, 18228, 18277, 18325, 18373, 18421, 18470, 18518, 18566, 18614, 18663, 18711, 18759, 18807, 18855, 18903, 18951, 19000, 19048, 19096, 19144, 19192, 19240, 19288, 19336, 19384, 19432, 19480, 19528, 19576, 19624, 19672, 19720, 19768, 19816, 19864, 19912, 19959, 20007, 20055, 20103, 20151, 20199, 20246, 20294, 20342, 20390, 20438, 20485, 20533, 20581, 20629, 20676, 20724, 20772, 20819, 20867, 20915, 20962, 21010, 21057, 21105, 21153, 21200, 21248, 21295, 21343, 21390, 21438, 21485, 21533, 21580, 21628, 21675, 21723, 21770, 21817, 21865, 21912, 21960, 22007, 22054, 22102, 22149, 22196, 22243, 22291, 22338, 22385, 22433, 22480, 22527, 22574, 22621, 22668, 22716, 22763, 22810, 22857, 22904, 22951, 22998, 23045, 23092, 23139, 23186, 23233, 23280, 23327, 23374, 23421, 23468, 23515, 23562, 23609, 23656, 23703, 23750, 23796, 23843, 23890, 23937, 23984, 24030, 24077, 24124, 24171, 24217, 24264, 24311, 24357, 24404, 24451, 24497, 24544, 24591, 24637, 24684, 24730, 24777, 24823, 24870, 24916, 24963, 25009, 25056, 25102, 25149, 25195, 25241, 25288, 25334, 25381, 25427, 25473, 25520, 25566, 25612, 25658, 25705, 25751, 25797, 25843, 25889, 25936, 25982, 26028, 26074, 26120, 26166, 26212, 26258, 26304, 26350, 26396, 26442, 26488, 26534, 26580, 26626, 26672, 26718, 26764, 26810, 26856, 26902, 26947, 26993, 27039, 27085, 27131, 27176, 27222, 27268, 27313, 27359, 27405, 27450, 27496, 27542, 27587, 27633, 27678, 27724, 27770, 27815, 27861, 27906, 27952, 27997, 28042, 28088, 28133, 28179, 28224, 28269, 28315, 28360, 28405, 28451, 28496, 28541, 28586, 28632, 28677, 28722, 28767, 28812, 28858, 28903, 28948, 28993, 29038, 29083, 29128, 29173, 29218, 29263, 29308, 29353, 29398, 29443, 29488, 29533, 29577, 29622, 29667, 29712, 29757, 29801, 29846, 29891, 29936, 29980, 30025, 30070, 30114, 30159, 30204, 30248, 30293, 30337, 30382, 30426, 30471, 30515, 30560, 30604, 30649, 30693, 30738, 30782, 30826, 30871, 30915, 30959, 31004, 31048, 31092, 31136, 31181, 31225, 31269, 31313, 31357, 31402, 31446, 31490, 31534, 31578, 31622, 31666, 31710, 31754, 31798, 31842, 31886, 31930, 31974, 32017, 32061, 32105, 32149, 32193, 32236, 32280, 32324, 32368, 32411, 32455, 32499, 32542, 32586, 32630, 32673, 32717, 32760, 32804, 32847, 32891, 32934, 32978, 33021, 33065, 33108, 33151, 33195, 33238, 33281, 33325, 33368, 33411, 33454, 33498, 33541, 33584, 33627, 33670, 33713, 33756, 33799, 33843, 33886, 33929, 33972, 34015, 34057, 34100, 34143, 34186, 34229, 34272, 34315, 34358, 34400, 34443, 34486, 34529, 34571, 34614, 34657, 34699, 34742, 34785, 34827, 34870, 34912, 34955, 34997, 35040, 35082, 35125, 35167, 35210, 35252, 35294, 35337, 35379, 35421, 35464, 35506, 35548, 35590, 35633, 35675, 35717, 35759, 35801, 35843, 35885, 35927, 35969, 36011, 36053, 36095, 36137, 36179, 36221, 36263, 36305, 36347, 36388, 36430, 36472, 36514, 36555, 36597, 36639, 36681, 36722, 36764, 36805, 36847, 36889, 36930, 36972, 37013, 37055, 37096, 37137, 37179, 37220, 37262, 37303, 37344, 37386, 37427, 37468, 37509, 37551, 37592, 37633, 37674, 37715, 37756, 37797, 37838, 37879, 37920, 37961, 38002, 38043, 38084, 38125, 38166, 38207, 38248, 38288, 38329, 38370, 38411, 38451, 38492, 38533, 38573, 38614, 38655, 38695, 38736, 38776, 38817, 38857, 38898, 38938, 38979, 39019, 39059, 39100, 39140, 39180, 39221, 39261, 39301, 39341, 39382, 39422, 39462, 39502, 39542, 39582, 39622, 39662, 39702, 39742, 39782, 39822, 39862, 39902, 39942, 39982, 40021, 40061, 40101, 40141, 40180, 40220, 40260, 40300, 40339, 40379, 40418, 40458, 40497, 40537, 40576, 40616, 40655, 40695, 40734, 40773, 40813, 40852, 40891, 40931, 40970, 41009, 41048, 41087, 41127, 41166, 41205, 41244, 41283, 41322, 41361, 41400, 41439, 41478, 41517, 41556, 41595, 41633, 41672, 41711, 41750, 41788, 41827, 41866, 41904, 41943, 41982, 42020, 42059, 42097, 42136, 42174, 42213, 42251, 42290, 42328, 42366, 42405, 42443, 42481, 42520, 42558, 42596, 42634, 42672, 42711, 42749, 42787, 42825, 42863, 42901, 42939, 42977, 43015, 43053, 43091, 43128, 43166, 43204, 43242, 43280, 43317, 43355, 43393, 43430, 43468, 43506, 43543, 43581, 43618, 43656, 43693, 43731, 43768, 43806, 43843, 43880, 43918, 43955, 43992, 44029, 44067, 44104, 44141, 44178, 44215, 44252, 44289, 44326, 44363, 44400, 44437, 44474, 44511, 44548, 44585, 44622, 44659, 44695, 44732, 44769, 44806, 44842, 44879, 44915, 44952, 44989, 45025, 45062, 45098, 45135, 45171, 45207, 45244, 45280, 45316, 45353, 45389, 45425, 45462, 45498, 45534, 45570, 45606, 45642, 45678, 45714, 45750, 45786, 45822, 45858, 45894, 45930, 45966, 46002, 46037, 46073, 46109, 46145, 46180, 46216, 46252, 46287, 46323, 46358, 46394, 46429, 46465, 46500, 46536, 46571, 46606, 46642, 46677, 46712, 46747, 46783, 46818, 46853, 46888, 46923, 46958, 46993, 47028, 47063, 47098, 47133, 47168, 47203, 47238, 47273, 47308, 47342, 47377, 47412, 47446, 47481, 47516, 47550, 47585, 47619, 47654, 47688, 47723, 47757, 47792, 47826, 47860, 47895, 47929, 47963, 47998, 48032, 48066, 48100, 48134, 48168, 48202, 48237, 48271, 48305, 48338, 48372, 48406, 48440, 48474, 48508, 48542, 48575, 48609, 48643, 48676, 48710, 48744, 48777, 48811, 48844, 48878, 48911, 48945, 48978, 49012, 49045, 49078, 49112, 49145, 49178, 49211, 49244, 49278, 49311, 49344, 49377, 49410, 49443, 49476, 49509, 49542, 49575, 49608, 49640, 49673, 49706, 49739, 49771, 49804, 49837, 49869, 49902, 49935, 49967, 50000, 50032, 50065, 50097, 50129, 50162, 50194, 50226, 50259, 50291, 50323, 50355, 50387, 50420, 50452, 50484, 50516, 50548, 50580, 50612, 50644, 50675, 50707, 50739, 50771, 50803, 50834, 50866, 50898, 50929, 50961, 50993, 51024, 51056, 51087, 51119, 51150, 51182, 51213, 51244, 51276, 51307, 51338, 51369, 51401, 51432, 51463, 51494, 51525, 51556, 51587, 51618, 51649, 51680, 51711, 51742, 51773, 51803, 51834, 51865, 51896, 51926, 51957, 51988, 52018, 52049, 52079, 52110, 52140, 52171, 52201, 52231, 52262, 52292, 52322, 52353, 52383, 52413, 52443, 52473, 52503, 52534, 52564, 52594, 52624, 52653, 52683, 52713, 52743, 52773, 52803, 52832, 52862, 52892, 52922, 52951, 52981, 53010, 53040, 53069, 53099, 53128, 53158, 53187, 53216, 53246, 53275, 53304, 53334, 53363, 53392, 53421, 53450, 53479, 53508, 53537, 53566, 53595, 53624, 53653, 53682, 53711, 53739, 53768, 53797, 53826, 53854, 53883, 53911, 53940, 53969, 53997, 54026, 54054, 54082, 54111, 54139, 54167, 54196, 54224, 54252, 54280, 54308, 54337, 54365, 54393, 54421, 54449, 54477, 54505, 54533, 54560, 54588, 54616, 54644, 54672, 54699, 54727, 54755, 54782, 54810, 54837, 54865, 54892, 54920, 54947, 54974, 55002, 55029, 55056, 55084, 55111, 55138, 55165, 55192, 55219, 55246, 55274, 55300, 55327, 55354, 55381, 55408, 55435, 55462, 55489, 55515, 55542, 55569, 55595, 55622, 55648, 55675, 55701, 55728, 55754, 55781, 55807, 55833, 55860, 55886, 55912, 55938, 55965, 55991, 56017, 56043, 56069, 56095, 56121, 56147, 56173, 56199, 56225, 56250, 56276, 56302, 56328, 56353, 56379, 56404, 56430, 56456, 56481, 56507, 56532, 56557, 56583, 56608, 56633, 56659, 56684, 56709, 56734, 56760, 56785, 56810, 56835, 56860, 56885, 56910, 56935, 56959, 56984, 57009, 57034, 57059, 57083, 57108, 57133, 57157, 57182, 57206, 57231, 57255, 57280, 57304, 57329, 57353, 57377, 57402, 57426, 57450, 57474, 57498, 57522, 57546, 57570, 57594, 57618, 57642, 57666, 57690, 57714, 57738, 57762, 57785, 57809, 57833, 57856, 57880, 57903, 57927, 57950, 57974, 57997, 58021, 58044, 58067, 58091, 58114, 58137, 58160, 58183, 58207, 58230, 58253, 58276, 58299, 58322, 58345, 58367, 58390, 58413, 58436, 58459, 58481, 58504, 58527, 58549, 58572, 58594, 58617, 58639, 58662, 58684, 58706, 58729, 58751, 58773, 58795, 58818, 58840, 58862, 58884, 58906, 58928, 58950, 58972, 58994, 59016, 59038, 59059, 59081, 59103, 59125, 59146, 59168, 59190, 59211, 59233, 59254, 59276, 59297, 59318, 59340, 59361, 59382, 59404, 59425, 59446, 59467, 59488, 59509, 59530, 59551, 59572, 59593, 59614, 59635, 59656, 59677, 59697, 59718, 59739, 59759, 59780, 59801, 59821, 59842, 59862, 59883, 59903, 59923, 59944, 59964, 59984, 60004, 60025, 60045, 60065, 60085, 60105, 60125, 60145, 60165, 60185, 60205, 60225, 60244, 60264, 60284, 60304, 60323, 60343, 60363, 60382, 60402, 60421, 60441, 60460, 60479, 60499, 60518, 60537, 60556, 60576, 60595, 60614, 60633, 60652, 60671, 60690, 60709, 60728, 60747, 60766, 60785, 60803, 60822, 60841, 60859, 60878, 60897, 60915, 60934, 60952, 60971, 60989, 61007, 61026, 61044, 61062, 61081, 61099, 61117, 61135, 61153, 61171, 61189, 61207, 61225, 61243, 61261, 61279, 61297, 61314, 61332, 61350, 61367, 61385, 61403, 61420, 61438, 61455, 61473, 61490, 61507, 61525, 61542, 61559, 61577, 61594, 61611, 61628, 61645, 61662, 61679, 61696, 61713, 61730, 61747, 61764, 61780, 61797, 61814, 61831, 61847, 61864, 61880, 61897, 61913, 61930, 61946, 61963, 61979, 61995, 62012, 62028, 62044, 62060, 62076, 62092, 62108, 62125, 62141, 62156, 62172, 62188, 62204, 62220, 62236, 62251, 62267, 62283, 62298, 62314, 62329, 62345, 62360, 62376, 62391, 62407, 62422, 62437, 62453, 62468, 62483, 62498, 62513, 62528, 62543, 62558, 62573, 62588, 62603, 62618, 62633, 62648, 62662, 62677, 62692, 62706, 62721, 62735, 62750, 62764, 62779, 62793, 62808, 62822, 62836, 62850, 62865, 62879, 62893, 62907, 62921, 62935, 62949, 62963, 62977, 62991, 63005, 63019, 63032, 63046, 63060, 63074, 63087, 63101, 63114, 63128, 63141, 63155, 63168, 63182, 63195, 63208, 63221, 63235, 63248, 63261, 63274, 63287, 63300, 63313, 63326, 63339, 63352, 63365, 63378, 63390, 63403, 63416, 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64852, 64859, 64866, 64873, 64880, 64887, 64895, 64902, 64908, 64915, 64922, 64929, 64936, 64943, 64949, 64956, 64963, 64969, 64976, 64982, 64989, 64995, 65002, 65008, 65015, 65021, 65027, 65033, 65040, 65046, 65052, 65058, 65064, 65070, 65076, 65082, 65088, 65094, 65099, 65105, 65111, 65117, 65122, 65128, 65133, 65139, 65144, 65150, 65155, 65161, 65166, 65171, 65177, 65182, 65187, 65192, 65197, 65202, 65207, 65212, 65217, 65222, 65227, 65232, 65237, 65242, 65246, 65251, 65256, 65260, 65265, 65270, 65274, 65279, 65283, 65287, 65292, 65296, 65300, 65305, 65309, 65313, 65317, 65321, 65325, 65329, 65333, 65337, 65341, 65345, 65349, 65352, 65356, 65360, 65363, 65367, 65371, 65374, 65378, 65381, 65385, 65388, 65391, 65395, 65398, 65401, 65404, 65408, 65411, 65414, 65417, 65420, 65423, 65426, 65429, 65431, 65434, 65437, 65440, 65442, 65445, 65448, 65450, 65453, 65455, 65458, 65460, 65463, 65465, 65467, 65470, 65472, 65474, 65476, 65478, 65480, 65482, 65484, 65486, 65488, 65490, 65492, 65494, 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535868128, 536035456, 536202720, 536369888, 536536992, 536704000, 536870912 }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- int SlopeDiv(unsigned num, unsigned den) { unsigned ans; if(den < 512) return SLOPERANGE; ans = (num << 3) / (den >> 8); return ans <= SLOPERANGE ? ans : SLOPERANGE; } doomsday-1.14.5/doomsday/plugins/doom64/src/d_main.cpp0000664000175000017500000002672712350542240022052 0ustar jaakkojaakko/** @file d_main.cpp Doom64-specific game initialization. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom64.h" #include "am_map.h" #include "d_netsv.h" #include "g_defs.h" #include "gamesession.h" #include "m_argv.h" #include "p_inventory.h" #include "p_map.h" #include "saveslots.h" #include using namespace common; int verbose; float turboMul; // Multiplier for turbo. gamemode_t gameMode; int gameModeBits; // Default font colors. float const defFontRGB[] = { 1, 1, 1 }; float const defFontRGB2[] = { .85f, 0, 0 }; // The patches used in drawing the view border. // Percent-encoded. char const *borderGraphics[] = { "Flats:FTILEABC", // Background. "BRDR_T", // Top. "BRDR_R", // Right. "BRDR_B", // Bottom. "BRDR_L", // Left. "BRDR_TL", // Top left. "BRDR_TR", // Top right. "BRDR_BR", // Bottom right. "BRDR_BL" // Bottom left. }; int D_GetInteger(int id) { return Common_GetInteger(id); } void *D_GetVariable(int id) { static float bob[2]; switch(id) { case DD_PLUGIN_NAME: return (void*)PLUGIN_NAMETEXT; case DD_PLUGIN_NICENAME: return (void*)PLUGIN_NICENAME; case DD_PLUGIN_VERSION_SHORT: return (void*)PLUGIN_VERSION_TEXT; case DD_PLUGIN_VERSION_LONG: return (void*)(PLUGIN_VERSION_TEXTLONG "\n" PLUGIN_DETAILS); case DD_PLUGIN_HOMEURL: return (void*)PLUGIN_HOMEURL; case DD_PLUGIN_DOCSURL: return (void*)PLUGIN_DOCSURL; case DD_GAME_CONFIG: return gameConfigString; case DD_ACTION_LINK: return actionlinks; case DD_XGFUNC_LINK: return xgClasses; case DD_PSPRITE_BOB_X: R_GetWeaponBob(DISPLAYPLAYER, &bob[0], 0); return &bob[0]; case DD_PSPRITE_BOB_Y: R_GetWeaponBob(DISPLAYPLAYER, 0, &bob[1]); return &bob[1]; case DD_TM_FLOOR_Z: return (void*) &tmFloorZ; case DD_TM_CEILING_Z: return (void*) &tmCeilingZ; default: break; } return 0; } void D_PreInit() { // Config defaults. The real settings are read from the .cfg files // but these will be used no such files are found. memset(&cfg, 0, sizeof(cfg)); cfg.playerMoveSpeed = 1; cfg.povLookAround = true; cfg.screenBlocks = cfg.setBlocks = 10; cfg.echoMsg = true; cfg.lookSpeed = 3; cfg.turnSpeed = 1; cfg.menuPatchReplaceMode = PRM_ALLOW_TEXT; cfg.menuScale = .9f; cfg.menuTextGlitter = .5f; cfg.menuShadow = 0.33f; cfg.menuQuitSound = true; cfg.menuEffectFlags = MEF_TEXT_TYPEIN|MEF_TEXT_SHADOW|MEF_TEXT_GLITTER; cfg.menuTextFlashColor[0] = .7f; cfg.menuTextFlashColor[1] = .9f; cfg.menuTextFlashColor[2] = 1; cfg.menuTextFlashSpeed = 4; cfg.menuCursorRotate = false; cfg.inludePatchReplaceMode = PRM_ALLOW_TEXT; cfg.hudPatchReplaceMode = PRM_ALLOW_TEXT; cfg.hudShown[HUD_HEALTH] = true; cfg.hudShown[HUD_ARMOR] = true; cfg.hudShown[HUD_AMMO] = true; cfg.hudShown[HUD_KEYS] = true; cfg.hudShown[HUD_FRAGS] = true; cfg.hudShown[HUD_INVENTORY] = false; // They will be visible when the automap is. cfg.hudShown[HUD_LOG] = true; for(int i = 0; i < NUMHUDUNHIDEEVENTS; ++i) // When the hud/statusbar unhides. { cfg.hudUnHide[i] = 1; } cfg.hudScale = .6f; cfg.hudColor[0] = 1; cfg.hudColor[1] = cfg.hudColor[2] = 0; cfg.hudColor[3] = 0.75f; cfg.hudFog = 1; cfg.hudIconAlpha = 0.5f; cfg.xhairAngle = 0; cfg.xhairSize = .5f; cfg.xhairVitality = false; cfg.xhairColor[0] = 1; cfg.xhairColor[1] = 1; cfg.xhairColor[2] = 1; cfg.xhairColor[3] = 1; cfg.filterStrength = .8f; cfg.moveCheckZ = true; cfg.jumpPower = 9; cfg.airborneMovement = 1; cfg.weaponAutoSwitch = 1; // "If better" mode. cfg.noWeaponAutoSwitchIfFiring = false; cfg.ammoAutoSwitch = 0; // Never. cfg.secretMsg = true; cfg.slidingCorpses = false; //cfg.fastMonsters = false; cfg.netJumping = true; cfg.netMap = 0; cfg.netSkill = SM_MEDIUM; cfg.netColor = 4; cfg.netBFGFreeLook = 0; // Allow free-aim 0=none 1=not BFG 2=All. cfg.netMobDamageModifier = 1; cfg.netMobHealthModifier = 1; cfg.netGravity = -1; // Use map default. cfg.plrViewHeight = DEFAULT_PLAYER_VIEWHEIGHT; cfg.mapTitle = true; cfg.automapTitleAtBottom = true; cfg.hideIWADAuthor = true; cfg.menuTextColors[0][CR] = 1; cfg.menuTextColors[0][CG] = 0; cfg.menuTextColors[0][CB] = 0; cfg.menuTextColors[1][CR] = 1; cfg.menuTextColors[1][CG] = 0; cfg.menuTextColors[1][CB] = 0; cfg.menuTextColors[2][CR] = 1; cfg.menuTextColors[2][CG] = 0; cfg.menuTextColors[2][CB] = 0; cfg.menuTextColors[3][CR] = 1; cfg.menuTextColors[3][CG] = 0; cfg.menuTextColors[3][CB] = 0; cfg.menuSlam = false; cfg.menuShortcutsEnabled = true; cfg.menuGameSaveSuggestDescription = true; cfg.statusbarScale = 1; cfg.confirmQuickGameSave = true; cfg.confirmRebornLoad = true; cfg.loadLastSaveOnReborn = false; cfg.maxSkulls = true; cfg.allowSkullsInWalls = false; cfg.anyBossDeath = false; cfg.monstersStuckInDoors = false; cfg.avoidDropoffs = true; cfg.moveBlock = false; cfg.fallOff = true; cfg.automapCustomColors = 0; // Never. cfg.automapL0[0] = .4f; // Unseen areas. cfg.automapL0[1] = .4f; cfg.automapL0[2] = .4f; cfg.automapL1[0] = 1.f; // Onesided lines. cfg.automapL1[1] = 0.f; cfg.automapL1[2] = 0.f; cfg.automapL2[0] = .77f; // Floor height change lines. cfg.automapL2[1] = .6f; cfg.automapL2[2] = .325f; cfg.automapL3[0] = 1.f; // Ceiling change lines. cfg.automapL3[1] = .95f; cfg.automapL3[2] = 0.f; cfg.automapMobj[0] = 0.f; cfg.automapMobj[1] = 1.f; cfg.automapMobj[2] = 0.f; cfg.automapBack[0] = 0.f; cfg.automapBack[1] = 0.f; cfg.automapBack[2] = 0.f; cfg.automapOpacity = .7f; cfg.automapLineAlpha = .7f; cfg.automapLineWidth = 1.1f; cfg.automapShowDoors = true; cfg.automapDoorGlow = 8; cfg.automapHudDisplay = 2; cfg.automapRotate = true; cfg.automapBabyKeys = false; cfg.automapZoomSpeed = .1f; cfg.automapPanSpeed = .5f; cfg.automapPanResetOnOpen = true; cfg.automapOpenSeconds = AUTOMAP_OPEN_SECONDS; cfg.hudCheatCounterScale = .7f; cfg.hudCheatCounterShowWithAutomap = true; cfg.msgCount = 1; cfg.msgScale = .8f; cfg.msgUptime = 5; cfg.msgAlign = 0; // Left. cfg.msgBlink = 5; cfg.msgColor[0] = cfg.msgColor[1] = cfg.msgColor[2] = 1; cfg.chatBeep = true; cfg.killMessages = true; cfg.bobWeapon = 1; cfg.bobView = 1; cfg.bobWeaponLower = true; cfg.cameraNoClip = true; cfg.weaponOrder[0] = WT_TENTH; cfg.weaponOrder[1] = WT_SIXTH; cfg.weaponOrder[2] = WT_NINETH; cfg.weaponOrder[3] = WT_FOURTH; cfg.weaponOrder[4] = WT_THIRD; cfg.weaponOrder[5] = WT_SECOND; cfg.weaponOrder[6] = WT_EIGHTH; cfg.weaponOrder[7] = WT_FIFTH; cfg.weaponOrder[8] = WT_SEVENTH; cfg.weaponOrder[9] = WT_FIRST; cfg.weaponRecoil = true; cfg.weaponCycleSequential = true; cfg.berserkAutoSwitch = true; // Use the crossfade transition by default. Con_SetInteger("con-transition", 0); // Do the common pre init routine. G_CommonPreInit(); } void D_PostInit() { dd_bool autoStart = false; Uri *startMapUri = 0; // Common post init routine. G_CommonPostInit(); // Initialize ammo info. P_InitAmmoInfo(); // Initialize weapon info. P_InitWeaponInfo(); // Game parameters. monsterInfight = GetDefInt("AI|Infight", 0); // Get skill / episode / map from parms. defaultGameRules.skill = /*startSkill =*/ SM_MEDIUM; // Game mode specific settings // None. if(CommandLine_Check("-altdeath")) cfg.netDeathmatch = 2; else if(CommandLine_Check("-deathmatch")) cfg.netDeathmatch = 1; // Apply these rules. defaultGameRules.noMonsters = CommandLine_Check("-nomonsters")? true : false; defaultGameRules.respawnMonsters = CommandLine_Check("-respawn")? true : false; defaultGameRules.fast = CommandLine_Check("-fast")? true : false; int p = CommandLine_Check("-timer"); if(p && p < myargc - 1 && defaultGameRules.deathmatch) { int time = atoi(CommandLine_At(p + 1)); App_Log(DE2_LOG_NOTE, "Maps will end after %d %s", time, time == 1? "minute" : "minutes"); } // Turbo option. p = CommandLine_Check("-turbo"); turboMul = 1.0f; if(p) { int scale = 200; if(p < myargc - 1) scale = atoi(CommandLine_At(p + 1)); if(scale < 10) scale = 10; if(scale > 400) scale = 400; App_Log(DE2_MAP_NOTE, "Turbo scale: %i%%", scale); turboMul = scale / 100.f; } // Load a saved game? p = CommandLine_Check("-loadgame"); if(p && p < myargc - 1) { if(SaveSlot *sslot = G_SaveSlots().slotByUserInput(CommandLine_At(p + 1))) { if(sslot->isUserWritable() && G_SetGameActionLoadSession(sslot->id())) { // No further initialization is to be done. return; } } } p = CommandLine_Check("-skill"); if(p && p < myargc - 1) { int skillNumber = atoi(CommandLine_At(p + 1)); defaultGameRules.skill = (skillmode_t)(skillNumber > 0? skillNumber - 1 : skillNumber); autoStart = true; } p = CommandLine_Check("-warp"); if(p && p < myargc - 1) { int mapNumber = atoi(CommandLine_At(p + 1)); startMapUri = G_ComposeMapUri(0, mapNumber > 0? mapNumber - 1 : mapNumber); autoStart = true; } if(!startMapUri) { startMapUri = G_ComposeMapUri(0, 0); } // Are we autostarting? if(autoStart) { App_Log(DE2_LOG_NOTE, "Autostart in Map %s, Skill %d", F_PrettyPath(Str_Text(Uri_ToString(startMapUri))), defaultGameRules.skill); } // Validate episode and map. AutoStr *path = Uri_Compose(startMapUri); if((autoStart || IS_NETGAME) && P_MapExists(Str_Text(path))) { G_SetGameActionNewSession(*startMapUri, 0/*default*/, defaultGameRules); } else { COMMON_GAMESESSION->endAndBeginTitle(); // Start up intro loop. } Uri_Delete(startMapUri); } void D_Shutdown() { P_ShutdownInventory(); G_CommonShutdown(); } doomsday-1.14.5/doomsday/plugins/doom64/src/acfnlink.c0000664000175000017500000001347112350542240022040 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ // HEADER FILES ------------------------------------------------------------ #include "jdoom64.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- actionlink_t actionlinks[] = { {"A_BabyMetal", A_BabyMetal}, {"A_BFGsound", A_BFGsound}, {"A_BFGSpray", A_BFGSpray}, {"A_BossDeath", A_BossDeath}, {"A_BruisAttack", A_BruisAttack}, {"A_BspiAttack", A_BspiAttack}, {"A_Chase", A_Chase}, {"A_Chase", A_RectChase}, //jd64 {"A_CheckReload", A_CheckReload}, {"A_CyberAttack", A_CyberAttack}, {"A_Explode", A_Explode}, {"A_BarrelExplode", A_BarrelExplode}, //jd64 {"A_FaceTarget", A_FaceTarget}, {"A_BspiFaceTarget", A_BspiFaceTarget}, //jd64 {"A_Fall", A_Fall}, {"A_FatAttack1", A_FatAttack1}, {"A_FatAttack2", A_FatAttack2}, {"A_FatAttack3", A_FatAttack3}, {"A_FatRaise", A_FatRaise}, {"A_FireBFG", A_FireBFG}, {"A_FireCGun", A_FireCGun}, {"A_FireMissile", A_FireMissile}, {"A_FirePistol", A_FirePistol}, {"A_FirePlasma", A_FirePlasma}, {"A_Lasersmoke", A_Lasersmoke}, //jd64 {"A_FireSingleLaser", A_FireSingleLaser}, //jd64 {"A_FireDoubleLaser", A_FireDoubleLaser}, //jd64 {"A_FireDoubleLaser1", A_FireDoubleLaser1}, //jd64 {"A_FireDoubleLaser2", A_FireDoubleLaser2}, //jd64 {"A_FireShotgun", A_FireShotgun}, {"A_FireShotgun2", A_FireShotgun2}, {"A_GunFlash", A_GunFlash}, {"A_HeadAttack", A_HeadAttack}, {"A_Hoof", A_Hoof}, {"A_PossSpecial", A_PossSpecial}, //jd64 {"A_SposSpecial", A_SposSpecial}, //jd64 {"A_TrooSpecial", A_TrooSpecial}, //jd64 {"A_SargSpecial", A_SargSpecial}, //jd64 {"A_HeadSpecial", A_HeadSpecial}, //jd64 {"A_SkulSpecial", A_SkulSpecial}, //jd64 {"A_Bos2Special", A_Bos2Special}, //jd64 {"A_BossSpecial", A_BossSpecial}, //jd64 {"A_PainSpecial", A_PainSpecial}, //jd64 {"A_FattSpecial", A_FattSpecial}, //jd64 {"A_BabySpecial", A_BabySpecial}, //jd64 {"A_CybrSpecial", A_CybrSpecial}, //jd64 {"A_RectSpecial", A_RectSpecial}, //jd64 {"A_Light0", A_Light0}, {"A_Light1", A_Light1}, {"A_Light2", A_Light2}, {"A_LoadShotgun2", A_LoadShotgun2}, {"A_Look", A_Look}, {"A_Lower", A_Lower}, {"A_Metal", A_Metal}, {"A_OpenShotgun2", A_OpenShotgun2}, {"A_Pain", A_Pain}, {"A_PainAttack", A_PainAttack}, {"A_PainDie", A_PainDie}, {"A_Rocketpuff", A_Rocketpuff}, //jd64 {"A_PosAttack", A_PosAttack}, {"A_Punch", A_Punch}, {"A_Raise", A_Raise}, {"A_PlasmaShock", A_PlasmaShock}, {"A_ReFire", A_ReFire}, {"A_SargAttack", A_SargAttack}, {"A_Saw", A_Saw}, {"A_Scream", A_Scream}, {"A_CyberDeath", A_CyberDeath}, //jd64 {"A_SkelFist", A_SkelFist}, {"A_SkelMissile", A_SkelMissile}, {"A_SkelWhoosh", A_SkelWhoosh}, {"A_SkullAttack", A_SkullAttack}, {"A_SpidRefire", A_SpidRefire}, {"A_SPosAttack", A_SPosAttack}, {"A_Tracer", A_Tracer}, {"A_TroopAttack", A_TroopAttack}, {"A_TroopClaw", A_TroopClaw}, //jd64 {"A_MotherFloorFire", A_MotherFloorFire}, //jd64 {"A_MotherMissle", A_MotherMissle}, //jd64 {"A_SetFloorFire", A_SetFloorFire}, //jd64 {"A_MotherBallExplode", A_MotherBallExplode}, //jd64 {"A_RectTracerPuff", A_RectTracerPuff}, //jd64 {"A_WeaponReady", A_WeaponReady}, {"A_XScream", A_XScream}, {"A_TargetCamera", A_TargetCamera}, //jd64 {"A_ShadowsAction1", A_ShadowsAction1}, //jd64 {"A_ShadowsAction2", A_ShadowsAction2}, //jd64 {"A_EMarineAttack2", A_EMarineAttack2}, //jd64 {0, 0} }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- doomsday-1.14.5/doomsday/plugins/doom64/src/d_api.c0000664000175000017500000001575412350542240021335 0ustar jaakkojaakko/**\file d_api.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API setup and interaction - Doom64 specific. */ #include #include #include "doomsday.h" #include "jdoom64.h" #include "d_netsv.h" #include "d_net.h" #include "fi_lib.h" #include "g_common.h" #include "g_update.h" #include "hu_menu.h" #include "p_mapsetup.h" #include "r_common.h" #include "p_map.h" #include "polyobjs.h" #define GID(v) (toGameId(v)) // The interface to the Doomsday engine. game_export_t gx; // Identifiers given to the games we register during startup. static gameid_t gameIds[NUM_GAME_MODES]; static __inline gameid_t toGameId(int gamemode) { assert(gamemode >= 0 && gamemode < NUM_GAME_MODES); return gameIds[(gamemode_t) gamemode]; } /** * Register the game modes supported by this plugin. */ int G_RegisterGames(int hookType, int param, void* data) { #define CONFIGDIR "doom64" #define STARTUPPK3 PLUGIN_NAMETEXT2 ".pk3" GameDef const doom64Def = { "doom64", CONFIGDIR, "Doom 64", "Midway Software", "", "" }; DENG_UNUSED(hookType); DENG_UNUSED(param); DENG_UNUSED(data); gameIds[doom64] = DD_DefineGame(&doom64Def); DD_AddGameResource(GID(doom64), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom64), RC_PACKAGE, FF_STARTUP, "doom64.wad", "MAP01;MAP020;MAP38;F_SUCK"); DD_AddGameResource(GID(doom64), RC_DEFINITION, 0, PLUGIN_NAMETEXT ".ded", 0); return true; #undef STARTUPPK3 #undef CONFIGDIR } /** * Called right after the game plugin is selected into use. */ void DP_Load(void) { // We might've been freed from memory, so refresh the game ids. gameIds[doom64] = DD_GameIdForKey("doom64"); Plug_AddHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } /** * Called when the game plugin is freed from memory. */ void DP_Unload(void) { Plug_RemoveHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } void G_PreInit(gameid_t gameId) { /// \todo Refactor me away. { size_t i; for(i = 0; i < NUM_GAME_MODES; ++i) if(gameIds[i] == gameId) { gameMode = (gamemode_t) i; gameModeBits = 1 << gameMode; break; } if(i == NUM_GAME_MODES) Con_Error("Failed gamemode lookup for id %i.", gameId); } D_PreInit(); } /** * Called by the engine to initiate a soft-shutdown request. */ dd_bool G_TryShutdown(void) { G_QuitGame(); return true; } /** * Takes a copy of the engine's entry points and exported data. Returns * a pointer to the structure that contains our entry points and exports. */ game_export_t* GetGameAPI(void) { // Clear all of our exports. memset(&gx, 0, sizeof(gx)); // Fill in the data for the exports. gx.apiSize = sizeof(gx); gx.PreInit = G_PreInit; gx.PostInit = D_PostInit; gx.Shutdown = D_Shutdown; gx.TryShutdown = G_TryShutdown; gx.Ticker = G_Ticker; gx.DrawViewPort = G_DrawViewPort; gx.DrawWindow = D_DrawWindow; gx.FinaleResponder = FI_PrivilegedResponder; gx.PrivilegedResponder = G_PrivilegedResponder; gx.Responder = G_Responder; gx.EndFrame = D_EndFrame; gx.MobjThinker = P_MobjThinker; gx.MobjFriction = (coord_t (*)(void *)) P_MobjGetFriction; gx.MobjCheckPositionXYZ = P_CheckPositionXYZ; gx.MobjTryMoveXYZ = P_TryMoveXYZ; gx.SectorHeightChangeNotification = P_HandleSectorHeightChange; gx.UpdateState = G_UpdateState; gx.GetInteger = D_GetInteger; gx.GetVariable = D_GetVariable; gx.NetServerStart = D_NetServerStarted; gx.NetServerStop = D_NetServerClose; gx.NetConnect = D_NetConnect; gx.NetDisconnect = D_NetDisconnect; gx.NetPlayerEvent = D_NetPlayerEvent; gx.NetWorldEvent = D_NetWorldEvent; gx.HandlePacket = D_HandlePacket; // Data structure sizes. gx.mobjSize = sizeof(mobj_t); gx.polyobjSize = sizeof(Polyobj); gx.FinalizeMapChange = P_FinalizeMapChange; // These really need better names. Ideas? gx.HandleMapDataPropertyValue = P_HandleMapDataPropertyValue; gx.HandleMapObjectStatusReport = P_HandleMapObjectStatusReport; return &gx; } /** * This function is called automatically when the plugin is loaded. * We let the engine know what we'd like to do. */ void DP_Initialize() { Plug_AddHook(HOOK_STARTUP, G_RegisterGames); } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ const char* deng_LibraryType(void) { return "deng-plugin/game"; } DENG_DECLARE_API(Base); DENG_DECLARE_API(B); DENG_DECLARE_API(Busy); DENG_DECLARE_API(Client); DENG_DECLARE_API(Con); DENG_DECLARE_API(Def); DENG_DECLARE_API(F); DENG_DECLARE_API(FR); DENG_DECLARE_API(GL); DENG_DECLARE_API(Infine); DENG_DECLARE_API(InternalData); DENG_DECLARE_API(Material); DENG_DECLARE_API(MaterialArchive); DENG_DECLARE_API(Map); DENG_DECLARE_API(MPE); DENG_DECLARE_API(Player); DENG_DECLARE_API(Plug); DENG_DECLARE_API(R); DENG_DECLARE_API(Rend); DENG_DECLARE_API(S); DENG_DECLARE_API(Server); DENG_DECLARE_API(Svg); DENG_DECLARE_API(Thinker); DENG_DECLARE_API(Uri); DENG_DECLARE_API(W); DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_BINDING, B); DENG_GET_API(DE_API_BUSY, Busy); DENG_GET_API(DE_API_CLIENT, Client); DENG_GET_API(DE_API_CONSOLE, Con); DENG_GET_API(DE_API_DEFINITIONS, Def); DENG_GET_API(DE_API_FILE_SYSTEM, F); DENG_GET_API(DE_API_FONT_RENDER, FR); DENG_GET_API(DE_API_GL, GL); DENG_GET_API(DE_API_INFINE, Infine); DENG_GET_API(DE_API_INTERNAL_DATA, InternalData); DENG_GET_API(DE_API_MATERIALS, Material); DENG_GET_API(DE_API_MATERIAL_ARCHIVE, MaterialArchive); DENG_GET_API(DE_API_MAP, Map); DENG_GET_API(DE_API_MAP_EDIT, MPE); DENG_GET_API(DE_API_PLAYER, Player); DENG_GET_API(DE_API_PLUGIN, Plug); DENG_GET_API(DE_API_RESOURCE, R); DENG_GET_API(DE_API_RENDER, Rend); DENG_GET_API(DE_API_SOUND, S); DENG_GET_API(DE_API_SERVER, Server); DENG_GET_API(DE_API_SVG, Svg); DENG_GET_API(DE_API_THINKER, Thinker); DENG_GET_API(DE_API_URI, Uri); DENG_GET_API(DE_API_WAD, W); ) doomsday-1.14.5/doomsday/plugins/doom64/src/p_setup.c0000664000175000017500000001537212350542240021734 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2002-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_setup.c: Handle jDoom64 specific map data properties. */ // HEADER FILES ------------------------------------------------------------ #include "jdoom64.h" #include "am_map.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Called during pre-init. * Register the map object data types we want to Doomsday to make public via * it's MPE interface. */ void P_RegisterMapObjs(void) { P_RegisterMapObj(MO_THING, "Thing"); P_RegisterMapObjProperty(MO_THING, MO_X, "X", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Y, "Y", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Z, "Z", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_ID, "ID", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_ANGLE, "Angle", DDVT_ANGLE); P_RegisterMapObjProperty(MO_THING, MO_DOOMEDNUM, "DoomEdNum", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_SKILLMODES, "SkillModes", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_FLAGS, "Flags", DDVT_INT); P_RegisterMapObj(MO_XLINEDEF, "XLinedef"); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TAG, "Tag", DDVT_SHORT); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TYPE, "Type", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_USETYPE, "UseType", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_FLAGS, "Flags", DDVT_SHORT); P_RegisterMapObjProperty(MO_XLINEDEF, MO_DRAWFLAGS, "DrawFlags", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TEXFLAGS, "TexFlags", DDVT_BYTE); P_RegisterMapObj(MO_XSECTOR, "XSector"); P_RegisterMapObjProperty(MO_XSECTOR, MO_TAG, "Tag", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_TYPE, "Type", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_FLAGS, "Flags", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_FLOORCOLOR, "FloorColor", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_CEILINGCOLOR, "CeilingColor", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_UNKNOWNCOLOR, "UnknownColor", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_WALLTOPCOLOR, "WallTopColor", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_WALLBOTTOMCOLOR, "WallBottomColor", DDVT_SHORT); P_RegisterMapObj(MO_LIGHT, "Light"); P_RegisterMapObjProperty(MO_LIGHT, MO_COLORR, "ColorR", DDVT_FLOAT); P_RegisterMapObjProperty(MO_LIGHT, MO_COLORG, "ColorG", DDVT_FLOAT); P_RegisterMapObjProperty(MO_LIGHT, MO_COLORB, "ColorB", DDVT_FLOAT); P_RegisterMapObjProperty(MO_LIGHT, MO_XX0, "XX0", DDVT_BYTE); P_RegisterMapObjProperty(MO_LIGHT, MO_XX1, "XX1", DDVT_BYTE); P_RegisterMapObjProperty(MO_LIGHT, MO_XX2, "XX2", DDVT_BYTE); } /** * \todo This is actually unnecessary. If we say that in the case of BOOM * overloaded texture names, rather than setting the surface material as * normal, the map converter should instead write to a property in XLinedef * which the game can then look up later. * * Doomsday will call this when loading the map data if it encounters a * value that it doesn't understand for a property IT handles. * * Doomsday thinks we might know what to do with it... * If we don't know what to do we'll return -1. * * @param id Index of the current element being read. * @param dtype DMU type identifier. * @param prop DMU property identifier. * @param type Data type id of the value pointed to by *data. * @param *data Ptr to the data value (has already been expanded, * size converted and endian converted where necessary). */ int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void *data) { switch(dtype) { case DMU_SURFACE: switch(prop) { case DMU_MATERIAL: /** * It could be a BOOM overloaded texture name? * In this context Doomsday expects either -1 (a bad texture name) * Or the id of a wall texture it should set to this section. * \todo Add code to determine what to do. */ break; default: break; } break; default: break; } return -1; // We ain't got a clue what to do with it... } /** * These status reports inform us of what Doomsday is doing to a particular * map data object (at any time) that we might want to react to. * * If we arn't interested in the report - we should simply return true and * take no further action. * * @param code ID code of the status report (enum in dd_share.h) * @param id Map data object id. * @param type Map data object type eg DMU_SECTOR. * @param data Any relevant data for this report (currently unused). */ int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void *data) { switch(code) { case DMUSC_LINE_FIRSTRENDERED: /** * Called the first time the given line is rendered. * *data is a pointer to int, giving the player id which has seen it. * We'll utilize this to mark it as being visible in the automap. */ P_SetLineAutomapVisibility(*(int*)data, id, true); break; default: break; } return 1; } doomsday-1.14.5/doomsday/plugins/doom64/src/m_cheat.c0000664000175000017500000004031512350542240021650 0ustar jaakkojaakko/**\file m_cheat.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Cheats - Doom64 specific. */ // HEADER FILES ------------------------------------------------------------ #include #include #include #include #ifdef UNIX # include #endif #include "jdoom64.h" #include "d_net.h" #include "g_common.h" #include "player.h" #include "am_map.h" #include "hu_menu.h" #include "hu_msg.h" #include "dmu_lib.h" #include "p_user.h" #include "p_start.h" #include "p_inventory.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- typedef struct { unsigned char* sequence; size_t length, pos; int args[2]; int currentArg; } cheatseq_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- void Cht_LaserFunc(player_t* p); void Cht_GodFunc(player_t* plr); void Cht_GiveWeaponsFunc(player_t* plr); void Cht_GiveAmmoFunc(player_t* plr); void Cht_GiveKeysFunc(player_t* plr); void Cht_NoClipFunc(player_t* plr); void Cht_GiveArmorFunc(player_t* plr); dd_bool Cht_PowerUpFunc(player_t* plr, cheatseq_t* cheat); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- static dd_bool cheatsEnabled(void) { return !IS_NETGAME; } void Cht_GodFunc(player_t* plr) { plr->cheats ^= CF_GODMODE; plr->update |= PSF_STATE; if(P_GetPlayerCheats(plr) & CF_GODMODE) { if(plr->plr->mo) plr->plr->mo->health = maxHealth; plr->health = godModeHealth; plr->update |= PSF_HEALTH; } P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_GODMODE) ? STSTR_DQDON : STSTR_DQDOFF)); } void Cht_SuicideFunc(player_t* plr) { P_DamageMobj(plr->plr->mo, NULL, NULL, 10000, false); } void Cht_GiveArmorFunc(player_t* plr) { plr->armorPoints = armorPoints[1]; plr->armorType = armorClass[1]; plr->update |= PSF_STATE | PSF_ARMOR_POINTS; } void Cht_GiveWeaponsFunc(player_t* plr) { int i; plr->update |= PSF_OWNED_WEAPONS; for(i = 0; i < NUM_WEAPON_TYPES; ++i) plr->weapons[i].owned = true; } void Cht_GiveAmmoFunc(player_t* plr) { int i; plr->update |= PSF_AMMO; for(i = 0; i < NUM_AMMO_TYPES; ++i) plr->ammo[i].owned = plr->ammo[i].max; } void Cht_GiveKeysFunc(player_t* plr) { int i; plr->update |= PSF_KEYS; for(i = 0; i < NUM_KEY_TYPES; ++i) plr->keys[i] = true; } void Cht_NoClipFunc(player_t* plr) { plr->cheats ^= CF_NOCLIP; plr->update |= PSF_STATE; P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_NOCLIP) ? STSTR_NCON : STSTR_NCOFF)); } dd_bool Cht_PowerUpFunc(player_t* plr, cheatseq_t* cheat) { static const char args[] = { 'v', 's', 'i', 'r', 'a', 'l' }; size_t i, numArgs = sizeof(args) / sizeof(args[0]); for(i = 0; i < numArgs; ++i) { powertype_t type = (powertype_t) i; if(cheat->args[0] != args[i]) continue; if(!plr->powers[type]) { P_GivePower(plr, type); P_SetMessage(plr, LMF_NO_HIDE, STSTR_BEHOLDX); } else if(type == PT_STRENGTH || type == PT_FLIGHT || type == PT_ALLMAP) { P_TakePower(plr, type); P_SetMessage(plr, LMF_NO_HIDE, STSTR_BEHOLDX); } return true; } return false; } void printDebugInfo(player_t *plr) { char textBuffer[256]; Sector *sector; mobj_t *plrMo; Uri *matUri; DENG_ASSERT(plr != 0); if(G_GameState() != GS_MAP) return; plrMo = plr->plr->mo; if(!plrMo) return; sprintf(textBuffer, "MAP [%s] X:%g Y:%g Z:%g", Str_Text(Uri_ToString(gameMapUri)), plrMo->origin[VX], plrMo->origin[VY], plrMo->origin[VZ]); P_SetMessage(plr, LMF_NO_HIDE, textBuffer); // Also print some information to the console. App_Log(DE2_MAP_NOTE, "%s", textBuffer); sector = Mobj_Sector(plrMo); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_FLOOR_MATERIAL)); App_Log(DE2_MAP_MSG, "FloorZ:%g Material:%s", P_GetDoublep(sector, DMU_FLOOR_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_CEILING_MATERIAL)); App_Log(DE2_MAP_MSG, "CeilingZ:%g Material:%s", P_GetDoublep(sector, DMU_CEILING_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); App_Log(DE2_MAP_MSG, "Player height:%g Player radius:%g", plrMo->height, plrMo->radius); } /** * Laser powerup cheat code ddslia for all laser powerups. * Each time the plr enters the code, plr gains a powerup. * When entered again, plr recieves next powerup. */ void Cht_LaserFunc(player_t* p) { if(P_InventoryGive(p - players, IIT_DEMONKEY1, true)) { P_SetMessage(p, LMF_NO_HIDE, STSTR_BEHOLDX); return; } if(P_InventoryGive(p - players, IIT_DEMONKEY2, true)) { P_SetMessage(p, LMF_NO_HIDE, STSTR_BEHOLDX); return; } if(P_InventoryGive(p - players, IIT_DEMONKEY3, true)) P_SetMessage(p, LMF_NO_HIDE, STSTR_BEHOLDX); } D_CMD(CheatGod) { if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("god"); } else { player_t* plr = &players[CONSOLEPLAYER]; if(IS_NETGAME && !netSvAllowCheats) return false; if(argc == 2) { int i = atoi(argv[1]); if(i < 0 || i >= MAXPLAYERS) return false; plr = &players[i]; } else plr = &players[CONSOLEPLAYER]; if(!plr->plr->inGame) return false; Cht_GodFunc(plr); } } return true; } D_CMD(CheatNoClip) { if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("noclip"); } else { player_t* plr = &players[CONSOLEPLAYER]; if(IS_NETGAME && !netSvAllowCheats) return false; if(argc == 2) { int i = atoi(argv[1]); if(i < 0 || i >= MAXPLAYERS) return false; plr = &players[i]; } else plr = &players[CONSOLEPLAYER]; if(!plr->plr->inGame) return false; Cht_NoClipFunc(&players[CONSOLEPLAYER]); } } return true; } static int suicideResponse(msgresponse_t response, int userValue, void* userPointer) { if(response == MSG_YES) { if(IS_NETGAME && IS_CLIENT) NetCl_CheatRequest("suicide"); else Cht_SuicideFunc(&players[CONSOLEPLAYER]); } return true; } D_CMD(CheatSuicide) { if(G_GameState() == GS_MAP) { player_t* plr; if(IS_NETGAME && !netSvAllowCheats) return false; if(argc == 2) { int i = atoi(argv[1]); if(i < 0 || i >= MAXPLAYERS) return false; plr = &players[i]; } else plr = &players[CONSOLEPLAYER]; if(!plr->plr->inGame) return false; if(plr->playerState == PST_DEAD) return false; if(!IS_NETGAME || IS_CLIENT) { Hu_MsgStart(MSG_YESNO, SUICIDEASK, suicideResponse, 0, NULL); return true; } Cht_SuicideFunc(plr); return true; } else { Hu_MsgStart(MSG_ANYKEY, SUICIDEOUTMAP, NULL, 0, NULL); } return true; } D_CMD(CheatReveal) { int option, i; if(!cheatsEnabled()) return false; option = atoi(argv[1]); if(option < 0 || option > 3) return false; for(i = 0; i < MAXPLAYERS; ++i) { ST_SetAutomapCheatLevel(i, 0); ST_RevealAutomap(i, false); if(option == 1) ST_RevealAutomap(i, true); else if(option != 0) ST_SetAutomapCheatLevel(i, option -1); } return true; } D_CMD(CheatGive) { char buf[100]; int player = CONSOLEPLAYER; player_t* plr; size_t i, stuffLen; if(IS_CLIENT) { if(argc != 2) return false; sprintf(buf, "give %s", argv[1]); NetCl_CheatRequest(buf); return true; } if(IS_NETGAME && !netSvAllowCheats) return false; if(argc != 2 && argc != 3) { App_Log(DE2_SCR_NOTE, "Usage:\n give (stuff)\n give (stuff) (plr)\n"); App_Log(DE2_LOG_SCR, "Stuff consists of one or more of (type:id). " "If no id; give all of type:"); App_Log(DE2_LOG_SCR, " a - ammo"); App_Log(DE2_LOG_SCR, " b - berserk"); App_Log(DE2_LOG_SCR, " f - the power of flight"); App_Log(DE2_LOG_SCR, " g - light amplification visor"); App_Log(DE2_LOG_SCR, " h - health"); App_Log(DE2_LOG_SCR, " i - invulnerability"); App_Log(DE2_LOG_SCR, " k - key cards/skulls"); App_Log(DE2_LOG_SCR, " m - computer area map"); App_Log(DE2_LOG_SCR, " p - backpack full of ammo"); App_Log(DE2_LOG_SCR, " r - armor"); App_Log(DE2_LOG_SCR, " s - radiation shielding suit"); App_Log(DE2_LOG_SCR, " v - invisibility"); App_Log(DE2_LOG_SCR, " w - weapons"); App_Log(DE2_LOG_SCR, "Example: 'give arw' corresponds the cheat IDFA."); App_Log(DE2_LOG_SCR, "Example: 'give w2k1' gives weapon two and key one."); return true; } if(argc == 3) { player = atoi(argv[2]); if(player < 0 || player >= MAXPLAYERS) return false; } if(G_GameState() != GS_MAP) { App_Log(DE2_SCR_ERROR, "Can only \"give\" when in a game!"); return true; } if(!players[player].plr->inGame) return true; // Can't give to a plr who's not playing plr = &players[player]; strcpy(buf, argv[1]); // Stuff is the 2nd arg. strlwr(buf); stuffLen = strlen(buf); for(i = 0; buf[i]; ++i) { switch(buf[i]) { case 'a': if(i < stuffLen) { char* end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < AT_FIRST || idx >= NUM_AMMO_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown ammo #%d (valid range %d-%d)", (int)idx, AT_FIRST, NUM_AMMO_TYPES-1); break; } // Give one specific ammo type. plr->update |= PSF_AMMO; plr->ammo[idx].owned = plr->ammo[idx].max; break; } } // Give all ammo. Cht_GiveAmmoFunc(plr); break; case 'b': { cheatseq_t cheat; cheat.args[0] = PT_STRENGTH; Cht_PowerUpFunc(plr, &cheat); break; } case 'f': { cheatseq_t cheat; cheat.args[0] = PT_FLIGHT; Cht_PowerUpFunc(plr, &cheat); break; } case 'g': { cheatseq_t cheat; cheat.args[0] = PT_INFRARED; Cht_PowerUpFunc(plr, &cheat); break; } case 'h': P_GiveBody(plr, healthLimit); break; case 'i': { cheatseq_t cheat; cheat.args[0] = PT_INVULNERABILITY; Cht_PowerUpFunc(plr, &cheat); break; } case 'k': if(i < stuffLen) { char* end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < KT_FIRST || idx >= NUM_KEY_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown key #%d (valid range %d-%d)", (int)idx, KT_FIRST, NUM_KEY_TYPES-1); break; } // Give one specific key. plr->update |= PSF_KEYS; plr->keys[idx] = true; break; } } // Give all keys. Cht_GiveKeysFunc(plr); break; case 'm': { cheatseq_t cheat; cheat.args[0] = PT_ALLMAP; Cht_PowerUpFunc(plr, &cheat); break; } case 'p': P_GiveBackpack(plr); break; case 'r': Cht_GiveArmorFunc(plr); break; case 's': { cheatseq_t cheat; cheat.args[0] = PT_IRONFEET; Cht_PowerUpFunc(plr, &cheat); break; } case 'v': { cheatseq_t cheat; cheat.args[0] = PT_INVISIBILITY; Cht_PowerUpFunc(plr, &cheat); break; } case 'w': if(i < stuffLen) { char* end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < WT_FIRST || idx >= NUM_WEAPON_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown weapon #%d (valid range %d-%d)", (int)idx, WT_FIRST, NUM_WEAPON_TYPES-1); break; } // Give one specific weapon. P_GiveWeapon(plr, idx, false); break; } } // Give all weapons. Cht_GiveWeaponsFunc(plr); break; default: // Unrecognized. App_Log(DE2_SCR_ERROR, "Cannot give '%c': unknown letter", buf[i]); break; } } return true; } D_CMD(CheatMassacre) { App_Log(DE2_LOG_MAP, "%i monsters killed", P_Massacre()); return true; } D_CMD(CheatWhere) { printDebugInfo(&players[CONSOLEPLAYER]); return true; } /** * Exit the current map and go to the intermission. */ D_CMD(CheatLeaveMap) { if(!cheatsEnabled()) return false; if(G_GameState() != GS_MAP) { S_LocalSound(SFX_OOF, NULL); App_Log(DE2_LOG_ERROR | DE2_LOG_MAP, "Can only exit a map when in a game!"); return true; } G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); return true; } doomsday-1.14.5/doomsday/plugins/doom64/src/p_maputl.c0000664000175000017500000001244612350542240022075 0ustar jaakkojaakko/** @file p_maputl.c Movement/collision map utility functions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jdoom64.h" #include "dmu_lib.h" /** * Apply "torque" to objects hanging off of ledges, so that they fall off. * It's not really torque, since Doom has no concept of rotation, but it's * a convincing effect which avoids anomalies such as lifeless objects * hanging more than halfway off of ledges, and allows objects to roll off * of the edges of moving lifts, or to slide up and then back down stairs, * or to fall into a ditch. * * If more than one line is contacted, the effects are cumulative, so * balancing is possible. */ static int PIT_ApplyTorque(Line *ld, void *context) { mobj_t *torqueMobj = (mobj_t *)context; coord_t dist; Sector *frontsec, *backsec; coord_t ffloor, bfloor; coord_t d1[2], vtx[2]; if(torqueMobj->player) return false; // Skip players! if(!(frontsec = P_GetPtrp(ld, DMU_FRONT_SECTOR)) || !(backsec = P_GetPtrp(ld, DMU_BACK_SECTOR))) return false; // Shouldn't ever happen. ffloor = P_GetDoublep(frontsec, DMU_FLOOR_HEIGHT); bfloor = P_GetDoublep(backsec, DMU_FLOOR_HEIGHT); P_GetDoublepv(ld, DMU_DXY, d1); P_GetDoublepv(P_GetPtrp(ld, DMU_VERTEX0), DMU_XY, vtx); // Lever-arm: dist = +d1[0] * torqueMobj->origin[VY] - d1[1] * torqueMobj->origin[VX] - d1[0] * vtx[VY] + d1[1] * vtx[VX]; if((dist < 0 && ffloor < torqueMobj->origin[VZ] && bfloor >= torqueMobj->origin[VZ]) || (dist >= 0 && bfloor < torqueMobj->origin[VZ] && ffloor >= torqueMobj->origin[VZ])) { // At this point, we know that the object straddles a two-sided // line, and that the object's center of mass is above-ground. coord_t x = fabs(d1[0]), y = fabs(d1[1]); if(y > x) { coord_t tmp = x; x = y; y = tmp; } y = FIX2FLT(finesine[(tantoangle[FLT2FIX(y / x) >> DBITS] + ANG90) >> ANGLETOFINESHIFT]); /* * Momentum is proportional to distance between the object's center * of mass and the pivot line. * * It is scaled by 2^(OVERDRIVE - gear). When gear is increased, the * momentum gradually decreases to 0 for the same amount of * pseudotorque, so that oscillations are prevented, yet it has a * chance to reach equilibrium. */ if(torqueMobj->gear < OVERDRIVE) dist = (dist * FIX2FLT(FLT2FIX(y) << -(torqueMobj->gear - OVERDRIVE))) / x; else dist = (dist * FIX2FLT(FLT2FIX(y) >> +(torqueMobj->gear - OVERDRIVE))) / x; // Apply momentum away from the pivot line. x = d1[1] * dist; y = d1[0] * dist; // Avoid moving too fast all of a sudden (step into "overdrive"). dist = (x * x) + (y * y); while(dist > 4 && torqueMobj->gear < MAXGEAR) { ++torqueMobj->gear; x /= 2; y /= 2; dist /= 2; } torqueMobj->mom[MX] -= x; torqueMobj->mom[MY] += y; } return false; } void P_ApplyTorque(mobj_t *mo) { int flags = mo->intFlags; // Corpse sliding anomalies, made configurable. if(!cfg.slidingCorpses) return; VALIDCOUNT++; Mobj_TouchedLinesIterator(mo, PIT_ApplyTorque, mo); // If any momentum, mark object as 'falling' using engine-internal // flags. if(!FEQUAL(mo->mom[MX], 0) || !FEQUAL(mo->mom[MY], 0)) { mo->intFlags |= MIF_FALLING; } else { // Clear the engine-internal flag indicating falling object. mo->intFlags &= ~MIF_FALLING; } /* * If the object has been moving, step up the gear. This helps reach * equilibrium and avoid oscillations. * * DOOM has no concept of potential energy, much less of rotation, so we * have to creatively simulate these systems somehow :) */ // If not falling for a while, reset it to full strength. if(!((mo->intFlags | flags) & MIF_FALLING)) { mo->gear = 0; } else if(mo->gear < MAXGEAR) // Else if not at max gear, move up a gear. { mo->gear++; } } doomsday-1.14.5/doomsday/plugins/doom64/src/p_pspr.c0000664000175000017500000005413712350542240021562 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_pspr.c: Weapon sprite animation, weapon objects. * * Action functions for weapons. */ #ifdef MSVC // Sumtin' 'ere messes with poor ol' MSVC's head... # pragma optimize("g",off) #endif // HEADER FILES ------------------------------------------------------------ #include #include #include #include "common.h" #include "d_net.h" #include "player.h" #include "p_map.h" #include "p_tick.h" #include "p_inventory.h" // MACROS ------------------------------------------------------------------ #define LOWERSPEED 6 #define RAISESPEED 6 #define WEAPONTOP 32 // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static float swing[2]; static float bulletSlope; // CODE -------------------------------------------------------------------- void R_GetWeaponBob(int player, float* x, float* y) { if(x) { *x = 1 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finecosine[(128 * mapTime) & FINEMASK]); } if(y) { *y = 32 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finesine[(128 * mapTime) & FINEMASK & (FINEANGLES / 2 - 1)]); } } void P_SetPsprite(player_t *player, int position, statenum_t stnum) { pspdef_t *psp; state_t *state; psp = &player->pSprites[position]; do { if(!stnum) { // Object removed itself. psp->state = NULL; break; } state = &STATES[stnum]; psp->state = state; psp->tics = state->tics; // Could be 0. if(state->misc[0]) { // Coordinate set. psp->pos[VX] = (float) state->misc[0]; psp->pos[VY] = (float) state->misc[1]; } // Call action routine. // Modified handling. if(state->action) { state->action(player, psp); if(!psp->state) break; } stnum = psp->state->nextState; } while(!psp->tics); // An initial state of 0 could cycle through. } /** * Starts bringing the pending weapon up from the bottom of the screen. */ void P_BringUpWeapon(player_t* player) { weapontype_t const oldPendingWeapon = player->pendingWeapon; weaponmodeinfo_t* wminfo = NULL; weapontype_t raiseWeapon; if(!player) return; if(player->plr->flags & DDPF_UNDEFINED_WEAPON) { // We'll do this when the server informs us about the client's current weapon. return; } raiseWeapon = player->pendingWeapon; if(raiseWeapon == WT_NOCHANGE) raiseWeapon = player->readyWeapon; player->pendingWeapon = WT_NOCHANGE; player->pSprites[ps_weapon].pos[VY] = WEAPONBOTTOM; if(!VALID_WEAPONTYPE(raiseWeapon)) { return; } wminfo = WEAPON_INFO(raiseWeapon, player->class_, 0); App_Log(DE2_MAP_XVERBOSE, "P_BringUpWeapon: Player %i, pending weapon was %i, weapon pspr to %i", (int)(player - players), oldPendingWeapon, wminfo->states[WSN_UP]); if(wminfo->raiseSound) S_StartSoundEx(wminfo->raiseSound, player->plr->mo); P_SetPsprite(player, ps_weapon, wminfo->states[WSN_UP]); } void P_FireWeapon(player_t *player) { statenum_t newstate; if(!P_CheckAmmo(player)) return; // Psprite state. player->plr->pSprites[0].state = DDPSP_FIRE; P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackState); newstate = weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_ATTACK]; P_SetPsprite(player, ps_weapon, newstate); P_NoiseAlert(player->plr->mo, player->plr->mo); } /** * Player died, so put the weapon away. */ void P_DropWeapon(player_t *player) { P_SetPsprite(player, ps_weapon, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_DOWN]); } /** * The player can fire the weapon or change to another weapon at this time. * Follows after getting weapon up, or after previous attack/fire sequence. */ void C_DECL A_WeaponReady(player_t* player, pspdef_t* psp) { weaponmodeinfo_t* wminfo; // Enable the pspr Y offset (might be disabled in A_Lower). DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); // Get out of attack state. if(player->plr->mo->state == &STATES[PCLASS_INFO(player->class_)->attackState] || player->plr->mo->state == &STATES[PCLASS_INFO(player->class_)->attackEndState]) { P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->normalState); } if(player->readyWeapon != WT_NOCHANGE) { wminfo = WEAPON_INFO(player->readyWeapon, player->class_, 0); // A weaponready sound? if(psp->state == &STATES[wminfo->states[WSN_READY]] && wminfo->readySound) S_StartSound(wminfo->readySound, player->plr->mo); // Check for change. If player is dead, put the weapon away. if(player->pendingWeapon != WT_NOCHANGE || !player->health) { // (pending weapon should allready be validated) P_SetPsprite(player, ps_weapon, wminfo->states[WSN_DOWN]); return; } } // Check for autofire. if(player->brain.attack) { wminfo = WEAPON_INFO(player->readyWeapon, player->class_, 0); if(!player->attackDown || wminfo->autoFire) { player->attackDown = true; P_FireWeapon(player); return; } } else player->attackDown = false; // Bob the weapon based on movement speed. R_GetWeaponBob(player - players, &psp->pos[0], &psp->pos[1]); // Psprite state. player->plr->pSprites[0].state = DDPSP_BOBBING; } /** * The player can re-fire the weapon without lowering it entirely. */ void C_DECL A_ReFire(player_t *player, pspdef_t *psp) { // Check for fire (if a weaponchange is pending, let it go through // instead). if((player->brain.attack) && player->pendingWeapon == WT_NOCHANGE && player->health) { player->refire++; P_FireWeapon(player); } else { player->refire = 0; P_CheckAmmo(player); } } void C_DECL A_CheckReload(player_t *player, pspdef_t *psp) { P_CheckAmmo(player); } /** * Lowers current weapon, and changes weapon at bottom. */ void C_DECL A_Lower(player_t *player, pspdef_t *psp) { psp->pos[VY] += LOWERSPEED; // Psprite state. player->plr->pSprites[0].state = DDPSP_DOWN; // Should we disable the lowering? if(!cfg.bobWeaponLower || weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 0); } // Is already down. if(psp->pos[VY] < WEAPONBOTTOM) return; // Player is dead. if(player->playerState == PST_DEAD) { psp->pos[VY] = WEAPONBOTTOM; // Don't bring weapon back up. return; } if(player->readyWeapon == WT_SIXTH) // jd64 P_SetPsprite(player, ps_flash, S_NULL); // The old weapon has been lowered off the screen, so change the weapon // and start raising it. if(!player->health) { // Player is dead, so keep the weapon off screen. P_SetPsprite(player, ps_weapon, S_NULL); return; } player->readyWeapon = player->pendingWeapon; player->update |= PSF_READY_WEAPON; // Should we suddenly lower the weapon? if(cfg.bobWeaponLower && !weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); } P_BringUpWeapon(player); } void C_DECL A_Raise(player_t *player, pspdef_t *psp) { statenum_t newstate; // Psprite state. player->plr->pSprites[0].state = DDPSP_UP; // Should we disable the lowering? if(!cfg.bobWeaponLower || weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 0); } P_SetPsprite(player, ps_flash, S_NULL); psp->pos[VY] -= RAISESPEED; if(psp->pos[VY] > WEAPONTOP) return; // Enable the pspr Y offset once again. DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); psp->pos[VY] = WEAPONTOP; // The weapon has been raised all the way, so change to the ready state. newstate = weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_READY]; P_SetPsprite(player, ps_weapon, newstate); } void C_DECL A_PlasmaShock(player_t* pl, pspdef_t* psp) { S_StartSound(SFX_PSIDL, pl->plr->mo); P_SetPsprite(pl, ps_flash, S_PLASMASHOCK1); } void C_DECL A_GunFlash(player_t *player, pspdef_t *psp) { P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); } void C_DECL A_Punch(player_t *player, pspdef_t *psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); player->update |= PSF_AMMO; if(IS_CLIENT) return; damage = (P_Random() % 10 + 1) * 2; if(player->powers[PT_STRENGTH]) damage *= 10; angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 18; slope = P_AimLineAttack(player->plr->mo, angle, PLRMELEERANGE); P_LineAttack(player->plr->mo, angle, PLRMELEERANGE, slope, damage, MT_PUFF); // Turn to face target. if(lineTarget) { S_StartSound(SFX_PUNCH, player->plr->mo); player->plr->mo->angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); player->plr->flags |= DDPF_FIXANGLES; } } void C_DECL A_Saw(player_t* player, pspdef_t* psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); player->update |= PSF_AMMO; if(IS_CLIENT) return; damage = (float) (P_Random() % 10 + 1) * 2; angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 18; // Use meleerange + 1 so the puff doesn't skip the flash. slope = P_AimLineAttack(player->plr->mo, angle, PLRMELEERANGE + 1); P_LineAttack(player->plr->mo, angle, PLRMELEERANGE + 1, slope, damage, MT_PUFF); if(!lineTarget) { S_StartSound(SFX_SAWFUL, player->plr->mo); return; } S_StartSound(SFX_SAWHIT, player->plr->mo); // Turn to face target. angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); if(angle - player->plr->mo->angle > ANG180) { if(angle - player->plr->mo->angle < -ANG90 / 32) // jd64 was "/ 20" player->plr->mo->angle = angle + ANG90 / 32; // jd64 was "/ 21" else player->plr->mo->angle -= ANG90 / 20; } else { if(angle - player->plr->mo->angle > ANG90 / 32) // jd64 was "/ 20" player->plr->mo->angle = angle - ANG90 / 32; // jd64 was "/ 21" else player->plr->mo->angle += ANG90 / 20; } player->plr->mo->flags |= MF_JUSTATTACKED; } void C_DECL A_FireMissile(player_t *player, pspdef_t *psp) { P_ShotAmmo(player); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_SpawnMissile(MT_ROCKET, player->plr->mo, NULL); // jd64 > if(cfg.weaponRecoil) { angle_t angle = player->plr->mo->angle + ANG180; uint an = angle >> ANGLETOFINESHIFT; player->plr->mo->mom[MX] += 4 * FIX2FLT(finecosine[an]); player->plr->mo->mom[MY] += 4 * FIX2FLT(finesine[an]); } // < d64tc } void C_DECL A_FireBFG(player_t* player, pspdef_t* psp) { P_ShotAmmo(player); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_SpawnMissile(MT_BFG, player->plr->mo, NULL); } void C_DECL A_FirePlasma(player_t* player, pspdef_t* psp) { P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH] + (P_Random() & 1)); //P_SetPsprite(player, ps_flash, S_NULL); // jd64 wha? player->update |= PSF_AMMO; if(IS_CLIENT) return; P_SpawnMissile(MT_PLASMA, player->plr->mo, NULL); } /** * d64tc */ void C_DECL A_FireSingleLaser(player_t *player, pspdef_t *psp) { int plrNum = player - players; mobj_t* pmo; short laserPower; P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); player->update |= PSF_AMMO; if(IS_CLIENT) return; pmo = player->plr->mo; laserPower = 0; if(P_InventoryCount(plrNum, IIT_DEMONKEY1)) laserPower++; if(P_InventoryCount(plrNum, IIT_DEMONKEY2)) laserPower++; if(P_InventoryCount(plrNum, IIT_DEMONKEY3)) laserPower++; switch(laserPower) { case 0: P_SpawnMissile(MT_LASERSHOTWEAK, player->plr->mo, NULL); break; case 1: P_SpawnMissile(MT_LASERSHOT, player->plr->mo, NULL); break; case 2: P_SPMAngle(MT_LASERSHOT, pmo, pmo->angle - (ANG45 / 8)); P_SPMAngle(MT_LASERSHOT, pmo, pmo->angle + (ANG45 / 8)); break; case 3: P_SpawnMissile(MT_LASERSHOT, pmo, NULL); P_SPMAngle(MT_LASERSHOT, pmo, pmo->angle - (ANG45 / 6)); P_SPMAngle(MT_LASERSHOT, pmo, pmo->angle + (ANG45 / 6)); break; } } /** * d64tc */ static void fireDoubleLaser(player_t* player, pspdef_t* psp, angle_t angleDelta) { mobj_t* pmo; P_ShotAmmo(player); pmo = player->plr->mo; player->update |= PSF_AMMO; if(IS_CLIENT) return; P_SpawnMissile(MT_LASERSHOT, pmo, NULL); P_SPMAngle(MT_LASERSHOT, pmo, pmo->angle - angleDelta); P_SPMAngle(MT_LASERSHOT, pmo, pmo->angle + angleDelta); } /** * d64tc */ void C_DECL A_FireDoubleLaser(player_t *player, pspdef_t *psp) { fireDoubleLaser(player, psp, ANG45 / 8); } /** * d64tc */ void C_DECL A_FireDoubleLaser1(player_t *player, pspdef_t *psp) { fireDoubleLaser(player, psp, ANG45 / 4); } /** * d64tc */ void C_DECL A_FireDoubleLaser2(player_t *player, pspdef_t *psp) { fireDoubleLaser(player, psp, ANG45 / 3); } /** * Sets a slope so a near miss is at aproximately the height of the * intended target. */ void P_BulletSlope(mobj_t *mo) { angle_t angle; // See which target is to be aimed at. angle = mo->angle; bulletSlope = P_AimLineAttack(mo, angle, 16 * 64); if(!cfg.noAutoAim) { if(!lineTarget) { angle += 1 << 26; bulletSlope = P_AimLineAttack(mo, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; bulletSlope = P_AimLineAttack(mo, angle, 16 * 64); } if(!lineTarget) { angle += 2 << 26; bulletSlope = tan(LOOKDIR2RAD(mo->dPlayer->lookDir)) / 1.2; } } } } void P_GunShot(mobj_t *mo, dd_bool accurate) { angle_t angle; int damage; damage = 5 * (P_Random() % 3 + 1); angle = mo->angle; if(!accurate) { angle += (P_Random() - P_Random()) << 18; } P_LineAttack(mo, angle, MISSILERANGE, bulletSlope, damage, MT_PUFF); } void C_DECL A_FirePistol(player_t *player, pspdef_t *psp) { S_StartSound(SFX_PISTOL, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_BulletSlope(player->plr->mo); P_GunShot(player->plr->mo, !player->refire); } void C_DECL A_FireShotgun(player_t *player, pspdef_t *psp) { int i; S_StartSound(SFX_SHOTGN, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_BulletSlope(player->plr->mo); for(i = 0; i < 7; ++i) P_GunShot(player->plr->mo, false); } void C_DECL A_FireShotgun2(player_t *player, pspdef_t *psp) { int i; angle_t angle; int damage; S_StartSound(SFX_DSHTGN, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_BulletSlope(player->plr->mo); // jd64 > if(cfg.weaponRecoil) { uint an; player->plr->mo->angle += ANG90/90; an = (player->plr->mo->angle + ANG180) >> ANGLETOFINESHIFT; player->plr->mo->mom[MX] += 4 * FIX2FLT(finecosine[an]); player->plr->mo->mom[MY] += 4 * FIX2FLT(finesine[an]); } // < d64tc for(i = 0; i < 20; ++i) { damage = 5 * (P_Random() % 3 + 1); angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 19; P_LineAttack(player->plr->mo, angle, MISSILERANGE, bulletSlope + FIX2FLT((P_Random() - P_Random()) << 5), damage, MT_PUFF); } } void C_DECL A_OpenShotgun2(player_t *player, pspdef_t *psp) { S_StartSound(SFX_DBOPN, player->plr->mo); } void C_DECL A_LoadShotgun2(player_t *player, pspdef_t *psp) { S_StartSound(SFX_DBLOAD, player->plr->mo); } void C_DECL A_FireCGun(player_t *player, pspdef_t *psp) { S_StartSound(SFX_PISTOL, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH] + psp->state - &STATES[S_CHAIN1]); player->update |= PSF_AMMO; if(IS_CLIENT) return; psp->pos[VY] = WEAPONTOP + FIX2FLT((P_Random() & 8) - 2); // jd64 P_BulletSlope(player->plr->mo); // jd64 > if(cfg.weaponRecoil) { // Nice little recoil effect. player->plr->mo->angle += ANG90/256; } // < d64tc P_GunShot(player->plr->mo, !player->refire); } void C_DECL A_Light0(player_t *player, pspdef_t *psp) { player->plr->extraLight = 0; } void C_DECL A_Light1(player_t *player, pspdef_t *psp) { player->plr->extraLight = 1; } void C_DECL A_Light2(player_t *player, pspdef_t *psp) { player->plr->extraLight = 2; } /** * Spawn a BFG explosion on every monster in view. */ void C_DECL A_BFGSpray(mobj_t* mo) { int i, j, damage; angle_t angle; // Offset angles from its attack angle. for(i = 0; i < 40; ++i) { angle = mo->angle - ANG90 / 2 + ANG90 / 40 * i; // mo->target is the originator (player) of the missile. P_AimLineAttack(mo->target, angle, 16 * 64); if(!lineTarget) continue; P_SpawnMobjXYZ(MT_EXTRABFG, lineTarget->origin[VX], lineTarget->origin[VY], lineTarget->origin[VZ] + lineTarget->height / 4, angle + ANG180, 0); damage = 0; for(j = 0; j < 15; ++j) { damage += (P_Random() & 7) + 1; } P_DamageMobj(lineTarget, mo->target, mo->target, damage, false); } } void C_DECL A_BFGsound(player_t* player, pspdef_t* psp) { S_StartSound(SFX_BFG, player->plr->mo); } /** * Called at start of level for each player. */ void P_SetupPsprites(player_t* player) { int i; // Remove all psprites. for(i = 0; i < NUMPSPRITES; ++i) player->pSprites[i].state = NULL; // Spawn the gun. if(player->pendingWeapon == WT_NOCHANGE) player->pendingWeapon = player->readyWeapon; P_BringUpWeapon(player); } /** * Called every tic by player thinking routine. */ void P_MovePsprites(player_t *player) { int i; pspdef_t *psp; state_t *state; psp = &player->pSprites[0]; for(i = 0; i < NUMPSPRITES; ++i, psp++) { // A null state means not active. state = psp->state; if(state) { // Decrease tic count and possibly change state. // A -1 tic count never changes. if(psp->tics != -1) { psp->tics--; if(!psp->tics) P_SetPsprite(player, i, psp->state->nextState); } } } player->pSprites[ps_flash].pos[VX] = player->pSprites[ps_weapon].pos[VX]; player->pSprites[ps_flash].pos[VY] = player->pSprites[ps_weapon].pos[VY]; } doomsday-1.14.5/doomsday/plugins/doom64/src/wi_stuff.c0000664000175000017500000007050512350542240022102 0ustar jaakkojaakko/**\file wi_stuff.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #include #include "jdoom64.h" #include "hu_stuff.h" #include "d_net.h" #include "p_mapsetup.h" #include "p_start.h" #define NUMMAPS (9) typedef struct teaminfo_s { int playerCount; /// @c 0= team not present. int frags[NUMTEAMS]; int totalFrags; /// Kills minus suicides. int items; int kills; int secret; } teaminfo_t; static teaminfo_t teamInfo[NUMTEAMS]; // Used to accelerate or skip a stage. static dd_bool advanceState; static dd_bool drawYouAreHere = false; static int spState, dmState, ngState; static interludestate_t inState; static int dmFrags[NUMTEAMS][NUMTEAMS]; static int dmTotals[NUMTEAMS]; static int doFrags; static int inPlayerNum; static int inPlayerTeam; static int stateCounter; static int backgroundAnimCounter; static int cntKills[NUMTEAMS]; static int cntItems[NUMTEAMS]; static int cntSecret[NUMTEAMS]; static int cntFrags[NUMTEAMS]; static int cntTime; static int cntPar; static int cntPause; // Passed into intermission. static wbstartstruct_t* wbs; static wbplayerstruct_t* inPlayerInfo; static patchid_t pBackground; static patchid_t pYouAreHereRight; static patchid_t pYouAreHereLeft; static patchid_t pSplat; static patchid_t pFinished; static patchid_t pEntering; static patchid_t pSecret; static patchid_t pSecretSP; static patchid_t pKills; static patchid_t pItems; static patchid_t pFrags; static patchid_t pTime; static patchid_t pPar; static patchid_t pSucks; static patchid_t pKillers; static patchid_t pVictims; static patchid_t pTotal; static patchid_t pTeamBackgrounds[NUMTEAMS]; static patchid_t pTeamIcons[NUMTEAMS]; void WI_Register(void) { cvartemplate_t cvars[] = { { "inlude-stretch", 0, CVT_BYTE, &cfg.inludeScaleMode, SCALEMODE_FIRST, SCALEMODE_LAST }, { "inlude-patch-replacement", 0, CVT_INT, &cfg.inludePatchReplaceMode, PRM_FIRST, PRM_LAST }, { NULL } }; Con_AddVariableList(cvars); } static void drawBackground(void) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY3(pBackground, 0, 0, ALIGN_TOPLEFT, DPF_NO_OFFSET); DGL_Disable(DGL_TEXTURE_2D); } static void drawFinishedTitle(void) { int x = SCREENWIDTH/2, y = WI_TITLEY; uint mapNum = wbs->currentMap; char const *mapTitle = P_MapTitle(0/*current map*/); patchid_t patchId; patchinfo_t info; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); // Draw patchId = (mapNum < pMapNamesSize? pMapNames[mapNum] : 0); WI_DrawPatchXY3(patchId, Hu_ChoosePatchReplacement2(cfg.inludePatchReplaceMode, patchId, mapTitle), x, y, ALIGN_TOP, 0, DTF_NO_TYPEIN); if(R_GetPatchInfo(patchId, &info)) y += (5 * info.geometry.size.height) / 4; // Draw "Finished!" WI_DrawPatchXY2(pFinished, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pFinished), x, y, ALIGN_TOP); DGL_Disable(DGL_TEXTURE_2D); } static void drawEnteringTitle(void) { int x = SCREENWIDTH/2, y = WI_TITLEY; char *mapName = NULL; uint mapNum; ddmapinfo_t minfo; patchid_t patchId; patchinfo_t info; AutoStr *mapPath; Uri *mapUri; // See if there is a map name. mapUri = G_ComposeMapUri(wbs->episode, wbs->nextMap); mapPath = Uri_Compose(mapUri); if(Def_Get(DD_DEF_MAP_INFO, Str_Text(mapPath), &minfo) && minfo.name) { if(Def_Get(DD_DEF_TEXT, minfo.name, &mapName) == -1) mapName = minfo.name; } Uri_Delete(mapUri); // Skip the E#M# or Map #. if(mapName) { char* ptr = strchr(mapName, ':'); if(ptr) { mapName = M_SkipWhite(ptr + 1); } } DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); // Draw "Entering" WI_DrawPatchXY2(pEntering, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pEntering), x, y, ALIGN_TOP); if(R_GetPatchInfo(pMapNames[wbs->nextMap], &info)) y += (5 * info.geometry.size.height) / 4; // Draw map. mapNum = (wbs->episode * 9) + wbs->nextMap; patchId = (mapNum < pMapNamesSize? pMapNames[mapNum] : 0); WI_DrawPatchXY2(patchId, Hu_ChoosePatchReplacement2(cfg.inludePatchReplaceMode, patchId, mapName), x, y, ALIGN_TOP); DGL_Disable(DGL_TEXTURE_2D); } static void drawPercent(int x, int y, int p) { Point2Raw origin; char buf[20]; if(p < 0) return; origin.x = x; origin.y = y; dd_snprintf(buf, 20, "%i", p); FR_DrawChar('%', &origin); FR_DrawText3(buf, &origin, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } /** * Display map completion time and par, or "sucks" message if overflow. */ static void drawTime(int x, int y, int t) { patchinfo_t info; if(t < 0) return; if(t <= 61 * 59) { int seconds = t % 60, minutes = t / 60 % 60; char buf[20]; x -= 22; FR_DrawCharXY(':', x, y); if(minutes > 0) { dd_snprintf(buf, 20, "%d", minutes); FR_DrawTextXY3(buf, x, y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } dd_snprintf(buf, 20, "%02d", seconds); FR_DrawTextXY(buf, x+FR_CharWidth(':'), y); return; } // "sucks" if(!R_GetPatchInfo(pSucks, &info)) return; WI_DrawPatchXY3(pSucks, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pSucks), x - info.geometry.size.width, y, ALIGN_TOPLEFT, 0, DTF_NO_EFFECTS); } void WI_End(void) { NetSv_Intermission(IMF_END, 0, 0); } static void initNoState(void) { inState = ILS_NONE; advanceState = false; stateCounter = 10; NetSv_Intermission(IMF_STATE, inState, 0); } static void tickNoState(void) { --stateCounter; if(0 == stateCounter) { if(IS_CLIENT) return; WI_End(); G_IntermissionDone(); } } static void initDeathmatchStats(void) { int i; inState = ILS_SHOW_STATS; advanceState = false; dmState = 1; cntPause = TICRATE; // Clear the on-screen counters. memset(dmTotals, 0, sizeof(dmTotals)); for(i = 0; i < NUMTEAMS; ++i) memset(dmFrags[i], 0, sizeof(dmFrags[i])); } static void updateDeathmatchStats(void) { int i, j; dd_bool stillTicking; if(advanceState && dmState != 4) { advanceState = false; for(i = 0; i < NUMTEAMS; ++i) { for(j = 0; j < NUMTEAMS; ++j) { dmFrags[i][j] = teamInfo[i].frags[j]; } dmTotals[i] = teamInfo[i].totalFrags; } S_LocalSound(SFX_BAREXP, 0); dmState = 4; } if(dmState == 2) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { for(j = 0; j < NUMTEAMS; ++j) { if(dmFrags[i][j] != teamInfo[i].frags[j]) { if(teamInfo[i].frags[j] < 0) dmFrags[i][j]--; else dmFrags[i][j]++; if(dmFrags[i][j] > 99) dmFrags[i][j] = 99; if(dmFrags[i][j] < -99) dmFrags[i][j] = -99; stillTicking = true; } } dmTotals[i] = teamInfo[i].totalFrags; if(dmTotals[i] > 99) dmTotals[i] = 99; if(dmTotals[i] < -99) dmTotals[i] = -99; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); dmState++; } } else if(dmState == 4) { if(advanceState) { S_LocalSound(SFX_SLOP, 0); initNoState(); } } else if(dmState & 1) { if(!--cntPause) { dmState++; cntPause = TICRATE; } } } static void drawDeathmatchStats(void) { int i, j, x, y, w, lh = WI_SPACINGY; // Line height. DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); // Draw stat titles (top line). { patchinfo_t info; if(R_GetPatchInfo(pTotal, &info)) WI_DrawPatchXY(pTotal, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pTotal), DM_TOTALSX - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY + 10); } WI_DrawPatchXY(pKillers, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pKillers), DM_KILLERSX, DM_KILLERSY); WI_DrawPatchXY(pVictims, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pVictims), DM_VICTIMSX, DM_VICTIMSY); x = DM_MATRIXX + DM_SPACINGX; y = DM_MATRIXY; for(i = 0; i < NUMTEAMS; ++i) { if(teamInfo[i].playerCount > 0) { patchid_t patchId = pTeamBackgrounds[i]; const char* replacement = Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId); patchinfo_t info; R_GetPatchInfo(patchId, &info); WI_DrawPatchXY(patchId, replacement, x - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY); WI_DrawPatchXY(patchId, replacement, DM_MATRIXX - info.geometry.size.width / 2, y); /*if(i == inPlayerTeam) { WI_DrawPatchXY(pFaceDead, Hu_ChoosePatchReplacement(pFaceDead), x - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY); WI_DrawPatchXY(pFaceAlive, Hu_ChoosePatchReplacement(pFaceAlive), DM_MATRIXX - info.width / 2, y); }*/ // If more than 1 member, show the member count. if(1 != teamInfo[i].playerCount) { char tmp[20]; sprintf(tmp, "%i", teamInfo[i].playerCount); FR_SetFont(FID(GF_FONTA)); FR_DrawTextXY(tmp, x - info.geometry.size.width / 2 + 1, DM_MATRIXY - WI_SPACINGY + info.geometry.size.height - 8); FR_DrawTextXY(tmp, DM_MATRIXX - info.geometry.size.width / 2 + 1, y + info.geometry.size.height - 8); } } else { patchid_t patchId = pTeamIcons[i]; const char* replacement = Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId); patchinfo_t info; R_GetPatchInfo(patchId, &info); WI_DrawPatchXY(patchId, replacement, x - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY); WI_DrawPatchXY(patchId, replacement, DM_MATRIXX - info.geometry.size.width / 2, y); } x += DM_SPACINGX; y += WI_SPACINGY; } // Draw stats. y = DM_MATRIXY + 10; FR_SetFont(FID(GF_SMALL)); w = FR_CharWidth('0'); for(i = 0; i < NUMTEAMS; ++i) { x = DM_MATRIXX + DM_SPACINGX; if(teamInfo[i].playerCount > 0) { char buf[20]; for(j = 0; j < NUMTEAMS; ++j) { if(teamInfo[j].playerCount > 0) { dd_snprintf(buf, 20, "%i", dmFrags[i][j]); FR_DrawTextXY3(buf, x + w, y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } x += DM_SPACINGX; } dd_snprintf(buf, 20, "%i", dmTotals[i]); FR_DrawTextXY3(buf, DM_TOTALSX + w, y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } y += WI_SPACINGY; } DGL_Disable(DGL_TEXTURE_2D); } static void initNetgameStats(void) { int i; inState = ILS_SHOW_STATS; advanceState = false; ngState = 1; cntPause = TICRATE; memset(cntKills, 0, sizeof(cntKills)); memset(cntItems, 0, sizeof(cntItems)); memset(cntSecret, 0, sizeof(cntSecret)); memset(cntFrags, 0, sizeof(cntFrags)); doFrags = 0; for(i = 0; i < NUMTEAMS; ++i) { doFrags += teamInfo[i].totalFrags; } doFrags = !doFrags; } static void updateNetgameStats(void) { dd_bool stillTicking; int i, fsum; if(advanceState && ngState != 10) { advanceState = false; for(i = 0; i < NUMTEAMS; ++i) { cntKills[i] = (teamInfo[i].kills * 100) / wbs->maxKills; cntItems[i] = (teamInfo[i].items * 100) / wbs->maxItems; cntSecret[i] = (teamInfo[i].secret * 100) / wbs->maxSecret; if(doFrags) cntFrags[i] = teamInfo[i].totalFrags; } S_LocalSound(SFX_BAREXP, 0); ngState = 10; } if(ngState == 2) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntKills[i] += 2; if(cntKills[i] >= (teamInfo[i].kills * 100) / wbs->maxKills) cntKills[i] = (teamInfo[i].kills * 100) / wbs->maxKills; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); ngState++; } } else if(ngState == 4) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntItems[i] += 2; if(cntItems[i] >= (teamInfo[i].items * 100) / wbs->maxItems) cntItems[i] = (teamInfo[i].items * 100) / wbs->maxItems; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); ngState++; } } else if(ngState == 6) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntSecret[i] += 2; if(cntSecret[i] >= (teamInfo[i].secret * 100) / wbs->maxSecret) cntSecret[i] = (teamInfo[i].secret * 100) / wbs->maxSecret; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); ngState += 1 + 2 * !doFrags; } } else if(ngState == 8) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntFrags[i] += 1; fsum = teamInfo[i].totalFrags; if(cntFrags[i] >= fsum) cntFrags[i] = fsum; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_PLDETH, 0); ngState++; } } else if(ngState == 10) { if(advanceState) { S_LocalSound(SFX_SGCOCK, 0); initNoState(); } } else if(ngState & 1) { if(!--cntPause) { ngState++; cntPause = TICRATE; } } } static void drawNetgameStats(void) { #define ORIGINX (NG_STATSX + NG_STATSX*!doFrags) int i, x, y, pwidth; patchinfo_t info; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_SMALL)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); pwidth = FR_CharWidth('%'); // Draw stat titles (top line). R_GetPatchInfo(pKills, &info); WI_DrawPatchXY(pKills, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pKills), ORIGINX + NG_SPACINGX - info.geometry.size.width, NG_STATSY); y = NG_STATSY + info.geometry.size.height; R_GetPatchInfo(pItems, &info); WI_DrawPatchXY(pItems, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pItems), ORIGINX + 2 * NG_SPACINGX - info.geometry.size.width, NG_STATSY); R_GetPatchInfo(pSecret, &info); WI_DrawPatchXY(pSecret, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pSecret), ORIGINX + 3 * NG_SPACINGX - info.geometry.size.width, NG_STATSY); if(doFrags) { R_GetPatchInfo(pFrags, &info); WI_DrawPatchXY(pFrags, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pFrags), ORIGINX + 4 * NG_SPACINGX - info.geometry.size.width, NG_STATSY); } // Draw stats. for(i = 0; i < NUMTEAMS; ++i) { patchid_t patchId; patchinfo_t info; if(0 == teamInfo[i].playerCount) continue; x = ORIGINX; patchId = pTeamBackgrounds[i]; R_GetPatchInfo(patchId, &info); WI_DrawPatchXY(patchId, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId), x - info.geometry.size.width, y); // If more than 1 member, show the member count. if(1 != teamInfo[i].playerCount) { char tmp[40]; sprintf(tmp, "%i", teamInfo[i].playerCount); FR_SetFont(FID(GF_FONTA)); FR_SetColorAndAlpha(1, 1, 1, 1); FR_DrawTextXY(tmp, x - info.geometry.size.width + 1, y + info.geometry.size.height - 8); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); } //if(i == inPlayerTeam) // WI_DrawPatchXY(pFaceAlive, Hu_ChoosePatchReplacement(pFaceAlive), x - info.geometry.size.width, y); //x += NG_SPACINGX; FR_SetFont(FID(GF_SMALL)); drawPercent(x - pwidth, y + 10, cntKills[i]); x += NG_SPACINGX; drawPercent(x - pwidth, y + 10, cntItems[i]); x += NG_SPACINGX; drawPercent(x - pwidth, y + 10, cntSecret[i]); x += NG_SPACINGX; if(doFrags) { char buf[20]; dd_snprintf(buf, 20, "%i", cntFrags[i]); FR_DrawTextXY3(buf, x, y + 10, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } y += WI_SPACINGY; } DGL_Disable(DGL_TEXTURE_2D); #undef ORIGINX } static void drawSinglePlayerStats(void) { int lh; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_SMALL)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); lh = (3 * FR_CharHeight('0')) / 2; // Line height. WI_DrawPatchXY(pKills, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pKills), SP_STATSX, SP_STATSY); drawPercent(SCREENWIDTH - SP_STATSX, SP_STATSY, cntKills[0]); WI_DrawPatchXY(pItems, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pItems), SP_STATSX, SP_STATSY + lh); drawPercent(SCREENWIDTH - SP_STATSX, SP_STATSY + lh, cntItems[0]); WI_DrawPatchXY(pSecretSP, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pSecretSP), SP_STATSX, SP_STATSY + 2 * lh); drawPercent(SCREENWIDTH - SP_STATSX, SP_STATSY + 2 * lh, cntSecret[0]); WI_DrawPatchXY(pTime, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pTime), SP_TIMEX, SP_TIMEY); if(cntTime >= 0) { drawTime(SCREENWIDTH / 2 - SP_TIMEX, SP_TIMEY, cntTime / TICRATE); } if(wbs->parTime != -1) { WI_DrawPatchXY(pPar, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pPar), SCREENWIDTH / 2 + SP_TIMEX, SP_TIMEY); if(cntPar >= 0) { drawTime(SCREENWIDTH - SP_TIMEX, SP_TIMEY, cntPar / TICRATE); } } DGL_Disable(DGL_TEXTURE_2D); } static void initShowStats(void) { inState = ILS_SHOW_STATS; advanceState = false; spState = 1; cntKills[0] = cntItems[0] = cntSecret[0] = -1; cntTime = cntPar = -1; cntPause = TICRATE; } static void tickShowStats(void) { if(G_Ruleset_Deathmatch()) { updateDeathmatchStats(); return; } else if(IS_NETGAME) { updateNetgameStats(); return; } if(advanceState && spState != 10) { advanceState = false; cntKills[0] = (inPlayerInfo[inPlayerNum].kills * 100) / wbs->maxKills; cntItems[0] = (inPlayerInfo[inPlayerNum].items * 100) / wbs->maxItems; cntSecret[0] = (inPlayerInfo[inPlayerNum].secret * 100) / wbs->maxSecret; cntTime = inPlayerInfo[inPlayerNum].time; if(wbs->parTime != -1) cntPar = wbs->parTime; S_LocalSound(SFX_BAREXP, 0); spState = 10; } if(spState == 2) { cntKills[0] += 2; if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntKills[0] >= (inPlayerInfo[inPlayerNum].kills * 100) / wbs->maxKills) { cntKills[0] = (inPlayerInfo[inPlayerNum].kills * 100) / wbs->maxKills; S_LocalSound(SFX_BAREXP, 0); spState++; } } else if(spState == 4) { cntItems[0] += 2; if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntItems[0] >= (inPlayerInfo[inPlayerNum].items * 100) / wbs->maxItems) { cntItems[0] = (inPlayerInfo[inPlayerNum].items * 100) / wbs->maxItems; S_LocalSound(SFX_BAREXP, 0); spState++; } } else if(spState == 6) { cntSecret[0] += 2; if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntSecret[0] >= (inPlayerInfo[inPlayerNum].secret * 100) / wbs->maxSecret) { cntSecret[0] = (inPlayerInfo[inPlayerNum].secret * 100) / wbs->maxSecret; S_LocalSound(SFX_BAREXP, 0); spState++; } } else if(spState == 8) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntTime == -1) cntTime = 0; cntTime += TICRATE * 3; // Par time might not be defined so count up and stop on play time instead. if(cntTime >= inPlayerInfo[inPlayerNum].time) { cntTime = inPlayerInfo[inPlayerNum].time; cntPar = wbs->parTime; S_LocalSound(SFX_BAREXP, 0); spState++; } if(wbs->parTime != -1) { if(cntPar == -1) cntPar = 0; cntPar += TICRATE * 3; if(cntPar >= wbs->parTime) cntPar = wbs->parTime; } } else if(spState == 10) { if(advanceState) { S_LocalSound(SFX_SGCOCK, 0); initNoState(); } } else if(spState & 1) { if(!--cntPause) { spState++; cntPause = TICRATE; } } } static void drawStats(void) { if(G_Ruleset_Deathmatch()) { drawDeathmatchStats(); } else if(IS_NETGAME) { drawNetgameStats(); } else { drawSinglePlayerStats(); } } /// Check for button presses to skip delays. static void maybeAdvanceState(void) { player_t* player; int i; for(i = 0, player = players; i < MAXPLAYERS; ++i, player++) { if(!players[i].plr->inGame) continue; if(player->brain.attack) { if(!player->attackDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_FIRE, 0); else IN_SkipToNext(); } player->attackDown = true; } else { player->attackDown = false; } if(player->brain.use) { if(!player->useDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_USE, 0); else IN_SkipToNext(); } player->useDown = true; } else { player->useDown = false; } } } void IN_SkipToNext(void) { advanceState = true; } /** * Updates stuff each tick. */ void WI_Ticker(void) { ++backgroundAnimCounter; maybeAdvanceState(); switch(inState) { case ILS_SHOW_STATS: tickShowStats(); break; case ILS_UNUSED: case ILS_NONE: tickNoState(); break; default: #if _DEBUG Con_Error("WI_Ticker: Invalid state %i.", (int) inState); #endif break; } } static void loadData(void) { char name[9]; int i; pBackground = R_DeclarePatch("INTERPIC"); pFinished = R_DeclarePatch("WIF"); pEntering = R_DeclarePatch("WIENTER"); pKills = R_DeclarePatch("WIOSTK"); pSecret = R_DeclarePatch("WIOSTS"); pSecretSP = R_DeclarePatch("WISCRT2"); pItems = R_DeclarePatch("WIOSTI"); pFrags = R_DeclarePatch("WIFRGS"); pTime = R_DeclarePatch("WITIME"); pSucks = R_DeclarePatch("WISUCKS"); pPar = R_DeclarePatch("WIPAR"); pKillers = R_DeclarePatch("WIKILRS"); pVictims = R_DeclarePatch("WIVCTMS"); pTotal = R_DeclarePatch("WIMSTT"); for(i = 0; i < NUMTEAMS; ++i) { sprintf(name, "STPB%d", i); pTeamBackgrounds[i] = R_DeclarePatch(name); sprintf(name, "WIBP%d", i + 1); pTeamIcons[i] = R_DeclarePatch(name); } } void WI_Drawer(void) { dgl_borderedprojectionstate_t bp; /// @todo Clearly a kludge but why? -dj if(ILS_NONE == inState) { drawYouAreHere = true; } /// kludge end. GL_ConfigureBorderedProjection(&bp, BPF_OVERDRAW_MASK|BPF_OVERDRAW_CLIP, SCREENWIDTH, SCREENHEIGHT, Get(DD_WINDOW_WIDTH), Get(DD_WINDOW_HEIGHT), cfg.inludeScaleMode); GL_BeginBorderedProjection(&bp); drawBackground(); if(ILS_SHOW_STATS != inState) { drawEnteringTitle(); } else { drawFinishedTitle(); drawStats(); } GL_EndBorderedProjection(&bp); } static void initVariables(wbstartstruct_t* wbstartstruct) { wbs = wbstartstruct; advanceState = false; stateCounter = backgroundAnimCounter = 0; inPlayerNum = wbs->pNum; inPlayerTeam = cfg.playerColor[wbs->pNum]; inPlayerInfo = wbs->plyr; if(!wbs->maxKills) wbs->maxKills = 1; if(!wbs->maxItems) wbs->maxItems = 1; if(!wbs->maxSecret) wbs->maxSecret = 1; } void WI_Init(wbstartstruct_t* wbstartstruct) { int i, j, k; teaminfo_t* tin; initVariables(wbstartstruct); loadData(); // Calculate team stats. memset(teamInfo, 0, sizeof(teamInfo)); for(i = 0, tin = teamInfo; i < NUMTEAMS; ++i, tin++) { for(j = 0; j < MAXPLAYERS; ++j) { // Is the player in this team? if(!inPlayerInfo[j].inGame || cfg.playerColor[j] != i) continue; ++tin->playerCount; // Check the frags. for(k = 0; k < MAXPLAYERS; ++k) tin->frags[cfg.playerColor[k]] += inPlayerInfo[j].frags[k]; // Counters. if(inPlayerInfo[j].items > tin->items) tin->items = inPlayerInfo[j].items; if(inPlayerInfo[j].kills > tin->kills) tin->kills = inPlayerInfo[j].kills; if(inPlayerInfo[j].secret > tin->secret) tin->secret = inPlayerInfo[j].secret; } // Calculate team's total frags. for(j = 0; j < NUMTEAMS; ++j) { if(j == i) // Suicides are negative frags. tin->totalFrags -= tin->frags[j]; else tin->totalFrags += tin->frags[j]; } } if(G_Ruleset_Deathmatch()) { initDeathmatchStats(); } else if(IS_NETGAME) { initNetgameStats(); } else { initShowStats(); } } void WI_SetState(interludestate_t st) { switch(st) { case ILS_SHOW_STATS: initShowStats(); break; case ILS_UNUSED: case ILS_NONE: initNoState(); break; default: #if _DEBUG Con_Error("WI_SetState: Invalid state %i.", (int) st); #endif break; } } doomsday-1.14.5/doomsday/plugins/doom64/include/0000775000175000017500000000000012350542240020735 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/include/p_pspr.h0000664000175000017500000000373612350542240022422 0ustar jaakkojaakko/** @file p_pspr.h Player weapon sprite animation. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM64_PLAY_PSPR_H #define LIBDOOM64_PLAY_PSPR_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif struct player_s; /** * Overlay psprites are scaled shapes drawn directly on the view screen, * coordinates are given for a 320*200 view screen. */ typedef enum { ps_weapon, ps_flash, NUMPSPRITES } psprnum_t; typedef struct { state_t *state; // A NULL state means not active. int tics; float pos[2]; // [x, y] } pspdef_t; #ifdef __cplusplus extern "C" { #endif void P_SetupPsprites(struct player_s *player); void P_MovePsprites(struct player_s *player); void P_BringUpWeapon(struct player_s *player); void P_FireWeapon(struct player_s *player); void P_DropWeapon(struct player_s *player); void P_SetPsprite(struct player_s *player, int position, statenum_t stnum); void R_GetWeaponBob(int player, float* x, float* y); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM64_PLAY_PSPR_H doomsday-1.14.5/doomsday/plugins/doom64/include/d_refresh.h0000664000175000017500000000331512350542240023051 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef JDOOM64_REFRESH_H #define JDOOM64_REFRESH_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomsday.h" #include "p_mobj.h" DENG_EXTERN_C float quitDarkenOpacity; #ifdef __cplusplus extern "C" { #endif void G_RendPlayerView(int player); void G_RendSpecialFilter(int player, RectRaw const *region); void D_DrawViewPort(int port, const RectRaw* portGeometry, const RectRaw* windowGeometry, int player, int layer); void D_DrawWindow(const Size2Raw* windowSize); void D_EndFrame(void); void R_DrawSpecialFilter(int pnum); void R_DrawMapTitle(void); void P_SetDoomsdayFlags(mobj_t* mo); void R_SetAllDoomsdayFlags(void); dd_bool R_ViewFilterColor(float rgba[4], int filter); void R_UpdateViewFilter(int player); #ifdef __cplusplus } // extern "C" #endif #endif /* JDOOM64_REFRESH_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/d_items.h0000664000175000017500000000463212350542240022537 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_items.h: Items key cards, weapon, ammunition. */ #ifndef __D_ITEMS__ #define __D_ITEMS__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomdef.h" #define WEAPON_INFO(weaponnum, pclass, fmode) (&weaponInfo[weaponnum][pclass].mode[fmode]) typedef enum { WSN_UP, WSN_DOWN, WSN_READY, WSN_ATTACK, WSN_FLASH, NUM_WEAPON_STATE_NAMES } weaponstatename_t; typedef struct { int gameModeBits; // Game modes, weapon is available in. int ammoType[NUM_AMMO_TYPES]; // required ammo types. int perShot[NUM_AMMO_TYPES]; // Ammo used per shot of each type. dd_bool autoFire; // (True)= fire when raised if fire held. int states[NUM_WEAPON_STATE_NAMES]; int raiseSound; // Sound played when weapon is raised. int readySound; // Sound played WHILE weapon is readyied int staticSwitch; // Weapon is not lowered during switch. } weaponmodeinfo_t; // Weapon info: sprite frames, ammunition use. typedef struct { weaponmodeinfo_t mode[NUMWEAPLEVELS]; } weaponinfo_t; DENG_EXTERN_C weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES]; #ifdef __cplusplus extern "C" { #endif void P_InitAmmoInfo(void); void P_InitWeaponInfo(void); void P_InitPlayerValues(struct player_s *p); #ifdef __cplusplus } // extern "C" #endif #endif // __D_ITEMS__ doomsday-1.14.5/doomsday/plugins/doom64/include/m_random.h0000664000175000017500000000234112350542240022702 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.h: Random numbers. */ #ifndef __M_RANDOM_H__ #define __M_RANDOM_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #ifdef __cplusplus extern "C" { #endif byte P_Random(void); byte M_Random(void); void M_ResetRandom(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/include/d_console.h0000664000175000017500000000247012350542240023056 0ustar jaakkojaakko/**\file d_console.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Console settings and commands - DOOM64 specific. */ #ifndef LIBDOOM64_CONSOLE_H #define LIBDOOM64_CONSOLE_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #ifdef __cplusplus extern "C" { #endif void G_ConsoleRegistration(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDOOM64_CONSOLE_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/doomdef.h0000664000175000017500000001470612350542240022533 0ustar jaakkojaakko/**\file doomdef.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef LIBDOOM64_DEFS_H #define LIBDOOM64_DEFS_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #ifdef WIN32 # pragma warning(disable:4244) # define stricmp _stricmp # define strnicmp _strnicmp # define strlwr _strlwr # define strupr _strupr #endif #include #include #include #include "doomsday.h" #include "version.h" #include "info.h" #define Set DD_SetInteger #define Get DD_GetInteger // Verbose messages. #define VERBOSE(code) { if(verbose >= 1) { code; } } #define VERBOSE2(code) { if(verbose >= 2) { code; } } DENG_EXTERN_C game_export_t gx; // // Global parameters/defines. // #define MOBJINFO (*_api_InternalData.mobjInfo) #define STATES (*_api_InternalData.states) #define VALIDCOUNT (*_api_InternalData.validCount) typedef enum { doom64, NUM_GAME_MODES } gamemode_t; // Game mode bits for the above. #define GM_DOOM64 0x1 #define GM_ANY (GM_DOOM64) #define SCREENWIDTH 320 #define SCREENHEIGHT 200 #define SCREEN_MUL 1 // The maximum number of players, multiplayer/networking. #define MAXPLAYERS 16 #define NUMPLAYERCOLORS 4 #define NUMTEAMS 4 // Color = team. // State updates, number of tics / second. #define TICRATE 35 /** * The current (high-level) state of the game: whether we are playing, * gazing at the intermission screen, the game final animation, or a demo. */ typedef enum gamestate_e { GS_STARTUP, GS_MAP, GS_INTERMISSION, GS_FINALE, GS_WAITING, GS_INFINE, NUM_GAME_STATES } gamestate_t; // Game state change actions. typedef enum { GA_NONE, GA_RESTARTMAP, GA_NEWSESSION, GA_LOADSESSION, GA_SAVESESSION, GA_MAPCOMPLETED, GA_ENDDEBRIEFING, GA_VICTORY, GA_LEAVEMAP, GA_SCREENSHOT, GA_QUIT } gameaction_t; // // Player Classes // typedef enum { PCLASS_PLAYER, NUM_PLAYER_CLASSES } playerclass_t; #define PCLASS_INFO(class) (&classInfo[class]) typedef struct classinfo_s{ playerclass_t plrClass; char* niceName; dd_bool userSelectable; mobjtype_t mobjType; int normalState; int runState; int attackState; int attackEndState; int maxArmor; fixed_t maxMove; fixed_t forwardMove[2]; // [walk, run]. fixed_t sideMove[2]; // [walk, run]. int moveMul; // Multiplier for above. int turnSpeed[3]; // [normal, speed, initial] int jumpTics; // Wait in between jumps. int failUseSound; // Sound played when a use fails. } classinfo_t; DENG_EXTERN_C classinfo_t classInfo[NUM_PLAYER_CLASSES]; typedef enum { SM_NOTHINGS = -1, SM_BABY = 0, SM_EASY, SM_MEDIUM, SM_HARD, NUM_SKILL_MODES } skillmode_t; // // Key cards. // typedef enum { KT_FIRST, KT_BLUECARD = KT_FIRST, KT_YELLOWCARD, KT_REDCARD, KT_BLUESKULL, KT_YELLOWSKULL, KT_REDSKULL, NUM_KEY_TYPES } keytype_t; /** * Inventory Item Types: */ typedef enum { IIT_NONE = 0, IIT_FIRST = 1, IIT_DEMONKEY1 = IIT_FIRST, IIT_DEMONKEY2, IIT_DEMONKEY3, NUM_INVENTORYITEM_TYPES } inventoryitemtype_t; #define MAXINVITEMCOUNT 16 // The defined weapons, // including a marker indicating // user has not changed weapon. typedef enum { WT_FIRST, // fist WT_SECOND, // pistol WT_THIRD, // shotgun WT_FOURTH, // chaingun WT_FIFTH, // missile launcher WT_SIXTH, // plasma rifle WT_SEVENTH, // bfg WT_EIGHTH, // chainsaw WT_NINETH, // supershotgun WT_TENTH, // unmaker NUM_WEAPON_TYPES, // No pending weapon change. WT_NOCHANGE } weapontype_t; #define VALID_WEAPONTYPE(val) ((val) >= WT_FIRST && (val) < WT_FIRST + NUM_WEAPON_TYPES) #define NUMWEAPLEVELS 1 // DOOM weapons have 1 power level. // Ammunition types defined. typedef enum { AT_FIRST, AT_CLIP = AT_FIRST, // Pistol / chaingun ammo. AT_SHELL, // Shotgun / double barreled shotgun. AT_CELL, // Plasma rifle, BFG. AT_MISSILE, // Missile launcher. NUM_AMMO_TYPES, AT_NOAMMO // Unlimited for chainsaw / fist. } ammotype_t; // Power ups. typedef enum { PT_INVULNERABILITY, PT_STRENGTH, PT_INVISIBILITY, PT_IRONFEET, PT_ALLMAP, PT_INFRARED, PT_FLIGHT, NUM_POWER_TYPES } powertype_t; /** * Power up durations, how many seconds till expiration, assuming TICRATE * is 35 ticks/second. */ typedef enum { INVULNTICS = (30 * TICRATE), INVISTICS = (60 * TICRATE), INFRATICS = (120 * TICRATE), IRONTICS = (60 * TICRATE) } powerduration_t; //enum { VX, VY, VZ }; // Vertex indices. enum { CR, CG, CB, CA }; // Color indices. #define IS_SERVER (Get(DD_SERVER)) #define IS_CLIENT (Get(DD_CLIENT)) #define IS_NETGAME (Get(DD_NETGAME)) #define IS_DEDICATED (Get(DD_DEDICATED)) #define CONSOLEPLAYER (Get(DD_CONSOLEPLAYER)) #define DISPLAYPLAYER (Get(DD_DISPLAYPLAYER)) #define GAMETIC (*((timespan_t*) DD_GetVariable(DD_GAMETIC))) #define SFXVOLUME (Get(DD_SFX_VOLUME) / 17) #define MUSICVOLUME (Get(DD_MUSIC_VOLUME) / 17) #define DEFAULT_PLAYER_VIEWHEIGHT (54) #endif /* LIBDOOM64_DEFS_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/d_think.h0000664000175000017500000000336012350542240022530 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_think.h: MapObj data. * * Map Objects or mobjs are actors, entities, thinker, take-your-pick... * anything that moves, acts, or suffers state changes of more or less * violent nature. */ #ifndef __D_THINK__ #define __D_THINK__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif /** * Experimental stuff. * To compile this as "ANSI C with classes" we will need to handle the * various action functions cleanly. */ typedef void (*actionf_v) (); typedef void (*actionf_p1) (void *); typedef void (*actionf_p2) (void *, void *); #define NOPFUNC ((actionf_v) (-1)) typedef union { actionf_p1 acp1; actionf_v acv; actionf_p2 acp2; } actionf_t; #endif doomsday-1.14.5/doomsday/plugins/doom64/include/d_englsh.h0000664000175000017500000002421212350542240022672 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_englsh.h: Printed strings for translation (native is English). */ #ifndef __D_ENGLSH_H__ #define __D_ENGLSH_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #define GET_TXT(x) ((*_api_InternalData.text)? (*_api_InternalData.text)[x].text : "") #define D_DEVSTR GET_TXT(TXT_D_DEVSTR) #define PRESSKEY GET_TXT(TXT_PRESSKEY) #define PRESSYN GET_TXT(TXT_PRESSYN) #define QUITMSG GET_TXT(TXT_QUITMSG) #define LOADNET GET_TXT(TXT_LOADNET) #define QLOADNET GET_TXT(TXT_QLOADNET) #define QSAVESPOT GET_TXT(TXT_QSAVESPOT) #define SAVEDEAD GET_TXT(TXT_SAVEDEAD) #define SAVEOUTMAP GET_TXT(TXT_SAVEOUTMAP) #define SAVENET GET_TXT(TXT_SAVENET) #define QSPROMPT GET_TXT(TXT_QSPROMPT) #define QLPROMPT GET_TXT(TXT_QLPROMPT) #define NEWGAME GET_TXT(TXT_NEWGAME) #define SWSTRING GET_TXT(TXT_SWSTRING) #define MSGOFF GET_TXT(TXT_MSGOFF) #define MSGON GET_TXT(TXT_MSGON) #define NETEND GET_TXT(TXT_NETEND) #define ENDGAME GET_TXT(TXT_ENDGAME) #define ENDNOGAME GET_TXT(TXT_ENDNOGAME) #define SUICIDEOUTMAP GET_TXT(TXT_SUICIDEOUTMAP) #define SUICIDEASK GET_TXT(TXT_SUICIDEASK) #define GAMMALVL0 GET_TXT(TXT_GAMMALVL0) #define GAMMALVL1 GET_TXT(TXT_GAMMALVL1) #define GAMMALVL2 GET_TXT(TXT_GAMMALVL2) #define GAMMALVL3 GET_TXT(TXT_GAMMALVL3) #define GAMMALVL4 GET_TXT(TXT_GAMMALVL4) #define EMPTYSTRING GET_TXT(TXT_EMPTYSTRING) #define GOTARMOR GET_TXT(TXT_GOTARMOR) #define GOTMEGA GET_TXT(TXT_GOTMEGA) #define GOTHTHBONUS GET_TXT(TXT_GOTHTHBONUS) #define GOTARMBONUS GET_TXT(TXT_GOTARMBONUS) #define GOTSTIM GET_TXT(TXT_GOTSTIM) #define GOTMEDINEED GET_TXT(TXT_GOTMEDINEED) #define GOTMEDIKIT GET_TXT(TXT_GOTMEDIKIT) #define GOTSUPER GET_TXT(TXT_GOTSUPER) #define GOTBLUECARD GET_TXT(TXT_GOTBLUECARD) #define GOTYELWCARD GET_TXT(TXT_GOTYELWCARD) #define GOTREDCARD GET_TXT(TXT_GOTREDCARD) #define GOTBLUESKUL GET_TXT(TXT_GOTBLUESKUL) #define GOTYELWSKUL GET_TXT(TXT_GOTYELWSKUL) #define GOTREDSKULL GET_TXT(TXT_GOTREDSKULL) #define GOTINVUL GET_TXT(TXT_GOTINVUL) #define GOTBERSERK GET_TXT(TXT_GOTBERSERK) #define GOTINVIS GET_TXT(TXT_GOTINVIS) #define GOTSUIT GET_TXT(TXT_GOTSUIT) #define GOTMAP GET_TXT(TXT_GOTMAP) #define GOTVISOR GET_TXT(TXT_GOTVISOR) #define GOTMSPHERE GET_TXT(TXT_GOTMSPHERE) #define GOTCLIP GET_TXT(TXT_GOTCLIP) #define GOTCLIPBOX GET_TXT(TXT_GOTCLIPBOX) #define GOTROCKET GET_TXT(TXT_GOTROCKET) #define GOTROCKBOX GET_TXT(TXT_GOTROCKBOX) #define GOTCELL GET_TXT(TXT_GOTCELL) #define GOTCELLBOX GET_TXT(TXT_GOTCELLBOX) #define GOTSHELLS GET_TXT(TXT_GOTSHELLS) #define GOTSHELLBOX GET_TXT(TXT_GOTSHELLBOX) #define GOTBACKPACK GET_TXT(TXT_GOTBACKPACK) #define GOTBFG9000 GET_TXT(TXT_GOTBFG9000) #define GOTCHAINGUN GET_TXT(TXT_GOTCHAINGUN) #define GOTCHAINSAW GET_TXT(TXT_GOTCHAINSAW) #define GOTLAUNCHER GET_TXT(TXT_GOTLAUNCHER) #define GOTPLASMA GET_TXT(TXT_GOTPLASMA) #define GOTSHOTGUN GET_TXT(TXT_GOTSHOTGUN) #define GOTSHOTGUN2 GET_TXT(TXT_GOTSHOTGUN2) #define GOTUNMAKER GET_TXT(TXT_GOTUNMAKER) // jd64 #define NGOTUNMAKER GET_TXT(TXT_NGOTUNMAKER) // jd64 #define UNMAKERCHARGE GET_TXT(TXT_UNMAKERCHARGE) // jd64 #define GOTPOWERUP1 GET_TXT(TXT_GOTPOWERUP1) // d64TC #define NGOTPOWERUP1 GET_TXT(TXT_NGOTPOWERUP1) // d64TC #define GOTPOWERUP2 GET_TXT(TXT_GOTPOWERUP2) // d64TC #define NGOTPOWERUP2 GET_TXT(TXT_NGOTPOWERUP2) // d64TC #define GOTPOWERUP3 GET_TXT(TXT_GOTPOWERUP3) // d64TC #define NGOTPOWERUP3 GET_TXT(TXT_NGOTPOWERUP3) // d64TC #define PD_OPNPOWERUP GET_TXT(TXT_PD_OPNPOWERUP) // d64TC #define PD_BLUEO GET_TXT(TXT_PD_BLUEO) #define PD_REDO GET_TXT(TXT_PD_REDO) #define PD_YELLOWO GET_TXT(TXT_PD_YELLOWO) #define PD_BLUEK GET_TXT(TXT_PD_BLUEK) #define PD_REDK GET_TXT(TXT_PD_REDK) #define PD_YELLOWK GET_TXT(TXT_PD_YELLOWK) #define TXT_GAMESAVED GET_TXT(TXT_GGSAVED) #define HUSTR_MSGU GET_TXT(TXT_HUSTR_MSGU) #define HUSTR_CHATMACRO1 GET_TXT(TXT_HUSTR_CHATMACRO1) #define HUSTR_CHATMACRO2 GET_TXT(TXT_HUSTR_CHATMACRO2) #define HUSTR_CHATMACRO3 GET_TXT(TXT_HUSTR_CHATMACRO3) #define HUSTR_CHATMACRO4 GET_TXT(TXT_HUSTR_CHATMACRO4) #define HUSTR_CHATMACRO5 GET_TXT(TXT_HUSTR_CHATMACRO5) #define HUSTR_CHATMACRO6 GET_TXT(TXT_HUSTR_CHATMACRO6) #define HUSTR_CHATMACRO7 GET_TXT(TXT_HUSTR_CHATMACRO7) #define HUSTR_CHATMACRO8 GET_TXT(TXT_HUSTR_CHATMACRO8) #define HUSTR_CHATMACRO9 GET_TXT(TXT_HUSTR_CHATMACRO9) #define HUSTR_CHATMACRO0 GET_TXT(TXT_HUSTR_CHATMACRO0) #define HUSTR_TALKTOSELF1 GET_TXT(TXT_HUSTR_TALKTOSELF1) #define HUSTR_TALKTOSELF2 GET_TXT(TXT_HUSTR_TALKTOSELF2) #define HUSTR_TALKTOSELF3 GET_TXT(TXT_HUSTR_TALKTOSELF3) #define HUSTR_TALKTOSELF4 GET_TXT(TXT_HUSTR_TALKTOSELF4) #define HUSTR_TALKTOSELF5 GET_TXT(TXT_HUSTR_TALKTOSELF5) #define HUSTR_MESSAGESENT GET_TXT(TXT_HUSTR_MESSAGESENT) /** * The following should NOT be changed unless it seems just AWFULLY * necessary! */ #define HUSTR_PLRGREEN GET_TXT(TXT_HUSTR_PLRGREEN) #define HUSTR_PLRINDIGO GET_TXT(TXT_HUSTR_PLRINDIGO) #define HUSTR_PLRBROWN GET_TXT(TXT_HUSTR_PLRBROWN) #define HUSTR_PLRRED GET_TXT(TXT_HUSTR_PLRRED) //// @todo What are these doing here?? #define HUSTR_KEYGREEN 'g' #define HUSTR_KEYINDIGO 'i' #define HUSTR_KEYBROWN 'b' #define HUSTR_KEYRED 'r' #define AMSTR_FOLLOWON GET_TXT(TXT_AMSTR_FOLLOWON) #define AMSTR_FOLLOWOFF GET_TXT(TXT_AMSTR_FOLLOWOFF) #define AMSTR_ROTATEON GET_TXT(TXT_AMSTR_ROTATEON) #define AMSTR_ROTATEOFF GET_TXT(TXT_AMSTR_ROTATEOFF) #define AMSTR_GRIDON GET_TXT(TXT_AMSTR_GRIDON) #define AMSTR_GRIDOFF GET_TXT(TXT_AMSTR_GRIDOFF) #define AMSTR_MARKEDSPOT GET_TXT(TXT_AMSTR_MARKEDSPOT) #define AMSTR_MARKSCLEARED GET_TXT(TXT_AMSTR_MARKSCLEARED) // Key names: #define KEY1 GET_TXT(TXT_KEY1) #define KEY2 GET_TXT(TXT_KEY2) #define KEY3 GET_TXT(TXT_KEY3) #define KEY4 GET_TXT(TXT_KEY4) #define KEY5 GET_TXT(TXT_KEY5) #define KEY6 GET_TXT(TXT_KEY6) // Weapon names: #define WEAPON1 GET_TXT(TXT_WEAPON1) #define WEAPON2 GET_TXT(TXT_WEAPON2) #define WEAPON3 GET_TXT(TXT_WEAPON3) #define WEAPON4 GET_TXT(TXT_WEAPON4) #define WEAPON5 GET_TXT(TXT_WEAPON5) #define WEAPON6 GET_TXT(TXT_WEAPON6) #define WEAPON7 GET_TXT(TXT_WEAPON7) #define WEAPON8 GET_TXT(TXT_WEAPON8) #define WEAPON9 GET_TXT(TXT_WEAPON9) #define WEAPON10 GET_TXT(TXT_WEAPON10) // jd64 #define STSTR_MUS GET_TXT(TXT_STSTR_MUS) #define STSTR_NOMUS GET_TXT(TXT_STSTR_NOMUS) #define STSTR_DQDON GET_TXT(TXT_STSTR_DQDON) #define STSTR_DQDOFF GET_TXT(TXT_STSTR_DQDOFF) #define STSTR_KFAADDED GET_TXT(TXT_STSTR_KFAADDED) #define STSTR_FAADDED GET_TXT(TXT_STSTR_FAADDED) #define STSTR_NCON GET_TXT(TXT_STSTR_NCON) #define STSTR_NCOFF GET_TXT(TXT_STSTR_NCOFF) #define STSTR_BEHOLD GET_TXT(TXT_STSTR_BEHOLD) #define STSTR_BEHOLDX GET_TXT(TXT_STSTR_BEHOLDX) #define STSTR_CHOPPERS GET_TXT(TXT_STSTR_CHOPPERS) #define STSTR_CLEV GET_TXT(TXT_STSTR_CLEV) #define C1TEXT GET_TXT(TXT_C1TEXT) #define C2TEXT GET_TXT(TXT_C2TEXT) #define C3TEXT GET_TXT(TXT_C3TEXT) #define C4TEXT GET_TXT(TXT_C4TEXT) #define C5TEXT GET_TXT(TXT_C5TEXT) #define C6TEXT GET_TXT(TXT_C6TEXT) #define C7TEXT GET_TXT(TXT_C7TEXT) // jd64 #define C8TEXT GET_TXT(TXT_C8TEXT) // jd64 #define C9TEXT GET_TXT(TXT_C9TEXT) // jd64 #define CC_ZOMBIE GET_TXT(TXT_CC_ZOMBIE) #define CC_SHOTGUN GET_TXT(TXT_CC_SHOTGUN) #define CC_IMP GET_TXT(TXT_CC_IMP) #define CC_DEMON GET_TXT(TXT_CC_DEMON) #define CC_LOST GET_TXT(TXT_CC_LOST) #define CC_CACO GET_TXT(TXT_CC_CACO) #define CC_HELL GET_TXT(TXT_CC_HELL) #define CC_BARON GET_TXT(TXT_CC_BARON) #define CC_ARACH GET_TXT(TXT_CC_ARACH) #define CC_PAIN GET_TXT(TXT_CC_PAIN) #define CC_MANCU GET_TXT(TXT_CC_MANCU) #define CC_CYBER GET_TXT(TXT_CC_CYBER) #define CC_NTROOP GET_TXT(TXT_CC_NTROOP) // jd64 #define CC_BITCH GET_TXT(TXT_CC_BITCH) // jd64 #define CC_HERO GET_TXT(TXT_CC_HERO) #define DELETESAVEGAME_CONFIRM GET_TXT(TXT_DELETESAVEGAME_CONFIRM) #define REBORNLOAD_CONFIRM GET_TXT(TXT_REBORNLOAD_CONFIRM) #endif doomsday-1.14.5/doomsday/plugins/doom64/include/acfnlink.h0000664000175000017500000000753012350542240022700 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * acfnlink.h: */ #ifndef __ACTION_LINK_H__ #define __ACTION_LINK_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "dd_share.h" typedef struct { char *name; // Name of the routine. void (C_DECL *func)(); // Pointer to the function. } actionlink_t; DENG_EXTERN_C actionlink_t actionlinks[]; void C_DECL A_BabyMetal(); void C_DECL A_BFGsound(); void C_DECL A_BFGSpray(); void C_DECL A_BossDeath(); void C_DECL A_BruisAttack(); void C_DECL A_BspiAttack(); void C_DECL A_Chase(); void C_DECL A_RectChase(); void C_DECL A_CheckReload(); void C_DECL A_CyberAttack(); void C_DECL A_Explode(); void C_DECL A_BarrelExplode(); void C_DECL A_FaceTarget(); void C_DECL A_BspiFaceTarget(); void C_DECL A_Fall(); void C_DECL A_FatAttack1(); void C_DECL A_FatAttack2(); void C_DECL A_FatAttack3(); void C_DECL A_FatRaise(); void C_DECL A_FireBFG(); void C_DECL A_FireCGun(); void C_DECL A_FireMissile(); void C_DECL A_FirePistol(); void C_DECL A_FirePlasma(); void C_DECL A_FireShotgun(); void C_DECL A_FireShotgun2(); void C_DECL A_GunFlash(); void C_DECL A_HeadAttack(); void C_DECL A_Hoof(); void C_DECL A_Light0(); void C_DECL A_Light1(); void C_DECL A_Light2(); void C_DECL A_LoadShotgun2(); void C_DECL A_Look(); void C_DECL A_Lower(); void C_DECL A_Metal(); void C_DECL A_OpenShotgun2(); void C_DECL A_Pain(); void C_DECL A_PainAttack(); void C_DECL A_PainDie(); void C_DECL A_PosAttack(); void C_DECL A_Punch(); void C_DECL A_Raise(); void C_DECL A_PlasmaShock(); void C_DECL A_ReFire(); void C_DECL A_SargAttack(); void C_DECL A_Saw(); void C_DECL A_Scream(); void C_DECL A_SkelFist(); void C_DECL A_SkelMissile(); void C_DECL A_SkelWhoosh(); void C_DECL A_SkullAttack(); void C_DECL A_SpidRefire(); void C_DECL A_SPosAttack(); void C_DECL A_Tracer(); void C_DECL A_TroopAttack(); void C_DECL A_WeaponReady(); void C_DECL A_XScream(); //jd64 void C_DECL A_Lasersmoke(); void C_DECL A_FireSingleLaser(); void C_DECL A_FireDoubleLaser(); void C_DECL A_FireDoubleLaser1(); void C_DECL A_FireDoubleLaser2(); void C_DECL A_PossSpecial(); void C_DECL A_SposSpecial(); void C_DECL A_TrooSpecial(); void C_DECL A_SargSpecial(); void C_DECL A_HeadSpecial(); void C_DECL A_SkulSpecial(); void C_DECL A_Bos2Special(); void C_DECL A_BossSpecial(); void C_DECL A_PainSpecial(); void C_DECL A_FattSpecial(); void C_DECL A_BabySpecial(); void C_DECL A_CybrSpecial(); void C_DECL A_RectSpecial(); void C_DECL A_Rocketpuff(); void C_DECL A_CyberDeath(); void C_DECL A_TroopClaw(); void C_DECL A_MotherFloorFire(); void C_DECL A_MotherMissle(); void C_DECL A_SetFloorFire(); void C_DECL A_MotherBallExplode(); void C_DECL A_RectTracerPuff(); void C_DECL A_TargetCamera(); void C_DECL A_ShadowsAction1(); void C_DECL A_ShadowsAction2(); void C_DECL A_EMarineAttack2(); #endif doomsday-1.14.5/doomsday/plugins/doom64/include/p_setup.h0000664000175000017500000000404712350542240022572 0ustar jaakkojaakko/**\file p_setup.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Map setup routines. */ #ifndef LIBDOOM64_SETUP_H #define LIBDOOM64_SETUP_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif // Map objects and their properties: enum { MO_NONE = 0, MO_THING, MO_XLINEDEF, MO_XSECTOR, MO_LIGHT, MO_X, MO_Y, MO_Z, MO_ID, MO_ANGLE, MO_TYPE, MO_DOOMEDNUM, MO_SKILLMODES, MO_USETYPE, MO_FLAGS, MO_TAG, MO_DRAWFLAGS, MO_TEXFLAGS, MO_COLORR, MO_COLORG, MO_COLORB, MO_FLOORCOLOR, MO_CEILINGCOLOR, MO_UNKNOWNCOLOR, MO_WALLTOPCOLOR, MO_WALLBOTTOMCOLOR, MO_XX0, MO_XX1, MO_XX2 }; #ifdef __cplusplus extern "C" { #endif void P_RegisterMapObjs(void); int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void* data); int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void* data); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDOOM64_SETUP_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/p_telept.h0000664000175000017500000000314412350542240022724 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_telept.h: */ #ifndef __P_TELEPT_H__ #define __P_TELEPT_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomsday.h" #include "p_mobj.h" // Define values for map objects #define MO_TELEPORTMAN (14) #define TELEFOGHEIGHT (0) int EV_Teleport(Line *line, int side, mobj_t *thing, dd_bool spawnFog); int EV_FadeSpawn(Line *line, mobj_t *thing); int EV_FadeAway(Line *line, mobj_t *thing); #endif doomsday-1.14.5/doomsday/plugins/doom64/include/jdoom64.h0000664000175000017500000000416412350542240022375 0ustar jaakkojaakko/**\file jdoom64.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * All jDoom64 Headers * * A convenience header for including all jDoom64 headers. */ #ifndef __JDOOM64_CONVENIENCE_H__ #define __JDOOM64_CONVENIENCE_H__ #include "../../doom64/include/acfnlink.h" #include "../../doom64/include/d_api.h" #include "../../doom64/include/d_config.h" #include "../../doom64/include/d_console.h" #include "../../doom64/include/d_main.h" #include "../../doom64/include/d_refresh.h" #include "../../doom64/include/doomdef.h" #include "../../doom64/include/dstrings.h" #include "../../doom64/include/g_game.h" #include "../../doom64/include/doomtype.h" #include "../../doom64/include/info.h" #include "../../doom64/include/m_cheat.h" #include "../../doom64/include/m_random.h" #include "../../doom64/include/p_enemy.h" #include "../../doom64/include/p_inter.h" #include "../../doom64/include/p_lights.h" #include "../../doom64/include/p_maputl.h" #include "../../doom64/include/p_pspr.h" #include "../../doom64/include/p_setup.h" #include "../../doom64/include/p_spec.h" #include "../../doom64/include/p_telept.h" #include "../../doom64/include/r_defs.h" #include "../../doom64/include/st_stuff.h" #include "../../doom64/include/tables.h" #include "../../doom64/include/wi_stuff.h" #endif // __JDOOM64_CONVENIENCE_H__ doomsday-1.14.5/doomsday/plugins/doom64/include/p_mobj.h0000664000175000017500000002660412350542240022364 0ustar jaakkojaakko/**\file p_mobj.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Map Objects, Mobj, definition and handling jDoom64 - specific. */ #ifndef LIBDOOM64_P_MOBJ_H #define LIBDOOM64_P_MOBJ_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif // Basics. #include "doomsday.h" #include "tables.h" #include "p_terraintype.h" #include "d_think.h" #include "info.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define NOMOM_THRESHOLD (0.0001) // (integer) 0 #define DROPOFFMOM_THRESHOLD (0.25) // FRACUNIT/4 #define MAXMOM (30) // 30*FRACUNIT #define MAXMOMSTEP (15) // 30*FRACUNIT/2 #define FRICTION_LOW (0.97265625) // 0xf900 #define FRICTION_FLY (0.91796875) // 0xeb00 #define FRICTION_NORMAL (0.90625000) // 0xe800 #define FRICTION_HIGH (0.41992187) // 0xd700/2 // Player radius for movement checking. #define PLAYERRADIUS (25) // MAXRADIUS is for precalculated sector block boxes the spider demon is // larger, but we do not have any moving sectors nearby. #define MAXRADIUS (32) #define USERANGE (64) #define MELEERANGE (64) #define PLRMELEERANGE (80) // jd64 wide player radius. #define MISSILERANGE (32 * 64) #define FLOATSPEED (4) #define MAXHEALTH (maxHealth) //100 #define VIEWHEIGHT (54) // GMJ 02/02/02 #define sentient(mobj) ((mobj)->health > 0 && P_GetState((mobj)->type, SN_SEE)) /** * Mobj flags * * \attention IMPORTANT - Keep this current!!! * LEGEND: * p = Flag is persistent (never changes in-game). * i = Internal use (not to be used in defintions). * * \todo Persistent flags (p) don't need to be included in save games or sent to * clients in netgames. We should collect those in to a const flags setting which * is set only once when the mobj is spawned. * * \todo All flags for internal use only (i) should be put in another var and the * flags removed from those defined in GAME/objects.DED */ // --- mobj.flags --- #define MF_SPECIAL 0x00000001 // Call P_SpecialThing when touched. #define MF_SOLID 0x00000002 // Blocks. #define MF_SHOOTABLE 0x00000004 // Can be hit. #define MF_NOSECTOR 0x00000008 // (p) Don't use the sector links (invisible but touchable). #define MF_NOBLOCKMAP 0x00000010 // (p) Don't use the blocklinks (inert but displayable) #define MF_AMBUSH 0x00000020 // Not to be activated by sound, deaf monster. #define MF_JUSTHIT 0x00000040 // Will try to attack right back. #define MF_JUSTATTACKED 0x00000080 // Will take at least one step before attacking. #define MF_SPAWNCEILING 0x00000100 // (p) Hang from ceiling instead of stand on floor. #define MF_NOGRAVITY 0x00000200 // Don't apply gravity (every tic). // Movement flags. #define MF_DROPOFF 0x00000400 // This allows jumps from high places. #define MF_PICKUP 0x00000800 // For players, will pick up items. #define MF_NOCLIP 0x00001000 // (i) Player cheat. //#define MF_??? 0x00002000 // unused #define MF_FLOAT 0x00004000 // Allow moves to any height, no gravity. #define MF_TELEPORT 0x00008000 // (p) Don't cross lines or look at heights on teleport. #define MF_MISSILE 0x00010000 // Don't hit same species, explode on block. #define MF_DROPPED 0x00020000 // (i) Dropped by a demon, not level spawned. #define MF_SHADOW 0x00040000 // Use fuzzy draw (shadow demons or spectres). #define MF_NOBLOOD 0x00080000 // Don't bleed when shot (use puff). #define MF_CORPSE 0x00100000 // (i) Don't stop moving halfway off a step. #define MF_INFLOAT 0x00200000 // Floating to a height for a move, // don't auto float to target's height. #define MF_COUNTKILL 0x00400000 // count towards intermission kill total #define MF_COUNTITEM 0x00800000 // count towards intermission item total #define MF_SKULLFLY 0x01000000 // (i) skull in flight. #define MF_NOTDMATCH 0x02000000 // (p) not spawned in deathmatch mode (e.g. key cards). #define MF_TRANSLATION 0x0c000000 // (i) if 0x4 0x8 or 0xc, use a translation #define MF_TRANSSHIFT 26 // (N/A) table for player colormaps #define MF_LOCAL 0x10000000 // (p) Won't be sent to clients. #define MF_BRIGHTSHADOW 0x20000000 #define MF_BRIGHTEXPLODE 0x40000000 // Make this brightshadow when exploding. #define MF_VIEWALIGN 0x80000000 /* * The following flags are obsolete in a particular mobj version. * They will automatically be cleared when loading an old save game. */ #define MF_V6OBSOLETE (0x00002000) // (MF_SLIDE) // --- mobj.flags2 --- (added in MOBJ_SAVEVERSION 6) #define MF2_LOGRAV 0x00000001 // alternate gravity setting //#define MF2_WINDTHRUST 0x00000002 // (p) gets pushed around by the wind specials // Not in jDoom since there are no built-in wind specials. #define MF2_FLOORBOUNCE 0x00000004 // bounces off the floor #define MF2_THRUGHOST 0x00000008 // (p) missile will pass through ghosts #define MF2_FLY 0x00000010 // (i) fly mode is active #define MF2_FLOORCLIP 0x00000020 // if feet are allowed to be clipped #define MF2_SPAWNFLOAT 0x00000040 // (p) spawn random float z #define MF2_NOTELEPORT 0x00000080 // does not teleport #define MF2_RIP 0x00000100 // (p) missile rips through solid targets #define MF2_PUSHABLE 0x00000200 // can be pushed by other moving mobjs #define MF2_SLIDE 0x00000400 // slides against walls #define MF2_ALWAYSLIT 0x00000800 #define MF2_PASSMOBJ 0x00001000 // Enable z block checking. If on, // this flag will allow the mobj to // pass over/under other mobjs. #define MF2_CANNOTPUSH 0x00002000 // cannot push other pushable mobjs #define MF2_INFZBOMBDAMAGE 0x00004000 // (p) Don't check z height with radius attacks #define MF2_BOSS 0x00008000 // (p) mobj is a major boss //#define MF2_FIREDAMAGE 0x00010000 // does fire damage - Not in jDoom #define MF2_NODMGTHRUST 0x00020000 // does not thrust target when // damaging #define MF2_TELESTOMP 0x00040000 // mobj can stomp another #define MF2_FLOATBOB 0x00080000 // (p) use float bobbing z movement #define MF2_DONTDRAW 0X00100000 // don't generate a vissprite // --- mobj.flags3 --- #define MF3_NOINFIGHT 0x00000001 // Mobj will never be targeted for in-fighting #define MF3_CLIENTACTION 0x00000002 // States' action funcs are executed by client // --- mobj.intflags --- // Internal mobj flags cannot be set using an external definition. #define MIF_FALLING 0x00000001 // $dropoff_fix: Object is falling from a ledge. #define MIF_FADE 0x00000002 // jd64 /* * end mobj flags */ // For torque simulation: #define OVERDRIVE 6 #define MAXGEAR (OVERDRIVE+16) typedef enum dirtype_s { DI_EAST, DI_NORTHEAST, DI_NORTH, DI_NORTHWEST, DI_WEST, DI_SOUTHWEST, DI_SOUTH, DI_SOUTHEAST, DI_NODIR, NUMDIRS } dirtype_t; #define VALID_MOVEDIR(v) ((v) >= DI_EAST && (v) <= DI_SOUTHEAST) // Map Object definition. typedef struct mobj_s { // Defined in dd_share.h; required mobj elements. DD_BASE_MOBJ_ELEMENTS() // Doom64-specific data: int damage; // For missiles // Movement direction, movement generation (zig-zagging). int moveDir; // 0-7 int moveCount; // when 0, select a new dir // Thing being chased/attacked (or NULL), // also the originator for missiles. struct mobj_s* target; // If >0, the target will be chased // no matter what (even if shot) int threshold; int intFlags; // internal flags coord_t dropOffZ; // $dropoff_fix short gear; // used in torque simulation dd_bool wallRun; // true = last move was the result of a wallrun // Additional info record for player avatars only. // Only valid if type == MT_PLAYER struct player_s* player; // Player number last looked for. int lastLook; // For nightmare/multiplayer respawn. struct { coord_t origin[3]; angle_t angle; int flags; // MSF_* flags } spawnSpot; // Thing being chased/attacked for tracers. struct mobj_s* tracer; int turnTime; // $visangle-facetarget int corpseTics; // $vanish: how long has this been dead? int spawnFadeTics; #ifdef __cplusplus void write(MapStateWriter *msw) const; /** * Always returns @c false as a thinker will have already been allocated in * the mobj creation process. */ int read(MapStateReader *msr); #endif } mobj_t; #ifdef __cplusplus extern "C" { #endif void P_ExplodeMissile(mobj_t *mo); coord_t P_MobjGetFriction(mobj_t *mo); mobj_t *P_SPMAngle(mobjtype_t type, mobj_t *source, angle_t angle); /** * Spawns a mobj of "type" at the specified position. */ mobj_t *P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags); mobj_t *P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags); void P_SpawnBlood(coord_t x, coord_t y, coord_t z, int damage, angle_t angle); /** * Tries to aim at a nearby monster if source is a player. Else aim is * taken at dest. * * @param source The mobj doing the shooting. * @param dest The mobj being shot at. Can be @c NULL if source * is a player. * @param type The type of mobj to be shot. * * @return Pointer to the newly spawned missile. */ mobj_t *P_SpawnMissile(mobjtype_t type, mobj_t* source, mobj_t* dest); mobj_t *P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle); mobj_t *P_SpawnMotherMissile(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t *source, mobj_t *dest); void P_MobjThinker(void *moThinkerPtr); void P_RipperBlood(mobj_t *mo); void P_SetDoomsdayFlags(mobj_t *mo); void P_HitFloor(mobj_t *mo); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM64_P_MOBJ_H doomsday-1.14.5/doomsday/plugins/doom64/include/p_enemy.h0000664000175000017500000000224212350542240022542 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_enemy.h: Enemy thinking, AI (jDoom64-specific). */ #ifndef __P_ENEMY_H__ #define __P_ENEMY_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif void P_NoiseAlert(mobj_t *target, mobj_t *emmiter); int P_Massacre(void); #endif doomsday-1.14.5/doomsday/plugins/doom64/include/st_stuff.h0000664000175000017500000001126512350542240022750 0ustar jaakkojaakko/**\file st_stuff.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Statusbar code jDoom64 - specific. * * Does palette indicators as well (red pain/berserk, bright pickup) */ #ifndef LIBDOOM64_STUFF_H #define LIBDOOM64_STUFF_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "hu_lib.h" #include "d_config.h" #ifdef __cplusplus extern "C" { #endif #define ST_HEIGHT 0 // there is no status bar // Palette indices. // For damage/bonus red-/gold-shifts #define STARTREDPALS (1) #define STARTBONUSPALS (9) #define NUMREDPALS (8) #define NUMBONUSPALS (4) #define HUDBORDERX (14) #define HUDBORDERY (18) #define ST_AUTOMAP_OBSCURE_TOLERANCE (.9999f) /// Register the console commands, variables, etc..., of this module. void ST_Register(void); void ST_Init(void); void ST_Shutdown(void); int ST_Responder(event_t* ev); void ST_Ticker(timespan_t ticLength); void ST_Drawer(int player); void ST_Start(int player); void ST_Stop(int player); void ST_CloseAll(int player, dd_bool fast); uiwidget_t* ST_UIChatForPlayer(int player); uiwidget_t* ST_UILogForPlayer(int player); uiwidget_t* ST_UIAutomapForPlayer(int player); dd_bool ST_ChatIsActive(int player); /** * Post a message to the specified player's log. * * @param player Player (local) number whose log to post to. * @param flags @ref logMessageFlags * @param text Message Text to be posted. Messages may use the same * paramater control blocks as with the engine's Text rendering API. */ void ST_LogPost(int player, byte flags, const char* text); /** * Rewind the message log of the specified player, making the last few messages * visible once again. * * @param player Local player number whose message log to refresh. */ void ST_LogRefresh(int player); /** * Empty the message log of the specified player. * * @param player Local player number whose message log to empty. */ void ST_LogEmpty(int player); /// To be called to initialize this module for use by local @a player void ST_LogStart(int player); void ST_LogUpdateAlignment(void); void ST_LogPostVisibilityChangeNotification(void); /** * Start the automap. */ void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast); dd_bool ST_AutomapIsActive(int player); void ST_ToggleAutomapPanMode(int player); void ST_ToggleAutomapMaxZoom(int player); float ST_AutomapOpacity(int player); /** * Does the player's automap obscure this region completely? * @pre Window dimensions use the fixed coordinate space {x} 0 - 320, {y} 0 - 200. * * @param player Local player number whose automap to check. * @param region Window region. * * @return @true= there is no point even partially visible. */ dd_bool ST_AutomapObscures2(int player, const RectRaw* region); dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height); int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z); void ST_AutomapClearPoints(int player); dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z); void ST_SetAutomapCameraRotation(int player, dd_bool on); int ST_AutomapCheatLevel(int player); void ST_SetAutomapCheatLevel(int player, int level); void ST_CycleAutomapCheatLevel(int player); void ST_RevealAutomap(int player, dd_bool on); dd_bool ST_AutomapHasReveal(int player); void ST_RebuildAutomap(int player); /** * Unhides the current HUD display if hidden. * * @param player Player whoose HUD to (maybe) unhide. * @param event Event type trigger. */ void ST_HUDUnHide(int player, hueevent_t event); D_CMD(ChatOpen); D_CMD(ChatAction); D_CMD(ChatSendMacro); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDOOM64_STUFF_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/doomtype.h0000664000175000017500000000362512350542240022754 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2007-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * doomtype_.h: Simple basic typedefs, isolated here to make it easier * separating modules. */ #ifndef __DOOMTYPE_H__ #define __DOOMTYPE_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif // Predefined with some OS. #ifdef UNIX #include #define MAXCHAR SCHAR_MAX #define MAXSHORT SHRT_MAX #define MAXINT INT_MAX #define MAXLONG LONG_MAX #define MINCHAR SCHAR_MIN #define MINSHORT SHRT_MIN #define MININT INT_MIN #define MINLONG LONG_MIN #else /* not UNIX */ #define MAXCHAR ((char)0x7f) #define MAXSHORT ((short)0x7fff) // Max pos 32-bit int. #define MAXINT ((int)0x7fffffff) #define MAXLONG ((long)0x7fffffff) #define MINCHAR ((char)0x80) #define MINSHORT ((short)0x8000) // Max negative 32-bit integer. #define MININT ((int)0x80000000) #define MINLONG ((long)0x80000000) #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/include/d_config.h0000664000175000017500000002043612350542240022663 0ustar jaakkojaakko/**\file d_config.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * jDoom64 configuration. * Global settings. Most of these are console variables. */ #ifndef __JDOOM64_SETTINGS_H__ #define __JDOOM64_SETTINGS_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomdef.h" #include "hu_lib.h" #ifdef __cplusplus extern "C" { #endif enum { HUD_HEALTH, HUD_ARMOR, HUD_AMMO, HUD_KEYS, HUD_FRAGS, HUD_LOG, HUD_INVENTORY, // jd64 NUMHUDDISPLAYS }; // Hud Unhide Events (the hud will unhide on these events if enabled). typedef enum { HUE_FORCE = -1, HUE_ON_DAMAGE, HUE_ON_PICKUP_HEALTH, HUE_ON_PICKUP_ARMOR, HUE_ON_PICKUP_POWER, HUE_ON_PICKUP_WEAPON, HUE_ON_PICKUP_AMMO, HUE_ON_PICKUP_KEY, NUMHUDUNHIDEEVENTS } hueevent_t; // Counter Cheat flags. #define CCH_KILLS 0x01 #define CCH_ITEMS 0x02 #define CCH_SECRETS 0x04 #define CCH_KILLS_PRCNT 0x08 #define CCH_ITEMS_PRCNT 0x10 #define CCH_SECRETS_PRCNT 0x20 // WARNING: Do not use the dd_bool type. Its size can be either 1 or 4 bytes // depending on build settings. typedef struct jdoom64_config_s { float playerMoveSpeed; int useJLook; // Joy look (joy Y => viewpitch). int alwaysRun; // Always run. int noAutoAim; // No auto-aiming? int jLookDeltaMode; int lookSpring; float lookSpeed; float turnSpeed; byte povLookAround; int jumpEnabled; float jumpPower; int airborneMovement; byte setSizeNeeded; int setBlocks; int screenBlocks; byte deathLookUp; // Look up when killed. byte slidingCorpses; //byte fastMonsters; byte echoMsg; int hudFog; float menuScale; int menuEffectFlags; float menuShadow; int menuQuitSound; byte menuSlam; byte menuShortcutsEnabled; byte menuScaleMode; int menuPatchReplaceMode; byte menuGameSaveSuggestDescription; byte menuCursorRotate; float menuTextColors[MENU_COLOR_COUNT][3]; float menuTextFlashColor[3]; int menuTextFlashSpeed; float menuTextGlitter; float statusbarScale; byte inludeScaleMode; int inludePatchReplaceMode; byte confirmQuickGameSave; byte confirmRebornLoad; byte loadLastSaveOnReborn; int hudPatchReplaceMode; byte hudShown[NUMHUDDISPLAYS]; // HUD data visibility. float hudScale; // How to scale HUD data? float hudColor[4]; float hudIconAlpha; float hudTimer; // Number of seconds until the hud auto-hides. byte hudUnHide[NUMHUDUNHIDEEVENTS]; // When the hud unhides. byte moveCheckZ; // If true, mobjs can move over/under each other. byte allowMonsterFloatOverBlocking; // if true, floating mobjs are allowed to climb over mobjs blocking the way. byte weaponAutoSwitch; byte noWeaponAutoSwitchIfFiring; byte weaponCycleSequential; // if true multiple next/prev weapon impulses can be chained to allow the user to "count-click-switch". byte weaponNextMode; // if true use the weaponOrder for next/previous. byte ammoAutoSwitch; byte berserkAutoSwitch; int weaponOrder[NUM_WEAPON_TYPES]; byte weaponRecoil; // jd64 byte secretMsg; float filterStrength; int plrViewHeight; byte mapTitle, hideIWADAuthor; byte noCoopDamage; byte noTeamDamage; byte noCoopWeapons; byte noCoopAnything; byte noNetBFG; byte coopRespawnItems; /** * Compatibility options. * \todo Put these into an array so we can use a bit array to change * multiple options based on a compatibility mode (ala PrBoom). */ byte maxSkulls; byte allowSkullsInWalls; byte anyBossDeath; byte monstersStuckInDoors; byte avoidDropoffs; byte moveBlock; // Dont handle large negative movement in P_TryMoveXY. byte wallRunNorthOnly; // If handle large make exception for wallrunning byte zombiesCanExit; // Zombie players can exit maps. byte fallOff; // Objects fall under their own weight. byte gibCrushedNonBleeders; byte hudShownCheatCounters; float hudCheatCounterScale; byte hudCheatCounterShowWithAutomap; ///< Only show when the automap is open. // Automap stuff. /* int automapPos; float automapWidth; float automapHeight;*/ float automapMobj[3]; float automapL0[3]; float automapL1[3]; float automapL2[3]; float automapL3[3]; float automapBack[3]; float automapOpacity; float automapLineAlpha; float automapLineWidth; ///< In fixed 320x200 pixels. byte automapRotate; int automapHudDisplay; int automapCustomColors; byte automapShowDoors; float automapDoorGlow; byte automapBabyKeys; float automapZoomSpeed; float automapPanSpeed; byte automapPanResetOnOpen; float automapOpenSeconds; byte automapTitleAtBottom; int msgCount; float msgScale; float msgUptime; int msgBlink; int msgAlign; float msgColor[3]; char *chatMacros[10]; byte chatBeep; int corpseTime; byte killMessages; float bobWeapon, bobView; byte bobWeaponLower; int cameraNoClip; // Crosshair. int xhair; float xhairAngle; float xhairSize; byte xhairVitality; float xhairColor[4]; // Network. byte netDeathmatch; byte netBFGFreeLook; // Allow free-aim with BFG. byte netMobDamageModifier; // Multiplier for non-player mobj damage. byte netMobHealthModifier; // Health modifier for non-player mobjs. int netGravity; // Custom gravity multiplier. byte netNoMaxZRadiusAttack; // Radius attacks are infinitely tall. byte netNoMaxZMonsterMeleeAttack; // Melee attacks are infinitely tall. byte netNoMonsters; byte netRespawn; byte netJumping; byte netMap; byte netSkill; byte netSlot; byte netColor; int playerColor[MAXPLAYERS]; } game_config_t; extern game_config_t cfg; #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/include/p_lights.h0000664000175000017500000000670712350542240022731 0ustar jaakkojaakko/** @file p_lights.h Handle sector base lighting effects. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM64_PLAY_LIGHTS_H #define LIBDOOM64_PLAY_LIGHTS_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define GLOWSPEED (8) #define STROBEBRIGHT (5) #define FASTDARK (15) #define SLOWDARK (35) typedef struct fireflicker_s { thinker_t thinker; Sector *sector; int count; float maxLight; float minLight; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } fireflicker_t; typedef struct lightflash_s { thinker_t thinker; Sector *sector; int count; float maxLight; float minLight; int maxTime; int minTime; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } lightflash_t; typedef struct lightblink_s { thinker_t thinker; Sector *sector; int count; float maxLight; float minLight; int maxTime; int minTime; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } lightblink_t; typedef struct strobe_s { thinker_t thinker; Sector *sector; int count; float minLight; float maxLight; int darkTime; int brightTime; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } strobe_t; typedef struct glow_s { thinker_t thinker; Sector *sector; float minLight; float maxLight; int direction; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } glow_t; #ifdef __cplusplus extern "C" { #endif void T_FireFlicker(fireflicker_t *flick); void P_SpawnFireFlicker(Sector *sector); void T_LightFlash(lightflash_t *flash); void P_SpawnLightFlash(Sector *sector); void T_LightBlink(lightblink_t *flash); void P_SpawnLightBlink(Sector *sector); void T_StrobeFlash(strobe_t *flash); void P_SpawnStrobeFlash(Sector *sector, int fastOrSlow, int inSync); void T_Glow(glow_t *g); void P_SpawnGlowingLight(Sector *sector); void EV_StartLightStrobing(Line *line); void EV_TurnTagLightsOff(Line *line); void EV_LightTurnOn(Line *line, float max); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM64_PLAY_LIGHTS_H doomsday-1.14.5/doomsday/plugins/doom64/include/version.h0000664000175000017500000000441312350542240022575 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Version numbering, naming etc. */ #ifndef JDOOM64_VERSION_H #define JDOOM64_VERSION_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "dd_version.h" #ifndef JDOOM64_VER_ID # ifdef _DEBUG # define JDOOM64_VER_ID "+D Doomsday" # else # define JDOOM64_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAMETEXT "jdoom64" #define PLUGIN_NAMETEXT2 "libdoom64" // for transitioning: for those // resources that have been renamed // to the new name // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "libdoom64" #define PLUGIN_NICEAUTHOR DENGPROJECT_NICEAUTHOR #define PLUGIN_DETAILS "libdoom64 is based on jDoom 1.15." #define PLUGIN_HOMEURL DOOMSDAY_HOMEURL #define PLUGIN_DOCSURL DOOMSDAY_DOCSURL #define PLUGIN_VERSION_TEXT DOOMSDAY_VERSION_BASE #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" JDOOM64_VER_ID ")" #define PLUGIN_VERSION_NUMBER DOOMSDAY_VERSION_NUMBER // For WIN32 version info. // For WIN32 version info: #define PLUGIN_DESC PLUGIN_NICENAME " " LIBDENG_PLUGINDESC #define PLUGIN_COPYRIGHT "2003-2013, " DENGPROJECT_NICEAUTHOR #endif /* JDOOM64_VERSION_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/d_main.h0000664000175000017500000000410412350542240022334 0ustar jaakkojaakko/** @file d_main.h Doom64-specific game initialization. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBJDOOM64_MAIN_H #define LIBJDOOM64_MAIN_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomdef.h" DENG_EXTERN_C int verbose; DENG_EXTERN_C float turboMul; // Multiplier for turbo. DENG_EXTERN_C gamemode_t gameMode; DENG_EXTERN_C int gameModeBits; DENG_EXTERN_C char const *borderGraphics[]; DENG_EXTERN_C float const defFontRGB[]; DENG_EXTERN_C float const defFontRGB2[]; DENG_EXTERN_C float const defFontRGB3[]; DENG_EXTERN_C dd_bool monsterInfight; #ifdef __cplusplus extern "C" { #endif /** * Pre Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void D_PreInit(void); /** * Post Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void D_PostInit(void); void D_Shutdown(void); void D_EndFrame(void); /** * Get a 32-bit integer value. */ int D_GetInteger(int id); /** * Get a pointer to the value of a named variable/constant. */ void *D_GetVariable(int id); #ifdef __cplusplus } // extern "C" #endif #endif // LIBJDOOM64_MAIN_H doomsday-1.14.5/doomsday/plugins/doom64/include/d_api.h0000664000175000017500000000354112350542240022165 0ustar jaakkojaakko/**\file d_api.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API exchange - Doom64 specific. */ #ifndef LIBJDOOM64_API_H #define LIBJDOOM64_API_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomsday.h" #ifdef __cplusplus extern "C" { #endif extern game_export_t gx; DENG_USING_API(Base); DENG_USING_API(B); DENG_USING_API(Busy); DENG_USING_API(Client); DENG_USING_API(Con); DENG_USING_API(Def); DENG_USING_API(F); DENG_USING_API(FR); DENG_USING_API(GL); DENG_USING_API(Infine); DENG_USING_API(InternalData); DENG_USING_API(Map); DENG_USING_API(Material); DENG_USING_API(MaterialArchive); DENG_USING_API(MPE); DENG_USING_API(Player); DENG_USING_API(Plug); DENG_USING_API(R); DENG_USING_API(Rend); DENG_USING_API(S); DENG_USING_API(Server); DENG_USING_API(Svg); DENG_USING_API(Thinker); DENG_USING_API(Uri); DENG_USING_API(W); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBJDOOM64_API_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/wi_stuff.h0000664000175000017500000001033012350542240022731 0ustar jaakkojaakko/** @file wi_stuff.h DOOM64 specific intermission screens. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_WI_STUFF_H #define LIBDOOM_WI_STUFF_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "d_player.h" // Global locations #define WI_TITLEY (2) #define WI_SPACINGY (33) // Single-player stuff #define SP_STATSX (50) #define SP_STATSY (50) #define SP_TIMEX (16) #define SP_TIMEY (SCREENHEIGHT-32) // Net game stuff #define NG_STATSY (50) #define NG_STATSX (32) #define NG_SPACINGX (64) // Deathmatch stuff #define DM_MATRIXX (42) #define DM_MATRIXY (68) #define DM_SPACINGX (40) #define DM_TOTALSX (269) #define DM_KILLERSX (10) #define DM_KILLERSY (100) #define DM_VICTIMSX (5) #define DM_VICTIMSY (50) // States for single-player #define SP_KILLS (0) #define SP_ITEMS (2) #define SP_SECRET (4) #define SP_FRAGS (6) #define SP_TIME (8) #define SP_PAR (ST_TIME) #define SP_PAUSE (1) // States for the intermission typedef enum { ILS_NONE = -1, ILS_SHOW_STATS, ILS_UNUSED /// dj: DOOM64 has no "show next map" state as Doom does however /// the DOOM64TC did not update the actual state progression. /// Instead it had to pass through a this state requring an extra /// key press to skip. This should be addressed by updating the /// relevant state progressions. } interludestate_t; // // INTERMISSION // Structure passed e.g. to WI_Init(wb) // typedef struct { dd_bool inGame; // Whether the player is in game. // Player stats, kills, collected items etc. int kills; int items; int secret; int time; int frags[MAXPLAYERS]; int score; // Current score on entry, modified on return. } wbplayerstruct_t; typedef struct { uint episode; dd_bool didSecret; // If true, splash the secret level. uint currentMap, nextMap; // This and next maps. int maxKills; int maxItems; int maxSecret; int maxFrags; int parTime; int pNum; // Index of this player in game. wbplayerstruct_t plyr[MAXPLAYERS]; } wbstartstruct_t; #ifdef __cplusplus extern "C" { #endif /// To be called to register the console commands and variables of this module. void WI_Register(void); /** * Perform setup for an intermission. */ void WI_Init(wbstartstruct_t* wbstartstruct); /** * Process game tic for the intermission. * * @note Handles user input due to timing issues in netgames. */ void WI_Ticker(void); /** * Draw the intermission. */ void WI_Drawer(void); /** * Change the current intermission state. */ void WI_SetState(interludestate_t st); /** * End the current intermission. */ void WI_End(void); /** * Skip to the next state in the intermission. */ void IN_SkipToNext(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_WI_STUFF_H doomsday-1.14.5/doomsday/plugins/doom64/include/dstrings.h0000664000175000017500000000233212350542240022743 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * dstrings.h: */ #ifndef __DSTRINGS_H__ #define __DSTRINGS_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif // All important printed strings. #include "d_englsh.h" #endif doomsday-1.14.5/doomsday/plugins/doom64/include/p_maputl.h0000664000175000017500000000232612350542240022732 0ustar jaakkojaakko/** @file p_maputl.h Movement/collision map utility functions. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM64_P_MAPUTL_H #define LIBDOOM64_P_MAPUTL_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "p_mobj.h" /** * Applies "torque" to objects, based on all contacted lines. * $dropoff_fix */ void P_ApplyTorque(mobj_t *mobj); #endif // LIBDOOM64_P_MAPUTL_H doomsday-1.14.5/doomsday/plugins/doom64/include/tables.h0000664000175000017500000000405312350542240022362 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Lookup tables. */ #ifndef __TABLES__ #define __TABLES__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomsday.h" #define FINEANGLES 8192 #define FINEMASK (FINEANGLES-1) // 0x100000000 to 0x2000 #define ANGLETOFINESHIFT 19 // Binary Angle Measument, BAM. #define ANG45 0x20000000 #define ANG90 0x40000000 #define ANG180 0x80000000 #define ANG270 0xc0000000 #define SLOPERANGE 2048 #define SLOPEBITS 11 #define DBITS (FRACBITS-SLOPEBITS) // Effective size is 10240. DENG_EXTERN_C fixed_t finesine[5 * FINEANGLES / 4]; // Re-use data, is just PI/2 pahse shift. DENG_EXTERN_C fixed_t *finecosine; // Effective size is 4096. DENG_EXTERN_C fixed_t finetangent[FINEANGLES / 2]; // Effective size is 2049; // The +1 size is to handle the case when x==y // without additional checking. DENG_EXTERN_C angle_t tantoangle[SLOPERANGE + 1]; #ifdef __cplusplus extern "C" { #endif // Utility function, called by R_PointToAngle. int SlopeDiv(unsigned num, unsigned den); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/include/r_defs.h0000664000175000017500000001127512350542240022356 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * r_defs.h: shared data struct definitions. */ #ifndef __R_DEFS__ #define __R_DEFS__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "p_xg.h" #define SP_floororigheight planes[PLN_FLOOR].origHeight #define SP_ceilorigheight planes[PLN_CEILING].origHeight // Stair build flags. #define BL_BUILT 0x1 #define BL_WAS_BUILT 0x2 #define BL_SPREADED 0x4 typedef struct xsector_s { short special; short tag; // 0 = untraversed, 1,2 = sndlines -1 int soundTraversed; // thing that made a sound (or null) struct mobj_s* soundTarget; // thinker_t for reversable actions void* specialData; byte blFlags; // Used during stair building. // stone, metal, heavy, etc... byte seqType; // NOT USED ATM struct { float origHeight; } planes[2]; // {floor, ceiling} float origLight; float origRGB[3]; xgsector_t* xg; } xsector_t; /** * xline_t flags: */ #define ML_BLOCKMONSTERS 0x0002 // Blocks monsters only. /** * If not present on a two-sided line suppress the back sector and instead * consider the line as if it were one-sided. For mod compatibility purposes. */ #define ML_TWOSIDED 0x0004 #define ML_SECRET 0x0020 // In AutoMap: don't map as two sided: IT'S A SECRET! #define ML_SOUNDBLOCK 0x0040 // Sound rendering: don't let sound cross two of these. #define ML_DONTDRAW 0x0080 // Don't draw on the automap at all. #define ML_MAPPED 0x0100 // Set if already seen, thus drawn in automap. // FIXME! DJS - This is important! // Doom64tc unfortunetly used non standard values for the line flags // it implemented from BOOM. It will make life simpler if we simply // update the Doom64TC IWAD rather than carry this on much further as // once jDoom64 is released with 1.9.0 I imagine we'll see a bunch // PWADs start cropping up. //#define ML_PASSUSE 0x0200 // Allows a USE action to pass through a line with a special //#define ML_ALLTRIGGER 0x0400 // If set allows any mobj to trigger the line's special #define ML_ALLTRIGGER 0x0200 // Anything can use line if this is set - kaiser #define ML_PASSUSE 0x0400 #define ML_BLOCKALL 0x0800 #define ML_VALID_MASK (ML_BLOCKMONSTERS|ML_TWOSIDED|ML_SECRET|ML_SOUNDBLOCK|ML_DONTDRAW|ML_MAPPED|ML_ALLTRIGGER|ML_PASSUSE|ML_BLOCKALL) typedef struct xline_s { short special; short tag; short flags; // Has been rendered at least once and needs to appear in the map, // for each player. dd_bool mapped[MAXPLAYERS]; int validCount; // Extended generalized lines. xgline_t* xg; // jDoom64 specific: short useOn; } xline_t; // Our private map data structures. DENG_EXTERN_C xsector_t* xsectors; DENG_EXTERN_C xline_t* xlines; // If true we are in the process of setting up a map. DENG_EXTERN_C dd_bool mapSetup; #ifdef __cplusplus extern "C" { #endif /** * Converts a line to an xline. */ xline_t *P_ToXLine(Line *line); /** * Converts a sector to an xsector. */ xsector_t *P_ToXSector(Sector *sector); /** * Update the specified player's automap. * * @param player Local player number whose map is to change. * @param lineIdx Line to change. * @param visible @c true= mark the line as visible. */ void P_SetLineAutomapVisibility(int player, int lineIdx, dd_bool visible); xline_t *P_GetXLine(int index); xsector_t *P_GetXSector(int index); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/include/g_game.h0000664000175000017500000000477412350542240022341 0ustar jaakkojaakko/**\file g_game.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Top-level (common) game routines jDoom64 - specific. */ #ifndef LIBJDOOM64_G_GAME_H #define LIBJDOOM64_G_GAME_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "doomdef.h" #include "d_player.h" #include "gamerules.h" #include "wi_stuff.h" DENG_EXTERN_C player_t players[MAXPLAYERS]; DENG_EXTERN_C uint nextMap; // If non zero this will be the next map. DENG_EXTERN_C uint nextMapEntrance; DENG_EXTERN_C dd_bool secretExit; DENG_EXTERN_C int totalKills, totalItems, totalSecret; DENG_EXTERN_C wbstartstruct_t wmInfo; DENG_EXTERN_C int bodyQueueSlot; DENG_EXTERN_C dd_bool paused; DENG_EXTERN_C dd_bool precache; DENG_EXTERN_C dd_bool customPal; DENG_EXTERN_C dd_bool briefDisabled; #ifdef __cplusplus extern "C" { #endif void G_Register(void); void G_CommonPreInit(void); void G_CommonPostInit(void); void G_CommonShutdown(void); void R_InitRefresh(void); void G_DeathMatchSpawnPlayer(int playernum); void G_PrintMapList(void); void G_DeferredPlayDemo(char* demo); void G_QuitGame(void); void G_StopDemo(void); // Confusing no? //void G_DoReborn(int playernum); void G_PlayerReborn(int player); void G_Ticker(timespan_t ticLength); /// @return @c true if the input event @a ev was eaten. int G_PrivilegedResponder(event_t* ev); /// @return @c true if the input event @a ev was eaten. int G_Responder(event_t* ev); void G_PrepareWIData(void); void G_QueueBody(mobj_t* body); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBJDOOM64_G_GAME_H */ doomsday-1.14.5/doomsday/plugins/doom64/include/p_spec.h0000664000175000017500000000510112350542240022354 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_spec.h: World texture animation, height or lighting changes * according to adjacent sectors, respective utility functions, etc. * * Line Tag handling. Line and Sector triggers. * * Events are operations triggered by using, crossing, or shooting special * lines, or by timed thinkers. */ #ifndef __P_SPEC__ #define __P_SPEC__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "d_player.h" // Base plane ids. enum { PLN_FLOOR, PLN_CEILING }; // Special activation types: #define SPAC_CROSS 0 // Player crosses line. #define SPAC_USE 1 // Player uses line. #define SPAC_IMPACT 3 // Projectile hits line. #ifdef __cplusplus extern "C" { #endif // at map load void P_SpawnSectorSpecialThinkers(void); void P_SpawnLineSpecialThinkers(void); void P_SpawnAllSpecialThinkers(void); void P_ThunderSector(void); // jd64 dd_bool P_ActivateLine(Line *ld, mobj_t *mo, int side, int activationType); void P_PlayerInSpecialSector(player_t *player); typedef enum { ok, crushed, pastdest } result_e; typedef enum { build8, // slowly build by 8 turbo16 // quickly build by 16 } stair_e; int EV_BuildStairs(Line *line, stair_e type); result_e T_MovePlane(Sector *sector, float speed, coord_t dest, int crush, int floorOrCeiling, int direction); int EV_DoDonut(Line *line); dd_bool P_UseSpecialLine2(mobj_t *mo, Line *line, int side); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/include/p_inter.h0000664000175000017500000000424212350542240022550 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_inter.h: Handling mobj vs mobj interactions (i.e., collisions). */ #ifndef __P_INTER_H__ #define __P_INTER_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #include "jdoom64.h" DENG_EXTERN_C int maxAmmo[]; DENG_EXTERN_C int clipAmmo[]; #ifdef __cplusplus extern "C" { #endif dd_bool P_GivePower(player_t* plr, int); dd_bool P_TakePower(player_t* plr, int power); void P_GiveKey(player_t* plr, keytype_t keyType); dd_bool P_GiveBody(player_t* plr, int num); void P_GiveBackpack(player_t* plr); dd_bool P_GiveWeapon(player_t* plr, weapontype_t weapon, dd_bool dropped); dd_bool P_GiveArmor(player_t* plr, int type, int points); void P_TouchSpecialMobj(mobj_t* special, mobj_t* toucher); int P_DamageMobj(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damage, dd_bool stomping); int P_DamageMobj2(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damage, dd_bool stomping, dd_bool skipNetworkCheck); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/include/info.h0000664000175000017500000007242512350542240022053 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2003-2005 Samuel Villarreal * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * info.h: Sprite, state, mobjtype and text identifiers. */ #ifndef __INFO_CONSTANTS_H__ #define __INFO_CONSTANTS_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif // Sprites. typedef enum { //SPR_SPOT, SPR_PLAY, SPR_SARG, SPR_FATT, SPR_POSS, SPR_TROO, SPR_HEAD, SPR_BOSS, SPR_SKUL, SPR_BSPI, SPR_CYBR, SPR_PAIN, SPR_RECT, SPR_MISL, SPR_PLSS, SPR_BFS1, //SPR_LASS, SPR_BAL1, SPR_BAL3, //SPR_BAL2, //SPR_BAL7, //SPR_BAL8, SPR_APLS, SPR_MANF, //SPR_TRCR, SPR_DART, SPR_FIRE, //SPR_RBAL, //SPR_PUF2, //SPR_PUF3, SPR_PUFF, SPR_BLUD, //SPR_A027, SPR_TFOG, SPR_BFE2, SPR_ARM1, SPR_ARM2, SPR_BON1, SPR_BON2, SPR_BKEY, SPR_RKEY, SPR_YKEY, SPR_YSKU, SPR_RSKU, SPR_BSKU, SPR_ART1, SPR_ART2, SPR_ART3, SPR_STIM, SPR_MEDI, SPR_SOUL, SPR_PINV, SPR_PSTR, SPR_PINS, SPR_SUIT, SPR_PMAP, SPR_PVIS, SPR_MEGA, SPR_CLIP, SPR_AMMO, SPR_RCKT, SPR_BROK, SPR_CELL, SPR_CELP, SPR_SHEL, SPR_SBOX, SPR_BPAK, SPR_BFUG, SPR_CSAW, SPR_MGUN, SPR_LAUN, SPR_PLSM, SPR_SHOT, SPR_SGN2, SPR_LSRG, SPR_CAND, SPR_BAR1, //SPR_LMP1, //SPR_LMP2, //SPR_A031, //SPR_A030, //SPR_A032, //SPR_A033, //SPR_A034, //SPR_BFLM, //SPR_RFLM, //SPR_YFLM, //SPR_A006, //SPR_A021, //SPR_A003, //SPR_A020, //SPR_A014, //SPR_A016, //SPR_A008, //SPR_A007, //SPR_A015, //SPR_A001, //SPR_A012, //SPR_A010, //SPR_A018, //SPR_A017, //SPR_A026, //SPR_A022, //SPR_A028, //SPR_A029, //SPR_A035, //SPR_A036, //SPR_TRE3, SPR_TRE2, SPR_TRE1, //SPR_A013, //SPR_A019, //SPR_A004, //SPR_A005, //SPR_A023, SPR_SAWG, SPR_PUNG, SPR_PISG, SPR_SHT1, SPR_SHT2, SPR_CHGG, SPR_ROCK, SPR_PLAS, SPR_BFGG, SPR_LASR, /** * Sprites below here are either unused or need to take indices above. */ SPR_PLSE, SPR_BFE1, SPR_IFOG, SPR_SPOS, SPR_FATB, SPR_FBXP, SPR_SKEL, SPR_BAL7, SPR_BOS2, SPR_BON4, SPR_COLU, SPR_SMT2, SPR_GOR1, SPR_POL2, SPR_POL5, SPR_POL4, SPR_POL3, SPR_POL1, SPR_POL6, SPR_GOR2, SPR_GOR3, SPR_GOR4, SPR_GOR5, SPR_SMIT, SPR_COL1, SPR_COL2, SPR_COL3, SPR_COL4, SPR_CBRA, SPR_COL6, SPR_ELEC, SPR_TBLU, SPR_TGRN, SPR_TRED, SPR_SMBT, SPR_SMGT, SPR_SMRT, SPR_HDB1, SPR_HDB2, SPR_HDB3, SPR_HDB4, SPR_HDB5, SPR_HDB6, SPR_POB1, SPR_POB2, SPR_BRS1, SPR_TLMP, SPR_TLP2, SPR_NTRO, SPR_BRNR, SPR_NMBL, SPR_SMOK, SPR_LAZR, SPR_LPUF, SPR_MBAL, SPR_MPUF, NUMSPRITES } spritetype_e; // States. typedef enum { S_NULL, S_LIGHTDONE, S_PLAY, S_PLAY_RUN1, S_PLAY_RUN2, S_PLAY_RUN3, S_PLAY_RUN4, S_PLAY_ATK1, S_PLAY_ATK2, S_PLAY_PAIN, S_PLAY_PAIN2, S_PLAY_DIE1, S_PLAY_DIE2, S_PLAY_DIE3, S_PLAY_DIE4, S_PLAY_DIE5, S_PLAY_DIE6, S_PLAY_XDIE1, S_PLAY_XDIE2, S_PLAY_XDIE3, S_PLAY_XDIE4, S_PLAY_XDIE5, S_PLAY_XDIE6, S_PLAY_XDIE7, S_PLAY_XDIE8, S_PLAY_XDIE9, S_EMARP_STND, S_EMARP_RUN1, S_EMARP_RUN2, S_EMARP_RUN3, S_EMARP_RUN4, S_EMARP_ATK1, S_EMARP_ATK2, S_EMARP_ATK3, S_EMARP_ATK4, S_EMARP_ATK5, S_EMARP_ATK6, S_EMARP_PAIN, S_EMARP_PAIN2, S_EMARP_ATKB1, S_EMARP_ATKB2, S_EMARP_ATKB3, S_EMARP_ATKB4, S_EMARP_ATKB5, S_EMARP_ATKB6, S_SARG_STND, S_SARG_STND2, S_SARG_RUN1, S_SARG_RUN2, S_SARG_RUN3, S_SARG_RUN4, S_SARG_RUN5, S_SARG_RUN6, S_SARG_RUN7, S_SARG_RUN8, S_SARG_ATK1, S_SARG_ATK2, S_SARG_ATK3, S_SARG_PAIN, S_SARG_PAIN2, S_SARG_DIE1, S_SARG_DIE2, S_SARG_DIE3, S_SARG_DIE4, S_SARG_DIE5, S_SARG_DIE6, S_SHAD_RUN, S_SHAD_ATK, S_SHAD_PAIN, S_SHAD_DIE, S_FATT_STND, S_FATT_STND2, S_FATT_RUN1, S_FATT_RUN2, S_FATT_RUN3, S_FATT_RUN4, S_FATT_RUN5, S_FATT_RUN6, S_FATT_RUN7, S_FATT_RUN8, S_FATT_RUN9, S_FATT_RUN10, S_FATT_RUN11, S_FATT_RUN12, S_FATT_ATK1, S_FATT_ATK2, S_FATT_ATK3, S_FATT_ATK4, S_FATT_ATK5, S_FATT_ATK6, S_FATT_ATK7, S_FATT_PAIN, S_FATT_PAIN2, S_FATT_DIE1, S_FATT_DIE2, S_FATT_DIE3, S_FATT_DIE4, S_FATT_DIE5, S_FATT_DIE6, S_POSS_STND, S_POSS_STND2, S_POSS_RUN1, S_POSS_RUN2, S_POSS_RUN3, S_POSS_RUN4, S_POSS_RUN5, S_POSS_RUN6, S_POSS_RUN7, S_POSS_RUN8, S_POSS_ATK1, S_POSS_ATK2, S_POSS_ATK3, S_POSS_PAIN, S_POSS_PAIN2, S_POSS_DIE1, S_POSS_DIE2, S_POSS_DIE3, S_POSS_DIE4, S_POSS_DIE5, S_POSS_XDIE1, S_POSS_XDIE2, S_POSS_XDIE3, S_POSS_XDIE4, S_POSS_XDIE5, S_POSS_XDIE6, S_POSS_XDIE7, S_POSS_XDIE8, S_POSS_XDIE9, S_SPOS_STND, S_SPOS_STND2, S_SPOS_RUN1, S_SPOS_RUN2, S_SPOS_RUN3, S_SPOS_RUN4, S_SPOS_RUN5, S_SPOS_RUN6, S_SPOS_RUN7, S_SPOS_RUN8, S_SPOS_ATK1, S_SPOS_ATK2, S_SPOS_ATK3, S_SPOS_PAIN, S_SPOS_PAIN2, S_SPOS_DIE1, S_SPOS_DIE2, S_SPOS_DIE3, S_SPOS_DIE4, S_SPOS_DIE5, S_SPOS_XDIE1, S_SPOS_XDIE2, S_SPOS_XDIE3, S_SPOS_XDIE4, S_SPOS_XDIE5, S_SPOS_XDIE6, S_SPOS_XDIE7, S_SPOS_XDIE8, S_SPOS_XDIE9, S_TROO_STND, S_TROO_STND2, S_TROO_RUN1, S_TROO_RUN2, S_TROO_RUN3, S_TROO_RUN4, S_TROO_RUN5, S_TROO_RUN6, S_TROO_RUN7, S_TROO_RUN8, S_TROO_MEL1, S_TROO_MEL2, S_TROO_MEL3, S_TROO_ATK1, S_TROO_ATK2, S_TROO_ATK3, S_TROO_PAIN, S_TROO_PAIN2, S_TROO_DIE1, S_TROO_DIE2, S_TROO_DIE3, S_TROO_DIE4, S_TROO_DIE5, S_TROO_XDIE1, S_TROO_XDIE2, S_TROO_XDIE3, S_TROO_XDIE4, S_TROO_XDIE5, S_TROO_XDIE6, S_TROO_XDIE7, S_TROO_XDIE8, S_NTRO_STND, S_NTRO_STND2, S_NTRO_RUN1, S_NTRO_RUN2, S_NTRO_RUN3, S_NTRO_RUN4, S_NTRO_RUN5, S_NTRO_RUN6, S_NTRO_RUN7, S_NTRO_RUN8, S_NTRO_MEL1, S_NTRO_MEL2, S_NTRO_MEL3, S_NTRO_ATK1, S_NTRO_ATK2, S_NTRO_ATK3, S_NTRO_PAIN, S_NTRO_PAIN2, S_NTRO_DIE1, S_NTRO_DIE2, S_NTRO_DIE3, S_NTRO_DIE4, S_NTRO_DIE5, S_NTRO_XDIE1, S_NTRO_XDIE2, S_NTRO_XDIE3, S_NTRO_XDIE4, S_NTRO_XDIE5, S_NTRO_XDIE6, S_NTRO_XDIE7, S_NTRO_XDIE8, S_HEAD_STND, S_HEAD_STND2, S_HEAD_STND3, S_HEAD_STND4, S_HEAD_RUN1, S_HEAD_RUN2, S_HEAD_RUN3, S_HEAD_RUN4, S_HEAD_RUN5, S_HEAD_RUN6, S_HEAD_RUN7, S_HEAD_RUN8, S_HEAD_ATK1, S_HEAD_ATK2, S_HEAD_ATK3, S_HEAD_ATK4, S_HEAD_PAIN, S_HEAD_PAIN2, S_HEAD_PAIN3, S_HEAD_DIE1, S_HEAD_DIE2, S_HEAD_DIE3, S_HEAD_DIE4, S_HEAD_DIE5, S_HEAD_DIE6, S_BOSS_STND, S_BOSS_STND2, S_BOSS_RUN1, S_BOSS_RUN2, S_BOSS_RUN3, S_BOSS_RUN4, S_BOSS_RUN5, S_BOSS_RUN6, S_BOSS_RUN7, S_BOSS_RUN8, S_BOSS_ATK1, S_BOSS_ATK2, S_BOSS_ATK3, S_BOSS_PAIN, S_BOSS_PAIN2, S_BOSS_DIE1, S_BOSS_DIE2, S_BOSS_DIE3, S_BOSS_DIE4, S_BOSS_DIE5, S_BOSS_DIE6, S_BOS2_STND, S_BOS2_STND2, S_BOS2_RUN1, S_BOS2_RUN2, S_BOS2_RUN3, S_BOS2_RUN4, S_BOS2_RUN5, S_BOS2_RUN6, S_BOS2_RUN7, S_BOS2_RUN8, S_BOS2_ATK1, S_BOS2_ATK2, S_BOS2_ATK3, S_BOS2_PAIN, S_BOS2_PAIN2, S_BOS2_DIE1, S_BOS2_DIE2, S_BOS2_DIE3, S_BOS2_DIE4, S_BOS2_DIE5, S_BOS2_DIE6, S_SKULL_STND, S_SKULL_STND2, S_SKULL_STND3, S_SKULL_RUN1, S_SKULL_RUN2, S_SKULL_RUN3, S_SKULL_ATK1, S_SKULL_ATK2, S_SKULL_ATK3, S_SKULL_ATK4, S_SKULL_PAIN, S_SKULL_PAIN2, S_SKULL_DIE1, S_SKULL_DIE2, S_SKULL_DIE3, S_SKULL_DIE4, S_SKULL_DIE5, S_SKULL_DIE6, S_SKULL_DIE7, S_SKULL_DIE8, S_SKULL_DIE9, S_SKULL_DIE10, S_BSPI_STND, S_BSPI_STND2, S_BSPI_SIGHT, S_BSPI_RUN1, S_BSPI_RUN2, S_BSPI_RUN3, S_BSPI_RUN4, S_BSPI_RUN5, S_BSPI_RUN6, S_BSPI_RUN7, S_BSPI_RUN8, S_BSPI_ATK1, S_BSPI_ATK2, S_BSPI_ATK3, S_BSPI_PAIN, S_BSPI_PAIN2, S_BSPI_DIE1, S_BSPI_DIE2, S_BSPI_DIE3, S_BSPI_DIE4, S_BSPI_DIE5, S_BSPI_DIE6, S_CYBER_STND, S_CYBER_RUN1, S_CYBER_RUN2, S_CYBER_RUN3, S_CYBER_RUN4, S_CYBER_RUN5, S_CYBER_RUN6, S_CYBER_RUN7, S_CYBER_RUN8, S_CYBER_ATK1, S_CYBER_ATK2, S_CYBER_ATK3, S_CYBER_ATK4, S_CYBER_ATK5, S_CYBER_ATK6, S_CYBER_PAIN, S_CYBER_DIE1, S_CYBER_DIE2, S_CYBER_DIE3, S_CYBER_DIE4, S_CYBER_DIE5, S_CYBER_DIE6, S_CYBER_DIE7, S_CYBER_DIE8, S_CYBER_DIE9, S_DCYBER_STND, S_DCYBER_ATK1, S_DCYBER_ATK2, S_PAIN_STND, S_PAIN_SEE, S_PAIN_ATK1, S_PAIN_ATK2, S_PAIN_ATK3, S_PAIN_ATK4, S_PAIN_PAIN, S_PAIN_PAIN2, S_PAIN_DIE1, S_PAIN_DIE2, S_PAIN_DIE3, S_PAIN_DIE4, S_PAIN_DIE5, S_PAIN_DIE6, S_PAIN_DIE7, S_PAIN_DIE8, S_RECT_STND, S_RECT_STND2, S_RECT_STND3, S_RECT_STND4, S_RECT_RUN1, S_RECT_RUN2, S_RECT_RUN3, S_RECT_RUN4, S_RECT_RUN5, S_RECT_RUN6, S_RECT_RUN7, S_RECT_RUN8, S_RECT_RUN9, S_RECT_RUN10, S_RECT_RUN11, S_RECT_RUN12, S_RECT_ATK1, S_RECT_ATK2, S_RECT_ATK3, S_RECT_ATK4, S_RECT_ATK5, S_RECT_PAIN, S_RECT_DIE1, S_RECT_DIE2, S_RECT_DIE3, S_RECT_DIE4, S_RECT_DIE5, S_RECT_DIE6, S_RECT_DIE7, S_BAL3, S_BAL32, S_BAL33, S_BAL3EXP, S_BAL3EXP2, S_BAL3EXP3, S_BAL3EXP4, S_BAL3EXP5, S_BAL3EXP6, S_BRBALL1, S_BRBALL2, S_BRBALLX1, S_BRBALLX2, S_BRBALLX3, S_BRBALLX4, S_BRBALLX5, S_BRBALLX6, S_ARACH_PLAZ, S_ARACH_PLAZ2, S_ARACH_PLEX, S_ARACH_PLEX2, S_ARACH_PLEX3, S_ARACH_PLEX4, S_ARACH_PLEX5, S_ARACH_PLEX6, S_FATSHOT1, S_FATSHOT2, S_FATSHOT3, S_FATSHOTX1, S_FATSHOTX2, S_FATSHOTX3, S_FATSHOTX4, S_FATSHOTX5, S_FATSHOTX6, S_TSHOT6_STND, S_TSHOT6_STND2, S_TSHOT6_RUN1, S_TSHOT6_RUN2, S_TSHOT6_RUN3, S_TSHOT6_RUN4, S_TSHOT6_RUN5, S_TSHOT6_RUN6, S_DART, S_MPUFF1, S_MPUFF2, S_MPUFF3, S_MPUFF4, S_MPUFF5, S_RPUFF1, S_RPUFF2, S_RPUFF3, S_RPUFF4, S_RPUFF5, S_SMOKE1, S_SMOKE2, S_SMOKE3, S_SMOKE4, S_SMOKE5, S_PUFF1, S_PUFF2, S_PUFF3, S_PUFF4, S_PUFF5, S_PUFF6, S_BLOOD1, S_BLOOD2, S_BLOOD3, S_BLOOD4, S_TBALL1, S_TBALL2, S_TBALL3, S_TBALLX1, S_TBALLX2, S_TBALLX3, S_TBALLX4, S_TBALLX5, S_TBALLX6, S_PLASBALL, S_PLASBALL2, S_PLASEXP, S_PLASEXP2, S_PLASEXP3, S_PLASEXP4, S_PLASEXP5, S_PLASEXP6, S_ROCKET, S_ROCKET2, S_BFGSHOT, S_BFGSHOT2, S_BFGLAND, S_BFGLAND2, S_BFGLAND3, S_BFGLAND4, S_BFGLAND5, S_BFGLAND6, S_BFGEXP, S_BFGEXP2, S_BFGEXP3, S_BFGEXP4, S_BFGEXP5, S_BFGEXP6, S_EXPLODE0, S_EXPLODE1, S_EXPLODE2, S_EXPLODE3, S_EXPLODE4, S_EXPLODE5, S_TFOG, S_TFOG2, S_TFOG3, S_TFOG4, S_TFOG5, S_TFOG6, S_TFOG7, S_TFOG8, S_TFOG9, S_TFOG10, S_TFOG11, S_TFOG12, S_ARM1, S_ARM1A, S_ARM2, S_ARM2A, S_BON1, S_BON1A, S_BON1B, S_BON1C, S_BON2, S_BON2A, S_BON2B, S_BON2C, S_BON2D, S_BON2E, S_BKEY, S_BKEY2, S_RKEY, S_RKEY2, S_YKEY, S_YKEY2, S_YSKULL, S_YSKULL2, S_RSKULL, S_RSKULL2, S_BSKULL, S_BSKULL2, S_ART1, S_ART12, S_ART13, S_ART14, S_ART15, S_ART16, S_ART17, S_ART18, S_ART2, S_ART22, S_ART23, S_ART24, S_ART25, S_ART26, S_ART27, S_ART28, S_ART3, S_ART32, S_ART33, S_ART34, S_ART35, S_ART36, S_ART37, S_ART38, S_STIM, S_MEDI, S_SOUL, S_SOUL2, S_SOUL3, S_SOUL4, S_SOUL5, S_SOUL6, S_PINV, S_PINV2, S_PINV3, S_PINV4, S_PINV5, S_PINV6, S_PSTR, S_PINS, S_PINS2, S_PINS3, S_PINS4, S_PINS5, S_PINS6, S_SUIT, S_SUIT2, S_PMAP, S_PMAP2, S_PMAP3, S_PMAP4, S_PVIS, S_PVIS2, S_MEGA, S_MEGA2, S_MEGA3, S_MEGA4, S_MEGA5, S_MEGA6, S_CLIP, S_AMMO, S_ROCK, S_BROK, S_CELL, S_CELP, S_SHEL, S_SBOX, S_BPAK, S_BFUG, S_CSAW, S_MGUN, S_LAUN, S_PLSM, S_SHOT, S_SHOT2, S_LSRG, S_CANDLE, S_CANDLE2, S_BAR1, S_BAR2, S_BAR3, S_BAR4, S_BAR5, S_SAW, S_SAWB, S_SAWDOWN, S_SAWUP, S_SAW1, S_SAW2, S_SAW3, S_PUNCH, S_PUNCHDOWN, S_PUNCHUP, S_PUNCH1, S_PUNCH2, S_PUNCH3, S_PUNCH4, S_PUNCH5, S_PISTOL, S_PISTOLDOWN, S_PISTOLUP, S_PISTOL1, S_PISTOL2, S_PISTOL3, S_PISTOL4, S_PISTOL5, S_PISTOLFLASH, S_SGUN, S_SGUNDOWN, S_SGUNUP, S_SGUN1, S_SGUN2, S_SGUN3, S_SGUN4, S_SGUN5, S_SGUN6, S_SGUNFLASH1, S_DSGUN, S_DSGUNDOWN, S_DSGUNUP, S_DSGUN1, S_DSGUN2, S_DSGUN3, S_DSGUN4, S_DSGUN5, S_DSGUN6, S_DSGUN7, S_DSGUN8, S_DSGUN9, S_DSGUN10, S_DSGUNFLASH1, S_CHAIN, S_CHAINDOWN, S_CHAINUP, S_CHAIN1, S_CHAIN2, S_CHAIN3, S_CHAINFLASH1, S_CHAINFLASH2, S_MISSILE, S_MISSILEDOWN, S_MISSILEUP, S_MISSILE1, S_MISSILE2, S_MISSILE3, S_MISSILEFLASH1, S_MISSILEFLASH2, S_MISSILEFLASH3, S_MISSILEFLASH4, S_PLASMA, S_PLASMADOWN, S_PLASMAUP, S_PLASMAUP2, S_PLASMA1, S_PLASMA2, S_PLASMA3, S_PLASMASHOCK1, S_PLASMASHOCK2, S_PLASMASHOCK3, S_BFG, S_BFGDOWN, S_BFGUP, S_BFG1, S_BFG2, S_BFG3, S_BFG4, S_BFGFLASH1, S_BFGFLASH2, S_BFGFLASH3, S_UNKF, S_UNKFDOWN, S_UNKFUP, S_UNKF1, S_UNKF2, S_UNKFLASH1, S_COLU, S_DARTHIT, S_DARTHIT2, S_DARTHIT3, S_DARTHIT4, S_DARTHIT5, S_DARTHIT6, S_BLOODYTWITCH, S_DEADTORSO, S_DEADBOTTOM, S_HEADSONSTICK, S_GIBS, S_HEADONASTICK, S_HEADCANDLES, S_DEADSTICK, S_LIVESTICK, S_LIVESTICK2, S_MEAT2, S_MEAT3, S_MEAT4, S_MEAT5, S_STALAGTITE, S_TALLGRNCOL, S_SHRTGRNCOL, S_TALLREDCOL, S_SHRTREDCOL, S_CANDELABRA, S_SKULLCOL, S_TORCHTREE, S_BIGTREE, S_TECHPILLAR, S_BLUETORCH, S_BLUETORCH2, S_BLUETORCH3, S_BLUETORCH4, S_GREENTORCH, S_GREENTORCH2, S_GREENTORCH3, S_GREENTORCH4, S_REDTORCH, S_REDTORCH2, S_REDTORCH3, S_REDTORCH4, S_BTORCHSHRT, S_BTORCHSHRT2, S_BTORCHSHRT3, S_BTORCHSHRT4, S_BTORCHSHRT5, S_GTORCHSHRT, S_GTORCHSHRT2, S_GTORCHSHRT3, S_GTORCHSHRT4, S_GTORCHSHRT5, S_RTORCHSHRT, S_RTORCHSHRT2, S_RTORCHSHRT3, S_RTORCHSHRT4, S_RTORCHSHRT5, S_YFIREBALL1, S_YFIREBALL2, S_YFIREBALL3, S_YFIREBALL4, S_YFIREBALL5, S_BFIREBALL1, S_BFIREBALL2, S_BFIREBALL3, S_BFIREBALL4, S_RFIREBALL1, S_RFIREBALL2, S_RFIREBALL3, S_RFIREBALL4, S_Y2FIREBALL1, S_Y2FIREBALL2, S_Y2FIREBALL3, S_Y2FIREBALL4, S_B2FIREBALL1, S_B2FIREBALL2, S_B2FIREBALL3, S_B2FIREBALL4, S_R2FIREBALL1, S_R2FIREBALL2, S_R2FIREBALL3, S_R2FIREBALL4, S_HANGNOGUTS, S_HANGBNOBRAIN, S_HANGTLOOKDN, S_HANGTSKULL, S_HANGTLOOKUP, S_HANGTNOBRAIN, S_COLONGIBS, S_SMALLPOOL, S_BRAINSTEM, S_BRNRBALL1, S_BRNRBALL2, S_BRNRBALLX1, S_BRNRBALLX2, S_BRNRBALLX3, S_BRNRBALLX4, S_BRNRBALLX5, S_BRNRBALLX6, S_NMBL1, S_NMBL2, S_NMBL3, S_NMBLX1, S_NMBLX2, S_NMBLX3, S_NMBLX4, S_NMBLX5, S_NMBLX6, S_LAZR1, S_LAZR2, S_LAZRDTH, S_LAZRDTH2, S_LAZRDTH3, S_LAZRDTH4, S_LAZRDTH5, S_LAZRDTH6, S_LAZRDTH7, S_LAZRDTH8, S_LAZRDTH9, S_LAZRDTH10, S_LAZRDUST, S_LAZRW1, S_LAZRW2, S_RTRACER1, S_RTRACER2, S_RTRACEREXP, S_TECHLAMP, S_TECH2LAMP, S_TRACER, S_TRACER2, S_TRACER3, S_TRACEEXP1, S_TRACEEXP2, S_TRACEEXP3, S_TRACEEXP4, S_TRACEEXP5, S_TRACEEXP6, S_DISSOUL1, S_DISSOUL2, S_DISSOUL3, S_DISSOUL4, S_DISSOUL5, S_DISSOUL6, S_DISSOUL7, S_DISSOUL8, S_DISSOUL9, S_DBKEY1, S_DBKEY2, S_DBKEY3, S_DBKEY4, S_DBKEY5, S_DBKEY6, S_DBKEY7, S_DBKEY8, S_DBKEY9, S_DBKEY10, S_DBKEY11, S_DBKEY12, S_DBKEY13, S_DBKEY14, S_DBKEY15, S_DBKEY16, S_DBKEY17, S_DBKEY18, S_DBKEY19, S_IFOG, S_IFOG01, S_IFOG02, S_IFOG2, S_IFOG3, S_IFOG4, S_IFOG5, S_SMALL_WHITE_LIGHT, S_TEMPSOUNDORIGIN1, NUMSTATES } statenum_t; // Map objects. typedef enum { MT_NONE = -1, MT_FIRST = 0, MT_PLAYER = MT_FIRST, MT_EMARINEL, MT_EMARINEP, MT_EMARINES, MT_POSSESSED, MT_SHOTGUY, MT_TRACER, MT_SMOKE, MT_FATSO, MT_FATSHOT, MT_TROOP, MT_SERGEANT, MT_SHADOWS, MT_HEAD, MT_BRUISER, MT_BRUISERSHOT, MT_KNIGHT, MT_SKULL, MT_BABY, MT_CYBORG, MT_DCYBORG, MT_PAIN, MT_EMARINER, MT_BARREL, MT_TROOPSHOT, MT_HEADSHOT, MT_ROCKET, MT_CYBERROCKET, MT_PLASMA, MT_BFG, MT_ARACHPLAZ, MT_PUFF, MT_BLOOD, MT_TFOG, MT_IFOG, MT_TELEPORTMAN, MT_EXTRABFG, MT_MISC0, MT_MISC1, MT_MISC2, MT_MISC3, MT_MISC4, MT_MISC5, MT_MISC6, MT_MISC7, MT_MISC8, MT_MISC9, MT_MISC10, MT_MISC11, MT_MISC12, MT_INV, MT_MISC13, MT_INS, MT_MISC14, MT_MISC15, MT_MISC16, MT_MEGA, MT_CLIP, MT_MISC17, MT_MISC18, MT_MISC19, MT_MISC20, MT_MISC21, MT_MISC22, MT_MISC23, MT_MISC24, MT_MISC25, MT_CHAINGUN, MT_MISC26, MT_MISC27, MT_MISC28, MT_SHOTGUN, MT_SUPERSHOTGUN, MT_MISC29, MT_MISC30, MT_MISC31, MT_MISC32, MT_MISC33, MT_MISC34, MT_MISC35, MT_MISC36, MT_MISC40, MT_MISC41, MT_MISC42, MT_MISC43, MT_MISC44, MT_MISC45, MT_MISC46, MT_MISC47, MT_MISC48, MT_MISC49, MT_MISC50, MT_MISC51, MT_MISC52, MT_MISC53, MT_MISC54, MT_MISC55, MT_MISC56, MT_MISC57, MT_MISC58, MT_MISC59, MT_MISC60, MT_MISC68, MT_MISC69, MT_MISC70, MT_MISC71, MT_MISC72, MT_MISC73, MT_MISC74, MT_MISC75, MT_MISC76, MT_MISC78, MT_MISC79, MT_MISC80, MT_MISC81, MT_MISC82, MT_MISC83, MT_MISC84, MT_MISC85, MT_MISC86, MT_BRUISERSHOTRED, MT_NTROSHOT, MT_ROCKETPUFF, MT_LASERGUN, MT_LASERSHOT, MT_LASERDUST, MT_LPOWERUP1, MT_LPOWERUP2, MT_LPOWERUP3, MT_LASERSHOTWEAK, MT_BITCH, MT_BITCHBALL, MT_MOTHERPUFF, MT_DART, //LIST OF SPAWN THINGS - SAMUEL MT_TELEPORTSHOT, MT_TELEPORTCHAIN, MT_TELEPORTSSHOT, MT_TELEPORTROCKET, MT_TELEPORTPLASMA, MT_TELEPORTBFG, MT_TELEPORTMEDKIT, MT_TELEPORTSTIM, MT_TELEPORTARMOR1, MT_TELEPORTARMOR2, MT_TELEPORTLASER, MT_TELEPORTLKEY1, MT_TELEPORTLKEY2, MT_TELEPORTLKEY3, MT_TELEPORTMEGA, MT_TELEPORTSOUL, MT_TELEPORTBLUR, MT_TELEPORTINVUL, MT_TELEPORTBERSERK, MT_TELEPORTPOTION, MT_TELEPORTHELMET, MT_TELEPORTMAP, MT_TELEPORTLIGHT, MT_TELEPORTSUIT, MT_TELEPORTSHELL, MT_TELEPORTSBOX, MT_TELEPORTCLIP, MT_TELEPORTBULLETS, MT_TELEPORTRROCKET, MT_TELEPORTRBOX, MT_TELEPORTCELL, MT_TELEPORTCBOX, MT_TELEPORTBACKPACK, MT_TELEPORTPOSS, MT_TELEPORTSPOS, MT_TELEPORTTROOP, MT_TELEPORTNTROP, MT_TELEPORTSARG, MT_TELEPORTSARG2, MT_TELEPORTNSARG, MT_TELEPORTHEAD, MT_TELEPORTHEAD2, MT_TELEPORTLOSTSOUL, MT_TELEPORTPAIN, MT_TELEPORTFATSO, MT_TELEPORTBABY, MT_TELEPORTCYBORG, MT_TELEPORTBITCH, MT_TELEPORTKNIGHT, MT_TELEPORTBARON, MT_TELEPORTRKEY, MT_TELEPORTRKEY2, MT_TELEPORTBKEY, MT_TELEPORTBKEY2, MT_TELEPORTYKEY, MT_TELEPORTYKEY2, MT_NTROOP, MT_KABOOM, MT_LIGHTSOURCE, MT_TEMPSOUNDORIGIN, MT_FAKEKNIGHT, MT_FAKETROOP, MT_FAKESHADOWS, MT_FAKESKULL, MT_F_BRUISER, MT_TRACER6, MT_YELLOWFIREBALL, MT_BLUEFIREBALL, MT_REDFIREBALL, MT_YELLOWFIREBALL2, MT_BLUEFIREBALL2, MT_REDFIREBALL2, MT_FSHOTGUY, MT_FDEMON, MT_FPAIN, MT_DISSOUL, MT_DISBKEY, MT_FBABY, MT_FFATSO, NUMMOBJTYPES } mobjtype_t; // Text. typedef enum { TXT_PRESSKEY, TXT_PRESSYN, TXT_QUITMSG, TXT_LOADNET, TXT_QLOADNET, TXT_QSAVESPOT, TXT_SAVEDEAD, TXT_QSPROMPT, TXT_QLPROMPT, TXT_NEWGAME, TXT_MSGOFF, TXT_MSGON, TXT_NETEND, TXT_ENDGAME, TXT_GAMMALVL0, TXT_GAMMALVL1, TXT_GAMMALVL2, TXT_GAMMALVL3, TXT_GAMMALVL4, TXT_EMPTYSTRING, TXT_GOTARMOR, TXT_GOTMEGA, TXT_GOTHTHBONUS, TXT_GOTARMBONUS, TXT_GOTSTIM, TXT_GOTMEDINEED, TXT_GOTMEDIKIT, TXT_GOTSUPER, TXT_GOTBLUECARD, TXT_GOTYELWCARD, TXT_GOTREDCARD, TXT_GOTBLUESKUL, TXT_GOTYELWSKUL, TXT_GOTREDSKULL, TXT_GOTINVUL, TXT_GOTBERSERK, TXT_GOTINVIS, TXT_GOTSUIT, TXT_GOTMAP, TXT_GOTVISOR, TXT_GOTMSPHERE, TXT_GOTCLIP, TXT_GOTCLIPBOX, TXT_GOTROCKET, TXT_GOTROCKBOX, TXT_GOTCELL, TXT_GOTCELLBOX, TXT_GOTSHELLS, TXT_GOTSHELLBOX, TXT_GOTBACKPACK, TXT_GOTBFG9000, TXT_GOTCHAINGUN, TXT_GOTCHAINSAW, TXT_GOTLAUNCHER, TXT_GOTPLASMA, TXT_GOTSHOTGUN, TXT_GOTSHOTGUN2, TXT_GOTUNMAKER, TXT_NGOTUNMAKER, TXT_UNMAKERCHARGE, TXT_GOTPOWERUP1, TXT_NGOTPOWERUP1, TXT_GOTPOWERUP2, TXT_NGOTPOWERUP2, TXT_GOTPOWERUP3, TXT_NGOTPOWERUP3, TXT_PD_OPNPOWERUP, TXT_PD_BLUEO, TXT_PD_REDO, TXT_PD_YELLOWO, TXT_PD_BLUEK, TXT_PD_REDK, TXT_PD_YELLOWK, TXT_GGSAVED, TXT_HUSTR_MSGU, TXT_HUSTR_MAP01, TXT_HUSTR_MAP02, TXT_HUSTR_MAP03, TXT_HUSTR_MAP04, TXT_HUSTR_MAP05, TXT_HUSTR_MAP06, TXT_HUSTR_MAP07, TXT_HUSTR_MAP08, TXT_HUSTR_MAP09, TXT_HUSTR_MAP10, TXT_HUSTR_MAP11, TXT_HUSTR_MAP12, TXT_HUSTR_MAP13, TXT_HUSTR_MAP14, TXT_HUSTR_MAP15, TXT_HUSTR_MAP16, TXT_HUSTR_MAP17, TXT_HUSTR_MAP18, TXT_HUSTR_MAP19, TXT_HUSTR_MAP20, TXT_HUSTR_MAP21, TXT_HUSTR_MAP22, TXT_HUSTR_MAP23, TXT_HUSTR_MAP24, TXT_HUSTR_MAP25, TXT_HUSTR_MAP26, TXT_HUSTR_MAP27, TXT_HUSTR_MAP28, TXT_HUSTR_MAP29, TXT_HUSTR_MAP30, TXT_HUSTR_MAP31, TXT_HUSTR_MAP32, TXT_HUSTR_MAP33, TXT_HUSTR_CHATMACRO0, TXT_HUSTR_CHATMACRO1, TXT_HUSTR_CHATMACRO2, TXT_HUSTR_CHATMACRO3, TXT_HUSTR_CHATMACRO4, TXT_HUSTR_CHATMACRO5, TXT_HUSTR_CHATMACRO6, TXT_HUSTR_CHATMACRO7, TXT_HUSTR_CHATMACRO8, TXT_HUSTR_CHATMACRO9, TXT_HUSTR_TALKTOSELF1, TXT_HUSTR_TALKTOSELF2, TXT_HUSTR_TALKTOSELF3, TXT_HUSTR_TALKTOSELF4, TXT_HUSTR_TALKTOSELF5, TXT_HUSTR_MESSAGESENT, TXT_HUSTR_PLRGREEN, TXT_HUSTR_PLRINDIGO, TXT_HUSTR_PLRBROWN, TXT_HUSTR_PLRRED, TXT_AMSTR_FOLLOWON, TXT_AMSTR_FOLLOWOFF, TXT_AMSTR_GRIDON, TXT_AMSTR_GRIDOFF, TXT_AMSTR_MARKEDSPOT, TXT_AMSTR_MARKSCLEARED, TXT_STSTR_MUS, TXT_STSTR_NOMUS, TXT_STSTR_DQDON, TXT_STSTR_DQDOFF, TXT_STSTR_KFAADDED, TXT_STSTR_FAADDED, TXT_STSTR_NCON, TXT_STSTR_NCOFF, TXT_STSTR_BEHOLD, TXT_STSTR_BEHOLDX, TXT_STSTR_CHOPPERS, TXT_STSTR_CLEV, TXT_C1TEXT, TXT_C2TEXT, TXT_C3TEXT, TXT_C4TEXT, TXT_CC_ZOMBIE, TXT_CC_SHOTGUN, TXT_CC_IMP, TXT_CC_DEMON, TXT_CC_LOST, TXT_CC_CACO, TXT_CC_HELL, TXT_CC_BARON, TXT_CC_ARACH, TXT_CC_PAIN, TXT_CC_MANCU, TXT_CC_CYBER, TXT_CC_NTROOP, TXT_CC_BITCH, TXT_CC_HERO, TXT_QUITMESSAGE1, TXT_QUITMESSAGE2, TXT_QUITMESSAGE3, TXT_QUITMESSAGE4, TXT_QUITMESSAGE5, TXT_QUITMESSAGE6, TXT_QUITMESSAGE7, TXT_QUITMESSAGE8, TXT_QUITMESSAGE9, TXT_QUITMESSAGE10, TXT_QUITMESSAGE11, TXT_QUITMESSAGE12, TXT_QUITMESSAGE13, TXT_QUITMESSAGE14, TXT_QUITMESSAGE15, TXT_QUITMESSAGE16, TXT_QUITMESSAGE17, TXT_QUITMESSAGE18, TXT_QUITMESSAGE19, TXT_QUITMESSAGE20, TXT_QUITMESSAGE21, TXT_QUITMESSAGE22, TXT_JOINNET, TXT_SAVENET, TXT_CLNETLOAD, TXT_LOADMISSING, TXT_FINALEFLAT_C2, TXT_FINALEFLAT_C1, TXT_FINALEFLAT_C3, TXT_FINALEFLAT_C4, TXT_FINALEFLAT_C5, TXT_FINALEFLAT_C6, TXT_FINALEFLAT_C7, TXT_FINALEFLAT_C8, TXT_FINALEFLAT_C9, TXT_KILLMSG_SUICIDE, TXT_KILLMSG_WEAPON0, TXT_KILLMSG_PISTOL, TXT_KILLMSG_SHOTGUN, TXT_KILLMSG_CHAINGUN, TXT_KILLMSG_MISSILE, TXT_KILLMSG_PLASMA, TXT_KILLMSG_BFG, TXT_KILLMSG_CHAINSAW, TXT_KILLMSG_SUPERSHOTGUN, TXT_KILLMSG_UNMAKER, TXT_KILLMSG_STOMP, TXT_AMSTR_ROTATEON, TXT_AMSTR_ROTATEOFF, TXT_WEAPON1, TXT_WEAPON2, TXT_WEAPON3, TXT_WEAPON4, TXT_WEAPON5, TXT_WEAPON6, TXT_WEAPON7, TXT_WEAPON8, TXT_WEAPON9, TXT_WEAPON10, TXT_SKILL1, TXT_SKILL2, TXT_SKILL3, TXT_SKILL4, TXT_KEY1, TXT_KEY2, TXT_KEY3, TXT_KEY4, TXT_KEY5, TXT_KEY6, TXT_DEMONKEY1, TXT_DEMONKEY2, TXT_DEMONKEY3, TXT_SAVEOUTMAP, TXT_ENDNOGAME, TXT_SUICIDEOUTMAP, TXT_SUICIDEASK, TXT_PICKGAMETYPE, TXT_SINGLEPLAYER, TXT_MULTIPLAYER, TXT_NOTDESIGNEDFOR, TXT_GAMESETUP, TXT_PLAYERSETUP, TXT_DISCONNECT, TXT_DELETESAVEGAME_CONFIRM, TXT_REBORNLOAD_CONFIRM, NUMTEXT } textenum_t; // Sounds. typedef enum { SFX_NONE, SFX_PISTOL, SFX_SHOTGN, SFX_SGCOCK, SFX_DSHTGN, SFX_DBOPN, SFX_DBCLS, SFX_DBLOAD, SFX_PLASMA, SFX_BFG, SFX_SAWUP, SFX_SAWIDL, SFX_SAWFUL, SFX_SAWHIT, SFX_RLAUNC, SFX_RXPLOD, SFX_FIRSHT, SFX_FIRXPL, SFX_PSTART, SFX_PSTOP, SFX_DOROPN, SFX_DORCLS, SFX_STNMOV, SFX_SWTCHN, SFX_SWTCHX, SFX_PLPAIN, SFX_DMPAIN, SFX_POPAIN, SFX_VIPAIN, SFX_MNPAIN, SFX_PEPAIN, SFX_SLOP, SFX_ITEMUP, SFX_WPNUP, SFX_OOF, SFX_TELEPT, SFX_POSIT1, SFX_POSIT2, SFX_POSIT3, SFX_BGSIT1, SFX_BGSIT2, SFX_SGTSIT, SFX_CACSIT, SFX_BRSSIT, SFX_CYBSIT, SFX_BSPSIT, SFX_KNTSIT, SFX_VILSIT, SFX_MANSIT, SFX_PESIT, SFX_SKLATK, SFX_SGTATK, SFX_SKEPCH, SFX_VILATK, SFX_CLAW, SFX_SKESWG, SFX_PLDETH, SFX_PDIEHI, SFX_PODTH1, SFX_PODTH2, SFX_PODTH3, SFX_BGDTH1, SFX_BGDTH2, SFX_SGTDTH, SFX_CACDTH, SFX_SKLDTH, SFX_BRSDTH, SFX_CYBDTH, SFX_BSPDTH, SFX_VILDTH, SFX_KNTDTH, SFX_PEDTH, SFX_SKEDTH, SFX_POSACT, SFX_BGACT, SFX_DMACT, SFX_BSPACT, SFX_BSPWLK, SFX_VILACT, SFX_NOWAY, SFX_BAREXP, SFX_PUNCH, SFX_HOOF, SFX_MEAL, SFX_CHGUN, SFX_TINK, SFX_BDOPN, SFX_BDCLS, SFX_ITMBK, SFX_FLAME, SFX_FLAMST, SFX_GETPOW, SFX_MANATK, SFX_MANDTH, SFX_SSSIT, SFX_SSDTH, SFX_SKEACT, SFX_SKESIT, SFX_SKEATK, SFX_RADIO, // jd64 > SFX_PSIDL, SFX_LASER, SFX_MTHATK, SFX_MTHSIT, SFX_MTHPAI, SFX_MTHACT, SFX_MTHDTH, SFX_HTIME, // < D64TC SFX_SECRET, NUMSFX } sfxenum_t; /** * Music. * These ids are no longer used. All tracks are played by ident. typedef enum { MUS_NONE, MUS_RUNNIN, MUS_STALKS, MUS_COUNTD, MUS_BETWEE, MUS_DOOM, MUS_THE_DA, MUS_DDTBLU, MUS_DEAD, MUS_STLKS2, MUS_THEDA2, MUS_DOOM2, MUS_DDTBL2, MUS_RUNNI2, MUS_STLKS3, MUS_SHAWN2, MUS_COUNT2, MUS_DDTBL3, MUS_AMPIE, MUS_EVIL, MUS_READ_M, MUS_DM2TTL, MUS_DM2INT, NUMMUSIC } musicenum_t;*/ #endif doomsday-1.14.5/doomsday/plugins/doom64/include/d_player.h0000664000175000017500000001110212350542240022700 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_player.h: Player data structures. */ #ifndef __D_PLAYER_H__ #define __D_PLAYER_H__ #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif // The player data structure depends on a number of other structs: items // (internal inventory), animation states (closely tied to the sprites used // to represent them, unfortunately). #include "d_items.h" #include "p_pspr.h" // In addition, the player is just a special case of the generic moving // object/actor. #include "p_mobj.h" #include "g_controls.h" /** * Player states. */ typedef enum { PST_LIVE, // Playing or camping. PST_DEAD, // Dead on the ground, view follows killer. PST_REBORN // Ready to restart/respawn??? } playerstate_t; /** * Flags for cheats currently activated by player: */ #define CF_NOCLIP (1) // No clipping, walk through barriers. #define CF_GODMODE (2) // No damage, no health loss. #define CF_NOMOMENTUM (4) // Not really a cheat, just a debug aid. typedef struct player_s { ddplayer_t* plr; // Pointer to the engine's player data. playerstate_t playerState; playerclass_t class_; // player class type playerbrain_t brain; // This is only used between maps, mo->health is used during maps. int health; int armorPoints; // Armor type is 0-2. int armorType; // Power ups. invinc and invis are tic counters. int powers[NUM_POWER_TYPES]; dd_bool keys[NUM_KEY_TYPES]; dd_bool backpack; int frags[MAXPLAYERS]; weapontype_t readyWeapon; // Is wp_nochange if not changing. weapontype_t pendingWeapon; struct playerweapon_s { dd_bool owned; } weapons[NUM_WEAPON_TYPES]; struct playerammo_s { int owned; int max; } ammo[NUM_AMMO_TYPES]; // True if button down last tic. int attackDown; int useDown; // Bit flags, for cheats and debug. See cheat_t, above. int cheats; // Refired shots are less accurate. int refire; // For intermission stats. int killCount; int itemCount; int secretCount; // For screen flashing (red or bright). int damageCount; int bonusCount; // Who did damage (NULL for floors/ceilings). mobj_t* attacker; // Player skin colorshift, 0-3 for which color to draw player. int colorMap; // Overlay view sprites (gun, etc). pspdef_t pSprites[NUMPSPRITES]; // True if secret map has been done. dd_bool didSecret; int jumpTics; // The player can jump if this counter is zero. int airCounter; int rebornWait; // The player can be reborn if this counter is zero. dd_bool centering; // The player's view pitch is centering back to zero. int update, startSpot; float viewOffset[3]; // Relative to position of the player mobj. float viewZ; // Focal origin above r.z. float viewHeight; // Base height above floor for viewZ. float viewHeightDelta; float bob; // Bounded/scaled total momentum. // Target view to a mobj (NULL=disabled). mobj_t* viewLock; // $democam int lockFull; int flyHeight; #ifdef __cplusplus void write(Writer *writer, struct playerheader_s &plrHdr) const; void read(Reader *reader, struct playerheader_s &plrHdr); #endif } player_t; #endif doomsday-1.14.5/doomsday/plugins/doom64/include/m_cheat.h0000664000175000017500000000202212350542240022502 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef M_CHEAT_H #define M_CHEAT_H #ifndef __JDOOM64__ # error "Using jDoom64 headers without __JDOOM64__" #endif #endif /* M_CHEAT_H */ doomsday-1.14.5/doomsday/plugins/doom64/res/0000775000175000017500000000000012350542240020103 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/res/doom64.rc0000664000175000017500000001017512350542240021545 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2010 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""jdoom64.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_DESC ""\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright "" PLUGIN_COPYRIGHT ""\0""\r\n" " VALUE ""OriginalFilename"", ""doom64.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif /** * Icons: * Icon with lowest ID value placed first to ensure application icon * remains consistent on all systems. */ IDI_GAME_ICON ICON DISCARDABLE "jdoom64.ico" #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_DESC "\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright " PLUGIN_COPYRIGHT "\0" VALUE "OriginalFilename", "doom64.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/doom64/res/.gitignore0000664000175000017500000000000612350542240022067 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/doom64/res/jdoom64.dll.manifest0000664000175000017500000000062312350542240023670 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/doom64/res/jdoom64.ico0000664000175000017500000001163612350542240022070 0ustar jaakkojaakko&((&P`  X@@0 X@X@X@X@ 8(8(@0H8@0 X@pXpXpXX@ X@X@X@X@ pXpXpXX@pXpXX@ hpXpXX@@0X@X@pX( 8(X@X@8(pXX@X@@0H8H8X@X@8(@0X@( X@@0( X@X@H8H8H8H8X@@0  @0X@H8H8@0H8@0( @0 8(8(@0@0H8@0 ( H88(pX@0@0pX8((  ( 8(8(@0@0H8( X@@0@08(pXpX@0H88(H8H8@0@08(8(( 8(@0@0H8X@X@@08(8(@0@0X@X@H8@0@08(( @0@0H8X@pXxX@X@xpXX@H8@0@0( (  @0H8H8xxH8H8xx@0H8@0 ( @0X@xx8(H8@08(xxX@ (   8(@0pXx@08(8(@0xpX@0  8(H8(  ( ( ( H88(   ( 8(@0 H8pX pX@0@08(( 8( 8(@0( ( @08(8((  8( 8(@0 8(8(8(   ( ( ( 8(( (    (   ( (      8( 8( 8(8(    8(   8( 8(  8(  ( (   ( (   <xx <<<<<<<|||||<<Ü?doomsday-1.14.5/doomsday/plugins/doom64/res/resource.h0000664000175000017500000000066712350542240022114 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by jdoom64.rc // #define IDI_GAME_ICON 101 // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/doom64/data/0000775000175000017500000000000012350542240020223 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom64/data/conhelp.txt0000664000175000017500000005116512350542240022424 0ustar jaakkojaakko# # CONSOLE COMMANDS - JDOOM64 SPECFIC # [deletegamesave] desc = Deletes a game-save state. inf = Params: deletegamesave (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nA game save by name 'deletegamesave "running low on ammo"'\nLast game save in the "quick" slot, confirmed: 'deletegamesave quick confirm' [setcolor] desc = Set player color. inf = Params: setcolor (playernum)\nFor example, 'setcolor 4'. [setmap] desc = Set map. inf = Params: setmap (episode) (map)\nFor example, 'setmap 1 7'. [setclass] desc = Set player class. [startcycle] desc = Begin map rotation. [endcycle] desc = End map rotation. [endgame] desc = End the game. [helpscreen] desc = Show the Help screens. [loadgame] desc = Load a game-save or open the load menu. inf = Params: loadgame (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nOpen load menu: 'loadgame'\nLoading named game: 'loadgame "running low on ammo"'\nLoading current "quick" slot, confirmed: 'loadgame quick confirm'\nLoading slot #0: 'loadgame 0' [listmaps] desc = List all loaded maps. [menu] desc = Open/Close the menu. [menuup] desc = Move the menu cursor up. [menudown] desc = Move the menu cursor down. [menuleft] desc = Move the menu cursor left. [menuright] desc = Move the menu cursor right. [menuselect] desc = Select/Accept the current menu item. [menuback] desc = Return to the previous menu page. [messageyes] desc = Respond - YES to the message promt. [messageno] desc = Respond - NO to the message promt. [messagecancel] desc = Respond - CANCEL to the message promt. [quicksave] desc = Quicksave the game. [quickload] desc = Load the quicksaved game. [savegame] desc = Create a new game-save or open the save menu. inf = Params: savegame (game-save-name||save-slot-num) (new game-save-name) (confirm)\nKeywords: last, quick\nExamples:\nOpen save menu: 'savegame'\nSaving to current "quick" slot: 'savegame quick "running low on ammo"'\nSaving to slot #0: 'savegame 0 "running low on ammo"' [togglegamma] desc = Cycle gamma correction levels. [spy] desc = Spy mode: cycle player views in co-op. [screenshot] desc = Takes a screenshot. Saved to DOOM64nn.TGA. [pause] desc = Pause the game. [god] desc = God mode. [notarget] desc = Enemies will not target the player (cheat). [noclip] desc = No movement clipping (walk through walls). [warp] desc = Warp to another map. [reveal] desc = Map cheat. inf = Params: reveal (0-4)\nModes:\n 0=nothing\n 1=show unseen\n 2=full map\n 3=map+things [give] desc = Gives you weapons, ammo, power-ups, etc. [kill] desc = Kill all the monsters on the map [leavemap] desc = Leave the current map. [suicide] desc = Kill yourself. What did you think? [startinf] desc = Start an InFine script. inf = Params: startinf (script-id)\nFor example, 'startinf coolscript'. [stopinf] desc = Stop the currently playing interlude/finale. [stopfinale] desc = Stop the currently playing interlude/finale. [spawnmobj] desc = Spawn a new mobj. [coord] desc = Print the coordinates of the consoleplayer. [makelocp] desc = Make local player. inf = Params: makelocp (playernum)\nFor example, 'makelocp 1'. [makecam] desc = Toggle camera mode. inf = Params: makecam (playernum)\nFor example, 'makecam 1'. [setlock] desc = Set camera viewlock. [lockmode] desc = Set camera viewlock mode. inf = Params: lockmode (0-1). [movefloor] desc = Move a sector's floor plane. [moveceil] desc = Move a sector's ceiling plane. [movesec] desc = Move a sector's both planes. [chatcomplete] desc = Send the chat message and exit chat mode. [chatdelete] desc = Delete a character from the chat buffer. [chatcancel] desc = Exit chat mode without sending the message. [chatsendmacro] desc = Send a chat macro. [beginchat] desc = Begin chat mode. [message] desc = Show a local game message. inf = Params: message (msg)\nFor example, 'message "this is a message"'. # # CONSOLE VARIABLES - JDOOM64 SPECIFIC # [server-game-mapcycle] desc = Map rotation sequence. [server-game-mapcycle-noexit] desc = 1=Disable exit buttons during map rotation. [server-game-cheat] desc = 1=Allow cheating in multiplayer games (god, noclip, give). [menu-color-r] desc = Menu color red component. [menu-color-g] desc = Menu color green component. [menu-color-b] desc = Menu color blue component. [menu-colorb-r] desc = Menu color B red component. [menu-colorb-g] desc = Menu color B green component. [menu-colorb-b] desc = Menu color B blue component. [menu-cursor-rotate] desc = 1=Menu cursor rotates on items with a range of options. [menu-effect] desc = 3-bit bitfield. 0=Disable menu effects. 0x1= text type-in, 0x2= text shadow, 0x4= text glitter. [menu-flash-r] desc = Menu selection flash color, red component. [menu-flash-g] desc = Menu selection flash color, green component. [menu-flash-b] desc = Menu selection flash color, blue component. [menu-flash-speed] desc = Menu selection flash speed. [menu-glitter] desc = Strength of type-in glitter. [menu-fog] desc = Menu fog mode: 0=off, 1=shimmer, 2=black smoke, 3=blue vertical, 4=grey smoke, 5=dimmed. [menu-hotkeys] desc = 1=Enable hotkey navigation in the menu. [menu-stretch] desc = Menu stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [menu-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [menu-quick-ask] desc = 1=Ask me to confirm when quick saving/loading. [menu-save-suggestname] desc = 1=Suggest an auto-generated name when selecting a save slot. [menu-scale] desc = Scaling for menus. [menu-shadow] desc = Menu text shadow darkness. [menu-slam] desc = 1=Slam the menu when opening. [xg-dev] desc = 1=Print XG debug messages. [view-cross-angle] desc = Rotation angle for the crosshair [0..1] (1=360 degrees). [view-cross-type] desc = The current crosshair. [view-cross-size] desc = Crosshair size: 1=Normal. [view-cross-vitality] desc = Color the crosshair according to how near you are to death. [view-cross-r] desc = Crosshair color red component. [view-cross-g] desc = Crosshair color green component. [view-cross-b] desc = Crosshair color blue component. [view-cross-a] desc = Crosshair color alpha component. [view-filter-strength] desc = Strength of view filter. [msg-show] desc = 1=Show messages. [msg-echo] desc = 1=Echo all messages to the console. [msg-count] desc = Number of HUD messages displayed at the same time. [msg-uptime] desc = Number of seconds to keep HUD messages on screen. [msg-scale] desc = Scaling factor for HUD messages. [msg-align] desc = Alignment of HUD messages. 0 = left, 1 = center, 2 = right. [msg-color-r] desc = Color of HUD messages red component. [msg-color-g] desc = Color of HUD messages green component. [msg-color-b] desc = Color of HUD messages blue component. [msg-blink] desc = HUD messages blink for this number of tics when printed. [game-save-confirm] desc = 1=Ask me to confirm when quick saving/loading. [game-save-confirm-loadonreborn] desc = 1=Ask me to confirm when loading a save on player reborn. (default: on). [game-save-last-loadonreborn] desc = 1=Load the last used save slot on player reborn. (default: off). [game-save-last-slot] desc = Last used save slot. -1=Not yet loaded/saved in this game session. [game-save-quick-slot] desc = Current "quick" save slot number. -1=None (default). [game-state] desc = Current game state. [game-state-map] desc = 1=Currently playing a map. [game-paused] desc = 1=Game paused. [game-skill] desc = Current skill level. [map-id] desc = Current map id. [map-name] desc = Current map name. [map-episode] desc = Current episode. [map-mission] desc = Current mission. [game-music] desc = Currently playing music (id). [map-music] desc = Music (id) for current map. [game-stats-kills] desc = Current number of kills. [game-stats-items] desc = Current number of items. [game-stats-secrets] desc = Current number of discovered secrets. [player-health] desc = Current health ammount. [player-armor] desc = Current armor ammount. [player-ammo-bullets] desc = Current number of bullets. [player-ammo-shells] desc = Current number of shells. [player-ammo-cells] desc = Current number of cells. [player-ammo-missiles] desc = Current number of missiles. [player-weapon-current] desc = Current weapon (id) [player-weapon-fist] desc = 1= Player has fist. [player-weapon-pistol] desc = 1= Player has pistol. [player-weapon-shotgun] desc = 1= Player has shotgun. [player-weapon-chaingun] desc = 1= Player has chaingun. [player-weapon-mlauncher] desc = 1= Player has missile launcher. [player-weapon-plasmarifle] desc = 1= Player has plasma rifle. [player-weapon-bfg] desc = 1= Player has BFG. [player-weapon-chainsaw] desc = 1= Player has chainsaw. [player-weapon-sshotgun] desc = 1= Player has super shotgun. [player-weapon-recoil] desc = 1= Weapon recoil active (shake/push-back). [player-key-blue] desc = 1= Player has blue keycard. [player-key-yellow] desc = 1= Player has yellow keycard. [player-key-red] desc = 1= Player has red keycard. [player-key-blueskull] desc = 1= Player has blue skullkey. [player-key-yellowskull] desc = 1= Player has yellow skullkey. [player-key-redskull] desc = 1= Player has red skullkey. [chat-beep] desc = 1= Play a beep sound when a new chat message arrives. [chat-macro0] desc = Chat macro 1. [chat-macro1] desc = Chat macro 2. [chat-macro2] desc = Chat macro 3. [chat-macro3] desc = Chat macro 4. [chat-macro4] desc = Chat macro 5. [chat-macro5] desc = Chat macro 6. [chat-macro6] desc = Chat macro 7. [chat-macro7] desc = Chat macro 8. [chat-macro8] desc = Chat macro 9. [chat-macro9] desc = Chat macro 10. [map-line-opacity] desc = Opacity of automap lines (default: .7). [map-line-width] desc = Scale factor for automap lines (default: 1.1). [map-babykeys] desc = 1=Show keys in automap (easy skill mode only). [map-background-r] desc = Automap background color, red component. [map-background-g] desc = Automap background color, green component. [map-background-b] desc = Automap background color, blue component. [hud-cheat-counter] desc = 6-bit bitfield. Show kills, items and secret counters. [hud-cheat-counter-scale] desc = Size factor for the counters. [hud-cheat-counter-show-mapopen] desc = 1=Only show the cheat counters while the automap is open. [map-customcolors] desc = Custom automap coloring 0=Never, 1=Auto (enabled if unchanged), 2=Always. [map-door-colors] desc = 1=Show door colors in automap. [map-door-glow] desc = Door glow thickness in the automap (with map-door-colors). [map-huddisplay] desc = 0=No HUD when in the automap 1=Current HUD display shown when in the automap 2=Always show Status Bar when in the automap [map-mobj-r] desc = Automap mobjs, red component. [map-mobj-g] desc = Automap mobjs, green component. [map-mobj-b] desc = Automap mobjs, blue component. [map-opacity] desc = Opacity of the automap. [map-open-timer] desc = Time taken to open/close the automap, in seconds. [map-pan-speed] desc = Pan speed multiplier in the automap. [map-pan-resetonopen] desc = 1= Reset automap pan location when opening the automap. [map-rotate] desc = 1=Automap turns with player, up=forward. [map-wall-r] desc = Automap walls, red component. [map-wall-g] desc = Automap walls, green component. [map-wall-b] desc = Automap walls, blue component. [map-wall-ceilingchange-r] desc = Automap ceiling height difference lines, red component. [map-wall-ceilingchange-g] desc = Automap ceiling height difference lines, green component. [map-wall-ceilingchange-b] desc = Automap ceiling height difference lines, blue component. [map-wall-floorchange-r] desc = Automap floor height difference lines, red component. [map-wall-floorchange-g] desc = Automap floor height difference lines, green component. [map-wall-floorchange-b] desc = Automap floor height difference lines, blue component. [map-wall-unseen-r] desc = Automap unseen areas, red component. [map-wall-unseen-g] desc = Automap unseen areas, green component. [map-wall-unseen-b] desc = Automap unseen areas, blue component. [map-zoom-speed] desc = Zoom in/out speed multiplier in the automap. [input-mouse-x-sensi] desc = Mouse X axis sensitivity. [input-mouse-y-sensi] desc = Mouse Y axis sensitivity. [input-joy-x] desc = X axis control: 0=None, 1=Move, 2=Turn, 3=Strafe, 4=Look. [input-joy-y] desc = Y axis control. [input-joy-z] desc = Z axis control. [input-joy-rx] desc = X rotational axis control. [input-joy-ry] desc = Y rotational axis control. [input-joy-rz] desc = Z rotational axis control. [input-joy-slider1] desc = First slider control. [input-joy-slider2] desc = Second slider control. [ctl-aim-noauto] desc = 1=Autoaiming disabled. [ctl-turn-speed] desc = The speed of turning left/right. [ctl-run] desc = 1=Always run. [ctl-look-speed] desc = The speed of looking up/down. [ctl-look-spring] desc = 1=Lookspring active. [ctl-look-pov] desc = 1=Look around using the POV hat. [ctl-look-joy] desc = 1=Joystick look active. [ctl-look-joy-inverse] desc = 1=Inverse joystick look Y axis. [ctl-look-joy-delta] desc = 1=Joystick values => look angle delta. [hud-scale] desc = Scaling for HUD info. [hud-status-size] desc = Status bar size (1-20). [hud-color-r] desc = HUD info color red component. [hud-color-g] desc = HUD info color green component. [hud-color-b] desc = HUD info color alpha component. [hud-color-a] desc = HUD info alpha value. [hud-icon-alpha] desc = HUD icon alpha value. [hud-status-alpha] desc = Status bar Alpha level. [hud-status-icon-a] desc = Status bar icons & counters Alpha level. [hud-face] desc = 1=Show Doom guy's face in HUD. [hud-health] desc = 1=Show health in HUD. [hud-armor] desc = 1=Show armor in HUD. [hud-ammo] desc = 1=Show ammo in HUD. [hud-keys] desc = 1=Show keys in HUD. [hud-power] desc = 1=Show power in HUD. [hud-frags] desc = 1=Show deathmatch frags in HUD. [hud-frags-all] desc = Debug: HUD shows all frags of all players. [hud-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [hud-timer] desc = Number of seconds before the hud auto-hides. [hud-unhide-damage] desc = 1=Unhide the HUD when player receives damaged. [hud-unhide-pickup-health] desc = 1=Unhide the HUD when player collects a health item. [hud-unhide-pickup-armor] desc = 1=Unhide the HUD when player collects an armor item. [hud-unhide-pickup-powerup] desc = 1=Unhide the HUD when player collects a powerup or item of equipment. [hud-unhide-pickup-weapon] desc = 1=Unhide the HUD when player collects a weapon. [hud-unhide-pickup-ammo] desc = 1=Unhide the HUD when player collects an ammo item. [hud-unhide-pickup-key] desc = 1=Unhide the HUD when player collects a key. [menu-quitsound] desc = 1=Play a sound when quitting the game. [view-size] desc = View window size (3-13). [hud-title] desc = 1=Show map title and author in the beginning. [hud-title-author-noiwad] desc = 1=Do not show map author if it is a map from an IWAD. [view-bob-height] desc = Scale for viewheight bobbing. [view-bob-weapon] desc = Scale for player weapon bobbing. [view-bob-weapon-switch-lower] desc = HUD weapon lowered during weapon switching. [server-game-announce-secret] desc = 1=Announce the discovery of secret areas. [server-game-skill] desc = Skill level in multiplayer games. [server-game-map] desc = Map to use in multiplayer games. [server-game-deathmatch] desc = Start multiplayers games as deathmatch. [server-game-mod-damage] desc = Enemy (mob) damage modifier, multiplayer (1..100). [server-game-mod-health] desc = Enemy (mob) health modifier, multiplayer (1..20). [server-game-mod-gravity] desc = World gravity modifier, multiplayer (-1..100). -1 = Map default. [server-game-nobfg] desc = 1=Disable BFG9000 in all netgames. [server-game-coop-nothing] desc = 1=Disable all multiplayer objects in co-op games. [server-game-coop-respawn-items] desc = 1=Respawn items in co-op games. [server-game-coop-noweapons] desc = 1=Disable multiplayer weapons during co-op games. [server-game-jump] desc = 1=Allow jumping in multiplayer games. [server-game-bfg-freeaim] desc = Allow free-aim with BFG in deathmatch. [server-game-nomonsters] desc = 1=No monsters. [server-game-respawn] desc = 1= -respawn was used. [server-game-respawn-monsters-nightmare] desc = 1=Monster respawning in Nightmare difficulty enabled. [server-game-radiusattack-nomaxz] desc = 1=ALL radius attacks are infinitely tall. [server-game-monster-meleeattack-nomaxz] desc = 1=Monster melee attacks are infinitely tall. [server-game-coop-nodamage] desc = 1=Disable player-player damage in co-op games. [server-game-noteamdamage] desc = 1=Disable team damage (player color = team). [server-game-deathmatch-killmsg] desc = 1=Announce frags in deathmatch. [player-color] desc = Player color: 0=green, 1=gray, 2=brown, 3=red. [player-eyeheight] desc = Player eye height. The original is 41. [player-move-speed] desc = Player movement speed modifier. [player-jump] desc = 1=Allow jumping. [player-jump-power] desc = Jump power (for all clients if this is the server). [player-air-movement] desc = Player movement speed while airborne. [player-autoswitch] desc = Change weapon automatically when picking one up. 1=If better 2=Always [player-autoswitch-notfiring] desc = 1=Disable automatic weapon switch if firing when picking one up. [player-autoswitch-ammo] desc = Change weapon automatically when picking up ammo. 1=If better 2=Always [player-autoswitch-berserk] desc = Change to fist automatically when picking up berserk pack [player-weapon-order0] desc = Weapon change order, slot 0. [player-weapon-order1] desc = Weapon change order, slot 1. [player-weapon-order2] desc = Weapon change order, slot 2. [player-weapon-order3] desc = Weapon change order, slot 3. [player-weapon-order4] desc = Weapon change order, slot 4. [player-weapon-order5] desc = Weapon change order, slot 5. [player-weapon-order6] desc = Weapon change order, slot 6. [player-weapon-order7] desc = Weapon change order, slot 7. [player-weapon-order8] desc = Weapon change order, slot 8. [player-weapon-cycle-sequential] desc = 1=Allow sequential weapon cycling whilst lowering. [player-weapon-nextmode] desc = 1=Use custom weapon order with Next/Previous weapon. [player-camera-noclip] desc = 1=Camera players have no movement clipping. [player-death-lookup] desc = 1=Look up when killed [game-maxskulls] desc = 1=Pain Elementals can't spawn Lost Souls if more than twenty exist (original behaviour). [game-skullsinwalls] desc = 1=Pain Elementals can spawn Lost Souls inside walls (disables DOOM bug fix). [game-anybossdeath666] desc = 1=The death of ANY boss monster triggers a 666 special (on applicable maps). [game-monsters-stuckindoors] desc = 1=Monsters can get stuck in doortracks (disables DOOM bug fix). [game-objects-gibcrushednonbleeders] desc = 1=Turn any crushed object into a pile of gibs (disables DOOM bug fix). [game-objects-hangoverledges] desc = 1=Only some objects can hang over tall ledges (enables DOOM bug fix). [game-objects-clipping] desc = 1=Use EXACTLY DOOM's clipping code (disables DOOM bug fix). [game-zombiescanexit] desc = 1=Zombie players can exit maps (disables DOOM bug fix). [game-player-wallrun-northonly] desc = 1=Players can only wallrun North (disables DOOM bug fix). [game-objects-falloff] desc = 1=Objects fall under their own weight (enables DOOM bug fix). [game-zclip] desc = 1=Allow mobjs to move under/over each other (enables DOOM bug fix). [game-corpse-sliding] desc = 1=Corpses slide down stairs and ledges (enables enhanced BOOM behaviour). [game-fastmonsters] desc = 1=Fast monsters in non-demo single player. [game-corpse-time] desc = Corpse vanish time in seconds, 0=disabled. [rend-dev-freeze-map] desc = 1=Stop updating the automap rendering lists. [inlude-stretch] desc = Intermission stretch-scaling strategy 0=Smart, 1=Never, 2=Always. 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CONFIG += dengplugin_libdeng2_full deng_noclient { CONFIG += libgui_headers_only } macx { CONFIG += lib_bundle QMAKE_BUNDLE_EXTENSION = .bundle } win32 { # Keep the version number out of the file name. TARGET_EXT = .dll } INCLUDEPATH += $$DENG_API_DIR !dengplugin_libdeng2_full { # The libdeng2 C wrapper can be used from all plugins. DEFINES += DENG_NO_QT DENG2_C_API_ONLY include(../dep_deng2_cwrapper.pri) } else: include(../dep_deng2.pri) include(../dep_deng1.pri) doomsday-1.14.5/doomsday/plugins/example/0000775000175000017500000000000012350542240017635 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/example/src/0000775000175000017500000000000012350542240020424 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/example/src/example.c0000664000175000017500000000634312350542240022231 0ustar jaakkojaakko/** @file example.c Example of Doomsday plugin which is called at startup. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include #include // libdeng2 C API #include "version.h" /* * We are using the public Con API for accessing the Console and the Plug API * for registing a plugin hook. The DENG_USING_API() macro makes a public API * available to be called within this source file. Place it in a common header * file to allow many source files to access the API. * * In addition to invoking this macro, you must also perform the API exchange * (see the bottom of this source file). */ DENG_USING_API(Con); DENG_USING_API(Plug); /** * This function will be called ASAP after Doomsday has completed startup. * In this example, the function has been declared static to highlight that * it isn't exported from the plugin. * * @return This operation should return non-zero if successful. */ static int ExampleHook(int hookType, int parm, void *data) { DENG_UNUSED(hookType); DENG_UNUSED(parm); DENG_UNUSED(data); App_Log(DE2_LOG_DEV, "ExampleHook: Hook successful!"); return true; } // Exported functions for interfacing with the engine ------------------------ /** * Declares the type of the plugin so the engine knows how to treat it. Called * during plugin loading, before DP_Initialize(). */ DENG_EXTERN_C char const *deng_LibraryType(void) { return "deng-plugin/generic"; } /** * This function is called automatically when the plugin is loaded. We let the * engine know what we'd like to do. */ DENG_EXTERN_C void DP_Initialize(void) { Plug_AddHook(HOOK_STARTUP, ExampleHook); } /* * Public APIs that are being used in this plugin. Each API that is used in the * plugin must be declared once; while you can invoke DENG_USING_API() many * times, DENG_DECLARE_API() can only be invoked once in the plugin. * * See engine/api/apis.h and the api_* headers for a list of all the available * public APIs. */ DENG_DECLARE_API(Con); DENG_DECLARE_API(Plug); /* * The API exchange will guarantee that we get the correct version of each API. * In this case, we are using the latest version of the Console API * (DE_API_CONSOLE). * * The macro will define a function called "deng_API". It is exported so the * engine can call it during plugin loading (on Windows, see "example.def"). */ DENG_API_EXCHANGE( DENG_GET_API(DE_API_CONSOLE, Con); DENG_GET_API(DE_API_PLUGIN, Plug); ) doomsday-1.14.5/doomsday/plugins/example/include/0000775000175000017500000000000012350542240021260 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/example/include/version.h0000664000175000017500000000402512350542240023117 0ustar jaakkojaakko/** @file version.h Version info for the Example Plugin. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef EXAMPLE_PLUGIN_VERSION_H #define EXAMPLE_PLUGIN_VERSION_H #include "api_plugin.h" #ifndef EXAMPLE_PLUGIN_VER_ID # ifdef _DEBUG # define EXAMPLE_PLUGIN_VER_ID "+D Doomsday" # else # define EXAMPLE_PLUGIN_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAMETEXT "exampleplugin" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "Example Plugin" #define PLUGIN_NICEAUTHOR "Deng Team" #define PLUGIN_DETAILS "Example of a basic Doomsday plugin which outputs a log message during startup." #define PLUGIN_HOMEURL DOOMSDAY_HOMEURL #define PLUGIN_DOCSURL DOOMSDAY_DOCSURL #define PLUGIN_VERSION_TEXT "1.2.0" #define PLUGIN_VERSION_TEXTLONG "Version" PLUGIN_VERSION_TEXT " " __DATE__ " (" EXAMPLE_PLUGIN_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,2,0,0 // For WIN32 version info. // For WIN32 version info: #define PLUGIN_DESC PLUGIN_NICENAME " " LIBDENG_PLUGINDESC #define PLUGIN_COPYRIGHT "2003-2013, " DENGPROJECT_NICEAUTHOR #endif /* EXAMPLE_PLUGIN_VERSION_H */ doomsday-1.14.5/doomsday/plugins/example/res/0000775000175000017500000000000012350542240020426 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/example/res/dpExample.dll.manifest0000664000175000017500000000057512350542240024656 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/example/res/example.rc0000664000175000017500000000764212350542240022420 0ustar jaakkojaakko/** @file example.rc Resource script for Windows. * @authors Copyright 2013 Jaakko Kernen * @authors Copyright 2008-2011 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dpexample.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_DESC ""\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright "" PLUGIN_COPYRIGHT ""\0""\r\n" " VALUE ""OriginalFilename"", ""example.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_DESC "\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright " PLUGIN_COPYRIGHT "\0" VALUE "OriginalFilename", "example.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/example/res/resource.h0000664000175000017500000000061412350542240022427 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by dpexample.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/example/example.pro0000664000175000017500000000117612350542240022017 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2013 Jaakko Keränen include(../config_plugin.pri) TEMPLATE = lib TARGET = example VERSION = $$EXAMPLE_VERSION INCLUDEPATH += include HEADERS += \ include/version.h SOURCES += \ src/example.c win32 { RC_FILE = res/example.rc QMAKE_LFLAGS += /DEF:\"$$PWD/api/example.def\" OTHER_FILES += \ api/example.def \ doc/readme.txt \ doc/LICENSE \ $$RC_FILE } !macx { INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/example/api/0000775000175000017500000000000012350542240020406 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/example/api/example.def0000664000175000017500000000011712350542240022520 0ustar jaakkojaakkoLIBRARY EXAMPLE EXPORTS DP_Initialize deng_LibraryType deng_API doomsday-1.14.5/doomsday/plugins/example/doc/0000775000175000017500000000000012350542240020402 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/example/doc/readme.txt0000664000175000017500000000415412350542240022404 0ustar jaakkojaakko Doomsday Plugin Example ======================= by Daniel Swanson 28/02/2009 WHAT IS THIS? ------------------------------------------------------------------------ An ultra-light, stripped down example of a Doomsday plugin. OVERVIEW ------------------------------------------------------------------------ The Doomsday engine uses a hook-based plugin system. This system allows any number of plugins to hook themselves to a particular process, thus the possibility of providing extended functionality not present in the engine itself and/or access to the engine's public API for other means. Various plugins are developed alongside the Doomsday Engine itself (such as WadMapConverter and DehRead) and are distributed with it. The Doomsday API and its plugin system are public interfaces, making it possible to either completely replace existing plugins (for example, a new map loader plugin could allow loading of maps of a format not initially supported by Doomsday) or to provide extended functionality through entirely new plugins. DETAILS ------------------------------------------------------------------------ The Example Plugin is a bare bones example of the minimum requirements of a Doomsday plugin. As such, it is not particularly useful and does nothing other than output a message to Doomsday's console to signify that the hook has been called successfully. Doomsday will automatically load all plugins from the plugin directory, for instance: Under Windows: C:\Program Files\Doomsday\bin\plugins\example.dll During the load process, a plugin must register into the engine the hooks by which it should be called. This is done via the Doomsday public API function: Plug_AddHook(hookType, hookFunc) @hookType (int) The type of hook being attached to. Doomsday presents various hooks, defined in engine/api/api_plugin.h @hookFunc - (int(function)(int type, int param, void *data)) A pointer to the function to be called when the hook is processed. doomsday-1.14.5/doomsday/plugins/example/doc/LICENSE0000664000175000017500000003545112350542240021417 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/winmm/0000775000175000017500000000000012350542240017331 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/winmm/src/0000775000175000017500000000000012350542240020120 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/winmm/src/dswinmm.cpp0000664000175000017500000002653112350542240022311 0ustar jaakkojaakko/**\file dswinmm.cpp *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2008-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Music Driver for audio playback using Windows Multimedia (winmm). */ // HEADER FILES ------------------------------------------------------------ #include #include #include "dswinmm.h" #include "midistream.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- typedef struct mixerdata_s { dd_bool available; MIXERLINE line; MIXERLINECONTROLS controls; MIXERCONTROL volume; } mixerdata_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static dd_bool initedOk = false; static int verbose = 0; static int midiAvail = false; static WinMIDIStreamer* MIDIStreamer = NULL; static int initMixerOk = 0; static MMRESULT res; static HMIXER mixer = NULL; static mixerdata_t mixCD, mixMidi; static int origVol; // The original MIDI volume. static int origCDVol; // The original CD-DA volume. // CODE -------------------------------------------------------------------- int mixer4i(int device, int action, int control, int parm) { MIXERCONTROLDETAILS ctrlDetails; MIXERCONTROLDETAILS_UNSIGNED mcdUnsigned[2]; MIXERCONTROL *mctrl; MIXERLINE *mline; mixerdata_t *mix; int i; if(!initMixerOk) return MIX_ERROR; // This is quite specific at the moment. // Only allow setting the CD volume. if(device != MIX_CDAUDIO && device != MIX_MIDI) return MIX_ERROR; if(control != MIX_VOLUME) return MIX_ERROR; // Choose the mixer line. mix = (device == MIX_CDAUDIO ? &mixCD : &mixMidi); // Is the mixer line for the requested device available? if(!mix->available) return MIX_ERROR; mline = &mix->line; mctrl = &mix->volume; // Init the data structure. memset(&ctrlDetails, 0, sizeof(ctrlDetails)); ctrlDetails.cbStruct = sizeof(ctrlDetails); ctrlDetails.dwControlID = mctrl->dwControlID; ctrlDetails.cChannels = 1; //mline->cChannels; ctrlDetails.cbDetails = sizeof(mcdUnsigned); ctrlDetails.paDetails = &mcdUnsigned; switch(action) { case MIX_GET: res = mixerGetControlDetails((HMIXEROBJ) mixer, &ctrlDetails, MIXER_GETCONTROLDETAILSF_VALUE); if(res != MMSYSERR_NOERROR) return MIX_ERROR; // The bigger one is the real volume. i = mcdUnsigned[mcdUnsigned[0].dwValue > mcdUnsigned[1].dwValue ? 0 : 1].dwValue; // Return the value in range 0-255. return (255 * (i - mctrl->Bounds.dwMinimum)) / (mctrl->Bounds.dwMaximum - mctrl->Bounds.dwMinimum); case MIX_SET: // Clamp it. if(parm < 0) parm = 0; if(parm > 255) parm = 255; // Set both channels to the same volume (center balance). mcdUnsigned[0].dwValue = mcdUnsigned[1].dwValue = (parm * (mctrl->Bounds.dwMaximum - mctrl->Bounds.dwMinimum)) / 255 + mctrl->Bounds.dwMinimum; res = mixerSetControlDetails((HMIXEROBJ) mixer, &ctrlDetails, MIXER_SETCONTROLDETAILSF_VALUE); if(res != MMSYSERR_NOERROR) return MIX_ERROR; break; default: return MIX_ERROR; } return MIX_OK; } static int mixer3i(int device, int action, int control) { return mixer4i(device, action, control, 0); } static void initMixerLine(mixerdata_t* mix, DWORD type) { memset(mix, 0, sizeof(*mix)); mix->line.cbStruct = sizeof(mix->line); mix->line.dwComponentType = type; if((res = mixerGetLineInfo((HMIXEROBJ) mixer, &mix->line, MIXER_GETLINEINFOF_COMPONENTTYPE)) != MMSYSERR_NOERROR) { App_Log(DE2_AUDIO_ERROR, "[WinMM] Error getting line info: Error %i", res); return; } App_Log(DE2_DEV_AUDIO_MSG, " Destination line idx: %i", mix->line.dwDestination); App_Log(DE2_DEV_AUDIO_MSG, " Line ID: 0x%x", mix->line.dwLineID); App_Log(DE2_DEV_AUDIO_MSG, " Channels: %i", mix->line.cChannels); App_Log(DE2_DEV_AUDIO_MSG, " Controls: %i", mix->line.cControls); App_Log(DE2_AUDIO_MSG, " Line name: %s (%s)", mix->line.szName, mix->line.szShortName); mix->controls.cbStruct = sizeof(mix->controls); mix->controls.dwLineID = mix->line.dwLineID; mix->controls.dwControlType = MIXERCONTROL_CONTROLTYPE_VOLUME; mix->controls.cControls = 1; mix->controls.cbmxctrl = sizeof(mix->volume); mix->controls.pamxctrl = &mix->volume; if((res = mixerGetLineControls((HMIXEROBJ) mixer, &mix->controls, MIXER_GETLINECONTROLSF_ONEBYTYPE)) != MMSYSERR_NOERROR) { App_Log(DE2_AUDIO_ERROR, "[WinMM] Error getting line controls (vol): error %i", res); return; } App_Log(DE2_DEV_AUDIO_MSG, " Volume control ID: 0x%x", mix->volume.dwControlID); App_Log(DE2_AUDIO_MSG, " Volume name: %s (%s)", mix->volume.szName, mix->volume.szShortName); App_Log(DE2_DEV_AUDIO_MSG, " Min/Max: %i/%i", mix->volume.Bounds.dwMinimum, mix->volume.Bounds.dwMaximum); // This mixer line is now available. mix->available = true; } /** * A ridiculous amount of code to do something this simple. * But mixers are pretty abstract a subject, I guess... * (No, the API just sucks.) */ static int initMixer(void) { MIXERCAPS mixerCaps; int num = mixerGetNumDevs(); // Number of mixer devices. if(initMixerOk || CommandLine_Check("-nomixer")) return true; App_Log(DE2_AUDIO_VERBOSE, "[WinMM] Number of mixer devices: %i", num); // Open the mixer device. res = mixerOpen(&mixer, 0, 0, 0, MIXER_OBJECTF_MIXER); if(res != MMSYSERR_NOERROR) { App_Log(DE2_AUDIO_ERROR, "[WinMM] Error opening mixer: Error %i", res); return 0; } // Get the device caps. mixerGetDevCaps((UINT_PTR) mixer, &mixerCaps, sizeof(mixerCaps)); App_Log(DE2_AUDIO_MSG, "[WinMM] %s", mixerCaps.szPname); App_Log(DE2_AUDIO_VERBOSE, " Audio line destinations: %i", mixerCaps.cDestinations); // Init CD mixer. App_Log(DE2_AUDIO_VERBOSE, "Init CD audio line:"); initMixerLine(&mixCD, MIXERLINE_COMPONENTTYPE_SRC_COMPACTDISC); App_Log(DE2_AUDIO_VERBOSE, "Init synthesizer line:"); initMixerLine(&mixMidi, MIXERLINE_COMPONENTTYPE_SRC_SYNTHESIZER); // We're successful. initMixerOk = true; // Get the original mixer volume settings (restored at shutdown). origVol = mixer3i(MIX_MIDI, MIX_GET, MIX_VOLUME); origCDVol = mixer3i(MIX_CDAUDIO, MIX_GET, MIX_VOLUME); return true; } static void shutdownMixer(void) { if(!initMixerOk) return; // Can't uninitialize if not inited. // Restore the original mixer volumes, if possible. mixer4i(MIX_MIDI, MIX_SET, MIX_VOLUME, origVol); if(origCDVol != MIX_ERROR) mixer4i(MIX_CDAUDIO, MIX_SET, MIX_VOLUME, origCDVol); mixerClose(mixer); mixer = NULL; initMixerOk = false; } int DS_Init(void) { // Are we in verbose mode? verbose = CommandLine_Exists("-verbose"); initMixer(); initedOk = true; return true; } void DS_Shutdown(void) { if(!initedOk) return; // Wha? // In case the engine hasn't already done so, close open interfaces. DM_CDAudio_Shutdown(); DM_Music_Shutdown(); shutdownMixer(); initedOk = false; } /** * The Event function is called to tell the driver about certain critical * events like the beginning and end of an update cycle. */ void DS_Event(int /*type*/) { // Do nothing... } /** * @return @c true, if successful. */ int DM_Music_Init(void) { if(midiAvail) return true; // Already initialized. App_Log(DE2_AUDIO_NOTE, "[WinMM] %i MIDI-Out devices present", midiOutGetNumDevs()); MIDIStreamer = new WinMIDIStreamer; // Open the midi stream. if(!MIDIStreamer || !MIDIStreamer->OpenStream()) return false; // Double output volume? MIDIStreamer->volumeShift = CommandLine_Exists("-mdvol") ? 1 : 0; // Now the MIDI is available. App_Log(DE2_AUDIO_VERBOSE, "[WinMM] MIDI initialized"); return midiAvail = true; } void DM_Music_Shutdown(void) { if(midiAvail) { delete MIDIStreamer; MIDIStreamer = NULL; midiAvail = false; } } void DM_Music_Set(int prop, float value) { if(!midiAvail) return; switch(prop) { case MUSIP_VOLUME: { int val = MINMAX_OF(0, (byte) (value * 255 + .5f), 255); // Straighten the volume curve. val <<= 8; // Make it a word. val = (int) (255.9980469 * sqrt(value)); mixer4i(MIX_MIDI, MIX_SET, MIX_VOLUME, val); break; } default: break; } } int DM_Music_Get(int prop, void* ptr) { switch(prop) { case MUSIP_ID: if(ptr) { strcpy((char*) ptr, "WinMM::Mus"); return true; } break; case MUSIP_PLAYING: if(midiAvail && MIDIStreamer) return (MIDIStreamer->IsPlaying()? true : false); return false; default: break; } return false; } void DM_Music_Update(void) { // No need to do anything. The callback handles restarting. } void DM_Music_Stop(void) { if(midiAvail) { MIDIStreamer->Stop(); } } int DM_Music_Play(int looped) { if(midiAvail) { MIDIStreamer->Play(looped); return true; } return false; } void DM_Music_Pause(int setPause) { if(midiAvail) { MIDIStreamer->Pause(setPause); } } void* DM_Music_SongBuffer(unsigned int length) { if(midiAvail) { return MIDIStreamer->SongBuffer(length); } return NULL; } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ DENG_EXTERN_C const char* deng_LibraryType(void) { return "deng-plugin/audio"; } DENG_DECLARE_API(Con); DENG_API_EXCHANGE( DENG_GET_API(DE_API_CONSOLE, Con); ) doomsday-1.14.5/doomsday/plugins/winmm/src/midistream.cpp0000664000175000017500000003301212350542240022761 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2008 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * midistream.cpp: Plays MIDI streams via the winmm API. */ // HEADER FILES ------------------------------------------------------------ #include #include #include "midistream.h" // MACROS ------------------------------------------------------------------ #define MAX_BUFFER_LEN (65535) #define MAX_BUFFERS (8) #define BUFFER_ALLOC (4096) // Allocate in 4K chunks. // TYPES ------------------------------------------------------------------- typedef struct { char id[4]; // Identifier ("MUS" 0x1A). WORD scoreLen; WORD scoreStart; WORD channels; // Number of primary channels. WORD secondaryChannels; // Number of secondary channels. WORD instrCnt; WORD dummy; // The instrument list begins here. } musheader_t; typedef struct { unsigned char channel:4; unsigned char event:3; unsigned char last:1; } museventdesc_t; enum // MUS event types. { MUS_EV_RELEASE_NOTE, MUS_EV_PLAY_NOTE, MUS_EV_PITCH_WHEEL, MUS_EV_SYSTEM, // Valueless controller. MUS_EV_CONTROLLER, MUS_EV_FIVE, // ? MUS_EV_SCORE_END, MUS_EV_SEVEN // ? }; enum // MUS controllers. { MUS_CTRL_INSTRUMENT, MUS_CTRL_BANK, MUS_CTRL_MODULATION, MUS_CTRL_VOLUME, MUS_CTRL_PAN, MUS_CTRL_EXPRESSION, MUS_CTRL_REVERB, MUS_CTRL_CHORUS, MUS_CTRL_SUSTAIN_PEDAL, MUS_CTRL_SOFT_PEDAL, // The valueless controllers. MUS_CTRL_SOUNDS_OFF, MUS_CTRL_NOTES_OFF, MUS_CTRL_MONO, MUS_CTRL_POLY, MUS_CTRL_RESET_ALL, NUM_MUS_CTRLS }; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static const char ctrlMus2Midi[NUM_MUS_CTRLS] = { 0, // Not used. 0, // Bank select. 1, // Modulation. 7, // Volume. 10, // Pan. 11, // Expression. 91, // Reverb. 93, // Chorus. 64, // Sustain pedal. 67, // Soft pedal. // The valueless controllers: 120, // All sounds off. 123, // All notes off. 126, // Mono. 127, // Poly. 121 // Reset all controllers. }; // CODE -------------------------------------------------------------------- /** * WinMIDIStreamer - Constructor. */ WinMIDIStreamer::WinMIDIStreamer(void) { UINT i; midiStr = NULL; playing = 0; registered = FALSE; song = NULL; // Clear the MIDI buffers. memset(midiBuffers, 0, sizeof(midiBuffers)); // Init channel volumes. for(i = 0; i < 16; ++i) chanVols[i] = 64; } /** * WinMIDIStreamer - Destructor. */ WinMIDIStreamer::~WinMIDIStreamer(void) { CloseStream(); } int WinMIDIStreamer::OpenStream(void) { MMRESULT mmres; MIDIPROPTIMEDIV tdiv; devId = MIDI_MAPPER; if(MMSYSERR_NOERROR != (mmres = midiStreamOpen(&midiStr, &devId, 1, (DWORD_PTR) Callback, (DWORD_PTR) this, CALLBACK_FUNCTION))) { printf("WinMIDIStreamer::OpenStream: midiStreamOpen error %i.\n", mmres); return FALSE; } // Set stream time format, 140 ticks per quarter note. tdiv.cbStruct = sizeof(tdiv); tdiv.dwTimeDiv = 140; if(MMSYSERR_NOERROR != (mmres = midiStreamProperty(midiStr, (BYTE *) & tdiv, MIDIPROP_SET | MIDIPROP_TIMEDIV))) { printf("WinMIDIStreamer::OpenStream: time format! %i\n", mmres); return FALSE; } return TRUE; } void WinMIDIStreamer::CloseStream(void) { FreeSongBuffer(); if(midiStr) { Reset(); midiStreamClose(midiStr); } } /** * Reads the MUS data and produces the next corresponding MIDI event. * * @return @c false, when the score ends. */ int WinMIDIStreamer::GetNextEvent(MIDIEVENT* mev) { int i; museventdesc_t* evDesc; byte midiStatus, midiChan, midiParm1, midiParm2; mev->dwDeltaTime = readTime; readTime = 0; evDesc = (museventdesc_t *) readPos++; midiStatus = midiChan = midiParm1 = midiParm2 = 0; // Construct the MIDI event. switch(evDesc->event) { case MUS_EV_RELEASE_NOTE: midiStatus = 0x80; // Which note? midiParm1 = *readPos++; break; case MUS_EV_PLAY_NOTE: midiStatus = 0x90; // Which note? midiParm1 = *readPos++; // Is the volume there, too? if(midiParm1 & 0x80) chanVols[evDesc->channel] = *readPos++; midiParm1 &= 0x7f; if((i = chanVols[evDesc->channel] << volumeShift) > 127) i = 127; midiParm2 = i; /*#if _DEBUG App_Log(DE2_DEV_AUDIO_XVERBOSE, "time: %i note: p1:%i p2:%i", mev->dwDeltaTime, midiParm1, midiParm2); #endif*/ break; case MUS_EV_CONTROLLER: midiStatus = 0xb0; midiParm1 = *readPos++; midiParm2 = *readPos++; // The instrument control is mapped to another kind of MIDI event. if(midiParm1 == MUS_CTRL_INSTRUMENT) { midiStatus = 0xc0; midiParm1 = midiParm2; midiParm2 = 0; } else { // Use the conversion table. midiParm1 = ctrlMus2Midi[midiParm1]; } break; case MUS_EV_PITCH_WHEEL: /** * 2 bytes, 14 bit value. 0x2000 is the center. * First seven bits go to parm1, the rest to parm2. */ midiStatus = 0xe0; i = *readPos++ << 6; midiParm1 = i & 0x7f; midiParm2 = i >> 7; /*#if _DEBUG App_Log(DE2_DEV_AUDIO_XVERBOSE, "pitch wheel: ch %d (%x %x = %x)", evDesc->channel, midiParm1, midiParm2, midiParm1 | (midiParm2 << 7)); #endif*/ break; case MUS_EV_SYSTEM: midiStatus = 0xb0; midiParm1 = ctrlMus2Midi[*readPos++]; break; default: case MUS_EV_SCORE_END: // We're done. return FALSE; } // Choose the channel. midiChan = evDesc->channel; // Redirect MUS channel 16 to MIDI channel 10 (percussion). if(midiChan == 15) midiChan = 9; else if(midiChan == 9) midiChan = 15; /*#if _DEBUG App_Log(DE2_DEV_AUDIO_XVERBOSE, "MIDI event/%d: %x %d %d", evDesc->channel, midiStatus, midiParm1,midiParm2); #endif*/ mev->dwEvent = (MEVT_SHORTMSG << 24) | midiChan | midiStatus | (midiParm1 << 8) | (midiParm2 << 16); // Check if this was the last event in a group. if(!evDesc->last) return TRUE; // Read the time delta. readTime = 0; do { midiParm1 = *readPos++; readTime = readTime * 128 + (midiParm1 & 0x7f); } while(midiParm1 & 0x80); return TRUE; } /** * Note that lpData changes during reallocation! * * @return @c false, if the allocation can't be done. */ int WinMIDIStreamer::ResizeWorkBuffer(LPMIDIHDR mh) { // Don't allocate too large buffers. if(mh->dwBufferLength + BUFFER_ALLOC > MAX_BUFFER_LEN) return FALSE; mh->dwBufferLength += BUFFER_ALLOC; mh->lpData = (LPSTR) realloc(mh->lpData, mh->dwBufferLength); // Allocation was successful. return TRUE; } void* WinMIDIStreamer::SongBuffer(size_t length) { FreeSongBuffer(); songSize = length; return song = malloc(length); } void WinMIDIStreamer::FreeSongBuffer(void) { DeregisterSong(); if(song) free(song); song = NULL; songSize = 0; } LPMIDIHDR WinMIDIStreamer::GetFreeBuffer(void) { int i; for(i = 0; i < MAX_BUFFERS; ++i) { LPMIDIHDR mh = &midiBuffers[i]; if(mh->dwUser == FALSE) { // Mark the header used. mh->dwUser = TRUE; // Allocate some memory for buffer. mh->dwBufferLength = BUFFER_ALLOC; mh->lpData = (LPSTR) malloc(mh->dwBufferLength); mh->dwBytesRecorded = 0; mh->dwFlags = 0; return mh; } } return NULL; } void WinMIDIStreamer::Play(int looped) { UINT i; // Do we need to prepare the MIDI data? if(!registered) { // The song is already loaded in the song buffer. DeregisterSong(); // Prepare the buffers. if(song) { LPMIDIHDR mh = GetFreeBuffer(); MIDIEVENT mev; DWORD* ptr; // First add the tempo. ptr = (DWORD *) mh->lpData; *ptr++ = 0; *ptr++ = 0; *ptr++ = (MEVT_TEMPO << 24) | 1000000; // One second. mh->dwBytesRecorded = 3 * sizeof(DWORD); // Start reading the events. readPos = (byte *) song + ((musheader_t*)song)->scoreStart; readTime = 0; while(GetNextEvent(&mev)) { // Is the buffer getting full? if(mh->dwBufferLength - mh->dwBytesRecorded < 3 * sizeof(DWORD)) { // Try to get more buffer. if(!ResizeWorkBuffer(mh)) { // Not possible, buffer size has reached the limit. // We need to start working on another one. midiOutPrepareHeader((HMIDIOUT) midiStr, mh, sizeof(*mh)); mh = GetFreeBuffer(); if(!mh) return; // Oops. } } // Add the event. ptr = (DWORD *) (mh->lpData + mh->dwBytesRecorded); *ptr++ = mev.dwDeltaTime; *ptr++ = 0; *ptr++ = mev.dwEvent; mh->dwBytesRecorded += 3 * sizeof(DWORD); } // Prepare the last buffer, too. midiOutPrepareHeader((HMIDIOUT) midiStr, mh, sizeof(*mh)); } // Now there is a registered song. registered = TRUE; } playing = true; Reset(); // Stream out all buffers. for(i = 0; i < MAX_BUFFERS; ++i) { if(midiBuffers[i].dwUser) { loopBuffer = &midiBuffers[i]; midiStreamOut(midiStr, &midiBuffers[i], sizeof(midiBuffers[i])); } } // If we aren't looping, don't bother. if(!looped) loopBuffer = NULL; // Start playing. midiStreamRestart(midiStr); } void WinMIDIStreamer::Pause(int setPause) { playing = !setPause; if(setPause) midiStreamPause(midiStr); else midiStreamRestart(midiStr); } void WinMIDIStreamer::Reset(void) { int i; midiStreamStop(midiStr); // Reset channel settings. for(i = 0; i <= 0xf; ++i) // All channels. { midiOutShortMsg((HMIDIOUT) midiStr, 0xe0 | i | 64 << 16); // Pitch bend. } midiOutReset((HMIDIOUT) midiStr); } void WinMIDIStreamer::Stop(void) { if(!playing) return; playing = false; loopBuffer = NULL; Reset(); } void WinMIDIStreamer::DeregisterSong(void) { int i; if(!registered) return; // First stop the song. Stop(); // This is the actual unregistration. for(i = 0; i < MAX_BUFFERS; ++i) { if(midiBuffers[i].dwUser) { LPMIDIHDR mh = &midiBuffers[i]; midiOutUnprepareHeader((HMIDIOUT) midiStr, mh, sizeof(*mh)); free(mh->lpData); // Clear for re-use. memset(mh, 0, sizeof(*mh)); } } registered = FALSE; } int WinMIDIStreamer::IsPlaying(void) { return playing; } void CALLBACK WinMIDIStreamer::Callback(HMIDIOUT /*hmo*/, UINT uMsg, DWORD_PTR dwInstance, DWORD dwParam1, DWORD /*dwParam2*/) { WinMIDIStreamer* me = (WinMIDIStreamer*) dwInstance; LPMIDIHDR mh; switch(uMsg) { case MOM_DONE: if(!me->playing) return; mh = (LPMIDIHDR) dwParam1; // This buffer has stopped. Is this the last buffer? // If so, check for looping. if(mh == me->loopBuffer) { // Play all buffers again. me->Play(true); } else { me->playing = false; } break; default: break; } } doomsday-1.14.5/doomsday/plugins/winmm/src/cdaudio.cpp0000664000175000017500000001155412350542240022242 0ustar jaakkojaakko/** @file cdaudio.cpp Compact Disc-Digital Audio (CD-DA) / "Redbook" playback. * * Uses the Windows API MCI interface. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "dswinmm.h" #include #include #include #include #define DEVICEID "mycd" static int cdInited = false; // Currently playing track info: static int cdCurrentTrack = 0; static dd_bool cdLooping; static double cdStartTime, cdPauseTime, cdTrackLength; /** * Execute an MCI command string. * * Returns @c true iff successful. */ static int sendMCICmd(char *returnInfo, int returnLength, char const *format, ...) { char buf[300]; va_list args; va_start(args, format); dd_vsnprintf(buf, sizeof(buf), format, args); va_end(args); if(MCIERROR error = mciSendStringA(buf, returnInfo, returnLength, NULL)) { mciGetErrorStringA(error, buf, 300); App_Log(DE2_AUDIO_ERROR, "[WinMM] CD playback error: %s", buf); return false; } return true; } /** * @return Length of the track in seconds. */ static int getTrackLength(int track) { char lenString[80]; if(!sendMCICmd(lenString, 80, "status " DEVICEID " length track %i", track)) return 0; int minutes, seconds; sscanf(lenString, "%i:%i", &minutes, &seconds); return minutes * 60 + seconds; } static int isPlaying() { char lenString[80]; if(!sendMCICmd(lenString, 80, "status " DEVICEID " mode wait")) return false; if(strcmp(lenString, "playing") == 0) return true; return false; } void DM_CDAudio_Set(int prop, float value) { if(!cdInited) return; switch(prop) { case MUSIP_VOLUME: { // Straighten the volume curve. int val = MINMAX_OF(0, int(value * 255 + .5f), 255); val <<= 8; // Make it a word. val = (int) (255.9980469 * sqrt(value)); mixer4i(MIX_CDAUDIO, MIX_SET, MIX_VOLUME, val); break; } default: break; } } int DM_CDAudio_Get(int prop, void *ptr) { if(!cdInited) return false; switch(prop) { case MUSIP_ID: if(ptr) { strcpy((char*) ptr, "WinMM::CD"); return true; } break; case MUSIP_PLAYING: return (cdInited && isPlaying()? true : false); default: break; } return false; } int DM_CDAudio_Init() { if(cdInited) return true; if(!sendMCICmd(0, 0, "open cdaudio alias " DEVICEID)) return false; if(!sendMCICmd(0, 0, "set " DEVICEID " time format tmsf")) return false; cdCurrentTrack = 0; cdLooping = false; cdStartTime = cdPauseTime = cdTrackLength = 0; // Successful initialization. return cdInited = true; } void DM_CDAudio_Shutdown() { if(!cdInited) return; DM_CDAudio_Stop(); sendMCICmd(0, 0, "close " DEVICEID); cdInited = false; } void DM_CDAudio_Update() { if(!cdInited) return; // Check for looping. if(cdCurrentTrack && cdLooping && Timer_Seconds() - cdStartTime > cdTrackLength) { // Restart the track. DM_CDAudio_Play(cdCurrentTrack, true); } } int DM_CDAudio_Play(int track, int looped) { if(!cdInited) return false; // Get the length of the track. int len = getTrackLength(track); cdTrackLength = len; if(!len) return false; // Hmm?! // Play it! if(!sendMCICmd(0, 0, "play " DEVICEID " from %i to %i", track, MCI_MAKE_TMSF(track, 0, len, 0))) return false; // Success! cdLooping = (looped? true:false); cdStartTime = Timer_Seconds(); return cdCurrentTrack = track; } void DM_CDAudio_Pause(int pause) { if(!cdInited) return; sendMCICmd(0, 0, "%s " DEVICEID, pause ? "pause" : "play"); if(pause) { cdPauseTime = Timer_Seconds(); } else { cdStartTime += Timer_Seconds() - cdPauseTime; } } void DM_CDAudio_Stop() { if(!cdInited || !cdCurrentTrack) return; cdCurrentTrack = 0; sendMCICmd(0, 0, "stop " DEVICEID); } doomsday-1.14.5/doomsday/plugins/winmm/include/0000775000175000017500000000000012350542240020754 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/winmm/include/midistream.h0000664000175000017500000000455012350542240023267 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2007-2008 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * midistream.h: Plays MIDI streams via the winmm API. */ #ifndef __WIN_MIDISTREAMER_H__ #define __WIN_MIDISTREAMER_H__ #define WIN32_LEAN_AND_MEAN #if defined(_WIN32_WINNT) && _WIN32_WINNT < 0x0400 # undef _WIN32_WINNT #endif #ifndef _WIN32_WINNT # define _WIN32_WINNT 0x0400 #endif #include #include typedef unsigned char byte; class WinMIDIStreamer { public: WinMIDIStreamer(void); ~WinMIDIStreamer(void); int OpenStream(void); void* SongBuffer(size_t length); void FreeSongBuffer(void); void CloseStream(void); void Play(int looped); void Pause(int setPause); void Reset(void); void Stop(void); int IsPlaying(void); int volumeShift; protected: static void CALLBACK Callback(HMIDIOUT, UINT, DWORD_PTR, DWORD, DWORD); LPMIDIHDR GetFreeBuffer(void); int ResizeWorkBuffer(LPMIDIHDR mh); int GetNextEvent(MIDIEVENT* mev); void DeregisterSong(void); HMIDISTRM midiStr; UINT devId; int playing; // The song is playing/looping. byte chanVols[16]; // Last volume for each channel. void* song; size_t songSize; MIDIHDR midiBuffers[8]; LPMIDIHDR loopBuffer; int registered; byte* readPos; int readTime; // In ticks. }; #endif doomsday-1.14.5/doomsday/plugins/winmm/include/version.h0000664000175000017500000000336612350542240022622 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2009 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * version.h: Version numbering, naming etc. */ #ifndef __DSWINMM_VERSION_H__ #define __DSWINMM_VERSION_H__ #ifndef DSWINMM_VER_ID # ifdef _DEBUG # define DSWINMM_VER_ID "+D Doomsday" # else # define DSWINMM_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dswinmm" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "Windows Multimedia Audio Driver" #define PLUGIN_DETAILS "Doomsday plugin for audio playback via Windows Multimedia." #define PLUGIN_VERSION_TEXT "1.0.5" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" DSWINMM_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,0,5,0 // For WIN32 version info. #endif doomsday-1.14.5/doomsday/plugins/winmm/include/cdaudio.h0000664000175000017500000000332212350542240022535 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2008-2009 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * cdaudio.h: Plays CDAudio tracks via winmm API. */ #ifndef __WIN_CDAUDIO_H__ #define __WIN_CDAUDIO_H__ #define WIN32_LEAN_AND_MEAN #if defined(_WIN32_WINNT) && _WIN32_WINNT < 0x0400 # undef _WIN32_WINNT #endif #ifndef _WIN32_WINNT # define _WIN32_WINNT 0x0400 #endif #include #include typedef unsigned char byte; class WinCDAudio { public: WinCDAudio(); ~WinCDAudio(void); void Update(void); int Play(int track, int looped); void Pause(int pause); void Stop(void); private: int IsMediaPresent(void); int GetTrackLength(int track); protected: int isInited; // Currently playing track info: int currentTrack; int isLooping; double startTime, pauseTime, trackLength; }; #endif doomsday-1.14.5/doomsday/plugins/winmm/include/dswinmm.h0000664000175000017500000000531112350542240022603 0ustar jaakkojaakko/** @file dswinmm.h Windows Multimedia audio driver. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef __DSWINMM_H__ #define __DSWINMM_H__ #define WIN32_LEAN_AND_MEAN #include #include #include "doomsday.h" #include "api_audiod_mus.h" DENG_USING_API(Con); // Mixer return values. enum { MIX_ERROR = -1, MIX_OK }; // Mixer devices. enum { MIX_CDAUDIO, MIX_MIDI }; // Mixer actions. enum { MIX_GET, MIX_SET }; // Mixer controls. enum { MIX_VOLUME // 0-255 }; int mixer4i(int device, int action, int control, int parm); /// Public music interface ----------------------------------------------------- int DM_Music_Init(); void DM_Music_Shutdown(); void DM_Music_Reset(); void DM_Music_Update(); void DM_Music_Set(int prop, float value); int DM_Music_Get(int prop, void *ptr); void DM_Music_Pause(int pause); void DM_Music_Stop(); void *DM_Music_SongBuffer(unsigned int length); int DM_Music_Play(int looped); /// CD Audio interface --------------------------------------------------------- /** * Initialize the CDAudio-interface. */ int DM_CDAudio_Init(); /** * Shutdown the CDAudio-interface, we do nothing whilst offline. */ void DM_CDAudio_Shutdown(); /** * Do any necessary update tasks. Called every frame by the engine. */ void DM_CDAudio_Update(); /** * Assign the value of a CDAudio-interface property. */ void DM_CDAudio_Set(int prop, float value); /** * Retrieve the value of a CDAudio-interface property. */ int DM_CDAudio_Get(int prop, void *ptr); /** * Pauses playback of the currently playing audio track. */ void DM_CDAudio_Pause(int pause); /** * Stops playback of the currently playing audio track. */ void DM_CDAudio_Stop(); /** * Begin playback of a specifc audio track, possibly looped. */ int DM_CDAudio_Play(int track, int looped); #endif // __DSWINMM_H__ doomsday-1.14.5/doomsday/plugins/winmm/res/0000775000175000017500000000000012350542240020122 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/winmm/res/winmm.rc0000664000175000017500000001003212350542240021573 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2009 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * winmm.rc: dsWinMM.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dswinmm.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine audio plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dsWinMM.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine audio plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "dsWinMM.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/winmm/res/.gitignore0000664000175000017500000000000612350542240022106 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/winmm/res/dswinmm.dll.manifest0000664000175000017500000000062312350542240024103 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/winmm/res/resource.h0000664000175000017500000000061112350542240022120 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by winmm.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/winmm/api/0000775000175000017500000000000012350542240020102 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/winmm/api/dswinmm.def0000664000175000017500000000060612350542240022242 0ustar jaakkojaakkoLIBRARY AUDIO_WINMM ; All exports should be prefixed DS_. EXPORTS deng_LibraryType deng_API DS_Init DS_Shutdown DS_Event DM_Music_Init DM_Music_Update DM_Music_Set DM_Music_Get DM_Music_Pause DM_Music_Stop DM_Music_Play DM_Music_SongBuffer DM_CDAudio_Init DM_CDAudio_Update DM_CDAudio_Set DM_CDAudio_Get DM_CDAudio_Pause DM_CDAudio_Stop DM_CDAudio_Play doomsday-1.14.5/doomsday/plugins/winmm/winmm.pro0000664000175000017500000000132512350542240021203 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson include(../config_plugin.pri) !win32 { error(Windows Multimedia Mixing is only available on Windows.) } TEMPLATE = lib TARGET = audio_winmm VERSION = $$WINMM_VERSION INCLUDEPATH += include HEADERS += \ include/cdaudio.h \ include/dswinmm.h \ include/midistream.h \ include/version.h SOURCES += \ src/cdaudio.cpp \ src/dswinmm.cpp \ src/midistream.cpp RC_FILE = res/winmm.rc LIBS += -lwinmm QMAKE_LFLAGS += /DEF:\"$$PWD/api/dswinmm.def\" OTHER_FILES += api/dswinmm.def INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR doomsday-1.14.5/doomsday/plugins/winmm/doc/0000775000175000017500000000000012350542240020076 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/winmm/doc/LICENSE0000664000175000017500000003545112350542240021113 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/directsound/0000775000175000017500000000000012350542240020525 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/directsound/src/0000775000175000017500000000000012350542240021314 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/directsound/src/driver_directsound.cpp0000664000175000017500000010526612350542240025730 0ustar jaakkojaakko/**\file driver_directsound.cpp *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Win32 SFX driver for DirectSound, with EAX 2.0. * * Uses DirectSound 8.0 * Buffers created on Load. */ // HEADER FILES ------------------------------------------------------------ #define DIRECTSOUND_VERSION 0x0800 #define WIN32_LEAN_AND_MEAN #include #include #include #include #include #include #pragma warning (disable: 4035 4244) #include #include #include "doomsday.h" #include "api_audiod.h" #include "api_audiod_sfx.h" DENG_DECLARE_API(Base); DENG_DECLARE_API(Con); // MACROS ------------------------------------------------------------------ // DirectSound(3D)Buffer Pointer #define DSBUF(buf) ((LPDIRECTSOUNDBUFFER) buf->ptr) #define DSBUF3D(buf) ((LPDIRECTSOUND3DBUFFER8) buf->ptr3D) #define MAX_FAILED_PROPS (10) // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- extern "C" { int DS_Init(void); void DS_Shutdown(void); void DS_Event(int type); int DS_SFX_Init(void); sfxbuffer_t* DS_SFX_CreateBuffer(int flags, int bits, int rate); void DS_SFX_DestroyBuffer(sfxbuffer_t* buf); void DS_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample); void DS_SFX_Reset(sfxbuffer_t* buf); void DS_SFX_Play(sfxbuffer_t* buf); void DS_SFX_Stop(sfxbuffer_t* buf); void DS_SFX_Refresh(sfxbuffer_t* buf); void DS_SFX_Set(sfxbuffer_t* buf, int prop, float value); void DS_SFX_Setv(sfxbuffer_t* buf, int prop, float* values); void DS_SFX_Listener(int prop, float value); void DS_SFX_Listenerv(int prop, float* values); } // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- static void commitEAXDeferred(void); // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- static dd_bool initOk = false; static LPDIRECTSOUND8 dsound = NULL; static LPDIRECTSOUNDBUFFER primary = NULL; static LPDIRECTSOUND3DLISTENER8 dsListener = NULL; static LPKSPROPERTYSET propertySet = NULL; static dd_bool ignoreEAXErrors = false; static dd_bool canSetPSF = true; static DWORD failedProps[MAX_FAILED_PROPS]; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- static IDirectSoundBuffer8* createBuffer(DSBUFFERDESC* desc) { IDirectSoundBuffer* buf; IDirectSoundBuffer8* buf8; HRESULT hr; if(!desc) return NULL; // Try to create a secondary buffer with the requested properties. if(FAILED(hr = dsound->CreateSoundBuffer(desc, &buf, NULL))) return NULL; // Obtain the DirectSoundBuffer8 interface. if(FAILED (hr = buf->QueryInterface(IID_IDirectSoundBuffer8, (LPVOID*) &buf8))) buf8 = NULL; // Release the old interface, we don't need it. buf->Release(); return buf8; } static IDirectSound3DBuffer8* get3DBuffer(IDirectSoundBuffer8* buf8) { IDirectSound3DBuffer8* buf3d; HRESULT hr; if(!buf8) return NULL; // Query the 3D interface. if(FAILED(hr = buf8->QueryInterface(IID_IDirectSound3DBuffer8, (LPVOID*) &buf3d))) { App_Log(DE2_DEV_AUDIO_WARNING, "[DirectSound] get3DBuffer: Failed to get 3D interface (0x%x)", hr); buf3d = NULL; } return buf3d; } /** * Does the EAX implementation support getting/setting of a propertry. * * @param prop Property id (constant) to be checked. * @return @c true, if supported. */ static dd_bool queryEAXSupport(int prop) { #define EAXSUP (KSPROPERTY_SUPPORT_GET | KSPROPERTY_SUPPORT_SET) if(propertySet) { ULONG support = 0; propertySet->QuerySupport(DSPROPSETID_EAX_ListenerProperties, prop, &support); return (support & EAXSUP) == EAXSUP? true : false; } return false; #undef EAXSUP } /** * Init DirectSound, start playing the primary buffer. * * @return @c true, iff successful. */ int DS_Init(void) { #define NUMBUFFERS_HW_3D ((uint) dsoundCaps.dwFreeHw3DStreamingBuffers) #define NUMBUFFERS_HW_2D ((uint) dsoundCaps.dwFreeHwMixingStreamingBuffers) typedef struct eaxproperty_s { DSPROPERTY_EAX_LISTENERPROPERTY prop; char* name; } eaxproperty_t; static const eaxproperty_t eaxProps[] = { { DSPROPERTY_EAXLISTENER_ENVIRONMENT, "Environment" }, { DSPROPERTY_EAXLISTENER_ROOM, "Room" }, { DSPROPERTY_EAXLISTENER_ROOMHF, "Room HF" }, { DSPROPERTY_EAXLISTENER_DECAYTIME, "Decay time" }, { DSPROPERTY_EAXLISTENER_ROOMROLLOFFFACTOR, "Room roll-off factor" }, { DSPROPERTY_EAXLISTENER_NONE, NULL } // terminate. }; DSBUFFERDESC desc; DSCAPS dsoundCaps; HWND hWnd; HRESULT hr; //uint numHW3DBuffers = 0; dd_bool useEAX, eaxAvailable = false, primaryBuffer3D = false, primaryBufferHW = false; dd_bool haveInstance = false; if(dsound) return true; // Already initialized? App_Log(DE2_AUDIO_VERBOSE, "[DirectSound] Initializing Direct Sound..."); // Can we set the Primary Sound Format? canSetPSF = !CommandLine_Exists("-nopsf"); useEAX = !CommandLine_Exists("-noeax"); if(!(hWnd = (HWND) DD_GetVariable(DD_WINDOW_HANDLE))) { App_Log(DE2_AUDIO_ERROR, "[DirectSound] Cannot initialize DirectSound: " "main window unavailable"); return false; } // First try to create the DirectSound8 object with EAX support. hr = DSERR_GENERIC; if(useEAX) { if((hr = EAXDirectSoundCreate8(NULL, &dsound, NULL)) == DS_OK) { haveInstance = true; eaxAvailable = true; } else { App_Log(DE2_AUDIO_VERBOSE, "[DirectSound] EAX could not be initialized (0x%x)", hr); } } // Try plain old DS, then. if(!haveInstance) { if((hr = DirectSoundCreate8(NULL, &dsound, NULL)) == DS_OK) { haveInstance = true; } else { App_Log(DE2_AUDIO_ERROR, "[DirectSound] Failed to create the DS8 instance (0x%x)", hr); } } if(!haveInstance) { // Oh dear. Give up. return false; } // Set cooperative level. if((hr = dsound->SetCooperativeLevel(hWnd, DSSCL_PRIORITY)) != DS_OK) { App_Log(DE2_AUDIO_ERROR, "[DirectSound] Failed to set cooperative level (0x%x)", hr); return false; } // Lets query the device caps. dsoundCaps.dwSize = sizeof(dsoundCaps); if((hr = dsound->GetCaps(&dsoundCaps)) != DS_OK) { App_Log(DE2_AUDIO_ERROR, "[DirectSound] Failed querying device caps (0x%x)", hr); return false; } dsListener = NULL; if(NUMBUFFERS_HW_3D < 4) useEAX = false; ZeroMemory(&desc, sizeof(DSBUFFERDESC)); desc.dwSize = sizeof(DSBUFFERDESC); /** * Create the primary buffer. * We prioritize buffer creation as follows: * 3D hardware > 3D software > 2D hardware > 2D software. */ // First try for a 3D buffer, hardware or software. desc.dwFlags = DSBCAPS_PRIMARYBUFFER | DSBCAPS_CTRL3D | DSBCAPS_CTRLVOLUME; desc.dwFlags |= (NUMBUFFERS_HW_3D > 0? DSBCAPS_LOCHARDWARE : DSBCAPS_LOCSOFTWARE); hr = dsound->CreateSoundBuffer(&desc, &primary, NULL); if(hr != DS_OK && hr != DS_NO_VIRTUALIZATION) { // Not available. // Try for a 2D buffer. ZeroMemory(&desc, sizeof(DSBUFFERDESC)); desc.dwSize = sizeof(DSBUFFERDESC); desc.dwFlags = DSBCAPS_PRIMARYBUFFER | DSBCAPS_CTRLVOLUME; desc.dwFlags |= (NUMBUFFERS_HW_2D > 0? DSBCAPS_LOCHARDWARE : DSBCAPS_LOCSOFTWARE); if((hr = dsound->CreateSoundBuffer(&desc, &primary, NULL)) != DS_OK) { App_Log(DE2_AUDIO_ERROR, "[DirectSound] Failed creating primary (2D) buffer (0x%x)", hr); return false; } primaryBufferHW = (NUMBUFFERS_HW_2D > 0? true : false); } else { // 3D buffer available. primaryBuffer3D = true; primaryBufferHW = (NUMBUFFERS_HW_3D > 0? true : false); // Get the listener. if(FAILED(hr = primary->QueryInterface(IID_IDirectSound3DListener, (LPVOID*) &dsListener))) { App_Log(DE2_DEV_AUDIO_MSG, "[DirectSound] 3D listener not available (0x%x)", hr); } } // Start playing the primary buffer. if(primary) { // Supposedly can be a bit more efficient not to stop the // primary buffer when there are no secondary buffers playing. primary->Play(0, 0, DSBPLAY_LOOPING); } // Try to get the EAX listener property set. // Create a temporary secondary buffer for it. if(eaxAvailable && useEAX) { IDirectSoundBuffer8* dummy; IDirectSound3DBuffer8* dummy3d; DSBUFFERDESC desc; WAVEFORMATEX wave; // Clear the failed properties array. memset(failedProps, ~0, sizeof(failedProps)); propertySet = NULL; if(CommandLine_Exists("-eaxignore")) ignoreEAXErrors = true; // Configure the temporary buffer. ZeroMemory(&desc, sizeof(DSBUFFERDESC)); desc.dwSize = sizeof(DSBUFFERDESC); desc.dwBufferBytes = DSBSIZE_MIN; desc.dwFlags = DSBCAPS_STATIC | DSBCAPS_CTRL3D; desc.lpwfxFormat = &wave; ZeroMemory(&wave, sizeof(WAVEFORMATEX)); wave.wFormatTag = WAVE_FORMAT_PCM; wave.nChannels = 1; wave.nSamplesPerSec = 44100; wave.wBitsPerSample = 16; wave.nBlockAlign = 2; wave.nAvgBytesPerSec = 88200; // Create the temporary buffer. if(!(dummy = createBuffer(&desc))) return false; // Get the 3D interface. if(!(dummy3d = get3DBuffer(dummy))) return false; // Query the property set interface dummy3d->QueryInterface(IID_IKsPropertySet, (LPVOID*) &propertySet); if(propertySet) { size_t i = 0; dd_bool ok = true; while(ok && eaxProps[i].prop != DSPROPERTY_EAXLISTENER_NONE) { const eaxproperty_t* p = &eaxProps[i]; if(!queryEAXSupport(p->prop)) ok = false; else i++; } if(!ok) { useEAX = false; propertySet->Release(); propertySet = NULL; } } else { useEAX = false; App_Log(DE2_LOG_DEV | DE2_LOG_AUDIO | DE2_LOG_WARNING, "dsDirectSound::DS_Init: Failed retrieving property set."); } } // Announce capabilites: App_Log(DE2_LOG_AUDIO, "DirectSound configuration:"); App_Log(DE2_LOG_AUDIO, " Primary Buffer: %s (%s)", (primaryBuffer3D? "3D" : "2D"), (primaryBufferHW? "hardware" : "software")); App_Log(DE2_LOG_AUDIO, " Hardware Buffers: %i", (primaryBuffer3D? NUMBUFFERS_HW_3D : NUMBUFFERS_HW_2D)); LogBuffer_Printf(DE2_LOG_AUDIO, " DSP: %s", eaxAvailable? "EAX 2.0" : "None"); if(eaxAvailable) LogBuffer_Printf(DE2_LOG_AUDIO, " (%s)", useEAX? "enabled" : "disabled"); LogBuffer_Printf(DE2_LOG_AUDIO, "\n"); if(eaxAvailable) { App_Log(DE2_LOG_AUDIO, " EAX Listner Environment:"); for(size_t i = 0; eaxProps[i].prop != DSPROPERTY_EAXLISTENER_NONE; ++i) { const eaxproperty_t* p = &eaxProps[i]; App_Log(DE2_LOG_AUDIO, " %s: %s", p->name, queryEAXSupport(p->prop)? "Present" : "Not available"); } } // Success! App_Log(DE2_LOG_AUDIO | DE2_LOG_VERBOSE | DE2_LOG_DEV, "dsDirectSound::DS_Init: Initialization complete, OK."); return true; #undef NUMBUFFERS_HW_3D #undef NUMBUFFERS_HW_2D } /** * Shut everything down. */ void DS_Shutdown(void) { if(propertySet) propertySet->Release(); propertySet = NULL; if(dsListener) dsListener->Release(); dsListener = NULL; if(primary) primary->Release(); primary = NULL; if(dsound) dsound->Release(); dsound = NULL; } /** * The Event function is called to tell the driver about certain critical * events like the beginning and end of an update cycle. */ void DS_Event(int /*type*/) { // Do nothing... } int DS_SFX_Init(void) { return true; } /** * Called using Listener(). */ static void setPrimaryFormat(int bits, int rate) { WAVEFORMATEX wave; memset(&wave, 0, sizeof(wave)); wave.wFormatTag = WAVE_FORMAT_PCM; wave.nChannels = 2; wave.nSamplesPerSec = rate; wave.nBlockAlign = wave.nChannels * bits / 8; wave.nAvgBytesPerSec = wave.nSamplesPerSec * wave.nBlockAlign; wave.wBitsPerSample = bits; primary->SetFormat(&wave); } sfxbuffer_t* DS_SFX_CreateBuffer(int flags, int bits, int rate) { int i; WAVEFORMATEX format; DSBUFFERDESC desc; IDirectSoundBuffer8* buf_object8; IDirectSound3DBuffer8* buf_object3d = NULL; sfxbuffer_t* buf; // If we don't have the listener, the primary buffer doesn't have 3D // capabilities; don't create 3D buffers. DSound should provide software // emulation, though, so this is really only a contingency. if(!dsListener && flags & SFXBF_3D) return NULL; // Setup the buffer descriptor. memset(&desc, 0, sizeof(desc)); desc.dwSize = sizeof(desc); desc.dwFlags = DSBCAPS_CTRLFREQUENCY | DSBCAPS_CTRLVOLUME | DSBCAPS_STATIC | (flags & SFXBF_3D ? DSBCAPS_CTRL3D : DSBCAPS_CTRLPAN); // Calculate buffer size. Increase it to hit an 8 byte boundary. desc.dwBufferBytes = bits / 8 * rate / 2; // 500ms buffer. i = desc.dwBufferBytes % 8; if(i) desc.dwBufferBytes += 8 - i; desc.lpwfxFormat = &format; if(flags & SFXBF_3D) { // Control the selection with a Property! /*#pragma message(" DS_DSoundCreateBuffer: Reminder: Select sw-3D algo with a Property!") */ desc.guid3DAlgorithm = DS3DALG_HRTF_LIGHT; } // And the wave data format. format.wFormatTag = WAVE_FORMAT_PCM; format.nChannels = 1; format.nSamplesPerSec = rate; format.wBitsPerSample = bits; format.nBlockAlign = bits / 8; format.nAvgBytesPerSec = rate * bits / 8; format.cbSize = 0; buf_object8 = createBuffer(&desc); if(!buf_object8) { App_Log(DE2_AUDIO_WARNING, "[DirectSound] Failed to create buffer (rate:%i bits:%i)", rate, bits); return NULL; } // How about a 3D interface? if(flags & SFXBF_3D) { buf_object3d = get3DBuffer(buf_object8); if(!buf_object3d) { App_Log(DE2_AUDIO_WARNING,"[DirectSound] Failed to get a 3D interface for audio buffer"); buf_object8->Release(); return NULL; } } // Clear the buffer. buf = (sfxbuffer_t*) Z_Calloc(sizeof(*buf), PU_APPSTATIC, 0); buf->ptr = buf_object8; buf->ptr3D = buf_object3d; buf->bytes = bits / 8; buf->rate = rate; buf->flags = flags; buf->length = desc.dwBufferBytes; buf->freq = rate; // Modified by calls to Set(SFXBP_FREQUENCY). return buf; } void DS_SFX_DestroyBuffer(sfxbuffer_t* buf) { if(!buf) return; DSBUF(buf)->Release(); // Free the memory allocated for the buffer. Z_Free(buf); } /** * Prepare the buffer for playing a sample by filling the buffer with as * much sample data as fits. The pointer to sample is saved, so the caller * mustn't free it while the sample is loaded. */ void DS_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample) { void* data; DWORD lockedBytes, wroteBytes; HRESULT hr; if(!buf || !sample) return; // Try to lock the buffer. if(FAILED (hr = DSBUF(buf)->Lock(0, 0, &data, &lockedBytes, 0, 0, DSBLOCK_ENTIREBUFFER))) return; // Couldn't lock! // Write as much data as we can. wroteBytes = MIN_OF(lockedBytes, sample->size); memcpy(data, sample->data, wroteBytes); // Fill the rest with zeroes. if(wroteBytes < lockedBytes) { // Set the end marker since we already know it. buf->cursor = wroteBytes; memset((char *) data + wroteBytes, buf->bytes == 1 ? 128 : 0, lockedBytes - wroteBytes); } else { // The whole buffer was filled, thus leaving the cursor at // the beginning. buf->cursor = 0; } DSBUF(buf)->Unlock(data, lockedBytes, 0, 0); // Now the buffer is ready for playing. buf->sample = sample; buf->written = wroteBytes; buf->flags &= ~SFXBF_RELOAD; // Zero the play cursor. DSBUF(buf)->SetCurrentPosition(0); } /** * Stops the buffer and makes it forget about its sample. */ void DS_SFX_Reset(sfxbuffer_t* buf) { if(!buf) return; DS_SFX_Stop(buf); buf->sample = NULL; buf->flags &= ~SFXBF_RELOAD; } /** * @return Length of the buffer in milliseconds. */ static unsigned int getBufLength(sfxbuffer_t* buf) { if(!buf) return 0; return 1000 * buf->sample->numSamples / buf->freq; } void DS_SFX_Play(sfxbuffer_t* buf) { HRESULT hr; // Playing is quite impossible without a sample. if(!buf || !buf->sample) return; // Do we need to reload? if(buf->flags & SFXBF_RELOAD) DS_SFX_Load(buf, buf->sample); // The sound starts playing now? if(!(buf->flags & SFXBF_PLAYING)) { // Calculate the end time (milliseconds). buf->endTime = Timer_RealMilliseconds() + getBufLength(buf); } if(FAILED(hr = DSBUF(buf)->Play(0, 0, DSBPLAY_LOOPING))) return; // The buffer is now playing. buf->flags |= SFXBF_PLAYING; } void DS_SFX_Stop(sfxbuffer_t* buf) { if(!buf) return; DSBUF(buf)->Stop(); // Clear the flag that tells the Sfx module about playing buffers. buf->flags &= ~SFXBF_PLAYING; // If the sound is started again, it needs to be reloaded. buf->flags |= SFXBF_RELOAD; } /* static dd_bool InRange(uint pos, uint start, uint end) { if(end > start) { // This is the "normal" scenario: the write cursor is running // ahead of the play cursor. return (pos >= start && pos <= end); } // This is the "wrapping" scenario: the write cursor has wrapped // back to the beginning, with the play cursor left at the end // of the buffer. (The range is split in two.) return (pos >= start || pos <= end); } */ /** * Buffer streamer. Called by the Sfx refresh thread. * Copy sample data into the buffer, and if the sample has ended, stop * playing the buffer. If the buffer has been lost for some reason, restore * it. Don't do anything time-consuming... */ void DS_SFX_Refresh(sfxbuffer_t* buf) { DWORD play, bytes[2], dose, fill; void* data[2]; int writeBytes, i; float usedSec; unsigned int usedTime, nowTime; HRESULT hr; // Can only be done if there is a sample and the buffer is playing. if(!buf || !buf->sample || !(buf->flags & SFXBF_PLAYING)) return; nowTime = Timer_RealMilliseconds(); /** * Have we passed the predicted end of sample? * \note This test fails if the game has been running for about 50 days, * since the millisecond counter overflows. It only affects sounds that * are playing while the overflow happens, though. */ if(!(buf->flags & SFXBF_REPEAT) && nowTime >= buf->endTime) { // Time for the sound to stop. DS_SFX_Stop(buf); return; } // Slightly redundant... (used = now - start) usedTime = nowTime - (buf->endTime - getBufLength(buf)); // Approximate the current playing position (-0.1 sec for safety; we // don't want to overwrite stuff before it gets played). usedSec = usedTime / 1000.0f - 0.1f; if(usedSec <= 0) { // The update is a bit early; let's wait for the next one. return; } play = (int) (usedSec * buf->freq * buf->bytes) % buf->length; // How many bytes we must write (from buffer cursor up to play cursor). if(buf->cursor < play) writeBytes = play - buf->cursor; else // Play has looped back to the beginning. writeBytes = buf->length - buf->cursor + play; // Try to lock the region, restoring if failed. for(i = 0; i < 2; ++i) { if(FAILED (hr = DSBUF(buf)->Lock(buf->cursor, writeBytes, &data[0], &bytes[0], &data[1], &bytes[1], 0))) { if(hr == DSERR_BUFFERLOST) { DSBUF(buf)->Restore(); continue; } } break; } if(FAILED(hr)) return; // Give up. // Copy in two parts: as much sample data as we've got, and then zeros. for(i = 0; i < 2 && data[i]; ++i) { // The dose is limited to the number of bytes we can write to this // pointer and the number of bytes we've got left. dose = MIN_OF(bytes[i], buf->sample->size - buf->written); if(dose) { // Copy from the sample data and advance cursor & written. memcpy((byte *) data[i], (byte *) buf->sample->data + buf->written, dose); buf->written += dose; buf->cursor += dose; } if(dose < bytes[i]) { // Repeating samples just rewind the 'written' counter when the // end is reached. if(!(buf->flags & SFXBF_REPEAT)) { // The whole block was not filled. Write zeros in the rest. fill = bytes[i] - dose; // Filling an 8-bit sample with zeroes produces a nasty click. memset((byte *) data[i] + dose, buf->bytes == 1 ? 128 : 0, fill); buf->cursor += fill; } } // Wrap the cursor back to the beginning if needed. The wrap can // only happen after the first write, really (where the buffer // "breaks"). if(buf->cursor >= buf->length) buf->cursor -= buf->length; } // And we're done! Unlock and get out of here. DSBUF(buf)->Unlock(data[0], bytes[0], data[1], bytes[1]); // If the buffer is in repeat mode, go back to the beginning once the // end has been reached. if((buf->flags & SFXBF_REPEAT) && buf->written == buf->sample->size) buf->written = 0; } /** * Convert linear volume 0..1 to logarithmic -10000..0. */ static int volLinearToLog(float vol) { if(vol <= 0) return DSBVOLUME_MIN; if(vol >= 1) return DSBVOLUME_MAX; // Straighten the volume curve. return MINMAX_OF(DSBVOLUME_MIN, (int) (100 * 20 * log10(vol)), DSBVOLUME_MAX); } /** * Convert linear pan -1..1 to logarithmic -10000..10000. */ static int panLinearToLog(float pan) { if(pan >= 1) return DSBPAN_RIGHT; if(pan <= -1) return DSBPAN_LEFT; if(pan == 0) return 0; if(pan > 0) return (int) (-100 * 20 * log10(1 - pan)); return (int) (100 * 20 * log10(1 + pan)); } /** * SFXBP_VOLUME (if negative, interpreted as attenuation) * SFXBP_FREQUENCY * SFXBP_PAN (-1..1) * SFXBP_MIN_DISTANCE * SFXBP_MAX_DISTANCE * SFXBP_RELATIVE_MODE */ void DS_SFX_Set(sfxbuffer_t* buf, int prop, float value) { if(!buf) return; switch(prop) { default: #if _DEBUG Con_Error("dsDS9::DS_DSoundSet: Unknown prop %i.", prop); #endif break; case SFXBP_VOLUME: { LONG volume; if(value <= 0) // Use logarithmic attenuation. volume = (LONG) ((-1 - value) * 10000); else // Linear volume. volume = (LONG) volLinearToLog(value); DSBUF(buf)->SetVolume(volume); break; } case SFXBP_FREQUENCY: { unsigned int freq = (unsigned int) (buf->rate * value); // Don't set redundantly. if(freq != buf->freq) { buf->freq = freq; DSBUF(buf)->SetFrequency(freq); } break; } case SFXBP_PAN: DSBUF(buf)->SetPan(panLinearToLog(value)); break; case SFXBP_MIN_DISTANCE: if(!DSBUF3D(buf)) return; DSBUF3D(buf)->SetMinDistance(value, DS3D_DEFERRED); break; case SFXBP_MAX_DISTANCE: if(!DSBUF3D(buf)) return; DSBUF3D(buf)->SetMaxDistance(value, DS3D_DEFERRED); break; case SFXBP_RELATIVE_MODE: if(!DSBUF3D(buf)) return; DSBUF3D(buf)->SetMode(value? DS3DMODE_HEADRELATIVE : DS3DMODE_NORMAL, DS3D_DEFERRED); break; } } /** * Coordinates specified in world coordinate system, converted to DSound's: * +X to the right, +Y up and +Z away (Y and Z swapped, i.e.). * * @param prop SFXBP_POSITION * SFXBP_VELOCITY */ void DS_SFX_Setv(sfxbuffer_t* buf, int prop, float* values) { if(!buf || !values) return; if(!DSBUF3D(buf)) return; switch(prop) { default: #if _DEBUG Con_Error("dsDS9::DS_DSoundSetv: Unknown prop %i.", prop); #endif break; case SFXBP_POSITION: DSBUF3D(buf)->SetPosition(values[VX], values[VZ], values[VY], DS3D_DEFERRED); break; case SFXBP_VELOCITY: DSBUF3D(buf)->SetVelocity(values[VX], values[VZ], values[VY], DS3D_DEFERRED); break; } } /** * Parameters are in radians. * Example front vectors: * Yaw 0:(0,0,1), pi/2:(-1,0,0) */ static void listenerOrientation(float yaw, float pitch) { float front[3], up[3]; front[VX] = cos(yaw) * cos(pitch); front[VZ] = sin(yaw) * cos(pitch); front[VY] = sin(pitch); up[VX] = -cos(yaw) * sin(pitch); up[VZ] = -sin(yaw) * sin(pitch); up[VY] = cos(pitch); dsListener->SetOrientation(front[VX], front[VY], front[VZ], up[VX], up[VY], up[VZ], DS3D_DEFERRED); } /** * Set the property as 'failed'. No more errors are reported for it. */ static void setEAXFailed(DWORD prop) { int i; for(i = 0; i < MAX_FAILED_PROPS; ++i) if(failedProps[i] == ~0) { failedProps[i] = prop; break; } } /** * @return @c true, if the specified property has failed. */ static dd_bool hasEAXFailed(DWORD prop) { int i; for(i = 0; i < MAX_FAILED_PROPS; ++i) if(failedProps[i] == prop) return true; return false; } /** * @return @c true, if an EAX error should be reported. */ static dd_bool reportEAXError(DWORD prop, HRESULT hr) { if(ignoreEAXErrors) return false; if(hr != DSERR_UNSUPPORTED) return true; if(hasEAXFailed(prop)) return false; // Don't report again. setEAXFailed(prop); return true; // First time, do report. } static void setEAXdw(DWORD prop, int value) { HRESULT hr; if(FAILED (hr = propertySet->Set(DSPROPSETID_EAX_ListenerProperties, prop | DSPROPERTY_EAXLISTENER_DEFERRED, NULL, 0, &value, sizeof(DWORD)))) { if(reportEAXError(prop, hr)) App_Log(DE2_DEV_AUDIO_WARNING, "setEAXdw (prop:%i value:%i) failed. Result: %x", prop, value, hr); } } static void setEAXf(DWORD prop, float value) { HRESULT hr; if(FAILED (hr = propertySet->Set(DSPROPSETID_EAX_ListenerProperties, prop | DSPROPERTY_EAXLISTENER_DEFERRED, NULL, 0, &value, sizeof(float)))) { if(reportEAXError(prop, hr)) App_Log(DE2_DEV_AUDIO_WARNING,"setEAXf (prop:%i value:%f) failed. Result: %x", prop, value, hr); } } /** * Linear multiplication for a logarithmic property. */ static void mulEAXdw(DWORD prop, float mul) { DWORD retBytes; LONG value; HRESULT hr; if(FAILED (hr = propertySet->Get(DSPROPSETID_EAX_ListenerProperties, prop, NULL, 0, &value, sizeof(value), &retBytes))) { if(reportEAXError(prop, hr)) App_Log(DE2_DEV_AUDIO_WARNING, "mulEAXdw (prop:%i) get failed. Result: %x", prop, hr & 0xffff); } setEAXdw(prop, volLinearToLog(pow(10, value / 2000.0f) * mul)); } /** * Linear multiplication for a linear property. */ static void mulEAXf(DWORD prop, float mul, float min, float max) { DWORD retBytes; HRESULT hr; float value; if(FAILED (hr = propertySet->Get(DSPROPSETID_EAX_ListenerProperties, prop, NULL, 0, &value, sizeof(value), &retBytes))) { if(reportEAXError(prop, hr)) App_Log(DE2_DEV_AUDIO_WARNING, "mulEAXf (prop:%i) get failed. Result: %x", prop, hr & 0xffff); } value *= mul; if(value < min) value = min; if(value > max) value = max; setEAXf(prop, value); } /** * Set a property of a listener. * * @param prop SFXLP_UNITS_PER_METER * SFXLP_DOPPLER * SFXLP_UPDATE * @param value Value to be set. */ void DS_SFX_Listener(int prop, float value) { if(!dsListener) return; switch(prop) { default: #if _DEBUG Con_Error("dsDS9::DS_DSoundListener: Unknown prop %i.", prop); #endif break; case SFXLP_UPDATE: // Commit any deferred settings. dsListener->CommitDeferredSettings(); commitEAXDeferred(); break; case SFXLP_UNITS_PER_METER: dsListener->SetDistanceFactor(1 / value, DS3D_IMMEDIATE); break; case SFXLP_DOPPLER: dsListener->SetDopplerFactor(value, DS3D_IMMEDIATE); break; } } static void commitEAXDeferred(void) { if(!propertySet) return; propertySet->Set(DSPROPSETID_EAX_ListenerProperties, DSPROPERTY_EAXLISTENER_COMMITDEFERREDSETTINGS, NULL, 0, NULL, 0); } /** * If EAX is available, set the listening environmental properties. * Values use SRD_* for indices. */ static void listenerEnvironment(float* rev) { float val; int eaxVal; if(!rev) return; // This can only be done if EAX is available. if(!propertySet) return; val = rev[SRD_SPACE]; if(rev[SRD_DECAY] > .5) { // This much decay needs at least the Generic environment. if(val < .2) val = .2f; } // Set the environment. Other properties are updated automatically. if(val >= 1) eaxVal = EAX_ENVIRONMENT_PLAIN; else if(val >= .8) eaxVal = EAX_ENVIRONMENT_CONCERTHALL; else if(val >= .6) eaxVal = EAX_ENVIRONMENT_AUDITORIUM; else if(val >= .4) eaxVal = EAX_ENVIRONMENT_CAVE; else if(val >= .2) eaxVal = EAX_ENVIRONMENT_GENERIC; else eaxVal = EAX_ENVIRONMENT_ROOM; setEAXdw(DSPROPERTY_EAXLISTENER_ENVIRONMENT, eaxVal); // General reverb volume adjustment. setEAXdw(DSPROPERTY_EAXLISTENER_ROOM, volLinearToLog(rev[SRD_VOLUME])); // Reverb decay. val = (rev[SRD_DECAY] - .5f) * 1.5f + 1; mulEAXf(DSPROPERTY_EAXLISTENER_DECAYTIME, val, EAXLISTENER_MINDECAYTIME, EAXLISTENER_MAXDECAYTIME); // Damping. val = 1.1f * (1.2f - rev[SRD_DAMPING]); if(val < .1) val = .1f; mulEAXdw(DSPROPERTY_EAXLISTENER_ROOMHF, val); // A slightly increased roll-off. setEAXf(DSPROPERTY_EAXLISTENER_ROOMROLLOFFFACTOR, 1.3f); } /** * Call SFXLP_UPDATE at the end of every channel update. */ void DS_SFX_Listenerv(int prop, float* values) { if(!values) return; switch(prop) { case SFXLP_PRIMARY_FORMAT: if(canSetPSF) setPrimaryFormat((int) values[0], (int) values[1]); break; case SFXLP_POSITION: if(!dsListener) return; dsListener->SetPosition(values[VX], values[VZ], values[VY], DS3D_DEFERRED); break; case SFXLP_VELOCITY: if(!dsListener) return; dsListener->SetVelocity(values[VX], values[VZ], values[VY], DS3D_DEFERRED); break; case SFXLP_ORIENTATION: if(!dsListener) return; listenerOrientation(values[VX] / 180 * DD_PI, values[VY] / 180 * DD_PI); break; case SFXLP_REVERB: if(!dsListener) return; listenerEnvironment(values); break; default: DS_SFX_Listener(prop, 0); break; } } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ DENG_EXTERN_C const char* deng_LibraryType(void) { return "deng-plugin/audio"; } DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_CONSOLE, Con); ) doomsday-1.14.5/doomsday/plugins/directsound/include/0000775000175000017500000000000012350542240022150 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/directsound/include/version.h0000664000175000017500000000342112350542240024006 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2009 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * version.h: Version numbering, naming etc. */ #ifndef __DSDIRECTSOUND_VERSION_H__ #define __DSDIRECTSOUND_VERSION_H__ #ifndef DSDIRECTSOUND_VER_ID # ifdef _DEBUG # define DSDIRECTSOUND_VER_ID "+D Doomsday" # else # define DSDIRECTSOUND_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dsdirectsound" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "DirectSound Audio Driver" #define PLUGIN_DETAILS "Doomsday plugin for audio playback via DirectSound" #define PLUGIN_VERSION_TEXT "1.2.5" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" DSDIRECTSOUND_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,2,5,0 // For WIN32 version info. #endif doomsday-1.14.5/doomsday/plugins/directsound/res/0000775000175000017500000000000012350542240021316 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/directsound/res/directsound.rc0000664000175000017500000001007012350542240024165 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2009 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * directsound.rc: dsDirectSound.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dsdirectsound.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine audio plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dsDirectSound.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine audio plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "dsDirectSound.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/directsound/res/dsdirectsound.dll.manifest0000664000175000017500000000062312350542240026473 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/directsound/res/.gitignore0000664000175000017500000000000612350542240023302 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/directsound/res/resource.h0000664000175000017500000000061712350542240023322 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by directsound.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/directsound/directsound.pro0000664000175000017500000000117212350542240023573 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson include(../config_plugin.pri) include(../../dep_directx.pri) include(../../dep_eax.pri) !win32 { error(DirectSound is only available on Windows.) } TEMPLATE = lib TARGET = audio_directsound VERSION = $$DIRECTSOUND_VERSION HEADERS += include/version.h SOURCES += src/driver_directsound.cpp RC_FILE = res/directsound.rc QMAKE_LFLAGS += /DEF:\"$$PWD/api/dsdirectsound.def\" OTHER_FILES += api/dsdirectsound.def INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR doomsday-1.14.5/doomsday/plugins/directsound/api/0000775000175000017500000000000012350542240021276 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/directsound/api/dsdirectsound.def0000664000175000017500000000046312350542240024633 0ustar jaakkojaakkoLIBRARY AUDIO_DIRECTSOUND ; All exports should be prefixed DS_. EXPORTS deng_LibraryType deng_API DS_Init DS_Shutdown DS_Event DS_SFX_Init DS_SFX_CreateBuffer DS_SFX_DestroyBuffer DS_SFX_Load DS_SFX_Reset DS_SFX_Play DS_SFX_Stop DS_SFX_Refresh DS_SFX_Set DS_SFX_Setv DS_SFX_Listener DS_SFX_Listenerv doomsday-1.14.5/doomsday/plugins/directsound/doc/0000775000175000017500000000000012350542240021272 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/directsound/doc/LICENSE0000664000175000017500000003545112350542240022307 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/savegameconverter/0000775000175000017500000000000012350542240021722 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/savegameconverter/src/0000775000175000017500000000000012350542240022511 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/savegameconverter/src/savegameconverter.cpp0000664000175000017500000000702012350542240026734 0ustar jaakkojaakko/** @file savegameconverter.h Legacy savegame converter plugin. * * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include #include #include "savegameconverter.h" using namespace de; static NativePath findSavegameTool() { #ifdef MACOSX return App::executablePath().fileNamePath() / "../Resources/savegametool"; /// @todo fixme: Need to try alternate locations? #elif WIN32 return App::executablePath().fileNamePath() / "savegametool.exe"; #else // UNIX return App::executablePath().fileNamePath() / "savegametool"; /// @todo fixme: Need to try alternate locations? #endif } int SavegameConvertHook(int /*hook_type*/, int /*parm*/, void *data) { DENG2_ASSERT(data != 0); ddhook_savegame_convert_t const &parm = *static_cast(data); LOG_AS("SavegameConverter"); // First locate the savegametool executable. NativePath bin = findSavegameTool(); if(!bin.exists()) { LOG_RES_ERROR("Failed to locate Savegame Tool"); return false; } CommandLine cmd; cmd << bin; // Specify the fallback game identity key for ambiguous format resolution. cmd << "-idkey" << Str_Text(&parm.fallbackGameId); // We can only convert native files and output to native folders using Savegame Tool. Path const outputPath(Str_Text(&parm.outputPath)); Path const sourcePath(Str_Text(&parm.sourcePath)); try { // Redirect output to the folder specified. cmd << "-output" << App::rootFolder().locate(outputPath) .feeds().front()->as().nativePath().expand(); // Add the path of the savegame to be converted. cmd << App::rootFolder().locate(sourcePath).nativePath(); LOG_RES_NOTE("Starting conversion of \"%s\" using Savegame Tool") << sourcePath; cmd.executeAndWait(); return true; } catch(Error const &er) { LOG_RES_NOTE("Failed conversion of \"%s\":\n") << sourcePath << er.asText(); } return false; } /** * This function is called automatically when the plugin is loaded. We let the engine know * what we'd like to do. */ void DP_Initialize() { Plug_AddHook(HOOK_SAVEGAME_CONVERT, SavegameConvertHook); } /** * Declares the type of the plugin so the engine knows how to treat it. Called automatically * when the plugin is loaded. */ extern "C" char const *deng_LibraryType() { return "deng-plugin/generic"; } DENG_DECLARE_API(Base); DENG_DECLARE_API(Plug); DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_PLUGIN, Plug); ) doomsday-1.14.5/doomsday/plugins/savegameconverter/include/0000775000175000017500000000000012350542240023345 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/savegameconverter/include/savegameconverter.h0000664000175000017500000000255212350542240027242 0ustar jaakkojaakko/** @file savegameconverter.h Legacy savegame converter plugin. * @ingroup savegameconverter * * Uses the command line Savegame Tool for conversion of legacy saved game sessions. * * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ /** * @defgroup savegameconverter * Legacy savegame converter plugin. */ #ifndef LIBSAVEGAMECONVERTER_MAIN_H #define LIBSAVEGAMECONVERTER_MAIN_H #include #include //#include DENG_EXTERN_C void DP_Initialize(void); DENG_USING_API(Base); DENG_USING_API(Plug); #endif // LIBSAVEGAMECONVERTER_MAIN_H doomsday-1.14.5/doomsday/plugins/savegameconverter/include/version.h0000664000175000017500000000341612350542240025207 0ustar jaakkojaakko/** @file version.h Version information for savegame converter plugin. * @ingroup savegameconverter * * @authors Copyright © 2003-2014 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBSAVEGAMECONVERTER_VERSION_H #define LIBSAVEGAMECONVERTER_VERSION_H #ifndef SAVEGAMECONVERTER_VER_ID # ifdef _DEBUG # define SAVEGAMECONVERTER_VER_ID "+D Doomsday" # else # define SAVEGAMECONVERTER_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dpsavegameconverter" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "Savegame Converter" #define PLUGIN_DETAILS "Doomsday plugin for converting legacy saved games." #define PLUGIN_VERSION_TEXT "1.0.0" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" SAVEGAMECONVERTER_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,0,0,0 // For WIN32 version info. #endif // LIBSAVEGAMECONVERTER_VERSION_H doomsday-1.14.5/doomsday/plugins/savegameconverter/res/0000775000175000017500000000000012350542240022513 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/savegameconverter/res/dpsavegameconverter.dll.manifest0000664000175000017500000000061212350542240031060 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/savegameconverter/res/savegameconverter.rc0000664000175000017500000000770512350542240026572 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2014 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * savegameconverter.rc: dpSavegameConverter.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dpsavegameconverter.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2014, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dpSavegameConverter.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2014, deng Team\0" VALUE "OriginalFilename", "dpSavegameConverter.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/savegameconverter/res/.gitignore0000664000175000017500000000000612350542240024477 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/savegameconverter/res/resource.h0000664000175000017500000000062512350542240024516 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by savegameconverter.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/savegameconverter/api/0000775000175000017500000000000012350542240022473 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/savegameconverter/api/dpsavegameconverter.def0000664000175000017500000000016612350542240027222 0ustar jaakkojaakkoLIBRARY SAVEGAMECONVERTER EXPORTS DP_Initialize @1 deng_LibraryType @2 deng_API @3 doomsday-1.14.5/doomsday/plugins/savegameconverter/savegameconverter.pro0000664000175000017500000000151512350542240026166 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2014 Jaakko Keränen # Copyright (c) 2011-2014 Daniel Swanson # This plugin uses the full libdeng2 C++ API. CONFIG += dengplugin_libdeng2_full include(../config_plugin.pri) TEMPLATE = lib TARGET = savegameconverter VERSION = $$SAVEGAMECONVERTER_VERSION INCLUDEPATH += include HEADERS += \ include/savegameconverter.h \ include/version.h SOURCES += \ src/savegameconverter.cpp win32 { QMAKE_LFLAGS += /DEF:\"$$PWD/api/dpsavegameconverter.def\" OTHER_FILES += api/dpsavegameconverter.def RC_FILE = res/savegameconverter.rc } !macx { INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/savegameconverter/doc/0000775000175000017500000000000012350542240022467 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/savegameconverter/doc/LICENSE0000664000175000017500000003545112350542240023504 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. 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If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. 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You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. 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If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/plugins.pro0000664000175000017500000000102412350542240020402 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen include(../config.pri) TEMPLATE = subdirs SUBDIRS = dehread savegameconverter wadmapconverter example # Games. SUBDIRS += doom heretic hexen # Experimental plugins. SUBDIRS += doom64 # Optional plugins. deng_openal:!deng_noopenal { SUBDIRS += openal } deng_fmod: SUBDIRS += fmod deng_fluidsynth: SUBDIRS += fluidsynth # Platform-specific plugins. win32 { !deng_nodirectsound: SUBDIRS += directsound SUBDIRS += winmm } doomsday-1.14.5/doomsday/plugins/fmod/0000775000175000017500000000000012350542240017127 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fmod/fmod.pro0000664000175000017500000000237612350542240020606 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # License: GPLv2 + exception to link against FMOD Ex # This plugin uses the full libdeng2 C++ API. CONFIG += dengplugin_libdeng2_full include(../config_plugin.pri) include(../../dep_fmod.pri) TEMPLATE = lib TARGET = audio_fmod VERSION = $$FMOD_VERSION deng_debug: DEFINES += DENG_DSFMOD_DEBUG INCLUDEPATH += include HEADERS += \ include/version.h \ include/driver_fmod.h \ include/fmod_cd.h \ include/fmod_music.h \ include/fmod_sfx.h \ include/fmod_util.h SOURCES += \ src/driver_fmod.cpp \ src/fmod_cd.cpp \ src/fmod_music.cpp \ src/fmod_sfx.cpp \ src/fmod_util.cpp OTHER_FILES += doc/LICENSE win32 { RC_FILE = res/fmod.rc QMAKE_LFLAGS += /DEF:\"$$PWD/api/dsfmod.def\" OTHER_FILES += api/dsfmod.def INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } else:macx { fixPluginInstallId($$TARGET, 1) doPostLink("install_name_tool -change ./libfmodex.dylib @executable_path/../Frameworks/libfmodex.dylib audio_fmod.bundle/audio_fmod") } else { INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } macx { linkToBundledLibdeng2(audio_fmod) linkToBundledLibdeng1(audio_fmod) } doomsday-1.14.5/doomsday/plugins/fmod/src/0000775000175000017500000000000012350542240017716 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fmod/src/fmod_music.cpp0000664000175000017500000002116012350542240022547 0ustar jaakkojaakko/** * @file fmod_music.cpp * Music playback interface. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #include "driver_fmod.h" #include #include struct SongBuffer { int size; char* data; SongBuffer(int newSize) : size(newSize) { data = new char[newSize]; } ~SongBuffer() { delete [] data; } }; static FMOD::Sound* song; static FMOD::Channel* music; static bool needReleaseSong; static float musicVolume; static SongBuffer* songBuffer; static std::string soundFontFileName; static FMOD_RESULT F_CALLBACK musicCallback(FMOD_CHANNEL* chanPtr, FMOD_CHANNEL_CALLBACKTYPE type, void* /*commanddata1*/, void* /*commanddata2*/) { if(reinterpret_cast(chanPtr) != music) return FMOD_OK; // Safety check. switch(type) { case FMOD_CHANNEL_CALLBACKTYPE_END: // The music has stopped. music = 0; break; default: break; } return FMOD_OK; } static void releaseSong() { if(song) { if(needReleaseSong) { DSFMOD_TRACE("releaseSong: Song " << song << " will be released."); song->release(); } else { DSFMOD_TRACE("releaseSong: Song " << song << " will NOT be released."); } song = 0; needReleaseSong = false; } music = 0; } static void releaseSongBuffer() { if(songBuffer) { delete songBuffer; songBuffer = 0; } } void setDefaultStreamBufferSize() { if(!fmodSystem) return; FMOD_RESULT result; result = fmodSystem->setStreamBufferSize(16*1024, FMOD_TIMEUNIT_RAWBYTES); DSFMOD_ERRCHECK(result); } int DM_Music_Init(void) { music = 0; song = 0; needReleaseSong = false; musicVolume = 1.f; songBuffer = 0; soundFontFileName.clear(); // empty for the default return fmodSystem != 0; } void DMFmod_Music_Shutdown(void) { if(!fmodSystem) return; releaseSongBuffer(); releaseSong(); soundFontFileName.clear(); // Will be shut down with the rest of FMOD. DSFMOD_TRACE("Music_Shutdown."); } void DM_Music_Shutdown(void) { DMFmod_Music_Shutdown(); } /// @internal void DMFmod_Music_SetSoundFont(char const *fileName) { if(fileName && fileName[0]) { soundFontFileName = fileName; } else { soundFontFileName.clear(); } } void DMFmod_Music_Set(int prop, float value) { if(!fmodSystem) return; switch(prop) { case MUSIP_VOLUME: musicVolume = value; if(music) music->setVolume(musicVolume); DSFMOD_TRACE("Music_Set: MUSIP_VOLUME = " << musicVolume); break; default: break; } } void DM_Music_Set(int prop, float value) { DMFmod_Music_Set(prop, value); } int DMFmod_Music_Get(int prop, void* ptr) { switch(prop) { case MUSIP_ID: if(ptr) { strcpy((char*) ptr, "FMOD/Ext"); return true; } break; case MUSIP_PLAYING: if(!fmodSystem) return false; return music != 0; // NULL when not playing. default: break; } return false; } int DM_Music_Get(int prop, void* ptr) { return DMFmod_Music_Get(prop, ptr); } void DM_Music_Update(void) { // No need to do anything. The callback handles restarting. } void DMFmod_Music_Stop(void) { if(!fmodSystem || !music) return; DSFMOD_TRACE("Music_Stop."); music->stop(); } void DM_Music_Stop(void) { DMFmod_Music_Stop(); } static bool startSong() { if(!fmodSystem || !song) return false; if(music) music->stop(); // Start playing the song. FMOD_RESULT result; result = fmodSystem->playSound(FMOD_CHANNEL_FREE, song, true, &music); DSFMOD_ERRCHECK(result); // Properties. music->setVolume(musicVolume); music->setCallback(musicCallback); // Start playing. music->setPaused(false); return true; } /// @internal bool DMFmod_Music_PlaySound(FMOD::Sound* customSound, bool needRelease) { releaseSong(); releaseSongBuffer(); // Use this as the song. needReleaseSong = needRelease; song = customSound; return startSong(); } int DM_Music_Play(int looped) { if(!fmodSystem) return false; if(songBuffer) { // Get rid of the old song. releaseSong(); setDefaultStreamBufferSize(); FMOD_CREATESOUNDEXINFO extra; zeroStruct(extra); extra.length = songBuffer->size; if(endsWith(soundFontFileName.c_str(), ".dls")) { extra.dlsname = soundFontFileName.c_str(); } // Load a new song. FMOD_RESULT result; result = fmodSystem->createSound(songBuffer->data, FMOD_CREATESTREAM | FMOD_OPENMEMORY | (looped? FMOD_LOOP_NORMAL : 0), &extra, &song); DSFMOD_TRACE("Music_Play: songBuffer has " << songBuffer->size << " bytes, created Sound " << song); DSFMOD_ERRCHECK(result); needReleaseSong = true; // The song buffer remains in memory, in case FMOD needs to stream from it. } return startSong(); } void DMFmod_Music_Pause(int setPause) { if(!fmodSystem || !music) return; music->setPaused(setPause != 0); } void DM_Music_Pause(int setPause) { DMFmod_Music_Pause(setPause); } void* DM_Music_SongBuffer(unsigned int length) { if(!fmodSystem) return NULL; releaseSongBuffer(); DSFMOD_TRACE("Music_SongBuffer: Allocating a song buffer for " << length << " bytes."); // The caller will put data in this buffer. Before playing, we will create the // FMOD sound based on the data in the song buffer. songBuffer = new SongBuffer(length); return songBuffer->data; } int DM_Music_PlayFile(const char *filename, int looped) { if(!fmodSystem) return false; // Get rid of the current song. releaseSong(); releaseSongBuffer(); setDefaultStreamBufferSize(); FMOD_CREATESOUNDEXINFO extra; zeroStruct(extra); if(endsWith(soundFontFileName.c_str(), ".dls")) { extra.dlsname = soundFontFileName.c_str(); } FMOD_RESULT result; result = fmodSystem->createSound(filename, FMOD_CREATESTREAM | (looped? FMOD_LOOP_NORMAL : 0), &extra, &song); DSFMOD_TRACE("Music_Play: loaded '" << filename << "' => Sound " << song); DSFMOD_ERRCHECK(result); needReleaseSong = true; return startSong(); } doomsday-1.14.5/doomsday/plugins/fmod/src/fmod_sfx.cpp0000664000175000017500000005273512350542240022243 0ustar jaakkojaakko/** * @file fmod_sfx.cpp * Sound effects interface. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #include "driver_fmod.h" #include "dd_share.h" #include #include #include #include typedef std::map Streams; typedef std::vector RawSamplePCM8; struct BufferInfo { FMOD::Channel* channel; FMOD::Sound* sound; FMOD_MODE mode; float pan; float volume; float minDistanceMeters; float maxDistanceMeters; FMODVector position; FMODVector velocity; BufferInfo() : channel(0), sound(0), mode(0), pan(0.f), volume(1.f), minDistanceMeters(10), maxDistanceMeters(100) {} /** * Changes the channel's 3D position mode (head-relative or world coordinates). * * @param newMode @c true, if the channel should be head-relative. */ void setRelativeMode(bool newMode) { if(newMode) { mode &= ~FMOD_3D_WORLDRELATIVE; mode |= FMOD_3D_HEADRELATIVE; } else { mode |= FMOD_3D_WORLDRELATIVE; mode &= ~FMOD_3D_HEADRELATIVE; } if(channel) channel->setMode(mode); } }; struct Listener { FMODVector position; FMODVector velocity; FMODVector front; FMODVector up; /** * Parameters are in radians. * Example front vectors: * Yaw 0:(0,0,1), pi/2:(-1,0,0) */ void setOrientation(float yaw, float pitch) { using std::sin; using std::cos; front.x = cos(yaw) * cos(pitch); front.y = sin(yaw) * cos(pitch); front.z = sin(pitch); up.x = -cos(yaw) * sin(pitch); up.y = -sin(yaw) * sin(pitch); up.z = cos(pitch); /*DSFMOD_TRACE("Front:" << front.x << "," << front.y << "," << front.z << " Up:" << up.x << "," << up.y << "," << up.z);*/ } }; static float unitsPerMeter = 1.f; static float dopplerScale = 1.f; static Listener listener; static Streams streams; const char* sfxPropToString(int prop) { switch(prop) { case SFXBP_VOLUME: return "SFXBP_VOLUME"; case SFXBP_FREQUENCY: return "SFXBP_FREQUENCY"; case SFXBP_PAN: return "SFXBP_PAN"; case SFXBP_MIN_DISTANCE: return "SFXBP_MIN_DISTANCE"; case SFXBP_MAX_DISTANCE: return "SFXBP_MAX_DISTANCE"; case SFXBP_POSITION: return "SFXBP_POSITION"; case SFXBP_VELOCITY: return "SFXBP_VELOCITY"; case SFXBP_RELATIVE_MODE: return "SFXBP_RELATIVE_MODE"; default: return "?"; } } static BufferInfo& bufferInfo(sfxbuffer_t* buf) { assert(buf->ptr != 0); return *reinterpret_cast(buf->ptr); } static FMOD_RESULT F_CALLBACK channelCallback(FMOD_CHANNEL* chanPtr, FMOD_CHANNEL_CALLBACKTYPE type, void* /*commanddata1*/, void* /*commanddata2*/) { FMOD::Channel *channel = reinterpret_cast(chanPtr); sfxbuffer_t *buf = 0; switch(type) { case FMOD_CHANNEL_CALLBACKTYPE_END: // The sound has ended, mark the channel. channel->getUserData(reinterpret_cast(&buf)); if(buf) { LOGDEV_AUDIO_XVERBOSE("[FMOD] channelCallback: sfxbuffer %p stops") << buf; buf->flags &= ~SFXBF_PLAYING; // The channel becomes invalid after the sound stops. bufferInfo(buf).channel = 0; } channel->setCallback(0); channel->setUserData(0); break; default: break; } return FMOD_OK; } int DS_SFX_Init(void) { return fmodSystem != 0; } sfxbuffer_t* DS_SFX_CreateBuffer(int flags, int bits, int rate) { DSFMOD_TRACE("SFX_CreateBuffer: flags=" << flags << ", bits=" << bits << ", rate=" << rate); sfxbuffer_t* buf; // Clear the buffer. buf = reinterpret_cast(calloc(sizeof(*buf), 1)); // Initialize with format info. buf->bytes = bits / 8; buf->rate = rate; buf->flags = flags; buf->freq = rate; // Modified by calls to Set(SFXBP_FREQUENCY). // Allocate extra state information. buf->ptr = new BufferInfo; LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_CreateBuffer: Created sfxbuffer %p") << buf; return buf; } void DS_SFX_DestroyBuffer(sfxbuffer_t* buf) { if(!buf) return; LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_DestroyBuffer: Destroying sfxbuffer %p") << buf; BufferInfo& info = bufferInfo(buf); if(info.sound) { info.sound->release(); streams.erase(info.sound); } // Free the memory allocated for the buffer. delete reinterpret_cast(buf->ptr); free(buf); } static void toSigned8bit(const unsigned char* source, int size, RawSamplePCM8& output) { output.clear(); output.resize(size); for(int i = 0; i < size; ++i) { output[i] = char(source[i]) - 128; } } static FMOD_RESULT F_CALLBACK pcmReadCallback(FMOD_SOUND* soundPtr, void* data, unsigned int datalen) { FMOD::Sound* sound = reinterpret_cast(soundPtr); Streams::iterator found = streams.find(sound); if(found == streams.end()) { return FMOD_ERR_NOTREADY; } sfxbuffer_t* buf = found->second; DENG_ASSERT(buf != NULL); DENG_ASSERT(buf->flags & SFXBF_STREAM); // Call the stream callback. sfxstreamfunc_t func = reinterpret_cast(buf->sample->data); if(func(buf, data, datalen)) { return FMOD_OK; } else { // The stream function failed to produce data. return FMOD_ERR_NOTREADY; } } /** * Prepare the buffer for playing a sample by filling the buffer with as * much sample data as fits. The pointer to sample is saved, so the caller * mustn't free it while the sample is loaded. */ void DS_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample) { if(!fmodSystem || !buf || !sample) return; bool streaming = (buf->flags & SFXBF_STREAM) != 0; // Tell the engine we have used up the entire sample already. buf->sample = sample; buf->written = sample->size; buf->flags &= ~SFXBF_RELOAD; BufferInfo& info = bufferInfo(buf); FMOD_CREATESOUNDEXINFO params; zeroStruct(params); params.length = sample->size; params.defaultfrequency = sample->rate; params.numchannels = 1; // Doomsday only uses mono samples currently. params.format = (sample->bytesPer == 1? FMOD_SOUND_FORMAT_PCM8 : FMOD_SOUND_FORMAT_PCM16); LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Load: sfxbuffer %p sample (size:%i, freq:%i, bps:%i)") << buf << sample->size << sample->rate << sample->bytesPer; // If it has a sample, release it later. if(info.sound) { LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Load: Releasing buffer's old Sound %p") << info.sound; info.sound->release(); streams.erase(info.sound); } RawSamplePCM8 signConverted; const char* sampleData = reinterpret_cast(sample->data); if(!streaming) { if(sample->bytesPer == 1) { // Doomsday gives us unsigned 8-bit audio samples. toSigned8bit(reinterpret_cast(sample->data), sample->size, signConverted); sampleData = &signConverted[0]; } info.mode = FMOD_OPENMEMORY | FMOD_OPENRAW | FMOD_HARDWARE | (buf->flags & SFXBF_3D? FMOD_3D : FMOD_2D) | (buf->flags & SFXBF_REPEAT? FMOD_LOOP_NORMAL : 0); } else // Set up for streaming. { info.mode = FMOD_OPENUSER | FMOD_CREATESTREAM | FMOD_HARDWARE | FMOD_LOOP_NORMAL; params.numchannels = 2; /// @todo Make this configurable. params.length = sample->numSamples; params.decodebuffersize = sample->rate / 4; params.pcmreadcallback = pcmReadCallback; sampleData = 0; // will be streamed } if(buf->flags & SFXBF_3D) { info.mode |= FMOD_3D_WORLDRELATIVE; } // Pass the sample to FMOD. FMOD_RESULT result; result = fmodSystem->createSound(sampleData, info.mode, ¶ms, &info.sound); DSFMOD_ERRCHECK(result); LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Load: created Sound %p%s") << info.sound << (streaming? " as streaming" : ""); if(streaming) { // Keep a record of the playing stream for the PCM read callback. streams[info.sound] = buf; LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Load: noting %p belongs to streaming buffer %p") << info.sound << buf; } // Not started yet. info.channel = 0; #ifdef _DEBUG // Check memory. int currentAlloced = 0; int maxAlloced = 0; FMOD::Memory_GetStats(¤tAlloced, &maxAlloced, false); DSFMOD_TRACE("SFX_Load: FMOD memory alloced:" << currentAlloced << ", max:" << maxAlloced); #endif // Now the buffer is ready for playing. } /** * Stops the buffer and makes it forget about its sample. */ void DS_SFX_Reset(sfxbuffer_t* buf) { if(!buf) return; LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Reset: sfxbuffer %p") << buf; DS_SFX_Stop(buf); buf->sample = 0; buf->flags &= ~SFXBF_RELOAD; BufferInfo& info = bufferInfo(buf); if(info.sound) { LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Reset: releasing Sound %p") << info.sound; info.sound->release(); streams.erase(info.sound); } if(info.channel) { info.channel->setCallback(0); info.channel->setUserData(0); info.channel->setMute(true); } info = BufferInfo(); } void DS_SFX_Play(sfxbuffer_t* buf) { // Playing is quite impossible without a sample. if(!buf || !buf->sample) return; BufferInfo& info = bufferInfo(buf); assert(info.sound != 0); FMOD_RESULT result; result = fmodSystem->playSound(FMOD_CHANNEL_FREE, info.sound, true, &info.channel); DSFMOD_ERRCHECK(result); if(!info.channel) return; // Set the properties of the sound. info.channel->setPan(info.pan); info.channel->setFrequency(float(buf->freq)); info.channel->setVolume(info.volume); info.channel->setUserData(buf); info.channel->setCallback(channelCallback); if(buf->flags & SFXBF_3D) { // 3D properties. info.channel->set3DMinMaxDistance(info.minDistanceMeters, info.maxDistanceMeters); info.channel->set3DAttributes(&info.position, &info.velocity); info.channel->setMode(info.mode); } LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Play: sfxbuffer %p, pan:%f, freq:%i, vol:%f, loop:%b") << buf << info.pan << buf->freq << info.volume << ((buf->flags & SFXBF_REPEAT) != 0); // Start playing it. info.channel->setPaused(false); // The buffer is now playing. buf->flags |= SFXBF_PLAYING; } void DS_SFX_Stop(sfxbuffer_t* buf) { if(!buf) return; LOGDEV_AUDIO_XVERBOSE("[FMOD] SFX_Stop: sfxbuffer %p") << buf; BufferInfo& info = bufferInfo(buf); Streams::iterator found = streams.find(info.sound); if(found != streams.end() && info.channel) { info.channel->setPaused(true); } if(info.channel) { info.channel->setUserData(0); info.channel->setCallback(0); info.channel->setMute(true); info.channel = 0; } // Clear the flag that tells the Sfx module about playing buffers. buf->flags &= ~SFXBF_PLAYING; } /** * Buffer streamer. Called by the Sfx refresh thread. * FMOD handles this for us. */ void DS_SFX_Refresh(sfxbuffer_t*) {} /** * @param prop SFXBP_VOLUME (0..1) * SFXBP_FREQUENCY (Hz) * SFXBP_PAN (-1..1) * SFXBP_MIN_DISTANCE * SFXBP_MAX_DISTANCE * SFXBP_RELATIVE_MODE */ void DS_SFX_Set(sfxbuffer_t* buf, int prop, float value) { if(!buf) return; BufferInfo& info = bufferInfo(buf); switch(prop) { case SFXBP_VOLUME: if(FEQUAL(info.volume, value)) return; // No change. assert(value >= 0); info.volume = value; if(info.channel) info.channel->setVolume(info.volume); break; case SFXBP_FREQUENCY: { unsigned int newFreq = (unsigned int) (buf->rate * value); if(buf->freq == newFreq) return; // No change. buf->freq = newFreq; if(info.channel) info.channel->setFrequency(float(buf->freq)); break; } case SFXBP_PAN: if(FEQUAL(info.pan, value)) return; // No change. info.pan = value; if(info.channel) info.channel->setPan(info.pan); break; case SFXBP_MIN_DISTANCE: info.minDistanceMeters = value; if(info.channel) info.channel->set3DMinMaxDistance(info.minDistanceMeters, info.maxDistanceMeters); break; case SFXBP_MAX_DISTANCE: info.maxDistanceMeters = value; if(info.channel) info.channel->set3DMinMaxDistance(info.minDistanceMeters, info.maxDistanceMeters); break; case SFXBP_RELATIVE_MODE: info.setRelativeMode(value > 0); break; default: break; } //DSFMOD_TRACE("SFX_Set: sfxbuffer " << buf << ", " << sfxPropToString(prop) << " = " << value); } /** * Coordinates specified in world coordinate system: * +X to the right, +Y up and +Z away (Y and Z swapped, i.e.). * * @param property SFXBP_POSITION * SFXBP_VELOCITY */ void DS_SFX_Setv(sfxbuffer_t* buf, int prop, float* values) { if(!fmodSystem || !buf) return; BufferInfo& info = bufferInfo(buf); switch(prop) { case SFXBP_POSITION: info.position.set(values); if(info.channel) info.channel->set3DAttributes(&info.position, &info.velocity); break; case SFXBP_VELOCITY: info.velocity.set(values); if(info.channel) info.channel->set3DAttributes(&info.position, &info.velocity); break; default: break; } } /** * @param property SFXLP_UNITS_PER_METER * SFXLP_DOPPLER * SFXLP_UPDATE */ void DS_SFX_Listener(int prop, float value) { switch(prop) { case SFXLP_UNITS_PER_METER: unitsPerMeter = value; fmodSystem->set3DSettings(dopplerScale, unitsPerMeter, 1.0f); DSFMOD_TRACE("SFX_Listener: Units per meter = " << unitsPerMeter); break; case SFXLP_DOPPLER: dopplerScale = value; fmodSystem->set3DSettings(dopplerScale, unitsPerMeter, 1.0f); DSFMOD_TRACE("SFX_Listener: Doppler factor = " << value); break; case SFXLP_UPDATE: // Update the properties set with Listenerv. fmodSystem->set3DListenerAttributes(0, &listener.position, &listener.velocity, &listener.front, &listener.up); break; default: break; } } /** * Convert linear volume 0..1 to logarithmic -10000..0. */ static int linearToLog(float vol) { if(vol <= 0) return -10000; if(vol >= 1) return 0; // Straighten the volume curve. return std::min(std::max(-10000, (int) (100 * 20 * std::log10(vol))), 0); } /** * Update the ambient reverb properties. * * @param reverb Array of NUM_REVERB_DATA parameters (see SRD_*). */ static void updateListenerEnvironmentSettings(float* reverb) { if(!fmodSystem || !reverb) return; DSFMOD_TRACE("updateListenerEnvironmentSettings: " << reverb[0] << " " << reverb[1] << " " << reverb[2] << " " << reverb[3]); // No reverb? if(reverb[SRD_VOLUME] == 0 && reverb[SRD_SPACE] == 0 && reverb[SRD_DECAY] == 0 && reverb[SRD_DAMPING] == 0) { FMOD_REVERB_PROPERTIES noReverb = FMOD_PRESET_OFF; fmodSystem->setReverbAmbientProperties(&noReverb); return; } const static FMOD_REVERB_PROPERTIES presetPlain = FMOD_PRESET_PLAIN; const static FMOD_REVERB_PROPERTIES presetConcertHall = FMOD_PRESET_CONCERTHALL; const static FMOD_REVERB_PROPERTIES presetAuditorium = FMOD_PRESET_AUDITORIUM; const static FMOD_REVERB_PROPERTIES presetCave = FMOD_PRESET_CAVE; const static FMOD_REVERB_PROPERTIES presetGeneric = FMOD_PRESET_GENERIC; const static FMOD_REVERB_PROPERTIES presetRoom = FMOD_PRESET_ROOM; float space = reverb[SRD_SPACE]; if(reverb[SRD_DECAY] > .5) { // This much decay needs at least the Generic environment. if(space < .2) space = .2f; } // Choose a preset based on the size of the space. FMOD_REVERB_PROPERTIES props; if(space >= 1) props = presetPlain; else if(space >= .8) props = presetConcertHall; else if(space >= .6) props = presetAuditorium; else if(space >= .4) props = presetCave; else if(space >= .2) props = presetGeneric; else props = presetRoom; // Overall reverb volume adjustment. props.Room = linearToLog(reverb[SRD_VOLUME]); //setEAXdw(DSPROPERTY_EAXLISTENER_ROOM, volLinearToLog(rev[SRD_VOLUME])); // Reverb decay. float decay = (reverb[SRD_DECAY] - .5f) * 1.5f + 1; props.DecayTime = std::min(std::max(0.1f, props.DecayTime * decay), 20.f); //mulEAXf(DSPROPERTY_EAXLISTENER_DECAYTIME, val, EAXLISTENER_MINDECAYTIME, EAXLISTENER_MAXDECAYTIME); // Damping. float damping = std::max(.1f, 1.1f * (1.2f - reverb[SRD_DAMPING])); props.RoomHF = linearToLog(std::pow(10.f, props.RoomHF / 2000.f) * damping); //mulEAXdw(DSPROPERTY_EAXLISTENER_ROOMHF, val); // A slightly increased roll-off. (Not in FMOD?) //props.RoomRolloffFactor = 1.3f; fmodSystem->setReverbAmbientProperties(&props); } /** * @param prop SFXLP_ORIENTATION (yaw, pitch) in degrees. */ void DS_SFX_Listenerv(int prop, float* values) { switch(prop) { case SFXLP_POSITION: listener.position.set(values); //DSFMOD_TRACE("Pos:" << values[0] << "," << values[1] << "," << values[2]); break; case SFXLP_ORIENTATION: // Convert the angles to front and up vectors. listener.setOrientation(float(values[0]/180*M_PI), float(values[1]/180*M_PI)); break; case SFXLP_VELOCITY: listener.velocity.set(values); break; case SFXLP_REVERB: updateListenerEnvironmentSettings(values); break; case SFXLP_PRIMARY_FORMAT: DSFMOD_TRACE("SFX_Listenerv: Ignoring SFXLP_PRIMARY_FORMAT."); return; default: return; } } /** * Gets a driver property. * * @param prop Property (SFXP_*). * @param values Pointer to return value(s). */ int DS_SFX_Getv(int prop, void *values) { switch(prop) { case SFXIP_DISABLE_CHANNEL_REFRESH: { /// The return value is a single 32-bit int. int *wantDisable = reinterpret_cast(values); if(wantDisable) { // Channel refresh is handled by FMOD, so we don't need to do anything. *wantDisable = true; } break; } case SFXIP_ANY_SAMPLE_RATE_ACCEPTED: { int *anySampleRate = reinterpret_cast(values); if(anySampleRate) { // FMOD can resample on the fly as needed. *anySampleRate = true; } break; } default: return false; } return true; } doomsday-1.14.5/doomsday/plugins/fmod/src/fmod_util.cpp0000664000175000017500000000477212350542240022416 0ustar jaakkojaakko/** * @file fmod_util.cpp * Utilities. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #include "fmod_util.h" bool endsWith(const char* str, const char* ending) { if(!str || !ending) return false; int len = strlen(str); int endLen = strlen(ending); if(len < endLen) return false; return !strnicmp(str + len - endLen, ending, endLen); } doomsday-1.14.5/doomsday/plugins/fmod/src/driver_fmod.cpp0000664000175000017500000001432112350542240022723 0ustar jaakkojaakko/** * @file driver_fmod.cpp * FMOD Ex audio plugin. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #include "driver_fmod.h" #include "api_audiod.h" #include "api_audiod_sfx.h" #include #include #include #include #include "doomsday.h" #include FMOD::System* fmodSystem = 0; /** * Initialize the FMOD Ex sound driver. */ int DS_Init(void) { if(fmodSystem) { return true; // Already initialized. } // Create the FMOD audio system. FMOD_RESULT result; if((result = FMOD::System_Create(&fmodSystem)) != FMOD_OK) { LOGDEV_AUDIO_ERROR("FMOD::System_Create failed (%d) %s") << result << FMOD_ErrorString(result); fmodSystem = 0; return false; } #ifdef WIN32 // Figure out the system's configured speaker mode. FMOD_SPEAKERMODE speakerMode; result = fmodSystem->getDriverCaps(0, 0, 0, &speakerMode); if(result == FMOD_OK) { fmodSystem->setSpeakerMode(speakerMode); } #endif // Manual overrides. if(CommandLine_Exists("-speaker51")) { fmodSystem->setSpeakerMode(FMOD_SPEAKERMODE_5POINT1); } if(CommandLine_Exists("-speaker71")) { fmodSystem->setSpeakerMode(FMOD_SPEAKERMODE_7POINT1); } if(CommandLine_Exists("-speakerprologic")) { fmodSystem->setSpeakerMode(FMOD_SPEAKERMODE_SRS5_1_MATRIX); } // Initialize FMOD. if((result = fmodSystem->init(50, FMOD_INIT_NORMAL | FMOD_INIT_3D_RIGHTHANDED | FMOD_INIT_HRTF_LOWPASS, 0)) != FMOD_OK) { LOGDEV_AUDIO_ERROR("FMOD init failed: (%d) %s") << result << FMOD_ErrorString(result); fmodSystem->release(); fmodSystem = 0; return false; } // Options. FMOD_ADVANCEDSETTINGS settings; zeroStruct(settings); settings.HRTFMaxAngle = 360; settings.HRTFMinAngle = 180; settings.HRTFFreq = 11000; fmodSystem->setAdvancedSettings(&settings); #ifdef _DEBUG int numPlugins = 0; fmodSystem->getNumPlugins(FMOD_PLUGINTYPE_CODEC, &numPlugins); DSFMOD_TRACE("Plugins loaded: " << numPlugins); for(int i = 0; i < numPlugins; i++) { unsigned int handle; fmodSystem->getPluginHandle(FMOD_PLUGINTYPE_CODEC, i, &handle); FMOD_PLUGINTYPE pType; char pName[100]; unsigned int pVer = 0; fmodSystem->getPluginInfo(handle, &pType, pName, sizeof(pName), &pVer); DSFMOD_TRACE("Plugin " << i << ", handle " << handle << ": type " << pType << ", name:'" << pName << "', ver:" << pVer); } #endif // Print the credit required by FMOD license. LOG_AUDIO_NOTE("FMOD Sound System (c) Firelight Technologies Pty, Ltd., 1994-2013"); LOGDEV_AUDIO_VERBOSE("[FMOD] Initialized"); return true; } /** * Shut everything down. */ void DS_Shutdown(void) { DMFmod_Music_Shutdown(); DMFmod_CDAudio_Shutdown(); DSFMOD_TRACE("DS_Shutdown."); fmodSystem->release(); fmodSystem = 0; } /** * The Event function is called to tell the driver about certain critical * events like the beginning and end of an update cycle. */ void DS_Event(int type) { if(!fmodSystem) return; if(type == SFXEV_END) { // End of frame, do an update. fmodSystem->update(); } } int DS_Set(int prop, const void* ptr) { if(!fmodSystem) return false; switch(prop) { case AUDIOP_SOUNDFONT_FILENAME: { const char* path = reinterpret_cast(ptr); DSFMOD_TRACE("DS_Set: Soundfont = " << path); if(!path || !strlen(path)) { // Use the default. path = 0; } DMFmod_Music_SetSoundFont(path); return true; } default: DSFMOD_TRACE("DS_Set: Unknown property " << prop); return false; } } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ DENG_EXTERN_C const char* deng_LibraryType(void) { return "deng-plugin/audio"; } DENG_DECLARE_API(Con); DENG_API_EXCHANGE( DENG_GET_API(DE_API_CONSOLE, Con); ) doomsday-1.14.5/doomsday/plugins/fmod/src/fmod_cd.cpp0000664000175000017500000001366212350542240022025 0ustar jaakkojaakko/** * @file fmod_cd.cpp * CD audio playback. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #include "driver_fmod.h" static int numDrives; static FMOD::Sound* cdSound; int DM_CDAudio_Init(void) { numDrives = 0; FMOD_RESULT result; result = fmodSystem->getNumCDROMDrives(&numDrives); DSFMOD_ERRCHECK(result); DSFMOD_TRACE("CDAudio_Init: " << numDrives << " CD drives available."); return fmodSystem != 0; } void DMFmod_CDAudio_Shutdown(void) { // Will be shut down with the rest of FMOD. DSFMOD_TRACE("CDAudio_Shutdown."); } void DM_CDAudio_Shutdown(void) { DMFmod_CDAudio_Shutdown(); } void DM_CDAudio_Update(void) { // No need to update anything. } void DM_CDAudio_Set(int prop, float value) { if(!fmodSystem) return; switch(prop) { case MUSIP_VOLUME: DMFmod_Music_Set(MUSIP_VOLUME, value); break; default: break; } } int DM_CDAudio_Get(int prop, void* ptr) { if(!fmodSystem) return false; switch(prop) { case MUSIP_ID: if(ptr) { strcpy((char*) ptr, "FMOD/CD"); return true; } break; case MUSIP_PLAYING: return DMFmod_Music_Get(MUSIP_PLAYING, ptr); default: return false; } return true; } int DM_CDAudio_Play(int track, int looped) { if(!fmodSystem) return false; if(!numDrives) { DSFMOD_TRACE("CDAudio_Play: No CD drives available."); return false; } // Use a bigger stream buffer for CD audio. fmodSystem->setStreamBufferSize(64*1024, FMOD_TIMEUNIT_RAWBYTES); // Get the drive name. /// @todo Make drive selection configurable. FMOD_RESULT result; char driveName[80]; fmodSystem->getCDROMDriveName(0, driveName, sizeof(driveName), 0, 0, 0, 0); DSFMOD_TRACE("CDAudio_Play: CD drive name: '" << driveName << "'"); FMOD::Sound* trackSound = 0; bool needRelease = false; #if MACOSX for(char* ptr = driveName; *ptr; ptr++) if(*ptr == '/') *ptr = ':'; // The CD tracks are mapped to files. char trackPath[200]; sprintf(trackPath, "/Volumes/%s/%i Audio Track.aiff", driveName, track); DSFMOD_TRACE("CDAudio_Play: Opening track: " << trackPath); result = fmodSystem->createStream(trackPath, (looped? FMOD_LOOP_NORMAL : 0), 0, &trackSound); DSFMOD_TRACE("CDAudio_Play: Track " << track << " => Sound " << trackSound); DSFMOD_ERRCHECK(result); needRelease = true; #else #ifdef WIN32 /// @todo Check if there is a data track. // (Hexen CD) The audio tracks begin at #1 even though there is a data track. track--; #endif if(!cdSound) { // Get info about the CD tracks. result = fmodSystem->createStream(driveName, FMOD_OPENONLY, 0, &cdSound); DSFMOD_TRACE("CDAudio_Play: Opening CD, cdSound " << cdSound); DSFMOD_ERRCHECK(result); } int numTracks = 0; result = cdSound->getNumSubSounds(&numTracks); DSFMOD_TRACE("CDAudio_Play: Number of tracks = " << numTracks); if(result != FMOD_OK) return false; // The subsounds are indexed starting from zero (CD track 1 == subsound 0). track--; if(track >= numTracks) { DSFMOD_TRACE("CDAudio_Play: Track " << track << " out of bounds."); return false; } result = cdSound->getSubSound(track, &trackSound); DSFMOD_ERRCHECK(result); DSFMOD_TRACE("CDAudio_Play: Track " << track + 1 << " got subsound " << trackSound); if(looped) { trackSound->setMode(FMOD_LOOP_NORMAL); } #endif return DMFmod_Music_PlaySound(trackSound, needRelease); // takes ownership } void DM_CDAudio_Pause(int pause) { DMFmod_Music_Pause(pause); } void DM_CDAudio_Stop(void) { DMFmod_Music_Stop(); if(cdSound) { cdSound->release(); cdSound = 0; } } doomsday-1.14.5/doomsday/plugins/fmod/include/0000775000175000017500000000000012350542240020552 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fmod/include/fmod_music.h0000664000175000017500000000636212350542240023057 0ustar jaakkojaakko/** * @file fmod_music.h * Music playback interface. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #ifndef __DSFMOD_MUS_H__ #define __DSFMOD_MUS_H__ #include #include #include "api_audiod_mus.h" #ifdef __cplusplus extern "C" { #endif int DM_Music_Init(void); void DM_Music_Shutdown(void); void DM_Music_Set(int prop, float value); int DM_Music_Get(int prop, void* ptr); void DM_Music_Update(void); void* DM_Music_SongBuffer(unsigned int length); // buffered play supported int DM_Music_Play(int looped); void DM_Music_Stop(void); void DM_Music_Pause(int setPause); int DM_Music_PlayFile(const char *filename, int looped); #ifdef __cplusplus } #endif // Internal: void DMFmod_Music_Shutdown(void); bool DMFmod_Music_PlaySound(FMOD::Sound* customSound, bool needRelease); void DMFmod_Music_Pause(int setPause); void DMFmod_Music_Stop(void); void DMFmod_Music_Set(int prop, float value); int DMFmod_Music_Get(int prop, void* ptr); void DMFmod_Music_SetSoundFont(const char* fileName); #endif /* end of include guard: __DSFMOD_MUS_H__ */ doomsday-1.14.5/doomsday/plugins/fmod/include/fmod_sfx.h0000664000175000017500000000624012350542240022532 0ustar jaakkojaakko/** * @file fmod_sfx.h * Sound effects interface. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #ifndef __DSFMOD_SFX_H__ #define __DSFMOD_SFX_H__ #include "api_audiod_sfx.h" #ifdef __cplusplus extern "C" { #endif int DS_SFX_Init(void); sfxbuffer_t* DS_SFX_CreateBuffer(int flags, int bits, int rate); void DS_SFX_DestroyBuffer(sfxbuffer_t* buf); void DS_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample); void DS_SFX_Reset(sfxbuffer_t* buf); void DS_SFX_Play(sfxbuffer_t* buf); void DS_SFX_Stop(sfxbuffer_t* buf); void DS_SFX_Refresh(sfxbuffer_t* buf); void DS_SFX_Set(sfxbuffer_t* buf, int prop, float value); void DS_SFX_Setv(sfxbuffer_t* buf, int prop, float* values); void DS_SFX_Listener(int prop, float value); void DS_SFX_Listenerv(int prop, float* values); int DS_SFX_Getv(int prop, void* values); #ifdef __cplusplus } #endif #endif /* end of include guard: __DSFMOD_SFX_H__ */ doomsday-1.14.5/doomsday/plugins/fmod/include/version.h0000664000175000017500000000566612350542240022425 0ustar jaakkojaakko/** * @file version.h * Version information for the FMOD Ex audio plugin. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #ifndef __DSFMOD_VERSION_H__ #define __DSFMOD_VERSION_H__ #ifndef DSFMOD_VER_ID # ifdef _DEBUG # define DSFMOD_VER_ID "+D Doomsday" # else # define DSFMOD_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dsfmod" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "FMOD Ex Audio Driver" #define PLUGIN_DETAILS "Doomsday plugin for audio playback via Firelight Technologies' FMOD Ex " #define PLUGIN_VERSION_TEXT "1.0.2" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" DSFMOD_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,0,2,0 // For WIN32 version info. #endif doomsday-1.14.5/doomsday/plugins/fmod/include/fmod_cd.h0000664000175000017500000000543312350542240022323 0ustar jaakkojaakko/** * @file fmod_cd.h * CD audio playback. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #ifndef __FMOD_CD_H__ #define __FMOD_CD_H__ #include "api_audiod_mus.h" #ifdef __cplusplus extern "C" { #endif int DM_CDAudio_Init(void); void DM_CDAudio_Shutdown(void); void DM_CDAudio_Update(void); void DM_CDAudio_Set(int prop, float value); int DM_CDAudio_Get(int prop, void* value); int DM_CDAudio_Play(int track, int looped); void DM_CDAudio_Pause(int pause); void DM_CDAudio_Stop(void); #ifdef __cplusplus } #endif // Internal: void DMFmod_CDAudio_Shutdown(void); #endif /* end of include guard: __FMOD_CD_H__ */ doomsday-1.14.5/doomsday/plugins/fmod/include/driver_fmod.h0000664000175000017500000000616712350542240023235 0ustar jaakkojaakko/** * @file driver_fmod.h * FMOD Ex audio plugin. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ /** * @defgroup dsfmod * FMOD Ex audio plugin. */ #ifndef __DSFMOD_DRIVER_H__ #define __DSFMOD_DRIVER_H__ #include #include #include #include #include #include #include #include "api_console.h" extern "C" { int DS_Init(void); void DS_Shutdown(void); void DS_Event(int type); int DS_Set(int prop, const void* ptr); } #define DSFMOD_TRACE(args) LOGDEV_AUDIO_XVERBOSE("[FMOD] ") << args #define DSFMOD_ERRCHECK(result) \ if(result != FMOD_OK) { \ LOGDEV_AUDIO_WARNING("[FMOD] Error at %s, line %i: (%d) %s") << __FILE__ << __LINE__ << result << FMOD_ErrorString(result); \ } extern FMOD::System* fmodSystem; #include "fmod_sfx.h" #include "fmod_music.h" #include "fmod_cd.h" #include "fmod_util.h" DENG_USING_API(Con); #endif /* end of include guard: __DSFMOD_DRIVER_H__ */ doomsday-1.14.5/doomsday/plugins/fmod/include/fmod_util.h0000664000175000017500000000570512350542240022714 0ustar jaakkojaakko/** * @file fmod_util.h * Utilities. @ingroup dsfmod * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html (with exception granted to allow * linking against FMOD Ex) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses * * Special Exception to GPLv2: * Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or * dynamically with other modules is making a combined work based on * audio_fmod. Thus, the terms and conditions of the GNU General Public License * cover the whole combination. In addition, as a special exception, the * copyright holders of audio_fmod give you permission to combine audio_fmod * with free software programs or libraries that are released under the GNU * LGPL and with code included in the standard release of "FMOD Ex Programmer's * API" under the "FMOD Ex Programmer's API" license (or modified versions of * such code, with unchanged license). You may copy and distribute such a * system following the terms of the GNU GPL for audio_fmod and the licenses of * the other code concerned, provided that you include the source code of that * other code when and as the GNU GPL requires distribution of source code. * (Note that people who make modified versions of audio_fmod are not obligated * to grant this special exception for their modified versions; it is their * choice whether to do so. The GNU General Public License gives permission to * release a modified version without this exception; this exception also makes * it possible to release a modified version which carries forward this * exception.) */ #ifndef __DSFMOD_UTIL_H__ #define __DSFMOD_UTIL_H__ #include #include #include #include #ifdef UNIX # define strnicmp strncasecmp #endif #ifdef WIN32 # define strnicmp _strnicmp #endif class FMODVector : public FMOD_VECTOR { public: FMODVector(float _x = 0, float _y = 0, float _z = 0) { x = _x; y = _y; z = _z; } void set(const float* values) { x = values[0]; y = values[1]; z = values[2]; } }; template inline void zeroStruct(T& t) { std::memset(&t, 0, sizeof(T)); t.cbsize = sizeof(T); } bool endsWith(const char* str, const char* ending); #endif /* end of include guard: __DSFMOD_UTIL_H__ */ doomsday-1.14.5/doomsday/plugins/fmod/res/0000775000175000017500000000000012350542240017720 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fmod/res/fmod.rc0000664000175000017500000001013012350542240021166 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2011 Daniel Swanson *\author Copyright 2011 Jaakko Kernen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * fmod.rc: dsFMOD.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dsfmod.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine audio plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dsFMOD.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine audio plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "dsFMOD.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/fmod/res/resource.h0000664000175000017500000000061012350542240021715 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by fmod.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/fmod/api/0000775000175000017500000000000012350542240017700 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fmod/api/dsfmod.def0000664000175000017500000000116212350542240021634 0ustar jaakkojaakkoLIBRARY AUDIO_FMOD ; All exports should be prefixed DS_. EXPORTS deng_LibraryType deng_API DS_Init DS_Shutdown DS_Event DS_Set ; Sfx interface DS_SFX_Init DS_SFX_CreateBuffer DS_SFX_DestroyBuffer DS_SFX_Load DS_SFX_Reset DS_SFX_Play DS_SFX_Stop DS_SFX_Refresh DS_SFX_Set DS_SFX_Setv DS_SFX_Listener DS_SFX_Listenerv DS_SFX_Getv ; Music interface DM_Music_Init DM_Music_Update DM_Music_Get DM_Music_Set DM_Music_Pause DM_Music_Stop DM_Music_SongBuffer DM_Music_Play DM_Music_PlayFile ; CD audio interface DM_CDAudio_Init DM_CDAudio_Update DM_CDAudio_Set DM_CDAudio_Get DM_CDAudio_Pause DM_CDAudio_Stop DM_CDAudio_Play doomsday-1.14.5/doomsday/plugins/fmod/doc/0000775000175000017500000000000012350542240017674 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fmod/doc/LICENSE0000664000175000017500000004106412350542240020706 0ustar jaakkojaakkoThe Doomsday Audio Plugin for FMOD Ex (audio_fmod) is licensed under the terms of the GNU General Public License version 2, with a special exception granted by the copyright holders of audio_fmod to link against the non-free "FMOD Ex Programmer's API" and distribute the resulting product as permitted by the licenses. SPECIAL EXCEPTION TO THE GPLv2 LICENSE Linking the Doomsday Audio Plugin for FMOD Ex (audio_fmod) statically or dynamically with other modules is making a combined work based on audio_fmod. Thus, the terms and conditions of the GNU General Public License cover the whole combination. In addition, AS A SPECIAL EXCEPTION, the copyright holders of audio_fmod give you permission to combine audio_fmod with free software programs or libraries that are released under the GNU LGPL and with code included in the standard release of "FMOD Ex Programmer's API" under the "FMOD Ex Programmer's API" license (or modified versions of such code, with unchanged license). You may copy and distribute such a system following the terms of the GNU GPL for audio_fmod and the licenses of the other code concerned, provided that you include the source code of that other code when and as the GNU GPL requires distribution of source code. Note that people who make modified versions of audio_fmod are not obligated to grant this special exception for their modified versions; it is their choice whether to do so. The GNU General Public License gives permission to release a modified version without this exception; this exception also makes it possible to release a modified version which carries forward this exception. The GNU General Public License version 2 is reproduced below in its entirety. ----------------------------------------------------------------------------- GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. 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You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/hexen/0000775000175000017500000000000012350542240017311 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/doxygen.css0000664000175000017500000005321412350542240021505 0ustar jaakkojaakko/* The standard CSS for doxygen */ body, table, div, p, dl { font: 400 14px/19px Roboto,sans-serif; } /* @group Heading Levels */ h1.groupheader { font-size: 150%; } .title { font-size: 150%; font-weight: bold; margin: 10px 2px; } h2.groupheader { border-bottom: 1px solid #879ECB; color: #354C7B; font-size: 150%; font-weight: normal; margin-top: 1.75em; padding-top: 8px; padding-bottom: 4px; width: 100%; } h3.groupheader { font-size: 100%; } h1, h2, h3, h4, h5, h6 { -webkit-transition: text-shadow 0.5s linear; -moz-transition: text-shadow 0.5s linear; -ms-transition: text-shadow 0.5s linear; -o-transition: text-shadow 0.5s linear; transition: text-shadow 0.5s linear; margin-right: 15px; } h1.glow, h2.glow, h3.glow, h4.glow, h5.glow, h6.glow { text-shadow: 0 0 15px cyan; } dt { font-weight: bold; } div.multicol { -moz-column-gap: 1em; -webkit-column-gap: 1em; -moz-column-count: 3; -webkit-column-count: 3; } p.startli, p.startdd, p.starttd { margin-top: 2px; } p.endli { margin-bottom: 0px; } p.enddd { margin-bottom: 4px; } p.endtd { margin-bottom: 2px; } /* @end */ caption { font-weight: bold; } span.legend { font-size: 70%; text-align: center; } h3.version { font-size: 90%; text-align: center; } div.qindex, div.navtab{ background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; } div.qindex, div.navpath { width: 100%; line-height: 140%; } div.navtab { margin-right: 15px; } /* @group Link Styling */ a { color: #3D578C; font-weight: normal; text-decoration: none; } .contents a:visited { color: #4665A2; } a:hover { text-decoration: underline; } a.qindex { font-weight: bold; } a.qindexHL { font-weight: bold; background-color: #9CAFD4; color: #ffffff; border: 1px double #869DCA; } .contents a.qindexHL:visited { color: #ffffff; } a.el { font-weight: bold; } a.elRef { } a.code, a.code:visited { color: #4665A2; } a.codeRef, a.codeRef:visited { color: #4665A2; } /* @end */ dl.el { margin-left: -1cm; } pre.fragment { border: 1px solid #C4CFE5; background-color: #FBFCFD; padding: 4px 6px; margin: 4px 8px 4px 2px; overflow: auto; word-wrap: break-word; font-size: 9pt; line-height: 125%; font-family: monospace, fixed; font-size: 105%; } div.fragment { padding: 4px; margin: 4px; background-color: #FBFCFD; border: 1px solid #C4CFE5; } div.line { font-family: monospace, fixed; font-size: 13px; min-height: 13px; line-height: 1.0; text-wrap: unrestricted; white-space: -moz-pre-wrap; /* Moz */ white-space: -pre-wrap; /* Opera 4-6 */ white-space: -o-pre-wrap; /* Opera 7 */ white-space: pre-wrap; /* CSS3 */ word-wrap: break-word; /* IE 5.5+ */ text-indent: -53px; padding-left: 53px; padding-bottom: 0px; margin: 0px; -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } div.line.glow { background-color: cyan; box-shadow: 0 0 10px cyan; } span.lineno { padding-right: 4px; text-align: right; border-right: 2px solid #0F0; background-color: #E8E8E8; white-space: pre; } span.lineno a { background-color: #D8D8D8; } span.lineno a:hover { background-color: #C8C8C8; } div.ah { background-color: black; font-weight: bold; color: #ffffff; margin-bottom: 3px; margin-top: 3px; padding: 0.2em; border: solid thin #333; border-radius: 0.5em; -webkit-border-radius: .5em; -moz-border-radius: .5em; box-shadow: 2px 2px 3px #999; -webkit-box-shadow: 2px 2px 3px #999; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; background-image: -webkit-gradient(linear, left top, left bottom, from(#eee), to(#000),color-stop(0.3, #444)); background-image: -moz-linear-gradient(center top, #eee 0%, #444 40%, #000); } div.groupHeader { margin-left: 16px; margin-top: 12px; font-weight: bold; } div.groupText { margin-left: 16px; font-style: italic; } body { background-color: white; color: black; margin: 0; } div.contents { margin-top: 10px; margin-left: 12px; margin-right: 8px; } td.indexkey { background-color: #EBEFF6; font-weight: bold; border: 1px solid #C4CFE5; margin: 2px 0px 2px 0; padding: 2px 10px; white-space: nowrap; vertical-align: top; } td.indexvalue { background-color: #EBEFF6; border: 1px solid #C4CFE5; padding: 2px 10px; margin: 2px 0px; } tr.memlist { background-color: #EEF1F7; } p.formulaDsp { text-align: center; } img.formulaDsp { } img.formulaInl { vertical-align: middle; } div.center { text-align: center; margin-top: 0px; margin-bottom: 0px; padding: 0px; } div.center img { border: 0px; } address.footer { text-align: right; padding-right: 12px; } img.footer { border: 0px; vertical-align: middle; } /* @group Code Colorization */ span.keyword { color: #008000 } span.keywordtype { color: #604020 } span.keywordflow { color: #e08000 } span.comment { color: #800000 } span.preprocessor { color: #806020 } span.stringliteral { color: #002080 } span.charliteral { color: #008080 } span.vhdldigit { color: #ff00ff } span.vhdlchar { color: #000000 } span.vhdlkeyword { color: #700070 } span.vhdllogic { color: #ff0000 } blockquote { background-color: #F7F8FB; border-left: 2px solid #9CAFD4; margin: 0 24px 0 4px; padding: 0 12px 0 16px; } /* @end */ /* .search { color: #003399; font-weight: bold; } form.search { margin-bottom: 0px; margin-top: 0px; } input.search { font-size: 75%; color: #000080; font-weight: normal; background-color: #e8eef2; } */ td.tiny { font-size: 75%; } .dirtab { padding: 4px; border-collapse: collapse; border: 1px solid #A3B4D7; } th.dirtab { background: #EBEFF6; font-weight: bold; } hr { height: 0px; border: none; border-top: 1px solid #4A6AAA; } hr.footer { height: 1px; } /* @group Member Descriptions */ table.memberdecls { border-spacing: 0px; padding: 0px; } .memberdecls td, .fieldtable tr { -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } .memberdecls td.glow, .fieldtable tr.glow { background-color: cyan; box-shadow: 0 0 15px cyan; } .mdescLeft, .mdescRight, .memItemLeft, .memItemRight, .memTemplItemLeft, .memTemplItemRight, .memTemplParams { background-color: #F9FAFC; border: none; margin: 4px; padding: 1px 0 0 8px; } .mdescLeft, .mdescRight { padding: 0px 8px 4px 8px; color: #555; } .memSeparator { border-bottom: 1px solid #DEE4F0; line-height: 1px; margin: 0px; padding: 0px; } .memItemLeft, .memTemplItemLeft { white-space: nowrap; } .memItemRight { width: 100%; } .memTemplParams { color: #4665A2; white-space: nowrap; font-size: 80%; } /* @end */ /* @group Member Details */ /* Styles for detailed member documentation */ .memtemplate { font-size: 80%; color: #4665A2; font-weight: normal; margin-left: 9px; } .memnav { background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; margin: 2px; margin-right: 15px; padding: 2px; } .mempage { width: 100%; } .memitem { padding: 0; margin-bottom: 10px; margin-right: 5px; -webkit-transition: box-shadow 0.5s linear; -moz-transition: box-shadow 0.5s linear; -ms-transition: box-shadow 0.5s linear; -o-transition: box-shadow 0.5s linear; transition: box-shadow 0.5s linear; display: table !important; width: 100%; } .memitem.glow { box-shadow: 0 0 15px cyan; } .memname { font-weight: bold; margin-left: 6px; } .memname td { vertical-align: bottom; } dl.reflist dt { border-top: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } .memproto { border: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } dl.reflist dd { border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 10px 2px 10px; background-color: #FBFCFD; border-top-width: 0; background-image:url('nav_g.png'); background-repeat:repeat-x; background-color: #FFFFFF; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); } div.textblock { max-width: 900px; } .memdoc { max-width: 900px; /* border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; */ padding-left: 2em; padding-top: 1ex; padding-bottom: 1em; /*background-color: #FBFCFD;*/ border-top-width: 0; /* background-image:url('nav_g.png'); background-repeat:repeat-x;*/ background-color: transparent; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; /*box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; /*-moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px;*/ /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; /*-webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ } dl.reflist dt { padding: 5px; } dl.reflist dd { margin: 0px 0px 10px 0px; padding: 5px; } .paramkey { text-align: right; } .paramtype { white-space: nowrap; } .paramname { color: #602020; white-space: nowrap; } .paramname em { font-style: normal; } .paramname code { line-height: 14px; } .params, .retval, .exception, .tparams { margin-left: 0px; padding-left: 0px; } .params .paramname, .retval .paramname { font-weight: bold; vertical-align: top; } .params .paramtype { font-style: italic; vertical-align: top; } .params .paramdir { font-family: "courier new",courier,monospace; vertical-align: top; } table.mlabels { border-spacing: 0px; } td.mlabels-left { width: 100%; padding: 0px; } td.mlabels-right { vertical-align: bottom; padding: 0px; white-space: nowrap; } span.mlabels { margin-left: 8px; } span.mlabel { background-color: #728DC1; border-top:1px solid #5373B4; border-left:1px solid #5373B4; border-right:1px solid #C4CFE5; border-bottom:1px solid #C4CFE5; text-shadow: none; color: white; margin-right: 4px; padding: 2px 3px; border-radius: 3px; font-size: 7pt; white-space: nowrap; vertical-align: middle; } /* @end */ /* these are for tree view when not used as main index */ div.directory { margin: 10px 0px; border-top: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; width: 100%; } .directory table { border-collapse:collapse; } .directory td { margin: 0px; padding: 0px; vertical-align: top; } .directory td.entry { white-space: nowrap; padding-right: 6px; } .directory td.entry a { outline:none; } .directory td.entry a img { border: none; } .directory td.desc { width: 100%; padding-left: 6px; padding-right: 6px; padding-top: 3px; border-left: 1px solid rgba(0,0,0,0.05); } .directory tr.even { padding-left: 6px; background-color: #F7F8FB; } .directory img { vertical-align: -30%; } .directory .levels { white-space: nowrap; width: 100%; text-align: right; font-size: 9pt; } .directory .levels span { cursor: pointer; padding-left: 2px; padding-right: 2px; color: #3D578C; } div.dynheader { margin-top: 8px; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } address { font-style: normal; color: #2A3D61; } table.doxtable { border-collapse:collapse; margin-top: 4px; margin-bottom: 4px; } table.doxtable td, table.doxtable th { border: 1px solid #2D4068; padding: 3px 7px 2px; } table.doxtable th { background-color: #374F7F; color: #FFFFFF; font-size: 110%; padding-bottom: 4px; padding-top: 5px; } table.fieldtable { width: 100%; margin-bottom: 10px; border: 1px solid #A8B8D9; border-spacing: 0px; -moz-border-radius: 4px; -webkit-border-radius: 4px; border-radius: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; -webkit-box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); } .fieldtable td, .fieldtable th { padding: 3px 7px 2px; } .fieldtable td.fieldtype, .fieldtable td.fieldname { white-space: nowrap; border-right: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; vertical-align: top; } .fieldtable td.fielddoc { border-bottom: 1px solid #A8B8D9; width: 100%; } .fieldtable tr:last-child td { border-bottom: none; } .fieldtable th { background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; font-size: 90%; color: #253555; padding-bottom: 4px; padding-top: 5px; text-align:left; -moz-border-radius-topleft: 4px; -moz-border-radius-topright: 4px; -webkit-border-top-left-radius: 4px; -webkit-border-top-right-radius: 4px; border-top-left-radius: 4px; border-top-right-radius: 4px; border-bottom: 1px solid #A8B8D9; } .tabsearch { top: 0px; left: 10px; height: 36px; background-image: url('tab_b.png'); z-index: 101; overflow: hidden; font-size: 13px; } .navpath ul { font-size: 11px; background-image:url('tab_b.png'); background-repeat:repeat-x; background-position: 0 -5px; height:30px; line-height:30px; color:#8AA0CC; border:solid 1px #C2CDE4; overflow:hidden; margin:0px; padding:0px; } .navpath li { list-style-type:none; float:left; padding-left:10px; padding-right:15px; background-image:url('bc_s.png'); background-repeat:no-repeat; background-position:right; color:#364D7C; } .navpath li.navelem a { height:32px; display:block; text-decoration: none; outline: none; color: #283A5D; font-family: 'Lucida Grande',Geneva,Helvetica,Arial,sans-serif; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); text-decoration: none; } .navpath li.navelem a:hover { color:#6884BD; } .navpath li.footer { list-style-type:none; float:right; padding-left:10px; padding-right:15px; background-image:none; background-repeat:no-repeat; background-position:right; color:#364D7C; font-size: 8pt; } div.summary { float: right; font-size: 8pt; padding-right: 5px; width: 50%; text-align: right; } div.summary a { white-space: nowrap; } div.ingroups { font-size: 8pt; width: 50%; text-align: left; margin-top: 1ex; } div.ingroups a { white-space: nowrap; } div.header { background-image:url('nav_h.png'); background-repeat:repeat-x; background-color: #F9FAFC; margin: 0px; border-bottom: 1px solid #C4CFE5; } div.headertitle { padding: 5px 5px 5px 10px; } dl { padding: 0 0 0 10px; } /* dl.note, dl.warning, dl.attention, dl.pre, dl.post, dl.invariant, dl.deprecated, dl.todo, dl.test, dl.bug */ dl.section { margin-left: 0px; padding-left: 0px; } dl.note { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #D0C000; } dl.warning, dl.attention { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #FF0000; } dl.pre, dl.post, dl.invariant { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00D000; } dl.deprecated { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #505050; } dl.todo { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00C0E0; } dl.test { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #3030E0; } dl.bug { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #C08050; } dl.section dd { margin-bottom: 6px; } #projectlogo { text-align: center; vertical-align: bottom; border-collapse: separate; } #projectlogo img { border: 0px none; } #projectname { font: 300% Tahoma, Arial,sans-serif; margin: 0px; padding: 2px 0px; } #projectbrief { font: 120% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #projectnumber { font: 50% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #titlearea { padding: 0px; margin: 0px; width: 100%; border-bottom: 1px solid #5373B4; } .image { text-align: center; } .dotgraph { text-align: center; } .mscgraph { text-align: center; } .caption { font-weight: bold; } div.zoom { border: 1px solid #90A5CE; } dl.citelist { margin-bottom:50px; } dl.citelist dt { color:#334975; float:left; font-weight:bold; margin-right:10px; padding:5px; } dl.citelist dd { margin:2px 0; padding:5px 0; } div.toc { padding: 14px 25px; background-color: #F4F6FA; border: 1px solid #D8DFEE; border-radius: 7px 7px 7px 7px; float: right; height: auto; margin: 0 20px 10px 10px; width: 200px; } div.toc li { background: url("bdwn.png") no-repeat scroll 0 5px transparent; font: 10px/1.2 Verdana,DejaVu Sans,Geneva,sans-serif; margin-top: 5px; padding-left: 10px; padding-top: 2px; } div.toc h3 { font: bold 12px/1.2 Arial,FreeSans,sans-serif; color: #4665A2; border-bottom: 0 none; margin: 0; } div.toc ul { list-style: none outside none; border: medium none; padding: 0px; } div.toc li.level1 { margin-left: 0px; } div.toc li.level2 { margin-left: 15px; } div.toc li.level3 { margin-left: 30px; } div.toc li.level4 { margin-left: 45px; } .inherit_header { font-weight: bold; color: gray; cursor: pointer; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } .inherit_header td { padding: 6px 0px 2px 5px; } .inherit { display: none; } tr.heading h2 { margin-top: 12px; margin-bottom: 4px; } @media print { #top { display: none; } #side-nav { display: none; } #nav-path { display: none; } body { overflow:visible; } h1, h2, h3, h4, h5, h6 { page-break-after: avoid; } .summary { display: none; } .memitem { page-break-inside: avoid; } #doc-content { margin-left:0 !important; height:auto !important; width:auto !important; overflow:inherit; display:inline; } } doomsday-1.14.5/doomsday/plugins/hexen/defs/0000775000175000017500000000000012350542240020232 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/defs/text.ded0000664000175000017500000002400312350542240021673 0ustar jaakkojaakko# libhexen: Text Strings Header { Version = 5; } Text { ID = "PRESSKEY"; Text = "Press a key."; } Text { ID = "PRESSYN"; Text = "Press %1 or %2."; } Text { ID = "TXT_PAUSED"; Text = "Paused"; } Text { ID = "QUITMSG"; Text = "Are you sure you want to\nquit this great game?"; } Text { ID = "LOADNET"; Text = "You can't do load while in a net game!"; } Text { ID = "QLOADNET"; Text = "You can't load during a netgame!"; } Text { ID = "QSAVESPOT"; Text = "You haven't picked a quicksave slot yet!"; } Text { ID = "SAVEDEAD"; Text = "You can't save if you aren't playing!"; } Text { ID = "QSPROMPT"; Text = "Save over your game named\n\n'%s'?"; } Text { ID = "QLPROMPT"; Text = "Are you sure you want to load the game named\n\n'%s'?"; } Text { ID = "NEWGAME"; Text = "You can't start a new game\nwhile in a network game."; } Text { ID = "MSGOFF"; Text = "Messages OFF"; } Text { ID = "MSGON"; Text = "Messages ON"; } Text { ID = "NETEND"; Text = "You can't end a netgame!"; } Text { ID = "ENDGAME"; Text = "Are you sure you want to end the game?"; } Text { ID = "DOSY"; Text = "(Press %1 to quit to DOS.)"; } Text { ID = "TXT_GAMMA_LEVEL_OFF"; Text = "Gamma correction OFF"; } Text { ID = "TXT_GAMMA_LEVEL_1"; Text = "Gamma correction level 1"; } Text { ID = "TXT_GAMMA_LEVEL_2"; Text = "Gamma correction level 2"; } Text { ID = "TXT_GAMMA_LEVEL_3"; Text = "Gamma correction level 3"; } Text { ID = "TXT_GAMMA_LEVEL_4"; Text = "Gamma correction level 4"; } Text { ID = "EMPTYSTRING"; Text = "Empty slot"; } Text { ID = "TXT_MANA_1"; Text = "Blue Mana"; } Text { ID = "TXT_MANA_2"; Text = "Green Mana"; } Text { ID = "TXT_MANA_BOTH"; Text = "Combined Mana"; } Text { ID = "TXT_KEY_STEEL"; Text = "Steel Key"; } Text { ID = "TXT_KEY_CAVE"; Text = "Cave Key"; } Text { ID = "TXT_KEY_AXE"; Text = "Axe Key"; } Text { ID = "TXT_KEY_FIRE"; Text = "Fire Key"; } Text { ID = "TXT_KEY_EMERALD"; Text = "Emerald Key"; } Text { ID = "TXT_KEY_DUNGEON"; Text = "Dungeon Key"; } Text { ID = "TXT_KEY_SILVER"; Text = "Silver Key"; } Text { ID = "TXT_KEY_RUSTED"; Text = "Rusted Key"; } Text { ID = "TXT_KEY_HORN"; Text = "Horn Key"; } Text { ID = "TXT_KEY_SWAMP"; Text = "Swamp Key"; } Text { ID = "TXT_KEY_CASTLE"; Text = "Castle Key"; } Text { ID = "TXT_ARTIINVULNERABILITY"; Text = "Icon of the Defender"; } Text { ID = "TXT_ARTIHEALTH"; Text = "Quartz Flask"; } Text { ID = "TXT_ARTISUPERHEALTH"; Text = "Mystic Urn"; } Text { ID = "TXT_ARTISUMMON"; Text = "Dark Servant"; } Text { ID = "TXT_ARTITORCH"; Text = "Torch"; } Text { ID = "TXT_ARTIEGG"; Text = "Porkalator"; } Text { ID = "TXT_ARTIFLY"; Text = "Wings of Wrath"; } Text { ID = "TXT_ARTITELEPORT"; Text = "Chaos Device"; } Text { ID = "TXT_ARTIPOISONBAG"; Text = "Flechette"; } Text { ID = "TXT_ARTITELEPORTOTHER"; Text = "Banishment Device"; } Text { ID = "TXT_ARTISPEED"; Text = "Boots of Speed"; } Text { ID = "TXT_ARTIBOOSTMANA"; Text = "Krater of Might"; } Text { ID = "TXT_ARTIBOOSTARMOR"; Text = "Dragonskin Bracers"; } Text { ID = "TXT_ARTIBLASTRADIUS"; Text = "Disc of Repulsion"; } Text { ID = "TXT_ARTIHEALINGRADIUS"; Text = "Mystic Ambit Incant"; } Text { ID = "TXT_ARTIPUZZSKULL"; Text = "Yorick's Skull"; } Text { ID = "TXT_ARTIPUZZGEMBIG"; Text = "Heart of D'Sparil"; } Text { ID = "TXT_ARTIPUZZGEMRED"; Text = "Ruby Planet"; } Text { ID = "TXT_ARTIPUZZGEMGREEN1"; Text = "Emerald Planet"; } Text { ID = "TXT_ARTIPUZZGEMGREEN2"; Text = "Emerald Planet"; } Text { ID = "TXT_ARTIPUZZGEMBLUE1"; Text = "Sapphire Planet"; } Text { ID = "TXT_ARTIPUZZGEMBLUE2"; Text = "Sapphire Planet"; } Text { ID = "TXT_ARTIPUZZBOOK1"; Text = "Daemon Codex"; } Text { ID = "TXT_ARTIPUZZBOOK2"; Text = "Liber Oscura"; } Text { ID = "TXT_ARTIPUZZSKULL2"; Text = "Flame Mask"; } Text { ID = "TXT_ARTIPUZZFWEAPON"; Text = "Glaive Seal"; } Text { ID = "TXT_ARTIPUZZCWEAPON"; Text = "Holy Relic"; } Text { ID = "TXT_ARTIPUZZMWEAPON"; Text = "Sigil of the Magus"; } Text { ID = "TXT_ARTIPUZZGEAR1"; Text = "Clock Gear"; } Text { ID = "TXT_ARTIPUZZGEAR2"; Text = "Clock Gear"; } Text { ID = "TXT_ARTIPUZZGEAR3"; Text = "Clock Gear"; } Text { ID = "TXT_ARTIPUZZGEAR4"; Text = "Clock Gear"; } Text { ID = "TXT_USEPUZZLEFAILED"; Text = "You cannot use this here"; } Text { ID = "TXT_ITEMHEALTH"; Text = "Crystal Vial"; } Text { ID = "TXT_ITEMBAGOFHOLDING"; Text = "Bag of Holding"; } Text { ID = "TXT_ITEMSHIELD1"; Text = "Silver Shield"; } Text { ID = "TXT_ITEMSHIELD2"; Text = "Enchanted Shield"; } Text { ID = "TXT_ITEMSUPERMAP"; Text = "Map Scroll"; } Text { ID = "TXT_ARMOR1"; Text = "Mesh Armor"; } Text { ID = "TXT_ARMOR2"; Text = "Falcon Shield"; } Text { ID = "TXT_ARMOR3"; Text = "Platinum Helmet"; } Text { ID = "TXT_ARMOR4"; Text = "Amulet of Warding"; } Text { ID = "TXT_WEAPON_F2"; Text = "Timon's Axe"; } Text { ID = "TXT_WEAPON_F3"; Text = "Hammer of Retribution"; } Text { ID = "TXT_WEAPON_F4"; Text = "Quietus assembled"; } Text { ID = "TXT_WEAPON_C2"; Text = "Serpent Staff"; } Text { ID = "TXT_WEAPON_C3"; Text = "Firestorm"; } Text { ID = "TXT_WEAPON_C4"; Text = "Wraithverge assembled"; } Text { ID = "TXT_WEAPON_M2"; Text = "Frost Shards"; } Text { ID = "TXT_WEAPON_M3"; Text = "Arc of Death"; } Text { ID = "TXT_WEAPON_M4"; Text = "Bloodscourge assembled"; } Text { ID = "TXT_QUIETUS_PIECE"; Text = "Segment of Quietus"; } Text { ID = "TXT_WRAITHVERGE_PIECE"; Text = "Segment of Wraithverge"; } Text { ID = "TXT_BLOODSCOURGE_PIECE"; Text = "Segment of Bloodscourge"; } Text { ID = "TXT_CHEATGODON"; Text = "God mode ON"; } Text { ID = "TXT_CHEATGODOFF"; Text = "God mode OFF"; } Text { ID = "TXT_CHEATNOCLIPON"; Text = "No clipping ON"; } Text { ID = "TXT_CHEATNOCLIPOFF"; Text = "No clipping OFF"; } Text { ID = "TXT_CHEATWEAPONS"; Text = "All weapons"; } Text { ID = "TXT_CHEATHEALTH"; Text = "Full health"; } Text { ID = "TXT_CHEATKEYS"; Text = "All keys"; } Text { ID = "TXT_CHEATSOUNDON"; Text = "Sound debug ON"; } Text { ID = "TXT_CHEATSOUNDOFF"; Text = "Sound debug OFF"; } Text { ID = "TXT_CHEATTICKERON"; Text = "Ticker ON"; } Text { ID = "TXT_CHEATTICKEROFF"; Text = "Ticker OFF"; } Text { ID = "TXT_CHEATARTIFACTS3"; Text = "All artifacts"; } Text { ID = "TXT_CHEATARTIFACTSFAIL"; Text = "Bad input"; } Text { ID = "TXT_CHEATWARP"; Text = "Map warp"; } Text { ID = "TXT_CHEATSCREENSHOT"; Text = "Screenshot"; } Text { ID = "TXT_CHEATIDDQD"; Text = "Trying to cheat, eh? Now you die!"; } Text { ID = "TXT_CHEATIDKFA"; Text = "Cheater - You don't deserve weapons"; } Text { ID = "TXT_CHEATBADINPUT"; Text = "Bad input"; } Text { ID = "TXT_CHEATNOMAP"; Text = "Can't find map"; } Text { ID = "TXT_GAMESAVED"; Text = "Game saved"; } Text { ID = "HUSTR_CHATMACRO0"; Text = "No"; } Text { ID = "HUSTR_CHATMACRO1"; Text = "I'm ready to kick butt!"; } Text { ID = "HUSTR_CHATMACRO2"; Text = "I'm OK."; } Text { ID = "HUSTR_CHATMACRO3"; Text = "I'm not looking too good!"; } Text { ID = "HUSTR_CHATMACRO4"; Text = "Help!"; } Text { ID = "HUSTR_CHATMACRO5"; Text = "You suck!"; } Text { ID = "HUSTR_CHATMACRO6"; Text = "Next time, scumbag..."; } Text { ID = "HUSTR_CHATMACRO7"; Text = "Come here!"; } Text { ID = "HUSTR_CHATMACRO8"; Text = "I'll take care of it."; } Text { ID = "HUSTR_CHATMACRO9"; Text = "Yes"; } Text { ID = "AMSTR_FOLLOWON"; Text = "Follow mode ON"; } Text { ID = "AMSTR_FOLLOWOFF"; Text = "Follow mode OFF"; } Text { ID = "LOADMISSING"; Text = "You weren't in the server's savegame."; } Text { ID = "AMSTR_ROTATEON"; Text = "Rotate mode ON"; } Text { ID = "AMSTR_ROTATEOFF"; Text = "Rotate mode OFF"; } Text { ID = "AMSTR_GRIDON"; Text = "Grid ON"; } Text { ID = "AMSTR_GRIDOFF"; Text = "Grid OFF"; } Text { ID = "AMSTR_MARKEDSPOT"; Text = "Marked spot"; } Text { ID = "AMSTR_MARKSCLEARED"; Text = "All marks cleared"; } Text { ID = "SAVEOUTMAP"; Text = "You can't save if you aren't in a map!"; } Text { ID = "ENDNOGAME"; Text = "You can't end a game that hasn't even begun!"; } Text { ID = "SUICIDEOUTMAP"; Text = "You can't suicide if you aren't in a map!"; } Text { ID = "SUICIDEASK"; Text = "Are you sure you want to suicide?"; } Text { ID = "PICKGAMETYPE"; Text = "Choose game type"; } Text { ID = "SINGLEPLAYER"; Text = "Singleplayer"; } Text { ID = "MULTIPLAYER"; Text = "Multiplayer"; } Text { ID = "NOTDESIGNEDFOR"; Text = "Not designed for %1."; } Text { ID = "GAMESETUP"; Text = "Game Setup"; } Text { ID = "PLAYERSETUP"; Text = "Player Setup"; } Text { ID = "DISCONNECT"; Text = "Really disconnect?"; } Text { ID = "RANDOMPLAYERCLASS"; Text = "Random"; } Text { ID = "PLAYERCLASS1"; Text = "Fighter"; } Text { ID = "PLAYERCLASS2"; Text = "Cleric"; } Text { ID = "PLAYERCLASS3"; Text = "Mage"; } Text { ID = "PLAYERCLASS4"; Text = "Pig"; } Text { ID = "SKILLF1"; Text = "Squire"; } Text { ID = "SKILLF2"; Text = "Knight"; } Text { ID = "SKILLF3"; Text = "Warrior"; } Text { ID = "SKILLF4"; Text = "Berserker"; } Text { ID = "SKILLF5"; Text = "Titan"; } Text { ID = "SKILLC1"; Text = "Altar Boy"; } Text { ID = "SKILLC2"; Text = "Acolyte"; } Text { ID = "SKILLC3"; Text = "Priest"; } Text { ID = "SKILLC4"; Text = "Cardinal"; } Text { ID = "SKILLC5"; Text = "Pope"; } Text { ID = "SKILLM1"; Text = "Apprentice"; } Text { ID = "SKILLM2"; Text = "Enchanter"; } Text { ID = "SKILLM3"; Text = "Sorcerer"; } Text { ID = "SKILLM4"; Text = "Warlock"; } Text { ID = "SKILLM5"; Text = "Archimage"; } Text { ID = "DELETESAVEGAME_CONFIRM"; Text = "Really delete save game\n\n'%s'?"; } Text { ID = "REBORNLOAD_CONFIRM"; Text = "Load save game\n\n'%s'?"; } doomsday-1.14.5/doomsday/plugins/hexen/defs/sounds.ded0000664000175000017500000007254612350542240022241 0ustar jaakkojaakko# libhexen: Sound Effects and Texture Environments Header { Version = 5; } #####====--- SOUND EFFECTS ---====##### # # The Sound definitions refer to sound names, which are currently # all located in SNDINFO (in Hexen.wad). SNDINFO maps each name # to a lump that contains the sound sample data. Sound { ID = "PLAYER_FIGHTER_NORMAL_DEATH"; Name = "PlayerFighterNormalDeath"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_FIGHTER_CRAZY_DEATH"; Name = "PlayerFighterCrazyDeath"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_FIGHTER_EXTREME1_DEATH"; Name = "PlayerFighterExtreme1Death"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_FIGHTER_EXTREME2_DEATH"; Name = "PlayerFighterExtreme2Death"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_FIGHTER_EXTREME3_DEATH"; Name = "PlayerFighterExtreme3Death"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_FIGHTER_BURN_DEATH"; Name = "PlayerFighterBurnDeath"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_NORMAL_DEATH"; Name = "PlayerClericNormalDeath"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_CRAZY_DEATH"; Name = "PlayerClericCrazyDeath"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_EXTREME1_DEATH"; Name = "PlayerClericExtreme1Death"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_EXTREME2_DEATH"; Name = "PlayerClericExtreme2Death"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_EXTREME3_DEATH"; Name = "PlayerClericExtreme3Death"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_BURN_DEATH"; Name = "PlayerClericBurnDeath"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_MAGE_NORMAL_DEATH"; Name = "PlayerMageNormalDeath"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_MAGE_CRAZY_DEATH"; Name = "PlayerMageCrazyDeath"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_MAGE_EXTREME1_DEATH"; Name = "PlayerMageExtreme1Death"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_MAGE_EXTREME2_DEATH"; Name = "PlayerMageExtreme2Death"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_MAGE_EXTREME3_DEATH"; Name = "PlayerMageExtreme3Death"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_MAGE_BURN_DEATH"; Name = "PlayerMageBurnDeath"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_FIGHTER_PAIN"; Name = "PlayerFighterPain"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_PAIN"; Name = "PlayerClericPain"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_MAGE_PAIN"; Name = "PlayerMagePain"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_FIGHTER_GRUNT"; Name = "PlayerFighterGrunt"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_GRUNT"; Name = "PlayerClericGrunt"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_MAGE_GRUNT"; Name = "PlayerMageGrunt"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_LAND"; Name = "PlayerLand"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_POISONCOUGH"; Name = "PlayerPoisonCough"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_FIGHTER_FALLING_SCREAM"; Name = "PlayerFighterFallingScream"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_FALLING_SCREAM"; Name = "PlayerClericFallingScream"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_MAGE_FALLING_SCREAM"; Name = "PlayerMageFallingScream"; Priority = 256; Max channels = 2; } Sound { ID = "PLAYER_FALLING_SPLAT"; Name = "PlayerFallingSplat"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLAYER_FIGHTER_FAILED_USE"; Name = "PlayerFighterFailedUse"; Priority = 256; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "PLAYER_CLERIC_FAILED_USE"; Name = "PlayerClericFailedUse"; Priority = 256; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "PLAYER_MAGE_FAILED_USE"; Name = "PlayerMageFailedUse"; Priority = 256; Max channels = 1; } Sound { ID = "PLATFORM_START"; Name = "PlatformStart"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLATFORM_STARTMETAL"; Name = "PlatformStartMetal"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PLATFORM_STOP"; Name = "PlatformStop"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "STONE_MOVE"; Name = "StoneMove"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "METAL_MOVE"; Name = "MetalMove"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DOOR_OPEN"; Name = "DoorOpen"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DOOR_LOCKED"; Name = "DoorLocked"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DOOR_METAL_OPEN"; Name = "DoorOpenMetal"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DOOR_METAL_CLOSE"; Name = "DoorCloseMetal"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DOOR_LIGHT_CLOSE"; Name = "DoorCloseLight"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DOOR_HEAVY_CLOSE"; Name = "DoorCloseHeavy"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DOOR_CREAK"; Name = "DoorCreak"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PICKUP_WEAPON"; Name = "PickupWeapon"; Priority = 36; Max channels = 2; } Sound { ID = "PICKUP_ARTIFACT"; Name = "PickupArtifact"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PICKUP_KEY"; Name = "PickupKey"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PICKUP_ITEM"; Name = "PickupItem"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PICKUP_PIECE"; Name = "PickupPiece"; Priority = 36; Max channels = 2; } Sound { ID = "WEAPON_BUILD"; Name = "WeaponBuild"; Priority = 36; Max channels = 2; } Sound { ID = "ARTIFACT_USE"; Name = "UseArtifact"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ARTIFACT_BLAST"; Name = "BlastRadius"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "TELEPORT"; Name = "Teleport"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "THUNDER_CRASH"; Name = "ThunderCrash"; Priority = 30; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_PUNCH_MISS"; Name = "FighterPunchMiss"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_PUNCH_HITTHING"; Name = "FighterPunchHitThing"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_PUNCH_HITWALL"; Name = "FighterPunchHitWall"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_GRUNT"; Name = "FighterGrunt"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_AXE_HITTHING"; Name = "FighterAxeHitThing"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_HAMMER_MISS"; Name = "FighterHammerMiss"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_HAMMER_HITTHING"; Name = "FighterHammerHitThing"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_HAMMER_HITWALL"; Name = "FighterHammerHitWall"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_HAMMER_CONTINUOUS"; Name = "FighterHammerContinuous"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_HAMMER_EXPLODE"; Name = "FighterHammerExplode"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_SWORD_FIRE"; Name = "FighterSwordFire"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIGHTER_SWORD_EXPLODE"; Name = "FighterSwordExplode"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CLERIC_CSTAFF_FIRE"; Name = "ClericCStaffFire"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CLERIC_CSTAFF_EXPLODE"; Name = "ClericCStaffExplode"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CLERIC_CSTAFF_HITTHING"; Name = "ClericCStaffHitThing"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CLERIC_FLAME_FIRE"; Name = "ClericFlameFire"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CLERIC_FLAME_EXPLODE"; Name = "ClericFlameExplode"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CLERIC_FLAME_CIRCLE"; Name = "ClericFlameCircle"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_WAND_FIRE"; Name = "MageWandFire"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_LIGHTNING_FIRE"; Name = "MageLightningFire"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_LIGHTNING_ZAP"; Name = "MageLightningZap"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_LIGHTNING_CONTINUOUS"; Name = "MageLightningContinuous"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_LIGHTNING_READY"; Name = "MageLightningReady"; Priority = 30; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_SHARDS_FIRE"; Name = "MageShardsFire"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_SHARDS_EXPLODE"; Name = "MageShardsExplode"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_STAFF_FIRE"; Name = "MageStaffFire"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAGE_STAFF_EXPLODE"; Name = "MageStaffExplode"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SWITCH1"; Name = "Switch1"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SWITCH2"; Name = "Switch2"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENT_SIGHT"; Name = "SerpentSight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENT_ACTIVE"; Name = "SerpentActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENT_PAIN"; Name = "SerpentPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENT_ATTACK"; Name = "SerpentAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENT_MELEEHIT"; Name = "SerpentMeleeHit"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENT_DEATH"; Name = "SerpentDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENT_BIRTH"; Name = "SerpentBirth"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENTFX_CONTINUOUS"; Name = "SerpentFXContinuous"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SERPENTFX_HIT"; Name = "SerpentFXHit"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "POTTERY_EXPLODE"; Name = "PotteryExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift sf_dontstop"; } Sound { ID = "DRIP"; Name = "Drip"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CENTAUR_SIGHT"; Name = "CentaurSight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CENTAUR_ACTIVE"; Name = "CentaurActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CENTAUR_PAIN"; Name = "CentaurPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CENTAUR_ATTACK"; Name = "CentaurAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CENTAUR_DEATH"; Name = "CentaurDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CENTAURLEADER_ATTACK"; Name = "CentaurLeaderAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CENTAUR_MISSILE_EXPLODE"; Name = "CentaurMissileExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WIND"; Name = "Wind"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "BISHOP_SIGHT"; Name = "BishopSight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BISHOP_ACTIVE"; Name = "BishopActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BISHOP_PAIN"; Name = "BishopPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BISHOP_ATTACK"; Name = "BishopAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BISHOP_DEATH"; Name = "BishopDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BISHOP_MISSILE_EXPLODE"; Name = "BishopMissileExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BISHOP_BLUR"; Name = "BishopBlur"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DEMON_SIGHT"; Name = "DemonSight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DEMON_ACTIVE"; Name = "DemonActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DEMON_PAIN"; Name = "DemonPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DEMON_ATTACK"; Name = "DemonAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DEMON_MISSILE_FIRE"; Name = "DemonMissileFire"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DEMON_MISSILE_EXPLODE"; Name = "DemonMissileExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DEMON_DEATH"; Name = "DemonDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WRAITH_SIGHT"; Name = "WraithSight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WRAITH_ACTIVE"; Name = "WraithActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WRAITH_PAIN"; Name = "WraithPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WRAITH_ATTACK"; Name = "WraithAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WRAITH_MISSILE_FIRE"; Name = "WraithMissileFire"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WRAITH_MISSILE_EXPLODE"; Name = "WraithMissileExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WRAITH_DEATH"; Name = "WraithDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PIG_ACTIVE1"; Name = "PigActive1"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PIG_ACTIVE2"; Name = "PigActive2"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PIG_PAIN"; Name = "PigPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PIG_ATTACK"; Name = "PigAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PIG_DEATH"; Name = "PigDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAULATOR_SIGHT"; Name = "MaulatorSight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAULATOR_ACTIVE"; Name = "MaulatorActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAULATOR_PAIN"; Name = "MaulatorPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAULATOR_HAMMER_SWING"; Name = "MaulatorHamSwing"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAULATOR_HAMMER_HIT"; Name = "MaulatorHamHit"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAULATOR_MISSILE_HIT"; Name = "MaulatorMissileHit"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MAULATOR_DEATH"; Name = "MaulatorDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FREEZE_DEATH"; Name = "FreezeDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FREEZE_SHATTER"; Name = "FreezeShatter"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ETTIN_SIGHT"; Name = "EttinSight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ETTIN_ACTIVE"; Name = "EttinActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ETTIN_PAIN"; Name = "EttinPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ETTIN_ATTACK"; Name = "EttinAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ETTIN_DEATH"; Name = "EttinDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIRED_SPAWN"; Name = "FireDemonSpawn"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIRED_ACTIVE"; Name = "FireDemonActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIRED_PAIN"; Name = "FireDemonPain"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIRED_ATTACK"; Name = "FireDemonAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIRED_MISSILE_HIT"; Name = "FireDemonMissileHit"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIRED_DEATH"; Name = "FireDemonDeath"; Priority = 40; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ICEGUY_SIGHT"; Name = "IceGuySight"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ICEGUY_ACTIVE"; Name = "IceGuyActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ICEGUY_ATTACK"; Name = "IceGuyAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ICEGUY_FX_EXPLODE"; Name = "IceGuyMissileExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_SIGHT"; Name = "SorcererSight"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_ACTIVE"; Name = "SorcererActive"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_PAIN"; Name = "SorcererPain"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_SPELLCAST"; Name = "SorcererSpellCast"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_BALLWOOSH"; Name = "SorcererBallWoosh"; Priority = 256; Max channels = 4; Flags = "sf_shift"; } Sound { ID = "SORCERER_DEATHSCREAM"; Name = "SorcererDeathScream"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_BISHOPSPAWN"; Name = "SorcererBishopSpawn"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_BALLPOP"; Name = "SorcererBallPop"; Priority = 80; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SORCERER_BALLBOUNCE"; Name = "SorcererBallBounce"; Priority = 80; Max channels = 3; Flags = "sf_shift"; } Sound { ID = "SORCERER_BALLEXPLODE"; Name = "SorcererBallExplode"; Priority = 80; Max channels = 3; Flags = "sf_shift"; } Sound { ID = "SORCERER_BIGBALLEXPLODE"; Name = "SorcererBigBallExplode"; Priority = 80; Max channels = 3; Flags = "sf_shift"; } Sound { ID = "SORCERER_HEADSCREAM"; Name = "SorcererHeadScream"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DRAGON_SIGHT"; Name = "DragonSight"; Priority = 64; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DRAGON_ACTIVE"; Name = "DragonActive"; Priority = 64; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DRAGON_WINGFLAP"; Name = "DragonWingflap"; Priority = 64; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DRAGON_ATTACK"; Name = "DragonAttack"; Priority = 64; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DRAGON_PAIN"; Name = "DragonPain"; Priority = 64; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DRAGON_DEATH"; Name = "DragonDeath"; Priority = 64; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "DRAGON_FIREBALL_EXPLODE"; Name = "DragonFireballExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_SIGHT"; Name = "KoraxSight"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_ACTIVE"; Name = "KoraxActive"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_PAIN"; Name = "KoraxPain"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_ATTACK"; Name = "KoraxAttack"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_COMMAND"; Name = "KoraxCommand"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_DEATH"; Name = "KoraxDeath"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_STEP"; Name = "KoraxStep"; Priority = 128; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "THRUSTSPIKE_RAISE"; Name = "ThrustSpikeRaise"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "THRUSTSPIKE_LOWER"; Name = "ThrustSpikeLower"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "STAINEDGLASS_SHATTER"; Name = "GlassShatter"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FLECHETTE_BOUNCE"; Name = "FlechetteBounce"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FLECHETTE_EXPLODE"; Name = "FlechetteExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "LAVA_MOVE"; Name = "LavaMove"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WATER_MOVE"; Name = "WaterMove"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ICE_STARTMOVE"; Name = "IceStartMove"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "EARTH_STARTMOVE"; Name = "EarthStartMove"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "WATER_SPLASH"; Name = "WaterSplash"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "LAVA_SIZZLE"; Name = "LavaSizzle"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SLUDGE_GLOOP"; Name = "SludgeGloop"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CHOLY_FIRE"; Name = "HolySymbolFire"; Priority = 64; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SPIRIT_ACTIVE"; Name = "SpiritActive"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SPIRIT_ATTACK"; Name = "SpiritAttack"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SPIRIT_DIE"; Name = "SpiritDie"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "VALVE_TURN"; Name = "ValveTurn"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "ROPE_PULL"; Name = "RopePull"; Priority = 36; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FLY_BUZZ"; Name = "FlyBuzz"; Priority = 20; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "IGNITE"; Name = "Ignite"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PUZZLE_SUCCESS"; Name = "PuzzleSuccess"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PUZZLE_FAIL_FIGHTER"; Name = "PuzzleFailFighter"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PUZZLE_FAIL_CLERIC"; Name = "PuzzleFailCleric"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PUZZLE_FAIL_MAGE"; Name = "PuzzleFailMage"; Priority = 256; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "EARTHQUAKE"; Name = "Earthquake"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BELLRING"; Name = "BellRing"; Priority = 32; Max channels = 2; } Sound { ID = "TREE_BREAK"; Name = "TreeBreak"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "TREE_EXPLODE"; Name = "TreeExplode"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SUITOFARMOR_BREAK"; Name = "SuitofArmorBreak"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "POISONSHROOM_PAIN"; Name = "PoisonShroomPain"; Priority = 20; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "POISONSHROOM_DEATH"; Name = "PoisonShroomDeath"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "AMBIENT1"; Name = "Ambient1"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT2"; Name = "Ambient2"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT3"; Name = "Ambient3"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT4"; Name = "Ambient4"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT5"; Name = "Ambient5"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT6"; Name = "Ambient6"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT7"; Name = "Ambient7"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT8"; Name = "Ambient8"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT9"; Name = "Ambient9"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT10"; Name = "Ambient10"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT11"; Name = "Ambient11"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT12"; Name = "Ambient12"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT13"; Name = "Ambient13"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT14"; Name = "Ambient14"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "AMBIENT15"; Name = "Ambient15"; Priority = 1; Max channels = 1; Flags = "sf_shift"; } Sound { ID = "STARTUP_TICK"; Name = "StartupTick"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "SWITCH_OTHERLEVEL"; Name = "SwitchOtherLevel"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "RESPAWN"; Name = "Respawn"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_1"; Name = "KoraxVoiceGreetings"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_2"; Name = "KoraxVoiceReady"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_3"; Name = "KoraxVoiceBlood"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_4"; Name = "KoraxVoiceGame"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_5"; Name = "KoraxVoiceBoard"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_6"; Name = "KoraxVoiceWorship"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_7"; Name = "KoraxVoiceMaybe"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_8"; Name = "KoraxVoiceStrong"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "KORAX_VOICE_9"; Name = "KoraxVoiceFace"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "BAT_SCREAM"; Name = "BatScream"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CHAT"; Name = "Chat"; Priority = 512; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MENU_MOVE"; Name = "MenuMove"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "CLOCK_TICK"; Name = "ClockTick"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "FIREBALL"; Name = "Fireball"; Priority = 32; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "PUPPYBEAT"; Name = "PuppyBeat"; Priority = 30; Max channels = 2; Flags = "sf_shift"; } Sound { ID = "MYSTICINCANT"; Name = "MysticIncant"; Priority = 32; Max channels = 4; Flags = "sf_shift"; } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen-v10.ded0000664000175000017500000000070412350542240022424 0ustar jaakkojaakko# # Hexen v1.0 - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # Header { Version = 6; } # Include common definitions for games playable with jHexen. Include "jhexen.ded"; Include "hexen/anim.ded"; Include "hexen-v10/finales.ded"; Include "hexen/lights.ded"; Include "hexen/materials.ded"; Include "hexen/materialenvironments.ded"; Include "hexen/music.ded"; doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen-demo.ded0000664000175000017500000000124712350542240022745 0ustar jaakkojaakko# # Hexen (Demo) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # Header { Version = 6; } # Include common definitions for games playable with jHexen. Include "jhexen.ded"; # Here we have a wildcard Map Info. This is sufficent for the # demo as user-made mods are disabled (will be configured using # the default metadata read from the MAPINFO lump). Map Info { ID = "*"; Gravity = 1; } Include "hexen/anim.ded"; Include "hexen/finales.ded"; Include "hexen/lights.ded"; Include "hexen/materials.ded"; Include "hexen/materialenvironments.ded"; Include "hexen/music.ded"; doomsday-1.14.5/doomsday/plugins/hexen/defs/values.ded0000664000175000017500000000055512350542240022214 0ustar jaakkojaakko# libhexen: Values # # The strings from all Values definition blocks are merged together. # This means you don't have to add all your values here; they can be # in a Values block in another file. Header { Version = 5; } Values { Multiplayer { Reborn { Green mana = "25"; # Mana given when reborn in netgame. Blue mana = "25"; }; }; }; doomsday-1.14.5/doomsday/plugins/hexen/defs/flags.ded0000664000175000017500000000610112350542240022002 0ustar jaakkojaakko# libhexen: Flags # Mobj flags: Flag { ID = "mf_special"; Value = 0x1; } Flag { ID = "mf_solid"; Value = 0x2; } Flag { ID = "mf_shootable"; Value = 0x4; } Flag { ID = "mf_nosector"; Value = 0x8; } Flag { ID = "mf_noblockmap"; Value = 0x10; } Flag { ID = "mf_ambush"; Value = 0x20; } Flag { ID = "mf_justhit"; Value = 0x40; } Flag { ID = "mf_justattacked"; Value = 0x80; } Flag { ID = "mf_spawnceiling"; Value = 0x100; } Flag { ID = "mf_nogravity"; Value = 0x200; } Flag { ID = "mf_dropoff"; Value = 0x400; } Flag { ID = "mf_pickup"; Value = 0x800; } Flag { ID = "mf_noclip"; Value = 0x1000; } Flag { ID = "mf_slide"; Value = 0x2000; } Flag { ID = "mf_float"; Value = 0x4000; } Flag { ID = "mf_teleport"; Value = 0x8000; } Flag { ID = "mf_missile"; Value = 0x10000; } Flag { ID = "mf_altshadow"; Value = 0x20000; } Flag { ID = "mf_shadow"; Value = 0x40000; } Flag { ID = "mf_noblood"; Value = 0x80000; } Flag { ID = "mf_corpse"; Value = 0x100000; } Flag { ID = "mf_infloat"; Value = 0x200000; } Flag { ID = "mf_countkill"; Value = 0x400000; } Flag { ID = "mf_icecorpse"; Value = 0x800000; } Flag { ID = "mf_skullfly"; Value = 0x1000000; } Flag { ID = "mf_notdmatch"; Value = 0x2000000; } Flag { ID = "mf_translation"; Value = 0x1C000000; } Flag { ID = "mf_transshift"; Value = 0x1A; } Flag { ID = "mf_local"; Value = 0x20000000; } Flag { ID = "mf_brightexplode"; Value = 0x40000000; } Flag { ID = "mf_viewalign"; Value = 0x80000000; } Flag { ID = "mf_brightshadow"; Value = 0x60000; } # Mobj flags2: Flag { ID = "mf2_lograv"; Value = 0x1; } Flag { ID = "mf2_windthrust"; Value = 0x2; } Flag { ID = "mf2_floorbounce"; Value = 0x4; } Flag { ID = "mf2_blasted"; Value = 0x8; } Flag { ID = "mf2_fly"; Value = 0x10; } Flag { ID = "mf2_floorclip"; Value = 0x20; } Flag { ID = "mf2_spawnfloat"; Value = 0x40; } Flag { ID = "mf2_noteleport"; Value = 0x80; } Flag { ID = "mf2_rip"; Value = 0x100; } Flag { ID = "mf2_pushable"; Value = 0x200; } Flag { ID = "mf2_slide"; Value = 0x400; } Flag { ID = "mf2_passmobj"; Value = 0x1000; } Flag { ID = "mf2_cannotpush"; Value = 0x2000; } Flag { ID = "mf2_dropped"; Value = 0x4000; } Flag { ID = "mf2_boss"; Value = 0x8000; } Flag { ID = "mf2_firedamage"; Value = 0x10000; } Flag { ID = "mf2_nodmgthrust"; Value = 0x20000; } Flag { ID = "mf2_telestomp"; Value = 0x40000; } Flag { ID = "mf2_floatbob"; Value = 0x80000; } Flag { ID = "mf2_dontdraw"; Value = 0x100000; } Flag { ID = "mf2_impact"; Value = 0x200000; } Flag { ID = "mf2_pushwall"; Value = 0x400000; } Flag { ID = "mf2_mcross"; Value = 0x800000; } Flag { ID = "mf2_pcross"; Value = 0x1000000; } Flag { ID = "mf2_cantleavefloorpic"; Value = 0x2000000; } Flag { ID = "mf2_nonshootable"; Value = 0x4000000; } Flag { ID = "mf2_invulnerable"; Value = 0x8000000; } Flag { ID = "mf2_dormant"; Value = 0x10000000; } Flag { ID = "mf2_icedamage"; Value = 0x20000000; } Flag { ID = "mf2_seekermissile"; Value = 0x40000000; } Flag { ID = "mf2_reflective"; Value = 0x80000000; } # Mobj flags3: Flag { ID = "mf3_noinfight"; Value = 0x1; } Flag { ID = "mf3_clientaction"; Value = 0x2; } # # Obsolete (unused) flags: # Flag { ID = "mf2_onmobj"; Value = 0; } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen-v10/0000775000175000017500000000000012350542240021745 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/defs/hexen-v10/finales.ded0000664000175000017500000001653512350542240024056 0ustar jaakkojaakko# Hexen v1.0 - Intermissions and Finales # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # The Hexen v1.0 IWAD does not have the CLUS*MSG and WIN*MSG lumps, # so we must define the intermission texts here in the scripts. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Image back "TITLE" Music "hexen" Wait 7 # Step 2. Patch advice 4 160 "ADVISOR" In 0 Alpha advice 0 In 1 Alpha advice 1 Wait 7 # Step 3. PlayDemo "demo1.cdm" # Step 4. DelPic advice Image back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 5. PlayDemo "demo2.cdm" # Step 6. Wait 5.714 # Original is 200 tics. # Step 7. PlayDemo "demo3.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; Image back "HELP1" Pause Del back Image back "HELP2" Pause Del back Image back "CREDIT" Pause }; } # First Hub: The Seven Portals Finale { After = "MAP02"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. text msg 10 5 "having passed the seven portals\n which sealed this realm, a vast\n domain of harsh wilderness stretches\n before you. fire, ice and steel have\n tested you, but greater challenges\n remain ahead. the dense tangle of\n forest surely hides hostile eyes,\n but what lies beyond will be worse.\n\n barren desert, dank swamps and\n musty caverns bar your way, but you\n cannot let anything keep you from\n your fate, even if you might come\n to wish that it would.\n\n and beyond, flickering in the\n distance, the ever-shifting walls\n of the hypostyle seem to mock\n your every effort."; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Second Hub: The Shadowwood (exit from The Hypostyle) Finale { After = "MAP12"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. text msg 10 5 "your mind still reeling from your\n encounters within the hypostyle, you\n stagger toward what you hope is\n a way out. things seem to move faster\n and faster, your vision blurs and\n begins to fade...\n as the world collapses around you,\n the brightness of a teleportal\n engulfs you. a flash of light, and then\n you climb wearily to your feet.\n\n you stand atop a high tower, and\n from below come the screams of the\n damned. you step forward, and\n instantly the sound of demonic\n chanting chills your blood.\n by all the gods of death! what place\n have you come to? by all the gods of\n pain, how will you ever find your\n way out?"; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Third Hub: Heresiarch's Seminary Finale { After = "MAP27"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. text msg 10 5 "the mightiest weapons and artifacts\n of the ancients barely sufficed to\n defeat the heresiarch and his\n minions, but now their foul remains\n lie strewn at your feet. gathering\n the last of your strength, you\n prepare to enter the portal which\n leads from the heresiarch's inner\n sanctum.\n\n above you, the ramparts of an\n immense castle loom. silent towers\n and bare walls surround a single\n spire of black stone, which squats\n in the center of the castle like a\n brooding giant. fire and shadow\n twist behind gaping windows, dozens\n of baleful eyes glaring down upon\n you.\n somewhere within, your enemies are\n waiting..."; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Fourth Hub: The Castle of Grief (exit from Gibbet) Finale { After = "MAP23"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. text msg 10 5 \"... and he shall journey into the\n realms of the dead, and contest with\n the forces therein, unto the very\n gates of despair. but whether he\n shall return again to the world of\n light, no man knows.\"\n \_ \n \_ \n \_ \n \_ \n \_ \n damn."; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Fifth Hub: The Necropolis (ends in Dark Crucible) Finale { After = "MAP40"; Script { # This is the real finale of the game. noskip; # No more levels after this, disallow skipping. musiconce "hall"; # Setup the first screen. image back FINALE1; # Fade into the first screen. filter 0 0 0 1; in 2 filter 0 0 0 0; wait 2; text msg 20 5 "with a scream of agony you are\n wrenched from this world into\n another, every part of your body\n wreathed in mystic fire. when your\n vision clears, you find yourself\n standing in a great hall, filled\n with ghostly echoes and menacing\n shadows. in the distance you can\n see a raised dais, and upon it the\n only source of light in this world."; waittext msg; wait 7; # Original TEXTWAIT is 250 tics. # Second screen: the Orb. musiconce "orb"; image back FINALE2; deltext msg; wait 0.5; text msg 20 5 "this can only be the chaos sphere,\n the source of korax's power. with\n this, you can create worlds... or\n destroy them. by rights of battle\n and conquest it is yours, and with\n trembling hands you reach to grasp\n it. perhaps, now, a new player will\n join the cosmic game of power. like\n the pawn who is promoted to queen,\n suddenly the very reaches of the\n board seem to be within your grasp."; waittext msg; wait 7; # Original TEXTWAIT is 250 tics. # Fade out. in 2 filter 0 0 0 1; wait 2; deltext msg; # Setup the last screen: the Chess. music "chess"; image back FINALE3; # Choose the right player patch (no patch=fighter). if netgame patch pl 20 0 CHESSALL; if netgame goto m; if cleric patch pl 60 0 CHESSC; if mage patch pl 60 0 CHESSM; marker m; # Fade in. filter 0 0 0 0; wait 2; text msg 20 135 " \n but there are other players mightier\n than you, and who can know their\n next moves?"; }; } doomsday-1.14.5/doomsday/plugins/hexen/defs/objects.ded0000664000175000017500000210121612350542240022344 0ustar jaakkojaakko# libhexen: Objects # # Order of definitions is very important here! # Only add new States and Things *after* the existing definitions. Header { Version = 5; } Thing { ID = "MAPSPOT"; DoomEd number = 9001; Spawn state = "MAPSPOT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector mf_nogravity"; Flags2 = "mf2_dontdraw"; } Thing { ID = "MAPSPOTGRAVITY"; DoomEd number = 9013; Spawn state = "MAPSPOT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags2 = "mf2_dontdraw"; } Thing { ID = "FIREBALL1"; DoomEd number = -1; Spawn state = "FIREBALL1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FIREBALL1_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "FIREBALL"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 2; Radius = 8; Height = 8; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "ARROW"; DoomEd number = -1; Spawn state = "ARROW_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ARROW_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 6; Radius = 8; Height = 4; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "DART"; DoomEd number = -1; Spawn state = "DART_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DART_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 6; Radius = 8; Height = 4; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "POISONDART"; DoomEd number = -1; Spawn state = "POISONDART_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "POISONDART_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 6; Radius = 8; Height = 4; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "RIPPERBALL"; DoomEd number = -1; Spawn state = "RIPPERBALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "RIPPERBALL_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 6; Radius = 8; Height = 16; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_rip"; } Thing { ID = "PROJECTILE_BLADE"; DoomEd number = -1; Spawn state = "PRJ_BLADE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "PRJ_BLADE_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 6; Radius = 6; Height = 6; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "ICESHARD"; DoomEd number = -1; Spawn state = "ICESHARD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SHARDFXE1_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "MAGE_SHARDS_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_icedamage"; } Thing { ID = "FLAME_SMALL_TEMP"; DoomEd number = 10500; Spawn state = "FLAME_TSMALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags2 = "mf2_noteleport"; } Thing { ID = "FLAME_LARGE_TEMP"; DoomEd number = 10502; Spawn state = "FLAME_TLARGE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags2 = "mf2_noteleport"; } Thing { ID = "FLAME_SMALL"; DoomEd number = 10501; Spawn state = "FLAME_SMALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags2 = "mf2_noteleport mf2_dontdraw"; } Thing { ID = "FLAME_LARGE"; DoomEd number = 10503; Spawn state = "FLAME_LARGE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags2 = "mf2_noteleport mf2_dontdraw"; } Thing { ID = "HEALINGBOTTLE"; DoomEd number = 81; Spawn state = "ITEM_PTN1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "HEALTHFLASK"; DoomEd number = 82; Spawn state = "ARTI_PTN2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTIFLY"; DoomEd number = 83; Spawn state = "ARTI_SOAR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTIINVULNERABILITY"; DoomEd number = 84; Spawn state = "ARTI_INVU1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "SUMMONMAULATOR"; DoomEd number = 86; Spawn state = "ARTI_SUMMON"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "SUMMON_FX"; DoomEd number = -1; Spawn state = "SUMMON_FX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SUMMON_FX2_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 20; Height = 16; Mass = 100; Flags = "mf_missile mf_dropoff mf_noblockmap"; Flags2 = "mf2_noteleport"; } Thing { ID = "THRUSTFLOOR_UP"; DoomEd number = 10091; Spawn state = "THRUSTINIT2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 128; Mass = 100; Flags = "mf_solid"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "THRUSTFLOOR_DOWN"; DoomEd number = 10090; Spawn state = "THRUSTINIT1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 128; Mass = 100; Flags2 = "mf2_noteleport mf2_floorclip mf2_dontdraw"; } Thing { ID = "TELEPORTOTHER"; DoomEd number = 10040; Spawn state = "ARTI_TELOTHER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "TELOTHER_FX1"; DoomEd number = -1; Spawn state = "TELO_FX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "TELO_FX9"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 16; Height = 16; Mass = 100; Damage = 10001; Flags = "mf_missile mf_brightexplode mf_dropoff mf_nogravity mf_noblockmap"; Flags2 = "mf2_noteleport"; } Thing { ID = "TELOTHER_FX2"; DoomEd number = -1; Spawn state = "TELO_FX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "TELO_FX9"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 16; Radius = 16; Height = 16; Mass = 100; Damage = 10001; Flags = "mf_missile mf_brightexplode mf_dropoff mf_nogravity mf_noblockmap"; Flags2 = "mf2_noteleport"; } Thing { ID = "TELOTHER_FX3"; DoomEd number = -1; Spawn state = "TELO_FX3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "TELO_FX9"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 16; Radius = 16; Height = 16; Mass = 100; Damage = 10001; Flags = "mf_missile mf_brightexplode mf_dropoff mf_nogravity mf_noblockmap"; Flags2 = "mf2_noteleport"; } Thing { ID = "TELOTHER_FX4"; DoomEd number = -1; Spawn state = "TELO_FX4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "TELO_FX9"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 16; Radius = 16; Height = 16; Mass = 100; Damage = 10001; Flags = "mf_missile mf_brightexplode mf_dropoff mf_nogravity mf_noblockmap"; Flags2 = "mf2_noteleport"; } Thing { ID = "TELOTHER_FX5"; DoomEd number = -1; Spawn state = "TELO_FX5_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "TELO_FX9"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 16; Radius = 16; Height = 16; Mass = 100; Damage = 10001; Flags = "mf_missile mf_brightexplode mf_dropoff mf_nogravity mf_noblockmap"; Flags2 = "mf2_noteleport"; } Thing { ID = "DIRT1"; DoomEd number = -1; Spawn state = "DIRT1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DIRT1_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "DIRT2"; DoomEd number = -1; Spawn state = "DIRT2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DIRT2_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "DIRT3"; DoomEd number = -1; Spawn state = "DIRT3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DIRT3_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "DIRT4"; DoomEd number = -1; Spawn state = "DIRT4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DIRT4_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport mf2_lograv"; } Thing { ID = "DIRT5"; DoomEd number = -1; Spawn state = "DIRT5_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DIRT5_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport mf2_lograv"; } Thing { ID = "DIRT6"; DoomEd number = -1; Spawn state = "DIRT6_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DIRT6_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport mf2_lograv"; } Thing { ID = "DIRTCLUMP"; DoomEd number = -1; Spawn state = "DIRTCLUMP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; Flags2 = "mf2_noteleport"; } Thing { ID = "ROCK1"; DoomEd number = -1; Spawn state = "ROCK1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ROCK1_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "ROCK2"; DoomEd number = -1; Spawn state = "ROCK2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ROCK2_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "ROCK3"; DoomEd number = -1; Spawn state = "ROCK3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ROCK3_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "FOGSPAWNER"; DoomEd number = 10000; Spawn state = "SPAWNFOG1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector"; Flags2 = "mf2_dontdraw mf2_floatbob"; } Thing { ID = "FOGPATCHS"; DoomEd number = 10001; Spawn state = "FOGPATCHS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FOGPATCHS0"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 1; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_float mf_nogravity mf_shadow mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "FOGPATCHM"; DoomEd number = 10002; Spawn state = "FOGPATCHM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FOGPATCHM0"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 1; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_float mf_nogravity mf_shadow mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "FOGPATCHL"; DoomEd number = 10003; Spawn state = "FOGPATCHL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FOGPATCHL0"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 1; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_float mf_nogravity mf_shadow mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "QUAKE_FOCUS"; DoomEd number = -1; Spawn state = "QUAKE_ACTIVE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector"; Flags2 = "mf2_dontdraw"; } Thing { ID = "SGSHARD1"; DoomEd number = -1; Spawn state = "SGSHARD1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD1_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD2"; DoomEd number = -1; Spawn state = "SGSHARD2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD2_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD3"; DoomEd number = -1; Spawn state = "SGSHARD3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD3_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD4"; DoomEd number = -1; Spawn state = "SGSHARD4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD4_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD5"; DoomEd number = -1; Spawn state = "SGSHARD5_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD5_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD6"; DoomEd number = -1; Spawn state = "SGSHARD6_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD6_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD7"; DoomEd number = -1; Spawn state = "SGSHARD7_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD7_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD8"; DoomEd number = -1; Spawn state = "SGSHARD8_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD8_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD9"; DoomEd number = -1; Spawn state = "SGSHARD9_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD9_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SGSHARD0"; DoomEd number = -1; Spawn state = "SGSHARD0_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SGSHARD0_D"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_nogravity"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "ARTIEGG"; DoomEd number = 30; Spawn state = "ARTI_EGGC1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "EGGFX"; DoomEd number = -1; Spawn state = "EGGFX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "EGGFXI1_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 18; Radius = 8; Height = 8; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "ARTISUPERHEAL"; DoomEd number = 32; Spawn state = "ARTI_SPHL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "ZWINGEDSTATUENOSKULL"; DoomEd number = 9011; Spawn state = "ZWINGEDSTATUENOSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZGEMPEDESTAL"; DoomEd number = 9012; Spawn state = "ZGEMPEDESTAL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 40; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ARTIPUZZSKULL"; DoomEd number = 9002; Spawn state = "ARTIPUZZSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEMBIG"; DoomEd number = 9003; Spawn state = "ARTIPUZZGEMBIG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEMRED"; DoomEd number = 9004; Spawn state = "ARTIPUZZGEMRED"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEMGREEN1"; DoomEd number = 9005; Spawn state = "ARTIPUZZGEMGREEN1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEMGREEN2"; DoomEd number = 9009; Spawn state = "ARTIPUZZGEMGREEN2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEMBLUE1"; DoomEd number = 9006; Spawn state = "ARTIPUZZGEMBLUE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEMBLUE2"; DoomEd number = 9010; Spawn state = "ARTIPUZZGEMBLUE2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZBOOK1"; DoomEd number = 9007; Spawn state = "ARTIPUZZBOOK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZBOOK2"; DoomEd number = 9008; Spawn state = "ARTIPUZZBOOK2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZSKULL2"; DoomEd number = 9014; Spawn state = "ARTIPUZZSKULL2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZFWEAPON"; DoomEd number = 9015; Spawn state = "ARTIPUZZFWEAPON"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZCWEAPON"; DoomEd number = 9016; Spawn state = "ARTIPUZZCWEAPON"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZMWEAPON"; DoomEd number = 9017; Spawn state = "ARTIPUZZMWEAPON"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEAR"; DoomEd number = 9018; Spawn state = "ARTIPUZZGEAR_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEAR2"; DoomEd number = 9019; Spawn state = "ARTIPUZZGEAR2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEAR3"; DoomEd number = 9020; Spawn state = "ARTIPUZZGEAR3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTIPUZZGEAR4"; DoomEd number = 9021; Spawn state = "ARTIPUZZGEAR4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARTITORCH"; DoomEd number = 33; Spawn state = "ARTI_TRCH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "FIREBOMB"; DoomEd number = -1; Spawn state = "FIREBOMB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "FLECHETTE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_nogravity mf_altshadow"; Flags2 = "mf2_firedamage"; } Thing { ID = "ARTITELEPORT"; DoomEd number = 36; Spawn state = "ARTI_ATLP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTIPOISONBAG"; DoomEd number = 8000; Spawn state = "ARTI_PSBG1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "POISONBAG"; DoomEd number = -1; Spawn state = "POISONBAG1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_nogravity mf_noblockmap"; } Thing { ID = "POISONCLOUD"; DoomEd number = -1; Spawn state = "POISONCLOUD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "POISONSHROOM_DEATH"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 1; Height = 1; Mass = 2147483647; Flags = "mf_nogravity mf_noblockmap mf_shadow mf_noclip mf_dropoff mf_viewalign"; Flags2 = "mf2_nodmgthrust"; } Thing { ID = "THROWINGBOMB"; DoomEd number = -1; Spawn state = "THROWINGBOMB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "THROWINGBOMB_X1"; Xdeath state = "NULL"; See sound = "FLECHETTE_BOUNCE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "FLECHETTE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 48; Speed = 12; Radius = 8; Height = 10; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_missile mf_brightexplode"; Flags2 = "mf2_floorbounce mf2_firedamage"; } Thing { ID = "SPEEDBOOTS"; DoomEd number = 8002; Spawn state = "ARTI_BOOTS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "BOOSTMANA"; DoomEd number = 8003; Spawn state = "ARTI_MANA"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "BOOSTARMOR"; DoomEd number = 8041; Spawn state = "ARTI_ARMOR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "BLASTRADIUS"; DoomEd number = 10110; Spawn state = "ARTI_BLAST1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "HEALRADIUS"; DoomEd number = 10120; Spawn state = "ARTI_HEALRAD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "SPLASH"; DoomEd number = -1; Spawn state = "SPLASH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SPLASHX"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv mf2_cannotpush"; } Thing { ID = "SPLASHBASE"; DoomEd number = -1; Spawn state = "SPLASHBASE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "LAVASPLASH"; DoomEd number = -1; Spawn state = "LAVASPLASH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "LAVASMOKE"; DoomEd number = -1; Spawn state = "LAVASMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "SLUDGECHUNK"; DoomEd number = -1; Spawn state = "SLUDGECHUNK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SLUDGECHUNKX"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv mf2_cannotpush"; } Thing { ID = "SLUDGESPLASH"; DoomEd number = -1; Spawn state = "SLUDGESPLASH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "MISC0"; DoomEd number = 5; Spawn state = "ZWINGEDSTATUE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC1"; DoomEd number = 6; Spawn state = "ZROCK1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC2"; DoomEd number = 7; Spawn state = "ZROCK2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC3"; DoomEd number = 9; Spawn state = "ZROCK3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC4"; DoomEd number = 15; Spawn state = "ZROCK4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC5"; DoomEd number = 17; Spawn state = "ZCHANDELIER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 60; Mass = 100; Flags = "mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC6"; DoomEd number = 8063; Spawn state = "ZCHANDELIER_U"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 60; Mass = 100; Flags = "mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC7"; DoomEd number = 24; Spawn state = "ZTREEDEAD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 96; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC8"; DoomEd number = 25; Spawn state = "ZTREE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 15; Height = 128; Mass = 100; Flags = "mf_solid"; } Thing { ID = "TREEDESTRUCTIBLE"; DoomEd number = 8062; Spawn state = "ZTREEDESTRUCTIBLE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZTREEDES_D1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "TREE_BREAK"; Active sound = "NONE"; Reaction time = 8; Spawn health = 70; Radius = 15; Height = 180; Mass = 2147483647; Flags = "mf_solid mf_shootable mf_noblood"; } Thing { ID = "MISC9"; DoomEd number = 26; Spawn state = "ZTREESWAMP182_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 180; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC10"; DoomEd number = 27; Spawn state = "ZTREESWAMP172_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 150; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC11"; DoomEd number = 28; Spawn state = "ZSTUMPBURNED1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 20; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC12"; DoomEd number = 29; Spawn state = "ZSTUMPBARE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 20; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC13"; DoomEd number = 37; Spawn state = "ZSTUMPSWAMP1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC14"; DoomEd number = 38; Spawn state = "ZSTUMPSWAMP2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC15"; DoomEd number = 39; Spawn state = "ZSHROOMLARGE1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC16"; DoomEd number = 40; Spawn state = "ZSHROOMLARGE2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC17"; DoomEd number = 41; Spawn state = "ZSHROOMLARGE3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC18"; DoomEd number = 42; Spawn state = "ZSHROOMSMALL1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC19"; DoomEd number = 44; Spawn state = "ZSHROOMSMALL2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC20"; DoomEd number = 45; Spawn state = "ZSHROOMSMALL3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC21"; DoomEd number = 46; Spawn state = "ZSHROOMSMALL4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC22"; DoomEd number = 47; Spawn state = "ZSHROOMSMALL5_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC23"; DoomEd number = 48; Spawn state = "ZSTALAGMITEPILLAR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 138; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC24"; DoomEd number = 49; Spawn state = "ZSTALAGMITELARGE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 48; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC25"; DoomEd number = 50; Spawn state = "ZSTALAGMITEMEDIUM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 6; Height = 40; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC26"; DoomEd number = 51; Spawn state = "ZSTALAGMITESMALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 36; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC27"; DoomEd number = 52; Spawn state = "ZSTALACTITELARGE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 66; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC28"; DoomEd number = 56; Spawn state = "ZSTALACTITEMEDIUM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 6; Height = 50; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC29"; DoomEd number = 57; Spawn state = "ZSTALACTITESMALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 40; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC30"; DoomEd number = 58; Spawn state = "ZMOSSCEILING1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 20; Mass = 100; Flags = "mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC31"; DoomEd number = 59; Spawn state = "ZMOSSCEILING2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 24; Mass = 100; Flags = "mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC32"; DoomEd number = 60; Spawn state = "ZSWAMPVINE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 52; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC33"; DoomEd number = 61; Spawn state = "ZCORPSEKABOB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 92; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC34"; DoomEd number = 62; Spawn state = "ZCORPSESLEEPING1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC35"; DoomEd number = 63; Spawn state = "ZTOMBSTONERIP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 46; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC36"; DoomEd number = 64; Spawn state = "ZTOMBSTONESHANE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 46; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC37"; DoomEd number = 65; Spawn state = "ZTOMBSTONEBIGCROSS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 46; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC38"; DoomEd number = 66; Spawn state = "ZTOMBSTONEBRIANR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 52; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC39"; DoomEd number = 67; Spawn state = "ZTOMBSTONECROSSCIRCLE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 52; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC40"; DoomEd number = 68; Spawn state = "ZTOMBSTONESMALLCROSS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 46; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC41"; DoomEd number = 69; Spawn state = "ZTOMBSTONEBRIANP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 46; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC42"; DoomEd number = 71; Spawn state = "CORPSEHANGING_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 6; Height = 75; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC43"; DoomEd number = 72; Spawn state = "ZSTATUEGARGOYLEGREENTALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 108; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC44"; DoomEd number = 73; Spawn state = "ZSTATUEGARGOYLEBLUETALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 108; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC45"; DoomEd number = 74; Spawn state = "ZSTATUEGARGOYLEGREENSHORT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC46"; DoomEd number = 76; Spawn state = "ZSTATUEGARGOYLEBLUESHORT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC47"; DoomEd number = 8044; Spawn state = "ZSTATUEGARGOYLESTRIPETALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 108; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC48"; DoomEd number = 8045; Spawn state = "ZSTATUEGARGOYLEDARKREDTALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 108; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC49"; DoomEd number = 8046; Spawn state = "ZSTATUEGARGOYLEREDTALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 108; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC50"; DoomEd number = 8047; Spawn state = "ZSTATUEGARGOYLETANTALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 108; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC51"; DoomEd number = 8048; Spawn state = "ZSTATUEGARGOYLERUSTTALL_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 108; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC52"; DoomEd number = 8049; Spawn state = "ZSTATUEGARGOYLEDARKREDSHORT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC53"; DoomEd number = 8050; Spawn state = "ZSTATUEGARGOYLEREDSHORT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC54"; DoomEd number = 8051; Spawn state = "ZSTATUEGARGOYLETANSHORT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC55"; DoomEd number = 8052; Spawn state = "ZSTATUEGARGOYLERUSTSHORT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 62; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC56"; DoomEd number = 77; Spawn state = "ZBANNERTATTERED_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 120; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC57"; DoomEd number = 78; Spawn state = "ZTREELARGE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZTREELARGE1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 15; Height = 180; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC58"; DoomEd number = 79; Spawn state = "ZTREELARGE2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZTREELARGE2"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 15; Height = 180; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC59"; DoomEd number = 80; Spawn state = "ZTREEGNARLED1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 22; Height = 100; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC60"; DoomEd number = 87; Spawn state = "ZTREEGNARLED2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 22; Height = 100; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC61"; DoomEd number = 88; Spawn state = "ZLOG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 25; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC62"; DoomEd number = 89; Spawn state = "ZSTALACTITEICELARGE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 66; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC63"; DoomEd number = 90; Spawn state = "ZSTALACTITEICEMEDIUM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 50; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC64"; DoomEd number = 91; Spawn state = "ZSTALACTITEICESMALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC65"; DoomEd number = 92; Spawn state = "ZSTALACTITEICETINY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 8; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC66"; DoomEd number = 93; Spawn state = "ZSTALAGMITEICELARGE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 66; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC67"; DoomEd number = 94; Spawn state = "ZSTALAGMITEICEMEDIUM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 50; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC68"; DoomEd number = 95; Spawn state = "ZSTALAGMITEICESMALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC69"; DoomEd number = 96; Spawn state = "ZSTALAGMITEICETINY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 8; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC70"; DoomEd number = 97; Spawn state = "ZROCKBROWN1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 17; Height = 72; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC71"; DoomEd number = 98; Spawn state = "ZROCKBROWN2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 15; Height = 50; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC72"; DoomEd number = 99; Spawn state = "ZROCKBLACK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 40; Mass = 100; Flags = "mf_solid"; } Thing { ID = "MISC73"; DoomEd number = 100; Spawn state = "ZRUBBLE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC74"; DoomEd number = 101; Spawn state = "ZRUBBLE2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC75"; DoomEd number = 102; Spawn state = "ZRUBBLE3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC76"; DoomEd number = 103; Spawn state = "ZVASEPILLAR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 54; Mass = 100; Flags = "mf_solid"; } Thing { ID = "POTTERY1"; DoomEd number = 104; Spawn state = "ZPOTTERY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZPOTTERY_EXPLODE"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 15; Radius = 10; Height = 32; Mass = 100; Flags = "mf_solid mf_shootable mf_noblood mf_dropoff"; Flags2 = "mf2_slide mf2_pushable mf2_telestomp mf2_passmobj"; } Thing { ID = "POTTERY2"; DoomEd number = 105; Spawn state = "ZPOTTERY2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZPOTTERY_EXPLODE"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 15; Radius = 10; Height = 25; Mass = 100; Flags = "mf_solid mf_shootable mf_noblood mf_dropoff"; Flags2 = "mf2_slide mf2_pushable mf2_telestomp mf2_passmobj"; } Thing { ID = "POTTERY3"; DoomEd number = 106; Spawn state = "ZPOTTERY3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZPOTTERY_EXPLODE"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 15; Radius = 15; Height = 25; Mass = 100; Flags = "mf_solid mf_shootable mf_noblood mf_dropoff"; Flags2 = "mf2_slide mf2_pushable mf2_telestomp mf2_passmobj"; } Thing { ID = "POTTERYBIT1"; DoomEd number = -1; Spawn state = "POTTERYBIT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "POTTERYBIT_EX0"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "MISC77"; DoomEd number = 108; Spawn state = "ZCORPSELYNCHED1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 11; Height = 95; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "ZLYNCHED_NOHEART"; DoomEd number = 109; Spawn state = "ZCORPSELYNCHED2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 100; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "MISC78"; DoomEd number = 110; Spawn state = "ZCORPSESITTING"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZCORPSESITTING_X"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 30; Radius = 15; Height = 35; Mass = 100; Flags = "mf_solid mf_shootable mf_noblood"; } Thing { ID = "CORPSEBIT"; DoomEd number = -1; Spawn state = "CORPSEBIT_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap"; Flags2 = "mf2_telestomp"; } Thing { ID = "CORPSEBLOODDRIP"; DoomEd number = -1; Spawn state = "CORPSEBLOODDRIP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CORPSEBLOODDRIP_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DRIP"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 1; Height = 4; Mass = 100; Flags = "mf_missile"; Flags2 = "mf2_lograv"; } Thing { ID = "BLOODPOOL"; DoomEd number = 111; Spawn state = "BLOODPOOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "MISC79"; DoomEd number = 119; Spawn state = "ZCANDLE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "MISC80"; DoomEd number = 113; Spawn state = "ZLEAFSPAWNER"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector mf_local"; Flags2 = "mf2_dontdraw"; } Thing { ID = "LEAF1"; DoomEd number = -1; Spawn state = "LEAF1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "LEAF_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_local"; Flags2 = "mf2_noteleport mf2_lograv"; } Thing { ID = "LEAF2"; DoomEd number = -1; Spawn state = "LEAF2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "LEAF_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_local"; Flags2 = "mf2_noteleport mf2_lograv"; } Thing { ID = "ZTWINEDTORCH"; DoomEd number = 116; Spawn state = "ZTWINEDTORCH_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 64; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZTWINEDTORCH_UNLIT"; DoomEd number = 117; Spawn state = "ZTWINEDTORCH_UNLIT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 64; Mass = 100; Flags = "mf_solid"; } Thing { ID = "BRIDGE"; DoomEd number = 118; Spawn state = "BRIDGE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 32; Height = 2; Mass = 100; Flags = "mf_solid mf_nogravity"; Flags2 = "mf2_dontdraw"; } Thing { ID = "BRIDGEBALL"; DoomEd number = -1; Spawn state = "BBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_viewalign"; Flags2 = "mf2_noteleport"; } Thing { ID = "ZWALLTORCH"; DoomEd number = 54; Spawn state = "ZWALLTORCH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "ZWALLTORCH_UNLIT"; DoomEd number = 55; Spawn state = "ZWALLTORCH_U"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "ZBARREL"; DoomEd number = 8100; Spawn state = "ZBARREL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 15; Height = 32; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZSHRUB1"; DoomEd number = 8101; Spawn state = "ZSHRUB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "ZSHRUB1_X1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZSHRUB1_DIE"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "TREE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 20; Radius = 8; Height = 24; Mass = 2147483647; Flags = "mf_solid mf_shootable mf_noblood"; } Thing { ID = "ZSHRUB2"; DoomEd number = 8102; Spawn state = "ZSHRUB2"; See state = "NULL"; Pain state = "NULL"; Melee state = "ZSHRUB2_X1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZSHRUB2_DIE"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "TREE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 10; Radius = 16; Height = 40; Mass = 2147483647; Flags = "mf_solid mf_shootable mf_noblood"; } Thing { ID = "ZBUCKET"; DoomEd number = 8103; Spawn state = "ZBUCKET1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 72; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity"; } Thing { ID = "ZPOISONSHROOM"; DoomEd number = 8104; Spawn state = "ZPOISONSHROOM1"; See state = "NULL"; Pain state = "ZPOISONSHROOM_P1"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZPOISONSHROOM_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "POISONSHROOM_PAIN"; Death sound = "POISONSHROOM_DEATH"; Active sound = "NONE"; Reaction time = 8; Pain chance = 255; Spawn health = 30; Radius = 6; Height = 20; Mass = 2147483647; Flags = "mf_shootable mf_solid mf_noblood"; } Thing { ID = "ZFIREBULL"; DoomEd number = 8042; Spawn state = "ZFIREBULL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 80; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZFIREBULL_UNLIT"; DoomEd number = 8043; Spawn state = "ZFIREBULL_U"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 80; Mass = 100; Flags = "mf_solid"; } Thing { ID = "FIRETHING"; DoomEd number = 8060; Spawn state = "ZFIRETHING1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 10; Mass = 100; Flags = "mf_solid"; } Thing { ID = "BRASSTORCH"; DoomEd number = 8061; Spawn state = "ZBRASSTORCH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 6; Height = 35; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZSUITOFARMOR"; DoomEd number = 8064; Spawn state = "ZSUITOFARMOR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZSUITOFARMOR_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "SUITOFARMOR_BREAK"; Active sound = "NONE"; Reaction time = 8; Spawn health = 60; Radius = 16; Height = 72; Mass = 2147483647; Flags = "mf_solid mf_shootable mf_noblood"; } Thing { ID = "ZARMORCHUNK"; DoomEd number = -1; Spawn state = "ZARMORCHUNK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 8; Mass = 100; } Thing { ID = "ZBELL"; DoomEd number = 8065; Spawn state = "ZBELL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZBELL_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "BELLRING"; Active sound = "NONE"; Reaction time = 8; Spawn health = 5; Radius = 56; Height = 120; Mass = 2147483647; Flags = "mf_solid mf_shootable mf_noblood mf_nogravity mf_spawnceiling"; } Thing { ID = "ZBLUE_CANDLE"; DoomEd number = 8066; Spawn state = "ZBLUE_CANDLE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "ZIRON_MAIDEN"; DoomEd number = 8067; Spawn state = "ZIRON_MAIDEN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 60; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZXMAS_TREE"; DoomEd number = 8068; Spawn state = "ZXMAS_TREE"; See state = "NULL"; Pain state = "NULL"; Melee state = "ZXMAS_TREE_X1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ZXMAS_TREE_DIE"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "TREE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 20; Radius = 11; Height = 130; Mass = 2147483647; Flags = "mf_solid mf_shootable mf_noblood"; } Thing { ID = "ZCAULDRON"; DoomEd number = 8069; Spawn state = "ZCAULDRON1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 26; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZCAULDRON_UNLIT"; DoomEd number = 8070; Spawn state = "ZCAULDRON_U"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 26; Mass = 100; Flags = "mf_solid"; } Thing { ID = "ZCHAINBIT32"; DoomEd number = 8071; Spawn state = "ZCHAINBIT32"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_spawnceiling"; } Thing { ID = "ZCHAINBIT64"; DoomEd number = 8072; Spawn state = "ZCHAINBIT64"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 64; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_spawnceiling"; } Thing { ID = "ZCHAINEND_HEART"; DoomEd number = 8073; Spawn state = "ZCHAINEND_HEART"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_spawnceiling"; } Thing { ID = "ZCHAINEND_HOOK1"; DoomEd number = 8074; Spawn state = "ZCHAINEND_HOOK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_spawnceiling"; } Thing { ID = "ZCHAINEND_HOOK2"; DoomEd number = 8075; Spawn state = "ZCHAINEND_HOOK2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_spawnceiling"; } Thing { ID = "ZCHAINEND_SPIKE"; DoomEd number = 8076; Spawn state = "ZCHAINEND_SPIKE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_spawnceiling"; } Thing { ID = "ZCHAINEND_SKULL"; DoomEd number = 8077; Spawn state = "ZCHAINEND_SKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 32; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_spawnceiling"; } Thing { ID = "TABLE_SHIT1"; DoomEd number = 8500; Spawn state = "TABLE_SHIT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT2"; DoomEd number = 8501; Spawn state = "TABLE_SHIT2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT3"; DoomEd number = 8502; Spawn state = "TABLE_SHIT3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT4"; DoomEd number = 8503; Spawn state = "TABLE_SHIT4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT5"; DoomEd number = 8504; Spawn state = "TABLE_SHIT5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT6"; DoomEd number = 8505; Spawn state = "TABLE_SHIT6"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT7"; DoomEd number = 8506; Spawn state = "TABLE_SHIT7"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT8"; DoomEd number = 8507; Spawn state = "TABLE_SHIT8"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT9"; DoomEd number = 8508; Spawn state = "TABLE_SHIT9"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TABLE_SHIT10"; DoomEd number = 8509; Spawn state = "TABLE_SHIT10"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "TFOG"; DoomEd number = -1; Spawn state = "TFOG1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "MISC81"; DoomEd number = 140; Spawn state = "TELESMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "TELEPORTMAN"; DoomEd number = 14; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector"; Flags2 = "mf2_dontdraw"; } Thing { ID = "PUNCHPUFF"; DoomEd number = -1; Spawn state = "PUNCHPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "FIGHTER_PUNCH_HITTHING"; Attack sound = "FIGHTER_PUNCH_HITWALL"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_viewalign mf_nogravity mf_shadow"; } Thing { ID = "FW_AXE"; DoomEd number = 8010; Spawn state = "AXE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AXEPUFF"; DoomEd number = -1; Spawn state = "HAMMERPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "FIGHTER_AXE_HITTHING"; Attack sound = "FIGHTER_HAMMER_HITWALL"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "AXEPUFF_GLOW"; DoomEd number = -1; Spawn state = "AXEPUFF_GLOW1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "FIGHTER_AXE_HITTHING"; Attack sound = "FIGHTER_HAMMER_HITWALL"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "AXEBLOOD"; DoomEd number = -1; Spawn state = "AXEBLOOD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "AXEBLOOD6"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_dropoff"; Flags2 = "mf2_noteleport mf2_cannotpush"; } Thing { ID = "FW_HAMMER"; DoomEd number = 123; Spawn state = "HAMM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "HAMMER_MISSILE"; DoomEd number = -1; Spawn state = "HAMMER_MISSILE_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HAMMER_MISSILE_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "FIGHTER_HAMMER_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 14; Height = 20; Mass = 100; Damage = 10; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross mf2_firedamage"; } Thing { ID = "HAMMERPUFF"; DoomEd number = -1; Spawn state = "HAMMERPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "FIGHTER_HAMMER_HITTHING"; Attack sound = "FIGHTER_HAMMER_HITWALL"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "FSWORD_MISSILE"; DoomEd number = -1; Spawn state = "FSWORD_MISSILE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FSWORD_MISSILE_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "FIGHTER_SWORD_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 30; Radius = 16; Height = 8; Mass = 100; Damage = 8; Flags = "mf_missile mf_brightexplode mf_noblockmap mf_nogravity mf_dropoff"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross"; } Thing { ID = "FSWORD_FLAME"; DoomEd number = -1; Spawn state = "FSWORD_FLAME1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_viewalign mf_shadow"; } Thing { ID = "CW_SERPSTAFF"; DoomEd number = 10; Spawn state = "CSTAFF"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "CSTAFF_MISSILE"; DoomEd number = -1; Spawn state = "CSTAFF_MISSILE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CSTAFF_MISSILE_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "CLERIC_CSTAFF_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 22; Radius = 12; Height = 10; Mass = 100; Damage = 5; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross"; } Thing { ID = "CSTAFFPUFF"; DoomEd number = -1; Spawn state = "CSTAFFPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "CLERIC_CSTAFF_HITTHING"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "CW_FLAME"; DoomEd number = 8009; Spawn state = "CFLAME1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity mf_viewalign"; } Thing { ID = "CFLAMEFLOOR"; DoomEd number = -1; Spawn state = "CFLAMEFLOOR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_viewalign mf_nogravity"; } Thing { ID = "FLAMEPUFF"; DoomEd number = -1; Spawn state = "FLAMEPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "CLERIC_FLAME_EXPLODE"; Attack sound = "CLERIC_FLAME_EXPLODE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 1; Height = 1; Mass = 100; Flags = "mf_noblockmap mf_viewalign mf_nogravity mf_brightshadow"; } Thing { ID = "FLAMEPUFF2"; DoomEd number = -1; Spawn state = "FLAMEPUFF2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "CLERIC_FLAME_EXPLODE"; Attack sound = "CLERIC_FLAME_EXPLODE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 1; Height = 1; Mass = 100; Flags = "mf_noblockmap mf_viewalign mf_nogravity mf_brightshadow"; } Thing { ID = "CIRCLEFLAME"; DoomEd number = -1; Spawn state = "CIRCLE_FLAME1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CIRCLE_FLAME_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "CLERIC_FLAME_CIRCLE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 6; Height = 16; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity mf_brightshadow"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "CFLAME_MISSILE"; DoomEd number = -1; Spawn state = "CFLAME_MISSILE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CFLAME_MISSILE_X"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 200; Radius = 14; Height = 8; Mass = 100; Damage = 8; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity mf_brightshadow"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross mf2_dontdraw mf2_firedamage"; } Thing { ID = "HOLY_FX"; DoomEd number = -1; Spawn state = "HOLY_FX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HOLY_FX_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "SPIRIT_DIE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 105; Speed = 12; Radius = 10; Height = 6; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_brightshadow mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_seekermissile mf2_rip mf2_impact mf2_pcross"; } Thing { ID = "HOLY_TAIL"; DoomEd number = -1; Spawn state = "HOLY_TAIL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 1; Height = 1; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_viewalign mf_noclip mf_altshadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "HOLY_PUFF"; DoomEd number = -1; Spawn state = "HOLY_PUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "HOLY_MISSILE"; DoomEd number = -1; Spawn state = "HOLY_MISSILE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HOLY_MISSILE_X"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 30; Radius = 15; Height = 8; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "HOLY_MISSILE_PUFF"; DoomEd number = -1; Spawn state = "HOLY_MISSILE_P1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 8; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_viewalign mf_altshadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "MWANDPUFF"; DoomEd number = -1; Spawn state = "MWANDPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_viewalign mf_nogravity"; Flags2 = "mf2_noteleport mf2_cannotpush mf2_nodmgthrust"; } Thing { ID = "MWANDSMOKE"; DoomEd number = -1; Spawn state = "MWANDSMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_viewalign mf_shadow"; Flags2 = "mf2_noteleport mf2_cannotpush mf2_nodmgthrust"; } Thing { ID = "MWAND_MISSILE"; DoomEd number = -1; Spawn state = "MWAND_MISSILE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MWANDPUFF1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 184; Radius = 12; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_rip mf2_impact mf2_pcross mf2_nodmgthrust mf2_cannotpush"; } Thing { ID = "MW_LIGHTNING"; DoomEd number = 8040; Spawn state = "MW_LIGHTNING1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "LIGHTNING_CEILING"; DoomEd number = -1; Spawn state = "LIGHTNING_CEILING1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "LIGHTNING_C_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 144; Speed = 25; Radius = 16; Height = 40; Mass = 100; Damage = 8; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightexplode mf_dropoff"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross"; } Thing { ID = "LIGHTNING_FLOOR"; DoomEd number = -1; Spawn state = "LIGHTNING_FLOOR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "LIGHTNING_F_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 144; Speed = 25; Radius = 16; Height = 40; Mass = 100; Damage = 8; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightexplode mf_dropoff"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross"; } Thing { ID = "LIGHTNING_ZAP"; DoomEd number = -1; Spawn state = "LIGHTNING_ZAP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "LIGHTNING_ZAP_X8"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 15; Height = 35; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightexplode mf_viewalign mf_dropoff"; } Thing { ID = "MSTAFF_FX"; DoomEd number = -1; Spawn state = "MSTAFF_FX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MSTAFF_FX_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "MAGE_STAFF_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 16; Height = 8; Mass = 100; Damage = 6; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage mf2_rip mf2_impact mf2_pcross"; } Thing { ID = "MSTAFF_FX2"; DoomEd number = -1; Spawn state = "MSTAFF_FX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MSTAFF_FX2_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "MAGE_STAFF_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 17; Radius = 20; Height = 8; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage mf2_impact mf2_pcross mf2_seekermissile"; } Thing { ID = "FW_SWORD1"; DoomEd number = 12; Spawn state = "FSWORD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "FW_SWORD2"; DoomEd number = 13; Spawn state = "FSWORD2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "FW_SWORD3"; DoomEd number = 16; Spawn state = "FSWORD3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "CW_HOLY1"; DoomEd number = 18; Spawn state = "CHOLY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "CW_HOLY2"; DoomEd number = 19; Spawn state = "CHOLY2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "CW_HOLY3"; DoomEd number = 20; Spawn state = "CHOLY3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "MW_STAFF1"; DoomEd number = 21; Spawn state = "MSTAFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "MW_STAFF2"; DoomEd number = 22; Spawn state = "MSTAFF2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "MW_STAFF3"; DoomEd number = 23; Spawn state = "MSTAFF3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "SNOUTPUFF"; DoomEd number = -1; Spawn state = "PUNCHPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "MW_CONE"; DoomEd number = 53; Spawn state = "COS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "SHARDFX1"; DoomEd number = -1; Spawn state = "SHARDFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SHARDFXE1_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "MAGE_SHARDS_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross mf2_icedamage"; } Thing { ID = "BLOOD"; DoomEd number = -1; Spawn state = "BLOOD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 5; Flags = "mf_noblockmap mf_viewalign"; } Thing { ID = "BLOODSPLATTER"; DoomEd number = -1; Spawn state = "BLOODSPLATTER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BLOODSPLATTERX"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 5; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_cannotpush"; } Thing { ID = "GIBS"; DoomEd number = -1; Spawn state = "GIBS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport"; } Thing { ID = "PLAYER_FIGHTER"; DoomEd number = -1; Spawn state = "FPLAY"; See state = "FPLAY_RUN1"; Pain state = "FPLAY_PAIN"; Melee state = "NULL"; Missile state = "FPLAY_ATK1"; Crash state = "NULL"; Death state = "FPLAY_DIE1"; Xdeath state = "FPLAY_XDIE1"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "PLAYER_FIGHTER_PAIN"; Death sound = "NONE"; Active sound = "NONE"; Pain chance = 255; Spawn health = 100; Radius = 16; Height = 64; Mass = 100; Flags = solid | shootable | dropoff | pickup; Flags2 = windthrust | floorclip | slide | passmobj | telestomp | pushwall; } Thing { ID = "BLOODYSKULL"; DoomEd number = -1; Spawn state = "BLOODYSKULL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_dropoff"; Flags2 = "mf2_lograv mf2_cannotpush"; } Thing { ID = "PLAYER_SPEED"; DoomEd number = -1; Spawn state = "PLAYER_SPEED1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_altshadow"; } Thing { ID = "ICECHUNK"; DoomEd number = -1; Spawn state = "ICECHUNK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_altshadow"; Flags2 = "mf2_lograv mf2_cannotpush mf2_floorclip"; } Thing { ID = "PLAYER_CLERIC"; DoomEd number = -1; Spawn state = "CPLAY"; See state = "CPLAY_RUN1"; Pain state = "CPLAY_PAIN"; Melee state = "NULL"; Missile state = "CPLAY_ATK1"; Crash state = "NULL"; Death state = "CPLAY_DIE1"; Xdeath state = "CPLAY_XDIE1"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "PLAYER_CLERIC_PAIN"; Death sound = "NONE"; Active sound = "NONE"; Pain chance = 255; Spawn health = 100; Radius = 16; Height = 64; Mass = 100; Flags = solid | shootable | dropoff | pickup; Flags2 = windthrust | floorclip | slide | passmobj | telestomp | pushwall; } Thing { ID = "PLAYER_MAGE"; DoomEd number = -1; Spawn state = "MPLAY"; See state = "MPLAY_RUN1"; Pain state = "MPLAY_PAIN"; Melee state = "NULL"; Missile state = "MPLAY_ATK1"; Crash state = "NULL"; Death state = "MPLAY_DIE1"; Xdeath state = "MPLAY_XDIE1"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "PLAYER_MAGE_PAIN"; Death sound = "NONE"; Active sound = "NONE"; Pain chance = 255; Spawn health = 100; Radius = 16; Height = 64; Mass = 100; Flags = solid | shootable | dropoff | pickup; Flags2 = windthrust | floorclip | slide | passmobj | telestomp | pushwall; } Thing { ID = "PIGPLAYER"; DoomEd number = -1; Spawn state = "PIGPLAY"; See state = "PIGPLAY_RUN1"; Pain state = "PIGPLAY_PAIN"; Melee state = "NULL"; Missile state = "PIGPLAY_ATK1"; Crash state = "NULL"; Death state = "PIG_DIE1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "PIG_PAIN"; Death sound = "PIG_DEATH"; Active sound = "NONE"; Pain chance = 255; Spawn health = 100; Radius = 16; Height = 24; Mass = 100; Flags = solid | shootable | dropoff; Flags2 = windthrust | slide | passmobj | floorclip | telestomp | pushwall; } Thing { ID = "PIG"; DoomEd number = -1; Spawn state = "PIG_LOOK1"; See state = "PIG_WALK1"; Pain state = "PIG_PAIN"; Melee state = "PIG_ATK1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "PIG_DIE1"; Xdeath state = "NULL"; See sound = "PIG_ACTIVE1"; Attack sound = "NONE"; Pain sound = "PIG_PAIN"; Death sound = "PIG_DEATH"; Active sound = "PIG_ACTIVE1"; Reaction time = 8; Pain chance = 128; Spawn health = 25; Speed = 10; Radius = 12; Height = 22; Mass = 60; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_windthrust mf2_floorclip mf2_passmobj mf2_pushwall mf2_telestomp"; } Thing { ID = "CENTAUR"; DoomEd number = 107; Spawn state = "CENTAUR_LOOK1"; See state = "CENTAUR_WALK1"; Pain state = "CENTAUR_PAIN1"; Melee state = "CENTAUR_ATK1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CENTAUR_DEATH1"; Xdeath state = "CENTAUR_DEATH_X1"; See sound = "CENTAUR_SIGHT"; Attack sound = "CENTAUR_ATTACK"; Pain sound = "CENTAUR_PAIN"; Death sound = "CENTAUR_DEATH"; Active sound = "CENTAUR_ACTIVE"; Reaction time = 8; Pain chance = 135; Spawn health = 200; Speed = 13; Radius = 20; Height = 64; Mass = 120; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_pushwall mf2_mcross mf2_telestomp"; } Thing { ID = "CENTAURLEADER"; DoomEd number = 115; Spawn state = "CENTAUR_LOOK1"; See state = "CENTAUR_WALK1"; Pain state = "CENTAUR_PAIN1"; Melee state = "CENTAUR_ATK1"; Missile state = "CENTAUR_MISSILE1"; Crash state = "NULL"; Death state = "CENTAUR_DEATH1"; Xdeath state = "CENTAUR_DEATH_X1"; See sound = "CENTAUR_SIGHT"; Attack sound = "CENTAUR_ATTACK"; Pain sound = "CENTAUR_PAIN"; Death sound = "CENTAUR_DEATH"; Active sound = "CENTAUR_ACTIVE"; Reaction time = 8; Pain chance = 96; Spawn health = 250; Speed = 10; Radius = 20; Height = 64; Mass = 120; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_pushwall mf2_mcross mf2_telestomp"; } Thing { ID = "CENTAUR_FX"; DoomEd number = -1; Spawn state = "CENTAUR_FX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CENTAUR_FX_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "CENTAUR_MISSILE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 20; Height = 16; Mass = 100; Damage = 4; Flags = "mf_missile mf_brightexplode mf_noblockmap mf_nogravity mf_dropoff"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross"; } Thing { ID = "CENTAUR_SHIELD"; DoomEd number = -1; Spawn state = "CENTAUR_SHIELD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CENTAUR_SHIELD_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport"; } Thing { ID = "CENTAUR_SWORD"; DoomEd number = -1; Spawn state = "CENTAUR_SWORD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CENTAUR_SWORD_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport"; } Thing { ID = "DEMON"; DoomEd number = 31; Spawn state = "DEMN_LOOK1"; See state = "DEMN_CHASE1"; Pain state = "DEMN_PAIN1"; Melee state = "DEMN_ATK1_1"; Missile state = "DEMN_ATK2_1"; Crash state = "NULL"; Death state = "DEMN_DEATH1"; Xdeath state = "DEMN_XDEATH1"; See sound = "DEMON_SIGHT"; Attack sound = "DEMON_ATTACK"; Pain sound = "DEMON_PAIN"; Death sound = "DEMON_DEATH"; Active sound = "DEMON_ACTIVE"; Reaction time = 8; Pain chance = 50; Spawn health = 250; Speed = 13; Radius = 32; Height = 64; Mass = 220; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_mcross mf2_telestomp"; } Thing { ID = "DEMONCHUNK1"; DoomEd number = -1; Spawn state = "DEMONCHUNK1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMONCHUNK1_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMONCHUNK2"; DoomEd number = -1; Spawn state = "DEMONCHUNK2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMONCHUNK2_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMONCHUNK3"; DoomEd number = -1; Spawn state = "DEMONCHUNK3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMONCHUNK3_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMONCHUNK4"; DoomEd number = -1; Spawn state = "DEMONCHUNK4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMONCHUNK4_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMONCHUNK5"; DoomEd number = -1; Spawn state = "DEMONCHUNK5_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMONCHUNK5_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMONFX1"; DoomEd number = -1; Spawn state = "DEMONFX_MOVE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMONFX_BOOM1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DEMON_MISSILE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 10; Height = 6; Mass = 100; Damage = 5; Flags = "mf_missile mf_brightexplode mf_noblockmap mf_nogravity mf_dropoff"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross mf2_firedamage"; } Thing { ID = "DEMON2"; DoomEd number = 8080; Spawn state = "DEMN2_LOOK1"; See state = "DEMN2_CHASE1"; Pain state = "DEMN2_PAIN1"; Melee state = "DEMN2_ATK1_1"; Missile state = "DEMN2_ATK2_1"; Crash state = "NULL"; Death state = "DEMN2_DEATH1"; Xdeath state = "DEMN2_XDEATH1"; See sound = "DEMON_SIGHT"; Attack sound = "DEMON_ATTACK"; Pain sound = "DEMON_PAIN"; Death sound = "DEMON_DEATH"; Active sound = "DEMON_ACTIVE"; Reaction time = 8; Pain chance = 50; Spawn health = 250; Speed = 13; Radius = 32; Height = 64; Mass = 220; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_mcross mf2_telestomp"; } Thing { ID = "DEMON2CHUNK1"; DoomEd number = -1; Spawn state = "DEMON2CHUNK1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMON2CHUNK1_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMON2CHUNK2"; DoomEd number = -1; Spawn state = "DEMON2CHUNK2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMON2CHUNK2_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMON2CHUNK3"; DoomEd number = -1; Spawn state = "DEMON2CHUNK3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMON2CHUNK3_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMON2CHUNK4"; DoomEd number = -1; Spawn state = "DEMON2CHUNK4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMON2CHUNK4_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMON2CHUNK5"; DoomEd number = -1; Spawn state = "DEMON2CHUNK5_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMON2CHUNK5_4"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "DEMON2FX1"; DoomEd number = -1; Spawn state = "DEMON2FX_MOVE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DEMON2FX_BOOM1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DEMON_MISSILE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 10; Height = 6; Mass = 100; Damage = 5; Flags = "mf_missile mf_brightexplode mf_noblockmap mf_nogravity mf_dropoff"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross mf2_firedamage"; } Thing { ID = "WRAITHB"; DoomEd number = 10011; Spawn state = "WRAITH_LOOK1"; See state = "WRAITH_RAISE1"; Pain state = "WRAITH_PAIN1"; Melee state = "WRAITH_ATK1_1"; Missile state = "WRAITH_ATK2_1"; Crash state = "NULL"; Death state = "WRAITH_DEATH1_1"; Xdeath state = "WRAITH_DEATH2_1"; See sound = "WRAITH_SIGHT"; Attack sound = "WRAITH_ATTACK"; Pain sound = "WRAITH_PAIN"; Death sound = "WRAITH_DEATH"; Active sound = "WRAITH_ACTIVE"; Reaction time = 8; Pain chance = 25; Spawn health = 150; Speed = 11; Radius = 20; Height = 68; Mass = 75; Damage = 10; Flags = "mf_dropoff mf_nogravity mf_float mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_pushwall mf2_telestomp mf2_dontdraw"; } Thing { ID = "WRAITH"; DoomEd number = 34; Spawn state = "WRAITH_INIT1"; See state = "WRAITH_CHASE1"; Pain state = "WRAITH_PAIN1"; Melee state = "WRAITH_ATK1_1"; Missile state = "WRAITH_ATK2_1"; Crash state = "NULL"; Death state = "WRAITH_DEATH1_1"; Xdeath state = "WRAITH_DEATH2_1"; See sound = "WRAITH_SIGHT"; Attack sound = "WRAITH_ATTACK"; Pain sound = "WRAITH_PAIN"; Death sound = "WRAITH_DEATH"; Active sound = "WRAITH_ACTIVE"; Reaction time = 8; Pain chance = 25; Spawn health = 150; Speed = 11; Radius = 20; Height = 55; Mass = 75; Damage = 10; Flags = "mf_solid mf_shootable mf_countkill mf_dropoff mf_nogravity mf_float"; Flags2 = "mf2_floorclip mf2_passmobj mf2_pushwall mf2_telestomp"; } Thing { ID = "WRAITHFX1"; DoomEd number = -1; Spawn state = "WRTHFX_MOVE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "WRTHFX_BOOM1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "WRAITH_MISSILE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 14; Radius = 10; Height = 6; Mass = 5; Damage = 5; Flags = "mf_noblockmap mf_nogravity mf_dropoff mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross mf2_floorclip mf2_firedamage"; } Thing { ID = "WRAITHFX2"; DoomEd number = -1; Spawn state = "WRTHFX_SIZZLE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 5; Mass = 5; Flags = "mf_noblockmap mf_dropoff"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "WRAITHFX3"; DoomEd number = -1; Spawn state = "WRTHFX_DROP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "WRTHFX_DEAD1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DRIP"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 5; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "WRAITHFX4"; DoomEd number = -1; Spawn state = "WRTHFX_ADROP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "WRTHFX_ADEAD1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DRIP"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 5; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "WRAITHFX5"; DoomEd number = -1; Spawn state = "WRTHFX_BDROP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "WRTHFX_BDEAD1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DRIP"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 5; Mass = 5; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "MINOTAUR"; DoomEd number = 9; Spawn state = "MNTR_SPAWN1"; See state = "MNTR_WALK1"; Pain state = "MNTR_PAIN1"; Melee state = "MNTR_ATK1_1"; Missile state = "MNTR_ATK2_1"; Crash state = "NULL"; Death state = "MNTR_DIE1"; Xdeath state = "NULL"; See sound = "MAULATOR_SIGHT"; Attack sound = "MAULATOR_HAMMER_SWING"; Pain sound = "MAULATOR_PAIN"; Death sound = "MAULATOR_DEATH"; Active sound = "MAULATOR_ACTIVE"; Reaction time = 8; Pain chance = 25; Spawn health = 2500; Speed = 16; Radius = 28; Height = 100; Mass = 800; Damage = 7; Flags = "mf_solid mf_shootable mf_countkill mf_shadow"; Flags2 = "mf2_floorclip mf2_passmobj mf2_pushwall mf2_telestomp"; } Thing { ID = "MNTRFX1"; DoomEd number = -1; Spawn state = "MNTRFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MNTRFXI1_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 10; Height = 6; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "MNTRFX2"; DoomEd number = -1; Spawn state = "MNTRFX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MNTRFXI2_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 14; Radius = 5; Height = 12; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "MNTRFX3"; DoomEd number = -1; Spawn state = "MNTRFX3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MNTRFXI2_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 16; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "MNTRSMOKE"; DoomEd number = -1; Spawn state = "MINOSMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "MNTRSMOKEEXIT"; DoomEd number = -1; Spawn state = "MINOSMOKEX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "SERPENT"; DoomEd number = 121; Spawn state = "SERPENT_LOOK1"; See state = "SERPENT_SWIM1"; Pain state = "SERPENT_PAIN1"; Melee state = "SERPENT_SURFACE1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SERPENT_DIE1"; Xdeath state = "SERPENT_XDIE1"; See sound = "SERPENT_SIGHT"; Attack sound = "SERPENT_ATTACK"; Pain sound = "SERPENT_PAIN"; Death sound = "SERPENT_DEATH"; Active sound = "NONE"; Reaction time = 8; Pain chance = 96; Spawn health = 90; Speed = 12; Radius = 32; Height = 70; Mass = 2147483647; Flags = "mf_solid mf_countkill mf_noblood"; Flags2 = "mf2_passmobj mf2_dontdraw mf2_cantleavefloorpic mf2_nonshootable mf2_mcross"; } Thing { ID = "SERPENTLEADER"; DoomEd number = 120; Spawn state = "SERPENT_LOOK1"; See state = "SERPENT_SWIM1"; Pain state = "SERPENT_PAIN1"; Melee state = "SERPENT_SURFACE1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SERPENT_DIE1"; Xdeath state = "SERPENT_XDIE1"; See sound = "SERPENT_SIGHT"; Attack sound = "SERPENT_ATTACK"; Pain sound = "SERPENT_PAIN"; Death sound = "SERPENT_DEATH"; Active sound = "NONE"; Reaction time = 8; Pain chance = 96; Spawn health = 90; Speed = 12; Radius = 32; Height = 70; Mass = 200; Flags = "mf_solid mf_countkill mf_noblood"; Flags2 = "mf2_passmobj mf2_dontdraw mf2_cantleavefloorpic mf2_nonshootable mf2_mcross"; } Thing { ID = "SERPENTFX"; DoomEd number = -1; Spawn state = "SERPENT_FX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SERPENT_FX_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "SERPENTFX_HIT"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 8; Height = 10; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "SERPENT_HEAD"; DoomEd number = -1; Spawn state = "SERPENT_HEAD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 10; Mass = 100; Flags = "mf_noblockmap"; Flags2 = "mf2_lograv"; } Thing { ID = "SERPENT_GIB1"; DoomEd number = -1; Spawn state = "SERPENT_GIB1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 3; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "SERPENT_GIB2"; DoomEd number = -1; Spawn state = "SERPENT_GIB2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 3; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "SERPENT_GIB3"; DoomEd number = -1; Spawn state = "SERPENT_GIB3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 3; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "BISHOP"; DoomEd number = 114; Spawn state = "BISHOP_LOOK1"; See state = "BISHOP_WALK1"; Pain state = "BISHOP_PAIN1"; Melee state = "NULL"; Missile state = "BISHOP_ATK1"; Crash state = "NULL"; Death state = "BISHOP_DEATH1"; Xdeath state = "NULL"; See sound = "BISHOP_SIGHT"; Attack sound = "BISHOP_ATTACK"; Pain sound = "BISHOP_PAIN"; Death sound = "BISHOP_DEATH"; Active sound = "BISHOP_ACTIVE"; Reaction time = 8; Pain chance = 110; Spawn health = 130; Speed = 10; Radius = 22; Height = 65; Mass = 100; Flags = "mf_solid mf_shootable mf_countkill mf_float mf_nogravity mf_noblood"; Flags2 = "mf2_passmobj mf2_pushwall mf2_telestomp"; } Thing { ID = "BISHOP_PUFF"; DoomEd number = -1; Spawn state = "BISHOP_PUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_shadow mf_noblockmap mf_nogravity"; } Thing { ID = "BISHOPBLUR"; DoomEd number = -1; Spawn state = "BISHOPBLUR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "BISHOPPAINBLUR"; DoomEd number = -1; Spawn state = "BISHOPPAINBLUR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "BISH_FX"; DoomEd number = -1; Spawn state = "BISHFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BISHFXI1_1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "BISHOP_MISSILE_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 10; Height = 6; Mass = 100; Damage = 1; Flags = "mf_local mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_seekermissile"; } Thing { ID = "DRAGON"; DoomEd number = 254; Spawn state = "DRAGON_LOOK1"; See state = "DRAGON_INIT"; Pain state = "DRAGON_PAIN1"; Melee state = "NULL"; Missile state = "DRAGON_ATK1"; Crash state = "NULL"; Death state = "DRAGON_DEATH1"; Xdeath state = "NULL"; See sound = "DRAGON_SIGHT"; Attack sound = "DRAGON_ATTACK"; Pain sound = "DRAGON_PAIN"; Death sound = "DRAGON_DEATH"; Active sound = "DRAGON_ACTIVE"; Reaction time = 8; Pain chance = 128; Spawn health = 640; Speed = 10; Radius = 20; Height = 65; Mass = 2147483647; Flags = "mf_solid mf_shootable mf_countkill mf_float mf_nogravity mf_noblood"; Flags2 = "mf2_passmobj mf2_boss"; Flags3 = "mf3_noinfight"; } Thing { ID = "DRAGON_FX"; DoomEd number = -1; Spawn state = "DRAGON_FX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "DRAGON_FX1_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DRAGON_FIREBALL_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 24; Radius = 12; Height = 10; Mass = 100; Damage = 6; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "DRAGON_FX2"; DoomEd number = -1; Spawn state = "DRAGON_FX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DRAGON_FIREBALL_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 8; Mass = 100; Flags = "mf_noblockmap"; Flags2 = "mf2_noteleport mf2_firedamage mf2_dontdraw"; } Thing { ID = "ARMOR_1"; Name = "Mesh Armor"; DoomEd number = 8005; Spawn state = "ARMOR_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARMOR_2"; Name = "Falcon Shield"; DoomEd number = 8006; Spawn state = "ARMOR_2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARMOR_3"; Name = "Platinum Helmet"; DoomEd number = 8007; Spawn state = "ARMOR_3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "ARMOR_4"; Name = "Amulet of Warding"; DoomEd number = 8008; Spawn state = "ARMOR_4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_nogravity"; } Thing { ID = "MANA1"; Name = "Blue Mana"; DoomEd number = 122; Spawn state = "MANA1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 10; Radius = 8; Height = 8; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "MANA2"; Name = "Green Mana"; DoomEd number = 124; Spawn state = "MANA2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 10; Radius = 8; Height = 8; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "MANA3"; Name = "Combined Mana"; DoomEd number = 8004; Spawn state = "MANA3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 20; Radius = 8; Height = 8; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "KEY1"; DoomEd number = 8030; Spawn state = "KEY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY2"; DoomEd number = 8031; Spawn state = "KEY2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY3"; DoomEd number = 8032; Spawn state = "KEY3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY4"; DoomEd number = 8033; Spawn state = "KEY4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY5"; DoomEd number = 8034; Spawn state = "KEY5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY6"; DoomEd number = 8035; Spawn state = "KEY6"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY7"; DoomEd number = 8036; Spawn state = "KEY7"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY8"; DoomEd number = 8037; Spawn state = "KEY8"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEY9"; DoomEd number = 8038; Spawn state = "KEY9"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEYA"; DoomEd number = 8039; Spawn state = "KEYA"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "KEYB"; DoomEd number = 8200; Spawn state = "KEYB"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 20; Mass = 100; Flags = "mf_special"; } Thing { ID = "SOUNDWIND"; DoomEd number = 1410; Spawn state = "SND_WIND1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector"; Flags2 = "mf2_dontdraw"; } Thing { ID = "SOUNDWATERFALL"; DoomEd number = 41; Spawn state = "SND_WATERFALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector"; Flags2 = "mf2_dontdraw"; } Thing { ID = "ETTIN"; DoomEd number = 10030; Spawn state = "ETTIN_LOOK1"; See state = "ETTIN_CHASE1"; Pain state = "ETTIN_PAIN1"; Melee state = "ETTIN_ATK1_1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ETTIN_DEATH1_1"; Xdeath state = "ETTIN_DEATH2_1"; See sound = "ETTIN_SIGHT"; Attack sound = "ETTIN_ATTACK"; Pain sound = "ETTIN_PAIN"; Death sound = "ETTIN_DEATH"; Active sound = "ETTIN_ACTIVE"; Reaction time = 8; Pain chance = 60; Spawn health = 175; Speed = 13; Radius = 25; Height = 68; Mass = 175; Damage = 3; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_pushwall mf2_mcross mf2_telestomp"; } Thing { ID = "ETTIN_MACE"; DoomEd number = -1; Spawn state = "ETTIN_MACE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ETTIN_MACE5"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "FIREDEMON"; DoomEd number = 10060; Spawn state = "FIRED_SPAWN1"; See state = "FIRED_LOOK4"; Pain state = "FIRED_PAIN1"; Melee state = "NULL"; Missile state = "FIRED_ATTACK1"; Crash state = "FIRED_XDEATH1"; Death state = "FIRED_DEATH1"; Xdeath state = "FIRED_XDEATH1"; See sound = "FIRED_SPAWN"; Attack sound = "NONE"; Pain sound = "FIRED_PAIN"; Death sound = "FIRED_DEATH"; Active sound = "FIRED_ACTIVE"; Reaction time = 8; Pain chance = 1; Spawn health = 80; Speed = 13; Radius = 20; Height = 68; Mass = 75; Damage = 1; Flags = "mf_solid mf_shootable mf_countkill mf_dropoff mf_nogravity mf_float"; Flags2 = "mf2_floorclip mf2_passmobj mf2_pushwall mf2_invulnerable mf2_mcross mf2_telestomp"; } Thing { ID = "FIREDEMON_SPLOTCH1"; DoomEd number = -1; Spawn state = "FIRED_CORPSE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 16; Mass = 100; Flags = "mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "FIREDEMON_SPLOTCH2"; DoomEd number = -1; Spawn state = "FIRED_CORPSE4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 16; Mass = 100; Flags = "mf_dropoff mf_corpse"; Flags2 = "mf2_noteleport mf2_floorclip"; } Thing { ID = "FIREDEMON_FX1"; DoomEd number = -1; Spawn state = "FIRED_RDROP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FIRED_RDEAD1_1"; Xdeath state = "FIRED_RDEAD1_2"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 5; Mass = 16; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "FIREDEMON_FX2"; DoomEd number = -1; Spawn state = "FIRED_RDROP2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FIRED_RDEAD2_1"; Xdeath state = "FIRED_RDEAD2_2"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 5; Mass = 16; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "FIREDEMON_FX3"; DoomEd number = -1; Spawn state = "FIRED_RDROP3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FIRED_RDEAD3_1"; Xdeath state = "FIRED_RDEAD3_2"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 5; Mass = 16; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "FIREDEMON_FX4"; DoomEd number = -1; Spawn state = "FIRED_RDROP4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FIRED_RDEAD4_1"; Xdeath state = "FIRED_RDEAD4_2"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 5; Mass = 16; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "FIREDEMON_FX5"; DoomEd number = -1; Spawn state = "FIRED_RDROP5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FIRED_RDEAD5_1"; Xdeath state = "FIRED_RDEAD5_2"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 3; Height = 5; Mass = 16; Flags = "mf_noblockmap mf_dropoff mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "FIREDEMON_FX6"; DoomEd number = -1; Spawn state = "FIRED_FX6_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FIRED_FX6_2"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "FIRED_MISSILE_HIT"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 10; Height = 6; Mass = 15; Damage = 1; Flags = "mf_noblockmap mf_nogravity mf_dropoff mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_impact mf2_pcross mf2_floorclip mf2_firedamage"; } Thing { ID = "ICEGUY"; DoomEd number = 8020; Spawn state = "ICEGUY_LOOK"; See state = "ICEGUY_WALK1"; Pain state = "ICEGUY_PAIN1"; Melee state = "NULL"; Missile state = "ICEGUY_ATK1"; Crash state = "NULL"; Death state = "ICEGUY_DEATH"; Xdeath state = "NULL"; See sound = "ICEGUY_SIGHT"; Attack sound = "ICEGUY_ATTACK"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "ICEGUY_ACTIVE"; Reaction time = 8; Pain chance = 144; Spawn health = 120; Speed = 14; Radius = 22; Height = 75; Mass = 150; Flags = "mf_solid mf_shootable mf_countkill mf_noblood"; Flags2 = "mf2_passmobj mf2_pushwall mf2_icedamage mf2_mcross mf2_telestomp"; } Thing { ID = "ICEGUY_FX"; DoomEd number = -1; Spawn state = "ICEGUY_FX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "ICEGUY_FX_X1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "ICEGUY_FX_EXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 14; Radius = 8; Height = 10; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_icedamage"; } Thing { ID = "ICEFX_PUFF"; DoomEd number = -1; Spawn state = "ICEFX_PUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 1; Height = 1; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow mf_dropoff"; Flags2 = "mf2_noteleport"; } Thing { ID = "ICEGUY_FX2"; DoomEd number = -1; Spawn state = "ICEGUY_FX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 4; Height = 4; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_dropoff mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_lograv mf2_icedamage"; } Thing { ID = "ICEGUY_BIT"; DoomEd number = -1; Spawn state = "ICEGUY_BIT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 1; Height = 1; Mass = 100; Flags = "mf_noblockmap mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv"; } Thing { ID = "ICEGUY_WISP1"; DoomEd number = -1; Spawn state = "ICEGUY_WISP1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "ICEGUY_WISP2"; DoomEd number = -1; Spawn state = "ICEGUY_WISP2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "FIGHTER_BOSS"; DoomEd number = 10100; Spawn state = "FIGHTER"; See state = "FIGHTER_RUN1"; Pain state = "FIGHTER_PAIN"; Melee state = "FIGHTER_ATK1"; Missile state = "FIGHTER_ATK1"; Crash state = "NULL"; Death state = "FIGHTER_DIE1"; Xdeath state = "FIGHTER_XDIE1"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "PLAYER_FIGHTER_PAIN"; Death sound = "PLAYER_FIGHTER_CRAZY_DEATH"; Active sound = "NONE"; Reaction time = 8; Pain chance = 50; Spawn health = 800; Speed = 25; Radius = 16; Height = 64; Mass = 100; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_telestomp mf2_pushwall mf2_mcross"; } Thing { ID = "CLERIC_BOSS"; DoomEd number = 10101; Spawn state = "CLERIC"; See state = "CLERIC_RUN1"; Pain state = "CLERIC_PAIN"; Melee state = "CLERIC_ATK1"; Missile state = "CLERIC_ATK1"; Crash state = "NULL"; Death state = "CLERIC_DIE1"; Xdeath state = "CLERIC_XDIE1"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "PLAYER_CLERIC_PAIN"; Death sound = "PLAYER_CLERIC_CRAZY_DEATH"; Active sound = "NONE"; Reaction time = 8; Pain chance = 50; Spawn health = 800; Speed = 25; Radius = 16; Height = 64; Mass = 100; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_telestomp mf2_pushwall mf2_mcross"; } Thing { ID = "MAGE_BOSS"; DoomEd number = 10102; Spawn state = "MAGE"; See state = "MAGE_RUN1"; Pain state = "MAGE_PAIN"; Melee state = "MAGE_ATK1"; Missile state = "MAGE_ATK1"; Crash state = "NULL"; Death state = "MAGE_DIE1"; Xdeath state = "MAGE_XDIE1"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "PLAYER_MAGE_PAIN"; Death sound = "PLAYER_MAGE_CRAZY_DEATH"; Active sound = "NONE"; Reaction time = 8; Pain chance = 50; Spawn health = 800; Speed = 25; Radius = 16; Height = 64; Mass = 100; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_passmobj mf2_telestomp mf2_pushwall mf2_mcross"; } Thing { ID = "SORCBOSS"; DoomEd number = 10080; Spawn state = "SORC_SPAWN1"; See state = "SORC_WALK1"; Pain state = "SORC_PAIN1"; Melee state = "NULL"; Missile state = "SORC_ATK2_1"; Crash state = "NULL"; Death state = "SORC_DIE1"; Xdeath state = "NULL"; See sound = "SORCERER_SIGHT"; Attack sound = "NONE"; Pain sound = "SORCERER_PAIN"; Death sound = "SORCERER_DEATHSCREAM"; Active sound = "SORCERER_ACTIVE"; Reaction time = 8; Pain chance = 10; Spawn health = 5000; Speed = 16; Radius = 40; Height = 110; Mass = 500; Damage = 9; Flags = "mf_solid mf_shootable mf_countkill mf_noblood"; Flags2 = "mf2_floorclip mf2_passmobj mf2_pushwall mf2_boss mf2_mcross"; Flags3 = "mf3_noinfight"; } Thing { ID = "SORCBALL1"; DoomEd number = -1; Spawn state = "SORCBALL1_1"; See state = "NULL"; Pain state = "SORCBALL1_D1"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SORCBALL1_D5"; Xdeath state = "NULL"; See sound = "SORCERER_BALLBOUNCE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SORCBALL2"; DoomEd number = -1; Spawn state = "SORCBALL2_1"; See state = "NULL"; Pain state = "SORCBALL2_D1"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SORCBALL2_D5"; Xdeath state = "NULL"; See sound = "SORCERER_BALLBOUNCE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SORCBALL3"; DoomEd number = -1; Spawn state = "SORCBALL3_1"; See state = "NULL"; Pain state = "SORCBALL3_D1"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SORCBALL3_D5"; Xdeath state = "NULL"; See sound = "SORCERER_BALLBOUNCE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SORCFX1"; DoomEd number = -1; Spawn state = "SORCFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SORCFX1_D1"; Xdeath state = "SORCFX1_D1"; See sound = "SORCERER_BALLBOUNCE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 7; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport mf2_floorbounce"; } Thing { ID = "SORCFX2"; DoomEd number = -1; Spawn state = "SORCFX2_SPLIT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SORCFX2T1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "SORCFX2_T1"; DoomEd number = -1; Spawn state = "SORCFX2T1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_altshadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "SORCFX3"; DoomEd number = -1; Spawn state = "SORCFX3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BISHMORPH1"; Xdeath state = "NULL"; See sound = "SORCERER_BISHOPSPAWN"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 22; Height = 65; Mass = 100; Flags = "mf_noblockmap mf_missile mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "SORCFX3_EXPLOSION"; DoomEd number = -1; Spawn state = "SORCFX3_EXP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_altshadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "SORCFX4"; DoomEd number = -1; Spawn state = "SORCFX4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SORCFX4_D1"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "SORCERER_BALLEXPLODE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 12; Radius = 10; Height = 10; Mass = 100; Flags = "mf_noblockmap mf_missile mf_brightexplode mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "SORCSPARK1"; DoomEd number = -1; Spawn state = "SORCSPARK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 5; Height = 5; Mass = 100; Flags = "mf_noblockmap mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv"; } Thing { ID = "BLASTEFFECT"; DoomEd number = -1; Spawn state = "BLASTEFFECT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_noclip mf_altshadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "WATER_DRIP"; DoomEd number = -1; Spawn state = "WATERDRIP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "DRIP"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 1; Flags = "mf_missile"; Flags2 = "mf2_lograv mf2_noteleport"; } Thing { ID = "KORAX"; DoomEd number = 10200; Spawn state = "KORAX_LOOK1"; See state = "KORAX_CHASE2"; Pain state = "KORAX_PAIN1"; Melee state = "NULL"; Missile state = "KORAX_ATTACK1"; Crash state = "NULL"; Death state = "KORAX_DEATH1"; Xdeath state = "NULL"; See sound = "KORAX_SIGHT"; Attack sound = "KORAX_ATTACK"; Pain sound = "KORAX_PAIN"; Death sound = "KORAX_DEATH"; Active sound = "KORAX_ACTIVE"; Reaction time = 8; Pain chance = 20; Spawn health = 5000; Speed = 10; Radius = 65; Height = 115; Mass = 2000; Damage = 15; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_floorclip mf2_pushwall mf2_mcross mf2_telestomp mf2_boss"; Flags3 = "mf3_noinfight"; } Thing { ID = "KORAX_SPIRIT1"; DoomEd number = -1; Spawn state = "KSPIRIT_ROAM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 8; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "KORAX_SPIRIT2"; DoomEd number = -1; Spawn state = "KSPIRIT_ROAM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 8; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "KORAX_SPIRIT3"; DoomEd number = -1; Spawn state = "KSPIRIT_ROAM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 8; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "KORAX_SPIRIT4"; DoomEd number = -1; Spawn state = "KSPIRIT_ROAM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 8; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "KORAX_SPIRIT5"; DoomEd number = -1; Spawn state = "KSPIRIT_ROAM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 8; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "KORAX_SPIRIT6"; DoomEd number = -1; Spawn state = "KSPIRIT_ROAM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 8; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_dropoff mf_nogravity mf_altshadow mf_missile mf_noclip"; Flags2 = "mf2_noteleport"; } Thing { ID = "DEMON_MASH"; DoomEd number = -1; Spawn state = "DEMN_LOOK1"; See state = "DEMN_CHASE1"; Pain state = "DEMN_PAIN1"; Melee state = "DEMN_ATK1_1"; Missile state = "DEMN_ATK2_1"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "DEMON_SIGHT"; Attack sound = "DEMON_ATTACK"; Pain sound = "DEMON_PAIN"; Death sound = "DEMON_DEATH"; Active sound = "DEMON_ACTIVE"; Reaction time = 8; Pain chance = 50; Spawn health = 250; Speed = 13; Radius = 32; Height = 64; Mass = 220; Flags = "mf_solid mf_shootable mf_countkill mf_altshadow mf_noblood"; Flags2 = "mf2_floorclip mf2_passmobj mf2_mcross mf2_pushwall mf2_blasted"; } Thing { ID = "DEMON2_MASH"; DoomEd number = -1; Spawn state = "DEMN2_LOOK1"; See state = "DEMN2_CHASE1"; Pain state = "DEMN2_PAIN1"; Melee state = "DEMN2_ATK1_1"; Missile state = "DEMN2_ATK2_1"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "DEMON_SIGHT"; Attack sound = "DEMON_ATTACK"; Pain sound = "DEMON_PAIN"; Death sound = "DEMON_DEATH"; Active sound = "DEMON_ACTIVE"; Reaction time = 8; Pain chance = 50; Spawn health = 250; Speed = 13; Radius = 32; Height = 64; Mass = 220; Flags = "mf_solid mf_shootable mf_countkill mf_altshadow mf_noblood"; Flags2 = "mf2_floorclip mf2_passmobj mf2_mcross mf2_pushwall mf2_blasted"; } Thing { ID = "ETTIN_MASH"; DoomEd number = -1; Spawn state = "ETTIN_LOOK1"; See state = "ETTIN_CHASE1"; Pain state = "ETTIN_PAIN1"; Melee state = "ETTIN_ATK1_1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "ETTIN_SIGHT"; Attack sound = "ETTIN_ATTACK"; Pain sound = "ETTIN_PAIN"; Death sound = "ETTIN_DEATH"; Active sound = "ETTIN_ACTIVE"; Reaction time = 8; Pain chance = 60; Spawn health = 175; Speed = 13; Radius = 25; Height = 68; Mass = 175; Damage = 3; Flags = "mf_solid mf_shootable mf_countkill mf_altshadow mf_noblood"; Flags2 = "mf2_floorclip mf2_passmobj mf2_mcross mf2_pushwall mf2_blasted"; } Thing { ID = "CENTAUR_MASH"; DoomEd number = -1; Spawn state = "CENTAUR_LOOK1"; See state = "CENTAUR_WALK1"; Pain state = "CENTAUR_PAIN1"; Melee state = "CENTAUR_ATK1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "CENTAUR_SIGHT"; Attack sound = "CENTAUR_ATTACK"; Pain sound = "CENTAUR_PAIN"; Death sound = "CENTAUR_DEATH"; Active sound = "CENTAUR_ACTIVE"; Reaction time = 8; Pain chance = 135; Spawn health = 200; Speed = 13; Radius = 20; Height = 64; Mass = 120; Flags = "mf_solid mf_shootable mf_countkill mf_altshadow mf_noblood"; Flags2 = "mf2_floorclip mf2_passmobj mf2_mcross mf2_pushwall mf2_blasted"; } Thing { ID = "KORAX_BOLT"; DoomEd number = -1; Spawn state = "KBOLT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 15; Height = 35; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightexplode mf_dropoff"; Flags2 = "mf2_noteleport"; } Thing { ID = "BAT_SPAWNER"; DoomEd number = 10225; Spawn state = "SPAWNBATS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector mf_nogravity"; Flags2 = "mf2_dontdraw"; } Thing { ID = "BAT"; DoomEd number = -1; Spawn state = "BAT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BAT_DEATH"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 5; Radius = 3; Height = 3; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_missile"; Flags2 = "mf2_passmobj mf2_noteleport"; } Thing { ID = "CAMERA"; DoomEd number = -1; Spawn state = "CAMERA"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Reaction time = 8; Spawn health = 1000; Speed = 5; Radius = 10; Height = 10; Mass = 100; Flags = "mf_nogravity mf_nosector mf_noblockmap mf_teleport mf_dropoff"; Flags2 = "mf2_passmobj mf2_slide mf2_cannotpush mf2_dontdraw"; } State { ID = "NULL"; Sprite = "MAN1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FREETARGMOBJ"; Sprite = "ACLO"; Frame = 4; Tics = 1050; Action = "A_FreeTargMobj"; Next state = "NULL"; } State { ID = "MAPSPOT"; Sprite = "TLGL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FIREBALL1_1"; Sprite = "FBL1"; Frame = 32768; Tics = 4; Next state = "FIREBALL1_2"; } State { ID = "FIREBALL1_2"; Sprite = "FBL1"; Frame = 32769; Tics = 4; Next state = "FIREBALL1_1"; } State { ID = "FIREBALL1_X1"; Sprite = "XPL1"; Frame = 32768; Tics = 4; Next state = "FIREBALL1_X2"; } State { ID = "FIREBALL1_X2"; Sprite = "XPL1"; Frame = 32769; Tics = 4; Next state = "FIREBALL1_X3"; } State { ID = "FIREBALL1_X3"; Sprite = "XPL1"; Frame = 32770; Tics = 4; Next state = "FIREBALL1_X4"; } State { ID = "FIREBALL1_X4"; Sprite = "XPL1"; Frame = 32771; Tics = 4; Next state = "FIREBALL1_X5"; } State { ID = "FIREBALL1_X5"; Sprite = "XPL1"; Frame = 32772; Tics = 4; Next state = "FIREBALL1_X6"; } State { ID = "FIREBALL1_X6"; Sprite = "XPL1"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "ARROW_1"; Sprite = "ARRW"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARROW_X1"; Sprite = "ARRW"; Frame = 0; Tics = 1; Next state = "NULL"; } State { ID = "DART_1"; Sprite = "DART"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DART_X1"; Sprite = "DART"; Frame = 0; Tics = 1; Next state = "NULL"; } State { ID = "POISONDART_1"; Sprite = "DART"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "POISONDART_X1"; Sprite = "DART"; Frame = 0; Tics = 1; Next state = "NULL"; } State { ID = "RIPPERBALL_1"; Sprite = "RIPP"; Frame = 0; Tics = 3; Next state = "RIPPERBALL_2"; } State { ID = "RIPPERBALL_2"; Sprite = "RIPP"; Frame = 1; Tics = 3; Next state = "RIPPERBALL_3"; } State { ID = "RIPPERBALL_3"; Sprite = "RIPP"; Frame = 2; Tics = 3; Next state = "RIPPERBALL_1"; } State { ID = "RIPPERBALL_X1"; Sprite = "CFCF"; Frame = 32784; Tics = 4; Next state = "RIPPERBALL_X2"; } State { ID = "RIPPERBALL_X2"; Sprite = "CFCF"; Frame = 32785; Tics = 3; Next state = "RIPPERBALL_X3"; } State { ID = "RIPPERBALL_X3"; Sprite = "CFCF"; Frame = 32786; Tics = 4; Next state = "RIPPERBALL_X4"; } State { ID = "RIPPERBALL_X4"; Sprite = "CFCF"; Frame = 32787; Tics = 3; Next state = "RIPPERBALL_X5"; } State { ID = "RIPPERBALL_X5"; Sprite = "CFCF"; Frame = 32788; Tics = 4; Next state = "RIPPERBALL_X6"; } State { ID = "RIPPERBALL_X6"; Sprite = "CFCF"; Frame = 32789; Tics = 3; Next state = "RIPPERBALL_X7"; } State { ID = "RIPPERBALL_X7"; Sprite = "CFCF"; Frame = 32790; Tics = 4; Next state = "RIPPERBALL_X8"; } State { ID = "RIPPERBALL_X8"; Sprite = "CFCF"; Frame = 32791; Tics = 3; Next state = "RIPPERBALL_X9"; } State { ID = "RIPPERBALL_X9"; Sprite = "CFCF"; Frame = 32792; Tics = 4; Next state = "RIPPERBALL_X10"; } State { ID = "RIPPERBALL_X10"; Sprite = "CFCF"; Frame = 32793; Tics = 3; Next state = "NULL"; } State { ID = "PRJ_BLADE1"; Sprite = "BLAD"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PRJ_BLADE_X1"; Sprite = "BLAD"; Frame = 0; Tics = 1; Next state = "NULL"; } State { ID = "ICESHARD1"; Sprite = "SHRD"; Frame = 32768; Tics = 3; Next state = "ICESHARD2"; } State { ID = "ICESHARD2"; Sprite = "SHRD"; Frame = 32769; Tics = 3; Next state = "ICESHARD3"; } State { ID = "ICESHARD3"; Sprite = "SHRD"; Frame = 32770; Tics = 3; Next state = "ICESHARD1"; } State { ID = "FLAME_TSMALL1"; Sprite = "FFSM"; Frame = 32768; Tics = 3; Next state = "FLAME_TSMALL2"; } State { ID = "FLAME_TSMALL2"; Sprite = "FFSM"; Frame = 32769; Tics = 3; Next state = "FLAME_TSMALL3"; } State { ID = "FLAME_TSMALL3"; Sprite = "FFSM"; Frame = 32770; Tics = 2; Action = "A_FlameCheck"; Next state = "FLAME_TSMALL4"; } State { ID = "FLAME_TSMALL4"; Sprite = "FFSM"; Frame = 32770; Tics = 2; Next state = "FLAME_TSMALL5"; } State { ID = "FLAME_TSMALL5"; Sprite = "FFSM"; Frame = 32771; Tics = 3; Next state = "FLAME_TSMALL6"; } State { ID = "FLAME_TSMALL6"; Sprite = "FFSM"; Frame = 32772; Tics = 3; Action = "A_FlameCheck"; Next state = "FLAME_TSMALL1"; } State { ID = "FLAME_TLARGE1"; Sprite = "FFLG"; Frame = 32768; Tics = 4; Next state = "FLAME_TLARGE2"; } State { ID = "FLAME_TLARGE2"; Sprite = "FFLG"; Frame = 32769; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE3"; } State { ID = "FLAME_TLARGE3"; Sprite = "FFLG"; Frame = 32770; Tics = 4; Next state = "FLAME_TLARGE4"; } State { ID = "FLAME_TLARGE4"; Sprite = "FFLG"; Frame = 32771; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE5"; } State { ID = "FLAME_TLARGE5"; Sprite = "FFLG"; Frame = 32772; Tics = 4; Next state = "FLAME_TLARGE6"; } State { ID = "FLAME_TLARGE6"; Sprite = "FFLG"; Frame = 32773; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE7"; } State { ID = "FLAME_TLARGE7"; Sprite = "FFLG"; Frame = 32774; Tics = 4; Next state = "FLAME_TLARGE8"; } State { ID = "FLAME_TLARGE8"; Sprite = "FFLG"; Frame = 32775; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE9"; } State { ID = "FLAME_TLARGE9"; Sprite = "FFLG"; Frame = 32776; Tics = 4; Next state = "FLAME_TLARGE10"; } State { ID = "FLAME_TLARGE10"; Sprite = "FFLG"; Frame = 32777; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE11"; } State { ID = "FLAME_TLARGE11"; Sprite = "FFLG"; Frame = 32778; Tics = 4; Next state = "FLAME_TLARGE12"; } State { ID = "FLAME_TLARGE12"; Sprite = "FFLG"; Frame = 32779; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE13"; } State { ID = "FLAME_TLARGE13"; Sprite = "FFLG"; Frame = 32780; Tics = 4; Next state = "FLAME_TLARGE14"; } State { ID = "FLAME_TLARGE14"; Sprite = "FFLG"; Frame = 32781; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE15"; } State { ID = "FLAME_TLARGE15"; Sprite = "FFLG"; Frame = 32782; Tics = 4; Next state = "FLAME_TLARGE16"; } State { ID = "FLAME_TLARGE16"; Sprite = "FFLG"; Frame = 32783; Tics = 4; Action = "A_FlameCheck"; Next state = "FLAME_TLARGE5"; } State { ID = "FLAME_SDORM1"; Sprite = "FFSM"; Frame = 0; Tics = 2; Next state = "FLAME_SDORM2"; } State { ID = "FLAME_SDORM2"; Sprite = "FFSM"; Frame = 1; Tics = 2; Action = "A_HideThing"; Next state = "FLAME_SDORM3"; } State { ID = "FLAME_SDORM3"; Sprite = "FFSM"; Frame = 2; Tics = 200; Next state = "FLAME_SDORM3"; } State { ID = "FLAME_SMALL1"; Sprite = "FFSM"; Frame = 32768; Tics = 3; Next state = "FLAME_SMALL2"; } State { ID = "FLAME_SMALL2"; Sprite = "FFSM"; Frame = 32768; Tics = 3; Action = "A_UnHideThing"; Next state = "FLAME_SMALL3"; } State { ID = "FLAME_SMALL3"; Sprite = "FFSM"; Frame = 32768; Tics = 3; Next state = "FLAME_SMALL4"; } State { ID = "FLAME_SMALL4"; Sprite = "FFSM"; Frame = 32769; Tics = 3; Next state = "FLAME_SMALL5"; } State { ID = "FLAME_SMALL5"; Sprite = "FFSM"; Frame = 32770; Tics = 3; Next state = "FLAME_SMALL6"; } State { ID = "FLAME_SMALL6"; Sprite = "FFSM"; Frame = 32771; Tics = 3; Next state = "FLAME_SMALL7"; } State { ID = "FLAME_SMALL7"; Sprite = "FFSM"; Frame = 32772; Tics = 3; Next state = "FLAME_SMALL3"; } State { ID = "FLAME_LDORM1"; Sprite = "FFLG"; Frame = 3; Tics = 2; Next state = "FLAME_LDORM2"; } State { ID = "FLAME_LDORM2"; Sprite = "FFLG"; Frame = 2; Tics = 2; Next state = "FLAME_LDORM3"; } State { ID = "FLAME_LDORM3"; Sprite = "FFLG"; Frame = 1; Tics = 2; Next state = "FLAME_LDORM4"; } State { ID = "FLAME_LDORM4"; Sprite = "FFLG"; Frame = 0; Tics = 2; Action = "A_HideThing"; Next state = "FLAME_LDORM5"; } State { ID = "FLAME_LDORM5"; Sprite = "FFLG"; Frame = 0; Tics = 200; Next state = "FLAME_LDORM5"; } State { ID = "FLAME_LARGE1"; Sprite = "FFLG"; Frame = 32768; Tics = 2; Next state = "FLAME_LARGE2"; } State { ID = "FLAME_LARGE2"; Sprite = "FFLG"; Frame = 32768; Tics = 2; Action = "A_UnHideThing"; Next state = "FLAME_LARGE3"; } State { ID = "FLAME_LARGE3"; Sprite = "FFLG"; Frame = 32768; Tics = 4; Next state = "FLAME_LARGE4"; } State { ID = "FLAME_LARGE4"; Sprite = "FFLG"; Frame = 32769; Tics = 4; Next state = "FLAME_LARGE5"; } State { ID = "FLAME_LARGE5"; Sprite = "FFLG"; Frame = 32770; Tics = 4; Next state = "FLAME_LARGE6"; } State { ID = "FLAME_LARGE6"; Sprite = "FFLG"; Frame = 32771; Tics = 4; Next state = "FLAME_LARGE7"; } State { ID = "FLAME_LARGE7"; Sprite = "FFLG"; Frame = 32772; Tics = 4; Next state = "FLAME_LARGE8"; } State { ID = "FLAME_LARGE8"; Sprite = "FFLG"; Frame = 32773; Tics = 4; Next state = "FLAME_LARGE9"; } State { ID = "FLAME_LARGE9"; Sprite = "FFLG"; Frame = 32774; Tics = 4; Next state = "FLAME_LARGE10"; } State { ID = "FLAME_LARGE10"; Sprite = "FFLG"; Frame = 32775; Tics = 4; Next state = "FLAME_LARGE11"; } State { ID = "FLAME_LARGE11"; Sprite = "FFLG"; Frame = 32776; Tics = 4; Next state = "FLAME_LARGE12"; } State { ID = "FLAME_LARGE12"; Sprite = "FFLG"; Frame = 32777; Tics = 4; Next state = "FLAME_LARGE13"; } State { ID = "FLAME_LARGE13"; Sprite = "FFLG"; Frame = 32778; Tics = 4; Next state = "FLAME_LARGE14"; } State { ID = "FLAME_LARGE14"; Sprite = "FFLG"; Frame = 32779; Tics = 4; Next state = "FLAME_LARGE15"; } State { ID = "FLAME_LARGE15"; Sprite = "FFLG"; Frame = 32780; Tics = 4; Next state = "FLAME_LARGE16"; } State { ID = "FLAME_LARGE16"; Sprite = "FFLG"; Frame = 32781; Tics = 4; Next state = "FLAME_LARGE17"; } State { ID = "FLAME_LARGE17"; Sprite = "FFLG"; Frame = 32782; Tics = 4; Next state = "FLAME_LARGE18"; } State { ID = "FLAME_LARGE18"; Sprite = "FFLG"; Frame = 32783; Tics = 4; Next state = "FLAME_LARGE7"; } State { ID = "ITEM_PTN1_1"; Sprite = "PTN1"; Frame = 0; Tics = 3; Next state = "ITEM_PTN1_2"; } State { ID = "ITEM_PTN1_2"; Sprite = "PTN1"; Frame = 1; Tics = 3; Next state = "ITEM_PTN1_3"; } State { ID = "ITEM_PTN1_3"; Sprite = "PTN1"; Frame = 2; Tics = 3; Next state = "ITEM_PTN1_1"; } State { ID = "HIDESPECIAL1"; Sprite = "ACLO"; Frame = 4; Tics = 1400; Next state = "HIDESPECIAL2"; } State { ID = "HIDESPECIAL2"; Sprite = "ACLO"; Frame = 0; Tics = 4; Action = "A_RestoreSpecialThing1"; Next state = "HIDESPECIAL3"; } State { ID = "HIDESPECIAL3"; Sprite = "ACLO"; Frame = 1; Tics = 4; Next state = "HIDESPECIAL4"; } State { ID = "HIDESPECIAL4"; Sprite = "ACLO"; Frame = 0; Tics = 4; Next state = "HIDESPECIAL5"; } State { ID = "HIDESPECIAL5"; Sprite = "ACLO"; Frame = 1; Tics = 4; Next state = "HIDESPECIAL6"; } State { ID = "HIDESPECIAL6"; Sprite = "ACLO"; Frame = 2; Tics = 4; Next state = "HIDESPECIAL7"; } State { ID = "HIDESPECIAL7"; Sprite = "ACLO"; Frame = 1; Tics = 4; Next state = "HIDESPECIAL8"; } State { ID = "HIDESPECIAL8"; Sprite = "ACLO"; Frame = 2; Tics = 4; Next state = "HIDESPECIAL9"; } State { ID = "HIDESPECIAL9"; Sprite = "ACLO"; Frame = 3; Tics = 4; Next state = "HIDESPECIAL10"; } State { ID = "HIDESPECIAL10"; Sprite = "ACLO"; Frame = 2; Tics = 4; Next state = "HIDESPECIAL11"; } State { ID = "HIDESPECIAL11"; Sprite = "ACLO"; Frame = 3; Tics = 4; Action = "A_RestoreSpecialThing2"; Next state = "NULL"; } State { ID = "DORMANTARTI1_1"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI1_2"; } State { ID = "DORMANTARTI1_2"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI1_3"; } State { ID = "DORMANTARTI1_3"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI1_4"; } State { ID = "DORMANTARTI1_4"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI1_5"; } State { ID = "DORMANTARTI1_5"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI1_6"; } State { ID = "DORMANTARTI1_6"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI1_7"; } State { ID = "DORMANTARTI1_7"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI1_8"; } State { ID = "DORMANTARTI1_8"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI1_9"; } State { ID = "DORMANTARTI1_9"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI1_10"; } State { ID = "DORMANTARTI1_10"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI1_11"; } State { ID = "DORMANTARTI1_11"; Sprite = "ACLO"; Frame = 0; Tics = 1400; Action = "A_HideThing"; Next state = "DORMANTARTI1_12"; } State { ID = "DORMANTARTI1_12"; Sprite = "ACLO"; Frame = 0; Tics = 3; Action = "A_UnHideThing"; Next state = "DORMANTARTI1_13"; } State { ID = "DORMANTARTI1_13"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI1_14"; } State { ID = "DORMANTARTI1_14"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI1_15"; } State { ID = "DORMANTARTI1_15"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI1_16"; } State { ID = "DORMANTARTI1_16"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI1_17"; } State { ID = "DORMANTARTI1_17"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI1_18"; } State { ID = "DORMANTARTI1_18"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI1_19"; } State { ID = "DORMANTARTI1_19"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI1_20"; } State { ID = "DORMANTARTI1_20"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI1_21"; } State { ID = "DORMANTARTI1_21"; Sprite = "ACLO"; Frame = 3; Tics = 3; Action = "A_RestoreArtifact"; Next state = "NULL"; } State { ID = "DORMANTARTI2_1"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI2_2"; } State { ID = "DORMANTARTI2_2"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI2_3"; } State { ID = "DORMANTARTI2_3"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI2_4"; } State { ID = "DORMANTARTI2_4"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI2_5"; } State { ID = "DORMANTARTI2_5"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI2_6"; } State { ID = "DORMANTARTI2_6"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI2_7"; } State { ID = "DORMANTARTI2_7"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI2_8"; } State { ID = "DORMANTARTI2_8"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI2_9"; } State { ID = "DORMANTARTI2_9"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI2_10"; } State { ID = "DORMANTARTI2_10"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI2_11"; } State { ID = "DORMANTARTI2_11"; Sprite = "ACLO"; Frame = 0; Tics = 4200; Action = "A_HideThing"; Next state = "DORMANTARTI2_12"; } State { ID = "DORMANTARTI2_12"; Sprite = "ACLO"; Frame = 0; Tics = 3; Action = "A_UnHideThing"; Next state = "DORMANTARTI2_13"; } State { ID = "DORMANTARTI2_13"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI2_14"; } State { ID = "DORMANTARTI2_14"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI2_15"; } State { ID = "DORMANTARTI2_15"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI2_16"; } State { ID = "DORMANTARTI2_16"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI2_17"; } State { ID = "DORMANTARTI2_17"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI2_18"; } State { ID = "DORMANTARTI2_18"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI2_19"; } State { ID = "DORMANTARTI2_19"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI2_20"; } State { ID = "DORMANTARTI2_20"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI2_21"; } State { ID = "DORMANTARTI2_21"; Sprite = "ACLO"; Frame = 3; Tics = 3; Action = "A_RestoreArtifact"; Next state = "NULL"; } State { ID = "DORMANTARTI3_1"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI3_2"; } State { ID = "DORMANTARTI3_2"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI3_3"; } State { ID = "DORMANTARTI3_3"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI3_4"; } State { ID = "DORMANTARTI3_4"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI3_5"; } State { ID = "DORMANTARTI3_5"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI3_6"; } State { ID = "DORMANTARTI3_6"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI3_7"; } State { ID = "DORMANTARTI3_7"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI3_8"; } State { ID = "DORMANTARTI3_8"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI3_9"; } State { ID = "DORMANTARTI3_9"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI3_10"; } State { ID = "DORMANTARTI3_10"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI3_11"; } State { ID = "DORMANTARTI3_11"; Sprite = "ACLO"; Frame = 0; Tics = 21000; Action = "A_HideThing"; Next state = "DORMANTARTI3_12"; } State { ID = "DORMANTARTI3_12"; Sprite = "ACLO"; Frame = 0; Tics = 3; Action = "A_UnHideThing"; Next state = "DORMANTARTI3_13"; } State { ID = "DORMANTARTI3_13"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI3_14"; } State { ID = "DORMANTARTI3_14"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI3_15"; } State { ID = "DORMANTARTI3_15"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI3_16"; } State { ID = "DORMANTARTI3_16"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI3_17"; } State { ID = "DORMANTARTI3_17"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI3_18"; } State { ID = "DORMANTARTI3_18"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI3_19"; } State { ID = "DORMANTARTI3_19"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI3_20"; } State { ID = "DORMANTARTI3_20"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI3_21"; } State { ID = "DORMANTARTI3_21"; Sprite = "ACLO"; Frame = 3; Tics = 3; Action = "A_RestoreArtifact"; Next state = "NULL"; } State { ID = "DEADARTI1"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DEADARTI2"; } State { ID = "DEADARTI2"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DEADARTI3"; } State { ID = "DEADARTI3"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DEADARTI4"; } State { ID = "DEADARTI4"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DEADARTI5"; } State { ID = "DEADARTI5"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DEADARTI6"; } State { ID = "DEADARTI6"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DEADARTI7"; } State { ID = "DEADARTI7"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DEADARTI8"; } State { ID = "DEADARTI8"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DEADARTI9"; } State { ID = "DEADARTI9"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DEADARTI10"; } State { ID = "DEADARTI10"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "NULL"; } State { ID = "ARTI_PTN2_1"; Sprite = "PTN2"; Frame = 0; Tics = 4; Next state = "ARTI_PTN2_2"; } State { ID = "ARTI_PTN2_2"; Sprite = "PTN2"; Frame = 1; Tics = 4; Next state = "ARTI_PTN2_3"; } State { ID = "ARTI_PTN2_3"; Sprite = "PTN2"; Frame = 2; Tics = 4; Next state = "ARTI_PTN2_1"; } State { ID = "ARTI_SOAR1"; Sprite = "SOAR"; Frame = 0; Tics = 5; Next state = "ARTI_SOAR2"; } State { ID = "ARTI_SOAR2"; Sprite = "SOAR"; Frame = 1; Tics = 5; Next state = "ARTI_SOAR3"; } State { ID = "ARTI_SOAR3"; Sprite = "SOAR"; Frame = 2; Tics = 5; Next state = "ARTI_SOAR4"; } State { ID = "ARTI_SOAR4"; Sprite = "SOAR"; Frame = 1; Tics = 5; Next state = "ARTI_SOAR1"; } State { ID = "ARTI_INVU1"; Sprite = "INVU"; Frame = 0x8000; Tics = 3; Next state = "ARTI_INVU2"; } State { ID = "ARTI_INVU2"; Sprite = "INVU"; Frame = 0x8001; Tics = 3; Next state = "ARTI_INVU3"; } State { ID = "ARTI_INVU3"; Sprite = "INVU"; Frame = 0x8002; Tics = 3; Next state = "ARTI_INVU4"; } State { ID = "ARTI_INVU4"; Sprite = "INVU"; Frame = 0x8003; Tics = 3; Next state = "ARTI_INVU1"; } State { ID = "ARTI_SUMMON"; Sprite = "SUMN"; Frame = 0; Tics = 350; Next state = "ARTI_SUMMON"; } State { ID = "SUMMON_FX1_1"; Sprite = "SUMN"; Frame = 0; Tics = 4; Next state = "SUMMON_FX1_1"; } State { ID = "SUMMON_FX2_1"; Sprite = "SUMN"; Frame = 0; Tics = 4; Next state = "SUMMON_FX2_2"; } State { ID = "SUMMON_FX2_2"; Sprite = "SUMN"; Frame = 0; Tics = 4; Next state = "SUMMON_FX2_3"; } State { ID = "SUMMON_FX2_3"; Sprite = "SUMN"; Frame = 0; Tics = 4; Action = "A_Summon"; Next state = "NULL"; } State { ID = "THRUSTINIT2_1"; Sprite = "TSPK"; Frame = 0; Tics = 3; Next state = "THRUSTINIT2_2"; } State { ID = "THRUSTINIT2_2"; Sprite = "TSPK"; Frame = 0; Tics = 4; Action = "A_ThrustInitUp"; Next state = "THRUSTBLOCK"; } State { ID = "BTHRUSTINIT2_1"; Sprite = "TSPK"; Frame = 1; Tics = 3; Next state = "BTHRUSTINIT2_2"; } State { ID = "BTHRUSTINIT2_2"; Sprite = "TSPK"; Frame = 1; Tics = 4; Action = "A_ThrustInitUp"; Next state = "BTHRUSTBLOCK"; } State { ID = "THRUSTINIT1_1"; Sprite = "TSPK"; Frame = 0; Tics = 3; Next state = "THRUSTINIT1_2"; } State { ID = "THRUSTINIT1_2"; Sprite = "TSPK"; Frame = 0; Tics = 4; Action = "A_ThrustInitDn"; Next state = "THRUSTSTAY"; } State { ID = "BTHRUSTINIT1_1"; Sprite = "TSPK"; Frame = 1; Tics = 3; Next state = "BTHRUSTINIT1_2"; } State { ID = "BTHRUSTINIT1_2"; Sprite = "TSPK"; Frame = 1; Tics = 4; Action = "A_ThrustInitDn"; Next state = "BTHRUSTSTAY"; } State { ID = "THRUSTRAISE1"; Sprite = "TSPK"; Frame = 0; Tics = 8; Action = "A_ThrustRaise"; Next state = "THRUSTRAISE2"; } State { ID = "THRUSTRAISE2"; Sprite = "TSPK"; Frame = 0; Tics = 6; Action = "A_ThrustRaise"; Next state = "THRUSTRAISE3"; } State { ID = "THRUSTRAISE3"; Sprite = "TSPK"; Frame = 0; Tics = 4; Action = "A_ThrustRaise"; Next state = "THRUSTRAISE4"; } State { ID = "THRUSTRAISE4"; Sprite = "TSPK"; Frame = 0; Tics = 3; Action = "A_ThrustBlock"; Next state = "THRUSTIMPALE"; } State { ID = "BTHRUSTRAISE1"; Sprite = "TSPK"; Frame = 1; Tics = 8; Action = "A_ThrustRaise"; Next state = "BTHRUSTRAISE2"; } State { ID = "BTHRUSTRAISE2"; Sprite = "TSPK"; Frame = 1; Tics = 6; Action = "A_ThrustRaise"; Next state = "BTHRUSTRAISE3"; } State { ID = "BTHRUSTRAISE3"; Sprite = "TSPK"; Frame = 1; Tics = 4; Action = "A_ThrustRaise"; Next state = "BTHRUSTRAISE4"; } State { ID = "BTHRUSTRAISE4"; Sprite = "TSPK"; Frame = 1; Tics = 3; Action = "A_ThrustBlock"; Next state = "BTHRUSTIMPALE"; } State { ID = "THRUSTIMPALE"; Sprite = "TSPK"; Frame = 0; Tics = 2; Action = "A_ThrustImpale"; Next state = "THRUSTRAISE"; } State { ID = "BTHRUSTIMPALE"; Sprite = "TSPK"; Frame = 1; Tics = 2; Action = "A_ThrustImpale"; Next state = "BTHRUSTRAISE"; } State { ID = "THRUSTRAISE"; Sprite = "TSPK"; Frame = 0; Tics = 2; Action = "A_ThrustRaise"; Next state = "THRUSTRAISE"; } State { ID = "BTHRUSTRAISE"; Sprite = "TSPK"; Frame = 1; Tics = 2; Action = "A_ThrustRaise"; Next state = "BTHRUSTRAISE"; } State { ID = "THRUSTBLOCK"; Sprite = "TSPK"; Frame = 0; Tics = 10; Next state = "THRUSTBLOCK"; } State { ID = "BTHRUSTBLOCK"; Sprite = "TSPK"; Frame = 1; Tics = 10; Next state = "BTHRUSTBLOCK"; } State { ID = "THRUSTLOWER"; Sprite = "TSPK"; Frame = 0; Tics = 2; Action = "A_ThrustLower"; Next state = "THRUSTLOWER"; } State { ID = "BTHRUSTLOWER"; Sprite = "TSPK"; Frame = 1; Tics = 2; Action = "A_ThrustLower"; Next state = "BTHRUSTLOWER"; } State { ID = "THRUSTSTAY"; Sprite = "TSPK"; Frame = 0; Tics = -1; Next state = "THRUSTSTAY"; } State { ID = "BTHRUSTSTAY"; Sprite = "TSPK"; Frame = 1; Tics = -1; Next state = "BTHRUSTSTAY"; } State { ID = "ARTI_TELOTHER1"; Sprite = "TELO"; Frame = 0; Tics = 5; Next state = "ARTI_TELOTHER2"; } State { ID = "ARTI_TELOTHER2"; Sprite = "TELO"; Frame = 1; Tics = 5; Next state = "ARTI_TELOTHER3"; } State { ID = "ARTI_TELOTHER3"; Sprite = "TELO"; Frame = 2; Tics = 5; Next state = "ARTI_TELOTHER4"; } State { ID = "ARTI_TELOTHER4"; Sprite = "TELO"; Frame = 3; Tics = 5; Next state = "ARTI_TELOTHER1"; } State { ID = "TELO_FX1"; Sprite = "TRNG"; Frame = 32772; Tics = 5; Next state = "TELO_FX2"; } State { ID = "TELO_FX2"; Sprite = "TRNG"; Frame = 32771; Tics = 4; Next state = "TELO_FX3"; } State { ID = "TELO_FX3"; Sprite = "TRNG"; Frame = 32770; Tics = 3; Action = "A_TeloSpawnC"; Next state = "TELO_FX4"; } State { ID = "TELO_FX4"; Sprite = "TRNG"; Frame = 32769; Tics = 3; Action = "A_TeloSpawnB"; Next state = "TELO_FX5"; } State { ID = "TELO_FX5"; Sprite = "TRNG"; Frame = 32768; Tics = 3; Action = "A_TeloSpawnA"; Next state = "TELO_FX6"; } State { ID = "TELO_FX6"; Sprite = "TRNG"; Frame = 32769; Tics = 3; Action = "A_TeloSpawnB"; Next state = "TELO_FX7"; } State { ID = "TELO_FX7"; Sprite = "TRNG"; Frame = 32770; Tics = 3; Action = "A_TeloSpawnC"; Next state = "TELO_FX8"; } State { ID = "TELO_FX8"; Sprite = "TRNG"; Frame = 32771; Tics = 3; Action = "A_TeloSpawnD"; Next state = "TELO_FX3"; } State { ID = "TELO_FX9"; Sprite = "TRNG"; Frame = 32772; Tics = 3; Next state = "NULL"; } State { ID = "TELO_FX2_1"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Next state = "TELO_FX2_2"; } State { ID = "TELO_FX2_2"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Next state = "TELO_FX2_3"; } State { ID = "TELO_FX2_3"; Sprite = "TRNG"; Frame = 32771; Tics = 4; Next state = "TELO_FX2_4"; } State { ID = "TELO_FX2_4"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Next state = "TELO_FX2_5"; } State { ID = "TELO_FX2_5"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Next state = "TELO_FX2_6"; } State { ID = "TELO_FX2_6"; Sprite = "TRNG"; Frame = 32768; Tics = 4; Action = "A_CheckTeleRing"; Next state = "TELO_FX2_1"; } State { ID = "TELO_FX3_1"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Next state = "TELO_FX3_2"; } State { ID = "TELO_FX3_2"; Sprite = "TRNG"; Frame = 32771; Tics = 4; Next state = "TELO_FX3_3"; } State { ID = "TELO_FX3_3"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Next state = "TELO_FX3_4"; } State { ID = "TELO_FX3_4"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Next state = "TELO_FX3_5"; } State { ID = "TELO_FX3_5"; Sprite = "TRNG"; Frame = 32768; Tics = 4; Next state = "TELO_FX3_6"; } State { ID = "TELO_FX3_6"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Action = "A_CheckTeleRing"; Next state = "TELO_FX3_1"; } State { ID = "TELO_FX4_1"; Sprite = "TRNG"; Frame = 32771; Tics = 4; Next state = "TELO_FX4_2"; } State { ID = "TELO_FX4_2"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Next state = "TELO_FX4_3"; } State { ID = "TELO_FX4_3"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Next state = "TELO_FX4_4"; } State { ID = "TELO_FX4_4"; Sprite = "TRNG"; Frame = 32768; Tics = 4; Next state = "TELO_FX4_5"; } State { ID = "TELO_FX4_5"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Next state = "TELO_FX4_6"; } State { ID = "TELO_FX4_6"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Action = "A_CheckTeleRing"; Next state = "TELO_FX4_1"; } State { ID = "TELO_FX5_1"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Next state = "TELO_FX5_2"; } State { ID = "TELO_FX5_2"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Next state = "TELO_FX5_3"; } State { ID = "TELO_FX5_3"; Sprite = "TRNG"; Frame = 32768; Tics = 4; Next state = "TELO_FX5_4"; } State { ID = "TELO_FX5_4"; Sprite = "TRNG"; Frame = 32769; Tics = 4; Next state = "TELO_FX5_5"; } State { ID = "TELO_FX5_5"; Sprite = "TRNG"; Frame = 32770; Tics = 4; Next state = "TELO_FX5_6"; } State { ID = "TELO_FX5_6"; Sprite = "TRNG"; Frame = 32771; Tics = 4; Action = "A_CheckTeleRing"; Next state = "TELO_FX5_1"; } State { ID = "DIRT1_1"; Sprite = "ROCK"; Frame = 3; Tics = 20; Next state = "DIRT1_1"; } State { ID = "DIRT1_D"; Sprite = "ROCK"; Frame = 3; Tics = 10; Next state = "NULL"; } State { ID = "DIRT2_1"; Sprite = "ROCK"; Frame = 4; Tics = 20; Next state = "DIRT2_1"; } State { ID = "DIRT2_D"; Sprite = "ROCK"; Frame = 4; Tics = 10; Next state = "NULL"; } State { ID = "DIRT3_1"; Sprite = "ROCK"; Frame = 5; Tics = 20; Next state = "DIRT3_1"; } State { ID = "DIRT3_D"; Sprite = "ROCK"; Frame = 5; Tics = 10; Next state = "NULL"; } State { ID = "DIRT4_1"; Sprite = "ROCK"; Frame = 6; Tics = 20; Next state = "DIRT4_1"; } State { ID = "DIRT4_D"; Sprite = "ROCK"; Frame = 6; Tics = 10; Next state = "NULL"; } State { ID = "DIRT5_1"; Sprite = "ROCK"; Frame = 7; Tics = 20; Next state = "DIRT5_1"; } State { ID = "DIRT5_D"; Sprite = "ROCK"; Frame = 7; Tics = 10; Next state = "NULL"; } State { ID = "DIRT6_1"; Sprite = "ROCK"; Frame = 8; Tics = 20; Next state = "DIRT6_1"; } State { ID = "DIRT6_D"; Sprite = "ROCK"; Frame = 8; Tics = 10; Next state = "NULL"; } State { ID = "DIRTCLUMP1"; Sprite = "TSPK"; Frame = 2; Tics = 20; Next state = "DIRTCLUMP1"; } State { ID = "ROCK1_1"; Sprite = "ROCK"; Frame = 0; Tics = 20; Next state = "ROCK1_1"; } State { ID = "ROCK1_D"; Sprite = "ROCK"; Frame = 0; Tics = 10; Next state = "NULL"; } State { ID = "ROCK2_1"; Sprite = "ROCK"; Frame = 1; Tics = 20; Next state = "ROCK2_1"; } State { ID = "ROCK2_D"; Sprite = "ROCK"; Frame = 1; Tics = 10; Next state = "NULL"; } State { ID = "ROCK3_1"; Sprite = "ROCK"; Frame = 2; Tics = 20; Next state = "ROCK3_1"; } State { ID = "ROCK3_D"; Sprite = "ROCK"; Frame = 2; Tics = 10; Next state = "NULL"; } State { ID = "SPAWNFOG1"; Sprite = "MAN1"; Frame = 0; Tics = 20; Action = "A_FogSpawn"; Next state = "SPAWNFOG1"; } State { ID = "FOGPATCHS1"; Sprite = "FOGS"; Frame = 0; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHS2"; } State { ID = "FOGPATCHS2"; Sprite = "FOGS"; Frame = 1; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHS3"; } State { ID = "FOGPATCHS3"; Sprite = "FOGS"; Frame = 2; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHS4"; } State { ID = "FOGPATCHS4"; Sprite = "FOGS"; Frame = 3; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHS5"; } State { ID = "FOGPATCHS5"; Sprite = "FOGS"; Frame = 4; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHS1"; } State { ID = "FOGPATCHS0"; Sprite = "FOGS"; Frame = 4; Tics = 5; Next state = "NULL"; } State { ID = "FOGPATCHM1"; Sprite = "FOGM"; Frame = 0; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHM2"; } State { ID = "FOGPATCHM2"; Sprite = "FOGM"; Frame = 1; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHM3"; } State { ID = "FOGPATCHM3"; Sprite = "FOGM"; Frame = 2; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHM4"; } State { ID = "FOGPATCHM4"; Sprite = "FOGM"; Frame = 3; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHM5"; } State { ID = "FOGPATCHM5"; Sprite = "FOGM"; Frame = 4; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHM1"; } State { ID = "FOGPATCHM0"; Sprite = "FOGS"; Frame = 0; Tics = 5; Next state = "FOGPATCHMA"; } State { ID = "FOGPATCHMA"; Sprite = "FOGS"; Frame = 1; Tics = 5; Next state = "FOGPATCHMB"; } State { ID = "FOGPATCHMB"; Sprite = "FOGS"; Frame = 2; Tics = 5; Next state = "FOGPATCHMC"; } State { ID = "FOGPATCHMC"; Sprite = "FOGS"; Frame = 3; Tics = 5; Next state = "FOGPATCHMD"; } State { ID = "FOGPATCHMD"; Sprite = "FOGS"; Frame = 4; Tics = 5; Next state = "FOGPATCHS0"; } State { ID = "FOGPATCHL1"; Sprite = "FOGL"; Frame = 0; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHL2"; } State { ID = "FOGPATCHL2"; Sprite = "FOGL"; Frame = 1; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHL3"; } State { ID = "FOGPATCHL3"; Sprite = "FOGL"; Frame = 2; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHL4"; } State { ID = "FOGPATCHL4"; Sprite = "FOGL"; Frame = 3; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHL5"; } State { ID = "FOGPATCHL5"; Sprite = "FOGL"; Frame = 4; Tics = 7; Action = "A_FogMove"; Next state = "FOGPATCHL1"; } State { ID = "FOGPATCHL0"; Sprite = "FOGM"; Frame = 0; Tics = 4; Next state = "FOGPATCHLA"; } State { ID = "FOGPATCHLA"; Sprite = "FOGM"; Frame = 1; Tics = 4; Next state = "FOGPATCHLB"; } State { ID = "FOGPATCHLB"; Sprite = "FOGM"; Frame = 2; Tics = 4; Next state = "FOGPATCHLC"; } State { ID = "FOGPATCHLC"; Sprite = "FOGM"; Frame = 3; Tics = 4; Next state = "FOGPATCHLD"; } State { ID = "FOGPATCHLD"; Sprite = "FOGM"; Frame = 4; Tics = 4; Next state = "FOGPATCHM0"; } State { ID = "QUAKE_ACTIVE1"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE2"; } State { ID = "QUAKE_ACTIVE2"; Sprite = "MAN1"; Frame = 0; Tics = 1; Action = "A_ContMobjSound"; Next state = "QUAKE_ACTIVE3"; } State { ID = "QUAKE_ACTIVE3"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE4"; } State { ID = "QUAKE_ACTIVE4"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE5"; } State { ID = "QUAKE_ACTIVE5"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE6"; } State { ID = "QUAKE_ACTIVE6"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE7"; } State { ID = "QUAKE_ACTIVE7"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE8"; } State { ID = "QUAKE_ACTIVE8"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE9"; } State { ID = "QUAKE_ACTIVE9"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE0"; } State { ID = "QUAKE_ACTIVE0"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEA"; } State { ID = "QUAKE_ACTIVEA"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEB"; } State { ID = "QUAKE_ACTIVEB"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEC"; } State { ID = "QUAKE_ACTIVEC"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVED"; } State { ID = "QUAKE_ACTIVED"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEE"; } State { ID = "QUAKE_ACTIVEE"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEF"; } State { ID = "QUAKE_ACTIVEF"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEG"; } State { ID = "QUAKE_ACTIVEG"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEH"; } State { ID = "QUAKE_ACTIVEH"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEI"; } State { ID = "QUAKE_ACTIVEI"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEJ"; } State { ID = "QUAKE_ACTIVEJ"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEK"; } State { ID = "QUAKE_ACTIVEK"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEL"; } State { ID = "QUAKE_ACTIVEL"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEM"; } State { ID = "QUAKE_ACTIVEM"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEN"; } State { ID = "QUAKE_ACTIVEN"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEO"; } State { ID = "QUAKE_ACTIVEO"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEP"; } State { ID = "QUAKE_ACTIVEP"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEQ"; } State { ID = "QUAKE_ACTIVEQ"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVER"; } State { ID = "QUAKE_ACTIVER"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVES"; } State { ID = "QUAKE_ACTIVES"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVET"; } State { ID = "QUAKE_ACTIVET"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEU"; } State { ID = "QUAKE_ACTIVEU"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEV"; } State { ID = "QUAKE_ACTIVEV"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEW"; } State { ID = "QUAKE_ACTIVEW"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEX"; } State { ID = "QUAKE_ACTIVEX"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEY"; } State { ID = "QUAKE_ACTIVEY"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVEZ"; } State { ID = "QUAKE_ACTIVEZ"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT1"; } State { ID = "QUAKE_ACT1"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT2"; } State { ID = "QUAKE_ACT2"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT3"; } State { ID = "QUAKE_ACT3"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT4"; } State { ID = "QUAKE_ACT4"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT5"; } State { ID = "QUAKE_ACT5"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT6"; } State { ID = "QUAKE_ACT6"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT7"; } State { ID = "QUAKE_ACT7"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT8"; } State { ID = "QUAKE_ACT8"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT9"; } State { ID = "QUAKE_ACT9"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACT0"; } State { ID = "QUAKE_ACT0"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_Quake"; Next state = "QUAKE_ACTIVE1"; } State { ID = "SGSHARD1_1"; Sprite = "SGSA"; Frame = 0; Tics = 4; Next state = "SGSHARD1_2"; } State { ID = "SGSHARD1_2"; Sprite = "SGSA"; Frame = 1; Tics = 4; Next state = "SGSHARD1_3"; } State { ID = "SGSHARD1_3"; Sprite = "SGSA"; Frame = 2; Tics = 4; Next state = "SGSHARD1_4"; } State { ID = "SGSHARD1_4"; Sprite = "SGSA"; Frame = 3; Tics = 4; Next state = "SGSHARD1_5"; } State { ID = "SGSHARD1_5"; Sprite = "SGSA"; Frame = 4; Tics = 4; Next state = "SGSHARD1_1"; } State { ID = "SGSHARD1_D"; Sprite = "SGSA"; Frame = 4; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD2_1"; Sprite = "SGSA"; Frame = 5; Tics = 4; Next state = "SGSHARD2_2"; } State { ID = "SGSHARD2_2"; Sprite = "SGSA"; Frame = 6; Tics = 4; Next state = "SGSHARD2_3"; } State { ID = "SGSHARD2_3"; Sprite = "SGSA"; Frame = 7; Tics = 4; Next state = "SGSHARD2_4"; } State { ID = "SGSHARD2_4"; Sprite = "SGSA"; Frame = 8; Tics = 4; Next state = "SGSHARD2_5"; } State { ID = "SGSHARD2_5"; Sprite = "SGSA"; Frame = 9; Tics = 4; Next state = "SGSHARD2_1"; } State { ID = "SGSHARD2_D"; Sprite = "SGSA"; Frame = 9; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD3_1"; Sprite = "SGSA"; Frame = 10; Tics = 4; Next state = "SGSHARD3_2"; } State { ID = "SGSHARD3_2"; Sprite = "SGSA"; Frame = 11; Tics = 4; Next state = "SGSHARD3_3"; } State { ID = "SGSHARD3_3"; Sprite = "SGSA"; Frame = 12; Tics = 4; Next state = "SGSHARD3_4"; } State { ID = "SGSHARD3_4"; Sprite = "SGSA"; Frame = 13; Tics = 4; Next state = "SGSHARD3_5"; } State { ID = "SGSHARD3_5"; Sprite = "SGSA"; Frame = 14; Tics = 4; Next state = "SGSHARD3_1"; } State { ID = "SGSHARD3_D"; Sprite = "SGSA"; Frame = 14; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD4_1"; Sprite = "SGSA"; Frame = 15; Tics = 4; Next state = "SGSHARD4_2"; } State { ID = "SGSHARD4_2"; Sprite = "SGSA"; Frame = 16; Tics = 4; Next state = "SGSHARD4_3"; } State { ID = "SGSHARD4_3"; Sprite = "SGSA"; Frame = 17; Tics = 4; Next state = "SGSHARD4_4"; } State { ID = "SGSHARD4_4"; Sprite = "SGSA"; Frame = 18; Tics = 4; Next state = "SGSHARD4_5"; } State { ID = "SGSHARD4_5"; Sprite = "SGSA"; Frame = 19; Tics = 4; Next state = "SGSHARD4_1"; } State { ID = "SGSHARD4_D"; Sprite = "SGSA"; Frame = 19; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD5_1"; Sprite = "SGSA"; Frame = 20; Tics = 4; Next state = "SGSHARD5_2"; } State { ID = "SGSHARD5_2"; Sprite = "SGSA"; Frame = 21; Tics = 4; Next state = "SGSHARD5_3"; } State { ID = "SGSHARD5_3"; Sprite = "SGSA"; Frame = 22; Tics = 4; Next state = "SGSHARD5_4"; } State { ID = "SGSHARD5_4"; Sprite = "SGSA"; Frame = 23; Tics = 4; Next state = "SGSHARD5_5"; } State { ID = "SGSHARD5_5"; Sprite = "SGSA"; Frame = 24; Tics = 4; Next state = "SGSHARD5_1"; } State { ID = "SGSHARD5_D"; Sprite = "SGSA"; Frame = 24; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD6_1"; Sprite = "SGSB"; Frame = 0; Tics = 4; Next state = "SGSHARD6_1"; } State { ID = "SGSHARD6_D"; Sprite = "SGSB"; Frame = 0; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD7_1"; Sprite = "SGSB"; Frame = 1; Tics = 4; Next state = "SGSHARD7_1"; } State { ID = "SGSHARD7_D"; Sprite = "SGSB"; Frame = 1; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD8_1"; Sprite = "SGSB"; Frame = 2; Tics = 4; Next state = "SGSHARD8_1"; } State { ID = "SGSHARD8_D"; Sprite = "SGSB"; Frame = 2; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD9_1"; Sprite = "SGSB"; Frame = 3; Tics = 4; Next state = "SGSHARD9_1"; } State { ID = "SGSHARD9_D"; Sprite = "SGSB"; Frame = 3; Tics = 30; Next state = "NULL"; } State { ID = "SGSHARD0_1"; Sprite = "SGSB"; Frame = 4; Tics = 4; Next state = "SGSHARD0_1"; } State { ID = "SGSHARD0_D"; Sprite = "SGSB"; Frame = 4; Tics = 30; Next state = "NULL"; } State { ID = "ARTI_EGGC1"; Sprite = "PORK"; Frame = 0; Tics = 5; Next state = "ARTI_EGGC2"; } State { ID = "ARTI_EGGC2"; Sprite = "PORK"; Frame = 1; Tics = 5; Next state = "ARTI_EGGC3"; } State { ID = "ARTI_EGGC3"; Sprite = "PORK"; Frame = 2; Tics = 5; Next state = "ARTI_EGGC4"; } State { ID = "ARTI_EGGC4"; Sprite = "PORK"; Frame = 3; Tics = 5; Next state = "ARTI_EGGC5"; } State { ID = "ARTI_EGGC5"; Sprite = "PORK"; Frame = 4; Tics = 5; Next state = "ARTI_EGGC6"; } State { ID = "ARTI_EGGC6"; Sprite = "PORK"; Frame = 5; Tics = 5; Next state = "ARTI_EGGC7"; } State { ID = "ARTI_EGGC7"; Sprite = "PORK"; Frame = 6; Tics = 5; Next state = "ARTI_EGGC8"; } State { ID = "ARTI_EGGC8"; Sprite = "PORK"; Frame = 7; Tics = 5; Next state = "ARTI_EGGC1"; } State { ID = "EGGFX1"; Sprite = "EGGM"; Frame = 0; Tics = 4; Next state = "EGGFX2"; } State { ID = "EGGFX2"; Sprite = "EGGM"; Frame = 1; Tics = 4; Next state = "EGGFX3"; } State { ID = "EGGFX3"; Sprite = "EGGM"; Frame = 2; Tics = 4; Next state = "EGGFX4"; } State { ID = "EGGFX4"; Sprite = "EGGM"; Frame = 3; Tics = 4; Next state = "EGGFX5"; } State { ID = "EGGFX5"; Sprite = "EGGM"; Frame = 4; Tics = 4; Next state = "EGGFX1"; } State { ID = "EGGFXI1_1"; Sprite = "FHFX"; Frame = 32776; Tics = 3; Next state = "EGGFXI1_2"; } State { ID = "EGGFXI1_2"; Sprite = "FHFX"; Frame = 32777; Tics = 3; Next state = "EGGFXI1_3"; } State { ID = "EGGFXI1_3"; Sprite = "FHFX"; Frame = 32778; Tics = 3; Next state = "EGGFXI1_4"; } State { ID = "EGGFXI1_4"; Sprite = "FHFX"; Frame = 32779; Tics = 3; Next state = "NULL"; } State { ID = "ARTI_SPHL1"; Sprite = "SPHL"; Frame = 0; Tics = 350; Next state = "ARTI_SPHL1"; } State { ID = "ZWINGEDSTATUENOSKULL"; Sprite = "STWN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZWINGEDSTATUENOSKULL2"; Sprite = "STWN"; Frame = 1; Tics = -1; Next state = "NULL"; } State { ID = "ZGEMPEDESTAL1"; Sprite = "GMPD"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZGEMPEDESTAL2"; Sprite = "GMPD"; Frame = 1; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZSKULL"; Sprite = "ASKU"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZGEMBIG"; Sprite = "ABGM"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZGEMRED"; Sprite = "AGMR"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZGEMGREEN1"; Sprite = "AGMG"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZGEMGREEN2"; Sprite = "AGG2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZGEMBLUE1"; Sprite = "AGMB"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZGEMBLUE2"; Sprite = "AGB2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZBOOK1"; Sprite = "ABK1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZBOOK2"; Sprite = "ABK2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZSKULL2"; Sprite = "ASK2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZFWEAPON"; Sprite = "AFWP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZCWEAPON"; Sprite = "ACWP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZMWEAPON"; Sprite = "AMWP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARTIPUZZGEAR_1"; Sprite = "AGER"; Frame = 32768; Tics = 4; Next state = "ARTIPUZZGEAR_2"; } State { ID = "ARTIPUZZGEAR_2"; Sprite = "AGER"; Frame = 32769; Tics = 4; Next state = "ARTIPUZZGEAR_3"; } State { ID = "ARTIPUZZGEAR_3"; Sprite = "AGER"; Frame = 32770; Tics = 4; Next state = "ARTIPUZZGEAR_4"; } State { ID = "ARTIPUZZGEAR_4"; Sprite = "AGER"; Frame = 32771; Tics = 4; Next state = "ARTIPUZZGEAR_5"; } State { ID = "ARTIPUZZGEAR_5"; Sprite = "AGER"; Frame = 32772; Tics = 4; Next state = "ARTIPUZZGEAR_6"; } State { ID = "ARTIPUZZGEAR_6"; Sprite = "AGER"; Frame = 32773; Tics = 4; Next state = "ARTIPUZZGEAR_7"; } State { ID = "ARTIPUZZGEAR_7"; Sprite = "AGER"; Frame = 32774; Tics = 4; Next state = "ARTIPUZZGEAR_8"; } State { ID = "ARTIPUZZGEAR_8"; Sprite = "AGER"; Frame = 32775; Tics = 4; Next state = "ARTIPUZZGEAR_1"; } State { ID = "ARTIPUZZGEAR2_1"; Sprite = "AGR2"; Frame = 32768; Tics = 4; Next state = "ARTIPUZZGEAR2_2"; } State { ID = "ARTIPUZZGEAR2_2"; Sprite = "AGR2"; Frame = 32769; Tics = 4; Next state = "ARTIPUZZGEAR2_3"; } State { ID = "ARTIPUZZGEAR2_3"; Sprite = "AGR2"; Frame = 32770; Tics = 4; Next state = "ARTIPUZZGEAR2_4"; } State { ID = "ARTIPUZZGEAR2_4"; Sprite = "AGR2"; Frame = 32771; Tics = 4; Next state = "ARTIPUZZGEAR2_5"; } State { ID = "ARTIPUZZGEAR2_5"; Sprite = "AGR2"; Frame = 32772; Tics = 4; Next state = "ARTIPUZZGEAR2_6"; } State { ID = "ARTIPUZZGEAR2_6"; Sprite = "AGR2"; Frame = 32773; Tics = 4; Next state = "ARTIPUZZGEAR2_7"; } State { ID = "ARTIPUZZGEAR2_7"; Sprite = "AGR2"; Frame = 32774; Tics = 4; Next state = "ARTIPUZZGEAR2_8"; } State { ID = "ARTIPUZZGEAR2_8"; Sprite = "AGR2"; Frame = 32775; Tics = 4; Next state = "ARTIPUZZGEAR2_1"; } State { ID = "ARTIPUZZGEAR3_1"; Sprite = "AGR3"; Frame = 32768; Tics = 4; Next state = "ARTIPUZZGEAR3_2"; } State { ID = "ARTIPUZZGEAR3_2"; Sprite = "AGR3"; Frame = 32769; Tics = 4; Next state = "ARTIPUZZGEAR3_3"; } State { ID = "ARTIPUZZGEAR3_3"; Sprite = "AGR3"; Frame = 32770; Tics = 4; Next state = "ARTIPUZZGEAR3_4"; } State { ID = "ARTIPUZZGEAR3_4"; Sprite = "AGR3"; Frame = 32771; Tics = 4; Next state = "ARTIPUZZGEAR3_5"; } State { ID = "ARTIPUZZGEAR3_5"; Sprite = "AGR3"; Frame = 32772; Tics = 4; Next state = "ARTIPUZZGEAR3_6"; } State { ID = "ARTIPUZZGEAR3_6"; Sprite = "AGR3"; Frame = 32773; Tics = 4; Next state = "ARTIPUZZGEAR3_7"; } State { ID = "ARTIPUZZGEAR3_7"; Sprite = "AGR3"; Frame = 32774; Tics = 4; Next state = "ARTIPUZZGEAR3_8"; } State { ID = "ARTIPUZZGEAR3_8"; Sprite = "AGR3"; Frame = 32775; Tics = 4; Next state = "ARTIPUZZGEAR3_1"; } State { ID = "ARTIPUZZGEAR4_1"; Sprite = "AGR4"; Frame = 32768; Tics = 4; Next state = "ARTIPUZZGEAR4_2"; } State { ID = "ARTIPUZZGEAR4_2"; Sprite = "AGR4"; Frame = 32769; Tics = 4; Next state = "ARTIPUZZGEAR4_3"; } State { ID = "ARTIPUZZGEAR4_3"; Sprite = "AGR4"; Frame = 32770; Tics = 4; Next state = "ARTIPUZZGEAR4_4"; } State { ID = "ARTIPUZZGEAR4_4"; Sprite = "AGR4"; Frame = 32771; Tics = 4; Next state = "ARTIPUZZGEAR4_5"; } State { ID = "ARTIPUZZGEAR4_5"; Sprite = "AGR4"; Frame = 32772; Tics = 4; Next state = "ARTIPUZZGEAR4_6"; } State { ID = "ARTIPUZZGEAR4_6"; Sprite = "AGR4"; Frame = 32773; Tics = 4; Next state = "ARTIPUZZGEAR4_7"; } State { ID = "ARTIPUZZGEAR4_7"; Sprite = "AGR4"; Frame = 32774; Tics = 4; Next state = "ARTIPUZZGEAR4_8"; } State { ID = "ARTIPUZZGEAR4_8"; Sprite = "AGR4"; Frame = 32775; Tics = 4; Next state = "ARTIPUZZGEAR4_1"; } State { ID = "ARTI_TRCH1"; Sprite = "TRCH"; Frame = 32768; Tics = 3; Next state = "ARTI_TRCH2"; } State { ID = "ARTI_TRCH2"; Sprite = "TRCH"; Frame = 32769; Tics = 3; Next state = "ARTI_TRCH3"; } State { ID = "ARTI_TRCH3"; Sprite = "TRCH"; Frame = 32770; Tics = 3; Next state = "ARTI_TRCH1"; } State { ID = "FIREBOMB1"; Sprite = "PSBG"; Frame = 0; Tics = 20; Next state = "FIREBOMB2"; } State { ID = "FIREBOMB2"; Sprite = "PSBG"; Frame = 0; Tics = 10; Next state = "FIREBOMB3"; } State { ID = "FIREBOMB3"; Sprite = "PSBG"; Frame = 0; Tics = 10; Next state = "FIREBOMB4"; } State { ID = "FIREBOMB4"; Sprite = "PSBG"; Frame = 1; Tics = 4; Next state = "FIREBOMB5"; } State { ID = "FIREBOMB5"; Sprite = "PSBG"; Frame = 2; Tics = 4; Action = "A_Scream"; Next state = "FIREBOMB6"; } State { ID = "FIREBOMB6"; Sprite = "XPL1"; Frame = 32768; Tics = 4; Action = "A_Explode"; Next state = "FIREBOMB7"; } State { ID = "FIREBOMB7"; Sprite = "XPL1"; Frame = 32769; Tics = 4; Next state = "FIREBOMB8"; } State { ID = "FIREBOMB8"; Sprite = "XPL1"; Frame = 32770; Tics = 4; Next state = "FIREBOMB9"; } State { ID = "FIREBOMB9"; Sprite = "XPL1"; Frame = 32771; Tics = 4; Next state = "FIREBOMB10"; } State { ID = "FIREBOMB10"; Sprite = "XPL1"; Frame = 32772; Tics = 4; Next state = "FIREBOMB11"; } State { ID = "FIREBOMB11"; Sprite = "XPL1"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "ARTI_ATLP1"; Sprite = "ATLP"; Frame = 0; Tics = 4; Next state = "ARTI_ATLP2"; } State { ID = "ARTI_ATLP2"; Sprite = "ATLP"; Frame = 1; Tics = 4; Next state = "ARTI_ATLP3"; } State { ID = "ARTI_ATLP3"; Sprite = "ATLP"; Frame = 2; Tics = 4; Next state = "ARTI_ATLP4"; } State { ID = "ARTI_ATLP4"; Sprite = "ATLP"; Frame = 1; Tics = 4; Next state = "ARTI_ATLP1"; } State { ID = "ARTI_PSBG1"; Sprite = "PSBG"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "POISONBAG1"; Sprite = "PSBG"; Frame = 32768; Tics = 18; Next state = "POISONBAG2"; } State { ID = "POISONBAG2"; Sprite = "PSBG"; Frame = 32769; Tics = 4; Next state = "POISONBAG3"; } State { ID = "POISONBAG3"; Sprite = "PSBG"; Frame = 2; Tics = 3; Next state = "POISONBAG4"; } State { ID = "POISONBAG4"; Sprite = "PSBG"; Frame = 2; Tics = 1; Action = "A_PoisonBagInit"; Next state = "NULL"; } State { ID = "POISONCLOUD1"; Sprite = "PSBG"; Frame = 3; Tics = 1; Next state = "POISONCLOUD2"; } State { ID = "POISONCLOUD2"; Sprite = "PSBG"; Frame = 3; Tics = 1; Action = "A_Scream"; Next state = "POISONCLOUD3"; } State { ID = "POISONCLOUD3"; Sprite = "PSBG"; Frame = 3; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD4"; } State { ID = "POISONCLOUD4"; Sprite = "PSBG"; Frame = 4; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD5"; } State { ID = "POISONCLOUD5"; Sprite = "PSBG"; Frame = 4; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD6"; } State { ID = "POISONCLOUD6"; Sprite = "PSBG"; Frame = 4; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD7"; } State { ID = "POISONCLOUD7"; Sprite = "PSBG"; Frame = 5; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD8"; } State { ID = "POISONCLOUD8"; Sprite = "PSBG"; Frame = 5; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD9"; } State { ID = "POISONCLOUD9"; Sprite = "PSBG"; Frame = 5; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD10"; } State { ID = "POISONCLOUD10"; Sprite = "PSBG"; Frame = 6; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD11"; } State { ID = "POISONCLOUD11"; Sprite = "PSBG"; Frame = 6; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD12"; } State { ID = "POISONCLOUD12"; Sprite = "PSBG"; Frame = 6; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD13"; } State { ID = "POISONCLOUD13"; Sprite = "PSBG"; Frame = 7; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD14"; } State { ID = "POISONCLOUD14"; Sprite = "PSBG"; Frame = 7; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD15"; } State { ID = "POISONCLOUD15"; Sprite = "PSBG"; Frame = 7; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD16"; } State { ID = "POISONCLOUD16"; Sprite = "PSBG"; Frame = 8; Tics = 2; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD17"; } State { ID = "POISONCLOUD17"; Sprite = "PSBG"; Frame = 8; Tics = 1; Action = "A_PoisonBagDamage"; Next state = "POISONCLOUD18"; } State { ID = "POISONCLOUD18"; Sprite = "PSBG"; Frame = 8; Tics = 1; Action = "A_PoisonBagCheck"; Next state = "POISONCLOUD4"; } State { ID = "POISONCLOUD_X1"; Sprite = "PSBG"; Frame = 7; Tics = 7; Next state = "POISONCLOUD_X2"; } State { ID = "POISONCLOUD_X2"; Sprite = "PSBG"; Frame = 6; Tics = 7; Next state = "POISONCLOUD_X3"; } State { ID = "POISONCLOUD_X3"; Sprite = "PSBG"; Frame = 5; Tics = 6; Next state = "POISONCLOUD_X4"; } State { ID = "POISONCLOUD_X4"; Sprite = "PSBG"; Frame = 3; Tics = 6; Next state = "NULL"; } State { ID = "THROWINGBOMB1"; Sprite = "THRW"; Frame = 0; Tics = 4; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB2"; } State { ID = "THROWINGBOMB2"; Sprite = "THRW"; Frame = 1; Tics = 3; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB3"; } State { ID = "THROWINGBOMB3"; Sprite = "THRW"; Frame = 2; Tics = 3; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB4"; } State { ID = "THROWINGBOMB4"; Sprite = "THRW"; Frame = 3; Tics = 3; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB5"; } State { ID = "THROWINGBOMB5"; Sprite = "THRW"; Frame = 4; Tics = 3; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB6"; } State { ID = "THROWINGBOMB6"; Sprite = "THRW"; Frame = 5; Tics = 3; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB1"; } State { ID = "THROWINGBOMB7"; Sprite = "THRW"; Frame = 6; Tics = 6; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB8"; } State { ID = "THROWINGBOMB8"; Sprite = "THRW"; Frame = 5; Tics = 4; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB9"; } State { ID = "THROWINGBOMB9"; Sprite = "THRW"; Frame = 7; Tics = 6; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB10"; } State { ID = "THROWINGBOMB10"; Sprite = "THRW"; Frame = 5; Tics = 4; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB11"; } State { ID = "THROWINGBOMB11"; Sprite = "THRW"; Frame = 6; Tics = 6; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB12"; } State { ID = "THROWINGBOMB12"; Sprite = "THRW"; Frame = 5; Tics = 3; Action = "A_CheckThrowBomb"; Next state = "THROWINGBOMB12"; } State { ID = "THROWINGBOMB_X1"; Sprite = "CFCF"; Frame = 32784; Tics = 4; Action = "A_NoGravity"; Next state = "THROWINGBOMB_X2"; } State { ID = "THROWINGBOMB_X2"; Sprite = "CFCF"; Frame = 32785; Tics = 3; Action = "A_Scream"; Next state = "THROWINGBOMB_X3"; } State { ID = "THROWINGBOMB_X3"; Sprite = "CFCF"; Frame = 32786; Tics = 4; Action = "A_Explode"; Next state = "THROWINGBOMB_X4"; } State { ID = "THROWINGBOMB_X4"; Sprite = "CFCF"; Frame = 32787; Tics = 3; Next state = "THROWINGBOMB_X5"; } State { ID = "THROWINGBOMB_X5"; Sprite = "CFCF"; Frame = 32788; Tics = 4; Next state = "THROWINGBOMB_X6"; } State { ID = "THROWINGBOMB_X6"; Sprite = "CFCF"; Frame = 32790; Tics = 3; Next state = "THROWINGBOMB_X7"; } State { ID = "THROWINGBOMB_X7"; Sprite = "CFCF"; Frame = 32791; Tics = 4; Next state = "THROWINGBOMB_X8"; } State { ID = "THROWINGBOMB_X8"; Sprite = "CFCF"; Frame = 32793; Tics = 3; Next state = "NULL"; } State { ID = "ARTI_BOOTS1"; Sprite = "SPED"; Frame = 32768; Tics = 3; Next state = "ARTI_BOOTS2"; } State { ID = "ARTI_BOOTS2"; Sprite = "SPED"; Frame = 32769; Tics = 3; Next state = "ARTI_BOOTS3"; } State { ID = "ARTI_BOOTS3"; Sprite = "SPED"; Frame = 32770; Tics = 3; Next state = "ARTI_BOOTS4"; } State { ID = "ARTI_BOOTS4"; Sprite = "SPED"; Frame = 32771; Tics = 3; Next state = "ARTI_BOOTS5"; } State { ID = "ARTI_BOOTS5"; Sprite = "SPED"; Frame = 32772; Tics = 3; Next state = "ARTI_BOOTS6"; } State { ID = "ARTI_BOOTS6"; Sprite = "SPED"; Frame = 32773; Tics = 3; Next state = "ARTI_BOOTS7"; } State { ID = "ARTI_BOOTS7"; Sprite = "SPED"; Frame = 32774; Tics = 3; Next state = "ARTI_BOOTS8"; } State { ID = "ARTI_BOOTS8"; Sprite = "SPED"; Frame = 32775; Tics = 3; Next state = "ARTI_BOOTS1"; } State { ID = "ARTI_MANA"; Sprite = "BMAN"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "ARTI_ARMOR1"; Sprite = "BRAC"; Frame = 32768; Tics = 4; Next state = "ARTI_ARMOR2"; } State { ID = "ARTI_ARMOR2"; Sprite = "BRAC"; Frame = 32769; Tics = 4; Next state = "ARTI_ARMOR3"; } State { ID = "ARTI_ARMOR3"; Sprite = "BRAC"; Frame = 32770; Tics = 4; Next state = "ARTI_ARMOR4"; } State { ID = "ARTI_ARMOR4"; Sprite = "BRAC"; Frame = 32771; Tics = 4; Next state = "ARTI_ARMOR5"; } State { ID = "ARTI_ARMOR5"; Sprite = "BRAC"; Frame = 32772; Tics = 4; Next state = "ARTI_ARMOR6"; } State { ID = "ARTI_ARMOR6"; Sprite = "BRAC"; Frame = 32773; Tics = 4; Next state = "ARTI_ARMOR7"; } State { ID = "ARTI_ARMOR7"; Sprite = "BRAC"; Frame = 32774; Tics = 4; Next state = "ARTI_ARMOR8"; } State { ID = "ARTI_ARMOR8"; Sprite = "BRAC"; Frame = 32775; Tics = 4; Next state = "ARTI_ARMOR1"; } State { ID = "ARTI_BLAST1"; Sprite = "BLST"; Frame = 32768; Tics = 4; Next state = "ARTI_BLAST2"; } State { ID = "ARTI_BLAST2"; Sprite = "BLST"; Frame = 32769; Tics = 4; Next state = "ARTI_BLAST3"; } State { ID = "ARTI_BLAST3"; Sprite = "BLST"; Frame = 32770; Tics = 4; Next state = "ARTI_BLAST4"; } State { ID = "ARTI_BLAST4"; Sprite = "BLST"; Frame = 32771; Tics = 4; Next state = "ARTI_BLAST5"; } State { ID = "ARTI_BLAST5"; Sprite = "BLST"; Frame = 32772; Tics = 4; Next state = "ARTI_BLAST6"; } State { ID = "ARTI_BLAST6"; Sprite = "BLST"; Frame = 32773; Tics = 4; Next state = "ARTI_BLAST7"; } State { ID = "ARTI_BLAST7"; Sprite = "BLST"; Frame = 32774; Tics = 4; Next state = "ARTI_BLAST8"; } State { ID = "ARTI_BLAST8"; Sprite = "BLST"; Frame = 32775; Tics = 4; Next state = "ARTI_BLAST1"; } State { ID = "ARTI_HEALRAD1"; Sprite = "HRAD"; Frame = 32768; Tics = 4; Next state = "ARTI_HEALRAD2"; } State { ID = "ARTI_HEALRAD2"; Sprite = "HRAD"; Frame = 32769; Tics = 4; Next state = "ARTI_HEALRAD3"; } State { ID = "ARTI_HEALRAD3"; Sprite = "HRAD"; Frame = 32770; Tics = 4; Next state = "ARTI_HEALRAD4"; } State { ID = "ARTI_HEALRAD4"; Sprite = "HRAD"; Frame = 32771; Tics = 4; Next state = "ARTI_HEALRAD5"; } State { ID = "ARTI_HEALRAD5"; Sprite = "HRAD"; Frame = 32772; Tics = 4; Next state = "ARTI_HEALRAD6"; } State { ID = "ARTI_HEALRAD6"; Sprite = "HRAD"; Frame = 32773; Tics = 4; Next state = "ARTI_HEALRAD7"; } State { ID = "ARTI_HEALRAD7"; Sprite = "HRAD"; Frame = 32774; Tics = 4; Next state = "ARTI_HEALRAD8"; } State { ID = "ARTI_HEALRAD8"; Sprite = "HRAD"; Frame = 32775; Tics = 4; Next state = "ARTI_HEALRAD9"; } State { ID = "ARTI_HEALRAD9"; Sprite = "HRAD"; Frame = 32776; Tics = 4; Next state = "ARTI_HEALRAD0"; } State { ID = "ARTI_HEALRAD0"; Sprite = "HRAD"; Frame = 32777; Tics = 4; Next state = "ARTI_HEALRADA"; } State { ID = "ARTI_HEALRADA"; Sprite = "HRAD"; Frame = 32778; Tics = 4; Next state = "ARTI_HEALRADB"; } State { ID = "ARTI_HEALRADB"; Sprite = "HRAD"; Frame = 32779; Tics = 4; Next state = "ARTI_HEALRADC"; } State { ID = "ARTI_HEALRADC"; Sprite = "HRAD"; Frame = 32780; Tics = 4; Next state = "ARTI_HEALRADD"; } State { ID = "ARTI_HEALRADD"; Sprite = "HRAD"; Frame = 32781; Tics = 4; Next state = "ARTI_HEALRADE"; } State { ID = "ARTI_HEALRADE"; Sprite = "HRAD"; Frame = 32782; Tics = 4; Next state = "ARTI_HEALRADF"; } State { ID = "ARTI_HEALRADF"; Sprite = "HRAD"; Frame = 32783; Tics = 4; Next state = "ARTI_HEALRAD1"; } State { ID = "SPLASH1"; Sprite = "SPSH"; Frame = 0; Tics = 8; Next state = "SPLASH2"; } State { ID = "SPLASH2"; Sprite = "SPSH"; Frame = 1; Tics = 8; Next state = "SPLASH3"; } State { ID = "SPLASH3"; Sprite = "SPSH"; Frame = 2; Tics = 8; Next state = "SPLASH4"; } State { ID = "SPLASH4"; Sprite = "SPSH"; Frame = 3; Tics = 16; Next state = "NULL"; } State { ID = "SPLASHX"; Sprite = "SPSH"; Frame = 3; Tics = 10; Next state = "NULL"; } State { ID = "SPLASHBASE1"; Sprite = "SPSH"; Frame = 4; Tics = 5; Next state = "SPLASHBASE2"; } State { ID = "SPLASHBASE2"; Sprite = "SPSH"; Frame = 5; Tics = 5; Next state = "SPLASHBASE3"; } State { ID = "SPLASHBASE3"; Sprite = "SPSH"; Frame = 6; Tics = 5; Next state = "SPLASHBASE4"; } State { ID = "SPLASHBASE4"; Sprite = "SPSH"; Frame = 7; Tics = 5; Next state = "SPLASHBASE5"; } State { ID = "SPLASHBASE5"; Sprite = "SPSH"; Frame = 8; Tics = 5; Next state = "SPLASHBASE6"; } State { ID = "SPLASHBASE6"; Sprite = "SPSH"; Frame = 9; Tics = 5; Next state = "SPLASHBASE7"; } State { ID = "SPLASHBASE7"; Sprite = "SPSH"; Frame = 10; Tics = 5; Next state = "NULL"; } State { ID = "LAVASPLASH1"; Sprite = "LVAS"; Frame = 32768; Tics = 5; Next state = "LAVASPLASH2"; } State { ID = "LAVASPLASH2"; Sprite = "LVAS"; Frame = 32769; Tics = 5; Next state = "LAVASPLASH3"; } State { ID = "LAVASPLASH3"; Sprite = "LVAS"; Frame = 32770; Tics = 5; Next state = "LAVASPLASH4"; } State { ID = "LAVASPLASH4"; Sprite = "LVAS"; Frame = 32771; Tics = 5; Next state = "LAVASPLASH5"; } State { ID = "LAVASPLASH5"; Sprite = "LVAS"; Frame = 32772; Tics = 5; Next state = "LAVASPLASH6"; } State { ID = "LAVASPLASH6"; Sprite = "LVAS"; Frame = 32773; Tics = 5; Next state = "NULL"; } State { ID = "LAVASMOKE1"; Sprite = "LVAS"; Frame = 32774; Tics = 5; Next state = "LAVASMOKE2"; } State { ID = "LAVASMOKE2"; Sprite = "LVAS"; Frame = 32775; Tics = 5; Next state = "LAVASMOKE3"; } State { ID = "LAVASMOKE3"; Sprite = "LVAS"; Frame = 32776; Tics = 5; Next state = "LAVASMOKE4"; } State { ID = "LAVASMOKE4"; Sprite = "LVAS"; Frame = 32777; Tics = 5; Next state = "LAVASMOKE5"; } State { ID = "LAVASMOKE5"; Sprite = "LVAS"; Frame = 32778; Tics = 5; Next state = "NULL"; } State { ID = "SLUDGECHUNK1"; Sprite = "SLDG"; Frame = 0; Tics = 8; Next state = "SLUDGECHUNK2"; } State { ID = "SLUDGECHUNK2"; Sprite = "SLDG"; Frame = 1; Tics = 8; Next state = "SLUDGECHUNK3"; } State { ID = "SLUDGECHUNK3"; Sprite = "SLDG"; Frame = 2; Tics = 8; Next state = "SLUDGECHUNK4"; } State { ID = "SLUDGECHUNK4"; Sprite = "SLDG"; Frame = 3; Tics = 8; Next state = "NULL"; } State { ID = "SLUDGECHUNKX"; Sprite = "SLDG"; Frame = 3; Tics = 6; Next state = "NULL"; } State { ID = "SLUDGESPLASH1"; Sprite = "SLDG"; Frame = 4; Tics = 6; Next state = "SLUDGESPLASH2"; } State { ID = "SLUDGESPLASH2"; Sprite = "SLDG"; Frame = 5; Tics = 6; Next state = "SLUDGESPLASH3"; } State { ID = "SLUDGESPLASH3"; Sprite = "SLDG"; Frame = 6; Tics = 6; Next state = "SLUDGESPLASH4"; } State { ID = "SLUDGESPLASH4"; Sprite = "SLDG"; Frame = 7; Tics = 6; Next state = "NULL"; } State { ID = "ZWINGEDSTATUE1"; Sprite = "STTW"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZROCK1_1"; Sprite = "RCK1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZROCK2_1"; Sprite = "RCK2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZROCK3_1"; Sprite = "RCK3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZROCK4_1"; Sprite = "RCK4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCHANDELIER1"; Sprite = "CDLR"; Frame = 32768; Tics = 4; Next state = "ZCHANDELIER2"; } State { ID = "ZCHANDELIER2"; Sprite = "CDLR"; Frame = 32769; Tics = 4; Next state = "ZCHANDELIER3"; } State { ID = "ZCHANDELIER3"; Sprite = "CDLR"; Frame = 32770; Tics = 4; Next state = "ZCHANDELIER1"; } State { ID = "ZCHANDELIER_U"; Sprite = "CDLR"; Frame = 3; Tics = -1; Next state = "NULL"; } State { ID = "ZTREEDEAD1"; Sprite = "TRE1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREE"; Sprite = "TRE1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREEDESTRUCTIBLE1"; Sprite = "TRDT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREEDES_D1"; Sprite = "TRDT"; Frame = 1; Tics = 5; Next state = "ZTREEDES_D2"; } State { ID = "ZTREEDES_D2"; Sprite = "TRDT"; Frame = 2; Tics = 5; Action = "A_Scream"; Next state = "ZTREEDES_D3"; } State { ID = "ZTREEDES_D3"; Sprite = "TRDT"; Frame = 3; Tics = 5; Next state = "ZTREEDES_D4"; } State { ID = "ZTREEDES_D4"; Sprite = "TRDT"; Frame = 4; Tics = 5; Next state = "ZTREEDES_D5"; } State { ID = "ZTREEDES_D5"; Sprite = "TRDT"; Frame = 5; Tics = 5; Next state = "ZTREEDES_D6"; } State { ID = "ZTREEDES_D6"; Sprite = "TRDT"; Frame = 6; Tics = -1; Next state = "NULL"; } State { ID = "ZTREEDES_X1"; Sprite = "TRDT"; Frame = 32775; Tics = 5; Next state = "ZTREEDES_X2"; } State { ID = "ZTREEDES_X2"; Sprite = "TRDT"; Frame = 32776; Tics = 5; Next state = "ZTREEDES_X3"; } State { ID = "ZTREEDES_X3"; Sprite = "TRDT"; Frame = 32777; Tics = 5; Next state = "ZTREEDES_X4"; } State { ID = "ZTREEDES_X4"; Sprite = "TRDT"; Frame = 32778; Tics = 5; Next state = "ZTREEDES_X5"; } State { ID = "ZTREEDES_X5"; Sprite = "TRDT"; Frame = 32779; Tics = 5; Next state = "ZTREEDES_X6"; } State { ID = "ZTREEDES_X6"; Sprite = "TRDT"; Frame = 32780; Tics = 5; Action = "A_Explode"; Next state = "ZTREEDES_X7"; } State { ID = "ZTREEDES_X7"; Sprite = "TRDT"; Frame = 32781; Tics = 5; Next state = "ZTREEDES_X8"; } State { ID = "ZTREEDES_X8"; Sprite = "TRDT"; Frame = 14; Tics = 5; Next state = "ZTREEDES_X9"; } State { ID = "ZTREEDES_X9"; Sprite = "TRDT"; Frame = 15; Tics = 5; Next state = "ZTREEDES_X10"; } State { ID = "ZTREEDES_X10"; Sprite = "TRDT"; Frame = 16; Tics = -1; Next state = "NULL"; } State { ID = "ZTREESWAMP182_1"; Sprite = "TRE2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREESWAMP172_1"; Sprite = "TRE3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTUMPBURNED1"; Sprite = "STM1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTUMPBARE1"; Sprite = "STM2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTUMPSWAMP1_1"; Sprite = "STM3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTUMPSWAMP2_1"; Sprite = "STM4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMLARGE1_1"; Sprite = "MSH1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMLARGE2_1"; Sprite = "MSH2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMLARGE3_1"; Sprite = "MSH3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMSMALL1_1"; Sprite = "MSH4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMSMALL2_1"; Sprite = "MSH5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMSMALL3_1"; Sprite = "MSH6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMSMALL4_1"; Sprite = "MSH7"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHROOMSMALL5_1"; Sprite = "MSH8"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITEPILLAR1"; Sprite = "SGMP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITELARGE1"; Sprite = "SGM1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITEMEDIUM1"; Sprite = "SGM2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITESMALL1"; Sprite = "SGM3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALACTITELARGE1"; Sprite = "SLC1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALACTITEMEDIUM1"; Sprite = "SLC2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALACTITESMALL1"; Sprite = "SLC3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZMOSSCEILING1_1"; Sprite = "MSS1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZMOSSCEILING2_1"; Sprite = "MSS2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSWAMPVINE1"; Sprite = "SWMV"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCORPSEKABOB1"; Sprite = "CPS1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCORPSESLEEPING1"; Sprite = "CPS2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTOMBSTONERIP1"; Sprite = "TMS1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTOMBSTONESHANE1"; Sprite = "TMS2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTOMBSTONEBIGCROSS1"; Sprite = "TMS3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTOMBSTONEBRIANR1"; Sprite = "TMS4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTOMBSTONECROSSCIRCLE1"; Sprite = "TMS5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTOMBSTONESMALLCROSS1"; Sprite = "TMS6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTOMBSTONEBRIANP1"; Sprite = "TMS7"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CORPSEHANGING_1"; Sprite = "CPS3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEGREENTALL_1"; Sprite = "STT2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEBLUETALL_1"; Sprite = "STT3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEGREENSHORT_1"; Sprite = "STT4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEBLUESHORT_1"; Sprite = "STT5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLESTRIPETALL_1"; Sprite = "GAR1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEDARKREDTALL_1"; Sprite = "GAR2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEREDTALL_1"; Sprite = "GAR3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLETANTALL_1"; Sprite = "GAR4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLERUSTTALL_1"; Sprite = "GAR5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEDARKREDSHORT_1"; Sprite = "GAR6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLEREDSHORT_1"; Sprite = "GAR7"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLETANSHORT_1"; Sprite = "GAR8"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTATUEGARGOYLERUSTSHORT_1"; Sprite = "GAR9"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZBANNERTATTERED_1"; Sprite = "BNR1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREELARGE1"; Sprite = "TRE4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREELARGE2"; Sprite = "TRE5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREEGNARLED1"; Sprite = "TRE6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZTREEGNARLED2"; Sprite = "TRE7"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZLOG"; Sprite = "LOGG"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALACTITEICELARGE"; Sprite = "ICT1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALACTITEICEMEDIUM"; Sprite = "ICT2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALACTITEICESMALL"; Sprite = "ICT3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALACTITEICETINY"; Sprite = "ICT4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITEICELARGE"; Sprite = "ICM1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITEICEMEDIUM"; Sprite = "ICM2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITEICESMALL"; Sprite = "ICM3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSTALAGMITEICETINY"; Sprite = "ICM4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZROCKBROWN1"; Sprite = "RKBL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZROCKBROWN2"; Sprite = "RKBS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZROCKBLACK"; Sprite = "RKBK"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZRUBBLE1"; Sprite = "RBL1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZRUBBLE2"; Sprite = "RBL2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZRUBBLE3"; Sprite = "RBL3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZVASEPILLAR"; Sprite = "VASE"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZPOTTERY1"; Sprite = "POT1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZPOTTERY2"; Sprite = "POT2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZPOTTERY3"; Sprite = "POT3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZPOTTERY_EXPLODE"; Sprite = "POT1"; Frame = 0; Tics = 0; Action = "A_PotteryExplode"; Next state = "NULL"; } State { ID = "POTTERYBIT_1"; Sprite = "PBIT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "POTTERYBIT_2"; Sprite = "PBIT"; Frame = 1; Tics = -1; Next state = "NULL"; } State { ID = "POTTERYBIT_3"; Sprite = "PBIT"; Frame = 2; Tics = -1; Next state = "NULL"; } State { ID = "POTTERYBIT_4"; Sprite = "PBIT"; Frame = 3; Tics = -1; Next state = "NULL"; } State { ID = "POTTERYBIT_5"; Sprite = "PBIT"; Frame = 4; Tics = -1; Next state = "NULL"; } State { ID = "POTTERYBIT_EX0"; Sprite = "PBIT"; Frame = 5; Tics = 0; Action = "A_PotteryChooseBit"; Next state = "NULL"; } State { ID = "POTTERYBIT_EX1"; Sprite = "PBIT"; Frame = 5; Tics = 140; Next state = "POTTERYBIT_EX1_2"; } State { ID = "POTTERYBIT_EX1_2"; Sprite = "PBIT"; Frame = 5; Tics = 1; Action = "A_PotteryCheck"; Next state = "NULL"; } State { ID = "POTTERYBIT_EX2"; Sprite = "PBIT"; Frame = 6; Tics = 140; Next state = "POTTERYBIT_EX2_2"; } State { ID = "POTTERYBIT_EX2_2"; Sprite = "PBIT"; Frame = 6; Tics = 1; Action = "A_PotteryCheck"; Next state = "NULL"; } State { ID = "POTTERYBIT_EX3"; Sprite = "PBIT"; Frame = 7; Tics = 140; Next state = "POTTERYBIT_EX3_2"; } State { ID = "POTTERYBIT_EX3_2"; Sprite = "PBIT"; Frame = 7; Tics = 1; Action = "A_PotteryCheck"; Next state = "NULL"; } State { ID = "POTTERYBIT_EX4"; Sprite = "PBIT"; Frame = 8; Tics = 140; Next state = "POTTERYBIT_EX4_2"; } State { ID = "POTTERYBIT_EX4_2"; Sprite = "PBIT"; Frame = 8; Tics = 1; Action = "A_PotteryCheck"; Next state = "NULL"; } State { ID = "POTTERYBIT_EX5"; Sprite = "PBIT"; Frame = 9; Tics = 140; Next state = "POTTERYBIT_EX5_2"; } State { ID = "POTTERYBIT_EX5_2"; Sprite = "PBIT"; Frame = 9; Tics = 1; Action = "A_PotteryCheck"; Next state = "NULL"; } State { ID = "ZCORPSELYNCHED1"; Sprite = "CPS4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCORPSELYNCHED2"; Sprite = "CPS5"; Frame = 0; Tics = 140; Action = "A_CorpseBloodDrip"; Next state = "ZCORPSELYNCHED2"; } State { ID = "ZCORPSESITTING"; Sprite = "CPS6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCORPSESITTING_X"; Sprite = "CPS6"; Frame = 0; Tics = 1; Action = "A_CorpseExplode"; Next state = "NULL"; } State { ID = "CORPSEBIT_1"; Sprite = "CPB1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CORPSEBIT_2"; Sprite = "CPB2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CORPSEBIT_3"; Sprite = "CPB3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CORPSEBIT_4"; Sprite = "CPB4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CORPSEBLOODDRIP"; Sprite = "BDRP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CORPSEBLOODDRIP_X1"; Sprite = "BDSH"; Frame = 0; Tics = 3; Next state = "CORPSEBLOODDRIP_X2"; } State { ID = "CORPSEBLOODDRIP_X2"; Sprite = "BDSH"; Frame = 1; Tics = 3; Next state = "CORPSEBLOODDRIP_X3"; } State { ID = "CORPSEBLOODDRIP_X3"; Sprite = "BDSH"; Frame = 2; Tics = 2; Next state = "CORPSEBLOODDRIP_X4"; } State { ID = "CORPSEBLOODDRIP_X4"; Sprite = "BDSH"; Frame = 3; Tics = 2; Next state = "NULL"; } State { ID = "BLOODPOOL"; Sprite = "BDPL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCANDLE1"; Sprite = "CNDL"; Frame = 32768; Tics = 4; Next state = "ZCANDLE2"; } State { ID = "ZCANDLE2"; Sprite = "CNDL"; Frame = 32769; Tics = 4; Next state = "ZCANDLE3"; } State { ID = "ZCANDLE3"; Sprite = "CNDL"; Frame = 32770; Tics = 4; Next state = "ZCANDLE1"; } State { ID = "ZLEAFSPAWNER"; Sprite = "MAN1"; Frame = 0; Tics = 20; Action = "A_LeafSpawn"; Next state = "ZLEAFSPAWNER"; } State { ID = "LEAF1_1"; Sprite = "LEF1"; Frame = 0; Tics = 4; Next state = "LEAF1_2"; } State { ID = "LEAF1_2"; Sprite = "LEF1"; Frame = 1; Tics = 4; Next state = "LEAF1_3"; } State { ID = "LEAF1_3"; Sprite = "LEF1"; Frame = 2; Tics = 4; Next state = "LEAF1_4"; } State { ID = "LEAF1_4"; Sprite = "LEF1"; Frame = 3; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF1_5"; } State { ID = "LEAF1_5"; Sprite = "LEF1"; Frame = 4; Tics = 4; Next state = "LEAF1_6"; } State { ID = "LEAF1_6"; Sprite = "LEF1"; Frame = 5; Tics = 4; Next state = "LEAF1_7"; } State { ID = "LEAF1_7"; Sprite = "LEF1"; Frame = 6; Tics = 4; Next state = "LEAF1_8"; } State { ID = "LEAF1_8"; Sprite = "LEF1"; Frame = 7; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF1_9"; } State { ID = "LEAF1_9"; Sprite = "LEF1"; Frame = 8; Tics = 4; Next state = "LEAF1_10"; } State { ID = "LEAF1_10"; Sprite = "LEF1"; Frame = 0; Tics = 4; Next state = "LEAF1_11"; } State { ID = "LEAF1_11"; Sprite = "LEF1"; Frame = 1; Tics = 4; Next state = "LEAF1_12"; } State { ID = "LEAF1_12"; Sprite = "LEF1"; Frame = 2; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF1_13"; } State { ID = "LEAF1_13"; Sprite = "LEF1"; Frame = 3; Tics = 4; Next state = "LEAF1_14"; } State { ID = "LEAF1_14"; Sprite = "LEF1"; Frame = 4; Tics = 4; Next state = "LEAF1_15"; } State { ID = "LEAF1_15"; Sprite = "LEF1"; Frame = 5; Tics = 4; Next state = "LEAF1_16"; } State { ID = "LEAF1_16"; Sprite = "LEF1"; Frame = 6; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF1_17"; } State { ID = "LEAF1_17"; Sprite = "LEF1"; Frame = 7; Tics = 4; Next state = "LEAF1_18"; } State { ID = "LEAF1_18"; Sprite = "LEF1"; Frame = 8; Tics = 4; Next state = "NULL"; } State { ID = "LEAF_X1"; Sprite = "LEF3"; Frame = 3; Tics = 10; Action = "A_LeafCheck"; Next state = "LEAF_X1"; } State { ID = "LEAF2_1"; Sprite = "LEF2"; Frame = 0; Tics = 4; Next state = "LEAF2_2"; } State { ID = "LEAF2_2"; Sprite = "LEF2"; Frame = 1; Tics = 4; Next state = "LEAF2_3"; } State { ID = "LEAF2_3"; Sprite = "LEF2"; Frame = 2; Tics = 4; Next state = "LEAF2_4"; } State { ID = "LEAF2_4"; Sprite = "LEF2"; Frame = 3; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF2_5"; } State { ID = "LEAF2_5"; Sprite = "LEF2"; Frame = 4; Tics = 4; Next state = "LEAF2_6"; } State { ID = "LEAF2_6"; Sprite = "LEF2"; Frame = 5; Tics = 4; Next state = "LEAF2_7"; } State { ID = "LEAF2_7"; Sprite = "LEF2"; Frame = 6; Tics = 4; Next state = "LEAF2_8"; } State { ID = "LEAF2_8"; Sprite = "LEF2"; Frame = 7; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF2_9"; } State { ID = "LEAF2_9"; Sprite = "LEF2"; Frame = 8; Tics = 4; Next state = "LEAF2_10"; } State { ID = "LEAF2_10"; Sprite = "LEF2"; Frame = 0; Tics = 4; Next state = "LEAF2_11"; } State { ID = "LEAF2_11"; Sprite = "LEF2"; Frame = 1; Tics = 4; Next state = "LEAF2_12"; } State { ID = "LEAF2_12"; Sprite = "LEF2"; Frame = 2; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF2_13"; } State { ID = "LEAF2_13"; Sprite = "LEF2"; Frame = 3; Tics = 4; Next state = "LEAF2_14"; } State { ID = "LEAF2_14"; Sprite = "LEF2"; Frame = 4; Tics = 4; Next state = "LEAF2_15"; } State { ID = "LEAF2_15"; Sprite = "LEF2"; Frame = 5; Tics = 4; Next state = "LEAF2_16"; } State { ID = "LEAF2_16"; Sprite = "LEF2"; Frame = 6; Tics = 4; Action = "A_LeafThrust"; Next state = "LEAF2_17"; } State { ID = "LEAF2_17"; Sprite = "LEF2"; Frame = 7; Tics = 4; Next state = "LEAF2_18"; } State { ID = "LEAF2_18"; Sprite = "LEF2"; Frame = 8; Tics = 4; Next state = "NULL"; } State { ID = "ZTWINEDTORCH_1"; Sprite = "TWTR"; Frame = 32768; Tics = 4; Next state = "ZTWINEDTORCH_2"; } State { ID = "ZTWINEDTORCH_2"; Sprite = "TWTR"; Frame = 32769; Tics = 4; Next state = "ZTWINEDTORCH_3"; } State { ID = "ZTWINEDTORCH_3"; Sprite = "TWTR"; Frame = 32770; Tics = 4; Next state = "ZTWINEDTORCH_4"; } State { ID = "ZTWINEDTORCH_4"; Sprite = "TWTR"; Frame = 32771; Tics = 4; Next state = "ZTWINEDTORCH_5"; } State { ID = "ZTWINEDTORCH_5"; Sprite = "TWTR"; Frame = 32772; Tics = 4; Next state = "ZTWINEDTORCH_6"; } State { ID = "ZTWINEDTORCH_6"; Sprite = "TWTR"; Frame = 32773; Tics = 4; Next state = "ZTWINEDTORCH_7"; } State { ID = "ZTWINEDTORCH_7"; Sprite = "TWTR"; Frame = 32774; Tics = 4; Next state = "ZTWINEDTORCH_8"; } State { ID = "ZTWINEDTORCH_8"; Sprite = "TWTR"; Frame = 32775; Tics = 4; Next state = "ZTWINEDTORCH_1"; } State { ID = "ZTWINEDTORCH_UNLIT"; Sprite = "TWTR"; Frame = 8; Tics = -1; Next state = "NULL"; } State { ID = "BRIDGE1"; Sprite = "TLGL"; Frame = 0; Tics = 2; Next state = "BRIDGE2"; } State { ID = "BRIDGE2"; Sprite = "TLGL"; Frame = 0; Tics = 2; Action = "A_BridgeInit"; Next state = "BRIDGE3"; } State { ID = "BRIDGE3"; Sprite = "TLGL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FREE_BRIDGE1"; Sprite = "TLGL"; Frame = 0; Tics = 2; Next state = "FREE_BRIDGE2"; } State { ID = "FREE_BRIDGE2"; Sprite = "TLGL"; Frame = 0; Tics = 300; Next state = "NULL"; } State { ID = "BBALL1"; Sprite = "TLGL"; Frame = 0; Tics = 2; Next state = "BBALL2"; } State { ID = "BBALL2"; Sprite = "TLGL"; Frame = 32768; Tics = 5; Action = "A_BridgeOrbit"; Next state = "BBALL2"; } State { ID = "ZWALLTORCH1"; Sprite = "WLTR"; Frame = 32768; Tics = 5; Next state = "ZWALLTORCH2"; } State { ID = "ZWALLTORCH2"; Sprite = "WLTR"; Frame = 32769; Tics = 5; Next state = "ZWALLTORCH3"; } State { ID = "ZWALLTORCH3"; Sprite = "WLTR"; Frame = 32770; Tics = 5; Next state = "ZWALLTORCH4"; } State { ID = "ZWALLTORCH4"; Sprite = "WLTR"; Frame = 32771; Tics = 5; Next state = "ZWALLTORCH5"; } State { ID = "ZWALLTORCH5"; Sprite = "WLTR"; Frame = 32772; Tics = 5; Next state = "ZWALLTORCH6"; } State { ID = "ZWALLTORCH6"; Sprite = "WLTR"; Frame = 32773; Tics = 5; Next state = "ZWALLTORCH7"; } State { ID = "ZWALLTORCH7"; Sprite = "WLTR"; Frame = 32774; Tics = 5; Next state = "ZWALLTORCH8"; } State { ID = "ZWALLTORCH8"; Sprite = "WLTR"; Frame = 32775; Tics = 5; Next state = "ZWALLTORCH1"; } State { ID = "ZWALLTORCH_U"; Sprite = "WLTR"; Frame = 8; Tics = -1; Next state = "NULL"; } State { ID = "ZBARREL1"; Sprite = "BARL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHRUB1"; Sprite = "SHB1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHRUB1_DIE"; Sprite = "SHB1"; Frame = 0; Tics = 1; Action = "A_TreeDeath"; Next state = "ZSHRUB1"; } State { ID = "ZSHRUB1_X1"; Sprite = "SHB1"; Frame = 32769; Tics = 7; Next state = "ZSHRUB1_X2"; } State { ID = "ZSHRUB1_X2"; Sprite = "SHB1"; Frame = 32770; Tics = 6; Action = "A_Scream"; Next state = "ZSHRUB1_X3"; } State { ID = "ZSHRUB1_X3"; Sprite = "SHB1"; Frame = 32771; Tics = 5; Next state = "NULL"; } State { ID = "ZSHRUB2"; Sprite = "SHB2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSHRUB2_DIE"; Sprite = "SHB2"; Frame = 0; Tics = 1; Action = "A_TreeDeath"; Next state = "ZSHRUB2"; } State { ID = "ZSHRUB2_X1"; Sprite = "SHB2"; Frame = 32769; Tics = 7; Next state = "ZSHRUB2_X2"; } State { ID = "ZSHRUB2_X2"; Sprite = "SHB2"; Frame = 32770; Tics = 6; Action = "A_Scream"; Next state = "ZSHRUB2_X3"; } State { ID = "ZSHRUB2_X3"; Sprite = "SHB2"; Frame = 32771; Tics = 5; Action = "A_Explode"; Next state = "ZSHRUB2_X4"; } State { ID = "ZSHRUB2_X4"; Sprite = "SHB2"; Frame = 32772; Tics = 5; Next state = "NULL"; } State { ID = "ZBUCKET1"; Sprite = "BCKT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZPOISONSHROOM1"; Sprite = "SHRM"; Frame = 0; Tics = 5; Action = "A_PoisonShroom"; Next state = "ZPOISONSHROOM_P2"; } State { ID = "ZPOISONSHROOM_P1"; Sprite = "SHRM"; Frame = 0; Tics = 6; Next state = "ZPOISONSHROOM_P2"; } State { ID = "ZPOISONSHROOM_P2"; Sprite = "SHRM"; Frame = 1; Tics = 8; Action = "A_Pain"; Next state = "ZPOISONSHROOM1"; } State { ID = "ZPOISONSHROOM_X1"; Sprite = "SHRM"; Frame = 2; Tics = 5; Next state = "ZPOISONSHROOM_X2"; } State { ID = "ZPOISONSHROOM_X2"; Sprite = "SHRM"; Frame = 3; Tics = 5; Next state = "ZPOISONSHROOM_X3"; } State { ID = "ZPOISONSHROOM_X3"; Sprite = "SHRM"; Frame = 4; Tics = 5; Action = "A_PoisonBagInit"; Next state = "ZPOISONSHROOM_X4"; } State { ID = "ZPOISONSHROOM_X4"; Sprite = "SHRM"; Frame = 5; Tics = -1; Next state = "NULL"; } State { ID = "ZFIREBULL1"; Sprite = "FBUL"; Frame = 32768; Tics = 4; Next state = "ZFIREBULL2"; } State { ID = "ZFIREBULL2"; Sprite = "FBUL"; Frame = 32769; Tics = 4; Next state = "ZFIREBULL3"; } State { ID = "ZFIREBULL3"; Sprite = "FBUL"; Frame = 32770; Tics = 4; Next state = "ZFIREBULL4"; } State { ID = "ZFIREBULL4"; Sprite = "FBUL"; Frame = 32771; Tics = 4; Next state = "ZFIREBULL5"; } State { ID = "ZFIREBULL5"; Sprite = "FBUL"; Frame = 32772; Tics = 4; Next state = "ZFIREBULL6"; } State { ID = "ZFIREBULL6"; Sprite = "FBUL"; Frame = 32773; Tics = 4; Next state = "ZFIREBULL7"; } State { ID = "ZFIREBULL7"; Sprite = "FBUL"; Frame = 32774; Tics = 4; Next state = "ZFIREBULL1"; } State { ID = "ZFIREBULL_DEATH"; Sprite = "FBUL"; Frame = 32777; Tics = 4; Next state = "ZFIREBULL_DEATH2"; } State { ID = "ZFIREBULL_DEATH2"; Sprite = "FBUL"; Frame = 32776; Tics = 4; Next state = "ZFIREBULL_U"; } State { ID = "ZFIREBULL_U"; Sprite = "FBUL"; Frame = 7; Tics = -1; Next state = "NULL"; } State { ID = "ZFIREBULL_BIRTH"; Sprite = "FBUL"; Frame = 32776; Tics = 4; Next state = "ZFIREBULL_BIRTH2"; } State { ID = "ZFIREBULL_BIRTH2"; Sprite = "FBUL"; Frame = 32777; Tics = 4; Next state = "ZFIREBULL1"; } State { ID = "ZFIRETHING1"; Sprite = "FSKL"; Frame = 32768; Tics = 4; Next state = "ZFIRETHING2"; } State { ID = "ZFIRETHING2"; Sprite = "FSKL"; Frame = 32769; Tics = 3; Next state = "ZFIRETHING3"; } State { ID = "ZFIRETHING3"; Sprite = "FSKL"; Frame = 32770; Tics = 4; Next state = "ZFIRETHING4"; } State { ID = "ZFIRETHING4"; Sprite = "FSKL"; Frame = 32771; Tics = 3; Next state = "ZFIRETHING5"; } State { ID = "ZFIRETHING5"; Sprite = "FSKL"; Frame = 32772; Tics = 4; Next state = "ZFIRETHING6"; } State { ID = "ZFIRETHING6"; Sprite = "FSKL"; Frame = 32773; Tics = 3; Next state = "ZFIRETHING7"; } State { ID = "ZFIRETHING7"; Sprite = "FSKL"; Frame = 32774; Tics = 4; Next state = "ZFIRETHING8"; } State { ID = "ZFIRETHING8"; Sprite = "FSKL"; Frame = 32775; Tics = 3; Next state = "ZFIRETHING9"; } State { ID = "ZFIRETHING9"; Sprite = "FSKL"; Frame = 32776; Tics = 4; Next state = "ZFIRETHING1"; } State { ID = "ZBRASSTORCH1"; Sprite = "BRTR"; Frame = 32768; Tics = 4; Next state = "ZBRASSTORCH2"; } State { ID = "ZBRASSTORCH2"; Sprite = "BRTR"; Frame = 32769; Tics = 4; Next state = "ZBRASSTORCH3"; } State { ID = "ZBRASSTORCH3"; Sprite = "BRTR"; Frame = 32770; Tics = 4; Next state = "ZBRASSTORCH4"; } State { ID = "ZBRASSTORCH4"; Sprite = "BRTR"; Frame = 32771; Tics = 4; Next state = "ZBRASSTORCH5"; } State { ID = "ZBRASSTORCH5"; Sprite = "BRTR"; Frame = 32772; Tics = 4; Next state = "ZBRASSTORCH6"; } State { ID = "ZBRASSTORCH6"; Sprite = "BRTR"; Frame = 32773; Tics = 4; Next state = "ZBRASSTORCH7"; } State { ID = "ZBRASSTORCH7"; Sprite = "BRTR"; Frame = 32774; Tics = 4; Next state = "ZBRASSTORCH8"; } State { ID = "ZBRASSTORCH8"; Sprite = "BRTR"; Frame = 32775; Tics = 4; Next state = "ZBRASSTORCH9"; } State { ID = "ZBRASSTORCH9"; Sprite = "BRTR"; Frame = 32776; Tics = 4; Next state = "ZBRASSTORCH10"; } State { ID = "ZBRASSTORCH10"; Sprite = "BRTR"; Frame = 32777; Tics = 4; Next state = "ZBRASSTORCH11"; } State { ID = "ZBRASSTORCH11"; Sprite = "BRTR"; Frame = 32778; Tics = 4; Next state = "ZBRASSTORCH12"; } State { ID = "ZBRASSTORCH12"; Sprite = "BRTR"; Frame = 32779; Tics = 4; Next state = "ZBRASSTORCH13"; } State { ID = "ZBRASSTORCH13"; Sprite = "BRTR"; Frame = 32780; Tics = 4; Next state = "ZBRASSTORCH1"; } State { ID = "ZSUITOFARMOR"; Sprite = "SUIT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZSUITOFARMOR_X1"; Sprite = "SUIT"; Frame = 0; Tics = 1; Action = "A_SoAExplode"; Next state = "NULL"; } State { ID = "ZARMORCHUNK1"; Sprite = "SUIT"; Frame = 1; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK2"; Sprite = "SUIT"; Frame = 2; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK3"; Sprite = "SUIT"; Frame = 3; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK4"; Sprite = "SUIT"; Frame = 4; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK5"; Sprite = "SUIT"; Frame = 5; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK6"; Sprite = "SUIT"; Frame = 6; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK7"; Sprite = "SUIT"; Frame = 7; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK8"; Sprite = "SUIT"; Frame = 8; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK9"; Sprite = "SUIT"; Frame = 9; Tics = -1; Next state = "NULL"; } State { ID = "ZARMORCHUNK10"; Sprite = "SUIT"; Frame = 10; Tics = -1; Next state = "NULL"; } State { ID = "ZBELL"; Sprite = "BBLL"; Frame = 5; Tics = -1; Next state = "NULL"; } State { ID = "ZBELL_X1"; Sprite = "BBLL"; Frame = 0; Tics = 4; Action = "A_BellReset1"; Next state = "ZBELL_X2"; } State { ID = "ZBELL_X2"; Sprite = "BBLL"; Frame = 1; Tics = 4; Next state = "ZBELL_X3"; } State { ID = "ZBELL_X3"; Sprite = "BBLL"; Frame = 2; Tics = 4; Next state = "ZBELL_X4"; } State { ID = "ZBELL_X4"; Sprite = "BBLL"; Frame = 3; Tics = 5; Action = "A_Scream"; Next state = "ZBELL_X5"; } State { ID = "ZBELL_X5"; Sprite = "BBLL"; Frame = 2; Tics = 4; Next state = "ZBELL_X6"; } State { ID = "ZBELL_X6"; Sprite = "BBLL"; Frame = 1; Tics = 4; Next state = "ZBELL_X7"; } State { ID = "ZBELL_X7"; Sprite = "BBLL"; Frame = 0; Tics = 3; Next state = "ZBELL_X8"; } State { ID = "ZBELL_X8"; Sprite = "BBLL"; Frame = 4; Tics = 4; Next state = "ZBELL_X9"; } State { ID = "ZBELL_X9"; Sprite = "BBLL"; Frame = 5; Tics = 5; Next state = "ZBELL_X10"; } State { ID = "ZBELL_X10"; Sprite = "BBLL"; Frame = 6; Tics = 6; Action = "A_Scream"; Next state = "ZBELL_X11"; } State { ID = "ZBELL_X11"; Sprite = "BBLL"; Frame = 5; Tics = 5; Next state = "ZBELL_X12"; } State { ID = "ZBELL_X12"; Sprite = "BBLL"; Frame = 4; Tics = 4; Next state = "ZBELL_X13"; } State { ID = "ZBELL_X13"; Sprite = "BBLL"; Frame = 0; Tics = 4; Next state = "ZBELL_X14"; } State { ID = "ZBELL_X14"; Sprite = "BBLL"; Frame = 1; Tics = 5; Next state = "ZBELL_X15"; } State { ID = "ZBELL_X15"; Sprite = "BBLL"; Frame = 2; Tics = 5; Next state = "ZBELL_X16"; } State { ID = "ZBELL_X16"; Sprite = "BBLL"; Frame = 3; Tics = 6; Action = "A_Scream"; Next state = "ZBELL_X17"; } State { ID = "ZBELL_X17"; Sprite = "BBLL"; Frame = 2; Tics = 5; Next state = "ZBELL_X18"; } State { ID = "ZBELL_X18"; Sprite = "BBLL"; Frame = 1; Tics = 5; Next state = "ZBELL_X19"; } State { ID = "ZBELL_X19"; Sprite = "BBLL"; Frame = 0; Tics = 4; Next state = "ZBELL_X20"; } State { ID = "ZBELL_X20"; Sprite = "BBLL"; Frame = 4; Tics = 5; Next state = "ZBELL_X21"; } State { ID = "ZBELL_X21"; Sprite = "BBLL"; Frame = 5; Tics = 5; Next state = "ZBELL_X22"; } State { ID = "ZBELL_X22"; Sprite = "BBLL"; Frame = 6; Tics = 7; Action = "A_Scream"; Next state = "ZBELL_X23"; } State { ID = "ZBELL_X23"; Sprite = "BBLL"; Frame = 5; Tics = 5; Next state = "ZBELL_X24"; } State { ID = "ZBELL_X24"; Sprite = "BBLL"; Frame = 4; Tics = 5; Next state = "ZBELL_X25"; } State { ID = "ZBELL_X25"; Sprite = "BBLL"; Frame = 0; Tics = 5; Next state = "ZBELL_X26"; } State { ID = "ZBELL_X26"; Sprite = "BBLL"; Frame = 1; Tics = 6; Next state = "ZBELL_X27"; } State { ID = "ZBELL_X27"; Sprite = "BBLL"; Frame = 2; Tics = 6; Next state = "ZBELL_X28"; } State { ID = "ZBELL_X28"; Sprite = "BBLL"; Frame = 3; Tics = 7; Action = "A_Scream"; Next state = "ZBELL_X29"; } State { ID = "ZBELL_X29"; Sprite = "BBLL"; Frame = 2; Tics = 6; Next state = "ZBELL_X30"; } State { ID = "ZBELL_X30"; Sprite = "BBLL"; Frame = 1; Tics = 6; Next state = "ZBELL_X31"; } State { ID = "ZBELL_X31"; Sprite = "BBLL"; Frame = 0; Tics = 5; Next state = "ZBELL_X32"; } State { ID = "ZBELL_X32"; Sprite = "BBLL"; Frame = 4; Tics = 6; Next state = "ZBELL_X33"; } State { ID = "ZBELL_X33"; Sprite = "BBLL"; Frame = 5; Tics = 6; Next state = "ZBELL_X34"; } State { ID = "ZBELL_X34"; Sprite = "BBLL"; Frame = 6; Tics = 7; Action = "A_Scream"; Next state = "ZBELL_X35"; } State { ID = "ZBELL_X35"; Sprite = "BBLL"; Frame = 5; Tics = 6; Next state = "ZBELL_X36"; } State { ID = "ZBELL_X36"; Sprite = "BBLL"; Frame = 4; Tics = 6; Next state = "ZBELL_X37"; } State { ID = "ZBELL_X37"; Sprite = "BBLL"; Frame = 0; Tics = 6; Next state = "ZBELL_X38"; } State { ID = "ZBELL_X38"; Sprite = "BBLL"; Frame = 1; Tics = 6; Next state = "ZBELL_X39"; } State { ID = "ZBELL_X39"; Sprite = "BBLL"; Frame = 2; Tics = 6; Next state = "ZBELL_X40"; } State { ID = "ZBELL_X40"; Sprite = "BBLL"; Frame = 1; Tics = 7; Next state = "ZBELL_X41"; } State { ID = "ZBELL_X41"; Sprite = "BBLL"; Frame = 0; Tics = 8; Next state = "ZBELL_X42"; } State { ID = "ZBELL_X42"; Sprite = "BBLL"; Frame = 4; Tics = 12; Next state = "ZBELL_X43"; } State { ID = "ZBELL_X43"; Sprite = "BBLL"; Frame = 0; Tics = 10; Next state = "ZBELL_X44"; } State { ID = "ZBELL_X44"; Sprite = "BBLL"; Frame = 1; Tics = 12; Next state = "ZBELL_X45"; } State { ID = "ZBELL_X45"; Sprite = "BBLL"; Frame = 0; Tics = 12; Next state = "ZBELL_X46"; } State { ID = "ZBELL_X46"; Sprite = "BBLL"; Frame = 4; Tics = 14; Next state = "ZBELL_X47"; } State { ID = "ZBELL_X47"; Sprite = "BBLL"; Frame = 0; Tics = 1; Action = "A_BellReset2"; Next state = "ZBELL"; } State { ID = "ZBLUE_CANDLE1"; Sprite = "CAND"; Frame = 32768; Tics = 5; Next state = "ZBLUE_CANDLE2"; } State { ID = "ZBLUE_CANDLE2"; Sprite = "CAND"; Frame = 32769; Tics = 5; Next state = "ZBLUE_CANDLE3"; } State { ID = "ZBLUE_CANDLE3"; Sprite = "CAND"; Frame = 32770; Tics = 5; Next state = "ZBLUE_CANDLE4"; } State { ID = "ZBLUE_CANDLE4"; Sprite = "CAND"; Frame = 32771; Tics = 5; Next state = "ZBLUE_CANDLE5"; } State { ID = "ZBLUE_CANDLE5"; Sprite = "CAND"; Frame = 32772; Tics = 5; Next state = "ZBLUE_CANDLE1"; } State { ID = "ZIRON_MAIDEN"; Sprite = "IRON"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZXMAS_TREE"; Sprite = "XMAS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZXMAS_TREE_DIE"; Sprite = "XMAS"; Frame = 0; Tics = 4; Action = "A_TreeDeath"; Next state = "ZXMAS_TREE"; } State { ID = "ZXMAS_TREE_X1"; Sprite = "XMAS"; Frame = 32769; Tics = 6; Next state = "ZXMAS_TREE_X2"; } State { ID = "ZXMAS_TREE_X2"; Sprite = "XMAS"; Frame = 32770; Tics = 6; Action = "A_Scream"; Next state = "ZXMAS_TREE_X3"; } State { ID = "ZXMAS_TREE_X3"; Sprite = "XMAS"; Frame = 32771; Tics = 5; Next state = "ZXMAS_TREE_X4"; } State { ID = "ZXMAS_TREE_X4"; Sprite = "XMAS"; Frame = 32772; Tics = 5; Action = "A_Explode"; Next state = "ZXMAS_TREE_X5"; } State { ID = "ZXMAS_TREE_X5"; Sprite = "XMAS"; Frame = 32773; Tics = 5; Next state = "ZXMAS_TREE_X6"; } State { ID = "ZXMAS_TREE_X6"; Sprite = "XMAS"; Frame = 32774; Tics = 4; Next state = "ZXMAS_TREE_X7"; } State { ID = "ZXMAS_TREE_X7"; Sprite = "XMAS"; Frame = 7; Tics = 5; Next state = "ZXMAS_TREE_X8"; } State { ID = "ZXMAS_TREE_X8"; Sprite = "XMAS"; Frame = 8; Tics = 4; Action = "A_NoBlocking"; Next state = "ZXMAS_TREE_X9"; } State { ID = "ZXMAS_TREE_X9"; Sprite = "XMAS"; Frame = 9; Tics = 4; Next state = "ZXMAS_TREE_X10"; } State { ID = "ZXMAS_TREE_X10"; Sprite = "XMAS"; Frame = 10; Tics = -1; Next state = "NULL"; } State { ID = "ZCAULDRON1"; Sprite = "CDRN"; Frame = 32769; Tics = 4; Next state = "ZCAULDRON2"; } State { ID = "ZCAULDRON2"; Sprite = "CDRN"; Frame = 32770; Tics = 4; Next state = "ZCAULDRON3"; } State { ID = "ZCAULDRON3"; Sprite = "CDRN"; Frame = 32771; Tics = 4; Next state = "ZCAULDRON4"; } State { ID = "ZCAULDRON4"; Sprite = "CDRN"; Frame = 32772; Tics = 4; Next state = "ZCAULDRON5"; } State { ID = "ZCAULDRON5"; Sprite = "CDRN"; Frame = 32773; Tics = 4; Next state = "ZCAULDRON6"; } State { ID = "ZCAULDRON6"; Sprite = "CDRN"; Frame = 32774; Tics = 4; Next state = "ZCAULDRON7"; } State { ID = "ZCAULDRON7"; Sprite = "CDRN"; Frame = 32775; Tics = 4; Next state = "ZCAULDRON1"; } State { ID = "ZCAULDRON_U"; Sprite = "CDRN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCHAINBIT32"; Sprite = "CHNS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ZCHAINBIT64"; Sprite = "CHNS"; Frame = 1; Tics = -1; Next state = "NULL"; } State { ID = "ZCHAINEND_HEART"; Sprite = "CHNS"; Frame = 2; Tics = -1; Next state = "NULL"; } State { ID = "ZCHAINEND_HOOK1"; Sprite = "CHNS"; Frame = 3; Tics = -1; Next state = "NULL"; } State { ID = "ZCHAINEND_HOOK2"; Sprite = "CHNS"; Frame = 4; Tics = -1; Next state = "NULL"; } State { ID = "ZCHAINEND_SPIKE"; Sprite = "CHNS"; Frame = 5; Tics = -1; Next state = "NULL"; } State { ID = "ZCHAINEND_SKULL"; Sprite = "CHNS"; Frame = 6; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT1"; Sprite = "TST1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT2"; Sprite = "TST2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT3"; Sprite = "TST3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT4"; Sprite = "TST4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT5"; Sprite = "TST5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT6"; Sprite = "TST6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT7"; Sprite = "TST7"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT8"; Sprite = "TST8"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT9"; Sprite = "TST9"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TABLE_SHIT10"; Sprite = "TST0"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TFOG1"; Sprite = "TELE"; Frame = 32768; Tics = 6; Next state = "TFOG2"; } State { ID = "TFOG2"; Sprite = "TELE"; Frame = 32769; Tics = 6; Next state = "TFOG3"; } State { ID = "TFOG3"; Sprite = "TELE"; Frame = 32770; Tics = 6; Next state = "TFOG4"; } State { ID = "TFOG4"; Sprite = "TELE"; Frame = 32771; Tics = 6; Next state = "TFOG5"; } State { ID = "TFOG5"; Sprite = "TELE"; Frame = 32772; Tics = 6; Next state = "TFOG6"; } State { ID = "TFOG6"; Sprite = "TELE"; Frame = 32773; Tics = 6; Next state = "TFOG7"; } State { ID = "TFOG7"; Sprite = "TELE"; Frame = 32774; Tics = 6; Next state = "TFOG8"; } State { ID = "TFOG8"; Sprite = "TELE"; Frame = 32775; Tics = 6; Next state = "TFOG9"; } State { ID = "TFOG9"; Sprite = "TELE"; Frame = 32774; Tics = 6; Next state = "TFOG10"; } State { ID = "TFOG10"; Sprite = "TELE"; Frame = 32773; Tics = 6; Next state = "TFOG11"; } State { ID = "TFOG11"; Sprite = "TELE"; Frame = 32772; Tics = 6; Next state = "TFOG12"; } State { ID = "TFOG12"; Sprite = "TELE"; Frame = 32771; Tics = 6; Next state = "TFOG13"; } State { ID = "TFOG13"; Sprite = "TELE"; Frame = 32770; Tics = 6; Next state = "NULL"; } State { ID = "TELESMOKE1"; Sprite = "TSMK"; Frame = 0; Tics = 4; Next state = "TELESMOKE2"; } State { ID = "TELESMOKE2"; Sprite = "TSMK"; Frame = 1; Tics = 3; Next state = "TELESMOKE3"; } State { ID = "TELESMOKE3"; Sprite = "TSMK"; Frame = 2; Tics = 4; Next state = "TELESMOKE4"; } State { ID = "TELESMOKE4"; Sprite = "TSMK"; Frame = 3; Tics = 3; Next state = "TELESMOKE5"; } State { ID = "TELESMOKE5"; Sprite = "TSMK"; Frame = 4; Tics = 4; Next state = "TELESMOKE6"; } State { ID = "TELESMOKE6"; Sprite = "TSMK"; Frame = 5; Tics = 3; Next state = "TELESMOKE7"; } State { ID = "TELESMOKE7"; Sprite = "TSMK"; Frame = 6; Tics = 4; Next state = "TELESMOKE8"; } State { ID = "TELESMOKE8"; Sprite = "TSMK"; Frame = 7; Tics = 3; Next state = "TELESMOKE9"; } State { ID = "TELESMOKE9"; Sprite = "TSMK"; Frame = 8; Tics = 4; Next state = "TELESMOKE10"; } State { ID = "TELESMOKE10"; Sprite = "TSMK"; Frame = 9; Tics = 3; Next state = "TELESMOKE11"; } State { ID = "TELESMOKE11"; Sprite = "TSMK"; Frame = 10; Tics = 4; Next state = "TELESMOKE12"; } State { ID = "TELESMOKE12"; Sprite = "TSMK"; Frame = 11; Tics = 3; Next state = "TELESMOKE13"; } State { ID = "TELESMOKE13"; Sprite = "TSMK"; Frame = 12; Tics = 4; Next state = "TELESMOKE14"; } State { ID = "TELESMOKE14"; Sprite = "TSMK"; Frame = 13; Tics = 3; Next state = "TELESMOKE15"; } State { ID = "TELESMOKE15"; Sprite = "TSMK"; Frame = 14; Tics = 4; Next state = "TELESMOKE16"; } State { ID = "TELESMOKE16"; Sprite = "TSMK"; Frame = 15; Tics = 3; Next state = "TELESMOKE17"; } State { ID = "TELESMOKE17"; Sprite = "TSMK"; Frame = 16; Tics = 4; Next state = "TELESMOKE18"; } State { ID = "TELESMOKE18"; Sprite = "TSMK"; Frame = 17; Tics = 3; Next state = "TELESMOKE19"; } State { ID = "TELESMOKE19"; Sprite = "TSMK"; Frame = 18; Tics = 4; Next state = "TELESMOKE20"; } State { ID = "TELESMOKE20"; Sprite = "TSMK"; Frame = 19; Tics = 3; Next state = "TELESMOKE21"; } State { ID = "TELESMOKE21"; Sprite = "TSMK"; Frame = 20; Tics = 4; Next state = "TELESMOKE22"; } State { ID = "TELESMOKE22"; Sprite = "TSMK"; Frame = 21; Tics = 3; Next state = "TELESMOKE23"; } State { ID = "TELESMOKE23"; Sprite = "TSMK"; Frame = 22; Tics = 4; Next state = "TELESMOKE24"; } State { ID = "TELESMOKE24"; Sprite = "TSMK"; Frame = 23; Tics = 3; Next state = "TELESMOKE25"; } State { ID = "TELESMOKE25"; Sprite = "TSMK"; Frame = 24; Tics = 4; Next state = "TELESMOKE26"; } State { ID = "TELESMOKE26"; Sprite = "TSMK"; Frame = 25; Tics = 3; Next state = "TELESMOKE1"; } State { ID = "LIGHTDONE"; Sprite = "FPCH"; Frame = 0; Tics = 0; Action = "A_Light0"; Next state = "NULL"; } State { ID = "PUNCHREADY"; Sprite = "FPCH"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PUNCHREADY"; } State { ID = "PUNCHDOWN"; Sprite = "FPCH"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PUNCHDOWN"; } State { ID = "PUNCHUP"; Sprite = "FPCH"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PUNCHUP"; } State { ID = "PUNCHATK1_1"; Sprite = "FPCH"; Frame = 1; Tics = 5; Next state = "PUNCHATK1_2"; Misc1 = 5; Misc2 = 40; } State { ID = "PUNCHATK1_2"; Sprite = "FPCH"; Frame = 2; Tics = 4; Next state = "PUNCHATK1_3"; Misc1 = 5; Misc2 = 40; } State { ID = "PUNCHATK1_3"; Sprite = "FPCH"; Frame = 3; Tics = 4; Action = "A_FPunchAttack"; Next state = "PUNCHATK1_4"; Misc1 = 5; Misc2 = 40; } State { ID = "PUNCHATK1_4"; Sprite = "FPCH"; Frame = 2; Tics = 4; Next state = "PUNCHATK1_5"; Misc1 = 5; Misc2 = 40; } State { ID = "PUNCHATK1_5"; Sprite = "FPCH"; Frame = 1; Tics = 5; Action = "A_ReFire"; Next state = "PUNCHREADY"; Misc1 = 5; Misc2 = 40; } State { ID = "PUNCHATK2_1"; Sprite = "FPCH"; Frame = 3; Tics = 4; Next state = "PUNCHATK2_2"; Misc1 = 5; Misc2 = 40; } State { ID = "PUNCHATK2_2"; Sprite = "FPCH"; Frame = 4; Tics = 4; Next state = "PUNCHATK2_3"; Misc1 = 5; Misc2 = 40; } State { ID = "PUNCHATK2_3"; Sprite = "FPCH"; Frame = 4; Tics = 1; Next state = "PUNCHATK2_4"; Misc1 = 15; Misc2 = 50; } State { ID = "PUNCHATK2_4"; Sprite = "FPCH"; Frame = 4; Tics = 1; Next state = "PUNCHATK2_5"; Misc1 = 25; Misc2 = 60; } State { ID = "PUNCHATK2_5"; Sprite = "FPCH"; Frame = 4; Tics = 1; Next state = "PUNCHATK2_6"; Misc1 = 35; Misc2 = 70; } State { ID = "PUNCHATK2_6"; Sprite = "FPCH"; Frame = 4; Tics = 1; Next state = "PUNCHATK2_7"; Misc1 = 45; Misc2 = 80; } State { ID = "PUNCHATK2_7"; Sprite = "FPCH"; Frame = 4; Tics = 1; Next state = "PUNCHATK2_8"; Misc1 = 55; Misc2 = 90; } State { ID = "PUNCHATK2_8"; Sprite = "FPCH"; Frame = 4; Tics = 1; Next state = "PUNCHATK2_9"; Misc1 = 65; Misc2 = 100; } State { ID = "PUNCHATK2_9"; Sprite = "FPCH"; Frame = 4; Tics = 10; Next state = "PUNCHREADY"; Misc2 = 150; } State { ID = "PUNCHPUFF1"; Sprite = "FHFX"; Frame = 18; Tics = 4; Next state = "PUNCHPUFF2"; } State { ID = "PUNCHPUFF2"; Sprite = "FHFX"; Frame = 19; Tics = 4; Next state = "PUNCHPUFF3"; } State { ID = "PUNCHPUFF3"; Sprite = "FHFX"; Frame = 20; Tics = 4; Next state = "PUNCHPUFF4"; } State { ID = "PUNCHPUFF4"; Sprite = "FHFX"; Frame = 21; Tics = 4; Next state = "PUNCHPUFF5"; } State { ID = "PUNCHPUFF5"; Sprite = "FHFX"; Frame = 22; Tics = 4; Next state = "NULL"; } State { ID = "AXE"; Sprite = "WFAX"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FAXEREADY"; Sprite = "FAXE"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "FAXEREADY"; } State { ID = "FAXEDOWN"; Sprite = "FAXE"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "FAXEDOWN"; } State { ID = "FAXEUP"; Sprite = "FAXE"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "FAXEUP"; } State { ID = "FAXEATK_1"; Sprite = "FAXE"; Frame = 1; Tics = 4; Next state = "FAXEATK_2"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_2"; Sprite = "FAXE"; Frame = 2; Tics = 3; Next state = "FAXEATK_3"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_3"; Sprite = "FAXE"; Frame = 3; Tics = 2; Next state = "FAXEATK_4"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_4"; Sprite = "FAXE"; Frame = 3; Tics = 1; Action = "A_FAxeAttack"; Next state = "FAXEATK_5"; Misc1 = -5; Misc2 = 70; } State { ID = "FAXEATK_5"; Sprite = "FAXE"; Frame = 3; Tics = 2; Next state = "FAXEATK_6"; Misc1 = -25; Misc2 = 90; } State { ID = "FAXEATK_6"; Sprite = "FAXE"; Frame = 4; Tics = 1; Next state = "FAXEATK_7"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_7"; Sprite = "FAXE"; Frame = 4; Tics = 2; Next state = "FAXEATK_8"; Misc1 = 10; Misc2 = 54; } State { ID = "FAXEATK_8"; Sprite = "FAXE"; Frame = 4; Tics = 7; Next state = "FAXEATK_9"; Misc1 = 10; Misc2 = 150; } State { ID = "FAXEATK_9"; Sprite = "FAXE"; Frame = 0; Tics = 1; Action = "A_ReFire"; Next state = "FAXEATK_10"; Misc2 = 60; } State { ID = "FAXEATK_10"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEATK_11"; Misc2 = 52; } State { ID = "FAXEATK_11"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEATK_12"; Misc2 = 44; } State { ID = "FAXEATK_12"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEATK_13"; Misc2 = 36; } State { ID = "FAXEATK_13"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEREADY"; } State { ID = "FAXEREADY_G"; Sprite = "FAXE"; Frame = 11; Tics = 1; Action = "A_WeaponReady"; Next state = "FAXEREADY_G1"; } State { ID = "FAXEREADY_G1"; Sprite = "FAXE"; Frame = 11; Tics = 1; Action = "A_WeaponReady"; Next state = "FAXEREADY_G2"; } State { ID = "FAXEREADY_G2"; Sprite = "FAXE"; Frame = 11; Tics = 1; Action = "A_WeaponReady"; Next state = "FAXEREADY_G3"; } State { ID = "FAXEREADY_G3"; Sprite = "FAXE"; Frame = 12; Tics = 1; Action = "A_WeaponReady"; Next state = "FAXEREADY_G4"; } State { ID = "FAXEREADY_G4"; Sprite = "FAXE"; Frame = 12; Tics = 1; Action = "A_WeaponReady"; Next state = "FAXEREADY_G5"; } State { ID = "FAXEREADY_G5"; Sprite = "FAXE"; Frame = 12; Tics = 1; Action = "A_WeaponReady"; Next state = "FAXEREADY_G"; } State { ID = "FAXEDOWN_G"; Sprite = "FAXE"; Frame = 11; Tics = 1; Action = "A_Lower"; Next state = "FAXEDOWN_G"; } State { ID = "FAXEUP_G"; Sprite = "FAXE"; Frame = 11; Tics = 1; Action = "A_Raise"; Next state = "FAXEUP_G"; } State { ID = "FAXEATK_G1"; Sprite = "FAXE"; Frame = 13; Tics = 4; Next state = "FAXEATK_G2"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_G2"; Sprite = "FAXE"; Frame = 14; Tics = 3; Next state = "FAXEATK_G3"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_G3"; Sprite = "FAXE"; Frame = 15; Tics = 2; Next state = "FAXEATK_G4"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_G4"; Sprite = "FAXE"; Frame = 15; Tics = 1; Action = "A_FAxeAttack"; Next state = "FAXEATK_G5"; Misc1 = -5; Misc2 = 70; } State { ID = "FAXEATK_G5"; Sprite = "FAXE"; Frame = 15; Tics = 2; Next state = "FAXEATK_G6"; Misc1 = -25; Misc2 = 90; } State { ID = "FAXEATK_G6"; Sprite = "FAXE"; Frame = 16; Tics = 1; Next state = "FAXEATK_G7"; Misc1 = 15; Misc2 = 32; } State { ID = "FAXEATK_G7"; Sprite = "FAXE"; Frame = 16; Tics = 2; Next state = "FAXEATK_G8"; Misc1 = 10; Misc2 = 54; } State { ID = "FAXEATK_G8"; Sprite = "FAXE"; Frame = 16; Tics = 7; Next state = "FAXEATK_G9"; Misc1 = 10; Misc2 = 150; } State { ID = "FAXEATK_G9"; Sprite = "FAXE"; Frame = 0; Tics = 1; Action = "A_ReFire"; Next state = "FAXEATK_G10"; Misc2 = 60; } State { ID = "FAXEATK_G10"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEATK_G11"; Misc2 = 52; } State { ID = "FAXEATK_G11"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEATK_G12"; Misc2 = 44; } State { ID = "FAXEATK_G12"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEATK_G13"; Misc2 = 36; } State { ID = "FAXEATK_G13"; Sprite = "FAXE"; Frame = 0; Tics = 1; Next state = "FAXEREADY_G"; } State { ID = "AXEPUFF_GLOW1"; Sprite = "FAXE"; Frame = 32785; Tics = 4; Next state = "AXEPUFF_GLOW2"; } State { ID = "AXEPUFF_GLOW2"; Sprite = "FAXE"; Frame = 32786; Tics = 4; Next state = "AXEPUFF_GLOW3"; } State { ID = "AXEPUFF_GLOW3"; Sprite = "FAXE"; Frame = 32787; Tics = 4; Next state = "AXEPUFF_GLOW4"; } State { ID = "AXEPUFF_GLOW4"; Sprite = "FAXE"; Frame = 32788; Tics = 4; Next state = "AXEPUFF_GLOW5"; } State { ID = "AXEPUFF_GLOW5"; Sprite = "FAXE"; Frame = 32789; Tics = 4; Next state = "AXEPUFF_GLOW6"; } State { ID = "AXEPUFF_GLOW6"; Sprite = "FAXE"; Frame = 32790; Tics = 4; Next state = "AXEPUFF_GLOW7"; } State { ID = "AXEPUFF_GLOW7"; Sprite = "FAXE"; Frame = 32791; Tics = 4; Next state = "NULL"; } State { ID = "AXEBLOOD1"; Sprite = "FAXE"; Frame = 5; Tics = 3; Next state = "AXEBLOOD2"; } State { ID = "AXEBLOOD2"; Sprite = "FAXE"; Frame = 6; Tics = 3; Next state = "AXEBLOOD3"; } State { ID = "AXEBLOOD3"; Sprite = "FAXE"; Frame = 7; Tics = 3; Next state = "AXEBLOOD4"; } State { ID = "AXEBLOOD4"; Sprite = "FAXE"; Frame = 8; Tics = 3; Next state = "AXEBLOOD5"; } State { ID = "AXEBLOOD5"; Sprite = "FAXE"; Frame = 9; Tics = 3; Next state = "AXEBLOOD6"; } State { ID = "AXEBLOOD6"; Sprite = "FAXE"; Frame = 10; Tics = 3; Next state = "NULL"; } State { ID = "HAMM"; Sprite = "WFHM"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FHAMMERREADY"; Sprite = "FHMR"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "FHAMMERREADY"; } State { ID = "FHAMMERDOWN"; Sprite = "FHMR"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "FHAMMERDOWN"; } State { ID = "FHAMMERUP"; Sprite = "FHMR"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "FHAMMERUP"; } State { ID = "FHAMMERATK_1"; Sprite = "FHMR"; Frame = 1; Tics = 6; Next state = "FHAMMERATK_2"; Misc1 = 5; } State { ID = "FHAMMERATK_2"; Sprite = "FHMR"; Frame = 2; Tics = 3; Action = "A_FHammerAttack"; Next state = "FHAMMERATK_3"; Misc1 = 5; } State { ID = "FHAMMERATK_3"; Sprite = "FHMR"; Frame = 3; Tics = 3; Next state = "FHAMMERATK_4"; Misc1 = 5; } State { ID = "FHAMMERATK_4"; Sprite = "FHMR"; Frame = 4; Tics = 2; Next state = "FHAMMERATK_5"; Misc1 = 5; } State { ID = "FHAMMERATK_5"; Sprite = "FHMR"; Frame = 4; Tics = 10; Action = "A_FHammerThrow"; Next state = "FHAMMERATK_6"; Misc1 = 5; Misc2 = 150; } State { ID = "FHAMMERATK_6"; Sprite = "FHMR"; Frame = 0; Tics = 1; Next state = "FHAMMERATK_7"; Misc2 = 60; } State { ID = "FHAMMERATK_7"; Sprite = "FHMR"; Frame = 0; Tics = 1; Next state = "FHAMMERATK_8"; Misc2 = 55; } State { ID = "FHAMMERATK_8"; Sprite = "FHMR"; Frame = 0; Tics = 1; Next state = "FHAMMERATK_9"; Misc2 = 50; } State { ID = "FHAMMERATK_9"; Sprite = "FHMR"; Frame = 0; Tics = 1; Next state = "FHAMMERATK_10"; Misc2 = 45; } State { ID = "FHAMMERATK_10"; Sprite = "FHMR"; Frame = 0; Tics = 1; Next state = "FHAMMERATK_11"; Misc2 = 40; } State { ID = "FHAMMERATK_11"; Sprite = "FHMR"; Frame = 0; Tics = 1; Next state = "FHAMMERATK_12"; Misc2 = 35; } State { ID = "FHAMMERATK_12"; Sprite = "FHMR"; Frame = 0; Tics = 1; Next state = "FHAMMERREADY"; } State { ID = "HAMMER_MISSILE_1"; Sprite = "FHFX"; Frame = 32768; Tics = 2; Next state = "HAMMER_MISSILE_2"; } State { ID = "HAMMER_MISSILE_2"; Sprite = "FHFX"; Frame = 32769; Tics = 2; Action = "A_ContMobjSound"; Next state = "HAMMER_MISSILE_3"; } State { ID = "HAMMER_MISSILE_3"; Sprite = "FHFX"; Frame = 32770; Tics = 2; Next state = "HAMMER_MISSILE_4"; } State { ID = "HAMMER_MISSILE_4"; Sprite = "FHFX"; Frame = 32771; Tics = 2; Next state = "HAMMER_MISSILE_5"; } State { ID = "HAMMER_MISSILE_5"; Sprite = "FHFX"; Frame = 32772; Tics = 2; Next state = "HAMMER_MISSILE_6"; } State { ID = "HAMMER_MISSILE_6"; Sprite = "FHFX"; Frame = 32773; Tics = 2; Next state = "HAMMER_MISSILE_7"; } State { ID = "HAMMER_MISSILE_7"; Sprite = "FHFX"; Frame = 32774; Tics = 2; Next state = "HAMMER_MISSILE_8"; } State { ID = "HAMMER_MISSILE_8"; Sprite = "FHFX"; Frame = 32775; Tics = 2; Next state = "HAMMER_MISSILE_1"; } State { ID = "HAMMER_MISSILE_X1"; Sprite = "FHFX"; Frame = 32776; Tics = 3; Next state = "HAMMER_MISSILE_X2"; } State { ID = "HAMMER_MISSILE_X2"; Sprite = "FHFX"; Frame = 32777; Tics = 3; Next state = "HAMMER_MISSILE_X3"; } State { ID = "HAMMER_MISSILE_X3"; Sprite = "FHFX"; Frame = 32778; Tics = 3; Action = "A_Explode"; Next state = "HAMMER_MISSILE_X4"; } State { ID = "HAMMER_MISSILE_X4"; Sprite = "FHFX"; Frame = 32779; Tics = 3; Next state = "HAMMER_MISSILE_X5"; } State { ID = "HAMMER_MISSILE_X5"; Sprite = "FHFX"; Frame = 32780; Tics = 3; Next state = "HAMMER_MISSILE_X6"; } State { ID = "HAMMER_MISSILE_X6"; Sprite = "FHFX"; Frame = 13; Tics = 3; Next state = "HAMMER_MISSILE_X7"; } State { ID = "HAMMER_MISSILE_X7"; Sprite = "FHFX"; Frame = 32782; Tics = 3; Next state = "HAMMER_MISSILE_X8"; } State { ID = "HAMMER_MISSILE_X8"; Sprite = "FHFX"; Frame = 32783; Tics = 3; Next state = "HAMMER_MISSILE_X9"; } State { ID = "HAMMER_MISSILE_X9"; Sprite = "FHFX"; Frame = 32784; Tics = 3; Next state = "HAMMER_MISSILE_X10"; } State { ID = "HAMMER_MISSILE_X10"; Sprite = "FHFX"; Frame = 32785; Tics = 3; Next state = "NULL"; } State { ID = "HAMMERPUFF1"; Sprite = "FHFX"; Frame = 18; Tics = 4; Next state = "HAMMERPUFF2"; } State { ID = "HAMMERPUFF2"; Sprite = "FHFX"; Frame = 19; Tics = 4; Next state = "HAMMERPUFF3"; } State { ID = "HAMMERPUFF3"; Sprite = "FHFX"; Frame = 20; Tics = 4; Next state = "HAMMERPUFF4"; } State { ID = "HAMMERPUFF4"; Sprite = "FHFX"; Frame = 21; Tics = 4; Next state = "HAMMERPUFF5"; } State { ID = "HAMMERPUFF5"; Sprite = "FHFX"; Frame = 22; Tics = 4; Next state = "NULL"; } State { ID = "FSWORDREADY"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY1"; } State { ID = "FSWORDREADY1"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY2"; } State { ID = "FSWORDREADY2"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY3"; } State { ID = "FSWORDREADY3"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY4"; } State { ID = "FSWORDREADY4"; Sprite = "FSRD"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY5"; } State { ID = "FSWORDREADY5"; Sprite = "FSRD"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY6"; } State { ID = "FSWORDREADY6"; Sprite = "FSRD"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY7"; } State { ID = "FSWORDREADY7"; Sprite = "FSRD"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY8"; } State { ID = "FSWORDREADY8"; Sprite = "FSRD"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY9"; } State { ID = "FSWORDREADY9"; Sprite = "FSRD"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY10"; } State { ID = "FSWORDREADY10"; Sprite = "FSRD"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY11"; } State { ID = "FSWORDREADY11"; Sprite = "FSRD"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "FSWORDREADY"; } State { ID = "FSWORDDOWN"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Action = "A_Lower"; Next state = "FSWORDDOWN"; } State { ID = "FSWORDUP"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Action = "A_Raise"; Next state = "FSWORDUP"; } State { ID = "FSWORDATK_1"; Sprite = "FSRD"; Frame = 32771; Tics = 3; Next state = "FSWORDATK_2"; Misc1 = 5; Misc2 = 36; } State { ID = "FSWORDATK_2"; Sprite = "FSRD"; Frame = 32772; Tics = 3; Next state = "FSWORDATK_3"; Misc1 = 5; Misc2 = 36; } State { ID = "FSWORDATK_3"; Sprite = "FSRD"; Frame = 32773; Tics = 2; Next state = "FSWORDATK_4"; Misc1 = 5; Misc2 = 36; } State { ID = "FSWORDATK_4"; Sprite = "FSRD"; Frame = 32774; Tics = 3; Action = "A_FSwordAttack"; Next state = "FSWORDATK_5"; Misc1 = 5; Misc2 = 36; } State { ID = "FSWORDATK_5"; Sprite = "FSRD"; Frame = 32775; Tics = 2; Next state = "FSWORDATK_6"; Misc1 = 5; Misc2 = 36; } State { ID = "FSWORDATK_6"; Sprite = "FSRD"; Frame = 32776; Tics = 2; Next state = "FSWORDATK_7"; Misc1 = 5; Misc2 = 36; } State { ID = "FSWORDATK_7"; Sprite = "FSRD"; Frame = 32776; Tics = 10; Next state = "FSWORDATK_8"; Misc1 = 5; Misc2 = 150; } State { ID = "FSWORDATK_8"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Next state = "FSWORDATK_9"; Misc1 = 5; Misc2 = 60; } State { ID = "FSWORDATK_9"; Sprite = "FSRD"; Frame = 32769; Tics = 1; Next state = "FSWORDATK_10"; Misc1 = 5; Misc2 = 55; } State { ID = "FSWORDATK_10"; Sprite = "FSRD"; Frame = 32770; Tics = 1; Next state = "FSWORDATK_11"; Misc1 = 5; Misc2 = 50; } State { ID = "FSWORDATK_11"; Sprite = "FSRD"; Frame = 32768; Tics = 1; Next state = "FSWORDATK_12"; Misc1 = 5; Misc2 = 45; } State { ID = "FSWORDATK_12"; Sprite = "FSRD"; Frame = 32769; Tics = 1; Next state = "FSWORDREADY"; Misc1 = 5; Misc2 = 40; } State { ID = "FSWORD_MISSILE1"; Sprite = "FSFX"; Frame = 32768; Tics = 3; Next state = "FSWORD_MISSILE2"; } State { ID = "FSWORD_MISSILE2"; Sprite = "FSFX"; Frame = 32769; Tics = 3; Next state = "FSWORD_MISSILE3"; } State { ID = "FSWORD_MISSILE3"; Sprite = "FSFX"; Frame = 32770; Tics = 3; Next state = "FSWORD_MISSILE1"; } State { ID = "FSWORD_MISSILE_X1"; Sprite = "FSFX"; Frame = 32771; Tics = 4; Next state = "FSWORD_MISSILE_X2"; } State { ID = "FSWORD_MISSILE_X2"; Sprite = "FSFX"; Frame = 32772; Tics = 3; Action = "A_FSwordFlames"; Next state = "FSWORD_MISSILE_X3"; } State { ID = "FSWORD_MISSILE_X3"; Sprite = "FSFX"; Frame = 32773; Tics = 4; Action = "A_Explode"; Next state = "FSWORD_MISSILE_X4"; } State { ID = "FSWORD_MISSILE_X4"; Sprite = "FSFX"; Frame = 32774; Tics = 3; Next state = "FSWORD_MISSILE_X5"; } State { ID = "FSWORD_MISSILE_X5"; Sprite = "FSFX"; Frame = 32775; Tics = 4; Next state = "FSWORD_MISSILE_X6"; } State { ID = "FSWORD_MISSILE_X6"; Sprite = "FSFX"; Frame = 32776; Tics = 3; Next state = "FSWORD_MISSILE_X7"; } State { ID = "FSWORD_MISSILE_X7"; Sprite = "FSFX"; Frame = 32777; Tics = 4; Next state = "FSWORD_MISSILE_X8"; } State { ID = "FSWORD_MISSILE_X8"; Sprite = "FSFX"; Frame = 32778; Tics = 3; Next state = "FSWORD_MISSILE_X9"; } State { ID = "FSWORD_MISSILE_X9"; Sprite = "FSFX"; Frame = 32779; Tics = 3; Next state = "FSWORD_MISSILE_X10"; } State { ID = "FSWORD_MISSILE_X10"; Sprite = "FSFX"; Frame = 32780; Tics = 3; Next state = "NULL"; } State { ID = "FSWORD_FLAME1"; Sprite = "FSFX"; Frame = 32781; Tics = 3; Next state = "FSWORD_FLAME2"; } State { ID = "FSWORD_FLAME2"; Sprite = "FSFX"; Frame = 32782; Tics = 3; Next state = "FSWORD_FLAME3"; } State { ID = "FSWORD_FLAME3"; Sprite = "FSFX"; Frame = 32783; Tics = 3; Next state = "FSWORD_FLAME4"; } State { ID = "FSWORD_FLAME4"; Sprite = "FSFX"; Frame = 32784; Tics = 3; Next state = "FSWORD_FLAME5"; } State { ID = "FSWORD_FLAME5"; Sprite = "FSFX"; Frame = 32785; Tics = 3; Next state = "FSWORD_FLAME6"; } State { ID = "FSWORD_FLAME6"; Sprite = "FSFX"; Frame = 32786; Tics = 3; Next state = "FSWORD_FLAME7"; } State { ID = "FSWORD_FLAME7"; Sprite = "FSFX"; Frame = 32787; Tics = 3; Next state = "FSWORD_FLAME8"; } State { ID = "FSWORD_FLAME8"; Sprite = "FSFX"; Frame = 32788; Tics = 3; Next state = "FSWORD_FLAME9"; } State { ID = "FSWORD_FLAME9"; Sprite = "FSFX"; Frame = 32789; Tics = 3; Next state = "FSWORD_FLAME10"; } State { ID = "FSWORD_FLAME10"; Sprite = "FSFX"; Frame = 32790; Tics = 3; Next state = "NULL"; } State { ID = "CMACEREADY"; Sprite = "CMCE"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CMACEREADY"; } State { ID = "CMACEDOWN"; Sprite = "CMCE"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "CMACEDOWN"; } State { ID = "CMACEUP"; Sprite = "CMCE"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "CMACEUP"; } State { ID = "CMACEATK_1"; Sprite = "CMCE"; Frame = 1; Tics = 2; Next state = "CMACEATK_2"; Misc1 = 60; Misc2 = 20; } State { ID = "CMACEATK_2"; Sprite = "CMCE"; Frame = 1; Tics = 1; Next state = "CMACEATK_3"; Misc1 = 30; Misc2 = 33; } State { ID = "CMACEATK_3"; Sprite = "CMCE"; Frame = 1; Tics = 2; Next state = "CMACEATK_4"; Misc1 = 8; Misc2 = 45; } State { ID = "CMACEATK_4"; Sprite = "CMCE"; Frame = 2; Tics = 1; Next state = "CMACEATK_5"; Misc1 = 8; Misc2 = 45; } State { ID = "CMACEATK_5"; Sprite = "CMCE"; Frame = 3; Tics = 1; Next state = "CMACEATK_6"; Misc1 = 8; Misc2 = 45; } State { ID = "CMACEATK_6"; Sprite = "CMCE"; Frame = 4; Tics = 1; Next state = "CMACEATK_7"; Misc1 = 8; Misc2 = 45; } State { ID = "CMACEATK_7"; Sprite = "CMCE"; Frame = 4; Tics = 1; Action = "A_CMaceAttack"; Next state = "CMACEATK_8"; Misc1 = -11; Misc2 = 58; } State { ID = "CMACEATK_8"; Sprite = "CMCE"; Frame = 5; Tics = 1; Next state = "CMACEATK_9"; Misc1 = 8; Misc2 = 45; } State { ID = "CMACEATK_9"; Sprite = "CMCE"; Frame = 5; Tics = 2; Next state = "CMACEATK_10"; Misc1 = -8; Misc2 = 74; } State { ID = "CMACEATK_10"; Sprite = "CMCE"; Frame = 5; Tics = 1; Next state = "CMACEATK_11"; Misc1 = -20; Misc2 = 96; } State { ID = "CMACEATK_11"; Sprite = "CMCE"; Frame = 5; Tics = 8; Next state = "CMACEATK_12"; Misc1 = -33; Misc2 = 160; } State { ID = "CMACEATK_12"; Sprite = "CMCE"; Frame = 0; Tics = 2; Action = "A_ReFire"; Next state = "CMACEATK_13"; Misc1 = 8; Misc2 = 75; } State { ID = "CMACEATK_13"; Sprite = "CMCE"; Frame = 0; Tics = 1; Next state = "CMACEATK_14"; Misc1 = 8; Misc2 = 65; } State { ID = "CMACEATK_14"; Sprite = "CMCE"; Frame = 0; Tics = 2; Next state = "CMACEATK_15"; Misc1 = 8; Misc2 = 60; } State { ID = "CMACEATK_15"; Sprite = "CMCE"; Frame = 0; Tics = 1; Next state = "CMACEATK_16"; Misc1 = 8; Misc2 = 55; } State { ID = "CMACEATK_16"; Sprite = "CMCE"; Frame = 0; Tics = 2; Next state = "CMACEATK_17"; Misc1 = 8; Misc2 = 50; } State { ID = "CMACEATK_17"; Sprite = "CMCE"; Frame = 0; Tics = 1; Next state = "CMACEREADY"; Misc1 = 8; Misc2 = 45; } State { ID = "CSTAFF"; Sprite = "WCSS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CSTAFFREADY"; Sprite = "CSSF"; Frame = 2; Tics = 4; Next state = "CSTAFFREADY1"; } State { ID = "CSTAFFREADY1"; Sprite = "CSSF"; Frame = 1; Tics = 3; Action = "A_CStaffInitBlink"; Next state = "CSTAFFREADY2"; } State { ID = "CSTAFFREADY2"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY3"; } State { ID = "CSTAFFREADY3"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY4"; } State { ID = "CSTAFFREADY4"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY5"; } State { ID = "CSTAFFREADY5"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY6"; } State { ID = "CSTAFFREADY6"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY7"; } State { ID = "CSTAFFREADY7"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY8"; } State { ID = "CSTAFFREADY8"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY9"; } State { ID = "CSTAFFREADY9"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_CStaffCheckBlink"; Next state = "CSTAFFREADY2"; } State { ID = "CSTAFFBLINK1"; Sprite = "CSSF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK2"; } State { ID = "CSTAFFBLINK2"; Sprite = "CSSF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK3"; } State { ID = "CSTAFFBLINK3"; Sprite = "CSSF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK4"; } State { ID = "CSTAFFBLINK4"; Sprite = "CSSF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK5"; } State { ID = "CSTAFFBLINK5"; Sprite = "CSSF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK6"; } State { ID = "CSTAFFBLINK6"; Sprite = "CSSF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK7"; } State { ID = "CSTAFFBLINK7"; Sprite = "CSSF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK8"; } State { ID = "CSTAFFBLINK8"; Sprite = "CSSF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK9"; } State { ID = "CSTAFFBLINK9"; Sprite = "CSSF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK10"; } State { ID = "CSTAFFBLINK10"; Sprite = "CSSF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFBLINK11"; } State { ID = "CSTAFFBLINK11"; Sprite = "CSSF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CSTAFFREADY2"; } State { ID = "CSTAFFDOWN"; Sprite = "CSSF"; Frame = 1; Tics = 3; Next state = "CSTAFFDOWN2"; } State { ID = "CSTAFFDOWN2"; Sprite = "CSSF"; Frame = 2; Tics = 4; Next state = "CSTAFFDOWN3"; } State { ID = "CSTAFFDOWN3"; Sprite = "CSSF"; Frame = 2; Tics = 1; Action = "A_Lower"; Next state = "CSTAFFDOWN3"; } State { ID = "CSTAFFUP"; Sprite = "CSSF"; Frame = 2; Tics = 1; Action = "A_Raise"; Next state = "CSTAFFUP"; } State { ID = "CSTAFFATK_1"; Sprite = "CSSF"; Frame = 0; Tics = 1; Action = "A_CStaffCheck"; Next state = "CSTAFFATK_2"; Misc2 = 45; } State { ID = "CSTAFFATK_2"; Sprite = "CSSF"; Frame = 9; Tics = 1; Action = "A_CStaffAttack"; Next state = "CSTAFFATK_3"; Misc2 = 50; } State { ID = "CSTAFFATK_3"; Sprite = "CSSF"; Frame = 9; Tics = 2; Next state = "CSTAFFATK_4"; Misc2 = 50; } State { ID = "CSTAFFATK_4"; Sprite = "CSSF"; Frame = 9; Tics = 2; Next state = "CSTAFFATK_5"; Misc2 = 45; } State { ID = "CSTAFFATK_5"; Sprite = "CSSF"; Frame = 0; Tics = 2; Next state = "CSTAFFATK_6"; Misc2 = 40; } State { ID = "CSTAFFATK_6"; Sprite = "CSSF"; Frame = 0; Tics = 2; Next state = "CSTAFFREADY2"; Misc2 = 36; } State { ID = "CSTAFFATK2_1"; Sprite = "CSSF"; Frame = 10; Tics = 10; Next state = "CSTAFFREADY2"; Misc2 = 36; } State { ID = "CSTAFF_MISSILE1"; Sprite = "CSSF"; Frame = 32771; Tics = 1; Action = "A_CStaffMissileSlither"; Next state = "CSTAFF_MISSILE2"; } State { ID = "CSTAFF_MISSILE2"; Sprite = "CSSF"; Frame = 32771; Tics = 1; Action = "A_CStaffMissileSlither"; Next state = "CSTAFF_MISSILE3"; } State { ID = "CSTAFF_MISSILE3"; Sprite = "CSSF"; Frame = 32772; Tics = 1; Action = "A_CStaffMissileSlither"; Next state = "CSTAFF_MISSILE4"; } State { ID = "CSTAFF_MISSILE4"; Sprite = "CSSF"; Frame = 32772; Tics = 1; Action = "A_CStaffMissileSlither"; Next state = "CSTAFF_MISSILE1"; } State { ID = "CSTAFF_MISSILE_X1"; Sprite = "CSSF"; Frame = 32773; Tics = 4; Next state = "CSTAFF_MISSILE_X2"; } State { ID = "CSTAFF_MISSILE_X2"; Sprite = "CSSF"; Frame = 32774; Tics = 4; Next state = "CSTAFF_MISSILE_X3"; } State { ID = "CSTAFF_MISSILE_X3"; Sprite = "CSSF"; Frame = 32775; Tics = 3; Next state = "CSTAFF_MISSILE_X4"; } State { ID = "CSTAFF_MISSILE_X4"; Sprite = "CSSF"; Frame = 32776; Tics = 3; Next state = "NULL"; } State { ID = "CSTAFFPUFF1"; Sprite = "FHFX"; Frame = 18; Tics = 4; Next state = "CSTAFFPUFF2"; } State { ID = "CSTAFFPUFF2"; Sprite = "FHFX"; Frame = 19; Tics = 4; Next state = "CSTAFFPUFF3"; } State { ID = "CSTAFFPUFF3"; Sprite = "FHFX"; Frame = 20; Tics = 4; Next state = "CSTAFFPUFF4"; } State { ID = "CSTAFFPUFF4"; Sprite = "FHFX"; Frame = 21; Tics = 4; Next state = "CSTAFFPUFF5"; } State { ID = "CSTAFFPUFF5"; Sprite = "FHFX"; Frame = 22; Tics = 4; Next state = "NULL"; } State { ID = "CFLAME1"; Sprite = "WCFM"; Frame = 32768; Tics = 4; Next state = "CFLAME2"; } State { ID = "CFLAME2"; Sprite = "WCFM"; Frame = 32769; Tics = 4; Next state = "CFLAME3"; } State { ID = "CFLAME3"; Sprite = "WCFM"; Frame = 32770; Tics = 4; Next state = "CFLAME4"; } State { ID = "CFLAME4"; Sprite = "WCFM"; Frame = 32771; Tics = 4; Next state = "CFLAME5"; } State { ID = "CFLAME5"; Sprite = "WCFM"; Frame = 32772; Tics = 4; Next state = "CFLAME6"; } State { ID = "CFLAME6"; Sprite = "WCFM"; Frame = 32773; Tics = 4; Next state = "CFLAME7"; } State { ID = "CFLAME7"; Sprite = "WCFM"; Frame = 32774; Tics = 4; Next state = "CFLAME8"; } State { ID = "CFLAME8"; Sprite = "WCFM"; Frame = 32775; Tics = 4; Next state = "CFLAME1"; } State { ID = "CFLAMEREADY1"; Sprite = "CFLM"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY2"; } State { ID = "CFLAMEREADY2"; Sprite = "CFLM"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY3"; } State { ID = "CFLAMEREADY3"; Sprite = "CFLM"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY4"; } State { ID = "CFLAMEREADY4"; Sprite = "CFLM"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY5"; } State { ID = "CFLAMEREADY5"; Sprite = "CFLM"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY6"; } State { ID = "CFLAMEREADY6"; Sprite = "CFLM"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY7"; } State { ID = "CFLAMEREADY7"; Sprite = "CFLM"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY8"; } State { ID = "CFLAMEREADY8"; Sprite = "CFLM"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY9"; } State { ID = "CFLAMEREADY9"; Sprite = "CFLM"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY10"; } State { ID = "CFLAMEREADY10"; Sprite = "CFLM"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY11"; } State { ID = "CFLAMEREADY11"; Sprite = "CFLM"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY12"; } State { ID = "CFLAMEREADY12"; Sprite = "CFLM"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CFLAMEREADY1"; } State { ID = "CFLAMEDOWN"; Sprite = "CFLM"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "CFLAMEDOWN"; } State { ID = "CFLAMEUP"; Sprite = "CFLM"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "CFLAMEUP"; } State { ID = "CFLAMEATK_1"; Sprite = "CFLM"; Frame = 0; Tics = 2; Next state = "CFLAMEATK_2"; Misc2 = 40; } State { ID = "CFLAMEATK_2"; Sprite = "CFLM"; Frame = 3; Tics = 2; Next state = "CFLAMEATK_3"; Misc2 = 50; } State { ID = "CFLAMEATK_3"; Sprite = "CFLM"; Frame = 3; Tics = 2; Next state = "CFLAMEATK_4"; Misc2 = 36; } State { ID = "CFLAMEATK_4"; Sprite = "CFLM"; Frame = 32772; Tics = 4; Next state = "CFLAMEATK_5"; } State { ID = "CFLAMEATK_5"; Sprite = "CFLM"; Frame = 32773; Tics = 4; Action = "A_CFlameAttack"; Next state = "CFLAMEATK_6"; } State { ID = "CFLAMEATK_6"; Sprite = "CFLM"; Frame = 32772; Tics = 4; Next state = "CFLAMEATK_7"; } State { ID = "CFLAMEATK_7"; Sprite = "CFLM"; Frame = 6; Tics = 2; Next state = "CFLAMEATK_8"; Misc2 = 40; } State { ID = "CFLAMEATK_8"; Sprite = "CFLM"; Frame = 6; Tics = 2; Next state = "CFLAMEREADY1"; } State { ID = "CFLAMEFLOOR1"; Sprite = "CFFX"; Frame = 32781; Tics = 5; Next state = "CFLAMEFLOOR2"; } State { ID = "CFLAMEFLOOR2"; Sprite = "CFFX"; Frame = 32782; Tics = 4; Next state = "CFLAMEFLOOR3"; } State { ID = "CFLAMEFLOOR3"; Sprite = "CFFX"; Frame = 32783; Tics = 3; Next state = "NULL"; } State { ID = "FLAMEPUFF1"; Sprite = "CFFX"; Frame = 32768; Tics = 3; Next state = "FLAMEPUFF2"; } State { ID = "FLAMEPUFF2"; Sprite = "CFFX"; Frame = 32769; Tics = 3; Next state = "FLAMEPUFF3"; } State { ID = "FLAMEPUFF3"; Sprite = "CFFX"; Frame = 32770; Tics = 3; Next state = "FLAMEPUFF4"; } State { ID = "FLAMEPUFF4"; Sprite = "CFFX"; Frame = 32771; Tics = 4; Next state = "FLAMEPUFF5"; } State { ID = "FLAMEPUFF5"; Sprite = "CFFX"; Frame = 32772; Tics = 3; Next state = "FLAMEPUFF6"; } State { ID = "FLAMEPUFF6"; Sprite = "CFFX"; Frame = 32773; Tics = 4; Next state = "FLAMEPUFF7"; } State { ID = "FLAMEPUFF7"; Sprite = "CFFX"; Frame = 32774; Tics = 3; Next state = "FLAMEPUFF8"; } State { ID = "FLAMEPUFF8"; Sprite = "CFFX"; Frame = 32775; Tics = 4; Next state = "FLAMEPUFF9"; } State { ID = "FLAMEPUFF9"; Sprite = "CFFX"; Frame = 32776; Tics = 3; Next state = "FLAMEPUFF10"; } State { ID = "FLAMEPUFF10"; Sprite = "CFFX"; Frame = 32777; Tics = 4; Next state = "FLAMEPUFF11"; } State { ID = "FLAMEPUFF11"; Sprite = "CFFX"; Frame = 32778; Tics = 3; Next state = "FLAMEPUFF12"; } State { ID = "FLAMEPUFF12"; Sprite = "CFFX"; Frame = 32779; Tics = 4; Next state = "FLAMEPUFF13"; } State { ID = "FLAMEPUFF13"; Sprite = "CFFX"; Frame = 32780; Tics = 3; Next state = "NULL"; } State { ID = "FLAMEPUFF2_1"; Sprite = "CFFX"; Frame = 32768; Tics = 3; Next state = "FLAMEPUFF2_2"; } State { ID = "FLAMEPUFF2_2"; Sprite = "CFFX"; Frame = 32769; Tics = 3; Next state = "FLAMEPUFF2_3"; } State { ID = "FLAMEPUFF2_3"; Sprite = "CFFX"; Frame = 32770; Tics = 3; Next state = "FLAMEPUFF2_4"; } State { ID = "FLAMEPUFF2_4"; Sprite = "CFFX"; Frame = 32771; Tics = 4; Next state = "FLAMEPUFF2_5"; } State { ID = "FLAMEPUFF2_5"; Sprite = "CFFX"; Frame = 32772; Tics = 3; Next state = "FLAMEPUFF2_6"; } State { ID = "FLAMEPUFF2_6"; Sprite = "CFFX"; Frame = 32773; Tics = 4; Next state = "FLAMEPUFF2_7"; } State { ID = "FLAMEPUFF2_7"; Sprite = "CFFX"; Frame = 32774; Tics = 3; Next state = "FLAMEPUFF2_8"; } State { ID = "FLAMEPUFF2_8"; Sprite = "CFFX"; Frame = 32775; Tics = 4; Next state = "FLAMEPUFF2_9"; } State { ID = "FLAMEPUFF2_9"; Sprite = "CFFX"; Frame = 32776; Tics = 3; Next state = "FLAMEPUFF2_10"; } State { ID = "FLAMEPUFF2_10"; Sprite = "CFFX"; Frame = 32770; Tics = 3; Next state = "FLAMEPUFF2_11"; } State { ID = "FLAMEPUFF2_11"; Sprite = "CFFX"; Frame = 32771; Tics = 4; Next state = "FLAMEPUFF2_12"; } State { ID = "FLAMEPUFF2_12"; Sprite = "CFFX"; Frame = 32772; Tics = 3; Next state = "FLAMEPUFF2_13"; } State { ID = "FLAMEPUFF2_13"; Sprite = "CFFX"; Frame = 32773; Tics = 4; Next state = "FLAMEPUFF2_14"; } State { ID = "FLAMEPUFF2_14"; Sprite = "CFFX"; Frame = 32774; Tics = 3; Next state = "FLAMEPUFF2_15"; } State { ID = "FLAMEPUFF2_15"; Sprite = "CFFX"; Frame = 32775; Tics = 4; Next state = "FLAMEPUFF2_16"; } State { ID = "FLAMEPUFF2_16"; Sprite = "CFFX"; Frame = 32776; Tics = 3; Next state = "FLAMEPUFF2_17"; } State { ID = "FLAMEPUFF2_17"; Sprite = "CFFX"; Frame = 32777; Tics = 4; Next state = "FLAMEPUFF2_18"; } State { ID = "FLAMEPUFF2_18"; Sprite = "CFFX"; Frame = 32778; Tics = 3; Next state = "FLAMEPUFF2_19"; } State { ID = "FLAMEPUFF2_19"; Sprite = "CFFX"; Frame = 32779; Tics = 4; Next state = "FLAMEPUFF2_20"; } State { ID = "FLAMEPUFF2_20"; Sprite = "CFFX"; Frame = 32780; Tics = 3; Next state = "NULL"; } State { ID = "CIRCLE_FLAME1"; Sprite = "CFCF"; Frame = 32768; Tics = 4; Next state = "CIRCLE_FLAME2"; } State { ID = "CIRCLE_FLAME2"; Sprite = "CFCF"; Frame = 32769; Tics = 2; Action = "A_CFlameRotate"; Next state = "CIRCLE_FLAME3"; } State { ID = "CIRCLE_FLAME3"; Sprite = "CFCF"; Frame = 32770; Tics = 2; Next state = "CIRCLE_FLAME4"; } State { ID = "CIRCLE_FLAME4"; Sprite = "CFCF"; Frame = 32771; Tics = 1; Next state = "CIRCLE_FLAME5"; } State { ID = "CIRCLE_FLAME5"; Sprite = "CFCF"; Frame = 32772; Tics = 2; Next state = "CIRCLE_FLAME6"; } State { ID = "CIRCLE_FLAME6"; Sprite = "CFCF"; Frame = 32773; Tics = 2; Action = "A_CFlameRotate"; Next state = "CIRCLE_FLAME7"; } State { ID = "CIRCLE_FLAME7"; Sprite = "CFCF"; Frame = 32774; Tics = 1; Next state = "CIRCLE_FLAME8"; } State { ID = "CIRCLE_FLAME8"; Sprite = "CFCF"; Frame = 32775; Tics = 2; Next state = "CIRCLE_FLAME9"; } State { ID = "CIRCLE_FLAME9"; Sprite = "CFCF"; Frame = 32776; Tics = 2; Next state = "CIRCLE_FLAME10"; } State { ID = "CIRCLE_FLAME10"; Sprite = "CFCF"; Frame = 32777; Tics = 1; Action = "A_CFlameRotate"; Next state = "CIRCLE_FLAME11"; } State { ID = "CIRCLE_FLAME11"; Sprite = "CFCF"; Frame = 32778; Tics = 2; Next state = "CIRCLE_FLAME12"; } State { ID = "CIRCLE_FLAME12"; Sprite = "CFCF"; Frame = 32779; Tics = 3; Next state = "CIRCLE_FLAME13"; } State { ID = "CIRCLE_FLAME13"; Sprite = "CFCF"; Frame = 32780; Tics = 3; Next state = "CIRCLE_FLAME14"; } State { ID = "CIRCLE_FLAME14"; Sprite = "CFCF"; Frame = 32781; Tics = 2; Action = "A_CFlameRotate"; Next state = "CIRCLE_FLAME15"; } State { ID = "CIRCLE_FLAME15"; Sprite = "CFCF"; Frame = 32782; Tics = 3; Next state = "CIRCLE_FLAME16"; } State { ID = "CIRCLE_FLAME16"; Sprite = "CFCF"; Frame = 32783; Tics = 2; Next state = "NULL"; } State { ID = "CIRCLE_FLAME_X1"; Sprite = "CFCF"; Frame = 32784; Tics = 3; Next state = "CIRCLE_FLAME_X2"; } State { ID = "CIRCLE_FLAME_X2"; Sprite = "CFCF"; Frame = 32785; Tics = 3; Next state = "CIRCLE_FLAME_X3"; } State { ID = "CIRCLE_FLAME_X3"; Sprite = "CFCF"; Frame = 32786; Tics = 3; Action = "A_Explode"; Next state = "CIRCLE_FLAME_X4"; } State { ID = "CIRCLE_FLAME_X4"; Sprite = "CFCF"; Frame = 32787; Tics = 3; Next state = "CIRCLE_FLAME_X5"; } State { ID = "CIRCLE_FLAME_X5"; Sprite = "CFCF"; Frame = 32788; Tics = 3; Next state = "CIRCLE_FLAME_X6"; } State { ID = "CIRCLE_FLAME_X6"; Sprite = "CFCF"; Frame = 32789; Tics = 3; Next state = "CIRCLE_FLAME_X7"; } State { ID = "CIRCLE_FLAME_X7"; Sprite = "CFCF"; Frame = 32790; Tics = 3; Next state = "CIRCLE_FLAME_X8"; } State { ID = "CIRCLE_FLAME_X8"; Sprite = "CFCF"; Frame = 32791; Tics = 3; Next state = "CIRCLE_FLAME_X9"; } State { ID = "CIRCLE_FLAME_X9"; Sprite = "CFCF"; Frame = 32792; Tics = 3; Next state = "CIRCLE_FLAME_X10"; } State { ID = "CIRCLE_FLAME_X10"; Sprite = "CFCF"; Frame = 32793; Tics = 3; Next state = "NULL"; } State { ID = "CFLAME_MISSILE1"; Sprite = "CFFX"; Frame = 32768; Tics = 4; Next state = "CFLAME_MISSILE2"; } State { ID = "CFLAME_MISSILE2"; Sprite = "CFFX"; Frame = 0; Tics = 1; Action = "A_CFlamePuff"; Next state = "FLAMEPUFF1"; } State { ID = "CFLAME_MISSILE_X"; Sprite = "CFFX"; Frame = 32768; Tics = 1; Action = "A_CFlameMissile"; Next state = "FLAMEPUFF1"; } State { ID = "CHOLYREADY"; Sprite = "CHLY"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CHOLYREADY"; } State { ID = "CHOLYDOWN"; Sprite = "CHLY"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "CHOLYDOWN"; } State { ID = "CHOLYUP"; Sprite = "CHLY"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "CHOLYUP"; } State { ID = "CHOLYATK_1"; Sprite = "CHLY"; Frame = 32768; Tics = 1; Next state = "CHOLYATK_2"; Misc2 = 40; } State { ID = "CHOLYATK_2"; Sprite = "CHLY"; Frame = 32769; Tics = 1; Next state = "CHOLYATK_3"; Misc2 = 40; } State { ID = "CHOLYATK_3"; Sprite = "CHLY"; Frame = 32770; Tics = 2; Next state = "CHOLYATK_4"; Misc2 = 43; } State { ID = "CHOLYATK_4"; Sprite = "CHLY"; Frame = 32771; Tics = 2; Next state = "CHOLYATK_5"; Misc2 = 43; } State { ID = "CHOLYATK_5"; Sprite = "CHLY"; Frame = 32772; Tics = 2; Next state = "CHOLYATK_6"; Misc2 = 45; } State { ID = "CHOLYATK_6"; Sprite = "CHLY"; Frame = 32773; Tics = 6; Action = "A_CHolyAttack"; Next state = "CHOLYATK_7"; Misc2 = 48; } State { ID = "CHOLYATK_7"; Sprite = "CHLY"; Frame = 32774; Tics = 2; Action = "A_CHolyPalette"; Next state = "CHOLYATK_8"; Misc2 = 40; } State { ID = "CHOLYATK_8"; Sprite = "CHLY"; Frame = 32774; Tics = 2; Action = "A_CHolyPalette"; Next state = "CHOLYATK_9"; Misc2 = 40; } State { ID = "CHOLYATK_9"; Sprite = "CHLY"; Frame = 32774; Tics = 2; Action = "A_CHolyPalette"; Next state = "CHOLYREADY"; Misc2 = 36; } State { ID = "HOLY_FX1"; Sprite = "SPIR"; Frame = 32768; Tics = 2; Action = "A_CHolySeek"; Next state = "HOLY_FX2"; } State { ID = "HOLY_FX2"; Sprite = "SPIR"; Frame = 32768; Tics = 2; Action = "A_CHolySeek"; Next state = "HOLY_FX3"; } State { ID = "HOLY_FX3"; Sprite = "SPIR"; Frame = 32769; Tics = 2; Action = "A_CHolySeek"; Next state = "HOLY_FX4"; } State { ID = "HOLY_FX4"; Sprite = "SPIR"; Frame = 32769; Tics = 2; Action = "A_CHolyCheckScream"; Next state = "HOLY_FX1"; } State { ID = "HOLY_FX_X1"; Sprite = "SPIR"; Frame = 32771; Tics = 4; Next state = "HOLY_FX_X2"; } State { ID = "HOLY_FX_X2"; Sprite = "SPIR"; Frame = 32772; Tics = 4; Action = "A_Scream"; Next state = "HOLY_FX_X3"; } State { ID = "HOLY_FX_X3"; Sprite = "SPIR"; Frame = 32773; Tics = 4; Next state = "HOLY_FX_X4"; } State { ID = "HOLY_FX_X4"; Sprite = "SPIR"; Frame = 32774; Tics = 4; Next state = "HOLY_FX_X5"; } State { ID = "HOLY_FX_X5"; Sprite = "SPIR"; Frame = 32775; Tics = 4; Next state = "HOLY_FX_X6"; } State { ID = "HOLY_FX_X6"; Sprite = "SPIR"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "HOLY_TAIL1"; Sprite = "SPIR"; Frame = 2; Tics = 1; Action = "A_CHolyTail"; Next state = "HOLY_TAIL1"; } State { ID = "HOLY_TAIL2"; Sprite = "SPIR"; Frame = 3; Tics = -1; Next state = "NULL"; } State { ID = "HOLY_PUFF1"; Sprite = "SPIR"; Frame = 10; Tics = 3; Next state = "HOLY_PUFF2"; } State { ID = "HOLY_PUFF2"; Sprite = "SPIR"; Frame = 11; Tics = 3; Next state = "HOLY_PUFF3"; } State { ID = "HOLY_PUFF3"; Sprite = "SPIR"; Frame = 12; Tics = 3; Next state = "HOLY_PUFF4"; } State { ID = "HOLY_PUFF4"; Sprite = "SPIR"; Frame = 13; Tics = 3; Next state = "HOLY_PUFF5"; } State { ID = "HOLY_PUFF5"; Sprite = "SPIR"; Frame = 14; Tics = 3; Next state = "NULL"; } State { ID = "HOLY_MISSILE1"; Sprite = "SPIR"; Frame = 32783; Tics = 3; Action = "A_CHolySpawnPuff"; Next state = "HOLY_MISSILE2"; } State { ID = "HOLY_MISSILE2"; Sprite = "SPIR"; Frame = 32783; Tics = 3; Action = "A_CHolySpawnPuff"; Next state = "HOLY_MISSILE3"; } State { ID = "HOLY_MISSILE3"; Sprite = "SPIR"; Frame = 32783; Tics = 3; Action = "A_CHolySpawnPuff"; Next state = "HOLY_MISSILE4"; } State { ID = "HOLY_MISSILE4"; Sprite = "SPIR"; Frame = 32783; Tics = 3; Action = "A_CHolySpawnPuff"; Next state = "HOLY_MISSILE_X"; } State { ID = "HOLY_MISSILE_X"; Sprite = "SPIR"; Frame = 32783; Tics = 1; Action = "A_CHolyAttack2"; Next state = "NULL"; } State { ID = "HOLY_MISSILE_P1"; Sprite = "SPIR"; Frame = 16; Tics = 3; Next state = "HOLY_MISSILE_P2"; } State { ID = "HOLY_MISSILE_P2"; Sprite = "SPIR"; Frame = 17; Tics = 3; Next state = "HOLY_MISSILE_P3"; } State { ID = "HOLY_MISSILE_P3"; Sprite = "SPIR"; Frame = 18; Tics = 3; Next state = "HOLY_MISSILE_P4"; } State { ID = "HOLY_MISSILE_P4"; Sprite = "SPIR"; Frame = 19; Tics = 3; Next state = "HOLY_MISSILE_P5"; } State { ID = "HOLY_MISSILE_P5"; Sprite = "SPIR"; Frame = 20; Tics = 3; Next state = "NULL"; } State { ID = "MWANDREADY"; Sprite = "MWND"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MWANDREADY"; } State { ID = "MWANDDOWN"; Sprite = "MWND"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "MWANDDOWN"; } State { ID = "MWANDUP"; Sprite = "MWND"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "MWANDUP"; } State { ID = "MWANDATK_1"; Sprite = "MWND"; Frame = 0; Tics = 6; Next state = "MWANDATK_2"; } State { ID = "MWANDATK_2"; Sprite = "MWND"; Frame = 32769; Tics = 6; Action = "A_MWandAttack"; Next state = "MWANDATK_3"; Misc2 = 48; } State { ID = "MWANDATK_3"; Sprite = "MWND"; Frame = 0; Tics = 3; Next state = "MWANDATK_4"; Misc2 = 40; } State { ID = "MWANDATK_4"; Sprite = "MWND"; Frame = 0; Tics = 3; Action = "A_ReFire"; Next state = "MWANDREADY"; Misc2 = 36; } State { ID = "MWANDPUFF1"; Sprite = "MWND"; Frame = 32772; Tics = 4; Next state = "MWANDPUFF2"; } State { ID = "MWANDPUFF2"; Sprite = "MWND"; Frame = 32773; Tics = 3; Next state = "MWANDPUFF3"; } State { ID = "MWANDPUFF3"; Sprite = "MWND"; Frame = 32774; Tics = 4; Next state = "MWANDPUFF4"; } State { ID = "MWANDPUFF4"; Sprite = "MWND"; Frame = 32775; Tics = 3; Next state = "MWANDPUFF5"; } State { ID = "MWANDPUFF5"; Sprite = "MWND"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "MWANDSMOKE1"; Sprite = "MWND"; Frame = 2; Tics = 4; Next state = "MWANDSMOKE2"; } State { ID = "MWANDSMOKE2"; Sprite = "MWND"; Frame = 3; Tics = 4; Next state = "MWANDSMOKE3"; } State { ID = "MWANDSMOKE3"; Sprite = "MWND"; Frame = 2; Tics = 4; Next state = "MWANDSMOKE4"; } State { ID = "MWANDSMOKE4"; Sprite = "MWND"; Frame = 3; Tics = 4; Next state = "NULL"; } State { ID = "MWAND_MISSILE1"; Sprite = "MWND"; Frame = 32770; Tics = 4; Next state = "MWAND_MISSILE2"; } State { ID = "MWAND_MISSILE2"; Sprite = "MWND"; Frame = 32771; Tics = 4; Next state = "MWAND_MISSILE1"; } State { ID = "MW_LIGHTNING1"; Sprite = "WMLG"; Frame = 32768; Tics = 4; Next state = "MW_LIGHTNING2"; } State { ID = "MW_LIGHTNING2"; Sprite = "WMLG"; Frame = 32769; Tics = 4; Next state = "MW_LIGHTNING3"; } State { ID = "MW_LIGHTNING3"; Sprite = "WMLG"; Frame = 32770; Tics = 4; Next state = "MW_LIGHTNING4"; } State { ID = "MW_LIGHTNING4"; Sprite = "WMLG"; Frame = 32771; Tics = 4; Next state = "MW_LIGHTNING5"; } State { ID = "MW_LIGHTNING5"; Sprite = "WMLG"; Frame = 32772; Tics = 4; Next state = "MW_LIGHTNING6"; } State { ID = "MW_LIGHTNING6"; Sprite = "WMLG"; Frame = 32773; Tics = 4; Next state = "MW_LIGHTNING7"; } State { ID = "MW_LIGHTNING7"; Sprite = "WMLG"; Frame = 32774; Tics = 4; Next state = "MW_LIGHTNING8"; } State { ID = "MW_LIGHTNING8"; Sprite = "WMLG"; Frame = 32775; Tics = 4; Next state = "MW_LIGHTNING1"; } State { ID = "MLIGHTNINGREADY"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY2"; } State { ID = "MLIGHTNINGREADY2"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY3"; } State { ID = "MLIGHTNINGREADY3"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY4"; } State { ID = "MLIGHTNINGREADY4"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY5"; } State { ID = "MLIGHTNINGREADY5"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY6"; } State { ID = "MLIGHTNINGREADY6"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_LightningReady"; Next state = "MLIGHTNINGREADY7"; } State { ID = "MLIGHTNINGREADY7"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY8"; } State { ID = "MLIGHTNINGREADY8"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY9"; } State { ID = "MLIGHTNINGREADY9"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY10"; } State { ID = "MLIGHTNINGREADY10"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY11"; } State { ID = "MLIGHTNINGREADY11"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY12"; } State { ID = "MLIGHTNINGREADY12"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY13"; } State { ID = "MLIGHTNINGREADY13"; Sprite = "MLNG"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY14"; } State { ID = "MLIGHTNINGREADY14"; Sprite = "MLNG"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY15"; } State { ID = "MLIGHTNINGREADY15"; Sprite = "MLNG"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY16"; } State { ID = "MLIGHTNINGREADY16"; Sprite = "MLNG"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY17"; } State { ID = "MLIGHTNINGREADY17"; Sprite = "MLNG"; Frame = 32770; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY18"; } State { ID = "MLIGHTNINGREADY18"; Sprite = "MLNG"; Frame = 32770; Tics = 1; Action = "A_LightningReady"; Next state = "MLIGHTNINGREADY19"; } State { ID = "MLIGHTNINGREADY19"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY20"; } State { ID = "MLIGHTNINGREADY20"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY21"; } State { ID = "MLIGHTNINGREADY21"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY22"; } State { ID = "MLIGHTNINGREADY22"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY23"; } State { ID = "MLIGHTNINGREADY23"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY24"; } State { ID = "MLIGHTNINGREADY24"; Sprite = "MLNG"; Frame = 32769; Tics = 1; Action = "A_WeaponReady"; Next state = "MLIGHTNINGREADY"; } State { ID = "MLIGHTNINGDOWN"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_Lower"; Next state = "MLIGHTNINGDOWN"; } State { ID = "MLIGHTNINGUP"; Sprite = "MLNG"; Frame = 32768; Tics = 1; Action = "A_Raise"; Next state = "MLIGHTNINGUP"; } State { ID = "MLIGHTNINGATK_1"; Sprite = "MLNG"; Frame = 32771; Tics = 3; Next state = "MLIGHTNINGATK_2"; } State { ID = "MLIGHTNINGATK_2"; Sprite = "MLNG"; Frame = 32772; Tics = 3; Next state = "MLIGHTNINGATK_3"; } State { ID = "MLIGHTNINGATK_3"; Sprite = "MLNG"; Frame = 32773; Tics = 4; Action = "A_MLightningAttack"; Next state = "MLIGHTNINGATK_4"; } State { ID = "MLIGHTNINGATK_4"; Sprite = "MLNG"; Frame = 32774; Tics = 4; Next state = "MLIGHTNINGATK_5"; } State { ID = "MLIGHTNINGATK_5"; Sprite = "MLNG"; Frame = 32775; Tics = 3; Next state = "MLIGHTNINGATK_6"; } State { ID = "MLIGHTNINGATK_6"; Sprite = "MLNG"; Frame = 32776; Tics = 3; Next state = "MLIGHTNINGATK_7"; } State { ID = "MLIGHTNINGATK_7"; Sprite = "MLNG"; Frame = 32776; Tics = 6; Next state = "MLIGHTNINGATK_8"; Misc2 = 199; } State { ID = "MLIGHTNINGATK_8"; Sprite = "MLNG"; Frame = 32770; Tics = 2; Next state = "MLIGHTNINGATK_9"; Misc2 = 55; } State { ID = "MLIGHTNINGATK_9"; Sprite = "MLNG"; Frame = 32769; Tics = 2; Next state = "MLIGHTNINGATK_10"; Misc2 = 50; } State { ID = "MLIGHTNINGATK_10"; Sprite = "MLNG"; Frame = 32769; Tics = 2; Next state = "MLIGHTNINGATK_11"; Misc2 = 45; } State { ID = "MLIGHTNINGATK_11"; Sprite = "MLNG"; Frame = 32769; Tics = 2; Next state = "MLIGHTNINGREADY"; Misc2 = 40; } State { ID = "LIGHTNING_CEILING1"; Sprite = "MLFX"; Frame = 32768; Tics = 2; Action = "A_LightningZap"; Next state = "LIGHTNING_CEILING2"; } State { ID = "LIGHTNING_CEILING2"; Sprite = "MLFX"; Frame = 32769; Tics = 2; Action = "A_LightningClip"; Next state = "LIGHTNING_CEILING3"; } State { ID = "LIGHTNING_CEILING3"; Sprite = "MLFX"; Frame = 32770; Tics = 2; Action = "A_LightningClip"; Next state = "LIGHTNING_CEILING4"; } State { ID = "LIGHTNING_CEILING4"; Sprite = "MLFX"; Frame = 32771; Tics = 2; Action = "A_LightningClip"; Next state = "LIGHTNING_CEILING1"; } State { ID = "LIGHTNING_C_X1"; Sprite = "MLF2"; Frame = 32768; Tics = 2; Action = "A_LightningRemove"; Next state = "LIGHTNING_C_X2"; } State { ID = "LIGHTNING_C_X2"; Sprite = "MLF2"; Frame = 32769; Tics = 3; Next state = "LIGHTNING_C_X3"; } State { ID = "LIGHTNING_C_X3"; Sprite = "MLF2"; Frame = 32770; Tics = 3; Next state = "LIGHTNING_C_X4"; } State { ID = "LIGHTNING_C_X4"; Sprite = "MLF2"; Frame = 32771; Tics = 3; Next state = "LIGHTNING_C_X5"; } State { ID = "LIGHTNING_C_X5"; Sprite = "MLF2"; Frame = 32772; Tics = 3; Next state = "LIGHTNING_C_X6"; } State { ID = "LIGHTNING_C_X6"; Sprite = "MLF2"; Frame = 32778; Tics = 3; Next state = "LIGHTNING_C_X7"; } State { ID = "LIGHTNING_C_X7"; Sprite = "MLF2"; Frame = 32779; Tics = 3; Next state = "LIGHTNING_C_X8"; } State { ID = "LIGHTNING_C_X8"; Sprite = "MLF2"; Frame = 32780; Tics = 3; Next state = "LIGHTNING_C_X9"; } State { ID = "LIGHTNING_C_X9"; Sprite = "ACLO"; Frame = 4; Tics = 35; Next state = "LIGHTNING_C_X10"; } State { ID = "LIGHTNING_C_X10"; Sprite = "MLF2"; Frame = 32781; Tics = 3; Next state = "LIGHTNING_C_X11"; } State { ID = "LIGHTNING_C_X11"; Sprite = "MLF2"; Frame = 32782; Tics = 3; Next state = "LIGHTNING_C_X12"; } State { ID = "LIGHTNING_C_X12"; Sprite = "MLF2"; Frame = 32783; Tics = 4; Next state = "LIGHTNING_C_X13"; } State { ID = "LIGHTNING_C_X13"; Sprite = "MLF2"; Frame = 32784; Tics = 3; Next state = "LIGHTNING_C_X14"; } State { ID = "LIGHTNING_C_X14"; Sprite = "MLF2"; Frame = 32783; Tics = 3; Next state = "LIGHTNING_C_X15"; } State { ID = "LIGHTNING_C_X15"; Sprite = "MLF2"; Frame = 32784; Tics = 4; Next state = "LIGHTNING_C_X16"; } State { ID = "LIGHTNING_C_X16"; Sprite = "MLF2"; Frame = 32783; Tics = 3; Next state = "LIGHTNING_C_X17"; } State { ID = "LIGHTNING_C_X17"; Sprite = "MLF2"; Frame = 32782; Tics = 3; Next state = "LIGHTNING_C_X18"; } State { ID = "LIGHTNING_C_X18"; Sprite = "MLF2"; Frame = 32783; Tics = 3; Next state = "LIGHTNING_C_X19"; } State { ID = "LIGHTNING_C_X19"; Sprite = "MLF2"; Frame = 32783; Tics = 1; Action = "A_HideThing"; Next state = "FREETARGMOBJ"; } State { ID = "LIGHTNING_FLOOR1"; Sprite = "MLFX"; Frame = 32772; Tics = 2; Action = "A_LightningZap"; Next state = "LIGHTNING_FLOOR2"; } State { ID = "LIGHTNING_FLOOR2"; Sprite = "MLFX"; Frame = 32773; Tics = 2; Action = "A_LightningClip"; Next state = "LIGHTNING_FLOOR3"; } State { ID = "LIGHTNING_FLOOR3"; Sprite = "MLFX"; Frame = 32774; Tics = 2; Action = "A_LightningClip"; Next state = "LIGHTNING_FLOOR4"; } State { ID = "LIGHTNING_FLOOR4"; Sprite = "MLFX"; Frame = 32775; Tics = 2; Action = "A_LightningClip"; Next state = "LIGHTNING_FLOOR1"; } State { ID = "LIGHTNING_F_X1"; Sprite = "MLF2"; Frame = 32773; Tics = 2; Action = "A_LightningRemove"; Next state = "LIGHTNING_F_X2"; } State { ID = "LIGHTNING_F_X2"; Sprite = "MLF2"; Frame = 32774; Tics = 3; Next state = "LIGHTNING_F_X3"; } State { ID = "LIGHTNING_F_X3"; Sprite = "MLF2"; Frame = 32775; Tics = 3; Next state = "LIGHTNING_F_X4"; } State { ID = "LIGHTNING_F_X4"; Sprite = "MLF2"; Frame = 32776; Tics = 3; Next state = "LIGHTNING_F_X5"; } State { ID = "LIGHTNING_F_X5"; Sprite = "MLF2"; Frame = 32777; Tics = 3; Next state = "LIGHTNING_F_X6"; } State { ID = "LIGHTNING_F_X6"; Sprite = "MLF2"; Frame = 32778; Tics = 3; Next state = "LIGHTNING_F_X7"; } State { ID = "LIGHTNING_F_X7"; Sprite = "MLF2"; Frame = 32779; Tics = 3; Next state = "LIGHTNING_F_X8"; } State { ID = "LIGHTNING_F_X8"; Sprite = "MLF2"; Frame = 32780; Tics = 3; Next state = "LIGHTNING_F_X9"; } State { ID = "LIGHTNING_F_X9"; Sprite = "ACLO"; Frame = 4; Tics = 20; Next state = "LIGHTNING_F_X10"; } State { ID = "LIGHTNING_F_X10"; Sprite = "MLF2"; Frame = 32781; Tics = 3; Next state = "LIGHTNING_F_X11"; } State { ID = "LIGHTNING_F_X11"; Sprite = "MLF2"; Frame = 32782; Tics = 3; Next state = "LIGHTNING_F_X12"; } State { ID = "LIGHTNING_F_X12"; Sprite = "MLF2"; Frame = 32783; Tics = 4; Next state = "LIGHTNING_F_X13"; } State { ID = "LIGHTNING_F_X13"; Sprite = "MLF2"; Frame = 32784; Tics = 3; Next state = "LIGHTNING_F_X14"; } State { ID = "LIGHTNING_F_X14"; Sprite = "MLF2"; Frame = 32783; Tics = 3; Next state = "LIGHTNING_F_X15"; } State { ID = "LIGHTNING_F_X15"; Sprite = "MLF2"; Frame = 32784; Tics = 4; Action = "A_LastZap"; Next state = "LIGHTNING_F_X16"; } State { ID = "LIGHTNING_F_X16"; Sprite = "MLF2"; Frame = 32783; Tics = 3; Next state = "LIGHTNING_F_X17"; } State { ID = "LIGHTNING_F_X17"; Sprite = "MLF2"; Frame = 32782; Tics = 3; Next state = "LIGHTNING_F_X18"; } State { ID = "LIGHTNING_F_X18"; Sprite = "MLF2"; Frame = 32783; Tics = 3; Next state = "LIGHTNING_F_X19"; } State { ID = "LIGHTNING_F_X19"; Sprite = "MLF2"; Frame = 32783; Tics = 1; Action = "A_HideThing"; Next state = "FREETARGMOBJ"; } State { ID = "LIGHTNING_ZAP1"; Sprite = "MLFX"; Frame = 32776; Tics = 2; Action = "A_ZapMimic"; Next state = "LIGHTNING_ZAP2"; } State { ID = "LIGHTNING_ZAP2"; Sprite = "MLFX"; Frame = 32777; Tics = 2; Action = "A_ZapMimic"; Next state = "LIGHTNING_ZAP3"; } State { ID = "LIGHTNING_ZAP3"; Sprite = "MLFX"; Frame = 32778; Tics = 2; Action = "A_ZapMimic"; Next state = "LIGHTNING_ZAP4"; } State { ID = "LIGHTNING_ZAP4"; Sprite = "MLFX"; Frame = 32779; Tics = 2; Action = "A_ZapMimic"; Next state = "LIGHTNING_ZAP5"; } State { ID = "LIGHTNING_ZAP5"; Sprite = "MLFX"; Frame = 32780; Tics = 2; Action = "A_ZapMimic"; Next state = "LIGHTNING_ZAP1"; } State { ID = "LIGHTNING_ZAP_X1"; Sprite = "MLFX"; Frame = 32781; Tics = 2; Next state = "LIGHTNING_ZAP_X2"; } State { ID = "LIGHTNING_ZAP_X2"; Sprite = "MLFX"; Frame = 32782; Tics = 2; Next state = "LIGHTNING_ZAP_X3"; } State { ID = "LIGHTNING_ZAP_X3"; Sprite = "MLFX"; Frame = 32783; Tics = 2; Next state = "LIGHTNING_ZAP_X4"; } State { ID = "LIGHTNING_ZAP_X4"; Sprite = "MLFX"; Frame = 32784; Tics = 2; Next state = "LIGHTNING_ZAP_X5"; } State { ID = "LIGHTNING_ZAP_X5"; Sprite = "MLFX"; Frame = 32785; Tics = 2; Next state = "LIGHTNING_ZAP_X6"; } State { ID = "LIGHTNING_ZAP_X6"; Sprite = "MLFX"; Frame = 32786; Tics = 2; Next state = "LIGHTNING_ZAP_X7"; } State { ID = "LIGHTNING_ZAP_X7"; Sprite = "MLFX"; Frame = 32787; Tics = 2; Next state = "LIGHTNING_ZAP_X8"; } State { ID = "LIGHTNING_ZAP_X8"; Sprite = "MLFX"; Frame = 32788; Tics = 2; Next state = "NULL"; } State { ID = "MSTAFFREADY"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY2"; } State { ID = "MSTAFFREADY2"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY3"; } State { ID = "MSTAFFREADY3"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY4"; } State { ID = "MSTAFFREADY4"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY5"; } State { ID = "MSTAFFREADY5"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY6"; } State { ID = "MSTAFFREADY6"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY7"; } State { ID = "MSTAFFREADY7"; Sprite = "MSTF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY8"; } State { ID = "MSTAFFREADY8"; Sprite = "MSTF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY9"; } State { ID = "MSTAFFREADY9"; Sprite = "MSTF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY10"; } State { ID = "MSTAFFREADY10"; Sprite = "MSTF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY11"; } State { ID = "MSTAFFREADY11"; Sprite = "MSTF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY12"; } State { ID = "MSTAFFREADY12"; Sprite = "MSTF"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY13"; } State { ID = "MSTAFFREADY13"; Sprite = "MSTF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY14"; } State { ID = "MSTAFFREADY14"; Sprite = "MSTF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY15"; } State { ID = "MSTAFFREADY15"; Sprite = "MSTF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY16"; } State { ID = "MSTAFFREADY16"; Sprite = "MSTF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY17"; } State { ID = "MSTAFFREADY17"; Sprite = "MSTF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY18"; } State { ID = "MSTAFFREADY18"; Sprite = "MSTF"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY19"; } State { ID = "MSTAFFREADY19"; Sprite = "MSTF"; Frame = 3; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY20"; } State { ID = "MSTAFFREADY20"; Sprite = "MSTF"; Frame = 3; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY21"; } State { ID = "MSTAFFREADY21"; Sprite = "MSTF"; Frame = 3; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY22"; } State { ID = "MSTAFFREADY22"; Sprite = "MSTF"; Frame = 3; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY23"; } State { ID = "MSTAFFREADY23"; Sprite = "MSTF"; Frame = 3; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY24"; } State { ID = "MSTAFFREADY24"; Sprite = "MSTF"; Frame = 3; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY25"; } State { ID = "MSTAFFREADY25"; Sprite = "MSTF"; Frame = 4; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY26"; } State { ID = "MSTAFFREADY26"; Sprite = "MSTF"; Frame = 4; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY27"; } State { ID = "MSTAFFREADY27"; Sprite = "MSTF"; Frame = 4; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY28"; } State { ID = "MSTAFFREADY28"; Sprite = "MSTF"; Frame = 4; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY29"; } State { ID = "MSTAFFREADY29"; Sprite = "MSTF"; Frame = 4; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY30"; } State { ID = "MSTAFFREADY30"; Sprite = "MSTF"; Frame = 4; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY31"; } State { ID = "MSTAFFREADY31"; Sprite = "MSTF"; Frame = 5; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY32"; } State { ID = "MSTAFFREADY32"; Sprite = "MSTF"; Frame = 5; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY33"; } State { ID = "MSTAFFREADY33"; Sprite = "MSTF"; Frame = 5; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY34"; } State { ID = "MSTAFFREADY34"; Sprite = "MSTF"; Frame = 5; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY35"; } State { ID = "MSTAFFREADY35"; Sprite = "MSTF"; Frame = 5; Tics = 1; Action = "A_WeaponReady"; Next state = "MSTAFFREADY"; } State { ID = "MSTAFFDOWN"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "MSTAFFDOWN"; } State { ID = "MSTAFFUP"; Sprite = "MSTF"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "MSTAFFUP"; } State { ID = "MSTAFFATK_1"; Sprite = "MSTF"; Frame = 6; Tics = 4; Next state = "MSTAFFATK_2"; Misc2 = 40; } State { ID = "MSTAFFATK_2"; Sprite = "MSTF"; Frame = 32775; Tics = 4; Action = "A_MStaffAttack"; Next state = "MSTAFFATK_3"; Misc2 = 48; } State { ID = "MSTAFFATK_3"; Sprite = "MSTF"; Frame = 32775; Tics = 2; Action = "A_MStaffPalette"; Next state = "MSTAFFATK_4"; Misc2 = 48; } State { ID = "MSTAFFATK_4"; Sprite = "MSTF"; Frame = 8; Tics = 2; Action = "A_MStaffPalette"; Next state = "MSTAFFATK_5"; Misc2 = 48; } State { ID = "MSTAFFATK_5"; Sprite = "MSTF"; Frame = 8; Tics = 2; Action = "A_MStaffPalette"; Next state = "MSTAFFATK_6"; Misc2 = 48; } State { ID = "MSTAFFATK_6"; Sprite = "MSTF"; Frame = 8; Tics = 1; Next state = "MSTAFFATK_7"; Misc2 = 40; } State { ID = "MSTAFFATK_7"; Sprite = "MSTF"; Frame = 9; Tics = 5; Next state = "MSTAFFREADY"; Misc2 = 36; } State { ID = "MSTAFF_FX1_1"; Sprite = "MSP1"; Frame = 32768; Tics = 3; Action = "A_MStaffWeave"; Next state = "MSTAFF_FX1_2"; } State { ID = "MSTAFF_FX1_2"; Sprite = "MSP1"; Frame = 32769; Tics = 3; Action = "A_MStaffWeave"; Next state = "MSTAFF_FX1_3"; } State { ID = "MSTAFF_FX1_3"; Sprite = "MSP1"; Frame = 32770; Tics = 3; Action = "A_MStaffWeave"; Next state = "MSTAFF_FX1_4"; } State { ID = "MSTAFF_FX1_4"; Sprite = "MSP1"; Frame = 32771; Tics = 3; Action = "A_MStaffWeave"; Next state = "MSTAFF_FX1_5"; } State { ID = "MSTAFF_FX1_5"; Sprite = "MSP1"; Frame = 32772; Tics = 3; Action = "A_MStaffWeave"; Next state = "MSTAFF_FX1_6"; } State { ID = "MSTAFF_FX1_6"; Sprite = "MSP1"; Frame = 32773; Tics = 3; Action = "A_MStaffWeave"; Next state = "MSTAFF_FX1_1"; } State { ID = "MSTAFF_FX_X1"; Sprite = "MSP1"; Frame = 32774; Tics = 4; Next state = "MSTAFF_FX_X2"; } State { ID = "MSTAFF_FX_X2"; Sprite = "MSP1"; Frame = 32775; Tics = 5; Action = "A_Explode"; Next state = "MSTAFF_FX_X3"; } State { ID = "MSTAFF_FX_X3"; Sprite = "MSP1"; Frame = 32776; Tics = 4; Next state = "MSTAFF_FX_X4"; } State { ID = "MSTAFF_FX_X4"; Sprite = "MSP1"; Frame = 32777; Tics = 5; Next state = "MSTAFF_FX_X5"; } State { ID = "MSTAFF_FX_X5"; Sprite = "MSP1"; Frame = 32778; Tics = 4; Next state = "MSTAFF_FX_X6"; } State { ID = "MSTAFF_FX_X6"; Sprite = "MSP1"; Frame = 32779; Tics = 5; Next state = "MSTAFF_FX_X7"; } State { ID = "MSTAFF_FX_X7"; Sprite = "MSP1"; Frame = 32780; Tics = 4; Next state = "MSTAFF_FX_X8"; } State { ID = "MSTAFF_FX_X8"; Sprite = "MSP1"; Frame = 32781; Tics = 5; Next state = "MSTAFF_FX_X9"; } State { ID = "MSTAFF_FX_X9"; Sprite = "MSP1"; Frame = 32782; Tics = 4; Next state = "MSTAFF_FX_X10"; } State { ID = "MSTAFF_FX_X10"; Sprite = "MSP1"; Frame = 32783; Tics = 4; Next state = "NULL"; } State { ID = "MSTAFF_FX2_1"; Sprite = "MSP2"; Frame = 32768; Tics = 2; Action = "A_MStaffTrack"; Next state = "MSTAFF_FX2_2"; } State { ID = "MSTAFF_FX2_2"; Sprite = "MSP2"; Frame = 32769; Tics = 2; Action = "A_MStaffTrack"; Next state = "MSTAFF_FX2_3"; } State { ID = "MSTAFF_FX2_3"; Sprite = "MSP2"; Frame = 32770; Tics = 2; Action = "A_MStaffTrack"; Next state = "MSTAFF_FX2_4"; } State { ID = "MSTAFF_FX2_4"; Sprite = "MSP2"; Frame = 32771; Tics = 2; Action = "A_MStaffTrack"; Next state = "MSTAFF_FX2_1"; } State { ID = "MSTAFF_FX2_X1"; Sprite = "MSP2"; Frame = 32772; Tics = 4; Next state = "MSTAFF_FX2_X2"; } State { ID = "MSTAFF_FX2_X2"; Sprite = "MSP2"; Frame = 32773; Tics = 5; Action = "A_Explode"; Next state = "MSTAFF_FX2_X3"; } State { ID = "MSTAFF_FX2_X3"; Sprite = "MSP2"; Frame = 32774; Tics = 5; Next state = "MSTAFF_FX2_X4"; } State { ID = "MSTAFF_FX2_X4"; Sprite = "MSP2"; Frame = 32775; Tics = 5; Next state = "MSTAFF_FX2_X5"; } State { ID = "MSTAFF_FX2_X5"; Sprite = "MSP2"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "FSWORD1"; Sprite = "WFR1"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "FSWORD2"; Sprite = "WFR2"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "FSWORD3"; Sprite = "WFR3"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "CHOLY1"; Sprite = "WCH1"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "CHOLY2"; Sprite = "WCH2"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "CHOLY3"; Sprite = "WCH3"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "MSTAFF1"; Sprite = "WMS1"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "MSTAFF2"; Sprite = "WMS2"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "MSTAFF3"; Sprite = "WMS3"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "SNOUTREADY"; Sprite = "WPIG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "SNOUTREADY"; } State { ID = "SNOUTDOWN"; Sprite = "WPIG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "SNOUTDOWN"; } State { ID = "SNOUTUP"; Sprite = "WPIG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "SNOUTUP"; } State { ID = "SNOUTATK1"; Sprite = "WPIG"; Frame = 0; Tics = 4; Action = "A_SnoutAttack"; Next state = "SNOUTATK2"; } State { ID = "SNOUTATK2"; Sprite = "WPIG"; Frame = 1; Tics = 8; Action = "A_SnoutAttack"; Next state = "SNOUTREADY"; } State { ID = "COS1"; Sprite = "WMCS"; Frame = 32768; Tics = 8; Next state = "COS2"; } State { ID = "COS2"; Sprite = "WMCS"; Frame = 32769; Tics = 8; Next state = "COS3"; } State { ID = "COS3"; Sprite = "WMCS"; Frame = 32770; Tics = 8; Next state = "COS1"; } State { ID = "CONEREADY"; Sprite = "CONE"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CONEREADY"; } State { ID = "CONEDOWN"; Sprite = "CONE"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "CONEDOWN"; } State { ID = "CONEUP"; Sprite = "CONE"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "CONEUP"; } State { ID = "CONEATK1_1"; Sprite = "CONE"; Frame = 1; Tics = 3; Next state = "CONEATK1_2"; } State { ID = "CONEATK1_2"; Sprite = "CONE"; Frame = 2; Tics = 4; Next state = "CONEATK1_3"; } State { ID = "CONEATK1_3"; Sprite = "CONE"; Frame = 3; Tics = 3; Next state = "CONEATK1_4"; } State { ID = "CONEATK1_4"; Sprite = "CONE"; Frame = 4; Tics = 5; Next state = "CONEATK1_5"; } State { ID = "CONEATK1_5"; Sprite = "CONE"; Frame = 5; Tics = 3; Action = "A_FireConePL1"; Next state = "CONEATK1_6"; } State { ID = "CONEATK1_6"; Sprite = "CONE"; Frame = 6; Tics = 3; Next state = "CONEATK1_7"; } State { ID = "CONEATK1_7"; Sprite = "CONE"; Frame = 0; Tics = 9; Next state = "CONEATK1_8"; } State { ID = "CONEATK1_8"; Sprite = "CONE"; Frame = 0; Tics = 10; Action = "A_ReFire"; Next state = "CONEREADY"; } State { ID = "SHARDFX1_1"; Sprite = "SHRD"; Frame = 32768; Tics = 2; Next state = "SHARDFX1_2"; } State { ID = "SHARDFX1_2"; Sprite = "SHRD"; Frame = 32768; Tics = 3; Action = "A_ShedShard"; Next state = "SHARDFX1_3"; } State { ID = "SHARDFX1_3"; Sprite = "SHRD"; Frame = 32769; Tics = 3; Next state = "SHARDFX1_4"; } State { ID = "SHARDFX1_4"; Sprite = "SHRD"; Frame = 32770; Tics = 3; Next state = "SHARDFX1_1"; } State { ID = "SHARDFXE1_1"; Sprite = "SHEX"; Frame = 32768; Tics = 5; Next state = "SHARDFXE1_2"; } State { ID = "SHARDFXE1_2"; Sprite = "SHEX"; Frame = 32769; Tics = 5; Next state = "SHARDFXE1_3"; } State { ID = "SHARDFXE1_3"; Sprite = "SHEX"; Frame = 32770; Tics = 5; Next state = "SHARDFXE1_4"; } State { ID = "SHARDFXE1_4"; Sprite = "SHEX"; Frame = 32771; Tics = 5; Next state = "SHARDFXE1_5"; } State { ID = "SHARDFXE1_5"; Sprite = "SHEX"; Frame = 32772; Tics = 5; Next state = "NULL"; } State { ID = "BLOOD1"; Sprite = "BLOD"; Frame = 2; Tics = 8; Next state = "BLOOD2"; } State { ID = "BLOOD2"; Sprite = "BLOD"; Frame = 1; Tics = 8; Next state = "BLOOD3"; } State { ID = "BLOOD3"; Sprite = "BLOD"; Frame = 0; Tics = 8; Next state = "NULL"; } State { ID = "BLOODSPLATTER1"; Sprite = "BLOD"; Frame = 2; Tics = 8; Next state = "BLOODSPLATTER2"; } State { ID = "BLOODSPLATTER2"; Sprite = "BLOD"; Frame = 1; Tics = 8; Next state = "BLOODSPLATTER3"; } State { ID = "BLOODSPLATTER3"; Sprite = "BLOD"; Frame = 0; Tics = 8; Next state = "NULL"; } State { ID = "BLOODSPLATTERX"; Sprite = "BLOD"; Frame = 0; Tics = 6; Next state = "NULL"; } State { ID = "GIBS1"; Sprite = "GIBS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FPLAY"; Sprite = "PLAY"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FPLAY_RUN1"; Sprite = "PLAY"; Frame = 0; Tics = 4; Next state = "FPLAY_RUN2"; } State { ID = "FPLAY_RUN2"; Sprite = "PLAY"; Frame = 1; Tics = 4; Next state = "FPLAY_RUN3"; } State { ID = "FPLAY_RUN3"; Sprite = "PLAY"; Frame = 2; Tics = 4; Next state = "FPLAY_RUN4"; } State { ID = "FPLAY_RUN4"; Sprite = "PLAY"; Frame = 3; Tics = 4; Next state = "FPLAY_RUN1"; } State { ID = "FPLAY_ATK1"; Sprite = "PLAY"; Frame = 4; Tics = 8; Next state = "FPLAY_ATK2"; } State { ID = "FPLAY_ATK2"; Sprite = "PLAY"; Frame = 5; Tics = 8; Next state = "FPLAY"; } State { ID = "FPLAY_PAIN"; Sprite = "PLAY"; Frame = 6; Tics = 4; Next state = "FPLAY_PAIN2"; } State { ID = "FPLAY_PAIN2"; Sprite = "PLAY"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "FPLAY"; } State { ID = "FPLAY_DIE1"; Sprite = "PLAY"; Frame = 7; Tics = 6; Next state = "FPLAY_DIE2"; } State { ID = "FPLAY_DIE2"; Sprite = "PLAY"; Frame = 8; Tics = 6; Action = "A_Scream"; Next state = "FPLAY_DIE3"; } State { ID = "FPLAY_DIE3"; Sprite = "PLAY"; Frame = 9; Tics = 6; Next state = "FPLAY_DIE4"; } State { ID = "FPLAY_DIE4"; Sprite = "PLAY"; Frame = 10; Tics = 6; Next state = "FPLAY_DIE5"; } State { ID = "FPLAY_DIE5"; Sprite = "PLAY"; Frame = 11; Tics = 6; Action = "A_NoBlocking"; Next state = "FPLAY_DIE6"; } State { ID = "FPLAY_DIE6"; Sprite = "PLAY"; Frame = 12; Tics = 6; Next state = "FPLAY_DIE7"; } State { ID = "FPLAY_DIE7"; Sprite = "PLAY"; Frame = 13; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "FPLAY_XDIE1"; Sprite = "PLAY"; Frame = 14; Tics = 5; Action = "A_Scream"; Next state = "FPLAY_XDIE2"; } State { ID = "FPLAY_XDIE2"; Sprite = "PLAY"; Frame = 15; Tics = 5; Action = "A_SkullPop"; Next state = "FPLAY_XDIE3"; } State { ID = "FPLAY_XDIE3"; Sprite = "PLAY"; Frame = 17; Tics = 5; Action = "A_NoBlocking"; Next state = "FPLAY_XDIE4"; } State { ID = "FPLAY_XDIE4"; Sprite = "PLAY"; Frame = 18; Tics = 5; Next state = "FPLAY_XDIE5"; } State { ID = "FPLAY_XDIE5"; Sprite = "PLAY"; Frame = 19; Tics = 5; Next state = "FPLAY_XDIE6"; } State { ID = "FPLAY_XDIE6"; Sprite = "PLAY"; Frame = 20; Tics = 5; Next state = "FPLAY_XDIE7"; } State { ID = "FPLAY_XDIE7"; Sprite = "PLAY"; Frame = 21; Tics = 5; Next state = "FPLAY_XDIE8"; } State { ID = "FPLAY_XDIE8"; Sprite = "PLAY"; Frame = 22; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "FPLAY_ICE"; Sprite = "PLAY"; Frame = 23; Tics = 5; Action = "A_FreezeDeath"; Next state = "FPLAY_ICE2"; } State { ID = "FPLAY_ICE2"; Sprite = "PLAY"; Frame = 23; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "FPLAY_ICE2"; } State { ID = "PLAY_F_FDTH1"; Sprite = "FDTH"; Frame = 32768; Tics = 5; Next state = "PLAY_F_FDTH2"; } State { ID = "PLAY_F_FDTH2"; Sprite = "FDTH"; Frame = 32769; Tics = 4; Next state = "PLAY_FDTH3"; } State { ID = "PLAY_C_FDTH1"; Sprite = "FDTH"; Frame = 32770; Tics = 5; Next state = "PLAY_C_FDTH2"; } State { ID = "PLAY_C_FDTH2"; Sprite = "FDTH"; Frame = 32771; Tics = 4; Next state = "PLAY_FDTH3"; } State { ID = "PLAY_M_FDTH1"; Sprite = "FDTH"; Frame = 32772; Tics = 5; Next state = "PLAY_M_FDTH2"; } State { ID = "PLAY_M_FDTH2"; Sprite = "FDTH"; Frame = 32773; Tics = 4; Next state = "PLAY_FDTH3"; } State { ID = "PLAY_FDTH3"; Sprite = "FDTH"; Frame = 32774; Tics = 5; Next state = "PLAY_FDTH4"; } State { ID = "PLAY_FDTH4"; Sprite = "FDTH"; Frame = 32775; Tics = 4; Action = "A_Scream"; Next state = "PLAY_FDTH5"; } State { ID = "PLAY_FDTH5"; Sprite = "FDTH"; Frame = 32776; Tics = 5; Next state = "PLAY_FDTH6"; } State { ID = "PLAY_FDTH6"; Sprite = "FDTH"; Frame = 32777; Tics = 4; Next state = "PLAY_FDTH7"; } State { ID = "PLAY_FDTH7"; Sprite = "FDTH"; Frame = 32778; Tics = 5; Next state = "PLAY_FDTH8"; } State { ID = "PLAY_FDTH8"; Sprite = "FDTH"; Frame = 32779; Tics = 4; Next state = "PLAY_FDTH9"; } State { ID = "PLAY_FDTH9"; Sprite = "FDTH"; Frame = 32780; Tics = 5; Next state = "PLAY_FDTH10"; } State { ID = "PLAY_FDTH10"; Sprite = "FDTH"; Frame = 32781; Tics = 4; Next state = "PLAY_FDTH11"; } State { ID = "PLAY_FDTH11"; Sprite = "FDTH"; Frame = 32782; Tics = 5; Next state = "PLAY_FDTH12"; } State { ID = "PLAY_FDTH12"; Sprite = "FDTH"; Frame = 32783; Tics = 4; Next state = "PLAY_FDTH13"; } State { ID = "PLAY_FDTH13"; Sprite = "FDTH"; Frame = 32784; Tics = 5; Next state = "PLAY_FDTH14"; } State { ID = "PLAY_FDTH14"; Sprite = "FDTH"; Frame = 32785; Tics = 4; Next state = "PLAY_FDTH15"; } State { ID = "PLAY_FDTH15"; Sprite = "FDTH"; Frame = 32786; Tics = 5; Action = "A_NoBlocking"; Next state = "PLAY_FDTH16"; } State { ID = "PLAY_FDTH16"; Sprite = "FDTH"; Frame = 32787; Tics = 4; Next state = "PLAY_FDTH17"; } State { ID = "PLAY_FDTH17"; Sprite = "FDTH"; Frame = 32788; Tics = 5; Next state = "PLAY_FDTH18"; } State { ID = "PLAY_FDTH18"; Sprite = "FDTH"; Frame = 32789; Tics = 4; Next state = "PLAY_FDTH19"; } State { ID = "PLAY_FDTH19"; Sprite = "ACLO"; Frame = 4; Tics = 35; Action = "A_CheckBurnGone"; Next state = "PLAY_FDTH19"; } State { ID = "PLAY_FDTH20"; Sprite = "ACLO"; Frame = 4; Tics = 8; Next state = "NULL"; } State { ID = "BLOODYSKULL1"; Sprite = "BSKL"; Frame = 0; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL2"; } State { ID = "BLOODYSKULL2"; Sprite = "BSKL"; Frame = 1; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL3"; } State { ID = "BLOODYSKULL3"; Sprite = "BSKL"; Frame = 2; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL4"; } State { ID = "BLOODYSKULL4"; Sprite = "BSKL"; Frame = 3; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL5"; } State { ID = "BLOODYSKULL5"; Sprite = "BSKL"; Frame = 5; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL6"; } State { ID = "BLOODYSKULL6"; Sprite = "BSKL"; Frame = 6; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL7"; } State { ID = "BLOODYSKULL7"; Sprite = "BSKL"; Frame = 7; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL1"; } State { ID = "BLOODYSKULLX1"; Sprite = "BSKL"; Frame = 8; Tics = 16; Action = "A_CheckSkullDone"; Next state = "BLOODYSKULLX1"; } State { ID = "BLOODYSKULLX2"; Sprite = "BSKL"; Frame = 8; Tics = 1050; Next state = "NULL"; } State { ID = "PLAYER_SPEED1"; Sprite = "PLAY"; Frame = 0; Tics = 5; Next state = "PLAYER_SPEED2"; } State { ID = "PLAYER_SPEED2"; Sprite = "PLAY"; Frame = 0; Tics = 3; Action = "A_SpeedFade"; Next state = "NULL"; } State { ID = "ICECHUNK1"; Sprite = "ICEC"; Frame = 0; Tics = 10; Next state = "ICECHUNK2"; } State { ID = "ICECHUNK2"; Sprite = "ICEC"; Frame = 1; Tics = 10; Action = "A_IceSetTics"; Next state = "ICECHUNK3"; } State { ID = "ICECHUNK3"; Sprite = "ICEC"; Frame = 2; Tics = 10; Action = "A_IceSetTics"; Next state = "ICECHUNK4"; } State { ID = "ICECHUNK4"; Sprite = "ICEC"; Frame = 3; Tics = 10; Action = "A_IceSetTics"; Next state = "NULL"; } State { ID = "ICECHUNK_HEAD"; Sprite = "ICEC"; Frame = 0; Tics = 10; Action = "A_IceCheckHeadDone"; Next state = "ICECHUNK_HEAD"; } State { ID = "ICECHUNK_HEAD2"; Sprite = "ICEC"; Frame = 0; Tics = 1050; Next state = "NULL"; } State { ID = "CPLAY"; Sprite = "CLER"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CPLAY_RUN1"; Sprite = "CLER"; Frame = 0; Tics = 4; Next state = "CPLAY_RUN2"; } State { ID = "CPLAY_RUN2"; Sprite = "CLER"; Frame = 1; Tics = 4; Next state = "CPLAY_RUN3"; } State { ID = "CPLAY_RUN3"; Sprite = "CLER"; Frame = 2; Tics = 4; Next state = "CPLAY_RUN4"; } State { ID = "CPLAY_RUN4"; Sprite = "CLER"; Frame = 3; Tics = 4; Next state = "CPLAY_RUN1"; } State { ID = "CPLAY_ATK1"; Sprite = "CLER"; Frame = 4; Tics = 6; Next state = "CPLAY_ATK2"; } State { ID = "CPLAY_ATK2"; Sprite = "CLER"; Frame = 5; Tics = 6; Next state = "CPLAY_ATK3"; } State { ID = "CPLAY_ATK3"; Sprite = "CLER"; Frame = 6; Tics = 6; Next state = "CPLAY"; } State { ID = "CPLAY_PAIN"; Sprite = "CLER"; Frame = 7; Tics = 4; Next state = "CPLAY_PAIN2"; } State { ID = "CPLAY_PAIN2"; Sprite = "CLER"; Frame = 7; Tics = 4; Action = "A_Pain"; Next state = "CPLAY"; } State { ID = "CPLAY_DIE1"; Sprite = "CLER"; Frame = 8; Tics = 6; Next state = "CPLAY_DIE2"; } State { ID = "CPLAY_DIE2"; Sprite = "CLER"; Frame = 10; Tics = 6; Action = "A_Scream"; Next state = "CPLAY_DIE3"; } State { ID = "CPLAY_DIE3"; Sprite = "CLER"; Frame = 11; Tics = 6; Next state = "CPLAY_DIE4"; } State { ID = "CPLAY_DIE4"; Sprite = "CLER"; Frame = 11; Tics = 6; Next state = "CPLAY_DIE5"; } State { ID = "CPLAY_DIE5"; Sprite = "CLER"; Frame = 12; Tics = 6; Action = "A_NoBlocking"; Next state = "CPLAY_DIE6"; } State { ID = "CPLAY_DIE6"; Sprite = "CLER"; Frame = 13; Tics = 6; Next state = "CPLAY_DIE7"; } State { ID = "CPLAY_DIE7"; Sprite = "CLER"; Frame = 14; Tics = 6; Next state = "CPLAY_DIE8"; } State { ID = "CPLAY_DIE8"; Sprite = "CLER"; Frame = 15; Tics = 6; Next state = "CPLAY_DIE9"; } State { ID = "CPLAY_DIE9"; Sprite = "CLER"; Frame = 16; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "CPLAY_XDIE1"; Sprite = "CLER"; Frame = 17; Tics = 5; Action = "A_Scream"; Next state = "CPLAY_XDIE2"; } State { ID = "CPLAY_XDIE2"; Sprite = "CLER"; Frame = 18; Tics = 5; Next state = "CPLAY_XDIE3"; } State { ID = "CPLAY_XDIE3"; Sprite = "CLER"; Frame = 19; Tics = 5; Action = "A_NoBlocking"; Next state = "CPLAY_XDIE4"; } State { ID = "CPLAY_XDIE4"; Sprite = "CLER"; Frame = 20; Tics = 5; Next state = "CPLAY_XDIE5"; } State { ID = "CPLAY_XDIE5"; Sprite = "CLER"; Frame = 21; Tics = 5; Next state = "CPLAY_XDIE6"; } State { ID = "CPLAY_XDIE6"; Sprite = "CLER"; Frame = 22; Tics = 5; Next state = "CPLAY_XDIE7"; } State { ID = "CPLAY_XDIE7"; Sprite = "CLER"; Frame = 23; Tics = 5; Next state = "CPLAY_XDIE8"; } State { ID = "CPLAY_XDIE8"; Sprite = "CLER"; Frame = 24; Tics = 5; Next state = "CPLAY_XDIE9"; } State { ID = "CPLAY_XDIE9"; Sprite = "CLER"; Frame = 25; Tics = 5; Next state = "CPLAY_XDIE10"; } State { ID = "CPLAY_XDIE10"; Sprite = "CLER"; Frame = 26; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "CPLAY_ICE"; Sprite = "CLER"; Frame = 27; Tics = 5; Action = "A_FreezeDeath"; Next state = "CPLAY_ICE2"; } State { ID = "CPLAY_ICE2"; Sprite = "CLER"; Frame = 27; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "CPLAY_ICE2"; } State { ID = "MPLAY"; Sprite = "MAGE"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MPLAY_RUN1"; Sprite = "MAGE"; Frame = 0; Tics = 4; Next state = "MPLAY_RUN2"; } State { ID = "MPLAY_RUN2"; Sprite = "MAGE"; Frame = 1; Tics = 4; Next state = "MPLAY_RUN3"; } State { ID = "MPLAY_RUN3"; Sprite = "MAGE"; Frame = 2; Tics = 4; Next state = "MPLAY_RUN4"; } State { ID = "MPLAY_RUN4"; Sprite = "MAGE"; Frame = 3; Tics = 4; Next state = "MPLAY_RUN1"; } State { ID = "MPLAY_ATK1"; Sprite = "MAGE"; Frame = 4; Tics = 8; Next state = "MPLAY_ATK2"; } State { ID = "MPLAY_ATK2"; Sprite = "MAGE"; Frame = 32773; Tics = 8; Next state = "MPLAY"; } State { ID = "MPLAY_PAIN"; Sprite = "MAGE"; Frame = 6; Tics = 4; Next state = "MPLAY_PAIN2"; } State { ID = "MPLAY_PAIN2"; Sprite = "MAGE"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "MPLAY"; } State { ID = "MPLAY_DIE1"; Sprite = "MAGE"; Frame = 7; Tics = 6; Next state = "MPLAY_DIE2"; } State { ID = "MPLAY_DIE2"; Sprite = "MAGE"; Frame = 8; Tics = 6; Action = "A_Scream"; Next state = "MPLAY_DIE3"; } State { ID = "MPLAY_DIE3"; Sprite = "MAGE"; Frame = 9; Tics = 6; Next state = "MPLAY_DIE4"; } State { ID = "MPLAY_DIE4"; Sprite = "MAGE"; Frame = 10; Tics = 6; Next state = "MPLAY_DIE5"; } State { ID = "MPLAY_DIE5"; Sprite = "MAGE"; Frame = 11; Tics = 6; Action = "A_NoBlocking"; Next state = "MPLAY_DIE6"; } State { ID = "MPLAY_DIE6"; Sprite = "MAGE"; Frame = 12; Tics = 6; Next state = "MPLAY_DIE7"; } State { ID = "MPLAY_DIE7"; Sprite = "MAGE"; Frame = 13; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "MPLAY_XDIE1"; Sprite = "MAGE"; Frame = 14; Tics = 5; Action = "A_Scream"; Next state = "MPLAY_XDIE2"; } State { ID = "MPLAY_XDIE2"; Sprite = "MAGE"; Frame = 15; Tics = 5; Next state = "MPLAY_XDIE3"; } State { ID = "MPLAY_XDIE3"; Sprite = "MAGE"; Frame = 17; Tics = 5; Action = "A_NoBlocking"; Next state = "MPLAY_XDIE4"; } State { ID = "MPLAY_XDIE4"; Sprite = "MAGE"; Frame = 18; Tics = 5; Next state = "MPLAY_XDIE5"; } State { ID = "MPLAY_XDIE5"; Sprite = "MAGE"; Frame = 19; Tics = 5; Next state = "MPLAY_XDIE6"; } State { ID = "MPLAY_XDIE6"; Sprite = "MAGE"; Frame = 20; Tics = 5; Next state = "MPLAY_XDIE7"; } State { ID = "MPLAY_XDIE7"; Sprite = "MAGE"; Frame = 21; Tics = 5; Next state = "MPLAY_XDIE8"; } State { ID = "MPLAY_XDIE8"; Sprite = "MAGE"; Frame = 22; Tics = 5; Next state = "MPLAY_XDIE9"; } State { ID = "MPLAY_XDIE9"; Sprite = "MAGE"; Frame = 23; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "MPLAY_ICE"; Sprite = "MAGE"; Frame = 24; Tics = 5; Action = "A_FreezeDeath"; Next state = "MPLAY_ICE2"; } State { ID = "MPLAY_ICE2"; Sprite = "MAGE"; Frame = 24; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "MPLAY_ICE2"; } State { ID = "PIGPLAY"; Sprite = "PIGY"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PIGPLAY_RUN1"; Sprite = "PIGY"; Frame = 0; Tics = 3; Next state = "PIGPLAY_RUN2"; } State { ID = "PIGPLAY_RUN2"; Sprite = "PIGY"; Frame = 1; Tics = 3; Next state = "PIGPLAY_RUN3"; } State { ID = "PIGPLAY_RUN3"; Sprite = "PIGY"; Frame = 2; Tics = 3; Next state = "PIGPLAY_RUN4"; } State { ID = "PIGPLAY_RUN4"; Sprite = "PIGY"; Frame = 3; Tics = 3; Next state = "PIGPLAY_RUN1"; } State { ID = "PIGPLAY_ATK1"; Sprite = "PIGY"; Frame = 0; Tics = 12; Next state = "PIGPLAY"; } State { ID = "PIGPLAY_PAIN"; Sprite = "PIGY"; Frame = 3; Tics = 4; Action = "A_PigPain"; Next state = "PIGPLAY"; } State { ID = "PIG_LOOK1"; Sprite = "PIGY"; Frame = 1; Tics = 10; Action = "A_PigLook"; Next state = "PIG_LOOK1"; } State { ID = "PIG_WALK1"; Sprite = "PIGY"; Frame = 0; Tics = 3; Action = "A_PigChase"; Next state = "PIG_WALK2"; } State { ID = "PIG_WALK2"; Sprite = "PIGY"; Frame = 1; Tics = 3; Action = "A_PigChase"; Next state = "PIG_WALK3"; } State { ID = "PIG_WALK3"; Sprite = "PIGY"; Frame = 2; Tics = 3; Action = "A_PigChase"; Next state = "PIG_WALK4"; } State { ID = "PIG_WALK4"; Sprite = "PIGY"; Frame = 3; Tics = 3; Action = "A_PigChase"; Next state = "PIG_WALK1"; } State { ID = "PIG_PAIN"; Sprite = "PIGY"; Frame = 3; Tics = 4; Action = "A_PigPain"; Next state = "PIG_WALK1"; } State { ID = "PIG_ATK1"; Sprite = "PIGY"; Frame = 0; Tics = 5; Action = "A_FaceTarget"; Next state = "PIG_ATK2"; } State { ID = "PIG_ATK2"; Sprite = "PIGY"; Frame = 0; Tics = 10; Action = "A_PigAttack"; Next state = "PIG_WALK1"; } State { ID = "PIG_DIE1"; Sprite = "PIGY"; Frame = 4; Tics = 4; Action = "A_Scream"; Next state = "PIG_DIE2"; } State { ID = "PIG_DIE2"; Sprite = "PIGY"; Frame = 5; Tics = 3; Action = "A_NoBlocking"; Next state = "PIG_DIE3"; } State { ID = "PIG_DIE3"; Sprite = "PIGY"; Frame = 6; Tics = 4; Action = "A_QueueCorpse"; Next state = "PIG_DIE4"; } State { ID = "PIG_DIE4"; Sprite = "PIGY"; Frame = 7; Tics = 3; Next state = "PIG_DIE5"; } State { ID = "PIG_DIE5"; Sprite = "PIGY"; Frame = 8; Tics = 4; Next state = "PIG_DIE6"; } State { ID = "PIG_DIE6"; Sprite = "PIGY"; Frame = 9; Tics = 4; Next state = "PIG_DIE7"; } State { ID = "PIG_DIE7"; Sprite = "PIGY"; Frame = 10; Tics = 4; Next state = "PIG_DIE8"; } State { ID = "PIG_DIE8"; Sprite = "PIGY"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "PIG_ICE"; Sprite = "PIGY"; Frame = 12; Tics = 5; Action = "A_FreezeDeath"; Next state = "PIG_ICE2"; } State { ID = "PIG_ICE2"; Sprite = "PIGY"; Frame = 12; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "PIG_ICE2"; } State { ID = "CENTAUR_LOOK1"; Sprite = "CENT"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "CENTAUR_LOOK2"; } State { ID = "CENTAUR_LOOK2"; Sprite = "CENT"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "CENTAUR_LOOK1"; } State { ID = "CENTAUR_WALK1"; Sprite = "CENT"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "CENTAUR_WALK2"; } State { ID = "CENTAUR_WALK2"; Sprite = "CENT"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "CENTAUR_WALK3"; } State { ID = "CENTAUR_WALK3"; Sprite = "CENT"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "CENTAUR_WALK4"; } State { ID = "CENTAUR_WALK4"; Sprite = "CENT"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "CENTAUR_WALK1"; } State { ID = "CENTAUR_ATK1"; Sprite = "CENT"; Frame = 7; Tics = 5; Action = "A_FaceTarget"; Next state = "CENTAUR_ATK2"; } State { ID = "CENTAUR_ATK2"; Sprite = "CENT"; Frame = 8; Tics = 4; Action = "A_FaceTarget"; Next state = "CENTAUR_ATK3"; } State { ID = "CENTAUR_ATK3"; Sprite = "CENT"; Frame = 9; Tics = 7; Action = "A_CentaurAttack"; Next state = "CENTAUR_WALK1"; } State { ID = "CENTAUR_MISSILE1"; Sprite = "CENT"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "CENTAUR_MISSILE2"; } State { ID = "CENTAUR_MISSILE2"; Sprite = "CENT"; Frame = 32773; Tics = 8; Action = "A_CentaurAttack2"; Next state = "CENTAUR_MISSILE3"; } State { ID = "CENTAUR_MISSILE3"; Sprite = "CENT"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "CENTAUR_MISSILE4"; } State { ID = "CENTAUR_MISSILE4"; Sprite = "CENT"; Frame = 32773; Tics = 8; Action = "A_CentaurAttack2"; Next state = "CENTAUR_WALK1"; } State { ID = "CENTAUR_PAIN1"; Sprite = "CENT"; Frame = 6; Tics = 6; Action = "A_Pain"; Next state = "CENTAUR_PAIN2"; } State { ID = "CENTAUR_PAIN2"; Sprite = "CENT"; Frame = 6; Tics = 6; Action = "A_SetReflective"; Next state = "CENTAUR_PAIN3"; } State { ID = "CENTAUR_PAIN3"; Sprite = "CENT"; Frame = 4; Tics = 15; Action = "A_CentaurDefend"; Next state = "CENTAUR_PAIN4"; } State { ID = "CENTAUR_PAIN4"; Sprite = "CENT"; Frame = 4; Tics = 15; Action = "A_CentaurDefend"; Next state = "CENTAUR_PAIN5"; } State { ID = "CENTAUR_PAIN5"; Sprite = "CENT"; Frame = 4; Tics = 15; Action = "A_CentaurDefend"; Next state = "CENTAUR_PAIN6"; } State { ID = "CENTAUR_PAIN6"; Sprite = "CENT"; Frame = 4; Tics = 1; Action = "A_UnSetReflective"; Next state = "CENTAUR_WALK1"; } State { ID = "CENTAUR_DEATH1"; Sprite = "CENT"; Frame = 10; Tics = 4; Next state = "CENTAUR_DEATH2"; } State { ID = "CENTAUR_DEATH2"; Sprite = "CENT"; Frame = 11; Tics = 4; Action = "A_Scream"; Next state = "CENTAUR_DEATH3"; } State { ID = "CENTAUR_DEATH3"; Sprite = "CENT"; Frame = 12; Tics = 4; Next state = "CENTAUR_DEATH4"; } State { ID = "CENTAUR_DEATH4"; Sprite = "CENT"; Frame = 13; Tics = 4; Next state = "CENTAUR_DEATH5"; } State { ID = "CENTAUR_DEATH5"; Sprite = "CENT"; Frame = 14; Tics = 4; Action = "A_NoBlocking"; Next state = "CENTAUR_DEATH6"; } State { ID = "CENTAUR_DEATH6"; Sprite = "CENT"; Frame = 15; Tics = 4; Next state = "CENTAUR_DEATH7"; } State { ID = "CENTAUR_DEATH7"; Sprite = "CENT"; Frame = 16; Tics = 4; Next state = "CENTAUR_DEATH8"; } State { ID = "CENTAUR_DEATH8"; Sprite = "CENT"; Frame = 17; Tics = 4; Action = "A_QueueCorpse"; Next state = "CENTAUR_DEATH9"; } State { ID = "CENTAUR_DEATH9"; Sprite = "CENT"; Frame = 18; Tics = 4; Next state = "CENTAUR_DEATH0"; } State { ID = "CENTAUR_DEATH0"; Sprite = "CENT"; Frame = 19; Tics = -1; Next state = "NULL"; } State { ID = "CENTAUR_DEATH_X1"; Sprite = "CTXD"; Frame = 0; Tics = 4; Next state = "CENTAUR_DEATH_X2"; } State { ID = "CENTAUR_DEATH_X2"; Sprite = "CTXD"; Frame = 1; Tics = 4; Action = "A_NoBlocking"; Next state = "CENTAUR_DEATH_X3"; } State { ID = "CENTAUR_DEATH_X3"; Sprite = "CTXD"; Frame = 2; Tics = 4; Action = "A_CentaurDropStuff"; Next state = "CENTAUR_DEATH_X4"; } State { ID = "CENTAUR_DEATH_X4"; Sprite = "CTXD"; Frame = 3; Tics = 3; Action = "A_Scream"; Next state = "CENTAUR_DEATH_X5"; } State { ID = "CENTAUR_DEATH_X5"; Sprite = "CTXD"; Frame = 4; Tics = 4; Action = "A_QueueCorpse"; Next state = "CENTAUR_DEATH_X6"; } State { ID = "CENTAUR_DEATH_X6"; Sprite = "CTXD"; Frame = 5; Tics = 3; Next state = "CENTAUR_DEATH_X7"; } State { ID = "CENTAUR_DEATH_X7"; Sprite = "CTXD"; Frame = 6; Tics = 4; Next state = "CENTAUR_DEATH_X8"; } State { ID = "CENTAUR_DEATH_X8"; Sprite = "CTXD"; Frame = 7; Tics = 3; Next state = "CENTAUR_DEATH_X9"; } State { ID = "CENTAUR_DEATH_X9"; Sprite = "CTXD"; Frame = 8; Tics = 4; Next state = "CENTAUR_DEATH_X10"; } State { ID = "CENTAUR_DEATH_X10"; Sprite = "CTXD"; Frame = 9; Tics = 3; Next state = "CENTAUR_DEATH_X11"; } State { ID = "CENTAUR_DEATH_X11"; Sprite = "CTXD"; Frame = 10; Tics = -1; Next state = "NULL"; } State { ID = "CENTAUR_ICE"; Sprite = "CENT"; Frame = 20; Tics = 5; Action = "A_FreezeDeath"; Next state = "CENTAUR_ICE2"; } State { ID = "CENTAUR_ICE2"; Sprite = "CENT"; Frame = 20; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "CENTAUR_ICE2"; } State { ID = "CENTAUR_FX1"; Sprite = "CTFX"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "CENTAUR_FX_X1"; Sprite = "CTFX"; Frame = 32769; Tics = 4; Next state = "CENTAUR_FX_X2"; } State { ID = "CENTAUR_FX_X2"; Sprite = "CTFX"; Frame = 32770; Tics = 3; Next state = "CENTAUR_FX_X3"; } State { ID = "CENTAUR_FX_X3"; Sprite = "CTFX"; Frame = 32771; Tics = 4; Next state = "CENTAUR_FX_X4"; } State { ID = "CENTAUR_FX_X4"; Sprite = "CTFX"; Frame = 32772; Tics = 3; Next state = "CENTAUR_FX_X5"; } State { ID = "CENTAUR_FX_X5"; Sprite = "CTFX"; Frame = 32773; Tics = 2; Next state = "NULL"; } State { ID = "CENTAUR_SHIELD1"; Sprite = "CTDP"; Frame = 0; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SHIELD2"; } State { ID = "CENTAUR_SHIELD2"; Sprite = "CTDP"; Frame = 1; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SHIELD3"; } State { ID = "CENTAUR_SHIELD3"; Sprite = "CTDP"; Frame = 2; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SHIELD4"; } State { ID = "CENTAUR_SHIELD4"; Sprite = "CTDP"; Frame = 3; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SHIELD5"; } State { ID = "CENTAUR_SHIELD5"; Sprite = "CTDP"; Frame = 4; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SHIELD6"; } State { ID = "CENTAUR_SHIELD6"; Sprite = "CTDP"; Frame = 5; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SHIELD3"; } State { ID = "CENTAUR_SHIELD_X1"; Sprite = "CTDP"; Frame = 6; Tics = 4; Next state = "CENTAUR_SHIELD_X2"; } State { ID = "CENTAUR_SHIELD_X2"; Sprite = "CTDP"; Frame = 7; Tics = 4; Action = "A_QueueCorpse"; Next state = "CENTAUR_SHIELD_X3"; } State { ID = "CENTAUR_SHIELD_X3"; Sprite = "CTDP"; Frame = 8; Tics = 4; Next state = "CENTAUR_SHIELD_X4"; } State { ID = "CENTAUR_SHIELD_X4"; Sprite = "CTDP"; Frame = 9; Tics = -1; Next state = "NULL"; } State { ID = "CENTAUR_SWORD1"; Sprite = "CTDP"; Frame = 10; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SWORD2"; } State { ID = "CENTAUR_SWORD2"; Sprite = "CTDP"; Frame = 11; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SWORD3"; } State { ID = "CENTAUR_SWORD3"; Sprite = "CTDP"; Frame = 12; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SWORD4"; } State { ID = "CENTAUR_SWORD4"; Sprite = "CTDP"; Frame = 13; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SWORD5"; } State { ID = "CENTAUR_SWORD5"; Sprite = "CTDP"; Frame = 14; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SWORD6"; } State { ID = "CENTAUR_SWORD6"; Sprite = "CTDP"; Frame = 15; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SWORD7"; } State { ID = "CENTAUR_SWORD7"; Sprite = "CTDP"; Frame = 16; Tics = 3; Action = "A_CheckFloor"; Next state = "CENTAUR_SWORD3"; } State { ID = "CENTAUR_SWORD_X1"; Sprite = "CTDP"; Frame = 17; Tics = 4; Next state = "CENTAUR_SWORD_X2"; } State { ID = "CENTAUR_SWORD_X2"; Sprite = "CTDP"; Frame = 18; Tics = 4; Action = "A_QueueCorpse"; Next state = "CENTAUR_SWORD_X3"; } State { ID = "CENTAUR_SWORD_X3"; Sprite = "CTDP"; Frame = 19; Tics = -1; Next state = "NULL"; } State { ID = "DEMN_LOOK1"; Sprite = "DEMN"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "DEMN_LOOK2"; } State { ID = "DEMN_LOOK2"; Sprite = "DEMN"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "DEMN_LOOK1"; } State { ID = "DEMN_CHASE1"; Sprite = "DEMN"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "DEMN_CHASE2"; } State { ID = "DEMN_CHASE2"; Sprite = "DEMN"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "DEMN_CHASE3"; } State { ID = "DEMN_CHASE3"; Sprite = "DEMN"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "DEMN_CHASE4"; } State { ID = "DEMN_CHASE4"; Sprite = "DEMN"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "DEMN_CHASE1"; } State { ID = "DEMN_ATK1_1"; Sprite = "DEMN"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "DEMN_ATK1_2"; } State { ID = "DEMN_ATK1_2"; Sprite = "DEMN"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "DEMN_ATK1_3"; } State { ID = "DEMN_ATK1_3"; Sprite = "DEMN"; Frame = 6; Tics = 6; Action = "A_DemonAttack1"; Next state = "DEMN_CHASE1"; } State { ID = "DEMN_ATK2_1"; Sprite = "DEMN"; Frame = 4; Tics = 5; Action = "A_FaceTarget"; Next state = "DEMN_ATK2_2"; } State { ID = "DEMN_ATK2_2"; Sprite = "DEMN"; Frame = 5; Tics = 6; Action = "A_FaceTarget"; Next state = "DEMN_ATK2_3"; } State { ID = "DEMN_ATK2_3"; Sprite = "DEMN"; Frame = 6; Tics = 5; Action = "A_DemonAttack2"; Next state = "DEMN_CHASE1"; } State { ID = "DEMN_PAIN1"; Sprite = "DEMN"; Frame = 4; Tics = 4; Next state = "DEMN_PAIN2"; } State { ID = "DEMN_PAIN2"; Sprite = "DEMN"; Frame = 4; Tics = 4; Action = "A_Pain"; Next state = "DEMN_CHASE1"; } State { ID = "DEMN_DEATH1"; Sprite = "DEMN"; Frame = 7; Tics = 6; Next state = "DEMN_DEATH2"; } State { ID = "DEMN_DEATH2"; Sprite = "DEMN"; Frame = 8; Tics = 6; Next state = "DEMN_DEATH3"; } State { ID = "DEMN_DEATH3"; Sprite = "DEMN"; Frame = 9; Tics = 6; Action = "A_Scream"; Next state = "DEMN_DEATH4"; } State { ID = "DEMN_DEATH4"; Sprite = "DEMN"; Frame = 10; Tics = 6; Action = "A_NoBlocking"; Next state = "DEMN_DEATH5"; } State { ID = "DEMN_DEATH5"; Sprite = "DEMN"; Frame = 11; Tics = 6; Action = "A_QueueCorpse"; Next state = "DEMN_DEATH6"; } State { ID = "DEMN_DEATH6"; Sprite = "DEMN"; Frame = 12; Tics = 6; Next state = "DEMN_DEATH7"; } State { ID = "DEMN_DEATH7"; Sprite = "DEMN"; Frame = 13; Tics = 6; Next state = "DEMN_DEATH8"; } State { ID = "DEMN_DEATH8"; Sprite = "DEMN"; Frame = 14; Tics = 6; Next state = "DEMN_DEATH9"; } State { ID = "DEMN_DEATH9"; Sprite = "DEMN"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "DEMN_XDEATH1"; Sprite = "DEMN"; Frame = 7; Tics = 6; Next state = "DEMN_XDEATH2"; } State { ID = "DEMN_XDEATH2"; Sprite = "DEMN"; Frame = 8; Tics = 6; Action = "A_DemonDeath"; Next state = "DEMN_XDEATH3"; } State { ID = "DEMN_XDEATH3"; Sprite = "DEMN"; Frame = 9; Tics = 6; Action = "A_Scream"; Next state = "DEMN_XDEATH4"; } State { ID = "DEMN_XDEATH4"; Sprite = "DEMN"; Frame = 10; Tics = 6; Action = "A_NoBlocking"; Next state = "DEMN_XDEATH5"; } State { ID = "DEMN_XDEATH5"; Sprite = "DEMN"; Frame = 11; Tics = 6; Action = "A_QueueCorpse"; Next state = "DEMN_XDEATH6"; } State { ID = "DEMN_XDEATH6"; Sprite = "DEMN"; Frame = 12; Tics = 6; Next state = "DEMN_XDEATH7"; } State { ID = "DEMN_XDEATH7"; Sprite = "DEMN"; Frame = 13; Tics = 6; Next state = "DEMN_XDEATH8"; } State { ID = "DEMN_XDEATH8"; Sprite = "DEMN"; Frame = 14; Tics = 6; Next state = "DEMN_XDEATH9"; } State { ID = "DEMN_XDEATH9"; Sprite = "DEMN"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "DEMON_ICE"; Sprite = "DEMN"; Frame = 16; Tics = 5; Action = "A_FreezeDeath"; Next state = "DEMON_ICE2"; } State { ID = "DEMON_ICE2"; Sprite = "DEMN"; Frame = 16; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "DEMON_ICE2"; } State { ID = "DEMONCHUNK1_1"; Sprite = "DEMA"; Frame = 0; Tics = 4; Next state = "DEMONCHUNK1_2"; } State { ID = "DEMONCHUNK1_2"; Sprite = "DEMA"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMONCHUNK1_3"; } State { ID = "DEMONCHUNK1_3"; Sprite = "DEMA"; Frame = 0; Tics = 20; Next state = "DEMONCHUNK1_3"; } State { ID = "DEMONCHUNK1_4"; Sprite = "DEMA"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMONCHUNK2_1"; Sprite = "DEMB"; Frame = 0; Tics = 4; Next state = "DEMONCHUNK2_2"; } State { ID = "DEMONCHUNK2_2"; Sprite = "DEMB"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMONCHUNK2_3"; } State { ID = "DEMONCHUNK2_3"; Sprite = "DEMB"; Frame = 0; Tics = 20; Next state = "DEMONCHUNK2_3"; } State { ID = "DEMONCHUNK2_4"; Sprite = "DEMB"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMONCHUNK3_1"; Sprite = "DEMC"; Frame = 0; Tics = 4; Next state = "DEMONCHUNK3_2"; } State { ID = "DEMONCHUNK3_2"; Sprite = "DEMC"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMONCHUNK3_3"; } State { ID = "DEMONCHUNK3_3"; Sprite = "DEMC"; Frame = 0; Tics = 20; Next state = "DEMONCHUNK3_3"; } State { ID = "DEMONCHUNK3_4"; Sprite = "DEMC"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMONCHUNK4_1"; Sprite = "DEMD"; Frame = 0; Tics = 4; Next state = "DEMONCHUNK4_2"; } State { ID = "DEMONCHUNK4_2"; Sprite = "DEMD"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMONCHUNK4_3"; } State { ID = "DEMONCHUNK4_3"; Sprite = "DEMD"; Frame = 0; Tics = 20; Next state = "DEMONCHUNK4_3"; } State { ID = "DEMONCHUNK4_4"; Sprite = "DEMD"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMONCHUNK5_1"; Sprite = "DEME"; Frame = 0; Tics = 4; Next state = "DEMONCHUNK5_2"; } State { ID = "DEMONCHUNK5_2"; Sprite = "DEME"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMONCHUNK5_3"; } State { ID = "DEMONCHUNK5_3"; Sprite = "DEME"; Frame = 0; Tics = 20; Next state = "DEMONCHUNK5_3"; } State { ID = "DEMONCHUNK5_4"; Sprite = "DEME"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMONFX_MOVE1"; Sprite = "DMFX"; Frame = 32768; Tics = 4; Next state = "DEMONFX_MOVE2"; } State { ID = "DEMONFX_MOVE2"; Sprite = "DMFX"; Frame = 32769; Tics = 4; Next state = "DEMONFX_MOVE3"; } State { ID = "DEMONFX_MOVE3"; Sprite = "DMFX"; Frame = 32770; Tics = 4; Next state = "DEMONFX_MOVE1"; } State { ID = "DEMONFX_BOOM1"; Sprite = "DMFX"; Frame = 32771; Tics = 4; Next state = "DEMONFX_BOOM2"; } State { ID = "DEMONFX_BOOM2"; Sprite = "DMFX"; Frame = 32772; Tics = 4; Next state = "DEMONFX_BOOM3"; } State { ID = "DEMONFX_BOOM3"; Sprite = "DMFX"; Frame = 32773; Tics = 3; Next state = "DEMONFX_BOOM4"; } State { ID = "DEMONFX_BOOM4"; Sprite = "DMFX"; Frame = 32774; Tics = 3; Next state = "DEMONFX_BOOM5"; } State { ID = "DEMONFX_BOOM5"; Sprite = "DMFX"; Frame = 32775; Tics = 3; Next state = "NULL"; } State { ID = "DEMN2_LOOK1"; Sprite = "DEM2"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "DEMN2_LOOK2"; } State { ID = "DEMN2_LOOK2"; Sprite = "DEM2"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "DEMN2_LOOK1"; } State { ID = "DEMN2_CHASE1"; Sprite = "DEM2"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "DEMN2_CHASE2"; } State { ID = "DEMN2_CHASE2"; Sprite = "DEM2"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "DEMN2_CHASE3"; } State { ID = "DEMN2_CHASE3"; Sprite = "DEM2"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "DEMN2_CHASE4"; } State { ID = "DEMN2_CHASE4"; Sprite = "DEM2"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "DEMN2_CHASE1"; } State { ID = "DEMN2_ATK1_1"; Sprite = "DEM2"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "DEMN2_ATK1_2"; } State { ID = "DEMN2_ATK1_2"; Sprite = "DEM2"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "DEMN2_ATK1_3"; } State { ID = "DEMN2_ATK1_3"; Sprite = "DEM2"; Frame = 6; Tics = 6; Action = "A_DemonAttack1"; Next state = "DEMN2_CHASE1"; } State { ID = "DEMN2_ATK2_1"; Sprite = "DEM2"; Frame = 4; Tics = 5; Action = "A_FaceTarget"; Next state = "DEMN2_ATK2_2"; } State { ID = "DEMN2_ATK2_2"; Sprite = "DEM2"; Frame = 5; Tics = 6; Action = "A_FaceTarget"; Next state = "DEMN2_ATK2_3"; } State { ID = "DEMN2_ATK2_3"; Sprite = "DEM2"; Frame = 6; Tics = 5; Action = "A_DemonAttack2"; Next state = "DEMN2_CHASE1"; } State { ID = "DEMN2_PAIN1"; Sprite = "DEM2"; Frame = 4; Tics = 4; Next state = "DEMN2_PAIN2"; } State { ID = "DEMN2_PAIN2"; Sprite = "DEM2"; Frame = 4; Tics = 4; Action = "A_Pain"; Next state = "DEMN2_CHASE1"; } State { ID = "DEMN2_DEATH1"; Sprite = "DEM2"; Frame = 7; Tics = 6; Next state = "DEMN2_DEATH2"; } State { ID = "DEMN2_DEATH2"; Sprite = "DEM2"; Frame = 8; Tics = 6; Next state = "DEMN2_DEATH3"; } State { ID = "DEMN2_DEATH3"; Sprite = "DEM2"; Frame = 9; Tics = 6; Action = "A_Scream"; Next state = "DEMN2_DEATH4"; } State { ID = "DEMN2_DEATH4"; Sprite = "DEM2"; Frame = 10; Tics = 6; Action = "A_NoBlocking"; Next state = "DEMN2_DEATH5"; } State { ID = "DEMN2_DEATH5"; Sprite = "DEM2"; Frame = 11; Tics = 6; Action = "A_QueueCorpse"; Next state = "DEMN2_DEATH6"; } State { ID = "DEMN2_DEATH6"; Sprite = "DEM2"; Frame = 12; Tics = 6; Next state = "DEMN2_DEATH7"; } State { ID = "DEMN2_DEATH7"; Sprite = "DEM2"; Frame = 13; Tics = 6; Next state = "DEMN2_DEATH8"; } State { ID = "DEMN2_DEATH8"; Sprite = "DEM2"; Frame = 14; Tics = 6; Next state = "DEMN2_DEATH9"; } State { ID = "DEMN2_DEATH9"; Sprite = "DEM2"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "DEMN2_XDEATH1"; Sprite = "DEM2"; Frame = 7; Tics = 6; Next state = "DEMN2_XDEATH2"; } State { ID = "DEMN2_XDEATH2"; Sprite = "DEM2"; Frame = 8; Tics = 6; Action = "A_Demon2Death"; Next state = "DEMN2_XDEATH3"; } State { ID = "DEMN2_XDEATH3"; Sprite = "DEM2"; Frame = 9; Tics = 6; Action = "A_Scream"; Next state = "DEMN2_XDEATH4"; } State { ID = "DEMN2_XDEATH4"; Sprite = "DEM2"; Frame = 10; Tics = 6; Action = "A_NoBlocking"; Next state = "DEMN2_XDEATH5"; } State { ID = "DEMN2_XDEATH5"; Sprite = "DEM2"; Frame = 11; Tics = 6; Action = "A_QueueCorpse"; Next state = "DEMN2_XDEATH6"; } State { ID = "DEMN2_XDEATH6"; Sprite = "DEM2"; Frame = 12; Tics = 6; Next state = "DEMN2_XDEATH7"; } State { ID = "DEMN2_XDEATH7"; Sprite = "DEM2"; Frame = 13; Tics = 6; Next state = "DEMN2_XDEATH8"; } State { ID = "DEMN2_XDEATH8"; Sprite = "DEM2"; Frame = 14; Tics = 6; Next state = "DEMN2_XDEATH9"; } State { ID = "DEMN2_XDEATH9"; Sprite = "DEM2"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "DEMON2CHUNK1_1"; Sprite = "DMBA"; Frame = 0; Tics = 4; Next state = "DEMON2CHUNK1_2"; } State { ID = "DEMON2CHUNK1_2"; Sprite = "DMBA"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMON2CHUNK1_3"; } State { ID = "DEMON2CHUNK1_3"; Sprite = "DMBA"; Frame = 0; Tics = 20; Next state = "DEMON2CHUNK1_3"; } State { ID = "DEMON2CHUNK1_4"; Sprite = "DMBA"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMON2CHUNK2_1"; Sprite = "DMBB"; Frame = 0; Tics = 4; Next state = "DEMON2CHUNK2_2"; } State { ID = "DEMON2CHUNK2_2"; Sprite = "DMBB"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMON2CHUNK2_3"; } State { ID = "DEMON2CHUNK2_3"; Sprite = "DMBB"; Frame = 0; Tics = 20; Next state = "DEMON2CHUNK2_3"; } State { ID = "DEMON2CHUNK2_4"; Sprite = "DMBB"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMON2CHUNK3_1"; Sprite = "DMBC"; Frame = 0; Tics = 4; Next state = "DEMON2CHUNK3_2"; } State { ID = "DEMON2CHUNK3_2"; Sprite = "DMBC"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMON2CHUNK3_3"; } State { ID = "DEMON2CHUNK3_3"; Sprite = "DMBC"; Frame = 0; Tics = 20; Next state = "DEMON2CHUNK3_3"; } State { ID = "DEMON2CHUNK3_4"; Sprite = "DMBC"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMON2CHUNK4_1"; Sprite = "DMBD"; Frame = 0; Tics = 4; Next state = "DEMON2CHUNK4_2"; } State { ID = "DEMON2CHUNK4_2"; Sprite = "DMBD"; Frame = 0; Tics = 10; Action = "A_QueueCorpse"; Next state = "DEMON2CHUNK4_3"; } State { ID = "DEMON2CHUNK4_3"; Sprite = "DMBD"; Frame = 0; Tics = 20; Next state = "DEMON2CHUNK4_3"; } State { ID = "DEMON2CHUNK4_4"; Sprite = "DMBD"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMON2CHUNK5_1"; Sprite = "DMBE"; Frame = 0; Tics = 4; Next state = "DEMON2CHUNK5_2"; } State { ID = "DEMON2CHUNK5_2"; Sprite = "DMBE"; Frame = 0; Tics = 10; Next state = "DEMON2CHUNK5_3"; } State { ID = "DEMON2CHUNK5_3"; Sprite = "DMBE"; Frame = 0; Tics = 20; Next state = "DEMON2CHUNK5_3"; } State { ID = "DEMON2CHUNK5_4"; Sprite = "DMBE"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "DEMON2FX_MOVE1"; Sprite = "D2FX"; Frame = 32768; Tics = 4; Next state = "DEMON2FX_MOVE2"; } State { ID = "DEMON2FX_MOVE2"; Sprite = "D2FX"; Frame = 32769; Tics = 4; Next state = "DEMON2FX_MOVE3"; } State { ID = "DEMON2FX_MOVE3"; Sprite = "D2FX"; Frame = 32770; Tics = 4; Next state = "DEMON2FX_MOVE4"; } State { ID = "DEMON2FX_MOVE4"; Sprite = "D2FX"; Frame = 32771; Tics = 4; Next state = "DEMON2FX_MOVE5"; } State { ID = "DEMON2FX_MOVE5"; Sprite = "D2FX"; Frame = 32772; Tics = 4; Next state = "DEMON2FX_MOVE6"; } State { ID = "DEMON2FX_MOVE6"; Sprite = "D2FX"; Frame = 32773; Tics = 4; Next state = "DEMON2FX_MOVE1"; } State { ID = "DEMON2FX_BOOM1"; Sprite = "D2FX"; Frame = 32774; Tics = 4; Next state = "DEMON2FX_BOOM2"; } State { ID = "DEMON2FX_BOOM2"; Sprite = "D2FX"; Frame = 32775; Tics = 4; Next state = "DEMON2FX_BOOM3"; } State { ID = "DEMON2FX_BOOM3"; Sprite = "D2FX"; Frame = 32776; Tics = 4; Next state = "DEMON2FX_BOOM4"; } State { ID = "DEMON2FX_BOOM4"; Sprite = "D2FX"; Frame = 32777; Tics = 4; Next state = "DEMON2FX_BOOM5"; } State { ID = "DEMON2FX_BOOM5"; Sprite = "D2FX"; Frame = 32778; Tics = 3; Next state = "DEMON2FX_BOOM6"; } State { ID = "DEMON2FX_BOOM6"; Sprite = "D2FX"; Frame = 32779; Tics = 3; Next state = "NULL"; } State { ID = "WRAITH_RAISE1"; Sprite = "WRTH"; Frame = 0; Tics = 2; Action = "A_WraithRaiseInit"; Next state = "WRAITH_RAISE2"; } State { ID = "WRAITH_RAISE2"; Sprite = "WRTH"; Frame = 0; Tics = 2; Action = "A_WraithRaise"; Next state = "WRAITH_RAISE3"; } State { ID = "WRAITH_RAISE3"; Sprite = "WRTH"; Frame = 0; Tics = 2; Action = "A_FaceTarget"; Next state = "WRAITH_RAISE4"; } State { ID = "WRAITH_RAISE4"; Sprite = "WRTH"; Frame = 1; Tics = 2; Action = "A_WraithRaise"; Next state = "WRAITH_RAISE5"; } State { ID = "WRAITH_RAISE5"; Sprite = "WRTH"; Frame = 1; Tics = 2; Action = "A_WraithRaise"; Next state = "WRAITH_RAISE2"; } State { ID = "WRAITH_INIT1"; Sprite = "WRTH"; Frame = 0; Tics = 10; Next state = "WRAITH_INIT2"; } State { ID = "WRAITH_INIT2"; Sprite = "WRTH"; Frame = 1; Tics = 5; Action = "A_WraithInit"; Next state = "WRAITH_LOOK1"; } State { ID = "WRAITH_LOOK1"; Sprite = "WRTH"; Frame = 0; Tics = 15; Action = "A_WraithLook"; Next state = "WRAITH_LOOK2"; } State { ID = "WRAITH_LOOK2"; Sprite = "WRTH"; Frame = 1; Tics = 15; Action = "A_WraithLook"; Next state = "WRAITH_LOOK1"; } State { ID = "WRAITH_CHASE1"; Sprite = "WRTH"; Frame = 0; Tics = 4; Action = "A_WraithChase"; Next state = "WRAITH_CHASE2"; } State { ID = "WRAITH_CHASE2"; Sprite = "WRTH"; Frame = 1; Tics = 4; Action = "A_WraithChase"; Next state = "WRAITH_CHASE3"; } State { ID = "WRAITH_CHASE3"; Sprite = "WRTH"; Frame = 2; Tics = 4; Action = "A_WraithChase"; Next state = "WRAITH_CHASE4"; } State { ID = "WRAITH_CHASE4"; Sprite = "WRTH"; Frame = 3; Tics = 4; Action = "A_WraithChase"; Next state = "WRAITH_CHASE1"; } State { ID = "WRAITH_ATK1_1"; Sprite = "WRTH"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "WRAITH_ATK1_2"; } State { ID = "WRAITH_ATK1_2"; Sprite = "WRTH"; Frame = 5; Tics = 6; Action = "A_WraithFX3"; Next state = "WRAITH_ATK1_3"; } State { ID = "WRAITH_ATK1_3"; Sprite = "WRTH"; Frame = 6; Tics = 6; Action = "A_WraithMelee"; Next state = "WRAITH_CHASE1"; } State { ID = "WRAITH_ATK2_1"; Sprite = "WRTH"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "WRAITH_ATK2_2"; } State { ID = "WRAITH_ATK2_2"; Sprite = "WRTH"; Frame = 5; Tics = 6; Next state = "WRAITH_ATK2_3"; } State { ID = "WRAITH_ATK2_3"; Sprite = "WRTH"; Frame = 6; Tics = 6; Action = "A_WraithMissile"; Next state = "WRAITH_CHASE1"; } State { ID = "WRAITH_PAIN1"; Sprite = "WRTH"; Frame = 0; Tics = 2; Next state = "WRAITH_PAIN2"; } State { ID = "WRAITH_PAIN2"; Sprite = "WRTH"; Frame = 7; Tics = 6; Action = "A_Pain"; Next state = "WRAITH_CHASE1"; } State { ID = "WRAITH_DEATH1_1"; Sprite = "WRTH"; Frame = 8; Tics = 4; Next state = "WRAITH_DEATH1_2"; } State { ID = "WRAITH_DEATH1_2"; Sprite = "WRTH"; Frame = 9; Tics = 4; Action = "A_Scream"; Next state = "WRAITH_DEATH1_3"; } State { ID = "WRAITH_DEATH1_3"; Sprite = "WRTH"; Frame = 10; Tics = 4; Next state = "WRAITH_DEATH1_4"; } State { ID = "WRAITH_DEATH1_4"; Sprite = "WRTH"; Frame = 11; Tics = 4; Next state = "WRAITH_DEATH1_5"; } State { ID = "WRAITH_DEATH1_5"; Sprite = "WRTH"; Frame = 12; Tics = 4; Action = "A_NoBlocking"; Next state = "WRAITH_DEATH1_6"; } State { ID = "WRAITH_DEATH1_6"; Sprite = "WRTH"; Frame = 13; Tics = 4; Action = "A_QueueCorpse"; Next state = "WRAITH_DEATH1_7"; } State { ID = "WRAITH_DEATH1_7"; Sprite = "WRTH"; Frame = 14; Tics = 4; Next state = "WRAITH_DEATH1_8"; } State { ID = "WRAITH_DEATH1_8"; Sprite = "WRTH"; Frame = 15; Tics = 5; Next state = "WRAITH_DEATH1_9"; } State { ID = "WRAITH_DEATH1_9"; Sprite = "WRTH"; Frame = 16; Tics = 5; Next state = "WRAITH_DEATH1_0"; } State { ID = "WRAITH_DEATH1_0"; Sprite = "WRTH"; Frame = 17; Tics = -1; Next state = "NULL"; } State { ID = "WRAITH_DEATH2_1"; Sprite = "WRT2"; Frame = 0; Tics = 5; Next state = "WRAITH_DEATH2_2"; } State { ID = "WRAITH_DEATH2_2"; Sprite = "WRT2"; Frame = 1; Tics = 5; Action = "A_Scream"; Next state = "WRAITH_DEATH2_3"; } State { ID = "WRAITH_DEATH2_3"; Sprite = "WRT2"; Frame = 2; Tics = 5; Next state = "WRAITH_DEATH2_4"; } State { ID = "WRAITH_DEATH2_4"; Sprite = "WRT2"; Frame = 3; Tics = 5; Next state = "WRAITH_DEATH2_5"; } State { ID = "WRAITH_DEATH2_5"; Sprite = "WRT2"; Frame = 4; Tics = 5; Action = "A_NoBlocking"; Next state = "WRAITH_DEATH2_6"; } State { ID = "WRAITH_DEATH2_6"; Sprite = "WRT2"; Frame = 5; Tics = 5; Action = "A_QueueCorpse"; Next state = "WRAITH_DEATH2_7"; } State { ID = "WRAITH_DEATH2_7"; Sprite = "WRT2"; Frame = 6; Tics = 5; Next state = "WRAITH_DEATH2_8"; } State { ID = "WRAITH_DEATH2_8"; Sprite = "WRT2"; Frame = 7; Tics = -1; Next state = "NULL"; } State { ID = "WRAITH_ICE"; Sprite = "WRT2"; Frame = 8; Tics = 5; Action = "A_FreezeDeath"; Next state = "WRAITH_ICE2"; } State { ID = "WRAITH_ICE2"; Sprite = "WRT2"; Frame = 8; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "WRAITH_ICE2"; } State { ID = "WRTHFX_MOVE1"; Sprite = "WRBL"; Frame = 32768; Tics = 3; Next state = "WRTHFX_MOVE2"; } State { ID = "WRTHFX_MOVE2"; Sprite = "WRBL"; Frame = 32769; Tics = 3; Action = "A_WraithFX2"; Next state = "WRTHFX_MOVE3"; } State { ID = "WRTHFX_MOVE3"; Sprite = "WRBL"; Frame = 32770; Tics = 3; Next state = "WRTHFX_MOVE1"; } State { ID = "WRTHFX_BOOM1"; Sprite = "WRBL"; Frame = 32771; Tics = 4; Next state = "WRTHFX_BOOM2"; } State { ID = "WRTHFX_BOOM2"; Sprite = "WRBL"; Frame = 32772; Tics = 4; Action = "A_WraithFX2"; Next state = "WRTHFX_BOOM3"; } State { ID = "WRTHFX_BOOM3"; Sprite = "WRBL"; Frame = 32773; Tics = 4; Next state = "WRTHFX_BOOM4"; } State { ID = "WRTHFX_BOOM4"; Sprite = "WRBL"; Frame = 32774; Tics = 3; Action = "A_WraithFX2"; Next state = "WRTHFX_BOOM5"; } State { ID = "WRTHFX_BOOM5"; Sprite = "WRBL"; Frame = 32775; Tics = 3; Action = "A_WraithFX2"; Next state = "WRTHFX_BOOM6"; } State { ID = "WRTHFX_BOOM6"; Sprite = "WRBL"; Frame = 32776; Tics = 3; Next state = "NULL"; } State { ID = "WRTHFX_SIZZLE1"; Sprite = "WRBL"; Frame = 32777; Tics = 4; Next state = "WRTHFX_SIZZLE2"; } State { ID = "WRTHFX_SIZZLE2"; Sprite = "WRBL"; Frame = 32778; Tics = 4; Next state = "WRTHFX_SIZZLE3"; } State { ID = "WRTHFX_SIZZLE3"; Sprite = "WRBL"; Frame = 32779; Tics = 4; Next state = "WRTHFX_SIZZLE4"; } State { ID = "WRTHFX_SIZZLE4"; Sprite = "WRBL"; Frame = 32780; Tics = 4; Next state = "WRTHFX_SIZZLE5"; } State { ID = "WRTHFX_SIZZLE5"; Sprite = "WRBL"; Frame = 32781; Tics = 4; Next state = "WRTHFX_SIZZLE6"; } State { ID = "WRTHFX_SIZZLE6"; Sprite = "WRBL"; Frame = 32782; Tics = 4; Next state = "WRTHFX_SIZZLE7"; } State { ID = "WRTHFX_SIZZLE7"; Sprite = "WRBL"; Frame = 32783; Tics = 4; Next state = "NULL"; } State { ID = "WRTHFX_DROP1"; Sprite = "WRBL"; Frame = 32784; Tics = 4; Next state = "WRTHFX_DROP2"; } State { ID = "WRTHFX_DROP2"; Sprite = "WRBL"; Frame = 32785; Tics = 4; Next state = "WRTHFX_DROP3"; } State { ID = "WRTHFX_DROP3"; Sprite = "WRBL"; Frame = 32786; Tics = 4; Next state = "WRTHFX_DROP1"; } State { ID = "WRTHFX_DEAD1"; Sprite = "WRBL"; Frame = 32786; Tics = 4; Next state = "NULL"; } State { ID = "WRTHFX_ADROP1"; Sprite = "WRBL"; Frame = 19; Tics = 4; Next state = "WRTHFX_ADROP2"; } State { ID = "WRTHFX_ADROP2"; Sprite = "WRBL"; Frame = 20; Tics = 4; Next state = "WRTHFX_ADROP3"; } State { ID = "WRTHFX_ADROP3"; Sprite = "WRBL"; Frame = 21; Tics = 4; Next state = "WRTHFX_ADROP4"; } State { ID = "WRTHFX_ADROP4"; Sprite = "WRBL"; Frame = 22; Tics = 4; Next state = "WRTHFX_ADROP1"; } State { ID = "WRTHFX_ADEAD1"; Sprite = "WRBL"; Frame = 22; Tics = 10; Next state = "NULL"; } State { ID = "WRTHFX_BDROP1"; Sprite = "WRBL"; Frame = 23; Tics = 7; Next state = "WRTHFX_BDROP2"; } State { ID = "WRTHFX_BDROP2"; Sprite = "WRBL"; Frame = 24; Tics = 7; Next state = "WRTHFX_BDROP3"; } State { ID = "WRTHFX_BDROP3"; Sprite = "WRBL"; Frame = 25; Tics = 7; Next state = "WRTHFX_BDROP1"; } State { ID = "WRTHFX_BDEAD1"; Sprite = "WRBL"; Frame = 25; Tics = 35; Next state = "NULL"; } State { ID = "MNTR_SPAWN1"; Sprite = "MNTR"; Frame = 0; Tics = 15; Next state = "MNTR_SPAWN2"; } State { ID = "MNTR_SPAWN2"; Sprite = "MNTR"; Frame = 0; Tics = 15; Action = "A_MinotaurFade1"; Next state = "MNTR_SPAWN3"; } State { ID = "MNTR_SPAWN3"; Sprite = "MNTR"; Frame = 0; Tics = 3; Action = "A_MinotaurFade2"; Next state = "MNTR_LOOK1"; } State { ID = "MNTR_LOOK1"; Sprite = "MNTR"; Frame = 0; Tics = 10; Action = "A_MinotaurLook"; Next state = "MNTR_LOOK2"; } State { ID = "MNTR_LOOK2"; Sprite = "MNTR"; Frame = 1; Tics = 10; Action = "A_MinotaurLook"; Next state = "MNTR_LOOK1"; } State { ID = "MNTR_WALK1"; Sprite = "MNTR"; Frame = 0; Tics = 5; Action = "A_MinotaurChase"; Next state = "MNTR_WALK2"; } State { ID = "MNTR_WALK2"; Sprite = "MNTR"; Frame = 1; Tics = 5; Action = "A_MinotaurChase"; Next state = "MNTR_WALK3"; } State { ID = "MNTR_WALK3"; Sprite = "MNTR"; Frame = 2; Tics = 5; Action = "A_MinotaurChase"; Next state = "MNTR_WALK4"; } State { ID = "MNTR_WALK4"; Sprite = "MNTR"; Frame = 3; Tics = 5; Action = "A_MinotaurChase"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_ROAM1"; Sprite = "MNTR"; Frame = 0; Tics = 5; Action = "A_MinotaurRoam"; Next state = "MNTR_ROAM2"; } State { ID = "MNTR_ROAM2"; Sprite = "MNTR"; Frame = 1; Tics = 5; Action = "A_MinotaurRoam"; Next state = "MNTR_ROAM3"; } State { ID = "MNTR_ROAM3"; Sprite = "MNTR"; Frame = 2; Tics = 5; Action = "A_MinotaurRoam"; Next state = "MNTR_ROAM4"; } State { ID = "MNTR_ROAM4"; Sprite = "MNTR"; Frame = 3; Tics = 5; Action = "A_MinotaurRoam"; Next state = "MNTR_ROAM1"; } State { ID = "MNTR_ATK1_1"; Sprite = "MNTR"; Frame = 6; Tics = 10; Action = "A_FaceTarget"; Next state = "MNTR_ATK1_2"; } State { ID = "MNTR_ATK1_2"; Sprite = "MNTR"; Frame = 7; Tics = 7; Action = "A_FaceTarget"; Next state = "MNTR_ATK1_3"; } State { ID = "MNTR_ATK1_3"; Sprite = "MNTR"; Frame = 8; Tics = 12; Action = "A_MinotaurAtk1"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_ATK2_1"; Sprite = "MNTR"; Frame = 6; Tics = 10; Action = "A_MinotaurDecide"; Next state = "MNTR_ATK2_2"; } State { ID = "MNTR_ATK2_2"; Sprite = "MNTR"; Frame = 9; Tics = 4; Action = "A_FaceTarget"; Next state = "MNTR_ATK2_3"; } State { ID = "MNTR_ATK2_3"; Sprite = "MNTR"; Frame = 10; Tics = 9; Action = "A_MinotaurAtk2"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_ATK3_1"; Sprite = "MNTR"; Frame = 6; Tics = 10; Action = "A_FaceTarget"; Next state = "MNTR_ATK3_2"; } State { ID = "MNTR_ATK3_2"; Sprite = "MNTR"; Frame = 7; Tics = 7; Action = "A_FaceTarget"; Next state = "MNTR_ATK3_3"; } State { ID = "MNTR_ATK3_3"; Sprite = "MNTR"; Frame = 8; Tics = 12; Action = "A_MinotaurAtk3"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_ATK3_4"; Sprite = "MNTR"; Frame = 8; Tics = 12; Next state = "MNTR_ATK3_1"; } State { ID = "MNTR_ATK4_1"; Sprite = "MNTR"; Frame = 5; Tics = 2; Action = "A_MinotaurCharge"; Next state = "MNTR_ATK4_1"; } State { ID = "MNTR_PAIN1"; Sprite = "MNTR"; Frame = 4; Tics = 3; Next state = "MNTR_PAIN2"; } State { ID = "MNTR_PAIN2"; Sprite = "MNTR"; Frame = 4; Tics = 6; Action = "A_Pain"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_DIE1"; Sprite = "MNTR"; Frame = 4; Tics = 6; Next state = "MNTR_DIE2"; } State { ID = "MNTR_DIE2"; Sprite = "MNTR"; Frame = 4; Tics = 2; Action = "A_Scream"; Next state = "MNTR_DIE3"; } State { ID = "MNTR_DIE3"; Sprite = "MNTR"; Frame = 4; Tics = 5; Action = "A_SmokePuffExit"; Next state = "MNTR_DIE4"; } State { ID = "MNTR_DIE4"; Sprite = "MNTR"; Frame = 4; Tics = 5; Next state = "MNTR_DIE5"; } State { ID = "MNTR_DIE5"; Sprite = "MNTR"; Frame = 4; Tics = 5; Action = "A_NoBlocking"; Next state = "MNTR_DIE6"; } State { ID = "MNTR_DIE6"; Sprite = "MNTR"; Frame = 4; Tics = 5; Next state = "MNTR_DIE7"; } State { ID = "MNTR_DIE7"; Sprite = "MNTR"; Frame = 4; Tics = 5; Action = "A_MinotaurFade1"; Next state = "MNTR_DIE8"; } State { ID = "MNTR_DIE8"; Sprite = "MNTR"; Frame = 4; Tics = 5; Action = "A_MinotaurFade0"; Next state = "MNTR_DIE9"; } State { ID = "MNTR_DIE9"; Sprite = "MNTR"; Frame = 4; Tics = 10; Next state = "NULL"; } State { ID = "MNTRFX1_1"; Sprite = "FX12"; Frame = 32768; Tics = 6; Next state = "MNTRFX1_2"; } State { ID = "MNTRFX1_2"; Sprite = "FX12"; Frame = 32769; Tics = 6; Next state = "MNTRFX1_1"; } State { ID = "MNTRFXI1_1"; Sprite = "FX12"; Frame = 32770; Tics = 5; Next state = "MNTRFXI1_2"; } State { ID = "MNTRFXI1_2"; Sprite = "FX12"; Frame = 32771; Tics = 5; Next state = "MNTRFXI1_3"; } State { ID = "MNTRFXI1_3"; Sprite = "FX12"; Frame = 32772; Tics = 5; Next state = "MNTRFXI1_4"; } State { ID = "MNTRFXI1_4"; Sprite = "FX12"; Frame = 32773; Tics = 5; Next state = "MNTRFXI1_5"; } State { ID = "MNTRFXI1_5"; Sprite = "FX12"; Frame = 32774; Tics = 5; Next state = "MNTRFXI1_6"; } State { ID = "MNTRFXI1_6"; Sprite = "FX12"; Frame = 32775; Tics = 5; Next state = "NULL"; } State { ID = "MNTRFX2_1"; Sprite = "FX13"; Frame = 0; Tics = 2; Action = "A_MntrFloorFire"; Next state = "MNTRFX2_1"; } State { ID = "MNTRFXI2_1"; Sprite = "FX13"; Frame = 32776; Tics = 4; Action = "A_Explode"; Next state = "MNTRFXI2_2"; } State { ID = "MNTRFXI2_2"; Sprite = "FX13"; Frame = 32777; Tics = 4; Next state = "MNTRFXI2_3"; } State { ID = "MNTRFXI2_3"; Sprite = "FX13"; Frame = 32778; Tics = 4; Next state = "MNTRFXI2_4"; } State { ID = "MNTRFXI2_4"; Sprite = "FX13"; Frame = 32779; Tics = 4; Next state = "MNTRFXI2_5"; } State { ID = "MNTRFXI2_5"; Sprite = "FX13"; Frame = 32780; Tics = 4; Next state = "NULL"; } State { ID = "MNTRFX3_1"; Sprite = "FX13"; Frame = 32771; Tics = 4; Next state = "MNTRFX3_2"; } State { ID = "MNTRFX3_2"; Sprite = "FX13"; Frame = 32770; Tics = 4; Next state = "MNTRFX3_3"; } State { ID = "MNTRFX3_3"; Sprite = "FX13"; Frame = 32769; Tics = 5; Next state = "MNTRFX3_4"; } State { ID = "MNTRFX3_4"; Sprite = "FX13"; Frame = 32770; Tics = 5; Next state = "MNTRFX3_5"; } State { ID = "MNTRFX3_5"; Sprite = "FX13"; Frame = 32771; Tics = 5; Next state = "MNTRFX3_6"; } State { ID = "MNTRFX3_6"; Sprite = "FX13"; Frame = 32772; Tics = 5; Next state = "MNTRFX3_7"; } State { ID = "MNTRFX3_7"; Sprite = "FX13"; Frame = 32773; Tics = 4; Next state = "MNTRFX3_8"; } State { ID = "MNTRFX3_8"; Sprite = "FX13"; Frame = 32774; Tics = 4; Next state = "MNTRFX3_9"; } State { ID = "MNTRFX3_9"; Sprite = "FX13"; Frame = 32775; Tics = 4; Next state = "NULL"; } State { ID = "MINOSMOKE1"; Sprite = "MNSM"; Frame = 0; Tics = 3; Next state = "MINOSMOKE2"; } State { ID = "MINOSMOKE2"; Sprite = "MNSM"; Frame = 1; Tics = 3; Next state = "MINOSMOKE3"; } State { ID = "MINOSMOKE3"; Sprite = "MNSM"; Frame = 2; Tics = 3; Next state = "MINOSMOKE4"; } State { ID = "MINOSMOKE4"; Sprite = "MNSM"; Frame = 3; Tics = 3; Next state = "MINOSMOKE5"; } State { ID = "MINOSMOKE5"; Sprite = "MNSM"; Frame = 4; Tics = 3; Next state = "MINOSMOKE6"; } State { ID = "MINOSMOKE6"; Sprite = "MNSM"; Frame = 5; Tics = 3; Next state = "MINOSMOKE7"; } State { ID = "MINOSMOKE7"; Sprite = "MNSM"; Frame = 6; Tics = 3; Next state = "MINOSMOKE8"; } State { ID = "MINOSMOKE8"; Sprite = "MNSM"; Frame = 7; Tics = 3; Next state = "MINOSMOKE9"; } State { ID = "MINOSMOKE9"; Sprite = "MNSM"; Frame = 8; Tics = 3; Next state = "MINOSMOKE0"; } State { ID = "MINOSMOKE0"; Sprite = "MNSM"; Frame = 9; Tics = 3; Next state = "MINOSMOKEA"; } State { ID = "MINOSMOKEA"; Sprite = "MNSM"; Frame = 10; Tics = 3; Next state = "MINOSMOKEB"; } State { ID = "MINOSMOKEB"; Sprite = "MNSM"; Frame = 11; Tics = 3; Next state = "MINOSMOKEC"; } State { ID = "MINOSMOKEC"; Sprite = "MNSM"; Frame = 12; Tics = 3; Next state = "MINOSMOKED"; } State { ID = "MINOSMOKED"; Sprite = "MNSM"; Frame = 13; Tics = 3; Next state = "MINOSMOKEE"; } State { ID = "MINOSMOKEE"; Sprite = "MNSM"; Frame = 14; Tics = 3; Next state = "MINOSMOKEF"; } State { ID = "MINOSMOKEF"; Sprite = "MNSM"; Frame = 15; Tics = 3; Next state = "MINOSMOKEG"; } State { ID = "MINOSMOKEG"; Sprite = "MNSM"; Frame = 16; Tics = 3; Next state = "NULL"; } State { ID = "MINOSMOKEX1"; Sprite = "MNSM"; Frame = 0; Tics = 3; Next state = "MINOSMOKEX2"; } State { ID = "MINOSMOKEX2"; Sprite = "MNSM"; Frame = 1; Tics = 3; Next state = "MINOSMOKEX3"; } State { ID = "MINOSMOKEX3"; Sprite = "MNSM"; Frame = 2; Tics = 3; Next state = "MINOSMOKEX4"; } State { ID = "MINOSMOKEX4"; Sprite = "MNSM"; Frame = 3; Tics = 3; Next state = "MINOSMOKEX5"; } State { ID = "MINOSMOKEX5"; Sprite = "MNSM"; Frame = 4; Tics = 3; Next state = "MINOSMOKEX6"; } State { ID = "MINOSMOKEX6"; Sprite = "MNSM"; Frame = 5; Tics = 3; Next state = "MINOSMOKEX7"; } State { ID = "MINOSMOKEX7"; Sprite = "MNSM"; Frame = 6; Tics = 3; Next state = "MINOSMOKEX8"; } State { ID = "MINOSMOKEX8"; Sprite = "MNSM"; Frame = 7; Tics = 3; Next state = "MINOSMOKEX9"; } State { ID = "MINOSMOKEX9"; Sprite = "MNSM"; Frame = 8; Tics = 3; Next state = "MINOSMOKEX0"; } State { ID = "MINOSMOKEX0"; Sprite = "MNSM"; Frame = 9; Tics = 3; Next state = "MINOSMOKEXA"; } State { ID = "MINOSMOKEXA"; Sprite = "MNSM"; Frame = 8; Tics = 3; Next state = "MINOSMOKEXB"; } State { ID = "MINOSMOKEXB"; Sprite = "MNSM"; Frame = 7; Tics = 3; Next state = "MINOSMOKEXC"; } State { ID = "MINOSMOKEXC"; Sprite = "MNSM"; Frame = 6; Tics = 3; Next state = "MINOSMOKEXD"; } State { ID = "MINOSMOKEXD"; Sprite = "MNSM"; Frame = 5; Tics = 3; Next state = "MINOSMOKEXE"; } State { ID = "MINOSMOKEXE"; Sprite = "MNSM"; Frame = 4; Tics = 3; Next state = "MINOSMOKEXF"; } State { ID = "MINOSMOKEXF"; Sprite = "MNSM"; Frame = 3; Tics = 3; Next state = "MINOSMOKEXG"; } State { ID = "MINOSMOKEXG"; Sprite = "MNSM"; Frame = 2; Tics = 3; Next state = "MINOSMOKEXH"; } State { ID = "MINOSMOKEXH"; Sprite = "MNSM"; Frame = 1; Tics = 3; Next state = "MINOSMOKEXI"; } State { ID = "MINOSMOKEXI"; Sprite = "MNSM"; Frame = 0; Tics = 3; Next state = "NULL"; } State { ID = "SERPENT_LOOK1"; Sprite = "SSPT"; Frame = 7; Tics = 10; Action = "A_Look"; Next state = "SERPENT_LOOK1"; } State { ID = "SERPENT_SWIM1"; Sprite = "SSPT"; Frame = 7; Tics = 1; Action = "A_SerpentChase"; Next state = "SERPENT_SWIM2"; } State { ID = "SERPENT_SWIM2"; Sprite = "SSPT"; Frame = 7; Tics = 1; Action = "A_SerpentChase"; Next state = "SERPENT_SWIM3"; } State { ID = "SERPENT_SWIM3"; Sprite = "SSPT"; Frame = 7; Tics = 2; Action = "A_SerpentHumpDecide"; Next state = "SERPENT_SWIM1"; } State { ID = "SERPENT_HUMP1"; Sprite = "SSPT"; Frame = 7; Tics = 3; Action = "A_SerpentUnHide"; Next state = "SERPENT_HUMP2"; } State { ID = "SERPENT_HUMP2"; Sprite = "SSPT"; Frame = 4; Tics = 3; Action = "A_SerpentRaiseHump"; Next state = "SERPENT_HUMP3"; } State { ID = "SERPENT_HUMP3"; Sprite = "SSPT"; Frame = 5; Tics = 3; Action = "A_SerpentRaiseHump"; Next state = "SERPENT_HUMP4"; } State { ID = "SERPENT_HUMP4"; Sprite = "SSPT"; Frame = 6; Tics = 3; Action = "A_SerpentRaiseHump"; Next state = "SERPENT_HUMP5"; } State { ID = "SERPENT_HUMP5"; Sprite = "SSPT"; Frame = 4; Tics = 3; Action = "A_SerpentRaiseHump"; Next state = "SERPENT_HUMP6"; } State { ID = "SERPENT_HUMP6"; Sprite = "SSPT"; Frame = 5; Tics = 3; Action = "A_SerpentRaiseHump"; Next state = "SERPENT_HUMP7"; } State { ID = "SERPENT_HUMP7"; Sprite = "SSPT"; Frame = 6; Tics = 3; Next state = "SERPENT_HUMP8"; } State { ID = "SERPENT_HUMP8"; Sprite = "SSPT"; Frame = 4; Tics = 3; Next state = "SERPENT_HUMP9"; } State { ID = "SERPENT_HUMP9"; Sprite = "SSPT"; Frame = 5; Tics = 3; Next state = "SERPENT_HUMP10"; } State { ID = "SERPENT_HUMP10"; Sprite = "SSPT"; Frame = 6; Tics = 3; Action = "A_SerpentLowerHump"; Next state = "SERPENT_HUMP11"; } State { ID = "SERPENT_HUMP11"; Sprite = "SSPT"; Frame = 4; Tics = 3; Action = "A_SerpentLowerHump"; Next state = "SERPENT_HUMP12"; } State { ID = "SERPENT_HUMP12"; Sprite = "SSPT"; Frame = 5; Tics = 3; Action = "A_SerpentLowerHump"; Next state = "SERPENT_HUMP13"; } State { ID = "SERPENT_HUMP13"; Sprite = "SSPT"; Frame = 6; Tics = 3; Action = "A_SerpentLowerHump"; Next state = "SERPENT_HUMP14"; } State { ID = "SERPENT_HUMP14"; Sprite = "SSPT"; Frame = 4; Tics = 3; Action = "A_SerpentLowerHump"; Next state = "SERPENT_HUMP15"; } State { ID = "SERPENT_HUMP15"; Sprite = "SSPT"; Frame = 5; Tics = 3; Action = "A_SerpentHide"; Next state = "SERPENT_SWIM1"; } State { ID = "SERPENT_SURFACE1"; Sprite = "SSPT"; Frame = 0; Tics = 1; Action = "A_UnHideThing"; Next state = "SERPENT_SURFACE2"; } State { ID = "SERPENT_SURFACE2"; Sprite = "SSPT"; Frame = 0; Tics = 1; Action = "A_SerpentBirthScream"; Next state = "SERPENT_SURFACE3"; } State { ID = "SERPENT_SURFACE3"; Sprite = "SSPT"; Frame = 1; Tics = 3; Action = "A_SetShootable"; Next state = "SERPENT_SURFACE4"; } State { ID = "SERPENT_SURFACE4"; Sprite = "SSPT"; Frame = 2; Tics = 3; Next state = "SERPENT_SURFACE5"; } State { ID = "SERPENT_SURFACE5"; Sprite = "SSPT"; Frame = 3; Tics = 4; Action = "A_SerpentCheckForAttack"; Next state = "SERPENT_DIVE1"; } State { ID = "SERPENT_DIVE1"; Sprite = "SSDV"; Frame = 0; Tics = 4; Next state = "SERPENT_DIVE2"; } State { ID = "SERPENT_DIVE2"; Sprite = "SSDV"; Frame = 1; Tics = 4; Next state = "SERPENT_DIVE3"; } State { ID = "SERPENT_DIVE3"; Sprite = "SSDV"; Frame = 2; Tics = 4; Next state = "SERPENT_DIVE4"; } State { ID = "SERPENT_DIVE4"; Sprite = "SSDV"; Frame = 3; Tics = 4; Action = "A_UnSetShootable"; Next state = "SERPENT_DIVE5"; } State { ID = "SERPENT_DIVE5"; Sprite = "SSDV"; Frame = 4; Tics = 3; Action = "A_SerpentDiveSound"; Next state = "SERPENT_DIVE6"; } State { ID = "SERPENT_DIVE6"; Sprite = "SSDV"; Frame = 5; Tics = 3; Next state = "SERPENT_DIVE7"; } State { ID = "SERPENT_DIVE7"; Sprite = "SSDV"; Frame = 6; Tics = 4; Next state = "SERPENT_DIVE8"; } State { ID = "SERPENT_DIVE8"; Sprite = "SSDV"; Frame = 7; Tics = 4; Next state = "SERPENT_DIVE9"; } State { ID = "SERPENT_DIVE9"; Sprite = "SSDV"; Frame = 8; Tics = 3; Next state = "SERPENT_DIVE10"; } State { ID = "SERPENT_DIVE10"; Sprite = "SSDV"; Frame = 9; Tics = 3; Action = "A_SerpentHide"; Next state = "SERPENT_SWIM1"; } State { ID = "SERPENT_WALK1"; Sprite = "SSPT"; Frame = 8; Tics = 5; Action = "A_SerpentWalk"; Next state = "SERPENT_WALK2"; } State { ID = "SERPENT_WALK2"; Sprite = "SSPT"; Frame = 9; Tics = 5; Action = "A_SerpentWalk"; Next state = "SERPENT_WALK3"; } State { ID = "SERPENT_WALK3"; Sprite = "SSPT"; Frame = 8; Tics = 5; Action = "A_SerpentWalk"; Next state = "SERPENT_WALK4"; } State { ID = "SERPENT_WALK4"; Sprite = "SSPT"; Frame = 9; Tics = 5; Action = "A_SerpentCheckForAttack"; Next state = "SERPENT_DIVE1"; } State { ID = "SERPENT_PAIN1"; Sprite = "SSPT"; Frame = 11; Tics = 5; Next state = "SERPENT_PAIN2"; } State { ID = "SERPENT_PAIN2"; Sprite = "SSPT"; Frame = 11; Tics = 5; Action = "A_Pain"; Next state = "SERPENT_DIVE1"; } State { ID = "SERPENT_ATK1"; Sprite = "SSPT"; Frame = 10; Tics = 6; Action = "A_FaceTarget"; Next state = "SERPENT_ATK2"; } State { ID = "SERPENT_ATK2"; Sprite = "SSPT"; Frame = 11; Tics = 5; Action = "A_SerpentChooseAttack"; Next state = "SERPENT_MELEE1"; } State { ID = "SERPENT_MELEE1"; Sprite = "SSPT"; Frame = 13; Tics = 5; Action = "A_SerpentMeleeAttack"; Next state = "SERPENT_DIVE1"; } State { ID = "SERPENT_MISSILE1"; Sprite = "SSPT"; Frame = 13; Tics = 5; Action = "A_SerpentMissileAttack"; Next state = "SERPENT_DIVE1"; } State { ID = "SERPENT_DIE1"; Sprite = "SSPT"; Frame = 14; Tics = 4; Next state = "SERPENT_DIE2"; } State { ID = "SERPENT_DIE2"; Sprite = "SSPT"; Frame = 15; Tics = 4; Action = "A_Scream"; Next state = "SERPENT_DIE3"; } State { ID = "SERPENT_DIE3"; Sprite = "SSPT"; Frame = 16; Tics = 4; Action = "A_NoBlocking"; Next state = "SERPENT_DIE4"; } State { ID = "SERPENT_DIE4"; Sprite = "SSPT"; Frame = 17; Tics = 4; Next state = "SERPENT_DIE5"; } State { ID = "SERPENT_DIE5"; Sprite = "SSPT"; Frame = 18; Tics = 4; Next state = "SERPENT_DIE6"; } State { ID = "SERPENT_DIE6"; Sprite = "SSPT"; Frame = 19; Tics = 4; Next state = "SERPENT_DIE7"; } State { ID = "SERPENT_DIE7"; Sprite = "SSPT"; Frame = 20; Tics = 4; Next state = "SERPENT_DIE8"; } State { ID = "SERPENT_DIE8"; Sprite = "SSPT"; Frame = 21; Tics = 4; Next state = "SERPENT_DIE9"; } State { ID = "SERPENT_DIE9"; Sprite = "SSPT"; Frame = 22; Tics = 4; Next state = "SERPENT_DIE10"; } State { ID = "SERPENT_DIE10"; Sprite = "SSPT"; Frame = 23; Tics = 4; Next state = "SERPENT_DIE11"; } State { ID = "SERPENT_DIE11"; Sprite = "SSPT"; Frame = 24; Tics = 4; Next state = "SERPENT_DIE12"; } State { ID = "SERPENT_DIE12"; Sprite = "SSPT"; Frame = 25; Tics = 4; Next state = "NULL"; } State { ID = "SERPENT_XDIE1"; Sprite = "SSXD"; Frame = 0; Tics = 4; Next state = "SERPENT_XDIE2"; } State { ID = "SERPENT_XDIE2"; Sprite = "SSXD"; Frame = 1; Tics = 4; Action = "A_SerpentHeadPop"; Next state = "SERPENT_XDIE3"; } State { ID = "SERPENT_XDIE3"; Sprite = "SSXD"; Frame = 2; Tics = 4; Action = "A_NoBlocking"; Next state = "SERPENT_XDIE4"; } State { ID = "SERPENT_XDIE4"; Sprite = "SSXD"; Frame = 3; Tics = 4; Next state = "SERPENT_XDIE5"; } State { ID = "SERPENT_XDIE5"; Sprite = "SSXD"; Frame = 4; Tics = 4; Next state = "SERPENT_XDIE6"; } State { ID = "SERPENT_XDIE6"; Sprite = "SSXD"; Frame = 5; Tics = 3; Next state = "SERPENT_XDIE7"; } State { ID = "SERPENT_XDIE7"; Sprite = "SSXD"; Frame = 6; Tics = 3; Next state = "SERPENT_XDIE8"; } State { ID = "SERPENT_XDIE8"; Sprite = "SSXD"; Frame = 7; Tics = 3; Action = "A_SerpentSpawnGibs"; Next state = "NULL"; } State { ID = "SERPENT_ICE"; Sprite = "SSPT"; Frame = 26; Tics = 5; Action = "A_FreezeDeath"; Next state = "SERPENT_ICE2"; } State { ID = "SERPENT_ICE2"; Sprite = "SSPT"; Frame = 26; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "SERPENT_ICE2"; } State { ID = "SERPENT_FX1"; Sprite = "SSFX"; Frame = 32768; Tics = 3; Action = "A_ContMobjSound"; Next state = "SERPENT_FX2"; } State { ID = "SERPENT_FX2"; Sprite = "SSFX"; Frame = 32769; Tics = 3; Next state = "SERPENT_FX3"; } State { ID = "SERPENT_FX3"; Sprite = "SSFX"; Frame = 32768; Tics = 3; Next state = "SERPENT_FX4"; } State { ID = "SERPENT_FX4"; Sprite = "SSFX"; Frame = 32769; Tics = 3; Next state = "SERPENT_FX1"; } State { ID = "SERPENT_FX_X1"; Sprite = "SSFX"; Frame = 32770; Tics = 4; Next state = "SERPENT_FX_X2"; } State { ID = "SERPENT_FX_X2"; Sprite = "SSFX"; Frame = 32771; Tics = 4; Next state = "SERPENT_FX_X3"; } State { ID = "SERPENT_FX_X3"; Sprite = "SSFX"; Frame = 32772; Tics = 4; Next state = "SERPENT_FX_X4"; } State { ID = "SERPENT_FX_X4"; Sprite = "SSFX"; Frame = 32773; Tics = 4; Next state = "SERPENT_FX_X5"; } State { ID = "SERPENT_FX_X5"; Sprite = "SSFX"; Frame = 32774; Tics = 4; Next state = "SERPENT_FX_X6"; } State { ID = "SERPENT_FX_X6"; Sprite = "SSFX"; Frame = 32775; Tics = 4; Next state = "NULL"; } State { ID = "SERPENT_HEAD1"; Sprite = "SSXD"; Frame = 8; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD2"; } State { ID = "SERPENT_HEAD2"; Sprite = "SSXD"; Frame = 9; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD3"; } State { ID = "SERPENT_HEAD3"; Sprite = "SSXD"; Frame = 10; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD4"; } State { ID = "SERPENT_HEAD4"; Sprite = "SSXD"; Frame = 11; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD5"; } State { ID = "SERPENT_HEAD5"; Sprite = "SSXD"; Frame = 12; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD6"; } State { ID = "SERPENT_HEAD6"; Sprite = "SSXD"; Frame = 13; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD7"; } State { ID = "SERPENT_HEAD7"; Sprite = "SSXD"; Frame = 14; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD8"; } State { ID = "SERPENT_HEAD8"; Sprite = "SSXD"; Frame = 15; Tics = 4; Action = "A_SerpentHeadCheck"; Next state = "SERPENT_HEAD1"; } State { ID = "SERPENT_HEAD_X1"; Sprite = "SSXD"; Frame = 18; Tics = -1; Next state = "SERPENT_HEAD_X1"; } State { ID = "SERPENT_GIB1_1"; Sprite = "SSXD"; Frame = 16; Tics = 6; Next state = "SERPENT_GIB1_2"; } State { ID = "SERPENT_GIB1_2"; Sprite = "SSXD"; Frame = 16; Tics = 6; Action = "A_FloatGib"; Next state = "SERPENT_GIB1_3"; } State { ID = "SERPENT_GIB1_3"; Sprite = "SSXD"; Frame = 16; Tics = 8; Action = "A_FloatGib"; Next state = "SERPENT_GIB1_4"; } State { ID = "SERPENT_GIB1_4"; Sprite = "SSXD"; Frame = 16; Tics = 8; Action = "A_FloatGib"; Next state = "SERPENT_GIB1_5"; } State { ID = "SERPENT_GIB1_5"; Sprite = "SSXD"; Frame = 16; Tics = 12; Action = "A_FloatGib"; Next state = "SERPENT_GIB1_6"; } State { ID = "SERPENT_GIB1_6"; Sprite = "SSXD"; Frame = 16; Tics = 12; Action = "A_FloatGib"; Next state = "SERPENT_GIB1_7"; } State { ID = "SERPENT_GIB1_7"; Sprite = "SSXD"; Frame = 16; Tics = 232; Action = "A_DelayGib"; Next state = "SERPENT_GIB1_8"; } State { ID = "SERPENT_GIB1_8"; Sprite = "SSXD"; Frame = 16; Tics = 12; Action = "A_SinkGib"; Next state = "SERPENT_GIB1_9"; } State { ID = "SERPENT_GIB1_9"; Sprite = "SSXD"; Frame = 16; Tics = 12; Action = "A_SinkGib"; Next state = "SERPENT_GIB1_10"; } State { ID = "SERPENT_GIB1_10"; Sprite = "SSXD"; Frame = 16; Tics = 8; Action = "A_SinkGib"; Next state = "SERPENT_GIB1_11"; } State { ID = "SERPENT_GIB1_11"; Sprite = "SSXD"; Frame = 16; Tics = 8; Action = "A_SinkGib"; Next state = "SERPENT_GIB1_12"; } State { ID = "SERPENT_GIB1_12"; Sprite = "SSXD"; Frame = 16; Tics = 8; Action = "A_SinkGib"; Next state = "NULL"; } State { ID = "SERPENT_GIB2_1"; Sprite = "SSXD"; Frame = 17; Tics = 6; Next state = "SERPENT_GIB2_2"; } State { ID = "SERPENT_GIB2_2"; Sprite = "SSXD"; Frame = 17; Tics = 6; Action = "A_FloatGib"; Next state = "SERPENT_GIB2_3"; } State { ID = "SERPENT_GIB2_3"; Sprite = "SSXD"; Frame = 17; Tics = 8; Action = "A_FloatGib"; Next state = "SERPENT_GIB2_4"; } State { ID = "SERPENT_GIB2_4"; Sprite = "SSXD"; Frame = 17; Tics = 8; Action = "A_FloatGib"; Next state = "SERPENT_GIB2_5"; } State { ID = "SERPENT_GIB2_5"; Sprite = "SSXD"; Frame = 17; Tics = 12; Action = "A_FloatGib"; Next state = "SERPENT_GIB2_6"; } State { ID = "SERPENT_GIB2_6"; Sprite = "SSXD"; Frame = 17; Tics = 12; Action = "A_FloatGib"; Next state = "SERPENT_GIB2_7"; } State { ID = "SERPENT_GIB2_7"; Sprite = "SSXD"; Frame = 17; Tics = 232; Action = "A_DelayGib"; Next state = "SERPENT_GIB2_8"; } State { ID = "SERPENT_GIB2_8"; Sprite = "SSXD"; Frame = 17; Tics = 12; Action = "A_SinkGib"; Next state = "SERPENT_GIB2_9"; } State { ID = "SERPENT_GIB2_9"; Sprite = "SSXD"; Frame = 17; Tics = 12; Action = "A_SinkGib"; Next state = "SERPENT_GIB2_10"; } State { ID = "SERPENT_GIB2_10"; Sprite = "SSXD"; Frame = 17; Tics = 8; Action = "A_SinkGib"; Next state = "SERPENT_GIB2_11"; } State { ID = "SERPENT_GIB2_11"; Sprite = "SSXD"; Frame = 17; Tics = 8; Action = "A_SinkGib"; Next state = "SERPENT_GIB2_12"; } State { ID = "SERPENT_GIB2_12"; Sprite = "SSXD"; Frame = 17; Tics = 8; Action = "A_SinkGib"; Next state = "NULL"; } State { ID = "SERPENT_GIB3_1"; Sprite = "SSXD"; Frame = 19; Tics = 6; Next state = "SERPENT_GIB3_2"; } State { ID = "SERPENT_GIB3_2"; Sprite = "SSXD"; Frame = 19; Tics = 6; Action = "A_FloatGib"; Next state = "SERPENT_GIB3_3"; } State { ID = "SERPENT_GIB3_3"; Sprite = "SSXD"; Frame = 19; Tics = 8; Action = "A_FloatGib"; Next state = "SERPENT_GIB3_4"; } State { ID = "SERPENT_GIB3_4"; Sprite = "SSXD"; Frame = 19; Tics = 8; Action = "A_FloatGib"; Next state = "SERPENT_GIB3_5"; } State { ID = "SERPENT_GIB3_5"; Sprite = "SSXD"; Frame = 19; Tics = 12; Action = "A_FloatGib"; Next state = "SERPENT_GIB3_6"; } State { ID = "SERPENT_GIB3_6"; Sprite = "SSXD"; Frame = 19; Tics = 12; Action = "A_FloatGib"; Next state = "SERPENT_GIB3_7"; } State { ID = "SERPENT_GIB3_7"; Sprite = "SSXD"; Frame = 19; Tics = 232; Action = "A_DelayGib"; Next state = "SERPENT_GIB3_8"; } State { ID = "SERPENT_GIB3_8"; Sprite = "SSXD"; Frame = 19; Tics = 12; Action = "A_SinkGib"; Next state = "SERPENT_GIB3_9"; } State { ID = "SERPENT_GIB3_9"; Sprite = "SSXD"; Frame = 19; Tics = 12; Action = "A_SinkGib"; Next state = "SERPENT_GIB3_10"; } State { ID = "SERPENT_GIB3_10"; Sprite = "SSXD"; Frame = 19; Tics = 8; Action = "A_SinkGib"; Next state = "SERPENT_GIB3_11"; } State { ID = "SERPENT_GIB3_11"; Sprite = "SSXD"; Frame = 19; Tics = 8; Action = "A_SinkGib"; Next state = "SERPENT_GIB3_12"; } State { ID = "SERPENT_GIB3_12"; Sprite = "SSXD"; Frame = 19; Tics = 8; Action = "A_SinkGib"; Next state = "NULL"; } State { ID = "BISHOP_LOOK1"; Sprite = "BISH"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BISHOP_LOOK1"; } State { ID = "BISHOP_DECIDE"; Sprite = "BISH"; Frame = 0; Tics = 1; Action = "A_BishopDecide"; Next state = "BISHOP_WALK1"; } State { ID = "BISHOP_BLUR1"; Sprite = "BISH"; Frame = 0; Tics = 2; Action = "A_BishopDoBlur"; Next state = "BISHOP_BLUR2"; } State { ID = "BISHOP_BLUR2"; Sprite = "BISH"; Frame = 0; Tics = 4; Action = "A_BishopSpawnBlur"; Next state = "BISHOP_BLUR2"; } State { ID = "BISHOP_WALK1"; Sprite = "BISH"; Frame = 0; Tics = 2; Action = "A_Chase"; Next state = "BISHOP_WALK2"; } State { ID = "BISHOP_WALK2"; Sprite = "BISH"; Frame = 0; Tics = 2; Action = "A_BishopChase"; Next state = "BISHOP_WALK3"; } State { ID = "BISHOP_WALK3"; Sprite = "BISH"; Frame = 0; Tics = 2; Next state = "BISHOP_WALK4"; } State { ID = "BISHOP_WALK4"; Sprite = "BISH"; Frame = 1; Tics = 2; Action = "A_BishopChase"; Next state = "BISHOP_WALK5"; } State { ID = "BISHOP_WALK5"; Sprite = "BISH"; Frame = 1; Tics = 2; Action = "A_Chase"; Next state = "BISHOP_WALK6"; } State { ID = "BISHOP_WALK6"; Sprite = "BISH"; Frame = 1; Tics = 2; Action = "A_BishopChase"; Next state = "BISHOP_DECIDE"; } State { ID = "BISHOP_ATK1"; Sprite = "BISH"; Frame = 0; Tics = 3; Action = "A_FaceTarget"; Next state = "BISHOP_ATK2"; } State { ID = "BISHOP_ATK2"; Sprite = "BISH"; Frame = 32771; Tics = 3; Action = "A_FaceTarget"; Next state = "BISHOP_ATK3"; } State { ID = "BISHOP_ATK3"; Sprite = "BISH"; Frame = 32772; Tics = 3; Action = "A_FaceTarget"; Next state = "BISHOP_ATK4"; } State { ID = "BISHOP_ATK4"; Sprite = "BISH"; Frame = 32773; Tics = 3; Action = "A_BishopAttack"; Next state = "BISHOP_ATK5"; } State { ID = "BISHOP_ATK5"; Sprite = "BISH"; Frame = 32773; Tics = 5; Action = "A_BishopAttack2"; Next state = "BISHOP_ATK5"; } State { ID = "BISHOP_PAIN1"; Sprite = "BISH"; Frame = 2; Tics = 6; Action = "A_Pain"; Next state = "BISHOP_PAIN2"; } State { ID = "BISHOP_PAIN2"; Sprite = "BISH"; Frame = 2; Tics = 6; Action = "A_BishopPainBlur"; Next state = "BISHOP_PAIN3"; } State { ID = "BISHOP_PAIN3"; Sprite = "BISH"; Frame = 2; Tics = 6; Action = "A_BishopPainBlur"; Next state = "BISHOP_PAIN4"; } State { ID = "BISHOP_PAIN4"; Sprite = "BISH"; Frame = 2; Tics = 6; Action = "A_BishopPainBlur"; Next state = "BISHOP_PAIN5"; } State { ID = "BISHOP_PAIN5"; Sprite = "BISH"; Frame = 2; Tics = 0; Next state = "BISHOP_WALK1"; } State { ID = "BISHOP_DEATH1"; Sprite = "BISH"; Frame = 6; Tics = 6; Next state = "BISHOP_DEATH2"; } State { ID = "BISHOP_DEATH2"; Sprite = "BISH"; Frame = 32775; Tics = 6; Action = "A_Scream"; Next state = "BISHOP_DEATH3"; } State { ID = "BISHOP_DEATH3"; Sprite = "BISH"; Frame = 32776; Tics = 5; Action = "A_NoBlocking"; Next state = "BISHOP_DEATH4"; } State { ID = "BISHOP_DEATH4"; Sprite = "BISH"; Frame = 32777; Tics = 5; Action = "A_Explode"; Next state = "BISHOP_DEATH5"; } State { ID = "BISHOP_DEATH5"; Sprite = "BISH"; Frame = 32778; Tics = 5; Next state = "BISHOP_DEATH6"; } State { ID = "BISHOP_DEATH6"; Sprite = "BISH"; Frame = 32779; Tics = 4; Next state = "BISHOP_DEATH7"; } State { ID = "BISHOP_DEATH7"; Sprite = "BISH"; Frame = 32780; Tics = 4; Next state = "BISHOP_DEATH8"; } State { ID = "BISHOP_DEATH8"; Sprite = "BISH"; Frame = 13; Tics = 4; Action = "A_BishopPuff"; Next state = "BISHOP_DEATH9"; } State { ID = "BISHOP_DEATH9"; Sprite = "BISH"; Frame = 14; Tics = 4; Action = "A_QueueCorpse"; Next state = "BISHOP_DEATH10"; } State { ID = "BISHOP_DEATH10"; Sprite = "BISH"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "BISHOP_ICE"; Sprite = "BISH"; Frame = 23; Tics = 5; Action = "A_FreezeDeath"; Next state = "BISHOP_ICE2"; } State { ID = "BISHOP_ICE2"; Sprite = "BISH"; Frame = 23; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "BISHOP_ICE2"; } State { ID = "BISHOP_PUFF1"; Sprite = "BISH"; Frame = 16; Tics = 5; Next state = "BISHOP_PUFF2"; } State { ID = "BISHOP_PUFF2"; Sprite = "BISH"; Frame = 17; Tics = 5; Next state = "BISHOP_PUFF3"; } State { ID = "BISHOP_PUFF3"; Sprite = "BISH"; Frame = 18; Tics = 5; Next state = "BISHOP_PUFF4"; } State { ID = "BISHOP_PUFF4"; Sprite = "BISH"; Frame = 19; Tics = 5; Next state = "BISHOP_PUFF5"; } State { ID = "BISHOP_PUFF5"; Sprite = "BISH"; Frame = 20; Tics = 6; Next state = "BISHOP_PUFF6"; } State { ID = "BISHOP_PUFF6"; Sprite = "BISH"; Frame = 21; Tics = 6; Next state = "BISHOP_PUFF7"; } State { ID = "BISHOP_PUFF7"; Sprite = "BISH"; Frame = 22; Tics = 5; Next state = "NULL"; } State { ID = "BISHOPBLUR1"; Sprite = "BISH"; Frame = 0; Tics = 16; Next state = "BISHOPBLUR2"; } State { ID = "BISHOPBLUR2"; Sprite = "BISH"; Frame = 0; Tics = 8; Action = "A_SetAltShadow"; Next state = "NULL"; } State { ID = "BISHOPPAINBLUR1"; Sprite = "BISH"; Frame = 2; Tics = 8; Next state = "NULL"; } State { ID = "BISHFX1_1"; Sprite = "BPFX"; Frame = 32768; Tics = 1; Action = "A_BishopMissileWeave"; Next state = "BISHFX1_2"; } State { ID = "BISHFX1_2"; Sprite = "BPFX"; Frame = 32769; Tics = 1; Action = "A_BishopMissileWeave"; Next state = "BISHFX1_3"; } State { ID = "BISHFX1_3"; Sprite = "BPFX"; Frame = 32768; Tics = 1; Action = "A_BishopMissileWeave"; Next state = "BISHFX1_4"; } State { ID = "BISHFX1_4"; Sprite = "BPFX"; Frame = 32769; Tics = 1; Action = "A_BishopMissileWeave"; Next state = "BISHFX1_5"; } State { ID = "BISHFX1_5"; Sprite = "BPFX"; Frame = 32769; Tics = 0; Action = "A_BishopMissileSeek"; Next state = "BISHFX1_1"; } State { ID = "BISHFXI1_1"; Sprite = "BPFX"; Frame = 32770; Tics = 4; Next state = "BISHFXI1_2"; } State { ID = "BISHFXI1_2"; Sprite = "BPFX"; Frame = 32771; Tics = 4; Next state = "BISHFXI1_3"; } State { ID = "BISHFXI1_3"; Sprite = "BPFX"; Frame = 32772; Tics = 4; Next state = "BISHFXI1_4"; } State { ID = "BISHFXI1_4"; Sprite = "BPFX"; Frame = 32773; Tics = 4; Next state = "BISHFXI1_5"; } State { ID = "BISHFXI1_5"; Sprite = "BPFX"; Frame = 32774; Tics = 3; Next state = "BISHFXI1_6"; } State { ID = "BISHFXI1_6"; Sprite = "BPFX"; Frame = 32775; Tics = 3; Next state = "NULL"; } State { ID = "DRAGON_LOOK1"; Sprite = "DRAG"; Frame = 3; Tics = 10; Action = "A_Look"; Next state = "DRAGON_LOOK1"; } State { ID = "DRAGON_INIT"; Sprite = "DRAG"; Frame = 2; Tics = 5; Next state = "DRAGON_INIT2"; } State { ID = "DRAGON_INIT2"; Sprite = "DRAG"; Frame = 1; Tics = 5; Next state = "DRAGON_INIT3"; } State { ID = "DRAGON_INIT3"; Sprite = "DRAG"; Frame = 0; Tics = 5; Action = "A_DragonInitFlight"; Next state = "DRAGON_WALK1"; } State { ID = "DRAGON_WALK1"; Sprite = "DRAG"; Frame = 1; Tics = 3; Action = "A_DragonFlap"; Next state = "DRAGON_WALK2"; } State { ID = "DRAGON_WALK2"; Sprite = "DRAG"; Frame = 1; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK3"; } State { ID = "DRAGON_WALK3"; Sprite = "DRAG"; Frame = 2; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK4"; } State { ID = "DRAGON_WALK4"; Sprite = "DRAG"; Frame = 2; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK5"; } State { ID = "DRAGON_WALK5"; Sprite = "DRAG"; Frame = 3; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK6"; } State { ID = "DRAGON_WALK6"; Sprite = "DRAG"; Frame = 3; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK7"; } State { ID = "DRAGON_WALK7"; Sprite = "DRAG"; Frame = 2; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK8"; } State { ID = "DRAGON_WALK8"; Sprite = "DRAG"; Frame = 2; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK9"; } State { ID = "DRAGON_WALK9"; Sprite = "DRAG"; Frame = 1; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK10"; } State { ID = "DRAGON_WALK10"; Sprite = "DRAG"; Frame = 1; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK11"; } State { ID = "DRAGON_WALK11"; Sprite = "DRAG"; Frame = 0; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK12"; } State { ID = "DRAGON_WALK12"; Sprite = "DRAG"; Frame = 0; Tics = 3; Action = "A_DragonFlight"; Next state = "DRAGON_WALK1"; } State { ID = "DRAGON_ATK1"; Sprite = "DRAG"; Frame = 4; Tics = 8; Action = "A_DragonAttack"; Next state = "DRAGON_WALK1"; } State { ID = "DRAGON_PAIN1"; Sprite = "DRAG"; Frame = 5; Tics = 10; Action = "A_DragonPain"; Next state = "DRAGON_WALK1"; } State { ID = "DRAGON_DEATH1"; Sprite = "DRAG"; Frame = 6; Tics = 5; Action = "A_Scream"; Next state = "DRAGON_DEATH2"; } State { ID = "DRAGON_DEATH2"; Sprite = "DRAG"; Frame = 7; Tics = 4; Action = "A_NoBlocking"; Next state = "DRAGON_DEATH3"; } State { ID = "DRAGON_DEATH3"; Sprite = "DRAG"; Frame = 8; Tics = 4; Next state = "DRAGON_DEATH4"; } State { ID = "DRAGON_DEATH4"; Sprite = "DRAG"; Frame = 9; Tics = 4; Action = "A_DragonCheckCrash"; Next state = "DRAGON_DEATH4"; } State { ID = "DRAGON_CRASH1"; Sprite = "DRAG"; Frame = 10; Tics = 5; Next state = "DRAGON_CRASH2"; } State { ID = "DRAGON_CRASH2"; Sprite = "DRAG"; Frame = 11; Tics = 5; Next state = "DRAGON_CRASH3"; } State { ID = "DRAGON_CRASH3"; Sprite = "DRAG"; Frame = 12; Tics = -1; Next state = "NULL"; } State { ID = "DRAGON_FX1_1"; Sprite = "DRFX"; Frame = 32768; Tics = 4; Next state = "DRAGON_FX1_2"; } State { ID = "DRAGON_FX1_2"; Sprite = "DRFX"; Frame = 32769; Tics = 4; Next state = "DRAGON_FX1_3"; } State { ID = "DRAGON_FX1_3"; Sprite = "DRFX"; Frame = 32770; Tics = 4; Next state = "DRAGON_FX1_4"; } State { ID = "DRAGON_FX1_4"; Sprite = "DRFX"; Frame = 32771; Tics = 4; Next state = "DRAGON_FX1_5"; } State { ID = "DRAGON_FX1_5"; Sprite = "DRFX"; Frame = 32772; Tics = 4; Next state = "DRAGON_FX1_6"; } State { ID = "DRAGON_FX1_6"; Sprite = "DRFX"; Frame = 32773; Tics = 4; Next state = "DRAGON_FX1_1"; } State { ID = "DRAGON_FX1_X1"; Sprite = "DRFX"; Frame = 32774; Tics = 4; Next state = "DRAGON_FX1_X2"; } State { ID = "DRAGON_FX1_X2"; Sprite = "DRFX"; Frame = 32775; Tics = 4; Next state = "DRAGON_FX1_X3"; } State { ID = "DRAGON_FX1_X3"; Sprite = "DRFX"; Frame = 32776; Tics = 4; Next state = "DRAGON_FX1_X4"; } State { ID = "DRAGON_FX1_X4"; Sprite = "DRFX"; Frame = 32777; Tics = 4; Action = "A_DragonFX2"; Next state = "DRAGON_FX1_X5"; } State { ID = "DRAGON_FX1_X5"; Sprite = "DRFX"; Frame = 32778; Tics = 3; Next state = "DRAGON_FX1_X6"; } State { ID = "DRAGON_FX1_X6"; Sprite = "DRFX"; Frame = 32779; Tics = 3; Next state = "NULL"; } State { ID = "DRAGON_FX2_1"; Sprite = "CFCF"; Frame = 32784; Tics = 1; Next state = "DRAGON_FX2_2"; } State { ID = "DRAGON_FX2_2"; Sprite = "CFCF"; Frame = 32784; Tics = 4; Action = "A_UnHideThing"; Next state = "DRAGON_FX2_3"; } State { ID = "DRAGON_FX2_3"; Sprite = "CFCF"; Frame = 32785; Tics = 3; Action = "A_Scream"; Next state = "DRAGON_FX2_4"; } State { ID = "DRAGON_FX2_4"; Sprite = "CFCF"; Frame = 32786; Tics = 4; Next state = "DRAGON_FX2_5"; } State { ID = "DRAGON_FX2_5"; Sprite = "CFCF"; Frame = 32787; Tics = 3; Action = "A_Explode"; Next state = "DRAGON_FX2_6"; } State { ID = "DRAGON_FX2_6"; Sprite = "CFCF"; Frame = 32788; Tics = 4; Next state = "DRAGON_FX2_7"; } State { ID = "DRAGON_FX2_7"; Sprite = "CFCF"; Frame = 32789; Tics = 3; Next state = "DRAGON_FX2_8"; } State { ID = "DRAGON_FX2_8"; Sprite = "CFCF"; Frame = 32790; Tics = 4; Next state = "DRAGON_FX2_9"; } State { ID = "DRAGON_FX2_9"; Sprite = "CFCF"; Frame = 32791; Tics = 3; Next state = "DRAGON_FX2_10"; } State { ID = "DRAGON_FX2_10"; Sprite = "CFCF"; Frame = 32792; Tics = 4; Next state = "DRAGON_FX2_11"; } State { ID = "DRAGON_FX2_11"; Sprite = "CFCF"; Frame = 32793; Tics = 3; Next state = "NULL"; } State { ID = "ARMOR_1"; Sprite = "ARM1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARMOR_2"; Sprite = "ARM2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARMOR_3"; Sprite = "ARM3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ARMOR_4"; Sprite = "ARM4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MANA1_1"; Sprite = "MAN1"; Frame = 32768; Tics = 4; Next state = "MANA1_2"; } State { ID = "MANA1_2"; Sprite = "MAN1"; Frame = 32769; Tics = 4; Next state = "MANA1_3"; } State { ID = "MANA1_3"; Sprite = "MAN1"; Frame = 32770; Tics = 4; Next state = "MANA1_4"; } State { ID = "MANA1_4"; Sprite = "MAN1"; Frame = 32771; Tics = 4; Next state = "MANA1_5"; } State { ID = "MANA1_5"; Sprite = "MAN1"; Frame = 32772; Tics = 4; Next state = "MANA1_6"; } State { ID = "MANA1_6"; Sprite = "MAN1"; Frame = 32773; Tics = 4; Next state = "MANA1_7"; } State { ID = "MANA1_7"; Sprite = "MAN1"; Frame = 32774; Tics = 4; Next state = "MANA1_8"; } State { ID = "MANA1_8"; Sprite = "MAN1"; Frame = 32775; Tics = 4; Next state = "MANA1_9"; } State { ID = "MANA1_9"; Sprite = "MAN1"; Frame = 32776; Tics = 4; Next state = "MANA1_1"; } State { ID = "MANA2_1"; Sprite = "MAN2"; Frame = 32768; Tics = 4; Next state = "MANA2_2"; } State { ID = "MANA2_2"; Sprite = "MAN2"; Frame = 32769; Tics = 4; Next state = "MANA2_3"; } State { ID = "MANA2_3"; Sprite = "MAN2"; Frame = 32770; Tics = 4; Next state = "MANA2_4"; } State { ID = "MANA2_4"; Sprite = "MAN2"; Frame = 32771; Tics = 4; Next state = "MANA2_5"; } State { ID = "MANA2_5"; Sprite = "MAN2"; Frame = 32772; Tics = 4; Next state = "MANA2_6"; } State { ID = "MANA2_6"; Sprite = "MAN2"; Frame = 32773; Tics = 4; Next state = "MANA2_7"; } State { ID = "MANA2_7"; Sprite = "MAN2"; Frame = 32774; Tics = 4; Next state = "MANA2_8"; } State { ID = "MANA2_8"; Sprite = "MAN2"; Frame = 32775; Tics = 4; Next state = "MANA2_9"; } State { ID = "MANA2_9"; Sprite = "MAN2"; Frame = 32776; Tics = 4; Next state = "MANA2_10"; } State { ID = "MANA2_10"; Sprite = "MAN2"; Frame = 32777; Tics = 4; Next state = "MANA2_11"; } State { ID = "MANA2_11"; Sprite = "MAN2"; Frame = 32778; Tics = 4; Next state = "MANA2_12"; } State { ID = "MANA2_12"; Sprite = "MAN2"; Frame = 32779; Tics = 4; Next state = "MANA2_13"; } State { ID = "MANA2_13"; Sprite = "MAN2"; Frame = 32780; Tics = 4; Next state = "MANA2_14"; } State { ID = "MANA2_14"; Sprite = "MAN2"; Frame = 32781; Tics = 4; Next state = "MANA2_15"; } State { ID = "MANA2_15"; Sprite = "MAN2"; Frame = 32782; Tics = 4; Next state = "MANA2_16"; } State { ID = "MANA2_16"; Sprite = "MAN2"; Frame = 32783; Tics = 4; Next state = "MANA2_1"; } State { ID = "MANA3_1"; Sprite = "MAN3"; Frame = 32768; Tics = 4; Next state = "MANA3_2"; } State { ID = "MANA3_2"; Sprite = "MAN3"; Frame = 32769; Tics = 4; Next state = "MANA3_3"; } State { ID = "MANA3_3"; Sprite = "MAN3"; Frame = 32770; Tics = 4; Next state = "MANA3_4"; } State { ID = "MANA3_4"; Sprite = "MAN3"; Frame = 32771; Tics = 4; Next state = "MANA3_5"; } State { ID = "MANA3_5"; Sprite = "MAN3"; Frame = 32772; Tics = 4; Next state = "MANA3_6"; } State { ID = "MANA3_6"; Sprite = "MAN3"; Frame = 32773; Tics = 4; Next state = "MANA3_7"; } State { ID = "MANA3_7"; Sprite = "MAN3"; Frame = 32774; Tics = 4; Next state = "MANA3_8"; } State { ID = "MANA3_8"; Sprite = "MAN3"; Frame = 32775; Tics = 4; Next state = "MANA3_9"; } State { ID = "MANA3_9"; Sprite = "MAN3"; Frame = 32776; Tics = 4; Next state = "MANA3_10"; } State { ID = "MANA3_10"; Sprite = "MAN3"; Frame = 32777; Tics = 4; Next state = "MANA3_11"; } State { ID = "MANA3_11"; Sprite = "MAN3"; Frame = 32778; Tics = 4; Next state = "MANA3_12"; } State { ID = "MANA3_12"; Sprite = "MAN3"; Frame = 32779; Tics = 4; Next state = "MANA3_13"; } State { ID = "MANA3_13"; Sprite = "MAN3"; Frame = 32780; Tics = 4; Next state = "MANA3_14"; } State { ID = "MANA3_14"; Sprite = "MAN3"; Frame = 32781; Tics = 4; Next state = "MANA3_15"; } State { ID = "MANA3_15"; Sprite = "MAN3"; Frame = 32782; Tics = 4; Next state = "MANA3_16"; } State { ID = "MANA3_16"; Sprite = "MAN3"; Frame = 32783; Tics = 4; Next state = "MANA3_1"; } State { ID = "KEY1"; Sprite = "KEY1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY2"; Sprite = "KEY2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY3"; Sprite = "KEY3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY4"; Sprite = "KEY4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY5"; Sprite = "KEY5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY6"; Sprite = "KEY6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY7"; Sprite = "KEY7"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY8"; Sprite = "KEY8"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEY9"; Sprite = "KEY9"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEYA"; Sprite = "KEYA"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEYB"; Sprite = "KEYB"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SND_WIND1"; Sprite = "TLGL"; Frame = 0; Tics = 1; Next state = "SND_WIND2"; } State { ID = "SND_WIND2"; Sprite = "TLGL"; Frame = 0; Tics = 200; Action = "A_ESound"; Next state = "SND_WIND2"; } State { ID = "SND_WATERFALL"; Sprite = "TLGL"; Frame = 0; Tics = 85; Action = "A_ESound"; Next state = "SND_WATERFALL"; } State { ID = "ETTIN_LOOK1"; Sprite = "ETTN"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "ETTIN_LOOK2"; } State { ID = "ETTIN_LOOK2"; Sprite = "ETTN"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "ETTIN_LOOK1"; } State { ID = "ETTIN_CHASE1"; Sprite = "ETTN"; Frame = 0; Tics = 5; Action = "A_Chase"; Next state = "ETTIN_CHASE2"; } State { ID = "ETTIN_CHASE2"; Sprite = "ETTN"; Frame = 1; Tics = 5; Action = "A_Chase"; Next state = "ETTIN_CHASE3"; } State { ID = "ETTIN_CHASE3"; Sprite = "ETTN"; Frame = 2; Tics = 5; Action = "A_Chase"; Next state = "ETTIN_CHASE4"; } State { ID = "ETTIN_CHASE4"; Sprite = "ETTN"; Frame = 3; Tics = 5; Action = "A_Chase"; Next state = "ETTIN_CHASE1"; } State { ID = "ETTIN_PAIN1"; Sprite = "ETTN"; Frame = 7; Tics = 7; Action = "A_Pain"; Next state = "ETTIN_CHASE1"; } State { ID = "ETTIN_ATK1_1"; Sprite = "ETTN"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "ETTIN_ATK1_2"; } State { ID = "ETTIN_ATK1_2"; Sprite = "ETTN"; Frame = 5; Tics = 6; Action = "A_FaceTarget"; Next state = "ETTIN_ATK1_3"; } State { ID = "ETTIN_ATK1_3"; Sprite = "ETTN"; Frame = 6; Tics = 8; Action = "A_EttinAttack"; Next state = "ETTIN_CHASE1"; } State { ID = "ETTIN_DEATH1_1"; Sprite = "ETTN"; Frame = 8; Tics = 4; Next state = "ETTIN_DEATH1_2"; } State { ID = "ETTIN_DEATH1_2"; Sprite = "ETTN"; Frame = 9; Tics = 4; Next state = "ETTIN_DEATH1_3"; } State { ID = "ETTIN_DEATH1_3"; Sprite = "ETTN"; Frame = 10; Tics = 4; Action = "A_Scream"; Next state = "ETTIN_DEATH1_4"; } State { ID = "ETTIN_DEATH1_4"; Sprite = "ETTN"; Frame = 11; Tics = 4; Action = "A_NoBlocking"; Next state = "ETTIN_DEATH1_5"; } State { ID = "ETTIN_DEATH1_5"; Sprite = "ETTN"; Frame = 12; Tics = 4; Action = "A_QueueCorpse"; Next state = "ETTIN_DEATH1_6"; } State { ID = "ETTIN_DEATH1_6"; Sprite = "ETTN"; Frame = 13; Tics = 4; Next state = "ETTIN_DEATH1_7"; } State { ID = "ETTIN_DEATH1_7"; Sprite = "ETTN"; Frame = 14; Tics = 4; Next state = "ETTIN_DEATH1_8"; } State { ID = "ETTIN_DEATH1_8"; Sprite = "ETTN"; Frame = 15; Tics = 4; Next state = "ETTIN_DEATH1_9"; } State { ID = "ETTIN_DEATH1_9"; Sprite = "ETTN"; Frame = 16; Tics = -1; Next state = "NULL"; } State { ID = "ETTIN_DEATH2_1"; Sprite = "ETTB"; Frame = 0; Tics = 4; Next state = "ETTIN_DEATH2_2"; } State { ID = "ETTIN_DEATH2_2"; Sprite = "ETTB"; Frame = 1; Tics = 4; Action = "A_NoBlocking"; Next state = "ETTIN_DEATH2_3"; } State { ID = "ETTIN_DEATH2_3"; Sprite = "ETTB"; Frame = 2; Tics = 4; Action = "A_DropMace"; Next state = "ETTIN_DEATH2_4"; } State { ID = "ETTIN_DEATH2_4"; Sprite = "ETTB"; Frame = 3; Tics = 4; Action = "A_Scream"; Next state = "ETTIN_DEATH2_5"; } State { ID = "ETTIN_DEATH2_5"; Sprite = "ETTB"; Frame = 4; Tics = 4; Action = "A_QueueCorpse"; Next state = "ETTIN_DEATH2_6"; } State { ID = "ETTIN_DEATH2_6"; Sprite = "ETTB"; Frame = 5; Tics = 4; Next state = "ETTIN_DEATH2_7"; } State { ID = "ETTIN_DEATH2_7"; Sprite = "ETTB"; Frame = 6; Tics = 4; Next state = "ETTIN_DEATH2_8"; } State { ID = "ETTIN_DEATH2_8"; Sprite = "ETTB"; Frame = 7; Tics = 4; Next state = "ETTIN_DEATH2_9"; } State { ID = "ETTIN_DEATH2_9"; Sprite = "ETTB"; Frame = 8; Tics = 4; Next state = "ETTIN_DEATH2_0"; } State { ID = "ETTIN_DEATH2_0"; Sprite = "ETTB"; Frame = 9; Tics = 4; Next state = "ETTIN_DEATH2_A"; } State { ID = "ETTIN_DEATH2_A"; Sprite = "ETTB"; Frame = 10; Tics = 4; Next state = "ETTIN_DEATH2_B"; } State { ID = "ETTIN_DEATH2_B"; Sprite = "ETTB"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "ETTIN_ICE1"; Sprite = "ETTN"; Frame = 17; Tics = 5; Action = "A_FreezeDeath"; Next state = "ETTIN_ICE2"; } State { ID = "ETTIN_ICE2"; Sprite = "ETTN"; Frame = 17; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "ETTIN_ICE2"; } State { ID = "ETTIN_MACE1"; Sprite = "ETTB"; Frame = 12; Tics = 5; Action = "A_CheckFloor"; Next state = "ETTIN_MACE2"; } State { ID = "ETTIN_MACE2"; Sprite = "ETTB"; Frame = 13; Tics = 5; Action = "A_CheckFloor"; Next state = "ETTIN_MACE3"; } State { ID = "ETTIN_MACE3"; Sprite = "ETTB"; Frame = 14; Tics = 5; Action = "A_CheckFloor"; Next state = "ETTIN_MACE4"; } State { ID = "ETTIN_MACE4"; Sprite = "ETTB"; Frame = 15; Tics = 5; Action = "A_CheckFloor"; Next state = "ETTIN_MACE1"; } State { ID = "ETTIN_MACE5"; Sprite = "ETTB"; Frame = 16; Tics = 5; Next state = "ETTIN_MACE6"; } State { ID = "ETTIN_MACE6"; Sprite = "ETTB"; Frame = 17; Tics = 5; Action = "A_QueueCorpse"; Next state = "ETTIN_MACE7"; } State { ID = "ETTIN_MACE7"; Sprite = "ETTB"; Frame = 18; Tics = -1; Next state = "NULL"; } State { ID = "FIRED_SPAWN1"; Sprite = "FDMN"; Frame = 32791; Tics = 5; Next state = "FIRED_LOOK1"; } State { ID = "FIRED_LOOK1"; Sprite = "FDMN"; Frame = 32772; Tics = 10; Action = "A_Look"; Next state = "FIRED_LOOK2"; } State { ID = "FIRED_LOOK2"; Sprite = "FDMN"; Frame = 32773; Tics = 10; Action = "A_Look"; Next state = "FIRED_LOOK3"; } State { ID = "FIRED_LOOK3"; Sprite = "FDMN"; Frame = 32774; Tics = 10; Action = "A_Look"; Next state = "FIRED_LOOK1"; } State { ID = "FIRED_LOOK4"; Sprite = "FDMN"; Frame = 32772; Tics = 8; Next state = "FIRED_LOOK5"; } State { ID = "FIRED_LOOK5"; Sprite = "FDMN"; Frame = 32773; Tics = 6; Next state = "FIRED_LOOK6"; } State { ID = "FIRED_LOOK6"; Sprite = "FDMN"; Frame = 32774; Tics = 5; Next state = "FIRED_LOOK7"; } State { ID = "FIRED_LOOK7"; Sprite = "FDMN"; Frame = 32773; Tics = 8; Next state = "FIRED_LOOK8"; } State { ID = "FIRED_LOOK8"; Sprite = "FDMN"; Frame = 32772; Tics = 6; Next state = "FIRED_LOOK9"; } State { ID = "FIRED_LOOK9"; Sprite = "FDMN"; Frame = 32773; Tics = 7; Action = "A_FiredRocks"; Next state = "FIRED_LOOK0"; } State { ID = "FIRED_LOOK0"; Sprite = "FDMN"; Frame = 32775; Tics = 5; Next state = "FIRED_LOOKA"; } State { ID = "FIRED_LOOKA"; Sprite = "FDMN"; Frame = 32776; Tics = 5; Next state = "FIRED_LOOKB"; } State { ID = "FIRED_LOOKB"; Sprite = "FDMN"; Frame = 32777; Tics = 5; Action = "A_UnSetInvulnerable"; Next state = "FIRED_WALK1"; } State { ID = "FIRED_WALK1"; Sprite = "FDMN"; Frame = 32768; Tics = 5; Action = "A_FiredChase"; Next state = "FIRED_WALK2"; } State { ID = "FIRED_WALK2"; Sprite = "FDMN"; Frame = 32769; Tics = 5; Action = "A_FiredChase"; Next state = "FIRED_WALK3"; } State { ID = "FIRED_WALK3"; Sprite = "FDMN"; Frame = 32770; Tics = 5; Action = "A_FiredChase"; Next state = "FIRED_WALK1"; } State { ID = "FIRED_PAIN1"; Sprite = "FDMN"; Frame = 32771; Tics = 6; Action = "A_Pain"; Next state = "FIRED_WALK1"; } State { ID = "FIRED_ATTACK1"; Sprite = "FDMN"; Frame = 32778; Tics = 3; Action = "A_FaceTarget"; Next state = "FIRED_ATTACK2"; } State { ID = "FIRED_ATTACK2"; Sprite = "FDMN"; Frame = 32778; Tics = 5; Action = "A_FiredAttack"; Next state = "FIRED_ATTACK3"; } State { ID = "FIRED_ATTACK3"; Sprite = "FDMN"; Frame = 32778; Tics = 5; Action = "A_FiredAttack"; Next state = "FIRED_ATTACK4"; } State { ID = "FIRED_ATTACK4"; Sprite = "FDMN"; Frame = 32778; Tics = 5; Action = "A_FiredAttack"; Next state = "FIRED_WALK1"; } State { ID = "FIRED_DEATH1"; Sprite = "FDMN"; Frame = 32771; Tics = 4; Action = "A_FaceTarget"; Next state = "FIRED_DEATH2"; } State { ID = "FIRED_DEATH2"; Sprite = "FDMN"; Frame = 32779; Tics = 4; Action = "A_Scream"; Next state = "FIRED_DEATH3"; } State { ID = "FIRED_DEATH3"; Sprite = "FDMN"; Frame = 32779; Tics = 4; Action = "A_NoBlocking"; Next state = "FIRED_DEATH4"; } State { ID = "FIRED_DEATH4"; Sprite = "FDMN"; Frame = 32779; Tics = 200; Next state = "NULL"; } State { ID = "FIRED_XDEATH1"; Sprite = "FDMN"; Frame = 12; Tics = 5; Action = "A_FaceTarget"; Next state = "FIRED_XDEATH2"; } State { ID = "FIRED_XDEATH2"; Sprite = "FDMN"; Frame = 13; Tics = 5; Action = "A_NoBlocking"; Next state = "FIRED_XDEATH3"; } State { ID = "FIRED_XDEATH3"; Sprite = "FDMN"; Frame = 14; Tics = 5; Action = "A_FiredSplotch"; Next state = "NULL"; } State { ID = "FIRED_ICE1"; Sprite = "FDMN"; Frame = 17; Tics = 5; Action = "A_FreezeDeath"; Next state = "FIRED_ICE2"; } State { ID = "FIRED_ICE2"; Sprite = "FDMN"; Frame = 17; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "FIRED_ICE2"; } State { ID = "FIRED_CORPSE1"; Sprite = "FDMN"; Frame = 15; Tics = 3; Next state = "FIRED_CORPSE2"; } State { ID = "FIRED_CORPSE2"; Sprite = "FDMN"; Frame = 15; Tics = 6; Action = "A_QueueCorpse"; Next state = "FIRED_CORPSE3"; } State { ID = "FIRED_CORPSE3"; Sprite = "FDMN"; Frame = 24; Tics = -1; Next state = "NULL"; } State { ID = "FIRED_CORPSE4"; Sprite = "FDMN"; Frame = 16; Tics = 3; Next state = "FIRED_CORPSE5"; } State { ID = "FIRED_CORPSE5"; Sprite = "FDMN"; Frame = 16; Tics = 6; Action = "A_QueueCorpse"; Next state = "FIRED_CORPSE6"; } State { ID = "FIRED_CORPSE6"; Sprite = "FDMN"; Frame = 25; Tics = -1; Next state = "NULL"; } State { ID = "FIRED_RDROP1"; Sprite = "FDMN"; Frame = 18; Tics = 4; Next state = "FIRED_RDROP1"; } State { ID = "FIRED_RDEAD1_1"; Sprite = "FDMN"; Frame = 18; Tics = 5; Action = "A_SmBounce"; Next state = "FIRED_RDEAD1_2"; } State { ID = "FIRED_RDEAD1_2"; Sprite = "FDMN"; Frame = 18; Tics = 200; Next state = "NULL"; } State { ID = "FIRED_RDROP2"; Sprite = "FDMN"; Frame = 19; Tics = 4; Next state = "FIRED_RDROP2"; } State { ID = "FIRED_RDEAD2_1"; Sprite = "FDMN"; Frame = 19; Tics = 5; Action = "A_SmBounce"; Next state = "FIRED_RDEAD2_2"; } State { ID = "FIRED_RDEAD2_2"; Sprite = "FDMN"; Frame = 19; Tics = 200; Next state = "NULL"; } State { ID = "FIRED_RDROP3"; Sprite = "FDMN"; Frame = 20; Tics = 4; Next state = "FIRED_RDROP3"; } State { ID = "FIRED_RDEAD3_1"; Sprite = "FDMN"; Frame = 20; Tics = 5; Action = "A_SmBounce"; Next state = "FIRED_RDEAD3_2"; } State { ID = "FIRED_RDEAD3_2"; Sprite = "FDMN"; Frame = 20; Tics = 200; Next state = "NULL"; } State { ID = "FIRED_RDROP4"; Sprite = "FDMN"; Frame = 21; Tics = 4; Next state = "FIRED_RDROP4"; } State { ID = "FIRED_RDEAD4_1"; Sprite = "FDMN"; Frame = 21; Tics = 5; Action = "A_SmBounce"; Next state = "FIRED_RDEAD4_2"; } State { ID = "FIRED_RDEAD4_2"; Sprite = "FDMN"; Frame = 21; Tics = 200; Next state = "NULL"; } State { ID = "FIRED_RDROP5"; Sprite = "FDMN"; Frame = 22; Tics = 4; Next state = "FIRED_RDROP5"; } State { ID = "FIRED_RDEAD5_1"; Sprite = "FDMN"; Frame = 22; Tics = 5; Action = "A_SmBounce"; Next state = "FIRED_RDEAD5_2"; } State { ID = "FIRED_RDEAD5_2"; Sprite = "FDMN"; Frame = 22; Tics = 200; Next state = "NULL"; } State { ID = "FIRED_FX6_1"; Sprite = "FDMB"; Frame = 32768; Tics = 5; Next state = "FIRED_FX6_1"; } State { ID = "FIRED_FX6_2"; Sprite = "FDMB"; Frame = 32769; Tics = 5; Next state = "FIRED_FX6_3"; } State { ID = "FIRED_FX6_3"; Sprite = "FDMB"; Frame = 32770; Tics = 5; Next state = "FIRED_FX6_4"; } State { ID = "FIRED_FX6_4"; Sprite = "FDMB"; Frame = 32771; Tics = 5; Next state = "FIRED_FX6_5"; } State { ID = "FIRED_FX6_5"; Sprite = "FDMB"; Frame = 32772; Tics = 5; Next state = "NULL"; } State { ID = "ICEGUY_LOOK"; Sprite = "ICEY"; Frame = 0; Tics = 10; Action = "A_IceGuyLook"; Next state = "ICEGUY_LOOK"; } State { ID = "ICEGUY_DORMANT"; Sprite = "ICEY"; Frame = 0; Tics = -1; Next state = "ICEGUY_LOOK"; } State { ID = "ICEGUY_WALK1"; Sprite = "ICEY"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "ICEGUY_WALK2"; } State { ID = "ICEGUY_WALK2"; Sprite = "ICEY"; Frame = 1; Tics = 4; Action = "A_IceGuyChase"; Next state = "ICEGUY_WALK3"; } State { ID = "ICEGUY_WALK3"; Sprite = "ICEY"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "ICEGUY_WALK4"; } State { ID = "ICEGUY_WALK4"; Sprite = "ICEY"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "ICEGUY_WALK1"; } State { ID = "ICEGUY_ATK1"; Sprite = "ICEY"; Frame = 4; Tics = 3; Action = "A_FaceTarget"; Next state = "ICEGUY_ATK2"; } State { ID = "ICEGUY_ATK2"; Sprite = "ICEY"; Frame = 5; Tics = 3; Action = "A_FaceTarget"; Next state = "ICEGUY_ATK3"; } State { ID = "ICEGUY_ATK3"; Sprite = "ICEY"; Frame = 32774; Tics = 8; Action = "A_IceGuyAttack"; Next state = "ICEGUY_ATK4"; } State { ID = "ICEGUY_ATK4"; Sprite = "ICEY"; Frame = 5; Tics = 4; Action = "A_FaceTarget"; Next state = "ICEGUY_WALK1"; } State { ID = "ICEGUY_PAIN1"; Sprite = "ICEY"; Frame = 0; Tics = 1; Action = "A_Pain"; Next state = "ICEGUY_WALK1"; } State { ID = "ICEGUY_DEATH"; Sprite = "ICEY"; Frame = 0; Tics = 1; Action = "A_IceGuyDie"; Next state = "NULL"; } State { ID = "ICEGUY_FX1"; Sprite = "ICPR"; Frame = 32768; Tics = 3; Action = "A_IceGuyMissilePuff"; Next state = "ICEGUY_FX2"; } State { ID = "ICEGUY_FX2"; Sprite = "ICPR"; Frame = 32769; Tics = 3; Action = "A_IceGuyMissilePuff"; Next state = "ICEGUY_FX3"; } State { ID = "ICEGUY_FX3"; Sprite = "ICPR"; Frame = 32770; Tics = 3; Action = "A_IceGuyMissilePuff"; Next state = "ICEGUY_FX1"; } State { ID = "ICEGUY_FX_X1"; Sprite = "ICPR"; Frame = 32771; Tics = 4; Next state = "ICEGUY_FX_X2"; } State { ID = "ICEGUY_FX_X2"; Sprite = "ICPR"; Frame = 32772; Tics = 4; Action = "A_IceGuyMissileExplode"; Next state = "ICEGUY_FX_X3"; } State { ID = "ICEGUY_FX_X3"; Sprite = "ICPR"; Frame = 32773; Tics = 4; Next state = "ICEGUY_FX_X4"; } State { ID = "ICEGUY_FX_X4"; Sprite = "ICPR"; Frame = 32774; Tics = 4; Next state = "ICEGUY_FX_X5"; } State { ID = "ICEGUY_FX_X5"; Sprite = "ICPR"; Frame = 32775; Tics = 3; Next state = "NULL"; } State { ID = "ICEFX_PUFF1"; Sprite = "ICPR"; Frame = 8; Tics = 3; Next state = "ICEFX_PUFF2"; } State { ID = "ICEFX_PUFF2"; Sprite = "ICPR"; Frame = 9; Tics = 3; Next state = "ICEFX_PUFF3"; } State { ID = "ICEFX_PUFF3"; Sprite = "ICPR"; Frame = 10; Tics = 3; Next state = "ICEFX_PUFF4"; } State { ID = "ICEFX_PUFF4"; Sprite = "ICPR"; Frame = 11; Tics = 2; Next state = "ICEFX_PUFF5"; } State { ID = "ICEFX_PUFF5"; Sprite = "ICPR"; Frame = 12; Tics = 2; Next state = "NULL"; } State { ID = "ICEGUY_FX2_1"; Sprite = "ICPR"; Frame = 32781; Tics = 3; Next state = "ICEGUY_FX2_2"; } State { ID = "ICEGUY_FX2_2"; Sprite = "ICPR"; Frame = 32782; Tics = 3; Next state = "ICEGUY_FX2_3"; } State { ID = "ICEGUY_FX2_3"; Sprite = "ICPR"; Frame = 32783; Tics = 3; Next state = "ICEGUY_FX2_1"; } State { ID = "ICEGUY_BIT1"; Sprite = "ICPR"; Frame = 32784; Tics = 50; Next state = "NULL"; } State { ID = "ICEGUY_BIT2"; Sprite = "ICPR"; Frame = 32785; Tics = 50; Next state = "NULL"; } State { ID = "ICEGUY_WISP1_1"; Sprite = "ICWS"; Frame = 0; Tics = 2; Next state = "ICEGUY_WISP1_2"; } State { ID = "ICEGUY_WISP1_2"; Sprite = "ICWS"; Frame = 1; Tics = 2; Next state = "ICEGUY_WISP1_3"; } State { ID = "ICEGUY_WISP1_3"; Sprite = "ICWS"; Frame = 2; Tics = 2; Next state = "ICEGUY_WISP1_4"; } State { ID = "ICEGUY_WISP1_4"; Sprite = "ICWS"; Frame = 3; Tics = 2; Next state = "ICEGUY_WISP1_5"; } State { ID = "ICEGUY_WISP1_5"; Sprite = "ICWS"; Frame = 4; Tics = 2; Next state = "ICEGUY_WISP1_6"; } State { ID = "ICEGUY_WISP1_6"; Sprite = "ICWS"; Frame = 5; Tics = 2; Next state = "ICEGUY_WISP1_7"; } State { ID = "ICEGUY_WISP1_7"; Sprite = "ICWS"; Frame = 6; Tics = 2; Next state = "ICEGUY_WISP1_8"; } State { ID = "ICEGUY_WISP1_8"; Sprite = "ICWS"; Frame = 7; Tics = 2; Next state = "ICEGUY_WISP1_9"; } State { ID = "ICEGUY_WISP1_9"; Sprite = "ICWS"; Frame = 8; Tics = 2; Next state = "NULL"; } State { ID = "ICEGUY_WISP2_1"; Sprite = "ICWS"; Frame = 9; Tics = 2; Next state = "ICEGUY_WISP2_2"; } State { ID = "ICEGUY_WISP2_2"; Sprite = "ICWS"; Frame = 10; Tics = 2; Next state = "ICEGUY_WISP2_3"; } State { ID = "ICEGUY_WISP2_3"; Sprite = "ICWS"; Frame = 11; Tics = 2; Next state = "ICEGUY_WISP2_4"; } State { ID = "ICEGUY_WISP2_4"; Sprite = "ICWS"; Frame = 12; Tics = 2; Next state = "ICEGUY_WISP2_5"; } State { ID = "ICEGUY_WISP2_5"; Sprite = "ICWS"; Frame = 13; Tics = 2; Next state = "ICEGUY_WISP2_6"; } State { ID = "ICEGUY_WISP2_6"; Sprite = "ICWS"; Frame = 14; Tics = 2; Next state = "ICEGUY_WISP2_7"; } State { ID = "ICEGUY_WISP2_7"; Sprite = "ICWS"; Frame = 15; Tics = 2; Next state = "ICEGUY_WISP2_8"; } State { ID = "ICEGUY_WISP2_8"; Sprite = "ICWS"; Frame = 16; Tics = 2; Next state = "ICEGUY_WISP2_9"; } State { ID = "ICEGUY_WISP2_9"; Sprite = "ICWS"; Frame = 17; Tics = 2; Next state = "NULL"; } State { ID = "FIGHTER"; Sprite = "PLAY"; Frame = 0; Tics = 2; Next state = "FIGHTER2"; } State { ID = "FIGHTER2"; Sprite = "PLAY"; Frame = 0; Tics = 3; Action = "A_ClassBossHealth"; Next state = "FIGHTERLOOK"; } State { ID = "FIGHTERLOOK"; Sprite = "PLAY"; Frame = 0; Tics = 5; Action = "A_Look"; Next state = "FIGHTERLOOK"; } State { ID = "FIGHTER_RUN1"; Sprite = "PLAY"; Frame = 0; Tics = 4; Action = "A_FastChase"; Next state = "FIGHTER_RUN2"; } State { ID = "FIGHTER_RUN2"; Sprite = "PLAY"; Frame = 1; Tics = 4; Action = "A_FastChase"; Next state = "FIGHTER_RUN3"; } State { ID = "FIGHTER_RUN3"; Sprite = "PLAY"; Frame = 2; Tics = 4; Action = "A_FastChase"; Next state = "FIGHTER_RUN4"; } State { ID = "FIGHTER_RUN4"; Sprite = "PLAY"; Frame = 3; Tics = 4; Action = "A_FastChase"; Next state = "FIGHTER_RUN1"; } State { ID = "FIGHTER_ATK1"; Sprite = "PLAY"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "FIGHTER_ATK2"; } State { ID = "FIGHTER_ATK2"; Sprite = "PLAY"; Frame = 5; Tics = 8; Action = "A_FighterAttack"; Next state = "FIGHTER_RUN1"; } State { ID = "FIGHTER_PAIN"; Sprite = "PLAY"; Frame = 6; Tics = 4; Next state = "FIGHTER_PAIN2"; } State { ID = "FIGHTER_PAIN2"; Sprite = "PLAY"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "FIGHTER_RUN1"; } State { ID = "FIGHTER_DIE1"; Sprite = "PLAY"; Frame = 7; Tics = 6; Next state = "FIGHTER_DIE2"; } State { ID = "FIGHTER_DIE2"; Sprite = "PLAY"; Frame = 8; Tics = 6; Action = "A_Scream"; Next state = "FIGHTER_DIE3"; } State { ID = "FIGHTER_DIE3"; Sprite = "PLAY"; Frame = 9; Tics = 6; Next state = "FIGHTER_DIE4"; } State { ID = "FIGHTER_DIE4"; Sprite = "PLAY"; Frame = 10; Tics = 6; Next state = "FIGHTER_DIE5"; } State { ID = "FIGHTER_DIE5"; Sprite = "PLAY"; Frame = 11; Tics = 6; Action = "A_NoBlocking"; Next state = "FIGHTER_DIE6"; } State { ID = "FIGHTER_DIE6"; Sprite = "PLAY"; Frame = 12; Tics = 6; Next state = "FIGHTER_DIE7"; } State { ID = "FIGHTER_DIE7"; Sprite = "PLAY"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "FIGHTER_XDIE1"; Sprite = "PLAY"; Frame = 14; Tics = 5; Action = "A_Scream"; Next state = "FIGHTER_XDIE2"; } State { ID = "FIGHTER_XDIE2"; Sprite = "PLAY"; Frame = 15; Tics = 5; Action = "A_SkullPop"; Next state = "FIGHTER_XDIE3"; } State { ID = "FIGHTER_XDIE3"; Sprite = "PLAY"; Frame = 17; Tics = 5; Action = "A_NoBlocking"; Next state = "FIGHTER_XDIE4"; } State { ID = "FIGHTER_XDIE4"; Sprite = "PLAY"; Frame = 18; Tics = 5; Next state = "FIGHTER_XDIE5"; } State { ID = "FIGHTER_XDIE5"; Sprite = "PLAY"; Frame = 19; Tics = 5; Next state = "FIGHTER_XDIE6"; } State { ID = "FIGHTER_XDIE6"; Sprite = "PLAY"; Frame = 20; Tics = 5; Next state = "FIGHTER_XDIE7"; } State { ID = "FIGHTER_XDIE7"; Sprite = "PLAY"; Frame = 21; Tics = 5; Next state = "FIGHTER_XDIE8"; } State { ID = "FIGHTER_XDIE8"; Sprite = "PLAY"; Frame = 22; Tics = -1; Next state = "NULL"; } State { ID = "FIGHTER_ICE"; Sprite = "PLAY"; Frame = 23; Tics = 5; Action = "A_FreezeDeath"; Next state = "FIGHTER_ICE2"; } State { ID = "FIGHTER_ICE2"; Sprite = "PLAY"; Frame = 23; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "FIGHTER_ICE2"; } State { ID = "CLERIC"; Sprite = "CLER"; Frame = 0; Tics = 2; Next state = "CLERIC2"; } State { ID = "CLERIC2"; Sprite = "CLER"; Frame = 0; Tics = 3; Action = "A_ClassBossHealth"; Next state = "CLERICLOOK"; } State { ID = "CLERICLOOK"; Sprite = "CLER"; Frame = 0; Tics = 5; Action = "A_Look"; Next state = "CLERICLOOK"; } State { ID = "CLERIC_RUN1"; Sprite = "CLER"; Frame = 0; Tics = 4; Action = "A_FastChase"; Next state = "CLERIC_RUN2"; } State { ID = "CLERIC_RUN2"; Sprite = "CLER"; Frame = 1; Tics = 4; Action = "A_FastChase"; Next state = "CLERIC_RUN3"; } State { ID = "CLERIC_RUN3"; Sprite = "CLER"; Frame = 2; Tics = 4; Action = "A_FastChase"; Next state = "CLERIC_RUN4"; } State { ID = "CLERIC_RUN4"; Sprite = "CLER"; Frame = 3; Tics = 4; Action = "A_FastChase"; Next state = "CLERIC_RUN1"; } State { ID = "CLERIC_ATK1"; Sprite = "CLER"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "CLERIC_ATK2"; } State { ID = "CLERIC_ATK2"; Sprite = "CLER"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "CLERIC_ATK3"; } State { ID = "CLERIC_ATK3"; Sprite = "CLER"; Frame = 6; Tics = 10; Action = "A_ClericAttack"; Next state = "CLERIC_RUN1"; } State { ID = "CLERIC_PAIN"; Sprite = "CLER"; Frame = 7; Tics = 4; Next state = "CLERIC_PAIN2"; } State { ID = "CLERIC_PAIN2"; Sprite = "CLER"; Frame = 7; Tics = 4; Action = "A_Pain"; Next state = "CLERIC_RUN1"; } State { ID = "CLERIC_DIE1"; Sprite = "CLER"; Frame = 8; Tics = 6; Next state = "CLERIC_DIE2"; } State { ID = "CLERIC_DIE2"; Sprite = "CLER"; Frame = 10; Tics = 6; Action = "A_Scream"; Next state = "CLERIC_DIE3"; } State { ID = "CLERIC_DIE3"; Sprite = "CLER"; Frame = 11; Tics = 6; Next state = "CLERIC_DIE4"; } State { ID = "CLERIC_DIE4"; Sprite = "CLER"; Frame = 11; Tics = 6; Next state = "CLERIC_DIE5"; } State { ID = "CLERIC_DIE5"; Sprite = "CLER"; Frame = 12; Tics = 6; Action = "A_NoBlocking"; Next state = "CLERIC_DIE6"; } State { ID = "CLERIC_DIE6"; Sprite = "CLER"; Frame = 13; Tics = 6; Next state = "CLERIC_DIE7"; } State { ID = "CLERIC_DIE7"; Sprite = "CLER"; Frame = 14; Tics = 6; Next state = "CLERIC_DIE8"; } State { ID = "CLERIC_DIE8"; Sprite = "CLER"; Frame = 15; Tics = 6; Next state = "CLERIC_DIE9"; } State { ID = "CLERIC_DIE9"; Sprite = "CLER"; Frame = 16; Tics = -1; Next state = "NULL"; } State { ID = "CLERIC_XDIE1"; Sprite = "CLER"; Frame = 17; Tics = 5; Action = "A_Scream"; Next state = "CLERIC_XDIE2"; } State { ID = "CLERIC_XDIE2"; Sprite = "CLER"; Frame = 18; Tics = 5; Next state = "CLERIC_XDIE3"; } State { ID = "CLERIC_XDIE3"; Sprite = "CLER"; Frame = 19; Tics = 5; Action = "A_NoBlocking"; Next state = "CLERIC_XDIE4"; } State { ID = "CLERIC_XDIE4"; Sprite = "CLER"; Frame = 20; Tics = 5; Next state = "CLERIC_XDIE5"; } State { ID = "CLERIC_XDIE5"; Sprite = "CLER"; Frame = 21; Tics = 5; Next state = "CLERIC_XDIE6"; } State { ID = "CLERIC_XDIE6"; Sprite = "CLER"; Frame = 22; Tics = 5; Next state = "CLERIC_XDIE7"; } State { ID = "CLERIC_XDIE7"; Sprite = "CLER"; Frame = 23; Tics = 5; Next state = "CLERIC_XDIE8"; } State { ID = "CLERIC_XDIE8"; Sprite = "CLER"; Frame = 24; Tics = 5; Next state = "CLERIC_XDIE9"; } State { ID = "CLERIC_XDIE9"; Sprite = "CLER"; Frame = 25; Tics = 5; Next state = "CLERIC_XDIE10"; } State { ID = "CLERIC_XDIE10"; Sprite = "CLER"; Frame = 26; Tics = -1; Next state = "NULL"; } State { ID = "CLERIC_ICE"; Sprite = "CLER"; Frame = 27; Tics = 5; Action = "A_FreezeDeath"; Next state = "CLERIC_ICE2"; } State { ID = "CLERIC_ICE2"; Sprite = "CLER"; Frame = 27; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "CLERIC_ICE2"; } State { ID = "MAGE"; Sprite = "MAGE"; Frame = 0; Tics = 2; Next state = "MAGE2"; } State { ID = "MAGE2"; Sprite = "MAGE"; Frame = 0; Tics = 3; Action = "A_ClassBossHealth"; Next state = "MAGELOOK"; } State { ID = "MAGELOOK"; Sprite = "MAGE"; Frame = 0; Tics = 5; Action = "A_Look"; Next state = "MAGELOOK"; } State { ID = "MAGE_RUN1"; Sprite = "MAGE"; Frame = 0; Tics = 4; Action = "A_FastChase"; Next state = "MAGE_RUN2"; } State { ID = "MAGE_RUN2"; Sprite = "MAGE"; Frame = 1; Tics = 4; Action = "A_FastChase"; Next state = "MAGE_RUN3"; } State { ID = "MAGE_RUN3"; Sprite = "MAGE"; Frame = 2; Tics = 4; Action = "A_FastChase"; Next state = "MAGE_RUN4"; } State { ID = "MAGE_RUN4"; Sprite = "MAGE"; Frame = 3; Tics = 4; Action = "A_FastChase"; Next state = "MAGE_RUN1"; } State { ID = "MAGE_ATK1"; Sprite = "MAGE"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "MAGE_ATK2"; } State { ID = "MAGE_ATK2"; Sprite = "MAGE"; Frame = 32773; Tics = 8; Action = "A_MageAttack"; Next state = "MAGE_RUN1"; } State { ID = "MAGE_PAIN"; Sprite = "MAGE"; Frame = 6; Tics = 4; Next state = "MAGE_PAIN2"; } State { ID = "MAGE_PAIN2"; Sprite = "MAGE"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "MAGE_RUN1"; } State { ID = "MAGE_DIE1"; Sprite = "MAGE"; Frame = 7; Tics = 6; Next state = "MAGE_DIE2"; } State { ID = "MAGE_DIE2"; Sprite = "MAGE"; Frame = 8; Tics = 6; Action = "A_Scream"; Next state = "MAGE_DIE3"; } State { ID = "MAGE_DIE3"; Sprite = "MAGE"; Frame = 9; Tics = 6; Next state = "MAGE_DIE4"; } State { ID = "MAGE_DIE4"; Sprite = "MAGE"; Frame = 10; Tics = 6; Next state = "MAGE_DIE5"; } State { ID = "MAGE_DIE5"; Sprite = "MAGE"; Frame = 11; Tics = 6; Action = "A_NoBlocking"; Next state = "MAGE_DIE6"; } State { ID = "MAGE_DIE6"; Sprite = "MAGE"; Frame = 12; Tics = 6; Next state = "MAGE_DIE7"; } State { ID = "MAGE_DIE7"; Sprite = "MAGE"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "MAGE_XDIE1"; Sprite = "MAGE"; Frame = 14; Tics = 5; Action = "A_Scream"; Next state = "MAGE_XDIE2"; } State { ID = "MAGE_XDIE2"; Sprite = "MAGE"; Frame = 15; Tics = 5; Next state = "MAGE_XDIE3"; } State { ID = "MAGE_XDIE3"; Sprite = "MAGE"; Frame = 17; Tics = 5; Action = "A_NoBlocking"; Next state = "MAGE_XDIE4"; } State { ID = "MAGE_XDIE4"; Sprite = "MAGE"; Frame = 18; Tics = 5; Next state = "MAGE_XDIE5"; } State { ID = "MAGE_XDIE5"; Sprite = "MAGE"; Frame = 19; Tics = 5; Next state = "MAGE_XDIE6"; } State { ID = "MAGE_XDIE6"; Sprite = "MAGE"; Frame = 20; Tics = 5; Next state = "MAGE_XDIE7"; } State { ID = "MAGE_XDIE7"; Sprite = "MAGE"; Frame = 21; Tics = 5; Next state = "MAGE_XDIE8"; } State { ID = "MAGE_XDIE8"; Sprite = "MAGE"; Frame = 22; Tics = 5; Next state = "MAGE_XDIE9"; } State { ID = "MAGE_XDIE9"; Sprite = "MAGE"; Frame = 23; Tics = -1; Next state = "NULL"; } State { ID = "MAGE_ICE"; Sprite = "MAGE"; Frame = 24; Tics = 5; Action = "A_FreezeDeath"; Next state = "MAGE_ICE2"; } State { ID = "MAGE_ICE2"; Sprite = "MAGE"; Frame = 24; Tics = 1; Action = "A_FreezeDeathChunks"; Next state = "MAGE_ICE2"; } State { ID = "SORC_SPAWN1"; Sprite = "SORC"; Frame = 0; Tics = 3; Next state = "SORC_SPAWN2"; } State { ID = "SORC_SPAWN2"; Sprite = "SORC"; Frame = 0; Tics = 2; Action = "A_SorcSpinBalls"; Next state = "SORC_LOOK1"; } State { ID = "SORC_LOOK1"; Sprite = "SORC"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SORC_LOOK1"; } State { ID = "SORC_WALK1"; Sprite = "SORC"; Frame = 0; Tics = 5; Action = "A_Chase"; Next state = "SORC_WALK2"; } State { ID = "SORC_WALK2"; Sprite = "SORC"; Frame = 1; Tics = 5; Action = "A_Chase"; Next state = "SORC_WALK3"; } State { ID = "SORC_WALK3"; Sprite = "SORC"; Frame = 2; Tics = 5; Action = "A_Chase"; Next state = "SORC_WALK4"; } State { ID = "SORC_WALK4"; Sprite = "SORC"; Frame = 3; Tics = 5; Action = "A_Chase"; Next state = "SORC_WALK1"; } State { ID = "SORC_PAIN1"; Sprite = "SORC"; Frame = 6; Tics = 8; Next state = "SORC_PAIN2"; } State { ID = "SORC_PAIN2"; Sprite = "SORC"; Frame = 6; Tics = 8; Action = "A_Pain"; Next state = "SORC_WALK1"; } State { ID = "SORC_ATK2_1"; Sprite = "SORC"; Frame = 32773; Tics = 6; Action = "A_FaceTarget"; Next state = "SORC_ATK2_2"; } State { ID = "SORC_ATK2_2"; Sprite = "SORC"; Frame = 32773; Tics = 6; Action = "A_SpeedBalls"; Next state = "SORC_ATK2_3"; } State { ID = "SORC_ATK2_3"; Sprite = "SORC"; Frame = 32773; Tics = 6; Action = "A_FaceTarget"; Next state = "SORC_ATK2_3"; } State { ID = "SORC_ATTACK1"; Sprite = "SORC"; Frame = 32772; Tics = 6; Next state = "SORC_ATTACK2"; } State { ID = "SORC_ATTACK2"; Sprite = "SORC"; Frame = 32772; Tics = 6; Action = "A_SpawnFizzle"; Next state = "SORC_ATTACK3"; } State { ID = "SORC_ATTACK3"; Sprite = "SORC"; Frame = 32772; Tics = 5; Action = "A_FaceTarget"; Next state = "SORC_ATTACK2"; } State { ID = "SORC_ATTACK4"; Sprite = "SORC"; Frame = 32772; Tics = 2; Next state = "SORC_ATTACK5"; } State { ID = "SORC_ATTACK5"; Sprite = "SORC"; Frame = 32772; Tics = 2; Action = "A_SorcBossAttack"; Next state = "SORC_WALK1"; } State { ID = "SORC_DIE1"; Sprite = "SORC"; Frame = 32775; Tics = 5; Next state = "SORC_DIE2"; } State { ID = "SORC_DIE2"; Sprite = "SORC"; Frame = 32776; Tics = 5; Action = "A_FaceTarget"; Next state = "SORC_DIE3"; } State { ID = "SORC_DIE3"; Sprite = "SORC"; Frame = 32777; Tics = 5; Action = "A_Scream"; Next state = "SORC_DIE4"; } State { ID = "SORC_DIE4"; Sprite = "SORC"; Frame = 32778; Tics = 5; Next state = "SORC_DIE5"; } State { ID = "SORC_DIE5"; Sprite = "SORC"; Frame = 32779; Tics = 5; Next state = "SORC_DIE6"; } State { ID = "SORC_DIE6"; Sprite = "SORC"; Frame = 32780; Tics = 5; Next state = "SORC_DIE7"; } State { ID = "SORC_DIE7"; Sprite = "SORC"; Frame = 32781; Tics = 5; Next state = "SORC_DIE8"; } State { ID = "SORC_DIE8"; Sprite = "SORC"; Frame = 32782; Tics = 5; Next state = "SORC_DIE9"; } State { ID = "SORC_DIE9"; Sprite = "SORC"; Frame = 32783; Tics = 5; Next state = "SORC_DIE0"; } State { ID = "SORC_DIE0"; Sprite = "SORC"; Frame = 32784; Tics = 5; Next state = "SORC_DIEA"; } State { ID = "SORC_DIEA"; Sprite = "SORC"; Frame = 32785; Tics = 5; Next state = "SORC_DIEB"; } State { ID = "SORC_DIEB"; Sprite = "SORC"; Frame = 32786; Tics = 5; Next state = "SORC_DIEC"; } State { ID = "SORC_DIEC"; Sprite = "SORC"; Frame = 32787; Tics = 5; Next state = "SORC_DIED"; } State { ID = "SORC_DIED"; Sprite = "SORC"; Frame = 32788; Tics = 5; Action = "A_NoBlocking"; Next state = "SORC_DIEE"; } State { ID = "SORC_DIEE"; Sprite = "SORC"; Frame = 32789; Tics = 5; Next state = "SORC_DIEF"; } State { ID = "SORC_DIEF"; Sprite = "SORC"; Frame = 32790; Tics = 5; Next state = "SORC_DIEG"; } State { ID = "SORC_DIEG"; Sprite = "SORC"; Frame = 32791; Tics = 5; Next state = "SORC_DIEH"; } State { ID = "SORC_DIEH"; Sprite = "SORC"; Frame = 32792; Tics = 5; Next state = "SORC_DIEI"; } State { ID = "SORC_DIEI"; Sprite = "SORC"; Frame = 32793; Tics = -1; Next state = "NULL"; } State { ID = "SORCBALL1_1"; Sprite = "SBMP"; Frame = 0; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_2"; } State { ID = "SORCBALL1_2"; Sprite = "SBMP"; Frame = 1; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_3"; } State { ID = "SORCBALL1_3"; Sprite = "SBMP"; Frame = 2; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_4"; } State { ID = "SORCBALL1_4"; Sprite = "SBMP"; Frame = 3; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_5"; } State { ID = "SORCBALL1_5"; Sprite = "SBMP"; Frame = 4; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_6"; } State { ID = "SORCBALL1_6"; Sprite = "SBMP"; Frame = 5; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_7"; } State { ID = "SORCBALL1_7"; Sprite = "SBMP"; Frame = 6; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_8"; } State { ID = "SORCBALL1_8"; Sprite = "SBMP"; Frame = 7; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_9"; } State { ID = "SORCBALL1_9"; Sprite = "SBMP"; Frame = 8; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_0"; } State { ID = "SORCBALL1_0"; Sprite = "SBMP"; Frame = 9; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_A"; } State { ID = "SORCBALL1_A"; Sprite = "SBMP"; Frame = 10; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_B"; } State { ID = "SORCBALL1_B"; Sprite = "SBMP"; Frame = 11; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_C"; } State { ID = "SORCBALL1_C"; Sprite = "SBMP"; Frame = 12; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_D"; } State { ID = "SORCBALL1_D"; Sprite = "SBMP"; Frame = 13; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_E"; } State { ID = "SORCBALL1_E"; Sprite = "SBMP"; Frame = 14; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_F"; } State { ID = "SORCBALL1_F"; Sprite = "SBMP"; Frame = 15; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL1_1"; } State { ID = "SORCBALL1_D1"; Sprite = "SBMP"; Frame = 0; Tics = 5; Action = "A_SorcBallPop"; Next state = "SORCBALL1_D2"; } State { ID = "SORCBALL1_D2"; Sprite = "SBMP"; Frame = 1; Tics = 2; Action = "A_BounceCheck"; Next state = "SORCBALL1_D2"; } State { ID = "SORCBALL1_D5"; Sprite = "SBS4"; Frame = 3; Tics = 5; Action = "A_Explode"; Next state = "SORCBALL1_D6"; } State { ID = "SORCBALL1_D6"; Sprite = "SBS4"; Frame = 4; Tics = 5; Next state = "SORCBALL1_D7"; } State { ID = "SORCBALL1_D7"; Sprite = "SBS4"; Frame = 5; Tics = 6; Next state = "SORCBALL1_D8"; } State { ID = "SORCBALL1_D8"; Sprite = "SBS4"; Frame = 6; Tics = 6; Next state = "SORCBALL1_D9"; } State { ID = "SORCBALL1_D9"; Sprite = "SBS4"; Frame = 7; Tics = 6; Next state = "NULL"; } State { ID = "SORCBALL2_1"; Sprite = "SBMB"; Frame = 0; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_2"; } State { ID = "SORCBALL2_2"; Sprite = "SBMB"; Frame = 1; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_3"; } State { ID = "SORCBALL2_3"; Sprite = "SBMB"; Frame = 2; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_4"; } State { ID = "SORCBALL2_4"; Sprite = "SBMB"; Frame = 3; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_5"; } State { ID = "SORCBALL2_5"; Sprite = "SBMB"; Frame = 4; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_6"; } State { ID = "SORCBALL2_6"; Sprite = "SBMB"; Frame = 5; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_7"; } State { ID = "SORCBALL2_7"; Sprite = "SBMB"; Frame = 6; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_8"; } State { ID = "SORCBALL2_8"; Sprite = "SBMB"; Frame = 7; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_9"; } State { ID = "SORCBALL2_9"; Sprite = "SBMB"; Frame = 8; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_0"; } State { ID = "SORCBALL2_0"; Sprite = "SBMB"; Frame = 9; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_A"; } State { ID = "SORCBALL2_A"; Sprite = "SBMB"; Frame = 10; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_B"; } State { ID = "SORCBALL2_B"; Sprite = "SBMB"; Frame = 11; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_C"; } State { ID = "SORCBALL2_C"; Sprite = "SBMB"; Frame = 12; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_D"; } State { ID = "SORCBALL2_D"; Sprite = "SBMB"; Frame = 13; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_E"; } State { ID = "SORCBALL2_E"; Sprite = "SBMB"; Frame = 14; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_F"; } State { ID = "SORCBALL2_F"; Sprite = "SBMB"; Frame = 15; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL2_1"; } State { ID = "SORCBALL2_D1"; Sprite = "SBMB"; Frame = 0; Tics = 5; Action = "A_SorcBallPop"; Next state = "SORCBALL2_D2"; } State { ID = "SORCBALL2_D2"; Sprite = "SBMB"; Frame = 1; Tics = 2; Action = "A_BounceCheck"; Next state = "SORCBALL2_D2"; } State { ID = "SORCBALL2_D5"; Sprite = "SBS3"; Frame = 3; Tics = 5; Action = "A_Explode"; Next state = "SORCBALL2_D6"; } State { ID = "SORCBALL2_D6"; Sprite = "SBS3"; Frame = 4; Tics = 5; Next state = "SORCBALL2_D7"; } State { ID = "SORCBALL2_D7"; Sprite = "SBS3"; Frame = 5; Tics = 6; Next state = "SORCBALL2_D8"; } State { ID = "SORCBALL2_D8"; Sprite = "SBS3"; Frame = 6; Tics = 6; Next state = "SORCBALL2_D9"; } State { ID = "SORCBALL2_D9"; Sprite = "SBS3"; Frame = 7; Tics = 6; Next state = "NULL"; } State { ID = "SORCBALL3_1"; Sprite = "SBMG"; Frame = 0; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_2"; } State { ID = "SORCBALL3_2"; Sprite = "SBMG"; Frame = 1; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_3"; } State { ID = "SORCBALL3_3"; Sprite = "SBMG"; Frame = 2; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_4"; } State { ID = "SORCBALL3_4"; Sprite = "SBMG"; Frame = 3; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_5"; } State { ID = "SORCBALL3_5"; Sprite = "SBMG"; Frame = 4; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_6"; } State { ID = "SORCBALL3_6"; Sprite = "SBMG"; Frame = 5; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_7"; } State { ID = "SORCBALL3_7"; Sprite = "SBMG"; Frame = 6; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_8"; } State { ID = "SORCBALL3_8"; Sprite = "SBMG"; Frame = 7; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_9"; } State { ID = "SORCBALL3_9"; Sprite = "SBMG"; Frame = 8; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_0"; } State { ID = "SORCBALL3_0"; Sprite = "SBMG"; Frame = 9; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_A"; } State { ID = "SORCBALL3_A"; Sprite = "SBMG"; Frame = 10; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_B"; } State { ID = "SORCBALL3_B"; Sprite = "SBMG"; Frame = 11; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_C"; } State { ID = "SORCBALL3_C"; Sprite = "SBMG"; Frame = 12; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_D"; } State { ID = "SORCBALL3_D"; Sprite = "SBMG"; Frame = 13; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_E"; } State { ID = "SORCBALL3_E"; Sprite = "SBMG"; Frame = 14; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_F"; } State { ID = "SORCBALL3_F"; Sprite = "SBMG"; Frame = 15; Tics = 2; Action = "A_SorcBallOrbit"; Next state = "SORCBALL3_1"; } State { ID = "SORCBALL3_D1"; Sprite = "SBMG"; Frame = 0; Tics = 5; Action = "A_SorcBallPop"; Next state = "SORCBALL3_D2"; } State { ID = "SORCBALL3_D2"; Sprite = "SBMG"; Frame = 1; Tics = 2; Action = "A_BounceCheck"; Next state = "SORCBALL3_D2"; } State { ID = "SORCBALL3_D5"; Sprite = "SBS3"; Frame = 3; Tics = 5; Action = "A_Explode"; Next state = "SORCBALL3_D6"; } State { ID = "SORCBALL3_D6"; Sprite = "SBS3"; Frame = 4; Tics = 5; Next state = "SORCBALL3_D7"; } State { ID = "SORCBALL3_D7"; Sprite = "SBS3"; Frame = 5; Tics = 6; Next state = "SORCBALL3_D8"; } State { ID = "SORCBALL3_D8"; Sprite = "SBS3"; Frame = 6; Tics = 6; Next state = "SORCBALL3_D9"; } State { ID = "SORCBALL3_D9"; Sprite = "SBS3"; Frame = 7; Tics = 6; Next state = "NULL"; } State { ID = "SORCFX1_1"; Sprite = "SBS1"; Frame = 32768; Tics = 2; Next state = "SORCFX1_2"; } State { ID = "SORCFX1_2"; Sprite = "SBS1"; Frame = 32769; Tics = 3; Action = "A_SorcFX1Seek"; Next state = "SORCFX1_3"; } State { ID = "SORCFX1_3"; Sprite = "SBS1"; Frame = 32770; Tics = 3; Action = "A_SorcFX1Seek"; Next state = "SORCFX1_4"; } State { ID = "SORCFX1_4"; Sprite = "SBS1"; Frame = 32771; Tics = 3; Action = "A_SorcFX1Seek"; Next state = "SORCFX1_1"; } State { ID = "SORCFX1_D1"; Sprite = "FHFX"; Frame = 32786; Tics = 2; Action = "A_Explode"; Next state = "SORCFX1_D2"; } State { ID = "SORCFX1_D2"; Sprite = "FHFX"; Frame = 32786; Tics = 6; Next state = "SORCFX1_D3"; } State { ID = "SORCFX1_D3"; Sprite = "FHFX"; Frame = 32786; Tics = 6; Next state = "NULL"; } State { ID = "SORCFX2_SPLIT1"; Sprite = "SBS2"; Frame = 32768; Tics = 3; Action = "A_SorcFX2Split"; Next state = "SORCFX2_SPLIT1"; } State { ID = "SORCFX2_ORBIT1"; Sprite = "SBS2"; Frame = 32768; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT2"; } State { ID = "SORCFX2_ORBIT2"; Sprite = "SBS2"; Frame = 32769; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT3"; } State { ID = "SORCFX2_ORBIT3"; Sprite = "SBS2"; Frame = 32770; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT4"; } State { ID = "SORCFX2_ORBIT4"; Sprite = "SBS2"; Frame = 32771; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT5"; } State { ID = "SORCFX2_ORBIT5"; Sprite = "SBS2"; Frame = 32772; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT6"; } State { ID = "SORCFX2_ORBIT6"; Sprite = "SBS2"; Frame = 32773; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT7"; } State { ID = "SORCFX2_ORBIT7"; Sprite = "SBS2"; Frame = 32774; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT8"; } State { ID = "SORCFX2_ORBIT8"; Sprite = "SBS2"; Frame = 32775; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT9"; } State { ID = "SORCFX2_ORBIT9"; Sprite = "SBS2"; Frame = 32776; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT0"; } State { ID = "SORCFX2_ORBIT0"; Sprite = "SBS2"; Frame = 32777; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBITA"; } State { ID = "SORCFX2_ORBITA"; Sprite = "SBS2"; Frame = 32778; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBITB"; } State { ID = "SORCFX2_ORBITB"; Sprite = "SBS2"; Frame = 32779; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBITC"; } State { ID = "SORCFX2_ORBITC"; Sprite = "SBS2"; Frame = 32780; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBITD"; } State { ID = "SORCFX2_ORBITD"; Sprite = "SBS2"; Frame = 32781; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBITE"; } State { ID = "SORCFX2_ORBITE"; Sprite = "SBS2"; Frame = 32782; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBITF"; } State { ID = "SORCFX2_ORBITF"; Sprite = "SBS2"; Frame = 32783; Tics = 2; Action = "A_SorcFX2Orbit"; Next state = "SORCFX2_ORBIT1"; } State { ID = "SORCFX2T1"; Sprite = "SBS2"; Frame = 0; Tics = 10; Next state = "NULL"; } State { ID = "SORCFX3_1"; Sprite = "SBS3"; Frame = 32768; Tics = 2; Next state = "SORCFX3_2"; } State { ID = "SORCFX3_2"; Sprite = "SBS3"; Frame = 32769; Tics = 2; Next state = "SORCFX3_3"; } State { ID = "SORCFX3_3"; Sprite = "SBS3"; Frame = 32770; Tics = 2; Next state = "SORCFX3_1"; } State { ID = "BISHMORPH1"; Sprite = "SBS3"; Frame = 32768; Tics = 4; Next state = "BISHMORPHA"; } State { ID = "BISHMORPHA"; Sprite = "BISH"; Frame = 15; Tics = 4; Action = "A_SorcererBishopEntry"; Next state = "BISHMORPHB"; } State { ID = "BISHMORPHB"; Sprite = "BISH"; Frame = 14; Tics = 4; Next state = "BISHMORPHC"; } State { ID = "BISHMORPHC"; Sprite = "BISH"; Frame = 13; Tics = 4; Next state = "BISHMORPHD"; } State { ID = "BISHMORPHD"; Sprite = "BISH"; Frame = 12; Tics = 3; Next state = "BISHMORPHE"; } State { ID = "BISHMORPHE"; Sprite = "BISH"; Frame = 11; Tics = 3; Next state = "BISHMORPHF"; } State { ID = "BISHMORPHF"; Sprite = "BISH"; Frame = 10; Tics = 3; Next state = "BISHMORPHG"; } State { ID = "BISHMORPHG"; Sprite = "BISH"; Frame = 9; Tics = 3; Next state = "BISHMORPHH"; } State { ID = "BISHMORPHH"; Sprite = "BISH"; Frame = 8; Tics = 3; Next state = "BISHMORPHI"; } State { ID = "BISHMORPHI"; Sprite = "BISH"; Frame = 7; Tics = 3; Next state = "BISHMORPHJ"; } State { ID = "BISHMORPHJ"; Sprite = "BISH"; Frame = 6; Tics = 3; Action = "A_SpawnBishop"; Next state = "NULL"; } State { ID = "SORCFX3_EXP1"; Sprite = "SBS3"; Frame = 3; Tics = 3; Next state = "SORCFX3_EXP2"; } State { ID = "SORCFX3_EXP2"; Sprite = "SBS3"; Frame = 4; Tics = 3; Next state = "SORCFX3_EXP3"; } State { ID = "SORCFX3_EXP3"; Sprite = "SBS3"; Frame = 5; Tics = 3; Next state = "SORCFX3_EXP4"; } State { ID = "SORCFX3_EXP4"; Sprite = "SBS3"; Frame = 6; Tics = 3; Next state = "SORCFX3_EXP5"; } State { ID = "SORCFX3_EXP5"; Sprite = "SBS3"; Frame = 7; Tics = 3; Next state = "NULL"; } State { ID = "SORCFX4_1"; Sprite = "SBS4"; Frame = 32768; Tics = 2; Action = "A_SorcFX4Check"; Next state = "SORCFX4_2"; } State { ID = "SORCFX4_2"; Sprite = "SBS4"; Frame = 32769; Tics = 2; Action = "A_SorcFX4Check"; Next state = "SORCFX4_3"; } State { ID = "SORCFX4_3"; Sprite = "SBS4"; Frame = 32770; Tics = 2; Action = "A_SorcFX4Check"; Next state = "SORCFX4_1"; } State { ID = "SORCFX4_D1"; Sprite = "SBS4"; Frame = 32771; Tics = 2; Next state = "SORCFX4_D2"; } State { ID = "SORCFX4_D2"; Sprite = "SBS4"; Frame = 32772; Tics = 2; Action = "A_Explode"; Next state = "SORCFX4_D3"; } State { ID = "SORCFX4_D3"; Sprite = "SBS4"; Frame = 32773; Tics = 2; Next state = "SORCFX4_D4"; } State { ID = "SORCFX4_D4"; Sprite = "SBS4"; Frame = 32774; Tics = 2; Next state = "SORCFX4_D5"; } State { ID = "SORCFX4_D5"; Sprite = "SBS4"; Frame = 32775; Tics = 2; Next state = "NULL"; } State { ID = "SORCSPARK1"; Sprite = "SBFX"; Frame = 32768; Tics = 4; Next state = "SORCSPARK2"; } State { ID = "SORCSPARK2"; Sprite = "SBFX"; Frame = 32769; Tics = 4; Next state = "SORCSPARK3"; } State { ID = "SORCSPARK3"; Sprite = "SBFX"; Frame = 32770; Tics = 4; Next state = "SORCSPARK4"; } State { ID = "SORCSPARK4"; Sprite = "SBFX"; Frame = 32771; Tics = 4; Next state = "SORCSPARK5"; } State { ID = "SORCSPARK5"; Sprite = "SBFX"; Frame = 32772; Tics = 4; Next state = "SORCSPARK6"; } State { ID = "SORCSPARK6"; Sprite = "SBFX"; Frame = 32773; Tics = 4; Next state = "SORCSPARK7"; } State { ID = "SORCSPARK7"; Sprite = "SBFX"; Frame = 32774; Tics = 4; Next state = "NULL"; } State { ID = "BLASTEFFECT1"; Sprite = "RADE"; Frame = 32768; Tics = 4; Next state = "BLASTEFFECT2"; } State { ID = "BLASTEFFECT2"; Sprite = "RADE"; Frame = 32769; Tics = 4; Next state = "BLASTEFFECT3"; } State { ID = "BLASTEFFECT3"; Sprite = "RADE"; Frame = 32770; Tics = 4; Next state = "BLASTEFFECT4"; } State { ID = "BLASTEFFECT4"; Sprite = "RADE"; Frame = 32771; Tics = 4; Next state = "BLASTEFFECT5"; } State { ID = "BLASTEFFECT5"; Sprite = "RADE"; Frame = 32772; Tics = 4; Next state = "BLASTEFFECT6"; } State { ID = "BLASTEFFECT6"; Sprite = "RADE"; Frame = 32773; Tics = 4; Next state = "BLASTEFFECT7"; } State { ID = "BLASTEFFECT7"; Sprite = "RADE"; Frame = 32774; Tics = 4; Next state = "BLASTEFFECT8"; } State { ID = "BLASTEFFECT8"; Sprite = "RADE"; Frame = 32775; Tics = 4; Next state = "BLASTEFFECT9"; } State { ID = "BLASTEFFECT9"; Sprite = "RADE"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "WATERDRIP1"; Sprite = "WATR"; Frame = 0; Tics = 5; Next state = "WATERDRIP1"; } State { ID = "KORAX_LOOK1"; Sprite = "KORX"; Frame = 0; Tics = 5; Action = "A_Look"; Next state = "KORAX_LOOK1"; } State { ID = "KORAX_CHASE1"; Sprite = "KORX"; Frame = 0; Tics = 3; Action = "A_KoraxStep2"; Next state = "KORAX_CHASE2"; } State { ID = "KORAX_CHASE2"; Sprite = "KORX"; Frame = 0; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASE3"; } State { ID = "KORAX_CHASE3"; Sprite = "KORX"; Frame = 0; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASE4"; } State { ID = "KORAX_CHASE4"; Sprite = "KORX"; Frame = 0; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASE5"; } State { ID = "KORAX_CHASE5"; Sprite = "KORX"; Frame = 1; Tics = 3; Action = "A_KoraxStep"; Next state = "KORAX_CHASE6"; } State { ID = "KORAX_CHASE6"; Sprite = "KORX"; Frame = 1; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASE7"; } State { ID = "KORAX_CHASE7"; Sprite = "KORX"; Frame = 1; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASE8"; } State { ID = "KORAX_CHASE8"; Sprite = "KORX"; Frame = 1; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASE9"; } State { ID = "KORAX_CHASE9"; Sprite = "KORX"; Frame = 2; Tics = 3; Action = "A_KoraxStep2"; Next state = "KORAX_CHASE0"; } State { ID = "KORAX_CHASE0"; Sprite = "KORX"; Frame = 2; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASEA"; } State { ID = "KORAX_CHASEA"; Sprite = "KORX"; Frame = 2; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASEB"; } State { ID = "KORAX_CHASEB"; Sprite = "KORX"; Frame = 2; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASEC"; } State { ID = "KORAX_CHASEC"; Sprite = "KORX"; Frame = 3; Tics = 3; Action = "A_KoraxStep"; Next state = "KORAX_CHASED"; } State { ID = "KORAX_CHASED"; Sprite = "KORX"; Frame = 3; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASEE"; } State { ID = "KORAX_CHASEE"; Sprite = "KORX"; Frame = 3; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASEF"; } State { ID = "KORAX_CHASEF"; Sprite = "KORX"; Frame = 3; Tics = 3; Action = "A_KoraxChase"; Next state = "KORAX_CHASE1"; } State { ID = "KORAX_PAIN1"; Sprite = "KORX"; Frame = 7; Tics = 5; Action = "A_Pain"; Next state = "KORAX_PAIN2"; } State { ID = "KORAX_PAIN2"; Sprite = "KORX"; Frame = 7; Tics = 5; Next state = "KORAX_CHASE2"; } State { ID = "KORAX_ATTACK1"; Sprite = "KORX"; Frame = 32772; Tics = 2; Action = "A_FaceTarget"; Next state = "KORAX_ATTACK2"; } State { ID = "KORAX_ATTACK2"; Sprite = "KORX"; Frame = 32772; Tics = 5; Action = "A_KoraxDecide"; Next state = "KORAX_ATTACK2"; } State { ID = "KORAX_MISSILE1"; Sprite = "KORX"; Frame = 32772; Tics = 4; Action = "A_FaceTarget"; Next state = "KORAX_MISSILE2"; } State { ID = "KORAX_MISSILE2"; Sprite = "KORX"; Frame = 32773; Tics = 8; Action = "A_KoraxMissile"; Next state = "KORAX_MISSILE3"; } State { ID = "KORAX_MISSILE3"; Sprite = "KORX"; Frame = 32772; Tics = 8; Next state = "KORAX_CHASE2"; } State { ID = "KORAX_COMMAND1"; Sprite = "KORX"; Frame = 32772; Tics = 5; Action = "A_FaceTarget"; Next state = "KORAX_COMMAND2"; } State { ID = "KORAX_COMMAND2"; Sprite = "KORX"; Frame = 32790; Tics = 10; Action = "A_FaceTarget"; Next state = "KORAX_COMMAND3"; } State { ID = "KORAX_COMMAND3"; Sprite = "KORX"; Frame = 32774; Tics = 15; Action = "A_KoraxCommand"; Next state = "KORAX_COMMAND4"; } State { ID = "KORAX_COMMAND4"; Sprite = "KORX"; Frame = 32790; Tics = 10; Next state = "KORAX_COMMAND5"; } State { ID = "KORAX_COMMAND5"; Sprite = "KORX"; Frame = 32772; Tics = 5; Next state = "KORAX_CHASE2"; } State { ID = "KORAX_DEATH1"; Sprite = "KORX"; Frame = 8; Tics = 5; Next state = "KORAX_DEATH2"; } State { ID = "KORAX_DEATH2"; Sprite = "KORX"; Frame = 9; Tics = 5; Action = "A_FaceTarget"; Next state = "KORAX_DEATH3"; } State { ID = "KORAX_DEATH3"; Sprite = "KORX"; Frame = 10; Tics = 5; Action = "A_Scream"; Next state = "KORAX_DEATH4"; } State { ID = "KORAX_DEATH4"; Sprite = "KORX"; Frame = 11; Tics = 5; Next state = "KORAX_DEATH5"; } State { ID = "KORAX_DEATH5"; Sprite = "KORX"; Frame = 12; Tics = 5; Next state = "KORAX_DEATH6"; } State { ID = "KORAX_DEATH6"; Sprite = "KORX"; Frame = 13; Tics = 5; Next state = "KORAX_DEATH7"; } State { ID = "KORAX_DEATH7"; Sprite = "KORX"; Frame = 14; Tics = 5; Next state = "KORAX_DEATH8"; } State { ID = "KORAX_DEATH8"; Sprite = "KORX"; Frame = 15; Tics = 5; Next state = "KORAX_DEATH9"; } State { ID = "KORAX_DEATH9"; Sprite = "KORX"; Frame = 16; Tics = 10; Next state = "KORAX_DEATH0"; } State { ID = "KORAX_DEATH0"; Sprite = "KORX"; Frame = 17; Tics = 5; Action = "A_KoraxBonePop"; Next state = "KORAX_DEATHA"; } State { ID = "KORAX_DEATHA"; Sprite = "KORX"; Frame = 18; Tics = 5; Action = "A_NoBlocking"; Next state = "KORAX_DEATHB"; } State { ID = "KORAX_DEATHB"; Sprite = "KORX"; Frame = 19; Tics = 5; Next state = "KORAX_DEATHC"; } State { ID = "KORAX_DEATHC"; Sprite = "KORX"; Frame = 20; Tics = 5; Next state = "KORAX_DEATHD"; } State { ID = "KORAX_DEATHD"; Sprite = "KORX"; Frame = 21; Tics = -1; Next state = "NULL"; } State { ID = "KSPIRIT_ROAM1"; Sprite = "SPIR"; Frame = 0; Tics = 5; Action = "A_KSpiritRoam"; Next state = "KSPIRIT_ROAM2"; } State { ID = "KSPIRIT_ROAM2"; Sprite = "SPIR"; Frame = 1; Tics = 5; Action = "A_KSpiritRoam"; Next state = "KSPIRIT_ROAM1"; } State { ID = "KSPIRIT_DEATH1"; Sprite = "SPIR"; Frame = 3; Tics = 5; Next state = "KSPIRIT_DEATH2"; } State { ID = "KSPIRIT_DEATH2"; Sprite = "SPIR"; Frame = 4; Tics = 5; Next state = "KSPIRIT_DEATH3"; } State { ID = "KSPIRIT_DEATH3"; Sprite = "SPIR"; Frame = 5; Tics = 5; Next state = "KSPIRIT_DEATH4"; } State { ID = "KSPIRIT_DEATH4"; Sprite = "SPIR"; Frame = 6; Tics = 5; Next state = "KSPIRIT_DEATH5"; } State { ID = "KSPIRIT_DEATH5"; Sprite = "SPIR"; Frame = 7; Tics = 5; Next state = "KSPIRIT_DEATH6"; } State { ID = "KSPIRIT_DEATH6"; Sprite = "SPIR"; Frame = 8; Tics = 5; Next state = "NULL"; } State { ID = "KBOLT1"; Sprite = "MLFX"; Frame = 32776; Tics = 2; Next state = "KBOLT2"; } State { ID = "KBOLT2"; Sprite = "MLFX"; Frame = 32777; Tics = 2; Action = "A_KBoltRaise"; Next state = "KBOLT3"; } State { ID = "KBOLT3"; Sprite = "MLFX"; Frame = 32776; Tics = 2; Action = "A_KBolt"; Next state = "KBOLT4"; } State { ID = "KBOLT4"; Sprite = "MLFX"; Frame = 32777; Tics = 2; Action = "A_KBolt"; Next state = "KBOLT5"; } State { ID = "KBOLT5"; Sprite = "MLFX"; Frame = 32778; Tics = 2; Action = "A_KBolt"; Next state = "KBOLT6"; } State { ID = "KBOLT6"; Sprite = "MLFX"; Frame = 32779; Tics = 2; Action = "A_KBolt"; Next state = "KBOLT7"; } State { ID = "KBOLT7"; Sprite = "MLFX"; Frame = 32780; Tics = 2; Action = "A_KBolt"; Next state = "KBOLT3"; } State { ID = "SPAWNBATS1"; Sprite = "MAN1"; Frame = 0; Tics = 2; Next state = "SPAWNBATS2"; } State { ID = "SPAWNBATS2"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_BatSpawnInit"; Next state = "SPAWNBATS3"; } State { ID = "SPAWNBATS3"; Sprite = "MAN1"; Frame = 0; Tics = 2; Action = "A_BatSpawn"; Next state = "SPAWNBATS3"; } State { ID = "SPAWNBATS_OFF"; Sprite = "MAN1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BAT1"; Sprite = "ABAT"; Frame = 0; Tics = 2; Action = "A_BatMove"; Next state = "BAT2"; } State { ID = "BAT2"; Sprite = "ABAT"; Frame = 1; Tics = 2; Action = "A_BatMove"; Next state = "BAT3"; } State { ID = "BAT3"; Sprite = "ABAT"; Frame = 2; Tics = 2; Action = "A_BatMove"; Next state = "BAT1"; } State { ID = "BAT_DEATH"; Sprite = "ABAT"; Frame = 0; Tics = 2; Next state = "NULL"; } State { ID = "CAMERA"; Sprite = "MAN1"; Frame = 0; Tics = -1; Next state = "NULL"; } Thing { ID = "TEMPSOUNDORIGIN"; DoomEd number = -1; Spawn state = "TEMPSOUNDORIGIN1"; See sound = "NONE"; Attack sound = "NONE"; Pain sound = "NONE"; Death sound = "NONE"; Active sound = "NONE"; Radius = 1; Height = 1; Mass = 100; Flags = "mf_local mf_nosector mf_noblockmap mf_nogravity"; Flags2 = "mf2_dontdraw"; } State { ID = "TEMPSOUNDORIGIN1"; Tics = 175; Next state = "NULL"; } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen/0000775000175000017500000000000012350542240021341 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/defs/hexen/materials.ded0000664000175000017500000000611512350542240024003 0ustar jaakkojaakko# Hexen - Material Enhancements # # Patch the Material definitions created automatically by the engine, # adding new effects to them. # # For further information on Material definition syntax and semantics see: # # http://dengine.net/dew/?title=Ded_material Header { Version = 6; } SkipIf -nodefaultfx; # # Glowing flats: # Material Mods "flats:X_001" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:X_002" { Layer { Stage { Glow = 1.8; } } } Material Mods "flats:X_003" { Layer { Stage { Glow = 1.8; } } } Material Mods "flats:X_004" { Layer { Stage { Glow = 1.8; } } } # # Glowing textures: # Material Mods "textures:X_FIRE01" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:X_FIRE02" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FIRE03" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FIRE04" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC01" { Layer { Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC02" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC03" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC04" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC05" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC06" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC07" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC08" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC09" { Layer { Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC10" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC11" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:X_FAC12" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT1" { Layer { Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } Stage { Glow = 1.8; } } } Material Mods "textures:TPORT2" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT3" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT4" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT5" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT6" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT7" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT8" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:TPORT9" { Layer { Stage { Glow = 1.8; } } } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen/finales.ded0000664000175000017500000001725212350542240023447 0ustar jaakkojaakko# Hexen - Intermissions and Finales # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Image back "TITLE" Music "hexen" Wait 7 # Step 2. Patch advice 4 160 "ADVISOR" In 0 Alpha advice 0 In 1 Alpha advice 1 Wait 7 # Step 3. PlayDemo "demo1.cdm" # Step 4. DelPic advice Image back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 5. PlayDemo "demo2.cdm" # Step 6. Wait 5.714 # Original is 200 tics. # Step 7. PlayDemo "demo3.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; Image back "HELP1" Pause Del back Image back "HELP2" Pause Del back Image back "CREDIT" Pause }; } # First Hub: The Seven Portals Finale { After = "MAP02"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. textlump msg 45 5 CLUS1MSG; #> "having passed the seven portals\n which sealed this realm, a vast\n domain of harsh wilderness stretches\n before you. fire, ice and steel have\n tested you, but greater challenges\n remain ahead. the dense tangle of\n forest surely hides hostile eyes,\n but what lies beyond will be worse.\n\n barren desert, dank swamps and\n musty caverns bar your way, but you\n cannot let anything keep you from\n your fate, even if you might come\n to wish that it would.\n\n and beyond, flickering in the\n distance, the ever-shifting walls\n of the hypostyle seem to mock\n your every effort."; <# in 0 scale msg 0.825; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Second Hub: The Shadowwood (exit from The Hypostyle) Finale { After = "MAP12"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. textlump msg 45 5 CLUS2MSG; #>"your mind still reeling from your\n encounters within the hypostyle, you\n stagger toward what you hope is\n a way out. things seem to move faster\n and faster, your vision blurs and\n begins to fade...\n as the world collapses around you,\n the brightness of a teleportal\n engulfs you. a flash of light, and then\n you climb wearily to your feet.\n\n you stand atop a high tower, and\n from below come the screams of the\n damned. you step forward, and\n instantly the sound of demonic\n chanting chills your blood.\n by all the gods of death! what place\n have you come to? by all the gods of\n pain, how will you ever find your\n way out?";<# in 0 scale msg 0.825; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Third Hub: Heresiarch's Seminary Finale { After = "MAP27"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. textlump msg 45 5 CLUS3MSG; #>"the mightiest weapons and artifacts\n of the ancients barely sufficed to\n defeat the heresiarch and his\n minions, but now their foul remains\n lie strewn at your feet. gathering\n the last of your strength, you\n prepare to enter the portal which\n leads from the heresiarch's inner\n sanctum.\n\n above you, the ramparts of an\n immense castle loom. silent towers\n and bare walls surround a single\n spire of black stone, which squats\n in the center of the castle like a\n brooding giant. fire and shadow\n twist behind gaping windows, dozens\n of baleful eyes glaring down upon\n you.\n somewhere within, your enemies are\n waiting...";<# in 0 scale msg 0.825; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Fourth Hub: The Castle of Grief (exit from Gibbet) Finale { After = "MAP23"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. textlump msg 45 5 CLUS4MSG; #>"\"... and he shall journey into the\n realms of the dead, and contest with\n the forces therein, unto the very\n gates of despair. but whether he\n shall return again to the world of\n light, no man knows.\"\n \_ \n \_ \n \_ \n \_ \n \_ \n damn.";<# in 0 scale msg 0.825; waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # Fifth Hub: The Necropolis (ends in Dark Crucible) Finale { After = "MAP40"; Script { # This is the real finale of the game. noskip; # No more levels after this, disallow skipping. musiconce "hall"; # Setup the first screen. image back FINALE1; # Fade into the first screen. filter 0 0 0 1; in 2 filter 0 0 0 0; wait 2; textlump msg 20 5 WIN1MSG; #text msg 20 5 #>"with a scream of agony you are\n wrenched from this world into\n another, every part of your body\n wreathed in mystic fire. when your\n vision clears, you find yourself\n standing in a great hall, filled\n with ghostly echoes and menacing\n shadows. in the distance you can\n see a raised dais, and upon it the\n only source of light in this world.";<# waittext msg; wait 7; # Original TEXTWAIT is 250 tics. # Second screen: the Orb. musiconce "orb"; image back FINALE2; deltext msg; wait 0.5; textlump msg 20 5 WIN2MSG; #>text msg 20 5 "this can only be the chaos sphere,\n the source of korax's power. with\n this, you can create worlds... or\n destroy them. by rights of battle\n and conquest it is yours, and with\n trembling hands you reach to grasp\n it. perhaps, now, a new player will\n join the cosmic game of power. like\n the pawn who is promoted to queen,\n suddenly the very reaches of the\n board seem to be within your grasp.";<# waittext msg; wait 7; # Original TEXTWAIT is 250 tics. # Fade out. in 2 filter 0 0 0 1; wait 2; deltext msg; # Setup the last screen: the Chess. music "chess"; image back FINALE3; # Choose the right player patch (no patch=fighter). if netgame patch pl 20 0 CHESSALL; if netgame goto m; if cleric patch pl 60 0 CHESSC; if mage patch pl 60 0 CHESSM; marker m; # Fade in. filter 0 0 0 0; wait 2; textlump msg 20 135 WIN3MSG; #>text msg 20 135 " \n but there are other players mightier\n than you, and who can know their\n next moves?";<# }; } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen/materialenvironments.ded0000664000175000017500000003163412350542240026274 0ustar jaakkojaakko# Hexen: Material Environments Header { Version = 5; } Texture Environment { ID = "Metal"; Material { ID = "textures:brass1"; }; Material { ID = "textures:brass3"; }; Material { ID = "textures:brass4"; }; Material { ID = "textures:castle11"; }; Material { ID = "textures:d_brass1"; }; Material { ID = "textures:d_brass2"; }; Material { ID = "textures:d_cast"; }; Material { ID = "textures:d_cave"; }; Material { ID = "textures:d_end1"; }; Material { ID = "textures:d_end2"; }; Material { ID = "textures:d_endbr"; }; Material { ID = "textures:d_endslv"; }; Material { ID = "textures:d_silver"; }; Material { ID = "textures:d_slv1"; }; Material { ID = "textures:d_slv2"; }; Material { ID = "textures:d_steel"; }; Material { ID = "textures:forest10"; }; Material { ID = "textures:gilo1"; }; Material { ID = "textures:gilo2"; }; Material { ID = "textures:monk06"; }; Material { ID = "textures:monk09"; }; Material { ID = "textures:monk11"; }; Material { ID = "textures:monk12"; }; Material { ID = "textures:plat01"; }; Material { ID = "textures:plat02"; }; Material { ID = "textures:s_01"; }; Material { ID = "textures:s_04"; }; Material { ID = "textures:s_09"; }; Material { ID = "textures:spawn08"; }; Material { ID = "textures:steel01"; }; Material { ID = "textures:steel02"; }; Material { ID = "textures:steel05"; }; Material { ID = "textures:steel06"; }; Material { ID = "textures:steel07"; }; Material { ID = "textures:steel08"; }; Material { ID = "textures:winn01"; }; Material { ID = "textures:poot"; }; Material { ID = "flats:F_041"; }; Material { ID = "flats:F_042"; }; Material { ID = "flats:F_061"; }; Material { ID = "flats:F_062"; }; Material { ID = "flats:F_063"; }; Material { ID = "flats:F_064"; }; Material { ID = "flats:F_065"; }; Material { ID = "flats:F_066"; }; Material { ID = "flats:F_067"; }; Material { ID = "flats:F_068"; }; Material { ID = "flats:F_069"; }; Material { ID = "flats:F_070"; }; Material { ID = "flats:F_071"; }; Material { ID = "flats:F_072"; }; Material { ID = "flats:F_073"; }; Material { ID = "flats:F_074"; }; Material { ID = "flats:F_075"; }; Material { ID = "flats:F_077"; }; Material { ID = "flats:F_078"; }; Material { ID = "flats:F_083"; }; Material { ID = "flats:F_084"; }; Material { ID = "flats:F_085"; }; Material { ID = "flats:F_086"; }; Material { ID = "flats:F_087"; }; Material { ID = "flats:F_088"; }; Material { ID = "flats:F_089"; }; Material { ID = "flats:F_090"; }; Material { ID = "flats:F_091"; }; Material { ID = "flats:X_012"; }; Material { ID = "flats:X_013"; }; Material { ID = "flats:X_014"; }; Material { ID = "flats:X_015"; }; Material { ID = "flats:X_016"; }; } Texture Environment { ID = "Rock"; Material { ID = "textures:castle01"; }; Material { ID = "textures:castle02"; }; Material { ID = "textures:castle03"; }; Material { ID = "textures:castle04"; }; Material { ID = "textures:castle05"; }; Material { ID = "textures:castle06"; }; Material { ID = "textures:castle07"; }; Material { ID = "textures:castle08"; }; Material { ID = "textures:castle09"; }; Material { ID = "textures:cave01"; }; Material { ID = "textures:cave02"; }; Material { ID = "textures:cave03"; }; Material { ID = "textures:cave04"; }; Material { ID = "textures:cave05"; }; Material { ID = "textures:cave06"; }; Material { ID = "textures:cave07"; }; Material { ID = "textures:cave11"; }; Material { ID = "textures:cave12"; }; Material { ID = "textures:d_fire"; }; Material { ID = "textures:d_swamp"; }; Material { ID = "textures:d_swamp2"; }; Material { ID = "textures:d_waste"; }; Material { ID = "textures:door51"; }; Material { ID = "textures:fire01"; }; Material { ID = "textures:fire02"; }; Material { ID = "textures:fire03"; }; Material { ID = "textures:fire04"; }; Material { ID = "textures:fire05"; }; Material { ID = "textures:fire06"; }; Material { ID = "textures:fire07"; }; Material { ID = "textures:fire08"; }; Material { ID = "textures:fire09"; }; Material { ID = "textures:fire10"; }; Material { ID = "textures:fire11"; }; Material { ID = "textures:fire12"; }; Material { ID = "textures:fire13"; }; Material { ID = "textures:fire14"; }; Material { ID = "textures:fire15"; }; Material { ID = "textures:fire16"; }; Material { ID = "textures:fire17"; }; Material { ID = "textures:forest01"; }; Material { ID = "textures:forest02"; }; Material { ID = "textures:forest03"; }; Material { ID = "textures:forest04"; }; Material { ID = "textures:forest05"; }; Material { ID = "textures:forest11"; }; Material { ID = "textures:forest12"; }; Material { ID = "textures:glass01"; }; Material { ID = "textures:glass02"; }; Material { ID = "textures:glass03"; }; Material { ID = "textures:glass04"; }; Material { ID = "textures:glass05"; }; Material { ID = "textures:glass06"; }; Material { ID = "textures:glass07"; }; Material { ID = "textures:grave01"; }; Material { ID = "textures:grave03"; }; Material { ID = "textures:grave04"; }; Material { ID = "textures:grave05"; }; Material { ID = "textures:grave06"; }; Material { ID = "textures:grave07"; }; Material { ID = "textures:grave08"; }; Material { ID = "textures:ice01"; }; Material { ID = "textures:ice02"; }; Material { ID = "textures:ice03"; }; Material { ID = "textures:ice06"; }; Material { ID = "textures:monk01"; }; Material { ID = "textures:monk02"; }; Material { ID = "textures:monk03"; }; Material { ID = "textures:monk04"; }; Material { ID = "textures:monk05"; }; Material { ID = "textures:monk07"; }; Material { ID = "textures:monk08"; }; Material { ID = "textures:monk14"; }; Material { ID = "textures:monk15"; }; Material { ID = "textures:monk16"; }; Material { ID = "textures:monk17"; }; Material { ID = "textures:monk18"; }; Material { ID = "textures:monk19"; }; Material { ID = "textures:monk21"; }; Material { ID = "textures:monk22"; }; Material { ID = "textures:monk23"; }; Material { ID = "textures:monk24"; }; Material { ID = "textures:pillar01"; }; Material { ID = "textures:pillar02"; }; Material { ID = "textures:planet1"; }; Material { ID = "textures:planet2"; }; Material { ID = "textures:prtl02"; }; Material { ID = "textures:prtl03"; }; Material { ID = "textures:prtl04"; }; Material { ID = "textures:prtl05"; }; Material { ID = "textures:prtl06"; }; Material { ID = "textures:prtl07"; }; Material { ID = "textures:s_02"; }; Material { ID = "textures:s_05"; }; Material { ID = "textures:s_06"; }; Material { ID = "textures:s_07"; }; Material { ID = "textures:s_11"; }; Material { ID = "textures:sewer01"; }; Material { ID = "textures:sewer02"; }; Material { ID = "textures:sewer05"; }; Material { ID = "textures:sewer06"; }; Material { ID = "textures:sewer07"; }; Material { ID = "textures:sewer08"; }; Material { ID = "textures:sewer09"; }; Material { ID = "textures:sewer10"; }; Material { ID = "textures:sewer11"; }; Material { ID = "textures:sewer12"; }; Material { ID = "textures:sewer13"; }; Material { ID = "textures:sewer14"; }; Material { ID = "textures:swamp01"; }; Material { ID = "textures:swamp03"; }; Material { ID = "textures:swamp04"; }; Material { ID = "textures:swamp06"; }; Material { ID = "textures:swamp07"; }; Material { ID = "textures:tomb01"; }; Material { ID = "textures:tomb02"; }; Material { ID = "textures:tomb03"; }; Material { ID = "textures:tomb04"; }; Material { ID = "textures:tomb05"; }; Material { ID = "textures:tomb06"; }; Material { ID = "textures:tomb07"; }; Material { ID = "textures:tomb08"; }; Material { ID = "textures:tomb09"; }; Material { ID = "textures:tomb10"; }; Material { ID = "textures:tomb11"; }; Material { ID = "textures:tomb12"; }; Material { ID = "textures:tomb13"; }; Material { ID = "textures:tomb18"; }; Material { ID = "textures:vill01"; }; Material { ID = "textures:waste01"; }; Material { ID = "textures:waste02"; }; Material { ID = "textures:waste03"; }; Material { ID = "textures:waste04"; }; Material { ID = "textures:winnow02"; }; Material { ID = "textures:x_swr1"; }; Material { ID = "textures:x_swr2"; }; Material { ID = "textures:x_swr3"; }; Material { ID = "flats:F_001"; }; Material { ID = "flats:F_002"; }; Material { ID = "flats:F_003"; }; Material { ID = "flats:F_004"; }; Material { ID = "flats:F_008"; }; Material { ID = "flats:F_009"; }; Material { ID = "flats:F_010"; }; Material { ID = "flats:F_011"; }; Material { ID = "flats:F_012"; }; Material { ID = "flats:F_013"; }; Material { ID = "flats:F_014"; }; Material { ID = "flats:F_015"; }; Material { ID = "flats:F_017"; }; Material { ID = "flats:F_018"; }; Material { ID = "flats:F_019"; }; Material { ID = "flats:F_020"; }; Material { ID = "flats:F_021"; }; Material { ID = "flats:F_022"; }; Material { ID = "flats:F_023"; }; Material { ID = "flats:F_025"; }; Material { ID = "flats:F_027"; }; Material { ID = "flats:F_028"; }; Material { ID = "flats:F_029"; }; Material { ID = "flats:F_030"; }; Material { ID = "flats:F_031"; }; Material { ID = "flats:F_037"; }; Material { ID = "flats:F_038"; }; Material { ID = "flats:F_039"; }; Material { ID = "flats:F_040"; }; Material { ID = "flats:F_043"; }; Material { ID = "flats:F_044"; }; Material { ID = "flats:F_045"; }; Material { ID = "flats:F_046"; }; Material { ID = "flats:F_047"; }; Material { ID = "flats:F_048"; }; Material { ID = "flats:F_057"; }; Material { ID = "flats:F_058"; }; Material { ID = "flats:F_059"; }; Material { ID = "flats:F_076"; }; Material { ID = "flats:F_082"; }; Material { ID = "flats:F_A501"; }; } Texture Environment { ID = "Wood"; Material { ID = "textures:crate01"; }; Material { ID = "textures:crate02"; }; Material { ID = "textures:crate03"; }; Material { ID = "textures:crate04"; }; Material { ID = "textures:crate05"; }; Material { ID = "textures:d_axe"; }; Material { ID = "textures:d_dungeo"; }; Material { ID = "textures:d_end4"; }; Material { ID = "textures:d_rust"; }; Material { ID = "textures:d_silkey"; }; Material { ID = "textures:d_wd01"; }; Material { ID = "textures:d_wd02"; }; Material { ID = "textures:d_wd03"; }; Material { ID = "textures:d_wd04"; }; Material { ID = "textures:d_wd05"; }; Material { ID = "textures:d_wd06"; }; Material { ID = "textures:d_wd07"; }; Material { ID = "textures:d_wd08"; }; Material { ID = "textures:d_wd09"; }; Material { ID = "textures:d_wd10"; }; Material { ID = "textures:d_winnow"; }; Material { ID = "textures:s_12"; }; Material { ID = "textures:sewer03"; }; Material { ID = "textures:sewer04"; }; Material { ID = "textures:vill04"; }; Material { ID = "textures:vill05"; }; Material { ID = "textures:wood01"; }; Material { ID = "textures:wood02"; }; Material { ID = "textures:wood03"; }; Material { ID = "textures:wood04"; }; Material { ID = "flats:F_049"; }; Material { ID = "flats:F_050"; }; Material { ID = "flats:F_051"; }; Material { ID = "flats:F_052"; }; Material { ID = "flats:F_053"; }; Material { ID = "flats:F_054"; }; Material { ID = "flats:F_055"; }; Material { ID = "flats:F_092"; }; } Texture Environment { ID = "Cloth"; Material { ID = "textures:books01"; }; Material { ID = "textures:books02"; }; Material { ID = "textures:books03"; }; Material { ID = "textures:books04"; }; Material { ID = "textures:forest06"; }; Material { ID = "textures:forest07"; }; Material { ID = "textures:gate01"; }; Material { ID = "textures:gate02"; }; Material { ID = "textures:gate03"; }; Material { ID = "textures:gate04"; }; Material { ID = "textures:gate51"; }; Material { ID = "textures:gate52"; }; Material { ID = "textures:gate53"; }; Material { ID = "textures:vill06"; }; Material { ID = "textures:vill07"; }; Material { ID = "textures:vill08"; }; Material { ID = "textures:x_fire01"; }; Material { ID = "textures:x_fire02"; }; Material { ID = "textures:x_fire03"; }; Material { ID = "textures:x_fire04"; }; Material { ID = "textures:x_swmp1"; }; Material { ID = "textures:x_swmp2"; }; Material { ID = "textures:x_swmp3"; }; Material { ID = "textures:x_water1"; }; Material { ID = "textures:x_water2"; }; Material { ID = "textures:x_water3"; }; Material { ID = "textures:x_water4"; }; Material { ID = "flats:F_005"; }; Material { ID = "flats:F_006"; }; Material { ID = "flats:F_007"; }; Material { ID = "flats:F_024"; }; Material { ID = "flats:F_032"; }; Material { ID = "flats:F_033"; }; Material { ID = "flats:F_034"; }; Material { ID = "flats:F_081"; }; Material { ID = "flats:X_001"; }; Material { ID = "flats:X_002"; }; Material { ID = "flats:X_003"; }; Material { ID = "flats:X_004"; }; Material { ID = "flats:X_005"; }; Material { ID = "flats:X_006"; }; Material { ID = "flats:X_007"; }; Material { ID = "flats:X_008"; }; Material { ID = "flats:X_009"; }; Material { ID = "flats:X_010"; }; Material { ID = "flats:X_011"; }; } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen/anim.ded0000664000175000017500000000466312350542240022754 0ustar jaakkojaakko# Hexen - Animation Sequences # # Hexen uses the ANIMDEFS lump to define texture animation sequences. # In order to remain compatible with existing WADs, jHexen reads # ANIMDEFS and creates texture animation groups for the sequences in it. # The flags "tgf_smooth" and "tgf_first_only" are set for each group. # # Additional sequences can be defined using Group definitions. # # For further information on Group definition syntax and semantics see: # # http://dengine.net/dew/?title=Group # Header { Version = 6; } # # Precache groups. # Group { Flags = precache; Texture { ID = "BOSSK1"; }; Texture { ID = "BOSSK2"; }; } Group { Flags = precache; Texture { ID = "SPAWN01"; }; Texture { ID = "SPAWN02"; }; Texture { ID = "SPAWN03"; }; Texture { ID = "SPAWN04"; }; } Group { Flags = precache; Texture { ID = "SPAWN05"; }; Texture { ID = "SPAWN06"; }; Texture { ID = "SPAWN07"; }; } Group { Flags = precache; Texture { ID = "SPAWN08"; }; Texture { ID = "SPAWN09"; }; Texture { ID = "SPAWN10"; }; } Group { Flags = precache; Texture { ID = "SPAWN11"; }; Texture { ID = "SPAWN12"; }; } Group { Flags = precache; Texture { ID = "SW51_OFF"; }; Texture { ID = "SW51_ON"; }; } Group { Flags = precache; Texture { ID = "SW52_OFF"; }; Texture { ID = "SW52_ON"; }; } Group { Flags = precache; Texture { ID = "SW53_DN"; }; Texture { ID = "SW53_MD"; }; Texture { ID = "SW53_UP"; }; } Group { Flags = precache; Texture { ID = "SW_1_DN"; }; Texture { ID = "SW_1_MD"; }; Texture { ID = "SW_1_UP"; }; } Group { Flags = precache; Texture { ID = "SW_2_DN"; }; Texture { ID = "SW_2_MD"; }; Texture { ID = "SW_2_UP"; }; } Group { Flags = precache; Texture { ID = "SW_EL1"; }; Texture { ID = "SW_EL2"; }; Texture { ID = "SW_EL3"; }; Texture { ID = "SW_EL4"; }; Texture { ID = "SW_EL5"; }; } Group { Flags = precache; Texture { ID = "SW_OL1"; }; Texture { ID = "SW_OL2"; }; Texture { ID = "SW_OL3"; }; Texture { ID = "SW_OL4"; }; Texture { ID = "SW_OL5"; }; } Group { Flags = precache; Texture { ID = "VALVE01"; }; Texture { ID = "VALVE02"; }; } Group { Flags = precache; Texture { ID = "VALVE1"; }; Texture { ID = "VALVE2"; }; } Group { Flags = precache; Texture { ID = "GLASS01"; }; Texture { ID = "GLASS03"; }; Texture { ID = "GLASS05"; }; Texture { ID = "GLASS07"; }; } Group { Flags = precache; Texture { ID = "X_FAC01"; }; Texture { ID = "X_FAC09"; }; } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen/lights.ded0000664000175000017500000001441312350542240023314 0ustar jaakkojaakko# Hexen - Lights and Light Decorations # Header { Version = 6; } SkipIf -nodefaultfx; #####====--- LIGHT SOURCES ---====##### # # The default properties of all light-emitting objects are determined # automatically by the engine. Here we make a couple of minor tweaks. # # For further information on Light definition syntax and semantics see: # # http://dengine.net/dew/?title=Light # A halo would look bad for the chandelier because it wouldn't be # rendered around the candle flames. Light { State = "ZCHANDELIER1"; Size = 0.8; Flags = "lgf_nohalo"; } * Light { State = "ZCHANDELIER2"; } * Light { State = "ZCHANDELIER3"; } # The fire demon's flames are too distributed to have one halo. # A general glow would be better. Light { State = "FIRED_SPAWN1"; Flags = "lgf_nohalo"; } * Light { State = "FIRED_LOOK1"; } * Light { State = "FIRED_LOOK2"; } * Light { State = "FIRED_LOOK3"; } * Light { State = "FIRED_LOOK4"; } * Light { State = "FIRED_LOOK5"; } * Light { State = "FIRED_LOOK6"; } * Light { State = "FIRED_LOOK7"; } * Light { State = "FIRED_LOOK8"; } * Light { State = "FIRED_LOOK9"; } * Light { State = "FIRED_LOOK0"; } * Light { State = "FIRED_LOOKA"; } * Light { State = "FIRED_LOOKB"; } * Light { State = "FIRED_WALK1"; } * Light { State = "FIRED_WALK2"; } * Light { State = "FIRED_WALK3"; } * Light { State = "FIRED_ATTACK1"; } * Light { State = "FIRED_ATTACK2"; } * Light { State = "FIRED_ATTACK3"; } * Light { State = "FIRED_PAIN1"; } * Light { State = "FIRED_XDEATH1"; } * Light { State = "FIRED_XDEATH2"; } * Light { State = "FIRED_XDEATH3"; } * Light { State = "FIRED_DEATH1"; } * Light { State = "FIRED_DEATH2"; } * Light { State = "FIRED_DEATH3"; } * Light { State = "FIRED_DEATH4"; } Light { State = "ARTI_BLAST1"; Size = 0.45; } * Light { State = "ARTI_BLAST2"; } * Light { State = "ARTI_BLAST3"; } * Light { State = "ARTI_BLAST4"; } * Light { State = "ARTI_BLAST5"; } * Light { State = "ARTI_BLAST6"; } * Light { State = "ARTI_BLAST7"; } * Light { State = "ARTI_BLAST8"; } Light { State = "MANA3_1"; Size = 0.4; } * Light { State = "MANA3_2"; } * Light { State = "MANA3_3"; } * Light { State = "MANA3_4"; } * Light { State = "MANA3_5"; } * Light { State = "MANA3_6"; } * Light { State = "MANA3_7"; } * Light { State = "MANA3_8"; } * Light { State = "MANA3_9"; } * Light { State = "MANA3_10"; } * Light { State = "MANA3_11"; } * Light { State = "MANA3_12"; } * Light { State = "MANA3_13"; } * Light { State = "MANA3_14"; } * Light { State = "MANA3_15"; } * Light { State = "MANA3_16"; } # The normal adaptive halo of the Boots of Speed doesn't look too # good with models, so make it a bit more static. Light { State = "ARTI_BOOTS1"; Size = 0.3; X Offset = 0.1; Y Offset = 12; Color { 1 0.6 0.4 } } * Light { State = "ARTI_BOOTS2"; } * Light { State = "ARTI_BOOTS3"; } * Light { State = "ARTI_BOOTS4"; } * Light { State = "ARTI_BOOTS5"; } * Light { State = "ARTI_BOOTS6"; } * Light { State = "ARTI_BOOTS7"; } * Light { State = "ARTI_BOOTS8"; } #####====--- LIGHT DECORATIONS ---====##### # # The default flags allow using these only with the original textures. # Use "dcf_pwad" and "dcf_ext" to allow using with PWAD and external # resources. # # There can only be one decoration per texture/flat. Newer decorations # override older ones. # # One decoration can specify up to 16 lights. # # (based on Isegrim's definitions) Decoration { Material = "textures:MONK22"; Light { Color { 1 0 0 } Offset { 74 48 } Halo radius = .025; Radius = .05; } } Decoration { Material = "textures:PLANET2"; Light { Color { 1 0 0 }; Offset { 28 88 } Halo radius = .1; Radius = .08; } } Decoration { Material = "textures:PLANET1"; Light { Color { 1 0 0 } Offset { 28 88 } Halo radius = .1; Radius = .08; } Light { Color { 0 0 1 } Offset { 32 48 } Halo radius = .1; Radius = .08; } Light { Color { 0 1 0 } Offset { 48 28 } Halo radius = .1; Radius = .08; } Light { Color { 0 1 0 } Offset { 64 102 } Halo radius = .1; Radius = .08; } Light { Color { 1 0 0 } Offset { 96 48 } Halo radius = .1; Radius = .08; } Light { Color { 0 0 1 } Offset { 108 68 } Halo radius = .1; Radius = .08; } } Decoration { Material = "textures:SW_1_DN"; Light { Color { 0 0 1 } Offset { 11 13 } Halo radius = 0; Radius = .025; } Light { Color { 0 0 1 } Offset { 21 13 } Halo radius = 0; Radius = .025; } } Copy Decoration { Material = "textures:SW_2_MD"; } Copy Decoration { Material = "textures:SW_1_MD"; Light { Color { 0 1 0 } } Light { Color { 0 1 0 } } } Copy Decoration { Material = "textures:SW_2_DN"; Light { Color { 1 0 0 } } Light { Color { 1 0 0 } } } Decoration { Material = "textures:SW52_ON"; Light { Color { .8 .7 0 } Offset { 9 15 } Halo radius = 0; Radius = .08; } } Decoration { Material = "textures:SW51_ON"; Light { Color { 1 .8 0 } Offset { 9 11 } Halo radius = 0; Radius = .025; } Light { Color { 1 .8 0 } Offset { 23 11 } Halo radius = 0; Radius = .025; } Light { Color { 1 .8 0 } Offset { 16 14 } Halo radius = 0; Radius = .025; } Light { Color { .8 .7 0 } Offset { 16 23 } Halo radius = 0; Radius = .05; } } Decoration { Material = "textures:SPAWN03"; Light { Color { 1 .5 0 } Offset { 32 42 } Halo radius = .05; Radius = .08; } } Decoration { Material = "textures:SPAWN12"; Light { Color { 1 .7 0 } Offset { 16.5 13 } Halo radius = .02; Radius = .08; } } Decoration { Material = "textures:SPAWN09"; Light { Color { .5 0 0 } Offset { 54 57 } Halo radius = 0; Radius = .05; } Light { Color { .5 0 0 } Offset { 64 47 } Halo radius = 0; Radius = .05; } Light { Color { .5 0 0 } Offset { 75 57 } Halo radius = 0; Radius = .05; } } Decoration { Material = "textures:SPAWN10"; Light { Color { 1 .3 0 } Offset { 54 57 } Halo radius = .1; Radius = .05; Flare texture = 1; } Light { Color { 1 .3 0 } Offset { 65 47 } Halo radius = .1; Radius = .05; Flare texture = 1; } Light { Color { 1 .3 0 } Offset { 75 57 } Halo radius = .1; Radius = .05; Flare texture = 1; } } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen/music.ded0000664000175000017500000000346612350542240023150 0ustar jaakkojaakko# Hexen - Music tracks # # For further information on Music definition syntax and semantics see: # # http://dengine.net/dew/?title=Music # Header { Version = 5; } Music { ID = "startup"; } Music { ID = "winnowr"; Lump = "WINNOWR"; } Music { ID = "jachr"; Lump = "JACHR"; } Music { ID = "simonr"; Lump = "SIMONR"; } Music { ID = "wutzitr"; Lump = "WUTZITR"; } Music { ID = "falconr"; Lump = "FALCONR"; } Music { ID = "levelr"; Lump = "LEVELR"; } Music { ID = "chartr"; Lump = "CHARTR"; } Music { ID = "swampr"; Lump = "SWAMPR"; } Music { ID = "deepr"; Lump = "DEEPR"; } Music { ID = "fubasr"; Lump = "FUBASR"; } Music { ID = "grover"; Lump = "GROVER"; } Music { ID = "fortr"; Lump = "FORTR"; } Music { ID = "foojar"; Lump = "FOOJAR"; } Music { ID = "sixater"; Lump = "SIXATER"; } Music { ID = "wobabyr"; Lump = "WOBABYR"; } Music { ID = "cryptr"; Lump = "CRYPTR"; } Music { ID = "fantar"; Lump = "FANTAR"; } Music { ID = "belchr"; Lump = "BELCHR"; } Music { ID = "voidr"; Lump = "VOIDR"; } Music { ID = "chap_1r"; Lump = "CHAP_1R"; } Music { ID = "chap_2r"; Lump = "CHAP_2R"; } Music { ID = "chap_3r"; Lump = "CHAP_3R"; } Music { ID = "chap_4r"; Lump = "CHAP_4R"; } Music { ID = "chippyr"; Lump = "CHIPPYR"; } Music { ID = "percr"; Lump = "PERCR"; } Music { ID = "secretr"; Lump = "SECRETR"; } Music { ID = "bonesr"; Lump = "BONESR"; } Music { ID = "octor"; Lump = "OCTOR"; } Music { ID = "rithmr"; Lump = "RITHMR"; } Music { ID = "stalkr"; Lump = "STALKR"; } Music { ID = "borkr"; Lump = "BORKR"; } Music { ID = "crucibr"; Lump = "CRUCIBR"; } Music { ID = "hexen"; Lump = "HEXEN"; } Music { ID = "hub"; Lump = "HUB"; } Music { ID = "hall"; Lump = "HALL"; } Music { ID = "orb"; Lump = "ORB"; } Music { ID = "chess"; Lump = "CHESS"; } doomsday-1.14.5/doomsday/plugins/hexen/defs/jhexen.ded0000664000175000017500000000121512350542240022170 0ustar jaakkojaakko# libhexen - Doomsday Engine Definitions # # Default set of definitions common to all games playable with jHexen. # For information about DED syntax and semantics, see # # http://dengine.net/dew/?title=DED # Header { Version = 5; Default model scale = 1.2; } Material Mods "flats:F_SKY" { Flags = skymask; } Sound { ID = "NONE"; Link pitch = -1; Link volume = -1; Max channels = -1; } # The contents of the 'currentmap' definition change at runtime. Music { ID = "currentmap"; } Include "flags.ded"; Include "fonts.ded"; Include "objects.ded"; Include "sprites.ded"; Include "text.ded"; Include "sounds.ded"; Include "values.ded"; doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen.ded0000664000175000017500000000067312350542240022025 0ustar jaakkojaakko# # Hexen - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # Header { Version = 6; } # Include common definitions for games playable with jHexen. Include "jhexen.ded"; Include "hexen/anim.ded"; Include "hexen/finales.ded"; Include "hexen/lights.ded"; Include "hexen/materials.ded"; Include "hexen/materialenvironments.ded"; Include "hexen/music.ded"; doomsday-1.14.5/doomsday/plugins/hexen/defs/fonts.ded0000664000175000017500000001757312350542240022056 0ustar jaakkojaakko# Hexen: Fonts Header { Version = 5; } Composite BitmapFont { ID = "game:status"; 045 { Texture = "NEGNUM"; } # - 048 { Texture = "IN0"; } # 0 049 { Texture = "IN1"; } # 1 050 { Texture = "IN2"; } # 2 051 { Texture = "IN3"; } # 3 052 { Texture = "IN4"; } # 4 053 { Texture = "IN5"; } # 5 054 { Texture = "IN6"; } # 6 055 { Texture = "IN7"; } # 7 056 { Texture = "IN8"; } # 8 057 { Texture = "IN9"; } # 9 } Composite BitmapFont { ID = "game:mappoint"; 048 { Texture = "FONTA16"; } # 0 049 { Texture = "FONTA17"; } # 1 050 { Texture = "FONTA18"; } # 2 051 { Texture = "FONTA19"; } # 3 052 { Texture = "FONTA20"; } # 4 053 { Texture = "FONTA21"; } # 5 054 { Texture = "FONTA22"; } # 6 055 { Texture = "FONTA23"; } # 7 056 { Texture = "FONTA24"; } # 8 057 { Texture = "FONTA25"; } # 9 } Composite BitmapFont { ID = "game:smallin"; 048 { Texture = "SMALLIN0"; } # 0 049 { Texture = "SMALLIN1"; } # 1 050 { Texture = "SMALLIN2"; } # 2 051 { Texture = "SMALLIN3"; } # 3 052 { Texture = "SMALLIN4"; } # 4 053 { Texture = "SMALLIN5"; } # 5 054 { Texture = "SMALLIN6"; } # 6 055 { Texture = "SMALLIN7"; } # 7 056 { Texture = "SMALLIN8"; } # 8 057 { Texture = "SMALLIN9"; } # 9 } Composite BitmapFont { ID = "game:a"; 032 { Texture = "FONTA00"; } # ' ' 033 { Texture = "FONTA01"; } # ! 034 { Texture = "FONTA02"; } # " 035 { Texture = "FONTA03"; } # # 036 { Texture = "FONTA04"; } # $ 037 { Texture = "FONTA05"; } # % 038 { Texture = "FONTA06"; } # & 039 { Texture = "FONTA07"; } # ' 040 { Texture = "FONTA08"; } # ( 041 { Texture = "FONTA09"; } # ) 042 { Texture = "FONTA10"; } # * 043 { Texture = "FONTA11"; } # + 044 { Texture = "FONTA12"; } # , 045 { Texture = "FONTA13"; } # - 046 { Texture = "FONTA14"; } # . 047 { Texture = "FONTA15"; } # / 048 { Texture = "FONTA16"; } # 0 049 { Texture = "FONTA17"; } # 1 050 { Texture = "FONTA18"; } # 2 051 { Texture = "FONTA19"; } # 3 052 { Texture = "FONTA20"; } # 4 053 { Texture = "FONTA21"; } # 5 054 { Texture = "FONTA22"; } # 6 055 { Texture = "FONTA23"; } # 7 056 { Texture = "FONTA24"; } # 8 057 { Texture = "FONTA25"; } # 9 058 { Texture = "FONTA26"; } # : 059 { Texture = "FONTA27"; } # ; 060 { Texture = "FONTA28"; } # < 061 { Texture = "FONTA29"; } # = 062 { Texture = "FONTA30"; } # > 063 { Texture = "FONTA31"; } # ? 064 { Texture = "FONTA32"; } # @ 065 { Texture = "FONTA33"; } # A 066 { Texture = "FONTA34"; } # B 067 { Texture = "FONTA35"; } # C 068 { Texture = "FONTA36"; } # D 069 { Texture = "FONTA37"; } # E 070 { Texture = "FONTA38"; } # F 071 { Texture = "FONTA39"; } # G 072 { Texture = "FONTA40"; } # H 073 { Texture = "FONTA41"; } # I 074 { Texture = "FONTA42"; } # J 075 { Texture = "FONTA43"; } # K 076 { Texture = "FONTA44"; } # L 077 { Texture = "FONTA45"; } # M 078 { Texture = "FONTA46"; } # N 079 { Texture = "FONTA47"; } # O 080 { Texture = "FONTA48"; } # P 081 { Texture = "FONTA49"; } # Q 082 { Texture = "FONTA50"; } # R 083 { Texture = "FONTA51"; } # S 084 { Texture = "FONTA52"; } # T 085 { Texture = "FONTA53"; } # U 086 { Texture = "FONTA54"; } # V 087 { Texture = "FONTA55"; } # W 088 { Texture = "FONTA56"; } # X 089 { Texture = "FONTA57"; } # Y 090 { Texture = "FONTA58"; } # Z 091 { Texture = "FONTA63"; } # [ 092 { Texture = "FONTA60"; } # '\' 093 { Texture = "FONTA61"; } # ] 094 { Texture = "FONTA62"; } # ^ 095 { Texture = "FONTA59"; } # _ 097 { Texture = "FONTA33"; } # a 098 { Texture = "FONTA34"; } # b 099 { Texture = "FONTA35"; } # c 100 { Texture = "FONTA36"; } # d 101 { Texture = "FONTA37"; } # e 102 { Texture = "FONTA38"; } # f 103 { Texture = "FONTA39"; } # g 104 { Texture = "FONTA40"; } # h 105 { Texture = "FONTA41"; } # i 106 { Texture = "FONTA42"; } # j 107 { Texture = "FONTA43"; } # k 108 { Texture = "FONTA44"; } # l 109 { Texture = "FONTA45"; } # m 110 { Texture = "FONTA46"; } # n 111 { Texture = "FONTA47"; } # o 112 { Texture = "FONTA48"; } # p 113 { Texture = "FONTA49"; } # q 114 { Texture = "FONTA50"; } # r 115 { Texture = "FONTA51"; } # s 116 { Texture = "FONTA52"; } # t 117 { Texture = "FONTA53"; } # u 118 { Texture = "FONTA54"; } # v 119 { Texture = "FONTA55"; } # w 120 { Texture = "FONTA56"; } # x 121 { Texture = "FONTA57"; } # y 122 { Texture = "FONTA58"; } # z } Composite BitmapFont { ID = "game:b"; 032 { Texture = "FONTB00"; } # ' ' 033 { Texture = "FONTB01"; } # ! 034 { Texture = "FONTB02"; } # " 035 { Texture = "FONTB03"; } # # 036 { Texture = "FONTB04"; } # $ 037 { Texture = "FONTB05"; } # % 038 { Texture = "FONTB06"; } # & 039 { Texture = "FONTB07"; } # ' 040 { Texture = "FONTB08"; } # ( 041 { Texture = "FONTB09"; } # ) 042 { Texture = "FONTB10"; } # * 043 { Texture = "FONTB11"; } # + 044 { Texture = "FONTB12"; } # , 045 { Texture = "FONTB13"; } # - 046 { Texture = "FONTB14"; } # . 047 { Texture = "FONTB15"; } # / 048 { Texture = "FONTB16"; } # 0 049 { Texture = "FONTB17"; } # 1 050 { Texture = "FONTB18"; } # 2 051 { Texture = "FONTB19"; } # 3 052 { Texture = "FONTB20"; } # 4 053 { Texture = "FONTB21"; } # 5 054 { Texture = "FONTB22"; } # 6 055 { Texture = "FONTB23"; } # 7 056 { Texture = "FONTB24"; } # 8 057 { Texture = "FONTB25"; } # 9 058 { Texture = "FONTB26"; } # : 059 { Texture = "FONTB27"; } # ; 060 { Texture = "FONTB28"; } # < 061 { Texture = "FONTB29"; } # = 062 { Texture = "FONTB30"; } # > 063 { Texture = "FONTB31"; } # ? 064 { Texture = "FONTB32"; } # @ 065 { Texture = "FONTB33"; } # A 066 { Texture = "FONTB34"; } # B 067 { Texture = "FONTB35"; } # C 068 { Texture = "FONTB36"; } # D 069 { Texture = "FONTB37"; } # E 070 { Texture = "FONTB38"; } # F 071 { Texture = "FONTB39"; } # G 072 { Texture = "FONTB40"; } # H 073 { Texture = "FONTB41"; } # I 074 { Texture = "FONTB42"; } # J 075 { Texture = "FONTB43"; } # K 076 { Texture = "FONTB44"; } # L 077 { Texture = "FONTB45"; } # M 078 { Texture = "FONTB46"; } # N 079 { Texture = "FONTB47"; } # O 080 { Texture = "FONTB48"; } # P 081 { Texture = "FONTB49"; } # Q 082 { Texture = "FONTB50"; } # R 083 { Texture = "FONTB51"; } # S 084 { Texture = "FONTB52"; } # T 085 { Texture = "FONTB53"; } # U 086 { Texture = "FONTB54"; } # V 087 { Texture = "FONTB55"; } # W 088 { Texture = "FONTB56"; } # X 089 { Texture = "FONTB57"; } # Y 090 { Texture = "FONTB58"; } # Z 091 { Texture = "FONTB59"; } # [ 092 { Texture = "FONTB60"; } # '\' 093 { Texture = "FONTB61"; } # ] 094 { Texture = "FONTB62"; } # ^ 095 { Texture = "FONTB63"; } # _ 097 { Texture = "FONTB33"; } # a 098 { Texture = "FONTB34"; } # b 099 { Texture = "FONTB35"; } # c 100 { Texture = "FONTB36"; } # d 101 { Texture = "FONTB37"; } # e 102 { Texture = "FONTB38"; } # f 103 { Texture = "FONTB39"; } # g 104 { Texture = "FONTB40"; } # h 105 { Texture = "FONTB41"; } # i 106 { Texture = "FONTB42"; } # j 107 { Texture = "FONTB43"; } # k 108 { Texture = "FONTB44"; } # l 109 { Texture = "FONTB45"; } # m 110 { Texture = "FONTB46"; } # n 111 { Texture = "FONTB47"; } # o 112 { Texture = "FONTB48"; } # p 113 { Texture = "FONTB49"; } # q 114 { Texture = "FONTB50"; } # r 115 { Texture = "FONTB51"; } # s 116 { Texture = "FONTB52"; } # t 117 { Texture = "FONTB53"; } # u 118 { Texture = "FONTB54"; } # v 119 { Texture = "FONTB55"; } # w 120 { Texture = "FONTB56"; } # x 121 { Texture = "FONTB57"; } # y 122 { Texture = "FONTB58"; } # z } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen-dk.ded0000664000175000017500000000074112350542240022415 0ustar jaakkojaakko# # Hexen (DK) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # Header { Version = 6; } # Include common definitions for games playable with jHexen. Include "jhexen.ded"; Include "hexen/anim.ded"; Include "hexen/finales.ded"; Include "hexen-dk/finales.ded"; Include "hexen/lights.ded"; Include "hexen/materials.ded"; Include "hexen/materialenvironments.ded"; Include "hexen/music.ded"; doomsday-1.14.5/doomsday/plugins/hexen/defs/sprites.ded0000664000175000017500000001627012350542240022407 0ustar jaakkojaakko# libhexen: Sprites # # Order of definitions is very important here! # Only add new Sprites *after* the existing definitions. Header { Version = 5; } Sprite { ID = "MAN1"; } Sprite { ID = "ACLO"; } Sprite { ID = "TLGL"; } Sprite { ID = "FBL1"; } Sprite { ID = "XPL1"; } Sprite { ID = "ARRW"; } Sprite { ID = "DART"; } Sprite { ID = "RIPP"; } Sprite { ID = "CFCF"; } Sprite { ID = "BLAD"; } Sprite { ID = "SHRD"; } Sprite { ID = "FFSM"; } Sprite { ID = "FFLG"; } Sprite { ID = "PTN1"; } Sprite { ID = "PTN2"; } Sprite { ID = "SOAR"; } Sprite { ID = "INVU"; } Sprite { ID = "SUMN"; } Sprite { ID = "TSPK"; } Sprite { ID = "TELO"; } Sprite { ID = "TRNG"; } Sprite { ID = "ROCK"; } Sprite { ID = "FOGS"; } Sprite { ID = "FOGM"; } Sprite { ID = "FOGL"; } Sprite { ID = "SGSA"; } Sprite { ID = "SGSB"; } Sprite { ID = "PORK"; } Sprite { ID = "EGGM"; } Sprite { ID = "FHFX"; } Sprite { ID = "SPHL"; } Sprite { ID = "STWN"; } Sprite { ID = "GMPD"; } Sprite { ID = "ASKU"; } Sprite { ID = "ABGM"; } Sprite { ID = "AGMR"; } Sprite { ID = "AGMG"; } Sprite { ID = "AGG2"; } Sprite { ID = "AGMB"; } Sprite { ID = "AGB2"; } Sprite { ID = "ABK1"; } Sprite { ID = "ABK2"; } Sprite { ID = "ASK2"; } Sprite { ID = "AFWP"; } Sprite { ID = "ACWP"; } Sprite { ID = "AMWP"; } Sprite { ID = "AGER"; } Sprite { ID = "AGR2"; } Sprite { ID = "AGR3"; } Sprite { ID = "AGR4"; } Sprite { ID = "TRCH"; } Sprite { ID = "PSBG"; } Sprite { ID = "ATLP"; } Sprite { ID = "THRW"; } Sprite { ID = "SPED"; } Sprite { ID = "BMAN"; } Sprite { ID = "BRAC"; } Sprite { ID = "BLST"; } Sprite { ID = "HRAD"; } Sprite { ID = "SPSH"; } Sprite { ID = "LVAS"; } Sprite { ID = "SLDG"; } Sprite { ID = "STTW"; } Sprite { ID = "RCK1"; } Sprite { ID = "RCK2"; } Sprite { ID = "RCK3"; } Sprite { ID = "RCK4"; } Sprite { ID = "CDLR"; } Sprite { ID = "TRE1"; } Sprite { ID = "TRDT"; } Sprite { ID = "TRE2"; } Sprite { ID = "TRE3"; } Sprite { ID = "STM1"; } Sprite { ID = "STM2"; } Sprite { ID = "STM3"; } Sprite { ID = "STM4"; } Sprite { ID = "MSH1"; } Sprite { ID = "MSH2"; } Sprite { ID = "MSH3"; } Sprite { ID = "MSH4"; } Sprite { ID = "MSH5"; } Sprite { ID = "MSH6"; } Sprite { ID = "MSH7"; } Sprite { ID = "MSH8"; } Sprite { ID = "SGMP"; } Sprite { ID = "SGM1"; } Sprite { ID = "SGM2"; } Sprite { ID = "SGM3"; } Sprite { ID = "SLC1"; } Sprite { ID = "SLC2"; } Sprite { ID = "SLC3"; } Sprite { ID = "MSS1"; } Sprite { ID = "MSS2"; } Sprite { ID = "SWMV"; } Sprite { ID = "CPS1"; } Sprite { ID = "CPS2"; } Sprite { ID = "TMS1"; } Sprite { ID = "TMS2"; } Sprite { ID = "TMS3"; } Sprite { ID = "TMS4"; } Sprite { ID = "TMS5"; } Sprite { ID = "TMS6"; } Sprite { ID = "TMS7"; } Sprite { ID = "CPS3"; } Sprite { ID = "STT2"; } Sprite { ID = "STT3"; } Sprite { ID = "STT4"; } Sprite { ID = "STT5"; } Sprite { ID = "GAR1"; } Sprite { ID = "GAR2"; } Sprite { ID = "GAR3"; } Sprite { ID = "GAR4"; } Sprite { ID = "GAR5"; } Sprite { ID = "GAR6"; } Sprite { ID = "GAR7"; } Sprite { ID = "GAR8"; } Sprite { ID = "GAR9"; } Sprite { ID = "BNR1"; } Sprite { ID = "TRE4"; } Sprite { ID = "TRE5"; } Sprite { ID = "TRE6"; } Sprite { ID = "TRE7"; } Sprite { ID = "LOGG"; } Sprite { ID = "ICT1"; } Sprite { ID = "ICT2"; } Sprite { ID = "ICT3"; } Sprite { ID = "ICT4"; } Sprite { ID = "ICM1"; } Sprite { ID = "ICM2"; } Sprite { ID = "ICM3"; } Sprite { ID = "ICM4"; } Sprite { ID = "RKBL"; } Sprite { ID = "RKBS"; } Sprite { ID = "RKBK"; } Sprite { ID = "RBL1"; } Sprite { ID = "RBL2"; } Sprite { ID = "RBL3"; } Sprite { ID = "VASE"; } Sprite { ID = "POT1"; } Sprite { ID = "POT2"; } Sprite { ID = "POT3"; } Sprite { ID = "PBIT"; } Sprite { ID = "CPS4"; } Sprite { ID = "CPS5"; } Sprite { ID = "CPS6"; } Sprite { ID = "CPB1"; } Sprite { ID = "CPB2"; } Sprite { ID = "CPB3"; } Sprite { ID = "CPB4"; } Sprite { ID = "BDRP"; } Sprite { ID = "BDSH"; } Sprite { ID = "BDPL"; } Sprite { ID = "CNDL"; } Sprite { ID = "LEF1"; } Sprite { ID = "LEF3"; } Sprite { ID = "LEF2"; } Sprite { ID = "TWTR"; } Sprite { ID = "WLTR"; } Sprite { ID = "BARL"; } Sprite { ID = "SHB1"; } Sprite { ID = "SHB2"; } Sprite { ID = "BCKT"; } Sprite { ID = "SHRM"; } Sprite { ID = "FBUL"; } Sprite { ID = "FSKL"; } Sprite { ID = "BRTR"; } Sprite { ID = "SUIT"; } Sprite { ID = "BBLL"; } Sprite { ID = "CAND"; } Sprite { ID = "IRON"; } Sprite { ID = "XMAS"; } Sprite { ID = "CDRN"; } Sprite { ID = "CHNS"; } Sprite { ID = "TST1"; } Sprite { ID = "TST2"; } Sprite { ID = "TST3"; } Sprite { ID = "TST4"; } Sprite { ID = "TST5"; } Sprite { ID = "TST6"; } Sprite { ID = "TST7"; } Sprite { ID = "TST8"; } Sprite { ID = "TST9"; } Sprite { ID = "TST0"; } Sprite { ID = "TELE"; } Sprite { ID = "TSMK"; } Sprite { ID = "FPCH"; } Sprite { ID = "WFAX"; } Sprite { ID = "FAXE"; } Sprite { ID = "WFHM"; } Sprite { ID = "FHMR"; } Sprite { ID = "FSRD"; } Sprite { ID = "FSFX"; } Sprite { ID = "CMCE"; } Sprite { ID = "WCSS"; } Sprite { ID = "CSSF"; } Sprite { ID = "WCFM"; } Sprite { ID = "CFLM"; } Sprite { ID = "CFFX"; } Sprite { ID = "CHLY"; } Sprite { ID = "SPIR"; } Sprite { ID = "MWND"; } Sprite { ID = "WMLG"; } Sprite { ID = "MLNG"; } Sprite { ID = "MLFX"; } Sprite { ID = "MLF2"; } Sprite { ID = "MSTF"; } Sprite { ID = "MSP1"; } Sprite { ID = "MSP2"; } Sprite { ID = "WFR1"; } Sprite { ID = "WFR2"; } Sprite { ID = "WFR3"; } Sprite { ID = "WCH1"; } Sprite { ID = "WCH2"; } Sprite { ID = "WCH3"; } Sprite { ID = "WMS1"; } Sprite { ID = "WMS2"; } Sprite { ID = "WMS3"; } Sprite { ID = "WPIG"; } Sprite { ID = "WMCS"; } Sprite { ID = "CONE"; } Sprite { ID = "SHEX"; } Sprite { ID = "BLOD"; } Sprite { ID = "GIBS"; } Sprite { ID = "PLAY"; } Sprite { ID = "FDTH"; } Sprite { ID = "BSKL"; } Sprite { ID = "ICEC"; } Sprite { ID = "CLER"; } Sprite { ID = "MAGE"; } Sprite { ID = "PIGY"; } Sprite { ID = "CENT"; } Sprite { ID = "CTXD"; } Sprite { ID = "CTFX"; } Sprite { ID = "CTDP"; } Sprite { ID = "DEMN"; } Sprite { ID = "DEMA"; } Sprite { ID = "DEMB"; } Sprite { ID = "DEMC"; } Sprite { ID = "DEMD"; } Sprite { ID = "DEME"; } Sprite { ID = "DMFX"; } Sprite { ID = "DEM2"; } Sprite { ID = "DMBA"; } Sprite { ID = "DMBB"; } Sprite { ID = "DMBC"; } Sprite { ID = "DMBD"; } Sprite { ID = "DMBE"; } Sprite { ID = "D2FX"; } Sprite { ID = "WRTH"; } Sprite { ID = "WRT2"; } Sprite { ID = "WRBL"; } Sprite { ID = "MNTR"; } Sprite { ID = "FX12"; } Sprite { ID = "FX13"; } Sprite { ID = "MNSM"; } Sprite { ID = "SSPT"; } Sprite { ID = "SSDV"; } Sprite { ID = "SSXD"; } Sprite { ID = "SSFX"; } Sprite { ID = "BISH"; } Sprite { ID = "BPFX"; } Sprite { ID = "DRAG"; } Sprite { ID = "DRFX"; } Sprite { ID = "ARM1"; } Sprite { ID = "ARM2"; } Sprite { ID = "ARM3"; } Sprite { ID = "ARM4"; } Sprite { ID = "MAN2"; } Sprite { ID = "MAN3"; } Sprite { ID = "KEY1"; } Sprite { ID = "KEY2"; } Sprite { ID = "KEY3"; } Sprite { ID = "KEY4"; } Sprite { ID = "KEY5"; } Sprite { ID = "KEY6"; } Sprite { ID = "KEY7"; } Sprite { ID = "KEY8"; } Sprite { ID = "KEY9"; } Sprite { ID = "KEYA"; } Sprite { ID = "KEYB"; } Sprite { ID = "ETTN"; } Sprite { ID = "ETTB"; } Sprite { ID = "FDMN"; } Sprite { ID = "FDMB"; } Sprite { ID = "ICEY"; } Sprite { ID = "ICPR"; } Sprite { ID = "ICWS"; } Sprite { ID = "SORC"; } Sprite { ID = "SBMP"; } Sprite { ID = "SBS4"; } Sprite { ID = "SBMB"; } Sprite { ID = "SBS3"; } Sprite { ID = "SBMG"; } Sprite { ID = "SBS1"; } Sprite { ID = "SBS2"; } Sprite { ID = "SBFX"; } Sprite { ID = "RADE"; } Sprite { ID = "WATR"; } Sprite { ID = "KORX"; } Sprite { ID = "ABAT"; } doomsday-1.14.5/doomsday/plugins/hexen/defs/hexen-dk/0000775000175000017500000000000012350542240021735 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/defs/hexen-dk/finales.ded0000664000175000017500000001042212350542240024033 0ustar jaakkojaakko# Hexen (DK) - Intermissions and Finales # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. # # Notes: # Deathkings uses maps 41-60. # 1st Hub Finale { After = "MAP42"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. textlump msg 10 5 CLUS1MSG; #>text msg 10 5 "wiping a trembling hand across your\n bleeding face, you try to clear\n your mind for what lies ahead...\n\n ...and forget what lies behind.\n\n in the distance, the stark ramparts\n of a great castle complex seem to\n rend the sky above, and the stench\n of decay wafts from the violated\n graves of uncounted dead.\n\n carefully counting what little\n remains of your artifacts, you try\n to reassure yourself that it will\n be enough. after all, it has to be\n enough, doesn't it?\n\n\n doesn't it?";<# waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # 2nd Hub Finale { After = "MAP48"; Script { # Only show this after the hub has been completed. ifnot leavehub end; # Don't show this in deathmatch. if deathmatch end; music "hub"; image back INTERPIC; wait 0.5; # Originally 10 tics. textlump msg 10 5 CLUS2MSG; #>text msg 10 5 "surely the souls of the damned inhabit\n this world, for nothing fair or good\n could survive here for long.\n\n but what has passed before can only\n be a pale shadow of what bars your\n passage now: the dark citadel itself.\n\n the grim bulk of the cathedral blocks\n all but fragmentary glimpses of the\n citadel proper, but what can be seen\n speaks in sibilant whispers of cold,\n lingering death...\n\n\n\n\n\n ...for the fortunate.";<# waittext msg; wait 5; # Original TEXTWAIT is 140+10 tics. }; } # 3rd Hub Finale { After = "MAP60"; Script { # This is the real finale of the game. noskip; # No more levels after this, disallow skipping. musiconce "hall"; # Setup the first screen. image back FINALE1; # Fade into the first screen. filter 0 0 0 1; in 2 filter 0 0 0 0; wait 2; textlump msg 20 5 WIN1MSG; #>text msg 20 5 "once again you find yourself in the\n great hall of the chaos sphere, as\ if no time had passed from when\n last you moved among these shadows.\n\n but something is eerily different,\n a silence where once had been soft\n whispers, a sense of being watched\n by hidden eyes...\n\n ...eyes which shield a malefic\n intent.";<# waittext msg; wait 7; # Original TEXTWAIT is 250 tics. # Second screen: the Orb. musiconce "orb"; image back FINALE2; deltext msg; wait 0.5; textlump msg 20 5 WIN2MSG; #>text msg 20 5 "once before you grasped the chaos\n sphere, held it within trembling\n hands. now your hands tremble with\n something more than avarice, and\n dread meshes with the hunger for\n power.\n\n if even the power of the sphere is\n not enough to protect you from the\n forces of darkness, perhaps it is\n better left untouched, its promise\n left unkept.\n\n\n\n but then, you never were one to\n back down from a challenge...";<# waittext msg; wait 7; # Original TEXTWAIT is 250 tics. # Fade out. in 2 filter 0 0 0 1; wait 2; deltext msg; # Setup the last screen: the Chess. music "chess"; image back FINALE3; # Choose the right player patch (no patch=fighter). if netgame patch pl 20 0 CHESSALL; if netgame goto m; if cleric patch pl 60 0 CHESSC; if mage patch pl 60 0 CHESSM; marker m; # Fade in. filter 0 0 0 0; wait 2; #text msg 20 135 "\n...and other players await."; textlump msg 20 135 WIN3MSG; }; } doomsday-1.14.5/doomsday/plugins/hexen/config/0000775000175000017500000000000012350542240020556 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/config/startup.cfg0000664000175000017500000000120212350542240022734 0ustar jaakkojaakko# # -=- jHexen Startup -=- # # This file is included with all versions, which means that it gets # overwritten on each upgrade. Give all custom permanent commands in # autoexec.cfg or user.cfg. # Comment these if you want to use the default colors. uicolor text 1 1 1 uicolor shadow 0 0 0 uicolor bglight .22 .18 .18 uicolor bgmed .52 .4 .4 uicolor bgdark .33 .28 .28 uicolor borhigh 1 1 1 uicolor bormed 0 0 0 uicolor borlow .6 .2 .05 uicolor help .52 .4 .4 # The font. #font name fixed12 # Keymap. #keymap default.dkm # The user config file can contain anything the user wants to execute # before the main startup begins. exec user.cfg doomsday-1.14.5/doomsday/plugins/hexen/src/0000775000175000017500000000000012350542240020100 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/src/hconsole.c0000664000175000017500000001551012350542240022060 0ustar jaakkojaakko/** * @file h_console.c * Hexen specific console stuff. @ingroup console * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "jhexen.h" #include "d_net.h" #include "hu_menu.h" #include "hu_stuff.h" #include "g_common.h" #include "g_controls.h" #include "p_inventory.h" D_CMD(Cheat); D_CMD(CheatGod); D_CMD(CheatNoClip); D_CMD(CheatGive); D_CMD(CheatMorph); D_CMD(CheatMassacre); D_CMD(CheatShadowcaster); D_CMD(CheatWhere); D_CMD(CheatRunScript); D_CMD(CheatReveal); D_CMD(CheatSuicide); D_CMD(MakeLocal); D_CMD(SetCamera); D_CMD(SetViewLock); D_CMD(SetViewMode); D_CMD(CycleSpy); D_CMD(SetDemoMode); D_CMD(SpawnMobj); D_CMD(PrintPlayerCoords); D_CMD(InspectACScript); D_CMD(ListACScripts); D_CMD(Test); D_CMD(MovePlane); D_CMD(ScreenShot); void G_UpdateEyeHeight(void); static void viewResizeAudioFeedback(void); // Console variables. cvartemplate_t gameCVars[] = { // View/Refresh {"view-size", 0, CVT_INT, &cfg.setBlocks, 3, 13, viewResizeAudioFeedback}, {"hud-title", 0, CVT_BYTE, &cfg.mapTitle, 0, 1}, {"hud-title-author-noiwad", 0, CVT_BYTE, &cfg.hideIWADAuthor, 0, 1}, {"view-bob-height", 0, CVT_FLOAT, &cfg.bobView, 0, 1}, {"view-bob-weapon", 0, CVT_FLOAT, &cfg.bobWeapon, 0, 1}, {"view-filter-strength", 0, CVT_FLOAT, &cfg.filterStrength, 0, 1}, // Server-side options // Game state {"server-game-skill", 0, CVT_BYTE, &cfg.netSkill, 0, 4}, {"server-game-map", CVF_NO_MAX, CVT_BYTE, &cfg.netMap, 0, 0}, {"server-game-deathmatch", 0, CVT_BYTE, &cfg.netDeathmatch, 0, 1}, /* jHexen only has one deathmatch mode */ // Modifiers {"server-game-mod-damage", 0, CVT_BYTE, &cfg.netMobDamageModifier, 1, 100}, {"server-game-mod-health", 0, CVT_BYTE, &cfg.netMobHealthModifier, 1, 20}, {"server-game-mod-gravity", 0, CVT_INT, &cfg.netGravity, -1, 100}, // Gameplay options {"server-game-jump", 0, CVT_BYTE, &cfg.netJumping, 0, 1}, {"server-game-nomonsters", 0, CVT_BYTE, &cfg.netNoMonsters, 0, 1}, {"server-game-randclass", 0, CVT_BYTE, &cfg.netRandomClass, 0, 1}, {"server-game-radiusattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZRadiusAttack, 0, 1}, {"server-game-monster-meleeattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZMonsterMeleeAttack, 0, 1}, // Misc {"msg-hub-override", 0, CVT_BYTE, &cfg.overrideHubMsg, 0, 2}, // Player // Player data {"player-color", 0, CVT_BYTE, &cfg.netColor, 0, 8}, {"player-eyeheight", 0, CVT_INT, &cfg.plrViewHeight, 41, 54, G_UpdateEyeHeight}, {"player-class", 0, CVT_BYTE, &cfg.netClass, 0, 2}, // Movment {"player-move-speed", 0, CVT_FLOAT, &cfg.playerMoveSpeed, 0, 1}, {"player-jump", 0, CVT_INT, &cfg.jumpEnabled, 0, 1}, {"player-jump-power", 0, CVT_FLOAT, &cfg.jumpPower, 0, 100}, {"player-air-movement", 0, CVT_BYTE, &cfg.airborneMovement, 0, 32}, // Weapon switch preferences {"player-autoswitch", 0, CVT_BYTE, &cfg.weaponAutoSwitch, 0, 2}, {"player-autoswitch-ammo", 0, CVT_BYTE, &cfg.ammoAutoSwitch, 0, 2}, {"player-autoswitch-notfiring", 0, CVT_BYTE, &cfg.noWeaponAutoSwitchIfFiring, 0, 1}, // Weapon Order preferences {"player-weapon-order0", 0, CVT_INT, &cfg.weaponOrder[0], 0, NUM_WEAPON_TYPES}, {"player-weapon-order1", 0, CVT_INT, &cfg.weaponOrder[1], 0, NUM_WEAPON_TYPES}, {"player-weapon-order2", 0, CVT_INT, &cfg.weaponOrder[2], 0, NUM_WEAPON_TYPES}, {"player-weapon-order3", 0, CVT_INT, &cfg.weaponOrder[3], 0, NUM_WEAPON_TYPES}, {"player-weapon-nextmode", 0, CVT_BYTE, &cfg.weaponNextMode, 0, 1}, {"player-weapon-cycle-sequential", 0, CVT_BYTE, &cfg.weaponCycleSequential, 0, 1}, // Misc {"player-camera-noclip", 0, CVT_INT, &cfg.cameraNoClip, 0, 1}, // Compatibility options {"game-icecorpse", 0, CVT_INT, &cfg.translucentIceCorpse, 0, 1}, //{"game-monsters-floatoverblocking", 0, CVT_BYTE, &cfg.allowMonsterFloatOverBlocking, 0, 1}, // Game state //{"game-fastmonsters", 0, CVT_BYTE, &cfg.fastMonsters, 0, 1}, // Gameplay {"game-maulator-time", CVF_NO_MAX, CVT_INT, &maulatorSeconds, 1, 0}, // Misc {"msg-echo", 0, CVT_BYTE, &cfg.echoMsg, 0, 1}, {NULL} }; // Console commands ccmdtemplate_t gameCCmds[] = { {"spy", "", CCmdCycleSpy}, {"screenshot", "", CCmdScreenShot}, // $cheats {"cheat", "s", CCmdCheat}, {"god", NULL, CCmdCheatGod}, {"noclip", NULL, CCmdCheatNoClip}, {"reveal", "i", CCmdCheatReveal}, {"give", NULL, CCmdCheatGive}, {"kill", "", CCmdCheatMassacre}, {"suicide", NULL, CCmdCheatSuicide}, {"where", "", CCmdCheatWhere}, {"spawnmobj", NULL, CCmdSpawnMobj}, {"coord", "", CCmdPrintPlayerCoords}, // $democam {"makelocp", "i", CCmdMakeLocal}, {"makecam", "i", CCmdSetCamera}, {"setlock", NULL, CCmdSetViewLock}, {"lockmode", "i", CCmdSetViewLock}, {"viewmode", NULL, CCmdSetViewMode}, // Hexen specific {"pig", NULL, CCmdCheatMorph}, {"runscript", "i*", CCmdCheatRunScript}, {"scriptinfo", "i", CCmdInspectACScript}, {"scriptinfo", "", CCmdListACScripts}, {"class", "i*", CCmdCheatShadowcaster}, {NULL} }; /** * Add the console variables and commands. */ void G_ConsoleRegistration(void) { int i; for(i = 0; gameCVars[i].path; ++i) Con_AddVariable(&gameCVars[i]); for(i = 0; gameCCmds[i].name; ++i) Con_AddCommand(&gameCCmds[i]); } /** * Called when the player-eyeheight cvar is changed. */ void G_UpdateEyeHeight(void) { player_t* plr = &players[CONSOLEPLAYER]; if(!(plr->plr->flags & DDPF_CAMERA)) plr->viewHeight = (float) cfg.plrViewHeight; } D_CMD(ScreenShot) { G_SetGameAction(GA_SCREENSHOT); return true; } static void viewResizeAudioFeedback(void) { if(Hu_MenuIsActive()) { // The menu slider plays its own audio feedback. return; } S_LocalSound(SFX_PICKUP_KEY, NULL); } doomsday-1.14.5/doomsday/plugins/hexen/src/a_action.c0000664000175000017500000006110512350542240022024 0ustar jaakkojaakko/** @file a_action.c * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jhexen.h" #include "p_map.h" #include "mobj.h" #define TELEPORT_LIFE (1) static coord_t* orbitTableX = NULL; static coord_t* orbitTableY = NULL; coord_t* FloatBobOffset = NULL; int localQuakeHappening[MAXPLAYERS]; void X_CreateLUTs(void) { #define ORBITRES 256 uint i; orbitTableX = Z_Malloc(sizeof(coord_t) * ORBITRES, PU_GAMESTATIC, 0); for(i = 0; i < ORBITRES; ++i) orbitTableX[i] = cos(((coord_t) i) / 40.74f) * 15; orbitTableY = Z_Malloc(sizeof(coord_t) * ORBITRES, PU_GAMESTATIC, 0); for(i = 0; i < ORBITRES; ++i) orbitTableY[i] = sin(((coord_t) i) / 40.74f) * 15; FloatBobOffset = Z_Malloc(sizeof(coord_t) * FLOATBOBRES, PU_GAMESTATIC, 0); for(i = 0; i < FLOATBOBRES; ++i) FloatBobOffset[i] = sin(((coord_t) i) / 10.186f) * 8; #undef ORBITRES } void X_DestroyLUTs(void) { Z_Free(orbitTableX); Z_Free(orbitTableY); Z_Free(FloatBobOffset); } void C_DECL A_PotteryExplode(mobj_t* actor) { int i, maxBits = (P_Random() & 3) + 3; for(i = 0; i < maxBits; ++i) { mobj_t* mo; if((mo = P_SpawnMobj(MT_POTTERYBIT1, actor->origin, P_Random() << 24, 0))) { P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN) + (P_Random() % 5)); mo->mom[MZ] = FIX2FLT(((P_Random() & 7) + 5) * (3 * FRACUNIT / 4)); mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); } } S_StartSound(SFX_POTTERY_EXPLODE, actor); if(actor->args[0]) { // Spawn an item. if(!G_Ruleset_NoMonsters() || !(MOBJINFO[TranslateThingType[actor->args[0]]]. flags & MF_COUNTKILL)) { // Only spawn monsters if not -nomonsters. P_SpawnMobj(TranslateThingType[actor->args[0]], actor->origin, actor->angle, 0); } } P_MobjRemove(actor, false); } void C_DECL A_PotteryChooseBit(mobj_t* actor) { P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH) + (P_Random() % 5) + 1); actor->tics = 256 + (P_Random() << 1); } void C_DECL A_PotteryCheck(mobj_t* actor) { mobj_t* pmo; if(!IS_NETGAME) { pmo = players[CONSOLEPLAYER].plr->mo; if(P_CheckSight(actor, pmo) && (abs(M_PointToAngle2(pmo->origin, actor->origin) - pmo->angle) <= ANGLE_45)) { // Previous state (pottery bit waiting state). P_MobjChangeState(actor, actor->state - &STATES[0] - 1); } return; } else { int i; for(i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; pmo = players[i].plr->mo; if(P_CheckSight(actor, pmo) && (abs(M_PointToAngle2(pmo->origin, actor->origin) - pmo->angle) <= ANGLE_45)) { // Previous state (pottery bit waiting state). P_MobjChangeState(actor, actor->state - &STATES[0] - 1); return; } } } } void C_DECL A_CorpseBloodDrip(mobj_t* actor) { if(P_Random() > 128) return; P_SpawnMobjXYZ(MT_CORPSEBLOODDRIP, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + actor->height / 2, actor->angle, 0); } void C_DECL A_CorpseExplode(mobj_t* actor) { int i, n; mobj_t* mo; for(i = (P_Random() & 3) + 3; i; i--) { if((mo = P_SpawnMobj(MT_CORPSEBIT, actor->origin, P_Random() << 24, 0))) { P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN) + (P_Random() % 3)); mo->mom[MZ] = FIX2FLT((P_Random() & 7) + 5) * .75f; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); } } // Spawn a skull. if((mo = P_SpawnMobj(MT_CORPSEBIT, actor->origin, P_Random() << 24, 0))) { P_MobjChangeState(mo, S_CORPSEBIT_4); n = (P_Random() & 7) + 5; mo->mom[MZ] = FIX2FLT(n) * .75f; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); S_StartSound(SFX_FIRED_DEATH, mo); } P_MobjRemove(actor, false); } #ifdef MSVC // I guess the compiler gets confused by the multitude of P_Random()s... # pragma optimize("g", off) #endif void C_DECL A_LeafSpawn(mobj_t* actor) { coord_t pos[3]; mobj_t* mo; int i; for(i = (P_Random() & 3) + 1; i; i--) { pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = actor->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - P_Random()) << 14); pos[VY] += FIX2FLT((P_Random() - P_Random()) << 14); pos[VZ] += FIX2FLT(P_Random() << 14); /// @todo We should not be using the original indices to determine /// the mobjtype. Use a local table instead. if((mo = P_SpawnMobj(MT_LEAF1 + (P_Random() & 1), pos, actor->angle, 0))) { P_ThrustMobj(mo, actor->angle, FIX2FLT(P_Random() << 9) + 3); mo->target = actor; mo->special1 = 0; } } } #ifdef MSVC # pragma optimize("", on) #endif void C_DECL A_LeafThrust(mobj_t *actor) { if(P_Random() > 96) { return; } actor->mom[MZ] += FIX2FLT(P_Random() << 9) + 1; } void C_DECL A_LeafCheck(mobj_t *actor) { int n; actor->special1++; if(actor->special1 >= 20) { P_MobjChangeState(actor, S_NULL); return; } if(P_Random() > 64) { if(FEQUAL(actor->mom[MX], 0) && FEQUAL(actor->mom[MY], 0)) { P_ThrustMobj(actor, actor->target->angle, FIX2FLT(P_Random() << 9) + 1); } return; } P_MobjChangeState(actor, S_LEAF1_8); n = P_Random(); actor->mom[MZ] = FIX2FLT(n << 9) + 1; P_ThrustMobj(actor, actor->target->angle, FIX2FLT(P_Random() << 9) + 2); actor->flags |= MF_MISSILE; } /** * Bridge variables * Parent * special1 true == removing from world * * Child * target pointer to center mobj * args[0] angle of ball */ void C_DECL A_BridgeOrbit(mobj_t* actor) { if(!actor) return; if(actor->target->special1) { P_MobjChangeState(actor, S_NULL); } actor->args[0] += 3; P_MobjUnlink(actor); actor->origin[VX] = actor->target->origin[VX]; actor->origin[VY] = actor->target->origin[VY]; actor->origin[VX] += orbitTableX[actor->args[0]]; actor->origin[VY] += orbitTableY[actor->args[0]]; P_MobjLink(actor); } void C_DECL A_BridgeInit(mobj_t* actor) { byte startangle; mobj_t* ball1, *ball2, *ball3; startangle = P_Random(); actor->special1 = 0; // Spawn triad into world. if((ball1 = P_SpawnMobj(MT_BRIDGEBALL, actor->origin, actor->angle, 0))) { ball1->args[0] = startangle; ball1->target = actor; } if((ball2 = P_SpawnMobj(MT_BRIDGEBALL, actor->origin, actor->angle, 0))) { ball2->args[0] = (startangle + 85) & 255; ball2->target = actor; } if((ball3 = P_SpawnMobj(MT_BRIDGEBALL, actor->origin, actor->angle, 0))) { ball3->args[0] = (startangle + 170) & 255; ball3->target = actor; } A_BridgeOrbit(ball1); A_BridgeOrbit(ball2); A_BridgeOrbit(ball3); } void C_DECL A_BridgeRemove(mobj_t *actor) { actor->special1 = true; // Removing the bridge. actor->flags &= ~MF_SOLID; P_MobjChangeState(actor, S_FREE_BRIDGE1); } void C_DECL A_HideThing(mobj_t *actor) { actor->flags2 |= MF2_DONTDRAW; } void C_DECL A_UnHideThing(mobj_t *actor) { actor->flags2 &= ~MF2_DONTDRAW; } void C_DECL A_SetShootable(mobj_t *actor) { actor->flags2 &= ~MF2_NONSHOOTABLE; actor->flags |= MF_SHOOTABLE; } void C_DECL A_UnSetShootable(mobj_t *actor) { actor->flags2 |= MF2_NONSHOOTABLE; actor->flags &= ~MF_SHOOTABLE; } void C_DECL A_SetAltShadow(mobj_t *actor) { actor->flags &= ~MF_SHADOW; actor->flags |= MF_ALTSHADOW; } void C_DECL A_ContMobjSound(mobj_t *actor) { switch(actor->type) { case MT_SERPENTFX: S_StartSound(SFX_SERPENTFX_CONTINUOUS, actor); break; case MT_HAMMER_MISSILE: S_StartSound(SFX_FIGHTER_HAMMER_CONTINUOUS, actor); break; case MT_QUAKE_FOCUS: S_StartSound(SFX_EARTHQUAKE, actor); break; default: break; } } void C_DECL A_ESound(mobj_t *mo) { int sound; switch(mo->type) { case MT_SOUNDWIND: sound = SFX_WIND; break; default: sound = SFX_NONE; break; } S_StartSound(sound, mo); } /** * NOTE: See p_enemy for variable descriptions. */ void C_DECL A_Summon(mobj_t* actor) { mobj_t* mo; if((mo = P_SpawnMobj(MT_MINOTAUR, actor->origin, actor->angle, 0))) { mobj_t* master; if(P_TestMobjLocation(mo) == false || !actor->tracer) { // Didn't fit - change back to item. P_MobjChangeState(mo, S_NULL); if((mo = P_SpawnMobj(MT_SUMMONMAULATOR, actor->origin, actor->angle, 0))) mo->flags2 |= MF2_DROPPED; return; } memcpy((void *) mo->args, &mapTime, sizeof(mapTime)); master = actor->tracer; if(master->flags & MF_CORPSE) { // Master dead. mo->tracer = NULL; // No master. } else { mo->tracer = actor->tracer; // Pointer to master (mobj_t *) P_GivePower(master->player, PT_MINOTAUR); } // Make smoke puff. P_SpawnMobj(MT_MNTRSMOKE, actor->origin, P_Random() << 24, 0); S_StartSound(SFX_MAULATOR_ACTIVE, actor); } } /** * Fog Variables: * * args[0] Speed (0..10) of fog * args[1] Angle of spread (0..128) * args[2] Frequency of spawn (1..10) * args[3] Lifetime countdown * args[4] Boolean: fog moving? * special1 Internal: Counter for spawn frequency * special2 Internal: Index into floatbob table */ void C_DECL A_FogSpawn(mobj_t* actor) { mobj_t* mo = NULL; mobjtype_t type = 0; angle_t delta, angle; if(actor->special1-- > 0) return; actor->special1 = actor->args[2]; // Reset frequency count. switch(P_Random() % 3) { case 0: type = MT_FOGPATCHS; break; case 1: type = MT_FOGPATCHM; break; case 2: type = MT_FOGPATCHL; break; } delta = actor->args[1]; if(delta == 0) delta = 1; angle = ((P_Random() % delta) - (delta / 2)); angle <<= 24; if((mo = P_SpawnMobj(type, actor->origin, actor->angle + angle, 0))) { mo->target = actor; if(actor->args[0] < 1) actor->args[0] = 1; mo->args[0] = (P_Random() % (actor->args[0])) + 1; // Random speed. mo->args[3] = actor->args[3]; // Set lifetime. mo->args[4] = 1; // Set to moving. mo->special2 = P_Random() & 63; } } void C_DECL A_FogMove(mobj_t* actor) { coord_t speed = (coord_t) actor->args[0]; uint an; if(!(actor->args[4])) return; if(actor->args[3]-- <= 0) { P_MobjChangeStateNoAction(actor, P_GetState(actor->type, SN_DEATH)); return; } // Move the fog slightly/slowly up and down. Some fog patches are supposed // to move higher and some are supposed to stay close to the ground. // Unlike in the original Hexen, the move is done by applying momentum // to the cloud so that the movement is smooth. if((actor->args[3] % 4) == 0) { uint weaveindex = actor->special2; actor->mom[VZ] = FLOATBOBOFFSET(weaveindex) / TICSPERSEC; actor->special2 = (weaveindex + 1) & 63; } an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = speed * FIX2FLT(finecosine[an]); actor->mom[MY] = speed * FIX2FLT(finesine[an]); } void C_DECL A_PoisonBagInit(mobj_t* actor) { mobj_t* mo; if((mo = P_SpawnMobjXYZ(MT_POISONCLOUD, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + 28, P_Random() << 24, 0))) { // Missile objects must move to impact other objects. mo->mom[MX] = FIX2FLT(1); mo->special1 = 24 + (P_Random() & 7); mo->special2 = 0; mo->target = actor->target; mo->radius = 20; mo->height = 30; mo->flags &= ~MF_NOCLIP; } } void C_DECL A_PoisonBagCheck(mobj_t *actor) { if(!--actor->special1) { P_MobjChangeState(actor, S_POISONCLOUD_X1); } else { return; } } void C_DECL A_PoisonBagDamage(mobj_t* actor) { int bobIndex; coord_t z; A_Explode(actor); bobIndex = actor->special2; z = FLOATBOBOFFSET(bobIndex); actor->origin[VZ] += z / 16; actor->special2 = (bobIndex + 1) & 63; } void C_DECL A_PoisonShroom(mobj_t* actor) { actor->tics = 128 + (P_Random() << 1); } void C_DECL A_CheckThrowBomb(mobj_t* actor) { if(fabs(actor->mom[MX]) < 1.5f && fabs(actor->mom[MY]) < 1.5f && actor->mom[MZ] < 2 && actor->state == &STATES[S_THROWINGBOMB6]) { P_MobjChangeState(actor, S_THROWINGBOMB7); actor->origin[VZ] = actor->floorZ; actor->mom[MZ] = 0; actor->flags2 &= ~MF2_FLOORBOUNCE; actor->flags &= ~MF_MISSILE; actor->flags |= MF_VIEWALIGN; } if(!--actor->health) { P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH)); } } /** * Quake variables * * args[0] Intensity on richter scale (2..9) * args[1] Duration in tics * args[2] Radius for damage * args[3] Radius for tremor * args[4] TID of map thing for focus of quake */ dd_bool A_LocalQuake(byte* args, mobj_t* actor) { mobj_t* focus, *target; int lastfound = 0; int success = false; actor = actor; // Shutup compiler warning. // Find all quake foci. do { if((target = P_FindMobjFromTID(args[4], &lastfound))) { if((focus = P_SpawnMobj(MT_QUAKE_FOCUS, target->origin, 0, 0))) { focus->args[0] = args[0]; focus->args[1] = args[1] / 2; // Decremented every 2 tics. focus->args[2] = args[2]; focus->args[3] = args[3]; focus->args[4] = args[4]; success = true; } } } while(target != NULL); return success; } void C_DECL A_Quake(mobj_t* actor) { angle_t angle; player_t* player; mobj_t* victim; int richters = actor->args[0]; int playnum; coord_t dist; if(actor->args[1]-- > 0) { for(playnum = 0; playnum < MAXPLAYERS; ++playnum) { player = &players[playnum]; if(!players[playnum].plr->inGame) continue; victim = player->plr->mo; dist = M_ApproxDistance(actor->origin[VX] - victim->origin[VX], actor->origin[VY] - victim->origin[VY]); dist = FIX2FLT(FLT2FIX(dist) >> (FRACBITS + 6)); // Tested in tile units (64 pixels). if(dist < FIX2FLT(actor->args[3])) // In tremor radius. { localQuakeHappening[playnum] = richters; players[playnum].update |= PSF_LOCAL_QUAKE; } // Check if in damage radius. if(dist < FIX2FLT(actor->args[2]) && victim->origin[VZ] <= victim->floorZ) { if(P_Random() < 50) { P_DamageMobj(victim, NULL, NULL, HITDICE(1), false); } // Thrust player around. angle = victim->angle + ANGLE_1 * P_Random(); P_ThrustMobj(victim, angle, FIX2FLT(richters << (FRACBITS - 1))); } } } else { for(playnum = 0; playnum < MAXPLAYERS; playnum++) { localQuakeHappening[playnum] = false; players[playnum].update |= PSF_LOCAL_QUAKE; } P_MobjChangeState(actor, S_NULL); } } static void telospawn(mobjtype_t type, mobj_t* mo) { mobj_t* pmo; if((pmo = P_SpawnMobj(MT_TELOTHER_FX2, mo->origin, mo->angle, 0))) { pmo->special1 = TELEPORT_LIFE; // Lifetime countdown. pmo->target = mo->target; pmo->mom[MX] = mo->mom[MX] / 2; pmo->mom[MY] = mo->mom[MY] / 2; pmo->mom[MZ] = mo->mom[MZ] / 2; } } void C_DECL A_TeloSpawnA(mobj_t* mo) { telospawn(MT_TELOTHER_FX2, mo); } void C_DECL A_TeloSpawnB(mobj_t* mo) { telospawn(MT_TELOTHER_FX3, mo); } void C_DECL A_TeloSpawnC(mobj_t* mo) { telospawn(MT_TELOTHER_FX4, mo); } void C_DECL A_TeloSpawnD(mobj_t* mo) { telospawn(MT_TELOTHER_FX5, mo); } void C_DECL A_CheckTeleRing(mobj_t* actor) { if(actor->special1-- <= 0) { P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH)); } } void P_SpawnDirt(mobj_t* mo, coord_t radius) { coord_t pos[3]; int dtype = 0; mobj_t* pmo; uint an; an = P_Random() << 5; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += radius * FIX2FLT(finecosine[an]); pos[VY] += radius * FIX2FLT(finesine[an]); pos[VZ] += FLT2FIX(P_Random() << 9) + 1; switch(P_Random() % 6) { case 0: dtype = MT_DIRT1; break; case 1: dtype = MT_DIRT2; break; case 2: dtype = MT_DIRT3; break; case 3: dtype = MT_DIRT4; break; case 4: dtype = MT_DIRT5; break; case 5: dtype = MT_DIRT6; break; } if((pmo = P_SpawnMobj(dtype, pos, 0, 0))) { pmo->mom[MZ] = FIX2FLT(P_Random() << 10); } } /** * Thrust Spike Variables * tracer pointer to dirt clump mobj * special2 speed of raise * args[0] 0 = lowered, 1 = raised * args[1] 0 = normal, 1 = bloody */ void C_DECL A_ThrustInitUp(mobj_t* actor) { actor->special2 = 5; actor->args[0] = 1; actor->floorClip = 0; actor->flags = MF_SOLID; actor->flags2 = MF2_NOTELEPORT | MF2_FLOORCLIP; actor->tracer = NULL; } void C_DECL A_ThrustInitDn(mobj_t* actor) { mobj_t* mo; actor->special2 = 5; actor->args[0] = 0; actor->floorClip = actor->info->height; actor->flags = 0; actor->flags2 = MF2_NOTELEPORT | MF2_FLOORCLIP | MF2_DONTDRAW; if((mo = P_SpawnMobj(MT_DIRTCLUMP, actor->origin, 0, 0))) actor->tracer = mo; } void C_DECL A_ThrustRaise(mobj_t* actor) { if(A_RaiseMobj(actor)) { // Reached it's target height. actor->args[0] = 1; if(actor->args[1]) P_MobjChangeStateNoAction(actor, S_BTHRUSTINIT2_1); else P_MobjChangeStateNoAction(actor, S_THRUSTINIT2_1); } // Lose the dirt clump. if(actor->floorClip < actor->height && actor->tracer) { P_MobjRemove(actor->tracer, false); actor->tracer = NULL; } // Spawn some dirt. if(P_Random() < 40) P_SpawnDirt(actor, actor->radius); actor->special2++; // Increase raise speed. } void C_DECL A_ThrustLower(mobj_t *actor) { if(A_SinkMobj(actor)) { actor->args[0] = 0; if(actor->args[1]) P_MobjChangeStateNoAction(actor, S_BTHRUSTINIT1_1); else P_MobjChangeStateNoAction(actor, S_THRUSTINIT1_1); } } void C_DECL A_ThrustBlock(mobj_t *actor) { actor->flags |= MF_SOLID; } void C_DECL A_ThrustImpale(mobj_t *actor) { P_ThrustSpike(actor); } #if MSVC # pragma optimize("g",off) #endif void C_DECL A_SoAExplode(mobj_t* actor) { int i; for(i = 0; i < 10; ++i) { mobj_t* mo; coord_t pos[3]; pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = actor->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - 128) << 12); pos[VY] += FIX2FLT((P_Random() - 128) << 12); pos[VZ] += FIX2FLT(P_Random() * FLT2FIX(actor->height) / 256); if((mo = P_SpawnMobj(MT_ZARMORCHUNK, pos, P_Random() << 24, 0))) { P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN) + i); mo->mom[MZ] = ((P_Random() & 7) + 5); mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); } } if(actor->args[0]) { // Spawn an item. if(!G_Ruleset_NoMonsters() || !(MOBJINFO[TranslateThingType[actor->args[0]]]. flags & MF_COUNTKILL)) { // Only spawn monsters if not -nomonsters. P_SpawnMobj(TranslateThingType[actor->args[0]], actor->origin, actor->angle, 0); } } S_StartSound(SFX_SUITOFARMOR_BREAK, actor); P_MobjRemove(actor, false); } #if MSVC # pragma optimize("",on) #endif void C_DECL A_BellReset1(mobj_t *actor) { actor->flags |= MF_NOGRAVITY; actor->height *= 2*2; } void C_DECL A_BellReset2(mobj_t *actor) { actor->flags |= MF_SHOOTABLE; actor->flags &= ~MF_CORPSE; actor->health = 5; } void C_DECL A_FlameCheck(mobj_t *actor) { if(!actor->args[0]--) // Called every 8 tics. { P_MobjChangeState(actor, S_NULL); } } /** * Bat Spawner Variables * special1 frequency counter * special2 * args[0] frequency of spawn (1=fastest, 10=slowest) * args[1] spread angle (0..255) * args[2] * args[3] duration of bats (in octics) * args[4] turn amount per move (in degrees) * * Bat Variables * special2 lifetime counter * args[4] turn amount per move (in degrees) */ void C_DECL A_BatSpawnInit(mobj_t *actor) { actor->special1 = 0; // Frequency count. } void C_DECL A_BatSpawn(mobj_t *actor) { mobj_t *mo; int delta; angle_t angle; // Countdown until next spawn if(actor->special1-- > 0) return; actor->special1 = actor->args[0]; // Reset frequency count. delta = actor->args[1]; if(delta == 0) delta = 1; angle = actor->angle + (((P_Random() % delta) - (delta >> 1)) << 24); mo = P_SpawnMissileAngle(MT_BAT, actor, angle, 0); if(mo) { mo->args[0] = P_Random() & 63; // floatbob index mo->args[4] = actor->args[4]; // turn degrees mo->special2 = actor->args[3] << 3; // Set lifetime mo->target = actor; } } void C_DECL A_BatMove(mobj_t* actor) { angle_t angle; uint an; coord_t speed; if(actor->special2 < 0) { P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH)); } actor->special2 -= 2; // Called every 2 tics if(P_Random() < 128) { angle = actor->angle + ANGLE_1 * actor->args[4]; } else { angle = actor->angle - ANGLE_1 * actor->args[4]; } // Adjust momentum vector to new direction an = angle >> ANGLETOFINESHIFT; speed = actor->info->speed * FIX2FLT(P_Random() << 10); actor->mom[MX] = speed * FIX2FLT(finecosine[an]); actor->mom[MY] = speed * FIX2FLT(finesine[an]); if(P_Random() < 15) S_StartSound(SFX_BAT_SCREAM, actor); // Handle Z movement actor->origin[VZ] = actor->target->origin[VZ] + 2 * FLOATBOBOFFSET(actor->args[0]); actor->args[0] = (actor->args[0] + 3) & 63; } void C_DECL A_TreeDeath(mobj_t* actor) { if(!(actor->flags2 & MF2_FIREDAMAGE)) { actor->height *= 2*2; actor->flags |= MF_SHOOTABLE; actor->flags &= ~(MF_CORPSE + MF_DROPOFF); actor->health = 35; return; } else { P_MobjChangeState(actor, P_GetState(actor->type, SN_MELEE)); } } void C_DECL A_NoGravity(mobj_t* actor) { actor->flags |= MF_NOGRAVITY; } doomsday-1.14.5/doomsday/plugins/hexen/src/p_telept.c0000664000175000017500000001656312350542240022073 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_telept.c: */ // HEADER FILES ------------------------------------------------------------ #include #include "jhexen.h" #include "dmu_lib.h" #include "g_common.h" #include "p_map.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- void P_ArtiTeleportOther(player_t* plr) { mobj_t* mo; if(!plr || !plr->plr->mo) return; if((mo = P_SpawnPlayerMissile(MT_TELOTHER_FX1, plr->plr->mo))) { mo->target = plr->plr->mo; } } void P_TeleportToPlayerStarts(mobj_t* mo) { const playerstart_t* start; if(!mo) return; // Get a random player start. if((start = P_GetPlayerStart(0, -1, false))) { const mapspot_t* spot = &mapSpots[start->spot]; P_Teleport(mo, spot->origin[VX], spot->origin[VY], spot->angle, true); } } void P_TeleportToDeathmatchStarts(mobj_t* mo) { const playerstart_t* start; if(!mo) return; // First, try a random deathmatch start. if((start = P_GetPlayerStart(0, -1, true))) { const mapspot_t* spot = &mapSpots[start->spot]; P_Teleport(mo, spot->origin[VX], spot->origin[VY], spot->angle, true); } else { P_TeleportToPlayerStarts(mo); } } mobj_t* P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle) { return P_SpawnMobjXYZ(MT_TFOG, x, y, TELEFOGHEIGHT, angle, MSF_Z_FLOOR); } dd_bool P_Teleport(mobj_t* mo, coord_t x, coord_t y, angle_t angle, dd_bool useFog) { coord_t oldpos[3], aboveFloor, fogDelta; unsigned int an; angle_t oldAngle; mobj_t* fog; memcpy(oldpos, mo->origin, sizeof(oldpos)); oldAngle = mo->angle; aboveFloor = mo->origin[VZ] - mo->floorZ; if(!P_TeleportMove(mo, x, y, false)) return false; // $voodoodolls Must be the real player. if(mo->player && mo->player->plr->mo == mo) { player_t* player = mo->player; player->plr->flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; if(player->powers[PT_FLIGHT] && aboveFloor > 0) { mo->origin[VZ] = mo->floorZ + aboveFloor; if(mo->origin[VZ] + mo->height > mo->ceilingZ) { mo->origin[VZ] = mo->ceilingZ - mo->height; } } else { mo->origin[VZ] = mo->floorZ; if(useFog) player->plr->lookDir = 0; } player->viewHeight = (coord_t) cfg.plrViewHeight; player->viewHeightDelta = 0; player->viewZ = mo->origin[VZ] + player->viewHeight; player->viewOffset[VX] = player->viewOffset[VY] = player->viewOffset[VZ] = 0; player->bob = 0; } else if(mo->flags & MF_MISSILE) { mo->origin[VZ] = mo->floorZ + aboveFloor; if(mo->origin[VZ] + mo->height > mo->ceilingZ) { mo->origin[VZ] = mo->ceilingZ - mo->height; } } else { mo->origin[VZ] = mo->floorZ; } // Spawn teleport fog at source and destination if(useFog) { fogDelta = (mo->flags & MF_MISSILE ? 0 : TELEFOGHEIGHT); if((fog = P_SpawnMobjXYZ(MT_TFOG, oldpos[VX], oldpos[VY], oldpos[VZ] + fogDelta, oldAngle + ANG180, 0))) S_StartSound(SFX_TELEPORT, fog); an = angle >> ANGLETOFINESHIFT; if((fog = P_SpawnMobjXYZ(MT_TFOG, x + 20 * FIX2FLT(finecosine[an]), y + 20 * FIX2FLT(finesine[an]), mo->origin[VZ] + fogDelta, angle + ANG180, 0))) S_StartSound(SFX_TELEPORT, fog); if(mo->player && !mo->player->powers[PT_SPEED]) { // Freeze player for about .5 sec mo->reactionTime = 18; } mo->angle = angle; } if(mo->flags2 & MF2_FLOORCLIP) { mo->floorClip = 0; if(FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { const terraintype_t* tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) { mo->floorClip = 10; } } } if(mo->flags & MF_MISSILE) { angle >>= ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[angle]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[angle]); } else if(useFog) // No fog doesn't alter the player's momentums. { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; } P_MobjClearSRVO(mo); return true; } dd_bool EV_Teleport(int tid, mobj_t* thing, dd_bool fog) { int i, count, searcher; mobj_t* mo = 0; // Clients cannot teleport on their own. if(IS_CLIENT) return 0; if(!thing) return false; if(thing->flags2 & MF2_NOTELEPORT) return false; count = 0; searcher = -1; while(P_FindMobjFromTID(tid, &searcher) != NULL) count++; if(count == 0) return false; count = 1 + (P_Random() % count); searcher = -1; for(i = 0; i < count; ++i) { mo = P_FindMobjFromTID(tid, &searcher); } if(!mo) Con_Error("Can't find teleport mapspot\n"); return P_Teleport(thing, mo->origin[VX], mo->origin[VY], mo->angle, fog); } #if __JHERETIC__ || __JHEXEN__ void P_ArtiTele(player_t *player) { playerstart_t const *start; if((start = P_GetPlayerStart(0, G_Ruleset_Deathmatch()? -1 : 0, G_Ruleset_Deathmatch()))) { mapspot_t const *spot = &mapSpots[start->spot]; P_Teleport(player->plr->mo, spot->origin[VX], spot->origin[VY], spot->angle, true); #if __JHEXEN__ if(player->morphTics) { // Teleporting away will undo any morph effects (pig) P_UndoPlayerMorph(player); } #else S_StartSound(SFX_WPNUP, NULL); #endif } } #endif doomsday-1.14.5/doomsday/plugins/hexen/src/p_mapinfo.cpp0000664000175000017500000002573012350542240022563 0ustar jaakkojaakko/** @file p_mapinfo.cpp Hexen MAPINFO parsing. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "g_common.h" #include "p_mapinfo.h" #include "hexlex.h" #include #include #include #include #define MUSIC_STARTUP "startup" #define MUSIC_ENDING1 "hall" #define MUSIC_ENDING2 "orb" #define MUSIC_ENDING3 "chess" #define MUSIC_INTERMISSION "hub" #define MUSIC_TITLE "hexen" typedef std::map MapInfos; static MapInfos mapInfos; /** * Update the Music definition @a musicId with the specified CD @a track number. */ static void setMusicCDTrack(char const *musicId, int track) { App_Log(DE2_DEV_RES_VERBOSE, "setMusicCDTrack: musicId=%s, track=%i", musicId, track); int cdTrack = track; Def_Set(DD_DEF_MUSIC, Def_Get(DD_DEF_MUSIC, musicId, 0), DD_CD_TRACK, &cdTrack); } void MapInfoParser(Str const *path) { mapInfos.clear(); AutoStr *script = M_ReadFileIntoString(path, 0); if(script && !Str_IsEmpty(script)) { App_Log(DE2_RES_VERBOSE, "Parsing \"%s\"...", F_PrettyPath(Str_Text(path))); // Prepare a default-configured definition, for one-shot initialization. mapinfo_t defMapInfo; defMapInfo.map = -1; // Unknown. defMapInfo.hub = 0; defMapInfo.warpTrans = 0; defMapInfo.nextMap = 0; // Always go to map 0 if not specified. defMapInfo.cdTrack = 1; defMapInfo.sky1Material = Materials_ResolveUriCString(gameMode == hexen_demo || gameMode == hexen_betademo? "Textures:SKY2" : "Textures:SKY1"); defMapInfo.sky2Material = defMapInfo.sky1Material; defMapInfo.sky1ScrollDelta = 0; defMapInfo.sky2ScrollDelta = 0; defMapInfo.doubleSky = false; defMapInfo.lightning = false; defMapInfo.fadeTable = W_GetLumpNumForName("COLORMAP"); strcpy(defMapInfo.title, "DEVELOPMENT MAP"); // Unknown. strcpy(defMapInfo.songLump, "DEFSONG"); // Unknown. HexLex lexer(script, path); while(lexer.readToken()) { if(!Str_CompareIgnoreCase(lexer.token(), "cd_start_track")) { setMusicCDTrack(MUSIC_STARTUP, lexer.readNumber()); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "cd_end1_track")) { setMusicCDTrack(MUSIC_ENDING1, lexer.readNumber()); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "cd_end2_track")) { setMusicCDTrack(MUSIC_ENDING2, lexer.readNumber()); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "cd_end3_track")) { setMusicCDTrack(MUSIC_ENDING3, lexer.readNumber()); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "cd_intermission_track")) { setMusicCDTrack(MUSIC_INTERMISSION, lexer.readNumber()); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "cd_title_track")) { setMusicCDTrack(MUSIC_TITLE, lexer.readNumber()); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "map")) { int tmap = lexer.readNumber(); if(tmap < 1) { Con_Error("MapInfoParser: Invalid map number '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } Uri *mapUri = G_ComposeMapUri(0, tmap - 1); mapinfo_t *info = P_MapInfo(mapUri); if(!info) { // A new map info. info = &mapInfos[Str_Text(Uri_Compose(mapUri))]; // Initialize with the default values. memcpy(info, &defMapInfo, sizeof(*info)); // Assign a logical map index. info->map = tmap - 1; // The warp translation defaults to the logical map index. info->warpTrans = tmap - 1; } Uri_Delete(mapUri); // Map title must follow the number. strcpy(info->title, Str_Text(lexer.readString())); // Process optional tokens. while(lexer.readToken()) { if(!Str_CompareIgnoreCase(lexer.token(), "sky1")) { Uri *uri = lexer.readUri("Textures"); info->sky1Material = Materials_ResolveUri(uri); info->sky1ScrollDelta = (float) lexer.readNumber() / 256; Uri_Delete(uri); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "sky2")) { Uri *uri = lexer.readUri("Textures"); info->sky2Material = Materials_ResolveUri(uri); info->sky2ScrollDelta = (float) lexer.readNumber() / 256; Uri_Delete(uri); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "doublesky")) { info->doubleSky = true; continue; } if(!Str_CompareIgnoreCase(lexer.token(), "lightning")) { info->lightning = true; continue; } if(!Str_CompareIgnoreCase(lexer.token(), "fadetable")) { info->fadeTable = W_GetLumpNumForName(Str_Text(lexer.readString())); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "cluster")) { info->hub = lexer.readNumber(); if(info->hub < 1) { Con_Error("MapInfoParser: Invalid 'cluster' (i.e., hub) number '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } continue; } if(!Str_CompareIgnoreCase(lexer.token(), "warptrans")) { int mapWarpNum = lexer.readNumber(); if(mapWarpNum < 1) { Con_Error("MapInfoParser: Invalid map warp-number '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } info->warpTrans = (unsigned) mapWarpNum - 1; continue; } if(!Str_CompareIgnoreCase(lexer.token(), "next")) { int map = lexer.readNumber(); if(map < 1) { Con_Error("MapInfoParser: Invalid map number '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } info->nextMap = (unsigned) map - 1; continue; } if(!Str_CompareIgnoreCase(lexer.token(), "cdtrack")) { info->cdTrack = lexer.readNumber(); continue; } lexer.unreadToken(); break; } continue; } // Found an unexpected token. Con_Error("MapInfoParser: Unexpected token '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } } else { App_Log(DE2_RES_WARNING, "MapInfoParser: Failed to open definition/script file \"%s\" for reading", F_PrettyPath(Str_Text(path))); } #ifdef DENG_DEBUG for(MapInfos::const_iterator i = mapInfos.begin(); i != mapInfos.end(); ++i) { mapinfo_t const &info = i->second; App_Log(DE2_DEV_RES_MSG, "MAPINFO %s { title: \"%s\" hub: %i map: %i warp: %i }", i->first.c_str(), info.title, info.hub, info.map, info.warpTrans); } #endif } mapinfo_t *P_MapInfo(Uri const *mapUri) { if(!mapUri) mapUri = gameMapUri; AutoStr *mapUriStr = Uri_Compose(mapUri); std::string mapPath(Str_Text(mapUriStr)); MapInfos::iterator found = mapInfos.find(mapPath); if(found != mapInfos.end()) { return &found->second; } //App_Log(DE2_DEV_MAP_NOTE, "Unknown MAPINFO definition '%s'", Str_Text(mapUriStr)); return 0; } uint P_TranslateMapIfExists(uint map) { uint matchedWithoutHub = P_INVALID_LOGICAL_MAP; for(MapInfos::const_iterator i = mapInfos.begin(); i != mapInfos.end(); ++i) { mapinfo_t const &info = i->second; if(info.warpTrans == map) { if(info.hub) { App_Log(DE2_DEV_MAP_VERBOSE, "Warp %i translated to logical map %i, hub %i", map, info.map, info.hub); return info.map; } App_Log(DE2_DEV_MAP_VERBOSE, "Warp %i matches logical map %i, but it has no hub", map, info.map); matchedWithoutHub = info.map; } } App_Log(DE2_DEV_MAP_NOTE, "Could not find warp %i, translating to logical map %i (without hub)", map, matchedWithoutHub); return matchedWithoutHub; } uint P_TranslateMap(uint map) { uint translated = P_TranslateMapIfExists(map); if(translated == P_INVALID_LOGICAL_MAP) { // This function always returns a valid logical map. return 0; } return translated; } doomsday-1.14.5/doomsday/plugins/hexen/src/st_stuff.c0000664000175000017500000035737112350542240022121 0ustar jaakkojaakko/**\file st_stuff.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #if defined(WIN32) && defined(_MSC_VER) // Something in here is incompatible with MSVC 2010 optimization. // Symptom: automap not visible. # pragma optimize("", off) # pragma warning(disable : 4748) #endif #include #include #include #include #include "jhexen.h" #include "dmu_lib.h" #include "d_net.h" #include "p_tick.h" // for Pause_IsPaused #include "g_common.h" #include "p_inventory.h" #include "p_mapsetup.h" #include "player.h" #include "hu_automap.h" #include "hu_chat.h" #include "hu_lib.h" #include "hu_log.h" #include "hu_inventory.h" #include "hu_stuff.h" #include "r_common.h" #include "gl_drawpatch.h" #include "am_map.h" // Inventory #define ST_INVENTORYX (50) #define ST_INVENTORYY (1) // Current inventory item. #define ST_INVITEMX (143) #define ST_INVITEMY (1) // Current inventory item count. #define ST_INVITEMCWIDTH (2) // Num digits #define ST_INVITEMCX (174) #define ST_INVITEMCY (22) // HEALTH number pos. #define ST_HEALTHWIDTH 3 #define ST_HEALTHX 64 #define ST_HEALTHY 14 // MANA A #define ST_MANAAWIDTH 3 #define ST_MANAAX 91 #define ST_MANAAY 19 // MANA A ICON #define ST_MANAAICONX 77 #define ST_MANAAICONY 2 // MANA A VIAL #define ST_MANAAVIALX 94 #define ST_MANAAVIALY 2 // MANA B #define ST_MANABWIDTH 3 #define ST_MANABX 123 #define ST_MANABY 19 // MANA B ICON #define ST_MANABICONX 110 #define ST_MANABICONY 2 // MANA B VIAL #define ST_MANABVIALX 102 #define ST_MANABVIALY 2 // ARMOR number pos. #define ST_ARMORWIDTH 2 #define ST_ARMORX 274 #define ST_ARMORY 14 // Frags pos. #define ST_FRAGSWIDTH 3 #define ST_FRAGSX 64 #define ST_FRAGSY 14 enum { UWG_STATUSBAR = 0, UWG_MAPNAME, UWG_BOTTOMLEFT, UWG_BOTTOMRIGHT, UWG_BOTTOMCENTER, UWG_BOTTOM, UWG_TOP, UWG_TOPCENTER, UWG_TOPLEFT, UWG_TOPLEFT2, UWG_TOPLEFT3, UWG_TOPRIGHT, UWG_AUTOMAP, NUM_UIWIDGET_GROUPS }; typedef struct { dd_bool inited; dd_bool stopped; int hideTics; float hideAmount; float alpha; // Fullscreen hud alpha value. float showBar; // Slide statusbar amount 1.0 is fully open. dd_bool statusbarActive; // Whether the statusbar is active. int automapCheatLevel; /// \todo Belongs in player state? int readyItemFlashCounter; int widgetGroupIds[NUM_UIWIDGET_GROUPS]; int automapWidgetId; int chatWidgetId; int logWidgetId; // Statusbar: guidata_health_t sbarHealth; guidata_weaponpieces_t sbarWeaponpieces; guidata_bluemanaicon_t sbarBluemanaicon; guidata_bluemana_t sbarBluemana; guidata_bluemanavial_t sbarBluemanavial; guidata_greenmanaicon_t sbarGreenmanaicon; guidata_greenmana_t sbarGreenmana; guidata_greenmanavial_t sbarGreenmanavial; guidata_keys_t sbarKeys; guidata_armoricons_t sbarArmoricons; guidata_chain_t sbarChain; guidata_armor_t sbarArmor; guidata_frags_t sbarFrags; guidata_readyitem_t sbarReadyitem; // Fullscreen: guidata_health_t health; guidata_frags_t frags; guidata_bluemanaicon_t bluemanaicon; guidata_bluemana_t bluemana; guidata_greenmanaicon_t greenmanaicon; guidata_greenmana_t greenmana; guidata_readyitem_t readyitem; // Other: guidata_automap_t automap; guidata_chat_t chat; guidata_log_t log; guidata_flight_t flight; guidata_boots_t boots; guidata_servant_t servant; guidata_defense_t defense; guidata_worldtimer_t worldtimer; } hudstate_t; void updateViewWindow(void); void unhideHUD(void); static hudstate_t hudStates[MAXPLAYERS]; static patchid_t pStatusBar; static patchid_t pStatusBarTop; static patchid_t pKills; static patchid_t pStatBar; static patchid_t pKeyBar; static patchid_t pKeySlot[NUM_KEY_TYPES]; static patchid_t pArmorSlot[NUMARMOR]; static patchid_t pManaAVials[2]; static patchid_t pManaBVials[2]; static patchid_t pManaAIcons[2]; static patchid_t pManaBIcons[2]; static patchid_t pInventoryBar; static patchid_t pWeaponSlot[3]; // [Fighter, Cleric, Mage] static patchid_t pWeaponFull[3]; // [Fighter, Cleric, Mage] static patchid_t pLifeGem[3][8]; // [Fighter, Cleric, Mage][color] static patchid_t pWeaponPiece1[3]; // [Fighter, Cleric, Mage] static patchid_t pWeaponPiece2[3]; // [Fighter, Cleric, Mage] static patchid_t pWeaponPiece3[3]; // [Fighter, Cleric, Mage] static patchid_t pChain[3]; // [Fighter, Cleric, Mage] static patchid_t pInvItemFlash[5]; static patchid_t pSpinFly[16]; static patchid_t pSpinMinotaur[16]; static patchid_t pSpinSpeed[16]; static patchid_t pSpinDefense[16]; void ST_Register(void) { C_VAR_FLOAT2( "hud-color-r", &cfg.hudColor[0], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-g", &cfg.hudColor[1], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-b", &cfg.hudColor[2], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-a", &cfg.hudColor[3], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-icon-alpha", &cfg.hudIconAlpha, 0, 0, 1, unhideHUD ) C_VAR_INT( "hud-patch-replacement", &cfg.hudPatchReplaceMode, 0, PRM_FIRST, PRM_LAST ) C_VAR_FLOAT2( "hud-scale", &cfg.hudScale, 0, 0.1f, 1, unhideHUD ) C_VAR_FLOAT( "hud-timer", &cfg.hudTimer, 0, 0, 60 ) // Displays C_VAR_BYTE2( "hud-currentitem", &cfg.hudShown[HUD_READYITEM], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-health", &cfg.hudShown[HUD_HEALTH], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-mana", &cfg.hudShown[HUD_MANA], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-alpha", &cfg.statusbarOpacity, 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-icon-a", &cfg.statusbarCounterAlpha, 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-size", &cfg.statusbarScale, 0, 0.1f, 1, updateViewWindow ) // Events. C_VAR_BYTE( "hud-unhide-damage", &cfg.hudUnHide[HUE_ON_DAMAGE], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-ammo", &cfg.hudUnHide[HUE_ON_PICKUP_AMMO], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-armor", &cfg.hudUnHide[HUE_ON_PICKUP_ARMOR], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-health", &cfg.hudUnHide[HUE_ON_PICKUP_HEALTH], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-invitem", &cfg.hudUnHide[HUE_ON_PICKUP_INVITEM], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-key", &cfg.hudUnHide[HUE_ON_PICKUP_KEY], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-powerup", &cfg.hudUnHide[HUE_ON_PICKUP_POWER], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-weapon", &cfg.hudUnHide[HUE_ON_PICKUP_WEAPON], 0, 0, 1 ) C_CMD("beginchat", NULL, ChatOpen ) C_CMD("chatcancel", "", ChatAction ) C_CMD("chatcomplete", "", ChatAction ) C_CMD("chatdelete", "", ChatAction ) C_CMD("chatsendmacro", NULL, ChatSendMacro ) Hu_InventoryRegister(); } static int headupDisplayMode(int player) { return (cfg.screenBlocks < 10? 0 : cfg.screenBlocks - 10); } void Flight_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_flight_t* flht = (guidata_flight_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; flht->patchId = 0; if(!plr->powers[PT_FLIGHT]) return; if(plr->powers[PT_FLIGHT] > BLINKTHRESHOLD || !(plr->powers[PT_FLIGHT] & 16)) { int frame = (mapTime / 3) & 15; if(plr->plr->mo->flags2 & MF2_FLY) { if(flht->hitCenterFrame && (frame != 15 && frame != 0)) frame = 15; else flht->hitCenterFrame = false; } else { if(!flht->hitCenterFrame && (frame != 15 && frame != 0)) { flht->hitCenterFrame = false; } else { frame = 15; flht->hitCenterFrame = true; } } flht->patchId = pSpinFly[frame]; } } void Flight_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_flight_t* flht = (guidata_flight_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(flht->patchId != 0) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(flht->patchId, 16, 14); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } } void Flight_UpdateGeometry(uiwidget_t* obj) { guidata_flight_t* flht = (guidata_flight_t*)obj->typedata; const player_t* plr = &players[obj->player]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!plr->powers[PT_FLIGHT]) return; Rect_SetWidthHeight(obj->geometry, 32 * cfg.hudScale, 28 * cfg.hudScale); } void Boots_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_boots_t* boots = (guidata_boots_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; boots->patchId = 0; if(0 != plr->powers[PT_SPEED] && (plr->powers[PT_SPEED] > BLINKTHRESHOLD || !(plr->powers[PT_SPEED] & 16))) { boots->patchId = pSpinSpeed[(mapTime / 3) & 15]; } } void Boots_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_boots_t* boots = (guidata_boots_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(boots->patchId == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(boots->patchId, 12, 14); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Boots_UpdateGeometry(uiwidget_t* obj) { guidata_boots_t* boots = (guidata_boots_t*)obj->typedata; const player_t* plr = &players[obj->player]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!plr->powers[PT_SPEED]) return; Rect_SetWidthHeight(obj->geometry, 24 * cfg.hudScale, 28 * cfg.hudScale); } void Defense_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_defense_t* dfns = (guidata_defense_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; dfns->patchId = 0; if(!plr->powers[PT_INVULNERABILITY]) return; if(plr->powers[PT_INVULNERABILITY] > BLINKTHRESHOLD || !(plr->powers[PT_INVULNERABILITY] & 16)) { dfns->patchId = pSpinDefense[(mapTime / 3) & 15]; } } void Defense_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_defense_t* dfns = (guidata_defense_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(dfns->patchId == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(dfns->patchId, 13, 14); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Defense_UpdateGeometry(uiwidget_t* obj) { guidata_defense_t* dfns = (guidata_defense_t*)obj->typedata; const player_t* plr = &players[obj->player]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!plr->powers[PT_INVULNERABILITY]) return; Rect_SetWidthHeight(obj->geometry, 26 * cfg.hudScale, 28 * cfg.hudScale); } void Servant_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_servant_t* svnt = (guidata_servant_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; svnt->patchId = 0; if(!plr->powers[PT_MINOTAUR]) return; if(plr->powers[PT_MINOTAUR] > BLINKTHRESHOLD || !(plr->powers[PT_MINOTAUR] & 16)) { svnt->patchId = pSpinMinotaur[(mapTime / 3) & 15]; } } void Servant_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_servant_t* svnt = (guidata_servant_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(svnt->patchId == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(svnt->patchId, 13, 17); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Servant_UpdateGeometry(uiwidget_t* obj) { guidata_servant_t* svnt = (guidata_servant_t*)obj->typedata; const player_t* plr = &players[obj->player]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!plr->powers[PT_MINOTAUR]) return; Rect_SetWidthHeight(obj->geometry, 26 * cfg.hudScale, 29 * cfg.hudScale); } void WeaponPieces_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_weaponpieces_t* wpn = (guidata_weaponpieces_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; wpn->pieces = plr->pieces; } void SBarWeaponPieces_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT*hud->showBar) guidata_weaponpieces_t* wpn = (guidata_weaponpieces_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int pClass = cfg.playerClass[obj->player]; // Original player class (i.e. not pig). int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Enable(DGL_TEXTURE_2D); if(wpn->pieces == 7) { DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pWeaponFull[pClass], ORIGINX+190, ORIGINY); } else { if(wpn->pieces & WPIECE1) { DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pWeaponPiece1[pClass], ORIGINX+PCLASS_INFO(pClass)->pieceX[0], ORIGINY); } if(wpn->pieces & WPIECE2) { DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pWeaponPiece2[pClass], ORIGINX+PCLASS_INFO(pClass)->pieceX[1], ORIGINY); } if(wpn->pieces & WPIECE3) { DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pWeaponPiece3[pClass], ORIGINX+PCLASS_INFO(pClass)->pieceX[2], ORIGINY); } } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINX #undef ORIGINY } void SBarWeaponPieces_UpdateGeometry(uiwidget_t* obj) { //guidata_weaponpieces_t* wpn = (guidata_weaponpieces_t*)obj->typedata; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; Rect_SetWidthHeight(obj->geometry, 57 * cfg.statusbarScale, 30 * cfg.statusbarScale); } void SBarChain_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_chain_t* chain = (guidata_chain_t*)obj->typedata; const player_t* plr = &players[obj->player]; // Health marker chain animates up to the actual health value. int delta, curHealth = MAX_OF(plr->plr->mo->health, 0); if(Pause_IsPaused() || !DD_IsSharpTick()) return; if(curHealth < chain->healthMarker) { delta = MINMAX_OF(1, (chain->healthMarker - curHealth) >> 2, 6); chain->healthMarker -= delta; } else if(curHealth > chain->healthMarker) { delta = MINMAX_OF(1, (curHealth - chain->healthMarker) >> 2, 6); chain->healthMarker += delta; } } void SBarChain_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (0) static int theirColors[] = { 157, // Blue 177, // Red 137, // Yellow 198, // Green 215, // Jade 32, // White 106, // Hazel 234 // Purple }; guidata_chain_t* chain = (guidata_chain_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int x, y, w, h; int pClass, pColor; float healthPos; int gemXOffset; float gemglow, rgb[3]; int chainYOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); patchinfo_t pChainInfo, pGemInfo; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; // Original player class (i.e. not pig). pClass = cfg.playerClass[obj->player]; if(!IS_NETGAME) { pColor = 1; // Always use the red life gem (the second gem). } else { pColor = players[obj->player].colorMap; // cfg.playerColor[obj->player]; // Flip Red/Blue. pColor = (pColor == 1? 0 : pColor == 0? 1 : pColor); } if(!R_GetPatchInfo(pChain[pClass], &pChainInfo)) return; if(!R_GetPatchInfo(pLifeGem[pClass][pColor], &pGemInfo)) return; healthPos = MINMAX_OF(0, chain->healthMarker / 100.f, 100); gemglow = healthPos; // Draw the chain. x = ORIGINX+43; y = ORIGINY-7; w = ST_WIDTH - 43 - 43; h = 7; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, chainYOffset, 0); DGL_SetPatch(pChainInfo.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); gemXOffset = 7 + ROUND((w - 14) * healthPos) - pGemInfo.geometry.size.width/2; if(gemXOffset > 0) { // Left chain section. float cw = (float)(pChainInfo.geometry.size.width - gemXOffset) / pChainInfo.geometry.size.width; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(x + gemXOffset, y); DGL_TexCoord2f(0, 1, 1); DGL_Vertex2f(x + gemXOffset, y + h); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x, y + h); DGL_End(); } if(gemXOffset + pGemInfo.geometry.size.width < w) { // Right chain section. float cw = (w - (float)gemXOffset - pGemInfo.geometry.size.width) / pChainInfo.geometry.size.width; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x + gemXOffset + pGemInfo.geometry.size.width, y); DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, 1); DGL_Vertex2f(x + gemXOffset + pGemInfo.geometry.size.width, y + h); DGL_End(); } // Draw the life gem. { int vX = x + MAX_OF(0, gemXOffset); int vWidth; float s1 = 0, s2 = 1; vWidth = pGemInfo.geometry.size.width; if(gemXOffset + pGemInfo.geometry.size.width > w) { vWidth -= gemXOffset + pGemInfo.geometry.size.width - w; s2 = (float)vWidth / pGemInfo.geometry.size.width; } if(gemXOffset < 0) { vWidth -= -gemXOffset; s1 = (float)(-gemXOffset) / pGemInfo.geometry.size.width; } DGL_SetPatch(pGemInfo.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, s1, 0); DGL_Vertex2f(vX, y); DGL_TexCoord2f(0, s2, 0); DGL_Vertex2f(vX + vWidth, y); DGL_TexCoord2f(0, s2, 1); DGL_Vertex2f(vX + vWidth, y + h); DGL_TexCoord2f(0, s1, 1); DGL_Vertex2f(vX, y + h); DGL_End(); } // How about a glowing gem? DGL_BlendMode(BM_ADD); DGL_Bind(Get(DD_DYNLIGHT_TEXTURE)); R_GetColorPaletteRGBf(0, theirColors[pColor], rgb, false); DGL_DrawRectf2Color(x + gemXOffset + 23, y - 6, 41, 24, rgb[0], rgb[1], rgb[2], gemglow - (1 - iconAlpha)); DGL_BlendMode(BM_NORMAL); DGL_Color4f(1, 1, 1, 1); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINX #undef ORIGINY } void SBarChain_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; Rect_SetWidthHeight(obj->geometry, (ST_WIDTH - 21 - 28) * cfg.statusbarScale, 8 * cfg.statusbarScale); } /** * Draws the whole statusbar backgound. * \todo There is a whole lot of constants in here. What if someone wants to * replace the statusbar with new patches? */ void SBarBackground_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define WIDTH (ST_WIDTH) #define HEIGHT (ST_HEIGHT) #define ORIGINX ((int)(-WIDTH/2)) #define ORIGINY ((int)(-HEIGHT * hud->showBar)) const hudstate_t* hud = &hudStates[obj->player]; int x, y, w, h, pClass = cfg.playerClass[obj->player]; // Original class (i.e. not pig). int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarOpacity); float cw, ch; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); if(!(iconAlpha < 1)) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY(pStatusBar, ORIGINX, ORIGINY-28); DGL_Disable(DGL_TEXTURE_2D); /** * @todo Kludge: The Hexen statusbar graphic has a chain already in the * image, which shows through the modified chain patches. * Mask out the chain on the statusbar by drawing a solid black * rectangle over it. */ DGL_SetNoMaterial(); DGL_DrawRectf2Color(ORIGINX+44, ORIGINY+31, 232, 7, .1f, .1f, .1f, 1); //// @todo Kludge: end DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY(pStatusBarTop, ORIGINX, ORIGINY-28); if(!Hu_InventoryIsOpen(obj->player)) { // Main interface if(!ST_AutomapIsActive(obj->player)) { GL_DrawPatchXY(pStatBar, ORIGINX+38, ORIGINY); if(G_Ruleset_Deathmatch()) { GL_DrawPatchXY(pKills, ORIGINX+38, ORIGINY); } GL_DrawPatchXY(pWeaponSlot[pClass], ORIGINX+190, ORIGINY); } else { GL_DrawPatchXY(pKeyBar, ORIGINX+38, ORIGINY); } } else { GL_DrawPatchXY(pInventoryBar, ORIGINX+38, ORIGINY); } DGL_Disable(DGL_TEXTURE_2D); } else { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); DGL_SetPatch(pStatusBar, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_Begin(DGL_QUADS); // top x = ORIGINX; y = ORIGINY-27; w = ST_WIDTH; h = 27; ch = 0.41538461538461538461538461538462f; DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, 1, ch); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, ch); DGL_Vertex2f(x, y + h); // left statue x = ORIGINX; y = ORIGINY; w = 38; h = 38; cw = (float) 38 / ST_WIDTH; ch = 0.41538461538461538461538461538462f; DGL_TexCoord2f(0, 0, ch); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, cw, ch); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, 1); DGL_Vertex2f(x, y + h); // right statue x = ORIGINX+282; y = ORIGINY; w = 38; h = 38; cw = (float) (ST_WIDTH - 38) / ST_WIDTH; ch = 0.41538461538461538461538461538462f; DGL_TexCoord2f(0, cw, ch); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, ch); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, 1, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x, y + h); DGL_End(); /** * @todo Kludge: The Hexen statusbar graphic has a chain already in the * image, which shows through the modified chain patches. * Mask out the chain on the statusbar by cutting a window out and * drawing a solid near-black rectangle to fill the hole. */ DGL_DrawCutRectf2Tiled(ORIGINX+38, ORIGINY+31, 244, 8, 320, 65, 38, 192-134, ORIGINX+44, ORIGINY+31, 232, 7); DGL_Disable(DGL_TEXTURE_2D); DGL_SetNoMaterial(); DGL_DrawRectf2Color(ORIGINX+44, ORIGINY+31, 232, 7, .1f, .1f, .1f, iconAlpha); DGL_Color4f(1, 1, 1, iconAlpha); //// @todo Kludge: end if(!Hu_InventoryIsOpen(obj->player)) { DGL_Enable(DGL_TEXTURE_2D); // Main interface if(!ST_AutomapIsActive(obj->player)) { patchinfo_t pStatBarInfo; if(R_GetPatchInfo(pStatBar, &pStatBarInfo)) { x = ORIGINX + (G_Ruleset_Deathmatch() ? 68 : 38); y = ORIGINY; w = G_Ruleset_Deathmatch()?214:244; h = 31; DGL_SetPatch(pStatBar, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawCutRectf2Tiled(x, y, w, h, pStatBarInfo.geometry.size.width, pStatBarInfo.geometry.size.height, G_Ruleset_Deathmatch()?30:0, 0, ORIGINX+190, ORIGINY, 57, 30); } GL_DrawPatchXY(pWeaponSlot[pClass], ORIGINX+190, ORIGINY); if(G_Ruleset_Deathmatch()) GL_DrawPatchXY(pKills, ORIGINX+38, ORIGINY); } else { GL_DrawPatchXY(pKeyBar, ORIGINX+38, ORIGINY); } DGL_Disable(DGL_TEXTURE_2D); } else { // INVBAR DGL_SetPatch(pInventoryBar, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_Enable(DGL_TEXTURE_2D); x = ORIGINX+38; y = ORIGINY; w = 244; h = 30; ch = 0.96774193548387096774193548387097f; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, 1, ch); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, ch); DGL_Vertex2f(x, y + h); DGL_End(); DGL_Disable(DGL_TEXTURE_2D); } } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef WIDTH #undef HEIGHT #undef ORIGINX #undef ORIGINY } void SBarBackground_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; Rect_SetWidthHeight(obj->geometry, ST_WIDTH * cfg.statusbarScale, ST_HEIGHT * cfg.statusbarScale); } void SBarInventory_Drawer(uiwidget_t* obj, const Point2Raw* offset) { const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); Hu_InventoryDraw2(obj->player, -ST_WIDTH/2 + ST_INVENTORYX, -ST_HEIGHT + yOffset + ST_INVENTORYY, iconAlpha); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void SBarInventory_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; // @todo calculate dimensions properly! Rect_SetWidthHeight(obj->geometry, (ST_WIDTH-(43*2)) * cfg.statusbarScale, 41 * cfg.statusbarScale); } void Keys_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; for(i = 0; i < NUM_KEY_TYPES; ++i) { keys->keyBoxes[i] = (plr->keys & (1 << i)); } } void SBarKeys_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT*hud->showBar) guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; hudstate_t* hud = &hudStates[obj->player]; int i, numDrawn; int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || !ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); numDrawn = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { patchid_t patch; if(!keys->keyBoxes[i]) continue; patch = pKeySlot[i]; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(patch, ORIGINX + 46 + numDrawn * 20, ORIGINY + 1); DGL_Disable(DGL_TEXTURE_2D); ++numDrawn; if(numDrawn == 5) break; } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINY #undef ORIGINX } void SBarKeys_UpdateGeometry(uiwidget_t* obj) { guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; int i, numVisible, x; patchinfo_t pInfo; patchid_t patch; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || !ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; x = 0; numVisible = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { if(!keys->keyBoxes[i]) continue; patch = pKeySlot[i]; if(!R_GetPatchInfo(patch, &pInfo)) continue; pInfo.geometry.origin.x = x; pInfo.geometry.origin.y = 0; Rect_UniteRaw(obj->geometry, &pInfo.geometry); ++numVisible; if(numVisible == 5) break; x += 20; } Rect_SetWidthHeight(obj->geometry, Rect_Width(obj->geometry) * cfg.statusbarScale, Rect_Height(obj->geometry) * cfg.statusbarScale); } void ArmorIcons_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_armoricons_t* icons = (guidata_armoricons_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; for(i = 0; i < NUMARMOR; ++i) { icons->types[i].value = plr->armorPoints[i]; } } void SBarArmorIcons_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT*hud->showBar) guidata_armoricons_t* icons = (guidata_armoricons_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int i, pClass = cfg.playerClass[obj->player]; // Original player class (i.e. not pig). int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || !ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); for(i = 0; i < NUMARMOR; ++i) { patchid_t patch; float alpha; if(!icons->types[i].value) continue; patch = pArmorSlot[i]; if(icons->types[i].value <= (PCLASS_INFO(pClass)->armorIncrement[i] >> 2)) alpha = .3f; else if(icons->types[i].value <= (PCLASS_INFO(pClass)->armorIncrement[i] >> 1)) alpha = .6f; else alpha = 1; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha * alpha); GL_DrawPatchXY(patch, ORIGINX + 150 + 31 * i, ORIGINY + 2); DGL_Disable(DGL_TEXTURE_2D); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINX #undef ORIGINY } void SBarArmorIcons_UpdateGeometry(uiwidget_t* obj) { guidata_armoricons_t* icons = (guidata_armoricons_t*)obj->typedata; patchinfo_t pInfo; int i, x; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || !ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; x = 0; for(i = 0; i < NUMARMOR; ++i, x += 31) { if(!icons->types[i].value) continue; if(!R_GetPatchInfo(pArmorSlot[i], &pInfo)) continue; pInfo.geometry.origin.x = x; pInfo.geometry.origin.y = 0; Rect_UniteRaw(obj->geometry, &pInfo.geometry); } Rect_SetWidthHeight(obj->geometry, Rect_Width(obj->geometry) * cfg.statusbarScale, Rect_Height(obj->geometry) * cfg.statusbarScale); } void Frags_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; frags->value = 0; for(i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; frags->value += plr->frags[i] * (i != obj->player ? 1 : -1); } } void SBarFrags_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_FRAGSX) #define Y (ORIGINY+ST_FRAGSY) #define MAXDIGITS (ST_FRAGSWIDTH) guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); //const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(!G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarFrags_UpdateGeometry(uiwidget_t* obj) { guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); FR_SetFont(obj->font); FR_SetTracking(0); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); } void Health_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_health_t* hlth = (guidata_health_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; hlth->value = plr->health; } void SBarHealth_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_HEALTHX) #define Y (ORIGINY+ST_HEALTHY) #define MAXDIGITS (ST_HEALTHWIDTH) guidata_health_t* hlth = (guidata_health_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); char buf[20]; int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); //const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", hlth->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarHealth_UpdateGeometry(uiwidget_t* obj) { guidata_health_t* hlth = (guidata_health_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", hlth->value); FR_SetFont(obj->font); FR_SetTracking(0); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); } void SBarArmor_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const player_t* plr = &players[obj->player]; int pClass = cfg.playerClass[obj->player]; // Original player class (i.e. not pig). if(Pause_IsPaused() || !DD_IsSharpTick()) return; armor->value = FixedDiv( PCLASS_INFO(pClass)->autoArmorSave + plr->armorPoints[ARMOR_ARMOR] + plr->armorPoints[ARMOR_SHIELD] + plr->armorPoints[ARMOR_HELMET] + plr->armorPoints[ARMOR_AMULET], 5 * FRACUNIT) >> FRACBITS; } void SBarArmor_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_ARMORX) #define Y (ORIGINY+ST_ARMORY) #define MAXDIGITS (ST_ARMORWIDTH) guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarArmor_UpdateGeometry(uiwidget_t* obj) { guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); FR_SetFont(obj->font); FR_SetTracking(0); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); } void BlueMana_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_bluemana_t* mana = (guidata_bluemana_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; mana->value = plr->ammo[AT_BLUEMANA].owned; } void SBarBlueMana_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_MANAAX) #define Y (ORIGINY+ST_MANAAY) #define MAXDIGITS (ST_MANAAWIDTH) guidata_bluemana_t* mana = (guidata_bluemana_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(mana->value <= 0 || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarBlueMana_UpdateGeometry(uiwidget_t* obj) { guidata_bluemana_t* mana = (guidata_bluemana_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(mana->value <= 0 || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); FR_SetFont(obj->font); FR_SetTracking(0); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); } void GreenMana_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_greenmana_t* mana = (guidata_greenmana_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; mana->value = plr->ammo[AT_GREENMANA].owned; } void SBarGreenMana_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_MANABX) #define Y (ORIGINY+ST_MANABY) #define MAXDIGITS (ST_MANABWIDTH) guidata_greenmana_t* mana = (guidata_greenmana_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(mana->value <= 0 || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarGreenMana_UpdateGeometry(uiwidget_t* obj) { guidata_greenmana_t* mana = (guidata_greenmana_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(mana->value <= 0 || Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); FR_SetFont(obj->font); FR_SetTracking(0); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); } void ReadyItem_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; const int flashCounter = hudStates[obj->player].readyItemFlashCounter; if(flashCounter > 0) { item->patchId = pInvItemFlash[flashCounter % 5]; } else { inventoryitemtype_t readyItem = P_InventoryReadyItem(obj->player); if(readyItem != IIT_NONE) { item->patchId = P_GetInvItem(readyItem-1)->patchId; } else { item->patchId = 0; } } } void SBarReadyItem_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); inventoryitemtype_t readyItem; patchinfo_t boxInfo; int x, y; int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(item->patchId == 0) return; if(!R_GetPatchInfo(pInvItemBox, &boxInfo)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); if(hud->readyItemFlashCounter > 0) { x = ST_INVITEMX + 4; y = ST_INVITEMY; } else { x = ST_INVITEMX; y = ST_INVITEMY; } DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(item->patchId, ORIGINX+x, ORIGINY+y); readyItem = P_InventoryReadyItem(obj->player); if(!(hud->readyItemFlashCounter > 0) && readyItem != IIT_NONE) { uint count = P_InventoryCount(obj->player, readyItem); if(count > 1) { char buf[20]; FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); dd_snprintf(buf, 20, "%i", count); FR_DrawTextXY3(buf, ORIGINX+ST_INVITEMCX, ORIGINY+ST_INVITEMCY, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINY #undef ORIGINX } void SBarReadyItem_UpdateGeometry(uiwidget_t* obj) { guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; patchinfo_t boxInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(item->patchId != 0) return; if(!R_GetPatchInfo(pInvItemBox, &boxInfo)) return; Rect_SetWidthHeight(obj->geometry, boxInfo.geometry.size.width * cfg.statusbarScale, boxInfo.geometry.size.height * cfg.statusbarScale); } void BlueManaIcon_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_bluemanaicon_t* icon = (guidata_bluemanaicon_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; icon->iconIdx = -1; if(!(plr->ammo[AT_BLUEMANA].owned > 0)) icon->iconIdx = 0; // Draw dim Mana icon. // Update mana graphics based upon mana count weapon type if(plr->readyWeapon == WT_FIRST) { icon->iconIdx = 0; } else if(plr->readyWeapon == WT_SECOND) { // If there is mana for this weapon, make it bright! if(icon->iconIdx == -1) { icon->iconIdx = 1; } } else if(plr->readyWeapon == WT_THIRD) { icon->iconIdx = 0; } else { // If there is mana for this weapon, make it bright! if(icon->iconIdx == -1) { icon->iconIdx = 1; } } } void SBarBlueManaIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_MANAAICONX) #define Y (ORIGINY+ST_MANAAICONY) guidata_bluemanaicon_t* icon = (guidata_bluemanaicon_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->iconIdx >= 0) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pManaAIcons[icon->iconIdx], X, Y); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarBlueManaIcon_UpdateGeometry(uiwidget_t* obj) { guidata_bluemanaicon_t* icon = (guidata_bluemanaicon_t*)obj->typedata; patchinfo_t pInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pManaAIcons[icon->iconIdx%2], &pInfo)) return; Rect_SetWidthHeight(obj->geometry, pInfo.geometry.size.width * cfg.statusbarScale, pInfo.geometry.size.height * cfg.statusbarScale); } void GreenManaIcon_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_greenmanaicon_t* icon = (guidata_greenmanaicon_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; icon->iconIdx = -1; if(!(plr->ammo[AT_GREENMANA].owned > 0)) icon->iconIdx = 0; // Draw dim Mana icon. // Update mana graphics based upon mana count weapon type if(plr->readyWeapon == WT_FIRST) { icon->iconIdx = 0; } else if(plr->readyWeapon == WT_SECOND) { icon->iconIdx = 0; } else if(plr->readyWeapon == WT_THIRD) { // If there is mana for this weapon, make it bright! if(icon->iconIdx == -1) { icon->iconIdx = 1; } } else { if(icon->iconIdx == -1) { icon->iconIdx = 1; } } } void SBarGreenManaIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_MANABICONX) #define Y (ORIGINY+ST_MANABICONY) guidata_greenmanaicon_t* icon = (guidata_greenmanaicon_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->iconIdx >= 0) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pManaBIcons[icon->iconIdx], X, Y); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarGreenManaIcon_UpdateGeometry(uiwidget_t* obj) { guidata_greenmanaicon_t* icon = (guidata_greenmanaicon_t*)obj->typedata; patchinfo_t pInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pManaBIcons[icon->iconIdx%2], &pInfo)) return; Rect_SetWidthHeight(obj->geometry, pInfo.geometry.size.width * cfg.statusbarScale, pInfo.geometry.size.height * cfg.statusbarScale); } void BlueManaVial_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_bluemanavial_t* vial = (guidata_bluemanavial_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; vial->iconIdx = -1; // Update mana graphics based upon mana count weapon type if(plr->readyWeapon == WT_FIRST) { vial->iconIdx = 0; } else if(plr->readyWeapon == WT_SECOND) { vial->iconIdx = 1; } else if(plr->readyWeapon == WT_THIRD) { vial->iconIdx = 0; } else { vial->iconIdx = 1; } vial->filled = (float)plr->ammo[AT_BLUEMANA].owned / MAX_MANA; } void SBarBlueManaVial_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (ST_HEIGHT*(1-hud->showBar)) #define X (ORIGINX+ST_MANAAVIALX) #define Y (ORIGINY+ST_MANAAVIALY) #define VIALHEIGHT (22) guidata_bluemanavial_t* vial = (guidata_bluemanavial_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, ORIGINY, 0); if(vial->iconIdx >= 0) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pManaAVials[vial->iconIdx], X, Y); DGL_Disable(DGL_TEXTURE_2D); } DGL_SetNoMaterial(); DGL_DrawRectf2Color(ORIGINX+95, -ST_HEIGHT+3, 3, (int) (VIALHEIGHT * (1-vial->filled) + .5f), 0, 0, 0, iconAlpha); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef VIALHEIGHT #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarBlueManaVial_UpdateGeometry(uiwidget_t* obj) { guidata_bluemanavial_t* vial = (guidata_bluemanavial_t*)obj->typedata; patchinfo_t pInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pManaAVials[vial->iconIdx%2], &pInfo)) return; Rect_SetWidthHeight(obj->geometry, pInfo.geometry.size.width * cfg.statusbarScale, pInfo.geometry.size.height * cfg.statusbarScale); } void GreenManaVial_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_greenmanavial_t* vial = (guidata_greenmanavial_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; vial->iconIdx = -1; // Update mana graphics based upon mana count weapon type if(plr->readyWeapon == WT_FIRST) { vial->iconIdx = 0; } else if(plr->readyWeapon == WT_SECOND) { vial->iconIdx = 0; } else if(plr->readyWeapon == WT_THIRD) { vial->iconIdx = 1; } else { vial->iconIdx = 1; } vial->filled = (float)plr->ammo[AT_GREENMANA].owned / MAX_MANA; } void SBarGreenManaVial_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (ST_HEIGHT*(1-hud->showBar)) #define X (ORIGINX+ST_MANABVIALX) #define Y (ORIGINY+ST_MANABVIALY) #define VIALHEIGHT (22) guidata_greenmanavial_t* vial = (guidata_greenmanavial_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, ORIGINY, 0); if(vial->iconIdx >= 0) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pManaBVials[vial->iconIdx], X, Y); DGL_Disable(DGL_TEXTURE_2D); } DGL_SetNoMaterial(); DGL_DrawRectf2Color(ORIGINX+103, -ST_HEIGHT+3, 3, (int) (VIALHEIGHT * (1-vial->filled) + .5f), 0, 0, 0, iconAlpha); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef VIALHEIGHT #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarGreenManaVial_UpdateGeometry(uiwidget_t* obj) { guidata_greenmanavial_t* vial = (guidata_greenmanavial_t*)obj->typedata; patchinfo_t pInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player) || ST_AutomapIsActive(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pManaBVials[vial->iconIdx%2], &pInfo)) return; Rect_SetWidthHeight(obj->geometry, pInfo.geometry.size.width * cfg.statusbarScale, pInfo.geometry.size.height * cfg.statusbarScale); } void ST_HUDUnHide(int player, hueevent_t ev) { player_t* plr; if(player < 0 || player >= MAXPLAYERS) return; if(ev < HUE_FORCE || ev > NUMHUDUNHIDEEVENTS) { DENG_ASSERT(!"ST_HUDUnHide: Invalid event type"); return; } plr = &players[player]; if(!plr->plr->inGame) return; if(ev == HUE_FORCE || cfg.hudUnHide[ev]) { hudStates[player].hideTics = (cfg.hudTimer * TICSPERSEC); hudStates[player].hideAmount = 0; } } void Health_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_health_t* hlth = (guidata_health_t*)obj->typedata; int value = MAX_OF(hlth->value, 0); const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, -1, -1); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void Health_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_health_t* hlth = (guidata_health_t*)obj->typedata; int value = MAX_OF(hlth->value, 0); Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } void BlueManaIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_bluemanaicon_t* icon = (guidata_bluemanaicon_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->iconIdx >= 0) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pManaAIcons[icon->iconIdx], 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } } void BlueManaIcon_UpdateGeometry(uiwidget_t* obj) { guidata_bluemanaicon_t* icon = (guidata_bluemanaicon_t*)obj->typedata; patchinfo_t pInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pManaAIcons[icon->iconIdx%2], &pInfo)) return; Rect_SetWidthHeight(obj->geometry, pInfo.geometry.size.width * cfg.hudScale, pInfo.geometry.size.height * cfg.hudScale); } void BlueMana_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_bluemana_t* mana = (guidata_bluemana_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, 0, 0, ALIGN_TOPLEFT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void BlueMana_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_bluemana_t* mana = (guidata_bluemana_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } void GreenManaIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_greenmanaicon_t* icon = (guidata_greenmanaicon_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->iconIdx >= 0) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pManaBIcons[icon->iconIdx], 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } } void GreenManaIcon_UpdateGeometry(uiwidget_t* obj) { guidata_greenmanaicon_t* icon = (guidata_greenmanaicon_t*)obj->typedata; patchinfo_t pInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pManaBIcons[icon->iconIdx%2], &pInfo)) return; Rect_SetWidthHeight(obj->geometry, pInfo.geometry.size.width * cfg.hudScale, pInfo.geometry.size.height * cfg.hudScale); } void GreenMana_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_greenmana_t* mana = (guidata_greenmana_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, 0, 0, ALIGN_TOPLEFT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void GreenMana_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_greenmana_t* mana = (guidata_greenmana_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_MANA]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(mana->value == 1994) return; dd_snprintf(buf, 20, "%i", mana->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } void Frags_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, 0, -13, ALIGN_TOPLEFT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void Frags_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } void ReadyItem_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; inventoryitemtype_t readyItem; int xOffset, yOffset; patchinfo_t boxInfo; if(!cfg.hudShown[HUD_READYITEM]) return; if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(item->patchId == 0) return; if(!R_GetPatchInfo(pInvItemBox, &boxInfo)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha/2); GL_DrawPatchXY(pInvItemBox, 0, 0); if(hud->readyItemFlashCounter > 0) { xOffset = 3; yOffset = 0; } else { xOffset = -2; yOffset = -1; } DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(item->patchId, xOffset, yOffset); readyItem = P_InventoryReadyItem(obj->player); if(hud->readyItemFlashCounter == 0 && readyItem != IIT_NONE) { uint count = P_InventoryCount(obj->player, readyItem); if(count > 1) { char buf[20]; FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); dd_snprintf(buf, 20, "%i", count); FR_DrawTextXY2(buf, boxInfo.geometry.size.width-1, boxInfo.geometry.size.height-3, ALIGN_BOTTOMRIGHT); } } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void ReadyItem_UpdateGeometry(uiwidget_t* obj) { patchinfo_t boxInfo; assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_READYITEM]) return; if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pInvItemBox, &boxInfo)) return; Rect_SetWidthHeight(obj->geometry, boxInfo.geometry.size.width * cfg.hudScale, boxInfo.geometry.size.height * cfg.hudScale); } void Inventory_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define INVENTORY_HEIGHT 29 #define EXTRA_SCALE .75f const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; assert(obj); if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(EXTRA_SCALE * cfg.hudScale, EXTRA_SCALE * cfg.hudScale, 1); Hu_InventoryDraw(obj->player, 0, -INVENTORY_HEIGHT, textAlpha, iconAlpha); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef EXTRA_SCALE #undef INVENTORY_HEIGHT } void Inventory_UpdateGeometry(uiwidget_t* obj) { #define INVENTORY_HEIGHT 29 #define EXTRA_SCALE .75f assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; Rect_SetWidthHeight(obj->geometry, (31 * 7 + 16 * 2) * EXTRA_SCALE * cfg.hudScale, INVENTORY_HEIGHT * EXTRA_SCALE * cfg.hudScale); #undef EXTRA_SCALE #undef INVENTORY_HEIGHT } void WorldTimer_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_worldtimer_t* time = (guidata_worldtimer_t*)obj->typedata; const player_t* plr = &players[obj->player]; int worldTime = plr->worldTimer / TICRATE; if(Pause_IsPaused() || !DD_IsSharpTick()) return; time->days = worldTime / 86400; worldTime -= time->days * 86400; time->hours = worldTime / 3600; worldTime -= time->hours * 3600; time->minutes = worldTime / 60; worldTime -= time->minutes * 60; time->seconds = worldTime; } void WorldTimer_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (0) #define ORIGINY (0) #define LEADING (.5) guidata_worldtimer_t* time = (guidata_worldtimer_t*)obj->typedata; int counterWidth, spacerWidth, lineHeight, x, y; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!ST_AutomapIsActive(obj->player)) return; FR_SetFont(obj->font); FR_SetTracking(0); FR_SetColorAndAlpha(1, 1, 1, textAlpha); counterWidth = FR_TextWidth("00"); lineHeight = FR_TextHeight("00"); spacerWidth = FR_TextWidth(" : "); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); x = ORIGINX - counterWidth; y = ORIGINY; dd_snprintf(buf, 20, "%.2d", time->seconds); FR_DrawTextXY(buf, x, y); x -= spacerWidth; FR_DrawCharXY2(':', x + spacerWidth/2, y, ALIGN_TOP); x -= counterWidth; dd_snprintf(buf, 20, "%.2d", time->minutes); FR_DrawTextXY(buf, x, y); x -= spacerWidth; FR_DrawCharXY2(':', x + spacerWidth/2, y, ALIGN_TOP); x -= counterWidth; dd_snprintf(buf, 20, "%.2d", time->hours); FR_DrawTextXY(buf, x, y); y += lineHeight; if(time->days) { y += lineHeight * LEADING; dd_snprintf(buf, 20, "%.2d %s", time->days, time->days == 1? "day" : "days"); FR_DrawTextXY(buf, ORIGINX, y); y += lineHeight; if(time->days >= 5) { y += lineHeight * LEADING; strncpy(buf, "You Freak!!!", 20); FR_DrawTextXY(buf, ORIGINX, y); x = -MAX_OF(abs(x), FR_TextWidth(buf)); y += lineHeight; } } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef LEADING #undef ORIGINY #undef ORIGINX } void WorldTimer_UpdateGeometry(uiwidget_t* obj) { #define ORIGINX (0) #define ORIGINY (0) #define LEADING (.5) guidata_worldtimer_t* time = (guidata_worldtimer_t*)obj->typedata; int counterWidth, spacerWidth, lineHeight, x, y; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!ST_AutomapIsActive(obj->player)) return; FR_SetFont(obj->font); FR_SetTracking(0); counterWidth = FR_TextWidth("00"); lineHeight = FR_TextHeight("00"); spacerWidth = FR_TextWidth(" : "); x = ORIGINX; y = ORIGINY; dd_snprintf(buf, 20, "%.2d", time->seconds); x -= counterWidth + spacerWidth; dd_snprintf(buf, 20, "%.2d", time->minutes); x -= counterWidth + spacerWidth; dd_snprintf(buf, 20, "%.2d", time->hours); x -= counterWidth; y += lineHeight; if(0 != time->days) { y += lineHeight * LEADING; dd_snprintf(buf, 20, "%.2d %s", time->days, time->days == 1? "day" : "days"); y += lineHeight; if(time->days >= 5) { y += lineHeight * LEADING; strncpy(buf, "You Freak!!!", 20); x = -MAX_OF(abs(x), FR_TextWidth(buf)); y += lineHeight; } } Rect_SetWidthHeight(obj->geometry, (x - ORIGINX) * cfg.hudScale, (y - ORIGINY) * cfg.hudScale); #undef DRAWFLAGS #undef LEADING #undef ORIGINY #undef ORIGINX } void ST_loadGraphics(void) { char namebuf[9]; int i; pStatusBar = R_DeclarePatch("H2BAR"); pStatusBarTop = R_DeclarePatch("H2TOP"); pInventoryBar = R_DeclarePatch("INVBAR"); pStatBar = R_DeclarePatch("STATBAR"); pKeyBar = R_DeclarePatch("KEYBAR"); pManaAVials[0] = R_DeclarePatch("MANAVL1D"); pManaBVials[0] = R_DeclarePatch("MANAVL2D"); pManaAVials[1] = R_DeclarePatch("MANAVL1"); pManaBVials[1] = R_DeclarePatch("MANAVL2"); pManaAIcons[0] = R_DeclarePatch("MANADIM1"); pManaBIcons[0] = R_DeclarePatch("MANADIM2"); pManaAIcons[1] = R_DeclarePatch("MANABRT1"); pManaBIcons[1] = R_DeclarePatch("MANABRT2"); pKills = R_DeclarePatch("KILLS"); for(i = 0; i < NUM_KEY_TYPES; ++i) { sprintf(namebuf, "KEYSLOT%X", i + 1); pKeySlot[i] = R_DeclarePatch(namebuf); } for(i = 0; i < NUMARMOR; ++i) { sprintf(namebuf, "ARMSLOT%d", i + 1); pArmorSlot[i] = R_DeclarePatch(namebuf); } for(i = 0; i < 16; ++i) { sprintf(namebuf, "SPFLY%d", i); pSpinFly[i] = R_DeclarePatch(namebuf); sprintf(namebuf, "SPMINO%d", i); pSpinMinotaur[i] = R_DeclarePatch(namebuf); sprintf(namebuf, "SPBOOT%d", i); pSpinSpeed[i] = R_DeclarePatch(namebuf); sprintf(namebuf, "SPSHLD%d", i); pSpinDefense[i] = R_DeclarePatch(namebuf); } // Fighter: pWeaponPiece1[PCLASS_FIGHTER] = R_DeclarePatch("WPIECEF1"); pWeaponPiece2[PCLASS_FIGHTER] = R_DeclarePatch("WPIECEF2"); pWeaponPiece3[PCLASS_FIGHTER] = R_DeclarePatch("WPIECEF3"); pChain[PCLASS_FIGHTER] = R_DeclarePatch("CHAIN"); pWeaponSlot[PCLASS_FIGHTER] = R_DeclarePatch("WPSLOT0"); pWeaponFull[PCLASS_FIGHTER] = R_DeclarePatch("WPFULL0"); pLifeGem[PCLASS_FIGHTER][0] = R_DeclarePatch("LIFEGEM"); for(i = 1; i < 8; ++i) { sprintf(namebuf, "LIFEGMF%d", i + 1); pLifeGem[PCLASS_FIGHTER][i] = R_DeclarePatch(namebuf); } // Cleric: pWeaponPiece1[PCLASS_CLERIC] = R_DeclarePatch("WPIECEC1"); pWeaponPiece2[PCLASS_CLERIC] = R_DeclarePatch("WPIECEC2"); pWeaponPiece3[PCLASS_CLERIC] = R_DeclarePatch("WPIECEC3"); pChain[PCLASS_CLERIC] = R_DeclarePatch("CHAIN2"); pWeaponSlot[PCLASS_CLERIC] = R_DeclarePatch("WPSLOT1"); pWeaponFull[PCLASS_CLERIC] = R_DeclarePatch("WPFULL1"); for(i = 0; i < 8; ++i) { sprintf(namebuf, "LIFEGMC%d", i + 1); pLifeGem[PCLASS_CLERIC][i] = R_DeclarePatch(namebuf); } // Mage: pWeaponPiece1[PCLASS_MAGE] = R_DeclarePatch("WPIECEM1"); pWeaponPiece2[PCLASS_MAGE] = R_DeclarePatch("WPIECEM2"); pWeaponPiece3[PCLASS_MAGE] = R_DeclarePatch("WPIECEM3"); pChain[PCLASS_MAGE] = R_DeclarePatch("CHAIN3"); pWeaponSlot[PCLASS_MAGE] = R_DeclarePatch("WPSLOT2"); pWeaponFull[PCLASS_MAGE] = R_DeclarePatch("WPFULL2"); for(i = 0; i < 8; ++i) { sprintf(namebuf, "LIFEGMM%d", i + 1); pLifeGem[PCLASS_MAGE][i] = R_DeclarePatch(namebuf); } // Inventory item flash anim. { const char invItemFlashAnim[5][9] = { {"USEARTIA"}, {"USEARTIB"}, {"USEARTIC"}, {"USEARTID"}, {"USEARTIE"} }; for(i = 0; i < 5; ++i) { pInvItemFlash[i] = R_DeclarePatch(invItemFlashAnim[i]); } } } void ST_loadData(void) { ST_loadGraphics(); } static void initData(hudstate_t* hud) { int i, player = hud - hudStates; hud->statusbarActive = true; hud->stopped = true; hud->showBar = 1; hud->readyItemFlashCounter = 0; // Statusbar: hud->sbarHealth.value = 1994; hud->sbarWeaponpieces.pieces = 0; hud->sbarFrags.value = 1994; hud->sbarArmor.value = 1994; hud->sbarChain.healthMarker = 0; hud->sbarChain.wiggle = 0; hud->sbarBluemanaicon.iconIdx = -1; hud->sbarBluemana.value = 1994; hud->sbarBluemanavial.iconIdx = -1; hud->sbarBluemanavial.filled = 0; hud->sbarGreenmanaicon.iconIdx = -1; hud->sbarGreenmana.value = 1994; hud->sbarGreenmanavial.iconIdx = -1; hud->sbarGreenmanavial.filled = 0; hud->sbarReadyitem.patchId = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { hud->sbarKeys.keyBoxes[i] = false; } for(i = (int)ARMOR_FIRST; i < (int)NUMARMOR; ++i) { hud->sbarArmoricons.types[i].value = 0; } // Fullscreen: hud->health.value = 1994; hud->frags.value = 1994; hud->bluemanaicon.iconIdx = -1; hud->bluemana.value = 1994; hud->greenmanaicon.iconIdx = -1; hud->greenmana.value = 1994; hud->readyitem.patchId = 0; // Other: hud->flight.patchId = 0; hud->flight.hitCenterFrame = false; hud->boots.patchId = 0; hud->servant.patchId = 0; hud->defense.patchId = 0; hud->worldtimer.days = hud->worldtimer.hours = hud->worldtimer.minutes = hud->worldtimer.seconds = 0; hud->log._msgCount = 0; hud->log._nextUsedMsg = 0; hud->log._pvisMsgCount = 0; memset(hud->log._msgs, 0, sizeof(hud->log._msgs)); ST_HUDUnHide(player, HUE_FORCE); } static void setAutomapCheatLevel(uiwidget_t* obj, int level) { hudstate_t* hud = &hudStates[UIWidget_Player(obj)]; int flags; hud->automapCheatLevel = level; flags = UIAutomap_Flags(obj) & ~(AMF_REND_ALLLINES|AMF_REND_THINGS|AMF_REND_SPECIALLINES|AMF_REND_VERTEXES|AMF_REND_LINE_NORMALS); if(hud->automapCheatLevel >= 1) flags |= AMF_REND_ALLLINES; if(hud->automapCheatLevel == 2) flags |= AMF_REND_THINGS | AMF_REND_SPECIALLINES; if(hud->automapCheatLevel > 2) flags |= (AMF_REND_VERTEXES | AMF_REND_LINE_NORMALS); UIAutomap_SetFlags(obj, flags); } static void initAutomapForCurrentMap(uiwidget_t* obj) { hudstate_t* hud = &hudStates[UIWidget_Player(obj)]; automapcfg_t* mcfg; mobj_t* followMobj; int i; UIAutomap_Reset(obj); UIAutomap_SetMinScale(obj, 2 * PLAYERRADIUS); UIAutomap_SetWorldBounds(obj, *((coord_t*) DD_GetVariable(DD_MAP_MIN_X)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_X)), *((coord_t*) DD_GetVariable(DD_MAP_MIN_Y)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_Y))); mcfg = UIAutomap_Config(obj); // Determine the obj view scale factors. if(UIAutomap_ZoomMax(obj)) UIAutomap_SetScale(obj, 0); UIAutomap_ClearPoints(obj); #if !__JHEXEN__ if(gameRules.skill == SM_BABY && cfg.automapBabyKeys) { int flags = UIAutomap_Flags(obj); UIAutomap_SetFlags(obj, flags|AMF_REND_KEYS); } #endif #if __JDOOM__ if(!IS_NETGAME && hud->automapCheatLevel) AM_SetVectorGraphic(mcfg, AMO_THINGPLAYER, VG_CHEATARROW); #endif // Are we re-centering on a followed mobj? followMobj = UIAutomap_FollowMobj(obj); if(followMobj) { UIAutomap_SetCameraOrigin(obj, followMobj->origin[VX], followMobj->origin[VY]); } if(IS_NETGAME) { setAutomapCheatLevel(obj, 0); } UIAutomap_SetReveal(obj, false); // Add all immediately visible lines. for(i = 0; i < numlines; ++i) { xline_t *xline = &xlines[i]; if(!(xline->flags & ML_MAPPED)) continue; P_SetLineAutomapVisibility(UIWidget_Player(obj), i, true); } } void ST_Start(int player) { uiwidget_t* obj; hudstate_t* hud; int flags; if(player < 0 || player >= MAXPLAYERS) { Con_Error("ST_Start: Invalid player #%i.", player); exit(1); // Unreachable. } hud = &hudStates[player]; if(!hud->stopped) { ST_Stop(player); } initData(hud); /** * Initialize widgets according to player preferences. */ obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]); flags = UIWidget_Alignment(obj); flags &= ~(ALIGN_LEFT|ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= ALIGN_RIGHT; UIWidget_SetAlignment(obj, flags); obj = GUI_MustFindObjectById(hud->automapWidgetId); // If the automap was left open; close it. UIAutomap_Open(obj, false, true); initAutomapForCurrentMap(obj); UIAutomap_SetCameraRotation(obj, cfg.automapRotate); hud->stopped = false; } void ST_Stop(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; hud = &hudStates[player]; if(hud->stopped) return; hud->stopped = true; } void ST_BuildWidgets(int player) { #define PADDING (2) /// Units in fixed 320x200 screen space. typedef struct { int group; int alignFlags; order_t order; int groupFlags; int padding; // In fixed 320x200 pixels. } uiwidgetgroupdef_t; typedef struct { guiwidgettype_t type; int alignFlags; int group; gamefontid_t fontIdx; void (*updateGeometry) (uiwidget_t* obj); void (*drawer) (uiwidget_t* obj, const Point2Raw* offset); void (*ticker) (uiwidget_t* obj, timespan_t ticLength); void* typedata; } uiwidgetdef_t; hudstate_t* hud = hudStates + player; const uiwidgetgroupdef_t widgetGroupDefs[] = { { UWG_STATUSBAR, ALIGN_BOTTOM }, { UWG_MAPNAME, ALIGN_BOTTOMLEFT }, { UWG_BOTTOMLEFT, ALIGN_BOTTOMLEFT, ORDER_LEFTTORIGHT, 0, PADDING }, { UWG_BOTTOMRIGHT, ALIGN_BOTTOMRIGHT, ORDER_RIGHTTOLEFT, 0, PADDING }, { UWG_BOTTOMCENTER, ALIGN_BOTTOM, ORDER_RIGHTTOLEFT, UWGF_VERTICAL, PADDING }, { UWG_BOTTOM, ALIGN_BOTTOM, ORDER_LEFTTORIGHT }, { UWG_TOP, ALIGN_TOPLEFT, ORDER_LEFTTORIGHT }, { UWG_TOPCENTER, ALIGN_TOP, ORDER_LEFTTORIGHT, UWGF_VERTICAL, PADDING }, { UWG_TOPLEFT, ALIGN_TOPLEFT, ORDER_LEFTTORIGHT, 0, PADDING }, { UWG_TOPLEFT2, ALIGN_TOPLEFT, ORDER_LEFTTORIGHT, 0, PADDING }, { UWG_TOPLEFT3, ALIGN_TOPLEFT, ORDER_LEFTTORIGHT, 0, PADDING }, { UWG_TOPRIGHT, ALIGN_TOPRIGHT, ORDER_RIGHTTOLEFT, 0, PADDING }, { UWG_AUTOMAP, ALIGN_TOPLEFT } }; const uiwidgetdef_t widgetDefs[] = { { GUI_BOX, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarBackground_UpdateGeometry, SBarBackground_Drawer }, { GUI_WEAPONPIECES, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarWeaponPieces_UpdateGeometry, SBarWeaponPieces_Drawer, WeaponPieces_Ticker, &hud->sbarWeaponpieces }, { GUI_CHAIN, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarChain_UpdateGeometry, SBarChain_Drawer, SBarChain_Ticker, &hud->sbarChain }, { GUI_INVENTORY, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_SMALLIN, SBarInventory_UpdateGeometry, SBarInventory_Drawer }, { GUI_KEYS, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarKeys_UpdateGeometry, SBarKeys_Drawer, Keys_Ticker, &hud->sbarKeys }, { GUI_ARMORICONS, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarArmorIcons_UpdateGeometry, SBarArmorIcons_Drawer, ArmorIcons_Ticker, &hud->sbarArmoricons }, { GUI_FRAGS, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarFrags_UpdateGeometry, SBarFrags_Drawer, Frags_Ticker, &hud->sbarFrags }, { GUI_HEALTH, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarHealth_UpdateGeometry, SBarHealth_Drawer, Health_Ticker, &hud->sbarHealth }, { GUI_ARMOR, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarArmor_UpdateGeometry, SBarArmor_Drawer, SBarArmor_Ticker, &hud->sbarArmor }, { GUI_READYITEM, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_SMALLIN, SBarReadyItem_UpdateGeometry, SBarReadyItem_Drawer, ReadyItem_Ticker, &hud->sbarReadyitem }, { GUI_BLUEMANAICON, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarBlueManaIcon_UpdateGeometry, SBarBlueManaIcon_Drawer, BlueManaIcon_Ticker, &hud->sbarBluemanaicon }, { GUI_BLUEMANA, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_SMALLIN, SBarBlueMana_UpdateGeometry, SBarBlueMana_Drawer, BlueMana_Ticker, &hud->sbarBluemana }, { GUI_BLUEMANAVIAL, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarBlueManaVial_UpdateGeometry, SBarBlueManaVial_Drawer, BlueManaVial_Ticker, &hud->sbarBluemanavial }, { GUI_GREENMANAICON, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarGreenManaIcon_UpdateGeometry, SBarGreenManaIcon_Drawer, GreenManaIcon_Ticker, &hud->sbarGreenmanaicon }, { GUI_GREENMANA, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_SMALLIN, SBarGreenMana_UpdateGeometry, SBarGreenMana_Drawer, GreenMana_Ticker, &hud->sbarGreenmana }, { GUI_GREENMANAVIAL, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarGreenManaVial_UpdateGeometry, SBarGreenManaVial_Drawer, GreenManaVial_Ticker, &hud->sbarGreenmanavial }, { GUI_BLUEMANAICON, ALIGN_TOPLEFT, UWG_TOPLEFT, 0, BlueManaIcon_UpdateGeometry, BlueManaIcon_Drawer, BlueManaIcon_Ticker, &hud->bluemanaicon }, { GUI_BLUEMANA, ALIGN_TOPLEFT, UWG_TOPLEFT, GF_STATUS, BlueMana_UpdateGeometry, BlueMana_Drawer, BlueMana_Ticker, &hud->bluemana }, { GUI_GREENMANAICON, ALIGN_TOPLEFT, UWG_TOPLEFT2, 0, GreenManaIcon_UpdateGeometry, GreenManaIcon_Drawer, GreenManaIcon_Ticker, &hud->greenmanaicon }, { GUI_GREENMANA, ALIGN_TOPLEFT, UWG_TOPLEFT2, GF_STATUS, GreenMana_UpdateGeometry, GreenMana_Drawer, GreenMana_Ticker, &hud->greenmana }, { GUI_FLIGHT, ALIGN_TOPLEFT, UWG_TOPLEFT3, 0, Flight_UpdateGeometry, Flight_Drawer, Flight_Ticker, &hud->flight }, { GUI_BOOTS, ALIGN_TOPLEFT, UWG_TOPLEFT3, 0, Boots_UpdateGeometry, Boots_Drawer, Boots_Ticker, &hud->boots }, { GUI_SERVANT, ALIGN_TOPRIGHT, UWG_TOPRIGHT, 0, Servant_UpdateGeometry, Servant_Drawer, Servant_Ticker, &hud->servant }, { GUI_DEFENSE, ALIGN_TOPRIGHT, UWG_TOPRIGHT, 0, Defense_UpdateGeometry, Defense_Drawer, Defense_Ticker, &hud->defense }, { GUI_WORLDTIMER, ALIGN_TOPRIGHT, UWG_TOPRIGHT, GF_FONTA, WorldTimer_UpdateGeometry, WorldTimer_Drawer, WorldTimer_Ticker, &hud->worldtimer }, { GUI_HEALTH, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT, GF_FONTB, Health_UpdateGeometry, Health_Drawer, Health_Ticker, &hud->health }, { GUI_FRAGS, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT, GF_STATUS, Frags_UpdateGeometry, Frags_Drawer, Frags_Ticker, &hud->frags }, { GUI_READYITEM, ALIGN_BOTTOMRIGHT, UWG_BOTTOMRIGHT, GF_SMALLIN, ReadyItem_UpdateGeometry, ReadyItem_Drawer, ReadyItem_Ticker, &hud->readyitem }, { GUI_INVENTORY, ALIGN_TOPLEFT, UWG_BOTTOMCENTER, GF_SMALLIN, Inventory_UpdateGeometry, Inventory_Drawer }, { GUI_NONE } }; size_t i; if(player < 0 || player >= MAXPLAYERS) { Con_Error("ST_BuildWidgets: Invalid player #%i.", player); exit(1); // Unreachable. } for(i = 0; i < sizeof(widgetGroupDefs)/sizeof(widgetGroupDefs[0]); ++i) { const uiwidgetgroupdef_t* def = &widgetGroupDefs[i]; hud->widgetGroupIds[def->group] = GUI_CreateGroup(def->groupFlags, player, def->alignFlags, def->order, def->padding); } for(i = 0; widgetDefs[i].type != GUI_NONE; ++i) { const uiwidgetdef_t* def = &widgetDefs[i]; uiwidgetid_t id = GUI_CreateWidget(def->type, player, def->alignFlags, FID(def->fontIdx), 1, def->updateGeometry, def->drawer, def->ticker, def->typedata); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[def->group]), GUI_FindObjectById(id)); } UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMLEFT])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMCENTER])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMRIGHT])); //UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]), // GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPLEFT])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPRIGHT])); hud->logWidgetId = GUI_CreateWidget(GUI_LOG, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UILog_UpdateGeometry, UILog_Drawer, UILog_Ticker, &hud->log); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]), GUI_FindObjectById(hud->logWidgetId)); hud->chatWidgetId = GUI_CreateWidget(GUI_CHAT, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UIChat_UpdateGeometry, UIChat_Drawer, NULL, &hud->chat); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]), GUI_FindObjectById(hud->chatWidgetId)); hud->automapWidgetId = GUI_CreateWidget(GUI_AUTOMAP, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UIAutomap_UpdateGeometry, UIAutomap_Drawer, UIAutomap_Ticker, &hud->automap); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_AUTOMAP]), GUI_FindObjectById(hud->automapWidgetId)); #undef PADDING } void ST_Init(void) { int i; ST_InitAutomapConfig(); for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; ST_BuildWidgets(i); hud->inited = true; } ST_loadData(); } void ST_Shutdown(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; hud->inited = false; } } void ST_CloseAll(int player, dd_bool fast) { ST_AutomapOpen(player, false, fast); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(player, false); #endif } uiwidget_t* ST_UIChatForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->chatWidgetId); } Con_Error("ST_UIChatForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UILogForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->logWidgetId); } Con_Error("ST_UILogForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UIAutomapForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->automapWidgetId); } Con_Error("ST_UIAutomapForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } int ST_ChatResponder(int player, event_t* ev) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(!obj) return false; return UIChat_Responder(obj, ev); } dd_bool ST_ChatIsActive(int player) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(!obj) return false; return UIChat_IsActive(obj); } void ST_LogPost(int player, byte flags, const char* msg) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Post(obj, flags, msg); } void ST_LogRefresh(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Refresh(obj); } void ST_LogEmpty(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Empty(obj); } void ST_LogPostVisibilityChangeNotification(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { ST_LogPost(i, LMF_NO_HIDE, !cfg.hudShown[HUD_LOG] ? MSGOFF : MSGON); } } void ST_LogUpdateAlignment(void) { int i, flags; uiwidget_t* obj; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; if(!hud->inited) continue; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]); flags = UIWidget_Alignment(obj); flags &= ~(ALIGN_LEFT|ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= ALIGN_RIGHT; UIWidget_SetAlignment(obj, flags); } } void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Open(obj, yes, fast); } dd_bool ST_AutomapIsActive(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Active(obj); } dd_bool ST_AutomapObscures2(int player, const RectRaw* region) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; if(UIAutomap_Active(obj)) { if(cfg.automapOpacity * ST_AutomapOpacity(player) >= ST_AUTOMAP_OBSCURE_TOLERANCE) { /*if(UIAutomap_Fullscreen(obj)) {*/ return true; /*} else { // We'll have to compare the dimensions. const int scrwidth = Get(DD_WINDOW_WIDTH); const int scrheight = Get(DD_WINDOW_HEIGHT); const Rect* rect = UIWidget_Geometry(obj); float fx = FIXXTOSCREENX(region->origin.x); float fy = FIXYTOSCREENY(region->origin.y); float fw = FIXXTOSCREENX(region->size.width); float fh = FIXYTOSCREENY(region->size.height); if(dims->origin.x >= fx && dims->origin.y >= fy && dims->size.width >= fw && dims->size.height >= fh) return true; }*/ } } return false; } dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height) { RectRaw rect; rect.origin.x = x; rect.origin.y = y; rect.size.width = width; rect.size.height = height; return ST_AutomapObscures2(player, &rect); } void ST_AutomapClearPoints(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; UIAutomap_ClearPoints(ob); P_SetMessage(&players[player], LMF_NO_HIDE, AMSTR_MARKSCLEARED); } /** * Adds a marker at the specified X/Y location. */ int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z) { static char buffer[20]; uiwidget_t* obj = ST_UIAutomapForPlayer(player); int newPoint; if(!obj) return - 1; if(UIAutomap_PointCount(obj) == MAX_MAP_POINTS) return -1; newPoint = UIAutomap_AddPoint(obj, x, y, z); sprintf(buffer, "%s %d", AMSTR_MARKEDSPOT, newPoint); P_SetMessage(&players[player], LMF_NO_HIDE, buffer); return newPoint; } dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_PointOrigin(obj, point, x, y, z); } void ST_ToggleAutomapMaxZoom(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; if(UIAutomap_SetZoomMax(obj, !UIAutomap_ZoomMax(obj))) { App_Log(0, "Maximum zoom %s in automap", UIAutomap_ZoomMax(obj)? "ON":"OFF"); } } float ST_AutomapOpacity(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return 0; return UIAutomap_Opacity(obj); } void ST_SetAutomapCameraRotation(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetCameraRotation(obj, on); } void ST_ToggleAutomapPanMode(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; if(UIAutomap_SetPanMode(ob, !UIAutomap_PanMode(ob))) { P_SetMessage(&players[player], LMF_NO_HIDE, (UIAutomap_PanMode(ob)? AMSTR_FOLLOWOFF : AMSTR_FOLLOWON)); } } void ST_CycleAutomapCheatLevel(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; ST_SetAutomapCheatLevel(player, (hud->automapCheatLevel + 1) % 3); } } void ST_SetAutomapCheatLevel(int player, int level) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; setAutomapCheatLevel(obj, level); } void ST_RevealAutomap(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetReveal(obj, on); } dd_bool ST_AutomapHasReveal(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Reveal(obj); } void ST_RebuildAutomap(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Rebuild(obj); } int ST_AutomapCheatLevel(int player) { if(player >=0 && player < MAXPLAYERS) return hudStates[player].automapCheatLevel; return 0; } void ST_FlashCurrentItem(int player) { player_t* plr; hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; plr = &players[player]; if(!(/*(plr->plr->flags & DDPF_LOCAL) &&*/ plr->plr->inGame)) return; hud = &hudStates[player]; hud->readyItemFlashCounter = 4; } int ST_Responder(event_t* ev) { int i, eaten = false; for(i = 0; i < MAXPLAYERS; ++i) { eaten = ST_ChatResponder(i, ev); if(eaten) break; } return eaten; } void ST_Ticker(timespan_t ticLength) { const dd_bool isSharpTic = DD_IsSharpTick(); int i; if(isSharpTic) Hu_InventoryTicker(); for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = &players[i]; hudstate_t* hud = &hudStates[i]; if(!plr->plr->inGame) continue; // Either slide the statusbar in or fade out the fullscreen HUD. if(hud->statusbarActive) { if(hud->alpha > 0.0f) { hud->alpha -= 0.1f; } else if(hud->showBar < 1.0f) { hud->showBar += 0.1f; } } else { if(cfg.screenBlocks == 13) { if(hud->alpha > 0.0f) { hud->alpha -= 0.1f; } } else { if(hud->showBar > 0.0f) { hud->showBar -= 0.1f; } else if(hud->alpha < 1.0f) { hud->alpha += 0.1f; } } } // The following is restricted to fixed 35 Hz ticks. if(isSharpTic && !Pause_IsPaused()) { if(cfg.hudTimer == 0) { hud->hideTics = hud->hideAmount = 0; } else { if(hud->hideTics > 0) hud->hideTics--; if(hud->hideTics == 0 && cfg.hudTimer > 0 && hud->hideAmount < 1) hud->hideAmount += 0.1f; } if(hud->readyItemFlashCounter > 0) --hud->readyItemFlashCounter; } if(hud->inited) { int j; for(j = 0; j < NUM_UIWIDGET_GROUPS; ++j) { UIWidget_RunTic(GUI_MustFindObjectById(hud->widgetGroupIds[j]), ticLength); } } } } static void drawUIWidgetsForPlayer(player_t* plr) { /// Units in fixed 320x200 screen space. #define DISPLAY_BORDER (2) #define PADDING (2) const int playerNum = plr - players; const int displayMode = headupDisplayMode(playerNum); hudstate_t* hud = hudStates + playerNum; Size2Raw size, portSize; uiwidget_t* obj; float scale; assert(plr); R_ViewPortSize(playerNum, &portSize); // The automap is drawn in a viewport scaled coordinate space (of viewwindow dimensions). obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_AUTOMAP]); UIWidget_SetOpacity(obj, ST_AutomapOpacity(playerNum)); UIWidget_SetMaximumSize(obj, &portSize); GUI_DrawWidgetXY(obj, 0, 0); // The rest of the UI is drawn in a fixed 320x200 coordinate space. // Determine scale factors. R_ChooseAlignModeAndScaleFactor(&scale, SCREENWIDTH, SCREENHEIGHT, portSize.width, portSize.height, SCALEMODE_SMART_STRETCH); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Scalef(scale, scale, 1); if(hud->statusbarActive || (displayMode < 3 || hud->alpha > 0)) { float opacity = /**@todo Kludge: clamp*/MIN_OF(1.0f, hud->alpha)/**kludge end*/ * (1-hud->hideAmount); Size2Raw drawnSize = { 0, 0 }; RectRaw displayRegion; int posX, posY, availWidth, availHeight; DGL_MatrixMode(DGL_MODELVIEW); DGL_Scalef(1, 1.2f/*aspect correct*/, 1); displayRegion.origin.x = displayRegion.origin.y = 0; displayRegion.size.width = .5f + portSize.width / scale; displayRegion.size.height = .5f + portSize.height / (scale * 1.2f /*aspect correct*/); if(hud->statusbarActive) { const float statusbarOpacity = (1 - hud->hideAmount) * hud->showBar; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_STATUSBAR]); UIWidget_SetOpacity(obj, statusbarOpacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); } displayRegion.origin.x += DISPLAY_BORDER; displayRegion.origin.y += DISPLAY_BORDER; displayRegion.size.width -= DISPLAY_BORDER*2; displayRegion.size.height -= DISPLAY_BORDER*2; if(!hud->statusbarActive) { obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); } availHeight = displayRegion.size.height - (drawnSize.height > 0 ? drawnSize.height : 0); obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_MAPNAME]); UIWidget_SetOpacity(obj, ST_AutomapOpacity(playerNum)); size.width = displayRegion.size.width; size.height = availHeight; UIWidget_SetMaximumSize(obj, &size); GUI_DrawWidget(obj, &displayRegion.origin); // The other displays are always visible except when using the "no-hud" mode. if(hud->statusbarActive || displayMode < 3) opacity = 1.0f; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); if(!hud->statusbarActive) { Size2Raw tlDrawnSize; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPLEFT]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); posY = displayRegion.origin.y + (drawnSize.height > 0 ? drawnSize.height + PADDING : 0); obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPLEFT2]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidgetXY(obj, displayRegion.origin.x, posY); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &tlDrawnSize); if(tlDrawnSize.width > drawnSize.width) drawnSize.width = tlDrawnSize.width; } else { drawnSize.width = 0; } posX = displayRegion.origin.x + (drawnSize.width > 0 ? drawnSize.width + PADDING : 0); availWidth = displayRegion.size.width - (drawnSize.width > 0 ? drawnSize.width + PADDING : 0); obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPLEFT3]); UIWidget_SetOpacity(obj, opacity); size.width = availWidth; size.height = displayRegion.size.height; UIWidget_SetMaximumSize(obj, &size); GUI_DrawWidgetXY(obj, posX, displayRegion.origin.y); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef PADDING #undef DISPLAY_BORDER } void ST_Drawer(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; if(!players[player].plr->inGame) return; R_UpdateViewFilter(player); hud = &hudStates[player]; hud->statusbarActive = (headupDisplayMode(player) < 2) || (ST_AutomapIsActive(player) && (cfg.automapHudDisplay == 0 || cfg.automapHudDisplay == 2)); drawUIWidgetsForPlayer(players + player); } dd_bool ST_StatusBarIsActive(int player) { DENG_ASSERT(player >= 0 && player < MAXPLAYERS); if(!players[player].plr->inGame) return false; return hudStates[player].statusbarActive; } /** * Called when the statusbar scale cvar changes. */ void updateViewWindow(void) { int i; R_ResizeViewWindow(RWF_FORCE); for(i = 0; i < MAXPLAYERS; ++i) ST_HUDUnHide(i, HUE_FORCE); // So the user can see the change. } /** * Called when a cvar changes that affects the look/behavior of the HUD in order to unhide it. */ void unhideHUD(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) ST_HUDUnHide(i, HUE_FORCE); } D_CMD(ChatOpen) { int player = CONSOLEPLAYER, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) { return false; } obj = ST_UIChatForPlayer(player); if(!obj) { return false; } if(argc == 2) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } UIChat_SetDestination(obj, destination); UIChat_Activate(obj, true); return true; } D_CMD(ChatAction) { int player = CONSOLEPLAYER; const char* cmd = argv[0] + 4; uiwidget_t* obj; if(G_QuitInProgress()) { return false; } obj = ST_UIChatForPlayer(player); if(NULL == obj || !UIChat_IsActive(obj)) { return false; } if(!stricmp(cmd, "complete")) // Send the message. { return UIChat_CommandResponder(obj, MCMD_SELECT); } else if(!stricmp(cmd, "cancel")) // Close chat. { return UIChat_CommandResponder(obj, MCMD_CLOSE); } else if(!stricmp(cmd, "delete")) { return UIChat_CommandResponder(obj, MCMD_DELETE); } return true; } D_CMD(ChatSendMacro) { int player = CONSOLEPLAYER, macroId, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) return false; if(argc < 2 || argc > 3) { App_Log(DE2_SCR_NOTE, "Usage: %s (team) (macro number)", argv[0]); App_Log(DE2_SCR_MSG, "Send a chat macro to other player(s). " "If (team) is omitted, the message will be sent to all players."); return true; } obj = ST_UIChatForPlayer(player); if(!obj) { return false; } if(argc == 3) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } macroId = UIChat_ParseMacroId(argc == 3? argv[2] : argv[1]); if(-1 == macroId) { App_Log(DE2_SCR_ERROR, "Invalid macro id"); return false; } UIChat_Activate(obj, true); UIChat_SetDestination(obj, destination); UIChat_LoadMacro(obj, macroId); UIChat_CommandResponder(obj, MCMD_SELECT); UIChat_Activate(obj, false); return true; } doomsday-1.14.5/doomsday/plugins/hexen/src/m_random.c0000664000175000017500000000730112350542240022041 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.c: Random number LUT. */ // HEADER FILES ------------------------------------------------------------ #include "jhexen.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // This is the new flat distribution table static unsigned char rndTable[256] = { 201, 1, 243, 19, 18, 42, 183, 203, 101, 123, 154, 137, 34, 118, 10, 216, 135, 246, 0, 107, 133, 229, 35, 113, 177, 211, 110, 17, 139, 84, 251, 235, 182, 166, 161, 230, 143, 91, 24, 81, 22, 94, 7, 51, 232, 104, 122, 248, 175, 138, 127, 171, 222, 213, 44, 16, 9, 33, 88, 102, 170, 150, 136, 114, 62, 3, 142, 237, 6, 252, 249, 56, 74, 30, 13, 21, 180, 199, 32, 132, 187, 234, 78, 210, 46, 131, 197, 8, 206, 244, 73, 4, 236, 178, 195, 70, 121, 97, 167, 217, 103, 40, 247, 186, 105, 39, 95, 163, 99, 149, 253, 29, 119, 83, 254, 26, 202, 65, 130, 155, 60, 64, 184, 106, 221, 93, 164, 196, 112, 108, 179, 141, 54, 109, 11, 126, 75, 165, 191, 227, 87, 225, 156, 15, 98, 162, 116, 79, 169, 140, 190, 205, 168, 194, 41, 250, 27, 20, 14, 241, 50, 214, 72, 192, 220, 233, 67, 148, 96, 185, 176, 181, 215, 207, 172, 85, 89, 90, 209, 128, 124, 2, 55, 173, 66, 152, 47, 129, 59, 43, 159, 240, 239, 12, 189, 212, 144, 28, 200, 77, 219, 198, 134, 228, 45, 92, 125, 151, 5, 53, 255, 52, 68, 245, 160, 158, 61, 86, 58, 82, 117, 37, 242, 145, 69, 188, 115, 76, 63, 100, 49, 111, 153, 80, 38, 57, 174, 224, 71, 231, 23, 25, 48, 218, 120, 147, 208, 36, 226, 223, 193, 238, 157, 204, 146, 31 }; static int rndIndex = 0, prndIndex = 0; // CODE -------------------------------------------------------------------- /** * \note The returned value is calculated deterministically. * * @return A pseudo-random number from the table. */ byte P_Random(void) { return rndTable[(++prndIndex) & 0xff]; } /** * \note The returned value is NOT calculated deterministically. * * @return A pseudo-random number from the table. */ byte M_Random (void) { rndIndex = (rndIndex+1)&0xff; return rndTable[rndIndex]; } /** * Resets the seed for the random number generator. */ void M_ResetRandom(void) { rndIndex = prndIndex = 0; } doomsday-1.14.5/doomsday/plugins/hexen/src/p_spec.c0000664000175000017500000007027512350542240021530 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include "jhexen.h" #include "dmu_lib.h" #include "g_common.h" #include "p_inventory.h" #include "player.h" #include "p_map.h" #include "p_mapsetup.h" #include "p_mapspec.h" #include "p_ceiling.h" #include "p_door.h" #include "p_plat.h" #include "p_floor.h" #include "p_scroll.h" #include "p_switch.h" #include "p_user.h" #include "polyobjs.h" #define LIGHTNING_SPECIAL 198 #define LIGHTNING_SPECIAL2 199 #define SKYCHANGE_SPECIAL 200 static void P_LightningFlash(void); static dd_bool CheckedLockedDoor(mobj_t* mo, byte lock); mobj_t lavaInflictor; materialid_t sky1Material; materialid_t sky2Material; float sky1ColumnOffset; float sky2ColumnOffset; float sky1ScrollDelta; float sky2ScrollDelta; dd_bool doubleSky; static dd_bool mapHasLightning; static int nextLightningFlash; static int lightningFlash; static float *lightningLightLevels; void P_InitLava(void) { memset(&lavaInflictor, 0, sizeof(mobj_t)); lavaInflictor.type = MT_CIRCLEFLAME; lavaInflictor.flags2 = MF2_FIREDAMAGE | MF2_NODMGTHRUST; } void P_InitSky(Uri const *mapUri) { mapinfo_t const *mapInfo = P_MapInfo(mapUri); if(mapInfo) { sky1Material = mapInfo->sky1Material; sky2Material = mapInfo->sky2Material; sky1ScrollDelta = mapInfo->sky1ScrollDelta; sky2ScrollDelta = mapInfo->sky2ScrollDelta; doubleSky = mapInfo->doubleSky; } sky1ColumnOffset = sky2ColumnOffset = 0; if(!IS_DEDICATED) { int ival; float fval; // First disable all sky layers. R_SkyParams(DD_SKY, DD_DISABLE, NULL); // Sky2 is layer zero and Sky1 is layer one. fval = 0; R_SkyParams(0, DD_OFFSET, &fval); R_SkyParams(1, DD_OFFSET, &fval); if(doubleSky && sky2Material) { R_SkyParams(0, DD_ENABLE, NULL); ival = DD_NO; R_SkyParams(0, DD_MASK, &ival); R_SkyParams(0, DD_MATERIAL, P_ToPtr(DMU_MATERIAL, sky2Material)); R_SkyParams(1, DD_ENABLE, NULL); ival = DD_YES; R_SkyParams(1, DD_MASK, &ival); R_SkyParams(1, DD_MATERIAL, P_ToPtr(DMU_MATERIAL, sky1Material)); } else { R_SkyParams(0, DD_ENABLE, NULL); ival = DD_NO; R_SkyParams(0, DD_MASK, &ival); R_SkyParams(0, DD_MATERIAL, P_ToPtr(DMU_MATERIAL, sky1Material)); R_SkyParams(1, DD_DISABLE, NULL); ival = DD_NO; R_SkyParams(1, DD_MASK, &ival); R_SkyParams(1, DD_MATERIAL, P_ToPtr(DMU_MATERIAL, sky2Material)); } } } void P_AnimateSky(void) { // Update sky column offsets sky1ColumnOffset += sky1ScrollDelta; sky2ColumnOffset += sky2ScrollDelta; if(!IS_DEDICATED) { R_SkyParams(1, DD_OFFSET, &sky1ColumnOffset); R_SkyParams(0, DD_OFFSET, &sky2ColumnOffset); } } dd_bool EV_SectorSoundChange(byte* args) { dd_bool rtn = false; Sector* sec = NULL; iterlist_t* list; if(!args[0]) return false; list = P_GetSectorIterListForTag((int) args[0], false); if(!list) return rtn; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { P_ToXSector(sec)->seqType = args[1]; rtn = true; } return rtn; } static dd_bool CheckedLockedDoor(mobj_t* mo, byte lock) { extern int TextKeyMessages[11]; char LockedBuffer[80]; if(!mo->player) return false; if(!lock) return true; if(!(mo->player->keys & (1 << (lock - 1)))) { sprintf(LockedBuffer, "YOU NEED THE %s\n", GET_TXT(TextKeyMessages[lock - 1])); P_SetMessage(mo->player, 0, LockedBuffer); S_StartSound(SFX_DOOR_LOCKED, mo); return false; } return true; } dd_bool EV_LineSearchForPuzzleItem(Line* line, byte* args, mobj_t* mo) { inventoryitemtype_t type; if(!mo || !mo->player || !line) return false; type = IIT_FIRSTPUZZITEM + P_ToXLine(line)->arg1; if(type < IIT_FIRSTPUZZITEM) return false; // Search player's inventory for puzzle items return P_InventoryUse(mo->player - players, type, false); } static Uri *mapUriFromLogicalNumber(int number) { if(!number) return 0; // current map. return G_ComposeMapUri(gameEpisode, number - 1); } dd_bool P_StartLockedACS(Line *line, byte *args, mobj_t *mo, int side) { byte newArgs[5]; int i, lock; dd_bool success; Uri *mapUri; DENG_ASSERT(args != 0); if(!mo->player) { return false; } lock = args[4]; if(lock) { if(!(mo->player->keys & (1 << (lock - 1)))) { char LockedBuffer[80]; sprintf(LockedBuffer, "YOU NEED THE %s\n", GET_TXT(TextKeyMessages[lock - 1])); P_SetMessage(mo->player, 0, LockedBuffer); S_StartSound(SFX_DOOR_LOCKED, mo); return false; } } for(i = 0; i < 4; ++i) { newArgs[i] = args[i]; } newArgs[4] = 0; mapUri = mapUriFromLogicalNumber(newArgs[1]); success = Game_ACScriptInterpreter_StartScript(newArgs[0], mapUri, &newArgs[2], mo, line, side); Uri_Delete(mapUri); return success; } dd_bool P_ExecuteLineSpecial(int special, byte args[5], Line *line, int side, mobj_t *mo) { dd_bool success = false; App_Log(DE2_MAP_VERBOSE, "Executing line special %i, mobj:%i", special, mo? mo->thinker.id : 0); switch(special) { case 1: // Poly Start Line break; case 2: // Poly Rotate Left success = EV_RotatePoly(line, args, 1, false); break; case 3: // Poly Rotate Right success = EV_RotatePoly(line, args, -1, false); break; case 4: // Poly Move success = EV_MovePoly(line, args, false, false); break; case 5: // Poly Explicit Line: Only used in initialization break; case 6: // Poly Move Times 8 success = EV_MovePoly(line, args, true, false); break; case 7: // Poly Door Swing success = EV_OpenPolyDoor(line, args, PODOOR_SWING); break; case 8: // Poly Door Slide success = EV_OpenPolyDoor(line, args, PODOOR_SLIDE); break; case 10: // Door Close success = EV_DoDoor(line, args, DT_CLOSE); break; case 11: // Door Open if(!args[0]) { success = EV_VerticalDoor(line, mo); } else { success = EV_DoDoor(line, args, DT_OPEN); } break; case 12: // Door Raise if(!args[0]) { success = EV_VerticalDoor(line, mo); } else { success = EV_DoDoor(line, args, DT_NORMAL); } break; case 13: // Door Locked_Raise if(CheckedLockedDoor(mo, args[3])) { if(!args[0]) { success = EV_VerticalDoor(line, mo); } else { success = EV_DoDoor(line, args, DT_NORMAL); } } break; case 20: // Floor Lower by Value success = EV_DoFloor(line, args, FT_LOWERBYVALUE); break; case 21: // Floor Lower to Lowest success = EV_DoFloor(line, args, FT_LOWERTOLOWEST); break; case 22: // Floor Lower to Nearest success = EV_DoFloor(line, args, FT_LOWER); break; case 23: // Floor Raise by Value success = EV_DoFloor(line, args, FT_RAISEFLOORBYVALUE); break; case 24: // Floor Raise to Highest success = EV_DoFloor(line, args, FT_RAISEFLOOR); break; case 25: // Floor Raise to Nearest success = EV_DoFloor(line, args, FT_RAISEFLOORTONEAREST); break; case 26: // Stairs Build Down Normal success = EV_BuildStairs(line, args, -1, STAIRS_NORMAL); break; case 27: // Build Stairs Up Normal success = EV_BuildStairs(line, args, 1, STAIRS_NORMAL); break; case 28: // Floor Raise and Crush success = EV_DoFloor(line, args, FT_RAISEFLOORCRUSH); break; case 29: // Build Pillar (no crushing) success = EV_BuildPillar(line, args, false); break; case 30: // Open Pillar success = EV_OpenPillar(line, args); break; case 31: // Stairs Build Down Sync success = EV_BuildStairs(line, args, -1, STAIRS_SYNC); break; case 32: // Build Stairs Up Sync success = EV_BuildStairs(line, args, 1, STAIRS_SYNC); break; case 35: // Raise Floor by Value Times 8 success = EV_DoFloor(line, args, FT_RAISEBYVALUEMUL8); break; case 36: // Lower Floor by Value Times 8 success = EV_DoFloor(line, args, FT_LOWERBYVALUEMUL8); break; case 40: // Ceiling Lower by Value success = EV_DoCeiling(line, args, CT_LOWERBYVALUE); break; case 41: // Ceiling Raise by Value success = EV_DoCeiling(line, args, CT_RAISEBYVALUE); break; case 42: // Ceiling Crush and Raise success = EV_DoCeiling(line, args, CT_CRUSHANDRAISE); break; case 43: // Ceiling Lower and Crush success = EV_DoCeiling(line, args, CT_LOWERANDCRUSH); break; case 44: // Ceiling Crush Stop success = P_CeilingDeactivate((short) args[0]); break; case 45: // Ceiling Crush Raise and Stay success = EV_DoCeiling(line, args, CT_CRUSHRAISEANDSTAY); break; case 46: // Floor Crush Stop success = EV_FloorCrushStop(line, args); break; case 60: // Plat Perpetual Raise success = EV_DoPlat(line, args, PT_PERPETUALRAISE, 0); break; case 61: // Plat Stop P_PlatDeactivate((short) args[0]); break; case 62: // Plat Down-Wait-Up-Stay success = EV_DoPlat(line, args, PT_DOWNWAITUPSTAY, 0); break; case 63: // Plat Down-by-Value*8-Wait-Up-Stay success = EV_DoPlat(line, args, PT_DOWNBYVALUEWAITUPSTAY, 0); break; case 64: // Plat Up-Wait-Down-Stay success = EV_DoPlat(line, args, PT_UPWAITDOWNSTAY, 0); break; case 65: // Plat Up-by-Value*8-Wait-Down-Stay success = EV_DoPlat(line, args, PT_UPBYVALUEWAITDOWNSTAY, 0); break; case 66: // Floor Lower Instant * 8 success = EV_DoFloor(line, args, FT_LOWERMUL8INSTANT); break; case 67: // Floor Raise Instant * 8 success = EV_DoFloor(line, args, FT_RAISEMUL8INSTANT); break; case 68: // Floor Move to Value * 8 success = EV_DoFloor(line, args, FT_TOVALUEMUL8); break; case 69: // Ceiling Move to Value * 8 success = EV_DoCeiling(line, args, CT_MOVETOVALUEMUL8); break; case 70: // Teleport if(side == 0) { // Only teleport when crossing the front side of a line success = EV_Teleport(args[0], mo, true); } break; case 71: // Teleport, no fog if(side == 0) { // Only teleport when crossing the front side of a line success = EV_Teleport(args[0], mo, false); } break; case 72: // Thrust Mobj if(!side) // Only thrust on side 0 { P_ThrustMobj(mo, args[0] * (ANGLE_90 / 64), (float) args[1]); success = 1; } break; case 73: // Damage Mobj if(args[0]) { P_DamageMobj(mo, NULL, NULL, args[0], false); } else { // If arg1 is zero, then guarantee a kill P_DamageMobj(mo, NULL, NULL, 10000, false); } success = 1; break; case 74: // Teleport_NewMap if(side == 0) // Only teleport when crossing the front side of a line { // Players must be alive to teleport if(!(mo && mo->player && mo->player->playerState == PST_DEAD)) { G_SetGameActionMapCompleted((args[0]!= 0? args[0]-1 : 0), args[1], false); success = true; } } break; case 75: // Teleport_EndGame if(side == 0) // Only teleport when crossing the front side of a line { // Players must be alive to teleport if(!(mo && mo->player && mo->player->playerState == PST_DEAD)) { success = true; if(G_Ruleset_Deathmatch()) { // Winning in deathmatch just goes back to map 1 G_SetGameActionMapCompleted(0, 0, false); } else { // Passing DDMAXINT, DDMAXINT to G_LeaveMap() starts the Finale G_SetGameActionMapCompleted(DDMAXINT, DDMAXINT, false); } } } break; case 80: /* ACS_Execute */ { Uri *mapUri = mapUriFromLogicalNumber(args[1]); success = Game_ACScriptInterpreter_StartScript(args[0], mapUri, &args[2], mo, line, side); Uri_Delete(mapUri); break; } case 81: /* ACS_Suspend */ { Uri *mapUri = mapUriFromLogicalNumber(args[1]); success = Game_ACScriptInterpreter_SuspendScript(args[0], mapUri); Uri_Delete(mapUri); break; } case 82: /* ACS_Terminate */ { Uri *mapUri = mapUriFromLogicalNumber(args[1]); success = Game_ACScriptInterpreter_TerminateScript(args[0], mapUri); Uri_Delete(mapUri); break; } case 83: // ACS_LockedExecute success = P_StartLockedACS(line, args, mo, side); break; case 90: // Poly Rotate Left Override success = EV_RotatePoly(line, args, 1, true); break; case 91: // Poly Rotate Right Override success = EV_RotatePoly(line, args, -1, true); break; case 92: // Poly Move Override success = EV_MovePoly(line, args, false, true); break; case 93: // Poly Move Times 8 Override success = EV_MovePoly(line, args, true, true); break; case 94: // Build Pillar Crush success = EV_BuildPillar(line, args, true); break; case 95: // Lower Floor and Ceiling success = EV_DoFloorAndCeiling(line, args, FT_LOWERBYVALUE, CT_LOWERBYVALUE); break; case 96: // Raise Floor and Ceiling success = EV_DoFloorAndCeiling(line, args, FT_RAISEFLOORBYVALUE, CT_RAISEBYVALUE); break; case 109: // Force Lightning success = true; P_ForceLightning(); break; case 110: // Light Raise by Value success = EV_SpawnLight(line, args, LITE_RAISEBYVALUE); break; case 111: // Light Lower by Value success = EV_SpawnLight(line, args, LITE_LOWERBYVALUE); break; case 112: // Light Change to Value success = EV_SpawnLight(line, args, LITE_CHANGETOVALUE); break; case 113: // Light Fade success = EV_SpawnLight(line, args, LITE_FADE); break; case 114: // Light Glow success = EV_SpawnLight(line, args, LITE_GLOW); break; case 115: // Light Flicker success = EV_SpawnLight(line, args, LITE_FLICKER); break; case 116: // Light Strobe success = EV_SpawnLight(line, args, LITE_STROBE); break; case 120: // Quake Tremor success = A_LocalQuake(args, mo); break; case 129: // UsePuzzleItem success = EV_LineSearchForPuzzleItem(line, args, mo); break; case 130: // Thing_Activate success = EV_ThingActivate(args[0]); break; case 131: // Thing_Deactivate success = EV_ThingDeactivate(args[0]); break; case 132: // Thing_Remove success = EV_ThingRemove(args[0]); break; case 133: // Thing_Destroy success = EV_ThingDestroy(args[0]); break; case 134: // Thing_Projectile success = EV_ThingProjectile(args, 0); break; case 135: // Thing_Spawn success = EV_ThingSpawn(args, 1); break; case 136: // Thing_ProjectileGravity success = EV_ThingProjectile(args, 1); break; case 137: // Thing_SpawnNoFog success = EV_ThingSpawn(args, 0); break; case 138: // Floor_Waggle success = EV_StartFloorWaggle(args[0], args[1], args[2], args[3], args[4]); break; case 140: // Sector_SoundChange success = EV_SectorSoundChange(args); break; default: break; } return success; } dd_bool P_ActivateLine(Line *line, mobj_t *mo, int side, int activationType) { int lineActivation; dd_bool repeat; dd_bool buttonSuccess; xline_t *xline = P_ToXLine(line); if(IS_CLIENT) { // Clients do not activate lines. return false; } lineActivation = GET_SPAC(xline->flags); if(lineActivation != activationType) return false; if(!mo->player && !(mo->flags & MF_MISSILE)) { if(lineActivation != SPAC_MCROSS) { // currently, monsters can only activate the MCROSS activation type return false; } if(xline->flags & ML_SECRET) return false; // never DT_OPEN secret doors } repeat = ((xline->flags & ML_REPEAT_SPECIAL)? true : false); buttonSuccess = P_ExecuteLineSpecial(xline->special, &xline->arg1, line, side, mo); if(!repeat && buttonSuccess) { // clear the special on non-retriggerable lines xline->special = 0; } if((lineActivation == SPAC_USE || lineActivation == SPAC_IMPACT) && buttonSuccess) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), 0, false, repeat? BUTTONTIME : 0); } return true; } /** * Called every tic frame that the player origin is in a special sector. */ void P_PlayerInSpecialSector(player_t *player) { static coord_t const pushTab[3] = { 1.0 / 32 * 5, 1.0 / 32 * 10, 1.0 / 32 * 25 }; Sector *sector = Mobj_Sector(player->plr->mo); xsector_t *xsector; if(!FEQUAL(player->plr->mo->origin[VZ], P_GetDoublep(sector, DMU_FLOOR_HEIGHT))) return; // Player is not touching the floor xsector = P_ToXSector(sector); switch(xsector->special) { case 9: // SecretArea if(!IS_CLIENT) { player->secretCount++; player->update |= PSF_COUNTERS; xsector->special = 0; } break; case 201: case 202: case 203: // Scroll_North_xxx P_Thrust(player, ANG90, pushTab[xsector->special - 201]); break; case 204: case 205: case 206: // Scroll_East_xxx P_Thrust(player, 0, pushTab[xsector->special - 204]); break; case 207: case 208: case 209: // Scroll_South_xxx P_Thrust(player, ANG270, pushTab[xsector->special - 207]); break; case 210: case 211: case 212: // Scroll_West_xxx P_Thrust(player, ANG180, pushTab[xsector->special - 210]); break; case 213: case 214: case 215: // Scroll_NorthWest_xxx P_Thrust(player, ANG90 + ANG45, pushTab[xsector->special - 213]); break; case 216: case 217: case 218: // Scroll_NorthEast_xxx P_Thrust(player, ANG45, pushTab[xsector->special - 216]); break; case 219: case 220: case 221: // Scroll_SouthEast_xxx P_Thrust(player, ANG270 + ANG45, pushTab[xsector->special - 219]); break; case 222: case 223: case 224: // Scroll_SouthWest_xxx P_Thrust(player, ANG180 + ANG45, pushTab[xsector->special - 222]); break; case 40: case 41: case 42: case 43: case 44: case 45: case 46: case 47: case 48: case 49: case 50: case 51: // Wind specials are handled in (P_mobj):P_MobjMoveXY break; case 26: // Stairs_Special1 case 27: // Stairs_Special2 // Used in (P_floor):ProcessStairSector break; case 198: // Lightning Special case 199: // Lightning Flash special case 200: // Sky2 // Used in (R_plane):R_Drawplanes break; default: break; } } void P_PlayerOnSpecialFloor(player_t* player) { const terraintype_t* tt = P_MobjFloorTerrain(player->plr->mo); if(!(tt->flags & TTF_DAMAGING)) return; if(player->plr->mo->origin[VZ] > P_GetDoublep(Mobj_Sector(player->plr->mo), DMU_FLOOR_HEIGHT)) { return; // Player is not touching the floor } if(!(mapTime & 31)) { P_DamageMobj(player->plr->mo, &lavaInflictor, NULL, 10, false); S_StartSound(SFX_LAVA_SIZZLE, player->plr->mo); } } void P_SpawnSectorSpecialThinkers(void) { int i; // Clients do not spawn sector specials. if(IS_CLIENT) return; for(i = 0; i < numsectors; ++i) { Sector *sec = P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); switch(xsec->special) { default: break; case 1: ///< Phased light. // Static base, use sector->lightLevel as the index. P_SpawnPhasedLight(sec, (80.f / 255.0f), -1); break; case 2: ///< Phased light sequence start. P_SpawnLightSequence(sec, 1); break; } } } void P_SpawnLineSpecialThinkers(void) { // Stub. } void P_SpawnAllSpecialThinkers(void) { P_SpawnSectorSpecialThinkers(); P_SpawnLineSpecialThinkers(); } dd_bool P_SectorTagIsBusy(int tag) { /// @note The sector tag lists cannot be used here as an iteration at a higher /// level may already be in progress. int i; for(i = 0; i < numsectors; ++i) { Sector *sec = (Sector *) P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); if(xsec->tag == tag && xsec->specialData) { return true; } } return false; } static dd_bool isLightningSector(Sector* sec) { xsector_t* xsec = P_ToXSector(sec); if(xsec->special == LIGHTNING_SPECIAL || xsec->special == LIGHTNING_SPECIAL2) return true; if(P_GetIntp(P_GetPtrp(sec, DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) return true; if(P_GetIntp(P_GetPtrp(sec, DMU_FLOOR_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) return true; return false; } static void P_LightningFlash(void) { int i; float *tempLight; dd_bool foundSec; float flashLight; if(lightningFlash) { lightningFlash--; tempLight = lightningLightLevels; if(lightningFlash) { for(i = 0; i < numsectors; ++i) { Sector *sec = P_ToPtr(DMU_SECTOR, i); if(isLightningSector(sec)) { float lightLevel = P_GetFloat(DMU_SECTOR, i, DMU_LIGHT_LEVEL); if(*tempLight < lightLevel - (4.f / 255)) P_SetFloat(DMU_SECTOR, i, DMU_LIGHT_LEVEL, lightLevel - (1.f / 255) * 4); tempLight++; } } } else { // Remove the alternate lightning flash special. for(i = 0; i < numsectors; ++i) { Sector *sec = P_ToPtr(DMU_SECTOR, i); if(isLightningSector(sec)) { P_SetFloatp(sec, DMU_LIGHT_LEVEL, *tempLight); tempLight++; } } if(!IS_DEDICATED) { R_SkyParams(1, DD_DISABLE, NULL); R_SkyParams(0, DD_ENABLE, NULL); } } return; } lightningFlash = (P_Random() & 7) + 8; flashLight = (float) (200 + (P_Random() & 31)) / 255.0f; tempLight = lightningLightLevels; foundSec = false; for(i = 0; i < numsectors; ++i) { Sector *sec = P_ToPtr(DMU_SECTOR, i); if(isLightningSector(sec)) { xsector_t *xsec = P_ToXSector(sec); float newLevel = P_GetFloatp(sec, DMU_LIGHT_LEVEL); *tempLight = newLevel; if(xsec->special == LIGHTNING_SPECIAL) { newLevel += .25f; if(newLevel > flashLight) newLevel = flashLight; } else if(xsec->special == LIGHTNING_SPECIAL2) { newLevel += .125f; if(newLevel > flashLight) newLevel = flashLight; } else { newLevel = flashLight; } if(newLevel < *tempLight) newLevel = *tempLight; P_SetFloatp(sec, DMU_LIGHT_LEVEL, newLevel); tempLight++; foundSec = true; } } if(foundSec) { mobj_t *plrmo = players[DISPLAYPLAYER].plr->mo; mobj_t *crashOrigin = 0; if(!IS_DEDICATED) { // Set the alternate (lightning) sky. R_SkyParams(0, DD_DISABLE, NULL); R_SkyParams(1, DD_ENABLE, NULL); } // If 3D sounds are active, position the clap somewhere above the player. if(cfg.snd3D && plrmo && !IS_NETGAME) { if((crashOrigin = P_SpawnMobjXYZ(plrmo->origin[VX] + (16 * (M_Random() - 127) << FRACBITS), plrmo->origin[VY] + (16 * (M_Random() - 127) << FRACBITS), plrmo->origin[VZ] + (4000 << FRACBITS), MT_CAMERA, 0, 0))) { crashOrigin->tics = 5 * TICSPERSEC; // Five seconds will do. } } // Make it loud! S_StartSound(SFX_THUNDER_CRASH | DDSF_NO_ATTENUATION, crashOrigin); } // Calculate the next lighting flash if(!nextLightningFlash) { if(P_Random() < 50) { // Immediate Quick flash nextLightningFlash = (P_Random() & 15) + 16; } else { if(P_Random() < 128 && !(mapTime & 32)) { nextLightningFlash = ((P_Random() & 7) + 2) * TICSPERSEC; } else { nextLightningFlash = ((P_Random() & 15) + 5) * TICSPERSEC; } } } } void P_ForceLightning(void) { nextLightningFlash = 0; } void P_InitLightning(void) { int i, secCount; mapinfo_t const *mapInfo = P_MapInfo(0/*current map*/); if(!mapInfo || !mapInfo->lightning) { mapHasLightning = false; lightningFlash = 0; return; } lightningFlash = 0; secCount = 0; for(i = 0; i < numsectors; ++i) { Sector *sec = P_ToPtr(DMU_SECTOR, i); if(isLightningSector(sec)) { secCount++; } } if(secCount > 0) { mapHasLightning = true; lightningLightLevels = Z_Malloc(secCount * sizeof(float), PU_MAP, NULL); // Don't flash immediately on entering the map. nextLightningFlash = ((P_Random() & 15) + 5) * TICSPERSEC; } else { mapHasLightning = false; } } void P_AnimateLightning(void) { if(!mapHasLightning) return; if(!nextLightningFlash || lightningFlash) { P_LightningFlash(); } else { nextLightningFlash--; } } doomsday-1.14.5/doomsday/plugins/hexen/src/p_lights.cpp0000664000175000017500000003302512350542240022420 0ustar jaakkojaakko/** @file p_lights.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "p_lights.h" #include "dmu_lib.h" #include "p_mapspec.h" static float phaseTable[64] = { .5, .4375, .375, .3125, .25, .1875, .125, .125, .0625, .0625, .0625, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, .0625, .0625, .0625, .125, .125, .1875, .25, .3125, .375, .4375, .5 }; void T_Light(light_t *light) { if(light->count) { light->count--; return; } switch(light->type) { case LITE_FADE: P_SectorModifyLight(light->sector, light->value2); if(light->tics2 == 1) { if(P_SectorLight(light->sector) >= light->value1) { P_SectorSetLight(light->sector, light->value1); Thinker_Remove(&light->thinker); } } else if(P_SectorLight(light->sector) <= light->value1) { P_SectorSetLight(light->sector, light->value1); Thinker_Remove(&light->thinker); } break; case LITE_GLOW: P_SectorModifyLightx(light->sector, light->tics1); if(light->tics2 == 1) { if(P_SectorLight(light->sector) >= light->value1) { P_SectorSetLight(light->sector, light->value1); light->tics1 = -light->tics1; light->tics2 = -1; // Reverse direction. } } else if(P_SectorLight(light->sector) <= light->value2) { P_SectorSetLight(light->sector, light->value2); light->tics1 = -light->tics1; light->tics2 = 1; // Reverse direction. } break; case LITE_FLICKER: if(P_SectorLight(light->sector) == light->value1) { P_SectorSetLight(light->sector, light->value2); light->count = (P_Random() & 7) + 1; } else { P_SectorSetLight(light->sector, light->value1); light->count = (P_Random() & 31) + 1; } break; case LITE_STROBE: if(P_SectorLight(light->sector) == light->value1) { P_SectorSetLight(light->sector, light->value2); light->count = light->tics2; } else { P_SectorSetLight(light->sector, light->value1); light->count = light->tics1; } break; default: break; } } void light_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteByte(writer, (byte)type); Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, (int) (255.0f * value1)); Writer_WriteInt32(writer, (int) (255.0f * value2)); Writer_WriteInt32(writer, tics1); Writer_WriteInt32(writer, tics2); Writer_WriteInt32(writer, count); } int light_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { /*int ver =*/ Reader_ReadByte(reader); // version byte. type = (lighttype_t) Reader_ReadByte(reader); sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); value1 = (float) Reader_ReadInt32(reader) / 255.0f; value2 = (float) Reader_ReadInt32(reader) / 255.0f; tics1 = Reader_ReadInt32(reader); tics2 = Reader_ReadInt32(reader); count = Reader_ReadInt32(reader); } else { // Its in the old pre V4 format which serialized light_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); type = lighttype_t(Reader_ReadInt32(reader)); value1 = (float) Reader_ReadInt32(reader) / 255.0f; value2 = (float) Reader_ReadInt32(reader) / 255.0f; tics1 = Reader_ReadInt32(reader); tics2 = Reader_ReadInt32(reader); count = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_Light; return true; // Add this thinker. } dd_bool EV_SpawnLight(Line * /*line*/, byte *arg, lighttype_t type) { int arg1, arg2, arg3, arg4; arg1 = (int) arg[1]; arg2 = (int) arg[2]; arg3 = (int) arg[3]; arg4 = (int) arg[4]; iterlist_t *list = P_GetSectorIterListForTag((int) arg[0], false); if(!list) return false; dd_bool rtn = false; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { rtn = true; dd_bool think = false; light_t *light = (light_t *)Z_Calloc(sizeof(*light), PU_MAP, 0); light->type = type; light->sector = sec; light->count = 0; switch(type) { case LITE_RAISEBYVALUE: P_SectorModifyLight(light->sector, (float) arg1 / 255.0f); break; case LITE_LOWERBYVALUE: P_SectorModifyLight(light->sector, -((float) arg1 / 255.0f)); break; case LITE_CHANGETOVALUE: P_SectorSetLight(light->sector, (float) arg1 / 255.0f); break; case LITE_FADE: think = true; light->value1 = (float) arg1 / 255.0f; // Destination lightlevel. light->value2 = FIX2FLT(FixedDiv((arg1 - (int) (255.0f * P_SectorLight(light->sector))) << FRACBITS, arg2 << FRACBITS)) / 255.0f; // Delta lightlevel. if(P_SectorLight(light->sector) <= (float) arg1 / 255.0f) { light->tics2 = 1; // Get brighter. } else { light->tics2 = -1; } break; case LITE_GLOW: think = true; light->value1 = (float) arg1 / 255.0f; // Upper lightlevel. light->value2 = (float) arg2 / 255.0f; // Lower lightlevel. light->tics1 = FixedDiv((arg1 - (int) (255.0f * P_SectorLight(light->sector))) << FRACBITS, arg3 << FRACBITS); // Lightlevel delta. if(P_SectorLight(light->sector) <= (float) arg1 / 255.0f) { light->tics2 = 1; // Get brighter. } else { light->tics2 = -1; } break; case LITE_FLICKER: think = true; light->value1 = (float) arg1 / 255.0f; // Upper lightlevel. light->value2 = (float) arg2 / 255.0f; // Lower lightlevel. P_SectorSetLight(light->sector, light->value1); light->count = (P_Random() & 64) + 1; break; case LITE_STROBE: think = true; light->value1 = (float) arg1 / 255.0f; // Upper lightlevel. light->value2 = (float) arg2 / 255.0f; // Lower lightlevel. light->tics1 = arg3; // Upper tics. light->tics2 = arg4; // Lower tics. light->count = arg3; P_SectorSetLight(light->sector, light->value1); break; default: rtn = false; break; } if(think) { light->thinker.function = (thinkfunc_t) T_Light; Thinker_Add(&light->thinker); } else { Z_Free(light); } } return rtn; } void T_Phase(phase_t *phase) { phase->index = (phase->index + 1) & 63; P_SectorSetLight(phase->sector, phase->baseValue + phaseTable[phase->index]); } void phase_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, index); Writer_WriteInt32(writer, (int) (255.0f * baseValue)); } int phase_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); index = Reader_ReadInt32(reader); baseValue = (float) Reader_ReadInt32(reader) / 255.0f; } else { // Its in the old pre V4 format which serialized phase_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); index = Reader_ReadInt32(reader); baseValue = (float) Reader_ReadInt32(reader) / 255.0f; } thinker.function = (thinkfunc_t) T_Phase; return true; // Add this thinker. } void P_SpawnPhasedLight(Sector *sector, float base, int index) { phase_t *phase = (phase_t *)Z_Calloc(sizeof(*phase), PU_MAP, 0); phase->thinker.function = (thinkfunc_t) T_Phase; Thinker_Add(&phase->thinker); phase->sector = sector; if(index == -1) { // Sector->lightLevel as the index. phase->index = (int) (255.0f * P_SectorLight(sector)) & 63; } else { phase->index = index & 63; } phase->baseValue = base; P_SectorSetLight(phase->sector, phase->baseValue + phaseTable[phase->index]); P_ToXSector(sector)->special = 0; } struct findlightsequencesectorparams_t { int seqSpecial, count; Sector *sec, *nextSec; }; static int findLightSequenceSector(void *p, void *context) { Line *li = (Line *) p; findlightsequencesectorparams_t *params = (findlightsequencesectorparams_t *) context; Sector *tempSec = P_GetNextSector(li, params->sec); if(tempSec) { if(P_ToXSector(tempSec)->special == params->seqSpecial) { if(params->seqSpecial == LIGHT_SEQUENCE) params->seqSpecial = LIGHT_SEQUENCE_ALT; else params->seqSpecial = LIGHT_SEQUENCE; params->nextSec = tempSec; params->count++; } } return false; // Continue iteration. } struct findlightsequencestartsectorparams_t { Sector *sec, *nextSec; }; static int findLightSequenceStartSector(void *p, void *context) { Line *li = (Line *) p; findlightsequencestartsectorparams_t *params = (findlightsequencestartsectorparams_t *) context; if(Sector *sector = P_GetNextSector(li, params->sec)) { if(P_ToXSector(sector)->special == LIGHT_SEQUENCE_START) { params->nextSec = sector; } } return false; // Continue iteration. } void P_SpawnLightSequence(Sector *sector, int indexStep) { int count; { findlightsequencesectorparams_t params; params.seqSpecial = LIGHT_SEQUENCE; // Look for Light_Sequence, first. params.count = 1; params.sec = sector; do { // Make sure that the search doesn't back up. P_ToXSector(params.sec)->special = LIGHT_SEQUENCE_START; params.nextSec = NULL; P_Iteratep(params.sec, DMU_LINE, findLightSequenceSector, ¶ms); params.sec = params.nextSec; } while(params.sec); count = params.count; } { findlightsequencestartsectorparams_t params; float base; fixed_t index, indexDelta; params.sec = sector; count *= indexStep; index = 0; indexDelta = FixedDiv(64 * FRACUNIT, count * FRACUNIT); base = P_SectorLight(sector); do { if(P_SectorLight(params.sec)) { base = P_SectorLight(params.sec); } P_SpawnPhasedLight(params.sec, base, index >> FRACBITS); index += indexDelta; params.nextSec = NULL; P_Iteratep(params.sec, DMU_LINE, findLightSequenceStartSector, ¶ms); params.sec = params.nextSec; } while(params.sec); } } doomsday-1.14.5/doomsday/plugins/hexen/src/x_api.c0000664000175000017500000002356112350542240021353 0ustar jaakkojaakko/**\file x_api.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API exchange - jHexen specific */ #include #include #include "doomsday.h" #include "jhexen.h" #include "d_netsv.h" #include "d_net.h" #include "fi_lib.h" #include "g_common.h" #include "g_update.h" #include "hu_menu.h" #include "p_mapsetup.h" #include "r_common.h" #include "p_map.h" #include "polyobjs.h" #define GID(v) (toGameId(v)) // The interface to the Doomsday engine. game_export_t gx; // Identifiers given to the games we register during startup. static gameid_t gameIds[NUM_GAME_MODES]; static __inline gameid_t toGameId(int gamemode) { assert(gamemode >= 0 && gamemode < NUM_GAME_MODES); return gameIds[(gamemode_t) gamemode]; } /** * Register the game modes supported by this plugin. */ int G_RegisterGames(int hookType, int param, void* data) { #define CONFIGDIR "hexen" #define STARTUPPK3 PLUGIN_NAMETEXT2 ".pk3" #define LEGACYSAVEGAMENAMEEXP "^(?:hex)[0-9]{1,1}(?:.hxs)" #define LEGACYSAVEGAMESUBFOLDER "hexndata" GameDef const deathkingsDef = { "hexen-dk", CONFIGDIR, "Hexen: Deathkings of the Dark Citadel", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const hexenDef = { "hexen", CONFIGDIR, "Hexen", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const hexenDemoDef = { "hexen-demo", CONFIGDIR, "Hexen 4-map Demo", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const hexenBetaDemoDef = { "hexen-betademo", CONFIGDIR, "Hexen 4-map Beta Demo", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const hexenV10Def = { "hexen-v10", CONFIGDIR, "Hexen v1.0", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; DENG_UNUSED(hookType); DENG_UNUSED(param); DENG_UNUSED(data); /* Hexen (Death Kings) */ gameIds[hexen_deathkings] = DD_DefineGame(&deathkingsDef); DD_AddGameResource(GID(hexen_deathkings), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(hexen_deathkings), RC_PACKAGE, FF_STARTUP, "hexdd.wad", "MAP59;MAP60"); DD_AddGameResource(GID(hexen_deathkings), RC_PACKAGE, FF_STARTUP, "hexen.wad", "MAP08;MAP22;TINTTAB;FOGMAP;TRANTBLA;DARTA1;ARTIPORK;SKYFOG;TALLYTOP;GROVER"); DD_AddGameResource(GID(hexen_deathkings), RC_DEFINITION, 0, "hexen-dk.ded", 0); /* Hexen */ gameIds[hexen] = DD_DefineGame(&hexenDef); DD_AddGameResource(GID(hexen), RC_PACKAGE, FF_STARTUP, "hexen.wad", "MAP08;MAP22;TINTTAB;FOGMAP;TRANTBLA;DARTA1;ARTIPORK;SKYFOG;TALLYTOP;GROVER"); DD_AddGameResource(GID(hexen), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(hexen), RC_DEFINITION, 0, "hexen.ded", 0); /* Hexen (v1.0) */ gameIds[hexen_v10] = DD_DefineGame(&hexenV10Def); DD_AddGameResource(GID(hexen_v10), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(hexen_v10), RC_PACKAGE, FF_STARTUP, "hexen.wad", "MAP08;MAP22;MAP41;TINTTAB;FOGMAP;DARTA1;ARTIPORK;SKYFOG;GROVER"); DD_AddGameResource(GID(hexen_v10), RC_DEFINITION, 0, "hexen-v10.ded", 0); /* Hexen (Demo) */ gameIds[hexen_demo] = DD_DefineGame(&hexenDemoDef); DD_AddGameResource(GID(hexen_demo), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(hexen_demo), RC_PACKAGE, FF_STARTUP, "hexendemo.wad;machexendemo.wad;hexen.wad", "MAP01;MAP04;TINTTAB;FOGMAP;DARTA1;ARTIPORK;DEMO3==18150"); DD_AddGameResource(GID(hexen_demo), RC_DEFINITION, 0, "hexen-demo.ded", 0); /* Hexen (Beta Demo) */ gameIds[hexen_betademo] = DD_DefineGame(&hexenBetaDemoDef); DD_AddGameResource(GID(hexen_betademo), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(hexen_betademo), RC_PACKAGE, FF_STARTUP, "hexendemo.wad;machexendemo.wad;hexenbeta.wad;hexen.wad", "MAP01;MAP04;TINTTAB;FOGMAP;DARTA1;ARTIPORK;AFLYA0;DEMO3==13866"); DD_AddGameResource(GID(hexen_betademo), RC_DEFINITION, 0, "hexen-demo.ded", 0); return true; #undef STARTUPPK3 #undef CONFIGDIR } /** * Called right after the game plugin is selected into use. */ void DP_Load(void) { // We might've been freed from memory, so refresh the game ids. gameIds[hexen_deathkings] = DD_GameIdForKey("hexen-dk"); gameIds[hexen] = DD_GameIdForKey("hexen"); gameIds[hexen_v10] = DD_GameIdForKey("hexen-v10"); gameIds[hexen_demo] = DD_GameIdForKey("hexen-demo"); gameIds[hexen_betademo] = DD_GameIdForKey("hexen-betademo"); Plug_AddHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } /** * Called when the game plugin is freed from memory. */ void DP_Unload(void) { Plug_RemoveHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } void G_PreInit(gameid_t gameId) { /// \todo Refactor me away. { size_t i; for(i = 0; i < NUM_GAME_MODES; ++i) if(gameIds[i] == gameId) { gameMode = (gamemode_t) i; gameModeBits = 1 << gameMode; break; } if(i == NUM_GAME_MODES) Con_Error("Failed gamemode lookup for id %i.", gameId); } X_PreInit(); } /** * Called by the engine to initiate a soft-shutdown request. */ dd_bool G_TryShutdown(void) { G_QuitGame(); return true; } /** * Takes a copy of the engine's entry points and exported data. Returns * a pointer to the structure that contains our entry points and exports. */ game_export_t* GetGameAPI(void) { // Clear all of our exports. memset(&gx, 0, sizeof(gx)); // Fill in the data for the exports. gx.apiSize = sizeof(gx); gx.PreInit = G_PreInit; gx.PostInit = X_PostInit; gx.TryShutdown = G_TryShutdown; gx.Shutdown = X_Shutdown; gx.Ticker = G_Ticker; gx.DrawViewPort = G_DrawViewPort; gx.DrawWindow = X_DrawWindow; gx.FinaleResponder = FI_PrivilegedResponder; gx.PrivilegedResponder = G_PrivilegedResponder; gx.Responder = G_Responder; gx.EndFrame = X_EndFrame; gx.MobjThinker = P_MobjThinker; gx.MobjFriction = (coord_t (*)(void *)) P_MobjGetFriction; gx.MobjCheckPositionXYZ = P_CheckPositionXYZ; gx.MobjTryMoveXYZ = P_TryMoveXYZ; gx.SectorHeightChangeNotification = P_HandleSectorHeightChange; gx.UpdateState = G_UpdateState; gx.GetInteger = X_GetInteger; gx.GetVariable = X_GetVariable; gx.NetServerStart = D_NetServerStarted; gx.NetServerStop = D_NetServerClose; gx.NetConnect = D_NetConnect; gx.NetDisconnect = D_NetDisconnect; gx.NetPlayerEvent = D_NetPlayerEvent; gx.NetWorldEvent = D_NetWorldEvent; gx.HandlePacket = D_HandlePacket; // Data structure sizes. gx.mobjSize = sizeof(mobj_t); gx.polyobjSize = sizeof(Polyobj); gx.FinalizeMapChange = P_FinalizeMapChange; // These really need better names. Ideas? gx.HandleMapDataPropertyValue = P_HandleMapDataPropertyValue; gx.HandleMapObjectStatusReport = P_HandleMapObjectStatusReport; return &gx; } /** * This function is called automatically when the plugin is loaded. * We let the engine know what we'd like to do. */ void DP_Initialize(void) { Plug_AddHook(HOOK_STARTUP, G_RegisterGames); } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ const char* deng_LibraryType(void) { return "deng-plugin/game"; } DENG_DECLARE_API(Base); DENG_DECLARE_API(B); DENG_DECLARE_API(Busy); DENG_DECLARE_API(Client); DENG_DECLARE_API(Con); DENG_DECLARE_API(Def); DENG_DECLARE_API(F); DENG_DECLARE_API(FR); DENG_DECLARE_API(GL); DENG_DECLARE_API(Infine); DENG_DECLARE_API(InternalData); DENG_DECLARE_API(Material); DENG_DECLARE_API(MaterialArchive); DENG_DECLARE_API(Map); DENG_DECLARE_API(MPE); DENG_DECLARE_API(Player); DENG_DECLARE_API(Plug); DENG_DECLARE_API(R); DENG_DECLARE_API(Rend); DENG_DECLARE_API(S); DENG_DECLARE_API(Server); DENG_DECLARE_API(Svg); DENG_DECLARE_API(Thinker); DENG_DECLARE_API(Uri); DENG_DECLARE_API(W); DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_BINDING, B); DENG_GET_API(DE_API_BUSY, Busy); DENG_GET_API(DE_API_CLIENT, Client); DENG_GET_API(DE_API_CONSOLE, Con); DENG_GET_API(DE_API_DEFINITIONS, Def); DENG_GET_API(DE_API_FILE_SYSTEM, F); DENG_GET_API(DE_API_FONT_RENDER, FR); DENG_GET_API(DE_API_GL, GL); DENG_GET_API(DE_API_INFINE, Infine); DENG_GET_API(DE_API_INTERNAL_DATA, InternalData); DENG_GET_API(DE_API_MATERIALS, Material); DENG_GET_API(DE_API_MATERIAL_ARCHIVE, MaterialArchive); DENG_GET_API(DE_API_MAP, Map); DENG_GET_API(DE_API_MAP_EDIT, MPE); DENG_GET_API(DE_API_PLAYER, Player); DENG_GET_API(DE_API_PLUGIN, Plug); DENG_GET_API(DE_API_RESOURCE, R); DENG_GET_API(DE_API_RENDER, Rend); DENG_GET_API(DE_API_SOUND, S); DENG_GET_API(DE_API_SERVER, Server); DENG_GET_API(DE_API_SVG, Svg); DENG_GET_API(DE_API_THINKER, Thinker); DENG_GET_API(DE_API_URI, Uri); DENG_GET_API(DE_API_WAD, W); ) doomsday-1.14.5/doomsday/plugins/hexen/src/p_inter.c0000664000175000017500000022165212350542240021714 0ustar jaakkojaakko/** @file p_inter.c * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "p_inter.h" #include "am_map.h" #include "p_inventory.h" #include "hu_inventory.h" #include "player.h" #include "p_map.h" #include "mobj.h" #include "p_user.h" #include #include #define BONUSADD (6) typedef enum { IT_NONE = -1, IT_HEALTH_VIAL, IT_ARMOR_MESH, IT_ARMOR_SHIELD, IT_ARMOR_HELMET, IT_ARMOR_AMULET, IT_KEY_STEEL, IT_KEY_CAVE, IT_KEY_AXE, IT_KEY_FIRE, IT_KEY_EMERALD, IT_KEY_DUNGEON, IT_KEY_SILVER, IT_KEY_RUSTED, IT_KEY_HORN, IT_KEY_SWAMP, IT_KEY_CASTLE, IT_ITEM_QUARTZFLASK, IT_ITEM_WINGS, IT_ITEM_DEFENDER, IT_ITEM_SERVANT, IT_ITEM_PORKALATOR, IT_ITEM_MYSTICURN, IT_ITEM_AMBITINCANT, IT_ITEM_TORCH, IT_ITEM_CHAOSDEVICE, IT_ITEM_BANISHDEVICE, IT_ITEM_FLETCHETTE, IT_ITEM_BOOTSOFSPEED, IT_ITEM_KRATEROFMIGHT, IT_ITEM_BRACERS, IT_ITEM_REPULSION, IT_PUZZLE_SKULL, IT_PUZZLE_BIGGEM, IT_PUZZLE_REDGEM, IT_PUZZLE_GREENGEM1, IT_PUZZLE_GREENGEM2, IT_PUZZLE_BLUEGEM1, IT_PUZZLE_BLUEGEM2, IT_PUZZLE_BOOK1, IT_PUZZLE_BOOK2, IT_PUZZLE_SKULL2, IT_PUZZLE_FWEAPON, IT_PUZZLE_CWEAPON, IT_PUZZLE_MWEAPON, IT_PUZZLE_GEAR1, IT_PUZZLE_GEAR2, IT_PUZZLE_GEAR3, IT_PUZZLE_GEAR4, IT_MANA_BLUE, IT_MANA_GREEN, IT_MANA_COMBINED, IT_WEAPON_FROSTSHARDS, IT_WEAPON_ARCOFDEATH, IT_WEAPON_AXE, IT_WEAPON_HAMMER, IT_WEAPON_SERPENTSTAFF, IT_WEAPON_FIRESTORM, IT_WEAPON_QUIETUS1, IT_WEAPON_QUIETUS2, IT_WEAPON_QUIETUS3, IT_WEAPON_WRAITHVERGE1, IT_WEAPON_WRAITHVERGE2, IT_WEAPON_WRAITHVERGE3, IT_WEAPON_BLOODSCOURGE1, IT_WEAPON_BLOODSCOURGE2, IT_WEAPON_BLOODSCOURGE3 } itemtype_t; // Item Info Flags: #define IIF_LEAVE_COOP 0x1 // Leave for others in Cooperative games. #define IIF_LEAVE_DEATHMATCH 0x2 // Leave for others in Deathmatch games. typedef struct iteminfo_s { itemtype_t type; short flags; // IIF_* flags. dd_bool (*giveFunc) (player_t*); textenum_t pickupMsg; sfxenum_t pickupSound; } iteminfo_t; static void setDormantItem(mobj_t* mo); static dd_bool pickupHealthVial(player_t* plr); static dd_bool pickupMesh(player_t* plr); static dd_bool pickupShield(player_t* plr); static dd_bool pickupHelmet(player_t* plr); static dd_bool pickupAmulet(player_t* plr); static dd_bool pickupSteelKey(player_t* plr); static dd_bool pickupCaveKey(player_t* plr); static dd_bool pickupAxeKey(player_t* plr); static dd_bool pickupFireKey(player_t* plr); static dd_bool pickupEmeraldKey(player_t* plr); static dd_bool pickupDungeonKey(player_t* plr); static dd_bool pickupSilverKey(player_t* plr); static dd_bool pickupRustedKey(player_t* plr); static dd_bool pickupHornKey(player_t* plr); static dd_bool pickupSwampKey(player_t* plr); static dd_bool pickupCastleKey(player_t* plr); static dd_bool pickupQuartzFlask(player_t* plr); static dd_bool pickupWings(player_t* plr); static dd_bool pickupDefender(player_t* plr); static dd_bool pickupServant(player_t* plr); static dd_bool pickupPorkalator(player_t* plr); static dd_bool pickupMysticUrn(player_t* plr); static dd_bool pickupAmbitIncant(player_t* plr); static dd_bool pickupTorch(player_t* plr); static dd_bool pickupChaosDevice(player_t* plr); static dd_bool pickupBanishDevice(player_t* plr); static dd_bool pickupFletchette(player_t* plr); static dd_bool pickupBootsOfSpeed(player_t* plr); static dd_bool pickupKraterOfMight(player_t* plr); static dd_bool pickupBracers(player_t* plr); static dd_bool pickupRepulsion(player_t* plr); static dd_bool pickupSkull(player_t* plr); static dd_bool pickupBigGem(player_t* plr); static dd_bool pickupRedGem(player_t* plr); static dd_bool pickupGreenGem1(player_t* plr); static dd_bool pickupGreenGem2(player_t* plr); static dd_bool pickupBlueGem1(player_t* plr); static dd_bool pickupBlueGem2(player_t* plr); static dd_bool pickupBook1(player_t* plr); static dd_bool pickupBook2(player_t* plr); static dd_bool pickupSkull2(player_t* plr); static dd_bool pickupFWeapon(player_t* plr); static dd_bool pickupCWeapon(player_t* plr); static dd_bool pickupMWeapon(player_t* plr); static dd_bool pickupGear1(player_t* plr); static dd_bool pickupGear2(player_t* plr); static dd_bool pickupGear3(player_t* plr); static dd_bool pickupGear4(player_t* plr); static dd_bool pickupBlueMana(player_t* plr); static dd_bool pickupGreenMana(player_t* plr); static dd_bool pickupCombinedMana(player_t* plr); static dd_bool pickupFrostShards(player_t* plr); static dd_bool pickupArcOfDeath(player_t* plr); static dd_bool pickupAxe(player_t* plr); static dd_bool pickupHammer(player_t* plr); static dd_bool pickupSerpentStaff(player_t* plr); static dd_bool pickupFireStorm(player_t* plr); static dd_bool pickupQuietus1(player_t* plr); static dd_bool pickupQuietus2(player_t* plr); static dd_bool pickupQuietus3(player_t* plr); static dd_bool pickupWraithVerge1(player_t* plr); static dd_bool pickupWraithVerge2(player_t* plr); static dd_bool pickupWraithVerge3(player_t* plr); static dd_bool pickupBloodScourge1(player_t* plr); static dd_bool pickupBloodScourge2(player_t* plr); static dd_bool pickupBloodScourge3(player_t* plr); int TextKeyMessages[] = { TXT_TXT_KEY_STEEL, TXT_TXT_KEY_CAVE, TXT_TXT_KEY_AXE, TXT_TXT_KEY_FIRE, TXT_TXT_KEY_EMERALD, TXT_TXT_KEY_DUNGEON, TXT_TXT_KEY_SILVER, TXT_TXT_KEY_RUSTED, TXT_TXT_KEY_HORN, TXT_TXT_KEY_SWAMP, TXT_TXT_KEY_CASTLE }; // Index using itemtype_t - 1; static const iteminfo_t items[] = { { IT_HEALTH_VIAL, 0, pickupHealthVial, TXT_TXT_ITEMHEALTH, SFX_PICKUP_PUZZ }, { IT_ARMOR_MESH, 0, pickupMesh, TXT_TXT_ARMOR1, SFX_PICKUP_PUZZ }, { IT_ARMOR_SHIELD, 0, pickupShield, TXT_TXT_ARMOR2, SFX_PICKUP_PUZZ }, { IT_ARMOR_HELMET, 0, pickupHelmet, TXT_TXT_ARMOR3, SFX_PICKUP_PUZZ }, { IT_ARMOR_AMULET, 0, pickupAmulet, TXT_TXT_ARMOR4, SFX_PICKUP_PUZZ }, { IT_KEY_STEEL, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupSteelKey, TXT_TXT_KEY_STEEL, SFX_PICKUP_KEY }, { IT_KEY_CAVE, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupCaveKey, TXT_TXT_KEY_CAVE, SFX_PICKUP_KEY }, { IT_KEY_AXE, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupAxeKey, TXT_TXT_KEY_AXE, SFX_PICKUP_KEY }, { IT_KEY_FIRE, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupFireKey, TXT_TXT_KEY_FIRE, SFX_PICKUP_KEY }, { IT_KEY_EMERALD, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupEmeraldKey, TXT_TXT_KEY_EMERALD, SFX_PICKUP_KEY }, { IT_KEY_DUNGEON, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupDungeonKey, TXT_TXT_KEY_DUNGEON, SFX_PICKUP_KEY }, { IT_KEY_SILVER, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupSilverKey, TXT_TXT_KEY_SILVER, SFX_PICKUP_KEY }, { IT_KEY_RUSTED, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupRustedKey, TXT_TXT_KEY_RUSTED, SFX_PICKUP_KEY }, { IT_KEY_HORN, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupHornKey, TXT_TXT_KEY_HORN, SFX_PICKUP_KEY }, { IT_KEY_SWAMP, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupSwampKey, TXT_TXT_KEY_SWAMP, SFX_PICKUP_KEY }, { IT_KEY_CASTLE, IIF_LEAVE_COOP | IIF_LEAVE_DEATHMATCH, pickupCastleKey, TXT_TXT_KEY_CASTLE, SFX_PICKUP_KEY }, { IT_ITEM_QUARTZFLASK, 0, pickupQuartzFlask, TXT_TXT_INV_HEALTH, SFX_PICKUP_ITEM }, { IT_ITEM_WINGS, 0, pickupWings, TXT_TXT_INV_FLY, SFX_PICKUP_ITEM }, { IT_ITEM_DEFENDER, 0, pickupDefender, TXT_TXT_INV_INVULNERABILITY, SFX_PICKUP_ITEM }, { IT_ITEM_SERVANT, 0, pickupServant, TXT_TXT_INV_SUMMON, SFX_PICKUP_ITEM }, { IT_ITEM_PORKALATOR, 0, pickupPorkalator, TXT_TXT_INV_EGG, SFX_PICKUP_ITEM }, { IT_ITEM_MYSTICURN, 0, pickupMysticUrn, TXT_TXT_INV_SUPERHEALTH, SFX_PICKUP_ITEM }, { IT_ITEM_AMBITINCANT, 0, pickupAmbitIncant, TXT_TXT_INV_HEALINGRADIUS, SFX_PICKUP_ITEM }, { IT_ITEM_TORCH, 0, pickupTorch, TXT_TXT_INV_TORCH, SFX_PICKUP_ITEM }, { IT_ITEM_CHAOSDEVICE, 0, pickupChaosDevice, TXT_TXT_INV_TELEPORT, SFX_PICKUP_ITEM }, { IT_ITEM_BANISHDEVICE, 0, pickupBanishDevice, TXT_TXT_INV_TELEPORTOTHER, SFX_PICKUP_ITEM }, { IT_ITEM_FLETCHETTE, 0, pickupFletchette, TXT_TXT_INV_POISONBAG, SFX_PICKUP_ITEM }, { IT_ITEM_BOOTSOFSPEED, 0, pickupBootsOfSpeed, TXT_TXT_INV_SPEED, SFX_PICKUP_ITEM }, { IT_ITEM_KRATEROFMIGHT, 0, pickupKraterOfMight, TXT_TXT_INV_BOOSTMANA, SFX_PICKUP_ITEM }, { IT_ITEM_BRACERS, 0, pickupBracers, TXT_TXT_INV_BOOSTARMOR, SFX_PICKUP_ITEM }, { IT_ITEM_REPULSION, 0, pickupRepulsion, TXT_TXT_INV_BLASTRADIUS, SFX_PICKUP_ITEM }, { IT_PUZZLE_SKULL, IIF_LEAVE_COOP, pickupSkull, TXT_TXT_INV_PUZZSKULL, SFX_PICKUP_PUZZ }, { IT_PUZZLE_BIGGEM, IIF_LEAVE_COOP, pickupBigGem, TXT_TXT_INV_PUZZGEMBIG, SFX_PICKUP_PUZZ }, { IT_PUZZLE_REDGEM, IIF_LEAVE_COOP, pickupRedGem, TXT_TXT_INV_PUZZGEMRED, SFX_PICKUP_PUZZ }, { IT_PUZZLE_GREENGEM1, IIF_LEAVE_COOP, pickupGreenGem1, TXT_TXT_INV_PUZZGEMGREEN1, SFX_PICKUP_PUZZ }, { IT_PUZZLE_GREENGEM2, IIF_LEAVE_COOP, pickupGreenGem2, TXT_TXT_INV_PUZZGEMGREEN2, SFX_PICKUP_PUZZ }, { IT_PUZZLE_BLUEGEM1, IIF_LEAVE_COOP, pickupBlueGem1, TXT_TXT_INV_PUZZGEMBLUE1, SFX_PICKUP_PUZZ }, { IT_PUZZLE_BLUEGEM2, IIF_LEAVE_COOP, pickupBlueGem2, TXT_TXT_INV_PUZZGEMBLUE2, SFX_PICKUP_PUZZ }, { IT_PUZZLE_BOOK1, IIF_LEAVE_COOP, pickupBook1, TXT_TXT_INV_PUZZBOOK1, SFX_PICKUP_PUZZ }, { IT_PUZZLE_BOOK2, IIF_LEAVE_COOP, pickupBook2, TXT_TXT_INV_PUZZBOOK2, SFX_PICKUP_PUZZ }, { IT_PUZZLE_SKULL2, IIF_LEAVE_COOP, pickupSkull2, TXT_TXT_INV_PUZZSKULL2, SFX_PICKUP_PUZZ }, { IT_PUZZLE_FWEAPON, IIF_LEAVE_COOP, pickupFWeapon, TXT_TXT_INV_PUZZFWEAPON, SFX_PICKUP_PUZZ }, { IT_PUZZLE_CWEAPON, IIF_LEAVE_COOP, pickupCWeapon, TXT_TXT_INV_PUZZCWEAPON, SFX_PICKUP_PUZZ }, { IT_PUZZLE_MWEAPON, IIF_LEAVE_COOP, pickupMWeapon, TXT_TXT_INV_PUZZMWEAPON, SFX_PICKUP_PUZZ }, { IT_PUZZLE_GEAR1, IIF_LEAVE_COOP, pickupGear1, TXT_TXT_INV_PUZZGEAR1, SFX_PICKUP_PUZZ }, { IT_PUZZLE_GEAR2, IIF_LEAVE_COOP, pickupGear2, TXT_TXT_INV_PUZZGEAR2, SFX_PICKUP_PUZZ }, { IT_PUZZLE_GEAR3, IIF_LEAVE_COOP, pickupGear3, TXT_TXT_INV_PUZZGEAR3, SFX_PICKUP_PUZZ }, { IT_PUZZLE_GEAR4, IIF_LEAVE_COOP, pickupGear4, TXT_TXT_INV_PUZZGEAR4, SFX_PICKUP_PUZZ }, { IT_MANA_BLUE, 0, pickupBlueMana, TXT_TXT_MANA_1, SFX_PICKUP_PUZZ }, { IT_MANA_GREEN, 0, pickupGreenMana, TXT_TXT_MANA_2, SFX_PICKUP_PUZZ }, { IT_MANA_COMBINED, 0, pickupCombinedMana, TXT_TXT_MANA_BOTH, SFX_PICKUP_PUZZ }, { IT_WEAPON_FROSTSHARDS, IIF_LEAVE_COOP, pickupFrostShards, TXT_TXT_WEAPON_M2, SFX_PICKUP_WEAPON }, { IT_WEAPON_ARCOFDEATH, IIF_LEAVE_COOP, pickupArcOfDeath, TXT_TXT_WEAPON_M3, SFX_PICKUP_WEAPON }, { IT_WEAPON_AXE, IIF_LEAVE_COOP, pickupAxe, TXT_TXT_WEAPON_F2, SFX_PICKUP_WEAPON }, { IT_WEAPON_HAMMER, IIF_LEAVE_COOP, pickupHammer, TXT_TXT_WEAPON_F3, SFX_PICKUP_WEAPON }, { IT_WEAPON_SERPENTSTAFF, IIF_LEAVE_COOP, pickupSerpentStaff, TXT_TXT_WEAPON_C2, SFX_PICKUP_WEAPON }, { IT_WEAPON_FIRESTORM, IIF_LEAVE_COOP, pickupFireStorm, TXT_TXT_WEAPON_C3, SFX_PICKUP_WEAPON }, { IT_WEAPON_QUIETUS1, IIF_LEAVE_COOP, pickupQuietus1, TXT_TXT_QUIETUS_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_QUIETUS2, IIF_LEAVE_COOP, pickupQuietus2, TXT_TXT_QUIETUS_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_QUIETUS3, IIF_LEAVE_COOP, pickupQuietus3, TXT_TXT_QUIETUS_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_WRAITHVERGE1, IIF_LEAVE_COOP, pickupWraithVerge1, TXT_TXT_WRAITHVERGE_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_WRAITHVERGE2, IIF_LEAVE_COOP, pickupWraithVerge2, TXT_TXT_WRAITHVERGE_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_WRAITHVERGE3, IIF_LEAVE_COOP, pickupWraithVerge3, TXT_TXT_WRAITHVERGE_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_BLOODSCOURGE1, IIF_LEAVE_COOP, pickupBloodScourge1, TXT_TXT_BLOODSCOURGE_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_BLOODSCOURGE2, IIF_LEAVE_COOP, pickupBloodScourge2, TXT_TXT_BLOODSCOURGE_PIECE, SFX_PICKUP_WEAPON }, { IT_WEAPON_BLOODSCOURGE3, IIF_LEAVE_COOP, pickupBloodScourge3, TXT_TXT_BLOODSCOURGE_PIECE, SFX_PICKUP_WEAPON } }; void P_HideSpecialThing(mobj_t *thing) { thing->flags &= ~MF_SPECIAL; thing->flags2 |= MF2_DONTDRAW; P_MobjChangeState(thing, S_HIDESPECIAL1); } static dd_bool giveOneAmmo(player_t *plr, ammotype_t ammoType, int numRounds) { int oldAmmo; DENG_ASSERT(plr != 0); DENG_ASSERT(ammoType >= AT_FIRST && ammoType < NUM_AMMO_TYPES); // Giving the special 'unlimited ammo' type always succeeds. if(ammoType == AT_NOAMMO) return true; // Already fully stocked? if(plr->ammo[ammoType].owned >= MAX_MANA) return false; oldAmmo = plr->ammo[ammoType].owned; if(numRounds == 0) { return false; } else if(numRounds < 0) { // Fully replenish. numRounds = MAX_MANA; } // Give extra rounds at easy/nightmare skill levels. if(G_Ruleset_Skill() == SM_BABY || G_Ruleset_Skill() == SM_NIGHTMARE) { numRounds += numRounds / 2; } // Given the new ammo the player may want to change weapon automatically. P_MaybeChangeWeapon(plr, WT_NOCHANGE, ammoType, false); // Restock the player. plr->ammo[ammoType].owned = MIN_OF(MAX_MANA, plr->ammo[ammoType].owned + numRounds); plr->update |= PSF_AMMO; /// @todo fixme: This shouldn't be actioned from here. if(plr->class_ == PCLASS_FIGHTER && plr->readyWeapon == WT_SECOND && ammoType == AT_BLUEMANA && oldAmmo <= 0) { P_SetPsprite(plr, ps_weapon, S_FAXEREADY_G); } // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_AMMO); return true; } dd_bool P_GiveAmmo(player_t *plr, ammotype_t ammoType, int numRounds) { int gaveAmmos = 0; if(ammoType == NUM_AMMO_TYPES) { // Give all ammos. int i = 0; for(i = 0; i < NUM_AMMO_TYPES; ++i) { gaveAmmos |= (int)giveOneAmmo(plr, (ammotype_t) i, numRounds) << i; } } else { // Give a single ammo. gaveAmmos |= (int)giveOneAmmo(plr, ammoType, numRounds) << (int)ammoType; } return gaveAmmos != 0; } static dd_bool giveOneWeapon(player_t *plr, weapontype_t weaponType, playerclass_t matchClass) { ammotype_t ammoType = (weaponType == WT_SECOND)? AT_BLUEMANA : AT_GREENMANA; dd_bool gaveWeapon = false, gaveAmmo = false; DENG_ASSERT(plr != 0); DENG_ASSERT(weaponType >= WT_FIRST && weaponType < NUM_WEAPON_TYPES); if(plr->class_ != matchClass) { return P_GiveAmmo(plr, ammoType, 25); } // Always attempt to give mana unless this a cooperative game and the // player already has this weapon piece. if(!(IS_NETGAME && !G_Ruleset_Deathmatch() && plr->weapons[weaponType].owned)) { if(P_GiveAmmo(plr, ammoType, 25)) { gaveAmmo = true; } } if(!plr->weapons[weaponType].owned) { gaveWeapon = true; plr->weapons[weaponType].owned = true; plr->update |= PSF_OWNED_WEAPONS; // Given the new weapon the player may want to change automatically. P_MaybeChangeWeapon(plr, weaponType, AT_NOAMMO, false /*don't force*/); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_WEAPON); } return (gaveWeapon || gaveAmmo); } dd_bool P_GiveWeapon2(player_t *plr, weapontype_t weaponType, playerclass_t matchClass) { int gaveWeapons = 0; if(weaponType == NUM_WEAPON_TYPES) { // Give all weapons. int i = 0; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { gaveWeapons |= (int)giveOneWeapon(plr, (weapontype_t) i, matchClass) << i; } } else { // Give a single weapon. gaveWeapons |= (int)giveOneWeapon(plr, weaponType, matchClass) << (int)weaponType; } // Leave placed weapons forever on net games. if(IS_NETGAME && !G_Ruleset_Deathmatch()) return false; return gaveWeapons != 0; } dd_bool P_GiveWeapon(player_t *plr, weapontype_t weaponType) { DENG_ASSERT(plr != 0); return P_GiveWeapon2(plr, weaponType, plr->class_); } dd_bool P_GiveWeaponPiece2(player_t *plr, int pieceValue, playerclass_t matchClass) { dd_bool gaveAmmo = false; if(plr->class_ != matchClass) { // Can't pick up wrong-class weapons in coop netplay. if(IS_NETGAME && !G_Ruleset_Deathmatch()) return false; return P_GiveAmmo(plr, AT_BLUEMANA, 20) | P_GiveAmmo(plr, AT_GREENMANA, 20); } // Always attempt to give mana unless this a cooperative game and the // player already has this weapon piece. if(!((plr->pieces & pieceValue) && IS_NETGAME && !G_Ruleset_Deathmatch())) { gaveAmmo = P_GiveAmmo(plr, AT_BLUEMANA, 20) || P_GiveAmmo(plr, AT_GREENMANA, 20); } if(plr->pieces & pieceValue) { // Already has the piece. if(IS_NETGAME && !G_Ruleset_Deathmatch()) // Cooperative net-game. return false; // Deathmatch or single player. if(!gaveAmmo) // Didn't need the mana, so don't pick it up. return false; } // Check if fourth weapon assembled. if(IS_NETGAME && !G_Ruleset_Deathmatch()) // Cooperative net-game. { static int pieceValueTrans[] = { 0, // 0: never WPIECE1 | WPIECE2 | WPIECE3, // WPIECE1 (1) WPIECE2 | WPIECE3, // WPIECE2 (2) 0, // 3: never WPIECE3 // WPIECE3 (4) }; pieceValue = pieceValueTrans[pieceValue]; } if(!(plr->pieces & pieceValue)) { plr->pieces |= pieceValue; if(plr->pieces == (WPIECE1 | WPIECE2 | WPIECE3)) { plr->weapons[WT_FOURTH].owned = true; plr->pendingWeapon = WT_FOURTH; plr->update |= PSF_WEAPONS | PSF_OWNED_WEAPONS; // Should we change weapon automatically? P_MaybeChangeWeapon(plr, WT_FOURTH, AT_NOAMMO, false); } // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_WEAPON); } return true; } dd_bool P_GiveWeaponPiece(player_t *plr, int pieceValue) { DENG_ASSERT(plr != 0); return P_GiveWeaponPiece2(plr, pieceValue, plr->class_); } static int maxPlayerHealth(dd_bool morphed) { return morphed? MAXMORPHHEALTH : maxHealth; } dd_bool P_GiveHealth(player_t *player, int amount) { int healthLimit = maxPlayerHealth(player->morphTics != 0); // Already at capacity? if(player->health >= healthLimit) return false; if(amount < 0) { // Fully replenish. amount = healthLimit; } player->health = player->plr->mo->health = MIN_OF(player->health + amount, healthLimit); player->update |= PSF_HEALTH; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_HEALTH); return true; } static dd_bool giveOneArmor(player_t *plr, armortype_t armorType) { int points; DENG_ASSERT(plr != 0); DENG_ASSERT(armorType >= ARMOR_FIRST && armorType < NUMARMOR); points = PCLASS_INFO(plr->class_)->armorIncrement[armorType]; if(plr->armorPoints[armorType] >= points) return false; P_PlayerGiveArmorBonus(plr, armorType, points - plr->armorPoints[armorType]); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_ARMOR); return true; } dd_bool P_GiveArmor(player_t *plr, armortype_t armorType) { int gaveArmors = 0; if(armorType == NUMARMOR) { // Give all armors. int i = 0; for(i = 0; i < NUMARMOR; ++i) { gaveArmors |= (int)giveOneArmor(plr, (armortype_t) i) << i; } } else { // Give a single armor. gaveArmors |= (int)giveOneArmor(plr, armorType) << (int)armorType; } return gaveArmors != 0; } dd_bool P_GiveArmorAlt(player_t *plr, armortype_t armorType, int amount) { int hits, totalArmor; hits = amount * 5 * FRACUNIT; totalArmor = plr->armorPoints[ARMOR_ARMOR] + plr->armorPoints[ARMOR_SHIELD] + plr->armorPoints[ARMOR_HELMET] + plr->armorPoints[ARMOR_AMULET] + PCLASS_INFO(plr->class_)->autoArmorSave; if(totalArmor >= PCLASS_INFO(plr->class_)->maxArmor * 5 * FRACUNIT) { return false; } plr->armorPoints[armorType] += hits; plr->update |= PSF_ARMOR; // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_ARMOR); return true; } static dd_bool giveOneKey(player_t *plr, keytype_t keyType) { DENG_ASSERT(plr != 0); DENG_ASSERT(keyType >= KT_FIRST && keyType < NUM_KEY_TYPES); // Already owned? if(plr->keys & (1 << keyType)) return false; plr->keys |= 1 << keyType; plr->bonusCount += BONUSADD; plr->update |= PSF_KEYS; // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_KEY); return true; } dd_bool P_GiveKey(player_t *plr, keytype_t keyType) { int gaveKeys = 0; if(keyType == NUM_KEY_TYPES) { // Give all keys. int i = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { gaveKeys |= (int)giveOneKey(plr, (keytype_t) i) << i; } } else { // Give a single key. gaveKeys |= (int)giveOneKey(plr, keyType) << (int)keyType; } return gaveKeys != 0; } dd_bool P_GivePower(player_t *plr, powertype_t power) { dd_bool retval = false; plr->update |= PSF_POWERS; switch(power) { case PT_INVULNERABILITY: if(!(plr->powers[power] > BLINKTHRESHOLD)) { plr->powers[power] = INVULNTICS; plr->plr->mo->flags2 |= MF2_INVULNERABLE; if(plr->class_ == PCLASS_MAGE) { plr->plr->mo->flags2 |= MF2_REFLECTIVE; } retval = true; } break; case PT_FLIGHT: if(!(plr->powers[power] > BLINKTHRESHOLD)) { plr->powers[power] = FLIGHTTICS; plr->plr->mo->flags2 |= MF2_FLY; plr->plr->mo->flags |= MF_NOGRAVITY; if(plr->plr->mo->origin[VZ] <= plr->plr->mo->floorZ) { plr->flyHeight = 10; // Thrust the plr in the air a bit. plr->plr->flags |= DDPF_FIXMOM; } retval = true; } break; case PT_INFRARED: if(!(plr->powers[power] > BLINKTHRESHOLD)) { plr->powers[power] = INFRATICS; retval = true; } break; case PT_SPEED: if(!(plr->powers[power] > BLINKTHRESHOLD)) { plr->powers[power] = SPEEDTICS; retval = true; } break; case PT_MINOTAUR: // Doesn't matter if already have power, renew ticker. plr->powers[power] = MAULATORTICS; retval = true; break; default: if(!(plr->powers[power])) { plr->powers[power] = 1; retval = true; } break; } if(retval) { // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_POWER); } return retval; } dd_bool P_GiveItem(player_t *plr, inventoryitemtype_t item) { if(plr) return P_InventoryGive(plr - players, item, false); return false; } /** * Removes the MF_SPECIAL flag and initiates the item pickup animation. */ static void setDormantItem(mobj_t *mo) { mo->flags &= ~MF_SPECIAL; if(G_Ruleset_Deathmatch() && !(mo->flags2 & MF2_DROPPED)) { if(mo->type == MT_ARTIINVULNERABILITY) { P_MobjChangeState(mo, S_DORMANTARTI3_1); } else if(mo->type == MT_SUMMONMAULATOR || mo->type == MT_ARTIFLY) { P_MobjChangeState(mo, S_DORMANTARTI2_1); } else { P_MobjChangeState(mo, S_DORMANTARTI1_1); } } else { // Don't respawn. P_MobjChangeState(mo, S_DEADARTI1); } } void C_DECL A_RestoreArtifact(mobj_t* mo) { mo->flags |= MF_SPECIAL; P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN)); S_StartSound(SFX_RESPAWN, mo); } /** * Make a special thing visible again. */ void C_DECL A_RestoreSpecialThing1(mobj_t* thing) { thing->flags2 &= ~MF2_DONTDRAW; S_StartSound(SFX_RESPAWN, thing); } void C_DECL A_RestoreSpecialThing2(mobj_t* thing) { thing->flags |= MF_SPECIAL; P_MobjChangeState(thing, P_GetState(thing->type, SN_SPAWN)); } static itemtype_t getItemTypeBySprite(spritetype_e sprite) { static const struct item_s { itemtype_t type; spritetype_e sprite; } items[] = { { IT_HEALTH_VIAL, SPR_PTN1 }, { IT_ARMOR_MESH, SPR_ARM1 }, { IT_ARMOR_SHIELD, SPR_ARM2 }, { IT_ARMOR_HELMET, SPR_ARM3 }, { IT_ARMOR_AMULET, SPR_ARM4 }, { IT_KEY_STEEL, SPR_KEY1 }, { IT_KEY_CAVE, SPR_KEY2 }, { IT_KEY_AXE, SPR_KEY3 }, { IT_KEY_FIRE, SPR_KEY4 }, { IT_KEY_EMERALD, SPR_KEY5 }, { IT_KEY_DUNGEON, SPR_KEY6 }, { IT_KEY_SILVER, SPR_KEY7 }, { IT_KEY_RUSTED, SPR_KEY8 }, { IT_KEY_HORN, SPR_KEY9 }, { IT_KEY_SWAMP, SPR_KEYA }, { IT_KEY_CASTLE, SPR_KEYB }, { IT_ITEM_QUARTZFLASK, SPR_PTN2 }, { IT_ITEM_WINGS, SPR_SOAR }, { IT_ITEM_DEFENDER, SPR_INVU }, { IT_ITEM_SERVANT, SPR_SUMN }, { IT_ITEM_PORKALATOR, SPR_PORK }, { IT_ITEM_MYSTICURN, SPR_SPHL }, { IT_ITEM_AMBITINCANT, SPR_HRAD }, { IT_ITEM_TORCH, SPR_TRCH }, { IT_ITEM_CHAOSDEVICE, SPR_ATLP }, { IT_ITEM_BANISHDEVICE, SPR_TELO }, { IT_ITEM_FLETCHETTE, SPR_PSBG }, { IT_ITEM_BOOTSOFSPEED, SPR_SPED }, { IT_ITEM_KRATEROFMIGHT, SPR_BMAN }, { IT_ITEM_BRACERS, SPR_BRAC }, { IT_ITEM_REPULSION, SPR_BLST }, { IT_PUZZLE_SKULL, SPR_ASKU }, { IT_PUZZLE_BIGGEM, SPR_ABGM }, { IT_PUZZLE_REDGEM, SPR_AGMR }, { IT_PUZZLE_GREENGEM1, SPR_AGMG }, { IT_PUZZLE_GREENGEM2, SPR_AGG2 }, { IT_PUZZLE_BLUEGEM1, SPR_AGMB }, { IT_PUZZLE_BLUEGEM2, SPR_AGB2 }, { IT_PUZZLE_BOOK1, SPR_ABK1 }, { IT_PUZZLE_BOOK2, SPR_ABK2 }, { IT_PUZZLE_SKULL2, SPR_ASK2 }, { IT_PUZZLE_FWEAPON, SPR_AFWP }, { IT_PUZZLE_CWEAPON, SPR_ACWP }, { IT_PUZZLE_MWEAPON, SPR_AMWP }, { IT_PUZZLE_GEAR1, SPR_AGER }, { IT_PUZZLE_GEAR2, SPR_AGR2 }, { IT_PUZZLE_GEAR3, SPR_AGR3 }, { IT_PUZZLE_GEAR4, SPR_AGR4 }, { IT_MANA_BLUE, SPR_MAN1 }, { IT_MANA_GREEN, SPR_MAN2 }, { IT_MANA_COMBINED, SPR_MAN3 }, { IT_WEAPON_FROSTSHARDS, SPR_WMCS }, { IT_WEAPON_ARCOFDEATH, SPR_WMLG }, { IT_WEAPON_AXE, SPR_WFAX }, { IT_WEAPON_HAMMER, SPR_WFHM }, { IT_WEAPON_SERPENTSTAFF, SPR_WCSS }, { IT_WEAPON_FIRESTORM, SPR_WCFM }, { IT_WEAPON_QUIETUS1, SPR_WFR1 }, { IT_WEAPON_QUIETUS2, SPR_WFR2 }, { IT_WEAPON_QUIETUS3, SPR_WFR3 }, { IT_WEAPON_WRAITHVERGE1, SPR_WCH1 }, { IT_WEAPON_WRAITHVERGE2, SPR_WCH2 }, { IT_WEAPON_WRAITHVERGE3, SPR_WCH3 }, { IT_WEAPON_BLOODSCOURGE1, SPR_WMS1 }, { IT_WEAPON_BLOODSCOURGE2, SPR_WMS2 }, { IT_WEAPON_BLOODSCOURGE3, SPR_WMS3 }, { IT_NONE, 0 } }; uint i; for(i = 0; items[i].type != IT_NONE; ++i) if(items[i].sprite == sprite) return items[i].type; return IT_NONE; } static dd_bool pickupHealthVial(player_t *plr) { return P_GiveHealth(plr, 10); } static dd_bool pickupMesh(player_t *plr) { return P_GiveArmor(plr, ARMOR_ARMOR); } static dd_bool pickupShield(player_t *plr) { return P_GiveArmor(plr, ARMOR_SHIELD); } static dd_bool pickupHelmet(player_t *plr) { return P_GiveArmor(plr, ARMOR_HELMET); } static dd_bool pickupAmulet(player_t *plr) { return P_GiveArmor(plr, ARMOR_AMULET); } static dd_bool pickupSteelKey(player_t *plr) { return P_GiveKey(plr, KT_KEY1); } static dd_bool pickupCaveKey(player_t *plr) { return P_GiveKey(plr, KT_KEY2); } static dd_bool pickupAxeKey(player_t *plr) { return P_GiveKey(plr, KT_KEY3); } static dd_bool pickupFireKey(player_t *plr) { return P_GiveKey(plr, KT_KEY4); } static dd_bool pickupEmeraldKey(player_t *plr) { return P_GiveKey(plr, KT_KEY5); } static dd_bool pickupDungeonKey(player_t *plr) { return P_GiveKey(plr, KT_KEY6); } static dd_bool pickupSilverKey(player_t *plr) { return P_GiveKey(plr, KT_KEY7); } static dd_bool pickupRustedKey(player_t *plr) { return P_GiveKey(plr, KT_KEY8); } static dd_bool pickupHornKey(player_t *plr) { return P_GiveKey(plr, KT_KEY9); } static dd_bool pickupSwampKey(player_t *plr) { return P_GiveKey(plr, KT_KEYA); } static dd_bool pickupCastleKey(player_t *plr) { return P_GiveKey(plr, KT_KEYB); } static dd_bool pickupQuartzFlask(player_t *plr) { return P_GiveItem(plr, IIT_HEALTH); } static dd_bool pickupWings(player_t *plr) { return P_GiveItem(plr, IIT_FLY); } static dd_bool pickupDefender(player_t *plr) { return P_GiveItem(plr, IIT_INVULNERABILITY); } static dd_bool pickupServant(player_t *plr) { return P_GiveItem(plr, IIT_SUMMON); } static dd_bool pickupPorkalator(player_t *plr) { return P_GiveItem(plr, IIT_EGG); } static dd_bool pickupMysticUrn(player_t *plr) { return P_GiveItem(plr, IIT_SUPERHEALTH); } static dd_bool pickupAmbitIncant(player_t *plr) { return P_GiveItem(plr, IIT_HEALINGRADIUS); } static dd_bool pickupTorch(player_t *plr) { return P_GiveItem(plr, IIT_TORCH); } static dd_bool pickupChaosDevice(player_t *plr) { return P_GiveItem(plr, IIT_TELEPORT); } static dd_bool pickupBanishDevice(player_t *plr) { return P_GiveItem(plr, IIT_TELEPORTOTHER); } static dd_bool pickupFletchette(player_t *plr) { return P_GiveItem(plr, IIT_POISONBAG); } static dd_bool pickupBootsOfSpeed(player_t *plr) { return P_GiveItem(plr, IIT_SPEED); } static dd_bool pickupKraterOfMight(player_t *plr) { return P_GiveItem(plr, IIT_BOOSTMANA); } static dd_bool pickupBracers(player_t *plr) { return P_GiveItem(plr, IIT_BOOSTARMOR); } static dd_bool pickupRepulsion(player_t *plr) { return P_GiveItem(plr, IIT_BLASTRADIUS); } static dd_bool pickupSkull(player_t *plr) { return P_GiveItem(plr, IIT_PUZZSKULL); } static dd_bool pickupBigGem(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEMBIG); } static dd_bool pickupRedGem(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEMRED); } static dd_bool pickupGreenGem1(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEMGREEN1); } static dd_bool pickupGreenGem2(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEMGREEN2); } static dd_bool pickupBlueGem1(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEMBLUE1); } static dd_bool pickupBlueGem2(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEMBLUE2); } static dd_bool pickupBook1(player_t *plr) { return P_GiveItem(plr, IIT_PUZZBOOK1); } static dd_bool pickupBook2(player_t *plr) { return P_GiveItem(plr, IIT_PUZZBOOK2); } static dd_bool pickupSkull2(player_t *plr) { return P_GiveItem(plr, IIT_PUZZSKULL2); } static dd_bool pickupFWeapon(player_t *plr) { return P_GiveItem(plr, IIT_PUZZFWEAPON); } static dd_bool pickupCWeapon(player_t *plr) { return P_GiveItem(plr, IIT_PUZZCWEAPON); } static dd_bool pickupMWeapon(player_t *plr) { return P_GiveItem(plr, IIT_PUZZMWEAPON); } static dd_bool pickupGear1(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEAR1); } static dd_bool pickupGear2(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEAR2); } static dd_bool pickupGear3(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEAR3); } static dd_bool pickupGear4(player_t *plr) { return P_GiveItem(plr, IIT_PUZZGEAR4); } static dd_bool pickupBlueMana(player_t *plr) { return P_GiveAmmo(plr, AT_BLUEMANA, 15); } static dd_bool pickupGreenMana(player_t *plr) { return P_GiveAmmo(plr, AT_GREENMANA, 15); } static dd_bool pickupCombinedMana(player_t *plr) { if(!P_GiveAmmo(plr, AT_BLUEMANA, 20)) { if(!P_GiveAmmo(plr, AT_GREENMANA, 20)) return false; } else { P_GiveAmmo(plr, AT_GREENMANA, 20); } return true; } static dd_bool pickupWeapon(player_t *plr, weapontype_t weaponType, playerclass_t matchClass) { DENG_ASSERT(plr != 0); DENG_ASSERT(weaponType >= WT_FIRST && weaponType < NUM_WEAPON_TYPES); // Depending on the game rules the player should ignore the weapon. if(plr->class_ != matchClass) { // Leave placed weapons forever on net games. if(IS_NETGAME && !G_Ruleset_Deathmatch()) return false; } // Attempt the pickup. return P_GiveWeapon2(plr, weaponType, matchClass); } static dd_bool pickupFrostShards(player_t *plr) { return pickupWeapon(plr, WT_SECOND, PCLASS_MAGE); } static dd_bool pickupArcOfDeath(player_t *plr) { return pickupWeapon(plr, WT_THIRD, PCLASS_MAGE); } static dd_bool pickupAxe(player_t *plr) { return pickupWeapon(plr, WT_SECOND, PCLASS_FIGHTER); } static dd_bool pickupHammer(player_t *plr) { return pickupWeapon(plr, WT_THIRD, PCLASS_FIGHTER); } static dd_bool pickupSerpentStaff(player_t *plr) { return pickupWeapon(plr, WT_SECOND, PCLASS_CLERIC); } static dd_bool pickupFireStorm(player_t *plr) { return pickupWeapon(plr, WT_THIRD, PCLASS_CLERIC); } static dd_bool pickupQuietus1(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE1, PCLASS_FIGHTER); } static dd_bool pickupQuietus2(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE2, PCLASS_FIGHTER); } static dd_bool pickupQuietus3(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE3, PCLASS_FIGHTER); } static dd_bool pickupWraithVerge1(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE1, PCLASS_CLERIC); } static dd_bool pickupWraithVerge2(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE2, PCLASS_CLERIC); } static dd_bool pickupWraithVerge3(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE3, PCLASS_CLERIC); } static dd_bool pickupBloodScourge1(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE1, PCLASS_MAGE); } static dd_bool pickupBloodScourge2(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE2, PCLASS_MAGE); } static dd_bool pickupBloodScourge3(player_t *plr) { return P_GiveWeaponPiece2(plr, WPIECE3, PCLASS_MAGE); } static dd_bool giveItem(player_t *plr, itemtype_t item) { iteminfo_t const *info = &items[item]; int oldPieces = plr->pieces; if(!plr) return false; // Attempt to pickup the item. if(!info->giveFunc(plr)) return false; // Did not make use of it. switch(item) { case IT_WEAPON_QUIETUS1: case IT_WEAPON_QUIETUS2: case IT_WEAPON_QUIETUS3: case IT_WEAPON_WRAITHVERGE1: case IT_WEAPON_WRAITHVERGE2: case IT_WEAPON_WRAITHVERGE3: case IT_WEAPON_BLOODSCOURGE1: case IT_WEAPON_BLOODSCOURGE2: case IT_WEAPON_BLOODSCOURGE3: if(plr->pieces != oldPieces && plr->pieces == (WPIECE1 | WPIECE2 | WPIECE3)) { int msg; switch(item) { default: Con_Error("Internal Error: Item type %i not handled in giveItem.", (int) item); break; // Unreachable. case IT_WEAPON_QUIETUS1: case IT_WEAPON_QUIETUS2: case IT_WEAPON_QUIETUS3: msg = TXT_TXT_WEAPON_F4; break; case IT_WEAPON_WRAITHVERGE1: case IT_WEAPON_WRAITHVERGE2: case IT_WEAPON_WRAITHVERGE3: msg = TXT_TXT_WEAPON_C4; break; case IT_WEAPON_BLOODSCOURGE1: case IT_WEAPON_BLOODSCOURGE2: case IT_WEAPON_BLOODSCOURGE3: msg = TXT_TXT_WEAPON_M4; break; } P_SetMessage(plr, 0, GET_TXT(msg)); // Play the build-sound full volume for all players. S_StartSound(SFX_WEAPON_BUILD, NULL); break; } // Fall-through: default: S_StartSound(info->pickupSound, plr->plr->mo); P_SetMessage(plr, 0, GET_TXT(info->pickupMsg)); break; } return true; } void P_TouchSpecialMobj(mobj_t* special, mobj_t* toucher) { player_t *player; coord_t delta; itemtype_t item; dd_bool wasUsed = false, removeItem = false; if(IS_CLIENT) return; delta = special->origin[VZ] - toucher->origin[VZ]; if(delta > toucher->height || delta < -32) { // Out of reach. return; } // Dead thing touching (can happen with a sliding player corpse). if(toucher->health <= 0) return; player = toucher->player; // Identify by sprite. if((item = getItemTypeBySprite(special->sprite)) != IT_NONE) { iteminfo_t const *info = &items[item]; if((wasUsed = giveItem(player, item))) { // Should we leave this item for others? if(!((info->flags & IIF_LEAVE_COOP) && IS_NETGAME && !G_Ruleset_Deathmatch()) && !((info->flags & IIF_LEAVE_DEATHMATCH) && IS_NETGAME && G_Ruleset_Deathmatch())) removeItem = true; } } else { App_Log(DE2_MAP_WARNING, "P_TouchSpecialMobj: Unknown gettable thing %i.", (int) special->type); } if(wasUsed && special->special) { P_ExecuteLineSpecial(special->special, special->args, NULL, 0, toucher); special->special = 0; } if(removeItem) { player->bonusCount += BONUSADD; /** * Taken items are handled differently depending upon the type of * item: inventory, puzzle or other. */ switch(item) { // Inventory: case IT_ITEM_QUARTZFLASK: case IT_ITEM_WINGS: case IT_ITEM_DEFENDER: case IT_ITEM_SERVANT: case IT_ITEM_PORKALATOR: case IT_ITEM_MYSTICURN: case IT_ITEM_AMBITINCANT: case IT_ITEM_TORCH: case IT_ITEM_CHAOSDEVICE: case IT_ITEM_BANISHDEVICE: case IT_ITEM_FLETCHETTE: case IT_ITEM_BOOTSOFSPEED: case IT_ITEM_KRATEROFMIGHT: case IT_ITEM_BRACERS: case IT_ITEM_REPULSION: setDormantItem(special); break; // Puzzle items: case IT_PUZZLE_SKULL: case IT_PUZZLE_BIGGEM: case IT_PUZZLE_REDGEM: case IT_PUZZLE_GREENGEM1: case IT_PUZZLE_GREENGEM2: case IT_PUZZLE_BLUEGEM1: case IT_PUZZLE_BLUEGEM2: case IT_PUZZLE_BOOK1: case IT_PUZZLE_BOOK2: case IT_PUZZLE_SKULL2: case IT_PUZZLE_FWEAPON: case IT_PUZZLE_CWEAPON: case IT_PUZZLE_MWEAPON: case IT_PUZZLE_GEAR1: case IT_PUZZLE_GEAR2: case IT_PUZZLE_GEAR3: case IT_PUZZLE_GEAR4: P_MobjRemove(special, false); break; default: if(G_Ruleset_Deathmatch() && !(special->flags2 & MF2_DROPPED)) P_HideSpecialThing(special); else P_MobjRemove(special, false); break; } } } typedef struct { player_t* master; mobj_t* foundMobj; } findactiveminotaurparams_t; static int findActiveMinotaur(thinker_t* th, void* context) { findactiveminotaurparams_t* params = (findactiveminotaurparams_t*) context; mobj_t* mo = (mobj_t*) th; if(mo->type != MT_MINOTAUR) return false; // Continue iteration. if(mo->health <= 0) return false; // Continue iteration. if(!(mo->flags & MF_COUNTKILL)) // For morphed minotaurs. return false; // Continue iteration. if(mo->flags & MF_CORPSE) return false; // Continue iteration. if(mapTime - mo->argsUInt >= MAULATORTICS) return false; // Continue iteration. if(mo->tracer->player == params->master) { // Found it! params->foundMobj = mo; return true; // Stop iteration. } return false; // Continue iteration. } mobj_t* ActiveMinotaur(player_t* master) { findactiveminotaurparams_t params; params.master = master; params.foundMobj = NULL; if(Thinker_Iterate(P_MobjThinker, findActiveMinotaur, ¶ms)) return params.foundMobj; return NULL; } void P_KillMobj(mobj_t *source, mobj_t *target) { int dummy; mobj_t *master; statenum_t state; if(!target) return; // Nothing to kill. target->flags &= ~(MF_SHOOTABLE | MF_FLOAT | MF_SKULLFLY | MF_NOGRAVITY); target->flags |= MF_CORPSE | MF_DROPOFF; target->flags2 &= ~MF2_PASSMOBJ; target->height /= 2*2; if((target->flags & MF_COUNTKILL || target->type == MT_ZBELL) && target->special) { // Initiate monster death actions. if(target->type == MT_SORCBOSS) { dummy = 0; Game_ACScriptInterpreter_StartScript(target->special, 0/*current-map*/, (byte *) &dummy, target, NULL, 0); } else { P_ExecuteLineSpecial(target->special, target->args, NULL, 0, target); } } if(source && source->player) { // Check for frag changes. if(target->player && G_Ruleset_Deathmatch()) { if(target == source) { // Self-frag. target->player->frags[target->player - players]--; NetSv_FragsForAll(target->player); } else { source->player->frags[target->player - players]++; NetSv_FragsForAll(source->player); } } } if(target->player) { // Player death. if(!source) { // Self-frag target->player->frags[target->player - players]--; NetSv_FragsForAll(target->player); } target->flags &= ~MF_SOLID; target->flags2 &= ~MF2_FLY; target->player->powers[PT_FLIGHT] = 0; target->player->playerState = PST_DEAD; target->player->rebornWait = PLAYER_REBORN_TICS; target->player->update |= PSF_STATE | PSF_POWERS; // Let the engine know about this, too. The DEAD flag will be // cleared when the player is reborn. target->player->plr->flags |= DDPF_DEAD; P_DropWeapon(target->player); if(target->flags2 & MF2_FIREDAMAGE) { // Player flame death. /// @todo Should be pulled from the player class definition. switch(target->player->class_) { case PCLASS_FIGHTER: S_StartSound(SFX_PLAYER_FIGHTER_BURN_DEATH, target); P_MobjChangeState(target, S_PLAY_F_FDTH1); return; case PCLASS_CLERIC: S_StartSound(SFX_PLAYER_CLERIC_BURN_DEATH, target); P_MobjChangeState(target, S_PLAY_C_FDTH1); return; case PCLASS_MAGE: S_StartSound(SFX_PLAYER_MAGE_BURN_DEATH, target); P_MobjChangeState(target, S_PLAY_M_FDTH1); return; default: break; } } if(target->flags2 & MF2_ICEDAMAGE) { // Player ice death. target->flags &= ~MF_TRANSLATION; // no translation target->flags |= MF_ICECORPSE; /// @todo Should be pulled from the player class definition. switch(target->player->class_) { case PCLASS_FIGHTER: P_MobjChangeState(target, S_FPLAY_ICE); return; case PCLASS_CLERIC: P_MobjChangeState(target, S_CPLAY_ICE); return; case PCLASS_MAGE: P_MobjChangeState(target, S_MPLAY_ICE); return; case PCLASS_PIG: P_MobjChangeState(target, S_PIG_ICE); return; default: break; } } // Don't die with the automap open. ST_AutomapOpen(target->player - players, false, false); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(target->player - players, false); #endif } else { // Target is some monster or an object. /** * mobj death, record as player's kill in netgame + coop could not * find MF_ targets->flags that indicated *only* enemies (not trees, * pots, etc), so built a list. * * @todo This should be a Thing definition flag. */ if(IS_NETGAME && !G_Ruleset_Deathmatch() && source && source->player && source->player->plr && (target->type == MT_CENTAUR || target->type == MT_CENTAURLEADER || target->type == MT_DEMON || target->type == MT_DEMON2 || target->type == MT_ETTIN || target->type == MT_PIG || target->type == MT_FIREDEMON || target->type == MT_SERPENT || target->type == MT_SERPENTLEADER || target->type == MT_WRAITH || target->type == MT_WRAITHB || target->type == MT_BISHOP || target->type == MT_ICEGUY || target->type == MT_FIGHTER_BOSS || target->type == MT_CLERIC_BOSS || target->type == MT_MAGE_BOSS || target->type == MT_MINOTAUR)) { source->player->frags[0]++; } } if(target->flags2 & MF2_FIREDAMAGE) { if(target->type == MT_FIGHTER_BOSS || target->type == MT_CLERIC_BOSS || target->type == MT_MAGE_BOSS) { switch(target->type) { case MT_FIGHTER_BOSS: S_StartSound(SFX_PLAYER_FIGHTER_BURN_DEATH, target); P_MobjChangeState(target, S_PLAY_F_FDTH1); return; case MT_CLERIC_BOSS: S_StartSound(SFX_PLAYER_CLERIC_BURN_DEATH, target); P_MobjChangeState(target, S_PLAY_C_FDTH1); return; case MT_MAGE_BOSS: S_StartSound(SFX_PLAYER_MAGE_BURN_DEATH, target); P_MobjChangeState(target, S_PLAY_M_FDTH1); return; default: break; } } else if(target->type == MT_TREEDESTRUCTIBLE) { P_MobjChangeState(target, S_ZTREEDES_X1); target->height = 24; S_StartSound(SFX_TREE_EXPLODE, target); return; } } if(target->flags2 & MF2_ICEDAMAGE) { target->flags |= MF_ICECORPSE; switch(target->type) { case MT_BISHOP: P_MobjChangeState(target, S_BISHOP_ICE); return; case MT_CENTAUR: case MT_CENTAURLEADER: P_MobjChangeState(target, S_CENTAUR_ICE); return; case MT_DEMON: case MT_DEMON2: P_MobjChangeState(target, S_DEMON_ICE); return; case MT_SERPENT: case MT_SERPENTLEADER: P_MobjChangeState(target, S_SERPENT_ICE); return; case MT_WRAITH: case MT_WRAITHB: P_MobjChangeState(target, S_WRAITH_ICE); return; case MT_ETTIN: P_MobjChangeState(target, S_ETTIN_ICE1); return; case MT_FIREDEMON: P_MobjChangeState(target, S_FIRED_ICE1); return; case MT_FIGHTER_BOSS: P_MobjChangeState(target, S_FIGHTER_ICE); return; case MT_CLERIC_BOSS: P_MobjChangeState(target, S_CLERIC_ICE); return; case MT_MAGE_BOSS: P_MobjChangeState(target, S_MAGE_ICE); return; case MT_PIG: P_MobjChangeState(target, S_PIG_ICE); return; default: target->flags &= ~MF_ICECORPSE; break; } } if(target->type == MT_MINOTAUR) { master = target->tracer; if(master && master->health > 0) { if(!ActiveMinotaur(master->player)) { master->player->powers[PT_MINOTAUR] = 0; } } } else if(target->type == MT_TREEDESTRUCTIBLE) { target->height = 24; } if((state = P_GetState(target->type, SN_XDEATH)) != S_NULL && target->health < -(target->info->spawnHealth / 2)) { // Extreme death. P_MobjChangeState(target, state); } else { // Normal death. if((state = P_GetState(target->type, SN_XDEATH)) != S_NULL && target->type == MT_FIREDEMON && target->origin[VZ] <= target->floorZ + 2) { // This is to fix the imps' staying in fall state. P_MobjChangeState(target, state); } else { P_MobjChangeState(target, P_GetState(target->type, SN_DEATH)); } } target->tics -= P_Random() & 3; } /** * @return @c true, if the player gets turned into a pig. */ dd_bool P_MorphPlayer(player_t* player) { mobj_t* pmo, *fog, *beastMo; coord_t pos[3]; angle_t angle; int oldFlags2; if(player->powers[PT_INVULNERABILITY]) return false; // Immune when invulnerable. if(player->morphTics) return false; // Player is already morphed. pmo = player->plr->mo; pos[VX] = pmo->origin[VX]; pos[VY] = pmo->origin[VY]; pos[VZ] = pmo->origin[VZ]; angle = pmo->angle; oldFlags2 = pmo->flags2; if(!(beastMo = P_SpawnMobj(MT_PIGPLAYER, pos, angle, 0))) return false; P_MobjChangeState(pmo, S_FREETARGMOBJ); if((fog = P_SpawnMobjXYZ(MT_TFOG, pos[VX], pos[VY], pos[VZ] + TELEFOGHEIGHT, angle + ANG180, 0))) S_StartSound(SFX_TELEPORT, fog); beastMo->special1 = player->readyWeapon; beastMo->player = player; beastMo->dPlayer = player->plr; player->health = beastMo->health = MAXMORPHHEALTH; player->plr->mo = beastMo; memset(&player->armorPoints[0], 0, NUMARMOR * sizeof(int)); player->class_ = PCLASS_PIG; if(oldFlags2 & MF2_FLY) beastMo->flags2 |= MF2_FLY; player->morphTics = MORPHTICS; player->update |= PSF_MORPH_TIME | PSF_HEALTH; player->plr->flags |= DDPF_FIXORIGIN | DDPF_FIXMOM; P_ActivateMorphWeapon(player); return true; } dd_bool P_MorphMonster(mobj_t* actor) { mobj_t* master, *monster, *fog; mobjtype_t moType; coord_t pos[3]; mobj_t oldMonster; angle_t oldAngle; if(actor->player) return (false); if(!(actor->flags & MF_COUNTKILL)) return false; if(actor->flags2 & MF2_BOSS) return false; moType = actor->type; switch(moType) { case MT_PIG: case MT_FIGHTER_BOSS: case MT_CLERIC_BOSS: case MT_MAGE_BOSS: return false; default: break; } /// @todo Do this properly! oldMonster = *actor; pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = actor->origin[VZ]; oldAngle = actor->angle; if(!(monster = P_SpawnMobj(MT_PIG, pos, oldMonster.angle, 0))) return false; P_MobjRemoveFromTIDList(actor); P_MobjChangeState(actor, S_FREETARGMOBJ); if((fog = P_SpawnMobjXYZ(MT_TFOG, pos[VX], pos[VY], pos[VZ] + TELEFOGHEIGHT, oldAngle + ANG180, 0))) S_StartSound(SFX_TELEPORT, fog); monster->special2 = moType; monster->special1 = MORPHTICS + P_Random(); monster->flags |= (oldMonster.flags & MF_SHADOW); monster->target = oldMonster.target; monster->tid = oldMonster.tid; monster->special = oldMonster.special; P_MobjInsertIntoTIDList(monster, oldMonster.tid); memcpy(monster->args, oldMonster.args, 5); // Check for turning off minotaur power for active icon. if(moType == MT_MINOTAUR) { master = oldMonster.tracer; if(master && master->health > 0) { if(!ActiveMinotaur(master->player)) { master->player->powers[PT_MINOTAUR] = 0; } } } return true; } void P_AutoUseHealth(player_t* player, int saveHealth) { uint i, count; int plrnum = player - players; int normalCount = P_InventoryCount(plrnum, IIT_HEALTH); int superCount = P_InventoryCount(plrnum, IIT_SUPERHEALTH); if(!player->plr->mo) return; /// @todo Do this in the inventory code? if(G_Ruleset_Skill() == SM_BABY && normalCount * 25 >= saveHealth) { // Use quartz flasks. count = (saveHealth + 24) / 25; for(i = 0; i < count; ++i) { player->health += 25; P_InventoryTake(plrnum, IIT_HEALTH, false); } } else if(superCount * 100 >= saveHealth) { // Use mystic urns. count = (saveHealth + 99) / 100; for(i = 0; i < count; ++i) { player->health += 100; P_InventoryTake(plrnum, IIT_SUPERHEALTH, false); } } else if(G_Ruleset_Skill() == SM_BABY && superCount * 100 + normalCount * 25 >= saveHealth) { // Use mystic urns and quartz flasks. count = (saveHealth + 24) / 25; saveHealth -= count * 25; for(i = 0; i < count; ++i) { player->health += 25; P_InventoryTake(plrnum, IIT_HEALTH, false); } count = (saveHealth + 99) / 100; for(i = 0; i < count; ++i) { player->health += 100; P_InventoryTake(plrnum, IIT_SUPERHEALTH, false); } } player->plr->mo->health = player->health; } /** * Sets up all data concerning poisoning. */ void P_PoisonPlayer(player_t *player, mobj_t *poisoner, int poison) { if((P_GetPlayerCheats(player) & CF_GODMODE) || player->powers[PT_INVULNERABILITY]) return; player->poisonCount += poison; player->poisoner = poisoner; if(player->poisonCount > 100) player->poisonCount = 100; } int P_DamageMobj(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damageP, dd_bool stomping) { return P_DamageMobj2(target, inflictor, source, damageP, stomping, false); } /** * Damages both enemies and players * @note 'source' and 'inflictor' are the same for melee attacks. * 'source' can be NULL for slime, barrel explosions and other environmental * stuff. * * @param inflictor Is the mobj that caused the damage, creature or * missile, can be @c NULL (slime, etc). * @param source Is the mobj to target after taking damage * creature or @c NULL. */ int P_DamageMobj2(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damageP, dd_bool stomping, dd_bool skipNetworkCheck) { uint an; angle_t angle; int i, temp, originalHealth; coord_t thrust; float saved, savedPercent; player_t* player; mobj_t* master; int damage; if(!target) return 0; // Wha? originalHealth = target->health; // The actual damage (== damageP * netMobDamageModifier for any // non-player mobj). damage = damageP; if(!skipNetworkCheck) { if(IS_NETGAME && !stomping && D_NetDamageMobj(target, inflictor, source, damage)) { // We're done here. return 0; } // Clients can't harm anybody. if(IS_CLIENT) return 0; } if(!(target->flags & MF_SHOOTABLE)) return 0; // Shouldn't happen. if(target->health <= 0) { if(!(inflictor && (inflictor->flags2 & MF2_ICEDAMAGE)) && (target->flags & MF_ICECORPSE)) { // Frozen. target->tics = 1; target->mom[MX] = target->mom[MY] = 0; } return 0; } if((target->flags2 & MF2_INVULNERABLE) && damage < 10000) { // mobj is invulnerable. if(target->player) return 0; // for player, no exceptions. if(!inflictor) return 0; switch(inflictor->type) { // These inflictors aren't foiled by invulnerability. case MT_HOLY_FX: case MT_POISONCLOUD: case MT_FIREBOMB: break; default: return 0; } } if(target->player) { // Player specific. // Check if player-player damage is disabled. if(source && source->player && source->player != target->player) { #if 0 // Co-op damage disabled? if(IS_NETGAME && !deathmatch && cfg.noCoopDamage) return 0; // Same color, no damage? if(cfg.noTeamDamage && cfg.playerColor[target->player - players] == cfg.playerColor[source->player - players]) return 0; #endif } } if(target->flags & MF_SKULLFLY) { target->mom[MX] = target->mom[MY] = target->mom[MZ] = 0; } if(target->flags2 & MF2_DORMANT) return 0; // Invulnerable, and won't wake up. player = target->player; if(player && G_Ruleset_Skill() == SM_BABY) damage /= 2; // Take half damage in trainer mode. // Use the cvar damage multiplier netMobDamageModifier only if the // inflictor is not a player. if(inflictor && !inflictor->player && (!source || (source && !source->player))) { // damage = (int) ((float) damage * netMobDamageModifier); if(IS_NETGAME) damage *= cfg.netMobDamageModifier; } // Special damage types. if(inflictor) { switch(inflictor->type) { case MT_EGGFX: if(player) { P_MorphPlayer(player); } else { P_MorphMonster(target); } return 0; // Does no actual "damage" but health IS modified. case MT_TELOTHER_FX1: case MT_TELOTHER_FX2: case MT_TELOTHER_FX3: case MT_TELOTHER_FX4: case MT_TELOTHER_FX5: if((target->flags & MF_COUNTKILL) && (target->type != MT_SERPENT) && (target->type != MT_SERPENTLEADER) && (!(target->flags2 & MF2_BOSS))) { if(target->player) { if(G_Ruleset_Deathmatch()) P_TeleportToDeathmatchStarts(target); else P_TeleportToPlayerStarts(target); } else { // If death action, run it upon teleport. if(target->flags & MF_COUNTKILL && target->special) { P_MobjRemoveFromTIDList(target); P_ExecuteLineSpecial(target->special, target->args, NULL, 0, target); target->special = 0; } // Send all monsters to deathmatch spots. P_TeleportToDeathmatchStarts(target); } } return 0; case MT_MINOTAUR: if(inflictor->flags & MF_SKULLFLY) { // Slam only when in charge mode. uint an; int damageDone; angle_t angle; coord_t thrust; angle = M_PointToAngle2(inflictor->origin, target->origin); an = angle >> ANGLETOFINESHIFT; thrust = 16 + FIX2FLT(P_Random() << 10); target->mom[MX] += thrust * FIX2FLT(finecosine[an]); target->mom[MY] += thrust * FIX2FLT(finesine[an]); damageDone = P_DamageMobj(target, NULL, inflictor, HITDICE(4), false); if(target->player) { target->reactionTime = 14 + (P_Random() & 7); } inflictor->args[0] = 0; // Stop charging. return damageDone; } break; case MT_BISH_FX: // Bishops are just too nasty. damage /= 2; break; case MT_SHARDFX1: switch(inflictor->special2) { case 3: damage *= 8; break; case 2: damage *= 4; break; case 1: damage *= 2; break; default: break; } break; case MT_CSTAFF_MISSILE: // Cleric Serpent Staff does poison damage. if(target->player) { P_PoisonPlayer(target->player, source, 20); damage /= 2; } break; case MT_ICEGUY_FX2: damage /= 2; break; case MT_POISONDART: if(target->player) { P_PoisonPlayer(target->player, source, 20); damage /= 2; } break; case MT_POISONCLOUD: if(target->player) { int damageDone = 0; if(target->player->poisonCount < 4) { damageDone = P_PoisonDamage(target->player, source, 15 + (P_Random() & 15), false); // Don't play painsound P_PoisonPlayer(target->player, source, 50); S_StartSound(SFX_PLAYER_POISONCOUGH, target); } return damageDone; } else if(!(target->flags & MF_COUNTKILL)) { // Only damage monsters/players with the poison cloud. return 0; } break; case MT_FSWORD_MISSILE: if(target->player) { damage -= damage / 4; } break; default: break; } } // Some close combat weapons should not inflict thrust and push the // victim out of reach, thus kick away unless using a melee weapon. if(inflictor && (!source || !source->player) && !(inflictor->flags2 & MF2_NODMGTHRUST)) { angle = M_PointToAngle2(inflictor->origin, target->origin); if(!target->info->mass) Con_Error("P_DamageMobj: No target->info->mass!\n"); thrust = FIX2FLT(damage * (FRACUNIT>>3) * 100 / target->info->mass); // Make fall forwards sometimes. if((damage < 40) && (damage > target->health) && (target->origin[VZ] - inflictor->origin[VZ] > 64) && (P_Random() & 1)) { angle += ANG180; thrust *= 4; } an = angle >>ANGLETOFINESHIFT; target->mom[MX] += thrust * FIX2FLT(finecosine[an]); target->mom[MY] += thrust * FIX2FLT(finesine[an]); NetSv_PlayerMobjImpulse(target, thrust * FIX2FLT(finecosine[an]), thrust * FIX2FLT(finesine[an]), 0); } // Player specific. if(player) { target->player->update |= PSF_HEALTH; if(damage < 1000 && ((P_GetPlayerCheats(target->player) & CF_GODMODE) || target->player->powers[PT_INVULNERABILITY])) { return 0; } savedPercent = FIX2FLT( PCLASS_INFO(player->class_)->autoArmorSave + player->armorPoints[ARMOR_ARMOR] + player->armorPoints[ARMOR_SHIELD] + player->armorPoints[ARMOR_HELMET] + player->armorPoints[ARMOR_AMULET]); if(savedPercent) { // Armor absorbed some damage. if(savedPercent > 100) { savedPercent = 100; } for(i = 0; i < NUMARMOR; ++i) { if(player->armorPoints[i]) { player->armorPoints[i] -= FLT2FIX(((float) damage * FIX2FLT(PCLASS_INFO(player->class_)->armorIncrement[i])) / 300); if(player->armorPoints[i] < 2 * FRACUNIT) { player->armorPoints[i] = 0; } } } saved = ((float) damage * savedPercent) / 100; if(saved > savedPercent * 2) saved = savedPercent * 2; damage -= (int) saved; } if(damage >= player->health && ((G_Ruleset_Skill() == SM_BABY) || G_Ruleset_Deathmatch()) && !player->morphTics) { // Try to use some inventory health. P_AutoUseHealth(player, damage - player->health + 1); } player->health -= damage; if(player->health < 0) player->health = 0; player->attacker = source; player->damageCount += damage; // Add damage after armor / invuln. if(player->damageCount > 100) player->damageCount = 100; // Teleport stomp does 10k points... temp = (damage < 100 ? damage : 100); // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_DAMAGE); R_UpdateViewFilter(player - players); } // How about some particles, yes? // Only works when both target and inflictor are real mobjs. Mobj_SpawnDamageParticleGen(target, inflictor, damage); // Do the damage. target->health -= damage; if(target->health > 0) { // Still alive, phew! if((P_Random() < target->info->painChance) && !(target->flags & MF_SKULLFLY)) { if(inflictor && (inflictor->type >= MT_LIGHTNING_FLOOR && inflictor->type <= MT_LIGHTNING_ZAP)) { if(P_Random() < 96) { statenum_t state; target->flags |= MF_JUSTHIT; // fight back! if((state = P_GetState(target->type, SN_PAIN)) != S_NULL) P_MobjChangeState(target, state); } else { // "electrocute" the target. //// @todo make fullbright for this frame --> //target->frame |= FF_FULLBRIGHT; // <-- fixme if((target->flags & MF_COUNTKILL) && P_Random() < 128 && !S_IsPlaying(SFX_PUPPYBEAT, target)) { if((target->type == MT_CENTAUR) || (target->type == MT_CENTAURLEADER) || (target->type == MT_ETTIN)) { S_StartSound(SFX_PUPPYBEAT, target); } } } } else { statenum_t state; target->flags |= MF_JUSTHIT; // fight back! if((state = P_GetState(target->type, SN_PAIN)) != S_NULL) P_MobjChangeState(target, state); if(inflictor && inflictor->type == MT_POISONCLOUD) { if(target->flags & MF_COUNTKILL && P_Random() < 128 && !S_IsPlaying(SFX_PUPPYBEAT, target)) { if((target->type == MT_CENTAUR) || (target->type == MT_CENTAURLEADER) || (target->type == MT_ETTIN)) { S_StartSound(SFX_PUPPYBEAT, target); } } } } } target->reactionTime = 0; // We're awake now... if(!target->threshold && source && !(source->flags3 & MF3_NOINFIGHT) && !(target->type == MT_BISHOP) && !(target->type == MT_MINOTAUR)) { // Target is not intent on another, so make it chase source. if(!((target->type == MT_CENTAUR && source->type == MT_CENTAURLEADER) || (target->type == MT_CENTAURLEADER && source->type == MT_CENTAUR))) { statenum_t state; target->target = source; target->threshold = BASETHRESHOLD; if((state = P_GetState(target->type, SN_SEE)) != S_NULL && target->state == &STATES[P_GetState(target->type, SN_SPAWN)]) { P_MobjChangeState(target, state); } } } } else { // Death. if(inflictor) { // Check for special fire damage or ice damage deaths. if(inflictor->flags2 & MF2_FIREDAMAGE) { if(player && !player->morphTics) { // Check for flame death. if(target->health > -50 && damage > 25) { target->flags2 |= MF2_FIREDAMAGE; } } else { target->flags2 |= MF2_FIREDAMAGE; } } else if(inflictor->flags2 & MF2_ICEDAMAGE) { target->flags2 |= MF2_ICEDAMAGE; } } if(source && (source->type == MT_MINOTAUR)) { // Minotaur's kills go to his master. master = source->tracer; // Make sure still alive and not a pointer to fighter head. if(master && master->player && (master->player->plr->mo == master)) { source = master; } } if(source && (source->player) && (source->player->readyWeapon == WT_FOURTH)) { // Always extreme death from fourth weapon. target->health = -5000; } P_KillMobj(source, target); } return originalHealth - target->health; } int P_FallingDamage(player_t* player) { int damage; coord_t mom, dist; mom = fabs(player->plr->mo->mom[MZ]); dist = mom * (16.0f / 23); if(mom >= 63) { // Automatic death. return P_DamageMobj(player->plr->mo, NULL, NULL, 10000, false); } damage = ((dist * dist) / 10) - 24; if(player->plr->mo->mom[MZ] > -39 && damage > player->plr->mo->health && player->plr->mo->health != 1) { // No-death threshold. damage = player->plr->mo->health - 1; } S_StartSound(SFX_PLAYER_LAND, player->plr->mo); return P_DamageMobj(player->plr->mo, NULL, NULL, damage, false); } int P_PoisonDamage(player_t *player, mobj_t *source, int damage, dd_bool playPainSound) { int originalHealth; mobj_t *target, *inflictor; target = player->plr->mo; originalHealth = target->health; inflictor = source; if(target->health <= 0) return 0; // Already dead. if((target->flags2 & MF2_INVULNERABLE) && damage < 10000) return 0; // mobj is invulnerable. if(G_Ruleset_Skill() == SM_BABY) { // Take half damage in trainer mode damage /= 2; } if(damage < 1000 && ((P_GetPlayerCheats(player) & CF_GODMODE) || player->powers[PT_INVULNERABILITY])) { return 0; } if(damage >= player->health && (G_Ruleset_Skill() == SM_BABY || G_Ruleset_Deathmatch()) && !player->morphTics) { // Try to use some inventory health. P_AutoUseHealth(player, damage - player->health + 1); } // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_DAMAGE); player->health -= damage; if(player->health < 0) { player->health = 0; } player->attacker = source; // Do the damage. target->health -= damage; if(target->health > 0) { // Still alive, phew! if(!(mapTime & 63) && playPainSound) { statenum_t state; if((state = P_GetState(target->type, SN_PAIN)) != S_NULL) P_MobjChangeState(target, state); } } else { // Death target->special1 = damage; if(player && inflictor && !player->morphTics) { // Check for flame death. if((inflictor->flags2 & MF2_FIREDAMAGE) && (target->health > -50) && (damage > 25)) { target->flags2 |= MF2_FIREDAMAGE; } if(inflictor->flags2 & MF2_ICEDAMAGE) { target->flags2 |= MF2_ICEDAMAGE; } } P_KillMobj(source, target); } return originalHealth - target->health; } doomsday-1.14.5/doomsday/plugins/hexen/src/p_things.c0000664000175000017500000003435312350542240022067 0ustar jaakkojaakko/** @file p_things.c * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "p_map.h" #include "mobj.h" static dd_bool ActivateThing(mobj_t *mobj); static dd_bool DeactivateThing(mobj_t *mobj); mobjtype_t TranslateThingType[] = { MT_MAPSPOT, // T_NONE MT_CENTAUR, // T_CENTAUR MT_CENTAURLEADER, // T_CENTAURLEADER MT_DEMON, // T_DEMON MT_ETTIN, // T_ETTIN MT_FIREDEMON, // T_FIREGARGOYLE MT_SERPENT, // T_WATERLURKER MT_SERPENTLEADER, // T_WATERLURKERLEADER MT_WRAITH, // T_WRAITH MT_WRAITHB, // T_WRAITHBURIED MT_FIREBALL1, // T_FIREBALL1 MT_MANA1, // T_MANA1 MT_MANA2, // T_MANA2 MT_SPEEDBOOTS, // T_ITEMBOOTS MT_ARTIEGG, // T_ITEMEGG MT_ARTIFLY, // T_ITEMFLIGHT MT_SUMMONMAULATOR, // T_ITEMSUMMON MT_TELEPORTOTHER, // T_ITEMTPORTOTHER MT_ARTITELEPORT, // T_ITEMTELEPORT MT_BISHOP, // T_BISHOP MT_ICEGUY, // T_ICEGOLEM MT_BRIDGE, // T_BRIDGE MT_BOOSTARMOR, // T_DRAGONSKINBRACERS MT_HEALINGBOTTLE, // T_ITEMHEALTHPOTION MT_HEALTHFLASK, // T_ITEMHEALTHFLASK MT_ARTISUPERHEAL, // T_ITEMHEALTHFULL MT_BOOSTMANA, // T_ITEMBOOSTMANA MT_FW_AXE, // T_FIGHTERAXE MT_FW_HAMMER, // T_FIGHTERHAMMER MT_FW_SWORD1, // T_FIGHTERSWORD1 MT_FW_SWORD2, // T_FIGHTERSWORD2 MT_FW_SWORD3, // T_FIGHTERSWORD3 MT_CW_SERPSTAFF, // T_CLERICSTAFF MT_CW_HOLY1, // T_CLERICHOLY1 MT_CW_HOLY2, // T_CLERICHOLY2 MT_CW_HOLY3, // T_CLERICHOLY3 MT_MW_CONE, // T_MAGESHARDS MT_MW_STAFF1, // T_MAGESTAFF1 MT_MW_STAFF2, // T_MAGESTAFF2 MT_MW_STAFF3, // T_MAGESTAFF3 MT_EGGFX, // T_MORPHBLAST MT_ROCK1, // T_ROCK1 MT_ROCK2, // T_ROCK2 MT_ROCK3, // T_ROCK3 MT_DIRT1, // T_DIRT1 MT_DIRT2, // T_DIRT2 MT_DIRT3, // T_DIRT3 MT_DIRT4, // T_DIRT4 MT_DIRT5, // T_DIRT5 MT_DIRT6, // T_DIRT6 MT_ARROW, // T_ARROW MT_DART, // T_DART MT_POISONDART, // T_POISONDART MT_RIPPERBALL, // T_RIPPERBALL MT_SGSHARD1, // T_STAINEDGLASS1 MT_SGSHARD2, // T_STAINEDGLASS2 MT_SGSHARD3, // T_STAINEDGLASS3 MT_SGSHARD4, // T_STAINEDGLASS4 MT_SGSHARD5, // T_STAINEDGLASS5 MT_SGSHARD6, // T_STAINEDGLASS6 MT_SGSHARD7, // T_STAINEDGLASS7 MT_SGSHARD8, // T_STAINEDGLASS8 MT_SGSHARD9, // T_STAINEDGLASS9 MT_SGSHARD0, // T_STAINEDGLASS0 MT_PROJECTILE_BLADE, // T_BLADE MT_ICESHARD, // T_ICESHARD MT_FLAME_SMALL, // T_FLAME_SMALL MT_FLAME_LARGE, // T_FLAME_LARGE MT_ARMOR_1, // T_MESHARMOR MT_ARMOR_2, // T_FALCONSHIELD MT_ARMOR_3, // T_PLATINUMHELM MT_ARMOR_4, // T_AMULETOFWARDING MT_ARTIPOISONBAG, // T_ITEMFLECHETTE MT_ARTITORCH, // T_ITEMTORCH MT_BLASTRADIUS, // T_ITEMREPULSION MT_MANA3, // T_MANA3 MT_ARTIPUZZSKULL, // T_PUZZSKULL MT_ARTIPUZZGEMBIG, // T_PUZZGEMBIG MT_ARTIPUZZGEMRED, // T_PUZZGEMRED MT_ARTIPUZZGEMGREEN1, // T_PUZZGEMGREEN1 MT_ARTIPUZZGEMGREEN2, // T_PUZZGEMGREEN2 MT_ARTIPUZZGEMBLUE1, // T_PUZZGEMBLUE1 MT_ARTIPUZZGEMBLUE2, // T_PUZZGEMBLUE2 MT_ARTIPUZZBOOK1, // T_PUZZBOOK1 MT_ARTIPUZZBOOK2, // T_PUZZBOOK2 MT_KEY1, // T_METALKEY MT_KEY2, // T_SMALLMETALKEY MT_KEY3, // T_AXEKEY MT_KEY4, // T_FIREKEY MT_KEY5, // T_GREENKEY MT_KEY6, // T_MACEKEY MT_KEY7, // T_SILVERKEY MT_KEY8, // T_RUSTYKEY MT_KEY9, // T_HORNKEY MT_KEYA, // T_SERPENTKEY MT_WATER_DRIP, // T_WATERDRIP MT_FLAME_SMALL_TEMP, // T_TEMPSMALLFLAME MT_FLAME_SMALL, // T_PERMSMALLFLAME MT_FLAME_LARGE_TEMP, // T_TEMPLARGEFLAME MT_FLAME_LARGE, // T_PERMLARGEFLAME MT_DEMON_MASH, // T_DEMON_MASH MT_DEMON2_MASH, // T_DEMON2_MASH MT_ETTIN_MASH, // T_ETTIN_MASH MT_CENTAUR_MASH, // T_CENTAUR_MASH MT_THRUSTFLOOR_UP, // T_THRUSTSPIKEUP MT_THRUSTFLOOR_DOWN, // T_THRUSTSPIKEDOWN MT_WRAITHFX4, // T_FLESH_DRIP1 MT_WRAITHFX5, // T_FLESH_DRIP2 MT_WRAITHFX2 // T_SPARK_DRIP }; dd_bool EV_ThingProjectile(byte* args, dd_bool gravity) { uint an; int tid, searcher; angle_t angle; coord_t speed, vspeed; mobjtype_t moType; mobj_t* mobj, *newMobj; dd_bool success; success = false; searcher = -1; tid = args[0]; moType = TranslateThingType[args[1]]; if(G_Ruleset_NoMonsters() && (MOBJINFO[moType].flags & MF_COUNTKILL)) { // Don't spawn monsters if -nomonsters return false; } angle = (int) args[2] << 24; an = angle >> ANGLETOFINESHIFT; speed = FIX2FLT((int) args[3] << 13); vspeed = FIX2FLT((int) args[4] << 13); while((mobj = P_FindMobjFromTID(tid, &searcher)) != NULL) { if((newMobj = P_SpawnMobj(moType, mobj->origin, angle, 0))) { if(newMobj->info->seeSound) S_StartSound(newMobj->info->seeSound, newMobj); newMobj->target = mobj; // Originator newMobj->mom[MX] = speed * FIX2FLT(finecosine[an]); newMobj->mom[MY] = speed * FIX2FLT(finesine[an]); newMobj->mom[MZ] = vspeed; newMobj->flags2 |= MF2_DROPPED; // Don't respawn if(gravity == true) { newMobj->flags &= ~MF_NOGRAVITY; newMobj->flags2 |= MF2_LOGRAV; } if(P_CheckMissileSpawn(newMobj) == true) { success = true; } } } return success; } dd_bool EV_ThingSpawn(byte *args, dd_bool fog) { int tid, searcher; angle_t angle; mobj_t *mobj, *newMobj, *fogMobj; mobjtype_t moType; dd_bool success; coord_t z; success = false; searcher = -1; tid = args[0]; moType = TranslateThingType[args[1]]; if(G_Ruleset_NoMonsters() && (MOBJINFO[moType].flags & MF_COUNTKILL)) { // Don't spawn monsters if -nomonsters return false; } angle = (int) args[2] << 24; while((mobj = P_FindMobjFromTID(tid, &searcher)) != NULL) { z = mobj->origin[VZ]; if((newMobj = P_SpawnMobj(moType, mobj->origin, angle, 0))) { if(P_TestMobjLocation(newMobj) == false) { // Didn't fit P_MobjRemove(newMobj, true); } else { if(fog) { if((fogMobj = P_SpawnMobjXYZ(MT_TFOG, mobj->origin[VX], mobj->origin[VY], mobj->origin[VZ] + TELEFOGHEIGHT, angle + ANG180, 0))) S_StartSound(SFX_TELEPORT, fogMobj); } newMobj->flags2 |= MF2_DROPPED; // Don't respawn if(newMobj->flags2 & MF2_FLOATBOB) { newMobj->special1 = FLT2FIX(newMobj->origin[VZ] - newMobj->floorZ); } success = true; } } } return success; } dd_bool EV_ThingActivate(int tid) { mobj_t *mobj; int searcher; dd_bool success; success = false; searcher = -1; while((mobj = P_FindMobjFromTID(tid, &searcher)) != NULL) { if(ActivateThing(mobj) == true) { success = true; } } return success; } dd_bool EV_ThingDeactivate(int tid) { mobj_t *mobj; int searcher; dd_bool success; success = false; searcher = -1; while((mobj = P_FindMobjFromTID(tid, &searcher)) != NULL) { if(DeactivateThing(mobj) == true) { success = true; } } return success; } dd_bool EV_ThingRemove(int tid) { mobj_t *mobj; int searcher; dd_bool success; success = false; searcher = -1; while((mobj = P_FindMobjFromTID(tid, &searcher)) != NULL) { if(mobj->type == MT_BRIDGE) { A_BridgeRemove(mobj); return true; } P_MobjRemove(mobj, false); success = true; } return success; } dd_bool EV_ThingDestroy(int tid) { mobj_t *mobj; int searcher; dd_bool success; success = false; searcher = -1; while((mobj = P_FindMobjFromTID(tid, &searcher)) != NULL) { if(mobj->flags & MF_SHOOTABLE) { P_DamageMobj(mobj, NULL, NULL, 10000, false); success = true; } } return success; } static dd_bool ActivateThing(mobj_t *mobj) { if(mobj->flags & MF_COUNTKILL) { // Monster if(mobj->flags2 & MF2_DORMANT) { mobj->flags2 &= ~MF2_DORMANT; mobj->tics = 1; return true; } return false; } switch(mobj->type) { case MT_ZTWINEDTORCH: case MT_ZTWINEDTORCH_UNLIT: P_MobjChangeState(mobj, S_ZTWINEDTORCH_1); S_StartSound(SFX_IGNITE, mobj); break; case MT_ZWALLTORCH: case MT_ZWALLTORCH_UNLIT: P_MobjChangeState(mobj, S_ZWALLTORCH1); S_StartSound(SFX_IGNITE, mobj); break; case MT_ZGEMPEDESTAL: P_MobjChangeState(mobj, S_ZGEMPEDESTAL2); break; case MT_ZWINGEDSTATUENOSKULL: P_MobjChangeState(mobj, S_ZWINGEDSTATUENOSKULL2); break; case MT_THRUSTFLOOR_UP: case MT_THRUSTFLOOR_DOWN: if(mobj->args[0] == 0) { S_StartSound(SFX_THRUSTSPIKE_LOWER, mobj); mobj->flags2 &= ~MF2_DONTDRAW; if(mobj->args[1]) P_MobjChangeState(mobj, S_BTHRUSTRAISE1); else P_MobjChangeState(mobj, S_THRUSTRAISE1); } break; case MT_ZFIREBULL: case MT_ZFIREBULL_UNLIT: P_MobjChangeState(mobj, S_ZFIREBULL_BIRTH); S_StartSound(SFX_IGNITE, mobj); break; case MT_ZBELL: if(mobj->health > 0) { P_DamageMobj(mobj, NULL, NULL, 10, false); // 'ring' the bell } break; case MT_ZCAULDRON: case MT_ZCAULDRON_UNLIT: P_MobjChangeState(mobj, S_ZCAULDRON1); S_StartSound(SFX_IGNITE, mobj); break; case MT_FLAME_SMALL: S_StartSound(SFX_IGNITE, mobj); P_MobjChangeState(mobj, S_FLAME_SMALL1); break; case MT_FLAME_LARGE: S_StartSound(SFX_IGNITE, mobj); P_MobjChangeState(mobj, S_FLAME_LARGE1); break; case MT_BAT_SPAWNER: P_MobjChangeState(mobj, S_SPAWNBATS1); break; default: return false; break; } return true; } static dd_bool DeactivateThing(mobj_t *mobj) { if(mobj->flags & MF_COUNTKILL) { // Monster if(!(mobj->flags2 & MF2_DORMANT)) { mobj->flags2 |= MF2_DORMANT; mobj->tics = -1; return true; } return false; } switch(mobj->type) { case MT_ZTWINEDTORCH: case MT_ZTWINEDTORCH_UNLIT: P_MobjChangeState(mobj, S_ZTWINEDTORCH_UNLIT); break; case MT_ZWALLTORCH: case MT_ZWALLTORCH_UNLIT: P_MobjChangeState(mobj, S_ZWALLTORCH_U); break; case MT_THRUSTFLOOR_UP: case MT_THRUSTFLOOR_DOWN: if(mobj->args[0] == 1) { S_StartSound(SFX_THRUSTSPIKE_RAISE, mobj); if(mobj->args[1]) P_MobjChangeState(mobj, S_BTHRUSTLOWER); else P_MobjChangeState(mobj, S_THRUSTLOWER); } break; case MT_ZFIREBULL: case MT_ZFIREBULL_UNLIT: P_MobjChangeState(mobj, S_ZFIREBULL_DEATH); break; case MT_ZCAULDRON: case MT_ZCAULDRON_UNLIT: P_MobjChangeState(mobj, S_ZCAULDRON_U); break; case MT_FLAME_SMALL: P_MobjChangeState(mobj, S_FLAME_SDORM1); break; case MT_FLAME_LARGE: P_MobjChangeState(mobj, S_FLAME_LDORM1); break; case MT_BAT_SPAWNER: P_MobjChangeState(mobj, S_SPAWNBATS_OFF); break; default: return false; break; } return true; } doomsday-1.14.5/doomsday/plugins/hexen/src/sn_sonix.cpp0000664000175000017500000003675512350542240022464 0ustar jaakkojaakko/** @file sn_sonix.cpp Sound sequence scripts. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "s_sequence.h" #include "dmu_lib.h" #include "g_common.h" #include "hexlex.h" #include "p_saveio.h" #include "polyobjs.h" #include #include #define SS_MAX_SCRIPTS 64 #define SS_TEMPBUFFER_SIZE 1024 typedef enum sscmds_e { SS_CMD_NONE, SS_CMD_PLAY, SS_CMD_WAITUNTILDONE, // used by PLAYUNTILDONE SS_CMD_PLAYTIME, SS_CMD_PLAYREPEAT, SS_CMD_DELAY, SS_CMD_DELAYRAND, SS_CMD_VOLUME, SS_CMD_STOPSOUND, SS_CMD_END } sscmds_t; struct seqnode_t { int *sequencePtr; int sequence; mobj_t *mobj; int currentSoundID; int delayTics; int volume; int stopSound; seqnode_t *prev; seqnode_t *next; }; static struct sstranslation_s { char name[32]; int scriptNum; int stopSound; } SequenceTranslate[SEQ_NUMSEQ] = { { "Platform", 0, 0 }, { "Platform", 0, 0 }, { "PlatformMetal", 0, 0 }, { "Platform", 0, 0 }, { "Silence", 0, 0 }, { "Lava", 0, 0 }, { "Water", 0, 0 }, { "Ice", 0, 0 }, { "Earth", 0, 0 }, { "PlatformMetal2", 0, 0 }, { "DoorNormal", 0, 0 }, { "DoorHeavy", 0, 0 }, { "DoorMetal", 0, 0 }, { "DoorCreak", 0, 0 }, { "Silence", 0, 0 }, { "Lava", 0, 0 }, { "Water", 0, 0 }, { "Ice", 0, 0 }, { "Earth", 0, 0 }, { "DoorMetal2", 0, 0 }, { "Wind", 0, 0 } }; static int activeSequenceCount; static seqnode_t *sequences; static int *sequenceData[SS_MAX_SCRIPTS]; static void initSequenceData() { std::memset(sequenceData, 0, sizeof(*sequenceData) * SS_MAX_SCRIPTS); activeSequenceCount = 0; } static int nextUnusedSequence() { for(int i = 0; i < SS_MAX_SCRIPTS; ++i) { if(!sequenceData[i]) { return i; } } return -1; } /** * Verifies the integrity of the temporary ptr, and ensures that the ptr * isn't exceeding the size of the temporary buffer */ static void verifySequencePtr(int *base, int *ptr) { if(ptr - base > SS_TEMPBUFFER_SIZE) { Con_Error("VerifySequencePtr: tempPtr >= %d", SS_TEMPBUFFER_SIZE); } } void SndSeqParser(Str const *path) { initSequenceData(); AutoStr *script = M_ReadFileIntoString(path, 0); if(!script || Str_IsEmpty(script)) return; App_Log(DE2_RES_VERBOSE, "Parsing \"%s\"...", F_PrettyPath(Str_Text(path))); HexLex lexer(script, path); int seqNumber = -1; int seqCommmandIndex = -1; int *tempDataStart = 0, *tempDataPtr = 0; while(lexer.readToken()) { if(Str_At(lexer.token(), 0) == ':') { if(seqCommmandIndex != -1) { // Found an unexpected token. Con_Error("SndSeqParser: Unexpected token '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } tempDataStart = (int *) Z_Calloc(SS_TEMPBUFFER_SIZE, PU_GAMESTATIC, NULL); tempDataPtr = tempDataStart; seqNumber = nextUnusedSequence(); if(seqNumber < 0) { Con_Error("SndSeqParser: Number of SS Scripts >= SS_MAX_SCRIPTS"); } for(int i = 0; i < SEQ_NUMSEQ; ++i) { if(!strcasecmp(SequenceTranslate[i].name, Str_Text(lexer.token()) + 1)) { SequenceTranslate[i].scriptNum = seqNumber; seqCommmandIndex = i; break; } } continue; // parse the next command } if(seqCommmandIndex == -1) { continue; } if(!Str_CompareIgnoreCase(lexer.token(), "end")) { *tempDataPtr++ = SS_CMD_END; int dataSize = (tempDataPtr - tempDataStart) * sizeof(int); sequenceData[seqNumber] = (int *) Z_Malloc(dataSize, PU_GAMESTATIC, NULL); std::memcpy(sequenceData[seqNumber], tempDataStart, dataSize); Z_Free(tempDataStart); seqCommmandIndex = -1; continue; } if(!Str_CompareIgnoreCase(lexer.token(), "playrepeat")) { verifySequencePtr(tempDataStart, tempDataPtr); *tempDataPtr++ = SS_CMD_PLAYREPEAT; *tempDataPtr++ = Def_Get(DD_DEF_SOUND_BY_NAME, Str_Text(lexer.readString()), 0); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "playtime")) { verifySequencePtr(tempDataStart, tempDataPtr); *tempDataPtr++ = SS_CMD_PLAY; *tempDataPtr++ = Def_Get(DD_DEF_SOUND_BY_NAME, Str_Text(lexer.readString()), 0); *tempDataPtr++ = SS_CMD_DELAY; *tempDataPtr++ = lexer.readNumber(); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "playuntildone")) { verifySequencePtr(tempDataStart, tempDataPtr); *tempDataPtr++ = SS_CMD_PLAY; *tempDataPtr++ = Def_Get(DD_DEF_SOUND_BY_NAME, Str_Text(lexer.readString()), 0); *tempDataPtr++ = SS_CMD_WAITUNTILDONE; continue; } if(!Str_CompareIgnoreCase(lexer.token(), "play")) { verifySequencePtr(tempDataStart, tempDataPtr); *tempDataPtr++ = SS_CMD_PLAY; *tempDataPtr++ = Def_Get(DD_DEF_SOUND_BY_NAME, Str_Text(lexer.readString()), 0); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "delayrand")) { verifySequencePtr(tempDataStart, tempDataPtr); *tempDataPtr++ = SS_CMD_DELAYRAND; *tempDataPtr++ = lexer.readNumber(); *tempDataPtr++ = lexer.readNumber(); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "delay")) { verifySequencePtr(tempDataStart, tempDataPtr); *tempDataPtr++ = SS_CMD_DELAY; *tempDataPtr++ = lexer.readNumber(); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "volume")) { verifySequencePtr(tempDataStart, tempDataPtr); *tempDataPtr++ = SS_CMD_VOLUME; *tempDataPtr++ = lexer.readNumber(); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "stopsound")) { SequenceTranslate[seqCommmandIndex].stopSound = Def_Get(DD_DEF_SOUND_BY_NAME, Str_Text(lexer.readString()), 0); *tempDataPtr++ = SS_CMD_STOPSOUND; continue; } // Found an unexpected token. Con_Error("SndSeqParser: Unexpected token '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } } int SN_ActiveSequenceCount() { return activeSequenceCount; } void SN_StartSequence(mobj_t *mobj, int sequence) { if(!mobj) return; SN_StopSequence(mobj); // Stop any previous sequence seqnode_t *node = (seqnode_t *) Z_Calloc(sizeof(*node), PU_GAMESTATIC, NULL); node->sequencePtr = sequenceData[SequenceTranslate[sequence].scriptNum]; node->sequence = sequence; node->mobj = mobj; node->delayTics = 0; node->stopSound = SequenceTranslate[sequence].stopSound; node->volume = 127; // Start at max volume if(!sequences) { sequences = node; node->next = node->prev = 0; } else { sequences->prev = node; node->next = sequences; node->prev = 0; sequences = node; } activeSequenceCount++; } void SN_StartSequenceInSec(Sector *sector, int seqBase) { if(!sector) return; SN_StartSequence((mobj_t *)P_GetPtrp(sector, DMU_EMITTER), seqBase + P_ToXSector(sector)->seqType); } void SN_StopSequenceInSec(Sector *sector) { if(!sector) return; SN_StopSequence((mobj_t *)P_GetPtrp(sector, DMU_EMITTER)); } void SN_StartSequenceName(mobj_t *mobj, char const *name) { if(!mobj) return; for(int i = 0; i < SEQ_NUMSEQ; ++i) { if(!strcmp(name, SequenceTranslate[i].name)) { SN_StartSequence(mobj, i); return; } } } void SN_StopSequence(mobj_t *mobj) { if(!mobj) return; seqnode_t *node; seqnode_t *next = 0; for(node = sequences; node; node = next) { next = node->next; if(node->mobj == mobj) { S_StopSound(0, mobj); if(node->stopSound) { S_StartSoundAtVolume(node->stopSound, mobj, node->volume / 127.0f); } if(sequences == node) { sequences = node->next; } if(node->prev) { node->prev->next = node->next; } if(node->next) { node->next->prev = node->prev; } Z_Free(node); activeSequenceCount--; } } } void SN_UpdateActiveSequences() { if(!activeSequenceCount || paused) { // No sequences currently playing/game is paused return; } for(seqnode_t *node = sequences; node; node = node->next) { if(node->delayTics) { node->delayTics--; continue; } // If ID is zero, S_IsPlaying returns true if any sound is playing. bool sndPlaying = (node->currentSoundID ? CPP_BOOL(S_IsPlaying(node->currentSoundID, node->mobj)) : false); switch(*node->sequencePtr) { case SS_CMD_PLAY: if(!sndPlaying) { node->currentSoundID = *(node->sequencePtr + 1); App_Log(DE2_DEV_AUDIO_VERBOSE, "SS_CMD_PLAY: StartSound %s: %p", SequenceTranslate[node->sequence].name, node->mobj); S_StartSoundAtVolume(node->currentSoundID, node->mobj, node->volume / 127.0f); } node->sequencePtr += 2; break; case SS_CMD_WAITUNTILDONE: if(!sndPlaying) { node->sequencePtr++; node->currentSoundID = 0; } break; case SS_CMD_PLAYREPEAT: if(!sndPlaying) { App_Log(DE2_DEV_AUDIO_VERBOSE, "SS_CMD_PLAYREPEAT: StartSound id=%i, %s: %p", node->currentSoundID, SequenceTranslate[node->sequence].name, node->mobj); node->currentSoundID = *(node->sequencePtr + 1); S_StartSoundAtVolume(node->currentSoundID | DDSF_REPEAT, node->mobj, node->volume / 127.0f); } break; case SS_CMD_DELAY: node->delayTics = *(node->sequencePtr + 1); node->sequencePtr += 2; node->currentSoundID = 0; break; case SS_CMD_DELAYRAND: node->delayTics = *(node->sequencePtr + 1) + M_Random() % (*(node->sequencePtr + 2) - *(node->sequencePtr + 1)); node->sequencePtr += 2; node->currentSoundID = 0; break; case SS_CMD_VOLUME: node->volume = (127 * (*(node->sequencePtr + 1))) / 100; node->sequencePtr += 2; break; case SS_CMD_STOPSOUND: // Wait until something else stops the sequence. break; case SS_CMD_END: SN_StopSequence(node->mobj); break; default: break; } } } void SN_StopAllSequences() { seqnode_t *node; seqnode_t *next = 0; for(node = sequences; node; node = next) { next = node->next; node->stopSound = 0; // Do not play stop sounds. SN_StopSequence(node->mobj); } } int SN_GetSequenceOffset(int sequence, int *sequencePtr) { return (sequencePtr - sequenceData[SequenceTranslate[sequence].scriptNum]); } void SN_ChangeNodeData(int nodeNum, int seqOffset, int delayTics, int volume, int currentSoundID) { int n = 0; seqnode_t *node = sequences; while(node && n < nodeNum) { node = node->next; n++; } if(!node) return; node->delayTics = delayTics; node->volume = volume; node->sequencePtr += seqOffset; node->currentSoundID = currentSoundID; } void SN_WriteSequences(Writer *writer) { Writer_WriteInt32(writer, activeSequenceCount); for(seqnode_t *node = sequences; node; node = node->next) { Writer_WriteByte(writer, 1); // Write a version byte. Writer_WriteInt32(writer, node->sequence); Writer_WriteInt32(writer, node->delayTics); Writer_WriteInt32(writer, node->volume); Writer_WriteInt32(writer, SN_GetSequenceOffset(node->sequence, node->sequencePtr)); Writer_WriteInt32(writer, node->currentSoundID); int i = 0; if(node->mobj) { for(; i < numpolyobjs; ++i) { if(node->mobj == (mobj_t *) Polyobj_ById(i)) { break; } } } int difference; if(i == numpolyobjs) { // The sound's emitter is the sector, not the polyobj itself. difference = P_ToIndex(Sector_AtPoint_FixedPrecision(node->mobj->origin)); Writer_WriteInt32(writer, 0); // 0 -- sector sound origin. } else { Writer_WriteInt32(writer, 1); // 1 -- polyobj sound origin difference = i; } Writer_WriteInt32(writer, difference); } } void SN_ReadSequences(Reader *reader, int mapVersion) { // Reload and restart all sound sequences int numSequences = Reader_ReadInt32(reader); for(int i = 0; i < numSequences; ++i) { /*int ver =*/ (mapVersion >= 3)? Reader_ReadByte(reader) : 0; int sequence = Reader_ReadInt32(reader); int delayTics = Reader_ReadInt32(reader); int volume = Reader_ReadInt32(reader); int seqOffset = Reader_ReadInt32(reader); int soundID = Reader_ReadInt32(reader); int polySnd = Reader_ReadInt32(reader); int secNum = Reader_ReadInt32(reader); mobj_t *sndMobj = 0; if(!polySnd) { sndMobj = (mobj_t*)P_GetPtr(DMU_SECTOR, secNum, DMU_EMITTER); } else { Polyobj *po = Polyobj_ById(secNum); if(po) sndMobj = (mobj_t*) po; } SN_StartSequence(sndMobj, sequence); SN_ChangeNodeData(i, seqOffset, delayTics, volume, soundID); } } doomsday-1.14.5/doomsday/plugins/hexen/src/acscript.cpp0000664000175000017500000013251512350542240022423 0ustar jaakkojaakko/** @file acscript.cpp Hexen "ACS" scripting system. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "acscript.h" #include "dmu_lib.h" #include "g_common.h" #include "gamesession.h" #include "player.h" #include "p_map.h" #include "p_saveg.h" #include "p_saveio.h" #include "p_sound.h" #include #include /** * Bytecode header. Read directly from the map lump. */ #pragma pack(1) struct BytecodeHeader { int32_t marker; int32_t infoOffset; int32_t code; }; #pragma pack() /** * Stores information about a script function entrypoint. */ struct BytecodeScriptInfo { enum Flag { Open = 0x1 }; int flags; int scriptNumber; int const *pcodePtr; int argCount; // Current state: /// @todo Move to a separate array, in ACScriptInterpreter ACScriptInterpreter::ScriptState state; int waitValue; }; ACScriptInterpreter::DeferredTask::DeferredTask(Uri const &mapUri, int scriptNumber, byte const args_[]) : mapUri(Uri_Dup(&mapUri)) , scriptNumber(scriptNumber) { std::memcpy(args, args_, sizeof(args)); } ACScriptInterpreter::DeferredTask::~DeferredTask() { Uri_Delete(mapUri); } ACScriptInterpreter::DeferredTask *ACScriptInterpreter::DeferredTask::newFromReader(de::Reader &from) //static { de::String mapUriStr; from >> mapUriStr; Uri *mapUri = Uri_NewWithPath2(mapUriStr.toUtf8().constData(), RC_NULL); int scriptNumber; ///< On the target map. from >> scriptNumber; byte args[4]; for(int i = 0; i < 4; ++i) { from >> args[i]; } DeferredTask *task = new DeferredTask(*mapUri, scriptNumber, args); Uri_Delete(mapUri); return task; } void ACScriptInterpreter::DeferredTask::operator >> (de::Writer &to) const { to << de::String(Str_Text(Uri_Compose(mapUri))) << scriptNumber; for(int i = 0; i < 4; ++i) { to << args[i]; } } void ACScriptInterpreter::DeferredTask::operator << (de::Reader &from) { de::String mapUriStr; from >> mapUriStr; mapUri = Uri_NewWithPath2(mapUriStr.toUtf8().constData(), RC_NULL); from >> scriptNumber; for(int i = 0; i < 4; ++i) { from >> args[i]; } } int ACScriptInterpreter::scriptInfoIndex(int scriptNumber) { for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; if(info.scriptNumber == scriptNumber) { return i; } } return -1; } ACScript *ACScriptInterpreter::newACScript(BytecodeScriptInfo &info, byte const args[], int delayCount) { // Is the script is already executing? if(info.state != Inactive) return 0; ACScript *script = (ACScript *) Z_Calloc(sizeof(*script), PU_MAP, 0); script->thinker.function = (thinkfunc_t) ACScript_Thinker; script->_info = &info; script->pcodePtr = info.pcodePtr; script->delayCount = delayCount; for(int i = 0; i < info.argCount; ++i) { DENG2_ASSERT(args != 0); script->vars[i] = args[i]; } Thinker_Add(&script->thinker); info.state = Running; return script; } bool ACScriptInterpreter::newDeferredTask(Uri const *mapUri, int scriptNumber, byte const args[]) { // Don't allow duplicates. for(int i = 0; i < _deferredTasksSize; ++i) { DeferredTask &task = *_deferredTasks[i]; if(task.scriptNumber == scriptNumber && Uri_Equality(task.mapUri, mapUri)) { return false; } } _deferredTasks = (DeferredTask **) Z_Realloc(_deferredTasks, sizeof(*_deferredTasks) * ++_deferredTasksSize, PU_GAMESTATIC); _deferredTasks[_deferredTasksSize - 1] = new DeferredTask(*mapUri, scriptNumber, args); return true; } ACScriptInterpreter::ACScriptInterpreter() : _pcode(0) , _scriptCount(0) , _scriptInfo(0) , _stringCount(0) , _strings(0) , _deferredTasksSize(0) , _deferredTasks(0) {} void ACScriptInterpreter::loadBytecode(lumpnum_t lump) { #define OPEN_SCRIPTS_BASE 1000 DENG2_ASSERT(!IS_CLIENT); size_t const lumpLength = (lump >= 0? W_LumpLength(lump) : 0); App_Log(DE2_SCR_VERBOSE, "Loading ACS bytecode lump %s:%s (#%i)...", F_PrettyPath(Str_Text(W_LumpSourceFile(lump))), Str_Text(W_LumpName(lump)), lump); _scriptCount = 0; int const *readBuf = 0; if(lumpLength >= sizeof(BytecodeHeader)) { void *region = Z_Malloc(lumpLength, PU_MAP, 0); W_ReadLump(lump, (uint8_t *)region); BytecodeHeader const *header = (BytecodeHeader const *) region; _pcode = (byte const *) header; if(LONG(header->infoOffset) < (int)lumpLength) { readBuf = (int *) ((byte const *) header + LONG(header->infoOffset)); _scriptCount = LONG(*readBuf++); } } if(!_scriptCount) { // Empty/Invalid lump. App_Log(DE2_SCR_WARNING, "Lump #%i does not appear to be valid ACS bytecode data", lump); return; } _scriptInfo = (BytecodeScriptInfo *) Z_Calloc(_scriptCount * sizeof(*_scriptInfo), PU_MAP, 0); BytecodeScriptInfo *info = _scriptInfo; for(int i = 0; i < _scriptCount; ++i, info++) { info->scriptNumber = LONG(*readBuf++); info->pcodePtr = (int const *)(_pcode + LONG(*readBuf++)); info->argCount = LONG(*readBuf++); info->state = Inactive; if(info->scriptNumber >= OPEN_SCRIPTS_BASE) { info->flags |= BytecodeScriptInfo::Open; info->scriptNumber -= OPEN_SCRIPTS_BASE; } DENG2_ASSERT(info->argCount <= MAX_ACS_SCRIPT_VARS); } _stringCount = LONG(*readBuf++); _strings = (Str *) Z_Malloc(_stringCount * sizeof(*_strings), PU_MAP, 0); for(int i = 0; i < _stringCount; ++i) { Str_InitStatic(&_strings[i], (char const *)(_pcode + LONG(*readBuf++))); } #undef OPEN_SCRIPTS_BASE } void ACScriptInterpreter::reset() { de::zap(worldVars); clearDeferredTasks(); } int ACScriptInterpreter::scriptCount() const { return _scriptCount; } void ACScriptInterpreter::startOpenScripts() { DENG2_ASSERT(!IS_CLIENT); // Each is allotted 1 second for initialization. for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; if(info.flags & BytecodeScriptInfo::Open) { ACScript *script = newACScript(info, 0/*no args*/, TICSPERSEC); DENG2_ASSERT(script != 0); DENG2_UNUSED(script); } } } bool ACScriptInterpreter::startScript(int scriptNumber, Uri const *mapUri, byte const args[], mobj_t *activator, Line *line, int side) { DENG2_ASSERT(!IS_CLIENT); if(mapUri) { if(!Uri_Equality(gameMapUri, mapUri)) { // Script is not for the current map. // Add it to the store to be started when that map is next entered. return newDeferredTask(mapUri, scriptNumber, args); } } if(BytecodeScriptInfo *info = scriptInfoPtr(scriptNumber)) { // Resume a suspended script? if(info->state == Suspended) { info->state = Running; return true; } else if(ACScript *script = newACScript(*info, args)) { script->activator = activator; script->line = line; script->side = side; return true; } } else { // Script not found. App_Log(DE2_SCR_WARNING, "ACS: Unknown script #%i", scriptNumber); } return false; // Perhaps its already executing? } bool ACScriptInterpreter::suspendScript(int scriptNumber, Uri const * /*mapUri*/) { if(BytecodeScriptInfo *info = scriptInfoPtr(scriptNumber)) { // Some states disallow suspension. if(info->state != Inactive && info->state != Suspended && info->state != Terminating) { info->state = Suspended; return true; } } return false; } bool ACScriptInterpreter::terminateScript(int scriptNumber, Uri const * /*mapUri*/) { if(BytecodeScriptInfo *info = scriptInfoPtr(scriptNumber)) { // Some states disallow termination. if(info->state != Inactive && info->state != Terminating) { info->state = Terminating; return true; } } return false; } void ACScriptInterpreter::tagFinished(int tag) { if(P_SectorTagIsBusy(tag)) return; for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; if(info.state == WaitingForTag && info.waitValue == tag) { info.state = Running; } } } void ACScriptInterpreter::polyobjFinished(int tag) { if(P_SectorTagIsBusy(tag)) return; for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; if(info.state == WaitingForPolyobj && info.waitValue == tag) { info.state = Running; } } } bool ACScriptInterpreter::hasScriptEntrypoint(int scriptNumber) { for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; if(info.scriptNumber == scriptNumber) { return true; } } return false; } BytecodeScriptInfo &ACScriptInterpreter::scriptInfo(int scriptNumber) { return _scriptInfo[scriptInfoIndex(scriptNumber)]; } Str const *ACScriptInterpreter::string(int stringNumber) const { DENG2_ASSERT(stringNumber >= 0 && stringNumber < _stringCount); return &_strings[stringNumber]; } byte const *ACScriptInterpreter::bytecode() const { return _pcode; } void ACScriptInterpreter::clearDeferredTasks() { for(int i = 0; i < _deferredTasksSize; ++i) { delete _deferredTasks[i]; } Z_Free(_deferredTasks); _deferredTasks = 0; _deferredTasksSize = 0; } void ACScriptInterpreter::runDeferredTasks(Uri const *mapUri) { if(COMMON_GAMESESSION->rules().deathmatch) { /// @todo Do we really want to disallow deferred ACS tasks in deathmatch? /// What is the actual intention here? -ds return; } int const origSize = _deferredTasksSize; int i = 0; while(i < _deferredTasksSize) { DeferredTask *task = _deferredTasks[i]; int scriptNumber = task->scriptNumber; if(!Uri_Equality(task->mapUri, mapUri)) { i++; continue; } if(BytecodeScriptInfo *info = scriptInfoPtr(scriptNumber)) { // Resume a suspended script? if(info->state == Suspended) { info->state = Running; } else { newACScript(*info, task->args, TICSPERSEC); } } else { App_Log(DE2_SCR_WARNING, "ACS: Unknown script #%i", scriptNumber); } delete _deferredTasks[i]; _deferredTasksSize -= 1; if(i == _deferredTasksSize) break; std::memmove(&_deferredTasks[i], &_deferredTasks[i + 1], sizeof(*_deferredTasks) * (_deferredTasksSize - i)); } if(_deferredTasksSize < origSize) { if(_deferredTasksSize) { _deferredTasks = (DeferredTask **) Z_Realloc(_deferredTasks, sizeof(*_deferredTasks) * _deferredTasksSize, PU_GAMESTATIC); } else { Z_Free(_deferredTasks); _deferredTasks = 0; } } } void ACScriptInterpreter::scriptFinished(ACScript *script) { if(!script) return; // This script has now finished. script->info().state = Inactive; // Notify any scripts which are waiting for this script to finish. for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; if(info.state == WaitingForScript && info.waitValue == script->info().scriptNumber) { info.state = Running; } } Thinker_Remove(&script->thinker); } de::Block ACScriptInterpreter::serializeWorldState() const { de::Block data; de::Writer writer(data); // Write the world-global variable namespace. for(int i = 0; i < MAX_ACS_WORLD_VARS; ++i) { writer << worldVars[i]; } // Write the deferred task queue. writer << _deferredTasksSize; for(int i = 0; i < _deferredTasksSize; ++i) { writer << *_deferredTasks[i]; } return data; } void ACScriptInterpreter::readWorldState(de::Reader &from) { // Read the world-global variable namespace. for(int i = 0; i < MAX_ACS_WORLD_VARS; ++i) { from >> worldVars[i]; } // Read the deferred task queue. clearDeferredTasks(); from >> _deferredTasksSize; if(_deferredTasksSize) { _deferredTasks = (DeferredTask **) Z_Realloc(_deferredTasks, sizeof(*_deferredTasks) * _deferredTasksSize, PU_GAMESTATIC); for(int i = 0; i < _deferredTasksSize; ++i) { _deferredTasks[i] = DeferredTask::newFromReader(from); } } } void ACScriptInterpreter::writeMapState(MapStateWriter *msw) { Writer *writer = msw->writer(); for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; Writer_WriteInt16(writer, info.state); Writer_WriteInt16(writer, info.waitValue); } for(int i = 0; i < MAX_ACS_MAP_VARS; ++i) { Writer_WriteInt32(writer, mapVars[i]); } } void ACScriptInterpreter::readMapState(MapStateReader *msr) { Reader *reader = msr->reader(); for(int i = 0; i < _scriptCount; ++i) { BytecodeScriptInfo &info = _scriptInfo[i]; info.state = ScriptState( Reader_ReadInt16(reader) ); info.waitValue = Reader_ReadInt16(reader); } for(int i = 0; i < MAX_ACS_MAP_VARS; ++i) { mapVars[i] = Reader_ReadInt32(reader); } } BytecodeScriptInfo &ACScriptInterpreter::scriptInfoByIndex(int index) { DENG_ASSERT(index >= 0 && index < _scriptCount); return _scriptInfo[index]; } AutoStr *ACScriptInterpreter::scriptName(int scriptNumber) { BytecodeScriptInfo *info = scriptInfoPtr(scriptNumber); if(!info) { return AutoStr_FromTextStd("(invalid-scriptnumber)"); } bool const open = (info->flags & BytecodeScriptInfo::Open) != 0; return Str_Appendf(AutoStr_NewStd(), "#%i%s", scriptNumber, open? " (Open)" : ""); } AutoStr *ACScriptInterpreter::scriptDescription(int scriptNumber) { BytecodeScriptInfo *info = scriptInfoPtr(scriptNumber); if(!info) { return AutoStr_FromTextStd("(invalid-scriptnumber)"); } static char const *stateLabels[] = { "Inactive", "Running", "Suspended", "Waiting for tag", "Waiting for polyobj", "Waiting for script", "Terminating" }; return Str_Appendf(AutoStr_NewStd(), "ACScript " DE2_ESC(b) "%s\n" DE2_ESC(l) "State: " DE2_ESC(.) DE2_ESC(i) "%s" DE2_ESC(.) DE2_ESC(l) " Wait-for: " DE2_ESC(.) DE2_ESC(i) "%i", Str_Text(scriptName(scriptNumber)), stateLabels[info->state], info->waitValue); } static byte SpecArgs[5]; #define PRINT_BUFFER_SIZE 256 static char PrintBuffer[PRINT_BUFFER_SIZE]; /// Bytecode command return value. enum CommandResult { Continue, Stop, Terminate }; typedef CommandResult (*CommandFunc) (ACScript &acs); /// Helper macro for declaring an ACS command function. #define ACS_COMMAND(Name) CommandResult cmd##Name(ACScript &acs) ACS_COMMAND(NOP) { DENG_UNUSED(acs); return Continue; } ACS_COMMAND(Terminate) { DENG_UNUSED(acs); return Terminate; } ACS_COMMAND(Suspend) { acs.info().state = ACScriptInterpreter::Suspended; return Stop; } ACS_COMMAND(PushNumber) { acs.locals.push(LONG(*acs.pcodePtr++)); return Continue; } ACS_COMMAND(LSpec1) { int special = LONG(*acs.pcodePtr++); SpecArgs[0] = acs.locals.pop(); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec2) { int special = LONG(*acs.pcodePtr++); SpecArgs[1] = acs.locals.pop(); SpecArgs[0] = acs.locals.pop(); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec3) { int special = LONG(*acs.pcodePtr++); SpecArgs[2] = acs.locals.pop(); SpecArgs[1] = acs.locals.pop(); SpecArgs[0] = acs.locals.pop(); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec4) { int special = LONG(*acs.pcodePtr++); SpecArgs[3] = acs.locals.pop(); SpecArgs[2] = acs.locals.pop(); SpecArgs[1] = acs.locals.pop(); SpecArgs[0] = acs.locals.pop(); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec5) { int special = LONG(*acs.pcodePtr++); SpecArgs[4] = acs.locals.pop(); SpecArgs[3] = acs.locals.pop(); SpecArgs[2] = acs.locals.pop(); SpecArgs[1] = acs.locals.pop(); SpecArgs[0] = acs.locals.pop(); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec1Direct) { int special = LONG(*acs.pcodePtr++); SpecArgs[0] = LONG(*acs.pcodePtr++); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec2Direct) { int special = LONG(*acs.pcodePtr++); SpecArgs[0] = LONG(*acs.pcodePtr++); SpecArgs[1] = LONG(*acs.pcodePtr++); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec3Direct) { int special = LONG(*acs.pcodePtr++); SpecArgs[0] = LONG(*acs.pcodePtr++); SpecArgs[1] = LONG(*acs.pcodePtr++); SpecArgs[2] = LONG(*acs.pcodePtr++); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec4Direct) { int special = LONG(*acs.pcodePtr++); SpecArgs[0] = LONG(*acs.pcodePtr++); SpecArgs[1] = LONG(*acs.pcodePtr++); SpecArgs[2] = LONG(*acs.pcodePtr++); SpecArgs[3] = LONG(*acs.pcodePtr++); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(LSpec5Direct) { int special = LONG(*acs.pcodePtr++); SpecArgs[0] = LONG(*acs.pcodePtr++); SpecArgs[1] = LONG(*acs.pcodePtr++); SpecArgs[2] = LONG(*acs.pcodePtr++); SpecArgs[3] = LONG(*acs.pcodePtr++); SpecArgs[4] = LONG(*acs.pcodePtr++); P_ExecuteLineSpecial(special, SpecArgs, acs.line, acs.side, acs.activator); return Continue; } ACS_COMMAND(Add) { acs.locals.push(acs.locals.pop() + acs.locals.pop()); return Continue; } ACS_COMMAND(Subtract) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() - operand2); return Continue; } ACS_COMMAND(Multiply) { acs.locals.push(acs.locals.pop() * acs.locals.pop()); return Continue; } ACS_COMMAND(Divide) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() / operand2); return Continue; } ACS_COMMAND(Modulus) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() % operand2); return Continue; } ACS_COMMAND(EQ) { acs.locals.push(acs.locals.pop() == acs.locals.pop()); return Continue; } ACS_COMMAND(NE) { acs.locals.push(acs.locals.pop() != acs.locals.pop()); return Continue; } ACS_COMMAND(LT) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() < operand2); return Continue; } ACS_COMMAND(GT) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() > operand2); return Continue; } ACS_COMMAND(LE) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() <= operand2); return Continue; } ACS_COMMAND(GE) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() >= operand2); return Continue; } ACS_COMMAND(AssignScriptVar) { acs.vars[LONG(*acs.pcodePtr++)] = acs.locals.pop(); return Continue; } ACS_COMMAND(AssignMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)] = acs.locals.pop(); return Continue; } ACS_COMMAND(AssignWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)] = acs.locals.pop(); return Continue; } ACS_COMMAND(PushScriptVar) { acs.locals.push(acs.vars[LONG(*acs.pcodePtr++)]); return Continue; } ACS_COMMAND(PushMapVar) { acs.locals.push(acs.interpreter().mapVars[LONG(*acs.pcodePtr++)]); return Continue; } ACS_COMMAND(PushWorldVar) { acs.locals.push(acs.interpreter().worldVars[LONG(*acs.pcodePtr++)]); return Continue; } ACS_COMMAND(AddScriptVar) { acs.vars[LONG(*acs.pcodePtr++)] += acs.locals.pop(); return Continue; } ACS_COMMAND(AddMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)] += acs.locals.pop(); return Continue; } ACS_COMMAND(AddWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)] += acs.locals.pop(); return Continue; } ACS_COMMAND(SubScriptVar) { acs.vars[LONG(*acs.pcodePtr++)] -= acs.locals.pop(); return Continue; } ACS_COMMAND(SubMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)] -= acs.locals.pop(); return Continue; } ACS_COMMAND(SubWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)] -= acs.locals.pop(); return Continue; } ACS_COMMAND(MulScriptVar) { acs.vars[LONG(*acs.pcodePtr++)] *= acs.locals.pop(); return Continue; } ACS_COMMAND(MulMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)] *= acs.locals.pop(); return Continue; } ACS_COMMAND(MulWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)] *= acs.locals.pop(); return Continue; } ACS_COMMAND(DivScriptVar) { acs.vars[LONG(*acs.pcodePtr++)] /= acs.locals.pop(); return Continue; } ACS_COMMAND(DivMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)] /= acs.locals.pop(); return Continue; } ACS_COMMAND(DivWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)] /= acs.locals.pop(); return Continue; } ACS_COMMAND(ModScriptVar) { acs.vars[LONG(*acs.pcodePtr++)] %= acs.locals.pop(); return Continue; } ACS_COMMAND(ModMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)] %= acs.locals.pop(); return Continue; } ACS_COMMAND(ModWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)] %= acs.locals.pop(); return Continue; } ACS_COMMAND(IncScriptVar) { acs.vars[LONG(*acs.pcodePtr++)]++; return Continue; } ACS_COMMAND(IncMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)]++; return Continue; } ACS_COMMAND(IncWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)]++; return Continue; } ACS_COMMAND(DecScriptVar) { acs.vars[LONG(*acs.pcodePtr++)]--; return Continue; } ACS_COMMAND(DecMapVar) { acs.interpreter().mapVars[LONG(*acs.pcodePtr++)]--; return Continue; } ACS_COMMAND(DecWorldVar) { acs.interpreter().worldVars[LONG(*acs.pcodePtr++)]--; return Continue; } ACS_COMMAND(Goto) { acs.pcodePtr = (int *) (acs.interpreter().bytecode() + LONG(*acs.pcodePtr)); return Continue; } ACS_COMMAND(IfGoto) { if(acs.locals.pop()) { acs.pcodePtr = (int *) (acs.interpreter().bytecode() + LONG(*acs.pcodePtr)); } else { acs.pcodePtr++; } return Continue; } ACS_COMMAND(Drop) { acs.locals.drop(); return Continue; } ACS_COMMAND(Delay) { acs.delayCount = acs.locals.pop(); return Stop; } ACS_COMMAND(DelayDirect) { acs.delayCount = LONG(*acs.pcodePtr++); return Stop; } ACS_COMMAND(Random) { int high = acs.locals.pop(); int low = acs.locals.pop(); acs.locals.push(low + (P_Random() % (high - low + 1))); return Continue; } ACS_COMMAND(RandomDirect) { int low = LONG(*acs.pcodePtr++); int high = LONG(*acs.pcodePtr++); acs.locals.push(low + (P_Random() % (high - low + 1))); return Continue; } ACS_COMMAND(ThingCount) { int tid = acs.locals.pop(); int type = acs.locals.pop(); // Anything to count? if(type + tid) { acs.locals.push(P_MobjCount(type, tid)); } return Continue; } ACS_COMMAND(ThingCountDirect) { int type = LONG(*acs.pcodePtr++); int tid = LONG(*acs.pcodePtr++); // Anything to count? if(type + tid) { acs.locals.push(P_MobjCount(type, tid)); } return Continue; } ACS_COMMAND(TagWait) { acs.info().waitValue = acs.locals.pop(); acs.info().state = ACScriptInterpreter::WaitingForTag; return Stop; } ACS_COMMAND(TagWaitDirect) { acs.info().waitValue = LONG(*acs.pcodePtr++); acs.info().state = ACScriptInterpreter::WaitingForTag; return Stop; } ACS_COMMAND(PolyWait) { acs.info().waitValue = acs.locals.pop(); acs.info().state = ACScriptInterpreter::WaitingForPolyobj; return Stop; } ACS_COMMAND(PolyWaitDirect) { acs.info().waitValue = LONG(*acs.pcodePtr++); acs.info().state = ACScriptInterpreter::WaitingForPolyobj; return Stop; } ACS_COMMAND(ChangeFloor) { AutoStr *path = Str_PercentEncode(Str_Copy(AutoStr_New(), acs.interpreter().string(acs.locals.pop()))); Uri *uri = Uri_NewWithPath3("Flats", Str_Text(path)); Material *mat = (Material *) P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); int tag = acs.locals.pop(); if(iterlist_t *list = P_GetSectorIterListForTag(tag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *) IterList_MoveIterator(list))) { P_SetPtrp(sec, DMU_FLOOR_MATERIAL, mat); } } return Continue; } ACS_COMMAND(ChangeFloorDirect) { int tag = LONG(*acs.pcodePtr++); AutoStr *path = Str_PercentEncode(Str_Copy(AutoStr_New(), acs.interpreter().string(LONG(*acs.pcodePtr++)))); Uri *uri = Uri_NewWithPath3("Flats", Str_Text(path)); Material *mat = (Material *) P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); if(iterlist_t *list = P_GetSectorIterListForTag(tag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *) IterList_MoveIterator(list))) { P_SetPtrp(sec, DMU_FLOOR_MATERIAL, mat); } } return Continue; } ACS_COMMAND(ChangeCeiling) { AutoStr *path = Str_PercentEncode(Str_Copy(AutoStr_New(), acs.interpreter().string(acs.locals.pop()))); Uri *uri = Uri_NewWithPath3("Flats", Str_Text(path)); Material *mat = (Material *) P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); int tag = acs.locals.pop(); if(iterlist_t *list = P_GetSectorIterListForTag(tag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *) IterList_MoveIterator(list))) { P_SetPtrp(sec, DMU_CEILING_MATERIAL, mat); } } return Continue; } ACS_COMMAND(ChangeCeilingDirect) { int tag = LONG(*acs.pcodePtr++); AutoStr *path = Str_PercentEncode(Str_Copy(AutoStr_New(), acs.interpreter().string(LONG(*acs.pcodePtr++)))); Uri *uri = Uri_NewWithPath3("Flats", Str_Text(path)); Material *mat = (Material *) P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); if(iterlist_t *list = P_GetSectorIterListForTag(tag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *) IterList_MoveIterator(list))) { P_SetPtrp(sec, DMU_CEILING_MATERIAL, mat); } } return Continue; } ACS_COMMAND(Restart) { acs.pcodePtr = acs.info().pcodePtr; return Continue; } ACS_COMMAND(AndLogical) { acs.locals.push(acs.locals.pop() && acs.locals.pop()); return Continue; } ACS_COMMAND(OrLogical) { acs.locals.push(acs.locals.pop() || acs.locals.pop()); return Continue; } ACS_COMMAND(AndBitwise) { acs.locals.push(acs.locals.pop() & acs.locals.pop()); return Continue; } ACS_COMMAND(OrBitwise) { acs.locals.push(acs.locals.pop() | acs.locals.pop()); return Continue; } ACS_COMMAND(EorBitwise) { acs.locals.push(acs.locals.pop() ^ acs.locals.pop()); return Continue; } ACS_COMMAND(NegateLogical) { acs.locals.push(!acs.locals.pop()); return Continue; } ACS_COMMAND(LShift) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() << operand2); return Continue; } ACS_COMMAND(RShift) { int operand2 = acs.locals.pop(); acs.locals.push(acs.locals.pop() >> operand2); return Continue; } ACS_COMMAND(UnaryMinus) { acs.locals.push(-acs.locals.pop()); return Continue; } ACS_COMMAND(IfNotGoto) { if(acs.locals.pop()) { acs.pcodePtr++; } else { acs.pcodePtr = (int *) (acs.interpreter().bytecode() + LONG(*acs.pcodePtr)); } return Continue; } ACS_COMMAND(LineSide) { acs.locals.push(acs.side); return Continue; } ACS_COMMAND(ScriptWait) { acs.info().waitValue = acs.locals.pop(); acs.info().state = ACScriptInterpreter::WaitingForScript; return Stop; } ACS_COMMAND(ScriptWaitDirect) { acs.info().waitValue = LONG(*acs.pcodePtr++); acs.info().state = ACScriptInterpreter::WaitingForScript; return Stop; } ACS_COMMAND(ClearLineSpecial) { if(acs.line) { P_ToXLine(acs.line)->special = 0; } return Continue; } ACS_COMMAND(CaseGoto) { if(acs.locals.top() == LONG(*acs.pcodePtr++)) { acs.pcodePtr = (int *) (acs.interpreter().bytecode() + LONG(*acs.pcodePtr)); acs.locals.drop(); } else { acs.pcodePtr++; } return Continue; } ACS_COMMAND(BeginPrint) { DENG_UNUSED(acs); *PrintBuffer = 0; return Continue; } ACS_COMMAND(EndPrint) { if(acs.activator && acs.activator->player) { P_SetMessage(acs.activator->player, 0, PrintBuffer); } else { // Send to everybody. for(int i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) { P_SetMessage(&players[i], 0, PrintBuffer); } } } return Continue; } ACS_COMMAND(EndPrintBold) { DENG_UNUSED(acs); for(int i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) { P_SetYellowMessage(&players[i], 0, PrintBuffer); } } return Continue; } ACS_COMMAND(PrintString) { strcat(PrintBuffer, Str_Text(acs.interpreter().string(acs.locals.pop()))); return Continue; } ACS_COMMAND(PrintNumber) { char tempStr[16]; sprintf(tempStr, "%d", acs.locals.pop()); strcat(PrintBuffer, tempStr); return Continue; } ACS_COMMAND(PrintCharacter) { char *bufferEnd = PrintBuffer + strlen(PrintBuffer); *bufferEnd++ = acs.locals.pop(); *bufferEnd = 0; return Continue; } ACS_COMMAND(PlayerCount) { int count = 0; for(int i = 0; i < MAXPLAYERS; ++i) { count += players[i].plr->inGame; } acs.locals.push(count); return Continue; } ACS_COMMAND(GameType) { int gametype; if(!IS_NETGAME) { gametype = 0; // singleplayer } else if(COMMON_GAMESESSION->rules().deathmatch) { gametype = 2; // deathmatch } else { gametype = 1; // cooperative } acs.locals.push(gametype); return Continue; } ACS_COMMAND(GameSkill) { acs.locals.push((int)COMMON_GAMESESSION->rules().skill); return Continue; } ACS_COMMAND(Timer) { acs.locals.push(mapTime); return Continue; } ACS_COMMAND(SectorSound) { mobj_t *mobj = 0; if(acs.line) { Sector *front = (Sector *) P_GetPtrp(acs.line, DMU_FRONT_SECTOR); mobj = (mobj_t *) P_GetPtrp(front, DMU_EMITTER); } int volume = acs.locals.pop(); S_StartSoundAtVolume(S_GetSoundID(Str_Text(acs.interpreter().string(acs.locals.pop()))), mobj, volume / 127.0f); return Continue; } ACS_COMMAND(ThingSound) { int volume = acs.locals.pop(); int sound = S_GetSoundID(Str_Text(acs.interpreter().string(acs.locals.pop()))); int tid = acs.locals.pop(); int searcher = -1; mobj_t *mobj; while(sound && (mobj = P_FindMobjFromTID(tid, &searcher))) { S_StartSoundAtVolume(sound, mobj, volume / 127.0f); } return Continue; } ACS_COMMAND(AmbientSound) { mobj_t *mobj = 0; // For 3D positioning. mobj_t *plrmo = players[DISPLAYPLAYER].plr->mo; int volume = acs.locals.pop(); // If we are playing 3D sounds, create a temporary source mobj for the sound. if(cfg.snd3D && plrmo) { // SpawnMobj calls P_Random. We don't want that the random generator gets // out of sync. if((mobj = P_SpawnMobjXYZ(MT_CAMERA, plrmo->origin[VX] + (((M_Random() - 127) * 2) << FRACBITS), plrmo->origin[VY] + (((M_Random() - 127) * 2) << FRACBITS), plrmo->origin[VZ] + (((M_Random() - 127) * 2) << FRACBITS), 0, 0))) { mobj->tics = 5 * TICSPERSEC; // Five seconds should be enough. } } int sound = S_GetSoundID(Str_Text(acs.interpreter().string(acs.locals.pop()))); S_StartSoundAtVolume(sound, mobj, volume / 127.0f); return Continue; } ACS_COMMAND(SoundSequence) { mobj_t *mobj = 0; if(acs.line) { Sector *front = (Sector *) P_GetPtrp(acs.line, DMU_FRONT_SECTOR); mobj = (mobj_t *) P_GetPtrp(front, DMU_EMITTER); } SN_StartSequenceName(mobj, Str_Text(acs.interpreter().string(acs.locals.pop()))); return Continue; } ACS_COMMAND(SetLineTexture) { #define TEXTURE_TOP 0 #define TEXTURE_MIDDLE 1 #define TEXTURE_BOTTOM 2 AutoStr *path = Str_PercentEncode(Str_Copy(AutoStr_New(), acs.interpreter().string(acs.locals.pop()))); Uri *uri = Uri_NewWithPath3("Textures", Str_Text(path)); Material *mat = (Material *) P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); int position = acs.locals.pop(); int side = acs.locals.pop(); int lineTag = acs.locals.pop(); if(iterlist_t *list = P_GetLineIterListForTag(lineTag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Line *line; while((line = (Line *) IterList_MoveIterator(list))) { Side *sdef = (Side *) P_GetPtrp(line, (side == 0? DMU_FRONT : DMU_BACK)); if(position == TEXTURE_MIDDLE) { P_SetPtrp(sdef, DMU_MIDDLE_MATERIAL, mat); } else if(position == TEXTURE_BOTTOM) { P_SetPtrp(sdef, DMU_BOTTOM_MATERIAL, mat); } else // TEXTURE_TOP { P_SetPtrp(sdef, DMU_TOP_MATERIAL, mat); } } } return Continue; #undef TEXTURE_BOTTOM #undef TEXTURE_MIDDLE #undef TEXTURE_TOP } ACS_COMMAND(SetLineBlocking) { int lineFlags = acs.locals.pop()? DDLF_BLOCKING : 0; int lineTag = acs.locals.pop(); if(iterlist_t *list = P_GetLineIterListForTag(lineTag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Line *line; while((line = (Line *) IterList_MoveIterator(list))) { P_SetIntp(line, DMU_FLAGS, (P_GetIntp(line, DMU_FLAGS) & ~DDLF_BLOCKING) | lineFlags); } } return Continue; } ACS_COMMAND(SetLineSpecial) { int arg5 = acs.locals.pop(); int arg4 = acs.locals.pop(); int arg3 = acs.locals.pop(); int arg2 = acs.locals.pop(); int arg1 = acs.locals.pop(); int special = acs.locals.pop(); int lineTag = acs.locals.pop(); if(iterlist_t *list = P_GetLineIterListForTag(lineTag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Line *line; while((line = (Line *) IterList_MoveIterator(list))) { xline_t *xline = P_ToXLine(line); xline->special = special; xline->arg1 = arg1; xline->arg2 = arg2; xline->arg3 = arg3; xline->arg4 = arg4; xline->arg5 = arg5; } } return Continue; } static CommandFunc pcodeCmds[] = { cmdNOP, cmdTerminate, cmdSuspend, cmdPushNumber, cmdLSpec1, cmdLSpec2, cmdLSpec3, cmdLSpec4, cmdLSpec5, cmdLSpec1Direct, cmdLSpec2Direct, cmdLSpec3Direct, cmdLSpec4Direct, cmdLSpec5Direct, cmdAdd, cmdSubtract, cmdMultiply, cmdDivide, cmdModulus, cmdEQ, cmdNE, cmdLT, cmdGT, cmdLE, cmdGE, cmdAssignScriptVar, cmdAssignMapVar, cmdAssignWorldVar, cmdPushScriptVar, cmdPushMapVar, cmdPushWorldVar, cmdAddScriptVar, cmdAddMapVar, cmdAddWorldVar, cmdSubScriptVar, cmdSubMapVar, cmdSubWorldVar, cmdMulScriptVar, cmdMulMapVar, cmdMulWorldVar, cmdDivScriptVar, cmdDivMapVar, cmdDivWorldVar, cmdModScriptVar, cmdModMapVar, cmdModWorldVar, cmdIncScriptVar, cmdIncMapVar, cmdIncWorldVar, cmdDecScriptVar, cmdDecMapVar, cmdDecWorldVar, cmdGoto, cmdIfGoto, cmdDrop, cmdDelay, cmdDelayDirect, cmdRandom, cmdRandomDirect, cmdThingCount, cmdThingCountDirect, cmdTagWait, cmdTagWaitDirect, cmdPolyWait, cmdPolyWaitDirect, cmdChangeFloor, cmdChangeFloorDirect, cmdChangeCeiling, cmdChangeCeilingDirect, cmdRestart, cmdAndLogical, cmdOrLogical, cmdAndBitwise, cmdOrBitwise, cmdEorBitwise, cmdNegateLogical, cmdLShift, cmdRShift, cmdUnaryMinus, cmdIfNotGoto, cmdLineSide, cmdScriptWait, cmdScriptWaitDirect, cmdClearLineSpecial, cmdCaseGoto, cmdBeginPrint, cmdEndPrint, cmdPrintString, cmdPrintNumber, cmdPrintCharacter, cmdPlayerCount, cmdGameType, cmdGameSkill, cmdTimer, cmdSectorSound, cmdAmbientSound, cmdSoundSequence, cmdSetLineTexture, cmdSetLineBlocking, cmdSetLineSpecial, cmdThingSound, cmdEndPrintBold }; ACScriptInterpreter &ACScript::interpreter() const { return Game_ACScriptInterpreter(); } BytecodeScriptInfo &ACScript::info() const { DENG_ASSERT(_info != 0); return *_info; } void ACScript::runTick() { ACScriptInterpreter &interp = interpreter(); if(info().state == ACScriptInterpreter::Terminating) { interp.scriptFinished(this); return; } if(info().state != ACScriptInterpreter::Running) { return; } if(delayCount) { delayCount--; return; } int action; while((action = pcodeCmds[LONG(*pcodePtr++)](*this)) == Continue) {} if(action == Terminate) { interp.scriptFinished(this); } } void ACScript::Stack::push(int value) { if(height == ACS_STACK_DEPTH) App_Log(DE2_SCR_ERROR, "ACScript::Stack::push: Overflow"); values[height++] = value; } int ACScript::Stack::pop() { if(height == 0) App_Log(DE2_SCR_ERROR, "ACScript::Stack::pop: Underflow"); return values[--height]; } int ACScript::Stack::top() const { if(height == 0) App_Log(DE2_SCR_ERROR, "ACScript::Stack::top: Underflow"); return values[height - 1]; } void ACScript::Stack::drop() { if(height == 0) App_Log(DE2_SCR_ERROR, "ACScript::Stack::drop: Underflow"); height--; } void ACScript::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 2); // Write a version byte. Writer_WriteInt32(writer, msw->serialIdFor(activator)); Writer_WriteInt32(writer, P_ToIndex(line)); Writer_WriteInt32(writer, side); Writer_WriteInt32(writer, info().scriptNumber); Writer_WriteInt32(writer, delayCount); for(uint i = 0; i < ACS_STACK_DEPTH; ++i) { Writer_WriteInt32(writer, locals.values[i]); } Writer_WriteInt32(writer, locals.height); for(uint i = 0; i < MAX_ACS_SCRIPT_VARS; ++i) { Writer_WriteInt32(writer, vars[i]); } Writer_WriteInt32(writer, ((byte const *)pcodePtr) - interpreter().bytecode()); } int ACScript::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { // Note: the thinker class byte has already been read. int ver = Reader_ReadByte(reader); // version byte. activator = INT2PTR(mobj_t, Reader_ReadInt32(reader)); activator = msr->mobj(PTR2INT(activator), &activator); int temp = Reader_ReadInt32(reader); if(temp >= 0) { line = (Line *)P_ToPtr(DMU_LINE, temp); DENG_ASSERT(line != 0); } else { line = 0; } side = Reader_ReadInt32(reader); _info = interpreter().scriptInfoPtr(Reader_ReadInt32(reader)); if(ver < 2) { /*infoIndex =*/ Reader_ReadInt32(reader); } delayCount = Reader_ReadInt32(reader); for(uint i = 0; i < ACS_STACK_DEPTH; ++i) { locals.values[i] = Reader_ReadInt32(reader); } locals.height = Reader_ReadInt32(reader); for(uint i = 0; i < MAX_ACS_SCRIPT_VARS; ++i) { vars[i] = Reader_ReadInt32(reader); } pcodePtr = (int *) (interpreter().bytecode() + Reader_ReadInt32(reader)); } else { // Its in the old pre V4 format which serialized acs_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. activator = INT2PTR(mobj_t, Reader_ReadInt32(reader)); activator = msr->mobj(PTR2INT(activator), &activator); int temp = Reader_ReadInt32(reader); if(temp >= 0) { line = (Line *)P_ToPtr(DMU_LINE, temp); DENG_ASSERT(line != 0); } else { line = 0; } side = Reader_ReadInt32(reader); _info = interpreter().scriptInfoPtr(Reader_ReadInt32(reader)); /*infoIndex =*/ Reader_ReadInt32(reader); delayCount = Reader_ReadInt32(reader); for(uint i = 0; i < ACS_STACK_DEPTH; ++i) { locals.values[i] = Reader_ReadInt32(reader); } locals.height = Reader_ReadInt32(reader); for(uint i = 0; i < MAX_ACS_SCRIPT_VARS; ++i) { vars[i] = Reader_ReadInt32(reader); } pcodePtr = (int *) (interpreter().bytecode() + Reader_ReadInt32(reader)); } thinker.function = (thinkfunc_t) ACScript_Thinker; return true; // Add this thinker. } /// The One ACS interpreter instance. static ACScriptInterpreter interp; ACScriptInterpreter &Game_ACScriptInterpreter() { return interp; } void Game_ACScriptInterpreter_RunDeferredTasks(Uri const *mapUri) { interp.runDeferredTasks(mapUri); } dd_bool Game_ACScriptInterpreter_StartScript(int scriptNumber, Uri const *mapUri, byte const args[], mobj_t *activator, Line *line, int side) { return interp.startScript(scriptNumber, mapUri, args, activator, line, side); } dd_bool Game_ACScriptInterpreter_TerminateScript(int scriptNumber, Uri const *mapUri) { return interp.terminateScript(scriptNumber, mapUri); } dd_bool Game_ACScriptInterpreter_SuspendScript(int scriptNumber, Uri const *mapUri) { return interp.suspendScript(scriptNumber, mapUri); } void ACScript_Thinker(ACScript *script) { DENG_ASSERT(script != 0); script->runTick(); } D_CMD(InspectACScript) { DENG_UNUSED(src); DENG_UNUSED(argc); if(!interp.scriptCount()) { App_Log(DE2_SCR_MSG, "No ACScripts are currently loaded."); return true; } int whichOne = atoi(argv[1]); if(!interp.hasScriptEntrypoint(whichOne)) { App_Log(DE2_SCR_WARNING, "Unknown ACScript #%i", whichOne); return false; } App_Log(DE2_SCR_MSG, "%s", Str_Text(interp.scriptDescription(whichOne))); return true; } D_CMD(ListACScripts) { DENG_UNUSED(src); DENG_UNUSED(argc); DENG_UNUSED(argv); if(!interp.scriptCount()) { App_Log(DE2_SCR_MSG, "No ACScripts are currently loaded."); return true; } App_Log(DE2_SCR_MSG, "Available ACScripts:"); for(int i = 0; i < interp.scriptCount(); ++i) { BytecodeScriptInfo &info = interp.scriptInfoByIndex(i); App_Log(DE2_SCR_MSG, "%s - args: %i", Str_Text(interp.scriptName(info.scriptNumber)), info.argCount); } return true; } doomsday-1.14.5/doomsday/plugins/hexen/src/p_mobj.c0000664000175000017500000016710312350542240021522 0ustar jaakkojaakko/** @file p_mobj.c World map object interaction. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef MSVC # pragma optimize("g", off) #endif #include #include #include #include "jhexen.h" #include "dmu_lib.h" #include "p_map.h" #include "player.h" #include "g_common.h" #define MAX_BOB_OFFSET 8 #define BLAST_RADIUS_DIST 255 #define BLAST_SPEED 20 #define BLAST_FULLSTRENGTH 255 #define HEAL_RADIUS_DIST 255 #define SMALLSPLASHCLIP (12); void P_ExplodeMissile(mobj_t *mo) { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); if(mo->flags & MF_MISSILE) { mo->flags &= ~MF_MISSILE; mo->flags |= MF_VIEWALIGN; if(mo->flags & MF_BRIGHTEXPLODE) mo->flags |= MF_BRIGHTSHADOW; } switch(mo->type) { case MT_SORCBALL1: case MT_SORCBALL2: case MT_SORCBALL3: S_StartSound(SFX_SORCERER_BIGBALLEXPLODE, NULL); break; case MT_SORCFX1: S_StartSound(SFX_SORCERER_HEADSCREAM, NULL); break; default: if(mo->info->deathSound) S_StartSound(mo->info->deathSound, mo); break; } } void P_FloorBounceMissile(mobj_t* mo) { dd_bool shouldSplash = P_HitFloor(mo); if(shouldSplash) { switch(mo->type) { case MT_SORCFX1: case MT_SORCBALL1: case MT_SORCBALL2: case MT_SORCBALL3: break; default: P_MobjRemove(mo, false); return; } } switch(mo->type) { case MT_SORCFX1: mo->mom[MZ] = -mo->mom[MZ]; // No energy absorbed. break; case MT_SGSHARD1: case MT_SGSHARD2: case MT_SGSHARD3: case MT_SGSHARD4: case MT_SGSHARD5: case MT_SGSHARD6: case MT_SGSHARD7: case MT_SGSHARD8: case MT_SGSHARD9: case MT_SGSHARD0: mo->mom[MZ] *= -0.3f; if(fabs(mo->mom[MZ]) < 1.0f / 2) { P_MobjChangeState(mo, S_NULL); return; } break; default: mo->mom[MZ] *= -0.7f; break; } mo->mom[MX] = 2 * mo->mom[MX] / 3; mo->mom[MY] = 2 * mo->mom[MY] / 3; if(mo->info->seeSound) { switch(mo->type) { case MT_SORCBALL1: case MT_SORCBALL2: case MT_SORCBALL3: if(!mo->args[0]) S_StartSound(mo->info->seeSound, mo); break; default: S_StartSound(mo->info->seeSound, mo); break; } S_StartSound(mo->info->seeSound, mo); } } void P_ThrustMobj(mobj_t* mo, angle_t angle, coord_t move) { uint an = angle >> ANGLETOFINESHIFT; mo->mom[MX] += move * FIX2FLT(finecosine[an]); mo->mom[MY] += move * FIX2FLT(finesine[an]); } /** * @param delta The amount 'source' needs to turn. * * @return @c 1, if 'source' needs to turn clockwise, or * @c 0, if 'source' needs to turn counter clockwise. */ int P_FaceMobj(mobj_t* source, mobj_t* target, angle_t* delta) { angle_t diff, angle1, angle2; angle1 = source->angle; angle2 = M_PointToAngle2(source->origin, target->origin); if(angle2 > angle1) { diff = angle2 - angle1; if(diff > ANGLE_180) { *delta = ANGLE_MAX - diff; return 0; } else { *delta = diff; return 1; } } else { diff = angle1 - angle2; if(diff > ANGLE_180) { *delta = ANGLE_MAX - diff; return 1; } else { *delta = diff; return 0; } } } /** * The missile tracer field must be mobj_t *target. * * @return @c true, if target was tracked. */ dd_bool P_SeekerMissile(mobj_t* actor, angle_t thresh, angle_t turnMax) { int dir; uint an; coord_t dist; angle_t delta; mobj_t* target; target = actor->tracer; if(!target) return false; if(!(target->flags & MF_SHOOTABLE)) { // Target died. actor->tracer = NULL; return false; } dir = P_FaceMobj(actor, target, &delta); if(delta > thresh) { delta >>= 1; if(delta > turnMax) { delta = turnMax; } } if(dir) // Turn clockwise. actor->angle += delta; else // Turn counter clockwise. actor->angle -= delta; an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = actor->info->speed * FIX2FLT(finecosine[an]); actor->mom[MY] = actor->info->speed * FIX2FLT(finesine[an]); if(actor->origin[VZ] + actor->height < target->origin[VZ] || target->origin[VZ] + target->height < actor->origin[VZ]) { // Need to seek vertically dist = M_ApproxDistance(target->origin[VX] - actor->origin[VX], target->origin[VY] - actor->origin[VY]); dist /= actor->info->speed; if(dist < 1) dist = 1; actor->mom[MZ] = (target->origin[VZ] + (target->height /2) - (actor->origin[VZ] + (actor->height /2))) / dist; } return true; } static __inline dd_bool isInWalkState(player_t* pl) { return pl->plr->mo->state - STATES - PCLASS_INFO(pl->class_)->runState < 4; } coord_t P_MobjGetFriction(mobj_t* mo) { if((mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && !mo->onMobj) { return FRICTION_FLY; } else { const terraintype_t* tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FRICTION_LOW) return FRICTION_LOW; } return FRICTION_NORMAL; } void P_MobjMoveXY(mobj_t* mo) { static const coord_t windTab[3] = { 2048.0 / FRACUNIT * 5, 2048.0 / FRACUNIT * 10, 2048.0 / FRACUNIT * 25 }; coord_t posTry[2], mom[2]; player_t* player; angle_t angle; // $democam: cameramen have their own movement code if(P_CameraXYMovement(mo)) return; if(FEQUAL(mo->mom[MX], 0) && FEQUAL(mo->mom[MY], 0)) { if(mo->flags & MF_SKULLFLY) { // A flying mobj slammed into something mo->flags &= ~MF_SKULLFLY; mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_SEE)); } return; } if(mo->flags2 & MF2_WINDTHRUST) { int special = P_ToXSector(Mobj_Sector(mo))->special; switch(special) { case 40: case 41: case 42: // Wind_East P_ThrustMobj(mo, 0, windTab[special - 40]); break; case 43: case 44: case 45: // Wind_North P_ThrustMobj(mo, ANG90, windTab[special - 43]); break; case 46: case 47: case 48: // Wind_South P_ThrustMobj(mo, ANG270, windTab[special - 46]); break; case 49: case 50: case 51: // Wind_West P_ThrustMobj(mo, ANG180, windTab[special - 49]); break; } } mom[MX] = MINMAX_OF(-MAXMOM, mo->mom[MX], MAXMOM); mom[MY] = MINMAX_OF(-MAXMOM, mo->mom[MY], MAXMOM); mo->mom[MX] = mom[MX]; mo->mom[MY] = mom[MY]; player = mo->player; do { if(mom[VX] > MAXMOMSTEP || mom[VY] > MAXMOMSTEP) { posTry[VX] = mo->origin[VX] + mom[VX] / 2; posTry[VY] = mo->origin[VY] + mom[VY] / 2; mom[VX] /= 2; mom[VY] /= 2; } else { posTry[VX] = mo->origin[VX] + mom[VX]; posTry[VY] = mo->origin[VY] + mom[VY]; mom[VX] = mom[VY] = 0; } if(!P_TryMoveXY(mo, posTry[VX], posTry[VY])) { // Blocked mom. if(mo->flags2 & MF2_SLIDE) { // Try to slide along it. if(tmBlockingMobj == NULL) { // Slide against wall. P_SlideMove(mo); } else { // Slide against mobj. if(P_TryMoveXY(mo, mo->origin[VX], posTry[VY])) { mo->mom[MX] = 0; } else if(P_TryMoveXY(mo, posTry[VX], mo->origin[VY])) { mo->mom[MY] = 0; } else { mo->mom[MX] = mo->mom[MY] = 0; } } } else if(mo->flags & MF_MISSILE) { Sector* backSec; if(mo->flags2 & MF2_FLOORBOUNCE) { if(tmBlockingMobj) { if((tmBlockingMobj->flags2 & MF2_REFLECTIVE) || ((!tmBlockingMobj->player) && (!(tmBlockingMobj->flags & MF_COUNTKILL)))) { coord_t speed; angle = M_PointToAngle2(tmBlockingMobj->origin, mo->origin) + ANGLE_1 * ((P_Random() % 16) - 8); speed = M_ApproxDistance(mo->mom[MX], mo->mom[MY]); speed *= 0.75; mo->angle = angle; angle >>= ANGLETOFINESHIFT; mo->mom[MX] = speed * FIX2FLT(finecosine[angle]); mo->mom[MY] = speed * FIX2FLT(finesine[angle]); if(mo->info->seeSound) S_StartSound(mo->info->seeSound, mo); return; } else { // Struck a player/creature P_ExplodeMissile(mo); } } else { // Struck a wall P_BounceWall(mo); switch(mo->type) { case MT_SORCBALL1: case MT_SORCBALL2: case MT_SORCBALL3: case MT_SORCFX1: break; default: if(mo->info->seeSound) S_StartSound(mo->info->seeSound, mo); break; } return; } } if(tmBlockingMobj && (tmBlockingMobj->flags2 & MF2_REFLECTIVE)) { angle = M_PointToAngle2(tmBlockingMobj->origin, mo->origin); // Change angle for delflection/reflection switch(tmBlockingMobj->type) { case MT_CENTAUR: case MT_CENTAURLEADER: if(abs(angle - tmBlockingMobj->angle) >> 24 > 45) goto explode; if(mo->type == MT_HOLY_FX) goto explode; // Drop through to sorcerer full reflection case MT_SORCBOSS: // Deflection if(P_Random() < 128) angle += ANGLE_45; else angle -= ANGLE_45; break; default: // Reflection angle += ANGLE_1 * ((P_Random() % 16) - 8); break; } // Reflect the missile along angle mo->angle = angle; angle >>= ANGLETOFINESHIFT; mo->mom[MX] = (mo->info->speed / 2) * FIX2FLT(finecosine[angle]); mo->mom[MY] = (mo->info->speed / 2) * FIX2FLT(finesine[angle]); if(mo->flags2 & MF2_SEEKERMISSILE) { mo->tracer = mo->target; } mo->target = tmBlockingMobj; return; } explode: // Explode a missile /// @kludge: Prevent missiles exploding against the sky. if(tmCeilingLine && (backSec = P_GetPtrp(tmCeilingLine, DMU_BACK_SECTOR))) { if((P_GetIntp(P_GetPtrp(backSec, DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] > P_GetDoublep(backSec, DMU_CEILING_HEIGHT)) { if(mo->type == MT_BLOODYSKULL) { mo->mom[MX] = mo->mom[MY] = 0; mo->mom[MZ] = -1; } else if(mo->type == MT_HOLY_FX) { P_ExplodeMissile(mo); } else { P_MobjRemove(mo, false); } return; } } if(tmFloorLine && (backSec = P_GetPtrp(tmFloorLine, DMU_BACK_SECTOR))) { if((P_GetIntp(P_GetPtrp(backSec, DMU_FLOOR_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] < P_GetDoublep(backSec, DMU_FLOOR_HEIGHT)) { if(mo->type == MT_BLOODYSKULL) { mo->mom[MX] = mo->mom[MY] = 0; mo->mom[MZ] = -1; } else if(mo->type == MT_HOLY_FX) { P_ExplodeMissile(mo); } else { P_MobjRemove(mo, false); } return; } } // kludge end. P_ExplodeMissile(mo); } else { mo->mom[MX] = mo->mom[MY] = 0; } } } while(!INRANGE_OF(mom[MX], 0, NOMOM_THRESHOLD) || !INRANGE_OF(mom[MY], 0, NOMOM_THRESHOLD)); // Friction if(player && (P_GetPlayerCheats(player) & CF_NOMOMENTUM)) { // Debug option for no sliding at all mo->mom[MX] = mo->mom[MY] = 0; return; } if(mo->flags & (MF_MISSILE | MF_SKULLFLY)) return; // No friction for missiles if(mo->origin[VZ] > mo->floorZ && !(mo->flags2 & MF2_FLY) && !mo->onMobj) { // No friction when falling if(mo->type != MT_BLASTEFFECT) return; } if(mo->flags & MF_CORPSE) { // Do not stop sliding if halfway off a step with some momentum. if(!INRANGE_OF(mo->mom[MX], 0, DROPOFFMOM_THRESHOLD) || !INRANGE_OF(mo->mom[MY], 0, DROPOFFMOM_THRESHOLD)) { if(!FEQUAL(mo->floorZ, P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) return; } } // Stop player walking animation. if((!player || (!(player->plr->forwardMove || player->plr->sideMove))) && INRANGE_OF(mo->mom[MX], 0, WALKSTOP_THRESHOLD) && INRANGE_OF(mo->mom[MY], 0, WALKSTOP_THRESHOLD)) { // If in a walking frame, stop moving if(player) { if((unsigned) ((player->plr->mo->state - STATES) - PCLASS_INFO(player->class_)->runState) < 4) { P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->normalState); } } mo->mom[MX] = 0; mo->mom[MY] = 0; } else { coord_t friction = P_MobjGetFriction(mo); mo->mom[MX] *= friction; mo->mom[MY] *= friction; } } /** * @todo Move this to p_inter */ void P_MonsterFallingDamage(mobj_t* mo) { int damage; coord_t mom; mom = (int) fabs(mo->mom[MZ]); if(mom > 35) { // automatic death damage = 10000; } else { damage = (int) ((mom - 23) * 6); } damage = 10000; // always kill 'em. P_DamageMobj(mo, NULL, NULL, damage, false); } void P_MobjMoveZ(mobj_t* mo) { coord_t gravity, dist, delta; // $democam: cameramen get special z movement if(P_CameraZMovement(mo)) return; gravity = P_GetGravity(); // Check for smooth step up. if(mo->player && mo->origin[VZ] < mo->floorZ) { mo->player->viewHeight -= mo->floorZ - mo->origin[VZ]; mo->player->viewHeightDelta = (cfg.plrViewHeight - mo->player->viewHeight) / 8; } // Adjust height. mo->origin[VZ] += mo->mom[MZ]; if((mo->flags & MF_FLOAT) && mo->target && !P_MobjIsCamera(mo->target)) { // Float down towards target if too close. if(!(mo->flags & MF_SKULLFLY) && !(mo->flags & MF_INFLOAT)) { dist = M_ApproxDistance(mo->origin[VX] - mo->target->origin[VX], mo->origin[VY] - mo->target->origin[VY]); delta = (mo->target->origin[VZ] + (mo->height /2)) - mo->origin[VZ]; if(delta < 0 && dist < -(delta * 3)) { mo->origin[VZ] -= FLOATSPEED; P_MobjSetSRVOZ(mo, -FLOATSPEED); } else if(delta > 0 && dist < (delta * 3)) { mo->origin[VZ] += FLOATSPEED; P_MobjSetSRVOZ(mo, FLOATSPEED); } } } if(mo->player && (mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && (mapTime & 2)) { mo->origin[VZ] += FIX2FLT(finesine[(FINEANGLES / 20 * mapTime >> 2) & FINEMASK]); } // Clip movement. if(mo->origin[VZ] <= mo->floorZ) { // Hit the floor statenum_t state; if(mo->flags & MF_MISSILE) { mo->origin[VZ] = mo->floorZ; if(mo->flags2 & MF2_FLOORBOUNCE) { P_FloorBounceMissile(mo); return; } else if(mo->type == MT_HOLY_FX) { // The spirit struck the ground. mo->mom[MZ] = 0; P_HitFloor(mo); return; } else if(mo->type == MT_MNTRFX2 || mo->type == MT_LIGHTNING_FLOOR) { // Minotaur floor fire can go up steps. return; } else { P_HitFloor(mo); P_ExplodeMissile(mo); return; } } if(mo->flags & MF_COUNTKILL) { // Blasted mobj falling. if(mo->mom[MZ] < -23) { P_MonsterFallingDamage(mo); } } if(mo->origin[VZ] - mo->mom[MZ] > mo->floorZ) { // Spawn splashes, etc. P_HitFloor(mo); } mo->origin[VZ] = mo->floorZ; if(mo->mom[MZ] < 0) { if((mo->flags2 & MF2_ICEDAMAGE) && mo->mom[MZ] < -gravity * 8) { mo->tics = 1; mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; return; } if(mo->player) { mo->player->jumpTics = 7; // delay any jumping for a short time if(mo->mom[MZ] < -gravity * 8 && !(mo->flags2 & MF2_FLY)) { // Squat down. mo->player->viewHeightDelta = mo->mom[MZ] / 8; if(mo->mom[MZ] < -23) { P_FallingDamage(mo->player); P_NoiseAlert(mo, mo); } else if(mo->mom[MZ] < -gravity * 12 && !mo->player->morphTics) { S_StartSound(SFX_PLAYER_LAND, mo); // Fix DOOM bug - dead players grunting when hitting the ground // (e.g., after an archvile attack) if(mo->player->health > 0) switch(mo->player->class_) { case PCLASS_FIGHTER: S_StartSound(SFX_PLAYER_FIGHTER_GRUNT, mo); break; case PCLASS_CLERIC: S_StartSound(SFX_PLAYER_CLERIC_GRUNT, mo); break; case PCLASS_MAGE: S_StartSound(SFX_PLAYER_MAGE_GRUNT, mo); break; default: break; } } else if(!mo->player->morphTics) { const terraintype_t* tt = P_MobjFloorTerrain(mo); if(!(tt->flags & TTF_NONSOLID)) S_StartSound(SFX_PLAYER_LAND, mo); } if(cfg.lookSpring) mo->player->centering = true; } } else if(mo->type >= MT_POTTERY1 && mo->type <= MT_POTTERY3) { P_DamageMobj(mo, NULL, NULL, 25, false); } else if(mo->flags & MF_COUNTKILL) { if(mo->mom[MZ] < -23) { // Doesn't get here } } mo->mom[MZ] = 0; } if(mo->flags & MF_SKULLFLY) { // The skull slammed into something mo->mom[MZ] = -mo->mom[MZ]; } if((state = P_GetState(mo->type, SN_CRASH)) != S_NULL && (mo->flags & MF_CORPSE) && !(mo->flags2 & MF2_ICEDAMAGE)) { P_MobjChangeState(mo, state); return; } } else if(mo->flags2 & MF2_LOGRAV) { if(FEQUAL(mo->mom[MZ], 0)) mo->mom[MZ] = -(gravity / 8) * 2; else mo->mom[MZ] -= gravity / 8; } else if(!(mo->flags & MF_NOGRAVITY)) { if(FEQUAL(mo->mom[MZ], 0)) mo->mom[MZ] = -gravity * 2; else mo->mom[MZ] -= gravity; } if(mo->origin[VZ] + mo->height > mo->ceilingZ) { // hit the ceiling if(mo->mom[MZ] > 0) mo->mom[MZ] = 0; mo->origin[VZ] = mo->ceilingZ - mo->height; if(mo->flags2 & MF2_FLOORBOUNCE) { // Maybe reverse momentum here for ceiling bounce // Currently won't happen if(mo->info->seeSound) { S_StartSound(mo->info->seeSound, mo); } return; } if(mo->flags & MF_SKULLFLY) { // the skull slammed into something mo->mom[MZ] = -mo->mom[MZ]; } if(mo->flags & MF_MISSILE) { if(mo->type == MT_LIGHTNING_CEILING) return; if(P_GetIntp(P_GetPtrp(Mobj_Sector(mo), DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) { if(mo->type == MT_BLOODYSKULL) { mo->mom[MX] = mo->mom[MY] = 0; mo->mom[MZ] = -1; } else if(mo->type == MT_HOLY_FX) { P_ExplodeMissile(mo); } else { P_MobjRemove(mo, false); } return; } P_ExplodeMissile(mo); return; } } } static void landedOnThing(mobj_t* mo) { if(!mo || !mo->player) return; // We are only interested in players. mo->player->viewHeightDelta = mo->mom[MZ] / 8; if(mo->mom[MZ] < -23) { P_FallingDamage(mo->player); P_NoiseAlert(mo, mo); } else if(mo->mom[MZ] < -P_GetGravity() * 12 && !mo->player->morphTics) { S_StartSound(SFX_PLAYER_LAND, mo); switch(mo->player->class_) { case PCLASS_FIGHTER: S_StartSound(SFX_PLAYER_FIGHTER_GRUNT, mo); break; case PCLASS_CLERIC: S_StartSound(SFX_PLAYER_CLERIC_GRUNT, mo); break; case PCLASS_MAGE: S_StartSound(SFX_PLAYER_MAGE_GRUNT, mo); break; default: break; } } else if(!mo->player->morphTics) { S_StartSound(SFX_PLAYER_LAND, mo); } if(cfg.lookSpring) // || demorecording || demoplayback) mo->player->centering = true; } void P_MobjThinker(void *thinkerPtr) { mobj_t *mobj = thinkerPtr; if(IS_CLIENT && !ClMobj_IsValid(mobj)) return; // We should not touch this right now. if(mobj->type == MT_MWAND_MISSILE || mobj->type == MT_CFLAME_MISSILE) { int i; coord_t z, frac[3]; dd_bool changexy; // Handle movement. if(!FEQUAL(mobj->mom[MX], 0) || !FEQUAL(mobj->mom[MY], 0) || !FEQUAL(mobj->mom[MZ], 0) || !FEQUAL(mobj->origin[VZ], mobj->floorZ)) { frac[VX] = mobj->mom[MX] / 8; frac[VY] = mobj->mom[MY] / 8; frac[VZ] = mobj->mom[MZ] / 8; changexy = (!FEQUAL(frac[VX], 0) || !FEQUAL(frac[VY], 0)); for(i = 0; i < 8; ++i) { if(changexy) { if(!P_TryMoveXY(mobj, mobj->origin[VX] + frac[VX], mobj->origin[VY] + frac[VY])) { // Blocked move. P_ExplodeMissile(mobj); return; } } mobj->origin[VZ] += frac[VZ]; if(mobj->origin[VZ] <= mobj->floorZ) { // Hit the floor. mobj->origin[VZ] = mobj->floorZ; P_HitFloor(mobj); P_ExplodeMissile(mobj); return; } if(mobj->origin[VZ] + mobj->height > mobj->ceilingZ) { // Hit the ceiling. mobj->origin[VZ] = mobj->ceilingZ - mobj->height; P_ExplodeMissile(mobj); return; } if(changexy) { if(mobj->type == MT_MWAND_MISSILE && (P_Random() < 128)) { z = mobj->origin[VZ] - 8; if(z < mobj->floorZ) { z = mobj->floorZ; } P_SpawnMobjXYZ(MT_MWANDSMOKE, mobj->origin[VX], mobj->origin[VY], z, P_Random() << 24, 0); } else if(!--mobj->special1) { mobj->special1 = 4; z = mobj->origin[VZ] - 12; if(z < mobj->floorZ) { z = mobj->floorZ; } P_SpawnMobjXYZ(MT_CFLAMEFLOOR, mobj->origin[VX], mobj->origin[VY], z, mobj->angle, 0); } } } } // Advance the state. if(mobj->tics != -1) { mobj->tics--; while(!mobj->tics) { if(!P_MobjChangeState(mobj, mobj->state->nextState)) return; // Mobj was removed. } } return; } // The first three bits of the selector special byte contain a // relative health level. P_UpdateHealthBits(mobj); // Handle X and Y momentums tmBlockingMobj = NULL; if(!FEQUAL(mobj->mom[MX], 0) || !FEQUAL(mobj->mom[MY], 0) || (mobj->flags & MF_SKULLFLY)) { P_MobjMoveXY(mobj); if(mobj->thinker.function == (thinkfunc_t) NOPFUNC) { // Mobj was removed. return; } } else if(mobj->flags2 & MF2_BLASTED) { // Reset to not blasted when momentums are gone. ResetBlasted(mobj); } if(mobj->flags2 & MF2_FLOATBOB) { // Keep it on the floor. mobj->origin[VZ] = mobj->floorZ; // Negative floorclip raises the mobj off the floor. mobj->floorClip = -mobj->special1; if(mobj->floorClip < -MAX_BOB_OFFSET) { // We don't want it going through the floor. mobj->floorClip = -MAX_BOB_OFFSET; } } else if(!FEQUAL(mobj->origin[VZ], mobj->floorZ) || !FEQUAL(mobj->mom[MZ], 0) || tmBlockingMobj) { // Handle Z momentum and gravity if(mobj->flags2 & MF2_PASSMOBJ) { mobj->onMobj = P_CheckOnMobj(mobj); if(!mobj->onMobj) { P_MobjMoveZ(mobj); } else { if(mobj->mom[MZ] < -P_GetGravity() * 8 && !(mobj->flags2 & MF2_FLY)) { landedOnThing(mobj); } if(mobj->onMobj->origin[VZ] + mobj->onMobj->height - mobj->origin[VZ] <= 24) { if(mobj->player) { mobj->player->viewHeight -= mobj->onMobj->origin[VZ] + mobj->onMobj->height - mobj->origin[VZ]; mobj->player->viewHeightDelta = (cfg.plrViewHeight - mobj->player->viewHeight) / 8; } mobj->origin[VZ] = mobj->onMobj->origin[VZ] + mobj->onMobj->height; mobj->mom[MZ] = 0; // Adjust floorZ to the top of the contacted mobj. mobj->floorZ = MAX_OF(mobj->floorZ, mobj->onMobj->origin[VZ] + mobj->onMobj->height); } else { // hit the bottom of the blocking mobj mobj->mom[MZ] = 0; } } } else { P_MobjMoveZ(mobj); } if(mobj->thinker.function == (thinkfunc_t) NOPFUNC) { // mobj was removed return; } } // Cycle through states, calling action functions at transitions. if(mobj->tics != -1) { mobj->tics--; P_MobjAngleSRVOTicker(mobj); // You can cycle through multiple states in a tic. while(!mobj->tics) { P_MobjClearSRVO(mobj); if(!P_MobjChangeState(mobj, mobj->state->nextState)) { // Mobj was removed. return; } } } // Ice corpses aren't going anywhere. if(mobj->flags & MF_ICECORPSE) P_MobjSetSRVO(mobj, 0, 0); } mobj_t* P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags) { mobj_t* mo; mobjinfo_t* info; coord_t space; int ddflags = 0; if(type == MT_ZLYNCHED_NOHEART) { type = MT_BLOODPOOL; angle = 0; spawnFlags |= MSF_Z_FLOOR; } if(type < MT_FIRST || type >= Get(DD_NUMMOBJTYPES)) { #ifdef _DEBUG Con_Error("P_SpawnMobj: Illegal mo type %i.\n", type); #endif return NULL; } info = &MOBJINFO[type]; /* // Clients only spawn local objects. if(!(info->flags & MF_LOCAL) && IS_CLIENT) return NULL; */ // Not for deathmatch? if(G_Ruleset_Deathmatch() && (info->flags & MF_NOTDMATCH)) return NULL; // Don't spawn any monsters? if(G_Ruleset_NoMonsters() && (info->flags & MF_COUNTKILL)) return NULL; if(info->flags & MF_SOLID) ddflags |= DDMF_SOLID; if(info->flags2 & MF2_DONTDRAW) ddflags |= DDMF_DONTDRAW; mo = Mobj_CreateXYZ(P_MobjThinker, x, y, z, angle, info->radius, info->height, ddflags); mo->type = type; mo->info = info; mo->flags = info->flags; mo->flags2 = info->flags2; mo->flags3 = info->flags3; // This doesn't appear to actually be used see P_DamageMobj in P_inter.c mo->damage = info->damage; mo->health = info->spawnHealth * (IS_NETGAME ? cfg.netMobHealthModifier : 1); mo->moveDir = DI_NODIR; mo->selector = 0; P_UpdateHealthBits(mo); // Set the health bits of the selector. if(G_Ruleset_Skill() != SM_NIGHTMARE) { mo->reactionTime = info->reactionTime; } mo->lastLook = P_Random() % MAXPLAYERS; Mobj_SetState(mo, P_GetState(mo->type, SN_SPAWN)); // Link the mobj into the world. P_MobjLink(mo); mo->floorZ = P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT); mo->ceilingZ = P_GetDoublep(Mobj_Sector(mo), DMU_CEILING_HEIGHT); if((spawnFlags & MSF_Z_CEIL) || (info->flags & MF_SPAWNCEILING)) { mo->origin[VZ] = mo->ceilingZ - mo->info->height - z; } else if((spawnFlags & MSF_Z_RANDOM) || (info->flags2 & MF2_SPAWNFLOAT)) { space = mo->ceilingZ - mo->info->height - mo->floorZ; if(space > 48) { space -= 40; mo->origin[VZ] = ((space * P_Random()) / 256) + mo->floorZ + 40; } else { mo->origin[VZ] = mo->floorZ; } } else if(spawnFlags & MSF_Z_FLOOR) { mo->origin[VZ] = mo->floorZ + z; } if(spawnFlags & MSF_AMBUSH) { mo->flags |= MF_AMBUSH; } mo->floorClip = 0; if((mo->flags2 & MF2_FLOORCLIP) && FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) mo->floorClip = 10; } if(spawnFlags & MTF_DORMANT) { mo->flags2 |= MF2_DORMANT; if(mo->type == MT_ICEGUY) P_MobjChangeState(mo, S_ICEGUY_DORMANT); mo->tics = -1; } return mo; } mobj_t *P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags) { return P_SpawnMobjXYZ(type, pos[VX], pos[VY], pos[VZ], angle, spawnFlags); } void P_SpawnBloodSplatter(coord_t x, coord_t y, coord_t z, mobj_t* originator) { mobj_t* mo; if((mo = P_SpawnMobjXYZ(MT_BLOODSPLATTER, x, y, z, P_Random() << 24, 0))) { mo->target = originator; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MZ] = 3; } } void P_SpawnBloodSplatter2(coord_t x, coord_t y, coord_t z, mobj_t* originator) { mobj_t* mo; if((mo = P_SpawnMobjXYZ(MT_AXEBLOOD, x + FIX2FLT((P_Random() - 128) << 11), y + FIX2FLT((P_Random() - 128) << 11), z, P_Random() << 24, 0))) { mo->target = originator; } } dd_bool P_HitFloor(mobj_t *thing) { mobj_t *mo; int smallsplash = false; terraintype_t const *tt; if(!thing->info) return false; if(IS_CLIENT && thing->player) { // The client notifies the server, which will handle the splash. NetCl_FloorHitRequest(thing->player); return false; } if(!FEQUAL(thing->floorZ, P_GetDoublep(Mobj_Sector(thing), DMU_FLOOR_HEIGHT))) { // Don't splash if landing on the edge above water/lava/etc.... return false; } // Things that don't splash go here switch(thing->type) { case MT_LEAF1: case MT_LEAF2: case MT_SPLASH: case MT_SLUDGECHUNK: case MT_FOGPATCHS: case MT_FOGPATCHM: case MT_FOGPATCHL: return false; default: if(P_MobjIsCamera(thing)) return false; break; } // Small splash for small masses. if(thing->info->mass < 10) smallsplash = true; tt = P_MobjFloorTerrain(thing); if(tt->flags & TTF_SPAWN_SPLASHES) { if(smallsplash) { if((mo = P_SpawnMobjXYZ(MT_SPLASHBASE, thing->origin[VX], thing->origin[VY], 0, thing->angle + ANG180, MSF_Z_FLOOR))) { mo->floorClip += SMALLSPLASHCLIP; S_StartSound(SFX_AMBIENT10, mo); // small drip } } else { if((mo = P_SpawnMobjXYZ(MT_SPLASH, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR))) { mo->target = thing; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MZ] = 2 + FIX2FLT(P_Random() << 8); mo = P_SpawnMobjXYZ(MT_SPLASHBASE, thing->origin[VX], thing->origin[VY], 0, thing->angle + ANG180, MSF_Z_FLOOR); S_StartSound(SFX_WATER_SPLASH, mo); } if(thing->player) P_NoiseAlert(thing, thing); } return true; } else if(tt->flags & TTF_SPAWN_SMOKE) { if(smallsplash) { if((mo = P_SpawnMobjXYZ(MT_LAVASPLASH, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR))) mo->floorClip += SMALLSPLASHCLIP; } else { if((mo = P_SpawnMobjXYZ(MT_LAVASMOKE, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR))) { mo->mom[MZ] = 1 + FIX2FLT(P_Random() << 7); mo = P_SpawnMobjXYZ(MT_LAVASPLASH, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR); } if(thing->player) P_NoiseAlert(thing, thing); } S_StartSound(SFX_LAVA_SIZZLE, mo); if(thing->player && mapTime & 31) { P_DamageMobj(thing, &lavaInflictor, NULL, 5, false); } return true; } else if(tt->flags & TTF_SPAWN_SLUDGE) { mo = NULL; if(smallsplash) { if((mo = P_SpawnMobjXYZ(MT_SLUDGESPLASH, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR))) { mo->floorClip += SMALLSPLASHCLIP; } } else { if((mo = P_SpawnMobjXYZ(MT_SLUDGECHUNK, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR))) { mo->target = thing; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MZ] = 1 + FIX2FLT(P_Random() << 8); } mo = P_SpawnMobjXYZ(MT_SLUDGESPLASH, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR); if(thing->player) P_NoiseAlert(thing, thing); } S_StartSound(SFX_SLUDGE_GLOOP, mo); return true; } return false; } void ResetBlasted(mobj_t* mo) { mo->flags2 &= ~MF2_BLASTED; if(!(mo->flags & MF_ICECORPSE)) { mo->flags2 &= ~MF2_SLIDE; } } void P_BlastMobj(mobj_t* source, mobj_t* victim, float strength) { uint an; angle_t angle; mobj_t* mo; coord_t pos[3]; angle = M_PointToAngle2(source->origin, victim->origin); an = angle >> ANGLETOFINESHIFT; if(strength < BLAST_FULLSTRENGTH) { victim->mom[MX] = strength * FIX2FLT(finecosine[an]); victim->mom[MY] = strength * FIX2FLT(finesine[an]); if(victim->player) { // Players handled automatically. } else { victim->flags2 |= MF2_SLIDE; victim->flags2 |= MF2_BLASTED; } } else // Full strength. { if(victim->flags & MF_MISSILE) { switch(victim->type) { case MT_SORCBALL1: // Don't blast sorcerer balls. case MT_SORCBALL2: case MT_SORCBALL3: return; break; case MT_MSTAFF_FX2: // Reflect to originator. victim->tracer = victim->target; victim->target = source; break; default: break; } } if(victim->type == MT_HOLY_FX) { if(victim->tracer == source) { victim->tracer = victim->target; victim->target = source; } } victim->mom[MX] = BLAST_SPEED * FIX2FLT(finecosine[an]); victim->mom[MY] = BLAST_SPEED * FIX2FLT(finesine[an]); // Spawn blast puff. angle = M_PointToAngle2(victim->origin, source->origin); an = angle >> ANGLETOFINESHIFT; pos[VX] = victim->origin[VX]; pos[VY] = victim->origin[VY]; pos[VZ] = victim->origin[VZ] - victim->floorClip + victim->height / 2; pos[VX] += (victim->radius + FIX2FLT(FRACUNIT)) * FIX2FLT(finecosine[an]); pos[VY] += (victim->radius + FIX2FLT(FRACUNIT)) * FIX2FLT(finesine[an]); if((mo = P_SpawnMobj(MT_BLASTEFFECT, pos, angle, 0))) { mo->mom[MX] = victim->mom[MX]; mo->mom[MY] = victim->mom[MY]; } if((victim->flags & MF_MISSILE)) { victim->mom[MZ] = 8; if(mo) mo->mom[MZ] = victim->mom[MZ]; } else { victim->mom[MZ] = 1000 / victim->info->mass; } if(victim->player) { // Players handled automatically } else { victim->flags2 |= MF2_SLIDE; victim->flags2 |= MF2_BLASTED; } } } typedef struct { coord_t maxDistance; mobj_t* source; } radiusblastparams_t; static int radiusBlast(thinker_t* th, void* context) { radiusblastparams_t* params = (radiusblastparams_t*) context; mobj_t* mo = (mobj_t *) th; coord_t dist; if(mo == params->source || (mo->flags2 & MF2_BOSS)) return false; // Continue iteration. if(mo->type == MT_POISONCLOUD || // poison cloud. mo->type == MT_HOLY_FX || // holy fx. (mo->flags & MF_ICECORPSE)) // frozen corpse. { // Let these special cases go. } else if((mo->flags & MF_COUNTKILL) && mo->health <= 0) { return false; // Continue iteration. } else if(!(mo->flags & MF_COUNTKILL) && !mo->player && !(mo->flags & MF_MISSILE)) { // Must be monster, player, or missile. return false; // Continue iteration. } // Is this mobj dormant? if(mo->flags2 & MF2_DORMANT) return false; // Continue iteration. // Is this an underground Wraith? if(mo->type == MT_WRAITHB && (mo->flags2 & MF2_DONTDRAW)) return false; // Continue iteration. if(mo->type == MT_SPLASHBASE || mo->type == MT_SPLASH) return false; // Continue iteration. if(mo->type == MT_SERPENT || mo->type == MT_SERPENTLEADER) return false; // Continue iteration. // Within range? dist = M_ApproxDistance(params->source->origin[VX] - mo->origin[VX], params->source->origin[VY] - mo->origin[VY]); if(dist <= params->maxDistance) { P_BlastMobj(params->source, mo, BLAST_FULLSTRENGTH); } return false; // Continue iteration. } /** * Blast all mobjs away. */ void P_BlastRadius(player_t* pl) { mobj_t* pmo = pl->plr->mo; radiusblastparams_t params; S_StartSound(SFX_INVITEM_BLAST, pmo); P_NoiseAlert(pmo, pmo); params.source = pmo; params.maxDistance = BLAST_RADIUS_DIST; Thinker_Iterate(P_MobjThinker, radiusBlast, ¶ms); } typedef struct { coord_t origin[2]; coord_t maxDistance; dd_bool effective; } radiusgiveparams_t; static int radiusGiveArmor(thinker_t* th, void* context) { radiusgiveparams_t* params = (radiusgiveparams_t*) context; mobj_t* mo = (mobj_t*) th; coord_t dist; if(!mo->player || mo->health <= 0) return false; // Continue iteration. // Within range? dist = M_ApproxDistance(params->origin[VX] - mo->origin[VX], params->origin[VY] - mo->origin[VY]); if(dist <= params->maxDistance) { if((P_GiveArmorAlt(mo->player, ARMOR_ARMOR, 1)) || (P_GiveArmorAlt(mo->player, ARMOR_SHIELD, 1)) || (P_GiveArmorAlt(mo->player, ARMOR_HELMET, 1)) || (P_GiveArmorAlt(mo->player, ARMOR_AMULET, 1))) { params->effective = true; S_StartSound(SFX_MYSTICINCANT, mo); } } return false; // Continue iteration. } static int radiusGiveBody(thinker_t* th, void* context) { radiusgiveparams_t* params = (radiusgiveparams_t*) context; mobj_t* mo = (mobj_t*) th; coord_t dist; if(!mo->player || mo->health <= 0) return false; // Continue iteration. // Within range? dist = M_ApproxDistance(params->origin[VX] - mo->origin[VX], params->origin[VY] - mo->origin[VY]); if(dist <= params->maxDistance) { int amount = 50 + (P_Random() % 50); if(P_GiveHealth(mo->player, amount)) { params->effective = true; S_StartSound(SFX_MYSTICINCANT, mo); } } return false; // Continue iteration. } static int radiusGiveMana(thinker_t* th, void* context) { radiusgiveparams_t* params = (radiusgiveparams_t*) context; mobj_t* mo = (mobj_t *) th; coord_t dist; if(!mo->player || mo->health <= 0) return false; // Continue iteration. // Within range? dist = M_ApproxDistance(params->origin[VX] - mo->origin[VX], params->origin[VY] - mo->origin[VY]); if(dist <= params->maxDistance) { int amount = 50 + (P_Random() % 50); if(P_GiveAmmo(mo->player, AT_BLUEMANA, amount) || P_GiveAmmo(mo->player, AT_GREENMANA, amount)) { params->effective = true; S_StartSound(SFX_MYSTICINCANT, mo); } } return false; // Continue iteration. } /** * Do class specific effect for everyone in radius */ dd_bool P_HealRadius(player_t* player) { mobj_t* pmo = player->plr->mo; radiusgiveparams_t params; params.effective = false; params.origin[VX] = pmo->origin[VX]; params.origin[VY] = pmo->origin[VY]; params.maxDistance = HEAL_RADIUS_DIST; switch(player->class_) { case PCLASS_FIGHTER: Thinker_Iterate(P_MobjThinker, radiusGiveArmor, ¶ms); break; case PCLASS_CLERIC: Thinker_Iterate(P_MobjThinker, radiusGiveBody, ¶ms); break; case PCLASS_MAGE: Thinker_Iterate(P_MobjThinker, radiusGiveMana, ¶ms); break; default: break; } return params.effective; } /** * @return @c true, if the missile is at a valid spawn point, * otherwise explodes it and return @c false. */ dd_bool P_CheckMissileSpawn(mobj_t *mo) { // Move a little forward so an angle can be computed if it // immediately explodes P_MobjUnlink(mo); mo->origin[VX] += mo->mom[MX] / 2; mo->origin[VY] += mo->mom[MY] / 2; mo->origin[VZ] += mo->mom[MZ] / 2; P_MobjLink(mo); if(!P_TryMoveXY(mo, mo->origin[VX], mo->origin[VY])) { P_ExplodeMissile(mo); return false; } return true; } mobj_t* P_SpawnMissile(mobjtype_t type, mobj_t* source, mobj_t* dest) { uint an; coord_t z, dist, origdist; mobj_t* th; angle_t angle; float aim; switch(type) { case MT_MNTRFX1: // Minotaur swing attack missile z = source->origin[VZ] + 40; break; case MT_MNTRFX2: // Minotaur floor fire missile z = source->floorZ; break; case MT_CENTAUR_FX: z = source->origin[VZ] + 45; break; case MT_ICEGUY_FX: z = source->origin[VZ] + 40; break; case MT_HOLY_MISSILE: z = source->origin[VZ] + 40; break; default: z = source->origin[VZ] + 32; break; } z -= source->floorClip; angle = M_PointToAngle2(source->origin, dest->origin); if(dest->flags & MF_SHADOW) { // Invisible target angle += (P_Random() - P_Random()) << 21; } if(!(th = P_SpawnMobjXYZ(type, source->origin[VX], source->origin[VY], z, angle, 0))) return NULL; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Originator an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); origdist = M_ApproxDistance(dest->origin[VX] - source->origin[VX], dest->origin[VY] - source->origin[VY]); dist = origdist / th->info->speed; if(dist < 1) dist = 1; th->mom[MZ] = (dest->origin[VZ] - source->origin[VZ]) / dist; // Use a more three-dimensional method. aim = BANG2RAD(bamsAtan2 ((int) (dest->origin[VZ] - source->origin[VZ]), (int) origdist)); th->mom[MX] *= cos(aim); th->mom[MY] *= cos(aim); th->mom[MZ] = sin(aim) * th->info->speed; if(P_CheckMissileSpawn(th)) return th; return NULL; } mobj_t* P_SpawnMissileXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t* source, mobj_t* dest) { uint an; mobj_t* th; angle_t angle; coord_t dist; z -= source->floorClip; angle = M_PointToAngle2(source->origin, dest->origin); if(dest->flags & MF_SHADOW) { // Invisible target angle += (P_Random() - P_Random()) << 21; } if(!(th = P_SpawnMobjXYZ(type, x, y, z, angle, 0))) return NULL; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Originator an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); dist = M_ApproxDistance(dest->origin[VX] - source->origin[VX], dest->origin[VY] - source->origin[VY]); dist /= th->info->speed; if(dist < 1) dist = 1; th->mom[MZ] = (dest->origin[VZ] - source->origin[VZ]) / dist; if(P_CheckMissileSpawn(th)) return th; return NULL; } mobj_t* P_SpawnMissileAngle(mobjtype_t type, mobj_t* source, angle_t angle, coord_t momz) { unsigned int an; coord_t pos[3], spawnZOff = 0; mobj_t* mo; memcpy(pos, source->origin, sizeof(pos)); switch(type) { case MT_MNTRFX1: // Minotaur swing attack missile spawnZOff = 40; break; case MT_ICEGUY_FX2: // Secondary Projectiles of the Ice Guy spawnZOff = 3; break; case MT_MSTAFF_FX2: spawnZOff = 40; break; default: if(source->player) { if(!P_MobjIsCamera(source->player->plr->mo)) spawnZOff = cfg.plrViewHeight - 9 + source->player->plr->lookDir / 173; } else { spawnZOff = 32; } break; } if(type == MT_MNTRFX2) // Minotaur floor fire missile { mo = P_SpawnMobjXYZ(type, pos[VX], pos[VY], 0, angle, MSF_Z_FLOOR); } else { pos[VZ] += spawnZOff; pos[VZ] -= source->floorClip; mo = P_SpawnMobj(type, pos, angle, 0); } if(mo) { if(mo->info->seeSound) S_StartSound(mo->info->seeSound, mo); mo->target = source; // Originator an = angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); mo->mom[MZ] = momz; return (P_CheckMissileSpawn(mo) ? mo : NULL); } return NULL; } mobj_t* P_SpawnMissileAngleSpeed(mobjtype_t type, mobj_t* source, angle_t angle, coord_t momz, float speed) { unsigned int an; coord_t z; mobj_t* mo; z = source->origin[VZ]; z -= source->floorClip; mo = P_SpawnMobjXYZ(type, source->origin[VX], source->origin[VY], z, angle, 0); if(mo) { mo->target = source; // Originator an = angle >> ANGLETOFINESHIFT; mo->mom[MX] = speed * FIX2FLT(finecosine[an]); mo->mom[MY] = speed * FIX2FLT(finesine[an]); mo->mom[MZ] = momz; return (P_CheckMissileSpawn(mo) ? mo : NULL); } return NULL; } /** * Tries to aim at a nearby monster. */ mobj_t *P_SpawnPlayerMissile(mobjtype_t type, mobj_t *source) { uint an; angle_t angle; coord_t pos[3]; float fangle = LOOKDIR2RAD(source->player->plr->lookDir); float movfac = 1, slope; dd_bool dontAim = cfg.noAutoAim; int spawnFlags = 0; mobj_t *missile; // Try to find a target angle = source->angle; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget || dontAim) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget || dontAim) { angle = source->angle; slope = sin(fangle) / 1.2; movfac = cos(fangle); } } memcpy(pos, source->origin, sizeof(pos)); if(type == MT_LIGHTNING_FLOOR) { pos[VZ] = 0; slope = 0; spawnFlags |= MSF_Z_FLOOR; } else if(type == MT_LIGHTNING_CEILING) { pos[VZ] = 0; slope = 0; spawnFlags |= MSF_Z_CEIL; } else { if(!P_MobjIsCamera(source->player->plr->mo)) pos[VZ] += cfg.plrViewHeight - 9 + (source->player->plr->lookDir / 173); pos[VZ] -= source->floorClip; } if(!(missile = P_SpawnMobj(type, pos, angle, spawnFlags))) return NULL; missile->target = source; an = angle >> ANGLETOFINESHIFT; missile->mom[MX] = movfac * missile->info->speed * FIX2FLT(finecosine[an]); missile->mom[MY] = movfac * missile->info->speed * FIX2FLT(finesine[an]); missile->mom[MZ] = missile->info->speed * slope; P_MobjUnlink(missile); if(missile->type == MT_MWAND_MISSILE || missile->type == MT_CFLAME_MISSILE) { // Ultra-fast ripper spawning missile. missile->origin[VX] += missile->mom[MX] / 8; missile->origin[VY] += missile->mom[MY] / 8; missile->origin[VZ] += missile->mom[MZ] / 8; } else { // Normal missile. missile->origin[VX] += missile->mom[MX] / 2; missile->origin[VY] += missile->mom[MY] / 2; missile->origin[VZ] += missile->mom[MZ] / 2; } P_MobjLink(missile); if(!P_TryMoveXY(missile, missile->origin[VX], missile->origin[VY])) { // Exploded immediately P_ExplodeMissile(missile); return NULL; } return missile; } mobj_t* P_SPMAngle(mobjtype_t type, mobj_t* source, angle_t origAngle) { uint an; angle_t angle; mobj_t* th; coord_t pos[3]; float fangle = LOOKDIR2RAD(source->player->plr->lookDir); float slope, movfac = 1; dd_bool dontAim = cfg.noAutoAim; // See which target is to be aimed at. angle = origAngle; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget || dontAim) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget || dontAim) { angle = origAngle; slope = sin(fangle) / 1.2; movfac = cos(fangle); } } memcpy(pos, source->origin, sizeof(pos)); if(!P_MobjIsCamera(source->player->plr->mo)) pos[VZ] += cfg.plrViewHeight - 9 + (source->player->plr->lookDir / 173); pos[VZ] -= source->floorClip; if((th = P_SpawnMobj(type, pos, angle, 0))) { th->target = source; an = angle >> ANGLETOFINESHIFT; th->mom[MX] = movfac * th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = movfac * th->info->speed * FIX2FLT(finesine[an]); th->mom[MZ] = th->info->speed * slope; if(P_CheckMissileSpawn(th)) return th; } return NULL; } mobj_t* P_SPMAngleXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t* source, angle_t origAngle) { uint an; mobj_t* th; angle_t angle; float slope, movfac = 1; float fangle = LOOKDIR2RAD(source->player->plr->lookDir); dd_bool dontAim = cfg.noAutoAim; // See which target is to be aimed at. angle = origAngle; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget || dontAim) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget || dontAim) { angle = origAngle; slope = sin(fangle) / 1.2; movfac = cos(fangle); } } if(!P_MobjIsCamera(source->player->plr->mo)) z += cfg.plrViewHeight - 9 + (source->player->plr->lookDir / 173); z -= source->floorClip; if((th = P_SpawnMobjXYZ(type, x, y, z, angle, 0))) { th->target = source; an = angle >> ANGLETOFINESHIFT; th->mom[MX] = movfac * th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = movfac * th->info->speed * FIX2FLT(finesine[an]); th->mom[MZ] = th->info->speed * slope; if(P_CheckMissileSpawn(th)) return th; } return NULL; } mobj_t* P_SpawnKoraxMissile(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t* source, mobj_t* dest) { uint an; mobj_t* th; angle_t angle; coord_t dist; z -= source->floorClip; angle = M_PointXYToAngle2(x, y, dest->origin[VX], dest->origin[VY]); if(dest->flags & MF_SHADOW) { // Invisible target angle += (P_Random() - P_Random()) << 21; } if((th = P_SpawnMobjXYZ(type, x, y, z, angle, 0))) { if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Originator an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); dist = M_ApproxDistance(dest->origin[VX] - x, dest->origin[VY] - y); dist /= th->info->speed; if(dist < 1) dist = 1; th->mom[MZ] = (dest->origin[VZ] - z + 30) / dist; if(P_CheckMissileSpawn(th)) return th; } return NULL; } doomsday-1.14.5/doomsday/plugins/hexen/src/p_waggle.cpp0000664000175000017500000001475112350542240022401 0ustar jaakkojaakko/** @file p_waggle.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "p_waggle.h" #include "dmu_lib.h" #include "p_map.h" #include "p_mapspec.h" #include "p_iterlist.h" void T_FloorWaggle(waggle_t *waggle) { DENG_ASSERT(waggle != 0); switch(waggle->state) { default: case WS_STABLE: if(waggle->ticker != -1) { if(!--waggle->ticker) { waggle->state = WS_REDUCE; } } break; case WS_EXPAND: if((waggle->scale += waggle->scaleDelta) >= waggle->targetScale) { waggle->scale = waggle->targetScale; waggle->state = WS_STABLE; } break; case WS_REDUCE: if((waggle->scale -= waggle->scaleDelta) <= 0) { // Remove. P_SetDoublep(waggle->sector, DMU_FLOOR_HEIGHT, waggle->originalHeight); P_ChangeSector(waggle->sector, 1 /*crush damage*/); P_ToXSector(waggle->sector)->specialData = NULL; Game_ACScriptInterpreter().tagFinished(P_ToXSector(waggle->sector)->tag); Thinker_Remove(&waggle->thinker); return; } break; } waggle->accumulator += waggle->accDelta; coord_t fh = waggle->originalHeight + FLOATBOBOFFSET(((int) waggle->accumulator) & 63) * waggle->scale; P_SetDoublep(waggle->sector, DMU_FLOOR_HEIGHT, fh); P_SetDoublep(waggle->sector, DMU_FLOOR_TARGET_HEIGHT, fh); P_SetFloatp(waggle->sector, DMU_FLOOR_SPEED, 0); P_ChangeSector(waggle->sector, 1 /*crush damage*/); } void waggle_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, FLT2FIX(originalHeight)); Writer_WriteInt32(writer, FLT2FIX(accumulator)); Writer_WriteInt32(writer, FLT2FIX(accDelta)); Writer_WriteInt32(writer, FLT2FIX(targetScale)); Writer_WriteInt32(writer, FLT2FIX(scale)); Writer_WriteInt32(writer, FLT2FIX(scaleDelta)); Writer_WriteInt32(writer, ticker); Writer_WriteInt32(writer, state); } int waggle_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); originalHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); accumulator = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); accDelta = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); targetScale = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); scale = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); scaleDelta = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); ticker = Reader_ReadInt32(reader); state = wagglestate_e(Reader_ReadInt32(reader)); } else { // Its in the old pre V4 format which serialized waggle_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); originalHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); accumulator = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); accDelta = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); targetScale = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); scale = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); scaleDelta = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); ticker = Reader_ReadInt32(reader); state = wagglestate_e(Reader_ReadInt32(reader)); } thinker.function = (thinkfunc_t) T_FloorWaggle; P_ToXSector(sector)->specialData = this; return true; // Add this thinker. } dd_bool EV_StartFloorWaggle(int tag, int height, int speed, int offset, int timer) { iterlist_t *list = P_GetSectorIterListForTag(tag, false); if(!list) return false; dd_bool retCode = false; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { if(P_ToXSector(sec)->specialData) continue; // Already moving, so keep going... retCode = true; waggle_t *waggle = (waggle_t *)Z_Calloc(sizeof(*waggle), PU_MAP, 0); waggle->thinker.function = (thinkfunc_t) T_FloorWaggle; Thinker_Add(&waggle->thinker); P_ToXSector(sec)->specialData = waggle; waggle->sector = sec; waggle->originalHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); waggle->accumulator = offset; waggle->accDelta = FIX2FLT(speed << 10); waggle->scale = 0; waggle->targetScale = FIX2FLT(height << 10); waggle->scaleDelta = FIX2FLT(FLT2FIX(waggle->targetScale) / (TICSPERSEC + ((3 * TICSPERSEC) * height) / 255)); waggle->ticker = timer ? timer * 35 : -1; waggle->state = WS_EXPAND; } return retCode; } doomsday-1.14.5/doomsday/plugins/hexen/src/p_enemy.c0000664000175000017500000034045012350542240021706 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_enemy.c: Enemy thinking, AI. * * Action Pointer Functions that are associated with states/frames. */ // HEADER FILES ------------------------------------------------------------ #include #include #include #include "jhexen.h" #include "dmu_lib.h" #include "p_mapspec.h" #include "p_map.h" #include "g_common.h" #include "d_net.h" // MACROS ------------------------------------------------------------------ #define MONS_LOOK_RANGE (16*64) #define MONS_LOOK_LIMIT 64 #define MINOTAUR_LOOK_DIST (16*54) #define CORPSEQUEUESIZE 64 #define BODYQUESIZE 32 #define SORCBALL_INITIAL_SPEED 7 #define SORCBALL_TERMINAL_SPEED 25 #define SORCBALL_SPEED_ROTATIONS 5 #define SORC_DEFENSE_TIME 255 #define SORC_DEFENSE_HEIGHT 45 #define BOUNCE_TIME_UNIT (TICSPERSEC/2) #define SORCFX4_RAPIDFIRE_TIME (6*3) // 3 seconds #define SORCFX4_SPREAD_ANGLE 20 #define SORC_DECELERATE 0 #define SORC_ACCELERATE 1 #define SORC_STOPPING 2 #define SORC_FIRESPELL 3 #define SORC_STOPPED 4 #define SORC_NORMAL 5 #define SORC_FIRING_SPELL 6 #define BALL1_ANGLEOFFSET 0 #define BALL2_ANGLEOFFSET (ANGLE_MAX/3) #define BALL3_ANGLEOFFSET ((ANGLE_MAX/3)*2) #define KORAX_SPIRIT_LIFETIME (5*(TICSPERSEC/5)) // 5 seconds #define KORAX_COMMAND_HEIGHT (120) #define KORAX_COMMAND_OFFSET (27) #define KORAX_TID (245) #define KORAX_FIRST_TELEPORT_TID (248) #define KORAX_TELEPORT_TID (249) #define KORAX_DELTAANGLE (85*ANGLE_1) #define KORAX_ARM_EXTENSION_SHORT (40) #define KORAX_ARM_EXTENSION_LONG (55) #define KORAX_ARM1_HEIGHT (108) #define KORAX_ARM2_HEIGHT (82) #define KORAX_ARM3_HEIGHT (54) #define KORAX_ARM4_HEIGHT (104) #define KORAX_ARM5_HEIGHT (86) #define KORAX_ARM6_HEIGHT (53) // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- void KSpiritInit(mobj_t *spirit, mobj_t *korax); // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- int maulatorSeconds = 25; //dd_bool fastMonsters = false; // Eight directional movement speeds. #define MOVESPEED_DIAGONAL (0.71716309f) static const coord_t dirSpeed[8][2] = { {1, 0}, {MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {0, 1}, {-MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {-1, 0}, {-MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL}, {0, -1}, {MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL} }; #undef MOVESPEED_DIAGONAL mobj_t *corpseQueue[CORPSEQUEUESIZE]; int corpseQueueSlot; mobj_t *bodyque[BODYQUESIZE]; int bodyqueslot; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- void P_ClearBodyQueue(void) { memset(bodyque, 0, sizeof(bodyque)); bodyqueslot = 0; } /** * If a monster yells at a player, it will alert other monsters to the * player's whereabouts. */ void P_NoiseAlert(mobj_t* target, mobj_t *emitter) { VALIDCOUNT++; P_RecursiveSound(target, Mobj_Sector(emitter), 0); } dd_bool P_CheckMeleeRange(mobj_t* actor, dd_bool midrange) { mobj_t* pl; coord_t dist, range; if(!actor->target) return false; pl = actor->target; dist = M_ApproxDistance(pl->origin[VX] - actor->origin[VX], pl->origin[VY] - actor->origin[VY]); if(!cfg.netNoMaxZMonsterMeleeAttack) { // Account for Z height difference. if(pl->origin[VZ] > actor->origin[VZ] + actor->height || pl->origin[VZ] + pl->height < actor->origin[VZ]) return false; } range = MELEERANGE - 20 + pl->info->radius; if(midrange) { if(dist >= range * 2 || dist < range) return false; } else { if(dist >= range) return false; } if(!P_CheckSight(actor, pl)) return false; return true; } dd_bool P_CheckMissileRange(mobj_t* mo) { coord_t dist; if(!P_CheckSight(mo, mo->target)) { return false; } if(mo->flags & MF_JUSTHIT) { // The target just hit the enemy, so fight back! mo->flags &= ~MF_JUSTHIT; return true; } if(mo->reactionTime) return false; // Don't attack yet. dist = M_ApproxDistance(mo->origin[VX] - mo->target->origin[VX], mo->origin[VY] - mo->target->origin[VY]) - 64; if(P_GetState(mo->type, SN_MELEE) == S_NULL) { // No melee attack, so fire more frequently. dist -= 128; } if(dist > 200) { dist = 200; } if(P_Random() < dist) { return false; } return true; } /** * Move in the current direction. * * @return @c false, if the move is blocked. */ dd_bool P_Move(mobj_t* mo) { coord_t tryPos[2], step[2]; Line* ld; dd_bool good; if(mo->flags2 & MF2_BLASTED) return true; if(mo->moveDir == DI_NODIR) return false; if(!VALID_MOVEDIR(mo->moveDir)) Con_Error("Weird actor->moveDir!"); step[VX] = mo->info->speed * dirSpeed[mo->moveDir][VX]; step[VY] = mo->info->speed * dirSpeed[mo->moveDir][VY]; tryPos[VX] = mo->origin[VX] + step[VX]; tryPos[VY] = mo->origin[VY] + step[VY]; if(!P_TryMoveXY(mo, tryPos[VX], tryPos[VY])) { // Open any specials. if((mo->flags & MF_FLOAT) && tmFloatOk) { // Must adjust height. if(mo->origin[VZ] < tmFloorZ) { mo->origin[VZ] += FLOATSPEED; } else { mo->origin[VZ] -= FLOATSPEED; } mo->flags |= MF_INFLOAT; return true; } if(IterList_Empty(spechit)) return false; mo->moveDir = DI_NODIR; good = false; while((ld = IterList_Pop(spechit)) != NULL) { // If the special isn't a door that can be opened, return false. if(P_ActivateLine(ld, mo, 0, SPAC_USE)) { good = true; } } return good; } else { P_MobjSetSRVO(mo, step[VX], step[VY]); mo->flags &= ~MF_INFLOAT; } if(!(mo->flags & MF_FLOAT)) { if(mo->origin[VZ] > mo->floorZ) { P_HitFloor(mo); } mo->origin[VZ] = mo->floorZ; } return true; } /** * Attempts to move actor in its current (ob->moveangle) direction. * If a door is in the way, an OpenDoor call is made to start it opening. * * @return @c false, if blocked by either a wall or an actor. */ dd_bool P_TryWalk(mobj_t *actor) { if(!P_Move(actor)) { return false; } actor->moveCount = P_Random() & 15; return true; } static void newChaseDir(mobj_t *actor, coord_t deltaX, coord_t deltaY) { dirtype_t xdir, ydir, tdir; dirtype_t olddir = actor->moveDir; dirtype_t turnaround = olddir; if(turnaround != DI_NODIR) // find reverse direction turnaround ^= 4; xdir = (deltaX > 10 ? DI_EAST : deltaX < -10 ? DI_WEST : DI_NODIR); ydir = (deltaY < -10 ? DI_SOUTH : deltaY > 10 ? DI_NORTH : DI_NODIR); // Try direct route. if(xdir != DI_NODIR && ydir != DI_NODIR && turnaround != (actor->moveDir = deltaY < 0 ? deltaX > 0 ? DI_SOUTHEAST : DI_SOUTHWEST : deltaX > 0 ? DI_NORTHEAST : DI_NORTHWEST) && P_TryWalk(actor)) return; // Try other directions. if(P_Random() > 200 || fabs(deltaY) > fabs(deltaX)) { dirtype_t temp = xdir; xdir = ydir; ydir = temp; } if((xdir == turnaround ? xdir = DI_NODIR : xdir) != DI_NODIR && (actor->moveDir = xdir, P_TryWalk(actor))) return; // Either moved forward or attacked. if((ydir == turnaround ? ydir = DI_NODIR : ydir) != DI_NODIR && (actor->moveDir = ydir, P_TryWalk(actor))) return; // There is no direct path to the player, so pick another direction. if(olddir != DI_NODIR && (actor->moveDir = olddir, P_TryWalk(actor))) return; // Randomly determine direction of search. if(P_Random() & 1) { for(tdir = DI_EAST; tdir <= DI_SOUTHEAST; tdir++) if(tdir != turnaround && (actor->moveDir = tdir, P_TryWalk(actor))) return; } else { for(tdir = DI_SOUTHEAST; tdir != DI_EAST - 1; tdir--) if(tdir != turnaround && (actor->moveDir = tdir, P_TryWalk(actor))) return; } if((actor->moveDir = turnaround) != DI_NODIR && !P_TryWalk(actor)) actor->moveDir = DI_NODIR; } void P_NewChaseDir(mobj_t* actor) { coord_t delta[2]; if(!actor->target) Con_Error("P_NewChaseDir: called with no target"); delta[VX] = actor->target->origin[VX] - actor->origin[VX]; delta[VY] = actor->target->origin[VY] - actor->origin[VY]; newChaseDir(actor, delta[VX], delta[VY]); } typedef struct { size_t count; size_t maxTries; mobj_t* notThis; mobj_t* foundMobj; coord_t origin[2]; coord_t maxDistance; int minHealth; int compFlags; dd_bool checkLOS; mobj_t* checkMinotaurTracer; byte randomSkip; } findmobjparams_t; static int findMobj(thinker_t* th, void* context) { findmobjparams_t* params = (findmobjparams_t*) context; mobj_t* mo = (mobj_t *) th; // Flags requirement? if(params->compFlags > 0 && !(mo->flags & params->compFlags)) return false; // Continue iteration. // Minimum health requirement? if(params->minHealth > 0 && mo->health < params->minHealth) return false; // Continue iteration. // Exclude this mobj? if(params->notThis && mo == params->notThis) return false; // Continue iteration. // Out of range? if(params->maxDistance > 0 && M_ApproxDistance(params->origin[VX] - mo->origin[VX], params->origin[VY] - mo->origin[VY]) > params->maxDistance) return false; // Continue iteration. // Randomly skip this? if(params->randomSkip && P_Random() < params->randomSkip) return false; // Continue iteration. if(params->maxTries > 0 && params->count++ > params->maxTries) return true; // Stop iteration. // Out of sight? if(params->checkLOS && params->notThis && !P_CheckSight(params->notThis, mo)) return false; // Continue iteration. // Check the special case of a minotaur looking at it's master. if(params->checkMinotaurTracer) if(mo->type == MT_MINOTAUR && mo->target != params->checkMinotaurTracer) return false; // Continue iteration. // Found one! params->foundMobj = mo; return true; // Stop iteration. } dd_bool P_LookForMonsters(mobj_t* mo) { findmobjparams_t params; if(!P_CheckSight(players[0].plr->mo, mo)) return false; // Player can't see the monster. params.count = 0; params.notThis = mo; params.origin[VX] = mo->origin[VX]; params.origin[VY] = mo->origin[VY]; params.foundMobj = NULL; params.maxDistance = MONS_LOOK_RANGE; params.maxTries = MONS_LOOK_LIMIT; params.minHealth = 1; params.compFlags = MF_COUNTKILL; params.checkLOS = true; params.randomSkip = 16; params.checkMinotaurTracer = (mo->type == MT_MINOTAUR)? ((player_t *) mo->tracer)->plr->mo : NULL; Thinker_Iterate(P_MobjThinker, findMobj, ¶ms); if(params.foundMobj) { mo->target = params.foundMobj; return true; } return false; } /** * @param allaround @c false = only look 180 degrees in front of * the actor. * * @return @c true, if a player was targeted. */ dd_bool P_LookForPlayers(mobj_t* actor, dd_bool allAround) { // If in single player and player is dead, look for monsters. if(!IS_NETGAME && players[0].health <= 0) return P_LookForMonsters(actor); return Mobj_LookForPlayers(actor, allAround); } /** * Stay in state until a player is sighted. */ void C_DECL A_Look(mobj_t *actor) { mobj_t *targ; actor->threshold = 0; // Any shot will wake up. targ = P_ToXSector(Mobj_Sector(actor))->soundTarget; if(targ && (targ->flags & MF_SHOOTABLE)) { actor->target = targ; if(actor->flags & MF_AMBUSH) { if(P_CheckSight(actor, actor->target)) goto seeyou; } else goto seeyou; } if(!P_LookForPlayers(actor, false)) return; // go into chase state seeyou: if(actor->info->seeSound) { int sound = actor->info->seeSound; if(actor->flags2 & MF2_BOSS) { // Full volume S_StartSound(sound, NULL); } else { S_StartSound(sound, actor); } } P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } /** * Actor has a melee attack, so it tries to close as fast as possible. */ void C_DECL A_Chase(mobj_t *actor) { int delta; statenum_t state; if(actor->reactionTime) actor->reactionTime--; // Modify target threshold if(actor->threshold) { actor->threshold--; } if(G_Ruleset_Skill() == SM_NIGHTMARE /*|| gameRules.fast*/) { // Monsters move faster in nightmare mode actor->tics -= actor->tics / 2; if(actor->tics < 3) { actor->tics = 3; } } // Turn towards movement direction if not there yet. if(actor->moveDir < DI_NODIR) { actor->angle &= (7 << 29); delta = actor->angle - (actor->moveDir << 29); if(delta > 0) { actor->angle -= ANG90 / 2; } else if(delta < 0) { actor->angle += ANG90 / 2; } } if(!actor->target || !(actor->target->flags & MF_SHOOTABLE)) { // Look for a new target. if(P_LookForPlayers(actor, true)) { // Got a new target. return; } P_MobjChangeState(actor, P_GetState(actor->type, SN_SPAWN)); return; } // Don't attack twice in a row. if(actor->flags & MF_JUSTATTACKED) { actor->flags &= ~MF_JUSTATTACKED; if(G_Ruleset_Skill() != SM_NIGHTMARE) P_NewChaseDir(actor); return; } // Check for melee attack. if((state = P_GetState(actor->type, SN_MELEE)) != S_NULL && P_CheckMeleeRange(actor, false)) { if(actor->info->attackSound) { S_StartSound(actor->info->attackSound, actor); } P_MobjChangeState(actor, state); return; } // Check for missile attack. if((state = P_GetState(actor->type, SN_MISSILE)) != S_NULL) { if(!(G_Ruleset_Skill() != SM_NIGHTMARE && actor->moveCount)) { if(P_CheckMissileRange(actor)) { P_MobjChangeState(actor, state); actor->flags |= MF_JUSTATTACKED; return; } } } // Possibly choose another target. if(IS_NETGAME && !actor->threshold && !P_CheckSight(actor, actor->target)) { if(P_LookForPlayers(actor, true)) return; // Got a new target. } // Chase towards player. if(--actor->moveCount < 0 || !P_Move(actor)) { P_NewChaseDir(actor); } // Make active sound. if(actor->info->activeSound && P_Random() < 3) { if(actor->type == MT_BISHOP && P_Random() < 128) { S_StartSound(actor->info->seeSound, actor); } else if(actor->type == MT_PIG) { S_StartSound(SFX_PIG_ACTIVE1 + (P_Random() & 1), actor); } else if(actor->flags2 & MF2_BOSS) { S_StartSound(actor->info->activeSound, NULL); } else { S_StartSound(actor->info->activeSound, actor); } } } void C_DECL A_FaceTarget(mobj_t* actor) { if(!actor->target) return; actor->turnTime = true; // $visangle-facetarget actor->flags &= ~MF_AMBUSH; actor->angle = M_PointToAngle2(actor->origin, actor->target->origin); if(actor->target->flags & MF_SHADOW) { // Target is a ghost actor->angle += (P_Random() - P_Random()) << 21; } } void C_DECL A_Pain(mobj_t* actor) { if(actor->info->painSound) { S_StartSound(actor->info->painSound, actor); } } void C_DECL A_SetInvulnerable(mobj_t *actor) { actor->flags2 |= MF2_INVULNERABLE; } void C_DECL A_UnSetInvulnerable(mobj_t *actor) { actor->flags2 &= ~MF2_INVULNERABLE; } void C_DECL A_SetReflective(mobj_t *actor) { actor->flags2 |= MF2_REFLECTIVE; if(actor->type == MT_CENTAUR || actor->type == MT_CENTAURLEADER) { A_SetInvulnerable(actor); } } void C_DECL A_UnSetReflective(mobj_t *actor) { actor->flags2 &= ~MF2_REFLECTIVE; if(actor->type == MT_CENTAUR || actor->type == MT_CENTAURLEADER) { A_UnSetInvulnerable(actor); } } /** * @return @c true, if the pig morphs. */ dd_bool P_UpdateMorphedMonster(mobj_t* actor, int tics) { mobj_t* fog; coord_t pos[3]; mobjtype_t moType; mobj_t* mo, oldMonster; actor->special1 -= tics; if(actor->special1 > 0) { return false; } moType = actor->special2; switch(moType) { case MT_WRAITHB: // These must remain morphed. case MT_SERPENT: case MT_SERPENTLEADER: case MT_MINOTAUR: return false; default: break; } memcpy(pos, actor->origin, sizeof(pos)); /// @todo Do this properly! oldMonster = *actor; // Save pig vars. P_MobjRemoveFromTIDList(actor); P_MobjChangeState(actor, S_FREETARGMOBJ); if(!(mo = P_SpawnMobj(moType, pos, oldMonster.angle, 0))) return false; if(!P_TestMobjLocation(mo)) { // Didn't fit. P_MobjRemove(mo, true); if((mo = P_SpawnMobj(oldMonster.type, pos, oldMonster.angle, 0))) { mo->flags = oldMonster.flags; mo->health = oldMonster.health; mo->target = oldMonster.target; mo->special = oldMonster.special; mo->special1 = 5 * TICSPERSEC; // Next try in 5 seconds. mo->special2 = moType; mo->tid = oldMonster.tid; memcpy(mo->args, oldMonster.args, 5); P_MobjInsertIntoTIDList(mo, oldMonster.tid); } return false; } mo->target = oldMonster.target; mo->tid = oldMonster.tid; mo->special = oldMonster.special; memcpy(mo->args, oldMonster.args, 5); P_MobjInsertIntoTIDList(mo, oldMonster.tid); if((fog = P_SpawnMobjXYZ(MT_TFOG, pos[VX], pos[VY], pos[VZ] + TELEFOGHEIGHT, oldMonster.angle + ANG180, 0))) S_StartSound(SFX_TELEPORT, fog); return true; } void C_DECL A_PigLook(mobj_t *actor) { if(P_UpdateMorphedMonster(actor, 10)) { return; } A_Look(actor); } void C_DECL A_PigChase(mobj_t *actor) { if(P_UpdateMorphedMonster(actor, 3)) { return; } A_Chase(actor); } void C_DECL A_PigAttack(mobj_t *actor) { if(P_UpdateMorphedMonster(actor, 18)) { return; } if(!actor->target) return; if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, 2 + (P_Random() & 1), false); S_StartSound(SFX_PIG_ATTACK, actor); } } void C_DECL A_PigPain(mobj_t *actor) { A_Pain(actor); if(actor->origin[VZ] <= actor->floorZ) { actor->mom[MZ] = 3.5f; } } void FaceMovementDirection(mobj_t *actor) { switch(actor->moveDir) { case DI_EAST: actor->angle = 0 << 24; break; case DI_NORTHEAST: actor->angle = 32 << 24; break; case DI_NORTH: actor->angle = 64 << 24; break; case DI_NORTHWEST: actor->angle = 96 << 24; break; case DI_WEST: actor->angle = 128 << 24; break; case DI_SOUTHWEST: actor->angle = 160 << 24; break; case DI_SOUTH: actor->angle = 192 << 24; break; case DI_SOUTHEAST: actor->angle = 224 << 24; break; } } /** * Minotaur variables * * special1 pointer to player that spawned it (mobj_t) * special2 internal to minotaur AI * args[0] args[0]-args[3] together make up minotaur start time * args[1] | * args[2] | * args[3] V * args[4] charge duration countdown */ void C_DECL A_MinotaurFade0(mobj_t *actor) { actor->flags &= ~MF_ALTSHADOW; actor->flags |= MF_SHADOW; } void C_DECL A_MinotaurFade1(mobj_t *actor) { // Second level of transparency actor->flags &= ~MF_SHADOW; actor->flags |= MF_ALTSHADOW; } void C_DECL A_MinotaurFade2(mobj_t *actor) { // Make fully visible actor->flags &= ~MF_SHADOW; actor->flags &= ~MF_ALTSHADOW; } void C_DECL A_MinotaurRoam(mobj_t *actor) { actor->flags &= ~MF_SHADOW; // In case pain caused him to actor->flags &= ~MF_ALTSHADOW; // Skip his fade in. if((mapTime - actor->argsUInt) >= MAULATORTICS) { P_DamageMobj(actor, NULL, NULL, 10000, false); return; } if(P_Random() < 30) A_MinotaurLook(actor); // Adjust to closest target. if(P_Random() < 6) { // Choose new direction actor->moveDir = P_Random() % 8; FaceMovementDirection(actor); } if(!P_Move(actor)) { // Turn if(P_Random() & 1) actor->moveDir = (actor->moveDir + 1) % 8; else actor->moveDir = (actor->moveDir + 7) % 8; FaceMovementDirection(actor); } } typedef struct { mobj_t* notThis, *notThis2; mobj_t* checkMinotaurTracer; coord_t origin[2]; coord_t maxDistance; int minHealth; mobj_t* foundMobj; } findmonsterparams_t; static int findMonster(thinker_t* th, void* context) { findmonsterparams_t* params = (findmonsterparams_t*) context; mobj_t* mo = (mobj_t*) th; if(!(mo->flags & MF_COUNTKILL)) return false; // Continue iteration. // Health requirement? if(!(params->minHealth < 0) && mo->health < params->minHealth) return false; // Continue iteration. if(!(mo->flags & MF_SHOOTABLE)) return false; // Continue iteration. // Within range? if(params->maxDistance > 0) { coord_t dist = M_ApproxDistance(params->origin[VX] - mo->origin[VX], params->origin[VY] - mo->origin[VY]); if(dist > params->maxDistance) return false; // Continue iteration. } if(params->notThis && params->notThis == mo) return false; // Continue iteration. if(params->notThis2 && params->notThis2 == mo) return false; // Continue iteration. // Check the special case for minotaurs. if(params->checkMinotaurTracer) if(mo->type == MT_MINOTAUR && params->checkMinotaurTracer == mo->tracer) return false; // Continue iteration. // Found one! params->foundMobj = mo; return true; // Stop iteration. } /** * Look for enemy of player. */ void C_DECL A_MinotaurLook(mobj_t *actor) { mobj_t *master = actor->tracer; actor->target = 0; if(G_Ruleset_Deathmatch()) { // Quick search for players. int i; coord_t dist; player_t *player; mobj_t *mo; for(i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; player = &players[i]; mo = player->plr->mo; if(mo == master) continue; if(mo->health <= 0) continue; dist = M_ApproxDistance(actor->origin[VX] - mo->origin[VX], actor->origin[VY] - mo->origin[VY]); if(dist > MINOTAUR_LOOK_DIST) continue; actor->target = mo; break; } } if(!actor->target) // Near player monster search. { if(master && (master->health > 0) && (master->player)) actor->target = P_RoughMonsterSearch(master, 20*128); else actor->target = P_RoughMonsterSearch(actor, 20*128); } if(!actor->target) // Normal monster search. { findmonsterparams_t params; params.notThis = actor; params.notThis2 = master; params.origin[VX] = actor->origin[VX]; params.origin[VY] = actor->origin[VY]; params.maxDistance = MINOTAUR_LOOK_DIST; params.foundMobj = NULL; params.minHealth = 1; params.checkMinotaurTracer = actor->tracer; if(Thinker_Iterate(P_MobjThinker, findMonster, ¶ms)) actor->target = params.foundMobj; } if(actor->target) { P_MobjChangeStateNoAction(actor, S_MNTR_WALK1); } else { P_MobjChangeStateNoAction(actor, S_MNTR_ROAM1); } } void C_DECL A_MinotaurChase(mobj_t* actor) { statenum_t state; actor->flags &= ~MF_SHADOW; // In case pain caused him to. actor->flags &= ~MF_ALTSHADOW; // Skip his fade in. if((mapTime - actor->argsUInt) >= MAULATORTICS) { P_DamageMobj(actor, NULL, NULL, 10000, false); return; } if(P_Random() < 30) A_MinotaurLook(actor); // Adjust to closest target. if(!actor->target || (actor->target->health <= 0) || !(actor->target->flags & MF_SHOOTABLE)) { // Look for a new target. P_MobjChangeState(actor, S_MNTR_LOOK1); return; } FaceMovementDirection(actor); actor->reactionTime = 0; // Melee attack. if((state = P_GetState(actor->type, SN_MELEE)) != S_NULL && P_CheckMeleeRange(actor, false)) { if(actor->info->attackSound) S_StartSound(actor->info->attackSound, actor); P_MobjChangeState(actor, state); return; } // Missile attack. if((state = P_GetState(actor->type, SN_MISSILE)) != S_NULL && P_CheckMissileRange(actor)) { P_MobjChangeState(actor, state); return; } // Chase towards target. if(!P_Move(actor)) { P_NewChaseDir(actor); } // Active sound. if(actor->info->activeSound && P_Random() < 6) S_StartSound(actor->info->activeSound, actor); } /** * Minotaur: Melee attack. */ void C_DECL A_MinotaurAtk1(mobj_t *actor) { if(!actor->target) return; S_StartSound(SFX_MAULATOR_HAMMER_SWING, actor); if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, HITDICE(4), false); } } /** * Minotaur: Choose a missile attack. */ void C_DECL A_MinotaurDecide(mobj_t* actor) { #define MNTR_CHARGE_SPEED (23) uint an; mobj_t* target = actor->target; coord_t dist; if(!target) return; dist = M_ApproxDistance(actor->origin[VX] - target->origin[VX], actor->origin[VY] - target->origin[VY]); if(target->origin[VZ] + target->height > actor->origin[VZ] && target->origin[VZ] + target->height < actor->origin[VZ] + actor->height && dist < 16 * 64 && dist > 1 *64) { if(P_Random() < 230) { // Charge attack. // Don't call the state function right away. P_MobjChangeStateNoAction(actor, S_MNTR_ATK4_1); actor->flags |= MF_SKULLFLY; A_FaceTarget(actor); an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = MNTR_CHARGE_SPEED * FIX2FLT(finecosine[an]); actor->mom[MY] = MNTR_CHARGE_SPEED * FIX2FLT(finesine[an]); actor->args[4] = TICRATE / 2; // Charge duration. return; } } if(target->origin[VZ] == target->floorZ && dist < 9 * 64) { if(P_Random() < 100) { // Floor fire attack. P_MobjChangeState(actor, S_MNTR_ATK3_1); actor->special2 = 0; return; } } // Swing attack. A_FaceTarget(actor); // Don't need to call P_MobjChangeState because the current state // falls through to the swing attack. #undef MNTR_CHARGE_SPEED } /** * Minotaur: Charge attack. */ void C_DECL A_MinotaurCharge(mobj_t* actor) { mobj_t* puff; if(!actor->target) return; if(actor->args[4] > 0) { if((puff = P_SpawnMobj(MT_PUNCHPUFF, actor->origin, P_Random() << 24, 0))) { puff->mom[MZ] = 2; } actor->args[4]--; } else { actor->flags &= ~MF_SKULLFLY; P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } } /** * Minotaur: Swing attack. */ void C_DECL A_MinotaurAtk2(mobj_t* mo) { mobj_t* pmo; angle_t angle; coord_t momZ; if(!mo->target) return; S_StartSound(SFX_MAULATOR_HAMMER_SWING, mo); if(P_CheckMeleeRange(mo, false)) { P_DamageMobj(mo->target, mo, mo, HITDICE(3), false); return; } pmo = P_SpawnMissile(MT_MNTRFX1, mo, mo->target); if(pmo) { momZ = pmo->mom[MZ]; angle = pmo->angle; P_SpawnMissileAngle(MT_MNTRFX1, mo, angle - (ANG45 / 8), momZ); P_SpawnMissileAngle(MT_MNTRFX1, mo, angle + (ANG45 / 8), momZ); P_SpawnMissileAngle(MT_MNTRFX1, mo, angle - (ANG45 / 16), momZ); P_SpawnMissileAngle(MT_MNTRFX1, mo, angle + (ANG45 / 16), momZ); } } /** * Minotaur: Floor fire attack. */ void C_DECL A_MinotaurAtk3(mobj_t *actor) { mobj_t *mo; player_t *player; if(!actor->target) return; if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, HITDICE(3), false); if((player = actor->target->player) != NULL) { // Squish the player. player->viewHeightDelta = -16; } } else { mo = P_SpawnMissile(MT_MNTRFX2, actor, actor->target); if(mo != NULL) { S_StartSound(SFX_MAULATOR_HAMMER_HIT, mo); } } if(P_Random() < 192 && actor->special2 == 0) { P_MobjChangeState(actor, S_MNTR_ATK3_4); actor->special2 = 1; } } void C_DECL A_MntrFloorFire(mobj_t* actor) { mobj_t* mo; coord_t pos[3]; angle_t angle; // Make sure we are on the floor. actor->origin[VZ] = actor->floorZ; pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = 0; pos[VX] += FIX2FLT((P_Random() - P_Random()) << 10); pos[VY] += FIX2FLT((P_Random() - P_Random()) << 10); angle = M_PointToAngle2(actor->origin, pos); if((mo = P_SpawnMobj(MT_MNTRFX3, pos, angle, MSF_Z_FLOOR))) { mo->target = actor->target; mo->mom[MX] = FIX2FLT(1); // Force block checking. P_CheckMissileSpawn(mo); } } void C_DECL A_Scream(mobj_t* actor) { int sound; S_StopSound(0, actor); if(actor->player) { if(actor->player->morphTics) { S_StartSound(actor->info->deathSound, actor); } else { // Handle the different player death screams. if(actor->mom[MZ] <= -39) { // Falling splat. sound = SFX_PLAYER_FALLING_SPLAT; } else if(actor->health > -50) { // Normal death sound. //// \todo pull these from the class def. switch(actor->player->class_) { case PCLASS_FIGHTER: sound = SFX_PLAYER_FIGHTER_NORMAL_DEATH; break; case PCLASS_CLERIC: sound = SFX_PLAYER_CLERIC_NORMAL_DEATH; break; case PCLASS_MAGE: sound = SFX_PLAYER_MAGE_NORMAL_DEATH; break; default: sound = SFX_NONE; break; } } else if(actor->health > -100) { // Crazy death sound. //// \todo pull these from the class def. switch(actor->player->class_) { case PCLASS_FIGHTER: sound = SFX_PLAYER_FIGHTER_CRAZY_DEATH; break; case PCLASS_CLERIC: sound = SFX_PLAYER_CLERIC_CRAZY_DEATH; break; case PCLASS_MAGE: sound = SFX_PLAYER_MAGE_CRAZY_DEATH; break; default: sound = SFX_NONE; break; } } else { // Extreme death sound. //// \todo pull these from the class def. switch(actor->player->class_) { case PCLASS_FIGHTER: sound = SFX_PLAYER_FIGHTER_EXTREME1_DEATH; break; case PCLASS_CLERIC: sound = SFX_PLAYER_CLERIC_EXTREME1_DEATH; break; case PCLASS_MAGE: sound = SFX_PLAYER_MAGE_EXTREME1_DEATH; break; default: sound = SFX_NONE; break; } sound += P_Random() % 3; // Three different extreme deaths. } S_StartSound(sound, actor); } } else { S_StartSound(actor->info->deathSound, actor); } } void C_DECL A_NoBlocking(mobj_t* actor) { actor->flags &= ~MF_SOLID; } void C_DECL A_Explode(mobj_t* actor) { int damage; coord_t distance; dd_bool damageSelf; damage = 128; distance = 128; damageSelf = true; switch(actor->type) { case MT_FIREBOMB: // Time Bombs. actor->origin[VZ] += 32; actor->flags &= ~MF_SHADOW; break; case MT_MNTRFX2: // Minotaur floor fire. damage = 24; break; case MT_BISHOP: // Bishop radius death. damage = 25 + (P_Random() & 15); break; case MT_HAMMER_MISSILE: // Fighter Hammer. damage = 128; damageSelf = false; break; case MT_FSWORD_MISSILE: // Fighter Runesword. damage = 64; damageSelf = false; break; case MT_CIRCLEFLAME: // Cleric Flame secondary flames. damage = 20; damageSelf = false; break; case MT_SORCBALL1: // Sorcerer balls. case MT_SORCBALL2: case MT_SORCBALL3: distance = 255; damage = 255; actor->args[0] = 1; // Don't play bounce. break; case MT_SORCFX1: // Sorcerer spell 1. damage = 30; break; case MT_SORCFX4: // Sorcerer spell 4. damage = 20; break; case MT_TREEDESTRUCTIBLE: damage = 10; break; case MT_DRAGON_FX2: damage = 80; damageSelf = false; break; case MT_MSTAFF_FX: damage = 64; distance = 192; damageSelf = false; break; case MT_MSTAFF_FX2: damage = 80; distance = 192; damageSelf = false; break; case MT_POISONCLOUD: damage = 4; distance = 40; break; case MT_ZXMAS_TREE: case MT_ZSHRUB2: damage = 30; distance = 64; break; default: break; } P_RadiusAttack(actor, actor->target, damage, distance, damageSelf); if(actor->origin[VZ] <= actor->floorZ + distance && actor->type != MT_POISONCLOUD) { P_HitFloor(actor); } } static int massacreMobj(thinker_t* th, void* context) { int* count = (int*) context; mobj_t* mo = (mobj_t *) th; if(!mo->player && mo->type == MT_WRAITHB) { // Get rid of buried Wraiths. P_MobjRemove(mo, true); (*count)++; } else if(!mo->player && sentient(mo) && (mo->flags & (MF_SHOOTABLE | MF_COUNTKILL))) { mo->flags2 &= ~(MF2_NONSHOOTABLE + MF2_INVULNERABLE); mo->flags |= MF_SHOOTABLE; P_DamageMobj(mo, NULL, NULL, 10000, false); (*count)++; } return false; // Continue iteration. } /** * Kills all monsters. */ int P_Massacre(void) { int count = 0; // Only massacre when actually in a map. if(G_GameState() == GS_MAP) { Thinker_Iterate(P_MobjThinker, massacreMobj, &count); } return count; } void C_DECL A_SkullPop(mobj_t *actor) { mobj_t* mo; player_t* plr; if(!actor->player) return; actor->flags &= ~MF_SOLID; if((mo = P_SpawnMobjXYZ(MT_BLOODYSKULL, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + 48, actor->angle, 0))) { mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MZ] = 2 + FIX2FLT(P_Random() << 6); // Attach player mobj to bloody skull. plr = actor->player; actor->player = NULL; actor->dPlayer = NULL; actor->special1 = plr->class_; mo->player = plr; mo->dPlayer = plr->plr; mo->health = actor->health; plr->plr->mo = mo; plr->plr->lookDir = 0; plr->damageCount = 32; } } void C_DECL A_CheckSkullFloor(mobj_t *actor) { if(actor->origin[VZ] <= actor->floorZ) { P_MobjChangeState(actor, S_BLOODYSKULLX1); S_StartSound(SFX_DRIP, actor); } } void C_DECL A_CheckSkullDone(mobj_t *actor) { if(actor->special2 == 666) { P_MobjChangeState(actor, S_BLOODYSKULLX2); } } void C_DECL A_CheckBurnGone(mobj_t *actor) { if(actor->special2 == 666) { P_MobjChangeState(actor, S_PLAY_FDTH20); } } void C_DECL A_FreeTargMobj(mobj_t *mo) { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; mo->origin[VZ] = mo->ceilingZ + 4; mo->flags &= ~(MF_SHOOTABLE | MF_FLOAT | MF_SKULLFLY | MF_SOLID | MF_COUNTKILL); mo->flags |= MF_CORPSE | MF_DROPOFF | MF_NOGRAVITY; mo->flags2 &= ~(MF2_PASSMOBJ | MF2_LOGRAV); mo->flags2 |= MF2_DONTDRAW; mo->player = NULL; mo->dPlayer = NULL; mo->health = -1000; // Don't resurrect. } void P_InitCorpseQueue(void) { corpseQueueSlot = 0; memset(corpseQueue, 0, sizeof(mobj_t *) * CORPSEQUEUESIZE); } void P_RemoveCorpseInQueue(mobj_t* mo) { int slot; if(!mo) return; for(slot = 0; slot < CORPSEQUEUESIZE; ++slot) { if(corpseQueue[slot] == mo) { corpseQueue[slot] = NULL; break; } } } void P_AddCorpseToQueue(mobj_t* mo) { if(!mo) return; /// @todo fixme: Shouldn't we ensure its not already queued? //P_RemoveCorpseInQueue(mo); if(corpseQueueSlot >= CORPSEQUEUESIZE) { // Too many corpses - remove an old one mobj_t* corpse = corpseQueue[corpseQueueSlot % CORPSEQUEUESIZE]; if(corpse) { P_MobjRemove(corpse, false); } } corpseQueue[corpseQueueSlot % CORPSEQUEUESIZE] = mo; corpseQueueSlot++; } /** * Throw another corpse on the queue. */ void C_DECL A_QueueCorpse(mobj_t* actor) { P_AddCorpseToQueue(actor); } /** * Remove a mobj from the queue (for resurrection). */ #if 0 void C_DECL A_DeQueueCorpse(mobj_t* actor) { P_RemoveCorpseInQueue(actor); } #endif void C_DECL A_AddPlayerCorpse(mobj_t *actor) { if(bodyqueslot >= BODYQUESIZE) { // Too many player corpses - remove an old one. P_MobjRemove(bodyque[bodyqueslot % BODYQUESIZE], true); } bodyque[bodyqueslot % BODYQUESIZE] = actor; bodyqueslot++; } void C_DECL A_SerpentUnHide(mobj_t* actor) { actor->flags2 &= ~MF2_DONTDRAW; actor->floorClip = 24; } void C_DECL A_SerpentHide(mobj_t* actor) { actor->flags2 |= MF2_DONTDRAW; actor->floorClip = 0; } void C_DECL A_SerpentChase(mobj_t *actor) { int delta; coord_t oldpos[3]; Material* oldMaterial; statenum_t state; if(actor->reactionTime) { actor->reactionTime--; } // Modify target threshold. if(actor->threshold) { actor->threshold--; } if(G_Ruleset_Skill() == SM_NIGHTMARE /*|| gameRules.fast*/) { // Monsters move faster in nightmare mode. actor->tics -= actor->tics / 2; if(actor->tics < 3) { actor->tics = 3; } } // Turn towards movement direction if not there yet. if(actor->moveDir < DI_NODIR) { actor->angle &= (7 << 29); delta = actor->angle - (actor->moveDir << 29); if(delta > 0) { actor->angle -= ANG90 / 2; } else if(delta < 0) { actor->angle += ANG90 / 2; } } if(!actor->target || !(actor->target->flags & MF_SHOOTABLE)) { // Look for a new target. if(P_LookForPlayers(actor, true)) { // Got a new target. return; } P_MobjChangeState(actor, P_GetState(actor->type, SN_SPAWN)); return; } // Don't attack twice in a row. if(actor->flags & MF_JUSTATTACKED) { actor->flags &= ~MF_JUSTATTACKED; if(G_Ruleset_Skill() != SM_NIGHTMARE) P_NewChaseDir(actor); return; } // Check for melee attack. if((state = P_GetState(actor->type, SN_MELEE)) != S_NULL && P_CheckMeleeRange(actor, false)) { if(actor->info->attackSound) { S_StartSound(actor->info->attackSound, actor); } P_MobjChangeState(actor, state); return; } // Possibly choose another target. if(IS_NETGAME && !actor->threshold && !P_CheckSight(actor, actor->target)) { if(P_LookForPlayers(actor, true)) return; // Got a new target. } // Chase towards player. memcpy(oldpos, actor->origin, sizeof(oldpos)); oldMaterial = P_GetPtrp(Mobj_Sector(actor), DMU_FLOOR_MATERIAL); if(--actor->moveCount < 0 || !P_Move(actor)) { P_NewChaseDir(actor); } if(P_GetPtrp(Mobj_Sector(actor), DMU_FLOOR_MATERIAL) != oldMaterial) { P_TryMoveXY(actor, oldpos[VX], oldpos[VY]); P_NewChaseDir(actor); } // Make active sound. if(actor->info->activeSound && P_Random() < 3) { S_StartSound(actor->info->activeSound, actor); } } void C_DECL A_SpeedFade(mobj_t *actor) { actor->flags |= MF_SHADOW; actor->flags &= ~MF_ALTSHADOW; actor->sprite = actor->target->sprite; } /** * Raises the hump above the surface by raising the floorclip level. */ void C_DECL A_SerpentRaiseHump(mobj_t *actor) { actor->floorClip -= 4; } void C_DECL A_SerpentLowerHump(mobj_t *actor) { actor->floorClip += 4; } /** * Decide whether to hump up, or if the mobj is a serpentleader, to * missile attack. */ void C_DECL A_SerpentHumpDecide(mobj_t *actor) { if(actor->type == MT_SERPENTLEADER) { if(P_Random() > 30) { return; } else if(P_Random() < 40) { // Missile attack. P_MobjChangeState(actor, S_SERPENT_SURFACE1); return; } } else if(P_Random() > 3) { return; } if(!P_CheckMeleeRange(actor, false)) { // The hump shouldn't occur when within melee range. if(actor->type == MT_SERPENTLEADER && P_Random() < 128) { P_MobjChangeState(actor, S_SERPENT_SURFACE1); } else { P_MobjChangeState(actor, S_SERPENT_HUMP1); S_StartSound(SFX_SERPENT_ACTIVE, actor); } } } void C_DECL A_SerpentBirthScream(mobj_t *actor) { S_StartSound(SFX_SERPENT_BIRTH, actor); } void C_DECL A_SerpentDiveSound(mobj_t *actor) { S_StartSound(SFX_SERPENT_ACTIVE, actor); } /** * Similar to A_Chase, only has a hardcoded entering of meleestate. */ void C_DECL A_SerpentWalk(mobj_t *actor) { int delta; statenum_t state; if(actor->reactionTime) { actor->reactionTime--; } // Modify target threshold. if(actor->threshold) { actor->threshold--; } if(G_Ruleset_Skill() == SM_NIGHTMARE /*|| gameRules.fast*/) { // Monsters move faster in nightmare mode. actor->tics -= actor->tics / 2; if(actor->tics < 3) { actor->tics = 3; } } // Turn towards movement direction if not there yet. if(actor->moveDir < DI_NODIR) { actor->angle &= (7 << 29); delta = actor->angle - (actor->moveDir << 29); if(delta > 0) { actor->angle -= ANG90 / 2; } else if(delta < 0) { actor->angle += ANG90 / 2; } } if(!actor->target || !(actor->target->flags & MF_SHOOTABLE)) { // Look for a new target. if(P_LookForPlayers(actor, true)) { // Got a new target. return; } P_MobjChangeState(actor, P_GetState(actor->type, SN_SPAWN)); return; } // Don't attack twice in a row. if(actor->flags & MF_JUSTATTACKED) { actor->flags &= ~MF_JUSTATTACKED; if(G_Ruleset_Skill() != SM_NIGHTMARE) P_NewChaseDir(actor); return; } // Check for melee attack. if((state = P_GetState(actor->type, SN_MELEE)) != S_NULL && P_CheckMeleeRange(actor, false)) { if(actor->info->attackSound) { S_StartSound(actor->info->attackSound, actor); } P_MobjChangeState(actor, S_SERPENT_ATK1); return; } // Possibly choose another target. if(IS_NETGAME && !actor->threshold && !P_CheckSight(actor, actor->target)) { if(P_LookForPlayers(actor, true)) return; // Got a new target. } // Chase towards player. if(--actor->moveCount < 0 || !P_Move(actor)) { P_NewChaseDir(actor); } } void C_DECL A_SerpentCheckForAttack(mobj_t *actor) { if(!actor->target) return; if(actor->type == MT_SERPENTLEADER) { if(!P_CheckMeleeRange(actor, false)) { P_MobjChangeState(actor, S_SERPENT_ATK1); return; } } if(P_CheckMeleeRange(actor, true)) { P_MobjChangeState(actor, S_SERPENT_WALK1); } else if(P_CheckMeleeRange(actor, false)) { if(P_Random() < 32) { P_MobjChangeState(actor, S_SERPENT_WALK1); } else { P_MobjChangeState(actor, S_SERPENT_ATK1); } } } void C_DECL A_SerpentChooseAttack(mobj_t *actor) { if(!actor->target || P_CheckMeleeRange(actor, false)) return; if(actor->type == MT_SERPENTLEADER) { P_MobjChangeState(actor, S_SERPENT_MISSILE1); } } void C_DECL A_SerpentMeleeAttack(mobj_t *actor) { if(!actor->target) return; if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, HITDICE(5), false); S_StartSound(SFX_SERPENT_MELEEHIT, actor); } if(P_Random() < 96) { A_SerpentCheckForAttack(actor); } } void C_DECL A_SerpentMissileAttack(mobj_t* actor) { if(!actor->target) return; P_SpawnMissile(MT_SERPENTFX, actor, actor->target); } void C_DECL A_SerpentHeadPop(mobj_t* actor) { P_SpawnMobjXYZ(MT_SERPENT_HEAD, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + 45, actor->angle, 0); } static void spawnSerpentGib(mobjtype_t type, mobj_t* mo) { mobj_t* pmo; coord_t pos[3]; if(!mo) return; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = 1; pos[VX] += FIX2FLT((P_Random() - 128) << 12); pos[VY] += FIX2FLT((P_Random() - 128) << 12); if((pmo = P_SpawnMobj((type), pos, P_Random() << 24, MSF_Z_FLOOR))) { pmo->mom[MX] = FIX2FLT((P_Random() - 128) << 6); pmo->mom[MY] = FIX2FLT((P_Random() - 128) << 6); pmo->floorClip = 6; } } void C_DECL A_SerpentSpawnGibs(mobj_t* mo) { // Order is important - P_Randoms! spawnSerpentGib(MT_SERPENT_GIB1, mo); spawnSerpentGib(MT_SERPENT_GIB2, mo); spawnSerpentGib(MT_SERPENT_GIB3, mo); } void C_DECL A_FloatGib(mobj_t *actor) { actor->floorClip -= 1; } void C_DECL A_SinkGib(mobj_t *actor) { actor->floorClip += 1; } void C_DECL A_DelayGib(mobj_t *actor) { actor->tics -= P_Random() >> 2; } void C_DECL A_SerpentHeadCheck(mobj_t *actor) { if(actor->origin[VZ] <= actor->floorZ) { const terraintype_t* tt = P_MobjFloorTerrain(actor); if(tt->flags & TTF_NONSOLID) { P_HitFloor(actor); P_MobjChangeState(actor, S_NULL); } else { P_MobjChangeState(actor, S_SERPENT_HEAD_X1); } } } void C_DECL A_CentaurAttack(mobj_t *actor) { if(!actor->target) return; if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, P_Random() % 7 + 3, false); } } void C_DECL A_CentaurAttack2(mobj_t *actor) { if(!actor->target) return; P_SpawnMissile(MT_CENTAUR_FX, actor, actor->target); S_StartSound(SFX_CENTAURLEADER_ATTACK, actor); } static void spawnCentaurStuff(mobjtype_t type, angle_t angle, mobj_t* mo) { mobj_t* pmo; unsigned int an; byte momRand[3]; if((pmo = P_SpawnMobjXYZ(type, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + 45, angle, 0))) { an = angle >> ANGLETOFINESHIFT; /* Order of randoms is important! */ momRand[MZ] = P_Random(); momRand[MX] = P_Random(); momRand[MY] = P_Random(); pmo->mom[MX] = (FIX2FLT((momRand[MX] - 128) << 11) + 1) * FIX2FLT(finecosine[an]); pmo->mom[MY] = (FIX2FLT((momRand[MY] - 128) << 11) + 1) * FIX2FLT(finesine[an]); pmo->mom[MZ] = 8 + FIX2FLT(momRand[MZ] << 10); pmo->target = mo; } } /** * Spawn shield/sword sprites when the centaur pulps. */ void C_DECL A_CentaurDropStuff(mobj_t* mo) { // Order is important P_Randoms! spawnCentaurStuff(MT_CENTAUR_SHIELD, mo->angle + ANG90, mo); spawnCentaurStuff(MT_CENTAUR_SWORD, mo->angle - ANG90, mo); } void C_DECL A_CentaurDefend(mobj_t* actor) { A_FaceTarget(actor); if(P_CheckMeleeRange(actor, false) && P_Random() < 32) { A_UnSetInvulnerable(actor); P_MobjChangeState(actor, P_GetState(actor->type, SN_MELEE)); } } void C_DECL A_BishopAttack(mobj_t* actor) { if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, HITDICE(4), false); return; } actor->special1 = (P_Random() & 3) + 5; if(IS_NETWORK_SERVER && actor->target) { NetSv_SendLocalMobjState(actor, "BISHOP_ATK5"); } } /** * Spawns one of a string of bishop missiles. */ void C_DECL A_BishopAttack2(mobj_t* actor) { mobj_t* mo; if(!actor->target || !actor->special1) { if(IS_CLIENT) { // End the local action mode. ClMobj_EnableLocalActions(actor, false); } actor->special1 = 0; P_MobjChangeState(actor, S_BISHOP_WALK1); return; } mo = P_SpawnMissile(MT_BISH_FX, actor, actor->target); if(mo) { mo->tracer = actor->target; mo->special2 = 16; // High word == x/y, Low word == z. } actor->special1--; } void C_DECL A_BishopMissileWeave(mobj_t* actor) { coord_t pos[3]; uint weaveXY, weaveZ; uint an; // Unpack the weave vector. weaveXY = actor->special2 >> 16; weaveZ = actor->special2 & 0xFFFF; an = (actor->angle + ANG90) >> ANGLETOFINESHIFT; pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = actor->origin[VZ]; pos[VX] -= FIX2FLT(finecosine[an]) * (FLOATBOBOFFSET(weaveXY) * 2); pos[VY] -= FIX2FLT(finesine[an]) * (FLOATBOBOFFSET(weaveXY) * 2); pos[VZ] -= FLOATBOBOFFSET(weaveZ); weaveXY = (weaveXY + 2) & 63; weaveZ = (weaveZ + 2) & 63; pos[VX] += FIX2FLT(finecosine[an]) * (FLOATBOBOFFSET(weaveXY) * 2); pos[VY] += FIX2FLT(finesine[an]) * (FLOATBOBOFFSET(weaveXY) * 2); pos[VZ] += FLOATBOBOFFSET(weaveZ); P_TryMoveXY(actor, pos[VX], pos[VY]); // P_TryMoveXY won't have set the z compontent so do it manually. actor->origin[VZ] = pos[VZ]; // Store the weave angle. actor->special2 = weaveZ + (weaveXY << 16); } void C_DECL A_BishopMissileSeek(mobj_t *actor) { P_SeekerMissile(actor, ANGLE_1 * 2, ANGLE_1 * 3); } void C_DECL A_BishopDecide(mobj_t *actor) { if(P_Random() < 220) { return; } else { P_MobjChangeState(actor, S_BISHOP_BLUR1); } } void C_DECL A_BishopDoBlur(mobj_t *mo) { mo->special1 = (P_Random() & 3) + 3; // Random number of blurs. if(P_Random() < 120) { P_ThrustMobj(mo, mo->angle + ANG90, 11); } else if(P_Random() > 125) { P_ThrustMobj(mo, mo->angle - ANG90, 11); } else { // Thrust forward P_ThrustMobj(mo, mo->angle, 11); } S_StartSound(SFX_BISHOP_BLUR, mo); } void C_DECL A_BishopSpawnBlur(mobj_t *mo) { if(!--mo->special1) { mo->mom[MX] = mo->mom[MY] = 0; if(P_Random() > 96) { P_MobjChangeState(mo, S_BISHOP_WALK1); } else { P_MobjChangeState(mo, S_BISHOP_ATK1); } } P_SpawnMobj(MT_BISHOPBLUR, mo->origin, mo->angle, 0); } void C_DECL A_BishopChase(mobj_t* mo) { mo->origin[VZ] -= FLOATBOBOFFSET(mo->special2) / 2; mo->special2 = (mo->special2 + 4) & 63; mo->origin[VZ] += FLOATBOBOFFSET(mo->special2) / 2; } void C_DECL A_BishopPuff(mobj_t* mo) { mobj_t* pmo; if((pmo = P_SpawnMobjXYZ(MT_BISHOP_PUFF, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + 40, P_Random() << 24, 0))) { pmo->mom[MZ] = 1.0f / 2; } } void C_DECL A_BishopPainBlur(mobj_t* actor) { coord_t pos[3]; if(P_Random() < 64) { P_MobjChangeState(actor, S_BISHOP_BLUR1); return; } pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = actor->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - P_Random()) << 12); pos[VY] += FIX2FLT((P_Random() - P_Random()) << 12); pos[VZ] += FIX2FLT((P_Random() - P_Random()) << 11); P_SpawnMobj(MT_BISHOPPAINBLUR, pos, actor->angle, 0); } static void dragonSeek(mobj_t* actor, angle_t thresh, angle_t turnMax) { angle_t delta, bestAngle, angleToSpot, angleToTarget; int i, search, dir, bestArg; mobj_t* target, *mo; coord_t dist; uint an; target = actor->tracer; if(!target) return; dir = P_FaceMobj(actor, target, &delta); if(delta > thresh) { delta /= 2; if(delta > turnMax) { delta = turnMax; } } if(dir) { // Turn clockwise. actor->angle += delta; } else { // Turn counter clockwise. actor->angle -= delta; } an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = actor->info->speed * FIX2FLT(finecosine[an]); actor->mom[MY] = actor->info->speed * FIX2FLT(finesine[an]); if(actor->origin[VZ] + actor->height < target->origin[VZ] || target->origin[VZ] + target->height < actor->origin[VZ]) { dist = M_ApproxDistance(target->origin[VX] - actor->origin[VX], target->origin[VY] - actor->origin[VY]); dist /= actor->info->speed; if(dist < FIX2FLT(1)) dist = FIX2FLT(1); actor->mom[MZ] = (target->origin[VZ] - actor->origin[VZ]) / dist; } else { dist = M_ApproxDistance(target->origin[VX] - actor->origin[VX], target->origin[VY] - actor->origin[VY]); dist /= actor->info->speed; } if((target->flags & MF_SHOOTABLE) && P_Random() < 64) { // Attack the destination mobj if it's attackable. mobj_t* oldTarget; if(abs(actor->angle - M_PointToAngle2(actor->origin, target->origin)) < ANGLE_45 / 2) { oldTarget = actor->target; actor->target = target; if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, HITDICE(10), false); S_StartSound(SFX_DRAGON_ATTACK, actor); } else if(P_Random() < 128 && P_CheckMissileRange(actor)) { P_SpawnMissile(MT_DRAGON_FX, actor, target); S_StartSound(SFX_DRAGON_ATTACK, actor); } actor->target = oldTarget; } } if(dist < FIX2FLT(4)) { // Hit the target thing. if(actor->target && P_Random() < 200) { bestArg = -1; bestAngle = ANGLE_MAX; angleToTarget = M_PointToAngle2(actor->origin, actor->target->origin); for(i = 0; i < 5; ++i) { if(!target->args[i]) continue; search = -1; mo = P_FindMobjFromTID(target->args[i], &search); angleToSpot = M_PointToAngle2(actor->origin, mo->origin); if(abs(angleToSpot - angleToTarget) < (int) bestAngle) { bestAngle = abs(angleToSpot - angleToTarget); bestArg = i; } } if(bestArg != -1) { search = -1; actor->tracer = P_FindMobjFromTID(target->args[bestArg], &search); } } else { do { i = (P_Random() >> 2) % 5; } while(!target->args[i]); search = -1; actor->tracer = P_FindMobjFromTID(target->args[i], &search); } } } void C_DECL A_DragonInitFlight(mobj_t* actor) { int search; search = -1; do { // find the first tid identical to the dragon's tid actor->tracer = P_FindMobjFromTID(actor->tid, &search); if(search == -1) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SPAWN)); return; } } while(actor->tracer == actor); P_MobjRemoveFromTIDList(actor); } void C_DECL A_DragonFlight(mobj_t* actor) { angle_t angle; dragonSeek(actor, 4 * ANGLE_1, 8 * ANGLE_1); if(actor->target) { if(!(actor->target->flags & MF_SHOOTABLE)) { // Target died. actor->target = NULL; return; } angle = M_PointToAngle2(actor->origin, actor->target->origin); if(abs(actor->angle - angle) < ANGLE_45 / 2 && P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, HITDICE(8), false); S_StartSound(SFX_DRAGON_ATTACK, actor); } else if(abs(actor->angle - angle) <= ANGLE_1 * 20) { P_MobjChangeState(actor, P_GetState(actor->type, SN_MISSILE)); S_StartSound(SFX_DRAGON_ATTACK, actor); } } else { P_LookForPlayers(actor, true); } } void C_DECL A_DragonFlap(mobj_t* actor) { A_DragonFlight(actor); if(P_Random() < 240) { S_StartSound(SFX_DRAGON_WINGFLAP, actor); } else { S_StartSound(actor->info->activeSound, actor); } } void C_DECL A_DragonAttack(mobj_t* mo) { P_SpawnMissile(MT_DRAGON_FX, mo, mo->target); } void C_DECL A_DragonFX2(mobj_t* mo) { int i, delay; delay = 16 + (P_Random() >> 3); for(i = 1 + (P_Random() & 3); i; i--) { mobj_t* pmo; coord_t pos[3]; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - 128) << 14); pos[VY] += FIX2FLT((P_Random() - 128) << 14); pos[VZ] += FIX2FLT((P_Random() - 128) << 12); if((pmo = P_SpawnMobj(MT_DRAGON_FX2, pos, P_Random() << 24, 0))) { pmo->tics = delay + (P_Random() & 3) * i * 2; pmo->target = mo->target; } } } void C_DECL A_DragonPain(mobj_t *mo) { A_Pain(mo); if(!mo->tracer) { // No destination spot yet. P_MobjChangeState(mo, S_DRAGON_INIT); } } void C_DECL A_DragonCheckCrash(mobj_t *mo) { if(mo->origin[VZ] <= mo->floorZ) { P_MobjChangeState(mo, S_DRAGON_CRASH1); } } /** * Demon: Melee attack. */ void C_DECL A_DemonAttack1(mobj_t *mo) { if(P_CheckMeleeRange(mo, false)) { P_DamageMobj(mo->target, mo, mo, HITDICE(2), false); } } /** * Demon: Missile attack. */ void C_DECL A_DemonAttack2(mobj_t* mo) { mobj_t* pmo; int fireBall; if(mo->type == MT_DEMON) { fireBall = MT_DEMONFX1; } else { fireBall = MT_DEMON2FX1; } if((pmo = P_SpawnMissile(fireBall, mo, mo->target))) { pmo->origin[VZ] += 30; S_StartSound(SFX_DEMON_MISSILE_FIRE, mo); } } static mobj_t *spawnDemonChunk(mobjtype_t type, angle_t angle, mobj_t *mo) { mobj_t* pmo; unsigned int an; if((pmo = P_SpawnMobjXYZ(type, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + 45, angle, 0))) { an = angle >> ANGLETOFINESHIFT; pmo->mom[MX] = (FIX2FLT(P_Random() << 10) + 1) * FIX2FLT(finecosine[an]); pmo->mom[MY] = (FIX2FLT(P_Random() << 10) + 1) * FIX2FLT(finesine[an]); pmo->mom[MZ] = 8; pmo->target = mo; } return pmo; } void C_DECL A_DemonDeath(mobj_t *mo) { // Order is important, P_Randoms! spawnDemonChunk(MT_DEMONCHUNK1, mo->angle + ANG90, mo); spawnDemonChunk(MT_DEMONCHUNK2, mo->angle - ANG90, mo); spawnDemonChunk(MT_DEMONCHUNK3, mo->angle - ANG90, mo); spawnDemonChunk(MT_DEMONCHUNK4, mo->angle - ANG90, mo); spawnDemonChunk(MT_DEMONCHUNK5, mo->angle - ANG90, mo); } void C_DECL A_Demon2Death(mobj_t *mo) { // Order is important, P_Randoms! spawnDemonChunk(MT_DEMON2CHUNK1, mo->angle + ANG90, mo); spawnDemonChunk(MT_DEMON2CHUNK2, mo->angle - ANG90, mo); spawnDemonChunk(MT_DEMON2CHUNK3, mo->angle - ANG90, mo); spawnDemonChunk(MT_DEMON2CHUNK4, mo->angle - ANG90, mo); spawnDemonChunk(MT_DEMON2CHUNK5, mo->angle - ANG90, mo); } /** * Sink a mobj incrementally into the floor. */ dd_bool A_SinkMobj(mobj_t *mo) { if(mo->floorClip < mo->info->height) { switch(mo->type) { case MT_THRUSTFLOOR_DOWN: case MT_THRUSTFLOOR_UP: mo->floorClip += 6; break; default: mo->floorClip += 1; break; } return false; } return true; } /** * Raise a mobj incrementally from the floor to. */ dd_bool A_RaiseMobj(mobj_t *mo) { dd_bool done = true; // Raise a mobj from the ground. if(mo->floorClip > 0) { switch (mo->type) { case MT_WRAITHB: mo->floorClip -= 2; break; case MT_THRUSTFLOOR_DOWN: case MT_THRUSTFLOOR_UP: mo->floorClip -= mo->special2; break; default: mo->floorClip -= 2; break; } if(mo->floorClip <= 0) { mo->floorClip = 0; done = true; } else { done = false; } } return done; // Reached target height. } /** * Wraith Variables * * special1 Internal index into floatbob. * special2 */ void C_DECL A_WraithInit(mobj_t *mo) { mo->origin[VZ] += 48; mo->special1 = 0; // Index into floatbob. } void C_DECL A_WraithRaiseInit(mobj_t *mo) { mo->flags2 &= ~MF2_DONTDRAW; mo->flags2 &= ~MF2_NONSHOOTABLE; mo->flags |= MF_SHOOTABLE | MF_SOLID; mo->floorClip = mo->info->height; } void C_DECL A_WraithRaise(mobj_t *mo) { if(A_RaiseMobj(mo)) { // Reached it's target height. P_MobjChangeState(mo, S_WRAITH_CHASE1); } P_SpawnDirt(mo, mo->radius); } void C_DECL A_WraithMelee(mobj_t* mo) { if(P_CheckMeleeRange(mo, false) && (P_Random() < 220)) { // Steal health from target. mo->health += P_DamageMobj(mo->target, mo, mo, HITDICE(2), false); } } void C_DECL A_WraithMissile(mobj_t *mo) { if(P_SpawnMissile(MT_WRAITHFX1, mo, mo->target)) { S_StartSound(SFX_WRAITH_MISSILE_FIRE, mo); } } /** * Wraith: Spawn sparkle tail of missile. */ void C_DECL A_WraithFX2(mobj_t* mo) { int i; for(i = 0; i < 2; ++i) { uint an; angle_t angle; mobj_t* pmo; if(P_Random() < 128) { angle = mo->angle + (P_Random() << 22); } else { angle = mo->angle - (P_Random() << 22); } if((pmo = P_SpawnMobj(MT_WRAITHFX2, mo->origin, angle, 0))) { an = angle >> ANGLETOFINESHIFT; pmo->mom[MX] = FIX2FLT((P_Random() << 7) + 1) * FIX2FLT(finecosine[an]); pmo->mom[MY] = FIX2FLT((P_Random() << 7) + 1) * FIX2FLT(finesine[an]); pmo->mom[MZ] = 0; pmo->target = mo; pmo->floorClip = 10; } } } /** * Wraith: Spawn an FX3 around during attacks. */ void C_DECL A_WraithFX3(mobj_t* mo) { int i, numdropped = P_Random() % 15; for(i = 0; i < numdropped; ++i) { mobj_t* pmo; coord_t pos[3]; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - 128) << 11); pos[VY] += FIX2FLT((P_Random() - 128) << 11); pos[VZ] += FIX2FLT(P_Random() << 10); if((pmo = P_SpawnMobj(MT_WRAITHFX3, pos, P_Random() << 24, 0))) { pmo->target = mo; } } } /** * Wraith: Spawn an FX4 during movement. */ void C_DECL A_WraithFX4(mobj_t* mo) { mobj_t* pmo; int spawn4, spawn5, chance = P_Random(); if(chance < 10) { spawn4 = true; spawn5 = false; } else if(chance < 20) { spawn4 = false; spawn5 = true; } else if(chance < 25) { spawn4 = true; spawn5 = true; } else { spawn4 = false; spawn5 = false; } if(spawn4) { coord_t pos[3]; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - 128) << 12); pos[VY] += FIX2FLT((P_Random() - 128) << 12); pos[VZ] += FIX2FLT(P_Random() << 10); if((pmo = P_SpawnMobj(MT_WRAITHFX4, pos, P_Random() << 24, 0))) { pmo->target = mo; } } if(spawn5) { coord_t pos[3]; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - 128) << 11); pos[VY] += FIX2FLT((P_Random() - 128) << 11); pos[VZ] += FIX2FLT(P_Random() << 10); if((pmo = P_SpawnMobj(MT_WRAITHFX5, pos, P_Random() << 24, 0))) { pmo->target = mo; } } } void C_DECL A_WraithLook(mobj_t *actor) { A_Look(actor); } void C_DECL A_WraithChase(mobj_t *actor) { int weaveindex = actor->special1; actor->origin[VZ] += FLOATBOBOFFSET(weaveindex); actor->special1 = (weaveindex + 2) & 63; A_Chase(actor); A_WraithFX4(actor); } void C_DECL A_EttinAttack(mobj_t *actor) { if(P_CheckMeleeRange(actor, false)) { P_DamageMobj(actor->target, actor, actor, HITDICE(2), false); } } void C_DECL A_DropMace(mobj_t *mo) { mobj_t* pmo; if((pmo = P_SpawnMobjXYZ(MT_ETTIN_MACE, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + mo->height /2, mo->angle, 0))) { pmo->mom[MX] = FIX2FLT((P_Random() - 128) << 11); pmo->mom[MY] = FIX2FLT((P_Random() - 128) << 11); pmo->mom[MZ] = 10 + FIX2FLT(P_Random() << 10); pmo->target = mo; } } /** * Fire Demon variables. * * special1 Index into floatbob. * special2 whether strafing or not. */ void C_DECL A_FiredSpawnRock(mobj_t* mo) { mobj_t* pmo; coord_t pos[3]; int rtype = 0; switch(P_Random() % 5) { case 0: rtype = MT_FIREDEMON_FX1; break; case 1: rtype = MT_FIREDEMON_FX2; break; case 2: rtype = MT_FIREDEMON_FX3; break; case 3: rtype = MT_FIREDEMON_FX4; break; case 4: rtype = MT_FIREDEMON_FX5; break; } pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - 128) << 12); pos[VY] += FIX2FLT((P_Random() - 128) << 12); pos[VZ] += FIX2FLT((P_Random()) << 11); if((pmo = P_SpawnMobj(rtype, pos, P_Random() << 24, 0))) { pmo->mom[MX] = FIX2FLT((P_Random() - 128) << 10); pmo->mom[MY] = FIX2FLT((P_Random() - 128) << 10); pmo->mom[MZ] = FIX2FLT(P_Random() << 10); pmo->special1 = 2; // Number of bounces. pmo->target = mo; } // Initialize fire demon. mo->special2 = 0; mo->flags &= ~MF_JUSTATTACKED; } void C_DECL A_FiredRocks(mobj_t* mo) { A_FiredSpawnRock(mo); A_FiredSpawnRock(mo); A_FiredSpawnRock(mo); A_FiredSpawnRock(mo); A_FiredSpawnRock(mo); } void C_DECL A_FiredAttack(mobj_t* mo) { mobj_t* pmo = P_SpawnMissile(MT_FIREDEMON_FX6, mo, mo->target); if(pmo) { S_StartSound(SFX_FIRED_ATTACK, mo); } } void C_DECL A_SmBounce(mobj_t* mo) { // Give some more momentum (x,y,&z). mo->origin[VZ] = mo->floorZ + 1; mo->mom[MZ] = 2 + FIX2FLT(P_Random() << 10); mo->mom[MX] = (coord_t) (P_Random() % 3); mo->mom[MY] = (coord_t) (P_Random() % 3); } void C_DECL A_FiredChase(mobj_t* actor) { #define FIREDEMON_ATTACK_RANGE (64*8) int weaveindex = actor->special1; mobj_t* target = actor->target; angle_t angle; coord_t dist; uint an; if(actor->reactionTime) actor->reactionTime--; if(actor->threshold) actor->threshold--; // Float up and down. actor->origin[VZ] += FLOATBOBOFFSET(weaveindex); actor->special1 = (weaveindex + 2) & 63; // Insure it stays above certain height. if(actor->origin[VZ] < actor->floorZ + 64) { actor->origin[VZ] += 2; } if(!actor->target || !(actor->target->flags & MF_SHOOTABLE)) { // Invalid target. P_LookForPlayers(actor, true); return; } // Strafe. if(actor->special2 > 0) { actor->special2--; } else { actor->special2 = 0; actor->mom[MX] = actor->mom[MY] = 0; dist = M_ApproxDistance(actor->origin[VX] - target->origin[VX], actor->origin[VY] - target->origin[VY]); if(dist < FIREDEMON_ATTACK_RANGE) { if(P_Random() < 30) { angle = M_PointToAngle2(actor->origin, target->origin); if(P_Random() < 128) angle += ANGLE_90; else angle -= ANGLE_90; an = angle >>ANGLETOFINESHIFT; actor->mom[MX] = 8 * FIX2FLT(finecosine[an]); actor->mom[MY] = 8 * FIX2FLT(finesine[an]); actor->special2 = 3; // Strafe time. } } } FaceMovementDirection(actor); // Normal movement. if(!actor->special2) { if(--actor->moveCount < 0 || !P_Move(actor)) { P_NewChaseDir(actor); } } // Do missile attack. if(!(actor->flags & MF_JUSTATTACKED)) { if(P_CheckMissileRange(actor) && (P_Random() < 20)) { P_MobjChangeState(actor, P_GetState(actor->type, SN_MISSILE)); actor->flags |= MF_JUSTATTACKED; return; } } else { actor->flags &= ~MF_JUSTATTACKED; } // Make active sound. if(actor->info->activeSound && P_Random() < 3) { S_StartSound(actor->info->activeSound, actor); } #undef FIREDEMON_ATTACK_RANGE } void C_DECL A_FiredSplotch(mobj_t* actor) { mobj_t* pmo; if((pmo = P_SpawnMobj(MT_FIREDEMON_SPLOTCH1, actor->origin, P_Random() << 24, 0))) { pmo->mom[MX] = FIX2FLT((P_Random() - 128) << 11); pmo->mom[MY] = FIX2FLT((P_Random() - 128) << 11); pmo->mom[MZ] = 3 + FIX2FLT(P_Random() << 10); } if((pmo = P_SpawnMobj(MT_FIREDEMON_SPLOTCH2, actor->origin, P_Random() << 24, 0))) { pmo->mom[MX] = FIX2FLT((P_Random() - 128) << 11); pmo->mom[MY] = FIX2FLT((P_Random() - 128) << 11); pmo->mom[MZ] = 3 + FIX2FLT((P_Random() << 10)); } } void C_DECL A_IceGuyLook(mobj_t* mo) { coord_t dist; angle_t angle; unsigned int an; A_Look(mo); if(P_Random() < 64) { dist = FIX2FLT(((P_Random() - 128) * FLT2FIX(mo->radius)) >> 7); angle = mo->angle + ANG90; an = angle >> ANGLETOFINESHIFT; /** * @todo We should not be selecting mobj types by their original * indices! Instead, use a fixed table here. */ P_SpawnMobjXYZ(MT_ICEGUY_WISP1 + (P_Random() & 1), mo->origin[VX] + dist * FIX2FLT(finecosine[an]), mo->origin[VY] + dist * FIX2FLT(finesine[an]), mo->origin[VZ] + 60, angle, 0); } } void C_DECL A_IceGuyChase(mobj_t* actor) { coord_t dist; angle_t angle; unsigned int an; mobj_t* mo; A_Chase(actor); if(P_Random() < 128) { dist = FIX2FLT(((P_Random() - 128) * FLT2FIX(actor->radius)) >> 7); angle = actor->angle + ANG90; an = angle >> ANGLETOFINESHIFT; /** * @todo We should not be selecting mobj types by their original * indices! Instead, use a fixed table here. */ if((mo = P_SpawnMobjXYZ(MT_ICEGUY_WISP1 + (P_Random() & 1), actor->origin[VX] + dist * FIX2FLT(finecosine[an]), actor->origin[VY] + dist * FIX2FLT(finesine[an]), actor->origin[VZ] + 60, angle, 0))) { mo->mom[MX] = actor->mom[MX]; mo->mom[MY] = actor->mom[MY]; mo->mom[MZ] = actor->mom[MZ]; mo->target = actor; } } } void C_DECL A_IceGuyAttack(mobj_t* mo) { uint an; coord_t pos[3]; if(!mo->target) return; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; an = (mo->angle + ANG90) >> ANGLETOFINESHIFT; pos[VX] += (mo->radius / 2) * FIX2FLT(finecosine[an]); pos[VY] += (mo->radius / 2) * FIX2FLT(finesine[an]); pos[VZ] += 40; P_SpawnMissileXYZ(MT_ICEGUY_FX, pos[VX], pos[VY], pos[VZ], mo, mo->target); pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; an = (mo->angle - ANG90) >> ANGLETOFINESHIFT; pos[VX] += (mo->radius / 2) * FIX2FLT(finecosine[an]); pos[VY] += (mo->radius / 2) * FIX2FLT(finesine[an]); pos[VZ] += 40; P_SpawnMissileXYZ(MT_ICEGUY_FX, pos[VX], pos[VY], pos[VZ], mo, mo->target); S_StartSound(mo->info->attackSound, mo); } void C_DECL A_IceGuyMissilePuff(mobj_t *mo) { P_SpawnMobjXYZ(MT_ICEFX_PUFF, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + 2, P_Random() << 24, 0); } void C_DECL A_IceGuyDie(mobj_t *mo) { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; mo->height *= 2*2; A_FreezeDeathChunks(mo); } void C_DECL A_IceGuyMissileExplode(mobj_t *mo) { mobj_t *pmo; int i; for(i = 0; i < 8; ++i) { pmo = P_SpawnMissileAngle(MT_ICEGUY_FX2, mo, i * ANG45, -0.3f); if(pmo) { pmo->target = mo->target; } } } /** * Sorcerer Variables. * * special1 Angle of ball 1 (all others relative to that). * special2 Which ball to stop at in stop mode (MT_???). * args[0] Defense time. * args[1] Number of full rotations since stopping mode. * args[2] Target orbit speed for acceleration/deceleration. * args[3] Movement mode (see SORC_ macros). * args[4] Current ball orbit speed. */ /** * Sorcerer Ball Variables. * * special1 Previous angle of ball (for woosh). * special2 Countdown of rapid fire (FX4). * args[0] If set, don't play the bounce sound when bouncing. */ /** * Spawn spinning balls above head - actor is sorcerer. */ void C_DECL A_SorcSpinBalls(mobj_t* mo) { mobj_t* pmo; coord_t z; angle_t angle; A_SlowBalls(mo); mo->args[0] = 0; // Currently no defense. mo->args[3] = SORC_NORMAL; mo->args[4] = SORCBALL_INITIAL_SPEED; // Initial orbit speed. angle = ANG45 / 45; mo->special1 = angle; z = mo->origin[VZ] - mo->floorClip + mo->info->height; if((pmo = P_SpawnMobjXYZ(MT_SORCBALL1, mo->origin[VX], mo->origin[VY], z, angle, 0))) { pmo->target = mo; pmo->special2 = SORCFX4_RAPIDFIRE_TIME; } if((pmo = P_SpawnMobjXYZ(MT_SORCBALL2, mo->origin[VX], mo->origin[VY], z, angle, 0))) { pmo->target = mo; } if((pmo = P_SpawnMobjXYZ(MT_SORCBALL3, mo->origin[VX], mo->origin[VY], z, angle, 0))) { pmo->target = mo; } } void C_DECL A_SorcBallOrbit(mobj_t* actor) { uint an; angle_t angle = 0, baseangle; int mode = actor->target->args[3]; mobj_t* parent = actor->target; coord_t dist = parent->radius - actor->radius * 2; angle_t prevangle = (angle_t) actor->special1; statenum_t state; if((state = P_GetState(actor->type, SN_PAIN)) != S_NULL && actor->target->health <= 0) P_MobjChangeState(actor, state); baseangle = (angle_t) parent->special1; switch(actor->type) { case MT_SORCBALL1: angle = baseangle + BALL1_ANGLEOFFSET; break; case MT_SORCBALL2: angle = baseangle + BALL2_ANGLEOFFSET; break; case MT_SORCBALL3: angle = baseangle + BALL3_ANGLEOFFSET; break; default: Con_Error("Corrupted sorcerer"); break; } actor->angle = angle; an = angle >> ANGLETOFINESHIFT; switch(mode) { case SORC_NORMAL: // Balls rotating normally. A_SorcUpdateBallAngle(actor); break; case SORC_DECELERATE: // Balls decelerating. A_DecelBalls(actor); A_SorcUpdateBallAngle(actor); break; case SORC_ACCELERATE: // Balls accelerating. A_AccelBalls(actor); A_SorcUpdateBallAngle(actor); break; case SORC_STOPPING: // Balls stopping. if((parent->special2 == actor->type) && (parent->args[1] > SORCBALL_SPEED_ROTATIONS) && (abs(an - (parent->angle >> ANGLETOFINESHIFT)) < (30 << 5))) { // Can stop now. actor->target->args[3] = SORC_FIRESPELL; actor->target->args[4] = 0; // Set angle so ball angle == sorcerer angle. switch(actor->type) { case MT_SORCBALL1: parent->special1 = (int) (parent->angle - BALL1_ANGLEOFFSET); break; case MT_SORCBALL2: parent->special1 = (int) (parent->angle - BALL2_ANGLEOFFSET); break; case MT_SORCBALL3: parent->special1 = (int) (parent->angle - BALL3_ANGLEOFFSET); break; default: break; } } else { A_SorcUpdateBallAngle(actor); } break; case SORC_FIRESPELL: // Casting spell. if(parent->special2 == actor->type) { // Put sorcerer into special throw spell anim. if(parent->health > 0) P_MobjChangeStateNoAction(parent, S_SORC_ATTACK1); if(actor->type == MT_SORCBALL1 && P_Random() < 200) { S_StartSound(SFX_SORCERER_SPELLCAST, NULL); actor->special2 = SORCFX4_RAPIDFIRE_TIME; actor->args[4] = 128; parent->args[3] = SORC_FIRING_SPELL; } else { A_CastSorcererSpell(actor); parent->args[3] = SORC_STOPPED; } } break; case SORC_FIRING_SPELL: if(parent->special2 == actor->type) { if(actor->special2-- <= 0) { // Done rapid firing. parent->args[3] = SORC_STOPPED; // Back to orbit balls. if(parent->health > 0) P_MobjChangeStateNoAction(parent, S_SORC_ATTACK4); } else { // Do rapid fire spell. A_SorcOffense2(actor); } } break; case SORC_STOPPED: // Balls stopped. default: break; } if((angle < prevangle) && (parent->args[4] == SORCBALL_TERMINAL_SPEED)) { parent->args[1]++; // Bump rotation counter. // Completed full rotation - make woosh sound. S_StartSound(SFX_SORCERER_BALLWOOSH, actor); } actor->special1 = angle; // Set previous angle. P_MobjUnlink(actor); actor->origin[VX] = parent->origin[VX]; actor->origin[VY] = parent->origin[VY]; actor->origin[VZ] = parent->origin[VZ]; actor->origin[VX] += dist * FIX2FLT(finecosine[an]); actor->origin[VY] += dist * FIX2FLT(finesine[an]); actor->origin[VZ] += parent->info->height; actor->origin[VZ] -= parent->floorClip; P_MobjLink(actor); } /** * Set balls to speed mode - actor is sorcerer. */ void C_DECL A_SpeedBalls(mobj_t *actor) { actor->args[3] = SORC_ACCELERATE; // Speed mode. actor->args[2] = SORCBALL_TERMINAL_SPEED; // Target speed. } /** * Set balls to slow mode - actor is sorcerer. */ void C_DECL A_SlowBalls(mobj_t *actor) { actor->args[3] = SORC_DECELERATE; // Slow mode. actor->args[2] = SORCBALL_INITIAL_SPEED; // Target speed. } /** * Instant stop when rotation gets to ball in special2 actor is sorcerer. */ void C_DECL A_StopBalls(mobj_t *actor) { int chance = P_Random(); actor->args[3] = SORC_STOPPING; // Stopping mode. actor->args[1] = 0; // Reset rotation counter. if((actor->args[0] <= 0) && (chance < 200)) { actor->special2 = MT_SORCBALL2; // Blue. } else if((actor->health < (actor->info->spawnHealth >> 1)) && (chance < 200)) { actor->special2 = MT_SORCBALL3; // Green. } else { actor->special2 = MT_SORCBALL1; // Yellow. } } /** * Increase ball orbit speed - actor is ball. */ void C_DECL A_AccelBalls(mobj_t *actor) { mobj_t *sorc = actor->target; if(sorc->args[4] < sorc->args[2]) { sorc->args[4]++; } else { sorc->args[3] = SORC_NORMAL; if(sorc->args[4] >= SORCBALL_TERMINAL_SPEED) { // Reached terminal velocity - stop balls. A_StopBalls(sorc); } } } /** * Decrease ball orbit speed - actor is ball. */ void C_DECL A_DecelBalls(mobj_t *actor) { mobj_t *sorc = actor->target; if(sorc->args[4] > sorc->args[2]) { sorc->args[4]--; } else { sorc->args[3] = SORC_NORMAL; } } /** * Update angle if first ball - actor is ball. */ void C_DECL A_SorcUpdateBallAngle(mobj_t *actor) { if(actor->type == MT_SORCBALL1) { actor->target->special1 += ANGLE_1 * actor->target->args[4]; } } /** * Actor is ball. */ void C_DECL A_CastSorcererSpell(mobj_t* mo) { coord_t z; mobj_t* pmo; int spell = mo->type; angle_t ang1, ang2; mobj_t* parent = mo->target; S_StartSound(SFX_SORCERER_SPELLCAST, NULL); // Put sorcerer into throw spell animation. if(parent->health > 0) P_MobjChangeStateNoAction(parent, S_SORC_ATTACK4); switch(spell) { case MT_SORCBALL1: // Offensive. A_SorcOffense1(mo); break; case MT_SORCBALL2: // Defensive. z = parent->origin[VZ] - parent->floorClip + SORC_DEFENSE_HEIGHT; if((pmo = P_SpawnMobjXYZ(MT_SORCFX2, mo->origin[VX], mo->origin[VY], z, mo->angle, 0))) pmo->target = parent; parent->flags2 |= MF2_REFLECTIVE | MF2_INVULNERABLE; parent->args[0] = SORC_DEFENSE_TIME; break; case MT_SORCBALL3: // Reinforcements. ang1 = mo->angle - ANGLE_45; ang2 = mo->angle + ANGLE_45; if(mo->health < (mo->info->spawnHealth / 3)) { // Spawn 2 at a time. if((pmo = P_SpawnMissileAngle(MT_SORCFX3, parent, ang1, 4))) pmo->target = parent; if((pmo = P_SpawnMissileAngle(MT_SORCFX3, parent, ang2, 4))) pmo->target = parent; } else { if(P_Random() < 128) ang1 = ang2; if((pmo = P_SpawnMissileAngle(MT_SORCFX3, parent, ang1, 4))) pmo->target = parent; } break; default: break; } } /** * Actor is ball. */ void C_DECL A_SorcOffense1(mobj_t *mo) { mobj_t *pmo; angle_t ang1, ang2; mobj_t *parent = mo->target; ang1 = mo->angle + ANGLE_1 * 70; ang2 = mo->angle - ANGLE_1 * 70; pmo = P_SpawnMissileAngle(MT_SORCFX1, parent, ang1, 0); if(pmo) { pmo->target = parent; pmo->tracer = parent->target; pmo->args[4] = BOUNCE_TIME_UNIT; pmo->args[3] = 15; // Bounce time in seconds. } pmo = P_SpawnMissileAngle(MT_SORCFX1, parent, ang2, 0); if(pmo) { pmo->target = parent; pmo->tracer = parent->target; pmo->args[4] = BOUNCE_TIME_UNIT; pmo->args[3] = 15; // Bounce time in seconds. } } /** * Actor is ball. */ void C_DECL A_SorcOffense2(mobj_t* mo) { angle_t ang1; mobj_t* pmo; int delta, index; mobj_t* parent = mo->target; mobj_t* target = parent->target; int dist; index = mo->args[4] << 5; mo->args[4] += 15; delta = (finesine[index]) * SORCFX4_SPREAD_ANGLE; delta = (delta >> FRACBITS) * ANGLE_1; ang1 = mo->angle + delta; pmo = P_SpawnMissileAngle(MT_SORCFX4, parent, ang1, 0); if(pmo) { pmo->special2 = TICSPERSEC * 5 / 2; dist = M_ApproxDistance(target->origin[VX] - pmo->origin[VX], target->origin[VY] - pmo->origin[VY]); dist /= pmo->info->speed; if(dist < 1) dist = 1; pmo->mom[MZ] = (target->origin[VZ] - pmo->origin[VZ]) / dist; } } /** * Resume ball spinning. */ void C_DECL A_SorcBossAttack(mobj_t *actor) { actor->args[3] = SORC_ACCELERATE; actor->args[2] = SORCBALL_INITIAL_SPEED; } /** * Spell cast magic fizzle. */ void C_DECL A_SpawnFizzle(mobj_t* mo) { const float speed = mo->info->speed; const coord_t dist = 5; coord_t pos[3]; uint an; int ix; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; an = mo->angle >> ANGLETOFINESHIFT; pos[VX] += dist * FIX2FLT(finecosine[an]); pos[VY] += dist * FIX2FLT(finesine[an]); pos[VZ] += mo->height / 2; pos[VZ] -= mo->floorClip; for(ix = 0; ix < 5; ++ix) { mobj_t* pmo; if((pmo = P_SpawnMobj(MT_SORCSPARK1, pos, P_Random() << 24, 0))) { unsigned int randAn = (mo->angle >> ANGLETOFINESHIFT) + ((P_Random() % 5) * 2); pmo->mom[MX] = FIX2FLT(FixedMul(P_Random() % FLT2FIX(speed), finecosine[randAn])); pmo->mom[MY] = FIX2FLT(FixedMul(P_Random() % FLT2FIX(speed), finesine[randAn])); pmo->mom[MZ] = 2; } } } /** * Yellow spell - offense. */ void C_DECL A_SorcFX1Seek(mobj_t* actor) { A_BounceCheck(actor); P_SeekerMissile(actor, ANGLE_1 * 2, ANGLE_1 * 6); } /** * FX2 Variables. * special1 current angle * special2 * args[0] 0 = CW, 1 = CCW * args[1] */ /** * Blue spell - defense (split ball in two). */ void C_DECL A_SorcFX2Split(mobj_t* mo) { mobj_t* pmo; if((pmo = P_SpawnMobj(MT_SORCFX2, mo->origin, mo->angle, 0))) { pmo->target = mo->target; pmo->args[0] = 0; // CW. pmo->special1 = mo->angle; // Set angle. P_MobjChangeStateNoAction(pmo, S_SORCFX2_ORBIT1); } if((pmo = P_SpawnMobj(MT_SORCFX2, mo->origin, mo->angle, 0))) { pmo->target = mo->target; pmo->args[0] = 1; // CCW. pmo->special1 = mo->angle; // Set angle. P_MobjChangeStateNoAction(pmo, S_SORCFX2_ORBIT1); } P_MobjChangeStateNoAction(mo, S_NULL); } /** * Orbit FX2 about sorcerer. */ void C_DECL A_SorcFX2Orbit(mobj_t* mo) { unsigned int an; angle_t angle; mobj_t* parent; coord_t pos[3]; coord_t dist; if(!mo->target) return; parent = mo->target; dist = parent->info->radius; if(parent->health <= 0 || // Sorcerer is dead. !parent->args[0]) // Time expired. { P_MobjChangeStateNoAction(mo, P_GetState(mo->type, SN_DEATH)); parent->args[0] = 0; parent->flags2 &= ~(MF2_REFLECTIVE | MF2_INVULNERABLE); } if(mo->args[0] && (parent->args[0]-- <= 0)) // Time expired. { P_MobjChangeStateNoAction(mo, P_GetState(mo->type, SN_DEATH)); parent->args[0] = 0; parent->flags2 &= ~MF2_REFLECTIVE; } // Move to new position based on angle. if(mo->args[0]) // Counter clock-wise. mo->special1 += ANGLE_1 * 10; else // Clock wise. mo->special1 -= ANGLE_1 * 10; angle = (angle_t) mo->special1; an = angle >> ANGLETOFINESHIFT; pos[VX] = parent->origin[VX]; pos[VY] = parent->origin[VY]; pos[VZ] = parent->origin[VZ]; pos[VX] += dist * FIX2FLT(finecosine[an]); pos[VY] += dist * FIX2FLT(finesine[an]); pos[VZ] += SORC_DEFENSE_HEIGHT + (mo->args[0]? 15 : 20) * FIX2FLT(finecosine[an]); pos[VZ] -= parent->floorClip; // Spawn trailer. P_SpawnMobj(MT_SORCFX2_T1, pos, angle, 0); P_MobjUnlink(mo); mo->origin[VX] = pos[VX]; mo->origin[VY] = pos[VY]; mo->origin[VZ] = pos[VZ]; P_MobjLink(mo); } /** * Green spell - spawn bishops. */ void C_DECL A_SpawnBishop(mobj_t *mo) { mobj_t* pmo; if((pmo = P_SpawnMobj(MT_BISHOP, mo->origin, mo->angle, 0))) { if(!P_TestMobjLocation(pmo)) { P_MobjChangeState(pmo, S_NULL); } } P_MobjChangeState(mo, S_NULL); } void C_DECL A_SmokePuffExit(mobj_t* mo) { P_SpawnMobj(MT_MNTRSMOKEEXIT, mo->origin, mo->angle, 0); } void C_DECL A_SorcererBishopEntry(mobj_t* mo) { P_SpawnMobj(MT_SORCFX3_EXPLOSION, mo->origin, mo->angle, 0); S_StartSound(mo->info->seeSound, mo); } /** * FX4 - rapid fire balls. */ void C_DECL A_SorcFX4Check(mobj_t* mo) { if(mo->special2-- <= 0) { P_MobjChangeStateNoAction(mo, P_GetState(mo->type, SN_DEATH)); } } /** * Ball death - spawn stuff. */ void C_DECL A_SorcBallPop(mobj_t* mo) { S_StartSound(SFX_SORCERER_BALLPOP, NULL); mo->flags &= ~MF_NOGRAVITY; mo->flags2 |= MF2_LOGRAV; mo->mom[MX] = (coord_t) ((P_Random() % 10) - 5); mo->mom[MY] = (coord_t) ((P_Random() % 10) - 5); mo->mom[MZ] = (coord_t) (2 + (P_Random() % 3)); mo->special2 = 4 * FRACUNIT; // Initial bounce factor. mo->args[4] = BOUNCE_TIME_UNIT; // Bounce time unit. mo->args[3] = 5; // Bounce time in seconds. } void C_DECL A_BounceCheck(mobj_t* mo) { if(mo->args[4]-- <= 0) { if(mo->args[3]-- <= 0) { P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); switch(mo->type) { case MT_SORCBALL1: case MT_SORCBALL2: case MT_SORCBALL3: S_StartSound(SFX_SORCERER_BIGBALLEXPLODE, NULL); break; case MT_SORCFX1: S_StartSound(SFX_SORCERER_HEADSCREAM, NULL); break; default: break; } } else { mo->args[4] = BOUNCE_TIME_UNIT; } } } void C_DECL A_FastChase(mobj_t *mo) { #define CLASS_BOSS_STRAFE_RANGE (64*10) int delta; coord_t dist; angle_t angle; uint an; mobj_t *target; statenum_t state; if(mo->reactionTime) { mo->reactionTime--; } // Modify target threshold. if(mo->threshold) { mo->threshold--; } if(G_Ruleset_Skill() == SM_NIGHTMARE /*|| gameRules.fast*/) { // Monsters move faster in nightmare mode. mo->tics -= mo->tics / 2; if(mo->tics < 3) { mo->tics = 3; } } // Turn towards movement direction if not there yet. if(mo->moveDir < DI_NODIR) { mo->angle &= (7 << 29); delta = mo->angle - (mo->moveDir << 29); if(delta > 0) { mo->angle -= ANG90 / 2; } else if(delta < 0) { mo->angle += ANG90 / 2; } } if(!mo->target || !(mo->target->flags & MF_SHOOTABLE)) { // Look for a new target. if(P_LookForPlayers(mo, true)) return; // Got a new target P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN)); return; } // Don't attack twice in a row. if(mo->flags & MF_JUSTATTACKED) { mo->flags &= ~MF_JUSTATTACKED; if(G_Ruleset_Skill() != SM_NIGHTMARE) P_NewChaseDir(mo); return; } // Strafe. if(mo->special2 > 0) { mo->special2--; } else { target = mo->target; mo->special2 = 0; mo->mom[MX] = mo->mom[MY] = 0; dist = M_ApproxDistance(mo->origin[VX] - target->origin[VX], mo->origin[VY] - target->origin[VY]); if(dist < CLASS_BOSS_STRAFE_RANGE) { if(P_Random() < 100) { angle = M_PointToAngle2(mo->origin, target->origin); if(P_Random() < 128) angle += ANGLE_90; else angle -= ANGLE_90; an = angle >> ANGLETOFINESHIFT; mo->mom[MX] = 13 * FIX2FLT(finecosine[an]); mo->mom[MY] = 13 * FIX2FLT(finesine[an]); mo->special2 = 3; // Strafe time. } } } // Check for missile attack. if((state = P_GetState(mo->type, SN_MISSILE)) != S_NULL) { if(G_Ruleset_Skill() != SM_NIGHTMARE && mo->moveCount) goto nomissile; if(!P_CheckMissileRange(mo)) goto nomissile; P_MobjChangeState(mo, state); mo->flags |= MF_JUSTATTACKED; return; } nomissile: // Possibly choose another target. if(IS_NETGAME && !mo->threshold && !P_CheckSight(mo, mo->target)) { if(P_LookForPlayers(mo, true)) return; // Got a new target. } // Chase towards player. if(!mo->special2) { if(--mo->moveCount < 0 || !P_Move(mo)) { P_NewChaseDir(mo); } } #undef CLASS_BOSS_STRAFE_RANGE } void C_DECL A_FighterAttack(mobj_t *mo) { if(!mo->target) return; A_FSwordAttack2(mo); } void C_DECL A_ClericAttack(mobj_t *mo) { if(!mo->target) return; A_CHolyAttack3(mo); } void C_DECL A_MageAttack(mobj_t *mo) { if(!mo->target) return; A_MStaffAttack2(mo); } void C_DECL A_ClassBossHealth(mobj_t *mo) { if(IS_NETGAME && !G_Ruleset_Deathmatch()) // Co-op only. { if(!mo->special1) { mo->health *= 5; mo->special1 = true; // Has been initialized. } } } /** * Checks if an object hit the floor. */ void C_DECL A_CheckFloor(mobj_t* mo) { if(mo->origin[VZ] <= mo->floorZ) { mo->origin[VZ] = mo->floorZ; mo->flags2 &= ~MF2_LOGRAV; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); } } void C_DECL A_FreezeDeath(mobj_t* mo) { mo->tics = 75 + P_Random() + P_Random(); mo->flags |= MF_SOLID | MF_SHOOTABLE | MF_NOBLOOD; mo->flags2 |= MF2_PUSHABLE | MF2_TELESTOMP | MF2_PASSMOBJ | MF2_SLIDE; mo->height *= 2*2; S_StartSound(SFX_FREEZE_DEATH, mo); if(mo->player) { player_t* plr = mo->player; plr->damageCount = 0; plr->poisonCount = 0; plr->bonusCount = 0; R_UpdateViewFilter(plr - players); } else if(mo->flags & MF_COUNTKILL && mo->special) { // Initiate monster death actions. P_ExecuteLineSpecial(mo->special, mo->args, NULL, 0, mo); } } void C_DECL A_IceSetTics(mobj_t* mo) { const terraintype_t* tt = P_MobjFloorTerrain(mo); mo->tics = 70 + (P_Random() & 63); if(tt->flags & TTF_FRICTION_LOW) { mo->tics *= 2; } else if(tt->flags & TTF_FRICTION_HIGH) { mo->tics /= 4; } } void C_DECL A_IceCheckHeadDone(mobj_t* mo) { if(mo->special2 == 666) { P_MobjChangeState(mo, S_ICECHUNK_HEAD2); } } #ifdef MSVC # pragma optimize("g", off) #endif void C_DECL A_FreezeDeathChunks(mobj_t* mo) { coord_t pos[3]; mobj_t* pmo; int i; if(!FEQUAL(mo->mom[MX], 0) || !FEQUAL(mo->mom[MY], 0) || !FEQUAL(mo->mom[MZ], 0)) { mo->tics = 105; return; } S_StartSound(SFX_FREEZE_SHATTER, mo); for(i = 12 + (P_Random() & 15); i >= 0; i--) { pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += FIX2FLT(((P_Random() - 128) * FLT2FIX(mo->radius)) >> 7); pos[VY] += FIX2FLT(((P_Random() - 128) * FLT2FIX(mo->radius)) >> 7); pos[VZ] += (P_Random() * mo->height) / 255; if((pmo = P_SpawnMobj(MT_ICECHUNK, pos, P_Random() << 24, 0))) { P_MobjChangeState(pmo, P_GetState(pmo->type, SN_SPAWN) + (P_Random() % 3)); pmo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); pmo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); pmo->mom[MZ] = ((pmo->origin[VZ] - mo->origin[VZ]) / mo->height) * 4; A_IceSetTics(pmo); // Set a random tic wait. } } for(i = 12 + (P_Random() & 15); i >= 0; i--) { pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += FIX2FLT(((P_Random() - 128) * FLT2FIX(mo->radius)) >> 7); pos[VY] += FIX2FLT(((P_Random() - 128) * FLT2FIX(mo->radius)) >> 7); pos[VZ] += (P_Random() * mo->height) / 255; if((pmo = P_SpawnMobj(MT_ICECHUNK, pos, P_Random() << 24, 0))) { P_MobjChangeState(pmo, P_GetState(pmo->type, SN_SPAWN) + (P_Random() % 3)); pmo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); pmo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); pmo->mom[MZ] = ((pmo->origin[VZ] - mo->origin[VZ]) / mo->height) * 4; A_IceSetTics(pmo); // Set a random tic wait. } } if(mo->player) { // Attach the player's view to a chunk of ice. if((pmo = P_SpawnMobjXYZ(MT_ICECHUNK, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + VIEWHEIGHT, mo->angle, 0))) { P_MobjChangeState(pmo, S_ICECHUNK_HEAD); pmo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); pmo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); pmo->mom[MZ] = ((pmo->origin[VZ] - mo->origin[VZ]) / mo->height) * 4; pmo->flags2 |= MF2_ICEDAMAGE; // Used to force blue palette. pmo->flags2 &= ~MF2_FLOORCLIP; pmo->player = mo->player; pmo->dPlayer = mo->dPlayer; mo->player = NULL; mo->dPlayer = NULL; pmo->health = mo->health; pmo->player->plr->mo = pmo; pmo->player->plr->lookDir = 0; } } P_MobjRemoveFromTIDList(mo); P_MobjChangeState(mo, S_FREETARGMOBJ); mo->flags2 |= MF2_DONTDRAW; } #ifdef MSVC # pragma optimize("", off) #endif /** * Korax Variables. * * special1 Last teleport destination. * special2 Set if "below half" script not yet run. */ /** * Korax Scripts (reserved). * * 249 Tell scripts that we are below half health. * 250-254 Control scripts. * 255 Death script. */ /** * Korax TIDs (reserved). * * 245 Reserved for Korax himself. * 248 Initial teleport destination. * 249 Teleport destination. * 250-254 For use in respective control scripts. * 255 For use in death script (spawn spots). */ void C_DECL A_KoraxChase(mobj_t *actor) { mobj_t *spot; byte args[3] = { 0, 0, 0 }; if(!actor->special2 && actor->health <= actor->info->spawnHealth / 2) { actor->special1 = 0; spot = P_FindMobjFromTID(KORAX_FIRST_TELEPORT_TID, &actor->special1); if(spot) { P_Teleport(actor, spot->origin[VX], spot->origin[VY], spot->angle, true); } Game_ACScriptInterpreter_StartScript(249, 0/*current-map*/, args, actor, NULL, 0); actor->special2 = 1; // Don't run again. return; } if(!actor->target) return; if(P_Random() < 30) { P_MobjChangeState(actor, P_GetState(actor->type, SN_MISSILE)); } else if(P_Random() < 30) { S_StartSound(SFX_KORAX_ACTIVE, NULL); } // Teleport away. if(actor->health < actor->info->spawnHealth / 2) { if(P_Random() < 10) { spot = P_FindMobjFromTID(KORAX_TELEPORT_TID, &actor->special1); actor->tracer = spot; if(spot) { P_Teleport(actor, spot->origin[VX], spot->origin[VY], spot->angle, true); } } } } void C_DECL A_KoraxStep(mobj_t* actor) { A_Chase(actor); } void C_DECL A_KoraxStep2(mobj_t* actor) { S_StartSound(SFX_KORAX_STEP, NULL); A_Chase(actor); } void C_DECL A_KoraxBonePop(mobj_t* actor) { mobj_t* mo; byte args[5]; args[0] = args[1] = args[2] = args[3] = args[4] = 0; // Spawn 6 spirits equalangularly. mo = P_SpawnMissileAngle(MT_KORAX_SPIRIT1, actor, ANGLE_60 * 0, 5); if(mo) KSpiritInit(mo, actor); mo = P_SpawnMissileAngle(MT_KORAX_SPIRIT2, actor, ANGLE_60 * 1, 5); if(mo) KSpiritInit(mo, actor); mo = P_SpawnMissileAngle(MT_KORAX_SPIRIT3, actor, ANGLE_60 * 2, 5); if(mo) KSpiritInit(mo, actor); mo = P_SpawnMissileAngle(MT_KORAX_SPIRIT4, actor, ANGLE_60 * 3, 5); if(mo) KSpiritInit(mo, actor); mo = P_SpawnMissileAngle(MT_KORAX_SPIRIT5, actor, ANGLE_60 * 4, 5); if(mo) KSpiritInit(mo, actor); mo = P_SpawnMissileAngle(MT_KORAX_SPIRIT6, actor, ANGLE_60 * 5, 5); if(mo) KSpiritInit(mo, actor); Game_ACScriptInterpreter_StartScript(255, 0/*current-map*/, args, actor, NULL, 0); // Death script. } void KSpiritInit(mobj_t* spirit, mobj_t* korax) { mobj_t* tail; spirit->health = KORAX_SPIRIT_LIFETIME; spirit->tracer = korax; // Swarm around korax. spirit->special2 = 32 + (P_Random() & 7); // Float bob index. spirit->args[0] = 10; // Initial turn value. spirit->args[1] = 0; // Initial look angle. // Spawn a tail for spirit. if((tail = P_SpawnMobj(MT_HOLY_TAIL, spirit->origin, spirit->angle + ANG180, 0))) { int i; tail->target = spirit; // Parent. for(i = 1; i < 3; ++i) { mobj_t* next; if((next = P_SpawnMobj(MT_HOLY_TAIL, spirit->origin, spirit->angle + ANG180, 0))) { P_MobjChangeState(next, P_GetState(next->type, SN_SPAWN) + 1); tail->tracer = next; tail = next; } } tail->tracer = NULL; // Last tail bit. } } void C_DECL A_KoraxDecide(mobj_t* actor) { if(P_Random() < 220) { P_MobjChangeState(actor, S_KORAX_MISSILE1); } else { P_MobjChangeState(actor, S_KORAX_COMMAND1); } } static void spawnKoraxMissile(mobjtype_t type, angle_t angle, coord_t distance, coord_t height, mobj_t* source, mobj_t* target) { uint an; coord_t pos[3]; pos[VX] = source->origin[VX]; pos[VY] = source->origin[VY]; pos[VZ] = source->origin[VZ]; an = angle >> ANGLETOFINESHIFT; pos[VX] += distance * FIX2FLT(finecosine[an]); pos[VY] += distance * FIX2FLT(finesine[an]); pos[VZ] += height; P_SpawnKoraxMissile(type, pos[VX], pos[VY], pos[VZ], source, target); } /** * Korax: Six missile attack. * * Arm indices: * 1 = top left. * 2 = middle left. * 3 = lower left. * 4 = top right. * 5 = middle right. * 6 = lower right. */ void C_DECL A_KoraxMissile(mobj_t* mo) { int type = P_Random() % 6; int sound = 0; S_StartSound(SFX_KORAX_ATTACK, mo); switch(type) { case 0: type = MT_WRAITHFX1; sound = SFX_WRAITH_MISSILE_FIRE; break; case 1: type = MT_DEMONFX1; sound = SFX_DEMON_MISSILE_FIRE; break; case 2: type = MT_DEMON2FX1; sound = SFX_DEMON_MISSILE_FIRE; break; case 3: type = MT_FIREDEMON_FX6; sound = SFX_FIRED_ATTACK; break; case 4: type = MT_CENTAUR_FX; sound = SFX_CENTAURLEADER_ATTACK; break; case 5: type = MT_SERPENTFX; sound = SFX_CENTAURLEADER_ATTACK; break; } S_StartSound(sound, NULL); // Fire all 6 missiles at once. spawnKoraxMissile(type, mo->angle - KORAX_DELTAANGLE, KORAX_ARM_EXTENSION_SHORT, KORAX_ARM1_HEIGHT - mo->floorClip, mo, mo->target); spawnKoraxMissile(type, mo->angle - KORAX_DELTAANGLE, KORAX_ARM_EXTENSION_LONG, KORAX_ARM2_HEIGHT - mo->floorClip, mo, mo->target); spawnKoraxMissile(type, mo->angle - KORAX_DELTAANGLE, KORAX_ARM_EXTENSION_LONG, KORAX_ARM3_HEIGHT - mo->floorClip, mo, mo->target); spawnKoraxMissile(type, mo->angle + KORAX_DELTAANGLE, KORAX_ARM_EXTENSION_SHORT, KORAX_ARM4_HEIGHT - mo->floorClip, mo, mo->target); spawnKoraxMissile(type, mo->angle + KORAX_DELTAANGLE, KORAX_ARM_EXTENSION_LONG, KORAX_ARM5_HEIGHT - mo->floorClip, mo, mo->target); spawnKoraxMissile(type, mo->angle + KORAX_DELTAANGLE, KORAX_ARM_EXTENSION_LONG, KORAX_ARM6_HEIGHT - mo->floorClip, mo, mo->target); } /** * Call action code scripts (250-254). */ void C_DECL A_KoraxCommand(mobj_t* mo) { int numScripts, scriptNumber = -1; coord_t pos[3]; byte args[5]; uint an; S_StartSound(SFX_KORAX_COMMAND, mo); // Shoot stream of lightning to ceiling. an = (mo->angle - ANGLE_90) >> ANGLETOFINESHIFT; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; pos[VX] += KORAX_COMMAND_OFFSET * FIX2FLT(finecosine[an]); pos[VY] += KORAX_COMMAND_OFFSET * FIX2FLT(finesine[an]); pos[VZ] += KORAX_COMMAND_HEIGHT; P_SpawnMobj(MT_KORAX_BOLT, pos, mo->angle, 0); args[0] = args[1] = args[2] = args[3] = args[4] = 0; if(mo->health <= mo->info->spawnHealth / 2) { numScripts = 5; } else { numScripts = 4; } switch(P_Random() % numScripts) { case 0: scriptNumber = 250; break; case 1: scriptNumber = 251; break; case 2: scriptNumber = 252; break; case 3: scriptNumber = 253; break; case 4: scriptNumber = 254; break; } assert(scriptNumber >= 0); Game_ACScriptInterpreter_StartScript(scriptNumber, 0/*current-map*/, args, mo, NULL, 0); } void C_DECL A_KSpiritWeave(mobj_t* mo) { coord_t pos[3]; uint weaveXY, weaveZ; uint an; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ]; an = (mo->angle + ANG90) >> ANGLETOFINESHIFT; // Unpack the last weave vector. weaveXY = mo->special2 >> 16; weaveZ = mo->special2 & 0xFFFF; pos[VX] -= FIX2FLT(finecosine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); pos[VY] -= FIX2FLT(finesine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); pos[VZ] -= FLOATBOBOFFSET(weaveZ) * 2; weaveXY = (weaveXY + (P_Random() % 5)) & 63; weaveZ = (weaveZ + (P_Random() % 5)) & 63; pos[VX] += FIX2FLT(finecosine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); pos[VY] += FIX2FLT(finesine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); pos[VZ] += FLOATBOBOFFSET(weaveZ) * 2; P_TryMoveXY(mo, pos[VX], pos[VY]); // P_TryMoveXY won't update the z height, so set it manually. // Should this not be clipped vs the floor/ceiling? - DJS mo->origin[VZ] = pos[VZ]; // Store the weave vector. mo->special2 = weaveZ + (weaveXY << 16); } void C_DECL A_KSpiritSeeker(mobj_t* mo, angle_t thresh, angle_t turnMax) { int dir, dist; angle_t delta; uint an; mobj_t* target; coord_t newZ, deltaZ; target = mo->tracer; if(!target) return; dir = P_FaceMobj(mo, target, &delta); if(delta > thresh) { delta /= 2; if(delta > turnMax) { delta = turnMax; } } if(dir) // Turn clockwise. mo->angle += delta; else // Turn counter clockwise. mo->angle -= delta; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); if(!(mapTime & 15) || (mo->origin[VZ] > target->origin[VZ] + target->info->height) || (mo->origin[VZ] + mo->height < target->origin[VZ])) { newZ = target->origin[VZ] + FIX2FLT((P_Random() * FLT2FIX(target->info->height)) >> 8); deltaZ = newZ - mo->origin[VZ]; if(fabs(deltaZ) > 15) { if(deltaZ > 0) { deltaZ = 15; } else { deltaZ = -15; } } dist = M_ApproxDistance(target->origin[VX] - mo->origin[VX], target->origin[VY] - mo->origin[VY]); dist /= mo->info->speed; if(dist < 1) dist = 1; mo->mom[MZ] = deltaZ / dist; } } void C_DECL A_KSpiritRoam(mobj_t* mo) { if(mo->health-- <= 0) { S_StartSound(SFX_SPIRIT_DIE, mo); P_MobjChangeState(mo, S_KSPIRIT_DEATH1); } else { if(mo->tracer) { A_KSpiritSeeker(mo, mo->args[0] * ANGLE_1, mo->args[0] * ANGLE_1 * 2); } A_KSpiritWeave(mo); if(P_Random() < 50) { S_StartSound(SFX_SPIRIT_ACTIVE, NULL); } } } void C_DECL A_KBolt(mobj_t* mo) { // Countdown lifetime. if(mo->special1-- <= 0) { P_MobjChangeState(mo, S_NULL); } } void C_DECL A_KBoltRaise(mobj_t* mo) { #define KORAX_BOLT_HEIGHT (48) #define KORAX_BOLT_LIFETIME (3) coord_t z; mobj_t* pmo; // Spawn a child upward. z = mo->origin[VZ] + KORAX_BOLT_HEIGHT; if(z + KORAX_BOLT_HEIGHT < mo->ceilingZ) { if((pmo = P_SpawnMobjXYZ(MT_KORAX_BOLT, mo->origin[VX], mo->origin[VY], z, mo->angle, 0))) { pmo->special1 = KORAX_BOLT_LIFETIME; } } #undef KORAX_BOLT_HEIGHT #undef KORAX_BOLT_LIFETIME } doomsday-1.14.5/doomsday/plugins/hexen/src/tables.c0000664000175000017500000042034112350542240021522 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2007-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * tables.c: * *\attention 2006-09-10 - We should be able to use jDoom version of this as * a complete drop in replacement. - Yagisan */ #include "jhexen.h" int finetangent[4096] = { -170910304, -56965752, -34178904, -24413316, -18988036, -15535599, -13145455, -11392683, -10052327, -8994149, -8137527, -7429880, -6835455, -6329090, -5892567, -5512368, -5178251, -4882318, -4618375, -4381502, -4167737, -3973855, -3797206, -3635590, -3487165, -3350381, -3223918, -3106651, -2997613, -2895966, -2800983, -2712030, -2628549, -2550052, -2476104, -2406322, -2340362, -2277919, -2218719, -2162516, -2109087, -2058233, -2009771, -1963536, -1919378, -1877161, -1836758, -1798063, -1760956, -1725348, -1691149, -1658278, -1626658, -1596220, -1566898, -1538632, -1511367, -1485049, -1459630, -1435065, -1411312, -1388330, -1366084, -1344537, -1323658, -1303416, -1283783, -1264730, -1246234, -1228269, -1210813, -1193846, -1177345, -1161294, -1145673, -1130465, -1115654, -1101225, -1087164, -1073455, -1060087, -1047046, -1034322, -1021901, -1009774, -997931, -986361, -975054, -964003, -953199, -942633, -932298, -922186, -912289, -902602, -893117, -883829, -874730, -865817, -857081, -848520, -840127, -831898, -823827, -815910, -808143, -800521, -793041, -785699, -778490, -771411, -764460, -757631, -750922, -744331, -737853, -731486, -725227, -719074, -713023, -707072, -701219, -695462, -689797, -684223, -678737, -673338, -668024, -662792, -657640, -652568, -647572, -642651, -637803, -633028, -628323, -623686, -619117, -614613, -610174, -605798, -601483, -597229, -593033, -588896, -584815, -580789, -576818, -572901, -569035, -565221, -561456, -557741, -554074, -550455, -546881, -543354, -539870, -536431, -533034, -529680, -526366, -523094, -519861, -516667, -513512, -510394, -507313, -504269, -501261, -498287, -495348, -492443, -489571, -486732, -483925, -481150, -478406, -475692, -473009, -470355, -467730, -465133, -462565, -460024, -457511, -455024, -452564, -450129, -447720, -445337, -442978, -440643, -438332, -436045, -433781, -431540, -429321, -427125, -424951, -422798, -420666, -418555, -416465, -414395, -412344, -410314, -408303, -406311, -404338, -402384, -400448, -398530, -396630, -394747, -392882, -391034, -389202, -387387, -385589, -383807, -382040, -380290, -378555, -376835, -375130, -373440, -371765, -370105, -368459, -366826, -365208, -363604, -362013, -360436, -358872, -357321, -355783, -354257, -352744, -351244, -349756, -348280, -346816, -345364, -343924, -342495, -341078, -339671, -338276, -336892, -335519, -334157, -332805, -331464, -330133, -328812, -327502, -326201, -324910, -323629, -322358, -321097, -319844, -318601, -317368, -316143, -314928, -313721, -312524, -311335, -310154, -308983, -307819, -306664, -305517, -304379, -303248, -302126, -301011, -299904, -298805, -297714, -296630, -295554, -294485, -293423, -292369, -291322, -290282, -289249, -288223, -287204, -286192, -285186, -284188, -283195, -282210, -281231, -280258, -279292, -278332, -277378, -276430, -275489, -274553, -273624, -272700, -271782, -270871, -269965, -269064, -268169, -267280, -266397, -265519, -264646, -263779, -262917, -262060, -261209, -260363, -259522, -258686, -257855, -257029, -256208, -255392, -254581, -253774, -252973, -252176, -251384, -250596, -249813, -249035, -248261, -247492, -246727, -245966, -245210, -244458, -243711, -242967, -242228, -241493, -240763, -240036, -239314, -238595, -237881, -237170, -236463, -235761, -235062, -234367, -233676, -232988, -232304, -231624, -230948, -230275, -229606, -228941, -228279, -227621, -226966, -226314, -225666, -225022, -224381, -223743, -223108, -222477, -221849, -221225, -220603, -219985, -219370, -218758, -218149, -217544, -216941, -216341, -215745, -215151, -214561, -213973, -213389, -212807, -212228, -211652, -211079, -210509, -209941, -209376, -208815, -208255, -207699, -207145, -206594, -206045, -205500, -204956, -204416, -203878, -203342, -202809, -202279, -201751, -201226, -200703, -200182, -199664, -199149, -198636, -198125, -197616, -197110, -196606, -196105, -195606, -195109, -194614, -194122, -193631, -193143, -192658, -192174, -191693, -191213, -190736, -190261, -189789, -189318, -188849, -188382, -187918, -187455, -186995, -186536, -186080, -185625, -185173, -184722, -184274, -183827, -183382, -182939, -182498, -182059, -181622, -181186, -180753, -180321, -179891, -179463, -179037, -178612, -178190, -177769, -177349, -176932, -176516, -176102, -175690, -175279, -174870, -174463, -174057, -173653, -173251, -172850, -172451, -172053, -171657, -171263, -170870, -170479, -170089, -169701, -169315, -168930, -168546, -168164, -167784, -167405, -167027, -166651, -166277, -165904, -165532, -165162, -164793, -164426, -164060, -163695, -163332, -162970, -162610, -162251, -161893, -161537, -161182, -160828, -160476, -160125, -159775, -159427, -159079, -158734, -158389, -158046, -157704, -157363, -157024, -156686, -156349, -156013, -155678, -155345, -155013, -154682, -154352, -154024, -153697, -153370, -153045, -152722, -152399, -152077, -151757, -151438, -151120, -150803, -150487, -150172, -149859, -149546, -149235, -148924, -148615, -148307, -148000, -147693, -147388, -147084, -146782, -146480, -146179, -145879, -145580, -145282, -144986, -144690, -144395, -144101, -143808, -143517, -143226, -142936, -142647, -142359, -142072, -141786, -141501, -141217, -140934, -140651, -140370, -140090, -139810, -139532, -139254, -138977, -138701, -138426, -138152, -137879, -137607, -137335, -137065, -136795, -136526, -136258, -135991, -135725, -135459, -135195, -134931, -134668, -134406, -134145, -133884, -133625, -133366, -133108, -132851, -132594, -132339, -132084, -131830, -131576, -131324, 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37425, 37491, 37558, 37625, 37692, 37759, 37826, 37893, 37960, 38027, 38094, 38161, 38229, 38296, 38364, 38431, 38499, 38566, 38634, 38702, 38770, 38837, 38905, 38973, 39042, 39110, 39178, 39246, 39314, 39383, 39451, 39520, 39588, 39657, 39726, 39794, 39863, 39932, 40001, 40070, 40139, 40208, 40278, 40347, 40416, 40486, 40555, 40625, 40694, 40764, 40834, 40904, 40973, 41043, 41113, 41184, 41254, 41324, 41394, 41465, 41535, 41605, 41676, 41747, 41817, 41888, 41959, 42030, 42101, 42172, 42243, 42314, 42385, 42457, 42528, 42600, 42671, 42743, 42814, 42886, 42958, 43030, 43102, 43174, 43246, 43318, 43390, 43463, 43535, 43608, 43680, 43753, 43826, 43898, 43971, 44044, 44117, 44190, 44263, 44337, 44410, 44483, 44557, 44630, 44704, 44778, 44851, 44925, 44999, 45073, 45147, 45221, 45296, 45370, 45444, 45519, 45593, 45668, 45743, 45818, 45892, 45967, 46042, 46118, 46193, 46268, 46343, 46419, 46494, 46570, 46646, 46721, 46797, 46873, 46949, 47025, 47102, 47178, 47254, 47331, 47407, 47484, 47560, 47637, 47714, 47791, 47868, 47945, 48022, 48100, 48177, 48255, 48332, 48410, 48488, 48565, 48643, 48721, 48799, 48878, 48956, 49034, 49113, 49191, 49270, 49349, 49427, 49506, 49585, 49664, 49744, 49823, 49902, 49982, 50061, 50141, 50221, 50300, 50380, 50460, 50540, 50621, 50701, 50781, 50862, 50942, 51023, 51104, 51185, 51266, 51347, 51428, 51509, 51591, 51672, 51754, 51835, 51917, 51999, 52081, 52163, 52245, 52327, 52410, 52492, 52575, 52657, 52740, 52823, 52906, 52989, 53072, 53156, 53239, 53322, 53406, 53490, 53574, 53657, 53741, 53826, 53910, 53994, 54079, 54163, 54248, 54333, 54417, 54502, 54587, 54673, 54758, 54843, 54929, 55015, 55100, 55186, 55272, 55358, 55444, 55531, 55617, 55704, 55790, 55877, 55964, 56051, 56138, 56225, 56312, 56400, 56487, 56575, 56663, 56751, 56839, 56927, 57015, 57104, 57192, 57281, 57369, 57458, 57547, 57636, 57725, 57815, 57904, 57994, 58083, 58173, 58263, 58353, 58443, 58534, 58624, 58715, 58805, 58896, 58987, 59078, 59169, 59261, 59352, 59444, 59535, 59627, 59719, 59811, 59903, 59996, 60088, 60181, 60273, 60366, 60459, 60552, 60646, 60739, 60833, 60926, 61020, 61114, 61208, 61302, 61396, 61491, 61585, 61680, 61775, 61870, 61965, 62060, 62156, 62251, 62347, 62443, 62539, 62635, 62731, 62828, 62924, 63021, 63118, 63215, 63312, 63409, 63506, 63604, 63702, 63799, 63897, 63996, 64094, 64192, 64291, 64389, 64488, 64587, 64687, 64786, 64885, 64985, 65085, 65185, 65285, 65385, 65485, 65586, 65686, 65787, 65888, 65989, 66091, 66192, 66294, 66396, 66498, 66600, 66702, 66804, 66907, 67010, 67113, 67216, 67319, 67422, 67526, 67629, 67733, 67837, 67942, 68046, 68151, 68255, 68360, 68465, 68570, 68676, 68781, 68887, 68993, 69099, 69205, 69312, 69418, 69525, 69632, 69739, 69846, 69954, 70061, 70169, 70277, 70385, 70494, 70602, 70711, 70820, 70929, 71038, 71147, 71257, 71367, 71477, 71587, 71697, 71808, 71918, 72029, 72140, 72252, 72363, 72475, 72587, 72699, 72811, 72923, 73036, 73149, 73262, 73375, 73488, 73602, 73715, 73829, 73944, 74058, 74172, 74287, 74402, 74517, 74633, 74748, 74864, 74980, 75096, 75213, 75329, 75446, 75563, 75680, 75797, 75915, 76033, 76151, 76269, 76388, 76506, 76625, 76744, 76864, 76983, 77103, 77223, 77343, 77463, 77584, 77705, 77826, 77947, 78068, 78190, 78312, 78434, 78557, 78679, 78802, 78925, 79048, 79172, 79296, 79420, 79544, 79668, 79793, 79918, 80043, 80168, 80294, 80420, 80546, 80672, 80799, 80925, 81053, 81180, 81307, 81435, 81563, 81691, 81820, 81949, 82078, 82207, 82336, 82466, 82596, 82726, 82857, 82987, 83118, 83250, 83381, 83513, 83645, 83777, 83910, 84043, 84176, 84309, 84443, 84576, 84710, 84845, 84980, 85114, 85250, 85385, 85521, 85657, 85793, 85930, 86066, 86204, 86341, 86479, 86616, 86755, 86893, 87032, 87171, 87310, 87450, 87590, 87730, 87871, 88011, 88152, 88294, 88435, 88577, 88720, 88862, 89005, 89148, 89292, 89435, 89579, 89724, 89868, 90013, 90158, 90304, 90450, 90596, 90742, 90889, 91036, 91184, 91332, 91480, 91628, 91777, 91926, 92075, 92225, 92375, 92525, 92675, 92826, 92978, 93129, 93281, 93434, 93586, 93739, 93892, 94046, 94200, 94354, 94509, 94664, 94819, 94975, 95131, 95287, 95444, 95601, 95758, 95916, 96074, 96233, 96391, 96551, 96710, 96870, 97030, 97191, 97352, 97513, 97675, 97837, 98000, 98163, 98326, 98489, 98653, 98818, 98982, 99148, 99313, 99479, 99645, 99812, 99979, 100146, 100314, 100482, 100651, 100820, 100990, 101159, 101330, 101500, 101671, 101843, 102015, 102187, 102360, 102533, 102706, 102880, 103054, 103229, 103404, 103580, 103756, 103933, 104109, 104287, 104465, 104643, 104821, 105000, 105180, 105360, 105540, 105721, 105902, 106084, 106266, 106449, 106632, 106816, 107000, 107184, 107369, 107555, 107741, 107927, 108114, 108301, 108489, 108677, 108866, 109055, 109245, 109435, 109626, 109817, 110008, 110200, 110393, 110586, 110780, 110974, 111169, 111364, 111560, 111756, 111952, 112150, 112347, 112546, 112744, 112944, 113143, 113344, 113545, 113746, 113948, 114151, 114354, 114557, 114761, 114966, 115171, 115377, 115583, 115790, 115998, 116206, 116414, 116623, 116833, 117044, 117254, 117466, 117678, 117891, 118104, 118318, 118532, 118747, 118963, 119179, 119396, 119613, 119831, 120050, 120269, 120489, 120709, 120930, 121152, 121374, 121597, 121821, 122045, 122270, 122496, 122722, 122949, 123176, 123404, 123633, 123863, 124093, 124324, 124555, 124787, 125020, 125254, 125488, 125723, 125959, 126195, 126432, 126669, 126908, 127147, 127387, 127627, 127869, 128111, 128353, 128597, 128841, 129086, 129332, 129578, 129825, 130073, 130322, 130571, 130821, 131072, 131324, 131576, 131830, 132084, 132339, 132594, 132851, 133108, 133366, 133625, 133884, 134145, 134406, 134668, 134931, 135195, 135459, 135725, 135991, 136258, 136526, 136795, 137065, 137335, 137607, 137879, 138152, 138426, 138701, 138977, 139254, 139532, 139810, 140090, 140370, 140651, 140934, 141217, 141501, 141786, 142072, 142359, 142647, 142936, 143226, 143517, 143808, 144101, 144395, 144690, 144986, 145282, 145580, 145879, 146179, 146480, 146782, 147084, 147388, 147693, 148000, 148307, 148615, 148924, 149235, 149546, 149859, 150172, 150487, 150803, 151120, 151438, 151757, 152077, 152399, 152722, 153045, 153370, 153697, 154024, 154352, 154682, 155013, 155345, 155678, 156013, 156349, 156686, 157024, 157363, 157704, 158046, 158389, 158734, 159079, 159427, 159775, 160125, 160476, 160828, 161182, 161537, 161893, 162251, 162610, 162970, 163332, 163695, 164060, 164426, 164793, 165162, 165532, 165904, 166277, 166651, 167027, 167405, 167784, 168164, 168546, 168930, 169315, 169701, 170089, 170479, 170870, 171263, 171657, 172053, 172451, 172850, 173251, 173653, 174057, 174463, 174870, 175279, 175690, 176102, 176516, 176932, 177349, 177769, 178190, 178612, 179037, 179463, 179891, 180321, 180753, 181186, 181622, 182059, 182498, 182939, 183382, 183827, 184274, 184722, 185173, 185625, 186080, 186536, 186995, 187455, 187918, 188382, 188849, 189318, 189789, 190261, 190736, 191213, 191693, 192174, 192658, 193143, 193631, 194122, 194614, 195109, 195606, 196105, 196606, 197110, 197616, 198125, 198636, 199149, 199664, 200182, 200703, 201226, 201751, 202279, 202809, 203342, 203878, 204416, 204956, 205500, 206045, 206594, 207145, 207699, 208255, 208815, 209376, 209941, 210509, 211079, 211652, 212228, 212807, 213389, 213973, 214561, 215151, 215745, 216341, 216941, 217544, 218149, 218758, 219370, 219985, 220603, 221225, 221849, 222477, 223108, 223743, 224381, 225022, 225666, 226314, 226966, 227621, 228279, 228941, 229606, 230275, 230948, 231624, 232304, 232988, 233676, 234367, 235062, 235761, 236463, 237170, 237881, 238595, 239314, 240036, 240763, 241493, 242228, 242967, 243711, 244458, 245210, 245966, 246727, 247492, 248261, 249035, 249813, 250596, 251384, 252176, 252973, 253774, 254581, 255392, 256208, 257029, 257855, 258686, 259522, 260363, 261209, 262060, 262917, 263779, 264646, 265519, 266397, 267280, 268169, 269064, 269965, 270871, 271782, 272700, 273624, 274553, 275489, 276430, 277378, 278332, 279292, 280258, 281231, 282210, 283195, 284188, 285186, 286192, 287204, 288223, 289249, 290282, 291322, 292369, 293423, 294485, 295554, 296630, 297714, 298805, 299904, 301011, 302126, 303248, 304379, 305517, 306664, 307819, 308983, 310154, 311335, 312524, 313721, 314928, 316143, 317368, 318601, 319844, 321097, 322358, 323629, 324910, 326201, 327502, 328812, 330133, 331464, 332805, 334157, 335519, 336892, 338276, 339671, 341078, 342495, 343924, 345364, 346816, 348280, 349756, 351244, 352744, 354257, 355783, 357321, 358872, 360436, 362013, 363604, 365208, 366826, 368459, 370105, 371765, 373440, 375130, 376835, 378555, 380290, 382040, 383807, 385589, 387387, 389202, 391034, 392882, 394747, 396630, 398530, 400448, 402384, 404338, 406311, 408303, 410314, 412344, 414395, 416465, 418555, 420666, 422798, 424951, 427125, 429321, 431540, 433781, 436045, 438332, 440643, 442978, 445337, 447720, 450129, 452564, 455024, 457511, 460024, 462565, 465133, 467730, 470355, 473009, 475692, 478406, 481150, 483925, 486732, 489571, 492443, 495348, 498287, 501261, 504269, 507313, 510394, 513512, 516667, 519861, 523094, 526366, 529680, 533034, 536431, 539870, 543354, 546881, 550455, 554074, 557741, 561456, 565221, 569035, 572901, 576818, 580789, 584815, 588896, 593033, 597229, 601483, 605798, 610174, 614613, 619117, 623686, 628323, 633028, 637803, 642651, 647572, 652568, 657640, 662792, 668024, 673338, 678737, 684223, 689797, 695462, 701219, 707072, 713023, 719074, 725227, 731486, 737853, 744331, 750922, 757631, 764460, 771411, 778490, 785699, 793041, 800521, 808143, 815910, 823827, 831898, 840127, 848520, 857081, 865817, 874730, 883829, 893117, 902602, 912289, 922186, 932298, 942633, 953199, 964003, 975054, 986361, 997931, 1009774, 1021901, 1034322, 1047046, 1060087, 1073455, 1087164, 1101225, 1115654, 1130465, 1145673, 1161294, 1177345, 1193846, 1210813, 1228269, 1246234, 1264730, 1283783, 1303416, 1323658, 1344537, 1366084, 1388330, 1411312, 1435065, 1459630, 1485049, 1511367, 1538632, 1566898, 1596220, 1626658, 1658278, 1691149, 1725348, 1760956, 1798063, 1836758, 1877161, 1919378, 1963536, 2009771, 2058233, 2109087, 2162516, 2218719, 2277919, 2340362, 2406322, 2476104, 2550052, 2628549, 2712030, 2800983, 2895966, 2997613, 3106651, 3223918, 3350381, 3487165, 3635590, 3797206, 3973855, 4167737, 4381502, 4618375, 4882318, 5178251, 5512368, 5892567, 6329090, 6835455, 7429880, 8137527, 8994149, 10052327, 11392683, 13145455, 15535599, 18988036, 24413316, 34178904, 56965752, 170910304 }; int finesine[10240] = { 25, 75, 125, 175, 226, 276, 326, 376, 427, 477, 527, 578, 628, 678, 728, 779, 829, 879, 929, 980, 1030, 1080, 1130, 1181, 1231, 1281, 1331, 1382, 1432, 1482, 1532, 1583, 1633, 1683, 1733, 1784, 1834, 1884, 1934, 1985, 2035, 2085, 2135, 2186, 2236, 2286, 2336, 2387, 2437, 2487, 2537, 2587, 2638, 2688, 2738, 2788, 2839, 2889, 2939, 2989, 3039, 3090, 3140, 3190, 3240, 3291, 3341, 3391, 3441, 3491, 3541, 3592, 3642, 3692, 3742, 3792, 3843, 3893, 3943, 3993, 4043, 4093, 4144, 4194, 4244, 4294, 4344, 4394, 4445, 4495, 4545, 4595, 4645, 4695, 4745, 4796, 4846, 4896, 4946, 4996, 5046, 5096, 5146, 5197, 5247, 5297, 5347, 5397, 5447, 5497, 5547, 5597, 5647, 5697, 5748, 5798, 5848, 5898, 5948, 5998, 6048, 6098, 6148, 6198, 6248, 6298, 6348, 6398, 6448, 6498, 6548, 6598, 6648, 6698, 6748, 6798, 6848, 6898, 6948, 6998, 7048, 7098, 7148, 7198, 7248, 7298, 7348, 7398, 7448, 7498, 7548, 7598, 7648, 7697, 7747, 7797, 7847, 7897, 7947, 7997, 8047, 8097, 8147, 8196, 8246, 8296, 8346, 8396, 8446, 8496, 8545, 8595, 8645, 8695, 8745, 8794, 8844, 8894, 8944, 8994, 9043, 9093, 9143, 9193, 9243, 9292, 9342, 9392, 9442, 9491, 9541, 9591, 9640, 9690, 9740, 9790, 9839, 9889, 9939, 9988, 10038, 10088, 10137, 10187, 10237, 10286, 10336, 10386, 10435, 10485, 10534, 10584, 10634, 10683, 10733, 10782, 10832, 10882, 10931, 10981, 11030, 11080, 11129, 11179, 11228, 11278, 11327, 11377, 11426, 11476, 11525, 11575, 11624, 11674, 11723, 11773, 11822, 11872, 11921, 11970, 12020, 12069, 12119, 12168, 12218, 12267, 12316, 12366, 12415, 12464, 12514, 12563, 12612, 12662, 12711, 12760, 12810, 12859, 12908, 12957, 13007, 13056, 13105, 13154, 13204, 13253, 13302, 13351, 13401, 13450, 13499, 13548, 13597, 13647, 13696, 13745, 13794, 13843, 13892, 13941, 13990, 14040, 14089, 14138, 14187, 14236, 14285, 14334, 14383, 14432, 14481, 14530, 14579, 14628, 14677, 14726, 14775, 14824, 14873, 14922, 14971, 15020, 15069, 15118, 15167, 15215, 15264, 15313, 15362, 15411, 15460, 15509, 15557, 15606, 15655, 15704, 15753, 15802, 15850, 15899, 15948, 15997, 16045, 16094, 16143, 16191, 16240, 16289, 16338, 16386, 16435, 16484, 16532, 16581, 16629, 16678, 16727, 16775, 16824, 16872, 16921, 16970, 17018, 17067, 17115, 17164, 17212, 17261, 17309, 17358, 17406, 17455, 17503, 17551, 17600, 17648, 17697, 17745, 17793, 17842, 17890, 17939, 17987, 18035, 18084, 18132, 18180, 18228, 18277, 18325, 18373, 18421, 18470, 18518, 18566, 18614, 18663, 18711, 18759, 18807, 18855, 18903, 18951, 19000, 19048, 19096, 19144, 19192, 19240, 19288, 19336, 19384, 19432, 19480, 19528, 19576, 19624, 19672, 19720, 19768, 19816, 19864, 19912, 19959, 20007, 20055, 20103, 20151, 20199, 20246, 20294, 20342, 20390, 20438, 20485, 20533, 20581, 20629, 20676, 20724, 20772, 20819, 20867, 20915, 20962, 21010, 21057, 21105, 21153, 21200, 21248, 21295, 21343, 21390, 21438, 21485, 21533, 21580, 21628, 21675, 21723, 21770, 21817, 21865, 21912, 21960, 22007, 22054, 22102, 22149, 22196, 22243, 22291, 22338, 22385, 22433, 22480, 22527, 22574, 22621, 22668, 22716, 22763, 22810, 22857, 22904, 22951, 22998, 23045, 23092, 23139, 23186, 23233, 23280, 23327, 23374, 23421, 23468, 23515, 23562, 23609, 23656, 23703, 23750, 23796, 23843, 23890, 23937, 23984, 24030, 24077, 24124, 24171, 24217, 24264, 24311, 24357, 24404, 24451, 24497, 24544, 24591, 24637, 24684, 24730, 24777, 24823, 24870, 24916, 24963, 25009, 25056, 25102, 25149, 25195, 25241, 25288, 25334, 25381, 25427, 25473, 25520, 25566, 25612, 25658, 25705, 25751, 25797, 25843, 25889, 25936, 25982, 26028, 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15606, 15655, 15704, 15753, 15802, 15850, 15899, 15948, 15997, 16045, 16094, 16143, 16191, 16240, 16289, 16338, 16386, 16435, 16484, 16532, 16581, 16629, 16678, 16727, 16775, 16824, 16872, 16921, 16970, 17018, 17067, 17115, 17164, 17212, 17261, 17309, 17358, 17406, 17455, 17503, 17551, 17600, 17648, 17697, 17745, 17793, 17842, 17890, 17939, 17987, 18035, 18084, 18132, 18180, 18228, 18277, 18325, 18373, 18421, 18470, 18518, 18566, 18614, 18663, 18711, 18759, 18807, 18855, 18903, 18951, 19000, 19048, 19096, 19144, 19192, 19240, 19288, 19336, 19384, 19432, 19480, 19528, 19576, 19624, 19672, 19720, 19768, 19816, 19864, 19912, 19959, 20007, 20055, 20103, 20151, 20199, 20246, 20294, 20342, 20390, 20438, 20485, 20533, 20581, 20629, 20676, 20724, 20772, 20819, 20867, 20915, 20962, 21010, 21057, 21105, 21153, 21200, 21248, 21295, 21343, 21390, 21438, 21485, 21533, 21580, 21628, 21675, 21723, 21770, 21817, 21865, 21912, 21960, 22007, 22054, 22102, 22149, 22196, 22243, 22291, 22338, 22385, 22432, 22480, 22527, 22574, 22621, 22668, 22716, 22763, 22810, 22857, 22904, 22951, 22998, 23045, 23092, 23139, 23186, 23233, 23280, 23327, 23374, 23421, 23468, 23515, 23562, 23609, 23656, 23703, 23750, 23796, 23843, 23890, 23937, 23984, 24030, 24077, 24124, 24171, 24217, 24264, 24311, 24357, 24404, 24451, 24497, 24544, 24591, 24637, 24684, 24730, 24777, 24823, 24870, 24916, 24963, 25009, 25056, 25102, 25149, 25195, 25241, 25288, 25334, 25381, 25427, 25473, 25520, 25566, 25612, 25658, 25705, 25751, 25797, 25843, 25889, 25936, 25982, 26028, 26074, 26120, 26166, 26212, 26258, 26304, 26350, 26396, 26442, 26488, 26534, 26580, 26626, 26672, 26718, 26764, 26810, 26856, 26902, 26947, 26993, 27039, 27085, 27131, 27176, 27222, 27268, 27313, 27359, 27405, 27450, 27496, 27542, 27587, 27633, 27678, 27724, 27770, 27815, 27861, 27906, 27952, 27997, 28042, 28088, 28133, 28179, 28224, 28269, 28315, 28360, 28405, 28451, 28496, 28541, 28586, 28632, 28677, 28722, 28767, 28812, 28858, 28903, 28948, 28993, 29038, 29083, 29128, 29173, 29218, 29263, 29308, 29353, 29398, 29443, 29488, 29533, 29577, 29622, 29667, 29712, 29757, 29801, 29846, 29891, 29936, 29980, 30025, 30070, 30114, 30159, 30204, 30248, 30293, 30337, 30382, 30427, 30471, 30516, 30560, 30604, 30649, 30693, 30738, 30782, 30826, 30871, 30915, 30959, 31004, 31048, 31092, 31136, 31181, 31225, 31269, 31313, 31357, 31402, 31446, 31490, 31534, 31578, 31622, 31666, 31710, 31754, 31798, 31842, 31886, 31930, 31974, 32017, 32061, 32105, 32149, 32193, 32236, 32280, 32324, 32368, 32411, 32455, 32499, 32542, 32586, 32630, 32673, 32717, 32760, 32804, 32847, 32891, 32934, 32978, 33021, 33065, 33108, 33151, 33195, 33238, 33281, 33325, 33368, 33411, 33454, 33498, 33541, 33584, 33627, 33670, 33713, 33756, 33799, 33843, 33886, 33929, 33972, 34015, 34057, 34100, 34143, 34186, 34229, 34272, 34315, 34358, 34400, 34443, 34486, 34529, 34571, 34614, 34657, 34699, 34742, 34785, 34827, 34870, 34912, 34955, 34997, 35040, 35082, 35125, 35167, 35210, 35252, 35294, 35337, 35379, 35421, 35464, 35506, 35548, 35590, 35633, 35675, 35717, 35759, 35801, 35843, 35885, 35927, 35969, 36011, 36053, 36095, 36137, 36179, 36221, 36263, 36305, 36347, 36388, 36430, 36472, 36514, 36556, 36597, 36639, 36681, 36722, 36764, 36805, 36847, 36889, 36930, 36972, 37013, 37055, 37096, 37137, 37179, 37220, 37262, 37303, 37344, 37386, 37427, 37468, 37509, 37551, 37592, 37633, 37674, 37715, 37756, 37797, 37838, 37879, 37920, 37961, 38002, 38043, 38084, 38125, 38166, 38207, 38248, 38288, 38329, 38370, 38411, 38451, 38492, 38533, 38573, 38614, 38655, 38695, 38736, 38776, 38817, 38857, 38898, 38938, 38979, 39019, 39059, 39100, 39140, 39180, 39221, 39261, 39301, 39341, 39382, 39422, 39462, 39502, 39542, 39582, 39622, 39662, 39702, 39742, 39782, 39822, 39862, 39902, 39942, 39982, 40021, 40061, 40101, 40141, 40180, 40220, 40260, 40299, 40339, 40379, 40418, 40458, 40497, 40537, 40576, 40616, 40655, 40695, 40734, 40773, 40813, 40852, 40891, 40931, 40970, 41009, 41048, 41087, 41127, 41166, 41205, 41244, 41283, 41322, 41361, 41400, 41439, 41478, 41517, 41556, 41595, 41633, 41672, 41711, 41750, 41788, 41827, 41866, 41904, 41943, 41982, 42020, 42059, 42097, 42136, 42174, 42213, 42251, 42290, 42328, 42366, 42405, 42443, 42481, 42520, 42558, 42596, 42634, 42672, 42711, 42749, 42787, 42825, 42863, 42901, 42939, 42977, 43015, 43053, 43091, 43128, 43166, 43204, 43242, 43280, 43317, 43355, 43393, 43430, 43468, 43506, 43543, 43581, 43618, 43656, 43693, 43731, 43768, 43806, 43843, 43880, 43918, 43955, 43992, 44029, 44067, 44104, 44141, 44178, 44215, 44252, 44289, 44326, 44363, 44400, 44437, 44474, 44511, 44548, 44585, 44622, 44659, 44695, 44732, 44769, 44806, 44842, 44879, 44915, 44952, 44989, 45025, 45062, 45098, 45135, 45171, 45207, 45244, 45280, 45316, 45353, 45389, 45425, 45462, 45498, 45534, 45570, 45606, 45642, 45678, 45714, 45750, 45786, 45822, 45858, 45894, 45930, 45966, 46002, 46037, 46073, 46109, 46145, 46180, 46216, 46252, 46287, 46323, 46358, 46394, 46429, 46465, 46500, 46536, 46571, 46606, 46642, 46677, 46712, 46747, 46783, 46818, 46853, 46888, 46923, 46958, 46993, 47028, 47063, 47098, 47133, 47168, 47203, 47238, 47273, 47308, 47342, 47377, 47412, 47446, 47481, 47516, 47550, 47585, 47619, 47654, 47688, 47723, 47757, 47792, 47826, 47861, 47895, 47929, 47963, 47998, 48032, 48066, 48100, 48134, 48168, 48202, 48237, 48271, 48305, 48338, 48372, 48406, 48440, 48474, 48508, 48542, 48575, 48609, 48643, 48676, 48710, 48744, 48777, 48811, 48844, 48878, 48911, 48945, 48978, 49012, 49045, 49078, 49112, 49145, 49178, 49211, 49244, 49278, 49311, 49344, 49377, 49410, 49443, 49476, 49509, 49542, 49575, 49608, 49640, 49673, 49706, 49739, 49771, 49804, 49837, 49869, 49902, 49935, 49967, 50000, 50032, 50064, 50097, 50129, 50162, 50194, 50226, 50259, 50291, 50323, 50355, 50387, 50420, 50452, 50484, 50516, 50548, 50580, 50612, 50644, 50675, 50707, 50739, 50771, 50803, 50834, 50866, 50898, 50929, 50961, 50993, 51024, 51056, 51087, 51119, 51150, 51182, 51213, 51244, 51276, 51307, 51338, 51369, 51401, 51432, 51463, 51494, 51525, 51556, 51587, 51618, 51649, 51680, 51711, 51742, 51773, 51803, 51834, 51865, 51896, 51926, 51957, 51988, 52018, 52049, 52079, 52110, 52140, 52171, 52201, 52231, 52262, 52292, 52322, 52353, 52383, 52413, 52443, 52473, 52503, 52534, 52564, 52594, 52624, 52653, 52683, 52713, 52743, 52773, 52803, 52832, 52862, 52892, 52922, 52951, 52981, 53010, 53040, 53069, 53099, 53128, 53158, 53187, 53216, 53246, 53275, 53304, 53334, 53363, 53392, 53421, 53450, 53479, 53508, 53537, 53566, 53595, 53624, 53653, 53682, 53711, 53739, 53768, 53797, 53826, 53854, 53883, 53912, 53940, 53969, 53997, 54026, 54054, 54082, 54111, 54139, 54167, 54196, 54224, 54252, 54280, 54309, 54337, 54365, 54393, 54421, 54449, 54477, 54505, 54533, 54560, 54588, 54616, 54644, 54672, 54699, 54727, 54755, 54782, 54810, 54837, 54865, 54892, 54920, 54947, 54974, 55002, 55029, 55056, 55084, 55111, 55138, 55165, 55192, 55219, 55246, 55274, 55300, 55327, 55354, 55381, 55408, 55435, 55462, 55489, 55515, 55542, 55569, 55595, 55622, 55648, 55675, 55701, 55728, 55754, 55781, 55807, 55833, 55860, 55886, 55912, 55938, 55965, 55991, 56017, 56043, 56069, 56095, 56121, 56147, 56173, 56199, 56225, 56250, 56276, 56302, 56328, 56353, 56379, 56404, 56430, 56456, 56481, 56507, 56532, 56557, 56583, 56608, 56633, 56659, 56684, 56709, 56734, 56760, 56785, 56810, 56835, 56860, 56885, 56910, 56935, 56959, 56984, 57009, 57034, 57059, 57083, 57108, 57133, 57157, 57182, 57206, 57231, 57255, 57280, 57304, 57329, 57353, 57377, 57402, 57426, 57450, 57474, 57498, 57522, 57546, 57570, 57594, 57618, 57642, 57666, 57690, 57714, 57738, 57762, 57785, 57809, 57833, 57856, 57880, 57903, 57927, 57950, 57974, 57997, 58021, 58044, 58067, 58091, 58114, 58137, 58160, 58183, 58207, 58230, 58253, 58276, 58299, 58322, 58345, 58367, 58390, 58413, 58436, 58459, 58481, 58504, 58527, 58549, 58572, 58594, 58617, 58639, 58662, 58684, 58706, 58729, 58751, 58773, 58795, 58818, 58840, 58862, 58884, 58906, 58928, 58950, 58972, 58994, 59016, 59038, 59059, 59081, 59103, 59125, 59146, 59168, 59190, 59211, 59233, 59254, 59276, 59297, 59318, 59340, 59361, 59382, 59404, 59425, 59446, 59467, 59488, 59509, 59530, 59551, 59572, 59593, 59614, 59635, 59656, 59677, 59697, 59718, 59739, 59759, 59780, 59801, 59821, 59842, 59862, 59883, 59903, 59923, 59944, 59964, 59984, 60004, 60025, 60045, 60065, 60085, 60105, 60125, 60145, 60165, 60185, 60205, 60225, 60244, 60264, 60284, 60304, 60323, 60343, 60363, 60382, 60402, 60421, 60441, 60460, 60479, 60499, 60518, 60537, 60556, 60576, 60595, 60614, 60633, 60652, 60671, 60690, 60709, 60728, 60747, 60766, 60785, 60803, 60822, 60841, 60859, 60878, 60897, 60915, 60934, 60952, 60971, 60989, 61007, 61026, 61044, 61062, 61081, 61099, 61117, 61135, 61153, 61171, 61189, 61207, 61225, 61243, 61261, 61279, 61297, 61314, 61332, 61350, 61367, 61385, 61403, 61420, 61438, 61455, 61473, 61490, 61507, 61525, 61542, 61559, 61577, 61594, 61611, 61628, 61645, 61662, 61679, 61696, 61713, 61730, 61747, 61764, 61780, 61797, 61814, 61831, 61847, 61864, 61880, 61897, 61913, 61930, 61946, 61963, 61979, 61995, 62012, 62028, 62044, 62060, 62076, 62092, 62108, 62125, 62141, 62156, 62172, 62188, 62204, 62220, 62236, 62251, 62267, 62283, 62298, 62314, 62329, 62345, 62360, 62376, 62391, 62407, 62422, 62437, 62453, 62468, 62483, 62498, 62513, 62528, 62543, 62558, 62573, 62588, 62603, 62618, 62633, 62648, 62662, 62677, 62692, 62706, 62721, 62735, 62750, 62764, 62779, 62793, 62808, 62822, 62836, 62850, 62865, 62879, 62893, 62907, 62921, 62935, 62949, 62963, 62977, 62991, 63005, 63019, 63032, 63046, 63060, 63074, 63087, 63101, 63114, 63128, 63141, 63155, 63168, 63182, 63195, 63208, 63221, 63235, 63248, 63261, 63274, 63287, 63300, 63313, 63326, 63339, 63352, 63365, 63378, 63390, 63403, 63416, 63429, 63441, 63454, 63466, 63479, 63491, 63504, 63516, 63528, 63541, 63553, 63565, 63578, 63590, 63602, 63614, 63626, 63638, 63650, 63662, 63674, 63686, 63698, 63709, 63721, 63733, 63745, 63756, 63768, 63779, 63791, 63803, 63814, 63825, 63837, 63848, 63859, 63871, 63882, 63893, 63904, 63915, 63927, 63938, 63949, 63960, 63971, 63981, 63992, 64003, 64014, 64025, 64035, 64046, 64057, 64067, 64078, 64088, 64099, 64109, 64120, 64130, 64140, 64151, 64161, 64171, 64181, 64192, 64202, 64212, 64222, 64232, 64242, 64252, 64261, 64271, 64281, 64291, 64301, 64310, 64320, 64330, 64339, 64349, 64358, 64368, 64377, 64387, 64396, 64405, 64414, 64424, 64433, 64442, 64451, 64460, 64469, 64478, 64487, 64496, 64505, 64514, 64523, 64532, 64540, 64549, 64558, 64566, 64575, 64584, 64592, 64600, 64609, 64617, 64626, 64634, 64642, 64651, 64659, 64667, 64675, 64683, 64691, 64699, 64707, 64715, 64723, 64731, 64739, 64747, 64754, 64762, 64770, 64777, 64785, 64793, 64800, 64808, 64815, 64822, 64830, 64837, 64844, 64852, 64859, 64866, 64873, 64880, 64887, 64895, 64902, 64908, 64915, 64922, 64929, 64936, 64943, 64949, 64956, 64963, 64969, 64976, 64982, 64989, 64995, 65002, 65008, 65015, 65021, 65027, 65033, 65040, 65046, 65052, 65058, 65064, 65070, 65076, 65082, 65088, 65094, 65099, 65105, 65111, 65117, 65122, 65128, 65133, 65139, 65144, 65150, 65155, 65161, 65166, 65171, 65177, 65182, 65187, 65192, 65197, 65202, 65207, 65212, 65217, 65222, 65227, 65232, 65237, 65242, 65246, 65251, 65256, 65260, 65265, 65270, 65274, 65279, 65283, 65287, 65292, 65296, 65300, 65305, 65309, 65313, 65317, 65321, 65325, 65329, 65333, 65337, 65341, 65345, 65349, 65352, 65356, 65360, 65363, 65367, 65371, 65374, 65378, 65381, 65385, 65388, 65391, 65395, 65398, 65401, 65404, 65408, 65411, 65414, 65417, 65420, 65423, 65426, 65429, 65431, 65434, 65437, 65440, 65442, 65445, 65448, 65450, 65453, 65455, 65458, 65460, 65463, 65465, 65467, 65470, 65472, 65474, 65476, 65478, 65480, 65482, 65484, 65486, 65488, 65490, 65492, 65494, 65496, 65497, 65499, 65501, 65502, 65504, 65505, 65507, 65508, 65510, 65511, 65513, 65514, 65515, 65516, 65518, 65519, 65520, 65521, 65522, 65523, 65524, 65525, 65526, 65527, 65527, 65528, 65529, 65530, 65530, 65531, 65531, 65532, 65532, 65533, 65533, 65534, 65534, 65534, 65535, 65535, 65535, 65535, 65535, 65535, 65535 }; int tantoangle[2049] = { 0, 333772, 667544, 1001315, 1335086, 1668857, 2002626, 2336395, 2670163, 3003929, 3337694, 3671457, 4005219, 4338979, 4672736, 5006492, 5340245, 5673995, 6007743, 6341488, 6675230, 7008968, 7342704, 7676435, 8010164, 8343888, 8677609, 9011325, 9345037, 9678744, 10012447, 10346145, 10679838, 11013526, 11347209, 11680887, 12014558, 12348225, 12681885, 13015539, 13349187, 13682829, 14016464, 14350092, 14683714, 15017328, 15350936, 15684536, 16018129, 16351714, 16685291, 17018860, 17352422, 17685974, 18019518, 18353054, 18686582, 19020100, 19353610, 19687110, 20020600, 20354080, 20687552, 21021014, 21354466, 21687906, 22021338, 22354758, 22688168, 23021568, 23354956, 23688332, 24021698, 24355052, 24688396, 25021726, 25355046, 25688352, 26021648, 26354930, 26688200, 27021456, 27354702, 27687932, 28021150, 28354356, 28687548, 29020724, 29353888, 29687038, 30020174, 30353296, 30686404, 31019496, 31352574, 31685636, 32018684, 32351718, 32684734, 33017736, 33350722, 33683692, 34016648, 34349584, 34682508, 35015412, 35348300, 35681172, 36014028, 36346868, 36679688, 37012492, 37345276, 37678044, 38010792, 38343524, 38676240, 39008936, 39341612, 39674272, 40006912, 40339532, 40672132, 41004716, 41337276, 41669820, 42002344, 42334848, 42667332, 42999796, 43332236, 43664660, 43997060, 44329444, 44661800, 44994140, 45326456, 45658752, 45991028, 46323280, 46655512, 46987720, 47319908, 47652072, 47984212, 48316332, 48648428, 48980500, 49312548, 49644576, 49976580, 50308556, 50640512, 50972444, 51304352, 51636236, 51968096, 52299928, 52631740, 52963524, 53295284, 53627020, 53958728, 54290412, 54622068, 54953704, 55285308, 55616888, 55948444, 56279972, 56611472, 56942948, 57274396, 57605816, 57937212, 58268576, 58599916, 58931228, 59262512, 59593768, 59924992, 60256192, 60587364, 60918508, 61249620, 61580704, 61911760, 62242788, 62573788, 62904756, 63235692, 63566604, 63897480, 64228332, 64559148, 64889940, 65220696, 65551424, 65882120, 66212788, 66543420, 66874024, 67204600, 67535136, 67865648, 68196120, 68526568, 68856984, 69187360, 69517712, 69848024, 70178304, 70508560, 70838776, 71168960, 71499112, 71829224, 72159312, 72489360, 72819376, 73149360, 73479304, 73809216, 74139096, 74468936, 74798744, 75128520, 75458264, 75787968, 76117632, 76447264, 76776864, 77106424, 77435952, 77765440, 78094888, 78424304, 78753688, 79083032, 79412336, 79741608, 80070840, 80400032, 80729192, 81058312, 81387392, 81716432, 82045440, 82374408, 82703336, 83032224, 83361080, 83689896, 84018664, 84347400, 84676096, 85004760, 85333376, 85661952, 85990488, 86318984, 86647448, 86975864, 87304240, 87632576, 87960872, 88289128, 88617344, 88945520, 89273648, 89601736, 89929792, 90257792, 90585760, 90913688, 91241568, 91569408, 91897200, 92224960, 92552672, 92880336, 93207968, 93535552, 93863088, 94190584, 94518040, 94845448, 95172816, 95500136, 95827416, 96154648, 96481832, 96808976, 97136080, 97463136, 97790144, 98117112, 98444032, 98770904, 99097736, 99424520, 99751256, 100077944, 100404592, 100731192, 101057744, 101384248, 101710712, 102037128, 102363488, 102689808, 103016080, 103342312, 103668488, 103994616, 104320696, 104646736, 104972720, 105298656, 105624552, 105950392, 106276184, 106601928, 106927624, 107253272, 107578872, 107904416, 108229920, 108555368, 108880768, 109206120, 109531416, 109856664, 110181872, 110507016, 110832120, 111157168, 111482168, 111807112, 112132008, 112456856, 112781648, 113106392, 113431080, 113755720, 114080312, 114404848, 114729328, 115053760, 115378136, 115702464, 116026744, 116350960, 116675128, 116999248, 117323312, 117647320, 117971272, 118295176, 118619024, 118942816, 119266560, 119590248, 119913880, 120237456, 120560984, 120884456, 121207864, 121531224, 121854528, 122177784, 122500976, 122824112, 123147200, 123470224, 123793200, 124116120, 124438976, 124761784, 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531658080, 531827488, 531996800, 532166016, 532335168, 532504224, 532673184, 532842080, 533010912, 533179616, 533348288, 533516832, 533685312, 533853728, 534022048, 534190272, 534358432, 534526496, 534694496, 534862400, 535030240, 535197984, 535365632, 535533216, 535700704, 535868128, 536035456, 536202720, 536369888, 536536992, 536704000, 536870912 }; fixed_t *finecosine = &finesine[FINEANGLES / 4]; doomsday-1.14.5/doomsday/plugins/hexen/src/acfnlink.c0000664000175000017500000003207212350542240022035 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * acfnlink.c: */ // HEADER FILES ------------------------------------------------------------ #include "jhexen.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- actionlink_t actionlinks[] = { {"A_AddPlayerCorpse", A_AddPlayerCorpse}, {"A_BatMove", A_BatMove}, {"A_BatSpawn", A_BatSpawn}, {"A_BatSpawnInit", A_BatSpawnInit}, {"A_BellReset1", A_BellReset1}, {"A_BellReset2", A_BellReset2}, {"A_BishopAttack", A_BishopAttack}, {"A_BishopAttack2", A_BishopAttack2}, {"A_BishopChase", A_BishopChase}, {"A_BishopDecide", A_BishopDecide}, {"A_BishopDoBlur", A_BishopDoBlur}, {"A_BishopMissileSeek", A_BishopMissileSeek}, {"A_BishopMissileWeave", A_BishopMissileWeave}, {"A_BishopPainBlur", A_BishopPainBlur}, {"A_BishopPuff", A_BishopPuff}, {"A_BishopSpawnBlur", A_BishopSpawnBlur}, {"A_BounceCheck", A_BounceCheck}, {"A_BridgeInit", A_BridgeInit}, {"A_BridgeOrbit", A_BridgeOrbit}, {"A_CentaurAttack", A_CentaurAttack}, {"A_CentaurAttack2", A_CentaurAttack2}, {"A_CentaurDefend", A_CentaurDefend}, {"A_CentaurDropStuff", A_CentaurDropStuff}, {"A_CFlameAttack", A_CFlameAttack}, {"A_CFlameMissile", A_CFlameMissile}, {"A_CFlamePuff", A_CFlamePuff}, {"A_CFlameRotate", A_CFlameRotate}, {"A_Chase", A_Chase}, {"A_CheckBurnGone", A_CheckBurnGone}, {"A_CheckFloor", A_CheckFloor}, {"A_CheckSkullDone", A_CheckSkullDone}, {"A_CheckSkullFloor", A_CheckSkullFloor}, {"A_CheckTeleRing", A_CheckTeleRing}, {"A_CheckThrowBomb", A_CheckThrowBomb}, {"A_CHolyAttack", A_CHolyAttack}, {"A_CHolyAttack2", A_CHolyAttack2}, {"A_CHolyCheckScream", A_CHolyCheckScream}, {"A_CHolyPalette", A_CHolyPalette}, {"A_CHolySeek", A_CHolySeek}, {"A_CHolySpawnPuff", A_CHolySpawnPuff}, {"A_CHolyTail", A_CHolyTail}, {"A_ClassBossHealth", A_ClassBossHealth}, {"A_ClericAttack", A_ClericAttack}, {"A_CMaceAttack", A_CMaceAttack}, {"A_ContMobjSound", A_ContMobjSound}, {"A_CorpseBloodDrip", A_CorpseBloodDrip}, {"A_CorpseExplode", A_CorpseExplode}, {"A_CStaffAttack", A_CStaffAttack}, {"A_CStaffCheck", A_CStaffCheck}, {"A_CStaffCheckBlink", A_CStaffCheckBlink}, {"A_CStaffInitBlink", A_CStaffInitBlink}, {"A_CStaffMissileSlither", A_CStaffMissileSlither}, {"A_DelayGib", A_DelayGib}, {"A_Demon2Death", A_Demon2Death}, {"A_DemonAttack1", A_DemonAttack1}, {"A_DemonAttack2", A_DemonAttack2}, {"A_DemonDeath", A_DemonDeath}, {"A_DragonAttack", A_DragonAttack}, {"A_DragonCheckCrash", A_DragonCheckCrash}, {"A_DragonFlap", A_DragonFlap}, {"A_DragonFlight", A_DragonFlight}, {"A_DragonFX2", A_DragonFX2}, {"A_DragonInitFlight", A_DragonInitFlight}, {"A_DragonPain", A_DragonPain}, {"A_DropMace", A_DropMace}, {"A_ESound", A_ESound}, {"A_EttinAttack", A_EttinAttack}, {"A_Explode", A_Explode}, {"A_FaceTarget", A_FaceTarget}, {"A_FastChase", A_FastChase}, {"A_FAxeAttack", A_FAxeAttack}, {"A_FHammerAttack", A_FHammerAttack}, {"A_FHammerThrow", A_FHammerThrow}, {"A_FighterAttack", A_FighterAttack}, {"A_FireConePL1", A_FireConePL1}, {"A_FiredAttack", A_FiredAttack}, {"A_FiredChase", A_FiredChase}, {"A_FiredRocks", A_FiredRocks}, {"A_FiredSplotch", A_FiredSplotch}, {"A_FlameCheck", A_FlameCheck}, {"A_FloatGib", A_FloatGib}, {"A_FogMove", A_FogMove}, {"A_FogSpawn", A_FogSpawn}, {"A_FPunchAttack", A_FPunchAttack}, {"A_FreeTargMobj", A_FreeTargMobj}, {"A_FreezeDeath", A_FreezeDeath}, {"A_FreezeDeathChunks", A_FreezeDeathChunks}, {"A_FSwordAttack", A_FSwordAttack}, {"A_FSwordFlames", A_FSwordFlames}, {"A_HideThing", A_HideThing}, {"A_IceCheckHeadDone", A_IceCheckHeadDone}, {"A_IceGuyAttack", A_IceGuyAttack}, {"A_IceGuyChase", A_IceGuyChase}, {"A_IceGuyDie", A_IceGuyDie}, {"A_IceGuyLook", A_IceGuyLook}, {"A_IceGuyMissileExplode", A_IceGuyMissileExplode}, {"A_IceGuyMissilePuff", A_IceGuyMissilePuff}, {"A_IceSetTics", A_IceSetTics}, {"A_KBolt", A_KBolt}, {"A_KBoltRaise", A_KBoltRaise}, {"A_KoraxBonePop", A_KoraxBonePop}, {"A_KoraxChase", A_KoraxChase}, {"A_KoraxCommand", A_KoraxCommand}, {"A_KoraxDecide", A_KoraxDecide}, {"A_KoraxMissile", A_KoraxMissile}, {"A_KoraxStep", A_KoraxStep}, {"A_KoraxStep2", A_KoraxStep2}, {"A_KSpiritRoam", A_KSpiritRoam}, {"A_LastZap", A_LastZap}, {"A_LeafCheck", A_LeafCheck}, {"A_LeafSpawn", A_LeafSpawn}, {"A_LeafThrust", A_LeafThrust}, {"A_Light0", A_Light0}, {"A_LightningClip", A_LightningClip}, {"A_LightningReady", A_LightningReady}, {"A_LightningRemove", A_LightningRemove}, {"A_LightningZap", A_LightningZap}, {"A_Look", A_Look}, {"A_Lower", A_Lower}, {"A_MageAttack", A_MageAttack}, {"A_MinotaurAtk1", A_MinotaurAtk1}, {"A_MinotaurAtk2", A_MinotaurAtk2}, {"A_MinotaurAtk3", A_MinotaurAtk3}, {"A_MinotaurCharge", A_MinotaurCharge}, {"A_MinotaurChase", A_MinotaurChase}, {"A_MinotaurDecide", A_MinotaurDecide}, {"A_MinotaurFade0", A_MinotaurFade0}, {"A_MinotaurFade1", A_MinotaurFade1}, {"A_MinotaurFade2", A_MinotaurFade2}, {"A_MinotaurLook", A_MinotaurLook}, {"A_MinotaurRoam", A_MinotaurRoam}, {"A_MLightningAttack", A_MLightningAttack}, {"A_MntrFloorFire", A_MntrFloorFire}, {"A_MStaffAttack", A_MStaffAttack}, {"A_MStaffPalette", A_MStaffPalette}, {"A_MStaffTrack", A_MStaffTrack}, {"A_MStaffWeave", A_MStaffWeave}, {"A_MWandAttack", A_MWandAttack}, {"A_NoBlocking", A_NoBlocking}, {"A_NoGravity", A_NoGravity}, {"A_Pain", A_Pain}, {"A_PigAttack", A_PigAttack}, {"A_PigChase", A_PigChase}, {"A_PigLook", A_PigLook}, {"A_PigPain", A_PigPain}, {"A_PoisonBagCheck", A_PoisonBagCheck}, {"A_PoisonBagDamage", A_PoisonBagDamage}, {"A_PoisonBagInit", A_PoisonBagInit}, {"A_PoisonShroom", A_PoisonShroom}, {"A_PotteryCheck", A_PotteryCheck}, {"A_PotteryChooseBit", A_PotteryChooseBit}, {"A_PotteryExplode", A_PotteryExplode}, {"A_Quake", A_Quake}, {"A_QueueCorpse", A_QueueCorpse}, {"A_Raise", A_Raise}, {"A_ReFire", A_ReFire}, {"A_RestoreArtifact", A_RestoreArtifact}, {"A_RestoreSpecialThing1", A_RestoreSpecialThing1}, {"A_RestoreSpecialThing2", A_RestoreSpecialThing2}, {"A_Scream", A_Scream}, {"A_SerpentBirthScream", A_SerpentBirthScream}, {"A_SerpentChase", A_SerpentChase}, {"A_SerpentCheckForAttack", A_SerpentCheckForAttack}, {"A_SerpentChooseAttack", A_SerpentChooseAttack}, {"A_SerpentDiveSound", A_SerpentDiveSound}, {"A_SerpentHeadCheck", A_SerpentHeadCheck}, {"A_SerpentHeadPop", A_SerpentHeadPop}, {"A_SerpentHide", A_SerpentHide}, {"A_SerpentHumpDecide", A_SerpentHumpDecide}, {"A_SerpentLowerHump", A_SerpentLowerHump}, {"A_SerpentMeleeAttack", A_SerpentMeleeAttack}, {"A_SerpentMissileAttack", A_SerpentMissileAttack}, {"A_SerpentRaiseHump", A_SerpentRaiseHump}, {"A_SerpentSpawnGibs", A_SerpentSpawnGibs}, {"A_SerpentUnHide", A_SerpentUnHide}, {"A_SerpentWalk", A_SerpentWalk}, {"A_SetAltShadow", A_SetAltShadow}, {"A_SetReflective", A_SetReflective}, {"A_SetShootable", A_SetShootable}, {"A_ShedShard", A_ShedShard}, {"A_SinkGib", A_SinkGib}, {"A_SkullPop", A_SkullPop}, {"A_SmBounce", A_SmBounce}, {"A_SmokePuffExit", A_SmokePuffExit}, {"A_SnoutAttack", A_SnoutAttack}, {"A_SoAExplode", A_SoAExplode}, {"A_SorcBallOrbit", A_SorcBallOrbit}, {"A_SorcBallPop", A_SorcBallPop}, {"A_SorcBossAttack", A_SorcBossAttack}, {"A_SorcererBishopEntry", A_SorcererBishopEntry}, {"A_SorcFX1Seek", A_SorcFX1Seek}, {"A_SorcFX2Orbit", A_SorcFX2Orbit}, {"A_SorcFX2Split", A_SorcFX2Split}, {"A_SorcFX4Check", A_SorcFX4Check}, {"A_SorcSpinBalls", A_SorcSpinBalls}, {"A_SpawnBishop", A_SpawnBishop}, {"A_SpawnFizzle", A_SpawnFizzle}, {"A_SpeedBalls", A_SpeedBalls}, {"A_SpeedFade", A_SpeedFade}, {"A_Summon", A_Summon}, {"A_TeloSpawnA", A_TeloSpawnA}, {"A_TeloSpawnB", A_TeloSpawnB}, {"A_TeloSpawnC", A_TeloSpawnC}, {"A_TeloSpawnD", A_TeloSpawnD}, {"A_ThrustBlock", A_ThrustBlock}, {"A_ThrustImpale", A_ThrustImpale}, {"A_ThrustInitDn", A_ThrustInitDn}, {"A_ThrustInitUp", A_ThrustInitUp}, {"A_ThrustLower", A_ThrustLower}, {"A_ThrustRaise", A_ThrustRaise}, {"A_TreeDeath", A_TreeDeath}, {"A_UnHideThing", A_UnHideThing}, {"A_UnSetInvulnerable", A_UnSetInvulnerable}, {"A_UnSetReflective", A_UnSetReflective}, {"A_UnSetShootable", A_UnSetShootable}, {"A_WeaponReady", A_WeaponReady}, {"A_WraithChase", A_WraithChase}, {"A_WraithFX2", A_WraithFX2}, {"A_WraithFX3", A_WraithFX3}, {"A_WraithInit", A_WraithInit}, {"A_WraithLook", A_WraithLook}, {"A_WraithMelee", A_WraithMelee}, {"A_WraithMissile", A_WraithMissile}, {"A_WraithRaise", A_WraithRaise}, {"A_WraithRaiseInit", A_WraithRaiseInit}, {"A_ZapMimic", A_ZapMimic}, // Inventory: {"A_Invulnerability", A_Invulnerability}, {"A_Health", A_Health}, {"A_SuperHealth", A_SuperHealth}, {"A_HealRadius", A_HealRadius}, {"A_SummonTarget", A_SummonTarget}, {"A_Torch", A_Torch}, {"A_Egg", A_Egg}, {"A_Wings", A_Wings}, {"A_BlastRadius", A_BlastRadius}, {"A_PoisonBag", A_PoisonBag}, {"A_TeleportOther", A_TeleportOther}, {"A_Speed", A_Speed}, {"A_BoostMana", A_BoostMana}, {"A_BoostArmor", A_BoostArmor}, {"A_Teleport", A_Teleport}, {"A_PuzzSkull", A_PuzzSkull}, {"A_PuzzGemBig", A_PuzzGemBig}, {"A_PuzzGemRed", A_PuzzGemRed}, {"A_PuzzGemGreen1", A_PuzzGemGreen1}, {"A_PuzzGemGreen2", A_PuzzGemGreen2}, {"A_PuzzGemBlue1", A_PuzzGemBlue1}, {"A_PuzzGemBlue2", A_PuzzGemBlue2}, {"A_PuzzBook1", A_PuzzBook1}, {"A_PuzzBook2", A_PuzzBook2}, {"A_PuzzSkull2", A_PuzzSkull2}, {"A_PuzzFWeapon", A_PuzzFWeapon}, {"A_PuzzCWeapon", A_PuzzCWeapon}, {"A_PuzzMWeapon", A_PuzzMWeapon}, {"A_PuzzGear1", A_PuzzGear1}, {"A_PuzzGear2", A_PuzzGear2}, {"A_PuzzGear3", A_PuzzGear3}, {"A_PuzzGear4", A_PuzzGear4}, {0, 0} }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- doomsday-1.14.5/doomsday/plugins/hexen/src/hrefresh.c0000664000175000017500000002603212350542240022055 0ustar jaakkojaakko/**\file hrefresh.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include "jhexen.h" #include "dmu_lib.h" #include "r_common.h" #include "p_mapsetup.h" #include "g_controls.h" #include "g_common.h" #include "hu_menu.h" #include "hu_msg.h" #include "hu_pspr.h" #include "hu_log.h" #include "hu_stuff.h" #include "am_map.h" #include "x_hair.h" #include "p_tick.h" #include "hu_automap.h" float quitDarkenOpacity = 0; dd_bool R_ViewFilterColor(float rgba[4], int filter) { if(!rgba) return false; // We have to choose the right color and alpha. if(filter >= STARTREDPALS && filter < STARTREDPALS + NUMREDPALS) { // Red. rgba[CR] = 1; rgba[CG] = 0; rgba[CB] = 0; rgba[CA] = (G_Ruleset_Deathmatch()? 1.0f : cfg.filterStrength) * filter / 8.f; // Full red with filter 8. return true; } else if(filter >= STARTBONUSPALS && filter < STARTBONUSPALS + NUMBONUSPALS) { // Light Yellow. rgba[CR] = 1; rgba[CG] = 1; rgba[CB] = .5f; rgba[CA] = cfg.filterStrength * (filter - STARTBONUSPALS + 1) / 16.f; return true; } else if(filter >= STARTPOISONPALS && filter < STARTPOISONPALS + NUMPOISONPALS) { // Green. rgba[CR] = 0; rgba[CG] = 1; rgba[CB] = 0; rgba[CA] = cfg.filterStrength * (filter - STARTPOISONPALS + 1) / 16.f; return true; } else if(filter >= STARTSCOURGEPAL) { // Orange. rgba[CR] = 1; rgba[CG] = .5f; rgba[CB] = 0; rgba[CA] = cfg.filterStrength * (STARTSCOURGEPAL + 3 - filter) / 6.f; return true; } else if(filter >= STARTHOLYPAL) { // White. rgba[CR] = 1; rgba[CG] = 1; rgba[CB] = 1; rgba[CA] = cfg.filterStrength * (STARTHOLYPAL + 3 - filter) / 6.f; return true; } else if(filter == STARTICEPAL) { // Light blue. rgba[CR] = .5f; rgba[CG] = .5f; rgba[CB] = 1; rgba[CA] = cfg.filterStrength * .4f; return true; } if(filter) Con_Error("R_ViewFilterColor: Strange filter number: %d.\n", filter); return false; } /** * Sets the new palette based upon the current values of * player_t->damageCount and player_t->bonusCount. */ void R_UpdateViewFilter(int player) { player_t* plr = players + player; int palette = 0; if(IS_DEDICATED && !player) return; if(player < 0 || player >= MAXPLAYERS) return; // Not currently present? if(!plr->plr->inGame) return; if(G_GameState() == GS_MAP) { if(plr->overridePalette) { // Special palette that overrides the normal poison/pain/etc. // Used by some weapon psprites. palette = plr->overridePalette; } else if(plr->poisonCount) { palette = (plr->poisonCount + 7) >> 3; if(palette >= NUMPOISONPALS) { palette = NUMPOISONPALS - 1; } palette += STARTPOISONPALS; } else if(plr->damageCount) { palette = (plr->damageCount + 7) >> 3; if(palette >= NUMREDPALS) { palette = NUMREDPALS - 1; } palette += STARTREDPALS; } else if(plr->bonusCount) { palette = (plr->bonusCount + 7) >> 3; if(palette >= NUMBONUSPALS) { palette = NUMBONUSPALS - 1; } palette += STARTBONUSPALS; } else if(plr->plr->mo->flags2 & MF2_ICEDAMAGE) { // Frozen player palette = STARTICEPAL; } } // $democam if(palette) { plr->plr->flags |= DDPF_VIEW_FILTER; R_ViewFilterColor(plr->plr->filterColor, palette); } else { plr->plr->flags &= ~DDPF_VIEW_FILTER; } } void G_RendPlayerView(int player) { player_t* plr = &players[player]; dd_bool special200 = false; float pspriteOffsetY; if(!plr->plr->mo) { App_Log(DE2_DEV_GL_ERROR, "Rendering view of player %i, who has no mobj!", player); return; } if(IS_CLIENT) { // Server updates mobj flags in NetSv_Ticker. R_SetAllDoomsdayFlags(); } // Check for the sector special 200: use sky2. // I wonder where this is used? if(P_ToXSector(Mobj_Sector(plr->plr->mo))->special == 200) { special200 = true; R_SkyParams(0, DD_DISABLE, NULL); R_SkyParams(1, DD_ENABLE, NULL); } pspriteOffsetY = HU_PSpriteYOffset(plr); DD_SetVariable(DD_PSPRITE_OFFSET_Y, &pspriteOffsetY); // $democam GL_SetFilter((plr->plr->flags & DDPF_USE_VIEW_FILTER)? true : false); if(plr->plr->flags & DDPF_USE_VIEW_FILTER) { const float* color = plr->plr->filterColor; GL_SetFilterColor(color[CR], color[CG], color[CB], color[CA]); } // Render the view with possible custom filters. R_RenderPlayerView(player); if(special200) { R_SkyParams(0, DD_ENABLE, NULL); R_SkyParams(1, DD_DISABLE, NULL); } } #if 0 static void rendHUD(int player, const RectRaw* portGeometry) { if(player < 0 || player >= MAXPLAYERS) return; if(G_GameState() != GS_MAP) return; if(IS_CLIENT && (!Get(DD_GAME_READY) || !Get(DD_GOTFRAME))) return; if(!DD_GetInteger(DD_GAME_DRAW_HUD_HINT)) return; // The engine advises not to draw any HUD displays. ST_Drawer(player); HU_DrawScoreBoard(player); Hu_MapTitleDrawer(portGeometry); } void X_DrawViewPort(int port, const RectRaw* portGeometry, const RectRaw* windowGeometry, int player, int layer) { if(layer != 0) { rendHUD(player, portGeometry); return; } switch(G_GameState()) { case GS_MAP: { player_t* plr = players + player; if(!ST_AutomapObscures2(player, windowGeometry)) { if(IS_CLIENT && (!Get(DD_GAME_READY) || !Get(DD_GOTFRAME))) return; rendPlayerView(player); // Crosshair. if(!(P_MobjIsCamera(plr->plr->mo) && Get(DD_PLAYBACK))) // $democam X_Drawer(player); } break; } case GS_STARTUP: DGL_DrawRectf2Color(0, 0, portGeometry->size.width, portGeometry->size.height, 0, 0, 0, 1); break; default: break; } } #endif void X_DrawWindow(const Size2Raw* windowSize) { if(G_GameState() == GS_INTERMISSION) { IN_Drawer(); } // Draw HUD displays; menu, messages. Hu_Drawer(); if(G_QuitInProgress()) { DGL_DrawRectf2Color(0, 0, 320, 200, 0, 0, 0, quitDarkenOpacity); } } void X_EndFrame(void) { int i; SN_UpdateActiveSequences(); if(G_GameState() != GS_MAP) return; for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = players + i; if(!plr->plr->inGame || !plr->plr->mo) continue; // View angles are updated with fractional ticks, so we can just use the current values. R_SetViewAngle(i, Player_ViewYawAngle(i)); R_SetViewPitch(i, plr->plr->lookDir); } } /** * Updates ddflags of all visible mobjs (in sectorlinks). * Not strictly necessary (in single player games at least) but here * we tell the engine about light-emitting objects, special effects, * object properties (solid, local, low/nograv, etc.), color translation * and other interesting little details. */ void R_SetAllDoomsdayFlags(void) { int i; mobj_t *mo; if(G_GameState() != GS_MAP) return; // Only visible things are in the sector thinglists, so this is good. for(i = 0; i < numsectors; ++i) for(mo = P_GetPtr(DMU_SECTOR, i, DMT_MOBJS); mo; mo = mo->sNext) { if(IS_CLIENT && mo->ddFlags & DDMF_REMOTE) { Mobj_UpdateTranslationClassAndMap(mo); continue; } // Reset the flags for a new frame. mo->ddFlags &= DDMF_CLEAR_MASK; if(mo->flags & MF_LOCAL) mo->ddFlags |= DDMF_LOCAL; if(mo->flags & MF_SOLID) mo->ddFlags |= DDMF_SOLID; if(mo->flags & MF_MISSILE) mo->ddFlags |= DDMF_MISSILE; if(mo->flags2 & MF2_FLY) mo->ddFlags |= DDMF_FLY | DDMF_NOGRAVITY; if(mo->flags2 & MF2_FLOATBOB) mo->ddFlags |= DDMF_BOB | DDMF_NOGRAVITY; if(mo->flags2 & MF2_LOGRAV) mo->ddFlags |= DDMF_LOWGRAVITY; if(mo->flags & MF_NOGRAVITY /* || mo->flags2 & MF2_FLY */ ) mo->ddFlags |= DDMF_NOGRAVITY; // $democam: cameramen are invisible. if(P_MobjIsCamera(mo)) mo->ddFlags |= DDMF_DONTDRAW; // Choose which ddflags to set. if(mo->flags2 & MF2_DONTDRAW) { mo->ddFlags |= DDMF_DONTDRAW; continue; // No point in checking the other flags. } if((mo->flags & MF_BRIGHTSHADOW) == MF_BRIGHTSHADOW) mo->ddFlags |= DDMF_BRIGHTSHADOW; else { if(mo->flags & MF_SHADOW) mo->ddFlags |= DDMF_SHADOW; if(mo->flags & MF_ALTSHADOW || (cfg.translucentIceCorpse && mo->flags & MF_ICECORPSE)) mo->ddFlags |= DDMF_ALTSHADOW; } if((mo->flags & MF_VIEWALIGN && !(mo->flags & MF_MISSILE)) || mo->flags & MF_FLOAT || (mo->flags & MF_MISSILE && !(mo->flags & MF_VIEWALIGN))) mo->ddFlags |= DDMF_VIEWALIGN; Mobj_UpdateTranslationClassAndMap(mo); // An offset for the light emitted by this object. /* Class = MobjLightOffsets[mo->type]; if(Class < 0) Class = 8-Class; // Class must now be in range 0-15. mo->ddFlags |= Class << DDMF_LIGHTOFFSETSHIFT; */ // The Mage's ice shards need to be a bit smaller. // This'll make them half the normal size. /*if(mo->type == MT_SHARDFX1) mo->ddFlags |= 2 << DDMF_LIGHTSCALESHIFT;*/ } } doomsday-1.14.5/doomsday/plugins/hexen/src/in_lude.c0000664000175000017500000003017612350542240021672 0ustar jaakkojaakko/**\file in_lude.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Intermission screens - jHexen specific. */ // HEADER FILES ------------------------------------------------------------ #include #include #include "jhexen.h" #include "d_net.h" #include "hu_stuff.h" #include "hu_menu.h" #include "g_common.h" #include "am_map.h" // MACROS ------------------------------------------------------------------ #define TEXTSPEED (3) #define TEXTWAIT (140) #define TALLY_EFFECT_TICKS (20) #define TALLY_FINAL_X_DELTA (23 * FRACUNIT) #define TALLY_FINAL_Y_DELTA (13 * FRACUNIT) #define TALLY_START_XPOS (178 * FRACUNIT) #define TALLY_STOP_XPOS (90 * FRACUNIT) #define TALLY_START_YPOS (132 * FRACUNIT) #define TALLY_STOP_YPOS (83 * FRACUNIT) #define TALLY_TOP_X (85) #define TALLY_TOP_Y (9) #define TALLY_LEFT_X (7) #define TALLY_LEFT_Y (71) #define TALLY_TOTALS_X (291) #define MAX_INTRMSN_MESSAGE_SIZE (1024) // TYPES ------------------------------------------------------------------- typedef enum gametype_e { SINGLE, COOPERATIVE, DEATHMATCH } gametype_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- static void IN_WaitStop(void); static void loadPics(void); static void unloadPics(void); static void CheckForSkip(void); static void initStats(void); static void drawDeathTally(void); static void drawNumber(int val, int x, int y, int wrapThresh); static void drawNumberBold(int val, int x, int y, int wrapThresh); // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DECLARATIONS ------------------------------------------------ dd_bool intermission; int interState = 0; int overrideHubMsg = 0; // Override the hub transition message when 1. // PRIVATE DATA DEFINITIONS ------------------------------------------------ // Used for timing of background animation. static int bcnt; static dd_bool skipIntermission; static int interTime = -1; static gametype_t gameType; static int cnt; static int slaughterBoy; // In DM, the player with the most kills. static signed int totalFrags[MAXPLAYERS]; static int hubCount; static patchid_t dpTallyTop; static patchid_t dpTallyLeft; // CODE -------------------------------------------------------------------- void WI_Register(void) { cvartemplate_t cvars[] = { { "inlude-stretch", 0, CVT_BYTE, &cfg.inludeScaleMode, SCALEMODE_FIRST, SCALEMODE_LAST }, { "inlude-patch-replacement", 0, CVT_INT, &cfg.inludePatchReplaceMode, PRM_FIRST, PRM_LAST }, { NULL } }; Con_AddVariableList(cvars); } void WI_initVariables(void /* wbstartstruct_t* wbstartstruct */) { /* wbs = wbstartstruct; #ifdef RANGECHECK if(gameMode != commercial) { if(gameMode == retail) RNGCHECK(wbs->epsd, 0, 3); else RNGCHECK(wbs->epsd, 0, 2); } else { RNGCHECK(wbs->last, 0, 8); RNGCHECK(wbs->next, 0, 8); } RNGCHECK(wbs->pnum, 0, MAXPLAYERS); RNGCHECK(wbs->pnum, 0, MAXPLAYERS); #endif accelerateStage = 0; cnt =*/ bcnt = 0; /* firstRefresh = 1; me = wbs->pNum; myTeam = cfg.playerColor[wbs->pNum]; plrs = wbs->plyr; if(!wbs->maxKills) wbs->maxKills = 1; if(!wbs->maxItems) wbs->maxItems = 1; if(!wbs->maxSecret) wbs->maxSecret = 1; if(gameMode != retail) if(wbs->epsd > 2) wbs->epsd -= 3;*/ intermission = true; interState = 0; skipIntermission = false; interTime = 0; } void IN_Init(void) { DENG_ASSERT(G_Ruleset_Deathmatch()); WI_initVariables(); loadPics(); initStats(); } void IN_WaitStop(void) { if(!--cnt) { IN_Stop(); G_IntermissionDone(); } } void IN_Stop(void) { NetSv_Intermission(IMF_END, 0, 0); unloadPics(); intermission = false; } /** * Initializes the stats for single player mode. */ static void initStats(void) { int i, j, slaughterFrags, posNum, slaughterCount, playerCount; gameType = DEATHMATCH; slaughterBoy = 0; slaughterFrags = -9999; posNum = 0; playerCount = 0; slaughterCount = 0; for(i = 0; i < MAXPLAYERS; ++i) { totalFrags[i] = 0; if(players[i].plr->inGame) { playerCount++; for(j = 0; j < MAXPLAYERS; ++j) { if(players[i].plr->inGame) { totalFrags[i] += players[i].frags[j]; } } posNum++; } if(totalFrags[i] > slaughterFrags) { slaughterBoy = 1 << i; slaughterFrags = totalFrags[i]; slaughterCount = 1; } else if(totalFrags[i] == slaughterFrags) { slaughterBoy |= 1 << i; slaughterCount++; } } if(playerCount == slaughterCount) { // don't do the slaughter stuff if everyone is equal slaughterBoy = 0; } } static void loadPics(void) { if(gameType != SINGLE) { dpTallyTop = R_DeclarePatch("TALLYTOP"); dpTallyLeft = R_DeclarePatch("TALLYLFT"); } } static void unloadPics(void) { // Nothing to do. } void IN_Ticker(void) { if(!intermission) { return; } if(interState) { IN_WaitStop(); return; } skipIntermission = false; CheckForSkip(); // Counter for general background animation. bcnt++; interTime++; if(skipIntermission || (gameType == SINGLE && !hubCount)) { interState = 1; NetSv_Intermission(IMF_STATE, interState, 0); cnt = 10; skipIntermission = false; } } void IN_SkipToNext(void) { skipIntermission = 1; } /** * Check to see if any player hit a key. */ static void CheckForSkip(void) { static dd_bool triedToSkip; int i; player_t *player; for(i = 0, player = players; i < MAXPLAYERS; ++i, player++) { if(player->plr->inGame) { if(player->brain.attack) { if(!player->attackDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_FIRE, 0); else IN_SkipToNext(); } player->attackDown = true; } else { player->attackDown = false; } if(player->brain.use) { if(!player->useDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_USE, 0); else IN_SkipToNext(); } player->useDown = true; } else { player->useDown = false; } } } if(G_Ruleset_Deathmatch() && interTime < 140) { // Wait for 4 seconds before allowing a skip. if(skipIntermission == 1) { triedToSkip = true; skipIntermission = 0; } } else { if(triedToSkip) { skipIntermission = 1; triedToSkip = false; } } } void IN_Drawer(void) { dgl_borderedprojectionstate_t bp; lumpnum_t lumpNum; if(!intermission || interState) return; GL_ConfigureBorderedProjection(&bp, BPF_OVERDRAW_MASK|BPF_OVERDRAW_CLIP, SCREENWIDTH, SCREENHEIGHT, Get(DD_WINDOW_WIDTH), Get(DD_WINDOW_HEIGHT), cfg.inludeScaleMode); GL_BeginBorderedProjection(&bp); lumpNum = W_GetLumpNumForName("INTERPIC"); if(lumpNum >= 0) { DGL_Color4f(1, 1, 1, 1); DGL_SetRawImage(lumpNum, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_Enable(DGL_TEXTURE_2D); DGL_DrawRectf2(0, 0, SCREENWIDTH, SCREENHEIGHT); DGL_Disable(DGL_TEXTURE_2D); } if(gameType != SINGLE) { drawDeathTally(); } GL_EndBorderedProjection(&bp); } static void drawDeathTally(void) { static dd_bool showTotals; fixed_t xPos, yPos, xDelta, yDelta, xStart, scale; int i, j, x, y; dd_bool bold; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY(dpTallyTop, TALLY_TOP_X, TALLY_TOP_Y); GL_DrawPatchXY(dpTallyLeft, TALLY_LEFT_X, TALLY_LEFT_Y); if(interTime < TALLY_EFFECT_TICKS) { showTotals = false; scale = (interTime * FRACUNIT) / TALLY_EFFECT_TICKS; xDelta = FixedMul(scale, TALLY_FINAL_X_DELTA); yDelta = FixedMul(scale, TALLY_FINAL_Y_DELTA); xStart = TALLY_START_XPOS - FixedMul(scale, TALLY_START_XPOS - TALLY_STOP_XPOS); yPos = TALLY_START_YPOS - FixedMul(scale, TALLY_START_YPOS - TALLY_STOP_YPOS); } else { xDelta = TALLY_FINAL_X_DELTA; yDelta = TALLY_FINAL_Y_DELTA; xStart = TALLY_STOP_XPOS; yPos = TALLY_STOP_YPOS; } if(interTime >= TALLY_EFFECT_TICKS && showTotals == false) { showTotals = true; S_StartSound(SFX_PLATFORM_STOP, NULL); } y = yPos >> FRACBITS; FR_SetFont(FID(GF_FONTA)); FR_LoadDefaultAttrib(); for(i = 0; i < MAXPLAYERS; ++i) { xPos = xStart; for(j = 0; j < MAXPLAYERS; ++j, xPos += xDelta) { x = xPos >> FRACBITS; bold = (i == CONSOLEPLAYER || j == CONSOLEPLAYER); if(players[i].plr->inGame && players[j].plr->inGame) { if(bold) { drawNumberBold(players[i].frags[j], x, y, 100); } else { drawNumber(players[i].frags[j], x, y, 100); } } else { if(bold) { FR_SetColorAndAlpha(1, 0.7f, 0.3f, 1); FR_DrawTextXY3("--", x, y, ALIGN_TOP, DTF_NO_EFFECTS); } else { FR_SetColorAndAlpha(1, 1, 1, 1); FR_DrawTextXY("--", x, y); } } } if(showTotals && players[i].plr->inGame && !((slaughterBoy & (1 << i)) && !(interTime & 16))) { drawNumber(totalFrags[i], TALLY_TOTALS_X, y, 1000); } yPos += yDelta; y = yPos >> FRACBITS; } DGL_Disable(DGL_TEXTURE_2D); } static void drawNumber(int val, int x, int y, int wrapThresh) { char buf[8] = "XX"; if(!(val < -9 && wrapThresh < 1000)) { sprintf(buf, "%d", val >= wrapThresh ? val % wrapThresh : val); } FR_SetColorAndAlpha(1, 1, 1, 1); FR_DrawTextXY3(buf, x, y, ALIGN_TOP, DTF_NO_EFFECTS); } static void drawNumberBold(int val, int x, int y, int wrapThresh) { char buf[8] = "XX"; if(!(val < -9 && wrapThresh < 1000)) { sprintf(buf, "%d", val >= wrapThresh ? val % wrapThresh : val); } FR_SetColorAndAlpha(1, 0.7f, 0.3f, 1); FR_DrawTextXY3(buf, x, y, ALIGN_TOP, DTF_NO_EFFECTS); } doomsday-1.14.5/doomsday/plugins/hexen/src/p_setup.c0000664000175000017500000001437612350542240021736 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_setup. Custom map data properties - jHexen specific. */ // HEADER FILES ------------------------------------------------------------ #include "jhexen.h" #include "am_map.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Called during pre-init. * Register the map object data types we want to Doomsday to make public via * it's MPE interface. */ void P_RegisterMapObjs(void) { P_RegisterMapObj(MO_THING, "Thing"); P_RegisterMapObjProperty(MO_THING, MO_ID, "ID", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_X, "X", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Y, "Y", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Z, "Z", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_ANGLE, "Angle", DDVT_ANGLE); P_RegisterMapObjProperty(MO_THING, MO_DOOMEDNUM, "DoomEdNum", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_SKILLMODES, "SkillModes", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_FLAGS, "Flags", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_SPECIAL, "Special", DDVT_BYTE); P_RegisterMapObjProperty(MO_THING, MO_ARG0, "Arg0", DDVT_BYTE); P_RegisterMapObjProperty(MO_THING, MO_ARG1, "Arg1", DDVT_BYTE); P_RegisterMapObjProperty(MO_THING, MO_ARG2, "Arg2", DDVT_BYTE); P_RegisterMapObjProperty(MO_THING, MO_ARG3, "Arg3", DDVT_BYTE); P_RegisterMapObjProperty(MO_THING, MO_ARG4, "Arg4", DDVT_BYTE); P_RegisterMapObj(MO_XLINEDEF, "XLinedef"); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TYPE, "Type", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_ARG0, "Arg0", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_ARG1, "Arg1", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_ARG2, "Arg2", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_ARG3, "Arg3", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_ARG4, "Arg4", DDVT_BYTE); P_RegisterMapObjProperty(MO_XLINEDEF, MO_FLAGS, "Flags", DDVT_SHORT); P_RegisterMapObj(MO_XSECTOR, "XSector"); P_RegisterMapObjProperty(MO_XSECTOR, MO_TAG, "Tag", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_TYPE, "Type", DDVT_SHORT); } /** * \todo This is actually unnecessary. If we say that in the case of BOOM * overloaded texture names, rather than setting the surface material as * normal, the map converter should instead write to a property in XLinedef * which the game can then look up later. * * Doomsday will call this when loading the map data if it encounters a * value that it doesn't understand for a property IT handles. * * Doomsday thinks we might know what to do with it... * If we don't know what to do we'll return -1. * * @param id Index of the current element being read. * @param dtype DMU type identifier. * @param prop DMU property identifier. * @param type Data type id of the value pointed to by *data. * @param *data Ptr to the data value (has already been expanded, * size converted and endian converted where necessary). */ int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void *data) { switch(dtype) { case DMU_SURFACE: switch(prop) { case DMU_MATERIAL: /** * It could be a BOOM overloaded texture name? * In this context Doomsday expects either -1 (a bad texture name) * Or the id of a wall texture it should set to this section. * \todo Add code to determine what to do. */ break; default: break; } break; default: break; } return -1; // We ain't got a clue what to do with it... } /** * These status reports inform us of what Doomsday is doing to a particular * map data object (at any time) that we might want to react to. * * If we arn't interested in the report - we should simply return true and * take no further action. * * @param code ID code of the status report (enum in dd_share.h) * @param id Map data object id. * @param type Map data object type eg DMU_SECTOR. * @param data Any relevant data for this report (currently unused). */ int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void *data) { switch(code) { case DMUSC_LINE_FIRSTRENDERED: /** * Called the first time the given line is rendered. * *data is a pointer to int, giving the player id which has seen it. * We'll utilize this to mark it as being visible in the automap. */ P_SetLineAutomapVisibility(*(int*)data, id, true); break; default: break; } return 1; } doomsday-1.14.5/doomsday/plugins/hexen/src/m_cheat.c0000664000175000017500000005517512350542240021661 0ustar jaakkojaakko/** @file m_cheat.c Cheat code sequences * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jhexen.h" #include "d_net.h" #include "g_common.h" #include "player.h" #include "am_map.h" #include "hu_msg.h" #include "dmu_lib.h" #include "p_user.h" #include "p_inventory.h" #include "g_eventsequence.h" typedef eventsequencehandler_t cheatfunc_t; /// Helper macro for forming cheat callback function names. #define CHEAT(x) G_Cheat##x /// Helper macro for declaring cheat callback functions. #define CHEAT_FUNC(x) int G_Cheat##x(int player, const EventSequenceArg* args, int numArgs) /// Helper macro for registering new cheat event sequence handlers. #define ADDCHEAT(name, callback) G_AddEventSequence((name), CHEAT(callback)) /// Helper macro for registering new cheat event sequence command handlers. #define ADDCHEATCMD(name, cmdTemplate) G_AddEventSequenceCommand((name), cmdTemplate) CHEAT_FUNC(Class); CHEAT_FUNC(IDKFA); CHEAT_FUNC(Init); CHEAT_FUNC(Quicken); CHEAT_FUNC(Quicken2); CHEAT_FUNC(Quicken3); CHEAT_FUNC(Reveal); CHEAT_FUNC(Script); CHEAT_FUNC(Script2); CHEAT_FUNC(Weapons); void G_RegisterCheats(void) { ADDCHEATCMD("butcher", "kill"); ADDCHEATCMD("casper", "noclip %p"); ADDCHEATCMD("clubmed", "give h %p"); ADDCHEAT("conan", IDKFA); ADDCHEATCMD("deliverance", "pig %p"); ADDCHEATCMD("indiana", "give i %p"); ADDCHEAT("init", Init); ADDCHEATCMD("locksmith", "give k %p"); ADDCHEAT("mapsco", Reveal); ADDCHEAT("martekmartekmartek", Quicken3); ADDCHEAT("martekmartek", Quicken2); ADDCHEAT("martek", Quicken); ADDCHEATCMD("mrjones", "playsound PLATFORM_STOP;taskbar;version"); ADDCHEATCMD("nra", "give war %p"); ADDCHEATCMD("noise", "playsound PLATFORM_STOP"); // ignored, play sound ADDCHEATCMD("puke%1%2", "runscript %1%2 %p"); ADDCHEAT("puke%1", Script2); ADDCHEAT("puke", Script); ADDCHEATCMD("satan", "god %p"); ADDCHEATCMD("shadowcaster%1", "class %1 %p"); ADDCHEAT("shadowcaster", Class); ADDCHEATCMD("sherlock", "give p %p"); ADDCHEATCMD("visit%1%2", "warp %1%2"); ADDCHEATCMD("where", "where"); } CHEAT_FUNC(Init) { player_t *plr = &players[player]; DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); if(IS_NETGAME) return false; if(G_Ruleset_Skill() == SM_NIGHTMARE) return false; // Dead players can't cheat. if(plr->health <= 0) return false; G_SetGameAction(GA_RESTARTMAP); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATWARP); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(IDKFA) { player_t *plr = &players[player]; int i; DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); if(G_Ruleset_Skill() == SM_NIGHTMARE) return false; // Dead players can't cheat. if(plr->health <= 0) return false; if(plr->morphTics) return false; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { plr->weapons[i].owned = false; } plr->pendingWeapon = WT_FIRST; P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATIDKFA); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(Quicken) { DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, "Trying to cheat? That's one..."); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(Quicken2) { DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, "That's two..."); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(Quicken3) { player_t *plr = &players[player]; DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); if(G_Ruleset_Skill() == SM_NIGHTMARE) return false; // Dead players can't cheat. if(plr->health <= 0) return false; P_DamageMobj(plr->plr->mo, NULL, plr->plr->mo, 10000, false); P_SetMessage(plr, LMF_NO_HIDE, "That's three! Time to die."); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(Class) { DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, "Enter new player class number"); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(Script) { DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, "Run which script (01-99)?"); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(Script2) { DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, "Run which script (01-99)?"); S_LocalSound(SFX_PLATFORM_STOP, NULL); return true; } CHEAT_FUNC(Reveal) { player_t *plr = &players[player]; DENG_UNUSED(args); DENG_ASSERT(player >= 0 && player < MAXPLAYERS); if(IS_NETGAME && G_Ruleset_Deathmatch()) return false; if(G_Ruleset_Skill() == SM_NIGHTMARE) return false; // Dead players can't cheat. if(plr->health <= 0) return false; if(ST_AutomapIsActive(player)) { ST_CycleAutomapCheatLevel(player); S_LocalSound(SFX_PLATFORM_STOP, NULL); } return true; } /** * The multipurpose cheat ccmd. */ D_CMD(Cheat) { // Give each of the characters in argument two to the SB event handler. int i, len = (int) strlen(argv[1]); for(i = 0; i < len; ++i) { event_t ev; ev.type = EV_KEY; ev.state = EVS_DOWN; ev.data1 = argv[1][i]; ev.data2 = ev.data3 = 0; G_EventSequenceResponder(&ev); } return true; } D_CMD(CheatGod) { if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("god"); } else if((IS_NETGAME && !netSvAllowCheats) || G_Ruleset_Skill() == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; plr->cheats ^= CF_GODMODE; plr->update |= PSF_STATE; P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_GODMODE) ? TXT_CHEATGODON : TXT_CHEATGODOFF)); S_LocalSound(SFX_PLATFORM_STOP, NULL); } } return true; } D_CMD(CheatNoClip) { if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("noclip"); } else if((IS_NETGAME && !netSvAllowCheats) || G_Ruleset_Skill() == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; plr->cheats ^= CF_NOCLIP; plr->update |= PSF_STATE; P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_NOCLIP) ? TXT_CHEATNOCLIPON : TXT_CHEATNOCLIPOFF)); S_LocalSound(SFX_PLATFORM_STOP, NULL); } } return true; } static int suicideResponse(msgresponse_t response, int userValue, void *userPointer) { DENG_UNUSED(userValue); DENG_UNUSED(userPointer); if(response == MSG_YES) { if(IS_NETGAME && IS_CLIENT) { NetCl_CheatRequest("suicide"); } else { player_t* plr = &players[CONSOLEPLAYER]; P_DamageMobj(plr->plr->mo, NULL, NULL, 10000, false); } } return true; } D_CMD(CheatSuicide) { if(G_GameState() == GS_MAP) { player_t *plr; if(IS_NETGAME && !netSvAllowCheats) return false; if(argc == 2) { int i = atoi(argv[1]); if(i < 0 || i >= MAXPLAYERS) return false; plr = &players[i]; } else { plr = &players[CONSOLEPLAYER]; } if(!plr->plr->inGame) return false; if(plr->playerState == PST_DEAD) return false; if(!IS_NETGAME || IS_CLIENT) { Hu_MsgStart(MSG_YESNO, SUICIDEASK, suicideResponse, 0, NULL); return true; } P_DamageMobj(plr->plr->mo, NULL, NULL, 10000, false); return true; } else { Hu_MsgStart(MSG_ANYKEY, SUICIDEOUTMAP, NULL, 0, NULL); } return true; } D_CMD(CheatReveal) { int option, i; // Server operator can always reveal. if(IS_NETGAME && !IS_NETWORK_SERVER) return false; option = atoi(argv[1]); if(option < 0 || option > 3) return false; for(i = 0; i < MAXPLAYERS; ++i) { ST_SetAutomapCheatLevel(i, 0); ST_RevealAutomap(i, false); if(option == 1) { ST_RevealAutomap(i, true); } else if(option != 0) { ST_SetAutomapCheatLevel(i, option -1); } } return true; } static void giveAllWeaponsAndPieces(player_t *plr) { P_GiveWeapon(plr, NUM_WEAPON_TYPES /*all types*/); P_GiveWeaponPiece(plr, WPIECE1); P_GiveWeaponPiece(plr, WPIECE2); P_GiveWeaponPiece(plr, WPIECE3); } D_CMD(CheatGive) { char buf[100]; int player = CONSOLEPLAYER; player_t *plr; size_t i, stuffLen; if(G_GameState() != GS_MAP) { App_Log(DE2_SCR_ERROR, "Can only \"give\" when in a game!"); return true; } if(argc != 2 && argc != 3) { App_Log(DE2_SCR_NOTE, "Usage:\n give (stuff)\n give (stuff) (plr)"); App_Log(DE2_LOG_SCR, "Stuff consists of one or more of (type:id). " "If no id; give all of type:"); App_Log(DE2_LOG_SCR, " a - ammo"); App_Log(DE2_LOG_SCR, " h - health"); App_Log(DE2_LOG_SCR, " i - items"); App_Log(DE2_LOG_SCR, " k - keys"); App_Log(DE2_LOG_SCR, " p - puzzle"); App_Log(DE2_LOG_SCR, " r - armor"); App_Log(DE2_LOG_SCR, " w - weapons"); App_Log(DE2_LOG_SCR, "Example: 'give ikw' gives items, keys and weapons."); App_Log(DE2_LOG_SCR, "Example: 'give w2k1' gives weapon two and key one."); return true; } if(argc == 3) { player = atoi(argv[2]); if(player < 0 || player >= MAXPLAYERS) return false; } if(IS_CLIENT) { if(argc < 2) return false; sprintf(buf, "give %s", argv[1]); NetCl_CheatRequest(buf); return true; } if((IS_NETGAME && !netSvAllowCheats) || G_Ruleset_Skill() == SM_NIGHTMARE) return false; plr = &players[player]; // Can't give to a player who's not in the game. if(!plr->plr->inGame) return false; // Can't give to a dead player. if(plr->health <= 0) return false; strcpy(buf, argv[1]); // Stuff is the 2nd arg. strlwr(buf); stuffLen = strlen(buf); for(i = 0; buf[i]; ++i) { switch(buf[i]) { case 'a': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < AT_FIRST || idx >= NUM_AMMO_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown ammo #%d (valid range %d-%d)", (int)idx, AT_FIRST, NUM_AMMO_TYPES-1); break; } // Give one specific ammo type. P_GiveAmmo(plr, (ammotype_t) idx, -1 /*fully replenish*/); break; } } // Give all ammo. P_GiveAmmo(plr, NUM_AMMO_TYPES /*all types*/, -1 /*fully replenish*/); break; case 'h': P_GiveHealth(plr, -1 /*maximum amount*/); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATHEALTH); S_LocalSound(SFX_PLATFORM_STOP, NULL); break; case 'i': { int k, m; for(k = IIT_NONE + 1; k < IIT_FIRSTPUZZITEM; ++k) for(m = 0; m < 25; ++m) { P_InventoryGive(player, k, false); } P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATINVITEMS3); S_LocalSound(SFX_PLATFORM_STOP, NULL); break; } case 'k': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < KT_FIRST || idx >= NUM_KEY_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown key #%d (valid range %d-%d)", (int)idx, KT_FIRST, NUM_KEY_TYPES-1); break; } // Give one specific key. P_GiveKey(plr, (keytype_t) idx); break; } } // Give all keys. P_GiveKey(plr, NUM_KEY_TYPES /*all types*/); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATKEYS); S_LocalSound(SFX_PLATFORM_STOP, NULL); break; case 'p': { int k; for(k = IIT_FIRSTPUZZITEM; k < NUM_INVENTORYITEM_TYPES; ++k) { P_InventoryGive(player, i, false); } P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATINVITEMS3); S_LocalSound(SFX_PLATFORM_STOP, NULL); break; } case 'r': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < ARMOR_FIRST || idx >= NUMARMOR) { App_Log(DE2_SCR_ERROR, "Unknown armor #%d (valid range %d-%d)", (int)idx, ARMOR_FIRST, NUMARMOR-1); break; } // Give one specific armor. P_GiveArmor(plr, (armortype_t)idx); break; } } // Give all armors. P_GiveArmor(plr, NUMARMOR /*all types*/); S_LocalSound(SFX_PLATFORM_STOP, NULL); break; case 'w': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < WT_FIRST || idx >= NUM_WEAPON_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown weapon #%d (valid range %d-%d)", (int)idx, WT_FIRST, NUM_WEAPON_TYPES-1); break; } // Give one specific weapon. P_GiveWeapon(plr, (weapontype_t)idx); break; } } // Give all weapons. giveAllWeaponsAndPieces(plr); break; default: // Unrecognized. App_Log(DE2_SCR_ERROR, "Cannot give '%c': unknown letter", buf[i]); break; } } // If the give expression matches that of a vanilla cheat code print the // associated confirmation message to the player's log. /// @todo fixme: Somewhat of kludge... if(!strcmp(buf, "war")) { P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATWEAPONS); S_LocalSound(SFX_PLATFORM_STOP, NULL); } return true; } D_CMD(CheatMassacre) { if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("kill"); } else if((IS_NETGAME && !netSvAllowCheats) || G_Ruleset_Skill() == SM_NIGHTMARE) { return false; } else { int killCount = P_Massacre(); AutoStr *msg = Str_Appendf(AutoStr_NewStd(), "%d monsters killed.", killCount); P_SetMessage(&players[CONSOLEPLAYER], LMF_NO_HIDE, Str_Text(msg)); S_LocalSound(SFX_PLATFORM_STOP, NULL); } } return true; } D_CMD(CheatWhere) { player_t *plr = &players[CONSOLEPLAYER]; char textBuffer[256]; Sector *sector; mobj_t *plrMo; Uri *matUri; if(G_GameState() != GS_MAP) return true; plrMo = plr->plr->mo; if(!plrMo) return true; sprintf(textBuffer, "MAP [%s] X:%g Y:%g Z:%g", Str_Text(Uri_ToString(gameMapUri)), plrMo->origin[VX], plrMo->origin[VY], plrMo->origin[VZ]); P_SetMessage(plr, LMF_NO_HIDE, textBuffer); // Also print some information to the console. App_Log(DE2_MAP_NOTE, "%s", textBuffer); sector = Mobj_Sector(plrMo); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_FLOOR_MATERIAL)); App_Log(DE2_MAP_MSG, "FloorZ:%g Material:%s", P_GetDoublep(sector, DMU_FLOOR_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_CEILING_MATERIAL)); App_Log(DE2_MAP_MSG, "CeilingZ:%g Material:%s", P_GetDoublep(sector, DMU_CEILING_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); App_Log(DE2_MAP_MSG, "Player height:%g Player radius:%g", plrMo->height, plrMo->radius); return true; } D_CMD(CheatMorph) { if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("pig"); } else if((IS_NETGAME && !netSvAllowCheats) || G_Ruleset_Skill() == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; if(plr->morphTics) { P_UndoPlayerMorph(plr); } else { P_MorphPlayer(plr); } P_SetMessage(plr, LMF_NO_HIDE, "Squeal!!"); S_LocalSound(SFX_PLATFORM_STOP, NULL); } } return true; } D_CMD(CheatShadowcaster) { if(G_GameState() == GS_MAP) { playerclass_t newClass = (playerclass_t)atoi(argv[1]); if(IS_CLIENT) { AutoStr *cmd = Str_Appendf(AutoStr_NewStd(), "class %i", (int)newClass); NetCl_CheatRequest(Str_Text(cmd)); } else if((IS_NETGAME && !netSvAllowCheats) || G_Ruleset_Skill() == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 3) { player = atoi(argv[2]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; P_PlayerChangeClass(plr, newClass); S_LocalSound(SFX_PLATFORM_STOP, NULL); } } return true; } D_CMD(CheatRunScript) { if(G_GameState() == GS_MAP) { int scriptNum = atoi(argv[1]); if(IS_CLIENT) { AutoStr *cmd = Str_Appendf(AutoStr_NewStd(), "runscript %i", scriptNum); NetCl_CheatRequest(Str_Text(cmd)); } else if((IS_NETGAME && !netSvAllowCheats) || G_Ruleset_Skill() == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; byte scriptArgs[3]; player_t *plr; if(argc == 3) { player = atoi(argv[2]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; /// @todo Don't do this here. if(scriptNum < 1 || scriptNum > 99) return false; scriptArgs[0] = scriptArgs[1] = scriptArgs[2] = 0; if(Game_ACScriptInterpreter_StartScript(scriptNum, 0/*current-map*/, scriptArgs, plr->plr->mo, NULL, 0)) { AutoStr *cmd = Str_Appendf(AutoStr_NewStd(), "Running script %i", scriptNum); P_SetMessage(plr, LMF_NO_HIDE, Str_Text(cmd)); } S_LocalSound(SFX_PLATFORM_STOP, NULL); } } return true; } doomsday-1.14.5/doomsday/plugins/hexen/src/h2_main.cpp0000664000175000017500000003042412350542240022124 0ustar jaakkojaakko/** @file h2_main.cpp Hexen specifc game initialization. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "am_map.h" #include "d_netsv.h" #include "g_common.h" #include "g_defs.h" #include "gamesession.h" #include "m_argv.h" #include "p_inventory.h" #include "p_map.h" #include "player.h" #include "p_saveg.h" #include "p_sound.h" #include "saveslots.h" #include using namespace common; int verbose; float turboMul; // Multiplier for turbo. gamemode_t gameMode; int gameModeBits; // Default font colours. float const defFontRGB[] = { .9f, .0f, .0f }; float const defFontRGB2[] = { 1.f, .65f, .275f }; float const defFontRGB3[] = { .9f, .9f, .9f }; // The patches used in drawing the view border. // Percent-encoded. char const *borderGraphics[] = { "Flats:F_022", // Background. "BORDT", // Top. "BORDR", // Right. "BORDB", // Bottom. "BORDL", // Left. "BORDTL", // Top left. "BORDTR", // Top right. "BORDBR", // Bottom right. "BORDBL" // Bottom left. }; int X_GetInteger(int id) { return Common_GetInteger(id); } void *X_GetVariable(int id) { static float bob[2]; switch(id) { case DD_PLUGIN_NAME: return (void*)PLUGIN_NAMETEXT; case DD_PLUGIN_NICENAME: return (void*)PLUGIN_NICENAME; case DD_PLUGIN_VERSION_SHORT: return (void*)PLUGIN_VERSION_TEXT; case DD_PLUGIN_VERSION_LONG: return (void*)(PLUGIN_VERSION_TEXTLONG "\n" PLUGIN_DETAILS); case DD_PLUGIN_HOMEURL: return (void*)PLUGIN_HOMEURL; case DD_PLUGIN_DOCSURL: return (void*)PLUGIN_DOCSURL; case DD_GAME_CONFIG: return gameConfigString; case DD_ACTION_LINK: return actionlinks; case DD_XGFUNC_LINK: return 0; case DD_PSPRITE_BOB_X: R_GetWeaponBob(DISPLAYPLAYER, &bob[0], 0); return &bob[0]; case DD_PSPRITE_BOB_Y: R_GetWeaponBob(DISPLAYPLAYER, 0, &bob[1]); return &bob[1]; case DD_TM_FLOOR_Z: return (void*) &tmFloorZ; case DD_TM_CEILING_Z: return (void*) &tmCeilingZ; default: break; } return 0; } void X_PreInit() { // Config defaults. The real settings are read from the .cfg files // but these will be used no such files are found. memset(&cfg, 0, sizeof(cfg)); for(int i = 0; i < MAXPLAYERS; ++i) { cfg.playerClass[i] = PCLASS_FIGHTER; } cfg.playerMoveSpeed = 1; cfg.statusbarScale = 1; cfg.screenBlocks = cfg.setBlocks = 10; cfg.hudShown[HUD_MANA] = true; cfg.hudShown[HUD_HEALTH] = true; cfg.hudShown[HUD_READYITEM] = true; cfg.hudShown[HUD_LOG] = true; for(int i = 0; i < NUMHUDUNHIDEEVENTS; ++i) // When the hud/statusbar unhides. { cfg.hudUnHide[i] = 1; } cfg.lookSpeed = 3; cfg.turnSpeed = 1; cfg.xhairAngle = 0; cfg.xhairSize = .5f; cfg.xhairVitality = false; cfg.xhairColor[0] = 1; cfg.xhairColor[1] = 1; cfg.xhairColor[2] = 1; cfg.xhairColor[3] = 1; cfg.filterStrength = .8f; cfg.jumpEnabled = cfg.netJumping = true; // true by default in Hexen cfg.jumpPower = 9; cfg.airborneMovement = 1; cfg.weaponAutoSwitch = 1; // IF BETTER cfg.noWeaponAutoSwitchIfFiring = false; cfg.ammoAutoSwitch = 0; // never //cfg.fastMonsters = false; cfg.netMap = 0; cfg.netSkill = SM_MEDIUM; cfg.netColor = 8; // Use the default color by default. cfg.netMobDamageModifier = 1; cfg.netMobHealthModifier = 1; cfg.netGravity = -1; // use map default cfg.plrViewHeight = DEFAULT_PLAYER_VIEWHEIGHT; cfg.mapTitle = true; cfg.automapTitleAtBottom = true; cfg.hideIWADAuthor = true; cfg.menuPatchReplaceMode = PRM_ALLOW_TEXT; cfg.menuScale = .75f; cfg.menuTextColors[0][0] = defFontRGB[0]; cfg.menuTextColors[0][1] = defFontRGB[1]; cfg.menuTextColors[0][2] = defFontRGB[2]; cfg.menuTextColors[1][0] = defFontRGB2[0]; cfg.menuTextColors[1][1] = defFontRGB2[1]; cfg.menuTextColors[1][2] = defFontRGB2[2]; cfg.menuTextColors[2][0] = defFontRGB3[0]; cfg.menuTextColors[2][1] = defFontRGB3[1]; cfg.menuTextColors[2][2] = defFontRGB3[2]; cfg.menuTextColors[3][0] = defFontRGB3[0]; cfg.menuTextColors[3][1] = defFontRGB3[1]; cfg.menuTextColors[3][2] = defFontRGB3[2]; cfg.menuEffectFlags = MEF_TEXT_SHADOW; cfg.menuShortcutsEnabled = true; cfg.inludePatchReplaceMode = PRM_ALLOW_TEXT; cfg.confirmQuickGameSave = true; cfg.confirmRebornLoad = true; cfg.loadLastSaveOnReborn = false; cfg.hudFog = 5; cfg.menuSlam = true; cfg.menuGameSaveSuggestDescription = true; cfg.menuTextFlashColor[0] = 1.0f; cfg.menuTextFlashColor[1] = .5f; cfg.menuTextFlashColor[2] = .5f; cfg.menuTextFlashSpeed = 4; cfg.menuCursorRotate = false; cfg.hudPatchReplaceMode = PRM_ALLOW_TEXT; cfg.hudScale = .7f; cfg.hudColor[0] = defFontRGB[0]; cfg.hudColor[1] = defFontRGB[1]; cfg.hudColor[2] = defFontRGB[2]; cfg.hudColor[3] = 1; cfg.hudIconAlpha = 1; cfg.cameraNoClip = true; cfg.bobView = cfg.bobWeapon = 1; cfg.statusbarOpacity = 1; cfg.statusbarCounterAlpha = 1; cfg.inventoryTimer = 5; cfg.automapCustomColors = 0; // Never. cfg.automapL0[0] = .42f; // Unseen areas cfg.automapL0[1] = .42f; cfg.automapL0[2] = .42f; cfg.automapL1[0] = .41f; // onesided lines cfg.automapL1[1] = .30f; cfg.automapL1[2] = .15f; cfg.automapL2[0] = .82f; // floor height change lines cfg.automapL2[1] = .70f; cfg.automapL2[2] = .52f; cfg.automapL3[0] = .47f; // ceiling change lines cfg.automapL3[1] = .30f; cfg.automapL3[2] = .16f; cfg.automapMobj[0] = 1.f; cfg.automapMobj[1] = 1.f; cfg.automapMobj[2] = 1.f; cfg.automapBack[0] = 1.0f; cfg.automapBack[1] = 1.0f; cfg.automapBack[2] = 1.0f; cfg.automapOpacity = 1.0f; cfg.automapLineAlpha = 1.0f; cfg.automapLineWidth = 1.1f; cfg.automapShowDoors = true; cfg.automapDoorGlow = 8; cfg.automapHudDisplay = 2; cfg.automapRotate = true; cfg.automapBabyKeys = false; cfg.automapZoomSpeed = .1f; cfg.automapPanSpeed = .5f; cfg.automapPanResetOnOpen = true; cfg.automapOpenSeconds = AUTOMAP_OPEN_SECONDS; cfg.hudCheatCounterScale = .7f; cfg.hudCheatCounterShowWithAutomap = true; cfg.msgCount = 4; cfg.msgScale = .8f; cfg.msgUptime = 5; cfg.msgAlign = 1; // Center. cfg.msgBlink = 5; cfg.msgColor[0] = defFontRGB3[0]; cfg.msgColor[1] = defFontRGB3[1]; cfg.msgColor[2] = defFontRGB3[2]; cfg.echoMsg = true; cfg.inventoryTimer = 5; cfg.inventoryWrap = false; cfg.inventoryUseNext = true; cfg.inventoryUseImmediate = false; cfg.inventorySlotMaxVis = 7; cfg.inventorySlotShowEmpty = true; cfg.inventorySelectMode = 0; // Cursor select. cfg.chatBeep = true; cfg.weaponOrder[0] = WT_FOURTH; cfg.weaponOrder[1] = WT_THIRD; cfg.weaponOrder[2] = WT_SECOND; cfg.weaponOrder[3] = WT_FIRST; cfg.weaponCycleSequential = true; // Use the crossfade transition by default. Con_SetInteger("con-transition", 0); // Hexen's torch light attenuates with distance. DD_SetInteger(DD_FIXEDCOLORMAP_ATTENUATE, 1); // Do the common pre init routine. G_CommonPreInit(); } void X_PostInit() { dd_bool autoStart = false; Uri *startMapUri = 0; playerclass_t startPlayerClass = PCLASS_NONE; // Do this early as other systems need to know. P_InitPlayerClassInfo(); // Common post init routine. G_CommonPostInit(); // Initialize weapon info using definitions. P_InitWeaponInfo(); // Game parameters. /* None */ // Defaults for skill, episode and map. defaultGameRules.skill = /*startSkill =*/ SM_MEDIUM; // Game mode specific settings. /* None */ cfg.netDeathmatch = CommandLine_Exists("-deathmatch"); defaultGameRules.noMonsters = CommandLine_Check("-nomonsters")? true : false; defaultGameRules.randomClasses = CommandLine_Exists("-randclass")? true : false; // Turbo movement option. int p = CommandLine_Check("-turbo"); turboMul = 1.0f; if(p) { int scale = 200; if(p < CommandLine_Count() - 1) scale = atoi(CommandLine_At(p + 1)); if(scale < 10) scale = 10; if(scale > 400) scale = 400; App_Log(DE2_MAP_NOTE, "Turbo scale: %i%%", scale); turboMul = scale / 100.f; } if((p = CommandLine_CheckWith("-scripts", 1)) != 0) { sc_FileScripts = true; sc_ScriptsDir = CommandLine_At(p + 1); } // Process sound definitions. SndInfoParser(AutoStr_FromText("Lumps:SNDINFO")); // Process sound sequence scripts. SndSeqParser(sc_FileScripts? Str_Appendf(AutoStr_New(), "%sSNDSEQ.txt", sc_ScriptsDir) : AutoStr_FromText("Lumps:SNDSEQ")); // Load a saved game? p = CommandLine_CheckWith("-loadgame", 1); if(p != 0) { if(SaveSlot *sslot = G_SaveSlots().slotByUserInput(CommandLine_At(p + 1))) { if(sslot->isUserWritable() && G_SetGameActionLoadSession(sslot->id())) { // No further initialization is to be done. return; } } } if((p = CommandLine_CheckWith("-skill", 1)) != 0) { int skillNumber = atoi(CommandLine_At(p + 1)); defaultGameRules.skill = (skillmode_t)(skillNumber > 0? skillNumber - 1 : skillNumber); autoStart = true; } if((p = CommandLine_Check("-class")) != 0) { playerclass_t pClass = (playerclass_t)atoi(CommandLine_At(p + 1)); if(!VALID_PLAYER_CLASS(pClass)) { App_Log(DE2_LOG_WARNING, "Invalid player class id=%d specified with -class", (int)pClass); } else if(!PCLASS_INFO(pClass)->userSelectable) { App_Log(DE2_LOG_WARNING, "Non-user-selectable player class id=%d specified with -class", (int)pClass); } else { startPlayerClass = pClass; } } if(startPlayerClass != PCLASS_NONE) { App_Log(DE2_LOG_NOTE, "Player Class: '%s'", PCLASS_INFO(startPlayerClass)->niceName); cfg.playerClass[CONSOLEPLAYER] = startPlayerClass; autoStart = true; } // Check for command line warping. p = CommandLine_Check("-warp"); if(p && p < CommandLine_Count() - 1) { int warpMap = atoi(CommandLine_At(p + 1)); startMapUri = G_ComposeMapUri(0, P_TranslateMap(warpMap - 1)); autoStart = true; } if(!startMapUri) { startMapUri = G_ComposeMapUri(0, P_TranslateMap(0)); } // Are we autostarting? if(autoStart) { App_Log(DE2_LOG_NOTE, "Autostart in Map %s, Skill %d", F_PrettyPath(Str_Text(Uri_ToString(startMapUri))), defaultGameRules.skill); } // Validate episode and map. AutoStr *path = Uri_Compose(startMapUri); if((autoStart || IS_NETGAME) && P_MapExists(Str_Text(path))) { G_SetGameActionNewSession(*startMapUri, 0/*default*/, defaultGameRules); } else { // Start up intro loop. COMMON_GAMESESSION->endAndBeginTitle(); } Uri_Delete(startMapUri); } void X_Shutdown() { P_ShutdownInventory(); X_DestroyLUTs(); G_CommonShutdown(); } doomsday-1.14.5/doomsday/plugins/hexen/src/p_maputl.c0000664000175000017500000001610712350542240022072 0ustar jaakkojaakko/** @file p_maputl.c Movement/collision map utility functions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "dmu_lib.h" #include "g_common.h" #include "p_map.h" typedef struct mobjtargetableparams_s { mobj_t *source; mobj_t *target; } mobjtargetableparams_t; int PIT_MobjTargetable(mobj_t *mo, void *data) { mobjtargetableparams_t *params = (mobjtargetableparams_t*) data; if(params->source->player) { // Minotaur looking around player. if((mo->flags & MF_COUNTKILL) || (mo->player && (mo != params->source))) { if(!(mo->flags & MF_SHOOTABLE) || (mo->flags2 & MF2_DORMANT) || ((mo->type == MT_MINOTAUR) && (mo->tracer == params->source)) || (IS_NETGAME && !G_Ruleset_Deathmatch() && mo->player)) { return false; // Continue iteration. } if(P_CheckSight(params->source, mo)) { params->target = mo; return true; // Stop iteration. } } } else if(params->source->type == MT_MINOTAUR) { // Looking around minotaur. mobj_t *master = params->source->tracer; if((mo->flags & MF_COUNTKILL) || (mo->player && (mo != master))) { if(!(mo->flags & MF_SHOOTABLE) || (mo->flags2 & MF2_DORMANT) || ((mo->type == MT_MINOTAUR) && (mo->tracer == params->source->tracer)) || (IS_NETGAME && !G_Ruleset_Deathmatch() && mo->player)) { return false; // Continue iteration. } if(P_CheckSight(params->source, mo)) { params->target = mo; return true; // Stop iteration. } } } else if(params->source->type == MT_MSTAFF_FX2) { // bloodscourge. if(((mo->flags & MF_COUNTKILL) || (mo->player && mo != params->source->target)) && !(mo->flags2 & MF2_DORMANT)) { if(!(mo->flags & MF_SHOOTABLE) || (IS_NETGAME && !G_Ruleset_Deathmatch() && mo->player)) { return false; // Continue iteration. } if(P_CheckSight(params->source, mo)) { mobj_t *master = params->source->target; angle_t angle = M_PointToAngle2(master->origin, mo->origin) - master->angle; angle >>= 24; if(angle > 226 || angle < 30) { params->target = mo; return true; // Stop iteration. } } } } else { // spirits. if(((mo->flags & MF_COUNTKILL) || (mo->player && mo != params->source->target)) && !(mo->flags2 & MF2_DORMANT)) { if(!(mo->flags & MF_SHOOTABLE) || (IS_NETGAME && !G_Ruleset_Deathmatch() && mo->player) || mo == params->source->target) { return false; // Continue iteration. } if(P_CheckSight(params->source, mo)) { params->target = mo; return true; // Stop iteration. } } } return false; // Continue iteration. } mobj_t *P_RoughMonsterSearch(mobj_t *mo, int distance) { #define MAPBLOCKUNITS 128 #define MAPBLOCKSHIFT (FRACBITS+7) int i, block[2], startBlock[2]; int count; coord_t mapOrigin[2]; AABoxd box; mobjtargetableparams_t params; mapOrigin[VX] = *((coord_t*) DD_GetVariable(DD_MAP_MIN_X)); mapOrigin[VY] = *((coord_t*) DD_GetVariable(DD_MAP_MIN_Y)); // The original blockmap generator added a border of 8 units. mapOrigin[VX] -= 8; mapOrigin[VY] -= 8; params.source = mo; params.target = NULL; // Convert from world units to map block units. distance /= MAPBLOCKUNITS; // Determine the start block. startBlock[VX] = FLT2FIX(mo->origin[VX] - mapOrigin[VX]) >> MAPBLOCKSHIFT; startBlock[VY] = FLT2FIX(mo->origin[VY] - mapOrigin[VY]) >> MAPBLOCKSHIFT; box.minX = mapOrigin[VX] + startBlock[VX] * MAPBLOCKUNITS; box.minY = mapOrigin[VY] + startBlock[VY] * MAPBLOCKUNITS; box.maxX = box.minX + MAPBLOCKUNITS; box.maxY = box.minY + MAPBLOCKUNITS; // Check the first block. VALIDCOUNT++; if(Mobj_BoxIterator(&box, PIT_MobjTargetable, ¶ms)) { // Found a target right away! return params.target; } for(count = 1; count <= distance; count++) { block[VX] = startBlock[VX] - count; block[VY] = startBlock[VY] - count; box.minX = mapOrigin[VX] + block[VX] * MAPBLOCKUNITS; box.minY = mapOrigin[VY] + block[VY] * MAPBLOCKUNITS; box.maxX = box.minX + MAPBLOCKUNITS; box.maxY = box.minY + MAPBLOCKUNITS; // Trace the first block section (along the top). for(i = 0; i < count * 2 + 1; ++i) { if(Mobj_BoxIterator(&box, PIT_MobjTargetable, ¶ms)) return params.target; if(i < count * 2) { box.minX += MAPBLOCKUNITS; box.maxX += MAPBLOCKUNITS; } } // Trace the second block section (right edge). for(i = 0; i < count * 2; ++i) { box.minY += MAPBLOCKUNITS; box.maxY += MAPBLOCKUNITS; if(Mobj_BoxIterator(&box, PIT_MobjTargetable, ¶ms)) return params.target; } // Trace the third block section (bottom edge). for(i = 0; i < count * 2; ++i) { box.minX -= MAPBLOCKUNITS; box.maxX -= MAPBLOCKUNITS; if(Mobj_BoxIterator(&box, PIT_MobjTargetable, ¶ms)) return params.target; } // Trace the final block section (left edge). for(i = 0; i < count * 2 - 1; ++i) { box.minY -= MAPBLOCKUNITS; box.maxY -= MAPBLOCKUNITS; if(Mobj_BoxIterator(&box, PIT_MobjTargetable, ¶ms)) return params.target; } } return NULL; #undef MAPBLOCKUNITS #undef MAPBLOCKSHIFT } doomsday-1.14.5/doomsday/plugins/hexen/src/p_pspr.c0000664000175000017500000017470112350542240021561 0ustar jaakkojaakko/** @file p_pspr.c Weapon sprite animation. * * Weapon sprite animation, weapon objects. Action functions for weapons. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "common.h" #include "r_common.h" #include "player.h" #include "p_map.h" #include "mobj.h" #include "p_inventory.h" #define LOWERSPEED (6) #define RAISESPEED (6) #define WEAPONBOTTOM (128) #define WEAPONTOP (32) #define ZAGSPEED (1) #define MAX_ANGLE_ADJUST (5*ANGLE_1) #define HAMMER_RANGE (MELEERANGE+MELEERANGE/2) #define AXERANGE (2.25*MELEERANGE) #define FLAMESPEED (0.45) #define FLAMEROTSPEED (2) #define SHARDSPAWN_LEFT (1) #define SHARDSPAWN_RIGHT (2) #define SHARDSPAWN_UP (4) #define SHARDSPAWN_DOWN (8) float bulletSlope; weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES] = { { // First Weapons { // Fighter First Weapon - Punch { GM_ANY, // Gamemode bits {0, 0}, // type: mana1 | mana2 {0, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_PUNCHUP, S_PUNCHDOWN, S_PUNCHREADY, S_PUNCHATK1_1, S_PUNCHATK1_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Cleric First Weapon - Mace GM_ANY, // Gamemode bits {0, 0}, // type: mana1 | mana2 {0, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_CMACEUP, S_CMACEDOWN, S_CMACEREADY, S_CMACEATK_1, S_CMACEATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Mage First Weapon - Wand GM_ANY, // Gamemode bits {0, 0}, // type: mana1 | mana2 {0, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_MWANDUP, S_MWANDDOWN, S_MWANDREADY, S_MWANDATK_1, S_MWANDATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Pig - Snout GM_ANY, // Gamemode bits {0, 0}, // type: mana1 | mana2 {0, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_SNOUTUP, S_SNOUTDOWN, S_SNOUTREADY, S_SNOUTATK1, S_SNOUTATK1, S_NULL }, 0, // raise sound id 0 // readysound } } }, { // Second Weapons { { // Fighter - Axe GM_ANY, // Gamemode bits {1, 0}, // type: mana1 | mana2 {2, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_FAXEUP, S_FAXEDOWN, S_FAXEREADY, S_FAXEATK_1, S_FAXEATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Cleric - Serpent Staff GM_ANY, // Gamemode bits {1, 0}, // type: mana1 | mana2 {1, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_CSTAFFUP, S_CSTAFFDOWN, S_CSTAFFREADY, S_CSTAFFATK_1, S_CSTAFFATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Mage - Cone of shards GM_ANY, // Gamemode bits {1, 0}, // type: mana1 | mana2 {3, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_CONEUP, S_CONEDOWN, S_CONEREADY, S_CONEATK1_1, S_CONEATK1_3, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Pig - Snout GM_ANY, // Gamemode bits {0, 0}, // type: mana1 | mana2 {0, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_SNOUTUP, S_SNOUTDOWN, S_SNOUTREADY, S_SNOUTATK1, S_SNOUTATK1, S_NULL }, 0, // raise sound id 0 // readysound } } }, { // Third Weapons { { // Fighter - Hammer GM_ANY, // Gamemode bits {0, 1}, // type: mana1 | mana2 {0, 3}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_FHAMMERUP, S_FHAMMERDOWN, S_FHAMMERREADY, S_FHAMMERATK_1, S_FHAMMERATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Cleric - Flame Strike GM_ANY, // Gamemode bits {0, 1}, // type: mana1 | mana2 {0, 4}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_CFLAMEUP, S_CFLAMEDOWN, S_CFLAMEREADY1, S_CFLAMEATK_1, S_CFLAMEATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Mage - Lightning GM_ANY, // Gamemode bits {0, 1}, // type: mana1 | mana2 {0, 5}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_MLIGHTNINGUP, S_MLIGHTNINGDOWN, S_MLIGHTNINGREADY, S_MLIGHTNINGATK_1, S_MLIGHTNINGATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Pig - Snout GM_ANY, // Gamemode bits {0, 0}, // type: mana1 | mana2 {0, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_SNOUTUP, S_SNOUTDOWN, S_SNOUTREADY, S_SNOUTATK1, S_SNOUTATK1, S_NULL }, 0, // raise sound id 0 // readysound } } }, { // Fourth Weapons { { // Fighter - Rune Sword GM_ANY, // Gamemode bits {1, 1}, // type: mana1 | mana2 {14, 14}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_FSWORDUP, S_FSWORDDOWN, S_FSWORDREADY, S_FSWORDATK_1, S_FSWORDATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Cleric - Holy Symbol GM_ANY, // Gamemode bits {1, 1}, // type: mana1 | mana2 {18, 18}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_CHOLYUP, S_CHOLYDOWN, S_CHOLYREADY, S_CHOLYATK_1, S_CHOLYATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Mage - Staff GM_ANY, // Gamemode bits {1, 1}, // type: mana1 | mana2 {15, 15}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_MSTAFFUP, S_MSTAFFDOWN, S_MSTAFFREADY, S_MSTAFFATK_1, S_MSTAFFATK_1, S_NULL }, 0, // raise sound id 0 // readysound } }, { { // Pig - Snout GM_ANY, // Gamemode bits {0, 0}, // type: mana1 | mana2 {0, 0}, // pershot: mana1 | mana2 true, // autofire when raised if fire held { S_SNOUTUP, S_SNOUTDOWN, S_SNOUTREADY, S_SNOUTATK1, S_SNOUTATK1, S_NULL }, 0, // raise sound id 0 // readysound } } } }; void R_GetWeaponBob(int player, float* x, float* y) { if(x) { if(players[player].morphTics > 0) *x = 0; else *x = 1 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finecosine[(128 * mapTime) & FINEMASK]); } if(y) { if(players[player].morphTics > 0) *y = 0; else *y = 32 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finesine[(128 * mapTime) & FINEMASK & (FINEANGLES / 2 - 1)]); } } /** *Initialize weapon info, maxammo and clipammo. */ void P_InitWeaponInfo(void) { /// \todo Get this info from values. P_InitWeaponSlots(); P_SetWeaponSlot(WT_FIRST, 1); P_SetWeaponSlot(WT_SECOND, 2); P_SetWeaponSlot(WT_THIRD, 3); P_SetWeaponSlot(WT_FOURTH, 4); } /** * Offset in state->misc1/2. */ void P_SetPSpriteOffset(pspdef_t *psp, player_t *plr, state_t *state) { ddpsprite_t *ddpsp = plr->plr->pSprites; // Clear the Offset flag by default. //ddpsp->flags &= ~DDPSPF_OFFSET; if(state->misc[0]) { // Set coordinates. psp->pos[VX] = (float) state->misc[0]; //ddpsp->flags |= DDPSPF_OFFSET; ddpsp->offset[VX] = (float) state->misc[0]; } if(state->misc[1]) { psp->pos[VY] = (float) state->misc[1]; //ddpsp->flags |= DDPSPF_OFFSET; ddpsp->offset[VY] = (float) state->misc[1]; } } void P_SetPsprite(player_t *plr, int position, statenum_t stnum) { pspdef_t *psp; state_t *state; psp = &plr->pSprites[position]; do { if(!stnum) { // Object removed itself. psp->state = NULL; break; } state = &STATES[stnum]; psp->state = state; psp->tics = state->tics; // could be 0 P_SetPSpriteOffset(psp, plr, state); if(state->action) { // Call action routine. state->action(plr, psp); if(!psp->state) { break; } } stnum = psp->state->nextState; } while(!psp->tics); // An initial state of 0 could cycle through. } /** * Identical to P_SetPsprite, without calling the action function. */ void P_SetPspriteNF(player_t *plr, int position, statenum_t stnum) { pspdef_t *psp; state_t *state; psp = &plr->pSprites[position]; do { if(!stnum) { // Object removed itself. psp->state = NULL; break; } state = &STATES[stnum]; psp->state = state; psp->tics = state->tics; // could be 0 P_SetPSpriteOffset(psp, plr, state); stnum = psp->state->nextState; } while(!psp->tics); // An initial state of 0 could cycle through. } void P_ActivateMorphWeapon(player_t *plr) { plr->pendingWeapon = WT_NOCHANGE; plr->pSprites[ps_weapon].pos[VY] = WEAPONTOP; plr->readyWeapon = WT_FIRST; // Snout is the first weapon plr->update |= PSF_WEAPONS; P_SetPsprite(plr, ps_weapon, S_SNOUTREADY); } void P_PostMorphWeapon(player_t *plr, weapontype_t weapon) { plr->pendingWeapon = WT_NOCHANGE; plr->readyWeapon = weapon; plr->pSprites[ps_weapon].pos[VY] = WEAPONBOTTOM; plr->update |= PSF_WEAPONS; P_SetPsprite(plr, ps_weapon, weaponInfo[weapon][plr->class_].mode[0].states[WSN_UP]); } /** * Starts bringing the pending weapon up from the bottom of the screen. */ void P_BringUpWeapon(player_t* player) { weapontype_t const oldPendingWeapon = player->pendingWeapon; weaponmodeinfo_t* wminfo = NULL; weapontype_t raiseWeapon; statenum_t newState; if(!player) return; if(player->plr->flags & DDPF_UNDEFINED_WEAPON) { // We'll do this when the server informs us about the client's current weapon. return; } raiseWeapon = player->pendingWeapon; if(raiseWeapon == WT_NOCHANGE) raiseWeapon = player->readyWeapon; player->pendingWeapon = WT_NOCHANGE; player->pSprites[ps_weapon].pos[VY] = WEAPONBOTTOM; if(!VALID_WEAPONTYPE(raiseWeapon)) { return; } wminfo = WEAPON_INFO(raiseWeapon, player->class_, 0); App_Log(DE2_MAP_XVERBOSE, "P_BringUpWeapon: Player %i, pending weapon was %i, weapon pspr to %i", (int)(player - players), oldPendingWeapon, wminfo->states[WSN_UP]); if(wminfo->raiseSound) S_StartSoundEx(wminfo->raiseSound, player->plr->mo); /// @kludge newState = wminfo->states[WSN_UP]; if(player->class_ == PCLASS_FIGHTER && raiseWeapon == WT_SECOND && player->ammo[AT_BLUEMANA].owned > 0) { newState = S_FAXEUP_G; } /// Kludge end. P_SetPsprite(player, ps_weapon, newState); } void P_FireWeapon(player_t *plr) { statenum_t attackState; if(!P_CheckAmmo(plr)) return; NetCl_PlayerActionRequest(plr, GPA_FIRE, 0); // Psprite state. P_MobjChangeState(plr->plr->mo, PCLASS_INFO(plr->class_)->attackState); if(plr->class_ == PCLASS_FIGHTER && plr->readyWeapon == WT_SECOND && plr->ammo[AT_BLUEMANA].owned > 0) { // Glowing axe. attackState = S_FAXEATK_G1; } else { if(plr->refire) attackState = weaponInfo[plr->readyWeapon][plr->class_].mode[0].states[WSN_ATTACK_HOLD]; else attackState = weaponInfo[plr->readyWeapon][plr->class_].mode[0].states[WSN_ATTACK]; } P_SetPsprite(plr, ps_weapon, attackState); P_NoiseAlert(plr->plr->mo, plr->plr->mo); plr->update |= PSF_AMMO; // Psprite state. plr->plr->pSprites[0].state = DDPSP_FIRE; } /** * The player died, so put the weapon away. */ void P_DropWeapon(player_t *plr) { P_SetPsprite(plr, ps_weapon, weaponInfo[plr->readyWeapon][plr->class_].mode[0].states[WSN_DOWN]); } /** * The player can fire the weapon or change to another weapon at this time. */ void C_DECL A_WeaponReady(player_t *plr, pspdef_t *psp) { weaponmodeinfo_t *wminfo; ddpsprite_t *ddpsp; // Change plr from attack state if(plr->plr->mo->state >= &STATES[PCLASS_INFO(plr->class_)->attackState] && plr->plr->mo->state <= &STATES[PCLASS_INFO(plr->class_)->attackEndState]) { P_MobjChangeState(plr->plr->mo, PCLASS_INFO(plr->class_)->normalState); } if(plr->readyWeapon != WT_NOCHANGE) { wminfo = WEAPON_INFO(plr->readyWeapon, plr->class_, 0); // A weaponready sound? if(psp->state == &STATES[wminfo->states[WSN_READY]] && wminfo->readySound) S_StartSoundEx(wminfo->readySound, plr->plr->mo); // Check for change, if plr is dead, put the weapon away. if(plr->pendingWeapon != WT_NOCHANGE || !plr->health) { // (pending weapon should allready be validated) P_SetPsprite(plr, ps_weapon, wminfo->states[WSN_DOWN]); return; } } // Check for autofire. if(plr->brain.attack) { wminfo = WEAPON_INFO(plr->readyWeapon, plr->class_, 0); if(!plr->attackDown || wminfo->autoFire) { plr->attackDown = true; P_FireWeapon(plr); return; } } else { plr->attackDown = false; } ddpsp = plr->plr->pSprites; if(!plr->morphTics) { // Bob the weapon based on movement speed. R_GetWeaponBob(plr - players, &psp->pos[0], &psp->pos[1]); ddpsp->offset[0] = ddpsp->offset[1] = 0; } // Psprite state. ddpsp->state = DDPSP_BOBBING; } /** * The player can re fire the weapon without lowering it entirely. */ void C_DECL A_ReFire(player_t* plr, pspdef_t* psp) { if((plr->brain.attack) && plr->pendingWeapon == WT_NOCHANGE && plr->health) { plr->refire++; P_FireWeapon(plr); } else { plr->refire = 0; P_CheckAmmo(plr); } } void C_DECL A_Lower(player_t *plr, pspdef_t *psp) { // Psprite state. plr->plr->pSprites[0].state = DDPSP_DOWN; if(plr->morphTics) { psp->pos[VY] = WEAPONBOTTOM; } else { psp->pos[VY] += LOWERSPEED; } if(psp->pos[VY] < WEAPONBOTTOM) { // Not lowered all the way yet. return; } if(plr->playerState == PST_DEAD) { // Player is dead, so don't bring up a pending weapon. psp->pos[VY] = WEAPONBOTTOM; return; } if(!plr->health) { // Player is dead, so keep the weapon off screen. P_SetPsprite(plr, ps_weapon, S_NULL); return; } plr->readyWeapon = plr->pendingWeapon; plr->update |= PSF_WEAPONS; P_BringUpWeapon(plr); } void C_DECL A_Raise(player_t *plr, pspdef_t *psp) { // Psprite state. plr->plr->pSprites[0].state = DDPSP_UP; psp->pos[VY] -= RAISESPEED; if(psp->pos[VY] > WEAPONTOP) { // Not raised all the way yet. return; } psp->pos[VY] = WEAPONTOP; if(plr->class_ == PCLASS_FIGHTER && plr->readyWeapon == WT_SECOND && plr->ammo[AT_BLUEMANA].owned > 0) { P_SetPsprite(plr, ps_weapon, S_FAXEREADY_G); } else { P_SetPsprite(plr, ps_weapon, weaponInfo[plr->readyWeapon][plr->class_].mode[0]. states[WSN_READY]); } } void AdjustPlayerAngle(mobj_t* pmo) { angle_t angle; int difference; angle = M_PointToAngle2(pmo->origin, lineTarget->origin); difference = (int) angle - (int) pmo->angle; if(abs(difference) > MAX_ANGLE_ADJUST) { pmo->angle += difference > 0 ? MAX_ANGLE_ADJUST : -MAX_ANGLE_ADJUST; } else { pmo->angle = angle; } pmo->player->plr->flags |= DDPF_FIXANGLES; } void C_DECL A_SnoutAttack(player_t *plr, pspdef_t *psp) { angle_t angle; int damage; float slope; DENG_ASSERT(plr != 0 && psp != 0); damage = 3 + (P_Random() & 3); angle = plr->plr->mo->angle; slope = P_AimLineAttack(plr->plr->mo, angle, MELEERANGE); PuffSpawned = NULL; P_LineAttack(plr->plr->mo, angle, MELEERANGE, slope, damage, MT_SNOUTPUFF); S_StartSoundEx(SFX_PIG_ACTIVE1 + (P_Random() & 1), plr->plr->mo); if(lineTarget) { AdjustPlayerAngle(plr->plr->mo); if(PuffSpawned) { // Bit something. S_StartSoundEx(SFX_PIG_ATTACK, plr->plr->mo); } } } void C_DECL A_FHammerAttack(player_t *plr, pspdef_t *psp) { int i; angle_t angle; mobj_t *mo = plr->plr->mo; int damage; float power; float slope; if(IS_CLIENT) return; damage = 60 + (P_Random() & 63); power = 10; for(i = 0; i < 16; ++i) { angle = mo->angle + i * (ANG45 / 32); slope = P_AimLineAttack(mo, angle, HAMMER_RANGE); if(lineTarget) { P_LineAttack(mo, angle, HAMMER_RANGE, slope, damage, MT_HAMMERPUFF); AdjustPlayerAngle(mo); if((lineTarget->flags & MF_COUNTKILL) || lineTarget->player) { P_ThrustMobj(lineTarget, angle, power); } mo->special1 = false; // Don't throw a hammer. goto hammerdone; } angle = mo->angle - i * (ANG45 / 32); slope = P_AimLineAttack(mo, angle, HAMMER_RANGE); if(lineTarget) { P_LineAttack(mo, angle, HAMMER_RANGE, slope, damage, MT_HAMMERPUFF); AdjustPlayerAngle(mo); if((lineTarget->flags & MF_COUNTKILL) || lineTarget->player) { P_ThrustMobj(lineTarget, angle, power); } mo->special1 = false; // Don't throw a hammer. goto hammerdone; } } // Didn't find any targets in meleerange, so set to throw out a hammer. PuffSpawned = 0; angle = mo->angle; slope = P_AimLineAttack(mo, angle, HAMMER_RANGE); P_LineAttack(mo, angle, HAMMER_RANGE, slope, damage, MT_HAMMERPUFF); if(PuffSpawned) { mo->special1 = false; } else { mo->special1 = true; } hammerdone: if(plr->ammo[AT_GREENMANA].owned < weaponInfo[plr->readyWeapon][plr->class_].mode[0].perShot[AT_GREENMANA]) { // Don't spawn a hammer if the plr doesn't have enough mana. mo->special1 = false; } } void C_DECL A_FHammerThrow(player_t *plr, pspdef_t *psp) { mobj_t *pmo; if(IS_CLIENT) return; if(!plr->plr->mo->special1) return; P_ShotAmmo(plr); pmo = P_SpawnPlayerMissile(MT_HAMMER_MISSILE, plr->plr->mo); if(pmo) pmo->special1 = 0; } void C_DECL A_FSwordAttack(player_t *plr, pspdef_t *psp) { mobj_t *mo; P_ShotAmmo(plr); mo = plr->plr->mo; S_StartSoundEx(SFX_FIGHTER_SWORD_FIRE, mo); if(IS_CLIENT) return; P_SPMAngleXYZ(MT_FSWORD_MISSILE, mo->origin[VX], mo->origin[VY], mo->origin[VZ] - 10, mo, mo->angle + ANG45 / 4); P_SPMAngleXYZ(MT_FSWORD_MISSILE, mo->origin[VX], mo->origin[VY], mo->origin[VZ] - 5, mo, mo->angle + ANG45 / 8); P_SPMAngleXYZ(MT_FSWORD_MISSILE, mo->origin[VX], mo->origin[VY], mo->origin[VZ], mo, mo->angle); P_SPMAngleXYZ(MT_FSWORD_MISSILE, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + 5, mo, mo->angle - ANG45 / 8); P_SPMAngleXYZ(MT_FSWORD_MISSILE, mo->origin[VX], mo->origin[VY], mo->origin[VZ] + 10, mo, mo->angle - ANG45 / 4); } void C_DECL A_FSwordAttack2(mobj_t* mo) { angle_t angle = mo->angle; S_StartSoundEx(SFX_FIGHTER_SWORD_FIRE, mo); if(IS_CLIENT) return; P_SpawnMissileAngle(MT_FSWORD_MISSILE, mo, angle + ANG45 / 4, 0); P_SpawnMissileAngle(MT_FSWORD_MISSILE, mo, angle + ANG45 / 8, 0); P_SpawnMissileAngle(MT_FSWORD_MISSILE, mo, angle, 0); P_SpawnMissileAngle(MT_FSWORD_MISSILE, mo, angle - ANG45 / 8, 0); P_SpawnMissileAngle(MT_FSWORD_MISSILE, mo, angle - ANG45 / 4, 0); } void C_DECL A_FSwordFlames(mobj_t* mo) { coord_t pos[3]; angle_t angle; int i; for(i = 1 + (P_Random() & 3); i; i--) { pos[VX] = mo->origin[VX] + FIX2FLT((P_Random() - 128) << 12); pos[VY] = mo->origin[VY] + FIX2FLT((P_Random() - 128) << 12); pos[VZ] = mo->origin[VZ] + FIX2FLT((P_Random() - 128) << 11); angle = M_PointToAngle2(mo->origin, pos); P_SpawnMobj(MT_FSWORD_FLAME, pos, angle, 0); } } void C_DECL A_MWandAttack(player_t* plr, pspdef_t* psp) { if(IS_CLIENT) return; P_SpawnPlayerMissile(MT_MWAND_MISSILE, plr->plr->mo); S_StartSound(SFX_MAGE_WAND_FIRE, plr->plr->mo); } void C_DECL A_LightningReady(player_t* plr, pspdef_t* psp) { A_WeaponReady(plr, psp); if(P_Random() < 160) { S_StartSoundEx(SFX_MAGE_LIGHTNING_READY, plr->plr->mo); } } void C_DECL A_LightningClip(mobj_t *mo) { mobj_t *cMo, *target = 0; int zigZag; if(mo->type == MT_LIGHTNING_FLOOR) { mo->origin[VZ] = mo->floorZ; target = mo->lastEnemy->tracer; } else if(mo->type == MT_LIGHTNING_CEILING) { mo->origin[VZ] = mo->ceilingZ - mo->height; target = mo->tracer; } if(mo->type == MT_LIGHTNING_FLOOR) { // Floor lightning zig-zags, and forces the ceiling lightning to mimic. cMo = mo->lastEnemy; zigZag = P_Random(); if((zigZag > 128 && mo->special1 < 2) || mo->special1 < -2) { P_ThrustMobj(mo, mo->angle + ANG90, ZAGSPEED); if(cMo) { P_ThrustMobj(cMo, mo->angle + ANG90, ZAGSPEED); } mo->special1++; } else { P_ThrustMobj(mo, mo->angle - ANG90, ZAGSPEED); if(cMo) { P_ThrustMobj(cMo, cMo->angle - ANG90, ZAGSPEED); } mo->special1--; } } if(target) { if(target->health <= 0) { P_ExplodeMissile(mo); } else { mo->angle = M_PointToAngle2(mo->origin, target->origin); mo->mom[MX] = mo->mom[MY] = 0; P_ThrustMobj(mo, mo->angle, mo->info->speed / 2); } } } void C_DECL A_LightningZap(mobj_t* mo) { mobj_t* pmo; coord_t deltaZ; A_LightningClip(mo); mo->health -= 8; if(mo->health <= 0) { P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); return; } if(mo->type == MT_LIGHTNING_FLOOR) { deltaZ = 10; } else { deltaZ = -10; } if((pmo = P_SpawnMobjXYZ(MT_LIGHTNING_ZAP, mo->origin[VX] + (FIX2FLT(P_Random() - 128) * mo->radius / 256), mo->origin[VY] + (FIX2FLT(P_Random() - 128) * mo->radius / 256), mo->origin[VZ] + deltaZ, P_Random() << 24, 0))) { pmo->lastEnemy = mo; pmo->mom[MX] = mo->mom[MX]; pmo->mom[MY] = mo->mom[MY]; pmo->target = mo->target; if(mo->type == MT_LIGHTNING_FLOOR) { pmo->mom[MZ] = 20; } else { pmo->mom[MZ] = -20; } } if(mo->type == MT_LIGHTNING_FLOOR && P_Random() < 160) { S_StartSound(SFX_MAGE_LIGHTNING_CONTINUOUS, mo); } } void C_DECL A_MLightningAttack2(mobj_t *mo) { mobj_t *fmo, *cmo; fmo = P_SpawnPlayerMissile(MT_LIGHTNING_FLOOR, mo); cmo = P_SpawnPlayerMissile(MT_LIGHTNING_CEILING, mo); if(fmo) { fmo->special1 = 0; fmo->lastEnemy = cmo; A_LightningZap(fmo); } if(cmo) { cmo->tracer = NULL; // Mobj that it will track. cmo->lastEnemy = fmo; A_LightningZap(cmo); } S_StartSound(SFX_MAGE_LIGHTNING_FIRE, mo); } void C_DECL A_MLightningAttack(player_t *plr, pspdef_t *psp) { if(IS_CLIENT) return; A_MLightningAttack2(plr->plr->mo); P_ShotAmmo(plr); } void C_DECL A_ZapMimic(mobj_t* mo) { mobj_t* target; target = mo->lastEnemy; if(target) { if(target->state >= &STATES[P_GetState(target->type, SN_DEATH)] || target->state == &STATES[S_FREETARGMOBJ]) { P_ExplodeMissile(mo); } else { mo->mom[MX] = target->mom[MX]; mo->mom[MY] = target->mom[MY]; } } } void C_DECL A_LastZap(mobj_t* mo) { mobj_t* pmo; if((pmo = P_SpawnMobj(MT_LIGHTNING_ZAP, mo->origin, P_Random() << 24, 0))) { P_MobjChangeState(pmo, S_LIGHTNING_ZAP_X1); pmo->mom[MZ] = 40; } } void C_DECL A_LightningRemove(mobj_t* mo) { mobj_t* target; target = mo->lastEnemy; if(target) { target->lastEnemy = NULL; P_ExplodeMissile(target); } } void MStaffSpawn(mobj_t* mo, angle_t angle) { mobj_t* pmo; if((pmo = P_SPMAngle(MT_MSTAFF_FX2, mo, angle))) { pmo->target = mo; pmo->tracer = P_RoughMonsterSearch(pmo, 10*128); } } void C_DECL A_MStaffAttack(player_t* plr, pspdef_t* psp) { angle_t angle; mobj_t* mo; P_ShotAmmo(plr); mo = plr->plr->mo; angle = mo->angle; if(!IS_CLIENT) { MStaffSpawn(mo, angle); MStaffSpawn(mo, angle - ANGLE_1 * 5); MStaffSpawn(mo, angle + ANGLE_1 * 5); } S_StartSoundEx(SFX_MAGE_STAFF_FIRE, plr->plr->mo); plr->damageCount = 0; plr->bonusCount = 0; plr->overridePalette = STARTSCOURGEPAL; } void C_DECL A_MStaffPalette(player_t* plr, pspdef_t* psp) { int pal = STARTSCOURGEPAL + psp->state - (&STATES[S_MSTAFFATK_2]); if(pal == STARTSCOURGEPAL + 3) { // Reset back to original playpal. pal = 0; } plr->overridePalette = pal; } void C_DECL A_MStaffWeave(mobj_t* mo) { coord_t pos[2]; uint weaveXY, weaveZ; uint an; weaveXY = mo->special2 >> 16; weaveZ = mo->special2 & 0xFFFF; an = (mo->angle + ANG90) >> ANGLETOFINESHIFT; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VX] -= FIX2FLT(finecosine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); pos[VY] -= FIX2FLT(finesine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); weaveXY = (weaveXY + 6) & 63; pos[VX] += FIX2FLT(finecosine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); pos[VY] += FIX2FLT(finesine[an]) * (FLOATBOBOFFSET(weaveXY) * 4); P_TryMoveXY(mo, pos[VX], pos[VY]); mo->origin[VZ] -= FLOATBOBOFFSET(weaveZ) * 2; weaveZ = (weaveZ + 3) & 63; mo->origin[VZ] += FLOATBOBOFFSET(weaveZ) * 2; if(mo->origin[VZ] <= mo->floorZ) { mo->origin[VZ] = mo->floorZ + 1; } mo->special2 = weaveZ + (weaveXY << 16); } void C_DECL A_MStaffTrack(mobj_t *mo) { if((mo->tracer == 0) && (P_Random() < 50)) { mo->tracer = P_RoughMonsterSearch(mo, 10*128); } P_SeekerMissile(mo, ANGLE_1 * 2, ANGLE_1 * 10); } /** * For use by mage class boss. */ void MStaffSpawn2(mobj_t *mo, angle_t angle) { mobj_t *pmo; pmo = P_SpawnMissileAngle(MT_MSTAFF_FX2, mo, angle, 0); if(pmo) { pmo->target = mo; pmo->tracer = P_RoughMonsterSearch(pmo, 10*128); } } /** * For use by mage class boss. */ void C_DECL A_MStaffAttack2(mobj_t *mo) { angle_t angle = mo->angle; MStaffSpawn2(mo, angle); MStaffSpawn2(mo, angle - ANGLE_1 * 5); MStaffSpawn2(mo, angle + ANGLE_1 * 5); S_StartSound(SFX_MAGE_STAFF_FIRE, mo); } void C_DECL A_FPunchAttack(player_t *plr, pspdef_t *psp) { int i; angle_t angle; int damage; float slope; mobj_t *mo = plr->plr->mo; float power; if(IS_CLIENT) return; damage = 40 + (P_Random() & 15); power = 2; for(i = 0; i < 16; ++i) { angle = mo->angle + i * (ANG45 / 16); slope = P_AimLineAttack(mo, angle, 2 * MELEERANGE); if(lineTarget) { mo->special1++; if(mo->special1 == 3) { damage *= 2; power = 6; } P_LineAttack(mo, angle, 2 * MELEERANGE, slope, damage, mo->special1 == 3? MT_HAMMERPUFF : MT_PUNCHPUFF); if((lineTarget->flags & MF_COUNTKILL) || lineTarget->player) { P_ThrustMobj(lineTarget, angle, power); } AdjustPlayerAngle(mo); goto punchdone; } angle = mo->angle - i * (ANG45 / 16); slope = P_AimLineAttack(mo, angle, 2 * MELEERANGE); if(lineTarget) { mo->special1++; if(mo->special1 == 3) { damage *= 2; power = 6; } P_LineAttack(mo, angle, 2 * MELEERANGE, slope, damage, mo->special1 == 3? MT_HAMMERPUFF : MT_PUNCHPUFF); if((lineTarget->flags & MF_COUNTKILL) || lineTarget->player) { P_ThrustMobj(lineTarget, angle, power); } AdjustPlayerAngle(mo); goto punchdone; } } // Didn't find any creatures, so try to strike any walls. mo->special1 = 0; angle = mo->angle; slope = P_AimLineAttack(mo, angle, MELEERANGE); P_LineAttack(mo, angle, MELEERANGE, slope, damage, MT_PUNCHPUFF); punchdone: if(mo->special1 == 3) { mo->special1 = 0; P_SetPsprite(plr, ps_weapon, S_PUNCHATK2_1); S_StartSound(SFX_FIGHTER_GRUNT, mo); } } void C_DECL A_FAxeAttack(player_t *plr, pspdef_t *psp) { int i; angle_t angle; mobj_t *pmo = plr->plr->mo; float power; float slope; int damage, useMana; mobjtype_t puffType; if(IS_CLIENT) return; damage = 40 + (P_Random() & 15) + (P_Random() & 7); power = 0; if(plr->ammo[AT_BLUEMANA].owned > 0) { damage *= 2; power = 6; puffType = MT_AXEPUFF_GLOW; useMana = 1; } else { puffType = MT_AXEPUFF; useMana = 0; } for(i = 0; i < 16; ++i) { angle = pmo->angle + i * (ANG45 / 16); slope = P_AimLineAttack(pmo, angle, AXERANGE); if(lineTarget) { P_LineAttack(pmo, angle, AXERANGE, slope, damage, puffType); if((lineTarget->flags & MF_COUNTKILL) || lineTarget->player) { P_ThrustMobj(lineTarget, angle, power); } AdjustPlayerAngle(pmo); useMana++; goto axedone; } angle = pmo->angle - i * (ANG45 / 16); slope = P_AimLineAttack(pmo, angle, AXERANGE); if(lineTarget) { P_LineAttack(pmo, angle, AXERANGE, slope, damage, puffType); if(lineTarget->flags & MF_COUNTKILL) { P_ThrustMobj(lineTarget, angle, power); } AdjustPlayerAngle(pmo); useMana++; goto axedone; } } // Didn't find any creatures, so try to strike any walls. pmo->special1 = 0; angle = pmo->angle; slope = P_AimLineAttack(pmo, angle, MELEERANGE); P_LineAttack(pmo, angle, MELEERANGE, slope, damage, puffType); axedone: if(useMana == 2) { P_ShotAmmo(plr); if(!(plr->ammo[AT_BLUEMANA].owned > 0)) { P_SetPsprite(plr, ps_weapon, S_FAXEATK_5); } } } void C_DECL A_CMaceAttack(player_t *plr, pspdef_t *psp) { int i; angle_t angle; int damage; float slope; if(IS_CLIENT) return; damage = 25 + (P_Random() & 15); for(i = 0; i < 16; ++i) { angle = plr->plr->mo->angle + i * (ANG45 / 16); slope = P_AimLineAttack(plr->plr->mo, angle, 2 * MELEERANGE); if(lineTarget) { P_LineAttack(plr->plr->mo, angle, 2 * MELEERANGE, slope, damage, MT_HAMMERPUFF); AdjustPlayerAngle(plr->plr->mo); goto macedone; } angle = plr->plr->mo->angle - i * (ANG45 / 16); slope = P_AimLineAttack(plr->plr->mo, angle, 2 * MELEERANGE); if(lineTarget) { P_LineAttack(plr->plr->mo, angle, 2 * MELEERANGE, slope, damage, MT_HAMMERPUFF); AdjustPlayerAngle(plr->plr->mo); goto macedone; } } // Didn't find any creatures, so try to strike any walls. plr->plr->mo->special1 = 0; angle = plr->plr->mo->angle; slope = P_AimLineAttack(plr->plr->mo, angle, MELEERANGE); P_LineAttack(plr->plr->mo, angle, MELEERANGE, slope, damage, MT_HAMMERPUFF); macedone: return; } void C_DECL A_CStaffCheck(player_t *plr, pspdef_t *psp) { int i; mobj_t *pmo; int damage, newLife; angle_t angle; float slope; pmo = plr->plr->mo; damage = 20 + (P_Random() & 15); for(i = 0; i < 3; ++i) { angle = pmo->angle + i * (ANG45 / 16); slope = P_AimLineAttack(pmo, angle, 1.5 * MELEERANGE); if(lineTarget) { P_LineAttack(pmo, angle, 1.5 * MELEERANGE, slope, damage, MT_CSTAFFPUFF); pmo->angle = M_PointToAngle2(pmo->origin, lineTarget->origin); if((lineTarget->player || (lineTarget->flags & MF_COUNTKILL)) && (!(lineTarget->flags2 & (MF2_DORMANT + MF2_INVULNERABLE)))) { newLife = plr->health + (damage / 8); newLife = (newLife > 100 ? 100 : newLife); pmo->health = plr->health = newLife; P_SetPsprite(plr, ps_weapon, S_CSTAFFATK2_1); } P_ShotAmmo(plr); break; } angle = pmo->angle - i * (ANG45 / 16); slope = P_AimLineAttack(plr->plr->mo, angle, 1.5 * MELEERANGE); if(lineTarget) { P_LineAttack(pmo, angle, 1.5 * MELEERANGE, slope, damage, MT_CSTAFFPUFF); pmo->angle = M_PointToAngle2(pmo->origin, lineTarget->origin); if(lineTarget->player || (lineTarget->flags & MF_COUNTKILL)) { newLife = plr->health + (damage >> 4); newLife = (newLife > 100 ? 100 : newLife); pmo->health = plr->health = newLife; P_SetPsprite(plr, ps_weapon, S_CSTAFFATK2_1); } P_ShotAmmo(plr); break; } } } void C_DECL A_CStaffAttack(player_t *plr, pspdef_t *psp) { mobj_t *mo, *pmo; if(IS_CLIENT) return; P_ShotAmmo(plr); pmo = plr->plr->mo; mo = P_SPMAngle(MT_CSTAFF_MISSILE, pmo, pmo->angle - (ANG45 / 15)); if(mo) { mo->special2 = 32; } mo = P_SPMAngle(MT_CSTAFF_MISSILE, pmo, pmo->angle + (ANG45 / 15)); if(mo) { mo->special2 = 0; } S_StartSound(SFX_CLERIC_CSTAFF_FIRE, plr->plr->mo); } void C_DECL A_CStaffMissileSlither(mobj_t* actor) { coord_t pos[2]; uint an, weaveXY; weaveXY = actor->special2; an = (actor->angle + ANG90) >> ANGLETOFINESHIFT; pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VX] -= FIX2FLT(finecosine[an]) * FLOATBOBOFFSET(weaveXY); pos[VY] -= FIX2FLT(finesine[an]) * FLOATBOBOFFSET(weaveXY); weaveXY = (weaveXY + 3) & 63; pos[VX] += FIX2FLT(finecosine[an]) * FLOATBOBOFFSET(weaveXY); pos[VY] += FIX2FLT(finesine[an]) * FLOATBOBOFFSET(weaveXY); P_TryMoveXY(actor, pos[VX], pos[VY]); actor->special2 = weaveXY; } void C_DECL A_CStaffInitBlink(player_t *plr, pspdef_t *psp) { plr->plr->mo->special1 = (P_Random() >> 1) + 20; } void C_DECL A_CStaffCheckBlink(player_t *plr, pspdef_t *psp) { if(!--plr->plr->mo->special1) { P_SetPsprite(plr, ps_weapon, S_CSTAFFBLINK1); plr->plr->mo->special1 = (P_Random() + 50) >> 2; } } void C_DECL A_CFlameAttack(player_t *plr, pspdef_t *psp) { mobj_t *pmo; if(IS_CLIENT) return; pmo = P_SpawnPlayerMissile(MT_CFLAME_MISSILE, plr->plr->mo); if(pmo) { pmo->special1 = 2; } P_ShotAmmo(plr); S_StartSound(SFX_CLERIC_FLAME_FIRE, plr->plr->mo); } void C_DECL A_CFlamePuff(mobj_t* mo) { if(!mo) return; A_UnHideThing(mo); mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; S_StartSound(SFX_CLERIC_FLAME_EXPLODE, mo); } void C_DECL A_CFlameMissile(mobj_t* mo) { int i; uint an, an90; coord_t dist; mobj_t* pmo; if(!mo) return; A_UnHideThing(mo); S_StartSound(SFX_CLERIC_FLAME_EXPLODE, mo); if(tmBlockingMobj && (tmBlockingMobj->flags & MF_SHOOTABLE)) { // Hit something. // Spawn the flame circle around the thing dist = tmBlockingMobj->radius + 18; for(i = 0; i < 4; ++i) { an = (i * ANG45) >> ANGLETOFINESHIFT; an90 = (i * ANG45 + ANG90) >> ANGLETOFINESHIFT; if((pmo = P_SpawnMobjXYZ(MT_CIRCLEFLAME, tmBlockingMobj->origin[VX] + dist * FIX2FLT(finecosine[an]), tmBlockingMobj->origin[VY] + dist * FIX2FLT(finesine[an]), tmBlockingMobj->origin[VZ] + 5, (angle_t) an << ANGLETOFINESHIFT, 0))) { pmo->target = mo->target; pmo->mom[MX] = FLAMESPEED * FIX2FLT(finecosine[an]); pmo->mom[MY] = FLAMESPEED * FIX2FLT(finesine[an]); pmo->special1 = FLT2FIX(pmo->mom[MX]); pmo->special2 = FLT2FIX(pmo->mom[MY]); pmo->tics -= P_Random() & 3; } if((pmo = P_SpawnMobjXYZ(MT_CIRCLEFLAME, tmBlockingMobj->origin[VX] - dist * FIX2FLT(finecosine[an]), tmBlockingMobj->origin[VY] - dist * FIX2FLT(finesine[an]), tmBlockingMobj->origin[VZ] + 5, (angle_t) (ANG180 + (an << ANGLETOFINESHIFT)), 0))) { pmo->target = mo->target; pmo->mom[MX] = -FLAMESPEED * FIX2FLT(finecosine[an]); pmo->mom[MY] = -FLAMESPEED * FIX2FLT(finesine[an]); pmo->special1 = FLT2FIX(pmo->mom[MX]); pmo->special2 = FLT2FIX(pmo->mom[MY]); pmo->tics -= P_Random() & 3; } } P_MobjChangeState(mo, S_FLAMEPUFF2_1); } } void C_DECL A_CFlameRotate(mobj_t *mo) { uint an; an = (mo->angle + ANG90) >> ANGLETOFINESHIFT; mo->mom[MX] = FIX2FLT(mo->special1); mo->mom[MY] = FIX2FLT(mo->special2); mo->mom[MX] += FLAMEROTSPEED * FIX2FLT(finecosine[an]); mo->mom[MY] += FLAMEROTSPEED * FIX2FLT(finesine[an]); mo->angle += ANG90 / 15; } /** * Spawns the spirits */ void C_DECL A_CHolyAttack3(mobj_t *mo) { P_SpawnMissile(MT_HOLY_MISSILE, mo, mo->target); S_StartSound(SFX_CHOLY_FIRE, mo); } /** * Spawns the spirits */ void C_DECL A_CHolyAttack2(mobj_t* mo) { int i, j; mobj_t* pmo, *tail, *next; for(i = 0; i < 4; ++i) { angle_t angle = mo->angle + (ANGLE_45 + ANGLE_45 / 2) - ANGLE_45 * i; if(!(pmo = P_SpawnMobj(MT_HOLY_FX, mo->origin, angle, 0))) continue; switch(i) // float bob index { case 0: pmo->special2 = P_Random() & 7; // Upper-left. break; case 1: pmo->special2 = 32 + (P_Random() & 7); // Upper-right. break; case 2: pmo->special2 = (32 + (P_Random() & 7)) << 16; // Lower-left. break; case 3: pmo->special2 = ((32 + (P_Random() & 7)) << 16) + 32 + (P_Random() & 7); break; } pmo->origin[VZ] = mo->origin[VZ]; P_ThrustMobj(pmo, pmo->angle, pmo->info->speed); pmo->target = mo->target; pmo->args[0] = 10; // Initial turn value. pmo->args[1] = 0; // Initial look angle. if(G_Ruleset_Deathmatch()) { // Ghosts last slightly less longer in DeathMatch. pmo->health = 85; } if(lineTarget) { pmo->tracer = lineTarget; pmo->flags |= MF_NOCLIP | MF_SKULLFLY; pmo->flags &= ~MF_MISSILE; } if((tail = P_SpawnMobj(MT_HOLY_TAIL, pmo->origin, pmo->angle + ANG180, 0))) { tail->target = pmo; // Parent. for(j = 1; j < 3; ++j) { if((next = P_SpawnMobj(MT_HOLY_TAIL, pmo->origin, pmo->angle + ANG180, 0))) { P_MobjChangeState(next, P_GetState(next->type, SN_SPAWN) + 1); tail->tracer = next; tail = next; } } tail->tracer = NULL; // last tail bit } } } void C_DECL A_CHolyAttack(player_t* plr, pspdef_t* psp) { mobj_t *pmo; if(IS_CLIENT) return; P_ShotAmmo(plr); pmo = P_SpawnPlayerMissile(MT_HOLY_MISSILE, plr->plr->mo); plr->damageCount = 0; plr->bonusCount = 0; plr->overridePalette = STARTHOLYPAL; S_StartSound(SFX_CHOLY_FIRE, plr->plr->mo); } void C_DECL A_CHolyPalette(player_t* plr, pspdef_t* psp) { int pal = STARTHOLYPAL + psp->state - (&STATES[S_CHOLYATK_6]); if(pal == STARTHOLYPAL + 3) { // reset back to original playpal pal = 0; } plr->overridePalette = pal; } static void CHolyFindTarget(mobj_t* mo) { mobj_t* target; target = P_RoughMonsterSearch(mo, 6*128); if(target) { mo->tracer = target; mo->flags |= MF_NOCLIP | MF_SKULLFLY; mo->flags &= ~MF_MISSILE; } } /** * Similar to P_SeekerMissile, but seeks to a random Z on the target */ static void CHolySeekerMissile(mobj_t* mo, angle_t thresh, angle_t turnMax) { int dir; uint an; angle_t delta; mobj_t* target; coord_t dist, newZ, deltaZ; target = mo->tracer; if(!target) return; if(!(target->flags & MF_SHOOTABLE) || (!(target->flags & MF_COUNTKILL) && !target->player)) { // Target died/target isn't a player or creature mo->tracer = NULL; mo->flags &= ~(MF_NOCLIP | MF_SKULLFLY); mo->flags |= MF_MISSILE; CHolyFindTarget(mo); return; } dir = P_FaceMobj(mo, target, &delta); if(delta > thresh) { delta /= 2; if(delta > turnMax) { delta = turnMax; } } if(dir) { // Turn clockwise mo->angle += delta; } else { // Turn counter clockwise mo->angle -= delta; } an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); if(!(mapTime & 15) || mo->origin[VZ] > target->origin[VZ] + target->height || mo->origin[VZ] + mo->height < target->origin[VZ]) { newZ = target->origin[VZ]; newZ += FIX2FLT((P_Random() * FLT2FIX(target->height)) >> 8); deltaZ = newZ - mo->origin[VZ]; if(fabs(deltaZ) > 15) { if(deltaZ > 0) { deltaZ = 15; } else { deltaZ = -15; } } dist = M_ApproxDistance(target->origin[VX] - mo->origin[VX], target->origin[VX] - mo->origin[VY]); dist /= mo->info->speed; if(dist < 1) { dist = 1; } mo->mom[MZ] = deltaZ / dist; } } static void CHolyWeave(mobj_t* mo) { coord_t pos[2]; int weaveXY, weaveZ; int angle; weaveXY = mo->special2 >> 16; weaveZ = mo->special2 & 0xFFFF; angle = (mo->angle + ANG90) >> ANGLETOFINESHIFT; pos[VX] = mo->origin[VX] - (FIX2FLT(finecosine[angle]) * (FLOATBOBOFFSET(weaveXY) * 4)); pos[VY] = mo->origin[VY] - (FIX2FLT(finesine[angle]) * (FLOATBOBOFFSET(weaveXY) * 4)); weaveXY = (weaveXY + (P_Random() % 5)) & 63; pos[VX] += FIX2FLT(finecosine[angle]) * (FLOATBOBOFFSET(weaveXY) * 4); pos[VY] += FIX2FLT(finesine[angle]) * (FLOATBOBOFFSET(weaveXY) * 4); P_TryMoveXY(mo, pos[VX], pos[VY]); mo->origin[VZ] -= FLOATBOBOFFSET(weaveZ) * 2; weaveZ = (weaveZ + (P_Random() % 5)) & 63; mo->origin[VZ] += FLOATBOBOFFSET(weaveZ) * 2; mo->special2 = weaveZ + (weaveXY << 16); } void C_DECL A_CHolySeek(mobj_t* mo) { mo->health--; if(mo->health <= 0) { mo->mom[MX] /= 4; mo->mom[MY] /= 4; mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); mo->tics -= P_Random() & 3; return; } if(mo->tracer) { CHolySeekerMissile(mo, mo->args[0] * ANGLE_1, mo->args[0] * ANGLE_1 * 2); if(!((mapTime + 7) & 15)) { mo->args[0] = 5 + (P_Random() / 20); } } CHolyWeave(mo); } static void CHolyTailFollow(mobj_t* mo, coord_t dist) { uint an; angle_t angle; mobj_t* child; coord_t oldDistance, newDistance; child = mo->tracer; if(child) { angle = M_PointToAngle2(mo->origin, child->origin); an = angle >> ANGLETOFINESHIFT; oldDistance = M_ApproxDistance(child->origin[VX] - mo->origin[VX], child->origin[VY] - mo->origin[VY]); if(P_TryMoveXY(child, mo->origin[VX] + dist * FIX2FLT(finecosine[an]), mo->origin[VY] + dist * FIX2FLT(finesine[an]))) { newDistance = M_ApproxDistance(child->origin[VX] - mo->origin[VX], child->origin[VY] - mo->origin[VY]) - 1; if(oldDistance < 1) { if(child->origin[VZ] < mo->origin[VZ]) { child->origin[VZ] = mo->origin[VZ] - dist; } else { child->origin[VZ] = mo->origin[VZ] + dist; } } else { child->origin[VZ] = mo->origin[VZ] + (newDistance / oldDistance) * (child->origin[VZ] - mo->origin[VZ]); } } CHolyTailFollow(child, dist - 1); } } static void CHolyTailRemove(mobj_t *mo) { mobj_t *child; child = mo->tracer; if(child) { CHolyTailRemove(child); } P_MobjRemove(mo, false); } void C_DECL A_CHolyTail(mobj_t* mo) { mobj_t* parent; parent = mo->target; if(parent) { if(parent->state >= &STATES[P_GetState(parent->type, SN_DEATH)]) { // Ghost removed, so remove all tail parts. CHolyTailRemove(mo); } else { uint an = parent->angle >> ANGLETOFINESHIFT; if(P_TryMoveXY(mo, parent->origin[VX] - (14 * FIX2FLT(finecosine[an])), parent->origin[VY] - (14 * FIX2FLT(finesine[an])))) { mo->origin[VZ] = parent->origin[VZ] - 5; } CHolyTailFollow(mo, 10); } } } void C_DECL A_CHolyCheckScream(mobj_t* mo) { A_CHolySeek(mo); if(P_Random() < 20) { S_StartSound(SFX_SPIRIT_ACTIVE, mo); } if(!mo->tracer) { CHolyFindTarget(mo); } } void C_DECL A_CHolySpawnPuff(mobj_t *mo) { P_SpawnMobj(MT_HOLY_MISSILE_PUFF, mo->origin, P_Random() << 24, 0); } void C_DECL A_FireConePL1(player_t *plr, pspdef_t *psp) { int i, damage; angle_t angle; mobj_t *pmo, *mo; dd_bool conedone = false; if(IS_CLIENT) return; mo = plr->plr->mo; P_ShotAmmo(plr); S_StartSound(SFX_MAGE_SHARDS_FIRE, mo); damage = 90 + (P_Random() & 15); for(i = 0; i < 16; ++i) { angle = mo->angle + i * (ANG45 / 16); P_AimLineAttack(mo, angle, MELEERANGE); if(lineTarget) { mo->flags2 |= MF2_ICEDAMAGE; P_DamageMobj(lineTarget, mo, mo, damage, false); mo->flags2 &= ~MF2_ICEDAMAGE; conedone = true; break; } } // Didn't find any creatures, so fire projectiles. if(!conedone) { pmo = P_SpawnPlayerMissile(MT_SHARDFX1, mo); if(pmo) { pmo->special1 = SHARDSPAWN_LEFT | SHARDSPAWN_DOWN | SHARDSPAWN_UP | SHARDSPAWN_RIGHT; pmo->special2 = 3; // Set sperm count (levels of reproductivity) pmo->target = mo; pmo->args[0] = 3; // Mark Initial shard as super damage } } } void C_DECL A_ShedShard(mobj_t *mo) { mobj_t *pmo; int spawndir = mo->special1; int spermcount = mo->special2; if(spermcount <= 0) return; // No sperm left, can no longer reproduce. mo->special2 = 0; spermcount--; // Every so many calls, spawn a new missile in it's set directions. if(spawndir & SHARDSPAWN_LEFT) { pmo = P_SpawnMissileAngleSpeed(MT_SHARDFX1, mo, mo->angle + (ANG45 / 9), 0, (20 + 2 * spermcount)); if(pmo) { pmo->special1 = SHARDSPAWN_LEFT; pmo->special2 = spermcount; pmo->mom[MZ] = mo->mom[MZ]; pmo->target = mo->target; pmo->args[0] = (spermcount == 3) ? 2 : 0; } } if(spawndir & SHARDSPAWN_RIGHT) { pmo = P_SpawnMissileAngleSpeed(MT_SHARDFX1, mo, mo->angle - (ANG45 / 9), 0, (20 + 2 * spermcount)); if(pmo) { pmo->special1 = SHARDSPAWN_RIGHT; pmo->special2 = spermcount; pmo->mom[MZ] = mo->mom[MZ]; pmo->target = mo->target; pmo->args[0] = (spermcount == 3) ? 2 : 0; } } if(spawndir & SHARDSPAWN_UP) { pmo = P_SpawnMissileAngleSpeed(MT_SHARDFX1, mo, mo->angle, 0, (15 + 2 * spermcount)); if(pmo) { pmo->mom[MZ] = mo->mom[MZ]; pmo->origin[VZ] += 8; if(spermcount & 1) // Every other reproduction. pmo->special1 = SHARDSPAWN_UP | SHARDSPAWN_LEFT | SHARDSPAWN_RIGHT; else pmo->special1 = SHARDSPAWN_UP; pmo->special2 = spermcount; pmo->target = mo->target; pmo->args[0] = (spermcount == 3) ? 2 : 0; } } if(spawndir & SHARDSPAWN_DOWN) { pmo = P_SpawnMissileAngleSpeed(MT_SHARDFX1, mo, mo->angle, 0, (15 + 2 * spermcount)); if(pmo) { pmo->mom[MZ] = mo->mom[MZ]; pmo->origin[VZ] -= 4; if(spermcount & 1) // Every other reproduction. pmo->special1 = SHARDSPAWN_DOWN | SHARDSPAWN_LEFT | SHARDSPAWN_RIGHT; else pmo->special1 = SHARDSPAWN_DOWN; pmo->special2 = spermcount; pmo->target = mo->target; pmo->args[0] = (spermcount == 3) ? 2 : 0; } } } void C_DECL A_Light0(player_t *plr, pspdef_t *psp) { plr->plr->extraLight = 0; } /** * Called at start of the map for each player. */ void P_SetupPsprites(player_t* player) { int i; // Remove all psprites. for(i = 0; i < NUMPSPRITES; ++i) { player->pSprites[i].state = NULL; } // Spawn the ready weapon if(player->pendingWeapon == WT_NOCHANGE) player->pendingWeapon = player->readyWeapon; P_BringUpWeapon(player); } /** * Called every tic by player thinking routine. */ void P_MovePsprites(player_t *plr) { int i; pspdef_t *psp; state_t *state; psp = &plr->pSprites[0]; for(i = 0; i < NUMPSPRITES; ++i, psp++) { if((state = psp->state) != 0) // A null state means not active. { // Drop tic count and possibly change state. if(psp->tics != -1) // A -1 tic count never changes. { psp->tics--; if(!psp->tics) { P_SetPsprite(plr, i, psp->state->nextState); } } } } plr->pSprites[ps_flash].pos[VX] = plr->pSprites[ps_weapon].pos[VX]; plr->pSprites[ps_flash].pos[VY] = plr->pSprites[ps_weapon].pos[VY]; } void C_DECL A_PoisonBag(mobj_t* mo) { player_t* player; mobjtype_t type; coord_t pos[3]; angle_t angle; mobj_t* bag; if(!mo->player) return; player = mo->player; if(player->class_ == PCLASS_FIGHTER || player->class_ == PCLASS_PIG) { type = MT_THROWINGBOMB; pos[VX] = mo->origin[VX]; pos[VY] = mo->origin[VY]; pos[VZ] = mo->origin[VZ] - mo->floorClip + 35; angle = mo->angle + (((P_Random() & 7) - 4) << 24); } else { uint an = mo->angle >> ANGLETOFINESHIFT; if(player->class_ == PCLASS_CLERIC) type = MT_POISONBAG; else type = MT_FIREBOMB; pos[VX] = mo->origin[VX] + 16 * FIX2FLT(finecosine[an]); pos[VY] = mo->origin[VY] + 24 * FIX2FLT(finesine[an]); pos[VZ] = mo->origin[VZ] - mo->floorClip + 8; angle = mo->angle; } if((bag = P_SpawnMobj(type, pos, angle, 0))) { bag->target = mo; if(type == MT_THROWINGBOMB) { bag->mom[MZ] = 4 + FIX2FLT(((int) player->plr->lookDir) << (FRACBITS - 4)); bag->origin[VZ] += FIX2FLT(((int) player->plr->lookDir) << (FRACBITS - 4)); P_ThrustMobj(bag, bag->angle, bag->info->speed); bag->mom[MX] += mo->mom[MX] / 2; bag->mom[MY] += mo->mom[MY] / 2; bag->tics -= P_Random() & 3; P_CheckMissileSpawn(bag); } } didUseItem = true; } void C_DECL A_Egg(mobj_t* mo) { if(!mo->player) return; P_SpawnPlayerMissile(MT_EGGFX, mo); P_SPMAngle(MT_EGGFX, mo, mo->angle - (ANG45 / 6)); P_SPMAngle(MT_EGGFX, mo, mo->angle + (ANG45 / 6)); P_SPMAngle(MT_EGGFX, mo, mo->angle - (ANG45 / 3)); P_SPMAngle(MT_EGGFX, mo, mo->angle + (ANG45 / 3)); didUseItem = true; } void C_DECL A_SummonTarget(mobj_t* mo) { mobj_t* servant; if(!mo->player) return; if((servant = P_SpawnPlayerMissile(MT_SUMMON_FX, mo))) { servant->target = mo; servant->tracer = mo; servant->mom[MZ] = 5; } didUseItem = true; } void C_DECL A_BoostArmor(mobj_t* mo) { armortype_t type; player_t *plr; int count = 0; if(!mo->player) return; plr = mo->player; // Give 1 point per armor type. for(type = 0; type < NUMARMOR; ++type) { count += P_GiveArmorAlt(plr, type, 1); } if(count) { didUseItem = true; } } void C_DECL A_BoostMana(mobj_t *mo) { player_t *player; if(!mo->player) return; player = mo->player; if(!P_GiveAmmo(player, AT_BLUEMANA, -1 /*fully replenish*/)) { if(!P_GiveAmmo(player, AT_GREENMANA, -1 /*fully replenish*/)) { return; } } else { P_GiveAmmo(player, AT_GREENMANA, -1 /*fully replenish*/); } didUseItem = true; } void C_DECL A_TeleportOther(mobj_t* mo) { if(!mo->player) return; P_ArtiTeleportOther(mo->player); didUseItem = true; } void C_DECL A_Speed(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GivePower(mo->player, PT_SPEED); } void C_DECL A_Wings(mobj_t* mo) { if(!mo->player) return; if(!P_GivePower(mo->player, PT_FLIGHT)) { return; } if(mo->mom[MZ] <= -35) { // Stop falling scream. S_StopSound(0, mo); } didUseItem = true; } void C_DECL A_BlastRadius(mobj_t* mo) { if(!mo->player) return; P_BlastRadius(mo->player); didUseItem = true; } void C_DECL A_Teleport(mobj_t* mo) { if(!mo->player) return; P_ArtiTele(mo->player); didUseItem = true; } void C_DECL A_Torch(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GivePower(mo->player, PT_INFRARED); } void C_DECL A_HealRadius(mobj_t* mo) { if(!mo->player) return; didUseItem = P_HealRadius(mo->player); } void C_DECL A_Health(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GiveHealth(mo->player, 25); } void C_DECL A_SuperHealth(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GiveHealth(mo->player, 100); } void C_DECL A_Invulnerability(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GivePower(mo->player, PT_INVULNERABILITY); } void C_DECL A_PuzzSkull(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZSKULL - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGemBig(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEMBIG - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGemRed(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEMRED - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGemGreen1(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEMGREEN1 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGemGreen2(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEMGREEN2 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGemBlue1(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEMBLUE1 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGemBlue2(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEMBLUE2 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzBook1(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZBOOK1 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzBook2(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZBOOK2 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzSkull2(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZSKULL2 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzFWeapon(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZFWEAPON - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzCWeapon(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZCWEAPON - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzMWeapon(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZMWEAPON - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGear1(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEAR1 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGear2(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEAR2 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGear3(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEAR3 - IIT_FIRSTPUZZITEM); } void C_DECL A_PuzzGear4(mobj_t* mo) { if(!mo->player) return; didUseItem = P_UsePuzzleItem(mo->player, IIT_PUZZGEAR4 - IIT_FIRSTPUZZITEM); } doomsday-1.14.5/doomsday/plugins/hexen/src/p_pillar.cpp0000664000175000017500000002166712350542240022422 0ustar jaakkojaakko/** @file p_pillar.cpp * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jhexen.h" #include "p_pillar.h" #include "dmu_lib.h" #include "p_mapspec.h" #include "p_iterlist.h" void T_BuildPillar(pillar_t *pillar) { DENG_ASSERT(pillar != 0); // First, raise the floor result_e res1 = T_MovePlane(pillar->sector, pillar->floorSpeed, pillar->floorDest, pillar->crush, 0, pillar->direction); // floorOrCeiling, direction // Then, lower the ceiling result_e res2 = T_MovePlane(pillar->sector, pillar->ceilingSpeed, pillar->ceilingDest, pillar->crush, 1, -pillar->direction); if(res1 == pastdest && res2 == pastdest) { P_ToXSector(pillar->sector)->specialData = 0; SN_StopSequenceInSec(pillar->sector); Game_ACScriptInterpreter().tagFinished(P_ToXSector(pillar->sector)->tag); Thinker_Remove(&pillar->thinker); } } void pillar_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, FLT2FIX(ceilingSpeed)); Writer_WriteInt32(writer, FLT2FIX(floorSpeed)); Writer_WriteInt32(writer, FLT2FIX(floorDest)); Writer_WriteInt32(writer, FLT2FIX(ceilingDest)); Writer_WriteInt32(writer, direction); Writer_WriteInt32(writer, crush); } int pillar_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); ceilingSpeed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); floorSpeed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); floorDest = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); ceilingDest = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); direction = Reader_ReadInt32(reader); crush = Reader_ReadInt32(reader); } else { // Its in the old pre V4 format which serialized pillar_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); ceilingSpeed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); floorSpeed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); floorDest = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); ceilingDest = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); direction = Reader_ReadInt32(reader); crush = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_BuildPillar; P_ToXSector(sector)->specialData = this; return true; // Add this thinker. } int EV_BuildPillar(Line * /*line*/, byte *args, dd_bool crush) { iterlist_t *list = P_GetSectorIterListForTag((int) args[0], false); if(!list) return 0; int rtn = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { // If already moving keep going... if(P_ToXSector(sec)->specialData) continue; if(FEQUAL(P_GetDoublep(sec, DMU_FLOOR_HEIGHT), P_GetDoublep(sec, DMU_CEILING_HEIGHT))) continue; // Pillar is already closed. rtn = 1; coord_t newHeight = 0; if(!args[2]) { newHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + ((P_GetDoublep(sec, DMU_CEILING_HEIGHT) - P_GetDoublep(sec, DMU_FLOOR_HEIGHT)) * .5f); } else { newHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + (coord_t) args[2]; } pillar_t *pillar = (pillar_t *)Z_Calloc(sizeof(*pillar), PU_MAP, 0); pillar->thinker.function = (thinkfunc_t) T_BuildPillar; Thinker_Add(&pillar->thinker); P_ToXSector(sec)->specialData = pillar; pillar->sector = sec; if(!args[2]) { pillar->ceilingSpeed = pillar->floorSpeed = (float) args[1] * (1.0f / 8); } else if(newHeight - P_GetDoublep(sec, DMU_FLOOR_HEIGHT) > P_GetDoublep(sec, DMU_CEILING_HEIGHT) - newHeight) { pillar->floorSpeed = (float) args[1] * (1.0f / 8); pillar->ceilingSpeed = (P_GetDoublep(sec, DMU_CEILING_HEIGHT) - newHeight) * (pillar->floorSpeed / (newHeight - P_GetDoublep(sec, DMU_FLOOR_HEIGHT))); } else { pillar->ceilingSpeed = (float) args[1] * (1.0f / 8); pillar->floorSpeed = (newHeight - P_GetDoublep(sec, DMU_FLOOR_HEIGHT)) * (pillar->ceilingSpeed / (P_GetDoublep(sec, DMU_CEILING_HEIGHT) - newHeight)); } pillar->floorDest = newHeight; pillar->ceilingDest = newHeight; pillar->direction = 1; pillar->crush = crush * (int) args[3]; SN_StartSequence((mobj_t *)P_GetPtrp(pillar->sector, DMU_EMITTER), SEQ_PLATFORM + P_ToXSector(pillar->sector)->seqType); } return rtn; } int EV_OpenPillar(Line * /*line*/, byte *args) { iterlist_t *list = P_GetSectorIterListForTag((int) args[0], false); if(!list) return 0; int rtn = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { // If already moving keep going... if(P_ToXSector(sec)->specialData) continue; if(!FEQUAL(P_GetDoublep(sec, DMU_FLOOR_HEIGHT), P_GetDoublep(sec, DMU_CEILING_HEIGHT))) continue; // Pillar isn't closed. rtn = 1; pillar_t *pillar = (pillar_t *)Z_Calloc(sizeof(*pillar), PU_MAP, 0); pillar->thinker.function = (thinkfunc_t) T_BuildPillar; Thinker_Add(&pillar->thinker); P_ToXSector(sec)->specialData = pillar; pillar->sector = sec; if(!args[2]) { P_FindSectorSurroundingLowestFloor(sec, P_GetDoublep(sec, DMU_FLOOR_HEIGHT), &pillar->floorDest); } else { pillar->floorDest = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) - (coord_t) args[2]; } if(!args[3]) { P_FindSectorSurroundingHighestCeiling(sec, 0, &pillar->ceilingDest); } else { pillar->ceilingDest = P_GetDoublep(sec, DMU_CEILING_HEIGHT) + (coord_t) args[3]; } if(P_GetDoublep(sec, DMU_FLOOR_HEIGHT) - pillar->floorDest >= pillar->ceilingDest - P_GetDoublep(sec, DMU_CEILING_HEIGHT)) { pillar->floorSpeed = (float) args[1] * (1.0f / 8); pillar->ceilingSpeed = (P_GetDoublep(sec, DMU_CEILING_HEIGHT) - pillar->ceilingDest) * (pillar->floorSpeed / (pillar->floorDest - P_GetDoublep(sec, DMU_FLOOR_HEIGHT))); } else { pillar->ceilingSpeed = (float) args[1] * (1.0f / 8); pillar->floorSpeed = (pillar->floorDest - P_GetDoublep(sec, DMU_FLOOR_HEIGHT)) * (pillar->ceilingSpeed / (P_GetDoublep(sec, DMU_CEILING_HEIGHT) - pillar->ceilingDest)); } pillar->direction = -1; // Open the pillar. SN_StartSequence((mobj_t *)P_GetPtrp(pillar->sector, DMU_EMITTER), SEQ_PLATFORM + P_ToXSector(pillar->sector)->seqType); } return rtn; } doomsday-1.14.5/doomsday/plugins/hexen/include/0000775000175000017500000000000012350542240020734 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/include/p_pspr.h0000664000175000017500000000275312350542240022417 0ustar jaakkojaakko/** @file p_pspr.h Player weapon sprite animation. * * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_PLAY_PSPR_H #define LIBHEXEN_PLAY_PSPR_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif struct player_s; typedef enum { ps_weapon, ps_flash, NUMPSPRITES } psprnum_t; typedef struct { state_t *state; // @c NULL means not active. int tics; float pos[2]; } pspdef_t; #ifdef __cplusplus extern "C" { #endif void R_GetWeaponBob(int player, float *x, float *y); void P_BringUpWeapon(struct player_s *player); void P_FireWeapon(struct player_s *player); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_PLAY_PSPR_H doomsday-1.14.5/doomsday/plugins/hexen/include/p_pillar.h0000664000175000017500000000342612350542240022714 0ustar jaakkojaakko/** @file p_pillar.h * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_P_PILLAR_H #define LIBHEXEN_P_PILLAR_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif typedef struct pillar_s { thinker_t thinker; Sector *sector; float ceilingSpeed; float floorSpeed; coord_t floorDest; coord_t ceilingDest; int direction; int crush; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } pillar_t; #ifdef __cplusplus extern "C" { #endif void T_BuildPillar(pillar_t *pillar); int EV_BuildPillar(Line *line, byte *args, dd_bool crush); int EV_OpenPillar(Line *line, byte *args); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_P_PILLAR_H doomsday-1.14.5/doomsday/plugins/hexen/include/x_think.h0000664000175000017500000000334412350542240022555 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * x_think.h: MapObj data. * * Map Objects or mobjs are actors, entities, thinker, take-your-pick... * anything that moves, acts, or suffers state changes of more or less * violent nature. */ #ifndef __X_THINK_H__ #define __X_THINK_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif /** * Experimental stuff. * To compile this as "ANSI C with classes" we will need to handle the * various action functions cleanly. */ typedef void (*actionf_v) (); typedef void (*actionf_p1) (void *); typedef void (*actionf_p2) (void *, void *); #define NOPFUNC ((actionf_v) (-1)) typedef union { actionf_p1 acp1; actionf_v acv; actionf_p2 acp2; } actionf_t; #endif doomsday-1.14.5/doomsday/plugins/hexen/include/a_action.h0000664000175000017500000000247712350542240022674 0ustar jaakkojaakko/**\file a_action.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef LIBHEXEN_A_ACTION_H #define LIBHEXEN_A_ACTION_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #ifdef __cplusplus extern "C" { #endif /** * Calculate various LUTs used by the playsim. */ void X_CreateLUTs(void); void X_DestroyLUTs(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBHEXEN_A_ACTION_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/m_random.h0000664000175000017500000000233612350542240022705 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.h: Random numbers. */ #ifndef __M_RANDOM_H__ #define __M_RANDOM_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #ifdef __cplusplus extern "C" { #endif byte P_Random(void); byte M_Random(void); void M_ResetRandom(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/acfnlink.h0000664000175000017500000002461412350542240022701 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * acfnlink.h: */ #ifndef __ACTION_LINK_H__ #define __ACTION_LINK_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "dd_share.h" typedef struct { char *name; // Name of the routine. void (C_DECL * func) (); // Pointer to the function. } actionlink_t; DENG_EXTERN_C actionlink_t actionlinks[]; void C_DECL A_AddPlayerCorpse(); void C_DECL A_BatMove(); void C_DECL A_BatSpawn(); void C_DECL A_BatSpawnInit(); void C_DECL A_BellReset1(); void C_DECL A_BellReset2(); void C_DECL A_BishopAttack(); void C_DECL A_BishopAttack2(); void C_DECL A_BishopChase(); void C_DECL A_BishopDecide(); void C_DECL A_BishopDoBlur(); void C_DECL A_BishopMissileSeek(); void C_DECL A_BishopMissileWeave(); void C_DECL A_BishopPainBlur(); void C_DECL A_BishopPuff(); void C_DECL A_BishopSpawnBlur(); void C_DECL A_BounceCheck(); void C_DECL A_BridgeInit(); void C_DECL A_BridgeOrbit(); void C_DECL A_CentaurAttack(); void C_DECL A_CentaurAttack2(); void C_DECL A_CentaurDefend(); void C_DECL A_CentaurDropStuff(); void C_DECL A_CFlameAttack(); void C_DECL A_CFlameMissile(); void C_DECL A_CFlamePuff(); void C_DECL A_CFlameRotate(); void C_DECL A_Chase(); void C_DECL A_CheckBurnGone(); void C_DECL A_CheckFloor(); void C_DECL A_CheckSkullDone(); void C_DECL A_CheckSkullFloor(); void C_DECL A_CheckTeleRing(); void C_DECL A_CheckThrowBomb(); void C_DECL A_CHolyAttack(); void C_DECL A_CHolyAttack2(); void C_DECL A_CHolyCheckScream(); void C_DECL A_CHolyPalette(); void C_DECL A_CHolySeek(); void C_DECL A_CHolySpawnPuff(); void C_DECL A_CHolyTail(); void C_DECL A_ClassBossHealth(); void C_DECL A_ClericAttack(); void C_DECL A_CMaceAttack(); void C_DECL A_ContMobjSound(); void C_DECL A_CorpseBloodDrip(); void C_DECL A_CorpseExplode(); void C_DECL A_CStaffAttack(); void C_DECL A_CStaffCheck(); void C_DECL A_CStaffCheckBlink(); void C_DECL A_CStaffInitBlink(); void C_DECL A_CStaffMissileSlither(); void C_DECL A_DelayGib(); void C_DECL A_Demon2Death(); void C_DECL A_DemonAttack1(); void C_DECL A_DemonAttack2(); void C_DECL A_DemonDeath(); void C_DECL A_DragonAttack(); void C_DECL A_DragonCheckCrash(); void C_DECL A_DragonFlap(); void C_DECL A_DragonFlight(); void C_DECL A_DragonFX2(); void C_DECL A_DragonInitFlight(); void C_DECL A_DragonPain(); void C_DECL A_DropMace(); void C_DECL A_ESound(); void C_DECL A_EttinAttack(); void C_DECL A_Explode(); void C_DECL A_FaceTarget(); void C_DECL A_FastChase(); void C_DECL A_FAxeAttack(); void C_DECL A_FHammerAttack(); void C_DECL A_FHammerThrow(); void C_DECL A_FighterAttack(); void C_DECL A_FireConePL1(); void C_DECL A_FiredAttack(); void C_DECL A_FiredChase(); void C_DECL A_FiredRocks(); void C_DECL A_FiredSplotch(); void C_DECL A_FlameCheck(); void C_DECL A_FloatGib(); void C_DECL A_FogMove(); void C_DECL A_FogSpawn(); void C_DECL A_FPunchAttack(); void C_DECL A_FreeTargMobj(); void C_DECL A_FreezeDeath(); void C_DECL A_FreezeDeathChunks(); void C_DECL A_FSwordAttack(); void C_DECL A_FSwordFlames(); void C_DECL A_HideThing(); void C_DECL A_IceCheckHeadDone(); void C_DECL A_IceGuyAttack(); void C_DECL A_IceGuyChase(); void C_DECL A_IceGuyDie(); void C_DECL A_IceGuyLook(); void C_DECL A_IceGuyMissileExplode(); void C_DECL A_IceGuyMissilePuff(); void C_DECL A_IceSetTics(); void C_DECL A_KBolt(); void C_DECL A_KBoltRaise(); void C_DECL A_KoraxBonePop(); void C_DECL A_KoraxChase(); void C_DECL A_KoraxCommand(); void C_DECL A_KoraxDecide(); void C_DECL A_KoraxMissile(); void C_DECL A_KoraxStep(); void C_DECL A_KoraxStep2(); void C_DECL A_KSpiritRoam(); void C_DECL A_LastZap(); void C_DECL A_LeafCheck(); void C_DECL A_LeafSpawn(); void C_DECL A_LeafThrust(); void C_DECL A_Light0(); void C_DECL A_LightningClip(); void C_DECL A_LightningReady(); void C_DECL A_LightningRemove(); void C_DECL A_LightningZap(); void C_DECL A_Look(); void C_DECL A_Lower(); void C_DECL A_MageAttack(); void C_DECL A_MinotaurAtk1(); void C_DECL A_MinotaurAtk2(); void C_DECL A_MinotaurAtk3(); void C_DECL A_MinotaurCharge(); void C_DECL A_MinotaurChase(); void C_DECL A_MinotaurDecide(); void C_DECL A_MinotaurFade0(); void C_DECL A_MinotaurFade1(); void C_DECL A_MinotaurFade2(); void C_DECL A_MinotaurLook(); void C_DECL A_MinotaurRoam(); void C_DECL A_MLightningAttack(); void C_DECL A_MntrFloorFire(); void C_DECL A_MStaffAttack(); void C_DECL A_MStaffPalette(); void C_DECL A_MStaffTrack(); void C_DECL A_MStaffWeave(); void C_DECL A_MWandAttack(); void C_DECL A_NoBlocking(); void C_DECL A_NoGravity(); void C_DECL A_Pain(); void C_DECL A_PigAttack(); void C_DECL A_PigChase(); void C_DECL A_PigLook(); void C_DECL A_PigPain(); void C_DECL A_PoisonBagCheck(); void C_DECL A_PoisonBagDamage(); void C_DECL A_PoisonBagInit(); void C_DECL A_PoisonShroom(); void C_DECL A_PotteryCheck(); void C_DECL A_PotteryChooseBit(); void C_DECL A_PotteryExplode(); void C_DECL A_Quake(); void C_DECL A_QueueCorpse(); void C_DECL A_Raise(); void C_DECL A_ReFire(); void C_DECL A_RestoreArtifact(); void C_DECL A_RestoreSpecialThing1(); void C_DECL A_RestoreSpecialThing2(); void C_DECL A_Scream(); void C_DECL A_SerpentBirthScream(); void C_DECL A_SerpentChase(); void C_DECL A_SerpentCheckForAttack(); void C_DECL A_SerpentChooseAttack(); void C_DECL A_SerpentDiveSound(); void C_DECL A_SerpentHeadCheck(); void C_DECL A_SerpentHeadPop(); void C_DECL A_SerpentHide(); void C_DECL A_SerpentHumpDecide(); void C_DECL A_SerpentLowerHump(); void C_DECL A_SerpentMeleeAttack(); void C_DECL A_SerpentMissileAttack(); void C_DECL A_SerpentRaiseHump(); void C_DECL A_SerpentSpawnGibs(); void C_DECL A_SerpentUnHide(); void C_DECL A_SerpentWalk(); void C_DECL A_SetAltShadow(); void C_DECL A_SetReflective(); void C_DECL A_SetShootable(); void C_DECL A_ShedShard(); void C_DECL A_SinkGib(); void C_DECL A_SkullPop(); void C_DECL A_SmBounce(); void C_DECL A_SmokePuffExit(); void C_DECL A_SnoutAttack(); void C_DECL A_SoAExplode(); void C_DECL A_SorcBallOrbit(); void C_DECL A_SorcBallPop(); void C_DECL A_SorcBossAttack(); void C_DECL A_SorcererBishopEntry(); void C_DECL A_SorcFX1Seek(); void C_DECL A_SorcFX2Orbit(); void C_DECL A_SorcFX2Split(); void C_DECL A_SorcFX4Check(); void C_DECL A_SorcSpinBalls(); void C_DECL A_SpawnBishop(); void C_DECL A_SpawnFizzle(); void C_DECL A_SpeedBalls(); void C_DECL A_SpeedFade(); void C_DECL A_Summon(); void C_DECL A_TeloSpawnA(); void C_DECL A_TeloSpawnB(); void C_DECL A_TeloSpawnC(); void C_DECL A_TeloSpawnD(); void C_DECL A_ThrustBlock(); void C_DECL A_ThrustImpale(); void C_DECL A_ThrustInitDn(); void C_DECL A_ThrustInitUp(); void C_DECL A_ThrustLower(); void C_DECL A_ThrustRaise(); void C_DECL A_TreeDeath(); void C_DECL A_UnHideThing(); void C_DECL A_UnSetInvulnerable(); void C_DECL A_UnSetReflective(); void C_DECL A_UnSetShootable(); void C_DECL A_WeaponReady(); void C_DECL A_WraithChase(); void C_DECL A_WraithFX2(); void C_DECL A_WraithFX3(); void C_DECL A_WraithInit(); void C_DECL A_WraithLook(); void C_DECL A_WraithMelee(); void C_DECL A_WraithMissile(); void C_DECL A_WraithRaise(); void C_DECL A_WraithRaiseInit(); void C_DECL A_ZapMimic(); void C_DECL A_FSwordAttack2(); void C_DECL A_CHolyAttack3(); void C_DECL A_MStaffAttack2(); void C_DECL A_SorcBallOrbit(); void C_DECL A_SorcSpinBalls(); void C_DECL A_SpeedBalls(); void C_DECL A_SlowBalls(); void C_DECL A_StopBalls(); void C_DECL A_AccelBalls(); void C_DECL A_DecelBalls(); void C_DECL A_SorcBossAttack(); void C_DECL A_SpawnFizzle(); void C_DECL A_CastSorcererSpell(); void C_DECL A_SorcUpdateBallAngle(); void C_DECL A_BounceCheck(); void C_DECL A_SorcFX1Seek(); void C_DECL A_SorcOffense1(); void C_DECL A_SorcOffense2(); // Inventory void C_DECL A_Invulnerability(); void C_DECL A_Health(); void C_DECL A_SuperHealth(); void C_DECL A_HealRadius(); void C_DECL A_SummonTarget(); void C_DECL A_Torch(); void C_DECL A_Egg(); void C_DECL A_Wings(); void C_DECL A_BlastRadius(); void C_DECL A_PoisonBag(); void C_DECL A_TeleportOther(); void C_DECL A_Speed(); void C_DECL A_BoostMana(); void C_DECL A_BoostArmor(); void C_DECL A_Teleport(); void C_DECL A_PuzzSkull(); void C_DECL A_PuzzGemBig(); void C_DECL A_PuzzGemRed(); void C_DECL A_PuzzGemGreen1(); void C_DECL A_PuzzGemGreen2(); void C_DECL A_PuzzGemBlue1(); void C_DECL A_PuzzGemBlue2(); void C_DECL A_PuzzBook1(); void C_DECL A_PuzzBook2(); void C_DECL A_PuzzSkull2(); void C_DECL A_PuzzFWeapon(); void C_DECL A_PuzzCWeapon(); void C_DECL A_PuzzMWeapon(); void C_DECL A_PuzzGear1(); void C_DECL A_PuzzGear2(); void C_DECL A_PuzzGear3(); void C_DECL A_PuzzGear4(); #endif doomsday-1.14.5/doomsday/plugins/hexen/include/p_setup.h0000664000175000017500000000337612350542240022575 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_setup.h: Map setup routines */ #ifndef __X_SETUP_H__ #define __X_SETUP_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif // Map objects and their properties: enum { MO_NONE = 0, MO_THING, MO_XLINEDEF, MO_XSECTOR, MO_ID, MO_X, MO_Y, MO_Z, MO_ANGLE, MO_TYPE, MO_DOOMEDNUM, MO_SKILLMODES, MO_FLAGS, MO_TAG, MO_ARG0, MO_ARG1, MO_ARG2, MO_ARG3, MO_ARG4, MO_SPECIAL }; #ifdef __cplusplus extern "C" { #endif void P_RegisterMapObjs(void); int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void *data); int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void *data); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/p_mapinfo.h0000664000175000017500000000537412350542240023066 0ustar jaakkojaakko/** @file p_mapinfo.h Hexen MAPINFO parsing. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef JHEXEN_DEF_MAPINFO_H #define JHEXEN_DEF_MAPINFO_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "doomsday.h" typedef struct mapinfo_s { uint map; ///< Logical map number. int hub; uint warpTrans; uint nextMap; int cdTrack; char title[32]; materialid_t sky1Material; materialid_t sky2Material; float sky1ScrollDelta; float sky2ScrollDelta; dd_bool doubleSky; dd_bool lightning; int fadeTable; char songLump[10]; } mapinfo_t; #if __cplusplus extern "C" { #endif /** * Populate the MapInfo database by parsing the MAPINFO lump. */ void MapInfoParser(Str const *path); /** * @param mapUri Identifier of the map to lookup info for. Can be @c 0 in which * case the info for the @em current map will be returned (if set). * * @return MAPINFO data for the specified @a mapUri; otherwise @c 0 (not found). */ mapinfo_t *P_MapInfo(Uri const *mapUri); #define P_INVALID_LOGICAL_MAP 0xffffffff /** * Translates a warp map number to logical map number, if possible. * * @param map The warp map number to translate. * * @return The logical map number given a warp map number. If the map is not * found, returns P_INVALID_LOGICAL_MAP. */ uint P_TranslateMapIfExists(uint map); /** * Translates a warp map number to logical map number. Always returns a valid * logical map. * * @param map The warp map number to translate. * * @return The logical map number given a warp map number. If the map is not * found, returns 0 (first available logical map). */ uint P_TranslateMap(uint map); #if __cplusplus } // extern "C" #endif #endif // JHEXEN_DEF_MAPINFO_H doomsday-1.14.5/doomsday/plugins/hexen/include/p_telept.h0000664000175000017500000000222212350542240022717 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_telept.h: */ #ifndef __P_TELEPT_H__ #define __P_TELEPT_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif void P_TeleportToDeathmatchStarts(mobj_t* mo); void P_TeleportToPlayerStarts(mobj_t* mo); #endif doomsday-1.14.5/doomsday/plugins/hexen/include/p_mobj.h0000664000175000017500000002560312350542240022361 0ustar jaakkojaakko/**\file p_mobj.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Map Objects, MObj, definition and handling. */ #ifndef LIBHEXEN_P_MOBJ_H #define LIBHEXEN_P_MOBJ_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "doomsday.h" #include "p_terraintype.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define NOMOM_THRESHOLD (0.0001) // (integer) 0 #define WALKSTOP_THRESHOLD (0.062484741) // FIX2FLT(0x1000-1) #define DROPOFFMOM_THRESHOLD (0.25) // FRACUNIT/4 #define MAXMOM (30) // 30*FRACUNIT #define MAXMOMSTEP (15) // 30*FRACUNIT/2 #define FRICTION_LOW (0.97265625) // 0xf900 #define FRICTION_FLY (0.91796875) // 0xeb00 #define FRICTION_NORMAL (0.90625000) // 0xe800 #define FRICTION_HIGH (0.41992187) // 0xd700/2 /** * Mobj flags * * \attention IMPORTANT - Keep this current!!! * LEGEND: * p = Flag is persistent (never changes in-game). * i = Internal use (not to be used in defintions). * * \todo Persistent flags (p) don't need to be included in save games or sent to * clients in netgames. We should collect those in to a const flags setting which * is set only once when the mobj is spawned. * * \todo All flags for internal use only (i) should be put in another var and the * flags removed from those defined in GAME/objects.DED */ // --- mobj.flags --- #define MF_SPECIAL 1 // call P_SpecialThing when touched #define MF_SOLID 2 #define MF_SHOOTABLE 4 #define MF_NOSECTOR 8 // don't use the sector links // (invisible but touchable) #define MF_NOBLOCKMAP 16 // don't use the blocklinks // (inert but displayable) #define MF_AMBUSH 32 #define MF_JUSTHIT 64 // try to attack right back #define MF_JUSTATTACKED 128 // take at least one step before attacking #define MF_SPAWNCEILING 256 // hang from ceiling instead of floor #define MF_NOGRAVITY 512 // don't apply gravity every tic // movement flags #define MF_DROPOFF 0x400 // allow jumps from high places #define MF_PICKUP 0x800 // for players to pick up items #define MF_NOCLIP 0x1000 // player cheat #define MF_SLIDE 0x2000 // keep info about sliding along walls #define MF_FLOAT 0x4000 // allow moves to any height, no gravity #define MF_TELEPORT 0x8000 // don't cross lines or look at heights #define MF_MISSILE 0x10000 // don't hit same species, explode on block #define MF_ALTSHADOW 0x20000 // alternate fuzzy draw #define MF_SHADOW 0x40000 // use fuzzy draw (shadow demons / invis) #define MF_NOBLOOD 0x80000 // don't bleed when shot (use puff) #define MF_CORPSE 0x100000 // don't stop moving halfway off a step #define MF_INFLOAT 0x200000 // floating to a height for a move, don't // auto float to target's height #define MF_COUNTKILL 0x400000 // count towards intermission kill total #define MF_ICECORPSE 0x800000 // a frozen corpse (for blasting) #define MF_SKULLFLY 0x1000000 // skull in flight #define MF_NOTDMATCH 0x2000000 // don't spawn in death match (key cards) #define MF_TRANSLATION 0x1c000000 /** Player color to use (0-7 << MF_TRANSHIFT), use R_GetTranslation() to convert to tclass/tmap. @see Mobj_UpdateTranslationClassAndMap() */ #define MF_TRANSSHIFT 26 ///< Bitshift for table for player colormaps. #define MF_LOCAL 0x20000000 // If this flag is set, the sprite is aligned with the view plane. #define MF_BRIGHTEXPLODE 0x40000000 // Make this brightshadow when exploding. #define MF_VIEWALIGN 0x80000000 #define MF_BRIGHTSHADOW (MF_SHADOW|MF_ALTSHADOW) // --- mobj.flags2 --- #define MF2_LOGRAV 0x00000001 // alternate gravity setting #define MF2_WINDTHRUST 0x00000002 // gets pushed around by the wind // specials #define MF2_FLOORBOUNCE 0x00000004 // bounces off the floor #define MF2_BLASTED 0x00000008 // missile will pass through ghosts #define MF2_FLY 0x00000010 // fly mode is active #define MF2_FLOORCLIP 0x00000020 // if feet are allowed to be clipped #define MF2_SPAWNFLOAT 0x00000040 // spawn random float z #define MF2_NOTELEPORT 0x00000080 // does not teleport #define MF2_RIP 0x00000100 // missile rips through solid // targets #define MF2_PUSHABLE 0x00000200 // can be pushed by other moving // mobjs #define MF2_SLIDE 0x00000400 // slides against walls //#define MF2_UNUSED1 0x00000800 // Formerly 'MF2_ONMOBJ' #define MF2_PASSMOBJ 0x00001000 // Enable z block checking. If on, // this flag will allow the mobj to // pass over/under other mobjs. #define MF2_CANNOTPUSH 0x00002000 // cannot push other pushable mobjs #define MF2_DROPPED 0x00004000 // dropped by a demon #define MF2_BOSS 0x00008000 // mobj is a major boss #define MF2_FIREDAMAGE 0x00010000 // does fire damage #define MF2_NODMGTHRUST 0x00020000 // does not thrust target when // damaging #define MF2_TELESTOMP 0x00040000 // mobj can stomp another #define MF2_FLOATBOB 0x00080000 // use float bobbing z movement #define MF2_DONTDRAW 0x00100000 // don't generate a vissprite #define MF2_IMPACT 0x00200000 // an MF_MISSILE mobj can activate // SPAC_IMPACT #define MF2_PUSHWALL 0x00400000 // mobj can push walls #define MF2_MCROSS 0x00800000 // can activate monster cross lines #define MF2_PCROSS 0x01000000 // can activate projectile cross lines #define MF2_CANTLEAVEFLOORPIC 0x02000000 // stay within a certain floor type #define MF2_NONSHOOTABLE 0x04000000 // mobj is totally non-shootable, // but still considered solid #define MF2_INVULNERABLE 0x08000000 // mobj is invulnerable #define MF2_DORMANT 0x10000000 // thing is dormant #define MF2_ICEDAMAGE 0x20000000 // does ice damage #define MF2_SEEKERMISSILE 0x40000000 // is a seeker (for reflection) #define MF2_REFLECTIVE 0x80000000 // reflects missiles // --- mobj.flags3 --- #define MF3_NOINFIGHT 0x00000001 // Mobj will never be targeted for in-fighting #define MF3_CLIENTACTION 0x00000002 // States' action funcs are executed by client typedef enum dirtype_s { DI_EAST, DI_NORTHEAST, DI_NORTH, DI_NORTHWEST, DI_WEST, DI_SOUTHWEST, DI_SOUTH, DI_SOUTHEAST, DI_NODIR, NUMDIRS } dirtype_t; #define VALID_MOVEDIR(v) ((v) >= DI_EAST && (v) <= DI_SOUTHEAST) typedef struct mobj_s { // Defined in dd_share.h; required mobj elements. DD_BASE_MOBJ_ELEMENTS() // Hexen-specific data: struct player_s* player; // Only valid if type == MT_PLAYER int damage; // For missiles int special1; // Special info int special2; // Special info int moveDir; // 0-7 int moveCount; // When 0, select a new dir struct mobj_s* target; // Thing being chased/attacked (or NULL) // also the originator for missiles // used by player to freeze a bit after // teleporting int threshold; // if > 0, the target will be chased // no matter what (even if shot) int lastLook; // player number last looked for short tid; // thing identifier byte special; // special union { byte args[5]; // special arguments uint argsUInt; // used with minotaur }; int turnTime; // $visangle-facetarget int alpha; // $mobjalpha // Thing being chased/attacked for tracers. struct mobj_s* tracer; // Used by lightning zap struct mobj_s* lastEnemy; #ifdef __cplusplus void write(MapStateWriter *msw) const; /** * Always returns @c false as a thinker will have already been allocated in * the mobj creation process. */ int read(MapStateReader *msr); #endif } mobj_t; #ifdef __cplusplus extern "C" { #endif mobj_t *P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags); mobj_t *P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags); void P_SpawnBlood(coord_t x, coord_t y, coord_t z, int damage, angle_t angle); void P_SpawnDirt(mobj_t* actor, coord_t radius); void P_SpawnBloodSplatter(coord_t x, coord_t y, coord_t z, mobj_t* origin); void P_SpawnBloodSplatter2(coord_t x, coord_t y, coord_t z, mobj_t* origin); /** * @return @c NULL, if the missile exploded immediately, otherwise returns a * mobj_t pointer to the spawned missile. */ mobj_t* P_SpawnMissile(mobjtype_t type, mobj_t* source, mobj_t* dest); mobj_t* P_SpawnMissileXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t* source, mobj_t* dest); mobj_t* P_SpawnMissileAngle(mobjtype_t type, mobj_t* source, angle_t angle, coord_t momZ); mobj_t* P_SpawnMissileAngleSpeed(mobjtype_t type, mobj_t* source, angle_t angle, coord_t momZ, float speed); mobj_t* P_SpawnPlayerMissile(mobjtype_t type, mobj_t* source); mobj_t* P_SPMAngle(mobjtype_t type, mobj_t* source, angle_t angle); mobj_t* P_SPMAngleXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t* source, angle_t angle); mobj_t* P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle); mobj_t* P_SpawnKoraxMissile(mobjtype_t type, coord_t x, coord_t y, coord_t z, mobj_t* source, mobj_t* dest); void P_ExplodeMissile(mobj_t* mo); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_P_MOBJ_H doomsday-1.14.5/doomsday/plugins/hexen/include/acscript.h0000664000175000017500000002004212350542240022713 0ustar jaakkojaakko/** @file acscript.h Hexen "ACS" scripting system. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_PLAY_ACSCRIPT_H #define LIBHEXEN_PLAY_ACSCRIPT_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "jhexen.h" #include "p_mobj.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" # include # include # include #endif #define MAX_ACS_SCRIPT_VARS 10 #define MAX_ACS_MAP_VARS 32 #define MAX_ACS_WORLD_VARS 64 #define ACS_STACK_DEPTH 32 struct BytecodeScriptInfo; #ifdef __cplusplus class ACScriptInterpreter; #endif /** * Action script thinker. */ typedef struct acscript_s { thinker_t thinker; mobj_t *activator; Line *line; int side; struct BytecodeScriptInfo *_info; int delayCount; struct Stack { // Local value stack. int values[ACS_STACK_DEPTH]; int height; #ifdef __cplusplus void push(int value); int pop(); int top() const; void drop(); #endif } locals; int vars[MAX_ACS_SCRIPT_VARS]; int const *pcodePtr; #ifdef __cplusplus ACScriptInterpreter &interpreter() const; BytecodeScriptInfo &info() const; void runTick(); /** * Serialize the thinker to the currently open save file. */ void write(MapStateWriter *msw) const; /** * Deserialize the thinker from the currently open save file. */ int read(MapStateReader *msr); #endif // __cplusplus } ACScript; #ifdef __cplusplus extern "C" { #endif void ACScript_Thinker(ACScript *script); #ifdef __cplusplus } // extern "C" #endif #ifdef __cplusplus /** * Action-Code Script (ACS) bytecode interpreter. */ class ACScriptInterpreter { public: int mapVars[MAX_ACS_MAP_VARS]; int worldVars[MAX_ACS_WORLD_VARS]; /// Logical script states: enum ScriptState { Inactive, Running, Suspended, WaitingForTag, WaitingForPolyobj, WaitingForScript, Terminating }; public: ACScriptInterpreter(); /** * Load new ACS bytecode from the specified @a lump. */ void loadBytecode(lumpnum_t lump); /** * To be called when a new game session begins to reset the interpreter. The world state is * discarded and any deferred tasks are cleared. */ void reset(); /** * Returns the total number of script entrypoints in the loaded bytecode. */ int scriptCount() const; /** * Start all scripts flagged to begin immediately "on open". */ void startOpenScripts(); /** * Start/resume the specified script. * * @param map Map number on which the script is to be started. * @c 0 = Current map. Otherwise 1-based index of the map to start on (deferred). * * @return @c true iff a script was newly started (or deferred). */ bool startScript(int scriptNumber, Uri const *mapUri, byte const args[4], mobj_t *activator = 0, Line *line = 0, int side = 0); bool suspendScript(int scriptNumber, Uri const *mapUri); bool terminateScript(int scriptNumber, Uri const *mapUri); void tagFinished(int tag); void polyobjFinished(int tag); /** * Returns @c true iff @a scriptNumber is a known entrypoint. */ bool hasScriptEntrypoint(int scriptNumber); /** * Lookup the info structure for the specified @a scriptNumber (entrypoint). */ BytecodeScriptInfo &scriptInfo(int scriptNumber); inline BytecodeScriptInfo *scriptInfoPtr(int scriptNumber) { return hasScriptEntrypoint(scriptNumber)? &scriptInfo(scriptNumber) : 0; } /** * Provides readonly access to a string constant from the loaded bytecode. */ Str const *string(int stringNumber) const; /** * Provides readonly access to the loaded bytecode. */ byte const *bytecode() const; void clearDeferredTasks(); /** * To be called when the current map changes to activate any deferred scripts * which should now begin/resume. */ void runDeferredTasks(Uri const *mapUri); /** * To be called when the specified @a script is to be formally terminated. * All other scripts waiting on this are notified. * * @param script The script to be formally terminated. Note that the script * is considered free'd after calling this and pointers to it * should be considered invalid. */ void scriptFinished(ACScript *script); /** * Composes the human-friendly, textual name of the identified @a scriptNumber. */ AutoStr *scriptName(int scriptNumber); /** * Composes a human-friendly, styled, textual description of the current status * of the identified @a scriptNumber. */ AutoStr *scriptDescription(int scriptNumber); de::Block serializeWorldState() const; void readWorldState(de::Reader &from); void writeMapState(MapStateWriter *msw); void readMapState(MapStateReader *msr); public: /// @todo make private: BytecodeScriptInfo &scriptInfoByIndex(int index); private: /** * Returns the logical index of a @a scriptNumber; otherwise @c -1. */ int scriptInfoIndex(int scriptNumber); ACScript *newACScript(BytecodeScriptInfo &info, byte const args[4], int delayCount = 0); /** * A deferred task is enqueued when a script is started on a map not currently loaded. */ struct DeferredTask : public de::ISerializable { Uri *mapUri; ///< Target map. int scriptNumber; ///< On the target map. byte args[4]; /** * @param mapUri Unique identifier of the target map. A copy is made. * @param scriptNumber Script number to execute on the target map. * @param args Script arguments. */ DeferredTask(Uri const &mapUri, int scriptNumber, byte const args[4]); ~DeferredTask(); static DeferredTask *newFromReader(de::Reader &from); void operator >> (de::Writer &to) const; void operator << (de::Reader &from); }; bool newDeferredTask(Uri const *mapUri, int scriptNumber, byte const args[4]); byte const *_pcode; ///< Start of the loaded bytecode. int _scriptCount; ///< Number of script entrypoints. BytecodeScriptInfo *_scriptInfo; int _stringCount; Str *_strings; int _deferredTasksSize; DeferredTask **_deferredTasks; }; /// @return The game's global ACScript interpreter. ACScriptInterpreter &Game_ACScriptInterpreter(); #endif // C wrapper API, for legacy modules ------------------------------------------- #ifdef __cplusplus extern "C" { #endif dd_bool Game_ACScriptInterpreter_StartScript(int scriptNumber, Uri const *mapUri, byte const args[4], mobj_t *activator, Line *line, int side); dd_bool Game_ACScriptInterpreter_TerminateScript(int scriptNumber, Uri const *mapUri); dd_bool Game_ACScriptInterpreter_SuspendScript(int scriptNumber, Uri const *mapUri); void Game_ACScriptInterpreter_RunDeferredTasks(Uri const *mapUri); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_PLAY_ACSCRIPT_H doomsday-1.14.5/doomsday/plugins/hexen/include/s_sequence.h0000664000175000017500000000553512350542240023247 0ustar jaakkojaakko/** @file s_sequence.h Sound sequence scripts. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_AUDIO_SOUNDSEQUENCE_H #define LIBHEXEN_AUDIO_SOUNDSEQUENCE_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "jhexen.h" enum { SEQ_PLATFORM, SEQ_PLATFORM_HEAVY, // same script as a normal platform. SEQ_PLATFORM_METAL, SEQ_PLATFORM_CREAK, // same script as a normal platform. SEQ_PLATFORM_SILENCE, SEQ_PLATFORM_LAVA, SEQ_PLATFORM_WATER, SEQ_PLATFORM_ICE, SEQ_PLATFORM_EARTH, SEQ_PLATFORM_METAL2, SEQ_DOOR_STONE, SEQ_DOOR_HEAVY, SEQ_DOOR_METAL, SEQ_DOOR_CREAK, SEQ_DOOR_SILENCE, SEQ_DOOR_LAVA, SEQ_DOOR_WATER, SEQ_DOOR_ICE, SEQ_DOOR_EARTH, SEQ_DOOR_METAL2, SEQ_ESOUND_WIND, SEQ_NUMSEQ }; typedef enum { SEQTYPE_STONE, SEQTYPE_HEAVY, SEQTYPE_METAL, SEQTYPE_CREAK, SEQTYPE_SILENCE, SEQTYPE_LAVA, SEQTYPE_WATER, SEQTYPE_ICE, SEQTYPE_EARTH, SEQTYPE_METAL2, SEQTYPE_NUMSEQ } seqtype_t; #ifdef __cplusplus extern "C" { #endif /** * Attempt to parse the script on the identified @a path as "sound sequence script" data. */ void SndSeqParser(Str const *path); int SN_ActiveSequenceCount(void); void SN_StartSequence(mobj_t *mobj, int sequence); void SN_StartSequenceInSec(Sector *sector, int seqBase); void SN_StartSequenceName(mobj_t *mobj, char const *name); void SN_StopSequence(mobj_t *mobj); void SN_StopSequenceInSec(Sector *sector); void SN_UpdateActiveSequences(void); void SN_StopAllSequences(void); int SN_GetSequenceOffset(int sequence, int *sequencePtr); /** * @param nodeNum @c 0= the first node. */ void SN_ChangeNodeData(int nodeNum, int seqOffset, int delayTics, int volume, int currentSoundID); void SN_WriteSequences(Writer *writer); void SN_ReadSequences(Reader *reader, int mapVersion); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_AUDIO_SOUNDSEQUENCE_H doomsday-1.14.5/doomsday/plugins/hexen/include/jhexen.h0000664000175000017500000000534512350542240022375 0ustar jaakkojaakko/**\file jhexen.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * All jHexen Headers * * A convenience header for including all jHexen headers. */ #ifndef __JHEXEN_CONVENIENCE_H__ #define __JHEXEN_CONVENIENCE_H__ #include "../../hexen/include/h2def.h" #include "../../hexen/include/x_api.h" #include "../../hexen/include/a_action.h" #include "../../hexen/include/acfnlink.h" #include "../../hexen/include/acscript.h" #include "../../hexen/include/g_game.h" #include "../../hexen/include/in_lude.h" #include "../../hexen/include/m_cheat.h" #include "../../hexen/include/m_random.h" #include "../../hexen/include/p_enemy.h" #include "../../hexen/include/p_inter.h" #include "../../hexen/include/p_lights.h" #include "../../hexen/include/p_local.h" #include "../../hexen/include/p_mapinfo.h" #include "../../hexen/include/p_maputl.h" #include "../../hexen/include/p_mobj.h" #include "../../hexen/include/p_pillar.h" #include "../../hexen/include/p_pspr.h" #include "../../hexen/include/p_setup.h" #include "../../hexen/include/p_spec.h" #include "../../hexen/include/p_telept.h" #include "../../hexen/include/p_things.h" #include "../../hexen/include/p_waggle.h" #include "../../hexen/include/r_defs.h" #include "../../hexen/include/r_local.h" #include "../../hexen/include/s_sequence.h" #include "../../hexen/include/st_stuff.h" #include "../../hexen/include/textdefs.h" #include "../../hexen/include/version.h" #include "../../hexen/include/x_console.h" #include "../../hexen/include/x_config.h" #include "../../hexen/include/x_event.h" #include "../../hexen/include/x_items.h" #include "../../hexen/include/x_main.h" #include "../../hexen/include/x_player.h" #include "../../hexen/include/x_refresh.h" #include "../../hexen/include/x_state.h" #include "../../hexen/include/x_think.h" #include "../../hexen/include/xddefs.h" #endif // __JHEXEN_CONVENIENCE_H__ doomsday-1.14.5/doomsday/plugins/hexen/include/p_enemy.h0000664000175000017500000000221712350542240022543 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_enemy.h: */ #ifndef __P_ENEMY_H__ #define __P_ENEMY_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #ifdef __cplusplus extern "C" { #endif void P_ClearBodyQueue(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/st_stuff.h0000664000175000017500000001064412350542240022747 0ustar jaakkojaakko/**\file st_stuff.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Statusbar code jHexen - specific. * * Does palette indicators as well (red pain, bright pickup) */ #ifndef LIBHEXEN_STUFF_H #define LIBHEXEN_STUFF_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "hu_lib.h" #include "x_config.h" #ifdef __cplusplus extern "C" { #endif // Size of statusbar. #define ST_HEIGHT (38*SCREEN_MUL) #define ST_WIDTH (SCREENWIDTH) #define ST_Y (SCREENHEIGHT - ST_HEIGHT) #define ST_AUTOMAP_OBSCURE_TOLERANCE (.9999f) /// Register the console commands, variables, etc..., of this module. void ST_Register(void); void ST_Init(void); void ST_Shutdown(void); int ST_Responder(event_t* ev); void ST_Ticker(timespan_t ticLength); void ST_Drawer(int player); void ST_Start(int player); void ST_Stop(int player); void ST_CloseAll(int player, dd_bool fast); uiwidget_t* ST_UIChatForPlayer(int player); uiwidget_t* ST_UILogForPlayer(int player); uiwidget_t* ST_UIAutomapForPlayer(int player); dd_bool ST_ChatIsActive(int player); dd_bool ST_StatusBarIsActive(int player); /** * Post a message to the specified player's log. * * @param player Player (local) number whose log to post to. * @param flags @ref logMessageFlags * @param text Message Text to be posted. Messages may use the same * paramater control blocks as with the engine's Text rendering API. */ void ST_LogPost(int player, byte flags, const char* text); /** * Rewind the message log of the specified player, making the last few messages * visible once again. * * @param player Local player number whose message log to refresh. */ void ST_LogRefresh(int player); /** * Empty the message log of the specified player. * * @param player Local player number whose message log to empty. */ void ST_LogEmpty(int player); void ST_LogUpdateAlignment(void); void ST_LogPostVisibilityChangeNotification(void); /** * Start the automap. */ void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast); dd_bool ST_AutomapIsActive(int player); void ST_ToggleAutomapPanMode(int player); void ST_ToggleAutomapMaxZoom(int player); float ST_AutomapOpacity(int player); /** * Does the player's automap obscure this region completely? * @pre Window dimensions use the fixed coordinate space {x} 0 - 320, {y} 0 - 200. * * @param player Local player number whose automap to check. * @param region Window region. * * @return @true= there is no point even partially visible. */ dd_bool ST_AutomapObscures2(int player, const RectRaw* region); dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height); int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z); void ST_AutomapClearPoints(int player); dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z); void ST_SetAutomapCameraRotation(int player, dd_bool on); int ST_AutomapCheatLevel(int player); void ST_SetAutomapCheatLevel(int player, int level); void ST_CycleAutomapCheatLevel(int player); void ST_RevealAutomap(int player, dd_bool on); dd_bool ST_AutomapHasReveal(int player); void ST_RebuildAutomap(int player); /** * Unhides the current HUD display if hidden. * * @param player Player whoose HUD to (maybe) unhide. * @param event Event type trigger. */ void ST_HUDUnHide(int player, hueevent_t ev); void ST_FlashCurrentItem(int player); D_CMD(ChatOpen); D_CMD(ChatAction); D_CMD(ChatSendMacro); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBHEXEN_STUFF_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/x_console.h0000664000175000017500000000235012350542240023076 0ustar jaakkojaakko/**\file x_console.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Console settings and commands - Hexen specific. */ #ifndef LIBHEXEN_CONSOLE_H #define LIBHEXEN_CONSOLE_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #ifdef __cplusplus extern "C" { #endif void G_ConsoleRegistration(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBHEXEN_CONSOLE_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/x_state.h0000664000175000017500000000416412350542240022561 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * x_state.h: All the global variables that store the internal state. */ #ifndef __X_STATE_H__ #define __X_STATE_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif // We need the playr data structure as well. #include "x_player.h" // ------------------------ // Command line parameters. // extern int verbose; // ------------------------- // Status flags for refresh. // extern dd_bool paused; // Game Pause? // This one is related to the 3-screen display mode. // ANG90 = left side, ANG270 = right DENG_EXTERN_C int viewangleoffset; // Timer, for scores. DENG_EXTERN_C int mapTime; // Tics in game play for par. // Quit after playing a demo from cmdline. DENG_EXTERN_C dd_bool singledemo; //----------------------------- // Internal parameters, fixed. // These are set by the engine, and not changed // according to user inputs. Partly load from // WAD, partly set at startup time. //#define GAMETIC (*((timespan_t*) DD_GetVariable(DD_GAMETIC))) //----------------------------------------- // Internal parameters, used for engine. // extern int bodyqueslot; #endif doomsday-1.14.5/doomsday/plugins/hexen/include/p_lights.h0000664000175000017500000000471512350542240022725 0ustar jaakkojaakko/** @file p_lights.h * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_PLAY_LIGHTS_H #define LIBHEXEN_PLAY_LIGHTS_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define LIGHT_SEQUENCE_START (2) #define LIGHT_SEQUENCE (3) #define LIGHT_SEQUENCE_ALT (4) typedef enum { LITE_RAISEBYVALUE, LITE_LOWERBYVALUE, LITE_CHANGETOVALUE, LITE_FADE, LITE_GLOW, LITE_FLICKER, LITE_STROBE } lighttype_t; typedef struct light_s { thinker_t thinker; Sector *sector; lighttype_t type; float value1; float value2; int tics1; ///< \todo Type LITEGLOW uses this as a third light value. As such, it has been left as 0 - 255 for now. int tics2; int count; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } light_t; typedef struct phase_s { thinker_t thinker; Sector *sector; int index; float baseValue; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } phase_t; #ifdef __cplusplus extern "C" { #endif void T_Phase(phase_t *phase); void P_SpawnPhasedLight(Sector *sec, float base, int index); void T_Light(light_t *light); void P_SpawnLightSequence(Sector *sec, int indexStep); dd_bool EV_SpawnLight(Line *line, byte *arg, lighttype_t type); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_PLAY_LIGHTS_H doomsday-1.14.5/doomsday/plugins/hexen/include/p_sound.h0000664000175000017500000000276012350542240022561 0ustar jaakkojaakko/** * @file p_sound.h * Sound related utility routines. * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_SOUND_H #define LIBHEXEN_SOUND_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #define MAX_SND_DIST (2025) #define MAX_CHANNELS (16) int S_GetSoundID(const char* name); /** * Starts the song of the specified map, updating the currentmap definition * in the process. * * @param episode Logical episode. * @param map Logical map number. */ void S_MapMusic(uint episode, uint map); void S_ParseSndInfoLump(void); #endif // LIBHEXEN_SOUND_H doomsday-1.14.5/doomsday/plugins/hexen/include/x_items.h0000664000175000017500000000440312350542240022556 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * x_items.h: Items, key cards/weapons/ammunition... */ #ifndef __X_ITEMS_H__ #define __X_ITEMS_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "h2def.h" #define WEAPON_INFO(weaponnum, pclass, fmode) ( \ &weaponInfo[weaponnum][pclass].mode[fmode]) typedef enum { WSN_UP, WSN_DOWN, WSN_READY, WSN_ATTACK, WSN_ATTACK_HOLD, WSN_FLASH, NUM_WEAPON_STATE_NAMES } weaponstatename_t; typedef struct { int gameModeBits; // Game modes, weapon is available in. int ammoType[NUM_AMMO_TYPES]; // required ammo types. int perShot[NUM_AMMO_TYPES]; // Ammo used per shot of each type. dd_bool autoFire; // @c true = fire when raised if fire held. int states[NUM_WEAPON_STATE_NAMES]; int raiseSound; // Sound played when weapon is raised. int readySound; // Sound played WHILE weapon is readyied. } weaponmodeinfo_t; // Weapon info: sprite frames, ammunition use. typedef struct { weaponmodeinfo_t mode[NUMWEAPLEVELS]; } weaponinfo_t; DENG_EXTERN_C weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES]; #ifdef __cplusplus extern "C" { #endif void P_InitWeaponInfo(void); #ifdef __cplusplus } // extern "C" #endif #endif // __X_ITEMS_H__ doomsday-1.14.5/doomsday/plugins/hexen/include/x_refresh.h0000664000175000017500000000302112350542240023066 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef JHEXEN_REFRESH_H #define JHEXEN_REFRESH_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "doomsday.h" DENG_EXTERN_C float quitDarkenOpacity; #ifdef __cplusplus extern "C" { #endif void G_RendPlayerView(int player); void X_DrawViewPort(int port, const RectRaw* portGeometry, const RectRaw* windowGeometry, int player, int layer); void X_DrawWindow(const Size2Raw* windowSize); void X_EndFrame(void); void R_SetAllDoomsdayFlags(void); dd_bool R_ViewFilterColor(float rgba[4], int filter); void R_UpdateViewFilter(int player); #ifdef __cplusplus } // extern "C" #endif #endif /* JHEXEN_REFRESH_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/version.h0000664000175000017500000000452312350542240022576 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2004-2013 Jaakko Keränen *\author Copyright © 2007-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Version numbering, naming etc. */ #ifndef JHEXEN_VERSION_H #define JHEXEN_VERSION_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "dd_version.h" #ifndef JHEXEN_VER_ID # ifdef _DEBUG # define JHEXEN_VER_ID "+D Doomsday" # else # define JHEXEN_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAMETEXT "jhexen" #define PLUGIN_NAMETEXT2 "libhexen" // for transitioning: for those // resources that have been renamed // to the new name // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "libhexen" #define PLUGIN_NICEAUTHOR DENGPROJECT_NICEAUTHOR #define PLUGIN_DETAILS "libhexen is based on Hexen v1.1 by Raven Software." #define PLUGIN_HOMEURL DOOMSDAY_HOMEURL #define PLUGIN_DOCSURL DOOMSDAY_DOCSURL #define PLUGIN_VERSION_TEXT DOOMSDAY_VERSION_BASE #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" JHEXEN_VER_ID ")" #define PLUGIN_VERSION_NUMBER DOOMSDAY_VERSION_NUMBER // For WIN32 version info. // For WIN32 version info: #define PLUGIN_DESC PLUGIN_NICENAME " " LIBDENG_PLUGINDESC #define PLUGIN_COPYRIGHT "1999-2013, " DENGPROJECT_NICEAUTHOR #endif /* JHEXEN_VERSION_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/p_things.h0000664000175000017500000000204112350542240022715 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_things.h: */ #ifndef __P_THINGS_H__ #define __P_THINGS_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/xddefs.h0000664000175000017500000000523512350542240022367 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2004-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * xddefs.h: */ #ifndef __XDDEFS_H__ #define __XDDEFS_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif // Base plane ids. enum { PLN_FLOOR, PLN_CEILING }; #define ML_BLOCKMONSTERS 0x0002 /** * If not present on a two-sided line suppress the back sector and instead * consider the line as if it were one-sided. For mod compatibility purposes. */ #define ML_TWOSIDED 0x0004 #define ML_SECRET 0x0020 // don't map as two sided: IT'S A SECRET! #define ML_SOUNDBLOCK 0x0040 // don't let sound cross two of these #define ML_DONTDRAW 0x0080 // don't draw on the automap #define ML_MAPPED 0x0100 // set if already drawn in automap #define ML_REPEAT_SPECIAL 0x0200 // special is repeatable #define ML_SPAC_USE 0x0400 #define ML_SPAC_MCROSS 0x0800 #define ML_SPAC_IMPACT 0x0C00 #define ML_SPAC_PUSH 0x1000 #define ML_SPAC_PCROSS 0x1400 #define ML_SPAC_SHIFT 10 #define ML_SPAC_MASK 0x1c00 #define GET_SPAC(flags) ((flags&ML_SPAC_MASK)>>ML_SPAC_SHIFT) #define ML_VALID_MASK (ML_BLOCKMONSTERS|ML_TWOSIDED|ML_SECRET|ML_SOUNDBLOCK|ML_DONTDRAW|ML_MAPPED|ML_REPEAT_SPECIAL|ML_SPAC_USE|ML_SPAC_MCROSS|ML_SPAC_IMPACT|ML_SPAC_PUSH|ML_SPAC_PCROSS) // Special activation types #define SPAC_CROSS 0 // when player crosses line #define SPAC_USE 1 // when player uses line #define SPAC_MCROSS 2 // when monster crosses line #define SPAC_IMPACT 3 // when projectile hits line #define SPAC_PUSH 4 // when player/monster pushes line #define SPAC_PCROSS 5 // when projectile crosses line #endif // __XDDEFS__ doomsday-1.14.5/doomsday/plugins/hexen/include/x_event.h0000664000175000017500000000451712350542240022564 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * x_event.h: */ #ifndef __X_EVENT_H__ #define __X_EVENT_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif typedef enum { GA_NONE, GA_RESTARTMAP, GA_NEWSESSION, GA_LOADSESSION, GA_SAVESESSION, GA_MAPCOMPLETED, GA_ENDDEBRIEFING, GA_VICTORY, GA_LEAVEMAP, GA_SCREENSHOT, GA_QUIT } gameaction_t; // // Button/action code definitions. // typedef enum { // Press "Fire". BT_ATTACK = 1, // Use button, to open doors, activate switches. BT_USE = 2, // Flag: game events, not really buttons. BT_SPECIAL = 128, BT_SPECIALMASK = 3, // Center player look angle (pitch back to zero). //BT_LOOKCENTER = 64, // Flag, weapon change pending. // If true, the next 3 bits hold weapon num. BT_CHANGE = 4, // The 3bit weapon mask and shift, convenience. BT_WEAPONMASK = (8+16+32+64), BT_WEAPONSHIFT = 3, BT_JUMP = 8, BT_SPEED = 16, // Pause the game. BTS_PAUSE = 1, // Save the game at each console. //BTS_SAVEGAME = 2, // Savegame slot numbers // occupy the second byte of buttons. //BTS_SAVEMASK = (4+8+16), //BTS_SAVESHIFT = 2, // Special weapon change flags. BTS_NEXTWEAPON = 4, BTS_PREVWEAPON = 8, } buttoncode_t; #endif doomsday-1.14.5/doomsday/plugins/hexen/include/r_local.h0000664000175000017500000000436412350542240022527 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2004-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * r_local.h: */ #ifndef __R_LOCAL_H__ #define __R_LOCAL_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "jhexen.h" #include "s_sequence.h" #define ANGLETOSKYSHIFT 22 // sky map is 256*128*4 maps. #define BASEYCENTER 100 #define MAXWIDTH 1120 #define MAXHEIGHT 832 #define CENTERY (SCREENHEIGHT/2) #define MINZF (4) #define FIELDOFVIEW 2048 // fineangles in the SCREENWIDTH wide window. // Lighting constants. #define LIGHTLEVELS 16 #define LIGHTSEGSHIFT 4 #define MAXLIGHTSCALE 48 #define LIGHTSCALESHIFT 12 #define MAXLIGHTZ 128 #define LIGHTZSHIFT 20 #define NUMCOLORMAPS 32 // Number of diminishing. #define INVERSECOLORMAP 32 // Map data is in the main engine, so these are helpers... extern angle_t clipangle; extern int viewangletox[FINEANGLES / 2]; extern angle_t xtoviewangle[SCREENWIDTH + 1]; extern fixed_t finetangent[FINEANGLES / 2]; extern fixed_t rw_distance; extern angle_t rw_normalangle; extern int centerx, centery; extern int flyheight; extern int sscount, linecount, loopcount; extern int extralight; extern fixed_t pspritescale, pspriteiscale; #endif doomsday-1.14.5/doomsday/plugins/hexen/include/p_local.h0000664000175000017500000001115112350542240022515 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 1999-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_local.h */ #ifndef __P_LOCAL__ #define __P_LOCAL__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #ifndef __R_LOCAL__ #include "r_local.h" #endif #include "p_start.h" #include "p_actor.h" #include "p_spec.h" #include "d_net.h" #include "p_terraintype.h" #define STARTREDPALS 1 #define STARTBONUSPALS 9 #define STARTPOISONPALS 13 #define STARTICEPAL 21 #define STARTHOLYPAL 22 #define STARTSCOURGEPAL 25 #define NUMREDPALS 8 #define NUMBONUSPALS 4 #define NUMPOISONPALS 8 #define FLOATSPEED 4 #define MAXHEALTH (maxHealth) //100 #define MAXMORPHHEALTH 30 #define VIEWHEIGHT 48 #define FLOATBOBRES 64 #define FLOATBOBOFFSET(n) (FloatBobOffset[MIN_OF(((uint8_t)(n)), FLOATBOBRES - 1)]) // Player radius for movement checking. #define PLAYERRADIUS 16 // MAXRADIUS is for precalculated sector bounding boxes. #define MAXRADIUS 32 #define USERANGE 64 #define MELEERANGE 64 #define MISSILERANGE (32*64) #define BASETHRESHOLD 100 // Follow a player exlusively for 3 seconds. #define sentient(mobj) ((mobj)->health > 0 && P_GetState((mobj)->type, SN_SEE)) #define thinkerCap (*gi.thinkerCap) #define USE_MANA1 1 #define USE_MANA2 1 // Time interval for item respawning. #define SPAWNQUEUE_MAX 128 DENG_EXTERN_C coord_t *FloatBobOffset; DENG_EXTERN_C int clipmana[NUM_AMMO_TYPES]; #ifdef __cplusplus extern "C" { #endif void P_SetPsprite(player_t* plr, int position, statenum_t stnum); void P_SetPspriteNF(player_t* plr, int position, statenum_t stnum); void P_SetupPsprites(player_t* plr); void P_MovePsprites(player_t* plr); void P_DropWeapon(player_t* plr); void P_ActivateMorphWeapon(player_t* plr); void P_PostMorphWeapon(player_t* plr, weapontype_t weapon); void P_TeleportOther(mobj_t* victim); void P_ArtiTeleportOther(player_t* plr); void ResetBlasted(mobj_t* mo); dd_bool P_UndoPlayerMorph(player_t* plr); void P_ThrustMobj(mobj_t* mo, angle_t angle, coord_t move); int P_FaceMobj(mobj_t* source, mobj_t* target, angle_t* delta); dd_bool P_SeekerMissile(mobj_t* mo, angle_t thresh, angle_t turnMax); void P_MobjThinker(void *mo); dd_bool P_HealRadius(player_t* plr); void P_BlastRadius(player_t* plr); dd_bool P_CheckMissileSpawn(mobj_t* mo); coord_t P_MobjGetFriction(mobj_t* mo); void P_RipperBlood(mobj_t* mo); dd_bool P_HitFloor(mobj_t* mo); void P_NoiseAlert(mobj_t* target, mobj_t* emmiter); int P_Massacre(void); dd_bool P_LookForMonsters(mobj_t* mo); void P_InitCorpseQueue(void); void P_AddCorpseToQueue(mobj_t* mo); void P_RemoveCorpseInQueue(mobj_t* mo); void P_TouchSpecialMobj(mobj_t* special, mobj_t* toucher); void P_PoisonPlayer(player_t* plr, mobj_t* poisoner, int poison); int P_DamageMobj(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damage, dd_bool stomping); int P_DamageMobj2(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damage, dd_bool stomping, dd_bool skipNetworkCheck); int P_FallingDamage(player_t* plr); int P_PoisonDamage(player_t* plr, mobj_t* source, int damage, dd_bool playPainSound); dd_bool A_LocalQuake(byte* args, mobj_t* victim); void C_DECL A_BridgeRemove(mobj_t* actor); dd_bool A_RaiseMobj(mobj_t* mo); dd_bool A_SinkMobj(mobj_t* mo); void C_DECL A_NoBlocking(mobj_t* mo); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/textdefs.h0000664000175000017500000002106612350542240022740 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2004-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * textdefs.h: */ #ifndef __TEXTDEFS_H__ #define __TEXTDEFS_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #define GET_TXT(x) ((*_api_InternalData.text)? (*_api_InternalData.text)[x].text : "") #define NUM_QUITMESSAGES 0 #define PRESSKEY GET_TXT(TXT_PRESSKEY) #define PRESSYN GET_TXT(TXT_PRESSYN) #define TXT_PAUSED GET_TXT(TXT_TXT_PAUSED) #define QUITMSG GET_TXT(TXT_QUITMSG) #define LOADNET GET_TXT(TXT_LOADNET) #define QLOADNET GET_TXT(TXT_QLOADNET) #define QSAVESPOT GET_TXT(TXT_QSAVESPOT) #define SAVEDEAD GET_TXT(TXT_SAVEDEAD) #define SAVEOUTMAP GET_TXT(TXT_SAVEOUTMAP) #define QSPROMPT GET_TXT(TXT_QSPROMPT) #define QLPROMPT GET_TXT(TXT_QLPROMPT) #define NEWGAME GET_TXT(TXT_NEWGAME) #define MSGOFF GET_TXT(TXT_MSGOFF) #define MSGON GET_TXT(TXT_MSGON) #define NETEND GET_TXT(TXT_NETEND) #define ENDGAME GET_TXT(TXT_ENDGAME) #define ENDNOGAME GET_TXT(TXT_ENDNOGAME) #define SUICIDEOUTMAP GET_TXT(TXT_SUICIDEOUTMAP) #define SUICIDEASK GET_TXT(TXT_SUICIDEASK) #define DOSY GET_TXT(TXT_DOSY) #define TXT_GAMMA_LEVEL_OFF GET_TXT(TXT_TXT_GAMMA_LEVEL_OFF) #define TXT_GAMMA_LEVEL_1 GET_TXT(TXT_TXT_GAMMA_LEVEL_1) #define TXT_GAMMA_LEVEL_2 GET_TXT(TXT_TXT_GAMMA_LEVEL_2) #define TXT_GAMMA_LEVEL_3 GET_TXT(TXT_TXT_GAMMA_LEVEL_3) #define TXT_GAMMA_LEVEL_4 GET_TXT(TXT_TXT_GAMMA_LEVEL_4) #define EMPTYSTRING GET_TXT(TXT_EMPTYSTRING) // Mana #define TXT_MANA_1 GET_TXT(TXT_TXT_MANA_1) #define TXT_MANA_2 GET_TXT(TXT_TXT_MANA_2) #define TXT_MANA_BOTH GET_TXT(TXT_TXT_MANA_BOTH) // Keys #define TXT_KEY_STEEL GET_TXT(TXT_TXT_KEY_STEEL) #define TXT_KEY_CAVE GET_TXT(TXT_TXT_KEY_CAVE) #define TXT_KEY_AXE GET_TXT(TXT_TXT_KEY_AXE) #define TXT_KEY_FIRE GET_TXT(TXT_TXT_KEY_FIRE) #define TXT_KEY_EMERALD GET_TXT(TXT_TXT_KEY_EMERALD) #define TXT_KEY_DUNGEON GET_TXT(TXT_TXT_KEY_DUNGEON) #define TXT_KEY_SILVER GET_TXT(TXT_TXT_KEY_SILVER) #define TXT_KEY_RUSTED GET_TXT(TXT_TXT_KEY_RUSTED) #define TXT_KEY_HORN GET_TXT(TXT_TXT_KEY_HORN) #define TXT_KEY_SWAMP GET_TXT(TXT_TXT_KEY_SWAMP) #define TXT_KEY_CASTLE GET_TXT(TXT_TXT_KEY_CASTLE) // Inventory items #define TXT_INV_INVULNERABILITY GET_TXT(TXT_TXT_INV_INVULNERABILITY) #define TXT_INV_HEALTH GET_TXT(TXT_TXT_INV_HEALTH) #define TXT_INV_SUPERHEALTH GET_TXT(TXT_TXT_INV_SUPERHEALTH) #define TXT_INV_SUMMON GET_TXT(TXT_TXT_INV_SUMMON) #define TXT_INV_TORCH GET_TXT(TXT_TXT_INV_TORCH) #define TXT_INV_EGG GET_TXT(TXT_TXT_INV_EGG) #define TXT_INV_FLY GET_TXT(TXT_TXT_INV_FLY) #define TXT_INV_TELEPORT GET_TXT(TXT_TXT_INV_TELEPORT) #define TXT_INV_POISONBAG GET_TXT(TXT_TXT_INV_POISONBAG) #define TXT_INV_TELEPORTOTHER GET_TXT(TXT_TXT_INV_TELEPORTOTHER) #define TXT_INV_SPEED GET_TXT(TXT_TXT_INV_SPEED) #define TXT_INV_BOOSTMANA GET_TXT(TXT_TXT_INV_BOOSTMANA) #define TXT_INV_BOOSTARMOR GET_TXT(TXT_TXT_INV_BOOSTARMOR) #define TXT_INV_BLASTRADIUS GET_TXT(TXT_TXT_INV_BLASTRADIUS) #define TXT_INV_HEALINGRADIUS GET_TXT(TXT_TXT_INV_HEALINGRADIUS) // Puzzle items #define TXT_INV_PUZZSKULL GET_TXT(TXT_TXT_INV_PUZZSKULL) #define TXT_INV_PUZZGEMBIG GET_TXT(TXT_TXT_INV_PUZZGEMBIG) #define TXT_INV_PUZZGEMRED GET_TXT(TXT_TXT_INV_PUZZGEMRED) #define TXT_INV_PUZZGEMGREEN1 GET_TXT(TXT_TXT_INV_PUZZGEMGREEN1) #define TXT_INV_PUZZGEMGREEN2 GET_TXT(TXT_TXT_INV_PUZZGEMGREEN2) #define TXT_INV_PUZZGEMBLUE1 GET_TXT(TXT_TXT_INV_PUZZGEMBLUE1) #define TXT_INV_PUZZGEMBLUE2 GET_TXT(TXT_TXT_INV_PUZZGEMBLUE2) #define TXT_INV_PUZZBOOK1 GET_TXT(TXT_TXT_INV_PUZZBOOK1) #define TXT_INV_PUZZBOOK2 GET_TXT(TXT_TXT_INV_PUZZBOOK2) #define TXT_INV_PUZZSKULL2 GET_TXT(TXT_TXT_INV_PUZZSKULL2) #define TXT_INV_PUZZFWEAPON GET_TXT(TXT_TXT_INV_PUZZFWEAPON) #define TXT_INV_PUZZCWEAPON GET_TXT(TXT_TXT_INV_PUZZCWEAPON) #define TXT_INV_PUZZMWEAPON GET_TXT(TXT_TXT_INV_PUZZMWEAPON) #define TXT_INV_PUZZGEAR GET_TXT(TXT_TXT_INV_PUZZGEAR) #define TXT_USEPUZZLEFAILED GET_TXT(TXT_TXT_USEPUZZLEFAILED) // Items #define TXT_ITEMHEALTH GET_TXT(TXT_TXT_ITEMHEALTH) #define TXT_ITEMBAGOFHOLDING GET_TXT(TXT_TXT_ITEMBAGOFHOLDING) #define TXT_ITEMSHIELD1 GET_TXT(TXT_TXT_ITEMSHIELD1) #define TXT_ITEMSHIELD2 GET_TXT(TXT_TXT_ITEMSHIELD2) #define TXT_ITEMSUPERMAP GET_TXT(TXT_TXT_ITEMSUPERMAP) #define TXT_ARMOR1 GET_TXT(TXT_TXT_ARMOR1) #define TXT_ARMOR2 GET_TXT(TXT_TXT_ARMOR2) #define TXT_ARMOR3 GET_TXT(TXT_TXT_ARMOR3) #define TXT_ARMOR4 GET_TXT(TXT_TXT_ARMOR4) // Weapons #define TXT_WEAPON_F2 GET_TXT(TXT_TXT_WEAPON_F2) #define TXT_WEAPON_F3 GET_TXT(TXT_TXT_WEAPON_F3) #define TXT_WEAPON_F4 GET_TXT(TXT_TXT_WEAPON_F4) #define TXT_WEAPON_C2 GET_TXT(TXT_TXT_WEAPON_C2) #define TXT_WEAPON_C3 GET_TXT(TXT_TXT_WEAPON_C3) #define TXT_WEAPON_C4 GET_TXT(TXT_TXT_WEAPON_C4) #define TXT_WEAPON_M2 GET_TXT(TXT_TXT_WEAPON_M2) #define TXT_WEAPON_M3 GET_TXT(TXT_TXT_WEAPON_M3) #define TXT_WEAPON_M4 GET_TXT(TXT_TXT_WEAPON_M4) #define TXT_QUIETUS_PIECE GET_TXT(TXT_TXT_QUIETUS_PIECE) #define TXT_WRAITHVERGE_PIECE GET_TXT(TXT_TXT_WRAITHVERGE_PIECE) #define TXT_BLOODSCOURGE_PIECE GET_TXT(TXT_TXT_BLOODSCOURGE_PIECE) #define TXT_CHEATGODON GET_TXT(TXT_TXT_CHEATGODON) #define TXT_CHEATGODOFF GET_TXT(TXT_TXT_CHEATGODOFF) #define TXT_CHEATNOCLIPON GET_TXT(TXT_TXT_CHEATNOCLIPON) #define TXT_CHEATNOCLIPOFF GET_TXT(TXT_TXT_CHEATNOCLIPOFF) #define TXT_CHEATWEAPONS GET_TXT(TXT_TXT_CHEATWEAPONS) #define TXT_CHEATHEALTH GET_TXT(TXT_TXT_CHEATHEALTH) #define TXT_CHEATKEYS GET_TXT(TXT_TXT_CHEATKEYS) #define TXT_CHEATSOUNDON GET_TXT(TXT_TXT_CHEATSOUNDON) #define TXT_CHEATSOUNDOFF GET_TXT(TXT_TXT_CHEATSOUNDOFF) #define TXT_CHEATTICKERON GET_TXT(TXT_TXT_CHEATTICKERON) #define TXT_CHEATTICKEROFF GET_TXT(TXT_TXT_CHEATTICKEROFF) #define TXT_CHEATINVITEMS3 GET_TXT(TXT_TXT_CHEATINVITEMS3) #define TXT_CHEATITEMSFAIL GET_TXT(TXT_TXT_CHEATITEMSFAIL) #define TXT_CHEATWARP GET_TXT(TXT_TXT_CHEATWARP) #define TXT_CHEATSCREENSHOT GET_TXT(TXT_TXT_CHEATSCREENSHOT) #define TXT_CHEATIDDQD GET_TXT(TXT_TXT_CHEATIDDQD) #define TXT_CHEATIDKFA GET_TXT(TXT_TXT_CHEATIDKFA) #define TXT_CHEATBADINPUT GET_TXT(TXT_TXT_CHEATBADINPUT) #define TXT_CHEATNOMAP GET_TXT(TXT_TXT_CHEATNOMAP) #define TXT_GAMESAVED GET_TXT(TXT_TXT_GAMESAVED) #define HUSTR_CHATMACRO1 GET_TXT(TXT_HUSTR_CHATMACRO1) #define HUSTR_CHATMACRO2 GET_TXT(TXT_HUSTR_CHATMACRO2) #define HUSTR_CHATMACRO3 GET_TXT(TXT_HUSTR_CHATMACRO3) #define HUSTR_CHATMACRO4 GET_TXT(TXT_HUSTR_CHATMACRO4) #define HUSTR_CHATMACRO5 GET_TXT(TXT_HUSTR_CHATMACRO5) #define HUSTR_CHATMACRO6 GET_TXT(TXT_HUSTR_CHATMACRO6) #define HUSTR_CHATMACRO7 GET_TXT(TXT_HUSTR_CHATMACRO7) #define HUSTR_CHATMACRO8 GET_TXT(TXT_HUSTR_CHATMACRO8) #define HUSTR_CHATMACRO9 GET_TXT(TXT_HUSTR_CHATMACRO9) #define HUSTR_CHATMACRO0 GET_TXT(TXT_HUSTR_CHATMACRO0) #define AMSTR_FOLLOWON GET_TXT(TXT_AMSTR_FOLLOWON) #define AMSTR_FOLLOWOFF GET_TXT(TXT_AMSTR_FOLLOWOFF) #define AMSTR_ROTATEON GET_TXT(TXT_AMSTR_ROTATEON) #define AMSTR_ROTATEOFF GET_TXT(TXT_AMSTR_ROTATEOFF) #define AMSTR_GRIDON GET_TXT(TXT_AMSTR_GRIDON) #define AMSTR_GRIDOFF GET_TXT(TXT_AMSTR_GRIDOFF) #define AMSTR_MARKEDSPOT GET_TXT(TXT_AMSTR_MARKEDSPOT) #define AMSTR_MARKSCLEARED GET_TXT(TXT_AMSTR_MARKSCLEARED) #define DELETESAVEGAME_CONFIRM GET_TXT(TXT_DELETESAVEGAME_CONFIRM) #define REBORNLOAD_CONFIRM GET_TXT(TXT_REBORNLOAD_CONFIRM) #endif doomsday-1.14.5/doomsday/plugins/hexen/include/x_api.h0000664000175000017500000000353312350542240022211 0ustar jaakkojaakko/**\file x_api.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API exchange - jHexen specific. */ #ifndef LIBJHEXEN_API_H #define LIBJHEXEN_API_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "doomsday.h" #ifdef __cplusplus extern "C" { #endif extern game_export_t gx; DENG_USING_API(Base); DENG_USING_API(B); DENG_USING_API(Busy); DENG_USING_API(Client); DENG_USING_API(Con); DENG_USING_API(Def); DENG_USING_API(F); DENG_USING_API(FR); DENG_USING_API(GL); DENG_USING_API(Infine); DENG_USING_API(InternalData); DENG_USING_API(Map); DENG_USING_API(Material); DENG_USING_API(MaterialArchive); DENG_USING_API(MPE); DENG_USING_API(Player); DENG_USING_API(Plug); DENG_USING_API(R); DENG_USING_API(Rend); DENG_USING_API(S); DENG_USING_API(Server); DENG_USING_API(Svg); DENG_USING_API(Thinker); DENG_USING_API(Uri); DENG_USING_API(W); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBJHEXEN_API_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/p_waggle.h0000664000175000017500000000361312350542240022675 0ustar jaakkojaakko/** @file p_waggle.h * * @authors Copyright © 2004-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_P_WAGGLE_H #define LIBHEXEN_P_WAGGLE_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif typedef enum { WS_EXPAND = 1, WS_STABLE, WS_REDUCE } wagglestate_e; typedef struct waggle_s { thinker_t thinker; Sector *sector; coord_t originalHeight; coord_t accumulator; coord_t accDelta; coord_t targetScale; coord_t scale; coord_t scaleDelta; int ticker; wagglestate_e state; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } waggle_t; #ifdef __cplusplus extern "C" { #endif void T_FloorWaggle(waggle_t *waggle); dd_bool EV_StartFloorWaggle(int tag, int height, int speed, int offset, int timer); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_P_WAGGLE_H doomsday-1.14.5/doomsday/plugins/hexen/include/in_lude.h0000664000175000017500000000272712350542240022534 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * in_lude.h: */ #ifndef __IN_LUDE_H__ #define __IN_LUDE_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "h2def.h" DENG_EXTERN_C dd_bool intermission; DENG_EXTERN_C int interState; #ifdef __cplusplus extern "C" { #endif /// To be called to register the console commands and variables of this module. void WI_Register(void); void IN_Init(void); void IN_Stop(void); void IN_Ticker(void); void IN_Drawer(void); void IN_SkipToNext(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/dstrings.h0000664000175000017500000002260312350542240022745 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * dstrings.h: */ #ifndef __DSTRINGS_H__ #define __DSTRINGS_H__ #define PRESSKEY "press a key." #define PRESSYN "press y or n." #define TXT_PAUSED "PAUSED" #define QUITMSG "are you sure you want to\nquit this great game?" #define LOADNET "you can't do load while in a net game!\n\n"PRESSKEY #define QLOADNET "you can't quickload during a netgame!\n\n"PRESSKEY #define QSAVESPOT "you haven't picked a quicksave slot yet!\n\n"PRESSKEY #define SAVEDEAD "you can't save if you aren't playing!\n\n"PRESSKEY #define QSPROMPT "quicksave over your game named\n\n'%s'?\n\n"PRESSYN #define QLPROMPT "do you want to quickload the game named"\ "\n\n'%s'?\n\n"PRESSYN #define NEWGAME "you can't start a new game\n"\ "while in a network game.\n\n"PRESSKEY #define NIGHTMARE "are you sure? this skill level\n"\ "isn't even remotely fair.\n\n"PRESSYN #define SWSTRING "this is the shareware version of doom.\n\n"\ "you need to order the entire trilogy.\n\n"PRESSKEY #define MSGOFF "Messages OFF" #define MSGON "Messages ON" #define NETEND "you can't end a netgame!\n\n"PRESSKEY #define ENDGAME "are you sure you want to end the game?\n\n"PRESSYN #define DOSY "(press y to quit to dos.)" #define DETAILHI "High detail" #define DETAILLO "Low detail" #define GAMMALVL0 "Gamma correction OFF" #define GAMMALVL1 "Gamma correction level 1" #define GAMMALVL2 "Gamma correction level 2" #define GAMMALVL3 "Gamma correction level 3" #define GAMMALVL4 "Gamma correction level 4" #define EMPTYSTRING "empty slot" // Keys #define TXT_GOTBLUEKEY "BLUE KEY" #define TXT_GOTYELLOWKEY "YELLOW KEY" #define TXT_GOTGREENKEY "GREEN KEY" // Inventory items #define TXT_INV_HEALTH "QUARTZ FLASK" #define TXT_INV_FLY "WINGS OF WRATH" #define TXT_INV_INVULNERABILITY "RING OF INVINCIBILITY" #define TXT_INV_TOMEOFPOWER "TOME OF POWER" #define TXT_INV_INVISIBILITY "SHADOWSPHERE" #define TXT_INV_EGG "MORPH OVUM" #define TXT_INV_SUPERHEALTH "MYSTIC URN" #define TXT_INV_TORCH "TORCH" #define TXT_INV_FIREBOMB "TIME BOMB OF THE ANCIENTS" #define TXT_INV_TELEPORT "CHAOS DEVICE" // Items #define TXT_ITEMHEALTH "CRYSTAL VIAL" #define TXT_ITEMBAGOFHOLDING "BAG OF HOLDING" #define TXT_ITEMSHIELD1 "SILVER SHIELD" #define TXT_ITEMSHIELD2 "ENCHANTED SHIELD" #define TXT_ITEMSUPERMAP "MAP SCROLL" // Ammo #define TXT_AMMOGOLDWAND1 "WAND CRYSTAL" #define TXT_AMMOGOLDWAND2 "CRYSTAL GEODE" #define TXT_AMMOMACE1 "MACE SPHERES" #define TXT_AMMOMACE2 "PILE OF MACE SPHERES" #define TXT_AMMOCROSSBOW1 "ETHEREAL ARROWS" #define TXT_AMMOCROSSBOW2 "QUIVER OF ETHEREAL ARROWS" #define TXT_AMMOBLASTER1 "CLAW ORB" #define TXT_AMMOBLASTER2 "ENERGY ORB" #define TXT_AMMOSKULLROD1 "LESSER RUNES" #define TXT_AMMOSKULLROD2 "GREATER RUNES" #define TXT_AMMOPHOENIXROD1 "FLAME ORB" #define TXT_AMMOPHOENIXROD2 "INFERNO ORB" // Weapons #define TXT_WPNMACE "FIREMACE" #define TXT_WPNCROSSBOW "ETHEREAL CROSSBOW" #define TXT_WPNBLASTER "DRAGON CLAW" #define TXT_WPNSKULLROD "HELLSTAFF" #define TXT_WPNPHOENIXROD "PHOENIX ROD" #define TXT_WPNGAUNTLETS "GAUNTLETS OF THE NECROMANCER" #define TXT_CHEATGODON "GOD MODE ON" #define TXT_CHEATGODOFF "GOD MODE OFF" #define TXT_CHEATNOCLIPON "NO CLIPPING ON" #define TXT_CHEATNOCLIPOFF "NO CLIPPING OFF" #define TXT_CHEATWEAPONS "ALL WEAPONS" #define TXT_CHEATFLIGHTON "FLIGHT ON" #define TXT_CHEATFLIGHTOFF "FLIGHT OFF" #define TXT_CHEATPOWERON "POWER ON" #define TXT_CHEATPOWEROFF "POWER OFF" #define TXT_CHEATHEALTH "FULL HEALTH" #define TXT_CHEATKEYS "ALL KEYS" #define TXT_CHEATSOUNDON "SOUND DEBUG ON" #define TXT_CHEATSOUNDOFF "SOUND DEBUG OFF" #define TXT_CHEATTICKERON "TICKER ON" #define TXT_CHEATTICKEROFF "TICKER OFF" #define TXT_CHEATINVITEMS1 "CHOOSE AN ARTIFACT ( A - J )" #define TXT_CHEATINVITEMS2 "HOW MANY ( 1 - 9 )" #define TXT_CHEATINVITEMS3 "YOU GOT IT" #define TXT_CHEATITEMSFAIL "BAD INPUT" #define TXT_CHEATWARP "MAP WARP" #define TXT_CHEATSCREENSHOT "SCREENSHOT" #define TXT_CHEATCHICKENON "CHICKEN ON" #define TXT_CHEATCHICKENOFF "CHICKEN OFF" #define TXT_CHEATMASSACRE "MASSACRE" #define TXT_CHEATIDDQD "TRYING TO CHEAT, EH? NOW YOU DIE!" #define TXT_CHEATIDKFA "CHEATER - YOU DON'T DESERVE WEAPONS" #define TXT_NEEDBLUEKEY "YOU NEED A BLUE KEY TO OPEN THIS DOOR" #define TXT_NEEDGREENKEY "YOU NEED A GREEN KEY TO OPEN THIS DOOR" #define TXT_NEEDYELLOWKEY "YOU NEED A YELLOW KEY TO OPEN THIS DOOR" #define TXT_GAMESAVED "GAME SAVED" #define HUSTR_CHATMACRO1 "I'm ready to kick butt!" #define HUSTR_CHATMACRO2 "I'm OK." #define HUSTR_CHATMACRO3 "I'm not looking too good!" #define HUSTR_CHATMACRO4 "Help!" #define HUSTR_CHATMACRO5 "You suck!" #define HUSTR_CHATMACRO6 "Next time, scumbag..." #define HUSTR_CHATMACRO7 "Come here!" #define HUSTR_CHATMACRO8 "I'll take care of it." #define HUSTR_CHATMACRO9 "Yes" #define HUSTR_CHATMACRO0 "No" #define AMSTR_FOLLOWON "FOLLOW MODE ON" #define AMSTR_FOLLOWOFF "FOLLOW MODE OFF" #define AMSTR_ROTATEON "Rotate Mode ON" #define AMSTR_ROTATEOFF "Rotate Mode OFF" #define AMSTR_GRIDON "Grid ON" #define AMSTR_GRIDOFF "Grid OFF" #define AMSTR_MARKEDSPOT "Marked Spot" #define AMSTR_MARKSCLEARED "All Marks Cleared" #define E1TEXT "with the destruction of the iron\n"\ "liches and their minions, the last\n"\ "of the undead are cleared from this\n"\ "plane of existence.\n\n"\ "those creatures had to come from\n"\ "somewhere, though, and you have the\n"\ "sneaky suspicion that the fiery\n"\ "portal of hell's maw opens onto\n"\ "their home dimension.\n\n"\ "to make sure that more undead\n"\ "(or even worse things) don't come\n"\ "through, you'll have to seal hell's\n"\ "maw from the other side. of course\n"\ "this means you may get stuck in a\n"\ "very unfriendly world, but no one\n"\ "ever said being a Heretic was easy!" #define E2TEXT "the mighty maulotaurs have proved\n"\ "to be no match for you, and as\n"\ "their steaming corpses slide to the\n"\ "ground you feel a sense of grim\n"\ "satisfaction that they have been\n"\ "destroyed.\n\n"\ "the gateways which they guarded\n"\ "have opened, revealing what you\n"\ "hope is the way home. but as you\n"\ "step through, mocking laughter\n"\ "rings in your ears.\n\n"\ "was some other force controlling\n"\ "the maulotaurs? could there be even\n"\ "more horrific beings through this\n"\ "gate? the sweep of a crystal dome\n"\ "overhead where the sky should be is\n"\ "certainly not a good sign...." #define E3TEXT "the death of d'sparil has loosed\n"\ "the magical bonds holding his\n"\ "creatures on this plane, their\n"\ "dying screams overwhelming his own\n"\ "cries of agony.\n\n"\ "your oath of vengeance fulfilled,\n"\ "you enter the portal to your own\n"\ "world, mere moments before the dome\n"\ "shatters into a million pieces.\n\n"\ "but if d'sparil's power is broken\n"\ "forever, why don't you feel safe?\n"\ "was it that last shout just before\n"\ "his death, the one that sounded\n"\ "like a curse? or a summoning? you\n"\ "can't really be sure, but it might\n"\ "just have been a scream.\n\n"\ "then again, what about the other\n"\ "serpent riders?" #endif doomsday-1.14.5/doomsday/plugins/hexen/include/p_maputl.h0000664000175000017500000000247112350542240022732 0ustar jaakkojaakko/** @file p_maputl.h Movement/collision map utility functions. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_P_MAPUTL_H #define LIBHEXEN_P_MAPUTL_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "p_mobj.h" //void P_ApplyTorque(mobj_t *mo); /** * Searches around for targetable monsters/players near @a mobj. * * @return The targeted mobj if found; otherwise @c 0. */ mobj_t *P_RoughMonsterSearch(mobj_t *mobj, int distance); #endif // LIBHEXEN_P_MAPUTL_H doomsday-1.14.5/doomsday/plugins/hexen/include/r_defs.h0000664000175000017500000000502612350542240022352 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * r_defs.h: */ #ifndef __R_DEFS_H__ #define __R_DEFS_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "jhexen.h" #include "p_mobj.h" #include "s_sequence.h" typedef struct xsector_s { short special, tag; int soundTraversed; // 0 = untraversed, 1,2 = sndlines -1 mobj_t* soundTarget; // Thing that made a sound (or null) seqtype_t seqType; // Stone, metal, heavy, etc... void* specialData; // thinker_t for reversable actions } xsector_t; typedef struct xline_s { byte special; byte arg1; byte arg2; byte arg3; byte arg4; byte arg5; short flags; // Has been rendered at least once and needs to appear in the map, // for each player. dd_bool mapped[MAXPLAYERS]; int validCount; } xline_t; DENG_EXTERN_C xline_t* xlines; DENG_EXTERN_C xsector_t* xsectors; #ifdef __cplusplus extern "C" { #endif /** * Converts a line to an xline. */ xline_t *P_ToXLine(Line *line); xline_t *P_GetXLine(int index); /** * Converts a sector to an xsector. */ xsector_t *P_ToXSector(Sector *sector); xsector_t *P_GetXSector(int index); /** * Update the specified player's automap. * * @param player Local player number whose map is to change. * @param line Line to change. * @param visible @c true= mark the line as visible. */ void P_SetLineAutomapVisibility(int player, int lineIdx, dd_bool visible); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/x_player.h0000664000175000017500000001070212350542240022730 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * x_player.h: */ #ifndef __X_PLAYER_H__ #define __X_PLAYER_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "x_items.h" #include "p_pspr.h" #include "p_mobj.h" #include "g_controls.h" // // Player states. // typedef enum { // Playing or camping. PST_LIVE, // Dead on the ground, view follows killer. PST_DEAD, // Ready to restart/respawn??? PST_REBORN } playerstate_t; // // Player internal flags, for cheats and debug. // #if 0 typedef enum { // No clipping, walk through barriers. CF_NOCLIP = 1, // No damage, no health loss. CF_GODMODE = 2, // Not really a cheat, just a debug aid. CF_NOMOMENTUM = 4 } cheat_t; #endif #define CF_NOCLIP (1) // No clipping, walk through barriers. #define CF_GODMODE (2) // No damage, no health loss. #define CF_NOMOMENTUM (4) // Not really a cheat, just a debug aid. // Extended player information, Hexen specific. typedef struct player_s { ddplayer_t* plr; // Pointer to the engine's player data. playerstate_t playerState; playerclass_t class_; // Player class type. playerbrain_t brain; int flyHeight; int health; // Only used between maps, mo->health is used during. int armorPoints[NUMARMOR]; int powers[NUM_POWER_TYPES]; int keys; int pieces; // Fourth Weapon pieces. weapontype_t readyWeapon; weapontype_t pendingWeapon; // wp_nochange if not changing. struct playerweapon_s { dd_bool owned; } weapons[NUM_WEAPON_TYPES]; struct playerammo_s { int owned; } ammo[NUM_AMMO_TYPES]; // Mana. int attackDown, useDown; // true if button down last tic. int cheats; // Bit flags. signed int frags[MAXPLAYERS]; // Kills of other players. int refire; // Refired shots are less accurate. int killCount, itemCount, secretCount; // For intermission. int damageCount, bonusCount; // For screen flashing. int poisonCount; // Screen flash for poison damage. mobj_t* poisoner; // NULL for non-player mobjs. mobj_t* attacker; // Who did damage (NULL for floors). int colorMap; // 0-3 for which color to draw player. pspdef_t pSprites[NUMPSPRITES]; // view sprites (gun, etc). int morphTics; // Player is a pig if > 0. int jumpTics; // Delay the next jump for a moment. int airCounter; int rebornWait; // The player can be reborn if this counter is zero. dd_bool centering; unsigned int worldTimer; // Total time the player's been playing. int update; int startSpot; int overridePalette; // Palette that overrides the regular pain/etc. palette. float viewOffset[3]; // Relative to position of the player mobj. float viewZ; // Focal origin above r.z. float viewHeight; // Base height above floor for viewZ. float viewHeightDelta; float bob; // Bounded/scaled total momentum. // Target view to a mobj (NULL=disabled). mobj_t* viewLock; // $democam int lockFull; #ifdef __cplusplus void write(Writer *writer, struct playerheader_s &plrHdr) const; void read(Reader *reader, struct playerheader_s &plrHdr); #endif } player_t; #endif doomsday-1.14.5/doomsday/plugins/hexen/include/g_game.h0000664000175000017500000000437612350542240022336 0ustar jaakkojaakko/**\file g_game.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Top-level (common) game routines jHexen - specific. */ #ifndef LIBJHEXEN_G_GAME_H #define LIBJHEXEN_G_GAME_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "gamerules.h" #include "p_mobj.h" #include "x_player.h" DENG_EXTERN_C player_t players[MAXPLAYERS]; DENG_EXTERN_C uint nextMap; DENG_EXTERN_C uint nextMapEntrance; DENG_EXTERN_C dd_bool paused; DENG_EXTERN_C dd_bool precache; DENG_EXTERN_C dd_bool customPal; DENG_EXTERN_C dd_bool briefDisabled; #ifdef __cplusplus extern "C" { #endif void G_CommonShutdown(void); void R_InitRefresh(void); void R_GetTranslation(int plrClass, int plrColor, int *tclass, int *tmap); void Mobj_UpdateTranslationClassAndMap(mobj_t *mo); void G_PrintMapList(void); void G_QuitGame(void); void G_CommonPreInit(void); void G_CommonPostInit(void); int G_GetInteger(int id); void *G_GetVariable(int id); void G_PlayerReborn(int player); void G_DeathMatchSpawnPlayer(int playernum); void G_DeferredPlayDemo(char *demo); void G_PlayDemo(char *name); void G_TimeDemo(char *name); void G_StopDemo(void); void G_Ticker(timespan_t ticLength); /// @return @c true if the input event @a ev was eaten. int G_PrivilegedResponder(event_t *ev); /// @return @c true if the input event @a ev was eaten. int G_Responder(event_t *ev); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBJHEXEN_G_GAME_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/p_spec.h0000664000175000017500000000562012350542240022361 0ustar jaakkojaakko/**\file p_spec.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2004-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef LIBHEXEN_P_SPEC_H #define LIBHEXEN_P_SPEC_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "common.h" #define MO_TELEPORTMAN 14 DENG_EXTERN_C mobj_t lavaInflictor; DENG_EXTERN_C mobjtype_t TranslateThingType[]; #ifdef __cplusplus extern "C" { #endif void P_InitLava(void); // at map load void P_SpawnSectorSpecialThinkers(void); void P_SpawnLineSpecialThinkers(void); void P_SpawnAllSpecialThinkers(void); dd_bool P_SectorTagIsBusy(int tag); dd_bool P_ExecuteLineSpecial(int special, byte args[5], Line *line, int side, mobj_t *mo); dd_bool P_ActivateLine(Line* ld, mobj_t *mo, int side, int activationType); void P_PlayerInSpecialSector(player_t *plr); void P_PlayerOnSpecialFloor(player_t *plr); void P_InitLightning(void); void P_ForceLightning(void); void P_AnimateLightning(void); typedef enum { ok, crushed, pastdest } result_e; typedef enum { STAIRS_NORMAL, STAIRS_SYNC, STAIRS_PHASED } stairs_e; result_e T_MovePlane(Sector *sector, float speed, coord_t dest, int crush, int floorOrCeiling, int direction); int EV_BuildStairs(Line *line, byte *args, int direction, stairs_e type); int EV_FloorCrushStop(Line *line, byte *args); #define TELEFOGHEIGHTF (32) dd_bool P_Teleport(mobj_t* mo, coord_t x, coord_t y, angle_t angle, dd_bool useFog); dd_bool EV_Teleport(int tid, mobj_t *thing, dd_bool fog); void P_ArtiTele(player_t *player); dd_bool EV_ThingProjectile(byte *args, dd_bool gravity); dd_bool EV_ThingSpawn(byte *args, dd_bool fog); dd_bool EV_ThingActivate(int tid); dd_bool EV_ThingDeactivate(int tid); dd_bool EV_ThingRemove(int tid); dd_bool EV_ThingDestroy(int tid); void P_InitSky(Uri const *mapUri); void P_AnimateSky(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBHEXEN_P_SPEC_H */ doomsday-1.14.5/doomsday/plugins/hexen/include/h2def.h0000664000175000017500000002222112350542240022074 0ustar jaakkojaakko/** @file h2def.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef __H2DEF_H__ #define __H2DEF_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include #include #ifdef WIN32 # pragma warning(disable:4244) # define stricmp _stricmp # define strnicmp _strnicmp # define strlwr _strlwr # define strupr _strupr #endif #include #include #include #include "doomsday.h" #include "version.h" #include "info.h" // Predefined with some OS. #ifdef UNIX #include #define MAXCHAR SCHAR_MAX #define MAXSHORT SHRT_MAX #define MAXINT INT_MAX #define MAXLONG LONG_MAX #define MINCHAR SCHAR_MIN #define MINSHORT SHRT_MIN #define MININT INT_MIN #define MINLONG LONG_MIN #else /* not UNIX */ #define MAXCHAR ((char)0x7f) #define MAXSHORT ((short)0x7fff) // Max pos 32-bit int. #define MAXINT ((int)0x7fffffff) #define MAXLONG ((long)0x7fffffff) #define MINCHAR ((char)0x80) #define MINSHORT ((short)0x8000) // Max negative 32-bit integer. #define MININT ((int)0x80000000) #define MINLONG ((long)0x80000000) #endif #define Set DD_SetInteger #define Get DD_GetInteger // Verbose messages. #define VERBOSE(code) { if(verbose >= 1) { code; } } #define VERBOSE2(code) { if(verbose >= 2) { code; } } DENG_EXTERN_C game_export_t gx; // // Global parameters/defines. // #define MOBJINFO (*_api_InternalData.mobjInfo) #define STATES (*_api_InternalData.states) #define VALIDCOUNT (*_api_InternalData.validCount) typedef enum { hexen_demo, hexen, hexen_deathkings, hexen_betademo, // hexen_demo with some bugs hexen_v10, // Hexen release 1.0 NUM_GAME_MODES } gamemode_t; // Game mode bits for the above. #define GM_HEXEN_DEMO 0x1 #define GM_HEXEN 0x2 #define GM_HEXEN_DEATHKINGS 0x4 #define GM_HEXEN_BETA 0x8 #define GM_HEXEN_V10 0x10 #define GM_ANY (GM_HEXEN_DEMO|GM_HEXEN|GM_HEXEN_DEATHKINGS|GM_HEXEN_BETA|GM_HEXEN_V10) #define SCREENWIDTH 320 #define SCREENHEIGHT 200 #define SCREEN_MUL 1 #define MAXPLAYERS 8 #define NUMPLAYERCOLORS 8 #define NUMTEAMS 8 // Color = team. // Playsim, core timing rate in cycles per second. #define TICRATE 35 #define TICSPERSEC 35 /** * Difficulty/skill settings/filters. */ typedef enum { SM_NOTHINGS = -1, SM_BABY = 0, SM_EASY, SM_MEDIUM, SM_HARD, SM_NIGHTMARE, NUM_SKILL_MODES } skillmode_t; /** * Armor types. */ typedef enum { ARMOR_FIRST, ARMOR_ARMOR = ARMOR_FIRST, ARMOR_SHIELD, ARMOR_HELMET, ARMOR_AMULET, NUMARMOR } armortype_t; /** * Player Classes */ typedef enum { PCLASS_NONE = -1, PCLASS_FIRST = 0, PCLASS_FIGHTER = PCLASS_FIRST, PCLASS_CLERIC, PCLASS_MAGE, PCLASS_PIG, NUM_PLAYER_CLASSES } playerclass_t; #define VALID_PLAYER_CLASS(c) ((c) >= PCLASS_FIRST && (c) < NUM_PLAYER_CLASSES) #define PCLASS_INFO(c) (&classInfo[c]) typedef struct classinfo_s{ playerclass_t plrClass; const char* niceName; dd_bool userSelectable; mobjtype_t mobjType; int normalState; int runState; int attackState; int attackEndState; int maxArmor; int autoArmorSave; fixed_t maxMove; fixed_t forwardMove[2]; // walk, run. fixed_t sideMove[2]; // walk, run. int moveMul; // multiplier for above. int turnSpeed[3]; // [normal, speed, initial]. int jumpTics; // wait inbetween jumps. int failUseSound; // sound played when a use fails. int armorIncrement[NUMARMOR]; int pieceX[3]; // temp. textenum_t skillModeNames[NUM_SKILL_MODES]; } classinfo_t; DENG_EXTERN_C classinfo_t classInfo[NUM_PLAYER_CLASSES]; /** * Game state (hi-level). * * The current state of the game: whether we are playing, gazing at the * intermission screen, the game final animation, or a demo. */ typedef enum { GS_MAP, GS_INTERMISSION, GS_FINALE, GS_STARTUP, GS_WAITING, GS_INFINE, NUM_GAME_STATES } gamestate_t; /** * Keys (as in, keys to lockables). */ typedef enum { KT_FIRST, KT_KEY1 = KT_FIRST, KT_KEY2, KT_KEY3, KT_KEY4, KT_KEY5, KT_KEY6, KT_KEY7, KT_KEY8, KT_KEY9, KT_KEYA, KT_KEYB, NUM_KEY_TYPES } keytype_t; /** * Weapon ids. * * The defined weapons, including a marker indicating user has not changed * weapon. */ typedef enum { WT_FIRST, WT_SECOND, WT_THIRD, WT_FOURTH, NUM_WEAPON_TYPES, WT_NOCHANGE // No pending weapon change. } weapontype_t; #define WPIECE1 1 #define WPIECE2 2 #define WPIECE3 4 #define VALID_WEAPONTYPE(val) ((val) >= WT_FIRST && (val) < WT_FIRST + NUM_WEAPON_TYPES) #define NUMWEAPLEVELS 1 // Number of weapon power levels. /** * Ammunition types. */ typedef enum { AT_FIRST, AT_BLUEMANA = AT_FIRST, AT_GREENMANA, NUM_AMMO_TYPES, AT_NOAMMO // Takes no ammo, used for staff, gauntlets. } ammotype_t; #define MAX_MANA 200 /** * Powers, bestowable upon players only. */ typedef enum { PT_NONE, PT_INVULNERABILITY, PT_ALLMAP, PT_INFRARED, PT_FLIGHT, PT_SHIELD, PT_HEALTH2, PT_SPEED, PT_MINOTAUR, NUM_POWER_TYPES } powertype_t; #define INVULNTICS (30*TICRATE) #define INVISTICS (60*TICRATE) #define INFRATICS (120*TICRATE) #define IRONTICS (60*TICRATE) #define WPNLEV2TICS (40*TICRATE) #define FLIGHTTICS (60*TICRATE) #define SPEEDTICS (45*TICRATE) #define MORPHTICS (40*TICRATE) //#define MAULATORTICS (25*TICRATE) /** * Inventory Item Types: */ typedef enum { IIT_NONE = 0, IIT_FIRST = 1, IIT_INVULNERABILITY = IIT_FIRST, IIT_HEALTH, IIT_SUPERHEALTH, IIT_HEALINGRADIUS, IIT_SUMMON, IIT_TORCH, IIT_EGG, IIT_FLY, IIT_BLASTRADIUS, IIT_POISONBAG, IIT_TELEPORTOTHER, IIT_SPEED, IIT_BOOSTMANA, IIT_BOOSTARMOR, IIT_TELEPORT, // Puzzle items: IIT_FIRSTPUZZITEM, IIT_PUZZSKULL = IIT_FIRSTPUZZITEM, IIT_PUZZGEMBIG, IIT_PUZZGEMRED, IIT_PUZZGEMGREEN1, IIT_PUZZGEMGREEN2, IIT_PUZZGEMBLUE1, IIT_PUZZGEMBLUE2, IIT_PUZZBOOK1, IIT_PUZZBOOK2, IIT_PUZZSKULL2, IIT_PUZZFWEAPON, IIT_PUZZCWEAPON, IIT_PUZZMWEAPON, IIT_PUZZGEAR1, IIT_PUZZGEAR2, IIT_PUZZGEAR3, IIT_PUZZGEAR4, NUM_INVENTORYITEM_TYPES } inventoryitemtype_t; #define MAXINVITEMCOUNT (25) #define BLINKTHRESHOLD (4*TICRATE) //enum { VX, VY, VZ }; // Vertex indices. enum { CR, CG, CB, CA }; // Color indices. #define IS_SERVER (Get(DD_SERVER)) #define IS_CLIENT (Get(DD_CLIENT)) #define IS_NETGAME (Get(DD_NETGAME)) #define IS_DEDICATED (Get(DD_DEDICATED)) #define SFXVOLUME (Get(DD_SFX_VOLUME)/17) #define MUSICVOLUME (Get(DD_MUSIC_VOLUME)/17) #define CONSOLEPLAYER (Get(DD_CONSOLEPLAYER)) #define DISPLAYPLAYER (Get(DD_DISPLAYPLAYER)) #define GAMETIC (*((timespan_t*) DD_GetVariable(DD_GAMETIC))) // Uncomment, to enable all timebomb stuff. #define TIMEBOMB_YEAR (95) // years since 1900 #define TIMEBOMB_STARTDATE (268) // initial date (9/26) #define TIMEBOMB_ENDDATE (301) // end date (10/29) DENG_EXTERN_C int maulatorSeconds; #define MAULATORTICS ((unsigned int) maulatorSeconds * TICSPERSEC) // Most damage defined using HITDICE #define HITDICE(a) ((1 + (P_Random() & 7)) * (a)) #define SBARHEIGHT (39) // status bar height at bottom of screen #define TELEFOGHEIGHT (32) #define DEFAULT_PLAYER_VIEWHEIGHT (48) DENG_EXTERN_C fixed_t finesine[5 * FINEANGLES / 4]; DENG_EXTERN_C fixed_t *finecosine; // Set if homebrew PWAD stuff has been added. DENG_EXTERN_C dd_bool modifiedgame; #define MAX_PLAYER_STARTS (8) DENG_EXTERN_C int localQuakeHappening[MAXPLAYERS]; #ifdef __cplusplus extern "C" { #endif byte P_Random(void); void M_ResetRandom(void); #ifdef __cplusplus } // extern "C" #endif #endif // __H2DEF_H__ doomsday-1.14.5/doomsday/plugins/hexen/include/x_config.h0000664000175000017500000001617112350542240022707 0ustar jaakkojaakko/**\file x_config.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef __JHEXEN_CONFIG_H__ #define __JHEXEN_CONFIG_H__ #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "h2def.h" #include "hu_lib.h" #ifdef __cplusplus extern "C" { #endif enum { HUD_MANA, HUD_HEALTH, HUD_READYITEM, HUD_LOG, NUMHUDDISPLAYS }; // Hud Unhide Events (the hud will unhide on these events if enabled). typedef enum { HUE_FORCE = -1, HUE_ON_DAMAGE, HUE_ON_PICKUP_HEALTH, HUE_ON_PICKUP_ARMOR, HUE_ON_PICKUP_POWER, HUE_ON_PICKUP_WEAPON, HUE_ON_PICKUP_AMMO, HUE_ON_PICKUP_KEY, HUE_ON_PICKUP_INVITEM, NUMHUDUNHIDEEVENTS } hueevent_t; // This struct should be cleaned up. Currently some of the data isn't // even used any more. // WARNING: Do not use the dd_bool type. Its size can be either 1 or 4 bytes // depending on build settings. typedef struct { float playerMoveSpeed; float lookSpeed; float turnSpeed; int quakeFly; //byte fastMonsters; int useJLook; int screenBlocks; int setBlocks; int hudPatchReplaceMode; byte hudShown[4]; // HUD data visibility. float hudScale; float hudColor[4]; float hudIconAlpha; float hudTimer; // Number of seconds until the hud/statusbar auto-hides. byte hudUnHide[NUMHUDUNHIDEEVENTS]; // when the hud/statusbar unhides. int showFPS, lookSpring; int mlookInverseY; int echoMsg; int translucentIceCorpse; byte overrideHubMsg; // skip the transition hub message when 1 int cameraNoClip; float bobView, bobWeapon; byte confirmQuickGameSave; byte confirmRebornLoad; byte loadLastSaveOnReborn; int jumpEnabled; float jumpPower; int airborneMovement; int useMouse, noAutoAim, alwaysRun; byte povLookAround; int jLookDeltaMode; int xhair; float xhairAngle; float xhairSize; byte xhairVitality; float xhairColor[4]; float statusbarScale; float statusbarOpacity; float statusbarCounterAlpha; int msgCount; float msgScale; float msgUptime; int msgBlink; int msgAlign; float msgColor[3]; byte weaponAutoSwitch; byte noWeaponAutoSwitchIfFiring; byte ammoAutoSwitch; byte allowMonsterFloatOverBlocking; // if true, floating mobjs are allowed to climb over mobjs blocking the way. byte weaponCycleSequential; // if true multiple next/prev weapon impulses can be chained to allow the user to "count-click-switch". int weaponOrder[NUM_WEAPON_TYPES]; byte weaponNextMode; // if true use the weaponOrder for next/previous. float filterStrength; byte hudShownCheatCounters; float hudCheatCounterScale; byte hudCheatCounterShowWithAutomap; ///< Only show when the automap is open. // Automap stuff. /* int automapPos; float automapWidth; float automapHeight; */ float automapMobj[3]; float automapL0[3]; float automapL1[3]; float automapL2[3]; float automapL3[3]; float automapBack[3]; float automapOpacity; float automapLineAlpha; float automapLineWidth; ///< In fixed 320x200 pixels. byte automapRotate; byte automapHudDisplay; int automapCustomColors; byte automapShowDoors; float automapDoorGlow; byte automapBabyKeys; float automapZoomSpeed; float automapPanSpeed; byte automapPanResetOnOpen; float automapOpenSeconds; byte automapTitleAtBottom; int messagesOn; char* chatMacros[10]; byte chatBeep; int snd3D; float sndReverbFactor; byte reverbDebug; int plrViewHeight; byte mapTitle, hideIWADAuthor; int hudFog; float menuScale; int menuEffectFlags; float menuShadow; byte menuSlam; byte menuShortcutsEnabled; byte menuScaleMode; int menuPatchReplaceMode; byte menuGameSaveSuggestDescription; byte menuCursorRotate; float menuTextColors[MENU_COLOR_COUNT][3]; float menuTextFlashColor[3]; int menuTextFlashSpeed; float menuTextGlitter; byte inludeScaleMode; int inludePatchReplaceMode; byte netMap, netClass, netColor, netSkill; byte netEpisode; // Unused in Hexen. byte netDeathmatch, netNoMonsters, netRandomClass; byte netJumping; byte netMobDamageModifier; // Multiplier for non-player mobj damage. byte netMobHealthModifier; // Health modifier for non-player mobjs. int netGravity; // Custom gravity multiplier. byte netNoMaxZRadiusAttack; // Radius attacks are infinitely tall. byte netNoMaxZMonsterMeleeAttack; // Melee attacks are infinitely tall. playerclass_t playerClass[MAXPLAYERS]; byte playerColor[MAXPLAYERS]; float inventoryTimer; // Number of seconds until the invetory auto-hides. byte inventoryWrap; byte inventoryUseNext; byte inventoryUseImmediate; int inventorySlotMaxVis; byte inventorySlotShowEmpty; byte inventorySelectMode; } game_config_t; extern game_config_t cfg; #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/include/p_inter.h0000664000175000017500000000373312350542240022553 0ustar jaakkojaakko/** @file p_inter.h * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_P_INTER_H #define LIBHEXEN_P_INTER_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "x_player.h" DENG_EXTERN_C int TextKeyMessages[]; dd_bool P_GiveAmmo(player_t *player, ammotype_t ammoType, int numRounds); dd_bool P_GiveKey(player_t *player, keytype_t keyType); /** * @return @c true if the weapon or its ammo was accepted. */ dd_bool P_GiveWeapon2(player_t *player, weapontype_t weaponType, playerclass_t matchClass); dd_bool P_GiveWeapon(player_t *player, weapontype_t weaponType/*, playerclass_t matchClass = player->class_*/); dd_bool P_GiveWeaponPiece2(player_t *player, int pieceValue, playerclass_t matchClass); dd_bool P_GiveWeaponPiece(player_t *player, int pieceValue/*, playerclass_t matchClass = player->class_*/); dd_bool P_GiveArmor(player_t *player, armortype_t armorType); dd_bool P_GiveArmorAlt(player_t *player, armortype_t armorType, int armorPoints); dd_bool P_GiveHealth(player_t *player, int amount); dd_bool P_GivePower(player_t *player, powertype_t powerType); dd_bool P_MorphPlayer(player_t *player); #endif // LIBHEXEN_P_INTER_H doomsday-1.14.5/doomsday/plugins/hexen/include/x_main.h0000664000175000017500000000402312350542240022357 0ustar jaakkojaakko/** @file x_main.h Hexen-specific game initialization * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBJHEXEN_MAIN_H #define LIBJHEXEN_MAIN_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #include "h2def.h" DENG_EXTERN_C int verbose; DENG_EXTERN_C float turboMul; // Multiplier for turbo. DENG_EXTERN_C gamemode_t gameMode; DENG_EXTERN_C int gameModeBits; DENG_EXTERN_C char const *borderGraphics[]; // Default font colors. DENG_EXTERN_C float const defFontRGB[]; DENG_EXTERN_C float const defFontRGB2[]; DENG_EXTERN_C float const defFontRGB3[]; #ifdef __cplusplus extern "C" { #endif /** * Pre Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void X_PreInit(void); /** * Post Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void X_PostInit(void); void X_Shutdown(void); /** * Get a 32-bit integer value. */ int X_GetInteger(int id); /** * Get a pointer to the value of a named variable/constant. */ void *X_GetVariable(int id); #ifdef __cplusplus } // extern "C" #endif #endif // LIBJHEXEN_MAIN_H doomsday-1.14.5/doomsday/plugins/hexen/include/info.h0000664000175000017500000050710212350542240022045 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * info.h: Sprite, state, mobjtype and text identifiers. */ #ifndef __INFO_CONSTANTS_H__ #define __INFO_CONSTANTS_H__ // Sprites. typedef enum { SPR_MAN1, // 000 SPR_ACLO, // 001 SPR_TLGL, // 002 SPR_FBL1, // 003 SPR_XPL1, // 004 SPR_ARRW, // 005 SPR_DART, // 006 SPR_RIPP, // 007 SPR_CFCF, // 008 SPR_BLAD, // 009 SPR_SHRD, // 010 SPR_FFSM, // 011 SPR_FFLG, // 012 SPR_PTN1, // 013 SPR_PTN2, // 014 SPR_SOAR, // 015 SPR_INVU, // 016 SPR_SUMN, // 017 SPR_TSPK, // 018 SPR_TELO, // 019 SPR_TRNG, // 020 SPR_ROCK, // 021 SPR_FOGS, // 022 SPR_FOGM, // 023 SPR_FOGL, // 024 SPR_SGSA, // 025 SPR_SGSB, // 026 SPR_PORK, // 027 SPR_EGGM, // 028 SPR_FHFX, // 029 SPR_SPHL, // 030 SPR_STWN, // 031 SPR_GMPD, // 032 SPR_ASKU, // 033 SPR_ABGM, // 034 SPR_AGMR, // 035 SPR_AGMG, // 036 SPR_AGG2, // 037 SPR_AGMB, // 038 SPR_AGB2, // 039 SPR_ABK1, // 040 SPR_ABK2, // 041 SPR_ASK2, // 042 SPR_AFWP, // 043 SPR_ACWP, // 044 SPR_AMWP, // 045 SPR_AGER, // 046 SPR_AGR2, // 047 SPR_AGR3, // 048 SPR_AGR4, // 049 SPR_TRCH, // 050 SPR_PSBG, // 051 SPR_ATLP, // 052 SPR_THRW, // 053 SPR_SPED, // 054 SPR_BMAN, // 055 SPR_BRAC, // 056 SPR_BLST, // 057 SPR_HRAD, // 058 SPR_SPSH, // 059 SPR_LVAS, // 060 SPR_SLDG, // 061 SPR_STTW, // 062 SPR_RCK1, // 063 SPR_RCK2, // 064 SPR_RCK3, // 065 SPR_RCK4, // 066 SPR_CDLR, // 067 SPR_TRE1, // 068 SPR_TRDT, // 069 SPR_TRE2, // 070 SPR_TRE3, // 071 SPR_STM1, // 072 SPR_STM2, // 073 SPR_STM3, // 074 SPR_STM4, // 075 SPR_MSH1, // 076 SPR_MSH2, // 077 SPR_MSH3, // 078 SPR_MSH4, // 079 SPR_MSH5, // 080 SPR_MSH6, // 081 SPR_MSH7, // 082 SPR_MSH8, // 083 SPR_SGMP, // 084 SPR_SGM1, // 085 SPR_SGM2, // 086 SPR_SGM3, // 087 SPR_SLC1, // 088 SPR_SLC2, // 089 SPR_SLC3, // 090 SPR_MSS1, // 091 SPR_MSS2, // 092 SPR_SWMV, // 093 SPR_CPS1, // 094 SPR_CPS2, // 095 SPR_TMS1, // 096 SPR_TMS2, // 097 SPR_TMS3, // 098 SPR_TMS4, // 099 SPR_TMS5, // 100 SPR_TMS6, // 101 SPR_TMS7, // 102 SPR_CPS3, // 103 SPR_STT2, // 104 SPR_STT3, // 105 SPR_STT4, // 106 SPR_STT5, // 107 SPR_GAR1, // 108 SPR_GAR2, // 109 SPR_GAR3, // 110 SPR_GAR4, // 111 SPR_GAR5, // 112 SPR_GAR6, // 113 SPR_GAR7, // 114 SPR_GAR8, // 115 SPR_GAR9, // 116 SPR_BNR1, // 117 SPR_TRE4, // 118 SPR_TRE5, // 119 SPR_TRE6, // 120 SPR_TRE7, // 121 SPR_LOGG, // 122 SPR_ICT1, // 123 SPR_ICT2, // 124 SPR_ICT3, // 125 SPR_ICT4, // 126 SPR_ICM1, // 127 SPR_ICM2, // 128 SPR_ICM3, // 129 SPR_ICM4, // 130 SPR_RKBL, // 131 SPR_RKBS, // 132 SPR_RKBK, // 133 SPR_RBL1, // 134 SPR_RBL2, // 135 SPR_RBL3, // 136 SPR_VASE, // 137 SPR_POT1, // 138 SPR_POT2, // 139 SPR_POT3, // 140 SPR_PBIT, // 141 SPR_CPS4, // 142 SPR_CPS5, // 143 SPR_CPS6, // 144 SPR_CPB1, // 145 SPR_CPB2, // 146 SPR_CPB3, // 147 SPR_CPB4, // 148 SPR_BDRP, // 149 SPR_BDSH, // 150 SPR_BDPL, // 151 SPR_CNDL, // 152 SPR_LEF1, // 153 SPR_LEF3, // 154 SPR_LEF2, // 155 SPR_TWTR, // 156 SPR_WLTR, // 157 SPR_BARL, // 158 SPR_SHB1, // 159 SPR_SHB2, // 160 SPR_BCKT, // 161 SPR_SHRM, // 162 SPR_FBUL, // 163 SPR_FSKL, // 164 SPR_BRTR, // 165 SPR_SUIT, // 166 SPR_BBLL, // 167 SPR_CAND, // 168 SPR_IRON, // 169 SPR_XMAS, // 170 SPR_CDRN, // 171 SPR_CHNS, // 172 SPR_TST1, // 173 SPR_TST2, // 174 SPR_TST3, // 175 SPR_TST4, // 176 SPR_TST5, // 177 SPR_TST6, // 178 SPR_TST7, // 179 SPR_TST8, // 180 SPR_TST9, // 181 SPR_TST0, // 182 SPR_TELE, // 183 SPR_TSMK, // 184 SPR_FPCH, // 185 SPR_WFAX, // 186 SPR_FAXE, // 187 SPR_WFHM, // 188 SPR_FHMR, // 189 SPR_FSRD, // 190 SPR_FSFX, // 191 SPR_CMCE, // 192 SPR_WCSS, // 193 SPR_CSSF, // 194 SPR_WCFM, // 195 SPR_CFLM, // 196 SPR_CFFX, // 197 SPR_CHLY, // 198 SPR_SPIR, // 199 SPR_MWND, // 200 SPR_WMLG, // 201 SPR_MLNG, // 202 SPR_MLFX, // 203 SPR_MLF2, // 204 SPR_MSTF, // 205 SPR_MSP1, // 206 SPR_MSP2, // 207 SPR_WFR1, // 208 SPR_WFR2, // 209 SPR_WFR3, // 210 SPR_WCH1, // 211 SPR_WCH2, // 212 SPR_WCH3, // 213 SPR_WMS1, // 214 SPR_WMS2, // 215 SPR_WMS3, // 216 SPR_WPIG, // 217 SPR_WMCS, // 218 SPR_CONE, // 219 SPR_SHEX, // 220 SPR_BLOD, // 221 SPR_GIBS, // 222 SPR_PLAY, // 223 SPR_FDTH, // 224 SPR_BSKL, // 225 SPR_ICEC, // 226 SPR_CLER, // 227 SPR_MAGE, // 228 SPR_PIGY, // 229 SPR_CENT, // 230 SPR_CTXD, // 231 SPR_CTFX, // 232 SPR_CTDP, // 233 SPR_DEMN, // 234 SPR_DEMA, // 235 SPR_DEMB, // 236 SPR_DEMC, // 237 SPR_DEMD, // 238 SPR_DEME, // 239 SPR_DMFX, // 240 SPR_DEM2, // 241 SPR_DMBA, // 242 SPR_DMBB, // 243 SPR_DMBC, // 244 SPR_DMBD, // 245 SPR_DMBE, // 246 SPR_D2FX, // 247 SPR_WRTH, // 248 SPR_WRT2, // 249 SPR_WRBL, // 250 SPR_MNTR, // 251 SPR_FX12, // 252 SPR_FX13, // 253 SPR_MNSM, // 254 SPR_SSPT, // 255 SPR_SSDV, // 256 SPR_SSXD, // 257 SPR_SSFX, // 258 SPR_BISH, // 259 SPR_BPFX, // 260 SPR_DRAG, // 261 SPR_DRFX, // 262 SPR_ARM1, // 263 SPR_ARM2, // 264 SPR_ARM3, // 265 SPR_ARM4, // 266 SPR_MAN2, // 267 SPR_MAN3, // 268 SPR_KEY1, // 269 SPR_KEY2, // 270 SPR_KEY3, // 271 SPR_KEY4, // 272 SPR_KEY5, // 273 SPR_KEY6, // 274 SPR_KEY7, // 275 SPR_KEY8, // 276 SPR_KEY9, // 277 SPR_KEYA, // 278 SPR_KEYB, // 279 SPR_ETTN, // 280 SPR_ETTB, // 281 SPR_FDMN, // 282 SPR_FDMB, // 283 SPR_ICEY, // 284 SPR_ICPR, // 285 SPR_ICWS, // 286 SPR_SORC, // 287 SPR_SBMP, // 288 SPR_SBS4, // 289 SPR_SBMB, // 290 SPR_SBS3, // 291 SPR_SBMG, // 292 SPR_SBS1, // 293 SPR_SBS2, // 294 SPR_SBFX, // 295 SPR_RADE, // 296 SPR_WATR, // 297 SPR_KORX, // 298 SPR_ABAT, // 299 NUMSPRITES // 300 } spritetype_e; // States. typedef enum { S_NULL, // 000 S_FREETARGMOBJ, // 001 S_MAPSPOT, // 002 S_FIREBALL1_1, // 003 S_FIREBALL1_2, // 004 S_FIREBALL1_X1, // 005 S_FIREBALL1_X2, // 006 S_FIREBALL1_X3, // 007 S_FIREBALL1_X4, // 008 S_FIREBALL1_X5, // 009 S_FIREBALL1_X6, // 010 S_ARROW_1, // 011 S_ARROW_X1, // 012 S_DART_1, // 013 S_DART_X1, // 014 S_POISONDART_1, // 015 S_POISONDART_X1, // 016 S_RIPPERBALL_1, // 017 S_RIPPERBALL_2, // 018 S_RIPPERBALL_3, // 019 S_RIPPERBALL_X1, // 020 S_RIPPERBALL_X2, // 021 S_RIPPERBALL_X3, // 022 S_RIPPERBALL_X4, // 023 S_RIPPERBALL_X5, // 024 S_RIPPERBALL_X6, // 025 S_RIPPERBALL_X7, // 026 S_RIPPERBALL_X8, // 027 S_RIPPERBALL_X9, // 028 S_RIPPERBALL_X10, // 029 S_PRJ_BLADE1, // 030 S_PRJ_BLADE_X1, // 031 S_ICESHARD1, // 032 S_ICESHARD2, // 033 S_ICESHARD3, // 034 S_FLAME_TSMALL1, // 035 S_FLAME_TSMALL2, // 036 S_FLAME_TSMALL3, // 037 S_FLAME_TSMALL4, // 038 S_FLAME_TSMALL5, // 039 S_FLAME_TSMALL6, // 040 S_FLAME_TLARGE1, // 041 S_FLAME_TLARGE2, // 042 S_FLAME_TLARGE3, // 043 S_FLAME_TLARGE4, // 044 S_FLAME_TLARGE5, // 045 S_FLAME_TLARGE6, // 046 S_FLAME_TLARGE7, // 047 S_FLAME_TLARGE8, // 048 S_FLAME_TLARGE9, // 049 S_FLAME_TLARGE10, // 050 S_FLAME_TLARGE11, // 051 S_FLAME_TLARGE12, // 052 S_FLAME_TLARGE13, // 053 S_FLAME_TLARGE14, // 054 S_FLAME_TLARGE15, // 055 S_FLAME_TLARGE16, // 056 S_FLAME_SDORM1, // 057 S_FLAME_SDORM2, // 058 S_FLAME_SDORM3, // 059 S_FLAME_SMALL1, // 060 S_FLAME_SMALL2, // 061 S_FLAME_SMALL3, // 062 S_FLAME_SMALL4, // 063 S_FLAME_SMALL5, // 064 S_FLAME_SMALL6, // 065 S_FLAME_SMALL7, // 066 S_FLAME_LDORM1, // 067 S_FLAME_LDORM2, // 068 S_FLAME_LDORM3, // 069 S_FLAME_LDORM4, // 070 S_FLAME_LDORM5, // 071 S_FLAME_LARGE1, // 072 S_FLAME_LARGE2, // 073 S_FLAME_LARGE3, // 074 S_FLAME_LARGE4, // 075 S_FLAME_LARGE5, // 076 S_FLAME_LARGE6, // 077 S_FLAME_LARGE7, // 078 S_FLAME_LARGE8, // 079 S_FLAME_LARGE9, // 080 S_FLAME_LARGE10, // 081 S_FLAME_LARGE11, // 082 S_FLAME_LARGE12, // 083 S_FLAME_LARGE13, // 084 S_FLAME_LARGE14, // 085 S_FLAME_LARGE15, // 086 S_FLAME_LARGE16, // 087 S_FLAME_LARGE17, // 088 S_FLAME_LARGE18, // 089 S_ITEM_PTN1_1, // 090 S_ITEM_PTN1_2, // 091 S_ITEM_PTN1_3, // 092 S_HIDESPECIAL1, // 093 S_HIDESPECIAL2, // 094 S_HIDESPECIAL3, // 095 S_HIDESPECIAL4, // 096 S_HIDESPECIAL5, // 097 S_HIDESPECIAL6, // 098 S_HIDESPECIAL7, // 099 S_HIDESPECIAL8, // 100 S_HIDESPECIAL9, // 101 S_HIDESPECIAL10, // 102 S_HIDESPECIAL11, // 103 S_DORMANTARTI1_1, // 104 S_DORMANTARTI1_2, // 105 S_DORMANTARTI1_3, // 106 S_DORMANTARTI1_4, // 107 S_DORMANTARTI1_5, // 108 S_DORMANTARTI1_6, // 109 S_DORMANTARTI1_7, // 110 S_DORMANTARTI1_8, // 111 S_DORMANTARTI1_9, // 112 S_DORMANTARTI1_10, // 113 S_DORMANTARTI1_11, // 114 S_DORMANTARTI1_12, // 115 S_DORMANTARTI1_13, // 116 S_DORMANTARTI1_14, // 117 S_DORMANTARTI1_15, // 118 S_DORMANTARTI1_16, // 119 S_DORMANTARTI1_17, // 120 S_DORMANTARTI1_18, // 121 S_DORMANTARTI1_19, // 122 S_DORMANTARTI1_20, // 123 S_DORMANTARTI1_21, // 124 S_DORMANTARTI2_1, // 125 S_DORMANTARTI2_2, // 126 S_DORMANTARTI2_3, // 127 S_DORMANTARTI2_4, // 128 S_DORMANTARTI2_5, // 129 S_DORMANTARTI2_6, // 130 S_DORMANTARTI2_7, // 131 S_DORMANTARTI2_8, // 132 S_DORMANTARTI2_9, // 133 S_DORMANTARTI2_10, // 134 S_DORMANTARTI2_11, // 135 S_DORMANTARTI2_12, // 136 S_DORMANTARTI2_13, // 137 S_DORMANTARTI2_14, // 138 S_DORMANTARTI2_15, // 139 S_DORMANTARTI2_16, // 140 S_DORMANTARTI2_17, // 141 S_DORMANTARTI2_18, // 142 S_DORMANTARTI2_19, // 143 S_DORMANTARTI2_20, // 144 S_DORMANTARTI2_21, // 145 S_DORMANTARTI3_1, // 146 S_DORMANTARTI3_2, // 147 S_DORMANTARTI3_3, // 148 S_DORMANTARTI3_4, // 149 S_DORMANTARTI3_5, // 150 S_DORMANTARTI3_6, // 151 S_DORMANTARTI3_7, // 152 S_DORMANTARTI3_8, // 153 S_DORMANTARTI3_9, // 154 S_DORMANTARTI3_10, // 155 S_DORMANTARTI3_11, // 156 S_DORMANTARTI3_12, // 157 S_DORMANTARTI3_13, // 158 S_DORMANTARTI3_14, // 159 S_DORMANTARTI3_15, // 160 S_DORMANTARTI3_16, // 161 S_DORMANTARTI3_17, // 162 S_DORMANTARTI3_18, // 163 S_DORMANTARTI3_19, // 164 S_DORMANTARTI3_20, // 165 S_DORMANTARTI3_21, // 166 S_DEADARTI1, // 167 S_DEADARTI2, // 168 S_DEADARTI3, // 169 S_DEADARTI4, // 170 S_DEADARTI5, // 171 S_DEADARTI6, // 172 S_DEADARTI7, // 173 S_DEADARTI8, // 174 S_DEADARTI9, // 175 S_DEADARTI10, // 176 S_ARTI_PTN2_1, // 177 S_ARTI_PTN2_2, // 178 S_ARTI_PTN2_3, // 179 S_ARTI_SOAR1, // 180 S_ARTI_SOAR2, // 181 S_ARTI_SOAR3, // 182 S_ARTI_SOAR4, // 183 S_ARTI_INVU1, // 184 S_ARTI_INVU2, // 185 S_ARTI_INVU3, // 186 S_ARTI_INVU4, // 187 S_ARTI_SUMMON, // 188 S_SUMMON_FX1_1, // 189 S_SUMMON_FX2_1, // 190 S_SUMMON_FX2_2, // 191 S_SUMMON_FX2_3, // 192 S_THRUSTINIT2_1, // 193 S_THRUSTINIT2_2, // 194 S_BTHRUSTINIT2_1, // 195 S_BTHRUSTINIT2_2, // 196 S_THRUSTINIT1_1, // 197 S_THRUSTINIT1_2, // 198 S_BTHRUSTINIT1_1, // 199 S_BTHRUSTINIT1_2, // 200 S_THRUSTRAISE1, // 201 S_THRUSTRAISE2, // 202 S_THRUSTRAISE3, // 203 S_THRUSTRAISE4, // 204 S_BTHRUSTRAISE1, // 205 S_BTHRUSTRAISE2, // 206 S_BTHRUSTRAISE3, // 207 S_BTHRUSTRAISE4, // 208 S_THRUSTIMPALE, // 209 S_BTHRUSTIMPALE, // 210 S_THRUSTRAISE, // 211 S_BTHRUSTRAISE, // 212 S_THRUSTBLOCK, // 213 S_BTHRUSTBLOCK, // 214 S_THRUSTLOWER, // 215 S_BTHRUSTLOWER, // 216 S_THRUSTSTAY, // 217 S_BTHRUSTSTAY, // 218 S_ARTI_TELOTHER1, // 219 S_ARTI_TELOTHER2, // 220 S_ARTI_TELOTHER3, // 221 S_ARTI_TELOTHER4, // 222 S_TELO_FX1, // 223 S_TELO_FX2, // 224 S_TELO_FX3, // 225 S_TELO_FX4, // 226 S_TELO_FX5, // 227 S_TELO_FX6, // 228 S_TELO_FX7, // 229 S_TELO_FX8, // 230 S_TELO_FX9, // 231 S_TELO_FX2_1, // 232 S_TELO_FX2_2, // 233 S_TELO_FX2_3, // 234 S_TELO_FX2_4, // 235 S_TELO_FX2_5, // 236 S_TELO_FX2_6, // 237 S_TELO_FX3_1, // 238 S_TELO_FX3_2, // 239 S_TELO_FX3_3, // 240 S_TELO_FX3_4, // 241 S_TELO_FX3_5, // 242 S_TELO_FX3_6, // 243 S_TELO_FX4_1, // 244 S_TELO_FX4_2, // 245 S_TELO_FX4_3, // 246 S_TELO_FX4_4, // 247 S_TELO_FX4_5, // 248 S_TELO_FX4_6, // 249 S_TELO_FX5_1, // 250 S_TELO_FX5_2, // 251 S_TELO_FX5_3, // 252 S_TELO_FX5_4, // 253 S_TELO_FX5_5, // 254 S_TELO_FX5_6, // 255 S_DIRT1_1, // 256 S_DIRT1_D, // 257 S_DIRT2_1, // 258 S_DIRT2_D, // 259 S_DIRT3_1, // 260 S_DIRT3_D, // 261 S_DIRT4_1, // 262 S_DIRT4_D, // 263 S_DIRT5_1, // 264 S_DIRT5_D, // 265 S_DIRT6_1, // 266 S_DIRT6_D, // 267 S_DIRTCLUMP1, // 268 S_ROCK1_1, // 269 S_ROCK1_D, // 270 S_ROCK2_1, // 271 S_ROCK2_D, // 272 S_ROCK3_1, // 273 S_ROCK3_D, // 274 S_SPAWNFOG1, // 275 S_FOGPATCHS1, // 276 S_FOGPATCHS2, // 277 S_FOGPATCHS3, // 278 S_FOGPATCHS4, // 279 S_FOGPATCHS5, // 280 S_FOGPATCHS0, // 281 S_FOGPATCHM1, // 282 S_FOGPATCHM2, // 283 S_FOGPATCHM3, // 284 S_FOGPATCHM4, // 285 S_FOGPATCHM5, // 286 S_FOGPATCHM0, // 287 S_FOGPATCHMA, // 288 S_FOGPATCHMB, // 289 S_FOGPATCHMC, // 290 S_FOGPATCHMD, // 291 S_FOGPATCHL1, // 292 S_FOGPATCHL2, // 293 S_FOGPATCHL3, // 294 S_FOGPATCHL4, // 295 S_FOGPATCHL5, // 296 S_FOGPATCHL0, // 297 S_FOGPATCHLA, // 298 S_FOGPATCHLB, // 299 S_FOGPATCHLC, // 300 S_FOGPATCHLD, // 301 S_QUAKE_ACTIVE1, // 302 S_QUAKE_ACTIVE2, // 303 S_QUAKE_ACTIVE3, // 304 S_QUAKE_ACTIVE4, // 305 S_QUAKE_ACTIVE5, // 306 S_QUAKE_ACTIVE6, // 307 S_QUAKE_ACTIVE7, // 308 S_QUAKE_ACTIVE8, // 309 S_QUAKE_ACTIVE9, // 310 S_QUAKE_ACTIVE0, // 311 S_QUAKE_ACTIVEA, // 312 S_QUAKE_ACTIVEB, // 313 S_QUAKE_ACTIVEC, // 314 S_QUAKE_ACTIVED, // 315 S_QUAKE_ACTIVEE, // 316 S_QUAKE_ACTIVEF, // 317 S_QUAKE_ACTIVEG, // 318 S_QUAKE_ACTIVEH, // 319 S_QUAKE_ACTIVEI, // 320 S_QUAKE_ACTIVEJ, // 321 S_QUAKE_ACTIVEK, // 322 S_QUAKE_ACTIVEL, // 323 S_QUAKE_ACTIVEM, // 324 S_QUAKE_ACTIVEN, // 325 S_QUAKE_ACTIVEO, // 326 S_QUAKE_ACTIVEP, // 327 S_QUAKE_ACTIVEQ, // 328 S_QUAKE_ACTIVER, // 329 S_QUAKE_ACTIVES, // 330 S_QUAKE_ACTIVET, // 331 S_QUAKE_ACTIVEU, // 332 S_QUAKE_ACTIVEV, // 333 S_QUAKE_ACTIVEW, // 334 S_QUAKE_ACTIVEX, // 335 S_QUAKE_ACTIVEY, // 336 S_QUAKE_ACTIVEZ, // 337 S_QUAKE_ACT1, // 338 S_QUAKE_ACT2, // 339 S_QUAKE_ACT3, // 340 S_QUAKE_ACT4, // 341 S_QUAKE_ACT5, // 342 S_QUAKE_ACT6, // 343 S_QUAKE_ACT7, // 344 S_QUAKE_ACT8, // 345 S_QUAKE_ACT9, // 346 S_QUAKE_ACT0, // 347 S_SGSHARD1_1, // 348 S_SGSHARD1_2, // 349 S_SGSHARD1_3, // 350 S_SGSHARD1_4, // 351 S_SGSHARD1_5, // 352 S_SGSHARD1_D, // 353 S_SGSHARD2_1, // 354 S_SGSHARD2_2, // 355 S_SGSHARD2_3, // 356 S_SGSHARD2_4, // 357 S_SGSHARD2_5, // 358 S_SGSHARD2_D, // 359 S_SGSHARD3_1, // 360 S_SGSHARD3_2, // 361 S_SGSHARD3_3, // 362 S_SGSHARD3_4, // 363 S_SGSHARD3_5, // 364 S_SGSHARD3_D, // 365 S_SGSHARD4_1, // 366 S_SGSHARD4_2, // 367 S_SGSHARD4_3, // 368 S_SGSHARD4_4, // 369 S_SGSHARD4_5, // 370 S_SGSHARD4_D, // 371 S_SGSHARD5_1, // 372 S_SGSHARD5_2, // 373 S_SGSHARD5_3, // 374 S_SGSHARD5_4, // 375 S_SGSHARD5_5, // 376 S_SGSHARD5_D, // 377 S_SGSHARD6_1, // 378 S_SGSHARD6_D, // 379 S_SGSHARD7_1, // 380 S_SGSHARD7_D, // 381 S_SGSHARD8_1, // 382 S_SGSHARD8_D, // 383 S_SGSHARD9_1, // 384 S_SGSHARD9_D, // 385 S_SGSHARD0_1, // 386 S_SGSHARD0_D, // 387 S_ARTI_EGGC1, // 388 S_ARTI_EGGC2, // 389 S_ARTI_EGGC3, // 390 S_ARTI_EGGC4, // 391 S_ARTI_EGGC5, // 392 S_ARTI_EGGC6, // 393 S_ARTI_EGGC7, // 394 S_ARTI_EGGC8, // 395 S_EGGFX1, // 396 S_EGGFX2, // 397 S_EGGFX3, // 398 S_EGGFX4, // 399 S_EGGFX5, // 400 S_EGGFXI1_1, // 401 S_EGGFXI1_2, // 402 S_EGGFXI1_3, // 403 S_EGGFXI1_4, // 404 S_ARTI_SPHL1, // 405 S_ZWINGEDSTATUENOSKULL, // 406 S_ZWINGEDSTATUENOSKULL2, // 407 S_ZGEMPEDESTAL1, // 408 S_ZGEMPEDESTAL2, // 409 S_ARTIPUZZSKULL, // 410 S_ARTIPUZZGEMBIG, // 411 S_ARTIPUZZGEMRED, // 412 S_ARTIPUZZGEMGREEN1, // 413 S_ARTIPUZZGEMGREEN2, // 414 S_ARTIPUZZGEMBLUE1, // 415 S_ARTIPUZZGEMBLUE2, // 416 S_ARTIPUZZBOOK1, // 417 S_ARTIPUZZBOOK2, // 418 S_ARTIPUZZSKULL2, // 419 S_ARTIPUZZFWEAPON, // 420 S_ARTIPUZZCWEAPON, // 421 S_ARTIPUZZMWEAPON, // 422 S_ARTIPUZZGEAR_1, // 423 S_ARTIPUZZGEAR_2, // 424 S_ARTIPUZZGEAR_3, // 425 S_ARTIPUZZGEAR_4, // 426 S_ARTIPUZZGEAR_5, // 427 S_ARTIPUZZGEAR_6, // 428 S_ARTIPUZZGEAR_7, // 429 S_ARTIPUZZGEAR_8, // 430 S_ARTIPUZZGEAR2_1, // 431 S_ARTIPUZZGEAR2_2, // 432 S_ARTIPUZZGEAR2_3, // 433 S_ARTIPUZZGEAR2_4, // 434 S_ARTIPUZZGEAR2_5, // 435 S_ARTIPUZZGEAR2_6, // 436 S_ARTIPUZZGEAR2_7, // 437 S_ARTIPUZZGEAR2_8, // 438 S_ARTIPUZZGEAR3_1, // 439 S_ARTIPUZZGEAR3_2, // 440 S_ARTIPUZZGEAR3_3, // 441 S_ARTIPUZZGEAR3_4, // 442 S_ARTIPUZZGEAR3_5, // 443 S_ARTIPUZZGEAR3_6, // 444 S_ARTIPUZZGEAR3_7, // 445 S_ARTIPUZZGEAR3_8, // 446 S_ARTIPUZZGEAR4_1, // 447 S_ARTIPUZZGEAR4_2, // 448 S_ARTIPUZZGEAR4_3, // 449 S_ARTIPUZZGEAR4_4, // 450 S_ARTIPUZZGEAR4_5, // 451 S_ARTIPUZZGEAR4_6, // 452 S_ARTIPUZZGEAR4_7, // 453 S_ARTIPUZZGEAR4_8, // 454 S_ARTI_TRCH1, // 455 S_ARTI_TRCH2, // 456 S_ARTI_TRCH3, // 457 S_FIREBOMB1, // 458 S_FIREBOMB2, // 459 S_FIREBOMB3, // 460 S_FIREBOMB4, // 461 S_FIREBOMB5, // 462 S_FIREBOMB6, // 463 S_FIREBOMB7, // 464 S_FIREBOMB8, // 465 S_FIREBOMB9, // 466 S_FIREBOMB10, // 467 S_FIREBOMB11, // 468 S_ARTI_ATLP1, // 469 S_ARTI_ATLP2, // 470 S_ARTI_ATLP3, // 471 S_ARTI_ATLP4, // 472 S_ARTI_PSBG1, // 473 S_POISONBAG1, // 474 S_POISONBAG2, // 475 S_POISONBAG3, // 476 S_POISONBAG4, // 477 S_POISONCLOUD1, // 478 S_POISONCLOUD2, // 479 S_POISONCLOUD3, // 480 S_POISONCLOUD4, // 481 S_POISONCLOUD5, // 482 S_POISONCLOUD6, // 483 S_POISONCLOUD7, // 484 S_POISONCLOUD8, // 485 S_POISONCLOUD9, // 486 S_POISONCLOUD10, // 487 S_POISONCLOUD11, // 488 S_POISONCLOUD12, // 489 S_POISONCLOUD13, // 490 S_POISONCLOUD14, // 491 S_POISONCLOUD15, // 492 S_POISONCLOUD16, // 493 S_POISONCLOUD17, // 494 S_POISONCLOUD18, // 495 S_POISONCLOUD_X1, // 496 S_POISONCLOUD_X2, // 497 S_POISONCLOUD_X3, // 498 S_POISONCLOUD_X4, // 499 S_THROWINGBOMB1, // 500 S_THROWINGBOMB2, // 501 S_THROWINGBOMB3, // 502 S_THROWINGBOMB4, // 503 S_THROWINGBOMB5, // 504 S_THROWINGBOMB6, // 505 S_THROWINGBOMB7, // 506 S_THROWINGBOMB8, // 507 S_THROWINGBOMB9, // 508 S_THROWINGBOMB10, // 509 S_THROWINGBOMB11, // 510 S_THROWINGBOMB12, // 511 S_THROWINGBOMB_X1, // 512 S_THROWINGBOMB_X2, // 513 S_THROWINGBOMB_X3, // 514 S_THROWINGBOMB_X4, // 515 S_THROWINGBOMB_X5, // 516 S_THROWINGBOMB_X6, // 517 S_THROWINGBOMB_X7, // 518 S_THROWINGBOMB_X8, // 519 S_ARTI_BOOTS1, // 520 S_ARTI_BOOTS2, // 521 S_ARTI_BOOTS3, // 522 S_ARTI_BOOTS4, // 523 S_ARTI_BOOTS5, // 524 S_ARTI_BOOTS6, // 525 S_ARTI_BOOTS7, // 526 S_ARTI_BOOTS8, // 527 S_ARTI_MANA, // 528 S_ARTI_ARMOR1, // 529 S_ARTI_ARMOR2, // 530 S_ARTI_ARMOR3, // 531 S_ARTI_ARMOR4, // 532 S_ARTI_ARMOR5, // 533 S_ARTI_ARMOR6, // 534 S_ARTI_ARMOR7, // 535 S_ARTI_ARMOR8, // 536 S_ARTI_BLAST1, // 537 S_ARTI_BLAST2, // 538 S_ARTI_BLAST3, // 539 S_ARTI_BLAST4, // 540 S_ARTI_BLAST5, // 541 S_ARTI_BLAST6, // 542 S_ARTI_BLAST7, // 543 S_ARTI_BLAST8, // 544 S_ARTI_HEALRAD1, // 545 S_ARTI_HEALRAD2, // 546 S_ARTI_HEALRAD3, // 547 S_ARTI_HEALRAD4, // 548 S_ARTI_HEALRAD5, // 549 S_ARTI_HEALRAD6, // 550 S_ARTI_HEALRAD7, // 551 S_ARTI_HEALRAD8, // 552 S_ARTI_HEALRAD9, // 553 S_ARTI_HEALRAD0, // 554 S_ARTI_HEALRADA, // 555 S_ARTI_HEALRADB, // 556 S_ARTI_HEALRADC, // 557 S_ARTI_HEALRADD, // 558 S_ARTI_HEALRADE, // 559 S_ARTI_HEALRADF, // 560 S_SPLASH1, // 561 S_SPLASH2, // 562 S_SPLASH3, // 563 S_SPLASH4, // 564 S_SPLASHX, // 565 S_SPLASHBASE1, // 566 S_SPLASHBASE2, // 567 S_SPLASHBASE3, // 568 S_SPLASHBASE4, // 569 S_SPLASHBASE5, // 570 S_SPLASHBASE6, // 571 S_SPLASHBASE7, // 572 S_LAVASPLASH1, // 573 S_LAVASPLASH2, // 574 S_LAVASPLASH3, // 575 S_LAVASPLASH4, // 576 S_LAVASPLASH5, // 577 S_LAVASPLASH6, // 578 S_LAVASMOKE1, // 579 S_LAVASMOKE2, // 580 S_LAVASMOKE3, // 581 S_LAVASMOKE4, // 582 S_LAVASMOKE5, // 583 S_SLUDGECHUNK1, // 584 S_SLUDGECHUNK2, // 585 S_SLUDGECHUNK3, // 586 S_SLUDGECHUNK4, // 587 S_SLUDGECHUNKX, // 588 S_SLUDGESPLASH1, // 589 S_SLUDGESPLASH2, // 590 S_SLUDGESPLASH3, // 591 S_SLUDGESPLASH4, // 592 S_ZWINGEDSTATUE1, // 593 S_ZROCK1_1, // 594 S_ZROCK2_1, // 595 S_ZROCK3_1, // 596 S_ZROCK4_1, // 597 S_ZCHANDELIER1, // 598 S_ZCHANDELIER2, // 599 S_ZCHANDELIER3, // 600 S_ZCHANDELIER_U, // 601 S_ZTREEDEAD1, // 602 S_ZTREE, // 603 S_ZTREEDESTRUCTIBLE1, // 604 S_ZTREEDES_D1, // 605 S_ZTREEDES_D2, // 606 S_ZTREEDES_D3, // 607 S_ZTREEDES_D4, // 608 S_ZTREEDES_D5, // 609 S_ZTREEDES_D6, // 610 S_ZTREEDES_X1, // 611 S_ZTREEDES_X2, // 612 S_ZTREEDES_X3, // 613 S_ZTREEDES_X4, // 614 S_ZTREEDES_X5, // 615 S_ZTREEDES_X6, // 616 S_ZTREEDES_X7, // 617 S_ZTREEDES_X8, // 618 S_ZTREEDES_X9, // 619 S_ZTREEDES_X10, // 620 S_ZTREESWAMP182_1, // 621 S_ZTREESWAMP172_1, // 622 S_ZSTUMPBURNED1, // 623 S_ZSTUMPBARE1, // 624 S_ZSTUMPSWAMP1_1, // 625 S_ZSTUMPSWAMP2_1, // 626 S_ZSHROOMLARGE1_1, // 627 S_ZSHROOMLARGE2_1, // 628 S_ZSHROOMLARGE3_1, // 629 S_ZSHROOMSMALL1_1, // 630 S_ZSHROOMSMALL2_1, // 631 S_ZSHROOMSMALL3_1, // 632 S_ZSHROOMSMALL4_1, // 633 S_ZSHROOMSMALL5_1, // 634 S_ZSTALAGMITEPILLAR1, // 635 S_ZSTALAGMITELARGE1, // 636 S_ZSTALAGMITEMEDIUM1, // 637 S_ZSTALAGMITESMALL1, // 638 S_ZSTALACTITELARGE1, // 639 S_ZSTALACTITEMEDIUM1, // 640 S_ZSTALACTITESMALL1, // 641 S_ZMOSSCEILING1_1, // 642 S_ZMOSSCEILING2_1, // 643 S_ZSWAMPVINE1, // 644 S_ZCORPSEKABOB1, // 645 S_ZCORPSESLEEPING1, // 646 S_ZTOMBSTONERIP1, // 647 S_ZTOMBSTONESHANE1, // 648 S_ZTOMBSTONEBIGCROSS1, // 649 S_ZTOMBSTONEBRIANR1, // 650 S_ZTOMBSTONECROSSCIRCLE1, // 651 S_ZTOMBSTONESMALLCROSS1, // 652 S_ZTOMBSTONEBRIANP1, // 653 S_CORPSEHANGING_1, // 654 S_ZSTATUEGARGOYLEGREENTALL_1, // 655 S_ZSTATUEGARGOYLEBLUETALL_1, // 656 S_ZSTATUEGARGOYLEGREENSHORT_1, // 657 S_ZSTATUEGARGOYLEBLUESHORT_1, // 658 S_ZSTATUEGARGOYLESTRIPETALL_1, // 659 S_ZSTATUEGARGOYLEDARKREDTALL_1, // 660 S_ZSTATUEGARGOYLEREDTALL_1, // 661 S_ZSTATUEGARGOYLETANTALL_1, // 662 S_ZSTATUEGARGOYLERUSTTALL_1, // 663 S_ZSTATUEGARGOYLEDARKREDSHORT_1, // 664 S_ZSTATUEGARGOYLEREDSHORT_1, // 665 S_ZSTATUEGARGOYLETANSHORT_1, // 666 S_ZSTATUEGARGOYLERUSTSHORT_1, // 667 S_ZBANNERTATTERED_1, // 668 S_ZTREELARGE1, // 669 S_ZTREELARGE2, // 670 S_ZTREEGNARLED1, // 671 S_ZTREEGNARLED2, // 672 S_ZLOG, // 673 S_ZSTALACTITEICELARGE, // 674 S_ZSTALACTITEICEMEDIUM, // 675 S_ZSTALACTITEICESMALL, // 676 S_ZSTALACTITEICETINY, // 677 S_ZSTALAGMITEICELARGE, // 678 S_ZSTALAGMITEICEMEDIUM, // 679 S_ZSTALAGMITEICESMALL, // 680 S_ZSTALAGMITEICETINY, // 681 S_ZROCKBROWN1, // 682 S_ZROCKBROWN2, // 683 S_ZROCKBLACK, // 684 S_ZRUBBLE1, // 685 S_ZRUBBLE2, // 686 S_ZRUBBLE3, // 687 S_ZVASEPILLAR, // 688 S_ZPOTTERY1, // 689 S_ZPOTTERY2, // 690 S_ZPOTTERY3, // 691 S_ZPOTTERY_EXPLODE, // 692 S_POTTERYBIT_1, // 693 S_POTTERYBIT_2, // 694 S_POTTERYBIT_3, // 695 S_POTTERYBIT_4, // 696 S_POTTERYBIT_5, // 697 S_POTTERYBIT_EX0, // 698 S_POTTERYBIT_EX1, // 699 S_POTTERYBIT_EX1_2, // 700 S_POTTERYBIT_EX2, // 701 S_POTTERYBIT_EX2_2, // 702 S_POTTERYBIT_EX3, // 703 S_POTTERYBIT_EX3_2, // 704 S_POTTERYBIT_EX4, // 705 S_POTTERYBIT_EX4_2, // 706 S_POTTERYBIT_EX5, // 707 S_POTTERYBIT_EX5_2, // 708 S_ZCORPSELYNCHED1, // 709 S_ZCORPSELYNCHED2, // 710 S_ZCORPSESITTING, // 711 S_ZCORPSESITTING_X, // 712 S_CORPSEBIT_1, // 713 S_CORPSEBIT_2, // 714 S_CORPSEBIT_3, // 715 S_CORPSEBIT_4, // 716 S_CORPSEBLOODDRIP, // 717 S_CORPSEBLOODDRIP_X1, // 718 S_CORPSEBLOODDRIP_X2, // 719 S_CORPSEBLOODDRIP_X3, // 720 S_CORPSEBLOODDRIP_X4, // 721 S_BLOODPOOL, // 722 S_ZCANDLE1, // 723 S_ZCANDLE2, // 724 S_ZCANDLE3, // 725 S_ZLEAFSPAWNER, // 726 S_LEAF1_1, // 727 S_LEAF1_2, // 728 S_LEAF1_3, // 729 S_LEAF1_4, // 730 S_LEAF1_5, // 731 S_LEAF1_6, // 732 S_LEAF1_7, // 733 S_LEAF1_8, // 734 S_LEAF1_9, // 735 S_LEAF1_10, // 736 S_LEAF1_11, // 737 S_LEAF1_12, // 738 S_LEAF1_13, // 739 S_LEAF1_14, // 740 S_LEAF1_15, // 741 S_LEAF1_16, // 742 S_LEAF1_17, // 743 S_LEAF1_18, // 744 S_LEAF_X1, // 745 S_LEAF2_1, // 746 S_LEAF2_2, // 747 S_LEAF2_3, // 748 S_LEAF2_4, // 749 S_LEAF2_5, // 750 S_LEAF2_6, // 751 S_LEAF2_7, // 752 S_LEAF2_8, // 753 S_LEAF2_9, // 754 S_LEAF2_10, // 755 S_LEAF2_11, // 756 S_LEAF2_12, // 757 S_LEAF2_13, // 758 S_LEAF2_14, // 759 S_LEAF2_15, // 760 S_LEAF2_16, // 761 S_LEAF2_17, // 762 S_LEAF2_18, // 763 S_ZTWINEDTORCH_1, // 764 S_ZTWINEDTORCH_2, // 765 S_ZTWINEDTORCH_3, // 766 S_ZTWINEDTORCH_4, // 767 S_ZTWINEDTORCH_5, // 768 S_ZTWINEDTORCH_6, // 769 S_ZTWINEDTORCH_7, // 770 S_ZTWINEDTORCH_8, // 771 S_ZTWINEDTORCH_UNLIT, // 772 S_BRIDGE1, // 773 S_BRIDGE2, // 774 S_BRIDGE3, // 775 S_FREE_BRIDGE1, // 776 S_FREE_BRIDGE2, // 777 S_BBALL1, // 778 S_BBALL2, // 779 S_ZWALLTORCH1, // 780 S_ZWALLTORCH2, // 781 S_ZWALLTORCH3, // 782 S_ZWALLTORCH4, // 783 S_ZWALLTORCH5, // 784 S_ZWALLTORCH6, // 785 S_ZWALLTORCH7, // 786 S_ZWALLTORCH8, // 787 S_ZWALLTORCH_U, // 788 S_ZBARREL1, // 789 S_ZSHRUB1, // 790 S_ZSHRUB1_DIE, // 791 S_ZSHRUB1_X1, // 792 S_ZSHRUB1_X2, // 793 S_ZSHRUB1_X3, // 794 S_ZSHRUB2, // 795 S_ZSHRUB2_DIE, // 796 S_ZSHRUB2_X1, // 797 S_ZSHRUB2_X2, // 798 S_ZSHRUB2_X3, // 799 S_ZSHRUB2_X4, // 800 S_ZBUCKET1, // 801 S_ZPOISONSHROOM1, // 802 S_ZPOISONSHROOM_P1, // 803 S_ZPOISONSHROOM_P2, // 804 S_ZPOISONSHROOM_X1, // 805 S_ZPOISONSHROOM_X2, // 806 S_ZPOISONSHROOM_X3, // 807 S_ZPOISONSHROOM_X4, // 808 S_ZFIREBULL1, // 809 S_ZFIREBULL2, // 810 S_ZFIREBULL3, // 811 S_ZFIREBULL4, // 812 S_ZFIREBULL5, // 813 S_ZFIREBULL6, // 814 S_ZFIREBULL7, // 815 S_ZFIREBULL_DEATH, // 816 S_ZFIREBULL_DEATH2, // 817 S_ZFIREBULL_U, // 818 S_ZFIREBULL_BIRTH, // 819 S_ZFIREBULL_BIRTH2, // 820 S_ZFIRETHING1, // 821 S_ZFIRETHING2, // 822 S_ZFIRETHING3, // 823 S_ZFIRETHING4, // 824 S_ZFIRETHING5, // 825 S_ZFIRETHING6, // 826 S_ZFIRETHING7, // 827 S_ZFIRETHING8, // 828 S_ZFIRETHING9, // 829 S_ZBRASSTORCH1, // 830 S_ZBRASSTORCH2, // 831 S_ZBRASSTORCH3, // 832 S_ZBRASSTORCH4, // 833 S_ZBRASSTORCH5, // 834 S_ZBRASSTORCH6, // 835 S_ZBRASSTORCH7, // 836 S_ZBRASSTORCH8, // 837 S_ZBRASSTORCH9, // 838 S_ZBRASSTORCH10, // 839 S_ZBRASSTORCH11, // 840 S_ZBRASSTORCH12, // 841 S_ZBRASSTORCH13, // 842 S_ZSUITOFARMOR, // 843 S_ZSUITOFARMOR_X1, // 844 S_ZARMORCHUNK1, // 845 S_ZARMORCHUNK2, // 846 S_ZARMORCHUNK3, // 847 S_ZARMORCHUNK4, // 848 S_ZARMORCHUNK5, // 849 S_ZARMORCHUNK6, // 850 S_ZARMORCHUNK7, // 851 S_ZARMORCHUNK8, // 852 S_ZARMORCHUNK9, // 853 S_ZARMORCHUNK10, // 854 S_ZBELL, // 855 S_ZBELL_X1, // 856 S_ZBELL_X2, // 857 S_ZBELL_X3, // 858 S_ZBELL_X4, // 859 S_ZBELL_X5, // 860 S_ZBELL_X6, // 861 S_ZBELL_X7, // 862 S_ZBELL_X8, // 863 S_ZBELL_X9, // 864 S_ZBELL_X10, // 865 S_ZBELL_X11, // 866 S_ZBELL_X12, // 867 S_ZBELL_X13, // 868 S_ZBELL_X14, // 869 S_ZBELL_X15, // 870 S_ZBELL_X16, // 871 S_ZBELL_X17, // 872 S_ZBELL_X18, // 873 S_ZBELL_X19, // 874 S_ZBELL_X20, // 875 S_ZBELL_X21, // 876 S_ZBELL_X22, // 877 S_ZBELL_X23, // 878 S_ZBELL_X24, // 879 S_ZBELL_X25, // 880 S_ZBELL_X26, // 881 S_ZBELL_X27, // 882 S_ZBELL_X28, // 883 S_ZBELL_X29, // 884 S_ZBELL_X30, // 885 S_ZBELL_X31, // 886 S_ZBELL_X32, // 887 S_ZBELL_X33, // 888 S_ZBELL_X34, // 889 S_ZBELL_X35, // 890 S_ZBELL_X36, // 891 S_ZBELL_X37, // 892 S_ZBELL_X38, // 893 S_ZBELL_X39, // 894 S_ZBELL_X40, // 895 S_ZBELL_X41, // 896 S_ZBELL_X42, // 897 S_ZBELL_X43, // 898 S_ZBELL_X44, // 899 S_ZBELL_X45, // 900 S_ZBELL_X46, // 901 S_ZBELL_X47, // 902 S_ZBLUE_CANDLE1, // 903 S_ZBLUE_CANDLE2, // 904 S_ZBLUE_CANDLE3, // 905 S_ZBLUE_CANDLE4, // 906 S_ZBLUE_CANDLE5, // 907 S_ZIRON_MAIDEN, // 908 S_ZXMAS_TREE, // 909 S_ZXMAS_TREE_DIE, // 910 S_ZXMAS_TREE_X1, // 911 S_ZXMAS_TREE_X2, // 912 S_ZXMAS_TREE_X3, // 913 S_ZXMAS_TREE_X4, // 914 S_ZXMAS_TREE_X5, // 915 S_ZXMAS_TREE_X6, // 916 S_ZXMAS_TREE_X7, // 917 S_ZXMAS_TREE_X8, // 918 S_ZXMAS_TREE_X9, // 919 S_ZXMAS_TREE_X10, // 920 S_ZCAULDRON1, // 921 S_ZCAULDRON2, // 922 S_ZCAULDRON3, // 923 S_ZCAULDRON4, // 924 S_ZCAULDRON5, // 925 S_ZCAULDRON6, // 926 S_ZCAULDRON7, // 927 S_ZCAULDRON_U, // 928 S_ZCHAINBIT32, // 929 S_ZCHAINBIT64, // 930 S_ZCHAINEND_HEART, // 931 S_ZCHAINEND_HOOK1, // 932 S_ZCHAINEND_HOOK2, // 933 S_ZCHAINEND_SPIKE, // 934 S_ZCHAINEND_SKULL, // 935 S_TABLE_SHIT1, // 936 S_TABLE_SHIT2, // 937 S_TABLE_SHIT3, // 938 S_TABLE_SHIT4, // 939 S_TABLE_SHIT5, // 940 S_TABLE_SHIT6, // 941 S_TABLE_SHIT7, // 942 S_TABLE_SHIT8, // 943 S_TABLE_SHIT9, // 944 S_TABLE_SHIT10, // 945 S_TFOG1, // 946 S_TFOG2, // 947 S_TFOG3, // 948 S_TFOG4, // 949 S_TFOG5, // 950 S_TFOG6, // 951 S_TFOG7, // 952 S_TFOG8, // 953 S_TFOG9, // 954 S_TFOG10, // 955 S_TFOG11, // 956 S_TFOG12, // 957 S_TFOG13, // 958 S_TELESMOKE1, // 959 S_TELESMOKE2, // 960 S_TELESMOKE3, // 961 S_TELESMOKE4, // 962 S_TELESMOKE5, // 963 S_TELESMOKE6, // 964 S_TELESMOKE7, // 965 S_TELESMOKE8, // 966 S_TELESMOKE9, // 967 S_TELESMOKE10, // 968 S_TELESMOKE11, // 969 S_TELESMOKE12, // 970 S_TELESMOKE13, // 971 S_TELESMOKE14, // 972 S_TELESMOKE15, // 973 S_TELESMOKE16, // 974 S_TELESMOKE17, // 975 S_TELESMOKE18, // 976 S_TELESMOKE19, // 977 S_TELESMOKE20, // 978 S_TELESMOKE21, // 979 S_TELESMOKE22, // 980 S_TELESMOKE23, // 981 S_TELESMOKE24, // 982 S_TELESMOKE25, // 983 S_TELESMOKE26, // 984 S_LIGHTDONE, // 985 S_PUNCHREADY, // 986 S_PUNCHDOWN, // 987 S_PUNCHUP, // 988 S_PUNCHATK1_1, // 989 S_PUNCHATK1_2, // 990 S_PUNCHATK1_3, // 991 S_PUNCHATK1_4, // 992 S_PUNCHATK1_5, // 993 S_PUNCHATK2_1, // 994 S_PUNCHATK2_2, // 995 S_PUNCHATK2_3, // 996 S_PUNCHATK2_4, // 997 S_PUNCHATK2_5, // 998 S_PUNCHATK2_6, // 999 S_PUNCHATK2_7, // 1000 S_PUNCHATK2_8, // 1001 S_PUNCHATK2_9, // 1002 S_PUNCHPUFF1, // 1003 S_PUNCHPUFF2, // 1004 S_PUNCHPUFF3, // 1005 S_PUNCHPUFF4, // 1006 S_PUNCHPUFF5, // 1007 S_AXE, // 1008 S_FAXEREADY, // 1009 S_FAXEDOWN, // 1010 S_FAXEUP, // 1011 S_FAXEATK_1, // 1012 S_FAXEATK_2, // 1013 S_FAXEATK_3, // 1014 S_FAXEATK_4, // 1015 S_FAXEATK_5, // 1016 S_FAXEATK_6, // 1017 S_FAXEATK_7, // 1018 S_FAXEATK_8, // 1019 S_FAXEATK_9, // 1020 S_FAXEATK_10, // 1021 S_FAXEATK_11, // 1022 S_FAXEATK_12, // 1023 S_FAXEATK_13, // 1024 S_FAXEREADY_G, // 1025 S_FAXEREADY_G1, // 1026 S_FAXEREADY_G2, // 1027 S_FAXEREADY_G3, // 1028 S_FAXEREADY_G4, // 1029 S_FAXEREADY_G5, // 1030 S_FAXEDOWN_G, // 1031 S_FAXEUP_G, // 1032 S_FAXEATK_G1, // 1033 S_FAXEATK_G2, // 1034 S_FAXEATK_G3, // 1035 S_FAXEATK_G4, // 1036 S_FAXEATK_G5, // 1037 S_FAXEATK_G6, // 1038 S_FAXEATK_G7, // 1039 S_FAXEATK_G8, // 1040 S_FAXEATK_G9, // 1041 S_FAXEATK_G10, // 1042 S_FAXEATK_G11, // 1043 S_FAXEATK_G12, // 1044 S_FAXEATK_G13, // 1045 S_AXEPUFF_GLOW1, // 1046 S_AXEPUFF_GLOW2, // 1047 S_AXEPUFF_GLOW3, // 1048 S_AXEPUFF_GLOW4, // 1049 S_AXEPUFF_GLOW5, // 1050 S_AXEPUFF_GLOW6, // 1051 S_AXEPUFF_GLOW7, // 1052 S_AXEBLOOD1, // 1053 S_AXEBLOOD2, // 1054 S_AXEBLOOD3, // 1055 S_AXEBLOOD4, // 1056 S_AXEBLOOD5, // 1057 S_AXEBLOOD6, // 1058 S_HAMM, // 1059 S_FHAMMERREADY, // 1060 S_FHAMMERDOWN, // 1061 S_FHAMMERUP, // 1062 S_FHAMMERATK_1, // 1063 S_FHAMMERATK_2, // 1064 S_FHAMMERATK_3, // 1065 S_FHAMMERATK_4, // 1066 S_FHAMMERATK_5, // 1067 S_FHAMMERATK_6, // 1068 S_FHAMMERATK_7, // 1069 S_FHAMMERATK_8, // 1070 S_FHAMMERATK_9, // 1071 S_FHAMMERATK_10, // 1072 S_FHAMMERATK_11, // 1073 S_FHAMMERATK_12, // 1074 S_HAMMER_MISSILE_1, // 1075 S_HAMMER_MISSILE_2, // 1076 S_HAMMER_MISSILE_3, // 1077 S_HAMMER_MISSILE_4, // 1078 S_HAMMER_MISSILE_5, // 1079 S_HAMMER_MISSILE_6, // 1080 S_HAMMER_MISSILE_7, // 1081 S_HAMMER_MISSILE_8, // 1082 S_HAMMER_MISSILE_X1, // 1083 S_HAMMER_MISSILE_X2, // 1084 S_HAMMER_MISSILE_X3, // 1085 S_HAMMER_MISSILE_X4, // 1086 S_HAMMER_MISSILE_X5, // 1087 S_HAMMER_MISSILE_X6, // 1088 S_HAMMER_MISSILE_X7, // 1089 S_HAMMER_MISSILE_X8, // 1090 S_HAMMER_MISSILE_X9, // 1091 S_HAMMER_MISSILE_X10, // 1092 S_HAMMERPUFF1, // 1093 S_HAMMERPUFF2, // 1094 S_HAMMERPUFF3, // 1095 S_HAMMERPUFF4, // 1096 S_HAMMERPUFF5, // 1097 S_FSWORDREADY, // 1098 S_FSWORDREADY1, // 1099 S_FSWORDREADY2, // 1100 S_FSWORDREADY3, // 1101 S_FSWORDREADY4, // 1102 S_FSWORDREADY5, // 1103 S_FSWORDREADY6, // 1104 S_FSWORDREADY7, // 1105 S_FSWORDREADY8, // 1106 S_FSWORDREADY9, // 1107 S_FSWORDREADY10, // 1108 S_FSWORDREADY11, // 1109 S_FSWORDDOWN, // 1110 S_FSWORDUP, // 1111 S_FSWORDATK_1, // 1112 S_FSWORDATK_2, // 1113 S_FSWORDATK_3, // 1114 S_FSWORDATK_4, // 1115 S_FSWORDATK_5, // 1116 S_FSWORDATK_6, // 1117 S_FSWORDATK_7, // 1118 S_FSWORDATK_8, // 1119 S_FSWORDATK_9, // 1120 S_FSWORDATK_10, // 1121 S_FSWORDATK_11, // 1122 S_FSWORDATK_12, // 1123 S_FSWORD_MISSILE1, // 1124 S_FSWORD_MISSILE2, // 1125 S_FSWORD_MISSILE3, // 1126 S_FSWORD_MISSILE_X1, // 1127 S_FSWORD_MISSILE_X2, // 1128 S_FSWORD_MISSILE_X3, // 1129 S_FSWORD_MISSILE_X4, // 1130 S_FSWORD_MISSILE_X5, // 1131 S_FSWORD_MISSILE_X6, // 1132 S_FSWORD_MISSILE_X7, // 1133 S_FSWORD_MISSILE_X8, // 1134 S_FSWORD_MISSILE_X9, // 1135 S_FSWORD_MISSILE_X10, // 1136 S_FSWORD_FLAME1, // 1137 S_FSWORD_FLAME2, // 1138 S_FSWORD_FLAME3, // 1139 S_FSWORD_FLAME4, // 1140 S_FSWORD_FLAME5, // 1141 S_FSWORD_FLAME6, // 1142 S_FSWORD_FLAME7, // 1143 S_FSWORD_FLAME8, // 1144 S_FSWORD_FLAME9, // 1145 S_FSWORD_FLAME10, // 1146 S_CMACEREADY, // 1147 S_CMACEDOWN, // 1148 S_CMACEUP, // 1149 S_CMACEATK_1, // 1150 S_CMACEATK_2, // 1151 S_CMACEATK_3, // 1152 S_CMACEATK_4, // 1153 S_CMACEATK_5, // 1154 S_CMACEATK_6, // 1155 S_CMACEATK_7, // 1156 S_CMACEATK_8, // 1157 S_CMACEATK_9, // 1158 S_CMACEATK_10, // 1159 S_CMACEATK_11, // 1160 S_CMACEATK_12, // 1161 S_CMACEATK_13, // 1162 S_CMACEATK_14, // 1163 S_CMACEATK_15, // 1164 S_CMACEATK_16, // 1165 S_CMACEATK_17, // 1166 S_CSTAFF, // 1167 S_CSTAFFREADY, // 1168 S_CSTAFFREADY1, // 1169 S_CSTAFFREADY2, // 1170 S_CSTAFFREADY3, // 1171 S_CSTAFFREADY4, // 1172 S_CSTAFFREADY5, // 1173 S_CSTAFFREADY6, // 1174 S_CSTAFFREADY7, // 1175 S_CSTAFFREADY8, // 1176 S_CSTAFFREADY9, // 1177 S_CSTAFFBLINK1, // 1178 S_CSTAFFBLINK2, // 1179 S_CSTAFFBLINK3, // 1180 S_CSTAFFBLINK4, // 1181 S_CSTAFFBLINK5, // 1182 S_CSTAFFBLINK6, // 1183 S_CSTAFFBLINK7, // 1184 S_CSTAFFBLINK8, // 1185 S_CSTAFFBLINK9, // 1186 S_CSTAFFBLINK10, // 1187 S_CSTAFFBLINK11, // 1188 S_CSTAFFDOWN, // 1189 S_CSTAFFDOWN2, // 1190 S_CSTAFFDOWN3, // 1191 S_CSTAFFUP, // 1192 S_CSTAFFATK_1, // 1193 S_CSTAFFATK_2, // 1194 S_CSTAFFATK_3, // 1195 S_CSTAFFATK_4, // 1196 S_CSTAFFATK_5, // 1197 S_CSTAFFATK_6, // 1198 S_CSTAFFATK2_1, // 1199 S_CSTAFF_MISSILE1, // 1200 S_CSTAFF_MISSILE2, // 1201 S_CSTAFF_MISSILE3, // 1202 S_CSTAFF_MISSILE4, // 1203 S_CSTAFF_MISSILE_X1, // 1204 S_CSTAFF_MISSILE_X2, // 1205 S_CSTAFF_MISSILE_X3, // 1206 S_CSTAFF_MISSILE_X4, // 1207 S_CSTAFFPUFF1, // 1208 S_CSTAFFPUFF2, // 1209 S_CSTAFFPUFF3, // 1210 S_CSTAFFPUFF4, // 1211 S_CSTAFFPUFF5, // 1212 S_CFLAME1, // 1213 S_CFLAME2, // 1214 S_CFLAME3, // 1215 S_CFLAME4, // 1216 S_CFLAME5, // 1217 S_CFLAME6, // 1218 S_CFLAME7, // 1219 S_CFLAME8, // 1220 S_CFLAMEREADY1, // 1221 S_CFLAMEREADY2, // 1222 S_CFLAMEREADY3, // 1223 S_CFLAMEREADY4, // 1224 S_CFLAMEREADY5, // 1225 S_CFLAMEREADY6, // 1226 S_CFLAMEREADY7, // 1227 S_CFLAMEREADY8, // 1228 S_CFLAMEREADY9, // 1229 S_CFLAMEREADY10, // 1230 S_CFLAMEREADY11, // 1231 S_CFLAMEREADY12, // 1232 S_CFLAMEDOWN, // 1233 S_CFLAMEUP, // 1234 S_CFLAMEATK_1, // 1235 S_CFLAMEATK_2, // 1236 S_CFLAMEATK_3, // 1237 S_CFLAMEATK_4, // 1238 S_CFLAMEATK_5, // 1239 S_CFLAMEATK_6, // 1240 S_CFLAMEATK_7, // 1241 S_CFLAMEATK_8, // 1242 S_CFLAMEFLOOR1, // 1243 S_CFLAMEFLOOR2, // 1244 S_CFLAMEFLOOR3, // 1245 S_FLAMEPUFF1, // 1246 S_FLAMEPUFF2, // 1247 S_FLAMEPUFF3, // 1248 S_FLAMEPUFF4, // 1249 S_FLAMEPUFF5, // 1250 S_FLAMEPUFF6, // 1251 S_FLAMEPUFF7, // 1252 S_FLAMEPUFF8, // 1253 S_FLAMEPUFF9, // 1254 S_FLAMEPUFF10, // 1255 S_FLAMEPUFF11, // 1256 S_FLAMEPUFF12, // 1257 S_FLAMEPUFF13, // 1258 S_FLAMEPUFF2_1, // 1259 S_FLAMEPUFF2_2, // 1260 S_FLAMEPUFF2_3, // 1261 S_FLAMEPUFF2_4, // 1262 S_FLAMEPUFF2_5, // 1263 S_FLAMEPUFF2_6, // 1264 S_FLAMEPUFF2_7, // 1265 S_FLAMEPUFF2_8, // 1266 S_FLAMEPUFF2_9, // 1267 S_FLAMEPUFF2_10, // 1268 S_FLAMEPUFF2_11, // 1269 S_FLAMEPUFF2_12, // 1270 S_FLAMEPUFF2_13, // 1271 S_FLAMEPUFF2_14, // 1272 S_FLAMEPUFF2_15, // 1273 S_FLAMEPUFF2_16, // 1274 S_FLAMEPUFF2_17, // 1275 S_FLAMEPUFF2_18, // 1276 S_FLAMEPUFF2_19, // 1277 S_FLAMEPUFF2_20, // 1278 S_CIRCLE_FLAME1, // 1279 S_CIRCLE_FLAME2, // 1280 S_CIRCLE_FLAME3, // 1281 S_CIRCLE_FLAME4, // 1282 S_CIRCLE_FLAME5, // 1283 S_CIRCLE_FLAME6, // 1284 S_CIRCLE_FLAME7, // 1285 S_CIRCLE_FLAME8, // 1286 S_CIRCLE_FLAME9, // 1287 S_CIRCLE_FLAME10, // 1288 S_CIRCLE_FLAME11, // 1289 S_CIRCLE_FLAME12, // 1290 S_CIRCLE_FLAME13, // 1291 S_CIRCLE_FLAME14, // 1292 S_CIRCLE_FLAME15, // 1293 S_CIRCLE_FLAME16, // 1294 S_CIRCLE_FLAME_X1, // 1295 S_CIRCLE_FLAME_X2, // 1296 S_CIRCLE_FLAME_X3, // 1297 S_CIRCLE_FLAME_X4, // 1298 S_CIRCLE_FLAME_X5, // 1299 S_CIRCLE_FLAME_X6, // 1300 S_CIRCLE_FLAME_X7, // 1301 S_CIRCLE_FLAME_X8, // 1302 S_CIRCLE_FLAME_X9, // 1303 S_CIRCLE_FLAME_X10, // 1304 S_CFLAME_MISSILE1, // 1305 S_CFLAME_MISSILE2, // 1306 S_CFLAME_MISSILE_X, // 1307 S_CHOLYREADY, // 1308 S_CHOLYDOWN, // 1309 S_CHOLYUP, // 1310 S_CHOLYATK_1, // 1311 S_CHOLYATK_2, // 1312 S_CHOLYATK_3, // 1313 S_CHOLYATK_4, // 1314 S_CHOLYATK_5, // 1315 S_CHOLYATK_6, // 1316 S_CHOLYATK_7, // 1317 S_CHOLYATK_8, // 1318 S_CHOLYATK_9, // 1319 S_HOLY_FX1, // 1320 S_HOLY_FX2, // 1321 S_HOLY_FX3, // 1322 S_HOLY_FX4, // 1323 S_HOLY_FX_X1, // 1324 S_HOLY_FX_X2, // 1325 S_HOLY_FX_X3, // 1326 S_HOLY_FX_X4, // 1327 S_HOLY_FX_X5, // 1328 S_HOLY_FX_X6, // 1329 S_HOLY_TAIL1, // 1330 S_HOLY_TAIL2, // 1331 S_HOLY_PUFF1, // 1332 S_HOLY_PUFF2, // 1333 S_HOLY_PUFF3, // 1334 S_HOLY_PUFF4, // 1335 S_HOLY_PUFF5, // 1336 S_HOLY_MISSILE1, // 1337 S_HOLY_MISSILE2, // 1338 S_HOLY_MISSILE3, // 1339 S_HOLY_MISSILE4, // 1340 S_HOLY_MISSILE_X, // 1341 S_HOLY_MISSILE_P1, // 1342 S_HOLY_MISSILE_P2, // 1343 S_HOLY_MISSILE_P3, // 1344 S_HOLY_MISSILE_P4, // 1345 S_HOLY_MISSILE_P5, // 1346 S_MWANDREADY, // 1347 S_MWANDDOWN, // 1348 S_MWANDUP, // 1349 S_MWANDATK_1, // 1350 S_MWANDATK_2, // 1351 S_MWANDATK_3, // 1352 S_MWANDATK_4, // 1353 S_MWANDPUFF1, // 1354 S_MWANDPUFF2, // 1355 S_MWANDPUFF3, // 1356 S_MWANDPUFF4, // 1357 S_MWANDPUFF5, // 1358 S_MWANDSMOKE1, // 1359 S_MWANDSMOKE2, // 1360 S_MWANDSMOKE3, // 1361 S_MWANDSMOKE4, // 1362 S_MWAND_MISSILE1, // 1363 S_MWAND_MISSILE2, // 1364 S_MW_LIGHTNING1, // 1365 S_MW_LIGHTNING2, // 1366 S_MW_LIGHTNING3, // 1367 S_MW_LIGHTNING4, // 1368 S_MW_LIGHTNING5, // 1369 S_MW_LIGHTNING6, // 1370 S_MW_LIGHTNING7, // 1371 S_MW_LIGHTNING8, // 1372 S_MLIGHTNINGREADY, // 1373 S_MLIGHTNINGREADY2, // 1374 S_MLIGHTNINGREADY3, // 1375 S_MLIGHTNINGREADY4, // 1376 S_MLIGHTNINGREADY5, // 1377 S_MLIGHTNINGREADY6, // 1378 S_MLIGHTNINGREADY7, // 1379 S_MLIGHTNINGREADY8, // 1380 S_MLIGHTNINGREADY9, // 1381 S_MLIGHTNINGREADY10, // 1382 S_MLIGHTNINGREADY11, // 1383 S_MLIGHTNINGREADY12, // 1384 S_MLIGHTNINGREADY13, // 1385 S_MLIGHTNINGREADY14, // 1386 S_MLIGHTNINGREADY15, // 1387 S_MLIGHTNINGREADY16, // 1388 S_MLIGHTNINGREADY17, // 1389 S_MLIGHTNINGREADY18, // 1390 S_MLIGHTNINGREADY19, // 1391 S_MLIGHTNINGREADY20, // 1392 S_MLIGHTNINGREADY21, // 1393 S_MLIGHTNINGREADY22, // 1394 S_MLIGHTNINGREADY23, // 1395 S_MLIGHTNINGREADY24, // 1396 S_MLIGHTNINGDOWN, // 1397 S_MLIGHTNINGUP, // 1398 S_MLIGHTNINGATK_1, // 1399 S_MLIGHTNINGATK_2, // 1400 S_MLIGHTNINGATK_3, // 1401 S_MLIGHTNINGATK_4, // 1402 S_MLIGHTNINGATK_5, // 1403 S_MLIGHTNINGATK_6, // 1404 S_MLIGHTNINGATK_7, // 1405 S_MLIGHTNINGATK_8, // 1406 S_MLIGHTNINGATK_9, // 1407 S_MLIGHTNINGATK_10, // 1408 S_MLIGHTNINGATK_11, // 1409 S_LIGHTNING_CEILING1, // 1410 S_LIGHTNING_CEILING2, // 1411 S_LIGHTNING_CEILING3, // 1412 S_LIGHTNING_CEILING4, // 1413 S_LIGHTNING_C_X1, // 1414 S_LIGHTNING_C_X2, // 1415 S_LIGHTNING_C_X3, // 1416 S_LIGHTNING_C_X4, // 1417 S_LIGHTNING_C_X5, // 1418 S_LIGHTNING_C_X6, // 1419 S_LIGHTNING_C_X7, // 1420 S_LIGHTNING_C_X8, // 1421 S_LIGHTNING_C_X9, // 1422 S_LIGHTNING_C_X10, // 1423 S_LIGHTNING_C_X11, // 1424 S_LIGHTNING_C_X12, // 1425 S_LIGHTNING_C_X13, // 1426 S_LIGHTNING_C_X14, // 1427 S_LIGHTNING_C_X15, // 1428 S_LIGHTNING_C_X16, // 1429 S_LIGHTNING_C_X17, // 1430 S_LIGHTNING_C_X18, // 1431 S_LIGHTNING_C_X19, // 1432 S_LIGHTNING_FLOOR1, // 1433 S_LIGHTNING_FLOOR2, // 1434 S_LIGHTNING_FLOOR3, // 1435 S_LIGHTNING_FLOOR4, // 1436 S_LIGHTNING_F_X1, // 1437 S_LIGHTNING_F_X2, // 1438 S_LIGHTNING_F_X3, // 1439 S_LIGHTNING_F_X4, // 1440 S_LIGHTNING_F_X5, // 1441 S_LIGHTNING_F_X6, // 1442 S_LIGHTNING_F_X7, // 1443 S_LIGHTNING_F_X8, // 1444 S_LIGHTNING_F_X9, // 1445 S_LIGHTNING_F_X10, // 1446 S_LIGHTNING_F_X11, // 1447 S_LIGHTNING_F_X12, // 1448 S_LIGHTNING_F_X13, // 1449 S_LIGHTNING_F_X14, // 1450 S_LIGHTNING_F_X15, // 1451 S_LIGHTNING_F_X16, // 1452 S_LIGHTNING_F_X17, // 1453 S_LIGHTNING_F_X18, // 1454 S_LIGHTNING_F_X19, // 1455 S_LIGHTNING_ZAP1, // 1456 S_LIGHTNING_ZAP2, // 1457 S_LIGHTNING_ZAP3, // 1458 S_LIGHTNING_ZAP4, // 1459 S_LIGHTNING_ZAP5, // 1460 S_LIGHTNING_ZAP_X1, // 1461 S_LIGHTNING_ZAP_X2, // 1462 S_LIGHTNING_ZAP_X3, // 1463 S_LIGHTNING_ZAP_X4, // 1464 S_LIGHTNING_ZAP_X5, // 1465 S_LIGHTNING_ZAP_X6, // 1466 S_LIGHTNING_ZAP_X7, // 1467 S_LIGHTNING_ZAP_X8, // 1468 S_MSTAFFREADY, // 1469 S_MSTAFFREADY2, // 1470 S_MSTAFFREADY3, // 1471 S_MSTAFFREADY4, // 1472 S_MSTAFFREADY5, // 1473 S_MSTAFFREADY6, // 1474 S_MSTAFFREADY7, // 1475 S_MSTAFFREADY8, // 1476 S_MSTAFFREADY9, // 1477 S_MSTAFFREADY10, // 1478 S_MSTAFFREADY11, // 1479 S_MSTAFFREADY12, // 1480 S_MSTAFFREADY13, // 1481 S_MSTAFFREADY14, // 1482 S_MSTAFFREADY15, // 1483 S_MSTAFFREADY16, // 1484 S_MSTAFFREADY17, // 1485 S_MSTAFFREADY18, // 1486 S_MSTAFFREADY19, // 1487 S_MSTAFFREADY20, // 1488 S_MSTAFFREADY21, // 1489 S_MSTAFFREADY22, // 1490 S_MSTAFFREADY23, // 1491 S_MSTAFFREADY24, // 1492 S_MSTAFFREADY25, // 1493 S_MSTAFFREADY26, // 1494 S_MSTAFFREADY27, // 1495 S_MSTAFFREADY28, // 1496 S_MSTAFFREADY29, // 1497 S_MSTAFFREADY30, // 1498 S_MSTAFFREADY31, // 1499 S_MSTAFFREADY32, // 1500 S_MSTAFFREADY33, // 1501 S_MSTAFFREADY34, // 1502 S_MSTAFFREADY35, // 1503 S_MSTAFFDOWN, // 1504 S_MSTAFFUP, // 1505 S_MSTAFFATK_1, // 1506 S_MSTAFFATK_2, // 1507 S_MSTAFFATK_3, // 1508 S_MSTAFFATK_4, // 1509 S_MSTAFFATK_5, // 1510 S_MSTAFFATK_6, // 1511 S_MSTAFFATK_7, // 1512 S_MSTAFF_FX1_1, // 1513 S_MSTAFF_FX1_2, // 1514 S_MSTAFF_FX1_3, // 1515 S_MSTAFF_FX1_4, // 1516 S_MSTAFF_FX1_5, // 1517 S_MSTAFF_FX1_6, // 1518 S_MSTAFF_FX_X1, // 1519 S_MSTAFF_FX_X2, // 1520 S_MSTAFF_FX_X3, // 1521 S_MSTAFF_FX_X4, // 1522 S_MSTAFF_FX_X5, // 1523 S_MSTAFF_FX_X6, // 1524 S_MSTAFF_FX_X7, // 1525 S_MSTAFF_FX_X8, // 1526 S_MSTAFF_FX_X9, // 1527 S_MSTAFF_FX_X10, // 1528 S_MSTAFF_FX2_1, // 1529 S_MSTAFF_FX2_2, // 1530 S_MSTAFF_FX2_3, // 1531 S_MSTAFF_FX2_4, // 1532 S_MSTAFF_FX2_X1, // 1533 S_MSTAFF_FX2_X2, // 1534 S_MSTAFF_FX2_X3, // 1535 S_MSTAFF_FX2_X4, // 1536 S_MSTAFF_FX2_X5, // 1537 S_FSWORD1, // 1538 S_FSWORD2, // 1539 S_FSWORD3, // 1540 S_CHOLY1, // 1541 S_CHOLY2, // 1542 S_CHOLY3, // 1543 S_MSTAFF1, // 1544 S_MSTAFF2, // 1545 S_MSTAFF3, // 1546 S_SNOUTREADY, // 1547 S_SNOUTDOWN, // 1548 S_SNOUTUP, // 1549 S_SNOUTATK1, // 1550 S_SNOUTATK2, // 1551 S_COS1, // 1552 S_COS2, // 1553 S_COS3, // 1554 S_CONEREADY, // 1555 S_CONEDOWN, // 1556 S_CONEUP, // 1557 S_CONEATK1_1, // 1558 S_CONEATK1_2, // 1559 S_CONEATK1_3, // 1560 S_CONEATK1_4, // 1561 S_CONEATK1_5, // 1562 S_CONEATK1_6, // 1563 S_CONEATK1_7, // 1564 S_CONEATK1_8, // 1565 S_SHARDFX1_1, // 1566 S_SHARDFX1_2, // 1567 S_SHARDFX1_3, // 1568 S_SHARDFX1_4, // 1569 S_SHARDFXE1_1, // 1570 S_SHARDFXE1_2, // 1571 S_SHARDFXE1_3, // 1572 S_SHARDFXE1_4, // 1573 S_SHARDFXE1_5, // 1574 S_BLOOD1, // 1575 S_BLOOD2, // 1576 S_BLOOD3, // 1577 S_BLOODSPLATTER1, // 1578 S_BLOODSPLATTER2, // 1579 S_BLOODSPLATTER3, // 1580 S_BLOODSPLATTERX, // 1581 S_GIBS1, // 1582 S_FPLAY, // 1583 S_FPLAY_RUN1, // 1584 S_FPLAY_RUN2, // 1585 S_FPLAY_RUN3, // 1586 S_FPLAY_RUN4, // 1587 S_FPLAY_ATK1, // 1588 S_FPLAY_ATK2, // 1589 S_FPLAY_PAIN, // 1590 S_FPLAY_PAIN2, // 1591 S_FPLAY_DIE1, // 1592 S_FPLAY_DIE2, // 1593 S_FPLAY_DIE3, // 1594 S_FPLAY_DIE4, // 1595 S_FPLAY_DIE5, // 1596 S_FPLAY_DIE6, // 1597 S_FPLAY_DIE7, // 1598 S_FPLAY_XDIE1, // 1599 S_FPLAY_XDIE2, // 1600 S_FPLAY_XDIE3, // 1601 S_FPLAY_XDIE4, // 1602 S_FPLAY_XDIE5, // 1603 S_FPLAY_XDIE6, // 1604 S_FPLAY_XDIE7, // 1605 S_FPLAY_XDIE8, // 1606 S_FPLAY_ICE, // 1607 S_FPLAY_ICE2, // 1608 S_PLAY_F_FDTH1, // 1609 S_PLAY_F_FDTH2, // 1610 S_PLAY_C_FDTH1, // 1611 S_PLAY_C_FDTH2, // 1612 S_PLAY_M_FDTH1, // 1613 S_PLAY_M_FDTH2, // 1614 S_PLAY_FDTH3, // 1615 S_PLAY_FDTH4, // 1616 S_PLAY_FDTH5, // 1617 S_PLAY_FDTH6, // 1618 S_PLAY_FDTH7, // 1619 S_PLAY_FDTH8, // 1620 S_PLAY_FDTH9, // 1621 S_PLAY_FDTH10, // 1622 S_PLAY_FDTH11, // 1623 S_PLAY_FDTH12, // 1624 S_PLAY_FDTH13, // 1625 S_PLAY_FDTH14, // 1626 S_PLAY_FDTH15, // 1627 S_PLAY_FDTH16, // 1628 S_PLAY_FDTH17, // 1629 S_PLAY_FDTH18, // 1630 S_PLAY_FDTH19, // 1631 S_PLAY_FDTH20, // 1632 S_BLOODYSKULL1, // 1633 S_BLOODYSKULL2, // 1634 S_BLOODYSKULL3, // 1635 S_BLOODYSKULL4, // 1636 S_BLOODYSKULL5, // 1637 S_BLOODYSKULL6, // 1638 S_BLOODYSKULL7, // 1639 S_BLOODYSKULLX1, // 1640 S_BLOODYSKULLX2, // 1641 S_PLAYER_SPEED1, // 1642 S_PLAYER_SPEED2, // 1643 S_ICECHUNK1, // 1644 S_ICECHUNK2, // 1645 S_ICECHUNK3, // 1646 S_ICECHUNK4, // 1647 S_ICECHUNK_HEAD, // 1648 S_ICECHUNK_HEAD2, // 1649 S_CPLAY, // 1650 S_CPLAY_RUN1, // 1651 S_CPLAY_RUN2, // 1652 S_CPLAY_RUN3, // 1653 S_CPLAY_RUN4, // 1654 S_CPLAY_ATK1, // 1655 S_CPLAY_ATK2, // 1656 S_CPLAY_ATK3, // 1657 S_CPLAY_PAIN, // 1658 S_CPLAY_PAIN2, // 1659 S_CPLAY_DIE1, // 1660 S_CPLAY_DIE2, // 1661 S_CPLAY_DIE3, // 1662 S_CPLAY_DIE4, // 1663 S_CPLAY_DIE5, // 1664 S_CPLAY_DIE6, // 1665 S_CPLAY_DIE7, // 1666 S_CPLAY_DIE8, // 1667 S_CPLAY_DIE9, // 1668 S_CPLAY_XDIE1, // 1669 S_CPLAY_XDIE2, // 1670 S_CPLAY_XDIE3, // 1671 S_CPLAY_XDIE4, // 1672 S_CPLAY_XDIE5, // 1673 S_CPLAY_XDIE6, // 1674 S_CPLAY_XDIE7, // 1675 S_CPLAY_XDIE8, // 1676 S_CPLAY_XDIE9, // 1677 S_CPLAY_XDIE10, // 1678 S_CPLAY_ICE, // 1679 S_CPLAY_ICE2, // 1680 S_MPLAY, // 1681 S_MPLAY_RUN1, // 1682 S_MPLAY_RUN2, // 1683 S_MPLAY_RUN3, // 1684 S_MPLAY_RUN4, // 1685 S_MPLAY_ATK1, // 1686 S_MPLAY_ATK2, // 1687 S_MPLAY_PAIN, // 1688 S_MPLAY_PAIN2, // 1689 S_MPLAY_DIE1, // 1690 S_MPLAY_DIE2, // 1691 S_MPLAY_DIE3, // 1692 S_MPLAY_DIE4, // 1693 S_MPLAY_DIE5, // 1694 S_MPLAY_DIE6, // 1695 S_MPLAY_DIE7, // 1696 S_MPLAY_XDIE1, // 1697 S_MPLAY_XDIE2, // 1698 S_MPLAY_XDIE3, // 1699 S_MPLAY_XDIE4, // 1700 S_MPLAY_XDIE5, // 1701 S_MPLAY_XDIE6, // 1702 S_MPLAY_XDIE7, // 1703 S_MPLAY_XDIE8, // 1704 S_MPLAY_XDIE9, // 1705 S_MPLAY_ICE, // 1706 S_MPLAY_ICE2, // 1707 S_PIGPLAY, // 1708 S_PIGPLAY_RUN1, // 1709 S_PIGPLAY_RUN2, // 1710 S_PIGPLAY_RUN3, // 1711 S_PIGPLAY_RUN4, // 1712 S_PIGPLAY_ATK1, // 1713 S_PIGPLAY_PAIN, // 1714 S_PIG_LOOK1, // 1715 S_PIG_WALK1, // 1716 S_PIG_WALK2, // 1717 S_PIG_WALK3, // 1718 S_PIG_WALK4, // 1719 S_PIG_PAIN, // 1720 S_PIG_ATK1, // 1721 S_PIG_ATK2, // 1722 S_PIG_DIE1, // 1723 S_PIG_DIE2, // 1724 S_PIG_DIE3, // 1725 S_PIG_DIE4, // 1726 S_PIG_DIE5, // 1727 S_PIG_DIE6, // 1728 S_PIG_DIE7, // 1729 S_PIG_DIE8, // 1730 S_PIG_ICE, // 1731 S_PIG_ICE2, // 1732 S_CENTAUR_LOOK1, // 1733 S_CENTAUR_LOOK2, // 1734 S_CENTAUR_WALK1, // 1735 S_CENTAUR_WALK2, // 1736 S_CENTAUR_WALK3, // 1737 S_CENTAUR_WALK4, // 1738 S_CENTAUR_ATK1, // 1739 S_CENTAUR_ATK2, // 1740 S_CENTAUR_ATK3, // 1741 S_CENTAUR_MISSILE1, // 1742 S_CENTAUR_MISSILE2, // 1743 S_CENTAUR_MISSILE3, // 1744 S_CENTAUR_MISSILE4, // 1745 S_CENTAUR_PAIN1, // 1746 S_CENTAUR_PAIN2, // 1747 S_CENTAUR_PAIN3, // 1748 S_CENTAUR_PAIN4, // 1749 S_CENTAUR_PAIN5, // 1750 S_CENTAUR_PAIN6, // 1751 S_CENTAUR_DEATH1, // 1752 S_CENTAUR_DEATH2, // 1753 S_CENTAUR_DEATH3, // 1754 S_CENTAUR_DEATH4, // 1755 S_CENTAUR_DEATH5, // 1756 S_CENTAUR_DEATH6, // 1757 S_CENTAUR_DEATH7, // 1758 S_CENTAUR_DEATH8, // 1759 S_CENTAUR_DEATH9, // 1760 S_CENTAUR_DEATH0, // 1761 S_CENTAUR_DEATH_X1, // 1762 S_CENTAUR_DEATH_X2, // 1763 S_CENTAUR_DEATH_X3, // 1764 S_CENTAUR_DEATH_X4, // 1765 S_CENTAUR_DEATH_X5, // 1766 S_CENTAUR_DEATH_X6, // 1767 S_CENTAUR_DEATH_X7, // 1768 S_CENTAUR_DEATH_X8, // 1769 S_CENTAUR_DEATH_X9, // 1770 S_CENTAUR_DEATH_X10, // 1771 S_CENTAUR_DEATH_X11, // 1772 S_CENTAUR_ICE, // 1773 S_CENTAUR_ICE2, // 1774 S_CENTAUR_FX1, // 1775 S_CENTAUR_FX_X1, // 1776 S_CENTAUR_FX_X2, // 1777 S_CENTAUR_FX_X3, // 1778 S_CENTAUR_FX_X4, // 1779 S_CENTAUR_FX_X5, // 1780 S_CENTAUR_SHIELD1, // 1781 S_CENTAUR_SHIELD2, // 1782 S_CENTAUR_SHIELD3, // 1783 S_CENTAUR_SHIELD4, // 1784 S_CENTAUR_SHIELD5, // 1785 S_CENTAUR_SHIELD6, // 1786 S_CENTAUR_SHIELD_X1, // 1787 S_CENTAUR_SHIELD_X2, // 1788 S_CENTAUR_SHIELD_X3, // 1789 S_CENTAUR_SHIELD_X4, // 1790 S_CENTAUR_SWORD1, // 1791 S_CENTAUR_SWORD2, // 1792 S_CENTAUR_SWORD3, // 1793 S_CENTAUR_SWORD4, // 1794 S_CENTAUR_SWORD5, // 1795 S_CENTAUR_SWORD6, // 1796 S_CENTAUR_SWORD7, // 1797 S_CENTAUR_SWORD_X1, // 1798 S_CENTAUR_SWORD_X2, // 1799 S_CENTAUR_SWORD_X3, // 1800 S_DEMN_LOOK1, // 1801 S_DEMN_LOOK2, // 1802 S_DEMN_CHASE1, // 1803 S_DEMN_CHASE2, // 1804 S_DEMN_CHASE3, // 1805 S_DEMN_CHASE4, // 1806 S_DEMN_ATK1_1, // 1807 S_DEMN_ATK1_2, // 1808 S_DEMN_ATK1_3, // 1809 S_DEMN_ATK2_1, // 1810 S_DEMN_ATK2_2, // 1811 S_DEMN_ATK2_3, // 1812 S_DEMN_PAIN1, // 1813 S_DEMN_PAIN2, // 1814 S_DEMN_DEATH1, // 1815 S_DEMN_DEATH2, // 1816 S_DEMN_DEATH3, // 1817 S_DEMN_DEATH4, // 1818 S_DEMN_DEATH5, // 1819 S_DEMN_DEATH6, // 1820 S_DEMN_DEATH7, // 1821 S_DEMN_DEATH8, // 1822 S_DEMN_DEATH9, // 1823 S_DEMN_XDEATH1, // 1824 S_DEMN_XDEATH2, // 1825 S_DEMN_XDEATH3, // 1826 S_DEMN_XDEATH4, // 1827 S_DEMN_XDEATH5, // 1828 S_DEMN_XDEATH6, // 1829 S_DEMN_XDEATH7, // 1830 S_DEMN_XDEATH8, // 1831 S_DEMN_XDEATH9, // 1832 S_DEMON_ICE, // 1833 S_DEMON_ICE2, // 1834 S_DEMONCHUNK1_1, // 1835 S_DEMONCHUNK1_2, // 1836 S_DEMONCHUNK1_3, // 1837 S_DEMONCHUNK1_4, // 1838 S_DEMONCHUNK2_1, // 1839 S_DEMONCHUNK2_2, // 1840 S_DEMONCHUNK2_3, // 1841 S_DEMONCHUNK2_4, // 1842 S_DEMONCHUNK3_1, // 1843 S_DEMONCHUNK3_2, // 1844 S_DEMONCHUNK3_3, // 1845 S_DEMONCHUNK3_4, // 1846 S_DEMONCHUNK4_1, // 1847 S_DEMONCHUNK4_2, // 1848 S_DEMONCHUNK4_3, // 1849 S_DEMONCHUNK4_4, // 1850 S_DEMONCHUNK5_1, // 1851 S_DEMONCHUNK5_2, // 1852 S_DEMONCHUNK5_3, // 1853 S_DEMONCHUNK5_4, // 1854 S_DEMONFX_MOVE1, // 1855 S_DEMONFX_MOVE2, // 1856 S_DEMONFX_MOVE3, // 1857 S_DEMONFX_BOOM1, // 1858 S_DEMONFX_BOOM2, // 1859 S_DEMONFX_BOOM3, // 1860 S_DEMONFX_BOOM4, // 1861 S_DEMONFX_BOOM5, // 1862 S_DEMN2_LOOK1, // 1863 S_DEMN2_LOOK2, // 1864 S_DEMN2_CHASE1, // 1865 S_DEMN2_CHASE2, // 1866 S_DEMN2_CHASE3, // 1867 S_DEMN2_CHASE4, // 1868 S_DEMN2_ATK1_1, // 1869 S_DEMN2_ATK1_2, // 1870 S_DEMN2_ATK1_3, // 1871 S_DEMN2_ATK2_1, // 1872 S_DEMN2_ATK2_2, // 1873 S_DEMN2_ATK2_3, // 1874 S_DEMN2_PAIN1, // 1875 S_DEMN2_PAIN2, // 1876 S_DEMN2_DEATH1, // 1877 S_DEMN2_DEATH2, // 1878 S_DEMN2_DEATH3, // 1879 S_DEMN2_DEATH4, // 1880 S_DEMN2_DEATH5, // 1881 S_DEMN2_DEATH6, // 1882 S_DEMN2_DEATH7, // 1883 S_DEMN2_DEATH8, // 1884 S_DEMN2_DEATH9, // 1885 S_DEMN2_XDEATH1, // 1886 S_DEMN2_XDEATH2, // 1887 S_DEMN2_XDEATH3, // 1888 S_DEMN2_XDEATH4, // 1889 S_DEMN2_XDEATH5, // 1890 S_DEMN2_XDEATH6, // 1891 S_DEMN2_XDEATH7, // 1892 S_DEMN2_XDEATH8, // 1893 S_DEMN2_XDEATH9, // 1894 S_DEMON2CHUNK1_1, // 1895 S_DEMON2CHUNK1_2, // 1896 S_DEMON2CHUNK1_3, // 1897 S_DEMON2CHUNK1_4, // 1898 S_DEMON2CHUNK2_1, // 1899 S_DEMON2CHUNK2_2, // 1900 S_DEMON2CHUNK2_3, // 1901 S_DEMON2CHUNK2_4, // 1902 S_DEMON2CHUNK3_1, // 1903 S_DEMON2CHUNK3_2, // 1904 S_DEMON2CHUNK3_3, // 1905 S_DEMON2CHUNK3_4, // 1906 S_DEMON2CHUNK4_1, // 1907 S_DEMON2CHUNK4_2, // 1908 S_DEMON2CHUNK4_3, // 1909 S_DEMON2CHUNK4_4, // 1910 S_DEMON2CHUNK5_1, // 1911 S_DEMON2CHUNK5_2, // 1912 S_DEMON2CHUNK5_3, // 1913 S_DEMON2CHUNK5_4, // 1914 S_DEMON2FX_MOVE1, // 1915 S_DEMON2FX_MOVE2, // 1916 S_DEMON2FX_MOVE3, // 1917 S_DEMON2FX_MOVE4, // 1918 S_DEMON2FX_MOVE5, // 1919 S_DEMON2FX_MOVE6, // 1920 S_DEMON2FX_BOOM1, // 1921 S_DEMON2FX_BOOM2, // 1922 S_DEMON2FX_BOOM3, // 1923 S_DEMON2FX_BOOM4, // 1924 S_DEMON2FX_BOOM5, // 1925 S_DEMON2FX_BOOM6, // 1926 S_WRAITH_RAISE1, // 1927 S_WRAITH_RAISE2, // 1928 S_WRAITH_RAISE3, // 1929 S_WRAITH_RAISE4, // 1930 S_WRAITH_RAISE5, // 1931 S_WRAITH_INIT1, // 1932 S_WRAITH_INIT2, // 1933 S_WRAITH_LOOK1, // 1934 S_WRAITH_LOOK2, // 1935 S_WRAITH_CHASE1, // 1936 S_WRAITH_CHASE2, // 1937 S_WRAITH_CHASE3, // 1938 S_WRAITH_CHASE4, // 1939 S_WRAITH_ATK1_1, // 1940 S_WRAITH_ATK1_2, // 1941 S_WRAITH_ATK1_3, // 1942 S_WRAITH_ATK2_1, // 1943 S_WRAITH_ATK2_2, // 1944 S_WRAITH_ATK2_3, // 1945 S_WRAITH_PAIN1, // 1946 S_WRAITH_PAIN2, // 1947 S_WRAITH_DEATH1_1, // 1948 S_WRAITH_DEATH1_2, // 1949 S_WRAITH_DEATH1_3, // 1950 S_WRAITH_DEATH1_4, // 1951 S_WRAITH_DEATH1_5, // 1952 S_WRAITH_DEATH1_6, // 1953 S_WRAITH_DEATH1_7, // 1954 S_WRAITH_DEATH1_8, // 1955 S_WRAITH_DEATH1_9, // 1956 S_WRAITH_DEATH1_0, // 1957 S_WRAITH_DEATH2_1, // 1958 S_WRAITH_DEATH2_2, // 1959 S_WRAITH_DEATH2_3, // 1960 S_WRAITH_DEATH2_4, // 1961 S_WRAITH_DEATH2_5, // 1962 S_WRAITH_DEATH2_6, // 1963 S_WRAITH_DEATH2_7, // 1964 S_WRAITH_DEATH2_8, // 1965 S_WRAITH_ICE, // 1966 S_WRAITH_ICE2, // 1967 S_WRTHFX_MOVE1, // 1968 S_WRTHFX_MOVE2, // 1969 S_WRTHFX_MOVE3, // 1970 S_WRTHFX_BOOM1, // 1971 S_WRTHFX_BOOM2, // 1972 S_WRTHFX_BOOM3, // 1973 S_WRTHFX_BOOM4, // 1974 S_WRTHFX_BOOM5, // 1975 S_WRTHFX_BOOM6, // 1976 S_WRTHFX_SIZZLE1, // 1977 S_WRTHFX_SIZZLE2, // 1978 S_WRTHFX_SIZZLE3, // 1979 S_WRTHFX_SIZZLE4, // 1980 S_WRTHFX_SIZZLE5, // 1981 S_WRTHFX_SIZZLE6, // 1982 S_WRTHFX_SIZZLE7, // 1983 S_WRTHFX_DROP1, // 1984 S_WRTHFX_DROP2, // 1985 S_WRTHFX_DROP3, // 1986 S_WRTHFX_DEAD1, // 1987 S_WRTHFX_ADROP1, // 1988 S_WRTHFX_ADROP2, // 1989 S_WRTHFX_ADROP3, // 1990 S_WRTHFX_ADROP4, // 1991 S_WRTHFX_ADEAD1, // 1992 S_WRTHFX_BDROP1, // 1993 S_WRTHFX_BDROP2, // 1994 S_WRTHFX_BDROP3, // 1995 S_WRTHFX_BDEAD1, // 1996 S_MNTR_SPAWN1, // 1997 S_MNTR_SPAWN2, // 1998 S_MNTR_SPAWN3, // 1999 S_MNTR_LOOK1, // 2000 S_MNTR_LOOK2, // 2001 S_MNTR_WALK1, // 2002 S_MNTR_WALK2, // 2003 S_MNTR_WALK3, // 2004 S_MNTR_WALK4, // 2005 S_MNTR_ROAM1, // 2006 S_MNTR_ROAM2, // 2007 S_MNTR_ROAM3, // 2008 S_MNTR_ROAM4, // 2009 S_MNTR_ATK1_1, // 2010 S_MNTR_ATK1_2, // 2011 S_MNTR_ATK1_3, // 2012 S_MNTR_ATK2_1, // 2013 S_MNTR_ATK2_2, // 2014 S_MNTR_ATK2_3, // 2015 S_MNTR_ATK3_1, // 2016 S_MNTR_ATK3_2, // 2017 S_MNTR_ATK3_3, // 2018 S_MNTR_ATK3_4, // 2019 S_MNTR_ATK4_1, // 2020 S_MNTR_PAIN1, // 2021 S_MNTR_PAIN2, // 2022 S_MNTR_DIE1, // 2023 S_MNTR_DIE2, // 2024 S_MNTR_DIE3, // 2025 S_MNTR_DIE4, // 2026 S_MNTR_DIE5, // 2027 S_MNTR_DIE6, // 2028 S_MNTR_DIE7, // 2029 S_MNTR_DIE8, // 2030 S_MNTR_DIE9, // 2031 S_MNTRFX1_1, // 2032 S_MNTRFX1_2, // 2033 S_MNTRFXI1_1, // 2034 S_MNTRFXI1_2, // 2035 S_MNTRFXI1_3, // 2036 S_MNTRFXI1_4, // 2037 S_MNTRFXI1_5, // 2038 S_MNTRFXI1_6, // 2039 S_MNTRFX2_1, // 2040 S_MNTRFXI2_1, // 2041 S_MNTRFXI2_2, // 2042 S_MNTRFXI2_3, // 2043 S_MNTRFXI2_4, // 2044 S_MNTRFXI2_5, // 2045 S_MNTRFX3_1, // 2046 S_MNTRFX3_2, // 2047 S_MNTRFX3_3, // 2048 S_MNTRFX3_4, // 2049 S_MNTRFX3_5, // 2050 S_MNTRFX3_6, // 2051 S_MNTRFX3_7, // 2052 S_MNTRFX3_8, // 2053 S_MNTRFX3_9, // 2054 S_MINOSMOKE1, // 2055 S_MINOSMOKE2, // 2056 S_MINOSMOKE3, // 2057 S_MINOSMOKE4, // 2058 S_MINOSMOKE5, // 2059 S_MINOSMOKE6, // 2060 S_MINOSMOKE7, // 2061 S_MINOSMOKE8, // 2062 S_MINOSMOKE9, // 2063 S_MINOSMOKE0, // 2064 S_MINOSMOKEA, // 2065 S_MINOSMOKEB, // 2066 S_MINOSMOKEC, // 2067 S_MINOSMOKED, // 2068 S_MINOSMOKEE, // 2069 S_MINOSMOKEF, // 2070 S_MINOSMOKEG, // 2071 S_MINOSMOKEX1, // 2072 S_MINOSMOKEX2, // 2073 S_MINOSMOKEX3, // 2074 S_MINOSMOKEX4, // 2075 S_MINOSMOKEX5, // 2076 S_MINOSMOKEX6, // 2077 S_MINOSMOKEX7, // 2078 S_MINOSMOKEX8, // 2079 S_MINOSMOKEX9, // 2080 S_MINOSMOKEX0, // 2081 S_MINOSMOKEXA, // 2082 S_MINOSMOKEXB, // 2083 S_MINOSMOKEXC, // 2084 S_MINOSMOKEXD, // 2085 S_MINOSMOKEXE, // 2086 S_MINOSMOKEXF, // 2087 S_MINOSMOKEXG, // 2088 S_MINOSMOKEXH, // 2089 S_MINOSMOKEXI, // 2090 S_SERPENT_LOOK1, // 2091 S_SERPENT_SWIM1, // 2092 S_SERPENT_SWIM2, // 2093 S_SERPENT_SWIM3, // 2094 S_SERPENT_HUMP1, // 2095 S_SERPENT_HUMP2, // 2096 S_SERPENT_HUMP3, // 2097 S_SERPENT_HUMP4, // 2098 S_SERPENT_HUMP5, // 2099 S_SERPENT_HUMP6, // 2100 S_SERPENT_HUMP7, // 2101 S_SERPENT_HUMP8, // 2102 S_SERPENT_HUMP9, // 2103 S_SERPENT_HUMP10, // 2104 S_SERPENT_HUMP11, // 2105 S_SERPENT_HUMP12, // 2106 S_SERPENT_HUMP13, // 2107 S_SERPENT_HUMP14, // 2108 S_SERPENT_HUMP15, // 2109 S_SERPENT_SURFACE1, // 2110 S_SERPENT_SURFACE2, // 2111 S_SERPENT_SURFACE3, // 2112 S_SERPENT_SURFACE4, // 2113 S_SERPENT_SURFACE5, // 2114 S_SERPENT_DIVE1, // 2115 S_SERPENT_DIVE2, // 2116 S_SERPENT_DIVE3, // 2117 S_SERPENT_DIVE4, // 2118 S_SERPENT_DIVE5, // 2119 S_SERPENT_DIVE6, // 2120 S_SERPENT_DIVE7, // 2121 S_SERPENT_DIVE8, // 2122 S_SERPENT_DIVE9, // 2123 S_SERPENT_DIVE10, // 2124 S_SERPENT_WALK1, // 2125 S_SERPENT_WALK2, // 2126 S_SERPENT_WALK3, // 2127 S_SERPENT_WALK4, // 2128 S_SERPENT_PAIN1, // 2129 S_SERPENT_PAIN2, // 2130 S_SERPENT_ATK1, // 2131 S_SERPENT_ATK2, // 2132 S_SERPENT_MELEE1, // 2133 S_SERPENT_MISSILE1, // 2134 S_SERPENT_DIE1, // 2135 S_SERPENT_DIE2, // 2136 S_SERPENT_DIE3, // 2137 S_SERPENT_DIE4, // 2138 S_SERPENT_DIE5, // 2139 S_SERPENT_DIE6, // 2140 S_SERPENT_DIE7, // 2141 S_SERPENT_DIE8, // 2142 S_SERPENT_DIE9, // 2143 S_SERPENT_DIE10, // 2144 S_SERPENT_DIE11, // 2145 S_SERPENT_DIE12, // 2146 S_SERPENT_XDIE1, // 2147 S_SERPENT_XDIE2, // 2148 S_SERPENT_XDIE3, // 2149 S_SERPENT_XDIE4, // 2150 S_SERPENT_XDIE5, // 2151 S_SERPENT_XDIE6, // 2152 S_SERPENT_XDIE7, // 2153 S_SERPENT_XDIE8, // 2154 S_SERPENT_ICE, // 2155 S_SERPENT_ICE2, // 2156 S_SERPENT_FX1, // 2157 S_SERPENT_FX2, // 2158 S_SERPENT_FX3, // 2159 S_SERPENT_FX4, // 2160 S_SERPENT_FX_X1, // 2161 S_SERPENT_FX_X2, // 2162 S_SERPENT_FX_X3, // 2163 S_SERPENT_FX_X4, // 2164 S_SERPENT_FX_X5, // 2165 S_SERPENT_FX_X6, // 2166 S_SERPENT_HEAD1, // 2167 S_SERPENT_HEAD2, // 2168 S_SERPENT_HEAD3, // 2169 S_SERPENT_HEAD4, // 2170 S_SERPENT_HEAD5, // 2171 S_SERPENT_HEAD6, // 2172 S_SERPENT_HEAD7, // 2173 S_SERPENT_HEAD8, // 2174 S_SERPENT_HEAD_X1, // 2175 S_SERPENT_GIB1_1, // 2176 S_SERPENT_GIB1_2, // 2177 S_SERPENT_GIB1_3, // 2178 S_SERPENT_GIB1_4, // 2179 S_SERPENT_GIB1_5, // 2180 S_SERPENT_GIB1_6, // 2181 S_SERPENT_GIB1_7, // 2182 S_SERPENT_GIB1_8, // 2183 S_SERPENT_GIB1_9, // 2184 S_SERPENT_GIB1_10, // 2185 S_SERPENT_GIB1_11, // 2186 S_SERPENT_GIB1_12, // 2187 S_SERPENT_GIB2_1, // 2188 S_SERPENT_GIB2_2, // 2189 S_SERPENT_GIB2_3, // 2190 S_SERPENT_GIB2_4, // 2191 S_SERPENT_GIB2_5, // 2192 S_SERPENT_GIB2_6, // 2193 S_SERPENT_GIB2_7, // 2194 S_SERPENT_GIB2_8, // 2195 S_SERPENT_GIB2_9, // 2196 S_SERPENT_GIB2_10, // 2197 S_SERPENT_GIB2_11, // 2198 S_SERPENT_GIB2_12, // 2199 S_SERPENT_GIB3_1, // 2200 S_SERPENT_GIB3_2, // 2201 S_SERPENT_GIB3_3, // 2202 S_SERPENT_GIB3_4, // 2203 S_SERPENT_GIB3_5, // 2204 S_SERPENT_GIB3_6, // 2205 S_SERPENT_GIB3_7, // 2206 S_SERPENT_GIB3_8, // 2207 S_SERPENT_GIB3_9, // 2208 S_SERPENT_GIB3_10, // 2209 S_SERPENT_GIB3_11, // 2210 S_SERPENT_GIB3_12, // 2211 S_BISHOP_LOOK1, // 2212 S_BISHOP_DECIDE, // 2213 S_BISHOP_BLUR1, // 2214 S_BISHOP_BLUR2, // 2215 S_BISHOP_WALK1, // 2216 S_BISHOP_WALK2, // 2217 S_BISHOP_WALK3, // 2218 S_BISHOP_WALK4, // 2219 S_BISHOP_WALK5, // 2220 S_BISHOP_WALK6, // 2221 S_BISHOP_ATK1, // 2222 S_BISHOP_ATK2, // 2223 S_BISHOP_ATK3, // 2224 S_BISHOP_ATK4, // 2225 S_BISHOP_ATK5, // 2226 S_BISHOP_PAIN1, // 2227 S_BISHOP_PAIN2, // 2228 S_BISHOP_PAIN3, // 2229 S_BISHOP_PAIN4, // 2230 S_BISHOP_PAIN5, // 2231 S_BISHOP_DEATH1, // 2232 S_BISHOP_DEATH2, // 2233 S_BISHOP_DEATH3, // 2234 S_BISHOP_DEATH4, // 2235 S_BISHOP_DEATH5, // 2236 S_BISHOP_DEATH6, // 2237 S_BISHOP_DEATH7, // 2238 S_BISHOP_DEATH8, // 2239 S_BISHOP_DEATH9, // 2240 S_BISHOP_DEATH10, // 2241 S_BISHOP_ICE, // 2242 S_BISHOP_ICE2, // 2243 S_BISHOP_PUFF1, // 2244 S_BISHOP_PUFF2, // 2245 S_BISHOP_PUFF3, // 2246 S_BISHOP_PUFF4, // 2247 S_BISHOP_PUFF5, // 2248 S_BISHOP_PUFF6, // 2249 S_BISHOP_PUFF7, // 2250 S_BISHOPBLUR1, // 2251 S_BISHOPBLUR2, // 2252 S_BISHOPPAINBLUR1, // 2253 S_BISHFX1_1, // 2254 S_BISHFX1_2, // 2255 S_BISHFX1_3, // 2256 S_BISHFX1_4, // 2257 S_BISHFX1_5, // 2258 S_BISHFXI1_1, // 2259 S_BISHFXI1_2, // 2260 S_BISHFXI1_3, // 2261 S_BISHFXI1_4, // 2262 S_BISHFXI1_5, // 2263 S_BISHFXI1_6, // 2264 S_DRAGON_LOOK1, // 2265 S_DRAGON_INIT, // 2266 S_DRAGON_INIT2, // 2267 S_DRAGON_INIT3, // 2268 S_DRAGON_WALK1, // 2269 S_DRAGON_WALK2, // 2270 S_DRAGON_WALK3, // 2271 S_DRAGON_WALK4, // 2272 S_DRAGON_WALK5, // 2273 S_DRAGON_WALK6, // 2274 S_DRAGON_WALK7, // 2275 S_DRAGON_WALK8, // 2276 S_DRAGON_WALK9, // 2277 S_DRAGON_WALK10, // 2278 S_DRAGON_WALK11, // 2279 S_DRAGON_WALK12, // 2280 S_DRAGON_ATK1, // 2281 S_DRAGON_PAIN1, // 2282 S_DRAGON_DEATH1, // 2283 S_DRAGON_DEATH2, // 2284 S_DRAGON_DEATH3, // 2285 S_DRAGON_DEATH4, // 2286 S_DRAGON_CRASH1, // 2287 S_DRAGON_CRASH2, // 2288 S_DRAGON_CRASH3, // 2289 S_DRAGON_FX1_1, // 2290 S_DRAGON_FX1_2, // 2291 S_DRAGON_FX1_3, // 2292 S_DRAGON_FX1_4, // 2293 S_DRAGON_FX1_5, // 2294 S_DRAGON_FX1_6, // 2295 S_DRAGON_FX1_X1, // 2296 S_DRAGON_FX1_X2, // 2297 S_DRAGON_FX1_X3, // 2298 S_DRAGON_FX1_X4, // 2299 S_DRAGON_FX1_X5, // 2300 S_DRAGON_FX1_X6, // 2301 S_DRAGON_FX2_1, // 2302 S_DRAGON_FX2_2, // 2303 S_DRAGON_FX2_3, // 2304 S_DRAGON_FX2_4, // 2305 S_DRAGON_FX2_5, // 2306 S_DRAGON_FX2_6, // 2307 S_DRAGON_FX2_7, // 2308 S_DRAGON_FX2_8, // 2309 S_DRAGON_FX2_9, // 2310 S_DRAGON_FX2_10, // 2311 S_DRAGON_FX2_11, // 2312 S_ARMOR_1, // 2313 S_ARMOR_2, // 2314 S_ARMOR_3, // 2315 S_ARMOR_4, // 2316 S_MANA1_1, // 2317 S_MANA1_2, // 2318 S_MANA1_3, // 2319 S_MANA1_4, // 2320 S_MANA1_5, // 2321 S_MANA1_6, // 2322 S_MANA1_7, // 2323 S_MANA1_8, // 2324 S_MANA1_9, // 2325 S_MANA2_1, // 2326 S_MANA2_2, // 2327 S_MANA2_3, // 2328 S_MANA2_4, // 2329 S_MANA2_5, // 2330 S_MANA2_6, // 2331 S_MANA2_7, // 2332 S_MANA2_8, // 2333 S_MANA2_9, // 2334 S_MANA2_10, // 2335 S_MANA2_11, // 2336 S_MANA2_12, // 2337 S_MANA2_13, // 2338 S_MANA2_14, // 2339 S_MANA2_15, // 2340 S_MANA2_16, // 2341 S_MANA3_1, // 2342 S_MANA3_2, // 2343 S_MANA3_3, // 2344 S_MANA3_4, // 2345 S_MANA3_5, // 2346 S_MANA3_6, // 2347 S_MANA3_7, // 2348 S_MANA3_8, // 2349 S_MANA3_9, // 2350 S_MANA3_10, // 2351 S_MANA3_11, // 2352 S_MANA3_12, // 2353 S_MANA3_13, // 2354 S_MANA3_14, // 2355 S_MANA3_15, // 2356 S_MANA3_16, // 2357 S_KEY1, // 2358 S_KEY2, // 2359 S_KEY3, // 2360 S_KEY4, // 2361 S_KEY5, // 2362 S_KEY6, // 2363 S_KEY7, // 2364 S_KEY8, // 2365 S_KEY9, // 2366 S_KEYA, // 2367 S_KEYB, // 2368 S_SND_WIND1, // 2369 S_SND_WIND2, // 2370 S_SND_WATERFALL, // 2371 S_ETTIN_LOOK1, // 2372 S_ETTIN_LOOK2, // 2373 S_ETTIN_CHASE1, // 2374 S_ETTIN_CHASE2, // 2375 S_ETTIN_CHASE3, // 2376 S_ETTIN_CHASE4, // 2377 S_ETTIN_PAIN1, // 2378 S_ETTIN_ATK1_1, // 2379 S_ETTIN_ATK1_2, // 2380 S_ETTIN_ATK1_3, // 2381 S_ETTIN_DEATH1_1, // 2382 S_ETTIN_DEATH1_2, // 2383 S_ETTIN_DEATH1_3, // 2384 S_ETTIN_DEATH1_4, // 2385 S_ETTIN_DEATH1_5, // 2386 S_ETTIN_DEATH1_6, // 2387 S_ETTIN_DEATH1_7, // 2388 S_ETTIN_DEATH1_8, // 2389 S_ETTIN_DEATH1_9, // 2390 S_ETTIN_DEATH2_1, // 2391 S_ETTIN_DEATH2_2, // 2392 S_ETTIN_DEATH2_3, // 2393 S_ETTIN_DEATH2_4, // 2394 S_ETTIN_DEATH2_5, // 2395 S_ETTIN_DEATH2_6, // 2396 S_ETTIN_DEATH2_7, // 2397 S_ETTIN_DEATH2_8, // 2398 S_ETTIN_DEATH2_9, // 2399 S_ETTIN_DEATH2_0, // 2400 S_ETTIN_DEATH2_A, // 2401 S_ETTIN_DEATH2_B, // 2402 S_ETTIN_ICE1, // 2403 S_ETTIN_ICE2, // 2404 S_ETTIN_MACE1, // 2405 S_ETTIN_MACE2, // 2406 S_ETTIN_MACE3, // 2407 S_ETTIN_MACE4, // 2408 S_ETTIN_MACE5, // 2409 S_ETTIN_MACE6, // 2410 S_ETTIN_MACE7, // 2411 S_FIRED_SPAWN1, // 2412 S_FIRED_LOOK1, // 2413 S_FIRED_LOOK2, // 2414 S_FIRED_LOOK3, // 2415 S_FIRED_LOOK4, // 2416 S_FIRED_LOOK5, // 2417 S_FIRED_LOOK6, // 2418 S_FIRED_LOOK7, // 2419 S_FIRED_LOOK8, // 2420 S_FIRED_LOOK9, // 2421 S_FIRED_LOOK0, // 2422 S_FIRED_LOOKA, // 2423 S_FIRED_LOOKB, // 2424 S_FIRED_WALK1, // 2425 S_FIRED_WALK2, // 2426 S_FIRED_WALK3, // 2427 S_FIRED_PAIN1, // 2428 S_FIRED_ATTACK1, // 2429 S_FIRED_ATTACK2, // 2430 S_FIRED_ATTACK3, // 2431 S_FIRED_ATTACK4, // 2432 S_FIRED_DEATH1, // 2433 S_FIRED_DEATH2, // 2434 S_FIRED_DEATH3, // 2435 S_FIRED_DEATH4, // 2436 S_FIRED_XDEATH1, // 2437 S_FIRED_XDEATH2, // 2438 S_FIRED_XDEATH3, // 2439 S_FIRED_ICE1, // 2440 S_FIRED_ICE2, // 2441 S_FIRED_CORPSE1, // 2442 S_FIRED_CORPSE2, // 2443 S_FIRED_CORPSE3, // 2444 S_FIRED_CORPSE4, // 2445 S_FIRED_CORPSE5, // 2446 S_FIRED_CORPSE6, // 2447 S_FIRED_RDROP1, // 2448 S_FIRED_RDEAD1_1, // 2449 S_FIRED_RDEAD1_2, // 2450 S_FIRED_RDROP2, // 2451 S_FIRED_RDEAD2_1, // 2452 S_FIRED_RDEAD2_2, // 2453 S_FIRED_RDROP3, // 2454 S_FIRED_RDEAD3_1, // 2455 S_FIRED_RDEAD3_2, // 2456 S_FIRED_RDROP4, // 2457 S_FIRED_RDEAD4_1, // 2458 S_FIRED_RDEAD4_2, // 2459 S_FIRED_RDROP5, // 2460 S_FIRED_RDEAD5_1, // 2461 S_FIRED_RDEAD5_2, // 2462 S_FIRED_FX6_1, // 2463 S_FIRED_FX6_2, // 2464 S_FIRED_FX6_3, // 2465 S_FIRED_FX6_4, // 2466 S_FIRED_FX6_5, // 2467 S_ICEGUY_LOOK, // 2468 S_ICEGUY_DORMANT, // 2469 S_ICEGUY_WALK1, // 2470 S_ICEGUY_WALK2, // 2471 S_ICEGUY_WALK3, // 2472 S_ICEGUY_WALK4, // 2473 S_ICEGUY_ATK1, // 2474 S_ICEGUY_ATK2, // 2475 S_ICEGUY_ATK3, // 2476 S_ICEGUY_ATK4, // 2477 S_ICEGUY_PAIN1, // 2478 S_ICEGUY_DEATH, // 2479 S_ICEGUY_FX1, // 2480 S_ICEGUY_FX2, // 2481 S_ICEGUY_FX3, // 2482 S_ICEGUY_FX_X1, // 2483 S_ICEGUY_FX_X2, // 2484 S_ICEGUY_FX_X3, // 2485 S_ICEGUY_FX_X4, // 2486 S_ICEGUY_FX_X5, // 2487 S_ICEFX_PUFF1, // 2488 S_ICEFX_PUFF2, // 2489 S_ICEFX_PUFF3, // 2490 S_ICEFX_PUFF4, // 2491 S_ICEFX_PUFF5, // 2492 S_ICEGUY_FX2_1, // 2493 S_ICEGUY_FX2_2, // 2494 S_ICEGUY_FX2_3, // 2495 S_ICEGUY_BIT1, // 2496 S_ICEGUY_BIT2, // 2497 S_ICEGUY_WISP1_1, // 2498 S_ICEGUY_WISP1_2, // 2499 S_ICEGUY_WISP1_3, // 2500 S_ICEGUY_WISP1_4, // 2501 S_ICEGUY_WISP1_5, // 2502 S_ICEGUY_WISP1_6, // 2503 S_ICEGUY_WISP1_7, // 2504 S_ICEGUY_WISP1_8, // 2505 S_ICEGUY_WISP1_9, // 2506 S_ICEGUY_WISP2_1, // 2507 S_ICEGUY_WISP2_2, // 2508 S_ICEGUY_WISP2_3, // 2509 S_ICEGUY_WISP2_4, // 2510 S_ICEGUY_WISP2_5, // 2511 S_ICEGUY_WISP2_6, // 2512 S_ICEGUY_WISP2_7, // 2513 S_ICEGUY_WISP2_8, // 2514 S_ICEGUY_WISP2_9, // 2515 S_FIGHTER, // 2516 S_FIGHTER2, // 2517 S_FIGHTERLOOK, // 2518 S_FIGHTER_RUN1, // 2519 S_FIGHTER_RUN2, // 2520 S_FIGHTER_RUN3, // 2521 S_FIGHTER_RUN4, // 2522 S_FIGHTER_ATK1, // 2523 S_FIGHTER_ATK2, // 2524 S_FIGHTER_PAIN, // 2525 S_FIGHTER_PAIN2, // 2526 S_FIGHTER_DIE1, // 2527 S_FIGHTER_DIE2, // 2528 S_FIGHTER_DIE3, // 2529 S_FIGHTER_DIE4, // 2530 S_FIGHTER_DIE5, // 2531 S_FIGHTER_DIE6, // 2532 S_FIGHTER_DIE7, // 2533 S_FIGHTER_XDIE1, // 2534 S_FIGHTER_XDIE2, // 2535 S_FIGHTER_XDIE3, // 2536 S_FIGHTER_XDIE4, // 2537 S_FIGHTER_XDIE5, // 2538 S_FIGHTER_XDIE6, // 2539 S_FIGHTER_XDIE7, // 2540 S_FIGHTER_XDIE8, // 2541 S_FIGHTER_ICE, // 2542 S_FIGHTER_ICE2, // 2543 S_CLERIC, // 2544 S_CLERIC2, // 2545 S_CLERICLOOK, // 2546 S_CLERIC_RUN1, // 2547 S_CLERIC_RUN2, // 2548 S_CLERIC_RUN3, // 2549 S_CLERIC_RUN4, // 2550 S_CLERIC_ATK1, // 2551 S_CLERIC_ATK2, // 2552 S_CLERIC_ATK3, // 2553 S_CLERIC_PAIN, // 2554 S_CLERIC_PAIN2, // 2555 S_CLERIC_DIE1, // 2556 S_CLERIC_DIE2, // 2557 S_CLERIC_DIE3, // 2558 S_CLERIC_DIE4, // 2559 S_CLERIC_DIE5, // 2560 S_CLERIC_DIE6, // 2561 S_CLERIC_DIE7, // 2562 S_CLERIC_DIE8, // 2563 S_CLERIC_DIE9, // 2564 S_CLERIC_XDIE1, // 2565 S_CLERIC_XDIE2, // 2566 S_CLERIC_XDIE3, // 2567 S_CLERIC_XDIE4, // 2568 S_CLERIC_XDIE5, // 2569 S_CLERIC_XDIE6, // 2570 S_CLERIC_XDIE7, // 2571 S_CLERIC_XDIE8, // 2572 S_CLERIC_XDIE9, // 2573 S_CLERIC_XDIE10, // 2574 S_CLERIC_ICE, // 2575 S_CLERIC_ICE2, // 2576 S_MAGE, // 2577 S_MAGE2, // 2578 S_MAGELOOK, // 2579 S_MAGE_RUN1, // 2580 S_MAGE_RUN2, // 2581 S_MAGE_RUN3, // 2582 S_MAGE_RUN4, // 2583 S_MAGE_ATK1, // 2584 S_MAGE_ATK2, // 2585 S_MAGE_PAIN, // 2586 S_MAGE_PAIN2, // 2587 S_MAGE_DIE1, // 2588 S_MAGE_DIE2, // 2589 S_MAGE_DIE3, // 2590 S_MAGE_DIE4, // 2591 S_MAGE_DIE5, // 2592 S_MAGE_DIE6, // 2593 S_MAGE_DIE7, // 2594 S_MAGE_XDIE1, // 2595 S_MAGE_XDIE2, // 2596 S_MAGE_XDIE3, // 2597 S_MAGE_XDIE4, // 2598 S_MAGE_XDIE5, // 2599 S_MAGE_XDIE6, // 2600 S_MAGE_XDIE7, // 2601 S_MAGE_XDIE8, // 2602 S_MAGE_XDIE9, // 2603 S_MAGE_ICE, // 2604 S_MAGE_ICE2, // 2605 S_SORC_SPAWN1, // 2606 S_SORC_SPAWN2, // 2607 S_SORC_LOOK1, // 2608 S_SORC_WALK1, // 2609 S_SORC_WALK2, // 2610 S_SORC_WALK3, // 2611 S_SORC_WALK4, // 2612 S_SORC_PAIN1, // 2613 S_SORC_PAIN2, // 2614 S_SORC_ATK2_1, // 2615 S_SORC_ATK2_2, // 2616 S_SORC_ATK2_3, // 2617 S_SORC_ATTACK1, // 2618 S_SORC_ATTACK2, // 2619 S_SORC_ATTACK3, // 2620 S_SORC_ATTACK4, // 2621 S_SORC_ATTACK5, // 2622 S_SORC_DIE1, // 2623 S_SORC_DIE2, // 2624 S_SORC_DIE3, // 2625 S_SORC_DIE4, // 2626 S_SORC_DIE5, // 2627 S_SORC_DIE6, // 2628 S_SORC_DIE7, // 2629 S_SORC_DIE8, // 2630 S_SORC_DIE9, // 2631 S_SORC_DIE0, // 2632 S_SORC_DIEA, // 2633 S_SORC_DIEB, // 2634 S_SORC_DIEC, // 2635 S_SORC_DIED, // 2636 S_SORC_DIEE, // 2637 S_SORC_DIEF, // 2638 S_SORC_DIEG, // 2639 S_SORC_DIEH, // 2640 S_SORC_DIEI, // 2641 S_SORCBALL1_1, // 2642 S_SORCBALL1_2, // 2643 S_SORCBALL1_3, // 2644 S_SORCBALL1_4, // 2645 S_SORCBALL1_5, // 2646 S_SORCBALL1_6, // 2647 S_SORCBALL1_7, // 2648 S_SORCBALL1_8, // 2649 S_SORCBALL1_9, // 2650 S_SORCBALL1_0, // 2651 S_SORCBALL1_A, // 2652 S_SORCBALL1_B, // 2653 S_SORCBALL1_C, // 2654 S_SORCBALL1_D, // 2655 S_SORCBALL1_E, // 2656 S_SORCBALL1_F, // 2657 S_SORCBALL1_D1, // 2658 S_SORCBALL1_D2, // 2659 S_SORCBALL1_D5, // 2660 S_SORCBALL1_D6, // 2661 S_SORCBALL1_D7, // 2662 S_SORCBALL1_D8, // 2663 S_SORCBALL1_D9, // 2664 S_SORCBALL2_1, // 2665 S_SORCBALL2_2, // 2666 S_SORCBALL2_3, // 2667 S_SORCBALL2_4, // 2668 S_SORCBALL2_5, // 2669 S_SORCBALL2_6, // 2670 S_SORCBALL2_7, // 2671 S_SORCBALL2_8, // 2672 S_SORCBALL2_9, // 2673 S_SORCBALL2_0, // 2674 S_SORCBALL2_A, // 2675 S_SORCBALL2_B, // 2676 S_SORCBALL2_C, // 2677 S_SORCBALL2_D, // 2678 S_SORCBALL2_E, // 2679 S_SORCBALL2_F, // 2680 S_SORCBALL2_D1, // 2681 S_SORCBALL2_D2, // 2682 S_SORCBALL2_D5, // 2683 S_SORCBALL2_D6, // 2684 S_SORCBALL2_D7, // 2685 S_SORCBALL2_D8, // 2686 S_SORCBALL2_D9, // 2687 S_SORCBALL3_1, // 2688 S_SORCBALL3_2, // 2689 S_SORCBALL3_3, // 2690 S_SORCBALL3_4, // 2691 S_SORCBALL3_5, // 2692 S_SORCBALL3_6, // 2693 S_SORCBALL3_7, // 2694 S_SORCBALL3_8, // 2695 S_SORCBALL3_9, // 2696 S_SORCBALL3_0, // 2697 S_SORCBALL3_A, // 2698 S_SORCBALL3_B, // 2699 S_SORCBALL3_C, // 2700 S_SORCBALL3_D, // 2701 S_SORCBALL3_E, // 2702 S_SORCBALL3_F, // 2703 S_SORCBALL3_D1, // 2704 S_SORCBALL3_D2, // 2705 S_SORCBALL3_D5, // 2706 S_SORCBALL3_D6, // 2707 S_SORCBALL3_D7, // 2708 S_SORCBALL3_D8, // 2709 S_SORCBALL3_D9, // 2710 S_SORCFX1_1, // 2711 S_SORCFX1_2, // 2712 S_SORCFX1_3, // 2713 S_SORCFX1_4, // 2714 S_SORCFX1_D1, // 2715 S_SORCFX1_D2, // 2716 S_SORCFX1_D3, // 2717 S_SORCFX2_SPLIT1, // 2718 S_SORCFX2_ORBIT1, // 2719 S_SORCFX2_ORBIT2, // 2720 S_SORCFX2_ORBIT3, // 2721 S_SORCFX2_ORBIT4, // 2722 S_SORCFX2_ORBIT5, // 2723 S_SORCFX2_ORBIT6, // 2724 S_SORCFX2_ORBIT7, // 2725 S_SORCFX2_ORBIT8, // 2726 S_SORCFX2_ORBIT9, // 2727 S_SORCFX2_ORBIT0, // 2728 S_SORCFX2_ORBITA, // 2729 S_SORCFX2_ORBITB, // 2730 S_SORCFX2_ORBITC, // 2731 S_SORCFX2_ORBITD, // 2732 S_SORCFX2_ORBITE, // 2733 S_SORCFX2_ORBITF, // 2734 S_SORCFX2T1, // 2735 S_SORCFX3_1, // 2736 S_SORCFX3_2, // 2737 S_SORCFX3_3, // 2738 S_BISHMORPH1, // 2739 S_BISHMORPHA, // 2740 S_BISHMORPHB, // 2741 S_BISHMORPHC, // 2742 S_BISHMORPHD, // 2743 S_BISHMORPHE, // 2744 S_BISHMORPHF, // 2745 S_BISHMORPHG, // 2746 S_BISHMORPHH, // 2747 S_BISHMORPHI, // 2748 S_BISHMORPHJ, // 2749 S_SORCFX3_EXP1, // 2750 S_SORCFX3_EXP2, // 2751 S_SORCFX3_EXP3, // 2752 S_SORCFX3_EXP4, // 2753 S_SORCFX3_EXP5, // 2754 S_SORCFX4_1, // 2755 S_SORCFX4_2, // 2756 S_SORCFX4_3, // 2757 S_SORCFX4_D1, // 2758 S_SORCFX4_D2, // 2759 S_SORCFX4_D3, // 2760 S_SORCFX4_D4, // 2761 S_SORCFX4_D5, // 2762 S_SORCSPARK1, // 2763 S_SORCSPARK2, // 2764 S_SORCSPARK3, // 2765 S_SORCSPARK4, // 2766 S_SORCSPARK5, // 2767 S_SORCSPARK6, // 2768 S_SORCSPARK7, // 2769 S_BLASTEFFECT1, // 2770 S_BLASTEFFECT2, // 2771 S_BLASTEFFECT3, // 2772 S_BLASTEFFECT4, // 2773 S_BLASTEFFECT5, // 2774 S_BLASTEFFECT6, // 2775 S_BLASTEFFECT7, // 2776 S_BLASTEFFECT8, // 2777 S_BLASTEFFECT9, // 2778 S_WATERDRIP1, // 2779 S_KORAX_LOOK1, // 2780 S_KORAX_CHASE1, // 2781 S_KORAX_CHASE2, // 2782 S_KORAX_CHASE3, // 2783 S_KORAX_CHASE4, // 2784 S_KORAX_CHASE5, // 2785 S_KORAX_CHASE6, // 2786 S_KORAX_CHASE7, // 2787 S_KORAX_CHASE8, // 2788 S_KORAX_CHASE9, // 2789 S_KORAX_CHASE0, // 2790 S_KORAX_CHASEA, // 2791 S_KORAX_CHASEB, // 2792 S_KORAX_CHASEC, // 2793 S_KORAX_CHASED, // 2794 S_KORAX_CHASEE, // 2795 S_KORAX_CHASEF, // 2796 S_KORAX_PAIN1, // 2797 S_KORAX_PAIN2, // 2798 S_KORAX_ATTACK1, // 2799 S_KORAX_ATTACK2, // 2800 S_KORAX_MISSILE1, // 2801 S_KORAX_MISSILE2, // 2802 S_KORAX_MISSILE3, // 2803 S_KORAX_COMMAND1, // 2804 S_KORAX_COMMAND2, // 2805 S_KORAX_COMMAND3, // 2806 S_KORAX_COMMAND4, // 2807 S_KORAX_COMMAND5, // 2808 S_KORAX_DEATH1, // 2809 S_KORAX_DEATH2, // 2810 S_KORAX_DEATH3, // 2811 S_KORAX_DEATH4, // 2812 S_KORAX_DEATH5, // 2813 S_KORAX_DEATH6, // 2814 S_KORAX_DEATH7, // 2815 S_KORAX_DEATH8, // 2816 S_KORAX_DEATH9, // 2817 S_KORAX_DEATH0, // 2818 S_KORAX_DEATHA, // 2819 S_KORAX_DEATHB, // 2820 S_KORAX_DEATHC, // 2821 S_KORAX_DEATHD, // 2822 S_KSPIRIT_ROAM1, // 2823 S_KSPIRIT_ROAM2, // 2824 S_KSPIRIT_DEATH1, // 2825 S_KSPIRIT_DEATH2, // 2826 S_KSPIRIT_DEATH3, // 2827 S_KSPIRIT_DEATH4, // 2828 S_KSPIRIT_DEATH5, // 2829 S_KSPIRIT_DEATH6, // 2830 S_KBOLT1, // 2831 S_KBOLT2, // 2832 S_KBOLT3, // 2833 S_KBOLT4, // 2834 S_KBOLT5, // 2835 S_KBOLT6, // 2836 S_KBOLT7, // 2837 S_SPAWNBATS1, // 2838 S_SPAWNBATS2, // 2839 S_SPAWNBATS3, // 2840 S_SPAWNBATS_OFF, // 2841 S_BAT1, // 2842 S_BAT2, // 2843 S_BAT3, // 2844 S_BAT_DEATH, // 2845 S_CAMERA, // 2846 S_TEMPSOUNDORIGIN1, // 2847 NUMSTATES // 2848 } statenum_t; // Map objects. typedef enum { MT_NONE = -1, MT_FIRST = 0, MT_MAPSPOT = MT_FIRST, // 000 MT_MAPSPOTGRAVITY, // 001 MT_FIREBALL1, // 002 MT_ARROW, // 003 MT_DART, // 004 MT_POISONDART, // 005 MT_RIPPERBALL, // 006 MT_PROJECTILE_BLADE, // 007 MT_ICESHARD, // 008 MT_FLAME_SMALL_TEMP, // 009 MT_FLAME_LARGE_TEMP, // 010 MT_FLAME_SMALL, // 011 MT_FLAME_LARGE, // 012 MT_HEALINGBOTTLE, // 013 MT_HEALTHFLASK, // 014 MT_ARTIFLY, // 015 MT_ARTIINVULNERABILITY, // 016 MT_SUMMONMAULATOR, // 017 MT_SUMMON_FX, // 018 MT_THRUSTFLOOR_UP, // 019 MT_THRUSTFLOOR_DOWN, // 020 MT_TELEPORTOTHER, // 021 MT_TELOTHER_FX1, // 022 MT_TELOTHER_FX2, // 023 MT_TELOTHER_FX3, // 024 MT_TELOTHER_FX4, // 025 MT_TELOTHER_FX5, // 026 MT_DIRT1, // 027 MT_DIRT2, // 028 MT_DIRT3, // 029 MT_DIRT4, // 030 MT_DIRT5, // 031 MT_DIRT6, // 032 MT_DIRTCLUMP, // 033 MT_ROCK1, // 034 MT_ROCK2, // 035 MT_ROCK3, // 036 MT_FOGSPAWNER, // 037 MT_FOGPATCHS, // 038 MT_FOGPATCHM, // 039 MT_FOGPATCHL, // 040 MT_QUAKE_FOCUS, // 041 MT_SGSHARD1, // 042 MT_SGSHARD2, // 043 MT_SGSHARD3, // 044 MT_SGSHARD4, // 045 MT_SGSHARD5, // 046 MT_SGSHARD6, // 047 MT_SGSHARD7, // 048 MT_SGSHARD8, // 049 MT_SGSHARD9, // 050 MT_SGSHARD0, // 051 MT_ARTIEGG, // 052 MT_EGGFX, // 053 MT_ARTISUPERHEAL, // 054 MT_ZWINGEDSTATUENOSKULL, // 055 MT_ZGEMPEDESTAL, // 056 MT_ARTIPUZZSKULL, // 057 MT_ARTIPUZZGEMBIG, // 058 MT_ARTIPUZZGEMRED, // 059 MT_ARTIPUZZGEMGREEN1, // 060 MT_ARTIPUZZGEMGREEN2, // 061 MT_ARTIPUZZGEMBLUE1, // 062 MT_ARTIPUZZGEMBLUE2, // 063 MT_ARTIPUZZBOOK1, // 064 MT_ARTIPUZZBOOK2, // 065 MT_ARTIPUZZSKULL2, // 066 MT_ARTIPUZZFWEAPON, // 067 MT_ARTIPUZZCWEAPON, // 068 MT_ARTIPUZZMWEAPON, // 069 MT_ARTIPUZZGEAR, // 070 MT_ARTIPUZZGEAR2, // 071 MT_ARTIPUZZGEAR3, // 072 MT_ARTIPUZZGEAR4, // 073 MT_ARTITORCH, // 074 MT_FIREBOMB, // 075 MT_ARTITELEPORT, // 076 MT_ARTIPOISONBAG, // 077 MT_POISONBAG, // 078 MT_POISONCLOUD, // 079 MT_THROWINGBOMB, // 080 MT_SPEEDBOOTS, // 081 MT_BOOSTMANA, // 082 MT_BOOSTARMOR, // 083 MT_BLASTRADIUS, // 084 MT_HEALRADIUS, // 085 MT_SPLASH, // 086 MT_SPLASHBASE, // 087 MT_LAVASPLASH, // 088 MT_LAVASMOKE, // 089 MT_SLUDGECHUNK, // 090 MT_SLUDGESPLASH, // 091 MT_MISC0, // 092 MT_MISC1, // 093 MT_MISC2, // 094 MT_MISC3, // 095 MT_MISC4, // 096 MT_MISC5, // 097 MT_MISC6, // 098 MT_MISC7, // 099 MT_MISC8, // 100 MT_TREEDESTRUCTIBLE, // 101 MT_MISC9, // 102 MT_MISC10, // 103 MT_MISC11, // 104 MT_MISC12, // 105 MT_MISC13, // 106 MT_MISC14, // 107 MT_MISC15, // 108 MT_MISC16, // 109 MT_MISC17, // 110 MT_MISC18, // 111 MT_MISC19, // 112 MT_MISC20, // 113 MT_MISC21, // 114 MT_MISC22, // 115 MT_MISC23, // 116 MT_MISC24, // 117 MT_MISC25, // 118 MT_MISC26, // 119 MT_MISC27, // 120 MT_MISC28, // 121 MT_MISC29, // 122 MT_MISC30, // 123 MT_MISC31, // 124 MT_MISC32, // 125 MT_MISC33, // 126 MT_MISC34, // 127 MT_MISC35, // 128 MT_MISC36, // 129 MT_MISC37, // 130 MT_MISC38, // 131 MT_MISC39, // 132 MT_MISC40, // 133 MT_MISC41, // 134 MT_MISC42, // 135 MT_MISC43, // 136 MT_MISC44, // 137 MT_MISC45, // 138 MT_MISC46, // 139 MT_MISC47, // 140 MT_MISC48, // 141 MT_MISC49, // 142 MT_MISC50, // 143 MT_MISC51, // 144 MT_MISC52, // 145 MT_MISC53, // 146 MT_MISC54, // 147 MT_MISC55, // 148 MT_MISC56, // 149 MT_MISC57, // 150 MT_MISC58, // 151 MT_MISC59, // 152 MT_MISC60, // 153 MT_MISC61, // 154 MT_MISC62, // 155 MT_MISC63, // 156 MT_MISC64, // 157 MT_MISC65, // 158 MT_MISC66, // 159 MT_MISC67, // 160 MT_MISC68, // 161 MT_MISC69, // 162 MT_MISC70, // 163 MT_MISC71, // 164 MT_MISC72, // 165 MT_MISC73, // 166 MT_MISC74, // 167 MT_MISC75, // 168 MT_MISC76, // 169 MT_POTTERY1, // 170 MT_POTTERY2, // 171 MT_POTTERY3, // 172 MT_POTTERYBIT1, // 173 MT_MISC77, // 174 MT_ZLYNCHED_NOHEART, // 175 MT_MISC78, // 176 MT_CORPSEBIT, // 177 MT_CORPSEBLOODDRIP, // 178 MT_BLOODPOOL, // 179 MT_MISC79, // 180 MT_MISC80, // 181 MT_LEAF1, // 182 MT_LEAF2, // 183 MT_ZTWINEDTORCH, // 184 MT_ZTWINEDTORCH_UNLIT, // 185 MT_BRIDGE, // 186 MT_BRIDGEBALL, // 187 MT_ZWALLTORCH, // 188 MT_ZWALLTORCH_UNLIT, // 189 MT_ZBARREL, // 190 MT_ZSHRUB1, // 191 MT_ZSHRUB2, // 192 MT_ZBUCKET, // 193 MT_ZPOISONSHROOM, // 194 MT_ZFIREBULL, // 195 MT_ZFIREBULL_UNLIT, // 196 MT_FIRETHING, // 197 MT_BRASSTORCH, // 198 MT_ZSUITOFARMOR, // 199 MT_ZARMORCHUNK, // 200 MT_ZBELL, // 201 MT_ZBLUE_CANDLE, // 202 MT_ZIRON_MAIDEN, // 203 MT_ZXMAS_TREE, // 204 MT_ZCAULDRON, // 205 MT_ZCAULDRON_UNLIT, // 206 MT_ZCHAINBIT32, // 207 MT_ZCHAINBIT64, // 208 MT_ZCHAINEND_HEART, // 209 MT_ZCHAINEND_HOOK1, // 210 MT_ZCHAINEND_HOOK2, // 211 MT_ZCHAINEND_SPIKE, // 212 MT_ZCHAINEND_SKULL, // 213 MT_TABLE_SHIT1, // 214 MT_TABLE_SHIT2, // 215 MT_TABLE_SHIT3, // 216 MT_TABLE_SHIT4, // 217 MT_TABLE_SHIT5, // 218 MT_TABLE_SHIT6, // 219 MT_TABLE_SHIT7, // 220 MT_TABLE_SHIT8, // 221 MT_TABLE_SHIT9, // 222 MT_TABLE_SHIT10, // 223 MT_TFOG, // 224 MT_MISC81, // 225 MT_TELEPORTMAN, // 226 MT_PUNCHPUFF, // 227 MT_FW_AXE, // 228 MT_AXEPUFF, // 229 MT_AXEPUFF_GLOW, // 230 MT_AXEBLOOD, // 231 MT_FW_HAMMER, // 232 MT_HAMMER_MISSILE, // 233 MT_HAMMERPUFF, // 234 MT_FSWORD_MISSILE, // 235 MT_FSWORD_FLAME, // 236 MT_CW_SERPSTAFF, // 237 MT_CSTAFF_MISSILE, // 238 MT_CSTAFFPUFF, // 239 MT_CW_FLAME, // 240 MT_CFLAMEFLOOR, // 241 MT_FLAMEPUFF, // 242 MT_FLAMEPUFF2, // 243 MT_CIRCLEFLAME, // 244 MT_CFLAME_MISSILE, // 245 MT_HOLY_FX, // 246 MT_HOLY_TAIL, // 247 MT_HOLY_PUFF, // 248 MT_HOLY_MISSILE, // 249 MT_HOLY_MISSILE_PUFF, // 250 MT_MWANDPUFF, // 251 MT_MWANDSMOKE, // 252 MT_MWAND_MISSILE, // 253 MT_MW_LIGHTNING, // 254 MT_LIGHTNING_CEILING, // 255 MT_LIGHTNING_FLOOR, // 256 MT_LIGHTNING_ZAP, // 257 MT_MSTAFF_FX, // 258 MT_MSTAFF_FX2, // 259 MT_FW_SWORD1, // 260 MT_FW_SWORD2, // 261 MT_FW_SWORD3, // 262 MT_CW_HOLY1, // 263 MT_CW_HOLY2, // 264 MT_CW_HOLY3, // 265 MT_MW_STAFF1, // 266 MT_MW_STAFF2, // 267 MT_MW_STAFF3, // 268 MT_SNOUTPUFF, // 269 MT_MW_CONE, // 270 MT_SHARDFX1, // 271 MT_BLOOD, // 272 MT_BLOODSPLATTER, // 273 MT_GIBS, // 274 MT_PLAYER_FIGHTER, // 275 MT_BLOODYSKULL, // 276 MT_PLAYER_SPEED, // 277 MT_ICECHUNK, // 278 MT_PLAYER_CLERIC, // 279 MT_PLAYER_MAGE, // 280 MT_PIGPLAYER, // 281 MT_PIG, // 282 MT_CENTAUR, // 283 MT_CENTAURLEADER, // 284 MT_CENTAUR_FX, // 285 MT_CENTAUR_SHIELD, // 286 MT_CENTAUR_SWORD, // 287 MT_DEMON, // 288 MT_DEMONCHUNK1, // 289 MT_DEMONCHUNK2, // 290 MT_DEMONCHUNK3, // 291 MT_DEMONCHUNK4, // 292 MT_DEMONCHUNK5, // 293 MT_DEMONFX1, // 294 MT_DEMON2, // 295 MT_DEMON2CHUNK1, // 296 MT_DEMON2CHUNK2, // 297 MT_DEMON2CHUNK3, // 298 MT_DEMON2CHUNK4, // 299 MT_DEMON2CHUNK5, // 300 MT_DEMON2FX1, // 301 MT_WRAITHB, // 302 MT_WRAITH, // 303 MT_WRAITHFX1, // 304 MT_WRAITHFX2, // 305 MT_WRAITHFX3, // 306 MT_WRAITHFX4, // 307 MT_WRAITHFX5, // 308 MT_MINOTAUR, // 309 MT_MNTRFX1, // 310 MT_MNTRFX2, // 311 MT_MNTRFX3, // 312 MT_MNTRSMOKE, // 313 MT_MNTRSMOKEEXIT, // 314 MT_SERPENT, // 315 MT_SERPENTLEADER, // 316 MT_SERPENTFX, // 317 MT_SERPENT_HEAD, // 318 MT_SERPENT_GIB1, // 319 MT_SERPENT_GIB2, // 320 MT_SERPENT_GIB3, // 321 MT_BISHOP, // 322 MT_BISHOP_PUFF, // 323 MT_BISHOPBLUR, // 324 MT_BISHOPPAINBLUR, // 325 MT_BISH_FX, // 326 MT_DRAGON, // 327 MT_DRAGON_FX, // 328 MT_DRAGON_FX2, // 329 MT_ARMOR_1, // 330 MT_ARMOR_2, // 331 MT_ARMOR_3, // 332 MT_ARMOR_4, // 333 MT_MANA1, // 334 MT_MANA2, // 335 MT_MANA3, // 336 MT_KEY1, // 337 MT_KEY2, // 338 MT_KEY3, // 339 MT_KEY4, // 340 MT_KEY5, // 341 MT_KEY6, // 342 MT_KEY7, // 343 MT_KEY8, // 344 MT_KEY9, // 345 MT_KEYA, // 346 MT_KEYB, // 347 MT_SOUNDWIND, // 348 MT_SOUNDWATERFALL, // 349 MT_ETTIN, // 350 MT_ETTIN_MACE, // 351 MT_FIREDEMON, // 352 MT_FIREDEMON_SPLOTCH1, // 353 MT_FIREDEMON_SPLOTCH2, // 354 MT_FIREDEMON_FX1, // 355 MT_FIREDEMON_FX2, // 356 MT_FIREDEMON_FX3, // 357 MT_FIREDEMON_FX4, // 358 MT_FIREDEMON_FX5, // 359 MT_FIREDEMON_FX6, // 360 MT_ICEGUY, // 361 MT_ICEGUY_FX, // 362 MT_ICEFX_PUFF, // 363 MT_ICEGUY_FX2, // 364 MT_ICEGUY_BIT, // 365 MT_ICEGUY_WISP1, // 366 MT_ICEGUY_WISP2, // 367 MT_FIGHTER_BOSS, // 368 MT_CLERIC_BOSS, // 369 MT_MAGE_BOSS, // 370 MT_SORCBOSS, // 371 MT_SORCBALL1, // 372 MT_SORCBALL2, // 373 MT_SORCBALL3, // 374 MT_SORCFX1, // 375 MT_SORCFX2, // 376 MT_SORCFX2_T1, // 377 MT_SORCFX3, // 378 MT_SORCFX3_EXPLOSION, // 379 MT_SORCFX4, // 380 MT_SORCSPARK1, // 381 MT_BLASTEFFECT, // 382 MT_WATER_DRIP, // 383 MT_KORAX, // 384 MT_KORAX_SPIRIT1, // 385 MT_KORAX_SPIRIT2, // 386 MT_KORAX_SPIRIT3, // 387 MT_KORAX_SPIRIT4, // 388 MT_KORAX_SPIRIT5, // 389 MT_KORAX_SPIRIT6, // 390 MT_DEMON_MASH, // 391 MT_DEMON2_MASH, // 392 MT_ETTIN_MASH, // 393 MT_CENTAUR_MASH, // 394 MT_KORAX_BOLT, // 395 MT_BAT_SPAWNER, // 396 MT_BAT, // 397 MT_CAMERA, // 398 MT_TEMPSOUNDORIGIN, // 399 NUMMOBJTYPES // 400 } mobjtype_t; // Text. typedef enum { TXT_PRESSKEY, TXT_PRESSYN, TXT_TXT_PAUSED, TXT_QUITMSG, TXT_LOADNET, TXT_QLOADNET, TXT_QSAVESPOT, TXT_SAVEDEAD, TXT_QSPROMPT, TXT_QLPROMPT, TXT_NEWGAME, TXT_MSGOFF, TXT_MSGON, TXT_NETEND, TXT_ENDGAME, TXT_DOSY, TXT_TXT_GAMMA_LEVEL_OFF, TXT_TXT_GAMMA_LEVEL_1, TXT_TXT_GAMMA_LEVEL_2, TXT_TXT_GAMMA_LEVEL_3, TXT_TXT_GAMMA_LEVEL_4, TXT_EMPTYSTRING, TXT_TXT_MANA_1, TXT_TXT_MANA_2, TXT_TXT_MANA_BOTH, TXT_TXT_KEY_STEEL, TXT_TXT_KEY_CAVE, TXT_TXT_KEY_AXE, TXT_TXT_KEY_FIRE, TXT_TXT_KEY_EMERALD, TXT_TXT_KEY_DUNGEON, TXT_TXT_KEY_SILVER, TXT_TXT_KEY_RUSTED, TXT_TXT_KEY_HORN, TXT_TXT_KEY_SWAMP, TXT_TXT_KEY_CASTLE, TXT_TXT_INV_INVULNERABILITY, TXT_TXT_INV_HEALTH, TXT_TXT_INV_SUPERHEALTH, TXT_TXT_INV_SUMMON, TXT_TXT_INV_TORCH, TXT_TXT_INV_EGG, TXT_TXT_INV_FLY, TXT_TXT_INV_TELEPORT, TXT_TXT_INV_POISONBAG, TXT_TXT_INV_TELEPORTOTHER, TXT_TXT_INV_SPEED, TXT_TXT_INV_BOOSTMANA, TXT_TXT_INV_BOOSTARMOR, TXT_TXT_INV_BLASTRADIUS, TXT_TXT_INV_HEALINGRADIUS, TXT_TXT_INV_PUZZSKULL, TXT_TXT_INV_PUZZGEMBIG, TXT_TXT_INV_PUZZGEMRED, TXT_TXT_INV_PUZZGEMGREEN1, TXT_TXT_INV_PUZZGEMGREEN2, TXT_TXT_INV_PUZZGEMBLUE1, TXT_TXT_INV_PUZZGEMBLUE2, TXT_TXT_INV_PUZZBOOK1, TXT_TXT_INV_PUZZBOOK2, TXT_TXT_INV_PUZZSKULL2, TXT_TXT_INV_PUZZFWEAPON, TXT_TXT_INV_PUZZCWEAPON, TXT_TXT_INV_PUZZMWEAPON, TXT_TXT_INV_PUZZGEAR1, TXT_TXT_INV_PUZZGEAR2, TXT_TXT_INV_PUZZGEAR3, TXT_TXT_INV_PUZZGEAR4, TXT_TXT_USEPUZZLEFAILED, TXT_TXT_ITEMHEALTH, TXT_TXT_ITEMBAGOFHOLDING, TXT_TXT_ITEMSHIELD1, TXT_TXT_ITEMSHIELD2, TXT_TXT_ITEMSUPERMAP, TXT_TXT_ARMOR1, TXT_TXT_ARMOR2, TXT_TXT_ARMOR3, TXT_TXT_ARMOR4, TXT_TXT_WEAPON_F2, TXT_TXT_WEAPON_F3, TXT_TXT_WEAPON_F4, TXT_TXT_WEAPON_C2, TXT_TXT_WEAPON_C3, TXT_TXT_WEAPON_C4, TXT_TXT_WEAPON_M2, TXT_TXT_WEAPON_M3, TXT_TXT_WEAPON_M4, TXT_TXT_QUIETUS_PIECE, TXT_TXT_WRAITHVERGE_PIECE, TXT_TXT_BLOODSCOURGE_PIECE, TXT_TXT_CHEATGODON, TXT_TXT_CHEATGODOFF, TXT_TXT_CHEATNOCLIPON, TXT_TXT_CHEATNOCLIPOFF, TXT_TXT_CHEATWEAPONS, TXT_TXT_CHEATHEALTH, TXT_TXT_CHEATKEYS, TXT_TXT_CHEATSOUNDON, TXT_TXT_CHEATSOUNDOFF, TXT_TXT_CHEATTICKERON, TXT_TXT_CHEATTICKEROFF, TXT_TXT_CHEATINVITEMS3, TXT_TXT_CHEATITEMSFAIL, TXT_TXT_CHEATWARP, TXT_TXT_CHEATSCREENSHOT, TXT_TXT_CHEATIDDQD, TXT_TXT_CHEATIDKFA, TXT_TXT_CHEATBADINPUT, TXT_TXT_CHEATNOMAP, TXT_TXT_GAMESAVED, TXT_HUSTR_CHATMACRO0, TXT_HUSTR_CHATMACRO1, TXT_HUSTR_CHATMACRO2, TXT_HUSTR_CHATMACRO3, TXT_HUSTR_CHATMACRO4, TXT_HUSTR_CHATMACRO5, TXT_HUSTR_CHATMACRO6, TXT_HUSTR_CHATMACRO7, TXT_HUSTR_CHATMACRO8, TXT_HUSTR_CHATMACRO9, TXT_AMSTR_FOLLOWON, TXT_AMSTR_FOLLOWOFF, TXT_LOADMISSING, TXT_AMSTR_ROTATEON, TXT_AMSTR_ROTATEOFF, TXT_AMSTR_GRIDON, TXT_AMSTR_GRIDOFF, TXT_AMSTR_MARKEDSPOT, TXT_AMSTR_MARKSCLEARED, TXT_SAVEOUTMAP, TXT_ENDNOGAME, TXT_SUICIDEOUTMAP, TXT_SUICIDEASK, TXT_PICKGAMETYPE, TXT_SINGLEPLAYER, TXT_MULTIPLAYER, TXT_NOTDESIGNEDFOR, TXT_GAMESETUP, TXT_PLAYERSETUP, TXT_DISCONNECT, TXT_RANDOMPLAYERCLASS, TXT_PLAYERCLASS1, TXT_PLAYERCLASS2, TXT_PLAYERCLASS3, TXT_PLAYERCLASS4, TXT_SKILLF1, TXT_SKILLF2, TXT_SKILLF3, TXT_SKILLF4, TXT_SKILLF5, TXT_SKILLC1, TXT_SKILLC2, TXT_SKILLC3, TXT_SKILLC4, TXT_SKILLC5, TXT_SKILLM1, TXT_SKILLM2, TXT_SKILLM3, TXT_SKILLM4, TXT_SKILLM5, TXT_DELETESAVEGAME_CONFIRM, TXT_REBORNLOAD_CONFIRM, NUMTEXT } textenum_t; // Sounds. typedef enum { SFX_NONE, SFX_PLAYER_FIGHTER_NORMAL_DEATH, SFX_PLAYER_FIGHTER_CRAZY_DEATH, SFX_PLAYER_FIGHTER_EXTREME1_DEATH, SFX_PLAYER_FIGHTER_EXTREME2_DEATH, SFX_PLAYER_FIGHTER_EXTREME3_DEATH, SFX_PLAYER_FIGHTER_BURN_DEATH, SFX_PLAYER_CLERIC_NORMAL_DEATH, SFX_PLAYER_CLERIC_CRAZY_DEATH, SFX_PLAYER_CLERIC_EXTREME1_DEATH, SFX_PLAYER_CLERIC_EXTREME2_DEATH, SFX_PLAYER_CLERIC_EXTREME3_DEATH, SFX_PLAYER_CLERIC_BURN_DEATH, SFX_PLAYER_MAGE_NORMAL_DEATH, SFX_PLAYER_MAGE_CRAZY_DEATH, SFX_PLAYER_MAGE_EXTREME1_DEATH, SFX_PLAYER_MAGE_EXTREME2_DEATH, SFX_PLAYER_MAGE_EXTREME3_DEATH, SFX_PLAYER_MAGE_BURN_DEATH, SFX_PLAYER_FIGHTER_PAIN, SFX_PLAYER_CLERIC_PAIN, SFX_PLAYER_MAGE_PAIN, SFX_PLAYER_FIGHTER_GRUNT, SFX_PLAYER_CLERIC_GRUNT, SFX_PLAYER_MAGE_GRUNT, SFX_PLAYER_LAND, SFX_PLAYER_POISONCOUGH, SFX_PLAYER_FIGHTER_FALLING_SCREAM, SFX_PLAYER_CLERIC_FALLING_SCREAM, SFX_PLAYER_MAGE_FALLING_SCREAM, SFX_PLAYER_FALLING_SPLAT, SFX_PLAYER_FIGHTER_FAILED_USE, SFX_PLAYER_CLERIC_FAILED_USE, SFX_PLAYER_MAGE_FAILED_USE, SFX_PLATFORM_START, SFX_PLATFORM_STARTMETAL, SFX_PLATFORM_STOP, SFX_STONE_MOVE, SFX_METAL_MOVE, SFX_DOOR_OPEN, SFX_DOOR_LOCKED, SFX_DOOR_METAL_OPEN, SFX_DOOR_METAL_CLOSE, SFX_DOOR_LIGHT_CLOSE, SFX_DOOR_HEAVY_CLOSE, SFX_DOOR_CREAK, SFX_PICKUP_WEAPON, SFX_PICKUP_ITEM, SFX_PICKUP_KEY, SFX_PICKUP_PUZZ, SFX_PICKUP_PIECE, SFX_WEAPON_BUILD, SFX_INVENTORY_USE, SFX_INVITEM_BLAST, SFX_TELEPORT, SFX_THUNDER_CRASH, SFX_FIGHTER_PUNCH_MISS, SFX_FIGHTER_PUNCH_HITTHING, SFX_FIGHTER_PUNCH_HITWALL, SFX_FIGHTER_GRUNT, SFX_FIGHTER_AXE_HITTHING, SFX_FIGHTER_HAMMER_MISS, SFX_FIGHTER_HAMMER_HITTHING, SFX_FIGHTER_HAMMER_HITWALL, SFX_FIGHTER_HAMMER_CONTINUOUS, SFX_FIGHTER_HAMMER_EXPLODE, SFX_FIGHTER_SWORD_FIRE, SFX_FIGHTER_SWORD_EXPLODE, SFX_CLERIC_CSTAFF_FIRE, SFX_CLERIC_CSTAFF_EXPLODE, SFX_CLERIC_CSTAFF_HITTHING, SFX_CLERIC_FLAME_FIRE, SFX_CLERIC_FLAME_EXPLODE, SFX_CLERIC_FLAME_CIRCLE, SFX_MAGE_WAND_FIRE, SFX_MAGE_LIGHTNING_FIRE, SFX_MAGE_LIGHTNING_ZAP, SFX_MAGE_LIGHTNING_CONTINUOUS, SFX_MAGE_LIGHTNING_READY, SFX_MAGE_SHARDS_FIRE, SFX_MAGE_SHARDS_EXPLODE, SFX_MAGE_STAFF_FIRE, SFX_MAGE_STAFF_EXPLODE, SFX_SWITCH1, SFX_SWITCH2, SFX_SERPENT_SIGHT, SFX_SERPENT_ACTIVE, SFX_SERPENT_PAIN, SFX_SERPENT_ATTACK, SFX_SERPENT_MELEEHIT, SFX_SERPENT_DEATH, SFX_SERPENT_BIRTH, SFX_SERPENTFX_CONTINUOUS, SFX_SERPENTFX_HIT, SFX_POTTERY_EXPLODE, SFX_DRIP, SFX_CENTAUR_SIGHT, SFX_CENTAUR_ACTIVE, SFX_CENTAUR_PAIN, SFX_CENTAUR_ATTACK, SFX_CENTAUR_DEATH, SFX_CENTAURLEADER_ATTACK, SFX_CENTAUR_MISSILE_EXPLODE, SFX_WIND, SFX_BISHOP_SIGHT, SFX_BISHOP_ACTIVE, SFX_BISHOP_PAIN, SFX_BISHOP_ATTACK, SFX_BISHOP_DEATH, SFX_BISHOP_MISSILE_EXPLODE, SFX_BISHOP_BLUR, SFX_DEMON_SIGHT, SFX_DEMON_ACTIVE, SFX_DEMON_PAIN, SFX_DEMON_ATTACK, SFX_DEMON_MISSILE_FIRE, SFX_DEMON_MISSILE_EXPLODE, SFX_DEMON_DEATH, SFX_WRAITH_SIGHT, SFX_WRAITH_ACTIVE, SFX_WRAITH_PAIN, SFX_WRAITH_ATTACK, SFX_WRAITH_MISSILE_FIRE, SFX_WRAITH_MISSILE_EXPLODE, SFX_WRAITH_DEATH, SFX_PIG_ACTIVE1, SFX_PIG_ACTIVE2, SFX_PIG_PAIN, SFX_PIG_ATTACK, SFX_PIG_DEATH, SFX_MAULATOR_SIGHT, SFX_MAULATOR_ACTIVE, SFX_MAULATOR_PAIN, SFX_MAULATOR_HAMMER_SWING, SFX_MAULATOR_HAMMER_HIT, SFX_MAULATOR_MISSILE_HIT, SFX_MAULATOR_DEATH, SFX_FREEZE_DEATH, SFX_FREEZE_SHATTER, SFX_ETTIN_SIGHT, SFX_ETTIN_ACTIVE, SFX_ETTIN_PAIN, SFX_ETTIN_ATTACK, SFX_ETTIN_DEATH, SFX_FIRED_SPAWN, SFX_FIRED_ACTIVE, SFX_FIRED_PAIN, SFX_FIRED_ATTACK, SFX_FIRED_MISSILE_HIT, SFX_FIRED_DEATH, SFX_ICEGUY_SIGHT, SFX_ICEGUY_ACTIVE, SFX_ICEGUY_ATTACK, SFX_ICEGUY_FX_EXPLODE, SFX_SORCERER_SIGHT, SFX_SORCERER_ACTIVE, SFX_SORCERER_PAIN, SFX_SORCERER_SPELLCAST, SFX_SORCERER_BALLWOOSH, SFX_SORCERER_DEATHSCREAM, SFX_SORCERER_BISHOPSPAWN, SFX_SORCERER_BALLPOP, SFX_SORCERER_BALLBOUNCE, SFX_SORCERER_BALLEXPLODE, SFX_SORCERER_BIGBALLEXPLODE, SFX_SORCERER_HEADSCREAM, SFX_DRAGON_SIGHT, SFX_DRAGON_ACTIVE, SFX_DRAGON_WINGFLAP, SFX_DRAGON_ATTACK, SFX_DRAGON_PAIN, SFX_DRAGON_DEATH, SFX_DRAGON_FIREBALL_EXPLODE, SFX_KORAX_SIGHT, SFX_KORAX_ACTIVE, SFX_KORAX_PAIN, SFX_KORAX_ATTACK, SFX_KORAX_COMMAND, SFX_KORAX_DEATH, SFX_KORAX_STEP, SFX_THRUSTSPIKE_RAISE, SFX_THRUSTSPIKE_LOWER, SFX_STAINEDGLASS_SHATTER, SFX_FLECHETTE_BOUNCE, SFX_FLECHETTE_EXPLODE, SFX_LAVA_MOVE, SFX_WATER_MOVE, SFX_ICE_STARTMOVE, SFX_EARTH_STARTMOVE, SFX_WATER_SPLASH, SFX_LAVA_SIZZLE, SFX_SLUDGE_GLOOP, SFX_CHOLY_FIRE, SFX_SPIRIT_ACTIVE, SFX_SPIRIT_ATTACK, SFX_SPIRIT_DIE, SFX_VALVE_TURN, SFX_ROPE_PULL, SFX_FLY_BUZZ, SFX_IGNITE, SFX_PUZZLE_SUCCESS, SFX_PUZZLE_FAIL_FIGHTER, SFX_PUZZLE_FAIL_CLERIC, SFX_PUZZLE_FAIL_MAGE, SFX_EARTHQUAKE, SFX_BELLRING, SFX_TREE_BREAK, SFX_TREE_EXPLODE, SFX_SUITOFARMOR_BREAK, SFX_POISONSHROOM_PAIN, SFX_POISONSHROOM_DEATH, SFX_AMBIENT1, SFX_AMBIENT2, SFX_AMBIENT3, SFX_AMBIENT4, SFX_AMBIENT5, SFX_AMBIENT6, SFX_AMBIENT7, SFX_AMBIENT8, SFX_AMBIENT9, SFX_AMBIENT10, SFX_AMBIENT11, SFX_AMBIENT12, SFX_AMBIENT13, SFX_AMBIENT14, SFX_AMBIENT15, SFX_STARTUP_TICK, SFX_SWITCH_OTHERLEVEL, SFX_RESPAWN, SFX_KORAX_VOICE_1, SFX_KORAX_VOICE_2, SFX_KORAX_VOICE_3, SFX_KORAX_VOICE_4, SFX_KORAX_VOICE_5, SFX_KORAX_VOICE_6, SFX_KORAX_VOICE_7, SFX_KORAX_VOICE_8, SFX_KORAX_VOICE_9, SFX_BAT_SCREAM, SFX_CHAT, SFX_MENU_MOVE, SFX_CLOCK_TICK, SFX_FIREBALL, SFX_PUPPYBEAT, SFX_MYSTICINCANT, NUMSFX } sfxenum_t; // Music. typedef enum { NUMMUSIC } musicenum_t; #endif doomsday-1.14.5/doomsday/plugins/hexen/include/m_cheat.h0000664000175000017500000000250412350542240022506 0ustar jaakkojaakko/** * @file m_cheat.h * Cheats - Hexen specific. @ingroup libhexen * * @author Copyright © 2006-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHEXEN_M_CHEAT_H #define LIBHEXEN_M_CHEAT_H #ifndef __JHEXEN__ # error "Using jHexen headers without __JHEXEN__" #endif #ifdef __cplusplus extern "C" { #endif /** * Register event sequence callbacks for all cheats. */ void G_RegisterCheats(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHEXEN_M_CHEAT_H doomsday-1.14.5/doomsday/plugins/hexen/res/0000775000175000017500000000000012350542240020102 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/res/jhexen.dll.manifest0000664000175000017500000000061212350542240023664 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/hexen/res/jhexen.ico0000664000175000017500000001114612350542240022062 0ustar jaakkojaakko(Fhn   (   ( @kh)NbF ey'=3L`{H#"X<@9Z7Y5oAVUI6-nm4 . T /  '/3210!87 654 ;#:9( A@?>=<&C.$%BGF ED,IH"! J#MLKO&N%$ )P ('  Q+*+T S,RV.U-( @( @PLmZ@MK-/FYQESN}{CaW \J?o"XV[_IcR 8; Ukfv5p^+t>9`B)r4O%&1 Db2y=(6e!0iGdg]hs,' xT*<z~$aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaadCaaaaaaaaaaaaaaaaaaaaaaaaaaaaCaaaaaaaaaaaaaaaaaaaaaaaaaaaqCaaaaaaaaaaaaaaaaaaaaaaaaaaaVqCaaaaaaaaaaaaaaaaaaaaaaaaawTaaaaaaaaaaaaaaaaaaaaaaaq& qCaaaaaaaaaaaaaaaqaaaaaaawdCaaaaaaaaaaaCdqaaaaaaaaqwT)dqCaaaaaaaadqVdaaaaaaaaaq--"Vaaaaaaaq"Caaaaaaaaaa)1E q)aaaaa)aaaaaaaaaaaaa)[[w&daaaCCaaaaaaaaaaaaaa)J!)qaa)aaaaaaaaaaaaaaaJ)q aaaaaaaaaaaaaaaaCVJ,)Vaaaaaaaaaaaaaaaaaaaad1,1V)Taaaaaaaaaaaaaaaaaaaaa,!)aaaaaaaaaaaaaaaaaaaaaaaCTJ-"&aaaaaaaaaaaaaaaaaaaaaaaaJ[11TqCaaaaaaaaaaaaaaaaaaaaaa!1Vqaaaaaaaaaaaaaaaaaaaaaad1!"aaaaaaaaaaaaaaaaaaaaaaT11daaaaaaaaaaaaaaaaaaC)[--&aaaaaaaaaaaaaaaaa)w"aaa-!waaaaaaaaaaaaaaaqVaaaaa& qaaaaaaaaaaaad) TCaaaaaaa "qqaaaaaaaaaaa)-aaaaaaaaa aaaaaaaaaaq)!"aaaaaaaaaaa aaaaaaaaaawT&EaaaaaaaaaaaaV)qCaaaaaaaaaaV&wE)aaaaaaaaaaaaaTaaaaaaaaaaa)"&aaaaaaaaaaaaaaaq"Caaaaaaaaaa)CaaaaaaaaaaaaaaaaaaCadoomsday-1.14.5/doomsday/plugins/hexen/res/.gitignore0000664000175000017500000000000612350542240022066 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/hexen/res/hexen.rc0000664000175000017500000000775512350542240021555 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2010 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""jhexen.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_DESC ""\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright "" PLUGIN_COPYRIGHT ""\0""\r\n" " VALUE ""OriginalFilename"", ""hexen.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif /** * Icons: * Icon with lowest ID value placed first to ensure application icon * remains consistent on all systems. */ IDI_GAME_ICON ICON DISCARDABLE "jhexen.ico" #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_DESC "\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright " PLUGIN_COPYRIGHT "\0" VALUE "OriginalFilename", "hexen.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/hexen/res/resource.h0000664000175000017500000000066612350542240022112 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by jhexen.rc // #define IDI_GAME_ICON 101 // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/hexen/hexen.pro0000664000175000017500000000463512350542240021152 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson include(../config_plugin.pri) include(../common/common.pri) include(../../dep_lzss.pri) include(../../dep_gui.pri) TEMPLATE = lib TARGET = hexen VERSION = $$JHEXEN_VERSION DEFINES += __JHEXEN__ gamedata.files = $$OUT_PWD/../../libhexen.pk3 macx { gamedata.path = Contents/Resources QMAKE_BUNDLE_DATA += gamedata } else { INSTALLS += target gamedata target.path = $$DENG_PLUGIN_LIB_DIR gamedata.path = $$DENG_DATA_DIR/jhexen } INCLUDEPATH += include HEADERS += \ include/a_action.h \ include/acfnlink.h \ include/acscript.h \ include/dstrings.h \ include/g_game.h \ include/h2def.h \ include/in_lude.h \ include/info.h \ include/jhexen.h \ include/m_cheat.h \ include/m_random.h \ include/p_enemy.h \ include/p_inter.h \ include/p_lights.h \ include/p_local.h \ include/p_mapinfo.h \ include/p_maputl.h \ include/p_mobj.h \ include/p_pillar.h \ include/p_pspr.h \ include/p_setup.h \ include/p_spec.h \ include/p_telept.h \ include/p_things.h \ include/p_waggle.h \ include/r_defs.h \ include/r_local.h \ include/s_sequence.h \ include/st_stuff.h \ include/textdefs.h \ include/version.h \ include/x_api.h \ include/x_config.h \ include/x_console.h \ include/x_event.h \ include/x_items.h \ include/x_main.h \ include/x_player.h \ include/x_refresh.h \ include/x_state.h \ include/x_think.h \ include/xddefs.h SOURCES += \ src/a_action.c \ src/acfnlink.c \ src/acscript.cpp \ src/h2_main.cpp \ src/hconsole.c \ src/hrefresh.c \ src/in_lude.c \ src/m_cheat.c \ src/m_random.c \ src/p_enemy.c \ src/p_inter.c \ src/p_lights.cpp \ src/p_mapinfo.cpp \ src/p_maputl.c \ src/p_mobj.c \ src/p_pillar.cpp \ src/p_pspr.c \ src/p_setup.c \ src/p_spec.c \ src/p_telept.c \ src/p_things.c \ src/p_waggle.cpp \ src/sn_sonix.cpp \ src/st_stuff.c \ src/tables.c \ src/x_api.c win32 { QMAKE_LFLAGS += /DEF:\"$$PWD/api/hexen.def\" OTHER_FILES += api/hexen.def RC_FILE = res/hexen.rc } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/hexen/data/0000775000175000017500000000000012350542240020222 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/data/conhelp.txt0000664000175000017500000005202312350542240022415 0ustar jaakkojaakko# Doomsday Help # Generated by conhelp.py out of libcommon, libhexen # # CONSOLE COMMANDS: libcommon # [beginchat] desc = Begin chat mode. [chatcancel] desc = Exit chat mode without sending the message. [chatcomplete] desc = Send the chat message and exit chat mode. [chatdelete] desc = Delete a character from the chat buffer. [chatsendmacro] desc = Send a chat macro. [coord] desc = Print the coordinates of the consoleplayer. [deletegamesave] desc = Deletes a game-save state. inf = Params: deletegamesave (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nA game save by name 'deletegamesave "running low on ammo"'\nLast game save in the "quick" slot, confirmed: 'deletegamesave quick confirm' [endcycle] desc = End map rotation. [endgame] desc = End the game. [helpscreen] desc = Show the Help screens. [kill] desc = Kill all the monsters on the map. [listmaps] desc = List all loaded maps. [loadgame] desc = Load a game-save or open the load menu. inf = Params: loadgame (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nOpen load menu: 'loadgame'\nLoading named game: 'loadgame "running low on ammo"'\nLoading current "quick" slot, confirmed: 'loadgame quick confirm'\nLoading slot #0: 'loadgame 0' [lockmode] desc = Set camera viewlock mode. inf = Params: lockmode (0-1). [makecam] desc = Toggle camera mode. inf = Params: makecam (playernum)\nFor example, 'makecam 1'. [makelocp] desc = Make local player. inf = Params: makelocp (playernum)\nFor example, 'makelocp 1'. [menu] desc = Open/Close the menu. [menuback] desc = Return to the previous menu page. [menudown] desc = Move the menu cursor down. [menuleft] desc = Move the menu cursor left. [menuright] desc = Move the menu cursor right. [menuselect] desc = Select/Accept the current menu item. [menuup] desc = Move the menu cursor up. [message] desc = Show a local game message. inf = Params: message (text)\nFor example, 'message "this is a message"' [messagecancel] desc = Trigger a "CANCEL" response in the message prompt. [messageno] desc = Trigger a "NO" response in the message prompt. [messageyes] desc = Trigger a "YES" response in the message prompt. [moveceil] desc = Move a sector's ceiling plane. [movefloor] desc = Move a sector's floor plane. [movesec] desc = Move a sector's both planes. [noclip] desc = Toggle movement clipping on/off, to walk through walls (cheat). [notarget] desc = Enemies will not target the player (cheat). [pause] desc = Pause the game (same as pressing the pause key). [quickload] desc = Load the quicksaved game. [quicksave] desc = Quicksave the game. [reveal] desc = Map cheat. inf = Params: reveal (0-4)\nModes:\n0=nothing\n1=show unseen\n2=full map\n3=map+things [savegame] desc = Create a new game-save or open the save menu. inf = Params: savegame (game-save-name||save-slot-num) (new game-save-name) (confirm)\nKeywords: last, quick\nFor example, 'savegame' opens the Save Menu\n 'savegame quick "running low on ammo"' saves to current "quick" slot\n 'savegame 0 "running low on ammo"' saves to slot #0 [screenshot] desc = Take a screenshot. inf = The screenshot is saved into the runtime directory. [setcolor] desc = Set player color. inf = Params: setcolor (playernum)\nFor example, 'setcolor 4'. [setlock] desc = Set camera viewlock. [spawnmobj] desc = Spawn a new mobj. [startcycle] desc = Begin map rotation. [startinf] desc = Start an InFine script. inf = Params: startinf (script-id)\nFor example, 'startinf coolscript'. [stopinf] desc = Stop the currently playing interlude/finale. [suicide] desc = Kill yourself. What did you think? [togglegamma] desc = Cycle gamma correction levels. [warp] desc = Warp to a map. [where] desc = Prints your map number and exact location. # # CONSOLE COMMANDS: libhexen # [cheat] desc = Issue a cheat code using the original Hexen cheats. inf = Params: cheat (cheat)\nFor example, 'cheat satan'. [class] desc = Change player class. inf = Params: class (classnumber). [demomode] desc = Set demo external camera mode. [give] desc = Cheat command to give you various kinds of things. inf = Params: give (stuff)\n(stuff) consists of one or more of (type:id). If no id, all is given:\n a - ammo\n h - health\n i - items\n k - keys\n p - puzzle\n r - armor\n w - weapons\nFor example, 'give ikw' gives items, keys and weapons.\n 'give w2k1' gives weapon two and key one. [god] desc = Toggle God mode (invulnerability). [pig] desc = Turn yourself into a pig. Go ahead. [runscript] desc = Run an ACS script. inf = Params: runscript (1-99). [scriptinfo] desc = Show information about all scripts or one particular script. [setclass] desc = Set player class. inf = Params: setclass (0-2). [spy] desc = Change the viewplayer when not in deathmatch. [stopfinale] desc = Stop the currently playing interlude/finale. # # CONSOLE VARIABLES: libcommon # [chat-beep] desc = 1=Play a beep sound when a new chat message arrives. [chat-macro0] desc = Chat macro 1. [chat-macro1] desc = Chat macro 2. [chat-macro2] desc = Chat macro 3. [chat-macro3] desc = Chat macro 4. [chat-macro4] desc = Chat macro 5. [chat-macro5] desc = Chat macro 6. [chat-macro6] desc = Chat macro 7. [chat-macro7] desc = Chat macro 8. [chat-macro8] desc = Chat macro 9. [chat-macro9] desc = Chat macro 10. [ctl-aim-noauto] desc = 1=Autoaiming disabled. [ctl-look-joy-delta] desc = 1=Joystick values => look angle delta. [ctl-look-joy-inverse] desc = 1=Inverse joystick look Y axis. [ctl-look-joy] desc = 1=Joystick look active. [ctl-look-pov] desc = 1=Look around using the POV hat. [ctl-look-speed] desc = The speed of looking up/down. [ctl-look-spring] desc = 1=Lookspring active. [ctl-run] desc = 1=Always run. [ctl-turn-speed] desc = The speed of turning left/right. [game-fastmonsters] desc = 1=Fast monsters in non-demo single player. [game-monsters-floatoverblocking] desc = 1=Allow floating monsters to attempt floating over blocking things (avoids getting stuck). [game-music] desc = Currently playing music (id). [game-pause-focuslost] desc = Pause the game when game window loses focus. [game-pause-mapstart-tics] desc = Number of 35 Hz tics to pause the game after a map has been loaded.\n-1=Use the value of 'con-transition-tics'. [game-paused] desc = 1=Game paused. [game-save-confirm-loadonreborn] desc = 1=Ask me to confirm when loading a save on player reborn. (default: on). [game-save-confirm] desc = 1=Ask me to confirm when quick saving/loading. [game-save-last-loadonreborn] desc = 1=Load the last used save slot on player reborn. (default: off). [game-save-last-slot] desc = Last used save slot. -1=Not yet loaded/saved in this game session. [game-save-quick-slot] desc = Current "quick" save slot number. -1=None (default). [game-skill] desc = Current skill level. [game-state-map] desc = 1=Currently playing a map. [game-state] desc = Current game state. [game-unpause-focusgained] desc = Unpause the game when game window regains focus. [hud-color-a] desc = HUD info alpha value. [hud-color-b] desc = HUD info color alpha component. [hud-color-g] desc = HUD info color green component. [hud-color-r] desc = HUD info color red component. [hud-frags-all] desc = Debug: HUD shows all frags of all players. [hud-icon-alpha] desc = HUD icon alpha value. [hud-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [hud-scale] desc = Scaling for HUD info. [hud-status-alpha] desc = Status bar Alpha level. [hud-status-icon-a] desc = Status bar icons & counters Alpha level. [hud-status-size] desc = Status bar size. [hud-timer] desc = Number of seconds before the hud auto-hides. [hud-title-author-noiwad] desc = 1=Do not show map author if it is a map from an IWAD. [hud-title] desc = 1=Show map title and author in the beginning. [hud-unhide-damage] desc = 1=Unhide the HUD when player receives damaged. [hud-unhide-pickup-ammo] desc = 1=Unhide the HUD when player collects an ammo item. [hud-unhide-pickup-armor] desc = 1=Unhide the HUD when player collects an armor item. [hud-unhide-pickup-health] desc = 1=Unhide the HUD when player collects a health item. [hud-unhide-pickup-key] desc = 1=Unhide the HUD when player collects a key. [hud-unhide-pickup-powerup] desc = 1=Unhide the HUD when player collects a powerup or item of equipment. [hud-unhide-pickup-weapon] desc = 1=Unhide the HUD when player collects a weapon. [inlude-patch-replacement] desc = Intermission Patch Replacement strings. 1=Enable external, 2=Enable built-in. [inlude-stretch] desc = Intermission stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [input-joy-rx] desc = X rotational axis control. [input-joy-ry] desc = Y rotational axis control. [input-joy-rz] desc = Z rotational axis control. [input-joy-slider1] desc = First slider control. [input-joy-slider2] desc = Second slider control. [input-joy-x] desc = X axis control: 0=None, 1=Move, 2=Turn, 3=Strafe, 4=Look. [input-joy-y] desc = Y axis control. [input-joy-z] desc = Z axis control. [input-mouse-x-sensi] desc = Mouse X axis sensitivity. [input-mouse-y-sensi] desc = Mouse Y axis sensitivity. [map-babykeys] desc = 1=Show keys in automap (easy skill mode only). [map-background-b] desc = Automap background color, blue component. [map-background-g] desc = Automap background color, green component. [map-background-r] desc = Automap background color, red component. [map-customcolors] desc = Custom automap coloring 0=Never, 1=Auto (enabled if unchanged), 2=Always. [map-door-colors] desc = 1=Show door colors in automap. [map-door-glow] desc = Door glow thickness in the automap (with map-door-colors). [map-episode] desc = Current episode. [map-huddisplay] desc = 0=No HUD when in the automap 1=Current HUD display shown when in the automap 2=Always show Status Bar when in the automap [map-id] desc = Current map id. [map-line-opacity] desc = Opacity of automap lines (default: .7). [map-line-width] desc = Scale factor for automap lines (default: 1.1). [map-mobj-b] desc = Automap mobjs, blue component. [map-mobj-g] desc = Automap mobjs, green component. [map-mobj-r] desc = Automap mobjs, red component. [map-music] desc = Music (id) for current map. [map-name] desc = Current map name. [map-opacity] desc = Opacity of the automap. [map-open-timer] desc = Time taken to open/close the automap, in seconds. [map-pan-resetonopen] desc = 1=Reset automap pan location when opening the automap. [map-pan-speed] desc = Pan speed multiplier in the automap. [map-rotate] desc = 1=Automap turns with player, up=forward. [map-title-position] desc = Position of the map title when automap is open. 0=Top, 1=Bottom. [map-wall-b] desc = Automap walls, blue component. [map-wall-ceilingchange-b] desc = Automap ceiling height difference lines, blue component. [map-wall-ceilingchange-g] desc = Automap ceiling height difference lines, green component. [map-wall-ceilingchange-r] desc = Automap ceiling height difference lines, red component. [map-wall-floorchange-b] desc = Automap floor height difference lines, blue component. [map-wall-floorchange-g] desc = Automap floor height difference lines, green component. [map-wall-floorchange-r] desc = Automap floor height difference lines, red component. [map-wall-g] desc = Automap walls, green component. [map-wall-r] desc = Automap walls, red component. [map-wall-unseen-b] desc = Automap unseen areas, blue component. [map-wall-unseen-g] desc = Automap unseen areas, green component. [map-wall-unseen-r] desc = Automap unseen areas, red component. [map-zoom-speed] desc = Zoom in/out speed multiplier in the automap. [menu-color-b] desc = Menu color blue component. [menu-color-g] desc = Menu color green component. [menu-color-r] desc = Menu color red component. [menu-colorb-b] desc = Menu color B blue component. [menu-colorb-g] desc = Menu color B green component. [menu-colorb-r] desc = Menu color B red component. [menu-cursor-rotate] desc = 1=Menu cursor rotates on items with a range of options. [menu-effect] desc = 3-bit bitfield. 0=Disable menu effects. 0x1=text type-in, 0x2=text shadow, 0x4=text glitter. [menu-flash-b] desc = Menu selection flash color, blue component. [menu-flash-g] desc = Menu selection flash color, green component. [menu-flash-r] desc = Menu selection flash color, red component. [menu-flash-speed] desc = Menu selection flash speed. [menu-fog] desc = Menu fog mode: 0=off, 1=shimmer, 2=black smoke, 3=blue vertical, 4=grey smoke, 5=dimmed. [menu-glitter] desc = Strength of type-in glitter. [menu-hotkeys] desc = 1=Enable hotkey navigation in the menu. [menu-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [menu-quick-ask] desc = 1=Ask me to confirm when quick saving/loading. [menu-save-suggestname] desc = 1=Suggest an auto-generated name when selecting a save slot. [menu-scale] desc = Scaling for menus. [menu-shadow] desc = Menu text shadow darkness. [menu-slam] desc = 1=Slam the menu when opening. [menu-stretch] desc = Menu stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [msg-align] desc = Alignment of HUD messages. 0 = left, 1 = center, 2 = right. [msg-blink] desc = HUD messages blink for this number of tics when printed. [msg-color-b] desc = Color of HUD messages blue component. [msg-color-g] desc = Color of HUD messages green component. [msg-color-r] desc = Color of HUD messages red component. [msg-count] desc = Number of HUD messages displayed at the same time. [msg-echo] desc = 1=Echo all messages to the console. [msg-scale] desc = Scaling factor for HUD messages. [msg-show] desc = 1=Show messages. [msg-uptime] desc = Number of seconds to keep HUD messages on screen. [player-armor] desc = Current armor ammount. [player-autoswitch-ammo] desc = Change weapon automatically when picking up ammo. 1=If better 2=Always [player-autoswitch-notfiring] desc = 1=Disable automatic weapon switch if firing when picking one up. [player-autoswitch] desc = Change weapon automatically when picking one up. 1=If better 2=Always [player-camera-noclip] desc = 1=Camera players have no movement clipping. [player-health] desc = Current health ammount. [player-jump-power] desc = Jump power (for all clients if this is the server). [player-jump] desc = 1=Allow jumping. [player-move-speed] desc = Player movement speed modifier. [player-weapon-current] desc = Current weapon (id) [player-weapon-cycle-sequential] desc = 1=Allow sequential weapon cycling whilst lowering. [player-weapon-order0] desc = Weapon change order, slot 0. [player-weapon-order1] desc = Weapon change order, slot 1. [player-weapon-order2] desc = Weapon change order, slot 2. [player-weapon-order3] desc = Weapon change order, slot 3. [rend-dev-freeze-map] desc = 1=Stop updating the automap rendering lists. [server-game-cheat] desc = 1=Allow cheating in multiplayer games (god, noclip, give). [server-game-deathmatch] desc = 1=Start multiplayer games as deathmatch. [server-game-jump] desc = 1=Allow jumping in multiplayer games. [server-game-map] desc = Map to use in multiplayer games. [server-game-mapcycle-noexit] desc = 1=Disable exit buttons during map rotation. [server-game-mapcycle] desc = Map rotation sequence. [server-game-mod-damage] desc = Enemy (mob) damage modifier, multiplayer (1..100). [server-game-mod-gravity] desc = World gravity modifier, multiplayer (-1..100). -1=Map default. [server-game-mod-health] desc = Enemy (mob) health modifier, multiplayer (1..20). [server-game-monster-meleeattack-nomaxz] desc = 1=Monster melee attacks are infinitely tall. [server-game-nomonsters] desc = 1=No monsters. [server-game-radiusattack-nomaxz] desc = 1=ALL radius attacks are infinitely tall. [server-game-skill] desc = Skill level in multiplayer games. [view-bob-height] desc = Scale for viewheight bobbing. [view-bob-weapon] desc = Scale for player weapon bobbing. [view-cross-a] desc = Crosshair color alpha component. [view-cross-angle] desc = Rotation angle for the crosshair [0..1] (1=360 degrees). [view-cross-b] desc = Crosshair color blue component. [view-cross-g] desc = Crosshair color green component. [view-cross-r] desc = Crosshair color red component. [view-cross-size] desc = Crosshair size: 1=Normal. [view-cross-type] desc = The current crosshair. [view-cross-vitality] desc = Color the crosshair according to how near you are to death. [view-filter-strength] desc = Strength of view filter. [view-size] desc = View window size (3-13). # # CONSOLE VARIABLES: libhexen # [ctl-inventory-mode] desc = Inventory selection mode 0=cursor, 1=scroll. [ctl-inventory-use-immediate] desc = 1=Use items immediately from the inventory. [ctl-inventory-use-next] desc = 1=Automatically select the next inventory item when unusable. [ctl-inventory-wrap] desc = 1=Inventory selection wraps around. [game-icecorpse] desc = 1=Translucent frozen monsters. [game-maulator-time] desc = Dark Servant lifetime, in seconds (default: 25). [hud-currentitem] desc = 1=Show current item in full-screen mode. [hud-health] desc = Show health when the status bar is hidden. [hud-inventory-slot-max] desc = Maximum number of inventory slots to display in full-screen mode. [hud-inventory-slot-showempty] desc = 1=Show empty inventory slots in full-screen mode. [hud-inventory-timer] desc = Seconds before the inventory auto-hides. [hud-mana] desc = Show mana when the status bar is hidden. 1=top, 2=bottom, 0=off [hud-unhide-pickup-invitem] desc = 1=Unhide the HUD when player collects an inventory item. [map-hub] desc = Current hub. [msg-hub-override] desc = Override the transition hub message. [player-air-movement] desc = Player movement speed while airborne and NOT flying. [player-artifact-banishment] desc = Current number of Banishment Devices. [player-artifact-bracers] desc = Current number of Dragonskin Bracers. [player-artifact-chaosdevice] desc = Current number of Chaos Devices. [player-artifact-daemoncodex] desc = 1=Player has Daemon Codex. [player-artifact-darkservant] desc = Current number of Dark Servant artifacts. [player-artifact-defender] desc = Current number of Icons Of The Defender. [player-artifact-emerald1] desc = 1=Player has Emerald Planet 1. [player-artifact-emerald2] desc = 1=Player has Emerald Planet 2. [player-artifact-flamemask] desc = 1=Player has Flame Mask. [player-artifact-flechette] desc = Current number of Flechettes. [player-artifact-gear1] desc = 1=Player has Clock Gear 1. [player-artifact-gear2] desc = 1=Player has Clock Gear 2. [player-artifact-gear3] desc = 1=Player has Clock Gear 3. [player-artifact-gear4] desc = 1=Player has Clock Gear 4. [player-artifact-glaiveseal] desc = 1=Player has Glaive Seal. [player-artifact-heart] desc = 1=Player has Heart Of D'Sparil. [player-artifact-holyrelic] desc = 1=Player has Holy Relic. [player-artifact-liberoscura] desc = 1=Player has Liber Oscura. [player-artifact-might] desc = Current number of Kraters Of Might. [player-artifact-mysticambit] desc = Current number of Mystic Ambit Incantations. [player-artifact-mysticurn] desc = Current number of Mystic Urn artifacts. [player-artifact-porkalator] desc = Current number of Porkalaor artifacts. [player-artifact-quartzflask] desc = Current number of Quartz Flasks. [player-artifact-repulsion] desc = Current number of Discs Of Repulsion. [player-artifact-ruby] desc = 1=Player has Ruby Planet. [player-artifact-sapphire1] desc = 1=Player has Sapphire Planet 1. [player-artifact-sapphire2] desc = 1=Player has Sapphire Planet 2. [player-artifact-sigilmagus] desc = 1=Player has Sigil of the Magus. [player-artifact-skull] desc = 1=Player has Yorick's Skull. [player-artifact-speed] desc = Current number of Boots of Speed. [player-artifact-torch] desc = Current number of torches. [player-artifact-wings] desc = Current number of Wings of Wrath artifacts. [player-class] desc = Player class in multiplayer games. [player-color] desc = Player color: 0=blue, 1=red, 2=yellow, 3=green, 4=jade, 5=white,\n6=hazel, 7=purple, 8=auto. [player-eyeheight] desc = Player eye height (the original is 41). [player-key-axe] desc = 1=Player has axe key. [player-key-castle] desc = 1=Player has castle key. [player-key-cave] desc = 1=Player has cave key. [player-key-dungeon] desc = 1=Player has dungeon key. [player-key-emerald] desc = 1=Player has emerald key. [player-key-fire] desc = 1=Player has fire key. [player-key-horn] desc = 1=Player has horn key. [player-key-rusted] desc = 1=Player has rusted key. [player-key-silver] desc = 1=Player has silver key. [player-key-steel] desc = 1=Player has steel key. [player-key-swamp] desc = 1=Player has swamp key. [player-mana-blue] desc = Current amount of blue mana. [player-mana-green] desc = Current ammount of green mana. [player-weapon-allpieces] desc = 1=Player has all pieces. [player-weapon-first] desc = 1=Player has first weapon. [player-weapon-fourth] desc = 1=Player has fourth weapon. [player-weapon-nextmode] desc = 1=Use custom weapon order with Next/Previous weapon. [player-weapon-piece1] desc = 1=Player has piece 1. [player-weapon-piece2] desc = 1=Player has piece 2. [player-weapon-piece3] desc = 1=Player has piece 3. [player-weapon-second] desc = 1=Player has second weapon. [player-weapon-third] desc = 1=Player has third weapon. [server-game-randclass] desc = 1=Respawn in a random class (deathmatch). doomsday-1.14.5/doomsday/plugins/hexen/data/lumps/0000775000175000017500000000000012350542240021362 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/hexen/data/lumps/lifegmm6.lmp0000664000175000017500000000211512350542240023601 0ustar jaakkojaakkoV`hqz&/8AIQZdmv $-6?HR[ckt| #+3;DSSiUURRXSSQQ`ii\\iiYYQQXXQVVWTQQWWSQQQRR}SSRRRRUUSSiTTRRXSSQQ`ii\\iiYYQQXXQWWSSUQQRRWUQQTQQQRRUVWSQQUUUUQQU'UU)--)XX,21-02+,1)*20--X'UQQUUUUWSQQVUSSSSiTTRRXSSQQ`ii\\iiYYQQXXQUUVWUQQWWSQQQRR}SSRRRRUUSSiTTRRXSSQQ`ii\\iiYYQQXXQUUWWVQQWWUQQdoomsday-1.14.5/doomsday/plugins/hexen/data/lumps/pal18to8.lmp0000664000175000017500000100000012350542240023443 0ustar 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SSSTTTjjjjkkkllll󄄄Ͷ66677888888:SSSTTTTjjkkkkklllllmmͶ8888899::STTTTTUUkkkklllllmmmͶ88999:::TTTTTUUUUkklllllmmmnnͶ999::::TTTUUUUUUlllllmmmnnnͶ:::::TTUUUUUUVllllmmmmnnnnͶ::;;TUUUUUUVVVllmmmmnnnnnζ;;;;UUUUVVVVVVmmmmnnnnn;;;UUUVVVVVVVmmmmnnnnn;UUVVVVVVVWWmmnnnnnnUVVVVVVVWWWWnnnnnnnVVVVVVWWWWWWnnnnnVVVVWWWWWWWnnnnoVVVWWWWWWWXXXXooΊVWWWWWWWXXXXXooWWWWWWXXXXXXXWWWWXXXXXXXXpWWWWXXXXXXXXpWWXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXYXXXXXXYYXXXXYYYXXYYYYYYYYYYYYYYҒCCCCC񬬭CCCCC񬭭ඒCCCCCDD񭭭බCCCCCDDDD򭮮බCCCCDDDDDD򮯯CCCCDDDDDDDD򯯯CCCCDDDDDDDe˰CCCDDDDDDD˱CCCDDDDDDD˱CCDDDDDD##˲444DD55## ̶4455555"## ̶555555666## ij̶5555666667777# Siiijjj̶5566666667777 SSiijjjjͶ66666667777888 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&&&&VWWWW999999999;;;;<<<<&&&&VWWWWW999999;;;<<<<<<<==&'''WWWWWW99;;<<<<<<<<=====''''WWWWWWXXooooo<<<<<<<<<====>''''WWWWWXXXXoooopp<<<<<<<<===>>>>???WWWWWXXXXXoopppp<<<<<<<=>>>>>????@WWWXXXXXXopppppqqqq<<<<<>>>>>>????@@WWXXXXXXYYYpppqqqqqqqqq>>>>>>????@@@@XXXXXXXYYYYppqqqqqqqqq>>>>????@@@@@XXXXXXYYYYYYqqqqqqqqrr>>????@@@@AAAXXXXYYYYYYYqqqqqqrrrrr???@@@AAAAAXXXYYYYYYYYZqqqrrrrrrss?@@AAAAAAABXYYYYYYYYZZZrrrrrrrssstttttttAAAAAAAABBYYYYYYYYZZZZrrrrrrrssttttttttttAAAAAABBBBYYYYYYZZZZZrrrrrrssttttttttttAAAABBBBBYYYYYZZZZZZrrrrrssstttttttttABBBBBBYYYYYZZZZZZZrrrsssttttttttttBBBBBBYYYYZZZZZZZ[[rrssttttttttttBBBBBBYYZZZZZZZ[[[[ssstttttttttBBBYZZZZZZZ[[[[[sstttttttttBZZZZZZZ[[[[[[sttttttttttZZZZZ[[[[[[\\tttttttttZZZZ[[[[[[\\\ttttttttZZ[[[[[[\\\\ttttttt[[[[[[\\\\\ttttttu[[[[\\\\\\]ttttt[[\\\\\\]]tttt[\\\\\\]]]]tt\\\\\]]]]]]\\\\]]]]]]\\]]]]]]^]]]]]]^]]]]]^]]]]^^]]^^^^^؏؏؏؏ؐؐҖ򰰰򰰰󱱱󱱶󶶶󶶶󶶶EEEEF󶶶EEEEEEFFFFFF󶶶EEEEEEFFFFFFFFGGGGGGEEEEEEFFFFFFFFGGGGGGGEEEEEEFFFFFFFGGGGGGGGHEEEEEEFFFFFFFGGGGGGGG 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EEEEFFFFFFGGGGGGGGGHHHH EEEFFFFFFGGGGGGGGGHHH EEFFFFFFGGGGGGGGGHHH EFFFFFFGGGGGGGGGHHH FFFFFFGGGGGGGGGHH 899999GGGGGGGGHH 99999999GGGG%%% 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Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. 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If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/heretic/0000775000175000017500000000000012350542240017625 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/doxygen.css0000664000175000017500000005321412350542240022021 0ustar jaakkojaakko/* The standard CSS for doxygen */ body, table, div, p, dl { font: 400 14px/19px Roboto,sans-serif; } /* @group Heading Levels */ h1.groupheader { font-size: 150%; } .title { font-size: 150%; font-weight: bold; margin: 10px 2px; } h2.groupheader { border-bottom: 1px solid #879ECB; color: #354C7B; font-size: 150%; font-weight: normal; margin-top: 1.75em; padding-top: 8px; padding-bottom: 4px; width: 100%; } h3.groupheader { font-size: 100%; } h1, h2, h3, h4, h5, h6 { -webkit-transition: text-shadow 0.5s linear; -moz-transition: text-shadow 0.5s linear; -ms-transition: text-shadow 0.5s linear; -o-transition: text-shadow 0.5s linear; transition: text-shadow 0.5s linear; margin-right: 15px; } h1.glow, h2.glow, h3.glow, h4.glow, h5.glow, h6.glow { text-shadow: 0 0 15px cyan; } dt { font-weight: bold; } div.multicol { -moz-column-gap: 1em; -webkit-column-gap: 1em; -moz-column-count: 3; -webkit-column-count: 3; } p.startli, p.startdd, p.starttd { margin-top: 2px; } p.endli { margin-bottom: 0px; } p.enddd { margin-bottom: 4px; } p.endtd { margin-bottom: 2px; } /* @end */ caption { font-weight: bold; } span.legend { font-size: 70%; text-align: center; } h3.version { font-size: 90%; text-align: center; } div.qindex, div.navtab{ background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; } div.qindex, div.navpath { width: 100%; line-height: 140%; } div.navtab { margin-right: 15px; } /* @group Link Styling */ a { color: #3D578C; font-weight: normal; text-decoration: none; } .contents a:visited { color: #4665A2; } a:hover { text-decoration: underline; } a.qindex { font-weight: bold; } a.qindexHL { font-weight: bold; background-color: #9CAFD4; color: #ffffff; border: 1px double #869DCA; } .contents a.qindexHL:visited { color: #ffffff; } a.el { font-weight: bold; } a.elRef { } a.code, a.code:visited { color: #4665A2; } a.codeRef, a.codeRef:visited { color: #4665A2; } /* @end */ dl.el { margin-left: -1cm; } pre.fragment { border: 1px solid #C4CFE5; background-color: #FBFCFD; padding: 4px 6px; margin: 4px 8px 4px 2px; overflow: auto; word-wrap: break-word; font-size: 9pt; line-height: 125%; font-family: monospace, fixed; font-size: 105%; } div.fragment { padding: 4px; margin: 4px; background-color: #FBFCFD; border: 1px solid #C4CFE5; } div.line { font-family: monospace, fixed; font-size: 13px; min-height: 13px; line-height: 1.0; text-wrap: unrestricted; white-space: -moz-pre-wrap; /* Moz */ white-space: -pre-wrap; /* Opera 4-6 */ white-space: -o-pre-wrap; /* Opera 7 */ white-space: pre-wrap; /* CSS3 */ word-wrap: break-word; /* IE 5.5+ */ text-indent: -53px; padding-left: 53px; padding-bottom: 0px; margin: 0px; -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } div.line.glow { background-color: cyan; box-shadow: 0 0 10px cyan; } span.lineno { padding-right: 4px; text-align: right; border-right: 2px solid #0F0; background-color: #E8E8E8; white-space: pre; } span.lineno a { background-color: #D8D8D8; } span.lineno a:hover { background-color: #C8C8C8; } div.ah { background-color: black; font-weight: bold; color: #ffffff; margin-bottom: 3px; margin-top: 3px; padding: 0.2em; border: solid thin #333; border-radius: 0.5em; -webkit-border-radius: .5em; -moz-border-radius: .5em; box-shadow: 2px 2px 3px #999; -webkit-box-shadow: 2px 2px 3px #999; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; background-image: -webkit-gradient(linear, left top, left bottom, from(#eee), to(#000),color-stop(0.3, #444)); background-image: -moz-linear-gradient(center top, #eee 0%, #444 40%, #000); } div.groupHeader { margin-left: 16px; margin-top: 12px; font-weight: bold; } div.groupText { margin-left: 16px; font-style: italic; } body { background-color: white; color: black; margin: 0; } div.contents { margin-top: 10px; margin-left: 12px; margin-right: 8px; } td.indexkey { background-color: #EBEFF6; font-weight: bold; border: 1px solid #C4CFE5; margin: 2px 0px 2px 0; padding: 2px 10px; white-space: nowrap; vertical-align: top; } td.indexvalue { background-color: #EBEFF6; border: 1px solid #C4CFE5; padding: 2px 10px; margin: 2px 0px; } tr.memlist { background-color: #EEF1F7; } p.formulaDsp { text-align: center; } img.formulaDsp { } img.formulaInl { vertical-align: middle; } div.center { text-align: center; margin-top: 0px; margin-bottom: 0px; padding: 0px; } div.center img { border: 0px; } address.footer { text-align: right; padding-right: 12px; } img.footer { border: 0px; vertical-align: middle; } /* @group Code Colorization */ span.keyword { color: #008000 } span.keywordtype { color: #604020 } span.keywordflow { color: #e08000 } span.comment { color: #800000 } span.preprocessor { color: #806020 } span.stringliteral { color: #002080 } span.charliteral { color: #008080 } span.vhdldigit { color: #ff00ff } span.vhdlchar { color: #000000 } span.vhdlkeyword { color: #700070 } span.vhdllogic { color: #ff0000 } blockquote { background-color: #F7F8FB; border-left: 2px solid #9CAFD4; margin: 0 24px 0 4px; padding: 0 12px 0 16px; } /* @end */ /* .search { color: #003399; font-weight: bold; } form.search { margin-bottom: 0px; margin-top: 0px; } input.search { font-size: 75%; color: #000080; font-weight: normal; background-color: #e8eef2; } */ td.tiny { font-size: 75%; } .dirtab { padding: 4px; border-collapse: collapse; border: 1px solid #A3B4D7; } th.dirtab { background: #EBEFF6; font-weight: bold; } hr { height: 0px; border: none; border-top: 1px solid #4A6AAA; } hr.footer { height: 1px; } /* @group Member Descriptions */ table.memberdecls { border-spacing: 0px; padding: 0px; } .memberdecls td, .fieldtable tr { -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } .memberdecls td.glow, .fieldtable tr.glow { background-color: cyan; box-shadow: 0 0 15px cyan; } .mdescLeft, .mdescRight, .memItemLeft, .memItemRight, .memTemplItemLeft, .memTemplItemRight, .memTemplParams { background-color: #F9FAFC; border: none; margin: 4px; padding: 1px 0 0 8px; } .mdescLeft, .mdescRight { padding: 0px 8px 4px 8px; color: #555; } .memSeparator { border-bottom: 1px solid #DEE4F0; line-height: 1px; margin: 0px; padding: 0px; } .memItemLeft, .memTemplItemLeft { white-space: nowrap; } .memItemRight { width: 100%; } .memTemplParams { color: #4665A2; white-space: nowrap; font-size: 80%; } /* @end */ /* @group Member Details */ /* Styles for detailed member documentation */ .memtemplate { font-size: 80%; color: #4665A2; font-weight: normal; margin-left: 9px; } .memnav { background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; margin: 2px; margin-right: 15px; padding: 2px; } .mempage { width: 100%; } .memitem { padding: 0; margin-bottom: 10px; margin-right: 5px; -webkit-transition: box-shadow 0.5s linear; -moz-transition: box-shadow 0.5s linear; -ms-transition: box-shadow 0.5s linear; -o-transition: box-shadow 0.5s linear; transition: box-shadow 0.5s linear; display: table !important; width: 100%; } .memitem.glow { box-shadow: 0 0 15px cyan; } .memname { font-weight: bold; margin-left: 6px; } .memname td { vertical-align: bottom; } dl.reflist dt { border-top: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } .memproto { border: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } dl.reflist dd { border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 10px 2px 10px; background-color: #FBFCFD; border-top-width: 0; background-image:url('nav_g.png'); background-repeat:repeat-x; background-color: #FFFFFF; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); } div.textblock { max-width: 900px; } .memdoc { max-width: 900px; /* border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; */ padding-left: 2em; padding-top: 1ex; padding-bottom: 1em; /*background-color: #FBFCFD;*/ border-top-width: 0; /* background-image:url('nav_g.png'); background-repeat:repeat-x;*/ background-color: transparent; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; /*box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; /*-moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px;*/ /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; /*-webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ } dl.reflist dt { padding: 5px; } dl.reflist dd { margin: 0px 0px 10px 0px; padding: 5px; } .paramkey { text-align: right; } .paramtype { white-space: nowrap; } .paramname { color: #602020; white-space: nowrap; } .paramname em { font-style: normal; } .paramname code { line-height: 14px; } .params, .retval, .exception, .tparams { margin-left: 0px; padding-left: 0px; } .params .paramname, .retval .paramname { font-weight: bold; vertical-align: top; } .params .paramtype { font-style: italic; vertical-align: top; } .params .paramdir { font-family: "courier new",courier,monospace; vertical-align: top; } table.mlabels { border-spacing: 0px; } td.mlabels-left { width: 100%; padding: 0px; } td.mlabels-right { vertical-align: bottom; padding: 0px; white-space: nowrap; } span.mlabels { margin-left: 8px; } span.mlabel { background-color: #728DC1; border-top:1px solid #5373B4; border-left:1px solid #5373B4; border-right:1px solid #C4CFE5; border-bottom:1px solid #C4CFE5; text-shadow: none; color: white; margin-right: 4px; padding: 2px 3px; border-radius: 3px; font-size: 7pt; white-space: nowrap; vertical-align: middle; } /* @end */ /* these are for tree view when not used as main index */ div.directory { margin: 10px 0px; border-top: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; width: 100%; } .directory table { border-collapse:collapse; } .directory td { margin: 0px; padding: 0px; vertical-align: top; } .directory td.entry { white-space: nowrap; padding-right: 6px; } .directory td.entry a { outline:none; } .directory td.entry a img { border: none; } .directory td.desc { width: 100%; padding-left: 6px; padding-right: 6px; padding-top: 3px; border-left: 1px solid rgba(0,0,0,0.05); } .directory tr.even { padding-left: 6px; background-color: #F7F8FB; } .directory img { vertical-align: -30%; } .directory .levels { white-space: nowrap; width: 100%; text-align: right; font-size: 9pt; } .directory .levels span { cursor: pointer; padding-left: 2px; padding-right: 2px; color: #3D578C; } div.dynheader { margin-top: 8px; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } address { font-style: normal; color: #2A3D61; } table.doxtable { border-collapse:collapse; margin-top: 4px; margin-bottom: 4px; } table.doxtable td, table.doxtable th { border: 1px solid #2D4068; padding: 3px 7px 2px; } table.doxtable th { background-color: #374F7F; color: #FFFFFF; font-size: 110%; padding-bottom: 4px; padding-top: 5px; } table.fieldtable { width: 100%; margin-bottom: 10px; border: 1px solid #A8B8D9; border-spacing: 0px; -moz-border-radius: 4px; -webkit-border-radius: 4px; border-radius: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; -webkit-box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); } .fieldtable td, .fieldtable th { padding: 3px 7px 2px; } .fieldtable td.fieldtype, .fieldtable td.fieldname { white-space: nowrap; border-right: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; vertical-align: top; } .fieldtable td.fielddoc { border-bottom: 1px solid #A8B8D9; width: 100%; } .fieldtable tr:last-child td { border-bottom: none; } .fieldtable th { background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; font-size: 90%; color: #253555; padding-bottom: 4px; padding-top: 5px; text-align:left; -moz-border-radius-topleft: 4px; -moz-border-radius-topright: 4px; -webkit-border-top-left-radius: 4px; -webkit-border-top-right-radius: 4px; border-top-left-radius: 4px; border-top-right-radius: 4px; border-bottom: 1px solid #A8B8D9; } .tabsearch { top: 0px; left: 10px; height: 36px; background-image: url('tab_b.png'); z-index: 101; overflow: hidden; font-size: 13px; } .navpath ul { font-size: 11px; background-image:url('tab_b.png'); background-repeat:repeat-x; background-position: 0 -5px; height:30px; line-height:30px; color:#8AA0CC; border:solid 1px #C2CDE4; overflow:hidden; margin:0px; padding:0px; } .navpath li { list-style-type:none; float:left; padding-left:10px; padding-right:15px; background-image:url('bc_s.png'); background-repeat:no-repeat; background-position:right; color:#364D7C; } .navpath li.navelem a { height:32px; display:block; text-decoration: none; outline: none; color: #283A5D; font-family: 'Lucida Grande',Geneva,Helvetica,Arial,sans-serif; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); text-decoration: none; } .navpath li.navelem a:hover { color:#6884BD; } .navpath li.footer { list-style-type:none; float:right; padding-left:10px; padding-right:15px; background-image:none; background-repeat:no-repeat; background-position:right; color:#364D7C; font-size: 8pt; } div.summary { float: right; font-size: 8pt; padding-right: 5px; width: 50%; text-align: right; } div.summary a { white-space: nowrap; } div.ingroups { font-size: 8pt; width: 50%; text-align: left; margin-top: 1ex; } div.ingroups a { white-space: nowrap; } div.header { background-image:url('nav_h.png'); background-repeat:repeat-x; background-color: #F9FAFC; margin: 0px; border-bottom: 1px solid #C4CFE5; } div.headertitle { padding: 5px 5px 5px 10px; } dl { padding: 0 0 0 10px; } /* dl.note, dl.warning, dl.attention, dl.pre, dl.post, dl.invariant, dl.deprecated, dl.todo, dl.test, dl.bug */ dl.section { margin-left: 0px; padding-left: 0px; } dl.note { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #D0C000; } dl.warning, dl.attention { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #FF0000; } dl.pre, dl.post, dl.invariant { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00D000; } dl.deprecated { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #505050; } dl.todo { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00C0E0; } dl.test { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #3030E0; } dl.bug { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #C08050; } dl.section dd { margin-bottom: 6px; } #projectlogo { text-align: center; vertical-align: bottom; border-collapse: separate; } #projectlogo img { border: 0px none; } #projectname { font: 300% Tahoma, Arial,sans-serif; margin: 0px; padding: 2px 0px; } #projectbrief { font: 120% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #projectnumber { font: 50% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #titlearea { padding: 0px; margin: 0px; width: 100%; border-bottom: 1px solid #5373B4; } .image { text-align: center; } .dotgraph { text-align: center; } .mscgraph { text-align: center; } .caption { font-weight: bold; } div.zoom { border: 1px solid #90A5CE; } dl.citelist { margin-bottom:50px; } dl.citelist dt { color:#334975; float:left; font-weight:bold; margin-right:10px; padding:5px; } dl.citelist dd { margin:2px 0; padding:5px 0; } div.toc { padding: 14px 25px; background-color: #F4F6FA; border: 1px solid #D8DFEE; border-radius: 7px 7px 7px 7px; float: right; height: auto; margin: 0 20px 10px 10px; width: 200px; } div.toc li { background: url("bdwn.png") no-repeat scroll 0 5px transparent; font: 10px/1.2 Verdana,DejaVu Sans,Geneva,sans-serif; margin-top: 5px; padding-left: 10px; padding-top: 2px; } div.toc h3 { font: bold 12px/1.2 Arial,FreeSans,sans-serif; color: #4665A2; border-bottom: 0 none; margin: 0; } div.toc ul { list-style: none outside none; border: medium none; padding: 0px; } div.toc li.level1 { margin-left: 0px; } div.toc li.level2 { margin-left: 15px; } div.toc li.level3 { margin-left: 30px; } div.toc li.level4 { margin-left: 45px; } .inherit_header { font-weight: bold; color: gray; cursor: pointer; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } .inherit_header td { padding: 6px 0px 2px 5px; } .inherit { display: none; } tr.heading h2 { margin-top: 12px; margin-bottom: 4px; } @media print { #top { display: none; } #side-nav { display: none; } #nav-path { display: none; } body { overflow:visible; } h1, h2, h3, h4, h5, h6 { page-break-after: avoid; } .summary { display: none; } .memitem { page-break-inside: avoid; } #doc-content { margin-left:0 !important; height:auto !important; width:auto !important; overflow:inherit; display:inline; } } doomsday-1.14.5/doomsday/plugins/heretic/defs/0000775000175000017500000000000012350542240020546 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/defs/text.ded0000664000175000017500000004206312350542240022215 0ustar jaakkojaakko# libheretic: Text Strings Header { Version = 5; } Text { ID = "PRESSKEY"; Text = "Press a key."; } Text { ID = "PRESSYN"; Text = "Press %1 or %2."; } Text { ID = "TXT_PAUSED"; Text = "Paused"; } Text { ID = "QUITMSG"; Text = "Are you sure you want to quit?"; } Text { ID = "LOADNET"; Text = "You can't do load while in a net game!"; } Text { ID = "QLOADNET"; Text = "You can't load during a netgame!"; } Text { ID = "QSAVESPOT"; Text = "You haven't picked a quicksave slot yet!"; } Text { ID = "SAVEDEAD"; Text = "You can't save if you aren't playing!"; } Text { ID = "QSPROMPT"; Text = "Save over your game named\n\n'%s'?"; } Text { ID = "QLPROMPT"; Text = "Are you sure you want to load the game named\n\n'%s'?"; } Text { ID = "NEWGAME"; Text = "You can't start a new game\nwhile in a network game."; } Text { ID = "NIGHTMARE"; Text = "Are you sure? This skill level\nisn't even remotely fair."; } Text { ID = "SWSTRING"; Text = "This is the shareware version of Heretic.\n\nYou need to order the entire trilogy."; } Text { ID = "MSGOFF"; Text = "Messages OFF"; } Text { ID = "MSGON"; Text = "Messages ON"; } Text { ID = "NETEND"; Text = "You can't end a netgame!"; } Text { ID = "ENDGAME"; Text = "Are you sure you want to end the game?"; } Text { ID = "DOSY"; Text = "(Press %1 to quit to dos.)"; } Text { ID = "DETAILHI"; Text = "High detail"; } Text { ID = "DETAILLO"; Text = "Low detail"; } Text { ID = "GAMMALVL0"; Text = "Gamma correction OFF"; } Text { ID = "GAMMALVL1"; Text = "Gamma correction level 1"; } Text { ID = "GAMMALVL2"; Text = "Gamma correction level 2"; } Text { ID = "GAMMALVL3"; Text = "Gamma correction level 3"; } Text { ID = "GAMMALVL4"; Text = "Gamma correction level 4"; } Text { ID = "EMPTYSTRING"; Text = "Empty slot"; } Text { ID = "TXT_GOTBLUEKEY"; Text = "Blue Key"; } Text { ID = "TXT_GOTYELLOWKEY"; Text = "Yellow Key"; } Text { ID = "TXT_GOTGREENKEY"; Text = "Green Key"; } Text { ID = "TXT_ARTIHEALTH"; Text = "Quartz Flask"; } Text { ID = "TXT_ARTIFLY"; Text = "Wings of Wrath"; } Text { ID = "TXT_ARTIINVULNERABILITY"; Text = "Ring of Invincibility"; } Text { ID = "TXT_ARTITOMEOFPOWER"; Text = "Tome of Power"; } Text { ID = "TXT_ARTIINVISIBILITY"; Text = "Shadowsphere"; } Text { ID = "TXT_ARTIEGG"; Text = "Morph Ovum"; } Text { ID = "TXT_ARTISUPERHEALTH"; Text = "Mystic Urn"; } Text { ID = "TXT_ARTITORCH"; Text = "Torch"; } Text { ID = "TXT_ARTIFIREBOMB"; Text = "Time Bomb of the Ancients"; } Text { ID = "TXT_ARTITELEPORT"; Text = "Chaos Device"; } Text { ID = "TXT_ITEMHEALTH"; Text = "Crystal Vial"; } Text { ID = "TXT_ITEMBAGOFHOLDING"; Text = "Bag of Holding"; } Text { ID = "TXT_ITEMSHIELD1"; Text = "Silver Shield"; } Text { ID = "TXT_ITEMSHIELD2"; Text = "Enchanted Shield"; } Text { ID = "TXT_ITEMSUPERMAP"; Text = "Map Scroll"; } Text { ID = "TXT_AMMOGOLDWAND1"; Text = "Wand Crystal"; } Text { ID = "TXT_AMMOGOLDWAND2"; Text = "Crystal Geode"; } Text { ID = "TXT_AMMOMACE1"; Text = "Mace Spheres"; } Text { ID = "TXT_AMMOMACE2"; Text = "Pile of Mace Spheres"; } Text { ID = "TXT_AMMOCROSSBOW1"; Text = "Ethereal Arrows"; } Text { ID = "TXT_AMMOCROSSBOW2"; Text = "Quiver of Ethereal Arrows"; } Text { ID = "TXT_AMMOBLASTER1"; Text = "Claw Orb"; } Text { ID = "TXT_AMMOBLASTER2"; Text = "Energy Orb"; } Text { ID = "TXT_AMMOSKULLROD1"; Text = "Lesser Runes"; } Text { ID = "TXT_AMMOSKULLROD2"; Text = "Greater Runes"; } Text { ID = "TXT_AMMOPHOENIXROD1"; Text = "Flame Orb"; } Text { ID = "TXT_AMMOPHOENIXROD2"; Text = "Inferno Orb"; } Text { ID = "TXT_WPNSTAFF"; Text = "Staff"; } Text { ID = "TXT_WPNWAND"; Text = "Crystal Wand"; } Text { ID = "TXT_WPNCROSSBOW"; Text = "Ethereal Crossbow"; } Text { ID = "TXT_WPNBLASTER"; Text = "Dragon Claw"; } Text { ID = "TXT_WPNSKULLROD"; Text = "Hellstaff"; } Text { ID = "TXT_WPNPHOENIXROD"; Text = "Phoenix Rod"; } Text { ID = "TXT_WPNMACE"; Text = "Firemace"; } Text { ID = "TXT_WPNGAUNTLETS"; Text = "Gauntlets of the Necromancer"; } Text { ID = "TXT_WPNBEAK"; Text = "Beak"; } Text { ID = "TXT_CHEATGODON"; Text = "God mode ON"; } Text { ID = "TXT_CHEATGODOFF"; Text = "God mode OFF"; } Text { ID = "TXT_CHEATNOCLIPON"; Text = "No clipping ON"; } Text { ID = "TXT_CHEATNOCLIPOFF"; Text = "No clipping OFF"; } Text { ID = "TXT_CHEATWEAPONS"; Text = "All weapons"; } Text { ID = "TXT_CHEATFLIGHTON"; Text = "Flight ON"; } Text { ID = "TXT_CHEATFLIGHTOFF"; Text = "Flight OFF"; } Text { ID = "TXT_CHEATPOWERON"; Text = "Power ON"; } Text { ID = "TXT_CHEATPOWEROFF"; Text = "Power OFF"; } Text { ID = "TXT_CHEATHEALTH"; Text = "Full Health"; } Text { ID = "TXT_CHEATKEYS"; Text = "All keys"; } Text { ID = "TXT_CHEATSOUNDON"; Text = "Sound debug ON"; } Text { ID = "TXT_CHEATSOUNDOFF"; Text = "Sound debug OFF"; } Text { ID = "TXT_CHEATTICKERON"; Text = "Ticker ON"; } Text { ID = "TXT_CHEATTICKEROFF"; Text = "Ticker OFF"; } Text { ID = "TXT_CHEATARTIFACTS1"; Text = "Choose an Artifact ( A - J )"; } Text { ID = "TXT_CHEATARTIFACTS2"; Text = "How many ( 1 - 9 )"; } Text { ID = "TXT_CHEATARTIFACTS3"; Text = "You got it"; } Text { ID = "TXT_CHEATARTIFACTSFAIL"; Text = "Bad input"; } Text { ID = "TXT_CHEATWARP"; Text = "Map warp"; } Text { ID = "TXT_CHEATSCREENSHOT"; Text = "Screenshot"; } Text { ID = "TXT_CHEATCHICKENON"; Text = "Chicken ON"; } Text { ID = "TXT_CHEATCHICKENOFF"; Text = "Chicken OFF"; } Text { ID = "TXT_CHEATMASSACRE"; Text = "Massacre"; } Text { ID = "TXT_CHEATIDDQD"; Text = "Trying to cheat, eh? Now you die!"; } Text { ID = "TXT_CHEATIDKFA"; Text = "Cheater - You don't deserve weapons"; } Text { ID = "TXT_NEEDBLUEKEY"; Text = "You need a %1 to open this door"; } Text { ID = "TXT_NEEDGREENKEY"; Text = "You need a %1 to open this door"; } Text { ID = "TXT_NEEDYELLOWKEY"; Text = "You need a %1 to open this door"; } Text { ID = "TXT_GAMESAVED"; Text = "Game saved"; } Text { ID = "HUSTR_CHATMACRO0"; Text = "No"; } Text { ID = "HUSTR_CHATMACRO1"; Text = "I'm ready to kick butt!"; } Text { ID = "HUSTR_CHATMACRO2"; Text = "I'm OK."; } Text { ID = "HUSTR_CHATMACRO3"; Text = "I'm not looking too good!"; } Text { ID = "HUSTR_CHATMACRO4"; Text = "Help!"; } Text { ID = "HUSTR_CHATMACRO5"; Text = "You suck!"; } Text { ID = "HUSTR_CHATMACRO6"; Text = "Next time, scumbag..."; } Text { ID = "HUSTR_CHATMACRO7"; Text = "Come here!"; } Text { ID = "HUSTR_CHATMACRO8"; Text = "I'll take care of it."; } Text { ID = "HUSTR_CHATMACRO9"; Text = "Yes"; } Text { ID = "HUSTR_TALKTOSELF1"; Text = "You mumble to yourself"; } Text { ID = "HUSTR_TALKTOSELF2"; Text = "Who's there?"; } Text { ID = "HUSTR_TALKTOSELF3"; Text = "You scare yourself"; } Text { ID = "HUSTR_TALKTOSELF4"; Text = "You start to rave"; } Text { ID = "HUSTR_TALKTOSELF5"; Text = "You've lost it..."; } Text { ID = "HUSTR_MESSAGESENT"; Text = "[Message Sent]"; } Text { ID = "HUSTR_PLRGREEN"; Text = "Green: "; } Text { ID = "HUSTR_PLRINDIGO"; Text = "Indigo: "; } Text { ID = "HUSTR_PLRBROWN"; Text = "Brown: "; } Text { ID = "HUSTR_PLRRED"; Text = "Red: "; } Text { ID = "AMSTR_FOLLOWON"; Text = "Follow mode ON"; } Text { ID = "AMSTR_FOLLOWOFF"; Text = "Follow mode OFF"; } Text { ID = "AMSTR_GRIDON"; Text = "Grid ON"; } Text { ID = "AMSTR_GRIDOFF"; Text = "Grid OFF"; } Text { ID = "AMSTR_MARKEDSPOT"; Text = "Marked spot"; } Text { ID = "AMSTR_MARKSCLEARED"; Text = "All marks cleared"; } Text { ID = "STSTR_DQDON"; Text = "Degreelessness mode On"; } Text { ID = "STSTR_DQDOFF"; Text = "Degreelessness mode Off"; } Text { ID = "STSTR_KFAADDED"; Text = "Very Happy Ammo added"; } Text { ID = "STSTR_NCON"; Text = "No clipping mode ON"; } Text { ID = "STSTR_NCOFF"; Text = "No clipping mode OFF"; } Text { ID = "STSTR_BEHOLD"; Text = "inVuln, Str, Inviso, Rad, Allmap, or Lite-amp"; } Text { ID = "STSTR_BEHOLDX"; Text = "Power-up toggled"; } Text { ID = "STSTR_CHOPPERS"; Text = "... doesn't suck - GM"; } Text { ID = "STSTR_CLEV"; Text = "Changing map..."; } # These episode end messages are obsolete, see Finales.ded. Text { ID = "E1TEXT"; Text = "With the destruction of the Iron\n Liches and their minions, the last\n of the undead are cleared from this\n plane of existence.\n\n Those creatures had to come from\n somewhere, though, and you have the\n sneaky suspicion that the fiery\n portal of Hell's maw opens onto\n their home dimension.\n\n To make sure that more undead\n (or even worse things) don't come\n through, you'll have to seal Hell's\n maw from the other side. Of course\n this means you may get stuck in a\n very unfriendly world, but no one\n ever said being a Heretic was easy!"; } # These episode end messages are obsolete, see Finales.ded. Text { ID = "E2TEXT"; Text = "The mighty Maulotaurs have proved\n to be no match for you, and as\n their steaming corpses slide to the\n ground you feel a sense of grim\n satisfaction that they have been\n destroyed.\n\n The gateways which they guarded\n have opened, revealing what you\n hope is the way home. but as you\n step through, mocking laughter\n rings in your ears.\n\n Was some other force controlling\n the Maulotaurs? Could there be even\n more horrific beings through this\n gate? The sweep of a crystal dome\n overhead where the sky should be is\n certainly not a good sign..."; } # These episode end messages are obsolete, see Finales.ded. Text { ID = "E3TEXT"; Text = "The death of D'Sparil has loosed\n the magical bonds holding his\n creatures on this plane, their\n dying screams overwhelming his own\n cries of agony.\n\n Your oath of vengeance fulfilled,\n you enter the portal to your own\n world, mere moments before the dome\n shatters into a million pieces.\n\n But if D'Sparil's power is broken\n forever, why don't you feel safe?\n Was it that last shout just before\n his death, the one that sounded\n like a curse? Or a summoning? You\n can't really be sure, but it might\n just have been a scream.\n\n Then again, what about the other\n Serpent Riders?"; } # These episode end messages are obsolete, see Finales.ded. Text { ID = "E4TEXT"; Text = "You thought you would return to your\n own world after D'Sparil died but\n his final act banished you to his\n own plane. Here you entered the\n shattered remnants of lands\n conquered by D'Sparil. You defeated\n the last guardians of these lands,\n but now you stand before the gates\n to D'Sparil's stronghold. Until this\n moment you had no doubts about your\n ability to face anything you might\n encounter but beyond this portal\n lies the very heart of the evil\n which invaded your world. D'Sparil\n might be dead, but the pit where he\n was spawned remains. Now you must\n enter that pit in the hopes of\n finding a way out and somewhere,\n in the darkest corner of D'Sparil's\n demesne, his personal bodyguards\n await your arrival..."; } # These episode end messages are obsolete, see Finales.ded. Text { ID = "E5TEXT"; Text = "As the final Maulotaur bellows his\n death-agony, you realize that you\n have never come so close to your own\n destruction. Not even the fight with\n D'Sparil and his Disciples had been\n this desperate. Grimly you stare at\n the gates which open before you,\n wondering if they lead home, or if\n they open onto some undreamed-of\n horror. You find yourself wondering\n if you have the strength to go on,\n if nothing but death and pain await\n you. But what else can you do, if\n the will to fight is gone? Can you\n force yourself to continue in the\n face of such despair? Do you have\n the courage? You find, in the end,\n that it is not within you to\n surrender without a fight. Eyes\n wide, you go to meet your fate."; } Text { ID = "LOADMISSING"; Text = "You weren't in the server's savegame."; } Text { ID = "EPISODE1"; Text = "City Of The Damned"; } Text { ID = "EPISODE2"; Text = "Hell's Maw"; } Text { ID = "EPISODE3"; Text = "The Dome Of D'Sparil"; } Text { ID = "EPISODE4"; Text = "The Ossuary"; } Text { ID = "EPISODE5"; Text = "The Stagnant Demesne"; } Text { ID = "EPISODE6"; Text = "Fate's Path"; } Text { ID = "AMSTR_ROTATEON"; Text = "Rotate mode ON"; } Text { ID = "AMSTR_ROTATEOFF"; Text = "Rotate mode OFF"; } Text { ID = "SKILL1"; Text = "Thou needeth a wet-nurse"; } Text { ID = "SKILL2"; Text = "Yellowbellies-r-us"; } Text { ID = "SKILL3"; Text = "Bringest them oneth"; } Text { ID = "SKILL4"; Text = "Thou art a smite-meister"; } Text { ID = "SKILL5"; Text = "Black Plague possesses thee"; } Text { ID = "KEY1"; Text = "Yellow Key"; } Text { ID = "KEY2"; Text = "Green Key"; } Text { ID = "KEY3"; Text = "Blue Key"; } Text { ID = "SAVEOUTMAP"; Text = "You can't save if you aren't in a map!"; } Text { ID = "ENDNOGAME"; Text = "You can't end a game that hasn't even begun!"; } Text { ID = "SUICIDEOUTMAP"; Text = "You can't suicide if you aren't in a map!"; } Text { ID = "SUICIDEASK"; Text = "Are you sure you want to suicide?"; } Text { ID = "PICKGAMETYPE"; Text = "Choose game type"; } Text { ID = "SINGLEPLAYER"; Text = "Singleplayer"; } Text { ID = "MULTIPLAYER"; Text = "Multiplayer"; } Text { ID = "NOTDESIGNEDFOR"; Text = "Not designed for %1."; } Text { ID = "GAMESETUP"; Text = "Game Setup"; } Text { ID = "PLAYERSETUP"; Text = "Player Setup"; } Text { ID = "DISCONNECT"; Text = "Really disconnect?"; } Text { ID = "HUSTR_E1M1"; Text = "E1M1: The Docks"; } Text { ID = "HUSTR_E1M2"; Text = "E1M2: The Dungeons"; } Text { ID = "HUSTR_E1M3"; Text = "E1M3: The Gatehouse"; } Text { ID = "HUSTR_E1M4"; Text = "E1M4: The Guard Tower"; } Text { ID = "HUSTR_E1M5"; Text = "E1M5: The Citadel"; } Text { ID = "HUSTR_E1M6"; Text = "E1M6: The Cathedral"; } Text { ID = "HUSTR_E1M7"; Text = "E1M7: The Crypts"; } Text { ID = "HUSTR_E1M8"; Text = "E1M8: Hell's Maw"; } Text { ID = "HUSTR_E1M9"; Text = "E1M9: The Graveyard"; } Text { ID = "HUSTR_E2M1"; Text = "E2M1: The Crater"; } Text { ID = "HUSTR_E2M2"; Text = "E2M2: The Lava Pits"; } Text { ID = "HUSTR_E2M3"; Text = "E2M3: The River of Fire"; } Text { ID = "HUSTR_E2M4"; Text = "E2M4: The Ice Grotto"; } Text { ID = "HUSTR_E2M5"; Text = "E2M5: The Catacombs"; } Text { ID = "HUSTR_E2M6"; Text = "E2M6: The Labyrinth"; } Text { ID = "HUSTR_E2M7"; Text = "E2M7: The Great Hall"; } Text { ID = "HUSTR_E2M8"; Text = "E2M8: The Portals of Chaos"; } Text { ID = "HUSTR_E2M9"; Text = "E2M9: The Glacier"; } Text { ID = "HUSTR_E3M1"; Text = "E3M1: The Storehouse"; } Text { ID = "HUSTR_E3M2"; Text = "E3M2: The Cesspool"; } Text { ID = "HUSTR_E3M3"; Text = "E3M3: The Confluence"; } Text { ID = "HUSTR_E3M4"; Text = "E3M4: The Azure Fortress"; } Text { ID = "HUSTR_E3M5"; Text = "E3M5: The Ophidian Lair"; } Text { ID = "HUSTR_E3M6"; Text = "E3M6: The Halls of Fear"; } Text { ID = "HUSTR_E3M7"; Text = "E3M7: The Chasm"; } Text { ID = "HUSTR_E3M8"; Text = "E3M8: D'Sparil's Keep"; } Text { ID = "HUSTR_E3M9"; Text = "E3M9: The Aquifer"; } Text { ID = "HUSTR_E4M1"; Text = "E4M1: Catafalque"; } Text { ID = "HUSTR_E4M2"; Text = "E4M2: Blockhouse"; } Text { ID = "HUSTR_E4M3"; Text = "E4M3: Ambulatory"; } Text { ID = "HUSTR_E4M4"; Text = "E4M4: Sepulcher"; } Text { ID = "HUSTR_E4M5"; Text = "E4M5: Great Stair"; } Text { ID = "HUSTR_E4M6"; Text = "E4M6: Halls of the Apostate"; } Text { ID = "HUSTR_E4M7"; Text = "E4M7: Ramparts of Perdition"; } Text { ID = "HUSTR_E4M8"; Text = "E4M8: Shattered Bridge"; } Text { ID = "HUSTR_E4M9"; Text = "E4M9: Mausoleum"; } Text { ID = "HUSTR_E5M1"; Text = "E5M1: Ochre Cliffs"; } Text { ID = "HUSTR_E5M2"; Text = "E5M2: Rapids"; } Text { ID = "HUSTR_E5M3"; Text = "E5M3: Quay"; } Text { ID = "HUSTR_E5M4"; Text = "E5M4: Courtyard"; } Text { ID = "HUSTR_E5M5"; Text = "E5M5: Hydratyr"; } Text { ID = "HUSTR_E5M6"; Text = "E5M6: Colonnade"; } Text { ID = "HUSTR_E5M7"; Text = "E5M7: Foetid Manse"; } Text { ID = "HUSTR_E5M8"; Text = "E5M8: Field of Judgement"; } Text { ID = "HUSTR_E5M9"; Text = "E5M9: Skein of D'Sparil"; } Text { ID = "HUSTR_E6M1"; Text = "E6M1: Raven's Lair"; } Text { ID = "HUSTR_E6M2"; Text = "E6M2: Water Shrine"; } Text { ID = "HUSTR_E6M3"; Text = "E6M3: American's Legacy"; } Text { ID = "DELETESAVEGAME_CONFIRM"; Text = "Really delete save game\n\n'%s'?"; } Text { ID = "REBORNLOAD_CONFIRM"; Text = "Load save game\n\n'%s'?"; } doomsday-1.14.5/doomsday/plugins/heretic/defs/sounds.ded0000664000175000017500000002747412350542240022555 0ustar jaakkojaakko# Heretic: Sound Effects Header { Version = 5; } Sound { ID = "gldhit"; Lump = "GLDHIT"; Priority = 32; Max channels = 2; } Sound { ID = "gntful"; Lump = "GNTFUL"; Priority = 32; Max channels = -1; } Sound { ID = "gnthit"; Lump = "GNTHIT"; Priority = 32; Max channels = -1; } Sound { ID = "gntpow"; Lump = "GNTPOW"; Priority = 32; Max channels = -1; } Sound { ID = "gntact"; Lump = "GNTACT"; Priority = 32; Max channels = -1; } Sound { ID = "gntuse"; Lump = "GNTUSE"; Priority = 32; Max channels = -1; } Sound { ID = "phosht"; Lump = "PHOSHT"; Priority = 32; Max channels = 2; } Sound { ID = "phohit"; Lump = "PHOHIT"; Priority = 32; Max channels = -1; } Sound { ID = "phopow"; Lump = "PHOPOW"; Link = "hedat1"; Priority = 32; Max channels = 1; } Sound { ID = "lobsht"; Lump = "LOBSHT"; Priority = 20; Max channels = 2; } Sound { ID = "lobhit"; Lump = "LOBHIT"; Priority = 20; Max channels = 2; } Sound { ID = "lobpow"; Lump = "LOBPOW"; Priority = 20; Max channels = 2; } Sound { ID = "hrnsht"; Lump = "HRNSHT"; Priority = 32; Max channels = 2; } Sound { ID = "hrnhit"; Lump = "HRNHIT"; Priority = 32; Max channels = 2; } Sound { ID = "hrnpow"; Lump = "HRNPOW"; Priority = 32; Max channels = 2; } Sound { ID = "ramphit"; Lump = "RAMPHIT"; Priority = 32; Max channels = 2; } Sound { ID = "ramrain"; Lump = "RAMRAIN"; Priority = 10; Max channels = 2; } Sound { ID = "bowsht"; Lump = "BOWSHT"; Priority = 32; Max channels = 2; } Sound { ID = "stfhit"; Lump = "STFHIT"; Priority = 32; Max channels = 2; } Sound { ID = "stfpow"; Lump = "STFPOW"; Priority = 32; Max channels = 2; } Sound { ID = "stfcrk"; Lump = "STFCRK"; Priority = 32; Max channels = 2; } Sound { ID = "impsit"; Lump = "IMPSIT"; Priority = 32; Max channels = 2; } Sound { ID = "impat1"; Lump = "IMPAT1"; Priority = 32; Max channels = 2; } Sound { ID = "impat2"; Lump = "IMPAT2"; Priority = 32; Max channels = 2; } Sound { ID = "impdth"; Lump = "IMPDTH"; Priority = 80; Max channels = 2; } Sound { ID = "impact"; Lump = "IMPACT"; Link = "impsit"; Priority = 20; Max channels = 2; } Sound { ID = "imppai"; Lump = "IMPPAI"; Priority = 32; Max channels = 2; } Sound { ID = "mumsit"; Lump = "MUMSIT"; Priority = 32; Max channels = 2; } Sound { ID = "mumat1"; Lump = "MUMAT1"; Priority = 32; Max channels = 2; } Sound { ID = "mumat2"; Lump = "MUMAT2"; Priority = 32; Max channels = 2; } Sound { ID = "mumdth"; Lump = "MUMDTH"; Priority = 80; Max channels = 2; } Sound { ID = "mumact"; Lump = "MUMACT"; Link = "mumsit"; Priority = 20; Max channels = 2; } Sound { ID = "mumpai"; Lump = "MUMPAI"; Priority = 32; Max channels = 2; } Sound { ID = "mumhed"; Lump = "MUMHED"; Priority = 32; Max channels = 2; } Sound { ID = "bstsit"; Lump = "BSTSIT"; Priority = 32; Max channels = 2; } Sound { ID = "bstatk"; Lump = "BSTATK"; Priority = 32; Max channels = 2; } Sound { ID = "bstdth"; Lump = "BSTDTH"; Priority = 80; Max channels = 2; } Sound { ID = "bstact"; Lump = "BSTACT"; Priority = 20; Max channels = 2; } Sound { ID = "bstpai"; Lump = "BSTPAI"; Priority = 32; Max channels = 2; } Sound { ID = "clksit"; Lump = "CLKSIT"; Priority = 32; Max channels = 2; } Sound { ID = "clkatk"; Lump = "CLKATK"; Priority = 32; Max channels = 2; } Sound { ID = "clkdth"; Lump = "CLKDTH"; Priority = 80; Max channels = 2; } Sound { ID = "clkact"; Lump = "CLKACT"; Priority = 20; Max channels = 2; } Sound { ID = "clkpai"; Lump = "CLKPAI"; Priority = 32; Max channels = 2; } Sound { ID = "snksit"; Lump = "SNKSIT"; Priority = 32; Max channels = 2; } Sound { ID = "snkatk"; Lump = "SNKATK"; Priority = 32; Max channels = 2; } Sound { ID = "snkdth"; Lump = "SNKDTH"; Priority = 80; Max channels = 2; } Sound { ID = "snkact"; Lump = "SNKACT"; Priority = 20; Max channels = 2; } Sound { ID = "snkpai"; Lump = "SNKPAI"; Priority = 32; Max channels = 2; } Sound { ID = "kgtsit"; Lump = "KGTSIT"; Priority = 32; Max channels = 2; } Sound { ID = "kgtatk"; Lump = "KGTATK"; Priority = 32; Max channels = 2; } Sound { ID = "kgtat2"; Lump = "KGTAT2"; Priority = 32; Max channels = 2; } Sound { ID = "kgtdth"; Lump = "KGTDTH"; Priority = 80; Max channels = 2; } Sound { ID = "kgtact"; Lump = "KGTACT"; Link = "kgtsit"; Priority = 20; Max channels = 2; } Sound { ID = "kgtpai"; Lump = "KGTPAI"; Priority = 32; Max channels = 2; } Sound { ID = "wizsit"; Lump = "WIZSIT"; Priority = 32; Max channels = 2; } Sound { ID = "wizatk"; Lump = "WIZATK"; Priority = 32; Max channels = 2; } Sound { ID = "wizdth"; Lump = "WIZDTH"; Priority = 80; Max channels = 2; } Sound { ID = "wizact"; Lump = "WIZACT"; Priority = 20; Max channels = 2; } Sound { ID = "wizpai"; Lump = "WIZPAI"; Priority = 32; Max channels = 2; } Sound { ID = "minsit"; Lump = "MINSIT"; Priority = 32; Max channels = 2; } Sound { ID = "minat1"; Lump = "MINAT1"; Priority = 32; Max channels = 2; } Sound { ID = "minat2"; Lump = "MINAT2"; Priority = 32; Max channels = 2; } Sound { ID = "minat3"; Lump = "MINAT3"; Priority = 32; Max channels = 2; } Sound { ID = "mindth"; Lump = "MINDTH"; Priority = 80; Max channels = 2; } Sound { ID = "minact"; Lump = "MINACT"; Priority = 20; Max channels = 2; } Sound { ID = "minpai"; Lump = "MINPAI"; Priority = 32; Max channels = 2; } Sound { ID = "hedsit"; Lump = "HEDSIT"; Priority = 32; Max channels = 2; } Sound { ID = "hedat1"; Lump = "HEDAT1"; Priority = 32; Max channels = 2; } Sound { ID = "hedat2"; Lump = "HEDAT2"; Priority = 32; Max channels = 2; } Sound { ID = "hedat3"; Lump = "HEDAT3"; Priority = 32; Max channels = 2; } Sound { ID = "heddth"; Lump = "HEDDTH"; Priority = 80; Max channels = 2; } Sound { ID = "hedact"; Lump = "HEDACT"; Priority = 20; Max channels = 2; } Sound { ID = "hedpai"; Lump = "HEDPAI"; Priority = 32; Max channels = 2; } Sound { ID = "sorzap"; Lump = "SORZAP"; Priority = 32; Max channels = 2; } Sound { ID = "sorrise"; Lump = "SORRISE"; Priority = 32; Max channels = 2; } Sound { ID = "sorsit"; Lump = "SORSIT"; Priority = 200; Max channels = 2; } Sound { ID = "soratk"; Lump = "SORATK"; Priority = 32; Max channels = 2; } Sound { ID = "soract"; Lump = "SORACT"; Priority = 200; Max channels = 2; } Sound { ID = "sorpai"; Lump = "SORPAI"; Priority = 200; Max channels = 2; } Sound { ID = "sordsph"; Lump = "SORDSPH"; Priority = 200; Max channels = 2; } Sound { ID = "sordexp"; Lump = "SORDEXP"; Priority = 200; Max channels = 2; } Sound { ID = "sordbon"; Lump = "SORDBON"; Priority = 200; Max channels = 2; } Sound { ID = "sbtsit"; Lump = "SBTSIT"; Link = "bstsit"; Priority = 32; Max channels = 2; } Sound { ID = "sbtatk"; Lump = "SBTATK"; Link = "bstatk"; Priority = 32; Max channels = 2; } Sound { ID = "sbtdth"; Lump = "SBTDTH"; Priority = 80; Max channels = 2; } Sound { ID = "sbtact"; Lump = "SBTACT"; Priority = 20; Max channels = 2; } Sound { ID = "sbtpai"; Lump = "SBTPAI"; Priority = 32; Max channels = 2; } Sound { ID = "plroof"; Lump = "PLROOF"; Priority = 32; Max channels = 2; } Sound { ID = "plrpai"; Lump = "PLRPAI"; Priority = 32; Max channels = 2; } Sound { ID = "plrdth"; Lump = "PLRDTH"; Priority = 80; Max channels = 2; } Sound { ID = "gibdth"; Lump = "GIBDTH"; Priority = 100; Max channels = 2; } Sound { ID = "plrwdth"; Lump = "PLRWDTH"; Priority = 80; Max channels = 2; } Sound { ID = "plrcdth"; Lump = "PLRCDTH"; Priority = 100; Max channels = 2; } Sound { ID = "itemup"; Lump = "ITEMUP"; Priority = 32; Max channels = 2; } Sound { ID = "wpnup"; Lump = "WPNUP"; Priority = 32; Max channels = 2; } Sound { ID = "telept"; Lump = "TELEPT"; Priority = 50; Max channels = 2; } Sound { ID = "doropn"; Lump = "DOROPN"; Priority = 40; Max channels = 2; } Sound { ID = "dorcls"; Lump = "DORCLS"; Priority = 40; Max channels = 2; } Sound { ID = "dormov"; Lump = "DORMOV"; Priority = 40; Max channels = 2; } Sound { ID = "artiup"; Lump = "ARTIUP"; Priority = 32; Max channels = 2; } Sound { ID = "switch"; Lump = "SWITCH"; Priority = 40; Max channels = 2; } Sound { ID = "pstart"; Lump = "PSTART"; Priority = 40; Max channels = 2; } Sound { ID = "pstop"; Lump = "PSTOP"; Priority = 40; Max channels = 2; } Sound { ID = "stnmov"; Lump = "STNMOV"; Priority = 40; Max channels = 2; } Sound { ID = "chicpai"; Lump = "CHICPAI"; Priority = 32; Max channels = 2; } Sound { ID = "chicatk"; Lump = "CHICATK"; Priority = 32; Max channels = 2; } Sound { ID = "chicdth"; Lump = "CHICDTH"; Priority = 40; Max channels = 2; } Sound { ID = "chicact"; Lump = "CHICACT"; Priority = 32; Max channels = 2; } Sound { ID = "chicpk1"; Lump = "CHICPK1"; Priority = 32; Max channels = 2; } Sound { ID = "chicpk2"; Lump = "CHICPK2"; Priority = 32; Max channels = 2; } Sound { ID = "chicpk3"; Lump = "CHICPK3"; Priority = 32; Max channels = 2; } Sound { ID = "keyup"; Lump = "KEYUP"; Priority = 50; Max channels = 2; } Sound { ID = "ripslop"; Lump = "RIPSLOP"; Priority = 16; Max channels = 2; } Sound { ID = "newpod"; Lump = "NEWPOD"; Priority = 16; Max channels = -1; } Sound { ID = "podexp"; Lump = "PODEXP"; Priority = 40; Max channels = -1; } Sound { ID = "bounce"; Lump = "BOUNCE"; Priority = 16; Max channels = 2; } Sound { ID = "volsht"; Lump = "VOLSHT"; Link = "bstatk"; Priority = 16; Max channels = 2; } Sound { ID = "volhit"; Lump = "VOLHIT"; Link = "lobhit"; Priority = 16; Max channels = 2; } Sound { ID = "burn"; Lump = "BURN"; Priority = 10; Max channels = 2; } Sound { ID = "splash"; Lump = "SPLASH"; Priority = 10; Max channels = 1; } Sound { ID = "gloop"; Lump = "GLOOP"; Priority = 10; Max channels = 2; } Sound { ID = "respawn"; Lump = "RESPAWN"; Priority = 10; Max channels = 1; } Sound { ID = "blssht"; Lump = "BLSSHT"; Priority = 32; Max channels = 2; } Sound { ID = "blshit"; Lump = "BLSHIT"; Priority = 32; Max channels = 2; } Sound { ID = "chat"; Lump = "CHAT"; Priority = 100; Max channels = 1; } Sound { ID = "artiuse"; Lump = "ARTIUSE"; Priority = 32; Max channels = 1; } Sound { ID = "gfrag"; Lump = "GFRAG"; Priority = 100; Max channels = 1; } Sound { ID = "waterfl"; Lump = "WATERFL"; Priority = 16; Max channels = 2; } Sound { ID = "wind"; Lump = "WIND"; Priority = 16; Max channels = 1; } Sound { ID = "amb1"; Lump = "AMB1"; Priority = 1; Max channels = 1; } Sound { ID = "amb2"; Lump = "AMB2"; Priority = 1; Max channels = 1; } Sound { ID = "amb3"; Lump = "AMB3"; Priority = 1; Max channels = 1; } Sound { ID = "amb4"; Lump = "AMB4"; Priority = 1; Max channels = 1; } Sound { ID = "amb5"; Lump = "AMB5"; Priority = 1; Max channels = 1; } Sound { ID = "amb6"; Lump = "AMB6"; Priority = 1; Max channels = 1; } Sound { ID = "amb7"; Lump = "AMB7"; Priority = 1; Max channels = 1; } Sound { ID = "amb8"; Lump = "AMB8"; Priority = 1; Max channels = 1; } Sound { ID = "amb9"; Lump = "AMB9"; Priority = 1; Max channels = 1; } Sound { ID = "amb10"; Lump = "AMB10"; Priority = 1; Max channels = 1; } Sound { ID = "amb11"; Lump = "AMB11"; Priority = 1; } Sound { ID = "secret"; Lump = "WPNUP"; Priority = 32; Max channels = 2; } doomsday-1.14.5/doomsday/plugins/heretic/defs/jheretic.ded0000664000175000017500000000106212350542240023020 0ustar jaakkojaakko# Heretic - Doomsday Engine Definitions # # Default set of definitions common to all games playable with jHeretic. # For information about DED syntax and semantics, see # # http://dengine.net/dew/?title=DED # Header { Version = 5; Default model scale = 1.2; } Material Mods "flats:F_SKY1" { Flags = skymask; } Sound { ID = "None"; Link pitch = -1; Link volume = -1; Max channels = -1; } Music { ID = "None"; } Include "flags.ded"; Include "fonts.ded"; Include "objects.ded"; Include "sprites.ded"; Include "text.ded"; Include "sounds.ded"; doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic-ext.ded0000664000175000017500000000103212350542240023441 0ustar jaakkojaakko# # Heretic (Extended) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jHeretic. Include "jheretic.ded"; Include "heretic/anim.ded"; Include "heretic/particles.ded"; Include "heretic/skies.ded"; Include "heretic/maps.ded"; Include "heretic/finales.ded"; Include "heretic/lights.ded"; Include "heretic/materials.ded"; Include "heretic/materialenvironments.ded"; Include "heretic/music.ded"; doomsday-1.14.5/doomsday/plugins/heretic/defs/flags.ded0000664000175000017500000000503312350542240022321 0ustar jaakkojaakko# libheretic: Flags # Mobj flags: Flag { ID = "mf_special"; Value = 0x1; } Flag { ID = "mf_solid"; Value = 0x2; } Flag { ID = "mf_shootable"; Value = 0x4; } Flag { ID = "mf_nosector"; Value = 0x8; } Flag { ID = "mf_noblockmap"; Value = 0x10; } Flag { ID = "mf_ambush"; Value = 0x20; } Flag { ID = "mf_justhit"; Value = 0x40; } Flag { ID = "mf_justattacked"; Value = 0x80; } Flag { ID = "mf_spawnceiling"; Value = 0x100; } Flag { ID = "mf_nogravity"; Value = 0x200; } Flag { ID = "mf_dropoff"; Value = 0x400; } Flag { ID = "mf_pickup"; Value = 0x800; } Flag { ID = "mf_noclip"; Value = 0x1000; } Flag { ID = "mf_float"; Value = 0x4000; } Flag { ID = "mf_teleport"; Value = 0x8000; } Flag { ID = "mf_missile"; Value = 0x10000; } Flag { ID = "mf_dropped"; Value = 0x20000; } Flag { ID = "mf_shadow"; Value = 0x40000; } Flag { ID = "mf_noblood"; Value = 0x80000; } Flag { ID = "mf_corpse"; Value = 0x100000; } Flag { ID = "mf_infloat"; Value = 0x200000; } Flag { ID = "mf_countkill"; Value = 0x400000; } Flag { ID = "mf_countitem"; Value = 0x800000; } Flag { ID = "mf_skullfly"; Value = 0x1000000; } Flag { ID = "mf_notdmatch"; Value = 0x2000000; } Flag { ID = "mf_translation"; Value = 0xC000000; } Flag { ID = "mf_transshift"; Value = 0x1A; } Flag { ID = "mf_local"; Value = 0x10000000; } Flag { ID = "mf_brightshadow"; Value = 0x20000000; } Flag { ID = "mf_brightexplode"; Value = 0x40000000; } Flag { ID = "mf_viewalign"; Value = 0x80000000; } # Mobj flags2: Flag { ID = "mf2_lograv"; Value = 0x1; } Flag { ID = "mf2_windthrust"; Value = 0x2; } Flag { ID = "mf2_floorbounce"; Value = 0x4; } Flag { ID = "mf2_thrughost"; Value = 0x8; } Flag { ID = "mf2_fly"; Value = 0x10; } Flag { ID = "mf2_footclip"; Value = 0x20; } Flag { ID = "mf2_spawnfloat"; Value = 0x40; } Flag { ID = "mf2_noteleport"; Value = 0x80; } Flag { ID = "mf2_rip"; Value = 0x100; } Flag { ID = "mf2_pushable"; Value = 0x200; } Flag { ID = "mf2_slide"; Value = 0x400; } Flag { ID = "mf2_alwayslit"; Value = 0x800; } Flag { ID = "mf2_passmobj"; Value = 0x1000; } Flag { ID = "mf2_cannotpush"; Value = 0x2000; } Flag { ID = "mf2_radiusattacknomaxz"; Value = 0x4000; } Flag { ID = "mf2_boss"; Value = 0x8000; } Flag { ID = "mf2_firedamage"; Value = 0x10000; } Flag { ID = "mf2_nodmgthrust"; Value = 0x20000; } Flag { ID = "mf2_telestomp"; Value = 0x40000; } Flag { ID = "mf2_floatbob"; Value = 0x80000; } Flag { ID = "mf2_dontdraw"; Value = 0x100000; } # Mobj flags3: Flag { ID = "mf3_noinfight"; Value = 0x1; } Flag { ID = "mf3_clientaction"; Value = 0x2; } doomsday-1.14.5/doomsday/plugins/heretic/defs/objects.ded0000664000175000017500000070132112350542240022661 0ustar jaakkojaakko# libheretic: Objects # # Order of definitions is very important here! # Only add new States and Things *after* the existing definitions. # Header { Version = 5; } Thing { ID = "MISC0"; DoomEd number = 81; Spawn state = "ITEM_PTN1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "ITEMSHIELD1"; DoomEd number = 85; Spawn state = "ITEM_SHLD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "ITEMSHIELD2"; DoomEd number = 31; Spawn state = "ITEM_SHD2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; Flags2 = "mf2_floatbob"; } Thing { ID = "MISC1"; DoomEd number = 8; Spawn state = "ITEM_BAGH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "MISC2"; DoomEd number = 35; Spawn state = "ITEM_SPMP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTIINVISIBILITY"; DoomEd number = 75; Spawn state = "ARTI_INVS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_shadow mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "MISC3"; DoomEd number = 82; Spawn state = "ARTI_PTN2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTIFLY"; DoomEd number = 83; Spawn state = "ARTI_SOAR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTIINVULNERABILITY"; DoomEd number = 84; Spawn state = "ARTI_INVU1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTITOMEOFPOWER"; DoomEd number = 86; Spawn state = "ARTI_PWBK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "ARTIEGG"; DoomEd number = 30; Spawn state = "ARTI_EGGC1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "EGGFX"; DoomEd number = -1; Spawn state = "EGGFX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "EGGFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 18; Radius = 8; Height = 8; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "ARTISUPERHEAL"; DoomEd number = 32; Spawn state = "ARTI_SPHL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "MISC4"; DoomEd number = 33; Spawn state = "ARTI_TRCH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "MISC5"; DoomEd number = 34; Spawn state = "ARTI_FBMB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "FIREBOMB"; DoomEd number = -1; Spawn state = "FIREBOMB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "phohit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_nogravity mf_shadow"; } Thing { ID = "ARTITELEPORT"; DoomEd number = 36; Spawn state = "ARTI_ATLP1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_countitem"; Flags2 = "mf2_floatbob"; } Thing { ID = "POD"; DoomEd number = 2035; Spawn state = "POD_WAIT1"; See state = "NULL"; Pain state = "POD_PAIN1"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "POD_DIE1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "podexp"; Active sound = "None"; Reaction time = 8; Pain chance = 255; Spawn health = 45; Radius = 16; Height = 54; Mass = 100; Flags = "mf_solid mf_noblood mf_shootable mf_dropoff mf_viewalign"; Flags2 = "mf2_windthrust mf2_pushable mf2_slide mf2_passmobj mf2_telestomp"; } Thing { ID = "PODGOO"; DoomEd number = -1; Spawn state = "PODGOO1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "PODGOOX"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv mf2_cannotpush"; } Thing { ID = "PODGENERATOR"; DoomEd number = 43; Spawn state = "PODGENERATOR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector"; } Thing { ID = "SPLASH"; DoomEd number = -1; Spawn state = "SPLASH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SPLASHX"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv mf2_cannotpush"; } Thing { ID = "SPLASHBASE"; DoomEd number = -1; Spawn state = "SPLASHBASE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "LAVASPLASH"; DoomEd number = -1; Spawn state = "LAVASPLASH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "LAVASMOKE"; DoomEd number = -1; Spawn state = "LAVASMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow"; } Thing { ID = "SLUDGECHUNK"; DoomEd number = -1; Spawn state = "SLUDGECHUNK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SLUDGECHUNKX"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv mf2_cannotpush"; } Thing { ID = "SLUDGESPLASH"; DoomEd number = -1; Spawn state = "SLUDGESPLASH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "SKULLHANG70"; DoomEd number = 17; Spawn state = "SKULLHANG70_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 70; Mass = 100; Flags = "mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "SKULLHANG60"; DoomEd number = 24; Spawn state = "SKULLHANG60_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 60; Mass = 100; Flags = "mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "SKULLHANG45"; DoomEd number = 25; Spawn state = "SKULLHANG45_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 45; Mass = 100; Flags = "mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "SKULLHANG35"; DoomEd number = 26; Spawn state = "SKULLHANG35_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 35; Mass = 100; Flags = "mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "CHANDELIER"; DoomEd number = 28; Spawn state = "CHANDELIER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 32; Height = 60; Mass = 100; Flags = "mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "SERPTORCH"; DoomEd number = 27; Spawn state = "SERPTORCH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 54; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "SMALLPILLAR"; DoomEd number = 29; Spawn state = "SMALLPILLAR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 34; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "STALAGMITESMALL"; DoomEd number = 37; Spawn state = "STALAGMITESMALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 32; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "STALAGMITELARGE"; DoomEd number = 38; Spawn state = "STALAGMITELARGE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 64; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "STALACTITESMALL"; DoomEd number = 39; Spawn state = "STALACTITESMALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 36; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "STALACTITELARGE"; DoomEd number = 40; Spawn state = "STALACTITELARGE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 68; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "MISC6"; DoomEd number = 76; Spawn state = "FIREBRAZIER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 44; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "BARREL"; DoomEd number = 44; Spawn state = "BARREL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 32; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "MISC7"; DoomEd number = 47; Spawn state = "BRPILLAR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 14; Height = 128; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "MISC8"; DoomEd number = 48; Spawn state = "MOSS1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 23; Mass = 100; Flags = "mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "MISC9"; DoomEd number = 49; Spawn state = "MOSS2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 27; Mass = 100; Flags = "mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "MISC10"; DoomEd number = 50; Spawn state = "WALLTORCH1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 10; Height = 16; Mass = 100; Flags = "mf_nogravity mf_local"; } Thing { ID = "MISC11"; DoomEd number = 51; Spawn state = "HANGINGCORPSE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 104; Mass = 100; Flags = "mf_solid mf_spawnceiling mf_nogravity mf_local"; } Thing { ID = "KEYGIZMOBLUE"; DoomEd number = 94; Spawn state = "KEYGIZMO1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 50; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "KEYGIZMOGREEN"; DoomEd number = 95; Spawn state = "KEYGIZMO1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 50; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "KEYGIZMOYELLOW"; DoomEd number = 96; Spawn state = "KEYGIZMO1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 50; Mass = 100; Flags = "mf_solid mf_local"; } Thing { ID = "KEYGIZMOFLOAT"; DoomEd number = -1; Spawn state = "KGZ_START"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 16; Mass = 100; Flags = "mf_solid mf_nogravity mf_local"; } Thing { ID = "MISC12"; DoomEd number = 87; Spawn state = "VOLCANO1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 12; Height = 20; Mass = 100; Flags = "mf_solid"; } Thing { ID = "VOLCANOBLAST"; DoomEd number = -1; Spawn state = "VOLCANOBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "VOLCANOBALLX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "volhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 2; Radius = 8; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_lograv mf2_noteleport mf2_firedamage"; } Thing { ID = "VOLCANOTBLAST"; DoomEd number = -1; Spawn state = "VOLCANOTBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "VOLCANOTBALLX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 2; Radius = 8; Height = 6; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_lograv mf2_noteleport mf2_firedamage"; } Thing { ID = "TELEGLITGEN"; DoomEd number = 74; Spawn state = "TELEGLITGEN1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_nosector mf_local"; } Thing { ID = "TELEGLITGEN2"; DoomEd number = 52; Spawn state = "TELEGLITGEN2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_nosector mf_local"; } Thing { ID = "TELEGLITTER"; DoomEd number = -1; Spawn state = "TELEGLITTER1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightshadow mf_local"; Flags2 = "mf2_noteleport"; } Thing { ID = "TELEGLITTER2"; DoomEd number = -1; Spawn state = "TELEGLITTER2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_missile mf_brightshadow mf_local"; Flags2 = "mf2_noteleport"; } Thing { ID = "TFOG"; DoomEd number = -1; Spawn state = "TFOG1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "TELEPORTMAN"; DoomEd number = 14; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector"; } Thing { ID = "STAFFPUFF"; DoomEd number = -1; Spawn state = "STAFFPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "stfhit"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "STAFFPUFF2"; DoomEd number = -1; Spawn state = "STAFFPUFF2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "stfpow"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "BEAKPUFF"; DoomEd number = -1; Spawn state = "STAFFPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "chicatk"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "MISC13"; DoomEd number = 2005; Spawn state = "WGNT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "GAUNTLETPUFF1"; DoomEd number = -1; Spawn state = "GAUNTLETPUFF1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_brightshadow"; } Thing { ID = "GAUNTLETPUFF2"; DoomEd number = -1; Spawn state = "GAUNTLETPUFF2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_brightshadow"; } Thing { ID = "MISC14"; DoomEd number = 53; Spawn state = "BLSR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "BLASTERFX1"; DoomEd number = -1; Spawn state = "BLASTERFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BLASTERFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "blshit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 184; Radius = 12; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "BLASTERSMOKE"; DoomEd number = -1; Spawn state = "BLASTERSMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow mf_viewalign"; Flags2 = "mf2_noteleport mf2_cannotpush"; } Thing { ID = "RIPPER"; DoomEd number = -1; Spawn state = "RIPPER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "RIPPERX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "hrnhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 14; Radius = 8; Height = 6; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport mf2_rip"; } Thing { ID = "BLASTERPUFF1"; DoomEd number = -1; Spawn state = "BLASTERPUFF1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_brightshadow"; } Thing { ID = "BLASTERPUFF2"; DoomEd number = -1; Spawn state = "BLASTERPUFF2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_brightshadow"; } Thing { ID = "WMACE"; DoomEd number = 2002; Spawn state = "WMCE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "MACEFX1"; DoomEd number = -1; Spawn state = "MACEFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MACEFXI1_1"; Xdeath state = "NULL"; See sound = "lobsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 8; Height = 6; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_floorbounce mf2_thrughost mf2_noteleport"; } Thing { ID = "MACEFX2"; DoomEd number = -1; Spawn state = "MACEFX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MACEFXI2_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 8; Height = 6; Mass = 100; Damage = 6; Flags = "mf_noblockmap mf_missile mf_dropoff mf_brightexplode"; Flags2 = "mf2_lograv mf2_floorbounce mf2_thrughost mf2_noteleport"; } Thing { ID = "MACEFX3"; DoomEd number = -1; Spawn state = "MACEFX3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MACEFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 7; Radius = 8; Height = 6; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_dropoff mf_brightexplode"; Flags2 = "mf2_lograv mf2_floorbounce mf2_thrughost mf2_noteleport"; } Thing { ID = "MACEFX4"; DoomEd number = -1; Spawn state = "MACEFX4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MACEFXI4_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 7; Radius = 8; Height = 6; Mass = 100; Damage = 18; Flags = "mf_noblockmap mf_missile mf_dropoff mf_brightexplode"; Flags2 = "mf2_lograv mf2_floorbounce mf2_thrughost mf2_noteleport"; } Thing { ID = "WSKULLROD"; DoomEd number = 2004; Spawn state = "WSKL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "HORNRODFX1"; DoomEd number = -1; Spawn state = "HRODFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HRODFXI1_1"; Xdeath state = "NULL"; See sound = "hrnsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "hrnhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 22; Radius = 12; Height = 8; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_windthrust mf2_noteleport"; } Thing { ID = "HORNRODFX2"; DoomEd number = -1; Spawn state = "HRODFX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HRODFXI2_1"; Xdeath state = "NULL"; See sound = "hrnsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "ramphit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 22; Radius = 12; Height = 8; Mass = 100; Damage = 10; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "RAINPLR1"; DoomEd number = -1; Spawn state = "RAINPLR1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "RAINPLR1X_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 12; Radius = 5; Height = 12; Mass = 100; Damage = 5; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_viewalign mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "RAINPLR2"; DoomEd number = -1; Spawn state = "RAINPLR2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "RAINPLR2X_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 12; Radius = 5; Height = 12; Mass = 100; Damage = 5; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_viewalign mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "RAINPLR3"; DoomEd number = -1; Spawn state = "RAINPLR3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "RAINPLR3X_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 12; Radius = 5; Height = 12; Mass = 100; Damage = 5; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_viewalign mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "RAINPLR4"; DoomEd number = -1; Spawn state = "RAINPLR4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "RAINPLR4X_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 12; Radius = 5; Height = 12; Mass = 100; Damage = 5; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_viewalign mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "GOLDWANDFX1"; DoomEd number = -1; Spawn state = "GWANDFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "GWANDFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "gldhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 22; Radius = 10; Height = 6; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "GOLDWANDFX2"; DoomEd number = -1; Spawn state = "GWANDFX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "GWANDFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 18; Radius = 10; Height = 6; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "GOLDWANDPUFF1"; DoomEd number = -1; Spawn state = "GWANDPUFF1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_brightshadow"; } Thing { ID = "GOLDWANDPUFF2"; DoomEd number = -1; Spawn state = "GWANDFXI1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_brightshadow"; } Thing { ID = "WPHOENIXROD"; DoomEd number = 2003; Spawn state = "WPHX"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "PHOENIXFX1"; DoomEd number = -1; Spawn state = "PHOENIXFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "PHOENIXFXI1_1"; Xdeath state = "NULL"; See sound = "phosht"; Attack sound = "None"; Pain sound = "None"; Death sound = "phohit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 11; Height = 8; Mass = 100; Damage = 20; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_thrughost mf2_noteleport"; } Thing { ID = "PHOENIXPUFF"; DoomEd number = -1; Spawn state = "PHOENIXPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity mf_shadow mf_viewalign"; Flags2 = "mf2_noteleport mf2_cannotpush"; } Thing { ID = "PHOENIXFX2"; DoomEd number = -1; Spawn state = "PHOENIXFX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "PHOENIXFXI2_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightshadow"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "MISC15"; DoomEd number = 2001; Spawn state = "WBOW"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "CRBOWFX1"; DoomEd number = -1; Spawn state = "CRBOWFX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CRBOWFXI1_1"; Xdeath state = "NULL"; See sound = "bowsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "hrnhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 30; Radius = 11; Height = 8; Mass = 100; Damage = 10; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "CRBOWFX2"; DoomEd number = -1; Spawn state = "CRBOWFX2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CRBOWFXI1_1"; Xdeath state = "NULL"; See sound = "bowsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "hrnhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 32; Radius = 11; Height = 8; Mass = 100; Damage = 6; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; Flags3 = "mf3_clientaction"; } Thing { ID = "CRBOWFX3"; DoomEd number = -1; Spawn state = "CRBOWFX3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CRBOWFXI3_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "hrnhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 11; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_windthrust mf2_thrughost mf2_noteleport"; } Thing { ID = "CRBOWFX4"; DoomEd number = -1; Spawn state = "CRBOWFX4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_brightshadow mf_local"; Flags2 = "mf2_lograv"; } Thing { ID = "BLOOD"; DoomEd number = -1; Spawn state = "BLOOD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "BLOODSPLATTER"; DoomEd number = -1; Spawn state = "BLOODSPLATTER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BLOODSPLATTERX"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_cannotpush"; } Thing { ID = "PLAYER"; DoomEd number = -1; Spawn state = "PLAY"; See state = "PLAY_RUN1"; Pain state = "PLAY_PAIN"; Melee state = "NULL"; Missile state = "PLAY_ATK1"; Crash state = "NULL"; Death state = "PLAY_DIE1"; Xdeath state = "PLAY_XDIE1"; See sound = "None"; Attack sound = "None"; Pain sound = "plrpai"; Death sound = "plrdth"; Active sound = "None"; Pain chance = 255; Spawn health = 100; Radius = 16; Height = 56; Mass = 100; Flags = solid | shootable | dropoff | pickup; Flags2 = windthrust | footclip | slide | passmobj | telestomp; } Thing { ID = "BLOODYSKULL"; DoomEd number = -1; Spawn state = "BLOODYSKULL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 4; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_dropoff"; Flags2 = "mf2_lograv mf2_cannotpush"; } Thing { ID = "CHICPLAYER"; DoomEd number = -1; Spawn state = "CHICPLAY"; See state = "CHICPLAY_RUN1"; Pain state = "CHICPLAY_PAIN"; Melee state = "NULL"; Missile state = "CHICPLAY_ATK1"; Crash state = "NULL"; Death state = "CHICKEN_DIE1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "chicpai"; Death sound = "chicdth"; Active sound = "None"; Pain chance = 255; Spawn health = 100; Radius = 16; Height = 24; Mass = 100; Flags = solid | shootable | dropoff; Flags2 = windthrust | slide | passmobj | footclip | lograv | telestomp; } Thing { ID = "CHICKEN"; DoomEd number = -1; Spawn state = "CHICKEN_LOOK1"; See state = "CHICKEN_WALK1"; Pain state = "CHICKEN_PAIN1"; Melee state = "CHICKEN_ATK1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CHICKEN_DIE1"; Xdeath state = "NULL"; See sound = "chicpai"; Attack sound = "chicatk"; Pain sound = "chicpai"; Death sound = "chicdth"; Active sound = "chicact"; Reaction time = 8; Pain chance = 200; Spawn health = 10; Speed = 4; Radius = 9; Height = 22; Mass = 40; Flags = "mf_solid mf_shootable mf_countkill mf_dropoff"; Flags2 = "mf2_windthrust mf2_footclip mf2_passmobj"; } Thing { ID = "FEATHER"; DoomEd number = -1; Spawn state = "FEATHER1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "FEATHERX"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 2; Height = 4; Mass = 100; Flags = "mf_noblockmap mf_missile mf_dropoff"; Flags2 = "mf2_noteleport mf2_lograv mf2_cannotpush mf2_windthrust"; } Thing { ID = "MUMMY"; DoomEd number = 68; Spawn state = "MUMMY_LOOK1"; See state = "MUMMY_WALK1"; Pain state = "MUMMY_PAIN1"; Melee state = "MUMMY_ATK1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MUMMY_DIE1"; Xdeath state = "NULL"; See sound = "mumsit"; Attack sound = "mumat1"; Pain sound = "mumpai"; Death sound = "mumdth"; Active sound = "mumact"; Reaction time = 8; Pain chance = 128; Spawn health = 80; Speed = 12; Radius = 22; Height = 62; Mass = 75; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "MUMMYLEADER"; DoomEd number = 45; Spawn state = "MUMMY_LOOK1"; See state = "MUMMY_WALK1"; Pain state = "MUMMY_PAIN1"; Melee state = "MUMMY_ATK1"; Missile state = "MUMMYL_ATK1"; Crash state = "NULL"; Death state = "MUMMY_DIE1"; Xdeath state = "NULL"; See sound = "mumsit"; Attack sound = "mumat1"; Pain sound = "mumpai"; Death sound = "mumdth"; Active sound = "mumact"; Reaction time = 8; Pain chance = 64; Spawn health = 100; Speed = 12; Radius = 22; Height = 62; Mass = 75; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "MUMMYGHOST"; DoomEd number = 69; Spawn state = "MUMMY_LOOK1"; See state = "MUMMY_WALK1"; Pain state = "MUMMY_PAIN1"; Melee state = "MUMMY_ATK1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MUMMY_DIE1"; Xdeath state = "NULL"; See sound = "mumsit"; Attack sound = "mumat1"; Pain sound = "mumpai"; Death sound = "mumdth"; Active sound = "mumact"; Reaction time = 8; Pain chance = 128; Spawn health = 80; Speed = 12; Radius = 22; Height = 62; Mass = 75; Flags = "mf_solid mf_shootable mf_countkill mf_shadow"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "MUMMYLEADERGHOST"; DoomEd number = 46; Spawn state = "MUMMY_LOOK1"; See state = "MUMMY_WALK1"; Pain state = "MUMMY_PAIN1"; Melee state = "MUMMY_ATK1"; Missile state = "MUMMYL_ATK1"; Crash state = "NULL"; Death state = "MUMMY_DIE1"; Xdeath state = "NULL"; See sound = "mumsit"; Attack sound = "mumat1"; Pain sound = "mumpai"; Death sound = "mumdth"; Active sound = "mumact"; Reaction time = 8; Pain chance = 64; Spawn health = 100; Speed = 12; Radius = 22; Height = 62; Mass = 75; Flags = "mf_solid mf_shootable mf_countkill mf_shadow"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "MUMMYSOUL"; DoomEd number = -1; Spawn state = "MUMMY_SOUL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; } Thing { ID = "MUMMYFX1"; DoomEd number = -1; Spawn state = "MUMMYFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MUMMYFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 9; Radius = 8; Height = 14; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "BEAST"; DoomEd number = 70; Spawn state = "BEAST_LOOK1"; See state = "BEAST_WALK1"; Pain state = "BEAST_PAIN1"; Melee state = "NULL"; Missile state = "BEAST_ATK1"; Crash state = "NULL"; Death state = "BEAST_DIE1"; Xdeath state = "BEAST_XDIE1"; See sound = "bstsit"; Attack sound = "bstatk"; Pain sound = "bstpai"; Death sound = "bstdth"; Active sound = "bstact"; Reaction time = 8; Pain chance = 100; Spawn health = 220; Speed = 14; Radius = 32; Height = 74; Mass = 200; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "BEASTBALL"; DoomEd number = -1; Spawn state = "BEASTBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BEASTBALLX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 12; Radius = 9; Height = 8; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_windthrust mf2_noteleport"; } Thing { ID = "BURNBALL"; DoomEd number = -1; Spawn state = "BURNBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BEASTBALLX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_nogravity mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "BURNBALLFB"; DoomEd number = -1; Spawn state = "BURNBALLFB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "BEASTBALLX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_nogravity mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "PUFFY"; DoomEd number = -1; Spawn state = "PUFFY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "PUFFY1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_nogravity mf_missile"; Flags2 = "mf2_noteleport"; } Thing { ID = "SNAKE"; DoomEd number = 92; Spawn state = "SNAKE_LOOK1"; See state = "SNAKE_WALK1"; Pain state = "SNAKE_PAIN1"; Melee state = "NULL"; Missile state = "SNAKE_ATK1"; Crash state = "NULL"; Death state = "SNAKE_DIE1"; Xdeath state = "NULL"; See sound = "snksit"; Attack sound = "snkatk"; Pain sound = "snkpai"; Death sound = "snkdth"; Active sound = "snkact"; Reaction time = 8; Pain chance = 48; Spawn health = 280; Speed = 10; Radius = 22; Height = 70; Mass = 100; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "SNAKEPRO_A"; DoomEd number = -1; Spawn state = "SNAKEPRO_A1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SNAKEPRO_AX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 14; Radius = 12; Height = 8; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_windthrust mf2_noteleport"; } Thing { ID = "SNAKEPRO_B"; DoomEd number = -1; Spawn state = "SNAKEPRO_B1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SNAKEPRO_BX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 14; Radius = 12; Height = 8; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "HEAD"; DoomEd number = 6; Spawn state = "HEAD_LOOK"; See state = "HEAD_FLOAT"; Pain state = "HEAD_PAIN1"; Melee state = "NULL"; Missile state = "HEAD_ATK1"; Crash state = "NULL"; Death state = "HEAD_DIE1"; Xdeath state = "NULL"; See sound = "hedsit"; Attack sound = "hedat1"; Pain sound = "hedpai"; Death sound = "heddth"; Active sound = "hedact"; Reaction time = 8; Pain chance = 32; Spawn health = 700; Speed = 6; Radius = 40; Height = 72; Mass = 325; Flags = "mf_solid mf_shootable mf_countkill mf_noblood"; Flags2 = "mf2_passmobj"; } Thing { ID = "HEADFX1"; DoomEd number = -1; Spawn state = "HEADFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HEADFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 13; Radius = 12; Height = 6; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport mf2_thrughost"; } Thing { ID = "HEADFX2"; DoomEd number = -1; Spawn state = "HEADFX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HEADFXI2_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 8; Radius = 12; Height = 6; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "HEADFX3"; DoomEd number = -1; Spawn state = "HEADFX3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HEADFXI3_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 14; Height = 12; Mass = 100; Damage = 5; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightshadow mf_brightexplode"; Flags2 = "mf2_windthrust mf2_noteleport"; } Thing { ID = "WHIRLWIND"; DoomEd number = -1; Spawn state = "HEADFX4_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "HEADFXI4_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 16; Height = 74; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_shadow"; Flags2 = "mf2_noteleport"; } Thing { ID = "CLINK"; DoomEd number = 90; Spawn state = "CLINK_LOOK1"; See state = "CLINK_WALK1"; Pain state = "CLINK_PAIN1"; Melee state = "CLINK_ATK1"; Missile state = "NULL"; Crash state = "NULL"; Death state = "CLINK_DIE1"; Xdeath state = "NULL"; See sound = "clksit"; Attack sound = "clkatk"; Pain sound = "clkpai"; Death sound = "clkdth"; Active sound = "clkact"; Reaction time = 8; Pain chance = 32; Spawn health = 150; Speed = 14; Radius = 20; Height = 64; Mass = 75; Flags = "mf_solid mf_shootable mf_countkill mf_noblood"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "WIZARD"; DoomEd number = 15; Spawn state = "WIZARD_LOOK1"; See state = "WIZARD_WALK1"; Pain state = "WIZARD_PAIN1"; Melee state = "NULL"; Missile state = "WIZARD_ATK1"; Crash state = "NULL"; Death state = "WIZARD_DIE1"; Xdeath state = "NULL"; See sound = "wizsit"; Attack sound = "wizatk"; Pain sound = "wizpai"; Death sound = "wizdth"; Active sound = "wizact"; Reaction time = 8; Pain chance = 64; Spawn health = 180; Speed = 12; Radius = 16; Height = 68; Mass = 100; Flags = "mf_solid mf_shootable mf_countkill mf_float mf_nogravity"; Flags2 = "mf2_passmobj"; } Thing { ID = "WIZFX1"; DoomEd number = -1; Spawn state = "WIZFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "WIZFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 18; Radius = 10; Height = 6; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport"; } Thing { ID = "IMP"; DoomEd number = 66; Spawn state = "IMP_LOOK1"; See state = "IMP_FLY1"; Pain state = "IMP_PAIN1"; Melee state = "IMP_MEATK1"; Missile state = "IMP_MSATK1_1"; Crash state = "IMP_CRASH1"; Death state = "IMP_DIE1"; Xdeath state = "IMP_XDIE1"; See sound = "impsit"; Attack sound = "impat1"; Pain sound = "imppai"; Death sound = "impdth"; Active sound = "impact"; Reaction time = 8; Pain chance = 200; Spawn health = 40; Speed = 10; Radius = 16; Height = 36; Mass = 50; Flags = "mf_solid mf_shootable mf_float mf_nogravity mf_countkill"; Flags2 = "mf2_spawnfloat mf2_passmobj"; } Thing { ID = "IMPLEADER"; DoomEd number = 5; Spawn state = "IMP_LOOK1"; See state = "IMP_FLY1"; Pain state = "IMP_PAIN1"; Melee state = "NULL"; Missile state = "IMP_MSATK2_1"; Crash state = "IMP_CRASH1"; Death state = "IMP_DIE1"; Xdeath state = "IMP_XDIE1"; See sound = "impsit"; Attack sound = "impat2"; Pain sound = "imppai"; Death sound = "impdth"; Active sound = "impact"; Reaction time = 8; Pain chance = 200; Spawn health = 80; Speed = 10; Radius = 16; Height = 36; Mass = 50; Flags = "mf_solid mf_shootable mf_float mf_nogravity mf_countkill"; Flags2 = "mf2_spawnfloat mf2_passmobj"; } Thing { ID = "IMPCHUNK1"; DoomEd number = -1; Spawn state = "IMP_CHUNKA1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "IMPCHUNK2"; DoomEd number = -1; Spawn state = "IMP_CHUNKB1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "IMPBALL"; DoomEd number = -1; Spawn state = "IMPFX1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "IMPFXI1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 8; Height = 8; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_windthrust mf2_noteleport"; } Thing { ID = "KNIGHT"; DoomEd number = 64; Spawn state = "KNIGHT_STND1"; See state = "KNIGHT_WALK1"; Pain state = "KNIGHT_PAIN1"; Melee state = "KNIGHT_ATK1"; Missile state = "KNIGHT_ATK1"; Crash state = "NULL"; Death state = "KNIGHT_DIE1"; Xdeath state = "NULL"; See sound = "kgtsit"; Attack sound = "kgtatk"; Pain sound = "kgtpai"; Death sound = "kgtdth"; Active sound = "kgtact"; Reaction time = 8; Pain chance = 100; Spawn health = 200; Speed = 12; Radius = 24; Height = 78; Mass = 150; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "KNIGHTGHOST"; DoomEd number = 65; Spawn state = "KNIGHT_STND1"; See state = "KNIGHT_WALK1"; Pain state = "KNIGHT_PAIN1"; Melee state = "KNIGHT_ATK1"; Missile state = "KNIGHT_ATK1"; Crash state = "NULL"; Death state = "KNIGHT_DIE1"; Xdeath state = "NULL"; See sound = "kgtsit"; Attack sound = "kgtatk"; Pain sound = "kgtpai"; Death sound = "kgtdth"; Active sound = "kgtact"; Reaction time = 8; Pain chance = 100; Spawn health = 200; Speed = 12; Radius = 24; Height = 78; Mass = 150; Flags = "mf_solid mf_shootable mf_countkill mf_shadow"; Flags2 = "mf2_footclip mf2_passmobj"; } Thing { ID = "KNIGHTAXE"; DoomEd number = -1; Spawn state = "SPINAXE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SPINAXEX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "hrnhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 9; Radius = 10; Height = 8; Mass = 100; Damage = 2; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_windthrust mf2_noteleport mf2_thrughost"; } Thing { ID = "REDAXE"; DoomEd number = -1; Spawn state = "REDAXE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "REDAXEX1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "hrnhit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 9; Radius = 10; Height = 8; Mass = 100; Damage = 7; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport mf2_thrughost"; } Thing { ID = "SORCERER1"; DoomEd number = 7; Spawn state = "SRCR1_LOOK1"; See state = "SRCR1_WALK1"; Pain state = "SRCR1_PAIN1"; Melee state = "NULL"; Missile state = "SRCR1_ATK1"; Crash state = "NULL"; Death state = "SRCR1_DIE1"; Xdeath state = "NULL"; See sound = "sbtsit"; Attack sound = "sbtatk"; Pain sound = "sbtpai"; Death sound = "sbtdth"; Active sound = "sbtact"; Reaction time = 8; Pain chance = 56; Spawn health = 2000; Speed = 16; Radius = 28; Height = 100; Mass = 800; Flags = "mf_solid mf_shootable mf_countkill"; Flags2 = "mf2_footclip mf2_passmobj mf2_boss"; Flags3 = "mf3_noinfight"; } Thing { ID = "SRCRFX1"; DoomEd number = -1; Spawn state = "SRCRFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SRCRFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 10; Height = 10; Mass = 100; Damage = 10; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "SORCERER2"; DoomEd number = -1; Spawn state = "SOR2_LOOK1"; See state = "SOR2_WALK1"; Pain state = "SOR2_PAIN1"; Melee state = "NULL"; Missile state = "SOR2_ATK1"; Crash state = "NULL"; Death state = "SOR2_DIE1"; Xdeath state = "NULL"; See sound = "sorsit"; Attack sound = "soratk"; Pain sound = "sorpai"; Death sound = "None"; Active sound = "soract"; Reaction time = 8; Pain chance = 32; Spawn health = 3500; Speed = 14; Radius = 16; Height = 70; Mass = 300; Flags = "mf_solid mf_shootable mf_countkill mf_dropoff"; Flags2 = "mf2_footclip mf2_passmobj mf2_boss"; Flags3 = "mf3_noinfight"; } Thing { ID = "SOR2FX1"; DoomEd number = -1; Spawn state = "SOR2FX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SOR2FXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 10; Height = 6; Mass = 100; Damage = 1; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "SOR2FXSPARK"; DoomEd number = -1; Spawn state = "SOR2FXSPARK1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nogravity"; Flags2 = "mf2_noteleport mf2_cannotpush"; } Thing { ID = "SOR2FX2"; DoomEd number = -1; Spawn state = "SOR2FX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "SOR2FXI2_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 6; Radius = 10; Height = 6; Mass = 100; Damage = 10; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity"; Flags2 = "mf2_noteleport"; } Thing { ID = "SOR2TELEFADE"; DoomEd number = -1; Spawn state = "SOR2TELEFADE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap"; } Thing { ID = "MINOTAUR"; DoomEd number = 9; Spawn state = "MNTR_LOOK1"; See state = "MNTR_WALK1"; Pain state = "MNTR_PAIN1"; Melee state = "MNTR_ATK1_1"; Missile state = "MNTR_ATK2_1"; Crash state = "NULL"; Death state = "MNTR_DIE1"; Xdeath state = "NULL"; See sound = "minsit"; Attack sound = "minat1"; Pain sound = "minpai"; Death sound = "mindth"; Active sound = "minact"; Reaction time = 8; Pain chance = 25; Spawn health = 3000; Speed = 16; Radius = 28; Height = 100; Mass = 800; Damage = 7; Flags = "mf_solid mf_shootable mf_countkill mf_dropoff"; Flags2 = "mf2_footclip mf2_passmobj mf2_boss"; Flags3 = "mf3_noinfight"; } Thing { ID = "MNTRFX1"; DoomEd number = -1; Spawn state = "MNTRFX1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MNTRFXI1_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 10; Height = 6; Mass = 100; Damage = 3; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "MNTRFX2"; DoomEd number = -1; Spawn state = "MNTRFX2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MNTRFXI2_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "phohit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 14; Radius = 5; Height = 12; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "MNTRFX3"; DoomEd number = -1; Spawn state = "MNTRFX3_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "MNTRFXI2_1"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "phohit"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 16; Mass = 100; Damage = 4; Flags = "mf_noblockmap mf_missile mf_dropoff mf_nogravity mf_brightexplode"; Flags2 = "mf2_noteleport mf2_firedamage"; } Thing { ID = "AKYY"; DoomEd number = 73; Spawn state = "AKYY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_notdmatch"; } Thing { ID = "BKYY"; DoomEd number = 79; Spawn state = "BKYY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_notdmatch"; } Thing { ID = "CKEY"; DoomEd number = 80; Spawn state = "CKYY1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_notdmatch"; } Thing { ID = "AMGWNDWIMPY"; DoomEd number = 10; Spawn state = "AMG1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 10; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMGWNDHEFTY"; DoomEd number = 12; Spawn state = "AMG2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 50; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMMACEWIMPY"; DoomEd number = 13; Spawn state = "AMM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 20; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMMACEHEFTY"; DoomEd number = 16; Spawn state = "AMM2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 100; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMCBOWWIMPY"; DoomEd number = 18; Spawn state = "AMC1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 5; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMCBOWHEFTY"; DoomEd number = 19; Spawn state = "AMC2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 20; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMSKRDWIMPY"; DoomEd number = 20; Spawn state = "AMS1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 20; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMSKRDHEFTY"; DoomEd number = 21; Spawn state = "AMS2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 100; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special"; } Thing { ID = "AMPHRDWIMPY"; DoomEd number = 22; Spawn state = "AMP1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_viewalign"; } Thing { ID = "AMPHRDHEFTY"; DoomEd number = 23; Spawn state = "AMP2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 10; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_viewalign"; } Thing { ID = "AMBLSRWIMPY"; DoomEd number = 54; Spawn state = "AMB1_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 10; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_viewalign"; } Thing { ID = "AMBLSRHEFTY"; DoomEd number = 55; Spawn state = "AMB2_1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 25; Radius = 20; Height = 16; Mass = 100; Flags = "mf_special mf_viewalign"; } Thing { ID = "SOUNDWIND"; DoomEd number = 42; Spawn state = "SND_WIND"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector mf_local"; } Thing { ID = "SOUNDWATERFALL"; DoomEd number = 41; Spawn state = "SND_WATERFALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Crash state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = "mf_noblockmap mf_nosector mf_local"; } State { ID = "NULL"; Sprite = "IMPX"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FREETARGMOBJ"; Sprite = "ACLO"; Frame = 4; Tics = 1050; Action = "A_FreeTargMobj"; Next state = "NULL"; } State { ID = "ITEM_PTN1_1"; Sprite = "PTN1"; Frame = 0; Tics = 3; Next state = "ITEM_PTN1_2"; } State { ID = "ITEM_PTN1_2"; Sprite = "PTN1"; Frame = 1; Tics = 3; Next state = "ITEM_PTN1_3"; } State { ID = "ITEM_PTN1_3"; Sprite = "PTN1"; Frame = 2; Tics = 3; Next state = "ITEM_PTN1_1"; } State { ID = "ITEM_SHLD1"; Sprite = "SHLD"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ITEM_SHD2_1"; Sprite = "SHD2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ITEM_BAGH1"; Sprite = "BAGH"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ITEM_SPMP1"; Sprite = "SPMP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HIDESPECIAL1"; Sprite = "ACLO"; Frame = 4; Tics = 1400; Next state = "HIDESPECIAL2"; } State { ID = "HIDESPECIAL2"; Sprite = "ACLO"; Frame = 0; Tics = 4; Action = "A_RestoreSpecialThing1"; Next state = "HIDESPECIAL3"; } State { ID = "HIDESPECIAL3"; Sprite = "ACLO"; Frame = 1; Tics = 4; Next state = "HIDESPECIAL4"; } State { ID = "HIDESPECIAL4"; Sprite = "ACLO"; Frame = 0; Tics = 4; Next state = "HIDESPECIAL5"; } State { ID = "HIDESPECIAL5"; Sprite = "ACLO"; Frame = 1; Tics = 4; Next state = "HIDESPECIAL6"; } State { ID = "HIDESPECIAL6"; Sprite = "ACLO"; Frame = 2; Tics = 4; Next state = "HIDESPECIAL7"; } State { ID = "HIDESPECIAL7"; Sprite = "ACLO"; Frame = 1; Tics = 4; Next state = "HIDESPECIAL8"; } State { ID = "HIDESPECIAL8"; Sprite = "ACLO"; Frame = 2; Tics = 4; Next state = "HIDESPECIAL9"; } State { ID = "HIDESPECIAL9"; Sprite = "ACLO"; Frame = 3; Tics = 4; Next state = "HIDESPECIAL10"; } State { ID = "HIDESPECIAL10"; Sprite = "ACLO"; Frame = 2; Tics = 4; Next state = "HIDESPECIAL11"; } State { ID = "HIDESPECIAL11"; Sprite = "ACLO"; Frame = 3; Tics = 4; Action = "A_RestoreSpecialThing2"; Next state = "NULL"; } State { ID = "DORMANTARTI1"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI2"; } State { ID = "DORMANTARTI2"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI3"; } State { ID = "DORMANTARTI3"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI4"; } State { ID = "DORMANTARTI4"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI5"; } State { ID = "DORMANTARTI5"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI6"; } State { ID = "DORMANTARTI6"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI7"; } State { ID = "DORMANTARTI7"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI8"; } State { ID = "DORMANTARTI8"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI9"; } State { ID = "DORMANTARTI9"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI10"; } State { ID = "DORMANTARTI10"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI11"; } State { ID = "DORMANTARTI11"; Sprite = "ACLO"; Frame = 0; Tics = 1400; Action = "A_HideThing"; Next state = "DORMANTARTI12"; } State { ID = "DORMANTARTI12"; Sprite = "ACLO"; Frame = 0; Tics = 3; Action = "A_UnHideThing"; Next state = "DORMANTARTI13"; } State { ID = "DORMANTARTI13"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI14"; } State { ID = "DORMANTARTI14"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DORMANTARTI15"; } State { ID = "DORMANTARTI15"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI16"; } State { ID = "DORMANTARTI16"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI17"; } State { ID = "DORMANTARTI17"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DORMANTARTI18"; } State { ID = "DORMANTARTI18"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI19"; } State { ID = "DORMANTARTI19"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DORMANTARTI20"; } State { ID = "DORMANTARTI20"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DORMANTARTI21"; } State { ID = "DORMANTARTI21"; Sprite = "ACLO"; Frame = 3; Tics = 3; Action = "A_RestoreArtifact"; Next state = "NULL"; } State { ID = "DEADARTI1"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DEADARTI2"; } State { ID = "DEADARTI2"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DEADARTI3"; } State { ID = "DEADARTI3"; Sprite = "ACLO"; Frame = 3; Tics = 3; Next state = "DEADARTI4"; } State { ID = "DEADARTI4"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DEADARTI5"; } State { ID = "DEADARTI5"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DEADARTI6"; } State { ID = "DEADARTI6"; Sprite = "ACLO"; Frame = 2; Tics = 3; Next state = "DEADARTI7"; } State { ID = "DEADARTI7"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DEADARTI8"; } State { ID = "DEADARTI8"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "DEADARTI9"; } State { ID = "DEADARTI9"; Sprite = "ACLO"; Frame = 1; Tics = 3; Next state = "DEADARTI10"; } State { ID = "DEADARTI10"; Sprite = "ACLO"; Frame = 0; Tics = 3; Next state = "NULL"; } State { ID = "ARTI_INVS1"; Sprite = "INVS"; Frame = 32768; Tics = 350; Next state = "ARTI_INVS1"; } State { ID = "ARTI_PTN2_1"; Sprite = "PTN2"; Frame = 0; Tics = 4; Next state = "ARTI_PTN2_2"; } State { ID = "ARTI_PTN2_2"; Sprite = "PTN2"; Frame = 1; Tics = 4; Next state = "ARTI_PTN2_3"; } State { ID = "ARTI_PTN2_3"; Sprite = "PTN2"; Frame = 2; Tics = 4; Next state = "ARTI_PTN2_1"; } State { ID = "ARTI_SOAR1"; Sprite = "SOAR"; Frame = 0; Tics = 5; Next state = "ARTI_SOAR2"; } State { ID = "ARTI_SOAR2"; Sprite = "SOAR"; Frame = 1; Tics = 5; Next state = "ARTI_SOAR3"; } State { ID = "ARTI_SOAR3"; Sprite = "SOAR"; Frame = 2; Tics = 5; Next state = "ARTI_SOAR4"; } State { ID = "ARTI_SOAR4"; Sprite = "SOAR"; Frame = 1; Tics = 5; Next state = "ARTI_SOAR1"; } State { ID = "ARTI_INVU1"; Sprite = "INVU"; Frame = 0; Tics = 3; Next state = "ARTI_INVU2"; } State { ID = "ARTI_INVU2"; Sprite = "INVU"; Frame = 1; Tics = 3; Next state = "ARTI_INVU3"; } State { ID = "ARTI_INVU3"; Sprite = "INVU"; Frame = 2; Tics = 3; Next state = "ARTI_INVU4"; } State { ID = "ARTI_INVU4"; Sprite = "INVU"; Frame = 3; Tics = 3; Next state = "ARTI_INVU1"; } State { ID = "ARTI_PWBK1"; Sprite = "PWBK"; Frame = 0; Tics = 350; Next state = "ARTI_PWBK1"; } State { ID = "ARTI_EGGC1"; Sprite = "EGGC"; Frame = 0; Tics = 6; Next state = "ARTI_EGGC2"; } State { ID = "ARTI_EGGC2"; Sprite = "EGGC"; Frame = 1; Tics = 6; Next state = "ARTI_EGGC3"; } State { ID = "ARTI_EGGC3"; Sprite = "EGGC"; Frame = 2; Tics = 6; Next state = "ARTI_EGGC4"; } State { ID = "ARTI_EGGC4"; Sprite = "EGGC"; Frame = 1; Tics = 6; Next state = "ARTI_EGGC1"; } State { ID = "EGGFX1"; Sprite = "EGGM"; Frame = 0; Tics = 4; Next state = "EGGFX2"; } State { ID = "EGGFX2"; Sprite = "EGGM"; Frame = 1; Tics = 4; Next state = "EGGFX3"; } State { ID = "EGGFX3"; Sprite = "EGGM"; Frame = 2; Tics = 4; Next state = "EGGFX4"; } State { ID = "EGGFX4"; Sprite = "EGGM"; Frame = 3; Tics = 4; Next state = "EGGFX5"; } State { ID = "EGGFX5"; Sprite = "EGGM"; Frame = 4; Tics = 4; Next state = "EGGFX1"; } State { ID = "EGGFXI1_1"; Sprite = "FX01"; Frame = 32772; Tics = 3; Next state = "EGGFXI1_2"; } State { ID = "EGGFXI1_2"; Sprite = "FX01"; Frame = 32773; Tics = 3; Next state = "EGGFXI1_3"; } State { ID = "EGGFXI1_3"; Sprite = "FX01"; Frame = 32774; Tics = 3; Next state = "EGGFXI1_4"; } State { ID = "EGGFXI1_4"; Sprite = "FX01"; Frame = 32775; Tics = 3; Next state = "NULL"; } State { ID = "ARTI_SPHL1"; Sprite = "SPHL"; Frame = 0; Tics = 350; Next state = "ARTI_SPHL1"; } State { ID = "ARTI_TRCH1"; Sprite = "TRCH"; Frame = 32768; Tics = 3; Next state = "ARTI_TRCH2"; } State { ID = "ARTI_TRCH2"; Sprite = "TRCH"; Frame = 32769; Tics = 3; Next state = "ARTI_TRCH3"; } State { ID = "ARTI_TRCH3"; Sprite = "TRCH"; Frame = 32770; Tics = 3; Next state = "ARTI_TRCH1"; } State { ID = "ARTI_FBMB1"; Sprite = "FBMB"; Frame = 4; Tics = 350; Next state = "ARTI_FBMB1"; } State { ID = "FIREBOMB1"; Sprite = "FBMB"; Frame = 0; Tics = 10; Next state = "FIREBOMB2"; } State { ID = "FIREBOMB2"; Sprite = "FBMB"; Frame = 1; Tics = 10; Next state = "FIREBOMB3"; } State { ID = "FIREBOMB3"; Sprite = "FBMB"; Frame = 2; Tics = 10; Next state = "FIREBOMB4"; } State { ID = "FIREBOMB4"; Sprite = "FBMB"; Frame = 3; Tics = 10; Next state = "FIREBOMB5"; } State { ID = "FIREBOMB5"; Sprite = "FBMB"; Frame = 4; Tics = 6; Action = "A_Scream"; Next state = "FIREBOMB6"; } State { ID = "FIREBOMB6"; Sprite = "XPL1"; Flags = fullbright; Frame = 0; Tics = 4; Action = "A_Explode"; Next state = "FIREBOMB7"; } State { ID = "FIREBOMB7"; Sprite = "XPL1"; Flags = fullbright; Frame = 1; Tics = 4; Next state = "FIREBOMB8"; } State { ID = "FIREBOMB8"; Sprite = "XPL1"; Flags = fullbright; Frame = 2; Tics = 4; Next state = "FIREBOMB9"; } State { ID = "FIREBOMB9"; Sprite = "XPL1"; Flags = fullbright; Frame = 3; Tics = 4; Next state = "FIREBOMB10"; } State { ID = "FIREBOMB10"; Sprite = "XPL1"; Flags = fullbright | noautolight; Frame = 4; Tics = 4; Next state = "FIREBOMB11"; } State { ID = "FIREBOMB11"; Sprite = "XPL1"; Flags = fullbright | noautolight; Frame = 5; Tics = 4; Next state = "NULL"; } State { ID = "ARTI_ATLP1"; Sprite = "ATLP"; Frame = 0; Tics = 4; Next state = "ARTI_ATLP2"; } State { ID = "ARTI_ATLP2"; Sprite = "ATLP"; Frame = 1; Tics = 4; Next state = "ARTI_ATLP3"; } State { ID = "ARTI_ATLP3"; Sprite = "ATLP"; Frame = 2; Tics = 4; Next state = "ARTI_ATLP4"; } State { ID = "ARTI_ATLP4"; Sprite = "ATLP"; Frame = 1; Tics = 4; Next state = "ARTI_ATLP1"; } State { ID = "POD_WAIT1"; Sprite = "PPOD"; Frame = 0; Tics = 10; Next state = "POD_WAIT1"; } State { ID = "POD_PAIN1"; Sprite = "PPOD"; Frame = 1; Tics = 14; Action = "A_PodPain"; Next state = "POD_WAIT1"; } State { ID = "POD_DIE1"; Sprite = "PPOD"; Frame = 32770; Tics = 5; Action = "A_RemovePod"; Next state = "POD_DIE2"; } State { ID = "POD_DIE2"; Sprite = "PPOD"; Frame = 32771; Tics = 5; Action = "A_Scream"; Next state = "POD_DIE3"; } State { ID = "POD_DIE3"; Sprite = "PPOD"; Frame = 32772; Tics = 5; Action = "A_Explode"; Next state = "POD_DIE4"; } State { ID = "POD_DIE4"; Sprite = "PPOD"; Frame = 32773; Tics = 10; Next state = "FREETARGMOBJ"; } State { ID = "POD_GROW1"; Sprite = "PPOD"; Frame = 8; Tics = 3; Next state = "POD_GROW2"; } State { ID = "POD_GROW2"; Sprite = "PPOD"; Frame = 9; Tics = 3; Next state = "POD_GROW3"; } State { ID = "POD_GROW3"; Sprite = "PPOD"; Frame = 10; Tics = 3; Next state = "POD_GROW4"; } State { ID = "POD_GROW4"; Sprite = "PPOD"; Frame = 11; Tics = 3; Next state = "POD_GROW5"; } State { ID = "POD_GROW5"; Sprite = "PPOD"; Frame = 12; Tics = 3; Next state = "POD_GROW6"; } State { ID = "POD_GROW6"; Sprite = "PPOD"; Frame = 13; Tics = 3; Next state = "POD_GROW7"; } State { ID = "POD_GROW7"; Sprite = "PPOD"; Frame = 14; Tics = 3; Next state = "POD_GROW8"; } State { ID = "POD_GROW8"; Sprite = "PPOD"; Frame = 15; Tics = 3; Next state = "POD_WAIT1"; } State { ID = "PODGOO1"; Sprite = "PPOD"; Frame = 6; Tics = 8; Next state = "PODGOO2"; } State { ID = "PODGOO2"; Sprite = "PPOD"; Frame = 7; Tics = 8; Next state = "PODGOO1"; } State { ID = "PODGOOX"; Sprite = "PPOD"; Frame = 6; Tics = 10; Next state = "NULL"; } State { ID = "PODGENERATOR"; Sprite = "AMG1"; Frame = 0; Tics = 35; Action = "A_MakePod"; Next state = "PODGENERATOR"; } State { ID = "SPLASH1"; Sprite = "SPSH"; Frame = 0; Tics = 8; Next state = "SPLASH2"; } State { ID = "SPLASH2"; Sprite = "SPSH"; Frame = 1; Tics = 8; Next state = "SPLASH3"; } State { ID = "SPLASH3"; Sprite = "SPSH"; Frame = 2; Tics = 8; Next state = "SPLASH4"; } State { ID = "SPLASH4"; Sprite = "SPSH"; Frame = 3; Tics = 16; Next state = "NULL"; } State { ID = "SPLASHX"; Sprite = "SPSH"; Frame = 3; Tics = 10; Next state = "NULL"; } State { ID = "SPLASHBASE1"; Sprite = "SPSH"; Frame = 4; Tics = 5; Next state = "SPLASHBASE2"; } State { ID = "SPLASHBASE2"; Sprite = "SPSH"; Frame = 5; Tics = 5; Next state = "SPLASHBASE3"; } State { ID = "SPLASHBASE3"; Sprite = "SPSH"; Frame = 6; Tics = 5; Next state = "SPLASHBASE4"; } State { ID = "SPLASHBASE4"; Sprite = "SPSH"; Frame = 7; Tics = 5; Next state = "SPLASHBASE5"; } State { ID = "SPLASHBASE5"; Sprite = "SPSH"; Frame = 8; Tics = 5; Next state = "SPLASHBASE6"; } State { ID = "SPLASHBASE6"; Sprite = "SPSH"; Frame = 9; Tics = 5; Next state = "SPLASHBASE7"; } State { ID = "SPLASHBASE7"; Sprite = "SPSH"; Frame = 10; Tics = 5; Next state = "NULL"; } State { ID = "LAVASPLASH1"; Sprite = "LVAS"; Frame = 32768; Tics = 5; Next state = "LAVASPLASH2"; } State { ID = "LAVASPLASH2"; Sprite = "LVAS"; Frame = 32769; Tics = 5; Next state = "LAVASPLASH3"; } State { ID = "LAVASPLASH3"; Sprite = "LVAS"; Frame = 32770; Tics = 5; Next state = "LAVASPLASH4"; } State { ID = "LAVASPLASH4"; Sprite = "LVAS"; Frame = 32771; Tics = 5; Next state = "LAVASPLASH5"; } State { ID = "LAVASPLASH5"; Sprite = "LVAS"; Frame = 32772; Tics = 5; Next state = "LAVASPLASH6"; } State { ID = "LAVASPLASH6"; Sprite = "LVAS"; Frame = 32773; Tics = 5; Next state = "NULL"; } State { ID = "LAVASMOKE1"; Sprite = "LVAS"; Frame = 6; Tics = 5; Next state = "LAVASMOKE2"; } State { ID = "LAVASMOKE2"; Sprite = "LVAS"; Frame = 7; Tics = 5; Next state = "LAVASMOKE3"; } State { ID = "LAVASMOKE3"; Sprite = "LVAS"; Frame = 8; Tics = 5; Next state = "LAVASMOKE4"; } State { ID = "LAVASMOKE4"; Sprite = "LVAS"; Frame = 9; Tics = 5; Next state = "LAVASMOKE5"; } State { ID = "LAVASMOKE5"; Sprite = "LVAS"; Frame = 10; Tics = 5; Next state = "NULL"; } State { ID = "SLUDGECHUNK1"; Sprite = "SLDG"; Frame = 0; Tics = 8; Next state = "SLUDGECHUNK2"; } State { ID = "SLUDGECHUNK2"; Sprite = "SLDG"; Frame = 1; Tics = 8; Next state = "SLUDGECHUNK3"; } State { ID = "SLUDGECHUNK3"; Sprite = "SLDG"; Frame = 2; Tics = 8; Next state = "SLUDGECHUNK4"; } State { ID = "SLUDGECHUNK4"; Sprite = "SLDG"; Frame = 3; Tics = 8; Next state = "NULL"; } State { ID = "SLUDGECHUNKX"; Sprite = "SLDG"; Frame = 3; Tics = 6; Next state = "NULL"; } State { ID = "SLUDGESPLASH1"; Sprite = "SLDG"; Frame = 4; Tics = 5; Next state = "SLUDGESPLASH2"; } State { ID = "SLUDGESPLASH2"; Sprite = "SLDG"; Frame = 5; Tics = 5; Next state = "SLUDGESPLASH3"; } State { ID = "SLUDGESPLASH3"; Sprite = "SLDG"; Frame = 6; Tics = 5; Next state = "SLUDGESPLASH4"; } State { ID = "SLUDGESPLASH4"; Sprite = "SLDG"; Frame = 7; Tics = 5; Next state = "NULL"; } State { ID = "SKULLHANG70_1"; Sprite = "SKH1"; Frame = 0; Tics = 70; Next state = "SKULLHANG70_2"; } State { ID = "SKULLHANG60_1"; Sprite = "SKH2"; Frame = 0; Tics = 64; Next state = "SKULLHANG60_2"; } State { ID = "SKULLHANG45_1"; Sprite = "SKH3"; Frame = 0; Tics = 75; Next state = "SKULLHANG45_2"; } State { ID = "SKULLHANG35_1"; Sprite = "SKH4"; Frame = 0; Tics = 60; Next state = "SKULLHANG35_2"; } State { ID = "CHANDELIER1"; Sprite = "CHDL"; Frame = 32768; Tics = 4; Next state = "CHANDELIER2"; } State { ID = "CHANDELIER2"; Sprite = "CHDL"; Frame = 32769; Tics = 4; Next state = "CHANDELIER3"; } State { ID = "CHANDELIER3"; Sprite = "CHDL"; Frame = 32770; Tics = 4; Next state = "CHANDELIER1"; } State { ID = "SERPTORCH1"; Sprite = "SRTC"; Frame = 32768; Tics = 4; Next state = "SERPTORCH2"; } State { ID = "SERPTORCH2"; Sprite = "SRTC"; Frame = 32769; Tics = 4; Next state = "SERPTORCH3"; } State { ID = "SERPTORCH3"; Sprite = "SRTC"; Frame = 32770; Tics = 4; Next state = "SERPTORCH1"; } State { ID = "SMALLPILLAR"; Sprite = "SMPL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "STALAGMITESMALL"; Sprite = "STGS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "STALAGMITELARGE"; Sprite = "STGL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "STALACTITESMALL"; Sprite = "STCS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "STALACTITELARGE"; Sprite = "STCL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "FIREBRAZIER1"; Sprite = "KFR1"; Frame = 32768; Tics = 3; Next state = "FIREBRAZIER2"; } State { ID = "FIREBRAZIER2"; Sprite = "KFR1"; Frame = 32769; Tics = 3; Next state = "FIREBRAZIER3"; } State { ID = "FIREBRAZIER3"; Sprite = "KFR1"; Frame = 32770; Tics = 3; Next state = "FIREBRAZIER4"; } State { ID = "FIREBRAZIER4"; Sprite = "KFR1"; Frame = 32771; Tics = 3; Next state = "FIREBRAZIER5"; } State { ID = "FIREBRAZIER5"; Sprite = "KFR1"; Frame = 32772; Tics = 3; Next state = "FIREBRAZIER6"; } State { ID = "FIREBRAZIER6"; Sprite = "KFR1"; Frame = 32773; Tics = 3; Next state = "FIREBRAZIER7"; } State { ID = "FIREBRAZIER7"; Sprite = "KFR1"; Frame = 32774; Tics = 3; Next state = "FIREBRAZIER8"; } State { ID = "FIREBRAZIER8"; Sprite = "KFR1"; Frame = 32775; Tics = 3; Next state = "FIREBRAZIER1"; } State { ID = "BARREL"; Sprite = "BARL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BRPILLAR"; Sprite = "BRPL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MOSS1"; Sprite = "MOS1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MOSS2"; Sprite = "MOS2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "WALLTORCH1"; Sprite = "WTRH"; Frame = 32768; Tics = 16; Next state = "WALLTORCH2"; } State { ID = "WALLTORCH2"; Sprite = "WTRH"; Frame = 32769; Tics = 16; Next state = "WALLTORCH3"; } State { ID = "WALLTORCH3"; Sprite = "WTRH"; Frame = 32770; Tics = 16; Next state = "WALLTORCH1"; } State { ID = "HANGINGCORPSE"; Sprite = "HCOR"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KEYGIZMO1"; Sprite = "KGZ1"; Frame = 0; Tics = 1; Next state = "KEYGIZMO2"; } State { ID = "KEYGIZMO2"; Sprite = "KGZ1"; Frame = 0; Tics = 1; Action = "A_InitKeyGizmo"; Next state = "KEYGIZMO3"; } State { ID = "KEYGIZMO3"; Sprite = "KGZ1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "KGZ_START"; Sprite = "KGZB"; Frame = 0; Tics = 1; Next state = "KGZ_START"; } State { ID = "KGZ_BLUEFLOAT1"; Sprite = "KGZB"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "KGZ_GREENFLOAT1"; Sprite = "KGZG"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "KGZ_YELLOWFLOAT1"; Sprite = "KGZY"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "VOLCANO1"; Sprite = "VLCO"; Frame = 0; Tics = 350; Next state = "VOLCANO2"; } State { ID = "VOLCANO2"; Sprite = "VLCO"; Frame = 0; Tics = 35; Action = "A_VolcanoSet"; Next state = "VOLCANO3"; } State { ID = "VOLCANO3"; Sprite = "VLCO"; Frame = 1; Tics = 3; Next state = "VOLCANO4"; } State { ID = "VOLCANO4"; Sprite = "VLCO"; Frame = 2; Tics = 3; Next state = "VOLCANO5"; } State { ID = "VOLCANO5"; Sprite = "VLCO"; Frame = 3; Tics = 3; Next state = "VOLCANO6"; } State { ID = "VOLCANO6"; Sprite = "VLCO"; Frame = 1; Tics = 3; Next state = "VOLCANO7"; } State { ID = "VOLCANO7"; Sprite = "VLCO"; Frame = 2; Tics = 3; Next state = "VOLCANO8"; } State { ID = "VOLCANO8"; Sprite = "VLCO"; Frame = 3; Tics = 3; Next state = "VOLCANO9"; } State { ID = "VOLCANO9"; Sprite = "VLCO"; Frame = 4; Tics = 10; Action = "A_VolcanoBlast"; Next state = "VOLCANO2"; } State { ID = "VOLCANOBALL1"; Sprite = "VFBL"; Frame = 32768; Tics = 4; Action = "A_BeastPuff"; Next state = "VOLCANOBALL2"; } State { ID = "VOLCANOBALL2"; Sprite = "VFBL"; Frame = 32769; Tics = 4; Action = "A_BeastPuff"; Next state = "VOLCANOBALL1"; } State { ID = "VOLCANOBALLX1"; Sprite = "XPL1"; Frame = 0; Tics = 4; Action = "A_VolcBallImpact"; Next state = "VOLCANOBALLX2"; } State { ID = "VOLCANOBALLX2"; Sprite = "XPL1"; Frame = 32769; Tics = 4; Next state = "VOLCANOBALLX3"; } State { ID = "VOLCANOBALLX3"; Sprite = "XPL1"; Frame = 32770; Tics = 4; Next state = "VOLCANOBALLX4"; } State { ID = "VOLCANOBALLX4"; Sprite = "XPL1"; Frame = 32771; Tics = 4; Next state = "VOLCANOBALLX5"; } State { ID = "VOLCANOBALLX5"; Sprite = "XPL1"; Frame = 32772; Tics = 4; Next state = "VOLCANOBALLX6"; } State { ID = "VOLCANOBALLX6"; Sprite = "XPL1"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "VOLCANOTBALL1"; Sprite = "VTFB"; Frame = 0; Tics = 4; Next state = "VOLCANOTBALL2"; } State { ID = "VOLCANOTBALL2"; Sprite = "VTFB"; Frame = 1; Tics = 4; Next state = "VOLCANOTBALL1"; } State { ID = "VOLCANOTBALLX1"; Sprite = "SFFI"; Frame = 32770; Tics = 4; Next state = "VOLCANOTBALLX2"; } State { ID = "VOLCANOTBALLX2"; Sprite = "SFFI"; Frame = 32769; Tics = 4; Next state = "VOLCANOTBALLX3"; } State { ID = "VOLCANOTBALLX3"; Sprite = "SFFI"; Frame = 32768; Tics = 4; Next state = "VOLCANOTBALLX4"; } State { ID = "VOLCANOTBALLX4"; Sprite = "SFFI"; Frame = 32769; Tics = 4; Next state = "VOLCANOTBALLX5"; } State { ID = "VOLCANOTBALLX5"; Sprite = "SFFI"; Frame = 32770; Tics = 4; Next state = "VOLCANOTBALLX6"; } State { ID = "VOLCANOTBALLX6"; Sprite = "SFFI"; Frame = 32771; Tics = 4; Next state = "VOLCANOTBALLX7"; } State { ID = "VOLCANOTBALLX7"; Sprite = "SFFI"; Frame = 32772; Tics = 4; Next state = "NULL"; } State { ID = "TELEGLITGEN1"; Sprite = "TGLT"; Frame = 0; Tics = 8; Action = "A_SpawnTeleGlitter"; Next state = "TELEGLITGEN1"; } State { ID = "TELEGLITGEN2"; Sprite = "TGLT"; Frame = 5; Tics = 8; Action = "A_SpawnTeleGlitter2"; Next state = "TELEGLITGEN2"; } State { ID = "TELEGLITTER1_1"; Sprite = "TGLT"; Frame = 32768; Tics = 2; Next state = "TELEGLITTER1_2"; } State { ID = "TELEGLITTER1_2"; Sprite = "TGLT"; Frame = 32769; Tics = 2; Action = "A_AccTeleGlitter"; Next state = "TELEGLITTER1_3"; } State { ID = "TELEGLITTER1_3"; Sprite = "TGLT"; Frame = 32770; Tics = 2; Next state = "TELEGLITTER1_4"; } State { ID = "TELEGLITTER1_4"; Sprite = "TGLT"; Frame = 32771; Tics = 2; Action = "A_AccTeleGlitter"; Next state = "TELEGLITTER1_5"; } State { ID = "TELEGLITTER1_5"; Sprite = "TGLT"; Frame = 32772; Tics = 2; Next state = "TELEGLITTER1_1"; } State { ID = "TELEGLITTER2_1"; Sprite = "TGLT"; Frame = 32773; Tics = 2; Next state = "TELEGLITTER2_2"; } State { ID = "TELEGLITTER2_2"; Sprite = "TGLT"; Frame = 32774; Tics = 2; Action = "A_AccTeleGlitter"; Next state = "TELEGLITTER2_3"; } State { ID = "TELEGLITTER2_3"; Sprite = "TGLT"; Frame = 32775; Tics = 2; Next state = "TELEGLITTER2_4"; } State { ID = "TELEGLITTER2_4"; Sprite = "TGLT"; Frame = 32776; Tics = 2; Action = "A_AccTeleGlitter"; Next state = "TELEGLITTER2_5"; } State { ID = "TELEGLITTER2_5"; Sprite = "TGLT"; Frame = 32777; Tics = 2; Next state = "TELEGLITTER2_1"; } State { ID = "TFOG1"; Sprite = "TELE"; Frame = 32768; Tics = 6; Next state = "TFOG2"; } State { ID = "TFOG2"; Sprite = "TELE"; Frame = 32769; Tics = 6; Next state = "TFOG3"; } State { ID = "TFOG3"; Sprite = "TELE"; Frame = 32770; Tics = 6; Next state = "TFOG4"; } State { ID = "TFOG4"; Sprite = "TELE"; Frame = 32771; Tics = 6; Next state = "TFOG5"; } State { ID = "TFOG5"; Sprite = "TELE"; Frame = 32772; Tics = 6; Next state = "TFOG6"; } State { ID = "TFOG6"; Sprite = "TELE"; Frame = 32773; Tics = 6; Next state = "TFOG7"; } State { ID = "TFOG7"; Sprite = "TELE"; Frame = 32774; Tics = 6; Next state = "TFOG8"; } State { ID = "TFOG8"; Sprite = "TELE"; Frame = 32775; Tics = 6; Next state = "TFOG9"; } State { ID = "TFOG9"; Sprite = "TELE"; Frame = 32774; Tics = 6; Next state = "TFOG10"; } State { ID = "TFOG10"; Sprite = "TELE"; Frame = 32773; Tics = 6; Next state = "TFOG11"; } State { ID = "TFOG11"; Sprite = "TELE"; Frame = 32772; Tics = 6; Next state = "TFOG12"; } State { ID = "TFOG12"; Sprite = "TELE"; Frame = 32771; Tics = 6; Next state = "TFOG13"; } State { ID = "TFOG13"; Sprite = "TELE"; Frame = 32770; Tics = 6; Next state = "NULL"; } State { ID = "LIGHTDONE"; Sprite = "STFF"; Frame = 0; Tics = 0; Action = "A_Light0"; Next state = "NULL"; } State { ID = "STAFFREADY"; Sprite = "STFF"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "STAFFREADY"; } State { ID = "STAFFDOWN"; Sprite = "STFF"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "STAFFDOWN"; } State { ID = "STAFFUP"; Sprite = "STFF"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "STAFFUP"; } State { ID = "STAFFREADY2_1"; Sprite = "STFF"; Frame = 32771; Tics = 4; Action = "A_WeaponReady"; Next state = "STAFFREADY2_2"; } State { ID = "STAFFREADY2_2"; Sprite = "STFF"; Frame = 32772; Tics = 4; Action = "A_WeaponReady"; Next state = "STAFFREADY2_3"; } State { ID = "STAFFREADY2_3"; Sprite = "STFF"; Frame = 32773; Tics = 4; Action = "A_WeaponReady"; Next state = "STAFFREADY2_1"; } State { ID = "STAFFDOWN2"; Sprite = "STFF"; Frame = 32771; Tics = 1; Action = "A_Lower"; Next state = "STAFFDOWN2"; } State { ID = "STAFFUP2"; Sprite = "STFF"; Frame = 32771; Tics = 1; Action = "A_Raise"; Next state = "STAFFUP2"; } State { ID = "STAFFATK1_1"; Sprite = "STFF"; Frame = 1; Tics = 6; Next state = "STAFFATK1_2"; } State { ID = "STAFFATK1_2"; Sprite = "STFF"; Frame = 2; Tics = 8; Action = "A_StaffAttackPL1"; Next state = "STAFFATK1_3"; } State { ID = "STAFFATK1_3"; Sprite = "STFF"; Frame = 1; Tics = 8; Action = "A_ReFire"; Next state = "STAFFREADY"; } State { ID = "STAFFATK2_1"; Sprite = "STFF"; Frame = 32774; Tics = 6; Next state = "STAFFATK2_2"; } State { ID = "STAFFATK2_2"; Sprite = "STFF"; Frame = 32775; Tics = 8; Action = "A_StaffAttackPL2"; Next state = "STAFFATK2_3"; } State { ID = "STAFFATK2_3"; Sprite = "STFF"; Frame = 32774; Tics = 8; Action = "A_ReFire"; Next state = "STAFFREADY2_1"; } State { ID = "STAFFPUFF1"; Sprite = "PUF3"; Frame = 32768; Tics = 4; Next state = "STAFFPUFF2"; } State { ID = "STAFFPUFF2"; Sprite = "PUF3"; Frame = 1; Tics = 4; Next state = "STAFFPUFF3"; } State { ID = "STAFFPUFF3"; Sprite = "PUF3"; Frame = 2; Tics = 4; Next state = "STAFFPUFF4"; } State { ID = "STAFFPUFF4"; Sprite = "PUF3"; Frame = 3; Tics = 4; Next state = "NULL"; } State { ID = "STAFFPUFF2_1"; Sprite = "PUF4"; Frame = 32768; Tics = 4; Next state = "STAFFPUFF2_2"; } State { ID = "STAFFPUFF2_2"; Sprite = "PUF4"; Frame = 32769; Tics = 4; Next state = "STAFFPUFF2_3"; } State { ID = "STAFFPUFF2_3"; Sprite = "PUF4"; Frame = 32770; Tics = 4; Next state = "STAFFPUFF2_4"; } State { ID = "STAFFPUFF2_4"; Sprite = "PUF4"; Frame = 32771; Tics = 4; Next state = "STAFFPUFF2_5"; } State { ID = "STAFFPUFF2_5"; Sprite = "PUF4"; Frame = 32772; Tics = 4; Next state = "STAFFPUFF2_6"; } State { ID = "STAFFPUFF2_6"; Sprite = "PUF4"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "BEAKREADY"; Sprite = "BEAK"; Frame = 0; Tics = 1; Action = "A_BeakReady"; Next state = "BEAKREADY"; } State { ID = "BEAKDOWN"; Sprite = "BEAK"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "BEAKDOWN"; } State { ID = "BEAKUP"; Sprite = "BEAK"; Frame = 0; Tics = 1; Action = "A_BeakRaise"; Next state = "BEAKUP"; } State { ID = "BEAKATK1_1"; Sprite = "BEAK"; Frame = 0; Tics = 18; Action = "A_BeakAttackPL1"; Next state = "BEAKREADY"; } State { ID = "BEAKATK2_1"; Sprite = "BEAK"; Frame = 0; Tics = 12; Action = "A_BeakAttackPL2"; Next state = "BEAKREADY"; } State { ID = "WGNT"; Sprite = "WGNT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "GAUNTLETREADY"; Sprite = "GAUN"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "GAUNTLETREADY"; } State { ID = "GAUNTLETDOWN"; Sprite = "GAUN"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "GAUNTLETDOWN"; } State { ID = "GAUNTLETUP"; Sprite = "GAUN"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "GAUNTLETUP"; } State { ID = "GAUNTLETREADY2_1"; Sprite = "GAUN"; Frame = 6; Tics = 4; Action = "A_WeaponReady"; Next state = "GAUNTLETREADY2_2"; } State { ID = "GAUNTLETREADY2_2"; Sprite = "GAUN"; Frame = 7; Tics = 4; Action = "A_WeaponReady"; Next state = "GAUNTLETREADY2_3"; } State { ID = "GAUNTLETREADY2_3"; Sprite = "GAUN"; Frame = 8; Tics = 4; Action = "A_WeaponReady"; Next state = "GAUNTLETREADY2_1"; } State { ID = "GAUNTLETDOWN2"; Sprite = "GAUN"; Frame = 6; Tics = 1; Action = "A_Lower"; Next state = "GAUNTLETDOWN2"; } State { ID = "GAUNTLETUP2"; Sprite = "GAUN"; Frame = 6; Tics = 1; Action = "A_Raise"; Next state = "GAUNTLETUP2"; } State { ID = "GAUNTLETATK1_1"; Sprite = "GAUN"; Frame = 1; Tics = 4; Next state = "GAUNTLETATK1_2"; } State { ID = "GAUNTLETATK1_2"; Sprite = "GAUN"; Frame = 2; Tics = 4; Next state = "GAUNTLETATK1_3"; } State { ID = "GAUNTLETATK1_3"; Sprite = "GAUN"; Frame = 32771; Tics = 4; Action = "A_GauntletAttack"; Next state = "GAUNTLETATK1_4"; } State { ID = "GAUNTLETATK1_4"; Sprite = "GAUN"; Frame = 32772; Tics = 4; Action = "A_GauntletAttack"; Next state = "GAUNTLETATK1_5"; } State { ID = "GAUNTLETATK1_5"; Sprite = "GAUN"; Frame = 32773; Tics = 4; Action = "A_GauntletAttack"; Next state = "GAUNTLETATK1_6"; } State { ID = "GAUNTLETATK1_6"; Sprite = "GAUN"; Frame = 2; Tics = 4; Action = "A_ReFire"; Next state = "GAUNTLETATK1_7"; } State { ID = "GAUNTLETATK1_7"; Sprite = "GAUN"; Frame = 1; Tics = 4; Action = "A_Light0"; Next state = "GAUNTLETREADY"; } State { ID = "GAUNTLETATK2_1"; Sprite = "GAUN"; Frame = 9; Tics = 4; Next state = "GAUNTLETATK2_2"; } State { ID = "GAUNTLETATK2_2"; Sprite = "GAUN"; Frame = 10; Tics = 4; Next state = "GAUNTLETATK2_3"; } State { ID = "GAUNTLETATK2_3"; Sprite = "GAUN"; Frame = 32779; Tics = 4; Action = "A_GauntletAttack"; Next state = "GAUNTLETATK2_4"; } State { ID = "GAUNTLETATK2_4"; Sprite = "GAUN"; Frame = 32780; Tics = 4; Action = "A_GauntletAttack"; Next state = "GAUNTLETATK2_5"; } State { ID = "GAUNTLETATK2_5"; Sprite = "GAUN"; Frame = 32781; Tics = 4; Action = "A_GauntletAttack"; Next state = "GAUNTLETATK2_6"; } State { ID = "GAUNTLETATK2_6"; Sprite = "GAUN"; Frame = 10; Tics = 4; Action = "A_ReFire"; Next state = "GAUNTLETATK2_7"; } State { ID = "GAUNTLETATK2_7"; Sprite = "GAUN"; Frame = 9; Tics = 4; Action = "A_Light0"; Next state = "GAUNTLETREADY2_1"; } State { ID = "GAUNTLETPUFF1_1"; Sprite = "PUF1"; Frame = 32768; Tics = 4; Next state = "GAUNTLETPUFF1_2"; } State { ID = "GAUNTLETPUFF1_2"; Sprite = "PUF1"; Frame = 32769; Tics = 4; Next state = "GAUNTLETPUFF1_3"; } State { ID = "GAUNTLETPUFF1_3"; Sprite = "PUF1"; Frame = 32770; Tics = 4; Next state = "GAUNTLETPUFF1_4"; } State { ID = "GAUNTLETPUFF1_4"; Sprite = "PUF1"; Frame = 32771; Tics = 4; Next state = "NULL"; } State { ID = "GAUNTLETPUFF2_1"; Sprite = "PUF1"; Frame = 32772; Tics = 4; Next state = "GAUNTLETPUFF2_2"; } State { ID = "GAUNTLETPUFF2_2"; Sprite = "PUF1"; Frame = 32773; Tics = 4; Next state = "GAUNTLETPUFF2_3"; } State { ID = "GAUNTLETPUFF2_3"; Sprite = "PUF1"; Frame = 32774; Tics = 4; Next state = "GAUNTLETPUFF2_4"; } State { ID = "GAUNTLETPUFF2_4"; Sprite = "PUF1"; Frame = 32775; Tics = 4; Next state = "NULL"; } State { ID = "BLSR"; Sprite = "WBLS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BLASTERREADY"; Sprite = "BLSR"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "BLASTERREADY"; } State { ID = "BLASTERDOWN"; Sprite = "BLSR"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "BLASTERDOWN"; } State { ID = "BLASTERUP"; Sprite = "BLSR"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "BLASTERUP"; } State { ID = "BLASTERATK1_1"; Sprite = "BLSR"; Frame = 1; Tics = 3; Next state = "BLASTERATK1_2"; } State { ID = "BLASTERATK1_2"; Sprite = "BLSR"; Frame = 32770; Tics = 3; Next state = "BLASTERATK1_3"; } State { ID = "BLASTERATK1_3"; Sprite = "BLSR"; Frame = 32771; Tics = 2; Action = "A_FireBlasterPL1"; Next state = "BLASTERATK1_4"; } State { ID = "BLASTERATK1_4"; Sprite = "BLSR"; Frame = 32770; Tics = 2; Next state = "BLASTERATK1_5"; } State { ID = "BLASTERATK1_5"; Sprite = "BLSR"; Frame = 1; Tics = 2; Next state = "BLASTERATK1_6"; } State { ID = "BLASTERATK1_6"; Sprite = "BLSR"; Frame = 0; Tics = 0; Action = "A_ReFire"; Next state = "BLASTERREADY"; } State { ID = "BLASTERATK2_1"; Sprite = "BLSR"; Frame = 1; Tics = 0; Next state = "BLASTERATK2_2"; } State { ID = "BLASTERATK2_2"; Sprite = "BLSR"; Frame = 32770; Tics = 0; Next state = "BLASTERATK2_3"; } State { ID = "BLASTERATK2_3"; Sprite = "BLSR"; Frame = 32771; Tics = 3; Action = "A_FireBlasterPL2"; Next state = "BLASTERATK2_4"; } State { ID = "BLASTERATK2_4"; Sprite = "BLSR"; Frame = 32770; Tics = 4; Next state = "BLASTERATK2_5"; } State { ID = "BLASTERATK2_5"; Sprite = "BLSR"; Frame = 1; Tics = 4; Next state = "BLASTERATK2_6"; } State { ID = "BLASTERATK2_6"; Sprite = "BLSR"; Frame = 0; Tics = 0; Action = "A_ReFire"; Next state = "BLASTERREADY"; } State { ID = "BLASTERFX1_1"; Sprite = "ACLO"; Frame = 4; Tics = 200; Next state = "BLASTERFX1_1"; } State { ID = "BLASTERFXI1_1"; Sprite = "FX18"; Frame = 32768; Tics = 3; Action = "A_SpawnRippers"; Next state = "BLASTERFXI1_2"; } State { ID = "BLASTERFXI1_2"; Sprite = "FX18"; Frame = 32769; Tics = 3; Next state = "BLASTERFXI1_3"; } State { ID = "BLASTERFXI1_3"; Sprite = "FX18"; Frame = 32770; Tics = 4; Next state = "BLASTERFXI1_4"; } State { ID = "BLASTERFXI1_4"; Sprite = "FX18"; Frame = 32771; Tics = 4; Next state = "BLASTERFXI1_5"; } State { ID = "BLASTERFXI1_5"; Sprite = "FX18"; Frame = 32772; Tics = 4; Next state = "BLASTERFXI1_6"; } State { ID = "BLASTERFXI1_6"; Sprite = "FX18"; Frame = 32773; Tics = 4; Next state = "BLASTERFXI1_7"; } State { ID = "BLASTERFXI1_7"; Sprite = "FX18"; Frame = 32774; Tics = 4; Next state = "NULL"; } State { ID = "BLASTERSMOKE1"; Sprite = "FX18"; Frame = 7; Tics = 4; Next state = "BLASTERSMOKE2"; } State { ID = "BLASTERSMOKE2"; Sprite = "FX18"; Frame = 8; Tics = 4; Next state = "BLASTERSMOKE3"; } State { ID = "BLASTERSMOKE3"; Sprite = "FX18"; Frame = 9; Tics = 4; Next state = "BLASTERSMOKE4"; } State { ID = "BLASTERSMOKE4"; Sprite = "FX18"; Frame = 10; Tics = 4; Next state = "BLASTERSMOKE5"; } State { ID = "BLASTERSMOKE5"; Sprite = "FX18"; Frame = 11; Tics = 4; Next state = "NULL"; } State { ID = "RIPPER1"; Sprite = "FX18"; Frame = 12; Tics = 4; Next state = "RIPPER2"; } State { ID = "RIPPER2"; Sprite = "FX18"; Frame = 13; Tics = 5; Next state = "RIPPER1"; } State { ID = "RIPPERX1"; Sprite = "FX18"; Frame = 32782; Tics = 4; Next state = "RIPPERX2"; } State { ID = "RIPPERX2"; Sprite = "FX18"; Frame = 32783; Tics = 4; Next state = "RIPPERX3"; } State { ID = "RIPPERX3"; Sprite = "FX18"; Frame = 32784; Tics = 4; Next state = "RIPPERX4"; } State { ID = "RIPPERX4"; Sprite = "FX18"; Frame = 32785; Tics = 4; Next state = "RIPPERX5"; } State { ID = "RIPPERX5"; Sprite = "FX18"; Frame = 32786; Tics = 4; Next state = "NULL"; } State { ID = "BLASTERPUFF1_1"; Sprite = "FX17"; Frame = 32768; Tics = 4; Next state = "BLASTERPUFF1_2"; } State { ID = "BLASTERPUFF1_2"; Sprite = "FX17"; Frame = 32769; Tics = 4; Next state = "BLASTERPUFF1_3"; } State { ID = "BLASTERPUFF1_3"; Sprite = "FX17"; Frame = 32770; Tics = 4; Next state = "BLASTERPUFF1_4"; } State { ID = "BLASTERPUFF1_4"; Sprite = "FX17"; Frame = 32771; Tics = 4; Next state = "BLASTERPUFF1_5"; } State { ID = "BLASTERPUFF1_5"; Sprite = "FX17"; Frame = 32772; Tics = 4; Next state = "NULL"; } State { ID = "BLASTERPUFF2_1"; Sprite = "FX17"; Frame = 32773; Tics = 3; Next state = "BLASTERPUFF2_2"; } State { ID = "BLASTERPUFF2_2"; Sprite = "FX17"; Frame = 32774; Tics = 3; Next state = "BLASTERPUFF2_3"; } State { ID = "BLASTERPUFF2_3"; Sprite = "FX17"; Frame = 32775; Tics = 4; Next state = "BLASTERPUFF2_4"; } State { ID = "BLASTERPUFF2_4"; Sprite = "FX17"; Frame = 32776; Tics = 4; Next state = "BLASTERPUFF2_5"; } State { ID = "BLASTERPUFF2_5"; Sprite = "FX17"; Frame = 32777; Tics = 4; Next state = "BLASTERPUFF2_6"; } State { ID = "BLASTERPUFF2_6"; Sprite = "FX17"; Frame = 32778; Tics = 4; Next state = "BLASTERPUFF2_7"; } State { ID = "BLASTERPUFF2_7"; Sprite = "FX17"; Frame = 32779; Tics = 4; Next state = "NULL"; } State { ID = "WMCE"; Sprite = "WMCE"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MACEREADY"; Sprite = "MACE"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MACEREADY"; } State { ID = "MACEDOWN"; Sprite = "MACE"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "MACEDOWN"; } State { ID = "MACEUP"; Sprite = "MACE"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "MACEUP"; } State { ID = "MACEATK1_1"; Sprite = "MACE"; Frame = 1; Tics = 4; Next state = "MACEATK1_2"; } State { ID = "MACEATK1_2"; Sprite = "MACE"; Frame = 2; Tics = 3; Action = "A_FireMacePL1"; Next state = "MACEATK1_3"; } State { ID = "MACEATK1_3"; Sprite = "MACE"; Frame = 3; Tics = 3; Action = "A_FireMacePL1"; Next state = "MACEATK1_4"; } State { ID = "MACEATK1_4"; Sprite = "MACE"; Frame = 4; Tics = 3; Action = "A_FireMacePL1"; Next state = "MACEATK1_5"; } State { ID = "MACEATK1_5"; Sprite = "MACE"; Frame = 5; Tics = 3; Action = "A_FireMacePL1"; Next state = "MACEATK1_6"; } State { ID = "MACEATK1_6"; Sprite = "MACE"; Frame = 2; Tics = 4; Action = "A_ReFire"; Next state = "MACEATK1_7"; } State { ID = "MACEATK1_7"; Sprite = "MACE"; Frame = 3; Tics = 4; Next state = "MACEATK1_8"; } State { ID = "MACEATK1_8"; Sprite = "MACE"; Frame = 4; Tics = 4; Next state = "MACEATK1_9"; } State { ID = "MACEATK1_9"; Sprite = "MACE"; Frame = 5; Tics = 4; Next state = "MACEATK1_10"; } State { ID = "MACEATK1_10"; Sprite = "MACE"; Frame = 1; Tics = 4; Next state = "MACEREADY"; } State { ID = "MACEATK2_1"; Sprite = "MACE"; Frame = 1; Tics = 4; Next state = "MACEATK2_2"; } State { ID = "MACEATK2_2"; Sprite = "MACE"; Frame = 3; Tics = 4; Action = "A_FireMacePL2"; Next state = "MACEATK2_3"; } State { ID = "MACEATK2_3"; Sprite = "MACE"; Frame = 1; Tics = 4; Next state = "MACEATK2_4"; } State { ID = "MACEATK2_4"; Sprite = "MACE"; Frame = 0; Tics = 8; Action = "A_ReFire"; Next state = "MACEREADY"; } State { ID = "MACEFX1_1"; Sprite = "FX02"; Frame = 0; Tics = 4; Action = "A_MacePL1Check"; Next state = "MACEFX1_2"; } State { ID = "MACEFX1_2"; Sprite = "FX02"; Frame = 1; Tics = 4; Action = "A_MacePL1Check"; Next state = "MACEFX1_1"; } State { ID = "MACEFXI1_1"; Sprite = "FX02"; Frame = 32773; Tics = 4; Action = "A_MaceBallImpact"; Next state = "MACEFXI1_2"; } State { ID = "MACEFXI1_2"; Sprite = "FX02"; Frame = 32774; Tics = 4; Next state = "MACEFXI1_3"; } State { ID = "MACEFXI1_3"; Sprite = "FX02"; Frame = 32775; Tics = 4; Next state = "MACEFXI1_4"; } State { ID = "MACEFXI1_4"; Sprite = "FX02"; Frame = 32776; Tics = 4; Next state = "MACEFXI1_5"; } State { ID = "MACEFXI1_5"; Sprite = "FX02"; Frame = 32777; Tics = 4; Next state = "NULL"; } State { ID = "MACEFX2_1"; Sprite = "FX02"; Frame = 2; Tics = 4; Next state = "MACEFX2_2"; } State { ID = "MACEFX2_2"; Sprite = "FX02"; Frame = 3; Tics = 4; Next state = "MACEFX2_1"; } State { ID = "MACEFXI2_1"; Sprite = "FX02"; Frame = 32773; Tics = 4; Action = "A_MaceBallImpact2"; Next state = "MACEFXI1_2"; } State { ID = "MACEFX3_1"; Sprite = "FX02"; Frame = 0; Tics = 4; Next state = "MACEFX3_2"; } State { ID = "MACEFX3_2"; Sprite = "FX02"; Frame = 1; Tics = 4; Next state = "MACEFX3_1"; } State { ID = "MACEFX4_1"; Sprite = "FX02"; Frame = 4; Tics = 99; Next state = "MACEFX4_1"; } State { ID = "MACEFXI4_1"; Sprite = "FX02"; Frame = 32770; Tics = 4; Action = "A_DeathBallImpact"; Next state = "MACEFXI1_2"; } State { ID = "WSKL"; Sprite = "WSKL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HORNRODREADY"; Sprite = "HROD"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "HORNRODREADY"; } State { ID = "HORNRODDOWN"; Sprite = "HROD"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "HORNRODDOWN"; } State { ID = "HORNRODUP"; Sprite = "HROD"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "HORNRODUP"; } State { ID = "HORNRODATK1_1"; Sprite = "HROD"; Frame = 32768; Tics = 4; Action = "A_FireSkullRodPL1"; Next state = "HORNRODATK1_2"; } State { ID = "HORNRODATK1_2"; Sprite = "HROD"; Frame = 32769; Tics = 4; Action = "A_FireSkullRodPL1"; Next state = "HORNRODATK1_3"; } State { ID = "HORNRODATK1_3"; Sprite = "HROD"; Frame = 1; Tics = 0; Action = "A_ReFire"; Next state = "HORNRODREADY"; } State { ID = "HORNRODATK2_1"; Sprite = "HROD"; Frame = 2; Tics = 2; Next state = "HORNRODATK2_2"; } State { ID = "HORNRODATK2_2"; Sprite = "HROD"; Frame = 3; Tics = 3; Next state = "HORNRODATK2_3"; } State { ID = "HORNRODATK2_3"; Sprite = "HROD"; Frame = 4; Tics = 2; Next state = "HORNRODATK2_4"; } State { ID = "HORNRODATK2_4"; Sprite = "HROD"; Frame = 5; Tics = 3; Next state = "HORNRODATK2_5"; } State { ID = "HORNRODATK2_5"; Sprite = "HROD"; Frame = 32774; Tics = 4; Action = "A_FireSkullRodPL2"; Next state = "HORNRODATK2_6"; } State { ID = "HORNRODATK2_6"; Sprite = "HROD"; Frame = 5; Tics = 2; Next state = "HORNRODATK2_7"; } State { ID = "HORNRODATK2_7"; Sprite = "HROD"; Frame = 4; Tics = 3; Next state = "HORNRODATK2_8"; } State { ID = "HORNRODATK2_8"; Sprite = "HROD"; Frame = 3; Tics = 2; Next state = "HORNRODATK2_9"; } State { ID = "HORNRODATK2_9"; Sprite = "HROD"; Frame = 2; Tics = 2; Action = "A_ReFire"; Next state = "HORNRODREADY"; } State { ID = "HRODFX1_1"; Sprite = "FX00"; Frame = 32768; Tics = 6; Next state = "HRODFX1_2"; } State { ID = "HRODFX1_2"; Sprite = "FX00"; Frame = 32769; Tics = 6; Next state = "HRODFX1_1"; } State { ID = "HRODFXI1_1"; Sprite = "FX00"; Frame = 32775; Tics = 5; Next state = "HRODFXI1_2"; } State { ID = "HRODFXI1_2"; Sprite = "FX00"; Frame = 32776; Tics = 5; Next state = "HRODFXI1_3"; } State { ID = "HRODFXI1_3"; Sprite = "FX00"; Frame = 32777; Tics = 4; Next state = "HRODFXI1_4"; } State { ID = "HRODFXI1_4"; Sprite = "FX00"; Frame = 32778; Tics = 4; Next state = "HRODFXI1_5"; } State { ID = "HRODFXI1_5"; Sprite = "FX00"; Frame = 32779; Tics = 3; Next state = "HRODFXI1_6"; } State { ID = "HRODFXI1_6"; Sprite = "FX00"; Frame = 32780; Tics = 3; Next state = "NULL"; } State { ID = "HRODFX2_1"; Sprite = "FX00"; Frame = 32770; Tics = 3; Next state = "HRODFX2_2"; } State { ID = "HRODFX2_2"; Sprite = "FX00"; Frame = 32771; Tics = 3; Action = "A_SkullRodPL2Seek"; Next state = "HRODFX2_3"; } State { ID = "HRODFX2_3"; Sprite = "FX00"; Frame = 32772; Tics = 3; Next state = "HRODFX2_4"; } State { ID = "HRODFX2_4"; Sprite = "FX00"; Frame = 32773; Tics = 3; Action = "A_SkullRodPL2Seek"; Next state = "HRODFX2_1"; } State { ID = "HRODFXI2_1"; Sprite = "FX00"; Frame = 32775; Tics = 5; Action = "A_AddPlayerRain"; Next state = "HRODFXI2_2"; } State { ID = "HRODFXI2_2"; Sprite = "FX00"; Frame = 32776; Tics = 5; Next state = "HRODFXI2_3"; } State { ID = "HRODFXI2_3"; Sprite = "FX00"; Frame = 32777; Tics = 4; Next state = "HRODFXI2_4"; } State { ID = "HRODFXI2_4"; Sprite = "FX00"; Frame = 32778; Tics = 3; Next state = "HRODFXI2_5"; } State { ID = "HRODFXI2_5"; Sprite = "FX00"; Frame = 32779; Tics = 3; Next state = "HRODFXI2_6"; } State { ID = "HRODFXI2_6"; Sprite = "FX00"; Frame = 32780; Tics = 3; Next state = "HRODFXI2_7"; } State { ID = "HRODFXI2_7"; Sprite = "FX00"; Frame = 6; Tics = 1; Action = "A_HideInCeiling"; Next state = "HRODFXI2_8"; } State { ID = "HRODFXI2_8"; Sprite = "FX00"; Frame = 6; Tics = 1; Action = "A_SkullRodStorm"; Next state = "HRODFXI2_8"; } State { ID = "RAINPLR1_1"; Sprite = "FX20"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "RAINPLR2_1"; Sprite = "FX21"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "RAINPLR3_1"; Sprite = "FX22"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "RAINPLR4_1"; Sprite = "FX23"; Frame = 32768; Tics = -1; Next state = "NULL"; } State { ID = "RAINPLR1X_1"; Sprite = "FX20"; Frame = 32769; Tics = 4; Action = "A_RainImpact"; Next state = "RAINPLR1X_2"; } State { ID = "RAINPLR1X_2"; Sprite = "FX20"; Frame = 32770; Tics = 4; Next state = "RAINPLR1X_3"; } State { ID = "RAINPLR1X_3"; Sprite = "FX20"; Frame = 32771; Tics = 4; Next state = "RAINPLR1X_4"; } State { ID = "RAINPLR1X_4"; Sprite = "FX20"; Frame = 32772; Tics = 4; Next state = "RAINPLR1X_5"; } State { ID = "RAINPLR1X_5"; Sprite = "FX20"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "RAINPLR2X_1"; Sprite = "FX21"; Frame = 32769; Tics = 4; Action = "A_RainImpact"; Next state = "RAINPLR2X_2"; } State { ID = "RAINPLR2X_2"; Sprite = "FX21"; Frame = 32770; Tics = 4; Next state = "RAINPLR2X_3"; } State { ID = "RAINPLR2X_3"; Sprite = "FX21"; Frame = 32771; Tics = 4; Next state = "RAINPLR2X_4"; } State { ID = "RAINPLR2X_4"; Sprite = "FX21"; Frame = 32772; Tics = 4; Next state = "RAINPLR2X_5"; } State { ID = "RAINPLR2X_5"; Sprite = "FX21"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "RAINPLR3X_1"; Sprite = "FX22"; Frame = 32769; Tics = 4; Action = "A_RainImpact"; Next state = "RAINPLR3X_2"; } State { ID = "RAINPLR3X_2"; Sprite = "FX22"; Frame = 32770; Tics = 4; Next state = "RAINPLR3X_3"; } State { ID = "RAINPLR3X_3"; Sprite = "FX22"; Frame = 32771; Tics = 4; Next state = "RAINPLR3X_4"; } State { ID = "RAINPLR3X_4"; Sprite = "FX22"; Frame = 32772; Tics = 4; Next state = "RAINPLR3X_5"; } State { ID = "RAINPLR3X_5"; Sprite = "FX22"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "RAINPLR4X_1"; Sprite = "FX23"; Frame = 32769; Tics = 4; Action = "A_RainImpact"; Next state = "RAINPLR4X_2"; } State { ID = "RAINPLR4X_2"; Sprite = "FX23"; Frame = 32770; Tics = 4; Next state = "RAINPLR4X_3"; } State { ID = "RAINPLR4X_3"; Sprite = "FX23"; Frame = 32771; Tics = 4; Next state = "RAINPLR4X_4"; } State { ID = "RAINPLR4X_4"; Sprite = "FX23"; Frame = 32772; Tics = 4; Next state = "RAINPLR4X_5"; } State { ID = "RAINPLR4X_5"; Sprite = "FX23"; Frame = 32773; Tics = 4; Next state = "NULL"; } State { ID = "RAINAIRXPLR1_1"; Sprite = "FX20"; Frame = 32774; Tics = 4; Next state = "RAINAIRXPLR1_2"; } State { ID = "RAINAIRXPLR2_1"; Sprite = "FX21"; Frame = 32774; Tics = 4; Next state = "RAINAIRXPLR2_2"; } State { ID = "RAINAIRXPLR3_1"; Sprite = "FX22"; Frame = 32774; Tics = 4; Next state = "RAINAIRXPLR3_2"; } State { ID = "RAINAIRXPLR4_1"; Sprite = "FX23"; Frame = 32774; Tics = 4; Next state = "RAINAIRXPLR4_2"; } State { ID = "RAINAIRXPLR1_2"; Sprite = "FX20"; Frame = 32775; Tics = 4; Next state = "RAINAIRXPLR1_3"; } State { ID = "RAINAIRXPLR2_2"; Sprite = "FX21"; Frame = 32775; Tics = 4; Next state = "RAINAIRXPLR2_3"; } State { ID = "RAINAIRXPLR3_2"; Sprite = "FX22"; Frame = 32775; Tics = 4; Next state = "RAINAIRXPLR3_3"; } State { ID = "RAINAIRXPLR4_2"; Sprite = "FX23"; Frame = 32775; Tics = 4; Next state = "RAINAIRXPLR4_3"; } State { ID = "RAINAIRXPLR1_3"; Sprite = "FX20"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "RAINAIRXPLR2_3"; Sprite = "FX21"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "RAINAIRXPLR3_3"; Sprite = "FX22"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "RAINAIRXPLR4_3"; Sprite = "FX23"; Frame = 32776; Tics = 4; Next state = "NULL"; } State { ID = "GOLDWANDREADY"; Sprite = "GWND"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "GOLDWANDREADY"; } State { ID = "GOLDWANDDOWN"; Sprite = "GWND"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "GOLDWANDDOWN"; } State { ID = "GOLDWANDUP"; Sprite = "GWND"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "GOLDWANDUP"; } State { ID = "GOLDWANDATK1_1"; Sprite = "GWND"; Frame = 1; Tics = 3; Next state = "GOLDWANDATK1_2"; } State { ID = "GOLDWANDATK1_2"; Sprite = "GWND"; Frame = 32770; Tics = 5; Action = "A_FireGoldWandPL1"; Next state = "GOLDWANDATK1_3"; } State { ID = "GOLDWANDATK1_3"; Sprite = "GWND"; Frame = 3; Tics = 3; Next state = "GOLDWANDATK1_4"; } State { ID = "GOLDWANDATK1_4"; Sprite = "GWND"; Frame = 3; Tics = 0; Action = "A_ReFire"; Next state = "GOLDWANDREADY"; } State { ID = "GOLDWANDATK2_1"; Sprite = "GWND"; Frame = 1; Tics = 3; Next state = "GOLDWANDATK2_2"; } State { ID = "GOLDWANDATK2_2"; Sprite = "GWND"; Frame = 32770; Tics = 4; Action = "A_FireGoldWandPL2"; Next state = "GOLDWANDATK2_3"; } State { ID = "GOLDWANDATK2_3"; Sprite = "GWND"; Frame = 3; Tics = 3; Next state = "GOLDWANDATK2_4"; } State { ID = "GOLDWANDATK2_4"; Sprite = "GWND"; Frame = 3; Tics = 0; Action = "A_ReFire"; Next state = "GOLDWANDREADY"; } State { ID = "GWANDFX1_1"; Sprite = "FX01"; Frame = 32768; Tics = 6; Next state = "GWANDFX1_2"; } State { ID = "GWANDFX1_2"; Sprite = "FX01"; Frame = 32769; Tics = 6; Next state = "GWANDFX1_1"; } State { ID = "GWANDFXI1_1"; Sprite = "FX01"; Frame = 32772; Tics = 3; Next state = "GWANDFXI1_2"; } State { ID = "GWANDFXI1_2"; Sprite = "FX01"; Frame = 32773; Tics = 3; Next state = "GWANDFXI1_3"; } State { ID = "GWANDFXI1_3"; Sprite = "FX01"; Frame = 32774; Tics = 3; Next state = "GWANDFXI1_4"; } State { ID = "GWANDFXI1_4"; Sprite = "FX01"; Frame = 32775; Tics = 3; Next state = "NULL"; } State { ID = "GWANDFX2_1"; Sprite = "FX01"; Frame = 32770; Tics = 6; Next state = "GWANDFX2_2"; } State { ID = "GWANDFX2_2"; Sprite = "FX01"; Frame = 32771; Tics = 6; Next state = "GWANDFX2_1"; } State { ID = "GWANDPUFF1_1"; Sprite = "PUF2"; Frame = 32768; Tics = 3; Next state = "GWANDPUFF1_2"; } State { ID = "GWANDPUFF1_2"; Sprite = "PUF2"; Frame = 32769; Tics = 3; Next state = "GWANDPUFF1_3"; } State { ID = "GWANDPUFF1_3"; Sprite = "PUF2"; Frame = 32770; Tics = 3; Next state = "GWANDPUFF1_4"; } State { ID = "GWANDPUFF1_4"; Sprite = "PUF2"; Frame = 32771; Tics = 3; Next state = "GWANDPUFF1_5"; } State { ID = "GWANDPUFF1_5"; Sprite = "PUF2"; Frame = 32772; Tics = 3; Next state = "NULL"; } State { ID = "WPHX"; Sprite = "WPHX"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PHOENIXREADY"; Sprite = "PHNX"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PHOENIXREADY"; } State { ID = "PHOENIXDOWN"; Sprite = "PHNX"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PHOENIXDOWN"; } State { ID = "PHOENIXUP"; Sprite = "PHNX"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PHOENIXUP"; } State { ID = "PHOENIXATK1_1"; Sprite = "PHNX"; Frame = 1; Tics = 5; Next state = "PHOENIXATK1_2"; } State { ID = "PHOENIXATK1_2"; Sprite = "PHNX"; Frame = 32770; Tics = 7; Action = "A_FirePhoenixPL1"; Next state = "PHOENIXATK1_3"; } State { ID = "PHOENIXATK1_3"; Sprite = "PHNX"; Frame = 32771; Tics = 4; Next state = "PHOENIXATK1_4"; } State { ID = "PHOENIXATK1_4"; Sprite = "PHNX"; Frame = 1; Tics = 4; Next state = "PHOENIXATK1_5"; } State { ID = "PHOENIXATK1_5"; Sprite = "PHNX"; Frame = 1; Tics = 0; Action = "A_ReFire"; Next state = "PHOENIXREADY"; } State { ID = "PHOENIXATK2_1"; Sprite = "PHNX"; Frame = 1; Tics = 3; Action = "A_InitPhoenixPL2"; Next state = "PHOENIXATK2_2"; } State { ID = "PHOENIXATK2_2"; Sprite = "PHNX"; Frame = 32770; Tics = 1; Action = "A_FirePhoenixPL2"; Next state = "PHOENIXATK2_3"; } State { ID = "PHOENIXATK2_3"; Sprite = "PHNX"; Frame = 1; Tics = 4; Action = "A_ReFire"; Next state = "PHOENIXATK2_4"; } State { ID = "PHOENIXATK2_4"; Sprite = "PHNX"; Frame = 1; Tics = 4; Action = "A_ShutdownPhoenixPL2"; Next state = "PHOENIXREADY"; } State { ID = "PHOENIXFX1_1"; Sprite = "FX04"; Frame = 32768; Tics = 4; Action = "A_PhoenixPuff"; Next state = "PHOENIXFX1_1"; } State { ID = "PHOENIXFXI1_1"; Sprite = "FX08"; Frame = 32768; Tics = 6; Action = "A_Explode"; Next state = "PHOENIXFXI1_2"; } State { ID = "PHOENIXFXI1_2"; Sprite = "FX08"; Frame = 32769; Tics = 5; Next state = "PHOENIXFXI1_3"; } State { ID = "PHOENIXFXI1_3"; Sprite = "FX08"; Frame = 32770; Tics = 5; Next state = "PHOENIXFXI1_4"; } State { ID = "PHOENIXFXI1_4"; Sprite = "FX08"; Frame = 32771; Tics = 4; Next state = "PHOENIXFXI1_5"; } State { ID = "PHOENIXFXI1_5"; Sprite = "FX08"; Frame = 32772; Tics = 4; Next state = "PHOENIXFXI1_6"; } State { ID = "PHOENIXFXI1_6"; Sprite = "FX08"; Frame = 32773; Tics = 4; Next state = "PHOENIXFXI1_7"; } State { ID = "PHOENIXFXI1_7"; Sprite = "FX08"; Frame = 32774; Tics = 4; Next state = "PHOENIXFXI1_8"; } State { ID = "PHOENIXFXI1_8"; Sprite = "FX08"; Frame = 32775; Tics = 4; Next state = "NULL"; } State { ID = "PHOENIXPUFF1"; Sprite = "FX04"; Frame = 1; Tics = 4; Next state = "PHOENIXPUFF2"; } State { ID = "PHOENIXPUFF2"; Sprite = "FX04"; Frame = 2; Tics = 4; Next state = "PHOENIXPUFF3"; } State { ID = "PHOENIXPUFF3"; Sprite = "FX04"; Frame = 3; Tics = 4; Next state = "PHOENIXPUFF4"; } State { ID = "PHOENIXPUFF4"; Sprite = "FX04"; Frame = 4; Tics = 4; Next state = "PHOENIXPUFF5"; } State { ID = "PHOENIXPUFF5"; Sprite = "FX04"; Frame = 5; Tics = 4; Next state = "NULL"; } State { ID = "PHOENIXFX2_1"; Sprite = "FX09"; Frame = 32768; Tics = 2; Next state = "PHOENIXFX2_2"; } State { ID = "PHOENIXFX2_2"; Sprite = "FX09"; Frame = 32769; Tics = 2; Next state = "PHOENIXFX2_3"; } State { ID = "PHOENIXFX2_3"; Sprite = "FX09"; Frame = 32768; Tics = 2; Next state = "PHOENIXFX2_4"; } State { ID = "PHOENIXFX2_4"; Sprite = "FX09"; Frame = 32769; Tics = 2; Next state = "PHOENIXFX2_5"; } State { ID = "PHOENIXFX2_5"; Sprite = "FX09"; Frame = 32768; Tics = 2; Next state = "PHOENIXFX2_6"; } State { ID = "PHOENIXFX2_6"; Sprite = "FX09"; Frame = 32769; Tics = 2; Action = "A_FlameEnd"; Next state = "PHOENIXFX2_7"; } State { ID = "PHOENIXFX2_7"; Sprite = "FX09"; Frame = 32770; Tics = 2; Next state = "PHOENIXFX2_8"; } State { ID = "PHOENIXFX2_8"; Sprite = "FX09"; Frame = 32771; Tics = 2; Next state = "PHOENIXFX2_9"; } State { ID = "PHOENIXFX2_9"; Sprite = "FX09"; Frame = 32772; Tics = 2; Next state = "PHOENIXFX2_10"; } State { ID = "PHOENIXFX2_10"; Sprite = "FX09"; Frame = 32773; Tics = 2; Next state = "NULL"; } State { ID = "PHOENIXFXI2_1"; Sprite = "FX09"; Frame = 32774; Tics = 3; Next state = "PHOENIXFXI2_2"; } State { ID = "PHOENIXFXI2_2"; Sprite = "FX09"; Frame = 32775; Tics = 3; Action = "A_FloatPuff"; Next state = "PHOENIXFXI2_3"; } State { ID = "PHOENIXFXI2_3"; Sprite = "FX09"; Frame = 32776; Tics = 4; Next state = "PHOENIXFXI2_4"; } State { ID = "PHOENIXFXI2_4"; Sprite = "FX09"; Frame = 32777; Tics = 5; Next state = "PHOENIXFXI2_5"; } State { ID = "PHOENIXFXI2_5"; Sprite = "FX09"; Frame = 32778; Tics = 5; Next state = "NULL"; } State { ID = "WBOW"; Sprite = "WBOW"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CRBOW1"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW2"; } State { ID = "CRBOW2"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW3"; } State { ID = "CRBOW3"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW4"; } State { ID = "CRBOW4"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW5"; } State { ID = "CRBOW5"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW6"; } State { ID = "CRBOW6"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW7"; } State { ID = "CRBOW7"; Sprite = "CRBW"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW8"; } State { ID = "CRBOW8"; Sprite = "CRBW"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW9"; } State { ID = "CRBOW9"; Sprite = "CRBW"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW10"; } State { ID = "CRBOW10"; Sprite = "CRBW"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW11"; } State { ID = "CRBOW11"; Sprite = "CRBW"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW12"; } State { ID = "CRBOW12"; Sprite = "CRBW"; Frame = 1; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW13"; } State { ID = "CRBOW13"; Sprite = "CRBW"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW14"; } State { ID = "CRBOW14"; Sprite = "CRBW"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW15"; } State { ID = "CRBOW15"; Sprite = "CRBW"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW16"; } State { ID = "CRBOW16"; Sprite = "CRBW"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW17"; } State { ID = "CRBOW17"; Sprite = "CRBW"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW18"; } State { ID = "CRBOW18"; Sprite = "CRBW"; Frame = 2; Tics = 1; Action = "A_WeaponReady"; Next state = "CRBOW1"; } State { ID = "CRBOWDOWN"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "CRBOWDOWN"; } State { ID = "CRBOWUP"; Sprite = "CRBW"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "CRBOWUP"; } State { ID = "CRBOWATK1_1"; Sprite = "CRBW"; Frame = 32771; Tics = 6; Action = "A_FireCrossbowPL1"; Next state = "CRBOWATK1_2"; } State { ID = "CRBOWATK1_2"; Sprite = "CRBW"; Frame = 4; Tics = 3; Next state = "CRBOWATK1_3"; } State { ID = "CRBOWATK1_3"; Sprite = "CRBW"; Frame = 5; Tics = 3; Next state = "CRBOWATK1_4"; } State { ID = "CRBOWATK1_4"; Sprite = "CRBW"; Frame = 6; Tics = 3; Next state = "CRBOWATK1_5"; } State { ID = "CRBOWATK1_5"; Sprite = "CRBW"; Frame = 7; Tics = 3; Next state = "CRBOWATK1_6"; } State { ID = "CRBOWATK1_6"; Sprite = "CRBW"; Frame = 0; Tics = 4; Next state = "CRBOWATK1_7"; } State { ID = "CRBOWATK1_7"; Sprite = "CRBW"; Frame = 1; Tics = 4; Next state = "CRBOWATK1_8"; } State { ID = "CRBOWATK1_8"; Sprite = "CRBW"; Frame = 2; Tics = 5; Action = "A_ReFire"; Next state = "CRBOW1"; } State { ID = "CRBOWATK2_1"; Sprite = "CRBW"; Frame = 32771; Tics = 5; Action = "A_FireCrossbowPL2"; Next state = "CRBOWATK2_2"; } State { ID = "CRBOWATK2_2"; Sprite = "CRBW"; Frame = 4; Tics = 3; Next state = "CRBOWATK2_3"; } State { ID = "CRBOWATK2_3"; Sprite = "CRBW"; Frame = 5; Tics = 2; Next state = "CRBOWATK2_4"; } State { ID = "CRBOWATK2_4"; Sprite = "CRBW"; Frame = 6; Tics = 3; Next state = "CRBOWATK2_5"; } State { ID = "CRBOWATK2_5"; Sprite = "CRBW"; Frame = 7; Tics = 2; Next state = "CRBOWATK2_6"; } State { ID = "CRBOWATK2_6"; Sprite = "CRBW"; Frame = 0; Tics = 3; Next state = "CRBOWATK2_7"; } State { ID = "CRBOWATK2_7"; Sprite = "CRBW"; Frame = 1; Tics = 3; Next state = "CRBOWATK2_8"; } State { ID = "CRBOWATK2_8"; Sprite = "CRBW"; Frame = 2; Tics = 4; Action = "A_ReFire"; Next state = "CRBOW1"; } State { ID = "CRBOWFX1"; Sprite = "FX03"; Frame = 32769; Tics = 1; Next state = "CRBOWFX1"; } State { ID = "CRBOWFXI1_1"; Sprite = "FX03"; Frame = 32775; Tics = 8; Next state = "CRBOWFXI1_2"; } State { ID = "CRBOWFXI1_2"; Sprite = "FX03"; Frame = 32776; Tics = 8; Next state = "CRBOWFXI1_3"; } State { ID = "CRBOWFXI1_3"; Sprite = "FX03"; Frame = 32777; Tics = 8; Next state = "NULL"; } State { ID = "CRBOWFX2"; Sprite = "FX03"; Frame = 32769; Tics = 1; Action = "A_BoltSpark"; Next state = "CRBOWFX2"; } State { ID = "CRBOWFX3"; Sprite = "FX03"; Frame = 32768; Tics = 1; Next state = "CRBOWFX3"; } State { ID = "CRBOWFXI3_1"; Sprite = "FX03"; Frame = 32770; Tics = 8; Next state = "CRBOWFXI3_2"; } State { ID = "CRBOWFXI3_2"; Sprite = "FX03"; Frame = 32771; Tics = 8; Next state = "CRBOWFXI3_3"; } State { ID = "CRBOWFXI3_3"; Sprite = "FX03"; Frame = 32772; Tics = 8; Next state = "NULL"; } State { ID = "CRBOWFX4_1"; Sprite = "FX03"; Frame = 32773; Tics = 8; Next state = "CRBOWFX4_2"; } State { ID = "CRBOWFX4_2"; Sprite = "FX03"; Frame = 32774; Tics = 8; Next state = "NULL"; } State { ID = "BLOOD1"; Sprite = "BLOD"; Frame = 2; Tics = 8; Next state = "BLOOD2"; } State { ID = "BLOOD2"; Sprite = "BLOD"; Frame = 1; Tics = 8; Next state = "BLOOD3"; } State { ID = "BLOOD3"; Sprite = "BLOD"; Frame = 0; Tics = 8; Next state = "NULL"; } State { ID = "BLOODSPLATTER1"; Sprite = "BLOD"; Frame = 2; Tics = 8; Next state = "BLOODSPLATTER2"; } State { ID = "BLOODSPLATTER2"; Sprite = "BLOD"; Frame = 1; Tics = 8; Next state = "BLOODSPLATTER3"; } State { ID = "BLOODSPLATTER3"; Sprite = "BLOD"; Frame = 0; Tics = 8; Next state = "NULL"; } State { ID = "BLOODSPLATTERX"; Sprite = "BLOD"; Frame = 0; Tics = 6; Next state = "NULL"; } State { ID = "PLAY"; Sprite = "PLAY"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PLAY_RUN1"; Sprite = "PLAY"; Frame = 0; Tics = 4; Next state = "PLAY_RUN2"; } State { ID = "PLAY_RUN2"; Sprite = "PLAY"; Frame = 1; Tics = 4; Next state = "PLAY_RUN3"; } State { ID = "PLAY_RUN3"; Sprite = "PLAY"; Frame = 2; Tics = 4; Next state = "PLAY_RUN4"; } State { ID = "PLAY_RUN4"; Sprite = "PLAY"; Frame = 3; Tics = 4; Next state = "PLAY_RUN1"; } State { ID = "PLAY_ATK1"; Sprite = "PLAY"; Frame = 4; Tics = 12; Next state = "PLAY"; } State { ID = "PLAY_ATK2"; Sprite = "PLAY"; Frame = 32773; Tics = 6; Next state = "PLAY_ATK1"; } State { ID = "PLAY_PAIN"; Sprite = "PLAY"; Frame = 6; Tics = 4; Next state = "PLAY_PAIN2"; } State { ID = "PLAY_PAIN2"; Sprite = "PLAY"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "PLAY"; } State { ID = "PLAY_DIE1"; Sprite = "PLAY"; Frame = 7; Tics = 6; Next state = "PLAY_DIE2"; } State { ID = "PLAY_DIE2"; Sprite = "PLAY"; Frame = 8; Tics = 6; Action = "A_Scream"; Next state = "PLAY_DIE3"; } State { ID = "PLAY_DIE3"; Sprite = "PLAY"; Frame = 9; Tics = 6; Next state = "PLAY_DIE4"; } State { ID = "PLAY_DIE4"; Sprite = "PLAY"; Frame = 10; Tics = 6; Next state = "PLAY_DIE5"; } State { ID = "PLAY_DIE5"; Sprite = "PLAY"; Frame = 11; Tics = 6; Action = "A_NoBlocking"; Next state = "PLAY_DIE6"; } State { ID = "PLAY_DIE6"; Sprite = "PLAY"; Frame = 12; Tics = 6; Next state = "PLAY_DIE7"; } State { ID = "PLAY_DIE7"; Sprite = "PLAY"; Frame = 13; Tics = 6; Next state = "PLAY_DIE8"; } State { ID = "PLAY_DIE8"; Sprite = "PLAY"; Frame = 14; Tics = 6; Next state = "PLAY_DIE9"; } State { ID = "PLAY_DIE9"; Sprite = "PLAY"; Frame = 15; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "PLAY_XDIE1"; Sprite = "PLAY"; Frame = 16; Tics = 5; Action = "A_Scream"; Next state = "PLAY_XDIE2"; } State { ID = "PLAY_XDIE2"; Sprite = "PLAY"; Frame = 17; Tics = 5; Action = "A_SkullPop"; Next state = "PLAY_XDIE3"; } State { ID = "PLAY_XDIE3"; Sprite = "PLAY"; Frame = 18; Tics = 5; Action = "A_NoBlocking"; Next state = "PLAY_XDIE4"; } State { ID = "PLAY_XDIE4"; Sprite = "PLAY"; Frame = 19; Tics = 5; Next state = "PLAY_XDIE5"; } State { ID = "PLAY_XDIE5"; Sprite = "PLAY"; Frame = 20; Tics = 5; Next state = "PLAY_XDIE6"; } State { ID = "PLAY_XDIE6"; Sprite = "PLAY"; Frame = 21; Tics = 5; Next state = "PLAY_XDIE7"; } State { ID = "PLAY_XDIE7"; Sprite = "PLAY"; Frame = 22; Tics = 5; Next state = "PLAY_XDIE8"; } State { ID = "PLAY_XDIE8"; Sprite = "PLAY"; Frame = 23; Tics = 5; Next state = "PLAY_XDIE9"; } State { ID = "PLAY_XDIE9"; Sprite = "PLAY"; Frame = 24; Tics = -1; Action = "A_AddPlayerCorpse"; Next state = "NULL"; } State { ID = "PLAY_FDTH1"; Sprite = "FDTH"; Frame = 32768; Tics = 5; Action = "A_FlameSnd"; Next state = "PLAY_FDTH2"; } State { ID = "PLAY_FDTH2"; Sprite = "FDTH"; Frame = 32769; Tics = 4; Next state = "PLAY_FDTH3"; } State { ID = "PLAY_FDTH3"; Sprite = "FDTH"; Frame = 32770; Tics = 5; Next state = "PLAY_FDTH4"; } State { ID = "PLAY_FDTH4"; Sprite = "FDTH"; Frame = 32771; Tics = 4; Action = "A_Scream"; Next state = "PLAY_FDTH5"; } State { ID = "PLAY_FDTH5"; Sprite = "FDTH"; Frame = 32772; Tics = 5; Next state = "PLAY_FDTH6"; } State { ID = "PLAY_FDTH6"; Sprite = "FDTH"; Frame = 32773; Tics = 4; Next state = "PLAY_FDTH7"; } State { ID = "PLAY_FDTH7"; Sprite = "FDTH"; Frame = 32774; Tics = 5; Action = "A_FlameSnd"; Next state = "PLAY_FDTH8"; } State { ID = "PLAY_FDTH8"; Sprite = "FDTH"; Frame = 32775; Tics = 4; Next state = "PLAY_FDTH9"; } State { ID = "PLAY_FDTH9"; Sprite = "FDTH"; Frame = 32776; Tics = 5; Next state = "PLAY_FDTH10"; } State { ID = "PLAY_FDTH10"; Sprite = "FDTH"; Frame = 32777; Tics = 4; Next state = "PLAY_FDTH11"; } State { ID = "PLAY_FDTH11"; Sprite = "FDTH"; Frame = 32778; Tics = 5; Next state = "PLAY_FDTH12"; } State { ID = "PLAY_FDTH12"; Sprite = "FDTH"; Frame = 32779; Tics = 4; Next state = "PLAY_FDTH13"; } State { ID = "PLAY_FDTH13"; Sprite = "FDTH"; Frame = 32780; Tics = 5; Next state = "PLAY_FDTH14"; } State { ID = "PLAY_FDTH14"; Sprite = "FDTH"; Frame = 32781; Tics = 4; Next state = "PLAY_FDTH15"; } State { ID = "PLAY_FDTH15"; Sprite = "FDTH"; Frame = 32782; Tics = 5; Action = "A_NoBlocking"; Next state = "PLAY_FDTH16"; } State { ID = "PLAY_FDTH16"; Sprite = "FDTH"; Frame = 32783; Tics = 4; Next state = "PLAY_FDTH17"; } State { ID = "PLAY_FDTH17"; Sprite = "FDTH"; Frame = 32784; Tics = 5; Next state = "PLAY_FDTH18"; } State { ID = "PLAY_FDTH18"; Sprite = "FDTH"; Frame = 32785; Tics = 4; Next state = "PLAY_FDTH19"; } State { ID = "PLAY_FDTH19"; Sprite = "ACLO"; Frame = 4; Tics = 35; Action = "A_CheckBurnGone"; Next state = "PLAY_FDTH19"; } State { ID = "PLAY_FDTH20"; Sprite = "ACLO"; Frame = 4; Tics = 8; Next state = "NULL"; } State { ID = "BLOODYSKULL1"; Sprite = "BSKL"; Frame = 0; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL2"; } State { ID = "BLOODYSKULL2"; Sprite = "BSKL"; Frame = 1; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL3"; } State { ID = "BLOODYSKULL3"; Sprite = "BSKL"; Frame = 2; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL4"; } State { ID = "BLOODYSKULL4"; Sprite = "BSKL"; Frame = 3; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL5"; } State { ID = "BLOODYSKULL5"; Sprite = "BSKL"; Frame = 4; Tics = 5; Action = "A_CheckSkullFloor"; Next state = "BLOODYSKULL1"; } State { ID = "BLOODYSKULLX1"; Sprite = "BSKL"; Frame = 5; Tics = 16; Action = "A_CheckSkullDone"; Next state = "BLOODYSKULLX1"; } State { ID = "BLOODYSKULLX2"; Sprite = "BSKL"; Frame = 5; Tics = 1050; Next state = "NULL"; } State { ID = "CHICPLAY"; Sprite = "CHKN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CHICPLAY_RUN1"; Sprite = "CHKN"; Frame = 0; Tics = 3; Next state = "CHICPLAY_RUN2"; } State { ID = "CHICPLAY_RUN2"; Sprite = "CHKN"; Frame = 1; Tics = 3; Next state = "CHICPLAY_RUN3"; } State { ID = "CHICPLAY_RUN3"; Sprite = "CHKN"; Frame = 0; Tics = 3; Next state = "CHICPLAY_RUN4"; } State { ID = "CHICPLAY_RUN4"; Sprite = "CHKN"; Frame = 1; Tics = 3; Next state = "CHICPLAY_RUN1"; } State { ID = "CHICPLAY_ATK1"; Sprite = "CHKN"; Frame = 2; Tics = 12; Next state = "CHICPLAY"; } State { ID = "CHICPLAY_PAIN"; Sprite = "CHKN"; Frame = 3; Tics = 4; Action = "A_Feathers"; Next state = "CHICPLAY_PAIN2"; } State { ID = "CHICPLAY_PAIN2"; Sprite = "CHKN"; Frame = 2; Tics = 4; Action = "A_Pain"; Next state = "CHICPLAY"; } State { ID = "CHICKEN_LOOK1"; Sprite = "CHKN"; Frame = 0; Tics = 10; Action = "A_ChicLook"; Next state = "CHICKEN_LOOK2"; } State { ID = "CHICKEN_LOOK2"; Sprite = "CHKN"; Frame = 1; Tics = 10; Action = "A_ChicLook"; Next state = "CHICKEN_LOOK1"; } State { ID = "CHICKEN_WALK1"; Sprite = "CHKN"; Frame = 0; Tics = 3; Action = "A_ChicChase"; Next state = "CHICKEN_WALK2"; } State { ID = "CHICKEN_WALK2"; Sprite = "CHKN"; Frame = 1; Tics = 3; Action = "A_ChicChase"; Next state = "CHICKEN_WALK1"; } State { ID = "CHICKEN_PAIN1"; Sprite = "CHKN"; Frame = 3; Tics = 5; Action = "A_Feathers"; Next state = "CHICKEN_PAIN2"; } State { ID = "CHICKEN_PAIN2"; Sprite = "CHKN"; Frame = 2; Tics = 5; Action = "A_ChicPain"; Next state = "CHICKEN_WALK1"; } State { ID = "CHICKEN_ATK1"; Sprite = "CHKN"; Frame = 0; Tics = 8; Action = "A_FaceTarget"; Next state = "CHICKEN_ATK2"; } State { ID = "CHICKEN_ATK2"; Sprite = "CHKN"; Frame = 2; Tics = 10; Action = "A_ChicAttack"; Next state = "CHICKEN_WALK1"; } State { ID = "CHICKEN_DIE1"; Sprite = "CHKN"; Frame = 4; Tics = 6; Action = "A_Scream"; Next state = "CHICKEN_DIE2"; } State { ID = "CHICKEN_DIE2"; Sprite = "CHKN"; Frame = 5; Tics = 6; Action = "A_Feathers"; Next state = "CHICKEN_DIE3"; } State { ID = "CHICKEN_DIE3"; Sprite = "CHKN"; Frame = 6; Tics = 6; Next state = "CHICKEN_DIE4"; } State { ID = "CHICKEN_DIE4"; Sprite = "CHKN"; Frame = 7; Tics = 6; Action = "A_NoBlocking"; Next state = "CHICKEN_DIE5"; } State { ID = "CHICKEN_DIE5"; Sprite = "CHKN"; Frame = 8; Tics = 6; Next state = "CHICKEN_DIE6"; } State { ID = "CHICKEN_DIE6"; Sprite = "CHKN"; Frame = 9; Tics = 6; Next state = "CHICKEN_DIE7"; } State { ID = "CHICKEN_DIE7"; Sprite = "CHKN"; Frame = 10; Tics = 6; Next state = "CHICKEN_DIE8"; } State { ID = "CHICKEN_DIE8"; Sprite = "CHKN"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "FEATHER1"; Sprite = "CHKN"; Frame = 12; Tics = 3; Next state = "FEATHER2"; } State { ID = "FEATHER2"; Sprite = "CHKN"; Frame = 13; Tics = 3; Next state = "FEATHER3"; } State { ID = "FEATHER3"; Sprite = "CHKN"; Frame = 14; Tics = 3; Next state = "FEATHER4"; } State { ID = "FEATHER4"; Sprite = "CHKN"; Frame = 15; Tics = 3; Next state = "FEATHER5"; } State { ID = "FEATHER5"; Sprite = "CHKN"; Frame = 16; Tics = 3; Next state = "FEATHER6"; } State { ID = "FEATHER6"; Sprite = "CHKN"; Frame = 15; Tics = 3; Next state = "FEATHER7"; } State { ID = "FEATHER7"; Sprite = "CHKN"; Frame = 14; Tics = 3; Next state = "FEATHER8"; } State { ID = "FEATHER8"; Sprite = "CHKN"; Frame = 13; Tics = 3; Next state = "FEATHER1"; } State { ID = "FEATHERX"; Sprite = "CHKN"; Frame = 13; Tics = 6; Next state = "NULL"; } State { ID = "MUMMY_LOOK1"; Sprite = "MUMM"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "MUMMY_LOOK2"; } State { ID = "MUMMY_LOOK2"; Sprite = "MUMM"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "MUMMY_LOOK1"; } State { ID = "MUMMY_WALK1"; Sprite = "MUMM"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "MUMMY_WALK2"; } State { ID = "MUMMY_WALK2"; Sprite = "MUMM"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "MUMMY_WALK3"; } State { ID = "MUMMY_WALK3"; Sprite = "MUMM"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "MUMMY_WALK4"; } State { ID = "MUMMY_WALK4"; Sprite = "MUMM"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "MUMMY_WALK1"; } State { ID = "MUMMY_ATK1"; Sprite = "MUMM"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "MUMMY_ATK2"; } State { ID = "MUMMY_ATK2"; Sprite = "MUMM"; Frame = 5; Tics = 6; Action = "A_MummyAttack"; Next state = "MUMMY_ATK3"; } State { ID = "MUMMY_ATK3"; Sprite = "MUMM"; Frame = 6; Tics = 6; Action = "A_FaceTarget"; Next state = "MUMMY_WALK1"; } State { ID = "MUMMYL_ATK1"; Sprite = "MUMM"; Frame = 23; Tics = 5; Action = "A_FaceTarget"; Next state = "MUMMYL_ATK2"; } State { ID = "MUMMYL_ATK2"; Sprite = "MUMM"; Frame = 32792; Tics = 5; Action = "A_FaceTarget"; Next state = "MUMMYL_ATK3"; } State { ID = "MUMMYL_ATK3"; Sprite = "MUMM"; Frame = 23; Tics = 5; Action = "A_FaceTarget"; Next state = "MUMMYL_ATK4"; } State { ID = "MUMMYL_ATK4"; Sprite = "MUMM"; Frame = 32792; Tics = 5; Action = "A_FaceTarget"; Next state = "MUMMYL_ATK5"; } State { ID = "MUMMYL_ATK5"; Sprite = "MUMM"; Frame = 23; Tics = 5; Action = "A_FaceTarget"; Next state = "MUMMYL_ATK6"; } State { ID = "MUMMYL_ATK6"; Sprite = "MUMM"; Frame = 32792; Tics = 15; Action = "A_MummyAttack2"; Next state = "MUMMY_WALK1"; } State { ID = "MUMMY_PAIN1"; Sprite = "MUMM"; Frame = 7; Tics = 4; Next state = "MUMMY_PAIN2"; } State { ID = "MUMMY_PAIN2"; Sprite = "MUMM"; Frame = 7; Tics = 4; Action = "A_Pain"; Next state = "MUMMY_WALK1"; } State { ID = "MUMMY_DIE1"; Sprite = "MUMM"; Frame = 8; Tics = 5; Next state = "MUMMY_DIE2"; } State { ID = "MUMMY_DIE2"; Sprite = "MUMM"; Frame = 9; Tics = 5; Action = "A_Scream"; Next state = "MUMMY_DIE3"; } State { ID = "MUMMY_DIE3"; Sprite = "MUMM"; Frame = 10; Tics = 5; Action = "A_MummySoul"; Next state = "MUMMY_DIE4"; } State { ID = "MUMMY_DIE4"; Sprite = "MUMM"; Frame = 11; Tics = 5; Next state = "MUMMY_DIE5"; } State { ID = "MUMMY_DIE5"; Sprite = "MUMM"; Frame = 12; Tics = 5; Action = "A_NoBlocking"; Next state = "MUMMY_DIE6"; } State { ID = "MUMMY_DIE6"; Sprite = "MUMM"; Frame = 13; Tics = 5; Next state = "MUMMY_DIE7"; } State { ID = "MUMMY_DIE7"; Sprite = "MUMM"; Frame = 14; Tics = 5; Next state = "MUMMY_DIE8"; } State { ID = "MUMMY_DIE8"; Sprite = "MUMM"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "MUMMY_SOUL1"; Sprite = "MUMM"; Frame = 16; Tics = 5; Next state = "MUMMY_SOUL2"; } State { ID = "MUMMY_SOUL2"; Sprite = "MUMM"; Frame = 17; Tics = 5; Next state = "MUMMY_SOUL3"; } State { ID = "MUMMY_SOUL3"; Sprite = "MUMM"; Frame = 18; Tics = 5; Next state = "MUMMY_SOUL4"; } State { ID = "MUMMY_SOUL4"; Sprite = "MUMM"; Frame = 19; Tics = 9; Next state = "MUMMY_SOUL5"; } State { ID = "MUMMY_SOUL5"; Sprite = "MUMM"; Frame = 20; Tics = 5; Next state = "MUMMY_SOUL6"; } State { ID = "MUMMY_SOUL6"; Sprite = "MUMM"; Frame = 21; Tics = 5; Next state = "MUMMY_SOUL7"; } State { ID = "MUMMY_SOUL7"; Sprite = "MUMM"; Frame = 22; Tics = 5; Next state = "NULL"; } State { ID = "MUMMYFX1_1"; Sprite = "FX15"; Frame = 32768; Tics = 5; Action = "A_ContMobjSound"; Next state = "MUMMYFX1_2"; } State { ID = "MUMMYFX1_2"; Sprite = "FX15"; Frame = 32769; Tics = 5; Action = "A_MummyFX1Seek"; Next state = "MUMMYFX1_3"; } State { ID = "MUMMYFX1_3"; Sprite = "FX15"; Frame = 32770; Tics = 5; Next state = "MUMMYFX1_4"; } State { ID = "MUMMYFX1_4"; Sprite = "FX15"; Frame = 32769; Tics = 5; Action = "A_MummyFX1Seek"; Next state = "MUMMYFX1_1"; } State { ID = "MUMMYFXI1_1"; Sprite = "FX15"; Frame = 32771; Tics = 5; Next state = "MUMMYFXI1_2"; } State { ID = "MUMMYFXI1_2"; Sprite = "FX15"; Frame = 32772; Tics = 5; Next state = "MUMMYFXI1_3"; } State { ID = "MUMMYFXI1_3"; Sprite = "FX15"; Frame = 32773; Tics = 5; Next state = "MUMMYFXI1_4"; } State { ID = "MUMMYFXI1_4"; Sprite = "FX15"; Frame = 32774; Tics = 5; Next state = "NULL"; } State { ID = "BEAST_LOOK1"; Sprite = "BEAS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BEAST_LOOK2"; } State { ID = "BEAST_LOOK2"; Sprite = "BEAS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "BEAST_LOOK1"; } State { ID = "BEAST_WALK1"; Sprite = "BEAS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BEAST_WALK2"; } State { ID = "BEAST_WALK2"; Sprite = "BEAS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BEAST_WALK3"; } State { ID = "BEAST_WALK3"; Sprite = "BEAS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BEAST_WALK4"; } State { ID = "BEAST_WALK4"; Sprite = "BEAS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BEAST_WALK5"; } State { ID = "BEAST_WALK5"; Sprite = "BEAS"; Frame = 4; Tics = 3; Action = "A_Chase"; Next state = "BEAST_WALK6"; } State { ID = "BEAST_WALK6"; Sprite = "BEAS"; Frame = 5; Tics = 3; Action = "A_Chase"; Next state = "BEAST_WALK1"; } State { ID = "BEAST_ATK1"; Sprite = "BEAS"; Frame = 7; Tics = 10; Action = "A_FaceTarget"; Next state = "BEAST_ATK2"; } State { ID = "BEAST_ATK2"; Sprite = "BEAS"; Frame = 8; Tics = 10; Action = "A_BeastAttack"; Next state = "BEAST_WALK1"; } State { ID = "BEAST_PAIN1"; Sprite = "BEAS"; Frame = 6; Tics = 3; Next state = "BEAST_PAIN2"; } State { ID = "BEAST_PAIN2"; Sprite = "BEAS"; Frame = 6; Tics = 3; Action = "A_Pain"; Next state = "BEAST_WALK1"; } State { ID = "BEAST_DIE1"; Sprite = "BEAS"; Frame = 17; Tics = 6; Next state = "BEAST_DIE2"; } State { ID = "BEAST_DIE2"; Sprite = "BEAS"; Frame = 18; Tics = 6; Action = "A_Scream"; Next state = "BEAST_DIE3"; } State { ID = "BEAST_DIE3"; Sprite = "BEAS"; Frame = 19; Tics = 6; Next state = "BEAST_DIE4"; } State { ID = "BEAST_DIE4"; Sprite = "BEAS"; Frame = 20; Tics = 6; Next state = "BEAST_DIE5"; } State { ID = "BEAST_DIE5"; Sprite = "BEAS"; Frame = 21; Tics = 6; Next state = "BEAST_DIE6"; } State { ID = "BEAST_DIE6"; Sprite = "BEAS"; Frame = 22; Tics = 6; Action = "A_NoBlocking"; Next state = "BEAST_DIE7"; } State { ID = "BEAST_DIE7"; Sprite = "BEAS"; Frame = 23; Tics = 6; Next state = "BEAST_DIE8"; } State { ID = "BEAST_DIE8"; Sprite = "BEAS"; Frame = 24; Tics = 6; Next state = "BEAST_DIE9"; } State { ID = "BEAST_DIE9"; Sprite = "BEAS"; Frame = 25; Tics = -1; Next state = "NULL"; } State { ID = "BEAST_XDIE1"; Sprite = "BEAS"; Frame = 9; Tics = 5; Next state = "BEAST_XDIE2"; } State { ID = "BEAST_XDIE2"; Sprite = "BEAS"; Frame = 10; Tics = 6; Action = "A_Scream"; Next state = "BEAST_XDIE3"; } State { ID = "BEAST_XDIE3"; Sprite = "BEAS"; Frame = 11; Tics = 5; Next state = "BEAST_XDIE4"; } State { ID = "BEAST_XDIE4"; Sprite = "BEAS"; Frame = 12; Tics = 6; Next state = "BEAST_XDIE5"; } State { ID = "BEAST_XDIE5"; Sprite = "BEAS"; Frame = 13; Tics = 5; Next state = "BEAST_XDIE6"; } State { ID = "BEAST_XDIE6"; Sprite = "BEAS"; Frame = 14; Tics = 6; Action = "A_NoBlocking"; Next state = "BEAST_XDIE7"; } State { ID = "BEAST_XDIE7"; Sprite = "BEAS"; Frame = 15; Tics = 5; Next state = "BEAST_XDIE8"; } State { ID = "BEAST_XDIE8"; Sprite = "BEAS"; Frame = 16; Tics = -1; Next state = "NULL"; } State { ID = "BEASTBALL1"; Sprite = "FRB1"; Frame = 32768; Tics = 2; Action = "A_BeastPuff"; Next state = "BEASTBALL2"; } State { ID = "BEASTBALL2"; Sprite = "FRB1"; Frame = 32768; Tics = 2; Action = "A_BeastPuff"; Next state = "BEASTBALL3"; } State { ID = "BEASTBALL3"; Sprite = "FRB1"; Frame = 32769; Tics = 2; Action = "A_BeastPuff"; Next state = "BEASTBALL4"; } State { ID = "BEASTBALL4"; Sprite = "FRB1"; Frame = 32769; Tics = 2; Action = "A_BeastPuff"; Next state = "BEASTBALL5"; } State { ID = "BEASTBALL5"; Sprite = "FRB1"; Frame = 32770; Tics = 2; Action = "A_BeastPuff"; Next state = "BEASTBALL6"; } State { ID = "BEASTBALL6"; Sprite = "FRB1"; Frame = 32770; Tics = 2; Action = "A_BeastPuff"; Next state = "BEASTBALL1"; } State { ID = "BEASTBALLX1"; Sprite = "FRB1"; Frame = 3; Tics = 4; Next state = "BEASTBALLX2"; } State { ID = "BEASTBALLX2"; Sprite = "FRB1"; Frame = 4; Tics = 4; Next state = "BEASTBALLX3"; } State { ID = "BEASTBALLX3"; Sprite = "FRB1"; Frame = 5; Tics = 4; Next state = "BEASTBALLX4"; } State { ID = "BEASTBALLX4"; Sprite = "FRB1"; Frame = 6; Tics = 4; Next state = "BEASTBALLX5"; } State { ID = "BEASTBALLX5"; Sprite = "FRB1"; Frame = 7; Tics = 4; Next state = "NULL"; } State { ID = "BURNBALL1"; Sprite = "FRB1"; Frame = 0; Tics = 4; Next state = "BURNBALL2"; } State { ID = "BURNBALL2"; Sprite = "FRB1"; Frame = 1; Tics = 4; Next state = "BURNBALL3"; } State { ID = "BURNBALL3"; Sprite = "FRB1"; Frame = 2; Tics = 4; Next state = "BURNBALL4"; } State { ID = "BURNBALL4"; Sprite = "FRB1"; Frame = 3; Tics = 4; Next state = "BURNBALL5"; } State { ID = "BURNBALL5"; Sprite = "FRB1"; Frame = 4; Tics = 4; Next state = "BURNBALL6"; } State { ID = "BURNBALL6"; Sprite = "FRB1"; Frame = 5; Tics = 4; Next state = "BURNBALL7"; } State { ID = "BURNBALL7"; Sprite = "FRB1"; Frame = 6; Tics = 4; Next state = "BURNBALL8"; } State { ID = "BURNBALL8"; Sprite = "FRB1"; Frame = 7; Tics = 4; Next state = "NULL"; } State { ID = "BURNBALLFB1"; Sprite = "FRB1"; Frame = 32768; Tics = 4; Next state = "BURNBALLFB2"; } State { ID = "BURNBALLFB2"; Sprite = "FRB1"; Frame = 32769; Tics = 4; Next state = "BURNBALLFB3"; } State { ID = "BURNBALLFB3"; Sprite = "FRB1"; Frame = 32770; Tics = 4; Next state = "BURNBALLFB4"; } State { ID = "BURNBALLFB4"; Sprite = "FRB1"; Frame = 32771; Tics = 4; Next state = "BURNBALLFB5"; } State { ID = "BURNBALLFB5"; Sprite = "FRB1"; Frame = 32772; Tics = 4; Next state = "BURNBALLFB6"; } State { ID = "BURNBALLFB6"; Sprite = "FRB1"; Frame = 32773; Tics = 4; Next state = "BURNBALLFB7"; } State { ID = "BURNBALLFB7"; Sprite = "FRB1"; Frame = 32774; Tics = 4; Next state = "BURNBALLFB8"; } State { ID = "BURNBALLFB8"; Sprite = "FRB1"; Frame = 32775; Tics = 4; Next state = "NULL"; } State { ID = "PUFFY1"; Sprite = "FRB1"; Frame = 3; Tics = 4; Next state = "PUFFY2"; } State { ID = "PUFFY2"; Sprite = "FRB1"; Frame = 4; Tics = 4; Next state = "PUFFY3"; } State { ID = "PUFFY3"; Sprite = "FRB1"; Frame = 5; Tics = 4; Next state = "PUFFY4"; } State { ID = "PUFFY4"; Sprite = "FRB1"; Frame = 6; Tics = 4; Next state = "PUFFY5"; } State { ID = "PUFFY5"; Sprite = "FRB1"; Frame = 7; Tics = 4; Next state = "NULL"; } State { ID = "SNAKE_LOOK1"; Sprite = "SNKE"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SNAKE_LOOK2"; } State { ID = "SNAKE_LOOK2"; Sprite = "SNKE"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SNAKE_LOOK1"; } State { ID = "SNAKE_WALK1"; Sprite = "SNKE"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "SNAKE_WALK2"; } State { ID = "SNAKE_WALK2"; Sprite = "SNKE"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "SNAKE_WALK3"; } State { ID = "SNAKE_WALK3"; Sprite = "SNKE"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "SNAKE_WALK4"; } State { ID = "SNAKE_WALK4"; Sprite = "SNKE"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "SNAKE_WALK1"; } State { ID = "SNAKE_ATK1"; Sprite = "SNKE"; Frame = 5; Tics = 5; Action = "A_FaceTarget"; Next state = "SNAKE_ATK2"; } State { ID = "SNAKE_ATK2"; Sprite = "SNKE"; Frame = 5; Tics = 5; Action = "A_FaceTarget"; Next state = "SNAKE_ATK3"; } State { ID = "SNAKE_ATK3"; Sprite = "SNKE"; Frame = 5; Tics = 4; Action = "A_SnakeAttack"; Next state = "SNAKE_ATK4"; } State { ID = "SNAKE_ATK4"; Sprite = "SNKE"; Frame = 5; Tics = 4; Action = "A_SnakeAttack"; Next state = "SNAKE_ATK5"; } State { ID = "SNAKE_ATK5"; Sprite = "SNKE"; Frame = 5; Tics = 4; Action = "A_SnakeAttack"; Next state = "SNAKE_ATK6"; } State { ID = "SNAKE_ATK6"; Sprite = "SNKE"; Frame = 5; Tics = 5; Action = "A_FaceTarget"; Next state = "SNAKE_ATK7"; } State { ID = "SNAKE_ATK7"; Sprite = "SNKE"; Frame = 5; Tics = 5; Action = "A_FaceTarget"; Next state = "SNAKE_ATK8"; } State { ID = "SNAKE_ATK8"; Sprite = "SNKE"; Frame = 5; Tics = 5; Action = "A_FaceTarget"; Next state = "SNAKE_ATK9"; } State { ID = "SNAKE_ATK9"; Sprite = "SNKE"; Frame = 5; Tics = 4; Action = "A_SnakeAttack2"; Next state = "SNAKE_WALK1"; } State { ID = "SNAKE_PAIN1"; Sprite = "SNKE"; Frame = 4; Tics = 3; Next state = "SNAKE_PAIN2"; } State { ID = "SNAKE_PAIN2"; Sprite = "SNKE"; Frame = 4; Tics = 3; Action = "A_Pain"; Next state = "SNAKE_WALK1"; } State { ID = "SNAKE_DIE1"; Sprite = "SNKE"; Frame = 6; Tics = 5; Next state = "SNAKE_DIE2"; } State { ID = "SNAKE_DIE2"; Sprite = "SNKE"; Frame = 7; Tics = 5; Action = "A_Scream"; Next state = "SNAKE_DIE3"; } State { ID = "SNAKE_DIE3"; Sprite = "SNKE"; Frame = 8; Tics = 5; Next state = "SNAKE_DIE4"; } State { ID = "SNAKE_DIE4"; Sprite = "SNKE"; Frame = 9; Tics = 5; Next state = "SNAKE_DIE5"; } State { ID = "SNAKE_DIE5"; Sprite = "SNKE"; Frame = 10; Tics = 5; Next state = "SNAKE_DIE6"; } State { ID = "SNAKE_DIE6"; Sprite = "SNKE"; Frame = 11; Tics = 5; Next state = "SNAKE_DIE7"; } State { ID = "SNAKE_DIE7"; Sprite = "SNKE"; Frame = 12; Tics = 5; Action = "A_NoBlocking"; Next state = "SNAKE_DIE8"; } State { ID = "SNAKE_DIE8"; Sprite = "SNKE"; Frame = 13; Tics = 5; Next state = "SNAKE_DIE9"; } State { ID = "SNAKE_DIE9"; Sprite = "SNKE"; Frame = 14; Tics = 5; Next state = "SNAKE_DIE10"; } State { ID = "SNAKE_DIE10"; Sprite = "SNKE"; Frame = 15; Tics = -1; Next state = "NULL"; } State { ID = "SNAKEPRO_A1"; Sprite = "SNFX"; Frame = 32768; Tics = 5; Next state = "SNAKEPRO_A2"; } State { ID = "SNAKEPRO_A2"; Sprite = "SNFX"; Frame = 32769; Tics = 5; Next state = "SNAKEPRO_A3"; } State { ID = "SNAKEPRO_A3"; Sprite = "SNFX"; Frame = 32770; Tics = 5; Next state = "SNAKEPRO_A4"; } State { ID = "SNAKEPRO_A4"; Sprite = "SNFX"; Frame = 32771; Tics = 5; Next state = "SNAKEPRO_A1"; } State { ID = "SNAKEPRO_AX1"; Sprite = "SNFX"; Frame = 32772; Tics = 5; Next state = "SNAKEPRO_AX2"; } State { ID = "SNAKEPRO_AX2"; Sprite = "SNFX"; Frame = 32773; Tics = 5; Next state = "SNAKEPRO_AX3"; } State { ID = "SNAKEPRO_AX3"; Sprite = "SNFX"; Frame = 32774; Tics = 4; Next state = "SNAKEPRO_AX4"; } State { ID = "SNAKEPRO_AX4"; Sprite = "SNFX"; Frame = 32775; Tics = 3; Next state = "SNAKEPRO_AX5"; } State { ID = "SNAKEPRO_AX5"; Sprite = "SNFX"; Frame = 32776; Tics = 3; Next state = "NULL"; } State { ID = "SNAKEPRO_B1"; Sprite = "SNFX"; Frame = 32777; Tics = 6; Next state = "SNAKEPRO_B2"; } State { ID = "SNAKEPRO_B2"; Sprite = "SNFX"; Frame = 32778; Tics = 6; Next state = "SNAKEPRO_B1"; } State { ID = "SNAKEPRO_BX1"; Sprite = "SNFX"; Frame = 32779; Tics = 5; Next state = "SNAKEPRO_BX2"; } State { ID = "SNAKEPRO_BX2"; Sprite = "SNFX"; Frame = 32780; Tics = 5; Next state = "SNAKEPRO_BX3"; } State { ID = "SNAKEPRO_BX3"; Sprite = "SNFX"; Frame = 32781; Tics = 4; Next state = "SNAKEPRO_BX4"; } State { ID = "SNAKEPRO_BX4"; Sprite = "SNFX"; Frame = 32782; Tics = 3; Next state = "NULL"; } State { ID = "HEAD_LOOK"; Sprite = "HEAD"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "HEAD_LOOK"; } State { ID = "HEAD_FLOAT"; Sprite = "HEAD"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "HEAD_FLOAT"; } State { ID = "HEAD_ATK1"; Sprite = "HEAD"; Frame = 0; Tics = 5; Action = "A_FaceTarget"; Next state = "HEAD_ATK2"; } State { ID = "HEAD_ATK2"; Sprite = "HEAD"; Frame = 1; Tics = 20; Action = "A_HeadAttack"; Next state = "HEAD_FLOAT"; } State { ID = "HEAD_PAIN1"; Sprite = "HEAD"; Frame = 0; Tics = 4; Next state = "HEAD_PAIN2"; } State { ID = "HEAD_PAIN2"; Sprite = "HEAD"; Frame = 0; Tics = 4; Action = "A_Pain"; Next state = "HEAD_FLOAT"; } State { ID = "HEAD_DIE1"; Sprite = "HEAD"; Frame = 2; Tics = 7; Next state = "HEAD_DIE2"; } State { ID = "HEAD_DIE2"; Sprite = "HEAD"; Frame = 3; Tics = 7; Action = "A_Scream"; Next state = "HEAD_DIE3"; } State { ID = "HEAD_DIE3"; Sprite = "HEAD"; Frame = 4; Tics = 7; Next state = "HEAD_DIE4"; } State { ID = "HEAD_DIE4"; Sprite = "HEAD"; Frame = 5; Tics = 7; Next state = "HEAD_DIE5"; } State { ID = "HEAD_DIE5"; Sprite = "HEAD"; Frame = 6; Tics = 7; Action = "A_NoBlocking"; Next state = "HEAD_DIE6"; } State { ID = "HEAD_DIE6"; Sprite = "HEAD"; Frame = 7; Tics = 7; Next state = "HEAD_DIE7"; } State { ID = "HEAD_DIE7"; Sprite = "HEAD"; Frame = 8; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "HEADFX1_1"; Sprite = "FX05"; Frame = 32768; Tics = 6; Next state = "HEADFX1_2"; } State { ID = "HEADFX1_2"; Sprite = "FX05"; Frame = 32769; Tics = 6; Next state = "HEADFX1_3"; } State { ID = "HEADFX1_3"; Sprite = "FX05"; Frame = 32770; Tics = 6; Next state = "HEADFX1_1"; } State { ID = "HEADFXI1_1"; Sprite = "FX05"; Frame = 32771; Tics = 5; Action = "A_HeadIceImpact"; Next state = "HEADFXI1_2"; } State { ID = "HEADFXI1_2"; Sprite = "FX05"; Frame = 32772; Tics = 5; Next state = "HEADFXI1_3"; } State { ID = "HEADFXI1_3"; Sprite = "FX05"; Frame = 32773; Tics = 5; Next state = "HEADFXI1_4"; } State { ID = "HEADFXI1_4"; Sprite = "FX05"; Frame = 32774; Tics = 5; Next state = "NULL"; } State { ID = "HEADFX2_1"; Sprite = "FX05"; Frame = 32775; Tics = 6; Next state = "HEADFX2_2"; } State { ID = "HEADFX2_2"; Sprite = "FX05"; Frame = 32776; Tics = 6; Next state = "HEADFX2_3"; } State { ID = "HEADFX2_3"; Sprite = "FX05"; Frame = 32777; Tics = 6; Next state = "HEADFX2_1"; } State { ID = "HEADFXI2_1"; Sprite = "FX05"; Frame = 32771; Tics = 5; Next state = "HEADFXI2_2"; } State { ID = "HEADFXI2_2"; Sprite = "FX05"; Frame = 32772; Tics = 5; Next state = "HEADFXI2_3"; } State { ID = "HEADFXI2_3"; Sprite = "FX05"; Frame = 32773; Tics = 5; Next state = "HEADFXI2_4"; } State { ID = "HEADFXI2_4"; Sprite = "FX05"; Frame = 32774; Tics = 5; Next state = "NULL"; } State { ID = "HEADFX3_1"; Sprite = "FX06"; Frame = 32768; Tics = 4; Action = "A_HeadFireGrow"; Next state = "HEADFX3_2"; } State { ID = "HEADFX3_2"; Sprite = "FX06"; Frame = 32769; Tics = 4; Action = "A_HeadFireGrow"; Next state = "HEADFX3_3"; } State { ID = "HEADFX3_3"; Sprite = "FX06"; Frame = 32770; Tics = 4; Action = "A_HeadFireGrow"; Next state = "HEADFX3_1"; } State { ID = "HEADFX3_4"; Sprite = "FX06"; Frame = 32768; Tics = 5; Next state = "HEADFX3_5"; } State { ID = "HEADFX3_5"; Sprite = "FX06"; Frame = 32769; Tics = 5; Next state = "HEADFX3_6"; } State { ID = "HEADFX3_6"; Sprite = "FX06"; Frame = 32770; Tics = 5; Next state = "HEADFX3_4"; } State { ID = "HEADFXI3_1"; Sprite = "FX06"; Frame = 32771; Tics = 5; Next state = "HEADFXI3_2"; } State { ID = "HEADFXI3_2"; Sprite = "FX06"; Frame = 32772; Tics = 5; Next state = "HEADFXI3_3"; } State { ID = "HEADFXI3_3"; Sprite = "FX06"; Frame = 32773; Tics = 5; Next state = "HEADFXI3_4"; } State { ID = "HEADFXI3_4"; Sprite = "FX06"; Frame = 32774; Tics = 5; Next state = "NULL"; } State { ID = "HEADFX4_1"; Sprite = "FX07"; Frame = 3; Tics = 3; Next state = "HEADFX4_2"; } State { ID = "HEADFX4_2"; Sprite = "FX07"; Frame = 4; Tics = 3; Next state = "HEADFX4_3"; } State { ID = "HEADFX4_3"; Sprite = "FX07"; Frame = 5; Tics = 3; Next state = "HEADFX4_4"; } State { ID = "HEADFX4_4"; Sprite = "FX07"; Frame = 6; Tics = 3; Next state = "HEADFX4_5"; } State { ID = "HEADFX4_5"; Sprite = "FX07"; Frame = 0; Tics = 3; Action = "A_WhirlwindSeek"; Next state = "HEADFX4_6"; } State { ID = "HEADFX4_6"; Sprite = "FX07"; Frame = 1; Tics = 3; Action = "A_WhirlwindSeek"; Next state = "HEADFX4_7"; } State { ID = "HEADFX4_7"; Sprite = "FX07"; Frame = 2; Tics = 3; Action = "A_WhirlwindSeek"; Next state = "HEADFX4_5"; } State { ID = "HEADFXI4_1"; Sprite = "FX07"; Frame = 6; Tics = 4; Next state = "HEADFXI4_2"; } State { ID = "HEADFXI4_2"; Sprite = "FX07"; Frame = 5; Tics = 4; Next state = "HEADFXI4_3"; } State { ID = "HEADFXI4_3"; Sprite = "FX07"; Frame = 4; Tics = 4; Next state = "HEADFXI4_4"; } State { ID = "HEADFXI4_4"; Sprite = "FX07"; Frame = 3; Tics = 4; Next state = "NULL"; } State { ID = "CLINK_LOOK1"; Sprite = "CLNK"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "CLINK_LOOK2"; } State { ID = "CLINK_LOOK2"; Sprite = "CLNK"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "CLINK_LOOK1"; } State { ID = "CLINK_WALK1"; Sprite = "CLNK"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK2"; } State { ID = "CLINK_WALK2"; Sprite = "CLNK"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK3"; } State { ID = "CLINK_WALK3"; Sprite = "CLNK"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK4"; } State { ID = "CLINK_WALK4"; Sprite = "CLNK"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK5"; } State { ID = "CLINK_ATK1"; Sprite = "CLNK"; Frame = 4; Tics = 5; Action = "A_FaceTarget"; Next state = "CLINK_ATK2"; } State { ID = "CLINK_ATK2"; Sprite = "CLNK"; Frame = 5; Tics = 4; Action = "A_FaceTarget"; Next state = "CLINK_ATK3"; } State { ID = "CLINK_ATK3"; Sprite = "CLNK"; Frame = 6; Tics = 7; Action = "A_ClinkAttack"; Next state = "CLINK_WALK1"; } State { ID = "CLINK_PAIN1"; Sprite = "CLNK"; Frame = 7; Tics = 3; Next state = "CLINK_PAIN2"; } State { ID = "CLINK_PAIN2"; Sprite = "CLNK"; Frame = 7; Tics = 3; Action = "A_Pain"; Next state = "CLINK_WALK1"; } State { ID = "CLINK_DIE1"; Sprite = "CLNK"; Frame = 8; Tics = 6; Next state = "CLINK_DIE2"; } State { ID = "CLINK_DIE2"; Sprite = "CLNK"; Frame = 9; Tics = 6; Next state = "CLINK_DIE3"; } State { ID = "CLINK_DIE3"; Sprite = "CLNK"; Frame = 10; Tics = 5; Action = "A_Scream"; Next state = "CLINK_DIE4"; } State { ID = "CLINK_DIE4"; Sprite = "CLNK"; Frame = 11; Tics = 5; Action = "A_NoBlocking"; Next state = "CLINK_DIE5"; } State { ID = "CLINK_DIE5"; Sprite = "CLNK"; Frame = 12; Tics = 5; Next state = "CLINK_DIE6"; } State { ID = "CLINK_DIE6"; Sprite = "CLNK"; Frame = 13; Tics = 5; Next state = "CLINK_DIE7"; } State { ID = "CLINK_DIE7"; Sprite = "CLNK"; Frame = 14; Tics = -1; Next state = "NULL"; } State { ID = "WIZARD_LOOK1"; Sprite = "WZRD"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "WIZARD_LOOK2"; } State { ID = "WIZARD_LOOK2"; Sprite = "WZRD"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "WIZARD_LOOK1"; } State { ID = "WIZARD_WALK1"; Sprite = "WZRD"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "WIZARD_WALK2"; } State { ID = "WIZARD_WALK2"; Sprite = "WZRD"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "WIZARD_WALK3"; } State { ID = "WIZARD_WALK3"; Sprite = "WZRD"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "WIZARD_WALK4"; } State { ID = "WIZARD_WALK4"; Sprite = "WZRD"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "WIZARD_WALK5"; } State { ID = "WIZARD_WALK5"; Sprite = "WZRD"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "WIZARD_WALK6"; } State { ID = "WIZARD_WALK6"; Sprite = "WZRD"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "WIZARD_WALK7"; } State { ID = "WIZARD_WALK7"; Sprite = "WZRD"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "WIZARD_WALK8"; } State { ID = "WIZARD_WALK8"; Sprite = "WZRD"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "WIZARD_WALK1"; } State { ID = "WIZARD_ATK1"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk1"; Next state = "WIZARD_ATK2"; } State { ID = "WIZARD_ATK2"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk2"; Next state = "WIZARD_ATK3"; } State { ID = "WIZARD_ATK3"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk1"; Next state = "WIZARD_ATK4"; } State { ID = "WIZARD_ATK4"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk2"; Next state = "WIZARD_ATK5"; } State { ID = "WIZARD_ATK5"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk1"; Next state = "WIZARD_ATK6"; } State { ID = "WIZARD_ATK6"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk2"; Next state = "WIZARD_ATK7"; } State { ID = "WIZARD_ATK7"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk1"; Next state = "WIZARD_ATK8"; } State { ID = "WIZARD_ATK8"; Sprite = "WZRD"; Frame = 2; Tics = 4; Action = "A_WizAtk2"; Next state = "WIZARD_ATK9"; } State { ID = "WIZARD_ATK9"; Sprite = "WZRD"; Frame = 3; Tics = 12; Action = "A_WizAtk3"; Next state = "WIZARD_WALK1"; } State { ID = "WIZARD_PAIN1"; Sprite = "WZRD"; Frame = 4; Tics = 3; Action = "A_GhostOff"; Next state = "WIZARD_PAIN2"; } State { ID = "WIZARD_PAIN2"; Sprite = "WZRD"; Frame = 4; Tics = 3; Action = "A_Pain"; Next state = "WIZARD_WALK1"; } State { ID = "WIZARD_DIE1"; Sprite = "WZRD"; Frame = 5; Tics = 6; Action = "A_GhostOff"; Next state = "WIZARD_DIE2"; } State { ID = "WIZARD_DIE2"; Sprite = "WZRD"; Frame = 6; Tics = 6; Action = "A_Scream"; Next state = "WIZARD_DIE3"; } State { ID = "WIZARD_DIE3"; Sprite = "WZRD"; Frame = 7; Tics = 6; Next state = "WIZARD_DIE4"; } State { ID = "WIZARD_DIE4"; Sprite = "WZRD"; Frame = 8; Tics = 6; Next state = "WIZARD_DIE5"; } State { ID = "WIZARD_DIE5"; Sprite = "WZRD"; Frame = 9; Tics = 6; Action = "A_NoBlocking"; Next state = "WIZARD_DIE6"; } State { ID = "WIZARD_DIE6"; Sprite = "WZRD"; Frame = 10; Tics = 6; Next state = "WIZARD_DIE7"; } State { ID = "WIZARD_DIE7"; Sprite = "WZRD"; Frame = 11; Tics = 6; Next state = "WIZARD_DIE8"; } State { ID = "WIZARD_DIE8"; Sprite = "WZRD"; Frame = 12; Tics = -1; Next state = "NULL"; } State { ID = "WIZFX1_1"; Sprite = "FX11"; Frame = 32768; Tics = 6; Next state = "WIZFX1_2"; } State { ID = "WIZFX1_2"; Sprite = "FX11"; Frame = 32769; Tics = 6; Next state = "WIZFX1_1"; } State { ID = "WIZFXI1_1"; Sprite = "FX11"; Frame = 32770; Tics = 5; Next state = "WIZFXI1_2"; } State { ID = "WIZFXI1_2"; Sprite = "FX11"; Frame = 32771; Tics = 5; Next state = "WIZFXI1_3"; } State { ID = "WIZFXI1_3"; Sprite = "FX11"; Frame = 32772; Tics = 5; Next state = "WIZFXI1_4"; } State { ID = "WIZFXI1_4"; Sprite = "FX11"; Frame = 32773; Tics = 5; Next state = "WIZFXI1_5"; } State { ID = "WIZFXI1_5"; Sprite = "FX11"; Frame = 32774; Tics = 5; Next state = "NULL"; } State { ID = "IMP_LOOK1"; Sprite = "IMPX"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "IMP_LOOK2"; } State { ID = "IMP_LOOK2"; Sprite = "IMPX"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "IMP_LOOK3"; } State { ID = "IMP_LOOK3"; Sprite = "IMPX"; Frame = 2; Tics = 10; Action = "A_Look"; Next state = "IMP_LOOK4"; } State { ID = "IMP_LOOK4"; Sprite = "IMPX"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "IMP_LOOK1"; } State { ID = "IMP_FLY1"; Sprite = "IMPX"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY2"; } State { ID = "IMP_FLY2"; Sprite = "IMPX"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY3"; } State { ID = "IMP_FLY3"; Sprite = "IMPX"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY4"; } State { ID = "IMP_FLY4"; Sprite = "IMPX"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY5"; } State { ID = "IMP_FLY5"; Sprite = "IMPX"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY6"; } State { ID = "IMP_FLY6"; Sprite = "IMPX"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY7"; } State { ID = "IMP_FLY7"; Sprite = "IMPX"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY8"; } State { ID = "IMP_FLY8"; Sprite = "IMPX"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "IMP_FLY1"; } State { ID = "IMP_MEATK1"; Sprite = "IMPX"; Frame = 3; Tics = 6; Action = "A_FaceTarget"; Next state = "IMP_MEATK2"; } State { ID = "IMP_MEATK2"; Sprite = "IMPX"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "IMP_MEATK3"; } State { ID = "IMP_MEATK3"; Sprite = "IMPX"; Frame = 5; Tics = 6; Action = "A_ImpMeAttack"; Next state = "IMP_FLY1"; } State { ID = "IMP_MSATK1_1"; Sprite = "IMPX"; Frame = 0; Tics = 10; Action = "A_FaceTarget"; Next state = "IMP_MSATK1_2"; } State { ID = "IMP_MSATK1_2"; Sprite = "IMPX"; Frame = 1; Tics = 6; Action = "A_ImpMsAttack"; Next state = "IMP_MSATK1_3"; } State { ID = "IMP_MSATK1_3"; Sprite = "IMPX"; Frame = 2; Tics = 6; Next state = "IMP_MSATK1_4"; } State { ID = "IMP_MSATK1_4"; Sprite = "IMPX"; Frame = 1; Tics = 6; Next state = "IMP_MSATK1_5"; } State { ID = "IMP_MSATK1_5"; Sprite = "IMPX"; Frame = 0; Tics = 6; Next state = "IMP_MSATK1_6"; } State { ID = "IMP_MSATK1_6"; Sprite = "IMPX"; Frame = 1; Tics = 6; Next state = "IMP_MSATK1_3"; } State { ID = "IMP_MSATK2_1"; Sprite = "IMPX"; Frame = 3; Tics = 6; Action = "A_FaceTarget"; Next state = "IMP_MSATK2_2"; } State { ID = "IMP_MSATK2_2"; Sprite = "IMPX"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "IMP_MSATK2_3"; } State { ID = "IMP_MSATK2_3"; Sprite = "IMPX"; Frame = 5; Tics = 6; Action = "A_ImpMsAttack2"; Next state = "IMP_FLY1"; } State { ID = "IMP_PAIN1"; Sprite = "IMPX"; Frame = 6; Tics = 3; Next state = "IMP_PAIN2"; } State { ID = "IMP_PAIN2"; Sprite = "IMPX"; Frame = 6; Tics = 3; Action = "A_Pain"; Next state = "IMP_FLY1"; } State { ID = "IMP_DIE1"; Sprite = "IMPX"; Frame = 6; Tics = 4; Action = "A_ImpDeath"; Next state = "IMP_DIE2"; } State { ID = "IMP_DIE2"; Sprite = "IMPX"; Frame = 7; Tics = 5; Next state = "IMP_DIE2"; } State { ID = "IMP_XDIE1"; Sprite = "IMPX"; Frame = 18; Tics = 5; Action = "A_ImpXDeath1"; Next state = "IMP_XDIE2"; } State { ID = "IMP_XDIE2"; Sprite = "IMPX"; Frame = 19; Tics = 5; Next state = "IMP_XDIE3"; } State { ID = "IMP_XDIE3"; Sprite = "IMPX"; Frame = 20; Tics = 5; Next state = "IMP_XDIE4"; } State { ID = "IMP_XDIE4"; Sprite = "IMPX"; Frame = 21; Tics = 5; Action = "A_ImpXDeath2"; Next state = "IMP_XDIE5"; } State { ID = "IMP_XDIE5"; Sprite = "IMPX"; Frame = 22; Tics = 5; Next state = "IMP_XDIE5"; } State { ID = "IMP_CRASH1"; Sprite = "IMPX"; Frame = 8; Tics = 7; Action = "A_ImpExplode"; Next state = "IMP_CRASH2"; } State { ID = "IMP_CRASH2"; Sprite = "IMPX"; Frame = 9; Tics = 7; Action = "A_Scream"; Next state = "IMP_CRASH3"; } State { ID = "IMP_CRASH3"; Sprite = "IMPX"; Frame = 10; Tics = 7; Next state = "IMP_CRASH4"; } State { ID = "IMP_CRASH4"; Sprite = "IMPX"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "IMP_XCRASH1"; Sprite = "IMPX"; Frame = 23; Tics = 7; Next state = "IMP_XCRASH2"; } State { ID = "IMP_XCRASH2"; Sprite = "IMPX"; Frame = 24; Tics = 7; Next state = "IMP_XCRASH3"; } State { ID = "IMP_XCRASH3"; Sprite = "IMPX"; Frame = 25; Tics = -1; Next state = "NULL"; } State { ID = "IMP_CHUNKA1"; Sprite = "IMPX"; Frame = 12; Tics = 5; Next state = "IMP_CHUNKA2"; } State { ID = "IMP_CHUNKA2"; Sprite = "IMPX"; Frame = 13; Tics = 700; Next state = "IMP_CHUNKA3"; } State { ID = "IMP_CHUNKA3"; Sprite = "IMPX"; Frame = 14; Tics = 700; Next state = "NULL"; } State { ID = "IMP_CHUNKB1"; Sprite = "IMPX"; Frame = 15; Tics = 5; Next state = "IMP_CHUNKB2"; } State { ID = "IMP_CHUNKB2"; Sprite = "IMPX"; Frame = 16; Tics = 700; Next state = "IMP_CHUNKB3"; } State { ID = "IMP_CHUNKB3"; Sprite = "IMPX"; Frame = 17; Tics = 700; Next state = "NULL"; } State { ID = "IMPFX1"; Sprite = "FX10"; Frame = 32768; Tics = 6; Next state = "IMPFX2"; } State { ID = "IMPFX2"; Sprite = "FX10"; Frame = 32769; Tics = 6; Next state = "IMPFX3"; } State { ID = "IMPFX3"; Sprite = "FX10"; Frame = 32770; Tics = 6; Next state = "IMPFX1"; } State { ID = "IMPFXI1"; Sprite = "FX10"; Frame = 32771; Tics = 5; Next state = "IMPFXI2"; } State { ID = "IMPFXI2"; Sprite = "FX10"; Frame = 32772; Tics = 5; Next state = "IMPFXI3"; } State { ID = "IMPFXI3"; Sprite = "FX10"; Frame = 32773; Tics = 5; Next state = "IMPFXI4"; } State { ID = "IMPFXI4"; Sprite = "FX10"; Frame = 32774; Tics = 5; Next state = "NULL"; } State { ID = "KNIGHT_STND1"; Sprite = "KNIG"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "KNIGHT_STND2"; } State { ID = "KNIGHT_STND2"; Sprite = "KNIG"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "KNIGHT_STND1"; } State { ID = "KNIGHT_WALK1"; Sprite = "KNIG"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "KNIGHT_WALK2"; } State { ID = "KNIGHT_WALK2"; Sprite = "KNIG"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "KNIGHT_WALK3"; } State { ID = "KNIGHT_WALK3"; Sprite = "KNIG"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "KNIGHT_WALK4"; } State { ID = "KNIGHT_WALK4"; Sprite = "KNIG"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "KNIGHT_WALK1"; } State { ID = "KNIGHT_ATK1"; Sprite = "KNIG"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "KNIGHT_ATK2"; } State { ID = "KNIGHT_ATK2"; Sprite = "KNIG"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "KNIGHT_ATK3"; } State { ID = "KNIGHT_ATK3"; Sprite = "KNIG"; Frame = 6; Tics = 8; Action = "A_KnightAttack"; Next state = "KNIGHT_ATK4"; } State { ID = "KNIGHT_ATK4"; Sprite = "KNIG"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "KNIGHT_ATK5"; } State { ID = "KNIGHT_ATK5"; Sprite = "KNIG"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "KNIGHT_ATK6"; } State { ID = "KNIGHT_ATK6"; Sprite = "KNIG"; Frame = 6; Tics = 8; Action = "A_KnightAttack"; Next state = "KNIGHT_WALK1"; } State { ID = "KNIGHT_PAIN1"; Sprite = "KNIG"; Frame = 7; Tics = 3; Next state = "KNIGHT_PAIN2"; } State { ID = "KNIGHT_PAIN2"; Sprite = "KNIG"; Frame = 7; Tics = 3; Action = "A_Pain"; Next state = "KNIGHT_WALK1"; } State { ID = "KNIGHT_DIE1"; Sprite = "KNIG"; Frame = 8; Tics = 6; Next state = "KNIGHT_DIE2"; } State { ID = "KNIGHT_DIE2"; Sprite = "KNIG"; Frame = 9; Tics = 6; Action = "A_Scream"; Next state = "KNIGHT_DIE3"; } State { ID = "KNIGHT_DIE3"; Sprite = "KNIG"; Frame = 10; Tics = 6; Next state = "KNIGHT_DIE4"; } State { ID = "KNIGHT_DIE4"; Sprite = "KNIG"; Frame = 11; Tics = 6; Action = "A_NoBlocking"; Next state = "KNIGHT_DIE5"; } State { ID = "KNIGHT_DIE5"; Sprite = "KNIG"; Frame = 12; Tics = 6; Next state = "KNIGHT_DIE6"; } State { ID = "KNIGHT_DIE6"; Sprite = "KNIG"; Frame = 13; Tics = 6; Next state = "KNIGHT_DIE7"; } State { ID = "KNIGHT_DIE7"; Sprite = "KNIG"; Frame = 14; Tics = -1; Next state = "NULL"; } State { ID = "SPINAXE1"; Sprite = "SPAX"; Frame = 32768; Tics = 3; Action = "A_ContMobjSound"; Next state = "SPINAXE2"; } State { ID = "SPINAXE2"; Sprite = "SPAX"; Frame = 32769; Tics = 3; Next state = "SPINAXE3"; } State { ID = "SPINAXE3"; Sprite = "SPAX"; Frame = 32770; Tics = 3; Next state = "SPINAXE1"; } State { ID = "SPINAXEX1"; Sprite = "SPAX"; Frame = 32771; Tics = 6; Next state = "SPINAXEX2"; } State { ID = "SPINAXEX2"; Sprite = "SPAX"; Frame = 32772; Tics = 6; Next state = "SPINAXEX3"; } State { ID = "SPINAXEX3"; Sprite = "SPAX"; Frame = 32773; Tics = 6; Next state = "NULL"; } State { ID = "REDAXE1"; Sprite = "RAXE"; Frame = 32768; Tics = 5; Action = "A_DripBlood"; Next state = "REDAXE2"; } State { ID = "REDAXE2"; Sprite = "RAXE"; Frame = 32769; Tics = 5; Action = "A_DripBlood"; Next state = "REDAXE1"; } State { ID = "REDAXEX1"; Sprite = "RAXE"; Frame = 32770; Tics = 6; Next state = "REDAXEX2"; } State { ID = "REDAXEX2"; Sprite = "RAXE"; Frame = 32771; Tics = 6; Next state = "REDAXEX3"; } State { ID = "REDAXEX3"; Sprite = "RAXE"; Frame = 32772; Tics = 6; Next state = "NULL"; } State { ID = "SRCR1_LOOK1"; Sprite = "SRCR"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SRCR1_LOOK2"; } State { ID = "SRCR1_LOOK2"; Sprite = "SRCR"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SRCR1_LOOK1"; } State { ID = "SRCR1_WALK1"; Sprite = "SRCR"; Frame = 0; Tics = 5; Action = "A_Sor1Chase"; Next state = "SRCR1_WALK2"; } State { ID = "SRCR1_WALK2"; Sprite = "SRCR"; Frame = 1; Tics = 5; Action = "A_Sor1Chase"; Next state = "SRCR1_WALK3"; } State { ID = "SRCR1_WALK3"; Sprite = "SRCR"; Frame = 2; Tics = 5; Action = "A_Sor1Chase"; Next state = "SRCR1_WALK4"; } State { ID = "SRCR1_WALK4"; Sprite = "SRCR"; Frame = 3; Tics = 5; Action = "A_Sor1Chase"; Next state = "SRCR1_WALK1"; } State { ID = "SRCR1_PAIN1"; Sprite = "SRCR"; Frame = 16; Tics = 6; Action = "A_Sor1Pain"; Next state = "SRCR1_WALK1"; } State { ID = "SRCR1_ATK1"; Sprite = "SRCR"; Frame = 16; Tics = 7; Action = "A_FaceTarget"; Next state = "SRCR1_ATK2"; } State { ID = "SRCR1_ATK2"; Sprite = "SRCR"; Frame = 17; Tics = 6; Action = "A_FaceTarget"; Next state = "SRCR1_ATK3"; } State { ID = "SRCR1_ATK3"; Sprite = "SRCR"; Frame = 18; Tics = 10; Action = "A_Srcr1Attack"; Next state = "SRCR1_WALK1"; } State { ID = "SRCR1_ATK4"; Sprite = "SRCR"; Frame = 18; Tics = 10; Action = "A_FaceTarget"; Next state = "SRCR1_ATK5"; } State { ID = "SRCR1_ATK5"; Sprite = "SRCR"; Frame = 16; Tics = 7; Action = "A_FaceTarget"; Next state = "SRCR1_ATK6"; } State { ID = "SRCR1_ATK6"; Sprite = "SRCR"; Frame = 17; Tics = 6; Action = "A_FaceTarget"; Next state = "SRCR1_ATK7"; } State { ID = "SRCR1_ATK7"; Sprite = "SRCR"; Frame = 18; Tics = 10; Action = "A_Srcr1Attack"; Next state = "SRCR1_WALK1"; } State { ID = "SRCR1_DIE1"; Sprite = "SRCR"; Frame = 4; Tics = 7; Next state = "SRCR1_DIE2"; } State { ID = "SRCR1_DIE2"; Sprite = "SRCR"; Frame = 5; Tics = 7; Action = "A_Scream"; Next state = "SRCR1_DIE3"; } State { ID = "SRCR1_DIE3"; Sprite = "SRCR"; Frame = 6; Tics = 7; Next state = "SRCR1_DIE4"; } State { ID = "SRCR1_DIE4"; Sprite = "SRCR"; Frame = 7; Tics = 6; Next state = "SRCR1_DIE5"; } State { ID = "SRCR1_DIE5"; Sprite = "SRCR"; Frame = 8; Tics = 6; Next state = "SRCR1_DIE6"; } State { ID = "SRCR1_DIE6"; Sprite = "SRCR"; Frame = 9; Tics = 6; Next state = "SRCR1_DIE7"; } State { ID = "SRCR1_DIE7"; Sprite = "SRCR"; Frame = 10; Tics = 6; Next state = "SRCR1_DIE8"; } State { ID = "SRCR1_DIE8"; Sprite = "SRCR"; Frame = 11; Tics = 25; Action = "A_SorZap"; Next state = "SRCR1_DIE9"; } State { ID = "SRCR1_DIE9"; Sprite = "SRCR"; Frame = 12; Tics = 5; Next state = "SRCR1_DIE10"; } State { ID = "SRCR1_DIE10"; Sprite = "SRCR"; Frame = 13; Tics = 5; Next state = "SRCR1_DIE11"; } State { ID = "SRCR1_DIE11"; Sprite = "SRCR"; Frame = 14; Tics = 4; Next state = "SRCR1_DIE12"; } State { ID = "SRCR1_DIE12"; Sprite = "SRCR"; Frame = 11; Tics = 20; Action = "A_SorZap"; Next state = "SRCR1_DIE13"; } State { ID = "SRCR1_DIE13"; Sprite = "SRCR"; Frame = 12; Tics = 5; Next state = "SRCR1_DIE14"; } State { ID = "SRCR1_DIE14"; Sprite = "SRCR"; Frame = 13; Tics = 5; Next state = "SRCR1_DIE15"; } State { ID = "SRCR1_DIE15"; Sprite = "SRCR"; Frame = 14; Tics = 4; Next state = "SRCR1_DIE16"; } State { ID = "SRCR1_DIE16"; Sprite = "SRCR"; Frame = 11; Tics = 12; Next state = "SRCR1_DIE17"; } State { ID = "SRCR1_DIE17"; Sprite = "SRCR"; Frame = 15; Tics = -1; Action = "A_SorcererRise"; Next state = "NULL"; } State { ID = "SRCRFX1_1"; Sprite = "FX14"; Frame = 32768; Tics = 6; Next state = "SRCRFX1_2"; } State { ID = "SRCRFX1_2"; Sprite = "FX14"; Frame = 32769; Tics = 6; Next state = "SRCRFX1_3"; } State { ID = "SRCRFX1_3"; Sprite = "FX14"; Frame = 32770; Tics = 6; Next state = "SRCRFX1_1"; } State { ID = "SRCRFXI1_1"; Sprite = "FX14"; Frame = 32771; Tics = 5; Next state = "SRCRFXI1_2"; } State { ID = "SRCRFXI1_2"; Sprite = "FX14"; Frame = 32772; Tics = 5; Next state = "SRCRFXI1_3"; } State { ID = "SRCRFXI1_3"; Sprite = "FX14"; Frame = 32773; Tics = 5; Next state = "SRCRFXI1_4"; } State { ID = "SRCRFXI1_4"; Sprite = "FX14"; Frame = 32774; Tics = 5; Next state = "SRCRFXI1_5"; } State { ID = "SRCRFXI1_5"; Sprite = "FX14"; Frame = 32775; Tics = 5; Next state = "NULL"; } State { ID = "SOR2_RISE1"; Sprite = "SOR2"; Frame = 0; Tics = 4; Next state = "SOR2_RISE2"; } State { ID = "SOR2_RISE2"; Sprite = "SOR2"; Frame = 1; Tics = 4; Next state = "SOR2_RISE3"; } State { ID = "SOR2_RISE3"; Sprite = "SOR2"; Frame = 2; Tics = 4; Action = "A_SorRise"; Next state = "SOR2_RISE4"; } State { ID = "SOR2_RISE4"; Sprite = "SOR2"; Frame = 3; Tics = 4; Next state = "SOR2_RISE5"; } State { ID = "SOR2_RISE5"; Sprite = "SOR2"; Frame = 4; Tics = 4; Next state = "SOR2_RISE6"; } State { ID = "SOR2_RISE6"; Sprite = "SOR2"; Frame = 5; Tics = 4; Next state = "SOR2_RISE7"; } State { ID = "SOR2_RISE7"; Sprite = "SOR2"; Frame = 6; Tics = 12; Action = "A_SorSightSnd"; Next state = "SOR2_WALK1"; } State { ID = "SOR2_LOOK1"; Sprite = "SOR2"; Frame = 12; Tics = 10; Action = "A_Look"; Next state = "SOR2_LOOK2"; } State { ID = "SOR2_LOOK2"; Sprite = "SOR2"; Frame = 13; Tics = 10; Action = "A_Look"; Next state = "SOR2_LOOK1"; } State { ID = "SOR2_WALK1"; Sprite = "SOR2"; Frame = 12; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK2"; } State { ID = "SOR2_WALK2"; Sprite = "SOR2"; Frame = 13; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK3"; } State { ID = "SOR2_WALK3"; Sprite = "SOR2"; Frame = 14; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK4"; } State { ID = "SOR2_WALK4"; Sprite = "SOR2"; Frame = 15; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK5"; } State { ID = "SOR2_PAIN1"; Sprite = "SOR2"; Frame = 16; Tics = 3; Next state = "SOR2_PAIN2"; } State { ID = "SOR2_PAIN2"; Sprite = "SOR2"; Frame = 16; Tics = 6; Action = "A_Pain"; Next state = "SOR2_WALK1"; } State { ID = "SOR2_ATK1"; Sprite = "SOR2"; Frame = 17; Tics = 9; Action = "A_Srcr2Decide"; Next state = "SOR2_ATK2"; } State { ID = "SOR2_ATK2"; Sprite = "SOR2"; Frame = 18; Tics = 9; Action = "A_FaceTarget"; Next state = "SOR2_ATK3"; } State { ID = "SOR2_ATK3"; Sprite = "SOR2"; Frame = 19; Tics = 20; Action = "A_Srcr2Attack"; Next state = "SOR2_WALK1"; } State { ID = "SOR2_TELE1"; Sprite = "SOR2"; Frame = 11; Tics = 6; Next state = "SOR2_TELE2"; } State { ID = "SOR2_TELE2"; Sprite = "SOR2"; Frame = 10; Tics = 6; Next state = "SOR2_TELE3"; } State { ID = "SOR2_TELE3"; Sprite = "SOR2"; Frame = 9; Tics = 6; Next state = "SOR2_TELE4"; } State { ID = "SOR2_TELE4"; Sprite = "SOR2"; Frame = 8; Tics = 6; Next state = "SOR2_TELE5"; } State { ID = "SOR2_TELE5"; Sprite = "SOR2"; Frame = 7; Tics = 6; Next state = "SOR2_TELE6"; } State { ID = "SOR2_TELE6"; Sprite = "SOR2"; Frame = 6; Tics = 6; Next state = "SOR2_WALK1"; } State { ID = "SOR2_DIE1"; Sprite = "SDTH"; Frame = 0; Tics = 8; Action = "A_Sor2DthInit"; Next state = "SOR2_DIE2"; } State { ID = "SOR2_DIE2"; Sprite = "SDTH"; Frame = 32769; Tics = 8; Next state = "SOR2_DIE3"; } State { ID = "SOR2_DIE3"; Sprite = "SDTH"; Frame = 32770; Tics = 8; Action = "A_SorDSph"; Next state = "SOR2_DIE4"; } State { ID = "SOR2_DIE4"; Sprite = "SDTH"; Frame = 32771; Tics = 7; Next state = "SOR2_DIE5"; } State { ID = "SOR2_DIE5"; Sprite = "SDTH"; Frame = 32772; Tics = 7; Next state = "SOR2_DIE6"; } State { ID = "SOR2_DIE6"; Sprite = "SDTH"; Frame = 32773; Tics = 7; Action = "A_Sor2DthLoop"; Next state = "SOR2_DIE7"; } State { ID = "SOR2_DIE7"; Sprite = "SDTH"; Frame = 32774; Tics = 6; Action = "A_SorDExp"; Next state = "SOR2_DIE8"; } State { ID = "SOR2_DIE8"; Sprite = "SDTH"; Frame = 32775; Tics = 6; Next state = "SOR2_DIE9"; } State { ID = "SOR2_DIE9"; Sprite = "SDTH"; Frame = 8; Tics = 18; Next state = "SOR2_DIE10"; } State { ID = "SOR2_DIE10"; Sprite = "SDTH"; Frame = 9; Tics = 6; Action = "A_NoBlocking"; Next state = "SOR2_DIE11"; } State { ID = "SOR2_DIE11"; Sprite = "SDTH"; Frame = 10; Tics = 6; Action = "A_SorDBon"; Next state = "SOR2_DIE12"; } State { ID = "SOR2_DIE12"; Sprite = "SDTH"; Frame = 11; Tics = 6; Next state = "SOR2_DIE13"; } State { ID = "SOR2_DIE13"; Sprite = "SDTH"; Frame = 12; Tics = 6; Next state = "SOR2_DIE14"; } State { ID = "SOR2_DIE14"; Sprite = "SDTH"; Frame = 13; Tics = 6; Next state = "SOR2_DIE15"; } State { ID = "SOR2_DIE15"; Sprite = "SDTH"; Frame = 14; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "SOR2FX1_1"; Sprite = "FX16"; Frame = 32768; Tics = 3; Action = "A_BlueSpark"; Next state = "SOR2FX1_2"; } State { ID = "SOR2FX1_2"; Sprite = "FX16"; Frame = 32769; Tics = 3; Action = "A_BlueSpark"; Next state = "SOR2FX1_3"; } State { ID = "SOR2FX1_3"; Sprite = "FX16"; Frame = 32770; Tics = 3; Action = "A_BlueSpark"; Next state = "SOR2FX1_1"; } State { ID = "SOR2FXI1_1"; Sprite = "FX16"; Frame = 32774; Tics = 5; Action = "A_Explode"; Next state = "SOR2FXI1_2"; } State { ID = "SOR2FXI1_2"; Sprite = "FX16"; Frame = 32775; Tics = 5; Next state = "SOR2FXI1_3"; } State { ID = "SOR2FXI1_3"; Sprite = "FX16"; Frame = 32776; Tics = 5; Next state = "SOR2FXI1_4"; } State { ID = "SOR2FXI1_4"; Sprite = "FX16"; Frame = 32777; Tics = 5; Next state = "SOR2FXI1_5"; } State { ID = "SOR2FXI1_5"; Sprite = "FX16"; Frame = 32778; Tics = 5; Next state = "SOR2FXI1_6"; } State { ID = "SOR2FXI1_6"; Sprite = "FX16"; Frame = 32779; Tics = 5; Next state = "NULL"; } State { ID = "SOR2FXSPARK1"; Sprite = "FX16"; Frame = 32771; Tics = 12; Next state = "SOR2FXSPARK2"; } State { ID = "SOR2FXSPARK2"; Sprite = "FX16"; Frame = 32772; Tics = 12; Next state = "SOR2FXSPARK3"; } State { ID = "SOR2FXSPARK3"; Sprite = "FX16"; Frame = 32773; Tics = 12; Next state = "NULL"; } State { ID = "SOR2FX2_1"; Sprite = "FX11"; Frame = 32768; Tics = 35; Next state = "SOR2FX2_2"; } State { ID = "SOR2FX2_2"; Sprite = "FX11"; Frame = 32768; Tics = 5; Action = "A_GenWizard"; Next state = "SOR2FX2_3"; } State { ID = "SOR2FX2_3"; Sprite = "FX11"; Frame = 32769; Tics = 5; Next state = "SOR2FX2_2"; } State { ID = "SOR2FXI2_1"; Sprite = "FX11"; Frame = 32770; Tics = 5; Next state = "SOR2FXI2_2"; } State { ID = "SOR2FXI2_2"; Sprite = "FX11"; Frame = 32771; Tics = 5; Next state = "SOR2FXI2_3"; } State { ID = "SOR2FXI2_3"; Sprite = "FX11"; Frame = 32772; Tics = 5; Next state = "SOR2FXI2_4"; } State { ID = "SOR2FXI2_4"; Sprite = "FX11"; Frame = 32773; Tics = 5; Next state = "SOR2FXI2_5"; } State { ID = "SOR2FXI2_5"; Sprite = "FX11"; Frame = 32774; Tics = 5; Next state = "NULL"; } State { ID = "SOR2TELEFADE1"; Sprite = "SOR2"; Frame = 6; Tics = 8; Next state = "SOR2TELEFADE2"; } State { ID = "SOR2TELEFADE2"; Sprite = "SOR2"; Frame = 7; Tics = 6; Next state = "SOR2TELEFADE3"; } State { ID = "SOR2TELEFADE3"; Sprite = "SOR2"; Frame = 8; Tics = 6; Next state = "SOR2TELEFADE4"; } State { ID = "SOR2TELEFADE4"; Sprite = "SOR2"; Frame = 9; Tics = 6; Next state = "SOR2TELEFADE5"; } State { ID = "SOR2TELEFADE5"; Sprite = "SOR2"; Frame = 10; Tics = 6; Next state = "SOR2TELEFADE6"; } State { ID = "SOR2TELEFADE6"; Sprite = "SOR2"; Frame = 11; Tics = 6; Next state = "NULL"; } State { ID = "MNTR_LOOK1"; Sprite = "MNTR"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "MNTR_LOOK2"; } State { ID = "MNTR_LOOK2"; Sprite = "MNTR"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "MNTR_LOOK1"; } State { ID = "MNTR_WALK1"; Sprite = "MNTR"; Frame = 0; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK2"; } State { ID = "MNTR_WALK2"; Sprite = "MNTR"; Frame = 1; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK3"; } State { ID = "MNTR_WALK3"; Sprite = "MNTR"; Frame = 2; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK4"; } State { ID = "MNTR_WALK4"; Sprite = "MNTR"; Frame = 3; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK5"; } State { ID = "MNTR_ATK1_1"; Sprite = "MNTR"; Frame = 21; Tics = 10; Action = "A_FaceTarget"; Next state = "MNTR_ATK1_2"; } State { ID = "MNTR_ATK1_2"; Sprite = "MNTR"; Frame = 22; Tics = 7; Action = "A_FaceTarget"; Next state = "MNTR_ATK1_3"; } State { ID = "MNTR_ATK1_3"; Sprite = "MNTR"; Frame = 23; Tics = 12; Action = "A_MinotaurAtk1"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_ATK2_1"; Sprite = "MNTR"; Frame = 21; Tics = 10; Action = "A_MinotaurDecide"; Next state = "MNTR_ATK2_2"; } State { ID = "MNTR_ATK2_2"; Sprite = "MNTR"; Frame = 24; Tics = 4; Action = "A_FaceTarget"; Next state = "MNTR_ATK2_3"; } State { ID = "MNTR_ATK2_3"; Sprite = "MNTR"; Frame = 25; Tics = 9; Action = "A_MinotaurAtk2"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_ATK3_1"; Sprite = "MNTR"; Frame = 21; Tics = 10; Action = "A_FaceTarget"; Next state = "MNTR_ATK3_2"; } State { ID = "MNTR_ATK3_2"; Sprite = "MNTR"; Frame = 22; Tics = 7; Action = "A_FaceTarget"; Next state = "MNTR_ATK3_3"; } State { ID = "MNTR_ATK3_3"; Sprite = "MNTR"; Frame = 23; Tics = 12; Action = "A_MinotaurAtk3"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_ATK3_4"; Sprite = "MNTR"; Frame = 23; Tics = 12; Next state = "MNTR_ATK3_1"; } State { ID = "MNTR_ATK4_1"; Sprite = "MNTR"; Frame = 20; Tics = 2; Action = "A_MinotaurCharge"; Next state = "MNTR_ATK4_1"; } State { ID = "MNTR_PAIN1"; Sprite = "MNTR"; Frame = 4; Tics = 3; Next state = "MNTR_PAIN2"; } State { ID = "MNTR_PAIN2"; Sprite = "MNTR"; Frame = 4; Tics = 6; Action = "A_Pain"; Next state = "MNTR_WALK1"; } State { ID = "MNTR_DIE1"; Sprite = "MNTR"; Frame = 5; Tics = 5; Next state = "MNTR_DIE2"; } State { ID = "MNTR_DIE2"; Sprite = "MNTR"; Frame = 6; Tics = 5; Next state = "MNTR_DIE3"; } State { ID = "MNTR_DIE3"; Sprite = "MNTR"; Frame = 7; Tics = 6; Action = "A_Scream"; Next state = "MNTR_DIE4"; } State { ID = "MNTR_DIE4"; Sprite = "MNTR"; Frame = 8; Tics = 5; Next state = "MNTR_DIE5"; } State { ID = "MNTR_DIE5"; Sprite = "MNTR"; Frame = 9; Tics = 6; Next state = "MNTR_DIE6"; } State { ID = "MNTR_DIE6"; Sprite = "MNTR"; Frame = 10; Tics = 5; Next state = "MNTR_DIE7"; } State { ID = "MNTR_DIE7"; Sprite = "MNTR"; Frame = 11; Tics = 6; Next state = "MNTR_DIE8"; } State { ID = "MNTR_DIE8"; Sprite = "MNTR"; Frame = 12; Tics = 5; Action = "A_NoBlocking"; Next state = "MNTR_DIE9"; } State { ID = "MNTR_DIE9"; Sprite = "MNTR"; Frame = 13; Tics = 6; Next state = "MNTR_DIE10"; } State { ID = "MNTR_DIE10"; Sprite = "MNTR"; Frame = 14; Tics = 5; Next state = "MNTR_DIE11"; } State { ID = "MNTR_DIE11"; Sprite = "MNTR"; Frame = 15; Tics = 6; Next state = "MNTR_DIE12"; } State { ID = "MNTR_DIE12"; Sprite = "MNTR"; Frame = 16; Tics = 5; Next state = "MNTR_DIE13"; } State { ID = "MNTR_DIE13"; Sprite = "MNTR"; Frame = 17; Tics = 6; Next state = "MNTR_DIE14"; } State { ID = "MNTR_DIE14"; Sprite = "MNTR"; Frame = 18; Tics = 5; Next state = "MNTR_DIE15"; } State { ID = "MNTR_DIE15"; Sprite = "MNTR"; Frame = 19; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "MNTRFX1_1"; Sprite = "FX12"; Frame = 32768; Tics = 6; Next state = "MNTRFX1_2"; } State { ID = "MNTRFX1_2"; Sprite = "FX12"; Frame = 32769; Tics = 6; Next state = "MNTRFX1_1"; } State { ID = "MNTRFXI1_1"; Sprite = "FX12"; Frame = 32770; Tics = 5; Next state = "MNTRFXI1_2"; } State { ID = "MNTRFXI1_2"; Sprite = "FX12"; Frame = 32771; Tics = 5; Next state = "MNTRFXI1_3"; } State { ID = "MNTRFXI1_3"; Sprite = "FX12"; Frame = 32772; Tics = 5; Next state = "MNTRFXI1_4"; } State { ID = "MNTRFXI1_4"; Sprite = "FX12"; Frame = 32773; Tics = 5; Next state = "MNTRFXI1_5"; } State { ID = "MNTRFXI1_5"; Sprite = "FX12"; Frame = 32774; Tics = 5; Next state = "MNTRFXI1_6"; } State { ID = "MNTRFXI1_6"; Sprite = "FX12"; Frame = 32775; Tics = 5; Next state = "NULL"; } State { ID = "MNTRFX2_1"; Sprite = "FX13"; Frame = 0; Tics = 2; Action = "A_MntrFloorFire"; Next state = "MNTRFX2_1"; } State { ID = "MNTRFXI2_1"; Sprite = "FX13"; Frame = 32776; Tics = 4; Action = "A_Explode"; Next state = "MNTRFXI2_2"; } State { ID = "MNTRFXI2_2"; Sprite = "FX13"; Frame = 32777; Tics = 4; Next state = "MNTRFXI2_3"; } State { ID = "MNTRFXI2_3"; Sprite = "FX13"; Frame = 32778; Tics = 4; Next state = "MNTRFXI2_4"; } State { ID = "MNTRFXI2_4"; Sprite = "FX13"; Frame = 32779; Tics = 4; Next state = "MNTRFXI2_5"; } State { ID = "MNTRFXI2_5"; Sprite = "FX13"; Frame = 32780; Tics = 4; Next state = "NULL"; } State { ID = "MNTRFX3_1"; Sprite = "FX13"; Frame = 32771; Tics = 4; Next state = "MNTRFX3_2"; } State { ID = "MNTRFX3_2"; Sprite = "FX13"; Frame = 32770; Tics = 4; Next state = "MNTRFX3_3"; } State { ID = "MNTRFX3_3"; Sprite = "FX13"; Frame = 32769; Tics = 5; Next state = "MNTRFX3_4"; } State { ID = "MNTRFX3_4"; Sprite = "FX13"; Frame = 32770; Tics = 5; Next state = "MNTRFX3_5"; } State { ID = "MNTRFX3_5"; Sprite = "FX13"; Frame = 32771; Tics = 5; Next state = "MNTRFX3_6"; } State { ID = "MNTRFX3_6"; Sprite = "FX13"; Frame = 32772; Tics = 5; Next state = "MNTRFX3_7"; } State { ID = "MNTRFX3_7"; Sprite = "FX13"; Frame = 32773; Tics = 4; Next state = "MNTRFX3_8"; } State { ID = "MNTRFX3_8"; Sprite = "FX13"; Frame = 32774; Tics = 4; Next state = "MNTRFX3_9"; } State { ID = "MNTRFX3_9"; Sprite = "FX13"; Frame = 32775; Tics = 4; Next state = "NULL"; } State { ID = "AKYY1"; Sprite = "AKYY"; Frame = 32768; Tics = 3; Next state = "AKYY2"; } State { ID = "AKYY2"; Sprite = "AKYY"; Frame = 32769; Tics = 3; Next state = "AKYY3"; } State { ID = "AKYY3"; Sprite = "AKYY"; Frame = 32770; Tics = 3; Next state = "AKYY4"; } State { ID = "AKYY4"; Sprite = "AKYY"; Frame = 32771; Tics = 3; Next state = "AKYY5"; } State { ID = "AKYY5"; Sprite = "AKYY"; Frame = 32772; Tics = 3; Next state = "AKYY6"; } State { ID = "AKYY6"; Sprite = "AKYY"; Frame = 32773; Tics = 3; Next state = "AKYY7"; } State { ID = "AKYY7"; Sprite = "AKYY"; Frame = 32774; Tics = 3; Next state = "AKYY8"; } State { ID = "AKYY8"; Sprite = "AKYY"; Frame = 32775; Tics = 3; Next state = "AKYY9"; } State { ID = "AKYY9"; Sprite = "AKYY"; Frame = 32776; Tics = 3; Next state = "AKYY10"; } State { ID = "AKYY10"; Sprite = "AKYY"; Frame = 32777; Tics = 3; Next state = "AKYY1"; } State { ID = "BKYY1"; Sprite = "BKYY"; Frame = 32768; Tics = 3; Next state = "BKYY2"; } State { ID = "BKYY2"; Sprite = "BKYY"; Frame = 32769; Tics = 3; Next state = "BKYY3"; } State { ID = "BKYY3"; Sprite = "BKYY"; Frame = 32770; Tics = 3; Next state = "BKYY4"; } State { ID = "BKYY4"; Sprite = "BKYY"; Frame = 32771; Tics = 3; Next state = "BKYY5"; } State { ID = "BKYY5"; Sprite = "BKYY"; Frame = 32772; Tics = 3; Next state = "BKYY6"; } State { ID = "BKYY6"; Sprite = "BKYY"; Frame = 32773; Tics = 3; Next state = "BKYY7"; } State { ID = "BKYY7"; Sprite = "BKYY"; Frame = 32774; Tics = 3; Next state = "BKYY8"; } State { ID = "BKYY8"; Sprite = "BKYY"; Frame = 32775; Tics = 3; Next state = "BKYY9"; } State { ID = "BKYY9"; Sprite = "BKYY"; Frame = 32776; Tics = 3; Next state = "BKYY10"; } State { ID = "BKYY10"; Sprite = "BKYY"; Frame = 32777; Tics = 3; Next state = "BKYY1"; } State { ID = "CKYY1"; Sprite = "CKYY"; Frame = 32768; Tics = 3; Next state = "CKYY2"; } State { ID = "CKYY2"; Sprite = "CKYY"; Frame = 32769; Tics = 3; Next state = "CKYY3"; } State { ID = "CKYY3"; Sprite = "CKYY"; Frame = 32770; Tics = 3; Next state = "CKYY4"; } State { ID = "CKYY4"; Sprite = "CKYY"; Frame = 32771; Tics = 3; Next state = "CKYY5"; } State { ID = "CKYY5"; Sprite = "CKYY"; Frame = 32772; Tics = 3; Next state = "CKYY6"; } State { ID = "CKYY6"; Sprite = "CKYY"; Frame = 32773; Tics = 3; Next state = "CKYY7"; } State { ID = "CKYY7"; Sprite = "CKYY"; Frame = 32774; Tics = 3; Next state = "CKYY8"; } State { ID = "CKYY8"; Sprite = "CKYY"; Frame = 32775; Tics = 3; Next state = "CKYY9"; } State { ID = "CKYY9"; Sprite = "CKYY"; Frame = 32776; Tics = 3; Next state = "CKYY1"; } State { ID = "AMG1"; Sprite = "AMG1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "AMG2_1"; Sprite = "AMG2"; Frame = 0; Tics = 4; Next state = "AMG2_2"; } State { ID = "AMG2_2"; Sprite = "AMG2"; Frame = 1; Tics = 4; Next state = "AMG2_3"; } State { ID = "AMG2_3"; Sprite = "AMG2"; Frame = 2; Tics = 4; Next state = "AMG2_1"; } State { ID = "AMM1"; Sprite = "AMM1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "AMM2"; Sprite = "AMM2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "AMC1"; Sprite = "AMC1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "AMC2_1"; Sprite = "AMC2"; Frame = 0; Tics = 5; Next state = "AMC2_2"; } State { ID = "AMC2_2"; Sprite = "AMC2"; Frame = 1; Tics = 5; Next state = "AMC2_3"; } State { ID = "AMC2_3"; Sprite = "AMC2"; Frame = 2; Tics = 5; Next state = "AMC2_1"; } State { ID = "AMS1_1"; Sprite = "AMS1"; Frame = 32768; Tics = 5; Next state = "AMS1_2"; } State { ID = "AMS1_2"; Sprite = "AMS1"; Frame = 32769; Tics = 5; Next state = "AMS1_1"; } State { ID = "AMS2_1"; Sprite = "AMS2"; Frame = 32768; Tics = 5; Next state = "AMS2_2"; } State { ID = "AMS2_2"; Sprite = "AMS2"; Frame = 32769; Tics = 5; Next state = "AMS2_1"; } State { ID = "AMP1_1"; Sprite = "AMP1"; Frame = 32768; Tics = 4; Next state = "AMP1_2"; } State { ID = "AMP1_2"; Sprite = "AMP1"; Frame = 32769; Tics = 4; Next state = "AMP1_3"; } State { ID = "AMP1_3"; Sprite = "AMP1"; Frame = 32770; Tics = 4; Next state = "AMP1_1"; } State { ID = "AMP2_1"; Sprite = "AMP2"; Frame = 32768; Tics = 4; Next state = "AMP2_2"; } State { ID = "AMP2_2"; Sprite = "AMP2"; Frame = 32769; Tics = 4; Next state = "AMP2_3"; } State { ID = "AMP2_3"; Sprite = "AMP2"; Frame = 32770; Tics = 4; Next state = "AMP2_1"; } State { ID = "AMB1_1"; Sprite = "AMB1"; Frame = 32768; Tics = 4; Next state = "AMB1_2"; } State { ID = "AMB1_2"; Sprite = "AMB1"; Frame = 32769; Tics = 4; Next state = "AMB1_3"; } State { ID = "AMB1_3"; Sprite = "AMB1"; Frame = 32770; Tics = 4; Next state = "AMB1_1"; } State { ID = "AMB2_1"; Sprite = "AMB2"; Frame = 32768; Tics = 4; Next state = "AMB2_2"; } State { ID = "AMB2_2"; Sprite = "AMB2"; Frame = 32769; Tics = 4; Next state = "AMB2_3"; } State { ID = "AMB2_3"; Sprite = "AMB2"; Frame = 32770; Tics = 4; Next state = "AMB2_1"; } State { ID = "SND_WIND"; Sprite = "AMG1"; Frame = 0; Tics = 100; Action = "A_ESound"; Next state = "SND_WIND"; } State { ID = "SND_WATERFALL"; Sprite = "AMG1"; Frame = 0; Tics = 85; Action = "A_ESound"; Next state = "SND_WATERFALL"; } Thing { ID = "TEMPSOUNDORIGIN"; DoomEd number = -1; Spawn state = "TEMPSOUNDORIGIN1"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Radius = 1; Height = 1; Mass = 100; Flags = "mf_local mf_nosector mf_noblockmap mf_nogravity"; Flags2 = "mf2_dontdraw"; } State { ID = "TEMPSOUNDORIGIN1"; Tics = 175; Next state = "NULL"; } ####====---- Extra states for the Sabreclaw/Clink ----====#### # The same sprite frames are used as in the original four states. # A_Chase is called at the original pace. State { ID = "CLINK_WALK5"; Sprite = "CLNK"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK6"; } State { ID = "CLINK_WALK6"; Sprite = "CLNK"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK7"; } State { ID = "CLINK_WALK7"; Sprite = "CLNK"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK8"; } State { ID = "CLINK_WALK8"; Sprite = "CLNK"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "CLINK_WALK1"; } ####====---- Extra states for the Minotaur ----====#### # The same sprite frames are used as in the original four states. # A_Chase is called at the original pace. State { ID = "MNTR_WALK5"; Sprite = "MNTR"; Frame = 0; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK6"; } State { ID = "MNTR_WALK6"; Sprite = "MNTR"; Frame = 1; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK7"; } State { ID = "MNTR_WALK7"; Sprite = "MNTR"; Frame = 2; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK8"; } State { ID = "MNTR_WALK8"; Sprite = "MNTR"; Frame = 3; Tics = 5; Action = "A_Chase"; Next state = "MNTR_WALK1"; } ####====---- Extra states for D'Sparil ----====#### # The same sprite frames are used as in the original four states. # The 3D model's walk animation is too fast without these frames. State { ID = "SOR2_WALK5"; Sprite = "SOR2"; Frame = 12; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK6"; } State { ID = "SOR2_WALK6"; Sprite = "SOR2"; Frame = 13; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK7"; } State { ID = "SOR2_WALK7"; Sprite = "SOR2"; Frame = 14; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK8"; } State { ID = "SOR2_WALK8"; Sprite = "SOR2"; Frame = 15; Tics = 4; Action = "A_Chase"; Next state = "SOR2_WALK1"; } ####====---- Extra states for hanging skulls ----====#### # To allow animation. State { ID = "SKULLHANG70_2"; Sprite = "SKH1"; Frame = 0; Tics = 65; Next state = "SKULLHANG70_1"; } State { ID = "SKULLHANG60_2"; Sprite = "SKH2"; Frame = 0; Tics = 70; Next state = "SKULLHANG60_1"; } State { ID = "SKULLHANG45_2"; Sprite = "SKH3"; Frame = 0; Tics = 80; Next state = "SKULLHANG45_1"; } State { ID = "SKULLHANG35_2"; Sprite = "SKH4"; Frame = 0; Tics = 65; Next state = "SKULLHANG35_1"; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/0000775000175000017500000000000012350542240022171 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/materials.ded0000664000175000017500000000345612350542240024640 0ustar jaakkojaakko# Heretic - Material Enhancements # # Patch the Material definitions created automatically by the engine, # adding new effects to them. # # For further information on Material definition syntax and semantics see: # # http://dengine.net/dew/?title=Ded_material Header { Version = 6; } SkipIf -nodefaultfx; # # Glowing flats: # Material Mods "flats:FLATHUH1" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:FLATHUH2" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:FLATHUH3" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:FLATHUH4" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } # # Glowing textures: # Material Mods "textures:LAVAFL1" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:LAVAFL2" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:LAVAFL3" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/particles.ded0000664000175000017500000000154612350542240024643 0ustar jaakkojaakko# Heretic - Default Particle Effects # # For further information on Generator definition syntax and semantics see: # # http://dengine.net/dew/?title=Generator # Header { Version = 6; } SkipIf -nodefaultfx; # Sparks from Gold Wand hits. Generator { State = "GWANDPUFF1_1"; Flags = "gnf_blend"; Particles = 10; Speed = 5; Speed rnd = .7; Spawn age = 2; Max age = 45; Spawn rate = 5; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Radius = 8; Tics = 4; Rnd = .1; Color { 1 1 1 1 }; Gravity = 0.1; Resistance = 0.02; Bounce = 0.5; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Radius = 1.5; Tics = 41; Rnd = .4; Color { 1 .7 0 .8 }; Gravity = 0.1; Resistance = 0.02; Bounce = 0.5; }; Stage { Type = "pt_point"; Color { 1 0 0 0 }; }; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/maps.ded0000664000175000017500000001144712350542240023616 0ustar jaakkojaakko# Heretic - Map metadata # # For further information on Map Info definition syntax and semantics see: # # http://dengine.net/dew/?title=Map_Info # Header { Version = 5; } # The default definition, used for any maps without a map info definition. Map Info { ID = "*"; Author = "Unknown"; Music = "e1m1"; Gravity = 1; Sky = "sky1"; } Map Info { ID = "E1M1"; Name = "HUSTR_E1M1"; Author = "Raven Software"; Music = "e1m1"; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "E1M2"; Name = "HUSTR_E1M2"; Music = "e1m2"; } Copy Map Info { ID = "E1M3"; Name = "HUSTR_E1M3"; Music = "e1m3"; } Copy Map Info { ID = "E1M4"; Name = "HUSTR_E1M4"; Music = "e1m4"; } Copy Map Info { ID = "E1M5"; Name = "HUSTR_E1M5"; Music = "e1m5"; } Copy Map Info { ID = "E1M6"; Name = "HUSTR_E1M6"; Music = "e1m6"; } Copy Map Info { ID = "E1M7"; Name = "HUSTR_E1M7"; Music = "e1m7"; } Copy Map Info { ID = "E1M9"; Name = "HUSTR_E1M9"; Music = "e1m9"; } Copy Map Info { ID = "E1M8"; Name = "HUSTR_E1M8"; Music = "e1m8"; Flags = nointermission; } # The rest of the file is skipped if Heretic Shareware. SkipIf heretic-share; Map Info { ID = "E2M1"; Name = "HUSTR_E2M1"; Author = "Raven Software"; Music = "e2m1"; Gravity = 1; Sky = "sky2"; } Copy Map Info { ID = "E2M2"; Name = "HUSTR_E2M2"; Music = "e2m2"; } Copy Map Info { ID = "E2M3"; Name = "HUSTR_E2M3"; Music = "e2m3"; } Copy Map Info { ID = "E2M4"; Name = "HUSTR_E2M4"; Music = "e2m4"; } Copy Map Info { ID = "E2M5"; Name = "HUSTR_E2M5"; Music = "e1m4"; } Copy Map Info { ID = "E2M6"; Name = "HUSTR_E2M6"; Music = "e2m6"; } Copy Map Info { ID = "E2M7"; Name = "HUSTR_E2M7"; Music = "e2m7"; } Copy Map Info { ID = "E2M9"; Name = "HUSTR_E2M9"; Music = "e2m9"; } Copy Map Info { ID = "E2M8"; Name = "HUSTR_E2M8"; Music = "e2m8"; Flags = nointermission; } Map Info { ID = "E3M1"; Name = "HUSTR_E3M1"; Author = "Raven Software"; Music = "e1m1"; Gravity = 1; Sky = "sky3"; } Copy Map Info { ID = "E3M2"; Name = "HUSTR_E3M2"; Music = "e3m2"; } Copy Map Info { ID = "E3M3"; Name = "HUSTR_E3M3"; Music = "e3m3"; } Copy Map Info { ID = "E3M4"; Name = "HUSTR_E3M4"; Music = "e1m6"; } Copy Map Info { ID = "E3M5"; Name = "HUSTR_E3M5"; Music = "e1m3"; } Copy Map Info { ID = "E3M6"; Name = "HUSTR_E3M6"; Music = "e1m2"; } Copy Map Info { ID = "E3M7"; Name = "HUSTR_E3M7"; Music = "e1m5"; } Copy Map Info { ID = "E3M9"; Name = "HUSTR_E3M9"; Music = "e2m6"; } Copy Map Info { ID = "E3M8"; Name = "HUSTR_E3M8"; Music = "e1m9"; Flags = nointermission; } # The rest of the file is skipped if not Heretic Extended. SkipIf Not heretic-ext; Map Info { ID = "E4M1"; Name = "HUSTR_E4M1"; Author = "Raven Software"; Music = "e1m6"; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "E4M2"; Name = "HUSTR_E4M2"; Music = "e1m2"; } Copy Map Info { ID = "E4M3"; Name = "HUSTR_E4M3"; Music = "e1m3"; } Copy Map Info { ID = "E4M4"; Name = "HUSTR_E4M4"; Music = "e1m4"; } Copy Map Info { ID = "E4M5"; Name = "HUSTR_E4M5"; Music = "e1m5"; } Copy Map Info { ID = "E4M6"; Name = "HUSTR_E4M6"; Music = "e1m1"; } Copy Map Info { ID = "E4M7"; Name = "HUSTR_E4M7"; Music = "e1m7"; } Copy Map Info { ID = "E4M9"; Name = "HUSTR_E4M9"; Music = "e1m9"; } Copy Map Info { ID = "E4M8"; Name = "HUSTR_E4M8"; Music = "e1m8"; Flags = nointermission; } Map Info { ID = "E5M1"; Name = "HUSTR_E5M1"; Author = "Raven Software"; Music = "e2m1"; Gravity = 1; Sky = "sky3"; } Copy Map Info { ID = "E5M2"; Name = "HUSTR_E5M2"; Music = "e2m2"; } Copy Map Info { ID = "E5M3"; Name = "HUSTR_E5M3"; Music = "e2m3"; } Copy Map Info { ID = "E5M4"; Name = "HUSTR_E5M4"; Music = "e2m4"; } Copy Map Info { ID = "E5M5"; Name = "HUSTR_E5M5"; Music = "e1m4"; } Copy Map Info { ID = "E5M6"; Name = "HUSTR_E5M6"; Music = "e2m6"; } Copy Map Info { ID = "E5M7"; Name = "HUSTR_E5M7"; Music = "e2m7"; } Copy Map Info { ID = "E5M9"; Name = "HUSTR_E5M9"; Music = "e2m9"; } Copy Map Info { ID = "E5M8"; Name = "HUSTR_E5M8"; Music = "e2m8"; Flags = nointermission; } Map Info { ID = "E6M1"; Name = "HUSTR_E6M1"; Author = "Raven Software"; Music = "e3m2"; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "E6M2"; Name = "HUSTR_E6M2"; Music = "e3m3"; } Copy Map Info { ID = "E6M3"; Name = "HUSTR_E6M3"; Music = "e1m6"; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/finales.ded0000664000175000017500000001615612350542240024301 0ustar jaakkojaakko# Heretic - Intermissions and Finales # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Image back "TITLE" Music "titl" Wait 5 # Step 2. Patch advice 4 160 "ADVISOR" In 0 Alpha advice 0 In 1 Alpha advice 1 Wait 5 # Step 3. PlayDemo "demo1.cdm" # Step 4. DelPic advice Image back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 5. PlayDemo "demo2.cdm" # Step 6. IF shareware Image back "ORDER" ELSE Image back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 7. PlayDemo "demo3.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; Image back "HELP1" Pause Del back Image back "HELP2" Pause Del back Image back "CREDIT" Pause }; } # Episode I: City Of The Damned Finale { After = "E1M8"; Script { noskip; # This is the end, no more levels after this. music "cptd"; flat FLOOR25; wait 0.5; text msg 45 5 "with the destruction of the iron\n liches and their minions, the last\n of the undead are cleared from this\n plane of existence.\n\n those creatures had to come from\n somewhere, though, and you have the\n sneaky suspicion that the fiery\n portal of hell's maw opens onto\n their home dimension.\n\n to make sure that more undead\n (or even worse things) don't come\n through, you'll have to seal hell's\n maw from the other side. of course\n this means you may get stuck in a\n very unfriendly world, but no one\n ever said being a Heretic was easy!"; in 0 scale msg 0.825; waittext msg; wait 7; # The original TEXTWAIT is 250 tics. deltext msg; # Show shareware or credits screen. if shareware image back ORDER; ifnot shareware image back CREDIT; }; } # Episode II: Hell's Maw Finale { After = "E2M8"; Script { noskip; # This is the end, no more levels after this. music "cptd"; flat FLATHUH1; wait 0.5; text msg 45 5 "the mighty maulotaurs have proved\n to be no match for you, and as\n their steaming corpses slide to the\n ground you feel a sense of grim\n satisfaction that they have been\n destroyed.\n\n the gateways which they guarded\n have opened, revealing what you\n hope is the way home. but as you\n step through, mocking laughter\n rings in your ears.\n\n was some other force controlling\n the maulotaurs? could there be even\n more horrific beings through this\n gate? the sweep of a crystal dome\n overhead where the sky should be is\n certainly not a good sign...."; in 0 scale msg 0.825; waittext msg; wait 7; # The original TEXTWAIT is 250 tics. deltext msg; # Underwater dome. E2ENDPCX is in jHeretic.wad. noflat; image back E2ENDPCX; }; } # Episode III: The Dome of D'Sparil Finale { After = "E3M8"; Script { noskip; # This is the end, no more levels after this. music "cptd"; flat FLTWAWA2; # Start with a blue filter. filter 0 0.3 1 1; in 3 filter 0 0 0 0; wait 2; text msg 45 5 "the death of d'sparil has loosed\n the magical bonds holding his\n creatures on this plane, their\n dying screams overwhelming his own\n cries of agony.\n\n your oath of vengeance fulfilled,\n you enter the portal to your own\n world, mere moments before the dome\n shatters into a million pieces.\n\n but if d'sparil's power is broken\n forever, why don't you feel safe?\n was it that last shout just before\n his death, the one that sounded\n like a curse? or a summoning? you\n can't really be sure, but it might\n just have been a scream.\n\n then again, what about the other\n serpent riders?"; in 0 scale msg 0.825; waittext msg; wait 6; # The original TEXTWAIT is 250 tics. # Flash to red while we change to the demon. in 1 filter 1 0.1 0 1; wait 1; deltext msg; # Demon scroll. noflat; in 0 offy 200; imageat f1 0 200 FINAL1; imageat f2 0 0 FINAL2; in 1 filter 0 0 0 0; wait 3; in 17.15 offy 0; # Original scroll time is 600 tics. }; } # Episode IV: The Ossuary Finale { After = "E4M8"; Script { noskip; # This is the end, no more levels after this. music "cptd"; flat FLOOR28; wait 0.5; text msg 45 5 "you thought you would return to your\n own world after d'sparil died, but\n his final act banished you to his\n own plane. here you entered the\n shattered remnants of lands\n conquered by d'sparil. you defeated\n the last guardians of these lands,\n but now you stand before the gates\n to d'sparil's stronghold. until this\n moment you had no doubts about your\n ability to face anything you might\n encounter, but beyond this portal\n lies the very heart of the evil\n which invaded your world. d'sparil\n might be dead, but the pit where he\n was spawned remains. now you must\n enter that pit in the hopes of\n finding a way out. and somewhere,\n in the darkest corner of d'sparil's\n demesne, his personal bodyguards\n await your arrival ..."; in 0 scale msg 0.825; waittext msg; wait 7; # The original TEXTWAIT is 250 tics. deltext msg; noflat; image back CREDIT; }; } # Episode V: The Stagnant Demesne Finale { After = "E5M8"; Script { noskip; # This is the end, no more levels after this. music "cptd"; flat FLOOR08; wait 0.5; text msg 45 5 "as the final maulotaur bellows his\n death-agony, you realize that you\n have never come so close to your own\n destruction. not even the fight with\n d'sparil and his disciples had been\n this desperate. grimly you stare at\n the gates which open before you,\n wondering if they lead home, or if\n they open onto some undreamed-of\n horror. you find yourself wondering\n if you have the strength to go on,\n if nothing but death and pain await\n you. but what else can you do, if\n the will to fight is gone? can you\n force yourself to continue in the\n face of such despair? do you have\n the courage? you find, in the end,\n that it is not within you to\n surrender without a fight. eyes\n wide, you go to meet your fate."; in 0 scale msg 0.825; waittext msg; wait 7; # The original TEXTWAIT is 250 tics. deltext msg; noflat; image back CREDIT; }; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/materialenvironments.ded0000664000175000017500000001521012350542240027114 0ustar jaakkojaakko# Heretic - Material Environments Header { Version = 5; } Texture Environment { ID = "Metal"; Material { ID = "textures:BADPATCH"; }; Material { ID = "textures:METL1"; }; Material { ID = "textures:METL2"; }; Material { ID = "textures:SAINT1"; }; Material { ID = "textures:SKULLSB1"; }; Material { ID = "textures:SKULLSB2"; }; Material { ID = "textures:STNGLS1"; }; Material { ID = "textures:STNGLS2"; }; Material { ID = "textures:STNGLS3"; }; Material { ID = "textures:SW1OFF"; }; Material { ID = "textures:SW1ON"; }; Material { ID = "textures:SW2OFF"; }; Material { ID = "textures:SW2ON"; }; Material { ID = "textures:HORSES1"; }; Material { ID = "textures:MOSAIC1"; }; Material { ID = "textures:MOSAIC2"; }; Material { ID = "textures:MOSAIC3"; }; Material { ID = "textures:MOSAIC4"; }; Material { ID = "textures:MOSAIC5"; }; Material { ID = "flats:FLOOR08"; }; Material { ID = "flats:FLTTELE1"; }; Material { ID = "flats:FLTTELE2"; }; Material { ID = "flats:FLTTELE3"; }; Material { ID = "flats:FLTTELE4"; }; Material { ID = "flats:FLOOR28"; }; Material { ID = "flats:FLOOR29"; }; Material { ID = "flats:FLOOR30"; }; } Texture Environment { ID = "Rock"; Material { ID = "textures:CHAINMAN"; }; Material { ID = "textures:CHAINSD"; }; Material { ID = "textures:CSTLRCK"; }; Material { ID = "textures:CTYSTCI1"; }; Material { ID = "textures:CTYSTCI2"; }; Material { ID = "textures:CTYSTCI4"; }; Material { ID = "textures:CTYSTUC1"; }; Material { ID = "textures:CTYSTUC2"; }; Material { ID = "textures:CTYSTUC3"; }; Material { ID = "textures:CTYSTUC4"; }; Material { ID = "textures:CTYSTUC5"; }; Material { ID = "textures:DMNMSK"; }; Material { ID = "textures:DOOREXIT"; }; Material { ID = "textures:DOORSTON"; }; Material { ID = "textures:GRSKULL1"; }; Material { ID = "textures:GRSKULL2"; }; Material { ID = "textures:GRSKULL3"; }; Material { ID = "textures:GRSTNPB"; }; Material { ID = "textures:GRSTNPBV"; }; Material { ID = "textures:GRSTNPBW"; }; Material { ID = "textures:MOSSRCK1"; }; Material { ID = "textures:ORNGRAY"; }; Material { ID = "textures:RCKSNMUD"; }; Material { ID = "textures:REDWALL"; }; Material { ID = "textures:SANDSQ2"; }; Material { ID = "textures:SNDBLCKS"; }; Material { ID = "textures:SNDCHNKS"; }; Material { ID = "textures:SNDPLAIN"; }; Material { ID = "textures:SPINE1"; }; Material { ID = "textures:SPINE2"; }; Material { ID = "textures:SQPEB1"; }; Material { ID = "textures:SQPEB2"; }; Material { ID = "textures:TMBSTON1"; }; Material { ID = "textures:TMBSTON2"; }; Material { ID = "textures:TRISTON1"; }; Material { ID = "textures:TRISTON2"; }; Material { ID = "textures:BLUEFRAG"; }; Material { ID = "textures:BRWNRCKS"; }; Material { ID = "textures:CELTIC"; }; Material { ID = "textures:CSTLMOSS"; }; Material { ID = "textures:GRNBLOK1"; }; Material { ID = "textures:GRNBLOK2"; }; Material { ID = "textures:GRNBLOK3"; }; Material { ID = "textures:GRNBLOK4"; }; Material { ID = "textures:LAVA1"; }; Material { ID = "textures:LOOSERCK"; }; Material { ID = "flats:FLOOR00"; }; Material { ID = "flats:FLOOR01"; }; Material { ID = "flats:FLOOR03"; }; Material { ID = "flats:FLOOR04"; }; Material { ID = "flats:FLOOR05"; }; Material { ID = "flats:FLOOR06"; }; Material { ID = "flats:FLOOR11"; }; Material { ID = "flats:FLOOR12"; }; Material { ID = "flats:FLOOR17"; }; Material { ID = "flats:FLOOR18"; }; Material { ID = "flats:FLOOR19"; }; Material { ID = "flats:FLOOR21"; }; Material { ID = "flats:FLOOR22"; }; Material { ID = "flats:FLOOR23"; }; Material { ID = "flats:FLOOR24"; }; Material { ID = "flats:FLOOR25"; }; Material { ID = "flats:FLOOR26"; }; Material { ID = "flats:FLOOR27"; }; } Texture Environment { ID = "Wood"; Material { ID = "textures:DOORWOOD"; }; Material { ID = "textures:DRIPWALL"; }; Material { ID = "textures:WOODWL"; }; Material { ID = "textures:ROOTWALL"; }; Material { ID = "flats:FLOOR10"; }; Material { ID = "flats:FLAT508"; }; } Texture Environment { ID = "Cloth"; Material { ID = "textures:WDGAT64"; }; Material { ID = "textures:WEB1_B"; }; Material { ID = "textures:WEB1_F"; }; Material { ID = "textures:WEB2_B"; }; Material { ID = "textures:WEB2_F"; }; Material { ID = "textures:WEB3_M"; }; Material { ID = "textures:BANNER1"; }; Material { ID = "textures:BANNER2"; }; Material { ID = "textures:BANNER3"; }; Material { ID = "textures:BANNER4"; }; Material { ID = "textures:BANNER5"; }; Material { ID = "textures:BANNER6"; }; Material { ID = "textures:BANNER7"; }; Material { ID = "textures:BANNER8"; }; Material { ID = "textures:GATMETL"; }; Material { ID = "textures:GATMETL2"; }; Material { ID = "textures:GATMETL3"; }; Material { ID = "textures:GATMETL4"; }; Material { ID = "textures:GATMETL5"; }; Material { ID = "textures:LAVAFL1"; }; Material { ID = "textures:LAVAFL2"; }; Material { ID = "textures:LAVAFL3"; }; Material { ID = "textures:WATRWAL1"; }; Material { ID = "textures:WATRWAL2"; }; Material { ID = "textures:WATRWAL3"; }; Material { ID = "flats:FLOOR09"; }; Material { ID = "flats:FLOOR16"; }; Material { ID = "flats:FLTWAWA1"; }; Material { ID = "flats:FLTWAWA2"; }; Material { ID = "flats:FLTWAWA3"; }; Material { ID = "flats:FLTSLUD1"; }; Material { ID = "flats:FLTSLUD2"; }; Material { ID = "flats:FLTSLUD3"; }; Material { ID = "flats:FLTFLWW1"; }; Material { ID = "flats:FLTFLWW2"; }; Material { ID = "flats:FLTFLWW3"; }; Material { ID = "flats:FLTLAVA1"; }; Material { ID = "flats:FLTLAVA2"; }; Material { ID = "flats:FLTLAVA3"; }; Material { ID = "flats:FLTLAVA4"; }; } # The rest of the file is skipped if Heretic Shareware. SkipIf heretic-share; Texture Environment { ID = "Metal"; Material { ID = "flats:FLAT500"; }; } Texture Environment { ID = "Rock"; Material { ID = "flats:FLAT502"; }; Material { ID = "flats:FLAT503"; }; Material { ID = "flats:FLAT504"; }; Material { ID = "flats:FLAT506"; }; Material { ID = "flats:FLAT507"; }; Material { ID = "flats:FLAT509"; }; Material { ID = "flats:FLAT510"; }; Material { ID = "flats:FLAT513"; }; Material { ID = "flats:FLOOR07"; }; Material { ID = "flats:FLAT516"; }; Material { ID = "flats:FLOOR20"; }; Material { ID = "flats:FLAT520"; }; Material { ID = "flats:FLAT521"; }; Material { ID = "flats:FLAT522"; }; Material { ID = "flats:FLAT523"; }; } Texture Environment { ID = "Cloth"; Material { ID = "flats:FLATHUH1"; }; Material { ID = "flats:FLATHUH2"; }; Material { ID = "flats:FLATHUH3"; }; Material { ID = "flats:FLATHUH4"; }; Material { ID = "flats:FLAT512"; }; Material { ID = "flats:FLAT517"; }; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/anim.ded0000664000175000017500000000133412350542240023574 0ustar jaakkojaakko# Heretic - Animation Sequences # # Heretic has predefined texture animation sequences. # In order to remain compatible with existing WADs, jHeretic builds # animations from these predefined sequences and creates texture # animation groups for them. The flags "tgf_smooth" and # "tgf_first_only" are set for each group. # # Additional sequences can be defined using Group definitions. # # For further information on Group definition syntax and semantics see: # # http://dengine.net/dew/?title=Group # Header { Version = 6; } # # Precache groups. # Group { Flags = precache; Texture { ID = "SW1OFF"; }; Texture { ID = "SW1ON"; }; } Group { Flags = precache; Texture { ID = "SW2OFF"; }; Texture { ID = "SW2ON"; }; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/lights.ded0000664000175000017500000000423512350542240024145 0ustar jaakkojaakko# Heretic - Lights and Light Decorations # Header { Version = 6; } SkipIf -nodefaultfx; #####====--- LIGHT SOURCES ---====##### # # The default properties of all light-emitting objects are determined # automatically by the engine. Here we make a couple of minor tweaks. # # For further information on Light definition syntax and semantics see: # # http://dengine.net/dew/?title=Light # A halo would look bad for the chandelier because it wouldn't be rendered around the candle flames. Light { State = "CHANDELIER1"; Size = 0.8; Flags = "lgf_nohalo"; } Copy Light { State = "CHANDELIER2"; } Copy Light { State = "CHANDELIER3"; } # The Yellow Key shouldn't blink so much. Light { State = "CKYY1"; Size = 0.5; X Offset = 0.1; Y Offset = 15; Color { 1 .7 0 } } Copy Light { State = "CKYY2"; } Copy Light { State = "CKYY3"; } Copy Light { State = "CKYY4"; } Copy Light { State = "CKYY5"; } Copy Light { State = "CKYY6"; } Copy Light { State = "CKYY7"; } Copy Light { State = "CKYY8"; } Copy Light { State = "CKYY9"; } #####====--- LIGHT DECORATIONS ---====##### # # The default flags allow using these only with the original textures. # Use "dcf_pwad" and "dcf_ext" to allow using with PWAD and external # resources. # # There can only be one decoration per texture/flat. Newer decorations # override older ones. # # One decoration can specify up to 16 lights. # # For further information on Decoration definition syntax and semantics see: # # http://dengine.net/dew/?title=Decoration Decoration { Material = "textures:GRSKULL3"; Light { Color { .7 0 0 } Offset { 54 32 } Halo radius = .1; Radius = .05; } Light { Color { .7 0 0 } Offset { 72 32 } Halo radius = .1; Radius = .05; } } Decoration { Material = "textures:SW1ON"; Light { Color { .6 .6 1 } Offset { 32 64 } Halo radius = .22; Radius = .08; } } Decoration { Material = "textures:SW2ON"; Light { Color { 0 0 .6 } Offset { 31.5 64 } Halo radius = .25; Radius = .1; Flare texture = 1; } } Decoration { Material = "textures:GRSTNPBW"; Light { Color { .72 .5 .11 } Offset { 31.5 74 } Halo radius = .3; Radius = .2; } } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/music.ded0000664000175000017500000000214412350542240023770 0ustar jaakkojaakko# Heretic - Music tracks # # For further information on Music definition syntax and semantics see: # # http://dengine.net/dew/?title=Music # Header { Version = 5; } Music { ID = "e1m1"; Lump = "MUS_E1M1"; } Music { ID = "e1m2"; Lump = "MUS_E1M2"; } Music { ID = "e1m3"; Lump = "MUS_E1M3"; } Music { ID = "e1m4"; Lump = "MUS_E1M4"; } Music { ID = "e1m5"; Lump = "MUS_E1M5"; } Music { ID = "e1m6"; Lump = "MUS_E1M6"; } Music { ID = "e1m7"; Lump = "MUS_E1M7"; } Music { ID = "e1m8"; Lump = "MUS_E1M8"; } Music { ID = "e1m9"; Lump = "MUS_E1M9"; } Music { ID = "e2m1"; Lump = "MUS_E2M1"; } Music { ID = "e2m2"; Lump = "MUS_E2M2"; } Music { ID = "e2m3"; Lump = "MUS_E2M3"; } Music { ID = "e2m4"; Lump = "MUS_E2M4"; } Music { ID = "e2m6"; Lump = "MUS_E2M6"; } Music { ID = "e2m7"; Lump = "MUS_E2M7"; } Music { ID = "e2m8"; Lump = "MUS_E2M8"; } Music { ID = "e2m9"; Lump = "MUS_E2M9"; } Music { ID = "e3m2"; Lump = "MUS_E3M2"; } Music { ID = "e3m3"; Lump = "MUS_E3M3"; } Music { ID = "titl"; Lump = "MUS_TITL"; } Music { ID = "intr"; Lump = "MUS_INTR"; } Music { ID = "cptd"; Lump = "MUS_CPTD"; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic/skies.ded0000664000175000017500000000107212350542240023765 0ustar jaakkojaakko# Heretic - Sky Definitions # # For further information on Sky definition syntax and semantics see: # # http://dengine.net/dew/?title=Sky Header { Version = 6; } Sky { ID = "sky1"; Height = 0.6; Horizon offset = -0.105; Layer 1 { Flags = enable; Material = "textures:SKY1"; }; } # The rest of the file is skipped if Heretic Shareware. SkipIf heretic-share; Copy Sky { ID = "sky2"; Layer 1 { Material = "textures:SKY2"; }; } Copy Sky { ID = "sky3"; Layer 1 { Material = "textures:SKY3"; }; } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic.ded0000664000175000017500000000101712350542240022646 0ustar jaakkojaakko# # Heretic - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jHeretic. Include "jheretic.ded"; Include "heretic/anim.ded"; Include "heretic/particles.ded"; Include "heretic/skies.ded"; Include "heretic/maps.ded"; Include "heretic/finales.ded"; Include "heretic/lights.ded"; Include "heretic/materials.ded"; Include "heretic/materialenvironments.ded"; Include "heretic/music.ded"; doomsday-1.14.5/doomsday/plugins/heretic/defs/fonts.ded0000664000175000017500000001760012350542240022361 0ustar jaakkojaakko# libheretic: Fonts Header { Version = 5; } Composite BitmapFont { ID = "game:status"; 045 { Texture = "NEGNUM"; } # - 048 { Texture = "IN0"; } # 0 049 { Texture = "IN1"; } # 1 050 { Texture = "IN2"; } # 2 051 { Texture = "IN3"; } # 3 052 { Texture = "IN4"; } # 4 053 { Texture = "IN5"; } # 5 054 { Texture = "IN6"; } # 6 055 { Texture = "IN7"; } # 7 056 { Texture = "IN8"; } # 8 057 { Texture = "IN9"; } # 9 } Composite BitmapFont { ID = "game:mappoint"; 048 { Texture = "FONTA16"; } # 0 049 { Texture = "FONTA17"; } # 1 050 { Texture = "FONTA18"; } # 2 051 { Texture = "FONTA19"; } # 3 052 { Texture = "FONTA20"; } # 4 053 { Texture = "FONTA21"; } # 5 054 { Texture = "FONTA22"; } # 6 055 { Texture = "FONTA23"; } # 7 056 { Texture = "FONTA24"; } # 8 057 { Texture = "FONTA25"; } # 9 } Composite BitmapFont { ID = "game:smallin"; 048 { Texture = "SMALLIN0"; } # 0 049 { Texture = "SMALLIN1"; } # 1 050 { Texture = "SMALLIN2"; } # 2 051 { Texture = "SMALLIN3"; } # 3 052 { Texture = "SMALLIN4"; } # 4 053 { Texture = "SMALLIN5"; } # 5 054 { Texture = "SMALLIN6"; } # 6 055 { Texture = "SMALLIN7"; } # 7 056 { Texture = "SMALLIN8"; } # 8 057 { Texture = "SMALLIN9"; } # 9 } Composite BitmapFont { ID = "game:a"; 032 { Texture = "FONTA00"; } # ' ' 033 { Texture = "FONTA01"; } # ! 034 { Texture = "FONTA02"; } # " 035 { Texture = "FONTA03"; } # # 036 { Texture = "FONTA04"; } # $ 037 { Texture = "FONTA05"; } # % 038 { Texture = "FONTA06"; } # & 039 { Texture = "FONTA07"; } # ' 040 { Texture = "FONTA08"; } # ( 041 { Texture = "FONTA09"; } # ) 042 { Texture = "FONTA10"; } # * 043 { Texture = "FONTA11"; } # + 044 { Texture = "FONTA12"; } # , 045 { Texture = "FONTA13"; } # - 046 { Texture = "FONTA14"; } # . 047 { Texture = "FONTA15"; } # / 048 { Texture = "FONTA16"; } # 0 049 { Texture = "FONTA17"; } # 1 050 { Texture = "FONTA18"; } # 2 051 { Texture = "FONTA19"; } # 3 052 { Texture = "FONTA20"; } # 4 053 { Texture = "FONTA21"; } # 5 054 { Texture = "FONTA22"; } # 6 055 { Texture = "FONTA23"; } # 7 056 { Texture = "FONTA24"; } # 8 057 { Texture = "FONTA25"; } # 9 058 { Texture = "FONTA26"; } # : 059 { Texture = "FONTA27"; } # ; 060 { Texture = "FONTA28"; } # < 061 { Texture = "FONTA29"; } # = 062 { Texture = "FONTA30"; } # > 063 { Texture = "FONTA31"; } # ? 064 { Texture = "FONTA32"; } # @ 065 { Texture = "FONTA33"; } # A 066 { Texture = "FONTA34"; } # B 067 { Texture = "FONTA35"; } # C 068 { Texture = "FONTA36"; } # D 069 { Texture = "FONTA37"; } # E 070 { Texture = "FONTA38"; } # F 071 { Texture = "FONTA39"; } # G 072 { Texture = "FONTA40"; } # H 073 { Texture = "FONTA41"; } # I 074 { Texture = "FONTA42"; } # J 075 { Texture = "FONTA43"; } # K 076 { Texture = "FONTA44"; } # L 077 { Texture = "FONTA45"; } # M 078 { Texture = "FONTA46"; } # N 079 { Texture = "FONTA47"; } # O 080 { Texture = "FONTA48"; } # P 081 { Texture = "FONTA49"; } # Q 082 { Texture = "FONTA50"; } # R 083 { Texture = "FONTA51"; } # S 084 { Texture = "FONTA52"; } # T 085 { Texture = "FONTA53"; } # U 086 { Texture = "FONTA54"; } # V 087 { Texture = "FONTA55"; } # W 088 { Texture = "FONTA56"; } # X 089 { Texture = "FONTA57"; } # Y 090 { Texture = "FONTA58"; } # Z 091 { Texture = "FONTA63"; } # [ 092 { Texture = "FONTA60"; } # '\' 093 { Texture = "FONTA61"; } # ] 094 { Texture = "FONTA62"; } # ^ 095 { Texture = "FONTA59"; } # _ 097 { Texture = "FONTA33"; } # a 098 { Texture = "FONTA34"; } # b 099 { Texture = "FONTA35"; } # c 100 { Texture = "FONTA36"; } # d 101 { Texture = "FONTA37"; } # e 102 { Texture = "FONTA38"; } # f 103 { Texture = "FONTA39"; } # g 104 { Texture = "FONTA40"; } # h 105 { Texture = "FONTA41"; } # i 106 { Texture = "FONTA42"; } # j 107 { Texture = "FONTA43"; } # k 108 { Texture = "FONTA44"; } # l 109 { Texture = "FONTA45"; } # m 110 { Texture = "FONTA46"; } # n 111 { Texture = "FONTA47"; } # o 112 { Texture = "FONTA48"; } # p 113 { Texture = "FONTA49"; } # q 114 { Texture = "FONTA50"; } # r 115 { Texture = "FONTA51"; } # s 116 { Texture = "FONTA52"; } # t 117 { Texture = "FONTA53"; } # u 118 { Texture = "FONTA54"; } # v 119 { Texture = "FONTA55"; } # w 120 { Texture = "FONTA56"; } # x 121 { Texture = "FONTA57"; } # y 122 { Texture = "FONTA58"; } # z } Composite BitmapFont { ID = "game:b"; 032 { Texture = "FONTB00"; } # ' ' 033 { Texture = "FONTB01"; } # ! 034 { Texture = "FONTB02"; } # " 035 { Texture = "FONTB03"; } # # 036 { Texture = "FONTB04"; } # $ 037 { Texture = "FONTB05"; } # % 038 { Texture = "FONTB06"; } # & 039 { Texture = "FONTB07"; } # ' 040 { Texture = "FONTB08"; } # ( 041 { Texture = "FONTB09"; } # ) 042 { Texture = "FONTB10"; } # * 043 { Texture = "FONTB11"; } # + 044 { Texture = "FONTB12"; } # , 045 { Texture = "FONTB13"; } # - 046 { Texture = "FONTB14"; } # . 047 { Texture = "FONTB15"; } # / 048 { Texture = "FONTB16"; } # 0 049 { Texture = "FONTB17"; } # 1 050 { Texture = "FONTB18"; } # 2 051 { Texture = "FONTB19"; } # 3 052 { Texture = "FONTB20"; } # 4 053 { Texture = "FONTB21"; } # 5 054 { Texture = "FONTB22"; } # 6 055 { Texture = "FONTB23"; } # 7 056 { Texture = "FONTB24"; } # 8 057 { Texture = "FONTB25"; } # 9 058 { Texture = "FONTB26"; } # : 059 { Texture = "FONTB27"; } # ; 060 { Texture = "FONTB28"; } # < 061 { Texture = "FONTB29"; } # = 062 { Texture = "FONTB30"; } # > 063 { Texture = "FONTB31"; } # ? 064 { Texture = "FONTB32"; } # @ 065 { Texture = "FONTB33"; } # A 066 { Texture = "FONTB34"; } # B 067 { Texture = "FONTB35"; } # C 068 { Texture = "FONTB36"; } # D 069 { Texture = "FONTB37"; } # E 070 { Texture = "FONTB38"; } # F 071 { Texture = "FONTB39"; } # G 072 { Texture = "FONTB40"; } # H 073 { Texture = "FONTB41"; } # I 074 { Texture = "FONTB42"; } # J 075 { Texture = "FONTB43"; } # K 076 { Texture = "FONTB44"; } # L 077 { Texture = "FONTB45"; } # M 078 { Texture = "FONTB46"; } # N 079 { Texture = "FONTB47"; } # O 080 { Texture = "FONTB48"; } # P 081 { Texture = "FONTB49"; } # Q 082 { Texture = "FONTB50"; } # R 083 { Texture = "FONTB51"; } # S 084 { Texture = "FONTB52"; } # T 085 { Texture = "FONTB53"; } # U 086 { Texture = "FONTB54"; } # V 087 { Texture = "FONTB55"; } # W 088 { Texture = "FONTB56"; } # X 089 { Texture = "FONTB57"; } # Y 090 { Texture = "FONTB58"; } # Z 091 { Texture = "FONTB59"; } # [ 092 { Texture = "FONTB60"; } # '\' 093 { Texture = "FONTB61"; } # ] 094 { Texture = "FONTB62"; } # ^ 095 { Texture = "FONTB63"; } # _ 097 { Texture = "FONTB33"; } # a 098 { Texture = "FONTB34"; } # b 099 { Texture = "FONTB35"; } # c 100 { Texture = "FONTB36"; } # d 101 { Texture = "FONTB37"; } # e 102 { Texture = "FONTB38"; } # f 103 { Texture = "FONTB39"; } # g 104 { Texture = "FONTB40"; } # h 105 { Texture = "FONTB41"; } # i 106 { Texture = "FONTB42"; } # j 107 { Texture = "FONTB43"; } # k 108 { Texture = "FONTB44"; } # l 109 { Texture = "FONTB45"; } # m 110 { Texture = "FONTB46"; } # n 111 { Texture = "FONTB47"; } # o 112 { Texture = "FONTB48"; } # p 113 { Texture = "FONTB49"; } # q 114 { Texture = "FONTB50"; } # r 115 { Texture = "FONTB51"; } # s 116 { Texture = "FONTB52"; } # t 117 { Texture = "FONTB53"; } # u 118 { Texture = "FONTB54"; } # v 119 { Texture = "FONTB55"; } # w 120 { Texture = "FONTB56"; } # x 121 { Texture = "FONTB57"; } # y 122 { Texture = "FONTB58"; } # z } doomsday-1.14.5/doomsday/plugins/heretic/defs/heretic-share.ded0000664000175000017500000000103312350542240023744 0ustar jaakkojaakko# # Heretic (Shareware) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jHeretic. Include "jheretic.ded"; Include "heretic/anim.ded"; Include "heretic/particles.ded"; Include "heretic/skies.ded"; Include "heretic/maps.ded"; Include "heretic/finales.ded"; Include "heretic/lights.ded"; Include "heretic/materials.ded"; Include "heretic/materialenvironments.ded"; Include "heretic/music.ded"; doomsday-1.14.5/doomsday/plugins/heretic/defs/sprites.ded0000664000175000017500000000623412350542240022722 0ustar jaakkojaakko# libheretic: Sprites # # Order of definitions is very important here! # Only add new Sprites *after* the existing definitions. # Header { Version = 5; } Sprite { ID = "IMPX"; } Sprite { ID = "ACLO"; } Sprite { ID = "PTN1"; } Sprite { ID = "SHLD"; } Sprite { ID = "SHD2"; } Sprite { ID = "BAGH"; } Sprite { ID = "SPMP"; } Sprite { ID = "INVS"; } Sprite { ID = "PTN2"; } Sprite { ID = "SOAR"; } Sprite { ID = "INVU"; } Sprite { ID = "PWBK"; } Sprite { ID = "EGGC"; } Sprite { ID = "EGGM"; } Sprite { ID = "FX01"; } Sprite { ID = "SPHL"; } Sprite { ID = "TRCH"; } Sprite { ID = "FBMB"; } Sprite { ID = "XPL1"; } Sprite { ID = "ATLP"; } Sprite { ID = "PPOD"; } Sprite { ID = "AMG1"; } Sprite { ID = "SPSH"; } Sprite { ID = "LVAS"; } Sprite { ID = "SLDG"; } Sprite { ID = "SKH1"; } Sprite { ID = "SKH2"; } Sprite { ID = "SKH3"; } Sprite { ID = "SKH4"; } Sprite { ID = "CHDL"; } Sprite { ID = "SRTC"; } Sprite { ID = "SMPL"; } Sprite { ID = "STGS"; } Sprite { ID = "STGL"; } Sprite { ID = "STCS"; } Sprite { ID = "STCL"; } Sprite { ID = "KFR1"; } Sprite { ID = "BARL"; } Sprite { ID = "BRPL"; } Sprite { ID = "MOS1"; } Sprite { ID = "MOS2"; } Sprite { ID = "WTRH"; } Sprite { ID = "HCOR"; } Sprite { ID = "KGZ1"; } Sprite { ID = "KGZB"; } Sprite { ID = "KGZG"; } Sprite { ID = "KGZY"; } Sprite { ID = "VLCO"; } Sprite { ID = "VFBL"; } Sprite { ID = "VTFB"; } Sprite { ID = "SFFI"; } Sprite { ID = "TGLT"; } Sprite { ID = "TELE"; } Sprite { ID = "STFF"; } Sprite { ID = "PUF3"; } Sprite { ID = "PUF4"; } Sprite { ID = "BEAK"; } Sprite { ID = "WGNT"; } Sprite { ID = "GAUN"; } Sprite { ID = "PUF1"; } Sprite { ID = "WBLS"; } Sprite { ID = "BLSR"; } Sprite { ID = "FX18"; } Sprite { ID = "FX17"; } Sprite { ID = "WMCE"; } Sprite { ID = "MACE"; } Sprite { ID = "FX02"; } Sprite { ID = "WSKL"; } Sprite { ID = "HROD"; } Sprite { ID = "FX00"; } Sprite { ID = "FX20"; } Sprite { ID = "FX21"; } Sprite { ID = "FX22"; } Sprite { ID = "FX23"; } Sprite { ID = "GWND"; } Sprite { ID = "PUF2"; } Sprite { ID = "WPHX"; } Sprite { ID = "PHNX"; } Sprite { ID = "FX04"; } Sprite { ID = "FX08"; } Sprite { ID = "FX09"; } Sprite { ID = "WBOW"; } Sprite { ID = "CRBW"; } Sprite { ID = "FX03"; } Sprite { ID = "BLOD"; } Sprite { ID = "PLAY"; } Sprite { ID = "FDTH"; } Sprite { ID = "BSKL"; } Sprite { ID = "CHKN"; } Sprite { ID = "MUMM"; } Sprite { ID = "FX15"; } Sprite { ID = "BEAS"; } Sprite { ID = "FRB1"; } Sprite { ID = "SNKE"; } Sprite { ID = "SNFX"; } Sprite { ID = "HEAD"; } Sprite { ID = "FX05"; } Sprite { ID = "FX06"; } Sprite { ID = "FX07"; } Sprite { ID = "CLNK"; } Sprite { ID = "WZRD"; } Sprite { ID = "FX11"; } Sprite { ID = "FX10"; } Sprite { ID = "KNIG"; } Sprite { ID = "SPAX"; } Sprite { ID = "RAXE"; } Sprite { ID = "SRCR"; } Sprite { ID = "FX14"; } Sprite { ID = "SOR2"; } Sprite { ID = "SDTH"; } Sprite { ID = "FX16"; } Sprite { ID = "MNTR"; } Sprite { ID = "FX12"; } Sprite { ID = "FX13"; } Sprite { ID = "AKYY"; } Sprite { ID = "BKYY"; } Sprite { ID = "CKYY"; } Sprite { ID = "AMG2"; } Sprite { ID = "AMM1"; } Sprite { ID = "AMM2"; } Sprite { ID = "AMC1"; } Sprite { ID = "AMC2"; } Sprite { ID = "AMS1"; } Sprite { ID = "AMS2"; } Sprite { ID = "AMP1"; } Sprite { ID = "AMP2"; } Sprite { ID = "AMB1"; } Sprite { ID = "AMB2"; } doomsday-1.14.5/doomsday/plugins/heretic/config/0000775000175000017500000000000012350542240021072 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/config/startup.cfg0000664000175000017500000000120712350542240023255 0ustar jaakkojaakko# # -=- jHeretic Startup -=- # # This file is included with all versions, which means that it gets # overwritten on each upgrade. Give all custom permanent commands in # autoexec.cfg or user.cfg. # Comment these if you want to use the default colors. uicolor text 1 1 1 uicolor shadow 0 0 0 uicolor bglight .18 .22 .18 uicolor bgmed .4 .52 .44 uicolor bgdark .28 .33 .28 uicolor borhigh 1 1 1 uicolor bormed 0 0 0 uicolor borlow .25 .55 .25 uicolor help .4 .52 .4 # The font. #font name fixed12 # Keymap. #keymap default.dkm # The user config file can contain anything the user wants to execute # before the main startup begins. exec user.cfg doomsday-1.14.5/doomsday/plugins/heretic/heretic.doxy0000664000175000017500000000040012350542240022147 0ustar jaakkojaakko# API documentation for the libheretic @INCLUDE = ../../doomsday.doxy PROJECT_NAME = libheretic OUTPUT_DIRECTORY = ../../apidoc/jheretic/ INPUT = src include res ../common/src ../common/include PREDEFINED = __JHERETIC__ doomsday-1.14.5/doomsday/plugins/heretic/src/0000775000175000017500000000000012350542240020414 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/src/p_telept.c0000664000175000017500000001565612350542240022411 0ustar jaakkojaakko/**\file p_telept.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include "jheretic.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_map.h" #include "p_mapspec.h" #include "p_terraintype.h" mobj_t* P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle) { return P_SpawnMobjXYZ(MT_TFOG, x, y, TELEFOGHEIGHT, angle, MSF_Z_FLOOR); } dd_bool P_Teleport(mobj_t* mo, coord_t x, coord_t y, angle_t angle, dd_bool spawnFog) { coord_t oldpos[3], aboveFloor, fogDelta; angle_t oldAngle; mobj_t* fog; uint an; memcpy(oldpos, mo->origin, sizeof(oldpos)); aboveFloor = mo->origin[VZ] - mo->floorZ; oldAngle = mo->angle; if(!P_TeleportMove(mo, x, y, false)) { return false; } // $voodoodolls Must be the real player. if(mo->player && mo->player->plr->mo) { player_t* player = mo->player; if(player->powers[PT_FLIGHT] && aboveFloor > 0) { mo->origin[VZ] = mo->floorZ + aboveFloor; if(mo->origin[VZ] + mo->height > mo->ceilingZ) { mo->origin[VZ] = mo->ceilingZ - mo->height; } player->viewZ = mo->origin[VZ] + player->viewHeight; } else { //player->plr->clLookDir = 0; /* $unifiedangles */ player->plr->lookDir = 0; mo->origin[VZ] = mo->floorZ; } player->viewHeight = (coord_t) cfg.plrViewHeight; player->viewHeightDelta = 0; player->viewZ = mo->origin[VZ] + player->viewHeight; player->viewOffset[VX] = player->viewOffset[VY] = player->viewOffset[VZ] = 0; player->bob = 0; //player->plr->clAngle = angle; /* $unifiedangles */ player->plr->flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; } else if(mo->flags & MF_MISSILE) { mo->origin[VZ] = mo->floorZ + aboveFloor; if(mo->origin[VZ] + mo->height > mo->ceilingZ) { mo->origin[VZ] = mo->ceilingZ - mo->height; } } else { mo->origin[VZ] = mo->floorZ; } if(spawnFog) { // Spawn teleport fog at source and destination fogDelta = ((mo->flags & MF_MISSILE)? 0 : TELEFOGHEIGHT); if((fog = P_SpawnMobjXYZ(MT_TFOG, oldpos[VX], oldpos[VY], oldpos[VZ] + fogDelta, oldAngle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); an = angle >> ANGLETOFINESHIFT; if((fog = P_SpawnMobjXYZ(MT_TFOG, x + 20 * FIX2FLT(finecosine[an]), y + 20 * FIX2FLT(finesine[an]), mo->origin[VZ] + fogDelta, angle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); } if(mo->player && !mo->player->powers[PT_WEAPONLEVEL2]) { // Freeze player for about .5 sec. mo->reactionTime = 18; } mo->angle = angle; if(mo->flags2 & MF2_FLOORCLIP) { mo->floorClip = 0; if(FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) { mo->floorClip = 10; } } } if(mo->flags & MF_MISSILE) { an = angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[angle]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[angle]); } else { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; } P_MobjClearSRVO(mo); return true; } typedef struct { Sector *sec; mobjtype_t type; mobj_t *foundMobj; } findmobjparams_t; static int findMobj(thinker_t *th, void *context) { findmobjparams_t *params = (findmobjparams_t *) context; mobj_t *mo = (mobj_t *) th; // Must be of the correct type? if(params->type >= 0 && params->type != mo->type) return false; // Continue iteration. // Must be in the specified sector? if(params->sec && params->sec != Mobj_Sector(mo)) return false; // Continue iteration. // Found it! params->foundMobj = mo; return true; // Stop iteration. } static mobj_t* getTeleportDestination(short tag) { iterlist_t* list; list = P_GetSectorIterListForTag(tag, false); if(list) { Sector* sec = NULL; findmobjparams_t params; params.type = MT_TELEPORTMAN; params.foundMobj = NULL; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { params.sec = sec; if(Thinker_Iterate(P_MobjThinker, findMobj, ¶ms)) { // Found one! return params.foundMobj; } } } return NULL; } dd_bool EV_Teleport(Line *line, int side, mobj_t *mo, dd_bool spawnFog) { mobj_t *dest; // Clients cannot teleport on their own. if(IS_CLIENT) return 0; // Are we allowed to teleport this? if(mo->flags2 & MF2_NOTELEPORT) return false; // Don't teleport if hit back of line, so you can get out of teleporter. if(side == 1) return false; if((dest = getTeleportDestination(P_ToXLine(line)->tag)) != NULL) { return P_Teleport(mo, dest->origin[VX], dest->origin[VY], dest->angle, spawnFog); } return false; } #if __JHERETIC__ || __JHEXEN__ void P_ArtiTele(player_t *player) { playerstart_t const *start; // Get a random deathmatch start. if((start = P_GetPlayerStart(0, G_Ruleset_Deathmatch()? -1 : 0, G_Ruleset_Deathmatch()))) { mapspot_t const *spot = &mapSpots[start->spot]; P_Teleport(player->plr->mo, spot->origin[VX], spot->origin[VY], spot->angle, true); #if __JHEXEN__ if(player->morphTics) { // Teleporting away will undo any morph effects (pig) P_UndoPlayerMorph(player); } //S_StartSound(SFX_WPNUP, NULL); // Full volume laugh #else /*S_StartSound(SFX_WPNUP, NULL); // Full volume laugh NetSv_Sound(NULL, SFX_WPNUP, player-players); */ S_StartSound(SFX_WPNUP, NULL); #endif } } #endif doomsday-1.14.5/doomsday/plugins/heretic/src/st_stuff.c0000664000175000017500000031453412350542240022427 0ustar jaakkojaakko/**\file st_stuff.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #if defined(WIN32) && defined(_MSC_VER) // Something in here is incompatible with MSVC 2010 optimization. // Symptom: automap not visible. # pragma optimize("", off) # pragma warning(disable : 4748) #endif #include #include #include #include #include "jheretic.h" #include "dmu_lib.h" #include "d_net.h" #include "hu_stuff.h" #include "p_tick.h" // for Pause_IsPaused #include "player.h" #include "p_mapsetup.h" #include "hu_automap.h" #include "hu_lib.h" #include "hu_chat.h" #include "hu_log.h" #include "hu_inventory.h" #include "p_inventory.h" #include "r_common.h" #include "am_map.h" // Current ammo icon(sbbar). #define ST_AMMOIMGWIDTH (24) #define ST_AMMOICONX (111) #define ST_AMMOICONY (14) // Inventory. #define ST_INVENTORYX (50) #define ST_INVENTORYY (2) // Current inventory item. #define ST_INVITEMX (179) #define ST_INVITEMY (2) // Current inventory item count. #define ST_INVITEMCWIDTH (2) // Num digits #define ST_INVITEMCX (208) #define ST_INVITEMCY (24) // AMMO number pos. #define ST_AMMOWIDTH (3) #define ST_AMMOX (135) #define ST_AMMOY (4) // ARMOR number pos. #define ST_ARMORWIDTH (3) #define ST_ARMORX (254) #define ST_ARMORY (12) // HEALTH number pos. #define ST_HEALTHWIDTH (3) #define ST_HEALTHX (85) #define ST_HEALTHY (12) // Key icon positions. #define ST_KEY0WIDTH (10) #define ST_KEY0HEIGHT (6) #define ST_KEY0X (153) #define ST_KEY0Y (6) #define ST_KEY1WIDTH (ST_KEY0WIDTH) #define ST_KEY1X (153) #define ST_KEY1Y (14) #define ST_KEY2WIDTH (ST_KEY0WIDTH) #define ST_KEY2X (153) #define ST_KEY2Y (22) // Frags pos. #define ST_FRAGSX (85) #define ST_FRAGSY (13) #define ST_FRAGSWIDTH (2) enum { UWG_STATUSBAR = 0, UWG_MAPNAME, UWG_TOPLEFT, UWG_TOPCENTER, UWG_TOPRIGHT, UWG_TOP, UWG_BOTTOMLEFT, UWG_BOTTOMLEFT2, UWG_BOTTOMRIGHT, UWG_BOTTOMCENTER, UWG_BOTTOM, UWG_COUNTERS, UWG_AUTOMAP, NUM_UIWIDGET_GROUPS }; typedef struct { dd_bool inited; dd_bool stopped; int hideTics; float hideAmount; float alpha; // Fullscreen hud alpha value. float showBar; // Slide statusbar amount 1.0 is fully open. dd_bool statusbarActive; // Whether main statusbar is active. int automapCheatLevel; /// \todo Belongs in player state? int readyItemFlashCounter; int widgetGroupIds[NUM_UIWIDGET_GROUPS]; int automapWidgetId; int chatWidgetId; int logWidgetId; // Statusbar: guidata_health_t sbarHealth; guidata_armor_t sbarArmor; guidata_frags_t sbarFrags; guidata_chain_t sbarChain; guidata_keyslot_t sbarKeyslots[3]; guidata_readyitem_t sbarReadyitem; guidata_readyammo_t sbarReadyammo; guidata_readyammoicon_t sbarReadyammoicon; // Fullscreen: guidata_health_t health; guidata_armor_t armor; guidata_keys_t keys; guidata_readyammo_t readyammo; guidata_readyammoicon_t readyammoicon; guidata_frags_t frags; guidata_readyitem_t readyitem; // Other: guidata_automap_t automap; guidata_chat_t chat; guidata_log_t log; guidata_flight_t flight; guidata_tomeofpower_t tome; guidata_secrets_t secrets; guidata_items_t items; guidata_kills_t kills; } hudstate_t; void updateViewWindow(void); void unhideHUD(void); int ST_ChatResponder(int player, event_t* ev); static hudstate_t hudStates[MAXPLAYERS]; static patchid_t pStatusbar; static patchid_t pStatusbarTopLeft; static patchid_t pStatusbarTopRight; static patchid_t pChain; static patchid_t pStatBar; static patchid_t pLifeBar; static patchid_t pInvBar; static patchid_t pLifeGems[4]; static patchid_t pAmmoIcons[11]; static patchid_t pInvItemFlash[5]; static patchid_t pSpinTome[16]; static patchid_t pSpinFly[16]; static patchid_t pKeys[NUM_KEY_TYPES]; static patchid_t pGodLeft; static patchid_t pGodRight; void ST_Register(void) { C_VAR_FLOAT2( "hud-color-r", &cfg.hudColor[0], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-g", &cfg.hudColor[1], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-b", &cfg.hudColor[2], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-a", &cfg.hudColor[3], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-icon-alpha", &cfg.hudIconAlpha, 0, 0, 1, unhideHUD ) C_VAR_INT( "hud-patch-replacement", &cfg.hudPatchReplaceMode, 0, PRM_FIRST, PRM_LAST ) C_VAR_FLOAT2( "hud-scale", &cfg.hudScale, 0, 0.1f, 1, unhideHUD ) C_VAR_FLOAT( "hud-timer", &cfg.hudTimer, 0, 0, 60 ) // Displays C_VAR_BYTE2( "hud-ammo", &cfg.hudShown[HUD_AMMO], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-armor", &cfg.hudShown[HUD_ARMOR], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-cheat-counter", &cfg.hudShownCheatCounters, 0, 0, 63, unhideHUD ) C_VAR_FLOAT2( "hud-cheat-counter-scale", &cfg.hudCheatCounterScale, 0, .1f, 1, unhideHUD ) C_VAR_BYTE2( "hud-cheat-counter-show-mapopen", &cfg.hudCheatCounterShowWithAutomap, 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-currentitem", &cfg.hudShown[HUD_READYITEM], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-health", &cfg.hudShown[HUD_HEALTH], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-keys", &cfg.hudShown[HUD_KEYS], 0, 0, 1, unhideHUD ) C_VAR_INT( "hud-tome-timer", &cfg.tomeCounter, CVF_NO_MAX, 0, 0 ) C_VAR_INT( "hud-tome-sound", &cfg.tomeSound, CVF_NO_MAX, 0, 0 ) C_VAR_FLOAT2( "hud-status-alpha", &cfg.statusbarOpacity, 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-icon-a", &cfg.statusbarCounterAlpha, 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-size", &cfg.statusbarScale, 0, 0.1f, 1, updateViewWindow ) // Events. C_VAR_BYTE( "hud-unhide-damage", &cfg.hudUnHide[HUE_ON_DAMAGE], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-ammo", &cfg.hudUnHide[HUE_ON_PICKUP_AMMO], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-armor", &cfg.hudUnHide[HUE_ON_PICKUP_ARMOR], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-health", &cfg.hudUnHide[HUE_ON_PICKUP_HEALTH], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-invitem", &cfg.hudUnHide[HUE_ON_PICKUP_INVITEM], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-key", &cfg.hudUnHide[HUE_ON_PICKUP_KEY], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-powerup", &cfg.hudUnHide[HUE_ON_PICKUP_POWER], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-weapon", &cfg.hudUnHide[HUE_ON_PICKUP_WEAPON], 0, 0, 1 ) C_CMD("beginchat", NULL, ChatOpen ) C_CMD("chatcancel", "", ChatAction ) C_CMD("chatcomplete", "", ChatAction ) C_CMD("chatdelete", "", ChatAction ) C_CMD("chatsendmacro", NULL, ChatSendMacro ) Hu_InventoryRegister(); } static int headupDisplayMode(int player) { return (cfg.screenBlocks < 10? 0 : cfg.screenBlocks - 10); } static void shadeChain(int x, int y, float alpha) { DGL_Begin(DGL_QUADS); // Left shadow. DGL_Color4f(0, 0, 0, alpha); DGL_Vertex2f(x+20, y+ST_HEIGHT); DGL_Vertex2f(x+20, y+ST_HEIGHT-10); DGL_Color4f(0, 0, 0, 0); DGL_Vertex2f(x+35, y+ST_HEIGHT-10); DGL_Vertex2f(x+35, y+ST_HEIGHT); // Right shadow. DGL_Vertex2f(x+ST_WIDTH-43, y+ST_HEIGHT); DGL_Vertex2f(x+ST_WIDTH-43, y+ST_HEIGHT-10); DGL_Color4f(0, 0, 0, alpha); DGL_Vertex2f(x+ST_WIDTH-27, y+ST_HEIGHT-10); DGL_Vertex2f(x+ST_WIDTH-27, y+ST_HEIGHT); DGL_End(); } void SBarChain_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_chain_t* chain = (guidata_chain_t*)obj->typedata; const player_t* plr = &players[obj->player]; int delta, curHealth = MAX_OF(plr->plr->mo->health, 0); if(Pause_IsPaused() || !DD_IsSharpTick()) return; // Health marker chain animates up to the actual health value. if(curHealth < chain->healthMarker) { delta = MINMAX_OF(1, (chain->healthMarker - curHealth) >> 2, 4); chain->healthMarker -= delta; } else if(curHealth > chain->healthMarker) { delta = MINMAX_OF(1, (curHealth - chain->healthMarker) >> 2, 4); chain->healthMarker += delta; } if(chain->healthMarker != curHealth && (mapTime & 1)) { chain->wiggle = P_Random() & 1; } else { chain->wiggle = 0; } } void SBarChain_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (0) static int theirColors[] = { 220, // Green. 144, // Yellow. 150, // Red. 197 // Blue. }; guidata_chain_t* chain = (guidata_chain_t*)obj->typedata; int chainY; float healthPos, gemXOffset, gemglow; int x, y, w, h, gemNum; float cw, rgb[3]; const hudstate_t* hud = &hudStates[obj->player]; int chainYOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); patchinfo_t pChainInfo, pGemInfo; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pChain, &pChainInfo)) return; if(!IS_NETGAME) gemNum = 2; // Always use the red gem in single player. else gemNum = cfg.playerColor[obj->player]; if(!R_GetPatchInfo(pLifeGems[gemNum], &pGemInfo)) return; chainY = -9 + chain->wiggle; healthPos = MINMAX_OF(0, chain->healthMarker / 100.f, 1); gemglow = healthPos; // Draw the chain. x = ORIGINX+21; y = ORIGINY+chainY; w = ST_WIDTH - 21 - 28; h = 8; cw = (float) w / pChainInfo.geometry.size.width; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, chainYOffset, 0); DGL_SetPatch(pChain, DGL_REPEAT, DGL_CLAMP); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); gemXOffset = (w - pGemInfo.geometry.size.width) * healthPos; if(gemXOffset > 0) { // Left chain section. float cw = gemXOffset / pChainInfo.geometry.size.width; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 1 - cw, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(x + gemXOffset, y); DGL_TexCoord2f(0, 1, 1); DGL_Vertex2f(x + gemXOffset, y + h); DGL_TexCoord2f(0, 1 - cw, 1); DGL_Vertex2f(x, y + h); DGL_End(); } if(gemXOffset + pGemInfo.geometry.size.width < w) { // Right chain section. float cw = (w - gemXOffset - pGemInfo.geometry.size.width) / pChainInfo.geometry.size.width; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x + gemXOffset + pGemInfo.geometry.size.width, y); DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, 1); DGL_Vertex2f(x + gemXOffset + pGemInfo.geometry.size.width, y + h); DGL_End(); } // Draw the life gem. DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pGemInfo.id, x + gemXOffset, chainY); DGL_Disable(DGL_TEXTURE_2D); shadeChain(ORIGINX, ORIGINY-ST_HEIGHT, iconAlpha/2); // How about a glowing gem? DGL_BlendMode(BM_ADD); DGL_Bind(Get(DD_DYNLIGHT_TEXTURE)); DGL_Enable(DGL_TEXTURE_2D); R_GetColorPaletteRGBf(0, theirColors[gemNum], rgb, false); DGL_DrawRectf2Color(x + gemXOffset - 11, chainY - 6, 41, 24, rgb[0], rgb[1], rgb[2], gemglow - (1 - iconAlpha)); DGL_Disable(DGL_TEXTURE_2D); DGL_BlendMode(BM_NORMAL); DGL_Color4f(1, 1, 1, 1); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINX #undef ORIGINY } void SBarChain_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; /// @todo Calculate dimensions properly. Rect_SetWidthHeight(obj->geometry, (ST_WIDTH - 21 - 28) * cfg.statusbarScale, 8 * cfg.statusbarScale); } /** * Draws the whole statusbar backgound. * \todo There is a whole lot of constants in here. What if someone wants to * replace the statusbar with new patches? */ void SBarBackground_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define WIDTH (ST_WIDTH) #define HEIGHT (ST_HEIGHT) #define ORIGINX ((int)(-WIDTH/2)) #define ORIGINY ((int)(-HEIGHT * hud->showBar)) const hudstate_t* hud = &hudStates[obj->player]; int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarOpacity); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarOpacity); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); if(!(iconAlpha < 1)) { // We can just render the full thing as normal. // Top bits. DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY(pStatusbarTopLeft, ORIGINX, ORIGINY-10); GL_DrawPatchXY(pStatusbarTopRight, ORIGINX+290, ORIGINY-10); // Faces. GL_DrawPatchXY(pStatusbar, ORIGINX, ORIGINY); if(P_GetPlayerCheats(&players[obj->player]) & CF_GODMODE) { GL_DrawPatchXY(pGodLeft, ORIGINX+16, ORIGINY+9); GL_DrawPatchXY(pGodRight, ORIGINX+287, ORIGINY+9); } if(!Hu_InventoryIsOpen(obj->player)) { if(G_Ruleset_Deathmatch()) GL_DrawPatchXY(pStatBar, ORIGINX+34, ORIGINY+2); else GL_DrawPatchXY(pLifeBar, ORIGINX+34, ORIGINY+2); } else { GL_DrawPatchXY(pInvBar, ORIGINX+34, ORIGINY+2); } DGL_Disable(DGL_TEXTURE_2D); } else { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); // Top bits. GL_DrawPatchXY(pStatusbarTopLeft, ORIGINX, ORIGINY-10); GL_DrawPatchXY(pStatusbarTopRight, ORIGINX+290, ORIGINY-10); DGL_SetPatch(pStatusbar, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); // Top border. DGL_DrawCutRectf2Tiled(ORIGINX+34, ORIGINY, 248, 2, 320, 42, 34, 0, ORIGINX, ORIGINY, 0, 0); // Chain background. DGL_DrawCutRectf2Tiled(ORIGINX+34, ORIGINY+33, 248, 9, 320, 42, 34, 33, ORIGINX, ORIGINY+191, 16, 8); // Faces. if(P_GetPlayerCheats(&players[obj->player]) & CF_GODMODE) { // If GOD mode we need to cut windows DGL_DrawCutRectf2Tiled(ORIGINX, ORIGINY, 34, 42, 320, 42, 0, 0, ORIGINX+16, ORIGINY+9, 16, 8); DGL_DrawCutRectf2Tiled(ORIGINX+282, ORIGINY, 38, 42, 320, 42, 282, 0, ORIGINX+287, ORIGINY+9, 16, 8); GL_DrawPatchXY(pGodLeft, ORIGINX+16, ORIGINY+9); GL_DrawPatchXY(pGodRight, ORIGINX+287, ORIGINY+9); } else { DGL_DrawCutRectf2Tiled(ORIGINX, ORIGINY, 34, 42, 320, 42, 0, 0, ORIGINX, ORIGINY, 0, 0); DGL_DrawCutRectf2Tiled(ORIGINX+282, ORIGINY, 38, 42, 320, 42, 282, 0, ORIGINX, ORIGINY, 0, 0); } if(!Hu_InventoryIsOpen(obj->player)) { if(G_Ruleset_Deathmatch()) GL_DrawPatchXY(pStatBar, ORIGINX+34, ORIGINY+2); else GL_DrawPatchXY(pLifeBar, ORIGINX+34, ORIGINY+2); } else { GL_DrawPatchXY(pInvBar, ORIGINX+34, ORIGINY+2); } DGL_Disable(DGL_TEXTURE_2D); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef WIDTH #undef HEIGHT #undef ORIGINX #undef ORIGINY } void SBarBackground_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; Rect_SetWidthHeight(obj->geometry, ST_WIDTH * cfg.statusbarScale, ST_HEIGHT * cfg.statusbarScale); } int ST_Responder(event_t* ev) { int i, eaten = false; for(i = 0; i < MAXPLAYERS; ++i) { eaten = ST_ChatResponder(i, ev); if(eaten) break; } return eaten; } void ST_Ticker(timespan_t ticLength) { const dd_bool isSharpTic = DD_IsSharpTick(); int i; if(isSharpTic) Hu_InventoryTicker(); for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = &players[i]; hudstate_t* hud = &hudStates[i]; if(!plr->plr->inGame) continue; // Either slide the status bar in or fade out the fullscreen HUD. if(hud->statusbarActive) { if(hud->alpha > 0.0f) { hud->alpha -= 0.1f; } else if(hud->showBar < 1.0f) { hud->showBar += 0.1f; } } else { if(cfg.screenBlocks == 13) { if(hud->alpha > 0.0f) { hud->alpha -= 0.1f; } } else { if(hud->showBar > 0.0f) { hud->showBar -= 0.1f; } else if(hud->alpha < 1.0f) { hud->alpha += 0.1f; } } } // The following is restricted to fixed 35 Hz ticks. if(isSharpTic && !Pause_IsPaused()) { if(cfg.hudTimer == 0) { hud->hideTics = hud->hideAmount = 0; } else { if(hud->hideTics > 0) hud->hideTics--; if(hud->hideTics == 0 && cfg.hudTimer > 0 && hud->hideAmount < 1) hud->hideAmount += 0.1f; } if(hud->readyItemFlashCounter > 0) --hud->readyItemFlashCounter; } if(hud->inited) { int j; for(j = 0; j < NUM_UIWIDGET_GROUPS; ++j) { UIWidget_RunTic(GUI_MustFindObjectById(hud->widgetGroupIds[j]), ticLength); } } } } void SBarInventory_Drawer(uiwidget_t* obj, const Point2Raw* offset) { const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); Hu_InventoryDraw2(obj->player, -ST_WIDTH/2 + ST_INVENTORYX, -ST_HEIGHT + yOffset + ST_INVENTORYY, iconAlpha); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void SBarInventory_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; // @todo calculate dimensions properly! Rect_SetWidthHeight(obj->geometry, (ST_WIDTH-(43*2)) * cfg.statusbarScale, 41 * cfg.statusbarScale); } void Frags_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; frags->value = 0; for(i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) frags->value += plr->frags[i] * (i != obj->player ? 1 : -1); } } void SBarFrags_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_FRAGSX) #define Y (ORIGINY+ST_FRAGSY) #define MAXDIGITS (ST_FRAGSWIDTH) #define TRACKING (1) guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); int yOffset = ST_HEIGHT*(1-hud->showBar); char buf[20]; if(!G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarFrags_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); #undef TRACKING } void Health_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_health_t* hlth = (guidata_health_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; hlth->value = plr->health; } void SBarHealth_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_HEALTHX) #define Y (ORIGINY+ST_HEALTHY) #define MAXDIGITS (ST_HEALTHWIDTH) #define TRACKING (1) guidata_health_t* hlth = (guidata_health_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", hlth->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarHealth_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_health_t* hlth = (guidata_health_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(G_Ruleset_Deathmatch() || Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", hlth->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); #undef TRACKING } void Armor_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; armor->value = plr->armorPoints; } void SBarArmor_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_ARMORX) #define Y (ORIGINY+ST_ARMORY) #define MAXDIGITS (ST_ARMORWIDTH) #define TRACKING (1) guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); //const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarArmor_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); #undef TRACKING } void KeySlot_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_keyslot_t* kslt = (guidata_keyslot_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; kslt->patchId = plr->keys[kslt->keytypeA] ? pKeys[kslt->keytypeA] : 0; } void KeySlot_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) static const Point2Raw elements[] = { { ORIGINX+ST_KEY0X, ORIGINY+ST_KEY0Y }, { ORIGINX+ST_KEY1X, ORIGINY+ST_KEY1Y }, { ORIGINX+ST_KEY2X, ORIGINY+ST_KEY2Y } }; guidata_keyslot_t* kslt = (guidata_keyslot_t*)obj->typedata; const Point2Raw* loc = &elements[kslt->keytypeA]; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(kslt->patchId == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatch(kslt->patchId, loc); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINY #undef ORIGINX } void KeySlot_UpdateGeometry(uiwidget_t* obj) { guidata_keyslot_t* kslt = (guidata_keyslot_t*)obj->typedata; patchinfo_t info; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(kslt->patchId == 0 || !R_GetPatchInfo(kslt->patchId, &info)) return; Rect_SetWidthHeight(obj->geometry, info.geometry.size.width * cfg.statusbarScale, info.geometry.size.height * cfg.statusbarScale); } void ReadyAmmo_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; const player_t* plr = &players[obj->player]; int lvl = (plr->powers[PT_WEAPONLEVEL2]? 1 : 0); ammotype_t ammoType; if(Pause_IsPaused() || !DD_IsSharpTick()) return; ammo->value = 1994; // Means n/a. if(!(plr->readyWeapon > 0 && plr->readyWeapon < 7)) return; for(ammoType = 0; ammoType < NUM_AMMO_TYPES; ++ammoType) { if(!weaponInfo[plr->readyWeapon][plr->class_].mode[lvl].ammoType[ammoType]) continue; // Weapon does not use this type of ammo. ammo->value = plr->ammo[ammoType].owned; break; } } void SBarReadyAmmo_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_AMMOX) #define Y (ORIGINY+ST_AMMOY) #define MAXDIGITS (ST_AMMOWIDTH) #define TRACKING (1) guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], iconAlpha); FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarReadyAmmo_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); #undef TRACKING } void ReadyAmmoIcon_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; const player_t* plr = &players[obj->player]; int lvl = (plr->powers[PT_WEAPONLEVEL2]? 1 : 0); ammotype_t ammoType; if(Pause_IsPaused() || !DD_IsSharpTick()) return; icon->patchId = 0; if(!(plr->readyWeapon > 0 && plr->readyWeapon < 7)) return; for(ammoType = 0; ammoType < NUM_AMMO_TYPES; ++ammoType) { if(!weaponInfo[plr->readyWeapon][plr->class_].mode[lvl].ammoType[ammoType]) continue; // Weapon does not use this type of ammo. icon->patchId = pAmmoIcons[ammoType]; break; } } void SBarReadyAmmoIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_AMMOICONX) #define Y (ORIGINY+ST_AMMOICONY) guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->patchId == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(icon->patchId, X, Y); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarReadyAmmoIcon_UpdateGeometry(uiwidget_t* obj) { guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; patchinfo_t info; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->patchId == 0) return; if(!R_GetPatchInfo(icon->patchId, &info)) return; Rect_SetWidthHeight(obj->geometry, info.geometry.size.width * cfg.statusbarScale, info.geometry.size.height * cfg.statusbarScale); } void ReadyItem_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; const int flashCounter = hudStates[obj->player].readyItemFlashCounter; if(flashCounter > 0) { item->patchId = pInvItemFlash[flashCounter % 5]; } else { inventoryitemtype_t readyItem = P_InventoryReadyItem(obj->player); if(readyItem != IIT_NONE) { item->patchId = P_GetInvItem(readyItem-1)->patchId; } else { item->patchId = 0; } } } void SBarReadyItem_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT*hud->showBar) #define TRACKING (2) guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); inventoryitemtype_t readyItem; if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(item->patchId != 0) { int x, y; if(hud->readyItemFlashCounter > 0) { x = ORIGINX+ST_INVITEMX + 2; y = ORIGINY+ST_INVITEMY + 1; } else { x = ORIGINX+ST_INVITEMX; y = ORIGINY+ST_INVITEMY; } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(item->patchId, x, y); readyItem = P_InventoryReadyItem(obj->player); if(!(hud->readyItemFlashCounter > 0) && IIT_NONE != readyItem) { uint count = P_InventoryCount(obj->player, readyItem); if(count > 1) { char buf[20]; dd_snprintf(buf, 20, "%i", count); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY3(buf, ORIGINX+ST_INVITEMCX, ORIGINY+ST_INVITEMCY, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } #undef TRACKING #undef ORIGINY #undef ORIGINX } void SBarReadyItem_UpdateGeometry(uiwidget_t* obj) { guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; patchinfo_t info; Rect_SetWidthHeight(obj->geometry, 0, 0); if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(item->patchId == 0) return; if(!R_GetPatchInfo(item->patchId, &info)) return; // @todo Calculate dimensions properly! Rect_SetWidthHeight(obj->geometry, info.geometry.size.width * cfg.statusbarScale, info.geometry.size.height * cfg.statusbarScale); } void ST_FlashCurrentItem(int player) { player_t* plr; hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; plr = &players[player]; if(!(/*(plr->plr->flags & DDPF_LOCAL) &&*/ plr->plr->inGame)) return; hud = &hudStates[player]; hud->readyItemFlashCounter = 4; } void ST_HUDUnHide(int player, hueevent_t ev) { player_t* plr; if(player < 0 || player >= MAXPLAYERS) return; if(ev < HUE_FORCE || ev > NUMHUDUNHIDEEVENTS) { DENG_ASSERT(!"ST_HUDUnHide: Invalid event type"); return; } plr = &players[player]; if(!plr->plr->inGame) return; if(ev == HUE_FORCE || cfg.hudUnHide[ev]) { hudStates[player].hideTics = (cfg.hudTimer * TICSPERSEC); hudStates[player].hideAmount = 0; } } void Flight_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_flight_t* flht = (guidata_flight_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; flht->patchId = 0; if(plr->powers[PT_FLIGHT] <= 0) return; if(plr->powers[PT_FLIGHT] > BLINKTHRESHOLD || !(plr->powers[PT_FLIGHT] & 16)) { int frame = (mapTime / 3) & 15; if(plr->plr->mo->flags2 & MF2_FLY) { if(flht->hitCenterFrame && (frame != 15 && frame != 0)) frame = 15; else flht->hitCenterFrame = false; } else { if(!flht->hitCenterFrame && (frame != 15 && frame != 0)) { flht->hitCenterFrame = false; } else { frame = 15; flht->hitCenterFrame = true; } } flht->patchId = pSpinFly[frame]; } } void Flight_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_flight_t* flht = (guidata_flight_t*)obj->typedata; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(0 != flht->patchId) { const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(flht->patchId, 16, 14); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } } void Flight_UpdateGeometry(uiwidget_t* obj) { guidata_flight_t* flht = (guidata_flight_t*)obj->typedata; const player_t* plr = &players[obj->player]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(plr->powers[PT_FLIGHT] <= 0) return; /// @todo Calculate dimensions properly! Rect_SetWidthHeight(obj->geometry, 32 * cfg.hudScale, 32 * cfg.hudScale); } void Tome_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_tomeofpower_t* tome = (guidata_tomeofpower_t*)obj->typedata; const player_t* plr = &players[obj->player]; const int ticsRemain = plr->powers[PT_WEAPONLEVEL2]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; tome->patchId = 0; tome->countdownSeconds = 0; if(ticsRemain <= 0 || 0 != plr->morphTics) return; // Time to player the countdown sound? if(0 != ticsRemain && ticsRemain < cfg.tomeSound * TICSPERSEC) { int timeleft = ticsRemain / TICSPERSEC; if(tome->play != timeleft) { tome->play = timeleft; S_LocalSound(SFX_KEYUP, NULL); } } if(cfg.tomeCounter > 0 || ticsRemain > BLINKTHRESHOLD || !(ticsRemain & 16)) { int frame = (mapTime / 3) & 15; tome->patchId = pSpinTome[frame]; } if(cfg.tomeCounter > 0 && ticsRemain < cfg.tomeCounter * TICSPERSEC) { tome->countdownSeconds = 1 + ticsRemain / TICSPERSEC; } } void Tome_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_tomeofpower_t* tome = (guidata_tomeofpower_t*)obj->typedata; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(tome->patchId == 0 && tome->countdownSeconds == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); if(tome->patchId != 0) { float alpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(tome->countdownSeconds != 0) alpha *= tome->countdownSeconds / (float)cfg.tomeCounter; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, alpha); GL_DrawPatchXY(tome->patchId, 13, 13); DGL_Disable(DGL_TEXTURE_2D); } if(tome->countdownSeconds != 0) { #define COUNT_X (303) #define COUNT_Y (30) #define TRACKING (2) const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; dd_snprintf(buf, 20, "%i", tome->countdownSeconds); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY2(buf, 26, 26 - 2, ALIGN_BOTTOMRIGHT); DGL_Disable(DGL_TEXTURE_2D); #undef TRACKING #undef COUNT_Y #undef COUNT_X } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Tome_UpdateGeometry(uiwidget_t* obj) { guidata_tomeofpower_t* tome = (guidata_tomeofpower_t*)obj->typedata; const player_t* plr = &players[obj->player]; const int ticsRemain = plr->powers[PT_WEAPONLEVEL2]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ticsRemain <= 0 || 0 != plr->morphTics) return; if(tome->patchId != 0) { // @todo Determine the actual center point of the animation at widget creation time. Rect_SetWidthHeight(obj->geometry, 26 * cfg.hudScale, 26 * cfg.hudScale); } else { #define TRACKING (2) Size2Raw textSize; char buf[20]; dd_snprintf(buf, 20, "%i", tome->countdownSeconds); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } } void ReadyAmmoIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(hud->statusbarActive) return; if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->patchId == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY3(icon->patchId, 0, 0, ALIGN_TOPLEFT, DPF_NO_OFFSET); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void ReadyAmmoIcon_UpdateGeometry(uiwidget_t* obj) { guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; patchinfo_t info; Rect_SetWidthHeight(obj->geometry, 0, 0); if(hud->statusbarActive) return; if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->patchId == 0) return; if(!R_GetPatchInfo(icon->patchId, &info)) return; Rect_SetWidthHeight(obj->geometry, info.geometry.size.width * cfg.hudScale, info.geometry.size.height * cfg.hudScale); } void ReadyAmmo_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; const hudstate_t* hud = &hudStates[obj->player]; char buf[20]; if(hud->statusbarActive) return; if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY(buf, 0, -2); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void ReadyAmmo_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(hud->statusbarActive) return; if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } void Health_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_health_t* hlth = (guidata_health_t*)obj->typedata; int health = MAX_OF(hlth->value, 0); const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); dd_snprintf(buf, 5, "%i", health); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(0, 0, 0, textAlpha * .4f); FR_DrawTextXY(buf, 2, 1); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, -1); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void Health_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_health_t* hlth = (guidata_health_t*)obj->typedata; int health = MAX_OF(hlth->value, 0); Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; dd_snprintf(buf, 5, "%i", health); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height *= cfg.hudScale); #undef TRACKING } void Armor_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_ARMOR]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY(buf, 0, -2); /// \todo Why is an offset needed? DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void Armor_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_ARMOR]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } void Keys_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; patchinfo_t pInfo; int x = 0; if(!cfg.hudShown[HUD_KEYS]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); if(keys->keyBoxes[KT_YELLOW]) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY3(pKeys[0], x, 0, ALIGN_TOPLEFT, DPF_NO_OFFSET); DGL_Disable(DGL_TEXTURE_2D); if(R_GetPatchInfo(pKeys[0], &pInfo)) x += pInfo.geometry.size.width + 1; } if(keys->keyBoxes[KT_GREEN]) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY3(pKeys[1], x, 0, ALIGN_TOPLEFT, DPF_NO_OFFSET); DGL_Disable(DGL_TEXTURE_2D); if(R_GetPatchInfo(pKeys[1], &pInfo)) x += pInfo.geometry.size.width + 1; } if(keys->keyBoxes[KT_BLUE]) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY3(pKeys[2], x, 0, ALIGN_TOPLEFT, DPF_NO_OFFSET); DGL_Disable(DGL_TEXTURE_2D); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Keys_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; for(i = 0; i < 3; ++i) { keys->keyBoxes[i] = plr->keys[i] ? true : false; } } void Keys_UpdateGeometry(uiwidget_t* obj) { guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; int x = 0, numVisible = 0; patchinfo_t pInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_KEYS]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(keys->keyBoxes[KT_YELLOW] && R_GetPatchInfo(pKeys[0], &pInfo)) { pInfo.geometry.origin.x = x; pInfo.geometry.origin.y = 0; Rect_UniteRaw(obj->geometry, &pInfo.geometry); x += pInfo.geometry.size.width + 1; } if(keys->keyBoxes[KT_GREEN] && R_GetPatchInfo(pKeys[1], &pInfo)) { pInfo.geometry.origin.x = x; pInfo.geometry.origin.y = 0; Rect_UniteRaw(obj->geometry, &pInfo.geometry); x += pInfo.geometry.size.width + 1; } if(keys->keyBoxes[KT_BLUE] && R_GetPatchInfo(pKeys[2], &pInfo)) { pInfo.geometry.origin.x = x; pInfo.geometry.origin.y = 0; Rect_UniteRaw(obj->geometry, &pInfo.geometry); } Rect_SetWidthHeight(obj->geometry, Rect_Width(obj->geometry) * cfg.hudScale, Rect_Height(obj->geometry) * cfg.hudScale); } void Frags_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (1) guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void Frags_UpdateGeometry(uiwidget_t* obj) { #define TRACKING (1) guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.hudScale, textSize.height * cfg.hudScale); #undef TRACKING } void ReadyItem_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define TRACKING (2) guidata_readyitem_t* item = (guidata_readyitem_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; inventoryitemtype_t readyItem; patchinfo_t boxInfo; if(!cfg.hudShown[HUD_READYITEM]) return; if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pInvItemBox, &boxInfo)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); if(item->patchId != 0) { int xOffset = 0, yOffset = 0; if(hud->readyItemFlashCounter > 0) { xOffset += 2; yOffset += 1; } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha/2); GL_DrawPatchXY3(pInvItemBox, 0, 0, ALIGN_TOPLEFT, DPF_NO_OFFSET); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(item->patchId, xOffset, yOffset); readyItem = P_InventoryReadyItem(obj->player); if(!(hud->readyItemFlashCounter > 0) && IIT_NONE != readyItem) { uint count = P_InventoryCount(obj->player, readyItem); if(count > 1) { char buf[20]; dd_snprintf(buf, 20, "%i", count); FR_SetFont(obj->font); FR_SetTracking(TRACKING); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); FR_DrawTextXY2(buf, boxInfo.geometry.size.width-1, boxInfo.geometry.size.height-3, ALIGN_BOTTOMRIGHT); } } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef TRACKING } void ReadyItem_UpdateGeometry(uiwidget_t* obj) { patchinfo_t boxInfo; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_READYITEM]) return; if(Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pInvItemBox, &boxInfo)) return; Rect_SetWidthHeight(obj->geometry, boxInfo.geometry.size.width * cfg.hudScale, boxInfo.geometry.size.height * cfg.hudScale); } void Inventory_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define INVENTORY_HEIGHT 29 #define EXTRA_SCALE .75f const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(EXTRA_SCALE * cfg.hudScale, EXTRA_SCALE * cfg.hudScale, 1); Hu_InventoryDraw(obj->player, 0, -INVENTORY_HEIGHT, textAlpha, iconAlpha); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef EXTRA_SCALE #undef INVENTORY_HEIGHT } void Inventory_UpdateGeometry(uiwidget_t* obj) { #define INVENTORY_HEIGHT 29 #define EXTRA_SCALE .75f assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!Hu_InventoryIsOpen(obj->player)) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; /// @todo Calculate the visual dimensions properly! Rect_SetWidthHeight(obj->geometry, (31*7+16*2) * EXTRA_SCALE * cfg.hudScale, INVENTORY_HEIGHT * EXTRA_SCALE * cfg.hudScale); #undef EXTRA_SCALE #undef INVENTORY_HEIGHT } void Kills_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_kills_t* kills = (guidata_kills_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; kills->value = plr->killCount; } void Kills_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_kills_t* kills = (guidata_kills_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[40], tmp[20]; if(!(cfg.hudShownCheatCounters & (CCH_KILLS | CCH_KILLS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(kills->value == 1994) return; strcpy(buf, "Kills: "); if(cfg.hudShownCheatCounters & CCH_KILLS) { sprintf(tmp, "%i/%i ", kills->value, totalKills); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_KILLS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_KILLS ? "(" : ""), totalKills ? kills->value * 100 / totalKills : 100, (cfg.hudShownCheatCounters & CCH_KILLS ? ")" : "")); strcat(buf, tmp); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudCheatCounterScale, cfg.hudCheatCounterScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Kills_UpdateGeometry(uiwidget_t* obj) { guidata_kills_t* kills = (guidata_kills_t*)obj->typedata; char buf[40], tmp[20]; Size2Raw textSize; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!(cfg.hudShownCheatCounters & (CCH_KILLS | CCH_KILLS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(kills->value == 1994) return; strcpy(buf, "Kills: "); if(cfg.hudShownCheatCounters & CCH_KILLS) { sprintf(tmp, "%i/%i ", kills->value, totalKills); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_KILLS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_KILLS ? "(" : ""), totalKills ? kills->value * 100 / totalKills : 100, (cfg.hudShownCheatCounters & CCH_KILLS ? ")" : "")); strcat(buf, tmp); } FR_SetFont(obj->font); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, .5f + textSize.width * cfg.hudCheatCounterScale, .5f + textSize.height * cfg.hudCheatCounterScale); } void Items_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_items_t* items = (guidata_items_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; items->value = plr->itemCount; } void Items_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_items_t* items = (guidata_items_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[40], tmp[20]; if(!(cfg.hudShownCheatCounters & (CCH_ITEMS | CCH_ITEMS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(items->value == 1994) return; strcpy(buf, "Items: "); if(cfg.hudShownCheatCounters & CCH_ITEMS) { sprintf(tmp, "%i/%i ", items->value, totalItems); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_ITEMS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_ITEMS ? "(" : ""), totalItems ? items->value * 100 / totalItems : 100, (cfg.hudShownCheatCounters & CCH_ITEMS ? ")" : "")); strcat(buf, tmp); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudCheatCounterScale, cfg.hudCheatCounterScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Items_UpdateGeometry(uiwidget_t* obj) { guidata_items_t* items = (guidata_items_t*)obj->typedata; char buf[40], tmp[20]; Size2Raw textSize; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!(cfg.hudShownCheatCounters & (CCH_ITEMS | CCH_ITEMS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(items->value == 1994) return; strcpy(buf, "Items: "); if(cfg.hudShownCheatCounters & CCH_ITEMS) { sprintf(tmp, "%i/%i ", items->value, totalItems); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_ITEMS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_ITEMS ? "(" : ""), totalItems ? items->value * 100 / totalItems : 100, (cfg.hudShownCheatCounters & CCH_ITEMS ? ")" : "")); strcat(buf, tmp); } FR_SetFont(obj->font); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, .5f + textSize.width * cfg.hudCheatCounterScale, .5f + textSize.height * cfg.hudCheatCounterScale); } void Secrets_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_secrets_t* scrt = (guidata_secrets_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; scrt->value = plr->secretCount; } void Secrets_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_secrets_t* scrt = (guidata_secrets_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[40], tmp[20]; if(!(cfg.hudShownCheatCounters & (CCH_SECRETS | CCH_SECRETS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(scrt->value == 1994) return; strcpy(buf, "Secret: "); if(cfg.hudShownCheatCounters & CCH_SECRETS) { sprintf(tmp, "%i/%i ", scrt->value, totalSecret); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_SECRETS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_SECRETS ? "(" : ""), totalSecret ? scrt->value * 100 / totalSecret : 100, (cfg.hudShownCheatCounters & CCH_SECRETS ? ")" : "")); strcat(buf, tmp); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudCheatCounterScale, cfg.hudCheatCounterScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Secrets_UpdateGeometry(uiwidget_t* obj) { guidata_secrets_t* scrt = (guidata_secrets_t*)obj->typedata; char buf[40], tmp[20]; Size2Raw textSize; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!(cfg.hudShownCheatCounters & (CCH_SECRETS | CCH_SECRETS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(scrt->value == 1994) return; strcpy(buf, "Secret: "); if(cfg.hudShownCheatCounters & CCH_SECRETS) { sprintf(tmp, "%i/%i ", scrt->value, totalSecret); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_SECRETS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_SECRETS ? "(" : ""), totalSecret ? scrt->value * 100 / totalSecret : 100, (cfg.hudShownCheatCounters & CCH_SECRETS ? ")" : "")); strcat(buf, tmp); } FR_SetFont(obj->font); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, .5f + textSize.width * cfg.hudCheatCounterScale, .5f + textSize.height * cfg.hudCheatCounterScale); } static void drawUIWidgetsForPlayer(player_t* plr) { /// Units in fixed 320x200 screen space. #define DISPLAY_BORDER (2) #define PADDING (2) const int playerNum = plr - players; const int displayMode = headupDisplayMode(playerNum); hudstate_t* hud = hudStates + playerNum; Size2Raw size, portSize; uiwidget_t* obj; float scale; assert(plr); R_ViewPortSize(playerNum, &portSize); // The automap is drawn in a viewport scaled coordinate space (of viewwindow dimensions). obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_AUTOMAP]); UIWidget_SetOpacity(obj, ST_AutomapOpacity(playerNum)); UIWidget_SetMaximumSize(obj, &portSize); GUI_DrawWidgetXY(obj, 0, 0); // The rest of the UI is drawn in a fixed 320x200 coordinate space. // Determine scale factors. R_ChooseAlignModeAndScaleFactor(&scale, SCREENWIDTH, SCREENHEIGHT, portSize.width, portSize.height, SCALEMODE_SMART_STRETCH); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Scalef(scale, scale, 1); if(hud->statusbarActive || (displayMode < 3 || hud->alpha > 0)) { float opacity = /**@todo Kludge: clamp*/MIN_OF(1.0f, hud->alpha)/**kludge end*/ * (1-hud->hideAmount); Size2Raw drawnSize = { 0, 0 }; RectRaw displayRegion; int availHeight; DGL_MatrixMode(DGL_MODELVIEW); DGL_Scalef(1, 1.2f/*aspect correct*/, 1); displayRegion.origin.x = displayRegion.origin.y = 0; displayRegion.size.width = .5f + portSize.width / scale; displayRegion.size.height = .5f + portSize.height / (scale * 1.2f /*aspect correct*/); if(hud->statusbarActive) { const float statusbarOpacity = (1 - hud->hideAmount) * hud->showBar; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_STATUSBAR]); UIWidget_SetOpacity(obj, statusbarOpacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); } displayRegion.origin.x += DISPLAY_BORDER; displayRegion.origin.y += DISPLAY_BORDER; displayRegion.size.width -= DISPLAY_BORDER*2; displayRegion.size.height -= DISPLAY_BORDER*2; if(!hud->statusbarActive) { obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); } if(!hud->statusbarActive) { int h = drawnSize.height; availHeight = displayRegion.size.height - (drawnSize.height > 0 ? drawnSize.height : 0); obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMLEFT2]); UIWidget_SetOpacity(obj, opacity); size.width = displayRegion.size.width; size.height = availHeight; UIWidget_SetMaximumSize(obj, &size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); drawnSize.height += h; } obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_MAPNAME]); UIWidget_SetOpacity(obj, ST_AutomapOpacity(playerNum)); availHeight = displayRegion.size.height - (drawnSize.height > 0 ? drawnSize.height : 0); size.width = displayRegion.size.width; size.height = availHeight; UIWidget_SetMaximumSize(obj, &size); GUI_DrawWidget(obj, &displayRegion.origin); // The other displays are always visible except when using the "no-hud" mode. if(hud->statusbarActive || displayMode < 3) opacity = 1.0f; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_COUNTERS]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef PADDING #undef DISPLAY_BORDER } void ST_Drawer(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; if(!players[player].plr->inGame) return; R_UpdateViewFilter(player); hud = &hudStates[player]; hud->statusbarActive = (headupDisplayMode(player) < 2) || (ST_AutomapIsActive(player) && (cfg.automapHudDisplay == 0 || cfg.automapHudDisplay == 2) ); drawUIWidgetsForPlayer(players + player); } dd_bool ST_StatusBarIsActive(int player) { DENG_ASSERT(player >= 0 && player < MAXPLAYERS); if(!players[player].plr->inGame) return false; return hudStates[player].statusbarActive; } void ST_loadGraphics(void) { char nameBuf[9]; int i; pStatusbar = R_DeclarePatch("BARBACK"); pInvBar = R_DeclarePatch("INVBAR"); pChain = R_DeclarePatch("CHAIN"); pStatBar = R_DeclarePatch("STATBAR"); pLifeBar = R_DeclarePatch("LIFEBAR"); pLifeGems[0] = R_DeclarePatch("LIFEGEM0"); pLifeGems[1] = R_DeclarePatch("LIFEGEM1"); pLifeGems[2] = R_DeclarePatch("LIFEGEM2"); pLifeGems[3] = R_DeclarePatch("LIFEGEM3"); pGodLeft = R_DeclarePatch("GOD1"); pGodRight = R_DeclarePatch("GOD2"); pStatusbarTopLeft = R_DeclarePatch("LTFCTOP"); pStatusbarTopRight = R_DeclarePatch("RTFCTOP"); for(i = 0; i < 16; ++i) { sprintf(nameBuf, "SPINBK%d", i); pSpinTome[i] = R_DeclarePatch(nameBuf); sprintf(nameBuf, "SPFLY%d", i); pSpinFly[i] = R_DeclarePatch(nameBuf); } // Inventory item flash anim. { char const invItemFlashAnim[5][9] = { {"USEARTIA"}, {"USEARTIB"}, {"USEARTIC"}, {"USEARTID"}, {"USEARTIE"} }; for(i = 0; i < 5; ++i) { pInvItemFlash[i] = R_DeclarePatch(invItemFlashAnim[i]); } } // Ammo icons. memset(pAmmoIcons, 0, sizeof(pAmmoIcons)); for(i = 0; i < NUM_AMMO_TYPES; ++i) { AmmoDef const *def = P_AmmoDef((ammotype_t)i); // Available in the current game mode? if(def->gameModeBits & gameModeBits) { pAmmoIcons[i] = R_DeclarePatch(def->hudIcon); } } // Key cards. pKeys[0] = R_DeclarePatch("YKEYICON"); pKeys[1] = R_DeclarePatch("GKEYICON"); pKeys[2] = R_DeclarePatch("BKEYICON"); } void ST_loadData(void) { ST_loadGraphics(); } static void initData(hudstate_t* hud) { int player = hud - hudStates; hud->statusbarActive = true; hud->stopped = true; hud->showBar = 1; hud->readyItemFlashCounter = 0; // Fullscreen: hud->health.value = 1994; hud->armor.value = 1994; hud->readyammo.value = 1994; hud->readyammoicon.patchId = 0; hud->frags.value = 1994; hud->readyitem.patchId = 0; { int i; for(i = 0; i < 3; ++i) { hud->keys.keyBoxes[i] = false; }} // Statusbar: hud->sbarHealth.value = 1994; hud->sbarFrags.value = 1994; hud->sbarArmor.value = 1994; hud->sbarReadyammo.value = 1994; hud->sbarReadyammoicon.patchId = 0; hud->sbarReadyitem.patchId = 0; hud->sbarChain.wiggle = 0; hud->sbarChain.healthMarker = 0; { int i; for(i = 0; i < 3; ++i) { hud->sbarKeyslots[i].slot = i; hud->sbarKeyslots[i].keytypeA = (keytype_t)i; hud->sbarKeyslots[i].patchId = 0; }} // Other: hud->flight.patchId = 0; hud->flight.hitCenterFrame = false; hud->tome.patchId = 0; hud->tome.play = 0; hud->secrets.value = 1994; hud->items.value = 1994; hud->kills.value = 1994; hud->log._msgCount = 0; hud->log._nextUsedMsg = 0; hud->log._pvisMsgCount = 0; memset(hud->log._msgs, 0, sizeof(hud->log._msgs)); ST_HUDUnHide(player, HUE_FORCE); } static void setAutomapCheatLevel(uiwidget_t* obj, int level) { hudstate_t* hud = &hudStates[UIWidget_Player(obj)]; int flags; hud->automapCheatLevel = level; flags = UIAutomap_Flags(obj) & ~(AMF_REND_ALLLINES|AMF_REND_THINGS|AMF_REND_SPECIALLINES|AMF_REND_VERTEXES|AMF_REND_LINE_NORMALS); if(hud->automapCheatLevel >= 1) flags |= AMF_REND_ALLLINES; if(hud->automapCheatLevel == 2) flags |= AMF_REND_THINGS | AMF_REND_SPECIALLINES; if(hud->automapCheatLevel > 2) flags |= (AMF_REND_VERTEXES | AMF_REND_LINE_NORMALS); UIAutomap_SetFlags(obj, flags); } static void initAutomapForCurrentMap(uiwidget_t* obj) { hudstate_t* hud = &hudStates[UIWidget_Player(obj)]; automapcfg_t* mcfg; mobj_t* followMobj; int i; UIAutomap_Reset(obj); UIAutomap_SetMinScale(obj, 2 * PLAYERRADIUS); UIAutomap_SetWorldBounds(obj, *((coord_t*) DD_GetVariable(DD_MAP_MIN_X)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_X)), *((coord_t*) DD_GetVariable(DD_MAP_MIN_Y)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_Y))); mcfg = UIAutomap_Config(obj); // Determine the obj view scale factors. if(UIAutomap_ZoomMax(obj)) UIAutomap_SetScale(obj, 0); UIAutomap_ClearPoints(obj); #if !__JHEXEN__ if(G_Ruleset_Skill() == SM_BABY && cfg.automapBabyKeys) { int flags = UIAutomap_Flags(obj); UIAutomap_SetFlags(obj, flags|AMF_REND_KEYS); } #endif #if __JDOOM__ if(!IS_NETGAME && hud->automapCheatLevel) AM_SetVectorGraphic(mcfg, AMO_THINGPLAYER, VG_CHEATARROW); #endif // Are we re-centering on a followed mobj? followMobj = UIAutomap_FollowMobj(obj); if(followMobj) { UIAutomap_SetCameraOrigin(obj, followMobj->origin[VX], followMobj->origin[VY]); } if(IS_NETGAME) { setAutomapCheatLevel(obj, 0); } UIAutomap_SetReveal(obj, false); // Add all immediately visible lines. for(i = 0; i < numlines; ++i) { xline_t *xline = &xlines[i]; if(!(xline->flags & ML_MAPPED)) continue; P_SetLineAutomapVisibility(UIWidget_Player(obj), i, true); } } void ST_Start(int player) { uiwidget_t* obj; hudstate_t* hud; int flags; if(player < 0 || player >= MAXPLAYERS) { Con_Error("ST_Start: Invalid player #%i.", player); exit(1); // Unreachable. } hud = &hudStates[player]; if(!hud->stopped) { ST_Stop(player); } initData(hud); /** * Initialize widgets according to player preferences. */ obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]); flags = UIWidget_Alignment(obj); flags &= ~(ALIGN_LEFT|ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= ALIGN_RIGHT; UIWidget_SetAlignment(obj, flags); obj = GUI_MustFindObjectById(hud->automapWidgetId); // If the automap was left open; close it. UIAutomap_Open(obj, false, true); initAutomapForCurrentMap(obj); UIAutomap_SetCameraRotation(obj, cfg.automapRotate); hud->stopped = false; } void ST_Stop(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; hud = &hudStates[player]; if(hud->stopped) return; hud->stopped = true; } void ST_BuildWidgets(int player) { #define PADDING (2) /// Units in fixed 320x200 screen space. typedef struct { int group; int alignFlags; order_t order; int groupFlags; int padding; // In fixed 320x200 pixels. } uiwidgetgroupdef_t; typedef struct { guiwidgettype_t type; int alignFlags; int group; gamefontid_t fontIdx; void (*updateGeometry) (uiwidget_t* obj); void (*drawer) (uiwidget_t* obj, const Point2Raw* offset); void (*ticker) (uiwidget_t* obj, timespan_t ticLength); void* typedata; } uiwidgetdef_t; hudstate_t* hud = hudStates + player; const uiwidgetgroupdef_t widgetGroupDefs[] = { { UWG_STATUSBAR, ALIGN_BOTTOM }, { UWG_MAPNAME, ALIGN_BOTTOMLEFT }, { UWG_TOP, ALIGN_TOPLEFT, ORDER_LEFTTORIGHT }, { UWG_TOPCENTER, ALIGN_TOP, ORDER_LEFTTORIGHT, UWGF_VERTICAL, PADDING }, { UWG_TOPLEFT, ALIGN_TOPLEFT, ORDER_LEFTTORIGHT, 0, PADDING }, { UWG_TOPRIGHT, ALIGN_TOPRIGHT, ORDER_RIGHTTOLEFT, 0, PADDING }, { UWG_BOTTOMLEFT, ALIGN_BOTTOMLEFT, ORDER_RIGHTTOLEFT, UWGF_VERTICAL, PADDING }, { UWG_BOTTOMLEFT2, ALIGN_BOTTOMLEFT, ORDER_LEFTTORIGHT, 0, PADDING }, { UWG_BOTTOMRIGHT, ALIGN_BOTTOMRIGHT, ORDER_RIGHTTOLEFT, 0, PADDING }, { UWG_BOTTOMCENTER, ALIGN_BOTTOM, ORDER_RIGHTTOLEFT, UWGF_VERTICAL, PADDING }, { UWG_BOTTOM, ALIGN_BOTTOMLEFT, ORDER_LEFTTORIGHT }, { UWG_COUNTERS, ALIGN_LEFT, ORDER_RIGHTTOLEFT, UWGF_VERTICAL, PADDING }, { UWG_AUTOMAP, ALIGN_TOPLEFT } }; const uiwidgetdef_t widgetDefs[] = { { GUI_BOX, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarBackground_UpdateGeometry, SBarBackground_Drawer }, { GUI_INVENTORY, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_SMALLIN, SBarInventory_UpdateGeometry, SBarInventory_Drawer }, { GUI_FRAGS, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarFrags_UpdateGeometry, SBarFrags_Drawer, Frags_Ticker, &hud->sbarFrags }, { GUI_HEALTH, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarHealth_UpdateGeometry, SBarHealth_Drawer, Health_Ticker, &hud->sbarHealth }, { GUI_ARMOR, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarArmor_UpdateGeometry, SBarArmor_Drawer, Armor_Ticker, &hud->sbarArmor }, { GUI_KEYSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, KeySlot_UpdateGeometry, KeySlot_Drawer, KeySlot_Ticker, &hud->sbarKeyslots[0] }, { GUI_KEYSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, KeySlot_UpdateGeometry, KeySlot_Drawer, KeySlot_Ticker, &hud->sbarKeyslots[1] }, { GUI_KEYSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, KeySlot_UpdateGeometry, KeySlot_Drawer, KeySlot_Ticker, &hud->sbarKeyslots[2] }, { GUI_READYAMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarReadyAmmo_UpdateGeometry, SBarReadyAmmo_Drawer, ReadyAmmo_Ticker, &hud->sbarReadyammo }, { GUI_READYAMMOICON, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarReadyAmmoIcon_UpdateGeometry, SBarReadyAmmoIcon_Drawer, ReadyAmmoIcon_Ticker, &hud->sbarReadyammoicon }, { GUI_READYITEM, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_SMALLIN, SBarReadyItem_UpdateGeometry, SBarReadyItem_Drawer, ReadyItem_Ticker, &hud->sbarReadyitem }, { GUI_CHAIN, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarChain_UpdateGeometry, SBarChain_Drawer, SBarChain_Ticker, &hud->sbarChain }, { GUI_READYAMMOICON, ALIGN_TOPLEFT, UWG_TOPLEFT, 0, ReadyAmmoIcon_UpdateGeometry, ReadyAmmoIcon_Drawer, ReadyAmmoIcon_Ticker, &hud->readyammoicon }, { GUI_READYAMMO, ALIGN_TOPLEFT, UWG_TOPLEFT, GF_STATUS, ReadyAmmo_UpdateGeometry, ReadyAmmo_Drawer, ReadyAmmo_Ticker, &hud->readyammo }, { GUI_FLIGHT, ALIGN_TOPLEFT, UWG_TOPLEFT, 0, Flight_UpdateGeometry, Flight_Drawer, Flight_Ticker, &hud->flight }, { GUI_TOME, ALIGN_TOPRIGHT, UWG_TOPRIGHT, GF_SMALLIN, Tome_UpdateGeometry, Tome_Drawer, Tome_Ticker, &hud->tome }, { GUI_HEALTH, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT, GF_FONTB, Health_UpdateGeometry, Health_Drawer, Health_Ticker, &hud->health }, { GUI_KEYS, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT, 0, Keys_UpdateGeometry, Keys_Drawer, Keys_Ticker, &hud->keys }, { GUI_ARMOR, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT, GF_STATUS, Armor_UpdateGeometry, Armor_Drawer, Armor_Ticker, &hud->armor }, { GUI_FRAGS, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT2, GF_STATUS, Frags_UpdateGeometry, Frags_Drawer, Frags_Ticker, &hud->frags }, { GUI_READYITEM, ALIGN_BOTTOMRIGHT, UWG_BOTTOMRIGHT, GF_SMALLIN, ReadyItem_UpdateGeometry, ReadyItem_Drawer, ReadyItem_Ticker, &hud->readyitem }, { GUI_INVENTORY, ALIGN_TOPLEFT, UWG_BOTTOMCENTER, GF_SMALLIN, Inventory_UpdateGeometry, Inventory_Drawer }, { GUI_SECRETS, ALIGN_TOPLEFT, UWG_COUNTERS, GF_FONTA, Secrets_UpdateGeometry, Secrets_Drawer, Secrets_Ticker, &hud->secrets }, { GUI_ITEMS, ALIGN_TOPLEFT, UWG_COUNTERS, GF_FONTA, Items_UpdateGeometry, Items_Drawer, Items_Ticker, &hud->items }, { GUI_KILLS, ALIGN_TOPLEFT, UWG_COUNTERS, GF_FONTA, Kills_UpdateGeometry, Kills_Drawer, Kills_Ticker, &hud->kills }, { GUI_NONE } }; size_t i; if(player < 0 || player >= MAXPLAYERS) { Con_Error("ST_BuildWidgets: Invalid player #%i.", player); exit(1); // Unreachable. } for(i = 0; i < sizeof(widgetGroupDefs)/sizeof(widgetGroupDefs[0]); ++i) { const uiwidgetgroupdef_t* def = &widgetGroupDefs[i]; hud->widgetGroupIds[def->group] = GUI_CreateGroup(def->groupFlags, player, def->alignFlags, def->order, def->padding); } for(i = 0; widgetDefs[i].type != GUI_NONE; ++i) { const uiwidgetdef_t* def = &widgetDefs[i]; uiwidgetid_t id = GUI_CreateWidget(def->type, player, def->alignFlags, FID(def->fontIdx), 1, def->updateGeometry, def->drawer, def->ticker, def->typedata); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[def->group]), GUI_FindObjectById(id)); } UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMLEFT])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMCENTER])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMRIGHT])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPLEFT])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOP]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPRIGHT])); hud->logWidgetId = GUI_CreateWidget(GUI_LOG, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UILog_UpdateGeometry, UILog_Drawer, UILog_Ticker, &hud->log); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]), GUI_FindObjectById(hud->logWidgetId)); hud->chatWidgetId = GUI_CreateWidget(GUI_CHAT, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UIChat_UpdateGeometry, UIChat_Drawer, NULL, &hud->chat); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]), GUI_FindObjectById(hud->chatWidgetId)); hud->automapWidgetId = GUI_CreateWidget(GUI_AUTOMAP, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UIAutomap_UpdateGeometry, UIAutomap_Drawer, UIAutomap_Ticker, &hud->automap); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_AUTOMAP]), GUI_FindObjectById(hud->automapWidgetId)); #undef PADDING } void ST_Init(void) { int i; ST_InitAutomapConfig(); for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; ST_BuildWidgets(i); hud->inited = true; } ST_loadData(); } void ST_Shutdown(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; hud->inited = false; } } void ST_CloseAll(int player, dd_bool fast) { ST_AutomapOpen(player, false, fast); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(player, false); #endif } uiwidget_t* ST_UIChatForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->chatWidgetId); } Con_Error("ST_UIChatForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UILogForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->logWidgetId); } Con_Error("ST_UILogForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UIAutomapForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->automapWidgetId); } Con_Error("ST_UIAutomapForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } int ST_ChatResponder(int player, event_t* ev) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(NULL != obj) { return UIChat_Responder(obj, ev); } return false; } dd_bool ST_ChatIsActive(int player) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(!obj) return false; return UIChat_IsActive(obj); } void ST_LogPost(int player, byte flags, const char* msg) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Post(obj, flags, msg); } void ST_LogRefresh(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Refresh(obj); } void ST_LogEmpty(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Empty(obj); } void ST_LogPostVisibilityChangeNotification(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { ST_LogPost(i, LMF_NO_HIDE, !cfg.hudShown[HUD_LOG] ? MSGOFF : MSGON); } } void ST_LogUpdateAlignment(void) { int i, flags; uiwidget_t* obj; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; if(!hud->inited) continue; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]); flags = UIWidget_Alignment(obj); flags &= ~(ALIGN_LEFT|ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= ALIGN_RIGHT; UIWidget_SetAlignment(obj, flags); } } void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Open(obj, yes, fast); } dd_bool ST_AutomapIsActive(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Active(obj); } dd_bool ST_AutomapObscures2(int player, const RectRaw* region) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; if(UIAutomap_Active(obj)) { if(cfg.automapOpacity * ST_AutomapOpacity(player) >= ST_AUTOMAP_OBSCURE_TOLERANCE) { /*if(UIAutomap_Fullscreen(obj)) {*/ return true; /*} else { // We'll have to compare the dimensions. const int scrwidth = Get(DD_WINDOW_WIDTH); const int scrheight = Get(DD_WINDOW_HEIGHT); const Rect* rect = UIWidget_Geometry(obj); float fx = FIXXTOSCREENX(region->origin.x); float fy = FIXYTOSCREENY(region->origin.y); float fw = FIXXTOSCREENX(region->size.width); float fh = FIXYTOSCREENY(region->size.height); if(dims->origin.x >= fx && dims->origin.y >= fy && dims->size.width >= fw && dims->size.height >= fh) return true; }*/ } } return false; } dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height) { RectRaw rect; rect.origin.x = x; rect.origin.y = y; rect.size.width = width; rect.size.height = height; return ST_AutomapObscures2(player, &rect); } void ST_AutomapClearPoints(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; UIAutomap_ClearPoints(ob); P_SetMessage(&players[player], LMF_NO_HIDE, AMSTR_MARKSCLEARED); } /** * Adds a marker at the specified X/Y location. */ int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z) { static char buffer[20]; uiwidget_t* obj = ST_UIAutomapForPlayer(player); int newPoint; if(!obj) return - 1; if(UIAutomap_PointCount(obj) == MAX_MAP_POINTS) return -1; newPoint = UIAutomap_AddPoint(obj, x, y, z); sprintf(buffer, "%s %d", AMSTR_MARKEDSPOT, newPoint); P_SetMessage(&players[player], LMF_NO_HIDE, buffer); return newPoint; } dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_PointOrigin(obj, point, x, y, z); } void ST_ToggleAutomapMaxZoom(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; if(UIAutomap_SetZoomMax(obj, !UIAutomap_ZoomMax(obj))) { App_Log(0, "Maximum zoom %s in automap", UIAutomap_ZoomMax(obj)? "ON":"OFF"); } } float ST_AutomapOpacity(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return 0; return UIAutomap_Opacity(obj); } void ST_SetAutomapCameraRotation(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetCameraRotation(obj, on); } void ST_ToggleAutomapPanMode(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; if(UIAutomap_SetPanMode(ob, !UIAutomap_PanMode(ob))) { P_SetMessage(&players[player], LMF_NO_HIDE, (UIAutomap_PanMode(ob)? AMSTR_FOLLOWOFF : AMSTR_FOLLOWON)); } } void ST_CycleAutomapCheatLevel(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; ST_SetAutomapCheatLevel(player, (hud->automapCheatLevel + 1) % 3); } } void ST_SetAutomapCheatLevel(int player, int level) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; setAutomapCheatLevel(obj, level); } void ST_RevealAutomap(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetReveal(obj, on); } dd_bool ST_AutomapHasReveal(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Reveal(obj); } void ST_RebuildAutomap(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Rebuild(obj); } int ST_AutomapCheatLevel(int player) { if(player >=0 && player < MAXPLAYERS) return hudStates[player].automapCheatLevel; return 0; } /** * Called when the statusbar scale cvar changes. */ void updateViewWindow(void) { int i; R_ResizeViewWindow(RWF_FORCE); for(i = 0; i < MAXPLAYERS; ++i) ST_HUDUnHide(i, HUE_FORCE); // So the user can see the change. } /** * Called when a cvar changes that affects the look/behavior of the HUD in order to unhide it. */ void unhideHUD(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) ST_HUDUnHide(i, HUE_FORCE); } D_CMD(ChatOpen) { int player = CONSOLEPLAYER, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) { return false; } obj = ST_UIChatForPlayer(player); if(!obj) { return false; } if(argc == 2) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } UIChat_SetDestination(obj, destination); UIChat_Activate(obj, true); return true; } D_CMD(ChatAction) { int player = CONSOLEPLAYER; const char* cmd = argv[0] + 4; uiwidget_t* obj; if(G_QuitInProgress()) { return false; } obj = ST_UIChatForPlayer(player); if(NULL == obj || !UIChat_IsActive(obj)) { return false; } if(!stricmp(cmd, "complete")) // Send the message. { return UIChat_CommandResponder(obj, MCMD_SELECT); } else if(!stricmp(cmd, "cancel")) // Close chat. { return UIChat_CommandResponder(obj, MCMD_CLOSE); } else if(!stricmp(cmd, "delete")) { return UIChat_CommandResponder(obj, MCMD_DELETE); } return true; } D_CMD(ChatSendMacro) { int player = CONSOLEPLAYER, macroId, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) return false; if(argc < 2 || argc > 3) { App_Log(DE2_SCR_NOTE, "Usage: %s (team) (macro number)", argv[0]); App_Log(DE2_SCR_MSG, "Send a chat macro to other player(s). " "If (team) is omitted, the message will be sent to all players."); return true; } obj = ST_UIChatForPlayer(player); if(!obj) { return false; } if(argc == 3) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } macroId = UIChat_ParseMacroId(argc == 3? argv[2] : argv[1]); if(-1 == macroId) { App_Log(DE2_SCR_ERROR, "Invalid macro id"); return false; } UIChat_Activate(obj, true); UIChat_SetDestination(obj, destination); UIChat_LoadMacro(obj, macroId); UIChat_CommandResponder(obj, MCMD_SELECT); UIChat_Activate(obj, false); return true; } doomsday-1.14.5/doomsday/plugins/heretic/src/m_random.c0000664000175000017500000000725212350542240022362 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.c: Random number LUT. */ // HEADER FILES ------------------------------------------------------------ #include "jheretic.h" // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- static int rndIndex = 0; static int prndIndex = 0; // Returns a 0-255 number static unsigned char rndTable[256] = { 0, 8, 109, 220, 222, 241, 149, 107, 75, 248, 254, 140, 16, 66, 74, 21, 211, 47, 80, 242, 154, 27, 205, 128, 161, 89, 77, 36, 95, 110, 85, 48, 212, 140, 211, 249, 22, 79, 200, 50, 28, 188, 52, 140, 202, 120, 68, 145, 62, 70, 184, 190, 91, 197, 152, 224, 149, 104, 25, 178, 252, 182, 202, 182, 141, 197, 4, 81, 181, 242, 145, 42, 39, 227, 156, 198, 225, 193, 219, 93, 122, 175, 249, 0, 175, 143, 70, 239, 46, 246, 163, 53, 163, 109, 168, 135, 2, 235, 25, 92, 20, 145, 138, 77, 69, 166, 78, 176, 173, 212, 166, 113, 94, 161, 41, 50, 239, 49, 111, 164, 70, 60, 2, 37, 171, 75, 136, 156, 11, 56, 42, 146, 138, 229, 73, 146, 77, 61, 98, 196, 135, 106, 63, 197, 195, 86, 96, 203, 113, 101, 170, 247, 181, 113, 80, 250, 108, 7, 255, 237, 129, 226, 79, 107, 112, 166, 103, 241, 24, 223, 239, 120, 198, 58, 60, 82, 128, 3, 184, 66, 143, 224, 145, 224, 81, 206, 163, 45, 63, 90, 168, 114, 59, 33, 159, 95, 28, 139, 123, 98, 125, 196, 15, 70, 194, 253, 54, 14, 109, 226, 71, 17, 161, 93, 186, 87, 244, 138, 20, 52, 123, 251, 26, 36, 17, 46, 52, 231, 232, 76, 31, 221, 84, 37, 216, 165, 212, 106, 197, 242, 98, 43, 39, 175, 254, 145, 190, 84, 118, 222, 187, 136, 120, 163, 236, 249 }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * \note The returned value is calculated deterministically. * * @return A pseudo-random number from the table. */ byte P_Random(void) { prndIndex = (prndIndex + 1) & 0xff; return rndTable[prndIndex]; } /** * \note The returned value is NOT calculated deterministically. * * @return A pseudo-random number from the table. */ byte M_Random(void) { rndIndex = (rndIndex + 1) & 0xff; return rndTable[rndIndex]; } /** * Resets the seed for the random number generator. */ void M_ResetRandom(void) { rndIndex = prndIndex = 0; } doomsday-1.14.5/doomsday/plugins/heretic/src/p_spec.c0000664000175000017500000007302112350542240022034 0ustar jaakkojaakko/**\file p_spec.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Implements special effects. * * Texture animation, height or lighting changes according to adjacent * sectors, respective utility functions, etc. * * Line Tag handling. Line and Sector triggers. * * Events are operations triggered by using, crossing, or shooting special * lines, or by timed thinkers. */ // HEADER FILES ------------------------------------------------------------ #include #include "jheretic.h" #include "m_argv.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_mapspec.h" #include "player.h" #include "p_tick.h" #include "p_ceiling.h" #include "p_door.h" #include "p_floor.h" #include "p_plat.h" #include "p_user.h" #include "p_scroll.h" #include "p_switch.h" #include "d_net.h" #define MAX_AMBIENT_SFX 8 // Per level typedef enum afxcmd_e { afxcmd_play, // (sound) afxcmd_playabsvol, // (sound, volume) afxcmd_playrelvol, // (sound, volume) afxcmd_delay, // (ticks) afxcmd_delayrand, // (andbits) afxcmd_end // () } afxcmd_t; static void P_CrossSpecialLine(Line* line, int side, mobj_t* thing); static void P_ShootSpecialLine(mobj_t* thing, Line* line); mobj_t LavaInflictor; int* LevelAmbientSfx[MAX_AMBIENT_SFX]; int* AmbSfxPtr; int AmbSfxCount; int AmbSfxTics; int AmbSfxVolume; int AmbSndSeqInit[] = { // Startup afxcmd_end }; int AmbSndSeq1[] = { // Scream afxcmd_play, SFX_AMB1, afxcmd_end }; int AmbSndSeq2[] = { // Squish afxcmd_play, SFX_AMB2, afxcmd_end }; int AmbSndSeq3[] = { // Drops afxcmd_play, SFX_AMB3, afxcmd_delay, 16, afxcmd_delayrand, 31, afxcmd_play, SFX_AMB7, afxcmd_delay, 16, afxcmd_delayrand, 31, afxcmd_play, SFX_AMB3, afxcmd_delay, 16, afxcmd_delayrand, 31, afxcmd_play, SFX_AMB7, afxcmd_delay, 16, afxcmd_delayrand, 31, afxcmd_play, SFX_AMB3, afxcmd_delay, 16, afxcmd_delayrand, 31, afxcmd_play, SFX_AMB7, afxcmd_delay, 16, afxcmd_delayrand, 31, afxcmd_end }; int AmbSndSeq4[] = { // SlowFootSteps afxcmd_play, SFX_AMB4, afxcmd_delay, 15, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_delay, 15, afxcmd_playrelvol, SFX_AMB4, -3, afxcmd_delay, 15, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_delay, 15, afxcmd_playrelvol, SFX_AMB4, -3, afxcmd_delay, 15, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_delay, 15, afxcmd_playrelvol, SFX_AMB4, -3, afxcmd_delay, 15, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_end }; int AmbSndSeq5[] = { // Heartbeat afxcmd_play, SFX_AMB5, afxcmd_delay, 35, afxcmd_play, SFX_AMB5, afxcmd_delay, 35, afxcmd_play, SFX_AMB5, afxcmd_delay, 35, afxcmd_play, SFX_AMB5, afxcmd_end }; int AmbSndSeq6[] = { // Bells afxcmd_play, SFX_AMB6, afxcmd_delay, 17, afxcmd_playrelvol, SFX_AMB6, -8, afxcmd_delay, 17, afxcmd_playrelvol, SFX_AMB6, -8, afxcmd_delay, 17, afxcmd_playrelvol, SFX_AMB6, -8, afxcmd_end }; int AmbSndSeq7[] = { // Growl afxcmd_play, SFX_BSTSIT, afxcmd_end }; int AmbSndSeq8[] = { // Magic afxcmd_play, SFX_AMB8, afxcmd_end }; int AmbSndSeq9[] = { // Laughter afxcmd_play, SFX_AMB9, afxcmd_delay, 16, afxcmd_playrelvol, SFX_AMB9, -4, afxcmd_delay, 16, afxcmd_playrelvol, SFX_AMB9, -4, afxcmd_delay, 16, afxcmd_playrelvol, SFX_AMB10, -4, afxcmd_delay, 16, afxcmd_playrelvol, SFX_AMB10, -4, afxcmd_delay, 16, afxcmd_playrelvol, SFX_AMB10, -4, afxcmd_end }; int AmbSndSeq10[] = { // FastFootsteps afxcmd_play, SFX_AMB4, afxcmd_delay, 8, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_delay, 8, afxcmd_playrelvol, SFX_AMB4, -3, afxcmd_delay, 8, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_delay, 8, afxcmd_playrelvol, SFX_AMB4, -3, afxcmd_delay, 8, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_delay, 8, afxcmd_playrelvol, SFX_AMB4, -3, afxcmd_delay, 8, afxcmd_playrelvol, SFX_AMB11, -3, afxcmd_end }; int* AmbientSfx[] = { AmbSndSeq1, // Scream AmbSndSeq2, // Squish AmbSndSeq3, // Drops AmbSndSeq4, // SlowFootsteps AmbSndSeq5, // Heartbeat AmbSndSeq6, // Bells AmbSndSeq7, // Growl AmbSndSeq8, // Magic AmbSndSeq9, // Laughter AmbSndSeq10 // FastFootsteps }; dd_bool P_ActivateLine(Line* ld, mobj_t* mo, int side, int actType) { // Clients do not activate lines. if(IS_CLIENT) return false; switch(actType) { case SPAC_CROSS: P_CrossSpecialLine(ld, side, mo); return true; case SPAC_USE: return P_UseSpecialLine(mo, ld, side); case SPAC_IMPACT: P_ShootSpecialLine(mo, ld); return true; default: Con_Error("P_ActivateLine: Unknown Activation Type %i", actType); break; } return false; } /** * Called every time a thing origin is about to cross a line with * a non 0 special. */ static void P_CrossSpecialLine(Line* line, int side, mobj_t* thing) { xline_t* xline; // Extended functionality overrides old. if(XL_CrossLine(line, side, thing)) return; xline = P_ToXLine(line); // Triggers that other things can activate. if(!thing->player) { switch(xline->special) { default: return; case 39: ///< TELEPORT TRIGGER case 97: ///< TELEPORT RETRIGGER case 4: ///< RAISE DOOR break; } } // Note: could use some const's here. switch(xline->special) { default: break; // TRIGGERS. // All from here to RETRIGGERS. case 2: // Open Door EV_DoDoor(line, DT_OPEN); xline->special = 0; break; case 3: // Close Door EV_DoDoor(line, DT_CLOSE); xline->special = 0; break; case 4: // Raise Door EV_DoDoor(line, DT_NORMAL); xline->special = 0; break; case 5: // Raise Floor EV_DoFloor(line, FT_RAISEFLOOR); xline->special = 0; break; case 6: // Fast Ceiling Crush & Raise EV_DoCeiling(line, CT_CRUSHANDRAISEFAST); xline->special = 0; break; case 8: // Build Stairs EV_BuildStairs(line, build8); xline->special = 0; break; case 10: // PlatDownWaitUp EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0); xline->special = 0; break; case 12: // Light Turn On - brightest near EV_LightTurnOn(line, 0); xline->special = 0; break; case 13: // Light Turn On 255 EV_LightTurnOn(line, 1); xline->special = 0; break; case 16: // Close Door 30 EV_DoDoor(line, DT_CLOSE30THENOPEN); xline->special = 0; break; case 17: // Start Light Strobing EV_StartLightStrobing(line); xline->special = 0; break; case 19: // Lower Floor EV_DoFloor(line, FT_LOWER); xline->special = 0; break; case 22: // Raise floor to nearest height and change texture EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); xline->special = 0; break; case 25: // Ceiling Crush and Raise EV_DoCeiling(line, CT_CRUSHANDRAISE); xline->special = 0; break; case 30: // Raise floor to shortest texture height // on either side of lines. EV_DoFloor(line, FT_RAISETOTEXTURE); xline->special = 0; break; case 35: // Lights Very Dark EV_LightTurnOn(line, 35.0f/255.0f); xline->special = 0; break; case 36: // Lower Floor (TURBO) EV_DoFloor(line, FT_LOWERTURBO); xline->special = 0; break; case 37: // LowerAndChange EV_DoFloor(line, FT_LOWERANDCHANGE); xline->special = 0; break; case 38: // Lower Floor To Lowest EV_DoFloor(line, FT_LOWERTOLOWEST); xline->special = 0; break; case 39: // TELEPORT! EV_Teleport(line, side, thing, true); xline->special = 0; break; case 40: // RaiseCeilingLowerFloor EV_DoCeiling(line, CT_RAISETOHIGHEST); EV_DoFloor(line, FT_LOWERTOLOWEST); xline->special = 0; break; case 44: // Ceiling Crush EV_DoCeiling(line, CT_LOWERANDCRUSH); xline->special = 0; break; case 52: // EXIT! G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); break; case 53: // Perpetual Platform Raise EV_DoPlat(line, PT_PERPETUALRAISE, 0); xline->special = 0; break; case 54: // Platform Stop P_PlatDeactivate(xline->tag); xline->special = 0; break; case 56: // Raise Floor Crush EV_DoFloor(line, FT_RAISEFLOORCRUSH); xline->special = 0; break; case 57: // Ceiling Crush Stop P_CeilingDeactivate(xline->tag); xline->special = 0; break; case 58: // Raise Floor 24 EV_DoFloor(line, FT_RAISE24); xline->special = 0; break; case 59: // Raise Floor 24 And Change EV_DoFloor(line, FT_RAISE24ANDCHANGE); xline->special = 0; break; case 104: // Turn lights off in sector(tag) EV_TurnTagLightsOff(line); xline->special = 0; break; case 105: // Secret EXIT G_SetGameActionMapCompleted(G_NextLogicalMapNumber(true), 0, true); break; case 106: // Build Stairs EV_BuildStairs(line, build16); xline->special = 0; break; // RETRIGGERS. All from here till end. case 72: // Ceiling Crush EV_DoCeiling(line, CT_LOWERANDCRUSH); break; case 73: // Ceiling Crush and Raise EV_DoCeiling(line, CT_CRUSHANDRAISE); break; case 74: // Ceiling Crush Stop P_CeilingDeactivate(xline->tag); break; case 75: // Close Door EV_DoDoor(line, DT_CLOSE); break; case 76: // Close Door 30 EV_DoDoor(line, DT_CLOSE30THENOPEN); break; case 77: // Fast Ceiling Crush & Raise EV_DoCeiling(line, CT_CRUSHANDRAISEFAST); break; case 79: // Lights Very Dark EV_LightTurnOn(line, 35.0f/255.0f); break; case 80: // Light Turn On - brightest near EV_LightTurnOn(line, 0); break; case 81: // Light Turn On 255 EV_LightTurnOn(line, 1); break; case 82: // Lower Floor To Lowest EV_DoFloor(line, FT_LOWERTOLOWEST); break; case 83: // Lower Floor EV_DoFloor(line, FT_LOWER); break; case 84: // LowerAndChange EV_DoFloor(line, FT_LOWERANDCHANGE); break; case 86: // Open Door EV_DoDoor(line, DT_OPEN); break; case 87: // Perpetual Platform Raise EV_DoPlat(line, PT_PERPETUALRAISE, 0); break; case 88: // PlatDownWaitUp EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0); break; case 89: // Platform Stop P_PlatDeactivate(xline->tag); break; case 90: // Raise Door EV_DoDoor(line, DT_NORMAL); break; case 91: // Raise Floor EV_DoFloor(line, FT_RAISEFLOOR); break; case 92: // Raise Floor 24 EV_DoFloor(line, FT_RAISE24); break; case 93: // Raise Floor 24 And Change EV_DoFloor(line, FT_RAISE24ANDCHANGE); break; case 94: // Raise Floor Crush EV_DoFloor(line, FT_RAISEFLOORCRUSH); break; case 95: // Raise floor to nearest height // and change texture. EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); break; case 96: // Raise floor to shortest texture height // on either side of lines. EV_DoFloor(line, FT_RAISETOTEXTURE); break; case 97: // TELEPORT! EV_Teleport(line, side, thing, true); break; case 100: // DJS - Heretic has one turbo door raise EV_DoDoor(line, DT_BLAZEOPEN); break; } } /** * Called when a thing shoots a special line. */ static void P_ShootSpecialLine(mobj_t* thing, Line* line) { xline_t* xline = P_ToXLine(line); // Impacts that other things can activate. if(!thing->player) { switch(xline->special) { default: return; case 46: ///< OPEN DOOR IMPACT break; } } switch(xline->special) { default: break; case 24: // RAISE FLOOR EV_DoFloor(line, FT_RAISEFLOOR); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; break; case 46: // OPEN DOOR EV_DoDoor(line, DT_OPEN); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 47: // RAISE FLOOR NEAR AND CHANGE EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; break; } } /** * Called every tic frame that the player origin is in a special sector. */ void P_PlayerInSpecialSector(player_t *player) { Sector *sector = Mobj_Sector(player->plr->mo); // Falling, not all the way down yet? if(!FEQUAL(player->plr->mo->origin[VZ], P_GetDoublep(sector, DMU_FLOOR_HEIGHT))) return; // Has hitten ground. switch(P_ToXSector(sector)->special) { case 5: // LAVA DAMAGE WEAK if(!(mapTime & 15)) { P_DamageMobj(player->plr->mo, &LavaInflictor, NULL, 5, false); P_HitFloor(player->plr->mo); } break; case 7: // SLUDGE DAMAGE if(!(mapTime & 31)) P_DamageMobj(player->plr->mo, NULL, NULL, 4, false); break; case 16: // LAVA DAMAGE HEAVY if(!(mapTime & 15)) { P_DamageMobj(player->plr->mo, &LavaInflictor, NULL, 8, false); P_HitFloor(player->plr->mo); } break; case 4: // LAVA DAMAGE WEAK PLUS SCROLL EAST P_Thrust(player, 0, FIX2FLT(2048 * 28)); if(!(mapTime & 15)) { P_DamageMobj(player->plr->mo, &LavaInflictor, NULL, 5, false); P_HitFloor(player->plr->mo); } break; case 9: if(!IS_CLIENT) { // SECRET SECTOR player->secretCount++; player->update |= PSF_COUNTERS; P_ToXSector(sector)->special = 0; if(cfg.secretMsg) { P_SetMessage(player, 0, "You've found a secret area!"); S_ConsoleSound(SFX_SECRET, 0, player - players); } } break; case 11: // EXIT SUPER DAMAGE! (for E1M8 finale) /* // Not used in Heretic player->cheats &= ~CF_GODMODE; if(!(leveltime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 20); if(player->health <= 10) G_ExitLevel(); */ break; // These specials are handled elsewhere in jHeretic. case 15: // LOW FRICTION case 40: // WIND SPECIALS case 41: case 42: case 43: case 44: case 45: case 46: case 47: case 48: case 49: case 50: case 51: break; default: P_PlayerInWindSector(player); break; } } void P_SpawnSectorSpecialThinkers(void) { int i; // Clients spawn specials only on the server's instruction. if(IS_CLIENT) return; for(i = 0; i < numsectors; ++i) { Sector *sec = P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); switch(xsec->special) { default: break; case 1: ///< FLICKERING LIGHTS P_SpawnLightFlash(sec); break; case 2: ///< STROBE FAST P_SpawnStrobeFlash(sec, FASTDARK, 0); break; case 3: ///, STROBE SLOW P_SpawnStrobeFlash(sec, SLOWDARK, 0); break; case 4: ///< STROBE FAST/DEATH SLIME P_SpawnStrobeFlash(sec, FASTDARK, 0); xsec->special = 4; break; case 8: ///< GLOWING LIGHT P_SpawnGlowingLight(sec); break; case 12: ///< SYNC STROBE SLOW P_SpawnStrobeFlash(sec, SLOWDARK, 1); break; case 13: ///< SYNC STROBE FAST P_SpawnStrobeFlash(sec, FASTDARK, 1); break; case 10: ///< DOOR CLOSE IN 30 SECONDS P_SpawnDoorCloseIn30(sec); break; case 14: ///< DOOR RAISE IN 5 MINUTES P_SpawnDoorRaiseIn5Mins(sec); break; } } } void P_SpawnLineSpecialThinkers(void) { // Stub. } void P_SpawnAllSpecialThinkers(void) { P_SpawnSectorSpecialThinkers(); P_SpawnLineSpecialThinkers(); } void P_InitLava(void) { memset(&LavaInflictor, 0, sizeof(mobj_t)); LavaInflictor.type = MT_PHOENIXFX2; LavaInflictor.flags2 = MF2_FIREDAMAGE | MF2_NODMGTHRUST; } void P_PlayerInWindSector(player_t *player) { static coord_t const pushTab[5] = { 2048.0 / FRACUNIT * 5, 2048.0 / FRACUNIT * 10, 2048.0 / FRACUNIT * 25, 2048.0 / FRACUNIT * 30, 2048.0 / FRACUNIT * 35 }; Sector *sector = Mobj_Sector(player->plr->mo); xsector_t *xsector = P_ToXSector(sector); switch(xsector->special) { case 20: case 21: case 22: case 23: case 24: // Scroll_East P_Thrust(player, 0, pushTab[xsector->special - 20]); break; case 25: case 26: case 27: case 28: case 29: // Scroll_North P_Thrust(player, ANG90, pushTab[xsector->special - 25]); break; case 30: case 31: case 32: case 33: case 34: // Scroll_South P_Thrust(player, ANG270, pushTab[xsector->special - 30]); break; case 35: case 36: case 37: case 38: case 39: // Scroll_West P_Thrust(player, ANG180, pushTab[xsector->special - 35]); break; default: break; } // The other wind types (40..51). P_WindThrust(player->plr->mo); } void P_InitAmbientSound(void) { AmbSfxCount = 0; AmbSfxVolume = 0; AmbSfxTics = 10 * TICSPERSEC; AmbSfxPtr = AmbSndSeqInit; } void P_AddAmbientSfx(int sequence) { if(AmbSfxCount == MAX_AMBIENT_SFX) { Con_Error("Too many ambient sound sequences"); } LevelAmbientSfx[AmbSfxCount++] = AmbientSfx[sequence]; } void P_AmbientSound(void) { afxcmd_t cmd; int sound; dd_bool done; // Ambient sounds are a purely client-side effect. if(IS_NETGAME && !IS_CLIENT) return; // No ambient sound sequences on current level if(!AmbSfxCount) return; if(--AmbSfxTics) return; done = false; do { cmd = *AmbSfxPtr++; switch(cmd) { case afxcmd_play: AmbSfxVolume = P_Random() >> 2; S_StartSoundAtVolume(*AmbSfxPtr++, NULL, AmbSfxVolume / 127.0f); break; case afxcmd_playabsvol: sound = *AmbSfxPtr++; AmbSfxVolume = *AmbSfxPtr++; S_StartSoundAtVolume(sound, NULL, AmbSfxVolume / 127.0f); break; case afxcmd_playrelvol: sound = *AmbSfxPtr++; AmbSfxVolume += *AmbSfxPtr++; if(AmbSfxVolume < 0) AmbSfxVolume = 0; else if(AmbSfxVolume > 127) AmbSfxVolume = 127; S_StartSoundAtVolume(sound, NULL, AmbSfxVolume / 127.0f); break; case afxcmd_delay: AmbSfxTics = *AmbSfxPtr++; done = true; break; case afxcmd_delayrand: AmbSfxTics = P_Random() & (*AmbSfxPtr++); done = true; break; case afxcmd_end: AmbSfxTics = 6 * TICSPERSEC + P_Random(); AmbSfxPtr = LevelAmbientSfx[P_Random() % AmbSfxCount]; done = true; break; default: Con_Error("P_AmbientSound: Unknown afxcmd %d", cmd); break; } } while(done == false); } dd_bool P_UseSpecialLine2(mobj_t* mo, Line* line, int side) { xline_t *xline = P_ToXLine(line); // Switches that other things can activate. if(!mo->player) { // never DT_OPEN secret doors if(xline->flags & ML_SECRET) return false; } if(!mo->player) { switch(xline->special) { case 1: // MANUAL DOOR RAISE case 32: // MANUAL BLUE case 33: // MANUAL RED case 34: // MANUAL YELLOW break; default: return false; } } // Do something. switch(xline->special) { // MANUALS case 1: // Vertical Door case 26: // Blue Door/Locked case 27: // Yellow Door /Locked case 28: // Red Door /Locked case 31: // Manual door DT_OPEN case 32: // Blue locked door DT_OPEN case 33: // Red locked door DT_OPEN case 34: // Yellow locked door DT_OPEN EV_VerticalDoor(line, mo); break; // SWITCHES case 7: // Switch_Build_Stairs (8 pixel steps) if(EV_BuildStairs(line, build8)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 107: // Switch_Build_Stairs_16 (16 pixel steps) if(EV_BuildStairs(line, build16)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 9: // Change Donut. if(EV_DoDonut(line)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 11: // Exit level. if(cyclingMaps && mapCycleNoExit) break; G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; break; case 14: // Raise Floor 32 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 32)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 15: // Raise Floor 24 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 24)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 18: // Raise Floor to next highest floor. if(EV_DoFloor(line, FT_RAISEFLOORTONEAREST)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 20: // Raise Plat next highest floor and change texture. if(EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 21: // PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 23: // Lower Floor to Lowest. if(EV_DoFloor(line, FT_LOWERTOLOWEST)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 29: // Raise Door. if(EV_DoDoor(line, DT_NORMAL)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 41: // Lower Ceiling to Floor. if(EV_DoCeiling(line, CT_LOWERTOFLOOR)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 71: // Turbo Lower Floor. if(EV_DoFloor(line, FT_LOWERTURBO)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 49: // Lower Ceiling And Crush. if(EV_DoCeiling(line, CT_LOWERANDCRUSH)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 50: // Close Door. if(EV_DoDoor(line, DT_CLOSE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 51: // Secret EXIT. if(cyclingMaps && mapCycleNoExit) break; G_SetGameActionMapCompleted(G_NextLogicalMapNumber(true), 0, true); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; break; case 55: // Raise Floor Crush. if(EV_DoFloor(line, FT_RAISEFLOORCRUSH)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 101: // Raise Floor. if(EV_DoFloor(line, FT_RAISEFLOOR)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 102: // Lower Floor to Surrounding floor height. if(EV_DoFloor(line, FT_LOWER)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 103: // Open Door. if(EV_DoDoor(line, DT_OPEN)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; // BUTTONS case 42: // Close Door. if(EV_DoDoor(line, DT_CLOSE)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 43: // Lower Ceiling to Floor. if(EV_DoCeiling(line, CT_LOWERTOFLOOR)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 45: // Lower Floor to Surrounding floor height. if(EV_DoFloor(line, FT_LOWER)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 60: // Lower Floor to Lowest. if(EV_DoFloor(line, FT_LOWERTOLOWEST)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 61: // Open Door. if(EV_DoDoor(line, DT_OPEN)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 62: // PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAY, 1)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 63: // Raise Door. if(EV_DoDoor(line, DT_NORMAL)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 64: // Raise Floor to ceiling. if(EV_DoFloor(line, FT_RAISEFLOOR)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 66: // Raise Floor 24 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 24)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 67: // Raise Floor 32 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 32)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 65: // Raise Floor Crush. if(EV_DoFloor(line, FT_RAISEFLOORCRUSH)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 68: // Raise Plat to next highest floor and change texture. if(EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 69: // Raise Floor to next highest floor. if(EV_DoFloor(line, FT_RAISEFLOORTONEAREST)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 70: // Turbo Lower Floor. if(EV_DoFloor(line, FT_LOWERTURBO)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; default: break; } return true; } doomsday-1.14.5/doomsday/plugins/heretic/src/p_lights.cpp0000664000175000017500000003202212350542240022730 0ustar jaakkojaakko/** @file p_lights.cpp Handle Sector base lighting effects. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jheretic.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_mapspec.h" /** * Broken light flashing. */ void T_LightFlash(lightflash_t *flash) { float lightlevel = P_GetFloatp(flash->sector, DMU_LIGHT_LEVEL); if(--flash->count) return; if(lightlevel == flash->maxLight) { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->minLight); flash->count = (P_Random() & flash->minTime) + 1; } else { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->maxLight); flash->count = (P_Random() & flash->maxTime) + 1; } } void lightflash_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, count); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, maxTime); Writer_WriteInt32(writer, minTime); } int lightflash_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxTime = Reader_ReadInt32(reader); minTime = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized lightflash_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxTime = Reader_ReadInt32(reader); minTime = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_LightFlash; return true; // Add this thinker. } /** * After the map has been loaded, scan each sector for specials that spawn * thinkers. */ void P_SpawnLightFlash(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; // Nothing special about it during gameplay. P_ToXSector(sector)->special = 0; lightflash_t *flash = (lightflash_t *)Z_Calloc(sizeof(*flash), PU_MAP, 0); flash->thinker.function = (thinkfunc_t) T_LightFlash; Thinker_Add(&flash->thinker); flash->sector = sector; flash->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flash->minLight = otherLevel; else flash->minLight = lightLevel; flash->maxTime = 64; flash->minTime = 7; flash->count = (P_Random() & flash->maxTime) + 1; } /** * Strobe light flashing. */ void T_StrobeFlash(strobe_t *flash) { float lightLevel; if(--flash->count) return; lightLevel = P_GetFloatp(flash->sector, DMU_LIGHT_LEVEL); if(lightLevel == flash->minLight) { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->maxLight); flash->count = flash->brightTime; } else { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->minLight); flash->count = flash->darkTime; } } void strobe_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, count); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, darkTime); Writer_WriteInt32(writer, brightTime); } int strobe_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; darkTime = Reader_ReadInt32(reader); brightTime = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized strobe_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxLight = (float) Reader_ReadInt32(reader) / 255.0f; darkTime = Reader_ReadInt32(reader); brightTime = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_StrobeFlash; return true; // Add this thinker. } /** * After the map has been loaded, scan each sector for specials that spawn * thinkers. */ void P_SpawnStrobeFlash(Sector *sector, int fastOrSlow, int inSync) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; strobe_t *flash = (strobe_t *)Z_Calloc(sizeof(*flash), PU_MAP, 0); flash->thinker.function = (thinkfunc_t) T_StrobeFlash; Thinker_Add(&flash->thinker); flash->sector = sector; flash->darkTime = fastOrSlow; flash->brightTime = STROBEBRIGHT; flash->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flash->minLight = otherLevel; else flash->minLight = lightLevel; if(flash->minLight == flash->maxLight) flash->minLight = 0; // nothing special about it during gameplay P_ToXSector(sector)->special = 0; if(!inSync) { flash->count = (P_Random() & 7) + 1; } else { flash->count = 1; } } /** * Start strobing lights (usually from a trigger). */ void EV_StartLightStrobing(Line *line) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { if(P_ToXSector(sec)->specialData) continue; P_SpawnStrobeFlash(sec, SLOWDARK, 0); } } void EV_TurnTagLightsOff(Line *line) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { float lightLevel = P_GetFloatp(sec, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; P_FindSectorSurroundingLowestLight(sec, &otherLevel); if(otherLevel < lightLevel) lightLevel = otherLevel; P_SetFloatp(sec, DMU_LIGHT_LEVEL, lightLevel); } } void EV_LightTurnOn(Line *line, float max) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; float lightLevel = 0; if(max != 0) lightLevel = max; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec = 0; while((sec = (Sector *)IterList_MoveIterator(list))) { // If Max = 0 means to search for the highest light level in the // surrounding sector. if(max == 0) { lightLevel = P_GetFloatp(sec, DMU_LIGHT_LEVEL); float otherLevel = DDMINFLOAT; P_FindSectorSurroundingHighestLight(sec, &otherLevel); if(otherLevel > lightLevel) lightLevel = otherLevel; } P_SetFloatp(sec, DMU_LIGHT_LEVEL, lightLevel); } } void T_Glow(glow_t *g) { float lightlevel = P_GetFloatp(g->sector, DMU_LIGHT_LEVEL); float glowdelta = (1.0f / 255.0f) * (float) GLOWSPEED; switch(g->direction) { case -1: // Down. lightlevel -= glowdelta; if(lightlevel <= g->minLight) { lightlevel += glowdelta; g->direction = 1; } break; case 1: // Up. lightlevel += glowdelta; if(lightlevel >= g->maxLight) { lightlevel -= glowdelta; g->direction = -1; } break; } P_SetFloatp(g->sector, DMU_LIGHT_LEVEL, lightlevel); } void glow_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, direction); } int glow_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; direction = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized strobe_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxLight = (float) Reader_ReadInt32(reader) / 255.0f; direction = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_Glow; return true; // Add this thinker. } void P_SpawnGlowingLight(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; glow_t *g = (glow_t *)Z_Calloc(sizeof(*g), PU_MAP, 0); g->thinker.function = (thinkfunc_t) T_Glow; Thinker_Add(&g->thinker); g->sector = sector; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) g->minLight = otherLevel; else g->minLight = lightLevel; g->maxLight = lightLevel; g->direction = -1; P_ToXSector(sector)->special = 0; } doomsday-1.14.5/doomsday/plugins/heretic/src/h_console.c0000664000175000017500000001756312350542240022545 0ustar jaakkojaakko/** * @file h_console.c * Heretic specific console stuff. @ingroup console * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "jheretic.h" #include "hu_menu.h" #include "hu_stuff.h" #include "p_inventory.h" D_CMD(Cheat); D_CMD(CheatGod); D_CMD(CheatNoClip); D_CMD(CheatReveal); D_CMD(CheatGive); D_CMD(CheatMassacre); D_CMD(CheatWhere); D_CMD(CheatMorph); D_CMD(CheatLeaveMap); D_CMD(CheatSuicide); D_CMD(MakeLocal); D_CMD(SetCamera); D_CMD(SetViewLock); D_CMD(SetViewMode); D_CMD(CycleSpy); D_CMD(PlayDemo); D_CMD(RecordDemo); D_CMD(StopDemo); D_CMD(SpawnMobj); D_CMD(PrintPlayerCoords); void G_UpdateEyeHeight(void); D_CMD(ScreenShot); static void viewResizeAudioFeedback(void); // Console variables. cvartemplate_t gameCVars[] = { // View/Refresh {"view-size", 0, CVT_INT, &cfg.setBlocks, 3, 13, viewResizeAudioFeedback }, {"hud-title", 0, CVT_BYTE, &cfg.mapTitle, 0, 1}, {"hud-title-author-noiwad", 0, CVT_BYTE, &cfg.hideIWADAuthor, 0, 1}, {"view-bob-height", 0, CVT_FLOAT, &cfg.bobView, 0, 1}, {"view-bob-weapon", 0, CVT_FLOAT, &cfg.bobWeapon, 0, 1}, {"view-bob-weapon-switch-lower", 0, CVT_BYTE, &cfg.bobWeaponLower, 0, 1}, {"view-filter-strength", 0, CVT_FLOAT, &cfg.filterStrength, 0, 1}, {"view-ringfilter", 0, CVT_INT, &cfg.ringFilter, 1, 2}, // Server-side options // Game state {"server-game-skill", 0, CVT_BYTE, &cfg.netSkill, 0, 4}, {"server-game-map", CVF_NO_MAX, CVT_BYTE, &cfg.netMap, 0, 0}, {"server-game-episode", CVF_NO_MAX, CVT_BYTE, &cfg.netEpisode, 0, 0}, {"server-game-deathmatch", 0, CVT_BYTE, &cfg.netDeathmatch, 0, 1}, /* jHeretic only has one deathmatch mode */ // Modifiers {"server-game-mod-damage", 0, CVT_BYTE, &cfg.netMobDamageModifier, 1, 100}, {"server-game-mod-health", 0, CVT_BYTE, &cfg.netMobHealthModifier, 1, 20}, {"server-game-mod-gravity", 0, CVT_INT, &cfg.netGravity, -1, 100}, // Gameplay options {"server-game-jump", 0, CVT_BYTE, &cfg.netJumping, 0, 1}, {"server-game-nomonsters", 0, CVT_BYTE, &cfg.netNoMonsters, 0, 1}, {"server-game-respawn", 0, CVT_BYTE, &cfg.netRespawn, 0, 1}, {"server-game-respawn-monsters-nightmare", 0, CVT_BYTE, &cfg.respawnMonstersNightmare, 0, 1}, {"server-game-radiusattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZRadiusAttack, 0, 1}, {"server-game-monster-meleeattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZMonsterMeleeAttack, 0, 1}, {"server-game-coop-nodamage", 0, CVT_BYTE, &cfg.noCoopDamage, 0, 1}, {"server-game-noteamdamage", 0, CVT_BYTE, &cfg.noTeamDamage, 0, 1}, // Misc {"server-game-announce-secret", 0, CVT_BYTE, &cfg.secretMsg, 0, 1}, // Player // Player data {"player-color", 0, CVT_BYTE, &cfg.netColor, 0, 4}, {"player-eyeheight", 0, CVT_INT, &cfg.plrViewHeight, 41, 54, G_UpdateEyeHeight}, // Movment {"player-move-speed", 0, CVT_FLOAT, &cfg.playerMoveSpeed, 0, 1}, {"player-jump", 0, CVT_INT, &cfg.jumpEnabled, 0, 1}, {"player-jump-power", 0, CVT_FLOAT, &cfg.jumpPower, 0, 100}, {"player-air-movement", 0, CVT_BYTE, &cfg.airborneMovement, 0, 32}, // Weapon switch preferences {"player-autoswitch", 0, CVT_BYTE, &cfg.weaponAutoSwitch, 0, 2}, {"player-autoswitch-ammo", 0, CVT_BYTE, &cfg.ammoAutoSwitch, 0, 2}, {"player-autoswitch-notfiring", 0, CVT_BYTE, &cfg.noWeaponAutoSwitchIfFiring, 0, 1}, // Weapon Order preferences {"player-weapon-order0", 0, CVT_INT, &cfg.weaponOrder[0], 0, NUM_WEAPON_TYPES}, {"player-weapon-order1", 0, CVT_INT, &cfg.weaponOrder[1], 0, NUM_WEAPON_TYPES}, {"player-weapon-order2", 0, CVT_INT, &cfg.weaponOrder[2], 0, NUM_WEAPON_TYPES}, {"player-weapon-order3", 0, CVT_INT, &cfg.weaponOrder[3], 0, NUM_WEAPON_TYPES}, {"player-weapon-order4", 0, CVT_INT, &cfg.weaponOrder[4], 0, NUM_WEAPON_TYPES}, {"player-weapon-order5", 0, CVT_INT, &cfg.weaponOrder[5], 0, NUM_WEAPON_TYPES}, {"player-weapon-order6", 0, CVT_INT, &cfg.weaponOrder[6], 0, NUM_WEAPON_TYPES}, {"player-weapon-order7", 0, CVT_INT, &cfg.weaponOrder[7], 0, NUM_WEAPON_TYPES}, {"player-weapon-nextmode", 0, CVT_BYTE, &cfg.weaponNextMode, 0, 1}, {"player-weapon-cycle-sequential", 0, CVT_BYTE, &cfg.weaponCycleSequential, 0, 1}, // Misc {"player-camera-noclip", 0, CVT_INT, &cfg.cameraNoClip, 0, 1}, // Compatibility options {"game-monsters-stuckindoors", 0, CVT_BYTE, &cfg.monstersStuckInDoors, 0, 1}, {"game-objects-neverhangoverledges", 0, CVT_BYTE, &cfg.avoidDropoffs, 0, 1}, {"game-objects-clipping", 0, CVT_BYTE, &cfg.moveBlock, 0, 1}, {"game-player-wallrun-northonly", 0, CVT_BYTE, &cfg.wallRunNorthOnly, 0, 1}, {"game-objects-falloff", 0, CVT_BYTE, &cfg.fallOff, 0, 1}, {"game-zclip", 0, CVT_BYTE, &cfg.moveCheckZ, 0, 1}, {"game-monsters-floatoverblocking", 0, CVT_BYTE, &cfg.allowMonsterFloatOverBlocking, 0, 1}, {"game-corpse-sliding", 0, CVT_BYTE, &cfg.slidingCorpses, 0, 1}, {"server-game-maulotaur-fixfloorfire", 0, CVT_BYTE, &cfg.fixFloorFire, 0, 1}, {"server-game-plane-fixmaterialscroll", 0, CVT_BYTE, &cfg.fixPlaneScrollMaterialsEastOnly, 0, 1}, // Game state //{"game-fastmonsters", 0, CVT_BYTE, &cfg.fastMonsters, 0, 1}, // Gameplay {"game-corpse-time", CVF_NO_MAX, CVT_INT, &cfg.corpseTime, 0, 0}, // Misc {"msg-echo", 0, CVT_BYTE, &cfg.echoMsg, 0, 1}, {NULL} }; // Console commands ccmdtemplate_t gameCCmds[] = { {"spy", "", CCmdCycleSpy}, {"screenshot", "", CCmdScreenShot}, // $cheats {"cheat", "s", CCmdCheat}, {"god", NULL, CCmdCheatGod}, {"noclip", NULL, CCmdCheatNoClip}, {"reveal", "i", CCmdCheatReveal}, {"give", NULL, CCmdCheatGive}, {"kill", "", CCmdCheatMassacre}, {"leavemap", "", CCmdCheatLeaveMap}, {"suicide", NULL, CCmdCheatSuicide}, {"where", "", CCmdCheatWhere}, {"spawnmobj", NULL, CCmdSpawnMobj}, {"coord", "", CCmdPrintPlayerCoords}, // $democam {"makelocp", "i", CCmdMakeLocal}, {"makecam", "i", CCmdSetCamera}, {"setlock", NULL, CCmdSetViewLock}, {"lockmode", "i", CCmdSetViewLock}, {"viewmode", NULL, CCmdSetViewMode}, // Heretic specific {"chicken", NULL, CCmdCheatMorph}, {NULL} }; /** * Add the console variables and commands. */ void G_ConsoleRegistration(void) { int i; for(i = 0; gameCVars[i].path; ++i) Con_AddVariable(gameCVars + i); for(i = 0; gameCCmds[i].name; ++i) Con_AddCommand(gameCCmds + i); } /** * Called when the player-eyeheight cvar is changed. */ void G_UpdateEyeHeight(void) { player_t* plr = &players[CONSOLEPLAYER]; if(!(plr->plr->flags & DDPF_CAMERA)) plr->viewHeight = (float) cfg.plrViewHeight; } D_CMD(ScreenShot) { G_SetGameAction(GA_SCREENSHOT); return true; } static void viewResizeAudioFeedback(void) { if(Hu_MenuIsActive()) { // The menu slider plays its own audio feedback. return; } S_LocalSound(SFX_KEYUP, NULL); } doomsday-1.14.5/doomsday/plugins/heretic/src/p_inter.c0000664000175000017500000012755112350542240022233 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include "jheretic.h" #include "am_map.h" #include "d_net.h" #include "dmu_lib.h" #include "player.h" #include "p_inventory.h" #include "hu_inventory.h" #include "p_tick.h" #include "p_user.h" #include "p_mapsetup.h" #define BONUSADD (6) // Maximum number of rounds for each ammo type. int maxAmmo[NUM_AMMO_TYPES] = { 100, 50, 200, 200, 20, 150 }; // Numer of rounds to give with a backpack for each ammo type. int backpackAmmo[NUM_AMMO_TYPES] = { 10, 5, 10, 20, 1, 0 }; // Number of rounds to give for each weapon type. int getWeaponAmmo[NUM_WEAPON_TYPES] = { 0, 25, 10, 30, 50, 2, 50, 0 }; static dd_bool giveOneAmmo(player_t *plr, ammotype_t ammoType, int numRounds) { DENG_ASSERT(plr != 0); DENG_ASSERT((ammoType >= 0 && ammoType < NUM_AMMO_TYPES) || ammoType == AT_NOAMMO); // Giving the special 'unlimited ammo' type always succeeds. if(ammoType == AT_NOAMMO) return true; // Already fully stocked? if(plr->ammo[ammoType].owned >= plr->ammo[ammoType].max) return false; if(numRounds == 0) { return false; } else if(numRounds < 0) { // Fully replenish. numRounds = plr->ammo[ammoType].max; } // Give extra rounds at easy/nightmare skill levels. if(G_Ruleset_Skill() == SM_BABY || G_Ruleset_Skill() == SM_NIGHTMARE) { numRounds += numRounds / 1; } // Given the new ammo the player may want to change weapon automatically. P_MaybeChangeWeapon(plr, WT_NOCHANGE, ammoType, false /*don't force*/); // Restock the player. plr->ammo[ammoType].owned = MIN_OF(plr->ammo[ammoType].max, plr->ammo[ammoType].owned + numRounds); plr->update |= PSF_AMMO; // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_AMMO); return true; } dd_bool P_GiveAmmo(player_t *plr, ammotype_t ammoType, int numRounds) { int gaveAmmos = 0; if(ammoType == NUM_AMMO_TYPES) { // Give all ammos. int i = 0; for(i = 0; i < NUM_AMMO_TYPES; ++i) { gaveAmmos |= (int)giveOneAmmo(plr, (ammotype_t) i, numRounds) << i; } } else { // Give a single ammo. gaveAmmos |= (int)giveOneAmmo(plr, ammoType, numRounds) << (int)ammoType; } return gaveAmmos != 0; } static dd_bool giveOneWeapon(player_t *plr, weapontype_t weaponType) { int lvl = (plr->powers[PT_WEAPONLEVEL2]? 1 : 0); dd_bool gaveAmmo = false, gaveWeapon = false; weaponinfo_t const *wpnInfo; ammotype_t i; DENG_ASSERT(plr != 0); DENG_ASSERT(weaponType >= WT_FIRST && weaponType < NUM_WEAPON_TYPES); wpnInfo = &weaponInfo[weaponType][plr->class_]; // Do not give weapons unavailable for the current mode. if(!(wpnInfo->mode[lvl].gameModeBits & gameModeBits)) return false; // Give some of each of the ammo types used by this weapon. for(i = 0; i < NUM_AMMO_TYPES; ++i) { // Is this ammo type usable?. if(!wpnInfo->mode[lvl].ammoType[i]) continue; if(P_GiveAmmo(plr, i, getWeaponAmmo[weaponType])) { gaveAmmo = true; } } if(!plr->weapons[weaponType].owned) { gaveWeapon = true; plr->weapons[weaponType].owned = true; plr->update |= PSF_OWNED_WEAPONS; // Animate a pickup bonus flash? if(IS_NETGAME && !G_Ruleset_Deathmatch()) { plr->bonusCount += BONUSADD; } // Given the new weapon the player may want to change automatically. P_MaybeChangeWeapon(plr, weaponType, AT_NOAMMO, false); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_WEAPON); } return (gaveWeapon || gaveAmmo); } dd_bool P_GiveWeapon(player_t *plr, weapontype_t weaponType) { int gaveWeapons = 0; if(weaponType == NUM_WEAPON_TYPES) { // Give all weapons. int i = 0; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { gaveWeapons |= (int)giveOneWeapon(plr, (weapontype_t) i) << i; } } else { // Give a single weapon. gaveWeapons |= (int)giveOneWeapon(plr, weaponType) << (int)weaponType; } return gaveWeapons != 0; } static int maxPlayerHealth(dd_bool morphed) { return morphed? MAXCHICKENHEALTH : maxHealth; } dd_bool P_GiveHealth(player_t *player, int amount) { int healthLimit = maxPlayerHealth(player->morphTics != 0); // Already at capacity? if(player->health >= healthLimit) return false; if(amount < 0) { // Fully replenish. amount = healthLimit; } player->health = player->plr->mo->health = MIN_OF(player->health + amount, healthLimit); player->update |= PSF_HEALTH; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_HEALTH); return true; } dd_bool P_GiveArmor(player_t *player, int armorType, int armorPoints) { DENG_ASSERT(player != 0); if(player->armorPoints >= armorPoints) return false; P_PlayerSetArmorType(player, armorType); P_PlayerGiveArmorBonus(player, armorPoints - player->armorPoints); // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_ARMOR); return true; } static dd_bool giveOneKey(player_t *plr, keytype_t keyType) { DENG_ASSERT(plr != 0); DENG_ASSERT(keyType >= KT_FIRST && keyType < NUM_KEY_TYPES); // Already owned? if(plr->keys[keyType]) return false; plr->keys[keyType] = true; plr->bonusCount = BONUSADD; plr->update |= PSF_KEYS; // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_KEY); return true; } dd_bool P_GiveKey(player_t *plr, keytype_t keyType) { int gaveKeys = 0; if(keyType == NUM_KEY_TYPES) { // Give all keys. int i = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { gaveKeys |= (int)giveOneKey(plr, (keytype_t) i) << i; } } else { // Give a single key. gaveKeys |= (int)giveOneKey(plr, keyType) << (int)keyType; } return gaveKeys != 0; } void P_GiveBackpack(player_t *plr) { int i; if(!plr->backpack) { plr->update |= PSF_MAX_AMMO; for(i = 0; i < NUM_AMMO_TYPES; ++i) { plr->ammo[i].max *= 2; } plr->backpack = true; } for(i = 0; i < NUM_AMMO_TYPES; ++i) { P_GiveAmmo(plr, i, backpackAmmo[i]); } P_SetMessage(plr, 0, TXT_ITEMBAGOFHOLDING); } dd_bool P_GivePower(player_t *player, powertype_t powerType) { dd_bool retval = false; DENG_ASSERT(player != 0); DENG_ASSERT(powerType >= PT_FIRST && powerType < NUM_POWER_TYPES); player->update |= PSF_POWERS; switch(powerType) { case PT_INVULNERABILITY: if(!(player->powers[powerType] > BLINKTHRESHOLD)) { player->powers[powerType] = INVULNTICS; retval = true; } break; case PT_WEAPONLEVEL2: if(!(player->powers[powerType] > BLINKTHRESHOLD)) { player->powers[powerType] = WPNLEV2TICS; retval = true; } break; case PT_INVISIBILITY: if(!(player->powers[powerType] > BLINKTHRESHOLD)) { mobj_t *plrmo = player->plr->mo; player->powers[powerType] = INVISTICS; plrmo->flags |= MF_SHADOW; retval = true; } break; case PT_FLIGHT: if(!(player->powers[powerType] > BLINKTHRESHOLD)) { mobj_t *plrmo = player->plr->mo; player->powers[powerType] = FLIGHTTICS; plrmo->flags2 |= MF2_FLY; plrmo->flags |= MF_NOGRAVITY; if(plrmo->origin[VZ] <= plrmo->floorZ) { player->flyHeight = 10; // Thrust the player in the air a bit. player->plr->flags |= DDPF_FIXMOM; } retval = true; } break; case PT_INFRARED: if(!(player->powers[powerType] > BLINKTHRESHOLD)) { player->powers[powerType] = INFRATICS; retval = true; } break; default: if(!player->powers[powerType]) { player->powers[powerType] = 1; retval = true; } break; } if(retval) { if(powerType == PT_ALLMAP) ST_RevealAutomap(player - players, true); } return retval; } dd_bool P_TakePower(player_t *player, powertype_t powerType) { DENG_ASSERT(player != 0); DENG_ASSERT(powerType >= PT_FIRST && powerType < NUM_POWER_TYPES); if(!player->powers[powerType]) return false; // Dont got it. switch(powerType) { case PT_ALLMAP: ST_RevealAutomap(player - players, false); break; case PT_FLIGHT: { mobj_t *plrmo = player->plr->mo; if(plrmo->origin[VZ] != plrmo->floorZ && cfg.lookSpring) { player->centering = true; } plrmo->flags2 &= ~MF2_FLY; plrmo->flags &= ~MF_NOGRAVITY; break; } default: break; } player->powers[powerType] = 0; player->update |= PSF_POWERS; return true; } dd_bool P_TogglePower(player_t *player, powertype_t powerType) { DENG_ASSERT(player != 0); DENG_ASSERT(powerType >= PT_FIRST && powerType < NUM_POWER_TYPES); if(!player->powers[powerType]) { return P_GivePower(player, powerType); } else { return P_TakePower(player, powerType); } } /** * Removes the MF_SPECIAL flag, and initiates the item pickup animation. */ static void setDormantItem(mobj_t* mo) { mo->flags &= ~MF_SPECIAL; if(G_Ruleset_Deathmatch() && (mo->type != MT_ARTIINVULNERABILITY) && (mo->type != MT_ARTIINVISIBILITY)) { P_MobjChangeState(mo, S_DORMANTARTI1); } else { // Don't respawn. P_MobjChangeState(mo, S_DEADARTI1); } } typedef enum { IT_NONE = 0, IT_HEALTH_POTION, IT_SHIELD1, IT_SHIELD2, IT_BAGOFHOLDING, IT_ALLMAP, IT_KEY_BLUE, IT_KEY_YELLOW, IT_KEY_GREEN, IT_ITEM_HEALTHPOTION, IT_ITEM_WINGS, IT_ITEM_INVUL, IT_ITEM_TOMB, IT_ITEM_INVIS, IT_ITEM_EGG, IT_ITEM_HEALTHSUPER, IT_ITEM_TORCH, IT_ITEM_FIREBOMB, IT_ITEM_TELEPORT, IT_AMMO_WAND, IT_AMMO_WAND_LARGE, IT_AMMO_MACE, IT_AMMO_MACE_LARGE, IT_AMMO_CROSSBOW, IT_AMMO_CROSSBOW_LARGE, IT_AMMO_BLASTER, IT_AMMO_BLASTER_LARGE, IT_AMMO_SKULL, IT_AMMO_SKULL_LARGE, IT_AMMO_PHOENIX, IT_AMMO_PHOENIX_LARGE, IT_WEAPON_MACE, IT_WEAPON_CROSSBOW, IT_WEAPON_BLASTER, IT_WEAPON_SKULLROD, IT_WEAPON_PHOENIXROD, IT_WEAPON_GAUNTLETS } itemtype_t; static itemtype_t getItemTypeBySprite(spritetype_e sprite) { static const struct item_s { itemtype_t type; spritetype_e sprite; } items[] = { { IT_HEALTH_POTION, SPR_PTN1 }, { IT_SHIELD1, SPR_SHLD }, { IT_SHIELD2, SPR_SHD2 }, { IT_BAGOFHOLDING, SPR_BAGH }, { IT_ALLMAP, SPR_SPMP }, { IT_KEY_BLUE, SPR_BKYY }, { IT_KEY_YELLOW, SPR_CKYY }, { IT_KEY_GREEN, SPR_AKYY }, { IT_ITEM_HEALTHPOTION, SPR_PTN2 }, { IT_ITEM_WINGS, SPR_SOAR }, { IT_ITEM_INVUL, SPR_INVU }, { IT_ITEM_TOMB, SPR_PWBK }, { IT_ITEM_INVIS, SPR_INVS }, { IT_ITEM_EGG, SPR_EGGC }, { IT_ITEM_HEALTHSUPER, SPR_SPHL }, { IT_ITEM_TORCH, SPR_TRCH }, { IT_ITEM_FIREBOMB, SPR_FBMB }, { IT_ITEM_TELEPORT, SPR_ATLP }, { IT_AMMO_WAND, SPR_AMG1 }, { IT_AMMO_WAND_LARGE, SPR_AMG2 }, { IT_AMMO_MACE, SPR_AMM1 }, { IT_AMMO_MACE_LARGE, SPR_AMM2 }, { IT_AMMO_CROSSBOW, SPR_AMC1 }, { IT_AMMO_CROSSBOW_LARGE, SPR_AMC2 }, { IT_AMMO_BLASTER, SPR_AMB1 }, { IT_AMMO_BLASTER_LARGE, SPR_AMB2 }, { IT_AMMO_SKULL, SPR_AMS1 }, { IT_AMMO_SKULL_LARGE, SPR_AMS2 }, { IT_AMMO_PHOENIX, SPR_AMP1 }, { IT_AMMO_PHOENIX_LARGE, SPR_AMP2 }, { IT_WEAPON_MACE, SPR_WMCE }, { IT_WEAPON_CROSSBOW, SPR_WBOW }, { IT_WEAPON_BLASTER, SPR_WBLS }, { IT_WEAPON_SKULLROD, SPR_WSKL }, { IT_WEAPON_PHOENIXROD, SPR_WPHX }, { IT_WEAPON_GAUNTLETS, SPR_WGNT }, { IT_NONE, 0 }, }; int i; for(i = 0; items[i].type != IT_NONE; ++i) { if(items[i].sprite == sprite) return items[i].type; } return IT_NONE; } /** * Attempt to pickup the found weapon type. * * @param plr Player to attempt the pickup. * @param weaponType Weapon type to pickup. * @param pickupMessage Message to display if picked up. * * @return @c true if the player picked up the weapon. */ static dd_bool pickupWeapon(player_t *plr, weapontype_t weaponType, char const *pickupMessage) { dd_bool pickedWeapon; DENG_ASSERT(plr != 0); DENG_ASSERT(weaponType >= WT_FIRST && weaponType < NUM_WEAPON_TYPES); // Depending on the game rules the player should ignore the weapon. if(plr->weapons[weaponType].owned) { // Leave placed weapons forever on net games. if(IS_NETGAME && !G_Ruleset_Deathmatch()) return false; } // Attempt the pickup. pickedWeapon = P_GiveWeapon(plr, weaponType); if(pickedWeapon) { // Notify the user. P_SetMessage(plr, 0, pickupMessage); if(!mapSetup) // Pickup sounds are not played during map setup. { S_ConsoleSound(SFX_WPNUP, NULL, plr - players); } } // Leave placed weapons forever on net games. if(IS_NETGAME && !G_Ruleset_Deathmatch()) return false; return pickedWeapon; } /** * @param plr Player being given item. * @param item Type of item being given. * @param quantity ? * * @return @c true iff the item should be destroyed. */ static dd_bool pickupItem(player_t *plr, itemtype_t item, int quantity) { if(!plr) return false; switch(item) { case IT_HEALTH_POTION: if(!P_GiveHealth(plr, 10)) return false; P_SetMessage(plr, 0, TXT_ITEMHEALTH); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_SHIELD1: if(!P_GiveArmor(plr, 1, 1 * 100)) return false; P_SetMessage(plr, 0, TXT_ITEMSHIELD1); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_SHIELD2: if(!P_GiveArmor(plr, 2, 2 * 100)) return false; P_SetMessage(plr, 0, TXT_ITEMSHIELD2); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_BAGOFHOLDING: P_GiveBackpack(plr); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_ALLMAP: if(!P_GivePower(plr, PT_ALLMAP)) return false; // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_POWER); P_SetMessage(plr, 0, TXT_ITEMSUPERMAP); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_KEY_BLUE: if(!plr->keys[KT_BLUE]) { P_SetMessage(plr, 0, TXT_GOTBLUEKEY); P_GiveKey(plr, KT_BLUE); if(!mapSetup) S_ConsoleSound(SFX_KEYUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_KEY_YELLOW: if(!plr->keys[KT_YELLOW]) { P_SetMessage(plr, 0, TXT_GOTYELLOWKEY); P_GiveKey(plr, KT_YELLOW); if(!mapSetup) S_ConsoleSound(SFX_KEYUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_KEY_GREEN: if(!plr->keys[KT_GREEN]) { P_SetMessage(plr, 0, TXT_GOTGREENKEY); P_GiveKey(plr, KT_GREEN); if(!mapSetup) S_ConsoleSound(SFX_KEYUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_ITEM_HEALTHPOTION: if(!P_InventoryGive(plr - players, IIT_HEALTH, false)) return false; P_SetMessage(plr, 0, TXT_INV_HEALTH); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_WINGS: if(!P_InventoryGive(plr - players, IIT_FLY, false)) return false; P_SetMessage(plr, 0, TXT_INV_FLY); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_INVUL: if(!P_InventoryGive(plr - players, IIT_INVULNERABILITY, false)) return false; P_SetMessage(plr, 0, TXT_INV_INVULNERABILITY); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_TOMB: if(!P_InventoryGive(plr - players, IIT_TOMBOFPOWER, false)) return false; P_SetMessage(plr, 0, TXT_INV_TOMEOFPOWER); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_INVIS: if(!P_InventoryGive(plr - players, IIT_INVISIBILITY, false)) return false; P_SetMessage(plr, 0, TXT_INV_INVISIBILITY); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_EGG: if(!P_InventoryGive(plr - players, IIT_EGG, false)) return false; P_SetMessage(plr, 0, TXT_INV_EGG); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_HEALTHSUPER: if(!P_InventoryGive(plr - players, IIT_SUPERHEALTH, false)) return false; P_SetMessage(plr, 0, TXT_INV_SUPERHEALTH); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_TORCH: if(!P_InventoryGive(plr - players, IIT_TORCH, false)) return false; P_SetMessage(plr, 0, TXT_INV_TORCH); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_FIREBOMB: if(!P_InventoryGive(plr - players, IIT_FIREBOMB, false)) return false; P_SetMessage(plr, 0, TXT_INV_FIREBOMB); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_ITEM_TELEPORT: if(!P_InventoryGive(plr - players, IIT_TELEPORT, false)) return false; P_SetMessage(plr, 0, TXT_INV_TELEPORT); if(!mapSetup) S_ConsoleSound(SFX_ARTIUP, NULL, plr - players); break; case IT_AMMO_WAND: if(!P_GiveAmmo(plr, AT_CRYSTAL, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOGOLDWAND1); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_WAND_LARGE: if(!P_GiveAmmo(plr, AT_CRYSTAL, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOGOLDWAND2); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_MACE: if(!P_GiveAmmo(plr, AT_MSPHERE, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOMACE1); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_MACE_LARGE: if(!P_GiveAmmo(plr, AT_MSPHERE, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOMACE2); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CROSSBOW: if(!P_GiveAmmo(plr, AT_ARROW, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOCROSSBOW1); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CROSSBOW_LARGE: if(!P_GiveAmmo(plr, AT_ARROW, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOCROSSBOW2); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_BLASTER: if(!P_GiveAmmo(plr, AT_ORB, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOBLASTER1); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_BLASTER_LARGE: if(!P_GiveAmmo(plr, AT_ORB, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOBLASTER2); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_SKULL: if(!P_GiveAmmo(plr, AT_RUNE, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOSKULLROD1); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_SKULL_LARGE: if(!P_GiveAmmo(plr, AT_RUNE, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOSKULLROD2); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_PHOENIX: if(!P_GiveAmmo(plr, AT_FIREORB, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOPHOENIXROD1); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_PHOENIX_LARGE: if(!P_GiveAmmo(plr, AT_FIREORB, quantity)) return false; P_SetMessage(plr, 0, TXT_AMMOPHOENIXROD2); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_WEAPON_MACE: return pickupWeapon(plr, WT_SEVENTH, TXT_WPNMACE); case IT_WEAPON_CROSSBOW: return pickupWeapon(plr, WT_THIRD, TXT_WPNCROSSBOW); case IT_WEAPON_BLASTER: return pickupWeapon(plr, WT_FOURTH, TXT_WPNBLASTER); case IT_WEAPON_SKULLROD: return pickupWeapon(plr, WT_FIFTH, TXT_WPNSKULLROD); case IT_WEAPON_PHOENIXROD: return pickupWeapon(plr, WT_SIXTH, TXT_WPNPHOENIXROD); case IT_WEAPON_GAUNTLETS: return pickupWeapon(plr, WT_EIGHTH, TXT_WPNGAUNTLETS); default: Con_Error("giveItem: Unknown item %i.", (int) item); } return true; } void P_TouchSpecialMobj(mobj_t *special, mobj_t *toucher) { player_t *player; coord_t delta; itemtype_t item; DENG_ASSERT(special != 0); DENG_ASSERT(toucher != 0); delta = special->origin[VZ] - toucher->origin[VZ]; if(delta > toucher->height || delta < -32) { // Out of reach. return; } // Dead thing touching (can happen with a sliding player corpse). if(toucher->health <= 0) return; player = toucher->player; // Identify by sprite. if((item = getItemTypeBySprite(special->sprite)) != IT_NONE) { // In Heretic the number of rounds to give for an ammo type is defined // by the 'health' of the mobj. int quantity = MAX_OF(special->health, 0); if(!pickupItem(player, item, quantity)) return; // Don't destroy the item. } else { App_Log(DE2_MAP_WARNING, "P_TouchSpecialMobj: Unknown gettable thing %i", (int) special->type); } if(special->flags & MF_COUNTITEM) { player->itemCount++; player->update |= PSF_COUNTERS; } switch(item) { case IT_ITEM_HEALTHPOTION: case IT_ITEM_WINGS: case IT_ITEM_INVUL: case IT_ITEM_TOMB: case IT_ITEM_INVIS: case IT_ITEM_EGG: case IT_ITEM_HEALTHSUPER: case IT_ITEM_TORCH: case IT_ITEM_FIREBOMB: case IT_ITEM_TELEPORT: setDormantItem(special); break; default: if(G_Ruleset_Deathmatch() && !(special->flags & MF_DROPPED)) { special->flags &= ~MF_SPECIAL; special->flags2 |= MF2_DONTDRAW; P_MobjChangeState(special, S_HIDESPECIAL1); } else { P_MobjRemove(special, false); } if(!mapSetup) player->bonusCount += BONUSADD; break; } } static void killMobj(mobj_t *source, mobj_t *target) { statenum_t state; if(!target) // Nothing to kill. return; target->flags &= ~(MF_SHOOTABLE | MF_FLOAT | MF_SKULLFLY | MF_NOGRAVITY); target->flags |= MF_CORPSE | MF_DROPOFF; target->flags2 &= ~MF2_PASSMOBJ; target->corpseTics = 0; target->height /= 2*2; if(source && source->player) { if(target->flags & MF_COUNTKILL) { // Count for intermission. source->player->killCount++; source->player->update |= PSF_COUNTERS; } if(target->player) { // Frag stuff. source->player->update |= PSF_FRAGS; if(target == source) { // Self-frag. target->player->frags[target->player - players]--; NetSv_FragsForAll(target->player); } else { source->player->frags[target->player - players]++; NetSv_FragsForAll(source->player); if(source->player->morphTics) { // Make a super chicken. P_GivePower(source->player, PT_WEAPONLEVEL2); } } } } else if(!IS_NETGAME && (target->flags & MF_COUNTKILL)) { // Count all monster deaths. players[0].killCount++; } if(target->player) { if(!source) { // Self-frag. target->player->frags[target->player - players]--; NetSv_FragsForAll(target->player); } target->flags &= ~MF_SOLID; target->flags2 &= ~MF2_FLY; target->player->powers[PT_FLIGHT] = 0; target->player->powers[PT_WEAPONLEVEL2] = 0; target->player->playerState = PST_DEAD; target->player->rebornWait = PLAYER_REBORN_TICS; target->player->plr->flags |= DDPF_DEAD; target->player->update |= PSF_STATE; P_DropWeapon(target->player); if(target->flags2 & MF2_FIREDAMAGE) { // Player flame death. P_MobjChangeState(target, S_PLAY_FDTH1); return; } // Don't die with the automap open. ST_AutomapOpen(target->player - players, false, false); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(target->player - players, false); #endif } if((state = P_GetState(target->type, SN_XDEATH)) != S_NULL && target->health < -(target->info->spawnHealth / 2)) { // Extreme death. P_MobjChangeState(target, state); } else { // Normal death. P_MobjChangeState(target, P_GetState(target->type, SN_DEATH)); } target->tics -= P_Random() & 3; } dd_bool P_MorphPlayer(player_t *player) { mobj_t *pmo, *fog, *chicken; coord_t pos[3]; angle_t angle; int oldFlags2; DENG_ASSERT(player != 0); App_Log(DE2_DEV_MAP_MSG, "P_MorphPlayer: Player %i", (int)(player - players)); if(player->morphTics) { if((player->morphTics < CHICKENTICS - TICSPERSEC) && !player->powers[PT_WEAPONLEVEL2]) { // Make a super chicken. P_GivePower(player, PT_WEAPONLEVEL2); } return false; } if(player->powers[PT_INVULNERABILITY]) { // Immune when invulnerable. return false; } pmo = player->plr->mo; memcpy(pos, pmo->origin, sizeof(pos)); angle = pmo->angle; oldFlags2 = pmo->flags2; if(!(chicken = P_SpawnMobj(MT_CHICPLAYER, pos, angle, 0))) return false; P_MobjChangeState(pmo, S_FREETARGMOBJ); if((fog = P_SpawnMobjXYZ(MT_TFOG, pos[VX], pos[VY], pos[VZ] + TELEFOGHEIGHT, angle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); chicken->special1 = player->readyWeapon; chicken->player = player; chicken->dPlayer = player->plr; player->class_ = PCLASS_CHICKEN; player->health = chicken->health = MAXCHICKENHEALTH; player->plr->mo = chicken; player->armorPoints = player->armorType = 0; player->powers[PT_INVISIBILITY] = 0; player->powers[PT_WEAPONLEVEL2] = 0; if(oldFlags2 & MF2_FLY) chicken->flags2 |= MF2_FLY; player->morphTics = CHICKENTICS; player->plr->flags |= DDPF_FIXORIGIN | DDPF_FIXMOM; player->update |= PSF_MORPH_TIME | PSF_HEALTH | PSF_POWERS | PSF_ARMOR_POINTS; P_ActivateMorphWeapon(player); return true; } static dd_bool morphMonster(mobj_t *actor) { mobj_t *fog, *chicken, *target; mobjtype_t moType; coord_t pos[3]; angle_t angle; int ghost; DENG_ASSERT(actor != 0); if(actor->player) return false; moType = actor->type; switch(moType) { case MT_POD: case MT_CHICKEN: case MT_HEAD: case MT_MINOTAUR: case MT_SORCERER1: case MT_SORCERER2: return false; default: break; } memcpy(pos, actor->origin, sizeof(pos)); angle = actor->angle; ghost = actor->flags & MF_SHADOW; target = actor->target; if((chicken = P_SpawnMobj(MT_CHICKEN, pos, angle, 0))) { P_MobjChangeState(actor, S_FREETARGMOBJ); if((fog = P_SpawnMobjXYZ(MT_TFOG, pos[VX], pos[VY], pos[VZ] + TELEFOGHEIGHT, angle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); chicken->special2 = moType; chicken->special1 = CHICKENTICS + P_Random(); chicken->flags |= ghost; chicken->target = target; } return true; } static dd_bool autoUseChaosDevice(player_t *player) { int plrnum = player - players; DENG_ASSERT(player != 0); /// @todo Do this in the inventory code? if(P_InventoryCount(plrnum, IIT_TELEPORT)) { P_InventoryUse(plrnum, IIT_TELEPORT, false); P_DamageMobj(player->plr->mo, NULL, NULL, player->health - (player->health + 1) / 2, false); return true; } return false; } static void autoUseHealth(player_t *player, int saveHealth) { uint i, count; int plrnum = player - players; int normalCount = P_InventoryCount(plrnum, IIT_HEALTH); int superCount = P_InventoryCount(plrnum, IIT_SUPERHEALTH); DENG_ASSERT(player != 0); if(!player->plr->mo) return; /// @todo Do this in the inventory code? if(G_Ruleset_Skill() == SM_BABY && normalCount * 25 >= saveHealth) { // Use quartz flasks. count = (saveHealth + 24) / 25; for(i = 0; i < count; ++i) { player->health += 25; P_InventoryTake(plrnum, IIT_HEALTH, false); } } else if(superCount * 100 >= saveHealth) { // Use mystic urns. count = (saveHealth + 99) / 100; for(i = 0; i < count; ++i) { player->health += 100; P_InventoryTake(plrnum, IIT_SUPERHEALTH, false); } } else if(G_Ruleset_Skill() == SM_BABY && superCount * 100 + normalCount * 25 >= saveHealth) { // Use mystic urns and quartz flasks. count = (saveHealth + 24) / 25; saveHealth -= count * 25; for(i = 0; i < count; ++i) { player->health += 25; P_InventoryTake(plrnum, IIT_HEALTH, false); } count = (saveHealth + 99) / 100; for(i = 0; i < count; ++i) { player->health += 100; P_InventoryTake(plrnum, IIT_SUPERHEALTH, false); } } player->plr->mo->health = player->health; } int P_DamageMobj2(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damageP, dd_bool stomping, dd_bool skipNetworkCheck) { angle_t angle; int saved, originalHealth; player_t *player; int temp, damage; if(!target) return 0; // Wha? originalHealth = target->health; // The actual damage (== damageP * netMobDamageModifier for any // non-player mobj). damage = damageP; if(!skipNetworkCheck) { if(IS_NETGAME && !stomping && D_NetDamageMobj(target, inflictor, source, damage)) { // We're done here. return 0; } // Clients can't harm anybody. if(IS_CLIENT) return 0; } App_Log(DE2_DEV_MAP_VERBOSE, "Damaging mobj %i with %i points", target->thinker.id, damage); if(!(target->flags & MF_SHOOTABLE)) { App_Log(DE2_DEV_MAP_WARNING, "P_DamageMobj2: Target %i is not shootable!", target->thinker.id); return 0; // Shouldn't happen... } if(target->health <= 0) return 0; if(target->player) { // Player specific. // Check if player-player damage is disabled. if(source && source->player && source->player != target->player) { // Co-op damage disabled? if(IS_NETGAME && !G_Ruleset_Deathmatch() && cfg.noCoopDamage) return 0; // Same color, no damage? if(cfg.noTeamDamage && cfg.playerColor[target->player - players] == cfg.playerColor[source->player - players]) return 0; } } if(target->flags & MF_SKULLFLY) { if(target->type == MT_MINOTAUR) { // Minotaur is invulnerable during charge attack. return 0; } target->mom[MX] = target->mom[MY] = target->mom[MZ] = 0; } player = target->player; if(player && G_Ruleset_Skill() == SM_BABY) damage /= 2; // Take half damage in trainer mode. // Use the cvar damage multiplier netMobDamageModifier only if the // inflictor is not a player. if(inflictor && !inflictor->player && (!source || (source && !source->player))) { // damage = (int) ((float) damage * netMobDamageModifier); if(IS_NETGAME) damage *= cfg.netMobDamageModifier; } // Special damage types. if(inflictor) { switch(inflictor->type) { case MT_EGGFX: if(player) { P_MorphPlayer(player); } else { morphMonster(target); } return 0; // Does no actual "damage" but health IS modified. case MT_WHIRLWIND: { int randVal; target->angle += (P_Random() - P_Random()) << 20; target->mom[MX] += FIX2FLT((P_Random() - P_Random()) << 10); target->mom[MY] += FIX2FLT((P_Random() - P_Random()) << 10); if((mapTime & 16) && !(target->flags2 & MF2_BOSS)) { randVal = P_Random(); if(randVal > 160) { randVal = 160; } target->mom[MZ] += FIX2FLT(randVal << 10); if(target->mom[MZ] > 12) { target->mom[MZ] = 12; } } if(!(mapTime & 7)) { return P_DamageMobj(target, NULL, NULL, 3, false); } return 0; } case MT_MINOTAUR: if(inflictor->flags & MF_SKULLFLY) { // Slam only when in charge mode. angle_t angle; uint an; coord_t thrust; int damageDone; angle = M_PointToAngle2(inflictor->origin, target->origin); an = angle >> ANGLETOFINESHIFT; thrust = 16 + FIX2FLT(P_Random() << 10); target->mom[MX] += thrust * FIX2FLT(finecosine[an]); target->mom[MY] += thrust * FIX2FLT(finesine[an]); damageDone = P_DamageMobj(target, NULL, NULL, HITDICE(6), false); if(target->player) { target->reactionTime = 14 + (P_Random() & 7); } return damageDone; } break; case MT_MACEFX4: // Death ball. if((target->flags2 & MF2_BOSS) || target->type == MT_HEAD) { // Don't allow cheap boss kills. break; } else if(target->player) { // Player specific checks. // Is player invulnerable? if(target->player->powers[PT_INVULNERABILITY]) break; // Does the player have a Chaos Device he can use to get // him out of trouble? if(autoUseChaosDevice(target->player)) return originalHealth - target->health; // He's lucky... this time. } // Something's gonna die. damage = 10000; break; case MT_PHOENIXFX2: // Flame thrower. if(target->player && P_Random() < 128) { // Freeze player for a bit. target->reactionTime += 4; } break; case MT_RAINPLR1: case MT_RAINPLR2: case MT_RAINPLR3: case MT_RAINPLR4: // Rain missiles. if(target->flags2 & MF2_BOSS) { // Decrease damage for bosses. damage = (P_Random() & 7) + 1; } break; case MT_HORNRODFX2: case MT_PHOENIXFX1: if(target->type == MT_SORCERER2 && P_Random() < 96) { // D'Sparil teleports away, without taking damage. P_DSparilTeleport(target); return 0; } break; case MT_BLASTERFX1: case MT_RIPPER: if(target->type == MT_HEAD) { // Less damage to Ironlich bosses. damage = P_Random() & 1; if(!damage) return 0; } break; default: break; } } // Some close combat weapons should not inflict thrust and push the // victim out of reach, thus kick away unless using a melee weapon. if(inflictor && !(target->flags & MF_NOCLIP) && (!source || !source->player || source->player->readyWeapon != WT_EIGHTH) && !(inflictor->flags2 & MF2_NODMGTHRUST)) { uint an; coord_t thrust; angle = M_PointToAngle2(inflictor->origin, target->origin); thrust = FIX2FLT(damage * (FRACUNIT>>3) * 100 / target->info->mass); // Make fall forwards sometimes. if(damage < 40 && damage > target->health && target->origin[VZ] - inflictor->origin[VZ] > 64 && (P_Random() & 1)) { angle += ANG180; thrust *= 4; } if(source && source->player && (source == inflictor) && source->player->powers[PT_WEAPONLEVEL2] && source->player->readyWeapon == WT_FIRST) { // Staff power level 2. thrust = 10; if(!(target->flags & MF_NOGRAVITY)) target->mom[MZ] += 5; } an = angle >> ANGLETOFINESHIFT; target->mom[MX] += thrust * FIX2FLT(finecosine[an]); target->mom[MY] += thrust * FIX2FLT(finesine[an]); NetSv_PlayerMobjImpulse(target, thrust * FIX2FLT(finecosine[an]), thrust * FIX2FLT(finesine[an]), 0); // $dropoff_fix: thrust objects hanging off ledges. if((target->intFlags & MIF_FALLING) && target->gear >= MAXGEAR) target->gear = 0; } // Player specific. if(player) { // Below certain threshold, ignore damage in GOD mode, or with // INVUL power. if(damage < 1000 && ((P_GetPlayerCheats(player) & CF_GODMODE) || player->powers[PT_INVULNERABILITY])) { return 0; } if(player->armorType) { if(player->armorType == 1) saved = damage / 2; else saved = damage / 2 + damage / 4; if(player->armorPoints <= saved) { // Armor is used up. saved = player->armorPoints; player->armorType = 0; } player->armorPoints -= saved; player->update |= PSF_ARMOR_POINTS; damage -= saved; } if(damage >= player->health && (G_Ruleset_Skill() == SM_BABY || G_Ruleset_Deathmatch()) && !player->morphTics) { // Try to use some inventory health. autoUseHealth(player, damage - player->health + 1); } player->health -= damage; if(player->health < 0) player->health = 0; player->update |= PSF_HEALTH; player->attacker = source; player->damageCount += damage; // Add damage after armor / invuln. if(player->damageCount > 100) player->damageCount = 100; // Teleport stomp does 10k points... temp = damage < 100 ? damage : 100; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_DAMAGE); } // How about some particles, yes? // Only works when both target and inflictor are real mobjs. Mobj_SpawnDamageParticleGen(target, inflictor, damage); // Do the damage. target->health -= damage; if(target->health > 0) { // Still alive, phew! if((P_Random() < target->info->painChance) && !(target->flags & MF_SKULLFLY)) { statenum_t state; target->flags |= MF_JUSTHIT; // Fight back! if((state = P_GetState(target->type, SN_PAIN)) != S_NULL) P_MobjChangeState(target, state); } target->reactionTime = 0; // We're awake now... if(source && !target->threshold && !(source->flags3 & MF3_NOINFIGHT) && !(target->type == MT_SORCERER2 && source->type == MT_WIZARD)) { statenum_t state; // Target mobj is not intent on another mobj, so make it chase // after the source of the damage. target->target = source; target->threshold = BASETHRESHOLD; if((state = P_GetState(target->type, SN_SEE)) != S_NULL && target->state == &STATES[P_GetState(target->type, SN_SPAWN)]) { P_MobjChangeState(target, state); } } } else { // Death. target->special1 = damage; if(target->type == MT_POD && source && source->type != MT_POD) { // Make sure players get frags for chain-reaction kills. target->target = source; } if(player && inflictor && !player->morphTics) { // Check for flame death. if((inflictor->flags2 & MF2_FIREDAMAGE) || ((inflictor->type == MT_PHOENIXFX1) && (target->health > -50) && (damage > 25))) { target->flags2 |= MF2_FIREDAMAGE; } } killMobj(source, target); } return originalHealth - target->health; #undef BASETHRESHOLD } int P_DamageMobj(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damageP, dd_bool stomping) { return P_DamageMobj2(target, inflictor, source, damageP, stomping, false); } doomsday-1.14.5/doomsday/plugins/heretic/src/m_cheat.cpp0000664000175000017500000005242112350542240022524 0ustar jaakkojaakko/** @file m_cheat.c Cheat code sequences * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jheretic.h" #include "am_map.h" #include "d_net.h" #include "dmu_lib.h" #include "hu_msg.h" #include "g_eventsequence.h" #include "gamesession.h" #include "p_inventory.h" #include "p_user.h" #include "player.h" typedef eventsequencehandler_t cheatfunc_t; /// Helper macro for forming cheat callback function names. #define CHEAT(x) G_Cheat##x /// Helper macro for declaring cheat callback functions. #define CHEAT_FUNC(x) int G_Cheat##x(int player, const EventSequenceArg* args, int numArgs) /// Helper macro for registering new cheat event sequence handlers. #define ADDCHEAT(name, callback) G_AddEventSequence((name), CHEAT(callback)) /// Helper macro for registering new cheat event sequence command handlers. #define ADDCHEATCMD(name, cmdTemplate) G_AddEventSequenceCommand((name), cmdTemplate) CHEAT_FUNC(InvItem); CHEAT_FUNC(InvItem2); CHEAT_FUNC(InvItem3); CHEAT_FUNC(IDKFA); CHEAT_FUNC(IDDQD); CHEAT_FUNC(Reveal); void G_RegisterCheats(void) { ADDCHEATCMD("cockadoodledoo", "chicken %p"); ADDCHEATCMD("engage%1%2", "warp %1%2"); ADDCHEAT("gimme%1%2", InvItem3); // Final stage. ADDCHEAT("gimme%1", InvItem2); // 2nd stage (ask for count). ADDCHEAT("gimme", InvItem); // 1st stage (ask for type). ADDCHEAT("iddqd", IDDQD); ADDCHEAT("idkfa", IDKFA); ADDCHEATCMD("kitty", "noclip %p"); ADDCHEATCMD("massacre", "kill"); ADDCHEATCMD("noise", "playsound dorcls"); // ignored, play sound ADDCHEATCMD("ponce", "give h %p"); ADDCHEATCMD("quicken", "god %p"); ADDCHEATCMD("rambo", "give wpar2 %p"); ADDCHEAT("ravmap", Reveal); ADDCHEATCMD("shazam", "give t %p"); ADDCHEATCMD("skel", "give k %p"); ADDCHEATCMD("ticker", "playsound dorcls"); // ignored, play sound } CHEAT_FUNC(InvItem) { DENG2_UNUSED2(args, numArgs); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, TXT_CHEATINVITEMS1); S_LocalSound(SFX_DORCLS, NULL); return true; } CHEAT_FUNC(InvItem2) { DENG2_UNUSED2(args, numArgs); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, TXT_CHEATINVITEMS2); S_LocalSound(SFX_DORCLS, NULL); return true; } CHEAT_FUNC(InvItem3) { DENG2_UNUSED(numArgs); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); player_t *plr = &players[player]; if(COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) return false; // Dead players can't cheat. if(plr->health <= 0) return false; bool didGive = false; inventoryitemtype_t type = inventoryitemtype_t(args[0] - 'a' + 1); int count = args[1] - '0'; if(type > IIT_NONE && type < NUM_INVENTORYITEM_TYPES && count > 0 && count < 10) { for(int i = 0; i < count; ++i) { if(P_InventoryGive(player, type, false)) didGive = true; } } if(!didGive) { P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATITEMSFAIL); return false; } P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATINVITEMS3); S_LocalSound(SFX_DORCLS, NULL); return true; } CHEAT_FUNC(IDKFA) { player_t *plr = &players[player]; DENG2_UNUSED2(args, numArgs); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); if(COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) return false; // Dead players can't cheat. if(plr->health <= 0) return false; if(plr->morphTics) return false; plr->update |= PSF_OWNED_WEAPONS; for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { plr->weapons[i].owned = false; } //plr->pendingWeapon = WT_FIRST; P_MaybeChangeWeapon(plr, WT_FIRST, AT_NOAMMO, true /*force*/); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATIDKFA); S_LocalSound(SFX_DORCLS, NULL); return true; } CHEAT_FUNC(IDDQD) { player_t *plr = &players[player]; DENG2_UNUSED2(args, numArgs); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); if(COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) return false; // Dead players can't cheat. if(plr->health <= 0) return false; P_DamageMobj(plr->plr->mo, NULL, plr->plr->mo, 10000, false); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATIDDQD); S_LocalSound(SFX_DORCLS, NULL); return true; } CHEAT_FUNC(Reveal) { player_t *plr = &players[player]; DENG2_UNUSED2(args, numArgs); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); if(IS_NETGAME && COMMON_GAMESESSION->rules().deathmatch) return false; // Dead players can't cheat. if(plr->health <= 0) return false; if(ST_AutomapIsActive(player)) { ST_CycleAutomapCheatLevel(player); } return true; } /** * The multipurpose cheat ccmd. */ D_CMD(Cheat) { DENG2_UNUSED2(src, argc); // Give each of the characters in argument two to the SB event handler. int const len = (int) strlen(argv[1]); for(int i = 0; i < len; ++i) { event_t ev; ev.type = EV_KEY; ev.state = EVS_DOWN; ev.data1 = argv[1][i]; ev.data2 = ev.data3 = 0; G_EventSequenceResponder(&ev); } return true; } D_CMD(CheatGod) { DENG2_UNUSED(src); if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("god"); } else if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; plr->cheats ^= CF_GODMODE; plr->update |= PSF_STATE; P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_GODMODE) ? TXT_CHEATGODON : TXT_CHEATGODOFF)); S_LocalSound(SFX_DORCLS, NULL); } } return true; } D_CMD(CheatNoClip) { DENG2_UNUSED(src); if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("noclip"); } else if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; plr->cheats ^= CF_NOCLIP; plr->update |= PSF_STATE; P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_NOCLIP) ? TXT_CHEATNOCLIPON : TXT_CHEATNOCLIPOFF)); S_LocalSound(SFX_DORCLS, NULL); } } return true; } static int suicideResponse(msgresponse_t response, int /*userValue*/, void * /*context*/) { if(response == MSG_YES) { if(IS_NETGAME && IS_CLIENT) { NetCl_CheatRequest("suicide"); } else { player_t *plr = &players[CONSOLEPLAYER]; P_DamageMobj(plr->plr->mo, NULL, NULL, 10000, false); } } return true; } D_CMD(CheatSuicide) { DENG2_UNUSED(src); if(G_GameState() == GS_MAP) { player_t *plr; if(IS_NETGAME && !netSvAllowCheats) return false; if(argc == 2) { int i = atoi(argv[1]); if(i < 0 || i >= MAXPLAYERS) return false; plr = &players[i]; } else { plr = &players[CONSOLEPLAYER]; } if(!plr->plr->inGame) return false; if(plr->playerState == PST_DEAD) return false; if(!IS_NETGAME || IS_CLIENT) { Hu_MsgStart(MSG_YESNO, SUICIDEASK, suicideResponse, 0, NULL); return true; } P_DamageMobj(plr->plr->mo, NULL, NULL, 10000, false); return true; } else { Hu_MsgStart(MSG_ANYKEY, SUICIDEOUTMAP, NULL, 0, NULL); } return true; } D_CMD(CheatReveal) { DENG2_UNUSED2(src, argc); int option, i; // Server operator can always reveal. if(IS_NETGAME && !IS_NETWORK_SERVER) return false; option = atoi(argv[1]); if(option < 0 || option > 3) return false; for(i = 0; i < MAXPLAYERS; ++i) { ST_SetAutomapCheatLevel(i, 0); ST_RevealAutomap(i, false); if(option == 1) { ST_RevealAutomap(i, true); } else if(option != 0) { ST_SetAutomapCheatLevel(i, option -1); } } return true; } D_CMD(CheatGive) { DENG2_UNUSED(src); char buf[100]; int player = CONSOLEPLAYER; player_t *plr; size_t i, stuffLen; if(G_GameState() != GS_MAP) { App_Log(DE2_SCR_ERROR, "Can only \"give\" when in a game!"); return true; } if(argc != 2 && argc != 3) { App_Log(DE2_SCR_NOTE, "Usage:\n give (stuff)\n give (stuff) (plr)"); App_Log(DE2_LOG_SCR, "Stuff consists of one or more of (type:id). " "If no id; give all of type:"); App_Log(DE2_LOG_SCR, " a - ammo"); App_Log(DE2_LOG_SCR, " i - items"); App_Log(DE2_LOG_SCR, " h - health"); App_Log(DE2_LOG_SCR, " k - keys"); App_Log(DE2_LOG_SCR, " p - backpack full of ammo"); App_Log(DE2_LOG_SCR, " r - armor"); App_Log(DE2_LOG_SCR, " t - tome of power"); App_Log(DE2_LOG_SCR, " w - weapons"); App_Log(DE2_LOG_SCR, "Example: 'give ikw' gives items, keys and weapons."); App_Log(DE2_LOG_SCR, "Example: 'give w2k1' gives weapon two and key one."); return true; } if(argc == 3) { player = atoi(argv[2]); if(player < 0 || player >= MAXPLAYERS) return false; } if(IS_CLIENT) { if(argc < 2) return false; sprintf(buf, "give %s", argv[1]); NetCl_CheatRequest(buf); return true; } if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) return false; plr = &players[player]; // Can't give to a player who's not in the game. if(!plr->plr->inGame) return false; // Can't give to a dead player. if(plr->health <= 0) return false; strcpy(buf, argv[1]); // Stuff is the 2nd arg. strlwr(buf); stuffLen = strlen(buf); for(i = 0; buf[i]; ++i) { switch(buf[i]) { case 'a': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < AT_FIRST || idx >= NUM_AMMO_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown ammo #%d (valid range %d-%d)", (int)idx, AT_FIRST, NUM_AMMO_TYPES-1); break; } // Give one specific ammo type. P_GiveAmmo(plr, (ammotype_t) idx, -1 /*fully replenish*/); break; } } // Give all ammo. P_GiveAmmo(plr, NUM_AMMO_TYPES, -1 /*fully replenish*/); break; case 'i': // Inventory items. if(i < stuffLen) { char *end; errno = 0; long idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < IIT_FIRST || idx >= NUM_INVENTORYITEM_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown item #%d (valid range %d-%d)", (int)idx, IIT_FIRST, NUM_INVENTORYITEM_TYPES-1); break; } // Give one specific item type. for(int j = 0; j < MAXINVITEMCOUNT; ++j) { P_InventoryGive(player, inventoryitemtype_t(idx), false); } break; } } // Give all inventory items. for(int type = IIT_FIRST; type < NUM_INVENTORYITEM_TYPES; ++type) { for(int i = 0; i < MAXINVITEMCOUNT; ++i) { P_InventoryGive(player, inventoryitemtype_t(type), false); } } break; case 'h': P_GiveHealth(plr, -1 /*maximum amount*/); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATHEALTH); S_LocalSound(SFX_DORCLS, NULL); break; case 'k': if(i < stuffLen) { char* end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < KT_FIRST || idx >= NUM_KEY_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown key #%d (valid range %d-%d)", (int)idx, KT_FIRST, NUM_KEY_TYPES-1); break; } // Give one specific key. P_GiveKey(plr, (keytype_t)idx); break; } } // Give all keys. P_GiveKey(plr, NUM_KEY_TYPES /*all types*/); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATKEYS); S_LocalSound(SFX_DORCLS, NULL); break; case 'p': P_GiveBackpack(plr); break; case 'r': { int armorType = 2; if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < 0 || idx >= 3) { App_Log(DE2_SCR_ERROR, "Unknown armor type #%d (valid range %d-%d)", (int)idx, 0, 3-1); break; } armorType = idx; } } P_GiveArmor(plr, armorType, armorType * 100); break; } case 't': if(plr->powers[PT_WEAPONLEVEL2]) { P_TakePower(plr, PT_WEAPONLEVEL2); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATPOWEROFF); } else { P_InventoryGive(player, IIT_TOMBOFPOWER, true /*silent*/); P_InventoryUse(player, IIT_TOMBOFPOWER, true /*silent*/); P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATPOWERON); } S_LocalSound(SFX_DORCLS, NULL); break; case 'w': if(i < stuffLen) { char* end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < WT_FIRST || idx >= NUM_WEAPON_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown weapon #%d (valid range %d-%d)", (int)idx, WT_FIRST, NUM_WEAPON_TYPES-1); break; } // Give one specific weapon. P_GiveWeapon(plr, (weapontype_t) idx); break; } } // Give all weapons. P_GiveWeapon(plr, NUM_WEAPON_TYPES /*all types*/); break; default: // Unrecognized. App_Log(DE2_SCR_ERROR, "Cannot give '%c': unknown letter", buf[i]); break; } } // If the give expression matches that of a vanilla cheat code print the // associated confirmation message to the player's log. /// @todo fixme: Somewhat of kludge... if(!strcmp(buf, "wpar2")) { P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATWEAPONS); S_LocalSound(SFX_DORCLS, NULL); } return true; } D_CMD(CheatMassacre) { DENG2_UNUSED3(src, argc, argv); if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("kill"); } else if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) { return false; } else { P_Massacre(); P_SetMessage(&players[CONSOLEPLAYER], LMF_NO_HIDE, TXT_CHEATMASSACRE); S_LocalSound(SFX_DORCLS, NULL); } } return true; } D_CMD(CheatWhere) { DENG2_UNUSED3(src, argc, argv); player_t *plr = &players[CONSOLEPLAYER]; char textBuffer[256]; Sector *sector; mobj_t *plrMo; Uri *matUri; if(G_GameState() != GS_MAP) return true; plrMo = plr->plr->mo; if(!plrMo) return true; sprintf(textBuffer, "MAP [%s] X:%g Y:%g Z:%g", Str_Text(Uri_ToString(gameMapUri)), plrMo->origin[VX], plrMo->origin[VY], plrMo->origin[VZ]); P_SetMessage(plr, LMF_NO_HIDE, textBuffer); // Also print some information to the console. App_Log(DE2_MAP_NOTE, "%s", textBuffer); sector = Mobj_Sector(plrMo); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_FLOOR_MATERIAL)); App_Log(DE2_MAP_MSG, "FloorZ:%g Material:%s", P_GetDoublep(sector, DMU_FLOOR_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_CEILING_MATERIAL)); App_Log(DE2_MAP_MSG, "CeilingZ:%g Material:%s", P_GetDoublep(sector, DMU_CEILING_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); App_Log(DE2_MAP_MSG, "Player height:%g Player radius:%g", plrMo->height, plrMo->radius); return true; } /** * Exit the current map and go to the intermission. */ D_CMD(CheatLeaveMap) { DENG2_UNUSED3(src, argc, argv); // Only the server operator can end the map this way. if(IS_NETGAME && !IS_NETWORK_SERVER) return false; if(G_GameState() != GS_MAP) { S_LocalSound(SFX_CHAT, NULL); App_Log(DE2_LOG_MAP | DE2_LOG_ERROR, "Can only exit a map when in a game!"); return true; } G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); return true; } D_CMD(CheatMorph) { DENG2_UNUSED(src); if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("chicken"); } else if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; if(plr->morphTics) { if(P_UndoPlayerMorph(plr)) { P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATCHICKENOFF); } } else if(P_MorphPlayer(plr)) { P_SetMessage(plr, LMF_NO_HIDE, TXT_CHEATCHICKENON); } S_LocalSound(SFX_DORCLS, NULL); } } return true; } doomsday-1.14.5/doomsday/plugins/heretic/src/in_lude.cpp0000664000175000017500000006635712350542240022560 0ustar jaakkojaakko/** @file in_lude.cpp Heretic intermission/stat screens. * * @todo optimize: Do not repeatedly compose map URIs. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jheretic.h" #include "in_lude.h" #include "am_map.h" #include "d_net.h" #include "gamesession.h" #include "hu_stuff.h" #include "p_mapsetup.h" #include "p_tick.h" #include typedef enum gametype_e { SINGLE, COOPERATIVE, DEATHMATCH } gametype_t; struct teaminfo_t { int members; int frags[NUMTEAMS]; int totalFrags; }; void IN_DrawOldLevel(); void IN_DrawYAH(); void IN_DrawStatBack(); void IN_DrawSingleStats(); void IN_DrawCoopStats(); void IN_DrawDMStats(); dd_bool intermission; int interState; int interTime = -1; // Used for timing of background animation. static int bcnt; // Contains information passed into intermission. static wbstartstruct_t *wbs; static dd_bool skipIntermission; static int oldInterTime; static gametype_t gameType; static int cnt; static int hours; static int minutes; static int seconds; static int slaughterBoy; // In DM, the player with the most kills. static int killPercent[NUMTEAMS]; static int bonusPercent[NUMTEAMS]; static int secretPercent[NUMTEAMS]; static int playerTeam[MAXPLAYERS]; static teaminfo_t teamInfo[NUMTEAMS]; static patchid_t dpInterPic; static patchid_t dpBeenThere; static patchid_t dpGoingThere; static patchid_t dpFaceAlive[NUMTEAMS]; static patchid_t dpFaceDead[NUMTEAMS]; static fixed_t dSlideX[NUMTEAMS]; static fixed_t dSlideY[NUMTEAMS]; static char const *killersText = "KILLERS"; static Point2Raw YAHspot[3][9] = { { Point2Raw(172, 78), Point2Raw(86, 90), Point2Raw(73, 66), Point2Raw(159, 95), Point2Raw(148, 126), Point2Raw(132, 54), Point2Raw(131, 74), Point2Raw(208, 138), Point2Raw(52, 10) }, { Point2Raw(218, 57), Point2Raw(137, 81), Point2Raw(155, 124), Point2Raw(171, 68), Point2Raw(250, 86), Point2Raw(136, 98), Point2Raw(203, 90), Point2Raw(220, 140), Point2Raw(279, 106) }, { Point2Raw(86, 99), Point2Raw(124, 103), Point2Raw(154, 79), Point2Raw(202, 83), Point2Raw(178, 59), Point2Raw(142, 58), Point2Raw(219, 66), Point2Raw(247, 57), Point2Raw(107, 80) } }; void WI_Register(void) { C_VAR_BYTE("inlude-stretch", &cfg.inludeScaleMode, 0, SCALEMODE_FIRST, SCALEMODE_LAST); C_VAR_INT ("inlude-patch-replacement", &cfg.inludePatchReplaceMode, 0, PRM_FIRST, PRM_LAST); } void IN_DrawTime(int x, int y, int h, int m, int s, float r, float g, float b, float a) { char buf[20]; dd_snprintf(buf, 20, "%02d", s); M_DrawTextFragmentShadowed(buf, x, y, ALIGN_TOPRIGHT, 0, r, g, b, a); x -= FR_TextWidth(buf) + FR_Tracking() * 3; M_DrawTextFragmentShadowed(":", x, y, ALIGN_TOPRIGHT, 0, r, g, b, a); x -= FR_CharWidth(':') + 3; if(m || h) { dd_snprintf(buf, 20, "%02d", m); M_DrawTextFragmentShadowed(buf, x, y, ALIGN_TOPRIGHT, 0, r, g, b, a); x -= FR_TextWidth(buf) + FR_Tracking() * 3; } if(h) { dd_snprintf(buf, 20, "%02d", h); M_DrawTextFragmentShadowed(":", x, y, ALIGN_TOPRIGHT, 0, r, g, b, a); x -= FR_CharWidth(':') + FR_Tracking() * 3; M_DrawTextFragmentShadowed(buf, x, y, ALIGN_TOPRIGHT, 0, r, g, b, a); } } void WI_initVariables(wbstartstruct_t *wbstartstruct) { wbs = wbstartstruct; /*#ifdef RANGECHECK if(gameMode != commercial) { if(gameMode == retail) RNGCHECK(wbs->epsd, 0, 3); else RNGCHECK(wbs->epsd, 0, 2); } else { RNGCHECK(wbs->last, 0, 8); RNGCHECK(wbs->next, 0, 8); } RNGCHECK(wbs->pnum, 0, MAXPLAYERS); RNGCHECK(wbs->pnum, 0, MAXPLAYERS); #endif accelerateStage = 0; cnt =*/ bcnt = 0; /* firstRefresh = 1; me = wbs->pNum; myTeam = cfg.playerColor[wbs->pNum]; plrs = wbs->plyr; if(!wbs->maxKills) wbs->maxKills = 1; if(!wbs->maxItems) wbs->maxItems = 1; if(!wbs->maxSecret) wbs->maxSecret = 1; if(gameMode != retail) if(wbs->epsd > 2) wbs->epsd -= 3;*/ intermission = true; interState = -1; skipIntermission = false; interTime = 0; oldInterTime = 0; } void IN_Init(wbstartstruct_t * wbstartstruct) { WI_initVariables(wbstartstruct); IN_LoadPics(); IN_InitStats(); } void IN_WaitStop(void) { if(!--cnt) { IN_Stop(); G_IntermissionDone(); } } void IN_Stop(void) { NetSv_Intermission(IMF_END, 0, 0); intermission = false; IN_UnloadPics(); } /** * Initializes the stats for single player mode */ void IN_InitStats(void) { signed int slaughterfrags; int i, j; int posNum; int slaughterCount; int teamCount, team; // Init team info. if(IS_NETGAME) { memset(teamInfo, 0, sizeof(teamInfo)); memset(playerTeam, 0, sizeof(playerTeam)); for(i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; playerTeam[i] = cfg.playerColor[i]; teamInfo[playerTeam[i]].members++; } } int time = mapTime / 35; hours = time / 3600; time -= hours * 3600; minutes = time / 60; time -= minutes * 60; seconds = time; if(!IS_NETGAME) { gameType = SINGLE; } else if( /*IS_NETGAME && */ !COMMON_GAMESESSION->rules().deathmatch) { gameType = COOPERATIVE; memset(killPercent, 0, sizeof(killPercent)); memset(bonusPercent, 0, sizeof(bonusPercent)); memset(secretPercent, 0, sizeof(secretPercent)); for(i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) { if(totalKills) { j = players[i].killCount * 100 / totalKills; if(j > killPercent[playerTeam[i]]) killPercent[playerTeam[i]] = j; } if(totalItems) { j = players[i].itemCount * 100 / totalItems; if(j > bonusPercent[playerTeam[i]]) bonusPercent[playerTeam[i]] = j; } if(totalSecret) { j = players[i].secretCount * 100 / totalSecret; if(j > secretPercent[playerTeam[i]]) secretPercent[playerTeam[i]] = j; } } } } else { gameType = DEATHMATCH; slaughterBoy = 0; slaughterfrags = -9999; posNum = 0; teamCount = 0; slaughterCount = 0; for(i = 0; i < MAXPLAYERS; ++i) { team = playerTeam[i]; if(players[i].plr->inGame) { for(j = 0; j < MAXPLAYERS; ++j) { if(players[j].plr->inGame) { teamInfo[team].frags[playerTeam[j]] += players[i].frags[j]; teamInfo[team].totalFrags += players[i].frags[j]; } } // Find out the largest number of frags. if(teamInfo[team].totalFrags > slaughterfrags) slaughterfrags = teamInfo[team].totalFrags; } } for(i = 0; i < NUMTEAMS; ++i) { //posNum++; /*if(teamInfo[i].totalFrags > slaughterfrags) { slaughterBoy = 1<episode < 3) dpInterPic = R_DeclarePatch(wbs->episode == 0? "MAPE1" : wbs->episode == 1? "MAPE2" : "MAPE3"); dpBeenThere = R_DeclarePatch("IN_X"); dpGoingThere = R_DeclarePatch("IN_YAH"); for(i = 0; i < NUMTEAMS; ++i) { dd_snprintf(buf, 9, "FACEA%i", i); dpFaceAlive[i] = R_DeclarePatch(buf); dd_snprintf(buf, 9, "FACEB%i", i); dpFaceDead[i] = R_DeclarePatch(buf); } } void IN_UnloadPics(void) { /* Nothing to do...*/ } static void nextIntermissionState() { if(interState == 2) { // Prepare for busy mode. BusyMode_FreezeGameForBusyMode(); } interState++; } static void endIntermissionGoToNextLevel() { BusyMode_FreezeGameForBusyMode(); interState = 3; } void IN_Ticker(void) { if(!intermission) { return; } if(!IS_CLIENT) { if(interState == 3) { IN_WaitStop(); return; } } IN_CheckForSkip(); // Counter for general background animation. bcnt++; interTime++; if(oldInterTime < interTime) { nextIntermissionState(); if(wbs->episode > 2 && interState >= 1) { // Extended Wad levels: skip directly to the next level endIntermissionGoToNextLevel(); } switch(interState) { case 0: oldInterTime = interTime + 300; if(wbs->episode > 2) { oldInterTime = interTime + 1200; } break; case 1: oldInterTime = interTime + 200; break; case 2: oldInterTime = MAXINT; break; case 3: cnt = 10; break; default: break; } } if(skipIntermission) { if(interState == 0 && interTime < 150) { interTime = 150; skipIntermission = false; NetSv_Intermission(IMF_TIME, 0, interTime); return; } else if(interState < 2 && wbs->episode < 3) { interState = 2; skipIntermission = false; S_StartSound(SFX_DORCLS, NULL); NetSv_Intermission(IMF_STATE, interState, 0); return; } endIntermissionGoToNextLevel(); cnt = 10; skipIntermission = false; S_StartSound(SFX_DORCLS, NULL); NetSv_Intermission(IMF_STATE, interState, 0); } } void IN_SkipToNext(void) { skipIntermission = 1; } /** * Check to see if any player hit a key. */ void IN_CheckForSkip(void) { int i; player_t *player; for(i = 0, player = players; i < MAXPLAYERS; ++i, player++) { if(player->plr->inGame) { if(player->brain.attack) { if(!player->attackDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_FIRE, 0); else IN_SkipToNext(); } player->attackDown = true; } else { player->attackDown = false; } if(player->brain.use) { if(!player->useDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_USE, 0); else IN_SkipToNext(); } player->useDown = true; } else { player->useDown = false; } } } } void IN_Drawer(void) { static int oldInterState; dgl_borderedprojectionstate_t bp; if(!intermission || interState > 3) { return; } /*if(interState == 3) { return; }*/ if(oldInterState != 2 && interState == 2) { S_LocalSound(SFX_PSTOP, NULL); } if(interState != -1) oldInterState = interState; GL_ConfigureBorderedProjection(&bp, BPF_OVERDRAW_MASK|BPF_OVERDRAW_CLIP, SCREENWIDTH, SCREENHEIGHT, Get(DD_WINDOW_WIDTH), Get(DD_WINDOW_HEIGHT), scalemode_t(cfg.inludeScaleMode)); GL_BeginBorderedProjection(&bp); switch(interState) { case -1: case 0: // Draw stats. IN_DrawStatBack(); switch(gameType) { case SINGLE: IN_DrawSingleStats(); break; case COOPERATIVE: IN_DrawCoopStats(); break; case DEATHMATCH: IN_DrawDMStats(); break; } break; case 1: // Leaving old level. if(wbs->episode < 3) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY(dpInterPic, 0, 0); DGL_Disable(DGL_TEXTURE_2D); IN_DrawOldLevel(); } break; case 2: // Going to the next level. if(wbs->episode < 3) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY(dpInterPic, 0, 0); IN_DrawYAH(); DGL_Disable(DGL_TEXTURE_2D); } break; case 3: // Waiting before going to the next level. if(wbs->episode < 3) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY(dpInterPic, 0, 0); DGL_Disable(DGL_TEXTURE_2D); } break; default: Con_Error("IN_lude: Intermission state out of range.\n"); break; } GL_EndBorderedProjection(&bp); } void IN_DrawStatBack() { DGL_SetMaterialUI((Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUriCString("Flats:FLOOR16")), DGL_REPEAT, DGL_REPEAT); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); DGL_DrawRectf2Tiled(0, 0, SCREENWIDTH, SCREENHEIGHT, 64, 64); DGL_Disable(DGL_TEXTURE_2D); } void IN_DrawOldLevel() { Uri *oldMapUri = G_ComposeMapUri(wbs->episode, wbs->currentMap); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); FR_DrawTextXY3(P_MapTitle(oldMapUri), 160, 3, ALIGN_TOP, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTA)); FR_SetColor(defFontRGB3[0], defFontRGB3[1],defFontRGB3[2]); FR_DrawTextXY3("FINISHED", 160, 25, ALIGN_TOP, DTF_ONLY_SHADOW); if(wbs->currentMap == 8) { uint i; DGL_Color4f(1, 1, 1, 1); for(i = 0; i < wbs->nextMap; ++i) { GL_DrawPatch(dpBeenThere, &YAHspot[wbs->episode][i]); } if(!(interTime & 16)) { GL_DrawPatch(dpBeenThere, &YAHspot[wbs->episode][8]); } } else { uint i; DGL_Color4f(1, 1, 1, 1); for(i = 0; i < wbs->currentMap; ++i) { GL_DrawPatch(dpBeenThere, &YAHspot[wbs->episode][i]); } if(players[CONSOLEPLAYER].didSecret) { GL_DrawPatch(dpBeenThere, &YAHspot[wbs->episode][8]); } if(!(interTime & 16)) { GL_DrawPatch(dpBeenThere, &YAHspot[wbs->episode][wbs->currentMap]); } } DGL_Disable(DGL_TEXTURE_2D); Uri_Delete(oldMapUri); } void IN_DrawYAH(void) { Uri *nextMapUri = G_ComposeMapUri(wbs->episode, wbs->nextMap); uint i; FR_SetFont(FID(GF_FONTA)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB3[0], defFontRGB3[1], defFontRGB3[2], 1); FR_DrawTextXY3("NOW ENTERING:", 160, 10, ALIGN_TOP, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTB)); FR_SetColor(defFontRGB[0], defFontRGB[1], defFontRGB[2]); FR_DrawTextXY3(P_MapTitle(nextMapUri), 160, 20, ALIGN_TOP, DTF_ONLY_SHADOW); DGL_Color4f(1, 1, 1, 1); for(i = 0; i < wbs->nextMap; ++i) { GL_DrawPatch(dpBeenThere, &YAHspot[wbs->episode][i]); } if(players[CONSOLEPLAYER].didSecret) { GL_DrawPatch(dpBeenThere, &YAHspot[wbs->episode][8]); } if(!(interTime & 16) || interState == 3) { // Draw the destination 'X' GL_DrawPatch(dpGoingThere, &YAHspot[wbs->episode][wbs->nextMap]); } Uri_Delete(nextMapUri); } void IN_DrawSingleStats(void) { #define TRACKING (1) static int sounds; Uri *oldMapUri = G_ComposeMapUri(wbs->episode, wbs->currentMap); char buf[20]; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); FR_DrawTextXY3("KILLS", 50, 65, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); FR_DrawTextXY3("ITEMS", 50, 90, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); FR_DrawTextXY3("SECRETS", 50, 115, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); FR_DrawTextXY3(P_MapTitle(oldMapUri), 160, 3, ALIGN_TOP, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTA)); FR_SetColor(defFontRGB3[0], defFontRGB3[1], defFontRGB3[2]); FR_DrawTextXY3("FINISHED", 160, 25, ALIGN_TOP, DTF_ONLY_SHADOW); DGL_Disable(DGL_TEXTURE_2D); Uri_Delete(oldMapUri); oldMapUri = 0; if(interTime < 30) { sounds = 0; return; } if(sounds < 1 && interTime >= 30) { S_LocalSound(SFX_DORCLS, NULL); sounds++; } DGL_Enable(DGL_TEXTURE_2D); dd_snprintf(buf, 20, "%i", players[CONSOLEPLAYER].killCount); FR_SetFont(FID(GF_FONTB)); FR_SetTracking(TRACKING); M_DrawTextFragmentShadowed(buf, 236, 65, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); M_DrawTextFragmentShadowed("/", 241, 65, ALIGN_TOPLEFT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); dd_snprintf(buf, 20, "%i", totalKills); M_DrawTextFragmentShadowed(buf, 284, 65, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); DGL_Disable(DGL_TEXTURE_2D); if(interTime < 60) return; if(sounds < 2 && interTime >= 60) { S_LocalSound(SFX_DORCLS, NULL); sounds++; } DGL_Enable(DGL_TEXTURE_2D); dd_snprintf(buf, 20, "%i", players[CONSOLEPLAYER].itemCount); FR_SetFont(FID(GF_FONTB)); M_DrawTextFragmentShadowed(buf, 236, 90, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); M_DrawTextFragmentShadowed("/", 241, 90, ALIGN_TOPLEFT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); dd_snprintf(buf, 20, "%i", totalItems); M_DrawTextFragmentShadowed(buf, 284, 90, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); DGL_Disable(DGL_TEXTURE_2D); if(interTime < 90) return; if(sounds < 3 && interTime >= 90) { S_LocalSound(SFX_DORCLS, NULL); sounds++; } DGL_Enable(DGL_TEXTURE_2D); dd_snprintf(buf, 20, "%i", players[CONSOLEPLAYER].secretCount); FR_SetFont(FID(GF_FONTB)); M_DrawTextFragmentShadowed(buf, 236, 115, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); M_DrawTextFragmentShadowed("/", 241, 115, ALIGN_TOPLEFT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); dd_snprintf(buf, 20, "%i", totalSecret); M_DrawTextFragmentShadowed(buf, 284, 115, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); DGL_Disable(DGL_TEXTURE_2D); if(interTime < 150) { return; } if(sounds < 4 && interTime >= 150) { S_LocalSound(SFX_DORCLS, NULL); sounds++; } if(gameMode != heretic_extended || wbs->episode < 3) { DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); FR_DrawTextXY3("TIME", 85, 160, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); IN_DrawTime(284, 160, hours, minutes, seconds, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); DGL_Disable(DGL_TEXTURE_2D); } else { Uri *nextMapUri = G_ComposeMapUri(wbs->episode, wbs->nextMap); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_SetColorAndAlpha(defFontRGB3[0], defFontRGB3[1], defFontRGB3[2], 1); FR_DrawTextXY3("NOW ENTERING:", SCREENWIDTH/2, 160, ALIGN_TOP, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); FR_DrawTextXY3(P_MapTitle(nextMapUri), 160, 170, ALIGN_TOP, DTF_ONLY_SHADOW); DGL_Disable(DGL_TEXTURE_2D); skipIntermission = false; Uri_Delete(nextMapUri); } #undef TRACKING } void IN_DrawCoopStats(void) { #define TRACKING (1) static int sounds; Uri *oldMapUri = G_ComposeMapUri(wbs->episode, wbs->currentMap); int i, ypos; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); FR_DrawTextXY3("KILLS", 95, 35, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); FR_DrawTextXY3("BONUS", 155, 35, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); FR_DrawTextXY3("SECRET", 232, 35, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); FR_DrawTextXY3(P_MapTitle(oldMapUri), SCREENWIDTH/2, 3, ALIGN_TOP, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTA)); FR_SetColor(defFontRGB3[0], defFontRGB3[1], defFontRGB3[2]); FR_DrawTextXY3("FINISHED", SCREENWIDTH/2, 25, ALIGN_TOP, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTB)); FR_SetTracking(TRACKING); ypos = 50; for(i = 0; i < NUMTEAMS; ++i) { if(teamInfo[i].members) { char buf[20]; DGL_Color4f(0, 0, 0, .4f); GL_DrawPatchXY(dpFaceAlive[i], 27, ypos+2); DGL_Color4f(defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); GL_DrawPatchXY(dpFaceAlive[i], 25, ypos); if(interTime < 40) { sounds = 0; ypos += 37; continue; } else if(interTime >= 40 && sounds < 1) { S_LocalSound(SFX_DORCLS, NULL); sounds++; } dd_snprintf(buf, 20, "%i", killPercent[i]); M_DrawTextFragmentShadowed(buf, 121, ypos + 10, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); M_DrawTextFragmentShadowed("%", 121, ypos + 10, ALIGN_TOPLEFT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); dd_snprintf(buf, 20, "%i", bonusPercent[i]); M_DrawTextFragmentShadowed(buf, 196, ypos + 10, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); M_DrawTextFragmentShadowed("%", 196, ypos + 10, ALIGN_TOPLEFT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); dd_snprintf(buf, 20, "%i", secretPercent[i]); M_DrawTextFragmentShadowed(buf, 273, ypos + 10, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); M_DrawTextFragmentShadowed("%", 273, ypos + 10, ALIGN_TOPLEFT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); ypos += 37; } } DGL_Disable(DGL_TEXTURE_2D); Uri_Delete(oldMapUri); #undef TRACKING } void IN_DrawDMStats(void) { #define TRACKING (1) static int sounds; int i, j, ypos = 55, xpos = 90, kpos; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); FR_DrawTextXY3("TOTAL", 265, 30, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTA)); FR_SetColor(defFontRGB3[0], defFontRGB3[1], defFontRGB3[2]); FR_DrawTextXY3("VICTIMS", 140, 8, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); for(i = 0; i < 7; ++i) { FR_DrawCharXY3(killersText[i], 10, 80 + 9 * i, ALIGN_TOPLEFT, DTF_ONLY_SHADOW); } DGL_Disable(DGL_TEXTURE_2D); if(interTime < 20) { DGL_Enable(DGL_TEXTURE_2D); for(i = 0; i < NUMTEAMS; ++i) { if(teamInfo[i].members) { M_DrawShadowedPatch(dpFaceAlive[i], 40, ((ypos << FRACBITS) + dSlideY[i] * interTime) >> FRACBITS); M_DrawShadowedPatch(dpFaceDead[i], ((xpos << FRACBITS) + dSlideX[i] * interTime) >> FRACBITS, 18); } } DGL_Disable(DGL_TEXTURE_2D); sounds = 0; return; } if(interTime >= 20 && sounds < 1) { S_LocalSound(SFX_DORCLS, NULL); sounds++; } if(interTime >= 100 && slaughterBoy && sounds < 2) { S_LocalSound(SFX_WPNUP, NULL); sounds++; } for(i = 0; i < NUMTEAMS; ++i) { if(teamInfo[i].members) { char buf[20]; DGL_Enable(DGL_TEXTURE_2D); if(interTime < 100 || i == playerTeam[CONSOLEPLAYER]) { M_DrawShadowedPatch(dpFaceAlive[i], 40, ypos); M_DrawShadowedPatch(dpFaceDead[i], xpos, 18); } else { DGL_Color4f(1, 1, 1, .333f); GL_DrawPatchXY(dpFaceAlive[i], 40, ypos); GL_DrawPatchXY(dpFaceDead[i], xpos, 18); } FR_SetFont(FID(GF_FONTB)); FR_SetTracking(TRACKING); kpos = 122; for(j = 0; j < NUMTEAMS; ++j) { if(teamInfo[j].members) { dd_snprintf(buf, 20, "%i", teamInfo[i].frags[j]); M_DrawTextFragmentShadowed(buf, kpos, ypos + 10, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); kpos += 43; } } if(slaughterBoy & (1 << i)) { if(!(interTime & 16)) { dd_snprintf(buf, 20, "%i", teamInfo[i].totalFrags); M_DrawTextFragmentShadowed(buf, 263, ypos + 10, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); } } else { dd_snprintf(buf, 20, "%i", teamInfo[i].totalFrags); M_DrawTextFragmentShadowed(buf, 263, ypos + 10, ALIGN_TOPRIGHT, 0, defFontRGB[0], defFontRGB[1], defFontRGB[2], 1); } DGL_Disable(DGL_TEXTURE_2D); ypos += 36; xpos += 43; } } #undef TRACKING } doomsday-1.14.5/doomsday/plugins/heretic/src/p_mobj.c0000664000175000017500000012605112350542240022033 0ustar jaakkojaakko/** @file p_mobj.c World map object interaction. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jheretic.h" #include "d_netcl.h" #include "dmu_lib.h" #include "hu_stuff.h" #include "g_common.h" #include "p_map.h" #include "p_terraintype.h" #include "player.h" #include "p_tick.h" #include #define VANISHTICS (2*TICSPERSEC) #define MAX_BOB_OFFSET (8) #define NOMOMENTUM_THRESHOLD (0.000001) #define WALKSTOP_THRESHOLD (0.062484741) // FIX2FLT(0x1000-1) mobj_t *missileMobj; void P_ExplodeMissile(mobj_t *mo) { if(!mo->info) return; if(mo->type == MT_WHIRLWIND) { if(++mo->special2 < 60) { return; } } mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); if(mo->flags & MF_MISSILE) { mo->flags &= ~MF_MISSILE; mo->flags |= MF_VIEWALIGN; if(mo->flags & MF_BRIGHTEXPLODE) mo->flags |= MF_BRIGHTSHADOW; } if(mo->info->deathSound) { S_StartSound(mo->info->deathSound, mo); } } void P_FloorBounceMissile(mobj_t* mo) { mo->mom[MZ] = -mo->mom[MZ]; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); } void P_ThrustMobj(mobj_t* mo, angle_t angle, coord_t move) { uint an = angle >> ANGLETOFINESHIFT; mo->mom[MX] += move * FIX2FLT(finecosine[an]); mo->mom[MY] += move * FIX2FLT(finesine[an]); } /** * @param delta The amount 'source' needs to turn. * * @return @c 1, = 'source' needs to turn clockwise, or * @c 0, = 'source' needs to turn counter clockwise. */ int P_FaceMobj(mobj_t* source, mobj_t* target, angle_t* delta) { angle_t diff, angle1, angle2; angle1 = source->angle; angle2 = M_PointToAngle2(source->origin, target->origin); if(angle2 > angle1) { diff = angle2 - angle1; if(diff > ANGLE_180) { *delta = ANGLE_MAX - diff; return 0; } else { *delta = diff; return 1; } } else { diff = angle1 - angle2; if(diff > ANGLE_180) { *delta = ANGLE_MAX - diff; return 1; } else { *delta = diff; return 0; } } } /** * The missile tracer field must be the target. * * @return @c true, if target was tracked else @c false. */ dd_bool P_SeekerMissile(mobj_t* actor, angle_t thresh, angle_t turnMax) { int dir; uint an; coord_t dist; angle_t delta; mobj_t* target; target = actor->tracer; if(!target) return false; if(!(target->flags & MF_SHOOTABLE)) { // Target died. actor->tracer = NULL; return false; } dir = P_FaceMobj(actor, target, &delta); if(delta > thresh) { delta >>= 1; if(delta > turnMax) { delta = turnMax; } } if(dir) { // Turn clockwise. actor->angle += delta; } else { // Turn counter clockwise. actor->angle -= delta; } an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = actor->info->speed * FIX2FLT(finecosine[an]); actor->mom[MY] = actor->info->speed * FIX2FLT(finesine[an]); if(actor->origin[VZ] + actor->height < target->origin[VZ] || target->origin[VZ] + target->height < actor->origin[VZ]) { // Need to seek vertically. dist = M_ApproxDistance(target->origin[VX] - actor->origin[VX], target->origin[VY] - actor->origin[VY]); dist /= actor->info->speed; if(dist < 1) dist = 1; actor->mom[MZ] = (target->origin[VZ] - actor->origin[VZ]) / dist; } return true; } /** * Wind pushes the mobj, if its sector special is a wind type. */ void P_WindThrust(mobj_t *mo) { static int windTab[3] = { 2048 * 5, 2048 * 10, 2048 * 25 }; Sector *sec = Mobj_Sector(mo); int special = P_ToXSector(sec)->special; switch(special) { case 40: // Wind_East case 41: case 42: P_ThrustMobj(mo, 0, FIX2FLT(windTab[special - 40])); break; case 43: // Wind_North case 44: case 45: P_ThrustMobj(mo, ANG90, FIX2FLT(windTab[special - 43])); break; case 46: // Wind_South case 47: case 48: P_ThrustMobj(mo, ANG270, FIX2FLT(windTab[special - 46])); break; case 49: // Wind_West case 50: case 51: P_ThrustMobj(mo, ANG180, FIX2FLT(windTab[special - 49])); break; default: break; } } coord_t P_MobjGetFriction(mobj_t *mo) { if((mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && !mo->onMobj) { return FRICTION_FLY; } else { Sector *sec = Mobj_Sector(mo); if(P_ToXSector(sec)->special == 15) { return FRICTION_LOW; } return XS_Friction(sec); } } void P_MobjMoveXY(mobj_t *mo) { coord_t pos[2], mom[2]; player_t *player; dd_bool largeNegative; // $democam: cameramen have their own movement code if(P_CameraXYMovement(mo)) return; mom[MX] = MINMAX_OF(-MAXMOM, mo->mom[MX], MAXMOM); mom[MY] = MINMAX_OF(-MAXMOM, mo->mom[MY], MAXMOM); mo->mom[MX] = mom[MX]; mo->mom[MY] = mom[MY]; if(FEQUAL(mom[MX], 0) && FEQUAL(mom[MY], 0)) { if(mo->flags & MF_SKULLFLY) { // A flying mobj slammed into something. mo->flags &= ~MF_SKULLFLY; mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_SEE)); } return; } if(mo->flags2 & MF2_WINDTHRUST) P_WindThrust(mo); player = mo->player; do { /** * DOOM.exe bug fix: * Large negative displacements were never considered. This explains * the tendency for Mancubus fireballs to pass through walls. */ largeNegative = false; if(!cfg.moveBlock && (mom[MX] < -MAXMOMSTEP || mom[MY] < -MAXMOMSTEP)) { // Make an exception for "north-only wallrunning". if(!(cfg.wallRunNorthOnly && mo->wallRun)) largeNegative = true; } if(largeNegative || mom[MX] > MAXMOMSTEP || mom[MY] > MAXMOMSTEP) { pos[VX] = mo->origin[VX] + mom[MX] / 2; pos[VY] = mo->origin[VY] + mom[MY] / 2; mom[MX] /= 2; mom[MY] /= 2; } else { pos[VX] = mo->origin[VX] + mom[MX]; pos[VY] = mo->origin[VY] + mom[MY]; mom[MX] = mom[MY] = 0; } // If mobj was wallrunning - stop. if(mo->wallRun) mo->wallRun = false; // $dropoff_fix if(!P_TryMoveXY(mo, pos[VX], pos[VY], true, false)) { // Blocked mom. if(mo->flags2 & MF2_SLIDE) { // Try to slide along it. P_SlideMove(mo); } else if(mo->flags & MF_MISSILE) { // Explode a missile Sector* backSec; /// @kludge: Prevent missiles exploding against the sky. if(tmCeilingLine && (backSec = P_GetPtrp(tmCeilingLine, DMU_BACK_SECTOR))) { if((P_GetIntp(P_GetPtrp(backSec, DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] > P_GetDoublep(backSec, DMU_CEILING_HEIGHT)) { if(mo->type == MT_BLOODYSKULL) { mo->mom[MX] = mo->mom[MY] = 0; mo->mom[MZ] = -1; } else { P_MobjRemove(mo, false); } return; } } if(tmFloorLine && (backSec = P_GetPtrp(tmFloorLine, DMU_BACK_SECTOR))) { if((P_GetIntp(P_GetPtrp(backSec, DMU_FLOOR_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] < P_GetDoublep(backSec, DMU_FLOOR_HEIGHT)) { if(mo->type == MT_BLOODYSKULL) { mo->mom[MX] = mo->mom[MY] = 0; mo->mom[MZ] = -1; } else { P_MobjRemove(mo, false); } return; } } // kludge end. P_ExplodeMissile(mo); } else { mo->mom[MX] = mo->mom[MY] = 0; } } } while(!INRANGE_OF(mom[MX], 0, NOMOM_THRESHOLD) || !INRANGE_OF(mom[MY], 0, NOMOM_THRESHOLD)); // Slow down. Mobj_XYMoveStopping(mo); } void P_MobjMoveZ(mobj_t *mo) { coord_t gravity; coord_t dist; coord_t delta; // $democam: cameramen get special z movement if(P_CameraZMovement(mo)) return; gravity = XS_Gravity(Mobj_Sector(mo)); // $voodoodolls: Check for smooth step up unless a voodoo doll. if(mo->player && mo->player->plr->mo == mo && mo->origin[VZ] < mo->floorZ) { mo->player->viewHeight -= mo->floorZ - mo->origin[VZ]; mo->player->viewHeightDelta = (cfg.plrViewHeight - mo->player->viewHeight) / 8; } // Adjust height. mo->origin[VZ] += mo->mom[MZ]; if((mo->flags2 & MF2_FLY) && mo->onMobj && mo->origin[VZ] > mo->onMobj->origin[VZ] + mo->onMobj->height) mo->onMobj = NULL; // We were on a mobj, we are NOT now. if((mo->flags & MF_FLOAT) && mo->target && !P_MobjIsCamera(mo->target)) { // Float down towards target if too close. if(!(mo->flags & MF_SKULLFLY) && !(mo->flags & MF_INFLOAT)) { coord_t oldZ = mo->origin[VZ]; dist = M_ApproxDistance(mo->origin[VX] - mo->target->origin[VX], mo->origin[VY] - mo->target->origin[VY]); delta = (mo->target->origin[VZ] + mo->target->height /2) - (mo->origin[VZ] + mo->height /2); if(dist < mo->radius + mo->target->radius && fabs(delta) < mo->height + mo->target->height) { // Don't go INTO the target. delta = 0; } if(delta < 0 && dist < -(delta * 3)) { mo->origin[VZ] -= FLOATSPEED; P_MobjSetSRVOZ(mo, -FLOATSPEED); } else if(delta > 0 && dist < (delta * 3)) { mo->origin[VZ] += FLOATSPEED; P_MobjSetSRVOZ(mo, FLOATSPEED); } if(delta) { // Where did we end up? if(!P_CheckPosition(mo, mo->origin)) { // Not a valid position; undo the move. mo->origin[VZ] = oldZ; P_MobjSetSRVOZ(mo, 0); } } } } if(cfg.allowMonsterFloatOverBlocking && (mo->flags & MF_FLOAT) && !mo->player && !(mo->flags & MF_SKULLFLY)) { if(!P_CheckPosition(mo, mo->origin)) { App_Log(DE2_DEV_MAP_WARNING, "Floating thing %i has gotten stuck!"); App_Log(DE2_DEV_MAP_MSG, " onmobj=%i z=%f flz=%f tmfz=%f", mo->thinker.id, mo->onMobj? mo->onMobj->thinker.id : 0, mo->origin[VZ], mo->floorZ, tmFloorZ); if(mo->origin[VZ] < tmFloorZ) { mo->origin[VZ] = mo->floorZ = tmFloorZ; } } } // Do some fly-bobbing. if(mo->player && mo->player->plr->mo == mo && (mo->flags2 & MF2_FLY) && mo->origin[VZ] > mo->floorZ && !mo->onMobj && (mapTime & 2)) { mo->origin[VZ] += FIX2FLT(finesine[(FINEANGLES / 20 * mapTime >> 2) & FINEMASK]); } // Clip movement. Another thing? if(mo->onMobj && mo->origin[VZ] <= mo->onMobj->origin[VZ] + mo->onMobj->height) { if(mo->mom[MZ] < 0) { if(mo->player && mo->mom[MZ] < -gravity * 8 && !(mo->flags2 & MF2_FLY)) { // Squat down. Decrease viewheight for a moment after // hitting the ground (hard), and utter appropriate sound. mo->player->viewHeightDelta = mo->mom[MZ] / 8; if(mo->player->health > 0) S_StartSound(SFX_PLROOF, mo); } mo->mom[MZ] = 0; } if(FEQUAL(mo->mom[MZ], 0)) mo->origin[VZ] = mo->onMobj->origin[VZ] + mo->onMobj->height; if((mo->flags & MF_MISSILE) && !(mo->flags & MF_NOCLIP)) { P_ExplodeMissile(mo); return; } } // The floor. if(mo->origin[VZ] <= mo->floorZ) { // Hit the floor. dd_bool movingDown; // Note (id): // somebody left this after the setting mom[MZ] to 0, // kinda useless there. // // cph - This was the a bug in the linuxdoom-1.10 source which // caused it not to sync Doom 2 v1.9 demos. Someone // added the above comment and moved up the following code. So // demos would desync in close lost soul fights. // Note that this only applies to original Doom 1 or Doom2 demos - not // Final Doom and Ultimate Doom. So we test demo_compatibility *and* // gamemission. (Note we assume that Doom1 is always Ult Doom, which // seems to hold for most published demos.) // // fraggle - cph got the logic here slightly wrong. There are three // versions of Doom 1.9: // // * The version used in registered doom 1.9 + doom2 - no bounce // * The version used in ultimate doom - has bounce // * The version used in final doom - has bounce // // So we need to check that this is either retail or commercial // (but not doom2) int correct_lost_soul_bounce = false; if(correct_lost_soul_bounce && (mo->flags & MF_SKULLFLY)) { // the skull slammed into something mo->mom[MZ] = -mo->mom[MZ]; } if((movingDown = (mo->mom[MZ] < 0))) { if(mo->player && mo->mom[MZ] < -gravity * 8 && !(mo->flags2 & MF2_FLY)) { // Squat down. Decrease viewheight for a moment after // hitting the ground hard and utter appropriate sound. mo->player->viewHeightDelta = mo->mom[MZ] / 8; #if __JHERETIC__ mo->player->jumpTics = 12; // Can't jump in a while. #endif // Fix DOOM bug - dead players grunting when hitting the ground // (e.g., after an archvile attack) if(mo->player->health > 0) S_StartSound(SFX_PLROOF, mo); } } mo->origin[VZ] = mo->floorZ; if(movingDown) P_HitFloor(mo); // cph 2001/05/26 - // See lost soul bouncing comment above. We need this here for bug // compatibility with original Doom2 v1.9 - if a soul is charging and // hit by a raising floor this incorrectly reverses its Y momentum. if(!correct_lost_soul_bounce && (mo->flags & MF_SKULLFLY)) mo->mom[MZ] = -mo->mom[MZ]; if((mo->flags & MF_MISSILE) && !(mo->flags & MF_NOCLIP)) { if(mo->flags2 & MF2_FLOORBOUNCE) { P_FloorBounceMissile(mo); return; } #if __JHERETIC__ else if(mo->type == MT_MNTRFX2) { // Minotaur floor fire can go up steps return; } else #endif { P_ExplodeMissile(mo); return; } } if(movingDown && mo->mom[MZ] < 0) mo->mom[MZ] = 0; #if __JHERETIC__ { statenum_t state; if((state = P_GetState(mo->type, SN_CRASH)) != S_NULL && (mo->flags & MF_CORPSE)) { P_MobjChangeState(mo, state); return; } } #endif } else if(mo->flags2 & MF2_LOGRAV) { if(FEQUAL(mo->mom[MZ], 0)) mo->mom[MZ] = -(gravity / 8) * 2; else mo->mom[MZ] -= gravity / 8; } else if(!(mo->flags & MF_NOGRAVITY)) { if(FEQUAL(mo->mom[MZ], 0)) mo->mom[MZ] = -gravity * 2; else mo->mom[MZ] -= gravity; } if(mo->origin[VZ] + mo->height > mo->ceilingZ) { // hit the ceiling if(mo->mom[MZ] > 0) mo->mom[MZ] = 0; mo->origin[VZ] = mo->ceilingZ - mo->height; if(mo->flags & MF_SKULLFLY) { // the skull slammed into something mo->mom[MZ] = -mo->mom[MZ]; } if((mo->flags & MF_MISSILE) && !(mo->flags & MF_NOCLIP)) { if(P_GetIntp(P_GetPtrp(Mobj_Sector(mo), DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) { #if __JHERETIC__ if(mo->type == MT_BLOODYSKULL) { mo->mom[MX] = mo->mom[MY] = 0; mo->mom[MZ] = -1; } else #endif // Don't explode against sky. { P_MobjRemove(mo, false); } return; } P_ExplodeMissile(mo); return; } } } void P_NightmareRespawn(mobj_t* mobj) { mobj_t* mo; // Something is occupying it's position? if(!P_CheckPositionXY(mobj, mobj->spawnSpot.origin[VX], mobj->spawnSpot.origin[VY])) return; // No respwan. if((mo = P_SpawnMobj(mobj->type, mobj->spawnSpot.origin, mobj->spawnSpot.angle, mobj->spawnSpot.flags))) { mo->reactionTime = 18; // Spawn a teleport fog at old spot because of removal of the body? if((mo = P_SpawnMobjXYZ(MT_TFOG, mobj->origin[VX], mobj->origin[VY], TELEFOGHEIGHT, mobj->angle, MSF_Z_FLOOR))) S_StartSound(SFX_TELEPT, mo); // Spawn a teleport fog at the new spot. if((mo = P_SpawnMobjXYZ(MT_TFOG, mobj->spawnSpot.origin[VX], mobj->spawnSpot.origin[VY], TELEFOGHEIGHT, mobj->spawnSpot.angle, MSF_Z_FLOOR))) S_StartSound(SFX_TELEPT, mo); } // Remove the old monster. P_MobjRemove(mobj, true); } void P_MobjThinker(void *thinkerPtr) { mobj_t *mobj = thinkerPtr; if(IS_CLIENT && !ClMobj_IsValid(mobj)) return; // We should not touch this right now. if(mobj->type == MT_BLASTERFX1) { int i; coord_t frac[3]; coord_t z; dd_bool changexy; // Handle movement if(!FEQUAL(mobj->mom[MX], 0) || !FEQUAL(mobj->mom[MY], 0) || !FEQUAL(mobj->mom[MZ], 0) || !FEQUAL(mobj->origin[VZ], mobj->floorZ)) { frac[MX] = mobj->mom[MX] / 8; frac[MY] = mobj->mom[MY] / 8; frac[MZ] = mobj->mom[MZ] / 8; changexy = (!FEQUAL(frac[MX], 0) || !FEQUAL(frac[MY], 0)); for(i = 0; i < 8; ++i) { if(changexy) { if(!P_TryMoveXY(mobj, mobj->origin[VX] + frac[MX], mobj->origin[VY] + frac[MY], false, false)) { // Blocked move. P_ExplodeMissile(mobj); return; } } mobj->origin[VZ] += frac[MZ]; if(mobj->origin[VZ] <= mobj->floorZ) { // Hit the floor. mobj->origin[VZ] = mobj->floorZ; P_HitFloor(mobj); P_ExplodeMissile(mobj); return; } if(mobj->origin[VZ] + mobj->height > mobj->ceilingZ) { // Hit the ceiling. mobj->origin[VZ] = mobj->ceilingZ - mobj->height; P_ExplodeMissile(mobj); return; } if(changexy && (P_Random() < 64)) { z = mobj->origin[VZ] - 8; if(z < mobj->floorZ) { z = mobj->floorZ; } P_SpawnMobjXYZ(MT_BLASTERSMOKE, mobj->origin[VX], mobj->origin[VY], z, P_Random() << 24, 0); } } } // Advance the state. if(mobj->tics != -1) { mobj->tics--; while(!mobj->tics) { if(!P_MobjChangeState(mobj, mobj->state->nextState)) { // Mobj was removed. return; } } } return; } // The first three bits of the selector special byte contain a relative // health level. P_UpdateHealthBits(mobj); // Handle X and Y momentums. if(!FEQUAL(mobj->mom[MX], 0) || !FEQUAL(mobj->mom[MY], 0) || (mobj->flags & MF_SKULLFLY)) { // Detect moves into invalid positions. /* #if _DEBUG dd_bool beforeOk = P_CheckPosition(mobj, mobj->origin); #endif */ P_MobjMoveXY(mobj); //assert(!beforeOk || P_CheckPosition(mobj, mobj->origin)); //// @todo decent NOP/NULL/Nil function pointer please. if(mobj->thinker.function == (thinkfunc_t) NOPFUNC) return; // Mobj was removed. } if(mobj->flags2 & MF2_FLOATBOB) { // Floating item bobbing motion. // Keep it on the floor. mobj->origin[VZ] = mobj->floorZ; // Negative floorclip raises the mobj off the floor. mobj->floorClip = -mobj->special1; if(mobj->floorClip < -MAX_BOB_OFFSET) { // We don't want it going through the floor. mobj->floorClip = -MAX_BOB_OFFSET; } } else if(!FEQUAL(mobj->origin[VZ], mobj->floorZ) || !FEQUAL(mobj->mom[MZ], 0)) { coord_t oldZ = mobj->origin[VZ]; P_MobjMoveZ(mobj); if(mobj->thinker.function != (thinkfunc_t) P_MobjThinker) return; // mobj was removed /** * @todo Instead of this post-move check, we should fix the root cause why * the SKULLFLYer is ending up in an invalid position during P_MobjMoveZ(). * If only the movement validity checks weren't so convoluted... -jk */ if((mobj->flags & MF_SKULLFLY) && !P_CheckPosition(mobj, mobj->origin)) { // Let's not get stuck. if(mobj->origin[VZ] > oldZ && mobj->mom[VZ] > 0) mobj->mom[VZ] = 0; if(mobj->origin[VZ] < oldZ && mobj->mom[VZ] < 0) mobj->mom[VZ] = 0; mobj->origin[VZ] = oldZ; } } // Non-sentient objects at rest. else if(!(!FEQUAL(mobj->mom[MX], 0) || !FEQUAL(mobj->mom[MY], 0)) && !sentient(mobj) && !mobj->player && !((mobj->flags & MF_CORPSE) && cfg.slidingCorpses)) { /** * Objects fall off ledges if they are hanging off slightly push off * of ledge if hanging more than halfway off. */ if(mobj->origin[VZ] > mobj->dropOffZ && // Only objects contacting dropoff !(mobj->flags & MF_NOGRAVITY) && cfg.fallOff) { P_ApplyTorque(mobj); } else { mobj->intFlags &= ~MIF_FALLING; mobj->gear = 0; // Reset torque. } } if(cfg.slidingCorpses) { if(((mobj->flags & MF_CORPSE) ? mobj->origin[VZ] > mobj->dropOffZ : mobj->origin[VZ] - mobj->dropOffZ > 24) && // Only objects contacting drop off. !(mobj->flags & MF_NOGRAVITY)) // Only objects which fall. { P_ApplyTorque(mobj); // Apply torque. } else { mobj->intFlags &= ~MIF_FALLING; mobj->gear = 0; // Reset torque. } } // $vanish: dead monsters disappear after some time. if(cfg.corpseTime && (mobj->flags & MF_CORPSE) && mobj->corpseTics != -1) { if(++mobj->corpseTics < cfg.corpseTime * TICSPERSEC) { mobj->translucency = 0; // Opaque. } else if(mobj->corpseTics < cfg.corpseTime * TICSPERSEC + VANISHTICS) { // Translucent during vanishing. mobj->translucency = ((mobj->corpseTics - cfg.corpseTime * TICSPERSEC) * 255) / VANISHTICS; } else { // Too long; get rid of the corpse. mobj->corpseTics = -1; return; } } // Cycle through states, calling action functions at transitions. if(mobj->tics != -1) { mobj->tics--; P_MobjAngleSRVOTicker(mobj); // "angle-servo"; smooth actor turning. // You can cycle through multiple states in a tic. if(!mobj->tics) { P_MobjClearSRVO(mobj); if(!P_MobjChangeState(mobj, mobj->state->nextState)) return; // Freed itself. } } else if(!IS_CLIENT) { // Check for nightmare respawn. if(!(mobj->flags & MF_COUNTKILL)) return; if(!G_Ruleset_RespawnMonsters()) return; mobj->moveCount++; if(mobj->moveCount < 12 * 35) return; if(mapTime & 31) return; if(P_Random() > 4) return; P_NightmareRespawn(mobj); } } /** * Spawns a mobj of "type" at the specified position. */ mobj_t* P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags) { mobj_t* mo; mobjinfo_t* info; coord_t space; int ddflags = 0; if(type < MT_FIRST || type >= Get(DD_NUMMOBJTYPES)) { #ifdef _DEBUG Con_Error("P_SpawnMobj: Illegal mo type %i.\n", type); #endif return NULL; } info = &MOBJINFO[type]; /* // Clients only spawn local objects. if(!(info->flags & MF_LOCAL) && IS_CLIENT) return NULL; */ // Not for deathmatch? if(G_Ruleset_Deathmatch() && (info->flags & MF_NOTDMATCH)) return NULL; // Check for specific disabled objects. switch(type) { case MT_WSKULLROD: case MT_WPHOENIXROD: case MT_AMSKRDWIMPY: case MT_AMSKRDHEFTY: case MT_AMPHRDWIMPY: case MT_AMPHRDHEFTY: case MT_AMMACEWIMPY: case MT_AMMACEHEFTY: case MT_ARTISUPERHEAL: case MT_ARTITELEPORT: case MT_ITEMSHIELD2: if(gameMode == heretic_shareware) { return 0;// Don't place on map. } break; default: break; } // Don't spawn any monsters? if(G_Ruleset_NoMonsters() && (info->flags & MF_COUNTKILL)) return 0; if(info->flags & MF_SOLID) ddflags |= DDMF_SOLID; if(info->flags2 & MF2_DONTDRAW) ddflags |= DDMF_DONTDRAW; mo = Mobj_CreateXYZ(P_MobjThinker, x, y, z, angle, info->radius, info->height, ddflags); mo->type = type; mo->info = info; mo->flags = info->flags; mo->flags2 = info->flags2; mo->flags3 = info->flags3; mo->damage = info->damage; mo->health = info->spawnHealth * (IS_NETGAME ? cfg.netMobHealthModifier : 1); mo->moveDir = DI_NODIR; mo->selector = 0; P_UpdateHealthBits(mo); // Set the health bits of the selector. if(G_Ruleset_Skill() != SM_NIGHTMARE) mo->reactionTime = info->reactionTime; mo->lastLook = P_Random() % MAXPLAYERS; // Must link before setting state (ID assigned for the mo). Mobj_SetState(mo, P_GetState(mo->type, SN_SPAWN)); if(mo->type == MT_MACEFX1 || mo->type == MT_MACEFX2 || mo->type == MT_MACEFX3) mo->special3 = 1000; // Link the mobj into the world. P_MobjLink(mo); mo->floorZ = P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT); mo->dropOffZ = mo->floorZ; mo->ceilingZ = P_GetDoublep(Mobj_Sector(mo), DMU_CEILING_HEIGHT); if((spawnFlags & MSF_Z_CEIL) || (info->flags & MF_SPAWNCEILING)) { mo->origin[VZ] = mo->ceilingZ - mo->info->height - z; } else if((spawnFlags & MSF_Z_RANDOM) || (info->flags2 & MF2_SPAWNFLOAT)) { space = mo->ceilingZ - mo->info->height - mo->floorZ; if(space > 48) { space -= 40; mo->origin[VZ] = ((space * P_Random()) / 256) + mo->floorZ + 40; } else { mo->origin[VZ] = mo->floorZ; } } else if(spawnFlags & MSF_Z_FLOOR) { mo->origin[VZ] = mo->floorZ + z; } if(spawnFlags & MSF_AMBUSH) mo->flags |= MF_AMBUSH; mo->floorClip = 0; if((mo->flags2 & MF2_FLOORCLIP) && FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { const terraintype_t* tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) { mo->floorClip = 10; } } // Copy spawn attributes to the new mobj. mo->spawnSpot.origin[VX] = x; mo->spawnSpot.origin[VY] = y; mo->spawnSpot.origin[VZ] = z; mo->spawnSpot.angle = angle; mo->spawnSpot.flags = spawnFlags; return mo; } mobj_t* P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags) { return P_SpawnMobjXYZ(type, pos[VX], pos[VY], pos[VZ], angle, spawnFlags); } void P_RepositionMace(mobj_t *mo) { mapspot_t const *mapSpot; Sector *sector; DENG_ASSERT(mo && mo->type == MT_WMACE); App_Log(DE2_DEV_MAP_MSG, "P_RepositionMace: Repositioning mobj [%p], thinkerId:%i", mo, mo->thinker.id); mapSpot = P_ChooseRandomMaceSpot(); if(!mapSpot) { App_Log(DE2_DEV_MAP_WARNING, "P_RepositionMace: Failed to choose a map spot, aborting..."); return; } P_MobjUnlink(mo); { mo->origin[VX] = mapSpot->origin[VX]; mo->origin[VY] = mapSpot->origin[VY]; sector = Sector_AtPoint_FixedPrecision(mo->origin); mo->floorZ = P_GetDoublep(sector, DMU_CEILING_HEIGHT); mo->origin[VZ] = mo->floorZ; mo->ceilingZ = P_GetDoublep(sector, DMU_CEILING_HEIGHT); } P_MobjLink(mo); App_Log(DE2_DEV_MAP_MSG, "P_RepositionMace: Mobj [%p], thinkerId:%i - now at (%.2f, %.2f, %.2f)", mo, mo->thinker.id, mo->origin[VX], mo->origin[VY], mo->origin[VZ]); } void P_SpawnBloodSplatter(coord_t x, coord_t y, coord_t z, mobj_t* originator) { mobj_t* mo; if((mo = P_SpawnMobjXYZ(MT_BLOODSPLATTER, x, y, z, P_Random() << 24, 0))) { mo->target = originator; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MZ] = 2; } } /** * @return @c true, if mobj contacted a non-solid floor. */ dd_bool P_HitFloor(mobj_t* thing) { mobj_t* mo; const terraintype_t* tt; if(IS_CLIENT && thing->player) { // The client notifies the server, which will handle the splash. NetCl_FloorHitRequest(thing->player); return false; } if(!FEQUAL(thing->floorZ, P_GetDoublep(Mobj_Sector(thing), DMU_FLOOR_HEIGHT))) { // Don't splash if landing on the edge above water/lava/etc... return false; } // Things that don't splash go here. switch(thing->type) { case MT_LAVASMOKE: case MT_SPLASH: case MT_SLUDGECHUNK: return false; default: if(P_MobjIsCamera(thing)) return false; break; } tt = P_MobjFloorTerrain(thing); if(tt->flags & TTF_SPAWN_SPLASHES) { P_SpawnMobjXYZ(MT_SPLASHBASE, thing->origin[VX], thing->origin[VY], 0, thing->angle + ANG180, MSF_Z_FLOOR); if((mo = P_SpawnMobjXYZ(MT_SPLASH, thing->origin[VX], thing->origin[VY], 0, thing->angle, MSF_Z_FLOOR))) { mo->target = thing; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MZ] = 2 + FIX2FLT(P_Random() << 8); S_StartSound(SFX_GLOOP, mo); } return true; } else if(tt->flags & TTF_SPAWN_SMOKE) { P_SpawnMobjXYZ(MT_LAVASPLASH, thing->origin[VX], thing->origin[VY], 0, thing->angle + ANG180, MSF_Z_FLOOR); if((mo = P_SpawnMobjXYZ(MT_LAVASMOKE, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR))) { mo->mom[MZ] = 1 + FIX2FLT((P_Random() << 7)); S_StartSound(SFX_BURN, mo); } return true; } else if(tt->flags & TTF_SPAWN_SLUDGE) { P_SpawnMobjXYZ(MT_SLUDGESPLASH, thing->origin[VX], thing->origin[VY], 0, thing->angle + ANG180, MSF_Z_FLOOR); if((mo = P_SpawnMobjXYZ(MT_SLUDGECHUNK, thing->origin[VX], thing->origin[VY], 0, P_Random() << 24, MSF_Z_FLOOR))) { mo->target = thing; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MZ] = 1 + FIX2FLT(P_Random() << 8); } return true; } return false; } /** * @return @c true, if the missile is at a valid spawn point, * otherwise; explode it and return @false. */ dd_bool P_CheckMissileSpawn(mobj_t *mo) { // Move a little forward so an angle can be computed if it immediately // explodes P_MobjUnlink(mo); if(mo->type == MT_BLASTERFX1) { // Ultra-fast ripper spawning missile. mo->origin[VX] += mo->mom[MX] / 8; mo->origin[VY] += mo->mom[MY] / 8; mo->origin[VZ] += mo->mom[MZ] / 8; } else { mo->origin[VX] += mo->mom[MX] / 2; mo->origin[VY] += mo->mom[MY] / 2; mo->origin[VZ] += mo->mom[MZ] / 2; } P_MobjLink(mo); if(!P_TryMoveXY(mo, mo->origin[VX], mo->origin[VY], false, false)) { P_ExplodeMissile(mo); return false; } return true; } mobj_t* P_SpawnMissile(mobjtype_t type, mobj_t* source, mobj_t* dest, dd_bool checkSpawn) { coord_t pos[3]; mobj_t* th = 0; unsigned int an = 0; angle_t angle = 0; coord_t dist = 0; float slope = 0; coord_t spawnZOff = 0; int spawnFlags = 0; memcpy(pos, source->origin, sizeof(pos)); if(source->player) { // see which target is to be aimed at angle = source->angle; slope = P_AimLineAttack(source, angle, 16 * 64); if(!cfg.noAutoAim) if(!lineTarget) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget) { angle = source->angle; slope = tan(LOOKDIR2RAD(source->dPlayer->lookDir)) / 1.2f; } } if(!P_MobjIsCamera(source->player->plr->mo)) spawnZOff = cfg.plrViewHeight - 9 + source->player->plr->lookDir / 173; } else { // Type specific offset to spawn height z. switch(type) { case MT_MNTRFX1: // Minotaur swing attack missile. spawnZOff = 40; break; case MT_SRCRFX1: // Sorcerer Demon fireball. spawnZOff = 48; break; case MT_KNIGHTAXE: // Knight normal axe. case MT_REDAXE: // Knight red power axe. spawnZOff = 36; break; case MT_MNTRFX2: spawnZOff = 0; break; default: spawnZOff = 32; break; } } if(type == MT_MNTRFX2) // always exactly on the floor. { pos[VZ] = 0; spawnFlags |= MSF_Z_FLOOR; } else { pos[VZ] += spawnZOff; pos[VZ] -= source->floorClip; } if(!source->player) { angle = M_PointToAngle2(pos, dest->origin); // Fuzzy player. if(dest->flags & MF_SHADOW) angle += (P_Random() - P_Random()) << 21; // note << 20 in jDoom } if(!(th = P_SpawnMobj(type, pos, angle, spawnFlags))) return NULL; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Where it came from. an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); if(source->player) { th->mom[MZ] = th->info->speed * slope; } else { dist = M_ApproxDistance(dest->origin[VX] - pos[VX], dest->origin[VY] - pos[VY]); dist /= th->info->speed; if(dist < 1) dist = 1; th->mom[MZ] = (dest->origin[VZ] - source->origin[VZ]) / dist; } // Make sure the speed is right (in 3D). dist = M_ApproxDistance(M_ApproxDistance(th->mom[MX], th->mom[MY]), th->mom[MZ]); if(!dist) dist = 1; dist = th->info->speed / dist; th->mom[MX] *= dist; th->mom[MY] *= dist; th->mom[MZ] *= dist; #if __JHERETIC__ /// @kludge Set this global ptr as we need access to the mobj even if it /// explodes instantly in order to assign values to it. missileMobj = th; // kludge end. #endif if(checkSpawn) return (P_CheckMissileSpawn(th)? th : NULL); return th; } mobj_t *Vanilla_P_SpawnMissileAngle(mobj_t *source, mobjtype_t type, angle_t angle, coord_t momZ) { /* * NOTE: This function is intended to exactly replicate vanilla Heretic * behavior. Do not modify! */ coord_t pos[3] = { source->origin[VX], source->origin[VY], source->origin[VZ] + 32 }; mobj_t *mo; int spawnFlags = 0; // Determine missile spawn position. switch(type) { case MT_MNTRFX1: // Minotaur swing attack missile pos[VZ] = source->origin[VZ] + 40; break; case MT_MNTRFX2: // Minotaur floor fire missile spawnFlags |= MSF_Z_FLOOR; break; case MT_SRCRFX1: // Sorcerer Demon fireball pos[VZ] = source->origin[VZ] + 48; break; default: break; } pos[VZ] -= source->floorClip; mo = P_SpawnMobj(type, pos, angle, spawnFlags); mo->target = source; // Originator mo->angle = angle; angle >>= ANGLETOFINESHIFT; mo->mom[VX] = mo->info->speed * FIX2FLT(finecosine[angle]); mo->mom[VY] = mo->info->speed * FIX2FLT(finesine[angle]); mo->mom[VZ] = momZ; if(mo->info->seeSound) { S_StartSound(mo->info->seeSound, mo); } return (P_CheckMissileSpawn(mo)? mo : NULL); } mobj_t* P_SpawnMissileAngle(mobjtype_t type, mobj_t* source, angle_t mangle, coord_t momZ) { coord_t pos[3]; mobj_t* th = 0; unsigned int an = 0; angle_t angle = 0; coord_t dist = 0; float slope = 0; coord_t spawnZOff = 0; int spawnFlags = 0; memcpy(pos, source->origin, sizeof(pos)); angle = mangle; if(source->player) { // Try to find a target. slope = P_AimLineAttack(source, angle, 16 * 64); if(!cfg.noAutoAim) if(!lineTarget) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget) { angle = mangle; slope = tan(LOOKDIR2RAD(source->dPlayer->lookDir)) / 1.2f; } } if(!(source->player->plr->flags & DDPF_CAMERA)) spawnZOff = cfg.plrViewHeight - 9 + (source->player->plr->lookDir) / 173; } else { // Type specific offset to spawn height z. switch(type) { case MT_MNTRFX1: // Minotaur swing attack missile. spawnZOff = 40; break; case MT_SRCRFX1: // Sorcerer Demon fireball. spawnZOff = 48; break; case MT_KNIGHTAXE: // Knight normal axe. case MT_REDAXE: // Knight red power axe. spawnZOff = 36; break; default: spawnZOff = 32; break; } } if(type == MT_MNTRFX2) // Always exactly on the floor. { spawnFlags |= MSF_Z_FLOOR; } else { pos[VZ] += spawnZOff; pos[VZ] -= source->floorClip; } if(!(th = P_SpawnMobj(type, pos, angle, spawnFlags))) return NULL; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Where it came from. an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); if(source->player && momZ == -12345) { th->mom[MZ] = th->info->speed * slope; // Make sure the speed is right (in 3D). dist = M_ApproxDistance(M_ApproxDistance(th->mom[MX], th->mom[MY]), th->mom[MZ]); if(dist < 1) dist = 1; dist = th->info->speed / dist; th->mom[MX] *= dist; th->mom[MY] *= dist; th->mom[MZ] *= dist; } else { th->mom[MZ] = momZ; } #if __JHERETIC__ /// @kludge Set this global ptr as we need access to the mobj even if it /// explodes instantly in order to assign values to it. missileMobj = th; // kludge end. #endif if(P_CheckMissileSpawn(th)) return th; return NULL; } void C_DECL A_ContMobjSound(mobj_t* actor) { switch(actor->type) { case MT_KNIGHTAXE: S_StartSound(SFX_KGTATK, actor); break; case MT_MUMMYFX1: S_StartSound(SFX_MUMHED, actor); break; default: break; } } doomsday-1.14.5/doomsday/plugins/heretic/src/h_main.cpp0000664000175000017500000003076612350542240022367 0ustar jaakkojaakko/** @file h_main.cpp Heretic-specific game initialization. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jheretic.h" #include "d_netsv.h" #include "gamesession.h" #include "m_argv.h" #include "p_map.h" #include "p_saveg.h" #include "hereticv13mapstatereader.h" #include "am_map.h" #include "g_defs.h" #include "p_inventory.h" #include "saveslots.h" #include using namespace common; int verbose; float turboMul; // Multiplier for turbo. gamemode_t gameMode; int gameModeBits; // Default font colours. float const defFontRGB[] = { .425f, .986f, .378f }; float const defFontRGB2[] = { 1, .65f, .275f }; float const defFontRGB3[] = { 1.0f, 1.0f, 1.0f }; // The patches used in drawing the view border. // Percent-encoded. char const *borderGraphics[] = { "Flats:FLAT513", // Background. "BORDT", // Top. "BORDR", // Right. "BORDB", // Bottom. "BORDL", // Left. "BORDTL", // Top left. "BORDTR", // Top right. "BORDBR", // Bottom right. "BORDBL" // Bottom left. }; int H_GetInteger(int id) { return Common_GetInteger(id); } void *H_GetVariable(int id) { static float bob[2]; switch(id) { case DD_PLUGIN_NAME: return (void*)PLUGIN_NAMETEXT; case DD_PLUGIN_NICENAME: return (void*)PLUGIN_NICENAME; case DD_PLUGIN_VERSION_SHORT: return (void*)PLUGIN_VERSION_TEXT; case DD_PLUGIN_VERSION_LONG: return (void*)(PLUGIN_VERSION_TEXTLONG "\n" PLUGIN_DETAILS); case DD_PLUGIN_HOMEURL: return (void*)PLUGIN_HOMEURL; case DD_PLUGIN_DOCSURL: return (void*)PLUGIN_DOCSURL; case DD_GAME_CONFIG: return gameConfigString; case DD_ACTION_LINK: return actionlinks; case DD_XGFUNC_LINK: return xgClasses; case DD_PSPRITE_BOB_X: R_GetWeaponBob(DISPLAYPLAYER, &bob[0], NULL); return &bob[0]; case DD_PSPRITE_BOB_Y: R_GetWeaponBob(DISPLAYPLAYER, NULL, &bob[1]); return &bob[1]; case DD_TM_FLOOR_Z: return (void*) &tmFloorZ; case DD_TM_CEILING_Z: return (void*) &tmCeilingZ; default: break; } // ID not recognized, return NULL. return 0; } void H_PreInit() { // Config defaults. The real settings are read from the .cfg files // but these will be used no such files are found. memset(&cfg, 0, sizeof(cfg)); cfg.playerMoveSpeed = 1; cfg.povLookAround = true; cfg.statusbarScale = 1; cfg.screenBlocks = cfg.setBlocks = 10; cfg.echoMsg = true; cfg.lookSpeed = 3; cfg.turnSpeed = 1; cfg.menuPatchReplaceMode = PRM_ALLOW_TEXT; cfg.menuScale = .9f; cfg.menuTextGlitter = 0; cfg.menuShadow = 0; //cfg.menuQuitSound = true; cfg.menuTextFlashColor[0] = .7f; cfg.menuTextFlashColor[1] = .9f; cfg.menuTextFlashColor[2] = 1; cfg.menuTextFlashSpeed = 4; cfg.menuCursorRotate = false; cfg.inludePatchReplaceMode = PRM_ALLOW_TEXT; cfg.hudPatchReplaceMode = PRM_ALLOW_TEXT; cfg.hudShown[HUD_AMMO] = true; cfg.hudShown[HUD_ARMOR] = true; cfg.hudShown[HUD_KEYS] = true; cfg.hudShown[HUD_HEALTH] = true; cfg.hudShown[HUD_READYITEM] = true; cfg.hudShown[HUD_LOG] = true; for(int i = 0; i < NUMHUDUNHIDEEVENTS; ++i) // when the hud/statusbar unhides. { cfg.hudUnHide[i] = 1; } cfg.hudScale = .7f; cfg.hudColor[0] = .325f; cfg.hudColor[1] = .686f; cfg.hudColor[2] = .278f; cfg.hudColor[3] = 1; cfg.hudIconAlpha = 1; cfg.xhairAngle = 0; cfg.xhairSize = .5f; cfg.xhairVitality = false; cfg.xhairColor[0] = 1; cfg.xhairColor[1] = 1; cfg.xhairColor[2] = 1; cfg.xhairColor[3] = 1; cfg.filterStrength = .8f; //cfg.snd_3D = false; //cfg.snd_ReverbFactor = 100; cfg.moveCheckZ = true; cfg.jumpPower = 9; cfg.airborneMovement = 1; cfg.weaponAutoSwitch = 1; // IF BETTER cfg.noWeaponAutoSwitchIfFiring = false; cfg.ammoAutoSwitch = 0; // Never. cfg.slidingCorpses = false; //cfg.fastMonsters = false; cfg.secretMsg = true; cfg.netJumping = true; cfg.netEpisode = 0; cfg.netMap = 0; cfg.netSkill = SM_MEDIUM; cfg.netColor = 4; // Use the default color by default. cfg.netMobDamageModifier = 1; cfg.netMobHealthModifier = 1; cfg.netGravity = -1; // Use map default. cfg.plrViewHeight = DEFAULT_PLAYER_VIEWHEIGHT; cfg.mapTitle = true; cfg.automapTitleAtBottom = true; cfg.hideIWADAuthor = true; cfg.menuTextColors[0][0] = defFontRGB[0]; cfg.menuTextColors[0][1] = defFontRGB[1]; cfg.menuTextColors[0][2] = defFontRGB[2]; cfg.menuTextColors[1][0] = defFontRGB2[0]; cfg.menuTextColors[1][1] = defFontRGB2[1]; cfg.menuTextColors[1][2] = defFontRGB2[2]; cfg.menuTextColors[2][0] = defFontRGB3[0]; cfg.menuTextColors[2][1] = defFontRGB3[1]; cfg.menuTextColors[2][2] = defFontRGB3[2]; cfg.menuTextColors[3][0] = defFontRGB3[0]; cfg.menuTextColors[3][1] = defFontRGB3[1]; cfg.menuTextColors[3][2] = defFontRGB3[2]; cfg.menuSlam = true; cfg.menuShortcutsEnabled = true; cfg.menuGameSaveSuggestDescription = true; cfg.confirmQuickGameSave = true; cfg.confirmRebornLoad = true; cfg.loadLastSaveOnReborn = false; cfg.monstersStuckInDoors = false; cfg.avoidDropoffs = true; cfg.moveBlock = false; cfg.fallOff = true; cfg.fixFloorFire = false; cfg.fixPlaneScrollMaterialsEastOnly = true; cfg.statusbarOpacity = 1; cfg.statusbarCounterAlpha = 1; cfg.automapCustomColors = 0; // Never. cfg.automapL0[0] = .455f; // Unseen areas. cfg.automapL0[1] = .482f; cfg.automapL0[2] = .439f; cfg.automapL1[0] = .292f; // onesided lines cfg.automapL1[1] = .195f; cfg.automapL1[2] = .062f; cfg.automapL2[0] = .812f; // floor height change lines cfg.automapL2[1] = .687f; cfg.automapL2[2] = .519f; cfg.automapL3[0] = .402f; // ceiling change lines cfg.automapL3[1] = .230f; cfg.automapL3[2] = .121f; cfg.automapMobj[0] = .093f; cfg.automapMobj[1] = .093f; cfg.automapMobj[2] = .093f; cfg.automapBack[0] = 1.0f; cfg.automapBack[1] = 1.0f; cfg.automapBack[2] = 1.0f; cfg.automapOpacity = 1.0f; cfg.automapLineAlpha = 1.0f; cfg.automapLineWidth = 1.1f; cfg.automapShowDoors = true; cfg.automapDoorGlow = 8; cfg.automapHudDisplay = 2; cfg.automapRotate = true; cfg.automapBabyKeys = true; cfg.automapZoomSpeed = .1f; cfg.automapPanSpeed = .5f; cfg.automapPanResetOnOpen = true; cfg.automapOpenSeconds = AUTOMAP_OPEN_SECONDS; cfg.hudCheatCounterScale = .7f; cfg.hudCheatCounterShowWithAutomap = true; cfg.msgCount = 4; cfg.msgScale = .8f; cfg.msgUptime = 5; cfg.msgAlign = 1; // Center. cfg.msgBlink = 5; cfg.msgColor[0] = defFontRGB3[0]; cfg.msgColor[1] = defFontRGB3[1]; cfg.msgColor[2] = defFontRGB3[2]; cfg.inventoryTimer = 5; cfg.inventoryWrap = false; cfg.inventoryUseNext = true; cfg.inventoryUseImmediate = false; cfg.inventorySlotMaxVis = 7; cfg.inventorySlotShowEmpty = true; cfg.inventorySelectMode = 0; // Cursor select. cfg.chatBeep = true; //cfg.killMessages = true; cfg.bobView = 1; cfg.bobWeapon = 1; cfg.bobWeaponLower = true; cfg.cameraNoClip = true; cfg.respawnMonstersNightmare = false; cfg.weaponOrder[0] = WT_SEVENTH; // mace \ beak cfg.weaponOrder[1] = WT_SIXTH; // phoenixrod \ beak cfg.weaponOrder[2] = WT_FIFTH; // skullrod \ beak cfg.weaponOrder[3] = WT_FOURTH; // blaster \ beak cfg.weaponOrder[4] = WT_THIRD; // crossbow \ beak cfg.weaponOrder[5] = WT_SECOND; // goldwand \ beak cfg.weaponOrder[6] = WT_EIGHTH; // gauntlets \ beak cfg.weaponOrder[7] = WT_FIRST; // staff \ beak cfg.weaponCycleSequential = true; cfg.menuEffectFlags = MEF_TEXT_SHADOW; cfg.hudFog = 5; cfg.ringFilter = 1; cfg.tomeCounter = 10; cfg.tomeSound = 3; // Use the crossfade transition by default. Con_SetInteger("con-transition", 0); // Heretic's torch light does not attenuate with distance. DD_SetInteger(DD_FIXEDCOLORMAP_ATTENUATE, 0); // Do the common pre init routine; G_CommonPreInit(); } void H_PostInit() { dd_bool autoStart = false; Uri *startMapUri = 0; /// @todo Kludge: Shareware WAD has different border background. /// @todo Do this properly! if(gameMode == heretic_shareware) borderGraphics[0] = "Flats:FLOOR04"; else borderGraphics[0] = "Flats:FLAT513"; // Common post init routine. G_CommonPostInit(); // Initialize weapon info using definitions. P_InitWeaponInfo(); // Game parameters. monsterInfight = GetDefInt("AI|Infight", 0); // Defaults for skill, episode and map. defaultGameRules.skill = /*startSkill =*/ SM_MEDIUM; // Game mode specific settings. /* None */ if(CommandLine_Check("-deathmatch")) { cfg.netDeathmatch = true; } // Apply these game rules. defaultGameRules.noMonsters = CommandLine_Exists("-nomonsters")? true : false; defaultGameRules.respawnMonsters = CommandLine_Check("-respawn")? true : false; // turbo option. int p = CommandLine_Check("-turbo"); turboMul = 1.0f; if(p) { int scale = 200; if(p < myargc - 1) scale = atoi(CommandLine_At(p + 1)); if(scale < 10) scale = 10; if(scale > 400) scale = 400; App_Log(DE2_MAP_NOTE, "Turbo scale: %i%%", scale); turboMul = scale / 100.f; } // Load a saved game? p = CommandLine_Check("-loadgame"); if(p && p < myargc - 1) { if(SaveSlot *sslot = G_SaveSlots().slotByUserInput(CommandLine_At(p + 1))) { if(sslot->isUserWritable() && G_SetGameActionLoadSession(sslot->id())) { // No further initialization is to be done. return; } } } p = CommandLine_Check("-skill"); if(p && p < myargc - 1) { int skillNumber = atoi(CommandLine_At(p + 1)); defaultGameRules.skill = (skillmode_t)(skillNumber > 0? skillNumber - 1 : skillNumber); autoStart = true; } p = CommandLine_Check("-episode"); if(p && p < myargc - 1) { int episodeNumber = atoi(CommandLine_At(p + 1)); startMapUri = G_ComposeMapUri(episodeNumber > 0? episodeNumber - 1 : episodeNumber, 0); autoStart = true; } p = CommandLine_Check("-warp"); if(p && p < myargc - 2) { int episodeNumber = atoi(CommandLine_At(p + 1)); int mapNumber = atoi(CommandLine_At(p + 2)); startMapUri = G_ComposeMapUri(episodeNumber > 0? episodeNumber - 1 : episodeNumber, mapNumber > 0? mapNumber - 1 : mapNumber); autoStart = true; } if(!startMapUri) { startMapUri = G_ComposeMapUri(0, 0); } // Are we autostarting? if(autoStart) { App_Log(DE2_LOG_NOTE, "Autostart in Map %s, Skill %d", F_PrettyPath(Str_Text(Uri_ToString(startMapUri))), defaultGameRules.skill); } // Validate episode and map. AutoStr *path = Uri_Compose(startMapUri); if((autoStart || IS_NETGAME) && P_MapExists(Str_Text(path))) { G_SetGameActionNewSession(*startMapUri, 0/*default*/, defaultGameRules); } else { COMMON_GAMESESSION->endAndBeginTitle(); // Start up intro loop. } Uri_Delete(startMapUri); } void H_Shutdown() { P_ShutdownInventory(); G_CommonShutdown(); } doomsday-1.14.5/doomsday/plugins/heretic/src/h_api.c0000664000175000017500000002100712350542240021640 0ustar jaakkojaakko/**\file h_api.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API exchange - jHeretic specific. */ #include #include #include "doomsday.h" #include "jheretic.h" #include "d_netsv.h" #include "d_net.h" #include "fi_lib.h" #include "g_common.h" #include "g_update.h" #include "hu_menu.h" #include "p_mapsetup.h" #include "r_common.h" #include "p_map.h" #include "polyobjs.h" #define GID(v) (toGameId(v)) // The interface to the Doomsday engine. game_export_t gx; // Identifiers given to the games we register during startup. static gameid_t gameIds[NUM_GAME_MODES]; static __inline gameid_t toGameId(int gamemode) { assert(gamemode >= 0 && gamemode < NUM_GAME_MODES); return gameIds[(gamemode_t) gamemode]; } /** * Register the game modes supported by this plugin. */ int G_RegisterGames(int hookType, int param, void* data) { #define CONFIGDIR "heretic" #define STARTUPPK3 PLUGIN_NAMETEXT2 ".pk3" #define LEGACYSAVEGAMENAMEEXP "^(?:HticSav)[0-9]{1,1}(?:.hsg)" #define LEGACYSAVEGAMESUBFOLDER "savegame" GameDef const hereticExtDef = { "heretic-ext", CONFIGDIR, "Heretic: Shadow of the Serpent Riders", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const hereticDef = { "heretic", CONFIGDIR, "Heretic Registered", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const hereticShareDef = { "heretic-share", CONFIGDIR, "Heretic Shareware", "Raven Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; DENG_UNUSED(hookType); DENG_UNUSED(param); DENG_UNUSED(data); /* Heretic (Extended) */ gameIds[heretic_extended] = DD_DefineGame(&hereticExtDef); DD_AddGameResource(GID(heretic_extended), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(heretic_extended), RC_PACKAGE, FF_STARTUP, "heretic.wad", "EXTENDED;E5M2;E5M7;E6M2;MUMSIT;WIZACT;MUS_CPTD;CHKNC5;SPAXA1A5"); DD_AddGameResource(GID(heretic_extended), RC_DEFINITION, 0, "heretic-ext.ded", 0); /* Heretic */ gameIds[heretic] = DD_DefineGame(&hereticDef); DD_AddGameResource(GID(heretic), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(heretic), RC_PACKAGE, FF_STARTUP, "heretic.wad", "E2M2;E3M6;MUMSIT;WIZACT;MUS_CPTD;CHKNC5;SPAXA1A5"); DD_AddGameResource(GID(heretic), RC_DEFINITION, 0, "heretic.ded", 0); /* Heretic (Shareware) */ gameIds[heretic_shareware] = DD_DefineGame(&hereticShareDef); DD_AddGameResource(GID(heretic_shareware), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(heretic_shareware), RC_PACKAGE, FF_STARTUP, "heretic1.wad", "E1M1;MUMSIT;WIZACT;MUS_CPTD;CHKNC5;SPAXA1A5"); DD_AddGameResource(GID(heretic_shareware), RC_DEFINITION, 0, "heretic-share.ded", 0); return true; #undef STARTUPPK3 #undef CONFIGDIR } /** * Called right after the game plugin is selected into use. */ void DP_Load(void) { // We might've been freed from memory, so refresh the game ids. gameIds[heretic_shareware] = DD_GameIdForKey("heretic-share"); gameIds[heretic] = DD_GameIdForKey("heretic"); gameIds[heretic_extended] = DD_GameIdForKey("heretic-ext"); Plug_AddHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } /** * Called when the game plugin is freed from memory. */ void DP_Unload(void) { Plug_RemoveHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } void G_PreInit(gameid_t gameId) { /// \todo Refactor me away. { size_t i; for(i = 0; i < NUM_GAME_MODES; ++i) if(gameIds[i] == gameId) { gameMode = (gamemode_t) i; gameModeBits = 1 << gameMode; break; } if(i == NUM_GAME_MODES) Con_Error("Failed gamemode lookup for id %i.", gameId); } H_PreInit(); } /** * Called by the engine to initiate a soft-shutdown request. */ dd_bool G_TryShutdown(void) { G_QuitGame(); return true; } /** * Takes a copy of the engine's entry points and exported data. Returns * a pointer to the structure that contains our entry points and exports. */ game_export_t* GetGameAPI(void) { // Clear all of our exports. memset(&gx, 0, sizeof(gx)); // Fill in the data for the exports. gx.apiSize = sizeof(gx); gx.PreInit = G_PreInit; gx.PostInit = H_PostInit; gx.TryShutdown = G_TryShutdown; gx.Shutdown = H_Shutdown; gx.Ticker = G_Ticker; gx.DrawViewPort = G_DrawViewPort; gx.DrawWindow = H_DrawWindow; gx.FinaleResponder = FI_PrivilegedResponder; gx.PrivilegedResponder = G_PrivilegedResponder; gx.Responder = G_Responder; gx.EndFrame = H_EndFrame; gx.MobjThinker = P_MobjThinker; gx.MobjFriction = (coord_t (*)(void *)) P_MobjGetFriction; gx.MobjCheckPositionXYZ = P_CheckPositionXYZ; gx.MobjTryMoveXYZ = P_TryMoveXYZ; gx.SectorHeightChangeNotification = P_HandleSectorHeightChange; gx.UpdateState = G_UpdateState; gx.GetInteger = H_GetInteger; gx.GetVariable = H_GetVariable; gx.NetServerStart = D_NetServerStarted; gx.NetServerStop = D_NetServerClose; gx.NetConnect = D_NetConnect; gx.NetDisconnect = D_NetDisconnect; gx.NetPlayerEvent = D_NetPlayerEvent; gx.NetWorldEvent = D_NetWorldEvent; gx.HandlePacket = D_HandlePacket; // Data structure sizes. gx.mobjSize = sizeof(mobj_t); gx.polyobjSize = sizeof(Polyobj); gx.FinalizeMapChange = P_FinalizeMapChange; // These really need better names. Ideas? gx.HandleMapDataPropertyValue = P_HandleMapDataPropertyValue; gx.HandleMapObjectStatusReport = P_HandleMapObjectStatusReport; return &gx; } /** * This function is called automatically when the plugin is loaded. * We let the engine know what we'd like to do. */ void DP_Initialize(void) { Plug_AddHook(HOOK_STARTUP, G_RegisterGames); } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ const char* deng_LibraryType(void) { return "deng-plugin/game"; } DENG_DECLARE_API(Base); DENG_DECLARE_API(B); DENG_DECLARE_API(Busy); DENG_DECLARE_API(Client); DENG_DECLARE_API(Con); DENG_DECLARE_API(Def); DENG_DECLARE_API(F); DENG_DECLARE_API(FR); DENG_DECLARE_API(GL); DENG_DECLARE_API(Infine); DENG_DECLARE_API(InternalData); DENG_DECLARE_API(Material); DENG_DECLARE_API(MaterialArchive); DENG_DECLARE_API(Map); DENG_DECLARE_API(MPE); DENG_DECLARE_API(Player); DENG_DECLARE_API(Plug); DENG_DECLARE_API(R); DENG_DECLARE_API(Rend); DENG_DECLARE_API(S); DENG_DECLARE_API(Server); DENG_DECLARE_API(Svg); DENG_DECLARE_API(Thinker); DENG_DECLARE_API(Uri); DENG_DECLARE_API(W); DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_BINDING, B); DENG_GET_API(DE_API_BUSY, Busy); DENG_GET_API(DE_API_CLIENT, Client); DENG_GET_API(DE_API_CONSOLE, Con); DENG_GET_API(DE_API_DEFINITIONS, Def); DENG_GET_API(DE_API_FILE_SYSTEM, F); DENG_GET_API(DE_API_FONT_RENDER, FR); DENG_GET_API(DE_API_GL, GL); DENG_GET_API(DE_API_INFINE, Infine); DENG_GET_API(DE_API_INTERNAL_DATA, InternalData); DENG_GET_API(DE_API_MATERIALS, Material); DENG_GET_API(DE_API_MATERIAL_ARCHIVE, MaterialArchive); DENG_GET_API(DE_API_MAP, Map); DENG_GET_API(DE_API_MAP_EDIT, MPE); DENG_GET_API(DE_API_PLAYER, Player); DENG_GET_API(DE_API_PLUGIN, Plug); DENG_GET_API(DE_API_RESOURCE, R); DENG_GET_API(DE_API_RENDER, Rend); DENG_GET_API(DE_API_SOUND, S); DENG_GET_API(DE_API_SERVER, Server); DENG_GET_API(DE_API_SVG, Svg); DENG_GET_API(DE_API_THINKER, Thinker); DENG_GET_API(DE_API_URI, Uri); DENG_GET_API(DE_API_WAD, W); ) doomsday-1.14.5/doomsday/plugins/heretic/src/p_enemy.c0000664000175000017500000016637512350542240022236 0ustar jaakkojaakko/** @file p_enemy.c Enemy thinking, AI. * * Action Pointer Functions that are associated with states/frames. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1999 Activision * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #ifdef MSVC # pragma optimize("g", off) #endif #include "jheretic.h" #include "dmu_lib.h" #include "p_map.h" #include "p_mapspec.h" #include "p_floor.h" #define MONS_LOOK_RANGE (20*64) #define MONS_LOOK_LIMIT 64 #define MNTR_CHARGE_SPEED (13) #define MAX_GEN_PODS 16 #define BODYQUESIZE 32 // Eight directional movement speeds. #define MOVESPEED_DIAGONAL (0.71716309f) static const coord_t dirSpeed[8][2] = { {1, 0}, {MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {0, 1}, {-MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {-1, 0}, {-MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL}, {0, -1}, {MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL} }; #undef MOVESPEED_DIAGONAL mobj_t *bodyque[BODYQUESIZE]; int bodyqueslot; void P_ClearBodyQueue(void) { memset(bodyque, 0, sizeof(bodyque)); bodyqueslot = 0; } /** * If a monster yells at a player, it will alert other monsters to the * player's whereabouts. */ void P_NoiseAlert(mobj_t *target, mobj_t *emitter) { VALIDCOUNT++; P_RecursiveSound(target, Mobj_Sector(emitter), 0); } dd_bool P_CheckMeleeRange(mobj_t* actor) { mobj_t* pl; coord_t dist, range; if(!actor->target) return false; pl = actor->target; dist = M_ApproxDistance(pl->origin[VX] - actor->origin[VX], pl->origin[VY] - actor->origin[VY]); if(!cfg.netNoMaxZMonsterMeleeAttack) { // Account for Z height difference. if(pl->origin[VZ] > actor->origin[VZ] + actor->height || pl->origin[VZ] + pl->height < actor->origin[VZ]) return false; } range = MELEERANGE - 20 + pl->info->radius; if(dist >= range) return false; if(!P_CheckSight(actor, actor->target)) return false; return true; } dd_bool P_CheckMissileRange(mobj_t* actor) { coord_t dist; if(!P_CheckSight(actor, actor->target)) return false; if(actor->flags & MF_JUSTHIT) { // The target just hit the enemy, so fight back! actor->flags &= ~MF_JUSTHIT; return true; } if(actor->reactionTime) return false; // Don't attack yet dist = M_ApproxDistance(actor->origin[VX] - actor->target->origin[VX], actor->origin[VY] - actor->target->origin[VY]) - 64; if(P_GetState(actor->type, SN_MELEE) == S_NULL) dist -= 128; // No melee attack, so fire more frequently. // Imp's fly attack from far away if(actor->type == MT_IMP) dist /= 2; if(dist > 200) dist = 200; if(P_Random() < dist) return false; return true; } /** * Move in the current direction. * * @return @c false, if the move is blocked. */ dd_bool P_Move(mobj_t *actor, dd_bool dropoff) { coord_t pos[2], step[2]; Line *ld; dd_bool good; if(actor->moveDir == DI_NODIR) return false; if(!VALID_MOVEDIR(actor->moveDir)) Con_Error("Weird actor->moveDir!"); step[VX] = actor->info->speed * dirSpeed[actor->moveDir][VX]; step[VY] = actor->info->speed * dirSpeed[actor->moveDir][VY]; pos[VX] = actor->origin[VX] + step[VX]; pos[VY] = actor->origin[VY] + step[VY]; // killough $dropoff_fix. if(!P_TryMoveXY(actor, pos[VX], pos[VY], dropoff, false)) { // Float up and down to the contacted floor height. if((actor->flags & MF_FLOAT) && tmFloatOk) { coord_t oldZ = actor->origin[VZ]; if(actor->origin[VZ] < tmFloorZ) actor->origin[VZ] += FLOATSPEED; else actor->origin[VZ] -= FLOATSPEED; // What if we just floated into another mobj? if(P_CheckPosition(actor, actor->origin)) { // Looks ok: floated to an unoccupied spot. actor->flags |= MF_INFLOAT; } else { // Let's not do this; undo the float. actor->origin[VZ] = oldZ; } return true; } // Open any specials. if(IterList_Empty(spechit)) return false; actor->moveDir = DI_NODIR; good = false; while((ld = IterList_Pop(spechit)) != NULL) { /** * If the special is not a door that can be opened, return false. * * $unstuck: This is what caused monsters to get stuck in * doortracks, because it thought that the monster freed itself * by opening a door, even if it was moving towards the * doortrack, and not the door itself. * * If a line blocking the monster is activated, return true 90% * of the time. If a line blocking the monster is not activated, * but some other line is, return false 90% of the time. * A bit of randomness is needed to ensure it's free from * lockups, but for most cases, it returns the correct result. * * Do NOT simply return false 1/4th of the time (causes monsters * to back out when they shouldn't, and creates secondary * stickiness). */ if(P_ActivateLine(ld, actor, 0, SPAC_USE)) good |= ld == tmBlockingLine ? 1 : 2; } if(!good || cfg.monstersStuckInDoors) return good; else return (P_Random() >= 230) || (good & 1); } else { P_MobjSetSRVO(actor, step[VX], step[VY]); actor->flags &= ~MF_INFLOAT; } // $dropoff_fix: fall more slowly, under gravity, if tmFellDown==true if(!(actor->flags & MF_FLOAT) && !tmFellDown) { if(actor->origin[VZ] > actor->floorZ) P_HitFloor(actor); actor->origin[VZ] = actor->floorZ; } return true; } /** * Attempts to move actor on in its current (ob->moveangle) direction. * If blocked by either a wall or an actor returns FALSE * If move is either clear or blocked only by a door, returns TRUE and sets... * If a door is in the way, an OpenDoor call is made to start it opening. */ static dd_bool tryMoveMobj(mobj_t *actor) { // $dropoff_fix if(!P_Move(actor, false)) { return false; } actor->moveCount = P_Random() & 15; return true; } static void doNewChaseDir(mobj_t *actor, coord_t deltaX, coord_t deltaY) { dirtype_t xdir, ydir, tdir; dirtype_t olddir = actor->moveDir; dirtype_t turnaround = olddir; if(turnaround != DI_NODIR) // Find reverse direction. turnaround ^= 4; xdir = (deltaX > 10 ? DI_EAST : deltaX < -10 ? DI_WEST : DI_NODIR); ydir = (deltaY < -10 ? DI_SOUTH : deltaY > 10 ? DI_NORTH : DI_NODIR); // Try direct route. if(xdir != DI_NODIR && ydir != DI_NODIR && turnaround != (actor->moveDir = deltaY < 0 ? deltaX > 0 ? DI_SOUTHEAST : DI_SOUTHWEST : deltaX > 0 ? DI_NORTHEAST : DI_NORTHWEST) && tryMoveMobj(actor)) return; // Try other directions. if(P_Random() > 200 || fabs(deltaY) > fabs(deltaX)) { dirtype_t temp = xdir; xdir = ydir; ydir = temp; } if((xdir == turnaround ? xdir = DI_NODIR : xdir) != DI_NODIR && (actor->moveDir = xdir, tryMoveMobj(actor))) return; // Either moved forward or attacked. if((ydir == turnaround ? ydir = DI_NODIR : ydir) != DI_NODIR && (actor->moveDir = ydir, tryMoveMobj(actor))) return; // There is no direct path to the player, so pick another direction. if(olddir != DI_NODIR && (actor->moveDir = olddir, tryMoveMobj(actor))) return; // Randomly determine direction of search. if(P_Random() & 1) { for(tdir = DI_EAST; tdir <= DI_SOUTHEAST; tdir++) if(tdir != turnaround && (actor->moveDir = tdir, tryMoveMobj(actor))) return; } else { for(tdir = DI_SOUTHEAST; tdir != DI_EAST - 1; tdir--) if(tdir != turnaround && (actor->moveDir = tdir, tryMoveMobj(actor))) return; } if((actor->moveDir = turnaround) != DI_NODIR && !tryMoveMobj(actor)) actor->moveDir = DI_NODIR; } typedef struct { mobj_t *averterMobj; ///< Mobj attempting to avert the drop off. AABoxd averterAABox; ///< Current axis-aligned bounding box of the averter. vec2d_t direction; ///< Direction in which to move to avoid the drop off. } pit_avoiddropoff_params_t; static int PIT_AvoidDropoff(Line *line, void *context) { pit_avoiddropoff_params_t *parm = (pit_avoiddropoff_params_t *)context; Sector *backsector = P_GetPtrp(line, DMU_BACK_SECTOR); AABoxd *aaBox = P_GetPtrp(line, DMU_BOUNDING_BOX); if(backsector && // Line must be contacted parm->averterAABox.minX < aaBox->maxX && parm->averterAABox.maxX > aaBox->minX && parm->averterAABox.minY < aaBox->maxY && parm->averterAABox.maxY > aaBox->minY && !Line_BoxOnSide(line, &parm->averterAABox)) { Sector *frontsector = P_GetPtrp(line, DMU_FRONT_SECTOR); coord_t front = P_GetDoublep(frontsector, DMU_FLOOR_HEIGHT); coord_t back = P_GetDoublep(backsector, DMU_FLOOR_HEIGHT); vec2d_t lineDir; angle_t angle; uint an; P_GetDoublepv(line, DMU_DXY, lineDir); // The monster must contact one of the two floors, and the other must be // a tall drop off (more than 24). if(FEQUAL(back, parm->averterMobj->floorZ) && front < parm->averterMobj->floorZ - 24) { angle = M_PointToAngle(lineDir); // Front drop off. } else { if(FEQUAL(front, parm->averterMobj->floorZ) && back < parm->averterMobj->floorZ - 24) { angle = M_PointXYToAngle(-lineDir[0], -lineDir[1]); // Back drop off. } return false; } // Move away from drop off at a standard speed. // Multiple contacted lines are cumulative (e.g., hanging over a corner). an = angle >> ANGLETOFINESHIFT; parm->direction[VX] -= FIX2FLT(finesine [an]) * 32; parm->direction[VY] += FIX2FLT(finecosine[an]) * 32; } return false; } /** * Monsters try to move away from tall drop offs. (From PrBoom.) * * In Doom, they were never allowed to hang over drop offs, and would remain * stuck if involuntarily forced over one. This logic, combined with * p_map.c::P_TryMoveXY(), allows monsters to free themselves without making * them tend to hang over drop offs. * * @param chaseDir Direction in which the mobj is currently "chasing". If a * drop off is found, this direction will be updated with a * direction that will take the mobj back onto terra firma. * * @return @c true iff the direction was changed to avoid a drop off. */ static dd_bool shouldAvoidDropoff(mobj_t *mobj, pvec2d_t chaseDir) { pit_avoiddropoff_params_t parm; DENG_ASSERT(mobj != 0); // Disabled? (inverted var name!) if(cfg.avoidDropoffs) return false; if(mobj->floorZ - mobj->dropOffZ <= 24) return false; if(mobj->origin[VZ] > mobj->floorZ) return false; if(mobj->flags & (MF_DROPOFF | MF_FLOAT)) return false; parm.averterMobj = mobj; parm.averterAABox.minX = mobj->origin[VX] - mobj->radius; parm.averterAABox.minY = mobj->origin[VY] - mobj->radius; parm.averterAABox.maxX = mobj->origin[VX] + mobj->radius; parm.averterAABox.maxY = mobj->origin[VY] + mobj->radius; V2d_Set(parm.direction, 0, 0); VALIDCOUNT++; Mobj_TouchedLinesIterator(mobj, PIT_AvoidDropoff, &parm); if(FEQUAL(parm.direction[VX], 0) && FEQUAL(parm.direction[VY], 0)) return false; // The mobj should attempt to move away from the drop off. V2d_Copy(chaseDir, parm.direction); return true; } static void newChaseDir(mobj_t *mobj) { vec2d_t chaseDir; dd_bool avoiding; DENG_ASSERT(mobj != 0); // Nothing to chase? if(!mobj->target) return; // Chase toward the target, unless there is a drop off to avoid. V2d_Subtract(chaseDir, mobj->target->origin, mobj->origin); avoiding = shouldAvoidDropoff(mobj, chaseDir); // Apply the direction change (if any). doNewChaseDir(mobj, chaseDir[VX], chaseDir[VY]); if(avoiding) { // Take small steps away from the drop off. mobj->moveCount = 1; } } typedef struct { size_t count; size_t maxTries; mobj_t* notThis; mobj_t* foundMobj; coord_t origin[2]; coord_t maxDistance; int minHealth; int compFlags; dd_bool checkLOS; byte randomSkip; } findmobjparams_t; static int findMobj(thinker_t* th, void* context) { findmobjparams_t* params = (findmobjparams_t*) context; mobj_t* mo = (mobj_t *) th; // Flags requirement? if(params->compFlags > 0 && !(mo->flags & params->compFlags)) return false; // Continue iteration. // Minimum health requirement? if(params->minHealth > 0 && mo->health < params->minHealth) return false; // Continue iteration. // Exclude this mobj? if(params->notThis && mo == params->notThis) return false; // Continue iteration. // Out of range? if(params->maxDistance > 0 && M_ApproxDistance(params->origin[VX] - mo->origin[VX], params->origin[VY] - mo->origin[VY]) > params->maxDistance) return false; // Continue iteration. // Randomly skip this? if(params->randomSkip && P_Random() < params->randomSkip) return false; // Continue iteration. if(params->maxTries > 0 && params->count++ > params->maxTries) return true; // Stop iteration. // Out of sight? if(params->checkLOS && params->notThis && !P_CheckSight(params->notThis, mo)) return false; // Continue iteration. // Found one! params->foundMobj = mo; return true; // Stop iteration. } dd_bool P_LookForMonsters(mobj_t* mo) { findmobjparams_t params; if(!P_CheckSight(players[0].plr->mo, mo)) return false; // Player can't see the monster. params.count = 0; params.notThis = mo; params.origin[VX] = mo->origin[VX]; params.origin[VY] = mo->origin[VY]; params.foundMobj = NULL; params.maxDistance = MONS_LOOK_RANGE; params.maxTries = MONS_LOOK_LIMIT; params.minHealth = 1; params.compFlags = MF_COUNTKILL; params.checkLOS = true; params.randomSkip = 16; Thinker_Iterate(P_MobjThinker, findMobj, ¶ms); if(params.foundMobj) { mo->target = params.foundMobj; return true; } return false; } /** * If allaround is false, only look 180 degrees in front * returns true if a player is targeted */ dd_bool P_LookForPlayers(mobj_t* actor, dd_bool allAround) { // If in single player and player is dead, look for monsters. if(!IS_NETGAME && players[0].health <= 0) return P_LookForMonsters(actor); return Mobj_LookForPlayers(actor, allAround); } /** * Stay in state until a player is sighted. */ void C_DECL A_Look(mobj_t *actor) { mobj_t *targ; Sector *sec; // Any shot will wake up actor->threshold = 0; sec = Mobj_Sector(actor); targ = P_ToXSector(sec)->soundTarget; if(targ && (targ->flags & MF_SHOOTABLE)) { actor->target = targ; if(actor->flags & MF_AMBUSH) { if(P_CheckSight(actor, actor->target)) goto seeyou; } else goto seeyou; } if(!P_LookForPlayers(actor, false)) return; // go into chase state seeyou: if(actor->info->seeSound) { int sound = actor->info->seeSound; if(actor->flags2 & MF2_BOSS) { // Full volume S_StartSound(sound, NULL); } else { S_StartSound(sound, actor); } } P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } /** * Actor has a melee attack, so it tries to close as fast as possible. */ void C_DECL A_Chase(mobj_t *actor) { int delta; statenum_t state; if(actor->reactionTime) { actor->reactionTime--; } // Modify target threshold. if(actor->threshold) { actor->threshold--; } if(G_Ruleset_Skill() == SM_NIGHTMARE || G_Ruleset_Fast()) { // Monsters move faster in nightmare mode. actor->tics -= actor->tics / 2; if(actor->tics < 3) actor->tics = 3; } // Turn towards movement direction if not there yet. if(actor->moveDir < DI_NODIR) { actor->angle &= (7 << 29); delta = actor->angle - (actor->moveDir << 29); if(delta > 0) { actor->angle -= ANG90 / 2; } else if(delta < 0) { actor->angle += ANG90 / 2; } } if(!actor->target || !(actor->target->flags & MF_SHOOTABLE) || P_MobjIsCamera(actor->target)) { // Look for a new target. if(!P_LookForPlayers(actor, true)) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SPAWN)); } return; } // Don't attack twice in a row. if(actor->flags & MF_JUSTATTACKED) { actor->flags &= ~MF_JUSTATTACKED; if(G_Ruleset_Skill() != SM_NIGHTMARE) { newChaseDir(actor); } return; } // Check for melee attack. if((state = P_GetState(actor->type, SN_MELEE)) != S_NULL && P_CheckMeleeRange(actor)) { if(actor->info->attackSound) S_StartSound(actor->info->attackSound, actor); P_MobjChangeState(actor, state); return; } // Check for missile attack. if((state = P_GetState(actor->type, SN_MISSILE)) != S_NULL) { if(!(G_Ruleset_Skill() != SM_NIGHTMARE && actor->moveCount)) { if(P_CheckMissileRange(actor)) { P_MobjChangeState(actor, state); actor->flags |= MF_JUSTATTACKED; return; } } } // Possibly choose another target. if(IS_NETGAME && !actor->threshold && !P_CheckSight(actor, actor->target)) { if(P_LookForPlayers(actor, true)) return; // Got a new target. } // Chase towards player. if(--actor->moveCount < 0 || !P_Move(actor, false)) { newChaseDir(actor); } // Make active sound. if(actor->info->activeSound && P_Random() < 3) { if(actor->type == MT_WIZARD && P_Random() < 128) { S_StartSound(actor->info->seeSound, actor); } else if(actor->type == MT_SORCERER2) { S_StartSound(actor->info->activeSound, NULL); } else { S_StartSound(actor->info->activeSound, actor); } } } void C_DECL A_FaceTarget(mobj_t* actor) { if(!actor->target) return; actor->turnTime = true; // $visangle-facetarget actor->flags &= ~MF_AMBUSH; actor->angle = M_PointToAngle2(actor->origin, actor->target->origin); // Is target a ghost? if(actor->target->flags & MF_SHADOW) { actor->angle += (P_Random() - P_Random()) << 21; } } void C_DECL A_Pain(mobj_t* actor) { if(actor->info->painSound) S_StartSound(actor->info->painSound, actor); } void C_DECL A_DripBlood(mobj_t* actor) { mobj_t* mo; if((mo = P_SpawnMobjXYZ(MT_BLOOD, actor->origin[VX] + FIX2FLT((P_Random() - P_Random()) << 11), actor->origin[VY] + FIX2FLT((P_Random() - P_Random()) << 11), actor->origin[VZ], P_Random() << 24, 0))) { mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); mo->flags2 |= MF2_LOGRAV; } } void C_DECL A_KnightAttack(mobj_t* actor) { if(!actor->target) return; if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(3), false); S_StartSound(SFX_KGTAT2, actor); return; } // Throw axe. S_StartSound(actor->info->attackSound, actor); if(actor->type == MT_KNIGHTGHOST || P_Random() < 40) { // Red axe. P_SpawnMissile(MT_REDAXE, actor, actor->target, true); return; } // Green axe. P_SpawnMissile(MT_KNIGHTAXE, actor, actor->target, true); } void C_DECL A_ImpExplode(mobj_t* actor) { mobj_t* mo; if((mo = P_SpawnMobj(MT_IMPCHUNK1, actor->origin, P_Random() << 24, 0))) { mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MZ] = 9; } if((mo = P_SpawnMobj(MT_IMPCHUNK2, actor->origin, P_Random() << 24, 0))) { mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 10); mo->mom[MZ] = 9; } if(actor->special1 == 666) P_MobjChangeState(actor, S_IMP_XCRASH1); // Extreme death crash. } void C_DECL A_BeastPuff(mobj_t* actor) { if(P_Random() > 64) { P_SpawnMobjXYZ(MT_PUFFY, actor->origin[VX] + FIX2FLT((P_Random() - P_Random()) << 10), actor->origin[VY] + FIX2FLT((P_Random() - P_Random()) << 10), actor->origin[VZ] + FIX2FLT((P_Random() - P_Random()) << 10), P_Random() << 24, 0); } } void C_DECL A_ImpMeAttack(mobj_t* actor) { if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, 5 + (P_Random() & 7), false); } } void C_DECL A_ImpMsAttack(mobj_t* actor) { mobj_t* dest; uint an; int dist; if(!actor->target || P_Random() > 64) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); return; } dest = actor->target; actor->flags |= MF_SKULLFLY; S_StartSound(actor->info->attackSound, actor); A_FaceTarget(actor); an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = 12 * FIX2FLT(finecosine[an]); actor->mom[MY] = 12 * FIX2FLT(finesine[an]); dist = M_ApproxDistance(dest->origin[VX] - actor->origin[VX], dest->origin[VY] - actor->origin[VY]); dist /= 12; if(dist < 1) dist = 1; actor->mom[MZ] = (dest->origin[VZ] + (dest->height /2) - actor->origin[VZ]) / dist; } /** * Fireball attack of the imp leader. */ void C_DECL A_ImpMsAttack2(mobj_t* actor) { if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, 5 + (P_Random() & 7), false); return; } P_SpawnMissile(MT_IMPBALL, actor, actor->target, true); } void C_DECL A_ImpDeath(mobj_t* actor) { actor->flags &= ~MF_SOLID; actor->flags2 |= MF2_FLOORCLIP; if(actor->origin[VZ] <= actor->floorZ) P_MobjChangeState(actor, S_IMP_CRASH1); } void C_DECL A_ImpXDeath1(mobj_t* actor) { actor->flags &= ~MF_SOLID; actor->flags |= MF_NOGRAVITY; actor->flags2 |= MF2_FLOORCLIP; actor->special1 = 666; // Flag the crash routine. } void C_DECL A_ImpXDeath2(mobj_t* actor) { actor->flags &= ~MF_NOGRAVITY; if(actor->origin[VZ] <= actor->floorZ) P_MobjChangeState(actor, S_IMP_CRASH1); } /** * @return @c true, if the chicken morphs. */ dd_bool P_UpdateChicken(mobj_t* actor, int tics) { mobj_t* fog; coord_t pos[3]; mobjtype_t moType; mobj_t* mo; mobj_t oldChicken; actor->special1 -= tics; if(actor->special1 > 0) return false; moType = actor->special2; memcpy(pos, actor->origin, sizeof(pos)); //// @todo Do this properly! memcpy(&oldChicken, actor, sizeof(oldChicken)); if(!(mo = P_SpawnMobj(moType, pos, oldChicken.angle, 0))) return false; P_MobjChangeState(actor, S_FREETARGMOBJ); if(P_TestMobjLocation(mo) == false) { // Didn't fit. P_MobjRemove(mo, true); if((mo = P_SpawnMobj(MT_CHICKEN, pos, oldChicken.angle, 0))) { mo->flags = oldChicken.flags; mo->health = oldChicken.health; mo->target = oldChicken.target; mo->special1 = 5 * TICSPERSEC; // Next try in 5 seconds. mo->special2 = moType; } return false; } mo->target = oldChicken.target; if((fog = P_SpawnMobjXYZ(MT_TFOG, pos[VX], pos[VY], pos[VZ] + TELEFOGHEIGHT, mo->angle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); return true; } void C_DECL A_ChicAttack(mobj_t* actor) { if(P_UpdateChicken(actor, 18)) return; if(!actor->target) return; if(P_CheckMeleeRange(actor)) P_DamageMobj(actor->target, actor, actor, 1 + (P_Random() & 1), false); } void C_DECL A_ChicLook(mobj_t* actor) { if(P_UpdateChicken(actor, 10)) return; A_Look(actor); } void C_DECL A_ChicChase(mobj_t* actor) { if(P_UpdateChicken(actor, 3)) return; A_Chase(actor); } void C_DECL A_ChicPain(mobj_t* actor) { if(P_UpdateChicken(actor, 10)) return; S_StartSound(actor->info->painSound, actor); } void C_DECL A_Feathers(mobj_t* actor) { int i, count; mobj_t *mo; // In Pain? if(actor->health > 0) count = P_Random() < 32 ? 2 : 1; else // Death. count = 5 + (P_Random() & 3); for(i = 0; i < count; ++i) { if((mo = P_SpawnMobjXYZ(MT_FEATHER, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + 20, P_Random() << 24, 0))) { mo->target = actor; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MZ] = 1 + FIX2FLT(P_Random() << 9); P_MobjChangeState(mo, S_FEATHER1 + (P_Random() & 7)); } } } void C_DECL A_MummyAttack(mobj_t* actor) { if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(2), false); S_StartSound(SFX_MUMAT2, actor); return; } S_StartSound(SFX_MUMAT1, actor); } /** * Mummy leader missile attack. */ void C_DECL A_MummyAttack2(mobj_t* actor) { mobj_t *mo; if(!actor->target) return; if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(2), false); return; } mo = P_SpawnMissile(MT_MUMMYFX1, actor, actor->target, true); if(mo != NULL) mo->tracer = actor->target; } void C_DECL A_MummyFX1Seek(mobj_t* actor) { P_SeekerMissile(actor, ANGLE_1 * 10, ANGLE_1 * 20); } void C_DECL A_MummySoul(mobj_t* mummy) { mobj_t* mo; if((mo = P_SpawnMobjXYZ(MT_MUMMYSOUL, mummy->origin[VX], mummy->origin[VY], mummy->origin[VZ] + 10, mummy->angle, 0))) { mo->mom[MZ] = 1; } } void C_DECL A_Sor1Pain(mobj_t* actor) { actor->special1 = 20; // Number of steps to walk fast. A_Pain(actor); } void C_DECL A_Sor1Chase(mobj_t* actor) { if(actor->special1) { actor->special1--; actor->tics -= 3; } A_Chase(actor); } /** * Sorcerer demon attack. */ void C_DECL A_Srcr1Attack(mobj_t* actor) { mobj_t *mo; angle_t angle; if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(8), false); return; } if(actor->health > (actor->info->spawnHealth / 3) * 2) { // Spit one fireball. P_SpawnMissile(MT_SRCRFX1, actor, actor->target, true); } else { // Spit three fireballs. mo = P_SpawnMissile(MT_SRCRFX1, actor, actor->target, true); if(mo) { angle = mo->angle; P_SpawnMissileAngle(MT_SRCRFX1, actor, angle - ANGLE_1 * 3, mo->mom[MZ]); P_SpawnMissileAngle(MT_SRCRFX1, actor, angle + ANGLE_1 * 3, mo->mom[MZ]); } if(actor->health < actor->info->spawnHealth / 3) { // Maybe attack again? if(actor->special1) { // Just attacked, so don't attack again/ actor->special1 = 0; } else { // Set state to attack again/ actor->special1 = 1; P_MobjChangeState(actor, S_SRCR1_ATK4); } } } } void C_DECL A_SorcererRise(mobj_t* actor) { mobj_t* mo; actor->flags &= ~MF_SOLID; if((mo = P_SpawnMobj(MT_SORCERER2, actor->origin, actor->angle, 0))) { P_MobjChangeState(mo, S_SOR2_RISE1); mo->target = actor->target; } } void P_DSparilTeleport(mobj_t* actor) { // No spots? if(bossSpotCount > 0) { int i, tries; const mapspot_t* dest; i = P_Random(); tries = bossSpotCount; do { dest = &mapSpots[bossSpots[++i % bossSpotCount]]; if(M_ApproxDistance(actor->origin[VX] - dest->origin[VX], actor->origin[VY] - dest->origin[VY]) >= 128) { // A suitable teleport destination is available. coord_t prevpos[3]; angle_t oldAngle; memcpy(prevpos, actor->origin, sizeof(prevpos)); oldAngle = actor->angle; if(P_TeleportMove(actor, dest->origin[VX], dest->origin[VY], false)) { mobj_t* mo; if((mo = P_SpawnMobj(MT_SOR2TELEFADE, prevpos, oldAngle + ANG180, 0))) S_StartSound(SFX_TELEPT, mo); P_MobjChangeState(actor, S_SOR2_TELE1); actor->origin[VZ] = actor->floorZ; actor->angle = dest->angle; actor->mom[MX] = actor->mom[MY] = actor->mom[MZ] = 0; S_StartSound(SFX_TELEPT, actor); } return; } } while(tries-- > 0); // Don't stay here forever. } } void C_DECL A_Srcr2Decide(mobj_t* actor) { static int chance[] = { 192, 120, 120, 120, 64, 64, 32, 16, 0 }; // No spots? if(!bossSpotCount) return; if(P_Random() < chance[actor->health / (actor->info->spawnHealth / 8)]) { P_DSparilTeleport(actor); } } void C_DECL A_Srcr2Attack(mobj_t* actor) { int chance; if(!actor->target) return; S_StartSound(actor->info->attackSound, NULL); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(20), false); return; } chance = actor->health < actor->info->spawnHealth / 2 ? 96 : 48; if(P_Random() < chance) { // Wizard spawners. P_SpawnMissileAngle(MT_SOR2FX2, actor, actor->angle - ANG45, 1.0f/2); P_SpawnMissileAngle(MT_SOR2FX2, actor, actor->angle + ANG45, 1.0f/2); } else { // Blue bolt. P_SpawnMissile(MT_SOR2FX1, actor, actor->target, true); } } void C_DECL A_BlueSpark(mobj_t* actor) { int i; for(i = 0; i < 2; ++i) { mobj_t* mo; if((mo = P_SpawnMobj(MT_SOR2FXSPARK, actor->origin, P_Random() << 24, 0))) { mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MZ] = 1 + FIX2FLT(P_Random() << 8); } } } void C_DECL A_GenWizard(mobj_t* actor) { mobj_t* mo, *fog; if(!(mo = P_SpawnMobjXYZ(MT_WIZARD, actor->origin[VX], actor->origin[VY], actor->origin[VZ] - (MOBJINFO[MT_WIZARD].height / 2), actor->angle, 0))) return; if(P_TestMobjLocation(mo) == false) { // Didn't fit. P_MobjRemove(mo, true); return; } actor->mom[MX] = actor->mom[MY] = actor->mom[MZ] = 0; P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH)); actor->flags &= ~MF_MISSILE; if((fog = P_SpawnMobj(MT_TFOG, actor->origin, actor->angle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); } void C_DECL A_Sor2DthInit(mobj_t* actor) { // Set the animation loop counter. actor->special1 = 7; // Kill monsters early. P_Massacre(); } void C_DECL A_Sor2DthLoop(mobj_t* actor) { if(--actor->special1) { // Need to loop. P_MobjChangeState(actor, S_SOR2_DIE4); } } /** * D'Sparil Sound Routines. */ void C_DECL A_SorZap(mobj_t* actor) { S_StartSound(SFX_SORZAP, NULL); } void C_DECL A_SorRise(mobj_t* actor) { S_StartSound(SFX_SORRISE, NULL); } void C_DECL A_SorDSph(mobj_t* actor) { S_StartSound(SFX_SORDSPH, NULL); } void C_DECL A_SorDExp(mobj_t* actor) { S_StartSound(SFX_SORDEXP, NULL); } void C_DECL A_SorDBon(mobj_t* actor) { S_StartSound(SFX_SORDBON, NULL); } void C_DECL A_SorSightSnd(mobj_t* actor) { S_StartSound(SFX_SORSIT, NULL); } /** * Minotaur Melee attack. */ void C_DECL A_MinotaurAtk1(mobj_t* actor) { player_t* player; if(!actor->target) return; S_StartSound(SFX_STFPOW, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(4), false); if((player = actor->target->player) != NULL) { // Squish the player. player->viewHeightDelta = -16; } } } /** * Minotaur : Choose a missile attack. */ void C_DECL A_MinotaurDecide(mobj_t* actor) { uint an; mobj_t* target; coord_t dist; target = actor->target; if(!target) return; S_StartSound(SFX_MINSIT, actor); dist = M_ApproxDistance(actor->origin[VX] - target->origin[VX], actor->origin[VY] - target->origin[VY]); if(target->origin[VZ] + target->height > actor->origin[VZ] && target->origin[VZ] + target->height < actor->origin[VZ] + actor->height && dist < 8 * 64 && dist > 1 * 64 && P_Random() < 150) { // Charge attack. // Don't call the state function right away. P_MobjChangeStateNoAction(actor, S_MNTR_ATK4_1); actor->flags |= MF_SKULLFLY; A_FaceTarget(actor); an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = MNTR_CHARGE_SPEED * FIX2FLT(finecosine[an]); actor->mom[MY] = MNTR_CHARGE_SPEED * FIX2FLT(finesine[an]); // Charge duration. actor->special1 = 35 / 2; } else if(target->origin[VZ] == target->floorZ && dist < 9 * 64 && P_Random() < 220) { // Floor fire attack. P_MobjChangeState(actor, S_MNTR_ATK3_1); actor->special2 = 0; } else { // Swing attack. A_FaceTarget(actor); // NOTE: Don't need to call P_MobjChangeState because the current // state falls through to the swing attack } } void C_DECL A_MinotaurCharge(mobj_t* actor) { mobj_t* puff; if(actor->special1) { if((puff = P_SpawnMobj(MT_PHOENIXPUFF, actor->origin, P_Random() << 24, 0))) puff->mom[MZ] = 2; actor->special1--; } else { actor->flags &= ~MF_SKULLFLY; P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } } /** * Minotaur : Swing attack. */ void C_DECL A_MinotaurAtk2(mobj_t* actor) { mobj_t* mo; if(!actor->target) return; S_StartSound(SFX_MINAT2, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(5), false); return; } mo = P_SpawnMissile(MT_MNTRFX1, actor, actor->target, true); if(mo) { angle_t angle = mo->angle; coord_t momZ = mo->mom[MZ]; S_StartSound(SFX_MINAT2, mo); P_SpawnMissileAngle(MT_MNTRFX1, actor, angle - (ANG45 / 8), momZ); P_SpawnMissileAngle(MT_MNTRFX1, actor, angle + (ANG45 / 8), momZ); P_SpawnMissileAngle(MT_MNTRFX1, actor, angle - (ANG45 / 16), momZ); P_SpawnMissileAngle(MT_MNTRFX1, actor, angle + (ANG45 / 16), momZ); } } /** * Minotaur : Floor fire attack. */ void C_DECL A_MinotaurAtk3(mobj_t* actor) { player_t* player; if(!actor->target) return; if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(5), false); if((player = actor->target->player) != NULL) { // Squish the player. player->viewHeightDelta = -16; } } else { mobj_t* mo; dd_bool fixFloorFire = (!cfg.fixFloorFire && actor->floorClip > 0); /** * Original Heretic bug: * When an attempt is made to spawn MT_MNTRFX2 (the Maulotaur's * ground flame) the z coordinate is set to ONFLOORZ but if the * Maulotaur's feet are currently clipped (i.e., it is in a sector * whose terrain info is set to clip) then FOOTCLIPSIZE is * subtracted from the z coordinate. So when P_SpawnMobj is called, * z != ONFLOORZ, so rather than being set to the height of the * floor it is left at 2146838915 (float: 32758.162). * * This in turn means that when P_TryMoveXY is called (via * P_CheckMissileSpawn), the test which is there to check whether a * missile hits an upper side section will return true * (ceilingheight - thingz > thingheight). * * This results in P_ExplodeMissile being called instantly. * * jHeretic fixes this bug, however we maintain original behaviour * using the following method: * * 1) Do not call P_CheckMissileSpawn from P_SpawnMissile. * 2) Use special-case logic here which behaves similarly. */ if((mo = P_SpawnMissile(MT_MNTRFX2, actor, actor->target, (fixFloorFire? false : true)))) { if(fixFloorFire) { P_MobjUnlink(mo); mo->origin[VX] += mo->mom[MX] / 2; mo->origin[VY] += mo->mom[MY] / 2; mo->origin[VZ] += mo->mom[MZ] / 2; P_MobjLink(mo); P_ExplodeMissile(mo); } else { S_StartSound(SFX_MINAT1, mo); } } } if(P_Random() < 192 && actor->special2 == 0) { P_MobjChangeState(actor, S_MNTR_ATK3_4); actor->special2 = 1; } } void C_DECL A_MntrFloorFire(mobj_t* actor) { mobj_t* mo; coord_t pos[3]; angle_t angle; // Make sure we are on the floor. actor->origin[VZ] = actor->floorZ; pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = 0; pos[VX] += FIX2FLT((P_Random() - P_Random()) << 10); pos[VY] += FIX2FLT((P_Random() - P_Random()) << 10); angle = M_PointToAngle2(actor->origin, pos); if((mo = P_SpawnMobj(MT_MNTRFX3, pos, angle, MSF_Z_FLOOR))) { mo->target = actor->target; mo->mom[MX] = FIX2FLT(1); // Force block checking. P_CheckMissileSpawn(mo); } } void C_DECL A_BeastAttack(mobj_t* actor) { if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(3), false); return; } P_SpawnMissile(MT_BEASTBALL, actor, actor->target, true); } void C_DECL A_HeadAttack(mobj_t* actor) { static int atkResolve1[] = { 50, 150 }; static int atkResolve2[] = { 150, 200 }; mobj_t* fire, *baseFire, *mo, *target; int randAttack; coord_t dist; int i; // Ice ball (close 20% : far 60%) // Fire column (close 40% : far 20%) // Whirlwind (close 40% : far 20%) // Distance threshold = 8 cells target = actor->target; if(target == NULL) return; A_FaceTarget(actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(target, actor, actor, HITDICE(6), false); return; } dist = M_ApproxDistance(actor->origin[VX] - target->origin[VX], actor->origin[VY] - target->origin[VY]) > 8 * 64; randAttack = P_Random(); if(randAttack < atkResolve1[(FLT2FIX(dist) != 0)? 1 : 0]) { // Ice ball P_SpawnMissile(MT_HEADFX1, actor, target, true); S_StartSound(SFX_HEDAT2, actor); } else if(randAttack < atkResolve2[(FLT2FIX(dist) != 0)? 1 : 0]) { // Fire column baseFire = P_SpawnMissile(MT_HEADFX3, actor, target, true); if(baseFire != NULL) { P_MobjChangeState(baseFire, S_HEADFX3_4); // Don't grow for(i = 0; i < 5; ++i) { if((fire = P_SpawnMobj(MT_HEADFX3, baseFire->origin, baseFire->angle, 0))) { if(i == 0) S_StartSound(SFX_HEDAT1, actor); fire->target = baseFire->target; fire->mom[MX] = baseFire->mom[MX]; fire->mom[MY] = baseFire->mom[MY]; fire->mom[MZ] = baseFire->mom[MZ]; fire->damage = 0; fire->special3 = (i + 1) * 2; P_CheckMissileSpawn(fire); } } } } else { // Whirlwind. if((mo = P_SpawnMissile(MT_WHIRLWIND, actor, target, true))) { mo->origin[VZ] -= 32; mo->tracer = target; mo->special1 = 60; mo->special2 = 50; // Timer for active sound. mo->special3 = 20 * TICSPERSEC; // Duration. S_StartSound(SFX_HEDAT3, actor); } } } void C_DECL A_WhirlwindSeek(mobj_t* actor) { actor->special3 -= 3; if(actor->special3 < 0) { actor->mom[MX] = actor->mom[MY] = actor->mom[MZ] = 0; P_MobjChangeState(actor, P_GetState(actor->type, SN_DEATH)); actor->flags &= ~MF_MISSILE; return; } if((actor->special2 -= 3) < 0) { actor->special2 = 58 + (P_Random() & 31); S_StartSound(SFX_HEDAT3, actor); } if(actor->tracer && actor->tracer->flags & MF_SHADOW) return; P_SeekerMissile(actor, ANGLE_1 * 10, ANGLE_1 * 30); } void C_DECL A_HeadIceImpact(mobj_t* ice) { int i; for(i = 0; i < 8; ++i) { mobj_t* shard; angle_t angle = i * ANG45; if((shard = P_SpawnMobj(MT_HEADFX2, ice->origin, angle, 0))) { unsigned int an = angle >> ANGLETOFINESHIFT; shard->target = ice->target; shard->mom[MX] = shard->info->speed * FIX2FLT(finecosine[an]); shard->mom[MY] = shard->info->speed * FIX2FLT(finesine[an]); shard->mom[MZ] = -.6f; P_CheckMissileSpawn(shard); } } } void C_DECL A_HeadFireGrow(mobj_t* fire) { fire->special3--; fire->origin[VZ] += 9; if(fire->special3 == 0) { fire->damage = fire->info->damage; P_MobjChangeState(fire, S_HEADFX3_4); } } void C_DECL A_SnakeAttack(mobj_t* actor) { if(!actor->target) { P_MobjChangeState(actor, S_SNAKE_WALK1); return; } S_StartSound(actor->info->attackSound, actor); A_FaceTarget(actor); P_SpawnMissile(MT_SNAKEPRO_A, actor, actor->target, true); } void C_DECL A_SnakeAttack2(mobj_t* actor) { if(!actor->target) { P_MobjChangeState(actor, S_SNAKE_WALK1); return; } S_StartSound(actor->info->attackSound, actor); A_FaceTarget(actor); P_SpawnMissile(MT_SNAKEPRO_B, actor, actor->target, true); } void C_DECL A_ClinkAttack(mobj_t* actor) { int damage; if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor)) { damage = ((P_Random() % 7) + 3); P_DamageMobj(actor->target, actor, actor, damage, false); } } void C_DECL A_GhostOff(mobj_t* actor) { actor->flags &= ~MF_SHADOW; } void C_DECL A_WizAtk1(mobj_t* actor) { A_FaceTarget(actor); actor->flags &= ~MF_SHADOW; } void C_DECL A_WizAtk2(mobj_t* actor) { A_FaceTarget(actor); actor->flags |= MF_SHADOW; } void C_DECL A_WizAtk3(mobj_t* actor) { mobj_t* mo; angle_t angle; coord_t momZ; actor->flags &= ~MF_SHADOW; if(!actor->target) return; S_StartSound(actor->info->attackSound, actor); if(P_CheckMeleeRange(actor)) { P_DamageMobj(actor->target, actor, actor, HITDICE(4), false); return; } mo = P_SpawnMissile(MT_WIZFX1, actor, actor->target, true); if(mo) { momZ = mo->mom[MZ]; angle = mo->angle; P_SpawnMissileAngle(MT_WIZFX1, actor, angle - (ANG45 / 8), momZ); P_SpawnMissileAngle(MT_WIZFX1, actor, angle + (ANG45 / 8), momZ); } } void C_DECL A_Scream(mobj_t* actor) { switch(actor->type) { case MT_CHICPLAYER: case MT_SORCERER1: case MT_MINOTAUR: // Make boss death sounds full volume S_StartSound(actor->info->deathSound, NULL); break; case MT_PLAYER: // Handle the different player death screams if(actor->special1 < 10) { // Wimpy death sound. S_StartSound(SFX_PLRWDTH, actor); } else if(actor->health > -50) { // Normal death sound. S_StartSound(actor->info->deathSound, actor); } else if(actor->health > -100) { // Crazy death sound. S_StartSound(SFX_PLRCDTH, actor); } else { // Extreme death sound. S_StartSound(SFX_GIBDTH, actor); } break; default: S_StartSound(actor->info->deathSound, actor); break; } } mobj_t* P_DropItem(mobjtype_t type, mobj_t* source, int special, int chance) { mobj_t* mo; if(P_Random() > chance) return NULL; if((mo = P_SpawnMobjXYZ(type, source->origin[VX], source->origin[VY], source->origin[VZ] + source->height / 2, source->angle, 0))) { mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 8); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 8); if(!(mo->info->flags2 & MF2_FLOATBOB)) mo->mom[MZ] = 5 + FIX2FLT(P_Random() << 10); mo->flags |= MF_DROPPED; mo->health = special; } return mo; } void C_DECL A_NoBlocking(mobj_t* actor) { actor->flags &= ~MF_SOLID; // Check for monsters dropping things. switch(actor->type) { case MT_MUMMY: case MT_MUMMYLEADER: case MT_MUMMYGHOST: case MT_MUMMYLEADERGHOST: P_DropItem(MT_AMGWNDWIMPY, actor, 3, 84); break; case MT_KNIGHT: case MT_KNIGHTGHOST: P_DropItem(MT_AMCBOWWIMPY, actor, 5, 84); break; case MT_WIZARD: P_DropItem(MT_AMBLSRWIMPY, actor, 10, 84); P_DropItem(MT_ARTITOMEOFPOWER, actor, 0, 4); break; case MT_HEAD: P_DropItem(MT_AMBLSRWIMPY, actor, 10, 84); P_DropItem(MT_ARTIEGG, actor, 0, 51); break; case MT_BEAST: P_DropItem(MT_AMCBOWWIMPY, actor, 10, 84); break; case MT_CLINK: P_DropItem(MT_AMSKRDWIMPY, actor, 20, 84); break; case MT_SNAKE: P_DropItem(MT_AMPHRDWIMPY, actor, 5, 84); break; case MT_MINOTAUR: P_DropItem(MT_ARTISUPERHEAL, actor, 0, 51); P_DropItem(MT_AMPHRDWIMPY, actor, 10, 84); break; default: break; } } void C_DECL A_Explode(mobj_t *actor) { int damage = 128; switch(actor->type) { case MT_FIREBOMB: // Time Bomb actor->origin[VZ] += 32; actor->flags &= ~MF_SHADOW; actor->flags |= /*MF_BRIGHTSHADOW |*/ MF_VIEWALIGN; break; case MT_MNTRFX2: // Minotaur floor fire damage = 24; break; case MT_SOR2FX1: // D'Sparil missile damage = 80 + (P_Random() & 31); break; default: break; } P_RadiusAttack(actor, actor->target, damage, damage - 1); P_HitFloor(actor); } void C_DECL A_PodPain(mobj_t* actor) { int i, count, chance; chance = P_Random(); if(chance < 128) return; if(chance > 240) count = 2; else count = 1; for(i = 0; i < count; ++i) { mobj_t* goo; if((goo = P_SpawnMobjXYZ(MT_PODGOO, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + 48, actor->angle, 0))) { goo->target = actor; goo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); goo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); goo->mom[MZ] = 1.0f / 2 + FIX2FLT((P_Random() << 9)); } } } void C_DECL A_RemovePod(mobj_t* actor) { mobj_t* mo; if((mo = actor->generator)) { if(mo->special1 > 0) mo->special1--; } } void C_DECL A_MakePod(mobj_t* actor) { mobj_t* mo; // Too many generated pods? if(actor->special1 == MAX_GEN_PODS) return; if(!(mo = P_SpawnMobjXYZ(MT_POD, actor->origin[VX], actor->origin[VY], 0, actor->angle, MSF_Z_FLOOR))) return; if(P_CheckPositionXY(mo, mo->origin[VX], mo->origin[VY]) == false) { // Didn't fit. P_MobjRemove(mo, true); return; } P_MobjChangeState(mo, S_POD_GROW1); P_ThrustMobj(mo, P_Random() << 24, 4.5f); S_StartSound(SFX_NEWPOD, mo); // Increment generated pod count. actor->special1++; // Link the generator to the pod. mo->generator = actor; return; } void C_DECL A_RestoreArtifact(mobj_t* mo) { mo->flags |= MF_SPECIAL; P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN)); S_StartSound(SFX_RESPAWN, mo); } void C_DECL A_RestoreSpecialThing1(mobj_t *mo) { if(mo->type == MT_WMACE) { // Do random mace placement. P_RepositionMace(mo); } mo->flags2 &= ~MF2_DONTDRAW; S_StartSound(SFX_RESPAWN, mo); } void C_DECL A_RestoreSpecialThing2(mobj_t* thing) { thing->flags |= MF_SPECIAL; P_MobjChangeState(thing, P_GetState(thing->type, SN_SPAWN)); } static int massacreMobj(thinker_t* th, void* context) { int* count = (int*) context; mobj_t* mo = (mobj_t *) th; if(!mo->player && sentient(mo) && (mo->flags & MF_SHOOTABLE)) { P_DamageMobj(mo, NULL, NULL, 10000, false); (*count)++; } return false; // Continue iteration. } /** * Kills all monsters. */ int P_Massacre(void) { int count = 0; // Only massacre when actually in a level. if(G_GameState() == GS_MAP) { Thinker_Iterate(P_MobjThinker, massacreMobj, &count); } return count; } typedef struct { mobjtype_t type; size_t count; } countmobjoftypeparams_t; static int countMobjOfType(thinker_t* th, void* context) { countmobjoftypeparams_t *params = (countmobjoftypeparams_t*) context; mobj_t* mo = (mobj_t *) th; if(params->type == mo->type && mo->health > 0) params->count++; return false; // Continue iteration. } /** * Trigger special effects if all bosses are dead. */ void C_DECL A_BossDeath(mobj_t* actor) { static mobjtype_t bossType[6] = { MT_HEAD, MT_MINOTAUR, MT_SORCERER2, MT_HEAD, MT_MINOTAUR, -1 }; Line* dummyLine; countmobjoftypeparams_t params; // Not a boss level? if(gameMap != 7) return; // Not considered a boss in this episode? if(actor->type != bossType[gameEpisode]) return; // Scan the remaining thinkers to see if all bosses are dead. params.type = actor->type; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); if(params.count) { // Other boss not dead. return; } // Kill any remaining monsters. if(gameEpisode != 0) P_Massacre(); dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoFloor(dummyLine, FT_LOWER); P_FreeDummyLine(dummyLine); } void C_DECL A_ESound(mobj_t *mo) { int sound; switch(mo->type) { case MT_SOUNDWATERFALL: sound = SFX_WATERFL; break; case MT_SOUNDWIND: sound = SFX_WIND; break; default: return; } S_StartSound(sound, mo); } void C_DECL A_SpawnTeleGlitter(mobj_t* actor) { mobj_t* mo; if(!actor) return; if((mo = P_SpawnMobjXYZ(MT_TELEGLITTER, actor->origin[VX] + ((P_Random() & 31) - 16), actor->origin[VY] + ((P_Random() & 31) - 16), P_GetDoublep(Mobj_Sector(actor), DMU_FLOOR_HEIGHT), P_Random() << 24, 0))) { mo->mom[MZ] = 1.0f / 4; mo->special3 = 1000; } } void C_DECL A_SpawnTeleGlitter2(mobj_t* actor) { mobj_t* mo; if(!actor) return; if((mo = P_SpawnMobjXYZ(MT_TELEGLITTER2, actor->origin[VX] + ((P_Random() & 31) - 16), actor->origin[VY] + ((P_Random() & 31) - 16), P_GetDoublep(Mobj_Sector(actor), DMU_FLOOR_HEIGHT), P_Random() << 24, 0))) { mo->mom[MZ] = 1.0f / 4; mo->special3 = 1000; } } void C_DECL A_AccTeleGlitter(mobj_t* actor) { if(++actor->special3 > 35) actor->mom[MZ] += actor->mom[MZ] / 2; } void C_DECL A_InitKeyGizmo(mobj_t* gizmo) { mobj_t* mo; statenum_t state; switch(gizmo->type) { case MT_KEYGIZMOBLUE: state = S_KGZ_BLUEFLOAT1; break; case MT_KEYGIZMOGREEN: state = S_KGZ_GREENFLOAT1; break; case MT_KEYGIZMOYELLOW: state = S_KGZ_YELLOWFLOAT1; break; default: return; } if((mo = P_SpawnMobjXYZ(MT_KEYGIZMOFLOAT, gizmo->origin[VX], gizmo->origin[VY], gizmo->origin[VZ] + 60, gizmo->angle, 0))) { P_MobjChangeState(mo, state); } } void C_DECL A_VolcanoSet(mobj_t* volcano) { volcano->tics = 105 + (P_Random() & 127); } void C_DECL A_VolcanoBlast(mobj_t* volcano) { int i, count; count = 1 + (P_Random() % 3); for(i = 0; i < count; i++) { mobj_t* blast; unsigned int an; if((blast = P_SpawnMobjXYZ(MT_VOLCANOBLAST, volcano->origin[VX], volcano->origin[VY], volcano->origin[VZ] + 44, P_Random() << 24, 0))) { blast->target = volcano; an = blast->angle >> ANGLETOFINESHIFT; blast->mom[MX] = 1 * FIX2FLT(finecosine[an]); blast->mom[MY] = 1 * FIX2FLT(finesine[an]); blast->mom[MZ] = 2.5f + FIX2FLT(P_Random() << 10); S_StartSound(SFX_VOLSHT, blast); P_CheckMissileSpawn(blast); } } } void C_DECL A_VolcBallImpact(mobj_t* ball) { int i; if(ball->origin[VZ] <= ball->floorZ) { ball->flags |= MF_NOGRAVITY; ball->flags2 &= ~MF2_LOGRAV; ball->origin[VZ] += 28; } P_RadiusAttack(ball, ball->target, 25, 24); for(i = 0; i < 4; ++i) { mobj_t* tiny; if((tiny = P_SpawnMobj(MT_VOLCANOTBLAST, ball->origin, i * ANG90, 0))) { unsigned int an = tiny->angle >> ANGLETOFINESHIFT; tiny->target = ball; tiny->mom[MX] = .7f * FIX2FLT(finecosine[an]); tiny->mom[MY] = .7f * FIX2FLT(finesine[an]); tiny->mom[MZ] = 1 + FIX2FLT(P_Random() << 9); P_CheckMissileSpawn(tiny); } } } void C_DECL A_SkullPop(mobj_t* actor) { mobj_t* mo; if((mo = P_SpawnMobjXYZ(MT_BLOODYSKULL, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + 48, actor->angle, 0))) { player_t* player; mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 9); mo->mom[MZ] = 2 + FIX2FLT(P_Random() << 6); // Attach player mobj to bloody skull. player = actor->player; actor->player = NULL; actor->dPlayer = NULL; actor->flags &= ~MF_SOLID; mo->player = player; mo->dPlayer = (player? player->plr : 0); mo->health = actor->health; if(player) { player->plr->mo = mo; player->plr->lookDir = 0; player->damageCount = 32; } } } void C_DECL A_CheckSkullFloor(mobj_t* actor) { if(actor->origin[VZ] <= actor->floorZ) P_MobjChangeState(actor, S_BLOODYSKULLX1); } void C_DECL A_CheckSkullDone(mobj_t* actor) { if(actor->special2 == 666) P_MobjChangeState(actor, S_BLOODYSKULLX2); } void C_DECL A_CheckBurnGone(mobj_t* actor) { if(actor->special2 == 666) P_MobjChangeState(actor, S_PLAY_FDTH20); } void C_DECL A_FreeTargMobj(mobj_t *mo) { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; mo->origin[VZ] = mo->ceilingZ + 4; mo->flags &= ~(MF_SHOOTABLE | MF_FLOAT | MF_SKULLFLY | MF_SOLID); mo->flags |= MF_CORPSE | MF_DROPOFF | MF_NOGRAVITY; mo->flags2 &= ~(MF2_PASSMOBJ | MF2_LOGRAV); mo->player = NULL; mo->dPlayer = NULL; } void C_DECL A_AddPlayerCorpse(mobj_t* actor) { // Too many player corpses? if(bodyqueslot >= BODYQUESIZE) { // Remove an old one. P_MobjRemove(bodyque[bodyqueslot % BODYQUESIZE], true); } bodyque[bodyqueslot % BODYQUESIZE] = actor; bodyqueslot++; } void C_DECL A_FlameSnd(mobj_t* actor) { S_StartSound(SFX_HEDAT1, actor); // Burn sound. } void C_DECL A_HideThing(mobj_t* actor) { //P_MobjUnlink(actor); actor->flags2 |= MF2_DONTDRAW; } void C_DECL A_UnHideThing(mobj_t* actor) { //P_MobjLink(actor); actor->flags2 &= ~MF2_DONTDRAW; } doomsday-1.14.5/doomsday/plugins/heretic/src/tables.c0000664000175000017500000042157512350542240022050 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * tables.c: Lookup tables. * * In the order of appearance: * * int finetangent[4096] - Tangens LUT. * Should work with BAM fairly well (12 of 16bit, effectively, by shifting). * * int finesine[10240] - Sine lookup. * Guess what, serves as cosine, too. * Remarkable thing is, how to use BAMs with this? * * int tantoangle[2049] - ArcTan LUT, * maps tan(angle) to angle fast. Gotta search. */ #include "jheretic.h" #include "tables.h" // finecosine and finesine use the same array of values. fixed_t *finecosine = &finesine[FINEANGLES / 4]; int finetangent[4096] = { -170910304, -56965752, -34178904, -24413316, -18988036, -15535599, -13145455, -11392683, -10052327, -8994149, -8137527, -7429880, -6835455, -6329090, -5892567, -5512368, -5178251, -4882318, -4618375, -4381502, -4167737, -3973855, -3797206, -3635590, -3487165, -3350381, -3223918, -3106651, -2997613, -2895966, -2800983, -2712030, -2628549, -2550052, -2476104, -2406322, -2340362, -2277919, -2218719, -2162516, -2109087, -2058233, -2009771, -1963536, -1919378, -1877161, -1836758, -1798063, -1760956, -1725348, -1691149, -1658278, -1626658, -1596220, -1566898, -1538632, -1511367, -1485049, -1459630, -1435065, -1411312, -1388330, -1366084, -1344537, -1323658, -1303416, -1283783, -1264730, -1246234, -1228269, -1210813, -1193846, -1177345, -1161294, -1145673, -1130465, -1115654, -1101225, -1087164, -1073455, -1060087, -1047046, -1034322, -1021901, -1009774, -997931, -986361, -975054, -964003, -953199, -942633, -932298, -922186, -912289, -902602, -893117, -883829, -874730, -865817, -857081, -848520, -840127, -831898, -823827, -815910, -808143, -800521, -793041, -785699, -778490, -771411, -764460, -757631, -750922, -744331, -737853, -731486, -725227, -719074, -713023, -707072, -701219, -695462, -689797, -684223, -678737, -673338, -668024, -662792, -657640, -652568, -647572, -642651, -637803, -633028, -628323, -623686, -619117, -614613, -610174, -605798, -601483, -597229, -593033, -588896, -584815, -580789, -576818, -572901, -569035, -565221, -561456, -557741, -554074, -550455, -546881, -543354, -539870, -536431, -533034, -529680, -526366, -523094, -519861, -516667, -513512, -510394, -507313, -504269, -501261, -498287, -495348, -492443, -489571, -486732, -483925, -481150, -478406, -475692, -473009, -470355, -467730, -465133, -462565, -460024, -457511, -455024, -452564, -450129, -447720, -445337, -442978, -440643, -438332, -436045, -433781, -431540, -429321, -427125, -424951, -422798, -420666, -418555, -416465, -414395, -412344, -410314, -408303, -406311, -404338, -402384, -400448, -398530, -396630, -394747, -392882, -391034, -389202, -387387, -385589, -383807, -382040, -380290, -378555, -376835, -375130, -373440, -371765, -370105, -368459, -366826, -365208, -363604, -362013, -360436, -358872, -357321, -355783, -354257, -352744, -351244, -349756, -348280, -346816, -345364, -343924, -342495, -341078, -339671, -338276, -336892, -335519, -334157, -332805, -331464, -330133, -328812, -327502, -326201, -324910, -323629, -322358, -321097, -319844, -318601, -317368, -316143, -314928, -313721, -312524, -311335, -310154, -308983, -307819, -306664, -305517, -304379, -303248, -302126, -301011, -299904, -298805, -297714, -296630, -295554, -294485, -293423, -292369, -291322, -290282, -289249, -288223, -287204, -286192, -285186, -284188, -283195, -282210, -281231, -280258, -279292, -278332, -277378, -276430, -275489, -274553, -273624, -272700, -271782, -270871, -269965, -269064, -268169, -267280, -266397, -265519, -264646, -263779, -262917, -262060, -261209, -260363, -259522, -258686, -257855, -257029, -256208, -255392, -254581, -253774, -252973, -252176, -251384, -250596, -249813, -249035, -248261, -247492, -246727, -245966, -245210, -244458, -243711, -242967, -242228, -241493, -240763, -240036, -239314, -238595, -237881, -237170, -236463, -235761, -235062, -234367, -233676, -232988, -232304, -231624, -230948, -230275, -229606, -228941, -228279, -227621, -226966, -226314, -225666, -225022, -224381, -223743, -223108, -222477, -221849, -221225, -220603, -219985, -219370, -218758, -218149, -217544, -216941, -216341, -215745, -215151, -214561, -213973, -213389, -212807, -212228, -211652, -211079, -210509, -209941, -209376, -208815, -208255, -207699, -207145, -206594, -206045, -205500, -204956, -204416, -203878, -203342, -202809, -202279, -201751, -201226, -200703, -200182, -199664, -199149, -198636, -198125, -197616, -197110, -196606, -196105, -195606, -195109, -194614, -194122, -193631, -193143, -192658, -192174, -191693, -191213, -190736, -190261, -189789, -189318, -188849, -188382, -187918, -187455, -186995, -186536, -186080, -185625, -185173, -184722, -184274, -183827, -183382, -182939, -182498, -182059, -181622, -181186, -180753, -180321, -179891, -179463, -179037, -178612, -178190, -177769, -177349, -176932, -176516, -176102, -175690, -175279, -174870, -174463, -174057, -173653, -173251, -172850, -172451, -172053, -171657, -171263, -170870, -170479, -170089, -169701, -169315, -168930, -168546, -168164, -167784, -167405, -167027, -166651, -166277, -165904, -165532, -165162, -164793, -164426, -164060, -163695, -163332, -162970, -162610, -162251, -161893, -161537, -161182, -160828, -160476, -160125, -159775, -159427, -159079, -158734, -158389, -158046, -157704, -157363, -157024, -156686, -156349, -156013, -155678, -155345, -155013, -154682, -154352, -154024, -153697, -153370, -153045, -152722, -152399, -152077, -151757, -151438, -151120, -150803, -150487, -150172, -149859, -149546, -149235, -148924, -148615, -148307, -148000, -147693, -147388, -147084, -146782, -146480, -146179, -145879, -145580, -145282, -144986, -144690, -144395, -144101, -143808, -143517, -143226, -142936, -142647, -142359, -142072, -141786, -141501, -141217, -140934, -140651, -140370, -140090, -139810, -139532, -139254, -138977, -138701, -138426, -138152, -137879, -137607, -137335, -137065, -136795, -136526, -136258, -135991, -135725, -135459, -135195, -134931, -134668, -134406, -134145, -133884, -133625, -133366, -133108, -132851, -132594, -132339, -132084, -131830, -131576, -131324, -131072, -130821, -130571, -130322, -130073, -129825, -129578, -129332, -129086, -128841, -128597, -128353, -128111, -127869, -127627, -127387, -127147, -126908, -126669, -126432, -126195, -125959, -125723, -125488, -125254, -125020, -124787, -124555, -124324, -124093, -123863, -123633, -123404, -123176, -122949, -122722, -122496, -122270, -122045, -121821, -121597, -121374, -121152, -120930, -120709, -120489, -120269, -120050, -119831, -119613, -119396, -119179, -118963, -118747, -118532, -118318, -118104, -117891, -117678, -117466, -117254, -117044, -116833, -116623, -116414, -116206, -115998, -115790, -115583, -115377, -115171, -114966, -114761, -114557, -114354, -114151, -113948, -113746, -113545, -113344, -113143, -112944, -112744, -112546, -112347, -112150, -111952, -111756, -111560, -111364, -111169, -110974, -110780, -110586, -110393, -110200, -110008, -109817, -109626, -109435, -109245, -109055, -108866, -108677, -108489, -108301, -108114, -107927, -107741, -107555, -107369, -107184, -107000, -106816, -106632, -106449, -106266, -106084, -105902, -105721, -105540, -105360, -105180, -105000, -104821, -104643, -104465, -104287, -104109, -103933, -103756, -103580, -103404, -103229, -103054, -102880, -102706, -102533, -102360, -102187, -102015, -101843, -101671, -101500, -101330, -101159, -100990, -100820, -100651, -100482, -100314, -100146, -99979, -99812, -99645, -99479, -99313, -99148, -98982, -98818, -98653, -98489, -98326, -98163, -98000, -97837, -97675, -97513, -97352, -97191, -97030, -96870, -96710, -96551, -96391, -96233, -96074, -95916, -95758, -95601, -95444, -95287, -95131, -94975, -94819, -94664, -94509, -94354, -94200, -94046, -93892, -93739, -93586, -93434, -93281, -93129, -92978, -92826, -92675, -92525, -92375, -92225, -92075, -91926, -91777, -91628, -91480, -91332, -91184, -91036, -90889, -90742, -90596, -90450, -90304, -90158, -90013, -89868, -89724, -89579, -89435, -89292, -89148, -89005, -88862, -88720, -88577, -88435, -88294, -88152, -88011, -87871, -87730, -87590, -87450, -87310, -87171, -87032, -86893, -86755, -86616, -86479, -86341, -86204, -86066, -85930, -85793, -85657, -85521, -85385, -85250, -85114, -84980, -84845, -84710, -84576, -84443, -84309, -84176, -84043, -83910, -83777, -83645, -83513, -83381, -83250, -83118, -82987, -82857, -82726, -82596, -82466, -82336, -82207, -82078, -81949, -81820, -81691, -81563, -81435, -81307, -81180, -81053, -80925, -80799, -80672, -80546, -80420, -80294, -80168, -80043, -79918, -79793, -79668, -79544, -79420, -79296, -79172, -79048, -78925, -78802, -78679, -78557, -78434, -78312, -78190, -78068, -77947, -77826, -77705, -77584, -77463, -77343, -77223, -77103, -76983, -76864, -76744, -76625, -76506, -76388, -76269, -76151, -76033, -75915, -75797, -75680, -75563, -75446, -75329, -75213, -75096, -74980, -74864, -74748, -74633, -74517, -74402, -74287, -74172, -74058, -73944, -73829, -73715, -73602, -73488, -73375, -73262, -73149, -73036, -72923, -72811, -72699, -72587, -72475, -72363, -72252, -72140, -72029, -71918, -71808, -71697, -71587, -71477, -71367, -71257, -71147, -71038, -70929, -70820, -70711, -70602, -70494, -70385, -70277, -70169, -70061, -69954, -69846, -69739, -69632, -69525, -69418, -69312, -69205, -69099, -68993, -68887, -68781, -68676, -68570, -68465, -68360, -68255, -68151, -68046, -67942, -67837, -67733, -67629, -67526, -67422, -67319, -67216, -67113, -67010, -66907, -66804, -66702, -66600, -66498, -66396, -66294, -66192, -66091, -65989, -65888, -65787, -65686, -65586, -65485, -65385, -65285, -65185, -65085, -64985, -64885, -64786, -64687, -64587, -64488, -64389, -64291, -64192, -64094, -63996, -63897, -63799, -63702, -63604, -63506, -63409, -63312, -63215, -63118, -63021, -62924, -62828, -62731, -62635, -62539, -62443, -62347, -62251, -62156, -62060, -61965, -61870, -61775, -61680, -61585, -61491, -61396, -61302, -61208, -61114, -61020, -60926, -60833, -60739, -60646, -60552, -60459, -60366, -60273, -60181, -60088, -59996, -59903, -59811, -59719, -59627, -59535, -59444, -59352, -59261, -59169, -59078, -58987, -58896, -58805, -58715, -58624, -58534, -58443, -58353, -58263, -58173, -58083, -57994, -57904, -57815, -57725, -57636, -57547, -57458, -57369, -57281, -57192, -57104, -57015, -56927, -56839, -56751, -56663, -56575, -56487, -56400, -56312, -56225, -56138, -56051, -55964, -55877, -55790, -55704, -55617, -55531, -55444, -55358, -55272, -55186, -55100, -55015, -54929, -54843, -54758, -54673, -54587, -54502, -54417, -54333, -54248, -54163, -54079, -53994, -53910, -53826, -53741, -53657, -53574, -53490, -53406, -53322, -53239, -53156, -53072, -52989, -52906, -52823, -52740, -52657, -52575, -52492, -52410, -52327, -52245, -52163, -52081, -51999, -51917, -51835, -51754, -51672, -51591, -51509, -51428, -51347, -51266, -51185, -51104, -51023, -50942, -50862, -50781, -50701, -50621, -50540, -50460, -50380, -50300, -50221, -50141, -50061, -49982, -49902, -49823, -49744, -49664, -49585, -49506, -49427, -49349, -49270, -49191, -49113, -49034, -48956, -48878, -48799, -48721, -48643, -48565, -48488, -48410, -48332, -48255, -48177, -48100, -48022, -47945, -47868, -47791, -47714, -47637, -47560, -47484, -47407, -47331, -47254, -47178, -47102, -47025, -46949, -46873, -46797, -46721, -46646, -46570, -46494, -46419, -46343, -46268, -46193, -46118, -46042, -45967, -45892, -45818, -45743, -45668, -45593, -45519, -45444, -45370, -45296, -45221, -45147, -45073, -44999, -44925, -44851, -44778, -44704, -44630, -44557, -44483, -44410, -44337, -44263, -44190, -44117, -44044, -43971, -43898, -43826, -43753, -43680, -43608, -43535, -43463, -43390, -43318, -43246, -43174, -43102, -43030, -42958, -42886, -42814, -42743, -42671, -42600, -42528, -42457, -42385, -42314, -42243, -42172, -42101, -42030, -41959, -41888, -41817, -41747, -41676, -41605, -41535, -41465, -41394, -41324, -41254, -41184, -41113, -41043, -40973, -40904, -40834, -40764, -40694, -40625, -40555, -40486, -40416, -40347, -40278, -40208, -40139, -40070, -40001, -39932, -39863, -39794, -39726, -39657, -39588, -39520, -39451, -39383, -39314, -39246, -39178, -39110, -39042, -38973, -38905, -38837, -38770, -38702, -38634, -38566, -38499, -38431, -38364, -38296, -38229, -38161, -38094, -38027, -37960, -37893, -37826, -37759, -37692, -37625, -37558, -37491, -37425, -37358, -37291, -37225, -37158, -37092, -37026, -36959, -36893, -36827, -36761, -36695, -36629, -36563, -36497, -36431, -36365, -36300, -36234, -36168, -36103, -36037, -35972, -35907, -35841, -35776, -35711, -35646, -35580, -35515, -35450, -35385, -35321, -35256, -35191, -35126, -35062, -34997, -34932, -34868, -34803, -34739, -34675, -34610, -34546, -34482, -34418, -34354, -34289, -34225, -34162, -34098, -34034, -33970, -33906, -33843, -33779, -33715, -33652, -33588, -33525, -33461, -33398, -33335, -33272, -33208, -33145, -33082, -33019, -32956, -32893, -32830, -32767, -32705, -32642, -32579, -32516, -32454, -32391, -32329, -32266, -32204, -32141, -32079, -32017, -31955, -31892, -31830, -31768, -31706, -31644, -31582, -31520, -31458, -31396, -31335, -31273, -31211, -31150, -31088, -31026, -30965, -30904, -30842, -30781, -30719, -30658, -30597, -30536, -30474, -30413, -30352, -30291, -30230, -30169, -30108, -30048, -29987, -29926, -29865, -29805, -29744, 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322358, 323629, 324910, 326201, 327502, 328812, 330133, 331464, 332805, 334157, 335519, 336892, 338276, 339671, 341078, 342495, 343924, 345364, 346816, 348280, 349756, 351244, 352744, 354257, 355783, 357321, 358872, 360436, 362013, 363604, 365208, 366826, 368459, 370105, 371765, 373440, 375130, 376835, 378555, 380290, 382040, 383807, 385589, 387387, 389202, 391034, 392882, 394747, 396630, 398530, 400448, 402384, 404338, 406311, 408303, 410314, 412344, 414395, 416465, 418555, 420666, 422798, 424951, 427125, 429321, 431540, 433781, 436045, 438332, 440643, 442978, 445337, 447720, 450129, 452564, 455024, 457511, 460024, 462565, 465133, 467730, 470355, 473009, 475692, 478406, 481150, 483925, 486732, 489571, 492443, 495348, 498287, 501261, 504269, 507313, 510394, 513512, 516667, 519861, 523094, 526366, 529680, 533034, 536431, 539870, 543354, 546881, 550455, 554074, 557741, 561456, 565221, 569035, 572901, 576818, 580789, 584815, 588896, 593033, 597229, 601483, 605798, 610174, 614613, 619117, 623686, 628323, 633028, 637803, 642651, 647572, 652568, 657640, 662792, 668024, 673338, 678737, 684223, 689797, 695462, 701219, 707072, 713023, 719074, 725227, 731486, 737853, 744331, 750922, 757631, 764460, 771411, 778490, 785699, 793041, 800521, 808143, 815910, 823827, 831898, 840127, 848520, 857081, 865817, 874730, 883829, 893117, 902602, 912289, 922186, 932298, 942633, 953199, 964003, 975054, 986361, 997931, 1009774, 1021901, 1034322, 1047046, 1060087, 1073455, 1087164, 1101225, 1115654, 1130465, 1145673, 1161294, 1177345, 1193846, 1210813, 1228269, 1246234, 1264730, 1283783, 1303416, 1323658, 1344537, 1366084, 1388330, 1411312, 1435065, 1459630, 1485049, 1511367, 1538632, 1566898, 1596220, 1626658, 1658278, 1691149, 1725348, 1760956, 1798063, 1836758, 1877161, 1919378, 1963536, 2009771, 2058233, 2109087, 2162516, 2218719, 2277919, 2340362, 2406322, 2476104, 2550052, 2628549, 2712030, 2800983, 2895966, 2997613, 3106651, 3223918, 3350381, 3487165, 3635590, 3797206, 3973855, 4167737, 4381502, 4618375, 4882318, 5178251, 5512368, 5892567, 6329090, 6835455, 7429880, 8137527, 8994149, 10052327, 11392683, 13145455, 15535599, 18988036, 24413316, 34178904, 56965752, 170910304 }; int finesine[10240] = { 25, 75, 125, 175, 226, 276, 326, 376, 427, 477, 527, 578, 628, 678, 728, 779, 829, 879, 929, 980, 1030, 1080, 1130, 1181, 1231, 1281, 1331, 1382, 1432, 1482, 1532, 1583, 1633, 1683, 1733, 1784, 1834, 1884, 1934, 1985, 2035, 2085, 2135, 2186, 2236, 2286, 2336, 2387, 2437, 2487, 2537, 2587, 2638, 2688, 2738, 2788, 2839, 2889, 2939, 2989, 3039, 3090, 3140, 3190, 3240, 3291, 3341, 3391, 3441, 3491, 3541, 3592, 3642, 3692, 3742, 3792, 3843, 3893, 3943, 3993, 4043, 4093, 4144, 4194, 4244, 4294, 4344, 4394, 4445, 4495, 4545, 4595, 4645, 4695, 4745, 4796, 4846, 4896, 4946, 4996, 5046, 5096, 5146, 5197, 5247, 5297, 5347, 5397, 5447, 5497, 5547, 5597, 5647, 5697, 5748, 5798, 5848, 5898, 5948, 5998, 6048, 6098, 6148, 6198, 6248, 6298, 6348, 6398, 6448, 6498, 6548, 6598, 6648, 6698, 6748, 6798, 6848, 6898, 6948, 6998, 7048, 7098, 7148, 7198, 7248, 7298, 7348, 7398, 7448, 7498, 7548, 7598, 7648, 7697, 7747, 7797, 7847, 7897, 7947, 7997, 8047, 8097, 8147, 8196, 8246, 8296, 8346, 8396, 8446, 8496, 8545, 8595, 8645, 8695, 8745, 8794, 8844, 8894, 8944, 8994, 9043, 9093, 9143, 9193, 9243, 9292, 9342, 9392, 9442, 9491, 9541, 9591, 9640, 9690, 9740, 9790, 9839, 9889, 9939, 9988, 10038, 10088, 10137, 10187, 10237, 10286, 10336, 10386, 10435, 10485, 10534, 10584, 10634, 10683, 10733, 10782, 10832, 10882, 10931, 10981, 11030, 11080, 11129, 11179, 11228, 11278, 11327, 11377, 11426, 11476, 11525, 11575, 11624, 11674, 11723, 11773, 11822, 11872, 11921, 11970, 12020, 12069, 12119, 12168, 12218, 12267, 12316, 12366, 12415, 12464, 12514, 12563, 12612, 12662, 12711, 12760, 12810, 12859, 12908, 12957, 13007, 13056, 13105, 13154, 13204, 13253, 13302, 13351, 13401, 13450, 13499, 13548, 13597, 13647, 13696, 13745, 13794, 13843, 13892, 13941, 13990, 14040, 14089, 14138, 14187, 14236, 14285, 14334, 14383, 14432, 14481, 14530, 14579, 14628, 14677, 14726, 14775, 14824, 14873, 14922, 14971, 15020, 15069, 15118, 15167, 15215, 15264, 15313, 15362, 15411, 15460, 15509, 15557, 15606, 15655, 15704, 15753, 15802, 15850, 15899, 15948, 15997, 16045, 16094, 16143, 16191, 16240, 16289, 16338, 16386, 16435, 16484, 16532, 16581, 16629, 16678, 16727, 16775, 16824, 16872, 16921, 16970, 17018, 17067, 17115, 17164, 17212, 17261, 17309, 17358, 17406, 17455, 17503, 17551, 17600, 17648, 17697, 17745, 17793, 17842, 17890, 17939, 17987, 18035, 18084, 18132, 18180, 18228, 18277, 18325, 18373, 18421, 18470, 18518, 18566, 18614, 18663, 18711, 18759, 18807, 18855, 18903, 18951, 19000, 19048, 19096, 19144, 19192, 19240, 19288, 19336, 19384, 19432, 19480, 19528, 19576, 19624, 19672, 19720, 19768, 19816, 19864, 19912, 19959, 20007, 20055, 20103, 20151, 20199, 20246, 20294, 20342, 20390, 20438, 20485, 20533, 20581, 20629, 20676, 20724, 20772, 20819, 20867, 20915, 20962, 21010, 21057, 21105, 21153, 21200, 21248, 21295, 21343, 21390, 21438, 21485, 21533, 21580, 21628, 21675, 21723, 21770, 21817, 21865, 21912, 21960, 22007, 22054, 22102, 22149, 22196, 22243, 22291, 22338, 22385, 22433, 22480, 22527, 22574, 22621, 22668, 22716, 22763, 22810, 22857, 22904, 22951, 22998, 23045, 23092, 23139, 23186, 23233, 23280, 23327, 23374, 23421, 23468, 23515, 23562, 23609, 23656, 23703, 23750, 23796, 23843, 23890, 23937, 23984, 24030, 24077, 24124, 24171, 24217, 24264, 24311, 24357, 24404, 24451, 24497, 24544, 24591, 24637, 24684, 24730, 24777, 24823, 24870, 24916, 24963, 25009, 25056, 25102, 25149, 25195, 25241, 25288, 25334, 25381, 25427, 25473, 25520, 25566, 25612, 25658, 25705, 25751, 25797, 25843, 25889, 25936, 25982, 26028, 26074, 26120, 26166, 26212, 26258, 26304, 26350, 26396, 26442, 26488, 26534, 26580, 26626, 26672, 26718, 26764, 26810, 26856, 26902, 26947, 26993, 27039, 27085, 27131, 27176, 27222, 27268, 27313, 27359, 27405, 27450, 27496, 27542, 27587, 27633, 27678, 27724, 27770, 27815, 27861, 27906, 27952, 27997, 28042, 28088, 28133, 28179, 28224, 28269, 28315, 28360, 28405, 28451, 28496, 28541, 28586, 28632, 28677, 28722, 28767, 28812, 28858, 28903, 28948, 28993, 29038, 29083, 29128, 29173, 29218, 29263, 29308, 29353, 29398, 29443, 29488, 29533, 29577, 29622, 29667, 29712, 29757, 29801, 29846, 29891, 29936, 29980, 30025, 30070, 30114, 30159, 30204, 30248, 30293, 30337, 30382, 30426, 30471, 30515, 30560, 30604, 30649, 30693, 30738, 30782, 30826, 30871, 30915, 30959, 31004, 31048, 31092, 31136, 31181, 31225, 31269, 31313, 31357, 31402, 31446, 31490, 31534, 31578, 31622, 31666, 31710, 31754, 31798, 31842, 31886, 31930, 31974, 32017, 32061, 32105, 32149, 32193, 32236, 32280, 32324, 32368, 32411, 32455, 32499, 32542, 32586, 32630, 32673, 32717, 32760, 32804, 32847, 32891, 32934, 32978, 33021, 33065, 33108, 33151, 33195, 33238, 33281, 33325, 33368, 33411, 33454, 33498, 33541, 33584, 33627, 33670, 33713, 33756, 33799, 33843, 33886, 33929, 33972, 34015, 34057, 34100, 34143, 34186, 34229, 34272, 34315, 34358, 34400, 34443, 34486, 34529, 34571, 34614, 34657, 34699, 34742, 34785, 34827, 34870, 34912, 34955, 34997, 35040, 35082, 35125, 35167, 35210, 35252, 35294, 35337, 35379, 35421, 35464, 35506, 35548, 35590, 35633, 35675, 35717, 35759, 35801, 35843, 35885, 35927, 35969, 36011, 36053, 36095, 36137, 36179, 36221, 36263, 36305, 36347, 36388, 36430, 36472, 36514, 36555, 36597, 36639, 36681, 36722, 36764, 36805, 36847, 36889, 36930, 36972, 37013, 37055, 37096, 37137, 37179, 37220, 37262, 37303, 37344, 37386, 37427, 37468, 37509, 37551, 37592, 37633, 37674, 37715, 37756, 37797, 37838, 37879, 37920, 37961, 38002, 38043, 38084, 38125, 38166, 38207, 38248, 38288, 38329, 38370, 38411, 38451, 38492, 38533, 38573, 38614, 38655, 38695, 38736, 38776, 38817, 38857, 38898, 38938, 38979, 39019, 39059, 39100, 39140, 39180, 39221, 39261, 39301, 39341, 39382, 39422, 39462, 39502, 39542, 39582, 39622, 39662, 39702, 39742, 39782, 39822, 39862, 39902, 39942, 39982, 40021, 40061, 40101, 40141, 40180, 40220, 40260, 40300, 40339, 40379, 40418, 40458, 40497, 40537, 40576, 40616, 40655, 40695, 40734, 40773, 40813, 40852, 40891, 40931, 40970, 41009, 41048, 41087, 41127, 41166, 41205, 41244, 41283, 41322, 41361, 41400, 41439, 41478, 41517, 41556, 41595, 41633, 41672, 41711, 41750, 41788, 41827, 41866, 41904, 41943, 41982, 42020, 42059, 42097, 42136, 42174, 42213, 42251, 42290, 42328, 42366, 42405, 42443, 42481, 42520, 42558, 42596, 42634, 42672, 42711, 42749, 42787, 42825, 42863, 42901, 42939, 42977, 43015, 43053, 43091, 43128, 43166, 43204, 43242, 43280, 43317, 43355, 43393, 43430, 43468, 43506, 43543, 43581, 43618, 43656, 43693, 43731, 43768, 43806, 43843, 43880, 43918, 43955, 43992, 44029, 44067, 44104, 44141, 44178, 44215, 44252, 44289, 44326, 44363, 44400, 44437, 44474, 44511, 44548, 44585, 44622, 44659, 44695, 44732, 44769, 44806, 44842, 44879, 44915, 44952, 44989, 45025, 45062, 45098, 45135, 45171, 45207, 45244, 45280, 45316, 45353, 45389, 45425, 45462, 45498, 45534, 45570, 45606, 45642, 45678, 45714, 45750, 45786, 45822, 45858, 45894, 45930, 45966, 46002, 46037, 46073, 46109, 46145, 46180, 46216, 46252, 46287, 46323, 46358, 46394, 46429, 46465, 46500, 46536, 46571, 46606, 46642, 46677, 46712, 46747, 46783, 46818, 46853, 46888, 46923, 46958, 46993, 47028, 47063, 47098, 47133, 47168, 47203, 47238, 47273, 47308, 47342, 47377, 47412, 47446, 47481, 47516, 47550, 47585, 47619, 47654, 47688, 47723, 47757, 47792, 47826, 47860, 47895, 47929, 47963, 47998, 48032, 48066, 48100, 48134, 48168, 48202, 48237, 48271, 48305, 48338, 48372, 48406, 48440, 48474, 48508, 48542, 48575, 48609, 48643, 48676, 48710, 48744, 48777, 48811, 48844, 48878, 48911, 48945, 48978, 49012, 49045, 49078, 49112, 49145, 49178, 49211, 49244, 49278, 49311, 49344, 49377, 49410, 49443, 49476, 49509, 49542, 49575, 49608, 49640, 49673, 49706, 49739, 49771, 49804, 49837, 49869, 49902, 49935, 49967, 50000, 50032, 50065, 50097, 50129, 50162, 50194, 50226, 50259, 50291, 50323, 50355, 50387, 50420, 50452, 50484, 50516, 50548, 50580, 50612, 50644, 50675, 50707, 50739, 50771, 50803, 50834, 50866, 50898, 50929, 50961, 50993, 51024, 51056, 51087, 51119, 51150, 51182, 51213, 51244, 51276, 51307, 51338, 51369, 51401, 51432, 51463, 51494, 51525, 51556, 51587, 51618, 51649, 51680, 51711, 51742, 51773, 51803, 51834, 51865, 51896, 51926, 51957, 51988, 52018, 52049, 52079, 52110, 52140, 52171, 52201, 52231, 52262, 52292, 52322, 52353, 52383, 52413, 52443, 52473, 52503, 52534, 52564, 52594, 52624, 52653, 52683, 52713, 52743, 52773, 52803, 52832, 52862, 52892, 52922, 52951, 52981, 53010, 53040, 53069, 53099, 53128, 53158, 53187, 53216, 53246, 53275, 53304, 53334, 53363, 53392, 53421, 53450, 53479, 53508, 53537, 53566, 53595, 53624, 53653, 53682, 53711, 53739, 53768, 53797, 53826, 53854, 53883, 53911, 53940, 53969, 53997, 54026, 54054, 54082, 54111, 54139, 54167, 54196, 54224, 54252, 54280, 54308, 54337, 54365, 54393, 54421, 54449, 54477, 54505, 54533, 54560, 54588, 54616, 54644, 54672, 54699, 54727, 54755, 54782, 54810, 54837, 54865, 54892, 54920, 54947, 54974, 55002, 55029, 55056, 55084, 55111, 55138, 55165, 55192, 55219, 55246, 55274, 55300, 55327, 55354, 55381, 55408, 55435, 55462, 55489, 55515, 55542, 55569, 55595, 55622, 55648, 55675, 55701, 55728, 55754, 55781, 55807, 55833, 55860, 55886, 55912, 55938, 55965, 55991, 56017, 56043, 56069, 56095, 56121, 56147, 56173, 56199, 56225, 56250, 56276, 56302, 56328, 56353, 56379, 56404, 56430, 56456, 56481, 56507, 56532, 56557, 56583, 56608, 56633, 56659, 56684, 56709, 56734, 56760, 56785, 56810, 56835, 56860, 56885, 56910, 56935, 56959, 56984, 57009, 57034, 57059, 57083, 57108, 57133, 57157, 57182, 57206, 57231, 57255, 57280, 57304, 57329, 57353, 57377, 57402, 57426, 57450, 57474, 57498, 57522, 57546, 57570, 57594, 57618, 57642, 57666, 57690, 57714, 57738, 57762, 57785, 57809, 57833, 57856, 57880, 57903, 57927, 57950, 57974, 57997, 58021, 58044, 58067, 58091, 58114, 58137, 58160, 58183, 58207, 58230, 58253, 58276, 58299, 58322, 58345, 58367, 58390, 58413, 58436, 58459, 58481, 58504, 58527, 58549, 58572, 58594, 58617, 58639, 58662, 58684, 58706, 58729, 58751, 58773, 58795, 58818, 58840, 58862, 58884, 58906, 58928, 58950, 58972, 58994, 59016, 59038, 59059, 59081, 59103, 59125, 59146, 59168, 59190, 59211, 59233, 59254, 59276, 59297, 59318, 59340, 59361, 59382, 59404, 59425, 59446, 59467, 59488, 59509, 59530, 59551, 59572, 59593, 59614, 59635, 59656, 59677, 59697, 59718, 59739, 59759, 59780, 59801, 59821, 59842, 59862, 59883, 59903, 59923, 59944, 59964, 59984, 60004, 60025, 60045, 60065, 60085, 60105, 60125, 60145, 60165, 60185, 60205, 60225, 60244, 60264, 60284, 60304, 60323, 60343, 60363, 60382, 60402, 60421, 60441, 60460, 60479, 60499, 60518, 60537, 60556, 60576, 60595, 60614, 60633, 60652, 60671, 60690, 60709, 60728, 60747, 60766, 60785, 60803, 60822, 60841, 60859, 60878, 60897, 60915, 60934, 60952, 60971, 60989, 61007, 61026, 61044, 61062, 61081, 61099, 61117, 61135, 61153, 61171, 61189, 61207, 61225, 61243, 61261, 61279, 61297, 61314, 61332, 61350, 61367, 61385, 61403, 61420, 61438, 61455, 61473, 61490, 61507, 61525, 61542, 61559, 61577, 61594, 61611, 61628, 61645, 61662, 61679, 61696, 61713, 61730, 61747, 61764, 61780, 61797, 61814, 61831, 61847, 61864, 61880, 61897, 61913, 61930, 61946, 61963, 61979, 61995, 62012, 62028, 62044, 62060, 62076, 62092, 62108, 62125, 62141, 62156, 62172, 62188, 62204, 62220, 62236, 62251, 62267, 62283, 62298, 62314, 62329, 62345, 62360, 62376, 62391, 62407, 62422, 62437, 62453, 62468, 62483, 62498, 62513, 62528, 62543, 62558, 62573, 62588, 62603, 62618, 62633, 62648, 62662, 62677, 62692, 62706, 62721, 62735, 62750, 62764, 62779, 62793, 62808, 62822, 62836, 62850, 62865, 62879, 62893, 62907, 62921, 62935, 62949, 62963, 62977, 62991, 63005, 63019, 63032, 63046, 63060, 63074, 63087, 63101, 63114, 63128, 63141, 63155, 63168, 63182, 63195, 63208, 63221, 63235, 63248, 63261, 63274, 63287, 63300, 63313, 63326, 63339, 63352, 63365, 63378, 63390, 63403, 63416, 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64852, 64859, 64866, 64873, 64880, 64887, 64895, 64902, 64908, 64915, 64922, 64929, 64936, 64943, 64949, 64956, 64963, 64969, 64976, 64982, 64989, 64995, 65002, 65008, 65015, 65021, 65027, 65033, 65040, 65046, 65052, 65058, 65064, 65070, 65076, 65082, 65088, 65094, 65099, 65105, 65111, 65117, 65122, 65128, 65133, 65139, 65144, 65150, 65155, 65161, 65166, 65171, 65177, 65182, 65187, 65192, 65197, 65202, 65207, 65212, 65217, 65222, 65227, 65232, 65237, 65242, 65246, 65251, 65256, 65260, 65265, 65270, 65274, 65279, 65283, 65287, 65292, 65296, 65300, 65305, 65309, 65313, 65317, 65321, 65325, 65329, 65333, 65337, 65341, 65345, 65349, 65352, 65356, 65360, 65363, 65367, 65371, 65374, 65378, 65381, 65385, 65388, 65391, 65395, 65398, 65401, 65404, 65408, 65411, 65414, 65417, 65420, 65423, 65426, 65429, 65431, 65434, 65437, 65440, 65442, 65445, 65448, 65450, 65453, 65455, 65458, 65460, 65463, 65465, 65467, 65470, 65472, 65474, 65476, 65478, 65480, 65482, 65484, 65486, 65488, 65490, 65492, 65494, 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62345, 62360, 62376, 62391, 62407, 62422, 62437, 62453, 62468, 62483, 62498, 62513, 62528, 62543, 62558, 62573, 62588, 62603, 62618, 62633, 62648, 62662, 62677, 62692, 62706, 62721, 62735, 62750, 62764, 62779, 62793, 62808, 62822, 62836, 62850, 62865, 62879, 62893, 62907, 62921, 62935, 62949, 62963, 62977, 62991, 63005, 63019, 63032, 63046, 63060, 63074, 63087, 63101, 63114, 63128, 63141, 63155, 63168, 63182, 63195, 63208, 63221, 63235, 63248, 63261, 63274, 63287, 63300, 63313, 63326, 63339, 63352, 63365, 63378, 63390, 63403, 63416, 63429, 63441, 63454, 63466, 63479, 63491, 63504, 63516, 63528, 63541, 63553, 63565, 63578, 63590, 63602, 63614, 63626, 63638, 63650, 63662, 63674, 63686, 63698, 63709, 63721, 63733, 63745, 63756, 63768, 63779, 63791, 63803, 63814, 63825, 63837, 63848, 63859, 63871, 63882, 63893, 63904, 63915, 63927, 63938, 63949, 63960, 63971, 63981, 63992, 64003, 64014, 64025, 64035, 64046, 64057, 64067, 64078, 64088, 64099, 64109, 64120, 64130, 64140, 64151, 64161, 64171, 64181, 64192, 64202, 64212, 64222, 64232, 64242, 64252, 64261, 64271, 64281, 64291, 64301, 64310, 64320, 64330, 64339, 64349, 64358, 64368, 64377, 64387, 64396, 64405, 64414, 64424, 64433, 64442, 64451, 64460, 64469, 64478, 64487, 64496, 64505, 64514, 64523, 64532, 64540, 64549, 64558, 64566, 64575, 64584, 64592, 64600, 64609, 64617, 64626, 64634, 64642, 64651, 64659, 64667, 64675, 64683, 64691, 64699, 64707, 64715, 64723, 64731, 64739, 64747, 64754, 64762, 64770, 64777, 64785, 64793, 64800, 64808, 64815, 64822, 64830, 64837, 64844, 64852, 64859, 64866, 64873, 64880, 64887, 64895, 64902, 64908, 64915, 64922, 64929, 64936, 64943, 64949, 64956, 64963, 64969, 64976, 64982, 64989, 64995, 65002, 65008, 65015, 65021, 65027, 65033, 65040, 65046, 65052, 65058, 65064, 65070, 65076, 65082, 65088, 65094, 65099, 65105, 65111, 65117, 65122, 65128, 65133, 65139, 65144, 65150, 65155, 65161, 65166, 65171, 65177, 65182, 65187, 65192, 65197, 65202, 65207, 65212, 65217, 65222, 65227, 65232, 65237, 65242, 65246, 65251, 65256, 65260, 65265, 65270, 65274, 65279, 65283, 65287, 65292, 65296, 65300, 65305, 65309, 65313, 65317, 65321, 65325, 65329, 65333, 65337, 65341, 65345, 65349, 65352, 65356, 65360, 65363, 65367, 65371, 65374, 65378, 65381, 65385, 65388, 65391, 65395, 65398, 65401, 65404, 65408, 65411, 65414, 65417, 65420, 65423, 65426, 65429, 65431, 65434, 65437, 65440, 65442, 65445, 65448, 65450, 65453, 65455, 65458, 65460, 65463, 65465, 65467, 65470, 65472, 65474, 65476, 65478, 65480, 65482, 65484, 65486, 65488, 65490, 65492, 65494, 65496, 65497, 65499, 65501, 65502, 65504, 65505, 65507, 65508, 65510, 65511, 65513, 65514, 65515, 65516, 65518, 65519, 65520, 65521, 65522, 65523, 65524, 65525, 65526, 65527, 65527, 65528, 65529, 65530, 65530, 65531, 65531, 65532, 65532, 65533, 65533, 65534, 65534, 65534, 65535, 65535, 65535, 65535, 65535, 65535, 65535 }; angle_t tantoangle[SLOPERANGE + 1] = { 0, 333772, 667544, 1001315, 1335086, 1668857, 2002626, 2336395, 2670163, 3003929, 3337694, 3671457, 4005219, 4338979, 4672736, 5006492, 5340245, 5673995, 6007743, 6341488, 6675230, 7008968, 7342704, 7676435, 8010164, 8343888, 8677609, 9011325, 9345037, 9678744, 10012447, 10346145, 10679838, 11013526, 11347209, 11680887, 12014558, 12348225, 12681885, 13015539, 13349187, 13682829, 14016464, 14350092, 14683714, 15017328, 15350936, 15684536, 16018129, 16351714, 16685291, 17018860, 17352422, 17685974, 18019518, 18353054, 18686582, 19020100, 19353610, 19687110, 20020600, 20354080, 20687552, 21021014, 21354466, 21687906, 22021338, 22354758, 22688168, 23021568, 23354956, 23688332, 24021698, 24355052, 24688396, 25021726, 25355046, 25688352, 26021648, 26354930, 26688200, 27021456, 27354702, 27687932, 28021150, 28354356, 28687548, 29020724, 29353888, 29687038, 30020174, 30353296, 30686404, 31019496, 31352574, 31685636, 32018684, 32351718, 32684734, 33017736, 33350722, 33683692, 34016648, 34349584, 34682508, 35015412, 35348300, 35681172, 36014028, 36346868, 36679688, 37012492, 37345276, 37678044, 38010792, 38343524, 38676240, 39008936, 39341612, 39674272, 40006912, 40339532, 40672132, 41004716, 41337276, 41669820, 42002344, 42334848, 42667332, 42999796, 43332236, 43664660, 43997060, 44329444, 44661800, 44994140, 45326456, 45658752, 45991028, 46323280, 46655512, 46987720, 47319908, 47652072, 47984212, 48316332, 48648428, 48980500, 49312548, 49644576, 49976580, 50308556, 50640512, 50972444, 51304352, 51636236, 51968096, 52299928, 52631740, 52963524, 53295284, 53627020, 53958728, 54290412, 54622068, 54953704, 55285308, 55616888, 55948444, 56279972, 56611472, 56942948, 57274396, 57605816, 57937212, 58268576, 58599916, 58931228, 59262512, 59593768, 59924992, 60256192, 60587364, 60918508, 61249620, 61580704, 61911760, 62242788, 62573788, 62904756, 63235692, 63566604, 63897480, 64228332, 64559148, 64889940, 65220696, 65551424, 65882120, 66212788, 66543420, 66874024, 67204600, 67535136, 67865648, 68196120, 68526568, 68856984, 69187360, 69517712, 69848024, 70178304, 70508560, 70838776, 71168960, 71499112, 71829224, 72159312, 72489360, 72819376, 73149360, 73479304, 73809216, 74139096, 74468936, 74798744, 75128520, 75458264, 75787968, 76117632, 76447264, 76776864, 77106424, 77435952, 77765440, 78094888, 78424304, 78753688, 79083032, 79412336, 79741608, 80070840, 80400032, 80729192, 81058312, 81387392, 81716432, 82045440, 82374408, 82703336, 83032224, 83361080, 83689896, 84018664, 84347400, 84676096, 85004760, 85333376, 85661952, 85990488, 86318984, 86647448, 86975864, 87304240, 87632576, 87960872, 88289128, 88617344, 88945520, 89273648, 89601736, 89929792, 90257792, 90585760, 90913688, 91241568, 91569408, 91897200, 92224960, 92552672, 92880336, 93207968, 93535552, 93863088, 94190584, 94518040, 94845448, 95172816, 95500136, 95827416, 96154648, 96481832, 96808976, 97136080, 97463136, 97790144, 98117112, 98444032, 98770904, 99097736, 99424520, 99751256, 100077944, 100404592, 100731192, 101057744, 101384248, 101710712, 102037128, 102363488, 102689808, 103016080, 103342312, 103668488, 103994616, 104320696, 104646736, 104972720, 105298656, 105624552, 105950392, 106276184, 106601928, 106927624, 107253272, 107578872, 107904416, 108229920, 108555368, 108880768, 109206120, 109531416, 109856664, 110181872, 110507016, 110832120, 111157168, 111482168, 111807112, 112132008, 112456856, 112781648, 113106392, 113431080, 113755720, 114080312, 114404848, 114729328, 115053760, 115378136, 115702464, 116026744, 116350960, 116675128, 116999248, 117323312, 117647320, 117971272, 118295176, 118619024, 118942816, 119266560, 119590248, 119913880, 120237456, 120560984, 120884456, 121207864, 121531224, 121854528, 122177784, 122500976, 122824112, 123147200, 123470224, 123793200, 124116120, 124438976, 124761784, 125084528, 125407224, 125729856, 126052432, 126374960, 126697424, 127019832, 127342184, 127664472, 127986712, 128308888, 128631008, 128953072, 129275080, 129597024, 129918912, 130240744, 130562520, 130884232, 131205888, 131527480, 131849016, 132170496, 132491912, 132813272, 133134576, 133455816, 133776992, 134098120, 134419184, 134740176, 135061120, 135382000, 135702816, 136023584, 136344272, 136664912, 136985488, 137306016, 137626464, 137946864, 138267184, 138587456, 138907664, 139227808, 139547904, 139867920, 140187888, 140507776, 140827616, 141147392, 141467104, 141786752, 142106336, 142425856, 142745312, 143064720, 143384048, 143703312, 144022512, 144341664, 144660736, 144979744, 145298704, 145617584, 145936400, 146255168, 146573856, 146892480, 147211040, 147529536, 147847968, 148166336, 148484640, 148802880, 149121056, 149439152, 149757200, 150075168, 150393072, 150710912, 151028688, 151346400, 151664048, 151981616, 152299136, 152616576, 152933952, 153251264, 153568496, 153885680, 154202784, 154519824, 154836784, 155153696, 155470528, 155787296, 156104000, 156420624, 156737200, 157053696, 157370112, 157686480, 158002768, 158318976, 158635136, 158951216, 159267232, 159583168, 159899040, 160214848, 160530592, 160846256, 161161840, 161477376, 161792832, 162108208, 162423520, 162738768, 163053952, 163369040, 163684080, 163999040, 164313936, 164628752, 164943504, 165258176, 165572784, 165887312, 166201776, 166516160, 166830480, 167144736, 167458912, 167773008, 168087040, 168400992, 168714880, 169028688, 169342432, 169656096, 169969696, 170283216, 170596672, 170910032, 171223344, 171536576, 171849728, 172162800, 172475808, 172788736, 173101600, 173414384, 173727104, 174039728, 174352288, 174664784, 174977200, 175289536, 175601792, 175913984, 176226096, 176538144, 176850096, 177161984, 177473792, 177785536, 178097200, 178408784, 178720288, 179031728, 179343088, 179654368, 179965568, 180276704, 180587744, 180898720, 181209616, 181520448, 181831184, 182141856, 182452448, 182762960, 183073408, 183383760, 183694048, 184004240, 184314368, 184624416, 184934400, 185244288, 185554096, 185863840, 186173504, 186483072, 186792576, 187102000, 187411344, 187720608, 188029808, 188338912, 188647936, 188956896, 189265760, 189574560, 189883264, 190191904, 190500448, 190808928, 191117312, 191425632, 191733872, 192042016, 192350096, 192658096, 192966000, 193273840, 193581584, 193889264, 194196848, 194504352, 194811792, 195119136, 195426400, 195733584, 196040688, 196347712, 196654656, 196961520, 197268304, 197574992, 197881616, 198188144, 198494592, 198800960, 199107248, 199413456, 199719584, 200025616, 200331584, 200637456, 200943248, 201248960, 201554576, 201860128, 202165584, 202470960, 202776256, 203081456, 203386592, 203691632, 203996592, 204301472, 204606256, 204910976, 205215600, 205520144, 205824592, 206128960, 206433248, 206737456, 207041584, 207345616, 207649568, 207953424, 208257216, 208560912, 208864512, 209168048, 209471488, 209774832, 210078112, 210381296, 210684384, 210987408, 211290336, 211593184, 211895936, 212198608, 212501184, 212803680, 213106096, 213408432, 213710672, 214012816, 214314880, 214616864, 214918768, 215220576, 215522288, 215823920, 216125472, 216426928, 216728304, 217029584, 217330784, 217631904, 217932928, 218233856, 218534704, 218835472, 219136144, 219436720, 219737216, 220037632, 220337952, 220638192, 220938336, 221238384, 221538352, 221838240, 222138032, 222437728, 222737344, 223036880, 223336304, 223635664, 223934912, 224234096, 224533168, 224832160, 225131072, 225429872, 225728608, 226027232, 226325776, 226624240, 226922608, 227220880, 227519056, 227817152, 228115168, 228413088, 228710912, 229008640, 229306288, 229603840, 229901312, 230198688, 230495968, 230793152, 231090256, 231387280, 231684192, 231981024, 232277760, 232574416, 232870960, 233167440, 233463808, 233760096, 234056288, 234352384, 234648384, 234944304, 235240128, 235535872, 235831504, 236127056, 236422512, 236717888, 237013152, 237308336, 237603424, 237898416, 238193328, 238488144, 238782864, 239077488, 239372016, 239666464, 239960816, 240255072, 240549232, 240843312, 241137280, 241431168, 241724960, 242018656, 242312256, 242605776, 242899200, 243192512, 243485744, 243778896, 244071936, 244364880, 244657744, 244950496, 245243168, 245535744, 245828224, 246120608, 246412912, 246705104, 246997216, 247289216, 247581136, 247872960, 248164688, 248456320, 248747856, 249039296, 249330640, 249621904, 249913056, 250204128, 250495088, 250785968, 251076736, 251367424, 251658016, 251948512, 252238912, 252529200, 252819408, 253109520, 253399536, 253689456, 253979280, 254269008, 254558640, 254848176, 255137632, 255426976, 255716224, 256005376, 256294432, 256583392, 256872256, 257161024, 257449696, 257738272, 258026752, 258315136, 258603424, 258891600, 259179696, 259467696, 259755600, 260043392, 260331104, 260618704, 260906224, 261193632, 261480960, 261768176, 262055296, 262342320, 262629248, 262916080, 263202816, 263489456, 263776000, 264062432, 264348784, 264635024, 264921168, 265207216, 265493168, 265779024, 266064784, 266350448, 266636000, 266921472, 267206832, 267492096, 267777264, 268062336, 268347312, 268632192, 268916960, 269201632, 269486208, 269770688, 270055072, 270339360, 270623552, 270907616, 271191616, 271475488, 271759296, 272042976, 272326560, 272610048, 272893440, 273176736, 273459936, 273743040, 274026048, 274308928, 274591744, 274874432, 275157024, 275439520, 275721920, 276004224, 276286432, 276568512, 276850528, 277132416, 277414240, 277695936, 277977536, 278259040, 278540448, 278821728, 279102944, 279384032, 279665056, 279945952, 280226752, 280507456, 280788064, 281068544, 281348960, 281629248, 281909472, 282189568, 282469568, 282749440, 283029248, 283308960, 283588544, 283868032, 284147424, 284426720, 284705920, 284985024, 285264000, 285542912, 285821696, 286100384, 286378976, 286657440, 286935840, 287214112, 287492320, 287770400, 288048384, 288326240, 288604032, 288881696, 289159264, 289436768, 289714112, 289991392, 290268576, 290545632, 290822592, 291099456, 291376224, 291652896, 291929440, 292205888, 292482272, 292758528, 293034656, 293310720, 293586656, 293862496, 294138240, 294413888, 294689440, 294964864, 295240192, 295515424, 295790560, 296065600, 296340512, 296615360, 296890080, 297164704, 297439200, 297713632, 297987936, 298262144, 298536256, 298810240, 299084160, 299357952, 299631648, 299905248, 300178720, 300452128, 300725408, 300998592, 301271680, 301544640, 301817536, 302090304, 302362976, 302635520, 302908000, 303180352, 303452608, 303724768, 303996800, 304268768, 304540608, 304812320, 305083968, 305355520, 305626944, 305898272, 306169472, 306440608, 306711616, 306982528, 307253344, 307524064, 307794656, 308065152, 308335552, 308605856, 308876032, 309146112, 309416096, 309685984, 309955744, 310225408, 310494976, 310764448, 311033824, 311303072, 311572224, 311841280, 312110208, 312379040, 312647776, 312916416, 313184960, 313453376, 313721696, 313989920, 314258016, 314526016, 314793920, 315061728, 315329408, 315597024, 315864512, 316131872, 316399168, 316666336, 316933408, 317200384, 317467232, 317733984, 318000640, 318267200, 318533632, 318799968, 319066208, 319332352, 319598368, 319864288, 320130112, 320395808, 320661408, 320926912, 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503829408, 504012352, 504195200, 504377984, 504560672, 504743264, 504925760, 505108192, 505290496, 505472736, 505654912, 505836960, 506018944, 506200832, 506382624, 506564320, 506745952, 506927488, 507108928, 507290272, 507471552, 507652736, 507833824, 508014816, 508195744, 508376576, 508557312, 508737952, 508918528, 509099008, 509279392, 509459680, 509639904, 509820032, 510000064, 510180000, 510359872, 510539648, 510719328, 510898944, 511078432, 511257856, 511437216, 511616448, 511795616, 511974688, 512153664, 512332576, 512511392, 512690112, 512868768, 513047296, 513225792, 513404160, 513582432, 513760640, 513938784, 514116800, 514294752, 514472608, 514650368, 514828064, 515005664, 515183168, 515360608, 515537952, 515715200, 515892352, 516069440, 516246432, 516423328, 516600160, 516776896, 516953536, 517130112, 517306592, 517482976, 517659264, 517835488, 518011616, 518187680, 518363648, 518539520, 518715296, 518891008, 519066624, 519242144, 519417600, 519592960, 519768256, 519943424, 520118528, 520293568, 520468480, 520643328, 520818112, 520992800, 521167392, 521341888, 521516320, 521690656, 521864896, 522039072, 522213152, 522387168, 522561056, 522734912, 522908640, 523082304, 523255872, 523429376, 523602784, 523776096, 523949312, 524122464, 524295552, 524468512, 524641440, 524814240, 524986976, 525159616, 525332192, 525504640, 525677056, 525849344, 526021568, 526193728, 526365792, 526537760, 526709632, 526881440, 527053152, 527224800, 527396352, 527567840, 527739200, 527910528, 528081728, 528252864, 528423936, 528594880, 528765760, 528936576, 529107296, 529277920, 529448480, 529618944, 529789344, 529959648, 530129856, 530300000, 530470048, 530640000, 530809888, 530979712, 531149440, 531319072, 531488608, 531658080, 531827488, 531996800, 532166016, 532335168, 532504224, 532673184, 532842080, 533010912, 533179616, 533348288, 533516832, 533685312, 533853728, 534022048, 534190272, 534358432, 534526496, 534694496, 534862400, 535030240, 535197984, 535365632, 535533216, 535700704, 535868128, 536035456, 536202720, 536369888, 536536992, 536704000, 536870912 }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- int SlopeDiv(unsigned num, unsigned den) { unsigned ans; if(den < 512) return SLOPERANGE; ans = (num << 3) / (den >> 8); return ans <= SLOPERANGE ? ans : SLOPERANGE; } doomsday-1.14.5/doomsday/plugins/heretic/src/acfnlink.c0000664000175000017500000001715112350542240022352 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * acfnlink.c: */ // HEADER FILES ------------------------------------------------------------ #include "jheretic.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- actionlink_t actionlinks[] = { {"A_AccTeleGlitter", A_AccTeleGlitter}, {"A_AddPlayerCorpse", A_AddPlayerCorpse}, {"A_AddPlayerRain", A_AddPlayerRain}, {"A_BeakAttackPL1", A_BeakAttackPL1}, {"A_BeakAttackPL2", A_BeakAttackPL2}, {"A_BeakRaise", A_BeakRaise}, {"A_BeakReady", A_BeakReady}, {"A_BeastAttack", A_BeastAttack}, {"A_BeastPuff", A_BeastPuff}, {"A_BlueSpark", A_BlueSpark}, {"A_BoltSpark", A_BoltSpark}, {"A_BossDeath", A_BossDeath}, {"A_Chase", A_Chase}, {"A_CheckBurnGone", A_CheckBurnGone}, {"A_CheckSkullDone", A_CheckSkullDone}, {"A_CheckSkullFloor", A_CheckSkullFloor}, {"A_ChicAttack", A_ChicAttack}, {"A_ChicChase", A_ChicChase}, {"A_ChicLook", A_ChicLook}, {"A_ChicPain", A_ChicPain}, {"A_ClinkAttack", A_ClinkAttack}, {"A_ContMobjSound", A_ContMobjSound}, {"A_DeathBallImpact", A_DeathBallImpact}, {"A_DripBlood", A_DripBlood}, {"A_ESound", A_ESound}, {"A_Explode", A_Explode}, {"A_FaceTarget", A_FaceTarget}, {"A_Feathers", A_Feathers}, {"A_FireBlasterPL1", A_FireBlasterPL1}, {"A_FireBlasterPL2", A_FireBlasterPL2}, {"A_FireCrossbowPL1", A_FireCrossbowPL1}, {"A_FireCrossbowPL2", A_FireCrossbowPL2}, {"A_FireGoldWandPL1", A_FireGoldWandPL1}, {"A_FireGoldWandPL2", A_FireGoldWandPL2}, {"A_FireMacePL1", A_FireMacePL1}, {"A_FireMacePL2", A_FireMacePL2}, {"A_FirePhoenixPL1", A_FirePhoenixPL1}, {"A_FirePhoenixPL2", A_FirePhoenixPL2}, {"A_FireSkullRodPL1", A_FireSkullRodPL1}, {"A_FireSkullRodPL2", A_FireSkullRodPL2}, {"A_FlameEnd", A_FlameEnd}, {"A_FlameSnd", A_FlameSnd}, {"A_FloatPuff", A_FloatPuff}, {"A_FreeTargMobj", A_FreeTargMobj}, {"A_GauntletAttack", A_GauntletAttack}, {"A_GenWizard", A_GenWizard}, {"A_GhostOff", A_GhostOff}, {"A_HeadAttack", A_HeadAttack}, {"A_HeadFireGrow", A_HeadFireGrow}, {"A_HeadIceImpact", A_HeadIceImpact}, {"A_HideInCeiling", A_HideInCeiling}, {"A_HideThing", A_HideThing}, {"A_ImpDeath", A_ImpDeath}, {"A_ImpExplode", A_ImpExplode}, {"A_ImpMeAttack", A_ImpMeAttack}, {"A_ImpMsAttack", A_ImpMsAttack}, {"A_ImpMsAttack2", A_ImpMsAttack2}, {"A_ImpXDeath1", A_ImpXDeath1}, {"A_ImpXDeath2", A_ImpXDeath2}, {"A_InitKeyGizmo", A_InitKeyGizmo}, {"A_InitPhoenixPL2", A_InitPhoenixPL2}, {"A_KnightAttack", A_KnightAttack}, {"A_Light0", A_Light0}, {"A_Look", A_Look}, {"A_Lower", A_Lower}, {"A_MaceBallImpact", A_MaceBallImpact}, {"A_MaceBallImpact2", A_MaceBallImpact2}, {"A_MacePL1Check", A_MacePL1Check}, {"A_MakePod", A_MakePod}, {"A_MinotaurAtk1", A_MinotaurAtk1}, {"A_MinotaurAtk2", A_MinotaurAtk2}, {"A_MinotaurAtk3", A_MinotaurAtk3}, {"A_MinotaurCharge", A_MinotaurCharge}, {"A_MinotaurDecide", A_MinotaurDecide}, {"A_MntrFloorFire", A_MntrFloorFire}, {"A_MummyAttack", A_MummyAttack}, {"A_MummyAttack2", A_MummyAttack2}, {"A_MummyFX1Seek", A_MummyFX1Seek}, {"A_MummySoul", A_MummySoul}, {"A_NoBlocking", A_NoBlocking}, {"A_Pain", A_Pain}, {"A_PhoenixPuff", A_PhoenixPuff}, {"A_PodPain", A_PodPain}, {"A_RainImpact", A_RainImpact}, {"A_Raise", A_Raise}, {"A_ReFire", A_ReFire}, {"A_RemovePod", A_RemovePod}, {"A_RestoreArtifact", A_RestoreArtifact}, {"A_RestoreSpecialThing1", A_RestoreSpecialThing1}, {"A_RestoreSpecialThing2", A_RestoreSpecialThing2}, {"A_Scream", A_Scream}, {"A_ShutdownPhoenixPL2", A_ShutdownPhoenixPL2}, {"A_SkullPop", A_SkullPop}, {"A_SkullRodPL2Seek", A_SkullRodPL2Seek}, {"A_SkullRodStorm", A_SkullRodStorm}, {"A_SnakeAttack", A_SnakeAttack}, {"A_SnakeAttack2", A_SnakeAttack2}, {"A_Sor1Chase", A_Sor1Chase}, {"A_Sor1Pain", A_Sor1Pain}, {"A_Sor2DthInit", A_Sor2DthInit}, {"A_Sor2DthLoop", A_Sor2DthLoop}, {"A_SorcererRise", A_SorcererRise}, {"A_SorDBon", A_SorDBon}, {"A_SorDExp", A_SorDExp}, {"A_SorDSph", A_SorDSph}, {"A_SorRise", A_SorRise}, {"A_SorSightSnd", A_SorSightSnd}, {"A_SorZap", A_SorZap}, {"A_SpawnRippers", A_SpawnRippers}, {"A_SpawnTeleGlitter", A_SpawnTeleGlitter}, {"A_SpawnTeleGlitter2", A_SpawnTeleGlitter2}, {"A_Srcr1Attack", A_Srcr1Attack}, {"A_Srcr2Attack", A_Srcr2Attack}, {"A_Srcr2Decide", A_Srcr2Decide}, {"A_StaffAttackPL1", A_StaffAttackPL1}, {"A_StaffAttackPL2", A_StaffAttackPL2}, {"A_UnHideThing", A_UnHideThing}, {"A_VolcanoBlast", A_VolcanoBlast}, {"A_VolcanoSet", A_VolcanoSet}, {"A_VolcBallImpact", A_VolcBallImpact}, {"A_WeaponReady", A_WeaponReady}, {"A_WhirlwindSeek", A_WhirlwindSeek}, {"A_WizAtk1", A_WizAtk1}, {"A_WizAtk2", A_WizAtk2}, {"A_WizAtk3", A_WizAtk3}, // Inventory: {"A_FireBomb", A_FireBomb}, {"A_TombOfPower", A_TombOfPower}, {"A_Egg", A_Egg}, {"A_Wings", A_Wings}, {"A_Teleport", A_Teleport}, {"A_Torch", A_Torch}, {"A_Health", A_Health}, {"A_SuperHealth", A_SuperHealth}, {"A_Invisibility", A_Invisibility}, {"A_Invulnerability", A_Invulnerability}, {0, 0} }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- doomsday-1.14.5/doomsday/plugins/heretic/src/hereticv13mapstatereader.cpp0000664000175000017500000007161212350542240026026 0ustar jaakkojaakko/** @file hereticv13mapstatereader.cpp Heretic ver 1.3 save game reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jheretic.h" #include "hereticv13mapstatereader.h" #include "am_map.h" #include "dmu_lib.h" #include "hu_inventory.h" #include "p_ceiling.h" #include "p_door.h" #include "p_floor.h" #include "p_inventory.h" #include "p_map.h" #include "p_mapsetup.h" #include "p_plat.h" #include "p_saveio.h" #include "p_saveg.h" #include "p_tick.h" #include "r_common.h" // R_UpdateConsoleView #include #include #include #include #include #define SIZEOF_V13_THINKER_T 12 #define V13_THINKER_T_FUNC_OFFSET 8 using namespace de; static byte *savePtr; static byte *saveBuffer; static char sri8(reader_s *r) { if(!r) return 0; savePtr++; return *(char *) (savePtr - 1); } static short sri16(reader_s *r) { if(!r) return 0; savePtr += 2; return *(int16_t *) (savePtr - 2); } static int sri32(reader_s *r) { if(!r) return 0; savePtr += 4; return *(int32_t *) (savePtr - 4); } static void srd(reader_s *r, char *data, int len) { if(!r) return; if(data) { std::memcpy(data, savePtr, len); } savePtr += len; } static reader_s *SV_NewReader_Hr_v13() { if(!saveBuffer) return 0; return Reader_NewWithCallbacks(sri8, sri16, sri32, NULL, srd); } static Uri *readTextureUrn(reader_s *reader, char const *schemeName) { DENG_ASSERT(reader != 0 && schemeName != 0); return Uri_NewWithPath2(Str_Text(Str_Appendf(AutoStr_NewStd(), "urn:%s:%i", schemeName, Reader_ReadInt16(reader))), RC_NULL); } static void readPlayer(player_t *pl, reader_s *reader) { int plrnum = pl - players; ddplayer_t *ddpl = pl->plr; Reader_ReadInt32(reader); // mo pl->playerState = playerstate_t(Reader_ReadInt32(reader)); DENG_ASSERT(pl->playerState >= PST_LIVE && pl->playerState <= PST_REBORN); byte junk[12]; Reader_Read(reader, junk, 10); // ticcmd_t pl->viewZ = FIX2FLT(Reader_ReadInt32(reader)); pl->viewHeight = FIX2FLT(Reader_ReadInt32(reader)); pl->viewHeightDelta = FIX2FLT(Reader_ReadInt32(reader)); pl->bob = FIX2FLT(Reader_ReadInt32(reader)); pl->flyHeight = Reader_ReadInt32(reader); ddpl->lookDir = Reader_ReadInt32(reader); pl->centering = Reader_ReadInt32(reader); pl->health = Reader_ReadInt32(reader); pl->armorPoints = Reader_ReadInt32(reader); pl->armorType = Reader_ReadInt32(reader); P_InventoryEmpty(plrnum); for(int i = 0; i < 14; ++i) { inventoryitemtype_t type = inventoryitemtype_t(Reader_ReadInt32(reader)); DENG_ASSERT(type >= IIT_NONE && type < NUM_INVENTORYITEM_TYPES); int count = Reader_ReadInt32(reader); for(int k = 0; k < count; ++k) { P_InventoryGive(plrnum, type, true); } } P_InventorySetReadyItem(plrnum, inventoryitemtype_t(Reader_ReadInt32(reader))); Hu_InventorySelect(plrnum, P_InventoryReadyItem(plrnum)); /*pl->artifactCount =*/ Reader_ReadInt32(reader); /*pl->inventorySlotNum =*/ Reader_ReadInt32(reader); memset(pl->powers, 0, sizeof(pl->powers)); /*pl->powers[pw_NONE] =*/ Reader_ReadInt32(reader); pl->powers[PT_INVULNERABILITY] = Reader_ReadInt32(reader); pl->powers[PT_INVISIBILITY] = Reader_ReadInt32(reader); pl->powers[PT_ALLMAP] = Reader_ReadInt32(reader); if(pl->powers[PT_ALLMAP]) { ST_RevealAutomap(pl - players, true); } pl->powers[PT_INFRARED] = Reader_ReadInt32(reader); pl->powers[PT_WEAPONLEVEL2] = Reader_ReadInt32(reader); pl->powers[PT_FLIGHT] = Reader_ReadInt32(reader); pl->powers[PT_SHIELD] = Reader_ReadInt32(reader); pl->powers[PT_HEALTH2] = Reader_ReadInt32(reader); memset(pl->keys, 0, sizeof(pl->keys)); pl->keys[KT_YELLOW] = !!Reader_ReadInt32(reader); pl->keys[KT_GREEN] = !!Reader_ReadInt32(reader); pl->keys[KT_BLUE] = !!Reader_ReadInt32(reader); pl->backpack = Reader_ReadInt32(reader); memset(pl->frags, 0, sizeof(pl->frags)); pl->frags[0] = Reader_ReadInt32(reader); pl->frags[1] = Reader_ReadInt32(reader); pl->frags[2] = Reader_ReadInt32(reader); pl->frags[3] = Reader_ReadInt32(reader); int readyWeapon = Reader_ReadInt32(reader); pl->readyWeapon = readyWeapon == 10? WT_NOCHANGE : weapontype_t(readyWeapon); int pendingWeapon = Reader_ReadInt32(reader); pl->pendingWeapon = pendingWeapon == 10? WT_NOCHANGE : weapontype_t(pendingWeapon); // Owned weapons. memset(pl->weapons, 0, sizeof(pl->weapons)); pl->weapons[WT_FIRST ].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_SECOND ].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_THIRD ].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_FOURTH ].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_FIFTH ].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_SIXTH ].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_SEVENTH].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_EIGHTH ].owned = !!Reader_ReadInt32(reader); /*pl->weapons[wp_beak ].owned = !!*/ Reader_ReadInt32(reader); memset(pl->ammo, 0, sizeof(pl->ammo)); pl->ammo[AT_CRYSTAL].owned = Reader_ReadInt32(reader); pl->ammo[AT_ARROW ].owned = Reader_ReadInt32(reader); pl->ammo[AT_ORB ].owned = Reader_ReadInt32(reader); pl->ammo[AT_RUNE ].owned = Reader_ReadInt32(reader); pl->ammo[AT_FIREORB].owned = Reader_ReadInt32(reader); pl->ammo[AT_MSPHERE].owned = Reader_ReadInt32(reader); pl->ammo[AT_CRYSTAL].max = Reader_ReadInt32(reader); pl->ammo[AT_ARROW ].max = Reader_ReadInt32(reader); pl->ammo[AT_ORB ].max = Reader_ReadInt32(reader); pl->ammo[AT_RUNE ].max = Reader_ReadInt32(reader); pl->ammo[AT_FIREORB].max = Reader_ReadInt32(reader); pl->ammo[AT_MSPHERE].max = Reader_ReadInt32(reader); pl->attackDown = Reader_ReadInt32(reader); pl->useDown = Reader_ReadInt32(reader); pl->cheats = Reader_ReadInt32(reader); pl->refire = Reader_ReadInt32(reader); pl->killCount = Reader_ReadInt32(reader); pl->itemCount = Reader_ReadInt32(reader); pl->secretCount = Reader_ReadInt32(reader); /*pl->message =*/ Reader_ReadInt32(reader); // char* /*pl->messageTics =*/ Reader_ReadInt32(reader); // int32 pl->damageCount = Reader_ReadInt32(reader); pl->bonusCount = Reader_ReadInt32(reader); pl->flameCount = Reader_ReadInt32(reader); /*pl->attacker =*/ Reader_ReadInt32(reader); // mobj_t* ddpl->extraLight = Reader_ReadInt32(reader); ddpl->fixedColorMap = Reader_ReadInt32(reader); pl->colorMap = Reader_ReadInt32(reader); for(int i = 0; i < 2; ++i) { pspdef_t *psp = &pl->pSprites[i]; psp->state = INT2PTR(state_t, Reader_ReadInt32(reader)); psp->tics = Reader_ReadInt32(reader); psp->pos[VX] = FIX2FLT(Reader_ReadInt32(reader)); psp->pos[VY] = FIX2FLT(Reader_ReadInt32(reader)); } pl->didSecret = !!Reader_ReadInt32(reader); pl->morphTics = Reader_ReadInt32(reader); pl->chickenPeck = Reader_ReadInt32(reader); /*pl->rain1 =*/ Reader_ReadInt32(reader); // mobj_t* /*pl->rain2 =*/ Reader_ReadInt32(reader); // mobj_t* } static void readMobj(reader_s *reader) { #define FF_FRAMEMASK 0x7fff // The thinker was 3 ints long. Reader_ReadInt32(reader); Reader_ReadInt32(reader); Reader_ReadInt32(reader); coord_t pos[3]; pos[VX] = FIX2FLT(Reader_ReadInt32(reader)); pos[VY] = FIX2FLT(Reader_ReadInt32(reader)); pos[VZ] = FIX2FLT(Reader_ReadInt32(reader)); // Sector links. Reader_ReadInt32(reader); Reader_ReadInt32(reader); angle_t angle = (angle_t) (ANG45 * (Reader_ReadInt32(reader) / 45)); spritenum_t sprite = Reader_ReadInt32(reader); int frame = Reader_ReadInt32(reader); frame &= ~FF_FRAMEMASK; // not used anymore. // Block links. Reader_ReadInt32(reader); Reader_ReadInt32(reader); // Subsector. Reader_ReadInt32(reader); coord_t floorz = FIX2FLT(Reader_ReadInt32(reader)); coord_t ceilingz = FIX2FLT(Reader_ReadInt32(reader)); coord_t radius = FIX2FLT(Reader_ReadInt32(reader)); coord_t height = FIX2FLT(Reader_ReadInt32(reader)); coord_t mom[3]; mom[MX] = FIX2FLT(Reader_ReadInt32(reader)); mom[MY] = FIX2FLT(Reader_ReadInt32(reader)); mom[MZ] = FIX2FLT(Reader_ReadInt32(reader)); int valid = Reader_ReadInt32(reader); int type = Reader_ReadInt32(reader); DENG_ASSERT(type >= 0 && type < Get(DD_NUMMOBJTYPES)); mobjinfo_t *info = &MOBJINFO[type]; int ddflags = 0; if(info->flags & MF_SOLID) ddflags |= DDMF_SOLID; if(info->flags2 & MF2_DONTDRAW) ddflags |= DDMF_DONTDRAW; /* * We now have all the information we need to create the mobj. */ mobj_t *mo = Mobj_CreateXYZ(P_MobjThinker, pos[VX], pos[VY], pos[VZ], angle, radius, height, ddflags); mo->sprite = sprite; mo->frame = frame; mo->floorZ = floorz; mo->ceilingZ = ceilingz; mo->mom[MX] = mom[MX]; mo->mom[MY] = mom[MY]; mo->mom[MZ] = mom[MZ]; mo->valid = valid; mo->type = type; mo->moveDir = DI_NODIR; /* * Continue reading the mobj data. */ Reader_ReadInt32(reader); // info mo->tics = Reader_ReadInt32(reader); mo->state = INT2PTR(state_t, Reader_ReadInt32(reader)); mo->damage = Reader_ReadInt32(reader); mo->flags = Reader_ReadInt32(reader); mo->flags2 = Reader_ReadInt32(reader); mo->special1 = Reader_ReadInt32(reader); mo->special2 = Reader_ReadInt32(reader); mo->health = Reader_ReadInt32(reader); // Fix a bunch of kludges in the original Heretic. switch(mo->type) { case MT_MACEFX1: case MT_MACEFX2: case MT_MACEFX3: case MT_HORNRODFX2: case MT_HEADFX3: case MT_WHIRLWIND: case MT_TELEGLITTER: case MT_TELEGLITTER2: mo->special3 = mo->health; mo->health = info->spawnHealth; break; default: break; } mo->moveDir = Reader_ReadInt32(reader); mo->moveCount = Reader_ReadInt32(reader); Reader_ReadInt32(reader); // target mo->reactionTime = Reader_ReadInt32(reader); mo->threshold = Reader_ReadInt32(reader); mo->player = INT2PTR(player_t, Reader_ReadInt32(reader)); mo->lastLook = Reader_ReadInt32(reader); mo->spawnSpot.origin[VX] = (coord_t) Reader_ReadInt16(reader); mo->spawnSpot.origin[VY] = (coord_t) Reader_ReadInt16(reader); mo->spawnSpot.origin[VZ] = 0; // Initialize with "something". mo->spawnSpot.angle = (angle_t) (ANG45 * (Reader_ReadInt16(reader) / 45)); /*mo->spawnSpot.type = (int)*/ Reader_ReadInt16(reader); int spawnFlags = ((int) Reader_ReadInt16(reader)) & ~MASK_UNKNOWN_MSF_FLAGS; // Spawn on the floor by default unless the mobjtype flags override. spawnFlags |= MSF_Z_FLOOR; mo->spawnSpot.flags = spawnFlags; mo->info = info; SV_TranslateLegacyMobjFlags(mo, 0); mo->state = &STATES[PTR2INT(mo->state)]; mo->target = NULL; if(mo->player) { mo->player = &players[PTR2INT(mo->player) - 1]; mo->player->plr->mo = mo; mo->player->plr->mo->dPlayer = mo->player->plr; } P_MobjLink(mo); mo->floorZ = P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT); mo->ceilingZ = P_GetDoublep(Mobj_Sector(mo), DMU_CEILING_HEIGHT); #undef FF_FRAMEMASK } static int removeThinker(thinker_t *th, void * /*context*/) { if(th->function == (thinkfunc_t) P_MobjThinker) { P_MobjRemove((mobj_t *) th, true); } else { Z_Free(th); } return false; // Continue iteration. } static int readCeiling(ceiling_t *ceiling, reader_s *reader) { /* Original Heretic format: typedef struct { thinker_t thinker; ///< 12 bytes ceilingtype_e type; ///< 32bit int Sector* sector; fixed_t bottomheight, topheight; fixed_t speed; dd_bool crush; int direction; /// 1= up, 0= waiting, -1= down int tag; int olddirection; } v13_ceiling_t; */ // Padding at the start (an old thinker_t struct) byte temp[SIZEOF_V13_THINKER_T]; Reader_Read(reader, &temp, SIZEOF_V13_THINKER_T); // Start of used data members. ceiling->type = ceilingtype_e(Reader_ReadInt32(reader)); // A 32bit pointer to sector, serialized. ceiling->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(ceiling->sector != 0); ceiling->bottomHeight = FIX2FLT(Reader_ReadInt32(reader)); ceiling->topHeight = FIX2FLT(Reader_ReadInt32(reader)); ceiling->speed = FIX2FLT(Reader_ReadInt32(reader)); ceiling->crush = Reader_ReadInt32(reader); ceiling->state = (Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); ceiling->tag = Reader_ReadInt32(reader); ceiling->oldState = (Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); ceiling->thinker.function = T_MoveCeiling; if(!(temp + V13_THINKER_T_FUNC_OFFSET)) Thinker_SetStasis(&ceiling->thinker, true); P_ToXSector(ceiling->sector)->specialData = ceiling; return true; // Add this thinker. } static int readDoor(door_t *door, reader_s *reader) { /* Original Heretic format: typedef struct { thinker_t thinker; // was 12 bytes doortype_e type; // was 32bit int Sector *sector; fixed_t topheight; fixed_t speed; int direction; // 1 = up, 0 = waiting at top, -1 = down int topwait; // tics to wait at the top // (keep in case a door going down is reset) int topcountdown; // when it reaches 0, start going down } v13_vldoor_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V13_THINKER_T); // Start of used data members. door->type = doortype_e(Reader_ReadInt32(reader)); // A 32bit pointer to sector, serialized. door->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(door->sector != 0); door->topHeight = FIX2FLT(Reader_ReadInt32(reader)); door->speed = FIX2FLT(Reader_ReadInt32(reader)); door->state = doorstate_e(Reader_ReadInt32(reader)); door->topWait = Reader_ReadInt32(reader); door->topCountDown = Reader_ReadInt32(reader); door->thinker.function = T_Door; P_ToXSector(door->sector)->specialData = door; return true; // Add this thinker. } static int readFloor(floor_t *floor, reader_s *reader) { /* Original Heretic format: typedef struct { thinker_t thinker; // was 12 bytes floortype_e type; // was 32bit int dd_bool crush; Sector *sector; int direction; int newspecial; short texture; fixed_t floordestheight; fixed_t speed; } v13_floormove_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V13_THINKER_T); // Start of used data members. floor->type = floortype_e(Reader_ReadInt32(reader)); floor->crush = Reader_ReadInt32(reader); // A 32bit pointer to sector, serialized. floor->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(floor->sector != 0); floor->state = floorstate_e(Reader_ReadInt32(reader)); floor->newSpecial = Reader_ReadInt32(reader); Uri *newTextureUrn = readTextureUrn(reader, "Flats"); floor->material = DD_MaterialForTextureUri(newTextureUrn); Uri_Delete(newTextureUrn); floor->floorDestHeight = FIX2FLT(Reader_ReadInt32(reader)); floor->speed = FIX2FLT(Reader_ReadInt32(reader)); floor->thinker.function = T_MoveFloor; P_ToXSector(floor->sector)->specialData = floor; return true; // Add this thinker. } static int readPlat(plat_t *plat, reader_s *reader) { /* Original Heretic format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; fixed_t speed; fixed_t low; fixed_t high; int wait; int count; platstate_e status; // was 32bit int platstate_e oldStatus; // was 32bit int dd_bool crush; int tag; plattype_e type; // was 32bit int } v13_plat_t; */ byte temp[SIZEOF_V13_THINKER_T]; // Padding at the start (an old thinker_t struct) Reader_Read(reader, &temp, SIZEOF_V13_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. plat->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(plat->sector != 0); plat->speed = FIX2FLT(Reader_ReadInt32(reader)); plat->low = FIX2FLT(Reader_ReadInt32(reader)); plat->high = FIX2FLT(Reader_ReadInt32(reader)); plat->wait = Reader_ReadInt32(reader); plat->count = Reader_ReadInt32(reader); plat->state = platstate_e(Reader_ReadInt32(reader)); plat->oldState = platstate_e(Reader_ReadInt32(reader)); plat->crush = Reader_ReadInt32(reader); plat->tag = Reader_ReadInt32(reader); plat->type = plattype_e(Reader_ReadInt32(reader)); plat->thinker.function = T_PlatRaise; if(!(temp + V13_THINKER_T_FUNC_OFFSET)) Thinker_SetStasis(&plat->thinker, true); P_ToXSector(plat->sector)->specialData = plat; return true; // Add this thinker. } static int readFlash(lightflash_t *flash, reader_s *reader) { /* Original Heretic format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; int count; int maxLight; int minLight; int maxTime; int minTime; } v13_lightflash_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V13_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. flash->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(flash->sector != 0); flash->count = Reader_ReadInt32(reader); flash->maxLight = (float) Reader_ReadInt32(reader) / 255.0f; flash->minLight = (float) Reader_ReadInt32(reader) / 255.0f; flash->maxTime = Reader_ReadInt32(reader); flash->minTime = Reader_ReadInt32(reader); flash->thinker.function = (thinkfunc_t) T_LightFlash; return true; // Add this thinker. } static int readStrobe(strobe_t *strobe, reader_s *reader) { /* Original Heretic format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; int count; int minLight; int maxLight; int darkTime; int brightTime; } v13_strobe_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V13_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. strobe->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(strobe->sector != 0); strobe->count = Reader_ReadInt32(reader); strobe->minLight = (float) Reader_ReadInt32(reader) / 255.0f; strobe->maxLight = (float) Reader_ReadInt32(reader) / 255.0f; strobe->darkTime = Reader_ReadInt32(reader); strobe->brightTime = Reader_ReadInt32(reader); strobe->thinker.function = (thinkfunc_t) T_StrobeFlash; return true; // Add this thinker. } static int readGlow(glow_t *glow, reader_s *reader) { /* Original Heretic format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; int minLight; int maxLight; int direction; } v13_glow_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V13_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. glow->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(glow->sector != 0); glow->minLight = (float) Reader_ReadInt32(reader) / 255.0f; glow->maxLight = (float) Reader_ReadInt32(reader) / 255.0f; glow->direction = Reader_ReadInt32(reader); glow->thinker.function = (thinkfunc_t) T_Glow; return true; // Add this thinker. } static bool SV_OpenFile_Hr_v13(Path filePath) { DENG_ASSERT(saveBuffer == 0); if(!M_ReadFile(NativePath(filePath).expand().toUtf8().constData(), (char **)&saveBuffer)) { return false; } savePtr = saveBuffer; return true; } static void SV_CloseFile_Hr_v13() { if(!saveBuffer) return; Z_Free(saveBuffer); saveBuffer = savePtr = 0; } DENG2_PIMPL(HereticV13MapStateReader) { reader_s *reader; Instance(Public *i) : Base(i) , reader(0) {} ~Instance() { Reader_Delete(reader); } void readPlayers() { for(int i = 0; i < 4; ++i) { if(!players[i].plr->inGame) continue; readPlayer(players + i, reader); players[i].plr->mo = 0; // Will be set when unarc thinker. players[i].attacker = 0; for(int k = 0; k < NUMPSPRITES; ++k) { player_t *plr = &players[i]; if(plr->pSprites[k].state) { plr->pSprites[k].state = &STATES[PTR2INT(plr->pSprites[k].state)]; } } } } void readThinkers() { // Remove all the current thinkers. Thinker_Iterate(NULL, removeThinker, NULL); Thinker_Init(); // read in saved thinkers byte tclass; while((tclass = Reader_ReadByte(reader)) != 0/*TC_END*/) { switch(tclass) { case 1: // TC_MOBJ readMobj(reader); break; default: throw ReadError("HereticV13MapStateReader", "Unknown tclass #" + String::number(tclass) + "in savegame"); } } } enum { tc_ceiling, tc_door, tc_floor, tc_plat, tc_flash, tc_strobe, tc_glow, tc_endspecials }; /** * Things to handle: * * T_MoveCeiling, (ceiling_t: Sector * swizzle), - active list * T_Door, (door_t: Sector * swizzle), * T_MoveFloor, (floor_t: Sector * swizzle), * T_LightFlash, (lightflash_t: Sector * swizzle), * T_StrobeFlash, (strobe_t: Sector *), * T_Glow, (glow_t: Sector *), * T_PlatRaise, (plat_t: Sector *), - active list */ void readSpecials() { // Read in saved thinkers. byte tclass; while((tclass = Reader_ReadByte(reader)) != tc_endspecials) { switch(tclass) { case tc_ceiling: { ceiling_t *ceiling = (ceiling_t *)Z_Calloc(sizeof(*ceiling), PU_MAP, NULL); readCeiling(ceiling, reader); Thinker_Add(&ceiling->thinker); break; } case tc_door: { door_t *door = (door_t *)Z_Calloc(sizeof(*door), PU_MAP, NULL); readDoor(door, reader); Thinker_Add(&door->thinker); break; } case tc_floor: { floor_t *floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, NULL); readFloor(floor, reader); Thinker_Add(&floor->thinker); break; } case tc_plat: { plat_t *plat = (plat_t *)Z_Calloc(sizeof(*plat), PU_MAP, NULL); readPlat(plat, reader); Thinker_Add(&plat->thinker); break; } case tc_flash: { lightflash_t *flash = (lightflash_t *)Z_Calloc(sizeof(*flash), PU_MAP, NULL); readFlash(flash, reader); Thinker_Add(&flash->thinker); break; } case tc_strobe: { strobe_t *strobe = (strobe_t *)Z_Calloc(sizeof(*strobe), PU_MAP, NULL); readStrobe(strobe, reader); Thinker_Add(&strobe->thinker); break; } case tc_glow: { glow_t *glow = (glow_t *)Z_Calloc(sizeof(*glow), PU_MAP, NULL); readGlow(glow, reader); Thinker_Add(&glow->thinker); break; } default: throw ReadError("HereticV13MapStateReader", "Unknown tclass #" + String::number(tclass) + "in savegame"); } } } }; HereticV13MapStateReader::HereticV13MapStateReader(game::SavedSession const &session) : game::SavedSession::MapStateReader(session) , d(new Instance(this)) {} HereticV13MapStateReader::~HereticV13MapStateReader() {} void HereticV13MapStateReader::read(String const & /*mapUriStr*/) { d->reader = SV_NewReader_Hr_v13(); d->readPlayers(); // Do sectors. for(int i = 0; i < numsectors; ++i) { Sector *sec = (Sector *)P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); P_SetDoublep(sec, DMU_FLOOR_HEIGHT, (coord_t)Reader_ReadInt16(d->reader)); P_SetDoublep(sec, DMU_CEILING_HEIGHT, (coord_t)Reader_ReadInt16(d->reader)); Uri *floorTextureUrn = readTextureUrn(d->reader, "Flats"); P_SetPtrp(sec, DMU_FLOOR_MATERIAL, DD_MaterialForTextureUri(floorTextureUrn)); Uri_Delete(floorTextureUrn); Uri *ceilingTextureUrn = readTextureUrn(d->reader, "Flats"); P_SetPtrp(sec, DMU_CEILING_MATERIAL, DD_MaterialForTextureUri(ceilingTextureUrn)); Uri_Delete(ceilingTextureUrn); P_SetFloatp(sec, DMU_LIGHT_LEVEL, (float) (Reader_ReadInt16(d->reader)) / 255.0f); xsec->special = Reader_ReadInt16(d->reader); // needed? /*xsec->tag = **/Reader_ReadInt16(d->reader); // needed? xsec->specialData = 0; xsec->soundTarget = 0; } // Do lines. for(int i = 0; i < numlines; ++i) { Line *line = (Line *)P_ToPtr(DMU_LINE, i); xline_t *xline = P_ToXLine(line); xline->flags = Reader_ReadInt16(d->reader); xline->special = Reader_ReadInt16(d->reader); /*xline->tag =*/Reader_ReadInt16(d->reader); for(int k = 0; k < 2; ++k) { Side *sdef = (Side *)P_GetPtrp(line, k == 0? DMU_FRONT : DMU_BACK); if(!sdef) continue; fixed_t offx = Reader_ReadInt16(d->reader) << FRACBITS; fixed_t offy = Reader_ReadInt16(d->reader) << FRACBITS; P_SetFixedp(sdef, DMU_TOP_MATERIAL_OFFSET_X, offx); P_SetFixedp(sdef, DMU_TOP_MATERIAL_OFFSET_Y, offy); P_SetFixedp(sdef, DMU_MIDDLE_MATERIAL_OFFSET_X, offx); P_SetFixedp(sdef, DMU_MIDDLE_MATERIAL_OFFSET_Y, offy); P_SetFixedp(sdef, DMU_BOTTOM_MATERIAL_OFFSET_X, offx); P_SetFixedp(sdef, DMU_BOTTOM_MATERIAL_OFFSET_Y, offy); Uri *topTextureUrn = readTextureUrn(d->reader, "Textures"); P_SetPtrp(sdef, DMU_TOP_MATERIAL, DD_MaterialForTextureUri(topTextureUrn)); Uri_Delete(topTextureUrn); Uri *bottomTextureUrn = readTextureUrn(d->reader, "Textures"); P_SetPtrp(sdef, DMU_BOTTOM_MATERIAL, DD_MaterialForTextureUri(bottomTextureUrn)); Uri_Delete(bottomTextureUrn); Uri *middleTextureUrn = readTextureUrn(d->reader, "Textures"); P_SetPtrp(sdef, DMU_MIDDLE_MATERIAL, DD_MaterialForTextureUri(middleTextureUrn)); Uri_Delete(middleTextureUrn); } } d->readThinkers(); d->readSpecials(); byte const consistency = Reader_ReadByte(d->reader); Reader_Delete(d->reader); d->reader = 0; if(consistency != 0x1d) { throw ReadError("HereticV13MapStateReader", "Bad savegame (consistency test failed!)"); } // Material scrollers must be spawned. P_SpawnAllMaterialOriginScrollers(); // Let the engine know where the local players are now. for(int i = 0; i < MAXPLAYERS; ++i) { R_UpdateConsoleView(i); } // Inform the engine that map setup must be performed once more. R_SetupMap(0, 0); } doomsday-1.14.5/doomsday/plugins/heretic/src/p_setup.c0000664000175000017500000001300512350542240022236 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2002-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_setup.c: Handle jHeretic specific map data properties. */ // HEADER FILES ------------------------------------------------------------ #include "jheretic.h" #include "am_map.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Called during pre-init. * Register the map object data types we want to Doomsday to make public via * it's MPE interface. */ void P_RegisterMapObjs(void) { P_RegisterMapObj(MO_THING, "Thing"); P_RegisterMapObjProperty(MO_THING, MO_X, "X", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Y, "Y", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Z, "Z", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_ANGLE, "Angle", DDVT_ANGLE); P_RegisterMapObjProperty(MO_THING, MO_DOOMEDNUM, "DoomEdNum", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_SKILLMODES, "SkillModes", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_FLAGS, "Flags", DDVT_INT); P_RegisterMapObj(MO_XLINEDEF, "XLinedef"); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TAG, "Tag", DDVT_SHORT); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TYPE, "Type", DDVT_SHORT); P_RegisterMapObjProperty(MO_XLINEDEF, MO_FLAGS, "Flags", DDVT_SHORT); P_RegisterMapObj(MO_XSECTOR, "XSector"); P_RegisterMapObjProperty(MO_XSECTOR, MO_TAG, "Tag", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_TYPE, "Type", DDVT_SHORT); } /** * \todo This is actually unnecessary. If we say that in the case of BOOM * overloaded texture names, rather than setting the surface material as * normal, the map converter should instead write to a property in XLinedef * which the game can then look up later. * * Doomsday will call this when loading the map data if it encounters a * value that it doesn't understand for a property IT handles. * * Doomsday thinks we might know what to do with it... * If we don't know what to do we'll return -1. * * @param id Index of the current element being read. * @param dtype DMU type identifier. * @param prop DMU property identifier. * @param type Data type id of the value pointed to by *data. * @param *data Ptr to the data value (has already been expanded, * size converted and endian converted where necessary). */ int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void *data) { switch(dtype) { case DMU_SURFACE: switch(prop) { case DMU_MATERIAL: /** * It could be a BOOM overloaded texture name? * In this context Doomsday expects either -1 (a bad texture name) * Or the id of a wall texture it should set to this section. * \todo Add code to determine what to do. */ break; default: break; } break; default: break; } return -1; // We ain't got a clue what to do with it... } /** * These status reports inform us of what Doomsday is doing to a particular * map data object (at any time) that we might want to react to. * * If we arn't interested in the report - we should simply return true and * take no further action. * * @param code ID code of the status report (enum in dd_share.h) * @param id Map data object id. * @param type Map data object type eg DMU_SECTOR. * @param data Any relevant data for this report (currently unused). */ int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void *data) { switch(code) { case DMUSC_LINE_FIRSTRENDERED: /** * Called the first time the given line is rendered. * *data is a pointer to int, giving the player id which has seen it. * We'll utilize this to mark it as being visible in the automap. */ P_SetLineAutomapVisibility(*(int*)data, id, true); break; default: break; } return 1; } doomsday-1.14.5/doomsday/plugins/heretic/src/h_refresh.cpp0000664000175000017500000002006712350542240023072 0ustar jaakkojaakko/** @file h_refresh.cpp Heretic specific refresh functions/utilities. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jheretic.h" #include "h_refresh.h" #include "dmu_lib.h" #include "hu_stuff.h" #include "hu_menu.h" #include "hu_msg.h" #include "hu_pspr.h" #include "hu_log.h" #include "am_map.h" #include "g_common.h" #include "gamesession.h" #include "r_common.h" #include "d_net.h" #include "x_hair.h" #include "g_controls.h" #include "p_mapsetup.h" #include "p_tick.h" #include "hu_automap.h" #include float quitDarkenOpacity = 0; void G_RendSpecialFilter(int player, RectRaw const *region) { player_t *plr = players + player; const struct filter_s { float colorRGB[3]; int blendArg1, blendArg2; } filters[] = { { { 0.0f, 0.0f, 0.6f }, DGL_DST_COLOR, DGL_SRC_COLOR }, { { 0.5f, 0.35f, 0.1f }, DGL_SRC_COLOR, DGL_SRC_COLOR } }; if(plr->powers[PT_INVULNERABILITY] <= BLINKTHRESHOLD && !(plr->powers[PT_INVULNERABILITY] & 8)) return; DGL_BlendFunc(filters[cfg.ringFilter == 1].blendArg1, filters[cfg.ringFilter == 1].blendArg2); DGL_DrawRectf2Color(region->origin.x, region->origin.y, region->size.width, region->size.height, filters[cfg.ringFilter == 1].colorRGB[CR], filters[cfg.ringFilter == 1].colorRGB[CG], filters[cfg.ringFilter == 1].colorRGB[CB], cfg.filterStrength); // Restore the normal rendering state. DGL_BlendMode(BM_NORMAL); } dd_bool R_ViewFilterColor(float rgba[4], int filter) { if(!rgba) return false; // We have to choose the right color and alpha. if(filter >= STARTREDPALS && filter < STARTREDPALS + NUMREDPALS) { // Red. rgba[CR] = 1; rgba[CG] = 0; rgba[CB] = 0; rgba[CA] = (COMMON_GAMESESSION->rules().deathmatch? 1.0f : cfg.filterStrength) * filter / 8.f; // Full red with filter 8. return true; } else if(filter >= STARTBONUSPALS && filter < STARTBONUSPALS + NUMBONUSPALS) { // Light Yellow. rgba[CR] = 1; rgba[CG] = 1; rgba[CB] = .5f; rgba[CA] = cfg.filterStrength * (filter - STARTBONUSPALS + 1) / 16.f; return true; } if(filter) { App_Log(DE2_GL_WARNING, "Invalid view filter number: %d", filter); } return false; } void R_UpdateViewFilter(int player) { player_t *plr = players + player; int palette = 0; if(player < 0 || player >= MAXPLAYERS) return; // Not currently present? if(!plr->plr->inGame) return; if(plr->damageCount) { palette = (plr->damageCount + 7) >> 3; if(palette >= NUMREDPALS) { palette = NUMREDPALS - 1; } palette += STARTREDPALS; } else if(plr->bonusCount) { palette = (plr->bonusCount + 7) >> 3; if(palette >= NUMBONUSPALS) { palette = NUMBONUSPALS - 1; } palette += STARTBONUSPALS; } // $democam if(palette) { plr->plr->flags |= DDPF_VIEW_FILTER; R_ViewFilterColor(plr->plr->filterColor, palette); } else { plr->plr->flags &= ~DDPF_VIEW_FILTER; } } void G_RendPlayerView(int player) { player_t *plr = &players[player]; float pspriteOffsetY; dd_bool isFullBright = (plr->powers[PT_INVULNERABILITY] > BLINKTHRESHOLD) || (plr->powers[PT_INVULNERABILITY] & 8); if(IS_CLIENT) { // Server updates mobj flags in NetSv_Ticker. R_SetAllDoomsdayFlags(); } pspriteOffsetY = HU_PSpriteYOffset(plr); DD_SetVariable(DD_PSPRITE_OFFSET_Y, &pspriteOffsetY); // $democam GL_SetFilter((plr->plr->flags & DDPF_USE_VIEW_FILTER)? true : false); if(plr->plr->flags & DDPF_USE_VIEW_FILTER) { const float* color = plr->plr->filterColor; GL_SetFilterColor(color[CR], color[CG], color[CB], color[CA]); } // How about fullbright? DD_SetInteger(DD_FULLBRIGHT, isFullBright); // Render the view with possible custom filters. R_RenderPlayerView(player); } void H_DrawWindow(Size2Raw const * /*windowSize*/) { if(G_GameState() == GS_INTERMISSION) { IN_Drawer(); } // Draw HUD displays; menu, messages. Hu_Drawer(); if(G_QuitInProgress()) { DGL_DrawRectf2Color(0, 0, 320, 200, 0, 0, 0, quitDarkenOpacity); } } void H_EndFrame() { if(G_GameState() != GS_MAP) return; for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; if(!plr->plr->inGame) continue; if(!plr->plr->mo) continue; // View angles are updated with fractional ticks, so we can just use the current values. R_SetViewAngle(i, Player_ViewYawAngle(i)); R_SetViewPitch(i, plr->plr->lookDir); } } void Mobj_UpdateColorMap(mobj_t *mo) { DENG2_ASSERT(mo != 0); if(mo->flags & MF_TRANSLATION) { mo->tmap = (mo->flags & MF_TRANSLATION) >> MF_TRANSSHIFT; } else { mo->tmap = 0; } } /** * Updates the mobj flags used by Doomsday with the state of our local flags for the given mobj. */ void R_SetDoomsdayFlags(mobj_t *mo) { DENG2_ASSERT(mo != 0); // Client mobjs can't be set here. if(IS_CLIENT && mo->ddFlags & DDMF_REMOTE) { Mobj_UpdateColorMap(mo); return; } // Reset the flags for a new frame. mo->ddFlags &= DDMF_CLEAR_MASK; // Local objects aren't sent to clients. if(mo->flags & MF_LOCAL) mo->ddFlags |= DDMF_LOCAL; if(mo->flags & MF_SOLID) mo->ddFlags |= DDMF_SOLID; if(mo->flags & MF_NOGRAVITY) mo->ddFlags |= DDMF_NOGRAVITY; if(mo->flags2 & MF2_FLOATBOB) mo->ddFlags |= DDMF_NOGRAVITY | DDMF_BOB; if(mo->flags & MF_MISSILE) { // Mace death balls are controlled by the server. //if(mo->type != MT_MACEFX4) mo->ddFlags |= DDMF_MISSILE; } if(mo->info && (mo->info->flags2 & MF2_ALWAYSLIT)) mo->ddFlags |= DDMF_ALWAYSLIT; if(mo->flags2 & MF2_FLY) mo->ddFlags |= DDMF_FLY | DDMF_NOGRAVITY; // $democam: cameramen are invisible. if(P_MobjIsCamera(mo)) mo->ddFlags |= DDMF_DONTDRAW; if((mo->flags & MF_CORPSE) && cfg.corpseTime && mo->corpseTics == -1) mo->ddFlags |= DDMF_DONTDRAW; // Choose which ddflags to set. if(mo->flags2 & MF2_DONTDRAW) { mo->ddFlags |= DDMF_DONTDRAW; return; // No point in checking the other flags. } if(mo->flags2 & MF2_LOGRAV) mo->ddFlags |= DDMF_LOWGRAVITY; if(mo->flags & MF_BRIGHTSHADOW) mo->ddFlags |= DDMF_BRIGHTSHADOW; else if(mo->flags & MF_SHADOW) mo->ddFlags |= DDMF_ALTSHADOW; if(((mo->flags & MF_VIEWALIGN) && !(mo->flags & MF_MISSILE)) || (mo->flags & MF_FLOAT) || ((mo->flags & MF_MISSILE) && !(mo->flags & MF_VIEWALIGN))) mo->ddFlags |= DDMF_VIEWALIGN; Mobj_UpdateColorMap(mo); } void R_SetAllDoomsdayFlags() { if(G_GameState() != GS_MAP) return; // Only visible things are in the sector thinglists, so this is good. for(int i = 0; i < numsectors; ++i) for(mobj_t *iter = (mobj_t *)P_GetPtr(DMU_SECTOR, i, DMT_MOBJS); iter; iter = iter->sNext) { R_SetDoomsdayFlags(iter); } } doomsday-1.14.5/doomsday/plugins/heretic/src/p_maputl.c0000664000175000017500000001252412350542240022405 0ustar jaakkojaakko/** @file p_maputl.c Movement/collision map utility functions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jheretic.h" #include "dmu_lib.h" /** * Apply "torque" to objects hanging off of ledges, so that they fall off. * It's not really torque, since Doom has no concept of rotation, but it's * a convincing effect which avoids anomalies such as lifeless objects * hanging more than halfway off of ledges, and allows objects to roll off * of the edges of moving lifts, or to slide up and then back down stairs, * or to fall into a ditch. * * If more than one line is contacted, the effects are cumulative, so * balancing is possible. */ static int PIT_ApplyTorque(Line *ld, void *context) { mobj_t *torqueMobj = (mobj_t *)context; coord_t dist; Sector *frontsec, *backsec; coord_t ffloor, bfloor; coord_t d1[2], vtx[2]; if(torqueMobj->player) return false; // Skip players! if(!(frontsec = P_GetPtrp(ld, DMU_FRONT_SECTOR)) || !(backsec = P_GetPtrp(ld, DMU_BACK_SECTOR))) return false; // Shouldn't ever happen. ffloor = P_GetDoublep(frontsec, DMU_FLOOR_HEIGHT); bfloor = P_GetDoublep(backsec, DMU_FLOOR_HEIGHT); P_GetDoublepv(ld, DMU_DXY, d1); P_GetDoublepv(P_GetPtrp(ld, DMU_VERTEX0), DMU_XY, vtx); // Lever-arm: dist = +d1[0] * torqueMobj->origin[VY] - d1[1] * torqueMobj->origin[VX] - d1[0] * vtx[VY] + d1[1] * vtx[VX]; if((dist < 0 && ffloor < torqueMobj->origin[VZ] && bfloor >= torqueMobj->origin[VZ]) || (dist >= 0 && bfloor < torqueMobj->origin[VZ] && ffloor >= torqueMobj->origin[VZ])) { // At this point, we know that the object straddles a two-sided // line, and that the object's center of mass is above-ground. coord_t x = fabs(d1[0]), y = fabs(d1[1]); if(y > x) { coord_t tmp = x; x = y; y = tmp; } y = FIX2FLT(finesine[(tantoangle[FLT2FIX(y / x) >> DBITS] + ANG90) >> ANGLETOFINESHIFT]); /* * Momentum is proportional to distance between the object's center * of mass and the pivot line. * * It is scaled by 2^(OVERDRIVE - gear). When gear is increased, the * momentum gradually decreases to 0 for the same amount of * pseudotorque, so that oscillations are prevented, yet it has a * chance to reach equilibrium. */ if(torqueMobj->gear < OVERDRIVE) dist = (dist * FIX2FLT(FLT2FIX(y) << -(torqueMobj->gear - OVERDRIVE))) / x; else dist = (dist * FIX2FLT(FLT2FIX(y) >> +(torqueMobj->gear - OVERDRIVE))) / x; // Apply momentum away from the pivot line. x = d1[1] * dist; y = d1[0] * dist; // Avoid moving too fast all of a sudden (step into "overdrive"). dist = (x * x) + (y * y); while(dist > 4 && torqueMobj->gear < MAXGEAR) { ++torqueMobj->gear; x /= 2; y /= 2; dist /= 2; } torqueMobj->mom[MX] -= x; torqueMobj->mom[MY] += y; } return false; } void P_ApplyTorque(mobj_t *mo) { // Remember the current state, for gear-change. int flags = mo->intFlags; // Corpse sliding anomalies, made configurable. if(!cfg.slidingCorpses) return; VALIDCOUNT++; Mobj_TouchedLinesIterator(mo, PIT_ApplyTorque, mo); // If any momentum, mark object as 'falling' using engine-internal flags if(!FEQUAL(mo->mom[MX], 0) || !FEQUAL(mo->mom[MY], 0)) { mo->intFlags |= MIF_FALLING; } else // Clear the engine-internal flag indicating falling object. { mo->intFlags &= ~MIF_FALLING; } /* * If the object has been moving, step up the gear. This helps reach * equilibrium and avoid oscillations. * * DOOM has no concept of potential energy, much less of rotation, so we * have to creatively simulate these systems somehow :) */ // If not falling for a while, reset it to full strength. if(!((mo->intFlags | flags) & MIF_FALLING)) { mo->gear = 0; } else if(mo->gear < MAXGEAR) { // Else if not at max gear, move up a gear. mo->gear++; } } doomsday-1.14.5/doomsday/plugins/heretic/src/p_pspr.c0000664000175000017500000015646512350542240022104 0ustar jaakkojaakko/** @file p_pspr.c Weapon sprite animation, weapon objects. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef MSVC // Sumtin' 'ere messes with poor ol' MSVC's head... # pragma optimize("g", off) #endif #include #include #include #include "common.h" #include "d_net.h" #include "g_defs.h" #include "player.h" #include "p_map.h" #include "p_tick.h" #include "p_terraintype.h" #include "p_inventory.h" #define LOWERSPEED (6) #define RAISESPEED (6) #define WEAPONBOTTOM (128) #define WEAPONTOP (32) static AmmoDef ammoDefs[NUM_AMMO_TYPES] = { /*AT_CRYSTAL*/ { GM_ANY, "INAMGLD" }, /*AT_ARROW*/ { GM_ANY, "INAMBOW" }, /*AT_ORB*/ { GM_ANY, "INAMBST" }, /*AT_RUNE*/ { GM_NOT_SHAREWARE, "INAMRAM" }, /*AT_FIREORB*/ { GM_NOT_SHAREWARE, "INAMPNX" }, /*AT_MSPHERE*/ { GM_NOT_SHAREWARE, "INAMLOB" } }; AmmoDef const *P_AmmoDef(ammotype_t type) { if(type >= AT_FIRST && type < AT_FIRST + NUM_AMMO_TYPES) { return &ammoDefs[type]; } return 0; // Not found. } /* AT_CRYSTAL, AT_ARROW, AT_ORB, AT_RUNE, AT_FIREORB, AT_MSPHERE, */ weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES] = { { { { { // Staff GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_STAFFUP, S_STAFFDOWN, S_STAFFREADY, S_STAFFATK1_1, S_STAFFATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // Staff lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_STAFFUP2, S_STAFFDOWN2, S_STAFFREADY2_1, S_STAFFATK2_1, S_STAFFATK2_1, S_NULL }, 0, // raise sound id SFX_STFCRK // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } } }, { { { { // Gold wand GM_ANY, // gamemodebits {1, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {USE_GWND_AMMO_1, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_GOLDWANDUP, S_GOLDWANDDOWN, S_GOLDWANDREADY, S_GOLDWANDATK1_1, S_GOLDWANDATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {1, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {USE_GWND_AMMO_2, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_GOLDWANDUP, S_GOLDWANDDOWN, S_GOLDWANDREADY, S_GOLDWANDATK2_1, S_GOLDWANDATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } } }, { { { { // Crossbow GM_ANY, // gamemodebits {0, 1, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, USE_CBOW_AMMO_1, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_CRBOWUP, S_CRBOWDOWN, S_CRBOW1, S_CRBOWATK1_1, S_CRBOWATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 1, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, USE_CBOW_AMMO_2, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_CRBOWUP, S_CRBOWDOWN, S_CRBOW1, S_CRBOWATK2_1, S_CRBOWATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } } }, { { { { // Blaster GM_ANY, // gamemodebits {0, 0, 1, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, USE_BLSR_AMMO_1, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BLASTERUP, S_BLASTERDOWN, S_BLASTERREADY, S_BLASTERATK1_1, S_BLASTERATK1_3, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 1, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, USE_BLSR_AMMO_2, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BLASTERUP, S_BLASTERDOWN, S_BLASTERREADY, S_BLASTERATK2_1, S_BLASTERATK2_3, S_NULL }, 0, // raise sound id 0 // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } } }, { { { { // Skull rod GM_NOT_SHAREWARE, // gamemodebits {0, 0, 0, 1, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, USE_SKRD_AMMO_1, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_HORNRODUP, S_HORNRODDOWN, S_HORNRODREADY, S_HORNRODATK1_1, S_HORNRODATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_NOT_SHAREWARE, // gamemodebits {0, 0, 0, 1, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, USE_SKRD_AMMO_2, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_HORNRODUP, S_HORNRODDOWN, S_HORNRODREADY, S_HORNRODATK2_1, S_HORNRODATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } } }, { { { { // Phoenix rod GM_NOT_SHAREWARE, // gamemodebits {0, 0, 0, 0, 1, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, USE_PHRD_AMMO_1, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... false, // autofire when raised if fire held { S_PHOENIXUP, S_PHOENIXDOWN, S_PHOENIXREADY, S_PHOENIXATK1_1, S_PHOENIXATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_NOT_SHAREWARE, // gamemodebits {0, 0, 0, 0, 1, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, USE_PHRD_AMMO_2, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... false, // autofire when raised if fire held { S_PHOENIXUP, S_PHOENIXDOWN, S_PHOENIXREADY, S_PHOENIXATK2_1, S_PHOENIXATK2_2, S_NULL }, 0, // raise sound id 0 // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } } }, { { { { // Mace GM_NOT_SHAREWARE, // gamemodebits {0, 0, 0, 0, 0, 1}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, USE_MACE_AMMO_1}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_MACEUP, S_MACEDOWN, S_MACEREADY, S_MACEATK1_1, S_MACEATK1_2, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_NOT_SHAREWARE, // gamemodebits {0, 0, 0, 0, 0, 1}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, USE_MACE_AMMO_2}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_MACEUP, S_MACEDOWN, S_MACEREADY, S_MACEATK2_1, S_MACEATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0, // readysound } } } }, { { { { // Gauntlets GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_GAUNTLETUP, S_GAUNTLETDOWN, S_GAUNTLETREADY, S_GAUNTLETATK1_1, S_GAUNTLETATK1_3, S_NULL }, SFX_GNTACT, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_GAUNTLETUP2, S_GAUNTLETDOWN2, S_GAUNTLETREADY2_1, S_GAUNTLETATK2_1, S_GAUNTLETATK2_3, S_NULL }, SFX_GNTACT, // raise sound id 0 // readysound } } }, { { { // Beak GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK1_1, S_BEAKATK1_1, S_NULL }, 0, // raise sound id 0 // readysound }, // lvl2 { GM_ANY, // gamemodebits {0, 0, 0, 0, 0, 0}, // type: AT_CRYSTAL | AT_ARROW | etc... {0, 0, 0, 0, 0, 0}, // pershot: AT_CRYSTAL | AT_ARROW | etc... true, // autofire when raised if fire held { S_BEAKUP, S_BEAKDOWN, S_BEAKREADY, S_BEAKATK2_1, S_BEAKATK2_1, S_NULL }, 0, // raise sound id 0 // readysound } } } } }; float bulletSlope; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- void R_GetWeaponBob(int player, float* x, float* y) { if(x) { *x = 1 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finecosine[(128 * mapTime) & FINEMASK]); } if(y) { *y = 32 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finesine[(128 * mapTime) & FINEMASK & (FINEANGLES / 2 - 1)]); } } /** *Initialize weapon info, maxammo and clipammo. */ void P_InitWeaponInfo(void) { #define WPINF "Weapon Info|" int pclass = PCLASS_PLAYER; int i; char buf[80]; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { // Level 1 (don't use a sublevel for level 1) sprintf(buf, WPINF "%i|Static", i); weaponInfo[i][pclass].mode[0].staticSwitch = GetDefInt(buf, 0); // Level 2 sprintf(buf, WPINF "%i|2|Static", i); weaponInfo[i][pclass].mode[1].staticSwitch = GetDefInt(buf, 0); } /// \todo Get this info from values. P_InitWeaponSlots(); P_SetWeaponSlot(WT_FIRST, 1); P_SetWeaponSlot(WT_EIGHTH, 1); P_SetWeaponSlot(WT_SECOND, 2); P_SetWeaponSlot(WT_THIRD, 3); P_SetWeaponSlot(WT_FOURTH, 4); P_SetWeaponSlot(WT_FIFTH, 5); P_SetWeaponSlot(WT_SIXTH, 6); P_SetWeaponSlot(WT_SEVENTH, 7); #undef WPINF } void P_SetPsprite(player_t *player, int position, statenum_t stnum) { pspdef_t *psp; state_t *state; psp = &player->pSprites[position]; do { if(!stnum) { // Object removed itself. psp->state = NULL; break; } state = &STATES[stnum]; psp->state = state; psp->tics = state->tics; // Could be 0. if(state->misc[0]) { // Set coordinates. psp->pos[VX] = (float) state->misc[0]; psp->pos[VY] = (float) state->misc[1]; } if(state->action) { // Call action routine. state->action(player, psp); if(!psp->state) { break; } } stnum = psp->state->nextState; } while(!psp->tics); // An initial state of 0 could cycle through. } void P_ActivateMorphWeapon(player_t *player) { player->pendingWeapon = WT_NOCHANGE; player->readyWeapon = WT_FIRST; player->update |= PSF_PENDING_WEAPON | PSF_READY_WEAPON; player->pSprites[ps_weapon].pos[VY] = WEAPONTOP; P_SetPsprite(player, ps_weapon, S_BEAKREADY); } void P_PostMorphWeapon(player_t *player, weapontype_t weapon) { player->pendingWeapon = WT_NOCHANGE; player->readyWeapon = weapon; player->update |= PSF_PENDING_WEAPON | PSF_READY_WEAPON; player->pSprites[ps_weapon].pos[VY] = WEAPONBOTTOM; P_SetPsprite(player, ps_weapon, weaponInfo[weapon][player->class_].mode[0].states[WSN_UP]); } /** * Starts bringing the pending weapon up from the bottom of the screen. */ void P_BringUpWeapon(struct player_s* player) { weapontype_t const oldPendingWeapon = player->pendingWeapon; weaponmodeinfo_t* wminfo = NULL; weapontype_t raiseWeapon; if(!player) return; if(player->plr->flags & DDPF_UNDEFINED_WEAPON) { // We'll do this when the server informs us about the client's current weapon. return; } raiseWeapon = player->pendingWeapon; if(raiseWeapon == WT_NOCHANGE) raiseWeapon = player->readyWeapon; player->pendingWeapon = WT_NOCHANGE; player->pSprites[ps_weapon].pos[VY] = WEAPONBOTTOM; if(!VALID_WEAPONTYPE(raiseWeapon)) { return; } wminfo = WEAPON_INFO(raiseWeapon, player->class_, (player->powers[PT_WEAPONLEVEL2]? 1:0)); App_Log(DE2_MAP_XVERBOSE, "P_BringUpWeapon: Player %i, pending weapon was %i, weapon pspr to %i", (int)(player - players), oldPendingWeapon, wminfo->states[WSN_UP]); if(wminfo->raiseSound) S_StartSoundEx(wminfo->raiseSound, player->plr->mo); P_SetPsprite(player, ps_weapon, wminfo->states[WSN_UP]); } void P_FireWeapon(player_t *player) { statenum_t attackState; int lvl = (player->powers[PT_WEAPONLEVEL2]? 1 : 0); App_Log(DE2_DEV_MAP_XVERBOSE, "P_FireWeapon: player %i", (int)(player - players)); if(!P_CheckAmmo(player)) return; NetCl_PlayerActionRequest(player, GPA_FIRE, 0); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackState); App_Log(DE2_DEV_MAP_XVERBOSE, "P_FireWeapon: Setting player %i to attack state", (int)(player - players)); if(player->refire) attackState = weaponInfo[player->readyWeapon][player->class_].mode[lvl].states[WSN_ATTACK_HOLD]; else attackState = weaponInfo[player->readyWeapon][player->class_].mode[lvl].states[WSN_ATTACK]; P_SetPsprite(player, ps_weapon, attackState); P_NoiseAlert(player->plr->mo, player->plr->mo); if(player->readyWeapon == WT_EIGHTH && !player->refire) { // Play the sound for the initial gauntlet attack S_StartSoundEx(SFX_GNTUSE, player->plr->mo); } player->update |= PSF_AMMO; // Psprite state. player->plr->pSprites[0].state = DDPSP_FIRE; } /** * The player died, so put the weapon away. */ void P_DropWeapon(player_t *player) { int level; if(player->powers[PT_WEAPONLEVEL2]) level = 1; else level = 0; P_SetPsprite(player, ps_weapon, weaponInfo[player->readyWeapon][player->class_].mode[level].states[WSN_DOWN]); } /** * The player can fire the weapon or change to another weapon at this time. */ void C_DECL A_WeaponReady(player_t *player, pspdef_t *psp) { weaponmodeinfo_t *wminfo; ddpsprite_t *ddpsp; // Change player from attack state if(player->plr->mo->state == &STATES[S_PLAY_ATK1] || player->plr->mo->state == &STATES[S_PLAY_ATK2]) { P_MobjChangeState(player->plr->mo, S_PLAY); } if(player->readyWeapon != WT_NOCHANGE) { wminfo = WEAPON_INFO(player->readyWeapon, player->class_, (player->powers[PT_WEAPONLEVEL2]?1:0)); // A weaponready sound? if(psp->state == &STATES[wminfo->states[WSN_READY]] && wminfo->readySound) #if __JHERETIC__ if(P_Random() < 128) #endif S_StartSoundEx(wminfo->readySound, player->plr->mo); // Check for change if player is dead, put the weapon away. if(player->pendingWeapon != WT_NOCHANGE || !player->health) { // (pending weapon should allready be validated) P_SetPsprite(player, ps_weapon, wminfo->states[WSN_DOWN]); return; } } // Check for autofire. if(player->brain.attack) { wminfo = WEAPON_INFO(player->readyWeapon, player->class_, 0); if(!player->attackDown || wminfo->autoFire) { player->attackDown = true; P_FireWeapon(player); return; } } else player->attackDown = false; ddpsp = player->plr->pSprites; if(!player->morphTics) { // Bob the weapon based on movement speed. R_GetWeaponBob(player - players, &psp->pos[0], &psp->pos[1]); ddpsp->offset[0] = ddpsp->offset[1] = 0; } // Psprite state. ddpsp->state = DDPSP_BOBBING; } void P_UpdateBeak(player_t *player, pspdef_t *psp) { psp->pos[VY] = WEAPONTOP + FIX2FLT(player->chickenPeck << (FRACBITS - 1)); } void C_DECL A_BeakReady(player_t *player, pspdef_t *psp) { if(player->brain.attack) { // Chicken beak attack. player->attackDown = true; NetCl_PlayerActionRequest(player, GPA_FIRE, 0); P_MobjChangeState(player->plr->mo, S_CHICPLAY_ATK1); if(player->powers[PT_WEAPONLEVEL2]) { P_SetPsprite(player, ps_weapon, S_BEAKATK2_1); } else { P_SetPsprite(player, ps_weapon, S_BEAKATK1_1); } P_NoiseAlert(player->plr->mo, player->plr->mo); } else { if(player->plr->mo->state == &STATES[S_CHICPLAY_ATK1]) { // Take out of attack state. P_MobjChangeState(player->plr->mo, S_CHICPLAY); } player->attackDown = false; } } /** * The player can re fire the weapon without lowering it entirely. */ void C_DECL A_ReFire(player_t *player, pspdef_t *psp) { if((player->brain.attack) && player->pendingWeapon == WT_NOCHANGE && player->health) { player->refire++; P_FireWeapon(player); } else { player->refire = 0; P_CheckAmmo(player); } } /** * Lowers current weapon, and changes weapon at bottom. */ void C_DECL A_Lower(player_t *player, pspdef_t *psp) { if(player->morphTics) psp->pos[VY] = WEAPONBOTTOM; else psp->pos[VY] += LOWERSPEED; // Psprite state. player->plr->pSprites[0].state = DDPSP_DOWN; // Should we disable the lowering? if(!cfg.bobWeaponLower || ((player->powers[PT_WEAPONLEVEL2] && weaponInfo[player->readyWeapon][player->class_].mode[1].staticSwitch) || weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch)) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 0); } // Is already down. if(psp->pos[VY] < WEAPONBOTTOM) return; // Player is dead. if(player->playerState == PST_DEAD) { psp->pos[VY] = WEAPONBOTTOM; // Don't bring weapon back up. return; } // The old weapon has been lowered off the screen, so change the weapon // and start raising it. if(!player->health) { // Player is dead, so keep the weapon off screen. P_SetPsprite(player, ps_weapon, S_NULL); return; } player->readyWeapon = player->pendingWeapon; // Should we suddenly lower the weapon? if(cfg.bobWeaponLower && ((player->powers[PT_WEAPONLEVEL2] && !weaponInfo[player->readyWeapon][player->class_].mode[1].staticSwitch) || !weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch)) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); } P_BringUpWeapon(player); } void C_DECL A_BeakRaise(player_t *player, pspdef_t *psp) { psp->pos[VY] = WEAPONTOP; P_SetPsprite(player, ps_weapon, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_READY]); } void C_DECL A_Raise(player_t *player, pspdef_t *psp) { statenum_t newstate; // Psprite state. player->plr->pSprites[0].state = DDPSP_UP; // Should we disable the lowering? if(!cfg.bobWeaponLower || ((player->powers[PT_WEAPONLEVEL2] && weaponInfo[player->readyWeapon][player->class_].mode[1].staticSwitch) || weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch)) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 0); } psp->pos[VY] -= RAISESPEED; if(psp->pos[VY] > WEAPONTOP) return; // Enable the pspr Y offset once again. DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); psp->pos[VY] = WEAPONTOP; // The weapon has been raised all the way, // so change to the ready state. if(player->powers[PT_WEAPONLEVEL2]) newstate = weaponInfo[player->readyWeapon][player->class_].mode[1].states[WSN_READY]; else newstate = weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_READY]; P_SetPsprite(player, ps_weapon, newstate); } /** * Sets a slope so a near miss is at aproximately the height of the * intended target. */ void P_BulletSlope(mobj_t *mo) { angle_t an = mo->angle; if(!cfg.noAutoAim) // Autoaiming enabled. { // See which target is to be aimed at. bulletSlope = P_AimLineAttack(mo, an, 16 * 64); if(!lineTarget) { // No target yet, look closer. an += 1 << 26; bulletSlope = P_AimLineAttack(mo, an, 16 * 64); if(!lineTarget) { an -= 2 << 26; bulletSlope = P_AimLineAttack(mo, an, 16 * 64); } } if(lineTarget) { // Found a target, we're done. return; } } // Fall back to manual aiming by lookdir. bulletSlope = tan(LOOKDIR2RAD(mo->dPlayer->lookDir)) / 1.2; } void C_DECL A_BeakAttackPL1(player_t *player, pspdef_t *psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); damage = 1 + (P_Random() & 3); angle = player->plr->mo->angle; slope = P_AimLineAttack(player->plr->mo, angle, MELEERANGE); P_LineAttack(player->plr->mo, angle, MELEERANGE, slope, damage, MT_BEAKPUFF); if(lineTarget) { player->plr->mo->angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); } S_StartSoundEx(SFX_CHICPK1 + (P_Random() % 3), player->plr->mo); player->chickenPeck = 12; psp->tics -= P_Random() & 7; } void C_DECL A_BeakAttackPL2(player_t *player, pspdef_t *psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); damage = HITDICE(4); angle = player->plr->mo->angle; slope = P_AimLineAttack(player->plr->mo, angle, MELEERANGE); P_LineAttack(player->plr->mo, angle, MELEERANGE, slope, damage, MT_BEAKPUFF); if(lineTarget) { player->plr->mo->angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); } S_StartSoundEx(SFX_CHICPK1 + (P_Random() % 3), player->plr->mo); player->chickenPeck = 12; psp->tics -= P_Random() & 3; } void C_DECL A_StaffAttackPL1(player_t *player, pspdef_t *psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); damage = 5 + (P_Random() & 15); angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 18; slope = P_AimLineAttack(player->plr->mo, angle, MELEERANGE); P_LineAttack(player->plr->mo, angle, MELEERANGE, slope, damage, MT_STAFFPUFF); if(lineTarget) { // Turn to face target. player->plr->mo->angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); } } void C_DECL A_StaffAttackPL2(player_t *player, pspdef_t *psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); damage = 18 + (P_Random() & 63); angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 18; slope = P_AimLineAttack(player->plr->mo, angle, MELEERANGE); P_LineAttack(player->plr->mo, angle, MELEERANGE, slope, damage, MT_STAFFPUFF2); if(lineTarget) { // Turn to face target. player->plr->mo->angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); } } void C_DECL A_FireBlasterPL1(player_t *player, pspdef_t *psp) { mobj_t *mo; angle_t angle; int damage; mo = player->plr->mo; S_StartSoundEx(SFX_GLDHIT, mo); P_ShotAmmo(player); P_BulletSlope(mo); damage = HITDICE(4); angle = mo->angle; if(player->refire) { angle += (P_Random() - P_Random()) << 18; } P_LineAttack(mo, angle, MISSILERANGE, bulletSlope, damage, MT_BLASTERPUFF1); S_StartSoundEx(SFX_BLSSHT, mo); } void C_DECL A_FireBlasterPL2(player_t *player, pspdef_t *psp) { P_ShotAmmo(player); S_StartSoundEx(SFX_BLSSHT, player->plr->mo); if(IS_CLIENT) return; P_SpawnMissile(MT_BLASTERFX1, player->plr->mo, NULL, true); } void C_DECL A_FireGoldWandPL1(player_t *player, pspdef_t *psp) { mobj_t *mo; angle_t angle; int damage; mo = player->plr->mo; P_ShotAmmo(player); S_StartSoundEx(SFX_GLDHIT, player->plr->mo); if(IS_CLIENT) return; P_BulletSlope(mo); damage = 7 + (P_Random() & 7); angle = mo->angle; if(player->refire) { angle += (P_Random() - P_Random()) << 18; } P_LineAttack(mo, angle, MISSILERANGE, bulletSlope, damage, MT_GOLDWANDPUFF1); } void C_DECL A_FireGoldWandPL2(player_t *player, pspdef_t *psp) { int i; mobj_t *mo; angle_t angle; int damage; coord_t momZ; mo = player->plr->mo; P_ShotAmmo(player); S_StartSoundEx(SFX_GLDHIT, player->plr->mo); if(IS_CLIENT) return; P_BulletSlope(mo); momZ = MOBJINFO[MT_GOLDWANDFX2].speed * bulletSlope; Vanilla_P_SpawnMissileAngle(mo, MT_GOLDWANDFX2, mo->angle - (ANG45 / 8), momZ); Vanilla_P_SpawnMissileAngle(mo, MT_GOLDWANDFX2, mo->angle + (ANG45 / 8), momZ); angle = mo->angle - (ANG45 / 8); for(i = 0; i < 5; ++i) { damage = 1 + (P_Random() & 7); P_LineAttack(mo, angle, MISSILERANGE, bulletSlope, damage, MT_GOLDWANDPUFF2); angle += ((ANG45 / 8) * 2) / 4; } } void C_DECL A_FireMacePL1B(player_t *player, pspdef_t *psp) { mobj_t *pmo, *ball; uint an; if(!P_CheckAmmo(player)) return; P_ShotAmmo(player); if(IS_CLIENT) return; pmo = player->plr->mo; if((ball = P_SpawnMobjXYZ(MT_MACEFX2, pmo->origin[VX], pmo->origin[VY], pmo->origin[VZ] - pmo->floorClip + 28, pmo->angle, 0))) { ball->mom[MZ] = 2 + FIX2FLT(((int) player->plr->lookDir) << (FRACBITS - 5)); ball->target = pmo; ball->origin[VZ] += FIX2FLT(((int) player->plr->lookDir) << (FRACBITS - 4)); an = ball->angle >> ANGLETOFINESHIFT; ball->mom[MX] = (pmo->mom[MX] / 2) + ball->info->speed * FIX2FLT(finecosine[an]); ball->mom[MY] = (pmo->mom[MY] / 2) + ball->info->speed * FIX2FLT(finesine[an]); P_CheckMissileSpawn(ball); S_StartSound(SFX_LOBSHT, ball); } } void C_DECL A_FireMacePL1(player_t* player, pspdef_t* psp) { mobj_t* ball; if(P_Random() < 28) { A_FireMacePL1B(player, psp); return; } if(!P_CheckAmmo(player)) return; P_ShotAmmo(player); psp->pos[VX] = ((P_Random() & 3) - 2); psp->pos[VY] = WEAPONTOP + (P_Random() & 3); if(IS_CLIENT) return; ball = P_SpawnMissileAngle(MT_MACEFX1, player->plr->mo, player->plr->mo->angle + (((P_Random() & 7) - 4) << 24), -12345); if(ball) { ball->special1 = 16; // Tics till dropoff. } } void C_DECL A_MacePL1Check(mobj_t *ball) { uint an; if(ball->special1 == 0) { return; } ball->special1 -= 4; if(ball->special1 > 0) { return; } ball->special1 = 0; ball->flags2 |= MF2_LOGRAV; an = ball->angle >> ANGLETOFINESHIFT; ball->mom[MX] = 7 * FIX2FLT(finecosine[an]); ball->mom[MY] = 7 * FIX2FLT(finesine[an]); ball->mom[MZ] /= 2; } void C_DECL A_MaceBallImpact(mobj_t* ball) { if(ball->origin[VZ] <= ball->floorZ && P_HitFloor(ball)) { // Landed in some sort of liquid. P_MobjRemove(ball, true); return; } if(ball->special3 != MAGIC_JUNK && ball->origin[VZ] <= ball->floorZ && !FEQUAL(ball->mom[MZ], 0)) { // Bounce. ball->special3 = MAGIC_JUNK; ball->mom[MZ] = FIX2FLT(FLT2FIX(ball->mom[MZ] * 192) >> 8); ball->flags2 &= ~MF2_FLOORBOUNCE; P_MobjChangeState(ball, P_GetState(ball->type, SN_SPAWN)); S_StartSound(SFX_BOUNCE, ball); } else { // Explode. ball->flags |= MF_NOGRAVITY; ball->flags2 &= ~MF2_LOGRAV; S_StartSound(SFX_LOBHIT, ball); } } void C_DECL A_MaceBallImpact2(mobj_t* ball) { if(ball->origin[VZ] <= ball->floorZ && P_HitFloor(ball)) { // Landed in some sort of liquid. P_MobjRemove(ball, true); return; } if(!FEQUAL(ball->origin[VZ], ball->floorZ) || ball->mom[MZ] < 2) { // Explode ball->mom[MX] = ball->mom[MY] = ball->mom[MZ] = 0; ball->flags |= MF_NOGRAVITY; ball->flags2 &= ~(MF2_LOGRAV | MF2_FLOORBOUNCE); } else { // Bounce mobj_t* tiny; unsigned int an; ball->mom[MZ] = FIX2FLT(FLT2FIX(ball->mom[MZ] * 192) >> 8); P_MobjChangeState(ball, P_GetState(ball->type, SN_SPAWN)); if((tiny = P_SpawnMobj(MT_MACEFX3, ball->origin, ball->angle + ANG90, 0))) { tiny->target = ball->target; an = tiny->angle >> ANGLETOFINESHIFT; tiny->mom[MX] = (ball->mom[MX] / 2) + ((ball->mom[MZ] - 1) * FIX2FLT(finecosine[an])); tiny->mom[MY] = (ball->mom[MY] / 2) + ((ball->mom[MZ] - 1) * FIX2FLT(finesine[an])); tiny->mom[MZ] = ball->mom[MZ]; P_CheckMissileSpawn(tiny); } if((tiny = P_SpawnMobj(MT_MACEFX3, ball->origin, ball->angle - ANG90, 0))) { tiny->target = ball->target; an = tiny->angle >> ANGLETOFINESHIFT; tiny->mom[MX] = (ball->mom[MX] / 2) + ((ball->mom[MZ] - 1) * FIX2FLT(finecosine[an])); tiny->mom[MY] = (ball->mom[MY] / 2) + ((ball->mom[MZ] - 1) * FIX2FLT(finesine[an])); tiny->mom[MZ] = ball->mom[MZ]; P_CheckMissileSpawn(tiny); } } } void C_DECL A_FireMacePL2(player_t *player, pspdef_t *psp) { mobj_t *mo; P_ShotAmmo(player); S_StartSoundEx(SFX_LOBSHT, player->plr->mo); if(IS_CLIENT) return; mo = P_SpawnMissile(MT_MACEFX4, player->plr->mo, NULL, true); if(mo) { mo->mom[MX] += player->plr->mo->mom[MX]; mo->mom[MY] += player->plr->mo->mom[MY]; mo->mom[MZ] = 2 + FIX2FLT(((int) player->plr->lookDir) << (FRACBITS - 5)); if(lineTarget) mo->tracer = lineTarget; } } void C_DECL A_DeathBallImpact(mobj_t* ball) { int i; mobj_t* target; angle_t angle; dd_bool newAngle; if(ball->origin[VZ] <= ball->floorZ && P_HitFloor(ball)) { // Landed in some sort of liquid. P_MobjRemove(ball, true); return; } if(ball->origin[VZ] <= ball->floorZ && !FEQUAL(ball->mom[MZ], 0)) { // Bounce. newAngle = false; target = ball->tracer; angle = 0; if(target) { if(!(target->flags & MF_SHOOTABLE)) { // Target died. ball->tracer = NULL; } else { // Seek. angle = M_PointToAngle2(ball->origin, target->origin); newAngle = true; } } else { // Find new target. for(i = 0; i < 16; ++i) { P_AimLineAttack(ball, angle, 10 * 64); if(lineTarget && ball->target != lineTarget) { ball->tracer = lineTarget; angle = M_PointToAngle2(ball->origin, lineTarget->origin); newAngle = true; break; } angle += ANGLE_45 / 2; } } if(newAngle) { uint an = angle >> ANGLETOFINESHIFT; ball->angle = angle; ball->mom[MX] = ball->info->speed * FIX2FLT(finecosine[an]); ball->mom[MY] = ball->info->speed * FIX2FLT(finesine[an]); } P_MobjChangeState(ball, P_GetState(ball->type, SN_SPAWN)); S_StartSound(SFX_PSTOP, ball); } else { // Explode. ball->flags |= MF_NOGRAVITY; ball->flags2 &= ~MF2_LOGRAV; S_StartSound(SFX_PHOHIT, ball); } } void C_DECL A_SpawnRippers(mobj_t* actor) { int i; for(i = 0; i < 8; ++i) { angle_t angle = i * ANG45; uint an; mobj_t* ripper; if((ripper = P_SpawnMobj(MT_RIPPER, actor->origin, angle, 0))) { ripper->target = actor->target; an = angle >> ANGLETOFINESHIFT; ripper->mom[MX] = ripper->info->speed * FIX2FLT(finecosine[an]); ripper->mom[MY] = ripper->info->speed * FIX2FLT(finesine[an]); P_CheckMissileSpawn(ripper); } } } void C_DECL A_FireCrossbowPL1(player_t* player, pspdef_t* psp) { mobj_t* pmo; pmo = player->plr->mo; P_ShotAmmo(player); if(IS_CLIENT) return; P_SpawnMissile(MT_CRBOWFX1, pmo, NULL, true); P_SpawnMissileAngle(MT_CRBOWFX3, pmo, pmo->angle - (ANG45 / 10), -12345); P_SpawnMissileAngle(MT_CRBOWFX3, pmo, pmo->angle + (ANG45 / 10), -12345); } void C_DECL A_FireCrossbowPL2(player_t* player, pspdef_t* psp) { mobj_t* pmo; pmo = player->plr->mo; P_ShotAmmo(player); if(IS_CLIENT) return; P_SpawnMissile(MT_CRBOWFX2, pmo, NULL, true); P_SpawnMissileAngle(MT_CRBOWFX2, pmo, pmo->angle - (ANG45 / 10), -12345); P_SpawnMissileAngle(MT_CRBOWFX2, pmo, pmo->angle + (ANG45 / 10), -12345); P_SpawnMissileAngle(MT_CRBOWFX3, pmo, pmo->angle - (ANG45 / 5), -12345); P_SpawnMissileAngle(MT_CRBOWFX3, pmo, pmo->angle + (ANG45 / 5), -12345); } void C_DECL A_BoltSpark(mobj_t* bolt) { mobj_t* spark; if(IS_NETWORK_SERVER) return; // Would not be visible to anyone. if(P_Random() > 50) { if((spark = P_SpawnMobj(MT_CRBOWFX4, bolt->origin, P_Random() << 24, 0))) { P_MobjUnlink(spark); spark->origin[VX] += FIX2FLT((P_Random() - P_Random()) << 10); spark->origin[VY] += FIX2FLT((P_Random() - P_Random()) << 10); P_MobjLink(spark); } } } void C_DECL A_FireSkullRodPL1(player_t* player, pspdef_t* psp) { mobj_t* mo; if(!P_CheckAmmo(player)) return; P_ShotAmmo(player); if(IS_CLIENT) return; if((mo = P_SpawnMissile(MT_HORNRODFX1, player->plr->mo, NULL, true))) { // Randomize the first frame if(mo && P_Random() > 128) { P_MobjChangeState(mo, S_HRODFX1_2); } } } /** * The special2 field holds the player number that shot the rain missile. * The special1 field is used as a counter for the sound looping. */ void C_DECL A_FireSkullRodPL2(player_t *player, pspdef_t *psp) { mobj_t *mo; P_ShotAmmo(player); if(IS_CLIENT) return; if((mo = P_SpawnMissile(MT_HORNRODFX2, player->plr->mo, NULL, true))) { mo->special3 = 140; } // Use MissileMobj instead of the return value from // P_SpawnMissile because we need to give info to the mobj // even if it exploded immediately. if(IS_NETGAME) { // Multi-player game. missileMobj->special2 = P_GetPlayerNum(player); } else { // Always use red missiles in single player games. missileMobj->special2 = 2; } if(lineTarget) { missileMobj->tracer = lineTarget; } S_StartSound(SFX_HRNPOW, missileMobj); } void C_DECL A_SkullRodPL2Seek(mobj_t *actor) { P_SeekerMissile(actor, ANGLE_1 * 10, ANGLE_1 * 30); } void C_DECL A_AddPlayerRain(mobj_t *actor) { int playerNum; player_t *player; playerNum = IS_NETGAME ? actor->special2 : 0; if(!players[playerNum].plr->inGame) { // Player not left the game. return; } player = &players[playerNum]; if(player->health <= 0) { // Player is dead. return; } if(player->rain1 && player->rain2) { // Terminate an active rain. if(player->rain1->special3 < player->rain2->special3) { if(player->rain1->special3 > 16) { player->rain1->special3 = 16; } player->rain1 = NULL; } else { if(player->rain2->special3 > 16) { player->rain2->special3 = 16; } player->rain2 = NULL; } } // Add rain mobj to list. if(player->rain1) { player->rain2 = actor; } else { player->rain1 = actor; } } void C_DECL A_SkullRodStorm(mobj_t* actor) { coord_t pos[3]; mobj_t* mo; int playerNum; player_t* player; if(actor->special3-- == 0) { P_MobjChangeState(actor, S_NULL); playerNum = (IS_NETGAME ? actor->special2 : 0); if(!players[playerNum].plr->inGame) { // Player not left the game. return; } player = &players[playerNum]; if(player->health <= 0) { // Player is dead. return; } if(player->rain1 == actor) { player->rain1 = NULL; } else if(player->rain2 == actor) { player->rain2 = NULL; } return; } if(P_Random() < 25) { // Fudge rain frequency. return; } pos[VX] = actor->origin[VX] + ((P_Random() & 127) - 64); pos[VY] = actor->origin[VY] + ((P_Random() & 127) - 64); if((mo = P_SpawnMobjXYZ(MT_RAINPLR1 + actor->special2, pos[VX], pos[VY], 0, P_Random() << 24, MSF_Z_CEIL))) { mo->flags |= MF_BRIGHTSHADOW; mo->target = actor->target; mo->mom[MX] = .0001; // Force collision detection. mo->mom[MZ] = -mo->info->speed; mo->special2 = actor->special2; // Transfer player number. P_CheckMissileSpawn(mo); } if(!(actor->special1 & 31)) S_StartSound(SFX_RAMRAIN, actor); actor->special1++; } void C_DECL A_RainImpact(mobj_t *actor) { if(actor->origin[VZ] > actor->floorZ) { P_MobjChangeState(actor, S_RAINAIRXPLR1_1 + actor->special2); } else if(P_Random() < 40) { P_HitFloor(actor); } } void C_DECL A_HideInCeiling(mobj_t* actor) { actor->origin[VZ] = actor->ceilingZ + 4; } void C_DECL A_FirePhoenixPL1(player_t* player, pspdef_t* psp) { uint an; angle_t angle; P_ShotAmmo(player); if(IS_CLIENT) return; P_SpawnMissile(MT_PHOENIXFX1, player->plr->mo, NULL, true); angle = player->plr->mo->angle + ANG180; an = angle >> ANGLETOFINESHIFT; player->plr->mo->mom[MX] += 4 * FIX2FLT(finecosine[an]); player->plr->mo->mom[MY] += 4 * FIX2FLT(finesine[an]); } void C_DECL A_PhoenixPuff(mobj_t* actor) { mobj_t* puff; uint an; P_SeekerMissile(actor, ANGLE_1 * 5, ANGLE_1 * 10); if((puff = P_SpawnMobj(MT_PHOENIXPUFF, actor->origin, actor->angle + ANG90, 0))) { an = puff->angle >> ANGLETOFINESHIFT; puff->mom[MX] = 1.3 * FIX2FLT(finecosine[an]); puff->mom[MY] = 1.3 * FIX2FLT(finesine[an]); puff->mom[MZ] = 0; } if((puff = P_SpawnMobj(MT_PHOENIXPUFF, actor->origin, actor->angle - ANG90, 0))) { an = puff->angle >> ANGLETOFINESHIFT; puff->mom[MX] = 1.3 * FIX2FLT(finecosine[an]); puff->mom[MY] = 1.3 * FIX2FLT(finesine[an]); puff->mom[MZ] = 0; } } void C_DECL A_InitPhoenixPL2(player_t *player, pspdef_t *psp) { player->flameCount = FLAME_THROWER_TICS; } /** * Flame thrower effect. */ void C_DECL A_FirePhoenixPL2(player_t* player, pspdef_t* psp) { mobj_t* mo, *pmo; angle_t angle; coord_t pos[3]; float slope; uint an; if(IS_CLIENT) return; if(--player->flameCount == 0) { // Out of flame P_SetPsprite(player, ps_weapon, S_PHOENIXATK2_4); player->refire = 0; return; } pmo = player->plr->mo; angle = pmo->angle; memcpy(pos, pmo->origin, sizeof(pos)); pos[VX] += FIX2FLT((P_Random() - P_Random()) << 9); pos[VY] += FIX2FLT((P_Random() - P_Random()) << 9); pos[VZ] += 26 + player->plr->lookDir / 173; pos[VZ] -= pmo->floorClip; slope = sin(LOOKDIR2RAD(player->plr->lookDir)) / 1.2; if((mo = P_SpawnMobj(MT_PHOENIXFX2, pos, angle, 0))) { mo->target = pmo; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = pmo->mom[MX] + mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = pmo->mom[MY] + mo->info->speed * FIX2FLT(finesine[an]); mo->mom[MZ] = mo->info->speed * slope; if(!player->refire || !(mapTime % 38)) { S_StartSoundEx(SFX_PHOPOW, player->plr->mo); } P_CheckMissileSpawn(mo); } } void C_DECL A_ShutdownPhoenixPL2(player_t *player, pspdef_t *psp) { P_ShotAmmo(player); } void C_DECL A_FlameEnd(mobj_t *actor) { actor->mom[MZ] += 1.5f; } void C_DECL A_FloatPuff(mobj_t *puff) { puff->mom[MZ] += 1.8f; } void C_DECL A_GauntletAttack(player_t *player, pspdef_t *psp) { angle_t angle; int damage, randVal; float slope; coord_t dist; mobjtype_t puffType; P_ShotAmmo(player); psp->pos[VX] = ((P_Random() & 3) - 2); psp->pos[VY] = WEAPONTOP + (P_Random() & 3); angle = player->plr->mo->angle; if(player->powers[PT_WEAPONLEVEL2]) { damage = HITDICE(2); dist = 4 * MELEERANGE; angle += (P_Random() - P_Random()) << 17; puffType = MT_GAUNTLETPUFF2; } else { damage = HITDICE(2); dist = MELEERANGE + 1; angle += (P_Random() - P_Random()) << 18; puffType = MT_GAUNTLETPUFF1; } slope = P_AimLineAttack(player->plr->mo, angle, dist); P_LineAttack(player->plr->mo, angle, dist, slope, damage, puffType); if(!lineTarget) { if(P_Random() > 64) { player->plr->extraLight = !player->plr->extraLight; } S_StartSoundEx(SFX_GNTFUL, player->plr->mo); return; } randVal = P_Random(); if(randVal < 64) { player->plr->extraLight = 0; } else if(randVal < 160) { player->plr->extraLight = 1; } else { player->plr->extraLight = 2; } if(player->powers[PT_WEAPONLEVEL2]) { P_GiveHealth(player, damage / 2); S_StartSoundEx(SFX_GNTPOW, player->plr->mo); } else { S_StartSoundEx(SFX_GNTHIT, player->plr->mo); } // Turn to face target. angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); if(angle - player->plr->mo->angle > ANG180) { if(angle - player->plr->mo->angle < -ANG90 / 20) player->plr->mo->angle = angle + ANG90 / 21; else player->plr->mo->angle -= ANG90 / 20; } else { if(angle - player->plr->mo->angle > ANG90 / 20) player->plr->mo->angle = angle - ANG90 / 21; else player->plr->mo->angle += ANG90 / 20; } player->plr->mo->flags |= MF_JUSTATTACKED; } void C_DECL A_Light0(player_t *player, pspdef_t *psp) { player->plr->extraLight = 0; } void C_DECL A_Light1(player_t *player, pspdef_t *psp) { player->plr->extraLight = 1; } void C_DECL A_Light2(player_t *player, pspdef_t *psp) { player->plr->extraLight = 2; } /** * Called at start of level for each player. */ void P_SetupPsprites(player_t* player) { int i; // Remove all psprites. for(i = 0; i < NUMPSPRITES; ++i) { player->pSprites[i].state = NULL; } // Spawn the ready weapon. if(player->pendingWeapon == WT_NOCHANGE) player->pendingWeapon = player->readyWeapon; P_BringUpWeapon(player); } /** * Called every tic by player thinking routine. */ void P_MovePsprites(player_t *player) { int i; pspdef_t *psp; state_t *state; psp = &player->pSprites[0]; for(i = 0; i < NUMPSPRITES; ++i, psp++) { // A null state means not active. state = psp->state; if(state) { // Drop tic count and possibly change state. // A -1 tic count never changes. if(psp->tics != -1) { psp->tics--; if(!psp->tics) { P_SetPsprite(player, i, psp->state->nextState); } } } } player->pSprites[ps_flash].pos[VX] = player->pSprites[ps_weapon].pos[VX]; player->pSprites[ps_flash].pos[VY] = player->pSprites[ps_weapon].pos[VY]; } void C_DECL A_FireBomb(mobj_t *mo) { uint an; mobj_t *bomb; if(!mo->player) return; an = mo->angle >> ANGLETOFINESHIFT; if((bomb = P_SpawnMobjXYZ(MT_FIREBOMB, mo->origin[VX] + 24 * FIX2FLT(finecosine[an]), mo->origin[VY] + 24 * FIX2FLT(finesine[an]), mo->origin[VZ] - mo->floorClip, mo->angle, 0))) { bomb->target = mo; } didUseItem = true; } void C_DECL A_TombOfPower(mobj_t* mo) { player_t* player; if(!mo->player) return; player = mo->player; if(player->morphTics) { // Attempt to undo chicken. if(P_UndoPlayerMorph(player) == false) { // Failed. P_DamageMobj(player->plr->mo, NULL, NULL, 10000, false); } else { // Succeeded. player->morphTics = 0; S_StartSound(SFX_WPNUP, player->plr->mo); } } else { if(!P_GivePower(player, PT_WEAPONLEVEL2)) return; if(player->readyWeapon == WT_FIRST) { P_SetPsprite(player, ps_weapon, S_STAFFREADY2_1); } else if(player->readyWeapon == WT_EIGHTH) { P_SetPsprite(player, ps_weapon, S_GAUNTLETREADY2_1); } } didUseItem = true; } void C_DECL A_Egg(mobj_t* mo) { if(!mo->player) return; App_Log(DE2_DEV_MAP_MSG, "A_Egg: Spawning EGGFXs"); #if __JHEXEN__ P_SpawnPlayerMissile(MT_EGGFX, mo); P_SPMAngle(MT_EGGFX, mo, mo->angle - (ANG45 / 6)); P_SPMAngle(MT_EGGFX, mo, mo->angle + (ANG45 / 6)); P_SPMAngle(MT_EGGFX, mo, mo->angle - (ANG45 / 3)); P_SPMAngle(MT_EGGFX, mo, mo->angle + (ANG45 / 3)); #else P_SpawnMissile(MT_EGGFX, mo, NULL, true); P_SpawnMissileAngle(MT_EGGFX, mo, mo->angle - (ANG45 / 6), -12345); P_SpawnMissileAngle(MT_EGGFX, mo, mo->angle + (ANG45 / 6), -12345); P_SpawnMissileAngle(MT_EGGFX, mo, mo->angle - (ANG45 / 3), -12345); P_SpawnMissileAngle(MT_EGGFX, mo, mo->angle + (ANG45 / 3), -12345); #endif didUseItem = true; } void C_DECL A_Wings(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GivePower(mo->player, PT_FLIGHT); } void C_DECL A_Teleport(mobj_t* mo) { if(!mo->player) return; P_ArtiTele(mo->player); didUseItem = true; } void C_DECL A_Torch(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GivePower(mo->player, PT_INFRARED); } void C_DECL A_Health(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GiveHealth(mo->player, 25); } void C_DECL A_SuperHealth(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GiveHealth(mo->player, 100); } void C_DECL A_Invisibility(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GivePower(mo->player, PT_INVISIBILITY); } void C_DECL A_Invulnerability(mobj_t* mo) { if(!mo->player) return; didUseItem = P_GivePower(mo->player, PT_INVULNERABILITY); } doomsday-1.14.5/doomsday/plugins/heretic/include/0000775000175000017500000000000012350542240021250 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/include/p_pspr.h0000664000175000017500000000320512350542240022724 0ustar jaakkojaakko/** @file p_pspr.h Player weapon sprite animation. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHERETIC_PLAY_PSPR_H #define LIBHERETIC_PLAY_PSPR_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif struct player_s; typedef enum { ps_weapon, ps_flash, NUMPSPRITES } psprnum_t; typedef struct pspdef_s { state_t *state; // a NULL state means not active. int tics; float pos[2]; } pspdef_t; #ifdef __cplusplus extern "C" { #endif void R_GetWeaponBob(int player, float *x, float *y); void P_BringUpWeapon(struct player_s *player); void P_FireWeapon(struct player_s *player); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHERETIC_PLAY_PSPR_H doomsday-1.14.5/doomsday/plugins/heretic/include/h_config.h0000664000175000017500000002101112350542240023170 0ustar jaakkojaakko/**\file h_config.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * jHeretic configuration. * * Global settings. Most of these are console variables. */ #ifndef __JHERETIC_CONFIG_H__ #define __JHERETIC_CONFIG_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomdef.h" #include "hu_lib.h" #ifdef __cplusplus extern "C" { #endif enum { HUD_AMMO, HUD_ARMOR, HUD_KEYS, HUD_HEALTH, HUD_READYITEM, HUD_LOG, NUMHUDDISPLAYS }; // Hud Unhide Events (the hud will unhide on these events if enabled). typedef enum { HUE_FORCE = -1, HUE_ON_DAMAGE, HUE_ON_PICKUP_HEALTH, HUE_ON_PICKUP_ARMOR, HUE_ON_PICKUP_POWER, HUE_ON_PICKUP_WEAPON, HUE_ON_PICKUP_AMMO, HUE_ON_PICKUP_KEY, HUE_ON_PICKUP_INVITEM, NUMHUDUNHIDEEVENTS } hueevent_t; // Counter Cheat flags. #define CCH_KILLS 0x01 #define CCH_ITEMS 0x02 #define CCH_SECRETS 0x04 #define CCH_KILLS_PRCNT 0x08 #define CCH_ITEMS_PRCNT 0x10 #define CCH_SECRETS_PRCNT 0x20 // WARNING: Do not use the dd_bool type. Its size can be either 1 or 4 bytes // depending on build settings. typedef struct jheretic_config_s { float playerMoveSpeed; int useJLook; // Joy look (joy Y => viewpitch) int alwaysRun; // Always run. int noAutoAim; // No auto-aiming? int jLookDeltaMode; int lookSpring; float lookSpeed; float turnSpeed; byte povLookAround; int jumpEnabled; float jumpPower; int airborneMovement; byte setSizeNeeded; int setBlocks; int screenBlocks; byte slidingCorpses; int echoMsg; int hudFog; float menuScale; int menuEffectFlags; float menuShadow; byte menuSlam; byte menuShortcutsEnabled; byte menuScaleMode; int menuPatchReplaceMode; byte menuGameSaveSuggestDescription; byte menuCursorRotate; float menuTextColors[MENU_COLOR_COUNT][3]; float menuTextFlashColor[3]; int menuTextFlashSpeed; float menuTextGlitter; byte inludeScaleMode; int inludePatchReplaceMode; byte confirmQuickGameSave; byte confirmRebornLoad; byte loadLastSaveOnReborn; int hudPatchReplaceMode; byte hudShown[6]; // HUD data visibility. float hudScale; // How to scale HUD data? float hudColor[4]; float hudIconAlpha; float hudTimer; // Number of seconds until the hud/statusbar auto-hides. byte hudUnHide[NUMHUDUNHIDEEVENTS]; // when the hud/statusbar unhides. byte moveCheckZ; // if true, mobjs can move over/under each other. byte allowMonsterFloatOverBlocking; // if true, floating mobjs are allowed to climb over mobjs blocking the way. byte weaponAutoSwitch; byte noWeaponAutoSwitchIfFiring; byte ammoAutoSwitch; byte weaponCycleSequential; // if true multiple next/prev weapon impulses can be chained to allow the user to "count-click-switch". int weaponOrder[NUM_WEAPON_TYPES]; byte weaponNextMode; // if true use the weaponOrder for next/previous. byte secretMsg; float filterStrength; int plrViewHeight; byte mapTitle, hideIWADAuthor; byte noCoopDamage; byte noTeamDamage; byte respawnMonstersNightmare; float statusbarScale; float statusbarOpacity; float statusbarCounterAlpha; /** * Compatibility options. * \todo Put these into an array so we can use a bit array to change * multiple options based on a compatibility mode (ala PrBoom). */ byte monstersStuckInDoors; byte avoidDropoffs; byte moveBlock; // Dont handle large negative movement in P_TryMoveXY. byte wallRunNorthOnly; // If handle large make exception for wallrunning byte fallOff; // Objects fall under their own weight. byte fixFloorFire; // Fix Heretic bug; explode Maulotaur floor fire when feetclipped. byte fixPlaneScrollMaterialsEastOnly; // Fix Heretic bug; plane materials would only scroll east. byte hudShownCheatCounters; float hudCheatCounterScale; byte hudCheatCounterShowWithAutomap; ///< Only show when the automap is open. // Automap stuff. /* int automapPos; float automapWidth; float automapHeight;*/ float automapMobj[3]; float automapL0[3]; float automapL1[3]; float automapL2[3]; float automapL3[3]; float automapBack[3]; float automapOpacity; float automapLineAlpha; float automapLineWidth; ///< In fixed 320x200 pixels. byte automapRotate; int automapHudDisplay; int automapCustomColors; byte automapShowDoors; float automapDoorGlow; byte automapBabyKeys; float automapZoomSpeed; float automapPanSpeed; byte automapPanResetOnOpen; float automapOpenSeconds; byte automapTitleAtBottom; int msgCount; float msgScale; float msgUptime; int msgBlink; int msgAlign; float msgColor[3]; char* chatMacros[10]; byte chatBeep; int corpseTime; float bobWeapon, bobView; byte bobWeaponLower; int cameraNoClip; // Crosshair. int xhair; float xhairAngle; float xhairSize; byte xhairVitality; float xhairColor[4]; // Network. byte netDeathmatch; byte netMobDamageModifier; // multiplier for non-player mobj damage byte netMobHealthModifier; // health modifier for non-player mobjs int netGravity; // Custom gravity multiplier. byte netNoMaxZRadiusAttack; // radius attacks are infinitely tall byte netNoMaxZMonsterMeleeAttack; // melee attacks are infinitely tall byte netNoMonsters; byte netRespawn; byte netJumping; byte netEpisode; byte netMap; byte netSkill; byte netSlot; byte netColor; playerclass_t playerClass[MAXPLAYERS]; int playerColor[MAXPLAYERS]; // jHeretic specific int ringFilter; float inventoryTimer; // Number of seconds until the invetory auto-hides. byte inventoryWrap; byte inventoryUseNext; byte inventoryUseImmediate; int inventorySlotMaxVis; byte inventorySlotShowEmpty; byte inventorySelectMode; int tomeCounter, tomeSound; //byte fastMonsters; } game_config_t; extern game_config_t cfg; // in g_game.c #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/m_random.h0000664000175000017500000000234412350542240023220 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.h: Random numbers. */ #ifndef __M_RANDOM_H__ #define __M_RANDOM_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #ifdef __cplusplus extern "C" { #endif byte P_Random(void); byte M_Random(void); void M_ResetRandom(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/h_items.h0000664000175000017500000000456012350542240023056 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * h_items.h: Items, key cards/weapons/ammunition... */ #ifndef __JHERETIC_ITEMS_H__ #define __JHERETIC_ITEMS_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomdef.h" #define WEAPON_INFO(weaponnum, pclass, fmode) ( \ &weaponInfo[(weaponnum)][(pclass)].mode[(fmode)]) typedef enum { WSN_UP, WSN_DOWN, WSN_READY, WSN_ATTACK, WSN_ATTACK_HOLD, WSN_FLASH, NUM_WEAPON_STATE_NAMES } weaponstatename_t; typedef struct { int gameModeBits; // Game modes, weapon is available in. int ammoType[NUM_AMMO_TYPES]; // required ammo types. int perShot[NUM_AMMO_TYPES]; // Ammo used per shot of each type. dd_bool autoFire; // @c true = fire when raised if fire held. int states[NUM_WEAPON_STATE_NAMES]; int raiseSound; // Sound played when weapon is raised. int readySound; // Sound played WHILE weapon is readyied. int staticSwitch; // Weapon is not lowered during switch. } weaponmodeinfo_t; // Weapon info: sprite frames, ammunition use. typedef struct { weaponmodeinfo_t mode[NUMWEAPLEVELS]; } weaponinfo_t; DENG_EXTERN_C weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES]; #ifdef __cplusplus extern "C" { #endif void P_InitWeaponInfo(void); #ifdef __cplusplus } // extern "C" #endif #endif // __JHERETIC_ITEMS_H__ doomsday-1.14.5/doomsday/plugins/heretic/include/doomdef.h0000664000175000017500000001623012350542240023040 0ustar jaakkojaakko/**\file doomdef.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef LIBHERETIC_DEFS_H #define LIBHERETIC_DEFS_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include #include #ifdef WIN32 # pragma warning(disable:4244) # define stricmp _stricmp # define strnicmp _strnicmp # define strlwr _strlwr # define strupr _strupr #endif #include #include #include #include "doomsday.h" #include "version.h" #include "info.h" #define Set DD_SetInteger #define Get DD_GetInteger // Verbose messages. #define VERBOSE(code) { if(verbose >= 1) { code; } } #define VERBOSE2(code) { if(verbose >= 2) { code; } } DENG_EXTERN_C game_export_t gx; // // Global parameters/defines. // #define MOBJINFO (*_api_InternalData.mobjInfo) #define STATES (*_api_InternalData.states) #define VALIDCOUNT (*_api_InternalData.validCount) typedef enum { heretic_shareware, heretic, heretic_extended, NUM_GAME_MODES } gamemode_t; // Game mode bits for the above. #define GM_HERETIC_SHAREWARE 0x1 #define GM_HERETIC 0x2 #define GM_HERETIC_EXTENDED 0x4 #define GM_ANY (GM_HERETIC_SHAREWARE|GM_HERETIC|GM_HERETIC_EXTENDED) #define GM_NOT_SHAREWARE (GM_HERETIC|GM_HERETIC_EXTENDED) #define SCREENWIDTH 320 #define SCREENHEIGHT 200 #define SCREEN_MUL 1 // The maximum number of players, multiplayer/networking. #define MAXPLAYERS 16 #define NUMPLAYERCOLORS 4 #define NUMTEAMS 4 // Color = team. // Playsim, core timing rate in cycles per second. #define TICRATE 35 #define TICSPERSEC 35 /** * Player Classes */ typedef enum { PCLASS_PLAYER, PCLASS_CHICKEN, NUM_PLAYER_CLASSES } playerclass_t; #define PCLASS_INFO(class) (&classInfo[class]) typedef struct classinfo_s{ playerclass_t plrClass; char* niceName; dd_bool userSelectable; mobjtype_t mobjType; int normalState; int runState; int attackState; int attackEndState; int maxArmor; fixed_t maxMove; fixed_t forwardMove[2]; // walk, run fixed_t sideMove[2]; // walk, run int moveMul; // multiplier for above int turnSpeed[3]; // [normal, speed, initial] int jumpTics; // wait inbetween jumps int failUseSound; // sound played when a use fails. } classinfo_t; DENG_EXTERN_C classinfo_t classInfo[NUM_PLAYER_CLASSES]; /** * Game state (hi-level). * * The current state of the game: whether we are playing, gazing at the * intermission screen, the game final animation, or a demo. */ typedef enum { GS_STARTUP, GS_MAP, GS_INTERMISSION, GS_FINALE, GS_WAITING, GS_INFINE, NUM_GAME_STATES } gamestate_t; /** * Difficulty/skill settings/filters. */ typedef enum { SM_NOTHINGS = -1, SM_BABY = 0, SM_EASY, SM_MEDIUM, SM_HARD, SM_NIGHTMARE, NUM_SKILL_MODES } skillmode_t; /** * Keys (as in, keys to lockables). */ typedef enum { KT_FIRST, KT_YELLOW = KT_FIRST, KT_GREEN, KT_BLUE, NUM_KEY_TYPES } keytype_t; /** * Weapon ids. * * The defined weapons, including a marker indicating user has not changed * weapon. */ typedef enum { WT_FIRST, // staff / beak WT_SECOND, // goldwand / beak WT_THIRD, // crossbow / beak WT_FOURTH, // blaster / beak WT_FIFTH, // skullrod / beak WT_SIXTH, // phoenixrod / beak WT_SEVENTH, // mace / beak WT_EIGHTH, // gauntlets / beak NUM_WEAPON_TYPES, WT_NOCHANGE // No pending weapon change. } weapontype_t; #define VALID_WEAPONTYPE(val) ((val) >= WT_FIRST && (val) < WT_FIRST + NUM_WEAPON_TYPES) #define NUMWEAPLEVELS 2 // Number of weapon power levels. /** * Ammunition type identifier. */ typedef enum { AT_FIRST, AT_CRYSTAL = AT_FIRST, AT_ARROW, AT_ORB, AT_RUNE, AT_FIREORB, AT_MSPHERE, NUM_AMMO_TYPES, AT_NOAMMO // Takes no ammo, used for staff, gauntlets. } ammotype_t; /** * Ammunition type definition. */ typedef struct { int gameModeBits; ///< Game modes the ammo type is available in. char const *hudIcon; ///< Name of the Patch to use in headup displays. } AmmoDef; /** * Returns the AmmoDef for the specified ammunition @a type; otherwise @c 0. */ AmmoDef const *P_AmmoDef(ammotype_t type); /** * Powers, bestowable upon players only. */ typedef enum { PT_NONE, /// @todo Remove me (index from zero). PT_FIRST, PT_INVULNERABILITY = PT_FIRST, PT_INVISIBILITY, PT_ALLMAP, PT_INFRARED, PT_WEAPONLEVEL2, // Temporarily boost all owned weapons to level 2. PT_FLIGHT, PT_SHIELD, PT_HEALTH2, NUM_POWER_TYPES } powertype_t; #define INVULNTICS (30*TICRATE) #define INVISTICS (60*TICRATE) #define INFRATICS (120*TICRATE) #define IRONTICS (60*TICRATE) #define WPNLEV2TICS (40*TICRATE) #define FLIGHTTICS (60*TICRATE) #define CHICKENTICS (40*TICRATE) /** * Inventory Item Types: */ typedef enum { IIT_NONE = 0, IIT_FIRST = 1, IIT_INVULNERABILITY = IIT_FIRST, IIT_INVISIBILITY, IIT_HEALTH, IIT_SUPERHEALTH, IIT_TOMBOFPOWER, IIT_TORCH, IIT_FIREBOMB, IIT_EGG, IIT_FLY, IIT_TELEPORT, NUM_INVENTORYITEM_TYPES } inventoryitemtype_t; #define MAXINVITEMCOUNT 16 #define BLINKTHRESHOLD (4*TICRATE) //enum { VX, VY, VZ }; // Vertex indices. enum { CR, CG, CB, CA }; // Color indices. #define IS_SERVER Get(DD_SERVER) #define IS_CLIENT Get(DD_CLIENT) #define IS_NETGAME Get(DD_NETGAME) #define IS_DEDICATED Get(DD_DEDICATED) #define SFXVOLUME (Get(DD_SFX_VOLUME)/17) #define MUSICVOLUME (Get(DD_MUSIC_VOLUME)/17) int G_GetInteger(int id); void *G_GetVariable(int id); // Most damage defined using HITDICE #define HITDICE(a) ((1+(P_Random()&7))*a) #define SBARHEIGHT (42) // status bar height at bottom of screen #define TELEFOGHEIGHT (32) #define MAXEVENTS (64) #define DEFAULT_PLAYER_VIEWHEIGHT (41) #endif /* LIBHERETIC_DEFS_H */ doomsday-1.14.5/doomsday/plugins/heretic/include/h_refresh.h0000664000175000017500000000351712350542240023374 0ustar jaakkojaakko/** @file h_refresh.h Heretic specific refresh functions/utilities. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef JHERETIC_REFRESH_H #define JHERETIC_REFRESH_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "hu_stuff.h" #include "p_mobj.h" DENG_EXTERN_C float quitDarkenOpacity; #ifdef __cplusplus extern "C" { #endif void G_RendPlayerView(int player); /** * Draws a special filter over the screen. */ void G_RendSpecialFilter(int player, RectRaw const *region); void H_DrawViewPort(int port, RectRaw const *portGeometry, RectRaw const *windowGeometry, int player, int layer); void H_DrawWindow(Size2Raw const *windowSize); void H_EndFrame(void); void P_SetDoomsdayFlags(mobj_t *mo); void R_SetAllDoomsdayFlags(void); dd_bool R_ViewFilterColor(float rgba[4], int filter); /** * Sets the new palette based upon current values of player->damageCount and player->bonusCount */ void R_UpdateViewFilter(int player); #ifdef __cplusplus } // extern "C" #endif #endif // JHERETIC_REFRESH_H doomsday-1.14.5/doomsday/plugins/heretic/include/h_stat.h0000664000175000017500000000355112350542240022707 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * h_stat.h: All the global variables that store the internal state. * * Theoretically speaking, the internal state of the game can be found by * looking at the variables collected here, and every relevant module will * have to include this header file. In practice, things are a bit messy. */ #ifndef __JHERETIC_STATE_H__ #define __JHERETIC_STATE_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomdata.h" #include "h_player.h" // Player taking events, and displaying. #define CONSOLEPLAYER Get(DD_CONSOLEPLAYER) #define DISPLAYPLAYER Get(DD_DISPLAYPLAYER) #define GAMETIC (*((timespan_t*) DD_GetVariable(DD_GAMETIC))) //#define maketic Get(DD_MAKETIC) //#define ticdup 1 // wipegamestate can be set to -1 to force a wipe on the next draw extern gamestate_t wipeGameState; extern int bodyQueueSlot; #endif doomsday-1.14.5/doomsday/plugins/heretic/include/acfnlink.h0000664000175000017500000001337512350542240023217 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * acfnlink.h: */ #ifndef __ACTION_LINK_H__ #define __ACTION_LINK_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "dd_share.h" typedef struct { char* name; // Name of the routine. void (C_DECL *func) (); // Pointer to the function. } actionlink_t; DENG_EXTERN_C actionlink_t actionlinks[]; void C_DECL A_AccTeleGlitter(); void C_DECL A_AddPlayerCorpse(); void C_DECL A_AddPlayerRain(); void C_DECL A_BeakAttackPL1(); void C_DECL A_BeakAttackPL2(); void C_DECL A_BeakRaise(); void C_DECL A_BeakReady(); void C_DECL A_BeastAttack(); void C_DECL A_BeastPuff(); void C_DECL A_BlueSpark(); void C_DECL A_BoltSpark(); void C_DECL A_BossDeath(); void C_DECL A_Chase(); void C_DECL A_CheckBurnGone(); void C_DECL A_CheckSkullDone(); void C_DECL A_CheckSkullFloor(); void C_DECL A_ChicAttack(); void C_DECL A_ChicChase(); void C_DECL A_ChicLook(); void C_DECL A_ChicPain(); void C_DECL A_ClinkAttack(); void C_DECL A_ContMobjSound(); void C_DECL A_DeathBallImpact(); void C_DECL A_DripBlood(); void C_DECL A_ESound(); void C_DECL A_Explode(); void C_DECL A_FaceTarget(); void C_DECL A_Feathers(); void C_DECL A_FireBlasterPL1(); void C_DECL A_FireBlasterPL2(); void C_DECL A_FireCrossbowPL1(); void C_DECL A_FireCrossbowPL2(); void C_DECL A_FireGoldWandPL1(); void C_DECL A_FireGoldWandPL2(); void C_DECL A_FireMacePL1(); void C_DECL A_FireMacePL2(); void C_DECL A_FirePhoenixPL1(); void C_DECL A_FirePhoenixPL2(); void C_DECL A_FireSkullRodPL1(); void C_DECL A_FireSkullRodPL2(); void C_DECL A_FlameEnd(); void C_DECL A_FlameSnd(); void C_DECL A_FloatPuff(); void C_DECL A_FreeTargMobj(); void C_DECL A_GauntletAttack(); void C_DECL A_GenWizard(); void C_DECL A_GhostOff(); void C_DECL A_HeadAttack(); void C_DECL A_HeadFireGrow(); void C_DECL A_HeadIceImpact(); void C_DECL A_HideInCeiling(); void C_DECL A_HideThing(); void C_DECL A_ImpDeath(); void C_DECL A_ImpExplode(); void C_DECL A_ImpMeAttack(); void C_DECL A_ImpMsAttack(); void C_DECL A_ImpMsAttack2(); void C_DECL A_ImpXDeath1(); void C_DECL A_ImpXDeath2(); void C_DECL A_InitKeyGizmo(); void C_DECL A_InitPhoenixPL2(); void C_DECL A_KnightAttack(); void C_DECL A_Light0(); void C_DECL A_Look(); void C_DECL A_Lower(); void C_DECL A_MaceBallImpact(); void C_DECL A_MaceBallImpact2(); void C_DECL A_MacePL1Check(); void C_DECL A_MakePod(); void C_DECL A_MinotaurAtk1(); void C_DECL A_MinotaurAtk2(); void C_DECL A_MinotaurAtk3(); void C_DECL A_MinotaurCharge(); void C_DECL A_MinotaurDecide(); void C_DECL A_MntrFloorFire(); void C_DECL A_MummyAttack(); void C_DECL A_MummyAttack2(); void C_DECL A_MummyFX1Seek(); void C_DECL A_MummySoul(); void C_DECL A_NoBlocking(); void C_DECL A_Pain(); void C_DECL A_PhoenixPuff(); void C_DECL A_PodPain(); void C_DECL A_RainImpact(); void C_DECL A_Raise(); void C_DECL A_ReFire(); void C_DECL A_RemovePod(); void C_DECL A_RestoreArtifact(); /** * Make a special 'thing' visible again. */ void C_DECL A_RestoreSpecialThing1(); void C_DECL A_RestoreSpecialThing2(); void C_DECL A_Scream(); void C_DECL A_ShutdownPhoenixPL2(); void C_DECL A_SkullPop(); void C_DECL A_SkullRodPL2Seek(); void C_DECL A_SkullRodStorm(); void C_DECL A_SnakeAttack(); void C_DECL A_SnakeAttack2(); void C_DECL A_Sor1Chase(); void C_DECL A_Sor1Pain(); void C_DECL A_Sor2DthInit(); void C_DECL A_Sor2DthLoop(); void C_DECL A_SorcererRise(); void C_DECL A_SorDBon(); void C_DECL A_SorDExp(); void C_DECL A_SorDSph(); void C_DECL A_SorRise(); void C_DECL A_SorSightSnd(); void C_DECL A_SorZap(); void C_DECL A_SpawnRippers(); void C_DECL A_SpawnTeleGlitter(); void C_DECL A_SpawnTeleGlitter2(); void C_DECL A_Srcr1Attack(); void C_DECL A_Srcr2Attack(); void C_DECL A_Srcr2Decide(); void C_DECL A_StaffAttackPL1(); void C_DECL A_StaffAttackPL2(); void C_DECL A_UnHideThing(); void C_DECL A_VolcanoBlast(); void C_DECL A_VolcanoSet(); void C_DECL A_VolcBallImpact(); void C_DECL A_WeaponReady(); void C_DECL A_WhirlwindSeek(); void C_DECL A_WizAtk1(); void C_DECL A_WizAtk2(); void C_DECL A_WizAtk3(); // Inventory: void C_DECL A_FireBomb(); void C_DECL A_TombOfPower(); void C_DECL A_Egg(); void C_DECL A_Wings(); void C_DECL A_Teleport(); void C_DECL A_Torch(); void C_DECL A_Health(); void C_DECL A_SuperHealth(); void C_DECL A_Invisibility(); void C_DECL A_Invulnerability(); #endif doomsday-1.14.5/doomsday/plugins/heretic/include/p_setup.h0000664000175000017500000000325012350542240023100 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_setup.h: Map setup routines */ #ifndef __P_SETUP_H__ #define __P_SETUP_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif // Map objects and their properties: enum { MO_NONE = 0, MO_THING, MO_XLINEDEF, MO_XSECTOR, MO_X, MO_Y, MO_Z, MO_ANGLE, MO_TYPE, MO_DOOMEDNUM, MO_SKILLMODES, MO_FLAGS, MO_TAG }; #ifdef __cplusplus extern "C" { #endif void P_RegisterMapObjs(void); int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void* data); int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void* data); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/p_telept.h0000664000175000017500000000231412350542240023235 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_telept.h: */ #ifndef __P_TELEPT_H__ #define __P_TELEPT_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #define TELEFOGHEIGHTF (32) dd_bool EV_Teleport(Line* line, int side, mobj_t* thing, dd_bool spawnFog); void P_ArtiTele(player_t* player); #endif doomsday-1.14.5/doomsday/plugins/heretic/include/jheretic.h0000664000175000017500000000446112350542240023223 0ustar jaakkojaakko/**\file jheretic.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * All jHeretic Headers * * A convenience header for including all jHeretic headers. */ #ifndef __JHERETIC_CONVENIENCE_H__ #define __JHERETIC_CONVENIENCE_H__ #include "../../heretic/include/h_api.h" #include "../../heretic/include/acfnlink.h" #include "../../heretic/include/doomdef.h" #include "../../heretic/include/dstrings.h" #include "../../heretic/include/g_game.h" #include "../../heretic/include/h_config.h" #include "../../heretic/include/h_console.h" #include "../../heretic/include/h_event.h" #include "../../heretic/include/h_main.h" #include "../../heretic/include/h_refresh.h" #include "../../heretic/include/h_stat.h" #include "../../heretic/include/h_type.h" #include "../../heretic/include/in_lude.h" #include "../../heretic/include/m_cheat.h" #include "../../heretic/include/m_random.h" #include "../../heretic/include/p_enemy.h" #include "../../heretic/include/p_inter.h" #include "../../heretic/include/p_lights.h" #include "../../heretic/include/p_local.h" #include "../../heretic/include/p_maputl.h" #include "../../heretic/include/p_pspr.h" #include "../../heretic/include/p_setup.h" #include "../../heretic/include/p_spec.h" #include "../../heretic/include/p_telept.h" #include "../../heretic/include/r_defs.h" #include "../../heretic/include/st_stuff.h" #include "../../heretic/include/tables.h" #endif // __JHERETIC_CONVENIENCE_H__ doomsday-1.14.5/doomsday/plugins/heretic/include/p_mobj.h0000664000175000017500000002644412350542240022701 0ustar jaakkojaakko/**\file p_mobj.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Map Objects, MObj, definition and handling. */ #ifndef LIBHERETIC_P_MOBJ_H #define LIBHERETIC_P_MOBJ_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomsday.h" #include "p_terraintype.h" #include "h_think.h" #include "info.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define NOMOM_THRESHOLD (0.0001) // (integer) 0 #define DROPOFFMOM_THRESHOLD (0.25) // FRACUNIT/4 #define MAXMOM (30) // 30*FRACUNIT #define MAXMOMSTEP (15) // 30*FRACUNIT/2 #define FRICTION_LOW (0.97265625) // 0xf900 #define FRICTION_FLY (0.91796875) // 0xeb00 #define FRICTION_NORMAL (0.90625000) // 0xe800 #define FRICTION_HIGH (0.41992187) // 0xd700/2 /** * Mobj flags * * \attention IMPORTANT - Keep this current!!! * LEGEND: * p = Flag is persistent (never changes in-game). * i = Internal use (not to be used in defintions). * * \todo Persistent flags (p) don't need to be included in save games or sent to * clients in netgames. We should collect those in to a const flags setting which * is set only once when the mobj is spawned. * * \todo All flags for internal use only (i) should be put in another var and the * flags removed from those defined in GAME/objects.DED */ // --- mobj.flags --- #define MF_SPECIAL 0x00000001 // Call P_SpecialThing when touched. #define MF_SOLID 0x00000002 // Blocks. #define MF_SHOOTABLE 0x00000004 // Can be hit. #define MF_NOSECTOR 0x00000008 // (p) Don't use the sector links (invisible but touchable). #define MF_NOBLOCKMAP 0x00000010 // (p) Don't use the blocklinks (inert but displayable) #define MF_AMBUSH 0x00000020 // Not to be activated by sound, deaf monster. #define MF_JUSTHIT 0x00000040 // Will try to attack right back. #define MF_JUSTATTACKED 0x00000080 // Will take at least one step before attacking. #define MF_SPAWNCEILING 0x00000100 // (p) Hang from ceiling instead of stand on floor. #define MF_NOGRAVITY 0x00000200 // Don't apply gravity (every tic). // Movement flags. #define MF_DROPOFF 0x00000400 // This allows jumps from high places. #define MF_PICKUP 0x00000800 // For players, will pick up items. #define MF_NOCLIP 0x00001000 // (i) Player cheat. //#define MF_SLIDE 0x00002000 // unused #define MF_FLOAT 0x00004000 // Allow moves to any height, no gravity. #define MF_TELEPORT 0x00008000 // (p) Don't cross lines or look at heights on teleport. #define MF_MISSILE 0x00010000 // Don't hit same species, explode on block. #define MF_DROPPED 0x00020000 // (i) Dropped by a demon, not level spawned. #define MF_SHADOW 0x00040000 // Use fuzzy draw (shadow demons or spectres). #define MF_NOBLOOD 0x00080000 // Don't bleed when shot (use puff). #define MF_CORPSE 0x00100000 // (i) Don't stop moving halfway off a step. #define MF_INFLOAT 0x00200000 // Floating to a height for a move, // don't auto float to target's height. #define MF_COUNTKILL 0x00400000 // count towards intermission kill total #define MF_COUNTITEM 0x00800000 // count towards intermission item total #define MF_SKULLFLY 0x01000000 // (i) skull in flight. #define MF_NOTDMATCH 0x02000000 // (p) not spawned in deathmatch mode (e.g. key cards). #define MF_TRANSLATION 0x0c000000 // (i) if 0x4 0x8 or 0xc, use a translation #define MF_TRANSSHIFT 26 // (N/A) table for player colormaps #define MF_LOCAL 0x10000000 // (p) Won't be sent to clients. #define MF_BRIGHTSHADOW 0x20000000 #define MF_BRIGHTEXPLODE 0x40000000 // Make this brightshadow when exploding. #define MF_VIEWALIGN 0x80000000 /* * The following flags are obsolete in a particular mobj version. * They will automatically be cleared when loading an old save game. */ #define MF_V6OBSOLETE (0x00002000) // (MF_SLIDE) // --- mobj.flags2 --- #define MF2_LOGRAV 0x00000001 // alternate gravity setting #define MF2_WINDTHRUST 0x00000002 // (p) gets pushed around by the wind specials // #define MF2_FLOORBOUNCE 0x00000004 // bounces off the floor #define MF2_THRUGHOST 0x00000008 // (p) missile will pass through ghosts #define MF2_FLY 0x00000010 // (i) fly mode is active #define MF2_FLOORCLIP 0x00000020 // if feet are allowed to be clipped #define MF2_SPAWNFLOAT 0x00000040 // (p) spawn random float z #define MF2_NOTELEPORT 0x00000080 // does not teleport #define MF2_RIP 0x00000100 // (p) missile rips through solid targets #define MF2_PUSHABLE 0x00000200 // can be pushed by other moving mobjs #define MF2_SLIDE 0x00000400 // slides against walls #define MF2_ALWAYSLIT 0x00000800 #define MF2_PASSMOBJ 0x00001000 // Enable z block checking. If on, // this flag will allow the mobj to // pass over/under other mobjs. #define MF2_CANNOTPUSH 0x00002000 // cannot push other pushable mobjs #define MF2_INFZBOMBDAMAGE 0x00004000 // (p) Don't check z height with radius attacks #define MF2_BOSS 0x00008000 // (p) mobj is a major boss #define MF2_FIREDAMAGE 0x00010000 // does fire damage #define MF2_NODMGTHRUST 0x00020000 // does not thrust target when // damaging #define MF2_TELESTOMP 0x00040000 // mobj can stomp another #define MF2_FLOATBOB 0x00080000 // (p) use float bobbing z movement #define MF2_DONTDRAW 0X00100000 // don't generate a vissprite // --- mobj.flags3 --- #define MF3_NOINFIGHT 0x00000001 // Mobj will never be targeted for in-fighting #define MF3_CLIENTACTION 0x00000002 // States' action funcs are executed by client // --- mobj.intflags --- (added in MOBJ_SAVEVERSION 6) // Internal mobj flags cannot be set using an external definition. #define MIF_FALLING 0x00000001 // $dropoff_fix: Object is falling from a ledge. /* * end mobj flags */ // For torque simulation: #define OVERDRIVE 6 #define MAXGEAR (OVERDRIVE+16) typedef enum dirtype_s { DI_EAST, DI_NORTHEAST, DI_NORTH, DI_NORTHWEST, DI_WEST, DI_SOUTHWEST, DI_SOUTH, DI_SOUTHEAST, DI_NODIR, NUMDIRS } dirtype_t; #define VALID_MOVEDIR(v) ((v) >= DI_EAST && (v) <= DI_SOUTHEAST) // Map Object definition. typedef struct mobj_s { // Defined in dd_share.h; required mobj elements. DD_BASE_MOBJ_ELEMENTS() // Heretic-specific data: int damage; // For missiles int special1; // Special info int special2; // Special info int special3; // Special info int moveDir; // 0-7 int moveCount; // when 0, select a new dir struct mobj_s* target; // thing being chased/attacked (or NULL) // also the originator for missiles // used by player to freeze a bit after // teleporting int threshold; // if >0, the target will be chased int intFlags; // $dropoff_fix: internal flags coord_t dropOffZ; // $dropoff_fix short gear; // used in torque simulation dd_bool wallRun; // true = last move was the result of a wallrun // no matter what (even if shot) struct player_s *player; // only valid if type == MT_PLAYER int lastLook; // player number last looked for // For nightmare/multiplayer respawn. struct { coord_t origin[3]; angle_t angle; int flags; // MSF_* flags. } spawnSpot; // Thing being chased/attacked for tracers. struct mobj_s* tracer; // Used for pod generating. struct mobj_s* generator; int turnTime; // $visangle-facetarget int corpseTics; // $vanish: how long has this been dead? #ifdef __cplusplus void write(MapStateWriter *msw) const; /** * Always returns @c false as a thinker will have already been allocated in * the mobj creation process. */ int read(MapStateReader *msr); #endif } mobj_t; #ifdef __cplusplus extern "C" { #endif mobj_t *P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags); mobj_t *P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags); void P_SpawnBlood(coord_t x, coord_t y, coord_t z, int damage, angle_t angle); void P_SpawnBloodSplatter(coord_t x, coord_t y, coord_t z, mobj_t *originator); /** * Tries to aim at a nearby monster if source is a player. Else aim is * taken at dest. * * @param source The mobj doing the shooting. * @param dest The mobj being shot at. Can be @c NULL if source * is a player. * @param type The type of mobj to be shot. * @param checkSpawn @c true call P_CheckMissileSpawn. * * @return Pointer to the newly spawned missile. */ mobj_t *P_SpawnMissile(mobjtype_t type, mobj_t *source, mobj_t *dest, dd_bool checkSpawn); /** * Tries to aim at a nearby monster if 'source' is a player. Else aim is * the angle of the source mobj. Z angle is specified with momZ. * * @param type The type of mobj to be shot. * @param source The mobj doing the shooting. * @param angle The X/Y angle to shoot the missile in. * @param momZ The Z momentum of the missile to be spawned. * * @return Pointer to the newly spawned missile. */ mobj_t *P_SpawnMissileAngle(mobjtype_t type, mobj_t *source, angle_t angle, coord_t momz); /** * Spawn a missile at given angle. * * @return @c NULL if the missile exploded immediately, otherwise returns * a mobj_t pointer to the missile. * * @note This is adapted directly from vanilla Heretic sources (p_mobj.c:1418). */ mobj_t *Vanilla_P_SpawnMissileAngle(mobj_t *source, mobjtype_t type, angle_t angle, coord_t momz); mobj_t *P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle); coord_t P_MobjGetFriction(mobj_t *mobj); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHERETIC_P_MOBJ_H doomsday-1.14.5/doomsday/plugins/heretic/include/doomdata.h0000664000175000017500000000456412350542240023222 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * doomdata.h: Thing and line attributes */ #ifndef __DOOMDATA_H__ #define __DOOMDATA_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif // Base plane ids. enum { PLN_FLOOR, PLN_CEILING }; // // Line attributes. // // Blocks monsters only. #define ML_BLOCKMONSTERS 0x0002 /** * If not present on a two-sided line suppress the back sector and instead * consider the line as if it were one-sided. For mod compatibility purposes. */ #define ML_TWOSIDED 0x0004 // In AutoMap: don't map as two sided: IT'S A SECRET! #define ML_SECRET 0x0020 // Sound rendering: don't let sound cross two of these. #define ML_SOUNDBLOCK 0x0040 // Don't draw on the automap at all. #define ML_DONTDRAW 0x0080 // Set if already seen, thus drawn in automap. #define ML_MAPPED 0x0100 // Allows a USE action to pass through a line with a special #define ML_PASSUSE 0x0200 //If set allows any mobj to trigger the line's special #define ML_ALLTRIGGER 0x0400 #define ML_VALID_MASK (ML_BLOCKMONSTERS|ML_TWOSIDED|ML_SECRET|ML_SOUNDBLOCK|ML_DONTDRAW|ML_MAPPED|ML_PASSUSE|ML_ALLTRIGGER) // Special activation types #define SPAC_CROSS 0 // when player crosses line #define SPAC_USE 1 // when player uses line #define SPAC_IMPACT 3 // when projectile hits line #endif doomsday-1.14.5/doomsday/plugins/heretic/include/p_enemy.h0000664000175000017500000000246712350542240023066 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_enemy.h: Enemy thinking, AI. */ #ifndef __P_ENEMY_H__ #define __P_ENEMY_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #ifdef __cplusplus extern "C" { #endif void P_ClearBodyQueue(void); int P_Massacre(void); void P_NoiseAlert(mobj_t* target, mobj_t* emmiter); void P_DSparilTeleport(mobj_t* actor); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/st_stuff.h0000664000175000017500000001100612350542240023254 0ustar jaakkojaakko/**\file st_stuff.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Statusbar code jHeretic - specific. * * Does the face/direction indicator animatin. * Does palette indicators as well (red pain/berserk, bright pickup) */ #ifndef LIBHERETIC_STUFF_H #define LIBHERETIC_STUFF_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "hu_lib.h" #include "h_config.h" #ifdef __cplusplus extern "C" { #endif // Size of statusbar, now sensitive for scaling. #define ST_HEIGHT (42 * SCREEN_MUL) #define ST_WIDTH (SCREENWIDTH) #define ST_Y (SCREENHEIGHT - ST_HEIGHT) #define ST_AUTOMAP_OBSCURE_TOLERANCE (.9999f) /// Register the console commands, variables, etc..., of this module. void ST_Register(void); void ST_Init(void); void ST_Shutdown(void); int ST_Responder(event_t* ev); void ST_Ticker(timespan_t ticLength); void ST_Drawer(int player); void ST_Start(int player); void ST_Stop(int player); void ST_CloseAll(int player, dd_bool fast); uiwidget_t* ST_UIChatForPlayer(int player); uiwidget_t* ST_UILogForPlayer(int player); uiwidget_t* ST_UIAutomapForPlayer(int player); dd_bool ST_ChatIsActive(int player); dd_bool ST_StatusBarIsActive(int player); /** * Post a message to the specified player's log. * * @param player Player (local) number whose log to post to. * @param flags @ref logMessageFlags * @param text Message Text to be posted. Messages may use the same * paramater control blocks as with the engine's Text rendering API. */ void ST_LogPost(int player, byte flags, const char* text); /** * Rewind the message log of the specified player, making the last few messages * visible once again. * * @param player Local player number whose message log to refresh. */ void ST_LogRefresh(int player); /** * Empty the message log of the specified player. * * @param player Local player number whose message log to empty. */ void ST_LogEmpty(int player); void ST_LogUpdateAlignment(void); void ST_LogPostVisibilityChangeNotification(void); /** * Start the automap. */ void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast); dd_bool ST_AutomapIsActive(int player); void ST_ToggleAutomapPanMode(int player); void ST_ToggleAutomapMaxZoom(int player); float ST_AutomapOpacity(int player); /** * Does the player's automap obscure this region completely? * @pre Window dimensions use the fixed coordinate space {x} 0 - 320, {y} 0 - 200. * * @param player Local player number whose automap to check. * @param region Window region. * * @return @true= there is no point even partially visible. */ dd_bool ST_AutomapObscures2(int player, const RectRaw* region); dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height); int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z); void ST_AutomapClearPoints(int player); dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z); void ST_SetAutomapCameraRotation(int player, dd_bool on); int ST_AutomapCheatLevel(int player); void ST_SetAutomapCheatLevel(int player, int level); void ST_CycleAutomapCheatLevel(int player); void ST_RevealAutomap(int player, dd_bool on); dd_bool ST_AutomapHasReveal(int player); void ST_RebuildAutomap(int player); /** * Unhides the current HUD display if hidden. * * @param player Player whoose HUD to (maybe) unhide. * @param event Event type trigger. */ void ST_HUDUnHide(int player, hueevent_t ev); void ST_FlashCurrentItem(int player); D_CMD(ChatOpen); D_CMD(ChatAction); D_CMD(ChatSendMacro); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBHERETIC_STUFF_H */ doomsday-1.14.5/doomsday/plugins/heretic/include/p_lights.h0000664000175000017500000000511112350542240023230 0ustar jaakkojaakko/** @file p_lights.h Handle Sector base lighting effects. * * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHERETIC_PLAY_LIGHTS_H #define LIBHERETIC_PLAY_LIGHTS_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define GLOWSPEED (8) #define STROBEBRIGHT (5) #define FASTDARK (15) #define SLOWDARK (35) typedef struct lightflash_s { thinker_t thinker; Sector *sector; int count; float maxLight; float minLight; int maxTime; int minTime; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } lightflash_t; typedef struct strobe_s { thinker_t thinker; Sector *sector; int count; float minLight; float maxLight; int darkTime; int brightTime; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } strobe_t; typedef struct glow_s { thinker_t thinker; Sector *sector; float minLight; float maxLight; int direction; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } glow_t; #ifdef __cplusplus extern "C" { #endif void T_LightFlash(lightflash_t *flash); void P_SpawnLightFlash(Sector *sector); void T_StrobeFlash(strobe_t *flash); void P_SpawnStrobeFlash(Sector *sector, int fastOrSlow, int inSync); void T_Glow(glow_t *g); void P_SpawnGlowingLight(Sector *sector); void EV_StartLightStrobing(Line *line); void EV_TurnTagLightsOff(Line *line); void EV_LightTurnOn(Line *line, float bright); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHERETIC_PLAY_LIGHTS_H doomsday-1.14.5/doomsday/plugins/heretic/include/version.h0000664000175000017500000000456512350542240023120 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Version numbering, naming etc. */ #ifndef JHERETIC_VERSION_H #define JHERETIC_VERSION_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "dd_version.h" #ifndef JHERETIC_VER_ID # ifdef _DEBUG # define JHERETIC_VER_ID "+D Doomsday" # else # define JHERETIC_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAMETEXT "jheretic" #define PLUGIN_NAMETEXT2 "libheretic" // for transitioning: for those // resources that have been renamed // to the new name // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "libheretic" #define PLUGIN_NICEAUTHOR DENGPROJECT_NICEAUTHOR #define PLUGIN_DETAILS "libheretic is based on Heretic v1.3 by Raven Software." #define PLUGIN_HOMEURL DOOMSDAY_HOMEURL #define PLUGIN_DOCSURL DOOMSDAY_DOCSURL #define PLUGIN_VERSION_TEXT DOOMSDAY_VERSION_BASE #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" JHERETIC_VER_ID ")" #define PLUGIN_VERSION_NUMBER DOOMSDAY_VERSION_NUMBER // For WIN32 version info. // For WIN32 version info: #define PLUGIN_DESC PLUGIN_NICENAME " " LIBDENG_PLUGINDESC #define PLUGIN_COPYRIGHT "2000-2013, " DENGPROJECT_NICEAUTHOR #endif /* JHERETIC_VERSION_H */ doomsday-1.14.5/doomsday/plugins/heretic/include/h_think.h0000664000175000017500000000303112350542240023042 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * h_think.h: * * MapObj data. Map Objects or mobjs are actors, entities, * thinker, take-your-pick... anything that moves, acts, or * suffers state changes of more or less violent nature. */ #ifndef __JHERETIC_THINK_H__ #define __JHERETIC_THINK_H__ typedef void (*actionf_v) (); typedef void (*actionf_p1) (void *); typedef void (*actionf_p2) (void *, void *); #define NOPFUNC ((actionf_v) (-1)) typedef union { actionf_p1 acp1; actionf_v acv; actionf_p2 acp2; } actionf_t; #endif doomsday-1.14.5/doomsday/plugins/heretic/include/h_type.h0000664000175000017500000000365212350542240022717 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * h_type.h: Simple basic typedefs. * * Isolated here to make it easier separating modules. */ #ifndef __JHERETIC_TYPE_H__ #define __JHERETIC_TYPE_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif // Predefined with some OS. #ifdef UNIX #include #define MAXCHAR SCHAR_MAX #define MAXSHORT SHRT_MAX #define MAXINT INT_MAX #define MAXLONG LONG_MAX #define MINCHAR SCHAR_MIN #define MINSHORT SHRT_MIN #define MININT INT_MIN #define MINLONG LONG_MIN #else /* not UNIX */ #define MAXCHAR ((char)0x7f) #define MAXSHORT ((short)0x7fff) // Max pos 32-bit int. #define MAXINT ((int)0x7fffffff) #define MAXLONG ((long)0x7fffffff) #define MINCHAR ((char)0x80) #define MINSHORT ((short)0x8000) // Max negative 32-bit integer. #define MININT ((int)0x80000000) #define MINLONG ((long)0x80000000) #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/r_local.h0000664000175000017500000000244312350542240023037 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * r_local.h: */ #ifndef __R_LOCAL_H__ #define __R_LOCAL_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif // // lighting constants // #define NUMCOLORMAPS 32 // number of diminishing #define INVERSECOLORMAP 32 extern int centerx, centery; extern int flyheight; #endif doomsday-1.14.5/doomsday/plugins/heretic/include/hereticv13mapstatereader.h0000664000175000017500000000320512350542240026320 0ustar jaakkojaakko/** @file hereticv13mapstatereader.h Heretic ver 1.3 saved game map state reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHERETIC_HERETICV13_MAPSTATEREADER #define LIBHERETIC_HERETICV13_MAPSTATEREADER #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include /** * Heretic ver 1.3 saved game map state reader. * * @ingroup libheretic */ class HereticV13MapStateReader : public de::game::SavedSession::MapStateReader { public: HereticV13MapStateReader(de::game::SavedSession const &session); ~HereticV13MapStateReader(); void read(de::String const &mapUriStr); private: DENG2_PRIVATE(d) }; #endif // LIBHERETIC_HERETICV13_MAPSTATEREADER doomsday-1.14.5/doomsday/plugins/heretic/include/p_local.h0000664000175000017500000000745512350542240023045 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_local.h: */ #ifndef __P_LOCAL_H__ #define __P_LOCAL_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #ifndef __R_LOCAL__ #include "r_local.h" #endif #include "p_spec.h" #include "p_start.h" #include "p_actor.h" #include "p_xg.h" #include "info.h" // Palette indices, for damage/bonus red-/gold-shifts. #define STARTREDPALS 1 #define STARTBONUSPALS 9 #define NUMREDPALS 8 #define NUMBONUSPALS 4 #define FLOATSPEED 4 #define MAXHEALTH (maxHealth) //100 #define MAXCHICKENHEALTH 30 #define VIEWHEIGHT 41 // player radius for movement checking #define PLAYERRADIUS 16 // MAXRADIUS is for precalculated sector block boxes // the spider demon is larger, // but we do not have any moving sectors nearby #define MAXRADIUS 32 #define USERANGE 64 #define MELEERANGE 64 #define MISSILERANGE (32*64) // Follow a player exlusively for 3 seconds. #define BASETHRESHOLD 100 #define sentient(mobj) ((mobj)->health > 0 && P_GetState((mobj)->type, SN_SEE)) #define FOOTCLIPSIZEF (10) #define thinkerCap (*gi.thinkerCap) #define FLAME_THROWER_TICS 10*35 #define MAGIC_JUNK 1234 #define USE_GWND_AMMO_1 1 #define USE_GWND_AMMO_2 1 #define USE_CBOW_AMMO_1 1 #define USE_CBOW_AMMO_2 1 #define USE_BLSR_AMMO_1 1 #define USE_BLSR_AMMO_2 5 #define USE_SKRD_AMMO_1 1 #define USE_SKRD_AMMO_2 5 #define USE_PHRD_AMMO_1 1 #define USE_PHRD_AMMO_2 1 #define USE_MACE_AMMO_1 1 #define USE_MACE_AMMO_2 5 DENG_EXTERN_C mobj_t *missileMobj; DENG_EXTERN_C float turboMul; #ifdef __cplusplus extern "C" { #endif /** * Chooses the next spot to place the mace. */ void P_RepositionMace(mobj_t *mo); void P_SetPsprite(player_t* player, int position, statenum_t stnum); void P_SetupPsprites(player_t* curplayer); void P_MovePsprites(player_t* curplayer); void P_DropWeapon(player_t* player); void P_ActivateMorphWeapon(player_t* player); void P_PostMorphWeapon(player_t* player, weapontype_t weapon); void P_UpdateBeak(player_t* player, pspdef_t* psp); dd_bool P_UndoPlayerMorph(player_t* player); void P_ThrustMobj(mobj_t* mo, angle_t angle, coord_t move); void P_WindThrust(mobj_t* mo); int P_FaceMobj(mobj_t* source, mobj_t* target, angle_t* delta); dd_bool P_SeekerMissile(mobj_t* actor, angle_t thresh, angle_t turnMax); void P_MobjThinker(void *mo); void P_RipperBlood(mobj_t* mo); dd_bool P_HitFloor(mobj_t* thing); dd_bool P_CheckMissileSpawn(mobj_t* missile); void P_MobjMoveZ(mobj_t* mo); void P_ExplodeMissile(mobj_t* mo); void Draw_BeginZoom(float s, float originX, float originY); void Draw_EndZoom(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/h_console.h0000664000175000017500000000247712350542240023404 0ustar jaakkojaakko/**\file h_console.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Console settings and commands - Heretic specific. */ #ifndef LIBHERETIC_CONSOLE_H #define LIBHERETIC_CONSOLE_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #ifdef __cplusplus extern "C" { #endif void G_ConsoleRegistration(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBHERETIC_CONSOLE_H */ doomsday-1.14.5/doomsday/plugins/heretic/include/h_main.h0000664000175000017500000000407612350542240022663 0ustar jaakkojaakko/** @file h_main.h Heretic-specific game initialization. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBJHERETIC_MAIN_H #define LIBJHERETIC_MAIN_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomdef.h" DENG_EXTERN_C int verbose; DENG_EXTERN_C float turboMul; // Multiplier for turbo. DENG_EXTERN_C gamemode_t gameMode; DENG_EXTERN_C int gameModeBits; DENG_EXTERN_C char const *borderGraphics[]; DENG_EXTERN_C float const defFontRGB[]; DENG_EXTERN_C float const defFontRGB2[]; DENG_EXTERN_C float const defFontRGB3[]; DENG_EXTERN_C dd_bool monsterInfight; #ifdef __cplusplus extern "C" { #endif /** * Pre Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void H_PreInit(void); /** * Post Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void H_PostInit(void); void H_Shutdown(void); /** * Get a 32-bit integer value. */ int H_GetInteger(int id); /** * Get a pointer to the value of a variable. Added for 64-bit support. */ void *H_GetVariable(int id); #ifdef __cplusplus } // extern "C" #endif #endif // LIBJHERETIC_MAIN_H doomsday-1.14.5/doomsday/plugins/heretic/include/h_api.h0000664000175000017500000000355112350542240022505 0ustar jaakkojaakko/**\file h_api.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API exchange - jHeretic specific. */ #ifndef LIBJHERETIC_API_H #define LIBJHERETIC_API_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomsday.h" #ifdef __cplusplus extern "C" { #endif extern game_export_t gx; DENG_USING_API(Base); DENG_USING_API(B); DENG_USING_API(Busy); DENG_USING_API(Client); DENG_USING_API(Con); DENG_USING_API(Def); DENG_USING_API(F); DENG_USING_API(FR); DENG_USING_API(GL); DENG_USING_API(Infine); DENG_USING_API(InternalData); DENG_USING_API(Map); DENG_USING_API(Material); DENG_USING_API(MaterialArchive); DENG_USING_API(MPE); DENG_USING_API(Player); DENG_USING_API(Plug); DENG_USING_API(R); DENG_USING_API(Rend); DENG_USING_API(S); DENG_USING_API(Server); DENG_USING_API(Svg); DENG_USING_API(Thinker); DENG_USING_API(Uri); DENG_USING_API(W); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBJHERETIC_API_H */ doomsday-1.14.5/doomsday/plugins/heretic/include/h_event.h0000664000175000017500000000456412350542240023062 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * h_event.h: */ #ifndef __JHERETIC_EVENT_H__ #define __JHERETIC_EVENT_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "h_type.h" typedef enum { GA_NONE, GA_RESTARTMAP, GA_NEWSESSION, GA_LOADSESSION, GA_SAVESESSION, GA_MAPCOMPLETED, GA_ENDDEBRIEFING, GA_VICTORY, GA_LEAVEMAP, GA_SCREENSHOT, GA_QUIT } gameaction_t; /* // // Button/action code definitions. // typedef enum { // Press "Fire". //BT_ATTACK = 1, // Use button, to open doors, activate switches. //BT_USE = 2, // Flag: game events, not really buttons. //BT_SPECIAL = 128, //BT_SPECIALMASK = 3, // Center player look angle (pitch back to zero). //BT_LOOKCENTER = 64, // Flag, weapon change pending. // If true, the next 3 bits hold weapon num. //BT_CHANGE = 4, // The 3bit weapon mask and shift, convenience. //BT_WEAPONMASK = (8+16+32+64), //BT_WEAPONSHIFT = 3, //BT_JUMP = 8, //BT_SPEED = 16, // Pause the game. //BTS_PAUSE = 1, // Save the game at each console. //BTS_SAVEGAME = 2, // Savegame slot numbers // occupy the second byte of buttons. //BTS_SAVEMASK = (4+8+16), //BTS_SAVESHIFT = 2, // Special weapon change flags. //BTS_NEXTWEAPON = 4, //BTS_PREVWEAPON = 8, } buttoncode_t;*/ #endif doomsday-1.14.5/doomsday/plugins/heretic/include/r_data.h0000664000175000017500000000217712350542240022662 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * r_data.h: */ #ifndef __R_DATA_H__ #define __R_DATA_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "r_defs.h" #endif doomsday-1.14.5/doomsday/plugins/heretic/include/in_lude.h0000664000175000017500000000527112350542240023045 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * in_lude.h: Intermission/stat screens */ #ifndef __IN_LUDE_H__ #define __IN_LUDE_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "h_player.h" DENG_EXTERN_C dd_bool intermission; DENG_EXTERN_C int interState; DENG_EXTERN_C int interTime; // // INTERMISSION // Structure passed e.g. to IN_Init(wb) // /*typedef struct { dd_bool inGame; // Whether the player is in game. // Player stats, kills, collected items etc. int kills; int items; int secret; int time; int frags[MAXPLAYERS]; int score; // Current score on entry, modified on return. } wbplayerstruct_t;*/ typedef struct { uint episode; dd_bool didSecret; // If true, splash the secret level. uint currentMap, nextMap; // This and next maps. /* int maxKills; int maxItems; int maxSecret; int maxFrags; int parTime; int pNum; // Index of this player in game. wbplayerstruct_t plyr[MAXPLAYERS];*/ } wbstartstruct_t; #ifdef __cplusplus extern "C" { #endif /// To be called to register the console commands and variables of this module. void WI_Register(void); void IN_Init(wbstartstruct_t* wbstartstruct); void IN_SkipToNext(void); void IN_Stop(void); void IN_Ticker(void); void IN_Drawer(void); void IN_WaitStop(void); void IN_LoadPics(void); void IN_UnloadPics(void); void IN_CheckForSkip(void); void IN_InitStats(void); void IN_InitDeathmatchStats(void); void IN_InitNetgameStats(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/h_player.h0000664000175000017500000001167012350542240023231 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * h_player.h: */ #ifndef __JHERETIC_PLAYER_H__ #define __JHERETIC_PLAYER_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif // The player data structure depends on a number // of other structs: items (internal inventory), // animation states (closely tied to the sprites // used to represent them, unfortunately). #include "h_items.h" #include "p_pspr.h" // In addition, the player is just a special // case of the generic moving object/actor. #include "p_mobj.h" #include "g_controls.h" // // Player states. // typedef enum { // Playing or camping. PST_LIVE, // Dead on the ground, view follows killer. PST_DEAD, // Ready to restart/respawn??? PST_REBORN } playerstate_t; // // Player internal flags, for cheats and debug. // typedef enum { // No clipping, walk through barriers. CF_NOCLIP = 1, // No damage, no health loss. CF_GODMODE = 2, // Not really a cheat, just a debug aid. CF_NOMOMENTUM = 4 } cheat_t; typedef struct player_s { ddplayer_t* plr; // Pointer to the engine's player data. playerstate_t playerState; playerclass_t class_; // Player class. playerbrain_t brain; // This is only used between levels, // mo->health is used during levels. int health; int armorPoints; // Armor type is 0-2. int armorType; // Power ups. invinc and invis are tic counters. int powers[NUM_POWER_TYPES]; dd_bool keys[NUM_KEY_TYPES]; dd_bool backpack; int frags[MAXPLAYERS]; weapontype_t readyWeapon; weapontype_t pendingWeapon; // Is wp_nochange if not changing. struct playerweapon_s { dd_bool owned; } weapons[NUM_WEAPON_TYPES]; struct playerammo_s { int owned; int max; } ammo[NUM_AMMO_TYPES]; // true if button down last tic int attackDown; int useDown; // Bit flags, for cheats and debug, see cheat_t, above. int cheats; // Refired shots are less accurate. int refire; // For intermission stats. int killCount; int itemCount; int secretCount; // For screen flashing (red or bright). int damageCount; int bonusCount; // Who did damage (NULL for floors/ceilings). mobj_t* attacker; // Player skin colorshift, 0-3 for which color to draw player. int colorMap; // Overlay view sprites (gun, etc). pspdef_t pSprites[NUMPSPRITES]; // True if secret level has been done. dd_bool didSecret; int jumpTics; // The player can jump if this counter is zero. int airCounter; int rebornWait; // The player can be reborn if this counter is zero. dd_bool centering; // The player's view pitch is centering back to zero. int update, startSpot; float viewOffset[3]; // Relative to position of the player mobj. float viewZ; // Focal origin above r.z. float viewHeight; // Base height above floor for viewZ. float viewHeightDelta; float bob; // Bounded/scaled total momentum. // Target view to a mobj (NULL=disabled). mobj_t* viewLock; // $democam int lockFull; int flyHeight; // // DJS - Here follows Heretic specific player_t properties // int flameCount; // For flame thrower duration. int morphTics; // player is a chicken if > 0. int chickenPeck; // chicken peck countdown. mobj_t* rain1; // Active rain maker 1. mobj_t* rain2; // Active rain maker 2. #ifdef __cplusplus void write(Writer *writer, struct playerheader_s &plrHdr) const; void read(Reader *reader, struct playerheader_s &plrHdr); #endif } player_t; #endif doomsday-1.14.5/doomsday/plugins/heretic/include/dstrings.h0000664000175000017500000002251012350542240023256 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * dstrings.h: */ #ifndef __HERETICSTRINGS__ #define __HERETICSTRINGS__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #define GET_TXT(x) ((*_api_InternalData.text)? (*_api_InternalData.text)[x].text : "") #define NUM_QUITMESSAGES 0 #define PRESSKEY GET_TXT(TXT_PRESSKEY) #define PRESSYN GET_TXT(TXT_PRESSYN) #define TXT_PAUSED GET_TXT(TXT_TXT_PAUSED) #define QUITMSG GET_TXT(TXT_QUITMSG) #define LOADNET GET_TXT(TXT_LOADNET) #define QLOADNET GET_TXT(TXT_QLOADNET) #define QSAVESPOT GET_TXT(TXT_QSAVESPOT) #define SAVEDEAD GET_TXT(TXT_SAVEDEAD) #define SAVEOUTMAP GET_TXT(TXT_SAVEOUTMAP) #define QSPROMPT GET_TXT(TXT_QSPROMPT) #define QLPROMPT GET_TXT(TXT_QLPROMPT) #define NEWGAME GET_TXT(TXT_NEWGAME) #define NIGHTMARE GET_TXT(TXT_NIGHTMARE) #define SWSTRING GET_TXT(TXT_SWSTRING) #define MSGOFF GET_TXT(TXT_MSGOFF) #define MSGON GET_TXT(TXT_MSGON) #define NETEND GET_TXT(TXT_NETEND) #define ENDGAME GET_TXT(TXT_ENDGAME) #define ENDNOGAME GET_TXT(TXT_ENDNOGAME) #define SUICIDEOUTMAP GET_TXT(TXT_SUICIDEOUTMAP) #define SUICIDEASK GET_TXT(TXT_SUICIDEASK) #define DOSY GET_TXT(TXT_DOSY) #define DETAILHI GET_TXT(TXT_DETAILHI) #define DETAILLO GET_TXT(TXT_DETAILLO) #define GAMMALVL0 GET_TXT(TXT_GAMMALVL0) #define GAMMALVL1 GET_TXT(TXT_GAMMALVL1) #define GAMMALVL2 GET_TXT(TXT_GAMMALVL2) #define GAMMALVL3 GET_TXT(TXT_GAMMALVL3) #define GAMMALVL4 GET_TXT(TXT_GAMMALVL4) #define EMPTYSTRING GET_TXT(TXT_EMPTYSTRING) // Pickup Key messages: #define TXT_GOTBLUEKEY GET_TXT(TXT_TXT_GOTBLUEKEY) #define TXT_GOTYELLOWKEY GET_TXT(TXT_TXT_GOTYELLOWKEY) #define TXT_GOTGREENKEY GET_TXT(TXT_TXT_GOTGREENKEY) // Inventory items: #define TXT_INV_HEALTH GET_TXT(TXT_TXT_INV_HEALTH) #define TXT_INV_FLY GET_TXT(TXT_TXT_INV_FLY) #define TXT_INV_INVULNERABILITY GET_TXT(TXT_TXT_INV_INVULNERABILITY) #define TXT_INV_TOMEOFPOWER GET_TXT(TXT_TXT_INV_TOMEOFPOWER) #define TXT_INV_INVISIBILITY GET_TXT(TXT_TXT_INV_INVISIBILITY) #define TXT_INV_EGG GET_TXT(TXT_TXT_INV_EGG) #define TXT_INV_SUPERHEALTH GET_TXT(TXT_TXT_INV_SUPERHEALTH) #define TXT_INV_TORCH GET_TXT(TXT_TXT_INV_TORCH) #define TXT_INV_FIREBOMB GET_TXT(TXT_TXT_INV_FIREBOMB) #define TXT_INV_TELEPORT GET_TXT(TXT_TXT_INV_TELEPORT) // Items #define TXT_ITEMHEALTH GET_TXT(TXT_TXT_ITEMHEALTH) #define TXT_ITEMBAGOFHOLDING GET_TXT(TXT_TXT_ITEMBAGOFHOLDING) #define TXT_ITEMSHIELD1 GET_TXT(TXT_TXT_ITEMSHIELD1) #define TXT_ITEMSHIELD2 GET_TXT(TXT_TXT_ITEMSHIELD2) #define TXT_ITEMSUPERMAP GET_TXT(TXT_TXT_ITEMSUPERMAP) // Ammo #define TXT_AMMOGOLDWAND1 GET_TXT(TXT_TXT_AMMOGOLDWAND1) #define TXT_AMMOGOLDWAND2 GET_TXT(TXT_TXT_AMMOGOLDWAND2) #define TXT_AMMOMACE1 GET_TXT(TXT_TXT_AMMOMACE1) #define TXT_AMMOMACE2 GET_TXT(TXT_TXT_AMMOMACE2) #define TXT_AMMOCROSSBOW1 GET_TXT(TXT_TXT_AMMOCROSSBOW1) #define TXT_AMMOCROSSBOW2 GET_TXT(TXT_TXT_AMMOCROSSBOW2) #define TXT_AMMOBLASTER1 GET_TXT(TXT_TXT_AMMOBLASTER1) #define TXT_AMMOBLASTER2 GET_TXT(TXT_TXT_AMMOBLASTER2) #define TXT_AMMOSKULLROD1 GET_TXT(TXT_TXT_AMMOSKULLROD1) #define TXT_AMMOSKULLROD2 GET_TXT(TXT_TXT_AMMOSKULLROD2) #define TXT_AMMOPHOENIXROD1 GET_TXT(TXT_TXT_AMMOPHOENIXROD1) #define TXT_AMMOPHOENIXROD2 GET_TXT(TXT_TXT_AMMOPHOENIXROD2) // Key names: #define KEY1 GET_TXT(TXT_KEY1) #define KEY2 GET_TXT(TXT_KEY2) #define KEY3 GET_TXT(TXT_KEY3) // Weapon names: #define TXT_WPNMACE GET_TXT(TXT_TXT_WPNMACE) #define TXT_WPNCROSSBOW GET_TXT(TXT_TXT_WPNCROSSBOW) #define TXT_WPNBLASTER GET_TXT(TXT_TXT_WPNBLASTER) #define TXT_WPNSKULLROD GET_TXT(TXT_TXT_WPNSKULLROD) #define TXT_WPNPHOENIXROD GET_TXT(TXT_TXT_WPNPHOENIXROD) #define TXT_WPNGAUNTLETS GET_TXT(TXT_TXT_WPNGAUNTLETS) #define TXT_CHEATGODON GET_TXT(TXT_TXT_CHEATGODON) #define TXT_CHEATGODOFF GET_TXT(TXT_TXT_CHEATGODOFF) #define TXT_CHEATNOCLIPON GET_TXT(TXT_TXT_CHEATNOCLIPON) #define TXT_CHEATNOCLIPOFF GET_TXT(TXT_TXT_CHEATNOCLIPOFF) #define TXT_CHEATWEAPONS GET_TXT(TXT_TXT_CHEATWEAPONS) #define TXT_CHEATFLIGHTON GET_TXT(TXT_TXT_CHEATFLIGHTON) #define TXT_CHEATFLIGHTOFF GET_TXT(TXT_TXT_CHEATFLIGHTOFF) #define TXT_CHEATPOWERON GET_TXT(TXT_TXT_CHEATPOWERON) #define TXT_CHEATPOWEROFF GET_TXT(TXT_TXT_CHEATPOWEROFF) #define TXT_CHEATHEALTH GET_TXT(TXT_TXT_CHEATHEALTH) #define TXT_CHEATKEYS GET_TXT(TXT_TXT_CHEATKEYS) #define TXT_CHEATSOUNDON GET_TXT(TXT_TXT_CHEATSOUNDON) #define TXT_CHEATSOUNDOFF GET_TXT(TXT_TXT_CHEATSOUNDOFF) #define TXT_CHEATTICKERON GET_TXT(TXT_TXT_CHEATTICKERON) #define TXT_CHEATTICKEROFF GET_TXT(TXT_TXT_CHEATTICKEROFF) #define TXT_CHEATINVITEMS1 GET_TXT(TXT_TXT_CHEATINVITEMS1) #define TXT_CHEATINVITEMS2 GET_TXT(TXT_TXT_CHEATINVITEMS2) #define TXT_CHEATINVITEMS3 GET_TXT(TXT_TXT_CHEATINVITEMS3) #define TXT_CHEATITEMSFAIL GET_TXT(TXT_TXT_CHEATITEMSFAIL) #define TXT_CHEATWARP GET_TXT(TXT_TXT_CHEATWARP) #define TXT_CHEATSCREENSHOT GET_TXT(TXT_TXT_CHEATSCREENSHOT) #define TXT_CHEATCHICKENON GET_TXT(TXT_TXT_CHEATCHICKENON) #define TXT_CHEATCHICKENOFF GET_TXT(TXT_TXT_CHEATCHICKENOFF) #define TXT_CHEATMASSACRE GET_TXT(TXT_TXT_CHEATMASSACRE) #define TXT_CHEATIDDQD GET_TXT(TXT_TXT_CHEATIDDQD) #define TXT_CHEATIDKFA GET_TXT(TXT_TXT_CHEATIDKFA) #define TXT_NEEDBLUEKEY GET_TXT(TXT_TXT_NEEDBLUEKEY) #define TXT_NEEDGREENKEY GET_TXT(TXT_TXT_NEEDGREENKEY) #define TXT_NEEDYELLOWKEY GET_TXT(TXT_TXT_NEEDYELLOWKEY) #define TXT_GAMESAVED GET_TXT(TXT_TXT_GAMESAVED) #define HUSTR_CHATMACRO1 GET_TXT(TXT_HUSTR_CHATMACRO1) #define HUSTR_CHATMACRO2 GET_TXT(TXT_HUSTR_CHATMACRO2) #define HUSTR_CHATMACRO3 GET_TXT(TXT_HUSTR_CHATMACRO3) #define HUSTR_CHATMACRO4 GET_TXT(TXT_HUSTR_CHATMACRO4) #define HUSTR_CHATMACRO5 GET_TXT(TXT_HUSTR_CHATMACRO5) #define HUSTR_CHATMACRO6 GET_TXT(TXT_HUSTR_CHATMACRO6) #define HUSTR_CHATMACRO7 GET_TXT(TXT_HUSTR_CHATMACRO7) #define HUSTR_CHATMACRO8 GET_TXT(TXT_HUSTR_CHATMACRO8) #define HUSTR_CHATMACRO9 GET_TXT(TXT_HUSTR_CHATMACRO9) #define HUSTR_CHATMACRO0 GET_TXT(TXT_HUSTR_CHATMACRO0) #define HUSTR_TALKTOSELF1 GET_TXT(TXT_HUSTR_TALKTOSELF1) #define HUSTR_TALKTOSELF2 GET_TXT(TXT_HUSTR_TALKTOSELF2) #define HUSTR_TALKTOSELF3 GET_TXT(TXT_HUSTR_TALKTOSELF3) #define HUSTR_TALKTOSELF4 GET_TXT(TXT_HUSTR_TALKTOSELF4) #define HUSTR_TALKTOSELF5 GET_TXT(TXT_HUSTR_TALKTOSELF5) #define HUSTR_MESSAGESENT GET_TXT(TXT_HUSTR_MESSAGESENT) // The following should NOT be changed unless it seems // just AWFULLY necessary #define HUSTR_PLRGREEN GET_TXT(TXT_HUSTR_PLRGREEN) #define HUSTR_PLRINDIGO GET_TXT(TXT_HUSTR_PLRINDIGO) #define HUSTR_PLRBROWN GET_TXT(TXT_HUSTR_PLRBROWN) #define HUSTR_PLRRED GET_TXT(TXT_HUSTR_PLRRED) #define HUSTR_KEYGREEN 'g' #define HUSTR_KEYINDIGO 'i' #define HUSTR_KEYBROWN 'b' #define HUSTR_KEYRED 'r' #define AMSTR_FOLLOWON GET_TXT(TXT_AMSTR_FOLLOWON) #define AMSTR_FOLLOWOFF GET_TXT(TXT_AMSTR_FOLLOWOFF) #define AMSTR_ROTATEON GET_TXT(TXT_AMSTR_ROTATEON) #define AMSTR_ROTATEOFF GET_TXT(TXT_AMSTR_ROTATEOFF) #define AMSTR_GRIDON GET_TXT(TXT_AMSTR_GRIDON) #define AMSTR_GRIDOFF GET_TXT(TXT_AMSTR_GRIDOFF) #define AMSTR_MARKEDSPOT GET_TXT(TXT_AMSTR_MARKEDSPOT) #define AMSTR_MARKSCLEARED GET_TXT(TXT_AMSTR_MARKSCLEARED) #define STSTR_DQDON GET_TXT(TXT_STSTR_DQDON) #define STSTR_DQDOFF GET_TXT(TXT_STSTR_DQDOFF) #define STSTR_KFAADDED GET_TXT(TXT_STSTR_KFAADDED) #define STSTR_NCON GET_TXT(TXT_STSTR_NCON) #define STSTR_NCOFF GET_TXT(TXT_STSTR_NCOFF) #define STSTR_BEHOLD GET_TXT(TXT_STSTR_BEHOLD) #define STSTR_BEHOLDX GET_TXT(TXT_STSTR_BEHOLDX) #define STSTR_CHOPPERS GET_TXT(TXT_STSTR_CHOPPERS) #define STSTR_CLEV GET_TXT(TXT_STSTR_CLEV) #define E1TEXT GET_TXT(TXT_E1TEXT) #define E2TEXT GET_TXT(TXT_E2TEXT) #define E3TEXT GET_TXT(TXT_E3TEXT) #define E4TEXT GET_TXT(TXT_E4TEXT) #define E5TEXT GET_TXT(TXT_E5TEXT) #define DELETESAVEGAME_CONFIRM GET_TXT(TXT_DELETESAVEGAME_CONFIRM) #define REBORNLOAD_CONFIRM GET_TXT(TXT_REBORNLOAD_CONFIRM) #endif doomsday-1.14.5/doomsday/plugins/heretic/include/p_maputl.h0000664000175000017500000000233212350542240023242 0ustar jaakkojaakko/** @file p_maputl.h Movement/collision map utility functions. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHERETIC_P_MAPUTL_H #define LIBHERETIC_P_MAPUTL_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "p_mobj.h" /** * Applies "torque" to objects, based on all contacted lines. * $dropoff_fix */ void P_ApplyTorque(mobj_t *mo); #endif // LIBHERETIC_P_MAPUTL_H doomsday-1.14.5/doomsday/plugins/heretic/include/tables.h0000664000175000017500000000424212350542240022675 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * tables.h: Lookup tables. */ #ifndef __TABLES_H__ #define __TABLES_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomsday.h" #define FINEANGLES 8192 #define FINEMASK (FINEANGLES-1) // 0x100000000 to 0x2000 #define ANGLETOFINESHIFT 19 // Binary Angle Measument, BAM. #define ANG45 0x20000000 #define ANG90 0x40000000 #define ANG180 0x80000000 #define ANG270 0xc0000000 #define SLOPERANGE 2048 #define SLOPEBITS 11 #define DBITS (FRACBITS-SLOPEBITS) // Effective size is 10240. DENG_EXTERN_C fixed_t finesine[5 * FINEANGLES / 4]; // Re-use data, is just PI/2 pahse shift. DENG_EXTERN_C fixed_t *finecosine; // Effective size is 4096. DENG_EXTERN_C fixed_t finetangent[FINEANGLES / 2]; // Effective size is 2049; // The +1 size is to handle the case when x==y without additional checking. DENG_EXTERN_C angle_t tantoangle[SLOPERANGE + 1]; #ifdef __cplusplus extern "C" { #endif // Utility function, called by R_PointToAngle. int SlopeDiv(unsigned num, unsigned den); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/r_defs.h0000664000175000017500000000603312350542240022665 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * r_defs.h: shared data struct definitions. */ #ifndef __R_DEFS_H__ #define __R_DEFS_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif // Screenwidth. #include "doomdef.h" #include "p_xg.h" #define SP_floororigheight planes[PLN_FLOOR].origHeight #define SP_ceilorigheight planes[PLN_CEILING].origHeight // Stair build flags. #define BL_BUILT 0x1 #define BL_WAS_BUILT 0x2 #define BL_SPREADED 0x4 typedef struct xsector_s { short special; short tag; // 0 = untraversed, 1,2 = sndlines -1 int soundTraversed; // thing that made a sound (or null) struct mobj_s *soundTarget; // thinker_t for reversable actions void *specialData; byte blFlags; // Used during stair building. // stone, metal, heavy, etc... byte seqType; // NOT USED ATM struct { float origHeight; } planes[2]; // {floor, ceiling} float origLight; float origRGB[3]; xgsector_t *xg; } xsector_t; typedef struct xline_s { short special; short tag; short flags; // Has been rendered at least once and needs to appear in the map, // for each player. dd_bool mapped[MAXPLAYERS]; int validCount; // Extended generalized lines. xgline_t *xg; } xline_t; DENG_EXTERN_C xline_t *xlines; DENG_EXTERN_C xsector_t *xsectors; #ifdef __cplusplus extern "C" { #endif /** * Converts a line to an xline. */ xline_t *P_ToXLine(Line *line); xline_t *P_GetXLine(int index); /** * Converts a sector to an xsector. */ xsector_t *P_ToXSector(Sector *sector); xsector_t *P_GetXSector(int index); /** * Update the specified player's automap. * * @param player Local player number whose map is to change. * @param lineIdx Line to change. * @param visible @c true= mark the line as visible. */ void P_SetLineAutomapVisibility(int player, int lineIdx, dd_bool visible); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/g_game.h0000664000175000017500000000457512350542240022653 0ustar jaakkojaakko/**\file g_game.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Top-level (common) game routines jHeretic - specific. */ #ifndef LIBJHERETIC_G_GAME_H #define LIBJHERETIC_G_GAME_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomdef.h" #include "gamerules.h" #include "h_event.h" #include "h_player.h" #include "in_lude.h" DENG_EXTERN_C player_t players[MAXPLAYERS]; DENG_EXTERN_C uint nextMap; DENG_EXTERN_C uint nextMapEntrance; DENG_EXTERN_C dd_bool secretExit; DENG_EXTERN_C int totalKills, totalItems, totalSecret; DENG_EXTERN_C wbstartstruct_t wmInfo; DENG_EXTERN_C dd_bool paused; DENG_EXTERN_C dd_bool precache; DENG_EXTERN_C dd_bool customPal; DENG_EXTERN_C dd_bool briefDisabled; #ifdef __cplusplus extern "C" { #endif void G_Register(void); void G_CommonPreInit(void); void G_CommonPostInit(void); void G_CommonShutdown(void); void R_InitRefresh(void); void G_DeathMatchSpawnPlayer(int playernum); void G_PrintMapList(void); void G_DeferredPlayDemo(char *demo); void G_QuitGame(void); void G_StopDemo(void); //void G_DoReborn(int playernum); void G_PlayerReborn(int player); void G_Ticker(timespan_t ticLength); /// @return @c true if the input event @a ev was eaten. int G_PrivilegedResponder(event_t *ev); /// @return @c true if the input event @a ev was eaten. int G_Responder(event_t *ev); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBJHERETIC_G_GAME_H */ doomsday-1.14.5/doomsday/plugins/heretic/include/p_spec.h0000664000175000017500000000531112350542240022672 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_spec.h: Implements special effects: * * Texture animation, height or lighting changes according to adjacent * sectors, respective utility functions, etc. * * Line Tag handling. Line and Sector triggers. * * Events are operations triggered by using, crossing, or shooting * special lines, or by timed thinkers. */ #ifndef __P_SPEC_H__ #define __P_SPEC_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "h_player.h" #include "r_data.h" #define MO_TELEPORTMAN 14 #ifdef __cplusplus extern "C" { #endif // at game start void P_InitLava(void); // at map load void P_SpawnSectorSpecialThinkers(void); void P_SpawnLineSpecialThinkers(void); void P_SpawnAllSpecialThinkers(void); void P_InitAmbientSound(void); /** * Called by spawnMapThing during (P_setup):P_SetupMap. */ void P_AddAmbientSfx(int sequence); /** * Called every tic by (P_tick):P_Ticker. */ void P_AmbientSound(void); dd_bool P_ActivateLine(Line* ld, mobj_t* mo, int side, int activationType); void P_PlayerInSpecialSector(player_t* player); void P_PlayerInWindSector(player_t* player); int EV_DoDonut(Line* line); typedef enum { ok, crushed, pastdest } result_e; typedef enum { build8, // Slowly build by 8. build16 // Slowly build by 16. } stair_e; result_e T_MovePlane(Sector* sector, float speed, coord_t dest, int crush, int floorOrCeiling, int direction); int EV_BuildStairs(Line* line, stair_e type); dd_bool P_UseSpecialLine2(mobj_t* mo, Line* line, int side); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/resource.h0000664000175000017500000000272712350542240023260 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * resource.h: */ #ifndef __JHERETIC_RESOURCE_H__ #define __JHERETIC_RESOURCE_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #define IDI_HERETIC 101 #define IDI_HERETIC_2 102 #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 103 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/include/p_inter.h0000664000175000017500000001167012350542240023066 0ustar jaakkojaakko/** @file p_inter.h * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHERETIC_P_INTER_H #define LIBHERETIC_P_INTER_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #include "doomdef.h" #include "player.h" DENG_EXTERN_C int maxAmmo[NUM_AMMO_TYPES]; DENG_EXTERN_C int clipAmmo[NUM_AMMO_TYPES]; #ifdef __cplusplus extern "C" { #endif /** * @return @c true if power accepted. */ dd_bool P_GivePower(player_t *player, powertype_t powerType); /** * @param player Player to relieve of the power. * @param powerType Power type to take. * * @return @c true iff the power was taken. */ dd_bool P_TakePower(player_t *player, powertype_t powerType); /** * @param player Player to toggle a power for. * @param powerType Power type to toggle. * * @return @c true iff the power was toggled. */ dd_bool P_TogglePower(player_t *player, powertype_t powerType); /** * Give key(s) to the specified player. If a key is successfully given a short * "bonus flash" screen tint animation is played and a HUE_ON_PICKUP_KEY event * is generated (which optionally reveals the HUD if hidden). If the specified * key(s) are already owned then nothing will happen (and false is returned). * * @param player Player to receive the key(s). * @param keyType Key type to give. Use @c NUM_KEY_TYPES to give ALL keys. * * @return @c true iff at least one new key was given (not already owned). */ dd_bool P_GiveKey(player_t *player, keytype_t keyType); /** * Give ammo(s) to the specified player. If a ammo is successfully given the * player 'brain' may decide to change weapon (depends on the user's config) * and a HUE_ON_PICKUP_AMMO event is generated (which optionally reveals the * HUD if hidden). If the specified ammo(s) are already owned then nothing will * happen (and false is returned). * * @note The final number of rounds the player will receive depends on both the * ammount given and how many the player can carry. Use @ref P_GiveBackpack() * to equip the player with a backpack, thereby increasing this capacity. * * @param player Player to receive the ammo(s). * @param ammoType Ammo type to give. Use @c NUM_AMMO_TYPES to give ALL ammos. * Giving the special 'unlimited ammo' type @c AT_NOAMMO will * always succeed, however no sideeffects will occur. * @param numRounds Number of rounds to give. Use @c -1 to give as many rounds * as necessary to fully replenish stock. * * @return @c true iff at least one new round was given (not already owned). */ dd_bool P_GiveAmmo(player_t *player, ammotype_t ammoType, int numRounds); /** * @param player Player to receive the health. * @param amount Amount of health to give. Use @c -1 to fully replenish. * * @return @c true iff at least some of the health was given. */ dd_bool P_GiveHealth(player_t *player, int amount); /** * @param player Player to receive the backpack. */ void P_GiveBackpack(player_t *player); /** * @return @c true if the weapon or its ammo was accepted. */ dd_bool P_GiveWeapon(player_t *player, weapontype_t weaponType); /** * @return @c true iff the armor was given. */ dd_bool P_GiveArmor(player_t *player, int armorType, int armorPoints); void P_TouchSpecialMobj(mobj_t *special, mobj_t *toucher); /** * @return @c true, if the player is morphed. */ dd_bool P_MorphPlayer(player_t *player); /** * Damages both enemies and players. * * @param inflictor Mobj that caused the damage creature or missile, * can be NULL (slime, etc) * @param source Mobj to target after taking damage. Can be @c NULL * for barrel explosions and other environmental stuff. * Source and inflictor are the same for melee attacks. * * @return Actual amount of damage done. */ int P_DamageMobj2(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damageP, dd_bool stomping, dd_bool skipNetworkCheck); int P_DamageMobj(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damageP, dd_bool stomping/*, dd_bool skipNetworkCheck = false*/); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHERETIC_P_INTER_H doomsday-1.14.5/doomsday/plugins/heretic/include/info.h0000664000175000017500000010657112350542240022366 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1999 Activision * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * info.h: Sprite, state, mobjtype, text, sfx and music identifiers */ #ifndef __JHERETIC_INFO_H__ #define __JHERETIC_INFO_H__ #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif // Sprites. typedef enum { SPR_IMPX, SPR_ACLO, SPR_PTN1, SPR_SHLD, SPR_SHD2, SPR_BAGH, SPR_SPMP, SPR_INVS, SPR_PTN2, SPR_SOAR, SPR_INVU, SPR_PWBK, SPR_EGGC, SPR_EGGM, SPR_FX01, SPR_SPHL, SPR_TRCH, SPR_FBMB, SPR_XPL1, SPR_ATLP, SPR_PPOD, SPR_AMG1, SPR_SPSH, SPR_LVAS, SPR_SLDG, SPR_SKH1, SPR_SKH2, SPR_SKH3, SPR_SKH4, SPR_CHDL, SPR_SRTC, SPR_SMPL, SPR_STGS, SPR_STGL, SPR_STCS, SPR_STCL, SPR_KFR1, SPR_BARL, SPR_BRPL, SPR_MOS1, SPR_MOS2, SPR_WTRH, SPR_HCOR, SPR_KGZ1, SPR_KGZB, SPR_KGZG, SPR_KGZY, SPR_VLCO, SPR_VFBL, SPR_VTFB, SPR_SFFI, SPR_TGLT, SPR_TELE, SPR_STFF, SPR_PUF3, SPR_PUF4, SPR_BEAK, SPR_WGNT, SPR_GAUN, SPR_PUF1, SPR_WBLS, SPR_BLSR, SPR_FX18, SPR_FX17, SPR_WMCE, SPR_MACE, SPR_FX02, SPR_WSKL, SPR_HROD, SPR_FX00, SPR_FX20, SPR_FX21, SPR_FX22, SPR_FX23, SPR_GWND, SPR_PUF2, SPR_WPHX, SPR_PHNX, SPR_FX04, SPR_FX08, SPR_FX09, SPR_WBOW, SPR_CRBW, SPR_FX03, SPR_BLOD, SPR_PLAY, SPR_FDTH, SPR_BSKL, SPR_CHKN, SPR_MUMM, SPR_FX15, SPR_BEAS, SPR_FRB1, SPR_SNKE, SPR_SNFX, SPR_HEAD, SPR_FX05, SPR_FX06, SPR_FX07, SPR_CLNK, SPR_WZRD, SPR_FX11, SPR_FX10, SPR_KNIG, SPR_SPAX, SPR_RAXE, SPR_SRCR, SPR_FX14, SPR_SOR2, SPR_SDTH, SPR_FX16, SPR_MNTR, SPR_FX12, SPR_FX13, SPR_AKYY, SPR_BKYY, SPR_CKYY, SPR_AMG2, SPR_AMM1, SPR_AMM2, SPR_AMC1, SPR_AMC2, SPR_AMS1, SPR_AMS2, SPR_AMP1, SPR_AMP2, SPR_AMB1, SPR_AMB2, NUMSPRITES } spritetype_e; // States. typedef enum { S_NULL, S_FREETARGMOBJ, S_ITEM_PTN1_1, S_ITEM_PTN1_2, S_ITEM_PTN1_3, S_ITEM_SHLD1, S_ITEM_SHD2_1, S_ITEM_BAGH1, S_ITEM_SPMP1, S_HIDESPECIAL1, S_HIDESPECIAL2, S_HIDESPECIAL3, S_HIDESPECIAL4, S_HIDESPECIAL5, S_HIDESPECIAL6, S_HIDESPECIAL7, S_HIDESPECIAL8, S_HIDESPECIAL9, S_HIDESPECIAL10, S_HIDESPECIAL11, S_DORMANTARTI1, S_DORMANTARTI2, S_DORMANTARTI3, S_DORMANTARTI4, S_DORMANTARTI5, S_DORMANTARTI6, S_DORMANTARTI7, S_DORMANTARTI8, S_DORMANTARTI9, S_DORMANTARTI10, S_DORMANTARTI11, S_DORMANTARTI12, S_DORMANTARTI13, S_DORMANTARTI14, S_DORMANTARTI15, S_DORMANTARTI16, S_DORMANTARTI17, S_DORMANTARTI18, S_DORMANTARTI19, S_DORMANTARTI20, S_DORMANTARTI21, S_DEADARTI1, S_DEADARTI2, S_DEADARTI3, S_DEADARTI4, S_DEADARTI5, S_DEADARTI6, S_DEADARTI7, S_DEADARTI8, S_DEADARTI9, S_DEADARTI10, S_ARTI_INVS1, S_ARTI_PTN2_1, S_ARTI_PTN2_2, S_ARTI_PTN2_3, S_ARTI_SOAR1, S_ARTI_SOAR2, S_ARTI_SOAR3, S_ARTI_SOAR4, S_ARTI_INVU1, S_ARTI_INVU2, S_ARTI_INVU3, S_ARTI_INVU4, S_ARTI_PWBK1, S_ARTI_EGGC1, S_ARTI_EGGC2, S_ARTI_EGGC3, S_ARTI_EGGC4, S_EGGFX1, S_EGGFX2, S_EGGFX3, S_EGGFX4, S_EGGFX5, S_EGGFXI1_1, S_EGGFXI1_2, S_EGGFXI1_3, S_EGGFXI1_4, S_ARTI_SPHL1, S_ARTI_TRCH1, S_ARTI_TRCH2, S_ARTI_TRCH3, S_ARTI_FBMB1, S_FIREBOMB1, S_FIREBOMB2, S_FIREBOMB3, S_FIREBOMB4, S_FIREBOMB5, S_FIREBOMB6, S_FIREBOMB7, S_FIREBOMB8, S_FIREBOMB9, S_FIREBOMB10, S_FIREBOMB11, S_ARTI_ATLP1, S_ARTI_ATLP2, S_ARTI_ATLP3, S_ARTI_ATLP4, S_POD_WAIT1, S_POD_PAIN1, S_POD_DIE1, S_POD_DIE2, S_POD_DIE3, S_POD_DIE4, S_POD_GROW1, S_POD_GROW2, S_POD_GROW3, S_POD_GROW4, S_POD_GROW5, S_POD_GROW6, S_POD_GROW7, S_POD_GROW8, S_PODGOO1, S_PODGOO2, S_PODGOOX, S_PODGENERATOR, S_SPLASH1, S_SPLASH2, S_SPLASH3, S_SPLASH4, S_SPLASHX, S_SPLASHBASE1, S_SPLASHBASE2, S_SPLASHBASE3, S_SPLASHBASE4, S_SPLASHBASE5, S_SPLASHBASE6, S_SPLASHBASE7, S_LAVASPLASH1, S_LAVASPLASH2, S_LAVASPLASH3, S_LAVASPLASH4, S_LAVASPLASH5, S_LAVASPLASH6, S_LAVASMOKE1, S_LAVASMOKE2, S_LAVASMOKE3, S_LAVASMOKE4, S_LAVASMOKE5, S_SLUDGECHUNK1, S_SLUDGECHUNK2, S_SLUDGECHUNK3, S_SLUDGECHUNK4, S_SLUDGECHUNKX, S_SLUDGESPLASH1, S_SLUDGESPLASH2, S_SLUDGESPLASH3, S_SLUDGESPLASH4, S_SKULLHANG70_1, S_SKULLHANG60_1, S_SKULLHANG45_1, S_SKULLHANG35_1, S_CHANDELIER1, S_CHANDELIER2, S_CHANDELIER3, S_SERPTORCH1, S_SERPTORCH2, S_SERPTORCH3, S_SMALLPILLAR, S_STALAGMITESMALL, S_STALAGMITELARGE, S_STALACTITESMALL, S_STALACTITELARGE, S_FIREBRAZIER1, S_FIREBRAZIER2, S_FIREBRAZIER3, S_FIREBRAZIER4, S_FIREBRAZIER5, S_FIREBRAZIER6, S_FIREBRAZIER7, S_FIREBRAZIER8, S_BARREL, S_BRPILLAR, S_MOSS1, S_MOSS2, S_WALLTORCH1, S_WALLTORCH2, S_WALLTORCH3, S_HANGINGCORPSE, S_KEYGIZMO1, S_KEYGIZMO2, S_KEYGIZMO3, S_KGZ_START, S_KGZ_BLUEFLOAT1, S_KGZ_GREENFLOAT1, S_KGZ_YELLOWFLOAT1, S_VOLCANO1, S_VOLCANO2, S_VOLCANO3, S_VOLCANO4, S_VOLCANO5, S_VOLCANO6, S_VOLCANO7, S_VOLCANO8, S_VOLCANO9, S_VOLCANOBALL1, S_VOLCANOBALL2, S_VOLCANOBALLX1, S_VOLCANOBALLX2, S_VOLCANOBALLX3, S_VOLCANOBALLX4, S_VOLCANOBALLX5, S_VOLCANOBALLX6, S_VOLCANOTBALL1, S_VOLCANOTBALL2, S_VOLCANOTBALLX1, S_VOLCANOTBALLX2, S_VOLCANOTBALLX3, S_VOLCANOTBALLX4, S_VOLCANOTBALLX5, S_VOLCANOTBALLX6, S_VOLCANOTBALLX7, S_TELEGLITGEN1, S_TELEGLITGEN2, S_TELEGLITTER1_1, S_TELEGLITTER1_2, S_TELEGLITTER1_3, S_TELEGLITTER1_4, S_TELEGLITTER1_5, S_TELEGLITTER2_1, S_TELEGLITTER2_2, S_TELEGLITTER2_3, S_TELEGLITTER2_4, S_TELEGLITTER2_5, S_TFOG1, S_TFOG2, S_TFOG3, S_TFOG4, S_TFOG5, S_TFOG6, S_TFOG7, S_TFOG8, S_TFOG9, S_TFOG10, S_TFOG11, S_TFOG12, S_TFOG13, S_LIGHTDONE, S_STAFFREADY, S_STAFFDOWN, S_STAFFUP, S_STAFFREADY2_1, S_STAFFREADY2_2, S_STAFFREADY2_3, S_STAFFDOWN2, S_STAFFUP2, S_STAFFATK1_1, S_STAFFATK1_2, S_STAFFATK1_3, S_STAFFATK2_1, S_STAFFATK2_2, S_STAFFATK2_3, S_STAFFPUFF1, S_STAFFPUFF2, S_STAFFPUFF3, S_STAFFPUFF4, S_STAFFPUFF2_1, S_STAFFPUFF2_2, S_STAFFPUFF2_3, S_STAFFPUFF2_4, S_STAFFPUFF2_5, S_STAFFPUFF2_6, S_BEAKREADY, S_BEAKDOWN, S_BEAKUP, S_BEAKATK1_1, S_BEAKATK2_1, S_WGNT, S_GAUNTLETREADY, S_GAUNTLETDOWN, S_GAUNTLETUP, S_GAUNTLETREADY2_1, S_GAUNTLETREADY2_2, S_GAUNTLETREADY2_3, S_GAUNTLETDOWN2, S_GAUNTLETUP2, S_GAUNTLETATK1_1, S_GAUNTLETATK1_2, S_GAUNTLETATK1_3, S_GAUNTLETATK1_4, S_GAUNTLETATK1_5, S_GAUNTLETATK1_6, S_GAUNTLETATK1_7, S_GAUNTLETATK2_1, S_GAUNTLETATK2_2, S_GAUNTLETATK2_3, S_GAUNTLETATK2_4, S_GAUNTLETATK2_5, S_GAUNTLETATK2_6, S_GAUNTLETATK2_7, S_GAUNTLETPUFF1_1, S_GAUNTLETPUFF1_2, S_GAUNTLETPUFF1_3, S_GAUNTLETPUFF1_4, S_GAUNTLETPUFF2_1, S_GAUNTLETPUFF2_2, S_GAUNTLETPUFF2_3, S_GAUNTLETPUFF2_4, S_BLSR, S_BLASTERREADY, S_BLASTERDOWN, S_BLASTERUP, S_BLASTERATK1_1, S_BLASTERATK1_2, S_BLASTERATK1_3, S_BLASTERATK1_4, S_BLASTERATK1_5, S_BLASTERATK1_6, S_BLASTERATK2_1, S_BLASTERATK2_2, S_BLASTERATK2_3, S_BLASTERATK2_4, S_BLASTERATK2_5, S_BLASTERATK2_6, S_BLASTERFX1_1, S_BLASTERFXI1_1, S_BLASTERFXI1_2, S_BLASTERFXI1_3, S_BLASTERFXI1_4, S_BLASTERFXI1_5, S_BLASTERFXI1_6, S_BLASTERFXI1_7, S_BLASTERSMOKE1, S_BLASTERSMOKE2, S_BLASTERSMOKE3, S_BLASTERSMOKE4, S_BLASTERSMOKE5, S_RIPPER1, S_RIPPER2, S_RIPPERX1, S_RIPPERX2, S_RIPPERX3, S_RIPPERX4, S_RIPPERX5, S_BLASTERPUFF1_1, S_BLASTERPUFF1_2, S_BLASTERPUFF1_3, S_BLASTERPUFF1_4, S_BLASTERPUFF1_5, S_BLASTERPUFF2_1, S_BLASTERPUFF2_2, S_BLASTERPUFF2_3, S_BLASTERPUFF2_4, S_BLASTERPUFF2_5, S_BLASTERPUFF2_6, S_BLASTERPUFF2_7, S_WMCE, S_MACEREADY, S_MACEDOWN, S_MACEUP, S_MACEATK1_1, S_MACEATK1_2, S_MACEATK1_3, S_MACEATK1_4, S_MACEATK1_5, S_MACEATK1_6, S_MACEATK1_7, S_MACEATK1_8, S_MACEATK1_9, S_MACEATK1_10, S_MACEATK2_1, S_MACEATK2_2, S_MACEATK2_3, S_MACEATK2_4, S_MACEFX1_1, S_MACEFX1_2, S_MACEFXI1_1, S_MACEFXI1_2, S_MACEFXI1_3, S_MACEFXI1_4, S_MACEFXI1_5, S_MACEFX2_1, S_MACEFX2_2, S_MACEFXI2_1, S_MACEFX3_1, S_MACEFX3_2, S_MACEFX4_1, S_MACEFXI4_1, S_WSKL, S_HORNRODREADY, S_HORNRODDOWN, S_HORNRODUP, S_HORNRODATK1_1, S_HORNRODATK1_2, S_HORNRODATK1_3, S_HORNRODATK2_1, S_HORNRODATK2_2, S_HORNRODATK2_3, S_HORNRODATK2_4, S_HORNRODATK2_5, S_HORNRODATK2_6, S_HORNRODATK2_7, S_HORNRODATK2_8, S_HORNRODATK2_9, S_HRODFX1_1, S_HRODFX1_2, S_HRODFXI1_1, S_HRODFXI1_2, S_HRODFXI1_3, S_HRODFXI1_4, S_HRODFXI1_5, S_HRODFXI1_6, S_HRODFX2_1, S_HRODFX2_2, S_HRODFX2_3, S_HRODFX2_4, S_HRODFXI2_1, S_HRODFXI2_2, S_HRODFXI2_3, S_HRODFXI2_4, S_HRODFXI2_5, S_HRODFXI2_6, S_HRODFXI2_7, S_HRODFXI2_8, S_RAINPLR1_1, S_RAINPLR2_1, S_RAINPLR3_1, S_RAINPLR4_1, S_RAINPLR1X_1, S_RAINPLR1X_2, S_RAINPLR1X_3, S_RAINPLR1X_4, S_RAINPLR1X_5, S_RAINPLR2X_1, S_RAINPLR2X_2, S_RAINPLR2X_3, S_RAINPLR2X_4, S_RAINPLR2X_5, S_RAINPLR3X_1, S_RAINPLR3X_2, S_RAINPLR3X_3, S_RAINPLR3X_4, S_RAINPLR3X_5, S_RAINPLR4X_1, S_RAINPLR4X_2, S_RAINPLR4X_3, S_RAINPLR4X_4, S_RAINPLR4X_5, S_RAINAIRXPLR1_1, S_RAINAIRXPLR2_1, S_RAINAIRXPLR3_1, S_RAINAIRXPLR4_1, S_RAINAIRXPLR1_2, S_RAINAIRXPLR2_2, S_RAINAIRXPLR3_2, S_RAINAIRXPLR4_2, S_RAINAIRXPLR1_3, S_RAINAIRXPLR2_3, S_RAINAIRXPLR3_3, S_RAINAIRXPLR4_3, S_GOLDWANDREADY, S_GOLDWANDDOWN, S_GOLDWANDUP, S_GOLDWANDATK1_1, S_GOLDWANDATK1_2, S_GOLDWANDATK1_3, S_GOLDWANDATK1_4, S_GOLDWANDATK2_1, S_GOLDWANDATK2_2, S_GOLDWANDATK2_3, S_GOLDWANDATK2_4, S_GWANDFX1_1, S_GWANDFX1_2, S_GWANDFXI1_1, S_GWANDFXI1_2, S_GWANDFXI1_3, S_GWANDFXI1_4, S_GWANDFX2_1, S_GWANDFX2_2, S_GWANDPUFF1_1, S_GWANDPUFF1_2, S_GWANDPUFF1_3, S_GWANDPUFF1_4, S_GWANDPUFF1_5, S_WPHX, S_PHOENIXREADY, S_PHOENIXDOWN, S_PHOENIXUP, S_PHOENIXATK1_1, S_PHOENIXATK1_2, S_PHOENIXATK1_3, S_PHOENIXATK1_4, S_PHOENIXATK1_5, S_PHOENIXATK2_1, S_PHOENIXATK2_2, S_PHOENIXATK2_3, S_PHOENIXATK2_4, S_PHOENIXFX1_1, S_PHOENIXFXI1_1, S_PHOENIXFXI1_2, S_PHOENIXFXI1_3, S_PHOENIXFXI1_4, S_PHOENIXFXI1_5, S_PHOENIXFXI1_6, S_PHOENIXFXI1_7, S_PHOENIXFXI1_8, S_PHOENIXPUFF1, S_PHOENIXPUFF2, S_PHOENIXPUFF3, S_PHOENIXPUFF4, S_PHOENIXPUFF5, S_PHOENIXFX2_1, S_PHOENIXFX2_2, S_PHOENIXFX2_3, S_PHOENIXFX2_4, S_PHOENIXFX2_5, S_PHOENIXFX2_6, S_PHOENIXFX2_7, S_PHOENIXFX2_8, S_PHOENIXFX2_9, S_PHOENIXFX2_10, S_PHOENIXFXI2_1, S_PHOENIXFXI2_2, S_PHOENIXFXI2_3, S_PHOENIXFXI2_4, S_PHOENIXFXI2_5, S_WBOW, S_CRBOW1, S_CRBOW2, S_CRBOW3, S_CRBOW4, S_CRBOW5, S_CRBOW6, S_CRBOW7, S_CRBOW8, S_CRBOW9, S_CRBOW10, S_CRBOW11, S_CRBOW12, S_CRBOW13, S_CRBOW14, S_CRBOW15, S_CRBOW16, S_CRBOW17, S_CRBOW18, S_CRBOWDOWN, S_CRBOWUP, S_CRBOWATK1_1, S_CRBOWATK1_2, S_CRBOWATK1_3, S_CRBOWATK1_4, S_CRBOWATK1_5, S_CRBOWATK1_6, S_CRBOWATK1_7, S_CRBOWATK1_8, S_CRBOWATK2_1, S_CRBOWATK2_2, S_CRBOWATK2_3, S_CRBOWATK2_4, S_CRBOWATK2_5, S_CRBOWATK2_6, S_CRBOWATK2_7, S_CRBOWATK2_8, S_CRBOWFX1, S_CRBOWFXI1_1, S_CRBOWFXI1_2, S_CRBOWFXI1_3, S_CRBOWFX2, S_CRBOWFX3, S_CRBOWFXI3_1, S_CRBOWFXI3_2, S_CRBOWFXI3_3, S_CRBOWFX4_1, S_CRBOWFX4_2, S_BLOOD1, S_BLOOD2, S_BLOOD3, S_BLOODSPLATTER1, S_BLOODSPLATTER2, S_BLOODSPLATTER3, S_BLOODSPLATTERX, S_PLAY, S_PLAY_RUN1, S_PLAY_RUN2, S_PLAY_RUN3, S_PLAY_RUN4, S_PLAY_ATK1, S_PLAY_ATK2, S_PLAY_PAIN, S_PLAY_PAIN2, S_PLAY_DIE1, S_PLAY_DIE2, S_PLAY_DIE3, S_PLAY_DIE4, S_PLAY_DIE5, S_PLAY_DIE6, S_PLAY_DIE7, S_PLAY_DIE8, S_PLAY_DIE9, S_PLAY_XDIE1, S_PLAY_XDIE2, S_PLAY_XDIE3, S_PLAY_XDIE4, S_PLAY_XDIE5, S_PLAY_XDIE6, S_PLAY_XDIE7, S_PLAY_XDIE8, S_PLAY_XDIE9, S_PLAY_FDTH1, S_PLAY_FDTH2, S_PLAY_FDTH3, S_PLAY_FDTH4, S_PLAY_FDTH5, S_PLAY_FDTH6, S_PLAY_FDTH7, S_PLAY_FDTH8, S_PLAY_FDTH9, S_PLAY_FDTH10, S_PLAY_FDTH11, S_PLAY_FDTH12, S_PLAY_FDTH13, S_PLAY_FDTH14, S_PLAY_FDTH15, S_PLAY_FDTH16, S_PLAY_FDTH17, S_PLAY_FDTH18, S_PLAY_FDTH19, S_PLAY_FDTH20, S_BLOODYSKULL1, S_BLOODYSKULL2, S_BLOODYSKULL3, S_BLOODYSKULL4, S_BLOODYSKULL5, S_BLOODYSKULLX1, S_BLOODYSKULLX2, S_CHICPLAY, S_CHICPLAY_RUN1, S_CHICPLAY_RUN2, S_CHICPLAY_RUN3, S_CHICPLAY_RUN4, S_CHICPLAY_ATK1, S_CHICPLAY_PAIN, S_CHICPLAY_PAIN2, S_CHICKEN_LOOK1, S_CHICKEN_LOOK2, S_CHICKEN_WALK1, S_CHICKEN_WALK2, S_CHICKEN_PAIN1, S_CHICKEN_PAIN2, S_CHICKEN_ATK1, S_CHICKEN_ATK2, S_CHICKEN_DIE1, S_CHICKEN_DIE2, S_CHICKEN_DIE3, S_CHICKEN_DIE4, S_CHICKEN_DIE5, S_CHICKEN_DIE6, S_CHICKEN_DIE7, S_CHICKEN_DIE8, S_FEATHER1, S_FEATHER2, S_FEATHER3, S_FEATHER4, S_FEATHER5, S_FEATHER6, S_FEATHER7, S_FEATHER8, S_FEATHERX, S_MUMMY_LOOK1, S_MUMMY_LOOK2, S_MUMMY_WALK1, S_MUMMY_WALK2, S_MUMMY_WALK3, S_MUMMY_WALK4, S_MUMMY_ATK1, S_MUMMY_ATK2, S_MUMMY_ATK3, S_MUMMYL_ATK1, S_MUMMYL_ATK2, S_MUMMYL_ATK3, S_MUMMYL_ATK4, S_MUMMYL_ATK5, S_MUMMYL_ATK6, S_MUMMY_PAIN1, S_MUMMY_PAIN2, S_MUMMY_DIE1, S_MUMMY_DIE2, S_MUMMY_DIE3, S_MUMMY_DIE4, S_MUMMY_DIE5, S_MUMMY_DIE6, S_MUMMY_DIE7, S_MUMMY_DIE8, S_MUMMY_SOUL1, S_MUMMY_SOUL2, S_MUMMY_SOUL3, S_MUMMY_SOUL4, S_MUMMY_SOUL5, S_MUMMY_SOUL6, S_MUMMY_SOUL7, S_MUMMYFX1_1, S_MUMMYFX1_2, S_MUMMYFX1_3, S_MUMMYFX1_4, S_MUMMYFXI1_1, S_MUMMYFXI1_2, S_MUMMYFXI1_3, S_MUMMYFXI1_4, S_BEAST_LOOK1, S_BEAST_LOOK2, S_BEAST_WALK1, S_BEAST_WALK2, S_BEAST_WALK3, S_BEAST_WALK4, S_BEAST_WALK5, S_BEAST_WALK6, S_BEAST_ATK1, S_BEAST_ATK2, S_BEAST_PAIN1, S_BEAST_PAIN2, S_BEAST_DIE1, S_BEAST_DIE2, S_BEAST_DIE3, S_BEAST_DIE4, S_BEAST_DIE5, S_BEAST_DIE6, S_BEAST_DIE7, S_BEAST_DIE8, S_BEAST_DIE9, S_BEAST_XDIE1, S_BEAST_XDIE2, S_BEAST_XDIE3, S_BEAST_XDIE4, S_BEAST_XDIE5, S_BEAST_XDIE6, S_BEAST_XDIE7, S_BEAST_XDIE8, S_BEASTBALL1, S_BEASTBALL2, S_BEASTBALL3, S_BEASTBALL4, S_BEASTBALL5, S_BEASTBALL6, S_BEASTBALLX1, S_BEASTBALLX2, S_BEASTBALLX3, S_BEASTBALLX4, S_BEASTBALLX5, S_BURNBALL1, S_BURNBALL2, S_BURNBALL3, S_BURNBALL4, S_BURNBALL5, S_BURNBALL6, S_BURNBALL7, S_BURNBALL8, S_BURNBALLFB1, S_BURNBALLFB2, S_BURNBALLFB3, S_BURNBALLFB4, S_BURNBALLFB5, S_BURNBALLFB6, S_BURNBALLFB7, S_BURNBALLFB8, S_PUFFY1, S_PUFFY2, S_PUFFY3, S_PUFFY4, S_PUFFY5, S_SNAKE_LOOK1, S_SNAKE_LOOK2, S_SNAKE_WALK1, S_SNAKE_WALK2, S_SNAKE_WALK3, S_SNAKE_WALK4, S_SNAKE_ATK1, S_SNAKE_ATK2, S_SNAKE_ATK3, S_SNAKE_ATK4, S_SNAKE_ATK5, S_SNAKE_ATK6, S_SNAKE_ATK7, S_SNAKE_ATK8, S_SNAKE_ATK9, S_SNAKE_PAIN1, S_SNAKE_PAIN2, S_SNAKE_DIE1, S_SNAKE_DIE2, S_SNAKE_DIE3, S_SNAKE_DIE4, S_SNAKE_DIE5, S_SNAKE_DIE6, S_SNAKE_DIE7, S_SNAKE_DIE8, S_SNAKE_DIE9, S_SNAKE_DIE10, S_SNAKEPRO_A1, S_SNAKEPRO_A2, S_SNAKEPRO_A3, S_SNAKEPRO_A4, S_SNAKEPRO_AX1, S_SNAKEPRO_AX2, S_SNAKEPRO_AX3, S_SNAKEPRO_AX4, S_SNAKEPRO_AX5, S_SNAKEPRO_B1, S_SNAKEPRO_B2, S_SNAKEPRO_BX1, S_SNAKEPRO_BX2, S_SNAKEPRO_BX3, S_SNAKEPRO_BX4, S_HEAD_LOOK, S_HEAD_FLOAT, S_HEAD_ATK1, S_HEAD_ATK2, S_HEAD_PAIN1, S_HEAD_PAIN2, S_HEAD_DIE1, S_HEAD_DIE2, S_HEAD_DIE3, S_HEAD_DIE4, S_HEAD_DIE5, S_HEAD_DIE6, S_HEAD_DIE7, S_HEADFX1_1, S_HEADFX1_2, S_HEADFX1_3, S_HEADFXI1_1, S_HEADFXI1_2, S_HEADFXI1_3, S_HEADFXI1_4, S_HEADFX2_1, S_HEADFX2_2, S_HEADFX2_3, S_HEADFXI2_1, S_HEADFXI2_2, S_HEADFXI2_3, S_HEADFXI2_4, S_HEADFX3_1, S_HEADFX3_2, S_HEADFX3_3, S_HEADFX3_4, S_HEADFX3_5, S_HEADFX3_6, S_HEADFXI3_1, S_HEADFXI3_2, S_HEADFXI3_3, S_HEADFXI3_4, S_HEADFX4_1, S_HEADFX4_2, S_HEADFX4_3, S_HEADFX4_4, S_HEADFX4_5, S_HEADFX4_6, S_HEADFX4_7, S_HEADFXI4_1, S_HEADFXI4_2, S_HEADFXI4_3, S_HEADFXI4_4, S_CLINK_LOOK1, S_CLINK_LOOK2, S_CLINK_WALK1, S_CLINK_WALK2, S_CLINK_WALK3, S_CLINK_WALK4, S_CLINK_ATK1, S_CLINK_ATK2, S_CLINK_ATK3, S_CLINK_PAIN1, S_CLINK_PAIN2, S_CLINK_DIE1, S_CLINK_DIE2, S_CLINK_DIE3, S_CLINK_DIE4, S_CLINK_DIE5, S_CLINK_DIE6, S_CLINK_DIE7, S_WIZARD_LOOK1, S_WIZARD_LOOK2, S_WIZARD_WALK1, S_WIZARD_WALK2, S_WIZARD_WALK3, S_WIZARD_WALK4, S_WIZARD_WALK5, S_WIZARD_WALK6, S_WIZARD_WALK7, S_WIZARD_WALK8, S_WIZARD_ATK1, S_WIZARD_ATK2, S_WIZARD_ATK3, S_WIZARD_ATK4, S_WIZARD_ATK5, S_WIZARD_ATK6, S_WIZARD_ATK7, S_WIZARD_ATK8, S_WIZARD_ATK9, S_WIZARD_PAIN1, S_WIZARD_PAIN2, S_WIZARD_DIE1, S_WIZARD_DIE2, S_WIZARD_DIE3, S_WIZARD_DIE4, S_WIZARD_DIE5, S_WIZARD_DIE6, S_WIZARD_DIE7, S_WIZARD_DIE8, S_WIZFX1_1, S_WIZFX1_2, S_WIZFXI1_1, S_WIZFXI1_2, S_WIZFXI1_3, S_WIZFXI1_4, S_WIZFXI1_5, S_IMP_LOOK1, S_IMP_LOOK2, S_IMP_LOOK3, S_IMP_LOOK4, S_IMP_FLY1, S_IMP_FLY2, S_IMP_FLY3, S_IMP_FLY4, S_IMP_FLY5, S_IMP_FLY6, S_IMP_FLY7, S_IMP_FLY8, S_IMP_MEATK1, S_IMP_MEATK2, S_IMP_MEATK3, S_IMP_MSATK1_1, S_IMP_MSATK1_2, S_IMP_MSATK1_3, S_IMP_MSATK1_4, S_IMP_MSATK1_5, S_IMP_MSATK1_6, S_IMP_MSATK2_1, S_IMP_MSATK2_2, S_IMP_MSATK2_3, S_IMP_PAIN1, S_IMP_PAIN2, S_IMP_DIE1, S_IMP_DIE2, S_IMP_XDIE1, S_IMP_XDIE2, S_IMP_XDIE3, S_IMP_XDIE4, S_IMP_XDIE5, S_IMP_CRASH1, S_IMP_CRASH2, S_IMP_CRASH3, S_IMP_CRASH4, S_IMP_XCRASH1, S_IMP_XCRASH2, S_IMP_XCRASH3, S_IMP_CHUNKA1, S_IMP_CHUNKA2, S_IMP_CHUNKA3, S_IMP_CHUNKB1, S_IMP_CHUNKB2, S_IMP_CHUNKB3, S_IMPFX1, S_IMPFX2, S_IMPFX3, S_IMPFXI1, S_IMPFXI2, S_IMPFXI3, S_IMPFXI4, S_KNIGHT_STND1, S_KNIGHT_STND2, S_KNIGHT_WALK1, S_KNIGHT_WALK2, S_KNIGHT_WALK3, S_KNIGHT_WALK4, S_KNIGHT_ATK1, S_KNIGHT_ATK2, S_KNIGHT_ATK3, S_KNIGHT_ATK4, S_KNIGHT_ATK5, S_KNIGHT_ATK6, S_KNIGHT_PAIN1, S_KNIGHT_PAIN2, S_KNIGHT_DIE1, S_KNIGHT_DIE2, S_KNIGHT_DIE3, S_KNIGHT_DIE4, S_KNIGHT_DIE5, S_KNIGHT_DIE6, S_KNIGHT_DIE7, S_SPINAXE1, S_SPINAXE2, S_SPINAXE3, S_SPINAXEX1, S_SPINAXEX2, S_SPINAXEX3, S_REDAXE1, S_REDAXE2, S_REDAXEX1, S_REDAXEX2, S_REDAXEX3, S_SRCR1_LOOK1, S_SRCR1_LOOK2, S_SRCR1_WALK1, S_SRCR1_WALK2, S_SRCR1_WALK3, S_SRCR1_WALK4, S_SRCR1_PAIN1, S_SRCR1_ATK1, S_SRCR1_ATK2, S_SRCR1_ATK3, S_SRCR1_ATK4, S_SRCR1_ATK5, S_SRCR1_ATK6, S_SRCR1_ATK7, S_SRCR1_DIE1, S_SRCR1_DIE2, S_SRCR1_DIE3, S_SRCR1_DIE4, S_SRCR1_DIE5, S_SRCR1_DIE6, S_SRCR1_DIE7, S_SRCR1_DIE8, S_SRCR1_DIE9, S_SRCR1_DIE10, S_SRCR1_DIE11, S_SRCR1_DIE12, S_SRCR1_DIE13, S_SRCR1_DIE14, S_SRCR1_DIE15, S_SRCR1_DIE16, S_SRCR1_DIE17, S_SRCRFX1_1, S_SRCRFX1_2, S_SRCRFX1_3, S_SRCRFXI1_1, S_SRCRFXI1_2, S_SRCRFXI1_3, S_SRCRFXI1_4, S_SRCRFXI1_5, S_SOR2_RISE1, S_SOR2_RISE2, S_SOR2_RISE3, S_SOR2_RISE4, S_SOR2_RISE5, S_SOR2_RISE6, S_SOR2_RISE7, S_SOR2_LOOK1, S_SOR2_LOOK2, S_SOR2_WALK1, S_SOR2_WALK2, S_SOR2_WALK3, S_SOR2_WALK4, S_SOR2_PAIN1, S_SOR2_PAIN2, S_SOR2_ATK1, S_SOR2_ATK2, S_SOR2_ATK3, S_SOR2_TELE1, S_SOR2_TELE2, S_SOR2_TELE3, S_SOR2_TELE4, S_SOR2_TELE5, S_SOR2_TELE6, S_SOR2_DIE1, S_SOR2_DIE2, S_SOR2_DIE3, S_SOR2_DIE4, S_SOR2_DIE5, S_SOR2_DIE6, S_SOR2_DIE7, S_SOR2_DIE8, S_SOR2_DIE9, S_SOR2_DIE10, S_SOR2_DIE11, S_SOR2_DIE12, S_SOR2_DIE13, S_SOR2_DIE14, S_SOR2_DIE15, S_SOR2FX1_1, S_SOR2FX1_2, S_SOR2FX1_3, S_SOR2FXI1_1, S_SOR2FXI1_2, S_SOR2FXI1_3, S_SOR2FXI1_4, S_SOR2FXI1_5, S_SOR2FXI1_6, S_SOR2FXSPARK1, S_SOR2FXSPARK2, S_SOR2FXSPARK3, S_SOR2FX2_1, S_SOR2FX2_2, S_SOR2FX2_3, S_SOR2FXI2_1, S_SOR2FXI2_2, S_SOR2FXI2_3, S_SOR2FXI2_4, S_SOR2FXI2_5, S_SOR2TELEFADE1, S_SOR2TELEFADE2, S_SOR2TELEFADE3, S_SOR2TELEFADE4, S_SOR2TELEFADE5, S_SOR2TELEFADE6, S_MNTR_LOOK1, S_MNTR_LOOK2, S_MNTR_WALK1, S_MNTR_WALK2, S_MNTR_WALK3, S_MNTR_WALK4, S_MNTR_ATK1_1, S_MNTR_ATK1_2, S_MNTR_ATK1_3, S_MNTR_ATK2_1, S_MNTR_ATK2_2, S_MNTR_ATK2_3, S_MNTR_ATK3_1, S_MNTR_ATK3_2, S_MNTR_ATK3_3, S_MNTR_ATK3_4, S_MNTR_ATK4_1, S_MNTR_PAIN1, S_MNTR_PAIN2, S_MNTR_DIE1, S_MNTR_DIE2, S_MNTR_DIE3, S_MNTR_DIE4, S_MNTR_DIE5, S_MNTR_DIE6, S_MNTR_DIE7, S_MNTR_DIE8, S_MNTR_DIE9, S_MNTR_DIE10, S_MNTR_DIE11, S_MNTR_DIE12, S_MNTR_DIE13, S_MNTR_DIE14, S_MNTR_DIE15, S_MNTRFX1_1, S_MNTRFX1_2, S_MNTRFXI1_1, S_MNTRFXI1_2, S_MNTRFXI1_3, S_MNTRFXI1_4, S_MNTRFXI1_5, S_MNTRFXI1_6, S_MNTRFX2_1, S_MNTRFXI2_1, S_MNTRFXI2_2, S_MNTRFXI2_3, S_MNTRFXI2_4, S_MNTRFXI2_5, S_MNTRFX3_1, S_MNTRFX3_2, S_MNTRFX3_3, S_MNTRFX3_4, S_MNTRFX3_5, S_MNTRFX3_6, S_MNTRFX3_7, S_MNTRFX3_8, S_MNTRFX3_9, S_AKYY1, S_AKYY2, S_AKYY3, S_AKYY4, S_AKYY5, S_AKYY6, S_AKYY7, S_AKYY8, S_AKYY9, S_AKYY10, S_BKYY1, S_BKYY2, S_BKYY3, S_BKYY4, S_BKYY5, S_BKYY6, S_BKYY7, S_BKYY8, S_BKYY9, S_BKYY10, S_CKYY1, S_CKYY2, S_CKYY3, S_CKYY4, S_CKYY5, S_CKYY6, S_CKYY7, S_CKYY8, S_CKYY9, S_AMG1, S_AMG2_1, S_AMG2_2, S_AMG2_3, S_AMM1, S_AMM2, S_AMC1, S_AMC2_1, S_AMC2_2, S_AMC2_3, S_AMS1_1, S_AMS1_2, S_AMS2_1, S_AMS2_2, S_AMP1_1, S_AMP1_2, S_AMP1_3, S_AMP2_1, S_AMP2_2, S_AMP2_3, S_AMB1_1, S_AMB1_2, S_AMB1_3, S_AMB2_1, S_AMB2_2, S_AMB2_3, S_SND_WIND, S_SND_WATERFALL, S_TEMPSOUNDORIGIN1, NUMSTATES } statenum_t; // Map objects. typedef enum { MT_NONE = -1, MT_FIRST = 0, MT_MISC0 = MT_FIRST, // 000 MT_ITEMSHIELD1, MT_ITEMSHIELD2, MT_MISC1, MT_MISC2, MT_ARTIINVISIBILITY, MT_MISC3, MT_ARTIFLY, MT_ARTIINVULNERABILITY, MT_ARTITOMEOFPOWER, MT_ARTIEGG, MT_EGGFX, MT_ARTISUPERHEAL, MT_MISC4, MT_MISC5, MT_FIREBOMB, MT_ARTITELEPORT, MT_POD, MT_PODGOO, MT_PODGENERATOR, MT_SPLASH, MT_SPLASHBASE, MT_LAVASPLASH, MT_LAVASMOKE, MT_SLUDGECHUNK, MT_SLUDGESPLASH, MT_SKULLHANG70, MT_SKULLHANG60, MT_SKULLHANG45, MT_SKULLHANG35, MT_CHANDELIER, MT_SERPTORCH, MT_SMALLPILLAR, MT_STALAGMITESMALL, MT_STALAGMITELARGE, MT_STALACTITESMALL, MT_STALACTITELARGE, MT_MISC6, MT_BARREL, MT_MISC7, MT_MISC8, MT_MISC9, MT_MISC10, MT_MISC11, MT_KEYGIZMOBLUE, MT_KEYGIZMOGREEN, MT_KEYGIZMOYELLOW, MT_KEYGIZMOFLOAT, MT_MISC12, MT_VOLCANOBLAST, MT_VOLCANOTBLAST, MT_TELEGLITGEN, MT_TELEGLITGEN2, MT_TELEGLITTER, MT_TELEGLITTER2, MT_TFOG, MT_TELEPORTMAN, MT_STAFFPUFF, MT_STAFFPUFF2, MT_BEAKPUFF, MT_MISC13, MT_GAUNTLETPUFF1, MT_GAUNTLETPUFF2, MT_MISC14, MT_BLASTERFX1, MT_BLASTERSMOKE, MT_RIPPER, MT_BLASTERPUFF1, MT_BLASTERPUFF2, MT_WMACE, MT_MACEFX1, MT_MACEFX2, MT_MACEFX3, MT_MACEFX4, MT_WSKULLROD, MT_HORNRODFX1, MT_HORNRODFX2, MT_RAINPLR1, MT_RAINPLR2, MT_RAINPLR3, MT_RAINPLR4, MT_GOLDWANDFX1, MT_GOLDWANDFX2, MT_GOLDWANDPUFF1, MT_GOLDWANDPUFF2, MT_WPHOENIXROD, MT_PHOENIXFX1, MT_PHOENIXPUFF, MT_PHOENIXFX2, MT_MISC15, MT_CRBOWFX1, MT_CRBOWFX2, MT_CRBOWFX3, MT_CRBOWFX4, MT_BLOOD, MT_BLOODSPLATTER, MT_PLAYER, MT_BLOODYSKULL, MT_CHICPLAYER, MT_CHICKEN, MT_FEATHER, MT_MUMMY, MT_MUMMYLEADER, MT_MUMMYGHOST, MT_MUMMYLEADERGHOST, MT_MUMMYSOUL, MT_MUMMYFX1, MT_BEAST, MT_BEASTBALL, MT_BURNBALL, MT_BURNBALLFB, MT_PUFFY, MT_SNAKE, MT_SNAKEPRO_A, MT_SNAKEPRO_B, MT_HEAD, MT_HEADFX1, MT_HEADFX2, MT_HEADFX3, MT_WHIRLWIND, MT_CLINK, MT_WIZARD, MT_WIZFX1, MT_IMP, MT_IMPLEADER, MT_IMPCHUNK1, MT_IMPCHUNK2, MT_IMPBALL, MT_KNIGHT, MT_KNIGHTGHOST, MT_KNIGHTAXE, MT_REDAXE, MT_SORCERER1, MT_SRCRFX1, MT_SORCERER2, MT_SOR2FX1, MT_SOR2FXSPARK, MT_SOR2FX2, MT_SOR2TELEFADE, MT_MINOTAUR, MT_MNTRFX1, MT_MNTRFX2, MT_MNTRFX3, MT_AKYY, MT_BKYY, MT_CKEY, MT_AMGWNDWIMPY, MT_AMGWNDHEFTY, MT_AMMACEWIMPY, MT_AMMACEHEFTY, MT_AMCBOWWIMPY, MT_AMCBOWHEFTY, MT_AMSKRDWIMPY, MT_AMSKRDHEFTY, MT_AMPHRDWIMPY, MT_AMPHRDHEFTY, MT_AMBLSRWIMPY, MT_AMBLSRHEFTY, MT_SOUNDWIND, MT_SOUNDWATERFALL, MT_TEMPSOUNDORIGIN, NUMMOBJTYPES } mobjtype_t; // Text. typedef enum { TXT_PRESSKEY, TXT_PRESSYN, TXT_TXT_PAUSED, TXT_QUITMSG, TXT_LOADNET, TXT_QLOADNET, TXT_QSAVESPOT, TXT_SAVEDEAD, TXT_QSPROMPT, TXT_QLPROMPT, TXT_NEWGAME, TXT_NIGHTMARE, TXT_SWSTRING, TXT_MSGOFF, TXT_MSGON, TXT_NETEND, TXT_ENDGAME, TXT_DOSY, TXT_DETAILHI, TXT_DETAILLO, TXT_GAMMALVL0, TXT_GAMMALVL1, TXT_GAMMALVL2, TXT_GAMMALVL3, TXT_GAMMALVL4, TXT_EMPTYSTRING, TXT_TXT_GOTBLUEKEY, TXT_TXT_GOTYELLOWKEY, TXT_TXT_GOTGREENKEY, TXT_TXT_INV_HEALTH, TXT_TXT_INV_FLY, TXT_TXT_INV_INVULNERABILITY, TXT_TXT_INV_TOMEOFPOWER, TXT_TXT_INV_INVISIBILITY, TXT_TXT_INV_EGG, TXT_TXT_INV_SUPERHEALTH, TXT_TXT_INV_TORCH, TXT_TXT_INV_FIREBOMB, TXT_TXT_INV_TELEPORT, TXT_TXT_ITEMHEALTH, TXT_TXT_ITEMBAGOFHOLDING, TXT_TXT_ITEMSHIELD1, TXT_TXT_ITEMSHIELD2, TXT_TXT_ITEMSUPERMAP, TXT_TXT_AMMOGOLDWAND1, TXT_TXT_AMMOGOLDWAND2, TXT_TXT_AMMOMACE1, TXT_TXT_AMMOMACE2, TXT_TXT_AMMOCROSSBOW1, TXT_TXT_AMMOCROSSBOW2, TXT_TXT_AMMOBLASTER1, TXT_TXT_AMMOBLASTER2, TXT_TXT_AMMOSKULLROD1, TXT_TXT_AMMOSKULLROD2, TXT_TXT_AMMOPHOENIXROD1, TXT_TXT_AMMOPHOENIXROD2, TXT_TXT_WPNSTAFF, TXT_TXT_WPNWAND, TXT_TXT_WPNCROSSBOW, TXT_TXT_WPNBLASTER, TXT_TXT_WPNSKULLROD, TXT_TXT_WPNPHOENIXROD, TXT_TXT_WPNMACE, TXT_TXT_WPNGAUNTLETS, TXT_TXT_WPNBEAK, TXT_TXT_CHEATGODON, TXT_TXT_CHEATGODOFF, TXT_TXT_CHEATNOCLIPON, TXT_TXT_CHEATNOCLIPOFF, TXT_TXT_CHEATWEAPONS, TXT_TXT_CHEATFLIGHTON, TXT_TXT_CHEATFLIGHTOFF, TXT_TXT_CHEATPOWERON, TXT_TXT_CHEATPOWEROFF, TXT_TXT_CHEATHEALTH, TXT_TXT_CHEATKEYS, TXT_TXT_CHEATSOUNDON, TXT_TXT_CHEATSOUNDOFF, TXT_TXT_CHEATTICKERON, TXT_TXT_CHEATTICKEROFF, TXT_TXT_CHEATINVITEMS1, TXT_TXT_CHEATINVITEMS2, TXT_TXT_CHEATINVITEMS3, TXT_TXT_CHEATITEMSFAIL, TXT_TXT_CHEATWARP, TXT_TXT_CHEATSCREENSHOT, TXT_TXT_CHEATCHICKENON, TXT_TXT_CHEATCHICKENOFF, TXT_TXT_CHEATMASSACRE, TXT_TXT_CHEATIDDQD, TXT_TXT_CHEATIDKFA, TXT_TXT_NEEDBLUEKEY, TXT_TXT_NEEDGREENKEY, TXT_TXT_NEEDYELLOWKEY, TXT_TXT_GAMESAVED, TXT_HUSTR_CHATMACRO0, TXT_HUSTR_CHATMACRO1, TXT_HUSTR_CHATMACRO2, TXT_HUSTR_CHATMACRO3, TXT_HUSTR_CHATMACRO4, TXT_HUSTR_CHATMACRO5, TXT_HUSTR_CHATMACRO6, TXT_HUSTR_CHATMACRO7, TXT_HUSTR_CHATMACRO8, TXT_HUSTR_CHATMACRO9, TXT_HUSTR_TALKTOSELF1, TXT_HUSTR_TALKTOSELF2, TXT_HUSTR_TALKTOSELF3, TXT_HUSTR_TALKTOSELF4, TXT_HUSTR_TALKTOSELF5, TXT_HUSTR_MESSAGESENT, TXT_HUSTR_PLRGREEN, TXT_HUSTR_PLRINDIGO, TXT_HUSTR_PLRBROWN, TXT_HUSTR_PLRRED, TXT_AMSTR_FOLLOWON, TXT_AMSTR_FOLLOWOFF, TXT_AMSTR_GRIDON, TXT_AMSTR_GRIDOFF, TXT_AMSTR_MARKEDSPOT, TXT_AMSTR_MARKSCLEARED, TXT_STSTR_DQDON, TXT_STSTR_DQDOFF, TXT_STSTR_KFAADDED, TXT_STSTR_NCON, TXT_STSTR_NCOFF, TXT_STSTR_BEHOLD, TXT_STSTR_BEHOLDX, TXT_STSTR_CHOPPERS, TXT_STSTR_CLEV, TXT_E1TEXT, TXT_E2TEXT, TXT_E3TEXT, TXT_E4TEXT, TXT_E5TEXT, TXT_LOADMISSING, TXT_EPISODE1, TXT_EPISODE2, TXT_EPISODE3, TXT_EPISODE4, TXT_EPISODE5, TXT_EPISODE6, TXT_AMSTR_ROTATEON, TXT_AMSTR_ROTATEOFF, TXT_SKILL1, TXT_SKILL2, TXT_SKILL3, TXT_SKILL4, TXT_SKILL5, TXT_KEY1, TXT_KEY2, TXT_KEY3, TXT_SAVEOUTMAP, TXT_ENDNOGAME, TXT_SUICIDEOUTMAP, TXT_SUICIDEASK, TXT_PICKGAMETYPE, TXT_SINGLEPLAYER, TXT_MULTIPLAYER, TXT_NOTDESIGNEDFOR, TXT_GAMESETUP, TXT_PLAYERSETUP, TXT_DISCONNECT, TXT_HUSTR_E1M1, TXT_HUSTR_E1M2, TXT_HUSTR_E1M3, TXT_HUSTR_E1M4, TXT_HUSTR_E1M5, TXT_HUSTR_E1M6, TXT_HUSTR_E1M7, TXT_HUSTR_E1M8, TXT_HUSTR_E1M9, TXT_HUSTR_E2M1, TXT_HUSTR_E2M2, TXT_HUSTR_E2M3, TXT_HUSTR_E2M4, TXT_HUSTR_E2M5, TXT_HUSTR_E2M6, TXT_HUSTR_E2M7, TXT_HUSTR_E2M8, TXT_HUSTR_E2M9, TXT_HUSTR_E3M1, TXT_HUSTR_E3M2, TXT_HUSTR_E3M3, TXT_HUSTR_E3M4, TXT_HUSTR_E3M5, TXT_HUSTR_E3M6, TXT_HUSTR_E3M7, TXT_HUSTR_E3M8, TXT_HUSTR_E3M9, TXT_HUSTR_E4M1, TXT_HUSTR_E4M2, TXT_HUSTR_E4M3, TXT_HUSTR_E4M4, TXT_HUSTR_E4M5, TXT_HUSTR_E4M6, TXT_HUSTR_E4M7, TXT_HUSTR_E4M8, TXT_HUSTR_E4M9, TXT_HUSTR_E5M1, TXT_HUSTR_E5M2, TXT_HUSTR_E5M3, TXT_HUSTR_E5M4, TXT_HUSTR_E5M5, TXT_HUSTR_E5M6, TXT_HUSTR_E5M7, TXT_HUSTR_E5M8, TXT_HUSTR_E5M9, TXT_HUSTR_E6M1, TXT_HUSTR_E6M2, TXT_HUSTR_E6M3, TXT_DELETESAVEGAME_CONFIRM, TXT_REBORNLOAD_CONFIRM, NUMTEXT } textenum_t; // Sounds. typedef enum { SFX_NONE, SFX_GLDHIT, SFX_GNTFUL, SFX_GNTHIT, SFX_GNTPOW, SFX_GNTACT, SFX_GNTUSE, SFX_PHOSHT, SFX_PHOHIT, SFX_PHOPOW, SFX_LOBSHT, SFX_LOBHIT, SFX_LOBPOW, SFX_HRNSHT, SFX_HRNHIT, SFX_HRNPOW, SFX_RAMPHIT, SFX_RAMRAIN, SFX_BOWSHT, SFX_STFHIT, SFX_STFPOW, SFX_STFCRK, SFX_IMPSIT, SFX_IMPAT1, SFX_IMPAT2, SFX_IMPDTH, SFX_IMPACT, SFX_IMPPAI, SFX_MUMSIT, SFX_MUMAT1, SFX_MUMAT2, SFX_MUMDTH, SFX_MUMACT, SFX_MUMPAI, SFX_MUMHED, SFX_BSTSIT, SFX_BSTATK, SFX_BSTDTH, SFX_BSTACT, SFX_BSTPAI, SFX_CLKSIT, SFX_CLKATK, SFX_CLKDTH, SFX_CLKACT, SFX_CLKPAI, SFX_SNKSIT, SFX_SNKATK, SFX_SNKDTH, SFX_SNKACT, SFX_SNKPAI, SFX_KGTSIT, SFX_KGTATK, SFX_KGTAT2, SFX_KGTDTH, SFX_KGTACT, SFX_KGTPAI, SFX_WIZSIT, SFX_WIZATK, SFX_WIZDTH, SFX_WIZACT, SFX_WIZPAI, SFX_MINSIT, SFX_MINAT1, SFX_MINAT2, SFX_MINAT3, SFX_MINDTH, SFX_MINACT, SFX_MINPAI, SFX_HEDSIT, SFX_HEDAT1, SFX_HEDAT2, SFX_HEDAT3, SFX_HEDDTH, SFX_HEDACT, SFX_HEDPAI, SFX_SORZAP, SFX_SORRISE, SFX_SORSIT, SFX_SORATK, SFX_SORACT, SFX_SORPAI, SFX_SORDSPH, SFX_SORDEXP, SFX_SORDBON, SFX_SBTSIT, SFX_SBTATK, SFX_SBTDTH, SFX_SBTACT, SFX_SBTPAI, SFX_PLROOF, SFX_PLRPAI, SFX_PLRDTH, SFX_GIBDTH, SFX_PLRWDTH, SFX_PLRCDTH, SFX_ITEMUP, SFX_WPNUP, SFX_TELEPT, SFX_DOROPN, SFX_DORCLS, SFX_DORMOV, SFX_ARTIUP, SFX_SWITCH, SFX_PSTART, SFX_PSTOP, SFX_STNMOV, SFX_CHICPAI, SFX_CHICATK, SFX_CHICDTH, SFX_CHICACT, SFX_CHICPK1, SFX_CHICPK2, SFX_CHICPK3, SFX_KEYUP, SFX_RIPSLOP, SFX_NEWPOD, SFX_PODEXP, SFX_BOUNCE, SFX_VOLSHT, SFX_VOLHIT, SFX_BURN, SFX_SPLASH, SFX_GLOOP, SFX_RESPAWN, SFX_BLSSHT, SFX_BLSHIT, SFX_CHAT, SFX_INVENTORY_USE, SFX_GFRAG, SFX_WATERFL, SFX_WIND, SFX_AMB1, SFX_AMB2, SFX_AMB3, SFX_AMB4, SFX_AMB5, SFX_AMB6, SFX_AMB7, SFX_AMB8, SFX_AMB9, SFX_AMB10, SFX_AMB11, SFX_SECRET, NUMSFX } sfxenum_t; /** * Music. * These ids are no longer used. All tracks are played by ident. typedef enum { MUS_E1M1, MUS_E1M2, MUS_E1M3, MUS_E1M4, MUS_E1M5, MUS_E1M6, MUS_E1M7, MUS_E1M8, MUS_E1M9, MUS_E2M1, MUS_E2M2, MUS_E2M3, MUS_E2M4, MUS_E2M5, MUS_E2M6, MUS_E2M7, MUS_E2M8, MUS_E2M9, MUS_E3M1, MUS_E3M2, MUS_E3M3, MUS_E3M4, MUS_E3M5, MUS_E3M6, MUS_E3M7, MUS_E3M8, MUS_E3M9, MUS_E4M1, MUS_E4M2, MUS_E4M3, MUS_E4M4, MUS_E4M5, MUS_E4M6, MUS_E4M7, MUS_E4M8, MUS_E4M9, MUS_E5M1, MUS_E5M2, MUS_E5M3, MUS_E5M4, MUS_E5M5, MUS_E5M6, MUS_E5M7, MUS_E5M8, MUS_E5M9, MUS_E6M1, MUS_E6M2, MUS_E6M3, MUS_TITL, MUS_INTR, MUS_CPTD, NUMMUSIC } musicenum_t; */ #endif doomsday-1.14.5/doomsday/plugins/heretic/include/m_cheat.h0000664000175000017500000000252412350542240023024 0ustar jaakkojaakko/** * @file m_cheat.h * Cheats - Heretic specific. @ingroup libheretic * * @author Copyright © 2006-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBHERETIC_M_CHEAT_H #define LIBHERETIC_M_CHEAT_H #ifndef __JHERETIC__ # error "Using jHeretic headers without __JHERETIC__" #endif #ifdef __cplusplus extern "C" { #endif /** * Register event sequence callbacks for all cheats. */ void G_RegisterCheats(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBHERETIC_M_CHEAT_H doomsday-1.14.5/doomsday/plugins/heretic/res/0000775000175000017500000000000012350542240020416 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/res/jheretic.dll.manifest0000664000175000017500000000062312350542240024516 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/heretic/res/jheretic.ico0000664000175000017500000001114612350542240022712 0ustar jaakkojaakko(Fhn   (  000 " "0" "#:3""3# * ( @'7*gvuɀ bIX8|F/>I-x:1{@_m@Iep?N4 Yd,&b/ +/d;*d6Sa\TFTEU)6.<.= <;pJCyO JVd?ME Wg>=8mG    &q46BO]6DAQDS2B:G)e+c,P_;IN\E~RIYDPP^P]IX#l1!%( "r0{,"o1JZ:iH1A3B|-SbTa=jH  0"$:I- )p6)r7,#;J 1,   u- o.t.p.+ *;+;%+ + #%# &i%V0p2x_iW3wXEzyD:jIF4k_,Y|Z{0&5;l\6}-'[0 ]HGm~K=0J)MLbPa "O qR@7.?Qr9S8Asu* /Bt veC#dUTcvhg$+f10( @ "****:*3**2**2""""""" """"""""**":*":0""# "#:""3"2":":# #"" ***#  # 0" ( @BTEUsZ%K64C6r|(x̄4E!0" L\LYam^hBsQhv+%ms@/7fK0c?6lE (Q]ߋ X&*@-*6+o|CT+M[VbA% ȊK'59|F=LN =KXf,b5Tb[jP^;I"20*O^ />}O+;.2A4DvWb P`.u=!h/'7W$ftFVKWoy2A-_)Vd,l@"/C"/s|:-q9?jwYjj$^m6E _*2A9FIWTa >HX[*C.;Xhl#AQfsixFW8'kt8) @20?GVYe ?|brGXQ^kvE~Pd'A(eqFT:jz5C%_/ 3kzT(#^-)y7=L#g11 p' e0s(+;0}>AO->- 96W*+=B*4xD2A.m;G|OHU:,:y3D3@0n=yJ N {)w4'f5*  ]jTa3z@Taixdr'g2L\eum| @AQUcA.>$n0%l4'j4 h,0? x..=$r0+u8@ML\M\T#;"*v6drS%+ j,?MQ.ajUcuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu8uuuuuuuuuruuuuuuuuuuuuuuuu(uuuuuuluuuuuuuuuuuuuuuuGuuuuuاOuuuuuuuuuuuuuuuuu2uuuuu9uuuuuuuuuuuuuuuu2uuuuu^Suuuuuuuuuuuuuuuu؍)uuuuuSuuuuuuuuuuuuuuuuluuuuuuuuuuuuuuuuuuuuSuuuu uuuuuuuuuuuuuuuu؈^uuuur*uuuuuuuuuuuuuuuuؤsuuuu؋*2uuuuuuuuuuuuuuuu2uuuufNuuuuuuuuuuuuuuuu*2uuuuԈ2NuuuuuuuuuuuuuuuuuuuuufuuuuuuuuuuuuuuuuؤKuuuub*fuuuuuuuuuuuuuuuuؤ󌪼uuuube2fuuuuuuuuuuuuuuuueuuuud2uuuuuuuuuuuuuuuu_Ohe>uuuN*fuuuuuuuuuuuuuuuؤPÒfuuuuuuuuuuuuuuu*T2!uuuuuuuuuuuuuuuiNNB4uuuuuuuuuuuuuuumDlh^<*uuuuuuuuuuuuuu" F؆eluuuuuuuuuuuuuT2+or2uuuuuuuuuuuuuuNq$^.rduuuuuuuuuuuuuutsGuuԮruuuuuuuuuuuuuuؼGGGuu%2uuuuuuuuuuuuuu9// /uuuuuuuuuuuuuuuxuuxxxxuux&uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu???0 doomsday-1.14.5/doomsday/plugins/heretic/res/heretic.rc0000664000175000017500000001020112350542240022361 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2010 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""jheretic.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_DESC ""\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright "" PLUGIN_COPYRIGHT ""\0""\r\n" " VALUE ""OriginalFilename"", ""heretic.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif /** * Icons: * Icon with lowest ID value placed first to ensure application icon * remains consistent on all systems. */ IDI_GAME_ICON ICON DISCARDABLE "jheretic.ico" #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_DESC "\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright " PLUGIN_COPYRIGHT "\0" VALUE "OriginalFilename", "heretic.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/heretic/res/.gitignore0000664000175000017500000000000612350542240022402 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/heretic/res/resource.h0000664000175000017500000000067012350542240022421 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by jheretic.rc // #define IDI_GAME_ICON 101 // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/heretic/data/0000775000175000017500000000000012350542240020536 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/data/conhelp.txt0000664000175000017500000005227212350542240022737 0ustar jaakkojaakko# Doomsday Help # Generated by conhelp.py out of libcommon, libheretic # # CONSOLE COMMANDS: libcommon # [beginchat] desc = Begin chat mode. [chatcancel] desc = Exit chat mode without sending the message. [chatcomplete] desc = Send the chat message and exit chat mode. [chatdelete] desc = Delete a character from the chat buffer. [chatsendmacro] desc = Send a chat macro. [coord] desc = Print the coordinates of the consoleplayer. [deletegamesave] desc = Deletes a game-save state. inf = Params: deletegamesave (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nA game save by name 'deletegamesave "running low on ammo"'\nLast game save in the "quick" slot, confirmed: 'deletegamesave quick confirm' [endcycle] desc = End map rotation. [endgame] desc = End the game. [helpscreen] desc = Show the Help screens. [kill] desc = Kill all the monsters on the map. [listmaps] desc = List all loaded maps. [loadgame] desc = Load a game-save or open the load menu. inf = Params: loadgame (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nOpen load menu: 'loadgame'\nLoading named game: 'loadgame "running low on ammo"'\nLoading current "quick" slot, confirmed: 'loadgame quick confirm'\nLoading slot #0: 'loadgame 0' [lockmode] desc = Set camera viewlock mode. inf = Params: lockmode (0-1). [makecam] desc = Toggle camera mode. inf = Params: makecam (playernum)\nFor example, 'makecam 1'. [makelocp] desc = Make local player. inf = Params: makelocp (playernum)\nFor example, 'makelocp 1'. [menu] desc = Open/Close the menu. [menuback] desc = Return to the previous menu page. [menudown] desc = Move the menu cursor down. [menuleft] desc = Move the menu cursor left. [menuright] desc = Move the menu cursor right. [menuselect] desc = Select/Accept the current menu item. [menuup] desc = Move the menu cursor up. [message] desc = Show a local game message. inf = Params: message (text)\nFor example, 'message "this is a message"' [messagecancel] desc = Trigger a "CANCEL" response in the message prompt. [messageno] desc = Trigger a "NO" response in the message prompt. [messageyes] desc = Trigger a "YES" response in the message prompt. [moveceil] desc = Move a sector's ceiling plane. [movefloor] desc = Move a sector's floor plane. [movesec] desc = Move a sector's both planes. [noclip] desc = Toggle movement clipping on/off, to walk through walls (cheat). [notarget] desc = Enemies will not target the player (cheat). [pause] desc = Pause the game (same as pressing the pause key). [quickload] desc = Load the quicksaved game. [quicksave] desc = Quicksave the game. [reveal] desc = Map cheat. inf = Params: reveal (0-4)\nModes:\n0=nothing\n1=show unseen\n2=full map\n3=map+things [savegame] desc = Create a new game-save or open the save menu. inf = Params: savegame (game-save-name||save-slot-num) (new game-save-name) (confirm)\nKeywords: last, quick\nFor example, 'savegame' opens the Save Menu\n 'savegame quick "running low on ammo"' saves to current "quick" slot\n 'savegame 0 "running low on ammo"' saves to slot #0 [screenshot] desc = Take a screenshot. inf = The screenshot is saved into the runtime directory. [setcolor] desc = Set player color. inf = Params: setcolor (playernum)\nFor example, 'setcolor 4'. [setlock] desc = Set camera viewlock. [spawnmobj] desc = Spawn a new mobj. [startcycle] desc = Begin map rotation. [startinf] desc = Start an InFine script. inf = Params: startinf (script-id)\nFor example, 'startinf coolscript'. [stopinf] desc = Stop the currently playing interlude/finale. [suicide] desc = Kill yourself. What did you think? [togglegamma] desc = Cycle gamma correction levels. [warp] desc = Warp to a map. [where] desc = Prints your map number and exact location. # # CONSOLE COMMANDS: libheretic # [cheat] desc = Issue a cheat code using the original Heretic cheats. inf = Params: cheat (cheat)\nFor example, 'cheat rambo'. [chicken] desc = Turn yourself into a chicken. Go ahead. [exitmap] desc = Exit the current map. [give] desc = Cheat command to give you various kinds of things. [god] desc = Toggle God mode (invulnerability). [setclass] desc = Set player class. [spy] desc = Change the viewplayer when not in deathmatch. [stopfinale] desc = Stop the currently playing interlude/finale. # # CONSOLE VARIABLES: libcommon # [chat-beep] desc = 1=Play a beep sound when a new chat message arrives. [chat-macro0] desc = Chat macro 1. [chat-macro1] desc = Chat macro 2. [chat-macro2] desc = Chat macro 3. [chat-macro3] desc = Chat macro 4. [chat-macro4] desc = Chat macro 5. [chat-macro5] desc = Chat macro 6. [chat-macro6] desc = Chat macro 7. [chat-macro7] desc = Chat macro 8. [chat-macro8] desc = Chat macro 9. [chat-macro9] desc = Chat macro 10. [ctl-aim-noauto] desc = 1=Autoaiming disabled. [ctl-look-joy-delta] desc = 1=Joystick values => look angle delta. [ctl-look-joy-inverse] desc = 1=Inverse joystick look Y axis. [ctl-look-joy] desc = 1=Joystick look active. [ctl-look-pov] desc = 1=Look around using the POV hat. [ctl-look-speed] desc = The speed of looking up/down. [ctl-look-spring] desc = 1=Lookspring active. [ctl-run] desc = 1=Always run. [ctl-turn-speed] desc = The speed of turning left/right. [game-fastmonsters] desc = 1=Fast monsters in non-demo single player. [game-monsters-floatoverblocking] desc = 1=Allow floating monsters to attempt floating over blocking things (avoids getting stuck). [game-music] desc = Currently playing music (id). [game-pause-focuslost] desc = Pause the game when game window loses focus. [game-pause-mapstart-tics] desc = Number of 35 Hz tics to pause the game after a map has been loaded.\n-1=Use the value of 'con-transition-tics'. [game-paused] desc = 1=Game paused. [game-save-confirm-loadonreborn] desc = 1=Ask me to confirm when loading a save on player reborn. (default: on). [game-save-confirm] desc = 1=Ask me to confirm when quick saving/loading. [game-save-last-loadonreborn] desc = 1=Load the last used save slot on player reborn. (default: off). [game-save-last-slot] desc = Last used save slot. -1=Not yet loaded/saved in this game session. [game-save-quick-slot] desc = Current "quick" save slot number. -1=None (default). [game-skill] desc = Current skill level. [game-state-map] desc = 1=Currently playing a map. [game-state] desc = Current game state. [game-unpause-focusgained] desc = Unpause the game when game window regains focus. [hud-color-a] desc = HUD info alpha value. [hud-color-b] desc = HUD info color alpha component. [hud-color-g] desc = HUD info color green component. [hud-color-r] desc = HUD info color red component. [hud-frags-all] desc = Debug: HUD shows all frags of all players. [hud-icon-alpha] desc = HUD icon alpha value. [hud-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [hud-scale] desc = Scaling for HUD info. [hud-status-alpha] desc = Status bar Alpha level. [hud-status-icon-a] desc = Status bar icons & counters Alpha level. [hud-status-size] desc = Status bar size. [hud-timer] desc = Number of seconds before the hud auto-hides. [hud-title-author-noiwad] desc = 1=Do not show map author if it is a map from an IWAD. [hud-title] desc = 1=Show map title and author in the beginning. [hud-unhide-damage] desc = 1=Unhide the HUD when player receives damaged. [hud-unhide-pickup-ammo] desc = 1=Unhide the HUD when player collects an ammo item. [hud-unhide-pickup-armor] desc = 1=Unhide the HUD when player collects an armor item. [hud-unhide-pickup-health] desc = 1=Unhide the HUD when player collects a health item. [hud-unhide-pickup-key] desc = 1=Unhide the HUD when player collects a key. [hud-unhide-pickup-powerup] desc = 1=Unhide the HUD when player collects a powerup or item of equipment. [hud-unhide-pickup-weapon] desc = 1=Unhide the HUD when player collects a weapon. [inlude-patch-replacement] desc = Intermission Patch Replacement strings. 1=Enable external, 2=Enable built-in. [inlude-stretch] desc = Intermission stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [input-joy-rx] desc = X rotational axis control. [input-joy-ry] desc = Y rotational axis control. [input-joy-rz] desc = Z rotational axis control. [input-joy-slider1] desc = First slider control. [input-joy-slider2] desc = Second slider control. [input-joy-x] desc = X axis control: 0=None, 1=Move, 2=Turn, 3=Strafe, 4=Look. [input-joy-y] desc = Y axis control. [input-joy-z] desc = Z axis control. [input-mouse-x-sensi] desc = Mouse X axis sensitivity. [input-mouse-y-sensi] desc = Mouse Y axis sensitivity. [map-babykeys] desc = 1=Show keys in automap (easy skill mode only). [map-background-b] desc = Automap background color, blue component. [map-background-g] desc = Automap background color, green component. [map-background-r] desc = Automap background color, red component. [map-customcolors] desc = Custom automap coloring 0=Never, 1=Auto (enabled if unchanged), 2=Always. [map-door-colors] desc = 1=Show door colors in automap. [map-door-glow] desc = Door glow thickness in the automap (with map-door-colors). [map-episode] desc = Current episode. [map-huddisplay] desc = 0=No HUD when in the automap 1=Current HUD display shown when in the automap 2=Always show Status Bar when in the automap [map-id] desc = Current map id. [map-line-opacity] desc = Opacity of automap lines (default: .7). [map-line-width] desc = Scale factor for automap lines (default: 1.1). [map-mobj-b] desc = Automap mobjs, blue component. [map-mobj-g] desc = Automap mobjs, green component. [map-mobj-r] desc = Automap mobjs, red component. [map-music] desc = Music (id) for current map. [map-name] desc = Current map name. [map-opacity] desc = Opacity of the automap. [map-open-timer] desc = Time taken to open/close the automap, in seconds. [map-pan-resetonopen] desc = 1=Reset automap pan location when opening the automap. [map-pan-speed] desc = Pan speed multiplier in the automap. [map-rotate] desc = 1=Automap turns with player, up=forward. [map-title-position] desc = Position of the map title when automap is open. 0=Top, 1=Bottom. [map-wall-b] desc = Automap walls, blue component. [map-wall-ceilingchange-b] desc = Automap ceiling height difference lines, blue component. [map-wall-ceilingchange-g] desc = Automap ceiling height difference lines, green component. [map-wall-ceilingchange-r] desc = Automap ceiling height difference lines, red component. [map-wall-floorchange-b] desc = Automap floor height difference lines, blue component. [map-wall-floorchange-g] desc = Automap floor height difference lines, green component. [map-wall-floorchange-r] desc = Automap floor height difference lines, red component. [map-wall-g] desc = Automap walls, green component. [map-wall-r] desc = Automap walls, red component. [map-wall-unseen-b] desc = Automap unseen areas, blue component. [map-wall-unseen-g] desc = Automap unseen areas, green component. [map-wall-unseen-r] desc = Automap unseen areas, red component. [map-zoom-speed] desc = Zoom in/out speed multiplier in the automap. [menu-color-b] desc = Menu color blue component. [menu-color-g] desc = Menu color green component. [menu-color-r] desc = Menu color red component. [menu-colorb-b] desc = Menu color B blue component. [menu-colorb-g] desc = Menu color B green component. [menu-colorb-r] desc = Menu color B red component. [menu-cursor-rotate] desc = 1=Menu cursor rotates on items with a range of options. [menu-effect] desc = 3-bit bitfield. 0=Disable menu effects. 0x1=text type-in, 0x2=text shadow, 0x4=text glitter. [menu-flash-b] desc = Menu selection flash color, blue component. [menu-flash-g] desc = Menu selection flash color, green component. [menu-flash-r] desc = Menu selection flash color, red component. [menu-flash-speed] desc = Menu selection flash speed. [menu-fog] desc = Menu fog mode: 0=off, 1=shimmer, 2=black smoke, 3=blue vertical, 4=grey smoke, 5=dimmed. [menu-glitter] desc = Strength of type-in glitter. [menu-hotkeys] desc = 1=Enable hotkey navigation in the menu. [menu-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [menu-quick-ask] desc = 1=Ask me to confirm when quick saving/loading. [menu-save-suggestname] desc = 1=Suggest an auto-generated name when selecting a save slot. [menu-scale] desc = Scaling for menus. [menu-shadow] desc = Menu text shadow darkness. [menu-slam] desc = 1=Slam the menu when opening. [menu-stretch] desc = Menu stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [msg-align] desc = Alignment of HUD messages. 0 = left, 1 = center, 2 = right. [msg-blink] desc = HUD messages blink for this number of tics when printed. [msg-color-b] desc = Color of HUD messages blue component. [msg-color-g] desc = Color of HUD messages green component. [msg-color-r] desc = Color of HUD messages red component. [msg-count] desc = Number of HUD messages displayed at the same time. [msg-echo] desc = 1=Echo all messages to the console. [msg-scale] desc = Scaling factor for HUD messages. [msg-show] desc = 1=Show messages. [msg-uptime] desc = Number of seconds to keep HUD messages on screen. [player-armor] desc = Current armor ammount. [player-autoswitch-ammo] desc = Change weapon automatically when picking up ammo. 1=If better 2=Always [player-autoswitch-notfiring] desc = 1=Disable automatic weapon switch if firing when picking one up. [player-autoswitch] desc = Change weapon automatically when picking one up. 1=If better 2=Always [player-camera-noclip] desc = 1=Camera players have no movement clipping. [player-health] desc = Current health ammount. [player-jump-power] desc = Jump power (for all clients if this is the server). [player-jump] desc = 1=Allow jumping. [player-move-speed] desc = Player movement speed modifier. [player-weapon-current] desc = Current weapon (id) [player-weapon-cycle-sequential] desc = 1=Allow sequential weapon cycling whilst lowering. [player-weapon-order0] desc = Weapon change order, slot 0. [player-weapon-order1] desc = Weapon change order, slot 1. [player-weapon-order2] desc = Weapon change order, slot 2. [player-weapon-order3] desc = Weapon change order, slot 3. [rend-dev-freeze-map] desc = 1=Stop updating the automap rendering lists. [server-game-cheat] desc = 1=Allow cheating in multiplayer games (god, noclip, give). [server-game-deathmatch] desc = 1=Start multiplayer games as deathmatch. [server-game-jump] desc = 1=Allow jumping in multiplayer games. [server-game-map] desc = Map to use in multiplayer games. [server-game-mapcycle-noexit] desc = 1=Disable exit buttons during map rotation. [server-game-mapcycle] desc = Map rotation sequence. [server-game-mod-damage] desc = Enemy (mob) damage modifier, multiplayer (1..100). [server-game-mod-gravity] desc = World gravity modifier, multiplayer (-1..100). -1=Map default. [server-game-mod-health] desc = Enemy (mob) health modifier, multiplayer (1..20). [server-game-monster-meleeattack-nomaxz] desc = 1=Monster melee attacks are infinitely tall. [server-game-nomonsters] desc = 1=No monsters. [server-game-radiusattack-nomaxz] desc = 1=ALL radius attacks are infinitely tall. [server-game-skill] desc = Skill level in multiplayer games. [view-bob-height] desc = Scale for viewheight bobbing. [view-bob-weapon] desc = Scale for player weapon bobbing. [view-cross-a] desc = Crosshair color alpha component. [view-cross-angle] desc = Rotation angle for the crosshair [0..1] (1=360 degrees). [view-cross-b] desc = Crosshair color blue component. [view-cross-g] desc = Crosshair color green component. [view-cross-r] desc = Crosshair color red component. [view-cross-size] desc = Crosshair size: 1=Normal. [view-cross-type] desc = The current crosshair. [view-cross-vitality] desc = Color the crosshair according to how near you are to death. [view-filter-strength] desc = Strength of view filter. [view-size] desc = View window size (3-13). # # CONSOLE VARIABLES: libheretic # [ctl-inventory-mode] desc = Inventory selection mode 0=cursor, 1=scroll. [ctl-inventory-use-immediate] desc = 1=Use items immediately from the inventory. [ctl-inventory-use-next] desc = 1=Automatically select the next inventory item when unusable. [ctl-inventory-wrap] desc = 1=Inventory selection wraps around. [game-corpse-sliding] desc = 1=Corpses slide down stairs and ledges (enables enhanced BOOM behaviour). [game-corpse-time] desc = Corpse vanish time in seconds, 0=disabled. [game-monsters-stuckindoors] desc = 1=Monsters can get stuck in doortracks (disables DOOM bug fix). [game-objects-clipping] desc = 1=Use EXACTLY DOOM's clipping code (disables DOOM bug fix). [game-objects-falloff] desc = 1=Objects fall under their own weight (enables DOOM bug fix). [game-objects-hangoverledges] desc = 1=Only some objects can hang over tall ledges (enables DOOM bug fix). [game-player-wallrun-northonly] desc = 1=Players can only wallrun North (disables DOOM bug fix). [game-save-auto-loadonreborn] desc = 1=Load the auto save slot on player reborn. (default: off). [game-stats-items] desc = Current number of items. [game-stats-kills] desc = Current number of kills. [game-stats-secrets] desc = Current number of discovered secrets. [game-zclip] desc = 1=Allow mobjs to move under/over each other (enables DOOM bug fix). [hud-ammo] desc = 1=Show ammo when the status bar is hidden. [hud-armor] desc = 1=Show armor when the status bar is hidden. [hud-cheat-counter-scale] desc = Size factor for the counters. [hud-cheat-counter-show-mapopen] desc = 1=Only show the cheat counters while the automap is open. [hud-cheat-counter] desc = 6-bit bitfield. Show kills, items and secret counters. [hud-currentitem] desc = 1=Show current item in full-screen mode. [hud-health] desc = 1=Show health when the status bar is hidden. [hud-inventory-slot-max] desc = Maximum number of inventory slots to display in full-screen mode. [hud-inventory-slot-showempty] desc = 1=Show empty inventory slots in full-screen mode. [hud-inventory-timer] desc = Seconds before the inventory auto-hides. [hud-keys] desc = 1=Show keys when the status bar is hidden. [hud-tome-sound] desc = Seconds for countdown sound of Tome of Power. [hud-tome-timer] desc = Countdown seconds for the Tome of Power. [hud-unhide-pickup-invitem] desc = 1=Unhide the HUD when player collects an inventory item. [player-air-movement] desc = Player movement speed while airborne. [player-ammo-crossbow] desc = Current amount of ammo for the crossbow. [player-ammo-dragonclaw] desc = Current amount of ammo for the Dragon Claw. [player-ammo-goldwand] desc = Current amount of ammo for the goldwand. [player-ammo-hellstaff] desc = Current amount of ammo for the Hell Staff. [player-ammo-mace] desc = Current amount of ammo for the mace. [player-ammo-phoenixrod] desc = Current amount of ammo for the Phoenix Rod. [player-artifact-chaosdevice] desc = Current number of Chaos Devices. [player-artifact-crystalvial] desc = Current number of Crystal Vials. [player-artifact-egg] desc = Current number of Morph Ovum artifacts. [player-artifact-firebomb] desc = Current number of Time Bombs Of The Ancients. [player-artifact-mysticurn] desc = Current number of Mystic Urn artifacts. [player-artifact-ring] desc = Current number of Rings of Invincibility. [player-artifact-shadowsphere] desc = Current number of Shadowsphere artifacts. [player-artifact-tomeofpower] desc = Current number of Tome of Power artifacts. [player-artifact-torch] desc = Current number of torches. [player-artifact-wings] desc = Current number of Wings of Wrath artifacts. [player-color] desc = Player color: 0=green, 1=yellow, 2=red, 3=blue, 4=default. [player-eyeheight] desc = Player eye height. The original is 41. [player-key-blue] desc = 1=Player has blue key. [player-key-green] desc = 1=Player has green key. [player-key-yellow] desc = 1=Player has yellow key. [player-weapon-crossbow] desc = 1=Player has crossbow. [player-weapon-dragonclaw] desc = 1=Player has the Dragon Claw. [player-weapon-gauntlets] desc = 1=Player has gauntlets. [player-weapon-goldwand] desc = 1=Player has goldwand. [player-weapon-hellstaff] desc = 1=Player has the Hell Staff. [player-weapon-mace] desc = 1=Player has mace. [player-weapon-nextmode] desc = 1=Use custom weapon order with Next/Previous weapon. [player-weapon-order4] desc = Weapon change order, slot 4. [player-weapon-order5] desc = Weapon change order, slot 5. [player-weapon-order6] desc = Weapon change order, slot 6. [player-weapon-order7] desc = Weapon change order, slot 7. [player-weapon-order8] desc = Weapon change order, slot 8. [player-weapon-phoenixrod] desc = 1=Player has the Phoenix Rod. [player-weapon-staff] desc = 1=Player has staff. [server-game-announce-secret] desc = 1=Announce the discovery of secret areas. [server-game-episode] desc = Episode to use in multiplayer games. [server-game-maulotaur-fixfloorfire] desc = 1=Fix bug in original Heretic which would explode the Maulotaur floor fire if spawned while it's feet are clipped. [server-game-plane-fixmaterialscroll] desc = 1=Fix bug in original Heretic which would only allow scrolling materials on planes to move east. [server-game-respawn-monsters-nightmare] desc = 1=Monster respawning in Nightmare difficulty enabled. [server-game-respawn] desc = 1=-respawn was used. [view-bob-weapon-switch-lower] desc = HUD weapon lowered during weapon switching. [view-ringfilter] desc = Ring effect filter. 1=Brownish, 2=Blue. [xg-dev] desc = 1=Print XG debug messages. doomsday-1.14.5/doomsday/plugins/heretic/data/lumps/0000775000175000017500000000000012350542240021676 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/data/lumps/pal18to8.lmp0000664000175000017500000100000012350542240023757 0ustar 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JJKKKKLLLLLLMMMNNNNO556666666666$$% JKKKKKLLLLLMMMNNNNOOOOO56666666666$$%% KKKKLLLLLMMMNNNNOOOOOOOO6666666666$$%% KKKLLLLLMMMNNNNNOOOOOOOPP66666666$$%%% cccLLLLMMMNNNNNOOOOOOOPPP666666%%% cccdLLMMMNNNNNOOOOOOOPPPPP%%%% ccddddMMNNNNNNOOOOOOPPPPPQ% &&& cddddddNNNNNNOOOOOOPPPPPQQR&&&&&&'dddddddNNNNNOOOOOOPPPPPQQRR&&&&''dddddddNNNNNOOOOOPPPPPQQQRRR&&'''ddddddeNNNNOOOOOPPPPPQQQRRRR'ddddddeeeeNOOOOOPPPPPQQQQRRRRRddddeeeeeeOOOOPPPPPQQQQRRRRRRddddeeeeeeOOOPPPPPQQQQQRRRRRRRdddeeeeeeefOPPPPPQQQQQRRRRRRRRdeeeeeeefffPPPPQQQQQRRRRRRRRRReeeeeefffffPPQQQQQQRRRRRRRRRReeeeeffffffPQQQQQQRRRRRRRRRRRReeeffffffffQQQQQQRRRRRRRRRRR~~eeeffffffffQQQQQRRRRRRRRRRRS~effffffffgQQQQQRRRRRRRRRSS~~ffffffffgggQQQRRRRRRRRSSSS~ffffffgggggQQRRRRRRSSSSSUfffffgggggggRRRRRSSSSSSTUfffffgggggghhRRSSSSSSSTUUfffggggggghhhSSSSSSSSUUffggggggghhhhSSSSSSSTUUggggggghhhhhSSSSSSTUUUgggggghhhhhhSSSSSTUUUgggghhhhhhhhSSSSTUUUgghhhhhhhhiiSSTUUUUhhhhhhhhiiiiTUUUUUhhhhhhhiiiiiTUUUUhhhhhiiiiiiUUUUUhhhiiiiiijUUUUhiiiiiijjjUUUiiiiijjjjUUiiiijjjjjUiijjjjjjjjjjjjkjjjjjkkjjjkkjkkkkkރߏߏߏߏߏߏ55565666JJKK566666JJJJKKLLLL56666666JJJJKKLLLLLLL5666666666JJJJKKKLLLLLLLM566666666666JJJJKKKLLLLLLLMM5666666666666 JJJJKKKLLLLLLLMMNNN5666666666666 JJKKKKLLLLLLMMNNNNOO5666666666666% JKKKKLLLLLLMMNNNNOOOOO5666666666666% KKKKLLLLLLMMNNNNNOOOOOOO666666666666%% KKKLLLLLMMNNNNNOOOOOOOP66666666666%% KKLLLLLMMNNNNNOOOOOOOPPP6666666666%%% ccLLLLMMNNNNNNOOOOOOPPPP66666666%%% cddddMMNNNNNNOOOOOOPPPPPP66666%%%% ddddddNNNNNNOOOOOOPPPPPPQ666% && ddddddNNNNNNOOOOOPPPPPPQRR &&&&& ddddddNNNNNOOOOOPPPPPPQQRR&&&&&''''ddddddNNNNOOOOOPPPPPPQQRRRR&&'''''dddddeeNNNOOOOPPPPPPQQRRRRR''''dddddeeeeeOOOOPPPPPPQQQRRRRRRddddeeeeeeOOOPPPPPPQQQRRRRRRRddeeeeeeeOOPPPPPPQQQQRRRRRRRRdeeeeeeefffPPPPPQQQQRRRRRRRRReeeeeeefffPPPPQQQQQRRRRRRRRRReeeeeefffffPPQQQQQRRRRRRRRRRReeeeffffffPQQQQQQRRRRRRRRRRRReeeffffffffQQQQQRRRRRRRRRRRSTUeffffffffgQQQQQRRRRRRRRRSSTUUffffffffgggQQQRRRRRRRRSSSSUUUUffffffgggggQQRRRRRRSSSSSTUUUUUfffffgggggggRRRRRSSSSSSTUUUUUfffgggggggghRRSSSSSSSTUUUUUUfffggggggghhhSSSSSSSSTUUUUUUfggggggghhhhSSSSSSSTUUUUUUggggggghhhhhSSSSSSTUUUUUUUggggghhhhhhSSSSSTTUUUUUUgggghhhhhhhhSSSSTUUUUUUUggghhhhhhhhiiSSTUUUUUUUgghhhhhhhiiiiTTUUUUUUghhhhhhhiiiiiTUUUUUUUhhhhhhiiiiiiUUUUUUUhhhhiiiiiijjUUUUUhhiiiiiijjjUUUUiiiiiijjjjUUUUiiiiijjjjjUUUiiijjjjjjUUijjjjjjkkUjjjjjkkkjjjjkkkkjjkkkkkkkkkkkk߄߄߄ߏߏ6666LL66666KLLLLL6666666KKLLLLLLLM666666666JKKKLLLLLLLMMN66666666666JJKKKKLLLLLLMMNNN6666666666667777JJKKKKLLLLLLMMNNNNOO66666666666677777 KKKKLLLLLLMMNNNNNOOOOO66666666666677777 KKKKLLLLLMMNNNNNOOOOOO66666666666677777 KKLLLLLMMNNNNNOOOOOOOP6666666666677777% KLLLLLMMNNNNNNOOOOOOPP66666666667777%% KLLLLMMNNNNNNOOOOOOPPPP6666666667777%% ddddMMNNNNNNOOOOOOPPPPP666666667777%% dddddNNNNNNNOOOOOPPPPPPR66666677%%% dddddNNNNNNOOOOOPPPPPPQR6666% & dddddNNNNNOOOOOPPPPPPQRRR6 &&&& dddddNNNNNOOOOPPPPPPQQRRR&&&&&''''''ddddeeNNNOOOOPPPPPPQQRRRRR&&&''''''ddddeeeeNOOOOPPPPPPQQQRRRRR'''''' ddeeeeeeOOOPPPPPPQQQRRRRRRR'((deeeeeeeOOPPPPPPQQQQRRRRRRR((eeeeeeeefPPPPPPQQQQRRRRRRRRR(eeeeeeefffPPPPQQQQQRRRRRRRRReeeeeffffPPPQQQQQRRRRRRRRRRReeeeffffffPQQQQQQRRRRRRRRRRReeefffffffgQQQQQRRRRRRRRRRRRTeffffffffggQQQQRRRRRRRRRRSTTfffffffggggQQRRRRRRRRRSSTTUUffffffggggggRRRRRRRRSSSSTUUUUfffffgggggggRRRRRRSSSSSTTUUUUUfffgggggggghRRRSSSSSSTTUUUUUUUffgggggggghhhSSSSSSSTTUUUUUUUUUfggggggghhhhSSSSSSSTTUUUUUUUUggggggghhhhhSSSSSSTTUUUUUUUUggggghhhhhhSSSSSTTUUUUUUUUgggghhhhhhhhSSSTTTUUUUUUUUgggghhhhhhhiiSSTTUUUUUUUUggghhhhhhhiiiiTTUUUUUUUUghhhhhhhiiiiiTTUUUUUUUhhhhhhhiiiiiijUUUUUUUUhhhhhiiiiiijjUUUUUUUhhhiiiiiijjjUUUUUUhiiiiiijjjjUUUUUUiiiiijjjjjUUUUUiiiijjjjjjUUUUiijjjjjjkkUUjjjjjjkkkkUjjjjjkkkkkjjjkkkkkjkkkkkkkkkkkkkkk߄߄߄߄666666LL666666LLLLLLMN66666666LLLLLLLMNNN6666666666KLLLLLLLMNNNNNOO666666666667777KKKKLLLLLLMNNNNNOOOOO666666666667777777 KKKLLLLLLMNNNNNOOOOOO666666666667777777 KKLLLLLLMNNNNNNOOOOOOP666666666667777777 KLLLLLMNNNNNNOOOOOOPP66666666667777777 LLLLLMNNNNNNOOOOOOPPP6666666667777777 ddLLMNNNNNNNOOOOOPPPPP666666667777777 ddddNNNNNNNOOOOOPPPPPP66666667777777 ddddNNNNNNOOOOOPPPPPPPR6666667777777 ddddNNNNNNOOOOPPPPPPPRR666667777777 ddddNNNNNOOOOPPPPPPPQRRR666 &&& dddeNNNNOOOOPPPPPPPQRRRR&&&&&& ddeeeeNNOOOPPPPPPPQQRRRRR&&&'''''' deeeeeeOOOPPPPPPPQQRRRRRR''''' deeeeeeOOPPPPPPPQQQRRRRRRR'' (((eeeeeeefPPPPPPPQQQRRRRRRRR((((eeeeeefffPPPPPQQQQRRRRRRRRR((((eeeeeffffPPPPQQQQRRRRRRRRRReeeeefffffPPQQQQRRRRRRRRRRRReeeffffffPQQQQQRRRRRRRRRRRReeffffffgggQQQRRRRRRRRRRRSTTfffffffggggQQRRRRRRRRRSSTTUffffffggggggRRRRRRRRSSSSTTUUffffgggggggRRRRRRSSSSSTTUUUUfffgggggggghRRRSSSSSSTTUUUUUUfgggggggghhhSSSSSSSTTTUUUUUUUgggggggghhhhSSSSSSSTTUUUUUUUUUgggggghhhhhSSSSSSTTUUUUUUUUUUggggghhhhhhSSSSSTTTUUUUUUUUUggggghhhhhhhSSSTTTUUUUUUUUUUgggghhhhhhhiiSSTTUUUUUUUUUUgghhhhhhhiiiiTTTUUUUUUUUUghhhhhhhiiiiiTTUUUUUUUUUhhhhhhhiiiiiiTUUUUUUUUUUhhhhhhiiiiiijjUUUUUUUUUhhhhiiiiiijjjUUUUUUUUhhiiiiiijjjjUUUUUUUiiiiiijjjjjUUUUUUViiiiijjjjjjkUUUUUiiijjjjjjkkUUUUijjjjjjkkkkUUjjjjjkkkkkkjjjjkkkkkkjjkkkkkklkkkkkklkkkklkkllll߄߄߄߄666666666NNN6666666LLLMNNNNNOO666666666LLLLLMNNNNNOOOO6666666667777LLLLLMNNNNNNOOOOO6666666667777777777 KKLLLLLMNNNNNNOOOOOO6666666667777777777 LLLLLMNNNNNNOOOOOOPP6666666667777777777 LLLLMNNNNNNNOOOOOPPP6666666667777777777 LLLMNNNNNNNOOOOOPPPP666666667777777777 dddNNNNNNNOOOOOPPPPPP66666667777777777 dddNNNNNNNOOOOPPPPPPP6666667777777777 dddNNNNNNOOOOPPPPPPPRR666667777777777 dddNNNNNOOOOPPPPPPPQRR66667777777777 dddNNNNNOOOPPPPPPPQRRRR6667777777777&& ddeeNNNOOOPPPPPPPQQRRRR6777777&&&&& eeeeeOOOPPPPPPPQQRRRRRR&&&&'''''' eeeeeeOOPPPPPPPQQRRRRRRR''''' (eeeeeeOPPPPPPPQQQRRRRRRRR''' ((((eeeeeefPPPPPPQQQRRRRRRRRR((((((eeeeefffPPPPQQQQRRRRRRRRRR((((()eeeeffffPPPQQQQRRRRRRRRRRR(())eeffffffPQQQQQRRRRRRRRRRR)effffffgggQQQRRRRRRRRRRRRTffffffgggggQQRRRRRRRRRRSTTTffffffggggggRRRRRRRRRSSSTTUffffgggggggRRRRRRRSSSSTTTUUfffggggggggRRRRRSSSSSTTTUUUUfgggggggghhhRSSSSSSTTTUUUUUUgggggggghhhhSSSSSSSTTTUUUUUUUgggggghhhhhSSSSSSTTTUUUUUUUUUgggggghhhhhSSSSSTTTUUUUUUUUUUVggggghhhhhhhSSSTTTTUUUUUUUUUVVggghhhhhhhiiSSTTTUUUUUUUUUVVgghhhhhhhiiiiTTTUUUUUUUUUUVghhhhhhhiiiiiTTTUUUUUUUUUVVhhhhhhhiiiiiiTTUUUUUUUUUVVhhhhhhiiiiiijjUUUUUUUUUVVhhhhhiiiiiijjjUUUUUUUUVVVhhhiiiiiijjjjUUUUUUUVVVhiiiiiijjjjjjUUUUUVVViiiiijjjjjjkUUUUVVViiiijjjjjjkkkUUVVViijjjjjjkkkkUUVVjjjjjjkkkkkkVVjjjjjkkkkkklVjjjkkkkkklljkkkkkkllkkkkklllkkklllklllllll߄߄666666666NNNNOOO6666666NNNNNNOOOO666666677777LLLNNNNNNOOOOOO666666677777777777LLLLNNNNNNNOOOOOP66666667777777777777 LLLLNNNNNNNOOOOOPPP66666667777777777777 LLLNNNNNNNOOOOOPPPP66666667777777777777 LNNNNNNNNOOOOPPPPP6666667777777777777 ddNNNNNNNOOOOPPPPPPP666667777777777777 dNNNNNNOOOOPPPPPPPR66667777777777777 dNNNNNNOOOPPPPPPPPRR6667777777777777 dNNNNNOOOPPPPPPPPRRR667777777777777 eeNNNOOOPPPPPPPPRRRRR67777777777777 eeeNNOOPPPPPPPPQRRRRR7777777777777&& eeeeOOPPPPPPPPQRRRRRRR77777777777&&&& eeeeOPPPPPPPPQQRRRRRRR''''' eeeefPPPPPPPQQRRRRRRRRR''' (( eeeffPPPPPPQQQRRRRRRRRR(((((( ))eeffffPPPPQQQRRRRRRRRRRR((((())))effffffPPQQQQRRRRRRRRRRR(((())))efffffgggQQQRRRRRRRRRRRR))))fffffgggggQQRRRRRRRRRRRTT*ffffgggggggRRRRRRRRRRSTTTffffgggggggRRRRRRRRSSSTTTUfffggggggggRRRRRRSSSSTTTUUUfgggggggghhRRRSSSSSTTTTUUUUggggggghhhhSSSSSSTTTTUUUUUUggggggghhhhSSSSSSTTTUUUUUUUUgggggghhhhhSSSSSTTTTUUUUUUUUUggggghhhhhhhSSSTTTTUUUUUUUUUVVggghhhhhhhiiSTTTTUUUUUUUUUVVVVgghhhhhhhiiiiTTTTUUUUUUUUVVVVVghhhhhhhiiiiiTTTUUUUUUUUVVVVVghhhhhhiiiiiiTTUUUUUUUUUVVVVhhhhhiiiiiijjTUUUUUUUUVVVVVhhhhiiiiiijjjjUUUUUUUVVVVVhhhiiiiiijjjjjUUUUUUVVVVVhhiiiiiijjjjjjUUUUUVVVVViiiiiijjjjjjkUUUUVVVVViiiiijjjjjjkkkUUVVVVViiijjjjjjkkkkkVVVVVijjjjjjkkkkkkVVVVjjjjjkkkkkkllVVjjjjkkkkkklllVjjkkkkkkllllkkkkkkllllkkkkllllkklllllllllllllll߅66666666666NNNOOOO6666677777NNNNOOOOOP6666677777777777NNNNNNOOOOOPP66666777777777777778888 LLNNNNNNNNOOOOPPPP66666777777777777778888 NNNNNNNNOOOOPPPPP66666777777777777778888 NNNNNNNOOOOPPPPPP66666777777777777778888 NNNNNNNOOOPPPPPPPR6666777777777777778888 NNNNNNOOOPPPPPPPPR666777777777777778888 NNNNNOOOPPPPPPPPRRR66777777777777778888 NNNNNOOPPPPPPPPRRRR6777777777777778888 eeNNOOPPPPPPPPQRRRRR777777777777778888 eeeOOPPPPPPPPQRRRRRR77777777777778888 eeeOPPPPPPPPQQRRRRRRR7777777777778888 eeePPPPPPPPQQRRRRRRRR7777777777'''' eeffPPPPPPQQQRRRRRRRRR77'' ( ))eefffPPPPQQQRRRRRRRRRR ((((( ))))effffPPPQQQQRRRRRRRRRR((((( )))))fffffgggQQQRRRRRRRRRRRR(((())))))ffffgggggQRRRRRRRRRRRRT))))))*fffgggggggRRRRRRRRRRSTTT))***fggggggggRRRRRRRRSSSTTT****fggggggggRRRRRRSSSSTTTTU***gggggggghhRRRSSSSSTTTTUUUgggggggghhhSSSSSSTTTTTUUUUggggggghhhhSSSSSSTTTTUUUUUUgggggghhhhhSSSSSTTTTUUUUUUUUgggghhhhhhhSSSTTTTTUUUUUUUUVggghhhhhhhiiSTTTTTUUUUUUUUVVVgghhhhhhhiiiiTTTTUUUUUUUUVVVVVgghhhhhhiiiiiTTTTUUUUUUUVVVVVVVhhhhhhiiiiiiTTTUUUUUUUVVVVVVVVhhhhhiiiiiijjTUUUUUUUVVVVVVVVhhhhiiiiiijjjjUUUUUUUVVVVVVVVhhhiiiiiijjjjjUUUUUUVVVVVVVVhhiiiiiijjjjjjUUUUUVVVVVVVhiiiiiijjjjjjkkUUUVVVVVVViiiiijjjjjjkkkUUVVVVVVViiiijjjjjjkkkkkVVVVVVViijjjjjjkkkkkkVVVVVVjjjjjjkkkkkkllVVVVjjjjjkkkkkklllVVjjjkkkkkkllllljkkkkkklllllkkkkkllllllkkkllllllklllllllllllmllllmllmm6666666677777NOOOOPP666677777777777NNNOOOOPPP6666777777777777778888NNNNNOOOOPPPPP666677777777777777888888 NNNNNNNOOOPPPPPP66677777777777777888888 NNNNNNOOOPPPPPPP66677777777777777888888 NNNNNOOOPPPPPPPPR66677777777777777888888 NNNNNOOPPPPPPPPRR6677777777777777888888 NNNNOOPPPPPPPPRRRR677777777777777888888 NNNOOPPPPPPPPPRRRR77777777777777888888 eeNOPPPPPPPPPRRRRRR7777777777777888888 eeOPPPPPPPPPQRRRRRR777777777777888888 eePPPPPPPPPQRRRRRRRR77777777777888888 efPPPPPPPQRRRRRRRRR7777777777888888 ffPPPPPPQQRRRRRRRRRR77777777'' )fffPPPPQQRRRRRRRRRRR77777 (((( )))fffgggQQQRRRRRRRRRRR((((( ))))*ffgggggQRRRRRRRRRRRR(((()))))***fgggggggRRRRRRRRRRRTT())))))****ggggggggRRRRRRRRRSSTTT)))*****ggggggggRRRRRRRSSSTTTT******gggggggghRRRRSSSSTTTTTU*****ggggggghhhRSSSSSTTTTTUUU**ggggggghhhhSSSSSSTTTTUUUUUgggggghhhhhSSSSSTTTTTUUUUUUgggghhhhhhhSSSTTTTTUUUUUUUUggghhhhhhhiiSTTTTTUUUUUUUUVVggghhhhhhiiiiTTTTTUUUUUUUVVVVghhhhhhiiiiiTTTTUUUUUUUVVVVVhhhhhhiiiiiiTTTUUUUUUUVVVVVVVhhhhhiiiiiijjTTUUUUUUVVVVVVVVVhhhhiiiiiijjjjUUUUUUVVVVVVVVVVhhhiiiiiijjjjjUUUUUVVVVVVVVVVhhiiiiiijjjjjjUUUUUVVVVVVVVVhiiiiiijjjjjjkkUUUVVVVVVVVViiiiiijjjjjjkkkkUVVVVVVVVViiiiijjjjjjkkkkkVVVVVVVVViiijjjjjjkkkkkkVVVVVVVVijjjjjjkkkkkkllVVVVVVjjjjjjkkkkkkllllVVVjjjjkkkkkklllllVWjjkkkkkkllllllmkkkkkkllllllmkkkkllllllmkkllllllmmkllllllmmlllllmmlllmmlmmmmm66677777PP6677777777777OOOPPPP66777777777777778888NNOOOPPPPPP6677777777777777888888888 NNNNOOOPPPPPPP6677777777777777888888888 NNNNNOOPPPPPPPP6677777777777777888888888 NNNNOOPPPPPPPPRR6677777777777777888888888 NNNOOPPPPPPPPRRR677777777777777888888888 NNNOPPPPPPPPPRRRR77777777777777888888888 NOPPPPPPPPPRRRRR7777777777777888888888 OPPPPPPPPPRRRRRRR777777777777888888888 PPPPPPPPPQRRRRRRR77777777777888888888 PPPPPPPPQRRRRRRRRR7777777777888888888 fPPPPPPQQRRRRRRRRR777777777888888888 fPPPPPQQRRRRRRRRRR77777777888888888 ffgggQQQRRRRRRRRRRR777777888 (( ))*fgggggQRRRRRRRRRRRR777((((( )))***gggggggRRRRRRRRRRRT(((( )))))****gggggggRRRRRRRRRSTTT(()))))*****gggggggRRRRRRRSSSTTTT))))*******ggggggghRRRRSSSSTTTTT)*******ggggggghhhRSSSSSTTTTTTU******gggggghhhhSSSSSTTTTTTUUU***+ggggghhhhhSSSSSTTTTTUUUUU++gggghhhhhhhSSSTTTTTTUUUUUU++ggghhhhhhiiSTTTTTTUUUUUUUV++gghhhhhhiiiiTTTTTUUUUUUUVVV+ghhhhhhiiiiiTTTTTUUUUUUVVVVhhhhhhiiiiiiTTTTUUUUUUVVVVVVhhhhhiiiiiijjTTUUUUUUVVVVVVVVhhhhiiiiiijjjjTUUUUUVVVVVVVVVhhhiiiiiijjjjjUUUUUVVVVVVVVVVVhhiiiiiijjjjjjkUUUVVVVVVVVVVVVhiiiiiijjjjjjkkUUVVVVVVVVVVVViiiiiijjjjjjkkkkUVVVVVVVVVVV--iiiijjjjjjkkkkkVVVVVVVVVVV-iiijjjjjjkkkkkkVVVVVVVVVViijjjjjjkkkkkkllVVVVVVWjjjjjjkkkkkkllllVVWWWjjjjjkkkkkklllllWWWWjjjkkkkkkllllllmWWjkkkkkkllllllmmWkkkkkllllllmmmkkkllllllmmmkkllllllmmmmllllllmmmmllllmmmmllmmmmmmmmmmm7777777777777777PP777777777777778888OPPPPPP777777777777778888888888NOOPPPPPPPP7777777777777788888888888 NNOOPPPPPPPPR7777777777777788888888888 NNNOPPPPPPPPRRR7777777777777788888888888 NNOPPPPPPPPPRRR7777777777777788888888888 OPPPPPPPPPRRRRR777777777777788888888888 PPPPPPPPPRRRRRR77777777777788888888888 PPPPPPPPQRRRRRRR7777777777788888888888 PPPPPPPQRRRRRRRR777777777788888888888 PPPPPPQQRRRRRRRRR77777777788888888888 PPPPPQQRRRRRRRRRR7777777788888888888 fggPQQQRRRRRRRRRR777777788888888888 gggggQRRRRRRRRRRR77777788888888888 ( )ggggggRRRRRRRRRRRT7777888888888 (((( ))***ggggggRRRRRRRRRRTT77(((( ))))*****ggggggRRRRRRRRSSTTT((()))))******gggggggRRRRRRSSSTTTTT)))))*******gggggghhRRRSSSSTTTTTT))*********ggggghhhhSSSSSTTTTTTUU*******+gggghhhhhSSSSSTTTTTTUUU****+++gggghhhhhhSSSTTTTTTUUUUU+++++gghhhhhhiiSTTTTTTUUUUUUV+++++ghhhhhhiiiiTTTTTTUUUUUVVV++++hhhhhhiiiiiTTTTTUUUUUUVVV++,hhhhhiiiiiiTTTTUUUUUUVVVVV+,,hhhhiiiiiijjTTTUUUUUVVVVVVV,,hhhiiiiiijjjjTUUUUUVVVVVVVV,,hhiiiiiijjjjjjUUUUVVVVVVVVVV,,hiiiiiijjjjjjkUUUVVVVVVVVVVVV,,iiiiiijjjjjjkkkUVVVVVVVVVVVVV,-iiiiijjjjjjkkkkVVVVVVVVVVVVVV--iiiijjjjjjkkkkkVVVVVVVVVVVWW----iijjjjjjkkkkkklVVVVVVVWWWW---ijjjjjjkkkkkkllVVVVVWWWWW--jjjjjjkkkkkkllllVWWWWWW.jjjjjkkkkkklllllWWWWWWjjjjkkkkkkllllllWWWWWjjkkkkkkllllllmmWWWkkkkkkllllllmmmmWkkkkllllllmmmmmkkkllllllmmmmmkllllllmmmmmlllllmmmmmlllmmmmmlmmmmmmmmmmmmmmm7777777777777777777777777778888PPP77777777777778888888888PPPPPPPR7777777777777888888888888 OPPPPPPPPPR7777777777777888888888888 NOPPPPPPPPPRRR7777777777777888888888888 PPPPPPPPPRRRR777777777777888888888888 PPPPPPPPRRRRRR777777777777888888888888 PPPPPPPPRRRRRR77777777777888888888888 PPPPPPPRRRRRRRR7777777777888888888888 PPPPPPQRRRRRRRR777777777888888888888 PPPPPQRRRRRRRRR77777777888888888888 PPPPQRRRRRRRRRRR7777777888888888888 ggggQRRRRRRRRRRR777777888888888888 gggggRRRRRRRRRRR77777888888888888 gggggRRRRRRRRRRTT7777888888888888 (( )ggggggRRRRRRRRRSTT77788888888888((( )))***ggggggRRRRRRRSSTTTT(( ))))******ggggghhRRRRSSSTTTTTT)))))********gggghhhhRSSSSTTTTTTT)))********++gggghhhhSSSSSTTTTTTUU********+++ggghhhhhhSSSTTTTTTTUUU****++++++ghhhhhhiiSTTTTTTTUUUUU++++++,hhhhhhiiiiTTTTTTUUUUUV++++++,hhhhhiiiiiTTTTTTUUUUVVV++++,,hhhhiiiiiiTTTTTUUUUVVVVV+++,,,hhhiiiiiijjTTTUUUUUVVVVV+,,,,hhiiiiiijjjjTTUUUUVVVVVVV,,,,,hiiiiiijjjjjjUUUUVVVVVVVVV,,,,,iiiiiijjjjjjkUUUVVVVVVVVVV,,,,-iiiiijjjjjjkkkUVVVVVVVVVVVV,,,--iiiijjjjjjkkkkVVVVVVVVVVVVWW,,---iiijjjjjjkkkkkVVVVVVVVVVWWWW-----iijjjjjjkkkkkklVVVVVVWWWWWWW------jjjjjjkkkkkkllVVVWWWWWWWWW-----jjjjjkkkkkkllllWWWWWWWWWW---.jjjjkkkkkklllllWWWWWWWW-..jjjkkkkkkllllllWWWWWWW..jjkkkkkkllllllmmWWWWW.jkkkkkkllllllmmmmWWWkkkkkllllllmmmmmmkkkkllllllmmmmmmkkllllllmmmmmmmllllllmmmmmmmllllmmmmmmmllmmmmmmmmmmmmmmmmmmmmmmnnmnnn777777777777777777778888777777777778888888888PPPR777777777778888888888888PPPPPPPRR77777777777888888888888899999 PPPPPPPPRRRR77777777777888888888888899999 PPPPPPPPRRRR77777777777888888888888899999 PPPPPPPRRRRRR77777777777888888888888899999 PPPPPPRRRRRRR7777777777888888888888899999 PPPPPRRRRRRRRR777777777888888888888899999 PPPPQRRRRRRRRR77777777888888888888899999 PPPQRRRRRRRRRR7777777888888888888899999 gggQRRRRRRRRRR777777888888888888899999 ggggRRRRRRRRRRR77777888888888888899999 ggggRRRRRRRRRRT7777888888888888899999 ggggRRRRRRRRRTTT777888888888888899999 ggggRRRRRRRSSTTT77888888888888899999 ))ggghhRRRRSSSTTTTT78888888888889999 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"!!!"###!!"##""" ! !!!!!!"#"!"!"""#""" !"!                                      doomsday-1.14.5/doomsday/plugins/heretic/data/lumps/fontb63.lmp0000664000175000017500000000021312350542240023665 0ustar jaakkojaakko 4;CKS[cks{doomsday-1.14.5/doomsday/plugins/heretic/data/lumps/fonta62.lmp0000664000175000017500000000010212350542240023660 0ustar jaakkojaakko#+3;#doomsday-1.14.5/doomsday/plugins/heretic/data/lumps/menufog.lmp0000664000175000017500000001000012350542240024037 0ustar jaakkojaakko99!,,EE999JRjjJ9EE^^JE9,!,!+)ajrrrjJRE9,!!!!,,!!,E,!!!!!99J^j^JJ9Jj^JE,,,,!%Jcsrr^^J9,!!,!!!,99EJRE!!9EJjjjRR^rRJD)()!%8Mi~rRJE!,E!!9Jj^9!9J^r^I3!!!%-;`r^RE!!9JJ!JrJ!!!,JjrrjD4! 1>]j^J9!E^^99jrjE9,9,,9ERrjP4#!'#=Jqrjrj^J9!JrE,JJj^^RJRJJEJ^rZ= 3LLk}rjrr^^E!,JJ!!,,JRj^jjRREJj`8%%DuȯŨrrjJ9!,!9JJ999!!!9J^jjrjRR^jiP0 +Yĵj^E99E^rRJRJ9!!EJRrjj^^^j͹~`P3/^}j^RR^rjRJ^RJ,!,,,EJ^^^^j^rvT,>enifeif]T^rj^omo^JRR^RE,REEEJRR^jrr{PayeRIENQE;Dir^Re{qQEER^r^Rj^RJJRJjraE=>HJE9>Nw}rJJEZuZE9E^jRRR^jXD@P``UB>PZ\j^^J,!,YrmN999J^rj^RRRjurJ>HgwYIDIDEE9!!>n~`>,,9EJ^RjRRRJJRrȫrrrr^NZP54Hw˗iFA>8!!)NnN3!!,99EE9EE9999ER{˵^R^^^L484%'RkLE8,!)bfb@,!,!,,,,!!!!!,,9Jmȳj^JRRc3,9EE,9^wr{fcirU/@N`VU]mZ%$@gq]5,9EE99!!Rrwwecoz>)!EaRVYms;09emN3/49E9JJE,!!9j}~aD!9QicVkwgcfifH7;f{{reQ>)9ALU^ZYRJE9J{şuRJJ^gn`{^LEEA@P^^YTPUr~j^^jyqmR@58/7AFZw̷{VMacr7 $'0=EFELV`nriky˼jjjrrjj^RQA4,1=879LnϣjPIby<$(,3'/Qc]MBJuR7Fc}k\QJII>;qw^F@7DFHUgLABHfrr^RE;/!(Mm{wmTNi`>';joTB;DEFcsZNL\\wzwj^^jrrrj^Q>0 )MfgU7(=`fa@0-BnnjVF43Jsk]^X\JQbjJ9,,,J^rrrj^L5'#580)'4DJ@408ArjE($1^yzfXaJ99EJrrrjE,!Jjrj]P,#>HMLH98<>7Pnz{}{rM(-F^QQJE,,9E^r^J9!!EjU' 7YwniQB589)-DY`jooT((99JE9,,9^rRE!!,Js>#!4IjjJ9!99'!>I\afQ+3EJRJ,,,Jr^E,9,,,9JrjjoE-(+YsjRE99Rrj^RRJRR99EjjJD4@@L]^^J99JV5(4HJPUfzjRE9E^rjRRR^JRr^jRE!!,Rr^JJEEJJRrrjRJ^gN0P\i}jJ99Jj^RRJR^RJRrrRR9EE!!!,Jj^^JJJJJjrrg, 5Ii{mYJE^rjRJJRRJ9JR^^^R9,!!,!!!,JrrjRREJ^F-IzoaX^jjREJJRE!,9EE,!!,,!!!E^rj^rjRJJ^rͼs3Iٱkjnuor^RR^jR!!!,9,!!,9E,,J^r^JJ^^̪`;#YjY^kj^jjE,EE,,!!!EjjJJJRj͹g<Zͧz`R^wrrr^,EEE,,!,,!!RrRJEE^rU#PÜs\Ve~^^jjE!,EEE,9999!!ErJJEEERrU)Akk}rJJRj^E!!,JJE99EJ9,!^jJJEE9J^jrjoveM- AjE,9Rjj^J,!!^^^RJRRE!9JJRJJJJ^jj^c^IA7+9R^J!!,9E999!,jrjjrR,!!9JRJRR^rjrjLHADNLUbjJ,9RJ,!E^jrR!,ERRRRRjrjM5H`eVNXanrzsrqyjJ,9JJ9!,JJRj^,,J^^JEJ^jjjI7TiaMIJNIJUPM> # Copyright (c) 2011-2013 Daniel Swanson include(../config_plugin.pri) include(../common/common.pri) include(../../dep_lzss.pri) include(../../dep_gui.pri) TEMPLATE = lib TARGET = heretic VERSION = $$JHERETIC_VERSION DEFINES += __JHERETIC__ gamedata.files = $$OUT_PWD/../../libheretic.pk3 macx { gamedata.path = Contents/Resources QMAKE_BUNDLE_DATA += gamedata } else { INSTALLS += target gamedata target.path = $$DENG_PLUGIN_LIB_DIR gamedata.path = $$DENG_DATA_DIR/jheretic } INCLUDEPATH += include HEADERS += \ include/acfnlink.h \ include/doomdata.h \ include/doomdef.h \ include/dstrings.h \ include/g_game.h \ include/h_api.h \ include/h_config.h \ include/h_console.h \ include/h_event.h \ include/h_items.h \ include/h_main.h \ include/h_player.h \ include/h_refresh.h \ include/h_stat.h \ include/h_think.h \ include/h_type.h \ include/hereticv13mapstatereader.h \ include/in_lude.h \ include/info.h \ include/jheretic.h \ include/m_cheat.h \ include/m_random.h \ include/p_enemy.h \ include/p_inter.h \ include/p_lights.h \ include/p_local.h \ include/p_maputl.h \ include/p_mobj.h \ include/p_pspr.h \ include/p_setup.h \ include/p_spec.h \ include/p_telept.h \ include/r_data.h \ include/r_defs.h \ include/r_local.h \ include/resource.h \ include/st_stuff.h \ include/tables.h \ include/version.h SOURCES += \ src/acfnlink.c \ src/h_api.c \ src/h_console.c \ src/h_main.cpp \ src/h_refresh.cpp \ src/hereticv13mapstatereader.cpp \ src/in_lude.cpp \ src/m_cheat.cpp \ src/m_random.c \ src/p_enemy.c \ src/p_inter.c \ src/p_lights.cpp \ src/p_maputl.c \ src/p_mobj.c \ src/p_pspr.c \ src/p_setup.c \ src/p_spec.c \ src/p_telept.c \ src/st_stuff.c \ src/tables.c win32 { QMAKE_LFLAGS += /DEF:\"$$PWD/api/heretic.def\" OTHER_FILES += api/heretic.def RC_FILE = res/heretic.rc } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/heretic/doc/0000775000175000017500000000000012350542240020372 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/heretic/doc/LICENSE0000664000175000017500000003545112350542240021407 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/dehread/0000775000175000017500000000000012350542240017576 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/dehread/src/0000775000175000017500000000000012350542240020365 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/dehread/src/dehreader.cpp0000664000175000017500000020173112350542240023020 0ustar jaakkojaakko/** @file dehreader.cpp DeHackEd patch reader plugin for Doomsday Engine. * @ingroup dehread * * @todo Presently there are a number of unsupported features which should not * be ignored. (Most if not all features should be supported.) * * @author Copyright © 2006-2014 Daniel Swanson * @author Copyright © 2003-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "dehread.h" #include #include #include #include #include #include #include #include #include #include #include #include "dehreader.h" #include "dehreader_util.h" #include "info.h" using namespace de; static int stackDepth; static const int maxIncludeDepth = de::max(0, DEHREADER_INCLUDE_DEPTH_MAX); /// Mask containing only those reader flags which should be passed from the current /// parser to any child parsers for file include statements. static DehReaderFlag const DehReaderFlagsIncludeMask = IgnoreEOF; /** * Not exposed outside this source file; use readDehPatch() instead. */ class DehReader { /// The parser encountered a syntax error in the source file. @ingroup errors DENG2_ERROR(SyntaxError); /// The parser encountered an unknown section in the source file. @ingroup errors DENG2_ERROR(UnknownSection); /// The parser reached the end of the source file. @ingroup errors DENG2_ERROR(EndOfFile); Block const &patch; int pos; int currentLineNumber; DehReaderFlags flags; int patchVersion; int doomVersion; String line; ///< Current line. public: DehReader(Block const &_patch, DehReaderFlags _flags = 0) : patch(_patch) , pos(0) , currentLineNumber(0) , flags(_flags) , patchVersion(-1) // unknown , doomVersion(-1) // unknown , line("") { stackDepth++; } ~DehReader() { stackDepth--; } #if 0 LogEntry &log(Log::LogLevel level, String const &format) { return LOG().enter(level, format); } #endif /** * Doom version numbers in the patch use the orignal game versions, * "16" => Doom v1.6, "19" => Doom v1.9, etc... */ static inline bool normalizeDoomVersion(int &ver) { switch(ver) { case 16: ver = 0; return true; case 17: ver = 2; return true; case 19: ver = 3; return true; case 20: ver = 1; return true; case 21: ver = 4; return true; default: return false; // What is this?? } } bool atRealEnd() { return size_t(pos) >= patch.size(); } bool atEnd() { if(atRealEnd()) return true; if(!(flags & IgnoreEOF) && patch.at(pos) == '\0') return true; return false; } void advance() { if(atEnd()) return; // Handle special characters in the input. char ch = currentChar().toLatin1(); switch(ch) { case '\0': if(size_t(pos) != patch.size() - 1) { LOG_WARNING("Unexpected EOF encountered on line #%i, ignoring.") << currentLineNumber; } break; case '\n': currentLineNumber++; break; default: break; } pos++; } QChar currentChar() { if(atEnd()) return 0; return QChar::fromLatin1(patch.at(pos)); } void skipToEOL() { while(!atEnd() && currentChar() != '\n') advance(); } void readLine() { int start = pos; skipToEOL(); if(!atEnd()) { int endOfLine = pos - start; // Ignore any trailing carriage return. if(endOfLine > 0 && patch.at(start + endOfLine - 1) == '\r') endOfLine -= 1; QByteArray rawLine = patch.mid(start, endOfLine); // When tolerating mid stream EOF characters, we must first // strip them before attempting any encoding conversion. if(flags & IgnoreEOF) { rawLine.replace('\0', ""); } // Perform encoding conversion for this line and move on. line = QString::fromLatin1(rawLine); if(currentChar() == '\n') advance(); return; } throw EndOfFile(String("EOF on line #%1").arg(currentLineNumber)); } /** * Keep reading lines until we find one that is something other than * whitespace or a whole-line comment. */ String const &skipToNextLine() { forever { readLine(); if(!line.trimmed().isEmpty() && line.at(0) != '#') break; } return line; } bool lineInCurrentSection() { return line.indexOf('=') != -1; } void skipToNextSection() { do skipToNextLine(); while(lineInCurrentSection()); } void logPatchInfo() { // Log reader settings and patch version information. LOG_RES_MSG("DeHackEd patch version: %i, Doom version: %i\nNoText: %b") << patchVersion << doomVersion << bool(flags & NoText); if(patchVersion != 6) { LOG_WARNING("Unknown DeHackEd patch version, unexpected results may occur") << patchVersion; } } void parse() { LOG_AS_STRING(stackDepth == 1? "DehReader" : QString("[%1]").arg(stackDepth - 1)); skipToNextLine(); // Attempt to parse the DeHackEd patch signature and version numbers. if(line.beginsWith("Patch File for DeHackEd v", Qt::CaseInsensitive)) { skipToNextLine(); parsePatchSignature(); } else { LOG_WARNING("Patch is missing a signature, assuming BEX."); doomVersion = 19; patchVersion = 6; } logPatchInfo(); // Is this for a known Doom version? if(!normalizeDoomVersion(doomVersion)) { LOG_WARNING("Unknown Doom version, assuming v1.9."); doomVersion = 3; } // Patches are subdivided into sections. try { forever { try { /// @note Some sections have their own grammar quirks! if(line.beginsWith("include", Qt::CaseInsensitive)) // .bex { parseInclude(line.substr(7).leftStrip()); skipToNextSection(); } else if(line.beginsWith("Thing", Qt::CaseInsensitive)) { String const arg = line.substr(5).leftStrip(); int mobjType = 0; bool const isKnownMobjType = parseMobjType(arg, &mobjType); bool const ignore = !isKnownMobjType; if(!isKnownMobjType) { LOG_WARNING("Thing '%s' out of range, ignoring. (Create more Thing defs.)") << arg; } skipToNextLine(); parseThing(ded->mobjs + mobjType, ignore); } else if(line.beginsWith("Frame", Qt::CaseInsensitive)) { String const arg = line.substr(5).leftStrip(); int stateNum = 0; bool const isKnownStateNum = parseStateNum(arg, &stateNum); bool const ignore = !isKnownStateNum; if(!isKnownStateNum) { LOG_WARNING("Frame '%s' out of range, ignoring. (Create more State defs.)") << arg; } skipToNextLine(); parseFrame(ded->states + stateNum, ignore); } else if(line.beginsWith("Pointer", Qt::CaseInsensitive)) { String const arg = line.substr(7).leftStrip(); int stateNum = 0; bool const isKnownStateNum = parseStateNumFromActionOffset(arg, &stateNum); bool const ignore = !isKnownStateNum; if(!isKnownStateNum) { LOG_WARNING("Pointer '%s' out of range, ignoring. (Create more State defs.)") << arg; } skipToNextLine(); parsePointer(ded->states + stateNum, ignore); } else if(line.beginsWith("Sprite", Qt::CaseInsensitive)) { String const arg = line.substr(6).leftStrip(); int spriteNum = 0; bool const isKnownSpriteNum = parseSpriteNum(arg, &spriteNum); bool const ignore = !isKnownSpriteNum; if(!isKnownSpriteNum) { LOG_WARNING("Sprite '%s' out of range, ignoring. (Create more Sprite defs.)") << arg; } skipToNextLine(); parseSprite(ded->sprites + spriteNum, ignore); } else if(line.beginsWith("Ammo", Qt::CaseInsensitive)) { String const arg = line.substr(4).leftStrip(); int ammoNum = 0; bool const isKnownAmmoNum = parseAmmoNum(arg, &ammoNum); bool const ignore = !isKnownAmmoNum; if(!isKnownAmmoNum) { LOG_WARNING("Ammo '%s' out of range, ignoring.") << arg; } skipToNextLine(); parseAmmo(ammoNum, ignore); } else if(line.beginsWith("Weapon", Qt::CaseInsensitive)) { String const arg = line.substr(6).leftStrip(); int weaponNum = 0; bool const isKnownWeaponNum = parseWeaponNum(arg, &weaponNum); bool const ignore = !isKnownWeaponNum; if(!isKnownWeaponNum) { LOG_WARNING("Weapon '%s' out of range, ignoring.") << arg; } skipToNextLine(); parseWeapon(weaponNum, ignore); } else if(line.beginsWith("Sound", Qt::CaseInsensitive)) { String const arg = line.substr(5).leftStrip(); int soundNum = 0; bool const isKnownSoundNum = parseSoundNum(arg, &soundNum); bool const ignore = !isKnownSoundNum; if(!isKnownSoundNum) { LOG_WARNING("Sound '%s' out of range, ignoring. (Create more Sound defs.)") << arg; } skipToNextLine(); parseSound(ded->sounds + soundNum, ignore); } else if(line.beginsWith("Text", Qt::CaseInsensitive)) { String args = line.substr(4).leftStrip(); int firstArgEnd = args.indexOf(' '); if(firstArgEnd < 0) { throw SyntaxError(String("Expected old text size on line #%1") .arg(currentLineNumber)); } bool isNumber; int const oldSize = args.toInt(&isNumber, 10, String::AllowSuffix); if(!isNumber) { throw SyntaxError(String("Expected old text size but encountered \"%1\" on line #%2") .arg(args.substr(firstArgEnd)).arg(currentLineNumber)); } args.remove(0, firstArgEnd + 1); int const newSize = args.toInt(&isNumber, 10, String::AllowSuffix); if(!isNumber) { throw SyntaxError(String("Expected new text size but encountered \"%1\" on line #%2") .arg(args).arg(currentLineNumber)); } parseText(oldSize, newSize); } else if(line.beginsWith("Misc", Qt::CaseInsensitive)) { skipToNextLine(); parseMisc(); } else if(line.beginsWith("Cheat", Qt::CaseInsensitive)) { LOG_WARNING("[Cheat] patches are not supported."); skipToNextSection(); } else if(line.beginsWith("[CODEPTR]", Qt::CaseInsensitive)) // .bex { skipToNextLine(); parsePointerBex(); } else if(line.beginsWith("[PARS]", Qt::CaseInsensitive)) // .bex { skipToNextLine(); parseParsBex(); } else if(line.beginsWith("[STRINGS]", Qt::CaseInsensitive)) // .bex { // Not yet supported. //skipToNextLine(); parseStringsBex(); skipToNextSection(); } else if(line.beginsWith("[HELPER]", Qt::CaseInsensitive)) // .bex { // Not yet supported (Helper Dogs from MBF). //skipToNextLine(); parseHelperBex(); skipToNextSection(); } else if(line.beginsWith("[SPRITES]", Qt::CaseInsensitive)) // .bex { // Not yet supported. //skipToNextLine(); parseSpritesBex(); skipToNextSection(); } else if(line.beginsWith("[SOUNDS]", Qt::CaseInsensitive)) // .bex { skipToNextLine(); parseSoundsBex(); } else if(line.beginsWith("[MUSIC]", Qt::CaseInsensitive)) // .bex { skipToNextLine(); parseMusicBex(); } else { // An unknown section. throw UnknownSection(String("Expected section name but encountered \"%1\" on line #%2") .arg(line).arg(currentLineNumber)); } } catch(UnknownSection const &er) { LOG_WARNING("%s. Skipping section...") << er.asText(); skipToNextSection(); } } } catch(EndOfFile const & /*er*/) {} // Ignore. } void parseAssignmentStatement(String const &line, String &var, String &expr) { // Determine the split (or 'pivot') position. int assign = line.indexOf('='); if(assign < 0) { throw SyntaxError("parseAssignmentStatement", String("Expected assignment statement but encountered \"%1\" on line #%2") .arg(line).arg(currentLineNumber)); } var = line.substr(0, assign).rightStrip(); expr = line.substr(assign + 1).leftStrip(); // Basic grammar checking. // Nothing before '=' ? if(var.isEmpty()) { throw SyntaxError("parseAssignmentStatement", String("Expected keyword before '=' on line #%1").arg(currentLineNumber)); } // Nothing after '=' ? if(expr.isEmpty()) { throw SyntaxError("parseAssignmentStatement", String("Expected expression after '=' on line #%1").arg(currentLineNumber)); } } bool parseAmmoNum(String const &str, int *ammoNum) { int result = str.toInt(0, 0, String::AllowSuffix); if(ammoNum) *ammoNum = result; return (result >= 0 && result < 4); } bool parseMobjType(String const &str, int *mobjType) { int result = str.toInt(0, 0, String::AllowSuffix) - 1; // Patch indices are 1-based. if(mobjType) *mobjType = result; return (result >= 0 && result < ded->count.mobjs.num); } bool parseSoundNum(String const &str, int *soundNum) { int result = str.toInt(0, 0, String::AllowSuffix); if(soundNum) *soundNum = result; return (result >= 0 && result < ded->count.sounds.num); } bool parseSpriteNum(String const &str, int *spriteNum) { int result = str.toInt(0, 0, String::AllowSuffix); if(spriteNum) *spriteNum = result; return (result >= 0 && result < NUMSPRITES); } bool parseStateNum(String const &str, int *stateNum) { int result = str.toInt(0, 0, String::AllowSuffix); if(stateNum) *stateNum = result; return (result >= 0 && result < ded->count.states.num); } bool parseStateNumFromActionOffset(String const &str, int *stateNum) { int result = stateIndexForActionOffset(str.toInt(0, 0, String::AllowSuffix)); if(stateNum) *stateNum = result; return (result >= 0 && result < ded->count.states.num); } bool parseWeaponNum(String const &str, int *weaponNum) { int result = str.toInt(0, 0, String::AllowSuffix); if(weaponNum) *weaponNum = result; return (result >= 0); } bool parseMobjTypeState(QString const &token, StateMapping const **state) { return findStateMappingByDehLabel(token, state) >= 0; } bool parseMobjTypeFlag(QString const &token, FlagMapping const **flag) { return findMobjTypeFlagMappingByDehLabel(token, flag) >= 0; } bool parseMobjTypeSound(QString const &token, SoundMapping const **sound) { return findSoundMappingByDehLabel(token, sound) >= 0; } bool parseWeaponState(QString const &token, WeaponStateMapping const **state) { return findWeaponStateMappingByDehLabel(token, state) >= 0; } bool parseMiscValue(QString const &token, ValueMapping const **value) { return findValueMappingForDehLabel(token, value) >= 0; } void parsePatchSignature() { for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(!var.compareWithoutCase("Doom version")) { doomVersion = expr.toInt(0, 10, String::AllowSuffix); } else if(!var.compareWithoutCase("Patch format")) { patchVersion = expr.toInt(0, 10, String::AllowSuffix); } else if(!var.compareWithoutCase("Engine config") || !var.compareWithoutCase("IWAD")) { // Ignore these WhackEd2 specific values. } else { LOG_WARNING("Unexpected symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } } void parseInclude(QString arg) { if(flags & NoInclude) { LOG_AS("parseInclude"); LOG_DEBUG("Skipping disabled Include directive."); return; } if(stackDepth > maxIncludeDepth) { LOG_AS("parseInclude"); if(!maxIncludeDepth) { LOG_WARNING("Sorry, nested includes are not supported. Directive ignored."); } else { char const *includes = (maxIncludeDepth == 1? "include" : "includes"); LOG_WARNING("Sorry, there can be at most %i nested %s. Directive ignored.") << maxIncludeDepth << includes; } } else { DehReaderFlags includeFlags = flags & DehReaderFlagsIncludeMask; if(arg.startsWith("notext ", Qt::CaseInsensitive)) { includeFlags |= NoText; arg.remove(0, 7); } if(!arg.isEmpty()) { NativePath const filePath(arg); QFile file(filePath); if(!file.open(QFile::ReadOnly | QFile::Text)) { LOG_AS("parseInclude"); LOG_RES_WARNING("Failed opening \"%s\" for read, aborting...") << filePath; } else { /// @todo Do not use a local buffer. Block deh = file.readAll(); deh.append(QChar(0)); file.close(); LOG_RES_VERBOSE("Including \"%s\"...") << F_PrettyPath(filePath.toUtf8().constData()); try { DehReader(deh, includeFlags).parse(); } catch(Error const &er) { LOG_WARNING(er.asText() + "."); } } } else { LOG_AS("parseInclude"); LOG_RES_WARNING("DeHackEd Include directive missing filename"); } } } String readTextBlob(int size) { if(!size) return String(); // Return an empty string. String string; do { // Ignore carriage returns. QChar c = currentChar(); if(c != '\r') string += c; else size++; advance(); } while(--size); return string.trimmed(); } /** * @todo fixme - missing translations!!! * * @param arg Flag argument string to be parsed. * @param flagGroups Flag groups to be updated. * * @return (& 0x1)= flag group #1 changed, (& 0x2)= flag group #2 changed, etc.. */ int parseMobjTypeFlags(QString const &arg, int flagGroups[NUM_MOBJ_FLAGS]) { DENG2_ASSERT(flagGroups); if(arg.isEmpty()) return 0; // Erm? No change... int changedGroups = 0; // Split the argument into discreet tokens and process each individually. /// @todo Re-implement with a left-to-right algorithm. QStringList tokens = arg.split(QRegExp("[,+| ]|\t|\f|\r"), QString::SkipEmptyParts); DENG2_FOR_EACH_CONST(QStringList, i, tokens) { String const &token = *i; bool tokenIsNumber; int flagsValue = token.toInt(&tokenIsNumber, 10, String::AllowSuffix); if(tokenIsNumber) { // Force the top 4 bits to 0 so that the user is forced to use // the mnemonics to change them. /// @todo fixme - What about the other groups??? flagGroups[0] |= (flagsValue & 0x0fffffff); changedGroups |= 0x1; continue; } // Flags can also be specified by name (a .bex extension). FlagMapping const *flag; if(parseMobjTypeFlag(token, &flag)) { /// @todo fixme - Get the proper bit values from the ded def db. int value = 0; if(flag->bit & 0xff00) value |= 1 << (flag->bit >> 8); value |= 1 << (flag->bit & 0xff); // Apply the new value. DENG2_ASSERT(flag->group >= 0 && flag->group < NUM_MOBJ_FLAGS); flagGroups[flag->group] |= value; changedGroups |= 1 << flag->group; continue; } LOG_WARNING("Unknown flag mnemonic '%s' on line #%i, ignoring.") << token << currentLineNumber; } return changedGroups; } void parseThing(ded_mobj_t *mobj, bool ignore = false) { int const mobjType = (mobj - ded->mobjs); bool hadHeight = false, checkHeight = false; LOG_AS("parseThing"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(var.endsWith(" frame", Qt::CaseInsensitive)) { StateMapping const *mapping; String const dehStateName = var.left(var.size() - 6); if(!parseMobjTypeState(dehStateName, &mapping)) { if(!ignore) LOG_WARNING("Unknown frame '%s' on line #%i, ignoring.") << dehStateName << currentLineNumber; } else { int const value = expr.toInt(0, 0, String::AllowSuffix); if(!ignore) { if(value < 0 || value >= ded->count.states.num) { LOG_WARNING("Frame #%i out of range, ignoring.") << value; } else { int const stateIdx = value; ded_state_t const &state = ded->states[stateIdx]; DENG2_ASSERT(mapping->id >= 0 && mapping->id < STATENAMES_COUNT); qstrncpy(mobj->states[mapping->id], state.id, DED_STRINGID_LEN + 1); LOG_DEBUG("Type #%i \"%s\" state:%s => \"%s\" (#%i)") << mobjType << mobj->id << mapping->name << mobj->states[mapping->id] << stateIdx; } } } } else if(var.endsWith(" sound", Qt::CaseInsensitive)) { SoundMapping const *mapping; String const dehSoundName = var.left(var.size() - 6); if(!parseMobjTypeSound(dehSoundName, &mapping)) { if(!ignore) LOG_WARNING("Unknown sound '%s' on line #%i, ignoring.") << dehSoundName << currentLineNumber; } else { int const value = expr.toInt(0, 0, String::AllowSuffix); if(!ignore) { if(value < 0 || value >= ded->count.sounds.num) { LOG_WARNING("Sound #%i out of range, ignoring.") << value; } else { int const soundsIdx = value; void *soundAdr; switch(mapping->id) { case SDN_PAIN: soundAdr = &mobj->painSound; break; case SDN_DEATH: soundAdr = &mobj->deathSound; break; case SDN_ACTIVE: soundAdr = &mobj->activeSound; break; case SDN_ATTACK: soundAdr = &mobj->attackSound; break; case SDN_SEE: soundAdr = &mobj->seeSound; break; default: throw Error("DehReader", String("Unknown soundname id %i").arg(mapping->id)); } ded_sound_t const &sound = ded->sounds[soundsIdx]; qstrncpy((char *)soundAdr, sound.id, DED_STRINGID_LEN + 1); LOG_DEBUG("Type #%i \"%s\" sound:%s => \"%s\" (#%i)") << mobjType << mobj->id << mapping->name << (char *)soundAdr << soundsIdx; } } } } else if(!var.compareWithoutCase("Bits")) { int flags[NUM_MOBJ_FLAGS] = { 0, 0, 0 }; int changedFlagGroups = parseMobjTypeFlags(expr, flags); if(!ignore) { // Apply the new flags. for(uint k = 0; k < NUM_MOBJ_FLAGS; ++k) { if(!(changedFlagGroups & (1 << k))) continue; mobj->flags[k] = flags[k]; LOG_DEBUG("Type #%i \"%s\" flags:%i => %X (%i)") << mobjType << mobj->id << k << mobj->flags[k] << mobj->flags[k]; } // Any special translation necessary? if(changedFlagGroups & 0x1) { if(mobj->flags[0] & 0x100/*mf_spawnceiling*/) checkHeight = true; // Bit flags are no longer used to specify translucency. // This is just a temporary hack. /*if(info->flags[0] & 0x60000000) info->translucency = (info->flags[0] & 0x60000000) >> 15; */ } } } else if(!var.compareWithoutCase("Bits2")) // Eternity { /// @todo Support this extension. LOG_WARNING("Thing - \"Bits2\" patches are not supported."); } else if(!var.compareWithoutCase("Bits3")) // Eternity { /// @todo Support this extension. LOG_WARNING("Thing - \"Bits3\" patches are not supported."); } else if(!var.compareWithoutCase("Blood color")) // Eternity { /** * Red (normal) 0 * Grey 1 * Green 2 * Blue 3 * Yellow 4 * Black 5 * Purple 6 * White 7 * Orange 8 */ /// @todo Support this extension. LOG_WARNING("Thing - \"Blood color\" patches are not supported."); } else if(!var.compareWithoutCase("ID #")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->doomEdNum = value; LOG_DEBUG("Type #%i \"%s\" doomEdNum => %i") << mobjType << mobj->id << mobj->doomEdNum; } } else if(!var.compareWithoutCase("Height")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->height = value / float(0x10000); hadHeight = true; LOG_DEBUG("Type #%i \"%s\" height => %f") << mobjType << mobj->id << mobj->height; } } else if(!var.compareWithoutCase("Hit points")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->spawnHealth = value; LOG_DEBUG("Type #%i \"%s\" spawnHealth => %i") << mobjType << mobj->id << mobj->spawnHealth; } } else if(!var.compareWithoutCase("Mass")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->mass = value; LOG_DEBUG("Type #%i \"%s\" mass => %i") << mobjType << mobj->id << mobj->mass; } } else if(!var.compareWithoutCase("Missile damage")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->damage = value; LOG_DEBUG("Type #%i \"%s\" damage => %i") << mobjType << mobj->id << mobj->damage; } } else if(!var.compareWithoutCase("Pain chance")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->painChance = value; LOG_DEBUG("Type #%i \"%s\" painChance => %i") << mobjType << mobj->id << mobj->painChance; } } else if(!var.compareWithoutCase("Reaction time")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->reactionTime = value; LOG_DEBUG("Type #%i \"%s\" reactionTime => %i") << mobjType << mobj->id << mobj->reactionTime; } } else if(!var.compareWithoutCase("Speed")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { /// @todo Is this right?? mobj->speed = (abs(value) < 256 ? float(value) : FIX2FLT(value)); LOG_DEBUG("Type #%i \"%s\" speed => %f") << mobjType << mobj->id << mobj->speed; } } else if(!var.compareWithoutCase("Translucency")) // Eternity { //int const value = expr.toInt(0, 10, String::AllowSuffix); //float const opacity = de::clamp(0, value, 65536) / 65536.f; /// @todo Support this extension. LOG_WARNING("Thing - \"Translucency\" patches are not supported."); } else if(!var.compareWithoutCase("Width")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { mobj->radius = value / float(0x10000); LOG_DEBUG("Type #%i \"%s\" radius => %f") << mobjType << mobj->id << mobj->radius; } } else { LOG_WARNING("Unexpected symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } /// @todo Does this still make sense given DED can change the values? if(checkHeight && !hadHeight) { mobj->height = originalHeightForMobjType(mobjType); } } void parseFrame(ded_state_t *state, bool ignore = false) { int const stateNum = (state - ded->states); LOG_AS("parseFrame"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(!var.compareWithoutCase("Duration")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { state->tics = value; LOG_DEBUG("State #%i \"%s\" tics => %i") << stateNum << state->id << state->tics; } } else if(!var.compareWithoutCase("Next frame")) { int const value = expr.toInt(0, 0, String::AllowSuffix); if(!ignore) { if(value < 0 || value >= ded->count.states.num) { LOG_WARNING("Frame #%i out of range, ignoring.") << value; } else { int const nextStateIdx = value; qstrncpy(state->nextState, ded->states[nextStateIdx].id, DED_STRINGID_LEN + 1); LOG_DEBUG("State #%i \"%s\" nextState => \"%s\" (#%i)") << stateNum << state->id << state->nextState << nextStateIdx; } } } else if(!var.compareWithoutCase("Particle event")) // Eternity { /// @todo Support this extension. LOG_WARNING("Frame - \"Particle event\" patches are not supported."); } else if(!var.compareWithoutCase("Sprite number")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { if(value < 0 || value > ded->count.sprites.num) { LOG_WARNING("Sprite #%i out of range, ignoring.") << value; } else { int const spriteIdx = value; ded_sprid_t const &sprite = ded->sprites[spriteIdx]; qstrncpy(state->sprite.id, sprite.id, DED_SPRITEID_LEN + 1); LOG_DEBUG("State #%i \"%s\" sprite => \"%s\" (#%i)") << stateNum << state->id << state->sprite.id << spriteIdx; } } } else if(!var.compareWithoutCase("Sprite subnumber")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { int const FF_FULLBRIGHT = 0x8000; // Translate the old fullbright bit. if(value & FF_FULLBRIGHT) state->flags |= STF_FULLBRIGHT; else state->flags &= ~STF_FULLBRIGHT; state->frame = value & ~FF_FULLBRIGHT; LOG_DEBUG("State #%i \"%s\" frame => %i") << stateNum << state->id << state->frame; } } else if(var.startsWith("Unknown ", Qt::CaseInsensitive)) { int const miscIdx = var.substr(8).toInt(0, 10, String::AllowSuffix); int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { if(miscIdx < 0 || miscIdx >= NUM_STATE_MISC) { LOG_WARNING("Unknown unknown-value '%s' on line #%i, ignoring.") << var.mid(8) << currentLineNumber; } else { state->misc[miscIdx] = value; LOG_DEBUG("State #%i \"%s\" misc:%i => %i") << stateNum << state->id << miscIdx << value; } } } else if(var.beginsWith("Args", Qt::CaseInsensitive)) // Eternity { LOG_WARNING("Frame - \"%s\" patches are not supported.") << var; } else { LOG_WARNING("Unknown symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } } void parseSprite(ded_sprid_t *sprite, bool ignore = false) { int const sprNum = sprite - ded->sprites; LOG_AS("parseSprite"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(!var.compareWithoutCase("Offset")) { int const value = expr.toInt(0, 0, String::AllowSuffix); if(!ignore) { // Calculate offset from beginning of sprite names. int offset = -1; if(value > 0) { // From DeHackEd source. DENG2_ASSERT(doomVersion >= 0 && doomVersion < 5); static int const spriteNameTableOffset[] = { 129044, 129044, 129044, 129284, 129380 }; offset = (value - spriteNameTableOffset[doomVersion] - 22044) / 8; } if(offset < 0 || offset >= ded->count.sprites.num) { LOG_WARNING("Sprite offset #%i out of range, ignoring.") << value; } else { ded_sprid_t const &origSprite = origSpriteNames[offset]; qstrncpy(sprite->id, origSprite.id, DED_STRINGID_LEN + 1); LOG_DEBUG("Sprite #%i id => \"%s\" (#%i)") << sprNum << sprite->id << offset; } } } else { LOG_WARNING("Unexpected symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } } void parseSound(ded_sound_t *sound, bool ignore = false) { int const soundIdx = sound - ded->sounds; LOG_AS("parseSound"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(!var.compareWithoutCase("Offset")) // sound->id { LOG_WARNING("Sound - \"Offset\" patches are not supported."); } else if(!var.compareWithoutCase("Zero/One")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { sound->group = value; LOG_DEBUG("Sound #%i \"%s\" group => %i") << soundIdx << sound->id << sound->group; } } else if(!var.compareWithoutCase("Value")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { sound->priority = value; LOG_DEBUG("Sound #%i \"%s\" priority => %i") << soundIdx << sound->id << sound->priority; } } else if(!var.compareWithoutCase("Zero 1")) // sound->link { LOG_WARNING("Sound - \"Zero 1\" patches are not supported."); } else if(!var.compareWithoutCase("Zero 2")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { sound->linkPitch = value; LOG_DEBUG("Sound #%i \"%s\" linkPitch => %i") << soundIdx << sound->id << sound->linkPitch; } } else if(!var.compareWithoutCase("Zero 3")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { sound->linkVolume = value; LOG_DEBUG("Sound #%i \"%s\" linkVolume => %i") << soundIdx << sound->id << sound->linkVolume; } } else if(!var.compareWithoutCase("Zero 4")) // ?? { LOG_WARNING("Sound - \"Zero 4\" patches are not supported."); } else if(!var.compareWithoutCase("Neg. One 1")) // ?? { LOG_WARNING("Sound - \"Neg. One 1\" patches are not supported."); } else if(!var.compareWithoutCase("Neg. One 2")) { int const lumpNum = expr.toInt(0, 0, String::AllowSuffix); if(!ignore) { int const numLumps = *reinterpret_cast(DD_GetVariable(DD_NUMLUMPS)); if(lumpNum < 0 || lumpNum >= numLumps) { LOG_WARNING("Neg. One 2 #%i out of range, ignoring.") << lumpNum; } else { qstrncpy(sound->lumpName, Str_Text(W_LumpName(lumpNum)), DED_STRINGID_LEN + 1); LOG_DEBUG("Sound #%i \"%s\" lumpName => \"%s\"") << soundIdx << sound->id << sound->lumpName; } } } else { LOG_WARNING("Unknown symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } } void parseAmmo(int const ammoNum, bool ignore = false) { static char const *ammostr[4] = { "Clip", "Shell", "Cell", "Misl" }; char const *theAmmo = ammostr[ammoNum]; LOG_AS("parseAmmo"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(!var.compareWithoutCase("Max ammo")) { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) createValueDef(String("Player|Max ammo|%1").arg(theAmmo), QString::number(value)); } else if(!var.compareWithoutCase("Per ammo")) { int per = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) createValueDef(String("Player|Clip ammo|%1").arg(theAmmo), QString::number(per)); } else { LOG_WARNING("Unknown symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } } void parseWeapon(int const weapNum, bool ignore = false) { LOG_AS("parseWeapon"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(var.endsWith(" frame", Qt::CaseInsensitive)) { String const dehStateName = var.left(var.size() - 6); int const value = expr.toInt(0, 0, String::AllowSuffix); WeaponStateMapping const *weapon; if(!parseWeaponState(dehStateName, &weapon)) { if(!ignore) LOG_WARNING("Unknown frame '%s' on line #%i, ignoring.") << dehStateName << currentLineNumber; } else { if(!ignore) { if(value < 0 || value > ded->count.states.num) { LOG_WARNING("Frame #%i out of range, ignoring.") << value; } else { DENG2_ASSERT(weapon->id >= 0 && weapon->id < ded->count.states.num); ded_state_t const &state = ded->states[value]; createValueDef(String("Weapon Info|%1|%2").arg(weapNum).arg(weapon->name), QString::fromUtf8(state.id)); } } } } else if(!var.compareWithoutCase("Ammo type")) { String const ammotypes[] = { "clip", "shell", "cell", "misl", "-", "noammo" }; int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) { if(value < 0 || value >= 6) { LOG_WARNING("Unknown ammotype %i on line #%i, ignoring.") << value << currentLineNumber; } else { createValueDef(String("Weapon Info|%1|Type").arg(weapNum), ammotypes[value]); } } } else if(!var.compareWithoutCase("Ammo per shot")) // Eternity { int const value = expr.toInt(0, 10, String::AllowSuffix); if(!ignore) createValueDef(String("Weapon Info|%1|Per shot").arg(weapNum), QString::number(value)); } else { LOG_WARNING("Unknown symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } } void parsePointer(ded_state_t *state, bool ignore) { int const stateIdx = state - ded->states; LOG_AS("parsePointer"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); if(!var.compareWithoutCase("Codep Frame")) { int const actionIdx = expr.toInt(0, 0, String::AllowSuffix); if(!ignore) { if(actionIdx < 0 || actionIdx >= NUMSTATES) { LOG_WARNING("Codep frame #%i out of range, ignoring.") << actionIdx; } else { ded_funcid_t const &newAction = origActionNames[actionIdx]; qstrncpy(state->action, newAction, DED_STRINGID_LEN + 1); LOG_DEBUG("State #%i \"%s\" action => \"%s\"") << stateIdx << state->id << state->action; } } } else { LOG_WARNING("Unknown symbol \"%s\" encountered on line #%i, ignoring.") << var << currentLineNumber; } } } void parseMisc() { LOG_AS("parseMisc"); for(; lineInCurrentSection(); skipToNextLine()) { String var, expr; parseAssignmentStatement(line, var, expr); ValueMapping const *mapping; if(parseMiscValue(var, &mapping)) { int const value = expr.toInt(0, 10, String::AllowSuffix); createValueDef(mapping->valuePath, QString::number(value)); } else { LOG_WARNING("Unknown value \"%s\" on line #%i, ignoring.") << var << currentLineNumber; } } } void parseParsBex() { LOG_AS("parseParsBex"); // .bex doesn't follow the same rules as .deh for(; !line.trimmed().isEmpty(); readLine()) { // Skip comment lines. if(line.at(0) == '#') continue; try { if(line.beginsWith("par", Qt::CaseInsensitive)) { String const argStr = line.substr(3).leftStrip(); if(argStr.isEmpty()) { throw SyntaxError("parseParsBex", String("Expected format expression on line #%1") .arg(currentLineNumber)); } /** * @attention Team TNT's original DEH parser would read the first one * or two tokens then apply atoi() on the remainder of the line to * obtain the last argument (i.e., par time). * * Here we emulate this behavior by splitting the line into at most * three arguments and then apply atoi()-like de::String::toIntLeft() * on the last. */ int const maxArgs = 3; QStringList args = splitMax(argStr, ' ', maxArgs); // If the third argument is a comment remove it. if(args.size() == 3) { if(String(args.at(2)).beginsWith('#')) args.removeAt(2); } if(args.size() < 2) { throw SyntaxError("parseParsBex", String("Invalid format string \"%1\" on line #%2") .arg(argStr).arg(currentLineNumber)); } // Parse values from the arguments. int arg = 0; int episode = (args.size() > 2? args.at(arg++).toInt(0, 10) : 0); int map = args.at(arg++).toInt(0, 10); float parTime = float(String(args.at(arg++)).toInt(0, 10, String::AllowSuffix)); // Apply. uri_s *uri = composeMapUri(episode, map); AutoStr *path = Uri_ToString(uri); ded_mapinfo_t *def; int idx = mapInfoDefForUri(*uri, &def); if(idx >= 0) { def->parTime = parTime; LOG_DEBUG("MapInfo #%i \"%s\" parTime => %d") << idx << Str_Text(path) << def->parTime; } else { LOG_WARNING("Failed locating MapInfo for \"%s\" (episode:%i, map:%i), ignoring.") << Str_Text(path) << episode << map; } Uri_Delete(uri); } } catch(SyntaxError const &er) { LOG_WARNING("%s, ignoring.") << er.asText(); } } if(line.trimmed().isEmpty()) { skipToNextSection(); } } void parseHelperBex() { LOG_AS("parseHelperBex"); LOG_WARNING("[HELPER] patches are not supported."); } void parseSpritesBex() { LOG_AS("parseSpritesBex"); LOG_WARNING("[SPRITES] patches are not supported."); } void parseSoundsBex() { LOG_AS("parseSoundsBex"); // .bex doesn't follow the same rules as .deh for(; !line.trimmed().isEmpty(); readLine()) { // Skip comment lines. if(line.at(0) == '#') continue; try { String var, expr; parseAssignmentStatement(line, var, expr); if(!patchSoundLumpNames(var, expr)) { LOG_WARNING("Failed to locate sound \"%s\" for patching.") << var; } } catch(SyntaxError const &er) { LOG_WARNING("%s, ignoring.") << er.asText(); } } if(line.trimmed().isEmpty()) { skipToNextSection(); } } void parseMusicBex() { LOG_AS("parseMusicBex"); // .bex doesn't follow the same rules as .deh for(; !line.trimmed().isEmpty(); readLine()) { // Skip comment lines. if(line.at(0) == '#') continue; try { String var, expr; parseAssignmentStatement(line, var, expr); if(!patchMusicLumpNames(var, expr)) { LOG_WARNING("Failed to locate music \"%s\" for patching.") << var; } } catch(SyntaxError const &er) { LOG_WARNING("%s, ignoring.") << er.asText(); } } if(line.trimmed().isEmpty()) { skipToNextSection(); } } void parsePointerBex() { LOG_AS("parsePointerBex"); // .bex doesn't follow the same rules as .deh for(; !line.trimmed().isEmpty(); readLine()) { // Skip comment lines. if(line.at(0) == '#') continue; String var, expr; parseAssignmentStatement(line, var, expr); if(var.startsWith("Frame ", Qt::CaseInsensitive)) { int const stateNum = var.substr(6).toInt(0, 0, String::AllowSuffix); if(stateNum < 0 || stateNum >= ded->count.states.num) { LOG_WARNING("Frame #%d out of range, ignoring. (Create more State defs!)") << stateNum; } else { ded_state_t &state = ded->states[stateNum]; // Compose the action name. String action = expr.rightStrip(); if(!action.startsWith("A_", Qt::CaseInsensitive)) action.prepend("A_"); action.truncate(32); // Is this a known action? if(!action.compareWithoutCase("A_NULL")) { qstrncpy(state.action, "NULL", DED_STRINGID_LEN+1); LOG_DEBUG("State #%i \"%s\" action => \"NULL\"") << stateNum << state.id; } else { Block actionUtf8 = action.toUtf8(); if(Def_Get(DD_DEF_ACTION, actionUtf8.constData(), 0) >= 0) { qstrncpy(state.action, actionUtf8.constData(), DED_STRINGID_LEN + 1); LOG_DEBUG("State #%i \"%s\" action => \"%s\"") << stateNum << state.id << state.action; } else { LOG_WARNING("Unknown action '%s' on line #%i, ignoring.") << action.mid(2) << currentLineNumber; } } } } } if(line.trimmed().isEmpty()) { skipToNextSection(); } } void parseText(int const oldSize, int const newSize) { LOG_AS("parseText"); String oldStr = readTextBlob(oldSize); String newStr = readTextBlob(newSize); if(!(flags & NoText)) // Disabled? { // Try each type of "text" replacement in turn... bool found = false; if(patchFinaleBackgroundNames(oldStr, newStr)) found = true; if(patchMusicLumpNames(oldStr, newStr)) found = true; if(patchSpriteNames(oldStr, newStr)) found = true; if(patchSoundLumpNames(oldStr, newStr)) found = true; if(patchText(oldStr, newStr)) found = true; // Give up? if(!found) { LOG_WARNING("Failed to determine source for:\nText %i %i\n%s") << oldSize << newSize << oldStr; } } else { LOG_DEBUG("Skipping disabled Text patch."); } skipToNextLine(); } void parseStringsBex() { LOG_AS("parseStringsBex"); LOG_WARNING("[Strings] patches not supported."); } void createValueDef(QString const &path, QString const &value) { // An existing value? ded_value_t *def; int idx = valueDefForPath(path, &def); if(idx < 0) { // Not found - create a new Value. Block pathUtf8 = path.toUtf8(); idx = _api_Def.DED_AddValue(ded, pathUtf8.constData()); def = &ded->values[idx]; def->text = 0; } // Must allocate memory using DD_Realloc. def->text = static_cast(DD_Realloc(def->text, value.length() + 1)); Block valueUtf8 = value.toUtf8(); qstrcpy(def->text, valueUtf8.constData()); LOG_DEBUG("Value #%i \"%s\" => \"%s\"") << idx << path << def->text; } bool patchSpriteNames(String const &origName, String const &newName) { // Is this a sprite name? if(origName.length() != 4) return false; // Only sprites names in the original name map can be patched. /// @todo Why the restriction? int spriteIdx = findSpriteNameInMap(origName); if(spriteIdx < 0) return false; /// @todo Presently disabled because the engine can't handle remapping. DENG2_UNUSED(newName); LOG_WARNING("Sprite name table remapping is not supported."); return true; // Pretend success. #if 0 if(spriteIdx >= ded->count.sprites.num) { LOG_WARNING("Sprite name #%i out of range, ignoring.") << spriteIdx; return false; } ded_sprid_t &def = ded->sprites[spriteIdx]; Block newNameUtf8 = newName.toUtf8(); qstrncpy(def.id, newNameUtf8.constData(), DED_SPRITEID_LEN + 1); LOG_DEBUG("Sprite #%i id => \"%s\"") << spriteIdx << def.id; return true; #endif } bool patchFinaleBackgroundNames(String const &origName, String const &newName) { FinaleBackgroundMapping const *mapping; if(findFinaleBackgroundMappingForText(origName, &mapping) < 0) return false; createValueDef(mapping->mnemonic, newName); return true; } bool patchMusicLumpNames(String const &origName, String const &newName) { // Only music lump names in the original name map can be patched. /// @todo Why the restriction? if(findMusicLumpNameInMap(origName) < 0) return false; Block origNamePrefUtf8 = String("D_%1").arg(origName).toUtf8(); Block newNamePrefUtf8 = String("D_%1").arg(newName ).toUtf8(); // Update ALL songs using this lump name. int numPatched = 0; for(int i = 0; i < ded->count.music.num; ++i) { ded_music_t &music = ded->music[i]; if(qstricmp(music.lumpName, origNamePrefUtf8.constData())) continue; qstrncpy(music.lumpName, newNamePrefUtf8.constData(), 9); numPatched++; LOG_DEBUG("Music #%i \"%s\" lumpName => \"%s\"") << i << music.id << music.lumpName; } return (numPatched > 0); } bool patchSoundLumpNames(String const &origName, String const &newName) { // Only sound lump names in the original name map can be patched. /// @todo Why the restriction? if(findSoundLumpNameInMap(origName) < 0) return false; Block origNamePrefUtf8 = String("DS%1").arg(origName).toUtf8(); Block newNamePrefUtf8 = String("DS%1").arg(newName ).toUtf8(); // Update ALL sounds using this lump name. int numPatched = 0; for(int i = 0; i < ded->count.sounds.num; ++i) { ded_sound_t &sound = ded->sounds[i]; if(qstricmp(sound.lumpName, origNamePrefUtf8.constData())) continue; qstrncpy(sound.lumpName, newNamePrefUtf8.constData(), 9); numPatched++; LOG_DEBUG("Sound #%i \"%s\" lumpName => \"%s\"") << i << sound.id << sound.lumpName; } return (numPatched > 0); } bool patchText(String const &origStr, String const &newStr) { TextMapping const *textMapping; // Which text are we replacing? if(textMappingForBlob(origStr, &textMapping) < 0) return false; // Is replacement disallowed/not-supported? if(textMapping->name.isEmpty()) return true; // Pretend success. Block textNameUtf8 = textMapping->name.toUtf8(); int textIdx = Def_Get(DD_DEF_TEXT, textNameUtf8.constData(), NULL); if(textIdx < 0) return false; // We must escape new lines. String newStrCopy = newStr; Block newStrUtf8 = newStrCopy.replace("\n", "\\n").toUtf8(); // Replace this text. Def_Set(DD_DEF_TEXT, textIdx, 0, newStrUtf8.constData()); LOG_DEBUG("Text #%i \"%s\" is now:\n%s") << textIdx << textMapping->name << newStrUtf8.constData(); return true; } }; void readDehPatch(Block const &patch, DehReaderFlags flags) { try { DehReader(patch, flags).parse(); } catch(Error const &er) { LOG_WARNING(er.asText() + "."); } } doomsday-1.14.5/doomsday/plugins/dehread/src/info.cpp0000664000175000017500000015700412350542240022033 0ustar jaakkojaakko/** @file info.cpp Information look up tables. * @ingroup dehread * * @author Copyright © 2012-2013 Jaakko Keränen * @author Copyright © 2013-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "dehread.h" #include "info.h" static FinaleBackgroundMapping const finaleBGMappings[] = { { "FLOOR4_8", "BGFLATE1" }, ///< DOOM end of episode 1 { "SFLR6_1", "BGFLATE2" }, ///< DOOM end of episode 2 { "MFLR8_4", "BGFLATE3" }, ///< DOOM end of episode 3 { "MFLR8_3", "BGFLATE4" }, ///< DOOM end of episode 4 { "SLIME16", "BGFLAT06" }, ///< DOOM2 before MAP06 { "RROCK14", "BGFLAT11" }, ///< DOOM2 before MAP11 { "RROCK07", "BGFLAT20" }, ///< DOOM2 before MAP20 { "RROCK17", "BGFLAT30" }, ///< DOOM2 before MAP30 { "RROCK13", "BGFLAT15" }, ///< DOOM2 from MAP15 to MAP31 { "RROCK19", "BGFLAT31" }, ///< DOOM2 from MAP31 to MAP32 { "BOSSBACK", "BGCASTCALL" }, ///< End of game cast call { "", ""} }; int findFinaleBackgroundMappingForText(QString const &text, FinaleBackgroundMapping const **mapping) { if(!text.isEmpty()) for(int i = 0; !finaleBGMappings[i].text.isEmpty(); ++i) { if(!finaleBGMappings[i].text.compare(text, Qt::CaseInsensitive)) { if(mapping) *mapping = &finaleBGMappings[i]; return i; } } return -1; // Not found. } static FlagMapping mobjtypeFlagMappings[] = { // Group #0: { 0, 0, "SPECIAL" }, { 1, 0, "SOLID" }, { 2, 0, "SHOOTABLE" }, { 3, 0, "NOSECTOR" }, { 4, 0, "NOBLOCKMAP" }, { 5, 0, "AMBUSH" }, { 6, 0, "JUSTHIT" }, { 7, 0, "JUSTATTACKED" }, { 8, 0, "SPAWNCEILING" }, { 9, 0, "NOGRAVITY" }, { 10, 0, "DROPOFF" }, { 11, 0, "PICKUP" }, { 12, 0, "NOCLIP" }, { 14, 0, "FLOAT" }, { 15, 0, "TELEPORT" }, { 16, 0, "MISSILE" }, { 17, 0, "DROPPED" }, { 18, 0, "SHADOW" }, { 19, 0, "NOBLOOD" }, { 20, 0, "CORPSE" }, { 21, 0, "INFLOAT" }, { 22, 0, "COUNTKILL" }, { 23, 0, "COUNTITEM" }, { 24, 0, "SKULLFLY" }, { 25, 0, "NOTDMATCH" }, { 26, 0, "TRANSLATION1" }, { 26, 0, "TRANSLATION" }, ///< BOOM compatibility. { 27, 0, "TRANSLATION2" }, { 27, 0, "UNUSED1" }, ///< BOOM compatibility. { 28, 0, "STEALTH" }, { 28, 0, "UNUSED2" }, ///< BOOM compatibility. { 29, 0, "TRANSLUC25" }, { 29, 0, "UNUSED3" }, ///< BOOM compatibility. { 30, 0, "TRANSLUC50" }, { (29 << 8) | 30, 0, "TRANSLUC75" }, { 30, 0, "UNUSED4" }, ///< BOOM compatibility. { 30, 0, "TRANSLUCENT" }, ///< BOOM compatibility? { 31, 0, "RESERVED" }, // Group #1: { 0, 1, "LOGRAV" }, { 1, 1, "WINDTHRUST" }, { 2, 1, "FLOORBOUNCE" }, { 3, 1, "BLASTED" }, { 4, 1, "FLY" }, { 5, 1, "FLOORCLIP" }, { 6, 1, "SPAWNFLOAT" }, { 7, 1, "NOTELEPORT" }, { 8, 1, "RIP" }, { 9, 1, "PUSHABLE" }, { 10, 1, "CANSLIDE" }, ///< Avoid conflict with SLIDE from BOOM. { 11, 1, "ONMOBJ" }, { 12, 1, "PASSMOBJ" }, { 13, 1, "CANNOTPUSH" }, { 14, 1, "DROPPED" }, { 15, 1, "BOSS" }, { 16, 1, "FIREDAMAGE" }, { 17, 1, "NODMGTHRUST" }, { 18, 1, "TELESTOMP" }, { 19, 1, "FLOATBOB" }, { 20, 1, "DONTDRAW" }, { 21, 1, "IMPACT" }, { 22, 1, "PUSHWALL" }, { 23, 1, "MCROSS" }, { 24, 1, "PCROSS" }, { 25, 1, "CANTLEAVEFLOORPIC" }, { 26, 1, "NONSHOOTABLE" }, { 27, 1, "INVULNERABLE" }, { 28, 1, "DORMANT" }, { 29, 1, "ICEDAMAGE" }, { 30, 1, "SEEKERMISSILE" }, { 31, 1, "REFLECTIVE" }, { 0, -1, "" } // terminator }; int findMobjTypeFlagMappingByDehLabel(QString const &name, FlagMapping const **mapping) { /// @todo Optimize - replace linear search. if(!name.isEmpty()) for(int i = 0; !mobjtypeFlagMappings[i].dehLabel.isEmpty(); ++i) { if(!mobjtypeFlagMappings[i].dehLabel.compare(name, Qt::CaseInsensitive)) { if(mapping) *mapping = &mobjtypeFlagMappings[i]; return i; } } return -1; // Not found. } static QString const MusicMap[] = { "e1m1", "e1m2", "e1m3", "e1m4", "e1m5", "e1m6", "e1m7", "e1m8", "e1m9", "e2m1", "e2m2", "e2m3", "e2m4", "e2m5", "e2m6", "e2m7", "e2m8", "e2m9", "e3m1", "e3m2", "e3m3", "e3m4", "e3m5", "e3m6", "e3m7", "e3m8", "e3m9", "inter", "intro", "bunny", "victor", "introa", "runnin", "stalks", "countd", "betwee", "doom", "the_da", "shawn", "ddtblu", "in_cit", "dead", "stlks2", "theda2", "doom2", "ddtbl2", "runni2", "dead2", "stlks3", "romero", "shawn2", "messag", "count2", "ddtbl3", "ampie", "theda3", "adrian", "messg2", "romer2", "tense", "shawn3", "openin", "evil", "ultima", "read_m", "dm2ttl", "dm2int", "" // Terminate. }; int findMusicLumpNameInMap(QString const &name) { /// @todo Optimize - replace linear search. if(!name.isEmpty()) for(int i = 0; !MusicMap[i].isEmpty(); ++i) { if(!MusicMap[i].compare(name, Qt::CaseInsensitive)) return i; } return -1; // Not found. } static QString const SpriteMap[] = { "TROO", "SHTG", "PUNG", "PISG", "PISF", "SHTF", "SHT2", "CHGG", "CHGF", "MISG", "MISF", "SAWG", "PLSG", "PLSF", "BFGG", "BFGF", "BLUD", "PUFF", "BAL1", "BAL2", "PLSS", "PLSE", "MISL", "BFS1", "BFE1", "BFE2", "TFOG", "IFOG", "PLAY", "POSS", "SPOS", "VILE", "FIRE", "FATB", "FBXP", "SKEL", "MANF", "FATT", "CPOS", "SARG", "HEAD", "BAL7", "BOSS", "BOS2", "SKUL", "SPID", "BSPI", "APLS", "APBX", "CYBR", "PAIN", "SSWV", "KEEN", "BBRN", "BOSF", "ARM1", "ARM2", "BAR1", "BEXP", "FCAN", "BON1", "BON2", "BKEY", "RKEY", "YKEY", "BSKU", "RSKU", "YSKU", "STIM", "MEDI", "SOUL", "PINV", "PSTR", "PINS", "MEGA", "SUIT", "PMAP", "PVIS", "CLIP", "AMMO", "ROCK", "BROK", "CELL", "CELP", "SHEL", "SBOX", "BPAK", "BFUG", "MGUN", "CSAW", "LAUN", "PLAS", "SHOT", "SGN2", "COLU", "SMT2", "GOR1", "POL2", "POL5", "POL4", "POL3", "POL1", "POL6", "GOR2", "GOR3", "GOR4", "GOR5", "SMIT", "COL1", "COL2", "COL3", "COL4", "CAND", "CBRA", "COL6", "TRE1", "TRE2", "ELEC", "CEYE", "FSKU", "COL5", "TBLU", "TGRN", "TRED", "SMBT", "SMGT", "SMRT", "HDB1", "HDB2", "HDB3", "HDB4", "HDB5", "HDB6", "POB1", "POB2", "BRS1", "TLMP", "TLP2", "" // Terminate. }; int findSpriteNameInMap(QString const &name) { /// @todo Optimize - replace linear search. if(!name.isEmpty()) for(int i = 0; !SpriteMap[i].isEmpty(); ++i) { if(!SpriteMap[i].compare(name, Qt::CaseInsensitive)) return i; } return -1; // Not found. } static QString const SoundMap[] = { "None", "pistol", "shotgn", "sgcock", "dshtgn", "dbopn", "dbcls", "dbload", "plasma", "bfg", "sawup", "sawidl", "sawful", "sawhit", "rlaunc", "rxplod", "firsht", "firxpl", "pstart", "pstop", "doropn", "dorcls", "stnmov", "swtchn", "swtchx", "plpain", "dmpain", "popain", "vipain", "mnpain", "pepain", "slop", "itemup", "wpnup", "oof", "telept", "posit1", "posit2", "posit3", "bgsit1", "bgsit2", "sgtsit", "cacsit", "brssit", "cybsit", "spisit", "bspsit", "kntsit", "vilsit", "mansit", "pesit", "sklatk", "sgtatk", "skepch", "vilatk", "claw", "skeswg", "pldeth", "pdiehi", "podth1", "podth2", "podth3", "bgdth1", "bgdth2", "sgtdth", "cacdth", "skldth", "brsdth", "cybdth", "spidth", "bspdth", "vildth", "kntdth", "pedth", "skedth", "posact", "bgact", "dmact", "bspact", "bspwlk", "vilact", "noway", "barexp", "punch", "hoof", "metal", "chgun", "tink", "bdopn", "bdcls", "itmbk", "flame", "flamst", "getpow", "bospit", "boscub", "bossit", "bospn", "bosdth", "manatk", "mandth", "sssit", "ssdth", "keenpn", "keendt", "skeact", "skesit", "skeatk", "radio", NULL }; int findSoundLumpNameInMap(QString const &name) { /// @todo Optimize - replace linear search. if(!name.isEmpty()) for(int i = 0; !SoundMap[i].isEmpty(); ++i) { if(!SoundMap[i].compare(name, Qt::CaseInsensitive)) return i; } return -1; // Not found. } static SoundMapping soundMappings[] = { { "Alert", SDN_SEE, "See" }, { "Attack", SDN_ATTACK, "Attack" }, { "Pain", SDN_PAIN, "Pain" }, { "Death", SDN_DEATH, "Death" }, { "Action", SDN_ACTIVE, "Active" }, { "", soundname_t(-1), "" } }; int findSoundMappingByDehLabel(QString const &dehLabel, SoundMapping const **mapping) { if(!dehLabel.isEmpty()) for(int i = 0; !soundMappings[i].dehLabel.isEmpty(); ++i) { if(!soundMappings[i].dehLabel.compare(dehLabel, Qt::CaseInsensitive)) { if(mapping) *mapping = &soundMappings[i]; return i; } } return -1; // Not found. } static StateMapping stateMappings[] = { { "Initial", SN_SPAWN, "Spawn" }, { "First moving", SN_SEE, "See" }, { "Injury", SN_PAIN, "Pain" }, { "Close attack", SN_MELEE, "Melee" }, { "Far attack", SN_MISSILE, "Missile" }, { "Death", SN_DEATH, "Death" }, { "Exploding", SN_XDEATH, "XDeath" }, { "Respawn", SN_RAISE, "Raise" }, { "", statename_t(-1), "" } }; int findStateMappingByDehLabel(QString const &dehLabel, StateMapping const **mapping) { if(!dehLabel.isEmpty()) for(int i = 0; !stateMappings[i].dehLabel.isEmpty(); ++i) { if(!stateMappings[i].dehLabel.compare(dehLabel, Qt::CaseInsensitive)) { if(mapping) *mapping = &stateMappings[i]; return i; } } return -1; // Not found. } static WeaponStateMapping weaponStateMappings[] = { { "Deselect", WSN_UP, "Up" }, { "Select", WSN_DOWN, "Down" }, { "Bobbing", WSN_READY, "Ready" }, { "Shooting", WSN_ATTACK, "Atk" }, { "Firing", WSN_FLASH, "Flash" }, { "", weaponstatename_t(-1), "" } }; int findWeaponStateMappingByDehLabel(QString const &dehLabel, WeaponStateMapping const **mapping) { if(!dehLabel.isEmpty()) for(int i = 0; !weaponStateMappings[i].dehLabel.isEmpty(); ++i) { if(!weaponStateMappings[i].dehLabel.compare(dehLabel, Qt::CaseInsensitive)) { if(mapping) *mapping = &weaponStateMappings[i]; return i; } } return -1; // Not found. } static TextMapping const TextMap[] = { /** * Disallowed replacements: * Mainly UI texts and potentially dangerous format strings. */ { "", "DOOM System Startup v%i.%i" }, { "", "The Ultimate DOOM Startup v%i.%i" }, { "", "DOOM 2: Hell on Earth v%i.%i" }, { ""/*"D_DEVSTR"*/, "Development mode ON.\n" }, { ""/*"D_CDROM"*/, "CD-ROM Version: default.cfg from c:\\doomdata" }, { ""/*"LOADNET"*/, "you can't do load while in a net game!\n\npress a key." }, { ""/*"SAVEDEAD"*/, "you can't save if you aren't playing!\n\npress a key." }, { ""/*"QSPROMPT"*/, "quicksave over your game named\n\n'%s'?\n\npress y or n." }, { ""/*"QLOADNET"*/, "you can't quickload during a netgame!\n\npress a key." }, { ""/*"QSAVESPOT"*/, "you haven't picked a quicksave slot yet!\n\npress a key." }, { ""/*"QLPROMPT"*/, "do you want to quickload the game named\n\n'%s'?\n\npress y or n." }, { ""/*"NEWGAME"*/, "you can't start a new game\nwhile in a network game.\n\npress a key." }, { ""/*"NIGHTMARE"*/, "are you sure? this skill level\nisn't even remotely fair.\n\npress y or n." }, { ""/*"SWSTRING"*/, "this is the shareware version of doom.\n\nyou need to order the entire trilogy.\n\npress a key." }, { ""/*"MSGOFF"*/, "Messages OFF" }, { ""/*"MSGON"*/, "Messages ON" }, { ""/*"NETEND"*/, "you can't end a netgame!\n\npress a key." }, { ""/*"ENDGAME"*/, "are you sure you want to end the game?\n\npress y or n." }, { ""/*"DOSY"*/, "%s\n\n(press y to quit to dos.)" }, { ""/*"DETAILHI"*/, "High detail" }, { ""/*"DETAILLO"*/, "Low detail" }, { ""/*"AMSTR_FOLLOWON"*/, "Follow Mode ON" }, { ""/*"AMSTR_FOLLOWOFF"*/, "Follow Mode OFF" }, { ""/*"AMSTR_GRIDON"*/, "Grid ON" }, { ""/*"AMSTR_GRIDOFF"*/, "Grid OFF" }, { ""/*"AMSTR_MARKEDSPOT"*/, "Marked Spot" }, { ""/*"AMSTR_MARKSCLEARED"*/, "All Marks Cleared" }, { ""/*"EMPTYSTRING"*/, "empty slot" }, { ""/*"GGSAVED"*/, "game saved." }, { "", "===========================================================================\nATTENTION: This version of DOOM has been modified. If you would like to\nget a copy of the original game, call 1-800-IDGAMES or see the readme file.\n You will not receive technical support for modified games.\n press enter to continue\n===========================================================================" }, { "", "===========================================================================\n This version is NOT SHAREWARE, do not distribute!\n Please report software piracy to the SPA: 1-800-388-PIR8\n===========================================================================" }, { "", "===========================================================================\n Do not distribute!\n Please report software piracy to the SPA: 1-800-388-PIR8\n===========================================================================" }, { "", "I_AllocLow: DOS alloc of %i failed, %i free" }, { "", "DPMI memory: 0x%x" }, { "", ", 0x%x allocated for zone" }, { "", "Insufficient memory! You need to have at least 3.7 megabytes of total" }, { "", "free memory available for DOOM to execute. Reconfigure your CONFIG.SYS" }, { "", "or AUTOEXEC.BAT to load fewer device drivers or TSR's. We recommend" }, { "", "creating a custom boot menu item in your CONFIG.SYS for optimum DOOMing." }, { "", "Please consult your DOS manual (\"Making more memory available\") for" }, { "", "information on how to free up more memory for DOOM." }, { "", "DOOM aborted." }, { "", "malloc() in I_InitNetwork() failed" }, { "", "I_NetCmd when not in netgame" }, { "", "I_StartupTimer()" }, { "", "Can't register 35 Hz timer w/ DMX library" }, { "", "Dude. The ENSONIQ ain't responding." }, { "", "CODEC p=0x%x, d=%d" }, { "", "CODEC. The CODEC ain't responding." }, { "", "Dude. The GUS ain't responding." }, { "", "SB isn't responding at p=0x%x, i=%d, d=%d" }, { "", "SB_Detect returned p=0x%x,i=%d,d=%d" }, { "", "Dude. The Adlib isn't responding." }, { "", "The MPU-401 isn't reponding @ p=0x%x." }, { "", "I_StartupSound: Hope you hear a pop." }, { "", " Music device #%d & dmxCode=%d" }, { "", " Sfx device #%d & dmxCode=%d" }, { "", " calling DMX_Init" }, { "", " DMX_Init() returned %d" }, { "", "CyberMan: Wrong mouse driver - no SWIFT support (AX=%04x)." }, { "", "CyberMan: no SWIFT device connected." }, { "", "CyberMan: SWIFT device is not a CyberMan! (type=%d)" }, { "", "CyberMan: CyberMan %d.%02d connected." }, { "", "Austin Virtual Gaming: Levels will end after 20 minutes" }, { "", "V_Init: allocate screens." }, { "", "M_LoadDefaults: Load system defaults." }, { "", "Z_Init: Init zone memory allocation daemon. " }, { "", "W_Init: Init WADfiles." }, { "", "You cannot -file with the shareware version. Register!" }, { "", "This is not the registered version." }, { "", "registered version." }, { "", "shareware version." }, { "", "commercial version." }, { "", "M_Init: Init miscellaneous info." }, { "", "R_Init: Init DOOM refresh daemon -" }, { "", "P_Init: Init Playloop state." }, { "", "I_Init: Setting up machine state." }, { "", "D_CheckNetGame: Checking network game status." }, { "", "S_Init: Setting up sound." }, { "", "HU_Init: Setting up heads up display." }, { "", "ST_Init: Init status bar." }, { "", "P_Init: Checking cmd-line parameters..." }, { "", "doom1.wad" }, { "", "doom2f.wad" }, { "", "doom2.wad" }, { "", "doom.wad" }, { "", "French version" }, { "", "Game mode indeterminate." }, { "", "Doomcom buffer invalid!" }, { "", "c:\\doomdata\\doomsav%c.dsg" }, { "", "c:\\doomdata\\doomsav%d.dsg" }, { "", "doomsav%c.dsg" }, { "", "doomsav%d.dsg" }, { "", "Savegame buffer overrun" }, { "", "DOOM00.pcx" }, { "", "c:/localid/doom1.wad" }, { "", "f:/doom/data_se/data_se/texture1.lmp" }, { "", "f:/doom/data_se/data_se/pnames.lmp" }, { "", "c:/localid/default.cfg" }, { "", "c:/localid/doom.wad" }, { "", "f:/doom/data_se/data_se/texture1.lmp" }, { "", "f:/doom/data_se/data_se/texture2.lmp" }, { "", "f:/doom/data_se/data_se/pnames.lmp" }, { "", "c:/localid/doom2.wad" }, { "", "f:/doom/data_se/cdata/texture1.lmp" }, { "", "f:/doom/data_se/cdata/pnames.lmp" }, { "", "c:\\doomdata" }, { "", "c:/doomdata/default.cfg" }, { "", "~f:/doom/data_se/cdata/map0%i.wad" }, { "", "~f:/doom/data_se/cdata/map%i.wad" }, { "", "~f:/doom/data_se/E%cM%c.wad" }, { "", "e:/doom/data/texture1.lmp" }, { "", "e:/doom/data/pnames.lmp" }, { "", "e:/doom/data/texture2.lmp" }, { "", "e:/doom/cdata/texture1.lmp" }, { "", "e:/doom/cdata/pnames.lmp" }, { "", "~e:/doom/cdata/map0%i.wad" }, { "", "~e:/doom/cdata/map%i.wad" }, { "", "~e:/doom/E%cM%c.wad" }, { "", "_" }, { "", "timed %i gametics in %i realtics" }, { "", "Z_CT at g_game.c:%i" }, { "", "Demo %s recorded" }, { "", "Demo is from a different game version!" }, { "", "version %i" }, { "", "Bad savegame" }, { "", "consistency failure (%i should be %i)" }, { "", "External statistics registered." }, { "", "ExpandTics: strange value %i at maketic %i" }, { "", "Tried to transmit to another node" }, { "", "send (%i + %i, R %i) [%i]" }, { "", "%i" }, { "", "bad packet length %i" }, { "", "bad packet checksum" }, { "", "setup packet" }, { "", "get %i = (%i + %i, R %i)[%i]" }, { "", "Killed by network driver" }, { "", "retransmit from %i" }, { "", "out of order packet (%i + %i)" }, { "", "missed tics from %i (%i - %i)" }, { "", "NetUpdate: netbuffer->numtics > BACKUPTICS" }, { "", "Network game synchronization aborted." }, { "", "listening for network start info..." }, { "", "Different DOOM versions cannot play a net game!" }, { "", "sending network start info..." }, { "", "startskill %i deathmatch: %i startmap: %i startepisode: %i" }, { "", "player %i of %i (%i nodes)" }, { "", "=======real: %i avail: %i game: %i" }, { "", "TryRunTics: lowtic < gametic" }, { "", "gametic>lowtic" }, { "", "Couldn't read file %s" }, // Supported replacements: { "E1TEXT", "Once you beat the big badasses and\nclean out the moon base you're supposed\nto win, aren't you? Aren't you? Where's\nyour fat reward and ticket home? What\nthe hell is this? It's not supposed to\nend this way!\n\nIt stinks like rotten meat, but looks\nlike the lost Deimos base. Looks like\nyou're stuck on The Shores of Hell.\nThe only way out is through.\n\nTo continue the DOOM experience, play\nThe Shores of Hell and its amazing\nsequel, Inferno!\n" }, { "E2TEXT", "You've done it! The hideous cyber-\ndemon lord that ruled the lost Deimos\nmoon base has been slain and you\nare triumphant! But ... where are\nyou? You clamber to the edge of the\nmoon and look down to see the awful\ntruth.\n\nDeimos floats above Hell itself!\nYou've never heard of anyone escaping\nfrom Hell, but you'll make the bastards\nsorry they ever heard of you! Quickly,\nyou rappel down to the surface of\nHell.\n\nNow, it's on to the final chapter of\nDOOM! -- Inferno." }, { "E3TEXT", "The loathsome spiderdemon that\nmasterminded the invasion of the moon\nbases and caused so much death has had\nits ass kicked for all time.\n\nA hidden doorway opens and you enter.\nYou've proven too tough for Hell to\ncontain, and now Hell at last plays\nfair -- for you emerge from the door\nto see the green fields of Earth!\nHome at last.\n\nYou wonder what's been happening on\nEarth while you were battling evil\nunleashed. It's good that no Hell-\nspawn could have come through that\ndoor with you ..." }, { "E4TEXT", "the spider mastermind must have sent forth\nits legions of hellspawn before your\nfinal confrontation with that terrible\nbeast from hell. but you stepped forward\nand brought forth eternal damnation and\nsuffering upon the horde as a true hero\nwould in the face of something so evil.\n\nbesides, someone was gonna pay for what\nhappened to daisy, your pet rabbit.\n\nbut now, you see spread before you more\npotential pain and gibbitude as a nation\nof demons run amok among our cities.\n\nnext stop, hell on earth!" }, { "C1TEXT", "YOU HAVE ENTERED DEEPLY INTO THE INFESTED\nSTARPORT. BUT SOMETHING IS WRONG. THE\nMONSTERS HAVE BROUGHT THEIR OWN REALITY\nWITH THEM, AND THE STARPORT'S TECHNOLOGY\nIS BEING SUBVERTED BY THEIR PRESENCE.\n\nAHEAD, YOU SEE AN OUTPOST OF HELL, A\nFORTIFIED ZONE. IF YOU CAN GET PAST IT,\nYOU CAN PENETRATE INTO THE HAUNTED HEART\nOF THE STARBASE AND FIND THE CONTROLLING\nSWITCH WHICH HOLDS EARTH'S POPULATION\nHOSTAGE." }, { "C2TEXT", "YOU HAVE WON! YOUR VICTORY HAS ENABLED\nHUMANKIND TO EVACUATE EARTH AND ESCAPE\nTHE NIGHTMARE. NOW YOU ARE THE ONLY\nHUMAN LEFT ON THE FACE OF THE PLANET.\nCANNIBAL MUTATIONS, CARNIVOROUS ALIENS,\nAND EVIL SPIRITS ARE YOUR ONLY NEIGHBORS.\nYOU SIT BACK AND WAIT FOR DEATH, CONTENT\nTHAT YOU HAVE SAVED YOUR SPECIES.\n\nBUT THEN, EARTH CONTROL BEAMS DOWN A\nMESSAGE FROM SPACE: \"SENSORS HAVE LOCATED\nTHE SOURCE OF THE ALIEN INVASION. IF YOU\nGO THERE, YOU MAY BE ABLE TO BLOCK THEIR\nENTRY. THE ALIEN BASE IS IN THE HEART OF\nYOUR OWN HOME CITY, NOT FAR FROM THE\nSTARPORT.\" SLOWLY AND PAINFULLY YOU GET\nUP AND RETURN TO THE FRAY." }, { "C3TEXT", "YOU ARE AT THE CORRUPT HEART OF THE CITY,\nSURROUNDED BY THE CORPSES OF YOUR ENEMIES.\nYOU SEE NO WAY TO DESTROY THE CREATURES'\nENTRYWAY ON THIS SIDE, SO YOU CLENCH YOUR\nTEETH AND PLUNGE THROUGH IT.\n\nTHERE MUST BE A WAY TO CLOSE IT ON THE\nOTHER SIDE. WHAT DO YOU CARE IF YOU'VE\nGOT TO GO THROUGH HELL TO GET TO IT?" }, { "C4TEXT", "THE HORRENDOUS VISAGE OF THE BIGGEST\nDEMON YOU'VE EVER SEEN CRUMBLES BEFORE\nYOU, AFTER YOU PUMP YOUR ROCKETS INTO\nHIS EXPOSED BRAIN. THE MONSTER SHRIVELS\nUP AND DIES, ITS THRASHING LIMBS\nDEVASTATING UNTOLD MILES OF HELL'S\nSURFACE.\n\nYOU'VE DONE IT. THE INVASION IS OVER.\nEARTH IS SAVED. HELL IS A WRECK. YOU\nWONDER WHERE BAD FOLKS WILL GO WHEN THEY\nDIE, NOW. WIPING THE SWEAT FROM YOUR\nFOREHEAD YOU BEGIN THE LONG TREK BACK\nHOME. REBUILDING EARTH OUGHT TO BE A\nLOT MORE FUN THAN RUINING IT WAS." }, { "C5TEXT", "CONGRATULATIONS, YOU'VE FOUND THE SECRET\nLEVEL! LOOKS LIKE IT'S BEEN BUILT BY\nHUMANS, RATHER THAN DEMONS. YOU WONDER\nWHO THE INMATES OF THIS CORNER OF HELL\nWILL BE." }, { "C6TEXT", "CONGRATULATIONS, YOU'VE FOUND THE\nSUPER SECRET LEVEL! YOU'D BETTER\nBLAZE THROUGH THIS ONE!" }, { "P1TEXT", "You gloat over the steaming carcass of the\nGuardian. With its death, you've wrested\nthe Accelerator from the stinking claws\nof Hell. You relax and glance around the\nroom. Damn! There was supposed to be at\nleast one working prototype, but you can't\nsee it. The demons must have taken it.\n\nYou must find the prototype, or all your\nstruggles will have been wasted. Keep\nmoving, keep fighting, keep killing.\nOh yes, keep living, too." }, { "P2TEXT", "Even the deadly Arch-Vile labyrinth could\nnot stop you, and you've gotten to the\nprototype Accelerator which is soon\nefficiently and permanently deactivated.\n\nYou're good at that kind of thing." }, { "P3TEXT", "You've bashed and battered your way into\nthe heart of the devil-hive. Time for a\nSearch-and-Destroy mission, aimed at the\nGatekeeper, whose foul offspring is\ncascading to Earth. Yeah, he's bad. But\nyou know who's worse!\n\nGrinning evilly, you check your gear, and\nget ready to give the bastard a little Hell\nof your own making!" }, { "P4TEXT", "The Gatekeeper's evil face is splattered\nall over the place. As its tattered corpse\ncollapses, an inverted Gate forms and\nsucks down the shards of the last\nprototype Accelerator, not to mention the\nfew remaining demons. You're done. Hell\nhas gone back to pounding bad dead folks \ninstead of good live ones. Remember to\ntell your grandkids to put a rocket\nlauncher in your coffin. If you go to Hell\nwhen you die, you'll need it for some\nfinal cleaning-up ..." }, { "P5TEXT", "You've found the second-hardest level we\ngot. Hope you have a saved game a level or\ntwo previous. If not, be prepared to die\naplenty. For master marines only." }, { "P6TEXT", "Betcha wondered just what WAS the hardest\nlevel we had ready for ya? Now you know.\nNo one gets out alive." }, { "T1TEXT", "You've fought your way out of the infested\nexperimental labs. It seems that UAC has\nonce again gulped it down. With their\nhigh turnover, it must be hard for poor\nold UAC to buy corporate health insurance\nnowadays..\n\nAhead lies the military complex, now\nswarming with diseased horrors hot to get\ntheir teeth into you. With luck, the\ncomplex still has some warlike ordnance\nlaying around." }, { "T2TEXT", "You hear the grinding of heavy machinery\nahead. You sure hope they're not stamping\nout new hellspawn, but you're ready to\nream out a whole herd if you have to.\nThey might be planning a blood feast, but\nyou feel about as mean as two thousand\nmaniacs packed into one mad killer.\n\nYou don't plan to go down easy." }, { "T3TEXT", "The vista opening ahead looks real damn\nfamiliar. Smells familiar, too -- like\nfried excrement. You didn't like this\nplace before, and you sure as hell ain't\nplanning to like it now. The more you\nbrood on it, the madder you get.\nHefting your gun, an evil grin trickles\nonto your face. Time to take some names." }, { "T4TEXT", "Suddenly, all is silent, from one horizon\nto the other. The agonizing echo of Hell\nfades away, the nightmare sky turns to\nblue, the heaps of monster corpses start \nto evaporate along with the evil stench \nthat filled the air. Jeeze, maybe you've\ndone it. Have you really won?\n\nSomething rumbles in the distance.\nA blue light begins to glow inside the\nruined skull of the demon-spitter." }, { "T5TEXT", "What now? Looks totally different. Kind\nof like King Tut's condo. Well,\nwhatever's here can't be any worse\nthan usual. Can it? Or maybe it's best\nto let sleeping gods lie.." }, { "T6TEXT", "Time for a vacation. You've burst the\nbowels of hell and by golly you're ready\nfor a break. You mutter to yourself,\nMaybe someone else can kick Hell's ass\nnext time around. Ahead lies a quiet town,\nwith peaceful flowing water, quaint\nbuildings, and presumably no Hellspawn.\n\nAs you step off the transport, you hear\nthe stomp of a cyberdemon's iron shoe." }, { "CC_ZOMBIE", "ZOMBIEMAN" }, { "CC_SHOTGUN", "SHOTGUN GUY" }, { "CC_HEAVY", "HEAVY WEAPON DUDE" }, { "CC_IMP", "IMP" }, { "CC_DEMON", "DEMON" }, { "CC_LOST", "LOST SOUL" }, { "CC_CACO", "CACODEMON" }, { "CC_HELL", "HELL KNIGHT" }, { "CC_BARON", "BARON OF HELL" }, { "CC_ARACH", "ARACHNOTRON" }, { "CC_PAIN", "PAIN ELEMENTAL" }, { "CC_REVEN", "REVENANT" }, { "CC_MANCU", "MANCUBUS" }, { "CC_ARCH", "ARCH-VILE" }, { "CC_SPIDER", "THE SPIDER MASTERMIND" }, { "CC_CYBER", "THE CYBERDEMON" }, { "CC_HERO", "OUR HERO" }, { "HUSTR_CHATMACRO0", "No" }, { "HUSTR_CHATMACRO1", "I'm ready to kick butt!" }, { "HUSTR_CHATMACRO2", "I'm OK." }, { "HUSTR_CHATMACRO3", "I'm not looking too good!" }, { "HUSTR_CHATMACRO4", "Help!" }, { "HUSTR_CHATMACRO5", "You suck!" }, { "HUSTR_CHATMACRO6", "Next time, scumbag..." }, { "HUSTR_CHATMACRO7", "Come here!" }, { "HUSTR_CHATMACRO8", "I'll take care of it." }, { "HUSTR_CHATMACRO9", "Yes" }, { "PD_BLUEO", "You need a blue key to activate this object" }, { "PD_REDO", "You need a red key to activate this object" }, { "PD_YELLOWO", "You need a yellow key to activate this object" }, { "PD_BLUEK", "You need a blue key to open this door" }, { "PD_REDK", "You need a yellow key to open this door" }, { "PD_YELLOWK", "You need a red key to open this door" }, { "GOTARMOR", "Picked up the armor." }, { "GOTMEGA", "Picked up the MegaArmor!" }, { "GOTHTHBONUS", "Picked up a health bonus." }, { "GOTARMBONUS", "Picked up an armor bonus." }, { "GOTSUPER", "Supercharge!" }, { "GOTMSPHERE", "MegaSphere!" }, { "GOTBLUECARD", "Picked up a blue keycard." }, { "GOTYELWCARD", "Picked up a yellow keycard." }, { "GOTREDCARD", "Picked up a red keycard." }, { "GOTBLUESKUL", "Picked up a blue skull key." }, { "GOTYELWSKUL", "Picked up a yellow skull key." }, { "GOTREDSKULL", "Picked up a red skull key." }, { "GOTSTIM", "Picked up a stimpack." }, { "GOTMEDINEED", "Picked up a medikit that you REALLY need!" }, { "GOTMEDIKIT", "Picked up a medikit." }, { "GOTINVUL", "Invulnerability!" }, { "GOTBERSERK", "Berserk!" }, { "GOTINVIS", "Partial Invisibility" }, { "GOTSUIT", "Radiation Shielding Suit" }, { "GOTMAP", "Computer Area Map" }, { "GOTVISOR", "Light Amplification Visor" }, { "GOTCLIP", "Picked up a clip." }, { "GOTCLIPBOX", "Picked up a box of bullets." }, { "GOTROCKET", "Picked up a rocket." }, { "GOTROCKBOX", "Picked up a box of rockets." }, { "GOTCELL", "Picked up an energy cell." }, { "GOTCELLBOX", "Picked up an energy cell pack." }, { "GOTSHELLS", "Picked up 4 shotgun shells." }, { "GOTSHELLBOX", "Picked up a box of shotgun shells." }, { "GOTBACKPACK", "Picked up a backpack full of ammo!" }, { "GOTBFG9000", "You got the BFG9000! Oh, yes." }, { "GOTCHAINGUN", "You got the chaingun!" }, { "GOTCHAINSAW", "A chainsaw! Find some meat!" }, { "GOTLAUNCHER", "You got the rocket launcher!" }, { "GOTPLASMA", "You got the plasma gun!" }, { "GOTSHOTGUN", "You got the shotgun!" }, { "GOTSHOTGUN2", "You got the super shotgun!" }, { "STSTR_DQDON", "Degreelessness Mode On" }, { "STSTR_DQDOFF", "Degreelessness Mode Off" }, { "STSTR_FAADDED", "Ammo (no keys) Added" }, { "STSTR_KFAADDED", "Very Happy Ammo Added" }, { "STSTR_MUS", "Music Change" }, { "STSTR_NOMUS", "IMPOSSIBLE SELECTION" }, { "STSTR_NCON", "No Clipping Mode ON" }, { "STSTR_NCOFF", "No Clipping Mode OFF" }, { "STSTR_BEHOLDX", "Power-up Toggled" }, { "STSTR_BEHOLD", "inVuln, Str, Inviso, Rad, Allmap, or Lite-amp" }, { "STSTR_CHOPPERS", "... doesn't suck - GM" }, { "STSTR_CLEV", "Changing Level..." }, { "HUSTR_PLRGREEN", "Green: " }, { "HUSTR_PLRINDIGO", "Indigo: " }, { "HUSTR_PLRBROWN", "Brown: " }, { "HUSTR_PLRRED", "Red: " }, { "HUSTR_MSGU", "[Message unsent]" }, { "HUSTR_TALKTOSELF1", "You mumble to yourself" }, { "HUSTR_TALKTOSELF2", "Who's there?" }, { "HUSTR_TALKTOSELF3", "You scare yourself" }, { "HUSTR_TALKTOSELF4", "You start to rave" }, { "HUSTR_TALKTOSELF5", "You've lost it..." }, { "HUSTR_E1M1", "E1M1: Hangar" }, { "HUSTR_E1M2", "E1M2: Nuclear Plant" }, { "HUSTR_E1M3", "E1M3: Toxin Refinery" }, { "HUSTR_E1M4", "E1M4: Command Control" }, { "HUSTR_E1M5", "E1M5: Phobos Lab" }, { "HUSTR_E1M6", "E1M6: Central Processing" }, { "HUSTR_E1M7", "E1M7: Computer Station" }, { "HUSTR_E1M8", "E1M8: Phobos Anomaly" }, { "HUSTR_E1M9", "E1M9: Military Base" }, { "HUSTR_E2M1", "E2M1: Deimos Anomaly" }, { "HUSTR_E2M2", "E2M2: Containment Area" }, { "HUSTR_E2M3", "E2M3: Refinery" }, { "HUSTR_E2M4", "E2M4: Deimos Lab" }, { "HUSTR_E2M5", "E2M5: Command Center" }, { "HUSTR_E2M6", "E2M6: Halls of the Damned" }, { "HUSTR_E2M7", "E2M7: Spawning Vats" }, { "HUSTR_E2M8", "E2M8: Tower of Babel" }, { "HUSTR_E2M9", "E2M9: Fortress of Mystery" }, { "HUSTR_E3M1", "E3M1: Hell Keep" }, { "HUSTR_E3M2", "E3M2: Slough of Despair" }, { "HUSTR_E3M3", "E3M3: Pandemonium" }, { "HUSTR_E3M4", "E3M4: House of Pain" }, { "HUSTR_E3M5", "E3M5: Unholy Cathedral" }, { "HUSTR_E3M6", "E3M6: Mt. Erebus" }, { "HUSTR_E3M7", "E3M7: Limbo" }, { "HUSTR_E3M8", "E3M8: Dis" }, { "HUSTR_E3M9", "E3M9: Warrens" }, { "HUSTR_E4M1", "E4M1: Hell Beneath" }, { "HUSTR_E4M2", "E4M2: Perfect Hatred" }, { "HUSTR_E4M3", "E4M3: Sever The Wicked" }, { "HUSTR_E4M4", "E4M4: Unruly Evil" }, { "HUSTR_E4M5", "E4M5: They Will Repent" }, { "HUSTR_E4M6", "E4M6: Against Thee Wickedly" }, { "HUSTR_E4M7", "E4M7: And Hell Followed" }, { "HUSTR_E4M8", "E4M8: Unto The Cruel" }, { "HUSTR_E4M9", "E4M9: Fear" }, { "HUSTR_1", "level 1: entryway" }, { "HUSTR_2", "level 2: underhalls" }, { "HUSTR_3", "level 3: the gantlet" }, { "HUSTR_4", "level 4: the focus" }, { "HUSTR_5", "level 5: the waste tunnels" }, { "HUSTR_6", "level 6: the crusher" }, { "HUSTR_7", "level 7: dead simple" }, { "HUSTR_8", "level 8: tricks and traps" }, { "HUSTR_9", "level 9: the pit" }, { "HUSTR_10", "level 10: refueling base" }, { "HUSTR_11", "level 11: 'o' of destruction!" }, { "HUSTR_12", "level 12: the factory" }, { "HUSTR_13", "level 13: downtown" }, { "HUSTR_14", "level 14: the inmost dens" }, { "HUSTR_15", "level 15: industrial zone" }, { "HUSTR_16", "level 16: suburbs" }, { "HUSTR_17", "level 17: tenements" }, { "HUSTR_18", "level 18: the courtyard" }, { "HUSTR_19", "level 19: the citadel" }, { "HUSTR_20", "level 20: gotcha!" }, { "HUSTR_21", "level 21: nirvana" }, { "HUSTR_22", "level 22: the catacombs" }, { "HUSTR_23", "level 23: barrels o' fun" }, { "HUSTR_24", "level 24: the chasm" }, { "HUSTR_25", "level 25: bloodfalls" }, { "HUSTR_26", "level 26: the abandoned mines" }, { "HUSTR_27", "level 27: monster condo" }, { "HUSTR_28", "level 28: the spirit world" }, { "HUSTR_29", "level 29: the living end" }, { "HUSTR_30", "level 30: icon of sin" }, { "HUSTR_31", "level 31: wolfenstein" }, { "HUSTR_32", "level 32: grosse" }, { "PHUSTR_1", "level 1: congo" }, { "PHUSTR_2", "level 2: well of souls" }, { "PHUSTR_3", "level 3: aztec" }, { "PHUSTR_4", "level 4: caged" }, { "PHUSTR_5", "level 5: ghost town" }, { "PHUSTR_6", "level 6: baron's lair" }, { "PHUSTR_7", "level 7: caughtyard" }, { "PHUSTR_8", "level 8: realm" }, { "PHUSTR_9", "level 9: abattoire" }, { "PHUSTR_10", "level 10: onslaught" }, { "PHUSTR_11", "level 11: hunted" }, { "PHUSTR_12", "level 12: speed" }, { "PHUSTR_13", "level 13: the crypt" }, { "PHUSTR_14", "level 14: genesis" }, { "PHUSTR_15", "level 15: the twilight" }, { "PHUSTR_16", "level 16: the omen" }, { "PHUSTR_17", "level 17: compound" }, { "PHUSTR_18", "level 18: neurosphere" }, { "PHUSTR_19", "level 19: nme" }, { "PHUSTR_20", "level 20: the death domain" }, { "PHUSTR_21", "level 21: slayer" }, { "PHUSTR_22", "level 22: impossible mission" }, { "PHUSTR_23", "level 23: tombstone" }, { "PHUSTR_24", "level 24: the final frontier" }, { "PHUSTR_25", "level 25: the temple of darkness" }, { "PHUSTR_26", "level 26: bunker" }, { "PHUSTR_27", "level 27: anti-christ" }, { "PHUSTR_28", "level 28: the sewers" }, { "PHUSTR_29", "level 29: odyssey of noises" }, { "PHUSTR_30", "level 30: the gateway of hell" }, { "PHUSTR_31", "level 31: cyberden" }, { "PHUSTR_32", "level 32: go 2 it" }, { "THUSTR_1", "Level 1: System Control" }, { "THUSTR_2", "Level 2: Human BBQ" }, { "THUSTR_3", "Level 3: Power Control" }, { "THUSTR_4", "Level 4: Wormhole" }, { "THUSTR_5", "Level 5: Hanger" }, { "THUSTR_6", "Level 6: Open Season" }, { "THUSTR_7", "Level 7: Prison" }, { "THUSTR_8", "Level 8: Metal" }, { "THUSTR_9", "Level 9: Stronghold" }, { "THUSTR_10", "Level 10: Redemption" }, { "THUSTR_11", "Level 11: Storage Facility" }, { "THUSTR_12", "Level 12: Crater" }, { "THUSTR_13", "Level 13: Nukage Processing" }, { "THUSTR_14", "Level 14: Steel Works" }, { "THUSTR_15", "Level 15: Dead Zone" }, { "THUSTR_16", "Level 16: Deepest Reaches" }, { "THUSTR_17", "Level 17: Processing Area" }, { "THUSTR_18", "Level 18: Mill" }, { "THUSTR_19", "Level 19: Shipping/Respawning" }, { "THUSTR_20", "Level 20: Central Processing" }, { "THUSTR_21", "Level 21: Administration Center" }, { "THUSTR_22", "Level 22: Habitat" }, { "THUSTR_23", "Level 23: Lunar Mining Project" }, { "THUSTR_24", "Level 24: Quarry" }, { "THUSTR_25", "Level 25: Baron's Den" }, { "THUSTR_26", "Level 26: Ballistyx" }, { "THUSTR_27", "Level 27: Mount Pain" }, { "THUSTR_28", "Level 28: Heck" }, { "THUSTR_29", "Level 29: River Styx" }, { "THUSTR_30", "Level 30: Last Call" }, { "THUSTR_31", "Level 31: Pharaoh" }, { "THUSTR_32", "Level 32: Caribbean" }, { "", "" } // Terminate. }; int textMappingForBlob(QString const &origText, TextMapping const **mapping) { /// @todo Optimize - replace linear search and hash the text blobs. if(!origText.isEmpty()) for(int i = 0; !TextMap[i].text.isEmpty(); ++i) { if(!TextMap[i].text.compare(origText, Qt::CaseInsensitive)) { if(mapping) *mapping = &TextMap[i]; return i; } } return -1; // Not found. } // A conversion array to convert from the 448 code pointers to the 966 States // that exist in the original game. From the DeHackEd source. static short codepConv[448] = { 1, 2, 3, 4, 6, 9, 10, 11, 12, 14, 16, 17, 18, 19, 20, 22, 29, 30, 31, 32, 33, 34, 36, 38, 39, 41, 43, 44, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 119, 127, 157, 159, 160, 166, 167, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 184, 185, 188, 190, 191, 195, 196, 207, 208, 209, 210, 211, 212, 213, 214, 215, 216, 217, 218, 221, 223, 224, 228, 229, 241, 242, 243, 244, 245, 246, 247, 248, 249, 250, 251, 252, 253, 254, 255, 256, 257, 258, 259, 260, 261, 262, 263, 264, 270, 272, 273, 281, 282, 283, 284, 285, 286, 287, 288, 289, 290, 291, 292, 293, 294, 295, 296, 297, 298, 299, 300, 301, 302, 303, 304, 305, 306, 307, 308, 309, 310, 316, 317, 321, 322, 323, 324, 325, 326, 327, 328, 329, 330, 331, 332, 333, 334, 335, 336, 337, 338, 339, 340, 341, 342, 344, 347, 348, 362, 363, 364, 365, 366, 367, 368, 369, 370, 371, 372, 373, 374, 375, 376, 377, 378, 379, 380, 381, 382, 383, 384, 385, 387, 389, 390, 397, 406, 407, 408, 409, 410, 411, 412, 413, 414, 415, 416, 417, 418, 419, 421, 423, 424, 430, 431, 442, 443, 444, 445, 446, 447, 448, 449, 450, 451, 452, 453, 454, 456, 458, 460, 463, 465, 475, 476, 477, 478, 479, 480, 481, 482, 483, 484, 485, 486, 487, 489, 491, 493, 502, 503, 504, 505, 506, 508, 511, 514, 527, 528, 529, 530, 531, 532, 533, 534, 535, 536, 537, 538, 539, 541, 543, 545, 548, 556, 557, 558, 559, 560, 561, 562, 563, 564, 565, 566, 567, 568, 570, 572, 574, 585, 586, 587, 588, 589, 590, 594, 596, 598, 601, 602, 603, 604, 605, 606, 607, 608, 609, 610, 611, 612, 613, 614, 615, 616, 617, 618, 620, 621, 622, 631, 632, 633, 635, 636, 637, 638, 639, 640, 641, 642, 643, 644, 645, 646, 647, 648, 650, 652, 653, 654, 659, 674, 675, 676, 677, 678, 679, 680, 681, 682, 683, 684, 685, 686, 687, 688, 689, 690, 692, 696, 700, 701, 702, 703, 704, 705, 706, 707, 708, 709, 710, 711, 713, 715, 718, 726, 727, 728, 729, 730, 731, 732, 733, 734, 735, 736, 737, 738, 739, 740, 741, 743, 745, 746, 750, 751, 766, 774, 777, 779, 780, 783, 784, 785, 786, 787, 788, 789, 790, 791, 792, 793, 794, 795, 796, 797, 798, 801, 809, 811 }; int stateIndexForActionOffset(int offset) { if(offset < 0 || offset >= 448) return -1; return codepConv[offset]; } static ValueMapping const valueMappings[] = { { "Initial Health", "Player|Health" }, { "Initial Bullets", "Player|Init Ammo|Clip" }, { "Max Health", "Player|Health Limit" }, { "Max Armor", "Player|Blue Armor", }, { "Green Armor Class", "Player|Green Armor Class" }, { "Blue Armor Class", "Player|Blue Armor Class" }, { "Max Soulsphere", "SoulSphere|Give|Health Limit" }, { "Soulsphere Health", "SoulSphere|Give|Health" }, { "Megasphere Health", "MegaSphere|Give|Health" }, { "God Mode Health", "Player|God Health" }, { "IDFA Armor", "Player|IDFA Armor" }, { "IDFA Armor Class", "Player|IDFA Armor Class" }, { "IDKFA Armor", "Player|IDKFA Armor" }, { "IDKFA Armor Class", "Player|IDKFA Armor Class" }, { "BFG Cells/Shot", "Weapon Info|6|Per shot" }, { "Monsters Infight", "AI|Infight" }, { "", "" } }; int findValueMappingForDehLabel(QString const &dehLabel, ValueMapping const **mapping) { /// @todo Optimize - replace linear search. if(!dehLabel.isEmpty()) for(int i = 0; !valueMappings[i].dehLabel.isEmpty(); ++i) { if(!valueMappings[i].dehLabel.compare(dehLabel, Qt::CaseInsensitive)) { if(mapping) *mapping = &valueMappings[i]; return i; } } return -1; // Not found. } static byte origMobjHeights[] = { 56, 56, 56, 56, 16, 56, 8, 16, 64, 8, 56, 56, 56, 56, 56, 64, 8, 64, 56, 100, 64, 110, 56, 56, 72, 16, 32, 32, 32, 16, 42, 8, 8, 8, 8, 8, 8, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 68, 84, 84, 68, 52, 84, 68, 52, 52, 68, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 16, 88, 88, 64, 64, 64, 64, 16, 16, 16 }; static int origMobjHeightCount = sizeof(origMobjHeights)/sizeof(origMobjHeights[0]); int originalHeightForMobjType(int type) { if(type < 0 || type >= origMobjHeightCount) return -1; return origMobjHeights[type]; } #if 0 /** * Here follows the remainder of the text strings in DOOM2.EXE which can * be changed by patching with DeHackED 3.0 * * @todo There are a few interesting strings amongst this lot which I am * pretty sure have been used in some of the older mods such as Aliens TC. */ "CODEC: Testing I/O address: %04x\n" "CODEC: Starting the \"busy\" test.\n" "CODEC: The \"busy\" test failed.\n" "CODEC: Passed the \"busy\" test.\n" "CODEC: Starting the version test.\n" "CODEC: Failed the version inspection.\n" "CODEC: Passed the version inspection.\n" "CODEC: Starting the misc. write test.\n" "CODEC: Failed the misc. write test.\n" "CODEC: Passed all I/O port inspections.\n" "=" "SNDSCAPE" "\\SNDSCAPE.INI" "r" "Port" "DMA" "IRQ" "WavePort" " out of GUS RAM:" "%d%c" "GF1PATCH110" "110" ",%d" "Ultrasound @ Port:%03Xh, IRQ:%d, DMA:%d\n" "Sizing GUS RAM:" "BANK%d:OK " "BANK%d:N/A " "\n" "ULTRADIR" "\\midi\\" "\r\n" "Loading GUS Patches\n" ".pat" "%s" " - FAILED\n" " - OK\n" "ULTRASND" "NO MVSOUND.SYS\n" "PAS IRQ: %d DMA:%d\n" "Pro Audio Spectrum is NOT version 1.01.\n" "ECHO Personal Sound System Enabled.\n" "BLASTER" "%x" "Pro Audio Spectrum 3D JAZZ\n" "\nDSP Version: %x.%02x\n" " IRQ: %d\n" " DMA: %d\n" "GENMIDI.OP2" "MixPg: " "WAVE" "fmt " "data" "MThd" "MTrk" "MUS" "DMXTRACE" "DMXOPTION" "-opl3" "-phase" "Bad I_UpdateBox (%i, %i, %i, %i)" "PLAYPAL" "0x%x\n" "-nomouse" "Mouse: not present\n" "Mouse: detected\n" "-nojoy" "joystick not found\n" "joystick found\n" "CENTER the joystick and press button 1:" "\nPush the joystick to the UPPER LEFT corner and press button 1:" "\nPush the joystick to the LOWER RIGHT corner and press button 1:" "\n" "INT_SetTimer0: %i is a bad value" "novideo" "-control" "Using external control API\n" "I_StartupDPMI\n" "I_StartupMouse\n" "I_StartupJoystick\n" "I_StartupKeyboard\n" "I_StartupSound\n" "ENDOOM" "-cdrom" "STCDROM" "STDISK" "-net" "d%c%s" "-nosound" "-nosfx" "-nomusic" "ENSONIQ\n" "GUS\n" "GUS1\n" "GUS2\n" "dmxgusc" "dmxgus" "cfg p=0x%x, i=%d, d=%d\n" "Adlib\n" "genmidi" "Midi\n" "cfg p=0x%x\n" "SLIME16" "RROCK14" "RROCK07" "RROCK17" "RROCK13" "RROCK19" "FLOOR4_8" "SFLR6_1" "MFLR8_4" "MFLR8_3" "BOSSBACK" "PFUB2" "PFUB1" "END0" "END%i" "CREDIT" "VICTORY2" "ENDPIC" "map01" "PLAYPAL" "M_PAUSE" "-debugfile" "debug%i.txt" "debug output to: %s\n" "w" "TITLEPIC" "demo1" "CREDIT" "demo2" "demo3" "demo4" "default.cfg" "-shdev" "-regdev" "-comdev" "rb" "\nNo such response file!" "Found response file %s!\n" "%d command-line args:\n" "%s\n" "-nomonsters" "-respawn" "-fast" "-devparm" "-altdeath" "-deathmatch" "-cdrom" "-turbo" "turbo scale: %i%%\n" "-wart" "Warping to Episode %s, Map %s.\n" "-file" "-playdemo" "-timedemo" "%s.lmp" "Playing demo %s.lmp.\n" "-skill" "-episode" "-timer" "Levels will end after %d minute" "s" ".\n" "-avg" "-warp" "-statcopy" "-record" "-loadgame" "Player 1 left the game" "%s is turbo!" "NET GAME" "Only %i deathmatch spots, 4 required" "map31" "-cdrom" "SKY3" "SKY1" "SKY2" "SKY4" ".lmp" "-maxdemo" "-nodraw" "-noblit" "-cdrom" "M_LOADG" "M_LSLEFT" "M_LSCNTR" "M_LSRGHT" "M_SAVEG" "HELP2" "HELP1" "HELP" "M_SVOL" "M_DOOM" "M_NEWG" "M_SKILL" "M_EPISOD" "M_OPTTTL" "M_THERML" "M_THERMM" "M_THERMR" "M_THERMO" "M_CELL1" "M_CELL2" "PLAYPAL" "mouse_sensitivity" "sfx_volume" "music_volume" "show_messages" "key_right" "key_left" "key_up" "key_down" "key_strafeleft" "key_straferight" "key_fire" "key_use" "key_strafe" "key_speed" "use_mouse" "mouseb_fire" "mouseb_strafe" "mouseb_forward" "use_joystick" "joyb_fire" "joyb_strafe" "joyb_use" "joyb_speed" "screenblocks" "detaillevel" "snd_channels" "snd_musicdevice" "snd_sfxdevice" "snd_sbport" "snd_sbirq" "snd_sbdma" "snd_mport" "usegamma" "chatmacro0" "chatmacro1" "chatmacro2" "chatmacro3" "chatmacro4" "chatmacro5" "chatmacro6" "chatmacro7" "chatmacro8" "chatmacro9" "w" "%s\t\t%i\n" "%s\t\t\"%s\"\n" "-config" "\tdefault file: %s\n" "r" "%79s %[^\n]\n" "%x" "%i" "DOOM00.pcx" "M_ScreenShot: Couldn't create a PCX" "PLAYPAL" "screen shot" "AMMNUM%d" "Z_CT at am_map.c:%i" "%s %d" "fuck %d \r" "Weird actor->movedir!" "P_NewChaseDir: called with no target" "P_GiveAmmo: bad type %i" "P_SpecialThing: Unknown gettable thing" "PTR_SlideTraverse: not a line?" "P_AddActivePlat: no more plats!" "P_RemoveActivePlat: can't find plat!" "P_GroupLines: miscounted" "map0%i" "map%i" "P_CrossSubsector: ss %i with numss = %i" "P_InitPicAnims: bad cycle from %s to %s" "P_PlayerInSpecialSector: unknown special %i" "texture2" "-avg" "-timer" "P_StartButton: no button slots left!" "P_SpawnMapThing: Unknown type %i at (%i, %i)" "Unknown tclass %i in savegame" "P_UnarchiveSpecials:Unknown tclass %i in savegame" "R_Subsector: ss %i with numss = %i" "Z_CT at r_data.c:%i" "R_GenerateLookup: column without a patch (%s)\n" "R_GenerateLookup: texture %i is >64k" "PNAMES" "TEXTURE1" "TEXTURE2" "S_START" "S_END" "[" " " " ]" "" "" "." "R_InitTextures: bad texture directory" "R_InitTextures: Missing patch in texture %s" "F_START" "F_END" "COLORMAP" "R_FlatNumForName: %s not found" "R_TextureNumForName: %s not found" "R_DrawFuzzColumn: %i to %i at %i" "R_DrawColumn: %i to %i at %i" "brdr_t" "brdr_b" "brdr_l" "brdr_r" "brdr_tl" "brdr_tr" "brdr_bl" "brdr_br" "." "F_SKY1" "R_MapPlane: %i, %i at %i" "R_FindPlane: no more visplanes" "R_DrawPlanes: drawsegs overflow (%i)" "R_DrawPlanes: visplane overflow (%i)" "R_DrawPlanes: opening overflow (%i)" "Z_CT at r_plane.c:%i" "Bad R_RenderWallRange: %i to %i" "R_InstallSpriteLump: Bad frame characters in lump %i" "R_InitSprites: Sprite %s frame %c has multip rot=0 lump" "R_InitSprites: Sprite %s frame %c has rotations and a rot=0 lump" "R_InitSprites: Sprite %s frame %c has rotations and a rot=0 lump" "R_InitSprites: Sprite %s : %c : %c has two lumps mapped to it" "R_InitSprites: No patches found for %s frame %c" "R_InitSprites: Sprite %s frame %c is missing rotations" "R_DrawSpriteRange: bad texturecolumn" "R_ProjectSprite: invalid sprite number %i " "R_ProjectSprite: invalid sprite frame %i : %i " "R_ProjectSprite: invalid sprite number %i " "R_ProjectSprite: invalid sprite frame %i : %i " "Filename base of %s >8 chars" "\tcouldn't open %s\n" "\tadding %s\n" "wad" "IWAD" "PWAD" "Wad file %s doesn't have IWAD or PWAD id\n" "Couldn't realloc lumpinfo" "W_Reload: couldn't open %s" "W_InitFiles: no files found" "Couldn't allocate lumpcache" "W_GetLumpNumForName: %s not found!" "W_LumpLength: %i >= numlumps" "W_ReadLump: %i >= numlumps" "W_ReadLump: couldn't open %s" "W_ReadLump: only read %i of %i on lump %i" "W_CacheLump: %i >= numlumps" "Z_CT at w_wad.c:%i" "w" "waddump.txt" "%s " " %c" "\n" "Bad V_CopyRect" "Bad V_DrawPatch" "Bad V_DrawPatchDirect" "Bad V_DrawBlock" "Z_Free: freed a pointer without ZONEID" "Z_Malloc: failed on allocation of %i bytes" "Z_Malloc: an owner is required for purgable blocks" "zone size: %i location: %p\n" "tag range: %i to %i\n" "block:%p size:%7i user:%p tag:%3i\n" "ERROR: block size does not touch the next block\n" "ERROR: next block doesn't have proper back link\n" "ERROR: two consecutive free blocks\n" "block:%p size:%7i user:%p tag:%3i\n" "ERROR: block size does not touch the next block\n" "ERROR: next block doesn't have proper back link\n" "ERROR: two consecutive free blocks\n" "Z_CheckHeap: block size does not touch the next block\n" "Z_CheckHeap: next block doesn't have proper back link\n" "Z_CheckHeap: two consecutive free blocks\n" "Z_ChangeTag: freed a pointer without ZONEID" "Z_ChangeTag: an owner is required for purgable blocks" "ang=0x%x;x,y=(0x%x,0x%x)" "STTNUM%d" "STYSNUM%d" "STTPRCNT" "STKEYS%d" "STARMS" "STGNUM%d" "STFB%d" "STBAR" "STFST%d%d" "STFTR%d0" "STFTL%d0" "STFOUCH%d" "STFEVL%d" "STFKILL%d" "STFGOD0" "STFDEAD0" "PLAYPAL" "Z_CT at st_stuff.c:%i" "STTMINUS" "drawNum: n->y - ST_Y < 0" "updateMultIcon: y - ST_Y < 0" "updateBinIcon: y - ST_Y < 0" "NEWLEVEL" "STCFN%.3d" "Could not place patch on level %d" "INTERPIC" "WIMAP%d" "CWILV%2.2d" "WILV%d%d" "WIURH0" "WIURH1" "WISPLAT" "WIA%d%.2d%.2d" "WIMINUS" "WINUM%d" "WIPCNT" "WIF" "WIENTER" "WIOSTK" "WIOSTS" "WISCRT2" "WIOBJ" "WIOSTI" "WIFRGS" "WICOLON" "WITIME" "WISUCKS" "WIPAR" "WIKILRS" "WIVCTMS" "WIMSTT" "STFST01" "STFDEAD0" "STPB%d" "WIBP%d" "Z_CT at wi_stuff.c:%i" "wi_stuff.c" "wbs->epsd" "%s=%d in %s:%d" "wbs->last" "wbs->next" "wbs->pnum" "Attempt to set music volume at %d" "Z_CT at s_sound.c:%i" "Bad music number %d" "d_%s" "Attempt to set sfx volume at %d" "Bad sfx #: %d" "Bad list in dll_AddEndNode" "Bad list in dll_AddStartNode" "Bad list in dll_DelNode" "Empty list in dll_DelNode" "Floating-point support not loaded\r\n" "TZ" #endif doomsday-1.14.5/doomsday/plugins/dehread/src/dehreader_util.cpp0000664000175000017500000000657612350542240024067 0ustar jaakkojaakko/** * @file dehreader_util.cpp * Miscellaneous utility routines. @ingroup dehread * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "dehreader.h" #include #include #include void* DD_Realloc(void* ptr, int newSize) { ded_count_t cnt; cnt.max = 0; cnt.num = newSize; _api_Def.DED_NewEntries(&ptr, &cnt, 1, 0); return ptr; } Uri* composeMapUri(int episode, int map) { if(episode > 0) // ExMy format. { de::Block pathUtf8 = QString("E%1M%2").arg(episode).arg(map).toUtf8(); return Uri_NewWithPath2(pathUtf8.constData(), RC_NULL); } else // MAPxx format. { de::Block pathUtf8 = QString("MAP%1").arg(map % 100, 2, 10, QChar('0')).toUtf8(); return Uri_NewWithPath2(pathUtf8.constData(), RC_NULL); } } int mapInfoDefForUri(const Uri& uri, ded_mapinfo_t** def) { if(!Str_IsEmpty(Uri_Path(&uri))) for(int i = ded->count.mapInfo.num - 1; i >= 0; i--) { ded_mapinfo_t& info = ded->mapInfo[i]; if(info.uri && Uri_Equality(info.uri, &uri)) { if(def) *def = &info; return i; } } return -1; // Not found. } int valueDefForPath(const QString& id, ded_value_t** def) { if(!id.isEmpty()) { de::Block idUtf8 = id.toUtf8(); for(int i = ded->count.values.num - 1; i >= 0; i--) { ded_value_t& value = ded->values[i]; if(!qstricmp(value.id, idUtf8.constData())) { if(def) *def = &value; return i; } } } return -1; // Not found. } /// @todo Reimplement with a regex? QStringList splitMax(const QString& str, QChar sep, int max) { if(max < 0) { return str.split(sep); } else if(max == 0) { return QStringList(); // An empty list. } else if(max == 1) { return QStringList(str); } QString buf = str; QStringList tokens; int pos = 0, substrEnd = 0; while(pos < max-1 && (substrEnd = buf.indexOf(sep)) >= 0) { tokens << buf.mid(0, substrEnd); // Find the start of the next token. while(substrEnd < buf.size() && buf.at(substrEnd) == sep) { ++substrEnd; } buf.remove(0, substrEnd); pos++; // On to the next substring. } // Anything remaining goes into the last token (the rest of the line). if(pos < max) { tokens << buf; } //qDebug() << "splitMax: " << tokens.join("|"); return tokens; } doomsday-1.14.5/doomsday/plugins/dehread/src/dehread.cpp0000664000175000017500000001236012350542240022467 0ustar jaakkojaakko/** @file dehread.cpp DeHackEd patch reader plugin for Doomsday Engine. * @ingroup dehread * * @authors Copyright © 2013-2014 Daniel Swanson * @authors Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include #include #include #include "dehread.h" #include "dehreader.h" using namespace de; // Global handle on the engine's definition databases. ded_t *ded; // This is the original data before it gets replaced by any patches. ded_sprid_t origSpriteNames[NUMSPRITES]; ded_funcid_t origActionNames[NUMSTATES]; static void backupData() { for(int i = 0; i < NUMSPRITES && i < ded->count.sprites.num; i++) { qstrncpy(origSpriteNames[i].id, ded->sprites[i].id, DED_SPRITEID_LEN + 1); } for(int i = 0; i < NUMSTATES && i < ded->count.states.num; i++) { qstrncpy(origActionNames[i], ded->states[i].action, DED_STRINGID_LEN + 1); } } static void readLump(lumpnum_t lumpNum) { if(0 > lumpNum || lumpNum >= DD_GetInteger(DD_NUMLUMPS)) { LOG_AS("DehRead::readLump"); LOG_WARNING("Invalid lump index #%i, ignoring.") << lumpNum; return; } size_t len = W_LumpLength(lumpNum); Block deh = Block::fromRawData((char const *)W_CacheLump(lumpNum), len); /// @attention Results in a deep-copy of the lump data into the Block /// thus the cached lump can be released after this call. /// /// @todo Do not use a local buffer - read using QTextStream. deh.append(QChar(0)); W_UnlockLump(lumpNum); LOG_RES_MSG("Applying DeHackEd patch lump #%i \"%s:%s\"") << lumpNum << F_PrettyPath(Str_Text(W_LumpSourceFile(lumpNum))) << Str_Text(W_LumpName(lumpNum)); readDehPatch(deh, NoInclude | IgnoreEOF); } static void readFile(String const &filePath) { QFile file(filePath); if(!file.open(QFile::ReadOnly | QFile::Text)) { LOG_AS("DehRead::readFile"); LOG_WARNING("Failed opening \"%s\" for read, aborting...") << QDir::toNativeSeparators(filePath); return; } /// @todo Do not use a local buffer. Block deh = file.readAll(); deh.append(QChar(0)); LOG_RES_MSG("Applying DeHackEd patch file \"%s\"") << F_PrettyPath(filePath.toUtf8()); readDehPatch(deh, IgnoreEOF); } static void readPatchLumps() { bool const readAll = DENG2_APP->commandLine().check("-alldehs"); for(int i = DD_GetInteger(DD_NUMLUMPS) - 1; i >= 0; i--) { if(String(Str_Text(W_LumpName(i))).fileNameExtension().toLower() == ".deh") { readLump(i); if(!readAll) return; } } } static void readPatchFiles() { CommandLine &cmdLine = DENG2_APP->commandLine(); for(int p = 0; p < cmdLine.count(); ++p) { char const *arg = *(cmdLine.argv() + p); if(!cmdLine.matches("-deh", arg)) continue; while(++p != cmdLine.count() && !cmdLine.isOption(p)) { cmdLine.makeAbsolutePath(p); readFile(NativePath(*(cmdLine.argv() + p))); } p--;/* For ArgIsOption(p) necessary, for p==Argc() harmless */ } } /** * This will be called after the engine has loaded all definitions but before * the data they contain has been initialized. */ int DefsHook(int /*hook_type*/, int /*parm*/, void *data) { // Grab the DED definition handle supplied by the engine. ded = reinterpret_cast(data); backupData(); // Check for DEHACKED lumps. readPatchLumps(); // Process all patch files specified with -deh options on the command line. readPatchFiles(); return true; } /** * This function is called automatically when the plugin is loaded. * We let the engine know what we'd like to do. */ void DP_Initialize() { Plug_AddHook(HOOK_DEFS, DefsHook); } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ extern "C" char const *deng_LibraryType() { return "deng-plugin/generic"; } DENG_DECLARE_API(Base); DENG_DECLARE_API(Con); DENG_DECLARE_API(Def); DENG_DECLARE_API(F); DENG_DECLARE_API(Plug); DENG_DECLARE_API(W); DENG_DECLARE_API(Uri); DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_CONSOLE, Con); DENG_GET_API(DE_API_DEFINITIONS, Def); DENG_GET_API(DE_API_FILE_SYSTEM, F); DENG_GET_API(DE_API_PLUGIN, Plug); DENG_GET_API(DE_API_URI, Uri); DENG_GET_API(DE_API_WAD, W); ) doomsday-1.14.5/doomsday/plugins/dehread/dehread.pro0000664000175000017500000000205412350542240021715 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson # This plugin uses the full libdeng2 C++ API. CONFIG += dengplugin_libdeng2_full include(../config_plugin.pri) TEMPLATE = lib TARGET = dehread VERSION = $$DEHREAD_VERSION # TODO: the dependencies to internal headers should be removed # (see comment in dehread.cpp) INCLUDEPATH += include \ ../../client/include \ ../../client/include/render HEADERS += include/dehread.h \ include/dehreader.h \ include/dehreader_util.h \ include/info.h \ include/version.h SOURCES += src/dehread.cpp \ src/dehreader.cpp \ src/dehreader_util.cpp \ src/info.cpp win32 { QMAKE_LFLAGS += /DEF:\"$$PWD/api/dpdehread.def\" OTHER_FILES += api/dpdehread.def RC_FILE = res/dehread.rc } !macx { INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } macx { fixPluginInstallId($$TARGET, 2) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/dehread/include/0000775000175000017500000000000012350542240021221 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/dehread/include/dehread.h0000664000175000017500000000367112350542240022775 0ustar jaakkojaakko/** * @file dehread.h * DeHackEd patch reader plugin for Doomsday Engine. @ingroup dehread * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ /** * @defgroup dehread * DeHackEd patch reader plugin. */ #ifndef LIBDEHREAD_DEHREAD_H #define LIBDEHREAD_DEHREAD_H /** * @attention @todo This plugin requires access to the internal definition arrays. * This dependency should be removed entirely, by making this plugin modify the * definitions via a public API provided by the engine. */ #include "../../../client/include/def_data.h" struct font_s; #define DENG_INTERNAL_DATA_ACCESS #include #include #include DENG_EXTERN_C void DP_Initialize(void); // Internal: extern ded_t* ded; // @todo Remove me. const int NUMSPRITES = 138; const int NUMSTATES = 968; extern ded_sprid_t origSpriteNames[NUMSPRITES]; extern ded_funcid_t origActionNames[NUMSTATES]; DENG_USING_API(Base); DENG_USING_API(Con); DENG_USING_API(Def); DENG_USING_API(F); DENG_USING_API(Plug); DENG_USING_API(Uri); DENG_USING_API(W); #endif // LIBDEHREAD_DEHREAD_H doomsday-1.14.5/doomsday/plugins/dehread/include/dehreader_util.h0000664000175000017500000000466212350542240024362 0ustar jaakkojaakko/** * @file dehreader_util.h * DeHackEd patch parser. @ingroup dehread * * Miscellaneous utility routines. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDEHREAD_DEHREADER_UTIL_H #define LIBDEHREAD_DEHREADER_UTIL_H #include #include #include "dehreader.h" /** * CRT's realloc can't access other modules' memory, so we must ask * Doomsday to reallocate memory for us. */ void* DD_Realloc(void* ptr, int newSize); /// @return Newly composed map URI, must be free'd with Uri_Delete(). Uri* composeMapUri(int episode, int map); int mapInfoDefForUri(const Uri& uri, ded_mapinfo_t** def = NULL); int valueDefForPath(const QString& id, ded_value_t** def = NULL); /** * Tokenize a @a string, splitting it into at most @a max tokens. * * For emulating the behavior of Team TNT's original DEH parser which often * uses atoi() for parsing the last number argument on a line. * * @param str String to tokenize. * @param sep Token separator character. * @param max Maximum number of tokens to scan for in @a str. * If @c <0 there is no maximum and therefore the resultant * list will contain all found tokens (equivalent to using * de::String::split() ). * If zero the resultant list will be always be empty. * * @return Resulting QStringList containing the parsed string tokens. * * @todo Should this be incorporated into de::String ? */ QStringList splitMax(const QString& string, QChar sep, int max = -1); #endif // LIBDEHREAD_DEHREADER_UTIL_H doomsday-1.14.5/doomsday/plugins/dehread/include/dehreader.h0000664000175000017500000000371412350542240023322 0ustar jaakkojaakko/** * @file dehreader.h * DeHackEd patch parser. @ingroup dehreader * * Parses DeHackEd patches and updates the engine's definition databases. * * @author Copyright © 2013 Daniel Swanson * @author Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDEHREAD_DEHREADER_H #define LIBDEHREAD_DEHREADER_H #include "dehread.h" #include /** * Maximum number of nested patch file inclussions. Set to zero to disable. */ #define DEHREADER_INCLUDE_DEPTH_MAX 2 /// Flags used with @see readDehPatch() to alter read behavior. enum DehReaderFlag { NoInclude = 0x1, ///< Including of other patch files is disabled. NoText = 0x2, ///< Ignore Text patches. IgnoreEOF = 0x4 ///< Ignore unexpected EOF characters in patches. }; Q_DECLARE_FLAGS(DehReaderFlags, DehReaderFlag) Q_DECLARE_OPERATORS_FOR_FLAGS(DehReaderFlags) /** * Parses a text stream as a DeHackEd patch and updates the engine's definition * databases accordingly. * * @param patch DeHackEd patch to parse. * @param flags @ref DehReaderFlags */ void readDehPatch(const de::Block& patch, DehReaderFlags flags = 0); #endif // LIBDEHREAD_DEHREADER_H doomsday-1.14.5/doomsday/plugins/dehread/include/version.h0000664000175000017500000000326112350542240023061 0ustar jaakkojaakko/** * @file version.h * Version information for the DeHackEd patch plugin. @ingroup dehread * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDEHREAD_VERSION_H #define LIBDEHREAD_VERSION_H #ifndef DEHREAD_VER_ID # ifdef _DEBUG # define DEHREAD_VER_ID "+D Doomsday" # else # define DEHREAD_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dpdehread" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "Deh Reader" #define PLUGIN_DETAILS "Doomsday plugin for reading DeHackEd patches." #define PLUGIN_VERSION_TEXT "2.0.0" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" DEHREAD_VER_ID ")" #define PLUGIN_VERSION_NUMBER 2,0,0,0 // For WIN32 version info. #endif // LIBDEHREAD_VERSION_H doomsday-1.14.5/doomsday/plugins/dehread/include/info.h0000664000175000017500000001554212350542240022334 0ustar jaakkojaakko/** * @file info.h * Original game value LUTs and accessor mechanisms. @ingroup dehread * * @author Copyright © 2013 Daniel Swanson * @author Copyright © 2012-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDEHREAD_INFO_H #define LIBDEHREAD_INFO_H #include #include "dehread.h" struct FinaleBackgroundMapping { const QString text; const QString mnemonic; }; /** * Lookup a record in the FinaleBackgrounMapping table by the flat name that * was originally used for this background. * * @param text Deh label/name (identifier) of the sound to search for. * @param mapping If not @c NULL the address of the FinaleBackgroundMapping * record will be written back here. Caller should not derive * meaning from the returned address itself. * * @return Index of the found finale-background-mapping in the mapping table (0-index). * Returns a negative value if not found. */ int findFinaleBackgroundMappingForText(const QString& text, const FinaleBackgroundMapping** mapping); struct FlagMapping { ushort bit; int group; const QString dehLabel; }; /** * Lookup a record in the mobjtype FlagMapping table by it's Dehacked name. * * @param dehLabel Deh label/name (identifier) of the flag to search for. * @param mapping If not @c NULL the address of the FlagMapping record * will be written back here. Caller should not derive * meaning from the returned address itself. * * @return Index of the found flag-mapping in the mapping table (0-index). * Returns a negative value if not found. */ int findMobjTypeFlagMappingByDehLabel(const QString& dehLabel, const FlagMapping** mapping=NULL); struct SoundMapping { const QString dehLabel; int id; const QString name; }; /** * Lookup a record in the SoundMapping table by it's Dehacked name. * * @param dehLabel Deh label/name (identifier) of the sound to search for. * @param mapping If not @c NULL the address of the SoundMapping record * will be written back here. Caller should not derive * meaning from the returned address itself. * * @return Index of the found sound-mapping in the mapping table (0-index). * Returns a negative value if not found. */ int findSoundMappingByDehLabel(const QString& dehLabel, const SoundMapping** mapping); struct StateMapping { const QString dehLabel; statename_t id; const QString name; }; /** * Lookup a record in the StateMapping table by it's Dehacked name. * * @param dehLabel Deh label/name (identifier) of the state to search for. * @param mapping If not @c NULL the address of the StateMapping record * will be written back here. Caller should not derive * meaning from the returned address itself. * * @return Index of the found state-mapping in the mapping table (0-index). * Returns a negative value if not found. */ int findStateMappingByDehLabel(const QString& dehLabel, const StateMapping** mapping=NULL); /// @todo Should be defined by the engine. typedef enum { WSN_UP, WSN_DOWN, WSN_READY, WSN_ATTACK, WSN_FLASH, NUM_WEAPON_STATE_NAMES } weaponstatename_t; struct WeaponStateMapping { const QString dehLabel; weaponstatename_t id; const QString name; }; int findWeaponStateMappingByDehLabel(const QString& dehLabel, const WeaponStateMapping** mapping=NULL); struct TextMapping { const QString name; ///< Unique name/identifier for the text. const QString text; ///< Original text string associated with the name. }; /** * Lookup a record in the TextMapping table using the original text blob. * * @param origText Unique name/identifier of the text to search for. * @param mapping If not @c NULL the address of the TextMapping record * will be written back here. Caller should not derive * meaning from the returned address itself. * * @return Index of the found Text in the mapping table (0-index). * Returns a negative value if not found. */ int textMappingForBlob(const QString& origText, const TextMapping** mapping=NULL); struct ValueMapping { const QString dehLabel; const QString valuePath; }; /** * Lookup a record in the StateMapping table by it's Dehacked name. * * @param dehLabel Deh label/name (identifier) of the state to search for. * @param mapping If not @c NULL the address of the StateMapping record * will be written back here. Caller should not derive * meaning from the returned address itself. * * @return Index of the found state-mapping in the mapping table (0-index). * Returns a negative value if not found. */ int findValueMappingForDehLabel(const QString& dehLabel, const ValueMapping** mapping=NULL); /** * Lookup a record in the music lump name table. * * @param name Unique name of the music to lookup. * @return Index of the found music name in the mapping table (0-index). * Returns a negative value if not found. */ int findMusicLumpNameInMap(const QString& name); /** * Lookup a record in the sound lump name table. * * @param name Unique name of the sound to lookup. * @return Index of the found sound name in the mapping table (0-index). * Returns a negative value if not found. */ int findSoundLumpNameInMap(const QString& name); /** * Lookup a record in the sprite name table. * * @param name Unique name of the sprite to lookup. * @return Index of the found sprite name in the mapping table (0-index). * Returns a negative value if not found. */ int findSpriteNameInMap(const QString& name); /** * Given an @a offset to a state's mobj action code pointer in the original * executable, lookup the associated state index. * * @return Index of the associated state or a negative value if not found/OOR */ int stateIndexForActionOffset(int offset); int originalHeightForMobjType(int type); #endif // LIBDEHREAD_INFO_H doomsday-1.14.5/doomsday/plugins/dehread/res/0000775000175000017500000000000012350542240020367 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/dehread/res/dehread.rc0000664000175000017500000001003012350542240022303 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2009 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * dehread.rc: dpDehRead.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dpdehread.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dpDehRead.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "dpDehRead.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/dehread/res/.gitignore0000664000175000017500000000000612350542240022353 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/dehread/res/dpdehread.dll.manifest0000664000175000017500000000062312350542240024612 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/dehread/res/resource.h0000664000175000017500000000061312350542240022367 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by dehread.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/dehread/api/0000775000175000017500000000000012350542240020347 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/dehread/api/dpdehread.def0000664000175000017500000000015412350542240022747 0ustar jaakkojaakkoLIBRARY DEHREAD EXPORTS DP_Initialize @1 deng_LibraryType @2 deng_API @3 doomsday-1.14.5/doomsday/plugins/dehread/doc/0000775000175000017500000000000012350542240020343 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/dehread/doc/LICENSE0000664000175000017500000003545112350542240021360 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. 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If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/wadmapconverter/0000775000175000017500000000000012350542240021403 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/wadmapconverter/wadmapconverter.pro0000664000175000017500000000211512350542240025325 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson # This plugin uses the full libdeng2 C++ API. CONFIG += dengplugin_libdeng2_full include(../config_plugin.pri) TEMPLATE = lib TARGET = wadmapconverter VERSION = $$WADMAPCONVERTER_VERSION deng_debug: DEFINES += DENG_WADMAPCONVERTER_DEBUG INCLUDEPATH += include HEADERS += \ include/id1map.h \ include/id1map_datatypes.h \ include/id1map_load.h \ include/id1map_util.h \ include/version.h \ include/wadmapconverter.h SOURCES += \ src/id1map.cpp \ src/id1map_load.cpp \ src/id1map_loadblockmap.cpp \ src/id1map_util.cpp \ src/wadmapconverter.cpp win32 { RC_FILE = res/wadmapconverter.rc QMAKE_LFLAGS += /DEF:\"$$PWD/api/dpwadmapconverter.def\" OTHER_FILES += api/dpwadmapconverter.def } !macx { INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/wadmapconverter/src/0000775000175000017500000000000012350542240022172 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/wadmapconverter/src/wadmapconverter.cpp0000664000175000017500000001617312350542240026107 0ustar jaakkojaakko/** @file wadmapconverter.cpp Map converter plugin for id tech 1 format maps. * * @ingroup wadmapconverter * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "wadmapconverter.h" #include "id1map_load.h" #include "id1map_util.h" #include #include using namespace de; typedef QMap MapDataLumps; /** * Given a map @a uri, attempt to locate the associated marker lump for the * map data using the Doomsday file system. * * @param uri Map identifier, e.g., "Map:E1M1" * * @return Lump number for the found data else @c -1 */ static lumpnum_t locateMapMarkerLumpForUri(Uri const &uri) { char const *mapId = Str_Text(Uri_Path(&uri)); return W_CheckLumpNumForName(mapId); } /** * Find all data lumps associated with this map and populate their metadata * in the @a lumpInfos record set. * * @param lumps Record set to populate. * @param startLump Lump number at which to begin searching. */ static void collectMapLumps(MapDataLumps &lumps, lumpnum_t startLump) { LOG_AS("WadMapConverter"); LOG_RES_XVERBOSE("Locating data lumps..."); if(startLump < 0) return; // Keep checking lumps to see if its a map data lump. int const numLumps = *reinterpret_cast(DD_GetVariable(DD_NUMLUMPS)); for(lumpnum_t i = startLump; i < numLumps; ++i) { // Lump name determines whether this lump should be included. MapLumpType lumpType = MapLumpTypeForName(Str_Text(W_LumpName(i))); // If this lump is of an invalid type then we *should* have found all // the required map data lumps. if(lumpType == ML_INVALID) break; // Stop looking. // A recognized map data lump; record it in the collection (replacing any // existing record of the same type). lumps.insert(lumpType, i); } } static Id1Map::Format recognizeMapFormat(MapDataLumps &lumps) { LOG_AS("WadMapConverter"); Id1Map::Format mapFormat = Id1Map::UnknownFormat; // Some data lumps are specific to a particular map format and thus their // presence unambiguously signifies which format we have. if(lumps.contains(ML_BEHAVIOR)) { mapFormat = Id1Map::HexenFormat; } else if(lumps.contains(ML_MACROS) || lumps.contains(ML_LIGHTS) || lumps.contains(ML_LEAFS)) { mapFormat = Id1Map::Doom64Format; } else { mapFormat = Id1Map::DoomFormat; } // Determine whether each data lump is of the expected size. uint numVertexes = 0, numThings = 0, numLines = 0, numSides = 0, numSectors = 0, numLights = 0; DENG2_FOR_EACH_CONST(MapDataLumps, i, lumps) { MapLumpType type = i.key(); lumpnum_t lumpNum = i.value(); // Determine the number of map data objects of each data type. uint *elemCountAddr = 0; size_t const elemSize = ElementSizeForMapLumpType(mapFormat, type); switch(type) { default: break; case ML_VERTEXES: elemCountAddr = &numVertexes; break; case ML_THINGS: elemCountAddr = &numThings; break; case ML_LINEDEFS: elemCountAddr = &numLines; break; case ML_SIDEDEFS: elemCountAddr = &numSides; break; case ML_SECTORS: elemCountAddr = &numSectors; break; case ML_LIGHTS: elemCountAddr = &numLights; break; } if(elemCountAddr) { size_t const lumpLength = W_LumpLength(lumpNum); if(lumpLength % elemSize != 0) { // What *is* this?? return Id1Map::UnknownFormat; } *elemCountAddr += lumpLength / elemSize; } } // A valid map has at least one of each of these element types. if(!numVertexes || !numLines || !numSides || !numSectors) { return Id1Map::UnknownFormat; } LOG_RES_VERBOSE("Recognized %s format map") << Id1Map::formatName(mapFormat); return mapFormat; } static void loadAndTransferMap(Uri const &uri, Id1Map::Format mapFormat, MapDataLumps &lumps) { QScopedPointer map(new Id1Map(mapFormat)); // Load the archived map. map->load(lumps); // Rebuild the map in Doomsday's native format. LOG_AS("WadMapConverter"); map->transfer(uri); } /** * This function will be called when Doomsday is asked to load a map that is * not available in its native map format. * * Our job is to read in the map data structures then use the Doomsday map * editing interface to recreate the map in native format. */ int ConvertMapHook(int /*hookType*/, int /*parm*/, void *context) { DENG2_ASSERT(context != 0); // Attempt to locate the identified map data marker lump. Uri const &uri = *reinterpret_cast(context); lumpnum_t markerLump = locateMapMarkerLumpForUri(uri); if(markerLump < 0) { return false; } // Collect all of the map data lumps associated with this map. MapDataLumps lumps; collectMapLumps(lumps, markerLump + 1 /*begin after the marker*/); // Is this a recognized format? Id1Map::Format mapFormat = recognizeMapFormat(lumps); if(mapFormat != Id1Map::UnknownFormat) { // Convert this map. try { loadAndTransferMap(uri, mapFormat, lumps); return true; // success } catch(Id1Map::LoadError const &er) { LOG_AS("WadMapConverter"); LOG_MAP_ERROR("Load error: %s") << er.asText(); } } return false; // failure :( } /** * This function is called automatically when the plugin is loaded. * We let the engine know what we'd like to do. */ extern "C" void DP_Initialize() { Plug_AddHook(HOOK_MAP_CONVERT, ConvertMapHook); } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ extern "C" char const *deng_LibraryType() { return "deng-plugin/generic"; } DENG_DECLARE_API(Base); DENG_DECLARE_API(Material); DENG_DECLARE_API(Map); DENG_DECLARE_API(MPE); DENG_DECLARE_API(Plug); DENG_DECLARE_API(Uri); DENG_DECLARE_API(W); DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_MATERIALS, Material); DENG_GET_API(DE_API_MAP, Map); DENG_GET_API(DE_API_MAP_EDIT, MPE); DENG_GET_API(DE_API_PLUGIN, Plug); DENG_GET_API(DE_API_URI, Uri); DENG_GET_API(DE_API_WAD, W); ) doomsday-1.14.5/doomsday/plugins/wadmapconverter/src/id1map_load.cpp0000664000175000017500000004132712350542240025057 0ustar jaakkojaakko/** @file id1map_load.cpp id Tech 1 map format reader. * * Load and translation of the id Tech 1 map format data. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "id1map_load.h" #include "id1map_datatypes.h" #include size_t ElementSizeForMapLumpType(Id1Map::Format mapFormat, MapLumpType type) { switch(type) { default: return 0; case ML_VERTEXES: return (mapFormat == Id1Map::Doom64Format? SIZEOF_64VERTEX : SIZEOF_VERTEX); case ML_LINEDEFS: return (mapFormat == Id1Map::Doom64Format? SIZEOF_64LINEDEF : mapFormat == Id1Map::HexenFormat ? SIZEOF_XLINEDEF : SIZEOF_LINEDEF); case ML_SIDEDEFS: return (mapFormat == Id1Map::Doom64Format? SIZEOF_64SIDEDEF : SIZEOF_SIDEDEF); case ML_SECTORS: return (mapFormat == Id1Map::Doom64Format? SIZEOF_64SECTOR : SIZEOF_SECTOR); case ML_THINGS: return (mapFormat == Id1Map::Doom64Format? SIZEOF_64THING : mapFormat == Id1Map::HexenFormat ? SIZEOF_XTHING : SIZEOF_THING); case ML_LIGHTS: return SIZEOF_LIGHT; } } /** * Translate the line definition flags for Doomsday. */ static void interpretLineDefFlags(mline_t &l, Id1Map::Format mapFormat) { #define ML_BLOCKING 1 ///< Solid, is an obstacle. #define ML_DONTPEGTOP 8 ///< Upper texture unpegged. #define ML_DONTPEGBOTTOM 16 ///< Lower texture unpegged. /// If set ALL flags NOT in DOOM v1.9 will be zeroed upon map load. #define ML_INVALID 2048 #define DOOM_VALIDMASK 0x000001ff /** * Zero unused flags if ML_INVALID is set. * * @attention "This has been found to be necessary because of errors * in Ultimate DOOM's E2M7, where around 1000 linedefs have * the value 0xFE00 masked into the flags value. * There could potentially be many more maps with this problem, * as it is well-known that Hellmaker wads set all bits in * mapthings that it does not understand." * Thanks to Quasar for the heads up. * * Only valid for DOOM format maps. */ if(mapFormat == Id1Map::DoomFormat) { if(l.flags & ML_INVALID) l.flags &= DOOM_VALIDMASK; } if(l.flags & ML_BLOCKING) { l.ddFlags |= DDLF_BLOCKING; l.flags &= ~ML_BLOCKING; } if(l.flags & ML_DONTPEGTOP) { l.ddFlags |= DDLF_DONTPEGTOP; l.flags &= ~ML_DONTPEGTOP; } if(l.flags & ML_DONTPEGBOTTOM) { l.ddFlags |= DDLF_DONTPEGBOTTOM; l.flags &= ~ML_DONTPEGBOTTOM; } #undef DOOM_VALIDMASK #undef ML_INVALID #undef ML_DONTPEGBOTTOM #undef ML_DONTPEGTOP #undef ML_BLOCKING } void MLine_Read(mline_t &l, Id1Map &map, Reader &reader) { int idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.v[0] = (idx == 0xFFFF? -1 : idx); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.v[1] = (idx == 0xFFFF? -1 : idx); l.flags = SHORT( Reader_ReadInt16(&reader) ); l.dType = SHORT( Reader_ReadInt16(&reader) ); l.dTag = SHORT( Reader_ReadInt16(&reader) ); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.sides[RIGHT] = (idx == 0xFFFF? -1 : idx); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.sides[LEFT] = (idx == 0xFFFF? -1 : idx); l.aFlags = 0; l.validCount = 0; l.ddFlags = 0; interpretLineDefFlags(l, map.format()); } void MLine64_Read(mline_t &l, Id1Map &map, Reader &reader) { int idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.v[0] = (idx == 0xFFFF? -1 : idx); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.v[1] = (idx == 0xFFFF? -1 : idx); l.flags = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.d64drawFlags = Reader_ReadByte(&reader); l.d64texFlags = Reader_ReadByte(&reader); l.d64type = Reader_ReadByte(&reader); l.d64useType = Reader_ReadByte(&reader); l.d64tag = SHORT( Reader_ReadInt16(&reader) ); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.sides[RIGHT] = (idx == 0xFFFF? -1 : idx); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.sides[LEFT] = (idx == 0xFFFF? -1 : idx); l.aFlags = 0; l.validCount = 0; l.ddFlags = 0; interpretLineDefFlags(l, map.format()); } void MLineHx_Read(mline_t &l, Id1Map &map, Reader &reader) { int idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.v[0] = (idx == 0xFFFF? -1 : idx); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.v[1] = (idx == 0xFFFF? -1 : idx); l.flags = SHORT( Reader_ReadInt16(&reader) ); l.xType = Reader_ReadByte(&reader); l.xArgs[0] = Reader_ReadByte(&reader); l.xArgs[1] = Reader_ReadByte(&reader); l.xArgs[2] = Reader_ReadByte(&reader); l.xArgs[3] = Reader_ReadByte(&reader); l.xArgs[4] = Reader_ReadByte(&reader); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.sides[RIGHT] = (idx == 0xFFFF? -1 : idx); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); l.sides[LEFT] = (idx == 0xFFFF? -1 : idx); l.aFlags = 0; l.validCount = 0; l.ddFlags = 0; interpretLineDefFlags(l, map.format()); } void MSide_Read(mside_t &s, Id1Map &map, Reader &reader) { s.offset[VX] = SHORT( Reader_ReadInt16(&reader) ); s.offset[VY] = SHORT( Reader_ReadInt16(&reader) ); char name[9]; Reader_Read(&reader, name, 8); name[8] = '\0'; s.topMaterial = map.toMaterialId(name, Id1Map::WallMaterials); Reader_Read(&reader, name, 8); name[8] = '\0'; s.bottomMaterial = map.toMaterialId(name, Id1Map::WallMaterials); Reader_Read(&reader, name, 8); name[8] = '\0'; s.middleMaterial = map.toMaterialId(name, Id1Map::WallMaterials); int idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.sector = (idx == 0xFFFF? -1 : idx); } void MSide64_Read(mside_t &s, Id1Map &map, Reader &reader) { s.offset[VX] = SHORT( Reader_ReadInt16(&reader) ); s.offset[VY] = SHORT( Reader_ReadInt16(&reader) ); int idx; idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.topMaterial = map.toMaterialId(idx, Id1Map::WallMaterials); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.bottomMaterial = map.toMaterialId(idx, Id1Map::WallMaterials); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.middleMaterial = map.toMaterialId(idx, Id1Map::WallMaterials); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.sector = (idx == 0xFFFF? -1 : idx); } void MSector_Read(msector_t &s, Id1Map &map, Reader &reader) { s.floorHeight = SHORT( Reader_ReadInt16(&reader) ); s.ceilHeight = SHORT( Reader_ReadInt16(&reader) ); char name[9]; Reader_Read(&reader, name, 8); name[8] = '\0'; s.floorMaterial= map.toMaterialId(name, Id1Map::PlaneMaterials); Reader_Read(&reader, name, 8); name[8] = '\0'; s.ceilMaterial = map.toMaterialId(name, Id1Map::PlaneMaterials); s.lightLevel = SHORT( Reader_ReadInt16(&reader) ); s.type = SHORT( Reader_ReadInt16(&reader) ); s.tag = SHORT( Reader_ReadInt16(&reader) ); } void MSector64_Read(msector_t &s, Id1Map &map, Reader &reader) { s.floorHeight = SHORT( Reader_ReadInt16(&reader)); s.ceilHeight = SHORT( Reader_ReadInt16(&reader) ); int idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.floorMaterial= map.toMaterialId(idx, Id1Map::PlaneMaterials); idx = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.ceilMaterial = map.toMaterialId(idx, Id1Map::PlaneMaterials); s.d64ceilingColor = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.d64floorColor = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.d64unknownColor = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.d64wallTopColor = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.d64wallBottomColor = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.type = SHORT( Reader_ReadInt16(&reader) ); s.tag = SHORT( Reader_ReadInt16(&reader) ); s.d64flags = USHORT( uint16_t(Reader_ReadInt16(&reader)) ); s.lightLevel = 160; ///? } /// @todo Get these from a game api header. #define MTF_Z_FLOOR 0x20000000 ///< Spawn relative to floor height. #define MTF_Z_CEIL 0x40000000 ///< Spawn relative to ceiling height (minus thing height). #define MTF_Z_RANDOM 0x80000000 ///< Random point between floor and ceiling. #define ANG45 0x20000000 void MThing_Read(mthing_t &t, Id1Map & /*map*/, Reader &reader) { /** * DOOM Thing flags: */ #define MTF_EASY 0x00000001 ///< Can be spawned in Easy skill modes. #define MTF_MEDIUM 0x00000002 ///< Can be spawned in Medium skill modes. #define MTF_HARD 0x00000004 ///< Can be spawned in Hard skill modes. #define MTF_DEAF 0x00000008 ///< Mobj will be deaf spawned deaf. #define MTF_NOTSINGLE 0x00000010 ///< (BOOM) Can not be spawned in single player gamemodes. #define MTF_NOTDM 0x00000020 ///< (BOOM) Can not be spawned in the Deathmatch gameMode. #define MTF_NOTCOOP 0x00000040 ///< (BOOM) Can not be spawned in the Co-op gameMode. #define MTF_FRIENDLY 0x00000080 ///< (BOOM) friendly monster. #define MASK_UNKNOWN_THING_FLAGS (0xffffffff \ ^ (MTF_EASY|MTF_MEDIUM|MTF_HARD|MTF_DEAF|MTF_NOTSINGLE|MTF_NOTDM|MTF_NOTCOOP|MTF_FRIENDLY)) t.origin[VX] = SHORT( Reader_ReadInt16(&reader) ); t.origin[VY] = SHORT( Reader_ReadInt16(&reader) ); t.origin[VZ] = 0; t.angle = ANG45 * (SHORT( Reader_ReadInt16(&reader) ) / 45); t.doomEdNum = SHORT( Reader_ReadInt16(&reader) ); t.flags = SHORT( Reader_ReadInt16(&reader) ); t.skillModes = 0; if(t.flags & MTF_EASY) t.skillModes |= 0x00000001 | 0x00000002; if(t.flags & MTF_MEDIUM) t.skillModes |= 0x00000004; if(t.flags & MTF_HARD) t.skillModes |= 0x00000008 | 0x00000010; t.flags &= ~MASK_UNKNOWN_THING_FLAGS; // DOOM format things spawn on the floor by default unless their // type-specific flags override. t.flags |= MTF_Z_FLOOR; #undef MASK_UNKNOWN_THING_FLAGS #undef MTF_FRIENDLY #undef MTF_NOTCOOP #undef MTF_NOTDM #undef MTF_NOTSINGLE #undef MTF_AMBUSH #undef MTF_HARD #undef MTF_MEDIUM #undef MTF_EASY } void MThing64_Read(mthing_t &t, Id1Map & /*map*/, Reader &reader) { /** * DOOM64 Thing flags: */ #define MTF_EASY 0x00000001 ///< Appears in easy skill modes. #define MTF_MEDIUM 0x00000002 ///< Appears in medium skill modes. #define MTF_HARD 0x00000004 ///< Appears in hard skill modes. #define MTF_DEAF 0x00000008 ///< Thing is deaf. #define MTF_NOTSINGLE 0x00000010 ///< Appears in multiplayer game modes only. #define MTF_DONTSPAWNATSTART 0x00000020 ///< Do not spawn this thing at map start. #define MTF_SCRIPT_TOUCH 0x00000040 ///< Mobjs spawned from this spot will envoke a script when touched. #define MTF_SCRIPT_DEATH 0x00000080 ///< Mobjs spawned from this spot will envoke a script on death. #define MTF_SECRET 0x00000100 ///< A secret (bonus) item. #define MTF_NOTARGET 0x00000200 ///< Mobjs spawned from this spot will not target their attacker when hurt. #define MTF_NOTDM 0x00000400 ///< Can not be spawned in the Deathmatch gameMode. #define MTF_NOTCOOP 0x00000800 ///< Can not be spawned in the Co-op gameMode. #define MASK_UNKNOWN_THING_FLAGS (0xffffffff \ ^ (MTF_EASY|MTF_MEDIUM|MTF_HARD|MTF_DEAF|MTF_NOTSINGLE|MTF_DONTSPAWNATSTART|MTF_SCRIPT_TOUCH|MTF_SCRIPT_DEATH|MTF_SECRET|MTF_NOTARGET|MTF_NOTDM|MTF_NOTCOOP)) t.origin[VX] = SHORT( Reader_ReadInt16(&reader) ); t.origin[VY] = SHORT( Reader_ReadInt16(&reader) ); t.origin[VZ] = SHORT( Reader_ReadInt16(&reader) ); t.angle = ANG45 * (SHORT( Reader_ReadInt16(&reader) ) / 45); t.doomEdNum = SHORT( Reader_ReadInt16(&reader) ); t.flags = SHORT( Reader_ReadInt16(&reader) ); t.skillModes = 0; if(t.flags & MTF_EASY) t.skillModes |= 0x00000001; if(t.flags & MTF_MEDIUM) t.skillModes |= 0x00000002; if(t.flags & MTF_HARD) t.skillModes |= 0x00000004 | 0x00000008; t.flags &= ~MASK_UNKNOWN_THING_FLAGS; // DOOM64 format things spawn relative to the floor by default // unless their type-specific flags override. t.flags |= MTF_Z_FLOOR; t.d64TID = SHORT( Reader_ReadInt16(&reader) ); #undef MASK_UNKNOWN_THING_FLAGS #undef MTF_NOTCOOP #undef MTF_NOTDM #undef MTF_NOTARGET #undef MTF_SECRET #undef MTF_SCRIPT_DEATH #undef MTF_SCRIPT_TOUCH #undef MTF_DONTSPAWNATSTART #undef MTF_NOTSINGLE #undef MTF_DEAF #undef MTF_HARD #undef MTF_MEDIUM #undef MTF_EASY } void MThingHx_Read(mthing_t &t, Id1Map & /*map*/, Reader &reader) { /** * Hexen Thing flags: */ #define MTF_EASY 0x00000001 #define MTF_MEDIUM 0x00000002 #define MTF_HARD 0x00000004 #define MTF_AMBUSH 0x00000008 #define MTF_DORMANT 0x00000010 #define MTF_FIGHTER 0x00000020 #define MTF_CLERIC 0x00000040 #define MTF_MAGE 0x00000080 #define MTF_GSINGLE 0x00000100 #define MTF_GCOOP 0x00000200 #define MTF_GDEATHMATCH 0x00000400 // The following are not currently used: #define MTF_SHADOW 0x00000800 ///< (ZDOOM) Thing is 25% translucent. #define MTF_INVISIBLE 0x00001000 ///< (ZDOOM) Makes the thing invisible. #define MTF_FRIENDLY 0x00002000 ///< (ZDOOM) Friendly monster. #define MTF_STILL 0x00004000 ///< (ZDOOM) Thing stands still (only useful for specific Strife monsters or friendlies). #define MASK_UNKNOWN_THING_FLAGS (0xffffffff \ ^ (MTF_EASY|MTF_MEDIUM|MTF_HARD|MTF_AMBUSH|MTF_DORMANT|MTF_FIGHTER|MTF_CLERIC|MTF_MAGE|MTF_GSINGLE|MTF_GCOOP|MTF_GDEATHMATCH|MTF_SHADOW|MTF_INVISIBLE|MTF_FRIENDLY|MTF_STILL)) t.xTID = SHORT( Reader_ReadInt16(&reader) ); t.origin[VX] = SHORT( Reader_ReadInt16(&reader) ); t.origin[VY] = SHORT( Reader_ReadInt16(&reader) ); t.origin[VZ] = SHORT( Reader_ReadInt16(&reader) ); t.angle = SHORT( Reader_ReadInt16(&reader) ); t.doomEdNum = SHORT( Reader_ReadInt16(&reader) ); /** * For some reason, the Hexen format stores polyobject tags in * the angle field in THINGS. Thus, we cannot translate the * angle until we know whether it is a polyobject type or not. */ if(t.doomEdNum != PO_ANCHOR_DOOMEDNUM && t.doomEdNum != PO_SPAWN_DOOMEDNUM && t.doomEdNum != PO_SPAWNCRUSH_DOOMEDNUM) { t.angle = ANG45 * (t.angle / 45); } t.flags = SHORT( Reader_ReadInt16(&reader) ); t.skillModes = 0; if(t.flags & MTF_EASY) t.skillModes |= 0x00000001 | 0x00000002; if(t.flags & MTF_MEDIUM) t.skillModes |= 0x00000004; if(t.flags & MTF_HARD) t.skillModes |= 0x00000008 | 0x00000010; t.flags &= ~MASK_UNKNOWN_THING_FLAGS; /** * Translate flags: */ // Game type logic is inverted. t.flags ^= (MTF_GSINGLE|MTF_GCOOP|MTF_GDEATHMATCH); // HEXEN format things spawn relative to the floor by default // unless their type-specific flags override. t.flags |= MTF_Z_FLOOR; t.xSpecial = Reader_ReadByte(&reader); t.xArgs[0] = Reader_ReadByte(&reader); t.xArgs[1] = Reader_ReadByte(&reader); t.xArgs[2] = Reader_ReadByte(&reader); t.xArgs[3] = Reader_ReadByte(&reader); t.xArgs[4] = Reader_ReadByte(&reader); #undef MASK_UNKNOWN_THING_FLAGS #undef MTF_STILL #undef MTF_FRIENDLY #undef MTF_INVISIBLE #undef MTF_SHADOW #undef MTF_GDEATHMATCH #undef MTF_GCOOP #undef MTF_GSINGLE #undef MTF_MAGE #undef MTF_CLERIC #undef MTF_FIGHTER #undef MTF_DORMANT #undef MTF_AMBUSH #undef MTF_HARD #undef MTF_NORMAL #undef MTF_EASY } void SurfaceTint_Read(surfacetint_t &t, Id1Map & /*map*/, Reader &reader) { t.rgb[0] = Reader_ReadByte(&reader) / 255.f; t.rgb[1] = Reader_ReadByte(&reader) / 255.f; t.rgb[2] = Reader_ReadByte(&reader) / 255.f; t.xx[0] = Reader_ReadByte(&reader); t.xx[1] = Reader_ReadByte(&reader); t.xx[2] = Reader_ReadByte(&reader); } doomsday-1.14.5/doomsday/plugins/wadmapconverter/src/id1map_loadblockmap.cpp0000664000175000017500000001362512350542240026570 0ustar jaakkojaakko/** @file id1map_loadblockmap.cpp id Tech 1 blockmap interpreter. * * @ingroup wadmapconverter * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "wadmapconverter.h" #include using namespace de; /** * Attempt to load the BLOCKMAP data resource. * * If the map is too large (would overflow the size limit of the BLOCKMAP lump * in an id tech 1 format map; therefore truncated), it's of zero-length or we * are forcing a rebuild - we'll have to generate the blockmap data ourselves. */ #if 0 // Needs updating. bool LoadBlockmap(MapLumpInfo* lumpInfo) { #define MAPBLOCKUNITS 128 bool generateBMap = (createBMap == 2); LOG_AS("LoadBlockmap"); LOGDEV_MAP_VERBOSE("Processing BLOCKMAP..."); // Do we have a lump to process? if(lumpInfo->lump == -1 || lumpInfo->length == 0) generateBMap = true; // We'll HAVE to generate it. // Are we generating new blockmap data? if(generateBMap) { // Only announce if the user has choosen to always generate // new data (we will have already announced it if the lump // was missing). if(lumpInfo->lump != -1) { LOG_MAP_MSG("Generating new blockmap data..."); } return true; } // No, the existing data is valid - so load it in. uint startTime; blockmap_t* blockmap; uint x, y, width, height; float v[2]; vec2f_t bounds[2]; long* lineListOffsets, i, n, numBlocks, blockIdx; short* blockmapLump; LOG_MAP_VERBOSE("Converting blockmap..."); startTime = Timer_RealMilliseconds(); blockmapLump = (short*) W_CacheLump(lumpInfo->lump, PU_GAMESTATIC); v[VX] = (float) SHORT(blockmapLump[0]); v[VY] = (float) SHORT(blockmapLump[1]); width = ((SHORT(blockmapLump[2])) & 0xffff); height = ((SHORT(blockmapLump[3])) & 0xffff); numBlocks = (long) width * (long) height; /** * Expand WAD blockmap into a larger one, by treating all * offsets except -1 as unsigned and zero-extending them. * This potentially doubles the size of blockmaps allowed * because DOOM originally considered the offsets as always * signed. */ lineListOffsets = M_Malloc(sizeof(long) * numBlocks); n = 4; for(i = 0; i < numBlocks; ++i) { short t = SHORT(blockmapLump[n++]); lineListOffsets[i] = (t == -1? -1 : (long) t & 0xffff); } /** * Finally, convert the blockmap into our internal representation. * We'll ensure the blockmap is formed correctly as we go. * * @todo We could gracefully handle malformed blockmaps by by cleaning * up and then generating our own. */ V2f_Set(bounds[0], v[VX], v[VY]); v[VX] += (float) (width * MAPBLOCKUNITS); v[VY] += (float) (height * MAPBLOCKUNITS); V2f_Set(bounds[1], v[VX], v[VY]); blockmap = P_BlockmapCreate(bounds[0], bounds[1], width, height); blockIdx = 0; for(y = 0; y < height; ++y) for(x = 0; x < width; ++x) { long offset = lineListOffsets[blockIdx]; long idx; uint count; #if _DEBUG if(SHORT(blockmapLump[offset]) != 0) { throw de::Error("WadMapConverter::loadBlockmap", QString("Offset (%1) for block %2 [%3, %4] does not index the beginning of a line list!") .arg(offset) .arg(blockIdx) .arg(x) .arg(y))); } #endif // Count the number of lines in this block. count = 0; while((idx = SHORT(blockmapLump[offset + 1 + count])) != -1) { count++; } if(count > 0) { linedef_t** lines, **ptr; // A NULL-terminated array of pointers to lines. lines = Z_Malloc((count + 1) * sizeof(linedef_t*), PU_MAPSTATIC, NULL); // Copy pointers to the array, delete the nodes. ptr = lines; count = 0; while((idx = SHORT(blockmapLump[offset + 1 + count])) != -1) { #if _DEBUG if(idx < 0 || idx >= (long) map->numLines) { throw de::Error("WadMapConverter::loadBlockmap", QString("Invalid linedef index #%1.").arg(idx))); } #endif *ptr++ = &map->lines[idx]; count++; } // Terminate. *ptr = NULL; // Link it into the BlockMap. P_BlockmapSetBlock(blockmap, x, y, lines, NULL); } blockIdx++; } // Don't need this anymore. M_Free(lineListOffsets); map->blockMap = blockmap; // How much time did we spend? LOGDEV_MAP_VERBOSE("Completed in %.2f seconds") << ((Timer_RealMilliseconds() - startTime) / 1000.0f); return true; #undef MAPBLOCKUNITS } #endif doomsday-1.14.5/doomsday/plugins/wadmapconverter/src/id1map.cpp0000664000175000017500000006540712350542240024065 0ustar jaakkojaakko/** @file id1map.cpp id Tech 1 map format reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "wadmapconverter.h" #include "id1map_datatypes.h" #include "id1map_load.h" #include "id1map_util.h" #include #include #include #include #include #include #include using namespace de; static reader_s *bufferLump(lumpnum_t lumpNum); static void clearReadBuffer(); static uint validCount = 0; // Used for Polyobj LineDef collection. DENG2_PIMPL(Id1Map) { Format format; QVector vertCoords; ///< Array of vertex coords [v0:X, vo:Y, v1:X, v1:Y, ..] Lines lines; Sides sides; Sectors sectors; Things things; SurfaceTints surfaceTints; Polyobjs polyobjs; StringPool materials; ///< Material dictionary. Instance(Public *i) : Base(i) , format(UnknownFormat) {} inline int vertexCount() const { return vertCoords.count() / 2; } inline String const &findMaterialInDictionary(MaterialId id) const { return materials.stringRef(id); } /// @todo fixme: A real performance killer... AutoStr *composeMaterialRef(MaterialId id) { AutoStr *ref = AutoStr_NewStd(); String const &material = findMaterialInDictionary(id); QByteArray materialUtf8 = material.toUtf8(); Str_Set(ref, materialUtf8.constData()); return ref; } bool loadVertexes(reader_s &reader, int numElements) { LOGDEV_MAP_XVERBOSE("Processing vertexes..."); for(int n = 0; n < numElements; ++n) { switch(format) { default: case DoomFormat: vertCoords[n * 2] = coord_t( SHORT(Reader_ReadInt16(&reader)) ); vertCoords[n * 2 + 1] = coord_t( SHORT(Reader_ReadInt16(&reader)) ); break; case Doom64Format: vertCoords[n * 2] = coord_t( FIX2FLT(LONG(Reader_ReadInt32(&reader))) ); vertCoords[n * 2 + 1] = coord_t( FIX2FLT(LONG(Reader_ReadInt32(&reader))) ); break; } } return true; } bool loadLineDefs(reader_s &reader, int numElements) { LOGDEV_MAP_XVERBOSE("Processing line definitions..."); if(numElements) { lines.reserve(lines.size() + numElements); for(int n = 0; n < numElements; ++n) { lines.push_back(mline_t()); mline_t &line = lines.back(); line.index = n; switch(format) { default: case DoomFormat: MLine_Read(line, self, reader); break; case Doom64Format: MLine64_Read(line, self, reader); break; case HexenFormat: MLineHx_Read(line, self, reader); break; } } } return true; } bool loadSideDefs(reader_s &reader, int numElements) { LOGDEV_MAP_XVERBOSE("Processing side definitions..."); if(numElements) { sides.reserve(sides.size() + numElements); for(int n = 0; n < numElements; ++n) { sides.push_back(mside_t()); mside_t &side = sides.back(); side.index = n; switch(format) { default: case DoomFormat: MSide_Read(side, self, reader); break; case Doom64Format: MSide64_Read(side, self, reader); break; } } } return true; } bool loadSectors(reader_s &reader, int numElements) { LOGDEV_MAP_XVERBOSE("Processing sectors..."); if(numElements) { sectors.reserve(sectors.size() + numElements); for(int n = 0; n < numElements; ++n) { sectors.push_back(msector_t()); msector_t §or = sectors.back(); sector.index = n; switch(format) { default: MSector_Read(sector, self, reader); break; case Doom64Format: MSector64_Read(sector, self, reader); break; } } } return true; } bool loadThings(reader_s &reader, int numElements) { LOGDEV_MAP_XVERBOSE("Processing things..."); if(numElements) { things.reserve(things.size() + numElements); for(int n = 0; n < numElements; ++n) { things.push_back(mthing_t()); mthing_t &thing = things.back(); thing.index = n; switch(format) { default: case DoomFormat: MThing_Read(thing, self, reader); break; case Doom64Format: MThing64_Read(thing, self, reader); break; case HexenFormat: MThingHx_Read(thing, self, reader); break; } } } return true; } bool loadSurfaceTints(reader_s &reader, int numElements) { LOGDEV_MAP_XVERBOSE("Processing surface tints..."); if(numElements) { surfaceTints.reserve(surfaceTints.size() + numElements); for(int n = 0; n < numElements; ++n) { surfaceTints.push_back(surfacetint_t()); surfacetint_t &tint = surfaceTints.back(); tint.index = n; SurfaceTint_Read(tint, self, reader); } } return true; } /** * Create a temporary polyobj. */ mpolyobj_t *createPolyobj(mpolyobj_t::LineIndices const &lineIndices, int tag, int sequenceType, int16_t anchorX, int16_t anchorY) { // Allocate the new polyobj. polyobjs.push_back(mpolyobj_t()); mpolyobj_t *po = &polyobjs.back(); po->index = polyobjs.size()-1; po->tag = tag; po->seqType = sequenceType; po->anchor[VX] = anchorX; po->anchor[VY] = anchorY; po->lineIndices = lineIndices; // A copy is made. foreach(int lineIdx, po->lineIndices) { mline_t *line = &lines[lineIdx]; // This line now belongs to a polyobj. line->aFlags |= LAF_POLYOBJ; /* * Due a logic error in hexen.exe, when the column drawer is presented * with polyobj segs built from two-sided linedefs; clipping is always * calculated using the pegging logic for single-sided linedefs. * * Here we emulate this behavior by automatically applying bottom unpegging * for two-sided linedefs. */ if(line->sides[LEFT] >= 0) line->ddFlags |= DDLF_DONTPEGBOTTOM; } return po; } /** * Find all linedefs marked as belonging to a polyobject with the given tag * and attempt to create a polyobject from them. * * @param tag Line tag of linedefs to search for. * * @return @c true = successfully created polyobj. */ bool findAndCreatePolyobj(int16_t tag, int16_t anchorX, int16_t anchorY) { mpolyobj_t::LineIndices polyLines; // First look for a PO_LINE_START linedef set with this tag. DENG2_FOR_EACH(Lines, i, lines) { // Already belongs to another polyobj? if(i->aFlags & LAF_POLYOBJ) continue; if(!(i->xType == PO_LINE_START && i->xArgs[0] == tag)) continue; collectPolyobjLines(polyLines, i); if(!polyLines.isEmpty()) { int8_t sequenceType = i->xArgs[2]; if(sequenceType >= SEQTYPE_NUMSEQ) sequenceType = 0; createPolyobj(polyLines, tag, sequenceType, anchorX, anchorY); return true; } return false; } // Perhaps a PO_LINE_EXPLICIT linedef set with this tag? for(int n = 0; ; ++n) { bool foundAnotherLine = false; DENG2_FOR_EACH(Lines, i, lines) { // Already belongs to another polyobj? if(i->aFlags & LAF_POLYOBJ) continue; if(i->xType == PO_LINE_EXPLICIT && i->xArgs[0] == tag) { if(i->xArgs[1] <= 0) { LOG_MAP_WARNING("Linedef missing (probably #%d) in explicit polyobj (tag:%d)") << n + 1 << tag; return false; } if(i->xArgs[1] == n + 1) { // Add this line to the list. polyLines.append( i - lines.begin() ); foundAnotherLine = true; // Clear any special. i->xType = 0; i->xArgs[0] = 0; } } } if(foundAnotherLine) { // Check if an explicit line order has been skipped. // A line has been skipped if there are any more explicit lines with // the current tag value. DENG2_FOR_EACH(Lines, i, lines) { if(i->xType == PO_LINE_EXPLICIT && i->xArgs[0] == tag) { LOG_MAP_WARNING("Linedef missing (#%d) in explicit polyobj (tag:%d)") << n << tag; return false; } } } else { // All lines have now been found. break; } } if(polyLines.isEmpty()) { LOG_MAP_WARNING("Failed to locate a single line for polyobj (tag:%d)") << tag; return false; } mline_t *line = &lines[ polyLines.first() ]; int8_t const sequenceType = line->xArgs[3]; // Setup the mirror if it exists. line->xArgs[1] = line->xArgs[2]; createPolyobj(polyLines, tag, sequenceType, anchorX, anchorY); return true; } void analyze() { Time begunAt; if(format == HexenFormat) { LOGDEV_MAP_XVERBOSE("Locating polyobjs..."); DENG2_FOR_EACH(Things, i, things) { // A polyobj anchor? if(i->doomEdNum == PO_ANCHOR_DOOMEDNUM) { int const tag = i->angle; findAndCreatePolyobj(tag, i->origin[VX], i->origin[VY]); } } } LOGDEV_MAP_MSG("Analyses completed in %.2f seconds") << begunAt.since(); } void transferVertexes() { LOGDEV_MAP_XVERBOSE("Transfering vertexes..."); int const numVertexes = vertexCount(); int *indices = new int[numVertexes]; for(int i = 0; i < numVertexes; ++i) { indices[i] = i; } MPE_VertexCreatev(numVertexes, vertCoords.constData(), indices, 0); delete[] indices; } void transferSectors() { LOGDEV_MAP_XVERBOSE("Transfering sectors..."); DENG2_FOR_EACH(Sectors, i, sectors) { int idx = MPE_SectorCreate(float(i->lightLevel) / 255.0f, 1, 1, 1, i->index); MPE_PlaneCreate(idx, i->floorHeight, composeMaterialRef(i->floorMaterial), 0, 0, 1, 1, 1, 1, 0, 0, 1, -1); MPE_PlaneCreate(idx, i->ceilHeight, composeMaterialRef(i->ceilMaterial), 0, 0, 1, 1, 1, 1, 0, 0, -1, -1); MPE_GameObjProperty("XSector", idx, "Tag", DDVT_SHORT, &i->tag); MPE_GameObjProperty("XSector", idx, "Type", DDVT_SHORT, &i->type); if(format == Doom64Format) { MPE_GameObjProperty("XSector", idx, "Flags", DDVT_SHORT, &i->d64flags); MPE_GameObjProperty("XSector", idx, "CeilingColor", DDVT_SHORT, &i->d64ceilingColor); MPE_GameObjProperty("XSector", idx, "FloorColor", DDVT_SHORT, &i->d64floorColor); MPE_GameObjProperty("XSector", idx, "UnknownColor", DDVT_SHORT, &i->d64unknownColor); MPE_GameObjProperty("XSector", idx, "WallTopColor", DDVT_SHORT, &i->d64wallTopColor); MPE_GameObjProperty("XSector", idx, "WallBottomColor", DDVT_SHORT, &i->d64wallBottomColor); } } } void transferLinesAndSides() { LOGDEV_MAP_XVERBOSE("Transfering lines and sides..."); DENG2_FOR_EACH(Lines, i, lines) { mside_t *front = ((i)->sides[RIGHT] >= 0? &sides[(i)->sides[RIGHT]] : 0); mside_t *back = ((i)->sides[LEFT] >= 0? &sides[(i)->sides[LEFT]] : 0); int sideFlags = (format == Doom64Format? SDF_MIDDLE_STRETCH : 0); // Interpret the lack of a ML_TWOSIDED line flag to mean the // suppression of the side relative back sector. if(!(i->flags & 0x4 /*ML_TWOSIDED*/) && front && back) sideFlags |= SDF_SUPPRESS_BACK_SECTOR; int lineIdx = MPE_LineCreate(i->v[0], i->v[1], front? front->sector : -1, back? back->sector : -1, i->ddFlags, i->index); if(front) { MPE_LineAddSide(lineIdx, RIGHT, sideFlags, composeMaterialRef(front->topMaterial), front->offset[VX], front->offset[VY], 1, 1, 1, composeMaterialRef(front->middleMaterial), front->offset[VX], front->offset[VY], 1, 1, 1, 1, composeMaterialRef(front->bottomMaterial), front->offset[VX], front->offset[VY], 1, 1, 1, front->index); } if(back) { MPE_LineAddSide(lineIdx, LEFT, sideFlags, composeMaterialRef(back->topMaterial), back->offset[VX], back->offset[VY], 1, 1, 1, composeMaterialRef(back->middleMaterial), back->offset[VX], back->offset[VY], 1, 1, 1, 1, composeMaterialRef(back->bottomMaterial), back->offset[VX], back->offset[VY], 1, 1, 1, back->index); } MPE_GameObjProperty("XLinedef", lineIdx, "Flags", DDVT_SHORT, &i->flags); switch(format) { default: case DoomFormat: MPE_GameObjProperty("XLinedef", lineIdx, "Type", DDVT_SHORT, &i->dType); MPE_GameObjProperty("XLinedef", lineIdx, "Tag", DDVT_SHORT, &i->dTag); break; case Doom64Format: MPE_GameObjProperty("XLinedef", lineIdx, "DrawFlags", DDVT_BYTE, &i->d64drawFlags); MPE_GameObjProperty("XLinedef", lineIdx, "TexFlags", DDVT_BYTE, &i->d64texFlags); MPE_GameObjProperty("XLinedef", lineIdx, "Type", DDVT_BYTE, &i->d64type); MPE_GameObjProperty("XLinedef", lineIdx, "UseType", DDVT_BYTE, &i->d64useType); MPE_GameObjProperty("XLinedef", lineIdx, "Tag", DDVT_SHORT, &i->d64tag); break; case HexenFormat: MPE_GameObjProperty("XLinedef", lineIdx, "Type", DDVT_BYTE, &i->xType); MPE_GameObjProperty("XLinedef", lineIdx, "Arg0", DDVT_BYTE, &i->xArgs[0]); MPE_GameObjProperty("XLinedef", lineIdx, "Arg1", DDVT_BYTE, &i->xArgs[1]); MPE_GameObjProperty("XLinedef", lineIdx, "Arg2", DDVT_BYTE, &i->xArgs[2]); MPE_GameObjProperty("XLinedef", lineIdx, "Arg3", DDVT_BYTE, &i->xArgs[3]); MPE_GameObjProperty("XLinedef", lineIdx, "Arg4", DDVT_BYTE, &i->xArgs[4]); break; } } } void transferSurfaceTints() { if(surfaceTints.empty()) return; LOGDEV_MAP_XVERBOSE("Transfering surface tints..."); DENG2_FOR_EACH(SurfaceTints, i, surfaceTints) { int idx = i - surfaceTints.begin(); MPE_GameObjProperty("Light", idx, "ColorR", DDVT_FLOAT, &i->rgb[0]); MPE_GameObjProperty("Light", idx, "ColorG", DDVT_FLOAT, &i->rgb[1]); MPE_GameObjProperty("Light", idx, "ColorB", DDVT_FLOAT, &i->rgb[2]); MPE_GameObjProperty("Light", idx, "XX0", DDVT_BYTE, &i->xx[0]); MPE_GameObjProperty("Light", idx, "XX1", DDVT_BYTE, &i->xx[1]); MPE_GameObjProperty("Light", idx, "XX2", DDVT_BYTE, &i->xx[2]); } } void transferPolyobjs() { if(polyobjs.empty()) return; LOGDEV_MAP_XVERBOSE("Transfering polyobjs..."); DENG2_FOR_EACH(Polyobjs, i, polyobjs) { MPE_PolyobjCreate(i->lineIndices.constData(), i->lineIndices.count(), i->tag, i->seqType, coord_t(i->anchor[VX]), coord_t(i->anchor[VY]), i->index); } } void transferThings() { if(things.empty()) return; LOGDEV_MAP_XVERBOSE("Transfering things..."); DENG2_FOR_EACH(Things, i, things) { int idx = i - things.begin(); MPE_GameObjProperty("Thing", idx, "X", DDVT_SHORT, &i->origin[VX]); MPE_GameObjProperty("Thing", idx, "Y", DDVT_SHORT, &i->origin[VY]); MPE_GameObjProperty("Thing", idx, "Z", DDVT_SHORT, &i->origin[VZ]); MPE_GameObjProperty("Thing", idx, "Angle", DDVT_ANGLE, &i->angle); MPE_GameObjProperty("Thing", idx, "DoomEdNum", DDVT_SHORT, &i->doomEdNum); MPE_GameObjProperty("Thing", idx, "SkillModes", DDVT_INT, &i->skillModes); MPE_GameObjProperty("Thing", idx, "Flags", DDVT_INT, &i->flags); if(format == Doom64Format) { MPE_GameObjProperty("Thing", idx, "ID", DDVT_SHORT, &i->d64TID); } else if(format == HexenFormat) { MPE_GameObjProperty("Thing", idx, "Special", DDVT_BYTE, &i->xSpecial); MPE_GameObjProperty("Thing", idx, "ID", DDVT_SHORT, &i->xTID); MPE_GameObjProperty("Thing", idx, "Arg0", DDVT_BYTE, &i->xArgs[0]); MPE_GameObjProperty("Thing", idx, "Arg1", DDVT_BYTE, &i->xArgs[1]); MPE_GameObjProperty("Thing", idx, "Arg2", DDVT_BYTE, &i->xArgs[2]); MPE_GameObjProperty("Thing", idx, "Arg3", DDVT_BYTE, &i->xArgs[3]); MPE_GameObjProperty("Thing", idx, "Arg4", DDVT_BYTE, &i->xArgs[4]); } } } /** * @param lineList @c NULL, will cause IterFindPolyLines to count the number * of lines in the polyobj. */ void collectPolyobjLinesWorker(mpolyobj_t::LineIndices &lineList, coord_t x, coord_t y) { DENG2_FOR_EACH(Lines, i, lines) { // Already belongs to another polyobj? if(i->aFlags & LAF_POLYOBJ) continue; // Have we already encounterd this? if(i->validCount == validCount) continue; coord_t v1[2] = { vertCoords[i->v[0] * 2], vertCoords[i->v[0] * 2 + 1] }; coord_t v2[2] = { vertCoords[i->v[1] * 2], vertCoords[i->v[1] * 2 + 1] }; if(de::fequal(v1[VX], x) && de::fequal(v1[VY], y)) { i->validCount = validCount; lineList.append( i - lines.begin() ); collectPolyobjLinesWorker(lineList, v2[VX], v2[VY]); } } } /** * @todo This terribly inefficent (naive) algorithm may need replacing * (it is far outside an acceptable polynomial range!). */ void collectPolyobjLines(mpolyobj_t::LineIndices &lineList, Lines::iterator lineIt) { mline_t &line = *lineIt; line.xType = 0; line.xArgs[0] = 0; coord_t v2[2] = { vertCoords[line.v[1] * 2], vertCoords[line.v[1] * 2 + 1] }; validCount++; // Insert the first line. lineList.append(lineIt - lines.begin()); line.validCount = validCount; collectPolyobjLinesWorker(lineList, v2[VX], v2[VY]); } }; Id1Map::Id1Map(Format format) : d(new Instance(this)) { d->format = format; } Id1Map::Format Id1Map::format() const { return d->format; } String const &Id1Map::formatName(Format id) //static { static String const names[1 + MapFormatCount] = { /* MF_UNKNOWN */ "Unknown", /* MF_DOOM */ "id Tech 1 (Doom)", /* MF_HEXEN */ "id Tech 1 (Hexen)", /* MF_DOOM64 */ "id Tech 1 (Doom64)" }; if(id >= DoomFormat && id < MapFormatCount) { return names[1 + id]; } return names[0]; } Id1Map::MaterialId Id1Map::toMaterialId(String name, MaterialGroup group) { // In original DOOM, texture name references beginning with the // hypen '-' character are always treated as meaning "no reference" // or "invalid texture" and surfaces using them were not drawn. if(group != PlaneMaterials && name[0] == '-') { return 0; // Not a valid id. } // Prepare the encoded URI for insertion into the dictionary. // Material paths must be encoded. AutoStr *path = Str_PercentEncode(AutoStr_FromText(name.toUtf8().constData())); Uri *uri = Uri_NewWithPath2(Str_Text(path), RC_NULL); Uri_SetScheme(uri, group == PlaneMaterials? "Flats" : "Textures"); AutoStr *uriCString = Uri_Compose(uri); Uri_Delete(uri); // Intern this material URI in the dictionary. return d->materials.intern(String(Str_Text(uriCString))); } Id1Map::MaterialId Id1Map::toMaterialId(int uniqueId, MaterialGroup group) { // Prepare the encoded URI for insertion into the dictionary. AutoStr *uriCString; Uri *textureUrn = Uri_NewWithPath2(Str_Text(Str_Appendf(AutoStr_NewStd(), "urn:%s:%i", group == PlaneMaterials? "Flats" : "Textures", uniqueId)), RC_NULL); Uri *uri = Materials_ComposeUri(P_ToIndex(DD_MaterialForTextureUri(textureUrn))); uriCString = Uri_Compose(uri); Uri_Delete(uri); Uri_Delete(textureUrn); // Intern this material URI in the dictionary. return d->materials.intern(String(Str_Text(uriCString))); } void Id1Map::load(QMap const &lumps) { typedef QMap DataLumps; // Allocate the vertices first as a large contiguous array suitable for // passing directly to Doomsday's MapEdit interface. uint vertexCount = W_LumpLength(lumps.find(ML_VERTEXES).value()) / ElementSizeForMapLumpType(d->format, ML_VERTEXES); d->vertCoords.resize(vertexCount * 2); DENG2_FOR_EACH_CONST(DataLumps, i, lumps) { MapLumpType type = i.key(); lumpnum_t lumpNum = i.value(); size_t lumpLength = W_LumpLength(lumpNum); if(!lumpLength) continue; size_t elemSize = ElementSizeForMapLumpType(d->format, type); if(!elemSize) continue; // Process this data lump. uint elemCount = lumpLength / elemSize; reader_s *reader = bufferLump(lumpNum); switch(type) { default: break; case ML_VERTEXES: d->loadVertexes(*reader, elemCount); break; case ML_LINEDEFS: d->loadLineDefs(*reader, elemCount); break; case ML_SIDEDEFS: d->loadSideDefs(*reader, elemCount); break; case ML_SECTORS: d->loadSectors(*reader, elemCount); break; case ML_THINGS: d->loadThings(*reader, elemCount); break; case ML_LIGHTS: d->loadSurfaceTints(*reader, elemCount); break; } Reader_Delete(reader); } // We're done with the read buffer. clearReadBuffer(); // Perform post load analyses. d->analyze(); } void Id1Map::transfer(uri_s const &uri) { LOG_AS("Id1Map"); Time begunAt; MPE_Begin(&uri); d->transferVertexes(); d->transferSectors(); d->transferLinesAndSides(); d->transferSurfaceTints(); d->transferPolyobjs(); d->transferThings(); MPE_End(); LOGDEV_MAP_VERBOSE("Transfer completed in %.2f seconds") << begunAt.since(); } static uint8_t *readPtr; static uint8_t *readBuffer; static size_t readBufferSize; static char readInt8(reader_s *r) { if(!r) return 0; char value = *((int8_t const *) (readPtr)); readPtr += 1; return value; } static short readInt16(reader_s *r) { if(!r) return 0; short value = *((int16_t const *) (readPtr)); readPtr += 2; return value; } static int readInt32(reader_s *r) { if(!r) return 0; int value = *((int32_t const *) (readPtr)); readPtr += 4; return value; } static float readFloat(reader_s *r) { DENG2_ASSERT(sizeof(float) == 4); if(!r) return 0; int32_t val = *((int32_t const *) (readPtr)); float returnValue = 0; std::memcpy(&returnValue, &val, 4); return returnValue; } static void readData(reader_s *r, char *data, int len) { if(!r) return; std::memcpy(data, readPtr, len); readPtr += len; } /// @todo It should not be necessary to buffer the lump data here. static reader_s *bufferLump(lumpnum_t lumpNum) { // Need to enlarge our read buffer? size_t lumpLength = W_LumpLength(lumpNum); if(lumpLength > readBufferSize) { readBuffer = (uint8_t *)M_Realloc(readBuffer, lumpLength); readBufferSize = lumpLength; } // Buffer the entire lump. W_ReadLump(lumpNum, readBuffer); // Create the reader. readPtr = readBuffer; return Reader_NewWithCallbacks(readInt8, readInt16, readInt32, readFloat, readData); } static void clearReadBuffer() { if(!readBuffer) return; M_Free(readBuffer); readBuffer = 0; readBufferSize = 0; } doomsday-1.14.5/doomsday/plugins/wadmapconverter/src/id1map_util.cpp0000664000175000017500000000473612350542240025120 0ustar jaakkojaakko/** @file id1map_util.cpp Miscellaneous map converter utility routines. * * @ingroup wadmapconverter * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "id1map_util.h" #include using namespace de; MapLumpType MapLumpTypeForName(String name) { static const struct LumpTypeInfo { String name; MapLumpType type; } lumpTypeInfo[] = { { "THINGS", ML_THINGS }, { "LINEDEFS", ML_LINEDEFS }, { "SIDEDEFS", ML_SIDEDEFS }, { "VERTEXES", ML_VERTEXES }, { "SEGS", ML_SEGS }, { "SSECTORS", ML_SSECTORS }, { "NODES", ML_NODES }, { "SECTORS", ML_SECTORS }, { "REJECT", ML_REJECT }, { "BLOCKMAP", ML_BLOCKMAP }, { "BEHAVIOR", ML_BEHAVIOR }, { "SCRIPTS", ML_SCRIPTS }, { "LIGHTS", ML_LIGHTS }, { "MACROS", ML_MACROS }, { "LEAFS", ML_LEAFS }, { "GL_VERT", ML_GLVERT }, { "GL_SEGS", ML_GLSEGS }, { "GL_SSECT", ML_GLSSECT }, { "GL_NODES", ML_GLNODES }, { "GL_PVS", ML_GLPVS}, { "", ML_INVALID } }; // Ignore the file extension if present. name = name.fileNameWithoutExtension(); if(!name.isEmpty()) { for(int i = 0; !lumpTypeInfo[i].name.isEmpty(); ++i) { LumpTypeInfo const &info = lumpTypeInfo[i]; if(!info.name.compareWithoutCase(name) && info.name.length() == name.length()) { return info.type; } } } return ML_INVALID; } doomsday-1.14.5/doomsday/plugins/wadmapconverter/include/0000775000175000017500000000000012350542240023026 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/wadmapconverter/include/id1map_datatypes.h0000664000175000017500000001054412350542240026434 0ustar jaakkojaakko/** @file id1map_datatypes.h id Tech 1 map data types. * * @ingroup wadmapconverter * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef WADMAPCONVERTER_ID1MAP_DATATYPES_H #define WADMAPCONVERTER_ID1MAP_DATATYPES_H #include "doomsday.h" #include "dd_types.h" #include "id1map.h" #include /// Sizes of the map data structures in the arrived map formats (in bytes). #define SIZEOF_64VERTEX (4 * 2) #define SIZEOF_VERTEX (2 * 2) #define SIZEOF_64THING (2 * 7) #define SIZEOF_XTHING (2 * 7 + 1 * 6) #define SIZEOF_THING (2 * 5) #define SIZEOF_XLINEDEF (2 * 5 + 1 * 6) #define SIZEOF_64LINEDEF (2 * 6 + 1 * 4) #define SIZEOF_LINEDEF (2 * 7) #define SIZEOF_64SIDEDEF (2 * 6) #define SIZEOF_SIDEDEF (2 * 3 + 8 * 3) #define SIZEOF_64SECTOR (2 * 12) #define SIZEOF_SECTOR (2 * 5 + 8 * 2) #define SIZEOF_LIGHT (1 * 6) struct mside_t { int index; int16_t offset[2]; Id1Map::MaterialId topMaterial; Id1Map::MaterialId bottomMaterial; Id1Map::MaterialId middleMaterial; int sector; }; /// Line sides. #define RIGHT 0 #define LEFT 1 /** * @defgroup lineAnalysisFlags Line Analysis flags */ ///@{ #define LAF_POLYOBJ 0x1 ///< Line defines a polyobj segment. ///@} #define PO_LINE_START (1) ///< Polyobj line start special. #define PO_LINE_EXPLICIT (5) #define SEQTYPE_NUMSEQ (10) struct mline_t { int index; int v[2]; int sides[2]; int16_t flags; ///< MF_* flags. // Analysis data: int16_t aFlags; // DOOM format members: int16_t dType; int16_t dTag; // Hexen format members: int8_t xType; int8_t xArgs[5]; // DOOM64 format members: int8_t d64drawFlags; int8_t d64texFlags; int8_t d64type; int8_t d64useType; int16_t d64tag; int ddFlags; uint validCount; ///< Used for polyobj line collection. }; struct msector_t { int index; int16_t floorHeight; int16_t ceilHeight; int16_t lightLevel; int16_t type; int16_t tag; Id1Map::MaterialId floorMaterial; Id1Map::MaterialId ceilMaterial; // DOOM64 format members: int16_t d64flags; uint16_t d64floorColor; uint16_t d64ceilingColor; uint16_t d64unknownColor; uint16_t d64wallTopColor; uint16_t d64wallBottomColor; }; // Thing DoomEdNums for polyobj anchors/spawn spots. #define PO_ANCHOR_DOOMEDNUM (3000) #define PO_SPAWN_DOOMEDNUM (3001) #define PO_SPAWNCRUSH_DOOMEDNUM (3002) struct mthing_t { int index; int16_t origin[3]; angle_t angle; int16_t doomEdNum; int32_t flags; int32_t skillModes; // Hexen format members: int16_t xTID; int8_t xSpecial; int8_t xArgs[5]; // DOOM64 format members: int16_t d64TID; }; struct mpolyobj_t { typedef QVector LineIndices; int index; LineIndices lineIndices; int tag; int seqType; int16_t anchor[2]; }; struct surfacetint_t { int index; float rgb[3]; int8_t xx[3]; }; #endif // WADMAPCONVERTER_ID1MAP_DATATYPES_H doomsday-1.14.5/doomsday/plugins/wadmapconverter/include/id1map.h0000664000175000017500000000611412350542240024354 0ustar jaakkojaakko/** @file id1map.h id Tech 1 map format reader/interpreter. * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef WADMAPCONVERTER_ID1MAP_H #define WADMAPCONVERTER_ID1MAP_H #include "id1map_util.h" #include "dd_types.h" #include #include #include #include #include #include struct mline_t; struct mpolyobj_t; struct msector_t; struct mside_t; struct mthing_t; struct surfacetint_t; /** * @ingroup wadmapconverter */ class Id1Map { public: /// Base class for load-related errors. @ingroup errors DENG2_ERROR(LoadError); /// Logical map format identifiers. enum Format { UnknownFormat = -1, DoomFormat, HexenFormat, Doom64Format, MapFormatCount }; typedef std::vector Lines; typedef std::vector Sides; typedef std::vector Sectors; typedef std::vector Things; typedef std::vector SurfaceTints; typedef std::list Polyobjs; /// Material group identifiers. enum MaterialGroup { PlaneMaterials, WallMaterials }; typedef de::StringPool::Id MaterialId; public: /** * Construct a new Id1Map of the specified @a format. */ Id1Map(Format format); /** * Returns the unique format identifier for the map. */ Format format() const; /** * Returns the textual name for the identified map format @a id. */ static de::String const &formatName(Format id); /** * Attempt to load a new map data set from the identified @a lumps. * * @param lumps Map of lumps for each data type to be processed. */ void load(QMap const &lumps); /** * Transfer the map to Doomsday (i.e., rebuild in native map format via the * public MapEdit API). */ void transfer(Uri const &uri); /** * Convert a textual material @a name to an internal material dictionary id. */ MaterialId toMaterialId(de::String name, MaterialGroup group); /** * Convert a Doom64 style unique material @a number to an internal dictionary id. */ MaterialId toMaterialId(int number, MaterialGroup group); private: DENG2_PRIVATE(d) }; #endif // WADMAPCONVERTER_ID1MAP_H doomsday-1.14.5/doomsday/plugins/wadmapconverter/include/id1map_load.h0000664000175000017500000000617012350542240025355 0ustar jaakkojaakko/** @file id1map_load.h id Tech 1 map format reader. * * @ingroup wadmapconverter * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef WADMAPCONVERTER_ID1MAP_LOAD_H #define WADMAPCONVERTER_ID1MAP_LOAD_H #include "id1map.h" /** * Determine the size (in bytes) of an element of the specified map data * lump @a type for the current map format. * * @param mapFormat Map format identifier. * @param type Map lump data type. * @return Size of an element of the specified type. */ size_t ElementSizeForMapLumpType(Id1Map::Format mapFormat, MapLumpType type); /** * Read a line definition from the archived map. * * @param line Line definition to be populated. * @param reader Reader instance. */ void MLine_Read(mline_t &line, Id1Map &map, Reader &reader); /// Doom64 format variant of @ref MLine_Read() void MLine64_Read(mline_t &line, Id1Map &map, Reader &reader); /// Hexen format variant of @ref MLine_Read() void MLineHx_Read(mline_t &line, Id1Map &map, Reader &reader); /** * Read a side definition from the archived map. * * @param side Side definition to be populated. * @param reader Reader instance. */ void MSide_Read(mside_t &side, Id1Map &map, Reader &reader); /// Doom64 format variant of @ref MSide_Read() void MSide64_Read(mside_t &side, Id1Map &map, Reader &reader); /** * Read a sector definition from the archived map. * * @param sector Sector definition to be populated. * @param reader Reader instance. */ void MSector_Read(msector_t §or, Id1Map &map, Reader &reader); /// Doom64 format variant of @ref MSector_Read() void MSector64_Read(msector_t §or, Id1Map &map, Reader &reader); /** * Read a thing definition from the archived map. * * @param thing Thing definition to be populated. * @param reader Reader instance. */ void MThing_Read(mthing_t &thing, Id1Map &map, Reader &reader); /// Doom64 format variant of @ref MThing_Read() void MThing64_Read(mthing_t &thing, Id1Map &map, Reader &reader); /// Hexen format variant of @ref MThing_Read() void MThingHx_Read(mthing_t &thing, Id1Map &map, Reader &reader); /** * Read a surface tint definition from the archived map. * * @param tint Surface tint definition to be populated. * @param reader Reader instance. */ void SurfaceTint_Read(surfacetint_t &tint, Id1Map &map, Reader &reader); #endif // WADMAPCONVERTER_ID1MAP_LOAD_H doomsday-1.14.5/doomsday/plugins/wadmapconverter/include/version.h0000664000175000017500000000347612350542240024676 0ustar jaakkojaakko/** @file version.h Version information for the WadMapConverter plugin. * * @ingroup wadmapconverter * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef WADMAPCONVERTER_VERSION_H #define WADMAPCONVERTER_VERSION_H #ifndef WADMAPCONVERTER_VER_ID # ifdef _DEBUG # define WADMAPCONVERTER_VER_ID "+D Doomsday" # else # define WADMAPCONVERTER_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dpwadmapconverter" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "WAD Map Converter" #define PLUGIN_DETAILS "Doomsday plugin for loading id tech 1 format maps." #define PLUGIN_VERSION_TEXT "1.1.1" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" WADMAPCONVERTER_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,1,1,0 // For WIN32 version info. #endif // WADMAPCONVERTER_VERSION_H doomsday-1.14.5/doomsday/plugins/wadmapconverter/include/id1map_util.h0000664000175000017500000000542112350542240025411 0ustar jaakkojaakko/** @file id1map_util.h Miscellaneous map converter utility routines. * * @ingroup wadmapconverter * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef WADMAPCONVERTER_ID1MAP_UTIL #define WADMAPCONVERTER_ID1MAP_UTIL #include /** * Logical map data lump identifier (unique). */ enum MapLumpType { ML_INVALID = -1, FIRST_MAPLUMP_TYPE = 0, ML_THINGS = FIRST_MAPLUMP_TYPE, ///< Monsters, items.. ML_LINEDEFS, ///< Line definitions. ML_SIDEDEFS, ///< Side definitions. ML_VERTEXES, ///< Vertices. ML_SEGS, ///< BSP subsector segments. ML_SSECTORS, ///< BSP subsectors (open). ML_NODES, ///< BSP nodes. ML_SECTORS, ///< Sectors. ML_REJECT, ///< LUT, sector-sector visibility ML_BLOCKMAP, ///< LUT, motion clipping, walls/grid element. ML_BEHAVIOR, ///< ACS Scripts (compiled). ML_SCRIPTS, ///< ACS Scripts (source). ML_LIGHTS, ///< Surface color tints. ML_MACROS, ///< DOOM64 format, macro scripts. ML_LEAFS, ///< DOOM64 format, segs (closed subsectors). ML_GLVERT, ///< GL vertexes. ML_GLSEGS, ///< GL segs. ML_GLSSECT, ///< GL subsectors. ML_GLNODES, ///< GL nodes. ML_GLPVS, ///< GL PVS dataset. NUM_MAPLUMP_TYPES }; /** * Helper macro for determining whether a value can be interpreted as a logical * map lump type identifier (see MapLumpType). */ #define VALID_MAPLUMPTYPE(v) ((v) >= FIRST_MAPLUMP_TYPE && (v) < NUM_MAPLUMP_TYPES) /** * Determine type of a named map data lump. * @param name Name of the data lump. * @return MapLumpType associated with the named map data lump. */ MapLumpType MapLumpTypeForName(de::String name); #endif // WADMAPCONVERTER_ID1MAP_UTIL_H doomsday-1.14.5/doomsday/plugins/wadmapconverter/include/wadmapconverter.h0000664000175000017500000000261312350542240026402 0ustar jaakkojaakko/** @file wadmapconverter.h Map converter plugin for id Tech 1 format maps. * * @ingroup wadmapconverter * * The purpose of the wadmapconverter plugin is to translate a map in the * id Tech 1 format to Doomsday's native map format, using the engine's public * MapEdit API. * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef WADMAPCONVERTER_H #define WADMAPCONVERTER_H #include "doomsday.h" #include "id1map.h" DENG_USING_API(Base); DENG_USING_API(Map); DENG_USING_API(Material); DENG_USING_API(MPE); DENG_USING_API(Plug); DENG_USING_API(Uri); DENG_USING_API(W); #endif // WADMAPCONVERTER_H doomsday-1.14.5/doomsday/plugins/wadmapconverter/res/0000775000175000017500000000000012350542240022174 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/wadmapconverter/res/.gitignore0000664000175000017500000000000612350542240024160 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/wadmapconverter/res/wadmapconverter.rc0000664000175000017500000001013312350542240025721 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2009 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * wadmapconverter.rc: dpWadMapConveter.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dpwadmapconverter.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine map converter plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dpWadMapConverter.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine map converter plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "dpWadMapConverter.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/wadmapconverter/res/resource.h0000664000175000017500000000062312350542240024175 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by wadmapconverter.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/wadmapconverter/res/dpwadmapconverter.dll.manifest0000664000175000017500000000062312350542240030224 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/wadmapconverter/api/0000775000175000017500000000000012350542240022154 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/wadmapconverter/api/dpwadmapconverter.def0000664000175000017500000000016412350542240026362 0ustar jaakkojaakkoLIBRARY WADMAPCONVERTER EXPORTS DP_Initialize @1 deng_LibraryType @2 deng_API @3 doomsday-1.14.5/doomsday/plugins/wadmapconverter/doc/0000775000175000017500000000000012350542240022150 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/wadmapconverter/doc/LICENSE0000664000175000017500000003545112350542240023165 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/common/0000775000175000017500000000000012350542240017472 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/common/src/0000775000175000017500000000000012350542240020261 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/common/src/hu_pspr.c0000664000175000017500000001362012350542240022107 0ustar jaakkojaakko/**\file hu_pspr.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Common HUD psprite handling. */ // HEADER FILES ------------------------------------------------------------ #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "g_controls.h" #include "r_common.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ #if __JHERETIC__ static float PSpriteSY[NUM_PLAYER_CLASSES][NUM_WEAPON_TYPES] = { // Player { 0, 5, 15, 15, 15, 15, 15, 15}, // Chicken {15, 15, 15, 15, 15, 15, 15, 15} }; #endif #if __JHEXEN__ static float PSpriteSY[NUM_PLAYER_CLASSES][NUM_WEAPON_TYPES] = { // Fighter {0, -12, -10, 10}, // Cleric {-8, 10, 10, 0}, // Mage {9, 20, 20, 20}, // Pig {10, 10, 10, 10} }; #endif // CODE -------------------------------------------------------------------- /** * Calculates the Y offset for the player's psprite. The offset depends * on the size of the game window. */ float HU_PSpriteYOffset(player_t* pl) { Size2Raw winSize, portSize; float offy = (cfg.plrViewHeight - DEFAULT_PLAYER_VIEWHEIGHT) * 2; R_ViewWindowSize(pl - players, &winSize); R_ViewPortSize(pl - players, &portSize); #if __JHERETIC__ if(winSize.height == portSize.height) offy += PSpriteSY[pl->morphTics? PCLASS_CHICKEN : pl->class_][pl->readyWeapon]; #elif __JHEXEN__ if(winSize.height == portSize.height) offy += PSpriteSY[pl->morphTics? PCLASS_PIG : pl->class_][pl->readyWeapon]; #endif #if __JDOOM__ || __JHERETIC__ || __JHEXEN__ // If the status bar is visible, the sprite is moved up a bit. if(winSize.height < portSize.height) { # if __JDOOM__ offy -= (float) (ST_HEIGHT) * cfg.statusbarScale - 16; # else offy -= (float) (ST_HEIGHT-1) * cfg.statusbarScale - 20; # endif } #endif return offy; } /** * Calculates the Y offset for the player's psprite. The offset depends * on the size of the game window. */ void HU_UpdatePlayerSprite(int pnum) { int i; pspdef_t *psp; ddpsprite_t *ddpsp; float fov = 90; //*(float*) Con_FindVariable("r_fov")->ptr; player_t *pl = players + pnum; for(i = 0; i < NUMPSPRITES; ++i) { psp = pl->pSprites + i; ddpsp = pl->plr->pSprites + i; if(!psp->state) // A NULL state? { //ddpsp->sprite = -1; ddpsp->statePtr = 0; continue; } ddpsp->statePtr = psp->state; ddpsp->tics = psp->tics; ddpsp->flags = 0; // Fullbright? if((psp->state && (psp->state->flags & STF_FULLBRIGHT)) || (pl->powers[PT_INFRARED] > 4 * 32) || (pl->powers[PT_INFRARED] & 8) # if __JDOOM__ || __JDOOM64__ || (pl->powers[PT_INVULNERABILITY] > 30) # endif ) { ddpsp->flags |= DDPSPF_FULLBRIGHT; } // Translucent? ddpsp->alpha = 1; #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ if((pl->powers[PT_INVISIBILITY] > 4 * 32) || (pl->powers[PT_INVISIBILITY] & 8)) { // shadow draw ddpsp->alpha = .25f; } #elif __JHEXEN__ if(pl->powers[PT_INVULNERABILITY] && pl->class_ == PCLASS_CLERIC) { if(pl->powers[PT_INVULNERABILITY] > 4 * 32) { if(pl->plr->mo->flags2 & MF2_DONTDRAW) { // don't draw the psprite ddpsp->alpha = .333f; } else if(pl->plr->mo->flags & MF_SHADOW) { ddpsp->alpha = .666f; } } else if(pl->powers[PT_INVULNERABILITY] & 8) { ddpsp->alpha = .333f; } } #endif // Offset from center. ddpsp->pos[VX] = psp->pos[VX] - G_GetLookOffset(pnum) * 1300; if(fov > 90) fov = 90; ddpsp->pos[VY] = psp->pos[VY] + (90 - fov) / 90 * 80; } } /** * Updates the state of the player sprites (gives their data to the * engine so it can render them). Servers handle psprites of all players. */ void HU_UpdatePsprites(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) { if(!IS_CLIENT || CONSOLEPLAYER == i) { HU_UpdatePlayerSprite(i); } } } } doomsday-1.14.5/doomsday/plugins/common/src/hu_inventory.c0000664000175000017500000005206712350542240023170 0ustar jaakkojaakko/**\file hu_inventory.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Heads-up display(s) for the player inventory. */ #if defined(__JHERETIC__) || defined(__JHEXEN__) // HEADER FILES ------------------------------------------------------------ #include #include #include #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "p_tick.h" #include "hu_stuff.h" #include "p_inventory.h" // MACROS ------------------------------------------------------------------ // How many inventory slots are visible in the fixed-size inventory. #define NUMVISINVSLOTS (7) #define ST_INVENTORYHEIGHT (30) #define ST_INVSLOTWIDTH (31) // Inventory item counts (relative to each slot). #define ST_INVCOUNTDIGITS (2) #if __JHERETIC__ #define ST_INVICONOFFY (0) #define ST_INVCOUNTOFFX (27) #define ST_INVCOUNTOFFY (22) #define ST_INVSLOTOFFX (1) #define ST_INVSELECTOFFY (ST_INVENTORYHEIGHT) #else #define ST_INVICONOFFY (-1) #define ST_INVCOUNTOFFX (28) #define ST_INVCOUNTOFFY (22) #define ST_INVSLOTOFFX (1) #define ST_INVSELECTOFFY (1) #endif // HUD Inventory Flags: #define HIF_VISIBLE 0x1 #define HIF_IS_DIRTY 0x8 // TYPES ------------------------------------------------------------------- typedef struct { byte flags; // HIF_* flags int hideTics; uint numOwnedItemTypes; uint slots[NUM_INVENTORYITEM_TYPES - 1]; uint numUsedSlots; uint selected; uint varCursorPos; // Variable-range, fullscreen inv cursor. uint fixedCursorPos; // Fixed-range, statusbar inv cursor. } hud_inventory_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- void ST_ResizeInventory(void); // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- static void inventoryIndexes(const player_t* plr, const hud_inventory_t* hud, uint maxVisSlots, int origCursor, uint* firstVisible, uint* cursorPos, uint* startSlot, uint* endSlot); // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static hud_inventory_t hudInventories[MAXPLAYERS]; cvartemplate_t hudInvCVars[] = { {"hud-inventory-timer", 0, CVT_FLOAT, &cfg.inventoryTimer, 0, 30}, {"hud-inventory-slot-showempty", 0, CVT_BYTE, &cfg.inventorySlotShowEmpty, 0, 1}, {"hud-inventory-slot-max", CVF_NO_MAX, CVT_INT, &cfg.inventorySlotMaxVis, 0, 0, ST_ResizeInventory}, {NULL} }; // CODE ------------------------------------------------------------------- /** * Register CVARs and CCmds for the HUD inventory. */ void Hu_InventoryRegister(void) { int i; for(i = 0; hudInvCVars[i].path; ++i) Con_AddVariable(hudInvCVars + i); } /** * Rebuild the inventory item type table. * These indices can be used to associate slots in an inventory browser * to the items held within. */ static void rebuildInventory(hud_inventory_t* inv) { int i, plrNum = inv - hudInventories; uint numOwnedItemTypes; inventoryitemtype_t selectedType = P_GetInvItem( inv->slots[inv->selected])->type; inv->selected = 0; numOwnedItemTypes = 0; for(i = 0; i < NUM_INVENTORYITEM_TYPES - 1; ++i) if(P_InventoryCount(plrNum, IIT_FIRST + i) > 0) numOwnedItemTypes++; // Always 1:1 inv->numOwnedItemTypes = inv->numUsedSlots = numOwnedItemTypes; memset(inv->slots, 0, sizeof(inv->slots[0]) * (NUM_INVENTORYITEM_TYPES - 1)); if(inv->numUsedSlots) { uint idx = 0; for(i = 0; i < NUM_INVENTORYITEM_TYPES - 1; ++i) { if(P_InventoryCount(plrNum, IIT_FIRST + i)) { inv->slots[idx] = i; if(P_GetInvItem(i)->type == selectedType) inv->selected = idx; if(++idx >= inv->numUsedSlots) break; } } } if(inv->flags & HIF_IS_DIRTY) inv->flags &= ~HIF_IS_DIRTY; } static void inventoryIndexes(const player_t* plr, const hud_inventory_t* inv, uint maxVisSlots, int origCursor, uint* firstVisible, uint* cursorPos, uint* fromSlot, uint* toSlot) { int cursor, first, from, to; if(!firstVisible && !cursorPos && !fromSlot && !toSlot) return; if(cfg.inventorySelectMode) { // Scroll. int last; cursor = maxVisSlots / 2; if(cfg.inventoryWrap) { first = inv->selected - cursor; while(first < 0) first += inv->numUsedSlots; from = 0; to = maxVisSlots; } else { first = inv->selected - cursor; if(first < 0) first = 0; from = cursor - inv->selected; if(from < 0) from = 0; last = inv->selected + cursor + (maxVisSlots % 2? 1 : 0); if(last - 1 < (signed) inv->numUsedSlots) to = maxVisSlots; else to = maxVisSlots - (last - inv->numUsedSlots); } } else { // Cursor. cursor = origCursor; if(inv->numUsedSlots < maxVisSlots) { from = (maxVisSlots - inv->numUsedSlots) / 2; to = from + inv->numUsedSlots; cursor += from; } else { if(cfg.inventoryWrap) { from = 0; to = maxVisSlots; } else { from = MAX_OF(0, cursor - (signed)inv->selected); to = maxVisSlots; } } first = inv->selected - origCursor; if(cfg.inventoryWrap) { while(first < 0) first += inv->numUsedSlots; } else { if(inv->numUsedSlots < maxVisSlots || first + maxVisSlots > inv->numUsedSlots) { int shift = inv->numUsedSlots - (first + maxVisSlots); first += shift; if(first < 0) { first = 0; cursor = from + inv->selected; } else cursor -= shift; } } if(first < 0) first = 0; } if(from < 0) from = 0; if(firstVisible) *firstVisible = (unsigned) first; if(cursorPos) *cursorPos = (unsigned) cursor; if(fromSlot) *fromSlot = (unsigned) from; if(toSlot) *toSlot = (unsigned) to; } void Hu_InventoryDraw(int player, int x, int y, float textAlpha, float iconAlpha) { #define BORDER (1) #if __JHERETIC__ # define TRACKING (2) #else # define TRACKING (0) #endif const hud_inventory_t* inv; uint i, from, to, idx, slot, first, selected, numVisSlots, maxVisSlots, startSlot, endSlot; float invScale, lightDelta; player_t* plr; if(player < 0 || player >= MAXPLAYERS) return; inv = &hudInventories[player]; plr = &players[player]; if(cfg.inventorySlotMaxVis) maxVisSlots = cfg.inventorySlotMaxVis; else maxVisSlots = NUM_INVENTORYITEM_TYPES - 1; inventoryIndexes(plr, inv, maxVisSlots, inv->varCursorPos, &first, &selected, &startSlot, &endSlot); numVisSlots = maxVisSlots; { float availWidth = SCREENWIDTH - 50 * 2, width = (numVisSlots * ST_INVSLOTWIDTH); if(width > availWidth) invScale = availWidth / width; else invScale = 1; } if(maxVisSlots % 2) lightDelta = 1.f / maxVisSlots; else lightDelta = 1.f / (maxVisSlots - 1); lightDelta *= 2; idx = first; slot = (cfg.inventorySlotShowEmpty? 0 : startSlot); from = (cfg.inventorySlotShowEmpty? 0 : startSlot); if(cfg.inventorySlotShowEmpty) { to = maxVisSlots; } else { if(startSlot > 0) to = maxVisSlots; else to = endSlot - startSlot; if(inv->numUsedSlots - 1 < endSlot - startSlot) to = from + inv->numUsedSlots; } Draw_BeginZoom(invScale, x, y + ST_INVENTORYHEIGHT); x -= (numVisSlots * ST_INVSLOTWIDTH) / 2.f; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_SMALLIN)); FR_SetTracking(TRACKING); for(i = from; i < to; ++i) { float light, a; if(i < maxVisSlots / 2) light = (i + 1) * lightDelta; else light = (maxVisSlots - i) * lightDelta; a = i == selected? .5f : light / 2; DGL_Color4f(light, light, light, a * iconAlpha); GL_DrawPatchXY(pInvItemBox, x + slot * ST_INVSLOTWIDTH + (slot > 1? (slot-1) * ST_INVSLOTOFFX : 0), y); if(i >= startSlot && i < endSlot) { const invitem_t* item = P_GetInvItem(inv->slots[idx]); uint count; if((count = P_InventoryCount(player, item->type))) { #if __JHEXEN__ int posX = x + slot * ST_INVSLOTWIDTH + (slot > 1? (slot-1) * ST_INVSLOTOFFX : 0) - 1; #else int posX = x + slot * ST_INVSLOTWIDTH + (slot > 1? (slot-1) * ST_INVSLOTOFFX : 0); #endif DGL_Color4f(1, 1, 1, slot == selected? iconAlpha : iconAlpha / 2); GL_DrawPatchXY(item->patchId, posX, y + ST_INVICONOFFY); if(count > 1) { char buf[20]; FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], slot == selected? textAlpha : textAlpha / 2); dd_snprintf(buf, 20, "%i", count); FR_DrawTextXY3(buf, posX + ST_INVCOUNTOFFX, y + ST_INVCOUNTOFFY, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } } if(++idx > inv->numOwnedItemTypes - 1) idx = 0; } slot++; } DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pInvSelectBox, x + selected * ST_INVSLOTWIDTH + (selected > 1? (selected-1) * ST_INVSLOTOFFX : 0), y + ST_INVSELECTOFFY - BORDER); if(inv->numUsedSlots > maxVisSlots) { #define ARROW_RELXOFF 2 #define ARROW_YOFFSET 9 if(cfg.inventoryWrap || first != 0) { DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY3(pInvPageLeft[!(mapTime & 4)? 1 : 0], x - ARROW_RELXOFF, y + ARROW_YOFFSET, ALIGN_TOPRIGHT, 0); } if(cfg.inventoryWrap || inv->numUsedSlots - first > numVisSlots) { DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(pInvPageRight[!(mapTime & 4)? 1 : 0], x + numVisSlots * ST_INVSLOTWIDTH + (numVisSlots > 1? (numVisSlots-1) * ST_INVSLOTOFFX : 0) + ARROW_RELXOFF - 2, y + ARROW_YOFFSET); } #undef ARROW_XOFFSET #undef ARROW_YOFFSET } DGL_Disable(DGL_TEXTURE_2D); Draw_EndZoom(); #undef TRACKING #undef BORDER } void Hu_InventoryDraw2(int player, int x, int y, float alpha) { #define BORDER (1) #if __JHERETIC__ # define TRACKING (2) #else # define TRACKING (0) #endif uint i, idx, slot, from, to, first, cursor, startSlot, endSlot; const hud_inventory_t* inv; player_t* plr; if(alpha <= 0) return; if(player < 0 || player >= MAXPLAYERS) return; inv = &hudInventories[player]; plr = &players[player]; inventoryIndexes(plr, inv, NUMVISINVSLOTS, inv->fixedCursorPos, &first, &cursor, &startSlot, &endSlot); idx = first; from = startSlot; slot = startSlot; if(startSlot > 0) to = NUMVISINVSLOTS; else to = endSlot - startSlot; if(inv->numUsedSlots - 1 < endSlot - startSlot) to = from + inv->numUsedSlots; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_SMALLIN)); FR_SetTracking(TRACKING); for(i = from; i < to; ++i) { if(i >= startSlot && i < endSlot) { const invitem_t* item = P_GetInvItem(inv->slots[idx]); uint count; if((count = P_InventoryCount(player, item->type))) { DGL_Color4f(1, 1, 1, alpha); GL_DrawPatchXY(item->patchId, x + slot * ST_INVSLOTWIDTH, y + ST_INVICONOFFY); if(count > 1) { char buf[20]; FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], alpha); dd_snprintf(buf, 20, "%i", count); FR_DrawTextXY3(buf, x + slot * ST_INVSLOTWIDTH + ST_INVCOUNTOFFX, y + ST_INVCOUNTOFFY, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); } } if(++idx > inv->numOwnedItemTypes - 1) idx = 0; } slot++; } DGL_Color4f(1, 1, 1, alpha); GL_DrawPatchXY(pInvSelectBox, x + cursor * ST_INVSLOTWIDTH, y + ST_INVSELECTOFFY - BORDER); if(inv->numUsedSlots > NUMVISINVSLOTS) { // Draw more left indicator. if(cfg.inventoryWrap || first != 0) { DGL_Color4f(1, 1, 1, alpha); GL_DrawPatchXY(pInvPageLeft[!(mapTime & 4)? 1 : 0], x - 12, y - 1); } // Draw more right indicator. if(cfg.inventoryWrap || inv->numUsedSlots - first > NUMVISINVSLOTS) { DGL_Color4f(1, 1, 1, alpha); GL_DrawPatchXY(pInvPageRight[!(mapTime & 4)? 1 : 0], x + NUMVISINVSLOTS * ST_INVSLOTWIDTH + (NUMVISINVSLOTS-1) * ST_INVSLOTOFFX - 2, y - 1); } } DGL_Disable(DGL_TEXTURE_2D); #undef TRACKING #undef BORDER } static void inventoryMove(hud_inventory_t* inv, int dir, dd_bool canWrap) { // Maximum visible slots for the variable cursor. uint maxVisSlots; if(cfg.inventorySlotMaxVis) maxVisSlots = cfg.inventorySlotMaxVis; else maxVisSlots = NUM_INVENTORYITEM_TYPES - 1; if(dir == 1) { // Move right. if(inv->selected < inv->numUsedSlots - 1) { inv->selected++; } else if(canWrap) { inv->selected = 0; } // Fixed range statusbar cursor. if(inv->fixedCursorPos < NUMVISINVSLOTS - 1 && inv->fixedCursorPos < inv->numUsedSlots - 1) { inv->fixedCursorPos++; } else if(canWrap && !cfg.inventoryWrap) { inv->fixedCursorPos = 0; } // Variable range full-screen cursor. if(inv->varCursorPos < maxVisSlots - 1 && inv->varCursorPos < inv->numUsedSlots - 1) { inv->varCursorPos++; } else if(canWrap && !cfg.inventoryWrap) { inv->varCursorPos = 0; } } else { // Move left. if(inv->selected == 0) { if(canWrap) inv->selected = inv->numUsedSlots - 1; } else { inv->selected--; } // Fixed range statusbar cursor. if(inv->fixedCursorPos > 0) { inv->fixedCursorPos--; } else if(canWrap && !cfg.inventoryWrap) { inv->fixedCursorPos = MIN_OF(NUMVISINVSLOTS, inv->numUsedSlots) - 1; } // Variable range full-screen cursor. if(inv->varCursorPos > 0) { inv->varCursorPos--; } else if(canWrap && !cfg.inventoryWrap) { inv->varCursorPos = MIN_OF(maxVisSlots, inv->numUsedSlots) - 1; } } } void Hu_InventoryOpen(int player, dd_bool show) { hud_inventory_t* inv; player_t* plr; if(player < 0 || player >= MAXPLAYERS) return; plr = &players[player]; if(!plr->plr->inGame) return; inv = &hudInventories[player]; if(show) { inv->flags |= HIF_VISIBLE; inv->hideTics = (int) (cfg.inventoryTimer * TICSPERSEC); ST_HUDUnHide(player, HUE_FORCE); } else { inv->flags &= ~HIF_VISIBLE; P_InventorySetReadyItem(player, P_GetInvItem(inv->slots[inv->selected])->type); } } dd_bool Hu_InventoryIsOpen(int player) { hud_inventory_t* inv; if(player < 0 || player >= MAXPLAYERS) return false; inv = &hudInventories[player]; return ((inv->flags & HIF_VISIBLE)? true : false); } /** * Mark the HUD inventory as dirty (i.e., the player inventory state has * changed in such a way that would require the HUD inventory display(s) * to be updated e.g., the player gains a new item). * * @param player Player whoose in HUD inventory is dirty. */ void Hu_InventoryMarkDirty(int player) { if(player < 0 || player >= MAXPLAYERS) return; hudInventories[player].flags |= HIF_IS_DIRTY; } dd_bool Hu_InventorySelect(int player, inventoryitemtype_t type) { assert(type == IIT_NONE || (type >= IIT_FIRST && type < NUM_INVENTORYITEM_TYPES)); if(player >= 0 && player < MAXPLAYERS) { hud_inventory_t* inv = &hudInventories[player]; if(P_InventoryCount(player, type)) { uint i; for(i = 0; i < inv->numUsedSlots; ++i) if(P_GetInvItem(inv->slots[i])->type == type) { inv->selected = i; inv->varCursorPos = inv->fixedCursorPos = 0; return true; } } } return false; } dd_bool Hu_InventoryMove(int player, int dir, dd_bool canWrap, dd_bool silent) { player_t* plr; hud_inventory_t* inv; if(player < 0 || player >= MAXPLAYERS) return false; plr = &players[player]; if(!plr->plr->inGame) return false; inv = &hudInventories[player]; // Do the move first, before updating a possibly out of date inventory. if(inv->numOwnedItemTypes > 1) { inventoryMove(inv, dir, canWrap); } if(inv->flags & HIF_IS_DIRTY) { rebuildInventory(inv); } if(inv->numOwnedItemTypes >= 1) { P_InventorySetReadyItem(player, P_GetInvItem(inv->slots[inv->selected])->type); } if(!silent) { inv->hideTics = (int) (cfg.inventoryTimer * TICSPERSEC); } return true; } void Hu_InventoryInit(void) { int i; memset(hudInventories, 0, sizeof(hudInventories)); for(i = 0; i < MAXPLAYERS; ++i) { hud_inventory_t* inv = &hudInventories[i]; inv->flags = HIF_IS_DIRTY; } } void Hu_InventoryTicker(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = &players[i]; hud_inventory_t* inv = &hudInventories[i]; if(!plr->plr->inGame) continue; if(inv->flags & HIF_IS_DIRTY) rebuildInventory(inv); if(!Pause_IsPaused()) { if(Hu_InventoryIsOpen(i)) { // Turn inventory off after a certain amount of time? if(cfg.inventoryTimer == 0) { inv->hideTics = 0; } else { if(inv->hideTics > 0) inv->hideTics--; if(inv->hideTics == 0 && cfg.inventoryTimer > 0) Hu_InventoryOpen(i, false); // Close the inventory. } } } } } void ST_ResizeInventory(void) { int i; uint maxVisSlots; if(cfg.inventorySlotMaxVis) maxVisSlots = cfg.inventorySlotMaxVis; else maxVisSlots = NUM_INVENTORYITEM_TYPES - 1; for(i = 0; i < MAXPLAYERS; ++i) { hud_inventory_t* inv = &hudInventories[i]; if(inv->varCursorPos >= maxVisSlots - 1) { inv->varCursorPos = maxVisSlots - 1; } inv->flags |= HIF_IS_DIRTY; } } #endif doomsday-1.14.5/doomsday/plugins/common/src/p_switch.cpp0000664000175000017500000003365712350542240022623 0ustar jaakkojaakko/** @file p_switch.cpp Common playsim routines relating to switches. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_switch.h" #include "d_net.h" #include "dmu_lib.h" #include "dmu_archiveindex.h" #include "p_plat.h" #include "p_sound.h" #include "p_saveg.h" #include /** * This struct is used to provide byte offsets when reading a custom * SWITCHES lump thus it must be packed and cannot be altered. */ #pragma pack(1) typedef struct { /* Do NOT change these members in any way! */ char name1[9]; char name2[9]; #if __JHEXEN__ int soundID; #else short episode; #endif } switchlist_t; #pragma pack() #if __JHEXEN__ switchlist_t switchInfo[] = { {"SW_1_UP", "SW_1_DN", SFX_SWITCH1}, {"SW_2_UP", "SW_2_DN", SFX_SWITCH1}, {"VALVE1", "VALVE2", SFX_VALVE_TURN}, {"SW51_OFF", "SW51_ON", SFX_SWITCH2}, {"SW52_OFF", "SW52_ON", SFX_SWITCH2}, {"SW53_UP", "SW53_DN", SFX_ROPE_PULL}, {"PUZZLE5", "PUZZLE9", SFX_SWITCH1}, {"PUZZLE6", "PUZZLE10", SFX_SWITCH1}, {"PUZZLE7", "PUZZLE11", SFX_SWITCH1}, {"PUZZLE8", "PUZZLE12", SFX_SWITCH1}, {"\0", "\0", 0} }; #else // This array is treated as a hardcoded replacement for data that can be loaded // from a lump, so we need to use little-endian byte ordering. switchlist_t switchInfo[] = { # if __JHERETIC__ {"SW1OFF", "SW1ON", MACRO_SHORT(1)}, {"SW2OFF", "SW2ON", MACRO_SHORT(1)}, # elif __JDOOM64__ {"SWXCA", "SWXCB", MACRO_SHORT(1)}, {"SWXCKA", "SWXCKB", MACRO_SHORT(1)}, {"SWXCKLA", "SWXCKLB", MACRO_SHORT(1)}, {"SWXCLA", "SWXCLB", MACRO_SHORT(1)}, {"SWXHCA", "SWXHCB", MACRO_SHORT(1)}, {"SWXSAA", "SWXSAB", MACRO_SHORT(1)}, {"SWXSCA", "SWXSCB", MACRO_SHORT(1)}, {"SWXSDA", "SWXSDB", MACRO_SHORT(1)}, {"SWXSEA", "SWXSEB", MACRO_SHORT(1)}, {"SWXSFA", "SWXSFB", MACRO_SHORT(1)}, {"SWXSGA", "SWXSGB", MACRO_SHORT(1)}, # elif __JDOOM__ // Doom shareware episode 1 switches {"SW1BRCOM", "SW2BRCOM", MACRO_SHORT(1)}, {"SW1BRN1", "SW2BRN1", MACRO_SHORT(1)}, {"SW1BRN2", "SW2BRN2", MACRO_SHORT(1)}, {"SW1BRNGN", "SW2BRNGN", MACRO_SHORT(1)}, {"SW1BROWN", "SW2BROWN", MACRO_SHORT(1)}, {"SW1COMM", "SW2COMM", MACRO_SHORT(1)}, {"SW1COMP", "SW2COMP", MACRO_SHORT(1)}, {"SW1DIRT", "SW2DIRT", MACRO_SHORT(1)}, {"SW1EXIT", "SW2EXIT", MACRO_SHORT(1)}, {"SW1GRAY", "SW2GRAY", MACRO_SHORT(1)}, {"SW1GRAY1", "SW2GRAY1", MACRO_SHORT(1)}, {"SW1METAL", "SW2METAL", MACRO_SHORT(1)}, {"SW1PIPE", "SW2PIPE", MACRO_SHORT(1)}, {"SW1SLAD", "SW2SLAD", MACRO_SHORT(1)}, {"SW1STARG", "SW2STARG", MACRO_SHORT(1)}, {"SW1STON1", "SW2STON1", MACRO_SHORT(1)}, {"SW1STON2", "SW2STON2", MACRO_SHORT(1)}, {"SW1STONE", "SW2STONE", MACRO_SHORT(1)}, {"SW1STRTN", "SW2STRTN", MACRO_SHORT(1)}, // Doom registered episodes 2&3 switches {"SW1BLUE", "SW2BLUE", MACRO_SHORT(2)}, {"SW1CMT", "SW2CMT", MACRO_SHORT(2)}, {"SW1GARG", "SW2GARG", MACRO_SHORT(2)}, {"SW1GSTON", "SW2GSTON", MACRO_SHORT(2)}, {"SW1HOT", "SW2HOT", MACRO_SHORT(2)}, {"SW1LION", "SW2LION", MACRO_SHORT(2)}, {"SW1SATYR", "SW2SATYR", MACRO_SHORT(2)}, {"SW1SKIN", "SW2SKIN", MACRO_SHORT(2)}, {"SW1VINE", "SW2VINE", MACRO_SHORT(2)}, {"SW1WOOD", "SW2WOOD", MACRO_SHORT(2)}, // Doom II switches {"SW1PANEL", "SW2PANEL", MACRO_SHORT(3)}, {"SW1ROCK", "SW2ROCK", MACRO_SHORT(3)}, {"SW1MET2", "SW2MET2", MACRO_SHORT(3)}, {"SW1WDMET", "SW2WDMET", MACRO_SHORT(3)}, {"SW1BRIK", "SW2BRIK", MACRO_SHORT(3)}, {"SW1MOD1", "SW2MOD1", MACRO_SHORT(3)}, {"SW1ZIM", "SW2ZIM", MACRO_SHORT(3)}, {"SW1STON6", "SW2STON6", MACRO_SHORT(3)}, {"SW1TEK", "SW2TEK", MACRO_SHORT(3)}, {"SW1MARB", "SW2MARB", MACRO_SHORT(3)}, {"SW1SKULL", "SW2SKULL", MACRO_SHORT(3)}, # endif {"\0", "\0", MACRO_SHORT(0)} }; #endif static Material **switchlist; /// @todo fixme: Never free'd! static int max_numswitches; static int numswitches; #if __JHEXEN__ void P_InitSwitchList() { Uri *uri = Uri_NewWithPath2("Textures:", RC_NULL); AutoStr *path = AutoStr_NewStd(); int index = 0; for(int i = 0; ; ++i) { if(index+1 >= max_numswitches) { switchlist = (Material **) M_Realloc(switchlist, sizeof(*switchlist) * (max_numswitches = max_numswitches ? max_numswitches*2 : 8)); } if(!switchInfo[i].soundID) break; Str_PercentEncode(Str_StripRight(Str_Set(path, switchInfo[i].name1))); Uri_SetPath(uri, Str_Text(path)); switchlist[index++] = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Str_PercentEncode(Str_StripRight(Str_Set(path, switchInfo[i].name2))); Uri_SetPath(uri, Str_Text(path)); switchlist[index++] = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); } Uri_Delete(uri); numswitches = index / 2; switchlist[index] = 0; } #else /** * This routine modified to read its data from a predefined lump or * PWAD lump called SWITCHES rather than a static table in this module to * allow wad designers to insert or modify switches. * * Lump format is an array of byte packed switchlist_t structures, terminated * by a structure with episode == -0. The lump can be generated from a * text source file using SWANTBLS.EXE, distributed with the BOOM utils. * The standard list of switches and animations is contained in the example * source text file DEFSWANI.DAT also in the BOOM util distribution. * * @todo Implement a better method for creating new switches. */ void P_InitSwitchList() { int i, index, episode; lumpnum_t lumpNum = W_CheckLumpNumForName("SWITCHES"); switchlist_t *sList = switchInfo; ddstring_t path; Uri *uri; # if __JHERETIC__ if(gameMode == heretic_shareware) episode = 1; else episode = 2; # else # if __JDOOM__ if(gameModeBits & (GM_ANY_DOOM^GM_DOOM_SHAREWARE)) episode = 2; else if(gameModeBits & GM_ANY_DOOM2) episode = 3; else # endif episode = 1; # endif // Has a custom SWITCHES lump been loaded? if(lumpNum >= 0) { App_Log(DE2_RES_VERBOSE, "Processing lump %s::SWITCHES", F_PrettyPath(Str_Text(W_LumpSourceFile(lumpNum)))); sList = (switchlist_t*) W_CacheLump(lumpNum); } else { App_Log(DE2_RES_VERBOSE, "Registering default switches..."); } uri = Uri_New(); Uri_SetScheme(uri, "Textures"); Str_Init(&path); for(index = 0, i = 0; ; ++i) { if(index+1 >= max_numswitches) { switchlist = (Material **) M_Realloc(switchlist, sizeof(*switchlist) * (max_numswitches = max_numswitches ? max_numswitches*2 : 8)); } if(SHORT(sList[i].episode) <= episode) { if(!SHORT(sList[i].episode)) break; Str_PercentEncode(Str_StripRight(Str_Set(&path, sList[i].name1))); Uri_SetPath(uri, Str_Text(&path)); switchlist[index++] = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Str_PercentEncode(Str_StripRight(Str_Set(&path, sList[i].name2))); Uri_SetPath(uri, Str_Text(&path)); switchlist[index++] = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); App_Log(lumpNum >= 0? DE2_RES_VERBOSE : DE2_RES_XVERBOSE, " %d: Epi:%d A:\"%s\" B:\"%s\"", i, SHORT(sList[i].episode), sList[i].name1, sList[i].name2); } } Str_Free(&path); Uri_Delete(uri); if(lumpNum >= 0) W_UnlockLump(lumpNum); numswitches = index / 2; switchlist[index] = 0; } #endif static Material* findSwitch(Material *mat, const switchlist_t** info) { if(!mat) return 0; for(int i = 0; i < numswitches * 2; ++i) { if(switchlist[i] == mat) { if(info) { *info = &switchInfo[i / 2]; } return switchlist[i^1]; } } return 0; } void T_MaterialChanger(void *materialChangerThinker) { materialchanger_t *mchanger = (materialchanger_t *)materialChangerThinker; if(!(--mchanger->timer)) { int const sectionFlags = DMU_FLAG_FOR_SIDESECTION(mchanger->section); P_SetPtrp(mchanger->side, sectionFlags | DMU_MATERIAL, mchanger->material); #if __JDOOM__ || __JDOOM64__ S_SectorSound((Sector *)P_GetPtrp(mchanger->side, DMU_SECTOR), SFX_SWTCHN); #elif __JHERETIC__ S_SectorSound((Sector *)P_GetPtrp(mchanger->side, DMU_SECTOR), SFX_SWITCH); #endif Thinker_Remove(&mchanger->thinker); } } void materialchanger_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. // Write a type byte. For future use (e.g., changing plane surface // materials as well as side surface materials). Writer_WriteByte(writer, 0); Writer_WriteInt32(writer, timer); Writer_WriteInt32(writer, P_ToIndex(side)); Writer_WriteByte(writer, (byte) section); Writer_WriteInt16(writer, msw->serialIdFor(material)); } int materialchanger_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); /*int ver =*/ Reader_ReadByte(reader); // Note: the thinker class byte has already been read. /*byte type =*/ Reader_ReadByte(reader); timer = Reader_ReadInt32(reader); int sideIndex = (int) Reader_ReadInt32(reader); if(mapVersion >= 12) { side = (Side *)P_ToPtr(DMU_SIDE, sideIndex); } else { // Side index is actually a DMU_ARCHIVE_INDEX. side = msr->side(sideIndex); } DENG_ASSERT(side != 0); section = (SideSection) Reader_ReadByte(reader); material = msr->material(Reader_ReadInt16(reader), 0); thinker.function = T_MaterialChanger; return true; // Add this thinker. } static void spawnMaterialChanger(Side *side, SideSection section, Material *mat, int tics) { materialchanger_t *mchanger = (materialchanger_t *)Z_Calloc(sizeof(*mchanger), PU_MAP, 0); mchanger->thinker.function = T_MaterialChanger; Thinker_Add(&mchanger->thinker); mchanger->side = side; mchanger->section = section; mchanger->material = mat; mchanger->timer = tics; } struct findmaterialchangerparams_t { Side *side; SideSection section; }; static int findMaterialChanger(thinker_t *th, void *context) { materialchanger_t *mchanger = (materialchanger_t *) th; findmaterialchangerparams_t *params = (findmaterialchangerparams_t *) context; if(mchanger->side == params->side && mchanger->section == params->section) return true; // Stop iteration. return false; // Keep looking. } static void startButton(Side *side, SideSection section, Material *mat, int tics) { findmaterialchangerparams_t parm; parm.side = side; parm.section = section; // See if a material change has already been queued. if(!Thinker_Iterate(T_MaterialChanger, findMaterialChanger, &parm)) { spawnMaterialChanger(side, section, mat, tics); } } static int chooseDefaultSound(switchlist_t const *info) { /// @todo Get these defaults from switchinfo. #if __JHEXEN__ return info->soundID; #else # if __JHERETIC__ return SFX_SWITCH; # else return SFX_SWTCHN; # endif DENG_UNUSED(info); #endif } dd_bool P_ToggleSwitch2(Side *side, SideSection section, int sound, dd_bool silent, int tics) { int const sectionFlags = DMU_FLAG_FOR_SIDESECTION(section); Material *current = (Material *)P_GetPtrp(side, sectionFlags | DMU_MATERIAL); switchlist_t const *info; if(Material *mat = findSwitch(current, &info)) { if(!silent) { if(!sound) { sound = chooseDefaultSound(info); } S_SectorSound((Sector *)P_GetPtrp(side, DMU_SECTOR), sound); } P_SetPtrp(side, sectionFlags | DMU_MATERIAL, mat); // Are we changing it back again? if(tics > 0) { // Spawn a deferred material change thinker. startButton(side, section, current, tics); } return true; } return false; } dd_bool P_ToggleSwitch(Side *side, int sound, dd_bool silent, int tics) { if(P_ToggleSwitch2(side, SS_TOP, sound, silent, tics)) return true; if(P_ToggleSwitch2(side, SS_MIDDLE, sound, silent, tics)) return true; if(P_ToggleSwitch2(side, SS_BOTTOM, sound, silent, tics)) return true; return false; } #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ dd_bool P_UseSpecialLine(mobj_t *activator, Line *line, int side) { // Extended functionality overrides old. if(XL_UseLine(line, side, activator)) { return true; } return P_UseSpecialLine2(activator, line, side); } #endif doomsday-1.14.5/doomsday/plugins/common/src/hu_stuff.cpp0000664000175000017500000013570212350542240022620 0ustar jaakkojaakko/** * @file hu_stuff.cpp * Miscellaneous routines for heads-up displays and UI. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "hu_stuff.h" #include "hu_chat.h" #include "hu_log.h" #include "hu_menu.h" #include "hu_msg.h" #include "hu_inventory.h" #include "g_common.h" #include "gamesession.h" #include "p_mapsetup.h" #include "p_tick.h" #include "am_map.h" #include "fi_lib.h" #include "r_common.h" #include #include #include #include #include #include /** * @defgroup tableColumnFlags Table Column flags */ ///@{ #define CF_HIDE 0x0001 ///< Column is presently hidden (will be collapsed). #define CF_STRETCH_WIDTH 0x0002 ///< Column width is not fixed. ///@} /** * Defines a column in a table layout. */ typedef struct { const char* label; int type; int flags; ///< @ref tableColumnFlags int alignFlags; ///< @ref alignFlags /// Auto-initialized: float x; float width; } column_t; /** * Player "score" information, kills, suicides, etc... */ typedef struct { int player, pClass, team; int kills, suicides; float color[3]; } scoreinfo_t; /** * Per-player scoreboard state. */ typedef struct { int hideTics; float alpha; } scoreboardstate_t; typedef struct fogeffectlayer_s { float texOffset[2]; float texAngle; float posAngle; } fogeffectlayer_t; typedef struct fogeffectdata_s { DGLuint texture; float alpha, targetAlpha; fogeffectlayer_t layers[2]; float joinY; dd_bool scrollDir; } fogeffectdata_t; fontid_t fonts[NUM_GAME_FONTS]; #if __JDOOM__ || __JDOOM64__ /// The end message strings. const char* endmsg[NUM_QUITMESSAGES + 1]; #endif dd_bool shiftdown = false; const char shiftXForm[] = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, ' ', '!', '"', '#', '$', '%', '&', '"', // shift-' '(', ')', '*', '+', '<', // shift-, '_', // shift-- '>', // shift-. '?', // shift-/ ')', // shift-0 '!', // shift-1 '@', // shift-2 '#', // shift-3 '$', // shift-4 '%', // shift-5 '^', // shift-6 '&', // shift-7 '*', // shift-8 '(', // shift-9 ':', ':', // shift-; '<', '+', // shift-= '>', '?', '@', 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', '[', // shift-[ '!', // shift-backslash ']', // shift-] '"', '_', '\'', // shift-` 'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', '{', '|', '}', '~', 127 }; // Misc UI patches: patchid_t borderPatches[8]; #if __JDOOM__ || __JDOOM64__ patchid_t* pMapNames; // Name graphics for each map. uint pMapNamesSize; #endif #if __JHERETIC__ || __JHEXEN__ patchid_t pInvItemBox; patchid_t pInvSelectBox; patchid_t pInvPageLeft[2]; patchid_t pInvPageRight[2]; #endif static patchid_t m_pause; // Paused graphic. // Menu and message background fog effect state. static fogeffectdata_t fogEffectData; // Scoreboard states for each player. static scoreboardstate_t scoreStates[MAXPLAYERS]; // Patch => Text Replacement LUT. typedef std::map PatchReplacementValues; PatchReplacementValues patchReplacements; static int patchReplacementValueIndex(patchid_t patchId, bool canCreate = true) { // Have we previously encountered this? PatchReplacementValues::const_iterator found = patchReplacements.find(patchId); if(found != patchReplacements.end()) return found->second; // No. Look it up. int valueIndex = -1; AutoStr* patchPath = R_ComposePatchPath(patchId); if(!Str_IsEmpty(patchPath)) { AutoStr* valueStr = Str_Appendf(AutoStr_New(), "Patch Replacement|%s", Str_Text(patchPath)); valueIndex = Def_Get(DD_DEF_VALUE, Str_Text(valueStr), 0); } if(canCreate) { patchReplacements.insert(std::pair(patchId, valueIndex)); } return valueIndex; } /** * Intialize the background fog effect. */ static void initFogEffect() { fogeffectdata_t* fog = &fogEffectData; fog->texture = 0; fog->alpha = fog->targetAlpha = 0; fog->joinY = 0.5f; fog->scrollDir = true; fog->layers[0].texOffset[VX] = fog->layers[0].texOffset[VY] = 0; fog->layers[0].texAngle = 93; fog->layers[0].posAngle = 35; fog->layers[1].texOffset[VX] = fog->layers[1].texOffset[VY] = 0; fog->layers[1].texAngle = 12; fog->layers[1].posAngle = 77; } static void prepareFogTexture() { if(Get(DD_NOVIDEO) || Get(DD_DEDICATED)) return; // Already prepared? if(fogEffectData.texture) return; lumpnum_t lumpNum = W_GetLumpNumForName("menufog"); const uint8_t* pixels = W_CacheLump(lumpNum); const int width = 64, height = 64; /// @todo fixme: Do not assume dimensions. fogEffectData.texture = DGL_NewTextureWithParams(DGL_LUMINANCE, width, height, pixels, 0, DGL_NEAREST, DGL_LINEAR, -1 /*best anisotropy*/, DGL_REPEAT, DGL_REPEAT); W_UnlockLump(lumpNum); } static void releaseFogTexture() { if(Get(DD_NOVIDEO) || Get(DD_DEDICATED)) return; // Not prepared? if(!fogEffectData.texture) return; DGL_DeleteTextures(1, (DGLuint*) &fogEffectData.texture); fogEffectData.texture = 0; } static void declareGraphicPatches() { // View border patches: for(uint i = 1; i < 9; ++i) { borderPatches[i-1] = R_DeclarePatch(borderGraphics[i]); } #if __JDOOM__ || __JDOOM64__ m_pause = R_DeclarePatch("M_PAUSE"); #elif __JHERETIC__ || __JHEXEN__ m_pause = R_DeclarePatch("PAUSED"); #endif // Map name patches: #if __JDOOM__ || __JDOOM64__ # if !__JDOOM64__ if(gameModeBits & GM_ANY_DOOM2) # endif { pMapNamesSize = 32; pMapNames = (patchid_t*) Z_Malloc(sizeof(patchid_t) * pMapNamesSize, PU_GAMESTATIC, 0); for(uint i = 0; i < pMapNamesSize; ++i) { lumpname_t name; # if __JDOOM64__ sprintf(name, "WILV%2.2u", i); # else // __JDOOM__ sprintf(name, "CWILV%2.2u", i); # endif pMapNames[i] = R_DeclarePatch(name); } } # if !__JDOOM64__ else { const uint numEpisodes = (gameMode == doom_shareware? 1 : gameMode == doom_ultimate? 4 : 3); lumpname_t name; // Don't waste space - patches are loaded back to back // ie no space in the array is left for E1M10 pMapNamesSize = 9*4; pMapNames = (patchid_t*) Z_Malloc(sizeof(patchid_t) * pMapNamesSize, PU_GAMESTATIC, 0); for(uint i = 0; i < numEpisodes; ++i) { for(uint j = 0; j < 9; ++j) // Number of maps per episode. { sprintf(name, "WILV%2.2u", (i * 10) + j); pMapNames[(i* 9) + j] = R_DeclarePatch(name); } } } # endif #endif #if __JHERETIC__ || __JHEXEN__ pInvItemBox = R_DeclarePatch("ARTIBOX"); pInvSelectBox = R_DeclarePatch("SELECTBO"); pInvPageLeft[0] = R_DeclarePatch("INVGEML1"); pInvPageLeft[1] = R_DeclarePatch("INVGEML2"); pInvPageRight[0] = R_DeclarePatch("INVGEMR1"); pInvPageRight[1] = R_DeclarePatch("INVGEMR2"); #endif } /** * Loads the font patches and inits various strings * JHEXEN Note: Don't bother with the yellow font, we'll colour the white version */ void Hu_LoadData() { // Clear the patch replacement value map (definitions have been re-read). patchReplacements.clear(); initFogEffect(); prepareFogTexture(); declareGraphicPatches(); #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ R_GetGammaMessageStrings(); #endif #if __JDOOM__ || __JDOOM64__ // Quit messages: endmsg[0] = GET_TXT(TXT_QUITMSG); for(uint i = 1; i <= NUM_QUITMESSAGES; ++i) { endmsg[i] = GET_TXT(TXT_QUITMESSAGE1 + i - 1); } #endif } void Hu_UnloadData(void) { #if __JDOOM__ || __JDOOM64__ if(pMapNames) { Z_Free(pMapNames); pMapNames = 0; } #endif releaseFogTexture(); } void HU_WakeWidgets(int player) { if(player < 0) { // Wake the widgets of all players. for(uint i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; HU_WakeWidgets(i); } return; } if(player < MAXPLAYERS) { if(!players[player].plr->inGame) return; ST_Start(player); } } #if __JHERETIC__ || __JHEXEN__ static void drawQuad(float x, float y, float w, float h, float s, float t, float r, float g, float b, float a) { DGL_Color4f(r, g, b, a); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0 * s, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1 * s, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, 1 * s, t); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0 * s, t); DGL_Vertex2f(x, y + h); DGL_End(); } #endif void HU_DrawText(const char* str, float x, float y, float scale, float r, float g, float b, float a, int alignFlags, short textFlags) { if(!str || !str[0]) return; const bool applyScale = !FEQUAL(scale, 1.0f); if(applyScale) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(x, y, 0); DGL_Scalef(scale, scale, 1); DGL_Translatef(-x, -y, 0); } FR_SetColorAndAlpha(r, g, b, a); FR_DrawTextXY3(str, x, y, alignFlags, textFlags); if(applyScale) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } } /// Predicate for sorting score infos. int scoreInfoCompare(void const *a_, void const *b_) { scoreinfo_t const *a = (scoreinfo_t *) a_; scoreinfo_t const *b = (scoreinfo_t *) b_; if(a->kills > b->kills) return -1; if(b->kills > a->kills) return 1; if(COMMON_GAMESESSION->rules().deathmatch) { // In deathmatch, suicides affect your place on the scoreboard. if(a->suicides < b->suicides) return -1; if(b->suicides < a->suicides) return 1; } return 0; } static void sortScoreInfo(scoreinfo_t* vec, size_t size) { qsort(vec, size, sizeof(scoreinfo_t), scoreInfoCompare); } static int populateScoreInfo(scoreinfo_t* scoreBoard, int maxPlayers, int player) { DENG_UNUSED(player); #if __JHEXEN__ static const int plrColors[] = { AM_PLR1_COLOR, AM_PLR2_COLOR, AM_PLR3_COLOR, AM_PLR4_COLOR, AM_PLR5_COLOR, AM_PLR6_COLOR, AM_PLR7_COLOR, AM_PLR8_COLOR }; #else static const float green[3] = { 0.f, .8f, 0.f }; static const float gray[3] = { .45f, .45f, .45f }; static const float brown[3] = { .7f, .5f, .4f }; static const float red[3] = { 1.f, 0.f, 0.f }; #endif int n = 0, inCount; memset(scoreBoard, 0, sizeof(*scoreBoard) * maxPlayers); inCount = 0; for(int i = 0; i < maxPlayers; ++i) { player_t* plr = &players[i]; scoreinfo_t* info; if(!plr->plr->inGame) continue; inCount++; info = &scoreBoard[n++]; info->player = i; #if __JHERETIC__ info->pClass = (plr->morphTics > 0? PCLASS_CHICKEN : PCLASS_PLAYER); #elif __JHEXEN__ if(plr->morphTics > 0) info->pClass = PCLASS_PIG; else info->pClass = plr->class_; #else info->pClass = PCLASS_PLAYER; #endif info->team = cfg.playerColor[i]; // Pick team color: #if __JHEXEN__ R_GetColorPaletteRGBf(0, plrColors[info->team], info->color, false); #else switch(info->team) { case 0: memcpy(info->color, green, sizeof(float)*3); break; case 1: memcpy(info->color, gray, sizeof(float)*3); break; case 2: memcpy(info->color, brown, sizeof(float)*3); break; case 3: memcpy(info->color, red, sizeof(float)*3); break; } #endif if(COMMON_GAMESESSION->rules().deathmatch) { for(int j = 0; j < maxPlayers; ++j) { if(j != i) { info->kills += plr->frags[j]; } else { #if __JHEXEN__ info->suicides += -plr->frags[j]; #else info->suicides += plr->frags[j]; #endif } } } else { info->kills = plr->killCount; info->suicides = 0; // We don't care anyway. } } sortScoreInfo(scoreBoard, n); return inCount; } void HU_ScoreBoardUnHide(int player) { if(player < 0 || player >= MAXPLAYERS) return; player_t* plr = &players[player]; if(!plr->plr->inGame) return; scoreboardstate_t* ss = &scoreStates[player]; ss->alpha = 1; ss->hideTics = 35; } static int countTableColumns(const column_t* columns) { int count = 0; while(columns[count].label){ count++; } return count; } static void applyTableLayout(column_t* columns, int numCols, float x, float width, int cellPadding = 0) { DENG_ASSERT(columns); column_t* col; col = columns; int numStretchCols = 0; for(int n = 0; n < numCols; ++n, col++) { col->x = 0; col->width = 0; // Count the total number of non-fixed width ("stretched") columns. if(!(col->flags & CF_HIDE) && (col->flags & CF_STRETCH_WIDTH)) numStretchCols++; } col = columns; int fixedWidth = 0; for(int n = 0; n < numCols; ++n, col++) { col->width = 0; if(col->flags & CF_HIDE) continue; // Collapse. if(!(col->flags & CF_STRETCH_WIDTH)) { col->width = FR_TextWidth(col->label) + cellPadding * 2; fixedWidth += col->width; } } col = columns; for(int n = 0; n < numCols; ++n, col++) { if(col->flags & CF_HIDE) continue; // Collapse. if(col->flags & CF_STRETCH_WIDTH) { col->width = (width - fixedWidth) / numStretchCols; } } col = columns; for(int n = 0; n < numCols; ++n, col++) { col->x = x; if(!(col->flags & CF_HIDE)) // Collapse. { x += col->width; } } } static void drawTable(float x, float ly, float width, float height, column_t* columns, scoreinfo_t* scoreBoard, int inCount, float alpha, int player) { #define CELL_PADDING 1 if(!columns) return; if(!(alpha > 0)) return; int numCols = countTableColumns(columns); if(!numCols) return; const int lineHeight = .5f + height / (MAXPLAYERS + 1); const int fontHeight = FR_CharHeight('A'); float fontScale = float(lineHeight) / (fontHeight + CELL_PADDING * 2); #ifdef __JHEXEN__ // Quick fix for Hexen's oversized scoreboard fonts. // Something is broken here, though: the above should calculate a // suitable font size for all games? -jk fontScale *= .55f; #endif applyTableLayout(columns, numCols, x, width, CELL_PADDING); /// @todo fixme: all layout/placement should be done in applyTableLayout() // Draw the table header: DGL_Enable(DGL_TEXTURE_2D); const column_t* col = columns; for(int n = 0; n < numCols; ++n, col++) { if(col->flags & CF_HIDE) continue; int cX = col->x; if(col->alignFlags & ALIGN_RIGHT) cX += col->width - CELL_PADDING; else cX += CELL_PADDING; int cY = ly + lineHeight - CELL_PADDING; int alignFlags = (col->alignFlags & ~ALIGN_TOP) | ALIGN_BOTTOM; HU_DrawText(col->label, cX, cY, fontScale, 1.f, 1.f, 1.f, alpha, alignFlags, DTF_ONLY_SHADOW); } ly += lineHeight; DGL_Disable(DGL_TEXTURE_2D); // Draw the table from left to right, top to bottom: for(int i = 0; i < inCount; ++i, ly += lineHeight) { scoreinfo_t* info = &scoreBoard[i]; const char* name = Net_GetPlayerName(info->player); char buf[5]; if(info->player == player) { // Draw a background to make *me* stand out. float val = (info->color[0] + info->color[1] + info->color[2]) / 3; if(val < .5f) val = .2f; else val = .8f; DGL_DrawRectf2Color(x, ly, width, lineHeight, val + .2f, val + .2f, val, .5f * alpha); } // Now draw the fields: DGL_Enable(DGL_TEXTURE_2D); const column_t* col = columns; for(int n = 0; n < numCols; ++n, col++) { if(col->flags & CF_HIDE) continue; int cX = col->x; if(col->alignFlags & ALIGN_RIGHT) cX += col->width - CELL_PADDING; else cX += CELL_PADDING; int cY = ly + CELL_PADDING; switch(col->type) { case 0: // Class icon. { #if __JHERETIC__ || __JHEXEN__ int spr = 0; # if __JHERETIC__ if(info->pClass == PCLASS_CHICKEN) spr = SPR_CHKN; # else switch(info->pClass) { case PCLASS_FIGHTER: spr = SPR_PLAY; break; case PCLASS_CLERIC: spr = SPR_CLER; break; case PCLASS_MAGE: spr = SPR_MAGE; break; case PCLASS_PIG: spr = SPR_PIGY; break; } # endif if(spr) { spriteinfo_t sprInfo; int w, h; float scale; R_GetSpriteInfo(spr, 0, &sprInfo); w = sprInfo.geometry.size.width; h = sprInfo.geometry.size.height; if(h > w) scale = float(lineHeight - CELL_PADDING * 2) / h; else scale = float(col->width - CELL_PADDING * 2) / w; w *= scale; h *= scale; // Align to center on both X+Y axes. cX += ((col->width - CELL_PADDING * 2) - w) / 2.0f; cY += ((lineHeight - CELL_PADDING * 2) - h) / 2.0f; DGL_SetMaterialUI(sprInfo.material, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); drawQuad(cX, cY, w, h, sprInfo.texCoord[0], sprInfo.texCoord[1], 1, 1, 1, alpha); } #endif break; } case 1: // Name. HU_DrawText(name, cX, cY, fontScale, info->color[0], info->color[1], info->color[2], alpha, col->alignFlags, DTF_ONLY_SHADOW); break; case 2: // #Suicides. sprintf(buf, "%4i", info->suicides); HU_DrawText(buf, cX, cY, fontScale, info->color[0], info->color[1], info->color[2], alpha, col->alignFlags, DTF_ONLY_SHADOW); break; case 3: // #Kills. sprintf(buf, "%4i", info->kills); HU_DrawText(buf, cX, cY, fontScale, info->color[0], info->color[1], info->color[2], alpha, col->alignFlags, DTF_ONLY_SHADOW); break; } } DGL_Disable(DGL_TEXTURE_2D); } #undef CELL_PADDING } static void drawMapMetaData(float x, float y, float alpha) { #define BORDER 2 char const *title = P_MapTitle(0/*current map*/); if(!title) title = "Unnamed"; char buf[256]; dd_snprintf(buf, 256, "%s - %s", COMMON_GAMESESSION->rules().description().toLatin1().constData(), title); FR_SetColorAndAlpha(1, 1, 1, alpha); FR_DrawTextXY2(buf, x + BORDER, y - BORDER, ALIGN_BOTTOMLEFT); #undef BORDER } /** * Draws a sorted frags list in the lower right corner of the screen. */ void HU_DrawScoreBoard(int player) { #define LINE_BORDER 4 static column_t columns[] = { { "cl", 0, 0, 0, 0, 0 }, { "name", 1, CF_STRETCH_WIDTH, ALIGN_TOPLEFT, 0, 0 }, { "suicides", 2, 0, ALIGN_TOPRIGHT, 0, 0 }, { "frags", 3, 0, ALIGN_TOPRIGHT, 0, 0 }, { NULL, 0, 0, 0, 0, 0 } }; static bool tableInitialized = false; if(!IS_NETGAME) return; if(player < 0 || player >= MAXPLAYERS) return; scoreboardstate_t* ss = &scoreStates[player]; if(!(ss->alpha > 0)) return; // Are we yet to initialize the table for this game mode? if(!tableInitialized) { // Only display the player class column if more than one class is defined. if(NUM_PLAYER_CLASSES == 1) columns[0].flags |= CF_HIDE; tableInitialized = true; } // Set up the fixed 320x200 projection. DGL_MatrixMode(DGL_PROJECTION); DGL_PushMatrix(); DGL_LoadIdentity(); DGL_Ortho(0, 0, SCREENWIDTH, SCREENHEIGHT, -1, 1); // Populate and sort the scoreboard according to game rules, type, etc. scoreinfo_t scoreBoard[MAXPLAYERS]; int inCount = populateScoreInfo(scoreBoard, MAXPLAYERS, player); // Determine the dimensions of the scoreboard: RectRaw geom = RectRaw(0, 0, SCREENWIDTH - 32, SCREENHEIGHT - 32); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(16, 16, 0); // Draw a background around the whole thing. DGL_DrawRectf2Color(geom.origin.x, geom.origin.y, geom.size.width, geom.size.height, 0, 0, 0, .4f * ss->alpha); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetLeading(0); FR_SetColorAndAlpha(1, 0, 0, ss->alpha); FR_DrawTextXY3("ranking", geom.origin.x + geom.size.width / 2, geom.origin.y + LINE_BORDER, ALIGN_TOP, DTF_ONLY_SHADOW); FR_SetFont(FID(GF_FONTA)); drawMapMetaData(geom.origin.x, geom.origin.y + geom.size.height, ss->alpha); drawTable(geom.origin.x, geom.origin.y + 20, geom.size.width, geom.size.height - 20, columns, scoreBoard, inCount, ss->alpha, player); DGL_Disable(DGL_TEXTURE_2D); // Restore earlier matrices. DGL_MatrixMode(DGL_PROJECTION); DGL_PopMatrix(); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Hu_Ticker(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { scoreboardstate_t* ss = &scoreStates[i]; player_t* plr = &players[i]; if(!plr->plr->inGame) continue; if(ss->hideTics > 0) { --ss->hideTics; } else { if(ss->alpha > 0) ss->alpha -= .05f; } } } /** * Updates on Game Tick. */ void Hu_FogEffectTicker(timespan_t ticLength) { #define fog (&fogEffectData) #define FOGALPHA_FADE_STEP (.07f) static const float MENUFOGSPEED[2] = {.03f, -.085f}; int i; if(cfg.hudFog == 0) return; // Move towards the target alpha if(fog->alpha != fog->targetAlpha) { float diff = fog->targetAlpha - fog->alpha; if(fabs(diff) > FOGALPHA_FADE_STEP) { fog->alpha += FOGALPHA_FADE_STEP * ticLength * TICRATE * (diff > 0? 1 : -1); } else { fog->alpha = fog->targetAlpha; } } if(!(fog->alpha > 0)) return; for(i = 0; i < 2; ++i) { if(cfg.hudFog == 2) { fog->layers[i].texAngle += ((MENUFOGSPEED[i]/4) * ticLength * TICRATE); fog->layers[i].posAngle -= (MENUFOGSPEED[!i] * ticLength * TICRATE); fog->layers[i].texOffset[VX] = 160 + 120 * cos(fog->layers[i].posAngle / 180 * DD_PI); fog->layers[i].texOffset[VY] = 100 + 100 * sin(fog->layers[i].posAngle / 180 * DD_PI); } else { fog->layers[i].texAngle += ((MENUFOGSPEED[i]/4) * ticLength * TICRATE); fog->layers[i].posAngle -= ((MENUFOGSPEED[!i]*1.5f) * ticLength * TICRATE); fog->layers[i].texOffset[VX] = 320 + 320 * cos(fog->layers[i].posAngle / 180 * DD_PI); fog->layers[i].texOffset[VY] = 240 + 240 * sin(fog->layers[i].posAngle / 180 * DD_PI); } } // Calculate the height of the menuFog 3 Y join if(cfg.hudFog == 4) { if(fog->scrollDir && fog->joinY > 0.46f) fog->joinY = fog->joinY / 1.002f; else if(!fog->scrollDir && fog->joinY < 0.54f ) fog->joinY = fog->joinY * 1.002f; if((fog->joinY < 0.46f || fog->joinY > 0.54f)) fog->scrollDir = !fog->scrollDir; } #undef fog #undef FOGALPHA_FADE_STEP } void M_DrawGlowBar(const float a[2], const float b[2], float thickness, dd_bool left, dd_bool right, dd_bool caps, float red, float green, float blue, float alpha) { float length, delta[2], normal[2], unit[2]; DGLuint tex; if(!left && !right && !caps) return; if(!(alpha > 0)) return; delta[0] = b[0] - a[0]; delta[1] = b[1] - a[1]; length = sqrt(delta[0] * delta[0] + delta[1] * delta[1]); if(length <= 0) return; unit[0] = delta[0] / length; unit[1] = delta[1] / length; normal[0] = unit[1]; normal[1] = -unit[0]; tex = Get(DD_DYNLIGHT_TEXTURE); if(caps) { // Draw a "cap" at the start of the line. float v1[2], v2[2], v3[2], v4[2]; v1[0] = a[0] - unit[0] * thickness + normal[0] * thickness; v1[1] = a[1] - unit[1] * thickness + normal[1] * thickness; v2[0] = a[0] + normal[0] * thickness; v2[1] = a[1] + normal[1] * thickness; v3[0] = a[0] - normal[0] * thickness; v3[1] = a[1] - normal[1] * thickness; v4[0] = a[0] - unit[0] * thickness - normal[0] * thickness; v4[1] = a[1] - unit[1] * thickness - normal[1] * thickness; DGL_Bind(tex); DGL_Color4f(red, green, blue, alpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(v1[0], v1[1]); DGL_TexCoord2f(0, .5f, 0); DGL_Vertex2f(v2[0], v2[1]); DGL_TexCoord2f(0, .5f, 1); DGL_Vertex2f(v3[0], v3[1]); DGL_TexCoord2f(0, 0, 1); DGL_Vertex2f(v4[0], v4[1]); DGL_End(); } // The middle part of the line. if(left && right) { float v1[2], v2[2], v3[2], v4[2]; v1[0] = a[0] + normal[0] * thickness; v1[1] = a[1] + normal[1] * thickness; v2[0] = b[0] + normal[0] * thickness; v2[1] = b[1] + normal[1] * thickness; v3[0] = b[0] - normal[0] * thickness; v3[1] = b[1] - normal[1] * thickness; v4[0] = a[0] - normal[0] * thickness; v4[1] = a[1] - normal[1] * thickness; DGL_Bind(tex); DGL_Color4f(red, green, blue, alpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, .5f, 0); DGL_Vertex2f(v1[0], v1[1]); DGL_TexCoord2f(0, .5f, 0); DGL_Vertex2f(v2[0], v2[1]); DGL_TexCoord2f(0, .5f, 1); DGL_Vertex2f(v3[0], v3[1]); DGL_TexCoord2f(0, .5f, 1); DGL_Vertex2f(v4[0], v4[1]); DGL_End(); } else if(left) { float v1[2], v2[2], v3[2], v4[2]; v1[0] = a[0] + normal[0] * thickness; v1[1] = a[1] + normal[1] * thickness; v2[0] = b[0] + normal[0] * thickness; v2[1] = b[1] + normal[1] * thickness; v3[0] = b[0]; v3[1] = b[1]; v4[0] = a[0]; v4[1] = a[1]; DGL_Bind(tex); DGL_Color4f(red, green, blue, alpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, .25f); DGL_Vertex2f(v1[0], v1[1]); DGL_TexCoord2f(0, 0, .25f); DGL_Vertex2f(v2[0], v2[1]); DGL_TexCoord2f(0, .5f, .25f); DGL_Vertex2f(v3[0], v3[1]); DGL_TexCoord2f(0, .5f, .25f); DGL_Vertex2f(v4[0], v4[1]); DGL_End(); } else // right { float v1[2], v2[2], v3[2], v4[2]; v1[0] = a[0]; v1[1] = a[1]; v2[0] = b[0]; v2[1] = b[1]; v3[0] = b[0] - normal[0] * thickness; v3[1] = b[1] - normal[1] * thickness; v4[0] = a[0] - normal[0] * thickness; v4[1] = a[1] - normal[1] * thickness; DGL_Bind(tex); DGL_Color4f(red, green, blue, alpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, .75f, .5f); DGL_Vertex2f(v1[0], v1[1]); DGL_TexCoord2f(0, .75f, .5f); DGL_Vertex2f(v2[0], v2[1]); DGL_TexCoord2f(0, .75f, 1); DGL_Vertex2f(v3[0], v3[1]); DGL_TexCoord2f(0, .75f, 1); DGL_Vertex2f(v4[0], v4[1]); DGL_End(); } if(caps) { float v1[2], v2[2], v3[2], v4[2]; v1[0] = b[0] + normal[0] * thickness; v1[1] = b[1] + normal[1] * thickness; v2[0] = b[0] + unit[0] * thickness + normal[0] * thickness; v2[1] = b[1] + unit[1] * thickness + normal[1] * thickness; v3[0] = b[0] + unit[0] * thickness - normal[0] * thickness; v3[1] = b[1] + unit[1] * thickness - normal[1] * thickness; v4[0] = b[0] - normal[0] * thickness; v4[1] = b[1] - normal[1] * thickness; DGL_Bind(tex); DGL_Color4f(red, green, blue, alpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, .5f, 0); DGL_Vertex2f(v1[0], v1[1]); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(v2[0], v2[1]); DGL_TexCoord2f(0, 1, 1); DGL_Vertex2f(v3[0], v3[1]); DGL_TexCoord2f(0, .5, 1); DGL_Vertex2f(v4[0], v4[1]); DGL_End(); } } void M_DrawTextFragmentShadowed(const char* string, int x, int y, int alignFlags, short textFlags, float r, float g, float b, float a) { FR_SetColorAndAlpha(0, 0, 0, a * .4f); FR_DrawTextXY3(string, x+2, y+2, alignFlags, textFlags); FR_SetColorAndAlpha(r, g, b, a); FR_DrawTextXY3(string, x, y, alignFlags, textFlags); } static const char* patchReplacement(patchid_t patchId) { char* replacement = 0; // Not found. int valueIndex = patchReplacementValueIndex(patchId); if(valueIndex >= 0) { if(Def_Get(DD_DEF_VALUE_BY_INDEX, (char*)&valueIndex, (void*)&replacement) < 0) Con_Error("Hu_FindPatchReplacementString: Failed retrieving text value #%i.", valueIndex); } return replacement; } const char* Hu_FindPatchReplacementString(patchid_t patchId, int flags) { const char* replacement = patchReplacement(patchId); if(flags & (PRF_NO_IWAD|PRF_NO_PWAD)) { patchinfo_t info; R_GetPatchInfo(patchId, &info); if(!info.flags.isCustom) { if(flags & PRF_NO_IWAD) return NULL; } else { if(flags & PRF_NO_PWAD) return NULL; } } return replacement; } const char* Hu_ChoosePatchReplacement2(patchreplacemode_t mode, patchid_t patchId, const char* text) { const char* replacement = NULL; // No replacement possible/wanted. if(mode != PRM_NONE) { // We might be able to replace the patch with a string replacement. if(patchId != 0) { patchinfo_t info; R_GetPatchInfo(patchId, &info); if(!info.flags.isCustom) { if(NULL == text || !text[0]) { // Look for a user replacement. text = Hu_FindPatchReplacementString(patchId, PRF_NO_PWAD); } replacement = text; } } else { replacement = text; } } return replacement; } const char* Hu_ChoosePatchReplacement(patchreplacemode_t mode, patchid_t patchId) { return Hu_ChoosePatchReplacement2(mode, patchId, NULL); } void WI_DrawPatch3(patchid_t patchId, const char* replacement, const Point2Raw* origin, int alignFlags, int patchFlags, short textFlags) { if(replacement && replacement[0]) { // Use the replacement string. FR_DrawText3(replacement, origin, alignFlags, textFlags); return; } // Use the original patch. GL_DrawPatch3(patchId, origin, alignFlags, patchFlags); } void WI_DrawPatch2(patchid_t patchId, const char* replacement, const Point2Raw* origin, int alignFlags) { WI_DrawPatch3(patchId, replacement, origin, alignFlags, 0, 0); } void WI_DrawPatch(patchid_t patchId, const char* replacement, const Point2Raw* origin) { WI_DrawPatch2(patchId, replacement, origin, ALIGN_TOPLEFT); } void WI_DrawPatchXY3(patchid_t patchId, const char* replacement, int x, int y, int alignFlags, int patchFlags, short textFlags) { Point2Raw origin; origin.x = x; origin.y = y; WI_DrawPatch3(patchId, replacement, &origin, alignFlags, patchFlags, textFlags); } void WI_DrawPatchXY2(patchid_t patchId, const char* replacement, int x, int y, int alignFlags) { WI_DrawPatchXY3(patchId, replacement, x, y, alignFlags, 0, 0); } void WI_DrawPatchXY(patchid_t patchId, const char* replacement, int x, int y) { WI_DrawPatchXY2(patchId, replacement, x, y, ALIGN_TOPLEFT); } void Draw_BeginZoom(float s, float originX, float originY) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(originX, originY, 0); DGL_Scalef(s, s, 1); DGL_Translatef(-originX, -originY, 0); } void Draw_EndZoom(void) { DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } /** * Draws a 'fancy' fullscreen fog effect. Used as a background to various * HUD displays. */ void Hu_DrawFogEffect(int effectID, DGLuint tex, float texOffset[2], float texAngle, float alpha, float arg1) { const float xscale = 2.0f; const float yscale = 1.0f; if(!(alpha > 0)) return; if(effectID == 4) { DGL_SetNoMaterial(); DGL_DrawRectf2Color(0, 0, 320, 200, 0.0f, 0.0f, 0.0f, MIN_OF(alpha, .5f)); return; } if(effectID == 2) { DGL_Color4f(alpha, alpha / 2, 0, alpha / 3); DGL_BlendMode(BM_INVERSE_MUL); DGL_DrawRectf2Tiled(0, 0, 320, 200, 1, 1); } DGL_Bind(tex); if(tex) DGL_Enable(DGL_TEXTURE_2D); DGL_Color3f(alpha, alpha, alpha); DGL_MatrixMode(DGL_TEXTURE); DGL_LoadIdentity(); DGL_PushMatrix(); if(effectID == 1) { DGL_Color3f(alpha / 3, alpha / 2, alpha / 2); DGL_BlendMode(BM_INVERSE_MUL); } else if(effectID == 2) { DGL_Color3f(alpha / 5, alpha / 3, alpha / 2); DGL_BlendFunc(DGL_SRC_ALPHA, DGL_SRC_ALPHA); } else if(effectID == 0) { DGL_Color3f(alpha * 0.15, alpha * 0.2, alpha * 0.3); DGL_BlendFunc(DGL_SRC_ALPHA, DGL_SRC_ALPHA); } if(effectID == 3) { // The fancy one. DGL_BlendFunc(DGL_SRC_ALPHA, DGL_SRC_ALPHA); DGL_Translatef(texOffset[VX] / 320, texOffset[VY] / 200, 0); DGL_Rotatef(texAngle * 1, 0, 0, 1); DGL_Translatef(-texOffset[VX] / 320, -texOffset[VY] / 200, 0); DGL_Begin(DGL_QUADS); // Top Half DGL_Color4f(alpha * 0.25, alpha * 0.3, alpha * 0.4, 1 - (alpha * 0.8) ); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(0, 0); DGL_Color4f(alpha * 0.25, alpha * 0.3, alpha * 0.4, 1 - (alpha * 0.8) ); DGL_TexCoord2f(0, xscale, 0); DGL_Vertex2f(320, 0); DGL_Color4f(alpha * 0.7, alpha * 0.7, alpha * 0.8, 1 - (0-(alpha * 0.9))); DGL_TexCoord2f(0, xscale, yscale * arg1); DGL_Vertex2f(320, 200 * arg1); DGL_Color4f(alpha * 0.7, alpha * 0.7, alpha * 0.8, 1 - (0-(alpha * 0.9))); DGL_TexCoord2f(0, 0, yscale * arg1); DGL_Vertex2f(0, 200 * arg1); // Bottom Half DGL_Color4f(alpha * 0.7, alpha * 0.7, alpha * 0.8, 1 - (0-(alpha * 0.9))); DGL_TexCoord2f(0, 0, yscale * arg1); DGL_Vertex2f(0, 200 * arg1); DGL_Color4f(alpha * 0.7, alpha * 0.7, alpha * 0.8, 1 - (0-(alpha * 0.9))); DGL_TexCoord2f(0, xscale, yscale * arg1); DGL_Vertex2f(320, 200 * arg1); DGL_Color4f(alpha * 0.25, alpha * 0.3, alpha * 0.4, 1 - (alpha * 0.8) ); DGL_TexCoord2f(0, xscale, yscale); DGL_Vertex2f(320, 200); DGL_Color4f(alpha * 0.25, alpha * 0.3, alpha * 0.4, 1 - (alpha * 0.8) ); DGL_TexCoord2f(0, 0, yscale); DGL_Vertex2f(0, 200); DGL_End(); } else { DGL_Translatef(texOffset[VX] / 320, texOffset[VY] / 200, 0); DGL_Rotatef(texAngle * (effectID == 0 ? 0.5 : 1), 0, 0, 1); DGL_Translatef(-texOffset[VX] / 320, -texOffset[VY] / 200, 0); if(effectID == 2) DGL_DrawRectf2Tiled(0, 0, 320, 200, 270 / 8, 4 * 225); else if(effectID == 0) DGL_DrawRectf2Tiled(0, 0, 320, 200, 270 / 4, 8 * 225); else DGL_DrawRectf2Tiled(0, 0, 320, 200, 270, 225); } DGL_MatrixMode(DGL_TEXTURE); DGL_PopMatrix(); if(tex) DGL_Disable(DGL_TEXTURE_2D); DGL_BlendMode(BM_NORMAL); } static void drawFogEffect(void) { #define mfd (&fogEffectData) DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); // Two layers. Hu_DrawFogEffect(cfg.hudFog - 1, mfd->texture, mfd->layers[0].texOffset, mfd->layers[0].texAngle, mfd->alpha, fogEffectData.joinY); Hu_DrawFogEffect(cfg.hudFog - 1, mfd->texture, mfd->layers[1].texOffset, mfd->layers[1].texAngle, mfd->alpha, fogEffectData.joinY); // Restore original matrices. DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef mfd } void Hu_Drawer(void) { dd_bool menuOrMessageVisible = (Hu_MenuIsVisible() || Hu_IsMessageActive()); dd_bool pauseGraphicVisible = Pause_IsUserPaused() && !FI_StackActive(); if(!menuOrMessageVisible && !pauseGraphicVisible) return; if(pauseGraphicVisible) { const int winWidth = Get(DD_WINDOW_WIDTH); const int winHeight = Get(DD_WINDOW_HEIGHT); /** * Use an orthographic projection in native screenspace. Then * translate and scale the projection to produce an aspect * corrected coordinate space at 4:3, aligned vertically to * the top and centered horizontally in the window. */ DGL_MatrixMode(DGL_PROJECTION); DGL_PushMatrix(); DGL_LoadIdentity(); DGL_Ortho(0, 0, winWidth, winHeight, -1, 1); DGL_Translatef((float)winWidth/2, (float)winHeight/SCREENHEIGHT * 4, 0); if(winWidth >= winHeight) DGL_Scalef((float)winHeight/SCREENHEIGHT, (float)winHeight/SCREENHEIGHT, 1); else DGL_Scalef((float)winWidth/SCREENWIDTH, (float)winWidth/SCREENWIDTH, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetLeading(0); WI_DrawPatchXY3(m_pause, Hu_ChoosePatchReplacement(PRM_ALLOW_TEXT, m_pause), 0, 0, ALIGN_TOP, DPF_NO_OFFSET, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_PROJECTION); DGL_PopMatrix(); } if(!menuOrMessageVisible) return; // Draw the fog effect? if(fogEffectData.alpha > 0 && cfg.hudFog) drawFogEffect(); if(Hu_IsMessageActive()) { Hu_MsgDrawer(); } else { Hu_MenuDrawer(); } } void Hu_FogEffectSetAlphaTarget(float alpha) { fogEffectData.targetAlpha = MINMAX_OF(0, alpha, 1); } dd_bool Hu_IsStatusBarVisible(int player) { #ifdef __JDOOM64__ DENG_UNUSED(player); return false; #else if(!ST_StatusBarIsActive(player)) return false; if(ST_AutomapIsActive(player) && cfg.automapHudDisplay == 0) { return false; } return true; #endif } #if __JDOOM__ || __JDOOM64__ int Hu_MapTitleFirstLineHeight() { int y = 0; patchinfo_t patchInfo; if(R_GetPatchInfo(P_MapTitlePatch(0/*current map*/), &patchInfo)) { y = patchInfo.geometry.size.height + 2; } return MAX_OF(14, y); } #endif dd_bool Hu_IsMapTitleAuthorVisible(void) { char const *author = P_MapAuthor(0/*current map*/, cfg.hideIWADAuthor); return author != 0 && (actualMapTime <= 6 * TICSPERSEC); } int Hu_MapTitleHeight(void) { int h = (Hu_IsMapTitleAuthorVisible()? 8 : 0); #if __JDOOM__ || __JDOOM64__ return Hu_MapTitleFirstLineHeight() + h; #endif #if __JHERETIC__ || __JHEXEN__ return 20 + h; #endif } void Hu_DrawMapTitle(float alpha, dd_bool mapIdInsteadOfAuthor) { char const *title = P_MapTitle(0/*current map*/); char const *author = P_MapAuthor(0/*current map*/, cfg.hideIWADAuthor); float y = 0; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, alpha); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB[0], defFontRGB[1], defFontRGB[2], alpha); #if __JDOOM__ || __JDOOM64__ patchid_t patchId = P_MapTitlePatch(0/*current map*/); WI_DrawPatchXY3(patchId, Hu_ChoosePatchReplacement2(PRM_ALLOW_TEXT, patchId, title), 0, 0, ALIGN_TOP, 0, DTF_ONLY_SHADOW); // Following line of text placed according to patch height. y += Hu_MapTitleFirstLineHeight(); #elif __JHERETIC__ || __JHEXEN__ if(title) { FR_DrawTextXY3(title, 0, 0, ALIGN_TOP, DTF_ONLY_SHADOW); y += 20; } #endif if(mapIdInsteadOfAuthor) { FR_SetFont(FID(GF_FONTA)); #if defined(__JHERETIC__) || defined(__JHEXEN__) FR_SetColorAndAlpha(.85f, .85f, .85f, alpha); #else FR_SetColorAndAlpha(.6f, .6f, .6f, alpha); #endif FR_DrawTextXY3(Str_Text(Uri_ToString(gameMapUri)), 0, y, ALIGN_TOP, DTF_ONLY_SHADOW); } else if(author) { FR_SetFont(FID(GF_FONTA)); FR_SetColorAndAlpha(.5f, .5f, .5f, alpha); FR_DrawTextXY3(author, 0, y, ALIGN_TOP, DTF_ONLY_SHADOW); } DGL_Disable(DGL_TEXTURE_2D); } dd_bool Hu_IsMapTitleVisible(void) { if(!cfg.mapTitle) return false; return (actualMapTime < 6 * 35) || ST_AutomapIsActive(DISPLAYPLAYER); } static dd_bool needToRespectStatusBarHeightWhenAutomapOpen(void) { #ifndef __JDOOM64__ return Hu_IsStatusBarVisible(DISPLAYPLAYER); #endif return false; } static dd_bool needToRespectHudSizeWhenAutomapOpen(void) { #ifdef __JDOOM__ if(cfg.hudShown[HUD_FACE] && !Hu_IsStatusBarVisible(DISPLAYPLAYER) && cfg.automapHudDisplay > 0) return true; #endif return false; } void Hu_MapTitleDrawer(const RectRaw* portGeometry) { if(!cfg.mapTitle || !portGeometry) return; // Scale according to the viewport size. float scale; R_ChooseAlignModeAndScaleFactor(&scale, SCREENWIDTH, SCREENHEIGHT, portGeometry->size.width, portGeometry->size.height, scalemode_t(cfg.menuScaleMode)); // Determine origin of the title. Point2Raw origin(portGeometry->size.width / 2, 6 * portGeometry->size.height / SCREENHEIGHT); // Should the title be positioned in the bottom of the view? if(cfg.automapTitleAtBottom && ST_AutomapIsActive(DISPLAYPLAYER) && (actualMapTime > 6 * TICSPERSEC)) { origin.y = portGeometry->size.height - 1.2f * Hu_MapTitleHeight() * scale; #if __JHERETIC__ || __JHEXEN__ if(Hu_InventoryIsOpen(DISPLAYPLAYER) && !Hu_IsStatusBarVisible(DISPLAYPLAYER)) { // Omit the title altogether while the inventory is open. return; } #endif float off = 0; // in vanilla pixels if(needToRespectStatusBarHeightWhenAutomapOpen()) { Size2Raw stBarSize; R_StatusBarSize(DISPLAYPLAYER, &stBarSize); off += stBarSize.height; } else if(needToRespectHudSizeWhenAutomapOpen()) { off += 30 * cfg.hudScale; } origin.y -= off * portGeometry->size.height / float(SCREENHEIGHT); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); // After scaling, the title is centered horizontally on the screen. DGL_Translatef(origin.x, origin.y, 0); DGL_Scalef(scale, scale * 1.2f/*aspect correct*/, 1); // Level information is shown for a few seconds in the beginning of a level. if(actualMapTime <= 6 * TICSPERSEC) { // Fade the title in and out. float alpha = 1; if(actualMapTime < 35) alpha = actualMapTime / 35.0f; if(actualMapTime > 5 * 35) alpha = 1 - (actualMapTime - 5 * 35) / 35.0f; // Make the title 3/4 smaller. DGL_Scalef(.75f, .75f, 1); Hu_DrawMapTitle(alpha, false /* show author */); } else if(ST_AutomapIsActive(DISPLAYPLAYER) && (actualMapTime > 6 * TICSPERSEC)) { // When the automap is open, the title is displayed together with the // map identifier (URI). // Fade the title in. float alpha = 1; if(actualMapTime < 7 * 35) alpha = MINMAX_OF(0, (actualMapTime - 6 * 35) / 35.f, 1); DGL_Scalef(.5f, .5f, 1); Hu_DrawMapTitle(alpha, true /* show map ID */); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void M_DrawShadowedPatch3(patchid_t id, int x, int y, int alignFlags, int patchFlags, float r, float g, float b, float a) { if(id == 0 || DD_GetInteger(DD_NOVIDEO) || DD_GetInteger(DD_DEDICATED)) return; DGL_Color4f(0, 0, 0, a * .4f); GL_DrawPatchXY3(id, x+2, y+2, alignFlags, patchFlags); DGL_Color4f(r, g, b, a); GL_DrawPatchXY3(id, x, y, alignFlags, patchFlags); } void M_DrawShadowedPatch2(patchid_t id, int x, int y, int alignFlags, int patchFlags) { M_DrawShadowedPatch3(id, x, y, alignFlags, patchFlags, 1, 1, 1, 1); } void M_DrawShadowedPatch(patchid_t id, int x, int y) { M_DrawShadowedPatch2(id, x, y, ALIGN_TOPLEFT, 0); } doomsday-1.14.5/doomsday/plugins/common/src/mapstatewriter.cpp0000664000175000017500000002170212350542240024042 0ustar jaakkojaakko/** @file mapstatewriter.cpp Saved map state writer. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "mapstatewriter.h" #include "dmu_lib.h" #include "p_savedef.h" // MY_SAVE_VERSION #include "p_saveg.h" // SV_WriteSector, SV_WriteLine #include "polyobjs.h" #include "thinkerinfo.h" namespace internal { static bool useMaterialArchiveSegments() { #if __JHEXEN__ return true; #else return false; #endif } } using namespace internal; DENG2_PIMPL(MapStateWriter) { ThingArchive *thingArchive; MaterialArchive *materialArchive; Writer *writer; // Not owned. Instance(Public *i) : Base(i) , thingArchive(0) , materialArchive(0) , writer(0) {} ~Instance() { MaterialArchive_Delete(materialArchive); delete thingArchive; } void beginSegment(int segId) { #if __JHEXEN__ Writer_WriteInt32(writer, segId); #else DENG2_UNUSED(segId); #endif } void endSegment() { beginSegment(ASEG_END); } void writeConsistencyBytes() { #if !__JHEXEN__ Writer_WriteByte(writer, CONSISTENCY); #endif } void writeMapHeader() { #if __JHEXEN__ // Maps have their own version number. Writer_WriteByte(writer, MY_SAVE_VERSION); // Write the map timer Writer_WriteInt32(writer, mapTime); #endif } void writeMaterialArchive() { MaterialArchive_Write(materialArchive, writer); } void writePlayers() { beginSegment(ASEG_PLAYER_HEADER); playerheader_t plrHdr; plrHdr.write(writer); beginSegment(ASEG_PLAYERS); { #if __JHEXEN__ for(int i = 0; i < MAXPLAYERS; ++i) { Writer_WriteByte(writer, players[i].plr->inGame); } #endif for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; if(!plr->plr->inGame) continue; Writer_WriteInt32(writer, Net_GetPlayerID(i)); plr->write(writer, plrHdr); } } endSegment(); } void writeElements() { beginSegment(ASEG_MAP_ELEMENTS); for(int i = 0; i < numsectors; ++i) { SV_WriteSector((Sector *)P_ToPtr(DMU_SECTOR, i), thisPublic); } for(int i = 0; i < numlines; ++i) { SV_WriteLine((Line *)P_ToPtr(DMU_LINE, i), thisPublic); } // endSegment(); } void writePolyobjs() { #if __JHEXEN__ beginSegment(ASEG_POLYOBJS); Writer_WriteInt32(writer, numpolyobjs); for(int i = 0; i < numpolyobjs; ++i) { Polyobj *po = Polyobj_ById(i); DENG2_ASSERT(po != 0); po->write(thisPublic); } // endSegment(); #endif } struct writethinkerworker_params_t { MapStateWriter *msw; bool excludePlayers; }; /** * Serializes the specified thinker and writes it to save state. */ static int writeThinkerWorker(thinker_t *th, void *context) { writethinkerworker_params_t const &p = *static_cast(context); // We are only concerned with thinkers we have save info for. ThinkerClassInfo *thInfo = SV_ThinkerInfo(*th); if(!thInfo) return false; // Are we excluding players? if(p.excludePlayers) { if(th->function == (thinkfunc_t) P_MobjThinker && ((mobj_t *) th)->player) { return false; } } // Only the server saves this class of thinker? if((thInfo->flags & TSF_SERVERONLY) && IS_CLIENT) { return false; } // Write the header block for this thinker. Writer_WriteByte(p.msw->writer(), thInfo->thinkclass); // Thinker type byte. Writer_WriteByte(p.msw->writer(), th->inStasis? 1 : 0); // In stasis? // Write the thinker data. thInfo->writeFunc(th, p.msw); return false; } /** * Serializes thinkers for both client and server. * * @note Clients do not save data for all thinkers. In some cases the server will send it * anyway (so saving it would just bloat client save states). * * @note Some thinker classes are NEVER saved by clients. */ void writeThinkers() { beginSegment(ASEG_THINKERS); #if __JHEXEN__ Writer_WriteInt32(writer, thingArchive->size()); // number of mobjs. #endif // Serialize qualifying thinkers. writethinkerworker_params_t parm; de::zap(parm); parm.msw = thisPublic; parm.excludePlayers = thingArchive->excludePlayers(); Thinker_Iterate(0/*all thinkers*/, writeThinkerWorker, &parm); // Mark the end of the thinkers. // endSegment(); Writer_WriteByte(writer, TC_END); } void writeACScriptData() { #if __JHEXEN__ beginSegment(ASEG_SCRIPTS); Game_ACScriptInterpreter().writeMapState(thisPublic); // endSegment(); #endif } void writeSoundSequences() { #if __JHEXEN__ beginSegment(ASEG_SOUNDS); SN_WriteSequences(writer); // endSegment(); #endif } void writeMisc() { #if __JHEXEN__ beginSegment(ASEG_MISC); for(int i = 0; i < MAXPLAYERS; ++i) { Writer_WriteInt32(writer, localQuakeHappening[i]); } #endif #if __JDOOM__ DENG2_ASSERT(theBossBrain != 0); theBossBrain->write(thisPublic); #endif } void writeSoundTargets() { #if !__JHEXEN__ if(!IS_SERVER) return; // Not for us. // Write the total number. int count = 0; for(int i = 0; i < numsectors; ++i) { xsector_t *xsec = P_ToXSector((Sector *)P_ToPtr(DMU_SECTOR, i)); if(xsec->soundTarget) { count += 1; } } // beginSegment(); Writer_WriteInt32(writer, count); // Write the mobj references using the mobj archive. for(int i = 0; i < numsectors; ++i) { xsector_t *xsec = P_ToXSector((Sector *)P_ToPtr(DMU_SECTOR, i)); if(xsec->soundTarget) { Writer_WriteInt32(writer, i); Writer_WriteInt16(writer, thingArchive->serialIdFor(xsec->soundTarget)); } } // endSegment(); #endif } }; MapStateWriter::MapStateWriter() : d(new Instance(this)) {} void MapStateWriter::write(Writer *writer, bool excludePlayers) { DENG2_ASSERT(writer != 0); d->writer = writer; // Prepare and populate the material archive. d->materialArchive = MaterialArchive_New(useMaterialArchiveSegments()); Writer_WriteInt32(writer, MY_SAVE_MAGIC); Writer_WriteInt32(writer, MY_SAVE_VERSION); // Set the mobj archive numbers. d->thingArchive = new ThingArchive; d->thingArchive->initForSave(excludePlayers); #if !__JHEXEN__ Writer_WriteInt32(d->writer, d->thingArchive->size()); #endif d->writePlayers(); // Serialize the map. d->beginSegment(ASEG_MAP_HEADER2); { d->writeMapHeader(); d->writeMaterialArchive(); d->writeElements(); d->writePolyobjs(); d->writeThinkers(); d->writeACScriptData(); d->writeSoundSequences(); d->writeMisc(); d->writeSoundTargets(); } d->endSegment(); d->writeConsistencyBytes(); // To be absolutely sure... // Cleanup. MaterialArchive_Delete(d->materialArchive); d->materialArchive = 0; delete d->thingArchive; d->thingArchive = 0; } ThingArchive::SerialId MapStateWriter::serialIdFor(mobj_t *mobj) { DENG2_ASSERT(d->thingArchive != 0); return d->thingArchive->serialIdFor(mobj); } materialarchive_serialid_t MapStateWriter::serialIdFor(Material *material) { DENG2_ASSERT(d->materialArchive != 0); return MaterialArchive_FindUniqueSerialId(d->materialArchive, material); } Writer *MapStateWriter::writer() { DENG2_ASSERT(d->writer != 0); return d->writer; } doomsday-1.14.5/doomsday/plugins/common/src/thinkerinfo.cpp0000664000175000017500000001570612350542240023316 0ustar jaakkojaakko/** @file thinkerinfo.cpp Game save thinker info. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "thinkerinfo.h" #include "mobj.h" #include "p_ceiling.h" #include "p_door.h" #include "p_floor.h" #include "p_plat.h" #include "p_scroll.h" #include "p_switch.h" #if __JHEXEN__ # include "acscript.h" # include "p_pillar.h" # include "p_waggle.h" #endif #include "polyobjs.h" template static void writeThinkerAs(thinker_t const *th, MapStateWriter *msWriter) { Type *t = (Type*)th; t->write(msWriter); } template static int readThinkerAs(thinker_t *th, MapStateReader *msReader) { Type *t = (Type *)th; return t->read(msReader); } static ThinkerClassInfo thinkerInfo[] = { { TC_MOBJ, (thinkfunc_t) P_MobjThinker, TSF_SERVERONLY, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(mobj_t) }, #if !__JHEXEN__ { TC_XGMOVER, (thinkfunc_t) XS_PlaneMover, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(xgplanemover_t) }, #endif { TC_CEILING, T_MoveCeiling, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(ceiling_t) }, { TC_DOOR, T_Door, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(door_t) }, { TC_FLOOR, T_MoveFloor, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(floor_t) }, { TC_PLAT, T_PlatRaise, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(plat_t) }, #if __JHEXEN__ { TC_INTERPRET_ACS, (thinkfunc_t) ACScript_Thinker, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(ACScript) }, { TC_FLOOR_WAGGLE, (thinkfunc_t) T_FloorWaggle, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(waggle_t) }, { TC_LIGHT, (thinkfunc_t) T_Light, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(light_t) }, { TC_PHASE, (thinkfunc_t) T_Phase, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(phase_t) }, { TC_BUILD_PILLAR, (thinkfunc_t) T_BuildPillar, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(pillar_t) }, { TC_ROTATE_POLY, T_RotatePoly, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(polyevent_t) }, { TC_MOVE_POLY, T_MovePoly, 0, de::function_cast(SV_WriteMovePoly), de::function_cast(SV_ReadMovePoly), sizeof(polyevent_t) }, { TC_POLY_DOOR, T_PolyDoor, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(polydoor_t) }, #else { TC_FLASH, (thinkfunc_t) T_LightFlash, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(lightflash_s) }, { TC_STROBE, (thinkfunc_t) T_StrobeFlash, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(strobe_t) }, { TC_GLOW, (thinkfunc_t) T_Glow, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(glow_t) }, # if __JDOOM__ || __JDOOM64__ { TC_FLICKER, (thinkfunc_t) T_FireFlicker, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(fireflicker_t) }, # endif # if __JDOOM64__ { TC_BLINK, (thinkfunc_t) T_LightBlink, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(lightblink_t) }, # endif #endif { TC_MATERIALCHANGER, T_MaterialChanger, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(materialchanger_s) }, { TC_SCROLL, (thinkfunc_t) T_Scroll, 0, de::function_cast(writeThinkerAs), de::function_cast(readThinkerAs), sizeof(scroll_t) }, { TC_NULL, NULL, 0, NULL, NULL, 0 } }; ThinkerClassInfo *SV_ThinkerInfoForClass(thinkerclass_t tClass) { for(ThinkerClassInfo *info = thinkerInfo; info->thinkclass != TC_NULL; info++) { if(info->thinkclass == tClass) return info; } return 0; // Not found. } ThinkerClassInfo *SV_ThinkerInfo(thinker_t const &thinker) { for(ThinkerClassInfo *info = thinkerInfo; info->thinkclass != TC_NULL; info++) { if(info->function == thinker.function) return info; } return 0; // Not found. } doomsday-1.14.5/doomsday/plugins/common/src/p_saveg.cpp0000664000175000017500000006410212350542240022414 0ustar jaakkojaakko/** @file p_saveg.cpp Common game-save state management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_saveg.h" #include "dmu_lib.h" #include "g_common.h" #include "p_actor.h" #include "p_tick.h" // mapTime #include "p_saveio.h" #include "mapstatereader.h" #include "mapstatewriter.h" #include #include #include #include int saveToRealPlayerNum[MAXPLAYERS]; #if __JHEXEN__ targetplraddress_t *targetPlayerAddrs; #endif #if __JHEXEN__ void SV_InitTargetPlayers() { targetPlayerAddrs = 0; } void SV_ClearTargetPlayers() { while(targetPlayerAddrs) { targetplraddress_t *next = targetPlayerAddrs->next; M_Free(targetPlayerAddrs); targetPlayerAddrs = next; } } #endif // __JHEXEN__ void SV_TranslateLegacyMobjFlags(mobj_t *mo, int ver) { #if __JDOOM64__ // Nothing to do. DENG2_UNUSED(mo); DENG2_UNUSED(ver); return; #endif #if __JDOOM__ || __JHERETIC__ if(ver < 6) { // mobj.flags # if __JDOOM__ // switched values for MF_BRIGHTSHADOW <> MF_BRIGHTEXPLODE if((mo->flags & MF_BRIGHTEXPLODE) != (mo->flags & MF_BRIGHTSHADOW)) { if(mo->flags & MF_BRIGHTEXPLODE) // previously MF_BRIGHTSHADOW { mo->flags |= MF_BRIGHTSHADOW; mo->flags &= ~MF_BRIGHTEXPLODE; } else // previously MF_BRIGHTEXPLODE { mo->flags |= MF_BRIGHTEXPLODE; mo->flags &= ~MF_BRIGHTSHADOW; } } // else they were both on or off so it doesn't matter. # endif // Remove obsoleted flags in earlier save versions. mo->flags &= ~MF_V6OBSOLETE; // mobj.flags2 # if __JDOOM__ // jDoom only gained flags2 in ver 6 so all we can do is to // apply the values as set in the mobjinfo. // Non-persistent flags might screw things up a lot worse otherwise. mo->flags2 = mo->info->flags2; # endif } #endif #if __JDOOM__ || __JHERETIC__ if(ver < 9) { mo->spawnSpot.flags &= ~MASK_UNKNOWN_MSF_FLAGS; // Spawn on the floor by default unless the mobjtype flags override. mo->spawnSpot.flags |= MSF_Z_FLOOR; } #endif #if __JHEXEN__ if(ver < 5) #else if(ver < 7) #endif { // flags3 was introduced in a latter version so all we can do is to // apply the values as set in the mobjinfo. // Non-persistent flags might screw things up a lot worse otherwise. mo->flags3 = mo->info->flags3; } } void playerheader_s::write(Writer *writer) { Writer_WriteByte(writer, 2); // version byte numPowers = NUM_POWER_TYPES; numKeys = NUM_KEY_TYPES; numFrags = MAXPLAYERS; numWeapons = NUM_WEAPON_TYPES; numAmmoTypes = NUM_AMMO_TYPES; numPSprites = NUMPSPRITES; #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ numInvItemTypes = NUM_INVENTORYITEM_TYPES; #endif #if __JHEXEN__ numArmorTypes = NUMARMOR; #endif Writer_WriteInt32(writer, numPowers); Writer_WriteInt32(writer, numKeys); Writer_WriteInt32(writer, numFrags); Writer_WriteInt32(writer, numWeapons); Writer_WriteInt32(writer, numAmmoTypes); Writer_WriteInt32(writer, numPSprites); #if __JDOOM64__ || __JHERETIC__ || __JHEXEN__ Writer_WriteInt32(writer, numInvItemTypes); #endif #if __JHEXEN__ Writer_WriteInt32(writer, numArmorTypes); #endif } void playerheader_s::read(Reader *reader, int saveVersion) { #if __JHEXEN__ if(saveVersion >= 4) #else if(saveVersion >= 5) #endif { int ver = Reader_ReadByte(reader); #if !__JHERETIC__ DENG2_UNUSED(ver); #endif numPowers = Reader_ReadInt32(reader); numKeys = Reader_ReadInt32(reader); numFrags = Reader_ReadInt32(reader); numWeapons = Reader_ReadInt32(reader); numAmmoTypes = Reader_ReadInt32(reader); numPSprites = Reader_ReadInt32(reader); #if __JHERETIC__ if(ver >= 2) numInvItemTypes = Reader_ReadInt32(reader); else numInvItemTypes = NUM_INVENTORYITEM_TYPES; #endif #if __JHEXEN__ || __JDOOM64__ numInvItemTypes = Reader_ReadInt32(reader); #endif #if __JHEXEN__ numArmorTypes = Reader_ReadInt32(reader); #endif } else // The old format didn't save the counts. { #if __JHEXEN__ numPowers = 9; numKeys = 11; numFrags = 8; numWeapons = 4; numAmmoTypes = 2; numPSprites = 2; numInvItemTypes = 33; numArmorTypes = 4; #elif __JDOOM__ || __JDOOM64__ numPowers = 6; numKeys = 6; numFrags = 4; // Why was this only 4? numWeapons = 9; numAmmoTypes = 4; numPSprites = 2; # if __JDOOM64__ numInvItemTypes = 3; # endif #elif __JHERETIC__ numPowers = 9; numKeys = 3; numFrags = 4; // ? numWeapons = 8; numInvItemTypes = 14; numAmmoTypes = 6; numPSprites = 2; #endif } } enum sectorclass_t { sc_normal, sc_ploff, ///< plane offset #if !__JHEXEN__ sc_xg1, #endif NUM_SECTORCLASSES }; void SV_WriteSector(Sector *sec, MapStateWriter *msw) { Writer *writer = msw->writer(); int i, type; float flooroffx = P_GetFloatp(sec, DMU_FLOOR_MATERIAL_OFFSET_X); float flooroffy = P_GetFloatp(sec, DMU_FLOOR_MATERIAL_OFFSET_Y); float ceiloffx = P_GetFloatp(sec, DMU_CEILING_MATERIAL_OFFSET_X); float ceiloffy = P_GetFloatp(sec, DMU_CEILING_MATERIAL_OFFSET_Y); byte lightlevel = (byte) (255.f * P_GetFloatp(sec, DMU_LIGHT_LEVEL)); short floorheight = (short) P_GetIntp(sec, DMU_FLOOR_HEIGHT); short ceilingheight = (short) P_GetIntp(sec, DMU_CEILING_HEIGHT); short floorFlags = (short) P_GetIntp(sec, DMU_FLOOR_FLAGS); short ceilingFlags = (short) P_GetIntp(sec, DMU_CEILING_FLAGS); Material *floorMaterial = (Material *)P_GetPtrp(sec, DMU_FLOOR_MATERIAL); Material *ceilingMaterial = (Material *)P_GetPtrp(sec, DMU_CEILING_MATERIAL); xsector_t *xsec = P_ToXSector(sec); #if !__JHEXEN__ // Determine type. if(xsec->xg) type = sc_xg1; else #endif if(!FEQUAL(flooroffx, 0) || !FEQUAL(flooroffy, 0) || !FEQUAL(ceiloffx, 0) || !FEQUAL(ceiloffy, 0)) type = sc_ploff; else type = sc_normal; // Type byte. Writer_WriteByte(writer, type); // Version. // 2: Surface colors. // 3: Surface flags. Writer_WriteByte(writer, 3); // write a version byte. Writer_WriteInt16(writer, floorheight); Writer_WriteInt16(writer, ceilingheight); Writer_WriteInt16(writer, msw->serialIdFor(floorMaterial)); Writer_WriteInt16(writer, msw->serialIdFor(ceilingMaterial)); Writer_WriteInt16(writer, floorFlags); Writer_WriteInt16(writer, ceilingFlags); #if __JHEXEN__ Writer_WriteInt16(writer, (short) lightlevel); #else Writer_WriteByte(writer, lightlevel); #endif float rgb[3]; P_GetFloatpv(sec, DMU_COLOR, rgb); for(i = 0; i < 3; ++i) Writer_WriteByte(writer, (byte)(255.f * rgb[i])); P_GetFloatpv(sec, DMU_FLOOR_COLOR, rgb); for(i = 0; i < 3; ++i) Writer_WriteByte(writer, (byte)(255.f * rgb[i])); P_GetFloatpv(sec, DMU_CEILING_COLOR, rgb); for(i = 0; i < 3; ++i) Writer_WriteByte(writer, (byte)(255.f * rgb[i])); Writer_WriteInt16(writer, xsec->special); Writer_WriteInt16(writer, xsec->tag); #if __JHEXEN__ Writer_WriteInt16(writer, xsec->seqType); #endif if(type == sc_ploff #if !__JHEXEN__ || type == sc_xg1 #endif ) { Writer_WriteFloat(writer, flooroffx); Writer_WriteFloat(writer, flooroffy); Writer_WriteFloat(writer, ceiloffx); Writer_WriteFloat(writer, ceiloffy); } #if !__JHEXEN__ if(xsec->xg) // Extended General? { SV_WriteXGSector(sec, writer); } #endif } void SV_ReadSector(Sector *sec, MapStateReader *msr) { xsector_t *xsec = P_ToXSector(sec); Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); // A type byte? int type = 0; #if __JHEXEN__ if(mapVersion < 4) type = sc_ploff; else #else if(mapVersion <= 1) type = sc_normal; else #endif type = Reader_ReadByte(reader); // A version byte? int ver = 1; #if __JHEXEN__ if(mapVersion > 2) #else if(mapVersion > 4) #endif { ver = Reader_ReadByte(reader); } int fh = Reader_ReadInt16(reader); int ch = Reader_ReadInt16(reader); P_SetIntp(sec, DMU_FLOOR_HEIGHT, fh); P_SetIntp(sec, DMU_CEILING_HEIGHT, ch); #if __JHEXEN__ // Update the "target heights" of the planes. P_SetIntp(sec, DMU_FLOOR_TARGET_HEIGHT, fh); P_SetIntp(sec, DMU_CEILING_TARGET_HEIGHT, ch); // The move speed is not saved; can cause minor problems. P_SetIntp(sec, DMU_FLOOR_SPEED, 0); P_SetIntp(sec, DMU_CEILING_SPEED, 0); #endif Material *floorMaterial = 0, *ceilingMaterial = 0; #if !__JHEXEN__ if(mapVersion == 1) { // The flat numbers are absolute lump indices. Uri *uri = Uri_NewWithPath2("Flats:", RC_NULL); Uri_SetPath(uri, Str_Text(W_LumpName(Reader_ReadInt16(reader)))); floorMaterial = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_SetPath(uri, Str_Text(W_LumpName(Reader_ReadInt16(reader)))); ceilingMaterial = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); } else if(mapVersion >= 4) #endif { // The flat numbers are actually archive numbers. floorMaterial = msr->material(Reader_ReadInt16(reader), 0); ceilingMaterial = msr->material(Reader_ReadInt16(reader), 0); } P_SetPtrp(sec, DMU_FLOOR_MATERIAL, floorMaterial); P_SetPtrp(sec, DMU_CEILING_MATERIAL, ceilingMaterial); if(ver >= 3) { P_SetIntp(sec, DMU_FLOOR_FLAGS, Reader_ReadInt16(reader)); P_SetIntp(sec, DMU_CEILING_FLAGS, Reader_ReadInt16(reader)); } byte lightlevel; #if __JHEXEN__ lightlevel = (byte) Reader_ReadInt16(reader); #else // In Ver1 the light level is a short if(mapVersion == 1) { lightlevel = (byte) Reader_ReadInt16(reader); } else { lightlevel = Reader_ReadByte(reader); } #endif P_SetFloatp(sec, DMU_LIGHT_LEVEL, (float) lightlevel / 255.f); #if !__JHEXEN__ if(mapVersion > 1) #endif { byte rgb[3]; Reader_Read(reader, rgb, 3); for(int i = 0; i < 3; ++i) P_SetFloatp(sec, DMU_COLOR_RED + i, rgb[i] / 255.f); } // Ver 2 includes surface colours if(ver >= 2) { byte rgb[3]; Reader_Read(reader, rgb, 3); for(int i = 0; i < 3; ++i) P_SetFloatp(sec, DMU_FLOOR_COLOR_RED + i, rgb[i] / 255.f); Reader_Read(reader, rgb, 3); for(int i = 0; i < 3; ++i) P_SetFloatp(sec, DMU_CEILING_COLOR_RED + i, rgb[i] / 255.f); } xsec->special = Reader_ReadInt16(reader); /*xsec->tag =*/ Reader_ReadInt16(reader); #if __JHEXEN__ xsec->seqType = seqtype_t(Reader_ReadInt16(reader)); #endif if(type == sc_ploff #if !__JHEXEN__ || type == sc_xg1 #endif ) { P_SetFloatp(sec, DMU_FLOOR_MATERIAL_OFFSET_X, Reader_ReadFloat(reader)); P_SetFloatp(sec, DMU_FLOOR_MATERIAL_OFFSET_Y, Reader_ReadFloat(reader)); P_SetFloatp(sec, DMU_CEILING_MATERIAL_OFFSET_X, Reader_ReadFloat(reader)); P_SetFloatp(sec, DMU_CEILING_MATERIAL_OFFSET_Y, Reader_ReadFloat(reader)); } #if !__JHEXEN__ if(type == sc_xg1) { SV_ReadXGSector(sec, reader, mapVersion); } #endif #if !__JHEXEN__ if(mapVersion <= 1) #endif { xsec->specialData = 0; } // We'll restore the sound targets latter on xsec->soundTarget = 0; } void SV_WriteLine(Line *li, MapStateWriter *msw) { xline_t *xli = P_ToXLine(li); Writer *writer = msw->writer(); #if !__JHEXEN__ Writer_WriteByte(writer, xli->xg? 1 : 0); /// @c 1= XG data will follow. #else Writer_WriteByte(writer, 0); #endif // Version. // 2: Per surface texture offsets. // 2: Surface colors. // 3: "Mapped by player" values. // 3: Surface flags. // 4: Engine-side line flags. Writer_WriteByte(writer, 4); // Write a version byte Writer_WriteInt16(writer, P_GetIntp(li, DMU_FLAGS)); Writer_WriteInt16(writer, xli->flags); for(int i = 0; i < MAXPLAYERS; ++i) Writer_WriteByte(writer, xli->mapped[i]); #if __JHEXEN__ Writer_WriteByte(writer, xli->special); Writer_WriteByte(writer, xli->arg1); Writer_WriteByte(writer, xli->arg2); Writer_WriteByte(writer, xli->arg3); Writer_WriteByte(writer, xli->arg4); Writer_WriteByte(writer, xli->arg5); #else Writer_WriteInt16(writer, xli->special); Writer_WriteInt16(writer, xli->tag); #endif // For each side float rgba[4]; for(int i = 0; i < 2; ++i) { Side *si = (Side *)P_GetPtrp(li, (i? DMU_BACK:DMU_FRONT)); if(!si) continue; Writer_WriteInt16(writer, P_GetIntp(si, DMU_TOP_MATERIAL_OFFSET_X)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_TOP_MATERIAL_OFFSET_Y)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_MIDDLE_MATERIAL_OFFSET_X)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_MIDDLE_MATERIAL_OFFSET_Y)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_BOTTOM_MATERIAL_OFFSET_X)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_BOTTOM_MATERIAL_OFFSET_Y)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_TOP_FLAGS)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_MIDDLE_FLAGS)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_BOTTOM_FLAGS)); Writer_WriteInt16(writer, msw->serialIdFor((Material *)P_GetPtrp(si, DMU_TOP_MATERIAL))); Writer_WriteInt16(writer, msw->serialIdFor((Material *)P_GetPtrp(si, DMU_BOTTOM_MATERIAL))); Writer_WriteInt16(writer, msw->serialIdFor((Material *)P_GetPtrp(si, DMU_MIDDLE_MATERIAL))); P_GetFloatpv(si, DMU_TOP_COLOR, rgba); for(int k = 0; k < 3; ++k) Writer_WriteByte(writer, (byte)(255 * rgba[k])); P_GetFloatpv(si, DMU_BOTTOM_COLOR, rgba); for(int k = 0; k < 3; ++k) Writer_WriteByte(writer, (byte)(255 * rgba[k])); P_GetFloatpv(si, DMU_MIDDLE_COLOR, rgba); for(int k = 0; k < 4; ++k) Writer_WriteByte(writer, (byte)(255 * rgba[k])); Writer_WriteInt32(writer, P_GetIntp(si, DMU_MIDDLE_BLENDMODE)); Writer_WriteInt16(writer, P_GetIntp(si, DMU_FLAGS)); } #if !__JHEXEN__ // Extended General? if(xli->xg) { SV_WriteXGLine(li, msw); } #endif } /** * Reads all versions of archived lines. * Including the old Ver1. */ void SV_ReadLine(Line *li, MapStateReader *msr) { xline_t *xli = P_ToXLine(li); Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); bool xgDataFollows = false; #if __JHEXEN__ if(mapVersion >= 4) #else if(mapVersion >= 2) #endif { xgDataFollows = Reader_ReadByte(reader) == 1; } #ifdef __JHEXEN__ DENG2_UNUSED(xgDataFollows); #endif // A version byte? int ver = 1; #if __JHEXEN__ if(mapVersion >= 3) #else if(mapVersion >= 5) #endif { ver = (int) Reader_ReadByte(reader); } if(ver >= 4) { P_SetIntp(li, DMU_FLAGS, Reader_ReadInt16(reader)); } int flags = Reader_ReadInt16(reader); if(xli->flags & ML_TWOSIDED) { flags |= ML_TWOSIDED; } if(ver < 4) { // Translate old line flags. int ddLineFlags = 0; if(flags & 0x0001) // old ML_BLOCKING flag { ddLineFlags |= DDLF_BLOCKING; flags &= ~0x0001; } if(flags & 0x0008) // old ML_DONTPEGTOP flag { ddLineFlags |= DDLF_DONTPEGTOP; flags &= ~0x0008; } if(flags & 0x0010) // old ML_DONTPEGBOTTOM flag { ddLineFlags |= DDLF_DONTPEGBOTTOM; flags &= ~0x0010; } P_SetIntp(li, DMU_FLAGS, ddLineFlags); } if(ver < 3) { if(flags & ML_MAPPED) { int lineIDX = P_ToIndex(li); // Set line as having been seen by all players.. de::zap(xli->mapped); for(int i = 0; i < MAXPLAYERS; ++i) { P_SetLineAutomapVisibility(i, lineIDX, true); } } } xli->flags = flags; if(ver >= 3) { for(int i = 0; i < MAXPLAYERS; ++i) { xli->mapped[i] = Reader_ReadByte(reader); } } #if __JHEXEN__ xli->special = Reader_ReadByte(reader); xli->arg1 = Reader_ReadByte(reader); xli->arg2 = Reader_ReadByte(reader); xli->arg3 = Reader_ReadByte(reader); xli->arg4 = Reader_ReadByte(reader); xli->arg5 = Reader_ReadByte(reader); #else xli->special = Reader_ReadInt16(reader); /*xli->tag =*/ Reader_ReadInt16(reader); #endif // For each side for(int i = 0; i < 2; ++i) { Side *si = (Side *)P_GetPtrp(li, (i? DMU_BACK:DMU_FRONT)); if(!si) continue; // Versions latter than 2 store per surface texture offsets. if(ver >= 2) { float offset[2]; offset[VX] = (float) Reader_ReadInt16(reader); offset[VY] = (float) Reader_ReadInt16(reader); P_SetFloatpv(si, DMU_TOP_MATERIAL_OFFSET_XY, offset); offset[VX] = (float) Reader_ReadInt16(reader); offset[VY] = (float) Reader_ReadInt16(reader); P_SetFloatpv(si, DMU_MIDDLE_MATERIAL_OFFSET_XY, offset); offset[VX] = (float) Reader_ReadInt16(reader); offset[VY] = (float) Reader_ReadInt16(reader); P_SetFloatpv(si, DMU_BOTTOM_MATERIAL_OFFSET_XY, offset); } else { float offset[2]; offset[VX] = (float) Reader_ReadInt16(reader); offset[VY] = (float) Reader_ReadInt16(reader); P_SetFloatpv(si, DMU_TOP_MATERIAL_OFFSET_XY, offset); P_SetFloatpv(si, DMU_MIDDLE_MATERIAL_OFFSET_XY, offset); P_SetFloatpv(si, DMU_BOTTOM_MATERIAL_OFFSET_XY, offset); } if(ver >= 3) { P_SetIntp(si, DMU_TOP_FLAGS, Reader_ReadInt16(reader)); P_SetIntp(si, DMU_MIDDLE_FLAGS, Reader_ReadInt16(reader)); P_SetIntp(si, DMU_BOTTOM_FLAGS, Reader_ReadInt16(reader)); } Material *topMaterial = 0, *bottomMaterial = 0, *middleMaterial = 0; #if !__JHEXEN__ if(mapVersion >= 4) #endif { topMaterial = msr->material(Reader_ReadInt16(reader), 1); bottomMaterial = msr->material(Reader_ReadInt16(reader), 1); middleMaterial = msr->material(Reader_ReadInt16(reader), 1); } P_SetPtrp(si, DMU_TOP_MATERIAL, topMaterial); P_SetPtrp(si, DMU_BOTTOM_MATERIAL, bottomMaterial); P_SetPtrp(si, DMU_MIDDLE_MATERIAL, middleMaterial); // Ver2 includes surface colours if(ver >= 2) { float rgba[4]; int flags; for(int k = 0; k < 3; ++k) rgba[k] = (float) Reader_ReadByte(reader) / 255.f; rgba[3] = 1; P_SetFloatpv(si, DMU_TOP_COLOR, rgba); for(int k = 0; k < 3; ++k) rgba[k] = (float) Reader_ReadByte(reader) / 255.f; rgba[3] = 1; P_SetFloatpv(si, DMU_BOTTOM_COLOR, rgba); for(int k = 0; k < 4; ++k) rgba[k] = (float) Reader_ReadByte(reader) / 255.f; P_SetFloatpv(si, DMU_MIDDLE_COLOR, rgba); P_SetIntp(si, DMU_MIDDLE_BLENDMODE, Reader_ReadInt32(reader)); flags = Reader_ReadInt16(reader); if(mapVersion < 12) { if(P_GetIntp(si, DMU_FLAGS) & SDF_SUPPRESS_BACK_SECTOR) flags |= SDF_SUPPRESS_BACK_SECTOR; } P_SetIntp(si, DMU_FLAGS, flags); } } #if !__JHEXEN__ if(xgDataFollows) { SV_ReadXGLine(li, msr); } #endif } #if 0 //!__JHEXEN__ /** * Compose the save game file name for the specified @a sessionId. * * @param sessionId Unique game-session identifier. * * @return File path to the reachable save directory. If the game-save path * is unreachable then a zero-length string is returned instead. */ static de::String saveNameForClientSessionId(uint sessionId) { // Compose the full game-save path and filename. return de::String(CLIENTSAVEGAMENAME "%1") .arg(sessionId, 8, 16, QChar('0')).toUpper(); } #endif void SV_SaveGameClient(uint /*sessionId*/) { throw de::Error("SV_SaveGameClient", "Not currently implemented"); #if 0 #if !__JHEXEN__ // unsupported in libhexen player_t *pl = &players[CONSOLEPLAYER]; mobj_t *mo = pl->plr->mo; if(!IS_CLIENT || !mo) return; // Prepare new saved game session session. de::game::SavedSession *session = new de::game::SavedSession(saveNameForClientSessionId(sessionId)); de::game::SessionMetadata *metadata = G_CurrentSessionMetadata(); metadata->set("sessionId", sessionId); session->replaceMetadata(metadata); de::Path path = de::String("/savegame") / "client" / session->path(); if(!SV_OpenFileForWrite(path)) { App_Log(DE2_RES_WARNING, "SV_SaveGameClient: Failed opening \"%s\" for writing", path.toString().toLatin1().constData()); // Discard the useless session. delete session; return; } Writer *writer = SV_NewWriter(); SV_WriteSessionMetadata(*metadata, writer); // Some important information. // Our position and look angles. Writer_WriteInt32(writer, FLT2FIX(mo->origin[VX])); Writer_WriteInt32(writer, FLT2FIX(mo->origin[VY])); Writer_WriteInt32(writer, FLT2FIX(mo->origin[VZ])); Writer_WriteInt32(writer, FLT2FIX(mo->floorZ)); Writer_WriteInt32(writer, FLT2FIX(mo->ceilingZ)); Writer_WriteInt32(writer, mo->angle); /* $unifiedangles */ Writer_WriteFloat(writer, pl->plr->lookDir); /* $unifiedangles */ SV_BeginSegment(ASEG_PLAYER_HEADER); playerheader_t plrHdr; plrHdr.write(writer); players[CONSOLEPLAYER].write(writer, plrHdr); ThingArchive thingArchive; MapStateWriter(thingArchive).write(writer); /// @todo No consistency bytes in client saves? SV_CloseFile(); Writer_Delete(writer); delete session; #else DENG2_UNUSED(sessionId); #endif #endif } void SV_LoadGameClient(uint /*sessionId*/) { throw de::Error("SV_LoadGameClient", "Not currently implemented"); #if 0 #if !__JHEXEN__ // unsupported in libhexen player_t *cpl = players + CONSOLEPLAYER; mobj_t *mo = cpl->plr->mo; if(!IS_CLIENT || !mo) return; de::game::SavedSession *session = new de::game::SavedSession(saveNameForClientSessionId(sessionId)); de::game::SessionMetadata *metadata = new de::game::SessionMetadata; //G_ReadLegacySessionMetadata(metadata, reader); metadata->set("sessionId", sessionId); session->replaceMetadata(metadata); de::Path path = de::String("/savegame") / "client" / session->path(); if(!SV_OpenFileForRead(path)) { delete session; App_Log(DE2_RES_WARNING, "SV_LoadGameClient: Failed opening \"%s\" for reading", path.toString().toLatin1().constData()); return; } if((*metadata)["magic"].value().asNumber() != MY_CLIENT_SAVE_MAGIC) { SV_CloseFile(); delete session; App_Log(DE2_RES_ERROR, "Client save file format not recognized"); return; } Reader *reader = SV_NewReader(); int const saveVersion = (*metadata)["version"].value().asNumber(); Uri *mapUri = Uri_NewWithPath2((*metadata)["mapUri"].value().asText().toUtf8().constData(), RC_NULL); GameRuleset *rules = 0; if(metadata->hasSubrecord("gameRules")) { rules = GameRuleset::fromRecord(metadata->subrecord("gameRules")); } // Do we need to change the map? if(!Uri_Equality(gameMapUri, mapUri)) { COMMON_GAMESESSION->begin(*mapUri, 0/*default*/, *rules); } else if(rules) { COMMON_GAMESESSION->rules() = *rules; } delete rules; rules = 0; Uri_Delete(mapUri); mapUri = 0; mapTime = (*metadata)["mapTime"].value().asNumber(); P_MobjUnlink(mo); mo->origin[VX] = FIX2FLT(Reader_ReadInt32(reader)); mo->origin[VY] = FIX2FLT(Reader_ReadInt32(reader)); mo->origin[VZ] = FIX2FLT(Reader_ReadInt32(reader)); P_MobjLink(mo); mo->floorZ = FIX2FLT(Reader_ReadInt32(reader)); mo->ceilingZ = FIX2FLT(Reader_ReadInt32(reader)); mo->angle = Reader_ReadInt32(reader); /* $unifiedangles */ cpl->plr->lookDir = Reader_ReadFloat(reader); /* $unifiedangles */ #if __JHEXEN__ if(saveVersion >= 4) #else if(saveVersion >= 5) #endif { SV_AssertSegment(ASEG_PLAYER_HEADER); } playerheader_t plrHdr; plrHdr.read(reader, saveVersion); cpl->read(reader, plrHdr); MapStateReader(*session).read(Str_Text(Uri_Resolved(mapUri))); SV_CloseFile(); Reader_Delete(reader); delete session; #else DENG2_UNUSED(sessionId); #endif #endif } doomsday-1.14.5/doomsday/plugins/common/src/polyobjs.cpp0000664000175000017500000006145512350542240022641 0ustar jaakkojaakko/** @file polyobjs.h Polyobject thinkers and management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "polyobjs.h" #include "dmu_lib.h" #include "p_actor.h" #include "p_mapsetup.h" #include "p_map.h" #include "p_start.h" #include "g_common.h" #ifdef __JHEXEN__ # include "acscript.h" #endif #define POBJ_PERPETUAL 0xffffffffu // -1 /// @return Tag of the found polyobj; otherwise @c 0. static int findMirrorPolyobj(int tag) { #if __JHEXEN__ for(int i = 0; i < numpolyobjs; ++i) { Polyobj *po = Polyobj_ById(i); if(po->tag == tag) { return P_ToXLine(Polyobj_FirstLine(po))->arg2; } } #else DENG_UNUSED(tag); #endif return 0; } static void notifyPolyobjFinished(int tag) { #if __JHEXEN__ Game_ACScriptInterpreter().polyobjFinished(tag); #else DENG_UNUSED(tag); #endif } static void startSoundSequence(Polyobj *poEmitter) { #if __JHEXEN__ SN_StartSequence((mobj_t *)poEmitter, SEQ_DOOR_STONE + poEmitter->seqType); #else DENG_UNUSED(poEmitter); #endif } static void stopSoundSequence(Polyobj *poEmitter) { #if __JHEXEN__ SN_StopSequence((mobj_t *)poEmitter); #else DENG_UNUSED(poEmitter); #endif } static void PO_SetDestination(Polyobj *po, coord_t dist, uint fineAngle, float speed) { DENG_ASSERT(po != 0); DENG_ASSERT(fineAngle < FINEANGLES); po->dest[VX] = po->origin[VX] + dist * FIX2FLT(finecosine[fineAngle]); po->dest[VY] = po->origin[VY] + dist * FIX2FLT(finesine[fineAngle]); po->speed = speed; } static void PODoor_UpdateDestination(polydoor_t *pd) { DENG2_ASSERT(pd != 0); Polyobj *po = Polyobj_ByTag(pd->polyobj); // Only sliding doors need the destination info. (Right? -jk) if(pd->type == PODOOR_SLIDE) { PO_SetDestination(po, FIX2FLT(pd->dist), pd->direction, FIX2FLT(pd->intSpeed)); } } void T_RotatePoly(void *polyThinker) { DENG_ASSERT(polyThinker != 0); polyevent_t *pe = (polyevent_t *)polyThinker; uint absSpeed; Polyobj *po = Polyobj_ByTag(pe->polyobj); if(Polyobj_Rotate(po, pe->intSpeed)) { absSpeed = abs(pe->intSpeed); if(pe->dist == POBJ_PERPETUAL) { // perpetual polyobj. return; } pe->dist -= absSpeed; if(pe->dist <= 0) { if(po->specialData == pe) po->specialData = 0; stopSoundSequence(po); notifyPolyobjFinished(po->tag); Thinker_Remove(&pe->thinker); po->angleSpeed = 0; } if(pe->dist < absSpeed) { pe->intSpeed = pe->dist * (pe->intSpeed < 0 ? -1 : 1); } } } dd_bool EV_RotatePoly(Line *line, byte *args, int direction, dd_bool overRide) { DENG_UNUSED(line); DENG_ASSERT(args != 0); int tag = args[0]; Polyobj *po = Polyobj_ByTag(tag); if(po) { if(po->specialData && !overRide) { // Poly is already moving, so keep going... return false; } } else { Con_Error("EV_RotatePoly: Invalid polyobj tag: %d\n", tag); } polyevent_t *pe = (polyevent_t *)Z_Calloc(sizeof(*pe), PU_MAP, 0); pe->thinker.function = T_RotatePoly; Thinker_Add(&pe->thinker); pe->polyobj = tag; if(args[2]) { if(args[2] == 255) { // Perpetual rotation. pe->dist = POBJ_PERPETUAL; po->destAngle = POBJ_PERPETUAL; } else { pe->dist = args[2] * (ANGLE_90 / 64); // Angle po->destAngle = po->angle + pe->dist * direction; } } else { pe->dist = ANGLE_MAX - 1; po->destAngle = po->angle + pe->dist; } pe->intSpeed = (args[1] * direction * (ANGLE_90 / 64)) >> 3; po->specialData = pe; po->angleSpeed = pe->intSpeed; startSoundSequence(po); int mirror; // tag while((mirror = findMirrorPolyobj(tag)) != 0) { po = Polyobj_ByTag(mirror); if(po && po->specialData && !overRide) { // Mirroring po is already in motion. break; } pe = (polyevent_t *)Z_Calloc(sizeof(*pe), PU_MAP, 0); pe->thinker.function = T_RotatePoly; Thinker_Add(&pe->thinker); po->specialData = pe; pe->polyobj = mirror; if(args[2]) { if(args[2] == 255) { pe->dist = POBJ_PERPETUAL; po->destAngle = POBJ_PERPETUAL; } else { pe->dist = args[2] * (ANGLE_90 / 64); // Angle po->destAngle = po->angle + pe->dist * -direction; } } else { pe->dist = ANGLE_MAX - 1; po->destAngle = po->angle + pe->dist; } direction = -direction; pe->intSpeed = (args[1] * direction * (ANGLE_90 / 64)) >> 3; po->angleSpeed = pe->intSpeed; po = Polyobj_ByTag(tag); if(po) { po->specialData = pe; } else { Con_Error("EV_RotatePoly: Invalid polyobj num: %d\n", tag); } tag = mirror; startSoundSequence(po); } return true; } void T_MovePoly(void *polyThinker) { DENG_ASSERT(polyThinker != 0); polyevent_t *pe = (polyevent_t *)polyThinker; Polyobj *po = Polyobj_ByTag(pe->polyobj); if(Polyobj_MoveXY(po, pe->speed[MX], pe->speed[MY])) { uint const absSpeed = abs(pe->intSpeed); pe->dist -= absSpeed; if(pe->dist <= 0) { if(po->specialData == pe) po->specialData = NULL; stopSoundSequence(po); notifyPolyobjFinished(po->tag); Thinker_Remove(&pe->thinker); po->speed = 0; } if(pe->dist < absSpeed) { pe->intSpeed = pe->dist * (pe->intSpeed < 0 ? -1 : 1); pe->speed[MX] = FIX2FLT(FixedMul(pe->intSpeed, finecosine[pe->fangle])); pe->speed[MY] = FIX2FLT(FixedMul(pe->intSpeed, finesine[pe->fangle])); } } } void polyevent_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, polyobj); Writer_WriteInt32(writer, intSpeed); Writer_WriteInt32(writer, dist); Writer_WriteInt32(writer, fangle); Writer_WriteInt32(writer, FLT2FIX(speed[VX])); Writer_WriteInt32(writer, FLT2FIX(speed[VY])); } int polyevent_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. polyobj = Reader_ReadInt32(reader); intSpeed = Reader_ReadInt32(reader); dist = Reader_ReadInt32(reader); fangle = Reader_ReadInt32(reader); speed[VX] = FIX2FLT(Reader_ReadInt32(reader)); speed[VY] = FIX2FLT(Reader_ReadInt32(reader)); } else { // Its in the old pre V4 format which serialized polyevent_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. polyobj = Reader_ReadInt32(reader); intSpeed = Reader_ReadInt32(reader); dist = Reader_ReadInt32(reader); fangle = Reader_ReadInt32(reader); speed[VX] = FIX2FLT(Reader_ReadInt32(reader)); speed[VY] = FIX2FLT(Reader_ReadInt32(reader)); } thinker.function = T_RotatePoly; return true; // Add this thinker. } void SV_WriteMovePoly(polyevent_t const *th, MapStateWriter *msw) { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, th->polyobj); Writer_WriteInt32(writer, th->intSpeed); Writer_WriteInt32(writer, th->dist); Writer_WriteInt32(writer, th->fangle); Writer_WriteInt32(writer, FLT2FIX(th->speed[VX])); Writer_WriteInt32(writer, FLT2FIX(th->speed[VY])); } int SV_ReadMovePoly(polyevent_t *th, MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. th->polyobj = Reader_ReadInt32(reader); th->intSpeed = Reader_ReadInt32(reader); th->dist = Reader_ReadInt32(reader); th->fangle = Reader_ReadInt32(reader); th->speed[VX] = FIX2FLT(Reader_ReadInt32(reader)); th->speed[VY] = FIX2FLT(Reader_ReadInt32(reader)); } else { // Its in the old pre V4 format which serialized polyevent_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. th->polyobj = Reader_ReadInt32(reader); th->intSpeed = Reader_ReadInt32(reader); th->dist = Reader_ReadInt32(reader); th->fangle = Reader_ReadInt32(reader); th->speed[VX] = FIX2FLT(Reader_ReadInt32(reader)); th->speed[VY] = FIX2FLT(Reader_ReadInt32(reader)); } th->thinker.function = T_MovePoly; return true; // Add this thinker. } dd_bool EV_MovePoly(Line *line, byte *args, dd_bool timesEight, dd_bool override) { DENG_UNUSED(line); DENG_ASSERT(args != 0); int tag = args[0]; Polyobj *po = Polyobj_ByTag(tag); DENG_ASSERT(po != 0); // Already moving? if(po->specialData && !override) return false; polyevent_t *pe = (polyevent_t *)Z_Calloc(sizeof(*pe), PU_MAP, 0); pe->thinker.function = T_MovePoly; Thinker_Add(&pe->thinker); pe->polyobj = tag; if(timesEight) { pe->dist = args[3] * 8 * FRACUNIT; } else { pe->dist = args[3] * FRACUNIT; // Distance } pe->intSpeed = args[1] * (FRACUNIT / 8); po->specialData = pe; angle_t angle = args[2] * (ANGLE_90 / 64); pe->fangle = angle >> ANGLETOFINESHIFT; pe->speed[MX] = FIX2FLT(FixedMul(pe->intSpeed, finecosine[pe->fangle])); pe->speed[MY] = FIX2FLT(FixedMul(pe->intSpeed, finesine[pe->fangle])); startSoundSequence(po); PO_SetDestination(po, FIX2FLT(pe->dist), pe->fangle, FIX2FLT(pe->intSpeed)); int mirror; // tag while((mirror = findMirrorPolyobj(tag)) != 0) { po = Polyobj_ByTag(mirror); // Is the mirror already in motion? if(po && po->specialData && !override) break; pe = (polyevent_t *)Z_Calloc(sizeof(*pe), PU_MAP, 0); pe->thinker.function = T_MovePoly; Thinker_Add(&pe->thinker); pe->polyobj = mirror; po->specialData = pe; if(timesEight) { pe->dist = args[3] * 8 * FRACUNIT; } else { pe->dist = args[3] * FRACUNIT; // Distance } pe->intSpeed = args[1] * (FRACUNIT / 8); angle = angle + ANGLE_180; // reverse the angle pe->fangle = angle >> ANGLETOFINESHIFT; pe->speed[MX] = FIX2FLT(FixedMul(pe->intSpeed, finecosine[pe->fangle])); pe->speed[MY] = FIX2FLT(FixedMul(pe->intSpeed, finesine[pe->fangle])); tag = mirror; startSoundSequence(po); PO_SetDestination(po, FIX2FLT(pe->dist), pe->fangle, FIX2FLT(pe->intSpeed)); } return true; } void T_PolyDoor(void *polyDoorThinker) { DENG_ASSERT(polyDoorThinker != 0); polydoor_t *pd = (polydoor_t *)polyDoorThinker; Polyobj *po = Polyobj_ByTag(pd->polyobj); if(pd->tics) { if(!--pd->tics) { startSoundSequence(po); // Movement is about to begin. Update the destination. PODoor_UpdateDestination(pd); } return; } switch(pd->type) { case PODOOR_SLIDE: if(Polyobj_MoveXY(po, pd->speed[MX], pd->speed[MY])) { int absSpeed = abs(pd->intSpeed); pd->dist -= absSpeed; if(pd->dist <= 0) { stopSoundSequence(po); if(!pd->close) { pd->dist = pd->totalDist; pd->close = true; pd->tics = pd->waitTics; pd->direction = (ANGLE_MAX >> ANGLETOFINESHIFT) - pd->direction; pd->speed[MX] = -pd->speed[MX]; pd->speed[MY] = -pd->speed[MY]; } else { if(po->specialData == pd) po->specialData = NULL; notifyPolyobjFinished(po->tag); Thinker_Remove(&pd->thinker); } } } else { if(po->crush || !pd->close) { // Continue moving if the po is a crusher, or is opening. return; } else { // Open back up. pd->dist = pd->totalDist - pd->dist; pd->direction = (ANGLE_MAX >> ANGLETOFINESHIFT) - pd->direction; pd->speed[MX] = -pd->speed[MX]; pd->speed[MY] = -pd->speed[MY]; // Update destination. PODoor_UpdateDestination(pd); pd->close = false; startSoundSequence(po); } } break; case PODOOR_SWING: if(Polyobj_Rotate(po, pd->intSpeed)) { int absSpeed = abs(pd->intSpeed); if(pd->dist == -1) { // Perpetual polyobj. return; } pd->dist -= absSpeed; if(pd->dist <= 0) { stopSoundSequence(po); if(!pd->close) { pd->dist = pd->totalDist; pd->close = true; pd->tics = pd->waitTics; pd->intSpeed = -pd->intSpeed; } else { if(po->specialData == pd) po->specialData = NULL; notifyPolyobjFinished(po->tag); Thinker_Remove(&pd->thinker); } } } else { if(po->crush || !pd->close) { // Continue moving if the po is a crusher, or is opening. return; } else { // Open back up and rewait. pd->dist = pd->totalDist - pd->dist; pd->intSpeed = -pd->intSpeed; pd->close = false; startSoundSequence(po); } } break; default: break; } } void polydoor_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. Writer_WriteByte(writer, type); // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, polyobj); Writer_WriteInt32(writer, intSpeed); Writer_WriteInt32(writer, dist); Writer_WriteInt32(writer, totalDist); Writer_WriteInt32(writer, direction); Writer_WriteInt32(writer, FLT2FIX(speed[VX])); Writer_WriteInt32(writer, FLT2FIX(speed[VY])); Writer_WriteInt32(writer, tics); Writer_WriteInt32(writer, waitTics); Writer_WriteByte(writer, close); } int polydoor_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 4) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. type = podoortype_t(Reader_ReadByte(reader)); polyobj = Reader_ReadInt32(reader); intSpeed = Reader_ReadInt32(reader); dist = Reader_ReadInt32(reader); totalDist = Reader_ReadInt32(reader); direction = Reader_ReadInt32(reader); speed[VX] = FIX2FLT(Reader_ReadInt32(reader)); speed[VY] = FIX2FLT(Reader_ReadInt32(reader)); tics = Reader_ReadInt32(reader); waitTics = Reader_ReadInt32(reader); close = Reader_ReadByte(reader); } else { // Its in the old pre V4 format which serialized polydoor_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. polyobj = Reader_ReadInt32(reader); intSpeed = Reader_ReadInt32(reader); dist = Reader_ReadInt32(reader); totalDist = Reader_ReadInt32(reader); direction = Reader_ReadInt32(reader); speed[VX] = FIX2FLT(Reader_ReadInt32(reader)); speed[VY] = FIX2FLT(Reader_ReadInt32(reader)); tics = Reader_ReadInt32(reader); waitTics = Reader_ReadInt32(reader); type = podoortype_t(Reader_ReadByte(reader)); close = Reader_ReadByte(reader); } thinker.function = T_PolyDoor; return true; // Add this thinker. } dd_bool EV_OpenPolyDoor(Line *line, byte *args, podoortype_t type) { DENG_UNUSED(line); DENG_ASSERT(args != 0); int tag = args[0]; Polyobj *po = Polyobj_ByTag(tag); if(po) { if(po->specialData) { // Is already moving. return false; } } else { Con_Error("EV_OpenPolyDoor: Invalid polyobj num: %d\n", tag); } polydoor_t *pd = (polydoor_t *)Z_Calloc(sizeof(*pd), PU_MAP, 0); pd->thinker.function = T_PolyDoor; Thinker_Add(&pd->thinker); angle_t angle = 0; pd->type = type; pd->polyobj = tag; if(type == PODOOR_SLIDE) { pd->waitTics = args[4]; pd->intSpeed = args[1] * (FRACUNIT / 8); pd->totalDist = args[3] * FRACUNIT; // Distance. pd->dist = pd->totalDist; angle = args[2] * (ANGLE_90 / 64); pd->direction = angle >> ANGLETOFINESHIFT; pd->speed[MX] = FIX2FLT(FixedMul(pd->intSpeed, finecosine[pd->direction])); pd->speed[MY] = FIX2FLT(FixedMul(pd->intSpeed, finesine[pd->direction])); startSoundSequence(po); } else if(type == PODOOR_SWING) { pd->waitTics = args[3]; pd->direction = 1; pd->intSpeed = (args[1] * pd->direction * (ANGLE_90 / 64)) >> 3; pd->totalDist = args[2] * (ANGLE_90 / 64); pd->dist = pd->totalDist; startSoundSequence(po); } po->specialData = pd; PODoor_UpdateDestination(pd); int mirror; // tag while((mirror = findMirrorPolyobj(tag)) != 0) { po = Polyobj_ByTag(mirror); if(po && po->specialData) { // Mirroring po is already in motion. break; } pd = (polydoor_t *)Z_Calloc(sizeof(*pd), PU_MAP, 0); pd->thinker.function = T_PolyDoor; Thinker_Add(&pd->thinker); pd->polyobj = mirror; pd->type = type; po->specialData = pd; if(type == PODOOR_SLIDE) { pd->waitTics = args[4]; pd->intSpeed = args[1] * (FRACUNIT / 8); pd->totalDist = args[3] * FRACUNIT; // Distance. pd->dist = pd->totalDist; angle = angle + ANGLE_180; // Reverse the angle. pd->direction = angle >> ANGLETOFINESHIFT; pd->speed[MX] = FIX2FLT(FixedMul(pd->intSpeed, finecosine[pd->direction])); pd->speed[MY] = FIX2FLT(FixedMul(pd->intSpeed, finesine[pd->direction])); startSoundSequence(po); } else if(type == PODOOR_SWING) { pd->waitTics = args[3]; pd->direction = -1; pd->intSpeed = (args[1] * pd->direction * (ANGLE_90 / 64)) >> 3; pd->totalDist = args[2] * (ANGLE_90 / 64); pd->dist = pd->totalDist; startSoundSequence(po); } tag = mirror; PODoor_UpdateDestination(pd); } return true; } static void thrustMobj(struct mobj_s *mo, void *linep, void *pop) { Line *line = (Line *) linep; Polyobj *po = (Polyobj *) pop; coord_t thrust[2], force; polyevent_t *pe; uint thrustAn; // Clients do no polyobj <-> mobj interaction. if(IS_CLIENT) return; // Cameras don't interact with polyobjs. if(P_MobjIsCamera(mo)) return; if(!(mo->flags & MF_SHOOTABLE) && !mo->player) return; thrustAn = (P_GetAnglep(line, DMU_ANGLE) - ANGLE_90) >> ANGLETOFINESHIFT; pe = (polyevent_t *) po->specialData; if(pe) { if(pe->thinker.function == (thinkfunc_t) T_RotatePoly) { force = FIX2FLT(pe->intSpeed >> 8); } else { force = FIX2FLT(pe->intSpeed >> 3); } force = MINMAX_OF(1, force, 4); } else { force = 1; } thrust[VX] = force * FIX2FLT(finecosine[thrustAn]); thrust[VY] = force * FIX2FLT(finesine[thrustAn]); mo->mom[MX] += thrust[VX]; mo->mom[MY] += thrust[VY]; if(po->crush) { if(!P_CheckPositionXY(mo, mo->origin[VX] + thrust[VX], mo->origin[VY] + thrust[VY])) { P_DamageMobj(mo, NULL, NULL, 3, false); } } } void PO_InitForMap() { #if !defined(__JHEXEN__) return; // Disabled -- awaiting line argument translation. #endif App_Log(DE2_DEV_MAP_VERBOSE, "Initializing polyobjects for map..."); // thrustMobj will handle polyobj <-> mobj interaction. Polyobj_SetCallback(thrustMobj); for(int i = 0; i < numpolyobjs; ++i) { Polyobj *po = Polyobj_ById(i); // Init game-specific properties. po->specialData = NULL; // Find the mapspot associated with this polyobj. uint j = 0; mapspot_t const *spot = 0; while(j < numMapSpots && !spot) { if((mapSpots[j].doomEdNum == PO_SPAWN_DOOMEDNUM || mapSpots[j].doomEdNum == PO_SPAWNCRUSH_DOOMEDNUM) && mapSpots[j].angle == angle_t(po->tag)) { // Polyobj mapspot. spot = &mapSpots[j]; } else { j++; } } if(spot) { po->crush = (spot->doomEdNum == PO_SPAWNCRUSH_DOOMEDNUM? 1 : 0); Polyobj_MoveXY(po, -po->origin[VX] + spot->origin[VX], -po->origin[VY] + spot->origin[VY]); } else { App_Log(DE2_MAP_WARNING, "Missing spawn spot for PolyObj #%i", i); } } } dd_bool PO_Busy(int tag) { Polyobj *po = Polyobj_ByTag(tag); return (po && po->specialData); } void polyobj_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // write a version byte (unused). Writer_WriteInt32(writer, tag); Writer_WriteInt32(writer, angle); Writer_WriteInt32(writer, FLT2FIX(origin[VX])); Writer_WriteInt32(writer, FLT2FIX(origin[VY])); } int polyobj_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); angle_t newAngle = angle_t(Reader_ReadInt32(reader)); Polyobj_Rotate(this, newAngle); destAngle = newAngle; coord_t newOrigin[2]; newOrigin[0] = FIX2FLT(Reader_ReadInt32(reader)); newOrigin[1] = FIX2FLT(Reader_ReadInt32(reader)); Polyobj_MoveXY(this, newOrigin[0] - origin[0], newOrigin[1] - origin[1]); /// @todo What about speed? It isn't saved at all? return true; } doomsday-1.14.5/doomsday/plugins/common/src/p_saveio.cpp0000664000175000017500000000715412350542240022601 0ustar jaakkojaakko/** @file p_saveio.cpp Game save file IO. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_saveio.h" #include #include #include // Used during write: static de::Writer *writer; // Used during read: static de::Reader *reader; static char sri8(reader_s *r) { if(!r) return 0; int8_t val; DENG2_ASSERT(reader); *reader >> val; return char(val); } static short sri16(reader_s *r) { if(!r) return 0; int16_t val; DENG2_ASSERT(reader); *reader >> val; return short(val); } static int sri32(reader_s *r) { if(!r) return 0; DENG2_ASSERT(reader); int32_t val; *reader >> val; return int(val); } static float srf(reader_s *r) { if(!r) return 0; DENG2_ASSERT(reader); DENG2_ASSERT(sizeof(float) == 4); int32_t val; *reader >> val; float rerVal = 0; std::memcpy(&rerVal, &val, 4); return rerVal; } static void srd(reader_s *r, char *data, int len) { if(!r) return; DENG2_ASSERT(reader); if(data) { de::ByteRefArray ref(data, len); reader->readPresetSize(ref); } else { reader->seek(len); } } reader_s *SV_NewReader() { DENG2_ASSERT(reader != 0); return Reader_NewWithCallbacks(sri8, sri16, sri32, srf, srd); } de::Reader &SV_RawReader() { if(reader != 0) { return *reader; } throw de::Error("SV_RawReader", "No map reader exists"); } void SV_CloseFile() { delete reader; reader = 0; delete writer; writer = 0; } bool SV_OpenFileForRead(de::File const &file) { SV_CloseFile(); reader = new de::Reader(file); return true; } bool SV_OpenFileForWrite(de::IByteArray &block) { SV_CloseFile(); writer = new de::Writer(block); return true; } static void swi8(writer_s *w, char val) { if(!w) return; DENG2_ASSERT(writer); *writer << val; } static void swi16(Writer *w, short val) { if(!w) return; DENG2_ASSERT(writer); *writer << val; } static void swi32(Writer *w, int val) { if(!w) return; DENG2_ASSERT(writer); *writer << val; } static void swf(Writer *w, float val) { if(!w) return; DENG2_ASSERT(writer); DENG2_ASSERT(sizeof(float) == 4); int32_t temp = 0; std::memcpy(&temp, &val, 4); *writer << val; } static void swd(Writer *w, char const *data, int len) { if(!w) return; DENG2_ASSERT(writer); if(data) { writer->writePresetSize(de::ByteRefArray(data, len)); } } writer_s *SV_NewWriter() { return Writer_NewWithCallbacks(swi8, swi16, swi32, swf, swd); } de::Writer &SV_RawWriter() { if(writer != 0) { return *writer; } throw de::Error("SV_RawWriter", "No map writer exists"); } doomsday-1.14.5/doomsday/plugins/common/src/p_view.c0000664000175000017500000001457212350542240021727 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_view.c: */ // HEADER FILES ------------------------------------------------------------ #if __JDOOM__ # include "jdoom.h" # include "g_common.h" #elif __JDOOM64__ # include "jdoom64.h" # include "g_common.h" #elif __JHERETIC__ # include "jheretic.h" # include "g_common.h" #elif __JHEXEN__ # include "jhexen.h" #elif __JSTRIFE__ # include "jstrife.h" #endif #include "player.h" #include "p_tick.h" #include "p_actor.h" // MACROS ------------------------------------------------------------------ #define VIEW_HEIGHT (cfg.plrViewHeight) #define MAXBOB (16) // pixels. // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Calculate the walking / running height adjustment. */ void P_CalcHeight(player_t* plr) { int plrNum = plr - players; dd_bool airborne; dd_bool morphed = false; ddplayer_t* ddplr = plr->plr; mobj_t* pmo = ddplr->mo; coord_t target, step; // Regular movement bobbing (needs to be calculated for gun swing even // if not on ground). plr->bob = (pmo->mom[MX] * pmo->mom[MX]) + (pmo->mom[MY] * pmo->mom[MY]); plr->bob /= 4; if(plr->bob > MAXBOB) plr->bob = MAXBOB; // When flying, don't bob the view. if((pmo->flags2 & MF2_FLY) && pmo->origin[VZ] > pmo->floorZ) { plr->bob = 1.0f / 2; } #if __JHERETIC__ || __JHEXEN__ if(plr->morphTics) morphed = true; #endif // During demo playback the view is thought to be airborne if viewheight // is zero (Cl_MoveLocalPlayer). if(Get(DD_PLAYBACK)) airborne = !plr->viewHeight; else airborne = pmo->origin[VZ] > pmo->floorZ; // Truly in the air? // Morphed players don't bob their view. if(P_MobjIsCamera(ddplr->mo) /*$democam*/ || (ddplr->flags & DDPF_CHASECAM) || airborne || morphed || (P_GetPlayerCheats(plr) & CF_NOMOMENTUM)) { // Reduce the bob offset to zero. target = 0; } else { angle_t angle = (FINEANGLES / 20 * mapTime) & FINEMASK; target = cfg.bobView * ((plr->bob / 2) * FIX2FLT(finesine[angle])); } // Do the change gradually. if(airborne || plr->airCounter > 0) step = 4.0f - (plr->airCounter > 0 ? plr->airCounter * 0.2f : 3.5f); else step = 4.0f; // Foot clipping (interpolated). if(!( Get(DD_PLAYBACK) || P_MobjIsCamera(pmo) || (ddplr->flags & DDPF_CHASECAM) )) { if(morphed) { // Chicken or pig. target /*plr->viewZ*/ -= 20; } // Foot clipping is done for living players. if(plr->playerState != PST_DEAD) { if(pmo->floorClip && pmo->origin[VZ] <= pmo->floorZ) { target /*plr->viewZ*/ -= pmo->floorClip; } } } // viewOffset is used for bobbing the view (applied to plr->viewZ). if(plr->viewOffset[VZ] > target) { if(plr->viewOffset[VZ] - target > step) plr->viewOffset[VZ] -= step; else plr->viewOffset[VZ] = target; } else if(plr->viewOffset[VZ] < target) { if(target - plr->viewOffset[VZ] > step) plr->viewOffset[VZ] += step; else plr->viewOffset[VZ] = target; } // The aircounter will soften the touchdown after a fall. plr->airCounter--; if(airborne) plr->airCounter = TICSPERSEC / 2; // Should viewheight be moved? Not if camera or we're in demo. if(!((P_GetPlayerCheats(plr) & CF_NOMOMENTUM) || P_MobjIsCamera(pmo) /*$democam*/ || Get(DD_PLAYBACK))) { // Move viewheight. if(plr->playerState == PST_LIVE) { plr->viewHeight += plr->viewHeightDelta; if(plr->viewHeight > VIEW_HEIGHT) { plr->viewHeight = VIEW_HEIGHT; plr->viewHeightDelta = 0; } else if(plr->viewHeight < VIEW_HEIGHT / 2.0f) { plr->viewHeight = VIEW_HEIGHT / 2.0f; if(plr->viewHeightDelta <= 0) plr->viewHeightDelta = 1; } /// @todo What is the purpose of this? -skyjake if(plr->viewHeightDelta) { plr->viewHeightDelta += 0.25f; if(!plr->viewHeightDelta) plr->viewHeightDelta = 1; } } } // Set the plr's eye-level Z coordinate. plr->viewZ = pmo->origin[VZ] + (P_MobjIsCamera(pmo)? 0 : plr->viewHeight); #if __JHEXEN__ // How about a bit of quake? if(localQuakeHappening[plrNum] && !Pause_IsPaused()) { int intensity = localQuakeHappening[plrNum]; plr->viewOffset[VX] = (coord_t) ((M_Random() % (intensity << 2)) - (intensity << 1)); plr->viewOffset[VY] = (coord_t) ((M_Random() % (intensity << 2)) - (intensity << 1)); } else { plr->viewOffset[VX] = plr->viewOffset[VY] = 0; } #endif } doomsday-1.14.5/doomsday/plugins/common/src/hu_log.c0000664000175000017500000003546212350542240021714 0ustar jaakkojaakko/**\file hu_log.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #include "doomsday.h" #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "p_tick.h" #include "hu_stuff.h" #include "hu_log.h" /** * @addtogroup logMessageFlags * Flags private to this module. * @{ */ #define LMF_JUSTADDED (0x2) /**@}*/ /// Mask for clearing non-public flags @ref logMessageFlags #define LOG_INTERNAL_MESSAGEFLAGMASK 0xfe void UILog_Register(void) { cvartemplate_t cvars[] = { // Behavior { "msg-uptime", 0, CVT_FLOAT, &cfg.msgUptime, 1, 60 }, // Display { "msg-align", 0, CVT_INT, &cfg.msgAlign, 0, 2, ST_LogUpdateAlignment }, { "msg-blink", CVF_NO_MAX, CVT_INT, &cfg.msgBlink, 0, 0 }, { "msg-color-r", 0, CVT_FLOAT, &cfg.msgColor[CR], 0, 1 }, { "msg-color-g", 0, CVT_FLOAT, &cfg.msgColor[CG], 0, 1 }, { "msg-color-b", 0, CVT_FLOAT, &cfg.msgColor[CB], 0, 1 }, { "msg-count", 0, CVT_INT, &cfg.msgCount, 1, 8 }, { "msg-scale", 0, CVT_FLOAT, &cfg.msgScale, 0.1f, 1 }, { "msg-show", 0, CVT_BYTE, &cfg.hudShown[HUD_LOG], 0, 1, ST_LogPostVisibilityChangeNotification }, { NULL } }; int i; for(i = 0; cvars[i].path; ++i) Con_AddVariable(cvars + i); } /// @return Index of the first (i.e., earliest) message that is potentially visible. static int UILog_FirstPVisMessageIdx(const uiwidget_t* obj) { guidata_log_t* log = (guidata_log_t*)obj->typedata; assert(obj->type == GUI_LOG); if(0 != log->_pvisMsgCount) { int n = log->_nextUsedMsg - MIN_OF(log->_pvisMsgCount, MAX_OF(0, cfg.msgCount)); if(n < 0) n += LOG_MAX_MESSAGES; // Wrap around. return n; } return -1; } /// @return Index of the first (i.e., earliest) message. static int UILog_FirstMessageIdx(const uiwidget_t* obj) { guidata_log_t* log = (guidata_log_t*)obj->typedata; assert(obj->type == GUI_LOG); if(0 != log->_pvisMsgCount) { int n = log->_nextUsedMsg - log->_pvisMsgCount; if(n < 0) n += LOG_MAX_MESSAGES; // Wrap around. return n; } return -1; } /// @return Index of the next (possibly already used) message. static __inline int UILog_NextMessageIdx(const uiwidget_t* obj, int current) { if(current < LOG_MAX_MESSAGES - 1) return current + 1; return 0; // Wrap around. } /// @return Index of the previous (possibly already used) message. static __inline int UILog_PrevMessageIdx(const uiwidget_t* obj, int current) { if(current > 0) return current - 1; return LOG_MAX_MESSAGES - 1; // Wrap around. } /** * Push a new message into the log. * * @param flags @ref messageFlags * @param text Message to be added. * @param tics Length of time the message should be visible. */ static guidata_log_message_t* UILog_Push(uiwidget_t* obj, int flags, const char* text, int tics) { guidata_log_t* log = (guidata_log_t*)obj->typedata; guidata_log_message_t* msg; int len; assert(obj->type == GUI_LOG && text); len = (int)strlen(text); if(0 == len) { Con_Error("Log::Push: Attempted to log zero-length message."); exit(1); // Unreachable. } msg = &log->_msgs[log->_nextUsedMsg]; log->_nextUsedMsg = UILog_NextMessageIdx(obj, log->_nextUsedMsg); if(len >= msg->textMaxLen) { msg->textMaxLen = len+1; msg->text = (char*) Z_Realloc(msg->text, msg->textMaxLen, PU_GAMESTATIC); if(!msg->text) Con_Error("Log::Push: Failed on (re)allocation of %lu bytes for log message.", (unsigned long) msg->textMaxLen); } if(log->_msgCount < LOG_MAX_MESSAGES) ++log->_msgCount; if(log->_pvisMsgCount < LOG_MAX_MESSAGES) ++log->_pvisMsgCount; dd_snprintf(msg->text, msg->textMaxLen, "%s", text); msg->ticsRemain = msg->tics = tics; msg->flags = LMF_JUSTADDED | flags; return msg; } /// Remove the oldest message from the log. static guidata_log_message_t* UILog_Pop(uiwidget_t* obj) { guidata_log_t* log = (guidata_log_t*)obj->typedata; guidata_log_message_t* msg; int oldest; assert(obj->type == GUI_LOG); oldest = UILog_FirstMessageIdx(obj); if(0 > oldest) return NULL; msg = &log->_msgs[oldest]; --log->_pvisMsgCount; msg->ticsRemain = LOG_MESSAGE_SCROLLTICS; msg->flags &= ~LMF_JUSTADDED; return msg; } void UILog_Empty(uiwidget_t* obj) { while(UILog_Pop(obj)) {} } void UILog_Post(uiwidget_t* obj, byte flags, const char* text) { #define SMALLBUF_MAXLEN 128 //guidata_log_t* log = (guidata_log_t*)obj->typedata; char smallBuf[SMALLBUF_MAXLEN+1]; char* bigBuf = NULL, *p; size_t requiredLen = strlen(text); assert(obj->type == GUI_LOG && text); if(0 == requiredLen) return; flags &= ~LOG_INTERNAL_MESSAGEFLAGMASK; if(requiredLen <= SMALLBUF_MAXLEN) { p = smallBuf; } else { bigBuf = (char*) malloc(requiredLen + 1); if(NULL == bigBuf) Con_Error("Log::Post: Failed on allocation of %lu bytes for temporary " "local message buffer.", (unsigned long) (requiredLen + 1)); p = bigBuf; } p[requiredLen] = '\0'; sprintf(p, "%s", text); UILog_Push(obj, flags, p, cfg.msgUptime * TICSPERSEC); if(NULL != bigBuf) free(bigBuf); #undef SMALLBUF_MAXLEN } void UILog_Refresh(uiwidget_t* obj) { guidata_log_t* log = (guidata_log_t*)obj->typedata; int i, n; assert(obj->type == GUI_LOG); log->_pvisMsgCount = MIN_OF(log->_msgCount, MAX_OF(0, cfg.msgCount)); n = UILog_FirstMessageIdx(obj); if(0 > n) return; for(i = 0; i < log->_pvisMsgCount; ++i, n = UILog_NextMessageIdx(obj, n)) { guidata_log_message_t* msg = &log->_msgs[n]; // Change the tics remaining to that at post time plus a small bonus // so that they do not all disappear at once. msg->ticsRemain = msg->tics + i * TICSPERSEC; msg->flags &= ~LMF_JUSTADDED; } } /** * Process gametic. Jobs include ticking messages and adjusting values * used when drawing the buffer for animation. */ void UILog_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_log_t* log = (guidata_log_t*)obj->typedata; int i, oldest; assert(obj->type == GUI_LOG); if(Pause_IsPaused() || !DD_IsSharpTick()) return; // All messags tic away. for(i = 0; i < LOG_MAX_MESSAGES; ++i) { guidata_log_message_t* msg = &log->_msgs[i]; if(0 == msg->ticsRemain) continue; --msg->ticsRemain; } // Is it time to pop? oldest = UILog_FirstMessageIdx(obj); if(oldest >= 0) { guidata_log_message_t* msg = &log->_msgs[oldest]; if(0 == msg->ticsRemain) { UILog_Pop(obj); } } } void UILog_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_log_t* log = (guidata_log_t*)obj->typedata; const int alignFlags = ALIGN_TOP| ((cfg.msgAlign == 0)? ALIGN_LEFT : (cfg.msgAlign == 2)? ALIGN_RIGHT : 0); const short textFlags = DTF_NO_EFFECTS; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; //const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; int lineHeight; int i, n, pvisMsgCount = MIN_OF(log->_pvisMsgCount, MAX_OF(0, cfg.msgCount)); int drawnMsgCount, firstPVisMsg, firstMsg, lastMsg; float y, yOffset, scrollFactor, col[4]; float offsetDueToMapTitle = 0; guidata_log_message_t* msg; assert(obj->type == GUI_LOG); if(Hu_IsMapTitleVisible() && !cfg.automapTitleAtBottom) { offsetDueToMapTitle = Hu_MapTitleHeight(); } if(!pvisMsgCount) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Translatef(0, offsetDueToMapTitle, 0); DGL_Scalef(cfg.msgScale, cfg.msgScale, 1); firstMsg = firstPVisMsg = UILog_FirstPVisMessageIdx(obj); if(!cfg.hudShown[HUD_LOG]) { // Advance to the first non-hidden message. i = 0; while(0 == (log->_msgs[firstMsg].flags & LMF_NO_HIDE) && ++i < pvisMsgCount) { firstMsg = UILog_NextMessageIdx(obj, firstMsg); } // Nothing visible? if(i == pvisMsgCount) goto stateCleanup; // There is possibly fewer potentially-visible messages now. pvisMsgCount -= firstMsg - firstPVisMsg; } lastMsg = firstMsg + pvisMsgCount-1; if(lastMsg > LOG_MAX_MESSAGES-1) lastMsg -= LOG_MAX_MESSAGES; // Wrap around. if(!cfg.hudShown[HUD_LOG]) { // Rewind to the last non-hidden message. i = 0; while(0 == (log->_msgs[lastMsg].flags & LMF_NO_HIDE) && ++i < pvisMsgCount) { lastMsg = UILog_PrevMessageIdx(obj, lastMsg); } } FR_SetFont(obj->font); /// @todo Query line height from the font. lineHeight = FR_CharHeight('Q')+1; // Scroll offset is calculated using the timeout of the first visible message. msg = &log->_msgs[firstMsg]; if(msg->ticsRemain > 0 && msg->ticsRemain <= (unsigned) lineHeight) { scrollFactor = 1.0f - (((float)msg->ticsRemain)/lineHeight); yOffset = -lineHeight * scrollFactor; } else { scrollFactor = 0; yOffset = 0; } DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); y = 0; n = firstMsg; drawnMsgCount = 0; for(i = 0; i < pvisMsgCount; ++i, n = UILog_NextMessageIdx(obj, n)) { msg = &log->_msgs[n]; if(!cfg.hudShown[HUD_LOG] && !(msg->flags & LMF_NO_HIDE)) continue; // Default color and alpha. col[CR] = cfg.msgColor[CR]; col[CG] = cfg.msgColor[CG]; col[CB] = cfg.msgColor[CB]; if(n != firstMsg) { col[CA] = textAlpha; } else { // Fade out. col[CA] = textAlpha * 1.f - scrollFactor * (4/3.f); col[CA] = MINMAX_OF(0, col[CA], 1); } if((msg->flags & LMF_JUSTADDED) && 0 != cfg.msgBlink) { const uint blinkSpeed = cfg.msgBlink; const uint msgTics = msg->tics - msg->ticsRemain; if(msgTics < blinkSpeed) { const uint td = (cfg.msgUptime * TICSPERSEC) - msg->ticsRemain; if(n == lastMsg && (0 == msgTics || (td & 2))) { // Use the "flash" color. col[CR] = col[CG] = col[CB] = 1; } } else if(msgTics < blinkSpeed + LOG_MESSAGE_FLASHFADETICS && msgTics >= blinkSpeed) { // Fade color to normal. const float fade = (blinkSpeed + LOG_MESSAGE_FLASHFADETICS - msgTics); col[CR] += (1.0f - col[CR]) / LOG_MESSAGE_FLASHFADETICS * fade; col[CG] += (1.0f - col[CG]) / LOG_MESSAGE_FLASHFADETICS * fade; col[CB] += (1.0f - col[CB]) / LOG_MESSAGE_FLASHFADETICS * fade; } } FR_SetColorAndAlpha(col[CR], col[CG], col[CB], col[CA]); FR_DrawTextXY3(msg->text, 0, y, alignFlags, textFlags); ++drawnMsgCount; y += lineHeight; } stateCleanup: DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void UILog_UpdateGeometry(uiwidget_t* obj) { guidata_log_t* log = (guidata_log_t*)obj->typedata; guidata_log_message_t* msg; int lineHeight; int i, n, pvisMsgCount = MIN_OF(log->_pvisMsgCount, MAX_OF(0, cfg.msgCount)); int drawnMsgCount, firstPVisMsg, firstMsg, lastMsg; float scrollFactor; RectRaw lineGeometry; assert(obj->type == GUI_LOG); Rect_SetWidthHeight(obj->geometry, 0, 0); if(0 == pvisMsgCount) return; firstMsg = firstPVisMsg = UILog_FirstPVisMessageIdx(obj); if(!cfg.hudShown[HUD_LOG]) { // Advance to the first non-hidden message. i = 0; while(0 == (log->_msgs[firstMsg].flags & LMF_NO_HIDE) && ++i < pvisMsgCount) { firstMsg = UILog_NextMessageIdx(obj, firstMsg); } // Nothing visible? if(i == pvisMsgCount) return; // There is possibly fewer potentially-visible messages now. pvisMsgCount -= firstMsg - firstPVisMsg; } lastMsg = firstMsg + pvisMsgCount-1; if(lastMsg > LOG_MAX_MESSAGES-1) lastMsg -= LOG_MAX_MESSAGES; // Wrap around. if(!cfg.hudShown[HUD_LOG]) { // Rewind to the last non-hidden message. i = 0; while(0 == (log->_msgs[lastMsg].flags & LMF_NO_HIDE) && ++i < pvisMsgCount) { lastMsg = UILog_PrevMessageIdx(obj, lastMsg); } } FR_SetFont(FID(GF_FONTA)); /// @todo Query line height from the font. lineHeight = FR_CharHeight('Q')+1; // Scroll offset is calculated using the timeout of the first visible message. msg = &log->_msgs[firstMsg]; if(msg->ticsRemain > 0 && msg->ticsRemain <= (unsigned) lineHeight) { scrollFactor = 1.0f - (((float)msg->ticsRemain)/lineHeight); } else { scrollFactor = 0; } n = firstMsg; drawnMsgCount = 0; lineGeometry.origin.x = lineGeometry.origin.y = 0; for(i = 0; i < pvisMsgCount; ++i, n = UILog_NextMessageIdx(obj, n)) { msg = &log->_msgs[n]; if(!cfg.hudShown[HUD_LOG] && !(msg->flags & LMF_NO_HIDE)) continue; ++drawnMsgCount; FR_TextSize(&lineGeometry.size, msg->text); Rect_UniteRaw(obj->geometry, &lineGeometry); lineGeometry.origin.y += lineHeight; } if(0 != drawnMsgCount) { // Subtract the scroll offset. Rect_SetHeight(obj->geometry, Rect_Height(obj->geometry) - lineHeight * scrollFactor); } Rect_SetWidthHeight(obj->geometry, Rect_Width(obj->geometry) * cfg.msgScale, Rect_Height(obj->geometry) * cfg.msgScale); } doomsday-1.14.5/doomsday/plugins/common/src/mobj.cpp0000664000175000017500000005726412350542240021732 0ustar jaakkojaakko/** @file mobj.cpp Common playsim map object (mobj) functionality. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef MSVC # pragma optimize("g", off) #endif #include "common.h" #include "mobj.h" #include "dmu_lib.h" #include "p_actor.h" #include "player.h" #include "p_map.h" #include "p_saveg.h" #include #include #include #define DROPOFFMOMENTUM_THRESHOLD (1.0 / 4) /// Threshold for killing momentum of a freely moving object affected by friction. #define WALKSTOP_THRESHOLD (0.062484741) // FIX2FLT(0x1000-1) /// Threshold for stopping walk animation. #define STANDSPEED (1.0 / 2) // FIX2FLT(0x8000) static coord_t getFriction(mobj_t *mo) { if((mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && !mo->onMobj) { // Airborne "friction". return FRICTION_FLY; } #ifdef __JHERETIC__ if(P_ToXSector(Mobj_Sector(mo))->special == 15) { // Low friction. return FRICTION_LOW; } #endif return P_MobjGetFriction(mo); } dd_bool Mobj_IsVoodooDoll(mobj_t const *mo) { if(!mo) return false; return (mo->player && mo->player->plr->mo != mo); } void Mobj_XYMoveStopping(mobj_t *mo) { DENG_ASSERT(mo != 0); player_t *player = mo->player; if(player && (P_GetPlayerCheats(player) & CF_NOMOMENTUM)) { // Debug option for no sliding at all. mo->mom[MX] = mo->mom[MY] = 0; return; } if(mo->flags & (MF_MISSILE | MF_SKULLFLY)) { // No friction for missiles. return; } if(mo->origin[VZ] > mo->floorZ && !mo->onMobj && !(mo->flags2 & MF2_FLY)) { // No friction when falling. return; } #ifndef __JHEXEN__ if(cfg.slidingCorpses) { // $dropoff_fix: Add objects falling off ledges. Does not apply to players! if(((mo->flags & MF_CORPSE) || (mo->intFlags & MIF_FALLING)) && !mo->player) { // Do not stop sliding if halfway off a step with some momentum. if(!INRANGE_OF(mo->mom[MX], 0, DROPOFFMOMENTUM_THRESHOLD) || !INRANGE_OF(mo->mom[MY], 0, DROPOFFMOMENTUM_THRESHOLD)) { if(!FEQUAL(mo->floorZ, P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) return; } } } #endif bool isVoodooDoll = Mobj_IsVoodooDoll(mo); bool belowWalkStop = (INRANGE_OF(mo->mom[MX], 0, WALKSTOP_THRESHOLD) && INRANGE_OF(mo->mom[MY], 0, WALKSTOP_THRESHOLD)); bool belowStandSpeed = false; bool isMovingPlayer = false; if(player) { belowStandSpeed = (INRANGE_OF(mo->mom[MX], 0, STANDSPEED) && INRANGE_OF(mo->mom[MY], 0, STANDSPEED)); isMovingPlayer = (!FEQUAL(player->plr->forwardMove, 0) || !FEQUAL(player->plr->sideMove, 0)); } // Stop player walking animation (only real players). if(!isVoodooDoll && player && belowStandSpeed && !isMovingPlayer && !IS_NETWORK_SERVER) // Netgame servers use logic elsewhere for player animation. { // If in a walking frame, stop moving. if(P_PlayerInWalkState(player)) { P_MobjChangeState(player->plr->mo, statenum_t(PCLASS_INFO(player->class_)->normalState)); } } // Apply friction. if(belowWalkStop && !isMovingPlayer) { // $voodoodolls: Do not zero mom for voodoo dolls! if(!isVoodooDoll) { // Momentum is below the walkstop threshold; stop it completely. mo->mom[MX] = mo->mom[MY] = 0; // $voodoodolls: Stop view bobbing if this isn't a voodoo doll. if(player) player->bob = 0; } } else { coord_t friction = getFriction(mo); mo->mom[MX] *= friction; mo->mom[MY] *= friction; } } dd_bool Mobj_IsPlayerClMobj(mobj_t *mo) { if(IS_CLIENT) { for(int i = 0; i < MAXPLAYERS; i++) { if(ClPlayer_ClMobj(i) == mo) { return true; } } } return false; } dd_bool Mobj_IsPlayer(mobj_t const *mo) { if(!mo) return false; return (mo->player != 0); } dd_bool Mobj_LookForPlayers(mobj_t *mo, dd_bool allAround) { int const playerCount = P_CountPlayersInGame(); // Nobody to target? if(!playerCount) return false; int const from = mo->lastLook % MAXPLAYERS; int const to = (from + MAXPLAYERS - 1) % MAXPLAYERS; int cand = from; int tries = 0; bool foundTarget = false; for(; cand != to; cand = (cand < (MAXPLAYERS - 1)? cand + 1 : 0)) { player_t *player = players + cand; // Is player in the game? if(!player->plr->inGame) continue; mobj_t *plrmo = player->plr->mo; if(!plrmo) continue; // Do not target camera players. if(P_MobjIsCamera(plrmo)) continue; // Only look ahead a fixed number of times. if(tries++ == 2) break; // Do not target dead players. if(player->health <= 0) continue; // Within sight? if(!P_CheckSight(mo, plrmo)) continue; if(!allAround) { angle_t an = M_PointToAngle2(mo->origin, plrmo->origin); an -= mo->angle; if(an > ANG90 && an < ANG270) { // If real close, react anyway. coord_t dist = M_ApproxDistance(plrmo->origin[VX] - mo->origin[VX], plrmo->origin[VY] - mo->origin[VY]); // Behind us? if(dist > MELEERANGE) continue; } } #if __JHERETIC__ || __JHEXEN__ // If player is invisible we may not detect if too far or randomly. if(plrmo->flags & MF_SHADOW) { if((M_ApproxDistance(plrmo->origin[VX] - mo->origin[VX], plrmo->origin[VY] - mo->origin[VY]) > 2 * MELEERANGE) && M_ApproxDistance(plrmo->mom[MX], plrmo->mom[MY]) < 5) { // Too far; can't detect. continue; } // Randomly overlook the player regardless. if(P_Random() < 225) continue; } #endif #if __JHEXEN__ // Minotaurs do not target their master. if(mo->type == MT_MINOTAUR && mo->tracer && mo->tracer->player == player) continue; #endif // Found our quarry. mo->target = plrmo; foundTarget = true; } // Start looking from here next time. mo->lastLook = cand; return foundTarget; } /** * Determines if it is allowed to execute the action function of @a mo. * @return @c true, if allowed. */ static bool shouldCallAction(mobj_t *mobj) { if(IS_CLIENT) { if(ClMobj_LocalActionsEnabled(mobj)) return true; } if(!(mobj->ddFlags & DDMF_REMOTE) || // only for local mobjs (mobj->flags3 & MF3_CLIENTACTION)) // action functions allowed? { return true; } return false; } static bool changeMobjState(mobj_t *mobj, statenum_t stateNum, bool doCallAction) { DENG_ASSERT(mobj != 0); // Skip zero-tic states -- call their action but then advance to the next. do { if(stateNum == S_NULL) { mobj->state = (state_t *) S_NULL; P_MobjRemove(mobj, false); return false; } Mobj_SetState(mobj, stateNum); mobj->turnTime = false; // $visangle-facetarget state_t *st = &STATES[stateNum]; // Call the action function? if(doCallAction && st->action) { if(shouldCallAction(mobj)) { void (*actioner)(mobj_t *); actioner = de::function_cast(st->action); actioner(mobj); } } stateNum = statenum_t(st->nextState); } while(!mobj->tics); // Return false if an action function removed the mobj. return mobj->thinker.function != (thinkfunc_t) NOPFUNC; } dd_bool P_MobjChangeState(mobj_t *mobj, statenum_t stateNum) { return changeMobjState(mobj, stateNum, true /*call action functions*/); } dd_bool P_MobjChangeStateNoAction(mobj_t *mobj, statenum_t stateNum) { return changeMobjState(mobj, stateNum, false /*don't call action functions*/); } #if __JHEXEN__ # define MOBJ_SAVEVERSION 8 #elif __JHERETIC__ # define MOBJ_SAVEVERSION 10 #else # define MOBJ_SAVEVERSION 10 #endif void mobj_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); mobj_t const *original = (mobj_t *) this; mobj_t temp, *mo = &temp; std::memcpy(mo, original, sizeof(*mo)); // Mangle it! mo->state = (state_t *) (mo->state - STATES); if(mo->player) mo->player = (player_t *) ((mo->player - players) + 1); // Version. // JHEXEN // 2: Added the 'translucency' byte. // 3: Added byte 'vistarget' // 4: Added long 'tracer' // 4: Added long 'lastenemy' // 5: Added flags3 // 6: Floor material removed. // // JDOOM || JHERETIC || JDOOM64 // 4: Added byte 'translucency' // 5: Added byte 'vistarget' // 5: Added tracer in jDoom // 5: Added dropoff fix in jHeretic // 5: Added long 'floorclip' // 6: Added proper respawn data // 6: Added flags 2 in jDoom // 6: Added damage // 7: Added generator in jHeretic // 7: Added flags3 // // JDOOM // 9: Revised mapspot flag interpretation // // JHERETIC // 8: Added special3 // 9: Revised mapspot flag interpretation // // JHEXEN // 7: Removed superfluous info ptr // 8: Added 'onMobj' Writer_WriteByte(writer, MOBJ_SAVEVERSION); #if !__JHEXEN__ // A version 2 features: archive number and target. Writer_WriteInt16(writer, msw->serialIdFor((mobj_t*) original)); Writer_WriteInt16(writer, msw->serialIdFor(mo->target)); # if __JDOOM__ || __JDOOM64__ // Ver 5 features: Save tracer (fixes Archvile, Revenant bug) Writer_WriteInt16(writer, msw->serialIdFor(mo->tracer)); # endif #endif Writer_WriteInt16(writer, msw->serialIdFor(mo->onMobj)); // Info for drawing: position. Writer_WriteInt32(writer, FLT2FIX(mo->origin[VX])); Writer_WriteInt32(writer, FLT2FIX(mo->origin[VY])); Writer_WriteInt32(writer, FLT2FIX(mo->origin[VZ])); //More drawing info: to determine current sprite. Writer_WriteInt32(writer, mo->angle); // Orientation. Writer_WriteInt32(writer, mo->sprite); // Used to find patch_t and flip value. Writer_WriteInt32(writer, mo->frame); #if !__JHEXEN__ // The closest interval over all contacted Sectors. Writer_WriteInt32(writer, FLT2FIX(mo->floorZ)); Writer_WriteInt32(writer, FLT2FIX(mo->ceilingZ)); #endif // For movement checking. Writer_WriteInt32(writer, FLT2FIX(mo->radius)); Writer_WriteInt32(writer, FLT2FIX(mo->height)); // Momentums, used to update position. Writer_WriteInt32(writer, FLT2FIX(mo->mom[MX])); Writer_WriteInt32(writer, FLT2FIX(mo->mom[MY])); Writer_WriteInt32(writer, FLT2FIX(mo->mom[MZ])); // If == VALIDCOUNT, already checked. Writer_WriteInt32(writer, mo->valid); Writer_WriteInt32(writer, mo->type); Writer_WriteInt32(writer, mo->tics); // State tic counter. Writer_WriteInt32(writer, PTR2INT(mo->state)); #if __JHEXEN__ Writer_WriteInt32(writer, mo->damage); #endif Writer_WriteInt32(writer, mo->flags); #if __JHEXEN__ Writer_WriteInt32(writer, mo->flags2); Writer_WriteInt32(writer, mo->flags3); if(mo->type == MT_KORAX) Writer_WriteInt32(writer, 0); // Searching index. else Writer_WriteInt32(writer, mo->special1); switch(mo->type) { case MT_LIGHTNING_FLOOR: case MT_LIGHTNING_ZAP: case MT_HOLY_TAIL: case MT_LIGHTNING_CEILING: if(mo->flags & MF_CORPSE) Writer_WriteInt32(writer, 0); else Writer_WriteInt32(writer, msw->serialIdFor(INT2PTR(mobj_t, mo->special2))); break; default: Writer_WriteInt32(writer, mo->special2); break; } #endif Writer_WriteInt32(writer, mo->health); // Movement direction, movement generation (zig-zagging). Writer_WriteInt32(writer, mo->moveDir); // 0-7 Writer_WriteInt32(writer, mo->moveCount); // When 0, select a new dir. #if __JHEXEN__ if(mo->flags & MF_CORPSE) Writer_WriteInt32(writer, 0); else Writer_WriteInt32(writer, (int) msw->serialIdFor(mo->target)); #endif // Reaction time: if non 0, don't attack yet. // Used by player to freeze a bit after teleporting. Writer_WriteInt32(writer, mo->reactionTime); // If >0, the target will be chased no matter what (even if shot). Writer_WriteInt32(writer, mo->threshold); // Additional info record for player avatars only (only valid if type is MT_PLAYER). Writer_WriteInt32(writer, PTR2INT(mo->player)); // Player number last looked for. Writer_WriteInt32(writer, mo->lastLook); #if !__JHEXEN__ // For nightmare/multiplayer respawn. Writer_WriteInt32(writer, FLT2FIX(mo->spawnSpot.origin[VX])); Writer_WriteInt32(writer, FLT2FIX(mo->spawnSpot.origin[VY])); Writer_WriteInt32(writer, FLT2FIX(mo->spawnSpot.origin[VZ])); Writer_WriteInt32(writer, mo->spawnSpot.angle); Writer_WriteInt32(writer, mo->spawnSpot.flags); Writer_WriteInt32(writer, mo->intFlags); // $dropoff_fix: internal flags. Writer_WriteInt32(writer, FLT2FIX(mo->dropOffZ)); // $dropoff_fix Writer_WriteInt32(writer, mo->gear); // Used in torque simulation. Writer_WriteInt32(writer, mo->damage); Writer_WriteInt32(writer, mo->flags2); Writer_WriteInt32(writer, mo->flags3); # ifdef __JHERETIC__ Writer_WriteInt32(writer, mo->special1); Writer_WriteInt32(writer, mo->special2); Writer_WriteInt32(writer, mo->special3); # endif Writer_WriteByte(writer, mo->translucency); Writer_WriteByte(writer, (byte)(mo->visTarget +1)); #endif Writer_WriteInt32(writer, FLT2FIX(mo->floorClip)); #if __JHEXEN__ Writer_WriteInt32(writer, msw->serialIdFor((mobj_t *) original)); Writer_WriteInt32(writer, mo->tid); Writer_WriteInt32(writer, mo->special); Writer_Write(writer, mo->args, sizeof(mo->args)); Writer_WriteByte(writer, mo->translucency); Writer_WriteByte(writer, (byte)(mo->visTarget +1)); switch(mo->type) { case MT_BISH_FX: case MT_HOLY_FX: case MT_DRAGON: case MT_THRUSTFLOOR_UP: case MT_THRUSTFLOOR_DOWN: case MT_MINOTAUR: case MT_SORCFX1: case MT_MSTAFF_FX2: case MT_HOLY_TAIL: case MT_LIGHTNING_CEILING: if(mo->flags & MF_CORPSE) Writer_WriteInt32(writer, 0); else Writer_WriteInt32(writer, msw->serialIdFor(mo->tracer)); break; default: DENG_ASSERT(mo->tracer == NULL); /// @todo Tracer won't be saved correctly? Writer_WriteInt32(writer, PTR2INT(mo->tracer)); break; } Writer_WriteInt32(writer, PTR2INT(mo->lastEnemy)); #elif __JHERETIC__ Writer_WriteInt16(writer, msw->serialIdFor(mo->generator)); #endif } int mobj_s::read(MapStateReader *msr) { #define FF_FULLBRIGHT 0x8000 ///< Used to be a flag in thing->frame. #define FF_FRAMEMASK 0x7fff Reader *reader = msr->reader(); int ver = Reader_ReadByte(reader); #if !__JHEXEN__ if(ver >= 2) // Version 2 has mobj archive numbers. { msr->addMobjToThingArchive(this, Reader_ReadInt16(reader)); } #endif #if !__JHEXEN__ target = 0; if(ver >= 2) { target = INT2PTR(mobj_t, Reader_ReadInt16(reader)); } #endif #if __JDOOM__ || __JDOOM64__ tracer = 0; if(ver >= 5) { tracer = INT2PTR(mobj_t, Reader_ReadInt16(reader)); } #endif onMobj = 0; #if __JHEXEN__ if(ver >= 8) #else if(ver >= 5) #endif { onMobj = INT2PTR(mobj_t, Reader_ReadInt16(reader)); } origin[VX] = FIX2FLT(Reader_ReadInt32(reader)); origin[VY] = FIX2FLT(Reader_ReadInt32(reader)); origin[VZ] = FIX2FLT(Reader_ReadInt32(reader)); angle = Reader_ReadInt32(reader); sprite = Reader_ReadInt32(reader); frame = Reader_ReadInt32(reader); // might be ORed with FF_FULLBRIGHT if(frame & FF_FULLBRIGHT) frame &= FF_FRAMEMASK; // not used anymore. #if __JHEXEN__ if(ver < 6) { /*floorflat =*/ Reader_ReadInt32(reader); } #else floorZ = FIX2FLT(Reader_ReadInt32(reader)); ceilingZ = FIX2FLT(Reader_ReadInt32(reader)); #endif radius = FIX2FLT(Reader_ReadInt32(reader)); height = FIX2FLT(Reader_ReadInt32(reader)); mom[MX] = FIX2FLT(Reader_ReadInt32(reader)); mom[MY] = FIX2FLT(Reader_ReadInt32(reader)); mom[MZ] = FIX2FLT(Reader_ReadInt32(reader)); valid = Reader_ReadInt32(reader); type = Reader_ReadInt32(reader); #if __JHEXEN__ if(ver < 7) { /*info = (mobjinfo_t *)*/ Reader_ReadInt32(reader); } #endif info = &MOBJINFO[type]; if(info->flags2 & MF2_FLOATBOB) mom[MZ] = 0; if(info->flags & MF_SOLID) ddFlags |= DDMF_SOLID; if(info->flags2 & MF2_DONTDRAW) ddFlags |= DDMF_DONTDRAW; tics = Reader_ReadInt32(reader); state = INT2PTR(state_t, Reader_ReadInt32(reader)); #if __JHEXEN__ damage = Reader_ReadInt32(reader); #endif flags = Reader_ReadInt32(reader); #if __JHEXEN__ flags2 = Reader_ReadInt32(reader); if(ver >= 5) { flags3 = Reader_ReadInt32(reader); } special1 = Reader_ReadInt32(reader); special2 = Reader_ReadInt32(reader); #endif health = Reader_ReadInt32(reader); #if __JHERETIC__ if(ver < 8) { // Fix a bunch of kludges in the original Heretic. switch(type) { case MT_MACEFX1: case MT_MACEFX2: case MT_MACEFX3: case MT_HORNRODFX2: case MT_HEADFX3: case MT_WHIRLWIND: case MT_TELEGLITTER: case MT_TELEGLITTER2: special3 = health; if(type == MT_HORNRODFX2 && special3 > 16) special3 = 16; health = MOBJINFO[type].spawnHealth; break; default: break; } } #endif moveDir = Reader_ReadInt32(reader); moveCount = Reader_ReadInt32(reader); #if __JHEXEN__ target = INT2PTR(mobj_t, Reader_ReadInt32(reader)); #endif reactionTime = Reader_ReadInt32(reader); threshold = Reader_ReadInt32(reader); player = INT2PTR(player_t, Reader_ReadInt32(reader)); lastLook = Reader_ReadInt32(reader); #if __JHEXEN__ floorClip = FIX2FLT(Reader_ReadInt32(reader)); msr->addMobjToThingArchive(this, Reader_ReadInt32(reader)); tid = Reader_ReadInt32(reader); #else // For nightmare respawn. if(ver >= 6) { spawnSpot.origin[VX] = FIX2FLT(Reader_ReadInt32(reader)); spawnSpot.origin[VY] = FIX2FLT(Reader_ReadInt32(reader)); spawnSpot.origin[VZ] = FIX2FLT(Reader_ReadInt32(reader)); spawnSpot.angle = Reader_ReadInt32(reader); if(ver < 10) { /*spawnSpot.type =*/ Reader_ReadInt32(reader); } spawnSpot.flags = Reader_ReadInt32(reader); } else { spawnSpot.origin[VX] = (float) Reader_ReadInt16(reader); spawnSpot.origin[VY] = (float) Reader_ReadInt16(reader); spawnSpot.origin[VZ] = 0; // Initialize with "something". spawnSpot.angle = (angle_t) (ANG45 * (Reader_ReadInt16(reader) / 45)); /*spawnSpot.type = (int)*/ Reader_ReadInt16(reader); spawnSpot.flags = (int) Reader_ReadInt16(reader); } # if __JDOOM__ || __JDOOM64__ if(ver >= 3) # elif __JHERETIC__ if(ver >= 5) # endif { intFlags = Reader_ReadInt32(reader); dropOffZ = FIX2FLT(Reader_ReadInt32(reader)); gear = Reader_ReadInt32(reader); } # if __JDOOM__ || __JDOOM64__ if(ver >= 6) { damage = Reader_ReadInt32(reader); flags2 = Reader_ReadInt32(reader); } else // flags2 will be applied from the defs. { damage = DDMAXINT; // Use the value set in mo->info->damage } # elif __JHERETIC__ damage = Reader_ReadInt32(reader); flags2 = Reader_ReadInt32(reader); # endif if(ver >= 7) { flags3 = Reader_ReadInt32(reader); } // Else flags3 will be applied from the defs. #endif #if __JHEXEN__ special = Reader_ReadInt32(reader); Reader_Read(reader, args, 1 * 5); #elif __JHERETIC__ special1 = Reader_ReadInt32(reader); special2 = Reader_ReadInt32(reader); if(ver >= 8) { special3 = Reader_ReadInt32(reader); } #endif #if __JHEXEN__ if(ver >= 2) #else if(ver >= 4) #endif { translucency = Reader_ReadByte(reader); } #if __JHEXEN__ if(ver >= 3) #else if(ver >= 5) #endif { visTarget = (short) (Reader_ReadByte(reader)) -1; } #if __JHEXEN__ if(ver >= 4) { tracer = INT2PTR(mobj_t, Reader_ReadInt32(reader)); } if(ver >= 4) { lastEnemy = INT2PTR(mobj_t, Reader_ReadInt32(reader)); } #else if(ver >= 5) { floorClip = FIX2FLT(Reader_ReadInt32(reader)); } #endif #if __JHERETIC__ if(ver >= 7) { generator = INT2PTR(mobj_t, Reader_ReadInt16(reader)); } else { generator = 0; } #endif /* * Restore! (unmangle) */ info = &MOBJINFO[type]; Mobj_SetState(this, PTR2INT(state)); #if __JHEXEN__ if(flags2 & MF2_DORMANT) { tics = -1; } #endif if(player) { // The player number translation table is used to find out the // *current* (actual) player number of the referenced player. player = msr->player(PTR2INT(player)); #if __JHEXEN__ if(!player) { // This saved player does not exist in the current game! // Destroy this mobj. Mobj_Destroy(this); return false; } #endif dPlayer = player->plr; dPlayer->mo = this; //dPlayer->clAngle = angle; /* $unifiedangles */ dPlayer->lookDir = 0; /* $unifiedangles */ } visAngle = angle >> 16; #if !__JHEXEN__ if(dPlayer && !dPlayer->inGame) { dPlayer->mo = 0; Mobj_Destroy(this); return false; } #endif #if !__JDOOM64__ // Do we need to update this mobj's flag values? if(ver < MOBJ_SAVEVERSION) { SV_TranslateLegacyMobjFlags(this, ver); } #endif P_MobjLink(this); floorZ = P_GetDoublep(Mobj_Sector(this), DMU_FLOOR_HEIGHT); ceilingZ = P_GetDoublep(Mobj_Sector(this), DMU_CEILING_HEIGHT); return false; #undef FF_FRAMEMASK #undef FF_FULLBRIGHT } doomsday-1.14.5/doomsday/plugins/common/src/hu_chat.c0000664000175000017500000002577712350542240022062 0ustar jaakkojaakko/**\file hu_chat.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2009 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "p_tick.h" #include "d_net.h" #include "hu_chat.h" cvartemplate_t chatCVars[] = { { "chat-macro0", 0, CVT_CHARPTR, &cfg.chatMacros[0], 0, 0 }, { "chat-macro1", 0, CVT_CHARPTR, &cfg.chatMacros[1], 0, 0 }, { "chat-macro2", 0, CVT_CHARPTR, &cfg.chatMacros[2], 0, 0 }, { "chat-macro3", 0, CVT_CHARPTR, &cfg.chatMacros[3], 0, 0 }, { "chat-macro4", 0, CVT_CHARPTR, &cfg.chatMacros[4], 0, 0 }, { "chat-macro5", 0, CVT_CHARPTR, &cfg.chatMacros[5], 0, 0 }, { "chat-macro6", 0, CVT_CHARPTR, &cfg.chatMacros[6], 0, 0 }, { "chat-macro7", 0, CVT_CHARPTR, &cfg.chatMacros[7], 0, 0 }, { "chat-macro8", 0, CVT_CHARPTR, &cfg.chatMacros[8], 0, 0 }, { "chat-macro9", 0, CVT_CHARPTR, &cfg.chatMacros[9], 0, 0 }, { "chat-beep", 0, CVT_BYTE, &cfg.chatBeep, 0, 1 }, { NULL } }; void UIChat_Register(void) { int i; for(i = 0; chatCVars[i].path; ++i) Con_AddVariable(chatCVars + i); } void UIChat_LoadMacros(void) { // Retrieve the chat macro strings if not already set. int i; for(i = 0; i < 10; ++i) { if(cfg.chatMacros[i]) continue; cfg.chatMacros[i] = GET_TXT(TXT_HUSTR_CHATMACRO0 + i); } } static void clearInputBuffer(uiwidget_t* obj) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; chat->buffer.length = 0; chat->buffer.text[0] = '\0'; } } static void playMessageSentSound(void) { #if __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) S_LocalSound(SFX_RADIO, 0); else S_LocalSound(SFX_TINK, 0); #elif __JDOOM64__ S_LocalSound(SFX_RADIO, 0); #endif } static void sendMessage(int player, int destination, const char* msg) { char buff[256]; if(NULL == msg || !msg[0]) return; if(destination == 0) { // Send the message to the other players explicitly, if(!IS_NETGAME) { // Send it locally. int i; for(i = 0; i < MAXPLAYERS; ++i) { D_NetMessageNoSound(i, msg); } } else { strcpy(buff, "chat "); M_StrCatQuoted(buff, msg, 256); DD_Execute(false, buff); } } else { // Send to all on the same team (team = color). int i; destination -= 1; for(i = 0; i < MAXPLAYERS; ++i) if(players[i].plr->inGame && cfg.playerColor[i] == destination) { if(!IS_NETGAME) { // Send it locally. D_NetMessageNoSound(i, msg); } else { sprintf(buff, "chatNum %d ", i); M_StrCatQuoted(buff, msg, 256); DD_Execute(false, buff); } } } playMessageSentSound(); } dd_bool UIChat_IsActive(uiwidget_t* obj) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; return (0 != (chat->flags & UICF_ACTIVE)); } } dd_bool UIChat_Activate(uiwidget_t* obj, dd_bool yes) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; dd_bool oldActive = (chat->flags & UICF_ACTIVE) != 0; if(chat->flags & UICF_ACTIVE) { if(!yes) { chat->flags &= ~UICF_ACTIVE; } } else if(yes) { chat->flags |= UICF_ACTIVE; // Default destinition is "global". UIChat_SetDestination(obj, 0); UIChat_Clear(obj); } if(oldActive != ((chat->flags & UICF_ACTIVE) != 0)) { DD_Executef(true, "%s chat", UIChat_IsActive(obj)? "activatebcontext" : "deactivatebcontext"); return true; } return false; } } int UIChat_Destination(uiwidget_t* obj) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; return chat->destination; } } void UIChat_SetDestination(uiwidget_t* obj, int destination) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; if(destination < 0 || destination > NUMTEAMS) return; chat->destination = destination; } } dd_bool UIChat_SetShiftModifier(uiwidget_t* obj, dd_bool on) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; dd_bool oldShiftDown = chat->buffer.shiftDown; chat->buffer.shiftDown = on; return oldShiftDown != chat->buffer.shiftDown; } } dd_bool UIChat_AppendCharacter(uiwidget_t* obj, char ch) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; if(chat->buffer.length == UICHAT_INPUTBUFFER_MAXLENGTH) { return false; } if(ch < ' ' || ch > 'z') return false; if(chat->buffer.shiftDown) { ch = shiftXForm[(unsigned)ch]; } chat->buffer.text[chat->buffer.length++] = ch; chat->buffer.text[chat->buffer.length] = '\0'; return true; } } void UIChat_DeleteLastCharacter(uiwidget_t* obj) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; if(0 == chat->buffer.length) return; chat->buffer.text[--chat->buffer.length] = 0; } } void UIChat_Clear(uiwidget_t* obj) { clearInputBuffer(obj); } const char* UIChat_Text(uiwidget_t* obj) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; return chat->buffer.text; } } size_t UIChat_TextLength(uiwidget_t* obj) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; return chat->buffer.length; } } dd_bool UIChat_TextIsEmpty(uiwidget_t* obj) { return (0 == UIChat_TextLength(obj)); } const char* UIChat_FindMacro(uiwidget_t* obj, int macroId) { if(macroId < 0 || macroId >= 10) return NULL; return cfg.chatMacros[macroId]; } dd_bool UIChat_LoadMacro(uiwidget_t* obj, int macroId) { assert(NULL != obj && obj->type == GUI_CHAT); { guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; const char* macro = UIChat_FindMacro(obj, macroId); if(NULL != macro) { strncpy(chat->buffer.text, macro, UICHAT_INPUTBUFFER_MAXLENGTH); chat->buffer.text[UICHAT_INPUTBUFFER_MAXLENGTH] = '\0'; chat->buffer.length = strlen(chat->buffer.text); } return false; } } int UIChat_Responder(uiwidget_t* obj, event_t* ev) { assert(NULL != obj && obj->type == GUI_CHAT); if(!UIChat_IsActive(obj)) return false; if(ev->type != EV_KEY) return false; if(ev->data1 == DDKEY_RSHIFT) { UIChat_SetShiftModifier(obj, (ev->state == EVS_DOWN || ev->state == EVS_REPEAT)); return false; // Never eaten. } if(!(ev->state == EVS_DOWN || ev->state == EVS_REPEAT)) return false; if(ev->data1 == DDKEY_BACKSPACE) { UIChat_DeleteLastCharacter(obj); return true; } return UIChat_AppendCharacter(obj, (char)ev->data1); } int UIChat_CommandResponder(uiwidget_t* obj, menucommand_e cmd) { assert(NULL != obj && obj->type == GUI_CHAT); if(!UIChat_IsActive(obj)) return false; switch(cmd) { case MCMD_SELECT: // Send the message. if(!UIChat_TextIsEmpty(obj)) { sendMessage(UIWidget_Player(obj), UIChat_Destination(obj), UIChat_Text(obj)); } UIChat_Activate(obj, false); return true; case MCMD_CLOSE: case MCMD_NAV_OUT: // Close chat. UIChat_Activate(obj, false); return true; case MCMD_DELETE: UIChat_DeleteLastCharacter(obj); return true; default: return false; } } void UIChat_Drawer(uiwidget_t* obj, const Point2Raw* offset) { //guidata_chat_t* chat = (guidata_chat_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; //const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; const char* text = UIChat_Text(obj); int xOffset, textWidth, cursorWidth; assert(obj->type == GUI_CHAT); if(!UIChat_IsActive(obj)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.msgScale, cfg.msgScale, 1); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[CR], cfg.hudColor[CG], cfg.hudColor[CB], textAlpha); textWidth = FR_TextWidth(text); cursorWidth = FR_CharWidth('_'); if(cfg.msgAlign == 1) xOffset = -(textWidth + cursorWidth)/2; else if(cfg.msgAlign == 2) xOffset = -(textWidth + cursorWidth); else xOffset = 0; DGL_Enable(DGL_TEXTURE_2D); FR_DrawTextXY(text, xOffset, 0); if(actualMapTime & 12) { FR_DrawCharXY('_', xOffset + textWidth, 0); } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void UIChat_UpdateGeometry(uiwidget_t* obj) { const char* text = UIChat_Text(obj); assert(obj->type == GUI_CHAT); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!UIChat_IsActive(obj)) return; FR_SetFont(obj->font); Rect_SetWidthHeight(obj->geometry, cfg.msgScale * (FR_TextWidth(text) + FR_CharWidth('_')), cfg.msgScale * (MAX_OF(FR_TextHeight(text), FR_CharHeight('_')))); } int UIChat_ParseDestination(const char* str) { if(str && str[0]) { int dest = atoi(str); if(dest >= 0 && dest <= NUMTEAMS) { return dest; } } return -1; } int UIChat_ParseMacroId(const char* str) { if(str && str[0]) { int id = atoi(str); if(id >= 0 && id <= 9) { return id; } } return -1; } doomsday-1.14.5/doomsday/plugins/common/src/g_update.c0000664000175000017500000000724712350542240022227 0ustar jaakkojaakko/** @file g_update.c Engine reset => game update logic. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "animdefs.h" #include "hu_chat.h" #include "hu_log.h" #include "hu_menu.h" #include "hu_pspr.h" #include "hu_stuff.h" #include "hu_automap.h" #include "p_inventory.h" #include "p_sound.h" #include "p_start.h" #include "r_common.h" #if __JHEXEN__ # include "m_cheat.h" #endif #include #define MANGLE_STATE(x) (INT2PTR(state_t, ((x)? (x)-STATES : -1))) #define RESTORE_STATE(x) (PTR2INT(x) < 0? NULL : &STATES[PTR2INT(x)]) static int mangleMobj(thinker_t* th, void* context) { mobj_t* mo = (mobj_t *) th; mo->state = MANGLE_STATE(mo->state); mo->info = INT2PTR(mobjinfo_t, mo->info - MOBJINFO); return false; // Continue iteration. } static int restoreMobj(thinker_t* th, void* context) { mobj_t* mo = (mobj_t *) th; mo->state = RESTORE_STATE(mo->state); mo->info = &MOBJINFO[PTR2INT(mo->info)]; return false; // Continue iteration. } /** * Called before the engine re-inits the definitions. After that all the * state, info, etc. pointers will be obsolete. */ void G_MangleState(void) { int i; Thinker_Iterate(P_MobjThinker, mangleMobj, NULL); for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = &players[i]; int k; for(k = 0; k < NUMPSPRITES; ++k) plr->pSprites[k].state = MANGLE_STATE(plr->pSprites[k].state); } } void G_RestoreState(void) { int i; Thinker_Iterate(P_MobjThinker, restoreMobj, NULL); for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = &players[i]; int k; for(k = 0; k < NUMPSPRITES; ++k) plr->pSprites[k].state = RESTORE_STATE(plr->pSprites[k].state); } HU_UpdatePsprites(); } /** * Handles engine updates and renderer restarts. */ void G_UpdateState(int step) { switch(step) { case DD_PRE: G_MangleState(); // Redefine the texture animations. P_InitPicAnims(); break; case DD_POST: G_RestoreState(); R_InitRefresh(); R_LoadColorPalettes(); P_Update(); #if !__JHEXEN__ XG_Update(); #endif #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ P_InitInventory(); #endif Hu_MenuInit(); #if __JHEXEN__ SndInfoParser(AutoStr_FromText("Lumps:SNDINFO")); #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ S_MapMusic(0/*current map*/); #endif break; case DD_RENDER_RESTART_PRE: Hu_UnloadData(); GUI_ReleaseResources(); break; case DD_RENDER_RESTART_POST: Hu_LoadData(); GUI_LoadResources(); break; } } doomsday-1.14.5/doomsday/plugins/common/src/p_user.c0000664000175000017500000015425712350542240021740 0ustar jaakkojaakko/**\file p_user.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2000-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1999 Activision *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Player related stuff. * * Bobbing POV/weapon, movement, pending weapon... */ #include #include #include "common.h" #include "fi_lib.h" #include "doomsday.h" #include "g_common.h" #include "player.h" #include "p_tick.h" // for Pause_IsPaused() #include "p_view.h" #include "d_net.h" #include "player.h" #include "p_map.h" #include "p_user.h" #include "g_common.h" #include "am_map.h" #include "hu_log.h" #include "hu_stuff.h" #include "r_common.h" #if __JHERETIC__ || __JHEXEN__ # include "p_inventory.h" # include "hu_inventory.h" #endif #define ANG5 (ANG90/18) dd_bool onground; int maxHealth; // 100 #if __JDOOM__ || __JDOOM64__ int healthLimit; // 200 int godModeHealth; // 100 int soulSphereLimit; // 200 int megaSphereHealth; // 200 int soulSphereHealth; // 100 int armorPoints[4]; // Green, blue, IDFA and IDKFA points. int armorClass[4]; // Green, blue, IDFA and IDKFA armor classes. #endif #if __JDOOM__ || __JDOOM64__ classinfo_t classInfo[NUM_PLAYER_CLASSES] = { { // Player PCLASS_PLAYER, NULL, true, MT_PLAYER, S_PLAY, S_PLAY_RUN1, S_PLAY_ATK1, S_PLAY_ATK2, 20, 0x32, {0x19, 0x32}, {0x18, 0x28}, 2048, {640, 1280}, 24, SFX_NOWAY } }; #elif __JHERETIC__ classinfo_t classInfo[NUM_PLAYER_CLASSES] = { { // Player PCLASS_PLAYER, NULL, true, MT_PLAYER, S_PLAY, S_PLAY_RUN1, S_PLAY_ATK1, S_PLAY_ATK2, 20, 0x32, {0x19, 0x32}, {0x18, 0x28}, 2048, {640, 1280}, 24, SFX_NONE }, { PCLASS_CHICKEN, NULL, false, MT_CHICPLAYER, S_CHICPLAY, S_CHICPLAY_RUN1, S_CHICPLAY_ATK1, S_CHICPLAY_ATK1, 20, 0x32, {0x19, 0x32}, {0x18, 0x28}, 2500, {640, 1280}, 24, SFX_NONE }, }; #elif __JHEXEN__ classinfo_t classInfo[NUM_PLAYER_CLASSES] = { { PCLASS_FIGHTER, NULL, true, MT_PLAYER_FIGHTER, S_FPLAY, S_FPLAY_RUN1, S_FPLAY_ATK1, S_FPLAY_ATK2, 20, 15 * FRACUNIT, 0x3C, {0x1D, 0x3C}, {0x1B, 0x3B}, 2048, {640, 1280}, 18, SFX_PLAYER_FIGHTER_FAILED_USE, {25 * FRACUNIT, 20 * FRACUNIT, 15 * FRACUNIT, 5 * FRACUNIT}, {190, 225, 234}, { TXT_SKILLF1, TXT_SKILLF2, TXT_SKILLF3, TXT_SKILLF4, TXT_SKILLF5 } }, { // Cleric PCLASS_CLERIC, NULL, true, MT_PLAYER_CLERIC, S_CPLAY, S_CPLAY_RUN1, S_CPLAY_ATK1, S_CPLAY_ATK3, 18, 10 * FRACUNIT, 0x32, {0x19, 0x32}, {0x18, 0x28}, 2048, {640, 1280}, 18, SFX_PLAYER_CLERIC_FAILED_USE, {10 * FRACUNIT, 25 * FRACUNIT, 5 * FRACUNIT, 20 * FRACUNIT}, {190, 212, 225}, { TXT_SKILLC1, TXT_SKILLC2, TXT_SKILLC3, TXT_SKILLC4, TXT_SKILLC5 } }, { // Mage PCLASS_MAGE, NULL, true, MT_PLAYER_MAGE, S_MPLAY, S_MPLAY_RUN1, S_MPLAY_ATK1, S_MPLAY_ATK2, 16, 5 * FRACUNIT, 0x2D, {0x16, 0x2E}, {0x15, 0x25}, 2048, {640, 1280}, 18, SFX_PLAYER_MAGE_FAILED_USE, {5 * FRACUNIT, 15 * FRACUNIT, 10 * FRACUNIT, 25 * FRACUNIT}, {190, 205, 224}, { TXT_SKILLM1, TXT_SKILLM2, TXT_SKILLM3, TXT_SKILLM4, TXT_SKILLM5 } }, { // Pig PCLASS_PIG, NULL, false, MT_PIGPLAYER, S_PIGPLAY, S_PIGPLAY_RUN1, S_PIGPLAY_ATK1, S_PIGPLAY_ATK1, 1, 0, 0x31, {0x18, 0x31}, {0x17, 0x27}, 2048, {640, 1280}, 18 }, }; #endif #if __JHERETIC__ || __JHEXEN__ static int newTorch[MAXPLAYERS]; // Used in the torch flicker effect. static int newTorchDelta[MAXPLAYERS]; #endif /** * Moves the given origin along a given angle. */ void P_Thrust(player_t *player, angle_t angle, coord_t move) { mobj_t *mo = player->plr->mo; uint an = angle >> ANGLETOFINESHIFT; /*coord_t xmul=1, ymul=1; // How about Quake-flying? -- jk if(quakeFly) { float ang = LOOKDIR2RAD(player->plr->lookDir); xmul = ymul = cos(ang); mo->mom[MZ] += sin(ang) * move; }*/ if(!(player->powers[PT_FLIGHT] && !(mo->origin[VZ] <= mo->floorZ))) { #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ Sector *sec = Mobj_Sector(mo); #endif #if __JHEXEN__ terraintype_t const *tt = P_MobjFloorTerrain(mo); #endif #if __JHEXEN__ if(tt->flags & TTF_FRICTION_LOW) { move /= 2; } #elif __JHERETIC__ if(P_ToXSector(sec)->special == 15) // Friction_Low { move /= 4; } else #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ { move *= XS_ThrustMul(sec); } #endif } mo->mom[MX] += move * FIX2FLT(finecosine[an]); mo->mom[MY] += move * FIX2FLT(finesine[an]); } /** * Returns true if the player is currently standing on ground * or on top of another mobj. */ dd_bool P_IsPlayerOnGround(player_t* player) { dd_bool onground = (player->plr->mo->origin[VZ] <= player->plr->mo->floorZ); #if __JHEXEN__ if((player->plr->mo->onMobj) && !onground) { onground = true; //(player->plr->mo->origin[VZ] <= on->pos[VZ] + on->height); } #else if(player->plr->mo->onMobj && !onground && !(player->plr->mo->flags2 & MF2_FLY)) { mobj_t *on = player->plr->mo->onMobj; onground = (player->plr->mo->origin[VZ] <= on->origin[VZ] + on->height); } #endif return onground; } /** * Will make the player jump if the latest command so instructs, * providing that jumping is possible. */ void P_CheckPlayerJump(player_t* player) { float power = (IS_CLIENT ? netJumpPower : cfg.jumpPower); if(player->plr->flags & DDPF_CAMERA) return; // Cameras don't jump. // Check if we are allowed to jump. if(cfg.jumpEnabled && power > 0 && P_IsPlayerOnGround(player) && player->brain.jump && player->jumpTics <= 0) { // Jump, then! #if __JHEXEN__ if(player->morphTics) // Pigs don't jump that high. player->plr->mo->mom[MZ] = (2 * power / 3); else #endif player->plr->mo->mom[MZ] = power; player->jumpTics = PCLASS_INFO(player->class_)->jumpTics; #if __JHEXEN__ player->plr->mo->onMobj = NULL; #endif } } /** * Moves a player according to its smoother. */ void P_PlayerRemoteMove(player_t *player) { int plrNum = player - players; ddplayer_t *ddpl = player->plr; Smoother *smoother = Net_PlayerSmoother(plrNum); mobj_t *mo = player->plr->mo; coord_t xyz[3]; if(!IS_NETGAME || !mo || !smoother) return; // On client, the console player is not remote. if(IS_CLIENT && plrNum == CONSOLEPLAYER) return; // On server, there must be valid coordinates. if(IS_SERVER && !Sv_CanTrustClientPos(plrNum)) return; // Unless there is a pending momentum fix, clear the mobj's momentum. if(ddpl->fixCounter.mom == ddpl->fixAcked.mom && !(ddpl->flags & DDPF_FIXMOM)) { // As the mobj is being moved by the smoother, it has no momentum in the regular // physics sense. mo->mom[VX] = 0; mo->mom[VY] = 0; mo->mom[VZ] = 0; } if(!Smoother_Evaluate(smoother, xyz)) { // The smoother has no coordinates for us, so we won't touch the mobj. return; } if(IS_SERVER) { // On the server, the move must trigger all the usual player movement side-effects // (e.g., teleporting). if(P_TryMoveXYZ(mo, xyz[VX], xyz[VY], xyz[VZ])) { if(INRANGE_OF(mo->origin[VX], xyz[VX], .001f) && INRANGE_OF(mo->origin[VY], xyz[VY], .001f)) { if(Smoother_IsOnFloor(smoother)) { // It successfully moved to the right XY coords. mo->origin[VZ] = mo->floorZ; App_Log(DE2_DEV_MAP_XVERBOSE, "Player %i: Smooth move to %f, %f, %f (floorz)", plrNum, mo->origin[VX], mo->origin[VY], mo->origin[VZ]); } else { App_Log(DE2_DEV_MAP_XVERBOSE, "Player %i: Smooth move to %f, %f, %f", plrNum, mo->origin[VX], mo->origin[VY], mo->origin[VZ]); } } if(players[plrNum].plr->flags & DDPF_FIXORIGIN) { // The player must have teleported. App_Log(DE2_DEV_MAP_MSG, "Player %i: Clearing smoother because of FIXPOS", plrNum); Smoother_Clear(smoother); } } else { App_Log(DE2_DEV_MAP_NOTE, "P_PlayerRemoteMove: Player %i: Smooth move to %f, %f, %f FAILED!", plrNum, mo->origin[VX], mo->origin[VY], mo->origin[VZ]); } } } void P_MovePlayer(player_t *player) { ddplayer_t* dp = player->plr; mobj_t* plrmo = player->plr->mo; playerbrain_t *brain = &player->brain; classinfo_t* pClassInfo = PCLASS_INFO(player->class_); int speed; coord_t forwardMove; coord_t sideMove; if(!plrmo) return; if(IS_NETWORK_SERVER) { // Server starts the walking animation for remote players. if((!FEQUAL(dp->forwardMove, 0) || !FEQUAL(dp->sideMove, 0)) && plrmo->state == &STATES[pClassInfo->normalState]) { P_MobjChangeState(plrmo, pClassInfo->runState); } else if(P_PlayerInWalkState(player) && FEQUAL(dp->forwardMove, 0) && FEQUAL(dp->sideMove, 0)) { // If in a walking frame, stop moving. P_MobjChangeState(plrmo, pClassInfo->normalState); } return; } // Slow > fast. Fast > slow. speed = brain->speed; if(cfg.alwaysRun) speed = !speed; // Do not let the player control movement if not onground. onground = P_IsPlayerOnGround(player); if(dp->flags & DDPF_CAMERA) // $democam { static const coord_t cameraSpeed[2] = { FIX2FLT(0x19), FIX2FLT(0x54) }; int moveMul = 2048; // Cameramen have 3D thrusters! P_Thrust3D(player, plrmo->angle, dp->lookDir, brain->forwardMove * cameraSpeed[speed] * moveMul, brain->sideMove * cameraSpeed[speed] * moveMul); } else { // 'Move while in air' hack (server doesn't know about this!!). // Movement while in air traditionally disabled. int const movemul = (onground || (plrmo->flags2 & MF2_FLY))? pClassInfo->moveMul : (cfg.airborneMovement? cfg.airborneMovement * 64 : 0); if(!brain->lunge) { coord_t const maxMove = FIX2FLT(pClassInfo->maxMove) * turboMul; forwardMove = FIX2FLT(pClassInfo->forwardMove[speed]) * turboMul * MINMAX_OF(-1.f, brain->forwardMove, 1.f); sideMove = FIX2FLT(pClassInfo->sideMove[speed]) * turboMul * MINMAX_OF(-1.f, brain->sideMove, 1.f); // Players can opt to reduce their maximum possible movement speed. if((int) cfg.playerMoveSpeed != 1) { // A divsor has been specified, apply it. coord_t m = MINMAX_OF(0.f, cfg.playerMoveSpeed, 1.f); forwardMove *= m; sideMove *= m; } // Make sure it's within valid bounds. forwardMove = MINMAX_OF(-maxMove, forwardMove, maxMove); sideMove = MINMAX_OF(-maxMove, sideMove, maxMove); #if __JHEXEN__ // The speed power gives an extra boost . if(player->powers[PT_SPEED] && !player->morphTics) { forwardMove = (3 * forwardMove) / 2; sideMove = (3 * sideMove) / 2; } #endif } else { /** * Do the "lunge" move. * * @note Normal valid range clamp not used with lunge as with * it; the amount of forward velocity is not sufficent to * prevent the player from easily backing out while lunging. */ forwardMove = FIX2FLT(0xc800 / 512); sideMove = 0; } if(!FEQUAL(forwardMove, 0) && movemul) { P_Thrust(player, plrmo->angle, forwardMove * movemul); } if(!FEQUAL(sideMove, 0) && movemul) { P_Thrust(player, plrmo->angle - ANG90, sideMove * movemul); } if((!FEQUAL(forwardMove, 0) || !FEQUAL(sideMove, 0)) && plrmo->state == &STATES[pClassInfo->normalState]) { P_MobjChangeState(plrmo, pClassInfo->runState); } //P_CheckPlayerJump(player); // done in a different place } #if __JHEXEN__ // Look up/down using the delta. /* if(cmd->lookdirdelta) { float fd = cmd->lookdirdelta / DELTAMUL; float delta = fd * fd; if(cmd->lookdirdelta < 0) delta = -delta; player->plr->lookDir += delta; } */ // 110 corresponds 85 degrees. dp->lookDir = MINMAX_OF(-LOOKDIRMAX, dp->lookDir, LOOKDIRMAX); #endif } /** * Fall on your ass when dying. Decrease viewheight to floor height. */ void P_DeathThink(player_t* player) { #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ angle_t angle; #endif angle_t delta; int lookDelta; if(player->rebornWait > 0) player->rebornWait--; P_MovePsprites(player); onground = (player->plr->mo->origin[VZ] <= player->plr->mo->floorZ); #if __JDOOM__ || __JDOOM64__ if(cfg.deathLookUp) #elif __JHERETIC__ if(player->plr->mo->type == MT_BLOODYSKULL) #elif __JHEXEN__ if(player->plr->mo->type == MT_BLOODYSKULL || player->plr->mo->type == MT_ICECHUNK) #endif { // Flying bloody skull player->viewHeight = 6; player->viewHeightDelta = 0; if(onground) { if(player->plr->lookDir < 60) { lookDelta = (60 - player->plr->lookDir) / 8; if(lookDelta < 1 && (mapTime & 1)) { lookDelta = 1; } else if(lookDelta > 6) { lookDelta = 6; } player->plr->lookDir += lookDelta; player->plr->flags |= DDPF_INTERPITCH; player->plr->flags |= DDPF_FIXANGLES; } } } #if __JHEXEN__ else if(!(player->plr->mo->flags2 & MF2_ICEDAMAGE)) // (if not frozen) #else else // fall to the ground #endif { if(player->viewHeight > 6) player->viewHeight -= 1; if(player->viewHeight < 6) player->viewHeight = 6; player->viewHeightDelta = 0; #if __JHERETIC__ || __JHEXEN__ if(player->plr->lookDir > 0) player->plr->lookDir -= 6; else if(player->plr->lookDir < 0) player->plr->lookDir += 6; if(abs((int) player->plr->lookDir) < 6) player->plr->lookDir = 0; #endif player->plr->flags |= DDPF_INTERPITCH; player->plr->flags |= DDPF_FIXANGLES; } #if __JHEXEN__ player->update |= PSF_VIEW_HEIGHT; #endif P_CalcHeight(player); // Keep track of the killer. if(player->attacker && player->attacker != player->plr->mo) { #if __JHEXEN__ int dir = P_FaceMobj(player->plr->mo, player->attacker, &delta); if(delta < ANGLE_1 * 10) { // Looking at killer, so fade damage and poison counters if(player->damageCount) { player->damageCount--; } if(player->poisonCount) { player->poisonCount--; } } delta = delta / 8; if(delta > ANGLE_1 * 5) { delta = ANGLE_1 * 5; } if(dir) player->plr->mo->angle += delta; // Turn clockwise else player->plr->mo->angle -= delta; // Turn counter clockwise #else angle = M_PointToAngle2(player->plr->mo->origin, player->attacker->origin); delta = angle - player->plr->mo->angle; if(delta < ANG5 || delta > (unsigned) -ANG5) { // Looking at killer, so fade damage flash down. player->plr->mo->angle = angle; if(player->damageCount) player->damageCount--; } else if(delta < ANG180) player->plr->mo->angle += ANG5; // Turn clockwise else player->plr->mo->angle -= ANG5; // Turn counter clockwise player->plr->flags |= DDPF_INTERYAW; #endif // Update client. player->plr->flags |= DDPF_FIXANGLES; } else { if(player->damageCount) player->damageCount--; #if __JHEXEN__ if(player->poisonCount) player->poisonCount--; #endif } if(!(player->rebornWait > 0) && player->brain.doReborn) { if(IS_CLIENT) { NetCl_PlayerActionRequest(player, GPA_USE, 0); } else { P_PlayerReborn(player); } } } /** * Called when a dead player wishes to be reborn. * * @param player Player that wishes to be reborn. */ void P_PlayerReborn(player_t* player) { const uint plrNum = player - players; if(plrNum == CONSOLEPLAYER) { App_Log(DE2_DEV_SCR_MSG, "Reseting Infine due to console player being reborn"); // Clear the currently playing script, if any. FI_StackClear(); } player->playerState = PST_REBORN; #if __JHERETIC__ || __JHEXEN__ player->plr->flags &= ~DDPF_VIEW_FILTER; newTorch[player - players] = 0; newTorchDelta[player - players] = 0; # if __JHEXEN__ player->plr->mo->special1 = player->class_; if(player->plr->mo->special1 > 2) { player->plr->mo->special1 = 0; } # endif // Let the mobj know the player has entered the reborn state. Some // mobjs need to know when it's ok to remove themselves. player->plr->mo->special2 = 666; #endif } #if __JHERETIC__ || __JHEXEN__ void P_MorphThink(player_t *player) { mobj_t *pmo; #if __JHEXEN__ if(player->morphTics & 15) return; pmo = player->plr->mo; if(FEQUAL(pmo->mom[MX], 0) && FEQUAL(pmo->mom[MY], 0) && P_Random() < 64) { // Snout sniff P_SetPspriteNF(player, ps_weapon, S_SNOUTATK2); S_StartSound(SFX_PIG_ACTIVE1, pmo); // snort return; } if(P_Random() < 48) { if(P_Random() < 128) S_StartSound(SFX_PIG_ACTIVE1, pmo); else S_StartSound(SFX_PIG_ACTIVE2, pmo); } # else if(player->health > 0) P_UpdateBeak(player, &player->pSprites[ps_weapon]); // Handle beak movement if(player->chickenPeck) { // Chicken attack counter. player->chickenPeck -= 3; } if(/*IS_CLIENT || */ player->morphTics & 15) return; pmo = player->plr->mo; if(INRANGE_OF(pmo->mom[MX], 0, NOMOM_THRESHOLD) && INRANGE_OF(pmo->mom[MY], 0, NOMOM_THRESHOLD) && P_Random() < 160) { // Twitch view angle pmo->angle += (P_Random() - P_Random()) << 19; } if(!IS_NETGAME || IS_CLIENT) { if(FEQUAL(pmo->mom[MX], 0) && FEQUAL(pmo->mom[MY], 0) && P_Random() < 160) { // Twitch view angle pmo->angle += (P_Random() - P_Random()) << 19; } /* } if(!IS_NETGAME || !IS_CLIENT) {*/ if(pmo->origin[VZ] <= pmo->floorZ && (P_Random() < 32)) { // Jump and noise pmo->mom[MZ] += 1; P_MobjChangeState(pmo, S_CHICPLAY_PAIN); return; } } if(P_Random() < 48) { // Just noise. S_StartSound(SFX_CHICACT, pmo); } # endif } dd_bool P_UndoPlayerMorph(player_t* player) { mobj_t* fog = 0, *mo = 0, *pmo = 0; coord_t pos[3]; unsigned int an; angle_t angle; int playerNum; weapontype_t weapon; int oldFlags, oldFlags2, oldBeast; if(IS_CLIENT) return false; # if __JHEXEN__ player->update |= PSF_MORPH_TIME | PSF_POWERS | PSF_HEALTH; # endif pmo = player->plr->mo; memcpy(pos, pmo->origin, sizeof(pos)); angle = pmo->angle; weapon = pmo->special1; oldFlags = pmo->flags; oldFlags2 = pmo->flags2; # if __JHEXEN__ oldBeast = pmo->type; # else oldBeast = MT_CHICPLAYER; # endif P_MobjChangeState(pmo, S_FREETARGMOBJ); playerNum = P_GetPlayerNum(player); # if __JHEXEN__ mo = P_SpawnMobj(PCLASS_INFO(cfg.playerClass[playerNum])->mobjType, pos, angle, 0); # else mo = P_SpawnMobj(MT_PLAYER, pos, angle, 0); # endif if(!mo) return false; if(P_TestMobjLocation(mo) == false) { // Didn't fit P_MobjRemove(mo, false); if((mo = P_SpawnMobj(oldBeast, pos, angle, 0))) { mo->health = player->health; mo->special1 = weapon; mo->player = player; mo->dPlayer = player->plr; mo->flags = oldFlags; mo->flags2 = oldFlags2; player->plr->mo = mo; player->morphTics = 2 * 35; } return false; } if(playerNum != 0) { // Set color translation bits for player sprites mo->flags |= playerNum << MF_TRANSSHIFT; /// @todo Use configured color? -jk } mo->player = player; mo->dPlayer = player->plr; mo->reactionTime = 18; if(oldFlags2 & MF2_FLY) { mo->flags2 |= MF2_FLY; mo->flags |= MF_NOGRAVITY; } player->morphTics = 0; # if __JHERETIC__ player->powers[PT_WEAPONLEVEL2] = 0; # endif player->health = mo->health = maxHealth; player->plr->mo = mo; # if __JHERETIC__ player->class_ = PCLASS_PLAYER; # else player->class_ = cfg.playerClass[playerNum]; # endif an = angle >> ANGLETOFINESHIFT; if((fog = P_SpawnMobjXYZ(MT_TFOG, pos[VX] + 20 * FIX2FLT(finecosine[an]), pos[VY] + 20 * FIX2FLT(finesine[an]), pos[VZ] + TELEFOGHEIGHT, angle + ANG180, 0))) { # if __JHERETIC__ S_StartSound(SFX_TELEPT, fog); # else S_StartSound(SFX_TELEPORT, fog); # endif } P_PostMorphWeapon(player, weapon); player->update |= PSF_MORPH_TIME | PSF_HEALTH; player->plr->flags |= DDPF_FIXORIGIN | DDPF_FIXMOM; return true; } #endif void P_PlayerThinkState(player_t* player) { if(player->plr->mo) { mobj_t* plrmo = player->plr->mo; // jDoom // Selector 0 = Generic (used by default) // Selector 1 = Fist // Selector 2 = Pistol // Selector 3 = Shotgun // Selector 4 = Fist // Selector 5 = Chaingun // Selector 6 = Missile // Selector 7 = Plasma // Selector 8 = BFG // Selector 9 = Chainsaw // Selector 10 = Super shotgun // jHexen // Selector 0 = Generic (used by default) // Selector 1..4 = Weapon 1..4 plrmo->selector = (plrmo->selector & ~DDMOBJ_SELECTOR_MASK) | (player->readyWeapon + 1); // Reactiontime is used to prevent movement for a bit after a teleport. if(plrmo->reactionTime > 0) { plrmo->reactionTime--; } else { plrmo->reactionTime = 0; } } if(player->playerState != PST_DEAD) { // Clear the view angle interpolation flags by default. player->plr->flags &= ~(DDPF_INTERYAW | DDPF_INTERPITCH); } } void P_PlayerThinkCheat(player_t *player) { if(player->plr->mo) { mobj_t *plrmo = player->plr->mo; // fixme: do this in the cheat code if(P_GetPlayerCheats(player) & CF_NOCLIP) plrmo->flags |= MF_NOCLIP; else plrmo->flags &= ~MF_NOCLIP; } } void P_PlayerThinkAttackLunge(player_t *player) { mobj_t* plrmo = player->plr->mo; // Normally we don't lunge. player->brain.lunge = false; if(plrmo && (plrmo->flags & MF_JUSTATTACKED)) { player->brain.lunge = true; plrmo->flags &= ~MF_JUSTATTACKED; player->plr->flags |= DDPF_FIXANGLES; } } /** * @return @c true, if thinking should be stopped. Otherwise, * @c false. */ dd_bool P_PlayerThinkDeath(player_t *player) { if(player->playerState == PST_DEAD) { P_DeathThink(player); return true; // stop! } return false; // don't stop } void P_PlayerThinkMorph(player_t *player) { #if __JHERETIC__ || __JHEXEN__ if(player->morphTics) { P_MorphThink(player); if(!--player->morphTics) { // Attempt to undo the pig/chicken. P_UndoPlayerMorph(player); } } #endif } void P_PlayerThinkMove(player_t *player) { mobj_t* plrmo = player->plr->mo; // Move around. // Reactiontime is used to prevent movement for a bit after a teleport. if(plrmo && !plrmo->reactionTime) { P_MovePlayer(player); #if __JHEXEN__ plrmo = player->plr->mo; if(player->powers[PT_SPEED] && !(mapTime & 1) && M_ApproxDistance(plrmo->mom[MX], plrmo->mom[MY]) > 12) { mobj_t* speedMo; int playerNum; if((speedMo = P_SpawnMobj(MT_PLAYER_SPEED, plrmo->origin, plrmo->angle, 0))) { playerNum = P_GetPlayerNum(player); if(playerNum) { // Set color translation bits for player sprites. speedMo->flags |= playerNum << MF_TRANSSHIFT; /// @todo Use configured color? -jk } speedMo->target = plrmo; speedMo->special1 = player->class_; if(speedMo->special1 > 2) { speedMo->special1 = 0; } speedMo->sprite = plrmo->sprite; speedMo->floorClip = plrmo->floorClip; if(player == &players[CONSOLEPLAYER]) { speedMo->flags2 |= MF2_DONTDRAW; } } } #endif } } void P_PlayerThinkFly(player_t *player) { mobj_t *plrmo = player->plr->mo; // Reactiontime is used to prevent movement for a bit after a teleport. if(!plrmo || plrmo->reactionTime) return; // Is flying allowed? if(player->plr->flags & DDPF_CAMERA) return; if(player->brain.fallDown) { plrmo->flags2 &= ~MF2_FLY; plrmo->flags &= ~MF_NOGRAVITY; } else if(!FEQUAL(player->brain.upMove, 0) && player->powers[PT_FLIGHT]) { player->flyHeight = player->brain.upMove * 10; if(!(plrmo->flags2 & MF2_FLY)) { plrmo->flags2 |= MF2_FLY; plrmo->flags |= MF_NOGRAVITY; #if __JHEXEN__ if(plrmo->mom[MZ] <= -39) { // Stop falling scream. S_StopSound(0, plrmo); } #endif } } // Apply Z momentum based on flight speed. if(plrmo->flags2 & MF2_FLY) { plrmo->mom[MZ] = (coord_t) player->flyHeight; if(player->flyHeight) { player->flyHeight /= 2; } } } void P_PlayerThinkJump(player_t *player) { if(!player->plr->mo || player->plr->mo->reactionTime) return; // Not yet. // Jumping. if(player->jumpTics) player->jumpTics--; P_CheckPlayerJump(player); } void P_PlayerThinkView(player_t *player) { if(player->plr->mo) { P_CalcHeight(player); } } void P_PlayerThinkSpecial(player_t *player) { if(!player->plr->mo) return; if(P_ToXSector(Mobj_Sector(player->plr->mo))->special) P_PlayerInSpecialSector(player); #if __JHEXEN__ P_PlayerOnSpecialFloor(player); #endif } #if __JHERETIC__ || __JHEXEN__ /** * For inventory management, could be done client-side. */ void P_PlayerThinkInventory(player_t *player) { int pnum = player - players; if(player->brain.cycleInvItem) { if(!Hu_InventoryIsOpen(pnum)) { Hu_InventoryOpen(pnum, true); return; } Hu_InventoryMove(pnum, player->brain.cycleInvItem, cfg.inventoryWrap, false); } } #endif void P_PlayerThinkSounds(player_t* player) { #if __JHEXEN__ mobj_t* plrmo = player->plr->mo; if(!plrmo) return; switch(player->class_) { case PCLASS_FIGHTER: if(plrmo->mom[MZ] <= -35 && plrmo->mom[MZ] >= -40 && !player->morphTics && !S_IsPlaying(SFX_PLAYER_FIGHTER_FALLING_SCREAM, plrmo)) { S_StartSound(SFX_PLAYER_FIGHTER_FALLING_SCREAM, plrmo); } break; case PCLASS_CLERIC: if(plrmo->mom[MZ] <= -35 && plrmo->mom[MZ] >= -40 && !player->morphTics && !S_IsPlaying(SFX_PLAYER_CLERIC_FALLING_SCREAM, plrmo)) { S_StartSound(SFX_PLAYER_CLERIC_FALLING_SCREAM, plrmo); } break; case PCLASS_MAGE: if(plrmo->mom[MZ] <= -35 && plrmo->mom[MZ] >= -40 && !player->morphTics && !S_IsPlaying(SFX_PLAYER_MAGE_FALLING_SCREAM, plrmo)) { S_StartSound(SFX_PLAYER_MAGE_FALLING_SCREAM, plrmo); } break; default: break; } #endif } void P_PlayerThinkItems(player_t *player) { #if __JHERETIC__ || __JHEXEN__ inventoryitemtype_t i, type = IIT_NONE; // What to use? int pnum = player - players; if(player->brain.useInvItem) { type = P_InventoryReadyItem(pnum); } // Inventory item hot keys. for(i = IIT_FIRST; i < NUM_INVENTORYITEM_TYPES; ++i) { def_invitem_t const *def = P_GetInvItemDef(i); if(def->hotKeyCtrlIdent != -1 && P_GetImpulseControlState(pnum, def->hotKeyCtrlIdent)) { type = i; break; } } // Panic? if(type == IIT_NONE && P_GetImpulseControlState(pnum, CTL_PANIC)) type = NUM_INVENTORYITEM_TYPES; if(type != IIT_NONE) { // Use one (or more) inventory items. P_InventoryUse(pnum, type, false); } #endif #if __JHERETIC__ || __JHEXEN__ if(player->brain.upMove > 0 && !player->powers[PT_FLIGHT]) { // Start flying automatically. P_InventoryUse(pnum, IIT_FLY, false); } #endif } void P_PlayerThinkWeapons(player_t* player) { playerbrain_t* brain = &player->brain; weapontype_t oldweapon = player->pendingWeapon; weapontype_t newweapon = WT_NOCHANGE; if(IS_NETWORK_SERVER) { if(brain->changeWeapon != WT_NOCHANGE) { // Weapon change logic has already been done by the client. newweapon = brain->changeWeapon; if(!player->weapons[newweapon].owned) { App_Log(DE2_MAP_WARNING, "Player %i tried to change to unowned weapon %i!", (int)(player - players), newweapon); newweapon = WT_NOCHANGE; } } } else // Check for weapon change. #if __JHERETIC__ || __JHEXEN__ if(brain->changeWeapon != WT_NOCHANGE && !player->morphTics) #else if(brain->changeWeapon != WT_NOCHANGE) #endif { // Direct slot selection. weapontype_t cand, first; // Is this a same-slot weapon cycle? if(P_GetWeaponSlot(brain->changeWeapon) == P_GetWeaponSlot(player->readyWeapon)) { // Yes. cand = player->readyWeapon; } else { // No. cand = brain->changeWeapon; } first = cand = P_WeaponSlotCycle(cand, brain->cycleWeapon < 0); do { if(player->weapons[cand].owned) newweapon = cand; } while(newweapon == WT_NOCHANGE && (cand = P_WeaponSlotCycle(cand, brain->cycleWeapon < 0)) != first); } else if(brain->cycleWeapon) { // Linear cycle. newweapon = P_PlayerFindWeapon(player, brain->cycleWeapon < 0); } if(newweapon != WT_NOCHANGE && newweapon != player->readyWeapon) { if(weaponInfo[newweapon][player->class_].mode[0].gameModeBits & gameModeBits) { if(IS_CLIENT) { // Send a notification to the server. NetCl_PlayerActionRequest(player, GPA_CHANGE_WEAPON, newweapon); } App_Log(DE2_DEV_MAP_VERBOSE, "Player %i changing weapon to %i (brain thinks %i)", (int)(player - players), newweapon, brain->changeWeapon); player->pendingWeapon = newweapon; brain->changeWeapon = WT_NOCHANGE; } } /* if(player->pendingWeapon != oldweapon) { #if __JDOOM__ || __JDOOM64__ player->update |= PSF_PENDING_WEAPON | PSF_READY_WEAPON; #elif __JHEXEN__ player->update |= PSF_PENDING_WEAPON; #endif } */ } void P_PlayerThinkUse(player_t *player) { if(IS_NETWORK_SERVER && player != &players[CONSOLEPLAYER]) { // Clients send use requests instead. return; } // Check for use. if(player->brain.use) { if(!player->useDown) { P_UseLines(player); player->useDown = true; } } else { player->useDown = false; } } void P_PlayerThinkPsprites(player_t *player) { // Cycle psprites. P_MovePsprites(player); } void P_PlayerThinkHUD(player_t* player) { uint playerIdx = player - players; playerbrain_t* brain = &player->brain; if(brain->hudShow) ST_HUDUnHide(playerIdx, HUE_FORCE); if(brain->scoreShow) HU_ScoreBoardUnHide(playerIdx); if(brain->logRefresh) ST_LogRefresh(playerIdx); } void P_PlayerThinkMap(player_t* player) { uint playerIdx = player - players; playerbrain_t* brain = &player->brain; if(brain->mapToggle) ST_AutomapOpen(playerIdx, !ST_AutomapIsActive(playerIdx), false); if(brain->mapFollow) ST_ToggleAutomapPanMode(playerIdx); if(brain->mapRotate) { cfg.automapRotate = !cfg.automapRotate; ST_SetAutomapCameraRotation(playerIdx, cfg.automapRotate); P_SetMessage(player, LMF_NO_HIDE, (cfg.automapRotate ? AMSTR_ROTATEON : AMSTR_ROTATEOFF)); } if(brain->mapZoomMax) ST_ToggleAutomapMaxZoom(playerIdx); if(brain->mapMarkAdd) { mobj_t* pmo = player->plr->mo; ST_AutomapAddPoint(playerIdx, pmo->origin[VX], pmo->origin[VY], pmo->origin[VZ]); } if(brain->mapMarkClearAll) ST_AutomapClearPoints(playerIdx); } void P_PlayerThinkPowers(player_t* player) { // Counters, time dependend power ups. #if __JDOOM__ || __JDOOM64__ // Strength counts up to diminish fade. if(player->powers[PT_STRENGTH]) player->powers[PT_STRENGTH]++; if(player->powers[PT_IRONFEET]) player->powers[PT_IRONFEET]--; #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ if(player->powers[PT_INVULNERABILITY]) player->powers[PT_INVULNERABILITY]--; if(player->powers[PT_INVISIBILITY]) { if(!--player->powers[PT_INVISIBILITY]) player->plr->mo->flags &= ~MF_SHADOW; } #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ || __JHEXEN__ // Infrared/Torch times out eventually. if(player->powers[PT_INFRARED]) player->powers[PT_INFRARED]--; #endif if(player->damageCount) player->damageCount--; if(player->bonusCount) player->bonusCount--; #if __JHERETIC__ || __JHEXEN__ # if __JHERETIC__ if(player->powers[PT_FLIGHT]) # elif __JHEXEN__ if(player->powers[PT_FLIGHT] && IS_NETGAME) # endif { if(!--player->powers[PT_FLIGHT]) { if(player->plr->mo->origin[VZ] != player->plr->mo->floorZ && cfg.lookSpring) { player->centering = true; } player->plr->mo->flags2 &= ~MF2_FLY; player->plr->mo->flags &= ~MF_NOGRAVITY; } } #endif #if __JHERETIC__ if(player->powers[PT_WEAPONLEVEL2]) { if(!--player->powers[PT_WEAPONLEVEL2]) { if((player->readyWeapon == WT_SIXTH) && (player->pSprites[ps_weapon].state != &STATES[S_PHOENIXREADY]) && (player->pSprites[ps_weapon].state != &STATES[S_PHOENIXUP])) { P_SetPsprite(player, ps_weapon, S_PHOENIXREADY); player->ammo[AT_FIREORB].owned = MAX_OF(0, player->ammo[AT_FIREORB].owned - USE_PHRD_AMMO_2); player->refire = 0; player->update |= PSF_AMMO; } else if((player->readyWeapon == WT_EIGHTH) || (player->readyWeapon == WT_FIRST)) { player->pendingWeapon = player->readyWeapon; player->update |= PSF_PENDING_WEAPON; } } } #endif // Colormaps #if __JHERETIC__ || __JHEXEN__ if(!IS_CLIENT) { if(player->powers[PT_INFRARED]) { if(player->powers[PT_INFRARED] <= BLINKTHRESHOLD) { if(player->powers[PT_INFRARED] & 8) { player->plr->fixedColorMap = 0; } else { player->plr->fixedColorMap = 1; } } else if(!(mapTime & 16)) /* && player == &players[CONSOLEPLAYER]) */ { ddplayer_t *dp = player->plr; int playerNumber = player - players; if(newTorch[playerNumber]) { if(dp->fixedColorMap + newTorchDelta[playerNumber] > 7 || dp->fixedColorMap + newTorchDelta[playerNumber] < 1 || newTorch[playerNumber] == dp->fixedColorMap) { newTorch[playerNumber] = 0; } else { dp->fixedColorMap += newTorchDelta[playerNumber]; } } else { newTorch[playerNumber] = (M_Random() & 7) + 1; newTorchDelta[playerNumber] = (newTorch[playerNumber] == dp->fixedColorMap) ? 0 : ((newTorch[playerNumber] > dp->fixedColorMap) ? 1 : -1); } } } else { player->plr->fixedColorMap = 0; } } #endif #if __JHEXEN__ if(player->powers[PT_INVULNERABILITY]) { if(player->class_ == PCLASS_CLERIC) { if(!(mapTime & 7) && (player->plr->mo->flags & MF_SHADOW) && !(player->plr->mo->flags2 & MF2_DONTDRAW)) { player->plr->mo->flags &= ~MF_SHADOW; if(!(player->plr->mo->flags & MF_ALTSHADOW)) { player->plr->mo->flags2 |= MF2_DONTDRAW | MF2_NONSHOOTABLE; } } if(!(mapTime & 31)) { if(player->plr->mo->flags2 & MF2_DONTDRAW) { if(!(player->plr->mo->flags & MF_SHADOW)) { player->plr->mo->flags |= MF_SHADOW | MF_ALTSHADOW; } else { player->plr->mo->flags2 &= ~(MF2_DONTDRAW | MF2_NONSHOOTABLE); } } else { player->plr->mo->flags |= MF_SHADOW; player->plr->mo->flags &= ~MF_ALTSHADOW; } } } if(!(--player->powers[PT_INVULNERABILITY])) { player->plr->mo->flags2 &= ~(MF2_INVULNERABLE | MF2_REFLECTIVE); if(player->class_ == PCLASS_CLERIC) { player->plr->mo->flags2 &= ~(MF2_DONTDRAW | MF2_NONSHOOTABLE); player->plr->mo->flags &= ~(MF_SHADOW | MF_ALTSHADOW); } } } if(player->powers[PT_MINOTAUR]) { player->powers[PT_MINOTAUR]--; } if(player->powers[PT_SPEED]) { player->powers[PT_SPEED]--; } if(player->poisonCount && !(mapTime & 15)) { player->poisonCount -= 5; if(player->poisonCount < 0) { player->poisonCount = 0; } P_PoisonDamage(player, player->poisoner, 1, true); } #endif // __JHEXEN__ } /** * Handles the updating of the player's yaw view angle depending on the game * input controllers. Control states are queried from the engine. Note * that this is done once per sharp tic so that behavior conforms to the * original engine. * * @param player Player doing the thinking. * @param ticLength Time to think, in seconds. Use as a multiplier. * Note that original game logic was always using a * tick duration of 1/35 seconds. */ void P_PlayerThinkLookYaw(player_t* player, timespan_t ticLength) { int playerNum = player - players; ddplayer_t* plr = player->plr; classinfo_t* pClassInfo = PCLASS_INFO(player->class_); float offsetSensitivity = 100; /// @todo Should be done engine-side, mouse sensitivity! float vel, off, turnSpeedPerTic, yawDelta; static float yaws[DDMAXPLAYERS]; /// @todo Move to a more appropriate, resetable place. if(IS_DEDICATED) return; if(!plr->mo || player->playerState == PST_DEAD || player->viewLock) return; if(IS_CLIENT && playerNum != CONSOLEPLAYER) { // This is only for the local player. return; } // Turn the head? P_PlayerThinkHeadTurning(playerNum, ticLength); turnSpeedPerTic = pClassInfo->turnSpeed[0]; // Check for extra speed. P_GetControlState(playerNum, CTL_SPEED, &vel, NULL); if(!FEQUAL(vel, 0) ^ (cfg.alwaysRun != 0)) { // Hurry, good man! turnSpeedPerTic = pClassInfo->turnSpeed[1]; } // Check the yaw offset control (absolute value). /// @todo This could be done better? P_GetControlState(playerNum, CTL_BODY_YAW, &off, 0); yawDelta = off - yaws[playerNum]; yaws[playerNum] = off; plr->appliedBodyYaw = (fixed_t)(off * ANGLE_180); plr->mo->angle += (fixed_t)(yawDelta * ANGLE_180); // Yaw. if(!((plr->mo->flags & MF_JUSTATTACKED) || player->brain.lunge)) { P_GetControlState(playerNum, CTL_TURN, &vel, &off); plr->mo->angle -= FLT2FIX(turnSpeedPerTic * vel * ticLength * TICRATE) + (fixed_t)(offsetSensitivity * off / 180 * ANGLE_180); } } /** * Handles the updating of the player's view pitch angle depending on the game * input controllers. Control states are queried from the engine. Note * that this is done as often as possible (i.e., on every frame) so that * changes will be smooth and lag-free. * * @param player Player doing the thinking. * @param ticLength Time to think, in seconds. Use as a multiplier. * Note that original game logic was always using a * tick duration of 1/35 seconds. */ void P_PlayerThinkLookPitch(player_t* player, timespan_t ticLength) { int playerNum = player - players; ddplayer_t* plr = player->plr; float vel, off; float offsetSensitivity = 100; /// @todo Should be done engine-side, mouse sensitivity! if(IS_DEDICATED) return; if(!plr->mo || player->playerState == PST_DEAD || player->viewLock) return; // Nothing to control. if(IS_CLIENT && playerNum != CONSOLEPLAYER) { // This is only for the local player. return; } // The absolute look pitch overrides CTL_LOOK. if(P_IsControlBound(playerNum, CTL_LOOK_PITCH)) { P_GetControlState(playerNum, CTL_LOOK_PITCH, &off, NULL); plr->lookDir = off * LOOKDIRMAX; } else { // Look center requested? if(P_GetImpulseControlState(playerNum, CTL_LOOK_CENTER)) player->centering = true; // Use a delta-based control for looking. P_GetControlState(playerNum, CTL_LOOK, &vel, &off); if(player->centering) { // Automatic vertical look centering. float step = 8 * ticLength * TICRATE; if(plr->lookDir > step) { plr->lookDir -= step; } else if(plr->lookDir < -step) { plr->lookDir += step; } else { plr->lookDir = 0; player->centering = false; } } else { // Pitch as controlled by CTL_LOOK. plr->lookDir += LOOKDIRMAX/85.f * ((640 * TICRATE)/65535.f*360 * vel * ticLength + offsetSensitivity * off); } } plr->lookDir = MINMAX_OF(-LOOKDIRMAX, plr->lookDir, LOOKDIRMAX); } void P_PlayerThinkUpdateControls(player_t* player) { int playerNum = player - players; ddplayer_t *dp = player->plr; float vel, off, offsetSensitivity = 100; int i; dd_bool strafe = false; playerbrain_t *brain = &player->brain; dd_bool oldAttack = brain->attack; if(IS_DEDICATED) return; // Check for speed. P_GetControlState(playerNum, CTL_SPEED, &vel, 0); brain->speed = (!FEQUAL(vel, 0)); // Check for strafe. P_GetControlState(playerNum, CTL_MODIFIER_1, &vel, 0); strafe = (!FEQUAL(vel, 0)); // Move status. P_GetControlState(playerNum, CTL_WALK, &vel, &off); brain->forwardMove = off * offsetSensitivity + vel; P_GetControlState(playerNum, CTL_SIDESTEP, &vel, &off); brain->sideMove = off * offsetSensitivity + vel; // Clamp. brain->forwardMove = MINMAX_OF(-1.f, brain->forwardMove, 1.f); brain->sideMove = MINMAX_OF(-1.f, brain->sideMove, 1.f); // Let the engine know these. dp->forwardMove = brain->forwardMove; dp->sideMove = brain->sideMove; // Flight. P_GetControlState(playerNum, CTL_ZFLY, &vel, &off); brain->upMove = off + vel; if(P_GetImpulseControlState(playerNum, CTL_FALL_DOWN)) { brain->fallDown = true; } else { brain->fallDown = false; } // Check for look centering based on lookSpring. if(cfg.lookSpring && (fabs(brain->forwardMove) > .333f || fabs(brain->sideMove) > .333f)) { // Center view when mlook released w/lookspring, or when moving. player->centering = true; } // Jump. brain->jump = (P_GetImpulseControlState(playerNum, CTL_JUMP) != 0); // Use. brain->use = (P_GetImpulseControlState(playerNum, CTL_USE) != 0); // Fire. P_GetControlState(playerNum, CTL_ATTACK, &vel, &off); brain->attack = (vel + off != 0); // Once dead, the intended action for a given control state change, // changes. Here we interpret Use and Fire as "I wish to be Reborn". brain->doReborn = false; if(player->playerState == PST_DEAD) { if(brain->use || (brain->attack && !oldAttack)) brain->doReborn = true; } // Weapon cycling. if(P_GetImpulseControlState(playerNum, CTL_NEXT_WEAPON)) { brain->cycleWeapon = +1; } else if(P_GetImpulseControlState(playerNum, CTL_PREV_WEAPON)) { brain->cycleWeapon = -1; } else { brain->cycleWeapon = 0; } // Weapons. brain->changeWeapon = WT_NOCHANGE; for(i = 0; i < NUM_WEAPON_TYPES && (CTL_WEAPON1 + i <= CTL_WEAPON0); i++) if(P_GetImpulseControlState(playerNum, CTL_WEAPON1 + i)) { brain->changeWeapon = i; brain->cycleWeapon = +1; // Direction for same-slot cycle. #if __JDOOM__ || __JDOOM64__ if(i == WT_EIGHTH || i == WT_NINETH) brain->cycleWeapon = -1; #elif __JHERETIC__ if(i == WT_EIGHTH) brain->cycleWeapon = -1; #endif } #if __JHERETIC__ || __JHEXEN__ // Inventory items. brain->useInvItem = false; if(P_GetImpulseControlState(playerNum, CTL_USE_ITEM)) { // If the inventory is visible, close it (depending on cfg.chooseAndUse). if(Hu_InventoryIsOpen(player - players)) { Hu_InventoryOpen(player - players, false); // close the inventory if(cfg.inventoryUseImmediate) brain->useInvItem = true; } else { brain->useInvItem = true; } } if(P_GetImpulseControlState(playerNum, CTL_NEXT_ITEM)) { brain->cycleInvItem = +1; } else if(P_GetImpulseControlState(playerNum, CTL_PREV_ITEM)) { brain->cycleInvItem = -1; } else { brain->cycleInvItem = 0; } #endif // HUD. brain->hudShow = (P_GetImpulseControlState(playerNum, CTL_HUD_SHOW) != 0); #if __JHERETIC__ || __JHEXEN__ // Also unhide the HUD when cycling inventory items. if(brain->cycleInvItem != 0) brain->hudShow = true; #endif brain->scoreShow = (P_GetImpulseControlState(playerNum, CTL_SCORE_SHOW) != 0); brain->logRefresh = (P_GetImpulseControlState(playerNum, CTL_LOG_REFRESH) != 0); // Automap. brain->mapToggle = (P_GetImpulseControlState(playerNum, CTL_MAP) != 0); brain->mapZoomMax = (P_GetImpulseControlState(playerNum, CTL_MAP_ZOOM_MAX) != 0); brain->mapFollow = (P_GetImpulseControlState(playerNum, CTL_MAP_FOLLOW) != 0); brain->mapRotate = (P_GetImpulseControlState(playerNum, CTL_MAP_ROTATE) != 0); brain->mapMarkAdd = (P_GetImpulseControlState(playerNum, CTL_MAP_MARK_ADD) != 0); brain->mapMarkClearAll = (P_GetImpulseControlState(playerNum, CTL_MAP_MARK_CLEAR_ALL) != 0); } /** * Verify that the player state is valid. This is a debugging utility and * only gets called when _DEBUG is defined. */ void P_PlayerThinkAssertions(player_t* player) { int plrNum = player - players; mobj_t* mo = player->plr->mo; if(!mo) return; if(IS_CLIENT) { // Let's do some checks about the state of a client player. if(player->playerState == PST_LIVE) { if(!(mo->ddFlags & DDMF_SOLID)) { App_Log(DE2_DEV_MAP_NOTE, "P_PlayerThinkAssertions: player %i, mobj should be solid when alive!", plrNum); } } else if(player->playerState == PST_DEAD) { if(mo->ddFlags & DDMF_SOLID) { App_Log(DE2_DEV_MAP_NOTE, "P_PlayerThinkAssertions: player %i, mobj should not be solid when dead!", plrNum); } } } } /** * Main thinker function for players. Handles both single player and * multiplayer games, as well as all the different types of players * (normal/camera). * * Functionality is divided to various other functions whose name begins * with "P_PlayerThink". * * @param player Player that is doing the thinking. * @param ticLength How much time has passed in the game world, in * seconds. For instance, to be used as a multiplier * on turning. */ void P_PlayerThink(player_t *player, timespan_t ticLength) { int useSharpInput = Con_GetInteger("input-sharp"); if(Pause_IsPaused()) return; if(G_GameState() != GS_MAP) { if(DD_IsSharpTick()) { // Just check the controls in case some UI stuff is relying on them // (like intermission). P_PlayerThinkUpdateControls(player); } return; } #ifdef _DEBUG P_PlayerThinkAssertions(player); #endif P_PlayerThinkState(player); P_PlayerRemoteMove(player); if(!useSharpInput) { // Adjust turn angles and look direction. This is done in fractional time. P_PlayerThinkLookPitch(player, ticLength); P_PlayerThinkLookYaw(player, ticLength); } if(!DD_IsSharpTick()) { // The rest of this function occurs only during sharp ticks. return; } #if __JHEXEN__ player->worldTimer++; #endif if(useSharpInput) { // Adjust turn angles and look direction. This is done in sharp time. P_PlayerThinkLookPitch(player, 1.0/35.0); P_PlayerThinkLookYaw(player, 1.0/35.0); } P_PlayerThinkUpdateControls(player); P_PlayerThinkCamera(player); // $democam if(!IS_CLIENT) // Only singleplayer. { P_PlayerThinkCheat(player); } P_PlayerThinkHUD(player); if(P_PlayerThinkDeath(player)) return; // I'm dead! P_PlayerThinkMorph(player); P_PlayerThinkAttackLunge(player); P_PlayerThinkMove(player); P_PlayerThinkFly(player); P_PlayerThinkJump(player); P_PlayerThinkView(player); P_PlayerThinkSpecial(player); if(!IS_NETWORK_SERVER) // Locally only (client or singleplayer). { P_PlayerThinkSounds(player); } #if __JHERETIC__ || __JHEXEN__ P_PlayerThinkInventory(player); P_PlayerThinkItems(player); #endif P_PlayerThinkUse(player); P_PlayerThinkWeapons(player); P_PlayerThinkPsprites(player); P_PlayerThinkPowers(player); P_PlayerThinkMap(player); } doomsday-1.14.5/doomsday/plugins/common/src/pause.c0000664000175000017500000001316412350542240021547 0ustar jaakkojaakko/** * @file pause.c * Pausing the game. @ingroup libcommon * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "pause.h" #include "common.h" #include "g_common.h" #include "hu_menu.h" #include "hu_msg.h" #include "d_net.h" #define PAUSEF_PAUSED 0x1 #define PAUSEF_FORCED_PERIOD 0x2 #define READONLYCVAR (CVF_READ_ONLY|CVF_NO_MAX|CVF_NO_MIN|CVF_NO_ARCHIVE) int paused = 0; static int gamePauseWhenFocusLost; // cvar static int gameUnpauseWhenFocusGained; // cvar #ifdef __JDOOM__ /// How long to pause the game after a map has been loaded (cvar). /// - -1: matches the engine's busy transition tics. static int gamePauseAfterMapStartTics = -1; // cvar #else // Crossfade doesn't require a very long pause. static int gamePauseAfterMapStartTics = 7; // cvar #endif static int forcedPeriodTicsRemaining; static void beginPause(int flags) { if(!paused) { paused = PAUSEF_PAUSED | flags; // This will stop all sounds from all origins. /// @todo Would be nice if the engine supported actually pausing the sounds. -jk S_StopSound(0, 0); // Servers are responsible for informing clients about // pauses in the game. NetSv_Paused(paused); } } static void endPause(void) { if(paused) { App_Log(DE2_LOG_VERBOSE, "Pause ends (state:%x)", paused); forcedPeriodTicsRemaining = 0; if(!(paused & PAUSEF_FORCED_PERIOD)) { // Any impulses or accumulated relative offsets that occured // during the pause should be ignored. DD_Execute(true, "resetctlaccum"); } NetSv_Paused(0); } paused = 0; } static void checkForcedPeriod(void) { if((paused != 0) && (paused & PAUSEF_FORCED_PERIOD)) { if(forcedPeriodTicsRemaining-- <= 0) { endPause(); } } } void Pause_Register(void) { forcedPeriodTicsRemaining = 0; // Default values (overridden by values from .cfg files). gamePauseWhenFocusLost = true; gameUnpauseWhenFocusGained = false; C_CMD("pause", "", Pause); C_VAR_INT("game-paused", &paused, READONLYCVAR, 0, 0); C_VAR_INT("game-pause-focuslost", &gamePauseWhenFocusLost, 0, 0, 1); C_VAR_INT("game-unpause-focusgained", &gameUnpauseWhenFocusGained, 0, 0, 1); C_VAR_INT("game-pause-mapstart-tics", &gamePauseAfterMapStartTics, 0, -1, 70); } dd_bool Pause_IsPaused(void) { return (paused != 0) || (!IS_NETGAME && (Hu_MenuIsActive() || Hu_IsMessageActive())); } dd_bool Pause_IsUserPaused(void) { return (paused != 0) && !(paused & PAUSEF_FORCED_PERIOD); } D_CMD(Pause) { if(G_QuitInProgress()) return false; // Toggle pause. Pause_Set(!(paused & PAUSEF_PAUSED)); return true; } void Pause_Set(dd_bool yes) { // Can we start a pause? if(Hu_MenuIsActive() || Hu_IsMessageActive() || IS_CLIENT) return; // Nope. if(yes) beginPause(0); else endPause(); } void Pause_End() { endPause(); } void Pause_SetForcedPeriod(int tics) { if(tics <= 0) return; App_Log(DE2_LOG_MESSAGE, "Forced pause for %i tics", tics); forcedPeriodTicsRemaining = tics; beginPause(PAUSEF_FORCED_PERIOD); } void Pause_Ticker(void) { checkForcedPeriod(); } dd_bool Pause_Responder(event_t *ev) { if(ev->type == EV_FOCUS) { if(gamePauseWhenFocusLost && !ev->data1) { Pause_Set(true); return true; } else if(gameUnpauseWhenFocusGained && ev->data1) { Pause_Set(false); return true; } } return false; } void Pause_MapStarted(void) { if(!IS_CLIENT) { if(gamePauseAfterMapStartTics < 0) { // Use the engine's transition visualization duration. Pause_SetForcedPeriod(Con_GetInteger("con-transition-tics")); } else { // Use the configured time. Pause_SetForcedPeriod(gamePauseAfterMapStartTics); } } } void NetSv_Paused(int pauseState) { Writer* writer; if(!IS_SERVER || !IS_NETGAME) return; writer = D_NetWrite(); Writer_WriteByte(writer, (pauseState & PAUSEF_PAUSED? 1 : 0) | (pauseState & PAUSEF_FORCED_PERIOD? 2 : 0)); Net_SendPacket(DDSP_ALL_PLAYERS, GPT_PAUSE, Writer_Data(writer), Writer_Size(writer)); } void NetCl_Paused(Reader *msg) { byte flags = Reader_ReadByte(msg); paused = 0; if(flags & 1) { paused |= PAUSEF_PAUSED; } if(flags & 2) { paused |= PAUSEF_FORCED_PERIOD; } DD_SetInteger(DD_CLIENT_PAUSED, paused != 0); } doomsday-1.14.5/doomsday/plugins/common/src/g_controls.c0000664000175000017500000010545612350542240022611 0ustar jaakkojaakko/** * @file g_controls.c * Game controls, default bindings. @ingroup libcommon * * @author Copyright © 1999-2013 Jaakko Keränen * @author Copyright © 2006-2013 Daniel Swanson * @author Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include // required for sqrt, fabs #include "common.h" #include "g_controls.h" #include "pause.h" #include "d_netsv.h" #include "hu_menu.h" #include "hu_msg.h" #include "g_common.h" #if __JHERETIC__ || __JHEXEN__ # include "p_inventory.h" #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ # define GOTWPN(x) (plr->weaponOwned[x]) # define ISWPN(x) (plr->readyWeapon == x) #endif #define SLOWTURNTICS (6) #define JOY(x) ((x) / 100) #define TOCENTER (-8) #define DELTAMUL (6.324555320) // Used when calculating ticcmd_t.lookdirdelta typedef struct pcontrolstate_s { // Looking around. float targetLookOffset; float lookOffset; dd_bool mlookPressed; // For accelerative turning: float turnheld; float lookheld; int dclicktime; int dclickstate; int dclicks; int dclicktime2; int dclickstate2; int dclicks2; } pcontrolstate_t; // Joystick axes. typedef enum joyaxis_e { JA_X, JA_Y, JA_Z, JA_RX, JA_RY, JA_RZ, JA_SLIDER0, JA_SLIDER1, NUM_JOYSTICK_AXES } joyaxis_t; D_CMD(DefaultGameBinds); // Input devices; state controls. //static int povangle = -1; ///< @c -1= means centered (really 0 - 7). //static float mousex; //static float mousey; // Player control state. static pcontrolstate_t controlStates[MAXPLAYERS]; void G_ControlRegister(void) { // Control (options/preferences) C_VAR_INT ("ctl-aim-noauto", &cfg.noAutoAim, 0, 0, 1); C_VAR_FLOAT ("ctl-turn-speed", &cfg.turnSpeed, 0, 1, 5); C_VAR_INT ("ctl-run", &cfg.alwaysRun, 0, 0, 1); #if __JHERETIC__ || __JHEXEN__ C_VAR_BYTE ("ctl-inventory-mode", &cfg.inventorySelectMode, 0, 0, 1); C_VAR_BYTE ("ctl-inventory-wrap", &cfg.inventoryWrap, 0, 0, 1); C_VAR_BYTE ("ctl-inventory-use-immediate", &cfg.inventoryUseImmediate, 0, 0, 1); C_VAR_BYTE ("ctl-inventory-use-next", &cfg.inventoryUseNext, 0, 0, 1); #endif C_VAR_FLOAT ("ctl-look-speed", &cfg.lookSpeed, 0, 1, 5); C_VAR_INT ("ctl-look-spring", &cfg.lookSpring, 0, 0, 1); C_VAR_BYTE ("ctl-look-pov", &cfg.povLookAround, 0, 0, 1); C_VAR_INT ("ctl-look-joy", &cfg.useJLook, 0, 0, 1); C_VAR_INT ("ctl-look-joy-delta", &cfg.jLookDeltaMode, 0, 0, 1); C_CMD("defaultgamebindings", "", DefaultGameBinds); G_DefineControls(); } void G_DefineControls(void) { P_NewPlayerControl(CTL_WALK, CTLT_NUMERIC, "walk", "game"); P_NewPlayerControl(CTL_SIDESTEP, CTLT_NUMERIC, "sidestep", "game"); P_NewPlayerControl(CTL_ZFLY, CTLT_NUMERIC, "zfly", "game"); P_NewPlayerControl(CTL_TURN, CTLT_NUMERIC, "turn", "game"); P_NewPlayerControl(CTL_LOOK, CTLT_NUMERIC, "look", "game"); P_NewPlayerControl(CTL_LOOK_PITCH, CTLT_NUMERIC, "lookpitch", "game"); P_NewPlayerControl(CTL_HEAD_YAW, CTLT_NUMERIC, "yawhead", "game"); P_NewPlayerControl(CTL_BODY_YAW, CTLT_NUMERIC, "yawbody", "game"); P_NewPlayerControl(CTL_SPEED, CTLT_NUMERIC, "speed", "game"); P_NewPlayerControl(CTL_MODIFIER_1, CTLT_NUMERIC, "strafe", "game"); P_NewPlayerControl(CTL_ATTACK, CTLT_NUMERIC_TRIGGERED, "attack", "game"); P_NewPlayerControl(CTL_USE, CTLT_IMPULSE, "use", "game"); P_NewPlayerControl(CTL_LOOK_CENTER, CTLT_IMPULSE, "lookcenter", "game"); P_NewPlayerControl(CTL_FALL_DOWN, CTLT_IMPULSE, "falldown", "game"); P_NewPlayerControl(CTL_JUMP, CTLT_IMPULSE, "jump", "game"); P_NewPlayerControl(CTL_WEAPON1, CTLT_IMPULSE, "weapon1", "game"); P_NewPlayerControl(CTL_WEAPON2, CTLT_IMPULSE, "weapon2", "game"); P_NewPlayerControl(CTL_WEAPON3, CTLT_IMPULSE, "weapon3", "game"); P_NewPlayerControl(CTL_WEAPON4, CTLT_IMPULSE, "weapon4", "game"); P_NewPlayerControl(CTL_WEAPON5, CTLT_IMPULSE, "weapon5", "game"); P_NewPlayerControl(CTL_WEAPON6, CTLT_IMPULSE, "weapon6", "game"); P_NewPlayerControl(CTL_WEAPON7, CTLT_IMPULSE, "weapon7", "game"); P_NewPlayerControl(CTL_WEAPON8, CTLT_IMPULSE, "weapon8", "game"); P_NewPlayerControl(CTL_WEAPON9, CTLT_IMPULSE, "weapon9", "game"); P_NewPlayerControl(CTL_WEAPON0, CTLT_IMPULSE, "weapon0", "game"); #if __JDOOM64__ P_NewPlayerControl(CTL_WEAPON10, CTLT_IMPULSE, "weapon10", "game"); #endif P_NewPlayerControl(CTL_NEXT_WEAPON, CTLT_IMPULSE, "nextweapon", "game"); P_NewPlayerControl(CTL_PREV_WEAPON, CTLT_IMPULSE, "prevweapon", "game"); #if __JHERETIC__ || __JHEXEN__ P_NewPlayerControl(CTL_USE_ITEM, CTLT_IMPULSE, "useitem", "game"); P_NewPlayerControl(CTL_NEXT_ITEM, CTLT_IMPULSE, "nextitem", "game"); P_NewPlayerControl(CTL_PREV_ITEM, CTLT_IMPULSE, "previtem", "game"); P_NewPlayerControl(CTL_PANIC, CTLT_IMPULSE, "panic", "game"); #endif #if __JHERETIC__ P_NewPlayerControl(CTL_TOME_OF_POWER, CTLT_IMPULSE, "tome", "game"); P_NewPlayerControl(CTL_INVISIBILITY, CTLT_IMPULSE, "invisibility", "game"); P_NewPlayerControl(CTL_FLY, CTLT_IMPULSE, "fly", "game"); P_NewPlayerControl(CTL_TORCH, CTLT_IMPULSE, "torch", "game"); P_NewPlayerControl(CTL_HEALTH, CTLT_IMPULSE, "health", "game"); P_NewPlayerControl(CTL_SUPER_HEALTH, CTLT_IMPULSE, "superhealth", "game"); P_NewPlayerControl(CTL_TELEPORT, CTLT_IMPULSE, "teleport", "game"); P_NewPlayerControl(CTL_FIREBOMB, CTLT_IMPULSE, "firebomb", "game"); P_NewPlayerControl(CTL_INVULNERABILITY, CTLT_IMPULSE, "invulnerability", "game"); P_NewPlayerControl(CTL_EGG, CTLT_IMPULSE, "egg", "game"); #endif #if __JHEXEN__ P_NewPlayerControl(CTL_FLY, CTLT_IMPULSE, "fly", "game"); P_NewPlayerControl(CTL_TORCH, CTLT_IMPULSE, "torch", "game"); P_NewPlayerControl(CTL_HEALTH, CTLT_IMPULSE, "health", "game"); P_NewPlayerControl(CTL_MYSTIC_URN, CTLT_IMPULSE, "mysticurn", "game"); P_NewPlayerControl(CTL_KRATER, CTLT_IMPULSE, "krater", "game"); P_NewPlayerControl(CTL_SPEED_BOOTS, CTLT_IMPULSE, "speedboots", "game"); P_NewPlayerControl(CTL_BLAST_RADIUS, CTLT_IMPULSE, "blast", "game"); P_NewPlayerControl(CTL_TELEPORT, CTLT_IMPULSE, "teleport", "game"); P_NewPlayerControl(CTL_TELEPORT_OTHER, CTLT_IMPULSE, "teleportother", "game"); P_NewPlayerControl(CTL_POISONBAG, CTLT_IMPULSE, "poisonbag", "game"); P_NewPlayerControl(CTL_FIREBOMB, CTLT_IMPULSE, "firebomb", "game"); P_NewPlayerControl(CTL_INVULNERABILITY, CTLT_IMPULSE, "invulnerability", "game"); P_NewPlayerControl(CTL_DARK_SERVANT, CTLT_IMPULSE, "darkservant", "game"); P_NewPlayerControl(CTL_EGG, CTLT_IMPULSE, "egg", "game"); #endif P_NewPlayerControl(CTL_LOG_REFRESH, CTLT_IMPULSE, "msgrefresh", "game"); P_NewPlayerControl(CTL_MAP, CTLT_IMPULSE, "automap", "game"); P_NewPlayerControl(CTL_MAP_PAN_X, CTLT_NUMERIC, "mappanx", "map-freepan"); P_NewPlayerControl(CTL_MAP_PAN_Y, CTLT_NUMERIC, "mappany", "map-freepan"); P_NewPlayerControl(CTL_MAP_ZOOM, CTLT_NUMERIC, "mapzoom", "map"); P_NewPlayerControl(CTL_MAP_ZOOM_MAX, CTLT_IMPULSE, "zoommax", "map"); P_NewPlayerControl(CTL_MAP_FOLLOW, CTLT_IMPULSE, "follow", "map"); P_NewPlayerControl(CTL_MAP_ROTATE, CTLT_IMPULSE, "rotate", "map"); P_NewPlayerControl(CTL_MAP_MARK_ADD, CTLT_IMPULSE, "addmark", "map"); P_NewPlayerControl(CTL_MAP_MARK_CLEAR_ALL, CTLT_IMPULSE, "clearmarks", "map"); P_NewPlayerControl(CTL_HUD_SHOW, CTLT_IMPULSE, "showhud", "game"); P_NewPlayerControl(CTL_SCORE_SHOW, CTLT_IMPULSE, "showscore", "game"); } D_CMD(DefaultGameBinds) { /// @todo: When the actual bindings setup UI is done, these default bindings /// should be generated by the engine based on some higher level metadata, /// described in a text file. // Traditional key bindings plus WASD and mouse look, and reasonable joystick defaults. const char* binds[] = { // Basic movement: "bindcontrol attack key-ctrl", "bindcontrol speed key-shift", "bindevent key-capslock-down {toggle ctl-run}", "bindcontrol strafe key-alt", "bindcontrol walk key-up", "bindcontrol walk key-w", "bindcontrol walk key-down-inverse", "bindcontrol walk key-s-inverse", "bindcontrol sidestep key-period", "bindcontrol sidestep key-d", "bindcontrol sidestep key-right+modifier-1-down", "bindcontrol sidestep key-comma-inverse", "bindcontrol sidestep key-a-inverse", "bindcontrol sidestep key-left-inverse+modifier-1-down", "bindcontrol zfly key-pgup-staged", "bindcontrol zfly key-e-staged", "bindcontrol zfly key-ins-staged-inverse", "bindcontrol zfly key-q-staged-inverse", "bindevent key-home-down {impulse falldown}", "bindevent key-f-down {impulse falldown}", "bindcontrol turn key-left-staged-inverse+modifier-1-up", "bindcontrol turn key-right-staged+modifier-1-up", "bindcontrol look key-delete-staged-inverse", "bindcontrol look key-pgdown-staged", "bindevent key-end-down {impulse lookcenter}", "bindevent key-slash {impulse jump}", "bindevent key-backslash {impulse jump}", "bindevent key-space-down {impulse use}", "bindevent sym-control-doubleclick-positive-walk {impulse use %p}", // Weapon keys: "bindevent key-1 {impulse weapon1}", "bindevent key-2 {impulse weapon2}", "bindevent key-3 {impulse weapon3}", "bindevent key-4 {impulse weapon4}", #ifndef __JHEXEN__ "bindevent key-5 {impulse weapon5}", "bindevent key-6 {impulse weapon6}", "bindevent key-7 {impulse weapon7}", "bindevent key-8 {impulse weapon8}", "bindevent key-9 {impulse weapon9}", #endif #ifdef __JDOOM64__ "bindevent key-0 {impulse weapon10}", #endif #ifdef __JHERETIC__ "bindevent key-backspace {impulse tome}", #endif #ifdef __JHEXEN__ "bindevent key-backspace {impulse panic}", "bindevent key-b {impulse panic}", "bindevent key-v {impulse health}", "bindevent key-9 {impulse blast}", "bindevent key-8 {impulse teleport}", "bindevent key-7 {impulse teleportother}", "bindevent key-5 {impulse invulnerability}", "bindevent key-6 {impulse egg}", #endif #if __JHERETIC__ || __JHEXEN__ "bindevent key-sqbracketleft {impulse previtem}", "bindevent key-sqbracketleft-repeat {impulse previtem}", "bindevent key-z {impulse previtem}", "bindevent key-z-repeat {impulse previtem}", "bindevent key-sqbracketright {impulse nextitem}", "bindevent key-sqbracketright-repeat {impulse nextitem}", "bindevent key-c {impulse nextitem}", "bindevent key-c-repeat {impulse nextitem}", "bindevent key-return {impulse useitem}", "bindevent key-x {impulse useitem}", #endif // Player controls: mouse "bindcontrol turn mouse-x+modifier-1-up", "bindcontrol sidestep mouse-x+modifier-1-down", "bindcontrol look mouse-y", "bindcontrol attack mouse-left", "bindevent mouse-right-down {impulse use}", "bindevent mouse-wheelup {impulse nextweapon}", "bindevent mouse-wheeldown {impulse prevweapon}", // Player controls: joystick "bindcontrol turn joy-x+modifier-1-up", "bindcontrol sidestep joy-x+modifier-1-down", "bindcontrol walk joy-y-inverse", // Chat events: "bindevent key-t+multiplayer beginchat", "bindevent key-g+multiplayer {beginchat 0}", "bindevent key-y+multiplayer {beginchat 1}", "bindevent key-r+multiplayer {beginchat 2}", "bindevent key-b+multiplayer {beginchat 3}", "bindevent chat:key-return chatcomplete", "bindevent chat:key-escape chatcancel", "bindevent chat:key-f1 {chatsendmacro 0}", "bindevent chat:key-f2 {chatsendmacro 1}", "bindevent chat:key-f3 {chatsendmacro 2}", "bindevent chat:key-f4 {chatsendmacro 3}", "bindevent chat:key-f5 {chatsendmacro 4}", "bindevent chat:key-f6 {chatsendmacro 5}", "bindevent chat:key-f7 {chatsendmacro 6}", "bindevent chat:key-f8 {chatsendmacro 7}", "bindevent chat:key-f9 {chatsendmacro 8}", "bindevent chat:key-f10 {chatsendmacro 9}", "bindevent chat:key-backspace chatdelete", // Map events: "bindevent key-tab {impulse automap}", "bindevent map:key-f {impulse follow}", "bindevent map:key-r {impulse rotate}", "bindcontrol mapzoom key-equals", "bindcontrol mapzoom key-minus-inverse", "bindevent map:key-0 {impulse zoommax}", "bindevent map:key-m {impulse addmark}", "bindevent map:key-c {impulse clearmarks}", "bindcontrol mappany key-up", "bindcontrol mappany key-w", "bindcontrol mappany key-down-inverse", "bindcontrol mappany key-s-inverse", "bindcontrol mappanx key-right", "bindcontrol mappanx key-d", "bindcontrol mappanx key-left-inverse", "bindcontrol mappanx key-a-inverse", // UI events: "bindevent shortcut:key-esc menu", #if !__JDOOM64__ "bindevent shortcut:key-f1 helpscreen", #endif "bindevent shortcut:key-f2 savegame", "bindevent shortcut:key-f3 loadgame", "bindevent shortcut:key-f4 {menu soundoptions}", "bindevent shortcut:key-f6 quicksave", "bindevent shortcut:key-f7 endgame", "bindevent shortcut:key-f8 {toggle msg-show}", "bindevent shortcut:key-f9 quickload", "bindevent shortcut:key-f10 quit", //"bindevent shortcut:key-f11 togglegamma", "bindevent shortcut:key-print screenshot", "bindevent shortcut:key-f12 screenshot", "bindevent key-pause pause", "bindevent key-p pause", "bindevent key-h {impulse showhud}", "bindevent key-backslash-down {impulse showscore}", "bindevent key-backslash-repeat {impulse showscore}", "bindevent key-minus-down {sub view-size 1}", "bindevent key-minus-repeat {sub view-size 1}", "bindevent key-equals-down {add view-size 1}", "bindevent key-equals-repeat {add view-size 1}", // Player message log: #if !defined(__JHEXEN__) && !defined(__JHERETIC__) "bindevent key-return {impulse msgrefresh}", #endif // Menu events: "bindevent menu:key-backspace menuback", "bindevent menu:key-backspace-repeat menuback", "bindevent menu:mouse-right menuback", "bindevent menu:mouse-right-repeat menuback", "bindevent menu:key-up menuup", "bindevent menu:key-up-repeat menuup", "bindevent menu:key-w menuup", "bindevent menu:key-w-repeat menuup", "bindevent menu:key-down menudown", "bindevent menu:key-down-repeat menudown", "bindevent menu:key-s menudown", "bindevent menu:key-s-repeat menudown", "bindevent menu:key-left menuleft", "bindevent menu:key-left-repeat menuleft", "bindevent menu:key-a menuleft", "bindevent menu:key-a-repeat menuleft", "bindevent menu:key-right menuright", "bindevent menu:key-right-repeat menuright", "bindevent menu:key-d menuright", "bindevent menu:key-d-repeat menuright", "bindevent menu:key-return menuselect", "bindevent menu:mouse-left-down menuselect", "bindevent menu:key-delete menudelete", "bindevent menu:key-pgup menupageup", "bindevent menu:key-pgup-repeat menupageup", "bindevent menu:key-pgdown menupagedown", "bindevent menu:key-pgdown-repeat menupagedown", // On-screen messages: "bindevent message:key-y messageyes", "bindevent message:mouse-left messageyes", "bindevent message:key-n messageno", "bindevent message:mouse-right messageno", "bindevent message:key-escape messagecancel", NULL }; int i; for(i = 0; binds[i]; ++i) { DD_Execute(false, binds[i]); } return true; } /** * Registers the additional bind classes the game requires * * (Doomsday manages the bind class stack which forms the dynamic event * responder chain). */ void G_RegisterBindClasses(void) { /// @todo Move the game's binding class creation here. } /** * Retrieve the look offset for the given player. */ float G_GetLookOffset(int pnum) { return controlStates[pnum].lookOffset; } /* * Offset is in 'angles', where 110 corresponds 85 degrees. * The delta has higher precision with small offsets. */ #if 0 char G_MakeLookDelta(float offset) { dd_bool minus = offset < 0; offset = sqrt(fabs(offset)) * DELTAMUL; if(minus) offset = -offset; // It's only a char... if(offset > 127) offset = 127; if(offset < -128) offset = -128; return (signed char) offset; } /** * Turn client angle. */ static void G_AdjustAngle(player_t *player, int turn, float elapsed) { if(!player->plr->mo || player->playerState == PST_DEAD || player->viewLock) return; // Sorry, can't help you, pal. /* $unifiedangles */ player->plr->mo->angle += FLT2FIX(cfg.turnSpeed * elapsed * 35.f * turn); } static void G_AdjustLookDir(player_t *player, int look, float elapsed) { ddplayer_t *ddplr = player->plr; if(look) { if(look == TOCENTER) { player->centering = true; } else { ddplr->lookDir += cfg.lookSpeed * look * elapsed * 35; /* $unifiedangles */ } } if(player->centering) { float step = 8 * elapsed * 35; /* $unifiedangles */ if(ddplr->lookDir > step) { ddplr->lookDir -= step; } else if(ddplr->lookDir < -step) { ddplr->lookDir += step; } else { ddplr->lookDir = 0; player->centering = false; } } } #endif /** * Updates the viewers' look offset. */ void P_PlayerThinkHeadTurning(int pnum, timespan_t ticLength) { pcontrolstate_t *state = &controlStates[pnum]; float pos; DENG_UNUSED(ticLength); // Returned pos is in range -1...+1. P_GetControlState(pnum, CTL_HEAD_YAW, &pos, NULL); state->lookOffset = pos * .5f; #if 0 // Old logic. if(povangle != -1) { cstate->targetLookOffset = povangle / 8.0f; if(cstate->targetLookOffset == .5f) { if(cstate->lookOffset < 0) cstate->targetLookOffset = -.5f; } else if(cstate->targetLookOffset > .5) cstate->targetLookOffset -= 1; } else cstate->targetLookOffset = 0; if(cstate->targetLookOffset != cstate->lookOffset && cfg.povLookAround) { float diff = (cstate->targetLookOffset - cstate->lookOffset) / 2; // Clamp it. if(diff > .075f) diff = .075f; if(diff < -.075f) diff = -.075f; cstate->lookOffset += diff; } #endif } #if 0 /** * Builds a ticcmd from all of the available inputs. */ void G_BuildTiccmd(ticcmd_t *cmd, float elapsedTime) { player_t *cplr = &players[CONSOLEPLAYER]; memset(cmd, 0, sizeof(*cmd)); // During demo playback, all cmds will be blank. if(Get(DD_PLAYBACK)) return; G_UpdateCmdControls(cmd, CONSOLEPLAYER, elapsedTime); G_SetCmdViewAngles(cmd, cplr); // special buttons if(sendpause) { sendpause = false; // Clients can't pause anything. if(!IS_CLIENT) cmd->pause = true; } if(IS_CLIENT) { // Clients mirror their local commands.#endif memcpy(&players[CONSOLEPLAYER].cmd, cmd, sizeof(*cmd)); } } /* * Combine the source ticcmd with the destination ticcmd. This is * done when there are multiple ticcmds to execute on a single game * tick. */ void G_MergeTiccmd(ticcmd_t *dest, ticcmd_t *src) { dest->forwardMove = src->forwardMove; dest->sideMove = src->sideMove; dest->angle = src->angle; dest->pitch = src->pitch; dest->fly = src->fly; if(src->arti) dest->arti = src->arti; if(src->changeWeapon) dest->changeWeapon = src->changeWeapon; dest->attack |= src->attack; dest->use |= src->use; dest->jump |= src->jump; dest->pause |= src->pause; } /** * Response to in-game control actions (movement, inventory etc). * Updates the ticcmd with the current control states. */ static void G_UpdateCmdControls(ticcmd_t *cmd, int pnum, float elapsedTime) { float elapsedTics = elapsedTime * 35; dd_bool pausestate = Pause_IsPaused(); int i; dd_bool strafe = 0; dd_bool bstrafe = 0; int speed = 0; int turnSpeed = 0, fwdMoveSpeed = 0, sideMoveSpeed = 0; int forward = 0; int side = 0; int turn = 0; int joyturn = 0, joystrafe = 0, joyfwd = 0, joylook = 0; int *axes[5] = { 0, &joyfwd, &joyturn, &joystrafe, &joylook }; int look = 0, lspeed = 0; int flyheight = 0; pcontrolstate_t *cstate = &controlStates[pnum]; player_t *plr = &players[pnum]; classinfo_t *pClassInfo = PCLASS_INFO(plr->class_); // Check the joystick axes. for(i = 0; i < 8; i++) if(axes[cfg.joyaxis[i]]) *axes[cfg.joyaxis[i]] += joymove[i]; strafe = PLAYER_ACTION(pnum, A_STRAFE); speed = PLAYER_ACTION(pnum, A_SPEED); // Walk -> run, run -> walk. if(cfg.alwaysRun) speed = !speed; // Use two stage accelerative turning on the keyboard and joystick. if(joyturn < -0 || joyturn > 0 || PLAYER_ACTION(pnum, A_TURNRIGHT) || PLAYER_ACTION(pnum, A_TURNLEFT)) cstate->turnheld += elapsedTics; else cstate->turnheld = 0; // Determine the appropriate look speed based on how long the key // has been held down. if(PLAYER_ACTION(pnum, A_LOOKDOWN) || PLAYER_ACTION(pnum, A_LOOKUP)) cstate->lookheld += elapsedTics; else cstate->lookheld = 0; if(cstate->lookheld < SLOWTURNTICS) lspeed = 1; else lspeed = 2; // Return the max speed for the player's class. //// @todo the Turbo movement multiplier should happen server-side! sideMoveSpeed = pClassInfo->sidemove[speed] * turboMul; fwdMoveSpeed = pClassInfo->forwardmove[speed] * turboMul; turnSpeed = pClassInfo->turnSpeed[(cstate->turnheld < SLOWTURNTICS ? 2 : speed)]; // let movement keys cancel each other out if(strafe) { if(PLAYER_ACTION(pnum, A_TURNRIGHT)) side += sideMoveSpeed; if(PLAYER_ACTION(pnum, A_TURNLEFT)) side -= sideMoveSpeed; // Swap strafing and turning. i = joystrafe; joystrafe = joyturn; joyturn = i; } else { if(PLAYER_ACTION(pnum, A_TURNRIGHT)) turn -= turnSpeed; if(PLAYER_ACTION(pnum, A_TURNLEFT)) turn += turnSpeed; } // Joystick turn. if(joyturn > 0) turn -= turnSpeed * JOY(joyturn); if(joyturn < -0) turn += turnSpeed * JOY(-joyturn); // Joystick strafe. if(joystrafe < -0) side -= sideMoveSpeed * JOY(-joystrafe); if(joystrafe > 0) side += sideMoveSpeed * JOY(joystrafe); if(joyfwd < -0) forward += fwdMoveSpeed * JOY(-joyfwd); if(joyfwd > 0) forward -= fwdMoveSpeed * JOY(joyfwd); if(PLAYER_ACTION(pnum, A_FORWARD)) forward += fwdMoveSpeed; if(PLAYER_ACTION(pnum, A_BACKWARD)) forward -= fwdMoveSpeed; if(PLAYER_ACTION(pnum, A_STRAFERIGHT)) side += sideMoveSpeed; if(PLAYER_ACTION(pnum, A_STRAFELEFT)) side -= sideMoveSpeed; // Look up/down/center keys if(!cfg.lookSpring || (cfg.lookSpring && !forward)) { if(PLAYER_ACTION(pnum, A_LOOKUP)) { look = lspeed; } if(PLAYER_ACTION(pnum, A_LOOKDOWN)) { look = -lspeed; } if(PLAYER_ACTION(pnum, A_LOOKCENTER)) { look = TOCENTER; } } // Fly up/down/drop keys if(PLAYER_ACTION(pnum, A_FLYUP)) // note that the actual flyheight will be twice this flyheight = 5; if(PLAYER_ACTION(pnum, A_FLYDOWN)) flyheight = -5; if(PLAYER_ACTION(pnum, A_FLYCENTER)) { flyheight = TOCENTER; #if __JHERETIC__ if(!cfg.useMLook) // only in jHeretic look = TOCENTER; #else look = TOCENTER; #endif } #if __JHERETIC__ || __JHEXEN__ || __JSTRIFE__ // Use artifact key if(PLAYER_ACTION(pnum, A_USEARTIFACT)) { if(Hu_InventoryIsOpen()) { plr->readyItem = plr->inventory[plr->invPtr].type; Hu_InventoryOpen(plr - players, false); // close the inventory if(cfg.chooseAndUse) cmd->arti = plr->inventory[plr->invPtr].type; else cmd->arti = 0; usearti = false; } else if(usearti) { cmd->arti = plr->inventory[plr->invPtr].type; usearti = false; } } #endif // // Artifact hot keys // #if __JHERETIC__ // Check Tome of Power and other artifact hotkeys. if(PLAYER_ACTION(pnum, A_TOMEOFPOWER) && !cmd->arti && !plr->powers[PT_WEAPONLEVEL2]) { PLAYER_ACTION(pnum, A_TOMEOFPOWER) = false; cmd->arti = IIT_TOMBOFPOWER; } for(i = 0; ArtifactHotkeys[i].artifact != IIT_NONE && !cmd->arti; i++) { if(PLAYER_ACTION(pnum, ArtifactHotkeys[i].action)) { PLAYER_ACTION(pnum, ArtifactHotkeys[i].action) = false; cmd->arti = ArtifactHotkeys[i].artifact; break; } } #endif #if __JHEXEN__ if(PLAYER_ACTION(pnum, A_PANIC) && !cmd->arti) { PLAYER_ACTION(pnum, A_PANIC) = false; // Use one of each artifact cmd->arti = NUM_INVENTORYITEM_TYPES; } else if(plr->plr->mo && PLAYER_ACTION(pnum, A_HEALTH) && !cmd->arti && (plr->plr->mo->health < maxHealth)) { PLAYER_ACTION(pnum, A_HEALTH) = false; cmd->arti = IIT_HEALTH; } else if(PLAYER_ACTION(pnum, A_POISONBAG) && !cmd->arti) { PLAYER_ACTION(pnum, A_POISONBAG) = false; cmd->arti = IIT_POISONBAG; } else if(PLAYER_ACTION(pnum, A_BLASTRADIUS) && !cmd->arti) { PLAYER_ACTION(pnum, A_BLASTRADIUS) = false; cmd->arti = IIT_BLASTRADIUS; } else if(PLAYER_ACTION(pnum, A_TELEPORT) && !cmd->arti) { PLAYER_ACTION(pnum, A_TELEPORT) = false; cmd->arti = IIT_TELEPORT; } else if(PLAYER_ACTION(pnum, A_TELEPORTOTHER) && !cmd->arti) { PLAYER_ACTION(pnum, A_TELEPORTOTHER) = false; cmd->arti = IIT_TELEPORTOTHER; } else if(PLAYER_ACTION(pnum, A_EGG) && !cmd->arti) { PLAYER_ACTION(pnum, A_EGG) = false; cmd->arti = IIT_EGG; } else if(PLAYER_ACTION(pnum, A_INVULNERABILITY) && !cmd->arti && !plr->powers[PT_INVULNERABILITY]) { PLAYER_ACTION(pnum, A_INVULNERABILITY) = false; cmd->arti = IIT_INVULNERABILITY; } else if(PLAYER_ACTION(pnum, A_MYSTICURN) && !cmd->arti) { PLAYER_ACTION(pnum, A_MYSTICURN) = false; cmd->arti = IIT_SUPERHEALTH; } else if(PLAYER_ACTION(pnum, A_TORCH) && !cmd->arti) { PLAYER_ACTION(pnum, A_TORCH) = false; cmd->arti = IIT_TORCH; } else if(PLAYER_ACTION(pnum, A_KRATER) && !cmd->arti) { PLAYER_ACTION(pnum, A_KRATER) = false; cmd->arti = IIT_BOOSTMANA; } else if(PLAYER_ACTION(pnum, A_SPEEDBOOTS) & !cmd->arti) { PLAYER_ACTION(pnum, A_SPEEDBOOTS) = false; cmd->arti = IIT_SPEED; } else if(PLAYER_ACTION(pnum, A_DARKSERVANT) && !cmd->arti) { PLAYER_ACTION(pnum, A_DARKSERVANT) = false; cmd->arti = IIT_SUMMON; } #endif // Buttons if(PLAYER_ACTION(pnum, A_FIRE)) cmd->attack = true; if(PLAYER_ACTION(pnum, A_USE)) { cmd->use = true; // clear double clicks if hit use button cstate->dclicks = 0; } if(PLAYER_ACTION(pnum, A_JUMP)) cmd->jump = true; #if __JDOOM__ || __JDOOM64__ // Determine whether a weapon change should be done. if(PLAYER_ACTION(pnum, A_WEAPONCYCLE1)) // Fist/chainsaw. { if(ISWPN(WT_FIRST) && GOTWPN(WT_EIGHTH)) i = WT_EIGHTH; else if(ISWPN(WT_EIGHTH)) i = WT_FIRST; else if(GOTWPN(WT_EIGHTH)) i = WT_EIGHTH; else i = WT_FIRST; cmd->changeWeapon = i + 1; } else if(PLAYER_ACTION(pnum, A_WEAPONCYCLE2)) // Shotgun/super sg. { if(ISWPN(WT_THIRD) && GOTWPN(WT_NINETH) && gameMode == commercial) i = WT_NINETH; else if(ISWPN(WT_NINETH)) i = WT_THIRD; else if(GOTWPN(WT_NINETH) && gameMode == commercial) i = WT_NINETH; else i = WT_THIRD; cmd->changeWeapon = i + 1; } else #elif __JHERETIC__ // Determine whether a weapon change should be done. if(PLAYER_ACTION(pnum, A_WEAPONCYCLE1)) // Staff/Gauntlets. { if(ISWPN(WT_FIRST) && GOTWPN(WT_EIGHTH)) i = WT_EIGHTH; else if(ISWPN(WT_EIGHTH)) i = WT_FIRST; else if(GOTWPN(WT_EIGHTH)) i = WT_EIGHTH; else i = WT_FIRST; cmd->changeWeapon = i + 1; } else #endif { // Take the first weapon action. for(i = 0; i < NUM_WEAPON_TYPES; i++) if(PLAYER_ACTION(pnum, A_WEAPON1 + i)) { cmd->changeWeapon = i + 1; break; } } if(PLAYER_ACTION(pnum, A_NEXTWEAPON) || PLAYER_ACTION(pnum, A_PREVIOUSWEAPON)) { cmd->changeWeapon = (PLAYER_ACTION(pnum, A_NEXTWEAPON) ? TICCMD_NEXT_WEAPON : TICCMD_PREV_WEAPON); } // forward double click if(PLAYER_ACTION(pnum, A_FORWARD) != cstate->dclickstate && cstate->dclicktime > 1 && cfg.dclickUse) { cstate->dclickstate = PLAYER_ACTION(pnum, A_FORWARD); if(cstate->dclickstate) cstate->dclicks++; if(cstate->dclicks == 2) { cmd->use = true; cstate->dclicks = 0; } else cstate->dclicktime = 0; } else { cstate->dclicktime++; if(cstate->dclicktime > 20) { cstate->dclicks = 0; cstate->dclickstate = 0; } } // strafe double click bstrafe = strafe; if(bstrafe != cstate->dclickstate2 && cstate->dclicktime2 > 1 && cfg.dclickUse) { cstate->dclickstate2 = bstrafe; if(cstate->dclickstate2) cstate->dclicks2++; if(cstate->dclicks2 == 2) { cmd->use = true; cstate->dclicks2 = 0; } else cstate->dclicktime2 = 0; } else { cstate->dclicktime2++; if(cstate->dclicktime2 > 20) { cstate->dclicks2 = 0; cstate->dclickstate2 = 0; } } // Mouse strafe and turn (X axis). if(strafe) side += mousex * 2; else if(mousex) { // Mouse angle changes are immediate. if(!pausestate && plr->plr->mo && plr->playerState != PST_DEAD) { plr->plr->mo->angle += FLT2FIX(mousex * -8); //G_AdjustAngle(plr, mousex * -8, 1); } } if(!pausestate) { // Speed based turning. G_AdjustAngle(plr, turn, elapsedTime); if(strafe || (!cfg.useMLook && !PLAYER_ACTION(pnum, A_MLOOK)) || plr->playerState == PST_DEAD) { forward += 8 * mousey * elapsedTics; } else { float adj = (FLT2FIX(mousey * 8) / (float) ANGLE_180) * 180 * 110.0 / 85.0; if(cfg.mlookInverseY) adj = -adj; plr->plr->lookDir += adj; /* $unifiedangles */ } if(cfg.useJLook) { if(cfg.jLookDeltaMode) /* $unifiedangles */ plr->plr->lookDir += joylook / 20.0f * cfg.lookSpeed * (cfg.jlookInverseY ? -1 : 1) * elapsedTics; else plr->plr->lookDir = joylook * 1.1f * (cfg.jlookInverseY ? -1 : 1); } } G_ResetMousePos(); #define MAXPLMOVE pClassInfo->maxmove if(forward > MAXPLMOVE) forward = MAXPLMOVE; else if(forward < -MAXPLMOVE) forward = -MAXPLMOVE; if(side > MAXPLMOVE) side = MAXPLMOVE; else if(side < -MAXPLMOVE) side = -MAXPLMOVE; #if __JHEXEN__ if(plr->powers[PT_SPEED] && !plr->morphTics) { // Adjust for a player with a speed artifact forward = (3 * forward) >> 1; side = (3 * side) >> 1; } #endif if(cfg.playerMoveSpeed > 1) cfg.playerMoveSpeed = 1; cmd->forwardMove += forward * cfg.playerMoveSpeed; cmd->sideMove += side * cfg.playerMoveSpeed;; if(cfg.lookSpring && !PLAYER_ACTION(pnum, A_MLOOK) && (cmd->forwardMove > MAXPLMOVE / 3 || cmd->forwardMove < -MAXPLMOVE / 3 || cmd->sideMove > MAXPLMOVE / 3 || cmd->sideMove < -MAXPLMOVE / 3 || cstate->mlookPressed)) { // Center view when mlook released w/lookspring, or when moving. look = TOCENTER; } if(plr->playerState == PST_LIVE && !pausestate) G_AdjustLookDir(plr, look, elapsedTime); cmd->fly = flyheight; // Store the current mlook key state. cstate->mlookPressed = PLAYER_ACTION(pnum, A_MLOOK); } #endif /** * Clear all controls for the given player. * * @param player Player number of whose controls to reset. If * negative; clear ALL player's controls. */ void G_ControlReset(int player) { DD_Execute(true, "resetctlaccum"); } /** * Resets the look offsets. * Called e.g. when starting a new map. */ void G_ResetLookOffset(int pnum) { pcontrolstate_t *cstate = &controlStates[pnum]; cstate->lookOffset = 0; cstate->targetLookOffset = 0; cstate->lookheld = 0; } doomsday-1.14.5/doomsday/plugins/common/src/p_ceiling.cpp0000664000175000017500000004264312350542240022727 0ustar jaakkojaakko/** @file p_ceiling.cpp Moving ceilings (lowering, crushing, raising). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2006 Martin Eyre * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_ceiling.h" #include "dmu_lib.h" #include "p_mapspec.h" #include "p_sound.h" #include "p_start.h" #include "p_tick.h" // Sounds played by the ceilings when changing state or moving. // jHexen uses sound sequences, so it's are defined as 'SFX_NONE'. #if __JDOOM__ # define SFX_CEILINGMOVE (SFX_STNMOV) # define SFX_CEILINGSTOP (SFX_PSTOP) #elif __JDOOM64__ # define SFX_CEILINGMOVE (SFX_STNMOV) # define SFX_CEILINGSTOP (SFX_PSTOP) #elif __JHERETIC__ # define SFX_CEILINGMOVE (SFX_DORMOV) # define SFX_CEILINGSTOP (SFX_NONE) #elif __JHEXEN__ # define SFX_CEILINGMOVE (SFX_NONE) # define SFX_CEILINGSTOP (SFX_NONE) #endif /** * Called when a moving ceiling needs to be removed. * * @param ceiling Ptr to the ceiling to be stopped. */ static void stopCeiling(ceiling_t *ceiling) { P_ToXSector(ceiling->sector)->specialData = 0; #if __JHEXEN__ Game_ACScriptInterpreter().tagFinished(P_ToXSector(ceiling->sector)->tag); #endif Thinker_Remove(&ceiling->thinker); } void T_MoveCeiling(void *ceilingThinkerPtr) { ceiling_t *ceiling = (ceiling_t *)ceilingThinkerPtr; result_e res; switch(ceiling->state) { case CS_UP: // Going up. res = T_MovePlane(ceiling->sector, ceiling->speed, ceiling->topHeight, false, 1, 1); // Play a "while-moving" sound? #if !__JHEXEN__ if(!(mapTime & 7)) { # if __JHERETIC__ S_PlaneSound((Plane *)P_GetPtrp(ceiling->sector, DMU_CEILING_PLANE), SFX_CEILINGMOVE); # else switch(ceiling->type) { case CT_SILENTCRUSHANDRAISE: break; default: S_PlaneSound((Plane *)P_GetPtrp(ceiling->sector, DMU_CEILING_PLANE), SFX_CEILINGMOVE); break; } # endif } #endif if(res == pastdest) { #if __JHEXEN__ SN_StopSequence((mobj_t *)P_GetPtrp(ceiling->sector, DMU_EMITTER)); #endif switch(ceiling->type) { #if !__JHEXEN__ case CT_RAISETOHIGHEST: # if __JDOOM64__ case CT_CUSTOM: //jd64 # endif stopCeiling(ceiling); break; # if !__JHERETIC__ case CT_SILENTCRUSHANDRAISE: S_PlaneSound((Plane *)P_GetPtrp(ceiling->sector, DMU_CEILING_PLANE), SFX_CEILINGSTOP); # endif case CT_CRUSHANDRAISEFAST: #endif case CT_CRUSHANDRAISE: ceiling->state = CS_DOWN; #if __JHEXEN__ ceiling->speed *= 2; #endif break; default: #if __JHEXEN__ stopCeiling(ceiling); #endif break; } } break; case CS_DOWN: // Going down. res = T_MovePlane(ceiling->sector, ceiling->speed, ceiling->bottomHeight, ceiling->crush, 1, -1); // Play a "while-moving" sound? #if !__JHEXEN__ if(!(mapTime & 7)) { # if __JHERETIC__ S_PlaneSound((Plane *)P_GetPtrp(ceiling->sector, DMU_CEILING_PLANE), SFX_CEILINGMOVE); # else switch(ceiling->type) { case CT_SILENTCRUSHANDRAISE: break; default: S_PlaneSound((Plane *)P_GetPtrp(ceiling->sector, DMU_CEILING_PLANE), SFX_CEILINGMOVE); } # endif } #endif if(res == pastdest) { #if __JHEXEN__ SN_StopSequence((mobj_t *)P_GetPtrp(ceiling->sector, DMU_EMITTER)); #endif switch(ceiling->type) { #if __JDOOM__ || __JDOOM64__ case CT_SILENTCRUSHANDRAISE: S_PlaneSound((Plane *)P_GetPtrp(ceiling->sector, DMU_CEILING_PLANE), SFX_CEILINGSTOP); ceiling->speed = CEILSPEED; ceiling->state = CS_UP; break; #endif case CT_CRUSHANDRAISE: #if __JHEXEN__ case CT_CRUSHRAISEANDSTAY: #endif #if __JHEXEN__ ceiling->speed = ceiling->speed * .5; #else ceiling->speed = CEILSPEED; #endif ceiling->state = CS_UP; break; #if !__JHEXEN__ case CT_CRUSHANDRAISEFAST: ceiling->state = CS_UP; break; case CT_LOWERANDCRUSH: case CT_LOWERTOFLOOR: # if __JDOOM64__ case CT_CUSTOM: //jd64 # endif stopCeiling(ceiling); break; #endif default: #if __JHEXEN__ stopCeiling(ceiling); #endif break; } } else // ( res != pastdest ) { if(res == crushed) { switch(ceiling->type) { #if __JDOOM__ || __JDOOM64__ case CT_SILENTCRUSHANDRAISE: #endif case CT_CRUSHANDRAISE: case CT_LOWERANDCRUSH: #if __JHEXEN__ case CT_CRUSHRAISEANDSTAY: #endif #if !__JHEXEN__ ceiling->speed = CEILSPEED * .125; #endif break; default: break; } } } break; } } void ceiling_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 2); // Write a version byte. Writer_WriteByte(writer, (byte) type); Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt16(writer, (int)bottomHeight); Writer_WriteInt16(writer, (int)topHeight); Writer_WriteInt32(writer, FLT2FIX(speed)); Writer_WriteByte(writer, crush); Writer_WriteByte(writer, (byte) state); Writer_WriteInt32(writer, tag); Writer_WriteByte(writer, (byte) oldState); } int ceiling_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); #if __JHEXEN__ if(mapVersion >= 4) #else if(mapVersion >= 5) #endif { // Note: the thinker class byte has already been read. int ver = Reader_ReadByte(reader); // version byte. thinker.function = T_MoveCeiling; #if !__JHEXEN__ // Should we put this into stasis? if(mapVersion == 5) { if(!Reader_ReadByte(reader)) Thinker_SetStasis(&thinker, true); } #endif type = (ceilingtype_e) Reader_ReadByte(reader); sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); bottomHeight = (float) Reader_ReadInt16(reader); topHeight = (float) Reader_ReadInt16(reader); speed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); crush = Reader_ReadByte(reader); if(ver == 2) state = ceilingstate_e(Reader_ReadByte(reader)); else state = ceilingstate_e(Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); tag = Reader_ReadInt32(reader); if(ver == 2) oldState = ceilingstate_e(Reader_ReadByte(reader)); else state = (Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); } else { // Its in the old format which serialized ceiling_t // Padding at the start (an old thinker_t struct) int32_t junk[4]; // sizeof thinker_t Reader_Read(reader, (byte *)junk, 16); // Start of used data members. #if __JHEXEN__ // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); type = ceilingtype_e(Reader_ReadInt32(reader)); #else type = ceilingtype_e(Reader_ReadInt32(reader)); // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); #endif bottomHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); topHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); speed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); crush = Reader_ReadInt32(reader); state = (Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); tag = Reader_ReadInt32(reader); oldState = (Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); thinker.function = T_MoveCeiling; #if !__JHEXEN__ if(junk[2] == 0) // thinker_t::function { Thinker_SetStasis(&thinker, true); } #endif } P_ToXSector(sector)->specialData = this; return true; // Add this thinker. } #if __JDOOM64__ static int EV_DoCeiling2(Line *line, int tag, float basespeed, ceilingtype_e type) #elif __JHEXEN__ static int EV_DoCeiling2(byte *arg, int tag, float basespeed, ceilingtype_e type) #else static int EV_DoCeiling2(int tag, float basespeed, ceilingtype_e type) #endif { iterlist_t *list = P_GetSectorIterListForTag(tag, false); if(!list) return 0; int rtn = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec = 0; while((sec = (Sector *)IterList_MoveIterator(list))) { xsector_t *xsec = P_ToXSector(sec); if(xsec->specialData) continue; // new door thinker rtn = 1; ceiling_t *ceiling = (ceiling_t *)Z_Calloc(sizeof(*ceiling), PU_MAP, 0); ceiling->thinker.function = T_MoveCeiling; Thinker_Add(&ceiling->thinker); xsec->specialData = ceiling; ceiling->sector = sec; ceiling->crush = false; ceiling->speed = basespeed; switch(type) { #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ case CT_CRUSHANDRAISEFAST: ceiling->crush = true; ceiling->topHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); ceiling->bottomHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + 8; ceiling->state = CS_DOWN; ceiling->speed *= 2; break; #endif #if __JHEXEN__ case CT_CRUSHRAISEANDSTAY: ceiling->crush = (int) arg[2]; // arg[2] = crushing value ceiling->topHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); ceiling->bottomHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + 8; ceiling->state = CS_DOWN; break; #endif #if __JDOOM__ || __JDOOM64__ case CT_SILENTCRUSHANDRAISE: #endif case CT_CRUSHANDRAISE: #if !__JHEXEN__ ceiling->crush = true; #endif ceiling->topHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); case CT_LOWERANDCRUSH: #if __JHEXEN__ ceiling->crush = (int) arg[2]; // arg[2] = crushing value #endif case CT_LOWERTOFLOOR: ceiling->bottomHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); if(type != CT_LOWERTOFLOOR) ceiling->bottomHeight += 8; ceiling->state = CS_DOWN; #if __JDOOM64__ ceiling->speed *= 8; // jd64 #endif break; case CT_RAISETOHIGHEST: P_FindSectorSurroundingHighestCeiling(sec, 0, &ceiling->topHeight); #if __JDOOM64__ ceiling->topHeight -= 8; // jd64 #endif ceiling->state = CS_UP; break; #if __JDOOM64__ case CT_CUSTOM: // jd64 { //bitmip? wha? Side *front = (Side *)P_GetPtrp(line, DMU_FRONT); Side *back = (Side *)P_GetPtrp(line, DMU_BACK); coord_t bitmipL = 0, bitmipR = 0; bitmipL = P_GetDoublep(front, DMU_MIDDLE_MATERIAL_OFFSET_X); if(back) bitmipR = P_GetDoublep(back, DMU_MIDDLE_MATERIAL_OFFSET_X); if(bitmipR > 0) { P_FindSectorSurroundingHighestCeiling(sec, 0, &ceiling->topHeight); ceiling->state = CS_UP; ceiling->speed *= bitmipL; ceiling->topHeight -= bitmipR; } else { ceiling->bottomHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); ceiling->bottomHeight -= bitmipR; ceiling->state = CS_DOWN; ceiling->speed *= bitmipL; } } #endif #if __JHEXEN__ case CT_LOWERBYVALUE: ceiling->bottomHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT) - (coord_t) arg[2]; ceiling->state = CS_DOWN; break; case CT_RAISEBYVALUE: ceiling->topHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT) + (coord_t) arg[2]; ceiling->state = CS_UP; break; case CT_MOVETOVALUEMUL8: { coord_t destHeight = (coord_t) arg[2] * 8; if(arg[3]) // Going down? destHeight = -destHeight; if(P_GetDoublep(sec, DMU_CEILING_HEIGHT) <= destHeight) { ceiling->state = CS_UP; ceiling->topHeight = destHeight; if(FEQUAL(P_GetDoublep(sec, DMU_CEILING_HEIGHT), destHeight)) rtn = 0; } else if(P_GetDoublep(sec, DMU_CEILING_HEIGHT) > destHeight) { ceiling->state = CS_DOWN; ceiling->bottomHeight = destHeight; } break; } #endif default: #if __JHEXEN__ rtn = 0; #endif break; } ceiling->tag = xsec->tag; ceiling->type = type; #if __JHEXEN__ if(rtn) { SN_StartSequence((mobj_t *)P_GetPtrp(ceiling->sector, DMU_EMITTER), SEQ_PLATFORM + P_ToXSector(ceiling->sector)->seqType); } #endif } return rtn; } #if __JHEXEN__ int EV_DoCeiling(Line * /*line*/, byte *args, ceilingtype_e type) #else int EV_DoCeiling(Line *line, ceilingtype_e type) #endif { #if __JHEXEN__ return EV_DoCeiling2(args, (int) args[0], (float) args[1] * (1.0 / 8), type); #else int rtn = 0; // Reactivate in-stasis ceilings...for certain types. switch(type) { case CT_CRUSHANDRAISEFAST: # if __JDOOM__ || __JDOOM64__ case CT_SILENTCRUSHANDRAISE: # endif case CT_CRUSHANDRAISE: rtn = P_CeilingActivate(P_ToXLine(line)->tag); break; default: break; } # if __JDOOM64__ return EV_DoCeiling2(line, P_ToXLine(line)->tag, CEILSPEED, type) || rtn; # else return EV_DoCeiling2(P_ToXLine(line)->tag, CEILSPEED, type) || rtn; # endif #endif } #if !__JHEXEN__ struct activateceilingparams_t { short tag; int count; }; static int activateCeiling(thinker_t *th, void *context) { ceiling_t *ceiling = (ceiling_t *) th; activateceilingparams_t *params = (activateceilingparams_t *) context; if(ceiling->tag == (int) params->tag && ceiling->thinker.inStasis) { ceiling->state = ceiling->oldState; Thinker_SetStasis(&ceiling->thinker, false); params->count++; } return false; // Continue iteration. } int P_CeilingActivate(short tag) { activateceilingparams_t params; params.tag = tag; params.count = 0; Thinker_Iterate(T_MoveCeiling, activateCeiling, ¶ms); return params.count; } #endif struct deactivateceilingparams_t { short tag; int count; }; static int deactivateCeiling(thinker_t *th, void *context) { ceiling_t *ceiling = (ceiling_t *) th; deactivateceilingparams_t *params = (deactivateceilingparams_t *) context; #if __JHEXEN__ if(ceiling->tag == (int) params->tag) { // Destroy it. SN_StopSequence((mobj_t *)P_GetPtrp(ceiling->sector, DMU_EMITTER)); stopCeiling(ceiling); params->count++; return true; // Stop iteration. } #else if(!ceiling->thinker.inStasis && ceiling->tag == (int) params->tag) { // Put it into stasis. ceiling->oldState = ceiling->state; Thinker_SetStasis(&ceiling->thinker, true); params->count++; } #endif return false; // Continue iteration. } int P_CeilingDeactivate(short tag) { deactivateceilingparams_t params; params.tag = tag; params.count = 0; Thinker_Iterate(T_MoveCeiling, deactivateCeiling, ¶ms); return params.count; } doomsday-1.14.5/doomsday/plugins/common/src/gl_drawpatch.c0000664000175000017500000000621612350542240023071 0ustar jaakkojaakko/**\file gl_drawpatch.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2010 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include "doomsday.h" #include "common.h" #include "gl_drawpatch.h" void GL_DrawPatch3(patchid_t id, const Point2Raw* origin, int alignFlags, int patchFlags) { RectRaw rect; patchinfo_t info; if(id == 0 || DD_GetInteger(DD_NOVIDEO) || DD_GetInteger(DD_DEDICATED)) return; if(!R_GetPatchInfo(id, &info)) return; rect.origin.x = origin? origin->x : 0; rect.origin.y = origin? origin->y : 0; if(alignFlags & ALIGN_RIGHT) rect.origin.x -= info.geometry.size.width; else if(!(alignFlags & ALIGN_LEFT)) rect.origin.x -= info.geometry.size.width /2; if(alignFlags & ALIGN_BOTTOM) rect.origin.y -= info.geometry.size.height; else if(!(alignFlags & ALIGN_TOP)) rect.origin.y -= info.geometry.size.height/2; rect.size.width = info.geometry.size.width; rect.size.height = info.geometry.size.height; if(!(patchFlags & DPF_NO_OFFSETX)) rect.origin.x += info.geometry.origin.x; if(!(patchFlags & DPF_NO_OFFSETY)) rect.origin.y += info.geometry.origin.y; if(info.extraOffset[0]) { // This offset is used only for the extra borders in the // "upscaled and sharpened" patches, so we can tweak the values // to our liking a bit more. rect.origin.x += info.extraOffset[0]; rect.origin.y += info.extraOffset[1]; rect.size.width += abs(info.extraOffset[0])*2; rect.size.height += abs(info.extraOffset[1])*2; } DGL_SetPatch(id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawRect(&rect); } void GL_DrawPatch2(patchid_t id, const Point2Raw* origin, int alignFlags) { GL_DrawPatch3(id, origin, alignFlags, 0); } void GL_DrawPatch(patchid_t id, const Point2Raw* origin) { GL_DrawPatch2(id, origin, ALIGN_TOPLEFT); } void GL_DrawPatchXY3(patchid_t id, int x, int y, int alignFlags, int patchFlags) { Point2Raw origin; origin.x = x; origin.y = y; GL_DrawPatch3(id, &origin, alignFlags, patchFlags); } void GL_DrawPatchXY2(patchid_t id, int x, int y, int alignFlags) { GL_DrawPatchXY3(id, x, y, alignFlags, 0); } void GL_DrawPatchXY(patchid_t id, int x, int y) { GL_DrawPatchXY2(id, x, y, ALIGN_TOPLEFT); } doomsday-1.14.5/doomsday/plugins/common/src/saveslots.cpp0000664000175000017500000002361112350542240023013 0ustar jaakkojaakko/** @file saveslots.cpp Map of logical saved game session slots. * * @authors Copyright © 2003-2014 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "saveslots.h" #include "g_common.h" #include "gamesession.h" #include "hu_menu.h" #include #include #include #include #include #include static int cvarLastSlot = -1; ///< @c -1= Not yet loaded/saved in this game session. static int cvarQuickSlot = -1; ///< @c -1= Not yet chosen/determined. using namespace de; using namespace common; using de::game::SavedSession; DENG2_PIMPL_NOREF(SaveSlots::Slot) , DENG2_OBSERVES(SavedSession, MetadataChange) { String id; bool userWritable; String savePath; int menuWidgetId; SavedSession *session; // Not owned. SessionStatus status; Instance() : userWritable(true) , menuWidgetId(0 /*none*/) , session (0) , status (Unused) {} ~Instance() { if(session) { session->audienceForMetadataChange() -= this; } } void updateStatus() { LOGDEV_XVERBOSE("Updating SaveSlot '%s' status") << id; status = Unused; if(session) { status = Incompatible; // Game identity key missmatch? if(!session->metadata().gets("gameIdentityKey").compareWithoutCase(COMMON_GAMESESSION->gameId())) { /// @todo Validate loaded add-ons and checksum the definition database. status = Loadable; // It's good! } } // Update the menu widget right away. updateMenuWidget(); } void updateMenuWidget() { if(!menuWidgetId) return; mn_page_t *page = Hu_MenuFindPageByName("LoadGame"); if(!page) return; // Not initialized yet? mn_object_t *ob = MNPage_FindObject(page, 0, menuWidgetId); if(!ob) { LOG_DEBUG("Failed locating menu widget with id ") << menuWidgetId; return; } DENG2_ASSERT(ob->_type == MN_EDIT); MNObject_SetFlags(ob, FO_SET, MNF_DISABLED); if(status == Loadable) { MNEdit_SetText(ob, MNEDIT_STF_NO_ACTION, session->metadata().gets("userDescription", "").toUtf8().constData()); MNObject_SetFlags(ob, FO_CLEAR, MNF_DISABLED); } else { MNEdit_SetText(ob, MNEDIT_STF_NO_ACTION, ""); } if(Hu_MenuIsActive() && (Hu_MenuActivePage() == page || Hu_MenuActivePage() == Hu_MenuFindPageByName("SaveGame"))) { // Re-open the active page to update focus if necessary. Hu_MenuSetActivePage2(page, true); } } /// Observes SavedSession MetadataChange void savedSessionMetadataChanged(SavedSession &changed) { DENG2_ASSERT(&changed == session); DENG2_UNUSED(changed); updateStatus(); } }; SaveSlots::Slot::Slot(String id, bool userWritable, String saveName, int menuWidgetId) : d(new Instance()) { d->id = id; d->userWritable = userWritable; d->menuWidgetId = menuWidgetId; d->savePath = GameSession::savePath() / saveName; if(d->savePath.fileNameExtension().isEmpty()) { d->savePath += ".save"; } // See if a saved session already exists for this slot. setSavedSession(App::rootFolder().tryLocate(d->savePath)); } SaveSlots::Slot::SessionStatus SaveSlots::Slot::sessionStatus() const { return d->status; } bool SaveSlots::Slot::isUserWritable() const { return d->userWritable; } String const &SaveSlots::Slot::id() const { return d->id; } String const &SaveSlots::Slot::savePath() const { return d->savePath; } void SaveSlots::Slot::bindSaveName(String newName) { String newPath = GameSession::savePath() / newName; if(newPath.fileNameExtension().isEmpty()) { newPath += ".save"; } if(d->savePath != newPath) { d->savePath = newPath; setSavedSession(App::rootFolder().tryLocate(d->savePath)); } } void SaveSlots::Slot::setSavedSession(SavedSession *newSession) { if(d->session == newSession) return; // We want notification of subsequent changes so that we can update the session status // (and the menu, in turn). if(d->session) { d->session->audienceForMetadataChange() -= d; } d->session = newSession; d->updateStatus(); if(d->session) { d->session->audienceForMetadataChange() += d; } // Should we announce this? #if !defined DENG_DEBUG // Always if(isUserWritable()) #endif { String statusText; if(d->session) { statusText = String("associated with \"%1\"").arg(d->session->path()); } else { statusText = "unused"; } LOG_VERBOSE("Save slot '%s' now %s") << d->id << statusText; } } DENG2_PIMPL(SaveSlots) , DENG2_OBSERVES(GameSession::SavedIndex, AvailabilityUpdate) { typedef std::map Slots; typedef std::pair SlotItem; Slots sslots; Instance(Public *i) : Base(i) { GameSession::savedIndex().audienceForAvailabilityUpdate() += this; } ~Instance() { GameSession::savedIndex().audienceForAvailabilityUpdate() -= this; DENG2_FOR_EACH(Slots, i, sslots) { delete i->second; } } SaveSlot *slotById(String const &id) { Slots::const_iterator found = sslots.find(id); if(found != sslots.end()) { return found->second; } return 0; // Not found. } SaveSlot *slotBySavePath(String path) { if(!path.isEmpty()) { // Append the .save extension if non exists. if(path.fileNameExtension().isEmpty()) { path += ".save"; } DENG2_FOR_EACH_CONST(Slots, i, sslots) { if(!i->second->savePath().compareWithoutCase(path)) { return i->second; } } } return 0; // Not found. } void savedIndexAvailabilityUpdate(GameSession::SavedIndex const &index) { DENG2_FOR_EACH_CONST(Slots, i, sslots) { SaveSlot *sslot = i->second; if(!index.find(sslot->savePath())) { sslot->setSavedSession(0); } } DENG2_FOR_EACH_CONST(GameSession::SavedIndex::All, i, index.all()) { if(SaveSlot *sslot = slotBySavePath(i.key())) { sslot->setSavedSession(i.value()); } } } }; SaveSlots::SaveSlots() : d(new Instance(this)) {} void SaveSlots::add(String const &id, bool userWritable, String const &saveName, int menuWidgetId) { // Ensure the slot identifier is unique. if(d->slotById(id)) return; // Insert a new save slot. d->sslots.insert(Instance::SlotItem(id, new Slot(id, userWritable, saveName, menuWidgetId))); } int SaveSlots::count() const { return int(d->sslots.size()); } bool SaveSlots::has(String const &id) const { return d->slotById(id) != 0; } SaveSlots::Slot &SaveSlots::slot(String const &id) const { if(SaveSlot *sslot = d->slotById(id)) { return *sslot; } /// @throw MissingSlotError An invalid slot was specified. throw MissingSlotError("SaveSlots::slot", "Invalid slot id '" + id + "'"); } SaveSlots::Slot *SaveSlots::slotBySaveName(String const &name) const { return d->slotBySavePath(GameSession::savePath() / name); } SaveSlots::Slot *SaveSlots::slotBySavedUserDescription(String const &description) const { if(!description.isEmpty()) { DENG2_FOR_EACH_CONST(Instance::Slots, i, d->sslots) { if(!COMMON_GAMESESSION->savedUserDescription(i->second->saveName()) .compareWithoutCase(description)) { return i->second; } } } return 0; // Not found. } SaveSlots::Slot *SaveSlots::slotByUserInput(String const &str) const { // Perhaps a user description of a saved session? if(Slot *sslot = slotBySavedUserDescription(str)) { return sslot; } // Perhaps a saved session file name? if(Slot *sslot = slotBySaveName(str)) { return sslot; } // Perhaps a unique slot identifier? String id = str; // Translate slot id mnemonics. if(!id.compareWithoutCase("last") || !id.compareWithoutCase("")) { id = String::number(Con_GetInteger("game-save-last-slot")); } else if(!id.compareWithoutCase("quick") || !id.compareWithoutCase("")) { id = String::number(Con_GetInteger("game-save-quick-slot")); } return d->slotById(id); } void SaveSlots::consoleRegister() // static { C_VAR_INT("game-save-last-slot", &cvarLastSlot, CVF_NO_MIN|CVF_NO_MAX|CVF_NO_ARCHIVE|CVF_READ_ONLY, 0, 0); C_VAR_INT("game-save-quick-slot", &cvarQuickSlot, CVF_NO_MAX|CVF_NO_ARCHIVE, -1, 0); } doomsday-1.14.5/doomsday/plugins/common/src/d_net.cpp0000664000175000017500000004511512350542240022064 0ustar jaakkojaakko/** @file d_net.cpp Common code related to net games. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "common.h" #include "d_net.h" #include "g_common.h" #include "gamesession.h" #include "player.h" #include "hu_menu.h" #include "p_mapsetup.h" #include "p_start.h" #include "fi_lib.h" using namespace common; D_CMD(SetColor); #if __JHEXEN__ D_CMD(SetClass); #endif D_CMD(LocalMessage); static void D_NetMessageEx(int player, char const *msg, dd_bool playSound); float netJumpPower = 9; static Writer *netWriter; static Reader *netReader; static void notifyAllowCheatsChange() { if(IS_NETGAME && IS_NETWORK_SERVER && G_GameState() != GS_STARTUP) { AutoStr *msg = Str_Appendf(AutoStr_NewStd(), "--- CHEATS NOW %s ON THIS SERVER ---", netSvAllowCheats? "ENABLED" : "DISABLED"); NetSv_SendMessage(DDSP_ALL_PLAYERS, Str_Text(msg)); } } void D_NetConsoleRegistration() { C_VAR_CHARPTR("mapcycle", &mapCycle, CVF_HIDE | CVF_NO_ARCHIVE, 0, 0); C_VAR_CHARPTR("server-game-mapcycle", &mapCycle, 0, 0, 0); C_VAR_BYTE ("server-game-mapcycle-noexit", &mapCycleNoExit, 0, 0, 1); C_VAR_INT2 ("server-game-cheat", &netSvAllowCheats, 0, 0, 1, notifyAllowCheatsChange); C_CMD ("setcolor", "i", SetColor); #if __JHEXEN__ C_CMD_FLAGS ("setclass", "i", SetClass, CMDF_NO_DEDICATED); #endif C_CMD ("startcycle", "", MapCycle); C_CMD ("endcycle", "", MapCycle); C_CMD ("message", "s", LocalMessage); } Writer *D_NetWrite() { if(netWriter) { Writer_Delete(netWriter); } netWriter = Writer_NewWithDynamicBuffer(0 /*unlimited*/); return netWriter; } Reader *D_NetRead(byte const *buffer, size_t len) { // Get rid of the old reader. if(netReader) { Reader_Delete(netReader); } netReader = Reader_NewWithBuffer(buffer, len); return netReader; } void D_NetClearBuffer() { if(netReader) Reader_Delete(netReader); if(netWriter) Writer_Delete(netWriter); netReader = 0; netWriter = 0; } int D_NetServerStarted(int before) { if(before) return true; // We're the server, so... cfg.playerColor[0] = PLR_COLOR(0, cfg.netColor); #if __JHEXEN__ cfg.playerClass[0] = playerclass_t(cfg.netClass); #elif __JHERETIC__ cfg.playerClass[0] = PCLASS_PLAYER; #endif P_ResetPlayerRespawnClasses(); #if __JDOOM64__ uint netEpisode = 0; #else uint netEpisode = cfg.netEpisode; #endif #if __JHEXEN__ // Map numbers need to be translated. uint netMap = P_TranslateMap(cfg.netMap); #else uint netMap = cfg.netMap; #endif Uri *netMapUri = G_ComposeMapUri(netEpisode, netMap); GameRuleset netRules(COMMON_GAMESESSION->rules()); // Make a copy of the current rules. netRules.skill = skillmode_t(cfg.netSkill); COMMON_GAMESESSION->end(); COMMON_GAMESESSION->begin(*netMapUri, 0/*default*/, netRules); G_SetGameAction(GA_NONE); /// @todo Necessary? Uri_Delete(netMapUri); return true; } int D_NetServerClose(int before) { if(!before) { P_ResetPlayerRespawnClasses(); // Restore normal game state. /// @todo fixme: "normal" is defined by the game rules config which may /// be changed from the command line (e.g., -fast, -nomonsters). /// In order to "restore normal" this logic is insufficient. GameRuleset newRules(COMMON_GAMESESSION->rules()); newRules.deathmatch = false; newRules.noMonsters = false; #if __JHEXEN__ newRules.randomClasses = false; #endif COMMON_GAMESESSION->applyNewRules(newRules); D_NetMessage(CONSOLEPLAYER, "NETGAME ENDS"); D_NetClearBuffer(); } return true; } int D_NetConnect(int before) { if(before) { BusyMode_FreezeGameForBusyMode(); return true; } // After connecting we tell the server a bit about ourselves. NetCl_SendPlayerInfo(); // Close the menu, the game begins!! // advancedemo = false; Hu_MenuCommand(MCMD_CLOSE); return true; } int D_NetDisconnect(int before) { if(before) { // Free PU_MAP, Zone-allocated storage for the local world state. P_ResetWorldState(); return true; } D_NetClearBuffer(); // Start demo. COMMON_GAMESESSION->endAndBeginTitle(); /*GameRuleset newRules(COMMON_GAMESESSION->rules()); newRules.deathmatch = false; newRules.noMonsters = false; #if __JHEXEN__ newRules.randomClasses = false; #endif COMMON_GAMESESSION->applyNewRules(newRules);*/ return true; } long int D_NetPlayerEvent(int plrNumber, int peType, void *data) { // If this isn't a netgame, we won't react. if(!IS_NETGAME) return true; if(peType == DDPE_ARRIVAL) { dd_bool showmsg = true; if(IS_SERVER) { NetSv_NewPlayerEnters(plrNumber); } else if(plrNumber == CONSOLEPLAYER) { // We have arrived, the game should be begun. App_Log(DE2_NET_NOTE, "Arrived in netgame, waiting for data..."); G_ChangeGameState(GS_WAITING); showmsg = false; } else { // Client responds to new player? App_Log(DE2_LOG_NOTE, "Player %i has arrived in the game", plrNumber); P_RebornPlayerInMultiplayer(plrNumber); //players[plrNumber].playerstate = PST_REBORN; } if(showmsg) { // Print a notification. AutoStr *str = AutoStr_New(); Str_Appendf(str, "%s joined the game", Net_GetPlayerName(plrNumber)); D_NetMessage(CONSOLEPLAYER, Str_Text(str)); } } else if(peType == DDPE_EXIT) { AutoStr *str = AutoStr_New(); App_Log(DE2_LOG_NOTE, "Player %i has left the game", plrNumber); players[plrNumber].playerState = playerstate_t(PST_GONE); // Print a notification. Str_Appendf(str, "%s left the game", Net_GetPlayerName(plrNumber)); D_NetMessage(CONSOLEPLAYER, Str_Text(str)); if(IS_SERVER) { P_DealPlayerStarts(0); } } // DDPE_CHAT_MESSAGE occurs when a PKT_CHAT is received. // Here we will only display the message. else if(peType == DDPE_CHAT_MESSAGE) { int oldecho = cfg.echoMsg; AutoStr *msg = AutoStr_New(); if(plrNumber > 0) { Str_Appendf(msg, "%s: %s", Net_GetPlayerName(plrNumber), (char const *) data); } else { Str_Appendf(msg, "[sysop] %s", (char const *) data); } Str_Truncate(msg, NETBUFFER_MAXMESSAGE); // not overly long, please // The chat message is already echoed by the console. cfg.echoMsg = false; D_NetMessageEx(CONSOLEPLAYER, Str_Text(msg), (cfg.chatBeep? true : false)); cfg.echoMsg = oldecho; } return true; } int D_NetWorldEvent(int type, int parm, void *data) { switch(type) { // // Server events: // case DDWE_HANDSHAKE: { dd_bool newPlayer = *((dd_bool*) data); // A new player is entering the game. We as a server should send him // the handshake packet(s) to update his world. // If 'data' is zero, this is a re-handshake that's used to // begin demos. App_Log(DE2_DEV_NET_MSG, "Sending a game state %shandshake to player %i", newPlayer? "" : "(re)", parm); // Mark new player for update. players[parm].update |= PSF_REBORN; // First, the game state. NetSv_SendGameState(GSF_CHANGE_MAP | GSF_CAMERA_INIT | (newPlayer ? 0 : GSF_DEMO), parm); // Send info about all players to the new one. for(int i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame && i != parm) NetSv_SendPlayerInfo(i, parm); } // Send info about our jump power. NetSv_SendJumpPower(parm, cfg.jumpEnabled ? cfg.jumpPower : 0); NetSv_Paused(paused); break; } // // Client events: // #if 0 case DDWE_SECTOR_SOUND: // High word: sector number, low word: sound id. if(parm & 0xffff) S_SectorSound(P_ToPtr(DMU_SECTOR, parm >> 16), parm & 0xffff); else S_SectorStopSounds(P_ToPtr(DMU_SECTOR, parm >> 16)); break; case DDWE_DEMO_END: // Demo playback has ended. Advance demo sequence. if(parm) // Playback was aborted. G_DemoAborted(); else // Playback ended normally. G_DemoEnds(); // Restore normal game state. COMMON_GAMESESSION->rules().deathmatch = false; COMMON_GAMESESSION->rules().noMonsters = false; #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ COMMON_GAMESESSION->rules().respawnMonsters = false; #endif #if __JHEXEN__ COMMON_GAMESESSION->rules().randomClasses = false; #endif break; #endif default: return false; } return true; } void D_HandlePacket(int fromplayer, int type, void *data, size_t length) { Reader *reader = D_NetRead((byte *)data, length); // // Server events. // if(IS_SERVER) { switch (type) { case GPT_PLAYER_INFO: // A player has changed color or other settings. NetSv_ChangePlayerInfo(fromplayer, reader); break; case GPT_CHEAT_REQUEST: NetSv_DoCheat(fromplayer, reader); break; case GPT_FLOOR_HIT_REQUEST: NetSv_DoFloorHit(fromplayer, reader); break; case GPT_ACTION_REQUEST: NetSv_DoAction(fromplayer, reader); break; case GPT_DAMAGE_REQUEST: NetSv_DoDamage(fromplayer, reader); break; } return; } // // Client events. // switch(type) { case GPT_GAME_STATE: App_Log(DE2_DEV_NET_MSG, "Received GTP_GAME_STATE"); NetCl_UpdateGameState(reader); // Tell the engine we're ready to proceed. It'll start handling // the world updates after this variable is set. Set(DD_GAME_READY, true); break; case GPT_PLAYER_SPAWN_POSITION: NetCl_PlayerSpawnPosition(reader); break; case GPT_TOTAL_COUNTS: NetCl_UpdateTotalCounts(reader); break; case GPT_MOBJ_IMPULSE: NetCl_MobjImpulse(reader); break; case GPT_LOCAL_MOBJ_STATE: NetCl_LocalMobjState(reader); break; case GPT_MESSAGE: #if __JHEXEN__ case GPT_YELLOW_MESSAGE: #endif { size_t len = Reader_ReadUInt16(reader); char *msg = (char *)Z_Malloc(len + 1, PU_GAMESTATIC, 0); Reader_Read(reader, msg, len); msg[len] = 0; #if __JHEXEN__ if(type == GPT_YELLOW_MESSAGE) { P_SetYellowMessage(&players[CONSOLEPLAYER], 0, msg); } else #endif { P_SetMessage(&players[CONSOLEPLAYER], 0, msg); } Z_Free(msg); break; } case GPT_MAYBE_CHANGE_WEAPON: { weapontype_t wt = (weapontype_t) Reader_ReadInt16(reader); ammotype_t at = (ammotype_t) Reader_ReadInt16(reader); dd_bool force = (Reader_ReadByte(reader) != 0); P_MaybeChangeWeapon(&players[CONSOLEPLAYER], wt, at, force); break; } case GPT_CONSOLEPLAYER_STATE: NetCl_UpdatePlayerState(reader, CONSOLEPLAYER); break; case GPT_CONSOLEPLAYER_STATE2: NetCl_UpdatePlayerState2(reader, CONSOLEPLAYER); break; case GPT_PLAYER_STATE: NetCl_UpdatePlayerState(reader, -1); break; case GPT_PLAYER_STATE2: NetCl_UpdatePlayerState2(reader, -1); break; case GPT_PSPRITE_STATE: NetCl_UpdatePSpriteState(reader); break; case GPT_INTERMISSION: NetCl_Intermission(reader); break; case GPT_FINALE_STATE: NetCl_UpdateFinaleState(reader); break; case GPT_PLAYER_INFO: NetCl_UpdatePlayerInfo(reader); break; #if __JHERETIC__ || __JHEXEN__ || __JSTRIFE__ case GPT_CLASS: { player_t *plr = &players[CONSOLEPLAYER]; playerclass_t newClass = playerclass_t(Reader_ReadByte(reader)); # if __JHERETIC__ playerclass_t oldClass = plr->class_; # endif plr->class_ = newClass; App_Log(DE2_DEV_MAP_MSG, "Player %i class changed to %i", CONSOLEPLAYER, plr->class_); # if __JHERETIC__ if(oldClass != newClass) { if(newClass == PCLASS_CHICKEN) { App_Log(DE2_DEV_MAP_VERBOSE, "Player %i activating morph", CONSOLEPLAYER); P_ActivateMorphWeapon(plr); } else if(oldClass == PCLASS_CHICKEN) { App_Log(DE2_DEV_MAP_VERBOSE, "Player %i post-morph weapon %i", CONSOLEPLAYER, plr->readyWeapon); // The morph has ended. P_PostMorphWeapon(plr, plr->readyWeapon); } } # endif break; } #endif case GPT_SAVE: NetCl_SaveGame(reader); break; case GPT_LOAD: NetCl_LoadGame(reader); break; case GPT_PAUSE: NetCl_Paused(reader); break; case GPT_JUMP_POWER: NetCl_UpdateJumpPower(reader); break; default: App_Log(DE2_NET_WARNING, "Game received unknown packet (type:%i)", type); } } /** * Plays a (local) chat sound. */ void D_ChatSound() { #if __JHEXEN__ S_LocalSound(SFX_CHAT, NULL); #elif __JSTRIFE__ S_LocalSound(SFX_CHAT, NULL); #elif __JHERETIC__ S_LocalSound(SFX_CHAT, NULL); #else # if __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) S_LocalSound(SFX_RADIO, NULL); else # endif S_LocalSound(SFX_TINK, NULL); #endif } /** * Show a message on screen, optionally accompanied by Chat sound effect. * * @param player Player number to send the message to. * @param playSound @c true = play the chat sound. */ static void D_NetMessageEx(int player, char const *msg, dd_bool playSound) { if(player < 0 || player > MAXPLAYERS) return; player_t *plr = &players[player]; if(!plr->plr->inGame) return; // This is intended to be a local message. // Let's make sure P_SetMessage doesn't forward it anywhere. netSvAllowSendMsg = false; P_SetMessage(plr, 0, msg); if(playSound) { D_ChatSound(); } netSvAllowSendMsg = true; } void D_NetMessage(int player, char const *msg) { D_NetMessageEx(player, msg, true); } void D_NetMessageNoSound(int player, char const *msg) { D_NetMessageEx(player, msg, false); } dd_bool D_NetDamageMobj(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damage) { int sourcePlrNum = -1; if(source && source->player) { sourcePlrNum = source->player - players; } if(source && !source->player) { // Not applicable: only damage from players. return false; } if(IS_SERVER && sourcePlrNum > 0) { /* * A client is trying to do damage. However, it is not guaranteed that the server is 100% * accurately aware of the gameplay situation in which the damage is being inflicted (due * to network latency), so instead of applying the damage now we will wait for the client * to request it separately. */ return false; } else if(IS_CLIENT) { if((sourcePlrNum < 0 || sourcePlrNum == CONSOLEPLAYER) && target && target->player && target->player - players == CONSOLEPLAYER) { // Clients are allowed to damage themselves. NetCl_DamageRequest(ClPlayer_ClMobj(CONSOLEPLAYER), inflictor, source, damage); // No further processing of this damage is needed. return true; } } return false; } /** * Console command to change the players' colors. */ D_CMD(SetColor) { DENG2_UNUSED2(src, argc); cfg.netColor = atoi(argv[1]); if(IS_SERVER) // A local player? { if(IS_DEDICATED) return false; int player = CONSOLEPLAYER; // Server players, must be treated as a special case because this is // a local mobj we're dealing with. We'll change the color translation // bits directly. cfg.playerColor[player] = PLR_COLOR(player, cfg.netColor); players[player].colorMap = cfg.playerColor[player]; if(players[player].plr->mo) { // Change the color of the mobj (translation flags). players[player].plr->mo->flags &= ~MF_TRANSLATION; players[player].plr->mo->flags |= (cfg.playerColor[player] << MF_TRANSSHIFT); } // Tell the clients about the change. NetSv_SendPlayerInfo(player, DDSP_ALL_PLAYERS); } else { // Tell the server about the change. NetCl_SendPlayerInfo(); } return true; } /** * Console command to change the players' class. */ #if __JHEXEN__ D_CMD(SetClass) { DENG2_UNUSED2(src, argc); playerclass_t newClass = playerclass_t(atoi(argv[1])); if(!(newClass < NUM_PLAYER_CLASSES)) { return false; } if(!PCLASS_INFO(newClass)->userSelectable) { return false; } cfg.netClass = newClass; // Stored as a cvar. if(IS_CLIENT) { // Tell the server that we want to change our class. NetCl_SendPlayerInfo(); } else { // On the server (or singleplayer) we can do an immediate change. P_PlayerChangeClass(&players[CONSOLEPLAYER], playerclass_t(cfg.netClass)); } return true; } #endif /** * Post a local game message. */ D_CMD(LocalMessage) { DENG2_UNUSED2(src, argc); D_NetMessageNoSound(CONSOLEPLAYER, argv[1]); return true; } doomsday-1.14.5/doomsday/plugins/common/src/p_mapsetup.cpp0000664000175000017500000010644212350542240023151 0ustar jaakkojaakko/** @file p_mapsetup.cpp Common map setup routines. * * Management of extended map data objects (e.g., xlines). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include // isspace #include #include "common.h" #include "am_map.h" #include "dmu_lib.h" #include "g_common.h" #include "gamesession.h" #include "r_common.h" #include "p_actor.h" #include "p_scroll.h" #include "p_start.h" #include "p_tick.h" #include "polyobjs.h" #include "hu_pspr.h" #include "hu_stuff.h" #include "d_net.h" #include "p_mapsetup.h" #if __JDOOM64__ # define TOLIGHTIDX(c) (!((c) >> 8)? 0 : ((c) - 0x100) + 1) #endif // Our private map data structures xsector_t *xsectors; xline_t *xlines; // If true we are in the process of setting up a map dd_bool mapSetup; xline_t *P_ToXLine(Line *line) { if(!line) return NULL; // Is it a dummy? if(P_IsDummy(line)) { return (xline_t *)P_DummyExtraData(line); } else { return &xlines[P_ToIndex(line)]; } } xline_t *P_GetXLine(int idx) { if(idx < 0 || idx >= numlines) return 0; return &xlines[idx]; } void P_SetLineAutomapVisibility(int player, int lineIdx, dd_bool visible) { Line *line = (Line *)P_ToPtr(DMU_LINE, lineIdx); xline_t *xline; if(!line || P_IsDummy(line)) return; xline = P_ToXLine(line); // Will we need to rebuild one or more display lists? if(xline->mapped[player] != visible) { ST_RebuildAutomap(player); } xline->mapped[player] = visible; } xsector_t *P_ToXSector(Sector *sector) { if(!sector) return NULL; // Is it a dummy? if(P_IsDummy(sector)) { return (xsector_t *)P_DummyExtraData(sector); } else { return &xsectors[P_ToIndex(sector)]; } } xsector_t *P_GetXSector(int index) { if(index < 0 || index >= numsectors) return 0; return &xsectors[index]; } #if __JDOOM64__ static void getSurfaceColor(uint idx, float rgba[4]) { if(!idx) { rgba[0] = rgba[1] = rgba[2] = rgba[3] = 1; } else { rgba[0] = P_GetGMOFloat(MO_LIGHT, idx-1, MO_COLORR); rgba[1] = P_GetGMOFloat(MO_LIGHT, idx-1, MO_COLORG); rgba[2] = P_GetGMOFloat(MO_LIGHT, idx-1, MO_COLORB); rgba[3] = 1; } } typedef struct applysurfacecolorparams_s { Sector *frontSec; float topColor[4]; float bottomColor[4]; } applysurfacecolorparams_t; int applySurfaceColor(void *obj, void *context) { #define LDF_NOBLENDTOP 32 #define LDF_NOBLENDBOTTOM 64 #define LDF_BLEND 128 #define LTF_SWAPCOLORS 4 Line *li = (Line *) obj; applysurfacecolorparams_t *params = (applysurfacecolorparams_t *) context; byte dFlags = P_GetGMOByte(MO_XLINEDEF, P_ToIndex(li), MO_DRAWFLAGS); byte tFlags = P_GetGMOByte(MO_XLINEDEF, P_ToIndex(li), MO_TEXFLAGS); if((dFlags & LDF_BLEND) && params->frontSec == P_GetPtrp(li, DMU_FRONT_SECTOR)) { if(Side *side = (Side *)P_GetPtrp(li, DMU_FRONT)) { float *top = (tFlags & LTF_SWAPCOLORS)? params->bottomColor : params->topColor; float *bottom = (tFlags & LTF_SWAPCOLORS)? params->topColor : params->bottomColor; int flags; P_SetFloatpv(side, DMU_TOP_COLOR, top); P_SetFloatpv(side, DMU_BOTTOM_COLOR, bottom); flags = P_GetIntp(side, DMU_FLAGS); if(!(dFlags & LDF_NOBLENDTOP)) flags |= SDF_BLENDTOPTOMID; if(!(dFlags & LDF_NOBLENDBOTTOM)) flags |= SDF_BLENDBOTTOMTOMID; P_SetIntp(side, DMU_FLAGS, flags); } } if((dFlags & LDF_BLEND) && params->frontSec == P_GetPtrp(li, DMU_BACK_SECTOR)) { if(Side *side = (Side *)P_GetPtrp(li, DMU_BACK)) { float *top = /*(tFlags & LTF_SWAPCOLORS)? params->bottomColor :*/ params->topColor; float *bottom = /*(tFlags & LTF_SWAPCOLORS)? params->topColor :*/ params->bottomColor; int flags; P_SetFloatpv(side, DMU_TOP_COLOR, top); P_SetFloatpv(side, DMU_BOTTOM_COLOR, bottom); flags = P_GetIntp(side, DMU_FLAGS); if(!(dFlags & LDF_NOBLENDTOP)) flags |= SDF_BLENDTOPTOMID; if(!(dFlags & LDF_NOBLENDBOTTOM)) flags |= SDF_BLENDBOTTOMTOMID; P_SetIntp(side, DMU_FLAGS, flags); } } return false; // Continue iteration } #endif static dd_bool checkMapSpotSpawnFlags(mapspot_t const *spot) { #if __JHEXEN__ /// @todo Move to classinfo_t static uint classFlags[] = { MSF_FIGHTER, MSF_CLERIC, MSF_MAGE }; #endif // Don't spawn things flagged for Multiplayer if we're not in a netgame. if(!IS_NETGAME && (spot->flags & MSF_NOTSINGLE)) return false; // Don't spawn things flagged for Not Deathmatch if we're deathmatching. if(COMMON_GAMESESSION->rules().deathmatch && (spot->flags & MSF_NOTDM)) return false; // Don't spawn things flagged for Not Coop if we're coop'in. if(IS_NETGAME && !COMMON_GAMESESSION->rules().deathmatch && (spot->flags & MSF_NOTCOOP)) return false; // The special "spawn no things" skill mode means nothing is spawned. if(COMMON_GAMESESSION->rules().skill == SM_NOTHINGS) return false; // Check for appropriate skill level. if(!(spot->skillModes & (1 << COMMON_GAMESESSION->rules().skill))) return false; #if __JHEXEN__ // Check current character classes with spawn flags. if(!IS_NETGAME) { // Single player. if((spot->flags & classFlags[P_ClassForPlayerWhenRespawning(0, false)]) == 0) { // Not for current class. return false; } } else if(!COMMON_GAMESESSION->rules().deathmatch) { // Cooperative mode. // No players are in the game when a dedicated server is started. // Also, players with new classes may join a game at any time. // Thus we will be generous and spawn stuff for all the classes. int spawnMask = MSF_FIGHTER | MSF_CLERIC | MSF_MAGE; if((spot->flags & spawnMask) == 0) { return false; } } #endif return true; } /** * Determines if a client is allowed to spawn a thing of type @a doomEdNum. */ static dd_bool P_IsClientAllowedToSpawn(int doomEdNum) { switch(doomEdNum) { case 11: // Deathmatch case 1: case 2: case 3: case 4: #if __JHEXEN__ case 9100: // Player starts 5 through 8. case 9101: case 9102: case 9103: #endif return true; default: return false; } } /** * Should we auto-spawn one or more mobjs from the specified map spot? */ static dd_bool checkMapSpotAutoSpawn(mapspot_t const *spot) { #if __JHERETIC__ // Ambient sound sequence activator? if(spot->doomEdNum >= 1200 && spot->doomEdNum < 1300) return false; #elif __JHEXEN__ // Sound sequence origin? if(spot->doomEdNum >= 1400 && spot->doomEdNum < 1410) return false; #endif // The following are currently handled by special-case spawn logic elsewhere. switch(spot->doomEdNum) { case 1: // Player starts 1 through 4. case 2: case 3: case 4: case 11: // Player start (deathmatch). #if __JHERETIC__ case 56: // Boss spot. case 2002: // Mace spot. #endif #if __JHEXEN__ case 3000: // Polyobj origins. case 3001: case 3002: case 9100: // Player starts 5 through 8. case 9101: case 9102: case 9103: #endif return false; default: break; } // So far so good. Now check the flags to make the final decision. return checkMapSpotSpawnFlags(spot); } static void initXLines() { xlines = (xline_t *)Z_Calloc(numlines * sizeof(xline_t), PU_MAP, 0); for(int i = 0; i < numlines; ++i) { xline_t *xl = &xlines[i]; xl->flags = P_GetGMOShort(MO_XLINEDEF, i, MO_FLAGS) & ML_VALID_MASK; #if __JHEXEN__ xl->special = P_GetGMOByte(MO_XLINEDEF, i, MO_TYPE); xl->arg1 = P_GetGMOByte(MO_XLINEDEF, i, MO_ARG0); xl->arg2 = P_GetGMOByte(MO_XLINEDEF, i, MO_ARG1); xl->arg3 = P_GetGMOByte(MO_XLINEDEF, i, MO_ARG2); xl->arg4 = P_GetGMOByte(MO_XLINEDEF, i, MO_ARG3); xl->arg5 = P_GetGMOByte(MO_XLINEDEF, i, MO_ARG4); #else # if __JDOOM64__ xl->special = P_GetGMOByte(MO_XLINEDEF, i, MO_TYPE); # else xl->special = P_GetGMOShort(MO_XLINEDEF, i, MO_TYPE); # endif xl->tag = P_GetGMOShort(MO_XLINEDEF, i, MO_TAG); #endif } } static void initXSectors() { xsectors = (xsector_t *)Z_Calloc(numsectors * sizeof(xsector_t), PU_MAP, 0); for(int i = 0; i < numsectors; ++i) { xsector_t *xsec = &xsectors[i]; xsec->special = P_GetGMOShort(MO_XSECTOR, i, MO_TYPE); xsec->tag = P_GetGMOShort(MO_XSECTOR, i, MO_TAG); #if __JDOOM64__ applysurfacecolorparams_t params; float rgba[4]; Sector *sec = (Sector *)P_ToPtr(DMU_SECTOR, i); getSurfaceColor(TOLIGHTIDX(P_GetGMOShort(MO_XSECTOR, i, MO_FLOORCOLOR)), rgba); P_SetFloatpv(sec, DMU_FLOOR_COLOR, rgba); getSurfaceColor(TOLIGHTIDX(P_GetGMOShort(MO_XSECTOR, i, MO_CEILINGCOLOR)), rgba); P_SetFloatpv(sec, DMU_CEILING_COLOR, rgba); // Now set the side surface colors. params.frontSec = sec; getSurfaceColor(TOLIGHTIDX(P_GetGMOShort(MO_XSECTOR, i, MO_WALLTOPCOLOR)), params.topColor); getSurfaceColor(TOLIGHTIDX(P_GetGMOShort(MO_XSECTOR, i, MO_WALLBOTTOMCOLOR)), params.bottomColor); P_Iteratep(sec, DMU_LINE, applySurfaceColor, ¶ms); #endif } } static void initMapSpots() { numMapSpots = P_CountMapObjs(MO_THING); mapSpots = (mapspot_t *)Z_Malloc(numMapSpots * sizeof(mapspot_t), PU_MAP, 0); for(uint i = 0; i < numMapSpots; ++i) { mapspot_t *spot = &mapSpots[i]; spot->origin[VX] = P_GetGMOFloat(MO_THING, i, MO_X); spot->origin[VY] = P_GetGMOFloat(MO_THING, i, MO_Y); spot->origin[VZ] = P_GetGMOFloat(MO_THING, i, MO_Z); spot->doomEdNum = P_GetGMOInt(MO_THING, i, MO_DOOMEDNUM); spot->skillModes = P_GetGMOInt(MO_THING, i, MO_SKILLMODES); spot->flags = P_GetGMOInt(MO_THING, i, MO_FLAGS); spot->angle = P_GetGMOAngle(MO_THING, i, MO_ANGLE); #if __JHEXEN__ spot->tid = P_GetGMOShort(MO_THING, i, MO_ID); spot->special = P_GetGMOByte(MO_THING, i, MO_SPECIAL); spot->arg1 = P_GetGMOByte(MO_THING, i, MO_ARG0); spot->arg2 = P_GetGMOByte(MO_THING, i, MO_ARG1); spot->arg3 = P_GetGMOByte(MO_THING, i, MO_ARG2); spot->arg4 = P_GetGMOByte(MO_THING, i, MO_ARG3); spot->arg5 = P_GetGMOByte(MO_THING, i, MO_ARG4); #endif #if __JHERETIC__ // Ambient sound sequence activator? if(spot->doomEdNum >= 1200 && spot->doomEdNum < 1300) { P_AddAmbientSfx(spot->doomEdNum - 1200); continue; } #elif __JHEXEN__ // Sound sequence origin? if(spot->doomEdNum >= 1400 && spot->doomEdNum < 1410) { xsector_t *xsector = P_ToXSector(Sector_AtPoint_FixedPrecision(spot->origin)); xsector->seqType = seqtype_t(spot->doomEdNum - 1400); continue; } #endif switch(spot->doomEdNum) { case 11: // Player start (deathmatch). P_CreatePlayerStart(0, 0, true, i); break; case 1: // Player starts 1 through 4. case 2: case 3: case 4: { #if __JHEXEN__ uint entryPoint = spot->arg1; #else uint entryPoint = 0; #endif P_CreatePlayerStart(spot->doomEdNum, entryPoint, false, i); break; } #if __JHERETIC__ case 56: // Boss spot. P_AddBossSpot(i); break; case 2002: if(gameMode != heretic_shareware) P_AddMaceSpot(i); break; #endif #if __JHEXEN__ case 3000: // Polyobj origins. case 3001: case 3002: break; case 9100: // Player starts 5 through 8. case 9101: case 9102: case 9103: P_CreatePlayerStart(5 + spot->doomEdNum - 9100, spot->arg1, false, i); break; #endif default: // No special handling. break; } } P_DealPlayerStarts(0); if(COMMON_GAMESESSION->rules().deathmatch) { uint numDMStarts = P_GetNumPlayerStarts(true); uint playerCount = 0; for(int i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) playerCount++; } if(numDMStarts < playerCount) { App_Log(DE2_MAP_WARNING, "Not enough deathmatch spots in map (%i players, %i DM spots)", playerCount, numDMStarts); } } } #if __JHERETIC__ mapspot_t const *P_ChooseRandomMaceSpot() { if(!maceSpots || !maceSpotCount) return 0; /* * Pass 1: Determine how many spots qualify given the current game rules. */ uint numQualifyingSpots = 0; for(uint i = 0; i < maceSpotCount; ++i) { mapspotid_t mapSpotId = maceSpots[i]; DENG_ASSERT(mapSpots != 0 && mapSpotId < numMapSpots); mapspot_t const *mapSpot = &mapSpots[mapSpotId]; // Does this spot qualify given the current game configuration? if(checkMapSpotSpawnFlags(mapSpot)) numQualifyingSpots += 1; } if(!numQualifyingSpots) return 0; /* * Pass 2: Choose and locate the chosen spot. */ uint chosenQualifyingSpotIdx = P_Random() % numQualifyingSpots; uint qualifyingSpotIdx = 0; for(uint i = 0; i < maceSpotCount; ++i) { mapspotid_t mapSpotId = maceSpots[i]; mapspot_t const *mapSpot = &mapSpots[mapSpotId]; if(!checkMapSpotSpawnFlags(mapSpot)) continue; if(qualifyingSpotIdx != chosenQualifyingSpotIdx) { qualifyingSpotIdx++; continue; } App_Log(DE2_DEV_MAP_MSG, "P_ChooseRandomMaceSpot: Chosen map spot id:%u.", mapSpotId); return mapSpot; } // Unreachable. DENG_ASSERT(false); return 0; } #endif // __JHERETIC__ static void spawnMapObjects() { for(uint i = 0; i < numMapSpots; ++i) { mapspot_t const *spot = &mapSpots[i]; // Not all map spots spawn mobjs on map load. if(!checkMapSpotAutoSpawn(spot)) continue; // A spot that should auto-spawn one (or more) mobjs. // Find which type to spawn. mobjtype_t type = P_DoomEdNumToMobjType(spot->doomEdNum); if(type != MT_NONE) { // Check for things that clients don't spawn on their own. if(IS_CLIENT) { // Client is allowed to spawn objects that are flagged local. // The server will not send any information about them. if(!(MOBJINFO[type].flags & MF_LOCAL)) { if(!P_IsClientAllowedToSpawn(spot->doomEdNum)) continue; } } App_Log(DE2_DEV_MAP_XVERBOSE, "Spawning mobj at (%g, %g, %g) angle:%i ednum:%i flags:%x", spot->origin[VX], spot->origin[VY], spot->origin[VZ], spot->angle, spot->doomEdNum, spot->flags); if(mobj_t *mo = P_SpawnMobj(type, spot->origin, spot->angle, spot->flags)) { if(mo->tics > 0) mo->tics = 1 + (P_Random() % mo->tics); #if __JHEXEN__ mo->tid = spot->tid; mo->special = spot->special; mo->args[0] = spot->arg1; mo->args[1] = spot->arg2; mo->args[2] = spot->arg3; mo->args[3] = spot->arg4; mo->args[4] = spot->arg5; #endif #if __JHEXEN__ if(mo->flags2 & MF2_FLOATBOB) mo->special1 = FLT2FIX(spot->origin[VZ]); #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ if(mo->flags & MF_COUNTKILL) totalKills++; if(mo->flags & MF_COUNTITEM) totalItems++; #endif } } else { App_Log(DE2_MAP_WARNING, "Unknown DoomEdNum %i at (%g, %g, %g)", spot->doomEdNum, spot->origin[VX], spot->origin[VY], spot->origin[VZ]); } } #if __JHERETIC__ // Spawn a Firemace? if(!IS_CLIENT && maceSpotCount) { // Sometimes the Firemace doesn't show up if not in deathmatch. if(!(!COMMON_GAMESESSION->rules().deathmatch && P_Random() < 64)) { if(mapspot_t const *spot = P_ChooseRandomMaceSpot()) { App_Log(DE2_DEV_MAP_VERBOSE, "spawnMapObjects: Spawning Firemace at (%g, %g, %g)", spot->origin[VX], spot->origin[VY], spot->origin[VZ]); P_SpawnMobjXYZ(MT_WMACE, spot->origin[VX], spot->origin[VY], 0, spot->angle, MSF_Z_FLOOR); } } } #endif #if __JHEXEN__ P_CreateTIDList(); #endif P_SpawnPlayers(); } /// @param mapInfo Can be @c NULL. static void initFog(ddmapinfo_t *ddMapInfo) { if(IS_DEDICATED) return; if(!ddMapInfo || !(ddMapInfo->flags & MIF_FOG)) { R_SetupFogDefaults(); } else { R_SetupFog(ddMapInfo->fogStart, ddMapInfo->fogEnd, ddMapInfo->fogDensity, ddMapInfo->fogColor); } #if __JHEXEN__ if(mapinfo_t const *mapInfo = P_MapInfo(0/*current map*/)) { int fadeTable = mapInfo->fadeTable; if(fadeTable == W_GetLumpNumForName("COLORMAP")) { // We don't want fog in this case. GL_UseFog(false); } else { // Probably fog ... don't use fullbright sprites if(fadeTable == W_GetLumpNumForName("FOGMAP")) { // Tell the renderer to turn on the fog. GL_UseFog(true); } } } #endif } void P_SetupMap(Uri const *mapUri) { DENG2_ASSERT(mapUri != 0); if(IS_DEDICATED) { // Whenever the map changes, update the game rule config. GameRuleset newRules(COMMON_GAMESESSION->rules()); // make a copy newRules.deathmatch = cfg.netDeathmatch; newRules.noMonsters = cfg.netNoMonsters; /*newRules.*/cfg.jumpEnabled = cfg.netJumping; #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ newRules.respawnMonsters = cfg.netRespawn; #endif #if __JHEXEN__ newRules.randomClasses = cfg.netRandomClass; #endif COMMON_GAMESESSION->applyNewRules(newRules); } // If we're the server, let clients know the map will change. NetSv_SendGameState(GSF_CHANGE_MAP, DDSP_ALL_PLAYERS); // It begins... mapSetup = true; ::timerGame = 0; if(COMMON_GAMESESSION->rules().deathmatch) { int parm = CommandLine_Check("-timer"); if(parm && parm < CommandLine_Count() - 1) { ::timerGame = atoi(CommandLine_At(parm + 1)) * 35 * 60; } } P_ResetWorldState(); // Initialize the logical sound manager. S_MapChange(); AutoStr *mapUriStr = Uri_Compose(mapUri); if(!P_MapChange(Str_Text(mapUriStr))) { AutoStr *path = Uri_ToString(mapUri); Con_Error("P_SetupMap: Failed changing/loading map \"%s\".\n", Str_Text(path)); exit(1); // Unreachable. } // Is MapInfo data available for this map? { AutoStr *mapUriStr = Uri_Compose(mapUri); ddmapinfo_t mapInfo; bool haveMapInfo = Def_Get(DD_DEF_MAP_INFO, Str_Text(mapUriStr), &mapInfo); initFog(haveMapInfo? &mapInfo : 0); } // Make sure the game is paused for the requested period. Pause_MapStarted(); // It ends. mapSetup = false; } typedef struct { mobjtype_t type; int gameModeBits; } mobjtype_precachedata_t; static void precacheResources() { // Disabled? if(!precache || IS_DEDICATED) return; R_PrecachePSprites(); #if __JDOOM__ || __JHERETIC__ { static const mobjtype_precachedata_t types[] = { # if __JDOOM__ { MT_SKULL, GM_ANY }, // Missiles: { MT_BRUISERSHOT, GM_ANY }, { MT_TROOPSHOT, GM_ANY }, { MT_HEADSHOT, GM_ANY }, { MT_ROCKET, GM_ANY }, { MT_PLASMA, GM_ANY ^ GM_DOOM_SHAREWARE }, { MT_BFG, GM_ANY ^ GM_DOOM_SHAREWARE }, { MT_ARACHPLAZ, GM_DOOM2 }, { MT_FATSHOT, GM_DOOM2 }, // Potentially dropped weapons: { MT_CLIP, GM_ANY }, { MT_SHOTGUN, GM_ANY }, { MT_CHAINGUN, GM_ANY }, // Misc effects: { MT_FIRE, GM_DOOM2 }, { MT_TRACER, GM_ANY }, { MT_SMOKE, GM_ANY }, { MT_FATSHOT, GM_DOOM2 }, { MT_BLOOD, GM_ANY }, { MT_PUFF, GM_ANY }, { MT_TFOG, GM_ANY }, // Teleport FX. { MT_EXTRABFG, GM_ANY }, { MT_ROCKETPUFF, GM_ANY }, # elif __JHERETIC__ { MT_BLOODYSKULL, GM_ANY }, { MT_CHICPLAYER, GM_ANY }, { MT_CHICKEN, GM_ANY }, // Player weapon effects: { MT_STAFFPUFF, GM_ANY }, { MT_STAFFPUFF2, GM_ANY }, { MT_BEAKPUFF, GM_ANY }, { MT_GAUNTLETPUFF1, GM_ANY }, { MT_GAUNTLETPUFF2, GM_ANY }, { MT_BLASTERFX1, GM_ANY }, { MT_BLASTERSMOKE, GM_ANY }, { MT_RIPPER, GM_ANY }, { MT_BLASTERPUFF1, GM_ANY }, { MT_BLASTERPUFF2, GM_ANY }, { MT_MACEFX1, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_MACEFX2, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_MACEFX3, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_MACEFX4, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_HORNRODFX1, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_HORNRODFX2, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_RAINPLR3, GM_ANY ^ GM_HERETIC_SHAREWARE }, // SP color { MT_GOLDWANDFX1, GM_ANY }, { MT_GOLDWANDFX2, GM_ANY }, { MT_GOLDWANDPUFF1, GM_ANY }, { MT_GOLDWANDPUFF2, GM_ANY }, { MT_PHOENIXPUFF, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_PHOENIXFX2, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_CRBOWFX1, GM_ANY }, { MT_CRBOWFX2, GM_ANY }, { MT_CRBOWFX3, GM_ANY }, { MT_CRBOWFX4, GM_ANY }, // Artefacts: { MT_EGGFX, GM_ANY }, { MT_FIREBOMB, GM_ANY }, // Enemy effects: { MT_MUMMYSOUL, GM_ANY }, { MT_MUMMYFX1, GM_ANY }, { MT_BEASTBALL, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_BURNBALL, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_BURNBALLFB, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_PUFFY, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_SNAKEPRO_A, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_SNAKEPRO_B, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_HEADFX1, GM_ANY }, { MT_HEADFX2, GM_ANY }, { MT_HEADFX3, GM_ANY }, { MT_WHIRLWIND, GM_ANY }, { MT_WIZFX1, GM_ANY }, { MT_IMPCHUNK1, GM_ANY }, { MT_IMPCHUNK2, GM_ANY }, { MT_IMPBALL, GM_ANY }, { MT_KNIGHTAXE, GM_ANY }, { MT_REDAXE, GM_ANY }, { MT_SRCRFX1, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_SORCERER2, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_SOR2FX1, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_SOR2FXSPARK, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_SOR2FX2, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_SOR2TELEFADE, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_WIZARD, GM_ANY ^ GM_HERETIC_SHAREWARE }, // In case D'sparil is on a map with no Disciples { MT_MNTRFX1, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_MNTRFX2, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_MNTRFX3, GM_ANY ^ GM_HERETIC_SHAREWARE }, // Potentially dropped ammo: { MT_AMGWNDWIMPY, GM_ANY }, { MT_AMCBOWWIMPY, GM_ANY }, { MT_AMSKRDWIMPY, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_AMPHRDWIMPY, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_AMBLSRWIMPY, GM_ANY }, // Potentially dropped artefacts: { MT_ARTITOMEOFPOWER, GM_ANY }, { MT_ARTIEGG, GM_ANY }, { MT_ARTISUPERHEAL, GM_ANY ^ GM_HERETIC_SHAREWARE }, // Misc effects: { MT_POD, GM_ANY }, { MT_PODGOO, GM_ANY }, { MT_SPLASH, GM_ANY }, { MT_SPLASHBASE, GM_ANY }, { MT_LAVASPLASH, GM_ANY }, { MT_LAVASMOKE, GM_ANY }, { MT_SLUDGECHUNK, GM_ANY }, { MT_SLUDGESPLASH, GM_ANY }, { MT_VOLCANOBLAST, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_VOLCANOTBLAST, GM_ANY ^ GM_HERETIC_SHAREWARE }, { MT_TELEGLITTER, GM_ANY }, { MT_TELEGLITTER2, GM_ANY }, { MT_TFOG, GM_ANY }, { MT_BLOOD, GM_ANY }, { MT_BLOODSPLATTER, GM_ANY }, { MT_FEATHER, GM_ANY }, # endif { MT_NONE, 0 } }; for(int i = 0; types[i].type != MT_NONE; ++i) { if(types[i].gameModeBits & gameModeBits) { Rend_CacheForMobjType(types[i].type); } } } if(IS_NETGAME) { # if __JDOOM__ Rend_CacheForMobjType(MT_IFOG); # else // __JHERETIC__ Rend_CacheForMobjType(MT_RAINPLR1); Rend_CacheForMobjType(MT_RAINPLR2); Rend_CacheForMobjType(MT_RAINPLR4); # endif } #endif } void P_FinalizeMapChange(Uri const *uri) { #if !__JHEXEN__ DENG_UNUSED(uri); #endif initXLines(); initXSectors(); Thinker_Init(); #if __JHERETIC__ P_InitAmbientSound(); #endif #if __JHEXEN__ P_InitCorpseQueue(); #endif initMapSpots(); spawnMapObjects(); PO_InitForMap(); #if __JHEXEN__ /// @todo Should be translated by the map converter. lumpnum_t acsLumpNum = W_CheckLumpNumForName(Str_Text(Uri_Path(uri))) + 11 /*ML_BEHAVIOR*/; if(acsLumpNum >= 0 && !IS_CLIENT) { ACScriptInterpreter &interp = Game_ACScriptInterpreter(); interp.loadBytecode(acsLumpNum); memset(interp.mapVars, 0, sizeof(interp.mapVars)); // Start all scripts flagged to begin immediately. interp.startOpenScripts(); } #endif HU_UpdatePsprites(); // Set up world state. P_BuildAllTagLists(); #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ P_FindSecrets(); #endif P_SpawnAllSpecialThinkers(); P_SpawnAllMaterialOriginScrollers(); #if !__JHEXEN__ // Init extended generalized lines and sectors. XG_Init(); #endif #if __JHEXEN__ P_InitSky(uri); #endif // Preload resources we'll likely need but which aren't present (usually) in the map. precacheResources(); if(IS_SERVER) { R_SetAllDoomsdayFlags(); NetSv_SendTotalCounts(DDSP_ALL_PLAYERS); } /* * Do any map finalization including any game-specific stuff. */ #if __JDOOM__ // Adjust slime lower wall textures (a hack!). // This will hide the ugly green bright line that would otherwise be // visible due to texture repeating and interpolation. if(!(gameModeBits & (GM_DOOM2_HACX|GM_DOOM_CHEX))) { Material *mat = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUriCString("Textures:NUKE24")); for(int i = 0; i < numlines; ++i) { Line *line = (Line *)P_ToPtr(DMU_LINE, i); for(int k = 0; k < 2; ++k) { Side *side = (Side *)P_GetPtrp(line, k == 0? DMU_FRONT : DMU_BACK); if(!side) continue; Material *bottomMat = (Material *)P_GetPtrp(side, DMU_BOTTOM_MATERIAL); Material *midMat = (Material *)P_GetPtrp(side, DMU_MIDDLE_MATERIAL); if(bottomMat == mat && !midMat) { float yoff = P_GetFloatp(side, DMU_BOTTOM_MATERIAL_OFFSET_Y); P_SetFloatp(side, DMU_BOTTOM_MATERIAL_OFFSET_Y, yoff + 1.0f); } } } } #elif __JHEXEN__ // Initialize lightning & thunder clap effects (if in use). P_InitLightning(); #endif // Do some fine tuning with mobj placement and orientation. #if __JHERETIC__ || __JHEXEN__ P_MoveThingsOutOfWalls(); #endif #if __JHERETIC__ P_TurnGizmosAwayFromDoors(); #endif } void P_ResetWorldState() { #if __JHEXEN__ static int firstFragReset = 1; #endif nextMap = 0; #if __JDOOM__ || __JDOOM64__ wmInfo.maxFrags = 0; wmInfo.parTime = -1; #endif #if __JDOOM__ delete theBossBrain; theBossBrain = new BossBrain; #endif #if __JHEXEN__ SN_StopAllSequences(); #endif #if __JHERETIC__ maceSpotCount = 0; maceSpots = 0; bossSpotCount = 0; bossSpots = 0; #endif P_PurgeDeferredSpawns(); if(!IS_CLIENT) { #if !__JHEXEN__ totalKills = totalItems = totalSecret = 0; #endif } for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = &players[i]; ddplayer_t *ddplr = plr->plr; ddplr->mo = NULL; plr->killCount = plr->secretCount = plr->itemCount = 0; plr->update |= PSF_COUNTERS; if(ddplr->inGame && plr->playerState == PST_DEAD) plr->playerState = PST_REBORN; #if __JHEXEN__ if(!IS_NETGAME || (IS_NETGAME != 0 && COMMON_GAMESESSION->rules().deathmatch != 0) || firstFragReset == 1) { memset(plr->frags, 0, sizeof(plr->frags)); firstFragReset = 0; } #else std::memset(plr->frags, 0, sizeof(plr->frags)); #endif G_ResetLookOffset(i); } #if __JDOOM__ || __JDOOM64__ bodyQueueSlot = 0; #endif P_DestroyPlayerStarts(); #if __JHERETIC__ || __JHEXEN__ // The pointers in the body queue are now invalid. P_ClearBodyQueue(); #endif } char const *P_MapTitle(Uri const *mapUri) { if(!mapUri) mapUri = gameMapUri; char const *title = 0; // Perhaps a MapInfo definition exists for the map? ddmapinfo_t mapInfo; if(Def_Get(DD_DEF_MAP_INFO, Str_Text(Uri_Compose(mapUri)), &mapInfo)) { if(mapInfo.name[0]) { // Perhaps the title string is a reference to a Text definition? void *ptr; if(Def_Get(DD_DEF_TEXT, mapInfo.name, &ptr) != -1) { title = (char const *) ptr; // Yes, use the resolved text string. } else { title = mapInfo.name; } } } #if __JHEXEN__ // In Hexen we can also look in MAPINFO for the map title. if(!title) { if(mapinfo_t const *mapInfo = P_MapInfo(mapUri)) { title = mapInfo->title; } } #endif if(!title || !title[0]) return 0; // Skip the "ExMx" part, if present. if(char const *ptr = strchr(title, ':')) { title = ptr + 1; while(*title && isspace(*title)) { title++; } } return title; } char const *P_MapAuthor(Uri const *mapUri, dd_bool supressGameAuthor) { if(!mapUri) mapUri = gameMapUri; AutoStr *path = Uri_Resolved(mapUri); if(!path || Str_IsEmpty(path)) return 0; // Perhaps a MapInfo definition exists for the map? ddmapinfo_t mapInfo; char const *author = 0; if(Def_Get(DD_DEF_MAP_INFO, Str_Text(path), &mapInfo)) { author = mapInfo.author; } if(!author || !author[0]) return 0; // Should we suppress the author? /// @todo Do not do this here. GameInfo gameInfo; DD_GameInfo(&gameInfo); if(supressGameAuthor || P_MapIsCustom(Str_Text(path))) { if(!Str_CompareIgnoreCase(gameInfo.author, author)) return 0; } return author; } patchid_t P_MapTitlePatch(Uri const *mapUri) { if(!mapUri) mapUri = gameMapUri; #if __JDOOM__ || __JDOOM64__ uint map = G_MapNumberFor(mapUri); # if __JDOOM__ if(!(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX))) { uint episode = G_EpisodeNumberFor(mapUri); map = (episode * 9) + map; } # endif if(map < pMapNamesSize) { return pMapNames[map]; } #else DENG2_UNUSED(mapUri); #endif return 0; } #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ void P_FindSecrets() { totalSecret = 0; // Find secret sectors. for(int i = 0; i < numsectors; ++i) { if(P_ToXSector((Sector *)P_ToPtr(DMU_SECTOR, i))->special == 9) totalSecret++; } #if __JDOOM64__ // Find secret lines. for(int i = 0; i < numlines; ++i) { if(P_ToXLine((Line *)P_ToPtr(DMU_LINE, i))->special == 994) totalSecret++; } #endif } #endif void P_SpawnSectorMaterialOriginScrollers() { // Clients do not spawn material origin scrollers on their own. if(IS_CLIENT) return; for(int i = 0; i < numsectors; ++i) { Sector *sec = (Sector *)P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); if(!xsec->special) continue; // A scroller? P_SpawnSectorMaterialOriginScroller(sec, PLN_FLOOR, xsec->special); } } void P_SpawnSideMaterialOriginScrollers() { // Clients do not spawn material origin scrollers on their own. if(IS_CLIENT) return; for(int i = 0; i < numlines; ++i) { Line *line = (Line *)P_ToPtr(DMU_LINE, i); xline_t *xline = P_ToXLine(line); if(!xline->special) continue; Side *frontSide = (Side *)P_GetPtrp(line, DMU_FRONT); P_SpawnSideMaterialOriginScroller(frontSide, xline->special); } } void P_SpawnAllMaterialOriginScrollers() { P_SpawnSideMaterialOriginScrollers(); P_SpawnSectorMaterialOriginScrollers(); } doomsday-1.14.5/doomsday/plugins/common/src/x_hair.c0000664000175000017500000000765112350542240021710 0ustar jaakkojaakko/** * @file x_hair.c * HUD Crosshairs, drawing and config. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "common.h" #include "hu_stuff.h" #include "p_user.h" #include "r_common.h" #include "x_hair.h" void X_Register(void) { C_VAR_FLOAT("view-cross-angle", &cfg.xhairAngle, 0, 0, 1); C_VAR_FLOAT("view-cross-size", &cfg.xhairSize, 0, 0, 1); C_VAR_INT ("view-cross-type", &cfg.xhair, 0, 0, NUM_XHAIRS); C_VAR_BYTE ("view-cross-vitality", &cfg.xhairVitality, 0, 0, 1); C_VAR_FLOAT("view-cross-r", &cfg.xhairColor[0], 0, 0, 1); C_VAR_FLOAT("view-cross-g", &cfg.xhairColor[1], 0, 0, 1); C_VAR_FLOAT("view-cross-b", &cfg.xhairColor[2], 0, 0, 1); C_VAR_FLOAT("view-cross-a", &cfg.xhairColor[3], 0, 0, 1); } static dd_bool currentColor(player_t* player, float color[3]) { if(!player || !color) return false; if(cfg.xhairVitality) { // Color the crosshair according to how close the player is to death. /// @todo These colors should be cvars. #define HUE_DEAD 0.f #define HUE_LIVE .3f M_HSVToRGB(color, HUE_DEAD + (HUE_LIVE - HUE_DEAD) * MINMAX_OF(0, (float) player->plr->mo->health / maxHealth, 1), 1, 1); #undef HUE_DEAD #undef HUE_LIVE } else { // Custom color. color[CR] = MINMAX_OF(0, cfg.xhairColor[CR], 1); color[CG] = MINMAX_OF(0, cfg.xhairColor[CG], 1); color[CB] = MINMAX_OF(0, cfg.xhairColor[CB], 1); } return true; } static float currentOpacity(player_t* player) { float opacity = MINMAX_OF(0, cfg.xhairColor[3], 1); // Dead players are incapable of aiming so we want to fade out the crosshair on death. if(player->plr->flags & DDPF_DEAD) { // Make use of the reborn timer to implement the fade out. if(player->rebornWait <= 0) return 0; if(player->rebornWait < PLAYER_REBORN_TICS) { opacity *= (float)player->rebornWait / PLAYER_REBORN_TICS; } } return opacity; } void X_Drawer(int pnum) { #define XHAIR_LINE_WIDTH 1.f player_t* player = players + pnum; int xhair = MINMAX_OF(0, cfg.xhair, NUM_XHAIRS); float scale, oldLineWidth, color[4]; Point2Rawf origin; RectRaw win; if(pnum < 0 || pnum >= MAXPLAYERS) return; // Is there a crosshair to draw? if(xhair == 0) return; color[CA] = currentOpacity(player); if(!(color[CA] > 0)) return; R_ViewWindowGeometry(pnum, &win); origin.x = win.origin.x + (win.size.width / 2); origin.y = win.origin.y + (win.size.height / 2); scale = .125f + MINMAX_OF(0, cfg.xhairSize, 1) * .125f * win.size.height * ((float)80/SCREENHEIGHT); oldLineWidth = DGL_GetFloat(DGL_LINE_WIDTH); DGL_SetFloat(DGL_LINE_WIDTH, XHAIR_LINE_WIDTH); currentColor(player, color); DGL_Color4fv(color); GL_DrawSvg3(VG_XHAIR1 + (xhair-1), &origin, scale, MINMAX_OF(0.f, cfg.xhairAngle, 1.f) * 360); // Restore the previous state. DGL_SetFloat(DGL_LINE_WIDTH, oldLineWidth); #undef XHAIR_LINE_WIDTH } doomsday-1.14.5/doomsday/plugins/common/src/mapstatereader.cpp0000664000175000017500000005613312350542240023776 0ustar jaakkojaakko/** @file mapstatereader.cpp Saved map state reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "mapstatereader.h" #include "dmu_lib.h" #include "dmu_archiveindex.h" #include "d_netsv.h" /// @todo remove me #include "hu_log.h" #include "mapstatewriter.h" // ChunkId #include "p_actor.h" #include "p_mapsetup.h" #include "p_savedef.h" #include "p_saveg.h" // SV_ReadLine, SV_ReadSector #include "p_saveio.h" #include "player.h" #include "polyobjs.h" #include "r_common.h" #include "thinkerinfo.h" #include #include #include namespace internal { static bool useMaterialArchiveSegments() { #if __JHEXEN__ return true; #else return false; #endif } static int thingArchiveVersionFor(int mapVersion) { #if __JHEXEN__ return mapVersion >= 4? 1 : 0; #else return 0; DENG2_UNUSED(mapVersion); #endif } } using namespace internal; using namespace de; DENG2_PIMPL(MapStateReader) { reader_s *reader; int saveVersion; int mapVersion; bool formatHasMapVersionNumber; dd_bool loaded[MAXPLAYERS]; dd_bool infile[MAXPLAYERS]; int thingArchiveSize; ThingArchive *thingArchive; MaterialArchive *materialArchive; dmu_lib::SideArchive *sideArchive; Instance(Public *i) : Base(i) , reader(0) , saveVersion(0) , mapVersion(0) , formatHasMapVersionNumber(false) , thingArchiveSize(0) , thingArchive(0) , materialArchive(0) , sideArchive(0) { de::zap(loaded); de::zap(infile); } ~Instance() { delete thingArchive; delete sideArchive; MaterialArchive_Delete(materialArchive); Reader_Delete(reader); } void beginSegment(int segId) { #if __JHEXEN__ if(segId == ASEG_END && SV_RawReader().source()->size() - SV_RawReader().offset() < 4) { App_Log(DE2_LOG_WARNING, "Savegame lacks ASEG_END marker (unexpected end-of-file)"); return; } if(Reader_ReadInt32(reader) != segId) { /// @throw ReadError Failed alignment check. throw ReadError("MapStateReader", "Corrupt save game, segment #" + String::number(segId) + " failed alignment check"); } #else DENG2_UNUSED(segId); #endif } /// Special case check for the top-level map state segment. void beginMapSegment() { #if __JHEXEN__ int segId = Reader_ReadInt32(reader); if(segId != ASEG_MAP_HEADER2 && segId != ASEG_MAP_HEADER) { /// @throw ReadError Failed alignment check. throw ReadError("MapStateReader", "Corrupt save game, segment #" + String::number(segId) + " failed alignment check"); } formatHasMapVersionNumber = (segId == ASEG_MAP_HEADER2); #else beginSegment(ASEG_MAP_HEADER2); #endif } void endSegment() { beginSegment(ASEG_END); } void readMapHeader() { #if __JHEXEN__ // Maps have their own version number, in Hexen. mapVersion = (formatHasMapVersionNumber? Reader_ReadByte(reader) : 2); // Read the map timer. mapTime = Reader_ReadInt32(reader); #endif } void readConsistencyBytes() { #if !__JHEXEN__ if(Reader_ReadByte(reader) != CONSISTENCY) { /// @throw ReadError Failed alignment check. throw ReadError("MapStateReader", "Corrupt save game, failed consistency check"); } #endif } void readMaterialArchive() { materialArchive = MaterialArchive_NewEmpty(useMaterialArchiveSegments()); #if !__JHEXEN__ if(mapVersion >= 4) #endif { MaterialArchive_Read(materialArchive, reader, mapVersion < 6? 0 : -1); } } // We don't have the right to say which players are in the game. The players that already are // will continue to be. If the data for a given player is not in the savegame file, he will // be notified. The data for players who were saved but are not currently in the game will be // discarded. void readPlayers() { #if __JHEXEN__ if(saveVersion >= 4) #else if(saveVersion >= 5) #endif { beginSegment(ASEG_PLAYER_HEADER); } playerheader_t plrHdr; plrHdr.read(reader, saveVersion); // Setup the dummy. ddplayer_t dummyDDPlayer; player_t dummyPlayer; dummyPlayer.plr = &dummyDDPlayer; #if !__JHEXEN__ ArrayValue const &presentPlayers = self.metadata().geta("players"); #endif for(int i = 0; i < MAXPLAYERS; ++i) { loaded[i] = 0; #if !__JHEXEN__ infile[i] = presentPlayers.at(i).isTrue();; #endif } beginSegment(ASEG_PLAYERS); { #if __JHEXEN__ for(int i = 0; i < MAXPLAYERS; ++i) { infile[i] = Reader_ReadByte(reader); } #endif // Load the players. for(int i = 0; i < MAXPLAYERS; ++i) { // By default a saved player translates to nothing. saveToRealPlayerNum[i] = -1; if(!infile[i]) continue; // The ID number will determine which player this actually is. int pid = Reader_ReadInt32(reader); player_t *player = 0; for(int k = 0; k < MAXPLAYERS; ++k) { if((IS_NETGAME && int(Net_GetPlayerID(k)) == pid) || (!IS_NETGAME && k == 0)) { // This is our guy. player = players + k; loaded[k] = true; // Later references to the player number 'i' must be translated! saveToRealPlayerNum[i] = k; App_Log(DE2_DEV_MAP_MSG, "readPlayers: saved %i is now %i", i, k); break; } } if(!player) { // We have a missing player. Use a dummy to load the data. player = &dummyPlayer; } // Read the data. player->read(reader, plrHdr); } } endSegment(); } void kickMissingPlayers() { for(int i = 0; i < MAXPLAYERS; ++i) { bool notLoaded = false; #if __JHEXEN__ if(players[i].plr->inGame) { // Try to find a saved player that corresponds this one. int k; for(k = 0; k < MAXPLAYERS; ++k) { if(saveToRealPlayerNum[k] == i) { break; } } if(k < MAXPLAYERS) continue; // Found; don't bother this player. players[i].playerState = PST_REBORN; if(!i) { // If the CONSOLEPLAYER isn't in the save, it must be some // other player's file? P_SetMessage(players, LMF_NO_HIDE, GET_TXT(TXT_LOADMISSING)); } else { NetSv_SendMessage(i, GET_TXT(TXT_LOADMISSING)); notLoaded = true; } } #else if(!loaded[i] && players[i].plr->inGame) { if(!i) { P_SetMessage(players, LMF_NO_HIDE, GET_TXT(TXT_LOADMISSING)); } else { NetSv_SendMessage(i, GET_TXT(TXT_LOADMISSING)); } notLoaded = true; } #endif if(notLoaded) { // Kick this player out, he doesn't belong here. DD_Executef(false, "kick %i", i); } } } void readElements() { beginSegment(ASEG_MAP_ELEMENTS); // Sectors. for(int i = 0; i < numsectors; ++i) { SV_ReadSector((Sector *)P_ToPtr(DMU_SECTOR, i), thisPublic); } // Lines. for(int i = 0; i < numlines; ++i) { SV_ReadLine((Line *)P_ToPtr(DMU_LINE, i), thisPublic); } // endSegment(); } void readPolyobjs() { #if __JHEXEN__ beginSegment(ASEG_POLYOBJS); int const writtenPolyobjCount = Reader_ReadInt32(reader); DENG2_ASSERT(writtenPolyobjCount == numpolyobjs); for(int i = 0; i < writtenPolyobjCount; ++i) { /*Skip unused version byte*/ if(mapVersion >= 3) Reader_ReadByte(reader); Polyobj *po = Polyobj_ByTag(Reader_ReadInt32(reader)); DENG2_ASSERT(po != 0); po->read(thisPublic); } // endSegment(); #endif } static int removeLoadSpawnedThinkerWorker(thinker_t *th, void * /*context*/) { if(th->function == (thinkfunc_t) P_MobjThinker) { P_MobjRemove((mobj_t *) th, true); } else { Z_Free(th); } return false; // Continue iteration. } void removeLoadSpawnedThinkers() { #if !__JHEXEN__ if(!IS_SERVER) return; // Not for us. #endif Thinker_Iterate(0 /*all thinkers*/, removeLoadSpawnedThinkerWorker, 0/*no params*/); Thinker_Init(); } #if __JHEXEN__ static bool mobjtypeHasCorpse(mobjtype_t type) { // Only corpses that call A_QueueCorpse from death routine. /// @todo fixme: What about mods? Look for this action in the death /// state sequence? switch(type) { case MT_CENTAUR: case MT_CENTAURLEADER: case MT_DEMON: case MT_DEMON2: case MT_WRAITH: case MT_WRAITHB: case MT_BISHOP: case MT_ETTIN: case MT_PIG: case MT_CENTAUR_SHIELD: case MT_CENTAUR_SWORD: case MT_DEMONCHUNK1: case MT_DEMONCHUNK2: case MT_DEMONCHUNK3: case MT_DEMONCHUNK4: case MT_DEMONCHUNK5: case MT_DEMON2CHUNK1: case MT_DEMON2CHUNK2: case MT_DEMON2CHUNK3: case MT_DEMON2CHUNK4: case MT_DEMON2CHUNK5: case MT_FIREDEMON_SPLOTCH1: case MT_FIREDEMON_SPLOTCH2: return true; default: return false; } } static int rebuildCorpseQueueWorker(thinker_t *th, void * /*context*/) { mobj_t *mo = (mobj_t *) th; // Must be a non-iced corpse. if((mo->flags & MF_CORPSE) && !(mo->flags & MF_ICECORPSE) && mobjtypeHasCorpse(mobjtype_t(mo->type))) { P_AddCorpseToQueue(mo); } return false; // Continue iteration. } /** * @todo fixme: the corpse queue should be serialized (original order unknown). */ void rebuildCorpseQueue() { P_InitCorpseQueue(); // Search the thinker list for corpses and place them in the queue. Thinker_Iterate((thinkfunc_t) P_MobjThinker, rebuildCorpseQueueWorker, NULL/*no params*/); } #endif static int restoreMobjLinksWorker(thinker_t *th, void *context) { MapStateReader *inst = static_cast(context); if(th->function != (thinkfunc_t) P_MobjThinker) return false; // Continue iteration. mobj_t *mo = (mobj_t *) th; mo->target = inst->mobj(PTR2INT(mo->target), &mo->target); mo->onMobj = inst->mobj(PTR2INT(mo->onMobj), &mo->onMobj); #if __JHEXEN__ switch(mo->type) { // Just tracer case MT_BISH_FX: case MT_HOLY_FX: case MT_DRAGON: case MT_THRUSTFLOOR_UP: case MT_THRUSTFLOOR_DOWN: case MT_MINOTAUR: case MT_SORCFX1: if(inst->mapVersion() >= 3) { mo->tracer = inst->mobj(PTR2INT(mo->tracer), &mo->tracer); } else { mo->tracer = inst->mobj(mo->special1, &mo->tracer); mo->special1 = 0; } break; // Just special2 case MT_LIGHTNING_FLOOR: case MT_LIGHTNING_ZAP: mo->special2 = PTR2INT(inst->mobj(mo->special2, &mo->special2)); break; // Both tracer and special2 case MT_HOLY_TAIL: case MT_LIGHTNING_CEILING: if(inst->mapVersion() >= 3) { mo->tracer = inst->mobj(PTR2INT(mo->tracer), &mo->tracer); } else { mo->tracer = inst->mobj(mo->special1, &mo->tracer); mo->special1 = 0; } mo->special2 = PTR2INT(inst->mobj(mo->special2, &mo->special2)); break; default: break; } #else # if __JDOOM__ || __JDOOM64__ mo->tracer = inst->mobj(PTR2INT(mo->tracer), &mo->tracer); # endif # if __JHERETIC__ mo->generator = inst->mobj(PTR2INT(mo->generator), &mo->generator); # endif #endif return false; // Continue iteration. } void readThinkers() { #if !__JHEXEN__ #define PRE_VER5_END_SPECIALS 7 #endif bool const formatHasStasisInfo = (mapVersion >= 6); removeLoadSpawnedThinkers(); #if __JHEXEN__ if(mapVersion < 4) beginSegment(ASEG_MOBJS); else #endif beginSegment(ASEG_THINKERS); #if __JHEXEN__ SV_InitTargetPlayers(); thingArchive->initForLoad(Reader_ReadInt32(reader) /* num elements */); #endif // Read in saved thinkers. #if __JHEXEN__ int i = 0; bool reachedSpecialsBlock = (mapVersion >= 4); #else bool reachedSpecialsBlock = (mapVersion >= 5); #endif byte tClass = 0; for(;;) { #if __JHEXEN__ if(reachedSpecialsBlock) #endif { tClass = Reader_ReadByte(reader); } #if __JHEXEN__ if(mapVersion < 4) { if(reachedSpecialsBlock) // Have we started on the specials yet? { // Versions prior to 4 used a different value to mark // the end of the specials data and the thinker class ids // are differrent, so we need to manipulate the thinker // class identifier value. if(tClass != TC_END) { tClass += 2; } } else { tClass = TC_MOBJ; } if(tClass == TC_MOBJ && (uint)i == thingArchive->size()) { beginSegment(ASEG_THINKERS); // We have reached the begining of the "specials" block. reachedSpecialsBlock = true; continue; } } #else if(mapVersion < 5) { if(reachedSpecialsBlock) { // Versions prior to 5 used a different value to mark // the end of the specials data so we need to manipulate // the thinker class identifier value. if(tClass == PRE_VER5_END_SPECIALS) { tClass = TC_END; } else { tClass += 3; } } else if(tClass == TC_END) { // We have reached the begining of the "specials" block. reachedSpecialsBlock = true; continue; } } #endif if(tClass == TC_END) break; // End of the list. ThinkerClassInfo *thInfo = SV_ThinkerInfoForClass(thinkerclass_t(tClass)); DENG2_ASSERT(thInfo != 0); // Not for us? (it shouldn't be here anyway!). DENG2_ASSERT(!((thInfo->flags & TSF_SERVERONLY) && IS_CLIENT)); // Mobjs use a special engine-side allocator. thinker_t *th = 0; if(thInfo->thinkclass == TC_MOBJ) { th = reinterpret_cast(Mobj_CreateXYZ((thinkfunc_t) P_MobjThinker, 0, 0, 0, 0, 64, 64, 0)); } else { th = reinterpret_cast(Z_Calloc(thInfo->size, PU_MAP, 0)); } bool putThinkerInStasis = (formatHasStasisInfo? CPP_BOOL(Reader_ReadByte(reader)) : false); if(thInfo->readFunc(th, thisPublic)) { Thinker_Add(th); } if(putThinkerInStasis) { Thinker_SetStasis(th, true); } #if __JHEXEN__ if(tClass == TC_MOBJ) { i++; } #endif } // Update references between thinkers. #if __JHEXEN__ Thinker_Iterate((thinkfunc_t) P_MobjThinker, restoreMobjLinksWorker, thisPublic); P_CreateTIDList(); rebuildCorpseQueue(); #else if(IS_SERVER) { Thinker_Iterate((thinkfunc_t) P_MobjThinker, restoreMobjLinksWorker, thisPublic); for(int i = 0; i < numlines; ++i) { xline_t *xline = P_ToXLine((Line *)P_ToPtr(DMU_LINE, i)); if(!xline->xg) continue; xline->xg->activator = thingArchive->mobj(PTR2INT(xline->xg->activator), &xline->xg->activator); } } #endif #undef PRE_VER5_END_SPECIALS } void readACScriptData() { #if __JHEXEN__ beginSegment(ASEG_SCRIPTS); Game_ACScriptInterpreter().readMapState(thisPublic); // endSegment(); #endif } void readSoundSequences() { #if __JHEXEN__ beginSegment(ASEG_SOUNDS); SN_ReadSequences(reader, mapVersion); // endSegment(); #endif } void readMisc() { #if __JHEXEN__ beginSegment(ASEG_MISC); for(int i = 0; i < MAXPLAYERS; ++i) { localQuakeHappening[i] = Reader_ReadInt32(reader); } #endif #if __JDOOM__ DENG2_ASSERT(theBossBrain != 0); theBossBrain->read(thisPublic); #endif } void readSoundTargets() { #if !__JHEXEN__ if(!IS_SERVER) return; // Not for us. // Sound target data was introduced in ver 5 if(mapVersion < 5) return; int numTargets = Reader_ReadInt32(reader); for(int i = 0; i < numTargets; ++i) { xsector_t *xsec = P_ToXSector((Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader))); DENG2_ASSERT(xsec != 0); if(!xsec) { DENG2_UNUSED(Reader_ReadInt16(reader)); continue; } xsec->soundTarget = INT2PTR(mobj_t, Reader_ReadInt16(reader)); xsec->soundTarget = thingArchive->mobj(PTR2INT(xsec->soundTarget), &xsec->soundTarget); } #endif } }; MapStateReader::MapStateReader(game::SavedSession const &session) : game::SavedSession::MapStateReader(session) , d(new Instance(this)) {} MapStateReader::~MapStateReader() {} void MapStateReader::read(String const &mapUriStr) { File const &mapStateFile = folder().locate(String("maps") / mapUriStr + "State"); SV_OpenFileForRead(mapStateFile); d->reader = SV_NewReader(); /*magic*/ Reader_ReadInt32(d->reader); d->saveVersion = Reader_ReadInt32(d->reader); d->mapVersion = d->saveVersion; // Default: mapVersion == saveVersion d->thingArchiveSize = 0; #if !__JHEXEN__ d->thingArchiveSize = (d->saveVersion >= 5? Reader_ReadInt32(d->reader) : 1024); #endif d->readPlayers(); // Prepare and populate the side archive. d->sideArchive = new dmu_lib::SideArchive; // Deserialize the map. d->beginMapSegment(); { d->readMapHeader(); d->readMaterialArchive(); d->thingArchive = new ThingArchive(thingArchiveVersionFor(d->mapVersion)); #if !__JHEXEN__ d->thingArchive->initForLoad(d->thingArchiveSize); #endif d->readElements(); d->readPolyobjs(); d->readThinkers(); d->readACScriptData(); d->readSoundSequences(); d->readMisc(); d->readSoundTargets(); } d->endSegment(); // Cleanup. delete d->thingArchive; d->thingArchive = 0; delete d->sideArchive; d->sideArchive = 0; MaterialArchive_Delete(d->materialArchive); d->materialArchive = 0; d->readConsistencyBytes(); Reader_Delete(d->reader); d->reader = 0; #if __JHEXEN__ SV_ClearTargetPlayers(); #endif SV_CloseFile(); // Notify the players that weren't in the savegame. d->kickMissingPlayers(); // In netgames, the server tells the clients about this. NetSv_LoadGame(metadata().geti("sessionId")); // Material scrollers must be spawned for older savegame versions. if(d->saveVersion <= 10) { P_SpawnAllMaterialOriginScrollers(); } // Let the engine know where the local players are now. for(int i = 0; i < MAXPLAYERS; ++i) { R_UpdateConsoleView(i); } // Inform the engine that map setup must be performed once more. R_SetupMap(0, 0); } mobj_t *MapStateReader::mobj(ThingArchive::SerialId serialId, void *address) const { DENG2_ASSERT(d->thingArchive != 0); return d->thingArchive->mobj(serialId, address); } Material *MapStateReader::material(materialarchive_serialid_t serialId, int group) const { DENG2_ASSERT(d->materialArchive != 0); return MaterialArchive_Find(d->materialArchive, serialId, group); } Side *MapStateReader::side(int sideIndex) const { DENG2_ASSERT(d->sideArchive != 0); return (Side *)d->sideArchive->at(sideIndex); } player_t *MapStateReader::player(int serialId) const { DENG2_ASSERT(serialId > 0 && serialId <= MAXPLAYERS); return players + saveToRealPlayerNum[serialId - 1]; } int MapStateReader::mapVersion() { return d->mapVersion; } reader_s *MapStateReader::reader() { DENG2_ASSERT(d->reader != 0); return d->reader; } void MapStateReader::addMobjToThingArchive(mobj_t *mobj, ThingArchive::SerialId serialId) { DENG2_ASSERT(d->thingArchive != 0); d->thingArchive->insert(mobj, serialId); } doomsday-1.14.5/doomsday/plugins/common/src/gamerules.cpp0000664000175000017500000001257112350542240022757 0ustar jaakkojaakko/** @file gamerules.cpp Game rule set. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "gamerules.h" using namespace de; GameRuleset::GameRuleset() : skill(0) #if !__JHEXEN__ , fast(0) #endif , deathmatch(0) , noMonsters(0) #if __JHEXEN__ , randomClasses(0) #else , respawnMonsters(0) #endif {} GameRuleset::GameRuleset(GameRuleset const &other) : skill (other.skill) #if !__JHEXEN__ , fast (other.fast) #endif , deathmatch (other.deathmatch) , noMonsters (other.noMonsters) #if __JHEXEN__ , randomClasses (other.randomClasses) #else , respawnMonsters(other.respawnMonsters) #endif {} GameRuleset *GameRuleset::fromReader(reader_s *reader) // static { GameRuleset *rules = new GameRuleset; rules->read(reader); return rules; } GameRuleset *GameRuleset::fromRecord(Record const &record, GameRuleset const *defaults) // static { GameRuleset *rules = new GameRuleset; Record const *rec = &record; if(defaults) { Record *merged = defaults->toRecord(); merged->copyMembersFrom(record); rec = merged; } /// @todo Info keys are converted to lowercase when parsed. if(!defaults || rec->has("skill")) rules->skill = rec->geti("skill"); #if !__JHEXEN__ if(!defaults || rec->has("fast")) rules->fast = byte( rec->getb("fast") ); #endif if(!defaults || rec->has("deathmatch")) rules->deathmatch = byte( rec->geti("deathmatch") ); if(!defaults || rec->has("noMonsters")) rules->noMonsters = byte( rec->getb("noMonsters") ); #if __JHEXEN__ if(!defaults || rec->has("randomClasses")) rules->randomClasses = byte( rec->getb("randomClasses") ); #else if(!defaults || rec->has("respawnMonsters")) rules->respawnMonsters = byte( rec->getb("respawnMonsters") ); #endif if(rec != &record) delete rec; return rules; } Record *GameRuleset::toRecord() const { Record *rec = new Record; rec->addNumber ("skill", skill); #if !__JHEXEN__ rec->addBoolean("fast", CPP_BOOL(fast)); #endif rec->addNumber ("deathmatch", deathmatch); rec->addBoolean("noMonsters", CPP_BOOL(noMonsters)); #if __JHEXEN__ rec->addBoolean("randomClasses", CPP_BOOL(randomClasses)); #else rec->addBoolean("respawnMonsters", CPP_BOOL(respawnMonsters)); #endif return rec; } GameRuleset &GameRuleset::operator = (GameRuleset const &other) { skill = other.skill; #if !__JHEXEN__ fast = other.fast; #endif deathmatch = other.deathmatch; noMonsters = other.noMonsters; #if __JHEXEN__ randomClasses = other.randomClasses; #else respawnMonsters = other.respawnMonsters; #endif return *this; } String GameRuleset::description() const { /// @todo Separate co-op behavior to new rules, avoiding netgame test. if(IS_NETGAME) { if(deathmatch == 2) return "Deathmatch2"; if(deathmatch) return "Deathmatch"; return "Co-op"; } return "Singleplayer"; } void GameRuleset::write(writer_s *writer) const { DENG2_ASSERT(writer != 0); Writer_WriteByte(writer, skill); Writer_WriteByte(writer, deathmatch); #if !__JHEXEN__ Writer_WriteByte(writer, fast); #endif Writer_WriteByte(writer, noMonsters); #if __JHEXEN__ Writer_WriteByte(writer, randomClasses); #else Writer_WriteByte(writer, respawnMonsters); #endif } void GameRuleset::read(reader_s *reader) { DENG2_ASSERT(reader != 0); skill = Reader_ReadByte(reader); // Interpret skill modes outside the normal range as "spawn no things". if(skill < SM_BABY || skill >= NUM_SKILL_MODES) { skill = SM_NOTHINGS; } deathmatch = Reader_ReadByte(reader); #if !__JHEXEN__ fast = Reader_ReadByte(reader); #endif noMonsters = Reader_ReadByte(reader); #if __JHEXEN__ randomClasses = Reader_ReadByte(reader); #else respawnMonsters = Reader_ReadByte(reader); #endif } String GameRuleset::asText() const { String str; QTextStream os(&str); os << "skillmode: " << int(skill); //os << " jumping: " << (cfg.jumpEnabled ? "yes" : "no"); #if __JHEXEN__ os << " random player classes: " << (randomClasses ? "yes" : "no"); #endif os << " monsters: " << (!noMonsters ? "yes" : "no"); #if !__JHEXEN__ os << " (fast: " << (fast ? "yes" : "no"); os << " respawn: " << (respawnMonsters ? "yes" : "no") << ")"; #endif return str; } doomsday-1.14.5/doomsday/plugins/common/src/p_inventory.cpp0000664000175000017500000004123612350542240023347 0ustar jaakkojaakko/** @file p_inventory.cpp Common code for player inventory. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if defined(__JHERETIC__) || defined(__JHEXEN__) || defined(__JDOOM64__) #include "common.h" #include "p_inventory.h" #include "g_common.h" #include "gamesession.h" #include "player.h" #include "d_net.h" #include "hu_inventory.h" #include #include struct inventoryitem_t { int useCount; inventoryitem_t *next; }; struct playerinventory_t { inventoryitem_t *items[NUM_INVENTORYITEM_TYPES-1]; inventoryitemtype_t readyItem; }; int didUseItem = false; static def_invitem_t const itemDefs[NUM_INVENTORYITEM_TYPES-1] = { #if __JHERETIC__ {GM_ANY, IIF_USE_PANIC, "TXT_ARTIINVULNERABILITY", "A_Invulnerability", "artiuse", "ARTIINVU", CTL_INVULNERABILITY}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIINVISIBILITY", "A_Invisibility", "artiuse", "ARTIINVS", CTL_INVISIBILITY}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIHEALTH", "A_Health", "artiuse", "ARTIPTN2", CTL_HEALTH}, {GM_NOT_SHAREWARE, IIF_USE_PANIC, "TXT_ARTISUPERHEALTH", "A_SuperHealth", "artiuse", "ARTISPHL", CTL_SUPER_HEALTH}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTITOMEOFPOWER", "A_TombOfPower", "artiuse", "ARTIPWBK", CTL_TOME_OF_POWER}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTITORCH", "A_Torch", "artiuse", "ARTITRCH", CTL_TORCH}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIFIREBOMB", "A_FireBomb", "artiuse", "ARTIFBMB", CTL_FIREBOMB}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIEGG", "A_Egg", "artiuse", "ARTIEGGC", CTL_EGG}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIFLY", "A_Wings", "artiuse", "ARTISOAR", CTL_FLY}, {GM_NOT_SHAREWARE, IIF_USE_PANIC, "TXT_ARTITELEPORT", "A_Teleport", "artiuse", "ARTIATLP", CTL_TELEPORT}, #elif __JHEXEN__ {GM_ANY, IIF_USE_PANIC, "TXT_ARTIINVULNERABILITY", "A_Invulnerability", "ARTIFACT_USE", "ARTIINVU", CTL_INVULNERABILITY}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIHEALTH", "A_Health", "ARTIFACT_USE", "ARTIPTN2", CTL_HEALTH}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTISUPERHEALTH", "A_SuperHealth", "ARTIFACT_USE", "ARTISPHL", CTL_MYSTIC_URN}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIHEALINGRADIUS", "A_HealRadius", "ARTIFACT_USE", "ARTIHRAD", -1}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTISUMMON", "A_SummonTarget", "ARTIFACT_USE", "ARTISUMN", CTL_DARK_SERVANT}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTITORCH", "A_Torch", "ARTIFACT_USE", "ARTITRCH", CTL_TORCH}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIEGG", "A_Egg", "ARTIFACT_USE", "ARTIPORK", CTL_EGG}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIFLY", "A_Wings", "ARTIFACT_USE", "ARTISOAR", CTL_FLY}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIBLASTRADIUS", "A_BlastRadius", "ARTIFACT_USE", "ARTIBLST", CTL_BLAST_RADIUS}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIPOISONBAG", "A_PoisonBag", "ARTIFACT_USE", "ARTIPSBG", CTL_POISONBAG}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTITELEPORTOTHER", "A_TeleportOther", "ARTIFACT_USE", "ARTITELO", CTL_TELEPORT_OTHER}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTISPEED", "A_Speed", "ARTIFACT_USE", "ARTISPED", CTL_SPEED_BOOTS}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIBOOSTMANA", "A_BoostMana", "ARTIFACT_USE", "ARTIBMAN", CTL_KRATER}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTIBOOSTARMOR", "A_BoostArmor", "ARTIFACT_USE", "ARTIBRAC", -1}, {GM_ANY, IIF_USE_PANIC, "TXT_ARTITELEPORT", "A_Teleport", "ARTIFACT_USE", "ARTIATLP", CTL_TELEPORT}, {GM_ANY, 0, "TXT_ARTIPUZZSKULL", "A_PuzzSkull", "PUZZLE_SUCCESS", "ARTISKLL", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEMBIG", "A_PuzzGemBig", "PUZZLE_SUCCESS", "ARTIBGEM", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEMRED", "A_PuzzGemRed", "PUZZLE_SUCCESS", "ARTIGEMR", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEMGREEN1", "A_PuzzGemGreen1", "PUZZLE_SUCCESS", "ARTIGEMG", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEMGREEN2", "A_PuzzGemGreen2", "PUZZLE_SUCCESS", "ARTIGMG2", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEMBLUE1", "A_PuzzGemBlue1", "PUZZLE_SUCCESS", "ARTIGEMB", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEMBLUE2", "A_PuzzGemBlue2", "PUZZLE_SUCCESS", "ARTIGMB2", -1}, {GM_ANY, 0, "TXT_ARTIPUZZBOOK1", "A_PuzzBook1", "PUZZLE_SUCCESS", "ARTIBOK1", -1}, {GM_ANY, 0, "TXT_ARTIPUZZBOOK2", "A_PuzzBook2", "PUZZLE_SUCCESS", "ARTIBOK2", -1}, {GM_ANY, 0, "TXT_ARTIPUZZSKULL2", "A_PuzzSkull2", "PUZZLE_SUCCESS", "ARTISKL2", -1}, {GM_ANY, 0, "TXT_ARTIPUZZFWEAPON", "A_PuzzFWeapon", "PUZZLE_SUCCESS", "ARTIFWEP", -1}, {GM_ANY, 0, "TXT_ARTIPUZZCWEAPON", "A_PuzzCWeapon", "PUZZLE_SUCCESS", "ARTICWEP", -1}, {GM_ANY, 0, "TXT_ARTIPUZZMWEAPON", "A_PuzzMWeapon", "PUZZLE_SUCCESS", "ARTIMWEP", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEAR1", "A_PuzzGear1", "PUZZLE_SUCCESS", "ARTIGEAR", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEAR2", "A_PuzzGear2", "PUZZLE_SUCCESS", "ARTIGER2", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEAR3", "A_PuzzGear3", "PUZZLE_SUCCESS", "ARTIGER3", -1}, {GM_ANY, 0, "TXT_ARTIPUZZGEAR4", "A_PuzzGear4", "PUZZLE_SUCCESS", "ARTIGER4", -1} #elif __JDOOM64__ {GM_ANY, IIF_READY_ALWAYS, "DEMONKEY1", "", "", "", -1}, {GM_ANY, IIF_READY_ALWAYS, "DEMONKEY2", "", "", "", -1}, {GM_ANY, IIF_READY_ALWAYS, "DEMONKEY3", "", "", "", -1} #endif }; static invitem_t invItems[NUM_INVENTORYITEM_TYPES - 1]; static playerinventory_t inventories[MAXPLAYERS]; static inline def_invitem_t const *itemDefForType(inventoryitemtype_t type) { return &itemDefs[type - 1]; } static inventoryitem_t *allocItem() { inventoryitem_t *item = (inventoryitem_t *)M_Malloc(sizeof(*item)); return item; } static void freeItem(inventoryitem_t *item) { M_Free(item); } static inline uint countItems2(playerinventory_t const *inv, inventoryitemtype_t type) { uint count = 0; for(inventoryitem_t const *item = inv->items[type - 1]; item; item = item->next) { count++; } return count; } static uint countItems(playerinventory_t const *inv, inventoryitemtype_t type) { if(type == IIT_NONE) { uint count = 0; for(int i = IIT_FIRST; i < NUM_INVENTORYITEM_TYPES; ++i) { count += countItems2(inv, inventoryitemtype_t(i)); } return count; } return countItems2(inv, type); } static dd_bool useItem(playerinventory_t *inv, inventoryitemtype_t type, dd_bool panic) { if(!countItems(inv, type)) return false; // That was a non-starter. int plrnum = inv - inventories; invitem_t const *item = &invItems[type-1]; // Is this usable? if(!item->action) { return false; // No. } // How about when panicked? if(panic) { def_invitem_t const *def = itemDefForType(type); if(!(def->flags & IIF_USE_PANIC)) { return false; } } /** * @attention Kludge: * Action ptrs do not currently support return values. For now, rather * than rewrite each use routine, use a global var to get the result. * Ugly. */ didUseItem = false; de::function_cast(item->action)(players[plrnum].plr->mo); return didUseItem; } static dd_bool giveItem(playerinventory_t *inv, inventoryitemtype_t type) { uint count = countItems(inv, type); // Do not give items unavailable for the current game mode. def_invitem_t const *def = itemDefForType(type); if(!(def->gameModeBits & gameModeBits)) return false; #if __JHEXEN__ // Can't carry more than 1 puzzle item in coop netplay. if(count && type >= IIT_FIRSTPUZZITEM && IS_NETGAME && !COMMON_GAMESESSION->rules().deathmatch) { return false; } #endif // Carrying the maximum allowed number of these items? if(count >= MAXINVITEMCOUNT) { return false; } inventoryitem_t *item = allocItem(); item->useCount = 0; item->next = inv->items[type-1]; inv->items[type-1] = item; return true; } static int takeItem(playerinventory_t *inv, inventoryitemtype_t type) { if(!inv->items[type - 1]) { return false; // Don't have one to take. } inventoryitem_t *next = inv->items[type - 1]->next; freeItem(inv->items[type -1]); inv->items[type - 1] = next; if(!inv->items[type - 1]) { // Took last item of this type. if(inv->readyItem == type) { inv->readyItem = IIT_NONE; } } return true; } static int tryTakeItem(playerinventory_t *inv, inventoryitemtype_t type) { if(takeItem(inv, type)) { // An item was taken. int player = inv - inventories; players[player].update |= PSF_INVENTORY; #if __JHERETIC__ || __JHEXEN__ // Inform the HUD. Hu_InventoryMarkDirty(player); // Set position markers and set the next readyItem? if(inv->readyItem == IIT_NONE) { Hu_InventoryMove(player, -1, false, true); } #endif return true; } return false; } static int tryUseItem(playerinventory_t *inv, inventoryitemtype_t type, int panic) { if(useItem(inv, type, panic)) { // Item was used. return tryTakeItem(inv, type); } return false; } def_invitem_t const *P_GetInvItemDef(inventoryitemtype_t type) { DENG2_ASSERT(type >= IIT_FIRST && type < NUM_INVENTORYITEM_TYPES); return itemDefForType(type); } static acfnptr_t getActionPtr(char const *name) { if(name && name[0]) { for(actionlink_t *link = actionlinks; link->name; link++) { if(!strcmp(name, link->name)) return link->func; } } return 0; } void P_InitInventory() { de::zap(invItems); for(int i = 0; i < NUM_INVENTORYITEM_TYPES - 1; ++i) { inventoryitemtype_t type = inventoryitemtype_t(IIT_FIRST + i); def_invitem_t const *def = P_GetInvItemDef(type); invitem_t *data = &invItems[i]; // Skip items unavailable for the current game mode. if(!(def->gameModeBits & gameModeBits)) continue; data->type = type; data->niceName = textenum_t(Def_Get(DD_DEF_TEXT, (char *) def->niceName, NULL)); data->action = getActionPtr(def->action); data->useSnd = sfxenum_t(Def_Get(DD_DEF_SOUND, (char *) def->useSnd, NULL)); data->patchId = R_DeclarePatch(def->patch); } de::zap(inventories); } void P_ShutdownInventory() { for(int i = 0; i < MAXPLAYERS; ++i) { P_InventoryEmpty(i); } } invitem_t const *P_GetInvItem(int id) { if(id < 0 || id >= NUM_INVENTORYITEM_TYPES - 1) return 0; return &invItems[id]; } void P_InventoryEmpty(int player) { if(player < 0 || player >= MAXPLAYERS) return; playerinventory_t *inv = &inventories[player]; for(int i = 0; i < NUM_INVENTORYITEM_TYPES - 1; ++i) { inventoryitem_t *item; while((item = inv->items[i])) { inventoryitem_t *next = item->next; freeItem(item); inv->items[i] = next; } } de::zap(inv->items); inv->readyItem = IIT_NONE; } uint P_InventoryCount(int player, inventoryitemtype_t type) { if(player < 0 || player >= MAXPLAYERS) return 0; if(!(type == IIT_NONE || (type >= IIT_FIRST && type < NUM_INVENTORYITEM_TYPES))) { return 0; } return countItems(&inventories[player], type); } int P_InventorySetReadyItem(int player, inventoryitemtype_t type) { if(player < 0 || player >= MAXPLAYERS) return 0; if(type < IIT_NONE || type >= NUM_INVENTORYITEM_TYPES) return 0; playerinventory_t *inv = &inventories[player]; if(type == IIT_NONE || countItems(inv, type)) { // A valid ready request. dd_bool mustEquip = true; if(type != IIT_NONE) { def_invitem_t const *def = P_GetInvItemDef(type); mustEquip = ((def->flags & IIF_READY_ALWAYS)? false : true); } if(mustEquip && inv->readyItem != type) { // Make it so. inv->readyItem = type; #if __JHERETIC__ || __JHEXEN__ // Inform the HUD. Hu_InventoryMarkDirty(player); #endif } return 1; } return 0; } inventoryitemtype_t P_InventoryReadyItem(int player) { if(player < 0 || player >= MAXPLAYERS) return IIT_NONE; return inventories[player].readyItem; } int P_InventoryGive(int player, inventoryitemtype_t type, int silent) { if(player < 0 || player >= MAXPLAYERS) return 0; if(!(type >= IIT_FIRST && type < NUM_INVENTORYITEM_TYPES)) return 0; playerinventory_t *inv = &inventories[player]; uint oldNumItems = countItems(inv, IIT_NONE); if(giveItem(inv, type)) { // Item was given. players[player].update |= PSF_INVENTORY; #if __JHERETIC__ || __JHEXEN__ // Inform the HUD. Hu_InventoryMarkDirty(player); #endif if(oldNumItems == 0) { // This is the first item the player has been given; ready it. def_invitem_t const *def = P_GetInvItemDef(type); if(!(def->flags & IIF_READY_ALWAYS)) { inv->readyItem = type; #if __JHERETIC__ || __JHEXEN__ Hu_InventorySelect(player, type); #endif } } // Maybe unhide the HUD? #if __JHERETIC__ || __JHEXEN__ if(!silent) { ST_HUDUnHide(player, HUE_ON_PICKUP_INVITEM); } #else DENG2_UNUSED(silent); #endif return 1; } return 0; } int P_InventoryTake(int player, inventoryitemtype_t type, int /*silent*/) { if(player < 0 || player >= MAXPLAYERS) return 0; if(!(type >= IIT_FIRST && type < NUM_INVENTORYITEM_TYPES)) return 0; playerinventory_t *inv = &inventories[player]; return tryTakeItem(inv, type); } int P_InventoryUse(int player, inventoryitemtype_t type, int silent) { inventoryitemtype_t lastUsed = IIT_NONE; if(player < 0 || player >= MAXPLAYERS) return false; if(!(type >= IIT_FIRST || type <= NUM_INVENTORYITEM_TYPES)) return false; playerinventory_t *inv = &inventories[player]; App_Log(DE2_DEV_MAP_VERBOSE, "P_InventoryUse: Player %i using item %i", player, type); if(IS_CLIENT) { if(countItems(inv, type)) { // Clients will send a request to use the item, nothing else. NetCl_PlayerActionRequest(&players[player], GPA_USE_FROM_INVENTORY, type); lastUsed = type; } } else { if(type != NUM_INVENTORYITEM_TYPES) { if(tryUseItem(inv, type, false)) { lastUsed = type; } } else { // Panic! Use one of each item that is usable when panicked. for(int i = IIT_FIRST; i < NUM_INVENTORYITEM_TYPES; ++i) { if(tryUseItem(inv, inventoryitemtype_t(i), true)) { lastUsed = inventoryitemtype_t(i); } } } if(lastUsed == IIT_NONE) { // Failed to use an item. // Set current to the next available? #if __JHERETIC__ || __JHEXEN__ if(type != NUM_INVENTORYITEM_TYPES && cfg.inventoryUseNext) { # if __JHEXEN__ if(lastUsed < IIT_FIRSTPUZZITEM) # endif { Hu_InventoryMove(player, -1, true /* allow wrap */, true); } } #endif return false; } } if(!silent && lastUsed != IIT_NONE) { invitem_t *item = &invItems[lastUsed - 1]; S_ConsoleSound(item->useSnd, NULL, player); #if __JHERETIC__ || __JHEXEN__ ST_FlashCurrentItem(player); #endif } return true; } #endif doomsday-1.14.5/doomsday/plugins/common/src/p_plat.cpp0000664000175000017500000004231412350542240022250 0ustar jaakkojaakko/** @file p_plat.cpp Common playsim routines relating to moving platforms. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2006 Martin Eyre * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_plat.h" #include "dmu_lib.h" #include "p_mapspec.h" #include "p_tick.h" #include "p_sound.h" // Sounds played by the platforms when changing state or moving. // jHexen uses sound sequences, so it's are defined as 'SFX_NONE'. #if __JDOOM__ # define SFX_PLATFORMSTART (SFX_PSTART) # define SFX_PLATFORMMOVE (SFX_STNMOV) # define SFX_PLATFORMSTOP (SFX_PSTOP) #elif __JDOOM64__ # define SFX_PLATFORMSTART (SFX_PSTART) # define SFX_PLATFORMMOVE (SFX_STNMOV) # define SFX_PLATFORMSTOP (SFX_PSTOP) #elif __JHERETIC__ # define SFX_PLATFORMSTART (SFX_PSTART) # define SFX_PLATFORMMOVE (SFX_STNMOV) # define SFX_PLATFORMSTOP (SFX_PSTOP) #elif __JHEXEN__ # define SFX_PLATFORMSTART (SFX_NONE) # define SFX_PLATFORMMOVE (SFX_NONE) # define SFX_PLATFORMSTOP (SFX_NONE) #endif /** * Called when a moving plat needs to be removed. * * @param plat Ptr to the plat to remove. */ static void stopPlat(plat_t *plat) { P_ToXSector(plat->sector)->specialData = 0; #if __JHEXEN__ Game_ACScriptInterpreter().tagFinished(P_ToXSector(plat->sector)->tag); #endif Thinker_Remove(&plat->thinker); } void T_PlatRaise(void *platThinkerPtr) { plat_t *plat = (plat_t *)platThinkerPtr; result_e res; switch(plat->state) { case PS_UP: res = T_MovePlane(plat->sector, plat->speed, plat->high, plat->crush, 0, 1); // Play a "while-moving" sound? #if __JHERETIC__ if(!(mapTime & 31)) S_PlaneSound((Plane *)P_GetPtrp(plat->sector, DMU_FLOOR_PLANE), SFX_PLATFORMMOVE); #endif #if __JDOOM__ || __JDOOM64__ if(plat->type == PT_RAISEANDCHANGE || plat->type == PT_RAISETONEARESTANDCHANGE) { if(!(mapTime & 7)) S_PlaneSound((Plane *)P_GetPtrp(plat->sector, DMU_FLOOR_PLANE), SFX_PLATFORMMOVE); } #endif if(res == crushed && (!plat->crush)) { plat->count = plat->wait; plat->state = PS_DOWN; #if __JHEXEN__ SN_StartSequenceInSec(plat->sector, SEQ_PLATFORM); #else # if __JDOOM64__ if(plat->type != PT_DOWNWAITUPDOOR) // jd64 added test # endif S_PlaneSound((Plane *)P_GetPtrp(plat->sector, DMU_FLOOR_PLANE), SFX_PLATFORMSTART); #endif } else { if(res == pastdest) { plat->count = plat->wait; plat->state = PS_WAIT; #if __JHEXEN__ SN_StopSequenceInSec(plat->sector); #else S_PlaneSound((Plane *)P_GetPtrp(plat->sector, DMU_FLOOR_PLANE), SFX_PLATFORMSTOP); #endif switch(plat->type) { case PT_DOWNWAITUPSTAY: #if __JHEXEN__ case PT_DOWNBYVALUEWAITUPSTAY: #else # if !__JHERETIC__ case PT_DOWNWAITUPSTAYBLAZE: case PT_RAISETONEARESTANDCHANGE: # endif # if __JDOOM64__ case PT_DOWNWAITUPPLUS16STAYBLAZE: // jd64 case PT_DOWNWAITUPDOOR: // jd64 # endif case PT_RAISEANDCHANGE: #endif stopPlat(plat); break; default: break; } } } break; case PS_DOWN: res = T_MovePlane(plat->sector, plat->speed, plat->low, false, 0, -1); if(res == pastdest) { plat->count = plat->wait; plat->state = PS_WAIT; #if __JHEXEN__ || __JDOOM64__ switch(plat->type) { # if __JHEXEN__ case PT_UPBYVALUEWAITDOWNSTAY: # endif case PT_UPWAITDOWNSTAY: stopPlat(plat); break; default: break; } #endif #if __JHEXEN__ SN_StopSequenceInSec(plat->sector); #else S_PlaneSound((Plane *)P_GetPtrp(plat->sector, DMU_FLOOR_PLANE), SFX_PLATFORMSTOP); #endif } else { // Play a "while-moving" sound? #if __JHERETIC__ if(!(mapTime & 31)) S_PlaneSound((Plane *)P_GetPtrp(plat->sector, DMU_FLOOR_PLANE), SFX_PLATFORMMOVE); #endif } break; case PS_WAIT: if(!--plat->count) { if(FEQUAL(P_GetDoublep(plat->sector, DMU_FLOOR_HEIGHT), plat->low)) plat->state = PS_UP; else plat->state = PS_DOWN; #if __JHEXEN__ SN_StartSequenceInSec(plat->sector, SEQ_PLATFORM); #else S_PlaneSound((Plane *)P_GetPtrp(plat->sector, DMU_FLOOR_PLANE), SFX_PLATFORMSTART); #endif } break; default: break; } } void plat_t::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. Writer_WriteByte(writer, (byte) type); Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, FLT2FIX(speed)); Writer_WriteInt16(writer, (int)low); Writer_WriteInt16(writer, (int)high); Writer_WriteInt32(writer, wait); Writer_WriteInt32(writer, count); Writer_WriteByte(writer, (byte) state); Writer_WriteByte(writer, (byte) oldState); Writer_WriteByte(writer, (byte) crush); Writer_WriteInt32(writer, tag); } int plat_t::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); #if __JHEXEN__ if(mapVersion >= 4) #else if(mapVersion >= 5) #endif { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. thinker.function = T_PlatRaise; #if !__JHEXEN__ // Should we put this into stasis? if(mapVersion == 5) { if(!Reader_ReadByte(reader)) Thinker_SetStasis(&thinker, true); } #endif type = plattype_e(Reader_ReadByte(reader)); sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); speed = FIX2FLT(Reader_ReadInt32(reader)); low = (float) Reader_ReadInt16(reader); high = (float) Reader_ReadInt16(reader); wait = Reader_ReadInt32(reader); count = Reader_ReadInt32(reader); state = platstate_e(Reader_ReadByte(reader)); oldState = platstate_e(Reader_ReadByte(reader)); crush = (dd_bool) Reader_ReadByte(reader); tag = Reader_ReadInt32(reader); } else { // Its in the old format which serialized plat_t // Padding at the start (an old thinker_t struct) int32_t junk[4]; // sizeof thinker_t Reader_Read(reader, (byte *)junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); speed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); low = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); high = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); wait = Reader_ReadInt32(reader); count = Reader_ReadInt32(reader); state = platstate_e(Reader_ReadInt32(reader)); oldState = platstate_e(Reader_ReadInt32(reader)); crush = Reader_ReadInt32(reader); tag = Reader_ReadInt32(reader); type = plattype_e(Reader_ReadInt32(reader)); thinker.function = T_PlatRaise; #if !__JHEXEN__ if(junk[2] == 0) { Thinker_SetStasis(&thinker, true); } #endif } P_ToXSector(sector)->specialData = this; return true; // Add this thinker. } #if __JHEXEN__ static int doPlat(Line * /*line*/, int tag, byte *args, plattype_e type, int /*amount*/) #else static int doPlat(Line *line, int tag, plattype_e type, int amount) #endif { #if !__JHEXEN__ Sector *frontSector = (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR); #endif iterlist_t *list = P_GetSectorIterListForTag(tag, false); if(!list) return 0; int rtn = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { xsector_t *xsec = P_ToXSector(sec); if(xsec->specialData) continue; // Find lowest & highest floors around sector rtn = 1; plat_t *plat = (plat_t *) Z_Calloc(sizeof(*plat), PU_MAP, 0); plat->thinker.function = T_PlatRaise; Thinker_Add(&plat->thinker); xsec->specialData = plat; plat->type = type; plat->sector = sec; plat->crush = false; plat->tag = tag; #if __JHEXEN__ plat->speed = (float) args[1] * (1.0 / 8); #endif coord_t floorHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); switch(type) { #if !__JHEXEN__ case PT_RAISETONEARESTANDCHANGE: plat->speed = PLATSPEED * .5; P_SetPtrp(sec, DMU_FLOOR_MATERIAL, P_GetPtrp(frontSector, DMU_FLOOR_MATERIAL)); { coord_t nextFloor; if(P_FindSectorSurroundingNextHighestFloor(sec, floorHeight, &nextFloor)) plat->high = nextFloor; else plat->high = floorHeight; } plat->wait = 0; plat->state = PS_UP; // No more damage if applicable. xsec->special = 0; S_PlaneSound((Plane *)P_GetPtrp(sec, DMU_FLOOR_PLANE), SFX_PLATFORMMOVE); break; case PT_RAISEANDCHANGE: plat->speed = PLATSPEED * .5; P_SetPtrp(sec, DMU_FLOOR_MATERIAL, P_GetPtrp(frontSector, DMU_FLOOR_MATERIAL)); plat->high = floorHeight + amount; plat->wait = 0; plat->state = PS_UP; S_PlaneSound((Plane *)P_GetPtrp(sec, DMU_FLOOR_PLANE), SFX_PLATFORMMOVE); break; #endif case PT_DOWNWAITUPSTAY: P_FindSectorSurroundingLowestFloor(sec, P_GetDoublep(sec, DMU_FLOOR_HEIGHT), &plat->low); #if __JHEXEN__ plat->low += 8; #else plat->speed = PLATSPEED * 4; #endif if(plat->low > floorHeight) plat->low = floorHeight; plat->high = floorHeight; plat->state = PS_DOWN; #if __JHEXEN__ plat->wait = (int) args[2]; #else plat->wait = PLATWAIT * TICSPERSEC; #endif #if !__JHEXEN__ S_PlaneSound((Plane *)P_GetPtrp(sec, DMU_FLOOR_PLANE), SFX_PLATFORMSTART); #endif break; #if __JDOOM64__ || __JHEXEN__ case PT_UPWAITDOWNSTAY: P_FindSectorSurroundingHighestFloor(sec, -500, &plat->high); if(plat->high < floorHeight) plat->high = floorHeight; plat->low = floorHeight; plat->state = PS_UP; # if __JHEXEN__ plat->wait = (int) args[2]; # else plat->wait = PLATWAIT * TICSPERSEC; # endif # if __JDOOM64__ plat->speed = PLATSPEED * 8; S_PlaneSound((Plane *)P_GetPtrp(sec, DMU_FLOOR_PLANE), SFX_PLATFORMSTART); # endif break; #endif #if __JDOOM64__ case PT_DOWNWAITUPDOOR: // jd64 plat->speed = PLATSPEED * 8; P_FindSectorSurroundingLowestFloor(sec, P_GetDoublep(sec, DMU_FLOOR_HEIGHT), &plat->low); if(plat->low > floorHeight) plat->low = floorHeight; if(plat->low != floorHeight) plat->low += 6; plat->high = floorHeight; plat->wait = 50 * PLATWAIT; plat->state = PS_DOWN; break; #endif #if __JHEXEN__ case PT_DOWNBYVALUEWAITUPSTAY: plat->low = floorHeight - (coord_t) args[3] * 8; if(plat->low > floorHeight) plat->low = floorHeight; plat->high = floorHeight; plat->wait = (int) args[2]; plat->state = PS_DOWN; break; case PT_UPBYVALUEWAITDOWNSTAY: plat->high = floorHeight + (coord_t) args[3] * 8; if(plat->high < floorHeight) plat->high = floorHeight; plat->low = floorHeight; plat->wait = (int) args[2]; plat->state = PS_UP; break; #endif #if __JDOOM__ || __JDOOM64__ case PT_DOWNWAITUPSTAYBLAZE: plat->speed = PLATSPEED * 8; P_FindSectorSurroundingLowestFloor(sec, P_GetDoublep(sec, DMU_FLOOR_HEIGHT), &plat->low); if(plat->low > floorHeight) plat->low = floorHeight; plat->high = floorHeight; plat->wait = PLATWAIT * TICSPERSEC; plat->state = PS_DOWN; S_PlaneSound((Plane *)P_GetPtrp(sec, DMU_FLOOR_PLANE), SFX_PLATFORMSTART); break; #endif case PT_PERPETUALRAISE: P_FindSectorSurroundingLowestFloor(sec, P_GetDoublep(sec, DMU_FLOOR_HEIGHT), &plat->low); #if __JHEXEN__ plat->low += 8; #else plat->speed = PLATSPEED; #endif if(plat->low > floorHeight) plat->low = floorHeight; P_FindSectorSurroundingHighestFloor(sec, -500, &plat->high); if(plat->high < floorHeight) plat->high = floorHeight; plat->state = platstate_e(P_Random() & 1); #if __JHEXEN__ plat->wait = (int) args[2]; #else plat->wait = PLATWAIT * TICSPERSEC; #endif #if !__JHEXEN__ S_PlaneSound((Plane *)P_GetPtrp(sec, DMU_FLOOR_PLANE), SFX_PLATFORMSTART); #endif break; default: break; } #if __JHEXEN__ SN_StartSequenceInSec(plat->sector, SEQ_PLATFORM); #endif } return rtn; } #if __JHEXEN__ int EV_DoPlat(Line *line, byte *args, plattype_e type, int amount) #else int EV_DoPlat(Line *line, plattype_e type, int amount) #endif { #if __JHEXEN__ return doPlat(line, (int) args[0], args, type, amount); #else int rtn = 0; xline_t *xline = P_ToXLine(line); // Activate all plats that are in stasis. switch(type) { case PT_PERPETUALRAISE: rtn = P_PlatActivate(xline->tag); break; default: break; } return doPlat(line, xline->tag, type, amount) || rtn; #endif } #if !__JHEXEN__ struct activateplatparams_t { short tag; int count; }; static int activatePlat(thinker_t *th, void *context) { plat_t *plat = (plat_t *) th; activateplatparams_t *params = (activateplatparams_t *) context; if(plat->tag == (int) params->tag && plat->thinker.inStasis) { plat->state = plat->oldState; Thinker_SetStasis(&plat->thinker, false); params->count++; } return false; // Contiue iteration. } int P_PlatActivate(short tag) { activateplatparams_t parm; parm.tag = tag; parm.count = 0; Thinker_Iterate(T_PlatRaise, activatePlat, &parm); return parm.count; } #endif struct deactivateplatparams_t { short tag; int count; }; static int deactivatePlat(thinker_t *th, void *context) { plat_t *plat = (plat_t *) th; deactivateplatparams_t *params = (deactivateplatparams_t *) context; #if __JHEXEN__ // For THE one with the tag. if(plat->tag == params->tag) { // Destroy it. stopPlat(plat); params->count++; return true; // Stop iteration. } #else // For one with the tag and not in stasis. if(plat->tag == (int) params->tag && !plat->thinker.inStasis) { // Put it in stasis. plat->oldState = plat->state; Thinker_SetStasis(&plat->thinker, true); params->count++; } #endif return false; // Continue iteration. } int P_PlatDeactivate(short tag) { deactivateplatparams_t parm; parm.tag = tag; parm.count = 0; Thinker_Iterate(T_PlatRaise, deactivatePlat, &parm); return parm.count; } doomsday-1.14.5/doomsday/plugins/common/src/hu_automap.cpp0000664000175000017500000020727212350542240023141 0ustar jaakkojaakko/** @file hu_automap.cpp UIAutomap widget. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "hu_automap.h" #include "am_map.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_tick.h" #include "r_common.h" #if __JDOOM64__ # include "p_inventory.h" #endif #include "g_common.h" #include "gamesession.h" #include "hu_stuff.h" #include #include #include #include #define LERP(start, end, pos) (end * pos + start * (1 - pos)) // Translate between frame and map distances: #define FTOM(map, x) ((x) * (map)->scaleFTOM) #define MTOF(map, x) ((x) * (map)->scaleMTOF) struct uiautomap_rendstate_t { player_t *plr; // The type of object we want to draw. If @c -1, draw only line specials. int objType; dd_bool addToLists; }; uiautomap_rendstate_t rs; dd_bool freezeMapRLs = false; // if -1 no background image will be drawn. #if __JDOOM__ || __JDOOM64__ static int autopageLumpNum = -1; #elif __JHERETIC__ static int autopageLumpNum = 1; #else static int autopageLumpNum = 1; #endif static int playerColorPaletteIndices[NUMPLAYERCOLORS] = { AM_PLR1_COLOR, AM_PLR2_COLOR, AM_PLR3_COLOR, AM_PLR4_COLOR, #if __JHEXEN__ AM_PLR5_COLOR, AM_PLR6_COLOR, AM_PLR7_COLOR, AM_PLR8_COLOR #endif }; static DGLuint amMaskTexture = 0; // Used to mask the map primitives. void UIAutomap_Register() { C_VAR_FLOAT("map-opacity", &cfg.automapOpacity, 0, 0, 1); #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ C_VAR_BYTE ("map-babykeys", &cfg.automapBabyKeys, 0, 0, 1); #endif C_VAR_FLOAT("map-background-r", &cfg.automapBack[0], 0, 0, 1); C_VAR_FLOAT("map-background-g", &cfg.automapBack[1], 0, 0, 1); C_VAR_FLOAT("map-background-b", &cfg.automapBack[2], 0, 0, 1); C_VAR_INT ("map-customcolors", &cfg.automapCustomColors, 0, 0, 1); C_VAR_FLOAT( "map-line-opacity", &cfg.automapLineAlpha, 0, 0, 1); C_VAR_FLOAT("map-line-width", &cfg.automapLineWidth, 0, .1f, 2); C_VAR_FLOAT("map-mobj-r", &cfg.automapMobj[0], 0, 0, 1); C_VAR_FLOAT("map-mobj-g", &cfg.automapMobj[1], 0, 0, 1); C_VAR_FLOAT("map-mobj-b", &cfg.automapMobj[2], 0, 0, 1); C_VAR_FLOAT("map-wall-r", &cfg.automapL1[0], 0, 0, 1); C_VAR_FLOAT("map-wall-g", &cfg.automapL1[1], 0, 0, 1); C_VAR_FLOAT("map-wall-b", &cfg.automapL1[2], 0, 0, 1); C_VAR_FLOAT("map-wall-unseen-r", &cfg.automapL0[0], 0, 0, 1); C_VAR_FLOAT("map-wall-unseen-g", &cfg.automapL0[1], 0, 0, 1); C_VAR_FLOAT("map-wall-unseen-b", &cfg.automapL0[2], 0, 0, 1); C_VAR_FLOAT("map-wall-floorchange-r", &cfg.automapL2[0], 0, 0, 1); C_VAR_FLOAT("map-wall-floorchange-g", &cfg.automapL2[1], 0, 0, 1); C_VAR_FLOAT("map-wall-floorchange-b", &cfg.automapL2[2], 0, 0, 1); C_VAR_FLOAT("map-wall-ceilingchange-r", &cfg.automapL3[0], 0, 0, 1); C_VAR_FLOAT("map-wall-ceilingchange-g", &cfg.automapL3[1], 0, 0, 1); C_VAR_FLOAT("map-wall-ceilingchange-b", &cfg.automapL3[2], 0, 0, 1); C_VAR_BYTE ("map-door-colors", &cfg.automapShowDoors, 0, 0, 1); C_VAR_FLOAT("map-door-glow", &cfg.automapDoorGlow, 0, 0, 200); C_VAR_INT ("map-huddisplay", &cfg.automapHudDisplay, 0, 0, 2); C_VAR_FLOAT("map-pan-speed", &cfg.automapPanSpeed, 0, 0, 1); C_VAR_BYTE ("map-pan-resetonopen", &cfg.automapPanResetOnOpen, 0, 0, 1); C_VAR_BYTE ("map-rotate", &cfg.automapRotate, 0, 0, 1); C_VAR_FLOAT("map-zoom-speed", &cfg.automapZoomSpeed, 0, 0, 1); C_VAR_FLOAT("map-open-timer", &cfg.automapOpenSeconds, CVF_NO_MAX, 0, 0); C_VAR_BYTE ("map-title-position", &cfg.automapTitleAtBottom, 0, 0, 1); C_VAR_BYTE ("rend-dev-freeze-map", &freezeMapRLs, CVF_NO_ARCHIVE, 0, 1); // Aliases for old names: C_VAR_FLOAT("map-alpha-lines", &cfg.automapLineAlpha, 0, 0, 1); } static void rotate2D(coord_t* x, coord_t* y, float angle) { coord_t tmpx = (coord_t) ((*x * cos(angle/180 * DD_PI)) - (*y * sin(angle/180 * DD_PI))); *y = (coord_t) ((*x * sin(angle/180 * DD_PI)) + (*y * cos(angle/180 * DD_PI))); *x = tmpx; } /** * Calculate the min/max scaling factors. * * Take the distance from the bottom left to the top right corners and * choose a max scaling factor such that this distance is short than both * the automap window width and height. */ static void calcViewScaleFactors(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; coord_t dx, dy, dist; float a, b, oldMinScale = am->minScaleMTOF; assert(obj->type == GUI_AUTOMAP); dx = am->bounds[BOXRIGHT] - am->bounds[BOXLEFT]; dy = am->bounds[BOXTOP] - am->bounds[BOXBOTTOM]; dist = (coord_t) sqrt(dx * dx + dy * dy); if(dist < 0) dist = -dist; a = Rect_Width(UIWidget_Geometry(obj)) / dist; b = Rect_Height(UIWidget_Geometry(obj)) / dist; am->minScaleMTOF = (a < b ? a : b); am->maxScaleMTOF = Rect_Height(UIWidget_Geometry(obj)) / am->minScale; App_Log(DE2_DEV_XVERBOSE, "calcViewScaleFactors: dx=%f dy=%f dist=%f w=%i h=%i a=%f b=%f minmtof=%f", dx, dy, dist, Rect_Width(UIWidget_Geometry(obj)), Rect_Height(UIWidget_Geometry(obj)), a, b, am->minScaleMTOF); // Update previously set view scale accordingly. /// @todo The view scale factor needs to be resolution independent! am->targetViewScale = am->viewScale = am->minScaleMTOF/oldMinScale * am->targetViewScale; am->updateViewScale = false; } void UIAutomap_ClearLists(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; uint i; assert(obj->type == GUI_AUTOMAP); if(Get(DD_NOVIDEO) || IS_DEDICATED) return; // Nothing to do. for(i = 0; i < NUM_MAP_OBJECTLISTS; ++i) { if(am->lists[i]) DGL_DeleteLists(am->lists[i], 1); am->lists[i] = 0; } } void UIAutomap_LoadResources(void) { if(autopageLumpNum >= 0) autopageLumpNum = W_CheckLumpNumForName("autopage"); if(!amMaskTexture) { lumpnum_t lumpNum = W_GetLumpNumForName("mapmask"); if(lumpNum >= 0) { const uint8_t* pixels = (const uint8_t*) W_CacheLump(lumpNum); int width = 256, height = 256; amMaskTexture = DGL_NewTextureWithParams(DGL_LUMINANCE, width, height, pixels, 0x8, DGL_NEAREST, DGL_LINEAR, 0 /*no anisotropy*/, DGL_REPEAT, DGL_REPEAT); W_UnlockLump(lumpNum); } } } void UIAutomap_ReleaseResources(void) { if(0 == amMaskTexture) return; DGL_DeleteTextures(1, (DGLuint*) &amMaskTexture); amMaskTexture = 0; } void UIAutomap_Reset(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); UIAutomap_ClearLists(obj); am->constructMap = true; } /** * Draws the given line including any optional extras. */ static void rendLine2(uiwidget_t *ob, float x1, float y1, float x2, float y2, float const color[4], glowtype_t glowType, float glowStrength, float glowSize, dd_bool glowOnly, dd_bool scaleGlowWithView, dd_bool caps, blendmode_t blend, dd_bool drawNormal, dd_bool addToLists) { DENG2_ASSERT(ob->type == GUI_AUTOMAP); DENG2_UNUSED(ob); //guidata_automap_t* am = (guidata_automap_t*)obj->typedata; float const alpha = uiRendState->pageAlpha; //automapcfg_t* mcfg = am->mcfg; float a[2], b[2]; float length, dx, dy; float normal[2], unit[2]; // Scale into map, screen space units. a[VX] = x1; a[VY] = y1; b[VX] = x2; b[VY] = y2; dx = b[VX] - a[VX]; dy = b[VY] - a[VY]; length = sqrt(dx * dx + dy * dy); if(length <= 0) return; unit[VX] = dx / length; unit[VY] = dy / length; normal[VX] = unit[VY]; normal[VY] = -unit[VX]; // Is this a glowing line? if(glowType != GLOW_NONE) { int tex; float thickness; // Scale line thickness relative to zoom level? if(scaleGlowWithView) thickness = cfg.automapDoorGlow * 2.5f + 3; else thickness = glowSize; tex = Get(DD_DYNLIGHT_TEXTURE); if(caps) { // Draw a "cap" at the start of the line. float v1[2], v2[2], v3[2], v4[2]; v1[VX] = a[VX] - unit[VX] * thickness + normal[VX] * thickness; v1[VY] = a[VY] - unit[VY] * thickness + normal[VY] * thickness; v2[VX] = a[VX] + normal[VX] * thickness; v2[VY] = a[VY] + normal[VY] * thickness; v3[VX] = a[VX] - normal[VX] * thickness; v3[VY] = a[VY] - normal[VY] * thickness; v4[VX] = a[VX] - unit[VX] * thickness - normal[VX] * thickness; v4[VY] = a[VY] - unit[VY] * thickness - normal[VY] * thickness; if(!addToLists) { DGL_Bind(tex); DGL_Color4f(color[0], color[1], color[2], glowStrength * alpha); DGL_BlendMode(blend); } DGL_Begin(DGL_QUADS); // V1 DGL_TexCoord2f(0, 0, 0); DGL_TexCoord2f(1, v1[VX], v1[VY]); DGL_Vertex2f(v1[VX], v1[VY]); // V2 DGL_TexCoord2f(0, .5f, 0); DGL_TexCoord2f(1, v2[VX], v2[VY]); DGL_Vertex2f(v2[VX], v2[VY]); // V3 DGL_TexCoord2f(0, .5f, 1); DGL_TexCoord2f(1, v3[VX], v3[VY]); DGL_Vertex2f(v3[VX], v3[VY]); // V4 DGL_TexCoord2f(0, 0, 1); DGL_TexCoord2f(1, v4[VX], v4[VY]); DGL_Vertex2f(v4[VX], v4[VY]); DGL_End(); if(!addToLists) DGL_BlendMode(BM_NORMAL); } // The middle part of the line. switch(glowType) { case GLOW_BOTH: { float v1[2], v2[2], v3[2], v4[2]; v1[VX] = a[VX] + normal[VX] * thickness; v1[VY] = a[VY] + normal[VY] * thickness; v2[VX] = b[VX] + normal[VX] * thickness; v2[VY] = b[VY] + normal[VY] * thickness; v3[VX] = b[VX] - normal[VX] * thickness; v3[VY] = b[VY] - normal[VY] * thickness; v4[VX] = a[VX] - normal[VX] * thickness; v4[VY] = a[VY] - normal[VY] * thickness; if(!addToLists) { DGL_Bind(tex); DGL_Color4f(color[0], color[1], color[2], glowStrength * alpha); DGL_BlendMode(blend); } DGL_Begin(DGL_QUADS); // V1 DGL_TexCoord2f(0, .5f, 0); DGL_TexCoord2f(1, v1[VX], v1[VY]); DGL_Vertex2f(v1[VX], v1[VY]); // V2 DGL_TexCoord2f(0, .5f, 0); DGL_TexCoord2f(1, v2[VX], v2[VY]); DGL_Vertex2f(v2[VX], v2[VY]); // V3 DGL_TexCoord2f(0, .5f, 1); DGL_TexCoord2f(1, v3[VX], v3[VY]); DGL_Vertex2f(v3[VX], v3[VY]); // V4 DGL_TexCoord2f(0, .5f, 1); DGL_TexCoord2f(1, v4[VX], v4[VY]); DGL_Vertex2f(v4[VX], v4[VY]); DGL_End(); if(!addToLists) DGL_BlendMode(BM_NORMAL); } break; case GLOW_BACK: { float v1[2], v2[2], v3[2], v4[2]; v1[VX] = a[VX] + normal[VX] * thickness; v1[VY] = a[VY] + normal[VY] * thickness; v2[VX] = b[VX] + normal[VX] * thickness; v2[VY] = b[VY] + normal[VY] * thickness; v3[VX] = b[VX]; v3[VY] = b[VY]; v4[VX] = a[VX]; v4[VY] = a[VY]; if(!addToLists) { DGL_Bind(tex); DGL_Color4f(color[0], color[1], color[2], glowStrength * alpha); DGL_BlendMode(blend); } DGL_Begin(DGL_QUADS); // V1 DGL_TexCoord2f(0, 0, .25f); DGL_TexCoord2f(1, v1[VX], v1[VY]); DGL_Vertex2f(v1[VX], v1[VY]); // V2 DGL_TexCoord2f(0, 0, .25f); DGL_TexCoord2f(1, v2[VX], v2[VY]); DGL_Vertex2f(v2[VX], v2[VY]); // V3 DGL_TexCoord2f(0, .5f, .25f); DGL_TexCoord2f(1, v3[VX], v3[VY]); DGL_Vertex2f(v3[VX], v3[VY]); // V4 DGL_TexCoord2f(0, .5f, .25f); DGL_TexCoord2f(1, v4[VX], v4[VY]); DGL_Vertex2f(v4[VX], v4[VY]); DGL_End(); if(!addToLists) DGL_BlendMode(BM_NORMAL); } break; case GLOW_FRONT: { float v1[2], v2[2], v3[2], v4[2]; v1[VX] = a[VX]; v1[VY] = a[VY]; v2[VX] = b[VX]; v2[VY] = b[VY]; v3[VX] = b[VX] - normal[VX] * thickness; v3[VY] = b[VY] - normal[VY] * thickness; v4[VX] = a[VX] - normal[VX] * thickness; v4[VY] = a[VY] - normal[VY] * thickness; if(!addToLists) { DGL_Bind(tex); DGL_Color4f(color[0], color[1], color[2], glowStrength * alpha); DGL_BlendMode(blend); } DGL_Begin(DGL_QUADS); // V1 DGL_TexCoord2f(0, .75f, .5f); DGL_TexCoord2f(1, v1[VX], v1[VY]); DGL_Vertex2f(v1[VX], v1[VY]); // V2 DGL_TexCoord2f(0, .75f, .5f); DGL_TexCoord2f(1, v2[VX], v2[VY]); DGL_Vertex2f(v2[VX], v2[VY]); // V3 DGL_TexCoord2f(0, .75f, 1); DGL_TexCoord2f(1, v3[VX], v3[VY]); DGL_Vertex2f(v3[VX], v3[VY]); // V4 DGL_TexCoord2f(0, .75f, 1); DGL_TexCoord2f(1, v4[VX], v4[VY]); DGL_Vertex2f(v4[VX], v4[VY]); DGL_End(); if(!addToLists) DGL_BlendMode(BM_NORMAL); } break; default: break; // Impossible. } if(caps) { float v1[2], v2[2], v3[2], v4[2]; v1[VX] = b[VX] + normal[VX] * thickness; v1[VY] = b[VY] + normal[VY] * thickness; v2[VX] = b[VX] + unit[VX] * thickness + normal[VX] * thickness; v2[VY] = b[VY] + unit[VY] * thickness + normal[VY] * thickness; v3[VX] = b[VX] + unit[VX] * thickness - normal[VX] * thickness; v3[VY] = b[VY] + unit[VY] * thickness - normal[VY] * thickness; v4[VX] = b[VX] - normal[VX] * thickness; v4[VY] = b[VY] - normal[VY] * thickness; if(!addToLists) { DGL_Bind(tex); DGL_Color4f(color[0], color[1], color[2], glowStrength * alpha); DGL_BlendMode(blend); } DGL_Begin(DGL_QUADS); // V1 DGL_TexCoord2f(0, .5f, 0); DGL_TexCoord2f(1, v1[VX], v1[VY]); DGL_Vertex2f(v1[VX], v1[VY]); // V2 DGL_TexCoord2f(0, 1, 0); DGL_TexCoord2f(1, v2[VX], v2[VY]); DGL_Vertex2f(v2[VX], v2[VY]); // V3 DGL_TexCoord2f(0, 1, 1); DGL_TexCoord2f(1, v3[VX], v3[VY]); DGL_Vertex2f(v3[VX], v3[VY]); // V4 DGL_TexCoord2f(0, .5, 1); DGL_TexCoord2f(1, v4[VX], v4[VY]); DGL_Vertex2f(v4[VX], v4[VY]); DGL_End(); if(!addToLists) DGL_BlendMode(BM_NORMAL); } } if(!glowOnly) { if(!addToLists) { DGL_Color4f(color[0], color[1], color[2], color[3] * alpha); DGL_BlendMode(blend); } DGL_Begin(DGL_LINES); DGL_TexCoord2f(0, a[VX], a[VY]); DGL_Vertex2f(a[VX], a[VY]); DGL_TexCoord2f(0, b[VX], b[VY]); DGL_Vertex2f(b[VX], b[VY]); DGL_End(); if(!addToLists) DGL_BlendMode(BM_NORMAL); } if(drawNormal) { #define NORMTAIL_LENGTH 8 float center[2]; center[VX] = a[VX] + (length / 2) * unit[VX]; center[VY] = a[VY] + (length / 2) * unit[VY]; a[VX] = center[VX]; a[VY] = center[VY]; b[VX] = center[VX] + normal[VX] * NORMTAIL_LENGTH; b[VY] = center[VY] + normal[VY] * NORMTAIL_LENGTH; if(!addToLists) { DGL_Color4f(color[0], color[1], color[2], color[3] * alpha); DGL_BlendMode(blend); } DGL_Begin(DGL_LINES); DGL_TexCoord2f(0, a[VX], a[VY]); DGL_Vertex2f(a[VX], a[VY]); DGL_TexCoord2f(0, b[VX], b[VY]); DGL_Vertex2f(b[VX], b[VY]); DGL_End(); if(!addToLists) DGL_BlendMode(BM_NORMAL); #undef NORMTAIL_LENGTH } } static void drawMapLine(Line *line, uiwidget_t *uiWidget) { xline_t *xLine = P_ToXLine(line); guidata_automap_t *am = (guidata_automap_t *)uiWidget->typedata; automapcfg_lineinfo_t const *info; Sector *frontSector; player_t *plr = rs.plr; DENG_ASSERT(line != 0); DENG_ASSERT(uiWidget != 0 && uiWidget->type == GUI_AUTOMAP); // Already drawn once? if(xLine->validCount == VALIDCOUNT) return; // Is this line being drawn? if((xLine->flags & ML_DONTDRAW) && !(am->flags & AMF_REND_ALLLINES)) return; // We only want to draw twosided lines once. frontSector = (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR); if(frontSector // $degenleaf && frontSector != (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR)) { return; } info = 0; if((am->flags & AMF_REND_ALLLINES) || xLine->mapped[plr - players]) { Sector *backSector = (Sector *)P_GetPtrp(line, DMU_BACK_SECTOR); // Perhaps this is a specially colored line? info = AM_GetInfoForSpecialLine(UIAutomap_Config(uiWidget), xLine->special, xLine->flags, frontSector, backSector, UIAutomap_Flags(uiWidget)); if(rs.objType != -1 && !info) { // Perhaps a default colored line? /// @todo Implement an option which changes the vanilla behavior of always /// coloring non-secret lines with the solid-wall color to instead /// use whichever color it would be if not flagged secret. if(!backSector || !P_GetPtrp(line, DMU_BACK) || (xLine->flags & ML_SECRET)) { // solid wall (well probably anyway...) info = AM_GetInfoForLine(UIAutomap_Config(uiWidget), AMO_SINGLESIDEDLINE); } else { if(!FEQUAL(P_GetDoublep(backSector, DMU_FLOOR_HEIGHT), P_GetDoublep(frontSector, DMU_FLOOR_HEIGHT))) { // Floor level change. info = AM_GetInfoForLine(UIAutomap_Config(uiWidget), AMO_FLOORCHANGELINE); } else if(!FEQUAL(P_GetDoublep(backSector, DMU_CEILING_HEIGHT), P_GetDoublep(frontSector, DMU_CEILING_HEIGHT))) { // Ceiling level change. info = AM_GetInfoForLine(UIAutomap_Config(uiWidget), AMO_CEILINGCHANGELINE); } else if(am->flags & AMF_REND_ALLLINES) { info = AM_GetInfoForLine(UIAutomap_Config(uiWidget), AMO_UNSEENLINE); } } } } else if(rs.objType != -1 && UIAutomap_Reveal(uiWidget)) { if(!(xLine->flags & ML_DONTDRAW)) { // An as yet, unseen line. info = AM_GetInfoForLine(UIAutomap_Config(uiWidget), AMO_UNSEENLINE); } } if(info && (rs.objType == -1 || info == &am->mcfg->mapObjectInfo[rs.objType])) { float v1[2]; float v2[2]; P_GetFloatpv(P_GetPtrp(line, DMU_VERTEX0), DMU_XY, v1); P_GetFloatpv(P_GetPtrp(line, DMU_VERTEX1), DMU_XY, v2); rendLine2(uiWidget, v1[VX], v1[VY], v2[VX], v2[VY], info->rgba, (xLine->special && !cfg.automapShowDoors ? GLOW_NONE : info->glow), info->glowStrength, info->glowSize, !rs.addToLists, info->scaleWithView, (info->glow && !(xLine->special && !cfg.automapShowDoors)), (xLine->special && !cfg.automapShowDoors ? BM_NORMAL : info->blendMode), (am->flags & AMF_REND_LINE_NORMALS), rs.addToLists); xLine->validCount = VALIDCOUNT; // Mark as drawn this frame. } } static int drawMapLineWorker(void *line, void *uiWidget) { DENG_ASSERT(line != 0 && uiWidget != 0); drawMapLine((Line *)line, (uiwidget_t *)uiWidget); return false; // Continue iteration. } static int drawMapLinesForBspLeafWorker(BspLeaf *bspLeaf, void *context) { return P_Iteratep(bspLeaf, DMU_LINE, drawMapLineWorker, context); } /** * Determines visible lines, draws them. * * @params objType Type of map object being drawn. */ static void drawMapLines(uiwidget_t *obj, int objType, dd_bool addToLists) { //guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj && obj->type == GUI_AUTOMAP); // VALIDCOUNT is used to track which lines have been drawn this frame. VALIDCOUNT++; // Configure render state: rs.objType = objType; rs.addToLists = addToLists; // Can we use the automap's in-view bounding box to cull out of view objects? if(!addToLists) { AABoxd aaBox; UIAutomap_PVisibleAABounds(obj, &aaBox.minX, &aaBox.maxX, &aaBox.minY, &aaBox.maxY); BspLeaf_BoxIterator(&aaBox, drawMapLinesForBspLeafWorker, obj); } else { // No. As the map lists are considered static we want them to contain all // walls, not just those visible *now* (note rotation). int i, numBspLeafs = P_Count(DMU_BSPLEAF); for(i = 0; i < numBspLeafs; ++i) { P_Iteratep(P_ToPtr(DMU_BSPLEAF, i), DMU_LINE, drawMapLineWorker, obj); } } } static void rendLinedef(Line *line, float r, float g, float b, float a, blendmode_t blendMode, dd_bool drawNormal) { float length = P_GetFloatp(line, DMU_LENGTH); if(length > 0) { float v1[2], v2[2]; P_GetFloatpv(P_GetPtrp(line, DMU_VERTEX0), DMU_XY, v1); P_GetFloatpv(P_GetPtrp(line, DMU_VERTEX1), DMU_XY, v2); DGL_BlendMode(blendMode); DGL_Color4f(r, g, b, a); DGL_Begin(DGL_LINES); DGL_TexCoord2f(0, v1[VX], v1[VY]); DGL_Vertex2f(v1[VX], v1[VY]); DGL_TexCoord2f(0, v2[VX], v2[VY]); DGL_Vertex2f(v2[VX], v2[VY]); DGL_End(); if(drawNormal) { #define NORMTAIL_LENGTH 8 float normal[2], unit[2], d1[2]; P_GetFloatpv(line, DMU_DXY, d1); unit[VX] = d1[0] / length; unit[VY] = d1[1] / length; normal[VX] = unit[VY]; normal[VY] = -unit[VX]; // The center of the line. v1[VX] += (length / 2) * unit[VX]; v1[VY] += (length / 2) * unit[VY]; // Outside point. v2[VX] = v1[VX] + normal[VX] * NORMTAIL_LENGTH; v2[VY] = v1[VY] + normal[VY] * NORMTAIL_LENGTH; DGL_Begin(DGL_LINES); DGL_TexCoord2f(0, v1[VX], v1[VY]); DGL_Vertex2f(v1[VX], v1[VY]); DGL_TexCoord2f(0, v2[VX], v2[VY]); DGL_Vertex2f(v2[VX], v2[VY]); DGL_End(); #undef NORMTAIL_LENGTH } DGL_BlendMode(BM_NORMAL); } } /** * Rather than draw the instead this will draw the line of which * the segment is a part. */ int rendPolyobjLine(Line* line, void* context) { uiwidget_t* ob = (uiwidget_t*)context; guidata_automap_t* am = (guidata_automap_t*)ob->typedata; const float alpha = uiRendState->pageAlpha; const automapcfg_lineinfo_t* info; automapcfg_objectname_t amo; player_t* plr = rs.plr; xline_t* xLine; assert(ob && ob->type == GUI_AUTOMAP); if(!(xLine = P_ToXLine(line))) return false; // Already processed this frame? if(xLine->validCount == VALIDCOUNT) return false; if((xLine->flags & ML_DONTDRAW) && !(am->flags & AMF_REND_ALLLINES)) return false; amo = AMO_NONE; if((am->flags & AMF_REND_ALLLINES) || xLine->mapped[plr - players]) { amo = AMO_SINGLESIDEDLINE; } else if(rs.objType != -1 && UIAutomap_Reveal(ob)) { if(!(xLine->flags & ML_DONTDRAW)) { // An as yet, unseen line. amo = AMO_UNSEENLINE; } } info = AM_GetInfoForLine(UIAutomap_Config(ob), amo); if(info) { rendLinedef(line, info->rgba[0], info->rgba[1], info->rgba[2], info->rgba[3] * cfg.automapLineAlpha * alpha, info->blendMode, (am->flags & AMF_REND_LINE_NORMALS)? true : false); } xLine->validCount = VALIDCOUNT; // Mark as processed this frame. return false; // Continue iteration. } static void rendPolyobjs(uiwidget_t* ob) { //guidata_automap_t* am = (guidata_automap_t*)ob->typedata; AABoxd aaBox; assert(ob && ob->type == GUI_AUTOMAP); // VALIDCOUNT is used to track which lines have been drawn this frame. VALIDCOUNT++; // Configure render state: rs.objType = MOL_LINEDEF; // Draw any polyobjects in view. UIAutomap_PVisibleAABounds(ob, &aaBox.minX, &aaBox.maxX, &aaBox.minY, &aaBox.maxY); Line_BoxIterator(&aaBox, LIF_POLYOBJ, rendPolyobjLine, ob); } #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ int rendXGLinedef(Line* line, void* context) { assert(line && context && ((uiwidget_t*)context)->type == GUI_AUTOMAP); { guidata_automap_t* am = (guidata_automap_t*)((uiwidget_t*)context)->typedata; xline_t* xLine; xLine = P_ToXLine(line); if(!xLine || xLine->validCount == VALIDCOUNT || ((xLine->flags & ML_DONTDRAW) && !(am->flags & AMF_REND_ALLLINES))) return false; // Show only active XG lines. if(!(xLine->xg && xLine->xg->active && (mapTime & 4))) return false; rendLinedef(line, .8f, 0, .8f, 1, BM_ADD, (am->flags & AMF_REND_LINE_NORMALS)? true : false); xLine->validCount = VALIDCOUNT; // Mark as processed this frame. return false; // Continue iteration. } } static void rendXGLinedefs(uiwidget_t* obj) { //guidata_automap_t* am = (guidata_automap_t*)obj->typedata; AABoxd aaBox; assert(obj->type == GUI_AUTOMAP); // VALIDCOUNT is used to track which lines have been drawn this frame. VALIDCOUNT++; // Configure render state: rs.addToLists = false; rs.objType = -1; UIAutomap_PVisibleAABounds(obj, &aaBox.minX, &aaBox.maxX, &aaBox.minY, &aaBox.maxY); Line_BoxIterator(&aaBox, LIF_SECTOR, rendXGLinedef, obj); } #endif static void drawVectorGraphic(svgid_t vgId, coord_t x, coord_t y, float angle, float scale, const float color[3], float alpha, blendmode_t blendmode) { Point2Rawf origin; if(!color) return; origin.x = x; origin.y = y; alpha = MINMAX_OF(0.f, alpha, 1.f); DGL_MatrixMode(DGL_TEXTURE); DGL_PushMatrix(); DGL_Translatef(origin.x, origin.y, 1); DGL_Color4f(color[CR], color[CG], color[CB], alpha); DGL_BlendMode(blendmode); GL_DrawSvg3(vgId, &origin, scale, angle); DGL_MatrixMode(DGL_TEXTURE); DGL_PopMatrix(); } static __inline int playerPaletteColor(int consoleNum) { if(!IS_NETGAME) return WHITE; return playerColorPaletteIndices[cfg.playerColor[MAX_OF(0, consoleNum) % MAXPLAYERS]]; } static void drawPlayerMarker(int consoleNum, automapcfg_t* config) { player_t* player = players + consoleNum; mobj_t* mo = player->plr->mo; svgid_t svgId; coord_t origin[3]; float color[3], alpha, angle, radius; if(!player->plr->inGame || !mo) return; svgId = AM_GetVectorGraphic(config, AMO_THINGPLAYER); Mobj_OriginSmoothed(mo, origin); /* $unifiedangles */ angle = Mobj_AngleSmoothed(mo) / (float) ANGLE_MAX * 360; radius = PLAYERRADIUS; R_GetColorPaletteRGBf(0, playerPaletteColor(consoleNum), color, false); alpha = cfg.automapLineAlpha * uiRendState->pageAlpha; #if !__JHEXEN__ if(player->powers[PT_INVISIBILITY]) alpha *= .125f; #endif drawVectorGraphic(svgId, origin[VX], origin[VY], angle, radius, color, alpha, BM_NORMAL); } /** * Draws all players on the map using a line character */ static void rendPlayerMarkers(uiwidget_t *ob) { DENG2_ASSERT(ob != 0 && ob->type == GUI_AUTOMAP); guidata_automap_t *am = (guidata_automap_t *)ob->typedata; for(int i = 0; i < MAXPLAYERS; ++i) { // Do not show markers for other players in deathmatch. if(COMMON_GAMESESSION->rules().deathmatch && i != UIWidget_Player(ob)) { continue; } drawPlayerMarker(i, am->mcfg); } } static int getKeyColorForMobjType(int type) { struct keycolor_s { int mobjType; int palColor; } keyColors[] = { #if __JDOOM__ || __JDOOM64__ { MT_MISC4, KEY1_COLOR }, { MT_MISC5, KEY2_COLOR }, { MT_MISC6, KEY3_COLOR }, { MT_MISC7, KEY4_COLOR }, { MT_MISC8, KEY5_COLOR }, { MT_MISC9, KEY6_COLOR }, #elif __JHERETIC__ { MT_CKEY, KEY1_COLOR }, { MT_BKYY, KEY2_COLOR }, { MT_AKYY, KEY3_COLOR }, #endif { -1, -1 } }; uint i; for(i = 0; keyColors[i].mobjType != -1; ++i) { if(keyColors[i].mobjType == type) return keyColors[i].palColor; } return -1; // Not a key. } typedef struct { int flags; // AMF_* flags. svgid_t vgId; float rgb[3], alpha; } renderthing_params_t; static int rendThingPoint(mobj_t* mo, void* context) { renderthing_params_t* p = (renderthing_params_t*) context; // Only sector linked mobjs should be visible in the automap. if(!(mo->flags & MF_NOSECTOR)) { svgid_t vgId = p->vgId; dd_bool isVisible = false; float* color = p->rgb, angle; float keyColorRGB[3]; if(p->flags & AMF_REND_KEYS) { int keyColor = getKeyColorForMobjType(mo->type); if(keyColor != -1) { R_GetColorPaletteRGBf(0, keyColor, keyColorRGB, false); vgId = VG_KEY; color = keyColorRGB; angle = 0; isVisible = true; } } // Something else? if(!isVisible) { isVisible = !!(p->flags & AMF_REND_THINGS); angle = Mobj_AngleSmoothed(mo) / (float) ANGLE_MAX * 360; // In degrees. } if(isVisible) { /* $unifiedangles */ const coord_t radius = 16; coord_t origin[3]; Mobj_OriginSmoothed(mo, origin); drawVectorGraphic(vgId, origin[VX], origin[VY], angle, radius, color, p->alpha, BM_NORMAL); } } return false; // Continue iteration. } static void rendThingPoints(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; const float alpha = uiRendState->pageAlpha; renderthing_params_t params; AABoxd aaBox; assert(obj->type == GUI_AUTOMAP); params.flags = UIAutomap_Flags(obj); params.vgId = AM_GetVectorGraphic(am->mcfg, AMO_THING); AM_GetMapColor(params.rgb, cfg.automapMobj, THINGCOLORS, customPal); params.alpha = MINMAX_OF(0.f, cfg.automapLineAlpha * alpha, 1.f); UIAutomap_PVisibleAABounds(obj, &aaBox.minX, &aaBox.maxX, &aaBox.minY, &aaBox.maxY); VALIDCOUNT++; Mobj_BoxIterator(&aaBox, rendThingPoint, ¶ms); } static dd_bool interceptEdge(coord_t point[2], coord_t const startA[2], coord_t const endA[2], coord_t const startB[2], coord_t const endB[2]) { coord_t directionA[2]; V2d_Subtract(directionA, endA, startA); if(V2d_PointOnLineSide(point, startA, directionA) >= 0) { coord_t directionB[2]; V2d_Subtract(directionB, endB, startB); V2d_Intersection(startA, directionA, startB, directionB, point); return true; } return false; } static void positionPointInView(uiwidget_t * /*ob*/, coord_t point[2], coord_t const topLeft[2], coord_t const topRight[2], coord_t const bottomRight[2], coord_t const bottomLeft[2], coord_t const viewPoint[2]) { // Trace a vector from the view location to the marked point and intercept // vs the edges of the rotated view window. if(!interceptEdge(point, topLeft, bottomLeft, viewPoint, point)) interceptEdge(point, bottomRight, topRight, viewPoint, point); if(!interceptEdge(point, topRight, topLeft, viewPoint, point)) interceptEdge(point, bottomLeft, bottomRight, viewPoint, point); } /** * Draws all the points marked by the player. */ static void drawMarkedPoints(uiwidget_t* obj, float scale) { DENG2_ASSERT(obj->type == GUI_AUTOMAP); //guidata_automap_t* am = (guidata_automap_t*)obj->typedata; float const alpha = uiRendState->pageAlpha; coord_t bottomLeft[2], topLeft[2], bottomRight[2], topRight[2], viewPoint[2]; uint i, pointCount = UIAutomap_PointCount(obj); Point2Raw const origin; if(!pointCount) return; // Calculate final scale factor. scale = UIAutomap_FrameToMap(obj, 1) * scale; #if __JHERETIC__ || __JHEXEN__ // These games use a larger font, so use a smaller scale. scale *= .5f; #endif UIAutomap_CameraOrigin(obj, &viewPoint[0], &viewPoint[1]); UIAutomap_VisibleBounds(obj, topLeft, bottomRight, topRight, bottomLeft); float angle = UIAutomap_CameraAngle(obj); for(i = 0; i < pointCount; ++i) { coord_t point[2]; if(!UIAutomap_PointOrigin(obj, i, &point[0], &point[1], NULL)) { continue; } char label[10]; dd_snprintf(label, 10, "%i", i); positionPointInView(obj, point, topLeft, topRight, bottomRight, bottomLeft, viewPoint); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(point[0], point[1], 0); DGL_Scalef(scale, scale, 1); DGL_Rotatef(angle, 0, 0, 1); DGL_Scalef(1, -1, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_MAPPOINT)); #if __JDOOM__ if(gameMode == doom2_hacx) FR_SetColorAndAlpha(1, 1, 1, alpha); else FR_SetColorAndAlpha(.22f, .22f, .22f, alpha); #else FR_SetColorAndAlpha(1, 1, 1, alpha); #endif FR_DrawText3(label, &origin, 0, DTF_ONLY_SHADOW); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } } /** * Sets up the state for automap drawing. */ static void setupGLStateForMap(uiwidget_t *obj) { //guidata_automap_t *am = (guidata_automap_t *)obj->typedata; float const alpha = uiRendState->pageAlpha; #if __JDOOM64__ int player = UIWidget_Player(obj); #endif float angle, bgColor[3]; coord_t plx, ply; RectRaw geometry; assert(obj->type == GUI_AUTOMAP); UIAutomap_ParallaxLayerOrigin(obj, &plx, &ply); angle = UIAutomap_CameraAngle(obj); Rect_Raw(obj->geometry, &geometry); // Store the old scissor state (to clip the map lines and stuff). DGL_PushState(); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); #if __JHERETIC__ || __JHEXEN__ if(W_CheckLumpNumForName("AUTOPAGE") == -1) { bgColor[CR] = .55f; bgColor[CG] = .45f; bgColor[CB] = .35f; } else { AM_GetMapColor(bgColor, cfg.automapBack, WHITE, customPal); } #else AM_GetMapColor(bgColor, cfg.automapBack, BACKGROUND, customPal); #endif // Do we want a background texture? if(autopageLumpNum != -1) { // Apply the background texture onto a parallaxing layer which // follows the map view target (not player). DGL_Enable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_TEXTURE); DGL_PushMatrix(); DGL_LoadIdentity(); DGL_SetRawImage(autopageLumpNum, DGL_REPEAT, DGL_REPEAT); DGL_Color4f(bgColor[CR], bgColor[CG], bgColor[CB], cfg.automapOpacity * alpha); DGL_Translatef(geometry.origin.x, geometry.origin.y, 0); // Apply the parallax scrolling, map rotation and counteract the // aspect of the quad (sized to map window dimensions). DGL_Translatef(UIAutomap_MapToFrame(obj, plx) + .5f, UIAutomap_MapToFrame(obj, ply) + .5f, 0); DGL_Scalef(1, 1.2f/*aspect correct*/, 1); DGL_Rotatef(360-angle, 0, 0, 1); DGL_Scalef(1, (float)geometry.size.height / geometry.size.width, 1); DGL_Translatef(-(.5f), -(.5f), 0); DGL_DrawRectf2(0, 0, geometry.size.width, geometry.size.height); DGL_MatrixMode(DGL_TEXTURE); DGL_PopMatrix(); DGL_Disable(DGL_TEXTURE_2D); } else { // Nope just a solid color. DGL_SetNoMaterial(); DGL_Color4f(bgColor[CR], bgColor[CG], bgColor[CB], cfg.automapOpacity * alpha); DGL_DrawRectf2(0, 0, geometry.size.width, geometry.size.height); } #if __JDOOM64__ // jd64 > Demon keys // If drawn in HUD we don't need them visible in the map too. if(!cfg.hudShown[HUD_INVENTORY]) { int i, num = 0; //player_t *plr = &players[player]; inventoryitemtype_t items[3] = { IIT_DEMONKEY1, IIT_DEMONKEY2, IIT_DEMONKEY3 }; for(i = 0; i < 3; ++i) num += P_InventoryCount(player, items[i])? 1 : 0; if(num > 0) { float x, y, w, h, spacing, scale, iconAlpha; spriteinfo_t sprInfo; int invItemSprites[NUM_INVENTORYITEM_TYPES] = { SPR_ART1, SPR_ART2, SPR_ART3 }; iconAlpha = MINMAX_OF(.0f, alpha, .5f); spacing = geometry.size.height / num; y = 0; for(i = 0; i < 3; ++i) { if(P_InventoryCount(player, items[i])) { R_GetSpriteInfo(invItemSprites[i], 0, &sprInfo); DGL_SetPSprite(sprInfo.material); DGL_Enable(DGL_TEXTURE_2D); scale = geometry.size.height / (sprInfo.geometry.size.height * num); x = geometry.size.width - sprInfo.geometry.size.width * scale; w = sprInfo.geometry.size.width; h = sprInfo.geometry.size.height; DGL_Color4f(1, 1, 1, iconAlpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, sprInfo.texCoord[0], 0); DGL_Vertex2f(x + w * scale, y); DGL_TexCoord2f(0, sprInfo.texCoord[0], sprInfo.texCoord[1]); DGL_Vertex2f(x + w * scale, y + h * scale); DGL_TexCoord2f(0, 0, sprInfo.texCoord[1]); DGL_Vertex2f(x, y + h * scale); DGL_End(); DGL_Disable(DGL_TEXTURE_2D); y += spacing; } } } } // < d64tc #endif // Setup the scissor clipper. /// @todo Do this in the UI module. { const int border = .5f + UIAUTOMAP_BORDER * aspectScale; RectRaw clipRegion; Rect_Raw(UIWidget_Geometry(obj), &clipRegion); clipRegion.origin.x += border; clipRegion.origin.y += border; clipRegion.size.width -= 2 * border; clipRegion.size.height -= 2 * border; DGL_SetScissor(&clipRegion); } } /** * Restores the previous GL draw state */ static void restoreGLStateFromMap(uiwidget_t * /*ob*/) { // Restore the previous GL state. DGL_PopState(); } static void renderVertexes(uiwidget_t *ob) { DENG2_ASSERT(ob->type == GUI_AUTOMAP); DENG2_UNUSED(ob); //guidata_automap_t* am = (guidata_automap_t*)obj->typedata; float const alpha = uiRendState->pageAlpha; float v[2], oldPointSize; DGL_Color4f(.2f, .5f, 1, alpha); DGL_Enable(DGL_POINT_SMOOTH); oldPointSize = DGL_GetFloat(DGL_POINT_SIZE); DGL_SetFloat(DGL_POINT_SIZE, 4 * aspectScale); DGL_Begin(DGL_POINTS); for(int i = 0; i < numvertexes; ++i) { P_GetFloatv(DMU_VERTEX, i, DMU_XY, v); DGL_TexCoord2f(0, v[VX], v[VY]); DGL_Vertex2f(v[VX], v[VY]); } DGL_End(); DGL_SetFloat(DGL_POINT_SIZE, oldPointSize); DGL_Disable(DGL_POINT_SMOOTH); } /** * Compile OpenGL commands for drawing the map objects into display lists. */ static void compileObjectLists(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; uint i; assert(obj->type == GUI_AUTOMAP); UIAutomap_ClearLists(obj); for(i = 0; i < NUM_MAP_OBJECTLISTS; ++i) { // Build commands and compile to a display list. if(DGL_NewList(0, DGL_COMPILE)) { drawMapLines(obj, i, true); am->lists[i] = DGL_EndList(); } } am->constructMap = false; } automapcfg_t* UIAutomap_Config(uiwidget_t* obj) { guidata_automap_t* map = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return map->mcfg; } void UIAutomap_Rebuild(uiwidget_t* obj) { guidata_automap_t* map = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); map->constructMap = true; } /** * Render the automap view window for the specified player. */ void UIAutomap_Drawer(uiwidget_t* obj, const Point2Raw* offset) { static int updateWait = 0; /// @todo should be an instance var of UIAutomap guidata_automap_t* am = (guidata_automap_t*)obj->typedata; const float alpha = uiRendState->pageAlpha; player_t* plr = &players[UIWidget_Player(obj)]; coord_t vx, vy; float angle, oldLineWidth; RectRaw geometry; int i; assert(obj->type == GUI_AUTOMAP); if(!plr->plr->inGame) return; // Configure render state: rs.plr = plr; UIAutomap_CameraOrigin(obj, &vx, &vy); angle = UIAutomap_CameraAngle(obj); Rect_Raw(obj->geometry, &geometry); // Freeze the lists if the map is fading out from being open, or for debug. if((++updateWait % 10) && am->constructMap && !freezeMapRLs && UIAutomap_Active(obj)) { // Its time to rebuild the automap object display lists. compileObjectLists(obj); } // Setup for frame. setupGLStateForMap(obj); // Configure the modelview matrix so that we can draw geometry for world // objects using their world-space coordinates directly. DGL_MatrixMode(DGL_MODELVIEW); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Translatef(geometry.size.width / 2, geometry.size.height / 2, 0); DGL_Rotatef(angle, 0, 0, 1); DGL_Scalef(1, -1, 1); // In the world coordinate space Y+ is up. DGL_Scalef(am->scaleMTOF, am->scaleMTOF, 1); DGL_Translatef(-vx, -vy, 0); oldLineWidth = DGL_GetFloat(DGL_LINE_WIDTH); DGL_SetFloat(DGL_LINE_WIDTH, MINMAX_OF(.5f, cfg.automapLineWidth * aspectScale, 3.f)); /*#if _DEBUG // Draw the rectangle described by the visible bounds. { coord_t topLeft[2], bottomRight[2], topRight[2], bottomLeft[2]; UIAutomap_VisibleBounds(obj, topLeft, bottomRight, topRight, bottomLeft); DGL_Color4f(1, 1, 1, alpha); DGL_Begin(DGL_LINES); DGL_Vertex2f( topLeft[0], topLeft[1]); DGL_Vertex2f( topRight[0], topRight[1]); DGL_Vertex2f( topRight[0], topRight[1]); DGL_Vertex2f(bottomRight[0], bottomRight[1]); DGL_Vertex2f(bottomRight[0], bottomRight[1]); DGL_Vertex2f( bottomLeft[0], bottomLeft[1]); DGL_Vertex2f( bottomLeft[0], bottomLeft[1]); DGL_Vertex2f( topLeft[0], topLeft[1]); DGL_End(); } #endif*/ if(amMaskTexture) { const int border = .5f + UIAUTOMAP_BORDER * aspectScale; DGL_Bind(amMaskTexture); DGL_Enable(DGL_TEXTURE_2D); DGL_SetInteger(DGL_ACTIVE_TEXTURE, 0); DGL_MatrixMode(DGL_TEXTURE); DGL_LoadIdentity(); DGL_PushMatrix(); DGL_Scalef(1.f / (geometry.size.width - border*2), 1.f / (geometry.size.height - border*2), 1); DGL_Translatef(geometry.size.width /2 - border, geometry.size.height /2 - border, 0); DGL_Rotatef(-angle, 0, 0, 1); DGL_Scalef(am->scaleMTOF, am->scaleMTOF, 1); DGL_Translatef(-vx, -vy, 0); } // Draw static map geometry. for(i = NUM_MAP_OBJECTLISTS-1; i >= 0; i--) { if(am->lists[i]) { const automapcfg_lineinfo_t* info = &am->mcfg->mapObjectInfo[i]; // Setup the global list state. DGL_Color4f(info->rgba[0], info->rgba[1], info->rgba[2], info->rgba[3] * cfg.automapLineAlpha * alpha); DGL_BlendMode(info->blendMode); // Draw. DGL_CallList(am->lists[i]); } } // Draw dynamic map geometry. #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ if(UIAutomap_Flags(obj) & AMF_REND_SPECIALLINES) { rendXGLinedefs(obj); } #endif rendPolyobjs(obj); // Restore the previous state. DGL_BlendMode(BM_NORMAL); DGL_Color4f(1, 1, 1, 1); if(UIAutomap_Flags(obj) & AMF_REND_VERTEXES) { renderVertexes(obj); } // Draw map objects: if(UIAutomap_Flags(obj) & (AMF_REND_THINGS|AMF_REND_KEYS)) { rendThingPoints(obj); } // Sharp player markers. DGL_SetFloat(DGL_LINE_WIDTH, 1.f); rendPlayerMarkers(obj); DGL_SetFloat(DGL_LINE_WIDTH, oldLineWidth); if(amMaskTexture) { DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_TEXTURE); DGL_PopMatrix(); } // Draw glows? if(cfg.automapShowDoors) { /// @todo Optimize: Hugely inefficent. Need a new approach. DGL_Enable(DGL_TEXTURE_2D); drawMapLines(obj, -1, false); DGL_Disable(DGL_TEXTURE_2D); } restoreGLStateFromMap(obj); drawMarkedPoints(obj, aspectScale); // Return to the normal GL state. DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } dd_bool UIAutomap_Open(uiwidget_t* obj, dd_bool yes, dd_bool fast) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(G_GameState() != GS_MAP && yes) return false; if(yes == am->active) return false; // No change. am->targetAlpha = (yes? 1.f : 0.f); if(fast) { am->alpha = am->oldAlpha = am->targetAlpha; } else { // Reset the timer. am->oldAlpha = am->alpha; am->alphaTimer = 0.f; } am->active = (yes? true : false); if(am->active) { mobj_t* mo = UIAutomap_FollowMobj(obj); if(!mo) { // Set viewer target to the center of the map. coord_t aabb[4]; UIAutomap_PVisibleAABounds(obj, &aabb[BOXLEFT], &aabb[BOXRIGHT], &aabb[BOXBOTTOM], &aabb[BOXTOP]); UIAutomap_SetCameraOrigin(obj, (aabb[BOXRIGHT] - aabb[BOXLEFT]) / 2, (aabb[BOXTOP] - aabb[BOXBOTTOM]) / 2); UIAutomap_SetCameraAngle(obj, 0); } else { // The map's target player is available. if(!(am->pan && !cfg.automapPanResetOnOpen)) { coord_t origin[3]; Mobj_OriginSmoothed(mo, origin); UIAutomap_SetCameraOrigin(obj, origin[VX], origin[VY]); } if(am->pan && cfg.automapPanResetOnOpen) { /* $unifiedangles */ float angle = (am->rotate? (mo->angle - ANGLE_90) / (float) ANGLE_MAX * 360 : 0); UIAutomap_SetCameraAngle(obj, angle); } } } if(am->active) { DD_Execute(true, "activatebcontext map"); if(am->pan) DD_Execute(true, "activatebcontext map-freepan"); } else { DD_Execute(true, "deactivatebcontext map"); DD_Execute(true, "deactivatebcontext map-freepan"); } return true; } void UIAutomap_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; const int player = UIWidget_Player(obj); mobj_t* mo = UIAutomap_FollowMobj(obj); float panX[2], panY[2], zoomVel, zoomSpeed, width, height, scale; assert(obj->type == GUI_AUTOMAP); // Check the state of the controls. Done here so that offsets don't accumulate // unnecessarily, as they would, if left unread. P_GetControlState(player, CTL_MAP_PAN_X, &panX[0], &panX[1]); P_GetControlState(player, CTL_MAP_PAN_Y, &panY[0], &panY[1]); if(G_GameState() != GS_MAP) return; // Move towards the target alpha level for the automap. am->alphaTimer += (cfg.automapOpenSeconds == 0? 1 : 1/cfg.automapOpenSeconds * ticLength); if(am->alphaTimer >= 1) am->alpha = am->targetAlpha; else am->alpha = LERP(am->oldAlpha, am->targetAlpha, am->alphaTimer); // If the automap is not active do nothing else. if(!am->active) return; // Map view zoom contol. zoomSpeed = 1 + (2 * cfg.automapZoomSpeed) * ticLength * TICRATE; if(players[player].brain.speed) zoomSpeed *= 1.5f; P_GetControlState(player, CTL_MAP_ZOOM, &zoomVel, NULL); // ignores rel offset -jk if(zoomVel > 0) // zoom in { UIAutomap_SetScale(obj, am->viewScale * zoomSpeed); } else if(zoomVel < 0) // zoom out { UIAutomap_SetScale(obj, am->viewScale / zoomSpeed); } // Map camera panning control. if(am->pan || NULL == mo) { float panUnitsPerSecond; coord_t xy[2] = { 0, 0 }; // deltas // DOOM.EXE pans the automap at 140 fixed pixels per second (VGA: 200 pixels tall). /// @todo This needs resolution-independent units. (The "frame" units are screen pixels.) panUnitsPerSecond = UIAutomap_FrameToMap(obj, 140 * Rect_Height(UIWidget_Geometry(obj))/200.f) * (2 * cfg.automapPanSpeed); if(panUnitsPerSecond < 8) panUnitsPerSecond = 8; /// @todo Fix sensitivity for relative axes. xy[VX] = panX[0] * panUnitsPerSecond * ticLength + panX[1]; xy[VY] = panY[0] * panUnitsPerSecond * ticLength + panY[1]; V2d_Rotate(xy, am->angle / 360 * 2 * DD_PI); if(xy[VX] || xy[VY]) { UIAutomap_TranslateCameraOrigin2(obj, xy[VX], xy[VY], true /*instant change*/); } } else { /* $unifiedangles */ const float angle = (am->rotate? (mo->angle - ANGLE_90) / (float) ANGLE_MAX * 360 : 0); coord_t origin[3]; Mobj_OriginSmoothed(mo, origin); UIAutomap_SetCameraOrigin(obj, origin[VX], origin[VY]); UIAutomap_SetCameraAngle(obj, angle); } if(am->updateViewScale) calcViewScaleFactors(obj); // Map viewer location. am->viewTimer += (float)(.4 * ticLength * TICRATE); if(am->viewTimer >= 1) { am->viewX = am->targetViewX; am->viewY = am->targetViewY; } else { am->viewX = LERP(am->oldViewX, am->targetViewX, am->viewTimer); am->viewY = LERP(am->oldViewY, am->targetViewY, am->viewTimer); } // Move the parallax layer. am->viewPLX = am->viewX / 4000; am->viewPLY = am->viewY / 4000; // Map view scale (zoom). am->viewScaleTimer += (float)(.4 * ticLength * TICRATE); if(am->viewScaleTimer >= 1) { am->viewScale = am->targetViewScale; } else { am->viewScale = LERP(am->oldViewScale, am->targetViewScale, am->viewScaleTimer); } // Map view rotation. am->angleTimer += (float)(.4 * ticLength * TICRATE); if(am->angleTimer >= 1) { am->angle = am->targetAngle; } else { float diff, startAngle = am->oldAngle, endAngle = am->targetAngle; if(endAngle > startAngle) { diff = endAngle - startAngle; if(diff > 180) endAngle = startAngle - (360 - diff); } else { diff = startAngle - endAngle; if(diff > 180) endAngle = startAngle + (360 - diff); } am->angle = LERP(startAngle, endAngle, am->angleTimer); if(am->angle < 0) am->angle += 360; else if(am->angle > 360) am->angle -= 360; } // // Activate the new scale, position etc. // scale = am->viewScale; // Scaling multipliers. am->scaleMTOF = scale; am->scaleFTOM = 1.0f / am->scaleMTOF; /** * Calculate the coordinates of the rotated view window. */ // Determine fixed to screen space scaling factors. { coord_t viewPoint[2]; float rads, viewWidth, viewHeight; const int border = .5f + UIAUTOMAP_BORDER * aspectScale; viewWidth = UIAutomap_FrameToMap(obj, Rect_Width(obj->geometry) - border*2); viewHeight = UIAutomap_FrameToMap(obj, Rect_Height(obj->geometry) - border*2); am->topLeft[0] = am->bottomLeft[0] = -viewWidth/2; am->topLeft[1] = am->topRight[1] = viewHeight/2; am->bottomRight[0] = am->topRight[0] = viewWidth/2; am->bottomRight[1] = am->bottomLeft[1] = -viewHeight/2; // Apply rotation. rads = (float)(am->angle / 360 * 2 * DD_PI); V2d_Rotate(am->topLeft, rads); V2d_Rotate(am->bottomRight, rads); V2d_Rotate(am->bottomLeft, rads); V2d_Rotate(am->topRight, rads); // Translate to the view point. UIAutomap_CameraOrigin(obj, &viewPoint[0], &viewPoint[1]); V2d_Sum(am->topLeft, am->topLeft, viewPoint); V2d_Sum(am->bottomRight, am->bottomRight, viewPoint); V2d_Sum(am->bottomLeft, am->bottomLeft, viewPoint); V2d_Sum(am->topRight, am->topRight, viewPoint); } width = UIAutomap_FrameToMap(obj, Rect_Width(obj->geometry)); height = UIAutomap_FrameToMap(obj, Rect_Height(obj->geometry)); // Calculate the in-view, AABB. { // Rotation-aware. #define ADDTOBOX(b, x, y) if((x) < (b)[BOXLEFT]) \ (b)[BOXLEFT] = (x); \ else if((x) > (b)[BOXRIGHT]) \ (b)[BOXRIGHT] = (x); \ if((y) < (b)[BOXBOTTOM]) \ (b)[BOXBOTTOM] = (y); \ else if((y) > (b)[BOXTOP]) \ (b)[BOXTOP] = (y); float angle; coord_t v[2]; angle = am->angle; v[0] = -width / 2; v[1] = -height / 2; rotate2D(&v[0], &v[1], angle); v[0] += am->viewX; v[1] += am->viewY; am->viewAABB[BOXLEFT] = am->viewAABB[BOXRIGHT] = v[0]; am->viewAABB[BOXTOP] = am->viewAABB[BOXBOTTOM] = v[1]; v[0] = width / 2; v[1] = -height / 2; rotate2D(&v[0], &v[1], angle); v[0] += am->viewX; v[1] += am->viewY; ADDTOBOX(am->viewAABB, v[0], v[1]); v[0] = -width / 2; v[1] = height / 2; rotate2D(&v[0], &v[1], angle); v[0] += am->viewX; v[1] += am->viewY; ADDTOBOX(am->viewAABB, v[0], v[1]); v[0] = width / 2; v[1] = height / 2; rotate2D(&v[0], &v[1], angle); v[0] += am->viewX; v[1] += am->viewY; ADDTOBOX(am->viewAABB, v[0], v[1]); #undef ADDTOBOX } } float UIAutomap_MapToFrame(uiwidget_t* obj, float val) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return MTOF(am, val); } float UIAutomap_FrameToMap(uiwidget_t* obj, float val) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return FTOM(am, val); } void UIAutomap_UpdateGeometry(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; RectRaw newGeom; assert(obj->type == GUI_AUTOMAP); // Determine whether the available space has changed and thus whether // the position and/or size of the automap must therefore change too. R_ViewWindowGeometry(UIWidget_Player(obj), &newGeom); if(newGeom.origin.x != Rect_X(obj->geometry) || newGeom.origin.y != Rect_Y(obj->geometry) || newGeom.size.width != Rect_Width(obj->geometry) || newGeom.size.height != Rect_Height(obj->geometry)) { Rect_SetXY(obj->geometry, newGeom.origin.x, newGeom.origin.y); Rect_SetWidthHeight(obj->geometry, newGeom.size.width, newGeom.size.height); // Now the screen dimensions have changed we have to update scaling // factors accordingly. am->updateViewScale = true; } } void UIAutomap_CameraOrigin(uiwidget_t* obj, coord_t* x, coord_t* y) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(x) *x = am->viewX; if(y) *y = am->viewY; } dd_bool UIAutomap_SetCameraOrigin(uiwidget_t* obj, coord_t x, coord_t y) { return UIAutomap_SetCameraOrigin2(obj, x, y, false); } dd_bool UIAutomap_SetCameraOrigin2(uiwidget_t* obj, coord_t x, coord_t y, dd_bool forceInstantly) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; dd_bool instantChange = forceInstantly; assert(obj->type == GUI_AUTOMAP); // Already at this target? if(x == am->targetViewX && y == am->targetViewY) return false; if(!forceInstantly && am->maxViewPositionDelta > 0) { coord_t dx, dy, dist; dx = am->viewX - x; dy = am->viewY - y; dist = (coord_t) sqrt(dx * dx + dy * dy); if(dist < 0) dist = -dist; if(dist > am->maxViewPositionDelta) instantChange = true; } if(instantChange) { am->viewX = am->oldViewX = am->targetViewX = x; am->viewY = am->oldViewY = am->targetViewY = y; } else { am->oldViewX = am->viewX; am->oldViewY = am->viewY; am->targetViewX = x; am->targetViewY = y; // Restart the timer. am->viewTimer = 0; } return true; } dd_bool UIAutomap_TranslateCameraOrigin(uiwidget_t* obj, coord_t x, coord_t y) { return UIAutomap_TranslateCameraOrigin2(obj, x, y, false); } dd_bool UIAutomap_TranslateCameraOrigin2(uiwidget_t* obj, coord_t x, coord_t y, dd_bool forceInstantly) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return UIAutomap_SetCameraOrigin2(obj, am->viewX + x, am->viewY + y, forceInstantly); } void UIAutomap_ParallaxLayerOrigin(uiwidget_t* obj, coord_t* x, coord_t* y) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(x) *x = am->viewPLX; if(y) *y = am->viewPLY; } float UIAutomap_CameraAngle(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->angle; } dd_bool UIAutomap_SetCameraAngle(uiwidget_t* obj, float angle) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); angle = MINMAX_OF(0, angle, 359.9999f); if(angle == am->targetAngle) return false; am->oldAngle = am->angle; am->targetAngle = angle; // Restart the timer. am->angleTimer = 0; return true; } dd_bool UIAutomap_SetScale(uiwidget_t* obj, float scale) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(am->updateViewScale) calcViewScaleFactors(obj); scale = MINMAX_OF(am->minScaleMTOF, scale, am->maxScaleMTOF); // Already at this target? if(scale == am->targetViewScale) return false; am->oldViewScale = am->viewScale; // Restart the timer. am->viewScaleTimer = 0; am->targetViewScale = scale; return true; } dd_bool UIAutomap_Active(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->active; } dd_bool UIAutomap_Reveal(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->reveal; } dd_bool UIAutomap_SetReveal(uiwidget_t* obj, dd_bool yes) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; dd_bool oldReveal = am->reveal; assert(obj->type == GUI_AUTOMAP); am->reveal = yes; if(oldReveal != am->reveal) { UIAutomap_Rebuild(obj); } return false; } void UIAutomap_PVisibleAABounds(const uiwidget_t* obj, coord_t* lowX, coord_t* hiX, coord_t* lowY, coord_t* hiY) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(lowX) *lowX = am->viewAABB[BOXLEFT]; if(hiX) *hiX = am->viewAABB[BOXRIGHT]; if(lowY) *lowY = am->viewAABB[BOXBOTTOM]; if(hiY) *hiY = am->viewAABB[BOXTOP]; } void UIAutomap_VisibleBounds(const uiwidget_t* obj, coord_t topLeft[2], coord_t bottomRight[2], coord_t topRight[2], coord_t bottomLeft[2]) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(topLeft) { topLeft[0] = am->topLeft[0]; topLeft[1] = am->topLeft[1]; } if(bottomRight) { bottomRight[0] = am->bottomRight[0]; bottomRight[1] = am->bottomRight[1]; } if(topRight) { topRight[0] = am->topRight[0]; topRight[1] = am->topRight[1]; } if(bottomLeft) { bottomLeft[0] = am->bottomLeft[0]; bottomLeft[1] = am->bottomLeft[1]; } } void UIAutomap_ClearPoints(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; int i; assert(obj->type == GUI_AUTOMAP); for(i = 0; i < MAX_MAP_POINTS; ++i) { am->pointsUsed[i] = false; } am->pointCount = 0; } int UIAutomap_PointCount(const uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; int i, used = 0; assert(obj->type == GUI_AUTOMAP); for(i = 0; i < MAX_MAP_POINTS; ++i) { if(am->pointsUsed[i]) ++used; } return used; } int UIAutomap_AddPoint(uiwidget_t* obj, coord_t x, coord_t y, coord_t z) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; unsigned int newIdx; guidata_automap_point_t* point; assert(obj->type == GUI_AUTOMAP); newIdx = am->pointCount; point = &am->points[newIdx]; point->pos[0] = x; point->pos[1] = y; point->pos[2] = z; am->pointsUsed[newIdx] = true; ++am->pointCount; return newIdx; } dd_bool UIAutomap_PointOrigin(const uiwidget_t* obj, int pointIdx, coord_t* x, coord_t* y, coord_t* z) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(!x && !y && !z) return false; if(pointIdx >= 0 && pointIdx < MAX_MAP_POINTS && am->pointsUsed[pointIdx]) { const guidata_automap_point_t* point = &am->points[pointIdx]; if(x) *x = point->pos[0]; if(y) *y = point->pos[1]; if(z) *z = point->pos[2]; return true; } return false; } dd_bool UIAutomap_ZoomMax(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->forceMaxScale; } dd_bool UIAutomap_SetZoomMax(uiwidget_t* obj, dd_bool on) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; dd_bool oldZoomMax = am->forceMaxScale; assert(obj->type == GUI_AUTOMAP); if(am->updateViewScale) calcViewScaleFactors(obj); // When switching to max scale mode, store the old scale. if(!am->forceMaxScale) am->priorToMaxScale = am->viewScale; am->forceMaxScale = on; UIAutomap_SetScale(obj, (am->forceMaxScale? 0 : am->priorToMaxScale)); return (oldZoomMax != am->forceMaxScale); } dd_bool UIAutomap_PanMode(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->pan; } dd_bool UIAutomap_SetPanMode(uiwidget_t* obj, dd_bool on) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; dd_bool oldPanMode = am->pan; assert(obj->type == GUI_AUTOMAP); am->pan = on; if(oldPanMode != am->pan) { DD_Executef(true, "%sactivatebcontext map-freepan", oldPanMode? "de" : ""); return true; } return false; } mobj_t* UIAutomap_FollowMobj(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); if(players[am->followPlayer].plr->inGame) { return players[am->followPlayer].plr->mo; } return NULL; } dd_bool UIAutomap_CameraRotation(uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->rotate; } dd_bool UIAutomap_SetCameraRotation(uiwidget_t* obj, dd_bool on) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; dd_bool oldRotate = am->rotate; assert(obj->type == GUI_AUTOMAP); am->rotate = on; return (oldRotate != am->rotate); } float UIAutomap_Opacity(const uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->alpha; } dd_bool UIAutomap_SetOpacity(uiwidget_t* obj, float value) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); value = MINMAX_OF(0, value, 1); // Already at this target? if(value == am->targetAlpha) return false; am->oldAlpha = am->alpha; // Restart the timer. am->alphaTimer = 0; am->targetAlpha = value; return true; } int UIAutomap_Flags(const uiwidget_t* obj) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); return am->flags; } void UIAutomap_SetFlags(uiwidget_t* obj, int flags) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); am->flags = flags; // We will need to rebuild one or more display lists. UIAutomap_Rebuild(obj); } void UIAutomap_SetWorldBounds(uiwidget_t* obj, coord_t lowX, coord_t hiX, coord_t lowY, coord_t hiY) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); am->bounds[BOXLEFT] = lowX; am->bounds[BOXTOP] = hiY; am->bounds[BOXRIGHT] = hiX; am->bounds[BOXBOTTOM] = lowY; am->updateViewScale = true; // Update minScaleMTOF. calcViewScaleFactors(obj); // Choose a default view scale factor. UIAutomap_SetScale(obj, am->minScaleMTOF * 2.4f); } void UIAutomap_SetMinScale(uiwidget_t* obj, const float scale) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); am->minScale = MAX_OF(1, scale); am->updateViewScale = true; } void UIAutomap_SetCameraOriginFollowMoveDelta(uiwidget_t* obj, coord_t max) { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; assert(obj->type == GUI_AUTOMAP); am->maxViewPositionDelta = MINMAX_OF(0, max, 32768*2); } doomsday-1.14.5/doomsday/plugins/common/src/r_common.c0000664000175000017500000002470312350542240022244 0ustar jaakkojaakko/**\file r_common.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Common routines for refresh. */ #include #include #include #include #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "am_map.h" #include "p_actor.h" #include "player.h" #include "g_common.h" #include "g_controls.h" #include "x_hair.h" #include "r_common.h" Size2Rawf viewScale = { 1, 1 }; float aspectScale = 1; static int gammaLevel; #ifndef __JHEXEN__ char gammamsg[5][81]; #endif void R_PrecachePSprites(void) { int i, k; int pclass = players[CONSOLEPLAYER].class_; if(IS_DEDICATED) return; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { for(k = 0; k < NUMWEAPLEVELS; ++k) { pclass = players[CONSOLEPLAYER].class_; Models_CacheForState(weaponInfo[i][pclass].mode[k].states[WSN_UP]); Models_CacheForState(weaponInfo[i][pclass].mode[k].states[WSN_DOWN]); Models_CacheForState(weaponInfo[i][pclass].mode[k].states[WSN_READY]); Models_CacheForState(weaponInfo[i][pclass].mode[k].states[WSN_ATTACK]); Models_CacheForState(weaponInfo[i][pclass].mode[k].states[WSN_FLASH]); #if __JHERETIC__ || __JHEXEN__ Models_CacheForState(weaponInfo[i][pclass].mode[k].states[WSN_ATTACK_HOLD]); #endif } } } /// @return @c true= maximized view window is in effect. static dd_bool maximizedViewWindow(int player) { player_t* plr = players + player; if(player < 0 || player >= MAXPLAYERS) { Con_Error("maximizedViewWindow: Invalid player #%i.", player); exit(1); } return (!(G_GameState() == GS_MAP && cfg.screenBlocks <= 10 && !(P_MobjIsCamera(plr->plr->mo) && Get(DD_PLAYBACK)))); // $democam: can be set on every game tic. } static void calcStatusBarSize(Size2Raw* size, Size2Rawf* viewScale, int maxWidth) { #if __JDOOM__ || __JHERETIC__ || __JHEXEN__ float aspectScale = cfg.statusbarScale; size->width = ST_WIDTH * viewScale->height; if(size->width > maxWidth) aspectScale *= (float)maxWidth/size->width; size->width *= cfg.statusbarScale; size->height = floor(ST_HEIGHT * 1.2f/*aspect correct*/ * aspectScale); #else size->width = size->height = 0; #endif } void R_StatusBarSize(int player, Size2Raw *statusBarSize) { Size2Raw viewSize; R_ViewWindowSize(player, &viewSize); calcStatusBarSize(statusBarSize, &viewScale, viewSize.width); } static void resizeViewWindow(int player, const RectRaw* newGeometry, const RectRaw* oldGeometry, dd_bool interpolate) { RectRaw window; assert(newGeometry); if(player < 0 || player >= MAXPLAYERS) { Con_Error("resizeViewWindow: Invalid player #%i.", player); exit(1); // Unreachable. } // Calculate fixed 320x200 scale factors. viewScale.width = (float)newGeometry->size.width / SCREENWIDTH; viewScale.height = (float)newGeometry->size.height / SCREENHEIGHT; aspectScale = newGeometry->size.width >= newGeometry->size.height? viewScale.width : viewScale.height; // Determine view window geometry. memcpy(&window, newGeometry, sizeof(window)); window.origin.x = window.origin.y = 0; // Override @c cfg.screenBlocks and force a maximized window? if(!maximizedViewWindow(player) && cfg.screenBlocks <= 10) { Size2Raw statusBarSize; calcStatusBarSize(&statusBarSize, &viewScale, newGeometry->size.width); if(cfg.screenBlocks != 10) { window.size.width = cfg.screenBlocks * SCREENWIDTH/10; window.size.height = cfg.screenBlocks * (SCREENHEIGHT - statusBarSize.height) / 10; window.origin.x = (SCREENWIDTH - window.size.width) / 2; window.origin.y = (SCREENHEIGHT - statusBarSize.height - window.size.height) / 2; } else { window.origin.x = 0; window.origin.y = 0; window.size.width = SCREENWIDTH; window.size.height = SCREENHEIGHT - statusBarSize.height; } // Scale from fixed to viewport coordinates. window.origin.x = ROUND(window.origin.x * viewScale.width); window.origin.y = ROUND(window.origin.y * viewScale.height); window.size.width = ROUND(window.size.width * viewScale.width); window.size.height = ROUND(window.size.height * viewScale.height); } R_SetViewWindowGeometry(player, &window, interpolate); } void R_ResizeViewWindow(int flags) { static dd_bool oldMaximized; int i, delta, destBlocks = MINMAX_OF(3, cfg.setBlocks, 13); dd_bool maximized; RectRaw port; if(IS_DEDICATED) return; // Override @c cfg.screenBlocks and force a maximized window? maximized = maximizedViewWindow(DISPLAYPLAYER); if(maximized != oldMaximized) { oldMaximized = maximized; flags |= RWF_FORCE|RWF_NO_LERP; } if(!(flags & RWF_FORCE)) { if(cfg.screenBlocks == destBlocks) return; } delta = MINMAX_OF(-1, destBlocks - cfg.screenBlocks, 1); if(delta != 0) { if(cfg.screenBlocks >= 10 && destBlocks != 13) { // When going fullscreen, force a hud show event (to reset the timer). for(i = 0; i < MAXPLAYERS; ++i) ST_HUDUnHide(i, HUE_FORCE); } if((cfg.screenBlocks == 11 && destBlocks == 10) || (cfg.screenBlocks == 10 && destBlocks == 11)) { // When going to/from statusbar span, do an instant change. flags |= RWF_NO_LERP; } cfg.screenBlocks += delta; flags |= RWF_FORCE; } // No update necessary? if(!(flags & RWF_FORCE)) return; for(i = 0; i < MAXPLAYERS; ++i) { if(!R_ViewPortGeometry(i, &port)) { // Player is not local or does not have a viewport. continue; } resizeViewWindow(i, &port, &port, (flags & RWF_NO_LERP)==0); } } int R_UpdateViewport(int hookType, int param, void* data) { const ddhook_viewport_reshape_t* p = (ddhook_viewport_reshape_t*)data; resizeViewWindow(param, &p->geometry, &p->oldGeometry, false); return true; } #ifndef __JHEXEN__ void R_GetGammaMessageStrings(void) { int i; for(i = 0; i < 5; ++i) { strcpy(gammamsg[i], GET_TXT(TXT_GAMMALVL0 + i)); } } #endif void R_CycleGammaLevel(void) { char buf[50]; if(G_QuitInProgress()) return; gammaLevel++; if(gammaLevel > 4) gammaLevel = 0; #if __JDOOM__ || __JDOOM64__ P_SetMessage(players + CONSOLEPLAYER, LMF_NO_HIDE, gammamsg[gammaLevel]); #endif sprintf(buf, "rend-tex-gamma %f", ((float) gammaLevel / 8.0f) * 1.5f); DD_Execute(false, buf); } /** * Tells the engine where the camera is located. This has to be called before * the end of G_Ticker() (after thinkers have been run), so that the up-to-date * sharp camera position and angles are available when the new sharp world is * saved. * * @param player Player # to update. */ void R_UpdateConsoleView(int player) { coord_t viewOrigin[3]; player_t* plr; mobj_t* mo; if(IS_DEDICATED || player < 0 || player >= MAXPLAYERS) return; plr = &players[player]; mo = plr->plr->mo; if(!mo || !plr->plr->inGame) return; // Not present? viewOrigin[VX] = mo->origin[VX] + plr->viewOffset[VX]; viewOrigin[VY] = mo->origin[VY] + plr->viewOffset[VY]; viewOrigin[VZ] = plr->viewZ + plr->viewOffset[VZ]; R_SetViewOrigin(player, viewOrigin); R_SetViewAngle(player, Player_ViewYawAngle(player)); R_SetViewPitch(player, plr->plr->lookDir); } static void rendHUD(int player, const RectRaw* portGeometry) { if(player < 0 || player >= MAXPLAYERS) return; if(G_GameState() != GS_MAP) return; if(IS_CLIENT && (!Get(DD_GAME_READY) || !Get(DD_GOTFRAME))) return; if(!DD_GetInteger(DD_GAME_DRAW_HUD_HINT)) return; // The engine advises not to draw any HUD displays. ST_Drawer(player); HU_DrawScoreBoard(player); Hu_MapTitleDrawer(portGeometry); } void G_DrawViewPort(int port, RectRaw const *portGeometry, RectRaw const *windowGeometry, int player, int layer) { switch(G_GameState()) { case GS_MAP: { player_t* plr = players + player; dd_bool isAutomapObscuring = ST_AutomapObscures2(player, windowGeometry); if(IS_CLIENT && (!Get(DD_GAME_READY) || !Get(DD_GOTFRAME))) return; if(Con_GetInteger("rend-vr-mode") == 9) // Oculus Rift mode { // Automap will not cover the full view. isAutomapObscuring = false; } switch(layer) { case 0: // Primary layer (3D view). if(!isAutomapObscuring) { G_RendPlayerView(player); #if !defined(__JDOOM__) && !defined(__JHEXEN__) G_RendSpecialFilter(player, windowGeometry); #endif } break; default: // HUD layer. // Crosshair. if(!isAutomapObscuring && !(P_MobjIsCamera(plr->plr->mo) && Get(DD_PLAYBACK))) // $democam { X_Drawer(player); } // Other HUD elements. rendHUD(player, portGeometry); break; } break; } case GS_STARTUP: if(layer == 0) { DGL_DrawRectf2Color(0, 0, portGeometry->size.width, portGeometry->size.height, 0, 0, 0, 1); } break; default: break; } } doomsday-1.14.5/doomsday/plugins/common/src/p_start.cpp0000664000175000017500000010711512350542240022446 0ustar jaakkojaakko/** @file p_start.cpp Common player (re)spawning logic. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "common.h" #include "p_tick.h" #include "p_mapsetup.h" #include "p_user.h" #include "player.h" #include "d_net.h" #include "p_map.h" #include "am_map.h" #include "p_terraintype.h" #include "g_common.h" #include "gamesession.h" #include "p_start.h" #include "p_actor.h" #include "p_switch.h" #include "g_defs.h" #include "p_inventory.h" #include "p_mapspec.h" #include "dmu_lib.h" #include "hu_stuff.h" #include "hu_chat.h" #include "r_common.h" #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ # define TELEPORTSOUND SFX_TELEPT # define MAX_START_SPOTS 4 // Maximum number of different player starts. #else # define TELEPORTSOUND SFX_TELEPORT # define MAX_START_SPOTS 8 #endif // Time interval for item respawning. #define SPAWNQUEUE_MAX 128 uint numMapSpots; mapspot_t *mapSpots; #if __JHERETIC__ uint maceSpotCount; mapspotid_t *maceSpots; uint bossSpotCount; mapspotid_t *bossSpots; #endif static int numPlayerStarts = 0; static playerstart_t *playerStarts; static int numPlayerDMStarts = 0; static playerstart_t *deathmatchStarts; /** * New class (or -1) for each player to be applied when the player respawns. * Actually applied on serverside, on the client only valid for the local * player(s). */ static int playerRespawnAsClass[MAXPLAYERS]; static dd_bool fuzzySpawnPosition(coord_t *x, coord_t *y, coord_t *z, angle_t *angle, int *spawnFlags) { #define XOFFSET (33) // Player radius = 16 #define YOFFSET (33) // Player radius = 16 DENG2_UNUSED3(z, angle, spawnFlags); DENG_ASSERT(x != 0 && y != 0); // Try some spots in the vicinity. for(int i = 0; i < 9; ++i) { coord_t pos[2] = { *x, *y }; if(i != 0) { int k = (i == 4 ? 0 : i); // Move a bit. pos[VX] += (k % 3 - 1) * XOFFSET; pos[VY] += (k / 3 - 1) * YOFFSET; } if(P_CheckSpot(pos[VX], pos[VY])) { *x = pos[VX]; *y = pos[VY]; return true; } } return false; #undef YOFFSET #undef XOFFSET } void P_ResetPlayerRespawnClasses() { for(int i = 0; i < MAXPLAYERS; ++i) { // No change. playerRespawnAsClass[i] = -1; } } void P_SetPlayerRespawnClass(int plrNum, playerclass_t pc) { #ifndef __JHEXEN__ // There's only one player class. DENG_ASSERT(pc == PCLASS_PLAYER); #endif playerRespawnAsClass[plrNum] = pc; } playerclass_t P_ClassForPlayerWhenRespawning(int plrNum, dd_bool clear) { #if __JHEXEN__ playerclass_t pClass = cfg.playerClass[plrNum]; #else playerclass_t pClass = PCLASS_PLAYER; #endif if(playerRespawnAsClass[plrNum] != -1) { pClass = playerclass_t(playerRespawnAsClass[plrNum]); if(clear) { // We can now clear the change request. playerRespawnAsClass[plrNum] = -1; } } return pClass; } mobjtype_t P_DoomEdNumToMobjType(int doomEdNum) { for(int i = 0; i < Get(DD_NUMMOBJTYPES); ++i) { if(doomEdNum == MOBJINFO[i].doomEdNum) return mobjtype_t(i); } return MT_NONE; } void P_Init() { P_ResetPlayerRespawnClasses(); spechit = IterList_New(); #if __JHEXEN__ X_CreateLUTs(); #endif #if __JHERETIC__ || __JHEXEN__ P_InitLava(); #endif P_Update(); } void P_Update() { #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ P_InitInventory(); #endif #if __JHEXEN__ MapInfoParser(sc_FileScripts? Str_Appendf(AutoStr_New(), "%sMAPINFO.txt", sc_ScriptsDir) : AutoStr_FromText("Lumps:MAPINFO")); #endif P_InitSwitchList(); P_InitTerrainTypes(); maxHealth = 100; GetDefInt("Player|Max Health", &maxHealth); #if __JDOOM__ || __JDOOM64__ healthLimit = 200; godModeHealth = 100; megaSphereHealth = 200; soulSphereHealth = 100; soulSphereLimit = 200; armorPoints[0] = 100; armorPoints[1] = armorPoints[2] = armorPoints[3] = 200; armorClass[0] = 1; armorClass[1] = armorClass[2] = armorClass[3] = 2; GetDefInt("Player|Health Limit", &healthLimit); // Previous versions did not feature a separate value for God Health, // so if its not found, default to the value of Max Health. if(!GetDefInt("Player|God Health", &godModeHealth)) { godModeHealth = maxHealth; } GetDefInt("Player|Green Armor", &armorPoints[0]); GetDefInt("Player|Blue Armor", &armorPoints[1]); GetDefInt("Player|IDFA Armor", &armorPoints[2]); GetDefInt("Player|IDKFA Armor", &armorPoints[3]); GetDefInt("Player|Green Armor Class", &armorClass[0]); GetDefInt("Player|Blue Armor Class", &armorClass[1]); GetDefInt("Player|IDFA Armor Class", &armorClass[2]); GetDefInt("Player|IDKFA Armor Class", &armorClass[3]); GetDefInt("MegaSphere|Give|Health", &megaSphereHealth); GetDefInt("SoulSphere|Give|Health", &soulSphereHealth); GetDefInt("SoulSphere|Give|Health Limit", &soulSphereLimit); #endif } void P_Shutdown() { if(spechit) { IterList_Delete(spechit); spechit = 0; } P_DestroyPlayerStarts(); P_DestroyAllTagLists(); P_ShutdownTerrainTypes(); P_FreeWeaponSlots(); #if __JDOOM__ delete theBossBrain; theBossBrain = 0; #endif } void P_CreatePlayerStart(int defaultPlrNum, uint entryPoint, dd_bool deathmatch, mapspotid_t spot) { playerstart_t *start; if(deathmatch) { deathmatchStarts = (playerstart_t *) Z_Realloc(deathmatchStarts, sizeof(playerstart_t) * ++numPlayerDMStarts, PU_MAP); start = &deathmatchStarts[numPlayerDMStarts - 1]; App_Log(DE2_DEV_MAP_VERBOSE, "P_CreatePlayerStart: DM #%i plrNum=%i entryPoint=%i spot=%i", numPlayerDMStarts - 1, defaultPlrNum, entryPoint, spot); } else { playerStarts = (playerstart_t *) Z_Realloc(playerStarts, sizeof(playerstart_t) * ++numPlayerStarts, PU_MAP); start = &playerStarts[numPlayerStarts - 1]; App_Log(DE2_DEV_MAP_VERBOSE, "P_CreatePlayerStart: Normal #%i plrNum=%i entryPoint=%i spot=%i", numPlayerStarts - 1, defaultPlrNum, entryPoint, spot); } start->plrNum = defaultPlrNum; start->entryPoint = entryPoint; start->spot = spot; } void P_DestroyPlayerStarts() { if(playerStarts) Z_Free(playerStarts); playerStarts = 0; numPlayerStarts = 0; if(deathmatchStarts) Z_Free(deathmatchStarts); deathmatchStarts = 0; numPlayerDMStarts = 0; } playerstart_t const *P_GetPlayerStart(uint entryPoint, int pnum, dd_bool deathmatch) { DENG_UNUSED(entryPoint); if((deathmatch && !numPlayerDMStarts) || !numPlayerStarts) return 0; if(pnum < 0) pnum = P_Random() % (deathmatch? numPlayerDMStarts:numPlayerStarts); else pnum = MINMAX_OF(0, pnum, MAXPLAYERS-1); if(deathmatch) { // In deathmatch, entry point is ignored. return &deathmatchStarts[pnum]; } #if __JHEXEN__ // Client 1 should be treated like player 0. if(IS_NETWORK_SERVER) pnum--; playerstart_t const *def = 0; for(int i = 0; i < numPlayerStarts; ++i) { playerstart_t const *start = &playerStarts[i]; if(start->entryPoint == nextMapEntrance && start->plrNum - 1 == pnum) return start; if(!start->entryPoint && start->plrNum - 1 == pnum) def = start; } // Return the default choice. return def; #else return &playerStarts[players[pnum].startSpot]; #endif } uint P_GetNumPlayerStarts(dd_bool deathmatch) { if(deathmatch) return numPlayerDMStarts; return numPlayerStarts; } void P_DealPlayerStarts(uint entryPoint) { if(IS_CLIENT) return; if(!numPlayerStarts) { App_Log(DE2_MAP_WARNING, "No player starts found, players will spawn as cameras"); return; } // First assign one start per player, only accepting perfect matches. for(int i = (IS_NETWORK_SERVER? 1 : 0); i < MAXPLAYERS; ++i) { player_t *pl = &players[i]; if(!pl->plr->inGame) continue; // The number of the start spot this player will use. int spotNumber = i % MAX_START_SPOTS; // Player #1 should be treated like #0 on the server. if(IS_NETWORK_SERVER) spotNumber--; pl->startSpot = -1; for(int k = 0; k < numPlayerStarts; ++k) { playerstart_t const *start = &playerStarts[k]; if(spotNumber == start->plrNum - 1 && start->entryPoint == entryPoint) { // A match! pl->startSpot = k; // Keep looking. App_Log(DE2_DEV_MAP_XVERBOSE, "PlayerStart %i matches: spot=%i entryPoint=%i", k, spotNumber, entryPoint); } } // If still without a start spot, assign one randomly. if(pl->startSpot == -1) { // It's likely that some players will get the same start spots. pl->startSpot = M_Random() % numPlayerStarts; } } App_Log(DE2_DEV_MAP_MSG, "Player starting spots:"); for(int i = 0; i < MAXPLAYERS; ++i) { player_t *pl = &players[i]; if(!pl->plr->inGame) continue; App_Log(DE2_DEV_MAP_MSG, "- pl%i: color %i, spot %i", i, cfg.playerColor[i], pl->startSpot); } } void P_SpawnPlayer(int plrNum, playerclass_t pClass, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags, dd_bool makeCamera, dd_bool pickupItems) { plrNum = MINMAX_OF(0, plrNum, MAXPLAYERS - 1); // Not playing? if(!players[plrNum].plr->inGame) return; pClass = playerclass_t(MINMAX_OF(0, pClass, NUM_PLAYER_CLASSES - 1)); /* $unifiedangles */ mobj_t *mo = P_SpawnMobjXYZ(PCLASS_INFO(pClass)->mobjType, x, y, z, angle, spawnFlags); if(!mo) Con_Error("P_SpawnPlayer: Failed spawning mobj for player %i " "(class:%i) pos:[%g, %g, %g] angle:%i.", plrNum, pClass, x, y, z, angle); App_Log(DE2_DEV_MAP_MSG, "P_SpawnPlayer: Player #%i spawned pos:(%g, %g, %g) angle:%x floorz:%g mobjid:%i", plrNum, mo->origin[VX], mo->origin[VY], mo->origin[VZ], mo->angle, mo->floorZ, mo->thinker.id); player_t *p = &players[plrNum]; if(p->playerState == PST_REBORN) G_PlayerReborn(plrNum); /// @todo Should this not occur before the reborn? p->class_ = pClass; // On clients, mark the remote players. if(IS_CLIENT && plrNum != CONSOLEPLAYER) { mo->ddFlags = DDMF_DONTDRAW; // The real flags are received from the server later on. } // Set color translations for player sprites. if(p->colorMap > 0 && p->colorMap < NUMPLAYERCOLORS) { mo->flags |= p->colorMap << MF_TRANSSHIFT; } /* if(cfg.playerColor[plrNum] > 0) mo->flags |= cfg.playerColor[plrNum] << MF_TRANSSHIFT; */ App_Log(DE2_DEV_MAP_VERBOSE, "Player #%i spawning with color translation %i", plrNum, (mo->flags & MF_TRANSLATION) >> MF_TRANSSHIFT); p->plr->lookDir = 0; /* $unifiedangles */ p->plr->flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; p->plr->flags &= ~DDPF_UNDEFINED_ORIGIN; DENG_ASSERT(mo->angle == angle); p->jumpTics = 0; p->airCounter = 0; mo->player = p; mo->dPlayer = p->plr; mo->health = p->health; p->plr->mo = mo; p->playerState = PST_LIVE; p->refire = 0; p->damageCount = 0; p->bonusCount = 0; #if __JHEXEN__ p->poisonCount = 0; p->overridePalette = 0; #endif #if __JHERETIC__ || __JHEXEN__ p->morphTics = 0; #endif #if __JHERETIC__ p->rain1 = NULL; p->rain2 = NULL; #endif p->plr->extraLight = 0; p->plr->fixedColorMap = 0; if(makeCamera) p->plr->flags |= DDPF_CAMERA; if(p->plr->flags & DDPF_CAMERA) { App_Log(DE2_MAP_MSG, "Player #%i spawned as a camera", plrNum); p->plr->mo->origin[VZ] += (coord_t) cfg.plrViewHeight; p->viewHeight = 0; } else { p->viewHeight = (coord_t) cfg.plrViewHeight; } p->viewHeightDelta = 0; p->viewZ = p->plr->mo->origin[VZ] + p->viewHeight; p->viewOffset[VX] = p->viewOffset[VY] = p->viewOffset[VZ] = 0; // Give all cards in death match mode. if(COMMON_GAMESESSION->rules().deathmatch) { #if __JHEXEN__ p->keys = 2047; #else for(int i = 0; i < NUM_KEY_TYPES; ++i) p->keys[i] = true; #endif } p->pendingWeapon = WT_NOCHANGE; if(pickupItems) { // Check the current position so that any interactions which would // occur as a result of collision happen immediately // (e.g., weapon pickups at the current position will be collected). P_CheckPosition(mo, mo->origin); } if(p->pendingWeapon != WT_NOCHANGE) p->readyWeapon = p->pendingWeapon; else p->pendingWeapon = p->readyWeapon; p->brain.changeWeapon = WT_NOCHANGE; p->update |= PSF_READY_WEAPON | PSF_PENDING_WEAPON; // Setup gun psprite. P_SetupPsprites(p); if(!BusyMode_Active()) { // This is done each time the player spawns so that animations ran at // this time are handled correctly (e.g., Hexen's health chain). HU_WakeWidgets(p - players); } #if __JHEXEN__ // Update the player class in effect. cfg.playerClass[plrNum] = pClass; NetSv_SendPlayerInfo(plrNum, DDSP_ALL_PLAYERS); P_ClassForPlayerWhenRespawning(plrNum, true /* now applied; clear change request */); #endif // Player has been spawned, so tell the engine where the camera is // initially located. After this it will be updated after every game tick. R_UpdateConsoleView(plrNum); } static void spawnPlayer(int plrNum, playerclass_t pClass, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags, dd_bool makeCamera, dd_bool doTeleSpark, dd_bool doTeleFrag) { #if __JDOOM__ || __JDOOM64__ dd_bool queueBody = (plrNum >= 0? true : false); #endif dd_bool pickupItems = true; /* $voodoodolls */ if(plrNum < 0) { plrNum = -plrNum - 1; pickupItems = false; } plrNum = MINMAX_OF(0, plrNum, MAXPLAYERS-1); player_t *plr = &players[plrNum]; #if __JDOOM__ || __JDOOM64__ if(queueBody) G_QueueBody(plr->plr->mo); #endif P_SpawnPlayer(plrNum, pClass, x, y, z, angle, spawnFlags, makeCamera, pickupItems); // Spawn a teleport fog? if(doTeleSpark && !makeCamera) { uint an = angle >> ANGLETOFINESHIFT; x += 20 * FIX2FLT(finecosine[an]); y += 20 * FIX2FLT(finesine[an]); if(mobj_t *mo = P_SpawnTeleFog(x, y, angle + ANG180)) { // Don't start sound on first frame. if(mapTime > 1) S_StartSound(TELEPORTSOUND, mo); } } // Camera players do not telefrag. if(!makeCamera && doTeleFrag) P_Telefrag(plr->plr->mo); } /** * Spawns the client's mobj on clientside. */ void P_SpawnClient(int plrNum) { App_Log(DE2_MAP_VERBOSE, "Spawning client player mobj (for player %i; console player is %i)", plrNum, CONSOLEPLAYER); // The server will fix the player's position and angles soon after. spawnPlayer(plrNum, P_ClassForPlayerWhenRespawning(plrNum, true), -30000, -30000, 0, 0, MSF_Z_FLOOR, false, false, false); player_t *p = &players[plrNum]; p->viewHeight = cfg.plrViewHeight; p->viewHeightDelta = 0; // The mobj was just spawned onto invalid coordinates. The view cannot // be drawn until we receive the right coords. p->plr->flags |= DDPF_UNDEFINED_ORIGIN; // The weapon of the player is not known. The weapon cannot be raised // until we know it. p->plr->flags |= DDPF_UNDEFINED_WEAPON; // Clear the view filter. p->plr->flags &= ~DDPF_USE_VIEW_FILTER; // The weapon should be in the down state when spawning. p->pSprites[0].pos[VY] = WEAPONBOTTOM; } void P_RebornPlayerInMultiplayer(int plrNum) { if(plrNum < 0 || plrNum >= MAXPLAYERS) return; // Wha? playerclass_t pClass = P_ClassForPlayerWhenRespawning(plrNum, false); player_t *p = &players[plrNum]; App_Log(DE2_DEV_MAP_MSG, "P_RebornPlayer: player %i (class %i)", plrNum, pClass); if(p->plr->mo) { // First dissasociate the corpse. p->plr->mo->player = 0; p->plr->mo->dPlayer = 0; } if(G_GameState() != GS_MAP) { App_Log(DE2_DEV_MAP_ERROR, "P_RebornPlayer: Game state is %i, won't spawn", G_GameState()); return; // Nothing else to do. } // Spawn at random spot if in death match. if(COMMON_GAMESESSION->rules().deathmatch) { G_DeathMatchSpawnPlayer(plrNum); return; } // Save player state? #if __JHEXEN__ int oldKeys = 0, oldPieces = 0; dd_bool oldWeaponOwned[NUM_WEAPON_TYPES]; if(!IS_CLIENT) { // Cooperative net-play, retain keys and weapons oldKeys = p->keys; oldPieces = p->pieces; for(int i = 0; i < NUM_WEAPON_TYPES; ++i) oldWeaponOwned[i] = p->weapons[i].owned; } #endif if(IS_CLIENT) { P_SpawnClient(plrNum); return; } /* * Determine spawn parameters. */ coord_t pos[3] = { 0, 0, 0 }; angle_t angle = 0; int spawnFlags = 0; dd_bool makeCamera = false; uint entryPoint = gameMapEntrance; dd_bool foundSpot = false; playerstart_t const *assigned = P_GetPlayerStart(entryPoint, plrNum, false); if(assigned) { mapspot_t const *spot = &mapSpots[assigned->spot]; if(P_CheckSpot(spot->origin[VX], spot->origin[VY])) { // Appropriate player start spot is open. App_Log(DE2_DEV_MAP_MSG, "- spawning at assigned spot"); pos[VX] = spot->origin[VX]; pos[VY] = spot->origin[VY]; pos[VZ] = spot->origin[VZ]; angle = spot->angle; spawnFlags = spot->flags; foundSpot = true; } } #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ if(!foundSpot) { App_Log(DE2_DEV_MAP_MSG, "- force spawning at %i", p->startSpot); if(assigned) { mapspot_t const *spot = &mapSpots[assigned->spot]; pos[VX] = spot->origin[VX]; pos[VY] = spot->origin[VY]; pos[VZ] = spot->origin[VZ]; angle = spot->angle; spawnFlags = spot->flags; // "Fuzz" the spawn position looking for room nearby. makeCamera = !fuzzySpawnPosition(&pos[VX], &pos[VY], &pos[VZ], &angle, &spawnFlags); } else { pos[VX] = pos[VY] = pos[VZ] = 0; angle = 0; spawnFlags = MSF_Z_FLOOR; makeCamera = true; } } #else if(!foundSpot) { App_Log(DE2_DEV_MAP_MSG, "P_RebornPlayer: Trying other spots for %i", plrNum); // Try to spawn at one of the other player start spots. for(int i = 0; i < MAXPLAYERS; ++i) { if(playerstart_t const *start = P_GetPlayerStart(gameMapEntrance, i, false)) { mapspot_t const *spot = &mapSpots[start->spot]; if(P_CheckSpot(spot->origin[VX], spot->origin[VY])) { // Found an open start spot. pos[VX] = spot->origin[VX]; pos[VY] = spot->origin[VY]; pos[VZ] = spot->origin[VZ]; angle = spot->angle; spawnFlags = spot->flags; foundSpot = true; App_Log(DE2_DEV_MAP_MSG, "P_RebornPlayer: Spot (%g, %g) selected", spot->origin[VX], spot->origin[VY]); break; } App_Log(DE2_DEV_MAP_VERBOSE, "P_RebornPlayer: Spot (%g, %g) is unavailable", spot->origin[VX], spot->origin[VY]); } } } if(!foundSpot) { // Player's going to be inside something. if(playerstart_t const *start = P_GetPlayerStart(gameMapEntrance, plrNum, false)) { mapspot_t const *spot = &mapSpots[start->spot]; pos[VX] = spot->origin[VX]; pos[VY] = spot->origin[VY]; pos[VZ] = spot->origin[VZ]; angle = spot->angle; spawnFlags = spot->flags; } else { pos[VX] = pos[VY] = pos[VZ] = 0; angle = 0; spawnFlags = MSF_Z_FLOOR; makeCamera = true; } } #endif App_Log(DE2_DEV_MAP_NOTE, "Multiplayer-spawning player at (%f,%f,%f) angle:%x", pos[VX], pos[VY], pos[VZ], angle); spawnPlayer(plrNum, pClass, pos[VX], pos[VY], pos[VZ], angle, spawnFlags, makeCamera, true, true); DENG_ASSERT(!IS_CLIENT); // Restore player state? #if __JHEXEN__ p->keys = oldKeys; p->pieces = oldPieces; int bestWeapon = 0; for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { if(oldWeaponOwned[i]) { bestWeapon = i; p->weapons[i].owned = true; } } GetDefInt("Multiplayer|Reborn|Blue mana", &p->ammo[AT_BLUEMANA].owned); GetDefInt("Multiplayer|Reborn|Green mana", &p->ammo[AT_GREENMANA].owned); App_Log(DE2_MAP_VERBOSE, "Player %i reborn in multiplayer: giving mana (b:%i g:%i); " "also old weapons, with best weapon %i", plrNum, p->ammo[AT_BLUEMANA].owned, p->ammo[AT_GREENMANA].owned, bestWeapon); if(bestWeapon) { // Bring up the best weapon. p->readyWeapon = p->pendingWeapon = weapontype_t(bestWeapon); } #endif } dd_bool P_CheckSpot(coord_t x, coord_t y) { #if __JHEXEN__ #define DUMMY_TYPE MT_PLAYER_FIGHTER #else #define DUMMY_TYPE MT_PLAYER #endif // Create a dummy to test with. coord_t const pos[3] = { x, y, 0 }; mobj_t *dummy = P_SpawnMobj(DUMMY_TYPE, pos, 0, MSF_Z_FLOOR); if(!dummy) Con_Error("P_CheckSpot: Failed creating dummy mobj."); dummy->flags &= ~MF_PICKUP; //dummy->flags2 &= ~MF2_PASSMOBJ; dd_bool result = P_CheckPosition(dummy, pos); P_MobjRemove(dummy, true); return result; #undef DUMMY_TYPE } #if __JHERETIC__ void P_AddMaceSpot(mapspotid_t id) { App_Log(DE2_DEV_MAP_VERBOSE, "P_AddMaceSpot: Added mace spot %u", id); maceSpots = (mapspotid_t *)Z_Realloc(maceSpots, sizeof(mapspotid_t) * ++maceSpotCount, PU_MAP); maceSpots[maceSpotCount-1] = id; } void P_AddBossSpot(mapspotid_t id) { bossSpots = (mapspotid_t *)Z_Realloc(bossSpots, sizeof(mapspotid_t) * ++bossSpotCount, PU_MAP); bossSpots[bossSpotCount-1] = id; } #endif void P_SpawnPlayers() { if(IS_CLIENT) { for(int i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; // Spawn the client anywhere. P_SpawnClient(i); } return; } // If deathmatch, randomly spawn the active players. if(COMMON_GAMESESSION->rules().deathmatch) { for(int i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; players[i].plr->mo = 0; G_DeathMatchSpawnPlayer(i); } } else { #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ if(!IS_NETGAME) { /* $voodoodolls */ for(int i = 0; i < numPlayerStarts; ++i) { if(players[0].startSpot != i && playerStarts[i].plrNum == 1) { mapspot_t const *spot = &mapSpots[playerStarts[i].spot]; spawnPlayer(-1, PCLASS_PLAYER, spot->origin[VX], spot->origin[VY], spot->origin[VZ], spot->angle, spot->flags, false, false, false); } } } #endif // Spawn everybody at their assigned places. // Might get messy if there aren't enough starts. for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = &players[i]; if(!plr->plr->inGame) continue; playerstart_t const *start = plr->startSpot < numPlayerStarts? &playerStarts[plr->startSpot] : 0; coord_t pos[3]; angle_t angle; int spawnFlags; dd_bool spawnAsCamera; if(start) { mapspot_t const *spot = &mapSpots[start->spot]; pos[VX] = spot->origin[VX]; pos[VY] = spot->origin[VY]; pos[VZ] = spot->origin[VZ]; angle = spot->angle; spawnFlags = spot->flags; // "Fuzz" the spawn position looking for room nearby. spawnAsCamera = !fuzzySpawnPosition(&pos[VX], &pos[VY], &pos[VZ], &angle, &spawnFlags); } else { pos[VX] = pos[VY] = pos[VZ] = 0; angle = 0; spawnFlags = MSF_Z_FLOOR; spawnAsCamera = true; } spawnPlayer(i, P_ClassForPlayerWhenRespawning(i, false), pos[VX], pos[VY], pos[VZ], angle, spawnFlags, spawnAsCamera, false, true); App_Log(DE2_DEV_MAP_MSG, "Player %i spawned at (%g, %g, %g)", i, pos[VX], pos[VY], pos[VZ]); } } // Let clients know for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = &players[i]; mobj_t *plMo = plr->plr->mo; if(!plr->plr->inGame || !plMo) continue; NetSv_SendPlayerSpawnPosition(i, plMo->origin[VX], plMo->origin[VY], plMo->origin[VZ], plMo->angle); } } void G_DeathMatchSpawnPlayer(int playerNum) { playerNum = MINMAX_OF(0, playerNum, MAXPLAYERS-1); playerclass_t pClass; #if __JHEXEN__ if(COMMON_GAMESESSION->rules().randomClasses) { pClass = playerclass_t(P_Random() % 3); if(pClass == cfg.playerClass[playerNum]) // Not the same class, please. pClass = playerclass_t((pClass + 1) % 3); } else #endif { pClass = P_ClassForPlayerWhenRespawning(playerNum, false); } if(IS_CLIENT) { if(G_GameState() == GS_MAP) { // Anywhere will do, for now. spawnPlayer(playerNum, pClass, -30000, -30000, 0, 0, MSF_Z_FLOOR, false, false, false); } return; } // Now let's find an available deathmatch start. if(numPlayerDMStarts < 2) Con_Error("G_DeathMatchSpawnPlayer: Error, minimum of two " "(deathmatch) mapspots required for deathmatch."); #define NUM_TRIES 20 for(int i = 0; i < NUM_TRIES; ++i) { mapspot_t const *spot = &mapSpots[deathmatchStarts[P_Random() % numPlayerDMStarts].spot]; // Last attempt will succeed even though blocked. if(P_CheckSpot(spot->origin[VX], spot->origin[VY]) || i == NUM_TRIES-1) { spawnPlayer(playerNum, pClass, spot->origin[VX], spot->origin[VY], spot->origin[VZ], spot->angle, spot->flags, false, true, true); return; } } } #if defined(__JHERETIC__) || defined(__JHEXEN__) struct unstuckmobjinline_params_t { coord_t pos[2]; coord_t minDist; }; /// @return @c false= continue iteration. static int unstuckMobjInLine(Line *li, void *context) { unstuckmobjinline_params_t &parm = *static_cast(context); if(!P_GetPtrp(li, DMU_BACK_SECTOR)) { /* * Project the point (mo position) onto this line. If the resultant point * lies on the line and the current position is in range of that point, * adjust the position moving it away from the projected point. */ coord_t lineOrigin[2]; P_GetDoublepv(P_GetPtrp(li, DMU_VERTEX0), DMU_XY, lineOrigin); coord_t lineDirection[2]; P_GetDoublepv(li, DMU_DXY, lineDirection); coord_t result[2]; coord_t pos = V2d_ProjectOnLine(result, parm.pos, lineOrigin, lineDirection); if(pos > 0 && pos < 1) { coord_t dist = M_ApproxDistance(parm.pos[VX] - result[VX], parm.pos[VY] - result[VY]); if(dist >= 0 && dist < parm.minDist) { // Derive the line normal. coord_t len = M_ApproxDistance(lineDirection[0], lineDirection[1]); coord_t unit[2], normal[2]; if(len) { unit[VX] = lineDirection[0] / len; unit[VY] = lineDirection[1] / len; } else { unit[VX] = unit[VY] = 0; } normal[VX] = unit[VY]; normal[VY] = -unit[VX]; // Adjust the position. parm.pos[VX] += normal[VX] * parm.minDist; parm.pos[VY] += normal[VY] * parm.minDist; } } } return false; // Continue iteration. } struct pit_findnearestfacingline_params_t { mobj_t *mo; coord_t dist; Line *line; }; /// @return @c false= continue iteration. static int PIT_FindNearestFacingLine(Line *line, void *context) { pit_findnearestfacingline_params_t &parm = *static_cast(context); coord_t off; coord_t dist = Line_PointDistance(line, parm.mo->origin, &off); // Wrong way or too far? if(off < 0 || off > P_GetDoublep(line, DMU_LENGTH) || dist < 0) { return false; } if(!parm.line || dist < parm.dist) { parm.line = line; parm.dist = dist; } return false; } /// @return @c false= continue iteration. static int turnMobjToNearestLine(thinker_t *th, void *context) { mobj_t *mo = reinterpret_cast(th); mobjtype_t type = *static_cast(context); // @todo Why not type-prune at an earlier point? We could specify a // custom comparison func for Thinker_Iterate... if(mo->type != type) return false; App_Log(DE2_MAP_XVERBOSE, "Checking mo %i for auto-turning...", mo->thinker.id); AABoxd aaBox(mo->origin[VX] - 50, mo->origin[VY] - 50, mo->origin[VX] + 50, mo->origin[VY] + 50); pit_findnearestfacingline_params_t parm; parm.mo = mo; parm.dist = 0; parm.line = 0; VALIDCOUNT++; Line_BoxIterator(&aaBox, LIF_SECTOR, PIT_FindNearestFacingLine, &parm); if(parm.line) { mo->angle = P_GetAnglep(parm.line, DMU_ANGLE) - ANGLE_90; App_Log(DE2_MAP_XVERBOSE, "Turning mobj to nearest line: mo=%i angle=%x", mo->thinker.id, mo->angle); } else { App_Log(DE2_DEV_MAP_XVERBOSE, "Turning mobj to nearest line: mo=%i => no nearest line found", mo->thinker.id); } return false; } /// @return @c false= continue iteration. static int moveMobjOutOfNearbyLines(thinker_t *th, void *context) { mobj_t *mo = reinterpret_cast(th); mobjtype_t type = *static_cast(context); // @todo Why not type-prune at an earlier point? We could specify a // custom comparison func for Thinker_Iterate... if(mo->type != type) return false; AABoxd aaBox(mo->origin[VX] - mo->radius, mo->origin[VY] - mo->radius, mo->origin[VX] + mo->radius, mo->origin[VY] + mo->radius); unstuckmobjinline_params_t parm; parm.pos[VX] = mo->origin[VX]; parm.pos[VY] = mo->origin[VY]; parm.minDist = mo->radius / 2; VALIDCOUNT++; Line_BoxIterator(&aaBox, LIF_SECTOR, unstuckMobjInLine, &parm); if(!FEQUAL(mo->origin[VX], parm.pos[VX]) || !FEQUAL(mo->origin[VY], parm.pos[VY])) { P_MobjUnlink(mo); mo->origin[VX] = parm.pos[VX]; mo->origin[VY] = parm.pos[VY]; P_MobjLink(mo); } return false; } void P_MoveThingsOutOfWalls() { static mobjtype_t const types[] = { #if __JHERETIC__ MT_MISC10, #elif __JHEXEN__ MT_ZWALLTORCH, MT_ZWALLTORCH_UNLIT, #endif NUMMOBJTYPES // terminate. }; for(uint i = 0; types[i] != NUMMOBJTYPES; ++i) { mobjtype_t type = types[i]; Thinker_Iterate(P_MobjThinker, moveMobjOutOfNearbyLines, &type); Thinker_Iterate(P_MobjThinker, turnMobjToNearestLine, &type); } } #endif #ifdef __JHERETIC__ void P_TurnGizmosAwayFromDoors() { #define MAXLIST 200 mobj_t *tlist[MAXLIST]; for(int i = 0; i < numsectors; ++i) { Sector *sec = (Sector *)P_ToPtr(DMU_SECTOR, i); std::memset(tlist, 0, sizeof(tlist)); // First all the things to process. mobj_t *iter = (mobj_t *)P_GetPtrp(sec, DMT_MOBJS); for(int k = 0; k < MAXLIST - 1 && iter; iter = iter->sNext) { if(iter->type == MT_KEYGIZMOBLUE || iter->type == MT_KEYGIZMOGREEN || iter->type == MT_KEYGIZMOYELLOW) tlist[k++] = iter; } // Turn to face away from the nearest door. for(int t = 0; (iter = tlist[t]) != NULL; ++t) { Line *closestline = 0; coord_t closestdist = 0; for(int l = 0; l < numlines; ++l) { Line *li = (Line *)P_ToPtr(DMU_LINE, l); if(!P_GetPtrp(li, DMU_BACK_SECTOR)) continue; // It must be a special line with a back sector. xline_t *xli = P_ToXLine(li); if((xli->special != 32 && xli->special != 33 && xli->special != 34 && xli->special != 26 && xli->special != 27 && xli->special != 28)) continue; coord_t d1[2]; P_GetDoublepv(li, DMU_DXY, d1); coord_t off; coord_t dist = fabs(Line_PointDistance(li, iter->origin, &off)); if(!closestline || dist < closestdist) { closestdist = dist; closestline = li; } } if(closestline) { Vertex *v0 = (Vertex *)P_GetPtrp(closestline, DMU_VERTEX0); Vertex *v1 = (Vertex *)P_GetPtrp(closestline, DMU_VERTEX1); coord_t v0p[2]; P_GetDoublepv(v0, DMU_XY, v0p); coord_t v1p[2]; P_GetDoublepv(v1, DMU_XY, v1p); iter->angle = M_PointToAngle2(v0p, v1p) - ANG90; } } } } #endif doomsday-1.14.5/doomsday/plugins/common/src/p_xgfile.cpp0000664000175000017500000002056312350542240022570 0ustar jaakkojaakko/** @file p_xgfile.cpp Extended generalized line types. * * DD_XGDATA lump reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ #include "common.h" #include "p_xg.h" #include #include #include enum xgsegenum_t { XGSEG_END, XGSEG_LINE, XGSEG_SECTOR }; dd_bool xgDataLumps; static byte const *readptr; static linetype_t *linetypes; static int num_linetypes; static sectortype_t *sectypes; static int num_sectypes; static byte ReadByte() { return *readptr++; } static short ReadShort() { short s = *(const short *) readptr; readptr += 2; // Swap the bytes. //s = (s<<8) + (s>>8); return SHORT(s); } static long ReadLong() { long l = *(const long *) readptr; readptr += 4; // Swap the bytes. //l = (l<<24) + (l>>24) + ((l & 0xff0000) >> 8) + ((l & 0xff00) << 8); return LONG(l); } static float ReadFloat() { long f = ReadLong(); float returnValue = 0; std::memcpy(&returnValue, &f, 4); return returnValue; } /** * I could just return a pointer to the string, but that risks losing * it somewhere. Now we can be absolutely sure it can't be lost. */ static void ReadString(char **str) { int len = ReadShort(); if(!len) // Null string? { *str = 0; return; } if(len < 0) Con_Error("ReadString: Bogus len!\n"); // Allocate memory for the string. *str = (char *) Z_Malloc(len + 1, PU_GAMESTATIC, 0); std::memcpy(*str, readptr, len); readptr += len; (*str)[len] = 0; } static Uri *readTextureUrn() { return Uri_NewWithPath2(Str_Text(Str_Appendf(AutoStr_NewStd(), "urn:Textures:%i", ReadShort())), RC_NULL); } void XG_ReadXGLump(lumpnum_t lumpNum) { if(0 > lumpNum) return; // No such lump. xgDataLumps = true; App_Log(DE2_RES_MSG, "Reading XG types from DDXGDATA"); size_t len = W_LumpLength(lumpNum); uint8_t *buf = (uint8_t *) M_Malloc(len); W_ReadLump(lumpNum, buf); readptr = (byte *)buf; // Allocate the arrays. num_linetypes = ReadShort(); linetypes = (linetype_t *)Z_Calloc(sizeof(*linetypes) * num_linetypes, PU_GAMESTATIC, 0); num_sectypes = ReadShort(); sectypes = (sectortype_t *)Z_Calloc(sizeof(*sectypes) * num_sectypes, PU_GAMESTATIC, 0); int lc = 0, sc = 0; dd_bool done = false; while(!done) { // Get next segment. switch(ReadByte()) { case XGSEG_END: done = true; break; case XGSEG_LINE: { linetype_t *li = linetypes + lc++; // Read the def. li->id = ReadShort(); li->flags = ReadLong(); li->flags2 = ReadLong(); li->flags3 = ReadLong(); li->lineClass = ReadShort(); li->actType = ReadByte(); li->actCount = ReadShort(); li->actTime = ReadFloat(); li->actTag = ReadLong(); for(int i = 0; i < DDLT_MAX_APARAMS; ++i) { li->aparm[i] = ReadLong(); } li->tickerStart = ReadFloat(); li->tickerEnd = ReadFloat(); li->tickerInterval = ReadLong(); li->actSound = ReadShort(); li->deactSound = ReadShort(); li->evChain = ReadShort(); li->actChain = ReadShort(); li->deactChain = ReadShort(); li->wallSection = ReadByte(); { Uri *textureUrn = readTextureUrn(); li->actMaterial = P_ToIndex(DD_MaterialForTextureUri(textureUrn)); Uri_Delete(textureUrn); } { Uri *textureUrn = readTextureUrn(); li->deactMaterial = P_ToIndex(DD_MaterialForTextureUri(textureUrn)); Uri_Delete(textureUrn); } ReadString(&li->actMsg); ReadString(&li->deactMsg); li->materialMoveAngle = ReadFloat(); li->materialMoveSpeed = ReadFloat(); for(int i = 0; i < DDLT_MAX_PARAMS; ++i) { li->iparm[i] = ReadLong(); } for(int i = 0; i < DDLT_MAX_PARAMS; ++i) { li->fparm[i] = ReadFloat(); } for(int i = 0; i < DDLT_MAX_SPARAMS; ++i) { ReadString(&li->sparm[i]); } break; } case XGSEG_SECTOR: { sectortype_t *sec = sectypes + sc++; // Read the def. sec->id = ReadShort(); sec->flags = ReadLong(); sec->actTag = ReadLong(); for(int i = 0; i < DDLT_MAX_CHAINS; ++i) { sec->chain[i] = ReadLong(); } for(int i = 0; i < DDLT_MAX_CHAINS; ++i) { sec->chainFlags[i] = ReadLong(); } for(int i = 0; i < DDLT_MAX_CHAINS; ++i) { sec->start[i] = ReadFloat(); } for(int i = 0; i < DDLT_MAX_CHAINS; ++i) { sec->end[i] = ReadFloat(); } for(int i = 0; i < DDLT_MAX_CHAINS; ++i) { sec->interval[i][0] = ReadFloat(); sec->interval[i][1] = ReadFloat(); } for(int i = 0; i < DDLT_MAX_CHAINS; ++i) { sec->count[i] = ReadLong(); } sec->ambientSound = ReadShort(); sec->soundInterval[0] = ReadFloat(); sec->soundInterval[1] = ReadFloat(); sec->materialMoveAngle[0] = ReadFloat(); sec->materialMoveAngle[1] = ReadFloat(); sec->materialMoveSpeed[0] = ReadFloat(); sec->materialMoveSpeed[1] = ReadFloat(); sec->windAngle = ReadFloat(); sec->windSpeed = ReadFloat(); sec->verticalWind = ReadFloat(); sec->gravity = ReadFloat(); sec->friction = ReadFloat(); ReadString(&sec->lightFunc); sec->lightInterval[0] = ReadShort(); sec->lightInterval[1] = ReadShort(); ReadString(&sec->colFunc[0]); ReadString(&sec->colFunc[1]); ReadString(&sec->colFunc[2]); for(int i = 0; i < 3; ++i) { sec->colInterval[i][0] = ReadShort(); sec->colInterval[i][1] = ReadShort(); } ReadString(&sec->floorFunc); sec->floorMul = ReadFloat(); sec->floorOff = ReadFloat(); sec->floorInterval[0] = ReadShort(); sec->floorInterval[1] = ReadShort(); ReadString(&sec->ceilFunc); sec->ceilMul = ReadFloat(); sec->ceilOff = ReadFloat(); sec->ceilInterval[0] = ReadShort(); sec->ceilInterval[1] = ReadShort(); break; } default: Con_Error("XG_ReadXGLump: Bad segment!"); } } M_Free(buf); } void XG_ReadTypes() { num_linetypes = 0; Z_Free(linetypes); linetypes = 0; num_sectypes = 0; Z_Free(sectypes); sectypes = 0; XG_ReadXGLump(W_CheckLumpNumForName("DDXGDATA")); } linetype_t* XG_GetLumpLine(int id) { for(int i = 0; i < num_linetypes; ++i) { if(linetypes[i].id == id) return linetypes + i; } return 0; // Not found. } sectortype_t *XG_GetLumpSector(int id) { for(int i = 0; i < num_sectypes; ++i) { if(sectypes[i].id == id) return sectypes + i; } return 0; // Not found. } #endif doomsday-1.14.5/doomsday/plugins/common/src/p_actor.cpp0000664000175000017500000003360012350542240022416 0ustar jaakkojaakko/** @file p_actor.cpp Common code relating to mobj management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "common.h" #include "gamesession.h" #include "p_tick.h" #include "p_actor.h" #include "p_actor.h" #if __JDOOM64__ # define RESPAWNTICS (4 * TICSPERSEC) #else # define RESPAWNTICS (30 * TICSPERSEC) #endif typedef struct spawnqueuenode_s { int startTime; int minTics; ///< Minimum number of tics before respawn. void (*callback) (mobj_t *mo, void *context); void* context; coord_t pos[3]; angle_t angle; mobjtype_t type; int spawnFlags; ///< MSF_* flags struct spawnqueuenode_s *next; } spawnqueuenode_t; static spawnqueuenode_t *spawnQueueHead, *unusedNodes; void P_SpawnTelefog(mobj_t *mo, void * /*context*/) { #if __JDOOM__ || __JDOOM64__ S_StartSound(SFX_ITMBK, mo); #else S_StartSound(SFX_RESPAWN, mo); #endif # if __JDOOM64__ mo->translucency = 255; mo->spawnFadeTics = 0; mo->intFlags |= MIF_FADE; # elif __JDOOM__ // Spawn the item teleport fog at the new spot. P_SpawnMobj(MT_IFOG, mo->origin, mo->angle, 0); # endif } void P_MobjRemove(mobj_t *mo, dd_bool noRespawn) { #if !defined(__JDOOM__) && !defined(__JDOOM64__) DENG_UNUSED(noRespawn); #endif if(mo->ddFlags & DDMF_REMOTE) goto justDoIt; #if __JDOOM__ || __JDOOM64__ if(!noRespawn) { if( # if __JDOOM__ // Only respawn items in deathmatch 2 and optionally in coop. !(COMMON_GAMESESSION->rules().deathmatch != 2 && (!cfg.coopRespawnItems || !IS_NETGAME || COMMON_GAMESESSION->rules().deathmatch)) && # endif /*#elif __JDOOM64__ (spot->flags & MTF_RESPAWN) && # endif*/ (mo->flags & MF_SPECIAL) && !(mo->flags & MF_DROPPED) # if __JDOOM__ || __JDOOM64__ && (mo->type != MT_INV) && (mo->type != MT_INS) # endif ) { P_DeferSpawnMobj3fv(RESPAWNTICS, mobjtype_t(mo->type), mo->spawnSpot.origin, mo->spawnSpot.angle, mo->spawnSpot.flags, P_SpawnTelefog, NULL); } } #endif #if __JHEXEN__ if((mo->flags & MF_COUNTKILL) && (mo->flags & MF_CORPSE)) { P_RemoveCorpseInQueue(mo); } P_MobjRemoveFromTIDList(mo); #endif justDoIt: Mobj_Destroy(mo); } void P_MobjLink(struct mobj_s *mobj) { DENG_ASSERT(mobj != 0); Mobj_Link(mobj, MLF_BLOCKMAP | (!(mobj->flags & MF_NOSECTOR)? MLF_SECTOR : 0)); } void P_MobjUnlink(struct mobj_s *mobj) { Mobj_Unlink(mobj); } void P_MobjSetSRVO(mobj_t *mo, coord_t stepx, coord_t stepy) { DENG_ASSERT(mo != 0); mo->srvo[VX] = -stepx; mo->srvo[VY] = -stepy; } void P_MobjSetSRVOZ(mobj_t *mo, coord_t stepz) { DENG_ASSERT(mo != 0); mo->srvo[VZ] = -stepz; } void P_MobjAngleSRVOTicker(mobj_t *mo) { #define MIN_STEP (10 * ANGLE_1) >> 16 ///< Degrees per tic #define MAX_STEP ANG90 >> 16 DENG_ASSERT(mo != 0); // Check requirements. if(mo->flags & MF_MISSILE || !(mo->flags & MF_COUNTKILL)) { mo->visAngle = mo->angle >> 16; return; // This is not for us. } short target = mo->angle >> 16; short diff = target - mo->visAngle; short step = 0; if(mo->turnTime) { if(mo->tics) step = abs(diff) / mo->tics; else step = abs(diff); if(!step) step = 1; } else { // Calculate a good step size. // Thing height and diff taken into account. int hgt = (int) mo->height; hgt = MINMAX_OF(30, hgt, 60); int lstep = abs(diff) * 8 / hgt; lstep = MINMAX_OF(MIN_STEP, lstep, MAX_STEP); step = lstep; } // Do the step. if(abs(diff) <= step) mo->visAngle = target; else if(diff > 0) mo->visAngle += step; else if(diff < 0) mo->visAngle -= step; #undef MAX_STEP #undef MIN_STEP } void P_MobjClearSRVO(mobj_t *mo) { DENG_ASSERT(mo != 0); std::memset(mo->srvo, 0, sizeof(mo->srvo)); } dd_bool P_MobjIsCamera(mobj_t const *mo) { // Client mobjs do not have thinkers and thus cannot be cameras. return (mo && mo->thinker.function && mo->player && (mo->player->plr->flags & DDPF_CAMERA)); } dd_bool Mobj_IsCrunchable(mobj_t *mobj) { DENG_ASSERT(mobj != 0); #if __JDOOM__ || __JDOOM64__ return mobj->health <= 0 && (cfg.gibCrushedNonBleeders || !(mobj->flags & MF_NOBLOOD)); #elif __JHEXEN__ return mobj->health <= 0 && (mobj->flags & MF_CORPSE) != 0; #else return mobj->health <= 0; #endif } dd_bool Mobj_IsDroppedItem(mobj_t *mobj) { DENG_ASSERT(mobj != 0); #if __JHEXEN__ return (mobj->flags2 & MF2_DROPPED) != 0; #else return (mobj->flags & MF_DROPPED) != 0; #endif } terraintype_t const *P_MobjFloorTerrain(mobj_t *mobj) { return P_PlaneMaterialTerrainType(Mobj_Sector(mobj), PLN_FLOOR); } void P_UpdateHealthBits(mobj_t *mo) { if(!mo || !mo->info) return; if(mo->info->spawnHealth > 0) { mo->selector &= DDMOBJ_SELECTOR_MASK; // Clear high byte. int sel = (mo->health << 3) / mo->info->spawnHealth; sel = MINMAX_OF(0, sel, 7); mo->selector |= sel << DDMOBJ_SELECTOR_SHIFT; } } statenum_t P_GetState(mobjtype_t type, statename_t name) { if(type < MT_FIRST || type >= Get(DD_NUMMOBJTYPES)) return S_NULL; if(name < 0 || name >= STATENAMES_COUNT) return S_NULL; return statenum_t(MOBJINFO[type].states[name]); } void P_RipperBlood(mobj_t *actor) { DENG_ASSERT(actor != 0); coord_t pos[3]; pos[VX] = actor->origin[VX]; pos[VY] = actor->origin[VY]; pos[VZ] = actor->origin[VZ]; pos[VX] += FIX2FLT((P_Random() - P_Random()) << 12); pos[VY] += FIX2FLT((P_Random() - P_Random()) << 12); pos[VZ] += FIX2FLT((P_Random() - P_Random()) << 12); if(mobj_t *mo = P_SpawnMobj(MT_BLOOD, pos, actor->angle, 0)) { #if __JHERETIC__ mo->flags |= MF_NOGRAVITY; #endif mo->mom[MX] = actor->mom[MX] / 2; mo->mom[MY] = actor->mom[MY] / 2; mo->tics += P_Random() & 3; } } static spawnqueuenode_t *allocateNode() { #define SPAWNQUEUENODE_BATCHSIZE 32 spawnqueuenode_t *node; if(unusedNodes) { // There are existing nodes we can re-use. node = unusedNodes; unusedNodes = unusedNodes->next; node->next = 0; } else { // We need to allocate more. spawnqueuenode_t *storage = (spawnqueuenode_t *) Z_Malloc(sizeof(*node) * SPAWNQUEUENODE_BATCHSIZE, PU_GAMESTATIC, 0); // Add all but one to the unused node list. for(int i = 0; i < SPAWNQUEUENODE_BATCHSIZE-1; ++i) { node = storage++; node->next = unusedNodes; unusedNodes = node; } node = storage; } return node; #undef SPAWNQUEUENODE_BATCHSIZE } static void freeNode(spawnqueuenode_t *node, bool recycle) { if(!node) return; // Find this node in the spawn queue and unlink it if found. if(spawnQueueHead) { if(spawnQueueHead == node) { spawnQueueHead = spawnQueueHead->next; } else { for(spawnqueuenode_t *other = spawnQueueHead; other->next; other = other->next) { if(other->next == node) other->next = other->next->next; } } } if(recycle) { // Recycle this node for later use. node->next = unusedNodes; unusedNodes = node; return; } Z_Free(node); } static spawnqueuenode_t *dequeueSpawn() { spawnqueuenode_t *node = spawnQueueHead; if(spawnQueueHead) spawnQueueHead = spawnQueueHead->next; return node; } static void emptySpawnQueue(bool recycle) { if(spawnQueueHead) { while(spawnqueuenode_t *node = dequeueSpawn()) { freeNode(node, recycle); } } spawnQueueHead = 0; } static void enqueueSpawn(int minTics, mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags, void (*callback) (mobj_t *mo, void *context), void *context) { spawnqueuenode_t *spawn = allocateNode(); spawn->type = type; spawn->pos[VX] = x; spawn->pos[VY] = y; spawn->pos[VZ] = z; spawn->angle = angle; spawn->spawnFlags = spawnFlags; spawn->startTime = mapTime; spawn->minTics = minTics; spawn->callback = callback; spawn->context = context; if(spawnQueueHead) { // Find the correct insertion point. if(spawnQueueHead->next) { spawnqueuenode_t *other = spawnQueueHead; while(other->next && other->next->minTics - (mapTime - other->next->startTime) <= minTics) { other = other->next; } spawn->next = (other->next? other->next : 0); other->next = spawn; } else { // After or before the head? if(spawnQueueHead->minTics - (mapTime - spawnQueueHead->startTime) <= minTics) { spawn->next = 0; spawnQueueHead->next = spawn; } else { spawn->next = spawnQueueHead; spawnQueueHead = spawn; } } } else { spawn->next = 0; spawnQueueHead = spawn; } } void P_DeferSpawnMobj3f(int minTics, mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags, void (*callback) (mobj_t *mo, void *context), void* context) { if(minTics > 0) { enqueueSpawn(minTics, type, x, y, z, angle, spawnFlags, callback, context); } // Spawn immediately. else if(mobj_t *mo = P_SpawnMobjXYZ(type, x, y, z, angle, spawnFlags)) { if(callback) callback(mo, context); } } void P_DeferSpawnMobj3fv(int minTics, mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags, void (*callback) (mobj_t* mo, void* context), void* context) { if(minTics > 0) { enqueueSpawn(minTics, type, pos[VX], pos[VY], pos[VZ], angle, spawnFlags, callback, context); } // Spawn immediately. else if(mobj_t *mo = P_SpawnMobj(type, pos, angle, spawnFlags)) { if(callback) callback(mo, context); } } static mobj_t *processOneSpawnTask() { mobj_t *mo = 0; // Anything due to spawn? if(spawnQueueHead && mapTime - spawnQueueHead->startTime >= spawnQueueHead->minTics) { spawnqueuenode_t *spawn = dequeueSpawn(); DENG_ASSERT(spawn != 0); // Spawn it. if((mo = P_SpawnMobj(spawn->type, spawn->pos, spawn->angle, spawn->spawnFlags))) { if(spawn->callback) spawn->callback(mo, spawn->context); } freeNode(spawn, true); } return mo; } /// @note Called 35 times per second by P_DoTick. void P_ProcessDeferredSpawns() { while(processOneSpawnTask()) {} } void P_PurgeDeferredSpawns() { emptySpawnQueue(true); } #ifdef __JHEXEN__ /// @todo Remove fixed limit. #define MAX_TID_COUNT 200 static int TIDList[MAX_TID_COUNT + 1]; // +1 for termination marker static mobj_t *TIDMobj[MAX_TID_COUNT]; static int insertThinkerInIdListWorker(thinker_t *th, void *context) { mobj_t *mo = (mobj_t *)th; int *count = (int *) context; if(mo->tid != 0) { // Add to list. if(*count == MAX_TID_COUNT) { Con_Error("P_CreateTIDList: MAX_TID_COUNT (%d) exceeded.", MAX_TID_COUNT); } TIDList[*count] = mo->tid; TIDMobj[(*count)++] = mo; } return false; // Continue iteration. } void P_CreateTIDList() { int count = 0; Thinker_Iterate(P_MobjThinker, insertThinkerInIdListWorker, &count); // Add termination marker TIDList[count] = 0; } void P_MobjInsertIntoTIDList(mobj_t *mo, int tid) { DENG_ASSERT(mo != 0); int index = -1; int i = 0; for(; TIDList[i] != 0; ++i) { if(TIDList[i] == -1) { // Found empty slot index = i; break; } } if(index == -1) { // Append required if(i == MAX_TID_COUNT) { Con_Error("P_MobjInsertIntoTIDList: MAX_TID_COUNT (%d) exceeded.", MAX_TID_COUNT); } index = i; TIDList[index + 1] = 0; } mo->tid = tid; TIDList[index] = tid; TIDMobj[index] = mo; } void P_MobjRemoveFromTIDList(mobj_t *mo) { if(!mo || !mo->tid) return; for(int i = 0; TIDList[i] != 0; ++i) { if(TIDMobj[i] == mo) { TIDList[i] = -1; TIDMobj[i] = 0; mo->tid = 0; return; } } mo->tid = 0; } mobj_t *P_FindMobjFromTID(int tid, int *searchPosition) { DENG_ASSERT(searchPosition != 0); for(int i = *searchPosition + 1; TIDList[i] != 0; ++i) { if(TIDList[i] == tid) { *searchPosition = i; return TIDMobj[i]; } } *searchPosition = -1; return 0; } #endif // __JHEXEN__ doomsday-1.14.5/doomsday/plugins/common/src/player.cpp0000664000175000017500000012506112350542240022266 0ustar jaakkojaakko/** @file player.cpp Common playsim routines relating to players. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "player.h" #include "d_netsv.h" #include "d_net.h" #include "dmu_lib.h" #include "g_common.h" #include "gamesession.h" #include "hu_log.h" #if __JHERETIC__ || __JHEXEN__ # include "hu_inventory.h" #endif #include "p_actor.h" #include "p_inventory.h" #include "p_map.h" #include "p_saveg.h" #include "p_start.h" #include #include #include #include #define MESSAGETICS (4 * TICSPERSEC) #define CAMERA_FRICTION_THRESHOLD (.4f) struct weaponslotinfo_t { uint num; weapontype_t *types; }; static weaponslotinfo_t weaponSlots[NUM_WEAPON_SLOTS]; static byte slotForWeaponType(weapontype_t type, uint *position = 0) { byte i = 0, found = 0; do { weaponslotinfo_t *slot = &weaponSlots[i]; uint j = 0; while(!found && j < slot->num) { if(slot->types[j] == type) { found = i + 1; if(position) { *position = j; } } else { j++; } } } while(!found && ++i < NUM_WEAPON_SLOTS); return found; } static void unlinkWeaponInSlot(byte slotidx, weapontype_t type) { weaponslotinfo_t *slot = &weaponSlots[slotidx - 1]; uint i; for(i = 0; i < slot->num; ++i) { if(slot->types[i] == type) break; } if(i == slot->num) return; // Not linked to this slot. memmove(&slot->types[i], &slot->types[i+1], sizeof(weapontype_t) * (slot->num - 1 - i)); slot->types = (weapontype_t *)M_Realloc(slot->types, sizeof(weapontype_t) * --slot->num); } static void linkWeaponInSlot(byte slotidx, weapontype_t type) { weaponslotinfo_t *slot = &weaponSlots[slotidx-1]; slot->types = (weapontype_t *)M_Realloc(slot->types, sizeof(weapontype_t) * ++slot->num); if(slot->num > 1) { memmove(&slot->types[1], &slot->types[0], sizeof(weapontype_t) * (slot->num - 1)); } slot->types[0] = type; } void P_InitWeaponSlots() { de::zap(weaponSlots); } void P_FreeWeaponSlots() { for(int i = 0; i < NUM_WEAPON_SLOTS; ++i) { weaponslotinfo_t *slot = &weaponSlots[i]; M_Free(slot->types); slot->types = 0; slot->num = 0; } } dd_bool P_SetWeaponSlot(weapontype_t type, byte slot) { if(slot > NUM_WEAPON_SLOTS) return false; // First, remove the weapon (if found). byte currentSlot = slotForWeaponType(type); if(currentSlot) { unlinkWeaponInSlot(currentSlot, type); } if(slot != 0) { // Add this weapon to the specified slot (head). linkWeaponInSlot(slot, type); } return true; } byte P_GetWeaponSlot(weapontype_t type) { if(type >= WT_FIRST && type < NUM_WEAPON_TYPES) { return slotForWeaponType(type); } return 0; } weapontype_t P_WeaponSlotCycle(weapontype_t type, dd_bool prev) { if(type >= WT_FIRST && type < NUM_WEAPON_TYPES) { uint position; if(byte slotidx = slotForWeaponType(type, &position)) { weaponslotinfo_t *slot = &weaponSlots[slotidx - 1]; if(slot->num > 1) { if(prev) { if(position == 0) position = slot->num - 1; else position--; } else { if(position == slot->num - 1) position = 0; else position++; } return slot->types[position]; } } } return type; } int P_IterateWeaponsBySlot(byte slot, dd_bool reverse, int (*callback) (weapontype_t, void *context), void *context) { int result = 1; if(slot <= NUM_WEAPON_SLOTS) { uint i = 0; weaponslotinfo_t const *sl = &weaponSlots[slot]; while(i < sl->num && (result = callback(sl->types[reverse ? sl->num - 1 - i : i], context)) != 0) { i++; } } return result; } #if __JHEXEN__ void P_InitPlayerClassInfo() { PCLASS_INFO(PCLASS_FIGHTER)->niceName = GET_TXT(TXT_PLAYERCLASS1); PCLASS_INFO(PCLASS_CLERIC)->niceName = GET_TXT(TXT_PLAYERCLASS2); PCLASS_INFO(PCLASS_MAGE)->niceName = GET_TXT(TXT_PLAYERCLASS3); PCLASS_INFO(PCLASS_PIG)->niceName = GET_TXT(TXT_PLAYERCLASS4); } #endif int P_GetPlayerNum(player_t const *player) { for(int i = 0; i < MAXPLAYERS; ++i) { if(player == &players[i]) { return i; } } return 0; } int P_GetPlayerCheats(player_t const *player) { if(!player) return 0; if(player->plr->flags & DDPF_CAMERA) { return (player->cheats | (CF_GODMODE | cfg.cameraNoClip? CF_NOCLIP : 0)); } return player->cheats; } int P_CountPlayersInGame(PlayerSelectionCriteria const &criteria) { int count = 0; for(int i = 0; i < MAXPLAYERS; ++i) { player_t *player = players + i; if(!player->plr->inGame) continue; if((criteria & LocalOnly) && !(player->plr->flags & DDPF_LOCAL)) continue; count += 1; } return count; } dd_bool P_PlayerInWalkState(player_t *pl) { if(!pl->plr->mo) return false; /// @todo Implementation restricts possibilities for modifying behavior solely with state definitions. #if __JDOOM__ return pl->plr->mo->state - STATES - PCLASS_INFO(pl->class_)->runState < 4; #endif #if __JHERETIC__ return pl->plr->mo->state - STATES - PCLASS_INFO(pl->class_)->runState < 4; #endif #if __JHEXEN__ return ((unsigned) ((pl->plr->mo->state - STATES) - PCLASS_INFO(pl->class_)->runState) < 4); #endif #if __JDOOM64__ return pl->plr->mo->state - STATES - PCLASS_INFO(pl->class_)->runState < 4; #endif } void P_ShotAmmo(player_t *player) { DENG_ASSERT(player != 0); weaponinfo_t *wInfo = &weaponInfo[player->readyWeapon][player->class_]; if(IS_CLIENT) return; // Server keeps track of this. int fireMode = 0; #if __JHERETIC__ if(COMMON_GAMESESSION->rules().deathmatch) fireMode = 0; // In deathmatch always use mode zero. else fireMode = (player->powers[PT_WEAPONLEVEL2]? 1 : 0); #endif for(int i = 0; i < NUM_AMMO_TYPES; ++i) { if(!wInfo->mode[fireMode].ammoType[i]) continue; // Weapon does not take this ammo. // Don't let it fall below zero. player->ammo[i].owned = MAX_OF(0, player->ammo[i].owned - wInfo->mode[fireMode].perShot[i]); } player->update |= PSF_AMMO; } weapontype_t P_MaybeChangeWeapon(player_t *player, weapontype_t weapon, ammotype_t ammo, dd_bool force) { if(IS_NETWORK_SERVER) { // This is done on clientside. NetSv_MaybeChangeWeapon(player - players, weapon, ammo, force); return WT_NOCHANGE; } App_Log(DE2_DEV_MAP_XVERBOSE, "P_MaybeChangeWeapon: plr %i, weapon %i, ammo %i, force %i", (int)(player - players), weapon, ammo, force); int pclass = player->class_; // Assume weapon power level zero. int lvl = 0; #if __JHERETIC__ if(player->powers[PT_WEAPONLEVEL2]) lvl = 1; #endif bool found = false; weapontype_t retVal = WT_NOCHANGE; if(weapon == WT_NOCHANGE && ammo == AT_NOAMMO) // Out of ammo. { bool good; // Note we have no auto-logical choice for a forced change. // Preferences are set by the user. for(int i = 0; i < NUM_WEAPON_TYPES && !found; ++i) { weapontype_t candidate = weapontype_t(cfg.weaponOrder[i]); weaponinfo_t *winf = &weaponInfo[candidate][pclass]; // Is candidate available in this game mode? if(!(winf->mode[lvl].gameModeBits & gameModeBits)) continue; // Does the player actually own this candidate? if(!player->weapons[candidate].owned) continue; // Is there sufficent ammo for the candidate weapon? // Check amount for each used ammo type. good = true; for(int ammotype = 0; ammotype < NUM_AMMO_TYPES && good; ++ammotype) { if(!winf->mode[lvl].ammoType[ammotype]) continue; // Weapon does not take this type of ammo. #if __JHERETIC__ // Heretic always uses lvl 0 ammo requirements in deathmatch if(COMMON_GAMESESSION->rules().deathmatch && player->ammo[ammotype].owned < winf->mode[0].perShot[ammotype]) { // Not enough ammo of this type. Candidate is NOT good. good = false; } else #endif if(player->ammo[ammotype].owned < winf->mode[lvl].perShot[ammotype]) { // Not enough ammo of this type. Candidate is NOT good. good = false; } } if(good) { // Candidate weapon meets the criteria. retVal = candidate; found = true; } } } else if(weapon != WT_NOCHANGE) // Player was given a NEW weapon. { // A forced weapon change? if(force) { retVal = weapon; } // Is the player currently firing? else if(!((player->brain.attack) && cfg.noWeaponAutoSwitchIfFiring)) { // Should we change weapon automatically? if(cfg.weaponAutoSwitch == 2) // Behavior: Always change { retVal = weapon; } else if(cfg.weaponAutoSwitch == 1) // Behavior: Change if better { // Iterate the weapon order array and see if a weapon change // should be made. Preferences are user selectable. for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { weapontype_t candidate = weapontype_t(cfg.weaponOrder[i]); weaponinfo_t *winf = &weaponInfo[candidate][pclass]; // Is candidate available in this game mode? if(!(winf->mode[lvl].gameModeBits & gameModeBits)) continue; if(weapon == candidate) { // weapon has a higher priority than the readyweapon. retVal = weapon; } else if(player->readyWeapon == candidate) { // readyweapon has a higher priority so don't change. break; } } } } } else if(ammo != AT_NOAMMO) // Player is about to be given some ammo. { if(force || (!(player->ammo[ammo].owned > 0) && cfg.ammoAutoSwitch != 0)) { // We were down to zero, so select a new weapon. // Iterate the weapon order array and see if the player owns a weapon that can be used // now they have this ammo. // Preferences are user selectable. for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { weapontype_t candidate = weapontype_t(cfg.weaponOrder[i]); weaponinfo_t *winf = &weaponInfo[candidate][pclass]; // Is candidate available in this game mode? if(!(winf->mode[lvl].gameModeBits & gameModeBits)) continue; // Does the player actually own this candidate? if(!player->weapons[candidate].owned) continue; // Does the weapon use this type of ammo? if(!(winf->mode[lvl].ammoType[ammo])) continue; /** * @todo Have we got enough of ALL used ammo types? * * Problem, since the ammo has not been given yet (could be an object that gives * several ammo types eg backpack) we can't test for this with what we know! * * This routine should be called AFTER the new ammo has been given. Somewhat complex * logic to decipher first... */ if(cfg.ammoAutoSwitch == 2) // Behavior: Always change { retVal = candidate; break; } else if(cfg.ammoAutoSwitch == 1 && player->readyWeapon == candidate) { // readyweapon has a higher priority so don't change. break; } } } } // Don't change to the existing weapon. if(retVal == player->readyWeapon) retVal = WT_NOCHANGE; // Choosen a weapon to change to? if(retVal != WT_NOCHANGE) { App_Log(DE2_DEV_MAP_XVERBOSE, "P_MaybeChangeWeapon: Player %i decided to change to weapon %i", (int)(player - players), retVal); player->pendingWeapon = retVal; if(IS_CLIENT) { // Tell the server. NetCl_PlayerActionRequest(player, GPA_CHANGE_WEAPON, player->pendingWeapon); } } return retVal; } dd_bool P_CheckAmmo(player_t *plr) { DENG_ASSERT(plr != 0); weaponinfo_t *wInfo = &weaponInfo[plr->readyWeapon][plr->class_]; int fireMode = 0; #if __JHERETIC__ // If deathmatch always use firemode two ammo requirements. if(plr->powers[PT_WEAPONLEVEL2] && !COMMON_GAMESESSION->rules().deathmatch) { fireMode = 1; } #endif #if __JHEXEN__ //// @todo Kludge: Work around the multiple firing modes problems. //// We need to split the weapon firing routines and implement them as //// new fire modes. if(plr->class_ == PCLASS_FIGHTER && plr->readyWeapon != WT_FOURTH) { return true; } // < KLUDGE #endif // Check we have enough of ALL ammo types used by this weapon. bool good = true; for(int i = 0; i < NUM_AMMO_TYPES && good; ++i) { if(!wInfo->mode[fireMode].ammoType[i]) continue; // Weapon does not take this type of ammo. // Minimal amount for one shot varies. if(plr->ammo[i].owned < wInfo->mode[fireMode].perShot[i]) { // Insufficent ammo to fire this weapon. good = false; } } if(good) return true; // Out of ammo, pick a weapon to change to. P_MaybeChangeWeapon(plr, WT_NOCHANGE, AT_NOAMMO, false); // Now set appropriate weapon overlay. if(plr->pendingWeapon != WT_NOCHANGE) { P_SetPsprite(plr, ps_weapon, statenum_t(wInfo->mode[fireMode].states[WSN_DOWN])); } return false; } weapontype_t P_PlayerFindWeapon(player_t *player, dd_bool prev) { DENG_ASSERT(player != 0); #if __JDOOM__ static weapontype_t wp_list[] = { WT_FIRST, WT_SECOND, WT_THIRD, WT_NINETH, WT_FOURTH, WT_FIFTH, WT_SIXTH, WT_SEVENTH, WT_EIGHTH }; #elif __JDOOM64__ static weapontype_t wp_list[] = { WT_FIRST, WT_SECOND, WT_THIRD, WT_NINETH, WT_FOURTH, WT_FIFTH, WT_SIXTH, WT_SEVENTH, WT_EIGHTH, WT_TENTH }; #elif __JHERETIC__ static weapontype_t wp_list[] = { WT_FIRST, WT_SECOND, WT_THIRD, WT_FOURTH, WT_FIFTH, WT_SIXTH, WT_SEVENTH, WT_EIGHTH }; #elif __JHEXEN__ || __JSTRIFE__ static weapontype_t wp_list[] = { WT_FIRST, WT_SECOND, WT_THIRD, WT_FOURTH }; #endif int lvl = 0; #if __JHERETIC__ lvl = (player->powers[PT_WEAPONLEVEL2]? 1 : 0); #endif // Are we using weapon order preferences for next/previous? weapontype_t *list; if(cfg.weaponNextMode) { list = (weapontype_t *) cfg.weaponOrder; prev = !prev; // Invert order. } else { list = wp_list; } // Find the current position in the weapon list. int i = 0; weapontype_t w = WT_FIRST; for(; i < NUM_WEAPON_TYPES; ++i) { w = list[i]; if(!cfg.weaponCycleSequential || player->pendingWeapon == WT_NOCHANGE) { if(w == player->readyWeapon) break; } else if(w == player->pendingWeapon) { break; } } // Locate the next or previous weapon owned by the player. weapontype_t initial = w; for(;;) { // Move the iterator. if(prev) i--; else i++; if(i < 0) i = NUM_WEAPON_TYPES - 1; else if(i > NUM_WEAPON_TYPES - 1) i = 0; w = list[i]; // Have we circled around? if(w == initial) break; // Available in this game mode? And a valid weapon? if((weaponInfo[w][player->class_].mode[lvl]. gameModeBits & gameModeBits) && player->weapons[w].owned) break; } return w; } #if __JHEXEN__ void P_PlayerChangeClass(player_t *player, playerclass_t newClass) { DENG_ASSERT(player != 0); if(newClass < PCLASS_FIRST || newClass >= NUM_PLAYER_CLASSES) return; // Don't change if morphed. if(player->morphTics) return; if(!PCLASS_INFO(newClass)->userSelectable) return; player->class_ = newClass; cfg.playerClass[player - players] = newClass; P_ClassForPlayerWhenRespawning(player - players, true /*clear change request*/); // Take away armor. for(int i = 0; i < NUMARMOR; ++i) { player->armorPoints[i] = 0; } player->update |= PSF_ARMOR_POINTS; P_PostMorphWeapon(player, WT_FIRST); if(player->plr->mo) { // Respawn the player and destroy the old mobj. mobj_t *oldMo = player->plr->mo; P_SpawnPlayer(player - players, newClass, oldMo->origin[VX], oldMo->origin[VY], oldMo->origin[VZ], oldMo->angle, 0, P_MobjIsCamera(oldMo), true); P_MobjRemove(oldMo, true); } } #endif void P_SetMessage(player_t *pl, int flags, char const *msg) { DENG_ASSERT(pl != 0); if(!msg || !msg[0]) return; ST_LogPost(pl - players, flags, msg); if(pl == &players[CONSOLEPLAYER]) { App_Log(DE2_LOG_MAP | (cfg.echoMsg? DE2_LOG_NOTE : DE2_LOG_VERBOSE), "%s", msg); } // Servers are responsible for sending these messages to the clients. NetSv_SendMessage(pl - players, msg); } #if __JHEXEN__ void P_SetYellowMessage(player_t *pl, int flags, char const *msg) { #define YELLOW_FMT "{r=1;g=0.7;b=0.3;}" #define YELLOW_FMT_LEN 18 if(!msg || !msg[0]) return; size_t len = strlen(msg); AutoStr *buf = AutoStr_NewStd(); Str_Reserve(buf, YELLOW_FMT_LEN + len+1); Str_Set(buf, YELLOW_FMT); Str_Appendf(buf, "%s", msg); ST_LogPost(pl - players, flags, Str_Text(buf)); if(pl == &players[CONSOLEPLAYER]) { App_Log(DE2_LOG_MAP | (cfg.echoMsg? DE2_LOG_NOTE : DE2_LOG_VERBOSE), "%s", msg); } // Servers are responsible for sending these messages to the clients. /// @todo We shouldn't need to send the format string along with every /// important game message. Instead flag a bit in the packet and then /// reconstruct on the other end. NetSv_SendMessage(pl - players, Str_Text(buf)); #undef YELLOW_FMT_LEN #undef YELLOW_FMT } #endif void P_Thrust3D(player_t *player, angle_t angle, float lookdir, coord_t forwardMove, coord_t sideMove) { angle_t pitch = LOOKDIR2DEG(lookdir) / 360 * ANGLE_MAX; angle_t sideangle = angle - ANG90; mobj_t *mo = player->plr->mo; coord_t zmul, mom[3]; angle >>= ANGLETOFINESHIFT; pitch >>= ANGLETOFINESHIFT; mom[MX] = forwardMove * FIX2FLT(finecosine[angle]); mom[MY] = forwardMove * FIX2FLT(finesine[angle]); mom[MZ] = forwardMove * FIX2FLT(finesine[pitch]); zmul = FIX2FLT(finecosine[pitch]); mom[MX] *= zmul; mom[MY] *= zmul; sideangle >>= ANGLETOFINESHIFT; mom[MX] += sideMove * FIX2FLT(finecosine[sideangle]); mom[MY] += sideMove * FIX2FLT(finesine[sideangle]); mo->mom[MX] += mom[MX]; mo->mom[MY] += mom[MY]; mo->mom[MZ] += mom[MZ]; } int P_CameraXYMovement(mobj_t *mo) { if(!P_MobjIsCamera(mo)) return false; #if __JDOOM__ || __JDOOM64__ if(mo->flags & MF_NOCLIP || // This is a very rough check! Sometimes you get stuck in things. P_CheckPositionXYZ(mo, mo->origin[VX] + mo->mom[MX], mo->origin[VY] + mo->mom[MY], mo->origin[VZ])) { #endif P_MobjUnlink(mo); mo->origin[VX] += mo->mom[MX]; mo->origin[VY] += mo->mom[MY]; P_MobjLink(mo); P_CheckPositionXY(mo, mo->origin[VX], mo->origin[VY]); mo->floorZ = tmFloorZ; mo->ceilingZ = tmCeilingZ; #if __JDOOM__ || __JDOOM64__ } #endif // Friction. if(!INRANGE_OF(mo->player->brain.forwardMove, 0, CAMERA_FRICTION_THRESHOLD) || !INRANGE_OF(mo->player->brain.sideMove, 0, CAMERA_FRICTION_THRESHOLD) || !INRANGE_OF(mo->player->brain.upMove, 0, CAMERA_FRICTION_THRESHOLD)) { // While moving; normal friction applies. mo->mom[MX] *= FRICTION_NORMAL; mo->mom[MY] *= FRICTION_NORMAL; } else { // Else lose momentum, quickly!. mo->mom[MX] *= FRICTION_HIGH; mo->mom[MY] *= FRICTION_HIGH; } return true; } int P_CameraZMovement(mobj_t *mo) { if(!P_MobjIsCamera(mo)) return false; mo->origin[VZ] += mo->mom[MZ]; // Friction. if(!INRANGE_OF(mo->player->brain.forwardMove, 0, CAMERA_FRICTION_THRESHOLD) || !INRANGE_OF(mo->player->brain.sideMove, 0, CAMERA_FRICTION_THRESHOLD) || !INRANGE_OF(mo->player->brain.upMove, 0, CAMERA_FRICTION_THRESHOLD)) { // While moving; normal friction applies. mo->mom[MZ] *= FRICTION_NORMAL; } else { // Lose momentum quickly!. mo->mom[MZ] *= FRICTION_HIGH; } return true; } void P_PlayerThinkCamera(player_t *player) { DENG_ASSERT(player != 0); mobj_t *mo = player->plr->mo; if(!mo) return; // If this player is not a camera, get out of here. if(!(player->plr->flags & DDPF_CAMERA)) { if(player->playerState == PST_LIVE) { mo->flags |= (MF_SOLID | MF_SHOOTABLE | MF_PICKUP); } return; } mo->flags &= ~(MF_SOLID | MF_SHOOTABLE | MF_PICKUP); // How about viewlock? if(player->viewLock) { mobj_t *target = players->viewLock; if(!target->player || !target->player->plr->inGame) { player->viewLock = 0; return; } int full = player->lockFull; //player->plr->flags |= DDPF_FIXANGLES; /* $unifiedangles */ mo->angle = M_PointToAngle2(mo->origin, target->origin); //player->plr->clAngle = mo->angle; player->plr->flags |= DDPF_INTERYAW; if(full) { coord_t dist = M_ApproxDistance(mo->origin[VX] - target->origin[VX], mo->origin[VY] - target->origin[VY]); angle_t angle = M_PointXYToAngle2(0, 0, target->origin[VZ] + (target->height / 2) - mo->origin[VZ], dist); player->plr->lookDir = -(angle / (float) ANGLE_MAX * 360.0f - 90); if(player->plr->lookDir > 180) player->plr->lookDir -= 360; player->plr->lookDir *= 110.0f / 85.0f; if(player->plr->lookDir > 110) player->plr->lookDir = 110; if(player->plr->lookDir < -110) player->plr->lookDir = -110; player->plr->flags |= DDPF_INTERPITCH; } } } D_CMD(SetCamera) { DENG_UNUSED(src); DENG_UNUSED(argc); int p = atoi(argv[1]); if(p < 0 || p >= MAXPLAYERS) { App_Log(DE2_LOG_SCR| DE2_LOG_ERROR, "Invalid console number %i", p); return false; } player_t *player = &players[p]; player->plr->flags ^= DDPF_CAMERA; if(player->plr->inGame) { if(player->plr->flags & DDPF_CAMERA) { // Is now a camera. if(player->plr->mo) { player->plr->mo->origin[VZ] += player->viewHeight; } } else { // Is now a "real" player. if(player->plr->mo) { player->plr->mo->origin[VZ] -= player->viewHeight; } } } return true; } #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ int P_PlayerGiveArmorBonus(player_t *plr, int points) #else // __JHEXEN__ int P_PlayerGiveArmorBonus(player_t *plr, armortype_t type, int points) #endif { if(!points) return 0; #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ int *current = &plr->armorPoints; #else // __JHEXEN__ int *current = &plr->armorPoints[type]; #endif int oldPoints = *current; int delta; if(points > 0) { delta = points; /// @todo No upper limit? } else { if(*current + points < 0) delta = -(*current); else delta = points; } *current += delta; if(*current != oldPoints) { plr->update |= PSF_ARMOR_POINTS; } return delta; } #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ void P_PlayerSetArmorType(player_t *plr, int type) { int oldType = plr->armorType; plr->armorType = type; if(plr->armorType != oldType) { plr->update |= PSF_ARMOR_TYPE; } } #endif D_CMD(SetViewMode) { DENG_UNUSED(src); if(argc > 2) return false; int pl = CONSOLEPLAYER; if(argc == 2) { pl = atoi(argv[1]); } if(pl < 0 || pl >= MAXPLAYERS) return false; if(!(players[pl].plr->flags & DDPF_CHASECAM)) { players[pl].plr->flags |= DDPF_CHASECAM; } else { players[pl].plr->flags &= ~DDPF_CHASECAM; } return true; } D_CMD(SetViewLock) { DENG_UNUSED(src); int pl = CONSOLEPLAYER, lock; if(!stricmp(argv[0], "lockmode")) { lock = atoi(argv[1]); if(lock) players[pl].lockFull = true; else players[pl].lockFull = false; return true; } if(argc < 2) return false; if(argc >= 3) pl = atoi(argv[2]); // Console number. lock = atoi(argv[1]); if(!(lock == pl || lock < 0 || lock >= MAXPLAYERS)) { if(players[lock].plr->inGame && players[lock].plr->mo) { players[pl].viewLock = players[lock].plr->mo; return true; } } players[pl].viewLock = 0; return false; } D_CMD(MakeLocal) { DENG_UNUSED(src); DENG_UNUSED(argc); if(G_GameState() != GS_MAP) { App_Log(DE2_LOG_ERROR | DE2_LOG_MAP, "You must be in a game to create a local player."); return false; } int p = atoi(argv[1]); if(p < 0 || p >= MAXPLAYERS) { App_Log(DE2_SCR_ERROR, "Invalid console number %i.", p); return false; } player_t *plr = &players[p]; if(plr->plr->inGame) { App_Log(DE2_LOG_ERROR | DE2_LOG_MAP, "Player %i is already in the game.", p); return false; } plr->playerState = PST_REBORN; plr->plr->inGame = true; char buf[20]; sprintf(buf, "conlocp %i", p); DD_Execute(false, buf); P_DealPlayerStarts(0); return true; } D_CMD(PrintPlayerCoords) { DENG_UNUSED(src); DENG_UNUSED(argc); DENG_UNUSED(argv); mobj_t *mo; if(G_GameState() != GS_MAP) return false; if(!(mo = players[CONSOLEPLAYER].plr->mo)) return false; App_Log(DE2_LOG_MAP, "Console %i: X=%g Y=%g Z=%g", CONSOLEPLAYER, mo->origin[VX], mo->origin[VY], mo->origin[VZ]); return true; } D_CMD(CycleSpy) { DENG_UNUSED(src); DENG_UNUSED(argc); DENG_UNUSED(argv); //// @todo The engine should do this. App_Log(DE2_LOG_MAP | DE2_LOG_ERROR, "Spying not allowed."); #if 0 if(G_GameState() == GS_MAP && !deathmatch) { // Cycle the display player. do { Set(DD_DISPLAYPLAYER, DISPLAYPLAYER + 1); if(DISPLAYPLAYER == MAXPLAYERS) { Set(DD_DISPLAYPLAYER, 0); } } while(!players[DISPLAYPLAYER].plr->inGame && DISPLAYPLAYER != CONSOLEPLAYER); } #endif return true; } D_CMD(SpawnMobj) { DENG_UNUSED(src); if(argc != 5 && argc != 6) { App_Log(DE2_SCR_NOTE, "Usage: %s (type) (x) (y) (z) (angle)", argv[0]); App_Log(DE2_LOG_SCR, "Type must be a defined Thing ID or Name."); App_Log(DE2_LOG_SCR, "Z is an offset from the floor, 'floor', 'ceil' or 'random'."); App_Log(DE2_LOG_SCR, "Angle (0..360) is optional."); return true; } if(IS_CLIENT) { App_Log(DE2_SCR_ERROR, "%s can't be used by clients", argv[0]); return false; } // First try to find the thing by ID. mobjtype_t type; if((type = mobjtype_t(Def_Get(DD_DEF_MOBJ, argv[1], 0))) < 0) { // Try to find it by name instead. if((type = mobjtype_t(Def_Get(DD_DEF_MOBJ_BY_NAME, argv[1], 0))) < 0) { App_Log(DE2_LOG_RES | DE2_LOG_ERROR, "Undefined thing type %s", argv[1]); return false; } } // The coordinates. coord_t pos[3]; pos[VX] = strtod(argv[2], 0); pos[VY] = strtod(argv[3], 0); pos[VZ] = 0; int spawnFlags = 0; if(!stricmp(argv[4], "ceil")) { spawnFlags |= MSF_Z_CEIL; } else if(!stricmp(argv[4], "random")) { spawnFlags |= MSF_Z_RANDOM; } else { spawnFlags |= MSF_Z_FLOOR; if(stricmp(argv[4], "floor")) { pos[VZ] = strtod(argv[4], 0); } } angle_t angle = 0; if(argc == 6) { angle = ((int) (strtod(argv[5], 0) / 360 * FRACUNIT)) << 16; } if(mobj_t *mo = P_SpawnMobj(type, pos, angle, spawnFlags)) { #if __JDOOM64__ // jd64 > kaiser - another cheesy hack!!! if(mo->type == MT_DART) { S_StartSound(SFX_SKESWG, mo); // We got darts! spawn skeswg sound! } else { S_StartSound(SFX_ITMBK, mo); // If not dart, then spawn itmbk sound mo->translucency = 255; mo->spawnFadeTics = 0; mo->intFlags |= MIF_FADE; } // << d64tc #else DENG_UNUSED(mo); #endif } return true; } dd_bool Player_WaitingForReborn(player_t const *plr) { DENG2_ASSERT(plr != 0); return (plr->plr->inGame && plr->playerState == PST_REBORN && !P_MobjIsCamera(plr->plr->mo)); } angle_t Player_ViewYawAngle(int playerNum) { if(playerNum < 0 || playerNum >= MAXPLAYERS) { return 0; } ddplayer_t *plr = players[playerNum].plr; angle_t ang = plr->mo->angle + (int) (ANGLE_MAX * -G_GetLookOffset(playerNum)); if(Get(DD_USING_HEAD_TRACKING)) { // The actual head yaw angle will be used for rendering. ang -= plr->appliedBodyYaw; } return ang; } void player_s::write(Writer *writer, playerheader_t &plrHdr) const { #if __JDOOM64__ || __JHERETIC__ || __JHEXEN__ int const plrnum = P_GetPlayerNum(this); #endif player_t temp, *p = &temp; ddplayer_t ddtemp, *dp = &ddtemp; // Make a copy of the player. std::memcpy(p, this, sizeof(temp)); std::memcpy(dp, plr, sizeof(ddtemp)); temp.plr = &ddtemp; // Convert the psprite states. for(int i = 0; i < plrHdr.numPSprites; ++i) { pspdef_t *pspDef = &temp.pSprites[i]; if(pspDef->state) { pspDef->state = (state_t *) (pspDef->state - STATES); } } // Version number. Increase when you make changes to the player data // segment format. Writer_WriteByte(writer, 6); #if __JHEXEN__ // Class. Writer_WriteByte(writer, cfg.playerClass[plrnum]); #endif Writer_WriteInt32(writer, p->playerState); #if __JHEXEN__ Writer_WriteInt32(writer, p->class_); // 2nd class...? #endif Writer_WriteInt32(writer, FLT2FIX(p->viewZ)); Writer_WriteInt32(writer, FLT2FIX(p->viewHeight)); Writer_WriteInt32(writer, FLT2FIX(p->viewHeightDelta)); #if !__JHEXEN__ Writer_WriteFloat(writer, dp->lookDir); #endif Writer_WriteInt32(writer, FLT2FIX(p->bob)); #if __JHEXEN__ Writer_WriteInt32(writer, p->flyHeight); Writer_WriteFloat(writer, dp->lookDir); Writer_WriteInt32(writer, p->centering); #endif Writer_WriteInt32(writer, p->health); #if __JHEXEN__ for(int i = 0; i < plrHdr.numArmorTypes; ++i) { Writer_WriteInt32(writer, p->armorPoints[i]); } #else Writer_WriteInt32(writer, p->armorPoints); Writer_WriteInt32(writer, p->armorType); #endif #if __JDOOM64__ || __JHEXEN__ for(int i = 0; i < plrHdr.numInvItemTypes; ++i) { inventoryitemtype_t type = inventoryitemtype_t(IIT_FIRST + i); Writer_WriteInt32(writer, type); Writer_WriteInt32(writer, P_InventoryCount(plrnum, type)); } Writer_WriteInt32(writer, P_InventoryReadyItem(plrnum)); #endif for(int i = 0; i < plrHdr.numPowers; ++i) { Writer_WriteInt32(writer, p->powers[i]); } #if __JHEXEN__ Writer_WriteInt32(writer, p->keys); #else for(int i = 0; i < plrHdr.numKeys; ++i) { Writer_WriteInt32(writer, p->keys[i]); } #endif #if __JHEXEN__ Writer_WriteInt32(writer, p->pieces); #else Writer_WriteInt32(writer, p->backpack); #endif for(int i = 0; i < plrHdr.numFrags; ++i) { Writer_WriteInt32(writer, p->frags[i]); } Writer_WriteInt32(writer, p->readyWeapon); Writer_WriteInt32(writer, p->pendingWeapon); for(int i = 0; i < plrHdr.numWeapons; ++i) { Writer_WriteInt32(writer, p->weapons[i].owned); } for(int i = 0; i < plrHdr.numAmmoTypes; ++i) { Writer_WriteInt32(writer, p->ammo[i].owned); #if !__JHEXEN__ Writer_WriteInt32(writer, p->ammo[i].max); #endif } Writer_WriteInt32(writer, p->attackDown); Writer_WriteInt32(writer, p->useDown); Writer_WriteInt32(writer, p->cheats); Writer_WriteInt32(writer, p->refire); Writer_WriteInt32(writer, p->killCount); Writer_WriteInt32(writer, p->itemCount); Writer_WriteInt32(writer, p->secretCount); Writer_WriteInt32(writer, p->damageCount); Writer_WriteInt32(writer, p->bonusCount); #if __JHEXEN__ Writer_WriteInt32(writer, p->poisonCount); #endif Writer_WriteInt32(writer, dp->extraLight); Writer_WriteInt32(writer, dp->fixedColorMap); Writer_WriteInt32(writer, p->colorMap); for(int i = 0; i < plrHdr.numPSprites; ++i) { pspdef_t *psp = &p->pSprites[i]; Writer_WriteInt32(writer, PTR2INT(psp->state)); Writer_WriteInt32(writer, psp->tics); Writer_WriteInt32(writer, FLT2FIX(psp->pos[VX])); Writer_WriteInt32(writer, FLT2FIX(psp->pos[VY])); } #if !__JHEXEN__ Writer_WriteInt32(writer, p->didSecret); // Added in ver 2 with __JDOOM__ Writer_WriteInt32(writer, p->flyHeight); #endif #if __JHERETIC__ for(int i = 0; i < plrHdr.numInvItemTypes; ++i) { inventoryitemtype_t type = inventoryitemtype_t(IIT_FIRST + i); Writer_WriteInt32(writer, type); Writer_WriteInt32(writer, P_InventoryCount(plrnum, type)); } Writer_WriteInt32(writer, P_InventoryReadyItem(plrnum)); Writer_WriteInt32(writer, p->chickenPeck); #endif #if __JHERETIC__ || __JHEXEN__ Writer_WriteInt32(writer, p->morphTics); #endif Writer_WriteInt32(writer, p->airCounter); #if __JHEXEN__ Writer_WriteInt32(writer, p->jumpTics); Writer_WriteInt32(writer, p->worldTimer); #elif __JHERETIC__ Writer_WriteInt32(writer, p->flameCount); // Added in ver 2 Writer_WriteByte(writer, p->class_); #endif } void player_s::read(Reader *reader, playerheader_t &plrHdr) { int const plrnum = P_GetPlayerNum(this); byte ver = Reader_ReadByte(reader); #if __JHEXEN__ cfg.playerClass[plrnum] = playerclass_t(Reader_ReadByte(reader)); #endif ddplayer_t *dp = plr; #if __JHEXEN__ de::zapPtr(this); // Force everything NULL, plr = dp; // but restore the ddplayer pointer. #endif playerState = playerstate_t(Reader_ReadInt32(reader)); #if __JHEXEN__ class_ = playerclass_t(Reader_ReadInt32(reader)); // 2nd class?? (ask Raven...) #endif viewZ = FIX2FLT(Reader_ReadInt32(reader)); viewHeight = FIX2FLT(Reader_ReadInt32(reader)); viewHeightDelta = FIX2FLT(Reader_ReadInt32(reader)); #if !__JHEXEN__ dp->lookDir = Reader_ReadFloat(reader); #endif bob = FIX2FLT(Reader_ReadInt32(reader)); #if __JHEXEN__ flyHeight = Reader_ReadInt32(reader); dp->lookDir = Reader_ReadFloat(reader); centering = Reader_ReadInt32(reader); #endif health = Reader_ReadInt32(reader); #if __JHEXEN__ for(int i = 0; i < plrHdr.numArmorTypes; ++i) { armorPoints[i] = Reader_ReadInt32(reader); } #else armorPoints = Reader_ReadInt32(reader); armorType = Reader_ReadInt32(reader); #endif #if __JDOOM64__ || __JHEXEN__ P_InventoryEmpty(plrnum); for(int i = 0; i < plrHdr.numInvItemTypes; ++i) { inventoryitemtype_t type = inventoryitemtype_t(Reader_ReadInt32(reader)); int count = Reader_ReadInt32(reader); for(int k = 0; k < count; ++k) { P_InventoryGive(plrnum, type, true); } } P_InventorySetReadyItem(plrnum, inventoryitemtype_t(Reader_ReadInt32(reader))); # if __JHEXEN__ Hu_InventorySelect(plrnum, P_InventoryReadyItem(plrnum)); if(ver < 5) { /*artifactCount =*/ Reader_ReadInt32(reader); } if(ver < 6) { /*inventorySlotNum =*/ Reader_ReadInt32(reader); } # endif #endif for(int i = 0; i < plrHdr.numPowers; ++i) { powers[i] = Reader_ReadInt32(reader); } if(powers[PT_ALLMAP]) { ST_RevealAutomap(plrnum, true); } #if __JHEXEN__ keys = Reader_ReadInt32(reader); #else for(int i = 0; i < plrHdr.numKeys; ++i) { keys[i] = Reader_ReadInt32(reader); } #endif #if __JHEXEN__ pieces = Reader_ReadInt32(reader); #else backpack = Reader_ReadInt32(reader); #endif for(int i = 0; i < plrHdr.numFrags; ++i) { frags[i] = Reader_ReadInt32(reader); } readyWeapon = weapontype_t(Reader_ReadInt32(reader)); #if __JHEXEN__ if(ver < 5) pendingWeapon = WT_NOCHANGE; else #endif pendingWeapon = weapontype_t(Reader_ReadInt32(reader)); for(int i = 0; i < plrHdr.numWeapons; ++i) { weapons[i].owned = (Reader_ReadInt32(reader)? true : false); } for(int i = 0; i < plrHdr.numAmmoTypes; ++i) { ammo[i].owned = Reader_ReadInt32(reader); #if !__JHEXEN__ ammo[i].max = Reader_ReadInt32(reader); #endif } attackDown = Reader_ReadInt32(reader); useDown = Reader_ReadInt32(reader); cheats = Reader_ReadInt32(reader); refire = Reader_ReadInt32(reader); killCount = Reader_ReadInt32(reader); itemCount = Reader_ReadInt32(reader); secretCount = Reader_ReadInt32(reader); #if __JHEXEN__ if(ver <= 1) { /*messageTics =*/ Reader_ReadInt32(reader); /*ultimateMessage =*/ Reader_ReadInt32(reader); /*yellowMessage =*/ Reader_ReadInt32(reader); } #endif damageCount = Reader_ReadInt32(reader); bonusCount = Reader_ReadInt32(reader); #if __JHEXEN__ poisonCount = Reader_ReadInt32(reader); #endif dp->extraLight = Reader_ReadInt32(reader); dp->fixedColorMap = Reader_ReadInt32(reader); colorMap = Reader_ReadInt32(reader); for(int i = 0; i < plrHdr.numPSprites; ++i) { pspdef_t *psp = &pSprites[i]; psp->state = INT2PTR(state_t, Reader_ReadInt32(reader)); psp->tics = Reader_ReadInt32(reader); psp->pos[VX] = FIX2FLT(Reader_ReadInt32(reader)); psp->pos[VY] = FIX2FLT(Reader_ReadInt32(reader)); } #if !__JHEXEN__ didSecret = Reader_ReadInt32(reader); # if __JDOOM__ || __JDOOM64__ if(ver == 2) { /*messageTics =*/ Reader_ReadInt32(reader); } if(ver >= 2) { flyHeight = Reader_ReadInt32(reader); } # elif __JHERETIC__ if(ver < 3) { /*messageTics =*/ Reader_ReadInt32(reader); } flyHeight = Reader_ReadInt32(reader); P_InventoryEmpty(plrnum); for(int i = 0; i < plrHdr.numInvItemTypes; ++i) { inventoryitemtype_t type = inventoryitemtype_t(Reader_ReadInt32(reader)); int count = Reader_ReadInt32(reader); for(int k = 0; k < count; ++k) { P_InventoryGive(plrnum, type, true); } } P_InventorySetReadyItem(plrnum, (inventoryitemtype_t) Reader_ReadInt32(reader)); Hu_InventorySelect(plrnum, P_InventoryReadyItem(plrnum)); if(ver < 5) { Reader_ReadInt32(reader); // Current inventory item count? } if(ver < 6) { /*inventorySlotNum =*/ Reader_ReadInt32(reader); } chickenPeck = Reader_ReadInt32(reader); # endif #endif #if __JHERETIC__ || __JHEXEN__ morphTics = Reader_ReadInt32(reader); #endif if(ver >= 2) { airCounter = Reader_ReadInt32(reader); } #if __JHEXEN__ jumpTics = Reader_ReadInt32(reader); worldTimer = Reader_ReadInt32(reader); #elif __JHERETIC__ flameCount = Reader_ReadInt32(reader); if(ver >= 2) { class_ = playerclass_t(Reader_ReadByte(reader)); } #endif #if !__JHEXEN__ // Will be set when unarc thinker. plr->mo = 0; attacker = 0; #endif // Demangle it. for(int i = 0; i < plrHdr.numPSprites; ++i) { if(pSprites[i].state) { pSprites[i].state = &STATES[PTR2INT(pSprites[i].state)]; } } // Mark the player for fixpos and fixangles. dp->flags |= DDPF_FIXORIGIN | DDPF_FIXANGLES | DDPF_FIXMOM; update |= PSF_REBORN; } doomsday-1.14.5/doomsday/plugins/common/src/d_netcl.cpp0000664000175000017500000006666212350542240022415 0ustar jaakkojaakko/** @file d_netcl.cpp Common code related to netgames (client-side). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "d_netcl.h" #include "g_common.h" #include "gamesession.h" #include "p_saveg.h" #include "player.h" #include "p_map.h" #include "p_start.h" #include "p_actor.h" #include "p_inventory.h" #include "hu_inventory.h" #include "st_stuff.h" #include #include using namespace common; void NetCl_UpdateGameState(Reader *msg) { BusyMode_FreezeGameForBusyMode(); byte gsFlags = Reader_ReadByte(msg); // Game identity key. byte len = Reader_ReadByte(msg); char gsGameIdentity[256]; Reader_Read(msg, gsGameIdentity, len); gsGameIdentity[len] = 0; // Current map. Uri *gsMapUri = Uri_FromReader(msg); /*uint gsEpisode =*/ Reader_ReadByte(msg); /*uint gsMap =*/ Reader_ReadByte(msg); /// @todo Not communicated to clients?? //uint gsMapEntrance = ??; byte configFlags = Reader_ReadByte(msg); GameRuleset gsRules(COMMON_GAMESESSION->rules()); // Initialize with a copy of the current rules. gsRules.deathmatch = configFlags & 0x3; gsRules.noMonsters = !(configFlags & 0x4? true : false); #if !__JHEXEN__ gsRules.respawnMonsters = (configFlags & 0x8? true : false); #endif /// @todo Not applied?? //byte gsJumping = (configFlags & 0x10? true : false); gsRules.skill = skillmode_t(Reader_ReadByte(msg)); // Interpret skill modes outside the normal range as "spawn no things". if(gsRules.skill < SM_BABY || gsRules.skill >= NUM_SKILL_MODES) { gsRules.skill = SM_NOTHINGS; } coord_t gsGravity = Reader_ReadFloat(msg); App_Log(DE2_DEV_MAP_NOTE, "NetCl_UpdateGameState: Flags=%x", gsFlags); // Demo game state changes are only effective during demo playback. if(gsFlags & GSF_DEMO && !Get(DD_PLAYBACK)) return; // Check for a game mode mismatch. /// @todo Automatically load the server's game if it is available. /// However, note that this can only occur if the server changes its game /// while a netgame is running (which currently will end the netgame). if(COMMON_GAMESESSION->gameId().compare(gsGameIdentity)) { App_Log(DE2_NET_ERROR, "Game mismatch: server's identity key (%s) is different to yours (%s)", gsGameIdentity, COMMON_GAMESESSION->gameId().toLatin1().constData()); DD_Execute(false, "net disconnect"); return; } // Some statistics. App_Log(DE2_LOG_NOTE, "%s - %s\n %s", gsRules.description().toLatin1().constData(), Str_Text(Uri_ToString(gsMapUri)), gsRules.asText().toLatin1().constData()); // Do we need to change the map? if(gsFlags & GSF_CHANGE_MAP) { COMMON_GAMESESSION->end(); COMMON_GAMESESSION->begin(*gsMapUri, gameMapEntrance /*gsMapEntrance*/, gsRules); } else { /// @todo Breaks session management logic; rules cannot change once the session has /// begun and setting the current map and/or entrance is illogical at this point. DENG2_ASSERT(Uri_Equality(gsMapUri, gameMapUri)); COMMON_GAMESESSION->applyNewRules(gsRules); //COMMON_GAMESESSION->setMap(*gsMapUri); //gameMapEntrance = gsMapEntrance; } // Set gravity. /// @todo This is a map-property, not a global property. DD_SetVariable(DD_GRAVITY, &gsGravity); // Camera init included? if(gsFlags & GSF_CAMERA_INIT) { player_t *pl = &players[CONSOLEPLAYER]; if(mobj_t *mo = pl->plr->mo) { P_MobjUnlink(mo); mo->origin[VX] = Reader_ReadFloat(msg); mo->origin[VY] = Reader_ReadFloat(msg); mo->origin[VZ] = Reader_ReadFloat(msg); P_MobjLink(mo); mo->angle = Reader_ReadUInt32(msg); // Update floorz and ceilingz. #if __JDOOM__ || __JDOOM64__ P_CheckPosition(mo, mo->origin); #else P_CheckPositionXY(mo, mo->origin[VX], mo->origin[VY]); #endif mo->floorZ = tmFloorZ; mo->ceilingZ = tmCeilingZ; } else { float mx = Reader_ReadFloat(msg); float my = Reader_ReadFloat(msg); float mz = Reader_ReadFloat(msg); angle_t angle = Reader_ReadUInt32(msg); App_Log(DE2_DEV_NET_WARNING, "NetCl_UpdateGameState: Got camera init, but player has no mobj; " "pos=%f,%f,%f Angle=%x", mx, my, mz, angle); } } // Tell the server we're ready to begin receiving frames. Net_SendPacket(0, DDPT_OK, 0, 0); } void NetCl_MobjImpulse(Reader *msg) { mobj_t *mo = players[CONSOLEPLAYER].plr->mo; mobj_t *clmo = ClPlayer_ClMobj(CONSOLEPLAYER); if(!mo || !clmo) return; thid_t id = Reader_ReadUInt16(msg); if(id != clmo->thinker.id) { // Not applicable; wrong mobj. return; } App_Log(DE2_DEV_MAP_VERBOSE, "NetCl_MobjImpulse: Player %i, clmobj %i", CONSOLEPLAYER, id); // Apply to the local mobj. mo->mom[MX] += Reader_ReadFloat(msg); mo->mom[MY] += Reader_ReadFloat(msg); mo->mom[MZ] += Reader_ReadFloat(msg); } void NetCl_PlayerSpawnPosition(Reader *msg) { player_t *p = &players[CONSOLEPLAYER]; coord_t x = Reader_ReadFloat(msg); coord_t y = Reader_ReadFloat(msg); coord_t z = Reader_ReadFloat(msg); angle_t angle = Reader_ReadUInt32(msg); App_Log(DE2_DEV_MAP_NOTE, "Got player spawn position (%g, %g, %g) facing %x", x, y, z, angle); mobj_t *mo = p->plr->mo; DENG2_ASSERT(mo != 0); P_TryMoveXYZ(mo, x, y, z); mo->angle = angle; } void NetCl_UpdatePlayerState2(Reader *msg, int plrNum) { player_t *pl = &players[plrNum]; if(!Get(DD_GAME_READY)) { App_Log(DE2_DEV_NET_WARNING, "NetCl_UpdatePlayerState2: game isn't ready yet!"); return; } if(plrNum < 0) { // Player number included in the message. plrNum = Reader_ReadByte(msg); } uint flags = Reader_ReadUInt32(msg); if(flags & PSF2_OWNED_WEAPONS) { int k = Reader_ReadUInt16(msg); for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { bool owned = CPP_BOOL(k & (1 << i)); // Maybe unhide the HUD? if(owned && pl->weapons[i].owned == false) { ST_HUDUnHide(pl - players, HUE_ON_PICKUP_WEAPON); } pl->weapons[i].owned = owned; } } if(flags & PSF2_STATE) { int oldPlayerState = pl->playerState; byte b = Reader_ReadByte(msg); pl->playerState = playerstate_t(b & 0xf); #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ pl->armorType = b >> 4; #endif App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState2: New player state = %s", pl->playerState == PST_LIVE? "PST_LIVE" : pl->playerState == PST_DEAD? "PST_DEAD" : "PST_REBORN"); // Player state changed? if(oldPlayerState != pl->playerState) { // Set or clear the DEAD flag for this player. if(pl->playerState == PST_LIVE) { // Becoming alive again... // After being reborn, the server will tell us the new weapon. pl->plr->flags |= DDPF_UNDEFINED_WEAPON; App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState2: Player %i: Marking weapon as undefined", (int)(pl - players)); pl->plr->flags &= ~DDPF_DEAD; } else { pl->plr->flags |= DDPF_DEAD; } } pl->cheats = Reader_ReadByte(msg); // Set or clear the NOCLIP flag. if(P_GetPlayerCheats(pl) & CF_NOCLIP) pl->plr->flags |= DDPF_NOCLIP; else pl->plr->flags &= ~DDPF_NOCLIP; } } void NetCl_UpdatePlayerState(Reader *msg, int plrNum) { int i; byte b; int s; if(!Get(DD_GAME_READY)) return; if(plrNum < 0) { plrNum = Reader_ReadByte(msg); } player_t *pl = &players[plrNum]; int flags = Reader_ReadUInt16(msg); if(flags & PSF_STATE) // and armor type (the same bit) { byte b = Reader_ReadByte(msg); pl->playerState = playerstate_t(b & 0xf); #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ pl->armorType = b >> 4; #endif // Set or clear the DEAD flag for this player. if(pl->playerState == PST_LIVE) pl->plr->flags &= ~DDPF_DEAD; else pl->plr->flags |= DDPF_DEAD; //if(oldstate != pl->playerState) // && oldstate == PST_DEAD) { P_SetupPsprites(pl); } } if(flags & PSF_HEALTH) { int health = Reader_ReadByte(msg); if(health < pl->health) ST_HUDUnHide(plrNum, HUE_ON_DAMAGE); pl->health = health; if(pl->plr->mo) { pl->plr->mo->health = pl->health; } else { App_Log(DE2_DEV_MAP_ERROR, "NetCl_UpdatePlayerState: Player mobj not yet allocated at this time"); } } if(flags & PSF_ARMOR_POINTS) { byte ap; #if __JHEXEN__ for(i = 0; i < NUMARMOR; ++i) { ap = Reader_ReadByte(msg); // Maybe unhide the HUD? if(ap >= pl->armorPoints[i] && pl == &players[CONSOLEPLAYER]) ST_HUDUnHide(plrNum, HUE_ON_PICKUP_ARMOR); pl->armorPoints[i] = ap; } #else ap = Reader_ReadByte(msg); // Maybe unhide the HUD? if(ap >= pl->armorPoints) ST_HUDUnHide(plrNum, HUE_ON_PICKUP_ARMOR); pl->armorPoints = ap; #endif } #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ if(flags & PSF_INVENTORY) { for(uint i = 0; i < NUM_INVENTORYITEM_TYPES; ++i) { inventoryitemtype_t type = inventoryitemtype_t(IIT_FIRST + i); uint count = P_InventoryCount(plrNum, type); for(uint j = 0; j < count; ++j) { P_InventoryTake(plrNum, type, true); } } uint count = Reader_ReadByte(msg); for(uint i = 0; i < count; ++i) { s = Reader_ReadUInt16(msg); inventoryitemtype_t const type = inventoryitemtype_t(s & 0xff); uint const num = s >> 8; for(uint j = 0; j < num; ++j) { P_InventoryGive(plrNum, type, true); } } } #endif if(flags & PSF_POWERS) { b = Reader_ReadByte(msg); // Only the non-zero powers are included in the message. #if __JHEXEN__ || __JSTRIFE__ for(i = 0; i < NUM_POWER_TYPES - 1; ++i) { byte val = ((b & (1 << i))? (Reader_ReadByte(msg) * 35) : 0); // Maybe unhide the HUD? if(val > pl->powers[i]) ST_HUDUnHide(pl - players, HUE_ON_PICKUP_POWER); pl->powers[i + 1] = val; } #else for(i = 0; i < NUM_POWER_TYPES; ++i) { # if __JDOOM__ || __JDOOM64__ if(i == PT_IRONFEET || i == PT_STRENGTH) continue; # endif { int val = ((b & (1 << i))? (Reader_ReadByte(msg) * 35) : 0); /** * @todo This function duplicates logic in P_GivePower(). The * redundancy should be removed for instance by adding a new * game packet GPT_GIVE_POWER that calls the appropriate * P_GivePower() on clientside after it has been called on the * server. -jk */ // Maybe unhide the HUD? if(val > pl->powers[i]) ST_HUDUnHide(plrNum, HUE_ON_PICKUP_POWER); pl->powers[i] = val; if(val && i == PT_FLIGHT && pl->plr->mo) { pl->plr->mo->flags2 |= MF2_FLY; pl->plr->mo->flags |= MF_NOGRAVITY; pl->flyHeight = 10; pl->powers[i] = val; App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState: Local mobj flight enabled"); } // Should we reveal the map? if(val && i == PT_ALLMAP && plrNum == CONSOLEPLAYER) { App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState: Revealing automap"); ST_RevealAutomap(plrNum, true); } } } #endif } if(flags & PSF_KEYS) { b = Reader_ReadByte(msg); #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ for(i = 0; i < NUM_KEY_TYPES; ++i) { dd_bool val = (b & (1 << i)) != 0; // Maybe unhide the HUD? if(val && !pl->keys[i]) ST_HUDUnHide(plrNum, HUE_ON_PICKUP_KEY); pl->keys[i] = val; } #endif #if __JHEXEN__ if((pl->keys & b) != 0) { ST_HUDUnHide(plrNum, HUE_ON_PICKUP_KEY); } pl->keys = b; #endif } if(flags & PSF_FRAGS) { de::zap(pl->frags); // First comes the number of frag counts included. for(i = Reader_ReadByte(msg); i > 0; i--) { s = Reader_ReadUInt16(msg); pl->frags[s >> 12] = s & 0xfff; } } if(flags & PSF_OWNED_WEAPONS) { b = Reader_ReadByte(msg); for(i = 0; i < NUM_WEAPON_TYPES; ++i) { bool owned = CPP_BOOL(b & (1 << i)); // Maybe unhide the HUD? if(owned && pl->weapons[i].owned == false) { ST_HUDUnHide(plrNum, HUE_ON_PICKUP_WEAPON); } pl->weapons[i].owned = owned; } } if(flags & PSF_AMMO) { for(i = 0; i < NUM_AMMO_TYPES; ++i) { int val = Reader_ReadInt16(msg); // Maybe unhide the HUD? if(val > pl->ammo[i].owned) { ST_HUDUnHide(plrNum, HUE_ON_PICKUP_AMMO); } pl->ammo[i].owned = val; } } if(flags & PSF_MAX_AMMO) { #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ // Hexen has no use for max ammo. for(i = 0; i < NUM_AMMO_TYPES; i++) pl->ammo[i].max = Reader_ReadInt16(msg); #endif } if(flags & PSF_COUNTERS) { pl->killCount = Reader_ReadInt16(msg); pl->itemCount = Reader_ReadByte(msg); pl->secretCount = Reader_ReadByte(msg); App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState: kills=%i, items=%i, secrets=%i", pl->killCount, pl->itemCount, pl->secretCount); } if(flags & PSF_PENDING_WEAPON || flags & PSF_READY_WEAPON) { dd_bool wasUndefined = (pl->plr->flags & DDPF_UNDEFINED_WEAPON) != 0; b = Reader_ReadByte(msg); if(flags & PSF_PENDING_WEAPON) { if(!wasUndefined) { int weapon = b & 0xf; if(weapon != WT_NOCHANGE) { App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState: Weapon already known, " "using an impulse to switch to %i", weapon); P_Impulse(pl - players, CTL_WEAPON1 + weapon); } } else { pl->pendingWeapon = weapontype_t(b & 0xf); App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState: pendingweapon=%i", pl->pendingWeapon); } pl->plr->flags &= ~DDPF_UNDEFINED_WEAPON; } if(flags & PSF_READY_WEAPON) { if(wasUndefined) { pl->readyWeapon = weapontype_t(b >> 4); App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState: readyweapon=%i", pl->readyWeapon); } else { App_Log(DE2_DEV_MAP_NOTE, "NetCl_UpdatePlayerState: Readyweapon already known (%i), " "not setting server's value %i", pl->readyWeapon, b >> 4); } pl->plr->flags &= ~DDPF_UNDEFINED_WEAPON; } if(!(pl->plr->flags & DDPF_UNDEFINED_WEAPON) && wasUndefined) { App_Log(DE2_DEV_MAP_NOTE, "NetCl_UpdatePlayerState: Weapon was undefined, bringing it up now"); // Bring it up now. P_BringUpWeapon(pl); } } if(flags & PSF_VIEW_HEIGHT) { pl->viewHeight = (float) Reader_ReadByte(msg); } #if __JHERETIC__ || __JHEXEN__ || __JSTRIFE__ if(flags & PSF_MORPH_TIME) { pl->morphTics = Reader_ReadByte(msg) * 35; App_Log(DE2_DEV_MAP_MSG, "NetCl_UpdatePlayerState: Player %i morphtics = %i", plrNum, pl->morphTics); } #endif #if __JHEXEN__ || __JSTRIFE__ if(flags & PSF_LOCAL_QUAKE) { localQuakeHappening[plrNum] = Reader_ReadByte(msg); } #endif } void NetCl_UpdatePSpriteState(Reader * /*msg*/) { // Not used. /* unsigned short s; NetCl_SetReadBuffer(data); s = NetCl_ReadShort(); P_SetPsprite(&players[CONSOLEPLAYER], ps_weapon, s); */ } void NetCl_Intermission(Reader *msg) { int flags = Reader_ReadByte(msg); if(flags & IMF_BEGIN) { // Close any HUDs left open at the end of the previous map. for(uint i = 0; i < MAXPLAYERS; ++i) { ST_CloseAll(i, true/*fast*/); } GL_SetFilter(false); #if __JHEXEN__ SN_StopAllSequences(); #endif // @todo jHeretic does not transmit the intermission info! #if __JDOOM__ || __JDOOM64__ wmInfo.maxKills = Reader_ReadUInt16(msg); wmInfo.maxItems = Reader_ReadUInt16(msg); wmInfo.maxSecret = Reader_ReadUInt16(msg); wmInfo.nextMap = Reader_ReadByte(msg); wmInfo.currentMap = Reader_ReadByte(msg); wmInfo.didSecret = Reader_ReadByte(msg); wmInfo.episode = gameEpisode; G_PrepareWIData(); #elif __JHERETIC__ wmInfo.episode = gameEpisode; #elif __JHEXEN__ nextMap = Reader_ReadByte(msg); nextMapEntrance = Reader_ReadByte(msg); #endif #if __JDOOM__ || __JDOOM64__ WI_Init(&wmInfo); #elif __JHERETIC__ IN_Init(&wmInfo); #elif __JHEXEN__ IN_Init(); #endif #if __JDOOM64__ S_StartMusic("dm2int", true); #elif __JDOOM__ S_StartMusic((gameModeBits & GM_ANY_DOOM2)? "dm2int" : "inter", true); #elif __JHERETIC__ S_StartMusic("intr", true); #elif __JHEXEN__ S_StartMusic("hub", true); #endif G_ChangeGameState(GS_INTERMISSION); } if(flags & IMF_END) { #if __JDOOM__ || __JDOOM64__ WI_End(); #elif __JHERETIC__ || __JHEXEN__ IN_Stop(); #endif } if(flags & IMF_STATE) { #if __JDOOM__ || __JDOOM64__ WI_SetState(interludestate_t(Reader_ReadInt16(msg))); #elif __JHERETIC__ || __JHEXEN__ interState = Reader_ReadInt16(msg); #endif } #if __JHERETIC__ if(flags & IMF_TIME) interTime = Reader_ReadUInt16(msg); #endif } #if 0 // MOVED INTO THE ENGINE /** * This is where clients start their InFine interludes. */ void NetCl_Finale(int packetType, Reader* msg) { int flags, len, numConds, i; byte *script = NULL; flags = Reader_ReadByte(msg); if(flags & FINF_SCRIPT) { // First read the values of the conditions. if(packetType == GPT_FINALE2) { numConds = Reader_ReadByte(msg); for(i = 0; i < numConds; ++i) { FI_SetCondition(i, Reader_ReadByte(msg)); } } // Read the script into map-scope memory. It will be freed // when the next map is loaded. len = Reader_ReadUInt32(msg); script = Z_Malloc(len + 1, PU_MAP, 0); Reader_Read(msg, script, len); script[len] = 0; } if(flags & FINF_BEGIN && script) { // Start the script. FI_Start((char*)script, (flags & FINF_AFTER) ? FIMODE_AFTER : (flags & FINF_OVERLAY) ? FIMODE_OVERLAY : FIMODE_BEFORE); } if(flags & FINF_END) { // Stop InFine. FI_End(); } if(flags & FINF_SKIP) { FI_SkipRequest(); } } #endif void NetCl_UpdatePlayerInfo(Reader *msg) { int num = Reader_ReadByte(msg); cfg.playerColor[num] = Reader_ReadByte(msg); players[num].colorMap = cfg.playerColor[num]; #if __JHEXEN__ || __JHERETIC__ cfg.playerClass[num] = playerclass_t(Reader_ReadByte(msg)); players[num].class_ = cfg.playerClass[num]; #endif #if __JDOOM__ || __JDOOM64__ App_Log(DE2_MAP_VERBOSE, "Player %i color set to %i", num, cfg.playerColor[num]); #else App_Log(DE2_MAP_VERBOSE, "Player %i color set to %i and class to %i", num, cfg.playerColor[num], cfg.playerClass[num]); #endif } /** * Send CONSOLEPLAYER's settings to the server. */ void NetCl_SendPlayerInfo() { if(!IS_CLIENT) return; Writer *msg = D_NetWrite(); Writer_WriteByte(msg, cfg.netColor); #ifdef __JHEXEN__ Writer_WriteByte(msg, cfg.netClass); #else Writer_WriteByte(msg, PCLASS_PLAYER); #endif Net_SendPacket(0, GPT_PLAYER_INFO, Writer_Data(msg), Writer_Size(msg)); } void NetCl_SaveGame(Reader *msg) { #if __JHEXEN__ DENG2_UNUSED(msg); #endif if(Get(DD_PLAYBACK)) return; #if !__JHEXEN__ SV_SaveGameClient(Reader_ReadUInt32(msg)); #endif #if __JDOOM__ || __JDOOM64__ P_SetMessage(&players[CONSOLEPLAYER], LMF_NO_HIDE, TXT_GAMESAVED); #endif } void NetCl_LoadGame(Reader *msg) { #if __JHEXEN__ DENG2_UNUSED(msg); #endif if(!IS_CLIENT || Get(DD_PLAYBACK)) return; #if !__JHEXEN__ SV_LoadGameClient(Reader_ReadUInt32(msg)); #endif #if __JDOOM__ || __JDOOM64__ P_SetMessage(&players[CONSOLEPLAYER], 0, GET_TXT(TXT_CLNETLOAD)); #endif } void NetCl_CheatRequest(char const *command) { Writer *msg = D_NetWrite(); Writer_WriteUInt16(msg, strlen(command)); Writer_Write(msg, command, strlen(command)); if(IS_CLIENT) { Net_SendPacket(0, GPT_CHEAT_REQUEST, Writer_Data(msg), Writer_Size(msg)); } else { NetSv_ExecuteCheat(CONSOLEPLAYER, command); } } void NetCl_UpdateJumpPower(Reader *msg) { netJumpPower = Reader_ReadFloat(msg); App_Log(DE2_LOG_VERBOSE, "Jump power: %g", netJumpPower); } void NetCl_FloorHitRequest(player_t* player) { Writer* msg; mobj_t* mo; if(!IS_CLIENT || !player->plr->mo) return; mo = player->plr->mo; msg = D_NetWrite(); App_Log(DE2_DEV_MAP_VERBOSE, "NetCl_FloorHitRequest: Player %i", (int)(player - players)); // Include the position and momentum of the hit. Writer_WriteFloat(msg, mo->origin[VX]); Writer_WriteFloat(msg, mo->origin[VY]); Writer_WriteFloat(msg, mo->origin[VZ]); Writer_WriteFloat(msg, mo->mom[MX]); Writer_WriteFloat(msg, mo->mom[MY]); Writer_WriteFloat(msg, mo->mom[MZ]); Net_SendPacket(0, GPT_FLOOR_HIT_REQUEST, Writer_Data(msg), Writer_Size(msg)); } /** * Sends a player action request. The server will execute the action. * This is more reliable than sending via the ticcmds, as the client will * determine exactly when and where the action takes place. On serverside, * the clients position and angle may not be up to date when a ticcmd * arrives. */ void NetCl_PlayerActionRequest(player_t *player, int actionType, int actionParam) { Writer* msg; if(!IS_CLIENT) return; msg = D_NetWrite(); App_Log(DE2_DEV_NET_VERBOSE, "NetCl_PlayerActionRequest: Player %i, action %i", (int)(player - players), actionType); // Type of the request. Writer_WriteInt32(msg, actionType); // Position of the action. if(G_GameState() == GS_MAP) { Writer_WriteFloat(msg, player->plr->mo->origin[VX]); Writer_WriteFloat(msg, player->plr->mo->origin[VY]); Writer_WriteFloat(msg, player->plr->mo->origin[VZ]); // Which way is the player looking at? Writer_WriteUInt32(msg, player->plr->mo->angle); Writer_WriteFloat(msg, player->plr->lookDir); } else { // Not in a map, so can't provide position/direction. Writer_WriteFloat(msg, 0); Writer_WriteFloat(msg, 0); Writer_WriteFloat(msg, 0); Writer_WriteUInt32(msg, 0); Writer_WriteFloat(msg, 0); } if(actionType == GPA_CHANGE_WEAPON || actionType == GPA_USE_FROM_INVENTORY) { Writer_WriteInt32(msg, actionParam); } else { // Currently active weapon. Writer_WriteInt32(msg, player->readyWeapon); } Net_SendPacket(0, GPT_ACTION_REQUEST, Writer_Data(msg), Writer_Size(msg)); } void NetCl_LocalMobjState(Reader* msg) { thid_t mobjId = Reader_ReadUInt16(msg); thid_t targetId = Reader_ReadUInt16(msg); int newState = 0; int special1 = 0; mobj_t* mo = 0; ddstring_t* stateName = Str_New(); Str_Read(stateName, msg); newState = Def_Get(DD_DEF_STATE, Str_Text(stateName), 0); Str_Delete(stateName); special1 = Reader_ReadInt32(msg); if(!(mo = ClMobj_Find(mobjId))) { App_Log(DE2_DEV_MAP_NOTE, "NetCl_LocalMobjState: ClMobj %i not found", mobjId); return; } // Let it run the sequence locally. ClMobj_EnableLocalActions(mo, true); App_Log(DE2_DEV_MAP_VERBOSE, "ClMobj %i => state %i (target:%i, special1:%i)", mobjId, newState, targetId, special1); if(!targetId) { mo->target = NULL; } else { mo->target = ClMobj_Find(targetId); } #if !defined(__JDOOM__) && !defined(__JDOOM64__) mo->special1 = special1; #endif P_MobjChangeState(mo, statenum_t(newState)); } void NetCl_DamageRequest(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damage) { if(!IS_CLIENT) return; if(!target) return; App_Log(DE2_DEV_NET_MSG, "NetCl_DamageRequest: Damage %i on target=%i via inflictor=%i by source=%i", damage, target->thinker.id, inflictor? inflictor->thinker.id : 0, source? source->thinker.id : 0); Writer *msg = D_NetWrite(); // Amount of damage. Writer_WriteInt32(msg, damage); // Mobjs. Writer_WriteUInt16(msg, target->thinker.id); Writer_WriteUInt16(msg, inflictor? inflictor->thinker.id : 0); Writer_WriteUInt16(msg, source? source->thinker.id : 0); Net_SendPacket(0, GPT_DAMAGE_REQUEST, Writer_Data(msg), Writer_Size(msg)); } void NetCl_UpdateTotalCounts(Reader *msg) { #ifndef __JHEXEN__ totalKills = Reader_ReadInt32(msg); totalItems = Reader_ReadInt32(msg); totalSecret = Reader_ReadInt32(msg); App_Log(DE2_DEV_NET_MSG, "NetCl_UpdateTotalCounts: kills=%i, items=%i, secrets=%i", totalKills, totalItems, totalSecret); #else DENG2_UNUSED(msg); #endif } doomsday-1.14.5/doomsday/plugins/common/src/g_eventsequence.cpp0000664000175000017500000002072512350542240024153 0ustar jaakkojaakko/** @file g_eventsequence.cpp * Input (keyboard) event sequences. @ingroup libcommon * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * @author Copyright © 1999 Activision * @author Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "common.h" #include "g_eventsequence.h" /// Base class for all sequence complete handlers. class ISequenceCompleteHandler { public: virtual ~ISequenceCompleteHandler() {} virtual void invoke(int player, EventSequenceArg* args, int numArgs) = 0; }; /// Sequence complete Callback handler. class SequenceCompleteHandler : public ISequenceCompleteHandler { public: SequenceCompleteHandler(eventsequencehandler_t _callback) : callback(_callback) {} virtual void invoke(int player, EventSequenceArg* args, int numArgs) { callback(player, args, numArgs); } private: eventsequencehandler_t callback; }; /// Sequence complete Command handler. class SequenceCompleteCommandHandler : public ISequenceCompleteHandler { public: SequenceCompleteCommandHandler(const char* _commandTemplate) { Str_Set(Str_InitStd(&commandTemplate), _commandTemplate); } virtual ~SequenceCompleteCommandHandler() { Str_Free(&commandTemplate); } virtual void invoke(int player, EventSequenceArg* args, int numArgs) { if(!strchr(Str_Text(&commandTemplate), '%')) { DD_Execute(true/*silent*/, Str_Text(&commandTemplate)); return; } // Compose the command from the template, inserting values for named arguments. /// @todo This logic should be extracted and made into an Str method. AutoStr* cmd = AutoStr_NewStd(); // Reserve an estimate of the composed command length. Str_Reserve(cmd, Str_Length(&commandTemplate) + numArgs + 1); int len = Str_Length(&commandTemplate); const char* start = Str_Text(&commandTemplate); const char* ch = start, *substart = start; while(ch + 1 < start + len) { if(ch[0] == '%' && ch[1] && ch[1] != '%') { Str_PartAppend(cmd, substart, 0, ch - substart); if(ch[1] == 'p') { Str_AppendChar(cmd, '0' + player); } else { int arg = ch[1] - '0' - 1; DENG_ASSERT(arg >= 0 && arg < 9); Str_AppendChar(cmd, char(args[arg])); } ch += 2; substart = ch; } else { ch++; } } // Add anything remaining. Str_Append(cmd, substart); DD_Execute(true/*silent*/, Str_Text(cmd)); } private: Str commandTemplate; }; class EventSequence { public: EventSequence(const char* _sequence, ISequenceCompleteHandler& _handler) : sequence(), handler(_handler), pos(0), numArgs(0), args(0) { int len = strlen(_sequence); if(strchr(_sequence, '%')) { // Count and validate arguments defined within the sequence. const char* ch = _sequence; while(ch + 1 < _sequence + len) { if(ch[0] == '%' && ch[1] && ch[1] != '%') { int arg = ch[1] - '0'; if(arg < 1 || arg > 9) { App_Log(DE2_DEV_WARNING, "EventSequence: Sequence %s truncated due to bad suffix %c", _sequence, ch[1]); len = ch - _sequence; break; } numArgs += 1; ch += 2; } else { ch++; } } } Str_PartAppend(Str_Init(&sequence), _sequence, 0, len); if(numArgs) { args = new EventSequenceArg[numArgs]; for(int i = 0; i < numArgs; ++i) { args[i] = 0; } } } ~EventSequence() { Str_Free(&sequence); if(args) delete[] args; delete &handler; } /** * Rewind the sequence and forget any current progress (and arguments). * @return */ EventSequence& rewind() { pos = 0; return *this; } /// @return @c true= @a the sequence was completed. bool complete(event_t* ev, int player, bool* eat) { DENG_ASSERT(ev && ev->type == EV_KEY && ev->state == EVS_DOWN); const int key = ev->data1; if(Str_At(&sequence, pos ) == '%' && pos+1 < Str_Length(&sequence) && Str_At(&sequence, pos+1) >= '0' && Str_At(&sequence, pos+1) <= '9') { const int arg = Str_At(&sequence, pos+1) - '0' - 1; DENG_ASSERT(arg >= 0 && arg < numArgs); EventSequenceArg& currentArg = args[arg]; currentArg = key; pos += 2; if(eat) *eat = true; } else if(key == Str_At(&sequence, pos)) { pos++; // Not eating partial matches. if(eat) *eat = false; } else { // Rewind the sequence. rewind(); } if(pos < Str_Length(&sequence)) return false; // Sequence completed. handler.invoke(player, args, numArgs); rewind(); return true; } private: Str sequence; ISequenceCompleteHandler& handler; int pos; int numArgs; EventSequenceArg* args; }; typedef std::vector EventSequences; static bool inited = false; static EventSequences sequences; static void clearSequences() { for(EventSequences::iterator i = sequences.begin(); i != sequences.end(); ++i) { delete *i; } sequences.clear(); } void G_InitEventSequences(void) { // Allow re-init. if(inited) { clearSequences(); } inited = true; } void G_ShutdownEventSequences(void) { if(!inited) return; clearSequences(); inited = false; } int G_EventSequenceResponder(event_t* ev) { if(!inited) Con_Error("G_EventSequenceResponder: Subsystem not presently initialized."); // We are only interested in key down events. if(!ev || ev->type != EV_KEY || ev->state != EVS_DOWN) return false; // Try each sequence in turn. const int player = CONSOLEPLAYER; /// @todo Should be defined by the event... bool eventWasEaten = false; for(EventSequences::iterator i = sequences.begin(); i != sequences.end(); ++i) { EventSequence* seq = *i; if(seq->complete(ev, player, &eventWasEaten)) return true; } return eventWasEaten; } void G_AddEventSequence(const char* sequence, eventsequencehandler_t callback) { if(!inited) Con_Error("G_AddEventSequence: Subsystem not presently initialized."); if(!sequence || !sequence[0] || !callback) Con_Error("G_AddEventSequence: Invalid argument(s)."); SequenceCompleteHandler* handler = new SequenceCompleteHandler(callback); sequences.push_back(new EventSequence(sequence, *handler)); } void G_AddEventSequenceCommand(const char* sequence, const char* commandTemplate) { if(!inited) Con_Error("G_AddEventSequenceCommand: Subsystem not presently initialized."); if(!sequence || !sequence[0] || !commandTemplate || !commandTemplate[0]) Con_Error("G_AddEventSequenceCommand: Invalid argument(s)."); SequenceCompleteCommandHandler* handler = new SequenceCompleteCommandHandler(commandTemplate); sequences.push_back(new EventSequence(sequence, *handler)); } doomsday-1.14.5/doomsday/plugins/common/src/fi_lib.cpp0000664000175000017500000004271212350542240022217 0ustar jaakkojaakko/** @file fi_lib.cpp InFine Helper routines and LIFO "script stack". * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "fi_lib.h" #include "p_sound.h" #include "p_tick.h" #include "hu_log.h" #include "hu_stuff.h" #include "am_map.h" #include "g_common.h" #include "gamesession.h" #include "r_common.h" #include "d_net.h" #include struct fi_state_conditions_t { byte secret:1; byte leave_hub:1; }; struct fi_state_t { finaleid_t finaleId; finale_mode_t mode; fi_state_conditions_t conditions; /// Gamestate before the finale began. gamestate_t initialGamestate; /** * Optionally the ID of the source script definition. A new script is * not started if its definition ID matches one already on the stack. * @note Maximum ID length defined in the DED Reader implementation. */ char defId[64]; }; int Hook_FinaleScriptStop(int hookType, int finaleId, void *context); int Hook_FinaleScriptTicker(int hookType, int finalId, void *context); int Hook_FinaleScriptEvalIf(int hookType, int finaleId, void *context); /// Script state stack. static dd_bool finaleStackInited; static uint finaleStackSize; static fi_state_t *finaleStack; static fi_state_t remoteFinaleState; // For the client. static void initStateConditions(fi_state_t *s) { // Set the presets. s->conditions.secret = false; #if !__JHEXEN__ s->conditions.leave_hub = false; #endif // Only the server is able to figure out the truth values of all the conditions. if(IS_CLIENT) return; #if __JHEXEN__ s->conditions.secret = false; #else s->conditions.secret = secretExit; #endif #if __JHEXEN__ // Leaving the current hub? if(mapinfo_t *curMapInfo = P_MapInfo(0/*current map*/)) { s->conditions.leave_hub = true; if(nextMap != DDMAXINT) { Uri *nextMapUri = G_ComposeMapUri(gameEpisode, nextMap); if(curMapInfo->hub == P_MapInfo(nextMapUri)->hub) { s->conditions.leave_hub = false; } Uri_Delete(nextMapUri); } } App_Log(DE2_DEV_SCR_VERBOSE, "Infine state condition: leave_hub=%i", s->conditions.leave_hub); #endif } static fi_state_t *stateForFinaleId(finaleid_t id) { if(finaleStackInited) { for(uint i = 0; i < finaleStackSize; ++i) { fi_state_t *s = &finaleStack[i]; if(s->finaleId == id) { return s; } } } if(IS_CLIENT) { if(remoteFinaleState.finaleId) { App_Log(DE2_DEV_SCR_XVERBOSE, "stateForFinaleId: Finale %i is remote, using server's state (id %i)", id, remoteFinaleState.finaleId); return &remoteFinaleState; } } return 0; } static dd_bool stackHasDefId(char const *defId) { for(uint i = 0; i < finaleStackSize; ++i) { fi_state_t *s = &finaleStack[i]; if(!stricmp(s->defId, defId)) { return true; } } return false; } static inline fi_state_t *stackTop() { return (finaleStackSize == 0? 0 : &finaleStack[finaleStackSize-1]); } static fi_state_t *stackPush(finaleid_t finaleId, finale_mode_t mode, gamestate_t prevGamestate, char const *defId) { finaleStack = (fi_state_t *)Z_Realloc(finaleStack, sizeof(*finaleStack) * ++finaleStackSize, PU_GAMESTATIC); fi_state_t *s = &finaleStack[finaleStackSize-1]; s->finaleId = finaleId; s->mode = mode; s->initialGamestate = prevGamestate; if(defId) { strncpy(s->defId, defId, sizeof(s->defId) - 1); s->defId[sizeof(s->defId) - 1] = 0; // terminate } else { // Source ID not provided. de::zap(s->defId); } initStateConditions(s); return s; } static void NetSv_SendFinaleState(fi_state_t *s) { DENG2_ASSERT(s != 0); Writer *writer = D_NetWrite(); // First the flags. Writer_WriteByte(writer, s->mode); Writer_WriteUInt32(writer, s->finaleId); // Then the conditions. Writer_WriteByte(writer, 2); // Number of conditions. Writer_WriteByte(writer, s->conditions.secret); Writer_WriteByte(writer, s->conditions.leave_hub); Net_SendPacket(DDSP_ALL_PLAYERS, GPT_FINALE_STATE, Writer_Data(writer), Writer_Size(writer)); } void NetCl_UpdateFinaleState(Reader *msg) { DENG2_ASSERT(msg != 0); fi_state_t *s = &remoteFinaleState; // Flags. s->mode = finale_mode_t(Reader_ReadByte(msg)); s->finaleId = Reader_ReadUInt32(msg); // serverside id (local is different) // Conditions. int numConds = Reader_ReadByte(msg); for(int i = 0; i < numConds; ++i) { byte cond = Reader_ReadByte(msg); if(i == 0) s->conditions.secret = cond; if(i == 1) s->conditions.leave_hub = cond; } App_Log(DE2_DEV_SCR_MSG, "NetCl_FinaleState: Updated finale %i: mode %i, secret=%i, leave_hud=%i", s->finaleId, s->mode, s->conditions.secret, s->conditions.leave_hub); } void FI_StackInit() { if(finaleStackInited) return; finaleStack = 0; finaleStackSize = 0; Plug_AddHook(HOOK_FINALE_SCRIPT_STOP, Hook_FinaleScriptStop); Plug_AddHook(HOOK_FINALE_SCRIPT_TICKER, Hook_FinaleScriptTicker); Plug_AddHook(HOOK_FINALE_EVAL_IF, Hook_FinaleScriptEvalIf); finaleStackInited = true; } void FI_StackShutdown() { if(!finaleStackInited) return; // Terminate all scripts on the stack. FI_StackClearAll(); Z_Free(finaleStack); finaleStack = 0; finaleStackSize = 0; Plug_RemoveHook(HOOK_FINALE_SCRIPT_STOP, Hook_FinaleScriptStop); Plug_RemoveHook(HOOK_FINALE_SCRIPT_TICKER, Hook_FinaleScriptTicker); Plug_RemoveHook(HOOK_FINALE_EVAL_IF, Hook_FinaleScriptEvalIf); finaleStackInited = false; } void FI_StackExecute(char const *scriptSrc, int flags, finale_mode_t mode) { FI_StackExecuteWithId(scriptSrc, flags, mode, NULL); } void FI_StackExecuteWithId(char const *scriptSrc, int flags, finale_mode_t mode, char const *defId) { DENG2_ASSERT(finaleStackInited); // Should we ignore this? if(defId && stackHasDefId(defId)) { App_Log(DE2_SCR_NOTE, "Finale ID \"%s\" is already running, won't execute again", defId); return; } gamestate_t const prevGamestate = G_GameState(); fi_state_t *prevTopScript = stackTop(); // Configure the predefined fonts. ddstring_t setupCmds; Str_Init(&setupCmds); int fontIdx = 1; Str_Appendf(&setupCmds, "prefont %i %s", fontIdx++, "a"); Str_Appendf(&setupCmds, "\nprefont %i %s", fontIdx++, "b"); Str_Appendf(&setupCmds, "\nprefont %i %s", fontIdx++, "status"); #if __JDOOM__ Str_Appendf(&setupCmds, "\nprefont %i %s", fontIdx++, "index"); #endif #if __JDOOM__ || __JDOOM64__ Str_Appendf(&setupCmds, "\nprefont %i %s", fontIdx++, "small"); #endif #if __JHERETIC__ || __JHEXEN__ Str_Appendf(&setupCmds, "\nprefont %i %s", fontIdx++, "smallin"); #endif // Configure the predefined colors. int i; #if __JDOOM__ Str_Appendf(&setupCmds, "\nprecolor 2 %f %f %f\n", defFontRGB[CR], defFontRGB[CG], defFontRGB[CB]); Str_Appendf(&setupCmds, "\nprecolor 1 %f %f %f\n", defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB]); Str_Appendf(&setupCmds, "\nprecolor 3 %f %f %f\n", defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB]); i = 4; #elif __JHERETIC__ Str_Appendf(&setupCmds, "\nprecolor 3 %f %f %f\n", defFontRGB[CR], defFontRGB[CG], defFontRGB[CB]); Str_Appendf(&setupCmds, "\nprecolor 2 %f %f %f\n", defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB]); Str_Appendf(&setupCmds, "\nprecolor 1 %f %f %f\n", defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB]); i = 4; #elif __JHEXEN__ Str_Appendf(&setupCmds, "\nprecolor 3 %f %f %f\n", defFontRGB[CR], defFontRGB[CG], defFontRGB[CB]); Str_Appendf(&setupCmds, "\nprecolor 2 %f %f %f\n", defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB]); Str_Appendf(&setupCmds, "\nprecolor 1 %f %f %f\n", defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB]); i = 4; #elif __JDOOM64__ Str_Appendf(&setupCmds, "\nprecolor 2 %f %f %f\n", defFontRGB[CR], defFontRGB[CG], defFontRGB[CB]); Str_Appendf(&setupCmds, "\nprecolor 1 %f %f %f\n", defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB]); i = 3; #else i = 0; #endif // Set the rest to white. for(; i <= FIPAGE_NUM_PREDEFINED_COLORS; ++i) { Str_Appendf(&setupCmds, "\nprecolor %i 1 1 1\n", i); } finaleid_t finaleId = FI_Execute2(scriptSrc, flags, Str_Text(&setupCmds)); Str_Free(&setupCmds); if(finaleId == 0) return; if(mode != FIMODE_OVERLAY) { G_ChangeGameState(GS_INFINE); } // Only the top-most script can be "active". if(prevTopScript) { FI_ScriptSuspend(prevTopScript->finaleId); } fi_state_t *s = stackPush(finaleId, mode, prevGamestate, defId); // Do we need to transmit the state conditions to clients? if(IS_SERVER && !(flags & FF_LOCAL)) { NetSv_SendFinaleState(s); } } dd_bool FI_StackActive() { if(!finaleStackInited) Con_Error("FI_StackActive: Not initialized yet!"); if(fi_state_t *s = stackTop()) { return FI_ScriptActive(s->finaleId); } return false; } static void stackClear(dd_bool ignoreSuspendedScripts) { DENG2_ASSERT(finaleStackInited); if(fi_state_t *s = stackTop()) { if(FI_ScriptActive(s->finaleId)) { // The state is suspended when the PlayDemo command is used. // Being suspended means that InFine is currently not active, but // will be restored at a later time. if(ignoreSuspendedScripts && FI_ScriptSuspended(s->finaleId)) return; // Pop all the states. while((s = stackTop())) { FI_ScriptTerminate(s->finaleId); } } } } void FI_StackClear() { if(!finaleStackInited) Con_Error("FI_StackClear: Not initialized yet!"); stackClear(true); } void FI_StackClearAll() { if(!finaleStackInited) Con_Error("FI_StackClearAll: Not initialized yet!"); stackClear(false); } int Hook_FinaleScriptStop(int /*hookType*/, int finaleId, void * /*context*/) { fi_state_t *s = stateForFinaleId(finaleId); if(IS_CLIENT && s == &remoteFinaleState) { App_Log(DE2_DEV_SCR_MSG, "Hook_FinaleScriptStop: Clientside script stopped, clearing remote state"); de::zap(remoteFinaleState); return true; } if(!s) { // Finale was not initiated by us... return true; } gamestate_t initialGamestate = s->initialGamestate; finale_mode_t mode = s->mode; // Should we go back to NULL? if(finaleStackSize > 1) { // Resume the next script on the stack. finaleStack = (fi_state_t *)Z_Realloc(finaleStack, sizeof(*finaleStack) * --finaleStackSize, PU_GAMESTATIC); FI_ScriptResume(stackTop()->finaleId); return true; } /* * No more scripts are left. */ Z_Free(finaleStack); finaleStack = 0; finaleStackSize = 0; // Return to the previous game state? if(FI_ScriptFlags(finaleId) & FF_LOCAL) { G_ChangeGameState(initialGamestate); return true; } // Go to the next game mode? if(mode == FIMODE_AFTER) // A map has been completed. { if(IS_CLIENT) return true; G_SetGameAction(GA_ENDDEBRIEFING); } else if(mode == FIMODE_BEFORE) // A briefing has ended. { // Its time to start the map; que music and begin! S_MapMusic(0/*current map*/); HU_WakeWidgets(-1 /* all players */); G_BeginMap(); Pause_End(); // skip forced period } return true; } int Hook_FinaleScriptTicker(int /*hookType*/, int finaleId, void *context) { ddhook_finale_script_ticker_paramaters_t *p = static_cast(context); fi_state_t *s = stateForFinaleId(finaleId); if(!s || IS_CLIENT) { // Finale was not initiated by us, leave it alone. return true; } /* * Once the game state changes we suspend ticking of InFine scripts. * Additionally, in overlay mode we stop the script if its skippable. * * Is this really the best place to handle this? */ gamestate_t gamestate = G_GameState(); if(gamestate != GS_INFINE && s->initialGamestate != gamestate) { // Overlay scripts don't survive this... if(s->mode == FIMODE_OVERLAY && p->canSkip) { FI_ScriptTerminate(s->finaleId); } p->runTick = false; } return true; } #if __JHEXEN__ static int playerClassForName(char const *name) { if(name && name[0]) { if(!stricmp(name, "fighter")) return PCLASS_FIGHTER; if(!stricmp(name, "cleric")) return PCLASS_CLERIC; if(!stricmp(name, "mage")) return PCLASS_MAGE; } return PCLASS_NONE; } #endif int Hook_FinaleScriptEvalIf(int /*hookType*/, int finaleId, void *context) { ddhook_finale_script_evalif_paramaters_t* p = static_cast(context); fi_state_t *s = stateForFinaleId(finaleId); if(!s) { // Finale was not initiated by us, therefore we have no say in this. return false; } if(!stricmp(p->token, "secret")) { // Secret exit was used? p->returnVal = s->conditions.secret; return true; } if(!stricmp(p->token, "deathmatch")) { p->returnVal = (COMMON_GAMESESSION->rules().deathmatch != false); return true; } if(!stricmp(p->token, "leavehub")) { // Current hub has been completed? p->returnVal = s->conditions.leave_hub; return true; } #if __JHEXEN__ // Player class names. int pclass; if((pclass = playerClassForName(p->token)) != PCLASS_NONE) { if(IS_DEDICATED) { // Always false; no local players on the server. p->returnVal = false; } else { p->returnVal = (cfg.playerClass[CONSOLEPLAYER] == pclass); } return true; } #endif // Game modes. /// @todo The following conditions should be moved into the engine. -dj if(!stricmp(p->token, "shareware")) { #if __JDOOM__ p->returnVal = ((gameMode == doom_shareware) != false); #elif __JHERETIC__ p->returnVal = ((gameMode == heretic_shareware) != false); /*#elif __JHEXEN__ p->returnVal = ((gameMode == hexen_demo) != false);*/ #else p->returnVal = false; #endif return true; } #if __JDOOM__ if(!stricmp(p->token, "ultimate")) { p->returnVal = (gameMode == doom_ultimate); return true; } if(!stricmp(p->token, "commercial")) { p->returnVal = (gameModeBits & GM_ANY_DOOM2) != 0; return true; } #endif return false; } int FI_PrivilegedResponder(void const *ev) { if(!finaleStackInited) return false; if(IS_CLIENT && DD_GetInteger(DD_CURRENT_CLIENT_FINALE_ID)) { return FI_ScriptResponder(DD_GetInteger(DD_CURRENT_CLIENT_FINALE_ID), ev); } if(fi_state_t *s = stackTop()) { return FI_ScriptResponder(s->finaleId, ev); } return false; } dd_bool FI_IsMenuTrigger() { if(!finaleStackInited) Con_Error("FI_IsMenuTrigger: Not initialized yet!"); if(fi_state_t *s = stackTop()) { return FI_ScriptIsMenuTrigger(s->finaleId); } return false; } dd_bool FI_RequestSkip() { if(!finaleStackInited) Con_Error("FI_RequestSkip: Not initialized yet!"); if(fi_state_t *s = stackTop()) { return FI_ScriptRequestSkip(s->finaleId); } return false; } D_CMD(StartFinale) { DENG2_UNUSED2(src, argc); // Only one active overlay allowed. if(FI_StackActive()) return false; ddfinale_t fin; if(!Def_Get(DD_DEF_FINALE, argv[1], &fin)) { App_Log(DE2_SCR_ERROR, "Script '%s' is not defined.", argv[1]); return false; } G_SetGameAction(GA_NONE); FI_StackExecute(fin.script, FF_LOCAL, FIMODE_OVERLAY); return true; } D_CMD(StopFinale) { DENG2_UNUSED3(src, argc, argv); if(!FI_StackActive()) return false; // Only 'overlays' can be explictly stopped this way. if(fi_state_t *s = stackTop()) { if(s->mode == FIMODE_OVERLAY) { FI_ScriptTerminate(s->finaleId); return true; } } return false; } void FI_StackRegister() { C_CMD("startfinale", "s", StartFinale); C_CMD("startinf", "s", StartFinale); C_CMD("stopfinale", "", StopFinale); C_CMD("stopinf", "", StopFinale); } doomsday-1.14.5/doomsday/plugins/common/src/p_tick.c0000664000175000017500000000673012350542240021704 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_tick.c: Top-level tick stuff. */ // HEADER FILES ------------------------------------------------------------ #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "p_actor.h" #include "g_common.h" #include "g_controls.h" #include "player.h" #include "p_user.h" #include "hu_menu.h" #include "hu_msg.h" #include "d_netsv.h" #include "r_common.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- int mapTime; int actualMapTime; int timerGame; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- void P_RunPlayers(timespan_t ticLength) { uint i; for(i = 0; i < MAXPLAYERS; ++i) if(players[i].plr->inGame) { // The player thinks. P_PlayerThink(&players[i], ticLength); } } void P_DoTick(void) { int i; Pause_Ticker(); // If the game is paused, nothing will happen. if(paused) return; actualMapTime++; if(!IS_CLIENT && timerGame && !paused) { if(!--timerGame) { G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); } } // Pause if in menu and at least one tic has been run. if(!IS_NETGAME && (Hu_MenuIsActive() || Hu_IsMessageActive()) && !Get(DD_PLAYBACK) && mapTime > 1) return; Thinker_Run(); #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ // Extended lines and sectors. XG_Ticker(); #endif #if __JHEXEN__ P_AnimateSky(); P_AnimateLightning(); #endif #if __JDOOM64__ P_ThunderSector(); #endif P_ProcessDeferredSpawns(); #if __JHERETIC__ P_AmbientSound(); #endif // Let the engine know where the local players are now. for(i = 0; i < MAXPLAYERS; ++i) { R_UpdateConsoleView(i); } #ifdef __JDOOM__ G_UpdateSpecialFilter(DISPLAYPLAYER); #endif // For par times, among other things. mapTime++; } doomsday-1.14.5/doomsday/plugins/common/src/g_game.cpp0000664000175000017500000027200212350542240022207 0ustar jaakkojaakko/** @file g_game.c Top-level (common) game routines. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "g_common.h" #include "am_map.h" #include "animdefs.h" #include "d_net.h" #include "dmu_lib.h" #include "fi_lib.h" #include "g_controls.h" #include "g_eventsequence.h" #include "g_update.h" #include "gamesession.h" #include "hu_lib.h" #include "hu_chat.h" #include "hu_inventory.h" #include "hu_log.h" #include "hu_menu.h" #include "hu_msg.h" #include "hu_pspr.h" #include "hu_stuff.h" #include "p_actor.h" #include "p_inventory.h" #include "p_map.h" #if __JHEXEN__ # include "p_mapinfo.h" #endif #include "p_mapsetup.h" #include "p_mapspec.h" #include "p_savedef.h" #include "p_saveio.h" #include "p_saveg.h" #include "p_sound.h" #include "p_start.h" #include "p_tick.h" #include "p_user.h" #include "player.h" #include "r_common.h" #include "saveslots.h" #include "x_hair.h" #include #include #include #include #include #include #include using namespace common; static GameSession session; GameRuleset defaultGameRules; #define BODYQUEUESIZE (32) #define READONLYCVAR CVF_READ_ONLY|CVF_NO_MAX|CVF_NO_MIN|CVF_NO_ARCHIVE D_CMD(CycleTextureGamma); D_CMD(EndSession); D_CMD(HelpScreen); D_CMD(ListMaps); D_CMD(WarpMap); D_CMD(LoadSession); D_CMD(SaveSession); D_CMD(QuickLoadSession); D_CMD(QuickSaveSession); D_CMD(DeleteSavedSession); D_CMD(OpenLoadMenu); D_CMD(OpenSaveMenu); void G_PlayerReborn(int player); void G_StopDemo(); /** * Updates game status cvars for the specified player. */ void G_UpdateGSVarsForPlayer(player_t *pl); /** * Updates game status cvars for the current map. */ void G_UpdateGSVarsForMap(); void R_LoadVectorGraphics(); int Hook_DemoStop(int hookType, int val, void *parm); game_config_t cfg; // The global cfg. uint gameEpisode; Uri *gameMapUri; uint gameMapEntrance; ///< Entry point, for reborn. uint gameMap; uint nextMap; uint nextMapEntrance; #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ dd_bool secretExit; #endif dd_bool monsterInfight; player_t players[MAXPLAYERS]; int totalKills, totalItems, totalSecret; // For intermission. dd_bool singledemo; // Quit after playing a demo from cmdline. dd_bool briefDisabled; dd_bool precache = true; // If @c true, load all graphics at start. dd_bool customPal; // If @c true, a non-IWAD palette is in use. #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ wbstartstruct_t wmInfo; // Params for world map / intermission. #endif // Game Action Variables: static uint gaNewSessionMapEntrance; static Uri *gaNewSessionMapUri; ///< @todo fixme: Never free'd static GameRuleset gaNewSessionRules; static de::String gaSaveSessionSlot; static bool gaSaveSessionGenerateDescription = true; static de::String gaSaveSessionUserDescription; static de::String gaLoadSessionSlot; #if __JDOOM__ || __JDOOM64__ mobj_t *bodyQueue[BODYQUEUESIZE]; int bodyQueueSlot; #endif static SaveSlots *sslots; // vars used with game status cvars int gsvEpisode; int gsvMap; #if __JHEXEN__ int gsvHub; #endif char *gsvMapAuthor;// = "Unknown"; int gsvMapMusic = -1; char *gsvMapTitle;// = "Unknown"; int gsvInMap; int gsvCurrentMusic; int gsvArmor; int gsvHealth; #if !__JHEXEN__ int gsvKills; int gsvItems; int gsvSecrets; #endif int gsvCurrentWeapon; int gsvWeapons[NUM_WEAPON_TYPES]; int gsvKeys[NUM_KEY_TYPES]; int gsvAmmo[NUM_AMMO_TYPES]; #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ int gsvInvItems[NUM_INVENTORYITEM_TYPES]; #endif #if __JHEXEN__ int gsvWPieces[4]; #endif static gamestate_t gameState = GS_STARTUP; cvartemplate_t gamestatusCVars[] = { {"game-music", READONLYCVAR, CVT_INT, &gsvCurrentMusic, 0, 0, 0}, {"game-state", READONLYCVAR, CVT_INT, &gameState, 0, 0, 0}, {"game-state-map", READONLYCVAR, CVT_INT, &gsvInMap, 0, 0, 0}, #if !__JHEXEN__ {"game-stats-kills", READONLYCVAR, CVT_INT, &gsvKills, 0, 0, 0}, {"game-stats-items", READONLYCVAR, CVT_INT, &gsvItems, 0, 0, 0}, {"game-stats-secrets", READONLYCVAR, CVT_INT, &gsvSecrets, 0, 0, 0}, #endif {"map-author", READONLYCVAR, CVT_CHARPTR, &gsvMapAuthor, 0, 0, 0}, {"map-episode", READONLYCVAR, CVT_INT, &gsvEpisode, 0, 0, 0}, #if __JHEXEN__ {"map-hub", READONLYCVAR, CVT_INT, &gsvHub, 0, 0, 0}, #endif {"map-id", READONLYCVAR, CVT_INT, &gsvMap, 0, 0, 0}, {"map-music", READONLYCVAR, CVT_INT, &gsvMapMusic, 0, 0, 0}, {"map-name", READONLYCVAR, CVT_CHARPTR, &gsvMapTitle, 0, 0, 0}, {"player-health", READONLYCVAR, CVT_INT, &gsvHealth, 0, 0, 0}, {"player-armor", READONLYCVAR, CVT_INT, &gsvArmor, 0, 0, 0}, {"player-weapon-current", READONLYCVAR, CVT_INT, &gsvCurrentWeapon, 0, 0, 0}, #if __JDOOM__ || __JDOOM64__ // Ammo {"player-ammo-bullets", READONLYCVAR, CVT_INT, &gsvAmmo[AT_CLIP], 0, 0, 0}, {"player-ammo-shells", READONLYCVAR, CVT_INT, &gsvAmmo[AT_SHELL], 0, 0, 0}, {"player-ammo-cells", READONLYCVAR, CVT_INT, &gsvAmmo[AT_CELL], 0, 0, 0}, {"player-ammo-missiles", READONLYCVAR, CVT_INT, &gsvAmmo[AT_MISSILE], 0, 0, 0}, // Weapons {"player-weapon-fist", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FIRST], 0, 0, 0}, {"player-weapon-pistol", READONLYCVAR, CVT_INT, &gsvWeapons[WT_SECOND], 0, 0, 0}, {"player-weapon-shotgun", READONLYCVAR, CVT_INT, &gsvWeapons[WT_THIRD], 0, 0, 0}, {"player-weapon-chaingun", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FOURTH], 0, 0, 0}, {"player-weapon-mlauncher", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FIFTH], 0, 0, 0}, {"player-weapon-plasmarifle", READONLYCVAR, CVT_INT, &gsvWeapons[WT_SIXTH], 0, 0, 0}, {"player-weapon-bfg", READONLYCVAR, CVT_INT, &gsvWeapons[WT_SEVENTH], 0, 0, 0}, {"player-weapon-chainsaw", READONLYCVAR, CVT_INT, &gsvWeapons[WT_EIGHTH], 0, 0, 0}, {"player-weapon-sshotgun", READONLYCVAR, CVT_INT, &gsvWeapons[WT_NINETH], 0, 0, 0}, // Keys {"player-key-blue", READONLYCVAR, CVT_INT, &gsvKeys[KT_BLUECARD], 0, 0, 0}, {"player-key-yellow", READONLYCVAR, CVT_INT, &gsvKeys[KT_YELLOWCARD], 0, 0, 0}, {"player-key-red", READONLYCVAR, CVT_INT, &gsvKeys[KT_REDCARD], 0, 0, 0}, {"player-key-blueskull", READONLYCVAR, CVT_INT, &gsvKeys[KT_BLUESKULL], 0, 0, 0}, {"player-key-yellowskull", READONLYCVAR, CVT_INT, &gsvKeys[KT_YELLOWSKULL], 0, 0, 0}, {"player-key-redskull", READONLYCVAR, CVT_INT, &gsvKeys[KT_REDSKULL], 0, 0, 0}, #elif __JHERETIC__ // Ammo {"player-ammo-goldwand", READONLYCVAR, CVT_INT, &gsvAmmo[AT_CRYSTAL], 0, 0, 0}, {"player-ammo-crossbow", READONLYCVAR, CVT_INT, &gsvAmmo[AT_ARROW], 0, 0, 0}, {"player-ammo-dragonclaw", READONLYCVAR, CVT_INT, &gsvAmmo[AT_ORB], 0, 0, 0}, {"player-ammo-hellstaff", READONLYCVAR, CVT_INT, &gsvAmmo[AT_RUNE], 0, 0, 0}, {"player-ammo-phoenixrod", READONLYCVAR, CVT_INT, &gsvAmmo[AT_FIREORB], 0, 0, 0}, {"player-ammo-mace", READONLYCVAR, CVT_INT, &gsvAmmo[AT_MSPHERE], 0, 0, 0}, // Weapons {"player-weapon-staff", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FIRST], 0, 0, 0}, {"player-weapon-goldwand", READONLYCVAR, CVT_INT, &gsvWeapons[WT_SECOND], 0, 0, 0}, {"player-weapon-crossbow", READONLYCVAR, CVT_INT, &gsvWeapons[WT_THIRD], 0, 0, 0}, {"player-weapon-dragonclaw", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FOURTH], 0, 0, 0}, {"player-weapon-hellstaff", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FIFTH], 0, 0, 0}, {"player-weapon-phoenixrod", READONLYCVAR, CVT_INT, &gsvWeapons[WT_SIXTH], 0, 0, 0}, {"player-weapon-mace", READONLYCVAR, CVT_INT, &gsvWeapons[WT_SEVENTH], 0, 0, 0}, {"player-weapon-gauntlets", READONLYCVAR, CVT_INT, &gsvWeapons[WT_EIGHTH], 0, 0, 0}, // Keys {"player-key-yellow", READONLYCVAR, CVT_INT, &gsvKeys[KT_YELLOW], 0, 0, 0}, {"player-key-green", READONLYCVAR, CVT_INT, &gsvKeys[KT_GREEN], 0, 0, 0}, {"player-key-blue", READONLYCVAR, CVT_INT, &gsvKeys[KT_BLUE], 0, 0, 0}, // Inventory items {"player-artifact-ring", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_INVULNERABILITY], 0, 0, 0}, {"player-artifact-shadowsphere", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_INVISIBILITY], 0, 0, 0}, {"player-artifact-crystalvial", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_HEALTH], 0, 0, 0}, {"player-artifact-mysticurn", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_SUPERHEALTH], 0, 0, 0}, {"player-artifact-tomeofpower", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_TOMBOFPOWER], 0, 0, 0}, {"player-artifact-torch", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_TORCH], 0, 0, 0}, {"player-artifact-firebomb", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_FIREBOMB], 0, 0, 0}, {"player-artifact-egg", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_EGG], 0, 0, 0}, {"player-artifact-wings", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_FLY], 0, 0, 0}, {"player-artifact-chaosdevice", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_TELEPORT], 0, 0, 0}, #elif __JHEXEN__ // Mana {"player-mana-blue", READONLYCVAR, CVT_INT, &gsvAmmo[AT_BLUEMANA], 0, 0, 0}, {"player-mana-green", READONLYCVAR, CVT_INT, &gsvAmmo[AT_GREENMANA], 0, 0, 0}, // Keys {"player-key-steel", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY1], 0, 0, 0}, {"player-key-cave", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY2], 0, 0, 0}, {"player-key-axe", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY3], 0, 0, 0}, {"player-key-fire", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY4], 0, 0, 0}, {"player-key-emerald", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY5], 0, 0, 0}, {"player-key-dungeon", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY6], 0, 0, 0}, {"player-key-silver", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY7], 0, 0, 0}, {"player-key-rusted", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY8], 0, 0, 0}, {"player-key-horn", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEY9], 0, 0, 0}, {"player-key-swamp", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEYA], 0, 0, 0}, {"player-key-castle", READONLYCVAR, CVT_INT, &gsvKeys[KT_KEYB], 0, 0, 0}, // Weapons {"player-weapon-first", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FIRST], 0, 0, 0}, {"player-weapon-second", READONLYCVAR, CVT_INT, &gsvWeapons[WT_SECOND], 0, 0, 0}, {"player-weapon-third", READONLYCVAR, CVT_INT, &gsvWeapons[WT_THIRD], 0, 0, 0}, {"player-weapon-fourth", READONLYCVAR, CVT_INT, &gsvWeapons[WT_FOURTH], 0, 0, 0}, // Weapon Pieces {"player-weapon-piece1", READONLYCVAR, CVT_INT, &gsvWPieces[0], 0, 0, 0}, {"player-weapon-piece2", READONLYCVAR, CVT_INT, &gsvWPieces[1], 0, 0, 0}, {"player-weapon-piece3", READONLYCVAR, CVT_INT, &gsvWPieces[2], 0, 0, 0}, {"player-weapon-allpieces", READONLYCVAR, CVT_INT, &gsvWPieces[3], 0, 0, 0}, // Inventory items {"player-artifact-defender", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_INVULNERABILITY], 0, 0, 0}, {"player-artifact-quartzflask", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_HEALTH], 0, 0, 0}, {"player-artifact-mysticurn", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_SUPERHEALTH], 0, 0, 0}, {"player-artifact-mysticambit", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_HEALINGRADIUS], 0, 0, 0}, {"player-artifact-darkservant", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_SUMMON], 0, 0, 0}, {"player-artifact-torch", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_TORCH], 0, 0, 0}, {"player-artifact-porkalator", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_EGG], 0, 0, 0}, {"player-artifact-wings", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_FLY], 0, 0, 0}, {"player-artifact-repulsion", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_BLASTRADIUS], 0, 0, 0}, {"player-artifact-flechette", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_POISONBAG], 0, 0, 0}, {"player-artifact-banishment", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_TELEPORTOTHER], 0, 0, 0}, {"player-artifact-speed", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_SPEED], 0, 0, 0}, {"player-artifact-might", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_BOOSTMANA], 0, 0, 0}, {"player-artifact-bracers", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_BOOSTARMOR], 0, 0, 0}, {"player-artifact-chaosdevice", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_TELEPORT], 0, 0, 0}, {"player-artifact-skull", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZSKULL], 0, 0, 0}, {"player-artifact-heart", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEMBIG], 0, 0, 0}, {"player-artifact-ruby", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEMRED], 0, 0, 0}, {"player-artifact-emerald1", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEMGREEN1], 0, 0, 0}, {"player-artifact-emerald2", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEMGREEN2], 0, 0, 0}, {"player-artifact-sapphire1", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEMBLUE1], 0, 0, 0}, {"player-artifact-sapphire2", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEMBLUE2], 0, 0, 0}, {"player-artifact-daemoncodex", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZBOOK1], 0, 0, 0}, {"player-artifact-liberoscura", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZBOOK2], 0, 0, 0}, {"player-artifact-flamemask", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZSKULL2], 0, 0, 0}, {"player-artifact-glaiveseal", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZFWEAPON], 0, 0, 0}, {"player-artifact-holyrelic", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZCWEAPON], 0, 0, 0}, {"player-artifact-sigilmagus", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZMWEAPON], 0, 0, 0}, {"player-artifact-gear1", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEAR1], 0, 0, 0}, {"player-artifact-gear2", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEAR2], 0, 0, 0}, {"player-artifact-gear3", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEAR3], 0, 0, 0}, {"player-artifact-gear4", READONLYCVAR, CVT_INT, &gsvInvItems[IIT_PUZZGEAR4], 0, 0, 0}, #endif {"", 0, CVT_NULL, 0, 0, 0, 0} }; ccmdtemplate_t gameCmds[] = { { "deletegamesave", "ss", CCmdDeleteSavedSession, 0 }, { "deletegamesave", "s", CCmdDeleteSavedSession, 0 }, { "endgame", "s", CCmdEndSession, 0 }, { "endgame", "", CCmdEndSession, 0 }, { "helpscreen", "", CCmdHelpScreen, 0 }, { "listmaps", "", CCmdListMaps, 0 }, { "loadgame", "ss", CCmdLoadSession, 0 }, { "loadgame", "s", CCmdLoadSession, 0 }, { "loadgame", "", CCmdOpenLoadMenu, 0 }, { "quickload", "", CCmdQuickLoadSession, 0 }, { "quicksave", "", CCmdQuickSaveSession, 0 }, { "savegame", "sss", CCmdSaveSession, 0 }, { "savegame", "ss", CCmdSaveSession, 0 }, { "savegame", "s", CCmdSaveSession, 0 }, { "savegame", "", CCmdOpenSaveMenu, 0 }, { "togglegamma", "", CCmdCycleTextureGamma, 0 }, { "", "", 0, 0 } }; static gameaction_t gameAction; static dd_bool quitInProgress; void G_Register() { common::GameSession::consoleRegister(); for(int i = 0; gamestatusCVars[i].path[0]; ++i) { Con_AddVariable(gamestatusCVars + i); } C_VAR_BYTE("game-save-confirm", &cfg.confirmQuickGameSave, 0, 0, 1); C_VAR_BYTE("game-save-confirm-loadonreborn", &cfg.confirmRebornLoad, 0, 0, 1); C_VAR_BYTE("game-save-last-loadonreborn", &cfg.loadLastSaveOnReborn, 0, 0, 1); // Aliases for obsolete cvars: C_VAR_BYTE("menu-quick-ask", &cfg.confirmQuickGameSave, 0, 0, 1); for(int i = 0; gameCmds[i].name[0]; ++i) { Con_AddCommand(gameCmds + i); } C_CMD("warp", "i", WarpMap); C_CMD("setmap", "i", WarpMap); // alias #if __JDOOM__ || __JHERETIC__ # if __JDOOM__ if(!(gameModeBits & GM_ANY_DOOM2)) # endif { C_CMD("warp", "ii", WarpMap); C_CMD("setmap", "ii", WarpMap); // alias } #endif } dd_bool G_QuitInProgress() { return quitInProgress; } void G_SetGameAction(gameaction_t newAction) { if(G_QuitInProgress()) return; if(gameAction != newAction) { gameAction = newAction; } } void G_SetGameActionNewSession(Uri const &mapUri, uint mapEntrance, GameRuleset const &rules) { if(!gaNewSessionMapUri) { gaNewSessionMapUri = Uri_New(); } Uri_Copy(gaNewSessionMapUri, &mapUri); gaNewSessionMapEntrance = mapEntrance; gaNewSessionRules = rules; // make a copy. G_SetGameAction(GA_NEWSESSION); } bool G_SetGameActionSaveSession(de::String slotId, de::String *userDescription) { if(!COMMON_GAMESESSION->savingPossible()) return false; if(!G_SaveSlots().has(slotId)) return false; gaSaveSessionSlot = slotId; if(userDescription && !userDescription->isEmpty()) { // A new description. gaSaveSessionGenerateDescription = false; gaSaveSessionUserDescription = *userDescription; } else { // Reusing the current name or generating a new one. gaSaveSessionGenerateDescription = (userDescription && userDescription->isEmpty()); gaSaveSessionUserDescription.clear(); } G_SetGameAction(GA_SAVESESSION); return true; } bool G_SetGameActionLoadSession(de::String slotId) { if(!COMMON_GAMESESSION->loadingPossible()) return false; // Check whether this slot is in use. We do this here also because we need to provide our // caller with instant feedback. Naturally this is no guarantee that the game-save will // be accessible come load time. try { if(G_SaveSlots()[slotId].isLoadable()) { // Everything appears to be in order - schedule the game-save load! gaLoadSessionSlot = slotId; G_SetGameAction(GA_LOADSESSION); return true; } App_Log(DE2_RES_ERROR, "Cannot load from save slot '%s': not in use", slotId.toLatin1().constData()); } catch(SaveSlots::MissingSlotError const &) {} return false; } void G_SetGameActionMapCompleted(uint newMap, uint _entryPoint, dd_bool _secretExit) { #if __JHEXEN__ DENG2_UNUSED(_secretExit); #else DENG2_UNUSED2(newMap, _entryPoint); #endif if(IS_CLIENT) return; if(cyclingMaps && mapCycleNoExit) return; #if __JHEXEN__ if((gameMode == hexen_betademo || gameMode == hexen_demo) && newMap != DDMAXINT && newMap > 3) { // Not possible in the 4-map demo. P_SetMessage(&players[CONSOLEPLAYER], 0, "PORTAL INACTIVE -- DEMO"); return; } #endif #if __JHEXEN__ nextMap = newMap; nextMapEntrance = _entryPoint; #else secretExit = _secretExit; # if __JDOOM__ // If no Wolf3D maps, no secret exit! if(secretExit && (gameModeBits & GM_ANY_DOOM2)) { Uri *mapUri = G_ComposeMapUri(0, 30); AutoStr *mapPath = Uri_Compose(mapUri); if(!P_MapExists(Str_Text(mapPath))) { secretExit = false; } Uri_Delete(mapUri); } # endif #endif G_SetGameAction(GA_MAPCOMPLETED); } static void initSaveSlots() { delete sslots; sslots = new SaveSlots; // Setup the logical save slot bindings. int const gameMenuSaveSlotWidgetIds[NUMSAVESLOTS] = { MNF_ID0, MNF_ID1, MNF_ID2, MNF_ID3, MNF_ID4, MNF_ID5, #if !__JHEXEN__ MNF_ID6, MNF_ID7 #endif }; for(int i = 0; i < NUMSAVESLOTS; ++i) { sslots->add(de::String::number(i), true, de::String(SAVEGAMENAME"%1").arg(i), gameMenuSaveSlotWidgetIds[i]); } } /** * Common Pre Game Initialization routine. * Game-specfic pre init actions should be placed in eg D_PreInit() (for jDoom) */ void G_CommonPreInit() { // Apply the default game rules. COMMON_GAMESESSION->applyNewRules(defaultGameRules = GameRuleset()); if(!gameMapUri) { gameMapUri = Uri_New(); } Uri_Clear(gameMapUri); quitInProgress = false; verbose = CommandLine_Exists("-verbose"); // Register hooks. Plug_AddHook(HOOK_DEMO_STOP, Hook_DemoStop); // Setup the players. for(int i = 0; i < MAXPLAYERS; ++i) { player_t *pl = players + i; pl->plr = DD_GetPlayer(i); pl->plr->extraData = (void*) &players[i]; /// @todo Only necessary because the engine does not yet unload game plugins when they /// are not in use; thus a game change may leave these pointers dangling. for(int k = 0; k < NUMPSPRITES; ++k) { pl->pSprites[k].state = NULL; pl->plr->pSprites[k].statePtr = NULL; } } G_RegisterBindClasses(); P_RegisterMapObjs(); R_LoadVectorGraphics(); R_LoadColorPalettes(); P_InitPicAnims(); // Add our cvars and ccmds to the console databases. G_ConsoleRegistration(); // Main command list. D_NetConsoleRegistration(); // For network. G_Register(); // Top level game cvars and commands. Pause_Register(); G_ControlRegister(); // For controls/input. SaveSlots::consoleRegister(); // Game-save system. Hu_MenuRegister(); // For the menu. GUI_Register(); // For the UI library. Hu_MsgRegister(); // For the game messages. ST_Register(); // For the hud/statusbar. WI_Register(); // For the interlude/intermission. X_Register(); // For the crosshair. FI_StackRegister(); // For the InFine lib. #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ XG_Register(); #endif Con_SetString2("map-author", "Unknown", SVF_WRITE_OVERRIDE); Con_SetString2("map-name", "Unknown", SVF_WRITE_OVERRIDE); } #if __JHEXEN__ /** * \todo all this swapping colors around is rather silly, why not simply * reorder the translation tables at load time? */ void R_GetTranslation(int plrClass, int plrColor, int* tclass, int* tmap) { int mapped; if(plrClass == PCLASS_PIG) { // A pig is never translated. *tclass = *tmap = 0; return; } if(gameMode == hexen_v10) { const int mapping[3][4] = { /* Fighter */ { 1, 2, 0, 3 }, /* Cleric */ { 1, 0, 2, 3 }, /* Mage */ { 1, 0, 2, 3 } }; mapped = mapping[plrClass][plrColor]; } else { const int mapping[3][8] = { /* Fighter */ { 1, 2, 0, 3, 4, 5, 6, 7 }, /* Cleric */ { 1, 0, 2, 3, 4, 5, 6, 7 }, /* Mage */ { 1, 0, 2, 3, 4, 5, 6, 7 } }; mapped = mapping[plrClass][plrColor]; } *tclass = (mapped? plrClass : 0); *tmap = mapped; } void Mobj_UpdateTranslationClassAndMap(mobj_t* mo) { if(mo->player) { int plrColor = (mo->flags & MF_TRANSLATION) >> MF_TRANSSHIFT; R_GetTranslation(mo->player->class_, plrColor, &mo->tclass, &mo->tmap); } else if(mo->flags & MF_TRANSLATION) { mo->tclass = mo->special1; mo->tmap = (mo->flags & MF_TRANSLATION) >> MF_TRANSSHIFT; } else { // No translation. mo->tmap = mo->tclass = 0; } } #endif // __JHEXEN__ void R_LoadColorPalettes() { #define PALLUMPNAME "PLAYPAL" #define PALENTRIES (256) #define PALID (0) lumpnum_t lumpNum = W_GetLumpNumForName(PALLUMPNAME); uint8_t colors[PALENTRIES*3]; colorpaletteid_t palId; Str xlatId; Str_InitStd(&xlatId); // Record whether we are using a custom palette. customPal = W_LumpIsCustom(lumpNum); W_ReadLumpSection(lumpNum, colors, 0 + PALID * (PALENTRIES * 3), PALENTRIES * 3); palId = R_CreateColorPalette("R8G8B8", PALLUMPNAME, colors, PALENTRIES); #if __JHEXEN__ // Load the translation tables. { int const numPerClass = (gameMode == hexen_v10? 3 : 7); int i, cl; int xlatNum; lumpnum_t lumpNum; Str lumpName; Str_Reserve(Str_InitStd(&lumpName), 8); // In v1.0, the color translations are a bit different. There are only // three translation maps per class, whereas Doomsday assumes seven maps // per class. Thus we'll need to account for the difference. xlatNum = 0; for(cl = 0; cl < 3; ++cl) for(i = 0; i < 7; ++i) { if(i == numPerClass) break; // Not present. Str_Clear(&lumpName); if(xlatNum < 10) { Str_Appendf(&lumpName, "TRANTBL%i", xlatNum); } else { Str_Appendf(&lumpName, "TRANTBL%c", 'A' + (xlatNum - 10)); } xlatNum++; App_Log(DE2_DEV_RES_MSG, "Reading translation table '%s' as tclass=%i tmap=%i", Str_Text(&lumpName), cl, i); if(-1 != (lumpNum = W_CheckLumpNumForName(Str_Text(&lumpName)))) { uint8_t const *mappings = W_CacheLump(lumpNum); Str_Appendf(Str_Clear(&xlatId), "%i", 7 * cl + i); R_CreateColorPaletteTranslation(palId, &xlatId, mappings); W_UnlockLump(lumpNum); } } Str_Free(&lumpName); } #else // Create the translation tables to map the green color ramp to gray, // brown, red. Could be read from a lump instead? { uint8_t xlat[PALENTRIES]; int xlatNum, palIdx; for(xlatNum = 0; xlatNum < 3; ++xlatNum) { // Translate just the 16 green colors. for(palIdx = 0; palIdx < 256; ++palIdx) { # if __JHERETIC__ if(palIdx >= 225 && palIdx <= 240) { xlat[palIdx] = xlatNum == 0? 114 + (palIdx - 225) /*yellow*/ : xlatNum == 1? 145 + (palIdx - 225) /*red*/ : 190 + (palIdx - 225) /*blue*/; } # else if(palIdx >= 0x70 && palIdx <= 0x7f) { // Map green ramp to gray, brown, red. xlat[palIdx] = xlatNum == 0? 0x60 + (palIdx & 0xf) : xlatNum == 1? 0x40 + (palIdx & 0xf) : 0x20 + (palIdx & 0xf); } # endif else { // Keep all other colors as is. xlat[palIdx] = palIdx; } } Str_Appendf(Str_Clear(&xlatId), "%i", xlatNum); R_CreateColorPaletteTranslation(palId, &xlatId, xlat); } } #endif Str_Free(&xlatId); #undef PALID #undef PALENTRIES #undef PALLUMPNAME } /** * @todo Read this information from a definition (ideally with more user * friendly mnemonics...). */ void R_LoadVectorGraphics() { #define R (1.0f) #define NUMITEMS(x) (sizeof(x)/sizeof((x)[0])) #define Pt Point2Rawf Point2Rawf const keyPoints[] = { Pt(-3 * R / 4, 0), Pt(-3 * R / 4, -R / 4), // Mid tooth. Pt( 0, 0), Pt( -R, 0), Pt( -R, -R / 2), // Shaft and end tooth. Pt( 0, 0), Pt(R / 4, -R / 2), // Bow. Pt(R / 2, -R / 2), Pt(R / 2, R / 2), Pt(R / 4, R / 2), Pt( 0, 0), }; def_svgline_t const key[] = { { 2, &keyPoints[ 0] }, { 3, &keyPoints[ 2] }, { 6, &keyPoints[ 5] } }; Point2Rawf const thintrianglePoints[] = { Pt(-R / 2, R - R / 2), Pt( R, 0), // ` Pt(-R / 2, -R + R / 2), // / Pt(-R / 2, R - R / 2) // |> }; def_svgline_t const thintriangle[] = { { 4, thintrianglePoints }, }; #if __JDOOM__ || __JDOOM64__ Point2Rawf const arrowPoints[] = { Pt( -R + R / 8, 0 ), Pt( R, 0), // ----- Pt( R - R / 2, -R / 4), Pt( R, 0), Pt( R - R / 2, R / 4), // -----> Pt(-R - R / 8, -R / 4), Pt( -R + R / 8, 0), Pt(-R - R / 8, R / 4), // >----> Pt(-R + R / 8, -R / 4), Pt(-R + 3 * R / 8, 0), Pt(-R + R / 8, R / 4), // >>---> }; def_svgline_t const arrow[] = { { 2, &arrowPoints[ 0] }, { 3, &arrowPoints[ 2] }, { 3, &arrowPoints[ 5] }, { 3, &arrowPoints[ 8] } }; #elif __JHERETIC__ || __JHEXEN__ Point2Rawf const arrowPoints[] = { Pt(-R + R / 4, 0), Pt( 0, 0), // center line. Pt(-R + R / 4, R / 8), Pt( R, 0), Pt(-R + R / 4, -R / 8), // blade Pt(-R + R / 8, -R / 4), Pt(-R + R / 4, -R / 4), // guard Pt(-R + R / 4, R / 4), Pt(-R + R / 8, R / 4), Pt(-R + R / 8, -R / 4), Pt(-R + R / 8, -R / 8), Pt(-R - R / 4, -R / 8), // hilt Pt(-R - R / 4, R / 8), Pt(-R + R / 8, R / 8), }; def_svgline_t const arrow[] = { { 2, &arrowPoints[ 0] }, { 3, &arrowPoints[ 2] }, { 5, &arrowPoints[ 5] }, { 4, &arrowPoints[10] } }; #endif #if __JDOOM__ Point2Rawf const cheatarrowPoints[] = { Pt( -R + R / 8, 0 ), Pt( R, 0), // ----- Pt( R - R / 2, -R / 4), Pt( R, 0), Pt( R - R / 2, R / 4), // -----> Pt(-R - R / 8, -R / 4), Pt( -R + R / 8, 0), Pt(-R - R / 8, R / 4), // >----> Pt(-R + R / 8, -R / 4), Pt(-R + 3 * R / 8, 0), Pt(-R + R / 8, R / 4), // >>---> Pt( -R / 2, 0), Pt( -R / 2, -R / 6), // >>-d---> Pt(-R / 2 + R / 6, -R / 6), Pt(-R / 2 + R / 6, R / 4), Pt( -R / 6, 0), Pt( -R / 6, -R / 6), // >>-dd--> Pt( 0, -R / 6), Pt( 0, R / 4), Pt( R / 6, R / 4), Pt( R / 6, -R / 7), // >>-ddt-> Pt(R / 6 + R / 32, -R / 7 - R / 32), Pt(R / 6 + R / 10, -R / 7) }; def_svgline_t const cheatarrow[] = { { 2, &cheatarrowPoints[ 0] }, { 3, &cheatarrowPoints[ 2] }, { 3, &cheatarrowPoints[ 5] }, { 3, &cheatarrowPoints[ 8] }, { 4, &cheatarrowPoints[11] }, { 4, &cheatarrowPoints[15] }, { 4, &cheatarrowPoints[19] } }; #endif Point2Rawf const crossPoints[] = { // + (open center) Pt(-R, 0), Pt(-R / 5 * 2, 0), Pt( 0, -R), Pt( 0, -R / 5 * 2), Pt( R, 0), Pt( R / 5 * 2, 0), Pt( 0, R), Pt( 0, R / 5 * 2) }; def_svgline_t const cross[] = { { 2, &crossPoints[0] }, { 2, &crossPoints[2] }, { 2, &crossPoints[4] }, { 2, &crossPoints[6] } }; Point2Rawf const twinanglesPoints[] = { // > < Pt(-R, -R * 10 / 14), Pt(-(R - (R * 10 / 14)), 0), Pt(-R, R * 10 / 14), // > Pt( R, -R * 10 / 14), Pt( R - (R * 10 / 14) , 0), Pt( R, R * 10 / 14), // < }; def_svgline_t const twinangles[] = { { 3, &twinanglesPoints[0] }, { 3, &twinanglesPoints[3] } }; Point2Rawf const squarePoints[] = { // square Pt(-R, -R), Pt(-R, R), Pt( R, R), Pt( R, -R), Pt(-R, -R) }; def_svgline_t const square[] = { { 5, squarePoints }, }; Point2Rawf const squarecornersPoints[] = { // square (open center) Pt( -R, -R / 2), Pt(-R, -R), Pt(-R / 2, -R), // topleft Pt(R / 2, -R), Pt( R, -R), Pt( R, -R / 2), // topright Pt( -R, R / 2), Pt(-R, R), Pt(-R / 2, R), // bottomleft Pt(R / 2, R), Pt( R, R), Pt( R, R / 2), // bottomright }; def_svgline_t const squarecorners[] = { { 3, &squarecornersPoints[ 0] }, { 3, &squarecornersPoints[ 3] }, { 3, &squarecornersPoints[ 6] }, { 3, &squarecornersPoints[ 9] } }; Point2Rawf const anglePoints[] = { // v Pt(-R, -R), Pt(0, 0), Pt(R, -R) }; def_svgline_t const angle[] = { { 3, anglePoints } }; if(IS_DEDICATED) return; R_NewSvg(VG_KEY, key, NUMITEMS(key)); R_NewSvg(VG_TRIANGLE, thintriangle, NUMITEMS(thintriangle)); R_NewSvg(VG_ARROW, arrow, NUMITEMS(arrow)); #if __JDOOM__ R_NewSvg(VG_CHEATARROW, cheatarrow, NUMITEMS(cheatarrow)); #endif R_NewSvg(VG_XHAIR1, cross, NUMITEMS(cross)); R_NewSvg(VG_XHAIR2, twinangles, NUMITEMS(twinangles)); R_NewSvg(VG_XHAIR3, square, NUMITEMS(square)); R_NewSvg(VG_XHAIR4, squarecorners, NUMITEMS(squarecorners)); R_NewSvg(VG_XHAIR5, angle, NUMITEMS(angle)); #undef P #undef R #undef NUMITEMS } /** * @param name Name of the font to lookup. * @return Unique id of the found font. */ fontid_t R_MustFindFontForName(const char* name) { Uri* uri = Uri_NewWithPath2(name, RC_NULL); fontid_t fontId = Fonts_ResolveUri(uri); Uri_Delete(uri); if(fontId) return fontId; Con_Error("Failed loading font \"%s\".", name); exit(1); // Unreachable. } void R_InitRefresh() { if(IS_DEDICATED) return; App_Log(DE2_RES_VERBOSE, "Loading data for refresh..."); // Setup the view border. cfg.screenBlocks = cfg.setBlocks; { Uri* paths[9]; uint i; for(i = 0; i < 9; ++i) paths[i] = ((borderGraphics[i] && borderGraphics[i][0])? Uri_NewWithPath2(borderGraphics[i], RC_NULL) : 0); R_SetBorderGfx((const Uri**)paths); for(i = 0; i < 9; ++i) if(paths[i]) Uri_Delete(paths[i]); } R_ResizeViewWindow(RWF_FORCE|RWF_NO_LERP); // Locate our fonts. fonts[GF_FONTA] = R_MustFindFontForName("a"); fonts[GF_FONTB] = R_MustFindFontForName("b"); fonts[GF_STATUS] = R_MustFindFontForName("status"); #if __JDOOM__ fonts[GF_INDEX] = R_MustFindFontForName("index"); #endif #if __JDOOM__ || __JDOOM64__ fonts[GF_SMALL] = R_MustFindFontForName("small"); #endif #if __JHERETIC__ || __JHEXEN__ fonts[GF_SMALLIN] = R_MustFindFontForName("smallin"); #endif fonts[GF_MAPPOINT] = R_MustFindFontForName("mappoint"); { float mul = 1.4f; DD_SetVariable(DD_PSPRITE_LIGHTLEVEL_MULTIPLIER, &mul); } } void R_InitHud() { Hu_LoadData(); #if __JHERETIC__ || __JHEXEN__ App_Log(DE2_LOG_VERBOSE, "Initializing inventory..."); Hu_InventoryInit(); #endif App_Log(DE2_LOG_VERBOSE, "Initializing statusbar..."); ST_Init(); App_Log(DE2_LOG_VERBOSE, "Initializing menu..."); Hu_MenuInit(); App_Log(DE2_LOG_VERBOSE, "Initializing status-message/question system..."); Hu_MsgInit(); } SaveSlots &G_SaveSlots() { DENG2_ASSERT(sslots != 0); return *sslots; } void G_CommonPostInit() { R_InitRefresh(); FI_StackInit(); GUI_Init(); #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ XG_ReadTypes(); #endif App_Log(DE2_LOG_VERBOSE, "Initializing playsim..."); P_Init(); App_Log(DE2_LOG_VERBOSE, "Initializing head-up displays..."); R_InitHud(); initSaveSlots(); G_InitEventSequences(); #if __JDOOM__ || __JHERETIC__ || __JHEXEN__ G_RegisterCheats(); #endif // From this point on, the shortcuts are always active. DD_Execute(true, "activatebcontext shortcut"); // Display a breakdown of the available maps. DD_Execute(true, "listmaps"); } /** * Common game shutdown routine. * @note Game-specific actions should be placed in G_Shutdown rather than here. */ void G_CommonShutdown() { COMMON_GAMESESSION->end(); Plug_RemoveHook(HOOK_DEMO_STOP, Hook_DemoStop); Hu_MsgShutdown(); Hu_UnloadData(); D_NetClearBuffer(); P_Shutdown(); G_ShutdownEventSequences(); FI_StackShutdown(); Hu_MenuShutdown(); ST_Shutdown(); GUI_Shutdown(); delete sslots; sslots = 0; Uri_Delete(gameMapUri); gameMapUri = 0; } gamestate_t G_GameState() { return gameState; } static char const *getGameStateStr(gamestate_t state) { struct statename_s { gamestate_t state; char const *name; } stateNames[] = { { GS_MAP, "GS_MAP" }, { GS_INTERMISSION, "GS_INTERMISSION" }, { GS_FINALE, "GS_FINALE" }, { GS_STARTUP, "GS_STARTUP" }, { GS_WAITING, "GS_WAITING" }, { GS_INFINE, "GS_INFINE" }, { gamestate_t(-1), 0 } }; for(uint i = 0; stateNames[i].name; ++i) { if(stateNames[i].state == state) return stateNames[i].name; } return 0; } /** * Called when the gameui binding context is active. Triggers the menu. */ int G_UIResponder(event_t *ev) { // Handle "Press any key to continue" messages. if(Hu_MsgResponder(ev)) return true; if(ev->state != EVS_DOWN) return false; if(!(ev->type == EV_KEY || ev->type == EV_MOUSE_BUTTON || ev->type == EV_JOY_BUTTON)) return false; if(!Hu_MenuIsActive() && !DD_GetInteger(DD_SHIFT_DOWN)) { // Any key/button down pops up menu if in demos. if((gameAction == GA_NONE && !singledemo && Get(DD_PLAYBACK)) || (G_GameState() == GS_INFINE && FI_IsMenuTrigger())) { Hu_MenuCommand(MCMD_OPEN); return true; } } return false; } void G_ChangeGameState(gamestate_t state) { dd_bool gameUIActive = false; dd_bool gameActive = true; if(G_QuitInProgress()) return; if(state < 0 || state >= NUM_GAME_STATES) { DENG_ASSERT(!"G_ChangeGameState: Invalid state"); return; } if(gameState != state) { App_Log(DE2_DEV_NOTE, "Game state changed to %s", getGameStateStr(state)); gameState = state; } // Update the state of the gameui binding context. switch(gameState) { case GS_FINALE: case GS_STARTUP: case GS_WAITING: case GS_INFINE: gameActive = false; case GS_INTERMISSION: gameUIActive = true; break; default: break; } if(!IS_DEDICATED) { if(gameUIActive) { DD_Execute(true, "activatebcontext gameui"); B_SetContextFallback("gameui", G_UIResponder); } DD_Executef(true, "%sactivatebcontext game", gameActive? "" : "de"); } } dd_bool G_StartFinale(char const *script, int flags, finale_mode_t mode, char const *defId) { if(!script || !script[0]) return false; for(int i = 0; i < MAXPLAYERS; ++i) { ST_LogEmpty(i); // Clear the message queue for all local players. ST_CloseAll(i, true/*fast*/); // Close the HUDs left open for all local players. } G_SetGameAction(GA_NONE); FI_StackExecuteWithId(script, flags, mode, defId); return true; } void G_StartHelp() { if(G_QuitInProgress()) return; if(IS_CLIENT) { /// @todo Fix this properly: http://sf.net/p/deng/bugs/1082/ return; } ddfinale_t fin; if(Def_Get(DD_DEF_FINALE, "help", &fin)) { Hu_MenuCommand(MCMD_CLOSEFAST); G_StartFinale(fin.script, FF_LOCAL, FIMODE_NORMAL, "help"); return; } App_Log(DE2_SCR_WARNING, "InFine script 'help' not defined"); } /** * Prints a banner to the console containing information pertinent to the current map * (e.g., map title, author...). */ static void printMapBanner() { char const *title = P_MapTitle(0/*current map*/); App_Log(DE2_LOG_MESSAGE, DE2_ESC(R)); if(title) { char buf[64]; #if __JHEXEN__ mapinfo_t const *mapInfo = P_MapInfo(0/*current map*/); int warpNum = (mapInfo? mapInfo->warpTrans : -1); dd_snprintf(buf, 64, "Map: %s (%u) - " DE2_ESC(b) "%s", Str_Text(Uri_ToString(gameMapUri)), warpNum + 1, title); #else dd_snprintf(buf, 64, "Map: %s - " DE2_ESC(b) "%s", Str_Text(Uri_ToString(gameMapUri)), title); #endif App_Log(DE2_LOG_NOTE, "%s", buf); } #if !__JHEXEN__ char const *author = P_MapAuthor(0/*current map*/, P_MapIsCustom(Str_Text(Uri_Compose(gameMapUri)))); if(!author) author = "Unknown"; App_Log(DE2_LOG_NOTE, "Author: %s", author); #endif App_Log(DE2_LOG_MESSAGE, DE2_ESC(R)); } void G_BeginMap() { G_ChangeGameState(GS_MAP); if(!IS_DEDICATED) { R_SetViewPortPlayer(CONSOLEPLAYER, CONSOLEPLAYER); // View the guy you are playing. R_ResizeViewWindow(RWF_FORCE|RWF_NO_LERP); } G_ControlReset(-1); // Clear all controls for all local players. G_UpdateGSVarsForMap(); // Time can now progress in this map. mapTime = actualMapTime = 0; printMapBanner(); // The music may have been paused for the briefing; unpause. S_PauseMusic(false); } int G_Responder(event_t *ev) { DENG2_ASSERT(ev); // Eat all events once shutdown has begun. if(G_QuitInProgress()) return true; if(G_GameState() == GS_MAP) { Pause_Responder(ev); // With the menu active, none of these should respond to input events. if(!Hu_MenuIsActive() && !Hu_IsMessageActive()) { if(ST_Responder(ev)) return true; if(G_EventSequenceResponder(ev)) return true; } } return Hu_MenuResponder(ev); } int G_PrivilegedResponder(event_t *ev) { // Ignore all events once shutdown has begun. if(G_QuitInProgress()) return false; if(Hu_MenuPrivilegedResponder(ev)) return true; // Process the screen shot key right away? if(ev->type == EV_KEY && ev->data1 == DDKEY_F1) { if(CommandLine_Check("-devparm")) { if(ev->state == EVS_DOWN) { G_SetGameAction(GA_SCREENSHOT); } return true; // All F1 events are eaten. } } return false; // Not eaten. } void G_UpdateGSVarsForPlayer(player_t *pl) { if(!pl) return; gsvHealth = pl->health; #if !__JHEXEN__ // Map stats gsvKills = pl->killCount; gsvItems = pl->itemCount; gsvSecrets = pl->secretCount; #endif // armor #if __JHEXEN__ gsvArmor = FixedDiv(PCLASS_INFO(pl->class_)->autoArmorSave + pl->armorPoints[ARMOR_ARMOR] + pl->armorPoints[ARMOR_SHIELD] + pl->armorPoints[ARMOR_HELMET] + pl->armorPoints[ARMOR_AMULET], 5 * FRACUNIT) >> FRACBITS; #else gsvArmor = pl->armorPoints; #endif // Owned keys for(int i = 0; i < NUM_KEY_TYPES; ++i) { #if __JHEXEN__ gsvKeys[i] = (pl->keys & (1 << i))? 1 : 0; #else gsvKeys[i] = pl->keys[i]; #endif } // current weapon gsvCurrentWeapon = pl->readyWeapon; // owned weapons for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { gsvWeapons[i] = pl->weapons[i].owned; } #if __JHEXEN__ // weapon pieces gsvWPieces[0] = (pl->pieces & WPIECE1)? 1 : 0; gsvWPieces[1] = (pl->pieces & WPIECE2)? 1 : 0; gsvWPieces[2] = (pl->pieces & WPIECE3)? 1 : 0; gsvWPieces[3] = (pl->pieces == 7)? 1 : 0; #endif // Current ammo amounts. for(int i = 0; i < NUM_AMMO_TYPES; ++i) { gsvAmmo[i] = pl->ammo[i].owned; } #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ // Inventory items. for(int i = 0; i < NUM_INVENTORYITEM_TYPES; ++i) { if(pl->plr->inGame && G_GameState() == GS_MAP) gsvInvItems[i] = P_InventoryCount(pl - players, inventoryitemtype_t(IIT_FIRST + i)); else gsvInvItems[i] = 0; } #endif } void G_UpdateGSVarsForMap() { char const *mapAuthor = P_MapAuthor(0/*current map*/, false/*don't supress*/); char const *mapTitle = P_MapTitle(0/*current map*/); if(!mapAuthor) mapAuthor = "Unknown"; Con_SetString2("map-author", mapAuthor, SVF_WRITE_OVERRIDE); if(!mapTitle) mapTitle = "Unknown"; Con_SetString2("map-name", mapTitle, SVF_WRITE_OVERRIDE); } static sfxenum_t randomQuitSound() { #if __JDOOM__ || __JDOOM64__ if(cfg.menuQuitSound) { # if __JDOOM64__ static sfxenum_t quitSounds[] = { SFX_VILACT, SFX_GETPOW, SFX_PEPAIN, SFX_SLOP, SFX_SKESWG, SFX_KNTDTH, SFX_BSPACT, SFX_SGTATK }; static int numQuitSounds = sizeof(quitSounds) / sizeof(quitSounds[0]); # else static sfxenum_t quitSounds[] = { SFX_PLDETH, SFX_DMPAIN, SFX_POPAIN, SFX_SLOP, SFX_TELEPT, SFX_POSIT1, SFX_POSIT3, SFX_SGTATK }; static int numQuitSounds = sizeof(quitSounds) / sizeof(quitSounds[0]); static sfxenum_t quitSounds2[] = { SFX_VILACT, SFX_GETPOW, SFX_BOSCUB, SFX_SLOP, SFX_SKESWG, SFX_KNTDTH, SFX_BSPACT, SFX_SGTATK }; static int numQuitSounds2 = sizeof(quitSounds2) / sizeof(quitSounds2[0]); # endif sfxenum_t *sndTable = quitSounds; int sndTableSize = numQuitSounds; # if !__JDOOM64__ if(gameModeBits & GM_ANY_DOOM2) { sndTable = quitSounds2; sndTableSize = numQuitSounds2; } # endif if(sndTable && sndTableSize > 0) { return sndTable[P_Random() & (sndTableSize - 1)]; } } #endif return SFX_NONE; } static void runGameAction() { #define QUITWAIT_MILLISECONDS 1500 static uint quitTime = 0; // Run the quit countdown? if(quitInProgress) { if(Timer_RealMilliseconds() > quitTime + QUITWAIT_MILLISECONDS) { Sys_Quit(); } else { quitDarkenOpacity = de::cubed((Timer_RealMilliseconds() - quitTime) / (float) QUITWAIT_MILLISECONDS); } // No further game state changes occur once we have begun to quit. return; } // Do things to change the game state. gameaction_t currentAction; while((currentAction = gameAction) != GA_NONE) { BusyMode_FreezeGameForBusyMode(); // The topmost action will now be processed. G_SetGameAction(GA_NONE); switch(currentAction) { case GA_NEWSESSION: COMMON_GAMESESSION->end(); COMMON_GAMESESSION->begin(*gaNewSessionMapUri, gaNewSessionMapEntrance, gaNewSessionRules); break; case GA_LOADSESSION: COMMON_GAMESESSION->end(); // Attempt to load the saved game session. try { SaveSlot const &sslot = G_SaveSlots()[gaLoadSessionSlot]; COMMON_GAMESESSION->load(sslot.saveName()); // Make note of the last used save slot. Con_SetInteger2("game-save-last-slot", sslot.id().toInt(), SVF_WRITE_OVERRIDE); } catch(de::Error const &er) { LOG_RES_WARNING("Error loading from save slot #%s:\n") << gaLoadSessionSlot << er.asText(); } // Return to the title loop if loading did not succeed. if(!COMMON_GAMESESSION->hasBegun()) { COMMON_GAMESESSION->endAndBeginTitle(); } break; case GA_SAVESESSION: try { SaveSlot const &sslot = G_SaveSlots()[gaSaveSessionSlot]; COMMON_GAMESESSION->save(sslot.saveName(), gaSaveSessionUserDescription); // Make note of the last used save slot. Con_SetInteger2("game-save-last-slot", sslot.id().toInt(), SVF_WRITE_OVERRIDE); } catch(de::Error const &er) { LOG_RES_WARNING("Error saving to save slot #%s:\n") << gaSaveSessionSlot << er.asText(); } break; case GA_QUIT: quitInProgress = true; quitTime = Timer_RealMilliseconds(); Hu_MenuCommand(MCMD_CLOSEFAST); if(!IS_NETGAME) { // Play an exit sound if it is enabled. S_LocalSound(randomQuitSound(), 0); DD_Executef(true, "activatebcontext deui"); } break; case GA_LEAVEMAP: COMMON_GAMESESSION->leaveMap(); break; case GA_RESTARTMAP: COMMON_GAMESESSION->reloadMap(); break; case GA_MAPCOMPLETED: for(int i = 0; i < MAXPLAYERS; ++i) { ST_CloseAll(i, true/*fast*/); // hide any HUDs left open G_PlayerLeaveMap(i); // take away cards and stuff } #if __JHEXEN__ SN_StopAllSequences(); #endif if(!IS_DEDICATED) { GL_SetFilter(false); } // Go to an intermission? if(G_IntermissionActive()) { #if __JDOOM__ // Has the secret map been completed? if(gameMap == 8 && (gameModeBits & (GM_DOOM|GM_DOOM_SHAREWARE|GM_DOOM_ULTIMATE))) { for(int i = 0; i < MAXPLAYERS; ++i) { players[i].didSecret = true; } } #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ nextMap = G_NextLogicalMapNumber(secretExit); #endif G_IntermissionBegin(); } else { G_IntermissionDone(); } break; case GA_ENDDEBRIEFING: briefDisabled = true; G_IntermissionDone(); break; case GA_SCREENSHOT: { // Find an unused screenshot file name. de::String fileName = COMMON_GAMESESSION->gameId() + "-"; int const numPos = fileName.length(); for(int i = 0; i < 1e6; ++i) // Stop eventually... { fileName += de::String("%1.png").arg(i, 3, 10, QChar('0')); if(!F_FileExists(fileName.toUtf8().constData())) break; fileName.truncate(numPos); } if(M_ScreenShot(fileName.toUtf8().constData(), 24)) { /// @todo Do not use the console player's message log for this notification. /// The engine should implement it's own notification UI system for /// this sort of thing. de::String msg = "Saved screenshot: " + de::NativePath(fileName).pretty(); P_SetMessage(players + CONSOLEPLAYER, LMF_NO_HIDE, msg.toLatin1().constData()); } else { LOG_RES_WARNING("Failed taking screenshot \"%s\"") << de::NativePath(fileName).pretty(); } break; } default: break; } } #undef QUITWAIT_MILLISECONDS } static int rebornLoadConfirmed(msgresponse_t response, int, void *) { if(response == MSG_YES) { G_SetGameAction(GA_RESTARTMAP); } else { // Player seemingly wishes to extend their stay in limbo? player_t *plr = players; plr->rebornWait = PLAYER_REBORN_TICS; plr->playerState = PST_DEAD; } return true; } /** * Do needed reborns for any fallen players. */ static void rebornPlayers() { if(!IS_NETGAME && P_CountPlayersInGame(LocalOnly) == 1) { if(Player_WaitingForReborn(&players[0])) { // Are we still awaiting a response to a previous confirmation? if(Hu_IsMessageActiveWithCallback(rebornLoadConfirmed)) return; // Do we need user confirmation? if(COMMON_GAMESESSION->progressRestoredOnReload() && cfg.confirmRebornLoad) { S_LocalSound(SFX_REBORNLOAD_CONFIRM, NULL); Str msg; Str_Appendf(Str_Init(&msg), REBORNLOAD_CONFIRM, COMMON_GAMESESSION->userDescription().toUtf8().constData()); Hu_MsgStart(MSG_YESNO, Str_Text(&msg), rebornLoadConfirmed, 0, 0); return; } rebornLoadConfirmed(MSG_YES, 0, 0); } return; } for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = &players[i]; if(Player_WaitingForReborn(plr)) { P_RebornPlayerInMultiplayer(i); } // Player has left? if((int)plr->playerState == PST_GONE) { plr->playerState = PST_REBORN; ddplayer_t *ddplr = plr->plr; if(mobj_t *plmo = ddplr->mo) { if(!IS_CLIENT) { P_SpawnTeleFog(plmo->origin[VX], plmo->origin[VY], plmo->angle + ANG180); } // Let's get rid of the mobj. App_Log(DE2_DEV_MAP_MSG, "rebornPlayers: Removing player %i's mobj", i); P_MobjRemove(plmo, true); ddplr->mo = 0; } } } } /** * The core of the timing loop. Game state, game actions etc occur here. * * @param ticLength How long this tick is, in seconds. */ void G_Ticker(timespan_t ticLength) { static gamestate_t oldGameState = gamestate_t(-1); // Always tic: Hu_FogEffectTicker(ticLength); Hu_MenuTicker(ticLength); Hu_MsgTicker(); if(IS_CLIENT && !Get(DD_GAME_READY)) return; runGameAction(); if(!G_QuitInProgress()) { // Do player reborns if needed. rebornPlayers(); // Update the viewer's look angle //G_LookAround(CONSOLEPLAYER); if(!IS_CLIENT) { // Enable/disable sending of frames (delta sets) to clients. Set(DD_ALLOW_FRAMES, G_GameState() == GS_MAP); // Tell Doomsday when the game is paused (clients can't pause // the game.) Set(DD_CLIENT_PAUSED, Pause_IsPaused()); } // Must be called on every tick. P_RunPlayers(ticLength); } else { if(!IS_CLIENT) { // Disable sending of frames (delta sets) to clients. Set(DD_ALLOW_FRAMES, false); } } if(G_GameState() == GS_MAP && !IS_DEDICATED) { ST_Ticker(ticLength); } // Track view window changes. R_ResizeViewWindow(0); // The following is restricted to fixed 35 Hz ticks. if(DD_IsSharpTick()) { // Do main actions. switch(G_GameState()) { case GS_MAP: // Update in-map game status cvar. if(oldGameState != GS_MAP) gsvInMap = 1; P_DoTick(); HU_UpdatePsprites(); // Active briefings once again (they were disabled when loading // a saved game). briefDisabled = false; if(IS_DEDICATED) break; Hu_Ticker(); break; case GS_INTERMISSION: #if __JDOOM__ || __JDOOM64__ WI_Ticker(); #else IN_Ticker(); #endif break; default: if(oldGameState != G_GameState()) { // Update game status cvars. gsvInMap = 0; Con_SetString2("map-author", "Unknown", SVF_WRITE_OVERRIDE); Con_SetString2("map-name", "Unknown", SVF_WRITE_OVERRIDE); gsvMapMusic = -1; } break; } // Update the game status cvars for player data. G_UpdateGSVarsForPlayer(&players[CONSOLEPLAYER]); // Servers will have to update player information and do such stuff. if(!IS_CLIENT) NetSv_Ticker(); } oldGameState = gameState; } void G_PlayerLeaveMap(int player) { player_t *p = &players[player]; if(!p->plr->inGame) return; #if __JHEXEN__ dd_bool newHub = true; if(nextMap != DDMAXINT) { Uri *nextMapUri = G_ComposeMapUri(gameEpisode, nextMap); newHub = (P_MapInfo(0/*current map*/)->hub != P_MapInfo(nextMapUri)->hub); Uri_Delete(nextMapUri); nextMapUri = 0; } #endif #if __JHEXEN__ // Remember if flying. int flightPower = p->powers[PT_FLIGHT]; #endif #if __JHERETIC__ // Empty the inventory of excess items for(int i = 0; i < NUM_INVENTORYITEM_TYPES; ++i) { inventoryitemtype_t type = inventoryitemtype_t(IIT_FIRST + i); uint count = P_InventoryCount(player, type); if(count) { if(type != IIT_FLY) { count--; } for(uint j = 0; j < count; ++j) { P_InventoryTake(player, type, true); } } } #endif #if __JHEXEN__ if(newHub) { uint count = P_InventoryCount(player, IIT_FLY); for(uint i = 0; i < count; ++i) { P_InventoryTake(player, IIT_FLY, true); } } #endif // Remove their powers. p->update |= PSF_POWERS; de::zap(p->powers); #if __JDOOM__ G_UpdateSpecialFilterWithTimeDelta(player, 0 /* instantly */); #endif #if __JHEXEN__ if(!newHub && !COMMON_GAMESESSION->rules().deathmatch) { p->powers[PT_FLIGHT] = flightPower; // Restore flight. } #endif // Remove their keys. #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ p->update |= PSF_KEYS; de::zap(p->keys); #else if(!COMMON_GAMESESSION->rules().deathmatch && newHub) { p->keys = 0; } #endif // Misc #if __JHERETIC__ p->rain1 = NULL; p->rain2 = NULL; #endif // Un-morph? #if __JHERETIC__ || __JHEXEN__ p->update |= PSF_MORPH_TIME; if(p->morphTics) { p->readyWeapon = weapontype_t(p->plr->mo->special1); // Restore weapon. p->morphTics = 0; } #endif p->plr->mo->flags &= ~MF_SHADOW; // Cancel invisibility. p->plr->lookDir = 0; p->plr->extraLight = 0; // Cancel gun flashes. p->plr->fixedColorMap = 0; // Cancel IR goggles. // Clear filter. p->plr->flags &= ~DDPF_VIEW_FILTER; p->damageCount = 0; // No palette changes. p->bonusCount = 0; #if __JHEXEN__ p->poisonCount = 0; #endif ST_LogEmpty(p - players); // Update this client's stats. NetSv_SendPlayerState(player, DDSP_ALL_PLAYERS, PSF_FRAGS | PSF_COUNTERS, true); } /** * Safely clears the player data structures. */ static void clearPlayer(player_t *p) { DENG2_ASSERT(p != 0); player_t playerCopy; ddplayer_t ddPlayerCopy; // Take a backup of the old data. memcpy(&playerCopy, p, sizeof(*p)); memcpy(&ddPlayerCopy, p->plr, sizeof(*p->plr)); // Clear everything. memset(p->plr, 0, sizeof(*p->plr)); memset(p, 0, sizeof(*p)); // Restore important data: // The pointer to ddplayer. p->plr = playerCopy.plr; #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ P_InventoryEmpty(p - players); P_InventorySetReadyItem(p - players, IIT_NONE); #endif // Restore the pointer to this player. p->plr->extraData = p; // Restore the inGame status. p->plr->inGame = ddPlayerCopy.inGame; p->plr->flags = ddPlayerCopy.flags & ~(DDPF_INTERYAW | DDPF_INTERPITCH); // Don't clear the start spot. p->startSpot = playerCopy.startSpot; // Restore counters. memcpy(&p->plr->fixCounter, &ddPlayerCopy.fixCounter, sizeof(ddPlayerCopy.fixCounter)); memcpy(&p->plr->fixAcked, &ddPlayerCopy.fixAcked, sizeof(ddPlayerCopy.fixAcked)); p->plr->fixCounter.angles++; p->plr->fixCounter.origin++; p->plr->fixCounter.mom++; } /** * Called after a player dies (almost everything is cleared and then * re-initialized). */ void G_PlayerReborn(int player) { if(player < 0 || player >= MAXPLAYERS) return; // Wha? App_Log(DE2_DEV_MAP_NOTE, "G_PlayerReborn: reseting player %i", player); player_t *p = &players[player]; int frags[MAXPLAYERS]; DENG_ASSERT(sizeof(p->frags) == sizeof(frags)); memcpy(frags, p->frags, sizeof(frags)); int killcount = p->killCount; int itemcount = p->itemCount; int secretcount = p->secretCount; #if __JHEXEN__ uint worldTimer = p->worldTimer; #endif #if __JHERETIC__ dd_bool secret = p->didSecret; int spot = p->startSpot; #endif // Clears (almost) everything. clearPlayer(p); #if __JHERETIC__ p->startSpot = spot; #endif memcpy(p->frags, frags, sizeof(p->frags)); p->killCount = killcount; p->itemCount = itemcount; p->secretCount = secretcount; #if __JHEXEN__ p->worldTimer = worldTimer; #endif p->colorMap = cfg.playerColor[player]; p->class_ = P_ClassForPlayerWhenRespawning(player, false); #if __JHEXEN__ if(p->class_ == PCLASS_FIGHTER && !IS_NETGAME) { // In Hexen single-player, the Fighter's default color is Yellow. p->colorMap = 2; } #endif p->useDown = p->attackDown = true; // Don't do anything immediately. p->playerState = PST_LIVE; p->health = maxHealth; p->brain.changeWeapon = WT_NOCHANGE; #if __JDOOM__ || __JDOOM64__ p->readyWeapon = p->pendingWeapon = WT_SECOND; p->weapons[WT_FIRST ].owned = true; p->weapons[WT_SECOND].owned = true; // Initalize the player's ammo counts. de::zap(p->ammo); p->ammo[AT_CLIP].owned = 50; // See if the Values specify anything. P_InitPlayerValues(p); #elif __JHERETIC__ p->readyWeapon = p->pendingWeapon = WT_SECOND; p->weapons[WT_FIRST].owned = true; p->weapons[WT_SECOND].owned = true; p->ammo[AT_CRYSTAL].owned = 50; if(gameMap == 8 || secret) { p->didSecret = true; } #ifdef _DEBUG for(int k = 0; k < NUM_WEAPON_TYPES; ++k) { App_Log(DE2_DEV_MAP_MSG, "Player %i owns wpn %i: %i", player, k, p->weapons[k].owned); } #endif #else p->readyWeapon = p->pendingWeapon = WT_FIRST; p->weapons[WT_FIRST].owned = true; localQuakeHappening[player] = false; #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ // Reset maxammo. for(int i = 0; i < NUM_AMMO_TYPES; ++i) { p->ammo[i].max = maxAmmo[i]; } #endif // Reset viewheight. p->viewHeight = cfg.plrViewHeight; p->viewHeightDelta = 0; // We'll need to update almost everything. #if __JHERETIC__ p->update |= PSF_VIEW_HEIGHT | PSF_STATE | PSF_HEALTH | PSF_ARMOR_TYPE | PSF_ARMOR_POINTS | PSF_INVENTORY | PSF_POWERS | PSF_KEYS | PSF_OWNED_WEAPONS | PSF_AMMO | PSF_MAX_AMMO | PSF_PENDING_WEAPON | PSF_READY_WEAPON | PSF_MORPH_TIME; #else p->update |= PSF_REBORN; #endif p->plr->flags &= ~DDPF_DEAD; } #if __JDOOM__ || __JDOOM64__ void G_QueueBody(mobj_t *mo) { if(!mo) return; // Flush an old corpse if needed. if(bodyQueueSlot >= BODYQUEUESIZE) { P_MobjRemove(bodyQueue[bodyQueueSlot % BODYQUEUESIZE], false); } bodyQueue[bodyQueueSlot % BODYQUEUESIZE] = mo; bodyQueueSlot++; } #endif int G_Ruleset_Skill() { return COMMON_GAMESESSION->rules().skill; } #if !__JHEXEN__ byte G_Ruleset_Fast() { return COMMON_GAMESESSION->rules().fast; } #endif byte G_Ruleset_Deathmatch() { return COMMON_GAMESESSION->rules().deathmatch; } byte G_Ruleset_NoMonsters() { return COMMON_GAMESESSION->rules().noMonsters; } #if __JHEXEN__ byte G_Ruleset_RandomClasses() { return COMMON_GAMESESSION->rules().randomClasses; } #endif #if !__JHEXEN__ byte G_Ruleset_RespawnMonsters() { return COMMON_GAMESESSION->rules().respawnMonsters; } #endif /** * @return @c true iff the game has been completed. */ dd_bool G_IfVictory() { #if __JDOOM64__ if(gameMap == 27) { return true; } #elif __JDOOM__ if(gameMode == doom_chex) { if(gameMap == 4) { return true; } } else if((gameModeBits & GM_ANY_DOOM) && gameMap == 7) { return true; } #elif __JHERETIC__ if(gameMap == 7) { return true; } #elif __JHEXEN__ if(nextMap == DDMAXINT && nextMapEntrance == DDMAXINT) { return true; } #endif return false; } static int prepareIntermission(void * /*context*/) { #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ wmInfo.episode = gameEpisode; wmInfo.currentMap = gameMap; wmInfo.nextMap = nextMap; wmInfo.didSecret = players[CONSOLEPLAYER].didSecret; # if __JDOOM__ || __JDOOM64__ wmInfo.maxKills = totalKills; wmInfo.maxItems = totalItems; wmInfo.maxSecret = totalSecret; G_PrepareWIData(); # endif #endif #if __JDOOM__ || __JDOOM64__ WI_Init(&wmInfo); #elif __JHERETIC__ IN_Init(&wmInfo); #else /* __JHEXEN__ */ IN_Init(); #endif G_ChangeGameState(GS_INTERMISSION); BusyMode_WorkerEnd(); return 0; } #if __JDOOM__ || __JDOOM64__ void G_PrepareWIData() { wbstartstruct_t *info = &wmInfo; info->maxFrags = 0; // See if there is a par time definition. AutoStr *mapPath = Uri_Compose(gameMapUri); ddmapinfo_t minfo; if(Def_Get(DD_DEF_MAP_INFO, Str_Text(mapPath), &minfo) && minfo.parTime > 0) { info->parTime = TICRATE * (int) minfo.parTime; } else { info->parTime = -1; // Unknown. } info->pNum = CONSOLEPLAYER; for(int i = 0; i < MAXPLAYERS; ++i) { player_t *p = &players[i]; wbplayerstruct_t *pStats = &info->plyr[i]; pStats->inGame = p->plr->inGame; pStats->kills = p->killCount; pStats->items = p->itemCount; pStats->secret = p->secretCount; pStats->time = mapTime; memcpy(pStats->frags, p->frags, sizeof(pStats->frags)); } } #endif dd_bool G_IntermissionActive() { #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ ddmapinfo_t minfo; if(Def_Get(DD_DEF_MAP_INFO, Str_Text(Uri_Compose(gameMapUri)), &minfo) && (minfo.flags & MIF_NO_INTERMISSION)) { return false; } #elif __JHEXEN__ if(!COMMON_GAMESESSION->rules().deathmatch) { return false; } #endif return true; } void G_IntermissionBegin() { #if __JDOOM64__ S_StartMusic("dm2int", true); #elif __JDOOM__ S_StartMusic((gameModeBits & GM_ANY_DOOM2)? "dm2int" : "inter", true); #elif __JHERETIC__ S_StartMusic("intr", true); #elif __JHEXEN__ S_StartMusic("hub", true); #endif S_PauseMusic(true); BusyMode_RunNewTask(BUSYF_TRANSITION, prepareIntermission, NULL); #if __JHERETIC__ // @todo is this necessary at this time? NetSv_SendGameState(0, DDSP_ALL_PLAYERS); #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ NetSv_Intermission(IMF_BEGIN, 0, 0); #else /* __JHEXEN__ */ NetSv_Intermission(IMF_BEGIN, (int) nextMap, (int) nextMapEntrance); #endif S_PauseMusic(false); } void G_IntermissionDone() { // We have left Intermission, however if there is an InFine for debriefing we should run it now. if(G_StartFinale(G_InFineDebriefing(gameMapUri), 0, FIMODE_AFTER, 0)) { // The GA_ENDDEBRIEFING action is taken after the debriefing stops. return; } // We have either just returned from a debriefing or there wasn't one. briefDisabled = false; #if __JDOOM__ || __JDOOM64__ if(secretExit) { players[CONSOLEPLAYER].didSecret = true; } #endif // Clear the currently playing script, if any. FI_StackClear(); // Has the player completed the game? if(G_IfVictory()) { // Victorious! G_SetGameAction(GA_VICTORY); return; } G_SetGameAction(GA_LEAVEMAP); } de::String G_DefaultSavedSessionUserDescription(de::String const &saveName, bool autogenerate) { // If the slot is already in use then choose existing description. if(!saveName.isEmpty()) { de::String const existing = COMMON_GAMESESSION->savedUserDescription(saveName); if(!existing.isEmpty()) return existing; } if(!autogenerate) return ""; // Autogenerate a suitable description. de::String description; // Include the source file name, for custom maps. AutoStr const *mapPath = Uri_Compose(gameMapUri); if(P_MapIsCustom(Str_Text(mapPath))) { de::String const &mapSourcePath = de::String(Str_Text(P_MapSourceFile(Str_Text(mapPath)))); description += mapSourcePath.fileNameWithoutExtension() + ":"; } // Include the map title. de::String mapTitle = de::String(P_MapTitle(0/*current map*/)); // No map title? Use the identifier. (Some tricksy modders provide us with an empty title). /// @todo Move this logic engine-side. if(mapTitle.isEmpty() || mapTitle.at(0) == ' ') { mapTitle = Str_Text(mapPath); } description += mapTitle; // Include the game time also. int time = mapTime / TICRATE; int const hours = time / 3600; time -= hours * 3600; int const minutes = time / 60; time -= minutes * 60; int const seconds = time; description += de::String(" %1:%2:%3") .arg(hours, 2, 10, QChar('0')) .arg(minutes, 2, 10, QChar('0')) .arg(seconds, 2, 10, QChar('0')); return description; } /// @todo Get this from MAPINFO uint G_EpisodeNumberFor(Uri const *mapUri) { #if __JDOOM__ || __JHERETIC__ de::String path = Str_Text(Uri_Resolved(mapUri)); if(!path.isEmpty()) { # if __JDOOM__ if(gameModeBits & (GM_ANY_DOOM | ~GM_DOOM_CHEX)) # endif { if(path.at(0) == 'E' && path.at(2) == 'M') { return path.substr(1, 1).toInt() - 1; } } } #else DENG2_UNUSED(mapUri); #endif return 0; } /// @todo Get this from MAPINFO uint G_MapNumberFor(Uri const *mapUri) { de::String path = Str_Text(Uri_Resolved(mapUri)); if(!path.isEmpty()) { #if __JDOOM__ || __JHERETIC__ # if __JDOOM__ if(gameModeBits & (GM_ANY_DOOM | ~GM_DOOM_CHEX)) # endif { if(path.at(0) == 'E' && path.at(2) == 'M') { return path.substr(3).toInt() - 1; } } #endif if(path.beginsWith("MAP")) { return path.substr(3).toInt() - 1; } } return 0; } static int quitGameConfirmed(msgresponse_t response, int /*userValue*/, void * /*userPointer*/) { if(response == MSG_YES) { G_SetGameAction(GA_QUIT); } return true; } void G_QuitGame() { if(G_QuitInProgress()) return; if(Hu_IsMessageActiveWithCallback(quitGameConfirmed)) { // User has re-tried to quit with "quit" when the question is already on // the screen. Apparently we should quit... DD_Execute(true, "quit!"); return; } char const *endString; #if __JDOOM__ || __JDOOM64__ endString = endmsg[((int) GAMETIC % (NUM_QUITMESSAGES + 1))]; #else endString = GET_TXT(TXT_QUITMSG); #endif Con_Open(false); Hu_MsgStart(MSG_YESNO, endString, quitGameConfirmed, 0, NULL); } uint G_LogicalMapNumber(uint episode, uint map) { #if __JHEXEN__ return P_TranslateMap(map); DENG_UNUSED(episode); #elif __JDOOM64__ return map; DENG_UNUSED(episode); #else # if __JDOOM__ if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX)) return map; else # endif { return map + episode * 9; // maps per episode. } #endif } uint G_CurrentLogicalMapNumber() { return G_LogicalMapNumber(gameEpisode, gameMap); } Uri *G_ComposeMapUri(uint episode, uint map) { lumpname_t mapId; #if __JDOOM64__ dd_snprintf(mapId, LUMPNAME_T_MAXLEN, "MAP%02u", map+1); DENG_UNUSED(episode); #elif __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) dd_snprintf(mapId, LUMPNAME_T_MAXLEN, "MAP%02u", map+1); else dd_snprintf(mapId, LUMPNAME_T_MAXLEN, "E%uM%u", episode+1, map+1); #elif __JHERETIC__ dd_snprintf(mapId, LUMPNAME_T_MAXLEN, "E%uM%u", episode+1, map+1); #else dd_snprintf(mapId, LUMPNAME_T_MAXLEN, "MAP%02u", map+1); DENG_UNUSED(episode); #endif return Uri_NewWithPath2(mapId, RC_NULL); } dd_bool G_ValidateMap(uint *episode, uint *map) { bool ok = true; #if __JDOOM__ if(gameModeBits & (GM_DOOM_SHAREWARE|GM_DOOM_CHEX)) { if(*episode != 0) { *episode = 0; ok = false; } } else { if(*episode > 8) { *episode = 8; ok = false; } } if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX)) { if(*map > 98) { *map = 98; ok = false; } } else { if(*map > 8) { *map = 8; ok = false; } } #elif __JHERETIC__ if(gameModeBits & GM_HERETIC_SHAREWARE) { if(*episode != 0) { *episode = 0; ok = false; } } else { if(*episode > 8) { *episode = 8; ok = false; } } if(*map > 8) { *map = 8; ok = false; } #else if(*map > 98) { *map = 98; ok = false; } #endif // Check that the map truly exists. Uri *uri = G_ComposeMapUri(*episode, *map); AutoStr *path = Uri_Compose(uri); if(!P_MapExists(Str_Text(path))) { // (0,0) should exist always? *episode = 0; *map = 0; ok = false; } Uri_Delete(uri); return ok; } uint G_GetNextMap(uint episode, uint map, dd_bool secretExit) { #if __JHEXEN__ Uri *mapUri = G_ComposeMapUri(episode, map); int nextMap = G_LogicalMapNumber(episode, P_MapInfo(mapUri)->nextMap); Uri_Delete(mapUri); return nextMap; DENG2_UNUSED(secretExit); #elif __JDOOM64__ DENG2_UNUSED(episode); if(secretExit) { switch(map) { case 0: return 31; case 3: return 28; case 11: return 29; case 17: return 30; case 31: return 0; default: App_Log(DE2_MAP_WARNING, "No secret exit on map %u!", map + 1); break; } } switch(map) { case 23: return 27; case 31: return 0; case 28: return 4; case 29: return 12; case 30: return 18; case 24: return 0; case 25: return 0; case 26: return 0; default: return map + 1; } #elif __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) { if(secretExit) { switch(map) { case 14: return 30; case 30: return 31; default: App_Log(DE2_MAP_WARNING, "No secret exit on map %u!", map+1); break; } } switch(map) { case 30: case 31: return 15; default: return map + 1; } } else if(gameMode == doom_chex) { return map + 1; // Go to next map. } else { if(secretExit && map != 8) return 8; // Go to secret map. switch(map) { case 8: // Returning from secret map. switch(episode) { case 0: return 3; case 1: return 5; case 2: return 6; case 3: return 2; default: Con_Error("G_NextMap: Invalid episode num #%u!", episode); } return 0; // Unreachable default: return map + 1; // Go to next map. } } #elif __JHERETIC__ if(secretExit && map != 8) return 8; // Go to secret map. switch(map) { case 8: // Returning from secret map. switch(episode) { case 0: return 6; case 1: return 4; case 2: return 4; case 3: return 4; case 4: return 3; default: Con_Error("G_NextMap: Invalid episode num #%u!", episode); } return 0; // Unreachable default: return map + 1; // Go to next map. } #endif } uint G_NextLogicalMapNumber(dd_bool secretExit) { return G_GetNextMap(gameEpisode, gameMap, secretExit); } /** * Print a list of maps and the WAD files where they are from. */ void G_PrintFormattedMapList(uint episode, char const **files, uint count) { char const *current = 0; uint rangeStart = 0; for(uint i = 0; i < count; ++i) { if(!current && files[i]) { current = files[i]; rangeStart = i; } else if(current && (!files[i] || stricmp(current, files[i]))) { // Print a range. uint len = i - rangeStart; LogBuffer_Printf(DE2_RES_MSG, " "); // Indentation. if(len <= 2) { for(uint k = rangeStart; k < i; ++k) { Uri *mapUri = G_ComposeMapUri(episode, k); AutoStr *path = Uri_ToString(mapUri); LogBuffer_Printf(DE2_RES_MSG, "%s%s", Str_Text(path), (k != i - 1) ? "," : ""); Uri_Delete(mapUri); } } else { Uri *mapUri = G_ComposeMapUri(episode, rangeStart); AutoStr *path = Uri_ToString(mapUri); LogBuffer_Printf(DE2_RES_MSG, "%s-", Str_Text(path)); Uri_Delete(mapUri); mapUri = G_ComposeMapUri(episode, i-1); path = Uri_ToString(mapUri); LogBuffer_Printf(DE2_RES_MSG, "%s", Str_Text(path)); Uri_Delete(mapUri); } LogBuffer_Printf(DE2_RES_MSG, " " DE2_ESC(2) DE2_ESC(>) "%s\n", F_PrettyPath(current)); // Moving on to a different file. current = files[i]; rangeStart = i; } } } void G_PrintMapList() { #if __JDOOM__ uint maxEpisodes = (gameModeBits & GM_ANY_DOOM)? 9 : 1; uint maxMapsPerEpisode = (gameModeBits & GM_ANY_DOOM)? 9 : 99; #elif __JHERETIC__ uint maxEpisodes = 9; uint maxMapsPerEpisode = 9; #else uint maxEpisodes = 1; uint maxMapsPerEpisode = 99; #endif char const *sourceList[100]; for(uint episode = 0; episode < maxEpisodes; ++episode) { de::zap(sourceList); // Find the name of each map (not all may exist). for(uint map = 0; map < maxMapsPerEpisode; ++map) { Uri *uri = G_ComposeMapUri(episode, map); AutoStr *path = P_MapSourceFile(Str_Text(Uri_Compose(uri))); if(!Str_IsEmpty(path)) { sourceList[map] = Str_Text(path); } Uri_Delete(uri); } G_PrintFormattedMapList(episode, sourceList, 99); } } char const *G_InFine(char const *scriptId) { ddfinale_t fin; if(Def_Get(DD_DEF_FINALE, scriptId, &fin)) { return fin.script; } return 0; } char const *G_InFineBriefing(Uri const *mapUri) { DENG2_ASSERT(mapUri != 0); // If we're already in the INFINE state, don't start a finale. if(briefDisabled) return 0; if(G_GameState() == GS_INFINE || IS_CLIENT || Get(DD_PLAYBACK)) return 0; // Is there such a finale definition? ddfinale_t fin; if(Def_Get(DD_DEF_FINALE_BEFORE, Str_Text(Uri_Compose(mapUri)), &fin)) { return fin.script; } return 0; } char const *G_InFineDebriefing(Uri const *mapUri) { // If we're already in the INFINE state, don't start a finale. if(briefDisabled) return 0; #if __JHEXEN__ if(cfg.overrideHubMsg && G_GameState() == GS_MAP && !(nextMap == DDMAXINT && nextMapEntrance == DDMAXINT)) { Uri *nextMapUri = G_ComposeMapUri(gameEpisode, nextMap); if(P_MapInfo(mapUri)->hub != P_MapInfo(nextMapUri)->hub) { Uri_Delete(nextMapUri); return 0; } Uri_Delete(nextMapUri); } #endif if(G_GameState() == GS_INFINE || IS_CLIENT || Get(DD_PLAYBACK)) { return 0; } // Is there such a finale definition? ddfinale_t fin; if(Def_Get(DD_DEF_FINALE_AFTER, Str_Text(Uri_Compose(mapUri)), &fin)) { return fin.script; } return 0; } /** * Stops both playback and a recording. Called at critical points like * starting a new game, or ending the game in the menu. */ void G_StopDemo() { DD_Execute(true, "stopdemo"); } int Hook_DemoStop(int /*hookType*/, int val, void * /*context*/) { bool aborted = val != 0; G_ChangeGameState(GS_WAITING); if(!aborted && singledemo) { // Playback ended normally. G_SetGameAction(GA_QUIT); return true; } G_SetGameAction(GA_NONE); if(IS_NETGAME && IS_CLIENT) { // Restore normal game state. GameRuleset newRules(COMMON_GAMESESSION->rules()); newRules.deathmatch = false; newRules.noMonsters = false; #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ newRules.respawnMonsters = false; #endif #if __JHEXEN__ newRules.randomClasses = false; #endif COMMON_GAMESESSION->applyNewRules(newRules); } for(int i = 0; i < MAXPLAYERS; ++i) { ST_CloseAll(i, true/*fast*/); } return true; } D_CMD(OpenLoadMenu) { DENG2_UNUSED3(src, argc, argv); if(!COMMON_GAMESESSION->loadingPossible()) return false; DD_Execute(true, "menu loadgame"); return true; } D_CMD(OpenSaveMenu) { DENG2_UNUSED3(src, argc, argv); if(!COMMON_GAMESESSION->savingPossible()) return false; DD_Execute(true, "menu savegame"); return true; } static int endSessionConfirmed(msgresponse_t response, int /*userValue*/, void * /*context*/) { if(response == MSG_YES) { DD_Execute(true, "endgame confirm"); } return true; } D_CMD(EndSession) { DENG2_UNUSED3(src, argc, argv); if(G_QuitInProgress()) return true; if(IS_NETGAME && IS_SERVER) { App_Log(DE2_NET_ERROR, "Cannot end a networked game session. Stop the server instead"); return false; } if(!COMMON_GAMESESSION->hasBegun()) { if(IS_NETGAME && IS_CLIENT) { App_Log(DE2_NET_ERROR, "%s", ENDNOGAME); } else { Hu_MsgStart(MSG_ANYKEY, ENDNOGAME, NULL, 0, NULL); } return true; } // Is user confirmation required? (Never if this is a network server). bool const confirmed = (argc >= 2 && !stricmp(argv[argc-1], "confirm")); if(confirmed || (IS_NETGAME && IS_SERVER)) { if(IS_NETGAME && IS_CLIENT) { DD_Executef(false, "net disconnect"); } else { COMMON_GAMESESSION->endAndBeginTitle(); } } else { Hu_MsgStart(MSG_YESNO, IS_CLIENT? GET_TXT(TXT_DISCONNECT) : ENDGAME, endSessionConfirmed, 0, NULL); } return true; } static int loadSessionConfirmed(msgresponse_t response, int /*userValue*/, void *context) { de::String *slotId = static_cast(context); DENG2_ASSERT(slotId != 0); if(response == MSG_YES) { DD_Executef(true, "loadgame %s confirm", slotId->toUtf8().constData()); } delete slotId; return true; } D_CMD(LoadSession) { DENG2_UNUSED(src); bool const confirmed = (argc == 3 && !stricmp(argv[2], "confirm")); if(G_QuitInProgress()) return false; if(!COMMON_GAMESESSION->loadingPossible()) return false; if(IS_NETGAME) { S_LocalSound(SFX_QUICKLOAD_PROMPT, NULL); Hu_MsgStart(MSG_ANYKEY, QLOADNET, NULL, 0, NULL); return false; } if(SaveSlot *sslot = G_SaveSlots().slotByUserInput(argv[1])) { if(sslot->isLoadable()) { // A known used slot identifier. if(confirmed || !cfg.confirmQuickGameSave) { // Try to schedule a GA_LOADSESSION action. S_LocalSound(SFX_MENU_ACCEPT, NULL); return G_SetGameActionLoadSession(sslot->id()); } S_LocalSound(SFX_QUICKLOAD_PROMPT, NULL); // Compose the confirmation message. de::String const &existingDescription = COMMON_GAMESESSION->savedUserDescription(sslot->saveName()); AutoStr *msg = Str_Appendf(AutoStr_NewStd(), QLPROMPT, existingDescription.toUtf8().constData()); Hu_MsgStart(MSG_YESNO, Str_Text(msg), loadSessionConfirmed, 0, new de::String(sslot->id())); return true; } } if(!stricmp(argv[1], "quick") || !stricmp(argv[1], "")) { S_LocalSound(SFX_QUICKLOAD_PROMPT, NULL); Hu_MsgStart(MSG_ANYKEY, QSAVESPOT, NULL, 0, NULL); return true; } if(!G_SaveSlots().has(argv[1])) { App_Log(DE2_SCR_WARNING, "Failed to determine save slot from \"%s\"", argv[1]); } // Clearly the caller needs some assistance... // We'll open the load menu if caller is the console. // Reasoning: User attempted to load a named game-save however the name // specified didn't match anything known. Opening the load menu allows // the user to see the names of the known game-saves. if(src == CMDS_CONSOLE) { App_Log(DE2_SCR_MSG, "Opening Load Game menu..."); DD_Execute(true, "menu loadgame"); return true; } // No action means the command failed. return false; } D_CMD(QuickLoadSession) { DENG2_UNUSED3(src, argc, argv); return DD_Execute(true, "loadgame quick"); } struct savesessionconfirmed_params_t { de::String slotId; de::String userDescription; }; static int saveSessionConfirmed(msgresponse_t response, int /*userValue*/, void *context) { savesessionconfirmed_params_t *p = static_cast(context); DENG2_ASSERT(p != 0); if(response == MSG_YES) { DD_Executef(true, "savegame %s \"%s\" confirm", p->slotId.toUtf8().constData(), p->userDescription.toUtf8().constData()); } delete p; return true; } D_CMD(SaveSession) { DENG2_UNUSED(src); bool const confirmed = (argc >= 3 && !stricmp(argv[argc-1], "confirm")); if(G_QuitInProgress()) return false; if(IS_CLIENT || IS_NETWORK_SERVER) { App_Log(DE2_LOG_ERROR, "Network savegames are not supported at the moment"); return false; } player_t *player = &players[CONSOLEPLAYER]; if(player->playerState == PST_DEAD || Get(DD_PLAYBACK)) { S_LocalSound(SFX_QUICKSAVE_PROMPT, NULL); Hu_MsgStart(MSG_ANYKEY, SAVEDEAD, NULL, 0, NULL); return true; } if(G_GameState() != GS_MAP) { S_LocalSound(SFX_QUICKSAVE_PROMPT, NULL); Hu_MsgStart(MSG_ANYKEY, SAVEOUTMAP, NULL, 0, NULL); return true; } if(SaveSlot *sslot = G_SaveSlots().slotByUserInput(argv[1])) { if(sslot->isUserWritable()) { de::String userDescription; if(argc >= 3 && stricmp(argv[2], "confirm")) { userDescription = argv[2]; } if(sslot->isUnused() || confirmed || !cfg.confirmQuickGameSave) { // Try to schedule a GA_SAVESESSION action. S_LocalSound(SFX_MENU_ACCEPT, NULL); return G_SetGameActionSaveSession(sslot->id(), &userDescription); } S_LocalSound(SFX_QUICKSAVE_PROMPT, NULL); // Compose the confirmation message. de::String const existingDescription = COMMON_GAMESESSION->savedUserDescription(sslot->saveName()); AutoStr *msg = Str_Appendf(AutoStr_NewStd(), QSPROMPT, existingDescription.toUtf8().constData()); savesessionconfirmed_params_t *parm = new savesessionconfirmed_params_t; parm->slotId = sslot->id(); parm->userDescription = userDescription; Hu_MsgStart(MSG_YESNO, Str_Text(msg), saveSessionConfirmed, 0, parm); return true; } App_Log(DE2_SCR_ERROR, "Save slot '%s' is non-user-writable", sslot->id().toLatin1().constData()); } if(!stricmp(argv[1], "quick") || !stricmp(argv[1], "")) { // No quick-save slot has been nominated - allow doing so now. Hu_MenuCommand(MCMD_OPEN); Hu_MenuSetActivePage(Hu_MenuFindPageByName("SaveGame")); menuNominatingQuickSaveSlot = true; return true; } if(!G_SaveSlots().has(argv[1])) { App_Log(DE2_SCR_WARNING, "Failed to determine save slot from \"%s\"", argv[1]); } // No action means the command failed. return false; } D_CMD(QuickSaveSession) { DENG2_UNUSED3(src, argc, argv); return DD_Execute(true, "savegame quick"); } static int deleteSavedSessionConfirmed(msgresponse_t response, int /*userValue*/, void *context) { de::String const *saveName = static_cast(context); DENG2_ASSERT(saveName != 0); if(response == MSG_YES) { DD_Executef(true, "deletegamesave %s confirm", saveName->toUtf8().constData()); } delete saveName; return true; } D_CMD(DeleteSavedSession) { DENG2_UNUSED(src); if(G_QuitInProgress()) return false; bool const confirmed = (argc >= 3 && !stricmp(argv[argc-1], "confirm")); if(SaveSlot *sslot = G_SaveSlots().slotByUserInput(argv[1])) { if(sslot->isUserWritable()) { // A known slot identifier. if(sslot->isUnused()) return false; if(confirmed) { COMMON_GAMESESSION->removeSaved(sslot->saveName()); } else { S_LocalSound(SFX_DELETESAVEGAME_CONFIRM, NULL); // Compose the confirmation message. de::String const existingDescription = COMMON_GAMESESSION->savedUserDescription(sslot->saveName()); AutoStr *msg = Str_Appendf(AutoStr_NewStd(), DELETESAVEGAME_CONFIRM, existingDescription.toUtf8().constData()); Hu_MsgStart(MSG_YESNO, Str_Text(msg), deleteSavedSessionConfirmed, 0, new de::String(sslot->saveName())); } return true; } App_Log(DE2_SCR_ERROR, "Save slot '%s' is non-user-writable", sslot->id().toLatin1().constData()); } else { App_Log(DE2_SCR_WARNING, "Failed to determine save slot from '%s'", argv[1]); } // No action means the command failed. return false; } D_CMD(HelpScreen) { DENG2_UNUSED3(src, argc, argv); G_StartHelp(); return true; } D_CMD(CycleTextureGamma) { DENG2_UNUSED3(src, argc, argv); R_CycleGammaLevel(); return true; } D_CMD(ListMaps) { DENG2_UNUSED3(src, argc, argv); App_Log(DE2_RES_MSG, "Available maps:"); G_PrintMapList(); return true; } /** * Warp behavior is as follows: * * warp (map): if a game session is in progress * continue the session and change map * if Hexen and the targt map is in another hub * force a new session. * else * begin a new game session and warp to the specified map. * * warp (ep) (map): same as warp (map) but force new session if episode differs. * * @note In a networked game we must presently force a new game session when a * map change outside the normal progression occurs to allow session-level state * changes to take effect. In single player this behavior is not necessary. * * @note "setmap" is an alias of "warp" */ D_CMD(WarpMap) { bool const forceNewSession = IS_NETGAME != 0; // Only server operators can warp maps in network games. /// @todo Implement vote or similar mechanics. if(IS_NETGAME && !IS_NETWORK_SERVER) { return false; } uint epsd, map; #if __JDOOM__ || __JDOOM64__ || __JHEXEN__ # if __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) # endif { // "warp M": epsd = 0; map = MAX_OF(0, atoi(argv[1])); } #endif #if __JDOOM__ else #endif #if __JDOOM__ || __JHERETIC__ if(argc == 2) { // "warp EM" or "warp M": int num = atoi(argv[1]); epsd = MAX_OF(0, num / 10); map = MAX_OF(0, num % 10); } else // (argc == 3) { // "warp E M": epsd = MAX_OF(0, atoi(argv[1])); map = MAX_OF(0, atoi(argv[2])); } #endif // Internally epsiode and map numbers are zero-based. if(epsd != 0) epsd -= 1; if(map != 0) map -= 1; // Catch invalid maps. #if __JHEXEN__ // Hexen map numbers require translation. map = P_TranslateMapIfExists(map); #endif if(!G_ValidateMap(&epsd, &map)) { char const *fmtString = argc == 3? "Unknown map \"%s, %s\"." : "Unknown map \"%s%s\"."; AutoStr *msg = Str_Appendf(AutoStr_NewStd(), fmtString, argv[1], argc == 3? argv[2] : ""); P_SetMessage(players + CONSOLEPLAYER, LMF_NO_HIDE, Str_Text(msg)); return false; } Uri *newMapUri = G_ComposeMapUri(epsd, map); #if __JHEXEN__ // Hexen does not allow warping to the current map. if(!forceNewSession && COMMON_GAMESESSION->hasBegun() && Uri_Equality(gameMapUri, newMapUri)) { P_SetMessage(players + CONSOLEPLAYER, LMF_NO_HIDE, "Cannot warp to the current map."); Uri_Delete(newMapUri); return false; } #endif // Close any left open UIs. /// @todo Still necessary here? for(int i = 0; i < MAXPLAYERS; ++i) { ST_CloseAll(i, true/*fast*/); } Hu_MenuCommand(MCMD_CLOSEFAST); // So be it. briefDisabled = true; if(!forceNewSession && COMMON_GAMESESSION->hasBegun()) { #if __JHEXEN__ nextMap = map; nextMapEntrance = 0; G_SetGameAction(GA_LEAVEMAP); #else G_SetGameActionNewSession(*newMapUri, 0/*default*/, COMMON_GAMESESSION->rules()); #endif } else { G_SetGameActionNewSession(*newMapUri, 0/*default*/, defaultGameRules); } // If the command source was "us" the game library then it was probably in // response to the local player entering a cheat event sequence, so set the // "CHANGING MAP" message. // Somewhat of a kludge... if(src == CMDS_GAME && !(IS_NETGAME && IS_SERVER)) { #if __JHEXEN__ char const *msg = TXT_CHEATWARP; int soundId = SFX_PLATFORM_STOP; #elif __JHERETIC__ char const *msg = TXT_CHEATWARP; int soundId = SFX_DORCLS; #else //__JDOOM__ || __JDOOM64__ char const *msg = STSTR_CLEV; int soundId = SFX_NONE; #endif P_SetMessage(players + CONSOLEPLAYER, LMF_NO_HIDE, msg); S_LocalSound(soundId, NULL); } Uri_Delete(newMapUri); return true; } doomsday-1.14.5/doomsday/plugins/common/src/hu_msg.c0000664000175000017500000001711112350542240021710 0ustar jaakkojaakko/** * @file hu_msg.c * Important state change messages. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "common.h" #include "hu_msg.h" #include "hu_menu.h" #include "hu_stuff.h" #include D_CMD(MsgResponse); static dd_bool awaitingResponse; static int messageToPrint; // 1 = message to be printed. static msgresponse_t messageResponse; static msgtype_t msgType; static msgfunc_t msgCallback; static char* msgText; static int msgUserValue; static void* msgUserPointer; static char yesNoMessage[160]; void Hu_MsgRegister(void) { C_CMD("messageyes", "", MsgResponse) C_CMD("messageno", "", MsgResponse) C_CMD("messagecancel", "", MsgResponse) } void Hu_MsgInit(void) { awaitingResponse = false; messageToPrint = 0; // 1 = message to be printed. messageResponse = MSG_CANCEL; msgCallback = NULL; msgText = NULL; msgUserValue = 0; msgUserPointer = NULL; } void Hu_MsgShutdown(void) { if(msgText) { free(msgText); msgText = NULL; } } static void stopMessage(void) { #if __JDOOM__ || __JDOOM64__ # define SFX_ENDMESSAGE SFX_SWTCHX #elif __JHERETIC__ # define SFX_ENDMESSAGE SFX_CHAT #elif __JHEXEN__ # define SFX_ENDMESSAGE SFX_DOOR_LIGHT_CLOSE #endif messageToPrint = 0; awaitingResponse = false; if(msgText) { free(msgText); msgText = NULL; } S_LocalSound(SFX_ENDMESSAGE, NULL); // Disable the message binding context. DD_Executef(true, "deactivatebcontext message"); #undef SFX_ENDMESSAGE } /** * @todo: Query the bindings to determine the actual controls bound to the * message response commands. */ static void composeYesNoMessage(void) { char* buf = yesNoMessage, *in, tmp[2]; buf[0] = 0; tmp[1] = 0; // Get the message template. in = PRESSYN; for(; *in; in++) { if(in[0] == '%') { if(in[1] == '1') { strcat(buf, "Y"); in++; continue; } if(in[1] == '2') { strcat(buf, "N"); in++; continue; } if(in[1] == '%') in++; } tmp[0] = *in; strcat(buf, tmp); } } static void drawMessage(void) { #define LEADING (0) short textFlags = MN_MergeMenuEffectWithDrawTextFlags(0); Point2Raw origin = { SCREENWIDTH/2, SCREENHEIGHT/2 }; const char* questionString; switch(msgType) { case MSG_ANYKEY: questionString = PRESSKEY; break; case MSG_YESNO: questionString = yesNoMessage; break; default: Con_Error("drawMessage: Internal error, unknown message type %i.\n", (int) msgType); exit(1); // Unreachable. } DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_LoadDefaultAttrib(); FR_SetLeading(LEADING); FR_SetShadowStrength(cfg.menuTextGlitter); FR_SetGlitterStrength(cfg.menuShadow); FR_SetColorAndAlpha(cfg.menuTextColors[MENU_COLOR4][CR], cfg.menuTextColors[MENU_COLOR4][CG], cfg.menuTextColors[MENU_COLOR4][CB], 1); FR_DrawText3(msgText, &origin, ALIGN_TOP, textFlags); origin.y += FR_TextHeight(msgText); // An additional blank line between the message and response prompt. origin.y += FR_CharHeight('A') * (1+LEADING); FR_DrawText3(questionString, &origin, ALIGN_TOP, textFlags); DGL_Disable(DGL_TEXTURE_2D); #undef LEADING } void Hu_MsgDrawer(void) { dgl_borderedprojectionstate_t bp; if(!messageToPrint) return; GL_ConfigureBorderedProjection(&bp, 0, SCREENWIDTH, SCREENHEIGHT, Get(DD_WINDOW_WIDTH), Get(DD_WINDOW_HEIGHT), cfg.menuScaleMode); GL_BeginBorderedProjection(&bp); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(SCREENWIDTH/2, SCREENHEIGHT/2, 0); DGL_Scalef(cfg.menuScale, cfg.menuScale, 1); DGL_Translatef(-(SCREENWIDTH/2), -(SCREENHEIGHT/2), 0); drawMessage(); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); GL_EndBorderedProjection(&bp); } void Hu_MsgTicker(void) { // Check if there has been a response to a message. if(!messageToPrint || awaitingResponse) return; // We can now stop the message. stopMessage(); if(msgType != MSG_ANYKEY && msgCallback) { msgCallback(messageResponse, msgUserValue, msgUserPointer); } } int Hu_MsgResponder(event_t* ev) { if(!messageToPrint || msgType != MSG_ANYKEY) return false; // We are only interested in key downs. if(ev->state == EVS_DOWN && (ev->type == EV_KEY || ev->type == EV_MOUSE_BUTTON || ev->type == EV_JOY_BUTTON)) { stopMessage(); return true; } return true; } dd_bool Hu_IsMessageActive(void) { return messageToPrint; } dd_bool Hu_IsMessageActiveWithCallback(msgfunc_t callback) { return messageToPrint && msgCallback == callback; } void Hu_MsgStart(msgtype_t type, char const *msg, msgfunc_t callback, int userValue, void *userPointer) { DENG_ASSERT(msg != 0); DENG_ASSERT(!awaitingResponse); awaitingResponse = true; messageResponse = 0; messageToPrint = 1; msgType = type; msgCallback = callback; msgUserValue = userValue; msgUserPointer = userPointer; // Take a copy of the message string. msgText = M_Calloc(strlen(msg) + 1); strncpy(msgText, msg, strlen(msg)); if(msgType == MSG_YESNO) { composeYesNoMessage(); } if(!(Get(DD_DEDICATED) || Get(DD_NOVIDEO))) { FR_ResetTypeinTimer(); } // If the console is open, close it. This message must be noticed! Con_Open(false); // Enable the message binding context. DD_Execute(true, "activatebcontext message"); } /** * Handles responses to messages requiring input. */ D_CMD(MsgResponse) { if(messageToPrint) { const char* cmd; // Handle "Press any key to continue" messages. if(msgType == MSG_ANYKEY) { stopMessage(); return true; } cmd = argv[0] + 7; if(!stricmp(cmd, "yes")) { awaitingResponse = false; messageResponse = MSG_YES; return true; } if(!stricmp(cmd, "no")) { awaitingResponse = false; messageResponse = MSG_NO; return true; } if(!stricmp(cmd, "cancel")) { awaitingResponse = false; messageResponse = MSG_CANCEL; return true; } } return false; } doomsday-1.14.5/doomsday/plugins/common/src/g_defs.c0000664000175000017500000000307412350542240021660 0ustar jaakkojaakko/** @file g_defs.c Game definition lookup utilities. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "g_defs.h" int GetDefInt(char const *def, int *returnVal) { char *data; int val; // Get the value. if(Def_Get(DD_DEF_VALUE, def, &data) < 0) return 0; // No such value... // Convert to integer. val = strtol(data, 0, 0); if(returnVal) *returnVal = val; return val; } void GetDefState(char const *def, int *val) { char *data; // Get the value. if(Def_Get(DD_DEF_VALUE, def, &data) < 0) return; // Get the state number. *val = Def_Get(DD_DEF_STATE, data, 0); if(*val < 0) *val = 0; } doomsday-1.14.5/doomsday/plugins/common/src/am_map.c0000664000175000017500000005032512350542240021664 0ustar jaakkojaakko/**\file am_map.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #include #include #include "common.h" #include "p_mapsetup.h" #include "hu_stuff.h" #include "am_map.h" #include "player.h" #include "hu_automap.h" static void registerSpecialLine(automapcfg_t* mcfg, int reqAutomapFlags, int reqSpecial, int reqSided, int reqNotFlagged, float r, float g, float b, float a, blendmode_t blendmode, glowtype_t glowType, float glowStrength, float glowSize, dd_bool scaleGlowWithView); static automapcfg_t automapCFG; automapcfg_t* ST_AutomapConfig(void) { return &automapCFG; } void AM_GetMapColor(float* rgb, const float* uColor, int palidx, dd_bool customPal) { if((!customPal && !cfg.automapCustomColors) || (customPal && cfg.automapCustomColors != 2)) { R_GetColorPaletteRGBf(0, palidx, rgb, false); return; } rgb[0] = uColor[0]; rgb[1] = uColor[1]; rgb[2] = uColor[2]; } const automapcfg_lineinfo_t* AM_GetInfoForLine(automapcfg_t* mcfg, automapcfg_objectname_t name) { assert(mcfg); if(name == AMO_NONE) return NULL; if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_GetInfoForLine: Unknown object %i.", (int) name); switch(name) { case AMO_UNSEENLINE: return &mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN]; case AMO_SINGLESIDEDLINE: return &mcfg->mapObjectInfo[MOL_LINEDEF]; case AMO_TWOSIDEDLINE: return &mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED]; case AMO_FLOORCHANGELINE: return &mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR]; case AMO_CEILINGCHANGELINE: return &mcfg->mapObjectInfo[MOL_LINEDEF_CEILING]; default: Con_Error("AM_GetInfoForLine: No info for object %i.", (int) name); } return NULL; } const automapcfg_lineinfo_t* AM_GetInfoForSpecialLine(automapcfg_t* mcfg, int special, int flags, const Sector* frontsector, const Sector* backsector, int automapFlags) { DENG_ASSERT(mcfg); { if(special > 0) { automapcfg_lineinfo_t* info; uint i; for(i = 0, info = mcfg->lineInfo; i < mcfg->lineInfoCount; ++i, info++) { // Special restriction? if(info->reqSpecial != special) continue; // Sided restriction? if((info->reqSided == 1 && backsector && frontsector) || (info->reqSided == 2 && (!backsector || !frontsector))) continue; // Line flags restriction? if(info->reqNotFlagged && (flags & info->reqNotFlagged)) continue; // Automap flags restriction? if(info->reqAutomapFlags != 0 && !(automapFlags & info->reqAutomapFlags)) continue; // This is the one! return info; } } return 0; // Not found. }} static void initAutomapConfig(automapcfg_t* mcfg) { assert(mcfg != NULL); { float rgb[3]; memset(mcfg, 0, sizeof(automapcfg_t)); mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].glow = GLOW_NONE; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].glowStrength = 1; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].glowSize = 10; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].blendMode = BM_NORMAL; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].scaleWithView = false; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].rgba[0] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].rgba[1] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].rgba[2] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN].rgba[3] = 1; mcfg->mapObjectInfo[MOL_LINEDEF].glow = GLOW_NONE; mcfg->mapObjectInfo[MOL_LINEDEF].glowStrength = 1; mcfg->mapObjectInfo[MOL_LINEDEF].glowSize = 10; mcfg->mapObjectInfo[MOL_LINEDEF].blendMode = BM_NORMAL; mcfg->mapObjectInfo[MOL_LINEDEF].scaleWithView = false; mcfg->mapObjectInfo[MOL_LINEDEF].rgba[0] = 1; mcfg->mapObjectInfo[MOL_LINEDEF].rgba[1] = 1; mcfg->mapObjectInfo[MOL_LINEDEF].rgba[2] = 1; mcfg->mapObjectInfo[MOL_LINEDEF].rgba[3] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].glow = GLOW_NONE; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].glowStrength = 1; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].glowSize = 10; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].blendMode = BM_NORMAL; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].scaleWithView = false; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].rgba[0] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].rgba[1] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].rgba[2] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED].rgba[3] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].glow = GLOW_NONE; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].glowStrength = 1; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].glowSize = 10; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].blendMode = BM_NORMAL; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].scaleWithView = false; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].rgba[0] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].rgba[1] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].rgba[2] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR].rgba[3] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].glow = GLOW_NONE; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].glowStrength = 1; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].glowSize = 10; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].blendMode = BM_NORMAL; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].scaleWithView = false; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].rgba[0] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].rgba[1] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].rgba[2] = 1; mcfg->mapObjectInfo[MOL_LINEDEF_CEILING].rgba[3] = 1; // Register lines we want to display in a special way. #if __JDOOM__ || __JDOOM64__ // Blue locked door, open. registerSpecialLine(mcfg, 0, 32, 2, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Blue locked door, locked. registerSpecialLine(mcfg, 0, 26, 2, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 99, 0, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 133, 0, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Red locked door, open. registerSpecialLine(mcfg, 0, 33, 2, ML_SECRET, .682f, 0, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Red locked door, locked. registerSpecialLine(mcfg, 0, 28, 2, ML_SECRET, .682f, 0, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 134, 0, ML_SECRET, .682f, 0, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 135, 0, ML_SECRET, .682f, 0, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Yellow locked door, open. registerSpecialLine(mcfg, 0, 34, 2, ML_SECRET, .905f, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Yellow locked door, locked. registerSpecialLine(mcfg, 0, 27, 2, ML_SECRET, .905f, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 136, 0, ML_SECRET, .905f, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 137, 0, ML_SECRET, .905f, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Exit switch. registerSpecialLine(mcfg, AMF_REND_SPECIALLINES, 11, 0, ML_SECRET, 0, 1, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Exit cross line. registerSpecialLine(mcfg, AMF_REND_SPECIALLINES, 52, 2, ML_SECRET, 0, 1, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Secret Exit switch. registerSpecialLine(mcfg, AMF_REND_SPECIALLINES, 51, 0, ML_SECRET, 0, 1, 1, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Secret Exit cross line. registerSpecialLine(mcfg, AMF_REND_SPECIALLINES, 124, 2, ML_SECRET, 0, 1, 1, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); #elif __JHERETIC__ // Blue locked door. registerSpecialLine(mcfg, 0, 26, 2, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Blue switch? registerSpecialLine(mcfg, 0, 32, 0, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Yellow locked door. registerSpecialLine(mcfg, 0, 27, 2, ML_SECRET, .905f, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Yellow switch? registerSpecialLine(mcfg, 0, 34, 0, ML_SECRET, .905f, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Green locked door. registerSpecialLine(mcfg, 0, 28, 2, ML_SECRET, 0, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Green switch? registerSpecialLine(mcfg, 0, 33, 0, ML_SECRET, 0, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); #elif __JHEXEN__ // A locked door (all are green). registerSpecialLine(mcfg, 0, 13, 0, ML_SECRET, 0, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 83, 0, ML_SECRET, 0, .9f, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Intra-map teleporters (all are blue). registerSpecialLine(mcfg, 0, 70, 2, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); registerSpecialLine(mcfg, 0, 71, 2, ML_SECRET, 0, 0, .776f, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Inter-map teleport. registerSpecialLine(mcfg, 0, 74, 2, ML_SECRET, .682f, 0, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); // Game-winning exit. registerSpecialLine(mcfg, 0, 75, 2, ML_SECRET, .682f, 0, 0, 1, BM_NORMAL, GLOW_BOTH, .75f, 5, true); #endif AM_SetVectorGraphic(mcfg, AMO_THING, VG_TRIANGLE); AM_SetVectorGraphic(mcfg, AMO_THINGPLAYER, VG_ARROW); AM_GetMapColor(rgb, cfg.automapL0, GRAYS+3, customPal); AM_SetColorAndOpacity(mcfg, AMO_UNSEENLINE, rgb[0], rgb[1], rgb[2], 1); AM_GetMapColor(rgb, cfg.automapL1, WALLCOLORS, customPal); AM_SetColorAndOpacity(mcfg, AMO_SINGLESIDEDLINE, rgb[0], rgb[1], rgb[2], 1); AM_GetMapColor(rgb, cfg.automapL0, TSWALLCOLORS, customPal); AM_SetColorAndOpacity(mcfg, AMO_TWOSIDEDLINE, rgb[0], rgb[1], rgb[2], 1); AM_GetMapColor(rgb, cfg.automapL2, FDWALLCOLORS, customPal); AM_SetColorAndOpacity(mcfg, AMO_FLOORCHANGELINE, rgb[0], rgb[1], rgb[2], 1); AM_GetMapColor(rgb, cfg.automapL3, CDWALLCOLORS, customPal); AM_SetColorAndOpacity(mcfg, AMO_CEILINGCHANGELINE, rgb[0], rgb[1], rgb[2], 1); } } void ST_InitAutomapConfig(void) { App_Log(DE2_LOG_XVERBOSE, "Initializing automap..."); initAutomapConfig(&automapCFG); } void AM_GetColor(automapcfg_t* mcfg, automapcfg_objectname_t name, float* r, float* g, float* b) { assert(NULL != mcfg); { automapcfg_lineinfo_t* info = NULL; if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_SetColor: Unknown object %i.", (int) name); // It must be an object with an info. switch(name) { case AMO_UNSEENLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN]; break; case AMO_SINGLESIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF]; break; case AMO_TWOSIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED]; break; case AMO_FLOORCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR]; break; case AMO_CEILINGCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_CEILING]; break; default: Con_Error("AM_GetColor: Object %i does not use color.", (int) name); break; } if(r) *r = info->rgba[0]; if(g) *g = info->rgba[1]; if(b) *b = info->rgba[2]; } } void AM_SetColor(automapcfg_t* mcfg, automapcfg_objectname_t name, float r, float g, float b) { automapcfg_lineinfo_t* info; if(name == AMO_NONE) return; // Ignore. if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_SetColor: Unknown object %i.", (int) name); r = MINMAX_OF(0, r, 1); g = MINMAX_OF(0, g, 1); b = MINMAX_OF(0, b, 1); // It must be an object with a name. switch(name) { case AMO_UNSEENLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN]; break; case AMO_SINGLESIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF]; break; case AMO_TWOSIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED]; break; case AMO_FLOORCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR]; break; case AMO_CEILINGCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_CEILING]; break; default: Con_Error("AM_SetColor: Object %i does not use color.", (int) name); exit(1); // Unreachable. } info->rgba[0] = r; info->rgba[1] = g; info->rgba[2] = b; } void AM_GetColorAndOpacity(automapcfg_t* mcfg, automapcfg_objectname_t name, float* r, float* g, float* b, float* a) { assert(NULL != mcfg); { automapcfg_lineinfo_t* info = NULL; if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_GetColorAndOpacity: Unknown object %i.", (int) name); // It must be an object with an info. switch(name) { case AMO_UNSEENLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN]; break; case AMO_SINGLESIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF]; break; case AMO_TWOSIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED]; break; case AMO_FLOORCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR]; break; case AMO_CEILINGCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_CEILING]; break; default: Con_Error("AM_GetColorAndOpacity: Object %i does not use color/alpha.", (int) name); break; } if(r) *r = info->rgba[0]; if(g) *g = info->rgba[1]; if(b) *b = info->rgba[2]; if(a) *a = info->rgba[3]; } } void AM_SetColorAndOpacity(automapcfg_t* mcfg, automapcfg_objectname_t name, float r, float g, float b, float a) { assert(NULL != mcfg); { automapcfg_lineinfo_t* info = NULL; if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_SetColorAndOpacity: Unknown object %i.", (int) name); r = MINMAX_OF(0, r, 1); g = MINMAX_OF(0, g, 1); b = MINMAX_OF(0, b, 1); a = MINMAX_OF(0, a, 1); // It must be an object with an info. switch(name) { case AMO_UNSEENLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN]; break; case AMO_SINGLESIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF]; break; case AMO_TWOSIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED]; break; case AMO_FLOORCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR]; break; case AMO_CEILINGCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_CEILING]; break; default: Con_Error("AM_SetColorAndOpacity: Object %i does not use color/alpha.", (int) name); break; } info->rgba[0] = r; info->rgba[1] = g; info->rgba[2] = b; info->rgba[3] = a; } } void AM_SetGlow(automapcfg_t* mcfg, automapcfg_objectname_t name, glowtype_t type, float size, float alpha, dd_bool canScale) { assert(NULL != mcfg); { automapcfg_lineinfo_t* info = NULL; if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_SetGlow: Unknown object %i.", (int) name); size = MINMAX_OF(0, size, 100); alpha = MINMAX_OF(0, alpha, 1); switch(name) { case AMO_UNSEENLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_UNSEEN]; break; case AMO_SINGLESIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF]; break; case AMO_TWOSIDEDLINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_TWOSIDED]; break; case AMO_FLOORCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_FLOOR]; break; case AMO_CEILINGCHANGELINE: info = &mcfg->mapObjectInfo[MOL_LINEDEF_CEILING]; break; default: Con_Error("AM_SetGlow: Object %i does not support glow.", (int) name); break; } info->glow = type; info->glowStrength = alpha; info->glowSize = size; info->scaleWithView = canScale; } } svgid_t AM_GetVectorGraphic(automapcfg_t* mcfg, automapcfg_objectname_t name) { assert(NULL != mcfg); if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_GetVectorGraphic: Unknown object %i.", (int) name); switch(name) { case AMO_THING: return mcfg->vectorGraphicForThing; case AMO_THINGPLAYER: return mcfg->vectorGraphicForPlayer; default: Con_Error("AM_GetVectorGraphic: Object %i does not support vector graphic.", (int) name); break; } return 0; } void AM_SetVectorGraphic(automapcfg_t* mcfg, automapcfg_objectname_t name, svgid_t svg) { assert(NULL != mcfg); if(name < 0 || name >= AMO_NUMOBJECTS) Con_Error("AM_SetVectorGraphic: Unknown object %i.", (int) name); switch(name) { case AMO_THING: mcfg->vectorGraphicForThing = svg; break; case AMO_THINGPLAYER: mcfg->vectorGraphicForPlayer = svg; break; default: Con_Error("AM_SetVectorGraphic: Object %i does not support vector graphic.", (int) name); } } static automapcfg_lineinfo_t* findLineInfo(automapcfg_t* mcfg, int reqAutomapFlags, int reqSpecial, int reqSided, int reqNotFlagged) { DENG_ASSERT(mcfg); { automapcfg_lineinfo_t* info; uint i; for(i = 0, info = mcfg->lineInfo; i < mcfg->lineInfoCount; ++i, info++) { if(info->reqSpecial != reqSpecial) continue; if(info->reqAutomapFlags != reqAutomapFlags) continue; if(info->reqSided != reqSided) continue; if(info->reqNotFlagged != reqNotFlagged) continue; // This is the one. return info; } return 0; // Not found. }} static void registerSpecialLine(automapcfg_t* mcfg, int reqAutomapFlags, int reqSpecial, int reqSided, int reqNotFlagged, float r, float g, float b, float a, blendmode_t blendmode, glowtype_t glowType, float glowStrength, float glowSize, dd_bool scaleGlowWithView) { DENG_ASSERT(mcfg); { // Later re-registrations override earlier ones. automapcfg_lineinfo_t* info = findLineInfo(mcfg, reqAutomapFlags, reqSpecial, reqSided, reqNotFlagged); if(!info) { // Any room for a new special line? if(mcfg->lineInfoCount >= AUTOMAPCFG_MAX_LINEINFO) Con_Error("AM_RegisterSpecialLine: No available slot."); info = &mcfg->lineInfo[mcfg->lineInfoCount++]; } info->reqAutomapFlags = reqAutomapFlags; info->reqSpecial = reqSpecial; info->reqSided = reqSided; info->reqNotFlagged = reqNotFlagged; info->rgba[CR] = MINMAX_OF(0, r, 1); info->rgba[CG] = MINMAX_OF(0, g, 1); info->rgba[CB] = MINMAX_OF(0, b, 1); info->rgba[CA] = MINMAX_OF(0, a, 1); info->glow = glowType; info->glowStrength = MINMAX_OF(0, glowStrength, 1); info->glowSize = glowSize; info->scaleWithView = scaleGlowWithView; info->blendMode = blendmode; }} void AM_RegisterSpecialLine(automapcfg_t* mcfg, int reqMapFlags, int reqSpecial, int reqSided, int reqNotFlagged, float r, float g, float b, float a, blendmode_t blendmode, glowtype_t glowType, float glowStrength, float glowSize, dd_bool scaleGlowWithView) { if(reqSpecial < 0) Con_Error("AM_RegisterSpecialLine: special requirement '%i' negative.", reqSpecial); if(reqSided < 0 || reqSided > 2) Con_Error("AM_RegisterSpecialLine: sided requirement '%i' invalid.", reqSided); registerSpecialLine(mcfg, reqMapFlags, reqSpecial, reqSided, reqNotFlagged, r, g, b, a, blendmode, glowType, glowStrength, glowSize, scaleGlowWithView); } doomsday-1.14.5/doomsday/plugins/common/src/hu_lib.c0000664000175000017500000031036512350542240021677 0ustar jaakkojaakko/**\file hu_lib.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #include #include #include "common.h" #include "hu_chat.h" #include "hu_lib.h" #include "hu_log.h" #include "hu_automap.h" // @todo Remove external dependencies #include "hu_menu.h" // For the menu sound ids. extern int menuTime; void Hu_MenuDrawFocusCursor(int x, int y, int focusObjectHeight, float alpha); static dd_bool inited = false; static int numWidgets; static uiwidget_t* widgets; static ui_rendstate_t uiRS; const ui_rendstate_t* uiRendState = &uiRS; // Menu (page) render state. static mn_rendstate_t rs; const mn_rendstate_t* mnRendState = &rs; static patchid_t pSliderLeft; static patchid_t pSliderRight; static patchid_t pSliderMiddle; static patchid_t pSliderHandle; static patchid_t pEditLeft; static patchid_t pEditRight; static patchid_t pEditMiddle; static void MNSlider_LoadResources(void); static void MNEdit_LoadResources(void); static mn_actioninfo_t* MNObject_FindActionInfoForId(mn_object_t* obj, mn_actionid_t id); /** * Lookup the logical index of an object thought to be on this page. * @param obj MNObject to lookup the index of. * @return Index of the found object else @c -1. */ static int MNPage_FindObjectIndex(mn_page_t* page, mn_object_t* obj); /** * Retrieve an object on this page by it's logical index. * @return Found MNObject else fatal error. */ static mn_object_t* MNPage_ObjectByIndex(mn_page_t* page, int idx); static void errorIfNotInited(const char* callerName) { if(inited) return; Con_Error("%s: GUI module is not presently initialized.", callerName); // Unreachable. Prevents static analysers from getting rather confused, poor things. exit(1); } static void lerpColor(float* dst, const float* a, const float* b, float t, dd_bool rgbaMode) { if(t <= 0) { dst[CR] = a[CR]; dst[CG] = a[CG]; dst[CB] = a[CB]; if(rgbaMode) dst[CA] = a[CA]; return; } if(t >= 1) { dst[CR] = b[CR]; dst[CG] = b[CG]; dst[CB] = b[CB]; if(rgbaMode) dst[CA] = b[CA]; return; } dst[CR] = (1 - t) * a[CR] + t * b[CR]; dst[CG] = (1 - t) * a[CG] + t * b[CG]; dst[CB] = (1 - t) * a[CB] + t * b[CB]; if(rgbaMode) dst[CA] = (1 - t) * a[CA] + t * b[CA]; } static uiwidgetid_t nextUnusedId(void) { return (uiwidgetid_t)(numWidgets); } static uiwidget_t* allocateWidget(guiwidgettype_t type, uiwidgetid_t id, int player, void* typedata) { uiwidget_t* obj; widgets = (uiwidget_t*) realloc(widgets, sizeof(*widgets) * ++numWidgets); if(!widgets) Con_Error("allocateWidget: Failed on (re)allocation of %lu bytes for new widget.", (unsigned long) (sizeof(*widgets) * numWidgets)); obj = &widgets[numWidgets-1]; memset(obj, 0, sizeof(*obj)); obj->geometry = Rect_New(); obj->type = type; obj->id = id; obj->player = player; switch(obj->type) { case GUI_GROUP: { guidata_group_t* grp = (guidata_group_t*)calloc(1, sizeof(*grp)); if(!grp) Con_Error("allocateWidget: Failed on (re)allocation of %lu bytes for GUI_GROUP typedata.", (unsigned long) sizeof(*grp)); obj->typedata = grp; break; } default: obj->typedata = typedata; break; } switch(obj->type) { case GUI_AUTOMAP: { guidata_automap_t* am = (guidata_automap_t*)obj->typedata; am->mcfg = ST_AutomapConfig(); am->followPlayer = player; am->oldViewScale = 1; am->maxViewPositionDelta = 128; am->alpha = am->targetAlpha = am->oldAlpha = 0; /// Set initial geometry size. /// @todo Should not be necessary... Rect_SetWidthHeight(obj->geometry, SCREENWIDTH, SCREENHEIGHT); break; } default: break; } return obj; } static uiwidget_t* createWidget(guiwidgettype_t type, int player, int alignFlags, fontid_t fontId, float opacity, void (*updateGeometry) (uiwidget_t* obj), void (*drawer) (uiwidget_t* obj, const Point2Raw* offset), void (*ticker) (uiwidget_t* obj, timespan_t ticLength), void* typedata) { uiwidget_t* obj = allocateWidget(type, nextUnusedId(), player, typedata); assert(updateGeometry); obj->alignFlags = alignFlags; obj->font = fontId; obj->opacity = opacity; obj->updateGeometry = updateGeometry; obj->drawer = drawer; obj->ticker = ticker; return obj; } static void clearWidgets(void) { int i; if(0 == numWidgets) return; for(i = 0; i < numWidgets; ++i) { uiwidget_t* obj = &widgets[i]; if(obj->type == GUI_GROUP) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; if(grp->widgetIds) free(grp->widgetIds); free(grp); } Rect_Delete(obj->geometry); } free(widgets); widgets = NULL; numWidgets = 0; } uiwidget_t* GUI_FindObjectById(uiwidgetid_t id) { if(!inited) return NULL; // GUI not available. if(id >= 0) { int i; for(i = 0; i < numWidgets; ++i) { uiwidget_t* obj = &widgets[i]; if(obj->id == id) return obj; } } return NULL; } uiwidget_t* GUI_MustFindObjectById(uiwidgetid_t id) { uiwidget_t* obj = GUI_FindObjectById(id); if(!obj) { Con_Error("GUI_MustFindObjectById: Failed to locate object with id %i.", (int) id); } return obj; } void GUI_Register(void) { UIAutomap_Register(); UIChat_Register(); UILog_Register(); } void GUI_Init(void) { if(inited) return; numWidgets = 0; widgets = NULL; UIChat_LoadMacros(); inited = true; GUI_LoadResources(); } void GUI_Shutdown(void) { if(!inited) return; clearWidgets(); inited = false; } void GUI_LoadResources(void) { if(Get(DD_DEDICATED) || Get(DD_NOVIDEO)) return; UIAutomap_LoadResources(); MNEdit_LoadResources(); MNSlider_LoadResources(); } void GUI_ReleaseResources(void) { int i; if(Get(DD_DEDICATED) || Get(DD_NOVIDEO)) return; UIAutomap_ReleaseResources(); for(i = 0; i < numWidgets; ++i) { uiwidget_t* ob = widgets + i; switch(ob->type) { case GUI_AUTOMAP: UIAutomap_Reset(ob); break; default: break; } } } uiwidgetid_t GUI_CreateWidget(guiwidgettype_t type, int player, int alignFlags, fontid_t fontId, float opacity, void (*updateGeometry) (uiwidget_t* obj), void (*drawer) (uiwidget_t* obj, const Point2Raw* offset), void (*ticker) (uiwidget_t* obj, timespan_t ticLength), void* typedata) { uiwidget_t* obj; errorIfNotInited("GUI_CreateWidget"); obj = createWidget(type, player, alignFlags, fontId, opacity, updateGeometry, drawer, ticker, typedata); return obj->id; } uiwidgetid_t GUI_CreateGroup(int groupFlags, int player, int alignFlags, order_t order, int padding) { uiwidget_t* obj; guidata_group_t* grp; errorIfNotInited("GUI_CreateGroup"); obj = createWidget(GUI_GROUP, player, alignFlags, 1, 0, UIGroup_UpdateGeometry, NULL, NULL, NULL); grp = (guidata_group_t*)obj->typedata; grp->flags = groupFlags; grp->order = order; grp->padding = padding; return obj->id; } void UIGroup_AddWidget(uiwidget_t* obj, uiwidget_t* other) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i; assert(obj->type == GUI_GROUP); if(!other || other == obj) { DENG_ASSERT(!"UIGroup::AddWidget: Attempt to add invalid widget"); return; } // Ensure widget is not already in this grp. for(i = 0; i < grp->widgetIdCount; ++i) { if(grp->widgetIds[i] == other->id) return; // Already present. Ignore. } // Must add to this grp. grp->widgetIds = (uiwidgetid_t*) realloc(grp->widgetIds, sizeof(*grp->widgetIds) * ++grp->widgetIdCount); if(!grp->widgetIds) Con_Error("UIGroup::AddWidget: Failed on (re)allocation of %lu bytes for widget id list.", (unsigned long) (sizeof(*grp->widgetIds) * grp->widgetIdCount)); grp->widgetIds[grp->widgetIdCount-1] = other->id; } int UIGroup_Flags(uiwidget_t* obj) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; assert(obj->type == GUI_GROUP); return grp->flags; } void UIGroup_SetFlags(uiwidget_t* obj, int flags) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; assert(obj->type == GUI_GROUP); grp->flags = flags; } static void applyAlignmentOffset(uiwidget_t* obj, int* x, int* y) { assert(obj); if(x) { if(obj->alignFlags & ALIGN_RIGHT) *x += UIWidget_MaximumWidth(obj); else if(!(obj->alignFlags & ALIGN_LEFT)) *x += UIWidget_MaximumWidth(obj)/2; } if(y) { if(obj->alignFlags & ALIGN_BOTTOM) *y += UIWidget_MaximumHeight(obj); else if(!(obj->alignFlags & ALIGN_TOP)) *y += UIWidget_MaximumHeight(obj)/2; } } static void updateWidgetGeometry(uiwidget_t* obj) { Rect_SetXY(obj->geometry, 0, 0); obj->updateGeometry(obj); if(Rect_Width(obj->geometry) <= 0 || Rect_Height(obj->geometry) <= 0) return; if(obj->alignFlags & ALIGN_RIGHT) Rect_SetX(obj->geometry, Rect_X(obj->geometry) - Rect_Width(obj->geometry)); else if(!(obj->alignFlags & ALIGN_LEFT)) Rect_SetX(obj->geometry, Rect_X(obj->geometry) - Rect_Width(obj->geometry)/2); if(obj->alignFlags & ALIGN_BOTTOM) Rect_SetY(obj->geometry, Rect_Y(obj->geometry) - Rect_Height(obj->geometry)); else if(!(obj->alignFlags & ALIGN_TOP)) Rect_SetY(obj->geometry, Rect_Y(obj->geometry) - Rect_Height(obj->geometry)/2); } void UIGroup_UpdateGeometry(uiwidget_t* obj) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i, x, y; assert(obj && obj->type == GUI_GROUP); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!grp->widgetIdCount) return; x = y = 0; applyAlignmentOffset(obj, &x, &y); for(i = 0; i < grp->widgetIdCount; ++i) { uiwidget_t* child = GUI_MustFindObjectById(grp->widgetIds[i]); const Rect* childGeometry; if(UIWidget_MaximumWidth(child) > 0 && UIWidget_MaximumHeight(child) > 0 && UIWidget_Opacity(child) > 0) { updateWidgetGeometry(child); Rect_SetX(child->geometry, Rect_X(child->geometry) + x); Rect_SetY(child->geometry, Rect_Y(child->geometry) + y); childGeometry = UIWidget_Geometry(child); if(Rect_Width(childGeometry) > 0 && Rect_Height(childGeometry) > 0) { if(grp->order == ORDER_RIGHTTOLEFT) { if(!(grp->flags & UWGF_VERTICAL)) x -= Rect_Width(childGeometry) + grp->padding; else y -= Rect_Height(childGeometry) + grp->padding; } else if(grp->order == ORDER_LEFTTORIGHT) { if(!(grp->flags & UWGF_VERTICAL)) x += Rect_Width(childGeometry) + grp->padding; else y += Rect_Height(childGeometry) + grp->padding; } Rect_Unite(obj->geometry, childGeometry); } } } } #if _DEBUG static void drawWidgetGeometry(uiwidget_t* obj) { RectRaw geometry; assert(obj); Rect_Raw(obj->geometry, &geometry); DGL_Color3f(1, 1, 1); DGL_Begin(DGL_LINES); DGL_Vertex2f(geometry.origin.x, geometry.origin.y); DGL_Vertex2f(geometry.origin.x + geometry.size.width, geometry.origin.y); DGL_Vertex2f(geometry.origin.x + geometry.size.width, geometry.origin.y); DGL_Vertex2f(geometry.origin.x + geometry.size.width, geometry.origin.y + geometry.size.height); DGL_Vertex2f(geometry.origin.x + geometry.size.width, geometry.origin.y + geometry.size.height); DGL_Vertex2f(geometry.origin.x, geometry.origin.y + geometry.size.height); DGL_Vertex2f(geometry.origin.x, geometry.origin.y + geometry.size.height); DGL_Vertex2f(geometry.origin.x, geometry.origin.y); DGL_End(); } static void drawWidgetAvailableSpace(uiwidget_t* obj) { assert(obj); DGL_Color4f(0, .4f, 0, .1f); DGL_DrawRectf2(Rect_X(obj->geometry), Rect_Y(obj->geometry), obj->maxSize.width, obj->maxSize.height); } #endif static void drawWidget2(uiwidget_t* obj, const Point2Raw* offset) { assert(obj); /*#if _DEBUG drawWidgetAvailableSpace(obj); #endif*/ if(obj->drawer && obj->opacity > .0001f) { Point2Raw origin; Point2_Raw(Rect_Origin(obj->geometry), &origin); // Configure the page render state. uiRS.pageAlpha = obj->opacity; FR_PushAttrib(); DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(origin.x, origin.y, 0); // Do not pass a zero length offset. obj->drawer(obj, ((offset && (offset->x || offset->y))? offset : NULL)); FR_PopAttrib(); DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(-origin.x, -origin.y, 0); } /*#if _DEBUG drawWidgetGeometry(obj); #endif*/ } static void drawWidget(uiwidget_t* obj, const Point2Raw* origin) { assert(obj); if(origin) { DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(origin->x, origin->y, 0); } // First we draw ourself. drawWidget2(obj, NULL/*no origin offset*/); if(obj->type == GUI_GROUP) { // Now our children. guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i; for(i = 0; i < grp->widgetIdCount; ++i) { uiwidget_t* child = GUI_MustFindObjectById(grp->widgetIds[i]); drawWidget(child, NULL/*no origin offset*/); } } if(origin) { DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(-origin->x, -origin->y, 0); } } void GUI_DrawWidget(uiwidget_t* obj, const Point2Raw* offset) { if(!obj) return; if(UIWidget_MaximumWidth(obj) < 1 || UIWidget_MaximumHeight(obj) < 1) return; if(UIWidget_Opacity(obj) <= 0) return; FR_PushAttrib(); FR_LoadDefaultAttrib(); FR_SetLeading(0); updateWidgetGeometry(obj); FR_PopAttrib(); // Draw. FR_PushAttrib(); FR_LoadDefaultAttrib(); FR_SetLeading(0); // Do not pass a zero length offset. drawWidget(obj, ((offset && (offset->x || offset->y))? offset : NULL)); FR_PopAttrib(); } void GUI_DrawWidgetXY(uiwidget_t* obj, int x, int y) { Point2Raw origin; origin.x = x; origin.y = y; GUI_DrawWidget(obj, &origin); } void UIWidget_RunTic(uiwidget_t* obj, timespan_t ticLength) { assert(obj); switch(obj->type) { case GUI_GROUP: { // First our children then self. guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i; for(i = 0; i < grp->widgetIdCount; ++i) { UIWidget_RunTic(GUI_MustFindObjectById(grp->widgetIds[i]), ticLength); } // Fallthrough: } default: if(NULL != obj->ticker) { obj->ticker(obj, ticLength); } break; } } int UIWidget_Player(uiwidget_t* obj) { assert(obj); return obj->player; } const Point2* UIWidget_Origin(uiwidget_t* obj) { assert(obj); return Rect_Origin(obj->geometry); } const Rect* UIWidget_Geometry(uiwidget_t* obj) { assert(obj); return obj->geometry; } int UIWidget_MaximumHeight(uiwidget_t* obj) { assert(obj); return obj->maxSize.height; } const Size2Raw* UIWidget_MaximumSize(uiwidget_t* obj) { assert(obj); return &obj->maxSize; } int UIWidget_MaximumWidth(uiwidget_t* obj) { assert(obj); return obj->maxSize.width; } void UIWidget_SetMaximumHeight(uiwidget_t* obj, int height) { assert(obj); if(obj->maxSize.height == height) return; obj->maxSize.height = height; if(obj->type == GUI_GROUP) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i; for(i = 0; i < grp->widgetIdCount; ++i) { UIWidget_SetMaximumHeight(GUI_MustFindObjectById(grp->widgetIds[i]), height); } } } void UIWidget_SetMaximumSize(uiwidget_t* obj, const Size2Raw* size) { assert(obj); if(obj->maxSize.width == size->width && obj->maxSize.height == size->height) return; obj->maxSize.width = size->width; obj->maxSize.height = size->height; if(obj->type == GUI_GROUP) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i; for(i = 0; i < grp->widgetIdCount; ++i) { UIWidget_SetMaximumSize(GUI_MustFindObjectById(grp->widgetIds[i]), size); } } } void UIWidget_SetMaximumWidth(uiwidget_t* obj, int width) { assert(obj); if(obj->maxSize.width == width) return; obj->maxSize.width = width; if(obj->type == GUI_GROUP) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i; for(i = 0; i < grp->widgetIdCount; ++i) { UIWidget_SetMaximumWidth(GUI_MustFindObjectById(grp->widgetIds[i]), width); } } } int UIWidget_Alignment(uiwidget_t* obj) { assert(obj); return obj->alignFlags; } void UIWidget_SetAlignment(uiwidget_t* obj, int alignFlags) { assert(obj); obj->alignFlags = alignFlags; } float UIWidget_Opacity(uiwidget_t* obj) { assert(obj); return obj->opacity; } void UIWidget_SetOpacity(uiwidget_t* obj, float opacity) { assert(obj); obj->opacity = opacity; if(obj->type == GUI_GROUP) { guidata_group_t* grp = (guidata_group_t*)obj->typedata; int i; for(i = 0; i < grp->widgetIdCount; ++i) { uiwidget_t* child = GUI_MustFindObjectById(grp->widgetIds[i]); UIWidget_SetOpacity(child, opacity); } } } static void MNSlider_LoadResources(void) { pSliderLeft = R_DeclarePatch(MNDATA_SLIDER_PATCH_LEFT); pSliderRight = R_DeclarePatch(MNDATA_SLIDER_PATCH_RIGHT); pSliderMiddle = R_DeclarePatch(MNDATA_SLIDER_PATCH_MIDDLE); pSliderHandle = R_DeclarePatch(MNDATA_SLIDER_PATCH_HANDLE); } static void MNEdit_LoadResources(void) { #if defined(MNDATA_EDIT_BACKGROUND_PATCH_LEFT) pEditLeft = R_DeclarePatch(MNDATA_EDIT_BACKGROUND_PATCH_LEFT); #else pEditLeft = 0; #endif #if defined(MNDATA_EDIT_BACKGROUND_PATCH_RIGHT) pEditRight = R_DeclarePatch(MNDATA_EDIT_BACKGROUND_PATCH_RIGHT); #else pEditRight = 0; #endif pEditMiddle = R_DeclarePatch(MNDATA_EDIT_BACKGROUND_PATCH_MIDDLE); } mn_object_t* MN_MustFindObjectOnPage(mn_page_t* page, int group, int flags) { mn_object_t* obj = MNPage_FindObject(page, group, flags); if(!obj) Con_Error("MN_MustFindObjectOnPage: Failed to locate object in group #%i with flags %i on page %p.", group, flags, page); return obj; } short MN_MergeMenuEffectWithDrawTextFlags(short f) { return ((~cfg.menuEffectFlags & DTF_NO_EFFECTS) | (f & ~DTF_NO_EFFECTS)); } static void MN_DrawObject(mn_object_t* obj, const Point2Raw* offset) { if(!obj) return; obj->drawer(obj, offset); } static void setupRenderStateForPageDrawing(mn_page_t* page, float alpha) { int i; if(!page) return; // Huh? rs.pageAlpha = alpha; rs.textGlitter = cfg.menuTextGlitter; rs.textShadow = cfg.menuShadow; for(i = 0; i < MENU_FONT_COUNT; ++i) { rs.textFonts[i] = MNPage_PredefinedFont(page, i); } for(i = 0; i < MENU_COLOR_COUNT; ++i) { MNPage_PredefinedColor(page, i, rs.textColors[i]); rs.textColors[i][CA] = alpha; // For convenience. } // Configure the font renderer (assume state has already been pushed if necessary). FR_SetFont(rs.textFonts[0]); FR_LoadDefaultAttrib(); FR_SetLeading(0); FR_SetShadowStrength(rs.textShadow); FR_SetGlitterStrength(rs.textGlitter); } static void updatePageObjectGeometries(mn_page_t* page) { int i; if(!page) return; // Update objects. for(i = 0; i < page->objectsCount; ++i) { mn_object_t* obj = &page->objects[i]; if(MNObject_Type(obj) == MN_NONE) continue; FR_PushAttrib(); if(obj->updateGeometry) { Rect_SetXY(obj->_geometry, 0, 0); obj->updateGeometry(obj, page); } FR_PopAttrib(); } } /// @return @c true iff this object is drawable (potentially visible). dd_bool MNObject_IsDrawable(mn_object_t* ob) { return !(MNObject_Type(ob) == MN_NONE || !ob->drawer || (MNObject_Flags(ob) & MNF_HIDDEN)); } int MNPage_LineHeight2(mn_page_t *page, int *lineOffset) { fontid_t oldFont = FR_Font(); int lineHeight = 0; DENG_ASSERT(page != 0); /// @kludge We cannot yet query line height from the font... FR_SetFont(MNPage_PredefinedFont(page, MENU_FONT1)); lineHeight = FR_TextHeight("{case}WyQ"); if(lineOffset) { *lineOffset = MAX_OF(1, .5f + lineHeight * .34f); } // Restore the old font. FR_SetFont(oldFont); return lineHeight; } int MNPage_LineHeight(mn_page_t *page) { return MNPage_LineHeight2(page, 0); } static void applyPageLayout(mn_page_t *page) { int i, lineHeight, lineOffset; Point2Raw origin = { 0, 0 }; if(!page) return; Rect_SetXY(page->geometry, 0, 0); Rect_SetWidthHeight(page->geometry, 0, 0); // Apply layout logic to this page. if(page->flags & MPF_LAYOUT_FIXED) { // This page uses a fixed layout. for(i = 0; i < page->objectsCount; ++i) { mn_object_t *ob = &page->objects[i]; if(!MNObject_IsDrawable(ob)) continue; Rect_SetXY(ob->_geometry, ob->_origin.x, ob->_origin.y); Rect_Unite(page->geometry, ob->_geometry); } return; } // This page uses a dynamic layout. lineHeight = MNPage_LineHeight2(page, &lineOffset); for(i = 0; i < page->objectsCount;) { mn_object_t *ob = &page->objects[i]; mn_object_t *nextOb = i+1 < page->objectsCount? &page->objects[i+1] : 0; if(!MNObject_IsDrawable(ob)) { // Proceed to the next object! i += 1; continue; } // If the object has a fixed position, we will ignore it while doing // dynamic layout. if(MNObject_Flags(ob) & MNF_POSITION_FIXED) { Rect_SetXY(ob->_geometry, ob->_origin.x, ob->_origin.y); Rect_Unite(page->geometry, ob->_geometry); // To the next object. i += 1; continue; } // An additional offset requested? if(MNObject_Flags(ob) & MNF_LAYOUT_OFFSET) { origin.x += ob->_origin.x; origin.y += ob->_origin.y; } Rect_SetXY(ob->_geometry, origin.x, origin.y); // Orient label plus button/inline-list/textual-slider pairs about a // vertical dividing line, with the label on the left, other object // on the right. // @todo Do not assume pairing, an object should designate it's pair. if(MNObject_Type(ob) == MN_TEXT && nextOb) { if(MNObject_IsDrawable(nextOb) && (MNObject_Type(nextOb) == MN_BUTTON || MNObject_Type(nextOb) == MN_LISTINLINE || MNObject_Type(nextOb) == MN_COLORBOX || MNObject_Type(nextOb) == MN_BINDINGS || (MNObject_Type(nextOb) == MN_SLIDER && nextOb->drawer == MNSlider_TextualValueDrawer))) { const int margin = lineOffset * 2; RectRaw united; Rect_SetXY(nextOb->_geometry, margin + Rect_Width(ob->_geometry), origin.y); origin.y += Rect_United(ob->_geometry, nextOb->_geometry, &united) ->size.height + lineOffset; Rect_UniteRaw(page->geometry, &united); // Extra spacing between object groups. if(i+2 < page->objectsCount && nextOb->_group != page->objects[i+2]._group) origin.y += lineHeight; // Proceed to the next object! i += 2; continue; } } Rect_Unite(page->geometry, ob->_geometry); origin.y += Rect_Height(ob->_geometry) + lineOffset; // Extra spacing between object groups. if(nextOb && nextOb->_group != ob->_group) origin.y += lineHeight; // Proceed to the next object! i += 1; } } static void composeSubpageString(mn_page_t *page, char *buf, size_t bufSize) { DENG_ASSERT(page != 0); if(!buf || 0 == bufSize) return; dd_snprintf(buf, bufSize, "Page %i/%i", 0, 0); } static void drawPageNavigation(mn_page_t *page, int x, int y) { int const currentPage = 0;//(page->firstObject + page->numVisObjects/2) / page->numVisObjects + 1; int const totalPages = 1;//(int)ceil((float)page->objectsCount/page->numVisObjects); #if __JDOOM__ || __JDOOM64__ char buf[1024]; DENG2_UNUSED(currentPage); #endif if(!page || totalPages <= 1) return; #if __JDOOM__ || __JDOOM64__ composeSubpageString(page, buf, 1024); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_SetColorv(cfg.menuTextColors[1]); FR_SetAlpha(mnRendState->pageAlpha); FR_DrawTextXY3(buf, x, y, ALIGN_TOP, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); #else DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); GL_DrawPatchXY2( pInvPageLeft[currentPage == 0 || (menuTime & 8)], x - 144, y, ALIGN_RIGHT); GL_DrawPatchXY2(pInvPageRight[currentPage == totalPages-1 || (menuTime & 8)], x + 144, y, ALIGN_LEFT); DGL_Disable(DGL_TEXTURE_2D); #endif } static void drawPageHeading(mn_page_t *page, Point2Raw const *offset) { Point2Raw origin; if(!page) return; /// @kludge no title = no heading. if(Str_IsEmpty(&page->title)) return; // kludge end. origin.x = SCREENWIDTH/2; origin.y = (SCREENHEIGHT/2) - ((SCREENHEIGHT/2-5)/cfg.menuScale); if(offset) { origin.x += offset->x; origin.y += offset->y; } FR_PushAttrib(); Hu_MenuDrawPageTitle(Str_Text(&page->title), origin.x, origin.y); origin.y += 16; drawPageNavigation(page, origin.x, origin.y); FR_PopAttrib(); } void MN_DrawPage(mn_page_t *page, float alpha, dd_bool showFocusCursor) { mn_object_t *focusObj; int i, focusObjHeight; Point2Raw cursorOrigin; if(!page) return; alpha = MINMAX_OF(0, alpha, 1); if(alpha <= .0001f) return; // Object geometry is determined from properties defined in the // render state, so configure render state before we begin. setupRenderStateForPageDrawing(page, alpha); // Update object geometry. We'll push the font renderer state because // updating geometry may require changing the current values. FR_PushAttrib(); updatePageObjectGeometries(page); // Back to default page render state. FR_PopAttrib(); // We can now layout the widgets of this page. applyPageLayout(page); // Determine the origin of the focus object (this dictates the page scroll location). focusObj = MNPage_FocusObject(page); if(focusObj && !MNObject_IsDrawable(focusObj)) { focusObj = 0; } // Are we focusing? if(focusObj) { focusObjHeight = MNPage_CursorSize(page); // Determine the origin and dimensions of the cursor. /// @todo Each object should define a focus origin... cursorOrigin.x = -1; cursorOrigin.y = Point2_Y(MNObject_Origin(focusObj)); /// @kludge /// We cannot yet query the subobjects of the list for these values /// so we must calculate them ourselves, here. if(MN_LIST == MNObject_Type(focusObj) && (MNObject_Flags(focusObj) & MNF_ACTIVE) && MNList_SelectionIsVisible(focusObj)) { mndata_list_t const *list = (mndata_list_t *)focusObj->_typedata; FR_PushAttrib(); FR_SetFont(MNPage_PredefinedFont(page, MNObject_Font(focusObj))); focusObjHeight = FR_CharHeight('A') * (1+MNDATA_LIST_LEADING); cursorOrigin.y += (list->selection - list->first) * focusObjHeight; FR_PopAttrib(); } // kludge end } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(page->origin.x, page->origin.y, 0); // Apply page scroll? if(!(page->flags & MPF_NEVER_SCROLL) && focusObj) { RectRaw pageGeometry, viewRegion; Rect_Raw(page->geometry, &pageGeometry); // Determine available screen region for the page. viewRegion.origin.x = 0; viewRegion.origin.y = page->origin.y; viewRegion.size.width = SCREENWIDTH; viewRegion.size.height = SCREENHEIGHT - 40/*arbitrary but enough for the help message*/; // Is scrolling in effect? if(pageGeometry.size.height > viewRegion.size.height) { int const minY = -viewRegion.origin.y/2 + viewRegion.size.height/2; if(cursorOrigin.y > minY) { int const scrollLimitY = pageGeometry.size.height - viewRegion.size.height/2; int const scrollOriginY = MIN_OF(cursorOrigin.y, scrollLimitY) - minY; DGL_Translatef(0, -scrollOriginY, 0); } } } // Draw child objects. for(i = 0; i < page->objectsCount; ++i) { mn_object_t *obj = &page->objects[i]; RectRaw geometry; if(MNObject_Type(obj) == MN_NONE || !obj->drawer) continue; if(MNObject_Flags(obj) & MNF_HIDDEN) continue; Rect_Raw(MNObject_Geometry(obj), &geometry); FR_PushAttrib(); MN_DrawObject(obj, &geometry.origin); FR_PopAttrib(); } // How about a focus cursor? /// @todo cursor should be drawn on top of the page drawer. if(showFocusCursor && focusObj) { Hu_MenuDrawFocusCursor(cursorOrigin.x, cursorOrigin.y, focusObjHeight, alpha); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); drawPageHeading(page, NULL/*no offset*/); // The page has its own drawer. if(page->drawer) { FR_PushAttrib(); page->drawer(page, &page->origin); FR_PopAttrib(); } } static dd_bool MNActionInfo_IsActionExecuteable(mn_actioninfo_t* info) { assert(info); return (info->callback != 0); } void MNPage_SetTitle(mn_page_t* page, const char* title) { assert(page); Str_Set(&page->title, title? title : ""); } void MNPage_SetX(mn_page_t* page, int x) { assert(page); page->origin.x = x; } void MNPage_SetY(mn_page_t* page, int y) { assert(page); page->origin.y = y; } void MNPage_SetPreviousPage(mn_page_t* page, mn_page_t* prevPage) { assert(page); page->previous = prevPage; } mn_object_t *MNPage_FocusObject(mn_page_t *page) { DENG_ASSERT(page != 0); if(!page->objectsCount || page->focus < 0) return 0; return &page->objects[page->focus]; } void MNPage_ClearFocusObject(mn_page_t* page) { mn_object_t* ob; int i; DENG_ASSERT(page); if(page->focus >= 0) { ob = &page->objects[page->focus]; if(MNObject_Flags(ob) & MNF_ACTIVE) { return; } } page->focus = -1; ob = page->objects; for(i = 0; i < page->objectsCount; ++i, ob++) { MNObject_SetFlags(ob, FO_CLEAR, MNF_FOCUS); } MNPage_Refocus(page); } int MNPage_CursorSize(mn_page_t *page) { mn_object_t *focusObj = MNPage_FocusObject(page); int focusObjHeight = focusObj? Size2_Height(MNObject_Size(focusObj)) : 0; // Ensure the cursor is at least as tall as the effective line height for // the page. This is necessary because some mods replace the menu button // graphics with empty and/or tiny images (e.g., Hell Revealed 2). /// @note Handling this correctly would mean separate physical/visual /// geometries for menu widgets. return MAX_OF(focusObjHeight, MNPage_LineHeight(page)); } mn_object_t* MNPage_FindObject(mn_page_t* page, int group, int flags) { mn_object_t* obj = page->objects; for(; MNObject_Type(obj) != MN_NONE; obj++) { if(MNObject_IsGroupMember(obj, group) && (MNObject_Flags(obj) & flags) == flags) return obj; } return NULL; } static int MNPage_FindObjectIndex(mn_page_t* page, mn_object_t* obj) { int i; assert(page && obj); for(i = 0; i < page->objectsCount; ++i) { if(obj == page->objects+i) return i; } return -1; // Not found. } static mn_object_t* MNPage_ObjectByIndex(mn_page_t* page, int idx) { assert(page); if(idx < 0 || idx >= page->objectsCount) Con_Error("MNPage::ObjectByIndex: Index #%i invalid for page %p.", idx, page); return page->objects + idx; } /// @pre @a ob is a child of @a page. static void MNPage_GiveChildFocus(mn_page_t* page, mn_object_t* ob, dd_bool allowRefocus) { assert(page && ob); if(!(0 > page->focus)) { if(ob != page->objects + page->focus) { mn_object_t* oldFocusOb = page->objects + page->focus; if(MNObject_HasAction(oldFocusOb, MNA_FOCUSOUT)) { MNObject_ExecAction(oldFocusOb, MNA_FOCUSOUT, NULL); } MNObject_SetFlags(oldFocusOb, FO_CLEAR, MNF_FOCUS); } else if(!allowRefocus) { return; } } page->focus = ob - page->objects; MNObject_SetFlags(ob, FO_SET, MNF_FOCUS); if(MNObject_HasAction(ob, MNA_FOCUS)) { MNObject_ExecAction(ob, MNA_FOCUS, NULL); } } void MNPage_SetFocus(mn_page_t* page, mn_object_t* obj) { int objIndex = MNPage_FindObjectIndex(page, obj); if(objIndex < 0) { #if _DEBUG Con_Error("MNPage::Focus: Failed to determine index for object %p on page %p.", obj, page); #endif return; } MNPage_GiveChildFocus(page, page->objects + objIndex, false); } void MNPage_Refocus(mn_page_t* page) { DENG_ASSERT(page); // If we haven't yet visited this page then find the first focusable // object and select it. if(0 > page->focus) { int i, giveFocus = -1; // First look for a default focus object. There should only be one // but find the last with this flag... for(i = 0; i < page->objectsCount; ++i) { mn_object_t* ob = &page->objects[i]; if((MNObject_Flags(ob) & MNF_DEFAULT) && !(MNObject_Flags(ob) & (MNF_DISABLED|MNF_NO_FOCUS))) { giveFocus = i; } } // No default focus? Find the first focusable object. if(-1 == giveFocus) for(i = 0; i < page->objectsCount; ++i) { mn_object_t* ob = &page->objects[i]; if(!(MNObject_Flags(ob) & (MNF_DISABLED|MNF_NO_FOCUS))) { giveFocus = i; break; } } if(-1 != giveFocus) { MNPage_GiveChildFocus(page, page->objects + giveFocus, false); } else { App_Log(DE2_DEV_WARNING, "MNPage::Refocus: No focusable object on page"); } } else { // We've been here before; re-focus on the last focused object. MNPage_GiveChildFocus(page, page->objects + page->focus, true); } } void MNPage_Initialize(mn_page_t* page) { mn_object_t* ob; int i; DENG_ASSERT(page); // Reset page timer. page->timer = 0; // (Re)init objects. for(i = 0, ob = page->objects; i < page->objectsCount; ++i, ob++) { // Reset object timer. ob->timer = 0; switch(MNObject_Type(ob)) { case MN_BUTTON: { mndata_button_t* btn = (mndata_button_t*)ob->_typedata; if(btn->staydownMode) { const dd_bool activate = (*(char*) ob->data1); MNObject_SetFlags(ob, (activate? FO_SET:FO_CLEAR), MNF_ACTIVE); } break; } case MN_LIST: case MN_LISTINLINE: { mndata_list_t* list = ob->_typedata; // Determine number of potentially visible items. list->numvis = list->count; if(list->selection >= 0) { if(list->selection < list->first) list->first = list->selection; if(list->selection > list->first + list->numvis - 1) list->first = list->selection - list->numvis + 1; } break; } default: break; } } if(0 == page->objectsCount) { // Presumably objects will be added later. return; } MNPage_Refocus(page); } void MNPage_Ticker(mn_page_t* page) { mn_object_t* ob; int i; // Call the ticker of each object, unless they're hidden or paused. for(i = 0, ob = page->objects; i < page->objectsCount; ++i, ob++) { if((MNObject_Flags(ob) & MNF_PAUSED) || (MNObject_Flags(ob) & MNF_HIDDEN)) continue; if(ob->ticker) ob->ticker(ob); // Advance object timer. ob->timer++; } page->timer++; } fontid_t MNPage_PredefinedFont(mn_page_t* page, mn_page_fontid_t id) { assert(page); if(!VALID_MNPAGE_FONTID(id)) { #if _DEBUG Con_Error("MNPage::PredefinedFont: Invalid font id #%i.", (int)id); exit(1); // Unreachable. #endif return 0; // Not a valid font id. } return page->fonts[id]; } void MNPage_SetPredefinedFont(mn_page_t* page, mn_page_fontid_t id, fontid_t fontId) { DENG_ASSERT(page); if(!VALID_MNPAGE_FONTID(id)) { DENG_ASSERT(!"MNPage::SetPredefinedFont: Invalid font id"); return; } page->fonts[id] = fontId; } void MNPage_PredefinedColor(mn_page_t* page, mn_page_colorid_t id, float rgb[3]) { uint colorIndex; assert(page); if(!rgb) { #if _DEBUG Con_Error("MNPage::PredefinedColor: Invalid 'rgb' reference."); exit(1); // Unreachable. #endif return; } if(!VALID_MNPAGE_COLORID(id)) { #if _DEBUG Con_Error("MNPage::PredefinedColor: Invalid color id '%i'.", (int)id); exit(1); // Unreachable. #endif rgb[CR] = rgb[CG] = rgb[CB] = 1; return; } colorIndex = page->colors[id]; rgb[CR] = cfg.menuTextColors[colorIndex][CR]; rgb[CG] = cfg.menuTextColors[colorIndex][CG]; rgb[CB] = cfg.menuTextColors[colorIndex][CB]; } int MNPage_Timer(mn_page_t* page) { assert(page); return page->timer; } mn_obtype_e MNObject_Type(const mn_object_t* ob) { assert(ob); return ob->_type; } mn_page_t* MNObject_Page(const mn_object_t* ob) { assert(ob); return ob->_page; } int MNObject_Flags(const mn_object_t* ob) { assert(ob); return ob->_flags; } const Rect* MNObject_Geometry(const mn_object_t* ob) { assert(ob); return ob->_geometry; } const Point2* MNObject_Origin(const mn_object_t* ob) { assert(ob); return Rect_Origin(ob->_geometry); } const Size2* MNObject_Size(const mn_object_t* ob) { assert(ob); return Rect_Size(ob->_geometry); } const Point2Raw* MNObject_FixedOrigin(const mn_object_t* ob) { assert(ob); return &ob->_origin; } int MNObject_FixedX(const mn_object_t* ob) { assert(ob); return ob->_origin.x; } int MNObject_FixedY(const mn_object_t* ob) { assert(ob); return ob->_origin.y; } mn_object_t* MNObject_SetFixedOrigin(mn_object_t* ob, const Point2Raw* origin) { assert(ob); if(origin) { ob->_origin.x = origin->x; ob->_origin.y = origin->y; } return ob; } mn_object_t* MNObject_SetFixedX(mn_object_t* ob, int x) { assert(ob); ob->_origin.x = x; return ob; } mn_object_t* MNObject_SetFixedY(mn_object_t* ob, int y) { assert(ob); ob->_origin.y = y; return ob; } int MNObject_SetFlags(mn_object_t* obj, flagop_t op, int flags) { assert(obj); switch(op) { case FO_CLEAR: obj->_flags &= ~flags; break; case FO_SET: obj->_flags |= flags; break; case FO_TOGGLE: obj->_flags ^= flags; break; default: Con_Error("MNObject::SetFlags: Unknown op %i\n", op); exit(1); // Unreachable. } return obj->_flags; } int MNObject_Shortcut(mn_object_t* ob) { assert(ob); return ob->_shortcut; } void MNObject_SetShortcut(mn_object_t* ob, int ddkey) { assert(ob); if(isalnum(ddkey)) { ob->_shortcut = tolower(ddkey); } } int MNObject_Font(mn_object_t* ob) { assert(ob); return ob->_pageFontIdx; } int MNObject_Color(mn_object_t* ob) { assert(ob); return ob->_pageColorIdx; } dd_bool MNObject_IsGroupMember(const mn_object_t* ob, int group) { assert(ob); return (ob->_group == group); } int MNObject_DefaultCommandResponder(mn_object_t* ob, menucommand_e cmd) { assert(ob); if(MCMD_SELECT == cmd && (ob->_flags & MNF_FOCUS) && !(ob->_flags & MNF_DISABLED)) { S_LocalSound(SFX_MENU_ACCEPT, NULL); if(!(ob->_flags & MNF_ACTIVE)) { ob->_flags |= MNF_ACTIVE; if(MNObject_HasAction(ob, MNA_ACTIVE)) { MNObject_ExecAction(ob, MNA_ACTIVE, NULL); } } ob->_flags &= ~MNF_ACTIVE; if(MNObject_HasAction(ob, MNA_ACTIVEOUT)) { MNObject_ExecAction(ob, MNA_ACTIVEOUT, NULL); } return true; } return false; // Not eaten. } static mn_actioninfo_t* MNObject_FindActionInfoForId(mn_object_t* ob, mn_actionid_t id) { assert(ob); if(VALID_MNACTION(id)) { return &ob->actions[id]; } return NULL; // Not found. } const mn_actioninfo_t* MNObject_Action(mn_object_t* ob, mn_actionid_t id) { return MNObject_FindActionInfoForId(ob, id); } dd_bool MNObject_HasAction(mn_object_t* ob, mn_actionid_t id) { mn_actioninfo_t* info = MNObject_FindActionInfoForId(ob, id); return (info && MNActionInfo_IsActionExecuteable(info)); } int MNObject_ExecAction(mn_object_t* ob, mn_actionid_t id, void* paramaters) { mn_actioninfo_t* info = MNObject_FindActionInfoForId(ob, id); if(info && MNActionInfo_IsActionExecuteable(info)) { return info->callback(ob, id, paramaters); } #if _DEBUG Con_Error("MNObject::ExecAction: Attempt to execute non-existent action #%i on object %p.", (int) id, ob); #endif /// @todo Need an error handling mechanic. return -1; // NOP } mn_object_t* MNRect_New(void) { mn_object_t* ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); if(!ob) Con_Error("MNRect::New: Failed on allocation of %lu bytes for new MNRect.", (unsigned long) sizeof(*ob)); ob->_typedata = Z_Calloc(sizeof(mndata_rect_t), PU_GAMESTATIC, 0); if(!ob->_typedata) Con_Error("MNRect::New: Failed on allocation of %lu bytes for mndata_rect_t.", (unsigned long) sizeof(mndata_rect_t)); ob->_type = MN_RECT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNRect_Ticker; ob->drawer = MNRect_Drawer; ob->updateGeometry = MNRect_UpdateGeometry; return ob; } void MNRect_Delete(mn_object_t *ob) { DENG_ASSERT(ob != 0 && ob->_type == MN_RECT); Z_Free(ob->_typedata); Z_Free(ob); } void MNRect_Ticker(mn_object_t *ob) { //mndata_rect_t *rect = (mndata_rect_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_RECT); DENG_UNUSED(ob); // Stub. } void MNRect_Drawer(mn_object_t *ob, Point2Raw const *origin) { mndata_rect_t *rect = (mndata_rect_t *)ob->_typedata; DENG_ASSERT(ob->_type == MN_RECT); if(origin) { DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(origin->x, origin->y, 0); } if(rect->patch) { DGL_SetPatch(rect->patch, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_Enable(DGL_TEXTURE_2D); } DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); DGL_DrawRect2(0, 0, rect->dimensions.width, rect->dimensions.height); if(rect->patch) { DGL_Disable(DGL_TEXTURE_2D); } if(origin) { DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(-origin->x, -origin->y, 0); } } void MNRect_UpdateGeometry(mn_object_t* ob, mn_page_t* page) { mndata_rect_t* rct = (mndata_rect_t*)ob->_typedata; assert(ob->_type == MN_RECT); if(rct->dimensions.width == 0 && rct->dimensions.height == 0) { // Inherit dimensions from the patch. patchinfo_t info; if(R_GetPatchInfo(rct->patch, &info)) { memcpy(&rct->dimensions, &info.geometry.size, sizeof(rct->dimensions)); } } Rect_SetWidthHeight(ob->_geometry, rct->dimensions.width, rct->dimensions.height); } void MNRect_SetBackgroundPatch(mn_object_t* ob, patchid_t patch) { mndata_rect_t* rect = (mndata_rect_t*)ob->_typedata; assert(ob->_type == MN_RECT); rect->patch = patch; } mn_object_t *MNText_New(void) { mn_object_t *ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->drawer = MNText_Drawer; ob->updateGeometry = MNText_UpdateGeometry; return ob; } void MNText_Delete(mn_object_t *ob) { DENG_ASSERT(ob != 0 && ob->_type == MN_TEXT); Z_Free(ob->_typedata); Z_Free(ob); } void MNText_Ticker(mn_object_t *ob) { //mndata_text_t *txt = (mndata_text_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_TEXT); DENG_UNUSED(ob); // Stub. } void MNText_Drawer(mn_object_t *ob, Point2Raw const *origin) { mndata_text_t *txt = (mndata_text_t *)ob->_typedata; fontid_t fontId = rs.textFonts[ob->_pageFontIdx]; float color[4], t = (ob->_flags & MNF_FOCUS)? 1 : 0; DENG_ASSERT(ob->_type == MN_TEXT); // Flash if focused? if((ob->_flags & MNF_FOCUS) && cfg.menuTextFlashSpeed > 0) { float const speed = cfg.menuTextFlashSpeed / 2.f; t = (1 + sin(MNPage_Timer(ob->_page) / (float)TICSPERSEC * speed * DD_PI)) / 2; } lerpColor(color, rs.textColors[ob->_pageColorIdx], cfg.menuTextFlashColor, t, false/*rgb mode*/); color[CA] = rs.textColors[ob->_pageColorIdx][CA]; DGL_Color4f(1, 1, 1, color[CA]); FR_SetFont(fontId); FR_SetColorAndAlphav(color); if(txt->patch) { const char* replacement = NULL; if(!(txt->flags & MNTEXT_NO_ALTTEXT)) { replacement = Hu_ChoosePatchReplacement2(cfg.menuPatchReplaceMode, *txt->patch, txt->text); } DGL_Enable(DGL_TEXTURE_2D); WI_DrawPatch3(*txt->patch, replacement, origin, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); return; } DGL_Enable(DGL_TEXTURE_2D); FR_DrawText3(txt->text, origin, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); } void MNText_UpdateGeometry(mn_object_t* obj, mn_page_t* page) { mndata_text_t* txt = (mndata_text_t*)obj->_typedata; Size2Raw size; assert(obj->_type == MN_TEXT); /// @todo What if patch replacement is disabled? if(txt->patch != 0) { patchinfo_t info; R_GetPatchInfo(*txt->patch, &info); Rect_SetWidthHeight(obj->_geometry, info.geometry.size.width, info.geometry.size.height); return; } FR_SetFont(MNPage_PredefinedFont(page, obj->_pageFontIdx)); FR_TextSize(&size, txt->text); Rect_SetWidthHeight(obj->_geometry, size.width, size.height); } int MNText_SetFlags(mn_object_t* ob, flagop_t op, int flags) { mndata_text_t* txt = (mndata_text_t*)ob->_typedata; assert(ob && ob->_type == MN_TEXT); switch(op) { case FO_CLEAR: txt->flags &= ~flags; break; case FO_SET: txt->flags |= flags; break; case FO_TOGGLE: txt->flags ^= flags; break; default: Con_Error("MNText::SetFlags: Unknown op %i\n", op); exit(1); // Unreachable. } return ob->_flags; } mn_object_t *MNEdit_New(void) { mn_object_t *ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); ob->_typedata = Z_Calloc(sizeof(mndata_edit_t), PU_GAMESTATIC, 0); ob->_type = MN_EDIT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->drawer = MNEdit_Drawer; ob->ticker = MNEdit_Ticker; ob->updateGeometry = MNEdit_UpdateGeometry; ob->cmdResponder = MNEdit_CommandResponder; ob->responder = MNEdit_Responder; { mndata_edit_t *edit = (mndata_edit_t *) ob->_typedata; Str_Init(&edit->text); Str_Init(&edit->oldtext); } return ob; } void MNEdit_Delete(mn_object_t *ob) { mndata_edit_t *edit; if(!ob) return; edit = (mndata_edit_t *) ob->_typedata; DENG_ASSERT(ob->_type == MN_EDIT); Str_Free(&edit->text); Str_Free(&edit->oldtext); Z_Free(ob->_typedata); Z_Free(ob); } void MNEdit_Ticker(mn_object_t *ob) { //mndata_edit_t *edit = (mndata_edit_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_EDIT); DENG_UNUSED(ob); // Stub. } static void drawEditBackground(mn_object_t const *ob, int x, int y, int width, float alpha) { patchinfo_t leftInfo, rightInfo, middleInfo; int leftOffset = 0, rightOffset = 0; DENG_UNUSED(ob); DGL_Color4f(1, 1, 1, alpha); if(R_GetPatchInfo(pEditLeft, &leftInfo)) { DGL_SetPatch(pEditLeft, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawRectf2(x, y, leftInfo.geometry.size.width, leftInfo.geometry.size.height); leftOffset = leftInfo.geometry.size.width; } if(R_GetPatchInfo(pEditRight, &rightInfo)) { DGL_SetPatch(pEditRight, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawRectf2(x + width - rightInfo.geometry.size.width, y, rightInfo.geometry.size.width, rightInfo.geometry.size.height); rightOffset = rightInfo.geometry.size.width; } if(R_GetPatchInfo(pEditMiddle, &middleInfo)) { DGL_SetPatch(pEditMiddle, DGL_REPEAT, DGL_REPEAT); DGL_DrawRectf2Tiled(x + leftOffset, y, width - leftOffset - rightOffset, middleInfo.geometry.size.height, middleInfo.geometry.size.width, middleInfo.geometry.size.height); } } void MNEdit_Drawer(mn_object_t *ob, Point2Raw const *_origin) { mndata_edit_t const *edit = (mndata_edit_t *) ob->_typedata; fontid_t fontId = rs.textFonts[ob->_pageFontIdx]; float light = 1, textAlpha = rs.pageAlpha; uint numVisCharacters; char const *string = 0; Point2Raw origin; DENG_ASSERT(ob->_type == MN_EDIT); origin.x = _origin->x + MNDATA_EDIT_OFFSET_X; origin.y = _origin->y + MNDATA_EDIT_OFFSET_Y; if(!Str_IsEmpty(&edit->text)) { string = Str_Text(&edit->text); } else if(!((ob->_flags & MNF_ACTIVE) && (ob->_flags & MNF_FOCUS))) { string = edit->emptyString; light *= .5f; textAlpha = rs.pageAlpha * .75f; } DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(fontId); numVisCharacters = string? strlen(string) : 0; if(edit->maxVisibleChars > 0 && edit->maxVisibleChars < numVisCharacters) { numVisCharacters = edit->maxVisibleChars; } drawEditBackground(ob, origin.x + MNDATA_EDIT_BACKGROUND_OFFSET_X, origin.y + MNDATA_EDIT_BACKGROUND_OFFSET_Y, Rect_Width(ob->_geometry), rs.pageAlpha); //if(string) { float color[4], t = 0; // Flash if focused? if(!(ob->_flags & MNF_ACTIVE) && (ob->_flags & MNF_FOCUS) && cfg.menuTextFlashSpeed > 0) { float const speed = cfg.menuTextFlashSpeed / 2.f; t = (1 + sin(MNPage_Timer(ob->_page) / (float)TICSPERSEC * speed * DD_PI)) / 2; } lerpColor(color, cfg.menuTextColors[MNDATA_EDIT_TEXT_COLORIDX], cfg.menuTextFlashColor, t, false/*rgb mode*/); color[CA] = textAlpha; // Light the text. color[CR] *= light; color[CG] *= light; color[CB] *= light; // Draw the text: FR_SetColorAndAlphav(color); FR_DrawText3(string, &origin, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); // Are we drawing a cursor? if((ob->_flags & MNF_ACTIVE) && (ob->_flags & MNF_FOCUS) && (menuTime & 8) && (!edit->maxLength || (unsigned)Str_Length(&edit->text) < edit->maxLength)) { origin.x += FR_TextWidth(string); FR_DrawChar3('_', &origin, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); } } DGL_Disable(DGL_TEXTURE_2D); } int MNEdit_CommandResponder(mn_object_t *ob, menucommand_e cmd) { mndata_edit_t *edit = (mndata_edit_t *)ob->_typedata; DENG_ASSERT(ob->_type == MN_EDIT); if(cmd == MCMD_SELECT) { if(!(ob->_flags & MNF_ACTIVE)) { S_LocalSound(SFX_MENU_CYCLE, NULL); ob->_flags |= MNF_ACTIVE; ob->timer = 0; // Store a copy of the present text value so we can restore it. Str_Copy(&edit->oldtext, &edit->text); if(MNObject_HasAction(ob, MNA_ACTIVE)) { MNObject_ExecAction(ob, MNA_ACTIVE, NULL); } } else { S_LocalSound(SFX_MENU_ACCEPT, NULL); Str_Copy(&edit->oldtext, &edit->text); ob->_flags &= ~MNF_ACTIVE; if(MNObject_HasAction(ob, MNA_ACTIVEOUT)) { MNObject_ExecAction(ob, MNA_ACTIVEOUT, NULL); } } return true; } if(ob->_flags & MNF_ACTIVE) { switch(cmd) { case MCMD_NAV_OUT: Str_Copy(&edit->text, &edit->oldtext); ob->_flags &= ~MNF_ACTIVE; if(MNObject_HasAction(ob, MNA_CLOSE)) { MNObject_ExecAction(ob, MNA_CLOSE, NULL); } return true; // Eat all other navigation commands, when active. case MCMD_NAV_LEFT: case MCMD_NAV_RIGHT: case MCMD_NAV_DOWN: case MCMD_NAV_UP: case MCMD_NAV_PAGEDOWN: case MCMD_NAV_PAGEUP: return true; default: break; } } return false; // Not eaten. } uint MNEdit_MaxLength(mn_object_t* ob) { mndata_edit_t* edit = (mndata_edit_t*)ob->_typedata; assert(ob->_type == MN_EDIT); return edit->maxLength; } void MNEdit_SetMaxLength(mn_object_t* ob, uint newMaxLength) { mndata_edit_t* edit = (mndata_edit_t*)ob->_typedata; assert(ob->_type == MN_EDIT); if(newMaxLength < edit->maxLength) { Str_Truncate(&edit->text, newMaxLength); Str_Truncate(&edit->oldtext, newMaxLength); } edit->maxLength = newMaxLength; } const ddstring_t* MNEdit_Text(mn_object_t* ob) { mndata_edit_t* edit = (mndata_edit_t*)ob->_typedata; assert(ob->_type == MN_EDIT); return &edit->text; } void MNEdit_SetText(mn_object_t* ob, int flags, const char* string) { mndata_edit_t* edit = (mndata_edit_t*)ob->_typedata; assert(ob && ob->_type == MN_EDIT); if(!edit->maxLength) { Str_Set(&edit->text, string); } else { Str_Clear(&edit->text); Str_PartAppend(&edit->text, string, 0, edit->maxLength); } if(flags & MNEDIT_STF_REPLACEOLD) { Str_Copy(&edit->oldtext, &edit->text); } if(!(flags & MNEDIT_STF_NO_ACTION) && MNObject_HasAction(ob, MNA_MODIFIED)) { MNObject_ExecAction(ob, MNA_MODIFIED, NULL); } } /** * Responds to alphanumeric input for edit fields. */ int MNEdit_Responder(mn_object_t* ob, event_t* ev) { mndata_edit_t* edit = (mndata_edit_t*) ob->_typedata; int ch = -1; assert(ob && ob->_type == MN_EDIT); if(!(ob->_flags & MNF_ACTIVE) || ev->type != EV_KEY) return false; if(DDKEY_RSHIFT == ev->data1) { shiftdown = (EVS_DOWN == ev->state || EVS_REPEAT == ev->state); return true; } if(!(EVS_DOWN == ev->state || EVS_REPEAT == ev->state)) return false; if(DDKEY_BACKSPACE == ev->data1) { if(!Str_IsEmpty(&edit->text)) { Str_Truncate(&edit->text, Str_Length(&edit->text)-1); if(MNObject_HasAction(ob, MNA_MODIFIED)) { MNObject_ExecAction(ob, MNA_MODIFIED, NULL); } } return true; } ch = ev->data1; if(ch >= ' ' && ch <= 'z') { if(shiftdown) ch = shiftXForm[ch]; // Filter out nasty characters. if(ch == '%') return true; if(!edit->maxLength || (unsigned)Str_Length(&edit->text) < edit->maxLength) { Str_AppendChar(&edit->text, ch); if(MNObject_HasAction(ob, MNA_MODIFIED)) { MNObject_ExecAction(ob, MNA_MODIFIED, NULL); } } return true; } return false; } void MNEdit_UpdateGeometry(mn_object_t* ob, mn_page_t* page) { // @todo calculate visible dimensions properly. assert(ob); Rect_SetWidthHeight(ob->_geometry, 170, 14); } mn_object_t* MNList_New(void) { mn_object_t* ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); if(!ob) Con_Error("MNList::New: Failed on allocation of %lu bytes for new MNList.", (unsigned long) sizeof(*ob)); ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); if(!ob->_typedata) Con_Error("MNList::New: Failed on allocation of %lu bytes for mndata_list_t.", (unsigned long) sizeof(mndata_list_t)); ob->_type = MN_LIST; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNList_Ticker; ob->drawer = MNList_Drawer; ob->updateGeometry = MNList_UpdateGeometry; ob->cmdResponder = MNList_CommandResponder; return ob; } void MNList_Delete(mn_object_t *ob) { DENG_ASSERT(ob != 0 && ob->_type == MN_LIST); Z_Free(ob->_typedata); Z_Free(ob); } void MNList_Ticker(mn_object_t *ob) { // mndata_list_t *list = (mndata_list_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_LIST); DENG_UNUSED(ob); // Stub. } void MNList_Drawer(mn_object_t *ob, Point2Raw const *_origin) { mndata_list_t const *list = (mndata_list_t *)ob->_typedata; dd_bool const flashSelection = ((ob->_flags & MNF_ACTIVE) && MNList_SelectionIsVisible(ob)); float const *color = rs.textColors[ob->_pageColorIdx]; float dimColor[4], flashColor[4], t = flashSelection? 1 : 0; Point2Raw origin; DENG_ASSERT(ob->_type == MN_LIST); if(flashSelection && cfg.menuTextFlashSpeed > 0) { float const speed = cfg.menuTextFlashSpeed / 2.f; t = (1 + sin(MNPage_Timer(ob->_page) / (float)TICSPERSEC * speed * DD_PI)) / 2; } lerpColor(flashColor, rs.textColors[ob->_pageColorIdx], cfg.menuTextFlashColor, t, false/*rgb mode*/); flashColor[CA] = color[CA]; memcpy(dimColor, color, sizeof(dimColor)); dimColor[CR] *= MNDATA_LIST_NONSELECTION_LIGHT; dimColor[CG] *= MNDATA_LIST_NONSELECTION_LIGHT; dimColor[CB] *= MNDATA_LIST_NONSELECTION_LIGHT; if(list->first < list->count && list->numvis > 0) { int i = list->first; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(rs.textFonts[ob->_pageFontIdx]); origin.x = _origin->x; origin.y = _origin->y; do { const mndata_listitem_t* item = &((const mndata_listitem_t*) list->items)[i]; if(list->selection == i) { if(flashSelection) FR_SetColorAndAlphav(flashColor); else FR_SetColorAndAlphav(color); } else { FR_SetColorAndAlphav(dimColor); } FR_DrawText3(item->text, &origin, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); origin.y += FR_TextHeight(item->text) * (1+MNDATA_LIST_LEADING); } while(++i < list->count && i < list->first + list->numvis); DGL_Disable(DGL_TEXTURE_2D); } } int MNList_CommandResponder(mn_object_t* obj, menucommand_e cmd) { mndata_list_t* list = (mndata_list_t*)obj->_typedata; assert(obj->_type == MN_LIST); switch(cmd) { case MCMD_NAV_DOWN: case MCMD_NAV_UP: if(obj->_flags & MNF_ACTIVE) { int oldSelection = list->selection; if(MCMD_NAV_DOWN == cmd) { if(list->selection < list->count - 1) ++list->selection; } else { if(list->selection > 0) --list->selection; } if(list->selection != oldSelection) { S_LocalSound(cmd == MCMD_NAV_DOWN? SFX_MENU_NAV_DOWN : SFX_MENU_NAV_UP, NULL); if(MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } } return true; } return false; // Not eaten. case MCMD_NAV_OUT: if(obj->_flags & MNF_ACTIVE) { S_LocalSound(SFX_MENU_CANCEL, NULL); obj->_flags &= ~MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_CLOSE)) { MNObject_ExecAction(obj, MNA_CLOSE, NULL); } return true; } return false; // Not eaten. case MCMD_SELECT: if(!(obj->_flags & MNF_ACTIVE)) { S_LocalSound(SFX_MENU_ACCEPT, NULL); obj->_flags |= MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_ACTIVE)) { MNObject_ExecAction(obj, MNA_ACTIVE, NULL); } } else { S_LocalSound(SFX_MENU_ACCEPT, NULL); obj->_flags &= ~MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_ACTIVEOUT)) { MNObject_ExecAction(obj, MNA_ACTIVEOUT, NULL); } } return true; default: return false; // Not eaten. } } int MNList_Selection(mn_object_t* obj) { mndata_list_t* list = (mndata_list_t*)obj->_typedata; assert(obj && (obj->_type == MN_LIST || obj->_type == MN_LISTINLINE)); return list->selection; } dd_bool MNList_SelectionIsVisible(mn_object_t* obj) { const mndata_list_t* list = (mndata_list_t*)obj->_typedata; assert(obj && (obj->_type == MN_LIST || obj->_type == MN_LISTINLINE)); return (list->selection >= list->first && list->selection < list->first + list->numvis); } int MNList_ItemData(const mn_object_t* obj, int index) { mndata_list_t* list = (mndata_list_t*)obj->_typedata; mndata_listitem_t* item; assert(obj && (obj->_type == MN_LIST || obj->_type == MN_LISTINLINE)); if(index < 0 || index >= list->count) return 0; item = &((mndata_listitem_t*) list->items)[index]; return item->data; } int MNList_FindItem(const mn_object_t* obj, int dataValue) { mndata_list_t* list = (mndata_list_t*)obj->_typedata; int i; assert(obj && (obj->_type == MN_LIST || obj->_type == MN_LISTINLINE)); for(i = 0; i < list->count; ++i) { mndata_listitem_t* item = &((mndata_listitem_t*) list->items)[i]; if(list->mask) { if((dataValue & list->mask) == item->data) return i; } else if(dataValue == item->data) { return i; } } return -1; } dd_bool MNList_SelectItem(mn_object_t* obj, int flags, int itemIndex) { mndata_list_t* list = (mndata_list_t*)obj->_typedata; int oldSelection = list->selection; assert(obj && (obj->_type == MN_LIST || obj->_type == MN_LISTINLINE)); if(0 > itemIndex || itemIndex >= list->count) return false; list->selection = itemIndex; if(list->selection == oldSelection) return false; if(!(flags & MNLIST_SIF_NO_ACTION) && MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } return true; } dd_bool MNList_SelectItemByValue(mn_object_t* obj, int flags, int dataValue) { return MNList_SelectItem(obj, flags, MNList_FindItem(obj, dataValue)); } mn_object_t *MNListInline_New(void) { mn_object_t *ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); ob->_type = MN_LISTINLINE; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNListInline_Ticker; ob->drawer = MNListInline_Drawer; ob->updateGeometry = MNListInline_UpdateGeometry; ob->cmdResponder = MNListInline_CommandResponder; return ob; } void MNListInline_Delete(mn_object_t *ob) { DENG_ASSERT(ob != 0 && ob->_type == MN_LISTINLINE); Z_Free(ob->_typedata); Z_Free(ob); } void MNListInline_Ticker(mn_object_t *ob) { // mndata_list_t *rect = (mndata_list_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_LISTINLINE); DENG_UNUSED(ob); // Stub. } void MNListInline_Drawer(mn_object_t *ob, Point2Raw const *origin) { mndata_list_t const *list = (mndata_list_t *)ob->_typedata; mndata_listitem_t const *item = ((mndata_listitem_t const *)list->items) + list->selection; DENG_ASSERT(ob->_type == MN_LISTINLINE); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(rs.textFonts[ob->_pageFontIdx]); FR_SetColorAndAlphav(rs.textColors[ob->_pageColorIdx]); FR_DrawText3(item->text, origin, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); } int MNListInline_CommandResponder(mn_object_t *ob, menucommand_e cmd) { mndata_list_t *list = (mndata_list_t *)ob->_typedata; DENG_ASSERT(ob->_type == MN_LISTINLINE); switch(cmd) { case MCMD_SELECT: // Treat as @c MCMD_NAV_RIGHT case MCMD_NAV_LEFT: case MCMD_NAV_RIGHT: { int oldSelection = list->selection; if(MCMD_NAV_LEFT == cmd) { if(list->selection > 0) --list->selection; else list->selection = list->count - 1; } else { if(list->selection < list->count - 1) ++list->selection; else list->selection = 0; } // Adjust the first visible item. list->first = list->selection; if(oldSelection != list->selection) { S_LocalSound(SFX_MENU_SLIDER_MOVE, NULL); if(MNObject_HasAction(ob, MNA_MODIFIED)) { MNObject_ExecAction(ob, MNA_MODIFIED, NULL); } } return true; } default: return false; // Not eaten. } } void MNList_UpdateGeometry(mn_object_t *ob, mn_page_t *page) { mndata_list_t *list = (mndata_list_t *)ob->_typedata; RectRaw itemGeometry = { 0, 0 }; int i; DENG_ASSERT(ob->_type == MN_LIST); Rect_SetWidthHeight(ob->_geometry, 0, 0); FR_SetFont(MNPage_PredefinedFont(page, ob->_pageFontIdx)); for(i = 0; i < list->count; ++i) { mndata_listitem_t* item = &((mndata_listitem_t*)list->items)[i]; FR_TextSize(&itemGeometry.size, item->text); if(i != list->count-1) itemGeometry.size.height *= 1 + MNDATA_LIST_LEADING; Rect_UniteRaw(ob->_geometry, &itemGeometry); itemGeometry.origin.y += itemGeometry.size.height; } } void MNListInline_UpdateGeometry(mn_object_t *obj, mn_page_t *page) { mndata_list_t *list = (mndata_list_t *)obj->_typedata; mndata_listitem_t *item = ((mndata_listitem_t *) list->items) + list->selection; Size2Raw size; DENG_ASSERT(obj->_type == MN_LISTINLINE); FR_SetFont(MNPage_PredefinedFont(page, obj->_pageFontIdx)); FR_TextSize(&size, item->text); Rect_SetWidthHeight(obj->_geometry, size.width, size.height); } mn_object_t *MNButton_New(void) { mn_object_t *ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); ob->_type = MN_BUTTON; ob->_pageFontIdx = MENU_FONT2; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->drawer = MNButton_Drawer; ob->updateGeometry = MNButton_UpdateGeometry; ob->cmdResponder = MNButton_CommandResponder; return ob; } void MNButton_Delete(mn_object_t *ob) { DENG_ASSERT(ob != 0 && ob->_type == MN_BUTTON); Z_Free(ob->_typedata); Z_Free(ob); } void MNButton_Ticker(mn_object_t *ob) { //mndata_button_t *btn = (mndata_button_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_BUTTON); DENG_UNUSED(ob); // Stub. } void MNButton_Drawer(mn_object_t *ob, Point2Raw const *origin) { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; //int dis = (obj->_flags & MNF_DISABLED) != 0; //int act = (obj->_flags & MNF_ACTIVE) != 0; //int click = (obj->_flags & MNF_CLICKED) != 0; //dd_bool down = act || click; fontid_t const fontId = rs.textFonts[ob->_pageFontIdx]; float color[4], t = (ob->_flags & MNF_FOCUS)? 1 : 0; DENG_ASSERT(ob->_type == MN_BUTTON); // Flash if focused? if((ob->_flags & MNF_FOCUS) && cfg.menuTextFlashSpeed > 0) { const float speed = cfg.menuTextFlashSpeed / 2.f; t = (1 + sin(MNPage_Timer(ob->_page) / (float)TICSPERSEC * speed * DD_PI)) / 2; } lerpColor(color, rs.textColors[ob->_pageColorIdx], cfg.menuTextFlashColor, t, false/*rgb mode*/); color[CA] = rs.textColors[ob->_pageColorIdx][CA]; FR_SetFont(fontId); FR_SetColorAndAlphav(color); DGL_Color4f(1, 1, 1, color[CA]); if(btn->patch) { const char* replacement = NULL; if(!(btn->flags & MNBUTTON_NO_ALTTEXT)) { replacement = Hu_ChoosePatchReplacement2(cfg.menuPatchReplaceMode, *btn->patch, btn->text); } DGL_Enable(DGL_TEXTURE_2D); WI_DrawPatch3(*btn->patch, replacement, origin, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); return; } DGL_Enable(DGL_TEXTURE_2D); FR_DrawText3(btn->text, origin, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); } int MNButton_CommandResponder(mn_object_t* obj, menucommand_e cmd) { mndata_button_t* btn = (mndata_button_t*)obj->_typedata; assert(obj->_type == MN_BUTTON); if(cmd == MCMD_SELECT) { dd_bool justActivated = false; if(!(obj->_flags & MNF_ACTIVE)) { justActivated = true; if(btn->staydownMode) S_LocalSound(SFX_MENU_CYCLE, NULL); obj->_flags |= MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_ACTIVE)) { MNObject_ExecAction(obj, MNA_ACTIVE, NULL); } } if(!btn->staydownMode) { // We are not going to receive an "up event" so action that now. S_LocalSound(SFX_MENU_ACCEPT, NULL); obj->_flags &= ~MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_ACTIVEOUT)) { MNObject_ExecAction(obj, MNA_ACTIVEOUT, NULL); } } else { // Stay-down buttons change state. if(!justActivated) obj->_flags ^= MNF_ACTIVE; if(obj->data1) { void* data = obj->data1; *((char*)data) = (obj->_flags & MNF_ACTIVE) != 0; if(MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } } if(!justActivated && !(obj->_flags & MNF_ACTIVE)) { S_LocalSound(SFX_MENU_CYCLE, NULL); if(MNObject_HasAction(obj, MNA_ACTIVEOUT)) { MNObject_ExecAction(obj, MNA_ACTIVEOUT, NULL); } } } obj->timer = 0; return true; } return false; // Not eaten. } void MNButton_UpdateGeometry(mn_object_t* obj, mn_page_t* page) { mndata_button_t* btn = (mndata_button_t*)obj->_typedata; //int dis = (obj->_flags & MNF_DISABLED) != 0; //int act = (obj->_flags & MNF_ACTIVE) != 0; //int click = (obj->_flags & MNF_CLICKED) != 0; //dd_bool down = act || click; const char* text = btn->text; Size2Raw size; // @todo What if patch replacement is disabled? if(btn->patch) { if(!(btn->flags & MNBUTTON_NO_ALTTEXT)) { // Use the replacement string? text = Hu_ChoosePatchReplacement2(cfg.menuPatchReplaceMode, *btn->patch, btn->text); } if(!text || !text[0]) { // Use the original patch. patchinfo_t info; R_GetPatchInfo(*btn->patch, &info); Rect_SetWidthHeight(obj->_geometry, info.geometry.size.width, info.geometry.size.height); return; } } FR_SetFont(MNPage_PredefinedFont(page, obj->_pageFontIdx)); FR_TextSize(&size, text); Rect_SetWidthHeight(obj->_geometry, size.width, size.height); } int MNButton_SetFlags(mn_object_t* ob, flagop_t op, int flags) { mndata_button_t* btn = (mndata_button_t*)ob->_typedata; assert(ob && ob->_type == MN_BUTTON); switch(op) { case FO_CLEAR: btn->flags &= ~flags; break; case FO_SET: btn->flags |= flags; break; case FO_TOGGLE: btn->flags ^= flags; break; default: Con_Error("MNButton::SetFlags: Unknown op %i\n", op); exit(1); // Unreachable. } return btn->flags; } mn_object_t* MNColorBox_New(void) { mn_object_t* ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); if(!ob) Con_Error("MNColorBox::New: Failed on allocation of %lu bytes for new MNList.", (unsigned long) sizeof(*ob)); ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); if(!ob->_typedata) Con_Error("MNColorBox::New: Failed on allocation of %lu bytes for mndata_colorbox_t.", (unsigned long) sizeof(mndata_colorbox_t)); ob->_type = MN_COLORBOX; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->drawer = MNColorBox_Drawer; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->cmdResponder = MNColorBox_CommandResponder; return ob; } void MNColorBox_Delete(mn_object_t *ob) { DENG_ASSERT(ob != 0 && ob->_type == MN_COLORBOX); Z_Free(ob->_typedata); Z_Free(ob); } void MNColorBox_Ticker(mn_object_t *ob) { //mndata_colorbox_t *cbox = (mndata_colorbox_t*) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_COLORBOX); DENG_UNUSED(ob); // Stub. } void MNColorBox_Drawer(mn_object_t *ob, Point2Raw const *offset) { mndata_colorbox_t const *cbox = (mndata_colorbox_t *)ob->_typedata; patchinfo_t t, b, l, r, tl, tr, br, bl; int const up = 1; int x, y, w, h; DENG_ASSERT(ob->_type == MN_COLORBOX && offset); R_GetPatchInfo(borderPatches[0], &t); R_GetPatchInfo(borderPatches[2], &b); R_GetPatchInfo(borderPatches[3], &l); R_GetPatchInfo(borderPatches[1], &r); R_GetPatchInfo(borderPatches[4], &tl); R_GetPatchInfo(borderPatches[5], &tr); R_GetPatchInfo(borderPatches[6], &br); R_GetPatchInfo(borderPatches[7], &bl); x = offset->x; y = offset->y; w = cbox->width; h = cbox->height; if(t.id || tl.id || tr.id) { int height = 0; if(t.id) height = t.geometry.size.height; if(tl.id) height = MAX_OF(height, tl.geometry.size.height); if(tr.id) height = MAX_OF(height, tr.geometry.size.height); y += height; } if(l.id || tl.id || bl.id) { int width = 0; if(l.id) width = l.geometry.size.width; if(tl.id) width = MAX_OF(width, tl.geometry.size.width); if(bl.id) width = MAX_OF(width, bl.geometry.size.width); x += width; } DGL_Color4f(1, 1, 1, rs.pageAlpha); DGL_Enable(DGL_TEXTURE_2D); DGL_SetMaterialUI(P_ToPtr(DMU_MATERIAL, Materials_ResolveUriCString(borderGraphics[0])), DGL_REPEAT, DGL_REPEAT); DGL_DrawRectf2Tiled(x, y, w, h, 64, 64); // Top if(t.id) { DGL_SetPatch(t.id, DGL_REPEAT, DGL_REPEAT); DGL_DrawRectf2Tiled(x, y - t.geometry.size.height, w, t.geometry.size.height, up * t.geometry.size.width, up * t.geometry.size.height); } // Bottom if(b.id) { DGL_SetPatch(b.id, DGL_REPEAT, DGL_REPEAT); DGL_DrawRectf2Tiled(x, y + h, w, b.geometry.size.height, up * b.geometry.size.width, up * b.geometry.size.height); } // Left if(l.id) { DGL_SetPatch(l.id, DGL_REPEAT, DGL_REPEAT); DGL_DrawRectf2Tiled(x - l.geometry.size.width, y, l.geometry.size.width, h, up * l.geometry.size.width, up * l.geometry.size.height); } // Right if(r.id) { DGL_SetPatch(r.id, DGL_REPEAT, DGL_REPEAT); DGL_DrawRectf2Tiled(x + w, y, r.geometry.size.width, h, up * r.geometry.size.width, up * r.geometry.size.height); } // Top Left if(tl.id) { DGL_SetPatch(tl.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawRectf2(x - tl.geometry.size.width, y - tl.geometry.size.height, tl.geometry.size.width, tl.geometry.size.height); } // Top Right if(tr.id) { DGL_SetPatch(tr.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawRectf2(x + w, y - tr.geometry.size.height, tr.geometry.size.width, tr.geometry.size.height); } // Bottom Right if(br.id) { DGL_SetPatch(br.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawRectf2(x + w, y + h, br.geometry.size.width, br.geometry.size.height); } // Bottom Left if(bl.id) { DGL_SetPatch(bl.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_DrawRectf2(x - bl.geometry.size.width, y + h, bl.geometry.size.width, bl.geometry.size.height); } DGL_Disable(DGL_TEXTURE_2D); DGL_SetNoMaterial(); DGL_DrawRectf2Color(x, y, w, h, cbox->r, cbox->g, cbox->b, cbox->a * rs.pageAlpha); } int MNColorBox_CommandResponder(mn_object_t* obj, menucommand_e cmd) { //mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; assert(obj->_type == MN_COLORBOX); switch(cmd) { case MCMD_SELECT: if(!(obj->_flags & MNF_ACTIVE)) { S_LocalSound(SFX_MENU_CYCLE, NULL); obj->_flags |= MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_ACTIVE)) { MNObject_ExecAction(obj, MNA_ACTIVE, NULL); } } else { S_LocalSound(SFX_MENU_CYCLE, NULL); obj->_flags &= ~MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_ACTIVEOUT)) { MNObject_ExecAction(obj, MNA_ACTIVEOUT, NULL); } } return true; default: return false; // Not eaten. } } void MNColorBox_UpdateGeometry(mn_object_t* obj, mn_page_t* page) { mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; patchinfo_t info; assert(obj->_type == MN_COLORBOX); Rect_SetWidthHeight(obj->_geometry, cbox->width, cbox->height); // Add bottom border? if(R_GetPatchInfo(borderPatches[2], &info)) { info.geometry.size.width = cbox->width; info.geometry.origin.y = cbox->height; Rect_UniteRaw(obj->_geometry, &info.geometry); } // Add right border? if(R_GetPatchInfo(borderPatches[1], &info)) { info.geometry.size.height = cbox->height; info.geometry.origin.x = cbox->width; Rect_UniteRaw(obj->_geometry, &info.geometry); } // Add top border? if(R_GetPatchInfo(borderPatches[0], &info)) { info.geometry.size.width = cbox->width; info.geometry.origin.y = -info.geometry.size.height; Rect_UniteRaw(obj->_geometry, &info.geometry); } // Add left border? if(R_GetPatchInfo(borderPatches[3], &info)) { info.geometry.size.height = cbox->height; info.geometry.origin.x = -info.geometry.size.width; Rect_UniteRaw(obj->_geometry, &info.geometry); } // Add top-left corner? if(R_GetPatchInfo(borderPatches[4], &info)) { info.geometry.origin.x = -info.geometry.size.width; info.geometry.origin.y = -info.geometry.size.height; Rect_UniteRaw(obj->_geometry, &info.geometry); } // Add top-right corner? if(R_GetPatchInfo(borderPatches[5], &info)) { info.geometry.origin.x = cbox->width; info.geometry.origin.y = -info.geometry.size.height; Rect_UniteRaw(obj->_geometry, &info.geometry); } // Add bottom-right corner? if(R_GetPatchInfo(borderPatches[6], &info)) { info.geometry.origin.x = cbox->width; info.geometry.origin.y = cbox->height; Rect_UniteRaw(obj->_geometry, &info.geometry); } // Add bottom-left corner? if(R_GetPatchInfo(borderPatches[7], &info)) { info.geometry.origin.x = -info.geometry.size.width; info.geometry.origin.y = cbox->height; Rect_UniteRaw(obj->_geometry, &info.geometry); } } dd_bool MNColorBox_RGBAMode(mn_object_t* obj) { mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; assert(obj->_type == MN_COLORBOX); return cbox->rgbaMode; } float MNColorBox_Redf(const mn_object_t* obj) { const mndata_colorbox_t* cbox = (const mndata_colorbox_t*)obj->_typedata; assert(obj->_type == MN_COLORBOX); return cbox->r; } float MNColorBox_Greenf(const mn_object_t* obj) { const mndata_colorbox_t* cbox = (const mndata_colorbox_t*)obj->_typedata; assert(obj->_type == MN_COLORBOX); return cbox->g; } float MNColorBox_Bluef(const mn_object_t* obj) { const mndata_colorbox_t* cbox = (const mndata_colorbox_t*)obj->_typedata; assert(obj->_type == MN_COLORBOX); return cbox->b; } float MNColorBox_Alphaf(const mn_object_t* obj) { const mndata_colorbox_t* cbox = (const mndata_colorbox_t*) obj->_typedata; assert(obj->_type == MN_COLORBOX); return (cbox->rgbaMode? cbox->a : 1.0f); } dd_bool MNColorBox_SetRedf(mn_object_t* obj, int flags, float red) { mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; float oldRed = cbox->r; assert(obj->_type == MN_COLORBOX); cbox->r = red; if(cbox->r != oldRed) { if(!(flags & MNCOLORBOX_SCF_NO_ACTION) && MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } return true; } return false; } dd_bool MNColorBox_SetGreenf(mn_object_t* obj, int flags, float green) { mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; float oldGreen = cbox->g; assert(obj->_type == MN_COLORBOX); cbox->g = green; if(cbox->g != oldGreen) { if(!(flags & MNCOLORBOX_SCF_NO_ACTION) && MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } return true; } return false; } dd_bool MNColorBox_SetBluef(mn_object_t* obj, int flags, float blue) { mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; float oldBlue = cbox->b; assert(obj->_type == MN_COLORBOX); cbox->b = blue; if(cbox->b != oldBlue) { if(!(flags & MNCOLORBOX_SCF_NO_ACTION) && MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } return true; } return false; } dd_bool MNColorBox_SetAlphaf(mn_object_t* obj, int flags, float alpha) { mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; assert(obj->_type == MN_COLORBOX); if(cbox->rgbaMode) { float oldAlpha = cbox->a; cbox->a = alpha; if(cbox->a != oldAlpha) { if(!(flags & MNCOLORBOX_SCF_NO_ACTION) && MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } return true; } } return false; } dd_bool MNColorBox_SetColor4f(mn_object_t* obj, int flags, float red, float green, float blue, float alpha) { //mndata_colorbox_t* cbox = (mndata_colorbox_t*)obj->_typedata; int setComps = 0, setCompFlags = (flags | MNCOLORBOX_SCF_NO_ACTION); assert(obj->_type == MN_COLORBOX); if(MNColorBox_SetRedf( obj, setCompFlags, red)) setComps |= 0x1; if(MNColorBox_SetGreenf(obj, setCompFlags, green)) setComps |= 0x2; if(MNColorBox_SetBluef( obj, setCompFlags, blue)) setComps |= 0x4; if(MNColorBox_SetAlphaf(obj, setCompFlags, alpha)) setComps |= 0x8; if(0 == setComps) return false; if(!(flags & MNCOLORBOX_SCF_NO_ACTION) && MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } return true; } dd_bool MNColorBox_SetColor4fv(mn_object_t* obj, int flags, float rgba[4]) { if(!rgba) return false; return MNColorBox_SetColor4f(obj, flags, rgba[CR], rgba[CG], rgba[CB], rgba[CA]); } dd_bool MNColorBox_CopyColor(mn_object_t* obj, int flags, const mn_object_t* other) { assert(obj->_type == MN_COLORBOX); if(!other) { #if _DEBUG Con_Error("MNColorBox::CopyColor: Called with invalid 'other' argument."); #endif return false; } return MNColorBox_SetColor4f(obj, flags, MNColorBox_Redf(other), MNColorBox_Greenf(other), MNColorBox_Bluef(other), MNColorBox_Alphaf(other)); } mn_object_t* MNSlider_New(void) { mn_object_t* ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); if(!ob) Con_Error("MNSlider::New: Failed on allocation of %lu bytes for new MNSlider.", (unsigned long) sizeof(*ob)); ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); if(!ob->_typedata) Con_Error("MNSlider::New: Failed on allocation of %lu bytes for mndata_slider_t.", (unsigned long) sizeof(mndata_slider_t)); ob->_type = MN_SLIDER; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->drawer = MNSlider_Drawer; ob->updateGeometry = MNSlider_UpdateGeometry; ob->cmdResponder = MNSlider_CommandResponder; return ob; } void MNSlider_Delete(mn_object_t* ob) { assert(ob && ob->_type == MN_SLIDER); Z_Free(ob->_typedata); Z_Free(ob); } float MNSlider_Value(const mn_object_t* obj) { const mndata_slider_t* sldr = (const mndata_slider_t*)obj->_typedata; assert(obj->_type == MN_SLIDER); if(sldr->floatMode) { return sldr->value; } return (int) (sldr->value + (sldr->value > 0? .5f : -.5f)); } void MNSlider_SetValue(mn_object_t* obj, int flags, float value) { mndata_slider_t* sldr = (mndata_slider_t*)obj->_typedata; assert(obj->_type == MN_SLIDER); if(sldr->floatMode) sldr->value = value; else sldr->value = (int) (value + (value > 0? + .5f : -.5f)); } int MNSlider_ThumbPos(mn_object_t const *ob) { #define WIDTH (middleInfo.geometry.size.width) mndata_slider_t *data = (mndata_slider_t*)ob->_typedata; float range = data->max - data->min, useVal; patchinfo_t middleInfo; DENG_ASSERT(ob->_type == MN_SLIDER); if(!R_GetPatchInfo(pSliderMiddle, &middleInfo)) return 0; if(!range) range = 1; // Should never happen. useVal = MNSlider_Value(ob) - data->min; //return obj->x + UI_BAR_BORDER + butw + useVal / range * (obj->w - UI_BAR_BORDER * 2 - butw * 3); return useVal / range * MNDATA_SLIDER_SLOTS * WIDTH; #undef WIDTH } void MNSlider_Ticker(mn_object_t *ob) { //mndata_slider_t *sld = (mndata_slider_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_SLIDER); DENG_UNUSED(ob); // Stub. } void MNSlider_Drawer(mn_object_t *obj, Point2Raw const *origin) { #define WIDTH (middleInfo.geometry.size.width) #define HEIGHT (middleInfo.geometry.size.height) //mndata_slider_t const *sldr = (mndata_slider_t *)obj->_typedata; float x, y;// float range = sldr->max - sldr->min; patchinfo_t middleInfo, leftInfo; DENG_ASSERT(obj->_type == MN_SLIDER && origin); if(!R_GetPatchInfo(pSliderMiddle, &middleInfo)) return; if(!R_GetPatchInfo(pSliderLeft, &leftInfo)) return; if(WIDTH <= 0 || HEIGHT <= 0) return; x = origin->x + MNDATA_SLIDER_SCALE * (MNDATA_SLIDER_OFFSET_X + leftInfo.geometry.size.width); y = origin->y + MNDATA_SLIDER_SCALE * (MNDATA_SLIDER_OFFSET_Y); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(x, y, 0); DGL_Scalef(MNDATA_SLIDER_SCALE, MNDATA_SLIDER_SCALE, 1); DGL_Enable(DGL_TEXTURE_2D); if(cfg.menuShadow > 0) { float from[2], to[2]; from[0] = 2; from[1] = 1+HEIGHT/2; to[0] = (MNDATA_SLIDER_SLOTS * WIDTH) - 2; to[1] = 1+HEIGHT/2; M_DrawGlowBar(from, to, HEIGHT*1.1f, true, true, true, 0, 0, 0, rs.pageAlpha * rs.textShadow); } DGL_Color4f(1, 1, 1, rs.pageAlpha); GL_DrawPatchXY3(pSliderLeft, 0, 0, ALIGN_TOPRIGHT, DPF_NO_OFFSETX); GL_DrawPatchXY(pSliderRight, MNDATA_SLIDER_SLOTS * WIDTH, 0); DGL_SetPatch(pSliderMiddle, DGL_REPEAT, DGL_REPEAT); DGL_DrawRectf2Tiled(0, middleInfo.geometry.origin.y, MNDATA_SLIDER_SLOTS * WIDTH, HEIGHT, middleInfo.geometry.size.width, middleInfo.geometry.size.height); DGL_Color4f(1, 1, 1, rs.pageAlpha); GL_DrawPatchXY3(pSliderHandle, MNSlider_ThumbPos(obj), 1, ALIGN_TOP, DPF_NO_OFFSET); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef HEIGHT #undef WIDTH } int MNSlider_CommandResponder(mn_object_t* obj, menucommand_e cmd) { mndata_slider_t* sldr = (mndata_slider_t*)obj->_typedata; assert(obj->_type == MN_SLIDER); switch(cmd) { case MCMD_NAV_LEFT: case MCMD_NAV_RIGHT: { float oldvalue = sldr->value; if(MCMD_NAV_LEFT == cmd) { sldr->value -= sldr->step; if(sldr->value < sldr->min) sldr->value = sldr->min; } else { sldr->value += sldr->step; if(sldr->value > sldr->max) sldr->value = sldr->max; } // Did the value change? if(oldvalue != sldr->value) { S_LocalSound(SFX_MENU_SLIDER_MOVE, NULL); if(MNObject_HasAction(obj, MNA_MODIFIED)) { MNObject_ExecAction(obj, MNA_MODIFIED, NULL); } } return true; } default: return false; // Not eaten. } } static __inline dd_bool valueIsOne(float value, dd_bool floatMode) { if(floatMode) { return INRANGE_OF(1, value, .0001f); } return (value > 0 && 1 == (int)(value + .5f)); } static char* composeTextualValue(float value, dd_bool floatMode, int precision, size_t bufSize, char* buf) { assert(0 != bufSize && buf); precision = MAX_OF(0, precision); if(floatMode && !valueIsOne(value, floatMode)) { dd_snprintf(buf, bufSize, "%.*f", precision, value); } else { dd_snprintf(buf, bufSize, "%.*i", precision, (int)value); } return buf; } static char* composeValueString(float value, float defaultValue, dd_bool floatMode, int precision, const char* defaultString, const char* templateString, const char* onethSuffix, const char* nthSuffix, size_t bufSize, char* buf) { const dd_bool haveTemplateString = (templateString && templateString[0]); const dd_bool haveDefaultString = (defaultString && defaultString[0]); const dd_bool haveOnethSuffix = (onethSuffix && onethSuffix[0]); const dd_bool haveNthSuffix = (nthSuffix && nthSuffix[0]); const char* suffix = NULL; char textualValue[11]; assert(0 != bufSize && buf); // Is the default-value-string in use? if(haveDefaultString && INRANGE_OF(value, defaultValue, .0001f)) { strncpy(buf, defaultString, bufSize); buf[bufSize] = '\0'; return buf; } composeTextualValue(value, floatMode, precision, 10, textualValue); // Choose a suffix. if(haveOnethSuffix && valueIsOne(value, floatMode)) { suffix = onethSuffix; } else if(haveNthSuffix) { suffix = nthSuffix; } else { suffix = ""; } // Are we substituting the textual value into a template? if(haveTemplateString) { const char* c, *beginSubstring = NULL; ddstring_t compStr; // Reserve a conservative amount of storage, we assume the caller // knows best and take the value given as the output buffer size. Str_Init(&compStr); Str_Reserve(&compStr, bufSize); // Composite the final string. beginSubstring = templateString; for(c = beginSubstring; *c; c++) { if(c[0] == '%' && c[1] == '1') { Str_PartAppend(&compStr, beginSubstring, 0, c - beginSubstring); Str_Appendf(&compStr, "%s%s", textualValue, suffix); // Next substring will begin from here. beginSubstring = c + 2; c += 1; } } // Anything remaining? if(beginSubstring != c) Str_Append(&compStr, beginSubstring); strncpy(buf, Str_Text(&compStr), bufSize); buf[bufSize] = '\0'; Str_Free(&compStr); } else { dd_snprintf(buf, bufSize, "%s%s", textualValue, suffix); } return buf; } void MNSlider_UpdateGeometry(mn_object_t* obj, mn_page_t* page) { int middleWidth; patchinfo_t info; if(!R_GetPatchInfo(pSliderMiddle, &info)) return; middleWidth = info.geometry.size.width * MNDATA_SLIDER_SLOTS; Rect_SetWidthHeight(obj->_geometry, middleWidth, info.geometry.size.height); if(R_GetPatchInfo(pSliderLeft, &info)) { info.geometry.origin.x = -info.geometry.size.width; Rect_UniteRaw(obj->_geometry, &info.geometry); } if(R_GetPatchInfo(pSliderRight, &info)) { info.geometry.origin.x += middleWidth; Rect_UniteRaw(obj->_geometry, &info.geometry); } Rect_SetWidthHeight(obj->_geometry, .5f + Rect_Width(obj->_geometry) * MNDATA_SLIDER_SCALE, .5f + Rect_Height(obj->_geometry) * MNDATA_SLIDER_SCALE); } void MNSlider_TextualValueDrawer(mn_object_t* obj, const Point2Raw* origin) { const mndata_slider_t* sldr = (mndata_slider_t*)obj->_typedata; const float value = MINMAX_OF(sldr->min, sldr->value, sldr->max); char textualValue[41]; const char* str = composeValueString(value, 0, sldr->floatMode, 0, sldr->data2, sldr->data3, sldr->data4, sldr->data5, 40, textualValue); DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(origin->x, origin->y, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(rs.textFonts[obj->_pageFontIdx]); FR_SetColorAndAlphav(rs.textColors[obj->_pageColorIdx]); FR_DrawTextXY3(str, 0, 0, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_Translatef(-origin->x, -origin->y, 0); } void MNSlider_TextualValueUpdateGeometry(mn_object_t* obj, mn_page_t* page) { mndata_slider_t* sldr = (mndata_slider_t*)obj->_typedata; const fontid_t font = MNPage_PredefinedFont(page, obj->_pageFontIdx); const float value = MINMAX_OF(sldr->min, sldr->value, sldr->max); char textualValue[41]; const char* str = composeValueString(value, 0, sldr->floatMode, 0, sldr->data2, sldr->data3, sldr->data4, sldr->data5, 40, textualValue); Size2Raw size; FR_SetFont(font); FR_TextSize(&size, str); Rect_SetWidthHeight(obj->_geometry, size.width, size.height); } mn_object_t* MNMobjPreview_New(void) { mn_object_t* ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); if(!ob) Con_Error("MNMobjPreview::New: Failed on allocation of %lu bytes for new MNMobjPreview.", (unsigned long) sizeof(*ob)); ob->_typedata = Z_Calloc(sizeof(mndata_mobjpreview_t), PU_GAMESTATIC, 0); if(!ob->_typedata) Con_Error("MNMobjPreview::New: Failed on allocation of %lu bytes for mndata_mobjpreview_t.", (unsigned long) sizeof(mndata_mobjpreview_t)); ob->_type = MN_MOBJPREVIEW; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNMobjPreview_Ticker; ob->updateGeometry = MNMobjPreview_UpdateGeometry; ob->drawer = MNMobjPreview_Drawer; return ob; } void MNMobjPreview_Delete(mn_object_t *ob) { DENG_ASSERT(ob != 0 && ob->_type == MN_MOBJPREVIEW); Z_Free(ob->_typedata); Z_Free(ob); } void MNMobjPreview_Ticker(mn_object_t *ob) { //mndata_mobjpreview_t *mop = (mndata_mobjpreview_t *) ob->_typedata; DENG_ASSERT(ob != 0 && ob->_type == MN_MOBJPREVIEW); DENG_UNUSED(ob); // Stub. } static void findSpriteForMobjType(int mobjType, spritetype_e *sprite, int *frame) { mobjinfo_t *info; int stateNum; DENG_ASSERT(mobjType >= MT_FIRST && mobjType < NUMMOBJTYPES && sprite && frame); info = &MOBJINFO[mobjType]; stateNum = info->states[SN_SPAWN]; *sprite = STATES[stateNum].sprite; *frame = ((menuTime >> 3) & 3); } void MNMobjPreview_SetMobjType(mn_object_t *ob, int mobjType) { mndata_mobjpreview_t *mop = (mndata_mobjpreview_t *)ob->_typedata; DENG_ASSERT(ob->_type == MN_MOBJPREVIEW); mop->mobjType = mobjType; } void MNMobjPreview_SetPlayerClass(mn_object_t *ob, int plrClass) { mndata_mobjpreview_t *mop = (mndata_mobjpreview_t *)ob->_typedata; DENG_ASSERT(ob->_type == MN_MOBJPREVIEW); mop->plrClass = plrClass; } void MNMobjPreview_SetTranslationClass(mn_object_t *ob, int tClass) { mndata_mobjpreview_t *mop = (mndata_mobjpreview_t *)ob->_typedata; DENG_ASSERT(ob->_type == MN_MOBJPREVIEW); mop->tClass = tClass; } void MNMobjPreview_SetTranslationMap(mn_object_t *ob, int tMap) { mndata_mobjpreview_t *mop = (mndata_mobjpreview_t *)ob->_typedata; DENG_ASSERT(ob->_type == MN_MOBJPREVIEW); mop->tMap = tMap; } /// @todo We can do better - the engine should be able to render this visual for us. void MNMobjPreview_Drawer(mn_object_t *ob, Point2Raw const *offset) { mndata_mobjpreview_t *mop = (mndata_mobjpreview_t *)ob->_typedata; int tClass, tMap, spriteFrame; spritetype_e sprite; spriteinfo_t info; float s, t, scale; Point2Raw origin; Size2Raw size; DENG_ASSERT(ob->_type == MN_MOBJPREVIEW); if(MT_NONE == mop->mobjType) return; findSpriteForMobjType(mop->mobjType, &sprite, &spriteFrame); if(!R_GetSpriteInfo(sprite, spriteFrame, &info)) return; origin.x = info.geometry.origin.x; origin.y = info.geometry.origin.y; size.width = info.geometry.size.width; size.height = info.geometry.size.height; scale = (size.height > size.width? (float)MNDATA_MOBJPREVIEW_HEIGHT / size.height : (float)MNDATA_MOBJPREVIEW_WIDTH / size.width); s = info.texCoord[0]; t = info.texCoord[1]; tClass = mop->tClass; tMap = mop->tMap; // Are we cycling the translation map? if(tMap == NUMPLAYERCOLORS) { tMap = menuTime / 5 % NUMPLAYERCOLORS; } #if __JHEXEN__ if(gameMode == hexen_v10) { // Cycle through the four available colors. if(mop->tMap == NUMPLAYERCOLORS) tMap = menuTime / 5 % 4; } if(mop->plrClass >= PCLASS_FIGHTER) { R_GetTranslation(mop->plrClass, tMap, &tClass, &tMap); } #endif DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(scale, scale, 1); // Translate origin to the top left. DGL_Translatef(-origin.x, -origin.y, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_SetPSprite2(info.material, tClass, tMap); DGL_Color4f(1, 1, 1, rs.pageAlpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0 * s, 0); DGL_Vertex2f(0, 0); DGL_TexCoord2f(0, 1 * s, 0); DGL_Vertex2f(size.width, 0); DGL_TexCoord2f(0, 1 * s, t); DGL_Vertex2f(size.width, size.height); DGL_TexCoord2f(0, 0 * s, t); DGL_Vertex2f(0, size.height); DGL_End(); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); DGL_Disable(DGL_TEXTURE_2D); } void MNMobjPreview_UpdateGeometry(mn_object_t* ob, mn_page_t* page) { // @todo calculate visible dimensions properly! assert(ob && ob->_type == MN_MOBJPREVIEW); Rect_SetWidthHeight(ob->_geometry, MNDATA_MOBJPREVIEW_WIDTH, MNDATA_MOBJPREVIEW_HEIGHT); } doomsday-1.14.5/doomsday/plugins/common/src/dmu_lib.cpp0000664000175000017500000005011312350542240022400 0ustar jaakkojaakko/** @file dmu_lib.cpp Helper routines for accessing the DMU API. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "common.h" #include "dmu_lib.h" #include "p_terraintype.h" #include "dmu_lib.h" int P_PathXYTraverse2(coord_t fromX, coord_t fromY, coord_t toX, coord_t toY, int flags, traverser_t callback, void *context) { vec2d_t from = { fromX, fromY }; vec2d_t to = { toX, toY }; return P_PathTraverse2(from, to, flags, callback, context); } int P_PathXYTraverse(coord_t fromX, coord_t fromY, coord_t toX, coord_t toY, traverser_t callback, void *context) { vec2d_t from = { fromX, fromY }; vec2d_t to = { toX, toY }; return P_PathTraverse(from, to, callback, context); } struct TagList { iterlist_t *list; int tag; }; static TagList *lineTagLists; static uint numLineTagLists; static TagList *sectorTagLists; static uint numSectorTagLists; Line *P_AllocDummyLine() { xline_t *extra = (xline_t *)Z_Calloc(sizeof(xline_t), PU_GAMESTATIC, 0); return (Line *)P_AllocDummy(DMU_LINE, extra); } void P_FreeDummyLine(Line *line) { Z_Free(P_DummyExtraData(line)); P_FreeDummy(line); } void P_CopyLine(Line *dest, Line *src) { xline_t *xsrc = P_ToXLine(src); xline_t *xdest = P_ToXLine(dest); if(src == dest) return; // no point copying self // Copy the built-in properties for(int i = 0; i < 2; ++i) // For each side { int sidx = (i==0? DMU_FRONT : DMU_BACK); Side *sidefrom = (Side *)P_GetPtrp(src, sidx); Side *sideto = (Side *)P_GetPtrp(dest, sidx); if(!sidefrom || !sideto) continue; float temp[4]; coord_t itemp[2]; P_SetPtrp (sideto, DMU_TOP_MATERIAL, P_GetPtrp(sidefrom, DMU_TOP_MATERIAL)); P_GetDoublepv(sidefrom, DMU_TOP_MATERIAL_OFFSET_XY, itemp); P_SetDoublepv(sideto, DMU_TOP_MATERIAL_OFFSET_XY, itemp); P_GetFloatpv (sidefrom, DMU_TOP_COLOR, temp); P_SetFloatpv (sideto, DMU_TOP_COLOR, temp); P_SetPtrp (sideto, DMU_MIDDLE_MATERIAL, P_GetPtrp(sidefrom, DMU_MIDDLE_MATERIAL)); P_GetDoublepv(sidefrom, DMU_MIDDLE_MATERIAL_OFFSET_XY, itemp); P_SetDoublepv(sideto, DMU_MIDDLE_MATERIAL_OFFSET_XY, itemp); P_SetFloatpv (sideto, DMU_MIDDLE_COLOR, temp); P_SetIntp (sideto, DMU_MIDDLE_BLENDMODE, P_GetIntp(sidefrom, DMU_MIDDLE_BLENDMODE)); P_SetPtrp (sideto, DMU_BOTTOM_MATERIAL, P_GetPtrp(sidefrom, DMU_BOTTOM_MATERIAL)); P_GetDoublepv(sidefrom, DMU_BOTTOM_MATERIAL_OFFSET_XY, itemp); P_SetDoublepv(sideto, DMU_BOTTOM_MATERIAL_OFFSET_XY, itemp); P_GetFloatpv (sidefrom, DMU_BOTTOM_COLOR, temp); P_SetFloatpv (sideto, DMU_BOTTOM_COLOR, temp); } // Copy the extended properties too #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ xdest->special = xsrc->special; xdest->tag = xsrc->tag; if(xsrc->xg && xdest->xg) std::memcpy(xdest->xg, xsrc->xg, sizeof(*xdest->xg)); else xdest->xg = 0; #else xdest->special = xsrc->special; xdest->arg1 = xsrc->arg1; xdest->arg2 = xsrc->arg2; xdest->arg3 = xsrc->arg3; xdest->arg4 = xsrc->arg4; xdest->arg5 = xsrc->arg5; #endif } void P_CopySector(Sector *dest, Sector *src) { xsector_t *xsrc = P_ToXSector(src); xsector_t *xdest = P_ToXSector(dest); if(src == dest) return; // no point copying self. // Copy the built-in properties. float ftemp[4]; coord_t dtemp[2]; P_SetFloatp (dest, DMU_LIGHT_LEVEL, P_GetFloatp(src, DMU_LIGHT_LEVEL)); P_GetFloatpv (src, DMU_COLOR, ftemp); P_SetFloatpv (dest, DMU_COLOR, ftemp); P_SetDoublep (dest, DMU_FLOOR_HEIGHT, P_GetDoublep(src, DMU_FLOOR_HEIGHT)); P_SetPtrp (dest, DMU_FLOOR_MATERIAL, P_GetPtrp(src, DMU_FLOOR_MATERIAL)); P_GetFloatpv (src, DMU_FLOOR_COLOR, ftemp); P_SetFloatpv (dest, DMU_FLOOR_COLOR, ftemp); P_GetDoublepv(src, DMU_FLOOR_MATERIAL_OFFSET_XY, dtemp); P_SetDoublepv(dest, DMU_FLOOR_MATERIAL_OFFSET_XY, dtemp); P_SetIntp (dest, DMU_FLOOR_SPEED, P_GetIntp(src, DMU_FLOOR_SPEED)); P_SetDoublep (dest, DMU_FLOOR_TARGET_HEIGHT, P_GetFloatp(src, DMU_FLOOR_TARGET_HEIGHT)); P_SetDoublep (dest, DMU_CEILING_HEIGHT, P_GetDoublep(src, DMU_CEILING_HEIGHT)); P_SetPtrp (dest, DMU_CEILING_MATERIAL, P_GetPtrp(src, DMU_CEILING_MATERIAL)); P_GetFloatpv (src, DMU_CEILING_COLOR, ftemp); P_SetFloatpv (dest, DMU_CEILING_COLOR, ftemp); P_GetDoublepv(src, DMU_CEILING_MATERIAL_OFFSET_XY, dtemp); P_SetDoublepv(dest, DMU_CEILING_MATERIAL_OFFSET_XY, dtemp); P_SetIntp (dest, DMU_CEILING_SPEED, P_GetIntp(src, DMU_CEILING_SPEED)); P_SetDoublep (dest, DMU_CEILING_TARGET_HEIGHT, P_GetFloatp(src, DMU_CEILING_TARGET_HEIGHT)); // Copy the extended properties too #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ xdest->special = xsrc->special; xdest->soundTraversed = xsrc->soundTraversed; xdest->soundTarget = xsrc->soundTarget; #if __JHERETIC__ xdest->seqType = xsrc->seqType; #endif xdest->SP_floororigheight = xsrc->SP_floororigheight; xdest->SP_ceilorigheight = xsrc->SP_ceilorigheight; xdest->origLight = xsrc->origLight; std::memcpy(xdest->origRGB, xsrc->origRGB, sizeof(float) * 3); if(xsrc->xg && xdest->xg) std::memcpy(xdest->xg, xsrc->xg, sizeof(*xdest->xg)); else xdest->xg = 0; #else xdest->special = xsrc->special; xdest->soundTraversed = xsrc->soundTraversed; xdest->soundTarget = xsrc->soundTarget; xdest->seqType = xsrc->seqType; #endif } void P_BuildLineTagLists() { P_DestroyLineTagLists(); for(int i = 0; i < numlines; ++i) { Line *line = (Line *)P_ToPtr(DMU_LINE, i); xline_t *xline = P_ToXLine(line); #if !__JHEXEN__ if(xline->tag) { iterlist_t *list = P_GetLineIterListForTag(xline->tag, true); IterList_PushBack(list, line); } #else switch(xline->special) { default: break; case 121: ///< Line_SetIdentification. if(xline->arg1) { iterlist_t *list = P_GetLineIterListForTag((int) xline->arg1, true); IterList_PushBack(list, line); } xline->special = 0; break; } #endif } } void P_DestroyLineTagLists() { if(numLineTagLists == 0) return; for(uint i = 0; i < numLineTagLists; ++i) { IterList_Clear(lineTagLists[i].list); IterList_Delete(lineTagLists[i].list); } free(lineTagLists); lineTagLists = 0; numLineTagLists = 0; } iterlist_t *P_GetLineIterListForTag(int tag, dd_bool createNewList) { // Do we have an existing list for this tag? for(uint i = 0; i < numLineTagLists; ++i) { if(lineTagLists[i].tag == tag) return lineTagLists[i].list; } if(!createNewList) return 0; // Nope, we need to allocate another. numLineTagLists++; lineTagLists = (TagList *)realloc(lineTagLists, sizeof(TagList) * numLineTagLists); TagList *tagList = &lineTagLists[numLineTagLists - 1]; tagList->tag = tag; return (tagList->list = IterList_New()); } void P_BuildSectorTagLists() { P_DestroySectorTagLists(); for(int i = 0; i < numsectors; ++i) { Sector *sec = (Sector *)P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); if(xsec->tag) { iterlist_t *list = P_GetSectorIterListForTag(xsec->tag, true); IterList_PushBack(list, sec); } } } void P_DestroySectorTagLists() { if(numSectorTagLists == 0) return; for(uint i = 0; i < numSectorTagLists; ++i) { IterList_Clear(sectorTagLists[i].list); IterList_Delete(sectorTagLists[i].list); } free(sectorTagLists); sectorTagLists = 0; numSectorTagLists = 0; } iterlist_t *P_GetSectorIterListForTag(int tag, dd_bool createNewList) { // Do we have an existing list for this tag? for(uint i = 0; i < numSectorTagLists; ++i) { if(sectorTagLists[i].tag == tag) return sectorTagLists[i].list; } if(!createNewList) return 0; // Nope, we need to allocate another. numSectorTagLists++; sectorTagLists = (TagList *)realloc(sectorTagLists, sizeof(TagList) * numSectorTagLists); TagList *tagList = §orTagLists[numSectorTagLists - 1]; tagList->tag = tag; return (tagList->list = IterList_New()); } void P_BuildAllTagLists() { P_BuildSectorTagLists(); P_BuildLineTagLists(); } void P_DestroyAllTagLists() { P_DestroyLineTagLists(); P_DestroySectorTagLists(); } Sector *P_GetNextSector(Line *line, Sector *sec) { if(!sec || !line) return 0; if(!(P_ToXLine(line)->flags & ML_TWOSIDED)) return 0; Sector *frontSec = (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR); if(frontSec == sec) return (Sector *)P_GetPtrp(line, DMU_BACK_SECTOR); return frontSec; } int findExtremalLightLevelInAdjacentSectors(void *ptr, void *context) { findlightlevelparams_t *params = (findlightlevelparams_t *) context; Sector *other = P_GetNextSector((Line *) ptr, params->baseSec); if(!other) return false; // Continue iteration. float lightLevel = P_GetFloatp(other, DMU_LIGHT_LEVEL); if(params->flags & FELLF_MIN) { if(lightLevel < params->val) { params->val = lightLevel; params->foundSec = other; if(params->val <= 0) return true; // Stop iteration. Can't get any darker. } } else if(lightLevel > params->val) { params->val = lightLevel; params->foundSec = other; if(params->val >= 1) return true; // Stop iteration. Can't get any brighter. } return false; // Continue iteration. } Sector *P_FindSectorSurroundingLowestLight(Sector *sec, float *val) { findlightlevelparams_t params; params.flags = FELLF_MIN; params.val = DDMAXFLOAT; params.baseSec = sec; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findExtremalLightLevelInAdjacentSectors, ¶ms); if(*val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingHighestLight(Sector *sec, float *val) { findlightlevelparams_t params; params.flags = 0; params.val = DDMINFLOAT; params.baseSec = sec; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findExtremalLightLevelInAdjacentSectors, ¶ms); if(val) *val = params.val; return params.foundSec; } int findNextLightLevel(void* ptr, void *context) { findnextlightlevelparams_t *params = (findnextlightlevelparams_t *) context; Line *li = (Line *) ptr; Sector *other = P_GetNextSector(li, params->baseSec); if(!other) return false; // Continue iteration. float otherLight = P_GetFloatp(other, DMU_LIGHT_LEVEL); if(params->flags & FNLLF_ABOVE) { if(otherLight < params->val && otherLight > params->baseLight) { params->val = otherLight; params->foundSec = other; if(!(params->val > 0)) return true; // Stop iteration. Can't get any darker. } } else if(otherLight > params->val && otherLight < params->baseLight) { params->val = otherLight; params->foundSec = other; if(!(params->val < 1)) return true; // Stop iteration. Can't get any brighter. } return false; // Continue iteration. } Sector *P_FindSectorSurroundingNextLowestLight(Sector *sec, float baseLight, float *val) { findnextlightlevelparams_t params; params.flags = 0; params.val = DDMINFLOAT; params.baseSec = sec; params.baseLight = baseLight; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findNextLightLevel, ¶ms); if(*val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingNextHighestLight(Sector *sec, float baseLight, float *val) { findnextlightlevelparams_t params; params.flags = FNLLF_ABOVE; params.val = DDMAXFLOAT; params.baseSec = sec; params.baseLight = baseLight; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findNextLightLevel, ¶ms); if(*val) *val = params.val; return params.foundSec; } int findExtremalPlaneHeight(void *ptr, void *context) { findextremalplaneheightparams_t *params = (findextremalplaneheightparams_t *) context; Sector *other = P_GetNextSector((Line *) ptr, params->baseSec); if(!other) return false; // Continue iteration. coord_t height = P_GetDoublep(other, ((params->flags & FEPHF_FLOOR)? DMU_FLOOR_HEIGHT : DMU_CEILING_HEIGHT)); if(params->flags & FEPHF_MIN) { if(height < params->val) { params->val = height; params->foundSec = other; } } else if(height > params->val) { params->val = height; params->foundSec = other; } return false; // Continue iteration. } Sector *P_FindSectorSurroundingLowestFloor(Sector *sec, coord_t max, coord_t *val) { findextremalplaneheightparams_t params; params.flags = FEPHF_MIN | FEPHF_FLOOR; params.val = max; params.baseSec = sec; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findExtremalPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingHighestFloor(Sector *sec, coord_t min, coord_t *val) { findextremalplaneheightparams_t params; params.flags = FEPHF_FLOOR; params.val = min; params.baseSec = sec; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findExtremalPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingLowestCeiling(Sector *sec, coord_t max, coord_t *val) { findextremalplaneheightparams_t params; params.flags = FEPHF_MIN; params.val = max; params.baseSec = sec; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findExtremalPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingHighestCeiling(Sector *sec, coord_t min, coord_t *val) { findextremalplaneheightparams_t params; params.flags = 0; params.val = min; params.baseSec = sec; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findExtremalPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } int findNextPlaneHeight(void *ptr, void *context) { findnextplaneheightparams_t *params = (findnextplaneheightparams_t *) context; Sector *other = P_GetNextSector((Line *) ptr, params->baseSec); if(!other) return false; // Continue iteration. coord_t otherHeight = P_GetDoublep(other, ((params->flags & FNPHF_FLOOR)? DMU_FLOOR_HEIGHT : DMU_CEILING_HEIGHT)); if(params->flags & FNPHF_ABOVE) { if(otherHeight < params->val && otherHeight > params->baseHeight) { params->val = otherHeight; params->foundSec = other; } } else if(otherHeight > params->val && otherHeight < params->baseHeight) { params->val = otherHeight; params->foundSec = other; } return false; // Continue iteration. } Sector *P_FindSectorSurroundingNextHighestFloor(Sector *sec, coord_t baseHeight, coord_t *val) { findnextplaneheightparams_t params; params.flags = FNPHF_FLOOR | FNPHF_ABOVE; params.val = DDMAXFLOAT; params.baseSec = sec; params.baseHeight = baseHeight; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findNextPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingNextHighestCeiling(Sector *sec, coord_t baseHeight, coord_t *val) { findnextplaneheightparams_t params; params.flags = FNPHF_ABOVE; params.val = DDMAXFLOAT; params.baseSec = sec; params.baseHeight = baseHeight; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findNextPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingNextLowestFloor(Sector *sec, coord_t baseHeight, coord_t *val) { findnextplaneheightparams_t params; params.flags = FNPHF_FLOOR; params.val = DDMINFLOAT; params.baseSec = sec; params.baseHeight = baseHeight; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findNextPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } Sector *P_FindSectorSurroundingNextLowestCeiling(Sector *sec, coord_t baseHeight, coord_t *val) { findnextplaneheightparams_t params; params.flags = 0; params.val = DDMINFLOAT; params.baseSec = sec; params.baseHeight = baseHeight; params.foundSec = 0; P_Iteratep(sec, DMU_LINE, findNextPlaneHeight, ¶ms); if(val) *val = params.val; return params.foundSec; } float P_SectorLight(Sector *sector) { return P_GetFloatp(sector, DMU_LIGHT_LEVEL); } void P_SectorSetLight(Sector *sector, float level) { P_SetFloatp(sector, DMU_LIGHT_LEVEL, level); } void P_SectorModifyLight(Sector *sector, float value) { float level = MINMAX_OF(0.f, P_SectorLight(sector) + value, 1.f); P_SectorSetLight(sector, level); } void P_SectorModifyLightx(Sector *sector, fixed_t value) { P_SetFloatp(sector, DMU_LIGHT_LEVEL, P_SectorLight(sector) + FIX2FLT(value) / 255.0f); } terraintype_t const *P_PlaneMaterialTerrainType(Sector *sec, int plane) { return P_TerrainTypeForMaterial((Material *)P_GetPtrp(sec, (plane? DMU_CEILING_MATERIAL : DMU_FLOOR_MATERIAL))); } void P_TranslateSideMaterialOrigin(Side *side, SideSection section, float deltaXY[2]) { DENG_ASSERT(side); DENG_ASSERT(VALID_SIDESECTION(section)); uint const dmuSurfaceOriginFlags = DMU_OFFSET_XY | DMU_FLAG_FOR_SIDESECTION(section); float origin[2]; if(FEQUAL(deltaXY[0], 0) && FEQUAL(deltaXY[1], 0)) return; P_GetFloatpv(side, dmuSurfaceOriginFlags, origin); if(!FEQUAL(deltaXY[0], 0)) { origin[0] += deltaXY[0]; } if(!FEQUAL(deltaXY[1], 0)) { origin[1] += deltaXY[1]; } P_SetFloatpv(side, dmuSurfaceOriginFlags, origin); } void P_TranslateSideMaterialOriginXY(Side *side, SideSection section, float deltaX, float deltaY) { float delta[2]; delta[0] = deltaX; delta[1] = deltaY; P_TranslateSideMaterialOrigin(side, section, delta); } void P_TranslatePlaneMaterialOrigin(Plane *plane, float deltaXY[2]) { float origin[2]; DENG_ASSERT(plane); if(FEQUAL(deltaXY[0], 0) && FEQUAL(deltaXY[1], 0)) return; P_GetFloatpv(plane, DMU_OFFSET_XY, origin); if(!FEQUAL(deltaXY[0], 0)) { origin[0] += deltaXY[0]; } if(!FEQUAL(deltaXY[1], 0)) { origin[1] += deltaXY[1]; } P_SetFloatpv(plane, DMU_OFFSET_XY, origin); } void P_TranslatePlaneMaterialOriginXY(Plane *plane, float deltaX, float deltaY) { float delta[2]; delta[0] = deltaX; delta[1] = deltaY; P_TranslatePlaneMaterialOrigin(plane, delta); } doomsday-1.14.5/doomsday/plugins/common/src/p_sound.cpp0000664000175000017500000001441512350542240022441 0ustar jaakkojaakko/** @file p_sound.cpp id Tech 1 sound playback functionality. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_sound.h" #include "dmu_lib.h" #include "hexlex.h" #ifdef __JHEXEN__ # include "g_common.h" # include "p_mapinfo.h" #endif void S_MapMusic(Uri const *mapUri) { if(!mapUri) mapUri = gameMapUri; #ifdef __JHEXEN__ mapinfo_t const *mapInfo = P_MapInfo(mapUri); int const cdTrack = mapInfo->cdTrack; char const *lump = strcasecmp(mapInfo->songLump, "DEFSONG")? mapInfo->songLump : 0; App_Log(DE2_RES_VERBOSE, "S_MapMusic: %s lump: %s", Str_Text(Uri_Compose(mapUri)), lump); // Update the 'currentmap' music definition. int const defIndex = Def_Get(DD_DEF_MUSIC, "currentmap", 0); Def_Set(DD_DEF_MUSIC, defIndex, DD_LUMP, lump); Def_Set(DD_DEF_MUSIC, defIndex, DD_CD_TRACK, &cdTrack); if(S_StartMusic("currentmap", true)) { // Set the game status cvar for the map music. Con_SetInteger2("map-music", defIndex, SVF_WRITE_OVERRIDE); } #else AutoStr *mapPath = Uri_Compose(mapUri); ddmapinfo_t ddMapInfo; if(Def_Get(DD_DEF_MAP_INFO, Str_Text(mapPath), &ddMapInfo)) { if(S_StartMusicNum(ddMapInfo.music, true)) { // Set the game status cvar for the map music. Con_SetInteger2("map-music", ddMapInfo.music, SVF_WRITE_OVERRIDE); } } #endif } void S_SectorSound(Sector *sec, int id) { if(!sec) return; S_SectorStopSounds(sec); S_StartSound(id, (mobj_t *) P_GetPtrp(sec, DMU_EMITTER)); } void S_SectorStopSounds(Sector *sec) { if(!sec) return; // Stop other sounds playing from origins in this sector. /// @todo Add a compatibility option allowing origins to work independently? S_StopSound2(0, (mobj_t*) P_GetPtrp(sec, DMU_EMITTER), SSF_ALL_SECTOR); } void S_PlaneSound(Plane *pln, int id) { if(!pln) return; S_SectorStopSounds((Sector *) P_GetPtrp(pln, DMU_SECTOR)); S_StartSound(id, (mobj_t *) P_GetPtrp(pln, DMU_EMITTER)); } #ifdef __JHEXEN__ int S_GetSoundID(char const *name) { return Def_Get(DD_DEF_SOUND_BY_NAME, name, 0); } void SndInfoParser(Str const *path) { AutoStr *script = M_ReadFileIntoString(path, 0); if(script && !Str_IsEmpty(script)) { App_Log(DE2_RES_VERBOSE, "Parsing \"%s\"...", F_PrettyPath(Str_Text(path))); HexLex lexer(script, path); while(lexer.readToken()) { if(!Str_CompareIgnoreCase(lexer.token(), "$archivepath")) // Unused. { // $archivepath string(local-directory) // Used in combination with the -devsnd command line argument to // redirect the loading of sounds to a directory in the local file // system. lexer.readString(); continue; } if(!Str_CompareIgnoreCase(lexer.token(), "$map")) { // $map int(map-number) string(lump-name) // Associate a music lump to a map. int mapNumber = lexer.readNumber(); Str const *lumpName = lexer.readString(); if(mapNumber > 0) { Uri *mapUri = G_ComposeMapUri(0, mapNumber - 1); if(mapinfo_t *mapInfo = P_MapInfo(mapUri)) { strncpy(mapInfo->songLump, Str_Text(lumpName), sizeof(mapInfo->songLump)); } Uri_Delete(mapUri); } continue; } if(!Str_CompareIgnoreCase(lexer.token(), "$registered")) // Unused. { continue; } if(Str_At(lexer.token(), 0) == '$') { // Found an unknown command. Con_Error("SndInfoParser: Unknown command '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } lexer.unreadToken(); // string(sound-id) string(lump-name | '?') // A sound definition. int const soundIndex = Def_Get(DD_DEF_SOUND_BY_NAME, Str_Text(lexer.readString()), 0); Str const *lumpName = lexer.readString(); if(soundIndex) { Def_Set(DD_DEF_SOUND, soundIndex, DD_LUMP, Str_At(lumpName, 0) == '?' ? "default" : Str_Text(lumpName)); } } } // All sounds left without a lumpname will use "DEFAULT". char buf[80]; for(int i = 0; i < Get(DD_NUMSOUNDS); ++i) { /// @kludge This uses a kludge to traverse the entire sound list. /// @todo Implement a mechanism for walking the Def databases. Def_Get(DD_DEF_SOUND_LUMPNAME, (char *) &i, buf); if(!strcmp(buf, "")) { Def_Set(DD_DEF_SOUND, i, DD_LUMP, "default"); } } if(gameMode == hexen_betademo) { // The WAD contains two lumps with the name CHAIN, one a sample and the // other a graphics lump. int soundId = Def_Get(DD_DEF_SOUND_BY_NAME, "AMBIENT12", 0); Def_Get(DD_DEF_SOUND_LUMPNAME, (char *) &soundId, buf); if(!strcasecmp(buf, "chain")) { Def_Set(DD_DEF_SOUND, soundId, DD_LUMP, "default"); } } } #endif // __JHEXEN__ doomsday-1.14.5/doomsday/plugins/common/src/p_xgsec.c0000664000175000017500000025437312350542240022073 0ustar jaakkojaakko/** @file p_xgsec.c Extended generalized sector types. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ #include #include #include #include #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #endif #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_xgline.h" #include "p_xgsec.h" #include "g_common.h" #include "p_map.h" #include "mobj.h" #include "p_actor.h" #include "p_mapspec.h" #include "p_sound.h" #include "p_terraintype.h" #include "p_tick.h" #define MAX_VALS 128 #define SIGN(x) ((x)>0? 1 : (x)<0? -1 : 0) #define ISFUNC(fn) (fn->func && fn->func[fn->pos]) #define UPDFUNC(fn) ((ISFUNC(fn) || fn->link)) #define SPREFTYPESTR(reftype) (reftype == SPREF_NONE? "NONE" \ : reftype == SPREF_MY_FLOOR? "MY FLOOR" \ : reftype == SPREF_MY_CEILING? "MY CEILING" \ : reftype == SPREF_ORIGINAL_FLOOR? "ORIGINAL FLOOR" \ : reftype == SPREF_ORIGINAL_CEILING? "ORIGINAL CEILING" \ : reftype == SPREF_CURRENT_FLOOR? "CURRENT FLOOR" \ : reftype == SPREF_CURRENT_CEILING? "CURRENT CEILING" \ : reftype == SPREF_HIGHEST_FLOOR? "HIGHEST FLOOR" \ : reftype == SPREF_HIGHEST_CEILING? "HIGHEST CEILING" \ : reftype == SPREF_LOWEST_FLOOR? "LOWEST FLOOR" \ : reftype == SPREF_LOWEST_CEILING? "LOWEST CEILING" \ : reftype == SPREF_NEXT_HIGHEST_FLOOR? "NEXT HIGHEST FLOOR" \ : reftype == SPREF_NEXT_HIGHEST_CEILING? "NEXT HIGHEST CEILING" \ : reftype == SPREF_NEXT_LOWEST_FLOOR? "NEXT LOWEST FLOOR" \ : reftype == SPREF_NEXT_LOWEST_CEILING? "NEXT LOWEST CEILING" \ : reftype == SPREF_MIN_BOTTOM_MATERIAL? "MIN BOTTOM MATERIAL" \ : reftype == SPREF_MIN_MID_MATERIAL? "MIN MIDDLE MATERIAL" \ : reftype == SPREF_MIN_TOP_MATERIAL? "MIN TOP MATERIAL" \ : reftype == SPREF_MAX_BOTTOM_MATERIAL? "MAX BOTTOM MATERIAL" \ : reftype == SPREF_MAX_MID_MATERIAL? "MAX MIDDLE MATERIAL" \ : reftype == SPREF_MAX_TOP_MATERIAL? "MAX TOP MATERIAL" \ : reftype == SPREF_SECTOR_TAGGED_FLOOR? "SECTOR TAGGED FLOOR" \ : reftype == SPREF_LINE_TAGGED_FLOOR? "LINE TAGGED FLOOR" \ : reftype == SPREF_TAGGED_FLOOR? "TAGGED FLOOR" \ : reftype == SPREF_ACT_TAGGED_FLOOR? "ACT TAGGED FLOOR" \ : reftype == SPREF_INDEX_FLOOR? "INDEXED FLOOR" \ : reftype == SPREF_SECTOR_TAGGED_CEILING? "SECTOR TAGGED CEILING" \ : reftype == SPREF_LINE_TAGGED_CEILING? "LINE TAGGED CEILING" \ : reftype == SPREF_TAGGED_CEILING? "TAGGED CEILING" \ : reftype == SPREF_ACT_TAGGED_CEILING? "ACT TAGGED CEILING" \ : reftype == SPREF_INDEX_CEILING? "INDEXED CEILING" \ : reftype == SPREF_BACK_FLOOR? "BACK FLOOR" \ : reftype == SPREF_BACK_CEILING? "BACK CEILING" \ : reftype == SPREF_SPECIAL? "SPECIAL" \ : reftype == SPREF_LINE_ACT_TAGGED_FLOOR? "LINE ACT TAGGED FLOOR" \ : reftype == SPREF_LINE_ACT_TAGGED_CEILING? "LINE ACT TAGGED CEILING" : "???") #define TO_DMU_COLOR(x) (x == 0? DMU_COLOR_RED \ : x == 1? DMU_COLOR_GREEN \ : DMU_COLOR_BLUE) #define TO_DMU_CEILING_COLOR(x) (x == 0? DMU_CEILING_COLOR_RED \ : x == 1? DMU_CEILING_COLOR_GREEN \ : DMU_CEILING_COLOR_BLUE) #define TO_DMU_FLOOR_COLOR(x) (x == 0? DMU_FLOOR_COLOR_RED \ : x == 1? DMU_FLOOR_COLOR_GREEN \ : DMU_FLOOR_COLOR_BLUE) void XS_DoChain(Sector *sec, int ch, int activating, void *actThing); static sectortype_t sectypebuffer; sectortype_t *XS_GetType(int id) { sectortype_t* ptr; char buff[6]; // Try finding it from the DDXGDATA lump. ptr = XG_GetLumpSector(id); if(ptr) { // Got it! memcpy(§ypebuffer, ptr, sizeof(*ptr)); return §ypebuffer; } dd_snprintf(buff, 6, "%i", id); if(Def_Get(DD_DEF_SECTOR_TYPE, buff, §ypebuffer)) return §ypebuffer; // A definition was found. return NULL; // None found. } void XF_Init(Sector *sec, function_t *fn, char *func, int min, int max, float scale, float offset) { xsector_t *xsec = P_ToXSector(sec); memset(fn, 0, sizeof(*fn)); if(!func) return; // Check for links. if(func[0] == '=') { switch(tolower(func[1])) { case 'r': fn->link = &xsec->xg->rgb[0]; break; case 'g': fn->link = &xsec->xg->rgb[1]; break; case 'b': fn->link = &xsec->xg->rgb[2]; break; case 'f': fn->link = &xsec->xg->plane[XGSP_FLOOR]; break; case 'c': fn->link = &xsec->xg->plane[XGSP_CEILING]; break; case 'l': fn->link = &xsec->xg->light; break; default: Con_Error("XF_Init: Bad linked func (%s).\n", func); } return; } // Check for offsets to current values. if(func[0] == '+') { /** * @note The original value ranges must be maintained due to the cross linking * between sector function types i.e: * - RGB = 0 > 254 * - light = 0 > 254 * - planeheight = -32768 > 32768 */ switch(func[1]) { case 'r': offset += 255.f * xsec->origRGB[0]; break; case 'g': offset += 255.f * xsec->origRGB[1]; break; case 'b': offset += 255.f * xsec->origRGB[2]; break; case 'l': offset += 255.0f * xsec->origLight; break; case 'f': offset += xsec->SP_floororigheight; break; case 'c': offset += xsec->SP_ceilorigheight; break; default: Con_Error("XF_Init: Bad preset offset (%s).\n", func); } fn->func = func + 2; } else { fn->func = func; } fn->timer = -1; // The first step musn't skip the first value. fn->maxTimer = XG_RandomInt(min, max); fn->minInterval = min; fn->maxInterval = max; fn->scale = scale; fn->offset = offset; // Make sure oldvalue is out of range. fn->oldValue = -scale + offset; } int C_DECL XLTrav_LineAngle(Line* line, dd_bool dummy, void* context, void* context2, mobj_t* activator) { Sector* sec = (Sector *) context; coord_t d1[2]; if(P_GetPtrp(line, DMU_FRONT_SECTOR) != sec && P_GetPtrp(line, DMU_BACK_SECTOR) != sec) return true; // Wrong sector, keep looking. P_GetDoublepv(line, DMU_DXY, d1); *(angle_t*) context2 = M_PointXYToAngle2(0, 0, d1[0], d1[1]); return false; // Stop looking after first hit. } int findXSThinker(thinker_t* th, void* context) { xsthinker_t* xs = (xsthinker_t*) th; if(xs->sector == (Sector*) context) return true; // Stop iteration, we've found it. return false; // Continue iteration. } int destroyXSThinker(thinker_t* th, void* context) { xsthinker_t* xs = (xsthinker_t*) th; if(xs->sector == (Sector*) context) { Thinker_Remove(&xs->thinker); return true; // Stop iteration, we're done. } return false; // Continue iteration. } void XS_SetSectorType(Sector* sec, int special) { int i; xsector_t* xsec = P_ToXSector(sec); xgsector_t* xg; sectortype_t* info; if(XS_GetType(special)) { XG_Dev("XS_SetSectorType: Sector %i, type %i", P_ToIndex(sec), special); xsec->special = special; // All right, do the init. if(!xsec->xg) xsec->xg = Z_Malloc(sizeof(xgsector_t), PU_MAP, 0); memset(xsec->xg, 0, sizeof(*xsec->xg)); // Get the type info. memcpy(&xsec->xg->info, §ypebuffer, sizeof(sectypebuffer)); // Init the state. xg = xsec->xg; info = &xsec->xg->info; // Init timer so ambient doesn't play immediately at map start. xg->timer = XG_RandomInt(FLT2TIC(xg->info.soundInterval[0]), FLT2TIC(xg->info.soundInterval[1])); // Light function. XF_Init(sec, &xg->light, info->lightFunc, info->lightInterval[0], info->lightInterval[1], 255, 0); // Color functions. for(i = 0; i < 3; ++i) { XF_Init(sec, &xg->rgb[i], info->colFunc[i], info->colInterval[i][0], info->colInterval[i][1], 255, 0); } // Plane functions / floor. XF_Init(sec, &xg->plane[XGSP_FLOOR], info->floorFunc, info->floorInterval[0], info->floorInterval[1], info->floorMul, info->floorOff); XF_Init(sec, &xg->plane[XGSP_CEILING], info->ceilFunc, info->ceilInterval[0], info->ceilInterval[1], info->ceilMul, info->ceilOff); // Derive texmove angle from first act-tagged line? if((info->flags & STF_ACT_TAG_MATERIALMOVE) || (info->flags & STF_ACT_TAG_WIND)) { angle_t angle = 0; // -1 to support binary XG data with old flag values. XL_TraverseLines(0, (xgDataLumps? LREF_TAGGED -1: LREF_TAGGED), info->actTag, sec, &angle, NULL, XLTrav_LineAngle); // Convert to degrees. if(info->flags & STF_ACT_TAG_MATERIALMOVE) { info->materialMoveAngle[0] = info->materialMoveAngle[1] = angle / (float) ANGLE_MAX *360; } if(info->flags & STF_ACT_TAG_WIND) { info->windAngle = angle / (float) ANGLE_MAX *360; } } // If there is not already an xsthinker for this sector, create one. if(!Thinker_Iterate((thinkfunc_t) XS_Thinker, findXSThinker, sec)) { // Not created one yet. xsthinker_t* xs = Z_Calloc(sizeof(*xs), PU_MAP, 0); xs->thinker.function = (thinkfunc_t) XS_Thinker; Thinker_Add(&xs->thinker); xs->sector = sec; } } else { XG_Dev("XS_SetSectorType: Sector %i, NORMAL TYPE %i", P_ToIndex(sec), special); // If there is an xsthinker for this, destroy it. Thinker_Iterate((thinkfunc_t) XS_Thinker, destroyXSThinker, sec); // Free previously allocated XG data. if(xsec->xg) Z_Free(xsec->xg); xsec->xg = NULL; // Just set it, then. Must be a standard sector type... // Mind you, we're not going to spawn any standard flash funcs // or anything. xsec->special = special; } } void XS_Init(void) { /* // Clients rely on the server, they don't do XG themselves. if(IS_CLIENT) return; */ if(numsectors > 0) { // Allocate stair builder data. Sector* sec; xsector_t* xsec; int i; for(i = 0; i < numsectors; ++i) { sec = P_ToPtr(DMU_SECTOR, i); xsec = P_ToXSector(sec); P_GetFloatpv(sec, DMU_COLOR, xsec->origRGB); xsec->SP_floororigheight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); xsec->SP_ceilorigheight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); xsec->origLight = P_GetFloatp(sec, DMU_LIGHT_LEVEL); // Initialize the XG data for this sector. XS_SetSectorType(sec, xsec->special); } } } void XS_SectorSound(Sector* sec, int soundId) { if(!sec || !soundId) return; XG_Dev("XS_SectorSound: Play Sound ID (%i) in Sector ID (%i)", soundId, P_ToIndex(sec)); S_SectorSound(sec, soundId); } void XS_PlaneSound(Plane* pln, int soundId) { if(!pln || !soundId) return; XG_Dev("XS_PlaneSound: Play Sound ID (%i) in Sector ID (%i)", soundId, P_ToIndex(P_GetPtrp(pln, DMU_SECTOR))); S_PlaneSound(pln, soundId); } void XS_MoverStopped(xgplanemover_t *mover, dd_bool done) { xline_t *origin = P_ToXLine(mover->origin); XG_Dev("XS_MoverStopped: Sector %i (done=%i, origin line=%i)", P_ToIndex(mover->sector), done, P_ToIndex(mover->origin)); if(done) { if((mover->flags & PMF_ACTIVATE_WHEN_DONE) && mover->origin) { XL_ActivateLine(true, &origin->xg->info, mover->origin, 0, &dummyThing, XLE_AUTO); } if((mover->flags & PMF_DEACTIVATE_WHEN_DONE) && mover->origin) { XL_ActivateLine(false, &origin->xg->info, mover->origin, 0, &dummyThing, XLE_AUTO); } // Remove this thinker. Thinker_Remove((thinker_t *) mover); } else { // Normally we just wait, but if... if((mover->flags & PMF_ACTIVATE_ON_ABORT) && mover->origin) { XL_ActivateLine(true, &origin->xg->info, mover->origin, 0, &dummyThing, XLE_AUTO); } if((mover->flags & PMF_DEACTIVATE_ON_ABORT) && mover->origin) { XL_ActivateLine(false, &origin->xg->info, mover->origin, 0, &dummyThing, XLE_AUTO); } if(mover->flags & (PMF_ACTIVATE_ON_ABORT | PMF_DEACTIVATE_ON_ABORT)) { // Destroy this mover. Thinker_Remove((thinker_t *) mover); } } } /** * A thinker function for plane movers. */ void XS_PlaneMover(xgplanemover_t* mover) { int res, res2, dir; coord_t ceil = P_GetDoublep(mover->sector, DMU_CEILING_HEIGHT); coord_t floor = P_GetDoublep(mover->sector, DMU_FLOOR_HEIGHT); xsector_t* xsec = P_ToXSector(mover->sector); dd_bool docrush = (mover->flags & PMF_CRUSH) != 0; dd_bool follows = (mover->flags & PMF_OTHER_FOLLOWS) != 0; dd_bool setorig = (mover->flags & PMF_SET_ORIGINAL) != 0; // Play movesound when timer goes to zero. if(mover->timer-- <= 0) { // Clear the wait flag. if(mover->flags & PMF_WAIT) { mover->flags &= ~PMF_WAIT; // Play a sound. XS_PlaneSound(P_GetPtrp(mover->sector, mover->ceiling? DMU_CEILING_PLANE : DMU_FLOOR_PLANE), mover->startSound); } mover->timer = XG_RandomInt(mover->minInterval, mover->maxInterval); XS_PlaneSound(P_GetPtrp(mover->sector, mover->ceiling? DMU_CEILING_PLANE : DMU_FLOOR_PLANE), mover->moveSound); } // Are we waiting? if(mover->flags & PMF_WAIT) return; // Determine move direction. if((mover->destination - (mover->ceiling ? ceil : floor)) > 0) dir = 1; // Moving up. else dir = -1; // Moving down. // Do the move. res = T_MovePlane(mover->sector, mover->speed, mover->destination, docrush, mover->ceiling, dir); // Should we update origheight? if(setorig) { xsec->planes[mover->ceiling? PLN_CEILING:PLN_FLOOR].origHeight = P_GetDoublep(mover->sector, mover->ceiling? DMU_CEILING_HEIGHT:DMU_FLOOR_HEIGHT); } if(follows) { coord_t off = (mover->ceiling? floor - ceil : ceil - floor); res2 = T_MovePlane(mover->sector, mover->speed, mover->destination + off, docrush, !mover->ceiling, dir); // Should we update origheight? if(setorig) { xsec->planes[(!mover->ceiling)? PLN_CEILING:PLN_FLOOR].origHeight = P_GetDoublep(mover->sector, (!mover->ceiling)? DMU_CEILING_HEIGHT:DMU_FLOOR_HEIGHT); } if(res2 == crushed) res = crushed; } if(res == pastdest) { // Move has finished. XS_MoverStopped(mover, true); // The move is done. Do end stuff. if(mover->setMaterial) { XS_ChangePlaneMaterial(mover->sector, mover->ceiling, mover->setMaterial, NULL); } if(mover->setSectorType >= 0) { XS_SetSectorType(mover->sector, mover->setSectorType); } // Play sound? XS_PlaneSound(P_GetPtrp(mover->sector, mover->ceiling? DMU_CEILING_PLANE : DMU_FLOOR_PLANE), mover->endSound); } else if(res == crushed) { if(mover->flags & PMF_CRUSH) { // We're crushing things. mover->speed = mover->crushSpeed; } else { // Make sure both the planes are where we started from. if((!mover->ceiling || follows) && !FEQUAL(P_GetDoublep(mover->sector, DMU_FLOOR_HEIGHT), floor)) { T_MovePlane(mover->sector, mover->speed, floor, docrush, false, -dir); } if((mover->ceiling || follows) && !FEQUAL(P_GetDoublep(mover->sector, DMU_CEILING_HEIGHT), ceil)) { T_MovePlane(mover->sector, mover->speed, ceil, docrush, true, -dir); } XS_MoverStopped(mover, false); } } } typedef struct { Sector* sec; dd_bool ceiling; } stopplanemoverparams_t; static int stopPlaneMover(thinker_t* th, void* context) { stopplanemoverparams_t* params = (stopplanemoverparams_t*) context; xgplanemover_t* mover = (xgplanemover_t *) th; if(mover->sector == params->sec && mover->ceiling == params->ceiling) { XS_MoverStopped(mover, false); Thinker_Remove(th); // Remove it. } return false; // Continue iteration. } /** * Returns a new thinker for handling the specified plane. Removes any * existing thinkers associated with the plane. */ xgplanemover_t *XS_GetPlaneMover(Sector *sec, dd_bool ceiling) { xgplanemover_t* mover; stopplanemoverparams_t params; params.sec = sec; params.ceiling = ceiling; Thinker_Iterate((thinkfunc_t) XS_PlaneMover, stopPlaneMover, ¶ms); // Allocate a new thinker. mover = Z_Calloc(sizeof(*mover), PU_MAP, 0); mover->thinker.function = (thinkfunc_t) XS_PlaneMover; Thinker_Add(&mover->thinker); mover->sector = sec; mover->ceiling = ceiling; return mover; } void XS_ChangePlaneMaterial(Sector *sector, dd_bool ceiling, Material* mat, float *rgb) { XG_Dev("XS_ChangePlaneMaterial: Sector %i, %s, texture %i", P_ToIndex(sector), (ceiling ? "ceiling" : "floor"), P_ToIndex(mat)); if(rgb) XG_Dev("red %g, green %g, blue %g", rgb[0], rgb[1], rgb[2]); if(ceiling) { if(rgb) P_SetFloatpv(sector, DMU_CEILING_COLOR, rgb); if(mat) P_SetPtrp(sector, DMU_CEILING_MATERIAL, mat); } else { if(rgb) P_SetFloatpv(sector, DMU_FLOOR_COLOR, rgb); if(mat) P_SetPtrp(sector, DMU_FLOOR_MATERIAL, mat); } } uint FindMaxOf(int *list, uint num) { uint i, idx = 0; int max = list[0]; for(i = 1; i < num; ++i) { if(list[i] > max) { max = list[i]; idx = i; } } return idx; } uint FindMinOf(int *list, uint num) { uint i, idx = 0; int min = list[0]; for(i = 1; i < num; ++i) { if(list[i] < min) { min = list[i]; idx = i; } } return idx; } int FindNextOf(int *list, int num, int h) { int i, min = 0, idx = -1; for(i = 0; i < num; ++i) { if(list[i] <= h) continue; if(idx < 0 || list[i] < min) { idx = i; min = list[i]; } } return idx; } int FindPrevOf(int *list, int num, int h) { int i, max = 0, idx = -1; for(i = 0; i < num; ++i) { if(list[i] >= h) continue; if(idx < 0 || list[i] > max) { idx = i; max = list[i]; } } return idx; } /** * Really an XL_* function! * * @param part 1=mid, 2=top, 3=bottom. * * @return @c MAXINT if not height n/a. */ int XS_TextureHeight(Line* line, int part) { Side* side; int snum = 0; int minfloor = 0, maxfloor = 0, maxceil = 0; Sector* front = P_GetPtrp(line, DMU_FRONT_SECTOR); Sector* back = P_GetPtrp(line, DMU_BACK_SECTOR); dd_bool twosided = front && back; Material* mat; if(part != LWS_MID && !twosided) return DDMAXINT; if(twosided) { int ffloor = P_GetIntp(front, DMU_FLOOR_HEIGHT); int fceil = P_GetIntp(front, DMU_CEILING_HEIGHT); int bfloor = P_GetIntp(back, DMU_FLOOR_HEIGHT); int bceil = P_GetIntp(back, DMU_CEILING_HEIGHT); minfloor = ffloor; maxfloor = bfloor; if(part == LWS_LOWER) snum = 0; if(bfloor < minfloor) { minfloor = bfloor; maxfloor = ffloor; if(part == LWS_LOWER) snum = 1; } maxceil = fceil; if(part == LWS_UPPER) snum = 0; if(bceil > maxceil) { maxceil = bceil; if(part == LWS_UPPER) snum = 1; } } else { if(P_GetPtrp(line, DMU_FRONT)) snum = 0; else snum = 1; } // Which side are we working with? if(snum == 0) side = P_GetPtrp(line, DMU_FRONT); else side = P_GetPtrp(line, DMU_BACK); // Which section of the wall? switch(part) { case LWS_UPPER: if((mat = P_GetPtrp(side, DMU_TOP_MATERIAL))) return maxceil - P_GetIntp(mat, DMU_HEIGHT); break; case LWS_MID: if((mat = P_GetPtrp(side, DMU_MIDDLE_MATERIAL))) return maxfloor + P_GetIntp(mat, DMU_HEIGHT); break; case LWS_LOWER: if((mat = P_GetPtrp(side, DMU_BOTTOM_MATERIAL))) return minfloor + P_GetIntp(mat, DMU_HEIGHT); break; default: Con_Error("XS_TextureHeight: Invalid wall section %d.", part); } return DDMAXINT; } /** * Returns a pointer to the first sector with the tag. * * NOTE: We cannot use the tagged sector lists here as this can be called * during an iteration at a higher level. Doing so would change the position * of the rover which would affect the other iteration. * * NOTE2: Re-above, obviously that is bad design and should be addressed. */ Sector *XS_FindTagged(int tag) { int k; int foundcount = 0; int retsectorid = 0; Sector *sec, *retsector; retsector = NULL; for(k = 0; k < numsectors; ++k) { sec = P_ToPtr(DMU_SECTOR, k); if(P_ToXSector(sec)->tag == tag) { if(xgDev) { if(foundcount == 0) { retsector = sec; retsectorid = k; } } else return sec; foundcount++; } } if(xgDev) { if(foundcount > 1) { XG_Dev("XS_FindTagged: More than one sector exists with this tag (%i)!",tag); XG_Dev(" The sector with the lowest ID (%i) will be used.", retsectorid); } if(retsector) return retsector; } return NULL; } /** * Returns a pointer to the first sector with the specified act tag. */ Sector *XS_FindActTagged(int tag) { int k; int foundcount = 0; int retsectorid = 0; Sector *sec, *retsector; xsector_t *xsec; retsector = NULL; for(k = 0; k < numsectors; ++k) { sec = P_ToPtr(DMU_SECTOR, k); xsec = P_ToXSector(sec); if(xsec->xg) { if(xsec->xg->info.actTag == tag) { if(xgDev) { if(foundcount == 0) { retsector = sec; retsectorid = k; } } else { return sec; } foundcount++; } } } if(xgDev) { if(foundcount > 1) { XG_Dev("XS_FindActTagged: More than one sector exists with this ACT tag (%i)!",tag); XG_Dev(" The sector with the lowest ID (%i) will be used.", retsectorid); } if(retsector) return retsector; } return NULL; } #define FSETHF_MIN 0x1 // Get min. If not set, get max. typedef struct findsectorextremaltextureheightparams_s { Sector* baseSec; byte flags; int part; coord_t val; } findsectorextremalmaterialheightparams_t; int findSectorExtremalMaterialHeight(void* ptr, void* context) { Line* li = (Line*) ptr; findsectorextremalmaterialheightparams_t* params = (findsectorextremalmaterialheightparams_t*) context; coord_t height; // The heights are in real world coordinates. height = XS_TextureHeight(li, params->part); if(params->flags & FSETHF_MIN) { if(height < params->val) params->val = height; } else { if(height > params->val) params->val = height; } return false; // Continue iteration. } dd_bool XS_GetPlane(Line* actline, Sector* sector, int ref, int* refdata, coord_t* height, Material** mat, Sector** planeSector) { Material* otherMat; coord_t otherHeight; Sector* otherSec = NULL, *iter; xline_t* xline; char buff[50]; if(refdata) sprintf(buff, " : %i", *refdata); if(xgDev) { XG_Dev("XS_GetPlane: Line %i, sector %i, ref (%s(%i)%s)", P_ToIndex(actline), P_ToIndex(sector), SPREFTYPESTR(ref), ref, refdata? buff : "" ); } if(ref == SPREF_NONE || ref == SPREF_SPECIAL) { // No reference to anywhere. return false; } // Init the values to the current sector's floor. if(height) *height = P_GetDoublep(sector, DMU_FLOOR_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(sector, DMU_FLOOR_MATERIAL); if(planeSector) *planeSector = sector; // First try the non-comparative, iterative sprefs. iter = NULL; switch(ref) { case SPREF_SECTOR_TAGGED_FLOOR: case SPREF_SECTOR_TAGGED_CEILING: iter = XS_FindTagged(P_ToXSector(sector)->tag); if(!iter) return false; break; case SPREF_LINE_TAGGED_FLOOR: case SPREF_LINE_TAGGED_CEILING: if(!actline) return false; iter = XS_FindTagged(P_ToXLine(actline)->tag); if(!iter) return false; break; case SPREF_TAGGED_FLOOR: case SPREF_TAGGED_CEILING: if(!refdata) { XG_Dev(" %s IS NOT VALID FOR THIS CLASS PARAMETER!", SPREFTYPESTR(ref)); return false; } iter = XS_FindTagged(*refdata); if(!iter) return false; break; case SPREF_LINE_ACT_TAGGED_FLOOR: case SPREF_LINE_ACT_TAGGED_CEILING: xline = P_ToXLine(actline); if(!xline) return false; if(!xline->xg) { XG_Dev(" ACT LINE IS NOT AN XG LINE!"); return false; } if(!xline->xg->info.actTag) { XG_Dev(" ACT LINE DOES NOT HAVE AN ACT TAG!"); return false; } iter = XS_FindActTagged(xline->xg->info.actTag); if(!iter) return false; break; case SPREF_ACT_TAGGED_FLOOR: case SPREF_ACT_TAGGED_CEILING: if(!refdata) { XG_Dev(" %s IS NOT VALID FOR THIS CLASS PARAMETER!", SPREFTYPESTR(ref)); return false; } iter = XS_FindActTagged(*refdata); if(!iter) return false; break; case SPREF_INDEX_FLOOR: case SPREF_INDEX_CEILING: if(!refdata || *refdata >= numsectors) return false; iter = P_ToPtr(DMU_SECTOR, *refdata); break; default: // No iteration. break; } // Did we find the plane through iteration? if(iter) { if(planeSector) *planeSector = iter; if((ref >= SPREF_SECTOR_TAGGED_FLOOR && ref <= SPREF_INDEX_FLOOR) || ref == SPREF_LINE_ACT_TAGGED_FLOOR) { if(height) *height = P_GetDoublep(iter, DMU_FLOOR_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(iter, DMU_FLOOR_MATERIAL); } else { if(height) *height = P_GetDoublep(iter, DMU_CEILING_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(iter, DMU_CEILING_MATERIAL); } return true; } if(ref == SPREF_MY_FLOOR) { Sector* frontsector; if(!actline) return false; frontsector = P_GetPtrp(actline, DMU_FRONT_SECTOR); if(!frontsector) return false; // Actline's front floor. if(height) *height = P_GetDoublep(frontsector, DMU_FLOOR_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(frontsector, DMU_FLOOR_MATERIAL); if(planeSector) *planeSector = frontsector; return true; } if(ref == SPREF_BACK_FLOOR) { Sector* backsector; if(!actline) return false; backsector = P_GetPtrp(actline, DMU_BACK_SECTOR); if(!backsector) return false; // Actline's back floor. if(height) *height = P_GetDoublep(backsector, DMU_FLOOR_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(backsector, DMU_FLOOR_MATERIAL); if(planeSector) *planeSector = backsector; return true; } if(ref == SPREF_MY_CEILING) { Sector* frontsector; if(!actline) return false; frontsector = P_GetPtrp(actline, DMU_FRONT_SECTOR); if(!frontsector) return false; // Actline's front ceiling. if(height) *height = P_GetDoublep(frontsector, DMU_CEILING_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(frontsector, DMU_CEILING_MATERIAL); if(planeSector) *planeSector = frontsector; return true; } if(ref == SPREF_BACK_CEILING) { Sector* backsector; if(!actline) return false; backsector = P_GetPtrp(actline, DMU_BACK_SECTOR); if(!backsector) return false; // Actline's back ceiling. if(height) *height = P_GetDoublep(backsector, DMU_CEILING_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(backsector, DMU_CEILING_MATERIAL); if(planeSector) *planeSector = backsector; return true; } if(ref == SPREF_ORIGINAL_FLOOR) { if(height) *height = P_ToXSector(sector)->SP_floororigheight; if(mat) *mat = (Material*) P_GetPtrp(sector, DMU_FLOOR_MATERIAL); return true; } if(ref == SPREF_ORIGINAL_CEILING) { if(height) *height = P_ToXSector(sector)->SP_ceilorigheight; if(mat) *mat = (Material*) P_GetPtrp(sector, DMU_CEILING_MATERIAL); return true; } if(ref == SPREF_CURRENT_FLOOR) { if(height) *height = P_GetDoublep(sector, DMU_FLOOR_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(sector, DMU_FLOOR_MATERIAL); return true; } if(ref == SPREF_CURRENT_CEILING) { if(height) *height = P_GetDoublep(sector, DMU_CEILING_HEIGHT); if(mat) *mat = (Material*) P_GetPtrp(sector, DMU_CEILING_MATERIAL); return true; } // Texture height targets? if(ref >= SPREF_MIN_BOTTOM_MATERIAL && ref <= SPREF_MAX_TOP_MATERIAL) { int part; dd_bool findMin; findsectorextremalmaterialheightparams_t params; // Which part of the wall are we looking at? if(ref == SPREF_MIN_MID_MATERIAL || ref == SPREF_MAX_MID_MATERIAL) part = LWS_MID; else if(ref == SPREF_MIN_TOP_MATERIAL || ref == SPREF_MAX_TOP_MATERIAL) part = LWS_UPPER; else // Then it's the bottom. part = LWS_LOWER; if(ref >= SPREF_MIN_BOTTOM_MATERIAL && ref <= SPREF_MIN_TOP_MATERIAL) findMin = true; else findMin = false; params.baseSec = sector; params.part = part; params.flags = (findMin? FSETHF_MIN : 0); params.val = (findMin? DDMAXFLOAT : DDMINFLOAT); P_Iteratep(sector, DMU_LINE, findSectorExtremalMaterialHeight, ¶ms); if(height) *height = params.val; return true; } // Get the right height and pic. if(ref == SPREF_HIGHEST_CEILING) { otherSec = P_FindSectorSurroundingHighestCeiling(sector, DDMINFLOAT, &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_CEILING_MATERIAL); } else if(ref == SPREF_HIGHEST_FLOOR) { otherSec = P_FindSectorSurroundingHighestFloor(sector, DDMINFLOAT, &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_CEILING_MATERIAL); } else if(ref == SPREF_LOWEST_CEILING) { otherSec = P_FindSectorSurroundingLowestCeiling(sector, DDMAXFLOAT, &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_CEILING_MATERIAL); } else if(ref == SPREF_LOWEST_FLOOR) { otherSec = P_FindSectorSurroundingLowestFloor(sector, DDMAXFLOAT, &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_FLOOR_MATERIAL); } else if(ref == SPREF_NEXT_HIGHEST_CEILING) { otherSec = P_FindSectorSurroundingNextHighestCeiling(sector, P_GetDoublep(sector, DMU_CEILING_HEIGHT), &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_CEILING_MATERIAL); } else if(ref == SPREF_NEXT_HIGHEST_FLOOR) { otherSec = P_FindSectorSurroundingNextHighestFloor(sector, P_GetDoublep(sector, DMU_FLOOR_HEIGHT), &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_FLOOR_MATERIAL); } else if(ref == SPREF_NEXT_LOWEST_CEILING) { otherSec = P_FindSectorSurroundingNextLowestCeiling(sector, P_GetDoublep(sector, DMU_CEILING_HEIGHT), &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_CEILING_MATERIAL); } else if(ref == SPREF_NEXT_LOWEST_FLOOR) { otherSec = P_FindSectorSurroundingNextLowestFloor(sector, P_GetDoublep(sector, DMU_FLOOR_HEIGHT), &otherHeight); if(otherSec) otherMat = P_GetPtrp(otherSec, DMU_FLOOR_MATERIAL); } // The requested plane was not found. if(!otherSec) return false; // Set the values. if(height) *height = otherHeight; if(mat) *mat = otherMat; if(planeSector) *planeSector = otherSec; return true; } /** * DJS - Why find the highest??? Surely unlogical to mod authors. * IMO if a user references multiple sectors, the one with the lowest ID * should be chosen (the same way it works for FIND(act)TAGGED). If that * happens to be zero - so be it. */ int C_DECL XSTrav_HighestSectorType(Sector *sec, dd_bool ceiling, void *context, void *context2, mobj_t *activator) { int *type = context2; xsector_t *xsec = P_ToXSector(sec); if(xsec->special > *type) *type = xsec->special; return true; // Keep looking... } void XS_InitMovePlane(Line *line) { xline_t *xline = P_ToXLine(line); // fdata keeps track of wait time. xline->xg->fdata = xline->xg->info.fparm[5]; xline->xg->idata = true; // Play sound. }; int C_DECL XSTrav_MovePlane(Sector *sector, dd_bool ceiling, void *context, void *context2, mobj_t *activator) { Line* line = (Line *) context; linetype_t* info = (linetype_t *) context2; xgplanemover_t* mover; int st; Material* mat; xline_t* xline = P_ToXLine(line); dd_bool playsound; playsound = xline->xg->idata; XG_Dev("XSTrav_MovePlane: Sector %i (by line %i of type %i)", P_ToIndex(sector), P_ToIndex(line), info->id); // i2: destination type (zero, relative to current, surrounding // highest/lowest floor/ceiling) // i3: flags (PMF_*) // i4: start sound // i5: end sound // i6: move sound // i7: start material origin (uses same ids as i2) // i8: start material index (used with PMD_ZERO). // i9: end material origin (uses same ids as i2) // i10: end material (used with PMD_ZERO) // i11 + i12: (plane ref) start sector type // i13 + i14: (plane ref) end sector type // f0: move speed (units per tic). // f1: crush speed (units per tic). // f2: destination offset // f3: move sound min interval (seconds) // f4: move sound max interval (seconds) // f5: time to wait before starting the move // f6: wait increment for each plane that gets moved mover = XS_GetPlaneMover(sector, ceiling); if(P_IsDummy(line)) Con_Error("XSTrav_MovePlane: Attempted to use dummy Line as XGPlaneMover origin."); mover->origin = line; // Setup the thinker and add it to the list. { coord_t temp = mover->destination; XS_GetPlane(line, sector, info->iparm[2], NULL, &temp, 0, 0); mover->destination = temp + info->fparm[2]; } mover->speed = info->fparm[0]; mover->crushSpeed = info->fparm[1]; mover->minInterval = FLT2TIC(info->fparm[3]); mover->maxInterval = FLT2TIC(info->fparm[4]); mover->flags = info->iparm[3]; mover->endSound = playsound ? info->iparm[5] : 0; mover->moveSound = playsound ? info->iparm[6] : 0; // Change texture at end? if(info->iparm[9] == SPREF_NONE || info->iparm[9] == SPREF_SPECIAL) mover->setMaterial = P_ToPtr(DMU_MATERIAL, info->iparm[10]); else { if(!XS_GetPlane(line, sector, info->iparm[9], NULL, 0, &mover->setMaterial, 0)) XG_Dev(" Couldn't find suitable material to set when move ends!"); } // Init timer. mover->timer = XG_RandomInt(mover->minInterval, mover->maxInterval); // Do we need to wait before starting the move? if(xline->xg->fdata > 0) { mover->timer = FLT2TIC(xline->xg->fdata); mover->flags |= PMF_WAIT; } // Increment wait time. xline->xg->fdata += info->fparm[6]; // Do start stuff. Play sound? if(playsound) XS_PlaneSound(P_GetPtrp(sector, ceiling? DMU_CEILING_PLANE : DMU_FLOOR_PLANE), info->iparm[4]); // Change texture at start? if(info->iparm[7] == SPREF_NONE || info->iparm[7] == SPREF_SPECIAL) mat = P_ToPtr(DMU_MATERIAL, info->iparm[8]); else { if(!XS_GetPlane(line, sector, info->iparm[7], NULL, 0, &mat, 0)) XG_Dev(" Couldn't find suitable material to set when move starts!"); } if(mat) XS_ChangePlaneMaterial(sector, ceiling, mat, NULL); // Should we play no more sounds? if(info->iparm[3] & PMF_ONE_SOUND_ONLY) { // Sound was played only for the first plane. xline->xg->idata = false; } // Change sector type right now? st = info->iparm[12]; if(info->iparm[11] != LPREF_NONE) { if(XL_TraversePlanes (line, info->iparm[11], info->iparm[12], 0, &st, false, 0, XSTrav_HighestSectorType)) { XS_SetSectorType(sector, st); } else XG_Dev(" SECTOR TYPE NOT SET (nothing referenced)"); } // Change sector type in the end of move? st = info->iparm[14]; if(info->iparm[13] != LPREF_NONE) { if(XL_TraversePlanes (line, info->iparm[13], info->iparm[14], 0, &st, false, 0, XSTrav_HighestSectorType)) { // OK, found one or more. mover->setSectorType = st; } else { XG_Dev(" SECTOR TYPE WON'T BE CHANGED AT END (nothing referenced)"); mover->setSectorType = -1; } } else mover->setSectorType = -1; return true; // Keep looking... } void XS_InitStairBuilder(Line *line) { int i; for(i = 0; i < numsectors; ++i) { P_GetXSector(i)->blFlags = 0; } } dd_bool XS_DoBuild(Sector* sector, dd_bool ceiling, Line* origin, linetype_t* info, uint stepcount) { static coord_t firstheight; float waittime; xsector_t* xsec; xgplanemover_t* mover; if(!sector) return false; xsec = P_ToXSector(sector); // Make sure each sector is only processed once. if(xsec->blFlags & BL_BUILT) return false; // Already built this one! xsec->blFlags |= BL_WAS_BUILT; // Create a new mover for the plane. mover = XS_GetPlaneMover(sector, ceiling); if(P_IsDummy(origin)) Con_Error("XS_DoBuild: Attempted to use dummy Line as XGPlaneMover origin."); mover->origin = origin; // Setup the mover. if(stepcount != 0) firstheight = P_GetDoublep(sector, (ceiling? DMU_CEILING_HEIGHT:DMU_FLOOR_HEIGHT)); mover->destination = firstheight + (stepcount + 1) * info->fparm[1]; mover->speed = (info->fparm[0] + stepcount * info->fparm[6]); if(mover->speed <= 0) mover->speed = 1 / 1000; mover->minInterval = FLT2TIC(info->fparm[4]); mover->maxInterval = FLT2TIC(info->fparm[5]); if(info->iparm[8]) mover->flags = PMF_CRUSH; mover->endSound = info->iparm[6]; mover->moveSound = info->iparm[7]; // Wait before starting? waittime = info->fparm[2] + info->fparm[3] * stepcount; if(waittime > 0) { mover->timer = FLT2TIC(waittime); mover->flags |= PMF_WAIT; // Play start sound when waiting ends. mover->startSound = info->iparm[5]; } else { mover->timer = XG_RandomInt(mover->minInterval, mover->maxInterval); // Play step start sound immediately. XS_PlaneSound(P_GetPtrp(sector, ceiling? DMU_CEILING_PLANE : DMU_FLOOR_PLANE), info->iparm[5]); } // Do start stuff. Play sound? if(stepcount != 0) { // Start building start sound. XS_PlaneSound(P_GetPtrp(sector, ceiling? DMU_CEILING_PLANE : DMU_FLOOR_PLANE), info->iparm[4]); } return true; // Building has begun! } #define F_MATERIALSTOP 0x1 #define F_CEILING 0x2 typedef struct spreadbuildparams_s { Sector* baseSec; Material* baseMat; byte flags; Line* origin; linetype_t* info; int stepCount; size_t spreaded; } spreadbuildparams_t; int spreadBuild(void *ptr, void *context) { Line *li = (Line*) ptr; spreadbuildparams_t *params = (spreadbuildparams_t*) context; Sector *frontSec, *backSec; frontSec = P_GetPtrp(li, DMU_FRONT_SECTOR); if(!frontSec || frontSec != params->baseSec) return false; backSec = P_GetPtrp(li, DMU_BACK_SECTOR); if(!backSec) return false; if(params->flags & F_MATERIALSTOP) { // Planepic must match. if(params->flags & F_CEILING) { if(P_GetPtrp(params->baseSec, DMU_CEILING_MATERIAL) != params->baseMat) return false; } else { if(P_GetPtrp(params->baseSec, DMU_FLOOR_MATERIAL) != params->baseMat) return false; } } // Don't spread to sectors which have already spreaded. if(P_ToXSector(backSec)->blFlags & BL_SPREADED) return false; // Build backsector. XS_DoBuild(backSec, ((params->flags & F_CEILING)? true : false), params->origin, params->info, params->stepCount); params->spreaded++; return false; // Continue iteration. } static void markBuiltSectors(void) { int i; // Mark the sectors of the last step as processed. for(i = 0; i < numsectors; ++i) { xsector_t *xsec = P_GetXSector(i); if(xsec->blFlags & BL_WAS_BUILT) { xsec->blFlags &= ~BL_WAS_BUILT; xsec->blFlags |= BL_BUILT; } } } static dd_bool spreadBuildToNeighborAll(Line *origin, linetype_t *info, dd_bool picstop, dd_bool ceiling, Material *myMat, int stepCount) { int i; dd_bool result = false; spreadbuildparams_t params; params.baseMat = myMat; params.info = info; params.origin = origin; params.stepCount = stepCount; params.flags = 0; if(picstop) params.flags |= F_MATERIALSTOP; if(ceiling) params.flags |= F_CEILING; for(i = 0; i < numsectors; ++i) { Sector *sec; xsector_t *xsec = P_GetXSector(i); // Only spread from built sectors (spread only once!). if(!(xsec->blFlags & BL_BUILT) || xsec->blFlags & BL_SPREADED) continue; xsec->blFlags |= BL_SPREADED; // Any 2-sided lines facing the right way? sec = P_ToPtr(DMU_SECTOR, i); params.baseSec = sec; params.spreaded = 0; P_Iteratep(sec, DMU_LINE, spreadBuild, ¶ms); if(params.spreaded > 0) result = true; } return result; } #define F_MATERIALSTOP 0x1 #define F_CEILING 0x2 typedef struct findbuildneighborparams_s { Sector* baseSec; Material* baseMat; byte flags; Line* origin; linetype_t* info; int stepCount; int foundIDX; Sector* foundSec; } findbuildneighborparams_t; int findBuildNeighbor(void* ptr, void* context) { Line* li = (Line*) ptr; findbuildneighborparams_t *params = (findbuildneighborparams_t*) context; Sector* frontSec, *backSec; int idx; frontSec = P_GetPtrp(li, DMU_FRONT_SECTOR); if(!frontSec || frontSec != params->baseSec) return false; backSec = P_GetPtrp(li, DMU_BACK_SECTOR); if(!backSec) return false; if(params->flags & F_MATERIALSTOP) { // Planepic must match. if(params->flags & F_CEILING) { if(P_GetPtrp(params->baseSec, DMU_CEILING_MATERIAL) != params->baseMat) return false; } else { if(P_GetPtrp(params->baseSec, DMU_FLOOR_MATERIAL) != params->baseMat) return false; } } // Don't spread to sectors which have already spreaded. if(P_ToXSector(backSec)->blFlags & BL_SPREADED) return false; // We need the lowest line number. idx = P_ToIndex(li); if(idx < params->foundIDX) { params->foundSec = backSec; params->foundIDX = idx; } return false; // Continue iteration. } dd_bool spreadBuildToNeighborLowestIDX(Line *origin, linetype_t *info, dd_bool picstop, dd_bool ceiling, Material *myMat, int stepcount, Sector *foundSec) { int i; dd_bool result = false; findbuildneighborparams_t params; params.baseMat = myMat; params.info = info; params.origin = origin; params.stepCount = stepcount; params.flags = 0; if(picstop) params.flags |= F_MATERIALSTOP; if(ceiling) params.flags |= F_CEILING; for(i = 0; i < numsectors; ++i) { Sector *sec; xsector_t *xsec = P_GetXSector(i); // Only spread from built sectors (spread only once!). if(!(xsec->blFlags & BL_BUILT) || xsec->blFlags & BL_SPREADED) continue; xsec->blFlags |= BL_SPREADED; // Any 2-sided lines facing the right way? sec = P_ToPtr(DMU_SECTOR, i); params.baseSec = sec; params.foundIDX = numlines; params.foundSec = NULL; P_Iteratep(sec, DMU_LINE, findBuildNeighbor, ¶ms); if(params.foundSec) { result = true; foundSec = params.foundSec; } } return result; } int C_DECL XSTrav_BuildStairs(Sector* sector, dd_bool ceiling, void* context, void* context2, mobj_t* activator) { uint stepCount = 0; Line* origin = (Line *) context; linetype_t* info = context2; Sector* foundSec = NULL; dd_bool picstop = info->iparm[2] != 0; dd_bool spread = info->iparm[3] != 0; Material* myMat; XG_Dev("XSTrav_BuildStairs: Sector %i, %s", P_ToIndex(sector), ceiling ? "ceiling" : "floor"); // i2: (true/false) stop when texture changes // i3: (true/false) spread build? myMat = ceiling ? P_GetPtrp(sector, DMU_CEILING_MATERIAL) : P_GetPtrp(sector, DMU_FLOOR_MATERIAL); // Apply to first step. XS_DoBuild(sector, ceiling, origin, info, 0); stepCount++; if(spread) { dd_bool found; do { markBuiltSectors(); // Scan the sectors for the next ones to spread to. found = spreadBuildToNeighborAll(origin, info, picstop, ceiling, myMat, stepCount); stepCount++; } while(found); } else { dd_bool found; do { found = false; markBuiltSectors(); // Scan the sectors for the next ones to spread to. if(spreadBuildToNeighborLowestIDX(origin, info, picstop, ceiling, myMat, stepCount, foundSec)) { XS_DoBuild(foundSec, ceiling, origin, info, stepCount); found = true; } stepCount++; } while(found); } return true; // Continue searching for planes... } int C_DECL XSTrav_SectorSound(Sector* sec, dd_bool ceiling, void* context, void* context2, mobj_t* activator) { linetype_t* info = context2; /// @c 0= sector /// @c 1= floor plane /// @c 2= ceiling plane if(!info->iparm[3]) { XS_SectorSound(sec, info->iparm[2]); } else { Plane* plane = P_GetPtrp(sec, info->iparm[3] == 2? DMU_CEILING_PLANE : DMU_FLOOR_PLANE); XS_PlaneSound(plane, info->iparm[2]); } return true; } int C_DECL XSTrav_PlaneMaterial(Sector *sec, dd_bool ceiling, void *context, void *context2, mobj_t *activator) { Line* line = (Line *) context; linetype_t* info = context2; Material* mat; float rgb[3]; // i2: (spref) material origin // i3: texture number (flat), used with SPREF_NONE // i4: red // i5: green // i6: blue if(info->iparm[2] == SPREF_NONE) { mat = P_ToPtr(DMU_MATERIAL, info->iparm[3]); } else { if(!XS_GetPlane(line, sec, info->iparm[2], NULL, 0, &mat, 0)) XG_Dev("XSTrav_PlaneMaterial: Sector %i, couldn't find suitable material!", P_ToIndex(sec)); } rgb[0] = MINMAX_OF(0.f, info->iparm[4] / 255.f, 1.f); rgb[1] = MINMAX_OF(0.f, info->iparm[5] / 255.f, 1.f); rgb[2] = MINMAX_OF(0.f, info->iparm[6] / 255.f, 1.f); // Set the texture. XS_ChangePlaneMaterial(sec, ceiling, mat, rgb); return true; } int C_DECL XSTrav_SectorType(Sector* sec, dd_bool ceiling, void* context, void* context2, mobj_t* activator) { linetype_t* info = context2; XS_SetSectorType(sec, info->iparm[2]); return true; } int C_DECL XSTrav_SectorLight(Sector* sector, dd_bool ceiling, void* context, void* context2, mobj_t* activator) { Line* line = (Line *) context; linetype_t* info = context2; int num; float usergb[3]; float lightLevel; // i2: (true/false) set level // i3: (true/false) set RGB // i4: source of light level (SSREF*) // i5: offset // i6: source of RGB (none, my, original) // i7: red offset // i8: green offset // i9: blue offset if(info->iparm[2]) { switch(info->iparm[4]) { case LIGHTREF_NONE: lightLevel = 0; break; case LIGHTREF_MY: { Sector *frontSec = P_GetPtrp(line, DMU_FRONT_SECTOR); lightLevel = P_GetFloatp(frontSec, DMU_LIGHT_LEVEL); } break; case LIGHTREF_BACK: { Sector *backSec = P_GetPtrp(line, DMU_BACK_SECTOR); if(backSec) lightLevel = P_GetFloatp(backSec, DMU_LIGHT_LEVEL); } break; case LIGHTREF_ORIGINAL: lightLevel = P_ToXSector(sector)->origLight; break; case LIGHTREF_CURRENT: lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); break; case LIGHTREF_HIGHEST: P_FindSectorSurroundingHighestLight(sector, &lightLevel); break; case LIGHTREF_LOWEST: P_FindSectorSurroundingLowestLight(sector, &lightLevel); break; case LIGHTREF_NEXT_HIGHEST: { float currentLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); P_FindSectorSurroundingNextHighestLight(sector, currentLevel, &lightLevel); if(lightLevel < currentLevel) lightLevel = currentLevel; } break; case LIGHTREF_NEXT_LOWEST: { float currentLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); P_FindSectorSurroundingNextLowestLight(sector, currentLevel, &lightLevel); if(lightLevel > currentLevel) lightLevel = currentLevel; } break; default: break; } // Add the offset. lightLevel += (float) info->iparm[5] / 255.f; // Clamp the result. if(lightLevel < 0) lightLevel = 0; if(lightLevel > 1) lightLevel = 1; // Set the value. P_SetFloatp(sector, DMU_LIGHT_LEVEL, lightLevel); } if(info->iparm[3]) { switch(info->iparm[6]) { case LIGHTREF_MY: { Sector* sector = P_GetPtrp(line, DMU_FRONT_SECTOR); P_GetFloatpv(sector, DMU_COLOR, usergb); break; } case LIGHTREF_BACK: { Sector* sector = P_GetPtrp(line, DMU_BACK_SECTOR); if(sector) P_GetFloatpv(sector, DMU_COLOR, usergb); else { XG_Dev("XSTrav_SectorLight: Warning, the referenced Line has no back sector. Using default color."); memset(usergb, 0, sizeof(usergb)); } break; } case LIGHTREF_ORIGINAL: memcpy(usergb, P_ToXSector(sector)->origRGB, sizeof(float) * 3); break; default: memset(usergb, 0, sizeof(usergb)); break; } for(num = 0; num < 3; ++num) { float f = usergb[num] + (float) info->iparm[7 + num] / 255.f; if(f < 0) f = 0; if(f > 1) f = 1; P_SetFloatp(sector, TO_DMU_COLOR(num), f); } } return true; } int C_DECL XSTrav_MimicSector(Sector *sector, dd_bool ceiling, void *context, void *context2, mobj_t *activator) { Line *line = (Line *) context; linetype_t *info = context2; Sector *from = NULL; int refdata; // Set the spref data parameter (tag or index). switch(info->iparm[2]) { case SPREF_TAGGED_FLOOR: case SPREF_TAGGED_CEILING: case SPREF_INDEX_FLOOR: case SPREF_INDEX_CEILING: case SPREF_ACT_TAGGED_FLOOR: case SPREF_ACT_TAGGED_CEILING: if(info->iparm[3] >= 0) refdata = info->iparm[3]; break; case SPREF_LINE_ACT_TAGGED_FLOOR: case SPREF_LINE_ACT_TAGGED_CEILING: if(info->actTag >= 0) refdata = info->actTag; break; default: refdata = 0; break; } // If can't apply to a sector, just skip it. if(!XS_GetPlane(line, sector, info->iparm[2], &refdata, 0, 0, &from)) { XG_Dev("XSTrav_MimicSector: No suitable neighbor " "for %i.\n", P_ToIndex(sector)); return true; } // Mimicing itself is pointless. if(from == sector) return true; XG_Dev("XSTrav_MimicSector: Sector %i mimicking sector %i", P_ToIndex(sector), P_ToIndex(from)); // Copy the properties of the target sector. P_CopySector(sector, from); P_ChangeSector(sector, false /*don't crush*/); // Copy type as well. XS_SetSectorType(sector, P_ToXSector(from)->special); if(P_ToXSector(from)->xg) memcpy(P_ToXSector(sector)->xg, P_ToXSector(from)->xg, sizeof(xgsector_t)); return true; } int C_DECL XSTrav_Teleport(Sector* sector, dd_bool ceiling, void* context, void* context2, mobj_t* thing) { mobj_t* mo = NULL; dd_bool ok = false; linetype_t* info = context2; // Don't teleport things marked noteleport! if(thing->flags2 & MF2_NOTELEPORT) { XG_Dev("XSTrav_Teleport: Activator is unteleportable (THING type %i)", thing->type); return false; } for(mo = P_GetPtrp(sector, DMT_MOBJS); mo; mo = mo->sNext) { thinker_t *th = (thinker_t*) mo; // Not a mobj. if(th->function != (thinkfunc_t) P_MobjThinker) continue; // Not a teleportman. if(mo->type != MT_TELEPORTMAN) continue; ok = true; break; } if(ok) { // We can teleport. mobj_t *flash; unsigned an; coord_t oldpos[3]; coord_t thfloorz, thceilz; coord_t aboveFloor, fogDelta = 0; angle_t oldAngle; XG_Dev("XSTrav_Teleport: Sector %i, %s, %s%s", P_ToIndex(sector), info->iparm[2]? "No Flash":"", info->iparm[3]? "Play Sound":"Silent", info->iparm[4]? " Stomp" : ""); if(!P_TeleportMove(thing, mo->origin[VX], mo->origin[VY], (info->iparm[4] > 0? 1 : 0))) { XG_Dev("XSTrav_Teleport: No free space at teleport exit. Aborting teleport..."); return false; } memcpy(oldpos, thing->origin, sizeof(thing->origin)); oldAngle = thing->angle; thfloorz = P_GetDoublep(Mobj_Sector(thing), DMU_FLOOR_HEIGHT); thceilz = P_GetDoublep(Mobj_Sector(thing), DMU_CEILING_HEIGHT); aboveFloor = thing->origin[VZ] - thfloorz; // Players get special consideration if(thing->player) { if((thing->player->plr->mo->flags2 & MF2_FLY) && aboveFloor) { thing->origin[VZ] = thfloorz + aboveFloor; if(thing->origin[VZ] + thing->height > thceilz) { thing->origin[VZ] = thceilz - thing->height; } thing->player->viewZ = thing->origin[VZ] + thing->player->viewHeight; } else { thing->origin[VZ] = thfloorz; thing->player->viewZ = thing->origin[VZ] + thing->player->viewHeight; thing->dPlayer->lookDir = 0; /* $unifiedangles */ } #if __JHERETIC__ if(!thing->player->powers[PT_WEAPONLEVEL2]) #endif { // Freeze player for about .5 sec thing->reactionTime = 18; } //thing->dPlayer->clAngle = thing->angle; /* $unifiedangles */ thing->dPlayer->flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; } #if __JHERETIC__ else if(thing->flags & MF_MISSILE) { thing->origin[VZ] = thfloorz + aboveFloor; if(thing->origin[VZ] + thing->height > thceilz) { thing->origin[VZ] = thceilz - thing->height; } } #endif else { thing->origin[VZ] = thfloorz; } // Spawn flash at the old position? if(!info->iparm[2]) { // Old position #if __JHERETIC__ fogDelta = ((thing->flags & MF_MISSILE)? 0 : TELEFOGHEIGHT); #endif if((flash = P_SpawnMobjXYZ(MT_TFOG, oldpos[VX], oldpos[VY], oldpos[VZ] + fogDelta, oldAngle + ANG180, 0))) { // Play a sound? if(info->iparm[3]) S_StartSound(info->iparm[3], flash); } } an = mo->angle >> ANGLETOFINESHIFT; // Spawn flash at the new position? if(!info->iparm[2]) { // New position if((flash = P_SpawnMobjXYZ(MT_TFOG, mo->origin[VX] + 20 * FIX2FLT(finecosine[an]), mo->origin[VY] + 20 * FIX2FLT(finesine[an]), mo->origin[VZ] + fogDelta, mo->angle, 0))) { // Play a sound? if(info->iparm[3]) S_StartSound(info->iparm[3], flash); } } // Adjust the angle to match that of the teleporter exit thing->angle = mo->angle; // Have we teleported from/to a sector with a non-solid floor? if(thing->flags2 & MF2_FLOORCLIP) { thing->floorClip = 0; if(FEQUAL(thing->origin[VZ], P_GetDoublep(Mobj_Sector(thing), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(thing); if(tt->flags & TTF_FLOORCLIP) { thing->floorClip = 10; } } } if(thing->flags & MF_MISSILE) { an >>= ANGLETOFINESHIFT; thing->mom[MX] = thing->info->speed * FIX2FLT(finecosine[an]); thing->mom[MY] = thing->info->speed * FIX2FLT(finesine[an]); } else { thing->mom[MX] = thing->mom[MY] = thing->mom[MZ] = 0; } } else { // Keep looking, there may be another referenced sector we could // teleport to... XG_Dev("XSTrav_Teleport: No teleport exit in referenced sector (ID %i)." " Continuing search...", P_ToIndex(sector)); return true; } return false; // Only do this once. } int XF_FindRewindMarker(char *func, int pos) { while(pos > 0 && func[pos] != '>') pos--; if(func[pos] == '>') pos++; return pos; } int XF_GetCount(function_t * fn, int *pos) { char *end; int count; count = strtol(fn->func + *pos, &end, 10); *pos = end - fn->func; return count; } float XF_GetValue(function_t * fn, int pos) { int ch; if(fn->func[pos] == '/' || fn->func[pos] == '%') { // Exact value. return strtod(fn->func + pos + 1, 0); } ch = tolower(fn->func[pos]); // A=0, Z=25. return (ch - 'a') / 25.0f; } /** * Returns the position of the next value. * Repeat counting is handled here. * Poke should be true only if fn->pos is really about to move. */ int XF_FindNextPos(function_t *fn, int pos, dd_bool poke, Sector *sec) { int startpos = pos; int c; char *ptr; double dvalue; if(fn->repeat > 0) { if(poke) fn->repeat--; return pos; } // Skip current. if(fn->func[pos] == '/' || fn->func[pos] == '%') { dvalue = strtod(fn->func + pos + 1, &ptr); // returned value ignored pos = ptr - fn->func; // Go to the end. } else { // It's just a normal character [a-z,A-Z]. pos++; } while(pos != startpos && fn->func[pos]) { // Check for various special characters. if(isdigit(fn->func[pos])) { // A repeat! // Move pos to the value to be repeated and set repeat counter. c = XF_GetCount(fn, &pos) - 1; if(poke) fn->repeat = c; return pos; } if(fn->func[pos] == '!') { // Chain event. pos++; c = XF_GetCount(fn, &pos); if(poke) { // Sector funcs don't have activators. XS_DoChain(sec, XSCE_FUNCTION, c, NULL); } continue; } if(fn->func[pos] == '#') { // Set timer. pos++; c = XF_GetCount(fn, &pos); if(poke) { fn->timer = 0; fn->maxTimer = c; } continue; } if(fn->func[pos] == '?') { // Random timer. pos++; c = XF_GetCount(fn, &pos); if(poke) { fn->timer = 0; fn->maxTimer = XG_RandomInt(0, c); } continue; } if(fn->func[pos] == '<') { // Rewind. pos = XF_FindRewindMarker(fn->func, pos); continue; } if(poke) { if(islower(fn->func[pos]) || fn->func[pos] == '/') { int next = XF_FindNextPos(fn, pos, false, sec); if(fn->func[next] == '.') { pos++; continue; } break; } } else if(fn->func[pos] == '.') { break; } // Is it a value, then? if(isalpha(fn->func[pos]) || fn->func[pos] == '/' || fn->func[pos] == '%') break; // A bad character, skip it. pos++; } return pos; } /** * Tick the function, update value. */ void XF_Ticker(function_t* fn, Sector* sec) { int next; float inter; // Store the previous value of the function. fn->oldValue = fn->value; // Is there a function? if(!ISFUNC(fn) || fn->link) return; // Increment time. if(fn->timer++ >= fn->maxTimer) { fn->timer = 0; fn->maxTimer = XG_RandomInt(fn->minInterval, fn->maxInterval); // Advance to next pos. fn->pos = XF_FindNextPos(fn, fn->pos, true, sec); } /** * Syntax: * * abcdefghijlkmnopqrstuvwxyz (26) * * az.< (fade from 0 to 1, break interpolation and repeat) * [note that AZ.AZ is the same as AZAZ] * [also note that a.z is the same as z] * az.>mz< (fade from 0 to 1, break, repeat fade from 0.5 to 1 to 0.5) * 10a10z is the same as aaaaaaaaaazzzzzzzzzz * aB or Ba do not interpolate * zaN (interpolate from 1 to 0, wait at 0, stay at N) * za.N (interpolate from 1 to 0, skip to N) * 1A is the same as A */ // Stop? if(!fn->func[fn->pos]) return; if(isupper(fn->func[fn->pos]) || fn->func[fn->pos] == '%') { // No interpolation. fn->value = XF_GetValue(fn, fn->pos); } else { inter = 0; next = XF_FindNextPos(fn, fn->pos, false, sec); if(islower(fn->func[next]) || fn->func[next] == '/') { if(fn->maxTimer) inter = fn->timer / (float) fn->maxTimer; } fn->value = (1 - inter) * XF_GetValue(fn, fn->pos) + inter * XF_GetValue(fn, next); } // Scale and offset. fn->value = fn->value * fn->scale + fn->offset; } void XS_UpdatePlanes(Sector* sec) { int i; xgsector_t* xg; function_t* fn; dd_bool docrush; xg = P_ToXSector(sec)->xg; docrush = (xg->info.flags & STF_CRUSH) != 0; // Update floor. fn = &xg->plane[XGSP_FLOOR]; if(UPDFUNC(fn)) { // Changed; How different? i = fn->value - P_GetFloatp(sec, DMU_FLOOR_HEIGHT); if(i) { // Move the floor plane accordingly. T_MovePlane(sec, abs(i), fn->value, docrush, 0, SIGN(i)); } } // Update celing. fn = &xg->plane[XGSP_CEILING]; if(UPDFUNC(fn)) { // Changed; How different? i = fn->value - P_GetFloatp(sec, DMU_CEILING_HEIGHT); if(i) { // Move the ceiling accordingly. T_MovePlane(sec, abs(i), fn->value, docrush, 1, SIGN(i)); } } } void XS_UpdateLight(Sector* sec) { int i; float c, lightlevel; xgsector_t* xg; function_t* fn; xg = P_ToXSector(sec)->xg; // Light intensity. fn = &xg->light; if(UPDFUNC(fn)) { // Changed. lightlevel = MINMAX_OF(0, fn->value / 255.f, 1); P_SetFloatp(sec, DMU_LIGHT_LEVEL, lightlevel); } // Red, green and blue. for(i = 0; i < 3; ++i) { fn = &xg->rgb[i]; if(!UPDFUNC(fn)) continue; // Changed. c = MINMAX_OF(0, fn->value / 255.f, 1); P_SetFloatp(sec, TO_DMU_COLOR(i), c); } } void XS_DoChain(Sector *sec, int ch, int activating, void *act_thing) { xgsector_t *xg; sectortype_t *info; float flevtime = TIC2FLT(mapTime); Line *dummyLine; xline_t *xdummyLine; linetype_t *ltype; xg = P_ToXSector(sec)->xg; info = &xg->info; if(ch < XSCE_NUM_CHAINS) { // How's the counter? if(!info->count[ch]) return; // How's the time? if(flevtime < info->start[ch] || (info->end[ch] > 0 && flevtime > info->end[ch])) return; // Not operating at this time. // Time to try the chain. Reset timer. xg->chainTimer[ch] = XG_RandomInt(FLT2TIC(info->interval[ch][0]), FLT2TIC(info->interval[ch][1])); } // Prepare the dummies to use for the event. dummyLine = P_AllocDummyLine(); xdummyLine = P_ToXLine(dummyLine); xdummyLine->xg = Z_Calloc(sizeof(xgline_t), PU_MAP, 0); P_SetPtrp(dummyLine, DMU_FRONT_SECTOR, sec); xdummyLine->special = (ch == XSCE_FUNCTION ? activating : info->chain[ch]); xdummyLine->tag = P_ToXSector(sec)->tag; ltype = XL_GetType(xdummyLine->special); if(!ltype) { // What is this? There is no such XG line type. XG_Dev("XS_DoChain: Unknown XG line type %i", xdummyLine->special); // We're done, free the dummy. Z_Free(xdummyLine->xg); P_FreeDummyLine(dummyLine); return; } memcpy(&xdummyLine->xg->info, ltype, sizeof(*ltype)); if(act_thing) xdummyLine->xg->activator = act_thing; else xdummyLine->xg->activator = NULL; xdummyLine->xg->active = (ch == XSCE_FUNCTION ? false : !activating); XG_Dev("XS_DoChain: Dummy line will show up as %i", P_ToIndex(dummyLine)); // Send the event. if(XL_LineEvent((ch == XSCE_FUNCTION ? XLE_FUNC : XLE_CHAIN), 0, dummyLine, 0, act_thing)) { // Success! if(ch < XSCE_NUM_CHAINS) { // Decrease counter. if(info->count[ch] > 0) { info->count[ch]--; XG_Dev ("XS_DoChain: %s, sector %i (activating=%i): Counter now at %i", ch == XSCE_FLOOR ? "FLOOR" : ch == XSCE_CEILING ? "CEILING" : ch == XSCE_INSIDE ? "INSIDE" : ch == XSCE_TICKER ? "TICKER" : ch == XSCE_FUNCTION ? "FUNCTION" : "???", P_ToIndex(sec), activating, info->count[ch]); } } } // We're done, free the dummies. Z_Free(xdummyLine->xg); P_FreeDummyLine(dummyLine); } static dd_bool checkChainRequirements(Sector* sec, mobj_t* mo, int ch, dd_bool* activating) { xgsector_t* xg; sectortype_t* info; player_t* player = mo->player; int flags; dd_bool typePasses = false; xg = P_ToXSector(sec)->xg; info = &xg->info; flags = info->chainFlags[ch]; // Check mobj type. if((flags & (SCEF_ANY_A | SCEF_ANY_D | SCEF_TICKER_A | SCEF_TICKER_D)) || ((flags & (SCEF_PLAYER_A | SCEF_PLAYER_D)) && player) || ((flags & (SCEF_OTHER_A | SCEF_OTHER_D)) && !player) || ((flags & (SCEF_MONSTER_A | SCEF_MONSTER_D)) && (mo->flags & MF_COUNTKILL)) || ((flags & (SCEF_MISSILE_A | SCEF_MISSILE_D)) && (mo->flags & MF_MISSILE))) typePasses = true; if(!typePasses) return false; // Wrong type. // Are we looking for an activation effect? if(player) *activating = !(flags & SCEF_PLAYER_D); else if(mo->flags & MF_COUNTKILL) *activating = !(flags & SCEF_MONSTER_D); else if(mo->flags & MF_MISSILE) *activating = !(flags & SCEF_MISSILE_D); else if(flags & (SCEF_ANY_A | SCEF_ANY_D)) *activating = !(flags & SCEF_ANY_D); else *activating = !(flags & SCEF_OTHER_D); // Check for extra requirements (touching). switch(ch) { case XSCE_FLOOR: // Is it touching the floor? if(mo->origin[VZ] > P_GetDoublep(sec, DMU_FLOOR_HEIGHT)) return false; case XSCE_CEILING: // Is it touching the ceiling? if(mo->origin[VZ] + mo->height < P_GetDoublep(sec, DMU_CEILING_HEIGHT)) return false; default: break; } return true; } typedef struct { Sector *sec; int data; } xstrav_sectorchainparams_t; int XSTrav_SectorChain(thinker_t *th, void *context) { xstrav_sectorchainparams_t *params = (xstrav_sectorchainparams_t *) context; mobj_t *mo = (mobj_t *) th; if(params->sec == Mobj_Sector(mo)) { dd_bool activating; if(checkChainRequirements(params->sec, mo, params->data, &activating)) XS_DoChain(params->sec, params->data, activating, mo); } return false; // Continue iteration. } void P_ApplyWind(mobj_t *mo, Sector *sec) { sectortype_t *info; float ang; if(mo->player && (mo->player->plr->flags & DDPF_CAMERA)) return; // Wind does not affect cameras. info = &(P_ToXSector(sec)->xg->info); ang = DD_PI * info->windAngle / 180; if(IS_CLIENT) { // Clientside wind only affects the local player. if(!mo->player || mo->player != &players[CONSOLEPLAYER]) return; } // Does wind affect this sort of things? if(((info->flags & STF_PLAYER_WIND) && mo->player) || ((info->flags & STF_OTHER_WIND) && !mo->player) || ((info->flags & STF_MONSTER_WIND) && (mo->flags & MF_COUNTKILL)) || ((info->flags & STF_MISSILE_WIND) && (mo->flags & MF_MISSILE))) { coord_t thfloorz = P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT); coord_t thceilz = P_GetDoublep(Mobj_Sector(mo), DMU_CEILING_HEIGHT); if(!(info->flags & (STF_FLOOR_WIND | STF_CEILING_WIND)) || ((info->flags & STF_FLOOR_WIND) && mo->origin[VZ] <= thfloorz) || ((info->flags & STF_CEILING_WIND) && mo->origin[VZ] + mo->height >= thceilz)) { // Apply vertical wind. mo->mom[MZ] += info->verticalWind; // Horizontal wind. mo->mom[MX] += cos(ang) * info->windSpeed; mo->mom[MY] += sin(ang) * info->windSpeed; } } } typedef struct { Sector *sec; } xstrav_windparams_t; int XSTrav_Wind(thinker_t *th, void *context) { xstrav_windparams_t *params = (xstrav_windparams_t *) context; mobj_t *mo = (mobj_t *) th; if(params->sec == Mobj_Sector(mo)) { P_ApplyWind(mo, params->sec); } return false; // Continue iteration. } /** * Makes sure the offset is in the range 0..64. */ void XS_ConstrainPlaneOffset(float *offset) { if(*offset > 64) *offset -= 64; if(*offset < 0) *offset += 64; } /** * XG sectors get to think. */ void XS_Thinker(xsthinker_t* xs) { Sector* sector = xs->sector; xsector_t* xsector = P_ToXSector(sector); xgsector_t* xg; sectortype_t* info; int i; if(!xsector) return; // Not an xsector? Most perculiar... xg = xsector->xg; if(!xg) return; // Not an extended sector. if(xg->disabled) return; // This sector is disabled. info = &xg->info; if(!IS_CLIENT) { // Function tickers. for(i = 0; i < 2; ++i) XF_Ticker(&xg->plane[i], sector); XF_Ticker(&xg->light, sector); for(i = 0; i < 3; ++i) XF_Ticker(&xg->rgb[i], sector); // Update linked functions. for(i = 0; i < 3; ++i) { if(i < 2 && xg->plane[i].link) xg->plane[i].value = xg->plane[i].link->value; if(xg->rgb[i].link) xg->rgb[i].value = xg->rgb[i].link->value; } if(xg->light.link) xg->light.value = xg->light.link->value; // Update planes. XS_UpdatePlanes(sector); // Update sector light. XS_UpdateLight(sector); // Decrement chain timers. for(i = 0; i < XSCE_NUM_CHAINS; ++i) xg->chainTimer[i]--; // Floor chain. Check any mobjs that are touching the floor of the // sector. if(info->chain[XSCE_FLOOR] && xg->chainTimer[XSCE_FLOOR] <= 0) { xstrav_sectorchainparams_t params; params.sec = sector; params.data = XSCE_FLOOR; Thinker_Iterate((thinkfunc_t) P_MobjThinker, XSTrav_SectorChain, ¶ms); } // Ceiling chain. Check any mobjs that are touching the ceiling. if(info->chain[XSCE_CEILING] && xg->chainTimer[XSCE_CEILING] <= 0) { xstrav_sectorchainparams_t params; params.sec = sector; params.data = XSCE_CEILING; Thinker_Iterate((thinkfunc_t) P_MobjThinker, XSTrav_SectorChain, ¶ms); } // Inside chain. Check any sectorlinked mobjs. if(info->chain[XSCE_INSIDE] && xg->chainTimer[XSCE_INSIDE] <= 0) { xstrav_sectorchainparams_t params; params.sec = sector; params.data = XSCE_INSIDE; Thinker_Iterate((thinkfunc_t) P_MobjThinker, XSTrav_SectorChain, ¶ms); } // Ticker chain. Send an activate event if TICKER_D flag is not set. if(info->chain[XSCE_TICKER] && xg->chainTimer[XSCE_TICKER] <= 0) { XS_DoChain(sector, XSCE_TICKER, !(info->chainFlags[XSCE_TICKER] & SCEF_TICKER_D), &dummyThing); } // Play ambient sounds. if(xg->info.ambientSound) { if(xg->timer-- < 0) { xg->timer = XG_RandomInt(FLT2TIC(xg->info.soundInterval[0]), FLT2TIC(xg->info.soundInterval[1])); S_SectorSound(sector, xg->info.ambientSound); } } } // Floor Texture movement if(xg->info.materialMoveSpeed[0] != 0) { coord_t floorOffset[2]; double ang = DD_PI * xg->info.materialMoveAngle[0] / 180; P_GetDoublepv(sector, DMU_FLOOR_MATERIAL_OFFSET_XY, floorOffset); floorOffset[VX] -= cos(ang) * xg->info.materialMoveSpeed[0]; floorOffset[VY] -= sin(ang) * xg->info.materialMoveSpeed[0]; // Set the results P_SetDoublepv(sector, DMU_FLOOR_MATERIAL_OFFSET_XY, floorOffset); } // Ceiling Texture movement if(xg->info.materialMoveSpeed[1] != 0) { coord_t ceilOffset[2]; double ang = DD_PI * xg->info.materialMoveAngle[1] / 180; P_GetDoublepv(sector, DMU_CEILING_MATERIAL_OFFSET_XY, ceilOffset); ceilOffset[VX] -= cos(ang) * xg->info.materialMoveSpeed[1]; ceilOffset[VY] -= sin(ang) * xg->info.materialMoveSpeed[1]; // Set the results P_SetDoublepv(sector, DMU_CEILING_MATERIAL_OFFSET_XY, ceilOffset); } // Wind for all sectorlinked mobjs. if(xg->info.windSpeed || xg->info.verticalWind) { xstrav_windparams_t params; params.sec = sector; Thinker_Iterate((thinkfunc_t) P_MobjThinker, XSTrav_Wind, ¶ms); } } coord_t XS_Gravity(Sector* sec) { xsector_t* xsec; if(!sec) return P_GetGravity(); // World gravity. xsec = P_ToXSector(sec); if(!xsec->xg || !(xsec->xg->info.flags & STF_GRAVITY)) { return P_GetGravity(); // World gravity. } else { // Sector-specific gravity. coord_t gravity = xsec->xg->info.gravity; // Apply gravity modifier. if(cfg.netGravity != -1) gravity *= (coord_t) cfg.netGravity / 100; return gravity; } } coord_t XS_Friction(Sector* sector) { if(!P_ToXSector(sector)->xg || !(P_ToXSector(sector)->xg->info.flags & STF_FRICTION)) return FRICTION_NORMAL; // Normal friction. return P_ToXSector(sector)->xg->info.friction; } /** * @return The thrust multiplier to emulate by friction. */ coord_t XS_ThrustMul(Sector *sector) { coord_t x = XS_Friction(sector); if(x <= FRICTION_NORMAL) return 1; // Normal friction. if(x > 1) return 0; // There's nothing to thrust from! // {c = -93.31092643, b = 208.0448223, a = -114.7338958} return (-114.7338958 * x * x + 208.0448223 * x - 93.31092643); } /** * During update, definitions are re-read, so the pointers need to be * updated. However, this is a bit messy operation, prone to errors. * Instead, we just disable XG... */ void XS_Update(void) { int i; xsector_t *xsec; // It's all PU_MAP memory, so we can just lose it. for(i = 0; i < numsectors; ++i) { xsec = P_ToXSector(P_ToPtr(DMU_SECTOR, i)); if(xsec->xg) { xsec->xg = 0; xsec->special = 0; } } } /** * $moveplane: Command line interface to the plane mover. */ D_CMD(MovePlane) { dd_bool isCeiling = !stricmp(argv[0], "moveceil"); dd_bool isBoth = !stricmp(argv[0], "movesec"); dd_bool isOffset = false, isCrusher = false; Sector* sector = NULL; coord_t units = 0; float speed = FRACUNIT; int p = 0; coord_t floorheight, ceilingheight; xgplanemover_t* mover; if(argc < 2) { App_Log(DE2_SCR_NOTE, "Usage: %s (opts)", argv[0]); App_Log(DE2_LOG_SCR, "Opts can be:"); App_Log(DE2_LOG_SCR, " here [crush] [off] (z/units) [speed]"); App_Log(DE2_LOG_SCR, " at (x) (y) [crush] [off] (z/units) [speed]"); App_Log(DE2_LOG_SCR, " tag (sector-tag) [crush] [off] (z/units) [speed]"); return true; } if(IS_CLIENT) { App_Log(DE2_SCR_ERROR, "Clients can't move planes"); return false; } // Which mode? if(!stricmp(argv[1], "here")) { p = 2; if(!players[CONSOLEPLAYER].plr->mo) return false; sector = Mobj_Sector(players[CONSOLEPLAYER].plr->mo); } else if(!stricmp(argv[1], "at") && argc >= 4) { coord_t point[2]; point[VX] = (coord_t)strtol(argv[2], 0, 0); point[VY] = (coord_t)strtol(argv[3], 0, 0); sector = Sector_AtPoint_FixedPrecision(point); p = 4; } else if(!stricmp(argv[1], "tag") && argc >= 3) { int tag = (short) strtol(argv[2], 0, 0); Sector* sec = NULL; iterlist_t* list; p = 3; list = P_GetSectorIterListForTag(tag, false); if(list) { // Find the first sector with the tag. IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { sector = sec; break; } } } else { // Unknown mode. App_Log(DE2_SCR_ERROR, "Unknown mode"); return false; } floorheight = P_GetDoublep(sector, DMU_FLOOR_HEIGHT); ceilingheight = P_GetDoublep(sector, DMU_CEILING_HEIGHT); // No more arguments? if(argc == p) { App_Log(DE2_LOG_MAP, "Ceiling = %g, Floor = %g", ceilingheight, floorheight); return true; } // Check for the optional 'crush' parameter. if(argc >= p + 1 && !stricmp(argv[p], "crush")) { isCrusher = true; ++p; } // Check for the optional 'off' parameter. if(argc >= p + 1 && !stricmp(argv[p], "off")) { isOffset = true; ++p; } // The amount to move. if(argc >= p + 1) { units = strtod(argv[p++], 0); } else { App_Log(DE2_SCR_ERROR, "You must specify Z-units"); return false; // Required parameter missing. } // The optional speed parameter. if(argc >= p + 1) { speed = strtod(argv[p++], 0); // The speed is always positive. if(speed < 0) speed = -speed; } // We must now have found the sector to operate on. if(!sector) return false; mover = XS_GetPlaneMover(sector, isCeiling); // Setup the thinker and add it to the list. mover->destination = units + (isOffset ? (isCeiling ? ceilingheight : floorheight) : 0); mover->speed = speed; if(isCrusher) { mover->crushSpeed = speed * .5; // Crush at half speed. mover->flags |= PMF_CRUSH; } if(isBoth) mover->flags |= PMF_OTHER_FOLLOWS; return true; } #endif doomsday-1.14.5/doomsday/plugins/common/src/p_xgsave.cpp0000664000175000017500000001773412350542240022615 0ustar jaakkojaakko/** @file p_xgsave.cpp XG data/thinker (de)serialization. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ #include "common.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_saveg.h" #include "p_xg.h" void SV_WriteXGLine(Line *li, MapStateWriter *msw) { Writer *writer = msw->writer(); xline_t *xline = P_ToXLine(li); // Version byte. Writer_WriteByte(writer, 1); /* * Remember, savegames are applied on top of an initialized map. No strings are saved, * because they are all const strings defined either in the maps's DDXGDATA lump or a * DED file. During loading, XL_SetLineType is called with the id in the savegame. */ DENG_ASSERT(xline->xg != 0); xgline_t *xg = xline->xg; linetype_t *info = &xg->info; Writer_WriteInt32(writer, info->id); Writer_WriteInt32(writer, info->actCount); Writer_WriteByte(writer, xg->active); Writer_WriteByte(writer, xg->disabled); Writer_WriteInt32(writer, xg->timer); Writer_WriteInt32(writer, xg->tickerTimer); Writer_WriteInt16(writer, msw->serialIdFor((mobj_t *)xg->activator)); Writer_WriteInt32(writer, xg->idata); Writer_WriteFloat(writer, xg->fdata); Writer_WriteInt32(writer, xg->chIdx); Writer_WriteFloat(writer, xg->chTimer); } void SV_ReadXGLine(Line *li, MapStateReader *msr) { Reader *reader = msr->reader(); xline_t *xline = P_ToXLine(li); // Read version. Reader_ReadByte(reader); // This'll set all the correct string pointers and other data. XL_SetLineType(li, Reader_ReadInt32(reader)); DENG_ASSERT(xline->xg != 0); xgline_t *xg = xline->xg; xg->info.actCount = Reader_ReadInt32(reader); xg->active = Reader_ReadByte(reader); xg->disabled = Reader_ReadByte(reader); xg->timer = Reader_ReadInt32(reader); xg->tickerTimer = Reader_ReadInt32(reader); // Will be updated later. xg->activator = INT2PTR(void, Reader_ReadInt16(reader)); xg->idata = Reader_ReadInt32(reader); xg->fdata = Reader_ReadFloat(reader); xg->chIdx = Reader_ReadInt32(reader); xg->chTimer = Reader_ReadFloat(reader); } /** * @param fn This function must belong to XG sector @a xg. */ void SV_WriteXGFunction(xgsector_t * /*xg*/, function_t *fn, Writer *writer) { // Version byte. Writer_WriteByte(writer, 1); Writer_WriteInt32(writer, fn->flags); Writer_WriteInt16(writer, fn->pos); Writer_WriteInt16(writer, fn->repeat); Writer_WriteInt16(writer, fn->timer); Writer_WriteInt16(writer, fn->maxTimer); Writer_WriteFloat(writer, fn->value); Writer_WriteFloat(writer, fn->oldValue); } /** * @param fn This function must belong to XG sector @a xg. */ void SV_ReadXGFunction(xgsector_t * /*xg*/, function_t *fn, Reader *reader, int /*mapVersion*/) { // Version byte. Reader_ReadByte(reader); fn->flags = Reader_ReadInt32(reader); fn->pos = Reader_ReadInt16(reader); fn->repeat = Reader_ReadInt16(reader); fn->timer = Reader_ReadInt16(reader); fn->maxTimer = Reader_ReadInt16(reader); fn->value = Reader_ReadFloat(reader); fn->oldValue = Reader_ReadFloat(reader); } void SV_WriteXGSector(Sector *sec, Writer *writer) { xsector_t *xsec = P_ToXSector(sec); xgsector_t *xg = xsec->xg; sectortype_t *info = &xg->info; // Version byte. Writer_WriteByte(writer, 1); Writer_WriteInt32(writer, info->id); Writer_Write(writer, info->count, sizeof(info->count)); Writer_Write(writer, xg->chainTimer, sizeof(xg->chainTimer)); Writer_WriteInt32(writer, xg->timer); Writer_WriteByte(writer, xg->disabled); for(int i = 0; i < 3; ++i) { SV_WriteXGFunction(xg, &xg->rgb[i], writer); } for(int i = 0; i < 2; ++i) { SV_WriteXGFunction(xg, &xg->plane[i], writer); } SV_WriteXGFunction(xg, &xg->light, writer); } void SV_ReadXGSector(Sector *sec, Reader *reader, int mapVersion) { xsector_t *xsec = P_ToXSector(sec); // Version byte. Reader_ReadByte(reader); // This'll init all the data. XS_SetSectorType(sec, Reader_ReadInt32(reader)); xgsector_t *xg = xsec->xg; Reader_Read(reader, xg->info.count, sizeof(xg->info.count)); Reader_Read(reader, xg->chainTimer, sizeof(xg->chainTimer)); xg->timer = Reader_ReadInt32(reader); xg->disabled = Reader_ReadByte(reader); for(int i = 0; i < 3; ++i) { SV_ReadXGFunction(xg, &xg->rgb[i], reader, mapVersion); } for(int i = 0; i < 2; ++i) { SV_ReadXGFunction(xg, &xg->plane[i], reader, mapVersion); } SV_ReadXGFunction(xg, &xg->light, reader, mapVersion); } void xgplanemover_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 3); // Version. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteByte(writer, ceiling); Writer_WriteInt32(writer, flags); int i = P_ToIndex(origin); if(i >= 0 && i < numlines) // Is it a real line? i++; else // No. i = 0; Writer_WriteInt32(writer, i); // Zero means there is no origin. Writer_WriteInt32(writer, FLT2FIX(destination)); Writer_WriteInt32(writer, FLT2FIX(speed)); Writer_WriteInt32(writer, FLT2FIX(crushSpeed)); Writer_WriteInt32(writer, msw->serialIdFor(setMaterial)); Writer_WriteInt32(writer, setSectorType); Writer_WriteInt32(writer, startSound); Writer_WriteInt32(writer, endSound); Writer_WriteInt32(writer, moveSound); Writer_WriteInt32(writer, minInterval); Writer_WriteInt32(writer, maxInterval); Writer_WriteInt32(writer, timer); } int xgplanemover_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); byte ver = Reader_ReadByte(reader); // Version. sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); ceiling = Reader_ReadByte(reader); flags = Reader_ReadInt32(reader); int lineIndex = Reader_ReadInt32(reader); if(lineIndex > 0) origin = (Line *)P_ToPtr(DMU_LINE, lineIndex - 1); destination = FIX2FLT(Reader_ReadInt32(reader)); speed = FIX2FLT(Reader_ReadInt32(reader)); crushSpeed = FIX2FLT(Reader_ReadInt32(reader)); if(ver >= 3) { setMaterial = msr->material(Reader_ReadInt32(reader), 0); } else { // Flat number is an absolute lump index. Uri *uri = Uri_NewWithPath2("Flats:", RC_NULL); ddstring_t name; Str_Init(&name); F_FileName(&name, Str_Text(W_LumpName(Reader_ReadInt32(reader)))); Uri_SetPath(uri, Str_Text(&name)); setMaterial = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); Str_Free(&name); } setSectorType = Reader_ReadInt32(reader); startSound = Reader_ReadInt32(reader); endSound = Reader_ReadInt32(reader); moveSound = Reader_ReadInt32(reader); minInterval = Reader_ReadInt32(reader); maxInterval = Reader_ReadInt32(reader); timer = Reader_ReadInt32(reader); thinker.function = (thinkfunc_t) XS_PlaneMover; return true; // Add this thinker. } #endif doomsday-1.14.5/doomsday/plugins/common/src/p_map.cpp0000664000175000017500000027227212350542240022075 0ustar jaakkojaakko/** @file p_map.cpp Common map routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include #include "common.h" #include "d_net.h" #include "g_common.h" #include "gamesession.h" #include "dmu_lib.h" #include "p_mapspec.h" #include "p_terraintype.h" #include "p_tick.h" #include "p_actor.h" #include "player.h" #include "p_mapsetup.h" #include "p_map.h" /* * Try move variables: */ static AABoxd tmBox; static mobj_t *tmThing; dd_bool tmFloatOk; ///< @c true= move would be ok if within "tmFloorZ - tmCeilingZ". coord_t tmFloorZ; coord_t tmCeilingZ; #if __JHEXEN__ static Material *tmFloorMaterial; #endif dd_bool tmFellDown; // $dropoff_fix static coord_t tm[3]; static coord_t tmDropoffZ; #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ static Line *tmHitLine; static int tmUnstuck; ///< $unstuck: used to check unsticking #endif Line *tmBlockingLine; // $unstuck: blocking line #if __JHEXEN__ mobj_t *tmBlockingMobj; #endif // The following is used to keep track of the lines that clip the open // height range e.g. PIT_CheckLine. They in turn are used with the &unstuck // logic and to prevent missiles from exploding against sky hack walls. Line *tmCeilingLine; Line *tmFloorLine; /* * Line aim/attack variables: */ mobj_t *lineTarget; // Who got hit (or NULL). static coord_t attackRange; #if __JHEXEN__ mobj_t *PuffSpawned; #endif static coord_t shootZ; ///< Height if not aiming up or down. static mobj_t *shootThing; static float aimSlope; static float topSlope, bottomSlope; ///< Slopes to top and bottom of target. /// Sector >= Sector line-of-sight rejection. static byte *rejectMatrix; coord_t P_GetGravity() { if(cfg.netGravity != -1) { return (coord_t) cfg.netGravity / 100; } return *((coord_t *) DD_GetVariable(DD_GRAVITY)); } /** * Checks the reject matrix to find out if the two sectors are visible * from each other. */ static dd_bool checkReject(Sector *sec1, Sector *sec2) { if(rejectMatrix) { // Determine BSP leaf entries in REJECT table. int const pnum = P_ToIndex(sec1) * numsectors + P_ToIndex(sec2); int const bytenum = pnum >> 3; int const bitnum = 1 << (pnum & 7); // Check in REJECT table. if(rejectMatrix[bytenum] & bitnum) { // Can't possibly be connected. return false; } } return true; } dd_bool P_CheckSight(mobj_t const *beholder, mobj_t const *target) { if(!beholder || !target) return false; // If either is unlinked, they can't see each other. if(!Mobj_Sector(beholder)) return false; if(!Mobj_Sector(target)) return false; // Cameramen are invisible. if(P_MobjIsCamera(target)) return false; // Does a reject table exist and if so, should this line-of-sight fail? if(!checkReject(Mobj_Sector(beholder), Mobj_Sector(target))) { return false; } // The line-of-sight is from the "eyes" of the beholder. vec3d_t from = { beholder->origin[VX], beholder->origin[VY], beholder->origin[VZ] }; if(!P_MobjIsCamera(beholder)) { from[VZ] += beholder->height + -(beholder->height / 4); } return P_CheckLineSight(from, target->origin, 0, target->height, 0); } struct pit_stompthing_params_t { mobj_t *stompMobj; ///< Mobj doing the stomping. vec2d_t location; ///< Map space point being stomped. bool alwaysStomp; ///< Disable per-type/monster stomp exclussions. }; /// @return Non-zero when the first unstompable mobj is found; otherwise @c 0. static int PIT_StompThing(mobj_t *mo, void *context) { pit_stompthing_params_t &parm = *static_cast(context); // Don't ever attempt to stomp oneself. if(mo == parm.stompMobj) return false; // ...or non-shootables. if(!(mo->flags & MF_SHOOTABLE)) return false; if(!parm.alwaysStomp) { // Is "this" mobj allowed to stomp? if(!(parm.stompMobj->flags2 & MF2_TELESTOMP)) return true; #if __JDOOM64__ // Monsters don't stomp. if(!Mobj_IsPlayer(parm.stompMobj)) return true; #elif __JDOOM__ // Monsters only stomp on a boss map. if(!Mobj_IsPlayer(parm.stompMobj) && gameMap != 29) return true; #endif } // Within stomping distance? coord_t const dist = mo->radius + parm.stompMobj->radius; if(fabs(mo->origin[VX] - parm.location[VX]) < dist && fabs(mo->origin[VY] - parm.location[VY]) < dist) { // Stomp! P_DamageMobj(mo, parm.stompMobj, parm.stompMobj, 10000, true); } return false; // Continue iteration. } dd_bool P_TeleportMove(mobj_t *mobj, coord_t x, coord_t y, dd_bool alwaysStomp) { if(!mobj) return false; IterList_Clear(spechit); /// @todo necessary? -ds // Attempt to stomp any mobjs in the way. pit_stompthing_params_t parm; parm.stompMobj = mobj; V2d_Set(parm.location, x, y); parm.alwaysStomp = CPP_BOOL(alwaysStomp); coord_t const dist = mobj->radius + MAXRADIUS; AABoxd const box(x - dist, y - dist, x + dist, y + dist); VALIDCOUNT++; if(Mobj_BoxIterator(&box, PIT_StompThing, &parm)) { return false; } // The destination is clear. P_MobjUnlink(mobj); mobj->origin[VX] = parm.location[VX]; mobj->origin[VY] = parm.location[VY]; P_MobjLink(mobj); mobj->floorZ = P_GetDoublep(Mobj_Sector(mobj), DMU_FLOOR_HEIGHT); mobj->ceilingZ = P_GetDoublep(Mobj_Sector(mobj), DMU_CEILING_HEIGHT); #if !__JHEXEN__ mobj->dropOffZ = mobj->floorZ; #endif // Reset movement interpolation. P_MobjClearSRVO(mobj); return true; // Success. } void P_TelefragMobjsTouchingPlayers() { for(uint i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; ddplayer_t *ddplr = plr->plr; if(!ddplr->inGame) continue; P_TeleportMove(ddplr->mo, ddplr->mo->origin[VX], ddplr->mo->origin[VY], true); } } struct pit_crossline_params_t { mobj_t *crossMobj; ///< Mobj attempting to cross. AABoxd crossAABox; ///< Bounding box of the trajectory. vec2d_t destination; ///< Would-be destination point. }; static int PIT_CrossLine(Line *line, void *context) { pit_crossline_params_t &parm = *static_cast(context); if((P_GetIntp(line, DMU_FLAGS) & DDLF_BLOCKING) || (P_ToXLine(line)->flags & ML_BLOCKMONSTERS) || (!P_GetPtrp(line, DMU_FRONT_SECTOR) || !P_GetPtrp(line, DMU_BACK_SECTOR))) { AABoxd *aaBox = (AABoxd *)P_GetPtrp(line, DMU_BOUNDING_BOX); if(!(parm.crossAABox.minX > aaBox->maxX || parm.crossAABox.maxX < aaBox->minX || parm.crossAABox.maxY < aaBox->minY || parm.crossAABox.minY > aaBox->maxY)) { // Line blocks trajectory? return (Line_PointOnSide(line, parm.crossMobj->origin) < 0) != (Line_PointOnSide(line, parm.destination) < 0); } } return false; // Continue iteration. } dd_bool P_CheckSides(mobj_t *mobj, coord_t x, coord_t y) { /* * Check to see if the trajectory crosses a blocking map line. * * Currently this assumes an infinite line, which is not quite correct. * A more correct solution would be to check for an intersection of the * trajectory and the line, but that takes longer and probably really isn't * worth the effort. */ pit_crossline_params_t parm; parm.crossMobj = mobj; parm.crossAABox = AABoxd(MIN_OF(mobj->origin[VX], x), MIN_OF(mobj->origin[VY], y), MAX_OF(mobj->origin[VX], x), MAX_OF(mobj->origin[VY], y)); V2d_Set(parm.destination, x, y); VALIDCOUNT++; return Line_BoxIterator(&parm.crossAABox, LIF_ALL, PIT_CrossLine, &parm); } #if __JHEXEN__ static void checkForPushSpecial(Line *line, int side, mobj_t *mobj) { if(P_ToXLine(line)->special) { if(mobj->flags2 & MF2_PUSHWALL) { P_ActivateLine(line, mobj, side, SPAC_PUSH); } else if(mobj->flags2 & MF2_IMPACT) { P_ActivateLine(line, mobj, side, SPAC_IMPACT); } } } #endif // __JHEXEN__ #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ /** * $unstuck: used to test intersection between thing and line assuming NO * movement occurs -- used to avoid sticky situations. */ static int untouched(Line *line, mobj_t *mobj) { DENG_ASSERT(line != 0 && mobj != 0); coord_t const x = mobj->origin[VX]; coord_t const y = mobj->origin[VY]; coord_t const radius = mobj->radius; AABoxd const *ldBox = (AABoxd *)P_GetPtrp(line, DMU_BOUNDING_BOX); AABoxd moBox; if(((moBox.minX = x - radius) >= ldBox->maxX) || ((moBox.minY = y - radius) >= ldBox->maxY) || ((moBox.maxX = x + radius) <= ldBox->minX) || ((moBox.maxY = y + radius) <= ldBox->minY) || Line_BoxOnSide(line, &moBox)) { return true; } return false; } #endif static int PIT_CheckThing(mobj_t *thing, void * /*context*/) { // Don't clip against oneself. if(thing == tmThing) { return false; } #if __JHEXEN__ // Don't clip on something we are stood on. if(thing == tmThing->onMobj) { return false; } #endif if(!(thing->flags & (MF_SOLID | MF_SPECIAL | MF_SHOOTABLE)) || P_MobjIsCamera(thing) || P_MobjIsCamera(tmThing)) { return false; } #if !__JHEXEN__ // Player only. dd_bool overlap = false; if(tmThing->player && !FEQUAL(tm[VZ], DDMAXFLOAT) && (cfg.moveCheckZ || (tmThing->flags2 & MF2_PASSMOBJ))) { if((thing->origin[VZ] > tm[VZ] + tmThing->height) || (thing->origin[VZ] + thing->height < tm[VZ])) { return false; // Under or over it. } overlap = true; } #endif coord_t blockdist = thing->radius + tmThing->radius; if(fabs(thing->origin[VX] - tm[VX]) >= blockdist || fabs(thing->origin[VY] - tm[VY]) >= blockdist) { return false; // Didn't hit thing. } if(IS_CLIENT) { // On clientside, missiles don't collide with mobjs. if(tmThing->ddFlags & DDMF_MISSILE) { return false; } // Players can't hit their own clmobjs. if(tmThing->player && ClPlayer_ClMobj(tmThing->player - players) == thing) { return false; } } /* #if __JHEXEN__ // Stop here if we are a client. if(IS_CLIENT) return true; #endif */ #if __JHEXEN__ tmBlockingMobj = thing; #endif #if __JHEXEN__ if(tmThing->flags2 & MF2_PASSMOBJ) #else if(!tmThing->player && (tmThing->flags2 & MF2_PASSMOBJ)) #endif { // Check if a mobj passed over/under another object. #if __JHERETIC__ if((tmThing->type == MT_IMP || tmThing->type == MT_WIZARD) && (thing->type == MT_IMP || thing->type == MT_WIZARD)) { return true; // Don't let imps/wizards fly over other imps/wizards. } #elif __JHEXEN__ if(tmThing->type == MT_BISHOP && thing->type == MT_BISHOP) { return true; // Don't let bishops fly over other bishops. } #endif if(!(thing->flags & MF_SPECIAL)) { if(tmThing->origin[VZ] > thing->origin[VZ] + thing->height || tmThing->origin[VZ] + tmThing->height < thing->origin[VZ]) { return false; // Over/under thing. } } } // Check for skulls slamming into things. if((tmThing->flags & MF_SKULLFLY) && (thing->flags & MF_SOLID)) { #if __JHEXEN__ tmBlockingMobj = 0; if(tmThing->type == MT_MINOTAUR) { // Slamming minotaurs shouldn't move non-creatures. if(!(thing->flags & MF_COUNTKILL)) { return true; } } else if(tmThing->type == MT_HOLY_FX) { if((thing->flags & MF_SHOOTABLE) && thing != tmThing->target) { if(IS_NETGAME && !COMMON_GAMESESSION->rules().deathmatch && thing->player) { return false; // don't attack other co-op players } if((thing->flags2 & MF2_REFLECTIVE) && (thing->player || (thing->flags2 & MF2_BOSS))) { tmThing->tracer = tmThing->target; tmThing->target = thing; return false; } if(thing->flags & MF_COUNTKILL || thing->player) { tmThing->tracer = thing; } if(P_Random() < 96) { int damage = 12; if(thing->player || (thing->flags2 & MF2_BOSS)) { damage = 3; // Ghost burns out faster when attacking players/bosses. tmThing->health -= 6; } P_DamageMobj(thing, tmThing, tmThing->target, damage, false); if(P_Random() < 128) { P_SpawnMobj(MT_HOLY_PUFF, tmThing->origin, P_Random() << 24, 0); S_StartSound(SFX_SPIRIT_ATTACK, tmThing); if((thing->flags & MF_COUNTKILL) && P_Random() < 128 && !S_IsPlaying(SFX_PUPPYBEAT, thing)) { if((thing->type == MT_CENTAUR) || (thing->type == MT_CENTAURLEADER) || (thing->type == MT_ETTIN)) { S_StartSound(SFX_PUPPYBEAT, thing); } } } } if(thing->health <= 0) { tmThing->tracer = 0; } } return false; } #endif int damage = tmThing->damage; #if __JDOOM__ /// @attention Kludge: /// Older save versions did not serialize the damage property, /// so here we take the damage from the current Thing definition. /// @fixme Do this during map state deserialization. if(damage == DDMAXINT) { damage = tmThing->info->damage; } #endif damage *= (P_Random() % 8) + 1; P_DamageMobj(thing, tmThing, tmThing, damage, false); tmThing->flags &= ~MF_SKULLFLY; tmThing->mom[MX] = tmThing->mom[MY] = tmThing->mom[MZ] = 0; #if __JHERETIC__ || __JHEXEN__ P_MobjChangeState(tmThing, P_GetState(mobjtype_t(tmThing->type), SN_SEE)); #else P_MobjChangeState(tmThing, P_GetState(mobjtype_t(tmThing->type), SN_SPAWN)); #endif return true; // Stop moving. } #if __JHEXEN__ // Check for blasted thing running into another if((tmThing->flags2 & MF2_BLASTED) && (thing->flags & MF_SHOOTABLE)) { if(!(thing->flags2 & MF2_BOSS) && (thing->flags & MF_COUNTKILL)) { thing->mom[MX] += tmThing->mom[MX]; thing->mom[MY] += tmThing->mom[MY]; NetSv_PlayerMobjImpulse(thing, tmThing->mom[MX], tmThing->mom[VY], 0); if((thing->mom[MX] + thing->mom[MY]) > 3) { P_DamageMobj(thing, tmThing, tmThing, (tmThing->info->mass / 100) + 1, false); P_DamageMobj(tmThing, thing, thing, ((thing->info->mass / 100) + 1) >> 2, false); } return true; } } #endif // Missiles can hit other things. if(tmThing->flags & MF_MISSILE) { #if __JHEXEN__ // Check for a non-shootable mobj. if(thing->flags2 & MF2_NONSHOOTABLE) { return false; } #else // Check for passing through a ghost. if((thing->flags & MF_SHADOW) && (tmThing->flags2 & MF2_THRUGHOST)) { return false; } #endif // See if it went over / under. if(tmThing->origin[VZ] > thing->origin[VZ] + thing->height || tmThing->origin[VZ] + tmThing->height < thing->origin[VZ]) { return false; } #if __JHEXEN__ if(tmThing->flags2 & MF2_FLOORBOUNCE) { return !(tmThing->target == thing || !(thing->flags & MF_SOLID)); } if(tmThing->type == MT_LIGHTNING_FLOOR || tmThing->type == MT_LIGHTNING_CEILING) { if((thing->flags & MF_SHOOTABLE) && thing != tmThing->target) { if(thing->info->mass != DDMAXINT) { thing->mom[MX] += tmThing->mom[MX] / 16; thing->mom[MY] += tmThing->mom[MY] / 16; NetSv_PlayerMobjImpulse(thing, tmThing->mom[MX] / 16, tmThing->mom[MY] / 16, 0); } if((!thing->player && !(thing->flags2 & MF2_BOSS)) || !(mapTime & 1)) { // Lightning does more damage to centaurs. if(thing->type == MT_CENTAUR || thing->type == MT_CENTAURLEADER) { P_DamageMobj(thing, tmThing, tmThing->target, 9, false); } else { P_DamageMobj(thing, tmThing, tmThing->target, 3, false); } if(!S_IsPlaying(SFX_MAGE_LIGHTNING_ZAP, tmThing)) { S_StartSound(SFX_MAGE_LIGHTNING_ZAP, tmThing); } if((thing->flags & MF_COUNTKILL) && P_Random() < 64 && !S_IsPlaying(SFX_PUPPYBEAT, thing)) { if((thing->type == MT_CENTAUR) || (thing->type == MT_CENTAURLEADER) || (thing->type == MT_ETTIN)) { S_StartSound(SFX_PUPPYBEAT, thing); } } } tmThing->health--; if(tmThing->health <= 0 || thing->health <= 0) { return true; } if(tmThing->type == MT_LIGHTNING_FLOOR) { if(tmThing->lastEnemy && !tmThing->lastEnemy->tracer) { tmThing->lastEnemy->tracer = thing; } } else if(!tmThing->tracer) { tmThing->tracer = thing; } } return false; // Lightning zaps through all sprites. } if(tmThing->type == MT_LIGHTNING_ZAP) { if((thing->flags & MF_SHOOTABLE) && thing != tmThing->target && tmThing->lastEnemy) { mobj_t *lmo = tmThing->lastEnemy; if(lmo->type == MT_LIGHTNING_FLOOR) { if(lmo->lastEnemy && !lmo->lastEnemy->tracer) { lmo->lastEnemy->tracer = thing; } } else if(!lmo->tracer) { lmo->tracer = thing; } if(!(mapTime & 3)) { lmo->health--; } } } else if(tmThing->type == MT_MSTAFF_FX2 && thing != tmThing->target) { if(!thing->player && !(thing->flags2 & MF2_BOSS)) { switch(thing->type) { case MT_FIGHTER_BOSS: // these not flagged boss case MT_CLERIC_BOSS: // so they can be blasted case MT_MAGE_BOSS: break; default: P_DamageMobj(thing, tmThing, tmThing->target, 10, false); return false; } } } #endif // Don't hit same species as originator. #if __JDOOM__ || __JDOOM64__ if(tmThing->target && (tmThing->target->type == thing->type || (tmThing->target->type == MT_KNIGHT && thing->type == MT_BRUISER) || (tmThing->target->type == MT_BRUISER && thing->type == MT_KNIGHT))) #else if(tmThing->target && tmThing->target->type == thing->type) #endif { if(thing == tmThing->target) { return false; } #if __JHEXEN__ if(!thing->player) { return true; // Hit same species as originator, explode, no damage } #else if(!monsterInfight && thing->type != MT_PLAYER) { // Explode, but do no damage. // Let players missile other players. return true; } #endif } if(!(thing->flags & MF_SHOOTABLE)) { return !!(thing->flags & MF_SOLID); // Didn't do any damage. } if(tmThing->flags2 & MF2_RIP) { #if __JHEXEN__ if(!(thing->flags & MF_NOBLOOD) && !(thing->flags2 & MF2_REFLECTIVE) && !(thing->flags2 & MF2_INVULNERABLE)) #else if(!(thing->flags & MF_NOBLOOD)) #endif { // Ok to spawn some blood. P_RipperBlood(tmThing); } #if __JHERETIC__ S_StartSound(SFX_RIPSLOP, tmThing); #endif int damage = tmThing->damage; #if __JDOOM__ /// @attention Kludge: /// Older save versions did not serialize the damage property, /// so here we take the damage from the current Thing definition. /// @fixme Do this during map state deserialization. if(damage == DDMAXINT) { damage = tmThing->info->damage; } #endif damage *= (P_Random() & 3) + 2; P_DamageMobj(thing, tmThing, tmThing->target, damage, false); if((thing->flags2 & MF2_PUSHABLE) && !(tmThing->flags2 & MF2_CANNOTPUSH)) { // Push thing thing->mom[MX] += tmThing->mom[MX] / 4; thing->mom[MY] += tmThing->mom[MY] / 4; NetSv_PlayerMobjImpulse(thing, tmThing->mom[MX]/4, tmThing->mom[MY]/4, 0); } IterList_Clear(spechit); return false; } // Do damage int damage = tmThing->damage; #if __JDOOM__ /// @attention Kludge: /// Older save versions did not serialize the damage property, /// so here we take the damage from the current Thing definition. /// @fixme Do this during map state deserialization. if(tmThing->damage == DDMAXINT) { damage = tmThing->info->damage; } #endif damage *= (P_Random() % 8) + 1; #if __JDOOM__ || __JDOOM64__ P_DamageMobj(thing, tmThing, tmThing->target, damage, false); #else if(damage) { # if __JHERETIC__ if(!(thing->flags & MF_NOBLOOD) && P_Random() < 192) # else //__JHEXEN__ if(!(thing->flags & MF_NOBLOOD) && !(thing->flags2 & MF2_REFLECTIVE) && !(thing->flags2 & MF2_INVULNERABLE) && !(tmThing->type == MT_TELOTHER_FX1) && !(tmThing->type == MT_TELOTHER_FX2) && !(tmThing->type == MT_TELOTHER_FX3) && !(tmThing->type == MT_TELOTHER_FX4) && !(tmThing->type == MT_TELOTHER_FX5) && (P_Random() < 192)) # endif { P_SpawnBloodSplatter(tmThing->origin[VX], tmThing->origin[VY], tmThing->origin[VZ], thing); } P_DamageMobj(thing, tmThing, tmThing->target, damage, false); } #endif // Don't traverse anymore. return true; } if((thing->flags2 & MF2_PUSHABLE) && !(tmThing->flags2 & MF2_CANNOTPUSH)) { // Push thing thing->mom[MX] += tmThing->mom[MX] / 4; thing->mom[MY] += tmThing->mom[MY] / 4; NetSv_PlayerMobjImpulse(thing, tmThing->mom[MX]/4, tmThing->mom[MY]/4, 0); } // @fixme Kludge: Always treat blood as a solid. dd_bool solid; if(tmThing->type == MT_BLOOD) { solid = true; } else { solid = (thing->flags & MF_SOLID) && !(thing->flags & MF_NOCLIP) && (tmThing->flags & MF_SOLID); } // Kludge end. #if __JHEXEN__ if(tmThing->player && tmThing->onMobj && solid) { /// @todo Unify Hexen's onMobj logic with the other games. // We may be standing on more than one thing. if(tmThing->origin[VZ] > thing->origin[VZ] + thing->height - 24) { // Stepping up on this is possible. tmFloorZ = MAX_OF(tmFloorZ, thing->origin[VZ] + thing->height); solid = false; } } #endif // Check for special pickup. if((thing->flags & MF_SPECIAL) && (tmThing->flags & MF_PICKUP)) { P_TouchSpecialMobj(thing, tmThing); // Can remove thing. } #if !__JHEXEN__ else if(overlap && solid) { // How are we positioned, allow step up? if(!(thing->flags & MF_CORPSE) && tm[VZ] > thing->origin[VZ] + thing->height - 24) { tmThing->onMobj = thing; if(thing->origin[VZ] + thing->height > tmFloorZ) { tmFloorZ = thing->origin[VZ] + thing->height; } return false; } } else if(!tmThing->player && solid) { // A non-player object is contacting a solid object. if(cfg.allowMonsterFloatOverBlocking && (tmThing->flags & MF_FLOAT) && !thing->player) { coord_t top = thing->origin[VZ] + thing->height; tmThing->onMobj = thing; tmFloorZ = MAX_OF(tmFloorZ, top); return false; } } #endif return solid; } /** * Adjusts tmFloorZ and tmCeilingZ as lines are contacted. */ static int PIT_CheckLine(Line *ld, void * /*context*/) { AABoxd const *aaBox = (AABoxd *)P_GetPtrp(ld, DMU_BOUNDING_BOX); if(tmBox.minX >= aaBox->maxX || tmBox.minY >= aaBox->maxY || tmBox.maxX <= aaBox->minX || tmBox.maxY <= aaBox->minY) { return false; } /* * Real player mobjs are allowed to use high-precision, non-vanilla * collision testing -- the rest of the playsim uses coord_t, and we don't * want conflicting results (e.g., getting stuck in tight spaces). */ if(Mobj_IsPlayer(tmThing) && !Mobj_IsVoodooDoll(tmThing)) { if(Line_BoxOnSide(ld, &tmBox)) // double precision floats { return false; } } else { // Fixed-precision math gives better compatibility with vanilla DOOM. if(Line_BoxOnSide_FixedPrecision(ld, &tmBox)) { return false; } } // A line has been hit. xline_t *xline = P_ToXLine(ld); #if !__JHEXEN__ tmThing->wallHit = true; // A Hit event will be sent to special lines. if(xline->special) { tmHitLine = ld; } #endif if(!P_GetPtrp(ld, DMU_BACK_SECTOR)) // One sided line. { #if __JHEXEN__ if(tmThing->flags2 & MF2_BLASTED) { P_DamageMobj(tmThing, NULL, NULL, tmThing->info->mass >> 5, false); } checkForPushSpecial(ld, 0, tmThing); return true; #else coord_t d1[2]; P_GetDoublepv(ld, DMU_DXY, d1); /** * $unstuck: allow player to move out of 1s wall, to prevent * sticking. The moving thing's destination position will cross the * given line. * If this should not be allowed, return false. * If the line is special, keep track of it to process later if the * move is proven ok. * * @note Specials are NOT sorted by order, so two special lines that * are only 8 units apart could be crossed in either order. */ tmBlockingLine = ld; return !(tmUnstuck && !untouched(ld, tmThing) && ((tm[VX] - tmThing->origin[VX]) * d1[1]) > ((tm[VY] - tmThing->origin[VY]) * d1[0])); #endif } /// @todo Will never pass this test due to above. Is the previous check /// supposed to qualify player mobjs only? #if __JHERETIC__ if(!P_GetPtrp(ld, DMU_BACK_SECTOR)) // one sided line { // Missiles can trigger impact specials if((tmThing->flags & MF_MISSILE) && xline->special) { IterList_PushBack(spechit, ld); } return true; } #endif if(!(tmThing->flags & MF_MISSILE)) { // Explicitly blocking everything? if(P_GetIntp(ld, DMU_FLAGS) & DDLF_BLOCKING) { #if __JHEXEN__ if(tmThing->flags2 & MF2_BLASTED) { P_DamageMobj(tmThing, NULL, NULL, tmThing->info->mass >> 5, false); } checkForPushSpecial(ld, 0, tmThing); return true; #else // $unstuck: allow escape. return !(tmUnstuck && !untouched(ld, tmThing)); #endif } // Block monsters only? #if __JHEXEN__ if(!tmThing->player && tmThing->type != MT_CAMERA && (xline->flags & ML_BLOCKMONSTERS)) #elif __JHERETIC__ if(!tmThing->player && tmThing->type != MT_POD && (xline->flags & ML_BLOCKMONSTERS)) #else if(!tmThing->player && (xline->flags & ML_BLOCKMONSTERS)) #endif { #if __JHEXEN__ if(tmThing->flags2 & MF2_BLASTED) { P_DamageMobj(tmThing, NULL, NULL, tmThing->info->mass >> 5, false); } #endif return true; } } #if __JDOOM64__ if((tmThing->flags & MF_MISSILE) && (xline->flags & ML_BLOCKALL)) { // $unstuck: allow escape. return !(tmUnstuck && !untouched(ld, tmThing)); } #endif LineOpening opening; Line_Opening(ld, &opening); // Adjust floor / ceiling heights. if(opening.top < tmCeilingZ) { tmCeilingZ = opening.top; tmCeilingLine = ld; #if !__JHEXEN__ tmBlockingLine = ld; #endif } if(opening.bottom > tmFloorZ) { tmFloorZ = opening.bottom; tmFloorLine = ld; #if !__JHEXEN__ tmBlockingLine = ld; #endif } if(opening.lowFloor < tmDropoffZ) { tmDropoffZ = opening.lowFloor; } // If contacted a special line, add it to the list. if(P_ToXLine(ld)->special) { IterList_PushBack(spechit, ld); } #if !__JHEXEN__ tmThing->wallHit = false; #endif return false; // Continue iteration. } dd_bool P_CheckPositionXYZ(mobj_t *thing, coord_t x, coord_t y, coord_t z) { #if !__JHEXEN__ thing->onMobj = 0; #endif thing->wallHit = false; tmThing = thing; V3d_Set(tm, x, y, z); tmBox = AABoxd(tm[VX] - tmThing->radius, tm[VY] - tmThing->radius, tm[VX] + tmThing->radius, tm[VY] + tmThing->radius); #if !__JHEXEN__ tmHitLine = 0; #endif // The base floor/ceiling is from the BSP leaf that contains the point. // Any contacted lines the step closer together will adjust them. Sector *newSector = Sector_AtPoint_FixedPrecision(tm); tmCeilingLine = tmFloorLine = 0; tmFloorZ = tmDropoffZ = P_GetDoublep(newSector, DMU_FLOOR_HEIGHT); tmCeilingZ = P_GetDoublep(newSector, DMU_CEILING_HEIGHT); #if __JHEXEN__ tmFloorMaterial = (Material *)P_GetPtrp(newSector, DMU_FLOOR_MATERIAL); #else tmBlockingLine = 0; tmUnstuck = Mobj_IsPlayer(thing) && !Mobj_IsVoodooDoll(thing); #endif IterList_Clear(spechit); if(tmThing->flags & MF_NOCLIP) { #if __JHEXEN__ if(!(tmThing->flags & MF_SKULLFLY)) { return true; } #else return true; #endif } VALIDCOUNT++; // Check things first, possibly picking things up; #if __JHEXEN__ tmBlockingMobj = 0; #endif // The camera goes through all objects. if(!P_MobjIsCamera(thing)) { /* * The bounding box is extended by MAXRADIUS because mobj_ts are grouped * into mapblocks based on their origin point and can overlap adjacent * blocks by up to MAXRADIUS units. */ AABoxd tmBoxExpanded(tmBox.minX - MAXRADIUS, tmBox.minY - MAXRADIUS, tmBox.maxX + MAXRADIUS, tmBox.maxY + MAXRADIUS); if(Mobj_BoxIterator(&tmBoxExpanded, PIT_CheckThing, 0)) { return false; } if(thing->onMobj) { App_Log(DE2_DEV_MAP_XVERBOSE, "thing->onMobj = %p/%i (solid:%i) [thing:%p/%i]", thing->onMobj, thing->onMobj->thinker.id, (thing->onMobj->flags & MF_SOLID) != 0, thing, thing->thinker.id); } } #if __JHEXEN__ if(tmThing->flags & MF_NOCLIP) { return true; } #endif // Check lines. #if __JHEXEN__ tmBlockingMobj = 0; #endif return !Line_BoxIterator(&tmBox, LIF_ALL, PIT_CheckLine, 0); } dd_bool P_CheckPosition(mobj_t *thing, coord_t const pos[3]) { return P_CheckPositionXYZ(thing, pos[VX], pos[VY], pos[VZ]); } dd_bool P_CheckPositionXY(mobj_t *thing, coord_t x, coord_t y) { return P_CheckPositionXYZ(thing, x, y, DDMAXFLOAT); } dd_bool Mobj_IsRemotePlayer(mobj_t *mo) { return (mo && ((IS_DEDICATED && mo->dPlayer) || (IS_CLIENT && mo->player && mo->player - players != CONSOLEPLAYER))); } #if __JDOOM64__ || __JHERETIC__ static void checkMissileImpact(mobj_t &mobj) { if(IS_CLIENT) return; if(!(mobj.flags & MF_MISSILE)) return; if(!mobj.target || !mobj.target->player) return; if(IterList_Empty(spechit)) return; IterList_SetIteratorDirection(spechit, ITERLIST_BACKWARD); IterList_RewindIterator(spechit); Line *line; while((line = (Line *)IterList_MoveIterator(spechit)) != 0) { P_ActivateLine(line, mobj.target, 0, SPAC_IMPACT); } } #endif /** * Attempt to move to a new position, crossing special lines unless * MF_TELEPORT is set. $dropoff_fix */ #if __JHEXEN__ static dd_bool P_TryMove2(mobj_t *thing, coord_t x, coord_t y) #else static dd_bool P_TryMove2(mobj_t *thing, coord_t x, coord_t y, dd_bool dropoff) #endif { dd_bool const isRemotePlayer = Mobj_IsRemotePlayer(thing); // $dropoff_fix: tmFellDown. tmFloatOk = false; #if !__JHEXEN__ tmFellDown = false; #endif #if __JHEXEN__ if(!P_CheckPositionXY(thing, x, y)) #else if(!P_CheckPositionXYZ(thing, x, y, thing->origin[VZ])) #endif { #if __JHEXEN__ if(!tmBlockingMobj || tmBlockingMobj->player || !thing->player) { goto pushline; } else if(tmBlockingMobj->origin[VZ] + tmBlockingMobj->height - thing->origin[VZ] > 24 || (P_GetDoublep(Mobj_Sector(tmBlockingMobj), DMU_CEILING_HEIGHT) - (tmBlockingMobj->origin[VZ] + tmBlockingMobj->height) < thing->height) || (tmCeilingZ - (tmBlockingMobj->origin[VZ] + tmBlockingMobj->height) < thing->height)) { goto pushline; } #else # if __JHERETIC__ checkMissileImpact(*thing); # endif // Would we hit another thing or a solid wall? if(!thing->onMobj || thing->wallHit) return false; #endif } if(!(thing->flags & MF_NOCLIP)) { #if __JHEXEN__ if(tmCeilingZ - tmFloorZ < thing->height) { // Doesn't fit. goto pushline; } tmFloatOk = true; if(!(thing->flags & MF_TELEPORT) && tmCeilingZ - thing->origin[VZ] < thing->height && thing->type != MT_LIGHTNING_CEILING && !(thing->flags2 & MF2_FLY)) { // Mobj must lower itself to fit. goto pushline; } #else // Possibly allow escape if otherwise stuck. dd_bool ret = (tmUnstuck && !(tmCeilingLine && untouched(tmCeilingLine, tmThing)) && !(tmFloorLine && untouched(tmFloorLine, tmThing))); if(tmCeilingZ - tmFloorZ < thing->height) { return ret; // Doesn't fit. } // Mobj must lower to fit. tmFloatOk = true; if(!(thing->flags & MF_TELEPORT) && !(thing->flags2 & MF2_FLY) && tmCeilingZ - thing->origin[VZ] < thing->height) { return ret; } // Too big a step up. if(!(thing->flags & MF_TELEPORT) && !(thing->flags2 & MF2_FLY) # if __JHERETIC__ && thing->type != MT_MNTRFX2 // The Minotaur floor fire (MT_MNTRFX2) can step up any amount # endif ) { if(!isRemotePlayer && tmFloorZ - thing->origin[VZ] > 24) { # if __JHERETIC__ checkMissileImpact(*thing); # endif return ret; } } # if __JHERETIC__ if((thing->flags & MF_MISSILE) && tmFloorZ > thing->origin[VZ]) { checkMissileImpact(*thing); } # endif #endif if(thing->flags2 & MF2_FLY) { if(thing->origin[VZ] + thing->height > tmCeilingZ) { thing->mom[MZ] = -8; #if __JHEXEN__ goto pushline; #else return false; #endif } else if(thing->origin[VZ] < tmFloorZ && tmFloorZ - tmDropoffZ > 24) { thing->mom[MZ] = 8; #if __JHEXEN__ goto pushline; #else return false; #endif } } #if __JHEXEN__ if(!(thing->flags & MF_TELEPORT) // The Minotaur floor fire (MT_MNTRFX2) can step up any amount && thing->type != MT_MNTRFX2 && thing->type != MT_LIGHTNING_FLOOR && !isRemotePlayer && tmFloorZ - thing->origin[VZ] > 24) { goto pushline; } #endif #if __JHEXEN__ if(!(thing->flags & (MF_DROPOFF | MF_FLOAT)) && (tmFloorZ - tmDropoffZ > 24) && !(thing->flags2 & MF2_BLASTED)) { // Can't move over a dropoff unless it's been blasted. return false; } #else /* * Allow certain objects to drop off. * Prevent monsters from getting stuck hanging off ledges. * Allow dropoffs in controlled circumstances. * Improve symmetry of clipping on stairs. */ if(!(thing->flags & (MF_DROPOFF | MF_FLOAT))) { // Dropoff height limit. if(cfg.avoidDropoffs) { if(tmFloorZ - tmDropoffZ > 24) { return false; // Don't stand over dropoff. } } else { coord_t floorZ = tmFloorZ; if(thing->onMobj) { // Thing is stood on something so use our z position as the floor. floorZ = (thing->origin[VZ] > tmFloorZ? thing->origin[VZ] : tmFloorZ); } if(!dropoff) { if(thing->floorZ - floorZ > 24 || thing->dropOffZ - tmDropoffZ > 24) return false; } else { tmFellDown = !(thing->flags & MF_NOGRAVITY) && thing->origin[VZ] - floorZ > 24; } } } #endif #if __JDOOM64__ /// @todo D64 Mother demon fire attack. if(!(thing->flags & MF_TELEPORT) /*&& thing->type != MT_SPAWNFIRE*/ && !isRemotePlayer && tmFloorZ - thing->origin[VZ] > 24) { // Too big a step up checkMissileImpact(*thing); return false; } #endif #if __JHEXEN__ // Must stay within a sector of a certain floor type? if((thing->flags2 & MF2_CANTLEAVEFLOORPIC) && (tmFloorMaterial != P_GetPtrp(Mobj_Sector(thing), DMU_FLOOR_MATERIAL) || !FEQUAL(tmFloorZ, thing->origin[VZ]))) { return false; } #endif #if !__JHEXEN__ // $dropoff: prevent falling objects from going up too many steps. if(!thing->player && (thing->intFlags & MIF_FALLING) && tmFloorZ - thing->origin[VZ] > (thing->mom[MX] * thing->mom[MX]) + (thing->mom[MY] * thing->mom[MY])) { return false; } #endif } vec3d_t oldPos; V3d_Copy(oldPos, thing->origin); // The move is ok, so link the thing into its new position. P_MobjUnlink(thing); thing->origin[VX] = x; thing->origin[VY] = y; thing->floorZ = tmFloorZ; thing->ceilingZ = tmCeilingZ; #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ thing->dropOffZ = tmDropoffZ; // $dropoff_fix: keep track of dropoffs. #endif P_MobjLink(thing); if(thing->flags2 & MF2_FLOORCLIP) { thing->floorClip = 0; if(FEQUAL(thing->origin[VZ], P_GetDoublep(Mobj_Sector(thing), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(thing); if(tt->flags & TTF_FLOORCLIP) { thing->floorClip = 10; } } } // If any special lines were hit, do the effect. if(!(thing->flags & (MF_TELEPORT | MF_NOCLIP))) { Line *line; while((line = (Line *)IterList_Pop(spechit)) != 0) { // See if the line was crossed. if(P_ToXLine(line)->special) { int side = Line_PointOnSide(line, thing->origin) < 0; int oldSide = Line_PointOnSide(line, oldPos) < 0; if(side != oldSide) { #if __JHEXEN__ if(thing->player) { P_ActivateLine(line, thing, oldSide, SPAC_CROSS); } else if(thing->flags2 & MF2_MCROSS) { P_ActivateLine(line, thing, oldSide, SPAC_MCROSS); } else if(thing->flags2 & MF2_PCROSS) { P_ActivateLine(line, thing, oldSide, SPAC_PCROSS); } #else if(!IS_CLIENT && thing->player) { App_Log(DE2_DEV_MAP_VERBOSE, "P_TryMove2: Mobj %i crossing line %i from %f,%f to %f,%f", thing->thinker.id, P_ToIndex(line), oldPos[VX], oldPos[VY], thing->origin[VX], thing->origin[VY]); } P_ActivateLine(line, thing, oldSide, SPAC_CROSS); #endif } } } } return true; #if __JHEXEN__ pushline: if(!(thing->flags & (MF_TELEPORT | MF_NOCLIP))) { if(tmThing->flags2 & MF2_BLASTED) { P_DamageMobj(tmThing, NULL, NULL, tmThing->info->mass >> 5, false); } IterList_SetIteratorDirection(spechit, ITERLIST_BACKWARD); IterList_RewindIterator(spechit); Line *line; while((line = (Line *)IterList_MoveIterator(spechit)) != 0) { // See if the line was crossed. int side = Line_PointOnSide(line, thing->origin) < 0; checkForPushSpecial(line, side, thing); } } return false; #endif } #if __JHEXEN__ dd_bool P_TryMoveXY(mobj_t *thing, coord_t x, coord_t y) #else dd_bool P_TryMoveXY(mobj_t *thing, coord_t x, coord_t y, dd_bool dropoff, dd_bool slide) #endif { #if __JHEXEN__ return P_TryMove2(thing, x, y); #else // $dropoff_fix dd_bool res = P_TryMove2(thing, x, y, dropoff); if(!res && tmHitLine) { // Move not possible, see if the thing hit a line and send a Hit // event to it. XL_HitLine(tmHitLine, Line_PointOnSide(tmHitLine, thing->origin) < 0, thing); } if(res && slide) { thing->wallRun = true; } return res; #endif } dd_bool P_TryMoveXYZ(mobj_t* thing, coord_t x, coord_t y, coord_t z) { coord_t const oldZ = thing->origin[VZ]; // Go to the new Z height. thing->origin[VZ] = z; #ifdef __JHEXEN__ if(P_TryMoveXY(thing, x, y)) #else if(P_TryMoveXY(thing, x, y, false, false)) #endif { // The move was successful. return true; } // The move failed, so restore the original position. thing->origin[VZ] = oldZ; return false; } static mobj_t *spawnPuff(mobjtype_t type, const_pvec3d_t pos, bool noSpark = false) { #if __JHERETIC__ || __JHEXEN__ DENG_UNUSED(noSpark); #endif angle_t const angle = P_Random() << 24; #if !__JHEXEN__ // Clients do not spawn puffs. if(IS_CLIENT) return 0; #endif mobjtype_t puffType = type; coord_t zOffset = 0; #if __JHERETIC__ if(type == MT_BLASTERPUFF1) { puffType = MT_BLASTERPUFF2; } else #endif { zOffset = FIX2FLT((P_Random() - P_Random()) << 10); } mobj_t *puff = P_SpawnMobjXYZ(puffType, pos[VX], pos[VY], pos[VZ] + zOffset, angle, 0); if(puff) { #if __JHEXEN__ if(lineTarget && puff->info->seeSound) { // Hit thing sound. S_StartSound(puff->info->seeSound, puff); } else if(puff->info->attackSound) { S_StartSound(puff->info->attackSound, puff); } switch(type) { case MT_PUNCHPUFF: puff->mom[MZ] = 1; break; case MT_HAMMERPUFF: puff->mom[MZ] = .8f; break; default: break; } #elif __JHERETIC__ if(puffType == MT_BLASTERPUFF1) { S_StartSound(SFX_BLSHIT, puff); } else { if(puff->info->attackSound) { S_StartSound(puff->info->attackSound, puff); } switch(type) { case MT_BEAKPUFF: case MT_STAFFPUFF: puff->mom[MZ] = 1; break; case MT_GAUNTLETPUFF1: case MT_GAUNTLETPUFF2: puff->mom[MZ] = .8f; break; default: break; } } #else puff->mom[MZ] = FIX2FLT(FRACUNIT); puff->tics -= P_Random() & 3; if(puff->tics < 1) puff->tics = 1; // Always at least one tic. // Don't make punches spark on the wall. if(noSpark) { P_MobjChangeState(puff, S_PUFF3); } #endif } #if __JHEXEN__ PuffSpawned = puff; #endif return puff; } struct ptr_shoottraverse_params_t { mobj_t *shooterMobj; ///< Mobj doing the shooting. int damage; ///< Damage to inflict. coord_t range; ///< Maximum effective range from the trace origin. mobjtype_t puffType; ///< Type of puff to spawn. bool puffNoSpark; ///< @c true= Advance the puff to the first non-spark state. }; /** * @todo This routine has gotten way too big, split if(in->isaline) * to a seperate routine? */ static int PTR_ShootTraverse(Intercept const *icpt, void *context) { vec3d_t const tracePos = { Interceptor_Origin(icpt->trace)[VX], Interceptor_Origin(icpt->trace)[VY], shootZ }; ptr_shoottraverse_params_t &parm = *static_cast(context); if(icpt->type == ICPT_LINE) { bool lineWasHit = false; #ifdef __JHEXEN__ DENG_UNUSED(lineWasHit); #endif Line *line = icpt->line; xline_t *xline = P_ToXLine(line); Sector *backSec = (Sector *)P_GetPtrp(line, DMU_BACK_SECTOR); if(!backSec || !(xline->flags & ML_TWOSIDED)) { if(Line_PointOnSide(line, tracePos) < 0) { return false; // Continue traversal. } } if(xline->special) { P_ActivateLine(line, parm.shooterMobj, 0, SPAC_IMPACT); } Sector *frontSec = 0; coord_t dist = 0; coord_t slope = 0; if(!backSec) goto hitline; #if __JDOOM64__ if(xline->flags & ML_BLOCKALL) goto hitline; #endif // Crosses a two sided line. Interceptor_AdjustOpening(icpt->trace, line); frontSec = (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR); dist = parm.range * icpt->distance; slope = 0; if(!FEQUAL(P_GetDoublep(frontSec, DMU_FLOOR_HEIGHT), P_GetDoublep(backSec, DMU_FLOOR_HEIGHT))) { slope = (Interceptor_Opening(icpt->trace)->bottom - tracePos[VZ]) / dist; if(slope > aimSlope) goto hitline; } if(!FEQUAL(P_GetDoublep(frontSec, DMU_CEILING_HEIGHT), P_GetDoublep(backSec, DMU_CEILING_HEIGHT))) { slope = (Interceptor_Opening(icpt->trace)->top - tracePos[VZ]) / dist; if(slope < aimSlope) goto hitline; } // Shot continues... return false; // Hit a line. hitline: // Position a bit closer. coord_t frac = icpt->distance - (4 / parm.range); vec3d_t pos = { tracePos[VX] + Interceptor_Direction(icpt->trace)[VX] * frac, tracePos[VY] + Interceptor_Direction(icpt->trace)[VY] * frac, tracePos[VZ] + aimSlope * (frac * parm.range) }; if(backSec) { // Is it a sky hack wall? If the hitpoint is beyond the visible // surface, no puff must be shown. if((P_GetIntp(P_GetPtrp(frontSec, DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) && (pos[VZ] > P_GetDoublep(frontSec, DMU_CEILING_HEIGHT) || pos[VZ] > P_GetDoublep(backSec, DMU_CEILING_HEIGHT))) { return true; } if((P_GetIntp(P_GetPtrp(backSec, DMU_FLOOR_MATERIAL), DMU_FLAGS) & MATF_SKYMASK) && (pos[VZ] < P_GetDoublep(frontSec, DMU_FLOOR_HEIGHT) || pos[VZ] < P_GetDoublep(backSec, DMU_FLOOR_HEIGHT))) { return true; } } lineWasHit = true; // This is the sector where the trace originates. Sector *originSector = Sector_AtPoint_FixedPrecision(tracePos); vec3d_t d; V3d_Subtract(d, pos, tracePos); if(!INRANGE_OF(d[VZ], 0, .0001f)) // Epsilon { Sector *contact = Sector_AtPoint_FixedPrecision(pos); coord_t step = M_ApproxDistance3(d[VX], d[VY], d[VZ] * 1.2/*aspect ratio*/); vec3d_t stepv = { d[VX] / step, d[VY] / step, d[VZ] / step }; // Backtrack until we find a non-empty sector. coord_t cFloor = P_GetDoublep(contact, DMU_FLOOR_HEIGHT); coord_t cCeil = P_GetDoublep(contact, DMU_CEILING_HEIGHT); while(cCeil <= cFloor && contact != originSector) { d[VX] -= 8 * stepv[VX]; d[VY] -= 8 * stepv[VY]; d[VZ] -= 8 * stepv[VZ]; pos[VX] = tracePos[VX] + d[VX]; pos[VY] = tracePos[VY] + d[VY]; pos[VZ] = tracePos[VZ] + d[VZ]; contact = Sector_AtPoint_FixedPrecision(pos); } // Should we backtrack to hit a plane instead? coord_t cTop = cCeil - 4; coord_t cBottom = cFloor + 4; int divisor = 2; // We must not hit a sky plane. if(pos[VZ] > cTop && (P_GetIntp(P_GetPtrp(contact, DMU_CEILING_MATERIAL), DMU_FLAGS) & MATF_SKYMASK)) { return true; } if(pos[VZ] < cBottom && (P_GetIntp(P_GetPtrp(contact, DMU_FLOOR_MATERIAL), DMU_FLAGS) & MATF_SKYMASK)) { return true; } // Find the approximate hitpoint by stepping back and // forth using smaller and smaller steps. while((pos[VZ] > cTop || pos[VZ] < cBottom) && divisor <= 128) { // We aren't going to hit a line any more. lineWasHit = false; // Take a step backwards. pos[VX] -= d[VX] / divisor; pos[VY] -= d[VY] / divisor; pos[VZ] -= d[VZ] / divisor; // Divisor grows. divisor *= 2; // Can we get any closer? if(FEQUAL(d[VZ] / divisor, 0)) { break; // No. } // Move forward until limits breached. while((d[VZ] > 0 && pos[VZ] <= cTop) || (d[VZ] < 0 && pos[VZ] >= cBottom)) { pos[VX] += d[VX] / divisor; pos[VY] += d[VY] / divisor; pos[VZ] += d[VZ] / divisor; } } } // Spawn bullet puffs. spawnPuff(parm.puffType, pos, parm.puffNoSpark); #if !__JHEXEN__ if(lineWasHit && xline->special) { // Extended shoot events only happen when the bullet actually hits the line. XL_ShootLine(line, 0, parm.shooterMobj); } #endif // Don't go any farther. return true; } // Intercepted a mobj. mobj_t *th = icpt->mobj; if(th == parm.shooterMobj) return false; // Can't shoot oneself. if(!(th->flags & MF_SHOOTABLE)) return false; // Corpse or something. #if __JHERETIC__ // Check for physical attacks on a ghost. if((th->flags & MF_SHADOW) && Mobj_IsPlayer(parm.shooterMobj) && parm.shooterMobj->player->readyWeapon == WT_FIRST) { return false; } #endif // Check angles to see if the thing can be aimed at coord_t dist = parm.range * icpt->distance; coord_t dz = th->origin[VZ]; if(!(th->player && (th->player->plr->flags & DDPF_CAMERA))) { dz += th->height; } dz -= tracePos[VZ]; coord_t thingTopSlope = dz / dist; if(thingTopSlope < aimSlope) { return false; // Shot over the thing. } coord_t thingBottomSlope = (th->origin[VZ] - tracePos[VZ]) / dist; if(thingBottomSlope > aimSlope) { return false; // Shot under the thing. } // Hit thing. // Position a bit closer. coord_t frac = icpt->distance - (10 / parm.range); vec3d_t pos = { tracePos[VX] + Interceptor_Direction(icpt->trace)[VX] * frac, tracePos[VY] + Interceptor_Direction(icpt->trace)[VY] * frac, tracePos[VZ] + aimSlope * (frac * parm.range) }; // Spawn bullet puffs or blood spots, depending on target type. #if __JHERETIC__ || __JHEXEN__ spawnPuff(parm.puffType, pos, parm.puffNoSpark); #endif if(parm.damage) { #if __JDOOM__ || __JDOOM64__ angle_t attackAngle = M_PointToAngle2(parm.shooterMobj->origin, pos); #endif mobj_t *inflictor = parm.shooterMobj; #if __JHEXEN__ if(parm.puffType == MT_FLAMEPUFF2) { // Cleric FlameStrike does fire damage. inflictor = &lavaInflictor; } #endif int damageDone = P_DamageMobj(th, inflictor, parm.shooterMobj, parm.damage, false); #if __JHEXEN__ if(!(icpt->mobj->flags2 & MF2_INVULNERABLE)) #endif { if(!(icpt->mobj->flags & MF_NOBLOOD)) { if(damageDone > 0) { // Damage was inflicted, so shed some blood. #if __JDOOM__ || __JDOOM64__ P_SpawnBlood(pos[VX], pos[VY], pos[VZ], parm.damage, attackAngle + ANG180); #else # if __JHEXEN__ if(parm.puffType == MT_AXEPUFF || parm.puffType == MT_AXEPUFF_GLOW) { P_SpawnBloodSplatter2(pos[VX], pos[VY], pos[VZ], icpt->mobj); } else # endif if(P_Random() < 192) { P_SpawnBloodSplatter(pos[VX], pos[VY], pos[VZ], icpt->mobj); } #endif } } #if __JDOOM__ || __JDOOM64__ else { spawnPuff(parm.puffType, pos, parm.puffNoSpark); } #endif } } // Don't go any farther. return true; } /** * Sets linetarget and aimSlope when a target is aimed at. */ static int PTR_AimTraverse(Intercept const *icpt, void * /*context*/) { vec3d_t const tracePos = { Interceptor_Origin(icpt->trace)[VX], Interceptor_Origin(icpt->trace)[VY], shootZ }; if(icpt->type == ICPT_LINE) { Line *line = icpt->line; Sector *backSec, *frontSec; if(!(P_ToXLine(line)->flags & ML_TWOSIDED) || !(frontSec = (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR)) || !(backSec = (Sector *)P_GetPtrp(line, DMU_BACK_SECTOR))) { return !(Line_PointOnSide(line, tracePos) < 0); } // Crosses a two sided line. // A two sided line will restrict the possible target ranges. if(!Interceptor_AdjustOpening(icpt->trace, line)) { return true; // Stop. } coord_t dist = attackRange * icpt->distance; coord_t fFloor = P_GetDoublep(frontSec, DMU_FLOOR_HEIGHT); coord_t fCeil = P_GetDoublep(frontSec, DMU_CEILING_HEIGHT); coord_t bFloor = P_GetDoublep(backSec, DMU_FLOOR_HEIGHT); coord_t bCeil = P_GetDoublep(backSec, DMU_CEILING_HEIGHT); coord_t slope; if(!FEQUAL(fFloor, bFloor)) { slope = (Interceptor_Opening(icpt->trace)->bottom - shootZ) / dist; if(slope > bottomSlope) bottomSlope = slope; } if(!FEQUAL(fCeil, bCeil)) { slope = (Interceptor_Opening(icpt->trace)->top - shootZ) / dist; if(slope < topSlope) topSlope = slope; } return topSlope <= bottomSlope; } // Intercepted a mobj. mobj_t *th = icpt->mobj; if(th == shootThing) return false; // Can't aim at oneself. if(!(th->flags & MF_SHOOTABLE)) return false; // Corpse or something? #if __JHERETIC__ if(th->type == MT_POD) return false; // Can't auto-aim at pods. #endif #if __JDOOM__ || __JHEXEN__ || __JDOOM64__ if(th->player && IS_NETGAME && !COMMON_GAMESESSION->rules().deathmatch) { return false; // Don't aim at fellow co-op players. } #endif // Check angles to see if the thing can be aimed at. coord_t dist = attackRange * icpt->distance; coord_t posZ = th->origin[VZ]; if(!(th->player && (th->player->plr->flags & DDPF_CAMERA))) { posZ += th->height; } coord_t thingTopSlope = (posZ - shootZ) / dist; if(thingTopSlope < bottomSlope) { return false; // Shot over the thing. } // Too far below? // $addtocfg $limitautoaimZ: #if __JHEXEN__ if(posZ < shootZ - attackRange / 1.2f) { return false; } #endif coord_t thingBottomSlope = (th->origin[VZ] - shootZ) / dist; if(thingBottomSlope > topSlope) { return false; // Shot under the thing. } // Too far above? // $addtocfg $limitautoaimZ: #if __JHEXEN__ if(th->origin[VZ] > shootZ + attackRange / 1.2f) { return false; } #endif // This thing can be hit! if(thingTopSlope > topSlope) { thingTopSlope = topSlope; } if(thingBottomSlope < bottomSlope) { thingBottomSlope = bottomSlope; } aimSlope = (thingTopSlope + thingBottomSlope) / 2; lineTarget = th; return true; // Don't go any farther. } float P_AimLineAttack(mobj_t *t1, angle_t angle, coord_t distance) { uint an = angle >> ANGLETOFINESHIFT; vec2d_t target = { t1->origin[VX] + distance * FIX2FLT(finecosine[an]), t1->origin[VY] + distance * FIX2FLT(finesine[an]) }; // Determine the z trace origin. shootZ = t1->origin[VZ]; #if __JHEXEN__ if(t1->player && (t1->player->class_ == PCLASS_FIGHTER || t1->player->class_ == PCLASS_CLERIC || t1->player->class_ == PCLASS_MAGE)) #else if(t1->player && t1->type == MT_PLAYER) #endif { if(!(t1->player->plr->flags & DDPF_CAMERA)) { shootZ += (cfg.plrViewHeight - 5); } } else { shootZ += (t1->height / 2) + 8; } /// @todo What about t1->floorClip ? -ds topSlope = 100.0/160; bottomSlope = -100.0/160; attackRange = distance; lineTarget = 0; shootThing = t1; P_PathTraverse(t1->origin, target, PTR_AimTraverse, 0); if(lineTarget) { // While autoaiming, we accept this slope. if(!t1->player || !cfg.noAutoAim) { return aimSlope; } } if(t1->player && cfg.noAutoAim) { // The slope is determined by lookdir. return tan(LOOKDIR2RAD(t1->dPlayer->lookDir)) / 1.2; } return 0; } void P_LineAttack(mobj_t *t1, angle_t angle, coord_t distance, coord_t slope, int damage, mobjtype_t puffType) { uint an = angle >> ANGLETOFINESHIFT; vec2d_t target = { t1->origin[VX] + distance * FIX2FLT(finecosine[an]), t1->origin[VY] + distance * FIX2FLT(finesine[an]) }; aimSlope = slope; // Determine the z trace origin. shootZ = t1->origin[VZ]; #if __JHEXEN__ if(t1->player && (t1->player->class_ == PCLASS_FIGHTER || t1->player->class_ == PCLASS_CLERIC || t1->player->class_ == PCLASS_MAGE)) #else if(t1->player && t1->type == MT_PLAYER) #endif { if(!(t1->player->plr->flags & DDPF_CAMERA)) { shootZ += cfg.plrViewHeight - 5; } } else { shootZ += (t1->height / 2) + 8; } shootZ -= t1->floorClip; ptr_shoottraverse_params_t parm; parm.shooterMobj = t1; parm.range = distance; parm.damage = damage; parm.puffType = puffType; #if __JDOOM__ || __JDOOM64__ parm.puffNoSpark = attackRange == MELEERANGE; #else parm.puffNoSpark = false; #endif if(!P_PathTraverse(t1->origin, target, PTR_ShootTraverse, &parm)) { #if __JHEXEN__ switch(puffType) { case MT_PUNCHPUFF: S_StartSound(SFX_FIGHTER_PUNCH_MISS, t1); break; case MT_HAMMERPUFF: case MT_AXEPUFF: case MT_AXEPUFF_GLOW: S_StartSound(SFX_FIGHTER_HAMMER_MISS, t1); break; case MT_FLAMEPUFF: { vec3d_t pos = { target[VX], target[VY], shootZ + (slope * distance) }; spawnPuff(puffType, pos); break; } default: break; } #endif } } struct pit_radiusattack_params_t { mobj_t *source; ///< Mobj which caused the attack. mobj_t *bomb; ///< Epicenter of the attack. int damage; ///< Maximum damage to inflict. int distance; ///< Maximum distance within which to afflict. #ifdef __JHEXEN__ bool afflictSource; ///< @c true= Afflict the source, also. #endif }; static int PIT_RadiusAttack(mobj_t *thing, void *context) { pit_radiusattack_params_t &parm = *static_cast(context); if(!(thing->flags & MF_SHOOTABLE)) { return false; } // Boss spider and cyborg take no damage from concussion. #if __JHERETIC__ if(thing->type == MT_MINOTAUR) return false; if(thing->type == MT_SORCERER1) return false; if(thing->type == MT_SORCERER2) return false; #elif __JDOOM__ || __JDOOM64__ if(thing->type == MT_CYBORG) return false; # if __JDOOM__ if(thing->type == MT_SPIDER) return false; # endif #endif #if __JHEXEN__ // Is the source of the explosion immune to damage? if(thing == parm.source && !parm.afflictSource) { return false; } #endif vec3d_t delta = { fabs(thing->origin[VX] - parm.bomb->origin[VX]), fabs(thing->origin[VY] - parm.bomb->origin[VY]), fabs((thing->origin[VZ] + thing->height / 2) - parm.bomb->origin[VZ]) }; coord_t dist = (delta[VX] > delta[VY]? delta[VX] : delta[VY]); #if __JHEXEN__ if(!cfg.netNoMaxZRadiusAttack) { dist = (delta[VZ] > dist? delta[VZ] : dist); } #else if(!(cfg.netNoMaxZRadiusAttack || (thing->info->flags2 & MF2_INFZBOMBDAMAGE))) { dist = (delta[VZ] > dist? delta[VZ] : dist); } #endif dist = MAX_OF(dist - thing->radius, 0); if(dist >= parm.distance) { return false; // Out of range. } // Must be in direct path. if(P_CheckSight(thing, parm.bomb)) { int damage = (parm.damage * (parm.distance - dist) / parm.distance) + 1; #if __JHEXEN__ if(thing->player) damage /= 4; #endif P_DamageMobj(thing, parm.bomb, parm.source, damage, false); } return false; } #if __JHEXEN__ void P_RadiusAttack(mobj_t *bomb, mobj_t *source, int damage, int distance, dd_bool afflictSource) #else void P_RadiusAttack(mobj_t *bomb, mobj_t *source, int damage, int distance) #endif { coord_t const dist = distance + MAXRADIUS; AABoxd const box(bomb->origin[VX] - dist, bomb->origin[VY] - dist, bomb->origin[VX] + dist, bomb->origin[VY] + dist); pit_radiusattack_params_t parm; parm.bomb = bomb; parm.damage = damage; parm.distance = distance; parm.source = source; #if __JHERETIC__ if(bomb->type == MT_POD && bomb->target) { // The credit should go to the original source (chain-reaction kills). parm.source = bomb->target; } #endif #if __JHEXEN__ parm.afflictSource = CPP_BOOL(afflictSource); #endif VALIDCOUNT++; Mobj_BoxIterator(&box, PIT_RadiusAttack, &parm); } static int PTR_UseTraverse(Intercept const *icpt, void *context) { DENG_ASSERT(icpt->type == ICPT_LINE); mobj_t *activator = static_cast(context); xline_t *xline = P_ToXLine(icpt->line); if(!xline->special) { if(!Interceptor_AdjustOpening(icpt->trace, icpt->line)) { if(Mobj_IsPlayer(activator)) { S_StartSound(PCLASS_INFO(activator->player->class_)->failUseSound, activator); } return true; // Can't use through a wall. } #if __JHEXEN__ if(Mobj_IsPlayer(activator)) { coord_t pheight = activator->origin[VZ] + activator->height/2; if(Interceptor_Opening(icpt->trace)->top < pheight || Interceptor_Opening(icpt->trace)->bottom > pheight) { S_StartSound(PCLASS_INFO(activator->player->class_)->failUseSound, activator); } } #endif // Not a special line, but keep checking. return false; } int side = Line_PointOnSide(icpt->line, activator->origin) < 0; #if __JHERETIC__ || __JHEXEN__ if(side == 1) return true; // Don't use back side. #endif P_ActivateLine(icpt->line, activator, side, SPAC_USE); #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ // Can use multiple line specials in a row with the PassThru flag. if(xline->flags & ML_PASSUSE) { return false; } #endif // Can't use more than one special line in a row. return true; } void P_UseLines(player_t *player) { if(!player) return; if(IS_CLIENT) { App_Log(DE2_DEV_NET_VERBOSE, "P_UseLines: Sending a use request for player %i", int(player - players)); NetCl_PlayerActionRequest(player, GPA_USE, 0); return; } mobj_t *mo = player->plr->mo; if(!mo) return; uint an = mo->angle >> ANGLETOFINESHIFT; vec2d_t pos = { mo->origin[VX] + USERANGE * FIX2FLT(finecosine[an]), mo->origin[VY] + USERANGE * FIX2FLT(finesine [an]) }; P_PathTraverse2(mo->origin, pos, PTF_LINE, PTR_UseTraverse, mo); } /** * Allows the player to slide along any angled walls by adjusting the * xmove / ymove so that the NEXT move will slide along the wall. * * @param line The line being slid along. */ static void hitSlideLine(mobj_t *slideMo, Line *line, pvec2d_t move) { DENG_ASSERT(slideMo != 0 && line != 0); slopetype_t slopeType = slopetype_t(P_GetIntp(line, DMU_SLOPETYPE)); if(slopeType == ST_HORIZONTAL) { move[MY] = 0; return; } else if(slopeType == ST_VERTICAL) { move[MX] = 0; return; } bool side = Line_PointOnSide(line, slideMo->origin) < 0; vec2d_t d1; P_GetDoublepv(line, DMU_DXY, d1); angle_t moveAngle = M_PointToAngle(move); angle_t lineAngle = M_PointToAngle(d1) + (side? ANG180 : 0); angle_t deltaAngle = moveAngle - lineAngle; if(deltaAngle > ANG180) deltaAngle += ANG180; coord_t moveLen = M_ApproxDistance(move[MX], move[MY]); coord_t newLen = moveLen * FIX2FLT(finecosine[deltaAngle >> ANGLETOFINESHIFT]); uint an = lineAngle >> ANGLETOFINESHIFT; V2d_Set(move, newLen * FIX2FLT(finecosine[an]), newLen * FIX2FLT(finesine [an])); } struct ptr_slidetraverse_params_t { mobj_t *slideMobj; Line *bestLine; coord_t bestDistance; }; static int PTR_SlideTraverse(Intercept const *icpt, void *context) { DENG_ASSERT(icpt->type == ICPT_LINE); ptr_slidetraverse_params_t &parm = *static_cast(context); Line *line = icpt->line; if(!(P_ToXLine(line)->flags & ML_TWOSIDED) || !P_GetPtrp(line, DMU_FRONT_SECTOR) || !P_GetPtrp(line, DMU_BACK_SECTOR)) { if(Line_PointOnSide(line, parm.slideMobj->origin) < 0) { return false; // Don't hit the back side. } goto isblocking; } #if __JDOOM64__ if(P_ToXLine(line)->flags & ML_BLOCKALL) // jd64 goto isblocking; #endif Interceptor_AdjustOpening(icpt->trace, line); if(Interceptor_Opening(icpt->trace)->range < parm.slideMobj->height) goto isblocking; // Doesn't fit. if(Interceptor_Opening(icpt->trace)->top - parm.slideMobj->origin[VZ] < parm.slideMobj->height) goto isblocking; // mobj is too high. if(Interceptor_Opening(icpt->trace)->bottom - parm.slideMobj->origin[VZ] > 24) goto isblocking; // Too big a step up. // This line doesn't block movement. return false; // The line does block movement, see if it is closer than best so far. isblocking: if(icpt->distance < parm.bestDistance) { parm.bestDistance = icpt->distance; parm.bestLine = line; } return true; // Stop. } void P_SlideMove(mobj_t *mo) { if(!mo) return; // Huh? vec2d_t oldOrigin; V2d_Copy(oldOrigin, mo->origin); vec2d_t leadPos = { 0, 0 }; vec2d_t trailPos = { 0, 0 }; vec2d_t tmMove = { 0, 0 }; int hitCount = 3; do { if(--hitCount == 0) goto stairstep; // Don't loop forever. // Trace along the three leading corners. leadPos[VX] = mo->origin[VX] + (mo->mom[MX] > 0? mo->radius : -mo->radius); leadPos[VY] = mo->origin[VY] + (mo->mom[MY] > 0? mo->radius : -mo->radius); trailPos[VX] = mo->origin[VX] - (mo->mom[MX] > 0? mo->radius : -mo->radius); trailPos[VY] = mo->origin[VY] - (mo->mom[MY] > 0? mo->radius : -mo->radius); ptr_slidetraverse_params_t parm; parm.slideMobj = mo; parm.bestLine = 0; parm.bestDistance = 1; P_PathXYTraverse2(leadPos[VX], leadPos[VY], leadPos[VX] + mo->mom[MX], leadPos[VY] + mo->mom[MY], PTF_LINE, PTR_SlideTraverse, &parm); P_PathXYTraverse2(trailPos[VX], leadPos[VY], trailPos[VX] + mo->mom[MX], leadPos[VY] + mo->mom[MY], PTF_LINE, PTR_SlideTraverse, &parm); P_PathXYTraverse2(leadPos[VX], trailPos[VY], leadPos[VX] + mo->mom[MX], trailPos[VY] + mo->mom[MY], PTF_LINE, PTR_SlideTraverse, &parm); // Move up to the wall. if(parm.bestDistance == 1) { // The move must have hit the middle, so stairstep. $dropoff_fix stairstep: /* * Ideally we would set the directional momentum of the mobj to zero * here should a move fail (to prevent noticeable stuttering against * the blocking surface/thing). However due to the mechanics of the * wall side algorithm this is not possible as it results in highly * unpredictable behaviour and resulting in the player sling-shoting * away from the wall. */ #if __JHEXEN__ if(!P_TryMoveXY(mo, mo->origin[VX], mo->origin[VY] + mo->mom[MY])) P_TryMoveXY(mo, mo->origin[VX] + mo->mom[MX], mo->origin[VY]); #else if(!P_TryMoveXY(mo, mo->origin[VX], mo->origin[VY] + mo->mom[MY], true, true)) P_TryMoveXY(mo, mo->origin[VX] + mo->mom[MX], mo->origin[VY], true, true); #endif break; } // Fudge a bit to make sure it doesn't hit. parm.bestDistance -= (1.0f / 32); if(parm.bestDistance > 0) { vec2d_t newPos = { mo->origin[VX] + mo->mom[MX] * parm.bestDistance, mo->origin[VY] + mo->mom[MY] * parm.bestDistance }; // $dropoff_fix: Allow objects to drop off ledges #if __JHEXEN__ if(!P_TryMoveXY(mo, newPos[VX], newPos[VY])) #else if(!P_TryMoveXY(mo, newPos[VX], newPos[VY], true, true)) #endif { goto stairstep; } } // Now continue along the wall. // First calculate remainder. parm.bestDistance = MIN_OF(1 - (parm.bestDistance + (1.0f / 32)), 1); if(parm.bestDistance <= 0) { break; } V2d_Set(tmMove, mo->mom[VX] * parm.bestDistance, mo->mom[VY] * parm.bestDistance); hitSlideLine(mo, parm.bestLine, tmMove); // Clip the move. V2d_Copy(mo->mom, tmMove); // $dropoff_fix: Allow objects to drop off ledges: #if __JHEXEN__ } while(!P_TryMoveXY(mo, mo->origin[VX] + tmMove[MX], mo->origin[VY] + tmMove[MY])); #else } while(!P_TryMoveXY(mo, mo->origin[VX] + tmMove[MX], mo->origin[VY] + tmMove[MY], true, true)); #endif // Didn't move? if(mo->player && mo->origin[VX] == oldOrigin[VX] && mo->origin[VY] == oldOrigin[VY]) { App_Log(DE2_DEV_MAP_MSG, "P_SlideMove: Mobj %i pos stays the same", mo->thinker.id); } } /** * SECTOR HEIGHT CHANGING * After modifying a sectors floor or ceiling height, call this routine * to adjust the positions of all things that touch the sector. * * If anything doesn't fit anymore, true will be returned. * If crushDamage is non-zero, they will take damage as they are being crushed. * If crushDamage is false, you should set the sector height back the way it * was and call P_ChangeSector again to undo the changes. */ struct pit_changesector_params_t { int crushDamage; ///< Damage amount; bool noFit; }; /// @return Always @c false for use as an interation callback. static int PIT_ChangeSector(mobj_t *thing, void *context) { pit_changesector_params_t &parm = *static_cast(context); DENG_ASSERT(thing->info != 0); // Skip mobjs that aren't blocklinked (supposedly immaterial). if(thing->info->flags & MF_NOBLOCKMAP) { return false; } // Update the Z position of the mobj and determine whether it physically // fits in the opening between floor and ceiling. if(!P_MobjIsCamera(thing)) { bool const onfloor = (thing->origin[VZ] == thing->floorZ); P_CheckPosition(thing, thing->origin); thing->floorZ = tmFloorZ; thing->ceilingZ = tmCeilingZ; #if !__JHEXEN__ thing->dropOffZ = tmDropoffZ; // $dropoff_fix: remember dropoffs. #endif if(onfloor) { #if __JHEXEN__ if((thing->origin[VZ] - thing->floorZ < 9) || (thing->flags & MF_NOGRAVITY)) { thing->origin[VZ] = thing->floorZ; } #else // Update view offset of real players. if(Mobj_IsPlayer(thing) && !Mobj_IsVoodooDoll(thing)) { thing->player->viewZ += thing->floorZ - thing->origin[VZ]; } // Walking monsters rise and fall with the floor. thing->origin[VZ] = thing->floorZ; // $dropoff_fix: Possibly upset balance of objects hanging off ledges. if((thing->intFlags & MIF_FALLING) && thing->gear >= MAXGEAR) { thing->gear = 0; } #endif } else { // Don't adjust a floating monster unless forced to do so. if(thing->origin[VZ] + thing->height > thing->ceilingZ) { thing->origin[VZ] = thing->ceilingZ - thing->height; } } // Does this mobj fit in the open space? if((thing->ceilingZ - thing->floorZ) >= thing->height) { return false; } } // Crunch bodies to giblets. if(Mobj_IsCrunchable(thing)) { #if __JHEXEN__ if(thing->flags & MF_NOBLOOD) { P_MobjRemove(thing, false); return false; } #endif #if __JHEXEN__ if(thing->state != &STATES[S_GIBS1]) #endif { #if __JHEXEN__ P_MobjChangeState(thing, S_GIBS1); #elif __JDOOM__ || __JDOOM64__ P_MobjChangeState(thing, S_GIBS); #endif #if !__JHEXEN__ thing->flags &= ~MF_SOLID; #endif thing->height = 0; thing->radius = 0; #if __JHEXEN__ S_StartSound(SFX_PLAYER_FALLING_SPLAT, thing); #elif __JDOOM64__ S_StartSound(SFX_SLOP, thing); #endif } return false; } // Remove dropped items. if(Mobj_IsDroppedItem(thing)) { P_MobjRemove(thing, false); return false; } if(!(thing->flags & MF_SHOOTABLE)) { return false; } parm.noFit = true; if(parm.crushDamage > 0 && !(mapTime & 3)) { P_DamageMobj(thing, NULL, NULL, parm.crushDamage, false); #if __JDOOM__ || __JDOOM64__ if(!(thing->flags & MF_NOBLOOD)) #elif __JHEXEN__ if(!(thing->flags & MF_NOBLOOD) && !(thing->flags2 & MF2_INVULNERABLE)) #endif { // Spray blood in a random direction. if(mobj_t *mo = P_SpawnMobjXYZ(MT_BLOOD, thing->origin[VX], thing->origin[VY], thing->origin[VZ] + (thing->height /2), P_Random() << 24, 0)) { mo->mom[MX] = FIX2FLT((P_Random() - P_Random()) << 12); mo->mom[MY] = FIX2FLT((P_Random() - P_Random()) << 12); } } } return false; } dd_bool P_ChangeSector(Sector *sector, int crush) { pit_changesector_params_t parm; parm.noFit = false; #if __JHEXEN__ parm.crushDamage = crush; #else parm.crushDamage = crush > 0? 10 : 0; #endif VALIDCOUNT++; Sector_TouchingMobjsIterator(sector, PIT_ChangeSector, &parm); return parm.noFit; } void P_HandleSectorHeightChange(int sectorIdx) { P_ChangeSector((Sector *)P_ToPtr(DMU_SECTOR, sectorIdx), false /*don't crush*/); } #if __JHERETIC__ || __JHEXEN__ dd_bool P_TestMobjLocation(mobj_t *mo) { int const oldFlags = mo->flags; mo->flags &= ~MF_PICKUP; if(!P_CheckPositionXY(mo, mo->origin[VX], mo->origin[VY])) { mo->flags = oldFlags; return false; } mo->flags = oldFlags; // XY is ok, now check Z return mo->origin[VZ] >= mo->floorZ && (mo->origin[VZ] + mo->height) <= mo->ceilingZ; } #endif #if __JHEXEN__ static int PIT_ThrustStompThing(mobj_t *thing, void *context) { mobj_t *tsThing = static_cast(context); // Don't clip against self. if(thing == tsThing) { return false; } if(!(thing->flags & MF_SHOOTABLE)) { return false; } coord_t blockdist = thing->radius + tsThing->radius; if(fabs(thing->origin[VX] - tsThing->origin[VX]) >= blockdist || fabs(thing->origin[VY] - tsThing->origin[VY]) >= blockdist || (thing->origin[VZ] > tsThing->origin[VZ] + tsThing->height)) { return false; // Didn't hit it. } P_DamageMobj(thing, tsThing, tsThing, 10001, false); tsThing->args[1] = 1; // Mark thrust thing as bloody. return false; } void P_ThrustSpike(mobj_t *mobj) { if(!mobj) return; coord_t const radius = mobj->info->radius + MAXRADIUS; AABoxd const box(mobj->origin[VX] - radius, mobj->origin[VY] - radius, mobj->origin[VX] + radius, mobj->origin[VY] + radius); VALIDCOUNT++; Mobj_BoxIterator(&box, PIT_ThrustStompThing, mobj); } struct pit_checkonmobjz_params_t { mobj_t *riderMobj; mobj_t *mountMobj; }; /// @return @c false= Continue iteration. static int PIT_CheckOnMobjZ(mobj_t *cand, void *context) { pit_checkonmobjz_params_t &parm = *static_cast(context); // Can't ride oneself. if(cand == parm.riderMobj) { return false; } if(!(cand->flags & (MF_SOLID | MF_SPECIAL | MF_SHOOTABLE))) { return false; // Can't hit thing. } coord_t blockdist = cand->radius + parm.riderMobj->radius; if(fabs(cand->origin[VX] - parm.riderMobj->origin[VX]) >= blockdist || fabs(cand->origin[VY] - parm.riderMobj->origin[VY]) >= blockdist) { return false; // Didn't hit thing. } if(IS_CLIENT) { // Players must not ride their clmobjs. if(Mobj_IsPlayer(parm.riderMobj)) { if(cand == ClPlayer_ClMobj(parm.riderMobj->player - players)) { return false; } } } // Above or below? if(parm.riderMobj->origin[VZ] > cand->origin[VZ] + cand->height) { return false; } else if(parm.riderMobj->origin[VZ] + parm.riderMobj->height < cand->origin[VZ]) { return false; } if(cand->flags & MF_SOLID) { parm.mountMobj = cand; } return (cand->flags & MF_SOLID) != 0; } mobj_t *P_CheckOnMobj(mobj_t *mo) { if(!mo) return 0; if(P_MobjIsCamera(mo)) return 0; // Players' clmobjs shouldn't do any on-mobj logic; the real player mobj // will interact with (cl)mobjs. if(Mobj_IsPlayerClMobj(mo)) return 0; /** * Fake the zmovement so that we can check if a move is legal. * * @todo Do this properly! Consolidate with how jDoom/jHeretic do on-mobj checks? */ mobj_t oldMo = *mo; // Save the old mobj before the fake z movement. // Adjust Z-origin. mo->origin[VZ] += mo->mom[MZ]; if((mo->flags & MF_FLOAT) && mo->target) { // Float down towards target if too close. if(!(mo->flags & MF_SKULLFLY) && !(mo->flags & MF_INFLOAT)) { coord_t dist = M_ApproxDistance(mo->origin[VX] - mo->target->origin[VX], mo->origin[VY] - mo->target->origin[VY]); coord_t delta = mo->target->origin[VZ] + (mo->height / 2) - mo->origin[VZ]; if(delta < 0 && dist < -(delta * 3)) { mo->origin[VZ] -= FLOATSPEED; } else if(delta > 0 && dist < (delta * 3)) { mo->origin[VZ] += FLOATSPEED; } } } if(Mobj_IsPlayer(mo) && (mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ)) { if(mapTime & 2) { mo->origin[VZ] += FIX2FLT(finesine[(FINEANGLES / 20 * mapTime >> 2) & FINEMASK]); } } // Clip momentum. // Hit the floor? bool hitFloor = mo->origin[VZ] <= mo->floorZ; if(hitFloor) { mo->origin[VZ] = mo->floorZ; if(mo->mom[MZ] < 0) { mo->mom[MZ] = 0; } if(mo->flags & MF_SKULLFLY) { mo->mom[MZ] = -mo->mom[MZ]; // The skull slammed into something } } else if(mo->flags2 & MF2_LOGRAV) { if(FEQUAL(mo->mom[MZ], 0)) { mo->mom[MZ] = -(P_GetGravity() / 32) * 2; } else { mo->mom[MZ] -= P_GetGravity() / 32; } } else if(!(mo->flags & MF_NOGRAVITY)) { if(FEQUAL(mo->mom[MZ], 0)) { mo->mom[MZ] = -P_GetGravity() * 2; } else { mo->mom[MZ] -= P_GetGravity(); } } if(!(hitFloor && P_GetState(mobjtype_t(mo->type), SN_CRASH) && (mo->flags & MF_CORPSE))) { if(mo->origin[VZ] + mo->height > mo->ceilingZ) { mo->origin[VZ] = mo->ceilingZ - mo->height; if(mo->mom[MZ] > 0) { mo->mom[MZ] = 0; } if(mo->flags & MF_SKULLFLY) { mo->mom[MZ] = -mo->mom[MZ]; // The skull slammed into something. } } } /*tmCeilingLine = tmFloorLine = 0; // The base floor/ceiling is from the BSP leaf that contains the point. // Any contacted lines the step closer together will adjust them. Sector *newSector = Sector_AtPoint_FixedPrecision(mo->origin); tmFloorZ = tmDropoffZ = P_GetDoublep(newSector, DMU_FLOOR_HEIGHT); tmCeilingZ = P_GetDoublep(newSector, DMU_CEILING_HEIGHT); tmFloorMaterial = (Material *)P_GetPtrp(newSector, DMU_FLOOR_MATERIAL); IterList_Clear(spechit);*/ if(!(mo->flags & MF_NOCLIP)) { int blockdist = mo->radius + MAXRADIUS; AABoxd aaBox(mo->origin[VX] - blockdist, mo->origin[VY] - blockdist, mo->origin[VX] + blockdist, mo->origin[VY] + blockdist); pit_checkonmobjz_params_t parm; parm.riderMobj = mo; parm.mountMobj = 0; VALIDCOUNT++; if(Mobj_BoxIterator(&aaBox, PIT_CheckOnMobjZ, &parm)) { // Restore the mobj back to its previous state. *mo = oldMo; return parm.mountMobj; } } // Restore the mobj back to its previous state. *mo = oldMo; return 0; } struct ptr_boucetraverse_params_t { mobj_t *bounceMobj; Line *bestLine; coord_t bestDistance; }; static int PTR_BounceTraverse(Intercept const *icpt, void *context) { DENG_ASSERT(icpt->type == ICPT_LINE); ptr_boucetraverse_params_t &parm = *static_cast(context); Line *line = icpt->line; if(!P_GetPtrp(line, DMU_FRONT_SECTOR) || !P_GetPtrp(line, DMU_BACK_SECTOR)) { if(Line_PointOnSide(line, parm.bounceMobj->origin) < 0) { return false; // Don't hit the back side. } goto bounceblocking; } Interceptor_AdjustOpening(icpt->trace, line); if(Interceptor_Opening(icpt->trace)->range < parm.bounceMobj->height) { goto bounceblocking; // Doesn't fit. } if(Interceptor_Opening(icpt->trace)->top - parm.bounceMobj->origin[VZ] < parm.bounceMobj->height) { goto bounceblocking; // Mobj is too high... } return false; // This line doesn't block movement... // the line does block movement, see if it is closer than best so far. bounceblocking: if(icpt->distance < parm.bestDistance) { parm.bestDistance = icpt->distance; parm.bestLine = line; } return true; // Stop. } void P_BounceWall(mobj_t *mo) { if(!mo) return; // Trace a line from the origin to the would be destination point (which is // apparently not reachable) to find a line from which we'll calculate the // inverse "bounce" vector. vec2d_t leadPos = { mo->origin[VX] + (mo->mom[MX] > 0? mo->radius : -mo->radius), mo->origin[VY] + (mo->mom[MY] > 0? mo->radius : -mo->radius) }; vec2d_t destPos; V2d_Sum(destPos, leadPos, mo->mom); ptr_boucetraverse_params_t parm; parm.bounceMobj = mo; parm.bestLine = 0; parm.bestDistance = 1; // Intercept distances are normalized [0..1] P_PathTraverse2(leadPos, destPos, PTF_LINE, PTR_BounceTraverse, &parm); if(parm.bestLine) { int const side = Line_PointOnSide(parm.bestLine, mo->origin) < 0; vec2d_t lineDirection; P_GetDoublepv(parm.bestLine, DMU_DXY, lineDirection); angle_t lineAngle = M_PointToAngle(lineDirection) + (side? ANG180 : 0); angle_t moveAngle = M_PointToAngle(mo->mom); angle_t deltaAngle = (2 * lineAngle) - moveAngle; coord_t moveLen = M_ApproxDistance(mo->mom[MX], mo->mom[MY]) * 0.75f /*Friction*/; if(moveLen < 1) moveLen = 2; uint an = deltaAngle >> ANGLETOFINESHIFT; V2d_Set(mo->mom, moveLen * FIX2FLT(finecosine[an]), moveLen * FIX2FLT(finesine [an])); } } static sfxenum_t usePuzzleItemFailSound(mobj_t *user) { if(Mobj_IsPlayer(user)) { /// @todo Get this from ClassInfo. switch(user->player->class_) { case PCLASS_FIGHTER: return SFX_PUZZLE_FAIL_FIGHTER; case PCLASS_CLERIC: return SFX_PUZZLE_FAIL_CLERIC; case PCLASS_MAGE: return SFX_PUZZLE_FAIL_MAGE; default: break; } } return SFX_NONE; } struct ptr_puzzleitemtraverse_params_t { mobj_t *useMobj; int itemType; bool activated; }; static int PTR_PuzzleItemTraverse(Intercept const *icpt, void *context) { int const USE_PUZZLE_ITEM_SPECIAL = 129; ptr_puzzleitemtraverse_params_t &parm = *static_cast(context); switch(icpt->type) { case ICPT_LINE: { xline_t *xline = P_ToXLine(icpt->line); if(xline->special != USE_PUZZLE_ITEM_SPECIAL) { if(!Interceptor_AdjustOpening(icpt->trace, icpt->line)) { S_StartSound(usePuzzleItemFailSound(parm.useMobj), parm.useMobj); return true; // Can't use through a wall. } return false; // Continue searching... } if(Line_PointOnSide(icpt->line, parm.useMobj->origin) < 0) { return true; // Don't use back sides. } if(parm.itemType != xline->arg1) { return true; // Item type doesn't match. } Game_ACScriptInterpreter_StartScript(xline->arg2, 0/*current-map*/, &xline->arg3, parm.useMobj, icpt->line, 0); xline->special = 0; parm.activated = true; return true; // Stop searching. } case ICPT_MOBJ: if(icpt->mobj->special != USE_PUZZLE_ITEM_SPECIAL) { return false; // Wrong special... } if(parm.itemType != icpt->mobj->args[0]) { return false; // Item type doesn't match... } Game_ACScriptInterpreter_StartScript(icpt->mobj->args[1], 0/*current-map*/, &icpt->mobj->args[2], parm.useMobj, NULL, 0); icpt->mobj->special = 0; parm.activated = true; return true; // Stop searching. default: DENG_ASSERT(false); return false; } } dd_bool P_UsePuzzleItem(player_t *player, int itemType) { DENG_ASSERT(player != 0); mobj_t *mobj = player->plr->mo; if(!mobj) return false; // Huh? ptr_puzzleitemtraverse_params_t parm; parm.useMobj = mobj; parm.itemType = itemType; parm.activated = false; uint an = mobj->angle >> ANGLETOFINESHIFT; vec2d_t farUsePoint = { mobj->origin[VX] + FIX2FLT(USERANGE * finecosine[an]), mobj->origin[VY] + FIX2FLT(USERANGE * finesine [an]) }; P_PathTraverse(mobj->origin, farUsePoint, PTR_PuzzleItemTraverse, &parm); if(!parm.activated) { P_SetYellowMessage(player, 0, TXT_USEPUZZLEFAILED); } return parm.activated; } #endif #ifdef __JHEXEN__ struct countmobjoftypeparams_t { mobjtype_t type; int count; }; static int countMobjOfType(thinker_t *th, void *context) { countmobjoftypeparams_t *params = (countmobjoftypeparams_t *) context; mobj_t *mo = (mobj_t *) th; // Does the type match? if(mo->type != params->type) return false; // Continue iteration. // Minimum health requirement? if((mo->flags & MF_COUNTKILL) && mo->health <= 0) return false; // Continue iteration. params->count++; return false; // Continue iteration. } int P_MobjCount(int type, int tid) { if(!type && !tid) return 0; mobjtype_t moType = TranslateThingType[type]; if(tid) { // Count mobjs by TID. int count = 0; mobj_t *mo; int searcher = -1; while((mo = P_FindMobjFromTID(tid, &searcher))) { if(type == 0) { // Just count TIDs. count++; } else if(moType == mo->type) { // Don't count dead monsters. if((mo->flags & MF_COUNTKILL) && mo->health <= 0) { continue; } count++; } } return count; } // Count mobjs by type only. countmobjoftypeparams_t params; params.type = moType; params.count = 0; Thinker_Iterate(P_MobjThinker, countMobjOfType, ¶ms); return params.count; } #endif // __JHEXEN__ doomsday-1.14.5/doomsday/plugins/common/src/p_xgline.cpp0000664000175000017500000031552012350542240022600 0ustar jaakkojaakko/** @file p_xgline.c Extended generalized line types. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ #include #include #include #include #include #include "common.h" #include "d_net.h" #include "dmu_lib.h" #include "gamesession.h" #include "p_mapsetup.h" #include "p_xgline.h" #include "p_xgsec.h" #include "p_actor.h" #include "player.h" #include "p_map.h" #include "p_mapspec.h" #include "p_terraintype.h" #include "p_tick.h" #include "p_sound.h" #include "p_switch.h" #define XLTIMER_STOPPED 1 // Timer stopped. #define EVTYPESTR(evtype) (evtype == XLE_CHAIN? "CHAIN" \ : evtype == XLE_CROSS? "CROSS" \ : evtype == XLE_USE? "USE" \ : evtype == XLE_SHOOT? "SHOOT" \ : evtype == XLE_HIT? "HIT" \ : evtype == XLE_TICKER? "TICKER" \ : evtype == XLE_AUTO? "AUTO" \ : evtype == XLE_FORCED? "FORCED" \ : evtype == XLE_FUNC? "FUNCTION" : "???") #define LREFTYPESTR(reftype) (reftype == LREF_NONE? "NONE" \ : reftype == LREF_SELF? "SELF" \ : reftype == LREF_TAGGED? "TAGGED LINES" \ : reftype == LREF_LINE_TAGGED? "LINE TAGGED LINES" \ : reftype == LREF_ACT_TAGGED? "ACT TAGGED LINES" \ : reftype == LREF_INDEX? "INDEXED LINE" \ : reftype == LREF_ALL? "ALL LINES" : "???") #define LPREFTYPESTR(reftype) (reftype == LPREF_NONE? "NONE" \ : reftype == LPREF_MY_FLOOR? "MY FLOOR" \ : reftype == LPREF_TAGGED_FLOORS? "TAGGED FLOORS" \ : reftype == LPREF_LINE_TAGGED_FLOORS? "LINE TAGGED FLOORS" \ : reftype == LPREF_ACT_TAGGED_FLOORS? "ACT TAGGED FLOORS" \ : reftype == LPREF_INDEX_FLOOR? "INDEXED FLOOR" \ : reftype == LPREF_ALL_FLOORS? "ALL FLOORS" \ : reftype == LPREF_MY_CEILING? "MY CEILING" \ : reftype == LPREF_TAGGED_CEILINGS? "TAGGED CEILINGS" \ : reftype == LPREF_LINE_TAGGED_CEILINGS? "LINE TAGGED CEILINGS" \ : reftype == LPREF_ACT_TAGGED_CEILINGS? "ACT TAGGED CEILINGS" \ : reftype == LPREF_INDEX_CEILING? "INDEXED CEILING" \ : reftype == LPREF_ALL_CEILINGS? "ALL CEILINGS" \ : reftype == LPREF_SPECIAL? "SPECIAL" \ : reftype == LPREF_BACK_FLOOR? "BACK FLOOR" \ : reftype == LPREF_BACK_CEILING? "BACK CEILING" \ : reftype == LPREF_THING_EXIST_FLOORS? "SECTORS WITH THING - FLOOR" \ : reftype == LPREF_THING_EXIST_CEILINGS? "SECTORS WITH THING - CEILING" \ : reftype == LPREF_THING_NOEXIST_FLOORS? "SECTORS WITHOUT THING - FLOOR" \ : reftype == LPREF_THING_NOEXIST_CEILINGS? "SECTORS WITHOUT THING - CEILING" : "???") #define LSREFTYPESTR(reftype) (reftype == LSREF_NONE? "NONE" \ : reftype == LSREF_MY? "MY SECTOR" \ : reftype == LSREF_TAGGED? "TAGGED SECTORS" \ : reftype == LSREF_LINE_TAGGED? "LINE TAGGED SECTORS" \ : reftype == LSREF_ACT_TAGGED? "ACT TAGGED SECTORS" \ : reftype == LSREF_INDEX? "INDEXED SECTOR" \ : reftype == LSREF_ALL? "ALL SECTORS" \ : reftype == LSREF_BACK? "BACK SECTOR" \ : reftype == LSREF_THING_EXIST? "SECTORS WITH THING" \ : reftype == LSREF_THING_NOEXIST? "SECTORS WITHOUT THING" : "???") #define TO_DMU_TOP_COLOR(x) ((x) == 0? DMU_TOP_COLOR_RED \ : (x) == 1? DMU_TOP_COLOR_GREEN \ : DMU_TOP_COLOR_BLUE) #define TO_DMU_MIDDLE_COLOR(x) ((x) == 0? DMU_MIDDLE_COLOR_RED \ : (x) == 1? DMU_MIDDLE_COLOR_GREEN \ : (x) == 2? DMU_MIDDLE_COLOR_BLUE \ : DMU_MIDDLE_ALPHA) #define TO_DMU_BOTTOM_COLOR(x) ((x) == 0? DMU_BOTTOM_COLOR_RED \ : (x) == 1? DMU_BOTTOM_COLOR_GREEN \ : DMU_BOTTOM_COLOR_BLUE) void XL_ChangeMaterial(Line *line, int sidenum, int section, Material *mat, blendmode_t blend, byte rgba[4], int flags); int XL_DoChainSequence(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XL_DoDamage(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XL_DoPower(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XL_DoKey(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XL_DoExplode(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XL_DoCommand(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_ChangeLineType(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_Activate(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_Music(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_LineCount(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_LeaveMap(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_DisableLine(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_EnableLine(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_ChangeWallMaterial(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int XLTrav_LineTeleport(Line *line, dd_bool ceiling, void *context, void *context2, mobj_t *activator); int xgDev = 0; // Print dev messages. static linetype_t typebuffer; static char msgbuf[80]; struct mobj_s dummyThing; /* ADD NEW XG CLASSES TO THE END - ORIGINAL INDICES MUST STAY THE SAME!!! */ xgclass_t xgClasses[NUMXGCLASSES] = { { NULL, NULL, TRAV_NONE, 0, 1, 0, "None", // Dummy class (has no functions but enables use of secondary actions) (no params) {{XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, } }, { de::function_cast(XL_DoChainSequence), NULL, TRAV_NONE, 0, 1, 0, "Chain Sequence", // Excute a chain of other XG line types (a zero ends the list) {{XGPF_INT, "Chain Flags", "chsf_", 0}, // ip0: (chsf_) chain sequence flags {XGPF_INT, "Line Type 0", "", -1}, // ip1: Type to execute {XGPF_INT, "Line Type 1", "", -1}, // ip2: "" "" "" {XGPF_INT, "Line Type 2", "", -1}, // ip3: "" "" "" {XGPF_INT, "Line Type 3", "", -1}, // ip4: "" "" "" {XGPF_INT, "Line Type 4", "", -1}, // ip5: "" "" "" {XGPF_INT, "Line Type 5", "", -1}, // ip6: "" "" "" {XGPF_INT, "Line Type 6", "", -1}, // ip7: "" "" "" {XGPF_INT, "Line Type 7", "", -1}, // ip8: "" "" "" {XGPF_INT, "Line Type 8", "", -1}, // ip9: "" "" "" {XGPF_INT, "Line Type 9", "", -1}, // ip10: "" "" "" {XGPF_INT, "Line Type 10", "", -1}, // ip11: "" "" "" {XGPF_INT, "Line Type 11", "", -1}, // ip12: "" "" "" {XGPF_INT, "Line Type 12", "", -1}, // ip13: "" "" "" {XGPF_INT, "Line Type 13", "", -1}, // ip14: "" "" "" {XGPF_INT, "Line Type 14", "", -1}, // ip15: "" "" "" {XGPF_INT, "Line Type 15", "", -1}, // ip16: "" "" "" {XGPF_INT, "Line Type 16", "", -1}, // ip17: "" "" "" {XGPF_INT, "Line Type 17", "", -1}, // ip18: "" "" "" {XGPF_INT, "Line Type 18", "", -1} // ip19: "" "" "" } }, { de::function_cast(XSTrav_MovePlane), XS_InitMovePlane, TRAV_PLANES, 0, 1, 0, "Move Plane", // Move one or more planes. Optionaly change textures/types on start/end {{XGPF_INT, "Target Ref", "lpref_", 0}, // ip0: (plane ref) plane(s) to move. {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Destination Ref", "spref_", 2}, // ip2: destination height type (zero, relative to current, surrounding highest/lowest floor/ceiling) {XGPF_INT, "Move Flags", "pmf_", 3}, // ip3: flags (PMF_*) {XGPF_INT, "Start Sound", "", 4 | MAP_SND}, // ip4: start sound {XGPF_INT, "End Sound", "", 5 | MAP_SND}, // ip5: end sound {XGPF_INT, "Move Sound", "", 6 | MAP_SND}, // ip6: move sound {XGPF_INT, "Start Material Ref", "spref_", 7}, // ip7: start texture origin (uses same ids as i2) (spec: use ip8 as tex num) {XGPF_INT, "Start Material Num", "", 8 | MAP_MATERIAL}, // ip8: data component or number/name of flat {XGPF_INT, "End Material Ref", "spref_", 9}, // ip9: end texture origin (uses same ids as i2) (spec: use ip10 as tex num) {XGPF_INT, "End Material Num", "", 10 | MAP_MATERIAL}, // ip10: data component or number/name of flat {XGPF_INT, "Start Type Ref", "lpref_", 11}, // ip11: (plane ref) start sector type (spec: use i12 as type ID) {XGPF_INT, "Start Type Num", "", -1}, // ip12: data component or type ID {XGPF_INT, "End Type Ref", "lpref_", 13}, // ip13: (plane ref) end sector type (spec: use i14 as type ID) {XGPF_INT, "End Type Num", "", -1}, // ip14: data component or type ID {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XSTrav_BuildStairs), XS_InitStairBuilder, TRAV_PLANES, 0, 1, 0, "Build Stairs", // Moves one or more planes, incrementing their height with each move {{XGPF_INT, "Target Ref", "lpref_", 0}, // ip0: (plane ref) plane to start from {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Spread Material", "", -1}, // ip2: (true/false) stop when texture changes {XGPF_INT, "Spread Build", "", -1}, // ip3: (true/false) spread build? {XGPF_INT, "Start Sound", "", 4 | MAP_SND}, // ip4: start build sound (doesn't wait) {XGPF_INT, "Step Start Sound", "", 5 | MAP_SND}, // ip5: step start sound {XGPF_INT, "Step End Sound", "", 6 | MAP_SND}, // ip6: step end sound {XGPF_INT, "Step Move Sound", "", 7 | MAP_SND}, // ip7: step move sound {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XL_DoDamage), NULL, TRAV_NONE, 0, 1, 0, "Damage", // Deals health damage to the activator {{XGPF_INT, "Min Delta", "", -1}, // ip0: min damage delta {XGPF_INT, "Max Delta", "", -1}, // ip1: max damage delta {XGPF_INT, "Min Limit", "", -1}, // ip2: min limit (wont damage if health bellow) {XGPF_INT, "Max Limit", "", -1}, // ip3: max limit (wont damage if health above) {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, } }, { de::function_cast(XL_DoPower), NULL, TRAV_NONE, 0, 1, 0, "Power", // Deals armor damage to the activator (must be a player) {{XGPF_INT, "Min Delta", "", -1}, // ip0: min power delta {XGPF_INT, "Max Delta", "", -1}, // ip1: max power delta {XGPF_INT, "Min Limit", "", -1}, // ip2: min limit {XGPF_INT, "Max Limit", "", -1}, // ip3: max limit {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_ChangeLineType), NULL, TRAV_LINES, 0, 1, 0, "Line Type", // Changes a line's type (must be an XG type) {{XGPF_INT, "Target Ref", "lref_", 0}, // ip0: (line ref) line(s) to change {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Line Type", "", -1}, // ip2: new type (must be an XG line type) {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XSTrav_SectorType), NULL, TRAV_SECTORS, 0, 1, 0, "Sector Type", // Changes a sector's type (must be an XG type) {{XGPF_INT, "Target Ref", "lsref_", 0}, // ip0: (sector ref) sector(s) to change {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Sector Type", "", -1}, // ip2: new type (zero or an XG sector type) {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XSTrav_SectorLight), NULL, TRAV_SECTORS, 0, 1, 0, "Sector Light", // Change the light level and/or color of the target sector(s). {{XGPF_INT, "Target Ref", "lsref_", 0}, // ip0: (sector ref) sector(s) to change {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Change Light", "", -1}, // ip2: if non-zero light level will be changed {XGPF_INT, "Change Color", "", -1}, // ip3: if non-zero colour will be changed {XGPF_INT, "Light Ref", "lightref_", 4}, // ip4: (light ref) sector to get the initial light delta from. // lightref_none makes ip5 an absolute value {XGPF_INT, "Light Delta", "", -1}, // ip5: offset to the delta or absolute value {XGPF_INT, "Color Ref", "lightref_", 6}, // ip6: (light ref) sector to get the initial colour deltas from. // lightref_none makes ip7-9 absolute values {XGPF_INT, "Red Delta", "", -1}, // ip7: offset to red delta {XGPF_INT, "Green Delta", "", -1}, // ip8: offset to green delta {XGPF_INT, "Blue Delta", "", -1}, // ip9: offset to blue delta {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_Activate), NULL, TRAV_LINES, 0, 1, 0, "Activate", // Sends a chain event to all the referenced lines {{XGPF_INT, "Target Ref", "lref_", 0}, // ip0: (line ref) line(s) to activate {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XL_DoKey), NULL, TRAV_NONE, 0, 1, 0, "Key", // Gives/takes keys to/from the activator (must be a player) // Params are bitfields! Bit 1 (0x1) corresponds key 1, bit 2 (0x2) key 2, etc. {{XGPF_INT, "Give Keys", "", -1}, // ip0: keys to give {XGPF_INT, "Take Keys", "", -1}, // ip1: keys to take away. {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_Music), NULL, TRAV_LINES, 2, 3, 0, "Music", // Changes the music track being played {{XGPF_INT, "Song ID", "ldref_", 0 | MAP_MUS}, // ip0: song id/name or (line data ref from ip2) {XGPF_INT, "Play Looped", "", -1}, // ip1: non-zero means play looped {XGPF_INT, "Data Ref", "lref_", 2}, // ip2: (line ref) used with line data ref eg set music track to line-tag {XGPF_INT, "Data Num", "", -1}, // ip3: {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_LineCount), NULL, TRAV_LINES, 0, 1, 0, "Line Count", // Changes the XG line(s)' internal activation counter {{XGPF_INT, "Target Ref", "lref_", 0}, // ip0: (line ref) line(s) to change {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Set Absolute", "", -1}, // ip2: non-zero makes ip3 absolute {XGPF_INT, "Count Delta", "", -1}, // ip3: count delta or absolute {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_LeaveMap), NULL, TRAV_LINES, 1, 2, 0, "Leave Map", // Exits the current map {{XGPF_INT, "Secret Exit", "", -1}, // ip0: non-zero goto secret map {XGPF_INT, "Data Ref", "lref_", 1}, // ip1: (line ref) line to acquire (line data ref) from {XGPF_INT, "Data Num", "", -1}, // ip2: {XGPF_INT, "Goto Map", "ldref_", 3}, // ip3: map ID or (line data ref from ip1) {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_DisableLine), NULL, TRAV_LINES, 0, 1, 0, "Disable Line", // Disables the referenced line(s) if active {{XGPF_INT, "Target Ref", "lref_", 0}, // ip0: (line ref) line(s) to disable {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_EnableLine), NULL, TRAV_LINES, 0, 1, 0, "Enable Line", // Enables the referenced line(s) if active. {{XGPF_INT, "Target Ref", "lref_", 0}, // ip0: (line ref) line(s) to enable {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XL_DoExplode), NULL, TRAV_NONE, 0, 1, 0, "Explode", // Explodes the activator (no params). {{XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, } }, { de::function_cast(XSTrav_PlaneMaterial), NULL, TRAV_PLANES, 0, 1, 0, "Plane Material", // Change the material and/or surface color of a plane. {{XGPF_INT, "Target Ref", "lpref_", 0}, // ip0 : (plane ref) plane(s) to change {XGPF_INT, "Target Num", "", -1}, // ip1 : ref data {XGPF_INT, "Material Ref", "spref_", 2}, // ip2 : Texture ref {XGPF_INT, "Material Num", "", 3 | MAP_MATERIAL}, // ip3 : texture number (flat), used with SPREF_NONE {XGPF_INT, "Red Delta", "", -1}, // ip4 : plane surface color (red) {XGPF_INT, "Green Delta", "", -1}, // ip5 : "" (green) {XGPF_INT, "Blue Delta", "", -1}, // ip6 : "" (blue) {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_ChangeWallMaterial), NULL, TRAV_LINES, 0, 1, 0, "Wall Material", // Changes material(s) on the referenced line(s). // Changes surface colour(s), alpha, mid textue blendmode and side flags {{XGPF_INT, "Target Ref", "lref_", 0}, // ip0: (line ref) line(s) to change {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Side Num", "", -1}, // ip2: non-zero change the back side {XGPF_INT, "Top Material", "", 3 | MAP_MATERIAL}, // ip3: top texture to change to (blank indicates no change) {XGPF_INT, "Middle Material", "", 4 | MAP_MATERIAL}, // ip4: middle texture to change to (blank indicates no change) {XGPF_INT, "Bottom Material", "", 5 | MAP_MATERIAL}, // ip5: bottom texture to change to (blank indicates no change) {XGPF_INT, "Set Mid If None", "", -1}, // ip6: set mid texture even if previously zero {XGPF_INT, "Sidedef Flags", "sdf_", 7}, // ip7: (sdf_) side flags (used with surface colour blending, fullbright etc) {XGPF_INT, "Middle Blendmode", "bm_", 8}, // ip8: (bm_) middle texture blendmode {XGPF_INT, "Top Red Delta", "", -1}, // ip9: {XGPF_INT, "Top Green Delta", "", -1}, // ip10: {XGPF_INT, "Top Blue Delta", "", -1}, // ip11: {XGPF_INT, "Middle Red Delta", "", -1}, // ip12: {XGPF_INT, "Middle Green Delta", "", -1}, // ip13: {XGPF_INT, "Middle Blue Delta", "", -1}, // ip14: {XGPF_INT, "Middle Alpha Delta", "", -1}, // ip15: {XGPF_INT, "Bottom Red Delta", "", -1}, // ip16: {XGPF_INT, "Bottom Green Delta", "", -1}, // ip17: {XGPF_INT, "Bottom Blue Delta", "", -1}, // ip18: {XGPF_INT, "", "", -1} } }, { de::function_cast(XL_DoCommand), NULL, TRAV_NONE, 0, 1, 0, "Command", // Executes a console command (CCmd) {{XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, } }, { de::function_cast(XSTrav_SectorSound), NULL, TRAV_SECTORS, 0, 1, 0, "Sector Sound", // Plays a sound in sector(s) {{XGPF_INT, "Target Ref", "lsref_", 0}, // ip0: (sector ref) sector(s) to play the sound in {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Sound ID", "", 2 | MAP_SND}, // ip2: sound name/id to play {XGPF_INT, "Origin", "", -1}, // ip3: non-zero = play from a specific origin (1=floor, 2=ceiling) else 0=center {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XSTrav_MimicSector), NULL, TRAV_SECTORS, 0, 1, 0, "Mimic Sector", // Copies all properties from target sector to destination sector(s) {{XGPF_INT, "Target Ref", "lsref_", 0}, // ip0: (sector ref) sector(s) to change {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "Mimic Ref", "spref_", 2}, // ip2: (spref) sector to mimic {XGPF_INT, "Mimic Num", "", -1}, // ip3: {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XSTrav_Teleport), NULL, TRAV_SECTORS, 0, 1, 0, "Teleport", // Teleports the activator to the first teleport exit in the target sector {{XGPF_INT, "Target Ref", "lsref_", 0}, // ip0: (sector ref) sector(s) to teleport to (first acceptable target is used) {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "No Flash", "", -1}, // ip2: non-zero = no flash (or sound) {XGPF_INT, "No Sound", "", -1}, // ip3: non-zero = no sound {XGPF_INT, "Always Stomp", "", -1}, // ip4: non-zero = Always telefrag {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } }, { de::function_cast(XLTrav_LineTeleport), NULL, TRAV_LINES, 0, 1, 1 | XLE_CROSS, "Line Teleport", // Teleports the activator to the referenced line {{XGPF_INT, "Target Ref", "lref_", 0}, // ip0: (line ref) teleport destination {XGPF_INT, "Target Num", "", -1}, // ip1: {XGPF_INT, "No Flash", "", -1}, // ip2: non-zero = spawn MT_TFOG {XGPF_INT, "Teleport Sound", "", 3 | MAP_SND}, // ip3: sound ID/name to play (or silent) {XGPF_INT, "Exit Side", "", -1}, // ip4: non-zero = exit from the back of the target line {XGPF_INT, "Always Stomp", "", -1}, // ip5: non-zero = Always telefrag {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1}, {XGPF_INT, "", "", -1} } } }; void XG_Register() { C_VAR_INT("xg-dev", &xgDev, CVF_NO_ARCHIVE, 0, 1); C_CMD("movefloor", 0, MovePlane); C_CMD("moveceil", 0, MovePlane); C_CMD("movesec", 0, MovePlane); } /** * Debug message printer. */ void XG_Dev(const char* format, ...) { static char buffer[2000]; va_list args; if(!xgDev) return; va_start(args, format); dd_vsnprintf(buffer, sizeof(buffer), format, args); strcat(buffer, "\n"); App_Log(DE2_MAP_MSG, "%s", buffer); va_end(args); } /** * Init XG data for the map. */ void XG_Init(void) { XL_Init(); // Init lines. XS_Init(); // Init sectors. } void XG_Ticker(void) { // Nothing to do. } /** * This is called during an engine reset. Disables all XG functionality! */ void XG_Update(void) { // Clients rely on the server, they don't do XG themselves. if(IS_CLIENT) return; XG_ReadTypes(); XS_Update(); XL_Update(); } /** * Adds the given binary format line type to the generated types array */ int XL_AddAutoGenType(linetype_t * /*newtype*/) { return true; } /** * Converts a line ID number to a line type (BOOM support). */ int XL_AutoGenType(int /*id*/, linetype_t * /*outptr*/) { return false; // Cos we don't work yet. #if 0 linetype_t *l; // Do the magic // is the ID in the range 12160 -> 32768 if(!(id >= 12160 && id <= 32768)) return false; // Have we already generated a line of this type? if(1) { // Then return a ptr to it outptr = l; return true; } // Which bitfield format are we generating from? if(1) //XG format { /* // Generate the new line type l->id = id; l->flags = def->flags[0]; l->flags2 = def->flags[1]; l->flags3 = def->flags[2]; l->lineClass = def->lineClass; l->actType = def->actType; l->actCount = def->actCount; l->actTime = def->actTime; // l->actTag = def->actTag; for(i = 0; i < 10; i++) { if(i == 9) l->aparm[i] = Def_GetMobjNum(def->aparm9); else l->aparm[i] = def->aparm[i]; } // l->tickerStart = def->tickerStart; // l->tickerEnd = def->tickerEnd; // l->tickerInterval = def->tickerInterval; l->actSound = Friendly(Def_GetSoundNum(def->actSound)); l->deactSound = Friendly(Def_GetSoundNum(def->deactSound)); l->evChain = def->evChain; l->actChain = def->actChain; l->deactChain = def->deactChain; l->actLineType = def->actLineType; l->deactLineType = def->deactLineType; l->wallSection = def->wallSection; l->actTex = Friendly(R_CheckTextureNumForName(def->actTex)); l->deactTex = Friendly(R_CheckTextureNumForName(def->deactTex)); l->actMsg = def->actMsg; l->deactMsg = def->deactMsg; l->texMoveAngle = def->texMoveAngle; l->texMoveSpeed = def->texMoveSpeed;*/ // Add it to the generated line types array XL_AddAutoGenType(l); outptr = l; } #if __JDOOM__ || __JDOOM64__ else // BOOM format { // Generate the new line type outptr = l; } #endif return true; #endif } /** * @return @c true, if the type is defined. */ linetype_t* XL_GetType(int id) { linetype_t* ptr; char buff[6]; // Try finding it from the DDXGDATA lump. ptr = XG_GetLumpLine(id); if(ptr) { // Got it! memcpy(&typebuffer, ptr, sizeof(*ptr)); return &typebuffer; } // Does Doomsday have a definition for this? dd_snprintf(buff, 6, "%i", id); if(Def_Get(DD_DEF_LINE_TYPE, buff, &typebuffer)) return &typebuffer; // Is this a type we can generate automatically? if(XL_AutoGenType(id, &typebuffer)) return &typebuffer; // A definition was not found. return NULL; } int XG_RandomInt(int min, int max) { if(max == min) return max; float x = M_Random() / 256.0f; // Never reaches 1. return (int) (min + x * (max - min) + x); } float XG_RandomPercentFloat(float value, int percent) { float i = (2 * M_Random() / 255.0f - 1) * percent / 100.0f; return value * (1 + i); } int findXLThinker(thinker_t *th, void *context) { xlthinker_t *xl = (xlthinker_t *) th; if(xl->line == (Line *) context) return true; // Stop iteration, we've found it. return false; // Continue iteration. } void XL_SetLineType(Line *line, int id) { xline_t *xline = P_ToXLine(line); if(XL_GetType(id)) { xline->special = id; // Allocate memory for the line type data. if(!xline->xg) { xline->xg = (xgline_t *)Z_Calloc(sizeof(xgline_t), PU_MAP, 0); } // Init the extended line state. xline->xg->disabled = false; xline->xg->timer = 0; xline->xg->tickerTimer = 0; memcpy(&xline->xg->info, &typebuffer, sizeof(linetype_t)); // Initial active state. xline->xg->active = (typebuffer.flags & LTF_ACTIVE) != 0; xline->xg->activator = &dummyThing; XG_Dev("XL_SetLineType: Line %i (%s), ID %i.", P_ToIndex(line), xgClasses[xline->xg->info.lineClass].className, id); // If there is not already an xlthinker for this line, create one. if(!Thinker_Iterate(XL_Thinker, findXLThinker, line)) { // Not created one yet. xlthinker_t *xl = (xlthinker_t *)Z_Calloc(sizeof(*xl), PU_MAP, 0); xl->thinker.function = XL_Thinker; Thinker_Add(&xl->thinker); xl->line = line; } } else if(id) { XG_Dev("XL_SetLineType: Line %i, type %i NOT DEFINED.", P_ToIndex(line), id); } } void XL_Init() { de::zap(dummyThing); // Clients rely on the server, they don't do XG themselves. if(IS_CLIENT) return; for(int i = 0; i < numlines; ++i) { Line *line = (Line *)P_ToPtr(DMU_LINE, i); P_ToXLine(line)->xg = 0; XL_SetLineType(line, P_ToXLine(line)->special); } } int XL_TraversePlanes(Line *line, int refType, int ref, void *data, void *context, dd_bool travsectors, mobj_t *activator, int (*func_)()) { PlaneTraverserFunc func = de::function_cast(func_); int tag; mobj_t *mo; dd_bool ok, findSecTagged; if(xgDev) { char buff[50]; if(ref) { sprintf(buff, ": %i", ref); } XG_Dev("XL_Traverse%s: Line %i, ref (%s%s)", travsectors? "Sectors":"Planes", P_ToIndex(line), travsectors? LSREFTYPESTR(refType) : LPREFTYPESTR(refType), ref? buff: ""); } if(refType == LPREF_NONE) return false; // This is not a reference! Sector *frontSec = (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR); Sector *backSec = (Sector *)P_GetPtrp(line, DMU_BACK_SECTOR); // References to a single plane if(refType == LPREF_MY_FLOOR || refType == LPREF_MY_CEILING) { if(frontSec) { return func(frontSec, refType == LPREF_MY_CEILING? true:false, data, context, activator); } XG_Dev(" Line %i has no front sector!", P_ToIndex(line)); } if(refType == LPREF_BACK_FLOOR || refType == LPREF_BACK_CEILING) { if(backSec) { return func(backSec, refType == LPREF_BACK_CEILING? true:false, data, context, activator); } XG_Dev(" Line %i has no back sector!", P_ToIndex(line)); } if(refType == LPREF_INDEX_FLOOR) { return func((Sector *)P_ToPtr(DMU_SECTOR, ref), false, data, context, activator); } if(refType == LPREF_INDEX_CEILING) { return func((Sector *)P_ToPtr(DMU_SECTOR, ref), true, data, context, activator); } // Can we use the tagged sector lists? findSecTagged = false; if(refType == LPREF_TAGGED_FLOORS || refType == LPREF_TAGGED_CEILINGS) { findSecTagged = true; tag = ref; } else if(refType == LPREF_LINE_TAGGED_FLOORS || refType == LPREF_LINE_TAGGED_CEILINGS) { findSecTagged = true; tag = P_ToXLine(line)->tag; } // References to multiple planes if(findSecTagged) { // Use tagged sector lists for these (speed). if(iterlist_t *list = P_GetSectorIterListForTag(tag, false)) { // Find the first sector with the tag. IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list)) != NULL) { //xsector_t *xsec = P_ToXSector(sec); if(refType == LPREF_TAGGED_FLOORS || refType == LPREF_TAGGED_CEILINGS) { if(!func(sec, refType == LPREF_TAGGED_CEILINGS, data, context, activator)) { return false; } } if(refType == LPREF_LINE_TAGGED_FLOORS || refType == LPREF_LINE_TAGGED_CEILINGS) { if(!func(sec, refType == LPREF_LINE_TAGGED_CEILINGS, data, context, activator)) { return false; } } } } } else { for(int i = 0; i < numsectors; ++i) { Sector *sec = (Sector *)P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); if(refType == LPREF_ALL_FLOORS || refType == LPREF_ALL_CEILINGS) { if(!func(sec, refType == LPREF_ALL_CEILINGS, data, context, activator)) { return false; } } if((refType == LPREF_ACT_TAGGED_FLOORS || refType == LPREF_ACT_TAGGED_CEILINGS) && xsec->xg && xsec->xg->info.actTag == ref) { if(!func(sec, refType == LPREF_ACT_TAGGED_CEILINGS, data, context, activator)) { return false; } } // Reference all sectors with (at least) one mobj of specified // type inside. if(refType == LPREF_THING_EXIST_FLOORS || refType == LPREF_THING_EXIST_CEILINGS) { ok = true; for(mo = (mobj_t *)P_GetPtrp(sec, DMT_MOBJS); ok && mo; mo = mo->sNext) { if(mo->type == P_ToXLine(line)->xg->info.aparm[9]) { XG_Dev(" Thing of type %i found in sector id %i.", P_ToXLine(line)->xg->info.aparm[9], i); if(!func(sec, refType == LPREF_THING_EXIST_CEILINGS, data, context, activator)) { return false; } ok = false; } } } // Reference all sectors with NONE of the specified mobj type // inside. if(refType == LPREF_THING_NOEXIST_FLOORS || refType == LPREF_THING_NOEXIST_CEILINGS) { ok = true; for(mo = (mobj_t *)P_GetPtrp(sec, DMT_MOBJS); ok && mo; mo = mo->sNext) { if(mo->type != P_ToXLine(line)->xg->info.aparm[9]) { continue; } ok = false; } if(ok) { XG_Dev(" No things of type %i found in sector id %i.", P_ToXLine(line)->xg->info.aparm[9], i); if(!func(sec, refType == LPREF_THING_NOEXIST_CEILINGS, data, context, activator)) { return false; } } } } } return true; } int XL_TraverseLines(Line* line, int rtype, int ref, void* data, void* context, mobj_t* activator, int (*func_)()) { LineTraverserFunc func = de::function_cast(func_); int i; int tag; int reftype = rtype; char buff[50]; Line *iter; dd_bool findLineTagged; // Binary XG data from DD_XGDATA uses the old flag values. // Add one to the ref type. if(xgDataLumps) reftype+= 1; if(ref) sprintf(buff," : %i",ref); XG_Dev("XL_TraverseLines: Line %i, ref (%s%s)", P_ToIndex(line), LREFTYPESTR(reftype), ref? buff : ""); if(reftype == LREF_NONE) return func(NULL, true, data, context, activator); // Not a real reference // References to single lines if(reftype == LREF_SELF) // Traversing self is simple. return func(line, true, data, context, activator); if(reftype == LREF_INDEX) return func((Line *)P_ToPtr(DMU_LINE, ref), true, data, context, activator); // Can we use the tagged line lists? findLineTagged = false; if(reftype == LREF_TAGGED) { findLineTagged = true; tag = ref; } else if(reftype == LREF_LINE_TAGGED) { findLineTagged = true; tag = P_ToXLine(line)->tag; } // References to multiple lines if(findLineTagged) { // Use tagged line lists for these (speed). if(iterlist_t *list = P_GetLineIterListForTag(tag, false)) { IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((iter = (Line *)IterList_MoveIterator(list)) != NULL) { if(reftype == LREF_TAGGED) { if(!func(iter, true, data, context, activator)) return false; } else if(reftype == LREF_LINE_TAGGED) { // Ref is true if line itself should be excluded. if(!ref || iter != line) { if(!func(iter, true, data, context, activator)) return false; } } } } } else { for(i = 0; i < numlines; ++i) { iter = (Line *)P_ToPtr(DMU_LINE, i); if(reftype == LREF_ALL) { if(!func(iter, true, data, context, activator)) return false; } else if(reftype == LREF_ACT_TAGGED) { xline_t *xl = P_ToXLine(iter); if(xl->xg && xl->xg->info.actTag == ref) { if(!func(iter, true, data, context, activator)) return false; } } } } return true; } /** * @return Value as determined by the reference type from the specified line, using data * from either the line itself or context (will always be linetype_t). */ int XL_ValidateLineRef(Line *line, int reftype, void * /*context*/, char const *parmname) { int answer = 0; Side *side; switch(reftype) { case LDREF_ID: // Line ID. answer = P_ToIndex(line); XG_Dev("XL_ValidateLineRef: Using Line ID (%i) as %s", answer, parmname); break; case LDREF_SPECIAL: // Line Special. answer = P_ToXLine(line)->special; XG_Dev("XL_ValidateLineRef: Using Line Special (%i) as %s", answer, parmname); break; case LDREF_TAG: // Line Tag. answer = P_ToXLine(line)->tag; XG_Dev("XL_ValidateLineRef: Using Line Tag (%i) as %s", answer, parmname); break; case LDREF_ACTTAG: // Line ActTag. if(!P_ToXLine(line)->xg) { XG_Dev("XL_ValidateLineRef: REFERENCE NOT AN XG LINE"); break; } if(!P_ToXLine(line)->xg->info.actTag) { XG_Dev("XL_ValidateLineRef: REFERENCE DOESNT HAVE AN ACT TAG"); break; } answer = P_ToXLine(line)->xg->info.actTag; XG_Dev("XL_ValidateLineRef: Using Line ActTag (%i) as %s", answer, parmname); break; case LDREF_COUNT: // Line count. if(!P_ToXLine(line)->xg) { XG_Dev("XL_ValidateLineRef: REFERENCE NOT AN XG LINE"); break; } answer = P_ToXLine(line)->xg->info.actCount; XG_Dev("XL_ValidateLineRef: Using Line Count (%i) as %s", answer, parmname); break; case LDREF_ANGLE: { // Line angle. coord_t d1[2]; P_GetDoublepv(line, DMU_DXY, d1); answer = M_PointXYToAngle2(0, 0, d1[0], d1[1]) / (float) ANGLE_MAX * 360; XG_Dev("XL_ValidateLineRef: Using Line Angle (%i) as %s", answer, parmname); break; } case LDREF_LENGTH: // Line length. // Answer should be in map units. answer = P_GetFixedp(line, DMU_LENGTH) >> FRACBITS; XG_Dev("XL_ValidateLineRef: Using Line Length (%i) as %s", answer, parmname); break; case LDREF_TOP_OFFSETX: // Can this ever fail? side = (Side *)P_GetPtrp(line, DMU_FRONT); if(!side) { XG_Dev("XL_ValidateLineRef: REFERENCE MISSING FRONT SIDE!"); break; } answer = P_GetIntp(side, DMU_TOP_MATERIAL_OFFSET_X); XG_Dev("XL_ValidateLineRef: Using Line Top X Offset (%i) as %s", answer, parmname); break; case LDREF_TOP_OFFSETY: // Can this ever fail? (yes -dj) side = (Side *)P_GetPtrp(line, DMU_FRONT); if(!side) { XG_Dev("XL_ValidateLineRef: REFERENCE MISSING FRONT SIDE!"); break; } answer = P_GetIntp(side, DMU_TOP_MATERIAL_OFFSET_Y); XG_Dev("XL_ValidateLineRef: Using Line Top Y Offset (%i) as %s", answer, parmname); break; case LDREF_MIDDLE_OFFSETX: // Can this ever fail? (yes -dj) side = (Side *)P_GetPtrp(line, DMU_FRONT); if(!side) { XG_Dev("XL_ValidateLineRef: REFERENCE MISSING FRONT SIDE!"); break; } answer = P_GetIntp(side, DMU_MIDDLE_MATERIAL_OFFSET_X); XG_Dev("XL_ValidateLineRef: Using Line Middle X Offset (%i) as %s", answer, parmname); break; case LDREF_MIDDLE_OFFSETY: // Can this ever fail? (yes -dj) side = (Side *)P_GetPtrp(line, DMU_FRONT); if(!side) { XG_Dev("XL_ValidateLineRef: REFERENCE MISSING FRONT SIDE!"); break; } answer = P_GetIntp(side, DMU_MIDDLE_MATERIAL_OFFSET_Y); XG_Dev("XL_ValidateLineRef: Using Line Middle Y Offset (%i) as %s", answer, parmname); break; case LDREF_BOTTOM_OFFSETX: // Can this ever fail? (yes -dj) side = (Side *)P_GetPtrp(line, DMU_FRONT); if(!side) { XG_Dev("XL_ValidateLineRef: REFERENCE MISSING FRONT SIDE!"); break; } answer = P_GetIntp(side, DMU_BOTTOM_MATERIAL_OFFSET_X); XG_Dev("XL_ValidateLineRef: Using Line Bottom X Offset (%i) as %s", answer, parmname); break; case LDREF_BOTTOM_OFFSETY: // Can this ever fail? (yes -dj) side = (Side *)P_GetPtrp(line, DMU_FRONT); if(!side) { XG_Dev("XL_ValidateLineRef: REFERENCE MISSING FRONT SIDE!"); break; } answer = P_GetIntp(side, DMU_BOTTOM_MATERIAL_OFFSET_Y); XG_Dev("XL_ValidateLineRef: Using Line Bottom Y Offset (%i) as %s", answer, parmname); break; default: // Could be explicit, return the actual int value answer = reftype; break; } return answer; } /** * Executes the lines' function as defined by its class. */ void XL_DoFunction(linetype_t *info, Line *line, int sideNum, mobj_t *actThing, int evType) { xgclass_t *xgClass = &xgClasses[info->lineClass]; XG_Dev("XL_DoFunction: Line %i, side %i, activator id %i, event %s", P_ToIndex(line), sideNum, actThing ? actThing->thinker.id : 0, EVTYPESTR(evType)); XG_Dev(" Executing class: %s (0x%X)...", xgClass->className, info->lineClass); // Does this class only work with certain events? if(xgClass->evTypeFlags > 0) { if(!(xgClass->evTypeFlags & evType)) { XG_Dev(" THIS CLASS DOES NOT SUPPORT %s EVENTS!", EVTYPESTR(evType)); return; } } // Does this class have an init function? if(xgClass->initFunc) xgClass->initFunc(line); // Does this class have a do function? if(xgClass->doFunc) { // Do we need to traverse? switch(xgClass->traverse) { case TRAV_NONE: // No need for traversal, call the doFunc de::function_cast(xgClass->doFunc)(line, true, line, info, actThing); break; case TRAV_LINES: // Traverse lines, executing doFunc for each XL_TraverseLines(line, info->iparm[xgClass->travRef], info->iparm[xgClass->travData], line, info, actThing, xgClass->doFunc); break; case TRAV_PLANES: // Traverse planes, executing doFunc for each case TRAV_SECTORS: XL_TraversePlanes(line, info->iparm[xgClass->travRef], info->iparm[xgClass->travData], line, info, xgClass->traverse == TRAV_SECTORS? true : false, actThing, xgClass->doFunc); break; } } } int XLTrav_QuickActivate(Line *line, dd_bool /*ceiling*/, void *context, void * /*context2*/, mobj_t * /*activator*/) { if(line) { xline_t *xline = P_ToXLine(line); if(xline->xg) { xline->xg->active = (context? true : false); xline->xg->timer = XLTIMER_STOPPED; // Stop timer. } } return true; // Continue iteration. } /** * @return @c true, if the line is active. */ int XLTrav_CheckLine(Line *line, dd_bool /*ceiling*/, void *context, void * /*context2*/, mobj_t * /*activator*/) { if(line) { xline_t *xline = P_ToXLine(line); if(!xline->xg) { return false; // Stop checking! } return CPP_BOOL(xline->xg->active) == (context? true : false); } return true; // Continue iteration. } /** * @param data If @c true, the line will receive a chain event if inactive. * If @c false, the line will receive a chain event if active. */ int XLTrav_SmartActivate(Line *line, dd_bool /*ceiling*/, void *context, void *context2, mobj_t * /*activator*/) { if(line) { xline_t *xline = P_ToXLine(line); if(xline->xg) { if(CPP_BOOL(xline->xg->active) != (context? true : false)) { XL_LineEvent(XLE_CHAIN, 0, line, 0, context2); } } } return true; // Continue iteration. } // // XG Line Type Classes which don't require traversal // int XL_DoChainSequence(Line *line, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t * /*activator*/) { if(line) { xline_t *xline = P_ToXLine(line); if(xline->xg) { linetype_t *info = static_cast(context2); xline->xg->chIdx = 1; // This is the first. // Start counting the first interval. xline->xg->chTimer = XG_RandomPercentFloat(info->fparm[1], info->fparm[0]); } } return true; } int XL_DoDamage(Line * /*line*/, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t *activator) { linetype_t *info = static_cast(context2); if(!activator) { /* if(evtype == XLE_FUNC) XG_Dev(" Sector Functions don't have activators! Use a Sector Chain instead."); else*/ XG_Dev(" No activator! Can't damage anything."); return false; } if(activator->health > info->iparm[2]) { // Iparms define the min and max damage to inflict. // The real amount is random. int i = XG_RandomInt(info->iparm[0], info->iparm[1]); if(i > 0) { P_DamageMobj(activator, 0, 0, i, false); } else if(i < 0 && activator->health < info->iparm[3]) { int origHealth = activator->health; // Don't go above a given level. activator->health = MIN_OF(activator->health-i, info->iparm[3]); // Need to signal an update? if(activator->player && activator->health != origHealth) { activator->player->health = activator->health; activator->player->update |= PSF_HEALTH; } } } return true; } int XL_DoPower(Line * /*line*/, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t *activator) { linetype_t *info = static_cast(context2); player_t *player = 0; int delta; if(activator) player = activator->player; if(!player) // Must be a player. { /* if(evtype == XLE_FUNC) XG_Dev(" Sector Functions don't have activators! Use a Sector Chain instead."); else*/ XG_Dev(" Activator MUST be a player..."); return false; } delta = XG_RandomInt(info->iparm[0], info->iparm[1]); if(delta > 0) { if(player->armorPoints + delta >= info->iparm[3]) delta = info->iparm[3] - player->armorPoints; } else { if(player->armorPoints + delta <= info->iparm[2]) delta = info->iparm[2] - player->armorPoints; } if(delta) { if(!player->armorType) P_PlayerSetArmorType(player, 1); P_PlayerGiveArmorBonus(player, delta); } return true; } int XL_DoKey(Line * /*line*/, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t *activator) { linetype_t *info = static_cast(context2); player_t *player = (activator? activator->player : 0); if(!player) // Must be a player. { /* if(evtype == XLE_FUNC) XG_Dev(" Sector Functions don't have activators! Use a Sector Chain instead."); else*/ XG_Dev(" Activator MUST be a player..."); return false; } for(int i = 0; i < NUM_KEY_TYPES; ++i) { if(info->iparm[0] & (1 << i)) P_GiveKey(player, keytype_t(i)); if(info->iparm[1] & (1 << i)) player->keys[i] = false; } return true; } int XL_DoExplode(Line * /*line*/, dd_bool /*ceiling*/, void * /*context*/, void * /*context2*/, mobj_t *activator) { if(!activator) { /* if(evtype == XLE_FUNC) XG_Dev(" Sector Functions don't have activators! Use a Sector Chain instead."); else*/ XG_Dev(" No activator! Can't explode anything."); return false; } P_ExplodeMissile(activator); return true; } int XL_DoCommand(Line * /*line*/, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t * /*activator*/) { linetype_t *info = static_cast(context2); DD_Execute(true, info->sparm[0]); return true; } // // Following classes require traversal hence "Trav_" // int XLTrav_ChangeLineType(Line *line, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t * /*activator*/) { if(line) { linetype_t *info = static_cast(context2); XL_SetLineType(line, info->iparm[2]); } return true; // Keep looking. } int XLTrav_ChangeWallMaterial(Line *line, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t * /*activator*/) { linetype_t *info = static_cast(context2); if(!line) return true; // Continue iteration. blendmode_t blend = BM_NORMAL; Material *mat = 0; byte rgba[4]; // i2: sidenum // i3: top material (zero if no change) // i4: mid material (zero if no change, -1 to remove) // i5: bottom material (zero if no change) // i6: (true/false) set midtexture even if previously zero // i7: sdf_* flags // i8: mid blendmode // i9: top red // i10: top green // i11: top blue // i12: mid red // i13: mid green // i14: mid blue // i15: mid alpha // i16: bottom red // i17: bottom green // i18: bottom blue // Is there a side? Side *side; if(info->iparm[2]) { if(!P_GetPtrp(line, DMU_BACK_SECTOR)) return true; side = (Side *)P_GetPtrp(line, DMU_BACK); } else { if(!P_GetPtrp(line, DMU_FRONT_SECTOR)) return true; side = (Side *)P_GetPtrp(line, DMU_FRONT); } XG_Dev("XLTrav_ChangeWallMaterial: Line %i", P_ToIndex(line)); rgba[0] = info->iparm[9]; rgba[1] = info->iparm[10]; rgba[2] = info->iparm[11]; XL_ChangeMaterial(line, info->iparm[2], LWS_UPPER, (Material *)P_ToPtr(DMU_MATERIAL, info->iparm[3]), blend, rgba, info->iparm[7]); rgba[0] = info->iparm[12]; rgba[1] = info->iparm[13]; rgba[2] = info->iparm[14]; rgba[3] = info->iparm[15]; if(info->iparm[4] && (P_GetPtrp(side, DMU_MIDDLE_MATERIAL) || info->iparm[6])) { if(!P_GetPtrp(line, DMU_BACK_SECTOR) && info->iparm[4] == -1) mat = 0; else mat = (Material *)P_ToPtr(DMU_MATERIAL, info->iparm[4]); } XL_ChangeMaterial(line, info->iparm[2], LWS_MID, mat, blendmode_t(info->iparm[8]), rgba, info->iparm[7]); rgba[0] = info->iparm[16]; rgba[1] = info->iparm[17]; rgba[2] = info->iparm[18]; XL_ChangeMaterial(line, info->iparm[2], LWS_LOWER, (Material *)P_ToPtr(DMU_MATERIAL, info->iparm[5]), blend, rgba, info->iparm[7]); return true; } int XLTrav_Activate(Line *line, dd_bool /*ceiling*/, void * /*context*/, void * /*context2*/, mobj_t *activator) { if(line) { XL_LineEvent(XLE_CHAIN, 0, line, 0, activator); } return true; // Keep looking. } int XLTrav_LineCount(Line *line, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t * /*activator*/) { linetype_t *info = static_cast(context2); if(line) { xline_t *xline = P_ToXLine(line); if(xline->xg) { if(info->iparm[2]) { xline->xg->info.actCount = info->iparm[3]; } else { xline->xg->info.actCount += info->iparm[3]; } } } return true; } int XLTrav_Music(Line *line, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t * /*activator*/) { linetype_t *info = static_cast(context2); int song = 0; int temp = 0; if(info->iparm[2] == LREF_NONE) { // The old format, use ip0 explicitly. song = info->iparm[0]; } else // We might possibly have a data reference to evaluate. { if(info->iparm[2] == LREF_NONE) // (ip0) will be used to determine next map. { song = info->iparm[0]; } else if(line) { // Evaluate ip0 for a data reference. temp = XL_ValidateLineRef(line, info->iparm[0], context2, "Music ID"); if(!temp) { XG_Dev("XLTrav_Music: Reference data not valid. Song not changed"); } else { song = temp; } } } //// @todo Add code to validate song id here. if(song) { XG_Dev("XLTrav_Music: Play Music ID (%i)%s", song, info->iparm[1]? " looped.":"."); S_StartMusicNum(song, info->iparm[1]); } return false; // Only do this once! } int XLTrav_LineTeleport(Line *newLine, dd_bool /*ceiling*/, void *context, void *context2, mobj_t *mobj) { // Maximum units to move object to avoid hiccups. #define FUDGEFACTOR 10 int fudge = FUDGEFACTOR; int side = 0, stepDown; uint an; mobj_t *flash; Line *line = (Line *) context; linetype_t *info = (linetype_t *) context2; Vertex /* *newV1,*/ *newV2, *oldV1/*, *oldV2*/; Sector *newFrontSec, *newBackSec; coord_t newPos[3], pos, s, c; coord_t oldLineDelta[2], newLineDelta[2]; angle_t angle; // Don't teleport things marked noteleport! if(mobj->flags2 & MF2_NOTELEPORT) { XG_Dev("XLTrav_LineTeleport: Activator can't be teleported (THING is unteleportable)"); return false; // No point continuing... } if(!line) return true; // Continue iteration. // We shouldn't be trying to teleport to the same line if(newLine == line) { XG_Dev("XLTrav_LineTeleport: Target == Origin. Continuing search..."); return true; // Keep looking } // Retrieve a few properties to make this look neater. oldV1 = (Vertex *)P_GetPtrp(line, DMU_VERTEX0); //oldV2 = (Vertex *)P_GetPtrp(line, DMU_VERTEX1); P_GetDoublepv(line, DMU_DXY, oldLineDelta); //newV1 = (Vertex *)P_GetPtrp(newLine, DMU_VERTEX0); newV2 = (Vertex *)P_GetPtrp(newLine, DMU_VERTEX1); P_GetDoublepv(newLine, DMU_DXY, newLineDelta); newFrontSec = (Sector *)P_GetPtrp(newLine, DMU_FRONT_SECTOR); newBackSec = (Sector *)P_GetPtrp(newLine, DMU_BACK_SECTOR); // i2: 1 = Spawn Fog // i3: Sound = Sound to play // i4: 1 = reversed // i5: 1 = always telestomp XG_Dev("XLTrav_LineTeleport: %s, %s, %s", info->iparm[2]? "Spawn Flash":"No Flash", info->iparm[3]? "Play Sound":"Silent", info->iparm[4]? "Reversed":"Normal."); // Spawn flash at the old position? if(info->iparm[2]) { if((flash = P_SpawnMobj(MT_TFOG, mobj->origin, mobj->angle + ANG180, 0))) { // Play a sound? if(info->iparm[3]) S_StartSound(info->iparm[3], flash); } } // Get the thing's position along the source line if(fabs(oldLineDelta[0]) > fabs(oldLineDelta[1])) pos = (mobj->origin[VX] - P_GetDoublep(oldV1, DMU_X)) / oldLineDelta[0]; else pos = (mobj->origin[VY] - P_GetDoublep(oldV1, DMU_Y)) / oldLineDelta[1]; // Get the angle between the two lines, for rotating orientation and // momentum. Rotate 180 degrees, and flip the position across the exit // line, if reversed. angle = (info->iparm[4] ? pos = 1 - pos, 0 : ANG180) + M_PointXYToAngle2(0, 0, newLineDelta[0], newLineDelta[1]) - M_PointXYToAngle2(0, 0, oldLineDelta[0], oldLineDelta[1]); // Interpolate position across the exit line. newPos[VX] = P_GetDoublep(newV2, DMU_X) - (pos * newLineDelta[0]); newPos[VY] = P_GetDoublep(newV2, DMU_Y) - (pos * newLineDelta[1]); // Sine, cosine of angle adjustment s = FIX2FLT(finesine[angle >> ANGLETOFINESHIFT]); c = FIX2FLT(finecosine[angle >> ANGLETOFINESHIFT]); // Whether walking towards first side of exit line steps down if(P_GetDoublep(newFrontSec, DMU_FLOOR_HEIGHT) < P_GetDoublep(newBackSec, DMU_FLOOR_HEIGHT)) stepDown = true; else stepDown = false; // Height of thing above ground. newPos[VZ] = mobj->origin[VZ] - mobj->floorZ; /** * Side to exit the line on positionally. * * @note * This flag concerns exit position, not momentum. Due to potential for * round-off error, the thing can land on either the left or the right * side of the exit line, and steps must be taken to make sure it * does not end up on the wrong side. * * Exit momentum is always towards side 1 in a reversed teleporter, and * always towards side 0 otherwise. * * Exiting positionally on side 1 is always safe, as far as avoiding * oscillations and stuck-in-wall problems, but may not be optimum for * non-reversed teleporters. * * Exiting on side 0 can cause oscillations if momentum is towards side * 1, as it is with reversed teleporters. * * Exiting on side 1 slightly improves player viewing when going down a * step on a non-reversed teleporter. */ if(!info->iparm[4] || (mobj->player && stepDown)) side = 1; // Make sure we are on correct side of exit line. while((Line_PointOnSide(newLine, newPos) < 0) != side && --fudge >= 0) { if(fabs(newLineDelta[0]) > fabs(newLineDelta[1])) newPos[VY] -= FIX2FLT(((newLineDelta[0] < 0) != side)? -1 : 1); else newPos[VX] += FIX2FLT(((newLineDelta[1] < 0) != side)? -1 : 1); } // Do the Teleport if(!P_TeleportMove(mobj, newPos[VX], newPos[VY], (info->iparm[5] > 0? true : false))) { XG_Dev("XLTrav_Teleport: Something went horribly wrong... aborting."); return false; } // Adjust z position to be same height above ground as before. Ground // level at the exit is measured as the higher of the two floor heights // at the exit line. if(stepDown) mobj->origin[VZ] = newPos[VZ] + P_GetDoublep(newFrontSec, DMU_FLOOR_HEIGHT); else mobj->origin[VZ] = newPos[VZ] + P_GetDoublep(newBackSec, DMU_FLOOR_HEIGHT); // Rotate mobj's orientation according to difference in line angles. mobj->angle += angle; // Update momentum of mobj crossing teleporter line? newPos[VX] = mobj->mom[MX]; newPos[VY] = mobj->mom[MY]; // Rotate mobj's momentum to come out of exit just like it entered. mobj->mom[MX] = (newPos[VX] * c) - (newPos[VY] * s); mobj->mom[MY] = (newPos[VY] * c) + (newPos[VX] * s); // Feet clipped? if(mobj->flags2 & MF2_FLOORCLIP) { mobj->floorClip = 0; if(FEQUAL(mobj->origin[VZ], P_GetDoublep(Mobj_Sector(mobj), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(mobj); if(tt->flags & TTF_FLOORCLIP) { mobj->floorClip = 10; } } } // Spawn flash at the new position? if(info->iparm[2]) { an = mobj->angle >> ANGLETOFINESHIFT; if((flash = P_SpawnMobjXYZ(MT_TFOG, mobj->origin[VX] + 24 * FIX2FLT(finecosine[an]), mobj->origin[VY] + 24 * FIX2FLT(finesine[an]), mobj->origin[VZ], mobj->angle + ANG180, 0))) { // Play a sound? if(info->iparm[3]) S_StartSound(info->iparm[3], flash); } } // Adjust the player's view, incase there has been a height change if(mobj->player) { mobj->player->viewZ = mobj->origin[VZ] + mobj->player->viewHeight; mobj->dPlayer->flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; } return false; // Do this only once! #undef FUDGEFACTOR } dd_bool XL_ValidateMap(uint *map, int /*type*/) { dd_bool result; uint bMap = *map, episode; #if __JDOOM__ if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_SHAREWARE)) episode = 0; else episode = gameEpisode; #elif __JDOOM64__ episode = 0; #elif __JHERETIC__ episode = gameEpisode; #endif if(!(result = G_ValidateMap(&episode, map))) XG_Dev("XLTrav_LeaveMap: NOT A VALID MAP NUMBER %u, " "next map will be %u.", bMap, *map+1); return result; } int XLTrav_LeaveMap(Line *line, dd_bool /*ceiling*/, void * /*context*/, void *context2, mobj_t * /*activator*/) { linetype_t *info = static_cast(context2); uint map = 0; int temp = 0; dd_bool mapSpecified = false; // Is this a secret exit? if(info->iparm[0] > 0) { G_SetGameActionMapCompleted(G_NextLogicalMapNumber(true), 0, true); return false; } if(info->iparm[1] == LREF_NONE) { // (ip3) will be used to determine next map. if(info->iparm[3]) { map = info->iparm[3]-1; mapSpecified = XL_ValidateMap(&map, 0); } } else { // We might possibly have a data reference to evaluate. if(line) { temp = XL_ValidateLineRef(line,info->iparm[3], context2, "Map Number"); if(temp > 0) { map = temp-1; mapSpecified = XL_ValidateMap(&map, info->iparm[3]); } } if(!mapSpecified) XG_Dev("XLTrav_LeaveMap: Reference data not valid. " "Next map as normal"); } if(mapSpecified) { XG_Dev("XLTrav_LeaveMap: Next map set to %u", map+1); map = G_LogicalMapNumber(gameEpisode, map); } else { map = G_NextLogicalMapNumber(false); } G_SetGameActionMapCompleted(map, 0, false); return false; // Only do this once! } int XLTrav_DisableLine(Line *line, dd_bool /*ceiling*/, void *context, void * /*context2*/, mobj_t * /*activator*/) { if(line) { xline_t *xline = P_ToXLine(line); if(xline->xg) { xline_t *origLine = P_ToXLine((Line *) context); xline->xg->disabled = origLine->xg->active; } } return true; // Keep looking... } int XLTrav_EnableLine(Line *line, dd_bool /*ceiling*/, void *context, void * /*context2*/, mobj_t * /*activator*/) { if(line) { xline_t *xline = P_ToXLine(line); if(xline->xg) { xline_t *origLine = P_ToXLine((Line*) context); xline->xg->disabled = !origLine->xg->active; } } return true; // Keep looking... } /** * Checks if the given lines are active or inactive. * * @return @c true if all are in the specified state. */ dd_bool XL_CheckLineStatus(Line *line, int reftype, int ref, int active, mobj_t *activator) { return XL_TraverseLines(line, reftype, ref, &active, 0, activator, de::function_cast(XLTrav_CheckLine)); } int XL_CheckMobjGone(thinker_t *th, void *context) { mobj_t *mo = (mobj_t *) th; int thingtype = *static_cast(context); if(mo->type == thingtype && mo->health > 0) { // Not dead. XG_Dev("XL_CheckMobjGone: Thing type %i: Found mo id=%i, " "health=%i, pos=(%g,%g)", thingtype, mo->thinker.id, mo->health, mo->origin[VX], mo->origin[VY]); return true; // Stop iteration. } return false; // Continue iteration. } void XL_SwapSwitchTextures(Line *line, int snum) { if(line) { Side *side = (Side *)P_GetPtrp(line, snum? DMU_BACK : DMU_FRONT); if(side && P_ToggleSwitch(side, SFX_NONE, true, 0)) { XG_Dev("XL_SwapSwitchTextures: Line %i, side %i", P_ToIndex(line), P_ToIndex(side)); } } } /** * Changes material of the given line. */ void XL_ChangeMaterial(Line *line, int sidenum, int section, Material *mat, blendmode_t blendmode, byte rgba[4], int flags) { Side *side = (Side *)P_GetPtrp(line, sidenum? DMU_BACK:DMU_FRONT); if(!side) return; int i; int currentFlags; // Clamping is not necessary since the rgba array has already a byte type. XG_Dev("XL_ChangeMaterial: Line %i, side %i, section %i, material %i", P_ToIndex(line), sidenum, section, P_ToIndex(mat)); XG_Dev(" red %i, green %i, blue %i, alpha %i, blendmode %i", rgba[0], rgba[1], rgba[2], rgba[3], blendmode); // Which wall section are we working on? if(section == LWS_MID) { // Are we removing the middle texture? if(mat == (Material*) -1) P_SetPtrp(side, DMU_MIDDLE_MATERIAL, NULL); else if(mat) P_SetPtrp(side, DMU_MIDDLE_MATERIAL, mat); // Are we changing the blendmode? if(blendmode) P_SetIntp(side, DMU_MIDDLE_BLENDMODE, blendmode); // Are we changing the surface color? for(i = 0; i < 4; ++i) if(rgba[i]) P_SetFloatp(side, TO_DMU_MIDDLE_COLOR(i), rgba[i] / 255.f); } else if(section == LWS_UPPER) { if(mat) P_SetPtrp(side, DMU_TOP_MATERIAL, mat); for(i = 0; i < 3; ++i) if(rgba[i]) P_SetFloatp(side, TO_DMU_TOP_COLOR(i), rgba[i] / 255.f); } else if(section == LWS_LOWER) { if(mat) P_SetPtrp(side, DMU_BOTTOM_MATERIAL, mat); for(i = 0; i < 3; ++i) if(rgba[i]) P_SetFloatp(side, TO_DMU_BOTTOM_COLOR(i), rgba[i] / 255.f); } // Adjust the side's flags currentFlags = P_GetIntp(side, DMU_FLAGS); currentFlags |= flags; P_SetIntp(side, DMU_FLAGS, currentFlags); } void XL_Message(mobj_t* act, char* msg, dd_bool global) { player_t* pl; int i; if(!msg || !msg[0]) return; if(global) { XG_Dev("XL_Message: GLOBAL '%s'", msg); // Send to all players in the game. for(i = 0; i < MAXPLAYERS; ++i) if(players[i].plr->inGame) P_SetMessage(players + i, 0, msg); return; } if(act->player) { pl = act->player; } else if((act->flags & MF_MISSILE) && act->target && act->target->player) { // Originator of the missile. pl = act->target->player; } else { // We don't know whom to send the message. XG_Dev("XL_Message: '%s'", msg); XG_Dev(" NO DESTINATION, MESSAGE DISCARDED"); return; } P_SetMessage(pl, 0, msg); } void XL_ActivateLine(dd_bool activating, linetype_t* info, Line* line, int sidenum, mobj_t* data, int evtype) { byte rgba[4] = { 0, 0, 0, 0 }; xgline_t* xg; mobj_t* activator_thing = (mobj_t*) data; xg = P_ToXLine(line)->xg; XG_Dev("XL_ActivateLine: %s line %i, side %i, type %i", activating ? "Activating" : "Deactivating", P_ToIndex(line), sidenum, P_ToXLine(line)->special); if(xg->disabled) { XG_Dev(" LINE DISABLED, ABORTING"); return; // The line is disabled. } if((activating && xg->active) || (!activating && !xg->active)) { XG_Dev(" Line is ALREADY %s, ABORTING", activating ? "ACTIVE" : "INACTIVE"); return; // Do nothing (can't activate if already active!). } // Activation should happen on the front side. // Let the line know who's activating it. xg->activator = data; // Process (de)activation chains. Chains always pass as an activation // method, but the other requirements of the chained type must be met. if(activating && info->actChain) { XG_Dev(" Line has Act Chain (type %i) - It will be processed first...",info->actChain); XL_LineEvent(XLE_CHAIN, info->actChain, line, sidenum, data); } else if(!activating && info->deactChain) { XG_Dev(" Line has Deact Chain (type %i) - It will be processed first...",info->deactChain); XL_LineEvent(XLE_CHAIN, info->deactChain, line, sidenum, data); } // Automatically swap any SW* textures. if(xg->active != activating) XL_SwapSwitchTextures(line, sidenum); // Change the state of the line. xg->active = activating; xg->timer = 0; // Reset timer. // Activate lines with a matching tag with Group Activation. if((activating && (info->flags2 & LTF2_GROUP_ACT)) || (!activating && (info->flags2 & LTF2_GROUP_DEACT))) { XL_TraverseLines(line, LREF_LINE_TAGGED, true, &activating, 0, activator_thing, de::function_cast(XLTrav_SmartActivate)); } // For lines flagged Multiple, quick-(de)activate other lines that have // the same line tag. if(info->flags2 & LTF2_MULTIPLE) { XL_TraverseLines(line, LREF_LINE_TAGGED, true, &activating, 0, activator_thing, de::function_cast(XLTrav_QuickActivate)); } // Should we apply the function of the line? Functions are defined by // the class of the line type. if((activating && (info->flags2 & LTF2_WHEN_ACTIVATED)) || (!activating && (info->flags2 & LTF2_WHEN_DEACTIVATED))) { if(!(info->flags2 & LTF2_WHEN_LAST) || info->actCount == 1) XL_DoFunction(info, line, sidenum, activator_thing, evtype); else XG_Dev(" Line %i FUNCTION TEST FAILED", P_ToIndex(line)); } else { if(activating) { XG_Dev(" Line %i has no activation function", P_ToIndex(line)); } else { XG_Dev(" Line %i has no deactivation function", P_ToIndex(line)); } } // Now do any secondary actions that should happen AFTER // the function of the line (regardless if one was applied or not) if(activating) { XL_Message(activator_thing, info->actMsg, (info->flags2 & LTF2_GLOBAL_A_MSG) != 0); if(info->actSound) { S_SectorSound((Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR), info->actSound); } // Change the texture of the line if asked to. if(info->wallSection && info->actMaterial != NOMATERIALID) { XL_ChangeMaterial(line, sidenum, info->wallSection, (Material *)P_ToPtr(DMU_MATERIAL, info->actMaterial), BM_NORMAL, rgba, 0); } // Change the class of the line if asked to if(info->actLineType) { XL_SetLineType(line, info->actLineType); } } else { XL_Message(activator_thing, info->deactMsg, (info->flags2 & LTF2_GLOBAL_D_MSG) != 0); if(info->deactSound) { S_SectorSound((Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR), info->deactSound); } // Change the texture of the line if asked to. if(info->wallSection && info->deactMaterial != NOMATERIALID) { XL_ChangeMaterial(line, sidenum, info->wallSection, (Material *)P_ToPtr(DMU_MATERIAL, info->deactMaterial), BM_NORMAL, rgba, 0); } // Change the class of the line if asked to. if(info->deactLineType) { XL_SetLineType(line, info->deactLineType); } } } /** * XL_CheckKeys */ dd_bool XL_CheckKeys(mobj_t* mo, int flags2, dd_bool doMsg, dd_bool doSfx) { player_t* act = mo->player; #if __JDOOM__ || __JDOOM64__ int num = 6; int* keys = (int *) act->keys; int badsound = SFX_OOF; #elif __JHERETIC__ int num = 3; dd_bool* keys = act->keys; int badsound = SFX_PLROOF; #elif __JSTRIFE__ //// @todo FIXME!!! int num = 3; int* keys = (int *) act->keys; int badsound = SFX_NONE; #endif int i; for(i = 0; i < num; ++i) { if((flags2 & LTF2_KEY(i)) && !keys[i]) { // This key is missing! // Show a message? if(doMsg) { sprintf(msgbuf, "YOU NEED A %s.", GET_TXT(TXT_KEY1 + i)); XL_Message(mo, msgbuf, false); } // Play a sound? if(doSfx) S_ConsoleSound(badsound, mo, act - players); return false; } } return true; } /** * Decides if the event leads to (de)activation. * Line must be extended. * Most conditions use AND (act method, game mode and difficult use OR). * * @return @c true, iff the event is processed. */ int XL_LineEvent(int evtype, int linetype, Line* line, int sidenum, void* data) { int i; xline_t* xline; xgline_t* xg; linetype_t* info; dd_bool active; mobj_t* activator_thing = (mobj_t *) data; player_t* activator = 0; dd_bool anyTrigger = false; // Clients rely on the server, they don't do XG themselves. if(IS_CLIENT) return false; xline = P_ToXLine(line); xg = xline->xg; info = &xg->info; active = xg->active; if(activator_thing) activator = activator_thing->player; #if __JDOOM__ || __JDOOM64__ // BOOM intergration if((xline->flags & ML_ALLTRIGGER) && !(info->flags2 & LTF2_OVERRIDE_ANY)) anyTrigger = true; #endif XG_Dev("XL_LineEvent: %s line %i, side %i (chained type %i)%s", EVTYPESTR(evtype), P_ToIndex(line), sidenum, linetype, anyTrigger? " ANY Trigger":""); if(xg->disabled) { XG_Dev(" LINE IS DISABLED, ABORTING EVENT"); return false; // The line is disabled. } // This is a chained event. if(linetype) { if(!XL_GetType(linetype)) return false; info = &typebuffer; } // Process chained event first. It takes precedence. if(info->evChain) { if(XL_LineEvent(evtype, info->evChain, line, sidenum, data)) { XG_Dev(" Event %s, line %i, side %i OVERRIDDEN BY EVENT CHAIN %i", EVTYPESTR(evtype), P_ToIndex(line), sidenum, info->evChain); return true; } } // Check restrictions and conditions that will prevent processing // the event. if((active && info->actType == LTACT_COUNTED_OFF) || (!active && info->actType == LTACT_COUNTED_ON)) { // Can't be processed at this time. XG_Dev(" Line %i: Active=%i, type=%i ABORTING EVENT", P_ToIndex(line), active, info->actType); return false; } // Check the type of the event vs. the requirements of the line. if(evtype == XLE_CHAIN || evtype == XLE_FUNC) goto type_passes; if(evtype == XLE_USE && ((((info->flags & LTF_PLAYER_USE_A) && activator && !active) || ((info->flags & LTF_OTHER_USE_A) && !activator && !active) || ((info->flags & LTF_PLAYER_USE_D) && activator && active) || ((info->flags & LTF_OTHER_USE_D) && !activator && active)) || anyTrigger)) goto type_passes; if(evtype == XLE_SHOOT && ((((info->flags & LTF_PLAYER_SHOOT_A) && activator && !active) || ((info->flags & LTF_OTHER_SHOOT_A) && !activator && !active) || ((info->flags & LTF_PLAYER_SHOOT_D) && activator && active) || ((info->flags & LTF_OTHER_SHOOT_D) && !activator && active)) || anyTrigger)) goto type_passes; if(evtype == XLE_CROSS && ((((info->flags & LTF_PLAYER_CROSS_A) && activator && !active) || ((info->flags & LTF_MONSTER_CROSS_A) && (activator_thing->flags & MF_COUNTKILL) && !active) || ((info->flags & LTF_MISSILE_CROSS_A) && (activator_thing->flags & MF_MISSILE) && !active) || ((info->flags & LTF_ANY_CROSS_A) && !active) || ((info->flags & LTF_PLAYER_CROSS_D) && activator && active) || ((info->flags & LTF_MONSTER_CROSS_D) && (activator_thing->flags & MF_COUNTKILL) && active) || ((info->flags & LTF_MISSILE_CROSS_D) && (activator_thing->flags & MF_MISSILE) && active) || ((info->flags & LTF_ANY_CROSS_D) && active)) || anyTrigger)) goto type_passes; if(evtype == XLE_HIT && ((((info->flags & LTF_PLAYER_HIT_A) && activator && !active) || ((info->flags & LTF_OTHER_HIT_A) && !activator && !active) || ((info->flags & LTF_MONSTER_HIT_A) && (activator_thing->flags & MF_COUNTKILL) && !active) || ((info->flags & LTF_MISSILE_HIT_A) && (activator_thing->flags & MF_MISSILE) && !active) || ((info->flags & LTF_ANY_HIT_A) && !active) || ((info->flags & LTF_PLAYER_HIT_D) && activator && active) || ((info->flags & LTF_OTHER_HIT_D) && !activator && active) || ((info->flags & LTF_MONSTER_HIT_D) && (activator_thing->flags & MF_COUNTKILL) && active) || ((info->flags & LTF_MISSILE_HIT_D) && (activator_thing->flags & MF_MISSILE) && active) || ((info->flags & LTF_ANY_HIT_D) && active)) || anyTrigger)) goto type_passes; if(evtype == XLE_TICKER && (((info->flags & LTF_TICKER_A) && !active) || ((info->flags & LTF_TICKER_D) && active))) goto type_passes; // Type doesn't pass, sorry. XG_Dev(" Line %i: ACT REQUIREMENTS NOT FULFILLED, ABORTING EVENT", P_ToIndex(line)); return false; type_passes: if(info->flags & LTF_NO_OTHER_USE_SECRET) { // Non-players can't use this line if line is flagged secret. if(evtype == XLE_USE && !activator && (xline->flags & ML_SECRET)) { XG_Dev(" Line %i: ABORTING EVENT due to no_other_use_secret", P_ToIndex(line)); return false; } } if(info->flags & LTF_MOBJ_GONE) { if(Thinker_Iterate(P_MobjThinker, XL_CheckMobjGone, &info->aparm[9])) return false; } if(info->flags & LTF_ACTIVATOR_TYPE) { // Check the activator's type. if(!activator_thing || activator_thing->type != info->aparm[9]) { XG_Dev(" Line %i: ABORTING EVENT due to activator type", P_ToIndex(line)); return false; } } if((evtype == XLE_USE || evtype == XLE_SHOOT || evtype == XLE_CROSS) && !(info->flags2 & LTF2_TWOSIDED)) { // Only allow (de)activation from the front side. if(sidenum != 0) { XG_Dev(" Line %i: ABORTING EVENT due to line side test", P_ToIndex(line)); return false; } } // Check counting. if(!info->actCount) { XG_Dev(" Line %i: ABORTING EVENT due to Count = 0", P_ToIndex(line)); return false; } // More requirements. if((info->flags2 & LTF2_HEALTH_ABOVE) && activator_thing->health <= info->aparm[0]) return false; if((info->flags2 & LTF2_HEALTH_BELOW) && activator_thing->health >= info->aparm[1]) return false; if((info->flags2 & LTF2_POWER_ABOVE) && (!activator || activator->armorPoints <= info->aparm[2])) return false; if((info->flags2 & LTF2_POWER_BELOW) && (!activator || activator->armorPoints >= info->aparm[3])) return false; if(info->flags2 & LTF2_LINE_ACTIVE) if(!XL_CheckLineStatus(line, info->aparm[4], info->aparm[5], true, activator_thing)) { XG_Dev(" Line %i: ABORTING EVENT due to line_active test", P_ToIndex(line)); return false; } if(info->flags2 & LTF2_LINE_INACTIVE) if(!XL_CheckLineStatus(line, info->aparm[6], info->aparm[7], false, activator_thing)) { XG_Dev(" Line %i: ABORTING EVENT due to line_inactive test", P_ToIndex(line)); return false; } // Check game mode. if(IS_NETGAME) { if(!(info->flags2 & (LTF2_COOPERATIVE | LTF2_DEATHMATCH))) { XG_Dev(" Line %i: ABORTING EVENT due to netgame mode", P_ToIndex(line)); return false; } } else { if(!(info->flags2 & LTF2_SINGLEPLAYER)) { XG_Dev(" Line %i: ABORTING EVENT due to game mode (1p)", P_ToIndex(line)); return false; } } // Check skill level. // SM_NOTHINGS will be interpreted as SM_BABY. if(COMMON_GAMESESSION->rules().skill < 1) i = 1; else if(COMMON_GAMESESSION->rules().skill > 3) i = 4; else i = 1 << (COMMON_GAMESESSION->rules().skill - 1); if(!(info->flags2 & (i << LTF2_SKILL_SHIFT))) { XG_Dev(" Line %i: ABORTING EVENT due to skill level (%i)", P_ToIndex(line), COMMON_GAMESESSION->rules().skill); return false; } // Check activator color. if(info->flags2 & LTF2_COLOR) { if(!activator) return false; if(cfg.playerColor[activator - players] != info->aparm[8]) { XG_Dev(" Line %i: ABORTING EVENT due to activator color (%i)", P_ToIndex(line), cfg.playerColor[activator-players]); return false; } } // Keys require that the activator is a player. if(info-> flags2 & (LTF2_KEY1 | LTF2_KEY2 | LTF2_KEY3 | LTF2_KEY4 | LTF2_KEY5 | LTF2_KEY6)) { // Check keys. if(!activator) { XG_Dev(" Line %i: ABORTING EVENT due to missing key " "(no activator)", P_ToIndex(line)); return false; } // Check that all the flagged keys are present. if(!XL_CheckKeys(activator_thing, info->flags2, true, (evtype == XLE_USE? true : false))) { XG_Dev(" Line %i: ABORTING EVENT due to missing key", P_ToIndex(line)); return false; // Keys missing! } } // All tests passed, use this event. if(info->actCount > 0 && evtype != XLE_CHAIN && evtype != XLE_FUNC) { // Decrement counter. info->actCount--; XG_Dev(" Line %i: Decrementing counter, now %i", P_ToIndex(line), info->actCount); } XL_ActivateLine(!active, info, line, sidenum, activator_thing, evtype); return true; } /** * @return @c true, if the event was processed. */ int XL_CrossLine(Line* line, int sidenum, mobj_t* thing) { if(!line || !P_ToXLine(line)->xg) return false; return XL_LineEvent(XLE_CROSS, 0, line, sidenum, thing); } /** * @return @c true, if the event was processed. */ int XL_UseLine(Line* line, int sidenum, mobj_t* thing) { if(!line || !P_ToXLine(line)->xg) return false; return XL_LineEvent(XLE_USE, 0, line, sidenum, thing); } /** * @return @c true, if the event was processed. */ int XL_ShootLine(Line *line, int sidenum, mobj_t *thing) { if(!line || !P_ToXLine(line)->xg) return false; return XL_LineEvent(XLE_SHOOT, 0, line, sidenum, thing); } int XL_HitLine(Line *line, int sidenum, mobj_t *thing) { if(!line || !P_ToXLine(line)->xg) return false; return XL_LineEvent(XLE_HIT, 0, line, sidenum, thing); } void XL_DoChain(Line *line, int chain, dd_bool activating, mobj_t *actThing) { // We'll use a dummy for the chain. Line *dummyLineDef = P_AllocDummyLine(); xline_t *xdummyLineDef = P_ToXLine(dummyLineDef); xdummyLineDef->xg = (xgline_t *)Z_Calloc(sizeof(xgline_t), PU_MAP, 0); P_SetPtrp(dummyLineDef, DMU_FRONT_SECTOR, P_GetPtrp(line, DMU_FRONT_SECTOR)); if(0 != P_GetPtrp(line, DMU_BACK)) { P_SetPtrp(dummyLineDef, DMU_BACK_SECTOR, P_GetPtrp(line, DMU_BACK_SECTOR)); } XG_Dev("XL_DoChain: Line %i, chained type %i", P_ToIndex(line), chain); XG_Dev(" (dummy line will show up as %i)", P_ToIndex(dummyLineDef)); // Copy all properties to the dummies. P_CopyLine(dummyLineDef, line); xdummyLineDef->xg->active = !activating; // Make the chain event XL_LineEvent(XLE_CHAIN, chain, dummyLineDef, 0, actThing); Z_Free(xdummyLineDef->xg); P_FreeDummyLine(dummyLineDef); } /** * XG lines get to think. */ void XL_Thinker(void *xlThinkerPtr) { DENG2_ASSERT(xlThinkerPtr != 0); xlthinker_t *xl = static_cast(xlThinkerPtr); Line *line = xl->line; // Clients rely on the server, they don't do XG themselves. if(IS_CLIENT) return; if(!xl->line) return; // Not an xline? Most perculiar... xline_t *xline = P_ToXLine(line); if(!xline) return; // Not an extended line? xgline_t *xg = xline->xg; if(!xg) return; // If disabled do nothing. if(xg->disabled) return; linetype_t *info = &xg->info; float levtime = TIC2FLT(mapTime); // Increment time. if(xg->timer >= 0) { xg->timer++; xg->tickerTimer++; } // Activation by ticker. if((info->tickerEnd <= 0 || (levtime >= info->tickerStart && levtime <= info->tickerEnd)) && xg->tickerTimer > info->tickerInterval) { if(info->flags & LTF_TICKER) { xg->tickerTimer = 0; XL_LineEvent(XLE_TICKER, 0, line, 0, &dummyThing); } // How about some forced functions? if((((info->flags2 & LTF2_WHEN_ACTIVE) && xg->active) || ((info->flags2 & LTF2_WHEN_INACTIVE) && !xg->active)) && (!(info->flags2 & LTF2_WHEN_LAST) || info->actCount == 1)) { XL_DoFunction(info, line, 0, (mobj_t *)xg->activator, XLE_FORCED); } } // Only process active chain sequences. if(xg->active && info->lineClass == LTC_CHAIN_SEQUENCE) { xg->chTimer -= TIC2FLT(1); // idata = current pos // fdata = count down seconds // i1..i19: line types // f0: interval randomness (100 means real interval can be 0%..200%). // f1..f19: intervals (seconds) // If the counter goes to zero, it's time to execute the chain. if(xg->chTimer < 0) { XG_Dev("XL_ChainSequenceThink: Line %i, executing...", P_ToIndex(line)); // Are there any more chains? if(xg->chIdx < DDLT_MAX_PARAMS && info->iparm[xg->chIdx]) { // Only send activation events. XL_DoChain(line, info->iparm[xg->chIdx], true, (mobj_t *)xg->activator); // Advance to the next one. xg->chIdx++; // Are we out of chains? if((xg->chIdx == DDLT_MAX_PARAMS || !info->iparm[xg->chIdx]) && (info->iparm[0] & CHSF_LOOP)) { // Loop back to beginning. xg->chIdx = 1; } // If there are more chains, get the next interval. if(xg->chIdx < DDLT_MAX_PARAMS && info->iparm[xg->chIdx]) { // Start counting it down. xg->chTimer = XG_RandomPercentFloat(info->fparm[xg->chIdx], info->fparm[0]); } } else if(info->iparm[0] & CHSF_DEACTIVATE_WHEN_DONE) { // The sequence has been completed. XL_ActivateLine(false, info, line, 0, (mobj_t *)xg->activator, XLE_CHAIN); } } } // Check for automatical (de)activation. if(((info->actType == LTACT_COUNTED_OFF || info->actType == LTACT_FLIP_COUNTED_OFF) && xg->active) || ((info->actType == LTACT_COUNTED_ON || info->actType == LTACT_FLIP_COUNTED_ON) && !xg->active)) { if(info->actTime >= 0 && xg->timer > FLT2TIC(info->actTime)) { XG_Dev("XL_Think: Line %i, timed to go %s", P_ToIndex(line), xg->active ? "INACTIVE" : "ACTIVE"); // Swap line state without any checks. XL_ActivateLine(!xg->active, info, line, 0, &dummyThing, XLE_AUTO); } } if(info->materialMoveSpeed) { // The texture should be moved. Calculate the offsets. coord_t current[2]; // The current offset. Side* side; float spd = info->materialMoveSpeed; coord_t offset[2]; angle_t ang = ((angle_t) (ANGLE_MAX * (info->materialMoveAngle / 360))) >> ANGLETOFINESHIFT; offset[VX] = -(FIX2FLT(finecosine[ang]) * spd); offset[VY] = FIX2FLT(finesine[ang]) * spd; /** * Apply to both sides of the line. * These are group offsets. All surfaces on a given side are moved * using the same texmove speed/angle. * * @todo Implement per-surface texture movement also which would * be added to each independantly. */ // Front side. side = (Side *)P_GetPtrp(line, DMU_FRONT); if(side) { P_GetDoublepv(side, DMU_TOP_MATERIAL_OFFSET_XY, current); current[VX] += offset[VX]; current[VY] += offset[VY]; P_SetDoublepv(side, DMU_TOP_MATERIAL_OFFSET_XY, current); P_GetDoublepv(side, DMU_MIDDLE_MATERIAL_OFFSET_XY, current); current[VX] += offset[VX]; current[VY] += offset[VY]; P_SetDoublepv(side, DMU_MIDDLE_MATERIAL_OFFSET_XY, current); P_GetDoublepv(side, DMU_BOTTOM_MATERIAL_OFFSET_XY, current); current[VX] += offset[VX]; current[VY] += offset[VY]; P_SetDoublepv(side, DMU_BOTTOM_MATERIAL_OFFSET_XY, current); } // Back side. side = (Side *)P_GetPtrp(line, DMU_BACK); if(side) { P_GetDoublepv(side, DMU_TOP_MATERIAL_OFFSET_XY, current); current[VX] += offset[VX]; current[VY] += offset[VY]; P_SetDoublepv(side, DMU_TOP_MATERIAL_OFFSET_XY, current); P_GetDoublepv(side, DMU_MIDDLE_MATERIAL_OFFSET_XY, current); current[VX] += offset[VX]; current[VY] += offset[VY]; P_SetDoublepv(side, DMU_MIDDLE_MATERIAL_OFFSET_XY, current); P_GetDoublepv(side, DMU_BOTTOM_MATERIAL_OFFSET_XY, current); current[VX] += offset[VX]; current[VY] += offset[VY]; P_SetDoublepv(side, DMU_BOTTOM_MATERIAL_OFFSET_XY, current); } } } /** * During update, definitions are re-read, so the pointers need to be * updated. However, this is a bit messy operation, prone to errors. * Instead, we just disable XG... */ void XL_Update(void) { int i; xline_t *xline; // It's all PU_MAP memory, so we can just lose it. for(i = 0; i < numlines; ++i) { xline = P_GetXLine(i); if(xline->xg) { xline->xg = NULL; xline->special = 0; } } } #endif doomsday-1.14.5/doomsday/plugins/common/src/p_iterlist.c0000664000175000017500000001013712350542240022605 0ustar jaakkojaakko/** * @file p_iterlist.c * * @author Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include "doomsday.h" #include "common.h" #include "p_iterlist.h" struct iterlist_s { /// Direction of traversal. iterlist_iterator_direction_t direction; /// Index of the current element being pointed at by the iterator. int iter; /// Current maximum number of elements that can be pointed at in elements. int maxElements; /// List of elements present. int elementsCount; void** elements; }; iterlist_t* IterList_New(void) { iterlist_t* list = (iterlist_t*) malloc(sizeof(*list)); if(!list) Con_Error("IterList::New: Failed on allocation of %lu bytes for new IterList.", (unsigned long) sizeof(*list)); list->elements = NULL; list->elementsCount = list->maxElements = list->iter = 0; list->direction = ITERLIST_BACKWARD; return list; } void IterList_Delete(iterlist_t* list) { if(!list) return; if(list->elements) { free(list->elements); list->elements = NULL; } free(list); } int IterList_Size(iterlist_t* list) { DENG_ASSERT(list); return list->elementsCount; } dd_bool IterList_Empty(iterlist_t* list) { return IterList_Size(list) == 0; } int IterList_PushBack(iterlist_t* list, void* data) { DENG_ASSERT(list); if(++list->elementsCount > list->maxElements) { list->maxElements = (list->maxElements? list->maxElements * 2 : 8); list->elements = (void**) realloc(list->elements, sizeof(*list->elements) * list->maxElements); if(!list->elements) Con_Error("IterList::PushBack: Failed on (re)allocation of %lu bytes for element list.", (unsigned long) sizeof(*list->elements)); } list->elements[list->elementsCount - 1] = data; if(1 == list->elementsCount) { if(ITERLIST_FORWARD == list->direction) list->iter = -1; else // Backward iteration. list->iter = list->elementsCount; } return list->elementsCount - 1; } void* IterList_Pop(iterlist_t* list) { DENG_ASSERT(list); if(list->elementsCount > 0) return list->elements[--list->elementsCount]; return NULL; } void IterList_Clear(iterlist_t* list) { DENG_ASSERT(list); list->elementsCount = list->maxElements = list->iter = 0; } void* IterList_MoveIterator(iterlist_t* list) { DENG_ASSERT(list); if(!list->elementsCount) return NULL; if(ITERLIST_FORWARD == list->direction) { if(list->iter < list->elementsCount - 1) return list->elements[++list->iter]; return NULL; } // Backward iteration. if(list->iter > 0) return list->elements[--list->iter]; return NULL; } void IterList_RewindIterator(iterlist_t* list) { DENG_ASSERT(list); if(ITERLIST_FORWARD == list->direction) { list->iter = -1; return; } // Backward iteration. list->iter = list->elementsCount; } void IterList_SetIteratorDirection(iterlist_t* list, iterlist_iterator_direction_t direction) { DENG_ASSERT(list); list->direction = direction; if(0 == list->elementsCount) return; // Do we need to reposition? if(-1 == list->iter) { list->iter = list->elementsCount; return; } if(list->elementsCount == list->iter) list->iter = -1; } doomsday-1.14.5/doomsday/plugins/common/src/p_scroll.cpp0000664000175000017500000002434512350542240022612 0ustar jaakkojaakko/** @file p_scroll.cpp Common surface material scroll thinker. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_scroll.h" #include "dmu_lib.h" #include "p_saveg.h" void T_Scroll(scroll_t *s) { DENG_ASSERT(s != 0); if(FEQUAL(s->offset[0], 0) && FEQUAL(s->offset[1], 0)) return; // Side surface(s)? if(DMU_GetType(s->dmuObject) == DMU_SIDE) { Side *side = (Side *)s->dmuObject; if(s->elementBits & (1 << SS_TOP)) { P_TranslateSideMaterialOrigin(side, SS_TOP, s->offset); } if(s->elementBits & (1 << SS_MIDDLE)) { P_TranslateSideMaterialOrigin(side, SS_MIDDLE, s->offset); } if(s->elementBits & (1 << SS_BOTTOM)) { P_TranslateSideMaterialOrigin(side, SS_BOTTOM, s->offset); } } else // Sector plane-surface(s). { Sector *sector = (Sector *)s->dmuObject; if(s->elementBits & (1 << PLN_FLOOR)) { Plane *plane = (Plane *)P_GetPtrp(sector, DMU_FLOOR_PLANE); P_TranslatePlaneMaterialOrigin(plane, s->offset); } if(s->elementBits & (1 << PLN_CEILING)) { Plane *plane = (Plane *)P_GetPtrp(sector, DMU_CEILING_PLANE); P_TranslatePlaneMaterialOrigin(plane, s->offset); } } } void scroll_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. // Write a type byte. For future use (e.g., scrolling plane surface // materials as well as side surface materials). Writer_WriteByte(writer, DMU_GetType(dmuObject)); Writer_WriteInt32(writer, P_ToIndex(dmuObject)); Writer_WriteInt32(writer, elementBits); Writer_WriteInt32(writer, FLT2FIX(offset[0])); Writer_WriteInt32(writer, FLT2FIX(offset[1])); } int scroll_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); /*int ver =*/ Reader_ReadByte(reader); // version byte. // Note: the thinker class byte has already been read. if(Reader_ReadByte(reader) == DMU_SIDE) // Type byte. { int sideIndex = (int) Reader_ReadInt32(reader); if(mapVersion >= 12) { dmuObject = (Side *)P_ToPtr(DMU_SIDE, sideIndex); } else { // Side index is actually a DMU_ARCHIVE_INDEX. dmuObject = msr->side(sideIndex); } DENG_ASSERT(dmuObject != 0); } else // Sector plane-surface. { dmuObject = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(dmuObject != 0); } elementBits = Reader_ReadInt32(reader); offset[0] = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); offset[1] = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); thinker.function = (thinkfunc_t) T_Scroll; return true; // Add this thinker. } static scroll_t *spawnMaterialOriginScroller(void *dmuObject, int elementBits, float offsetXY[2]) { // Don't spawn a scroller with an invalid map object reference. if(!dmuObject || elementBits <= 0) return 0; // Don't spawn a scroller with a zero-length offset vector. if(FEQUAL(offsetXY[0], 0) && FEQUAL(offsetXY[1], 0)) { return 0; } scroll_t *scroll = (scroll_t *)Z_Calloc(sizeof(*scroll), PU_MAP, 0); scroll->thinker.function = (thinkfunc_t) T_Scroll; Thinker_Add(&scroll->thinker); scroll->dmuObject = dmuObject; scroll->elementBits = elementBits; scroll->offset[0] = offsetXY[0]; scroll->offset[1] = offsetXY[1]; return scroll; } scroll_t *P_SpawnSideMaterialOriginScroller(Side *side, short special) { int elementBits; float offset[2]; if(!side) return 0; switch(special) { default: return 0; // Not a scroller. #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ case 48: ///< Tagless, scroll left. # if __JDOOM64__ case 150: ///< Tagless, scroll right. # elif __JDOOM__ case 85: ///< Tagless, scroll right (BOOM). # elif __JHERETIC__ case 99: ///< Tagless, scroll right. # endif offset[0] = (special == 48? 1 : -1); offset[1] = 0; break; #endif // __JDOOM__ || __JDOOM64__ || __JHERETIC__ #if __JDOOM64__ case 2561: ///< Tagless, scroll up. case 2562: ///< Tagless, scroll down. offset[0] = 0; offset[1] = (special == 2561? 1 : -1); break; case 2080: ///< Tagless, scroll up/left. case 2614: ///< Tagless, scroll up/right. offset[0] = (special == 2614? 1 : -1); offset[1] = 1; break; #endif // __JDOOM64__ #if __JHEXEN__ case 100: ///< Tagless, scroll left at speed. case 101: { ///< Tagless, scroll right at speed. xline_t *xline = P_ToXLine((Line *)P_GetPtrp(side, DMU_LINE)); float speed = FIX2FLT(xline->arg1 << 10); offset[0] = (special == 100? speed : -speed); offset[1] = 0; break; } case 102: ///< Tagless, scroll up at speed. case 103: { ///< Tagless, scroll down speed. xline_t *xline = P_ToXLine((Line *)P_GetPtrp(side, DMU_LINE)); float speed = FIX2FLT(xline->arg1 << 10); offset[0] = 0; offset[1] = (special == 102? speed : -speed); break; } #endif // __JHEXEN__ #if __JDOOM__ case 255: ///< Tagless, scroll by material origin (BOOM). P_GetFloatpv(side, DMU_MIDDLE_MATERIAL_OFFSET_XY, offset); offset[0] = -offset[0]; break; #endif } elementBits = (1 << SS_MIDDLE) | (1 << SS_BOTTOM) | (1 << SS_TOP); return spawnMaterialOriginScroller(side, elementBits, offset); } scroll_t *P_SpawnSectorMaterialOriginScroller(Sector *sector, uint planeId, short special) { #define SCROLLUNIT (8.f/35*2) // Don't spawn a scroller with an invalid surface reference. if(!sector || !(planeId == PLN_FLOOR || planeId == PLN_CEILING)) { return 0; } /// @todo $nplanes #if __JHERETIC__ || __JHEXEN__ int elementBits; float offset[2]; switch(special) { default: return 0; // Not a scroller. # if __JHERETIC__ case 25: ///< Scroll north. case 26: case 27: case 28: case 29: # else // __JHEXEN__ case 201: ///< Scroll north. case 202: case 203: # endif # if __JHERETIC__ // A bug in the original game prevented all but eastward scrollers from working. if(!cfg.fixPlaneScrollMaterialsEastOnly) break; # endif offset[0] = 0; # if __JHERETIC__ offset[1] = -(SCROLLUNIT * (1 + (special - 25)*2)); # else // __JHEXEN__ offset[1] = -(SCROLLUNIT * (1 + special - 201)); # endif break; # if __JHERETIC__ case 20: ///< Scroll east. case 21: case 22: case 23: case 24: # else // __JHEXEN__ case 204: ///< Scroll east. case 205: case 206: # endif # if __JHERETIC__ offset[0] = -(SCROLLUNIT * (1 + (special - 20)*2)); # else // __JHEXEN__ offset[0] = -(SCROLLUNIT * (1 + special - 204)); # endif offset[1] = 0; break; # if __JHERETIC__ case 30: ///< Scroll south. case 31: case 32: case 33: case 34: # else // __JHEXEN__ case 207: ///< Scroll south. case 208: case 209: # endif # if __JHERETIC__ // A bug in the original game prevented all but eastward scrollers from working. if(!cfg.fixPlaneScrollMaterialsEastOnly) break; #endif offset[0] = 0; # if __JHERETIC__ offset[1] = SCROLLUNIT * (1 + (special - 30)*2); # else // __JHEXEN__ offset[1] = SCROLLUNIT * (1 + special - 207); # endif break; # if __JHERETIC__ case 35: ///< Scroll west. case 36: case 37: case 38: case 39: # else // __JHEXEN__ case 210: ///< Scroll west. case 211: case 212: # endif # if __JHERETIC__ // A bug in the original game prevented all but eastward scrollers from working. if(!cfg.fixPlaneScrollMaterialsEastOnly) break; # endif # if __JHERETIC__ offset[0] = SCROLLUNIT * (1 + (special - 35)*2); # else // __JHEXEN__ offset[VX] = SCROLLUNIT * (1 + special - 210); # endif offset[1] = 0; break; #if __JHERETIC__ case 4: ///< Scroll east (lava damage). offset[0] = -(SCROLLUNIT * 8 * (1 + special - 4)); offset[1] = 0; break; #endif #if __JHEXEN__ case 213: ///< Scroll northwest. case 214: case 215: offset[0] = SCROLLUNIT * (1 + special - 213); offset[1] = -(SCROLLUNIT * (1 + special - 213)); break; case 216: ///< Scroll northeast. case 217: case 218: offset[0] = -(SCROLLUNIT * (1 + special - 216)); offset[1] = -(SCROLLUNIT * (1 + special - 216)); break; case 219: ///< Scroll southeast. case 220: case 221: offset[0] = -(SCROLLUNIT * (1 + special - 219)); offset[1] = SCROLLUNIT * (1 + special - 219); break; case 222: ///< Scroll southwest. case 223: case 224: offset[0] = SCROLLUNIT * (1 + special - 222); offset[1] = SCROLLUNIT * (1 + special - 222); break; #endif } elementBits = 1 << planeId; return spawnMaterialOriginScroller(sector, elementBits, offset); #else // !(__JHERETIC__ || __JHEXEN__) DENG_UNUSED(special); #endif return 0; #undef SCROLLUNIT } doomsday-1.14.5/doomsday/plugins/common/src/common.c0000664000175000017500000000263412350542240021722 0ustar jaakkojaakko/** * @file common.c * Top-level libcommon routines. * * @authors Copyright © 2012-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "g_common.h" dd_bool sc_FileScripts = false; char const *sc_ScriptsDir = ""; int Common_GetInteger(int id) { switch(id) { case DD_GAME_RECOMMENDS_SAVING: // The engine will use this as a hint whether to remind the user to // manually save the game before, e.g., upgrading to a new version. return G_GameState() == GS_MAP; default: break; } return 0; } doomsday-1.14.5/doomsday/plugins/common/src/p_terraintype.c0000664000175000017500000001533612350542240023322 0ustar jaakkojaakko/**\file p_terraintype.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Terrain Types. */ // HEADER FILES ------------------------------------------------------------ #include #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "dmu_lib.h" #include "p_terraintype.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- typedef struct { Material* material; uint terrainNum; } materialterraintype_t; // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static terraintype_t terrainTypes[] = { {"Default", 0}, // Default type (no special attributes). #if __JDOOM__ || __JDOOM64__ {"Water", TTF_NONSOLID|TTF_FLOORCLIP}, {"Lava", TTF_NONSOLID|TTF_FLOORCLIP}, {"Blood", TTF_NONSOLID|TTF_FLOORCLIP}, {"Nukage", TTF_NONSOLID|TTF_FLOORCLIP}, {"Slime", TTF_NONSOLID|TTF_FLOORCLIP}, #endif #if __JHERETIC__ {"Water", TTF_NONSOLID|TTF_FLOORCLIP|TTF_SPAWN_SPLASHES}, {"Lava", TTF_NONSOLID|TTF_FLOORCLIP|TTF_SPAWN_SMOKE}, {"Sludge", TTF_NONSOLID|TTF_FLOORCLIP|TTF_SPAWN_SLUDGE}, #endif #if __JHEXEN__ {"Water", TTF_NONSOLID|TTF_FLOORCLIP|TTF_SPAWN_SPLASHES}, {"Lava", TTF_NONSOLID|TTF_FLOORCLIP|TTF_FRICTION_HIGH|TTF_DAMAGING|TTF_SPAWN_SMOKE}, {"Sludge", TTF_NONSOLID|TTF_FLOORCLIP|TTF_SPAWN_SLUDGE}, {"Ice", TTF_FRICTION_LOW}, #endif {NULL, 0} }; static materialterraintype_t* materialTTypes = 0; static uint numMaterialTTypes = 0, maxMaterialTTypes = 0; // CODE -------------------------------------------------------------------- /** * @param name The symbolic terrain type name. */ static uint findTerrainTypeNumForName(const char* name) { if(name && name[0]) { uint i; for(i = 0; terrainTypes[i].name; ++i) { terraintype_t* tt = &terrainTypes[i]; if(!stricmp(tt->name, name)) return i + 1; // 1-based index. } } return 0; } static materialterraintype_t* findMaterialTerrainType(Material* mat) { if(mat) { uint i; for(i = 0; i < numMaterialTTypes; ++i) if(materialTTypes[i].material == mat) return &materialTTypes[i]; } return 0; } static __inline terraintype_t* findTerrainTypeForMaterial(Material* mat) { materialterraintype_t* mtt; if((mtt = findMaterialTerrainType(mat))) return &terrainTypes[mtt->terrainNum]; return 0; } static materialterraintype_t* getMaterialTerrainType(Material* mat, uint idx) { #define BATCH_SIZE 8 materialterraintype_t* mtt; // If we've already assigned this material to a terrain type, override // the previous assignation. if((mtt = findMaterialTerrainType(mat))) { mtt->terrainNum = idx; return mtt; } // Its a new material. // Only allocate memory when it's needed. if(++numMaterialTTypes > maxMaterialTTypes) { uint newMax = maxMaterialTTypes + BATCH_SIZE; materialTTypes = Z_Realloc(materialTTypes, sizeof(*materialTTypes) * newMax, PU_GAMESTATIC); memset(materialTTypes+maxMaterialTTypes, 0, sizeof(*materialTTypes) * (newMax - maxMaterialTTypes)); maxMaterialTTypes = newMax; } mtt = &materialTTypes[numMaterialTTypes-1]; mtt->material = mat; mtt->terrainNum = idx - 1; return mtt; #undef BATCH_SIZE } void P_InitTerrainTypes(void) { struct matttypedef_s { const char* materialUri; ///< Percent encoded. const char* ttName; } defs[] = { #if __JDOOM__ || __JDOOM64__ { "Flats:FWATER1", "Water" }, { "Flats:LAVA1", "Lava" }, { "Flats:BLOOD1", "Blood" }, { "Flats:NUKAGE1", "Nukage" }, { "Flats:SLIME01", "Slime" }, #endif #if __JHERETIC__ { "Flats:FLTWAWA1", "Water" }, { "Flats:FLTFLWW1", "Water" }, { "Flats:FLTLAVA1", "Lava" }, { "Flats:FLATHUH1", "Lava" }, { "Flats:FLTSLUD1", "Sludge" }, #endif #if __JHEXEN__ { "Flats:X_005", "Water" }, { "Flats:X_001", "Lava" }, { "Flats:X_009", "Sludge" }, { "Flats:F_033", "Ice" }, #endif { 0, 0 } }; uint i; if(materialTTypes) Z_Free(materialTTypes); materialTTypes = 0; numMaterialTTypes = maxMaterialTTypes = 0; for(i = 0; defs[i].materialUri; ++i) { Material* mat; uint idx = findTerrainTypeNumForName(defs[i].ttName); if(!idx) continue; mat = P_ToPtr(DMU_MATERIAL, Materials_ResolveUriCString(defs[i].materialUri)); if(!mat) continue; App_Log(DE2_DEV_RES_VERBOSE, "P_InitTerrainTypes: Material \"%s\" linked to terrain type '%s'", defs[i].materialUri, defs[i].ttName); getMaterialTerrainType(mat, idx); } } void P_ClearTerrainTypes(void) { numMaterialTTypes = 0; } void P_ShutdownTerrainTypes(void) { if(materialTTypes) Z_Free(materialTTypes); materialTTypes = 0; numMaterialTTypes = maxMaterialTTypes = 0; } /** * Return the terrain type of the specified material. * * @param num The material to check. */ const terraintype_t* P_TerrainTypeForMaterial(Material* mat) { { const terraintype_t* tt; if((tt = findTerrainTypeForMaterial(mat))) return tt; // Known, return it. } // Return the default type. return &terrainTypes[0]; } doomsday-1.14.5/doomsday/plugins/common/src/p_mapspec.c0000664000175000017500000000557712350542240022412 0ustar jaakkojaakko/** @file p_mapspec.c World map utilities. * * Line Tag handling. Line and Sector groups. Specialized iterators, etc... * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_mapspec.h" iterlist_t *spechit = 0; /// For crossed line specials. typedef struct { Sector *baseSec; int soundBlocks; mobj_t *soundTarget; } spreadsoundtoneighbors_params_t; /// @return 0= continue iteration; otherwise stop. static int spreadSoundToNeighbors(void *ptr, void *context) { spreadsoundtoneighbors_params_t *parm = (spreadsoundtoneighbors_params_t *) context; Line *li = (Line *) ptr; xline_t *xline = P_ToXLine(li); Sector *frontSec, *backSec, *other; LineOpening opening; DENG_ASSERT(xline); if(!(xline->flags & ML_TWOSIDED)) return false; frontSec = P_GetPtrp(li, DMU_FRONT_SECTOR); if(!frontSec) return false; backSec = P_GetPtrp(li, DMU_BACK_SECTOR); if(!backSec) return false; Line_Opening(li, &opening); if(opening.range <= 0) return false; other = (frontSec == parm->baseSec? backSec : frontSec); if(xline->flags & ML_SOUNDBLOCK) { if(!parm->soundBlocks) P_RecursiveSound(parm->soundTarget, other, 1); } else { P_RecursiveSound(parm->soundTarget, other, parm->soundBlocks); } return false; // Continue iteration. } void P_RecursiveSound(struct mobj_s *soundTarget, Sector *sec, int soundBlocks) { spreadsoundtoneighbors_params_t parm; xsector_t *xsec = P_ToXSector(sec); // Wake up all monsters in this sector. if(P_GetIntp(sec, DMU_VALID_COUNT) == VALIDCOUNT && xsec->soundTraversed <= soundBlocks + 1) return; // Already flooded. P_SetIntp(sec, DMU_VALID_COUNT, VALIDCOUNT); xsec->soundTraversed = soundBlocks + 1; xsec->soundTarget = soundTarget; parm.baseSec = sec; parm.soundBlocks = soundBlocks; parm.soundTarget = soundTarget; P_Iteratep(sec, DMU_LINE, spreadSoundToNeighbors, &parm); } doomsday-1.14.5/doomsday/plugins/common/src/d_netsv.cpp0000664000175000017500000012424412350542240022436 0ustar jaakkojaakko/** @file d_netsv.cpp Common code related to net games (server-side). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2007 Jamie Jones * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "d_netsv.h" #include "d_net.h" #include "gamesession.h" #include "player.h" #include "p_user.h" #include "p_map.h" #include "mobj.h" #include "p_actor.h" #include "g_common.h" #include "p_tick.h" #include "p_start.h" #include "p_inventory.h" #ifdef __JHEXEN__ # include "s_sequence.h" #endif #include #include #include #include #if __JHEXEN__ || __JSTRIFE__ # define SOUND_COUNTDOWN SFX_PICKUP_KEY #elif __JDOOM__ || __JDOOM64__ # define SOUND_COUNTDOWN SFX_GETPOW #elif __JHERETIC__ # define SOUND_COUNTDOWN SFX_KEYUP #endif #define SOUND_VICTORY SOUND_COUNTDOWN struct maprule_t { dd_bool usetime, usefrags; int time; // Minutes. int frags; // Maximum frags for one player. }; typedef enum cyclemode_s { CYCLE_IDLE, CYCLE_COUNTDOWN } cyclemode_t; void R_SetAllDoomsdayFlags(); /** * Calculates the frags of player 'pl'. */ int NetSv_GetFrags(int pl); void NetSv_MapCycleTicker(void); void NetSv_SendPlayerClass(int pnum, char cls); char cyclingMaps; char *mapCycle = (char *)""; char mapCycleNoExit = true; int netSvAllowSendMsg = true; int netSvAllowCheats; // This is returned in *_Get(DD_GAME_CONFIG). It contains a combination // of space-separated keywords. char gameConfigString[128]; static int cycleIndex; static int cycleCounter = -1, cycleMode = CYCLE_IDLE; static int cycleRulesCounter[MAXPLAYERS]; #if __JHERETIC__ || __JHEXEN__ || __JSTRIFE__ static int oldClasses[MAXPLAYERS]; #endif void NetSv_UpdateGameConfigDescription() { if(IS_CLIENT) return; GameRuleset const &gameRules = COMMON_GAMESESSION->rules(); de::zap(gameConfigString); sprintf(gameConfigString, "skill%i", gameRules.skill + 1); if(gameRules.deathmatch > 1) { sprintf(gameConfigString, " dm%i", gameRules.deathmatch); } else if(gameRules.deathmatch) { strcat(gameConfigString, " dm"); } else { strcat(gameConfigString, " coop"); } if(gameRules.noMonsters) { strcat(gameConfigString, " nomonst"); } #if !__JHEXEN__ if(gameRules.respawnMonsters) { strcat(gameConfigString, " respawn"); } #endif if(cfg.jumpEnabled) { strcat(gameConfigString, " jump"); } } void NetSv_Ticker() { // Map rotation checker. NetSv_MapCycleTicker(); // This is done here for servers. R_SetAllDoomsdayFlags(); // Set the camera filters for players. for(int i = 0; i < MAXPLAYERS; ++i) { R_UpdateViewFilter(i); } #ifdef __JHEXEN__ SN_UpdateActiveSequences(); #endif // Inform clients about jumping? float power = (cfg.jumpEnabled ? cfg.jumpPower : 0); if(power != netJumpPower) { netJumpPower = power; for(int i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) { NetSv_SendJumpPower(i, power); } } } // Send the player state updates. for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = &players[i]; if(!plr->plr->inGame) continue; if(plr->update) { // Owned weapons and player state will be sent in the v2 packet. if(plr->update & (PSF_OWNED_WEAPONS | PSF_STATE)) { int flags = (plr->update & PSF_OWNED_WEAPONS ? PSF2_OWNED_WEAPONS : 0) | (plr->update & PSF_STATE ? PSF2_STATE : 0); NetSv_SendPlayerState2(i, i, flags, true); plr->update &= ~(PSF_OWNED_WEAPONS | PSF_STATE); // That was all? if(!plr->update) { continue; } } NetSv_SendPlayerState(i, i, plr->update, true); plr->update = 0; } #if __JHERETIC__ || __JHEXEN__ // Keep track of player class changes (fighter, cleric, mage, pig). // Notify clients accordingly. This is mostly just FYI (it'll update // pl->class_ on the clientside). if(oldClasses[i] != plr->class_) { oldClasses[i] = plr->class_; NetSv_SendPlayerClass(i, plr->class_); } #endif } } void NetSv_CycleToMapNum(uint map) { char tmp[3], cmd[80]; sprintf(tmp, "%02u", map); #if __JDOOM64__ sprintf(cmd, "warp %u", map); #elif __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) sprintf(cmd, "warp %u", map); else sprintf(cmd, "warp %c %c", tmp[0], tmp[1]); #elif __JHERETIC__ sprintf(cmd, "warp %c %c", tmp[0], tmp[1]); #elif __JHEXEN__ sprintf(cmd, "warp %u", map); #endif DD_Execute(false, cmd); // In a couple of seconds, send everyone the rules of this map. for(int i = 0; i < MAXPLAYERS; ++i) { cycleRulesCounter[i] = 3 * TICSPERSEC; } cycleMode = CYCLE_IDLE; cycleCounter = 0; } /** * Reads through the MapCycle cvar and finds the map with the given index. * Rules that apply to the map are returned in 'rules'. */ int NetSv_ScanCycle(int index, maprule_t *rules) { char *ptr = mapCycle, *end; int i, pos = -1; uint episode, map; #if __JHEXEN__ int m; #endif char tmp[3], lump[10]; dd_bool clear = false, has_random = false; maprule_t dummy; if(!rules) rules = &dummy; // By default no rules apply. rules->usetime = rules->usefrags = false; for(; *ptr; ptr++) { if(isspace(*ptr)) continue; if(*ptr == ',' || *ptr == '+' || *ptr == ';' || *ptr == '/' || *ptr == '\\') { // These symbols are allowed to combine "time" and "frags". // E.g. "Time:10/Frags:5" or "t:30, f:10" clear = false; } else if(!strnicmp("time", ptr, 1)) { // Find the colon. while(*ptr && *ptr != ':') { ptr++; } if(!*ptr) return -1; if(clear) { rules->usefrags = false; } clear = true; rules->usetime = true; rules->time = strtol(ptr + 1, &end, 0); ptr = end - 1; } else if(!strnicmp("frags", ptr, 1)) { // Find the colon. while(*ptr && *ptr != ':') { ptr++; } if(!*ptr) return -1; if(clear) { rules->usetime = false; } clear = true; rules->usefrags = true; rules->frags = strtol(ptr + 1, &end, 0); ptr = end - 1; } else if(*ptr == '*' || (*ptr >= '0' && *ptr <= '9')) { // A map identifier is here. pos++; // Read it. tmp[0] = *ptr++; tmp[1] = *ptr; tmp[2] = 0; if(strlen(tmp) < 2) { // Assume a zero is missing. tmp[1] = tmp[0]; tmp[0] = '0'; } if(index == pos) { if(tmp[0] == '*' || tmp[1] == '*') { has_random = true; } // This is the map we're looking for. Return it. // But first randomize the asterisks. for(i = 0; i < 100; i++) // Try many times to find a good map. { // The differences in map numbering make this harder // than it should be. #if __JDOOM64__ sprintf(lump, "MAP%u%u", episode = tmp[0] == '*' ? RNG_RandByte() % 4 : tmp[0] - '0', map = tmp[1] == '*' ? RNG_RandByte() % 10 : tmp[1] - '0'); #elif __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) { sprintf(lump, "MAP%u%u", episode = tmp[0] == '*' ? RNG_RandByte() % 4 : tmp[0] - '0', map = tmp[1] == '*' ? RNG_RandByte() % 10 : tmp[1] - '0'); } else { sprintf(lump, "E%uM%u", episode = tmp[0] == '*' ? 1 + RNG_RandByte() % 4 : tmp[0] - '0', map = tmp[1] == '*' ? 1 + RNG_RandByte() % 9 : tmp[1] - '0'); } #elif __JSTRIFE__ sprintf(lump, "MAP%u%u", episode = tmp[0] == '*' ? RNG_RandByte() % 4 : tmp[0] - '0', map = tmp[1] == '*' ? RNG_RandByte() % 10 : tmp[1] - '0'); #elif __JHERETIC__ sprintf(lump, "E%uM%u", episode = tmp[0] == '*' ? 1 + RNG_RandByte() % 6 : tmp[0] - '0', map = tmp[1] == '*' ? 1 + RNG_RandByte() % 9 : tmp[1] - '0'); #elif __JHEXEN__ sprintf(lump, "%u%u", episode = tmp[0] == '*' ? RNG_RandByte() % 4 : tmp[0] - '0', map = tmp[1] == '*' ? RNG_RandByte() % 10 : tmp[1] - '0'); m = P_TranslateMap(atoi(lump)); if(m < 0) continue; sprintf(lump, "MAP%02u", m); #endif if(W_CheckLumpNumForName(lump) >= 0) { tmp[0] = episode + '0'; tmp[1] = map + '0'; break; } else if(!has_random) { return -1; } } // Convert to a number. return atoi(tmp); } } } // Didn't find it. return -1; } void NetSv_TellCycleRulesToPlayerAfterTics(int destPlr, int tics) { if(destPlr >= 0 && destPlr < MAXPLAYERS) { cycleRulesCounter[destPlr] = tics; } else if((unsigned)destPlr == DDSP_ALL_PLAYERS) { for(int i = 0; i < MAXPLAYERS; ++i) { cycleRulesCounter[i] = tics; } } } /** * Sends a message about the map cycle rules to a specific player. */ void NetSv_TellCycleRulesToPlayer(int destPlr) { if(!cyclingMaps) return; App_Log(DE2_DEV_NET_VERBOSE, "NetSv_TellCycleRulesToPlayer: %i", destPlr); // Get the rules of the current map. maprule_t rules; NetSv_ScanCycle(cycleIndex, &rules); char msg[100]; strcpy(msg, "MAP RULES: "); if(!rules.usetime && !rules.usefrags) { strcat(msg, "NONE"); } else { char tmp[100]; if(rules.usetime) { sprintf(tmp, "%i MINUTES", rules.time); strcat(msg, tmp); } if(rules.usefrags) { sprintf(tmp, "%s%i FRAGS", rules.usetime ? " OR " : "", rules.frags); strcat(msg, tmp); } } NetSv_SendMessage(destPlr, msg); } void NetSv_MapCycleTicker() { if(!cyclingMaps) return; // Check rules broadcasting. for(int i = 0; i < MAXPLAYERS; ++i) { if(!cycleRulesCounter[i] || !players[i].plr->inGame) continue; if(--cycleRulesCounter[i] == 0) { NetSv_TellCycleRulesToPlayer(i); } } cycleCounter--; switch(cycleMode) { case CYCLE_IDLE: // Check if the current map should end. if(cycleCounter <= 0) { // Test again in ten seconds time. cycleCounter = 10 * TICSPERSEC; maprule_t rules; if(NetSv_ScanCycle(cycleIndex, &rules) < 0) { if(NetSv_ScanCycle(cycleIndex = 0, &rules) < 0) { // Hmm?! Abort cycling. App_Log(DE2_MAP_WARNING, "All of a sudden MapCycle is invalid; stopping cycle"); DD_Execute(false, "endcycle"); return; } } if(rules.usetime && mapTime > (rules.time * 60 - 29) * TICSPERSEC) { // Time runs out! cycleMode = CYCLE_COUNTDOWN; cycleCounter = 31 * TICSPERSEC; } if(rules.usefrags) { for(int i = 0; i < MAXPLAYERS; i++) { if(!players[i].plr->inGame) continue; int frags = NetSv_GetFrags(i); if(frags >= rules.frags) { char msg[100]; sprintf(msg, "--- %s REACHES %i FRAGS ---", Net_GetPlayerName(i), frags); NetSv_SendMessage(DDSP_ALL_PLAYERS, msg); S_StartSound(SOUND_VICTORY, NULL); cycleMode = CYCLE_COUNTDOWN; cycleCounter = 15 * TICSPERSEC; // No msg for 15 secs. break; } } } } break; case CYCLE_COUNTDOWN: if(cycleCounter == 30 * TICSPERSEC || cycleCounter == 15 * TICSPERSEC || cycleCounter == 10 * TICSPERSEC || cycleCounter == 5 * TICSPERSEC) { char msg[100]; sprintf(msg, "--- WARPING IN %i SECONDS ---", cycleCounter / TICSPERSEC); NetSv_SendMessage(DDSP_ALL_PLAYERS, msg); // Also, a warning sound. S_StartSound(SOUND_COUNTDOWN, NULL); } else if(cycleCounter <= 0) { // Next map, please! int map = NetSv_ScanCycle(++cycleIndex, NULL); if(map < 0) { // Must be past the end? map = NetSv_ScanCycle(cycleIndex = 0, NULL); if(map < 0) { // Hmm?! Abort cycling. App_Log(DE2_MAP_WARNING, "All of a sudden MapCycle is invalid; stopping cycle"); DD_Execute(false, "endcycle"); return; } } // Warp to the next map. Don't bother with the intermission. NetSv_CycleToMapNum(map); } break; } } void NetSv_ResetPlayerFrags(int plrNum) { App_Log(DE2_DEV_NET_VERBOSE, "NetSv_ResetPlayerFrags: Player %i", plrNum); player_t *plr = &players[plrNum]; de::zap(plr->frags); // The frag count is dependent on the others' frags. for(int i = 0; i < MAXPLAYERS; ++i) { players[i].frags[plrNum] = 0; // Everybody will get their frags updated. players[i].update |= PSF_FRAGS; } } void NetSv_NewPlayerEnters(int plrNum) { App_Log(DE2_DEV_MSG, "NetSv_NewPlayerEnters: player %i", plrNum); player_t *plr = &players[plrNum]; plr->playerState = PST_REBORN; // Force an init. // Re-deal player starts. P_DealPlayerStarts(0); // Reset the player's frags. NetSv_ResetPlayerFrags(plrNum); // Spawn the player into the world. if(COMMON_GAMESESSION->rules().deathmatch) { G_DeathMatchSpawnPlayer(plrNum); } else { playerclass_t pClass = P_ClassForPlayerWhenRespawning(plrNum, false); playerstart_t const *start; if((start = P_GetPlayerStart(gameMapEntrance, plrNum, false))) { mapspot_t const *spot = &mapSpots[start->spot]; App_Log(DE2_DEV_MAP_MSG, "NetSv_NewPlayerEnters: Spawning player with angle:%x", spot->angle); P_SpawnPlayer(plrNum, pClass, spot->origin[VX], spot->origin[VY], spot->origin[VZ], spot->angle, spot->flags, false, true); } else { P_SpawnPlayer(plrNum, pClass, 0, 0, 0, 0, MSF_Z_FLOOR, true, true); } /// @todo Spawn a telefog in front of the player. } // Get rid of anybody at the starting spot. P_Telefrag(plr->plr->mo); NetSv_TellCycleRulesToPlayerAfterTics(plrNum, 5 * TICSPERSEC); NetSv_SendTotalCounts(plrNum); } void NetSv_Intermission(int flags, int state, int time) { if(IS_CLIENT) return; Writer *msg = D_NetWrite(); Writer_WriteByte(msg, flags); #if __JDOOM__ || __JDOOM64__ if(flags & IMF_BEGIN) { // Only include the necessary information. Writer_WriteUInt16(msg, wmInfo.maxKills); Writer_WriteUInt16(msg, wmInfo.maxItems); Writer_WriteUInt16(msg, wmInfo.maxSecret); Writer_WriteByte(msg, wmInfo.nextMap); Writer_WriteByte(msg, wmInfo.currentMap); Writer_WriteByte(msg, wmInfo.didSecret); } #endif #if __JHEXEN__ || __JSTRIFE__ if(flags & IMF_BEGIN) { Writer_WriteByte(msg, state); // LeaveMap Writer_WriteByte(msg, time); // LeavePosition } #endif if(flags & IMF_STATE) { Writer_WriteInt16(msg, state); } if(flags & IMF_TIME) { Writer_WriteInt16(msg, time); } Net_SendPacket(DDSP_ALL_PLAYERS, GPT_INTERMISSION, Writer_Data(msg), Writer_Size(msg)); } void NetSv_SendTotalCounts(int to) { // Hexen does not have total counts. #ifndef __JHEXEN__ if(IS_CLIENT) return; Writer *writer = D_NetWrite(); Writer_WriteInt32(writer, totalKills); Writer_WriteInt32(writer, totalItems); Writer_WriteInt32(writer, totalSecret); // Send the packet. Net_SendPacket(to, GPT_TOTAL_COUNTS, Writer_Data(writer), Writer_Size(writer)); #else DENG2_UNUSED(to); #endif } void NetSv_SendGameState(int flags, int to) { if(!IS_NETWORK_SERVER) return; de::String const gameId = COMMON_GAMESESSION->gameId(); // Print a short message that describes the game state. App_Log(DE2_NET_NOTE, "Sending game setup: %s %s %s", gameId.toLatin1().constData(), Str_Text(Uri_Resolved(gameMapUri)), gameConfigString); // Send an update to all the players in the game. for(int i = 0; i < MAXPLAYERS; ++i) { if(!players[i].plr->inGame) continue; if((unsigned)to != DDSP_ALL_PLAYERS && to != i) continue; Writer *writer = D_NetWrite(); Writer_WriteByte(writer, flags); // Game identity key. Writer_WriteByte(writer, gameId.length()); Writer_Write(writer, gameId.toLatin1().constData(), gameId.length()); // The current map. Uri_Write(gameMapUri, writer); // Also include the episode and map numbers. Writer_WriteByte(writer, gameEpisode); Writer_WriteByte(writer, gameMap); Writer_WriteByte(writer, (COMMON_GAMESESSION->rules().deathmatch & 0x3) | (!COMMON_GAMESESSION->rules().noMonsters? 0x4 : 0) #if !__JHEXEN__ | (COMMON_GAMESESSION->rules().respawnMonsters? 0x8 : 0) #else | 0 #endif | (cfg.jumpEnabled? 0x10 : 0)); // Note that SM_NOTHINGS will result in a value of '7'. Writer_WriteByte(writer, COMMON_GAMESESSION->rules().skill & 0x7); Writer_WriteFloat(writer, (float)P_GetGravity()); if(flags & GSF_CAMERA_INIT) { mobj_t *mo = players[i].plr->mo; Writer_WriteFloat(writer, mo->origin[VX]); Writer_WriteFloat(writer, mo->origin[VY]); Writer_WriteFloat(writer, mo->origin[VZ]); Writer_WriteUInt32(writer, mo->angle); } // Send the packet. Net_SendPacket(i, GPT_GAME_STATE, Writer_Data(writer), Writer_Size(writer)); } } void NetSv_PlayerMobjImpulse(mobj_t *mobj, float mx, float my, float mz) { if(!IS_SERVER) return; if(!mobj || !mobj->player) return; // Which player? int plrNum = mobj->player - players; Writer *writer = D_NetWrite(); Writer_WriteUInt16(writer, mobj->thinker.id); Writer_WriteFloat(writer, mx); Writer_WriteFloat(writer, my); Writer_WriteFloat(writer, mz); Net_SendPacket(plrNum, GPT_MOBJ_IMPULSE, Writer_Data(writer), Writer_Size(writer)); } void NetSv_SendPlayerSpawnPosition(int plrNum, float x, float y, float z, int angle) { if(!IS_SERVER) return; App_Log(DE2_DEV_NET_MSG, "NetSv_SendPlayerSpawnPosition: Player #%i pos:[%g, %g, %g] angle:%x", plrNum, x, y, z, angle); Writer *writer = D_NetWrite(); Writer_WriteFloat(writer, x); Writer_WriteFloat(writer, y); Writer_WriteFloat(writer, z); Writer_WriteUInt32(writer, angle); Net_SendPacket(plrNum, GPT_PLAYER_SPAWN_POSITION, Writer_Data(writer), Writer_Size(writer)); } void NetSv_SendPlayerState2(int srcPlrNum, int destPlrNum, int flags, dd_bool /*reliable*/) { int pType = (srcPlrNum == destPlrNum ? GPT_CONSOLEPLAYER_STATE2 : GPT_PLAYER_STATE2); player_t *pl = &players[srcPlrNum]; // Check that this is a valid call. if(IS_CLIENT || !pl->plr->inGame || (destPlrNum >= 0 && destPlrNum < MAXPLAYERS && !players[destPlrNum].plr->inGame)) return; Writer *writer = D_NetWrite(); // Include the player number if necessary. if(pType == GPT_PLAYER_STATE2) { Writer_WriteByte(writer, srcPlrNum); } Writer_WriteUInt32(writer, flags); if(flags & PSF2_OWNED_WEAPONS) { // This supports up to 16 weapons. int fl = 0; for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { if(pl->weapons[i].owned) fl |= 1 << i; } Writer_WriteUInt16(writer, fl); } if(flags & PSF2_STATE) { Writer_WriteByte(writer, pl->playerState | #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ // Hexen doesn't have armortype. (pl->armorType << 4)); #else 0); #endif Writer_WriteByte(writer, pl->cheats); } // Finally, send the packet. Net_SendPacket(destPlrNum, pType, Writer_Data(writer), Writer_Size(writer)); } void NetSv_SendPlayerState(int srcPlrNum, int destPlrNum, int flags, dd_bool /*reliable*/) { int pType = (srcPlrNum == destPlrNum ? GPT_CONSOLEPLAYER_STATE : GPT_PLAYER_STATE); player_t *pl = &players[srcPlrNum]; if(!IS_NETWORK_SERVER || !pl->plr->inGame || (destPlrNum >= 0 && destPlrNum < MAXPLAYERS && !players[destPlrNum].plr->inGame)) return; App_Log(DE2_DEV_NET_MSG, "NetSv_SendPlayerState: src=%i, dest=%i, flags=%x", srcPlrNum, destPlrNum, flags); Writer *writer = D_NetWrite(); // Include the player number if necessary. if(pType == GPT_PLAYER_STATE) { Writer_WriteByte(writer, srcPlrNum); } // The first bytes contain the flags. Writer_WriteUInt16(writer, flags); if(flags & PSF_STATE) { Writer_WriteByte(writer, pl->playerState | #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ // Hexen doesn't have armortype. (pl->armorType << 4)); #else 0); #endif } if(flags & PSF_HEALTH) { Writer_WriteByte(writer, pl->health); } if(flags & PSF_ARMOR_POINTS) { #if __JHEXEN__ // Hexen has many types of armor points, send them all. for(int i = 0; i < NUMARMOR; ++i) { Writer_WriteByte(writer, pl->armorPoints[i]); } #else Writer_WriteByte(writer, pl->armorPoints); #endif } #if __JHERETIC__ || __JHEXEN__ if(flags & PSF_INVENTORY) { uint count = 0; for(int i = 0; i < NUM_INVENTORYITEM_TYPES; ++i) { count += P_InventoryCount(srcPlrNum, inventoryitemtype_t(IIT_FIRST + i))? 1 : 0; } Writer_WriteByte(writer, count); if(count) { for(int i = 0; i < NUM_INVENTORYITEM_TYPES; ++i) { inventoryitemtype_t type = inventoryitemtype_t(IIT_FIRST + i); uint num = P_InventoryCount(srcPlrNum, type); if(num) { Writer_WriteUInt16(writer, (type & 0xff) | ((num & 0xff) << 8)); } } } } #endif if(flags & PSF_POWERS) { byte powers = 0; // First see which powers should be sent. #if __JHEXEN__ || __JSTRIFE__ for(int i = 1; i < NUM_POWER_TYPES; ++i) { if(pl->powers[i]) { powers |= 1 << (i - 1); } } #else for(int i = 0; i < NUM_POWER_TYPES; ++i) { # if __JDOOM__ || __JDOOM64__ if(i == PT_IRONFEET || i == PT_STRENGTH) continue; # endif if(pl->powers[i]) { powers |= 1 << i; } } #endif Writer_WriteByte(writer, powers); // Send the non-zero powers. #if __JHEXEN__ || __JSTRIFE__ for(int i = 1; i < NUM_POWER_TYPES; ++i) { if(pl->powers[i]) { Writer_WriteByte(writer, (pl->powers[i] + 34) / 35); } } #else for(int i = 0; i < NUM_POWER_TYPES; ++i) { # if __JDOOM__ || __JDOOM64__ if(i == PT_IRONFEET || i == PT_STRENGTH) continue; # endif if(pl->powers[i]) { Writer_WriteByte(writer, (pl->powers[i] + 34) / 35); // Send as seconds. } } #endif } if(flags & PSF_KEYS) { byte keys = 0; #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ for(int i = 0; i < NUM_KEY_TYPES; ++i) { if(pl->keys[i]) keys |= 1 << i; } #endif #if __JHEXEN__ keys = pl->keys; #endif Writer_WriteByte(writer, keys); } if(flags & PSF_FRAGS) { // How many are there? byte count = 0; for(int i = 0; i < MAXPLAYERS; ++i) { if(pl->frags[i] > 0) count++; } Writer_WriteByte(writer, count); // We'll send all non-zero frags. The topmost four bits of // the word define the player number. for(int i = 0; i < MAXPLAYERS; ++i) { if(pl->frags[i] > 0) { Writer_WriteUInt16(writer, (i << 12) | pl->frags[i]); } } } if(flags & PSF_OWNED_WEAPONS) { int ownedBits = 0; for(int i = 0; i < NUM_WEAPON_TYPES; ++i) { if(pl->weapons[i].owned) ownedBits |= 1 << i; } Writer_WriteByte(writer, ownedBits); } if(flags & PSF_AMMO) { for(int i = 0; i < NUM_AMMO_TYPES; ++i) { Writer_WriteInt16(writer, pl->ammo[i].owned); } } if(flags & PSF_MAX_AMMO) { #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ // Hexen has no use for max ammo. for(int i = 0; i < NUM_AMMO_TYPES; ++i) { Writer_WriteInt16(writer, pl->ammo[i].max); } #endif } if(flags & PSF_COUNTERS) { Writer_WriteInt16(writer, pl->killCount); Writer_WriteByte(writer, pl->itemCount); Writer_WriteByte(writer, pl->secretCount); } if((flags & PSF_PENDING_WEAPON) || (flags & PSF_READY_WEAPON)) { // These two will be in the same byte. byte fl = 0; if(flags & PSF_PENDING_WEAPON) fl |= pl->pendingWeapon & 0xf; if(flags & PSF_READY_WEAPON) fl |= (pl->readyWeapon & 0xf) << 4; Writer_WriteByte(writer, fl); } if(flags & PSF_VIEW_HEIGHT) { // @todo Do clients really need to know this? Writer_WriteByte(writer, (byte) pl->viewHeight); } #if __JHERETIC__ || __JHEXEN__ || __JSTRIFE__ if(flags & PSF_MORPH_TIME) { App_Log(DE2_DEV_NET_MSG, "NetSv_SendPlayerState: Player %i, sending morph tics as %i seconds", srcPlrNum, (pl->morphTics + 34) / 35); // Send as seconds. Writer_WriteByte(writer, (pl->morphTics + 34) / 35); } #endif #if __JHEXEN__ || __JSTRIFE__ if(flags & PSF_LOCAL_QUAKE) { // Send the "quaking" state. Writer_WriteByte(writer, localQuakeHappening[srcPlrNum]); } #endif // Finally, send the packet. Net_SendPacket(destPlrNum, pType, Writer_Data(writer), Writer_Size(writer)); } void NetSv_SendPlayerInfo(int whose, int toWhom) { if(IS_CLIENT) return; Writer *writer = D_NetWrite(); Writer_WriteByte(writer, whose); Writer_WriteByte(writer, cfg.playerColor[whose]); #if __JHERETIC__ || __JHEXEN__ Writer_WriteByte(writer, cfg.playerClass[whose]); // current class #endif Net_SendPacket(toWhom, GPT_PLAYER_INFO, Writer_Data(writer), Writer_Size(writer)); } void NetSv_ChangePlayerInfo(int from, Reader *msg) { player_t *pl = &players[from]; // Color is first. int col = Reader_ReadByte(msg); cfg.playerColor[from] = PLR_COLOR(from, col); // Player class. playerclass_t newClass = playerclass_t(Reader_ReadByte(msg)); P_SetPlayerRespawnClass(from, newClass); // requesting class change? App_Log(DE2_DEV_NET_NOTE, "NetSv_ChangePlayerInfo: pl%i, col=%i, requested class=%i", from, cfg.playerColor[from], newClass); // The 'colorMap' variable controls the setting of the color // translation flags when the player is (re)spawned. pl->colorMap = cfg.playerColor[from]; if(pl->plr->mo) { // Change the player's mobj's color translation flags. pl->plr->mo->flags &= ~MF_TRANSLATION; pl->plr->mo->flags |= cfg.playerColor[from] << MF_TRANSSHIFT; } if(pl->plr->mo) { App_Log(DE2_DEV_NET_XVERBOSE, "Player %i mo %i translation flags %x", from, pl->plr->mo->thinker.id, (pl->plr->mo->flags & MF_TRANSLATION) >> MF_TRANSSHIFT); } // Re-deal start spots. P_DealPlayerStarts(0); // Tell the other clients about the change. NetSv_SendPlayerInfo(from, DDSP_ALL_PLAYERS); } void NetSv_FragsForAll(player_t *player) { DENG2_ASSERT(player != 0); NetSv_SendPlayerState(player - players, DDSP_ALL_PLAYERS, PSF_FRAGS, true); } int NetSv_GetFrags(int pl) { int count = 0; for(int i = 0; i < MAXPLAYERS; ++i) { #if __JDOOM__ || __JDOOM64__ count += players[pl].frags[i] * (i == pl ? -1 : 1); #else count += players[pl].frags[i]; #endif } return count; } void NetSv_KillMessage(player_t *killer, player_t *fragged, dd_bool stomping) { #if __JDOOM__ || __JDOOM64__ if(!cfg.killMessages) return; if(!COMMON_GAMESESSION->rules().deathmatch) return; char buf[500]; buf[0] = 0; char tmp[2]; tmp[1] = 0; // Choose the right kill message template. char const *in = GET_TXT(stomping ? TXT_KILLMSG_STOMP : killer == fragged ? TXT_KILLMSG_SUICIDE : TXT_KILLMSG_WEAPON0 + killer->readyWeapon); for(; *in; in++) { if(in[0] == '%') { if(in[1] == '1') { strcat(buf, Net_GetPlayerName(killer - players)); in++; continue; } if(in[1] == '2') { strcat(buf, Net_GetPlayerName(fragged - players)); in++; continue; } if(in[1] == '%') { in++; } } tmp[0] = *in; strcat(buf, tmp); } // Send the message to everybody. NetSv_SendMessage(DDSP_ALL_PLAYERS, buf); #else DENG2_UNUSED3(killer, fragged, stomping); #endif } void NetSv_SendPlayerClass(int plrNum, char cls) { App_Log(DE2_DEV_NET_MSG, "NetSv_SendPlayerClass: Player %i has class %i", plrNum, cls); Writer *writer = D_NetWrite(); Writer_WriteByte(writer, cls); Net_SendPacket(plrNum, GPT_CLASS, Writer_Data(writer), Writer_Size(writer)); } void NetSv_SendJumpPower(int target, float power) { if(!IS_SERVER) return; Writer *writer = D_NetWrite(); Writer_WriteFloat(writer, power); Net_SendPacket(target, GPT_JUMP_POWER, Writer_Data(writer), Writer_Size(writer)); } void NetSv_ExecuteCheat(int player, char const *command) { // Killing self is always allowed. /// @todo fixme: really? Even in deathmatch?? (should be a game rule) if(!strnicmp(command, "suicide", 7)) { DD_Executef(false, "suicide %i", player); } // If cheating is not allowed, we ain't doing nuthin'. if(!netSvAllowCheats) { NetSv_SendMessage(player, "--- CHEATS DISABLED ON THIS SERVER ---"); return; } /// @todo Can't we use the multipurpose cheat command here? if(!strnicmp(command, "god", 3) || !strnicmp(command, "noclip", 6) || !strnicmp(command, "give", 4) || !strnicmp(command, "kill", 4) #ifdef __JHERETIC__ || !strnicmp(command, "chicken", 7) #elif __JHEXEN__ || !strnicmp(command, "class", 5) || !strnicmp(command, "pig", 3) || !strnicmp(command, "runscript", 9) #endif ) { DD_Executef(false, "%s %i", command, player); } } void NetSv_DoCheat(int player, Reader *msg) { size_t len = Reader_ReadUInt16(msg); char *command = (char *)Z_Calloc(len + 1, PU_GAMESTATIC, 0); Reader_Read(msg, command, len); NetSv_ExecuteCheat(player, command); Z_Free(command); } /** * Calls @a callback on @a thing while it is temporarily placed at the * specified position and angle. Afterwards the thing's old position is restored. */ void NetSv_TemporaryPlacedCallback(mobj_t *thing, void *param, coord_t tempOrigin[3], angle_t angle, void (*callback)(mobj_t *, void *)) { coord_t const oldOrigin[3] = { thing->origin[VX], thing->origin[VY], thing->origin[VZ] }; coord_t const oldFloorZ = thing->floorZ; coord_t const oldCeilingZ = thing->ceilingZ; angle_t const oldAngle = thing->angle; // We will temporarily move the object to the temp coords. if(P_CheckPosition(thing, tempOrigin)) { P_MobjUnlink(thing); thing->origin[VX] = tempOrigin[VX]; thing->origin[VY] = tempOrigin[VY]; thing->origin[VZ] = tempOrigin[VZ]; P_MobjLink(thing); thing->floorZ = tmFloorZ; thing->ceilingZ = tmCeilingZ; } thing->angle = angle; callback(thing, param); // Restore the old position. P_MobjUnlink(thing); thing->origin[VX] = oldOrigin[VX]; thing->origin[VY] = oldOrigin[VY]; thing->origin[VZ] = oldOrigin[VZ]; P_MobjLink(thing); thing->floorZ = oldFloorZ; thing->ceilingZ = oldCeilingZ; thing->angle = oldAngle; } static void NetSv_UseActionCallback(mobj_t * /*mo*/, void *context) { P_UseLines(static_cast(context)); } static void NetSv_FireWeaponCallback(mobj_t * /*mo*/, void *context) { P_FireWeapon(static_cast(context)); } static void NetSv_HitFloorCallback(mobj_t *mo, void * /*context*/) { App_Log(DE2_DEV_MAP_XVERBOSE, "NetSv_HitFloorCallback: mo %i", mo->thinker.id); P_HitFloor(mo); } void NetSv_DoFloorHit(int player, Reader *msg) { player_t *plr = &players[player]; if(player < 0 || player >= MAXPLAYERS) return; mobj_t *mo = plr->plr->mo; if(!mo) return; coord_t pos[3]; pos[VX] = Reader_ReadFloat(msg); pos[VY] = Reader_ReadFloat(msg); pos[VZ] = Reader_ReadFloat(msg); // The momentum is included, although we don't really need it. /*mom[MX] =*/ Reader_ReadFloat(msg); /*mom[MY] =*/ Reader_ReadFloat(msg); /*mom[MZ] =*/ Reader_ReadFloat(msg); NetSv_TemporaryPlacedCallback(mo, 0, pos, mo->angle, NetSv_HitFloorCallback); } void NetSv_DoAction(int player, Reader *msg) { player_t *pl = &players[player]; int type = Reader_ReadInt32(msg); coord_t pos[3]; pos[VX] = Reader_ReadFloat(msg); pos[VY] = Reader_ReadFloat(msg); pos[VZ] = Reader_ReadFloat(msg); angle_t angle = Reader_ReadUInt32(msg); float lookDir = Reader_ReadFloat(msg); int actionParam = Reader_ReadInt32(msg); App_Log(DE2_DEV_MAP_VERBOSE, "NetSv_DoAction: player=%i, type=%i, xyz=(%.1f,%.1f,%.1f)\n " "angle=%x lookDir=%g weapon=%i", player, type, pos[VX], pos[VY], pos[VZ], angle, lookDir, actionParam); if(G_GameState() != GS_MAP) { if(G_GameState() == GS_INTERMISSION) { if(type == GPA_USE || type == GPA_FIRE) { App_Log(DE2_NET_MSG, "Intermission skip requested"); IN_SkipToNext(); } } return; } if(pl->playerState == PST_DEAD) { // This player is dead. Rise, my friend! P_PlayerReborn(pl); return; } switch(type) { case GPA_USE: case GPA_FIRE: if(pl->plr->mo) { // Update lookdir. pl->plr->lookDir = lookDir; NetSv_TemporaryPlacedCallback(pl->plr->mo, pl, pos, angle, type == GPA_USE? NetSv_UseActionCallback : NetSv_FireWeaponCallback); } break; case GPA_CHANGE_WEAPON: pl->brain.changeWeapon = actionParam; break; case GPA_USE_FROM_INVENTORY: #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ P_InventoryUse(player, inventoryitemtype_t(actionParam), true); #endif break; } } void NetSv_DoDamage(int player, Reader *msg) { int damage = Reader_ReadInt32(msg); thid_t target = Reader_ReadUInt16(msg); thid_t inflictor = Reader_ReadUInt16(msg); thid_t source = Reader_ReadUInt16(msg); App_Log(DE2_DEV_MAP_XVERBOSE, "NetSv_DoDamage: Client %i requests damage %i on %i via %i by %i", player, damage, target, inflictor, source); P_DamageMobj2(Mobj_ById(target), Mobj_ById(inflictor), Mobj_ById(source), damage, false /*not stomping*/, true /*just do it*/); } void NetSv_SaveGame(uint sessionId) { #if !__JHEXEN__ if(!IS_SERVER || !IS_NETGAME) return; // This will make the clients save their games. Writer *writer = D_NetWrite(); Writer_WriteUInt32(writer, sessionId); Net_SendPacket(DDSP_ALL_PLAYERS, GPT_SAVE, Writer_Data(writer), Writer_Size(writer)); #else DENG2_UNUSED(sessionId); #endif } void NetSv_LoadGame(uint sessionId) { #if !__JHEXEN__ if(!IS_SERVER || !IS_NETGAME) return; Writer *writer = D_NetWrite(); Writer_WriteUInt32(writer, sessionId); Net_SendPacket(DDSP_ALL_PLAYERS, GPT_LOAD, Writer_Data(writer), Writer_Size(writer)); #else DENG2_UNUSED(sessionId); #endif } void NetSv_SendMessageEx(int plrNum, char const *msg, dd_bool yellow) { if(IS_CLIENT || !netSvAllowSendMsg) return; if(plrNum >= 0 && plrNum < MAXPLAYERS) { if(!players[plrNum].plr->inGame) return; } App_Log(DE2_DEV_NET_VERBOSE, "NetSv_SendMessageEx: '%s'", msg); if((unsigned)plrNum == DDSP_ALL_PLAYERS) { // Also show locally. No sound is played! D_NetMessageNoSound(CONSOLEPLAYER, msg); } Writer *writer = D_NetWrite(); Writer_WriteUInt16(writer, strlen(msg)); Writer_Write(writer, msg, strlen(msg)); Net_SendPacket(plrNum, yellow ? GPT_YELLOW_MESSAGE : GPT_MESSAGE, Writer_Data(writer), Writer_Size(writer)); } void NetSv_SendMessage(int plrNum, char const *msg) { NetSv_SendMessageEx(plrNum, msg, false); } void NetSv_SendYellowMessage(int plrNum, char const *msg) { NetSv_SendMessageEx(plrNum, msg, true); } void NetSv_MaybeChangeWeapon(int plrNum, int weapon, int ammo, int force) { if(IS_CLIENT) return; if(plrNum < 0 || plrNum >= MAXPLAYERS) return; App_Log(DE2_DEV_NET_VERBOSE, "NetSv_MaybeChangeWeapon: Plr=%i Weapon=%i Ammo=%i Force=%i", plrNum, weapon, ammo, force); Writer *writer = D_NetWrite(); Writer_WriteInt16(writer, weapon); Writer_WriteInt16(writer, ammo); Writer_WriteByte(writer, force != 0); Net_SendPacket(plrNum, GPT_MAYBE_CHANGE_WEAPON, Writer_Data(writer), Writer_Size(writer)); } void NetSv_SendLocalMobjState(mobj_t *mobj, char const *stateName) { DENG2_ASSERT(mobj != 0); ddstring_t name; Str_InitStatic(&name, stateName); // Inform the client about this. Writer *msg = D_NetWrite(); Writer_WriteUInt16(msg, mobj->thinker.id); Writer_WriteUInt16(msg, mobj->target? mobj->target->thinker.id : 0); // target id Str_Write(&name, msg); // state to switch to #if !defined(__JDOOM__) && !defined(__JDOOM64__) Writer_WriteInt32(msg, mobj->special1); #else Writer_WriteInt32(msg, 0); #endif Net_SendPacket(DDSP_ALL_PLAYERS, GPT_LOCAL_MOBJ_STATE, Writer_Data(msg), Writer_Size(msg)); } void P_Telefrag(mobj_t *thing) { DENG2_ASSERT(thing != 0); P_TeleportMove(thing, thing->origin[VX], thing->origin[VY], false); } /** * Handles the console commands "startcycle" and "endcycle". */ D_CMD(MapCycle) { DENG2_UNUSED2(src, argc); if(!IS_SERVER) { App_Log(DE2_SCR_ERROR, "Only allowed for a server"); return false; } if(!stricmp(argv[0], "startcycle")) // (Re)start rotation? { // Find the first map in the sequence. int map = NetSv_ScanCycle(cycleIndex = 0, 0); if(map < 0) { App_Log(DE2_SCR_ERROR, "MapCycle \"%s\" is invalid.", mapCycle); return false; } for(int i = 0; i < MAXPLAYERS; ++i) { cycleRulesCounter[i] = 0; } // Warp there. NetSv_CycleToMapNum(map); cyclingMaps = true; } else { // OK, then we need to end it. if(cyclingMaps) { cyclingMaps = false; NetSv_SendMessage(DDSP_ALL_PLAYERS, "MAP ROTATION ENDS"); } } return true; } doomsday-1.14.5/doomsday/plugins/common/src/p_door.cpp0000664000175000017500000006174312350542240022262 0ustar jaakkojaakko/** @file p_door.cpp Vertical door (opening/closing) thinker. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2006 Martin Eyre * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_door.h" #include "dmu_lib.h" #include "player.h" #include "p_mapspec.h" #if __JDOOM64__ # include "p_ceiling.h" # include "p_floor.h" # include "p_inventory.h" #endif #include "p_sound.h" #include // Sounds played by the doors when changing state. // jHexen uses sound sequences, so it's are defined as 'SFX_NONE'. #if __JDOOM64__ # define SFX_DOORCLOSING (SFX_DORCLS) # define SFX_DOORCLOSED (SFX_DORCLS) # define SFX_DOORBLAZECLOSE (SFX_BDCLS) # define SFX_DOOROPEN (SFX_DOROPN) # define SFX_DOORBLAZEOPEN (SFX_BDOPN) # define SFX_DOORLOCKED (SFX_OOF) #elif __JDOOM__ # define SFX_DOORCLOSING (SFX_DORCLS) # define SFX_DOORCLOSED (SFX_DORCLS) # define SFX_DOORBLAZECLOSE (SFX_BDCLS) # define SFX_DOOROPEN (SFX_DOROPN) # define SFX_DOORBLAZEOPEN (SFX_BDOPN) # define SFX_DOORLOCKED (SFX_OOF) #elif __JHERETIC__ # define SFX_DOORCLOSING (SFX_DOROPN) # define SFX_DOORCLOSED (SFX_DORCLS) # define SFX_DOORBLAZECLOSE (SFX_NONE) # define SFX_DOOROPEN (SFX_DOROPN) # define SFX_DOORBLAZEOPEN (SFX_DOROPN) # define SFX_DOORLOCKED (SFX_PLROOF) #elif __JHEXEN__ # define SFX_DOORCLOSING (SFX_NONE) # define SFX_DOORCLOSED (SFX_NONE) # define SFX_DOORBLAZECLOSE (SFX_NONE) # define SFX_DOOROPEN (SFX_NONE) # define SFX_DOORBLAZEOPEN (SFX_NONE) # define SFX_DOORLOCKED (SFX_NONE) #endif void T_Door(void *doorThinkerPtr) { door_t *door = (door_t *)doorThinkerPtr; DENG_ASSERT(door != 0); xsector_t *xsec = P_ToXSector(door->sector); result_e res; switch(door->state) { case DS_WAIT: if(!--door->topCountDown) { switch(door->type) { #if __JDOOM64__ case DT_INSTANTRAISE: //jd64 door->state = DS_DOWN; break; #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ # if __JHERETIC__ case DT_BLAZEOPEN: # else case DT_BLAZERAISE: # endif door->state = DS_DOWN; // Time to go back down. S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOORBLAZECLOSE); break; #endif case DT_NORMAL: door->state = DS_DOWN; // Time to go back down. #if __JHEXEN__ SN_StartSequence((mobj_t *)P_GetPtrp(door->sector, DMU_EMITTER), SEQ_DOOR_STONE + xsec->seqType); #else S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOORCLOSING); #endif break; case DT_CLOSE30THENOPEN: door->state = DS_UP; #if !__JHEXEN__ S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOOROPEN); #endif break; default: break; } } break; case DS_INITIALWAIT: if(!--door->topCountDown) { switch(door->type) { case DT_RAISEIN5MINS: door->state = DS_UP; door->type = DT_NORMAL; #if !__JHEXEN__ S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOOROPEN); #endif break; default: break; } } break; case DS_DOWN: res = T_MovePlane(door->sector, door->speed, P_GetDoublep(door->sector, DMU_FLOOR_HEIGHT), false, 1, -1); if(res == pastdest) { #if __JHEXEN__ SN_StopSequence((mobj_t *)P_GetPtrp(door->sector, DMU_EMITTER)); #endif switch(door->type) { #if __JDOOM64__ case DT_INSTANTRAISE: //jd64 case DT_INSTANTCLOSE: //jd64 P_ToXSector(door->sector)->specialData = 0; Thinker_Remove(&door->thinker); // Unlink and free. break; #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ # if __JHERETIC__ case DT_BLAZEOPEN: # else case DT_BLAZERAISE: case DT_BLAZECLOSE: # endif xsec->specialData = 0; Thinker_Remove(&door->thinker); // Unlink and free. // DOOMII BUG: // This is what causes blazing doors to produce two closing // sounds as one has already been played when the door starts // to close (above) S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOORBLAZECLOSE); break; #endif case DT_NORMAL: case DT_CLOSE: xsec->specialData = 0; #if __JHEXEN__ Game_ACScriptInterpreter().tagFinished(P_ToXSector(door->sector)->tag); #endif Thinker_Remove(&door->thinker); // Unlink and free. #if __JHERETIC__ S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOORCLOSED); #endif break; case DT_CLOSE30THENOPEN: door->state = DS_WAIT; door->topCountDown = 30 * TICSPERSEC; break; default: break; } } else if(res == crushed) { // DOOMII BUG: // The switch below SHOULD(?) play the blazing open sound if // the door type is blazing and not SFX_DOROPN. switch(door->type) { #if __JDOOM__ || __JDOOM64__ case DT_BLAZECLOSE: #endif case DT_CLOSE: // Do not go back up! break; default: door->state = DS_UP; #if !__JHEXEN__ S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOOROPEN); #endif break; } } break; case DS_UP: res = T_MovePlane(door->sector, door->speed, door->topHeight, false, 1, 1); if(res == pastdest) { #if __JHEXEN__ SN_StopSequence((mobj_t *)P_GetPtrp(door->sector, DMU_EMITTER)); #endif switch(door->type) { #if __JDOOM64__ case DT_INSTANTRAISE: //jd64 door->state = DS_WAIT; /* * skip topwait and began the countdown * that way there won't be a big delay when the * animation starts -kaiser */ door->topCountDown = 160; break; #endif #if __JDOOM__ || __JDOOM64__ case DT_BLAZERAISE: #endif #if __JHERETIC__ case DT_BLAZEOPEN: #endif case DT_NORMAL: door->state = DS_WAIT; // Wait at top. door->topCountDown = door->topWait; break; #if __JDOOM__ || __JDOOM64__ case DT_BLAZEOPEN: #endif case DT_CLOSE30THENOPEN: case DT_OPEN: xsec->specialData = 0; #if __JHEXEN__ Game_ACScriptInterpreter().tagFinished(P_ToXSector(door->sector)->tag); #endif Thinker_Remove(&door->thinker); // Unlink and free. #if __JHERETIC__ S_StopSound(0, (mobj_t *) P_GetPtrp(door->sector, DMU_CEILING_EMITTER)); #endif break; default: break; } } break; default: break; } } void door_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteByte(writer, (byte) type); Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt16(writer, (int)topHeight); Writer_WriteInt32(writer, FLT2FIX(speed)); Writer_WriteInt32(writer, state); Writer_WriteInt32(writer, topWait); Writer_WriteInt32(writer, topCountDown); } int door_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); #if __JHEXEN__ if(mapVersion >= 4) #else if(mapVersion >= 5) #endif { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. type = doortype_e(Reader_ReadByte(reader)); sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); topHeight = (float) Reader_ReadInt16(reader); speed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); state = doorstate_e(Reader_ReadInt32(reader)); topWait = Reader_ReadInt32(reader); topCountDown = Reader_ReadInt32(reader); } else { // Its in the old format which serialized door_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. #if __JHEXEN__ // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); type = doortype_e(Reader_ReadInt32(reader)); #else type = doortype_e(Reader_ReadInt32(reader)); // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); #endif topHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); speed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); state = doorstate_e(Reader_ReadInt32(reader)); topWait = Reader_ReadInt32(reader); topCountDown = Reader_ReadInt32(reader); } P_ToXSector(sector)->specialData = this; thinker.function = T_Door; return true; // Add this thinker. } static int EV_DoDoor2(int tag, float speed, int topwait, doortype_e type) { iterlist_t *list = P_GetSectorIterListForTag(tag, false); if(!list) return 0; int rtn = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *) IterList_MoveIterator(list))) { xsector_t *xsec = P_ToXSector(sec); if(xsec->specialData) continue; // new door thinker rtn = 1; door_t *door = (door_t *)Z_Calloc(sizeof(*door), PU_MAP, 0); door->thinker.function = T_Door; Thinker_Add(&door->thinker); xsec->specialData = door; door->sector = sec; door->type = type; door->topWait = topwait; door->speed = speed; #if __JHEXEN__ int sound = SEQ_DOOR_STONE + P_ToXSector(door->sector)->seqType; #else int sound = 0; #endif switch(type) { #if __JDOOM__ || __JDOOM64__ case DT_BLAZECLOSE: P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &door->topHeight); door->topHeight -= 4; door->state = DS_DOWN; door->speed *= 4; sound = SFX_DOORBLAZECLOSE; break; #endif case DT_CLOSE: P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &door->topHeight); door->topHeight -= 4; door->state = DS_DOWN; #if !__JHEXEN__ sound = SFX_DOORCLOSING; #endif break; case DT_CLOSE30THENOPEN: door->topHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); door->state = DS_DOWN; #if !__JHEXEN__ sound = SFX_DOORCLOSING; #endif break; #if __JDOOM__ || __JDOOM64__ case DT_BLAZERAISE: #endif #if !__JHEXEN__ case DT_BLAZEOPEN: door->state = DS_UP; P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &door->topHeight); door->topHeight -= 4; # if __JHERETIC__ door->speed *= 3; # else door->speed *= 4; # endif if(!FEQUAL(door->topHeight, P_GetDoublep(sec, DMU_CEILING_HEIGHT))) sound = SFX_DOORBLAZEOPEN; break; #endif case DT_NORMAL: case DT_OPEN: door->state = DS_UP; P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &door->topHeight); door->topHeight -= 4; #if !__JHEXEN__ if(!FEQUAL(door->topHeight, P_GetDoublep(sec, DMU_CEILING_HEIGHT))) sound = SFX_DOOROPEN; #endif break; default: break; } // Play a sound? #if __JHEXEN__ SN_StartSequence((mobj_t *)P_GetPtrp(door->sector, DMU_EMITTER), sound); #else if(sound) S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), sound); #endif } return rtn; } #if __JHEXEN__ int EV_DoDoor(Line * /*line*/, byte *args, doortype_e type) { return EV_DoDoor2((int) args[0], (float) args[1] * (1.0 / 8), (int) args[2], type); } #else int EV_DoDoor(Line *line, doortype_e type) { return EV_DoDoor2(P_ToXLine(line)->tag, DOORSPEED, DOORWAIT, type); } #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ static void sendNeedKeyMessage(player_t *p, textenum_t msgTxt, int keyNum) { char buf[160], tmp[2]; char const *in; buf[0] = 0; tmp[1] = 0; // Get the message template. in = GET_TXT(msgTxt); for(; *in; in++) { if(in[0] == '%') { if(in[1] == '1') { strcat(buf, GET_TXT(TXT_KEY1 + keyNum)); in++; continue; } if(in[1] == '%') in++; } tmp[0] = *in; strcat(buf, tmp); } P_SetMessage(p, 0, buf); } #endif #if __JDOOM__ || __JDOOM64__ /** * Checks whether the given line is a locked door. * If locked and the player IS ABLE to open it, return @c true. * If locked and the player IS NOT ABLE to open it, send an appropriate * message and play a sound before returning @c false. * Else, NOT a locked door and can be opened, return @c true. */ static dd_bool tryLockedDoor(Line *line, player_t *p) { xline_t *xline = P_ToXLine(line); if(!p || !xline) return false; switch(xline->special) { case 99: // Blue Lock case 133: if(!p->keys[KT_BLUECARD] && !p->keys[KT_BLUESKULL]) { sendNeedKeyMessage(p, TXT_PD_BLUEO, 0); S_StartSound(SFX_DOORLOCKED, p->plr->mo); return false; } break; case 134: // Red Lock case 135: if(!p->keys[KT_REDCARD] && !p->keys[KT_REDSKULL]) { sendNeedKeyMessage(p, TXT_PD_REDO, 2); S_StartSound(SFX_DOORLOCKED, p->plr->mo); return false; } break; case 136: // Yellow Lock case 137: if(!p->keys[KT_YELLOWCARD] && !p->keys[KT_YELLOWSKULL]) { sendNeedKeyMessage(p, TXT_PD_YELLOWO, 1); S_StartSound(SFX_DOORLOCKED, p->plr->mo); return false; } break; # if __JDOOM64__ case 343: if(!P_InventoryCount(p - players, IIT_DEMONKEY1)) { P_SetMessage(p, 0, PD_OPNPOWERUP); S_StartSound(SFX_DOORLOCKED, p->plr->mo); return false; } break; case 344: if(!P_InventoryCount(p - players, IIT_DEMONKEY2)) { P_SetMessage(p, 0, PD_OPNPOWERUP); S_StartSound(SFX_DOORLOCKED, p->plr->mo); return false; } break; case 345: if(!P_InventoryCount(p - players, IIT_DEMONKEY3)) { P_SetMessage(p, 0, PD_OPNPOWERUP); S_StartSound(SFX_DOORLOCKED, p->plr->mo); return false; } break; # endif default: break; } return true; } #endif /** * Checks whether the given line is a locked manual door. * If locked and the player IS ABLE to open it, return @c true. * If locked and the player IS NOT ABLE to open it, send an appropriate * message and play a sound before returning @c false. * Else, NOT a locked door and can be opened, return @c true. */ static dd_bool tryLockedManualDoor(Line *line, mobj_t *mo) { xline_t *xline = P_ToXLine(line); #if !__JHEXEN__ int keyNum = -1; textenum_t msgTxt = NUMTEXT; sfxenum_t sfxNum = SFX_NONE; #endif if(!mo || !xline) return false; #if !__JHEXEN__ player_t *p = mo->player; switch(xline->special) { case 26: case 32: # if __JDOOM64__ case 525: // jd64 # endif if(!p) return false; // Blue Lock # if __JHERETIC__ if(!p->keys[KT_BLUE]) { msgTxt = TXT_TXT_NEEDBLUEKEY; keyNum = 2; sfxNum = SFX_DOORLOCKED; } # else if(!p->keys[KT_BLUECARD] && !p->keys[KT_BLUESKULL]) { msgTxt = TXT_PD_BLUEK; keyNum = 0; sfxNum = SFX_DOORLOCKED; } # endif break; case 27: case 34: # if __JDOOM64__ case 526: // jd64 # endif if(!p) return false; // Yellow Lock # if __JHERETIC__ if(!p->keys[KT_YELLOW]) { msgTxt = TXT_TXT_NEEDYELLOWKEY; keyNum = 0; sfxNum = SFX_DOORLOCKED; } # else if(!p->keys[KT_YELLOWCARD] && !p->keys[KT_YELLOWSKULL]) { msgTxt = TXT_PD_YELLOWK; keyNum = 1; sfxNum = SFX_DOORLOCKED; } # endif break; case 28: case 33: # if __JDOOM64__ case 527: // jd64 # endif if(!p) return false; # if __JHERETIC__ // Green lock if(!p->keys[KT_GREEN]) { msgTxt = TXT_TXT_NEEDGREENKEY; keyNum = 1; sfxNum = SFX_DOORLOCKED; } # else // Red lock if(!p->keys[KT_REDCARD] && !p->keys[KT_REDSKULL]) { msgTxt = TXT_PD_REDK; keyNum = 2; sfxNum = SFX_DOORLOCKED; } # endif break; default: break; } if(keyNum != -1) { // A key is required. sendNeedKeyMessage(p, msgTxt, keyNum); S_StartSound(sfxNum, p->plr->mo); return false; } #endif return true; } /** * Move a locked door up/down. */ #if __JDOOM__ || __JDOOM64__ int EV_DoLockedDoor(Line *line, doortype_e type, mobj_t *thing) { if(!tryLockedDoor(line, thing->player)) return 0; return EV_DoDoor(line, type); } #endif /** * Open a door manually, no tag value. */ dd_bool EV_VerticalDoor(Line *line, mobj_t *mo) { Sector *sec = (Sector *)P_GetPtrp(line, DMU_BACK_SECTOR); if(!sec) return false; if(!tryLockedManualDoor(line, mo)) return false; // Mobj cannot open this door. xsector_t *xsec = P_ToXSector(sec); xline_t *xline = P_ToXLine(line); // If the sector has an active thinker, use it. if(xsec->specialData) { #if __JHEXEN__ return false; #else door_t *door = (door_t *)xsec->specialData; switch(xline->special) { case 1: case 26: case 27: case 28: # if __JDOOM__ || __JDOOM64__ case 117: # endif # if __JDOOM64__ case 525: // jd64 case 526: // jd64 case 527: // jd64 # endif // Only for "raise" doors, not "open"s. if(door->state == DS_DOWN) door->state = DS_UP; // Go back up. else { if(!mo->player) return false; // Bad guys never close doors. door->state = DS_DOWN; // Start going down immediately. } return false; default: break; } #endif } // New door thinker. door_t *door = (door_t *) Z_Calloc(sizeof(*door), PU_MAP, 0); door->thinker.function = T_Door; Thinker_Add(&door->thinker); xsec->specialData = door; door->sector = sec; door->state = DS_UP; // Play a sound? #if __JHEXEN__ SN_StartSequence((mobj_t *)P_GetPtrp(door->sector, DMU_EMITTER), SEQ_DOOR_STONE + P_ToXSector(door->sector)->seqType); #else switch(xline->special) { # if __JDOOM__ || __JDOOM64__ case 117: case 118: # if __JDOOM64__ case 525: // jd64 case 526: // jd64 case 527: // jd64 # endif // BLAZING DOOR RAISE/OPEN S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOORBLAZEOPEN); break; # endif case 1: case 31: // NORMAL DOOR SOUND S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOOROPEN); break; default: // LOCKED DOOR SOUND S_PlaneSound((Plane *)P_GetPtrp(door->sector, DMU_CEILING_PLANE), SFX_DOOROPEN); break; } #endif switch(xline->special) { #if __JHEXEN__ case 11: door->type = DT_OPEN; door->speed = (float) xline->arg2 * (1.0 / 8); door->topWait = (int) xline->arg3; xline->special = 0; break; #else case 31: case 32: case 33: case 34: door->type = DT_OPEN; door->speed = DOORSPEED; door->topWait = DOORWAIT; xline->special = 0; break; #endif #if __JHEXEN__ case 12: case 13: door->type = DT_NORMAL; door->speed = (float) xline->arg2 * (1.0 / 8); door->topWait = (int) xline->arg3; break; #else case 1: case 26: case 27: case 28: door->type = DT_NORMAL; door->speed = DOORSPEED; door->topWait = DOORWAIT; break; #endif #if __JDOOM__ || __JDOOM64__ case 117: // blazing door raise # if __JDOOM64__ case 525: // jd64 case 526: // jd64 case 527: // jd64 # endif door->type = DT_BLAZERAISE; door->speed = DOORSPEED * 4; door->topWait = DOORWAIT; break; case 118: // blazing door open door->type = DT_BLAZEOPEN; door->speed = DOORSPEED * 4; door->topWait = DOORWAIT; xline->special = 0; break; #endif default: #if __JHEXEN__ door->type = DT_NORMAL; door->speed = (float) xline->arg2 * (1.0 / 8); door->topWait = (int) xline->arg3; #else door->speed = DOORSPEED; door->topWait = DOORWAIT; #endif break; } // find the top and bottom of the movement range P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &door->topHeight); door->topHeight -= 4; return true; } #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ void P_SpawnDoorCloseIn30(Sector *sec) { door_t *door = (door_t *)Z_Calloc(sizeof(*door), PU_MAP, 0); door->thinker.function = T_Door; Thinker_Add(&door->thinker); P_ToXSector(sec)->specialData = door; P_ToXSector(sec)->special = 0; door->sector = sec; door->state = DS_WAIT; door->type = DT_NORMAL; door->speed = DOORSPEED; door->topCountDown = 30 * TICSPERSEC; door->topHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); } void P_SpawnDoorRaiseIn5Mins(Sector *sec) { door_t *door = (door_t *)Z_Calloc(sizeof(*door), PU_MAP, 0); door->thinker.function = T_Door; Thinker_Add(&door->thinker); P_ToXSector(sec)->specialData = door; P_ToXSector(sec)->special = 0; door->sector = sec; door->state = DS_INITIALWAIT; door->type = DT_RAISEIN5MINS; door->speed = DOORSPEED; P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &door->topHeight); door->topHeight -= 4; door->topWait = DOORWAIT; door->topCountDown = 5 * 60 * TICSPERSEC; } #endif doomsday-1.14.5/doomsday/plugins/common/src/thingarchive.cpp0000664000175000017500000001254112350542240023443 0ustar jaakkojaakko/** @file thingarchive.cpp Map save state thing archive. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "thingarchive.h" #include "mobj.h" #include "p_saveg.h" /// @todo remove me #include #if __JHEXEN__ /// Symbolic identifier used to mark references to players. static ThingArchive::SerialId const TargetPlayerId = -2; #endif DENG2_PIMPL(ThingArchive) { int version; uint size; mobj_t **things; bool excludePlayers; Instance(Public *i) : Base(i) , version(0) , size(0) , things(0) , excludePlayers(false) {} ~Instance() { self.clear(); } struct countmobjthinkerstoarchive_params_t { uint count; bool excludePlayers; }; static int countMobjThinkersToArchive(thinker_t *th, void *context) { countmobjthinkerstoarchive_params_t &p = *(countmobjthinkerstoarchive_params_t *) context; if(!(Mobj_IsPlayer((mobj_t *) th) && p.excludePlayers)) { p.count++; } return false; // Continue iteration. } }; ThingArchive::ThingArchive(int version) : d(new Instance(this)) { d->version = version; } int ThingArchive::version() const { return d->version; } bool ThingArchive::excludePlayers() const { return d->excludePlayers; } uint ThingArchive::size() const { return d->size; } void ThingArchive::clear() { M_Free(d->things); d->things = 0; d->size = 0; } void ThingArchive::initForLoad(uint size) { d->size = size; d->things = (mobj_t **)M_Calloc(d->size * sizeof(*d->things)); } void ThingArchive::initForSave(bool excludePlayers) { // Count the number of things we'll be writing. Instance::countmobjthinkerstoarchive_params_t parm; de::zap(parm); parm.count = 0; parm.excludePlayers = excludePlayers; Thinker_Iterate((thinkfunc_t) P_MobjThinker, Instance::countMobjThinkersToArchive, &parm); d->size = parm.count; d->things = (mobj_t **)M_Calloc(d->size * sizeof(*d->things)); d->excludePlayers = excludePlayers; } void ThingArchive::insert(mobj_t const *mo, SerialId serialId) { DENG_ASSERT(mo != 0); #if __JHEXEN__ if(d->version >= 1) #endif { serialId -= 1; } #if __JHEXEN__ // Only signed in Hexen. DENG2_ASSERT(serialId >= 0); if(serialId < 0) return; // Does this ever occur? #endif DENG_ASSERT(d->things != 0); DENG_ASSERT((unsigned)serialId < d->size); d->things[serialId] = const_cast(mo); } ThingArchive::SerialId ThingArchive::serialIdFor(mobj_t const *mo) { DENG_ASSERT(d->things != 0); if(!mo) return 0; // We only archive mobj thinkers. if(((thinker_t *) mo)->function != (thinkfunc_t) P_MobjThinker) { return 0; } #if __JHEXEN__ if(mo->player && d->excludePlayers) { return TargetPlayerId; } #endif uint firstUnused = 0; bool found = false; for(uint i = 0; i < d->size; ++i) { if(!d->things[i] && !found) { firstUnused = i; found = true; continue; } if(d->things[i] == mo) { return i + 1; } } if(!found) { Con_Error("ThingArchive::serialIdFor: Thing archive exhausted!"); return 0; // No number available! } // Insert it in the archive. d->things[firstUnused] = const_cast(mo); return firstUnused + 1; } mobj_t *ThingArchive::mobj(SerialId serialId, void *address) { #if !__JHEXEN__ DENG_UNUSED(address); #endif #if __JHEXEN__ if(serialId == TargetPlayerId) { targetplraddress_t *tpa = (targetplraddress_t *)M_Malloc(sizeof(targetplraddress_t)); tpa->address = (void **)address; tpa->next = targetPlayerAddrs; targetPlayerAddrs = tpa; return 0; } #endif DENG_ASSERT(d->things != 0); #if __JHEXEN__ if(d->version < 1) { // Old format (base 0). // A NULL reference? if(serialId == -1) return 0; if(serialId < 0 || (unsigned) serialId > d->size - 1) return 0; } else #endif { // New format (base 1). // A NULL reference? if(serialId == 0) return 0; if(serialId < 1 || (unsigned) serialId > d->size) { App_Log(DE2_RES_WARNING, "ThingArchive::mobj: Invalid serialId %i", serialId); return 0; } serialId -= 1; } return d->things[serialId]; } doomsday-1.14.5/doomsday/plugins/common/src/hu_menu.cpp0000664000175000017500000072451212350542240022440 0ustar jaakkojaakko/** @file hu_menu.cpp Menu widget stuff, episode selection and such. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "hu_menu.h" #include "m_argv.h" #include "hu_chat.h" #include "hu_log.h" #include "hu_msg.h" #include "hu_stuff.h" #include "am_map.h" #include "x_hair.h" #include "player.h" #include "g_controls.h" #include "p_savedef.h" #include "g_common.h" #include "gamesession.h" #include "r_common.h" #include "m_ctrl.h" #include "saveslots.h" #include #include #include #include #include #include /// Original game line height for pages that employ the fixed layout (in 320x200 pixels). #if __JDOOM__ # define FIXED_LINE_HEIGHT (15+1) #else # define FIXED_LINE_HEIGHT (19+1) #endif struct cvarbutton_t { char active; char const *cvarname; char const *yes; char const *no; int mask; cvarbutton_t(char active = 0, char const *cvarname = 0, char const *yes = 0, char const *no = 0, int mask = 0) : active(active) , cvarname(cvarname) , yes(yes) , no(no) , mask(mask) {} }; int Hu_MenuActionSetActivePage(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuActionInitNewGame(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectLoadGame(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectSaveGame(mn_object_t *ob, mn_actionid_t action, void *parameters); #if __JHEXEN__ int Hu_MenuSelectFiles(mn_object_t *ob, mn_actionid_t action, void *parameters); #endif int Hu_MenuSelectPlayerSetup(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectJoinGame(mn_object_t *ob, mn_actionid_t action, void *parameters); #if __JDOOM__ || __JHERETIC__ || __JHEXEN__ int Hu_MenuSelectHelp(mn_object_t *ob, mn_actionid_t action, void *parameters); #endif int Hu_MenuSelectControlPanelLink(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectSingleplayer(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectMultiplayer(mn_object_t *ob, mn_actionid_t action, void *parameters); #if __JDOOM__ || __JHERETIC__ int Hu_MenuFocusEpisode(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuActivateNotSharewareEpisode(mn_object_t *ob, mn_actionid_t action, void *parameters); #endif #if __JHEXEN__ int Hu_MenuFocusOnPlayerClass(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectPlayerClass(mn_object_t *ob, mn_actionid_t action, void *parameters); #endif int Hu_MenuFocusSkillMode(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectLoadSlot(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectQuitGame(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectEndGame(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectAcceptPlayerSetup(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuSelectSaveSlot(mn_object_t *ob, mn_actionid_t action, void *parameters); int Hu_MenuChangeWeaponPriority(mn_object_t *ob, mn_actionid_t action, void *parameters); #if __JHEXEN__ int Hu_MenuSelectPlayerSetupPlayerClass(mn_object_t *ob, mn_actionid_t action, void *parameters); #endif int Hu_MenuSelectPlayerColor(mn_object_t *ob, mn_actionid_t action, void *parameters); #if __JHEXEN__ void Hu_MenuPlayerClassBackgroundTicker(mn_object_t *ob); void Hu_MenuPlayerClassPreviewTicker(mn_object_t *ob); #endif #if __JHERETIC__ || __JHEXEN__ void Hu_MenuDrawMainPage(mn_page_t *page, Point2Raw const *origin); #endif void Hu_MenuDrawGameTypePage(mn_page_t *page, Point2Raw const *origin); void Hu_MenuDrawSkillPage(mn_page_t *page, Point2Raw const *origin); #if __JHEXEN__ void Hu_MenuDrawPlayerClassPage(mn_page_t *page, Point2Raw const *origin); #endif #if __JDOOM__ || __JHERETIC__ void Hu_MenuDrawEpisodePage(mn_page_t *page, Point2Raw const *origin); #endif void Hu_MenuDrawOptionsPage(mn_page_t *page, Point2Raw const *origin); void Hu_MenuDrawWeaponsPage(mn_page_t *page, Point2Raw const *origin); void Hu_MenuDrawLoadGamePage(mn_page_t *page, Point2Raw const *origin); void Hu_MenuDrawSaveGamePage(mn_page_t *page, Point2Raw const *origin); void Hu_MenuDrawMultiplayerPage(mn_page_t *page, Point2Raw const *origin); void Hu_MenuDrawPlayerSetupPage(mn_page_t *page, Point2Raw const *origin); int Hu_MenuColorWidgetCmdResponder(mn_page_t *page, menucommand_e cmd); static void initAllPages(); static void destroyAllPages(); static void initAllObjectsOnAllPages(); static void updatePageObjects(mn_page_t *page); static void Hu_MenuUpdateCursorState(); static dd_bool Hu_MenuHasCursorRotation(mn_object_t *obj); cvarbutton_t mnCVarButtons[] = { cvarbutton_t(0, "ctl-aim-noauto"), #if __JHERETIC__ || __JHEXEN__ cvarbutton_t(0, "ctl-inventory-mode", "Scroll", "Cursor"), cvarbutton_t(0, "ctl-inventory-use-immediate"), cvarbutton_t(0, "ctl-inventory-use-next"), cvarbutton_t(0, "ctl-inventory-wrap"), #endif cvarbutton_t(0, "ctl-look-spring"), cvarbutton_t(0, "ctl-run"), #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "game-anybossdeath666"), #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ cvarbutton_t(0, "game-corpse-sliding"), #endif #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "game-maxskulls"), #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ cvarbutton_t(0, "game-monsters-stuckindoors"), cvarbutton_t(0, "game-monsters-floatoverblocking"), cvarbutton_t(0, "game-objects-clipping"), cvarbutton_t(0, "game-objects-falloff"), #endif #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "game-objects-gibcrushednonbleeders"), #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ cvarbutton_t(0, "game-objects-neverhangoverledges"), cvarbutton_t(0, "game-player-wallrun-northonly"), #endif #if __JDOOM__ cvarbutton_t(0, "game-raiseghosts"), #endif cvarbutton_t(0, "game-save-confirm"), cvarbutton_t(0, "game-save-confirm-loadonreborn"), cvarbutton_t(0, "game-save-last-loadonreborn"), #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "game-skullsinwalls"), #if __JDOOM__ cvarbutton_t(0, "game-vilechase-usevileradius"), #endif cvarbutton_t(0, "game-zombiescanexit"), #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ cvarbutton_t(0, "hud-ammo"), cvarbutton_t(0, "hud-armor"), #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ cvarbutton_t(0, "hud-cheat-counter-show-mapopen"), #endif #if __JHERETIC__ || __JHEXEN__ cvarbutton_t(0, "hud-currentitem"), #endif #if __JDOOM__ cvarbutton_t(0, "hud-face"), cvarbutton_t(0, "hud-face-ouchfix"), #endif cvarbutton_t(0, "hud-health"), #if __JHERETIC__ || __JHEXEN__ cvarbutton_t(0, "hud-inventory-slot-showempty"), #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ cvarbutton_t(0, "hud-keys"), #endif #if __JDOOM__ cvarbutton_t(0, "hud-keys-combine"), #endif #if __JHEXEN__ cvarbutton_t(0, "hud-mana"), #endif #if __JDOOM64__ cvarbutton_t(0, "hud-power"), #endif #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "hud-status-weaponslots-ownedfix"), #endif cvarbutton_t(0, "hud-unhide-damage"), cvarbutton_t(0, "hud-unhide-pickup-ammo"), cvarbutton_t(0, "hud-unhide-pickup-armor"), cvarbutton_t(0, "hud-unhide-pickup-health"), #if __JHERETIC__ || __JHEXEN__ cvarbutton_t(0, "hud-unhide-pickup-invitem"), #endif cvarbutton_t(0, "hud-unhide-pickup-powerup"), cvarbutton_t(0, "hud-unhide-pickup-key"), cvarbutton_t(0, "hud-unhide-pickup-weapon"), cvarbutton_t(0, "map-door-colors"), cvarbutton_t(0, "msg-show"), #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "player-autoswitch-berserk"), #endif cvarbutton_t(0, "player-autoswitch-notfiring"), #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ cvarbutton_t(0, "player-jump"), #endif cvarbutton_t(0, "player-weapon-cycle-sequential"), cvarbutton_t(0, "player-weapon-nextmode"), #if __JDOOM64__ cvarbutton_t(0, "player-weapon-recoil"), #endif #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "server-game-bfg-freeaim"), #endif cvarbutton_t(0, "server-game-coop-nodamage"), #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "server-game-coop-nothing"), cvarbutton_t(0, "server-game-coop-noweapons"), cvarbutton_t(0, "server-game-coop-respawn-items"), #endif #if __JHEXEN__ cvarbutton_t(0, "server-game-deathmatch"), #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ cvarbutton_t(0, "server-game-jump"), #endif #if __JDOOM__ || __JDOOM64__ cvarbutton_t(0, "server-game-nobfg"), #endif cvarbutton_t(0, "server-game-nomonsters"), #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ cvarbutton_t(0, "server-game-noteamdamage"), #endif cvarbutton_t(0, "server-game-radiusattack-nomaxz"), #if __JHEXEN__ cvarbutton_t(0, "server-game-randclass"), #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ cvarbutton_t(0, "server-game-respawn"), #endif cvarbutton_t(0, "view-cross-vitality"), cvarbutton_t() }; int menuTime; dd_bool menuNominatingQuickSaveSlot; static mn_page_t *menuActivePage; static dd_bool menuActive; static float mnAlpha; // Alpha level for the entire menu. static float mnTargetAlpha; // Target alpha for the entire UI. static skillmode_t mnSkillmode = SM_MEDIUM; static int mnEpisode; #if __JHEXEN__ static int mnPlrClass = PCLASS_FIGHTER; #endif static int frame; // Used by any graphic animations that need to be pumped. static dd_bool colorWidgetActive; // Present cursor state. static dd_bool cursorHasRotation; static float cursorAngle; static int cursorAnimCounter; static int cursorAnimFrame; #if __JHERETIC__ static char notDesignedForMessage[80]; #endif static patchid_t pMainTitle; #if __JDOOM__ || __JDOOM64__ static patchid_t pNewGame; static patchid_t pSkill; static patchid_t pEpisode; static patchid_t pNGame; static patchid_t pOptions; static patchid_t pLoadGame; static patchid_t pSaveGame; static patchid_t pReadThis; static patchid_t pQuitGame; static patchid_t pOptionsTitle; static patchid_t pSkillModeNames[NUM_SKILL_MODES]; #endif #if __JDOOM__ static patchid_t pEpisodeNames[4]; #endif #if __JHEXEN__ static patchid_t pPlayerClassBG[3]; static patchid_t pBullWithFire[8]; #endif #if __JHERETIC__ static patchid_t pRotatingSkull[18]; #endif static patchid_t pCursors[MENU_CURSOR_FRAMECOUNT]; #if __JDOOM64__ mndata_slider_t sld_hud_viewsize = { 3, 11, 0, 1, false, (void *)"view-size", 0, 0, 0, 0 }; #else mndata_slider_t sld_hud_viewsize = { 3, 13, 0, 1, false, (void *)"view-size", 0, 0, 0, 0 }; #endif mndata_slider_t sld_hud_uptime = { 0, 60, 0, 1.f, true, (void *)"hud-timer", (void *)"Disabled", NULL, (void *)" second", (void *)" seconds" }; mndata_slider_t sld_hud_xhair_size = { 0, 1, 0, .1f, true, (void *)"view-cross-size", 0, 0, 0, 0 }; mndata_slider_t sld_hud_xhair_angle = { 0, 1, 0, .0625f, true, (void *)"view-cross-angle", 0, 0, 0, 0 }; mndata_slider_t sld_hud_xhair_opacity = { 0, 1, 0, .1f, true, (void *)"view-cross-a", 0, 0, 0, 0 }; mndata_slider_t sld_hud_size = { 0, 1, 0, .1f, true, (void *)"hud-scale", 0, 0, 0, 0 }; mndata_slider_t sld_hud_cntr_size = { 0, 1, 0, .1f, true, (void *)"hud-cheat-counter-scale", 0, 0, 0, 0 }; mndata_slider_t sld_hud_sbar_size = { 0, 1, 0, .1f, true, (void *)"hud-status-size", 0, 0, 0, 0 }; mndata_slider_t sld_hud_sbar_opacity = { 0, 1, 0, .1f, true, (void *)"hud-status-alpha", 0, 0, 0, 0 }; mndata_slider_t sld_hud_msg_size = { 0, 1, 0, .1f, true, (void *)"msg-scale", 0, 0, 0, 0 }; mndata_slider_t sld_hud_msg_uptime = { 0, 60, 0, 1.f, true, (void *)"msg-uptime", (void *)"Disabled", NULL, (void *)" second", (void *)" seconds" }; mndata_colorbox_t cbox_hud_color = { 0, 0, 0, 0, 0, 0, true, (void *)"hud-color-r", (void *)"hud-color-g", (void *)"hud-color-b", (void *)"hud-color-a" }; mndata_colorbox_t cbox_hud_msg_color = { 0, 0, 0, 0, 0, 0, false, (void *)"msg-color-r", (void *)"msg-color-g", (void *)"msg-color-b", 0 }; mndata_listitem_t listit_hud_xhair_symbols[] = { { "None", 0 }, { "Cross", 1 }, { "Twin Angles", 2 }, { "Square", 3 }, { "Open Square", 4 }, { "Angle", 5 } }; mndata_list_t list_hud_xhair_symbol = { listit_hud_xhair_symbols, NUMLISTITEMS(listit_hud_xhair_symbols), (void *)"view-cross-type", 0, 0, 0, 0 }; mndata_colorbox_t cbox_hud_xhair_color = { 0, 0, 0, 0, 0, 0, false, (void *)"view-cross-r", (void *)"view-cross-g", (void *)"view-cross-b", 0 }; #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_listitem_t listit_hud_killscounter_displaymethods[] = { { "Hidden", 0 }, { "Count", CCH_KILLS }, { "Percent", CCH_KILLS_PRCNT }, { "Count+Percent", CCH_KILLS | CCH_KILLS_PRCNT }, }; mndata_list_t list_hud_cntr_kills = { listit_hud_killscounter_displaymethods, NUMLISTITEMS(listit_hud_killscounter_displaymethods), (void *)"hud-cheat-counter", CCH_KILLS | CCH_KILLS_PRCNT, 0, 0, 0 }; mndata_listitem_t listit_hud_itemscounter_displaymethods[] = { { "Hidden", 0 }, { "Count", CCH_ITEMS }, { "Percent", CCH_ITEMS_PRCNT }, { "Count+Percent", CCH_ITEMS | CCH_ITEMS_PRCNT }, }; mndata_list_t list_hud_cntr_items = { listit_hud_itemscounter_displaymethods, NUMLISTITEMS(listit_hud_itemscounter_displaymethods), (void *)"hud-cheat-counter", CCH_ITEMS | CCH_ITEMS_PRCNT, 0, 0, 0 }; mndata_listitem_t listit_hud_secretscounter_displaymethods[] = { { "Hidden", 0 }, { "Count", CCH_SECRETS }, { "Percent", CCH_SECRETS_PRCNT }, { "Count+Percent", CCH_SECRETS | CCH_SECRETS_PRCNT }, }; mndata_list_t list_hud_cntr_secrets = { listit_hud_secretscounter_displaymethods, NUMLISTITEMS(listit_hud_secretscounter_displaymethods), (void *)"hud-cheat-counter", CCH_SECRETS | CCH_SECRETS_PRCNT, 0, 0, 0 }; #endif mndata_text_t txt_hud_view_size = { "View Size", 0, 0 }; #if __JDOOM__ mndata_text_t txt_hud_single_key_display = { "Single Key Display", 0, 0 }; #endif mndata_text_t txt_hud_autohide = { "AutoHide", 0, 0 }; mndata_text_t txt_hud_unhide_events = { "UnHide Events", 0, 0 }; mndata_text_t txt_hud_unhide_receive_damage = { "Receive Damage", 0, 0 }; mndata_text_t txt_hud_unhide_pickup_health = { "Pickup Health", 0, 0 }; mndata_text_t txt_hud_unhide_pickup_armor = { "Pickup Armor", 0, 0 }; mndata_text_t txt_hud_unhide_pickup_powerup = { "Pickup Powerup", 0, 0 }; mndata_text_t txt_hud_unhide_pickup_weapon = { "Pickup Weapon", 0, 0 }; #if __JHEXEN__ mndata_text_t txt_hud_unhide_pickup_ammo = { "Pickup Mana", 0, 0 }; #else mndata_text_t txt_hud_unhide_pickup_ammo = { "Pickup Ammo", 0, 0 }; #endif mndata_text_t txt_hud_unhide_pickup_key = { "Pickup Key", 0, 0 }; #if __JHERETIC__ || __JHEXEN__ mndata_text_t txt_hud_unhide_pickup_item = { "Pickup Item", 0, 0 }; #endif mndata_text_t txt_hud_messages = { "Messages", 0, 0 }; mndata_text_t txt_hud_msg_shown = { "Shown", 0, 0 }; mndata_text_t txt_hud_msg_size = { "Size", 0, 0 }; mndata_text_t txt_hud_msg_color = { "Color", 0, 0 }; mndata_text_t txt_hud_msg_uptime = { "Uptime", 0, 0 }; mndata_text_t txt_hud_crosshair = { "Crosshair", 0, 0 }; mndata_text_t txt_hud_xhair_symbol = { "Symbol", 0, 0 }; mndata_text_t txt_hud_xhair_size = { "Size", 0, 0 }; mndata_text_t txt_hud_xhair_angle = { "Angle", 0, 0 }; mndata_text_t txt_hud_xhair_opacity = { "Opacity", 0, 0 }; mndata_text_t txt_hud_xhair_vitality_color = { "Vitality Color", 0, 0 }; mndata_text_t txt_hud_xhair_color = { "Color", 0, 0 }; #if __JDOOM__ || __JHERETIC__ || __JHEXEN__ mndata_text_t txt_hud_statusbar = { "Statusbar", 0, 0 }; mndata_text_t txt_hud_sbar_size = { "Size", 0, 0 }; mndata_text_t txt_hud_sbar_opacity = { "Opacity", 0, 0 }; #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_text_t txt_hud_counters = { "Counters", 0, 0 }; mndata_text_t txt_hud_cntr_kills = { "Kills", 0, 0 }; mndata_text_t txt_hud_cntr_items = { "Items", 0, 0 }; mndata_text_t txt_hud_cntr_secrets = { "Secrets", 0, 0 }; mndata_text_t txt_hud_cntr_size = { "Size", 0, 0 }; #endif mndata_text_t txt_hud_fullscreen = { "Fullscreen", 0, 0 }; mndata_text_t txt_hud_full_size = { "Size", 0, 0 }; mndata_text_t txt_hud_full_text_color = { "Text Color", 0, 0 }; #if __JHEXEN__ mndata_text_t txt_hud_full_show_mana = { "Show Mana", 0, 0 }; #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_text_t txt_hud_full_show_ammo = { "Show Ammo", 0, 0 }; mndata_text_t txt_hud_full_show_armor = { "Show Armor", 0, 0 }; #endif #if __JDOOM64__ mndata_text_t txt_hud_full_show_powerkeys = { "Show PowerKeys", 0, 0 }; #endif #if __JDOOM__ mndata_text_t txt_hud_full_show_status = { "Show Status", 0, 0 }; #endif mndata_text_t txt_hud_full_show_health = { "Show Health", 0, 0 }; #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_text_t txt_hud_full_show_keys = { "Show Keys", 0, 0 }; #endif #if __JHERETIC__ || __JHEXEN__ mndata_text_t txt_hud_full_show_readyitem = { "Show Ready-Item", 0, 0 }; #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_text_t txt_hud_cntr_mapopen = { "Automap Only", 0, 0 }; #endif mndata_button_t btn_hud_single_key_display = { true, (void *)"hud-keys-combine", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_unhide_receive_damage = { true, (void *)"hud-unhide-damage", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_unhide_pickup_health = { true, (void *)"hud-unhide-pickup-health", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_unhide_pickup_armor = { true, (void *)"hud-unhide-pickup-armor", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_unhide_pickup_powerup = { true, (void *)"hud-unhide-pickup-powerup", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_unhide_pickup_weapon = { true, (void *)"hud-unhide-pickup-weapon", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_unhide_pickup_ammo = { true, (void *)"hud-unhide-pickup-ammo", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_unhide_pickup_key = { true, (void *)"hud-unhide-pickup-key", 0, 0, 0, 0, 0 }; #if __JHERETIC__ || __JHEXEN__ mndata_button_t btn_hud_unhide_pickup_item = { true, (void *)"hud-unhide-pickup-invitem", 0, 0, 0, 0, 0 }; #endif mndata_button_t btn_hud_msg_shown = { true, (void *)"msg-show", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_xhair_vitality_color = { true, (void *)"view-cross-vitality", 0, 0, 0, 0, 0 }; #if __JHEXEN__ mndata_button_t btn_hud_full_show_mana = { true, (void *)"hud-mana", 0, 0, 0, 0, 0 }; #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_button_t btn_hud_full_show_ammo = { true, (void *)"hud-ammo", 0, 0, 0, 0, 0 }; mndata_button_t btn_hud_full_show_armor = { true, (void *)"hud-armor", 0, 0, 0, 0, 0 }; #endif #if __JDOOM64__ mndata_button_t btn_hud_full_show_powerkeys = { true, (void *)"hud-power", 0, 0, 0, 0, 0 }; #endif #if __JDOOM__ mndata_button_t btn_hud_full_show_face = { true, (void *)"hud-face", 0, 0, 0, 0, 0 }; #endif mndata_button_t btn_hud_full_show_health = { true, (void *)"hud-health", 0, 0, 0, 0, 0 }; #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_button_t btn_hud_full_show_keys = { true, (void *)"hud-keys", 0, 0, 0, 0, 0 }; #endif #if __JHERETIC__ || __JHEXEN__ mndata_button_t btn_hud_full_show_readyitem = { true, (void *)"hud-currentitem", 0, 0, 0, 0, 0 }; #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ mndata_button_t btn_hud_cntr_mapopen = { true, (void *)"hud-cheat-counter-show-mapopen", 0, 0, 0, 0, 0 }; #endif static mn_object_t HudMenuObjects[] = { { MN_TEXT, 0, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_view_size, 0, 0, 0, 0, 0 }, { MN_SLIDER, 0, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_viewsize, 0, 0, 0, 0, 0 }, #if __JDOOM__ { MN_TEXT, 0, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_single_key_display, 0, 0, 0, 0, 0 }, { MN_BUTTON, 0, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_single_key_display, 0, 0, 0, 0, 0 }, #endif { MN_TEXT, 0, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_autohide, 0, 0, 0, 0, 0 }, { MN_SLIDER, 0, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNSlider_Ticker, MNSlider_TextualValueUpdateGeometry, MNSlider_TextualValueDrawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_uptime, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR2, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_events, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_receive_damage, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_receive_damage, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_pickup_health, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_pickup_health, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_pickup_armor, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_pickup_armor, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_pickup_powerup, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_pickup_powerup, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_pickup_weapon, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_pickup_weapon, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_pickup_ammo, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_pickup_ammo, 0, 0, 0, 0, 0 }, { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_pickup_key, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_pickup_key, 0, 0, 0, 0, 0 }, #if __JHERETIC__ || __JHEXEN__ { MN_TEXT, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_unhide_pickup_item, 0, 0, 0, 0, 0 }, { MN_BUTTON, 1, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_unhide_pickup_item, 0, 0, 0, 0, 0 }, #endif { MN_TEXT, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR2, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_messages, 0, 0, 0, 0, 0 }, { MN_TEXT, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_msg_shown, 0, 0, 0, 0, 0 }, { MN_BUTTON, 2, 0, Point2Raw(), 'm',MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_msg_shown, 0, 0, 0, 0, 0 }, { MN_TEXT, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_msg_uptime, 0, 0, 0, 0, 0 }, { MN_SLIDER, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNSlider_Ticker, MNSlider_TextualValueUpdateGeometry, MNSlider_TextualValueDrawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_msg_uptime, 0, 0, 0, 0, 0 }, { MN_TEXT, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_msg_size, 0, 0, 0, 0, 0 }, { MN_SLIDER, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_msg_size, 0, 0, 0, 0, 0 }, { MN_TEXT, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_msg_color, 0, 0, 0, 0, 0 }, { MN_COLORBOX, 2, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNColorBox_Ticker, MNColorBox_UpdateGeometry, MNColorBox_Drawer, { { Hu_MenuCvarColorBox }, { Hu_MenuCvarColorBox }, { Hu_MenuActivateColorWidget }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNColorBox_CommandResponder, NULL, NULL, &cbox_hud_msg_color, 0, 0, 0, 0, 0 }, { MN_TEXT, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR2, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_crosshair, 0, 0, 0, 0, 0 }, { MN_TEXT, 3, 0, Point2Raw(), 'c',MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_xhair_symbol, 0, 0, 0, 0, 0 }, { MN_LISTINLINE, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNListInline_Ticker, MNListInline_UpdateGeometry, MNListInline_Drawer, { { Hu_MenuCvarList }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNListInline_CommandResponder, NULL, NULL, &list_hud_xhair_symbol, 0, 0, 0, 0, 0 }, { MN_TEXT, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_xhair_size, 0, 0, 0, 0, 0 }, { MN_SLIDER, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_xhair_size, 0, 0, 0, 0, 0 }, { MN_TEXT, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_xhair_angle, 0, 0, 0, 0, 0 }, { MN_SLIDER, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_xhair_angle, 0, 0, 0, 0, 0 }, { MN_TEXT, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_xhair_opacity, 0, 0, 0, 0, 0 }, { MN_SLIDER, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_xhair_opacity, 0, 0, 0, 0, 0 }, { MN_TEXT, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_xhair_vitality_color, 0, 0, 0, 0, 0 }, { MN_BUTTON, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_xhair_vitality_color, 0, 0, 0, 0, 0 }, { MN_TEXT, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_xhair_color, 0, 0, 0, 0, 0 }, { MN_COLORBOX, 3, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNColorBox_Ticker, MNColorBox_UpdateGeometry, MNColorBox_Drawer, { { Hu_MenuCvarColorBox }, { Hu_MenuCvarColorBox }, { Hu_MenuActivateColorWidget }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNColorBox_CommandResponder, NULL, NULL, &cbox_hud_xhair_color, 0, 0, 0, 0, 0 }, #if __JDOOM__ || __JHERETIC__ || __JHEXEN__ { MN_TEXT, 4, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR2, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_statusbar, 0, 0, 0, 0, 0 }, { MN_TEXT, 4, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_sbar_size, 0, 0, 0, 0, 0 }, { MN_SLIDER, 4, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_sbar_size, 0, 0, 0, 0, 0 }, { MN_TEXT, 4, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_sbar_opacity, 0, 0, 0, 0, 0 }, { MN_SLIDER, 4, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_sbar_opacity, 0, 0, 0, 0, 0 }, #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ { MN_TEXT, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR2, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_counters, 0, 0, 0, 0, 0 }, { MN_TEXT, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_cntr_items, 0, 0, 0, 0, 0 }, { MN_LISTINLINE, 5, 0, Point2Raw(), 'i',MENU_FONT1, MENU_COLOR3, MNListInline_Ticker, MNListInline_UpdateGeometry, MNListInline_Drawer, { { Hu_MenuCvarList }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNListInline_CommandResponder, NULL, NULL, &list_hud_cntr_items, 0, 0, 0, 0, 0 }, { MN_TEXT, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_cntr_kills, 0, 0, 0, 0, 0 }, { MN_LISTINLINE, 5, 0, Point2Raw(), 'k',MENU_FONT1, MENU_COLOR3, MNListInline_Ticker, MNListInline_UpdateGeometry, MNListInline_Drawer, { { Hu_MenuCvarList }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNListInline_CommandResponder, NULL, NULL, &list_hud_cntr_kills, 0, 0, 0, 0, 0 }, { MN_TEXT, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_cntr_secrets, 0, 0, 0, 0, 0 }, { MN_LISTINLINE, 5, 0, Point2Raw(), 's',MENU_FONT1, MENU_COLOR3, MNListInline_Ticker, MNListInline_UpdateGeometry, MNListInline_Drawer, { { Hu_MenuCvarList }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNListInline_CommandResponder, NULL, NULL, &list_hud_cntr_secrets, 0, 0, 0, 0, 0 }, { MN_TEXT, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_cntr_mapopen, 0, 0, 0, 0, 0 }, { MN_BUTTON, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_cntr_mapopen, 0, 0, 0, 0, 0 }, { MN_TEXT, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_cntr_size, 0, 0, 0, 0, 0 }, { MN_SLIDER, 5, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_cntr_size, 0, 0, 0, 0, 0 }, #endif { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR2, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_fullscreen, 0, 0, 0, 0, 0 }, { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_size, 0, 0, 0, 0, 0 }, { MN_SLIDER, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNSlider_Ticker, MNSlider_UpdateGeometry, MNSlider_Drawer, { { Hu_MenuCvarSlider }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNSlider_CommandResponder, NULL, NULL, &sld_hud_size, 0, 0, 0, 0, 0 }, { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_text_color, 0, 0, 0, 0, 0 }, { MN_COLORBOX, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNColorBox_Ticker, MNColorBox_UpdateGeometry, MNColorBox_Drawer, { { Hu_MenuCvarColorBox }, { Hu_MenuCvarColorBox }, { Hu_MenuActivateColorWidget }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNColorBox_CommandResponder, NULL, NULL, &cbox_hud_color, 0, 0, 0, 0, 0 }, #if __JHEXEN__ { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_mana, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_mana, 0, 0, 0, 0, 0 }, #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_ammo, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 'a',MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_ammo, 0, 0, 0, 0, 0 }, { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_armor, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 'r',MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_armor, 0, 0, 0, 0, 0 }, #endif #if __JDOOM64__ { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_powerkeys, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 'p',MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_powerkeys, 0, 0, 0, 0, 0 }, #endif #if __JDOOM__ { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_status, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 'f',MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_face, 0, 0, 0, 0, 0 }, #endif { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_health, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 'h',MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_health, 0, 0, 0, 0, 0 }, #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_keys, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_keys, 0, 0, 0, 0, 0 }, #endif #if __JHERETIC__ || __JHEXEN__ { MN_TEXT, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, MNText_Ticker, MNText_UpdateGeometry, MNText_Drawer, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, &txt_hud_full_show_readyitem, 0, 0, 0, 0, 0 }, { MN_BUTTON, 6, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR3, MNButton_Ticker, MNButton_UpdateGeometry, MNButton_Drawer, { { Hu_MenuCvarButton }, { 0 }, { 0 }, { 0 }, { 0 }, { Hu_MenuDefaultFocusAction } }, MNButton_CommandResponder, NULL, NULL, &btn_hud_full_show_readyitem, 0, 0, 0, 0, 0 }, #endif { MN_NONE, 0, 0, Point2Raw(), 0, MENU_FONT1, MENU_COLOR1, 0, 0, 0, { { 0 }, { 0 }, { 0 }, { 0 }, { 0 }, { 0 } }, NULL, NULL, NULL, 0, 0, 0, 0, 0, 0 } }; static dd_bool inited; struct pagerecord_t { mn_page_t *page; ddstring_t name; // Symbolic name. }; static int pageCount; static pagerecord_t *pages; // Cvars for the menu: cvartemplate_t menuCVars[] = { { "menu-scale", 0, CVT_FLOAT, &cfg.menuScale, .1f, 1, 0 }, { "menu-stretch", 0, CVT_BYTE, &cfg.menuScaleMode, SCALEMODE_FIRST, SCALEMODE_LAST, 0 }, { "menu-flash-r", 0, CVT_FLOAT, &cfg.menuTextFlashColor[CR], 0, 1, 0 }, { "menu-flash-g", 0, CVT_FLOAT, &cfg.menuTextFlashColor[CG], 0, 1, 0 }, { "menu-flash-b", 0, CVT_FLOAT, &cfg.menuTextFlashColor[CB], 0, 1, 0 }, { "menu-flash-speed", 0, CVT_INT, &cfg.menuTextFlashSpeed, 0, 50, 0 }, { "menu-cursor-rotate", 0, CVT_BYTE, &cfg.menuCursorRotate, 0, 1, 0 }, { "menu-effect", 0, CVT_INT, &cfg.menuEffectFlags, 0, MEF_EVERYTHING, 0 }, { "menu-color-r", 0, CVT_FLOAT, &cfg.menuTextColors[0][CR], 0, 1, 0 }, { "menu-color-g", 0, CVT_FLOAT, &cfg.menuTextColors[0][CG], 0, 1, 0 }, { "menu-color-b", 0, CVT_FLOAT, &cfg.menuTextColors[0][CB], 0, 1, 0 }, { "menu-colorb-r", 0, CVT_FLOAT, &cfg.menuTextColors[1][CR], 0, 1, 0 }, { "menu-colorb-g", 0, CVT_FLOAT, &cfg.menuTextColors[1][CG], 0, 1, 0 }, { "menu-colorb-b", 0, CVT_FLOAT, &cfg.menuTextColors[1][CB], 0, 1, 0 }, { "menu-colorc-r", 0, CVT_FLOAT, &cfg.menuTextColors[2][CR], 0, 1, 0 }, { "menu-colorc-g", 0, CVT_FLOAT, &cfg.menuTextColors[2][CG], 0, 1, 0 }, { "menu-colorc-b", 0, CVT_FLOAT, &cfg.menuTextColors[2][CB], 0, 1, 0 }, { "menu-colord-r", 0, CVT_FLOAT, &cfg.menuTextColors[3][CR], 0, 1, 0 }, { "menu-colord-g", 0, CVT_FLOAT, &cfg.menuTextColors[3][CG], 0, 1, 0 }, { "menu-colord-b", 0, CVT_FLOAT, &cfg.menuTextColors[3][CB], 0, 1, 0 }, { "menu-glitter", 0, CVT_FLOAT, &cfg.menuTextGlitter, 0, 1, 0 }, { "menu-fog", 0, CVT_INT, &cfg.hudFog, 0, 5, 0 }, { "menu-shadow", 0, CVT_FLOAT, &cfg.menuShadow, 0, 1, 0 }, { "menu-patch-replacement", 0, CVT_INT, &cfg.menuPatchReplaceMode, PRM_FIRST, PRM_LAST, 0 }, { "menu-slam", 0, CVT_BYTE, &cfg.menuSlam, 0, 1, 0 }, { "menu-hotkeys", 0, CVT_BYTE, &cfg.menuShortcutsEnabled, 0, 1, 0 }, #if __JDOOM__ || __JDOOM64__ { "menu-quitsound", 0, CVT_INT, &cfg.menuQuitSound, 0, 1, 0 }, #endif { "menu-save-suggestname", 0, CVT_BYTE, &cfg.menuGameSaveSuggestDescription, 0, 1, 0 }, // Aliases for obsolete cvars: { "menu-turningskull", 0, CVT_BYTE, &cfg.menuCursorRotate, 0, 1, 0 }, { "", 0, CVT_NULL, 0, 0, 0, 0 } }; // Console commands for the menu: ccmdtemplate_t menuCCmds[] = { { "menu", "s", CCmdMenuOpen, 0 }, { "menu", "", CCmdMenuOpen, 0 }, { "menuup", "", CCmdMenuCommand, 0 }, { "menudown", "", CCmdMenuCommand, 0 }, { "menupageup", "", CCmdMenuCommand, 0 }, { "menupagedown", "", CCmdMenuCommand, 0 }, { "menuleft", "", CCmdMenuCommand, 0 }, { "menuright", "", CCmdMenuCommand, 0 }, { "menuselect", "", CCmdMenuCommand, 0 }, { "menudelete", "", CCmdMenuCommand, 0 }, { "menuback", "", CCmdMenuCommand, 0 }, { "", "", 0, 0 } }; void Hu_MenuRegister() { for(int i = 0; menuCVars[i].path[0]; ++i) { Con_AddVariable(menuCVars + i); } for(int i = 0; menuCCmds[i].name[0]; ++i) { Con_AddCommand(menuCCmds + i); } } static menucommand_e chooseCloseMethod() { // If we aren't using a transition then we can close normally and allow our // own menu fade-out animation to be used instead. return Con_GetInteger("con-transition-tics") == 0? MCMD_CLOSE : MCMD_CLOSEFAST; } mn_page_t* Hu_MenuFindPageByName(const char* name) { if(name && name[0]) { int i; for(i = 0; i < pageCount; ++i) { pagerecord_t* rec = pages + i; if(!stricmp(name, Str_Text(&rec->name))) { return rec->page; } } } return NULL; } /// @todo Make this state an object property flag. /// @return @c true if the rotation of a cursor on this object should be animated. static dd_bool Hu_MenuHasCursorRotation(mn_object_t *obj) { assert(obj); return (!(MNObject_Flags(obj) & MNF_DISABLED) && (MNObject_Type(obj) == MN_LISTINLINE || MNObject_Type(obj) == MN_SLIDER)); } /// To be called to re-evaluate the state of the cursor (e.g., when focus changes). static void Hu_MenuUpdateCursorState() { if(menuActive) { mn_page_t *page; mn_object_t *obj; if(colorWidgetActive) page = Hu_MenuFindPageByName("ColorWidget"); else page = Hu_MenuActivePage(); obj = MNPage_FocusObject(page); if(obj) { cursorHasRotation = Hu_MenuHasCursorRotation(obj); return; } } cursorHasRotation = false; } void Hu_MenuLoadResources() { char buffer[9]; int i; #if __JDOOM__ || __JDOOM64__ pMainTitle = R_DeclarePatch("M_DOOM"); #elif __JHERETIC__ || __JHEXEN__ pMainTitle = R_DeclarePatch("M_HTIC"); #endif #if __JDOOM__ || __JDOOM64__ pNewGame = R_DeclarePatch("M_NEWG"); pSkill = R_DeclarePatch("M_SKILL"); pEpisode = R_DeclarePatch("M_EPISOD"); pNGame = R_DeclarePatch("M_NGAME"); pOptions = R_DeclarePatch("M_OPTION"); pLoadGame = R_DeclarePatch("M_LOADG"); pSaveGame = R_DeclarePatch("M_SAVEG"); pReadThis = R_DeclarePatch("M_RDTHIS"); pQuitGame = R_DeclarePatch("M_QUITG"); pOptionsTitle = R_DeclarePatch("M_OPTTTL"); #endif #if __JDOOM__ || __JDOOM64__ pSkillModeNames[SM_BABY] = R_DeclarePatch("M_JKILL"); pSkillModeNames[SM_EASY] = R_DeclarePatch("M_ROUGH"); pSkillModeNames[SM_MEDIUM] = R_DeclarePatch("M_HURT"); pSkillModeNames[SM_HARD] = R_DeclarePatch("M_ULTRA"); # if __JDOOM__ pSkillModeNames[SM_NIGHTMARE] = R_DeclarePatch("M_NMARE"); # endif #endif #if __JDOOM__ if(gameModeBits & (GM_DOOM_SHAREWARE|GM_DOOM|GM_DOOM_ULTIMATE)) { pEpisodeNames[0] = R_DeclarePatch("M_EPI1"); pEpisodeNames[1] = R_DeclarePatch("M_EPI2"); pEpisodeNames[2] = R_DeclarePatch("M_EPI3"); } if(gameModeBits & GM_DOOM_ULTIMATE) { pEpisodeNames[3] = R_DeclarePatch("M_EPI4"); } #endif #if __JHERETIC__ for(i = 0; i < 18; ++i) { dd_snprintf(buffer, 9, "M_SKL%02d", i); pRotatingSkull[i] = R_DeclarePatch(buffer); } #endif #if __JHEXEN__ for(i = 0; i < 7; ++i) { dd_snprintf(buffer, 9, "FBUL%c0", 'A'+i); pBullWithFire[i] = R_DeclarePatch(buffer); } pPlayerClassBG[0] = R_DeclarePatch("M_FBOX"); pPlayerClassBG[1] = R_DeclarePatch("M_CBOX"); pPlayerClassBG[2] = R_DeclarePatch("M_MBOX"); #endif for(i = 0; i < MENU_CURSOR_FRAMECOUNT; ++i) { #if __JDOOM__ || __JDOOM64__ dd_snprintf(buffer, 9, "M_SKULL%d", i+1); #else dd_snprintf(buffer, 9, "M_SLCTR%d", i+1); #endif pCursors[i] = R_DeclarePatch(buffer); } } void Hu_MenuInitColorWidgetPage() { #if __JHERETIC__ || __JHEXEN__ Point2Raw const origin(98, 60); #else Point2Raw const origin(124, 60); #endif uint const numObjects = 10; mn_page_t *page = Hu_MenuNewPage("ColorWidget", &origin, MPF_NEVER_SCROLL, Hu_MenuPageTicker, NULL, Hu_MenuColorWidgetCmdResponder, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_COLORBOX; ob->_flags = MNF_ID0 | MNF_NO_FOCUS; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->drawer = MNColorBox_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; cbox->width = SCREENHEIGHT / 7; cbox->height = SCREENHEIGHT / 7; cbox->rgbaMode = true; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Red"; } ob++; ob->_type = MN_SLIDER; ob->_flags = MNF_ID1; ob->_shortcut = 'r'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuUpdateColorWidgetColor; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); ob->data2 = CR; { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 1; sld->value = 0; sld->step = .05f; sld->floatMode = true; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Green"; } ob++; ob->_type = MN_SLIDER; ob->_flags = MNF_ID2; ob->_shortcut = 'g'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuUpdateColorWidgetColor; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); ob->data2 = CG; { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 1; sld->value = 0; sld->step = .05f; sld->floatMode = true; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Blue"; } ob++; ob->_type = MN_SLIDER; ob->_flags = MNF_ID3; ob->_shortcut = 'b'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuUpdateColorWidgetColor; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); ob->data2 = CB; { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 1; sld->value = 0; sld->step = .05f; sld->floatMode = true; } ob++; ob->_type = MN_TEXT; ob->_flags = MNF_ID4; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Opacity"; } ob++; ob->_type = MN_SLIDER; ob->_flags = MNF_ID5; ob->_shortcut = 'o'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuUpdateColorWidgetColor; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); ob->data2 = CA; { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 1; sld->value = 0; sld->step = .05f; sld->floatMode = true; } ob++; ob->_type = MN_NONE; page->objects = objects; } void Hu_MenuInitMainPage() { #if __JHEXEN__ || __JHERETIC__ Point2Raw origin(110, 56); uint numObjects = 6; #else Point2Raw origin(97, 64); # if __JDOOM64__ uint numObjects = 7; # else uint numObjects = 8; # endif #endif #if __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) { origin.y += 8; } #endif #if __JDOOM__ || __JDOOM64__ mn_page_t *page = Hu_MenuNewPage("Main", &origin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, NULL, NULL, NULL); #else mn_page_t *page = Hu_MenuNewPage("Main", &origin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, Hu_MenuDrawMainPage, NULL, NULL); #endif MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTB)); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; int y = 0; #if __JDOOM__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_origin.x = -3; ob->_origin.y = -70; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->patch = &pMainTitle; } ob++; #endif ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 'n'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"GameType"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; #if defined(__JDOOM__) && !defined(__JDOOM64__) btn->patch = &pNGame; #else btn->text = "New Game"; #endif } ob++; y += FIXED_LINE_HEIGHT; ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 'o'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"Options"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; #if defined(__JDOOM__) && !defined(__JDOOM64__) btn->patch = &pOptions; #else btn->text = "Options"; #endif } ob++; y += FIXED_LINE_HEIGHT; #if __JDOOM__ || __JDOOM64__ ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 'l'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectLoadGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; # if __JDOOM64__ btn->text = "Load Game"; # else btn->patch = &pLoadGame; # endif } ob++; y += FIXED_LINE_HEIGHT; ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectSaveGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; # if __JDOOM64__ btn->text = "Save Game"; # else btn->patch = &pSaveGame; # endif } ob++; y += FIXED_LINE_HEIGHT; #else ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 'f'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"Files"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Game Files"; } ob++; y += FIXED_LINE_HEIGHT; #endif #if !__JDOOM64__ ob->_type = MN_BUTTON; ob->_origin.y = y; # if __JDOOM__ ob->_flags = MNF_ID0; ob->_shortcut = 'r'; # else ob->_shortcut = 'i'; # endif ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectHelp; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; # if defined(__JDOOM__) btn->patch = &pReadThis; # else btn->text = "Info"; # endif } ob++; y += FIXED_LINE_HEIGHT; #endif ob->_type = MN_BUTTON; #if __JDOOM__ ob->_flags = MNF_ID1; #endif ob->_origin.y = y; ob->_shortcut = 'q'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectQuitGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; #if defined(__JDOOM__) && !defined(__JDOOM64__) btn->patch = &pQuitGame; #else btn->text = "Quit Game"; #endif } ob++; y += FIXED_LINE_HEIGHT; ob->_type = MN_NONE; page->objects = objects; } void Hu_MenuInitGameTypePage() { #if __JDOOM__ || __JDOOM64__ Point2Raw origin(97, 65); #else Point2Raw origin(104, 65); #endif uint const numObjects = 3; mn_page_t *page = Hu_MenuNewPage("GameType", &origin, 0, Hu_MenuPageTicker, Hu_MenuDrawGameTypePage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTB)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Main")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; int y = 0; ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectSingleplayer; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = (char const *)TXT_SINGLEPLAYER; } ob++; y += FIXED_LINE_HEIGHT; ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 'm'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectMultiplayer; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = (char const *)TXT_MULTIPLAYER; } ob++; y += FIXED_LINE_HEIGHT; ob->_type = MN_NONE; page->objects = objects; } void Hu_MenuInitSkillPage() { #if __JHEXEN__ Point2Raw const origin(120, 44); #elif __JHERETIC__ Point2Raw const origin(38, 30); #else Point2Raw const origin(48, 63); #endif int skillButtonFlags[NUM_SKILL_MODES] = { MNF_ID0, MNF_ID1, MNF_ID2 | MNF_DEFAULT, MNF_ID3, # if !__JDOOM64__ MNF_ID4 # endif }; #if !__JHEXEN__ int skillButtonTexts[NUM_SKILL_MODES] = { TXT_SKILL1, TXT_SKILL2, TXT_SKILL3, TXT_SKILL4, # if !__JDOOM64__ TXT_SKILL5 # endif }; #endif uint const numObjects = NUM_SKILL_MODES + 1; mn_page_t *page = Hu_MenuNewPage("Skill", &origin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, Hu_MenuDrawSkillPage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTB)); #if __JHEXEN__ MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("PlayerClass")); #elif __JHERETIC__ MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Episode")); #elif __JDOOM64__ MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("GameType")); #else // __JDOOM__ if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX)) { MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("GameType")); } else { MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Episode")); } #endif mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; int y = 0; for(uint i = 0; i < NUM_SKILL_MODES; ++i, ob++, y += FIXED_LINE_HEIGHT) { ob->_type = MN_BUTTON; ob->_flags = skillButtonFlags[i]; #if !__JHEXEN__ ob->_shortcut = GET_TXT(skillButtonTexts[i])[0]; #endif ob->_origin.y = y; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionInitNewGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuFocusSkillMode; ob->cmdResponder = MNButton_CommandResponder; ob->data2 = (int)(SM_BABY + i); ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); #if !__JHEXEN__ { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = INT2PTR(const char, skillButtonTexts[i]); # if __JDOOM__ || __JDOOM64__ btn->patch = &pSkillModeNames[i]; # endif } #endif } ob->_type = MN_NONE; page->objects = objects; #if __JDOOM__ if(gameMode != doom2_hacx && gameMode != doom_chex) { mn_object_t *ob = MN_MustFindObjectOnPage(page, 0, MNF_ID4); MNButton_SetFlags(ob, FO_SET, MNBUTTON_NO_ALTTEXT); } #endif } void Hu_MenuInitMultiplayerPage() { #if __JHERETIC__ || __JHEXEN__ Point2Raw const origin(97, 65); #else Point2Raw const origin(97, 65); #endif uint const numObjects = 3; mn_page_t *page = Hu_MenuNewPage("Multiplayer", &origin, 0, Hu_MenuPageTicker, Hu_MenuDrawMultiplayerPage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTB)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("GameType")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_BUTTON; ob->_flags = MNF_ID0; ob->_shortcut = 'j'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectJoinGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Join Game"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectPlayerSetup; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Player Setup"; } ob++; ob->_type = MN_NONE; page->objects = objects; } void Hu_MenuInitPlayerSetupPage() { #if __JHERETIC__ || __JHEXEN__ Point2Raw const origin(70, 44); #else Point2Raw const origin(70, 54); #endif #if __JHEXEN__ uint numObjects = 8; #else uint numObjects = 6; #endif mn_page_t *page = Hu_MenuNewPage("PlayerSetup", &origin, 0, Hu_MenuPageTicker, Hu_MenuDrawPlayerSetupPage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPredefinedFont(page, MENU_FONT2, FID(GF_FONTB)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Multiplayer")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_MOBJPREVIEW; ob->_origin.x = SCREENWIDTH/2 - origin.x; ob->_origin.y = 60; ob->_flags = MNF_ID0 | MNF_POSITION_FIXED; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNMobjPreview_Ticker; ob->updateGeometry = MNMobjPreview_UpdateGeometry; ob->drawer = MNMobjPreview_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_mobjpreview_t), PU_GAMESTATIC, 0); ob++; ob->_type = MN_EDIT; ob->_flags = MNF_ID1 | MNF_LAYOUT_OFFSET; ob->_origin.y = 75; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNEdit_Ticker; ob->updateGeometry = MNEdit_UpdateGeometry; ob->drawer = MNEdit_Drawer; ob->actions[MNA_FOCUS].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNEdit_CommandResponder; ob->responder = MNEdit_Responder; ob->_typedata = Z_Calloc(sizeof(mndata_edit_t), PU_GAMESTATIC, 0); { mndata_edit_t *edit = (mndata_edit_t *)ob->_typedata; Str_Init(&edit->text); Str_Init(&edit->oldtext); edit->data1 = (void *)"net-name"; edit->maxLength = 24; } ob++; #if __JHEXEN__ ob->_type = MN_TEXT; ob->_flags = MNF_LAYOUT_OFFSET; ob->_origin.y = 5; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Class"; } ob++; ob->_type = MN_LISTINLINE; ob->_flags = MNF_ID2; ob->_shortcut = 'c'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNListInline_Ticker; ob->updateGeometry = MNListInline_UpdateGeometry; ob->drawer = MNListInline_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuSelectPlayerSetupPlayerClass; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNListInline_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); { mndata_list_t *list = (mndata_list_t *)ob->_typedata; list->count = 3; list->items = (mndata_listitem_t*)Z_Calloc(sizeof(mndata_listitem_t) * list->count, PU_GAMESTATIC, 0); { mndata_listitem_t *item = (mndata_listitem_t *)list->items; item->text = (char const *)TXT_PLAYERCLASS1; item->data = PCLASS_FIGHTER; item++; item->text = (char const *)TXT_PLAYERCLASS2; item->data = PCLASS_CLERIC; item++; item->text = (char const *)TXT_PLAYERCLASS3; item->data = PCLASS_MAGE; } } ob++; #endif ob->_type = MN_TEXT; #ifdef __JHERETIC__ ob->_flags = MNF_LAYOUT_OFFSET; ob->_origin.y = 5; #endif ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t*)ob->_typedata; text->text = "Color"; } ob++; // Setup the player color selection list. ob->_type = MN_LISTINLINE; ob->_flags = MNF_ID3; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNListInline_Ticker; ob->updateGeometry = MNListInline_UpdateGeometry; ob->drawer = MNListInline_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuSelectPlayerColor; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNListInline_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); { mndata_list_t *list = (mndata_list_t *)ob->_typedata; #if __JHEXEN__ // Hexen v1.0 has only four player colors. list->count = (gameMode == hexen_v10? 4 : NUMPLAYERCOLORS) + 1/*auto*/; #else list->count = NUMPLAYERCOLORS + 1/*auto*/; #endif list->items = (mndata_listitem_t *)Z_Calloc(sizeof(mndata_listitem_t) * list->count, PU_GAMESTATIC, 0); /// @todo Read these names from Text definitions. { mndata_listitem_t *item = (mndata_listitem_t *)list->items; #if __JHEXEN__ item->text = "Red"; item->data = 0; item++; item->text = "Blue"; item->data = 1; item++; item->text = "Yellow"; item->data = 2; item++; item->text = "Green"; item->data = 3; item++; // Hexen v1.0 has only four player colors. if(gameMode != hexen_v10) { item->text = "Jade"; item->data = 4; item++; item->text = "White"; item->data = 5; item++; item->text = "Hazel"; item->data = 6; item++; item->text = "Purple"; item->data = 7; item++; } item->text = "Automatic"; item->data = 8; #elif __JHERETIC__ item->text = "Green"; item->data = 0; item++; item->text = "Orange"; item->data = 1; item++; item->text = "Red"; item->data = 2; item++; item->text = "Blue"; item->data = 3; item++; item->text = "Automatic"; item->data = 4; #else item->text = "Green"; item->data = 0; item++; item->text = "Indigo"; item->data = 1; item++; item->text = "Brown"; item->data = 2; item++; item->text = "Red"; item->data = 3; item++; item->text = "Automatic"; item->data = 4; #endif } } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT2; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectAcceptPlayerSetup; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Save Changes"; } ob++; ob->_type = MN_NONE; page->objects = objects; } void Hu_MenuInitSaveOptionsPage() { Point2Raw const origin(60, 50); uint const numObjects = 8; mn_page_t *page = Hu_MenuNewPage("SaveOptions", &origin, 0, Hu_MenuPageTicker, NULL, NULL, NULL); MNPage_SetTitle(page, "Save Options"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t*)ob->_typedata; text->text = "Confirm quick load/save"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'q'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-save-confirm"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Confirm reborn load"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'r'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-save-confirm-loadonreborn"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR2; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Reborn preferences"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Load last save"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'a'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-save-last-loadonreborn"; } ob++; ob->_type = MN_NONE; page->objects = objects; } #if __JHERETIC__ || __JHEXEN__ void Hu_MenuInitFilesPage() { Point2Raw origin(110, 60); uint const numObjects = 3; mn_page_t *page = Hu_MenuNewPage("Files", &origin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, NULL, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTB)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Main")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; int y = 0; ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 'l'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectLoadGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Load Game"; } ob++; y += FIXED_LINE_HEIGHT; ob->_type = MN_BUTTON; ob->_origin.y = y; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectSaveGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Save Game"; } ob++; y += FIXED_LINE_HEIGHT; ob->_type = MN_NONE; page->objects = objects; } #endif static void deleteGameSave(de::String slotId) { DD_Executef(true, "deletegamesave %s", slotId.toLatin1().constData()); } int Hu_MenuLoadSlotCommandResponder(mn_object_t *ob, menucommand_e cmd) { DENG_ASSERT(ob != 0 && ob->_type == MN_EDIT); if(MCMD_DELETE == cmd && (ob->_flags & MNF_FOCUS) && !(ob->_flags & MNF_ACTIVE) && !(ob->_flags & MNF_DISABLED)) { mndata_edit_t *edit = (mndata_edit_t*)ob->_typedata; deleteGameSave((char *)edit->data1); return true; } return MNObject_DefaultCommandResponder(ob, cmd); } int Hu_MenuSaveSlotCommandResponder(mn_object_t *ob, menucommand_e cmd) { DENG_ASSERT(ob != 0); if(MCMD_DELETE == cmd && (ob->_flags & MNF_FOCUS) && !(ob->_flags & MNF_ACTIVE) && !(ob->_flags & MNF_DISABLED)) { mndata_edit_t *edit = (mndata_edit_t *)ob->_typedata; deleteGameSave((char *)edit->data1); return true; } return MNEdit_CommandResponder(ob, cmd); } void Hu_MenuInitLoadGameAndSaveGamePages() { #if __JDOOM__ || __JDOOM64__ Point2Raw const origin(80, 54); #else Point2Raw const origin(70, 30); #endif int const saveSlotObjectIds[NUMSAVESLOTS] = { MNF_ID0, MNF_ID1, MNF_ID2, MNF_ID3, MNF_ID4, MNF_ID5, #if !__JHEXEN__ MNF_ID6, MNF_ID7 #endif }; mndata_edit_t *saveSlots = (mndata_edit_t *)Z_Calloc(sizeof(*saveSlots) * NUMSAVESLOTS, PU_GAMESTATIC, 0); for(int i = 0; i < NUMSAVESLOTS; ++i) { mndata_edit_t *slot = saveSlots + i; slot->emptyString = (char const *) TXT_EMPTYSTRING; slot->data1 = Str_Text(Str_Appendf(Str_New(), "%i", i)); slot->maxLength = 24; } mn_object_t *loadMenuObjects = (mn_object_t *)Z_Calloc(sizeof(*loadMenuObjects) * (NUMSAVESLOTS+1), PU_GAMESTATIC, 0); int y = 0; int i = 0; for(; i < NUMSAVESLOTS; ++i, y += FIXED_LINE_HEIGHT) { mn_object_t *ob = loadMenuObjects + i; mndata_edit_t *edit = saveSlots + i; ob->_type = MN_EDIT; ob->_origin.x = 0; ob->_origin.y = y; ob->_flags = saveSlotObjectIds[i] | MNF_DISABLED; ob->_shortcut = '0' + i; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->updateGeometry = MNEdit_UpdateGeometry; ob->drawer = MNEdit_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectLoadSlot; ob->actions[MNA_FOCUSOUT ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = Hu_MenuLoadSlotCommandResponder; ob->_typedata = edit; ob->data2 = saveSlotObjectIds[i]; Str_Init(&edit->text); Str_Init(&edit->oldtext); } loadMenuObjects[i]._type = MN_NONE; mn_object_t *saveMenuObjects = (mn_object_t *)Z_Calloc(sizeof(*saveMenuObjects) * (NUMSAVESLOTS+1), PU_GAMESTATIC, 0); y = 0; i = 0; for(; i < NUMSAVESLOTS; ++i, y += FIXED_LINE_HEIGHT) { mn_object_t *ob = saveMenuObjects + i; mndata_edit_t *edit = saveSlots + i; ob->_type = MN_EDIT; ob->_origin.x = 0; ob->_origin.y = y; ob->_flags = saveSlotObjectIds[i]; ob->_shortcut = '0' + i; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->updateGeometry = MNEdit_UpdateGeometry; ob->drawer = MNEdit_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectSaveSlot; ob->actions[MNA_ACTIVE ].callback = Hu_MenuSaveSlotEdit; ob->actions[MNA_FOCUSOUT ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = Hu_MenuSaveSlotCommandResponder; ob->responder = MNEdit_Responder; ob->_typedata = edit; ob->data2 = saveSlotObjectIds[i]; } saveMenuObjects[i]._type = MN_NONE; mn_page_t *page = Hu_MenuNewPage("LoadGame", &origin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, Hu_MenuDrawLoadGamePage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Main")); page->objects = loadMenuObjects; page = Hu_MenuNewPage("SaveGame", &origin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, Hu_MenuDrawSaveGamePage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Main")); page->objects = saveMenuObjects; } void Hu_MenuInitOptionsPage() { #if __JHERETIC__ || __JHEXEN__ Point2Raw const origin(110, 63); #else Point2Raw const origin(110, 63); #endif #if __JHERETIC__ || __JHEXEN__ uint const numObjects = 13; #else uint const numObjects = 12; #endif mn_page_t *page = Hu_MenuNewPage("Options", &origin, 0, Hu_MenuPageTicker, Hu_MenuDrawOptionsPage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Main")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_BUTTON; ob->_shortcut = 'e'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectEndGame; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "End Game"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 't'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectControlPanelLink; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Show Taskbar"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'c'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"ControlOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Controls"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'g'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"GameplayOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Gameplay"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"SaveOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Game saves"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'h'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"HUDOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "HUD"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'a'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"AutomapOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Automap"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'w'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"WeaponOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Weapons"; } ob++; #if __JHERETIC__ || __JHEXEN__ ob->_type = MN_BUTTON; ob->_shortcut = 'i'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"InventoryOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Inventory"; } ob++; #endif ob->_type = MN_BUTTON; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data1 = (void *)"SoundOptions"; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Sound"; } ob++; /* ob->_type = MN_BUTTON; ob->_shortcut = 'm'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectControlPanelLink; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data2 = 2; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Mouse"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'j'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectControlPanelLink; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->data2 = 2; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Joystick"; } ob++;*/ ob->_type = MN_NONE; page->objects = objects; } void Hu_MenuInitGameplayOptionsPage() { #if __JHEXEN__ Point2Raw const origin(88, 25); #elif __JHERETIC__ Point2Raw const origin(30, 40); #else Point2Raw const origin(30, 40); #endif #if __JDOOM64__ uint const numObjects = 40; #elif __JDOOM__ uint const numObjects = 42; #elif __JHERETIC__ uint const numObjects = 24; #elif __JHEXEN__ uint const numObjects = 7; #endif mn_page_t *page = Hu_MenuNewPage("GameplayOptions", &origin, 0, Hu_MenuPageTicker, NULL, NULL, NULL); MNPage_SetTitle(page, "Gameplay Options"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Always Run"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'r'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t*)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"ctl-run"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t*)ob->_typedata; text->text = "Use LookSpring"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'l'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t*)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"ctl-look-spring"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Disable AutoAim"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'a'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"ctl-aim-noauto"; } ob++; #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Allow Jumping"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'j'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"player-jump"; } ob++; #endif #if __JDOOM64__ ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Weapon Recoil"; } ob++; ob->_type = MN_BUTTON; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"player-weapon-recoil"; } ob++; #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR2; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Compatibility"; } ob++; # if __JDOOM__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Any Boss Trigger 666"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'b'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-anybossdeath666"; } ob++; # if !__JDOOM64__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Av Resurrects Ghosts"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'g'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-raiseghosts"; } ob++; # if __JDOOM__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "VileChase uses Av radius"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'g'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-vilechase-usevileradius"; } ob++; # endif # endif // !__JDOOM64__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "PE Limited To 21 Lost Souls"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'p'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-maxskulls"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "LS Can Get Stuck Inside Walls"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-skullsinwalls"; } ob++; # endif // __JDOOM__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Monsters Fly Over Obstacles"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-monsters-floatoverblocking"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Monsters Can Get Stuck In Doors"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'd'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-monsters-stuckindoors"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Some Objects Never Hang Over Ledges"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'h'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-objects-neverhangoverledges"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Objects Fall Under Own Weight"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'f'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-objects-falloff"; } ob++; #if __JDOOM__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "All Crushed Objects Become A Pile Of Gibs"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'g'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-objects-gibcrushednonbleeders"; } ob++; #endif ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Corpses Slide Down Stairs"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-corpse-sliding"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Use Exactly Doom's Clipping Code"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'c'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-objects-clipping"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = " ^If Not NorthOnly WallRunning"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'w'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-player-wallrun-northonly"; } ob++; # if __JDOOM__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Zombie Players Can Exit Maps"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'e'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"game-zombiescanexit"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Fix Ouch Face"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"hud-face-ouchfix"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Fix Weapon Slot Display"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"hud-status-weaponslots-ownedfix"; } ob++; # endif // __JDOOM__ || __JDOOM64__ #endif // __JDOOM__ || __JHERETIC__ || __JDOOM64__ ob->_type = MN_NONE; page->objects = objects; } void Hu_MenuInitHUDOptionsPage() { #if __JDOOM__ || __JDOOM64__ Point2Raw const origin(97, 40); #else Point2Raw const origin(97, 28); #endif mn_page_t *page = Hu_MenuNewPage("HudOptions", &origin, 0, Hu_MenuPageTicker, NULL, NULL, NULL); MNPage_SetTitle(page, "HUD Options"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); page->objects = HudMenuObjects; } void Hu_MenuInitAutomapOptionsPage() { #if __JHERETIC__ || __JHEXEN__ Point2Raw const origin(64, 28); #else Point2Raw const origin(70, 40); #endif #if __JDOOM64__ uint const numObjects = 26; #else uint const numObjects = 27; #endif mn_page_t *page = Hu_MenuNewPage("AutomapOptions", &origin, 0, Hu_MenuPageTicker, NULL, NULL, NULL); MNPage_SetTitle(page, "Automap Options"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Background Opacity"; } ob++; ob->_type = MN_SLIDER; ob->_shortcut = 'o'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 1; sld->value = 0; sld->step = 0.1f; sld->floatMode = true; sld->data1 = (void *)"map-opacity"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Line Opacity"; } ob++; ob->_type = MN_SLIDER; ob->_shortcut = 'l'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 1; sld->value = 0; sld->step = 0.1f; sld->floatMode = true; sld->data1 = (void *)"map-line-opacity"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Line Width"; } ob++; ob->_type = MN_SLIDER; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = .1f; sld->max = 2; sld->value = 0; sld->step = 0.1f; sld->floatMode = true; sld->data1 = (void *)"map-line-width"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "HUD Display"; } ob++; #if !__JDOOM64__ ob->_type = MN_LISTINLINE; ob->_shortcut = 'h'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNListInline_Ticker; ob->updateGeometry = MNListInline_UpdateGeometry; ob->drawer = MNListInline_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarList; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNListInline_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); { mndata_list_t *list = (mndata_list_t *)ob->_typedata; list->data = (void *)"map-huddisplay"; list->count = 3; list->items = (mndata_listitem_t *)Z_Calloc(sizeof(mndata_listitem_t) * list->count, PU_GAMESTATIC, 0); mndata_listitem_t *item = (mndata_listitem_t *)list->items; item->text = "None"; item->data = 0; item++; item->text = "Current"; item->data = 1; item++; item->text = "Statusbar"; item->data = 2; } ob++; #endif ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Door Colors"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'd'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"map-door-colors"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Door Glow"; } ob++; ob->_type = MN_SLIDER; ob->_shortcut = 'g'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 200; sld->value = 0; sld->step = 5; sld->floatMode = true; sld->data1 = (void *)"map-door-glow"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Use Custom Colors"; } ob++; ob->_type = MN_LISTINLINE; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNListInline_Ticker; ob->updateGeometry = MNListInline_UpdateGeometry; ob->drawer = MNListInline_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarList; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNListInline_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); { mndata_list_t *list = (mndata_list_t *)ob->_typedata; list->count = 3; list->items = (mndata_listitem_t *)Z_Calloc(sizeof(mndata_listitem_t) * list->count, PU_GAMESTATIC, 0); list->data = (void *)"map-customcolors"; mndata_listitem_t *item = (mndata_listitem_t *)list->items; item->text = "Never"; item->data = 0; item++; item->text = "Auto"; item->data = 1; item++; item->text = "Always"; item->data = 2; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Wall"; } ob++; ob->_type = MN_COLORBOX; ob->_shortcut = 'w'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->drawer = MNColorBox_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarColorBox; ob->actions[MNA_ACTIVE ].callback = Hu_MenuActivateColorWidget; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNColorBox_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; cbox->data1 = (void *)"map-wall-r"; cbox->data2 = (void *)"map-wall-g"; cbox->data3 = (void *)"map-wall-b"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Floor Height Change"; } ob++; ob->_type = MN_COLORBOX; ob->_shortcut = 'f'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->drawer = MNColorBox_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarColorBox; ob->actions[MNA_ACTIVE ].callback = Hu_MenuActivateColorWidget; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNColorBox_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; cbox->data1 = (void *)"map-wall-floorchange-r"; cbox->data2 = (void *)"map-wall-floorchange-g"; cbox->data3 = (void *)"map-wall-floorchange-b"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Ceiling Height Change"; } ob++; ob->_type = MN_COLORBOX; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->drawer = MNColorBox_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarColorBox; ob->actions[MNA_ACTIVE ].callback = Hu_MenuActivateColorWidget; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNColorBox_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; cbox->data1 = (void *)"map-wall-ceilingchange-r"; cbox->data2 = (void *)"map-wall-ceilingchange-g"; cbox->data3 = (void *)"map-wall-ceilingchange-b"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Unseen"; } ob++; ob->_type = MN_COLORBOX; ob->_shortcut = 'u'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->drawer = MNColorBox_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarColorBox; ob->actions[MNA_ACTIVE ].callback = Hu_MenuActivateColorWidget; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNColorBox_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; cbox->data1 = (void *)"map-wall-unseen-r"; cbox->data2 = (void *)"map-wall-unseen-g"; cbox->data3 = (void *)"map-wall-unseen-b"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Thing"; } ob++; ob->_type = MN_COLORBOX; ob->_shortcut = 't'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->drawer = MNColorBox_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarColorBox; ob->actions[MNA_ACTIVE ].callback = Hu_MenuActivateColorWidget; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNColorBox_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; cbox->data1 = (void *)"map-mobj-r"; cbox->data2 = (void *)"map-mobj-g"; cbox->data3 = (void *)"map-mobj-b"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Background"; } ob++; ob->_type = MN_COLORBOX; ob->_shortcut = 'b'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNColorBox_Ticker; ob->updateGeometry = MNColorBox_UpdateGeometry; ob->drawer = MNColorBox_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarColorBox; ob->actions[MNA_ACTIVE ].callback = Hu_MenuActivateColorWidget; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNColorBox_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_colorbox_t), PU_GAMESTATIC, 0); { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; cbox->data1 = (void *)"map-background-r"; cbox->data2 = (void *)"map-background-g"; cbox->data3 = (void *)"map-background-b"; } ob++; ob->_type = MN_NONE; page->objects = objects; } static int compareWeaponPriority(void const *_a, void const *_b) { mndata_listitem_t const *a = (mndata_listitem_t const *)_a; mndata_listitem_t const *b = (mndata_listitem_t const *)_b; int i = 0, aIndex = -1, bIndex = -1; do { if(cfg.weaponOrder[i] == a->data) { aIndex = i; } if(cfg.weaponOrder[i] == b->data) { bIndex = i; } } while(!(aIndex != -1 && bIndex != -1) && ++i < NUM_WEAPON_TYPES); if(aIndex > bIndex) return 1; if(aIndex < bIndex) return -1; return 0; // Should never happen. } void Hu_MenuInitWeaponsPage() { #if __JDOOM__ || __JDOOM64__ Point2Raw const origin(78, 40); #elif __JHERETIC__ Point2Raw const origin(78, 26); #elif __JHEXEN__ Point2Raw const origin(78, 38); #endif #if __JDOOM__ || __JDOOM64__ uint const numObjects = 17; #elif __JHERETIC__ || __JHEXEN__ uint const numObjects = 15; #endif const struct { char const *text; weapontype_t data; } weaponOrder[NUM_WEAPON_TYPES+1] = { #if __JDOOM__ || __JDOOM64__ { (char const *)TXT_WEAPON1, WT_FIRST }, { (char const *)TXT_WEAPON2, WT_SECOND }, { (char const *)TXT_WEAPON3, WT_THIRD }, { (char const *)TXT_WEAPON4, WT_FOURTH }, { (char const *)TXT_WEAPON5, WT_FIFTH }, { (char const *)TXT_WEAPON6, WT_SIXTH }, { (char const *)TXT_WEAPON7, WT_SEVENTH }, { (char const *)TXT_WEAPON8, WT_EIGHTH }, { (char const *)TXT_WEAPON9, WT_NINETH }, # if __JDOOM64__ { (char const *)TXT_WEAPON10, WT_TENTH }, # endif #elif __JHERETIC__ { (char const *)TXT_TXT_WPNSTAFF, WT_FIRST }, { (char const *)TXT_TXT_WPNWAND, WT_SECOND }, { (char const *)TXT_TXT_WPNCROSSBOW, WT_THIRD }, { (char const *)TXT_TXT_WPNBLASTER, WT_FOURTH }, { (char const *)TXT_TXT_WPNSKULLROD, WT_FIFTH }, { (char const *)TXT_TXT_WPNPHOENIXROD, WT_SIXTH }, { (char const *)TXT_TXT_WPNMACE, WT_SEVENTH }, { (char const *)TXT_TXT_WPNGAUNTLETS, WT_EIGHTH }, #elif __JHEXEN__ /// @todo We should allow different weapon preferences per player-class. { "First", WT_FIRST }, { "Second", WT_SECOND }, { "Third", WT_THIRD }, { "Fourth", WT_FOURTH }, #endif { "", WT_NOCHANGE} }; mn_page_t *page = Hu_MenuNewPage("WeaponOptions", &origin, 0, Hu_MenuPageTicker, Hu_MenuDrawWeaponsPage, NULL, NULL); MNPage_SetTitle(page, "Weapons Options"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR2; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Priority Order"; } ob++; ob->_type = MN_LIST; ob->_flags = MNF_ID0; ob->_shortcut = 'p'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNList_Ticker; ob->updateGeometry = MNList_UpdateGeometry; ob->drawer = MNList_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuChangeWeaponPriority; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNList_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); { mndata_list_t *list = (mndata_list_t *)ob->_typedata; list->count = NUM_WEAPON_TYPES; list->items = (mndata_listitem_t *)Z_Calloc(sizeof(mndata_listitem_t) * list->count, PU_GAMESTATIC, 0); mndata_listitem_t *item = (mndata_listitem_t *)list->items; for(int i = 0; weaponOrder[i].data < NUM_WEAPON_TYPES; ++i, item++) { item->text = weaponOrder[i].text; item->data = weaponOrder[i].data; } qsort(list->items, list->count, sizeof(mndata_listitem_t), compareWeaponPriority); } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR2; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Cycling"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Use Priority Order"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'o'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"player-weapon-nextmode"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Sequential"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"player-weapon-cycle-sequential"; } ob++; ob->_type = MN_TEXT; ob->_group = 2; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR2; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Autoswitch"; } ob++; ob->_type = MN_TEXT; ob->_group = 2; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Pickup Weapon"; } ob++; ob->_type = MN_LISTINLINE; ob->_group = 2; ob->_shortcut = 'w'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNListInline_Ticker; ob->updateGeometry = MNListInline_UpdateGeometry; ob->drawer = MNListInline_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarList; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNListInline_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); { mndata_list_t *list = (mndata_list_t *)ob->_typedata; list->count = 3; list->items = (mndata_listitem_t *)Z_Calloc(sizeof(mndata_listitem_t) * list->count, PU_GAMESTATIC, 0); list->data = (void *)"player-autoswitch"; mndata_listitem_t *item = (mndata_listitem_t *)list->items; item->text = "Never"; item->data = 0; item++; item->text = "If Better"; item->data = 1; item++; item->text = "Always"; item->data = 2; } ob++; ob->_type = MN_TEXT; ob->_group = 2; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = " If Not Firing"; } ob++; ob->_type = MN_BUTTON; ob->_group = 2; ob->_shortcut = 'f'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"player-autoswitch-notfiring"; } ob++; ob->_type = MN_TEXT; ob->_group = 2; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Pickup Ammo"; } ob++; ob->_type = MN_LISTINLINE; ob->_group = 2; ob->_shortcut = 'a'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNListInline_Ticker; ob->updateGeometry = MNListInline_UpdateGeometry; ob->drawer = MNListInline_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarList; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNListInline_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_list_t), PU_GAMESTATIC, 0); { mndata_list_t *list = (mndata_list_t *)ob->_typedata; list->count = 3; list->items = (mndata_listitem_t *)Z_Calloc(sizeof(mndata_listitem_t) * list->count, PU_GAMESTATIC, 0); list->data = (void *)"player-autoswitch-ammo"; mndata_listitem_t *item = (mndata_listitem_t *)list->items; item->text = "Never"; item->data = 0; item++; item->text = "If Better"; item->data = 1; item++; item->text = "Always"; item->data = 2; } ob++; #if __JDOOM__ || __JDOOM64__ ob->_type = MN_TEXT; ob->_group = 2; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Pickup Beserk"; } ob++; ob->_type = MN_BUTTON; ob->_group = 2; ob->_shortcut = 'b'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"player-autoswitch-berserk"; } ob++; #endif ob->_type = MN_NONE; page->objects = objects; } #if __JHERETIC__ || __JHEXEN__ void Hu_MenuInitInventoryOptionsPage() { Point2Raw const origin(78, 48); uint const numObjects = 16; mn_page_t *page = Hu_MenuNewPage("InventoryOptions", &origin, 0, Hu_MenuPageTicker, NULL, NULL, NULL); MNPage_SetTitle(page, "Inventory Options"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Select Mode"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"ctl-inventory-mode"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Wrap Around"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'w'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"ctl-inventory-wrap"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Choose And Use"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'c'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"ctl-inventory-use-immediate"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Select Next If Use Failed"; } ob++; ob->_type = MN_BUTTON; ob->_shortcut = 'n'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"ctl-inventory-use-next"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "AutoHide"; } ob++; ob->_type = MN_SLIDER; ob->_shortcut = 'h'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_TextualValueUpdateGeometry; ob->drawer = MNSlider_TextualValueDrawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 30; sld->value = 0; sld->step = 1.f; sld->floatMode = true; sld->data1 = (void *)"hud-inventory-timer"; sld->data2 = (void *)"Disabled"; sld->data4 = (void *)" second"; sld->data5 = (void *)" seconds"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR2; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Fullscreen HUD"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Max Visible Slots"; } ob++; ob->_type = MN_SLIDER; ob->_group = 1; ob->_shortcut = 'v'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_TextualValueUpdateGeometry; ob->drawer = MNSlider_TextualValueDrawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 16; sld->value = 0; sld->step = 1; sld->floatMode = false; sld->data1 = (void *)"hud-inventory-slot-max"; sld->data2 = (void *)"Automatic"; } ob++; ob->_type = MN_TEXT; ob->_group = 1; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Show Empty Slots"; } ob++; ob->_type = MN_BUTTON; ob->_group = 1; ob->_shortcut = 'e'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR3; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarButton; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->staydownMode = true; btn->data = (void *)"hud-inventory-slot-showempty"; } ob++; ob->_type = MN_NONE; page->objects = objects; } #endif void Hu_MenuInitSoundOptionsPage() { #if __JHEXEN__ Point2Raw const origin(97, 25); #elif __JHERETIC__ Point2Raw const origin(97, 30); #elif __JDOOM__ || __JDOOM64__ Point2Raw const origin(97, 40); #endif uint const numObjects = 6; mn_page_t *page = Hu_MenuNewPage("SoundOptions", &origin, 0, Hu_MenuPageTicker, NULL, NULL, NULL); MNPage_SetTitle(page, "Sound Options"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); mn_object_t *objects = (mn_object_t *)Z_Calloc(sizeof(*objects) * numObjects, PU_GAMESTATIC, 0); mn_object_t *ob = objects; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "SFX Volume"; } ob++; ob->_type = MN_SLIDER; ob->_shortcut = 's'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 255; sld->value = 0; sld->step = 5; sld->floatMode = false; sld->data1 = (void *)"sound-volume"; } ob++; ob->_type = MN_TEXT; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNText_Ticker; ob->updateGeometry = MNText_UpdateGeometry; ob->drawer = MNText_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_text_t), PU_GAMESTATIC, 0); { mndata_text_t *text = (mndata_text_t *)ob->_typedata; text->text = "Music Volume"; } ob++; ob->_type = MN_SLIDER; ob->_shortcut = 'm'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNSlider_Ticker; ob->updateGeometry = MNSlider_UpdateGeometry; ob->drawer = MNSlider_Drawer; ob->actions[MNA_MODIFIED].callback = Hu_MenuCvarSlider; ob->actions[MNA_FOCUS].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNSlider_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_slider_t), PU_GAMESTATIC, 0); { mndata_slider_t *sld = (mndata_slider_t *)ob->_typedata; sld->min = 0; sld->max = 255; sld->value = 0; sld->step = 5; sld->floatMode = false; sld->data1 = (void *)"music-volume"; } ob++; /* ob->_type = MN_BUTTON; ob->_shortcut = 'p'; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->ticker = MNButton_Ticker; ob->updateGeometry = MNButton_UpdateGeometry; ob->drawer = MNButton_Drawer; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectControlPanelLink; ob->actions[MNA_FOCUS ].callback = Hu_MenuDefaultFocusAction; ob->cmdResponder = MNButton_CommandResponder; ob->_typedata = Z_Calloc(sizeof(mndata_button_t), PU_GAMESTATIC, 0); ob->data2 = 1; { mndata_button_t *btn = (mndata_button_t *)ob->_typedata; btn->text = "Open Audio Panel"; } ob++; */ ob->_type = MN_NONE; page->objects = objects; } #if __JDOOM__ || __JHERETIC__ /** * Construct the episode selection menu. */ void Hu_MenuInitEpisodePage() { #if __JDOOM__ Point2Raw const origin(48, 63); #else Point2Raw const origin(80, 50); #endif int numEpisodes; #if __JDOOM__ if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX)) numEpisodes = 0; else if(gameMode == doom_ultimate) numEpisodes = 4; else numEpisodes = 3; #else // __JHERETIC__ if(gameMode == heretic_extended) numEpisodes = 6; else numEpisodes = 3; #endif // Allocate the menu objects array. mn_object_t *objects = (mn_object_t *)Z_Calloc( sizeof(mn_object_t) * (numEpisodes + 1), PU_GAMESTATIC, 0); mndata_button_t *buttons = (mndata_button_t *)Z_Calloc(sizeof(mndata_button_t) * (numEpisodes), PU_GAMESTATIC, 0); mn_object_t *ob = objects; mndata_button_t *btn = buttons; int y = 0; for(int i = 0; i < numEpisodes; ++i) { ob->_type = MN_BUTTON; ob->_origin.x = 0; ob->_origin.y = y; btn->text = GET_TXT(TXT_EPISODE1 + i); if(isalnum(btn->text[0])) { ob->_shortcut = tolower(btn->text[0]); } #if __JDOOM__ btn->patch = &pEpisodeNames[i]; #endif ob->_typedata = btn; ob->ticker = MNButton_Ticker; ob->drawer = MNButton_Drawer; ob->cmdResponder = MNButton_CommandResponder; ob->updateGeometry = MNButton_UpdateGeometry; if(i != 0 #if __JHERETIC__ && gameMode == heretic_shareware #else && gameMode == doom_shareware #endif ) { ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActivateNotSharewareEpisode; } else { ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuActionSetActivePage; ob->data1 = (void *)"Skill"; #if __JHERETIC__ if(gameMode == heretic_extended && i == 5) { ob->_flags |= MNF_ID0; } #endif } ob->actions[MNA_FOCUS].callback = Hu_MenuFocusEpisode; ob->data2 = i; ob->_pageFontIdx = MENU_FONT1; ob++; btn++; y += FIXED_LINE_HEIGHT; } ob->_type = MN_NONE; mn_page_t *page = Hu_MenuNewPage("Episode", &origin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, Hu_MenuDrawEpisodePage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTB)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("GameType")); page->objects = objects; } #endif #if __JHEXEN__ /** * Construct the player class selection menu. */ void Hu_MenuInitPlayerClassPage() { Point2Raw const pageOrigin(66, 66); // First determine the number of selectable player classes. int count = 0; for(int i = 0; i < NUM_PLAYER_CLASSES; ++i) { classinfo_t *info = PCLASS_INFO(i); if(info->userSelectable) { ++count; } } // Allocate the menu objects. mn_object_t *objects = (mn_object_t *)Z_Calloc( sizeof(mn_object_t) * (count+4), PU_GAMESTATIC, 0); mndata_button_t *buttons = (mndata_button_t *)Z_Calloc(sizeof(mndata_button_t) * (count+1), PU_GAMESTATIC, 0); uint y = 0; // Add the selectable classes. mn_object_t *ob = objects; mndata_button_t *btn = buttons; int n = 0; while(n < count) { classinfo_t *info = PCLASS_INFO(n++); if(!info->userSelectable) continue; ob->_type = MN_BUTTON; btn->text = info->niceName; ob->_typedata = btn; ob->_origin.x = 0; ob->_origin.y = y; ob->drawer = MNButton_Drawer; ob->ticker = MNButton_Ticker; ob->cmdResponder = MNButton_CommandResponder; ob->updateGeometry = MNButton_UpdateGeometry; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectPlayerClass; ob->actions[MNA_FOCUS ].callback = Hu_MenuFocusOnPlayerClass; ob->data2 = (int)info->plrClass; ob->_shortcut = tolower(btn->text[0]); ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob++; btn++; y += FIXED_LINE_HEIGHT; } // Random class button. ob->_type = MN_BUTTON; btn->text = GET_TXT(TXT_RANDOMPLAYERCLASS); ob->_typedata = btn; ob->_origin.x = 0; ob->_origin.y = y; ob->drawer = MNButton_Drawer; ob->ticker = MNButton_Ticker; ob->cmdResponder = MNButton_CommandResponder; ob->updateGeometry = MNButton_UpdateGeometry; ob->actions[MNA_ACTIVEOUT].callback = Hu_MenuSelectPlayerClass; ob->actions[MNA_FOCUS ].callback = Hu_MenuFocusOnPlayerClass; ob->data2 = (int)PCLASS_NONE; ob->_shortcut = tolower(btn->text[0]); ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob++; // Mobj preview background. ob->_type = MN_RECT; ob->_flags = MNF_NO_FOCUS|MNF_ID1; ob->_origin.x = 108; ob->_origin.y = -58; ob->drawer = MNRect_Drawer; ob->ticker = Hu_MenuPlayerClassBackgroundTicker; ob->updateGeometry = MNRect_UpdateGeometry; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->_typedata = Z_Calloc(sizeof(mndata_rect_t), PU_GAMESTATIC, 0); ob++; // Mobj preview. ob->_type = MN_MOBJPREVIEW; ob->_flags = MNF_ID0; ob->_origin.x = 108 + 55; ob->_origin.y = -58 + 76; ob->ticker = Hu_MenuPlayerClassPreviewTicker; ob->updateGeometry = MNMobjPreview_UpdateGeometry; ob->drawer = MNMobjPreview_Drawer; ob->_typedata = Z_Calloc(sizeof(mndata_mobjpreview_t), PU_GAMESTATIC, 0); ob++; // Terminate. ob->_type = MN_NONE; mn_page_t *page = Hu_MenuNewPage("PlayerClass", &pageOrigin, MPF_LAYOUT_FIXED|MPF_NEVER_SCROLL, Hu_MenuPageTicker, Hu_MenuDrawPlayerClassPage, NULL, NULL); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTB)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("GameType")); page->objects = objects; } #endif mn_page_t *MNPage_New(Point2Raw const *origin, int flags, void (*ticker) (struct mn_page_s *page), void (*drawer) (struct mn_page_s *page, Point2Raw const *origin), int (*cmdResponder) (struct mn_page_s *page, menucommand_e cmd), void *userData) { mn_page_t *page = (mn_page_t *) M_Malloc(sizeof(*page)); page->origin.x = origin? origin->x : 0; page->origin.y = origin? origin->y : 0; page->flags = flags; page->objects = 0; page->objectsCount = 0; page->ticker = ticker; page->drawer = drawer; page->cmdResponder = cmdResponder; page->previous = 0; page->userData = userData; Str_Init(&page->title); fontid_t fontId = FID(GF_FONTA); for(int i = 0; i < MENU_FONT_COUNT; ++i) { page->fonts[i] = fontId; } de::zap(page->colors); page->colors[0] = 0; page->colors[1] = 1; page->colors[2] = 2; page->focus = -1; /// @todo Make this a page flag. page->geometry = Rect_New(); return page; } static mn_page_t *addPageToCollection(mn_page_t *page, char const *name) { if(page) { pages = (pagerecord_t *)M_Realloc(pages, sizeof(*pages) * ++pageCount); pagerecord_t *rec = &pages[pageCount-1]; rec->page = page; Str_Init(&rec->name); Str_Set(&rec->name, name); } return page; } mn_page_t* Hu_MenuNewPage(const char* name, Point2Raw const *origin, int flags, void (*ticker) (struct mn_page_s* page), void (*drawer) (struct mn_page_s* page, Point2Raw const *origin), int (*cmdResponder) (struct mn_page_s* page, menucommand_e cmd), void* userData) { if(!name || !name[0]) { DENG_ASSERT(!"Hu_MenuNewPage: Attempt to create page with an invalid name"); return NULL; } return addPageToCollection(MNPage_New(origin, flags, ticker, drawer, cmdResponder, userData), name); } void Hu_MenuInit() { cvarbutton_t* cvb; if(inited) return; pageCount = 0; pages = NULL; mnAlpha = mnTargetAlpha = 0; menuActivePage = NULL; menuActive = false; cursorHasRotation = false; cursorAngle = 0; cursorAnimFrame = 0; cursorAnimCounter = MENU_CURSOR_TICSPERFRAME; DD_Execute(true, "deactivatebcontext menu"); Hu_MenuLoadResources(); // Set default Yes/No strings. for(cvb = mnCVarButtons; cvb->cvarname; cvb++) { if(!cvb->yes) cvb->yes = "Yes"; if(!cvb->no) cvb->no = "No"; } initAllPages(); initAllObjectsOnAllPages(); #if __JDOOM__ if(gameModeBits & GM_ANY_DOOM2) { mn_object_t *ob = MN_MustFindObjectOnPage(Hu_MenuFindPageByName("Main"), 0, MNF_ID0); // Read This! MNObject_SetFlags(ob, FO_SET, MNF_DISABLED|MNF_HIDDEN|MNF_NO_FOCUS); ob = MN_MustFindObjectOnPage(Hu_MenuFindPageByName("Main"), 0, MNF_ID1); // Quit Game MNObject_SetFixedY(ob, MNObject_FixedY(ob) - FIXED_LINE_HEIGHT); } #endif inited = true; } void Hu_MenuShutdown() { if(!inited) return; destroyAllPages(); inited = false; } dd_bool Hu_MenuIsActive() { return menuActive; } void Hu_MenuSetAlpha(float alpha) { // The menu's alpha will start moving towards this target value. mnTargetAlpha = alpha; } float Hu_MenuAlpha() { return mnAlpha; } void Hu_MenuTicker(timespan_t ticLength) { #define MENUALPHA_FADE_STEP (.07f) float diff = 0; // Move towards the target alpha level for the entire menu. diff = mnTargetAlpha - mnAlpha; if(fabs(diff) > MENUALPHA_FADE_STEP) { mnAlpha += (float)(MENUALPHA_FADE_STEP * ticLength * TICRATE * (diff > 0? 1 : -1)); } else { mnAlpha = mnTargetAlpha; } if(!menuActive) return; // Animate cursor rotation? if(cfg.menuCursorRotate) { if(cursorHasRotation) { cursorAngle += (float)(5 * ticLength * TICRATE); } else if(cursorAngle != 0) { float rewind = (float)(MENU_CURSOR_REWIND_SPEED * ticLength * TICRATE); if(cursorAngle <= rewind || cursorAngle >= 360 - rewind) cursorAngle = 0; else if(cursorAngle < 180) cursorAngle -= rewind; else cursorAngle += rewind; } if(cursorAngle >= 360) cursorAngle -= 360; } // Time to think? Updates on 35Hz game ticks. if(!DD_IsSharpTick()) return; // Advance menu time. menuTime++; // Animate the cursor graphic? if(--cursorAnimCounter <= 0) { cursorAnimFrame++; cursorAnimCounter = MENU_CURSOR_TICSPERFRAME; if(cursorAnimFrame > MENU_CURSOR_FRAMECOUNT-1) cursorAnimFrame = 0; } // Used for Heretic's rotating skulls. frame = (menuTime / 3) % 18; // Call the active page's ticker. menuActivePage->ticker(menuActivePage); #undef MENUALPHA_FADE_STEP } mn_page_t* Hu_MenuActivePage() { return menuActivePage; } void Hu_MenuSetActivePage2(mn_page_t *page, dd_bool canReactivate) { if(!menuActive) return; if(!page) return; if(!(Get(DD_DEDICATED) || Get(DD_NOVIDEO))) { FR_ResetTypeinTimer(); } cursorAngle = 0; // Stop cursor rotation animation dead (don't rewind). menuNominatingQuickSaveSlot = false; if(menuActivePage == page) { if(!canReactivate) return; MNPage_ClearFocusObject(page); } updatePageObjects(page); // This is now the "active" page. menuActivePage = page; MNPage_Initialize(page); } void Hu_MenuSetActivePage(mn_page_t *page) { Hu_MenuSetActivePage2(page, false/*don't reactivate*/); } dd_bool Hu_MenuIsVisible() { return (menuActive || mnAlpha > .0001f); } int Hu_MenuDefaultFocusAction(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_FOCUS != action) return 1; Hu_MenuUpdateCursorState(); return 0; } void Hu_MenuDrawFocusCursor(int x, int y, int focusObjectHeight, float alpha) { #if __JDOOM__ || __JDOOM64__ # define OFFSET_X (-22) # define OFFSET_Y (-2) #elif __JHERETIC__ || __JHEXEN__ # define OFFSET_X (-16) # define OFFSET_Y (3) #endif const int cursorIdx = cursorAnimFrame; const float angle = cursorAngle; patchid_t pCursor = pCursors[cursorIdx % MENU_CURSOR_FRAMECOUNT]; float scale, pos[2]; patchinfo_t info; if(!R_GetPatchInfo(pCursor, &info)) return; scale = MIN_OF((float) (focusObjectHeight * 1.267f) / info.geometry.size.height, 1); pos[VX] = x + OFFSET_X * scale; pos[VY] = y + OFFSET_Y * scale + focusObjectHeight/2; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(pos[VX], pos[VY], 0); DGL_Scalef(scale, scale, 1); DGL_Rotatef(angle, 0, 0, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, alpha); GL_DrawPatchXY3(pCursor, 0, 0, 0, DPF_NO_OFFSET); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef OFFSET_Y #undef OFFSET_X } void Hu_MenuDrawPageTitle(const char* title, int x, int y) { if(!title || !title[0]) return; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_SetColorv(cfg.menuTextColors[0]); FR_SetAlpha(mnRendState->pageAlpha); FR_DrawTextXY3(title, x, y, ALIGN_TOP, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); } void Hu_MenuDrawPageHelp(const char* help, int x, int y) { if(!help || !help[0]) return; DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_SetColorv(cfg.menuTextColors[1]); FR_SetAlpha(mnRendState->pageAlpha); FR_DrawTextXY3(help, x, y, ALIGN_BOTTOM, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); } static void drawOverlayBackground(float darken) { DGL_SetNoMaterial(); DGL_DrawRectf2Color(0, 0, SCREENWIDTH, SCREENHEIGHT, 0, 0, 0, darken); } static void beginOverlayDraw() { #define SMALL_SCALE .75f DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(SCREENWIDTH/2, SCREENHEIGHT/2, 0); DGL_Scalef(SMALL_SCALE, SMALL_SCALE, 1); DGL_Translatef(-(SCREENWIDTH/2), -(SCREENHEIGHT/2), 0); #undef SMALL_SCALE } static void endOverlayDraw() { DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Hu_MenuDrawer() { #define OVERLAY_DARKEN .7f dgl_borderedprojectionstate_t bp; dd_bool showFocusCursor = true; mn_object_t* focusObj; if(!Hu_MenuIsVisible()) return; GL_ConfigureBorderedProjection(&bp, 0, SCREENWIDTH, SCREENHEIGHT, Get(DD_WINDOW_WIDTH), Get(DD_WINDOW_HEIGHT), scalemode_t(cfg.menuScaleMode)); GL_BeginBorderedProjection(&bp); // First determine whether the focus cursor should be visible. focusObj = MNPage_FocusObject(Hu_MenuActivePage()); if(focusObj && (MNObject_Flags(focusObj) & MNF_ACTIVE)) { if(MNObject_Type(focusObj) == MN_COLORBOX || MNObject_Type(focusObj) == MN_BINDINGS) { showFocusCursor = false; } } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(SCREENWIDTH/2, SCREENHEIGHT/2, 0); DGL_Scalef(cfg.menuScale, cfg.menuScale, 1); DGL_Translatef(-(SCREENWIDTH/2), -(SCREENHEIGHT/2), 0); MN_DrawPage(Hu_MenuActivePage(), mnAlpha, showFocusCursor); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); GL_EndBorderedProjection(&bp); // Drawing any overlays? if(focusObj && (MNObject_Flags(focusObj) & MNF_ACTIVE)) { switch(MNObject_Type(focusObj)) { case MN_COLORBOX: case MN_BINDINGS: drawOverlayBackground(OVERLAY_DARKEN); GL_BeginBorderedProjection(&bp); beginOverlayDraw(); if(MNObject_Type(focusObj) == MN_BINDINGS) { Hu_MenuControlGrabDrawer(MNBindings_ControlName(focusObj), 1); } else { MN_DrawPage(Hu_MenuFindPageByName("ColorWidget"), 1, true); } endOverlayDraw(); GL_EndBorderedProjection(&bp); break; default: break; } } #undef OVERLAY_DARKEN } void Hu_MenuPageTicker(mn_page_t *page) { // Normal ticker actions first. MNPage_Ticker(page); /// @todo Move game-menu specific page tick functionality here. } void Hu_MenuNavigatePage(mn_page_t * /*page*/, int /*pageDelta*/) { #if 0 DENG2_ASSERT(page != 0); int index = MAX_OF(0, page->focus); oldIndex = index; if(pageDelta < 0) { index = MAX_OF(0, index - page->numVisObjects); } else { index = MIN_OF(page->objectsCount-1, index + page->numVisObjects); } // Don't land on empty objects. while((page->objects[index].flags & (MNF_DISABLED | MNF_NO_FOCUS)) && (index > 0)) index--; while((page->objects[index].flags & (MNF_DISABLED | MNF_NO_FOCUS)) && index < page->objectsCount) index++; if(index != oldIndex) { S_LocalSound(SFX_MENU_NAV_RIGHT, NULL); MNPage_SetFocus(page, page->objects + index); } #endif } static void initPageObjects(mn_page_t *page) { mn_object_t *ob; assert(page); page->objectsCount = 0; for(ob = page->objects; MNObject_Type(ob) != MN_NONE; ob++) { page->objectsCount += 1; ob->_page = page; ob->_geometry = Rect_New(); ob->timer = 0; MNObject_SetFlags(ob, FO_CLEAR, MNF_FOCUS); if(0 != ob->_shortcut) { int shortcut = ob->_shortcut; ob->_shortcut = 0; // Clear invalid defaults. MNObject_SetShortcut(ob, shortcut); } switch(MNObject_Type(ob)) { case MN_TEXT: { mndata_text_t *txt = (mndata_text_t *)ob->_typedata; MNObject_SetFlags(ob, FO_SET, MNF_NO_FOCUS); if(txt->text && (PTR2INT(txt->text) > 0 && PTR2INT(txt->text) < NUMTEXT)) { txt->text = GET_TXT(PTR2INT(txt->text)); } break; } case MN_BUTTON: { /*mn_actioninfo_t const *action = MNObject_Action(ob, MNA_MODIFIED);*/ mndata_button_t *btn = (mndata_button_t *)ob->_typedata; if(btn->text && (PTR2INT(btn->text) > 0 && PTR2INT(btn->text) < NUMTEXT)) { btn->text = GET_TXT(PTR2INT(btn->text)); /// @todo Should not be done here. MNObject_SetShortcut(ob, btn->text[0]); } break; } case MN_EDIT: { mndata_edit_t *edit = (mndata_edit_t *) ob->_typedata; if(edit->emptyString && (PTR2INT(edit->emptyString) > 0 && PTR2INT(edit->emptyString) < NUMTEXT)) { edit->emptyString = GET_TXT(PTR2INT(edit->emptyString)); } break; } case MN_LIST: case MN_LISTINLINE: { mndata_list_t *list = (mndata_list_t *) ob->_typedata; for(int i = 0; i < list->count; ++i) { mndata_listitem_t *item = &((mndata_listitem_t *)list->items)[i]; if(item->text && (PTR2INT(item->text) > 0 && PTR2INT(item->text) < NUMTEXT)) { item->text = GET_TXT(PTR2INT(item->text)); } } break; } case MN_COLORBOX: { mndata_colorbox_t *cbox = (mndata_colorbox_t *) ob->_typedata; if(!cbox->rgbaMode) cbox->a = 1.f; if(0 >= cbox->width) cbox->width = MNDATA_COLORBOX_WIDTH; if(0 >= cbox->height) cbox->height = MNDATA_COLORBOX_HEIGHT; break; } case MN_MOBJPREVIEW: MNObject_SetFlags(ob, FO_SET, MNF_NO_FOCUS); break; default: break; } } } /** * Main task is to update objects linked to cvars. */ static void updatePageObjects(mn_page_t *page) { DENG_ASSERT(page != 0); mn_object_t *ob; for(ob = page->objects; MNObject_Type(ob) != MN_NONE; ob++) { switch(MNObject_Type(ob)) { case MN_TEXT: case MN_MOBJPREVIEW: MNObject_SetFlags(ob, FO_SET, MNF_NO_FOCUS); break; case MN_BUTTON: { mn_actioninfo_t const *action = MNObject_Action(ob, MNA_MODIFIED); mndata_button_t *btn = (mndata_button_t *)ob->_typedata; if(action && action->callback == Hu_MenuCvarButton) { cvarbutton_t *cvb; if(ob->data1) { // This button has already been initialized. cvb = (cvarbutton_t *) ob->data1; cvb->active = (Con_GetByte(cvb->cvarname) & (cvb->mask? cvb->mask : ~0)) != 0; //strcpy(obj->text, cvb->active ? cvb->yes : cvb->no); btn->text = cvb->active ? cvb->yes : cvb->no; continue; } // Find the cvarbutton representing this one. for(cvb = mnCVarButtons; cvb->cvarname; cvb++) { if(!strcmp((char const *)btn->data, cvb->cvarname) && ob->data2 == cvb->mask) { cvb->active = (Con_GetByte(cvb->cvarname) & (cvb->mask? cvb->mask : ~0)) != 0; ob->data1 = (void*) cvb; btn->yes = cvb->yes; btn->no = cvb->no; btn->text = (cvb->active ? btn->yes : btn->no); break; } } cvb = 0; } break; } case MN_LIST: case MN_LISTINLINE: { mn_actioninfo_t const *action = MNObject_Action(ob, MNA_MODIFIED); mndata_list_t *list = (mndata_list_t *) ob->_typedata; if(action && action->callback == Hu_MenuCvarList) { MNList_SelectItemByValue(ob, MNLIST_SIF_NO_ACTION, Con_GetInteger((char const *)list->data)); } break; } case MN_EDIT: { mn_actioninfo_t const *action = MNObject_Action(ob, MNA_MODIFIED); mndata_edit_t *edit = (mndata_edit_t *) ob->_typedata; if(action && action->callback == Hu_MenuCvarEdit) { MNEdit_SetText(ob, MNEDIT_STF_NO_ACTION, Con_GetString((char const *)edit->data1)); } break; } case MN_SLIDER: { mn_actioninfo_t const *action = MNObject_Action(ob, MNA_MODIFIED); mndata_slider_t *sldr = (mndata_slider_t *) ob->_typedata; if(action && action->callback == Hu_MenuCvarSlider) { float value; if(sldr->floatMode) value = Con_GetFloat((char const *)sldr->data1); else value = Con_GetInteger((char const *)sldr->data1); MNSlider_SetValue(ob, MNSLIDER_SVF_NO_ACTION, value); } break; } case MN_COLORBOX: { mndata_colorbox_t *cbox = (mndata_colorbox_t *) ob->_typedata; mn_actioninfo_t const *action = MNObject_Action(ob, MNA_MODIFIED); if(action && action->callback == Hu_MenuCvarColorBox) { float rgba[4]; rgba[CR] = Con_GetFloat((char const *)cbox->data1); rgba[CG] = Con_GetFloat((char const *)cbox->data2); rgba[CB] = Con_GetFloat((char const *)cbox->data3); rgba[CA] = (cbox->rgbaMode? Con_GetFloat((char const *)cbox->data4) : 1.f); MNColorBox_SetColor4fv(ob, MNCOLORBOX_SCF_NO_ACTION, rgba); } break; } default: break; } } } static void destroyPageObjects(mn_page_t *page) { mn_object_t *obj; if(!page) return; for(obj = page->objects; MNObject_Type(obj) != MN_NONE; obj++) { if(obj->_geometry) { Rect_Delete(obj->_geometry); obj->_geometry = NULL; } } } static void destroyPage(mn_page_t *page) { if(!page) return; destroyPageObjects(page); Str_Free(&page->title); if(page->geometry) { Rect_Delete(page->geometry); page->geometry = NULL; } free(page); } static void initAllPages() { Hu_MenuInitColorWidgetPage(); Hu_MenuInitMainPage(); Hu_MenuInitGameTypePage(); #if __JDOOM__ || __JHERETIC__ Hu_MenuInitEpisodePage(); #endif #if __JHEXEN__ Hu_MenuInitPlayerClassPage(); #endif Hu_MenuInitSkillPage(); Hu_MenuInitMultiplayerPage(); Hu_MenuInitPlayerSetupPage(); #if __JHERETIC__ || __JHEXEN__ Hu_MenuInitFilesPage(); #endif Hu_MenuInitLoadGameAndSaveGamePages(); Hu_MenuInitOptionsPage(); Hu_MenuInitGameplayOptionsPage(); Hu_MenuInitSaveOptionsPage(); Hu_MenuInitHUDOptionsPage(); Hu_MenuInitAutomapOptionsPage(); Hu_MenuInitWeaponsPage(); #if __JHERETIC__ || __JHEXEN__ Hu_MenuInitInventoryOptionsPage(); #endif Hu_MenuInitSoundOptionsPage(); Hu_MenuInitControlsPage(); } static void destroyAllPages() { int i; if(!pages) return; for(i = 0; i < pageCount; ++i) { pagerecord_t* rec = pages + i; destroyPage(rec->page); Str_Free(&rec->name); } free(pages); } static void initAllObjectsOnAllPages() { int i; for(i = 0; i < pageCount; ++i) { pagerecord_t* rec = pages + i; initPageObjects(rec->page); } } int Hu_MenuColorWidgetCmdResponder(mn_page_t *page, menucommand_e cmd) { assert(page); switch(cmd) { case MCMD_NAV_OUT: { mn_object_t *obj = (mn_object_t*)page->userData; MNObject_SetFlags(obj, FO_CLEAR, MNF_ACTIVE); S_LocalSound(SFX_MENU_CANCEL, NULL); colorWidgetActive = false; /// @kludge We should re-focus on the object instead. cursorAngle = 0; // Stop cursor rotation animation dead (don't rewind). Hu_MenuUpdateCursorState(); /// kludge end. return true; } case MCMD_NAV_PAGEUP: case MCMD_NAV_PAGEDOWN: return true; // Eat these. case MCMD_SELECT: { mn_object_t *obj = (mn_object_t*)page->userData; MNObject_SetFlags(obj, FO_CLEAR, MNF_ACTIVE); S_LocalSound(SFX_MENU_ACCEPT, NULL); colorWidgetActive = false; MNColorBox_CopyColor(obj, 0, MN_MustFindObjectOnPage(page, 0, MNF_ID0)); /// @kludge We should re-focus on the object instead. cursorAngle = 0; // Stop cursor rotation animation dead (don't rewind). Hu_MenuUpdateCursorState(); /// kludge end. return true; } default: break; } return false; } static void fallbackCommandResponder(mn_page_t *page, menucommand_e cmd) { assert(page); switch(cmd) { case MCMD_NAV_PAGEUP: case MCMD_NAV_PAGEDOWN: S_LocalSound(cmd == MCMD_NAV_PAGEUP? SFX_MENU_NAV_UP : SFX_MENU_NAV_DOWN, NULL); Hu_MenuNavigatePage(page, cmd == MCMD_NAV_PAGEUP? -1 : +1); break; case MCMD_NAV_UP: case MCMD_NAV_DOWN: { mn_object_t *obj = MNPage_FocusObject(page); // An object on this page must have focus in order to navigate. if(obj) { int i = 0, giveFocus = page->focus; do { giveFocus += (cmd == MCMD_NAV_UP? -1 : 1); if(giveFocus < 0) giveFocus = page->objectsCount - 1; else if(giveFocus >= page->objectsCount) giveFocus = 0; } while(++i < page->objectsCount && (MNObject_Flags(page->objects + giveFocus) & (MNF_DISABLED | MNF_NO_FOCUS | MNF_HIDDEN))); if(giveFocus != page->focus) { S_LocalSound(cmd == MCMD_NAV_UP? SFX_MENU_NAV_UP : SFX_MENU_NAV_DOWN, NULL); MNPage_SetFocus(page, page->objects + giveFocus); } } break; } case MCMD_NAV_OUT: if(!page->previous) { S_LocalSound(SFX_MENU_CLOSE, NULL); Hu_MenuCommand(MCMD_CLOSE); } else { S_LocalSound(SFX_MENU_CANCEL, NULL); Hu_MenuSetActivePage(page->previous); } break; default: // DEBUG_Message("Warning: fallbackCommandResponder: Command %i not processed, ignoring.\n", (int) cmd); break; } } /// Depending on the current menu state some commands require translating. static menucommand_e translateCommand(menucommand_e cmd) { // If a close command is received while currently working with a selected // "active" widget - interpret the command instead as "navigate out". if(menuActive && (cmd == MCMD_CLOSE || cmd == MCMD_CLOSEFAST)) { mn_object_t *obj = MNPage_FocusObject(Hu_MenuActivePage()); if(obj) { switch(MNObject_Type(obj)) { case MN_EDIT: case MN_LIST: case MN_COLORBOX: if(MNObject_Flags(obj) & MNF_ACTIVE) { cmd = MCMD_NAV_OUT; } break; default: break; } } } return cmd; } void Hu_MenuCommand(menucommand_e cmd) { mn_page_t *page; mn_object_t *obj; cmd = translateCommand(cmd); // Determine the page which will respond to this command. if(colorWidgetActive) page = Hu_MenuFindPageByName("ColorWidget"); else page = Hu_MenuActivePage(); if(cmd == MCMD_CLOSE || cmd == MCMD_CLOSEFAST) { if(menuActive) { //BusyMode_FreezeGameForBusyMode(); menuNominatingQuickSaveSlot = false; Hu_FogEffectSetAlphaTarget(0); if(cmd == MCMD_CLOSEFAST) { // Hide the menu instantly. mnAlpha = mnTargetAlpha = 0; } else { mnTargetAlpha = 0; } if(cmd != MCMD_CLOSEFAST) S_LocalSound(SFX_MENU_CLOSE, NULL); menuActive = false; // Disable the menu binding context. DD_Execute(true, "deactivatebcontext menu"); } return; } // No other commands are responded to once shutdown has begun. if(G_QuitInProgress()) { return; } if(!menuActive) { if(MCMD_OPEN == cmd) { // If anyone is currently chatting; the menu cannot be opened. int i; for(i = 0; i < MAXPLAYERS; ++i) { if(ST_ChatIsActive(i)) return; } S_LocalSound(SFX_MENU_OPEN, NULL); //Con_Open(false); Hu_FogEffectSetAlphaTarget(1); Hu_MenuSetAlpha(1); menuActive = true; menuTime = 0; menuActivePage = NULL; // Always re-activate this page. Hu_MenuSetActivePage(Hu_MenuFindPageByName("Main")); // Enable the menu binding class DD_Execute(true, "activatebcontext menu"); B_SetContextFallback("menu", Hu_MenuFallbackResponder); } return; } // Try the current focus object. obj = MNPage_FocusObject(page); if(obj && obj->cmdResponder) { if(obj->cmdResponder(obj, cmd)) return; } // Try the page's cmd responder. if(page->cmdResponder) { if(page->cmdResponder(page, cmd)) return; } fallbackCommandResponder(page, cmd); } int Hu_MenuPrivilegedResponder(event_t* ev) { if(Hu_MenuIsActive()) { mn_object_t *obj = MNPage_FocusObject(Hu_MenuActivePage()); if(obj && !(MNObject_Flags(obj) & MNF_DISABLED)) { if(obj->privilegedResponder) { return obj->privilegedResponder(obj, ev); } } } return false; } int Hu_MenuResponder(event_t* ev) { if(Hu_MenuIsActive()) { mn_object_t *obj = MNPage_FocusObject(Hu_MenuActivePage()); if(obj && !(MNObject_Flags(obj) & MNF_DISABLED)) { if(obj->responder) { return obj->responder(obj, ev); } } } return false; // Not eaten. } int Hu_MenuFallbackResponder(event_t* ev) { mn_page_t *page = Hu_MenuActivePage(); if(!Hu_MenuIsActive() || !page) return false; if(cfg.menuShortcutsEnabled) { if(ev->type == EV_KEY && (ev->state == EVS_DOWN || ev->state == EVS_REPEAT)) { int i; for(i = 0; i < page->objectsCount; ++i) { mn_object_t *obj = &page->objects[i]; if(MNObject_Flags(obj) & (MNF_DISABLED | MNF_NO_FOCUS | MNF_HIDDEN)) continue; if(MNObject_Shortcut(obj) == ev->data1) { MNPage_SetFocus(page, obj); return true; } } } } return false; } /** * User wants to load this game */ int Hu_MenuSelectLoadSlot(mn_object_t *obj, mn_actionid_t action, void * /*context*/) { mndata_edit_t *edit = (mndata_edit_t *)obj->_typedata; if(MNA_ACTIVEOUT != action) return 1; mn_page_t *saveGamePage = Hu_MenuFindPageByName("SaveGame"); MNPage_SetFocus(saveGamePage, MNPage_FindObject(saveGamePage, 0, obj->data2)); G_SetGameActionLoadSession((char *)edit->data1); Hu_MenuCommand(chooseCloseMethod()); return 0; } #if __JHERETIC__ || __JHEXEN__ void Hu_MenuDrawMainPage(mn_page_t * /*page*/, Point2Raw const *origin) { #define TITLEOFFSET_X (-22) #define TITLEOFFSET_Y (-56) #if __JHEXEN__ int frame = (menuTime / 5) % 7; #endif DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(1, 1, 1, mnRendState->pageAlpha); WI_DrawPatchXY3(pMainTitle, Hu_ChoosePatchReplacement(patchreplacemode_t(cfg.menuPatchReplaceMode), pMainTitle), origin->x + TITLEOFFSET_X, origin->y + TITLEOFFSET_Y, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); #if __JHEXEN__ GL_DrawPatchXY(pBullWithFire[(frame + 2) % 7], origin->x - 73, origin->y + 24); GL_DrawPatchXY(pBullWithFire[frame], origin->x + 168, origin->y + 24); #elif __JHERETIC__ GL_DrawPatchXY(pRotatingSkull[17 - frame], origin->x - 70, origin->y - 46); GL_DrawPatchXY(pRotatingSkull[frame], origin->x + 122, origin->y - 46); #endif DGL_Disable(DGL_TEXTURE_2D); #undef TITLEOFFSET_Y #undef TITLEOFFSET_X } #endif void Hu_MenuDrawGameTypePage(mn_page_t * /*page*/, Point2Raw const *origin) { Hu_MenuDrawPageTitle(GET_TXT(TXT_PICKGAMETYPE), SCREENWIDTH/2, origin->y - 28); } #if __JHERETIC__ static void composeNotDesignedForMessage(char const *str) { char *buf = notDesignedForMessage; char tmp[2]; buf[0] = 0; tmp[1] = 0; // Get the message template. char const *in = GET_TXT(TXT_NOTDESIGNEDFOR); for(; *in; in++) { if(in[0] == '%') { if(in[1] == '1') { strcat(buf, str); in++; continue; } if(in[1] == '%') in++; } tmp[0] = *in; strcat(buf, tmp); } } #endif #if __JHEXEN__ /** * A specialization of MNRect_Ticker() which implements the animation logic * for the player class selection page's player visual background. */ void Hu_MenuPlayerClassBackgroundTicker(mn_object_t *ob) { DENG_ASSERT(ob != 0); // Determine our selection according to the current focus object. /// @todo Do not search for the focus object, flag the "random" /// state through a focus action. if(mn_object_t *mop = MNPage_FocusObject(MNObject_Page(ob))) { playerclass_t pClass = (playerclass_t) mop->data2; if(pClass == PCLASS_NONE) { // Random class. /// @todo Use this object's timer instead of menuTime. pClass = playerclass_t(menuTime / 5); } /// @todo Only change here if in the "random" state. pClass = playerclass_t(int(pClass) % 3); // Number of user-selectable classes. MNRect_SetBackgroundPatch(ob, pPlayerClassBG[pClass]); } // Call MNRect's ticker now we've done our own processing. MNRect_Ticker(ob); } /** * A specialization of MNMobjPreview_Ticker() which implements the animation * logic for the player class selection page's player visual. */ void Hu_MenuPlayerClassPreviewTicker(mn_object_t *ob) { DENG_ASSERT(ob != 0); // Determine our selection according to the current focus object. /// @todo Do not search for the focus object, flag the "random" /// state through a focus action. if(mn_object_t *mop = MNPage_FocusObject(MNObject_Page(ob))) { playerclass_t pClass = (playerclass_t) mop->data2; if(pClass == PCLASS_NONE) { // Random class. /// @todo Use this object's timer instead of menuTime. pClass = playerclass_t(PCLASS_FIRST + (menuTime / 5)); pClass = playerclass_t(int(pClass) % 3); // Number of user-selectable classes. MNMobjPreview_SetPlayerClass(ob, pClass); MNMobjPreview_SetMobjType(ob, PCLASS_INFO(pClass)->mobjType); } // Fighter is Yellow, others Red by default. MNMobjPreview_SetTranslationClass(ob, pClass); MNMobjPreview_SetTranslationMap(ob, pClass == PCLASS_FIGHTER? 2 : 0); } // Call MNMobjPreview's ticker now we've done our own processing. MNMobjPreview_Ticker(ob); } void Hu_MenuDrawPlayerClassPage(mn_page_t * /*page*/, Point2Raw const *origin) { DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.menuTextColors[0][CR], cfg.menuTextColors[0][CG], cfg.menuTextColors[0][CB], mnRendState->pageAlpha); FR_DrawTextXY3("Choose class:", origin->x - 32, origin->y - 42, ALIGN_TOPLEFT, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); } #endif #if __JDOOM__ || __JHERETIC__ void Hu_MenuDrawEpisodePage(mn_page_t *page, Point2Raw const *origin) { #if __JHERETIC__ DENG2_UNUSED(origin); // Inform the user episode 6 is designed for deathmatch only. mn_object_t *obj = MNPage_FindObject(page, 0, MNF_ID0); if(obj && obj == MNPage_FocusObject(page)) { Point2Raw origin; composeNotDesignedForMessage(GET_TXT(TXT_SINGLEPLAYER)); origin.x = SCREENWIDTH/2; origin.y = (SCREENHEIGHT/2) + ((SCREENHEIGHT/2-5)/cfg.menuScale); Hu_MenuDrawPageHelp(notDesignedForMessage, origin.x, origin.y); } #else // __JDOOM__ DENG2_UNUSED(page); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); FR_SetFont(FID(GF_FONTB)); FR_SetColorv(cfg.menuTextColors[0]); FR_SetAlpha(mnRendState->pageAlpha); WI_DrawPatchXY3(pEpisode, Hu_ChoosePatchReplacement(patchreplacemode_t(cfg.menuPatchReplaceMode), pEpisode), origin->x + 7, origin->y - 25, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); #endif } #endif void Hu_MenuDrawSkillPage(mn_page_t * /*page*/, Point2Raw const *origin) { #if __JDOOM__ || __JDOOM64__ DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.menuTextColors[0][CR], cfg.menuTextColors[0][CG], cfg.menuTextColors[0][CB], mnRendState->pageAlpha); WI_DrawPatchXY3(pNewGame, Hu_ChoosePatchReplacement(patchreplacemode_t(cfg.menuPatchReplaceMode), pNewGame), origin->x + 48, origin->y - 49, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); WI_DrawPatchXY3(pSkill, Hu_ChoosePatchReplacement(patchreplacemode_t(cfg.menuPatchReplaceMode), pSkill), origin->x + 6, origin->y - 25, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); #elif __JHEXEN__ Hu_MenuDrawPageTitle("Choose Skill Level:", origin->x + 36, origin->y - 28); #else DENG2_UNUSED(origin); #endif } /** * Called after the save name has been modified and to action the game-save. */ int Hu_MenuSelectSaveSlot(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { mndata_edit_t *edit = (mndata_edit_t *)ob->_typedata; char const *saveSlotId = (char *)edit->data1; if(MNA_ACTIVEOUT != action) return 1; if(menuNominatingQuickSaveSlot) { Con_SetInteger("game-save-quick-slot", de::String(saveSlotId).toInt()); menuNominatingQuickSaveSlot = false; } de::String userDescription = Str_Text(MNEdit_Text(ob)); if(!G_SetGameActionSaveSession(saveSlotId, &userDescription)) { return 0; } mn_page_t *page = Hu_MenuFindPageByName("SaveGame"); MNPage_SetFocus(page, MN_MustFindObjectOnPage(page, 0, ob->data2)); page = Hu_MenuFindPageByName("LoadGame"); MNPage_SetFocus(page, MN_MustFindObjectOnPage(page, 0, ob->data2)); Hu_MenuCommand(chooseCloseMethod()); return 0; } int Hu_MenuCvarButton(mn_object_t *obj, mn_actionid_t action, void * /*context*/) { mndata_button_t *btn = (mndata_button_t *)obj->_typedata; cvarbutton_t const *cb = (cvarbutton_t *)obj->data1; cvartype_t varType = Con_GetVariableType(cb->cvarname); int value; if(MNA_MODIFIED != action) return 1; //strcpy(btn->text, cb->active? cb->yes : cb->no); btn->text = cb->active? cb->yes : cb->no; if(CVT_NULL == varType) return 0; if(cb->mask) { value = Con_GetInteger(cb->cvarname); if(cb->active) { value |= cb->mask; } else { value &= ~cb->mask; } } else { value = cb->active; } Con_SetInteger2(cb->cvarname, value, SVF_WRITE_OVERRIDE); return 0; } int Hu_MenuCvarList(mn_object_t *obj, mn_actionid_t action, void *parameters) { mndata_list_t const *list = (mndata_list_t *) obj->_typedata; mndata_listitem_t const *item; cvartype_t varType; int value; DENG_UNUSED(parameters); if(MNA_MODIFIED != action) return 1; if(MNList_Selection(obj) < 0) return 0; // Hmm? varType = Con_GetVariableType((char const *)list->data); if(CVT_NULL == varType) return 0; item = &((mndata_listitem_t *) list->items)[list->selection]; if(list->mask) { value = Con_GetInteger((char const *)list->data); value = (value & ~list->mask) | (item->data & list->mask); } else { value = item->data; } switch(varType) { case CVT_INT: Con_SetInteger2((char const *)list->data, value, SVF_WRITE_OVERRIDE); break; case CVT_BYTE: Con_SetInteger2((char const *)list->data, (byte) value, SVF_WRITE_OVERRIDE); break; default: Con_Error("Hu_MenuCvarList: Unsupported variable type %i", (int)varType); break; } return 0; } int Hu_MenuSaveSlotEdit(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { if(MNA_ACTIVE != action) return 1; if(cfg.menuGameSaveSuggestDescription) { de::String const description = G_DefaultSavedSessionUserDescription("" /*don't reuse an existing description*/); MNEdit_SetText(ob, MNEDIT_STF_NO_ACTION, description.toLatin1().constData()); } return 0; } int Hu_MenuCvarEdit(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { mndata_edit_t const *edit = (mndata_edit_t *)ob->_typedata; cvartype_t varType = Con_GetVariableType((char const *)edit->data1); if(MNA_MODIFIED != action) return 1; switch(varType) { case CVT_CHARPTR: Con_SetString2((char const *)edit->data1, Str_Text(MNEdit_Text(ob)), SVF_WRITE_OVERRIDE); break; case CVT_URIPTR: { /// @todo Sanitize and validate against known schemas. Uri *uri = Uri_NewWithPath2(Str_Text(MNEdit_Text(ob)), RC_NULL); Con_SetUri2((char const *)edit->data1, uri, SVF_WRITE_OVERRIDE); Uri_Delete(uri); break; } default: break; } return 0; } int Hu_MenuCvarSlider(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { mndata_slider_t const *sldr = (mndata_slider_t *)ob->_typedata; cvartype_t varType = Con_GetVariableType((char const *)sldr->data1); float value = MNSlider_Value(ob); if(MNA_MODIFIED != action) return 1; if(CVT_NULL == varType) return 0; switch(varType) { case CVT_FLOAT: if(sldr->step >= .01f) { Con_SetFloat2((char const *)sldr->data1, (int) (100 * value) / 100.0f, SVF_WRITE_OVERRIDE); } else { Con_SetFloat2((char const *)sldr->data1, value, SVF_WRITE_OVERRIDE); } break; case CVT_INT: Con_SetInteger2((char const *)sldr->data1, (int) value, SVF_WRITE_OVERRIDE); break; case CVT_BYTE: Con_SetInteger2((char const *)sldr->data1, (byte) value, SVF_WRITE_OVERRIDE); break; default: break; } return 0; } int Hu_MenuActivateColorWidget(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { mn_object_t *cboxMix, *sldrRed, *sldrGreen, *sldrBlue, *textAlpha, *sldrAlpha; mn_page_t *colorWidgetPage = Hu_MenuFindPageByName("ColorWidget"); if(action != MNA_ACTIVE) return 1; cboxMix = MN_MustFindObjectOnPage(colorWidgetPage, 0, MNF_ID0); sldrRed = MN_MustFindObjectOnPage(colorWidgetPage, 0, MNF_ID1); sldrGreen = MN_MustFindObjectOnPage(colorWidgetPage, 0, MNF_ID2); sldrBlue = MN_MustFindObjectOnPage(colorWidgetPage, 0, MNF_ID3); textAlpha = MN_MustFindObjectOnPage(colorWidgetPage, 0, MNF_ID4); sldrAlpha = MN_MustFindObjectOnPage(colorWidgetPage, 0, MNF_ID5); colorWidgetActive = true; MNPage_Initialize(colorWidgetPage); colorWidgetPage->userData = ob; MNColorBox_CopyColor(cboxMix, 0, ob); MNSlider_SetValue(sldrRed, MNSLIDER_SVF_NO_ACTION, MNColorBox_Redf(ob)); MNSlider_SetValue(sldrGreen, MNSLIDER_SVF_NO_ACTION, MNColorBox_Greenf(ob)); MNSlider_SetValue(sldrBlue, MNSLIDER_SVF_NO_ACTION, MNColorBox_Bluef(ob)); MNSlider_SetValue(sldrAlpha, MNSLIDER_SVF_NO_ACTION, MNColorBox_Alphaf(ob)); MNObject_SetFlags(textAlpha, (MNColorBox_RGBAMode(ob)? FO_CLEAR : FO_SET), MNF_DISABLED|MNF_HIDDEN); MNObject_SetFlags(sldrAlpha, (MNColorBox_RGBAMode(ob)? FO_CLEAR : FO_SET), MNF_DISABLED|MNF_HIDDEN); return 0; } int Hu_MenuCvarColorBox(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { mndata_colorbox_t *cbox = (mndata_colorbox_t *)ob->_typedata; if(action != MNA_MODIFIED) return 1; // MNColorBox's current color has already been updated and we know // that at least one of the color components have changed. // So our job is to simply update the associated cvars. Con_SetFloat2((char const *)cbox->data1, MNColorBox_Redf(ob), SVF_WRITE_OVERRIDE); Con_SetFloat2((char const *)cbox->data2, MNColorBox_Greenf(ob), SVF_WRITE_OVERRIDE); Con_SetFloat2((char const *)cbox->data3, MNColorBox_Bluef(ob), SVF_WRITE_OVERRIDE); if(MNColorBox_RGBAMode(ob)) { Con_SetFloat2((char const *)cbox->data4, MNColorBox_Alphaf(ob), SVF_WRITE_OVERRIDE); } return 0; } void Hu_MenuDrawLoadGamePage(mn_page_t * /*page*/, Point2Raw const *origin) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.menuTextColors[0][CR], cfg.menuTextColors[0][CG], cfg.menuTextColors[0][CB], mnRendState->pageAlpha); #if __JHERETIC__ || __JHEXEN__ FR_DrawTextXY3("Load Game", SCREENWIDTH/2, origin->y-20, ALIGN_TOP, MN_MergeMenuEffectWithDrawTextFlags(0)); #else WI_DrawPatchXY3(pLoadGame, Hu_ChoosePatchReplacement(patchreplacemode_t(cfg.menuPatchReplaceMode), pLoadGame), origin->x - 8, origin->y - 26, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); #endif DGL_Disable(DGL_TEXTURE_2D); Point2Raw helpOrigin; helpOrigin.x = SCREENWIDTH/2; helpOrigin.y = (SCREENHEIGHT/2) + ((SCREENHEIGHT/2-5)/cfg.menuScale); Hu_MenuDrawPageHelp("Select to load, [Del] to clear", helpOrigin.x, helpOrigin.y); } void Hu_MenuDrawSaveGamePage(mn_page_t * /*page*/, Point2Raw const *origin) { #if __JHERETIC__ || __JHEXEN__ Hu_MenuDrawPageTitle("Save Game", SCREENWIDTH/2, origin->y - 20); #else DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.menuTextColors[0][CR], cfg.menuTextColors[0][CG], cfg.menuTextColors[0][CB], mnRendState->pageAlpha); WI_DrawPatchXY3(pSaveGame, Hu_ChoosePatchReplacement(patchreplacemode_t(cfg.menuPatchReplaceMode), pSaveGame), origin->x - 8, origin->y - 26, ALIGN_TOPLEFT, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); #endif Point2Raw helpOrigin; helpOrigin.x = SCREENWIDTH/2; helpOrigin.y = (SCREENHEIGHT/2) + ((SCREENHEIGHT/2-5)/cfg.menuScale); Hu_MenuDrawPageHelp("Select to save, [Del] to clear", helpOrigin.x, helpOrigin.y); } #if __JDOOM__ || __JHERETIC__ || __JHEXEN__ int Hu_MenuSelectHelp(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_ACTIVEOUT != action) return 1; G_StartHelp(); return 0; } #endif void Hu_MenuDrawOptionsPage(mn_page_t * /*page*/, Point2Raw const *origin) { #if __JHERETIC__ || __JHEXEN__ Hu_MenuDrawPageTitle("Options", origin->x + 42, origin->y - 38); #else DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, mnRendState->pageAlpha); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.menuTextColors[0][CR], cfg.menuTextColors[0][CG], cfg.menuTextColors[0][CB], mnRendState->pageAlpha); WI_DrawPatchXY3(pOptionsTitle, Hu_ChoosePatchReplacement(patchreplacemode_t(cfg.menuPatchReplaceMode), pOptionsTitle), origin->x + 42, origin->y - 20, ALIGN_TOP, 0, MN_MergeMenuEffectWithDrawTextFlags(0)); DGL_Disable(DGL_TEXTURE_2D); #endif } void Hu_MenuDrawWeaponsPage(mn_page_t *page, Point2Raw const * /*offset*/) { // Inform the user how to change the order. if(MNPage_FocusObject(page) == MN_MustFindObjectOnPage(page, 0, MNF_ID0)) { char const *helpText = "Use left/right to move weapon up/down"; Point2Raw origin; origin.x = SCREENWIDTH/2; origin.y = (SCREENHEIGHT/2) + ((SCREENHEIGHT/2-5)/cfg.menuScale); Hu_MenuDrawPageHelp(helpText, origin.x, origin.y); } } void Hu_MenuDrawMultiplayerPage(mn_page_t * /*page*/, Point2Raw const *origin) { Hu_MenuDrawPageTitle(GET_TXT(TXT_MULTIPLAYER), SCREENWIDTH/2, origin->y - 28); } void Hu_MenuDrawPlayerSetupPage(mn_page_t * /*page*/, Point2Raw const *origin) { Hu_MenuDrawPageTitle(GET_TXT(TXT_PLAYERSETUP), SCREENWIDTH/2, origin->y - 28); } int Hu_MenuActionSetActivePage(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { DENG2_ASSERT(ob != 0); if(MNA_ACTIVEOUT != action) return 1; Hu_MenuSetActivePage(Hu_MenuFindPageByName((char *)ob->data1)); return 0; } int Hu_MenuUpdateColorWidgetColor(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { float value = MNSlider_Value(ob); mn_object_t *cboxMix = MN_MustFindObjectOnPage(Hu_MenuFindPageByName("ColorWidget"), 0, MNF_ID0); if(MNA_MODIFIED != action) return 1; switch(ob->data2) { case CR: MNColorBox_SetRedf( cboxMix, MNCOLORBOX_SCF_NO_ACTION, value); break; case CG: MNColorBox_SetGreenf(cboxMix, MNCOLORBOX_SCF_NO_ACTION, value); break; case CB: MNColorBox_SetBluef( cboxMix, MNCOLORBOX_SCF_NO_ACTION, value); break; case CA: MNColorBox_SetAlphaf(cboxMix, MNCOLORBOX_SCF_NO_ACTION, value); break; default: Con_Error("Hu_MenuUpdateColorWidgetColor: Invalid value (%i) for data2.", ob->data2); } return 0; } int Hu_MenuChangeWeaponPriority(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_MODIFIED != action) return 1; /*int choice = option >> NUM_WEAPON_TYPES; if(option & RIGHT_DIR) { if(choice < NUM_WEAPON_TYPES-1) { int temp = cfg.weaponOrder[choice+1]; cfg.weaponOrder[choice+1] = cfg.weaponOrder[choice]; cfg.weaponOrder[choice] = temp; } } else { if(choice > 0) { int temp = cfg.weaponOrder[choice]; cfg.weaponOrder[choice] = cfg.weaponOrder[choice-1]; cfg.weaponOrder[choice-1] = temp; } }*/ return 0; } int Hu_MenuSelectSingleplayer(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_ACTIVEOUT != action) return 1; if(IS_NETGAME) { Hu_MsgStart(MSG_ANYKEY, NEWGAME, NULL, 0, NULL); return 0; } #if __JHEXEN__ Hu_MenuSetActivePage(Hu_MenuFindPageByName("PlayerClass")); #elif __JHERETIC__ Hu_MenuSetActivePage(Hu_MenuFindPageByName("Episode")); #elif __JDOOM64__ Hu_MenuSetActivePage(Hu_MenuFindPageByName("Skill")); #else // __JDOOM__ if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX)) Hu_MenuSetActivePage(Hu_MenuFindPageByName("Skill")); else Hu_MenuSetActivePage(Hu_MenuFindPageByName("Episode")); #endif return 0; } int Hu_MenuSelectMultiplayer(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { mn_page_t *multiplayerPage = Hu_MenuFindPageByName("Multiplayer"); mn_object_t *labelObj = MN_MustFindObjectOnPage(multiplayerPage, 0, MNF_ID0); mndata_button_t *btn = (mndata_button_t *)labelObj->_typedata; if(MNA_ACTIVEOUT != action) return 1; // Set the appropriate label. if(IS_NETGAME) { btn->text = "Disconnect"; } else { btn->text = "Join Game"; } Hu_MenuSetActivePage(multiplayerPage); return 0; } int Hu_MenuSelectJoinGame(mn_object_t * /*ob*/, mn_actionid_t action, void * /*parameters*/) { if(MNA_ACTIVEOUT != action) return 1; if(IS_NETGAME) { DD_Execute(false, "net disconnect"); Hu_MenuCommand(MCMD_CLOSE); return 0; } DD_Execute(false, "net setup client"); return 0; } int Hu_MenuSelectPlayerSetup(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { mn_page_t *playerSetupPage = Hu_MenuFindPageByName("PlayerSetup"); mn_object_t *mop = MN_MustFindObjectOnPage(playerSetupPage, 0, MNF_ID0); mn_object_t *name = MN_MustFindObjectOnPage(playerSetupPage, 0, MNF_ID1); mn_object_t *color = MN_MustFindObjectOnPage(playerSetupPage, 0, MNF_ID3); #if __JHEXEN__ mn_object_t *class_; #endif if(MNA_ACTIVEOUT != action) return 1; #if __JHEXEN__ MNMobjPreview_SetMobjType(mop, PCLASS_INFO(cfg.netClass)->mobjType); MNMobjPreview_SetPlayerClass(mop, cfg.netClass); #else MNMobjPreview_SetMobjType(mop, MT_PLAYER); MNMobjPreview_SetPlayerClass(mop, PCLASS_PLAYER); #endif MNMobjPreview_SetTranslationClass(mop, 0); MNMobjPreview_SetTranslationMap(mop, cfg.netColor); MNList_SelectItemByValue(color, MNLIST_SIF_NO_ACTION, cfg.netColor); #if __JHEXEN__ class_ = MN_MustFindObjectOnPage(playerSetupPage, 0, MNF_ID2); MNList_SelectItemByValue(class_, MNLIST_SIF_NO_ACTION, cfg.netClass); #endif MNEdit_SetText(name, MNEDIT_STF_NO_ACTION|MNEDIT_STF_REPLACEOLD, Con_GetString("net-name")); Hu_MenuSetActivePage(playerSetupPage); return 0; } #if __JHEXEN__ int Hu_MenuSelectPlayerSetupPlayerClass(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { if(MNA_MODIFIED != action) return 1; int selection = MNList_Selection(ob); if(selection >= 0) { mn_object_t *mop = MN_MustFindObjectOnPage(MNObject_Page(ob), 0, MNF_ID0); MNMobjPreview_SetPlayerClass(mop, selection); MNMobjPreview_SetMobjType(mop, PCLASS_INFO(selection)->mobjType); } return 0; } #endif int Hu_MenuSelectPlayerColor(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { if(MNA_MODIFIED != action) return 1; // The color translation map is stored in the list item data member. int selection = MNList_ItemData(ob, MNList_Selection(ob)); if(selection >= 0) { mn_object_t *mop = MN_MustFindObjectOnPage(MNObject_Page(ob), 0, MNF_ID0); MNMobjPreview_SetTranslationMap(mop, selection); } return 0; } int Hu_MenuSelectAcceptPlayerSetup(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { mn_object_t *plrNameEdit = MN_MustFindObjectOnPage(MNObject_Page(ob), 0, MNF_ID1); #if __JHEXEN__ mn_object_t *plrClassList = MN_MustFindObjectOnPage(MNObject_Page(ob), 0, MNF_ID2); #endif mn_object_t *plrColorList = MN_MustFindObjectOnPage(MNObject_Page(ob), 0, MNF_ID3); #if __JHEXEN__ cfg.netClass = MNList_Selection(plrClassList); #endif // The color translation map is stored in the list item data member. cfg.netColor = MNList_ItemData(plrColorList, MNList_Selection(plrColorList)); if(MNA_ACTIVEOUT != action) return 1; char buf[300]; strcpy(buf, "net-name "); M_StrCatQuoted(buf, Str_Text(MNEdit_Text(plrNameEdit)), 300); DD_Execute(false, buf); if(IS_NETGAME) { strcpy(buf, "setname "); M_StrCatQuoted(buf, Str_Text(MNEdit_Text(plrNameEdit)), 300); DD_Execute(false, buf); #if __JHEXEN__ // Must do 'setclass' first; the real class and color do not change // until the server sends us a notification -- this means if we do // 'setcolor' first, the 'setclass' after it will override the color // change (or such would appear to be the case). DD_Executef(false, "setclass %i", cfg.netClass); #endif DD_Executef(false, "setcolor %i", cfg.netColor); } Hu_MenuSetActivePage(Hu_MenuFindPageByName("Multiplayer")); return 0; } int Hu_MenuSelectQuitGame(mn_object_t * /*ob*/, mn_actionid_t action, void * /*parameters*/) { if(MNA_ACTIVEOUT != action) return 1; G_QuitGame(); return 0; } int Hu_MenuSelectEndGame(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_ACTIVEOUT != action) return 1; DD_Executef(true, "endgame"); return 0; } int Hu_MenuSelectLoadGame(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_ACTIVEOUT != action) return 1; if(!Get(DD_DEDICATED)) { if(IS_CLIENT && !Get(DD_PLAYBACK)) { Hu_MsgStart(MSG_ANYKEY, LOADNET, NULL, 0, NULL); return 0; } } Hu_MenuSetActivePage(Hu_MenuFindPageByName("LoadGame")); return 0; } int Hu_MenuSelectSaveGame(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { player_t *player = &players[CONSOLEPLAYER]; if(MNA_ACTIVEOUT != action) return 1; if(!Get(DD_DEDICATED)) { if(IS_CLIENT) { #if __JDOOM__ || __JDOOM64__ Hu_MsgStart(MSG_ANYKEY, SAVENET, NULL, 0, NULL); #endif return 0; } if(G_GameState() != GS_MAP) { Hu_MsgStart(MSG_ANYKEY, SAVEOUTMAP, NULL, 0, NULL); return 0; } if(player->playerState == PST_DEAD) { Hu_MsgStart(MSG_ANYKEY, SAVEDEAD, NULL, 0, NULL); return 0; } } Hu_MenuCommand(MCMD_OPEN); Hu_MenuSetActivePage(Hu_MenuFindPageByName("SaveGame")); return 0; } #if __JHEXEN__ int Hu_MenuSelectPlayerClass(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { mn_page_t *skillPage = Hu_MenuFindPageByName("Skill"); int option = ob->data2; mn_object_t *skillObj; char const *text; if(MNA_ACTIVEOUT != action) return 1; if(IS_NETGAME) { P_SetMessage(&players[CONSOLEPLAYER], LMF_NO_HIDE, "You can't start a new game from within a netgame!"); return 0; } if(option < 0) { // Random class. // Number of user-selectable classes. mnPlrClass = (menuTime / 5) % 3; } else { mnPlrClass = option; } skillObj = MN_MustFindObjectOnPage(skillPage, 0, MNF_ID0); text = GET_TXT(PCLASS_INFO(mnPlrClass)->skillModeNames[SM_BABY]); ((mndata_button_t *)skillObj->_typedata)->text = text; MNObject_SetShortcut(skillObj, text[0]); skillObj = MN_MustFindObjectOnPage(skillPage, 0, MNF_ID1); text = GET_TXT(PCLASS_INFO(mnPlrClass)->skillModeNames[SM_EASY]); ((mndata_button_t *)skillObj->_typedata)->text = text; MNObject_SetShortcut(skillObj, text[0]); skillObj = MN_MustFindObjectOnPage(skillPage, 0, MNF_ID2); text = GET_TXT(PCLASS_INFO(mnPlrClass)->skillModeNames[SM_MEDIUM]); ((mndata_button_t *)skillObj->_typedata)->text = text; MNObject_SetShortcut(skillObj, text[0]); skillObj = MN_MustFindObjectOnPage(skillPage, 0, MNF_ID3); text = GET_TXT(PCLASS_INFO(mnPlrClass)->skillModeNames[SM_HARD]); ((mndata_button_t *)skillObj->_typedata)->text = text; MNObject_SetShortcut(skillObj, text[0]); skillObj = MN_MustFindObjectOnPage(skillPage, 0, MNF_ID4); text = GET_TXT(PCLASS_INFO(mnPlrClass)->skillModeNames[SM_NIGHTMARE]); ((mndata_button_t *)skillObj->_typedata)->text = text; MNObject_SetShortcut(skillObj, text[0]); switch(mnPlrClass) { case PCLASS_FIGHTER: MNPage_SetX(skillPage, 120); break; case PCLASS_CLERIC: MNPage_SetX(skillPage, 116); break; case PCLASS_MAGE: MNPage_SetX(skillPage, 112); break; } Hu_MenuSetActivePage(skillPage); return 0; } int Hu_MenuFocusOnPlayerClass(mn_object_t *ob, mn_actionid_t action, void *context) { playerclass_t plrClass = (playerclass_t)ob->data2; if(MNA_FOCUS != action) return 1; mn_object_t *mop = MN_MustFindObjectOnPage(MNObject_Page(ob), 0, MNF_ID0); MNMobjPreview_SetPlayerClass(mop, plrClass); MNMobjPreview_SetMobjType(mop, (PCLASS_NONE == plrClass? MT_NONE : PCLASS_INFO(plrClass)->mobjType)); Hu_MenuDefaultFocusAction(ob, action, context); return 0; } #endif #if __JDOOM__ || __JHERETIC__ int Hu_MenuFocusEpisode(mn_object_t *ob, mn_actionid_t action, void *context) { if(MNA_FOCUS != action) return 1; mnEpisode = ob->data2; Hu_MenuDefaultFocusAction(ob, action, context); return 0; } int Hu_MenuConfirmOrderCommericalVersion(msgresponse_t /*response*/, int /*userValue*/, void * /*context*/) { G_StartHelp(); return true; } int Hu_MenuActivateNotSharewareEpisode(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_ACTIVEOUT != action) return 1; Hu_MsgStart(MSG_ANYKEY, SWSTRING, Hu_MenuConfirmOrderCommericalVersion, 0, NULL); return 0; } #endif int Hu_MenuFocusSkillMode(mn_object_t *ob, mn_actionid_t action, void *context) { DENG2_ASSERT(ob != 0); if(MNA_FOCUS != action) return 1; mnSkillmode = (skillmode_t)ob->data2; Hu_MenuDefaultFocusAction(ob, action, context); return 0; } #if __JDOOM__ int Hu_MenuConfirmInitNewGame(msgresponse_t response, int /*userValue*/, void * /*context*/) { if(response == MSG_YES) { Hu_MenuInitNewGame(true); } return true; } #endif void Hu_MenuInitNewGame(dd_bool confirmed) { #if __JDOOM__ if(!confirmed && SM_NIGHTMARE == mnSkillmode) { Hu_MsgStart(MSG_YESNO, NIGHTMARE, Hu_MenuConfirmInitNewGame, 0, NULL); return; } #else DENG2_UNUSED(confirmed); #endif Hu_MenuCommand(chooseCloseMethod()); #if __JHEXEN__ cfg.playerClass[CONSOLEPLAYER] = playerclass_t(mnPlrClass); #endif GameRuleset newRules(defaultGameRules); newRules.skill = mnSkillmode; #if __JHEXEN__ Uri *newMapUri = G_ComposeMapUri(mnEpisode, P_TranslateMap(0)); #else Uri *newMapUri = G_ComposeMapUri(mnEpisode, 0); #endif G_SetGameActionNewSession(*newMapUri, 0/*default*/, newRules); Uri_Delete(newMapUri); } int Hu_MenuActionInitNewGame(mn_object_t * /*ob*/, mn_actionid_t action, void * /*context*/) { if(MNA_ACTIVEOUT != action) return 1; Hu_MenuInitNewGame(false); return 0; } int Hu_MenuSelectControlPanelLink(mn_object_t *ob, mn_actionid_t action, void * /*context*/) { #define NUM_PANEL_NAMES 1 static char const *panelNames[NUM_PANEL_NAMES] = { "taskbar" //, //"panel audio", //"panel input" }; if(MNA_ACTIVEOUT != action) return 1; int idx = ob->data2; if(idx < 0 || idx > NUM_PANEL_NAMES - 1) { idx = 0; } DD_Execute(true, panelNames[idx]); return 0; #undef NUM_PANEL_NAMES } D_CMD(MenuOpen) { DENG2_UNUSED(src); if(argc > 1) { if(!stricmp(argv[1], "open")) { Hu_MenuCommand(MCMD_OPEN); return true; } if(!stricmp(argv[1], "close")) { Hu_MenuCommand(MCMD_CLOSE); return true; } if(mn_page_t *page = Hu_MenuFindPageByName(argv[1])) { Hu_MenuCommand(MCMD_OPEN); Hu_MenuSetActivePage(page); return true; } return false; } Hu_MenuCommand(!menuActive? MCMD_OPEN : MCMD_CLOSE); return true; } /** * Routes console commands for menu actions and navigation into the menu subsystem. */ D_CMD(MenuCommand) { DENG2_UNUSED2(src, argc); if(menuActive) { char const *cmd = argv[0] + 4; if(!stricmp(cmd, "up")) { Hu_MenuCommand(MCMD_NAV_UP); return true; } if(!stricmp(cmd, "down")) { Hu_MenuCommand(MCMD_NAV_DOWN); return true; } if(!stricmp(cmd, "left")) { Hu_MenuCommand(MCMD_NAV_LEFT); return true; } if(!stricmp(cmd, "right")) { Hu_MenuCommand(MCMD_NAV_RIGHT); return true; } if(!stricmp(cmd, "back")) { Hu_MenuCommand(MCMD_NAV_OUT); return true; } if(!stricmp(cmd, "delete")) { Hu_MenuCommand(MCMD_DELETE); return true; } if(!stricmp(cmd, "select")) { Hu_MenuCommand(MCMD_SELECT); return true; } if(!stricmp(cmd, "pagedown")) { Hu_MenuCommand(MCMD_NAV_PAGEDOWN); return true; } if(!stricmp(cmd, "pageup")) { Hu_MenuCommand(MCMD_NAV_PAGEUP); return true; } } return false; } doomsday-1.14.5/doomsday/plugins/common/src/animdefs.cpp0000664000175000017500000002760012350542240022560 0ustar jaakkojaakko/** @file animdef.cpp ANIMATED and ANIMDEFS -defined texture animation interpreters. * * @authors Copyright © 2003-2014 Jaakko Keränen * @authors Copyright © 2006-2014 Daniel Swanson * @authors Copyright © 1999 Activision * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "animdefs.h" #include #include #if __JHEXEN__ # include "hexlex.h" #endif using namespace de; #if !__JHEXEN__ /** * Texture animation definition flags. */ enum { /// The animation belongs to the "Textures" resource scheme, rather than "Flats". TexturesScheme = 0x1, /// Disable drawing of decals on world surfaces whose material is derived from /// this texture animation. Not currently supported. (A ZDoom extension). NoDecals = 0x2, DefaultAnimFlags = 0 // In the "Flats" resource scheme }; /** * ANIMATED format, texture animation definition. * * In Doomsday these are handled via DED definitions. * In BOOM they invented the ANIMATED lump for the same purpose. * * @note This struct is read directly from the lump, so it must be it aligned. */ #pragma pack(1) struct TextureAnimDef { signed char flags; char endname[9]; char startname[9]; // Frame duration in tics. // Note that a value of 65536 or greater should be interpreted as a "swirly texture" // animation and expects a single frame. Not currently supported. (A SMMU extension). int speed; }; #pragma pack() // This array is treated as a hardcoded replacement for data that can be loaded from a // lump, so we need to use little-endian byte ordering. static TextureAnimDef animsShared[] = { #if __JDOOM64__ { TexturesScheme, "CFACEC", "CFACEA", MACRO_LONG(4) }, { TexturesScheme, "SMONAD", "SMONAA", MACRO_LONG(8) }, { TexturesScheme, "SMONBD", "SMONBA", MACRO_LONG(2) }, { TexturesScheme, "SMONCD", "SMONCA", MACRO_LONG(8) }, { TexturesScheme, "SMONDD", "SMONDA", MACRO_LONG(4) }, { TexturesScheme, "SMONED", "SMONEA", MACRO_LONG(8) }, { TexturesScheme, "SPORTI", "SPORTA", MACRO_LONG(4) }, { TexturesScheme, "C307B", "C307", MACRO_LONG(8) }, #elif __JDOOM__ // Doom anims: { DefaultAnimFlags, "BLOOD3", "BLOOD1", MACRO_LONG(8) }, { DefaultAnimFlags, "FWATER4", "FWATER1", MACRO_LONG(8) }, { DefaultAnimFlags, "SWATER4", "SWATER1", MACRO_LONG(8) }, { DefaultAnimFlags, "LAVA4", "LAVA1", MACRO_LONG(8) }, { DefaultAnimFlags, "NUKAGE3", "NUKAGE1", MACRO_LONG(8) }, { TexturesScheme, "BLODRIP4", "BLODRIP1", MACRO_LONG(8) }, { TexturesScheme, "FIREBLU2", "FIREBLU1", MACRO_LONG(8) }, { TexturesScheme, "FIRELAVA", "FIRELAV3", MACRO_LONG(8) }, { TexturesScheme, "FIREMAG3", "FIREMAG1", MACRO_LONG(8) }, { TexturesScheme, "FIREWALL", "FIREWALA", MACRO_LONG(8) }, { TexturesScheme, "GSTFONT3", "GSTFONT1", MACRO_LONG(8) }, { TexturesScheme, "ROCKRED3", "ROCKRED1", MACRO_LONG(8) }, { TexturesScheme, "SLADRIP3", "SLADRIP1", MACRO_LONG(8) }, { TexturesScheme, "WFALL4", "WFALL1", MACRO_LONG(8) }, { TexturesScheme, "BLODGR4", "BLODGR1", MACRO_LONG(8) }, // Doom 2 anims: { DefaultAnimFlags, "RROCK08", "RROCK05", MACRO_LONG(8) }, { DefaultAnimFlags, "SLIME04", "SLIME01", MACRO_LONG(8) }, { DefaultAnimFlags, "SLIME08", "SLIME05", MACRO_LONG(8) }, { DefaultAnimFlags, "SLIME12", "SLIME09", MACRO_LONG(8) }, { TexturesScheme, "BFALL4", "BFALL1", MACRO_LONG(8) }, { TexturesScheme, "DBRAIN4", "DBRAIN1", MACRO_LONG(8) }, { TexturesScheme, "SFALL4", "SFALL1", MACRO_LONG(8) }, #elif __JHERETIC__ { DefaultAnimFlags, "FLTWAWA3", "FLTWAWA1", MACRO_LONG(8) }, { DefaultAnimFlags, "FLTSLUD3", "FLTSLUD1", MACRO_LONG(8) }, { DefaultAnimFlags, "FLTTELE4", "FLTTELE1", MACRO_LONG(6) }, { DefaultAnimFlags, "FLTFLWW3", "FLTFLWW1", MACRO_LONG(9) }, { DefaultAnimFlags, "FLTLAVA4", "FLTLAVA1", MACRO_LONG(8) }, { DefaultAnimFlags, "FLATHUH4", "FLATHUH1", MACRO_LONG(8) }, { TexturesScheme, "LAVAFL3", "LAVAFL1", MACRO_LONG(6) }, { TexturesScheme, "WATRWAL3", "WATRWAL1", MACRO_LONG(4) }, #endif { -1, "\0", "\0", MACRO_LONG(0) } }; static void loadAnimDefs(TextureAnimDef const *defs, bool customDefs) { DENG2_ASSERT(defs != 0); LOG_AS("loadAnimDefs"); AutoStr *framePath = AutoStr_NewStd(); AutoStr *startPath = AutoStr_NewStd(); AutoStr *endPath = AutoStr_NewStd(); Uri *frameUrn = Uri_NewWithPath2("urn:", RC_NULL); Uri *startUri = Uri_New(); Uri *endUri = Uri_New(); // Read structures until -1 is found bool lastIsTexture = false; for(int i = 0; defs[i].flags != -1; ++i) { bool const isTexture = (defs[i].flags & TexturesScheme) != 0; // Scheme change? if(i == 0 || isTexture != lastIsTexture) { Uri_SetScheme(startUri, isTexture? "Textures" : "Flats"); Uri_SetScheme(endUri, isTexture? "Textures" : "Flats"); lastIsTexture = isTexture; } // Translate and encode the referenced texture names. Str_PercentEncode(Str_StripRight(Str_Set(startPath, defs[i].startname))); Uri_SetPath(startUri, Str_Text(startPath)); Str_PercentEncode(Str_StripRight(Str_Set(endPath, defs[i].endname))); Uri_SetPath(endUri, Str_Text(endPath)); // Are both frames in the animation known? int const startFrame = Textures_UniqueId2(startUri, !customDefs); int const endFrame = Textures_UniqueId2(endUri, !customDefs); if(-1 == startFrame || -1 == endFrame) continue; // Is the defined range valid? int const numFrames = endFrame - startFrame + 1; if(numFrames < 2) { LOG_RES_WARNING("Bad cycle from '%s' to '%s' in sequence #%i") << defs[i].startname << defs[i].endname << i; continue; } // Doomsday's group animation needs to know the texture/flat numbers of ALL frames // in the animation group so we'll have to step through the directory adding frames // as we go. (DOOM only required the start/end texture/flat numbers and would animate // all textures/flats inbetween). int const groupNum = R_CreateAnimGroup(AGF_SMOOTH); AutoStr const *from = Uri_ToString(startUri); AutoStr const *to = Uri_ToString(endUri); int const ticsPerFrame = LONG(defs[i].speed); LOG_RES_AT_LEVEL(customDefs? LogEntry::Verbose : LogEntry::XVerbose, " %d: From:\"%s\" To:\"%s\" Tics:%i") << i << Str_Text(from) << Str_Text(to) << ticsPerFrame; for(int n = startFrame; n <= endFrame; ++n) { Str_Clear(framePath); Str_Appendf(framePath, "%s:%i", isTexture? "Textures" : "Flats", n); Uri_SetPath(frameUrn, Str_Text(framePath)); R_AddAnimGroupFrame(groupNum, frameUrn, ticsPerFrame, 0); } } Uri_Delete(endUri); Uri_Delete(startUri); Uri_Delete(frameUrn); } #endif // !__JHEXEN__ #if __JHEXEN__ static char const *textureScheme(ddstring_s const *string) { struct KnownScheme { char const *label; char const *scheme; } knownSchemes[] = { { "texture", "Textures" }, { "flat", "Flats" }, { 0, 0 } }; for(int i = 0; knownSchemes[i].label; ++i) { if(!Str_CompareIgnoreCase(string, knownSchemes[i].label)) { return knownSchemes[i].scheme; } } return 0; } /** * Attempt to parse the script on the identified @a path as "animation definition" data. */ static void AnimDefsParser(ddstring_s const *path) { dd_bool isCustom; AutoStr *script = M_ReadFileIntoString(path, &isCustom); if(!script || Str_IsEmpty(script)) return; LOG_RES_VERBOSE("Parsing \"%s\"...") << NativePath(Str_Text(path)).pretty(); HexLex lexer(script, path); while(lexer.readToken()) { // string(texture-scheme) string(texture-path) if(char const *scheme = textureScheme(lexer.token())) { Uri *uri = lexer.readUri(scheme); int const texNumBase = Textures_UniqueId2(uri, !isCustom); Uri_Delete(uri); bool const ignore = (texNumBase == -1); int groupNumber = 0; if(!ignore) { groupNumber = R_CreateAnimGroup(AGF_SMOOTH | AGF_FIRST_ONLY); } while(lexer.readToken()) { if(!Str_CompareIgnoreCase(lexer.token(), "pic")) { int picNum = lexer.readNumber(); int min = 0, max = 0; ddstring_s const *label = lexer.readString(); if(!Str_CompareIgnoreCase(label, "tics")) { min = lexer.readNumber(); } else if(!Str_CompareIgnoreCase(label, "rand")) { min = lexer.readNumber(); max = lexer.readNumber(); } else { // Found an unexpected token. Con_Error("AnimDefsParser: Unexpected token '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } if(!ignore) { Uri *frameUrn = Uri_NewWithPath2("urn:", RC_NULL); Uri_SetPath(frameUrn, Str_Text(Str_Appendf(AutoStr_NewStd(), "%s:%i", scheme, texNumBase + picNum - 1))); R_AddAnimGroupFrame(groupNumber, frameUrn, min, (max > 0? max - min : 0)); Uri_Delete(frameUrn); } continue; } lexer.unreadToken(); break; } continue; } // Found an unexpected token. Con_Error("AnimDefsParser: Unexpected token '%s' in \"%s\" on line #%i", lexer.token(), F_PrettyPath(Str_Text(path)), lexer.lineNumber()); } } #endif // __JHEXEN__ void P_InitPicAnims(void) { #if __JHEXEN__ AnimDefsParser(AutoStr_FromText("Lumps:ANIMDEFS")); #else lumpnum_t animsLump; if((animsLump = W_CheckLumpNumForName("ANIMATED")) > 0) { /** * We'll support this BOOM extension by reading the data and then registering * the new animations into Doomsday using the animation groups feature. * * Support for this extension should be considered deprecated. * All new features should be added, accessed via DED. */ LOG_RES_VERBOSE("Processing lump %s::ANIMATED") << NativePath(Str_Text(W_LumpSourceFile(animsLump))).pretty(); loadAnimDefs((TextureAnimDef *)W_CacheLump(animsLump), true); W_UnlockLump(animsLump); return; } LOGDEV_RES_VERBOSE("Registering default texture animations..."); loadAnimDefs(animsShared, false); #endif } doomsday-1.14.5/doomsday/plugins/common/src/hexlex.cpp0000664000175000017500000001175412350542240022272 0ustar jaakkojaakko/** @file hexlex.cpp Lexical analyzer for Hexen definition/script syntax. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "hexlex.h" #include #include #define T_COMMENT ';' ///< Single-line comment. #define T_QUOTE '"' void HexLex::checkOpen() { if(!_script) Con_Error("HexLex: No script to parse!"); } bool HexLex::atEnd() { checkOpen(); return (_readPos >= Str_Length(_script)); } void HexLex::syntaxError(char const *message) { Con_Error("HexLex: SyntaxError in \"%s\" on line #%i.\n%s", F_PrettyPath(Str_Text(&_sourcePath)), _lineNumber, message); } HexLex::HexLex(Str const *script, Str const *sourcePath) : _script(0) , _readPos(0) , _lineNumber(0) , _alreadyGot(false) , _multiline(false) { Str_InitStd(&_sourcePath); Str_InitStd(&_token); if(script) { parse(script); } if(sourcePath) { setSourcePath(sourcePath); } } HexLex::~HexLex() { Str_Free(&_sourcePath); Str_Free(&_token); } void HexLex::parse(Str const *script) { _script = script; _readPos = 0; _lineNumber = 1; _alreadyGot = false; Str_Clear(&_token); } void HexLex::setSourcePath(Str const *sourcePath) { if(!sourcePath) { Str_Clear(&_sourcePath); } else { Str_Copy(&_sourcePath, sourcePath); } } bool HexLex::readToken() { checkOpen(); if(_alreadyGot) { _alreadyGot = false; return true; } _multiline = false; if(atEnd()) { return false; } bool foundToken = false; while(!foundToken) { while(Str_At(_script, _readPos) <= ' ') { if(atEnd()) { return false; } if(Str_At(_script, _readPos++) == '\n') { _lineNumber++; _multiline = true; } } if(atEnd()) { return false; } if(Str_At(_script, _readPos) != T_COMMENT) { // Found a token foundToken = true; } else { // Skip comment. while(Str_At(_script, _readPos++) != '\n') { if(atEnd()) { return false; } } _lineNumber++; _multiline = true; } } Str_Clear(&_token); if(Str_At(_script, _readPos) == T_QUOTE) { // Quoted string. _readPos++; while(Str_At(_script, _readPos) != T_QUOTE) { Str_AppendChar(&_token, Str_At(_script, _readPos++)); if(atEnd()) { break; } } _readPos++; } else { // Normal string. while(Str_At(_script, _readPos) > ' ' && Str_At(_script, _readPos) != T_COMMENT) { Str_AppendChar(&_token, Str_At(_script, _readPos++)); if(atEnd()) { break; } } } return true; } void HexLex::unreadToken() { if(_readPos == 0) { return; } _alreadyGot = true; } Str const *HexLex::token() { return &_token; } int HexLex::readNumber() { if(!readToken()) { syntaxError("Missing integer"); } char *stopper; int number = strtol(Str_Text(&_token), &stopper, 0); if(*stopper != 0) { Con_Error("HexLex: Non-numeric constant '%s' in \"%s\" on line #%i", Str_Text(&_token), F_PrettyPath(Str_Text(&_sourcePath)), _lineNumber); } return number; } Str const *HexLex::readString() { if(!readToken()) { syntaxError("Missing string"); } return &_token; } Uri *HexLex::readUri(char const *defaultScheme) { if(!readToken()) { syntaxError("Missing uri"); } Uri *uri = Uri_SetScheme(Uri_New(), defaultScheme); Uri_SetPath(uri, Str_Text(Str_PercentEncode(AutoStr_FromTextStd(Str_Text(&_token))))); return uri; } int HexLex::lineNumber() const { return _lineNumber; } doomsday-1.14.5/doomsday/plugins/common/src/gamesession.cpp0000664000175000017500000010600612350542240023305 0ustar jaakkojaakko/** @file gamesession.cpp Logical game session and saved session marshalling. * * @authors Copyright © 2003-2014 Jaakko Keränen * @authors Copyright © 2005-2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "gamesession.h" #include #include #include #include #include #include #include "d_netsv.h" #include "g_common.h" #include "hu_inventory.h" #include "mapstatewriter.h" #include "p_inventory.h" #include "p_map.h" #include "p_mapsetup.h" #include "p_savedef.h" #include "p_saveg.h" #include "p_saveio.h" #include "p_sound.h" #include "p_tick.h" #if __JDOOM__ # include "doomv9mapstatereader.h" #endif #if __JHERETIC__ # include "hereticv13mapstatereader.h" #endif using namespace de; using de::game::SavedSession; using de::game::SessionMetadata; namespace common { namespace internal { static String composeSaveInfo(SessionMetadata const &metadata) { String info; QTextStream os(&info); os.setCodec("UTF-8"); // Write header and misc info. Time now; os << "# Doomsday Engine saved game session package.\n#" << "\n# Generator: GameSession (libcommon)" << "\n# Generation Date: " + now.asDateTime().toString(Qt::SystemLocaleShortDate); // Write metadata. os << "\n\n" + metadata.asTextWithInfoSyntax() + "\n"; return info; } static Block serializeCurrentMapState(bool excludePlayers = false) { Block data; SV_OpenFileForWrite(data); writer_s *writer = SV_NewWriter(); MapStateWriter().write(writer, excludePlayers); Writer_Delete(writer); SV_CloseFile(); return data; } } using namespace internal; static GameSession *singleton; static String const internalSavePath = "/home/cache/internal.save"; DENG2_PIMPL(GameSession), public SavedSession::IMapStateReaderFactory { GameRuleset rules; ///< current ruleset bool inProgress; ///< @c true= session is in progress / internal.save exists. Instance(Public *i) : Base(i), inProgress(false) { DENG2_ASSERT(singleton == 0); singleton = thisPublic; } inline String userSavePath(String const &fileName) { return Session::savePath() / fileName + ".save"; } void cleanupInternalSave() { // Ensure the internal save folder exists. App::fileSystem().makeFolder(internalSavePath.fileNamePath()); // Ensure that any pre-existing internal save is destroyed. // This may happen if the game was not shutdown properly in the event of a crash. /// @todo It may be possible to recover this session if it was written successfully /// before the fatal error occurred. Session::removeSaved(internalSavePath); } /** * Returns SessionMetadata for the game configuration in progress. */ SessionMetadata metadata() { DENG2_ASSERT(inProgress); SessionMetadata meta; meta.set("gameIdentityKey", Session::gameId()); meta.set("userDescription", "(Unsaved)"); meta.set("mapUri", Str_Text(Uri_Compose(::gameMapUri))); meta.set("mapTime", ::mapTime); meta.add("gameRules", self.rules().toRecord()); // Takes ownership. ArrayValue *array = new ArrayValue; for(int i = 0; i < MAXPLAYERS; ++i) { bool playerIsPresent = CPP_BOOL(players[i].plr->inGame); *array << NumberValue(playerIsPresent, NumberValue::Boolean); } meta.set("players", array); // Takes ownership. meta.set("sessionId", uint(Timer_RealMilliseconds() + (mapTime << 24))); return meta; } /** * Update/create a new SavedSession at the specified @a path from the current * game state. */ SavedSession &updateSavedSession(String const &path, SessionMetadata const &metadata) { DENG2_ASSERT(inProgress); LOG_AS("GameSession"); LOG_RES_VERBOSE("Serializing to \"%s\"...") << path; // Does the .save already exist? SavedSession *saved = App::rootFolder().tryLocate(path); if(saved) { DENG2_ASSERT(saved->mode().testFlag(File::Write)); saved->replaceFile("Info") << composeSaveInfo(metadata).toUtf8(); } else { // Create an empty package containing only the metadata. File &save = App::rootFolder().replaceFile(path); ZipArchive arch; arch.add("Info", composeSaveInfo(metadata).toUtf8()); de::Writer(save) << arch; save.flush(); // We can now reinterpret and populate the contents of the archive. saved = &save.reinterpret()->as(); saved->populate(); } // Save the current game state to the .save package. #if __JHEXEN__ de::Writer(saved->replaceFile("ACScriptState")).withHeader() << Game_ACScriptInterpreter().serializeWorldState(); #endif Folder &mapsFolder = App::fileSystem().makeFolder(saved->path() / "maps"); DENG2_ASSERT(mapsFolder.mode().testFlag(File::Write)); mapsFolder.replaceFile(String(Str_Text(Uri_Compose(gameMapUri))) + "State") << serializeCurrentMapState(); saved->flush(); // No need to populate; FS2 Files already in sync with source data. saved->cacheMetadata(metadata); // Avoid immediately reopening the .save package. return *saved; } #if __JDOOM__ || __JDOOM64__ void applyRuleFastMonsters(dd_bool fast) { static dd_bool oldFast = false; // Only modify when the rule changes state. if(fast == oldFast) return; oldFast = fast; /// @fixme Kludge: Assumes the original values speed values haven't been modified! for(int i = S_SARG_RUN1; i <= S_SARG_RUN8; ++i) { STATES[i].tics = fast? 1 : 2; } for(int i = S_SARG_ATK1; i <= S_SARG_ATK3; ++i) { STATES[i].tics = fast? 4 : 8; } for(int i = S_SARG_PAIN; i <= S_SARG_PAIN2; ++i) { STATES[i].tics = fast? 1 : 2; } // Kludge end. } #endif #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ void applyRuleFastMissiles(dd_bool fast) { struct missileinfo_s { mobjtype_t type; float speed[2]; } MonsterMissileInfo[] = { #if __JDOOM__ || __JDOOM64__ { MT_BRUISERSHOT, {15, 20} }, { MT_HEADSHOT, {10, 20} }, { MT_TROOPSHOT, {10, 20} }, # if __JDOOM64__ { MT_BRUISERSHOTRED, {15, 20} }, { MT_NTROSHOT, {20, 40} }, # endif #elif __JHERETIC__ { MT_IMPBALL, {10, 20} }, { MT_MUMMYFX1, {9, 18} }, { MT_KNIGHTAXE, {9, 18} }, { MT_REDAXE, {9, 18} }, { MT_BEASTBALL, {12, 20} }, { MT_WIZFX1, {18, 24} }, { MT_SNAKEPRO_A, {14, 20} }, { MT_SNAKEPRO_B, {14, 20} }, { MT_HEADFX1, {13, 20} }, { MT_HEADFX3, {10, 18} }, { MT_MNTRFX1, {20, 26} }, { MT_MNTRFX2, {14, 20} }, { MT_SRCRFX1, {20, 28} }, { MT_SOR2FX1, {20, 28} }, #endif { mobjtype_t(-1), {-1, -1} } }; static dd_bool oldFast = false; // Only modify when the rule changes state. if(fast == oldFast) return; oldFast = fast; /// @fixme Kludge: Assumes the original values speed values haven't been modified! for(int i = 0; MonsterMissileInfo[i].type != -1; ++i) { MOBJINFO[MonsterMissileInfo[i].type].speed = MonsterMissileInfo[i].speed[fast? 1 : 0]; } // Kludge end. } #endif void applyCurrentRules() { if(rules.skill < SM_NOTHINGS) rules.skill = SM_NOTHINGS; if(rules.skill > NUM_SKILL_MODES - 1) rules.skill = skillmode_t(NUM_SKILL_MODES - 1); if(!IS_NETGAME) { #if !__JHEXEN__ rules.deathmatch = false; rules.respawnMonsters = CommandLine_Check("-respawn")? true : false; rules.noMonsters = CommandLine_Exists("-nomonsters")? true : false; #endif #if __JDOOM__ || __JHERETIC__ // Is respawning enabled at all in nightmare skill? if(rules.skill == SM_NIGHTMARE) { rules.respawnMonsters = cfg.respawnMonstersNightmare; } #endif } else if(IS_DEDICATED) { #if !__JHEXEN__ rules.deathmatch = cfg.netDeathmatch; rules.respawnMonsters = cfg.netRespawn; rules.noMonsters = cfg.netNoMonsters; /*rules.*/cfg.jumpEnabled = cfg.netJumping; #else rules.randomClasses = cfg.netRandomClass; #endif } // Fast monsters? #if __JDOOM__ || __JDOOM64__ dd_bool fastMonsters = rules.fast; # if __JDOOM__ if(rules.skill == SM_NIGHTMARE) { fastMonsters = true; } # endif applyRuleFastMonsters(fastMonsters); #endif // Fast missiles? #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ dd_bool fastMissiles = rules.fast; # if !__JDOOM64__ if(rules.skill == SM_NIGHTMARE) { fastMissiles = true; } # endif applyRuleFastMissiles(fastMissiles); #endif NetSv_UpdateGameConfigDescription(); // Update game status cvars: Con_SetInteger2("game-skill", rules.skill, SVF_WRITE_OVERRIDE); } /** * Constructs a MapStateReader for serialized map state format interpretation. */ std::auto_ptr makeMapStateReader( SavedSession const &session, String const &mapUriStr) { File const &mapStateFile = session.locateState(String("maps") / mapUriStr); if(!SV_OpenFileForRead(mapStateFile)) { /// @throw Error The serialized map state file could not be opened for read. throw Error("GameSession::makeMapStateReader", "Failed to open \"" + mapStateFile.path() + "\" for read"); } std::auto_ptr p; reader_s *reader = SV_NewReader(); int const magic = Reader_ReadInt32(reader); if(magic == MY_SAVE_MAGIC || MY_CLIENT_SAVE_MAGIC) // Native format. { p.reset(new MapStateReader(session)); } #if __JDOOM__ else if(magic == 0x1DEAD600) // DoomV9 { p.reset(new DoomV9MapStateReader(session)); } #endif #if __JHERETIC__ else if(magic == 0x7D9A1200) // HereticV13 { p.reset(new HereticV13MapStateReader(session)); } #endif SV_CloseFile(); if(p.get()) { return p; } /// @throw Error The format of the serialized map state was not recognized. throw Error("GameSession::makeMapStateReader", "Unrecognized map state format"); } void loadSaved(String const &savePath) { ::briefDisabled = true; G_StopDemo(); Hu_MenuCommand(MCMD_CLOSEFAST); FI_StackClear(); // Stop any running InFine scripts. M_ResetRandom(); if(!IS_CLIENT) { for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; if(plr->plr->inGame) { // Force players to be initialized upon first map load. plr->playerState = PST_REBORN; #if __JHEXEN__ plr->worldTimer = 0; #else plr->didSecret = false; #endif } } } inProgress = false; if(savePath.compareWithoutCase(internalSavePath)) { // Perform necessary prep. cleanupInternalSave(); // Copy the save to the internal savegame. Session::copySaved(internalSavePath, savePath); } /* * SavedSession deserialization begins. */ SavedSession const &saved = App::rootFolder().locate(internalSavePath); SessionMetadata const &metadata = saved.metadata(); // Ensure a complete game ruleset is available. GameRuleset *newRules; try { newRules = GameRuleset::fromRecord(metadata.subrecord("gameRules")); } catch(Record::NotFoundError const &) { // The game rules are incomplete. Likely because they were missing from a savegame that // was converted from a vanilla format (in which most of these values are omitted). // Therefore we must assume the user has correctly configured the session accordingly. LOG_WARNING("Using current game rules as basis for loading savegame \"%s\"." " (The original save format omits this information).") << saved.path(); // Use the current rules as our basis. newRules = GameRuleset::fromRecord(metadata.subrecord("gameRules"), &rules); } rules = *newRules; applyCurrentRules(); delete newRules; newRules = 0; #if __JHEXEN__ // Deserialize the world ACS state. if(File const *state = saved.tryLocateStateFile("ACScript")) { Game_ACScriptInterpreter().readWorldState(de::Reader(*state).withHeader()); } #endif inProgress = true; Uri *mapUri = Uri_NewWithPath2(metadata.gets("mapUri").toUtf8().constData(), RC_NULL); setMap(*mapUri); Uri_Delete(mapUri); mapUri = 0; //::gameMapEntrance = mapEntrance; // not saved?? reloadMap(); #if !__JHEXEN__ ::mapTime = metadata.geti("mapTime"); #endif String mapUriStr = Str_Text(Uri_Resolved(::gameMapUri)); makeMapStateReader(saved, mapUriStr)->read(mapUriStr); } void setMap(Uri const &mapUri) { DENG2_ASSERT(inProgress); Uri_Copy(::gameMapUri, &mapUri); ::gameEpisode = G_EpisodeNumberFor(::gameMapUri); ::gameMap = G_MapNumberFor(::gameMapUri); // Ensure that the episode and map numbers are good. if(!G_ValidateMap(&::gameEpisode, &::gameMap)) { Uri *validMapUri = G_ComposeMapUri(::gameEpisode, ::gameMap); Uri_Copy(::gameMapUri, validMapUri); ::gameEpisode = G_EpisodeNumberFor(::gameMapUri); ::gameMap = G_MapNumberFor(::gameMapUri); Uri_Delete(validMapUri); } // Update game status cvars: ::gsvMap = (unsigned)::gameMap; ::gsvEpisode = (unsigned)::gameEpisode; } /** * Reload the @em current map. * * @param revisit @c true= load progress in this map from a previous visit in the current * game session. If no saved progress exists then the map will be in the default state. */ void reloadMap(bool revisit = false) { DENG2_ASSERT(inProgress); Pause_End(); // Close open HUDs. for(uint i = 0; i < MAXPLAYERS; ++i) { ST_CloseAll(i, true/*fast*/); } // Delete raw images to conserve texture memory. DD_Executef(true, "texreset raw"); // Are we playing a briefing? (No, if we've already visited this map). if(revisit) { briefDisabled = true; } char const *briefing = G_InFineBriefing(gameMapUri); // Restart the map music? if(!briefing) { #if __JHEXEN__ /** * @note Kludge: Due to the way music is managed with Hexen, unless we explicitly stop * the current playing track the engine will not change tracks. This is due to the use * of the runtime-updated "currentmap" definition (the engine thinks music has not changed * because the current Music definition is the same). * * It only worked previously was because the waiting-for-map-load song was started prior * to map loading. * * @todo Rethink the Music definition stuff with regard to Hexen. Why not create definitions * during startup by parsing MAPINFO? */ S_StopMusic(); //S_StartMusic("chess", true); // Waiting-for-map-load song #endif S_MapMusic(gameMapUri); S_PauseMusic(true); } P_SetupMap(gameMapUri); if(revisit) { // We've been here before; deserialize the saved map state. #if __JHEXEN__ targetPlayerAddrs = 0; // player mobj redirection... #endif SavedSession const &saved = App::rootFolder().locate(internalSavePath); String const mapUriStr = Str_Text(Uri_Compose(gameMapUri)); makeMapStateReader(saved, mapUriStr)->read(mapUriStr); } if(!G_StartFinale(briefing, 0, FIMODE_BEFORE, 0)) { // No briefing; begin the map. HU_WakeWidgets(-1/* all players */); G_BeginMap(); } Z_CheckHeap(); } #if __JHEXEN__ struct playerbackup_t { player_t player; uint numInventoryItems[NUM_INVENTORYITEM_TYPES]; inventoryitemtype_t readyItem; }; void backupPlayersInHub(playerbackup_t playerBackup[MAXPLAYERS]) { DENG2_ASSERT(playerBackup != 0); for(int i = 0; i < MAXPLAYERS; ++i) { playerbackup_t *pb = playerBackup + i; player_t const *plr = players + i; std::memcpy(&pb->player, plr, sizeof(player_t)); // Make a copy of the inventory states also. for(int k = 0; k < NUM_INVENTORYITEM_TYPES; ++k) { pb->numInventoryItems[k] = P_InventoryCount(i, inventoryitemtype_t(k)); } pb->readyItem = P_InventoryReadyItem(i); } } /** * @param playerBackup Player state backup. * @param mapEntrance Logical entry point number used to enter the map. */ void restorePlayersInHub(playerbackup_t playerBackup[MAXPLAYERS], uint mapEntrance) { DENG2_ASSERT(playerBackup != 0); mobj_t *targetPlayerMobj = 0; for(int i = 0; i < MAXPLAYERS; ++i) { playerbackup_t *pb = playerBackup + i; player_t *plr = players + i; ddplayer_t *ddplr = plr->plr; int oldKeys = 0, oldPieces = 0; dd_bool oldWeaponOwned[NUM_WEAPON_TYPES]; if(!ddplr->inGame) continue; std::memcpy(plr, &pb->player, sizeof(player_t)); // Reset the inventory as it will now be restored from the backup. P_InventoryEmpty(i); for(int k = 0; k < NUM_INVENTORYITEM_TYPES; ++k) { // Don't give back the wings of wrath if reborn. if(k == IIT_FLY && plr->playerState == PST_REBORN) continue; for(uint m = 0; m < pb->numInventoryItems[k]; ++m) { P_InventoryGive(i, inventoryitemtype_t(k), true); } } P_InventorySetReadyItem(i, pb->readyItem); ST_LogEmpty(i); plr->attacker = 0; plr->poisoner = 0; if(IS_NETGAME || rules.deathmatch) { // In a network game, force all players to be alive if(plr->playerState == PST_DEAD) { plr->playerState = PST_REBORN; } if(!rules.deathmatch) { // Cooperative net-play; retain keys and weapons. oldKeys = plr->keys; oldPieces = plr->pieces; for(int k = 0; k < NUM_WEAPON_TYPES; ++k) { oldWeaponOwned[k] = plr->weapons[k].owned; } } } bool wasReborn = (plr->playerState == PST_REBORN); if(rules.deathmatch) { de::zap(plr->frags); ddplr->mo = 0; G_DeathMatchSpawnPlayer(i); } else { if(playerstart_t const *start = P_GetPlayerStart(mapEntrance, i, false)) { mapspot_t const *spot = &mapSpots[start->spot]; P_SpawnPlayer(i, cfg.playerClass[i], spot->origin[VX], spot->origin[VY], spot->origin[VZ], spot->angle, spot->flags, false, true); } else { P_SpawnPlayer(i, cfg.playerClass[i], 0, 0, 0, 0, MSF_Z_FLOOR, true, true); } } if(wasReborn && IS_NETGAME && !rules.deathmatch) { int bestWeapon = 0; // Restore keys and weapons when reborn in co-op. plr->keys = oldKeys; plr->pieces = oldPieces; for(int k = 0; k < NUM_WEAPON_TYPES; ++k) { if(oldWeaponOwned[k]) { bestWeapon = k; plr->weapons[k].owned = true; } } plr->ammo[AT_BLUEMANA].owned = 25; /// @todo values.ded plr->ammo[AT_GREENMANA].owned = 25; /// @todo values.ded // Bring up the best weapon. if(bestWeapon) { plr->pendingWeapon = weapontype_t(bestWeapon); } } } for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; ddplayer_t *ddplr = plr->plr; if(!ddplr->inGame) continue; if(!targetPlayerMobj) { targetPlayerMobj = ddplr->mo; } } /// @todo Redirect anything targeting a player mobj /// FIXME! This only supports single player games!! if(targetPlayerAddrs) { for(targetplraddress_t *p = targetPlayerAddrs; p; p = p->next) { *(p->address) = targetPlayerMobj; } SV_ClearTargetPlayers(); /* * When XG is available in Hexen, call this after updating target player * references (after a load) - ds // The activator mobjs must be set. XL_UpdateActivators(); */ } // Destroy all things touching players. P_TelefragMobjsTouchingPlayers(); } #endif // __JHEXEN__ }; GameSession::GameSession() : d(new Instance(this)) {} GameSession::~GameSession() { LOG_AS("~GameSession"); d.reset(); singleton = 0; } GameSession &GameSession::gameSession() { DENG2_ASSERT(singleton != 0); return *singleton; } bool GameSession::hasBegun() { return d->inProgress; } bool GameSession::loadingPossible() { return !(IS_CLIENT && !Get(DD_PLAYBACK)); } bool GameSession::savingPossible() { if(IS_CLIENT || Get(DD_PLAYBACK)) return false; if(!hasBegun()) return false; if(GS_MAP != G_GameState()) return false; /// @todo fixme: what about splitscreen! player_t *player = &players[CONSOLEPLAYER]; if(PST_DEAD == player->playerState) return false; return true; } GameRuleset const &GameSession::rules() const { return d->rules; } void GameSession::applyNewRules(GameRuleset const &newRules) { LOG_AS("GameSession"); d->rules = newRules; if(hasBegun()) { d->applyCurrentRules(); LOGDEV_WARNING("Applied new rules while in progress!"); } // Otherwise deferred } bool GameSession::progressRestoredOnReload() const { if(d->rules.deathmatch) return false; // Never. #if __JHEXEN__ return true; // Cannot be disabled. #else return cfg.loadLastSaveOnReborn; #endif } void GameSession::end() { if(!hasBegun()) return; #if __JHEXEN__ Game_ACScriptInterpreter().reset(); #endif Session::removeSaved(internalSavePath); d->inProgress = false; LOG_MSG("Game ended"); } void GameSession::endAndBeginTitle() { end(); if(char const *script = G_InFine("title")) { G_StartFinale(script, FF_LOCAL, FIMODE_NORMAL, "title"); return; } /// @throw Error A title script must always be defined. throw Error("GameSession::endAndBeginTitle", "An InFine 'title' script must be defined"); } void GameSession::begin(Uri const &mapUri, uint mapEntrance, GameRuleset const &newRules) { if(hasBegun()) { /// @throw InProgressError Cannot begin a new session before the current session has ended. throw InProgressError("GameSession::begin", "The game session has already begun"); } LOG_MSG("Game begins..."); // Perform necessary prep. d->cleanupInternalSave(); G_StopDemo(); // Close the menu if open. Hu_MenuCommand(MCMD_CLOSEFAST); // If there are any InFine scripts running, they must be stopped. FI_StackClear(); // Ignore a game action possibly set by script stop hooks; this is a completely new session. G_SetGameAction(GA_NONE); if(!IS_CLIENT) { for(uint i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; if(plr->plr->inGame) { // Force players to be initialized upon first map load. plr->playerState = PST_REBORN; #if __JHEXEN__ plr->worldTimer = 0; #else plr->didSecret = false; #endif } } } M_ResetRandom(); d->rules = newRules; d->applyCurrentRules(); d->inProgress = true; d->setMap(mapUri); ::gameMapEntrance = mapEntrance; d->reloadMap(); // Create the internal .save session package. d->updateSavedSession(internalSavePath, d->metadata()); } void GameSession::reloadMap() { if(!hasBegun()) { /// @throw InProgressError Cannot load a map unless the game is in progress. throw InProgressError("GameSession::reloadMap", "No game session is in progress"); } if(progressRestoredOnReload()) { try { d->loadSaved(internalSavePath); return; } catch(Error const &er) { LOG_AS("GameSession"); LOG_WARNING("Error loading current map state:\n") << er.asText(); } // If we ever reach here then there is an insurmountable problem... endAndBeginTitle(); } else { // Restart the session entirely. briefDisabled = true; // We won't brief again. end(); begin(*::gameMapUri, ::gameMapEntrance, d->rules); } } void GameSession::leaveMap() { if(!hasBegun()) { /// @throw InProgressError Cannot leave a map unless the game is in progress. throw InProgressError("GameSession::leaveMap", "No game session is in progress"); } // If there are any InFine scripts running, they must be stopped. FI_StackClear(); // Ensure that the episode and map indices are good. G_ValidateMap(&gameEpisode, &nextMap); Uri const *nextMapUri = G_ComposeMapUri(gameEpisode, nextMap); #if __JHEXEN__ // Take a copy of the player objects (they will be cleared in the process // of calling P_SetupMap() and we need to restore them after). Instance::playerbackup_t playerBackup[MAXPLAYERS]; d->backupPlayersInHub(playerBackup); // Disable class randomization (all players must spawn as their existing class). byte oldRandomClassesRule = d->rules.randomClasses; d->rules.randomClasses = false; #endif // Are we saving progress? SavedSession *saved = 0; if(!d->rules.deathmatch) // Never save in deathmatch. { saved = &App::rootFolder().locate(internalSavePath); Folder &mapsFolder = saved->locate("maps"); DENG2_ASSERT(saved->mode().testFlag(File::Write)); DENG2_ASSERT(mapsFolder.mode().testFlag(File::Write)); // Are we entering a new hub? #if __JHEXEN__ if(P_MapInfo(0/*current map*/)->hub != P_MapInfo(nextMapUri)->hub) #endif { // Clear all saved map states in the old hub. Folder::Contents contents = mapsFolder.contents(); DENG2_FOR_EACH_CONST(Folder::Contents, i, contents) { mapsFolder.removeFile(i->first); } } #if __JHEXEN__ else { File &outFile = mapsFolder.replaceFile(String(Str_Text(Uri_Compose(gameMapUri))) + "State"); outFile << serializeCurrentMapState(true /*exclude players*/); // We'll flush whole package soon. } #endif // Ensure changes are written to disk right away (otherwise would stay // in memory only). saved->flush(); } #if __JHEXEN__ /// @todo Necessary? if(!IS_CLIENT) { // Force players to be initialized upon first map load. for(uint i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; if(plr->plr->inGame) { plr->playerState = PST_REBORN; plr->worldTimer = 0; } } } //<- todo end. // In Hexen the RNG is re-seeded each time the map changes. M_ResetRandom(); #endif // Change the current map. d->setMap(*nextMapUri); ::gameMapEntrance = ::nextMapEntrance; Uri_Delete(const_cast(nextMapUri)); nextMapUri = 0; // Are we revisiting a previous map? bool const revisit = saved && saved->hasState(String("maps") / Str_Text(Uri_Compose(gameMapUri))); d->reloadMap(revisit); // On exit logic: #if __JHEXEN__ if(!revisit) { // First visit; destroy all freshly spawned players (??). for(int i = 0; i < MAXPLAYERS; ++i) { ddplayer_t *ddplr = players[i].plr; if(ddplr->inGame) { P_MobjRemove(ddplr->mo, true); } } } d->restorePlayersInHub(playerBackup, nextMapEntrance); // Restore the random class rule. d->rules.randomClasses = oldRandomClassesRule; // Launch waiting scripts. Game_ACScriptInterpreter_RunDeferredTasks(gameMapUri); #endif if(saved) { DENG2_ASSERT(saved->mode().testFlag(File::Write)); SessionMetadata metadata = d->metadata(); /// @todo Use the existing sessionId? //metadata.set("sessionId", saved->metadata().geti("sessionId")); saved->replaceFile("Info") << composeSaveInfo(metadata).toUtf8(); #if __JHEXEN__ // Save the world-state of the ACScript interpreter. de::Writer(saved->replaceFile("ACScriptState")).withHeader() << Game_ACScriptInterpreter().serializeWorldState(); #endif // Save the state of the current map. Folder &mapsFolder = saved->locate("maps"); DENG2_ASSERT(mapsFolder.mode().testFlag(File::Write)); File &outFile = mapsFolder.replaceFile(String(Str_Text(Uri_Compose(gameMapUri))) + "State"); outFile << serializeCurrentMapState(); // Write all changes to the package. saved->flush(); saved->cacheMetadata(metadata); // Avoid immediately reopening the .save package. } } String GameSession::userDescription() { if(!hasBegun()) return ""; return App::rootFolder().locate(internalSavePath).metadata().gets("userDescription", ""); } static String chooseSaveDescription(String const &savePath, String const &userDescription) { // Use the user description given. if(!userDescription.isEmpty()) { return userDescription; } // We'll generate a suitable description automatically. return G_DefaultSavedSessionUserDescription(savePath.fileNameWithoutExtension()); } void GameSession::save(String const &saveName, String const &userDescription) { if(!hasBegun()) { /// @throw InProgressError Cannot save unless the game is in progress. throw InProgressError("GameSession::save", "No game session is in progress"); } String const savePath = d->userSavePath(saveName); LOG_MSG("Saving game to \"%s\"...") << savePath; try { // Compose the session metadata. SessionMetadata metadata = d->metadata(); metadata.set("userDescription", chooseSaveDescription(savePath, userDescription)); // Update the existing internal .save package. d->updateSavedSession(internalSavePath, metadata); // In networked games the server tells the clients to save also. NetSv_SaveGame(metadata.geti("sessionId")); // Copy the internal saved session to the destination slot. Session::copySaved(savePath, internalSavePath); P_SetMessage(&players[CONSOLEPLAYER], 0, TXT_GAMESAVED); // Notify the engine that the game was saved. /// @todo After the engine has the primary responsibility of saving the game, /// this notification is unnecessary. Plug_Notify(DD_NOTIFY_GAME_SAVED, NULL); } catch(Error const &er) { LOG_RES_WARNING("Error saving game session to '%s':\n") << savePath << er.asText(); } } /// @todo Use busy mode here. void GameSession::load(String const &saveName) { String const savePath = d->userSavePath(saveName); LOG_MSG("Loading game from \"%s\"...") << savePath; d->loadSaved(savePath); P_SetMessage(&players[CONSOLEPLAYER], 0, "Game loaded"); } void GameSession::copySaved(String const &destName, String const &sourceName) { Session::copySaved(d->userSavePath(destName), d->userSavePath(sourceName)); LOG_MSG("Copied savegame \"%s\" to \"%s\"") << sourceName << destName; } void GameSession::removeSaved(String const &saveName) { Session::removeSaved(d->userSavePath(saveName)); } String GameSession::savedUserDescription(String const &saveName) { String const savePath = d->userSavePath(saveName); if(SavedSession const *saved = App::rootFolder().tryLocate(savePath)) { return saved->metadata().gets("userDescription", ""); } return ""; // Not found. } namespace { int gsvRuleSkill; } void GameSession::consoleRegister() //static { C_VAR_INT("game-skill", &gsvRuleSkill, CVF_READ_ONLY|CVF_NO_MAX|CVF_NO_MIN|CVF_NO_ARCHIVE, 0, 0); } } // namespace common doomsday-1.14.5/doomsday/plugins/common/src/p_floor.cpp0000664000175000017500000013522212350542240022432 0ustar jaakkojaakko/** @file p_floor.cpp Common playsim routines relating to moving floors. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 2006 Martin Eyre * @authors Copyright © 2003-2005 Samuel Villarreal * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "common.h" #include "p_floor.h" #include "dmu_lib.h" #include "p_map.h" #include "p_mapspec.h" #include "p_tick.h" #if __JHEXEN__ || __JDOOM64__ #include "p_ceiling.h" #endif #include "p_sound.h" #include "p_saveg.h" #if __JHERETIC__ # define SFX_FLOORMOVE (SFX_DORMOV) #else # define SFX_FLOORMOVE (SFX_STNMOV) #endif #if __JHEXEN__ #define STAIR_SECTOR_TYPE 26 #define STAIR_QUEUE_SIZE 32 #endif #if __JHEXEN__ typedef struct stairqueue_s { Sector *sector; int type; coord_t height; } stairqueue_t; // Global vars for stair building, in a struct for neatness. typedef struct stairdata_s { coord_t stepDelta; int direction; float speed; Material *material; int startDelay; int startDelayDelta; int textureChange; coord_t startHeight; } stairdata_t; #endif #if __JHEXEN__ static void enqueueStairSector(Sector *sec, int type, coord_t height); #endif #if __JHEXEN__ stairdata_t stairData; stairqueue_t stairQueue[STAIR_QUEUE_SIZE]; static int stairQueueHead; static int stairQueueTail; #endif /** * Move a plane (floor or ceiling) and check for crushing. */ result_e T_MovePlane(Sector *sector, float speed, coord_t dest, int crush, int isCeiling, int direction) { dd_bool flag; coord_t lastpos; coord_t floorheight, ceilingheight; int ptarget = (isCeiling? DMU_CEILING_TARGET_HEIGHT : DMU_FLOOR_TARGET_HEIGHT); int pspeed = (isCeiling? DMU_CEILING_SPEED : DMU_FLOOR_SPEED); // Let the engine know about the movement of this plane. P_SetDoublep(sector, ptarget, dest); P_SetFloatp(sector, pspeed, speed); floorheight = P_GetDoublep(sector, DMU_FLOOR_HEIGHT); ceilingheight = P_GetDoublep(sector, DMU_CEILING_HEIGHT); switch(isCeiling) { case 0: // FLOOR switch(direction) { case -1: // DOWN if(floorheight - speed < dest) { // The move is complete. lastpos = floorheight; P_SetDoublep(sector, DMU_FLOOR_HEIGHT, dest); flag = P_ChangeSector(sector, crush); if(flag) { // Oh no, the move failed. P_SetDoublep(sector, DMU_FLOOR_HEIGHT, lastpos); P_SetDoublep(sector, ptarget, lastpos); P_ChangeSector(sector, crush); } #if __JHEXEN__ P_SetFloatp(sector, pspeed, 0); #endif return pastdest; } else { lastpos = floorheight; P_SetDoublep(sector, DMU_FLOOR_HEIGHT, floorheight - speed); flag = P_ChangeSector(sector, crush); if(flag) { P_SetDoublep(sector, DMU_FLOOR_HEIGHT, lastpos); P_SetDoublep(sector, ptarget, lastpos); #if __JHEXEN__ P_SetFloatp(sector, pspeed, 0); #endif P_ChangeSector(sector, crush); return crushed; } } break; case 1: // UP if(floorheight + speed > dest) { // The move is complete. lastpos = floorheight; P_SetDoublep(sector, DMU_FLOOR_HEIGHT, dest); flag = P_ChangeSector(sector, crush); if(flag) { // Oh no, the move failed. P_SetDoublep(sector, DMU_FLOOR_HEIGHT, lastpos); P_SetDoublep(sector, ptarget, lastpos); P_ChangeSector(sector, crush); } #if __JHEXEN__ P_SetFloatp(sector, pspeed, 0); #endif return pastdest; } else { // COULD GET CRUSHED lastpos = floorheight; P_SetDoublep(sector, DMU_FLOOR_HEIGHT, floorheight + speed); flag = P_ChangeSector(sector, crush); if(flag) { #if !__JHEXEN__ if(crush) return crushed; #endif P_SetDoublep(sector, DMU_FLOOR_HEIGHT, lastpos); P_SetDoublep(sector, ptarget, lastpos); #if __JHEXEN__ P_SetFloatp(sector, pspeed, 0); #endif P_ChangeSector(sector, crush); return crushed; } } break; default: break; } break; case 1: // CEILING switch(direction) { case -1: // DOWN if(ceilingheight - speed < dest) { // The move is complete. lastpos = ceilingheight; P_SetDoublep(sector, DMU_CEILING_HEIGHT, dest); flag = P_ChangeSector(sector, crush); if(flag) { P_SetDoublep(sector, DMU_CEILING_HEIGHT, lastpos); P_SetDoublep(sector, ptarget, lastpos); P_ChangeSector(sector, crush); } #if __JHEXEN__ P_SetFloatp(sector, pspeed, 0); #endif return pastdest; } else { // COULD GET CRUSHED lastpos = ceilingheight; P_SetDoublep(sector, DMU_CEILING_HEIGHT, ceilingheight - speed); flag = P_ChangeSector(sector, crush); if(flag) { #if !__JHEXEN__ if(crush) return crushed; #endif P_SetDoublep(sector, DMU_CEILING_HEIGHT, lastpos); P_SetDoublep(sector, ptarget, lastpos); #if __JHEXEN__ P_SetFloatp(sector, pspeed, 0); #endif P_ChangeSector(sector, crush); return crushed; } } break; case 1: // UP if(ceilingheight + speed > dest) { // The move is complete. lastpos = ceilingheight; P_SetDoublep(sector, DMU_CEILING_HEIGHT, dest); flag = P_ChangeSector(sector, crush); if(flag) { P_SetDoublep(sector, DMU_CEILING_HEIGHT, lastpos); P_SetDoublep(sector, ptarget, lastpos); P_ChangeSector(sector, crush); } #if __JHEXEN__ P_SetFloatp(sector, pspeed, 0); #endif return pastdest; } else { lastpos = ceilingheight; P_SetDoublep(sector, DMU_CEILING_HEIGHT, ceilingheight + speed); flag = P_ChangeSector(sector, crush); } break; default: break; } break; default: break; } return ok; } /** * Move a floor to it's destination (up or down). */ void T_MoveFloor(void *floorThinkerPtr) { floor_t *floor = (floor_t *)floorThinkerPtr; result_e res; #if __JHEXEN__ if(floor->resetDelayCount) { floor->resetDelayCount--; if(!floor->resetDelayCount) { floor->floorDestHeight = floor->resetHeight; floor->state = ((floor->state == FS_UP)? FS_DOWN : FS_UP); floor->resetDelay = 0; floor->delayCount = 0; floor->delayTotal = 0; } } if(floor->delayCount) { floor->delayCount--; if(!floor->delayCount && floor->material) { P_SetPtrp(floor->sector, DMU_FLOOR_MATERIAL, floor->material); } return; } #endif res = T_MovePlane(floor->sector, floor->speed, floor->floorDestHeight, floor->crush, 0, floor->state); #if __JHEXEN__ if(floor->type == FT_RAISEBUILDSTEP) { if((floor->state == FS_UP && P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) >= floor->stairsDelayHeight) || (floor->state == FS_DOWN && P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) <= floor->stairsDelayHeight)) { floor->delayCount = floor->delayTotal; floor->stairsDelayHeight += floor->stairsDelayHeightDelta; } } #endif #if !__JHEXEN__ if(!(mapTime & 7)) S_PlaneSound((Plane *)P_GetPtrp(floor->sector, DMU_FLOOR_PLANE), SFX_FLOORMOVE); #endif if(res == pastdest) { xsector_t *xsec = P_ToXSector(floor->sector); P_SetFloatp(floor->sector, DMU_FLOOR_SPEED, 0); #if __JHEXEN__ SN_StopSequence((mobj_t *)P_GetPtrp(floor->sector, DMU_EMITTER)); #else # if __JHERETIC__ if(floor->type == FT_RAISEBUILDSTEP) # endif S_PlaneSound((Plane *)P_GetPtrp(floor->sector, DMU_FLOOR_PLANE), SFX_PSTOP); #endif #if __JHEXEN__ if(floor->delayTotal) floor->delayTotal = 0; if(floor->resetDelay) { // floor->resetDelayCount = floor->resetDelay; // floor->resetDelay = 0; return; } #endif xsec->specialData = NULL; #if __JHEXEN__ if(floor->material) { P_SetPtrp(floor->sector, DMU_FLOOR_MATERIAL, floor->material); } #else if(floor->state == FS_UP) { switch(floor->type) { case FT_RAISEDONUT: xsec->special = floor->newSpecial; P_SetPtrp(floor->sector, DMU_FLOOR_MATERIAL, floor->material); break; default: break; } } else if(floor->state == FS_DOWN) { switch(floor->type) { case FT_LOWERANDCHANGE: xsec->special = floor->newSpecial; P_SetPtrp(floor->sector, DMU_FLOOR_MATERIAL, floor->material); break; default: break; } } #endif #if __JHEXEN__ Game_ACScriptInterpreter().tagFinished(P_ToXSector(floor->sector)->tag); #endif Thinker_Remove(&floor->thinker); } } void floor_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 3); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteByte(writer, (byte) type); Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteByte(writer, (byte) crush); Writer_WriteInt32(writer, (int) state); Writer_WriteInt32(writer, newSpecial); Writer_WriteInt16(writer, msw->serialIdFor(material)); Writer_WriteInt16(writer, (int) floorDestHeight); Writer_WriteInt32(writer, FLT2FIX(speed)); #if __JHEXEN__ Writer_WriteInt32(writer, delayCount); Writer_WriteInt32(writer, delayTotal); Writer_WriteInt32(writer, FLT2FIX(stairsDelayHeight)); Writer_WriteInt32(writer, FLT2FIX(stairsDelayHeightDelta)); Writer_WriteInt32(writer, FLT2FIX(resetHeight)); Writer_WriteInt16(writer, resetDelay); Writer_WriteInt16(writer, resetDelayCount); #endif } int floor_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); #if __JHEXEN__ if(mapVersion >= 4) #else if(mapVersion >= 5) #endif { // Note: the thinker class byte has already been read. byte ver = Reader_ReadByte(reader); // version byte. type = floortype_e(Reader_ReadByte(reader)); sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); crush = dd_bool(Reader_ReadByte(reader)); state = floorstate_e(Reader_ReadInt32(reader)); newSpecial = Reader_ReadInt32(reader); if(ver >= 2) { material = msr->material(Reader_ReadInt16(reader), 0); } else { // Flat number is an absolute lump index. Uri *uri = Uri_NewWithPath2("Flats:", RC_NULL); ddstring_t name; Str_Init(&name); F_FileName(&name, Str_Text(W_LumpName(Reader_ReadInt16(reader)))); Uri_SetPath(uri, Str_Text(&name)); material = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); Str_Free(&name); } floorDestHeight = (float) Reader_ReadInt16(reader); speed = FIX2FLT(Reader_ReadInt32(reader)); #if __JHEXEN__ delayCount = Reader_ReadInt32(reader); delayTotal = Reader_ReadInt32(reader); stairsDelayHeight = FIX2FLT(Reader_ReadInt32(reader)); stairsDelayHeightDelta = FIX2FLT(Reader_ReadInt32(reader)); resetHeight = FIX2FLT(Reader_ReadInt32(reader)); resetDelay = Reader_ReadInt16(reader); resetDelayCount = Reader_ReadInt16(reader); #endif } else { // Its in the old format which serialized floor_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. #if __JHEXEN__ // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); type = floortype_e(Reader_ReadInt32(reader)); crush = Reader_ReadInt32(reader); #else type = floortype_e(Reader_ReadInt32(reader)); crush = Reader_ReadInt32(reader); // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); #endif state = floorstate_e(Reader_ReadInt32(reader)); newSpecial = Reader_ReadInt32(reader); // Flat number is an absolute lump index. Uri *uri = Uri_NewWithPath2("Flats:", RC_NULL); ddstring_t name; Str_Init(&name); F_FileName(&name, Str_Text(W_LumpName(Reader_ReadInt16(reader)))); Uri_SetPath(uri, Str_Text(&name)); material = (Material *)P_ToPtr(DMU_MATERIAL, Materials_ResolveUri(uri)); Uri_Delete(uri); Str_Free(&name); floorDestHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); speed = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); #if __JHEXEN__ delayCount = Reader_ReadInt32(reader); delayTotal = Reader_ReadInt32(reader); stairsDelayHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); stairsDelayHeightDelta = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); resetHeight = FIX2FLT((fixed_t) Reader_ReadInt32(reader)); resetDelay = Reader_ReadInt16(reader); resetDelayCount = Reader_ReadInt16(reader); /*textureChange =*/ Reader_ReadByte(reader); #endif } P_ToXSector(sector)->specialData = this; thinker.function = T_MoveFloor; return true; // Add this thinker. } struct findlineinsectorsmallestbottommaterialparams_t { Sector *baseSec; int minSize; Line *foundLine; }; int findLineInSectorSmallestBottomMaterial(void *ptr, void *context) { Line *li = (Line *) ptr; findlineinsectorsmallestbottommaterialparams_t *params = (findlineinsectorsmallestbottommaterialparams_t *) context; Sector *frontSec = (Sector *)P_GetPtrp(li, DMU_FRONT_SECTOR); Sector *backSec = (Sector *)P_GetPtrp(li, DMU_BACK_SECTOR); if(frontSec && backSec) { Side *side = (Side *)P_GetPtrp(li, DMU_FRONT); Material *mat = (Material *)P_GetPtrp(side, DMU_BOTTOM_MATERIAL); /** * Emulate DOOM.exe behaviour. In the instance where no material is * present, the height is taken from the very first texture. */ if(!mat) { Uri *textureUrn = Uri_NewWithPath2("urn:Textures:0", RC_NULL); mat = DD_MaterialForTextureUri(textureUrn); Uri_Delete(textureUrn); } if(mat) { int height = P_GetIntp(mat, DMU_HEIGHT); if(height < params->minSize) { params->minSize = height; params->foundLine = li; } } side = (Side *)P_GetPtrp(li, DMU_BACK); mat = (Material *)P_GetPtrp(side, DMU_BOTTOM_MATERIAL); if(!mat) { Uri *textureUrn = Uri_NewWithPath2("urn:Textures:0", RC_NULL); mat = DD_MaterialForTextureUri(textureUrn); Uri_Delete(textureUrn); } if(mat) { int height = P_GetIntp(mat, DMU_HEIGHT); if(height < params->minSize) { params->minSize = height; params->foundLine = li; } } } return false; // Continue iteration. } Line* P_FindLineInSectorSmallestBottomMaterial(Sector *sec, int *val) { findlineinsectorsmallestbottommaterialparams_t params; params.baseSec = sec; params.minSize = DDMAXINT; params.foundLine = NULL; P_Iteratep(sec, DMU_LINE, findLineInSectorSmallestBottomMaterial, ¶ms); if(val) *val = params.minSize; return params.foundLine; } #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ /** * Find the first sector which shares a border to the specified sector * and whose floor height matches that specified. * * @note Behaviour here is dependant upon the order of the sector-linked * Lines list. This is necessary to emulate the flawed algorithm used in * DOOM.exe In addition, this algorithm was further broken in Heretic as * the test which compares floor heights was removed. * * @warning DO NOT USE THIS ANYWHERE ELSE! */ typedef struct findfirstneighbouratfloorheightparams_s { Sector* baseSec; coord_t height; Sector* foundSec; } findfirstneighbouratfloorheightparams_t; static int findFirstNeighbourAtFloorHeight(void* ptr, void* context) { Line* ln = (Line*) ptr; findfirstneighbouratfloorheightparams_t* params = (findfirstneighbouratfloorheightparams_t*) context; Sector* other; other = P_GetNextSector(ln, params->baseSec); # if __JDOOM__ || __JDOOM64__ if(other && FEQUAL(P_GetDoublep(other, DMU_FLOOR_HEIGHT), params->height)) # elif __JHERETIC__ if(other) # endif { params->foundSec = other; return true; // Stop iteration. } return false; // Continue iteration. } static Sector *findSectorSurroundingAtFloorHeight(Sector *sec, coord_t height) { findfirstneighbouratfloorheightparams_t params; params.baseSec = sec; params.foundSec = NULL; params.height = height; P_Iteratep(sec, DMU_LINE, findFirstNeighbourAtFloorHeight, ¶ms); return params.foundSec; } #endif #if __JHEXEN__ int EV_DoFloor(Line * /*line*/, byte* args, floortype_e floortype) #else int EV_DoFloor(Line *line, floortype_e floortype) #endif { #if !__JHEXEN__ Sector *frontsector; #endif #if __JHEXEN__ int tag = (int) args[0]; #else int tag = P_ToXLine(line)->tag; #endif #if __JDOOM64__ // jd64 > bitmip? wha? coord_t bitmipL = 0, bitmipR = 0; Side *front = (Side *)P_GetPtrp(line, DMU_FRONT); Side *back = (Side *)P_GetPtrp(line, DMU_BACK); bitmipL = P_GetDoublep(front, DMU_MIDDLE_MATERIAL_OFFSET_X); if(back) bitmipR = P_GetDoublep(back, DMU_MIDDLE_MATERIAL_OFFSET_X); // < d64tc #endif iterlist_t *list = P_GetSectorIterListForTag(tag, false); if(!list) return 0; int rtn = 0; floor_t *floor = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { xsector_t *xsec = P_ToXSector(sec); // If already moving, keep going... if(xsec->specialData) continue; rtn = 1; // New floor thinker. floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, 0); floor->thinker.function = T_MoveFloor; Thinker_Add(&floor->thinker); xsec->specialData = floor; floor->type = floortype; floor->crush = false; #if __JHEXEN__ floor->speed = (float) args[1] * (1.0 / 8); if(floortype == FT_LOWERMUL8INSTANT || floortype == FT_RAISEMUL8INSTANT) { floor->speed = 2000; } #endif switch(floortype) { case FT_LOWER: floor->state = FS_DOWN; floor->sector = sec; #if !__JHEXEN__ floor->speed = FLOORSPEED; # if __JDOOM64__ floor->speed *= 4; # endif #endif P_FindSectorSurroundingHighestFloor(sec, -500, &floor->floorDestHeight); break; case FT_LOWERTOLOWEST: floor->state = FS_DOWN; floor->sector = sec; #if !__JHEXEN__ floor->speed = FLOORSPEED; # if __JDOOM64__ floor->speed *= 4; # endif #endif P_FindSectorSurroundingLowestFloor(sec, P_GetDoublep(sec, DMU_FLOOR_HEIGHT), &floor->floorDestHeight); break; #if __JHEXEN__ case FT_LOWERBYVALUE: floor->state = FS_DOWN; floor->sector = sec; floor->floorDestHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) - (coord_t) args[2]; break; case FT_LOWERMUL8INSTANT: case FT_LOWERBYVALUEMUL8: floor->state = FS_DOWN; floor->sector = sec; floor->floorDestHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) - (coord_t) args[2] * 8; break; #endif #if !__JHEXEN__ case FT_LOWERTURBO: floor->state = FS_DOWN; floor->sector = sec; floor->speed = FLOORSPEED * 4; P_FindSectorSurroundingHighestFloor(sec, -500, &floor->floorDestHeight); # if __JHERETIC__ floor->floorDestHeight += 8; # else if(!FEQUAL(floor->floorDestHeight, P_GetDoublep(sec, DMU_FLOOR_HEIGHT))) floor->floorDestHeight += 8; # endif break; #endif #if __JDOOM64__ case FT_TOHIGHESTPLUS8: // jd64 floor->state = FS_DOWN; floor->sector = sec; floor->speed = FLOORSPEED; P_FindSectorSurroundingHighestFloor(sec, -500, &floor->floorDestHeight); if(!FEQUAL(floor->floorDestHeight, P_GetDoublep(sec, DMU_FLOOR_HEIGHT))) floor->floorDestHeight += 8; break; case FT_TOHIGHESTPLUSBITMIP: // jd64 if(bitmipR > 0) { floor->state = FS_DOWN; floor->sector = sec; floor->speed = FLOORSPEED * bitmipL; P_FindSectorSurroundingHighestFloor(sec, -500, &floor->floorDestHeight); if(!FEQUAL(floor->floorDestHeight, P_GetDoublep(sec, DMU_FLOOR_HEIGHT))) floor->floorDestHeight += bitmipR; } else { floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED * bitmipL; floor->floorDestHeight = P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) - bitmipR; } break; case FT_CUSTOMCHANGESEC: // jd64 floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED * 16; floor->floorDestHeight = P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT); /// @fixme Should not clear the special like this! P_ToXSector(sec)->special = bitmipR; break; #endif case FT_RAISEFLOORCRUSH: #if __JHEXEN__ floor->crush = (int) args[2]; // arg[2] = crushing value #else floor->crush = true; #endif floor->state = FS_UP; floor->sector = sec; #if !__JHEXEN__ floor->speed = FLOORSPEED; # if __JDOOM64__ floor->speed *= 4; # endif #endif #if __JHEXEN__ floor->floorDestHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT)-8; #else P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &floor->floorDestHeight); if(floor->floorDestHeight > P_GetDoublep(sec, DMU_CEILING_HEIGHT)) floor->floorDestHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); floor->floorDestHeight -= 8 * (floortype == FT_RAISEFLOORCRUSH); #endif break; case FT_RAISEFLOOR: floor->state = FS_UP; floor->sector = sec; #if !__JHEXEN__ floor->speed = FLOORSPEED; # if __JDOOM64__ floor->speed *= 4; # endif #endif P_FindSectorSurroundingLowestCeiling(sec, (coord_t) MAXINT, &floor->floorDestHeight); if(floor->floorDestHeight > P_GetDoublep(sec, DMU_CEILING_HEIGHT)) floor->floorDestHeight = P_GetDoublep(sec, DMU_CEILING_HEIGHT); #if !__JHEXEN__ floor->floorDestHeight -= 8 * (floortype == FT_RAISEFLOORCRUSH); #endif break; #if __JDOOM__ || __JDOOM64__ case FT_RAISEFLOORTURBO: floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED * 4; # if __JDOOM64__ floor->speed *= 2; # endif { coord_t floorHeight, nextFloor; floorHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); if(P_FindSectorSurroundingNextHighestFloor(sec, floorHeight, &nextFloor)) floor->floorDestHeight = nextFloor; else floor->floorDestHeight = floorHeight; } break; #endif case FT_RAISEFLOORTONEAREST: floor->state = FS_UP; floor->sector = sec; #if !__JHEXEN__ floor->speed = FLOORSPEED; # if __JDOOM64__ floor->speed *= 8; # endif #endif { coord_t floorHeight, nextFloor; floorHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); if(P_FindSectorSurroundingNextHighestFloor(sec, floorHeight, &nextFloor)) floor->floorDestHeight = nextFloor; else floor->floorDestHeight = floorHeight; } break; #if __JHEXEN__ case FT_RAISEFLOORBYVALUE: floor->state = FS_UP; floor->sector = sec; floor->floorDestHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + (coord_t) args[2]; break; case FT_RAISEMUL8INSTANT: case FT_RAISEBYVALUEMUL8: floor->state = FS_UP; floor->sector = sec; floor->floorDestHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + (coord_t) args[2] * 8; break; case FT_TOVALUEMUL8: floor->sector = sec; floor->floorDestHeight = (coord_t) args[2] * 8; if(args[3]) floor->floorDestHeight = -floor->floorDestHeight; if(floor->floorDestHeight > P_GetDoublep(sec, DMU_FLOOR_HEIGHT)) floor->state = FS_UP; else if(floor->floorDestHeight < P_GetDoublep(sec, DMU_FLOOR_HEIGHT)) floor->state = FS_DOWN; else rtn = 0; // Already at lowest position. break; #endif #if !__JHEXEN__ case FT_RAISE24: floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED; # if __JDOOM64__ floor->speed *= 8; # endif floor->floorDestHeight = P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) + 24; break; #endif #if !__JHEXEN__ case FT_RAISE24ANDCHANGE: floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED; # if __JDOOM64__ floor->speed *= 8; # endif floor->floorDestHeight = P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) + 24; frontsector = (Sector *)P_GetPtrp(line, DMU_FRONT_SECTOR); P_SetPtrp(sec, DMU_FLOOR_MATERIAL, P_GetPtrp(frontsector, DMU_FLOOR_MATERIAL)); xsec->special = P_ToXSector(frontsector)->special; break; #if __JDOOM__ || __JDOOM64__ case FT_RAISE512: floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED; floor->floorDestHeight = P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) + 512; break; #endif # if __JDOOM64__ case FT_RAISE32: // jd64 floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED * 8; floor->floorDestHeight = P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) + 32; break; # endif case FT_RAISETOTEXTURE: { int minSize = DDMAXINT; floor->state = FS_UP; floor->sector = sec; floor->speed = FLOORSPEED; P_FindLineInSectorSmallestBottomMaterial(sec, &minSize); floor->floorDestHeight = P_GetDoublep(floor->sector, DMU_FLOOR_HEIGHT) + (coord_t) minSize; } break; case FT_LOWERANDCHANGE: floor->state = FS_DOWN; floor->sector = sec; floor->speed = FLOORSPEED; P_FindSectorSurroundingLowestFloor(sec, P_GetDoublep(sec, DMU_FLOOR_HEIGHT), &floor->floorDestHeight); floor->material = (Material *)P_GetPtrp(sec, DMU_FLOOR_MATERIAL); { Sector* otherSec = findSectorSurroundingAtFloorHeight(sec, floor->floorDestHeight); if(otherSec) { floor->material = (Material *)P_GetPtrp(otherSec, DMU_FLOOR_MATERIAL); floor->newSpecial = P_ToXSector(otherSec)->special; } } break; #endif default: #if __JHEXEN__ rtn = 0; #endif break; } } #if __JHEXEN__ if(rtn && floor) { SN_StartSequence((mobj_t *)P_GetPtrp(floor->sector, DMU_EMITTER), SEQ_PLATFORM + P_ToXSector(floor->sector)->seqType); } #endif return rtn; } #if __JHEXEN__ struct findsectorneighborsforstairbuildparams_t { int type; coord_t height; }; /// @return @c 0= Continue iteration. static int findSectorNeighborsForStairBuild(void *ptr, void *context) { Line *li = (Line *) ptr; findsectorneighborsforstairbuildparams_t *params = (findsectorneighborsforstairbuildparams_t *) context; Sector *frontSec = (Sector *)P_GetPtrp(li, DMU_FRONT_SECTOR); if(!frontSec) return false; Sector *backSec = (Sector *)P_GetPtrp(li, DMU_BACK_SECTOR); if(!backSec) return false; xsector_t *xsec = P_ToXSector(frontSec); if(xsec->special == params->type + STAIR_SECTOR_TYPE && !xsec->specialData && P_GetPtrp(frontSec, DMU_FLOOR_MATERIAL) == stairData.material && P_GetIntp(frontSec, DMU_VALID_COUNT) != VALIDCOUNT) { enqueueStairSector(frontSec, params->type ^ 1, params->height); P_SetIntp(frontSec, DMU_VALID_COUNT, VALIDCOUNT); } xsec = P_ToXSector(backSec); if(xsec->special == params->type + STAIR_SECTOR_TYPE && !xsec->specialData && P_GetPtrp(backSec, DMU_FLOOR_MATERIAL) == stairData.material && P_GetIntp(backSec, DMU_VALID_COUNT) != VALIDCOUNT) { enqueueStairSector(backSec, params->type ^ 1, params->height); P_SetIntp(backSec, DMU_VALID_COUNT, VALIDCOUNT); } return false; } #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ /** * @note Behaviour here is dependant upon the order of the sector-linked * LineDefs list. This is necessary to emulate the flawed algorithm used in * DOOM.exe In addition, this algorithm was further broken in Heretic as the * test which compares floor heights was removed. * * @warning DO NOT USE THIS ANYWHERE ELSE! */ struct spreadsectorparams_t { Sector *baseSec; Material *material; Sector *foundSec; coord_t height, stairSize; }; /// @return 0= continue iteration; otherwise stop. static int findAdjacentSectorForSpread(void *ptr, void *context) { Line *li = (Line *) ptr; spreadsectorparams_t *params = (spreadsectorparams_t *) context; if(!(P_ToXLine(li)->flags & ML_TWOSIDED)) return false; Sector *frontSec = (Sector *)P_GetPtrp(li, DMU_FRONT_SECTOR); if(!frontSec) return false; if(params->baseSec != frontSec) return false; Sector *backSec = (Sector *)P_GetPtrp(li, DMU_BACK_SECTOR); if(!backSec) return false; if(P_GetPtrp(backSec, DMU_FLOOR_MATERIAL) != params->material) return false; /** * @note The placement of this step height addition is vital to ensure * the exact behaviour of the original DOOM algorithm. Logically this * should occur after the test below... */ params->height += params->stairSize; xsector_t *xsec = P_ToXSector(backSec); if(xsec->specialData) return false; // This looks good. params->foundSec = backSec; return true; } #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ int EV_BuildStairs(Line *line, stair_e type) { xsector_t *xsec; coord_t height = 0, stairsize = 0; float speed = 0; iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return 0; int rtn = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); spreadsectorparams_t params; Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { xsec = P_ToXSector(sec); // Already moving? If so, keep going... if(xsec->specialData) continue; // New floor thinker. rtn = 1; floor_t *floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, 0); floor->thinker.function = T_MoveFloor; Thinker_Add(&floor->thinker); xsec->specialData = floor; floor->state = FS_UP; floor->sector = sec; switch(type) { #if __JHERETIC__ case build8: stairsize = 8; break; case build16: stairsize = 16; break; #else case build8: speed = FLOORSPEED * .25; stairsize = 8; break; case turbo16: speed = FLOORSPEED * 4; stairsize = 16; break; #endif default: break; } #if __JHERETIC__ floor->type = FT_RAISEBUILDSTEP; speed = FLOORSPEED; floor->speed = speed; #else floor->speed = speed; #endif height = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + stairsize; floor->floorDestHeight = height; // Find next sector to raise. // 1. Find 2-sided line with a front side in the same sector. // 2. Other side is the next sector to raise. params.baseSec = sec; params.material = (Material *)P_GetPtrp(sec, DMU_FLOOR_MATERIAL); params.foundSec = 0; params.height = height; params.stairSize = stairsize; while(P_Iteratep(params.baseSec, DMU_LINE, findAdjacentSectorForSpread, ¶ms)) { // We found another sector to spread to. floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, 0); floor->thinker.function = T_MoveFloor; Thinker_Add(&floor->thinker); P_ToXSector(params.foundSec)->specialData = floor; #if __JHERETIC__ floor->type = FT_RAISEBUILDSTEP; #endif floor->state = FS_UP; floor->speed = speed; floor->sector = params.foundSec; floor->floorDestHeight = params.height; // Prepare for the next pass. params.baseSec = params.foundSec; params.foundSec = NULL; } } return rtn; } #endif #if __JHEXEN__ static void enqueueStairSector(Sector* sec, int type, coord_t height) { if((stairQueueTail + 1) % STAIR_QUEUE_SIZE == stairQueueHead) { Con_Error("BuildStairs: Too many branches located.\n"); } stairQueue[stairQueueTail].sector = sec; stairQueue[stairQueueTail].type = type; stairQueue[stairQueueTail].height = height; stairQueueTail = (stairQueueTail + 1) % STAIR_QUEUE_SIZE; } static Sector* dequeueStairSector(int* type, coord_t* height) { Sector* sec; if(stairQueueHead == stairQueueTail) { // Queue is empty. return NULL; } *type = stairQueue[stairQueueHead].type; *height = stairQueue[stairQueueHead].height; sec = stairQueue[stairQueueHead].sector; stairQueueHead = (stairQueueHead + 1) % STAIR_QUEUE_SIZE; return sec; } static void processStairSector(Sector *sec, int type, coord_t height, stairs_e stairsType, int delay, int resetDelay) { findsectorneighborsforstairbuildparams_t params; height += stairData.stepDelta; floor_t *floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, 0); floor->thinker.function = T_MoveFloor; Thinker_Add(&floor->thinker); P_ToXSector(sec)->specialData = floor; floor->type = FT_RAISEBUILDSTEP; floor->state = (stairData.direction == -1? FS_DOWN : FS_UP); floor->sector = sec; floor->floorDestHeight = height; switch(stairsType) { case STAIRS_NORMAL: floor->speed = stairData.speed; if(delay) { floor->delayTotal = delay; floor->stairsDelayHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT) + stairData.stepDelta; floor->stairsDelayHeightDelta = stairData.stepDelta; } floor->resetDelay = resetDelay; floor->resetDelayCount = resetDelay; floor->resetHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); break; case STAIRS_SYNC: floor->speed = stairData.speed * ((height - stairData.startHeight) / stairData.stepDelta); floor->resetDelay = delay; //arg4 floor->resetDelayCount = delay; floor->resetHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); break; default: break; } SN_StartSequence((mobj_t *)P_GetPtrp(sec, DMU_EMITTER), SEQ_PLATFORM + P_ToXSector(sec)->seqType); params.type = type; params.height = height; // Find all neigboring sectors with sector special equal to type and add // them to the stairbuild queue. P_Iteratep(sec, DMU_LINE, findSectorNeighborsForStairBuild, ¶ms); } #endif /** * @param direction Positive = up. Negative = down. */ #if __JHEXEN__ int EV_BuildStairs(Line * /*line*/, byte *args, int direction, stairs_e stairsType) { // Set global stairs variables stairData.textureChange = 0; stairData.direction = direction; stairData.stepDelta = stairData.direction * (coord_t) args[2]; stairData.speed = (float) args[1] * (1.0 / 8); int resetDelay = (int) args[4]; int delay = (int) args[3]; if(stairsType == STAIRS_PHASED) { stairData.startDelay = stairData.startDelayDelta = (int) args[3]; resetDelay = stairData.startDelayDelta; delay = 0; stairData.textureChange = (int) args[4]; } VALIDCOUNT++; iterlist_t *list = P_GetSectorIterListForTag((int) args[0], false); if(!list) return 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { stairData.material = (Material *)P_GetPtrp(sec, DMU_FLOOR_MATERIAL); stairData.startHeight = P_GetDoublep(sec, DMU_FLOOR_HEIGHT); // ALREADY MOVING? IF SO, KEEP GOING... if(P_ToXSector(sec)->specialData) continue; // Already moving, so keep going... enqueueStairSector(sec, 0, P_GetDoublep(sec, DMU_FLOOR_HEIGHT)); P_ToXSector(sec)->special = 0; } int type; coord_t height; while((sec = dequeueStairSector(&type, &height))) { processStairSector(sec, type, height, stairsType, delay, resetDelay); } return 1; } #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ struct findfirsttwosidedparams_t { Sector *sector; Line *foundLine; }; static int findFirstTwosided(void *ptr, void *context) { Line *li = (Line *) ptr; findfirsttwosidedparams_t *params = (findfirsttwosidedparams_t *) context; Sector *backSec = (Sector *)P_GetPtrp(li, DMU_BACK_SECTOR); if(!(P_ToXLine(li)->flags & ML_TWOSIDED)) return false; if(backSec && !(params->sector && backSec == params->sector)) { params->foundLine = li; return true; // Stop iteration, this will do. } return false; // Continue iteration. } #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ int EV_DoDonut(Line *line) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return 0; int rtn = 0; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { findfirsttwosidedparams_t params; // Already moving? If so, keep going... if(P_ToXSector(sec)->specialData) continue; rtn = 1; Sector *outer = 0, *ring = 0; params.sector = 0; params.foundLine = 0; if(P_Iteratep(sec, DMU_LINE, findFirstTwosided, ¶ms)) { ring = (Sector *)P_GetPtrp(params.foundLine, DMU_BACK_SECTOR); if(ring == sec) { ring = (Sector *)P_GetPtrp(params.foundLine, DMU_FRONT_SECTOR); } params.sector = sec; params.foundLine = NULL; if(P_Iteratep(ring, DMU_LINE, findFirstTwosided, ¶ms)) { outer = (Sector *)P_GetPtrp(params.foundLine, DMU_BACK_SECTOR); } } if(outer && ring) { // Found both parts of the donut. coord_t destHeight = P_GetDoublep(outer, DMU_FLOOR_HEIGHT); // Spawn rising slime. floor_t *floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, 0); floor->thinker.function = T_MoveFloor; Thinker_Add(&floor->thinker); P_ToXSector(ring)->specialData = floor; floor->type = FT_RAISEDONUT; floor->crush = false; floor->state = FS_UP; floor->sector = ring; floor->speed = FLOORSPEED * .5; floor->material = (Material *)P_GetPtrp(outer, DMU_FLOOR_MATERIAL); floor->newSpecial = 0; floor->floorDestHeight = destHeight; // Spawn lowering donut-hole. floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, 0); floor->thinker.function = T_MoveFloor; Thinker_Add(&floor->thinker); P_ToXSector(sec)->specialData = floor; floor->type = FT_LOWER; floor->crush = false; floor->state = FS_DOWN; floor->sector = sec; floor->speed = FLOORSPEED * .5; floor->floorDestHeight = destHeight; } } return rtn; } #endif #if __JHEXEN__ static int stopFloorCrush(thinker_t *th, void *context) { dd_bool *found = (dd_bool *) context; floor_t *floor = (floor_t *) th; if(floor->type == FT_RAISEFLOORCRUSH) { // Completely remove the crushing floor SN_StopSequence((mobj_t *)P_GetPtrp(floor->sector, DMU_EMITTER)); P_ToXSector(floor->sector)->specialData = NULL; Game_ACScriptInterpreter().tagFinished(P_ToXSector(floor->sector)->tag); Thinker_Remove(&floor->thinker); (*found) = true; } return false; // Continue iteration. } int EV_FloorCrushStop(Line * /*line*/, byte * /*args*/) { dd_bool found = false; Thinker_Iterate(T_MoveFloor, stopFloorCrush, &found); return (found? 1 : 0); } #endif #if __JHEXEN__ || __JDOOM64__ # if __JHEXEN__ int EV_DoFloorAndCeiling(Line *line, byte *args, int ftype, int ctype) # else int EV_DoFloorAndCeiling(Line* line, int ftype, int ctype) # endif { # if __JHEXEN__ int tag = (int) args[0]; # else int tag = P_ToXLine(line)->tag; # endif iterlist_t *list = P_GetSectorIterListForTag(tag, false); if(!list) return 0; /** * @attention Kludge: * Due to the fact that sectors can only have one special thinker * linked at a time, this routine manually removes the link before * then creating a second thinker for the sector. * In order to commonize this we should maintain seperate links in * xsector_t for each type of special (not thinker type) i.e: * * floor, ceiling, lightlevel * * @note: Floor and ceiling are capable of moving at different speeds * and with different target heights, we must remain compatible. */ # if __JHEXEN__ dd_bool floor = EV_DoFloor(line, args, floortype_e(ftype)); # else dd_bool floor = EV_DoFloor(line, floortype_e(ftype)); # endif IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { P_ToXSector(sec)->specialData = 0; } # if __JHEXEN__ dd_bool ceiling = EV_DoCeiling(line, args, ceilingtype_e(ctype)); # else dd_bool ceiling = EV_DoCeiling(line, ceilingtype_e(ctype)); # endif // < KLUDGE return (floor | ceiling); } #endif doomsday-1.14.5/doomsday/plugins/common/src/m_ctrl.c0000664000175000017500000006515712350542240021723 0ustar jaakkojaakko/**\file m_ctrl.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #include #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "hu_menu.h" #include "m_ctrl.h" // Control config flags. #define CCF_NON_INVERSE 0x1 #define CCF_INVERSE 0x2 #define CCF_STAGED 0x4 #define CCF_REPEAT 0x8 #define CCF_SIDESTEP_MODIFIER 0x10 #define CCF_MULTIPLAYER 0x20 #define SMALL_SCALE .75f // Binding iteration flags #define MIBF_IGNORE_REPEATS 0x1 typedef enum { MIBT_KEY, MIBT_MOUSE, MIBT_JOY } bindingitertype_t; typedef struct bindingdrawerdata_s { Point2Raw origin; float alpha; } bindingdrawerdata_t; static mndata_bindings_t controlConfig[] = { { "Movement" }, { "Forward", 0, "walk", 0, CCF_NON_INVERSE }, { "Backward", 0, "walk", 0, CCF_INVERSE }, { "Strafe Left", 0, "sidestep", 0, CCF_INVERSE }, { "Strafe Right", 0, "sidestep", 0, CCF_NON_INVERSE }, { "Turn Left", 0, "turn", 0, CCF_STAGED | CCF_INVERSE | CCF_SIDESTEP_MODIFIER }, { "Turn Right", 0, "turn", 0, CCF_STAGED | CCF_NON_INVERSE | CCF_SIDESTEP_MODIFIER }, { "Jump", 0, 0, "impulse jump" }, { "Use", 0, 0, "impulse use" }, { "Fly Up", 0, "zfly", 0, CCF_STAGED | CCF_NON_INVERSE }, { "Fly Down", 0, "zfly", 0, CCF_STAGED | CCF_INVERSE }, { "Fall To Ground", 0, 0, "impulse falldown" }, { "Speed", 0, "speed" }, { "Strafe", 0, "strafe" }, { "Looking" }, { "Look Up", 0, "look", 0, CCF_STAGED | CCF_NON_INVERSE }, { "Look Down", 0, "look", 0, CCF_STAGED | CCF_INVERSE }, { "Look Center", 0, 0, "impulse lookcenter" }, { "Weapons" }, { "Attack/Fire", 0, "attack" }, { "Next Weapon", 0, 0, "impulse nextweapon" }, { "Previous Weapon", 0, 0, "impulse prevweapon" }, #if __JDOOM__ || __JDOOM64__ { "Fist/Chainsaw", 0, 0, "impulse weapon1" }, { "Chainsaw/Fist", 0, 0, "impulse weapon8" }, { "Pistol", 0, 0, "impulse weapon2" }, { "Super SG/Shotgun", 0, 0, "impulse weapon3" }, { "Shotgun/Super SG", 0, 0, "impulse weapon9" }, { "Chaingun", 0, 0, "impulse weapon4" }, { "Rocket Launcher", 0, 0, "impulse weapon5" }, { "Plasma Rifle", 0, 0, "impulse weapon6" }, { "BFG 9000", 0, 0, "impulse weapon7" }, #endif #if __JDOOM64__ { "Unmaker", 0, 0, "impulse weapon10" }, #endif #if __JHERETIC__ { "Gauntlets/Staff", 0, 0, "impulse weapon1" }, { "Elvenwand", 0, 0, "impulse weapon2" }, { "Crossbow", 0, 0, "impulse weapon3" }, { "Dragon Claw", 0, 0, "impulse weapon4" }, { "Hellstaff", 0, 0, "impulse weapon5" }, { "Phoenix Rod", 0, 0, "impulse weapon6" }, { "Firemace", 0, 0, "impulse weapon7" }, #endif #if __JHEXEN__ { "Weapon 1", 0, 0, "impulse weapon1" }, { "Weapon 2", 0, 0, "impulse weapon2" }, { "Weapon 3", 0, 0, "impulse weapon3" }, { "Weapon 4", 0, 0, "impulse weapon4" }, #endif #if __JHERETIC__ || __JHEXEN__ { "Inventory" }, { "Move Left", 0, 0, "impulse previtem", CCF_REPEAT }, { "Move Right", 0, 0, "impulse nextitem", CCF_REPEAT }, { "Use Item", 0, 0, "impulse useitem" }, { "Panic!", 0, 0, "impulse panic" }, #endif #ifdef __JHERETIC__ { (const char*) TXT_TXT_INV_INVULNERABILITY, 0, 0, "impulse invulnerability" }, { (const char*) TXT_TXT_INV_INVISIBILITY, 0, 0, "impulse invisibility" }, { (const char*) TXT_TXT_INV_HEALTH, 0, 0, "impulse health" }, { (const char*) TXT_TXT_INV_SUPERHEALTH, 0, 0, "impulse superhealth" }, { (const char*) TXT_TXT_INV_TOMEOFPOWER, 0, 0, "impulse tome" }, { (const char*) TXT_TXT_INV_TORCH, 0, 0, "impulse torch" }, { (const char*) TXT_TXT_INV_FIREBOMB, 0, 0, "impulse firebomb" }, { (const char*) TXT_TXT_INV_EGG, 0, 0, "impulse egg" }, { (const char*) TXT_TXT_INV_FLY, 0, 0, "impulse fly" }, { (const char*) TXT_TXT_INV_TELEPORT, 0, 0, "impulse teleport" }, #endif #ifdef __JHEXEN__ { (const char*) TXT_TXT_INV_TORCH, 0, 0, "impulse torch" }, { (const char*) TXT_TXT_INV_HEALTH, 0, 0, "impulse health" }, { (const char*) TXT_TXT_INV_SUPERHEALTH, 0, 0, "impulse mysticurn" }, { (const char*) TXT_TXT_INV_BOOSTMANA, 0, 0, "impulse krater" }, { (const char*) TXT_TXT_INV_SPEED, 0, 0, "impulse speedboots" }, { (const char*) TXT_TXT_INV_BLASTRADIUS, 0, 0, "impulse blast" }, { (const char*) TXT_TXT_INV_TELEPORT, 0, 0, "impulse teleport" }, { (const char*) TXT_TXT_INV_TELEPORTOTHER, 0, 0, "impulse teleportother" }, { (const char*) TXT_TXT_INV_POISONBAG, 0, 0, "impulse poisonbag" }, { (const char*) TXT_TXT_INV_INVULNERABILITY, 0, 0, "impulse invulnerability" }, { (const char*) TXT_TXT_INV_SUMMON, 0, 0, "impulse darkservant" }, { (const char*) TXT_TXT_INV_EGG, 0, 0, "impulse egg" }, #endif { "Chat" }, { "Open Chat", 0, 0, "beginchat", CCF_MULTIPLAYER }, #if __JDOOM__ || __JDOOM64__ { "Green Chat", 0, 0, "beginchat 0", CCF_MULTIPLAYER }, { "Indigo Chat", 0, 0, "beginchat 1", CCF_MULTIPLAYER }, { "Brown Chat", 0, 0, "beginchat 2", CCF_MULTIPLAYER }, { "Red Chat", 0, 0, "beginchat 3", CCF_MULTIPLAYER }, #endif #if __JHERETIC__ { "Green Chat", 0, 0, "beginchat 0", CCF_MULTIPLAYER }, { "Yellow Chat", 0, 0, "beginchat 1", CCF_MULTIPLAYER }, { "Red Chat", 0, 0, "beginchat 2", CCF_MULTIPLAYER }, { "Blue Chat", 0, 0, "beginchat 3", CCF_MULTIPLAYER }, #endif { "Send Message", "chat", 0, "chatcomplete" }, { "Cancel Message", "chat", 0, "chatcancel" }, { "Macro 1", "chat", 0, "chatsendmacro 0" }, { "Macro 2", "chat", 0, "chatsendmacro 1" }, { "Macro 3", "chat", 0, "chatsendmacro 2" }, { "Macro 4", "chat", 0, "chatsendmacro 3" }, { "Macro 5", "chat", 0, "chatsendmacro 4" }, { "Macro 6", "chat", 0, "chatsendmacro 5" }, { "Macro 7", "chat", 0, "chatsendmacro 6" }, { "Macro 8", "chat", 0, "chatsendmacro 7" }, { "Macro 9", "chat", 0, "chatsendmacro 8" }, { "Macro 10", "chat", 0, "chatsendmacro 9" }, { "Backspace", "chat", 0, "chatdelete", CCF_REPEAT }, { "Map" }, { "Show/Hide Map", 0, 0, "impulse automap" }, { "Zoom In", 0, "mapzoom", 0, CCF_NON_INVERSE }, { "Zoom Out", 0, "mapzoom", 0, CCF_INVERSE }, { "Zoom Maximum", "map", 0, "impulse zoommax" }, { "Pan Left", 0, "mappanx", 0, CCF_INVERSE }, { "Pan Right", 0, "mappanx", 0, CCF_NON_INVERSE }, { "Pan Up", 0, "mappany", 0, CCF_NON_INVERSE }, { "Pan Down", 0, "mappany", 0, CCF_INVERSE }, { "Toggle Follow", "map", 0, "impulse follow" }, { "Toggle Rotation", "map", 0, "impulse rotate" }, { "Add Mark", "map", 0, "impulse addmark" }, { "Clear Marks", "map", 0, "impulse clearmarks" }, { "HUD" }, { "Show HUD", 0, 0, "impulse showhud" }, { "Show Score", 0, 0, "impulse showscore", CCF_REPEAT }, { "Smaller View", 0, 0, "sub view-size 1", CCF_REPEAT }, { "Larger View", 0, 0, "add view-size 1", CCF_REPEAT }, { "Message Refresh", 0, 0, "impulse msgrefresh" }, { "Shortcuts" }, { "Pause Game", 0, 0, "pause" }, #if !__JDOOM64__ { "Help Screen", "shortcut", 0, "helpscreen" }, #endif { "End Game", "shortcut", 0, "endgame" }, { "Save Game", "shortcut", 0, "menu savegame" }, { "Load Game", "shortcut", 0, "menu loadgame" }, { "Quick Save", "shortcut", 0, "quicksave" }, { "Quick Load", "shortcut", 0, "quickload" }, { "Sound Options", "shortcut", 0, "menu soundoptions" }, { "Toggle Messages", "shortcut", 0, "toggle msg-show" }, { "Gamma Correction", "shortcut", 0, "togglegamma" }, { "Screenshot", "shortcut", 0, "screenshot" }, { "Quit", "shortcut", 0, "quit" }, { "Menu" }, { "Show/Hide Menu", "shortcut", 0, "menu" }, { "Previous Menu", "menu", 0, "menuback", CCF_REPEAT }, { "Move Up", "menu", 0, "menuup", CCF_REPEAT }, { "Move Down", "menu", 0, "menudown", CCF_REPEAT }, { "Move Left", "menu", 0, "menuleft", CCF_REPEAT }, { "Move Right", "menu", 0, "menuright", CCF_REPEAT }, { "Select", "menu", 0, "menuselect" }, { "On-Screen Questions" }, { "Answer Yes", "message", 0, "messageyes" }, { "Answer No", "message", 0, "messageno" }, { "Cancel", "message", 0, "messagecancel" }, }; static void deleteBinding(bindingitertype_t type, int bid, const char* name, dd_bool isInverse, void* data) { DD_Executef(true, "delbind %i", bid); } int Hu_MenuActivateBindingsGrab(mn_object_t* obj, mn_actionid_t action, void* paramaters) { // Start grabbing for this control. DD_SetInteger(DD_SYMBOLIC_ECHO, true); return 0; } void Hu_MenuInitControlsPage(void) { #if __JDOOM__ || __JDOOM64__ const Point2Raw pageOrigin = { 32, 40 }; #elif __JHERETIC__ const Point2Raw pageOrigin = { 32, 40 }; #elif __JHEXEN__ const Point2Raw pageOrigin = { 32, 40 }; #endif int i, textCount, bindingsCount, totalItems, group; int configCount = sizeof(controlConfig) / sizeof(controlConfig[0]); size_t objectIdx, textIdx; mn_object_t* objects; mndata_text_t* texts; mn_page_t* page; App_Log(DE2_DEV_VERBOSE, "Hu_MenuInitControlsPage: Creating controls items"); textCount = 0; bindingsCount = 0; for(i = 0; i < configCount; ++i) { mndata_bindings_t* binds = &controlConfig[i]; if(!binds->command && !binds->controlName) { ++textCount; } else { ++textCount; ++bindingsCount; } } // Allocate the menu items array. totalItems = textCount + bindingsCount + 1/*terminator*/; objects = (mn_object_t*)Z_Calloc(sizeof(*objects) * totalItems, PU_GAMESTATIC, 0); if(!objects) Con_Error("Hu_MenuInitControlsPage: Failed on allocation of %lu bytes for items array.", (unsigned long) (sizeof(*objects) * totalItems)); texts = (mndata_text_t*)Z_Calloc(sizeof(*texts) * textCount, PU_GAMESTATIC, 0); if(!texts) Con_Error("Hu_MenuInitControlsPage: Failed on allocation of %lu bytes for texts array.", (unsigned long) (sizeof(*texts) * textCount)); objectIdx = 0; textIdx = 0; group = 0; for(i = 0; i < configCount; ++i) { mndata_bindings_t* binds = &controlConfig[i]; if(!binds->command && !binds->controlName) { // Inert. mn_object_t* ob = &objects[objectIdx++]; mndata_text_t* txt = &texts[textIdx++]; ob->_type = MN_TEXT; txt->text = binds->text; ob->_typedata = txt; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR2; ob->ticker = MNText_Ticker; ob->drawer = MNText_Drawer; ob->updateGeometry = MNText_UpdateGeometry; // A new group begins; ob->_group = ++group; } else { mn_object_t* labelOb = &objects[objectIdx++]; mn_object_t* bindingsOb = &objects[objectIdx++]; mndata_text_t* txt = &texts[textIdx++]; labelOb->_type = MN_TEXT; txt->text = binds->text; labelOb->_typedata = txt; labelOb->ticker = MNText_Ticker; labelOb->drawer = MNText_Drawer; labelOb->updateGeometry = MNText_UpdateGeometry; labelOb->_pageFontIdx = MENU_FONT1; labelOb->_pageColorIdx = MENU_COLOR1; labelOb->_group = group; bindingsOb->_type = MN_BINDINGS; bindingsOb->ticker = MNBindings_Ticker; bindingsOb->drawer = MNBindings_Drawer; bindingsOb->cmdResponder = MNBindings_CommandResponder; bindingsOb->privilegedResponder = MNBindings_PrivilegedResponder; bindingsOb->updateGeometry = MNBindings_UpdateGeometry; bindingsOb->actions[MNA_ACTIVE].callback = Hu_MenuActivateBindingsGrab; bindingsOb->actions[MNA_FOCUS].callback = Hu_MenuDefaultFocusAction; bindingsOb->_typedata = binds; bindingsOb->_group = group; } } objects[objectIdx]._type = MN_NONE; // Terminate. page = Hu_MenuNewPage("ControlOptions", &pageOrigin, 0, Hu_MenuPageTicker, Hu_MenuDrawControlsPage, NULL, NULL); page->objects = objects; MNPage_SetTitle(page, "Controls"); MNPage_SetPredefinedFont(page, MENU_FONT1, FID(GF_FONTA)); MNPage_SetPreviousPage(page, Hu_MenuFindPageByName("Options")); } static void drawSmallText(const char* string, int x, int y, float alpha) { int height = FR_TextHeight(string); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Translatef(x, y + height/2, 0); DGL_Scalef(SMALL_SCALE, SMALL_SCALE, 1); DGL_Translatef(-x, -y - height/2, 0); FR_SetColorAndAlpha(1, 1, 1, alpha); FR_DrawTextXY3(string, x, y, ALIGN_TOPLEFT, DTF_NO_EFFECTS); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } static void drawBinding(bindingitertype_t type, int bid, const char* name, dd_bool isInverse, void *data) { #define BIND_GAP (2) #if __JHERETIC__ static const float bgRGB[] = { 0, .5f, 0 }; #elif __JHEXEN__ static const float bgRGB[] = { .5f, 0, 0 }; #else static const float bgRGB[] = { 0, 0, 0 }; #endif bindingdrawerdata_t* d = data; int width, height; FR_SetFont(FID(GF_FONTA)); if(type == MIBT_KEY) { width = FR_TextWidth(name); height = FR_TextHeight(name); DGL_SetNoMaterial(); DGL_DrawRectf2Color(d->origin.x, d->origin.y, width*SMALL_SCALE + 2, height, bgRGB[0], bgRGB[1], bgRGB[2], d->alpha * .6f); DGL_Enable(DGL_TEXTURE_2D); drawSmallText(name, d->origin.x + 1, d->origin.y, d->alpha); DGL_Disable(DGL_TEXTURE_2D); d->origin.x += width * SMALL_SCALE + 2 + BIND_GAP; } else { char temp[256]; sprintf(temp, "%s%c%s", type == MIBT_MOUSE? "mouse" : "joy", isInverse? '-' : '+', name); width = FR_TextWidth(temp); height = FR_TextHeight(temp); DGL_Enable(DGL_TEXTURE_2D); drawSmallText(temp, d->origin.x, d->origin.y, d->alpha); DGL_Disable(DGL_TEXTURE_2D); d->origin.x += width * SMALL_SCALE + BIND_GAP; } #undef BIND_GAP } static const char* findInString(const char* str, const char* token, int n) { int tokenLen = strlen(token); const char* at = strstr(str, token); if(!at) { // Not there at all. return NULL; } if(at - str <= n - tokenLen) { return at; } // Past the end. return NULL; } static void iterateBindings(const mndata_bindings_t* binds, const char* bindings, int flags, void* data, void (*callback)(bindingitertype_t type, int bid, const char* ev, dd_bool isInverse, void *data)) { const char* ptr = strchr(bindings, ':'); const char* begin, *end, *end2, *k, *bindingStart, *bindingEnd; char buf[80], *b; dd_bool isInverse; int bid; assert(binds); memset(buf, 0, sizeof(buf)); while(ptr) { // Read the binding identifier. for(k = ptr; k > bindings && *k != '@'; --k); if(*k == '@') { for(begin = k - 1; begin > bindings && isdigit(*(begin - 1)); --begin) {} bid = strtol(begin, NULL, 10); } else { // No identifier?? bid = 0; } // Find the end of the entire binding. bindingStart = k + 1; bindingEnd = strchr(bindingStart, '@'); if(!bindingEnd) { // Then point to the end of the string. bindingEnd = strchr(k + 1, 0); } ptr++; end = strchr(ptr, '-'); if(!end) return; end++; b = buf; while(*end && *end != ' ' && *end != '-' && *end != '+') { *b++ = *end++; } *b = 0; end2 = strchr(end, ' '); if(!end2) end = end + strlen(end); // Then point to the end. else end = end2; if(!findInString(bindingStart, "modifier-1-down", bindingEnd - bindingStart) && (!(flags & MIBF_IGNORE_REPEATS) || !findInString(ptr, "-repeat", end - ptr))) { isInverse = (findInString(ptr, "-inverse", end - ptr) != NULL); if(!strncmp(ptr, "key", 3) || strstr(ptr, "-button") || !strncmp(ptr, "mouse-left", 10) || !strncmp(ptr, "mouse-middle", 12) || !strncmp(ptr, "mouse-right", 11)) { if(((binds->flags & CCF_INVERSE) && isInverse) || ((binds->flags & CCF_NON_INVERSE) && !isInverse) || !(binds->flags & (CCF_INVERSE | CCF_NON_INVERSE))) { callback(!strncmp(ptr, "key", 3)? MIBT_KEY : !strncmp(ptr, "mouse", 5)? MIBT_MOUSE : MIBT_JOY, bid, buf, isInverse, data); } } else { if(!(binds->flags & (CCF_INVERSE | CCF_NON_INVERSE)) || (binds->flags & CCF_INVERSE)) { isInverse = !isInverse; } if(!strncmp(ptr, "joy", 3)) { callback(MIBT_JOY, bid, buf, isInverse, data); } else if(!strncmp(ptr, "mouse", 5)) { callback(MIBT_MOUSE, bid, buf, isInverse, data); } } } ptr = end; while(*ptr == ' ') ptr++; ptr = strchr(ptr, ':'); } } mn_object_t* MNBindings_New(void) { mn_object_t* ob = Z_Calloc(sizeof(*ob), PU_GAMESTATIC, 0); if(!ob) Con_Error("MNBindings::New: Failed on allocation of %lu bytes for new MNBindings.", (unsigned long) sizeof(*ob)); ob->_typedata = Z_Calloc(sizeof(mndata_bindings_t), PU_GAMESTATIC, 0); if(!ob->_typedata) Con_Error("MNBindings::New: Failed on allocation of %lu bytes for mndata_bindings_t.", (unsigned long) sizeof(mndata_bindings_t)); ob->_type = MN_BINDINGS; ob->_pageFontIdx = MENU_FONT1; ob->_pageColorIdx = MENU_COLOR1; ob->updateGeometry = MNBindings_UpdateGeometry; ob->drawer = MNBindings_Drawer; ob->cmdResponder = MNBindings_CommandResponder; ob->privilegedResponder = MNBindings_PrivilegedResponder; return ob; } void MNBindings_Delete(mn_object_t* ob) { assert(ob && ob->_type == MN_BINDINGS); Z_Free(ob->_typedata); Z_Free(ob); } void MNBindings_Drawer(mn_object_t* obj, const Point2Raw* origin) { mndata_bindings_t* binds = (mndata_bindings_t*)obj->_typedata; bindingdrawerdata_t draw; char buf[1024]; if(binds->controlName) { B_BindingsForControl(0, binds->controlName, BFCI_BOTH, buf, sizeof(buf)); } else { B_BindingsForCommand(binds->command, buf, sizeof(buf)); } draw.origin.x = origin->x; draw.origin.y = origin->y; draw.alpha = mnRendState->pageAlpha; iterateBindings(binds, buf, MIBF_IGNORE_REPEATS, &draw, drawBinding); } int MNBindings_CommandResponder(mn_object_t* obj, menucommand_e cmd) { mndata_bindings_t* binds = (mndata_bindings_t*)obj->_typedata; switch(cmd) { case MCMD_DELETE: { char buf[1024]; S_LocalSound(SFX_MENU_CANCEL, NULL); if(binds->controlName) { B_BindingsForControl(0, binds->controlName, BFCI_BOTH, buf, sizeof(buf)); } else { B_BindingsForCommand(binds->command, buf, sizeof(buf)); } iterateBindings(binds, buf, 0, NULL, deleteBinding); // If deleting the menuselect binding, automatically rebind it Return; // otherwise the user would be stuck without a way to make further bindings. if(binds->command && !strcmp(binds->command, "menuselect")) { DD_Execute(true, "bindevent menu:key-return menuselect"); } return true; } case MCMD_SELECT: S_LocalSound(SFX_MENU_CYCLE, NULL); obj->_flags |= MNF_ACTIVE; if(MNObject_HasAction(obj, MNA_ACTIVE)) { MNObject_ExecAction(obj, MNA_ACTIVE, NULL); return true; } break; default: break; } return false; // Not eaten. } void MNBindings_UpdateGeometry(mn_object_t* obj, mn_page_t* page) { // @todo calculate visible dimensions properly! assert(obj); Rect_SetWidthHeight(obj->_geometry, 60, 10 * SMALL_SCALE); } /** * Hu_MenuDrawControlsPage */ void Hu_MenuDrawControlsPage(mn_page_t* page, const Point2Raw* offset) { Point2Raw origin; origin.x = SCREENWIDTH/2; origin.y = (SCREENHEIGHT/2) + ((SCREENHEIGHT/2-5)/cfg.menuScale); Hu_MenuDrawPageHelp("Select to assign new, [Del] to clear", origin.x, origin.y); } void Hu_MenuControlGrabDrawer(const char* niceName, float alpha) { DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(FID(GF_FONTA)); FR_LoadDefaultAttrib(); FR_SetLeading(0); FR_SetColorAndAlpha(cfg.menuTextColors[1][CR], cfg.menuTextColors[1][CG], cfg.menuTextColors[1][CB], alpha); FR_DrawTextXY3("Press key or move controller for", SCREENWIDTH/2, SCREENHEIGHT/2-2, ALIGN_BOTTOM, MN_MergeMenuEffectWithDrawTextFlags(DTF_ONLY_SHADOW)); FR_SetFont(FID(GF_FONTB)); FR_SetColorAndAlpha(cfg.menuTextColors[2][CR], cfg.menuTextColors[2][CG], cfg.menuTextColors[2][CB], alpha); FR_DrawTextXY3(niceName, SCREENWIDTH/2, SCREENHEIGHT/2+2, ALIGN_TOP, MN_MergeMenuEffectWithDrawTextFlags(DTF_ONLY_SHADOW)); DGL_Disable(DGL_TEXTURE_2D); } void MNBindings_Ticker(mn_object_t* ob) { mndata_bindings_t* binds = (mndata_bindings_t*) ob->_typedata; assert(ob && ob->_type == MN_BINDINGS); // Stub. } int MNBindings_PrivilegedResponder(mn_object_t* obj, event_t* ev) { assert(obj && ev); // We're interested in key or button down events. if((obj->_flags & MNF_ACTIVE) && ev->type == EV_SYMBOLIC) { mndata_bindings_t* binds = (mndata_bindings_t*) obj->_typedata; const char* bindContext = "game"; const char* symbol = 0; char cmd[512]; #ifndef __64BIT__ symbol = (const char*) ev->data1; #else { uint64_t address = (uint32_t) ev->data2; address <<= 32; address |= (uint32_t) ev->data1; symbol = (const char*) address; } #endif if(strncmp(symbol, "echo-", 5)) { return false; } if(!strncmp(symbol, "echo-key-", 9) && strcmp(symbol + strlen(symbol) - 5, "-down")) { return false; } if(binds->bindContext) { bindContext = binds->bindContext; if((!strcmp(bindContext, "menu") || !strcmp(bindContext, "shortcut")) && !strcmp(symbol + 5, "key-delete-down")) { App_Log(DE2_INPUT_ERROR, "The Delete key in the Menu context is reserved for deleting bindings"); return false; } } if(binds->command) { const char* extraCondition = (binds->flags & CCF_MULTIPLAYER? " + multiplayer" : ""); sprintf(cmd, "bindevent {%s:%s%s} {%s}", bindContext, &symbol[5], extraCondition, binds->command); // Check for repeats. if(binds->flags & CCF_REPEAT) { const char* downPtr = 0; char temp[256]; downPtr = strstr(symbol + 5, "-down"); if(downPtr) { char temp2[256]; memset(temp2, 0, sizeof(temp2)); strncpy(temp2, symbol + 5, downPtr - symbol - 5); sprintf(temp, "; bindevent {%s:%s-repeat} {%s}", bindContext, temp2, binds->command); strcat(cmd, temp); } } } else if(binds->controlName) { // Have to exclude the state part. dd_bool inv = (binds->flags & CCF_INVERSE) != 0; dd_bool isStaged = (binds->flags & CCF_STAGED) != 0; const char* end = strchr(symbol + 5, '-'); char temp3[256]; char extra[256]; end = strchr(end + 1, '-'); if(!end) { Con_Error("what! %s\n", symbol); } memset(temp3, 0, sizeof(temp3)); strncpy(temp3, symbol + 5, end - symbol - 5); // Check for inverse. if(!strncmp(end, "-neg", 4)) { inv = !inv; } if(isStaged && (!strncmp(temp3, "key-", 4) || strstr(temp3, "-button") || !strcmp(temp3, "mouse-left") || !strcmp(temp3, "mouse-middle") || !strcmp(temp3, "mouse-right"))) { // Staging is for keys and buttons. strcat(temp3, "-staged"); } if(inv) { strcat(temp3, "-inverse"); } strcpy(extra, ""); if(binds->flags & CCF_SIDESTEP_MODIFIER) { sprintf(cmd, "bindcontrol sidestep {%s + modifier-1-down}", temp3); DD_Execute(true, cmd); strcpy(extra, " + modifier-1-up"); } sprintf(cmd, "bindcontrol {%s} {%s%s}", binds->controlName, temp3, extra); } App_Log(DE2_DEV_INPUT_MSG, "MNBindings_PrivilegedResponder: %s", cmd); DD_Execute(true, cmd); // We've finished the grab. obj->_flags &= ~MNF_ACTIVE; DD_SetInteger(DD_SYMBOLIC_ECHO, false); S_LocalSound(SFX_MENU_ACCEPT, NULL); return true; } return false; } const char* MNBindings_ControlName(mn_object_t* obj) { mndata_bindings_t* binds = (mndata_bindings_t*) obj->_typedata; assert(obj); assert(binds); // Map to a text definition? if(PTR2INT(binds->text) > 0 && PTR2INT(binds->text) < NUMTEXT) { return GET_TXT(PTR2INT(binds->text)); } return binds->text; } doomsday-1.14.5/doomsday/plugins/common/include/0000775000175000017500000000000012350542240021115 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/common/include/pause.h0000664000175000017500000000474312350542240022413 0ustar jaakkojaakko/** * @file pause.h * Pausing the game. @ingroup libcommon * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PAUSE_H #define LIBCOMMON_PAUSE_H #include "dd_share.h" /// Non-zero when the game is paused: game time is not advancing. DENG_EXTERN_C int paused; #ifdef __cplusplus extern "C" { #endif D_CMD(Pause); void Pause_Register(void); /** * Update the pause state. Called 35 times per second. */ void Pause_Ticker(void); /** * Process events related to pausing. * * @param ev Event. * * @return @c true, if the event was processed. */ dd_bool Pause_Responder(event_t *ev); /** * Determines if the game is currently paused. */ dd_bool Pause_IsPaused(void); /** * Determines if the game has been paused by the user rather than by force or * implicitly when the menu is open. The "PAUSED" indicator should only be * drawn when the game is paused by the user. */ dd_bool Pause_IsUserPaused(void); /** * Sets the user-requested pause mode. * * @param yes @c true, if the user has requested pause and game time * should be paused. @c false, to unpause. */ void Pause_Set(dd_bool yes); /** * Starts a forced pause period. Game time will not progress during the pause, * but the user interface does not indicate that the game is paused. * * @param tics Number of tics to pause. */ void Pause_SetForcedPeriod(int tics); /** * Unpauses the game if it is currently paused (even if forced). */ void Pause_End(void); /** * If so configured, pauses the game for the map start pause period. */ void Pause_MapStarted(void); #ifdef __cplusplus } #endif #endif // LIBCOMMON_PAUSE_H doomsday-1.14.5/doomsday/plugins/common/include/mobj.h0000664000175000017500000000517712350542240022227 0ustar jaakkojaakko/** @file mobj.h Common playsim map object (mobj) functionality. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_MOBJ #define LIBCOMMON_MOBJ #include "g_common.h" #ifdef __cplusplus extern "C" { #endif /** * Handles the stopping of mobj movement. Also stops player walking animation. * * @param mobj Mobj instance. */ void Mobj_XYMoveStopping(mobj_t *mobj); /** * Checks if @a thing is a clmobj of one of the players. * * @param mobj Mobj instance. */ dd_bool Mobj_IsPlayerClMobj(mobj_t *mobj); /** * Determines if a mobj is a player mobj. It could still be a voodoo doll, also. * * @param mobj Mobj instance. * * @return @c true, iff the mobj is a player. */ dd_bool Mobj_IsPlayer(mobj_t const *mobj); /** * Determines if a mobj is a voodoo doll. * * @param mobj Mobj instance. * * @return @c true, iff the mobj is a voodoo doll. */ dd_bool Mobj_IsVoodooDoll(mobj_t const *mobj); /** * @param mobj Mobj instance. * @param allAround @c false= only look 180 degrees in front. * * @return @c true iff a player was targeted. */ dd_bool Mobj_LookForPlayers(mobj_t *mobj, dd_bool allAround); /** * @param mobj Mobj instance. * @param stateNum Unique identifier of the state to change to. * * @return @c true, if the mobj is still present. */ dd_bool P_MobjChangeState(mobj_t *mobj, statenum_t stateNum); /** * Same as P_MobjChangeState but does not call action functions. * * @param mobj Mobj instance. * @param stateNum Unique identifier of the state to change to. * * @return @c true, if the mobj is still present. */ dd_bool P_MobjChangeStateNoAction(mobj_t *mobj, statenum_t stateNum); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_MOBJ doomsday-1.14.5/doomsday/plugins/common/include/gamerules.h0000664000175000017500000000345712350542240023263 0ustar jaakkojaakko/** @file gamerules.h Game rule set. * * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef DENG_CLIENT_GAMERULES_H #define DENG_CLIENT_GAMERULES_H #ifdef __cplusplus #include "doomsday.h" #include #include /** * @todo Separate behaviors so that each rule is singular. */ class GameRuleset { public: int skill; #if !__JHEXEN__ byte fast; #endif byte deathmatch; byte noMonsters; #if __JHEXEN__ byte randomClasses; #else byte respawnMonsters; #endif public: GameRuleset(); GameRuleset(GameRuleset const &other); static GameRuleset *fromReader(Reader *reader); static GameRuleset *fromRecord(de::Record const &rec, GameRuleset const *defaults = 0); GameRuleset &operator = (GameRuleset const &other); de::String description() const; de::Record *toRecord() const; void write(Writer *writer) const; void read(Reader *reader); de::String asText() const; }; #else typedef void *GameRuleset; #endif #endif // DENG_CLIENT_GAMERULES_H doomsday-1.14.5/doomsday/plugins/common/include/g_common.h0000664000175000017500000001660612350542240023075 0ustar jaakkojaakko/** @file g_common.h Top-level (common) game routines. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_GAME_H #define LIBCOMMON_GAME_H #include "dd_share.h" #include "fi_lib.h" #include "mobj.h" #include "player.h" DENG_EXTERN_C dd_bool singledemo; DENG_EXTERN_C uint gameEpisode; DENG_EXTERN_C Uri *gameMapUri; DENG_EXTERN_C uint gameMapEntrance; DENG_EXTERN_C uint gameMap; ///< @todo refactor away. // Game status cvars: DENG_EXTERN_C int gsvEpisode; DENG_EXTERN_C int gsvMap; #if __JHEXEN__ DENG_EXTERN_C int gsvHub; #endif #if __cplusplus extern "C" { #endif void G_Register(void); dd_bool G_QuitInProgress(void); /** * Returns the current logical game state. */ gamestate_t G_GameState(void); /** * Change the game's state. * * @param state The state to change to. */ void G_ChangeGameState(gamestate_t state); gameaction_t G_GameAction(void); void G_SetGameAction(gameaction_t action); #if __cplusplus } // extern "C" extern GameRuleset defaultGameRules; /** * Schedule a new game session (deferred). * * @param mapUri Map identifier. * @param mapEntrance Logical map entry point number. * @param rules Game rules to apply. */ void G_SetGameActionNewSession(Uri const &mapUri, uint mapEntrance, GameRuleset const &rules); /** * Schedule a game session save (deferred). * * @param slotId Unique identifier of the save slot to use. * @param userDescription New user description for the game-save. Can be @c NULL in which * case it will not change if the slot has already been used. * If an empty string a new description will be generated automatically. * * @return @c true iff @a slotId is valid and saving is presently possible. */ bool G_SetGameActionSaveSession(de::String slotId, de::String *userDescription = 0); /** * Schedule a game session load (deferred). * * @param slotId Unique identifier of the save slot to use. * * @return @c true iff @a slotId is in use and loading is presently possible. */ bool G_SetGameActionLoadSession(de::String slotId); extern "C" { #endif /** * Schedule a game session map exit, possibly leading into an intermission sequence. * (if __JHEXEN__ the intermission will only be displayed when exiting a * hub and in DeathMatch games) * * @param newMap Logical map number we are entering (i.e., not a warp/translated number). * @param mapEntryPoint Logical map entry point on the new map. * @param secretExit @c true if the exit taken was marked as 'secret'. */ void G_SetGameActionMapCompleted(uint newMap, uint entryPoint, dd_bool secretExit); /** * Returns the InFine script with the specified @a scriptId; otherwise @c 0. */ char const *G_InFine(char const *scriptId); /** * Returns the InFine @em briefing script for the specified @a mapUri; otherwise @c 0. */ char const *G_InFineBriefing(Uri const *mapUri); /** * Returns the InFine @em debriefing script for the specified @a mapUri; otherwise @c 0. */ char const *G_InFineDebriefing(Uri const *mapUri); /** * Reveal the game @em help display. */ void G_StartHelp(void); /// @todo Should not be a global function; mode breaks game session separation. dd_bool G_StartFinale(char const *script, int flags, finale_mode_t mode, char const *defId); /** * Signal that play on the current map may now begin. */ void G_BeginMap(void); /** * Called when a player leaves a map. * * Jobs include; striping keys, inventory and powers from the player and configuring other * player-specific properties ready for the next map. * * @param player Id of the player to configure. */ void G_PlayerLeaveMap(int player); /** * Determines whether an intermission should be scheduled (if any) when the players leave the * @em current map. */ dd_bool G_IntermissionActive(void); /** * To be called to initiate the intermission. */ void G_IntermissionBegin(void); /** * To be called when the intermission ends. */ void G_IntermissionDone(void); /** * Returns the logical episode number for the identified map. * * @param mapUri Unique identifier of the map to lookup. */ uint G_EpisodeNumberFor(Uri const *mapUri); /** * Returns the logical map number for the identified map. * * @param mapUri Unique identifier of the map to lookup. */ uint G_MapNumberFor(Uri const *mapUri); /** * Compose a Uri for the identified @a episode and @a map combination. * * @param episode Logical episode number. * @param map Logical map number. * * @return Resultant Uri. Must be destroyed with Uri_Delete() when no longer needed. */ Uri *G_ComposeMapUri(uint episode, uint map); /** * Determine if the specified @a episode and @a map value pair are valid and if not, * adjust their are values within the ranges defined by the current game type and mode. * * @param episode Logical episode number to be validated. * @param map Logical map number to be validated. * * @return @c true= The original @a episode and @a map value pair were already valid. */ dd_bool G_ValidateMap(uint *episode, uint *map); /** * Return the next map according to the default map progression. * * @param episode Current episode. * @param map Current map. * @param secretExit * * @return The next map. */ uint G_GetNextMap(uint episode, uint map, dd_bool secretExit); /// @return Logical map number. uint G_NextLogicalMapNumber(dd_bool secretExit); /// @return Logical map number. uint G_LogicalMapNumber(uint episode, uint map); /// @return Logical map number. uint G_CurrentLogicalMapNumber(void); int G_Ruleset_Skill(); #if !__JHEXEN__ byte G_Ruleset_Fast(); #endif byte G_Ruleset_Deathmatch(); byte G_Ruleset_NoMonsters(); #if __JHEXEN__ byte G_Ruleset_RandomClasses(); #else byte G_Ruleset_RespawnMonsters(); #endif D_CMD( CCmdMakeLocal ); D_CMD( CCmdSetCamera ); D_CMD( CCmdSetViewLock ); D_CMD( CCmdLocalMessage ); D_CMD( CCmdExitLevel ); #if __cplusplus } // extern "C" #endif #if __cplusplus #include class SaveSlots; /** * Chooses a default user description for a saved session. * * @param saveName Name of the saved session from which the existing description should be * re-used. Use a zero-length string to disable. * @param autogenerate @c true= generate a useful description (map name, map time, etc...) if none * exists for the referenced save @a slotId. */ de::String G_DefaultSavedSessionUserDescription(de::String const &saveName, bool autogenerate = true); /** * Returns the game's SaveSlots. */ SaveSlots &G_SaveSlots(); #endif // __cplusplus #endif // LIBCOMMON_GAME_H doomsday-1.14.5/doomsday/plugins/common/include/p_scroll.h0000664000175000017500000000360612350542240023110 0ustar jaakkojaakko/** @file p_scroll.h Common surface material scroll thinker. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_THINKER_SCROLL_H #define LIBCOMMON_THINKER_SCROLL_H #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif typedef struct scroll_s { thinker_t thinker; void *dmuObject; ///< Affected DMU object (either a sector or a side). int elementBits; ///< Identifies which subelements of the dmuObject are affected. float offset[2]; ///< [x, y] scroll vector delta. #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } scroll_t; #ifdef __cplusplus extern "C" { #endif void T_Scroll(scroll_t *scroll); scroll_t *P_SpawnSideMaterialOriginScroller(Side *side, short special); scroll_t *P_SpawnSectorMaterialOriginScroller(Sector *sector, uint planeId, short special); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_THINKER_SCROLL_H doomsday-1.14.5/doomsday/plugins/common/include/hu_menu.h0000664000175000017500000001604612350542240022735 0ustar jaakkojaakko/**\file hu_menu.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Menu widget stuff, episode selection and such. */ #ifndef LIBCOMMON_HU_MENU_H #define LIBCOMMON_HU_MENU_H #include "dd_types.h" #include "hu_lib.h" DENG_EXTERN_C int menuTime; DENG_EXTERN_C dd_bool menuNominatingQuickSaveSlot; #ifdef __cplusplus extern "C" { #endif // Sounds played in the menu. #if __JDOOM__ || __JDOOM64__ #define SFX_MENU_CLOSE (SFX_SWTCHX) #define SFX_MENU_OPEN (SFX_SWTCHN) #define SFX_MENU_CANCEL (SFX_SWTCHN) #define SFX_MENU_NAV_UP (SFX_PSTOP) #define SFX_MENU_NAV_DOWN (SFX_PSTOP) #define SFX_MENU_NAV_RIGHT (SFX_PSTOP) #define SFX_MENU_ACCEPT (SFX_PISTOL) #define SFX_MENU_CYCLE (SFX_PISTOL) // Cycle available options. #define SFX_MENU_SLIDER_MOVE (SFX_STNMOV) #define SFX_QUICKSAVE_PROMPT (SFX_SWTCHN) #define SFX_QUICKLOAD_PROMPT (SFX_SWTCHN) #define SFX_DELETESAVEGAME_CONFIRM (SFX_SWTCHN) #define SFX_REBORNLOAD_CONFIRM (SFX_SWTCHN) #elif __JHERETIC__ #define SFX_MENU_CLOSE (SFX_DORCLS) #define SFX_MENU_OPEN (SFX_SWITCH) #define SFX_MENU_CANCEL (SFX_SWITCH) #define SFX_MENU_NAV_UP (SFX_SWITCH) #define SFX_MENU_NAV_DOWN (SFX_SWITCH) #define SFX_MENU_NAV_RIGHT (SFX_SWITCH) #define SFX_MENU_ACCEPT (SFX_DORCLS) #define SFX_MENU_CYCLE (SFX_DORCLS) // Cycle available options. #define SFX_MENU_SLIDER_MOVE (SFX_STNMOV) #define SFX_QUICKSAVE_PROMPT (SFX_CHAT) #define SFX_QUICKLOAD_PROMPT (SFX_CHAT) #define SFX_DELETESAVEGAME_CONFIRM (SFX_CHAT) #define SFX_REBORNLOAD_CONFIRM (SFX_CHAT) #elif __JHEXEN__ #define SFX_MENU_CLOSE (SFX_DOOR_LIGHT_CLOSE) #define SFX_MENU_OPEN (SFX_DOOR_LIGHT_CLOSE) #define SFX_MENU_CANCEL (SFX_PICKUP_KEY) #define SFX_MENU_NAV_UP (SFX_FIGHTER_HAMMER_HITWALL) #define SFX_MENU_NAV_DOWN (SFX_FIGHTER_HAMMER_HITWALL) #define SFX_MENU_NAV_RIGHT (SFX_FIGHTER_HAMMER_HITWALL) #define SFX_MENU_ACCEPT (SFX_PLATFORM_STOP) #define SFX_MENU_CYCLE (SFX_CHAT) // Cycle available options. #define SFX_MENU_SLIDER_MOVE (SFX_PICKUP_KEY) #define SFX_QUICKSAVE_PROMPT (SFX_CHAT) #define SFX_QUICKLOAD_PROMPT (SFX_CHAT) #define SFX_DELETESAVEGAME_CONFIRM (SFX_CHAT) #define SFX_REBORNLOAD_CONFIRM (SFX_CHAT) #endif #define MENU_CURSOR_REWIND_SPEED 20 #define MENU_CURSOR_FRAMECOUNT 2 #define MENU_CURSOR_TICSPERFRAME 8 /// Register the console commands, variables, etc..., of this module. void Hu_MenuRegister(void); /** * Menu initialization. * Called during (post-engine) init and after updating game/engine state. * * Initializes the various vars, fonts, adjust the menu structs and * anything else that needs to be done before the menu can be used. */ void Hu_MenuInit(void); /** * Menu shutdown, to be called when the game menu is no longer needed. */ void Hu_MenuShutdown(void); /** * Load any resources the menu needs. */ void Hu_MenuLoadResources(void); /** * Updates on Game Tick. */ void Hu_MenuTicker(timespan_t ticLength); /// @return @c true if the menu is presently visible. dd_bool Hu_MenuIsVisible(void); mn_page_t* Hu_MenuFindPageByName(const char* name); /** * @param name Symbolic name. * @param origin Topleft corner. * @param flags @ref menuPageFlags. * @param ticker Ticker callback. * @param drawer Page drawing routine. * @param cmdResponder Menu-command responder routine. * @param userData User data pointer to be associated with the page. */ mn_page_t* Hu_MenuNewPage(const char* name, const Point2Raw* origin, int flags, void (*ticker) (mn_page_t* page), void (*drawer) (mn_page_t* page, const Point2Raw* origin), int (*cmdResponder) (mn_page_t* page, menucommand_e cmd), void* userData); /** * This is the main menu drawing routine (called every tic by the drawing * loop) Draws the current menu 'page' by calling the funcs attached to * each menu obj. */ void Hu_MenuDrawer(void); void Hu_MenuPageTicker(struct mn_page_s* page); void Hu_MenuDrawFocusCursor(int x, int y, int focusObjectHeight, float alpha); void Hu_MenuDrawPageTitle(const char* title, int x, int y); void Hu_MenuDrawPageHelp(const char* help, int x, int y); /// @return @c true if the input event @a ev was eaten. int Hu_MenuPrivilegedResponder(event_t* ev); /// @return @c true if the input event @a ev was eaten. int Hu_MenuResponder(event_t* ev); /** * Handles "hotkey" navigation in the menu. * @return @c true if the input event @a ev was eaten. */ int Hu_MenuFallbackResponder(event_t* ev); /** * @return @c true iff the menu is currently active (open). */ dd_bool Hu_MenuIsActive(void); /** * @return Current alpha level of the menu. */ float Hu_MenuAlpha(void); /** * Set the alpha level of the entire menu. * * @param alpha Alpha level to set the menu too (0...1) */ void Hu_MenuSetAlpha(float alpha); /** * Retrieve the currently active page. */ mn_page_t* Hu_MenuActivePage(void); /** * Change the current active page. */ void Hu_MenuSetActivePage2(mn_page_t* page, dd_bool canReactivate); void Hu_MenuSetActivePage(mn_page_t* page); /** * Initialize a new singleplayer game according to the options set via the menu. * @param confirmed If @c true this game configuration has already been confirmed. */ void Hu_MenuInitNewGame(dd_bool confirmed); int Hu_MenuDefaultFocusAction(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuCvarButton(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuCvarList(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuCvarSlider(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuCvarEdit(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuCvarColorBox(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuSaveSlotEdit(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuBindings(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuActivateColorWidget(mn_object_t* obj, mn_actionid_t action, void* paramaters); int Hu_MenuUpdateColorWidgetColor(mn_object_t* obj, mn_actionid_t action, void* paramaters); D_CMD(MenuOpen); D_CMD(MenuCommand); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_HU_MENU_H */ doomsday-1.14.5/doomsday/plugins/common/include/common.h0000664000175000017500000000337712350542240022570 0ustar jaakkojaakko/** * @file common.h * * @authors Copyright © 2011-2013 Jaakko Keränen * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_GAME_INCLUDES #define LIBCOMMON_GAME_INCLUDES #include #include #ifdef UNIX # include #endif #define WEAPONBOTTOM (128) // from p_pspr.c #define IS_NETWORK_SERVER (DD_GetInteger(DD_SERVER) && DD_GetInteger(DD_NETGAME)) #define IS_NETWORK_CLIENT (DD_GetInteger(DD_CLIENT) && DD_GetInteger(DD_NETGAME)) #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "gamerules.h" #include "pause.h" DENG_EXTERN_C dd_bool sc_FileScripts; DENG_EXTERN_C char const *sc_ScriptsDir; #ifdef __cplusplus extern "C" { #endif int Common_GetInteger(int id); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_GAME_INCLUDES doomsday-1.14.5/doomsday/plugins/common/include/hexlex.h0000664000175000017500000000626212350542240022571 0ustar jaakkojaakko/** @file hexlex.h Lexical analyzer for Hexen definition/script syntax. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2007-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_HEXLEX_H #define LIBCOMMON_HEXLEX_H #include "common.h" /** * Lexical analyzer for Hexen definition/script syntax. */ class HexLex { public: /** * Construct a new lexer and optionally prepare a script for parsing. * * @param script If non-zero, prepare this script for parsing. * @param sourcePath If non-zero, set this as the script source path. * * @see parse(), setSourcePath() */ HexLex(Str const *script = 0, Str const *sourcePath = 0); ~HexLex(); /** * Prepare a new script for parsing. It is assumed that the @a script data * remains available until parsing is completed (or the script is replaced). * * @param script The script source to be parsed. */ void parse(Str const *script); /** * Change the source path used to identify the script in log messages. * * @param sourcePath New source path to apply. A copy is made. */ void setSourcePath(Str const *sourcePath = 0); /** * Attempt to read the next token from the script. @c true is returned if a * token was parsed (or the previously parsed token was @em unread); otherwise * @c false is returned (e.g., the end of the script was reached). */ bool readToken(); /** * Mark the last read token as @em unread, so that it will be re-read as the * next read token. */ void unreadToken(); /** * Returns a copy of the last read token. */ Str const *token(); int readNumber(); Str const *readString(); Uri *readUri(char const *defaultScheme = ""); /** * Returns the line number at the current position in the script. */ int lineNumber() const; private: void checkOpen(); bool atEnd(); void syntaxError(char const *message); Str _sourcePath; ///< Used to identify the source in error messages. Str const *_script; ///< The start of the script being parsed. int _readPos; ///< Current read position. int _lineNumber; Str _token; bool _alreadyGot; bool _multiline; ///< @c true= current token spans multiple lines. }; #endif // LIBCOMMON_HEXLEX_H doomsday-1.14.5/doomsday/plugins/common/include/p_user.h0000664000175000017500000000645112350542240022571 0ustar jaakkojaakko/** @file p_user.h Common player related logic. * * Bobbing POV/weapon, movement, pending weapon, etc... * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAYSIM_USER_H #define LIBCOMMON_PLAYSIM_USER_H #include "dd_types.h" #define PLAYER_REBORN_TICS (1*TICSPERSEC) DENG_EXTERN_C dd_bool onground; DENG_EXTERN_C int maxHealth; #if __JDOOM__ || __JDOOM64__ DENG_EXTERN_C int healthLimit; DENG_EXTERN_C int godModeHealth; DENG_EXTERN_C int soulSphereLimit; DENG_EXTERN_C int megaSphereHealth; DENG_EXTERN_C int soulSphereHealth; DENG_EXTERN_C int armorPoints[4]; DENG_EXTERN_C int armorClass[4]; #endif #ifdef __cplusplus extern "C" { #endif void P_Thrust(player_t *player, angle_t angle, coord_t move); dd_bool P_IsPlayerOnGround(player_t *player); void P_CheckPlayerJump(player_t *player); void P_MovePlayer(player_t *player); void P_PlayerReborn(player_t *player); void P_DeathThink(player_t *player); void P_PlayerThink(player_t *player, timespan_t ticLength); void P_PlayerThinkState(player_t *player); void P_PlayerThinkCheat(player_t *player); void P_PlayerThinkAttackLunge(player_t *player); dd_bool P_PlayerThinkDeath(player_t *player); void P_PlayerThinkMorph(player_t *player); void P_PlayerThinkMove(player_t *player); void P_PlayerThinkFly(player_t *player); void P_PlayerThinkJump(player_t *player); void P_PlayerThinkView(player_t *player); void P_PlayerThinkSpecial(player_t *player); void P_PlayerThinkSounds(player_t *player); #if __JHERETIC__ || __JHEXEN__ void P_PlayerThinkInventory(player_t* player); #endif void P_PlayerThinkItems(player_t *player); void P_PlayerThinkWeapons(player_t *player); void P_PlayerThinkUse(player_t *player); void P_PlayerThinkPsprites(player_t *player); void P_PlayerThinkPowers(player_t *player); void P_PlayerThinkLookYaw(player_t *player, timespan_t ticLength); void P_PlayerThinkLookPitch(player_t *player, timespan_t ticLength); void P_PlayerThinkUpdateControls(player_t *player); #if __JHERETIC__ || __JHEXEN__ void P_MorphThink(player_t *player); dd_bool P_UndoPlayerMorph(player_t *player); #endif #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_PLAYSIM_USER_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_actor.h0000664000175000017500000001037212350542240022720 0ustar jaakkojaakko/** @file p_actor.h Common code relating to mobj management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_P_ACTOR_H #define LIBCOMMON_P_ACTOR_H #ifdef __cplusplus extern "C" { #endif /** * Removes the given mobj from the world. * * @param mo The mobj to be removed. * @param noRespawn Disable the automatical respawn which occurs * with mobjs of certain type(s) (also dependant on * the current gamemode). * Generally this should be @c false. */ void P_MobjRemove(mobj_t *mo, dd_bool noRespawn); /** * To be called after a move, to link the mobj back into the world. * * @param mobj Mobj instance. */ void P_MobjLink(struct mobj_s *mobj); /** * Unlinks a mobj from the world so that it can be moved. * * @param mobj Mobj instance. */ void P_MobjUnlink(struct mobj_s *mobj); /** * The actor has taken a step, set the corresponding short-range visual * offset. */ void P_MobjSetSRVO(mobj_t *mo, coord_t stepx, coord_t stepy); /** * The actor has taken a step, set the corresponding short-range visual * offset. */ void P_MobjSetSRVOZ(mobj_t *mo, coord_t stepz); /** * The thing's timer has run out, which means the thing has completed its * step. Or there has been a teleport. */ void P_MobjClearSRVO(mobj_t *mo); /** * Turn visual angle towards real angle. An engine cvar controls whether * the visangle or the real angle is used in rendering. * Real-life analogy: angular momentum (you can't suddenly just take a * 90 degree turn in zero time). */ void P_MobjAngleSRVOTicker(mobj_t *mo); dd_bool P_MobjIsCamera(mobj_t const *mo); /** * Returns @c true iff @a mobj is currently "crunchable", i.e., it can be turned * into a pile of giblets if it no longer fits in the opening between floor and * ceiling planes. */ dd_bool Mobj_IsCrunchable(mobj_t *mobj); /** * Returns @c true iff @a mobj is a dropped item. */ dd_bool Mobj_IsDroppedItem(mobj_t *mobj); /** * Returns the terraintype_t of the floor plane at the mobj's origin. * * @param mobj Mobj instance. */ terraintype_t const *P_MobjFloorTerrain(mobj_t *mobj); /** * The first three bits of the selector special byte contain a relative * health level. */ void P_UpdateHealthBits(mobj_t *mo); /** * Given a mobjtype, lookup the statenum associated to the named state. * * @param mobjType Type of mobj. * @param name State name identifier. * * @return Statenum of the associated state ELSE @c, S_NULL. */ statenum_t P_GetState(mobjtype_t mobjType, statename_t name); void P_ProcessDeferredSpawns(void); void P_PurgeDeferredSpawns(void); /** * Deferred mobj spawning until at least @a minTics have passed. * Spawn behavior is otherwise exactly the same as an immediate spawn. */ void P_DeferSpawnMobj3f(int minTics, mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags, void (*callback) (mobj_t *mo, void *context), void *context); void P_DeferSpawnMobj3fv(int minTics, mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags, void (*callback) (mobj_t *mo, void *context), void *context); #ifdef __JHEXEN__ void P_CreateTIDList(void); void P_MobjRemoveFromTIDList(mobj_t *mo); void P_MobjInsertIntoTIDList(mobj_t *mo, int tid); mobj_t *P_FindMobjFromTID(int tid, int *searchPosition); #endif // __JHEXEN__ #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_P_ACTOR_H doomsday-1.14.5/doomsday/plugins/common/include/p_xgsec.h0000664000175000017500000001501412350542240022717 0ustar jaakkojaakko/** @file p_xgsec.h Extended generalized sector types. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_XG_SECTORTYPE_H #define LIBCOMMON_XG_SECTORTYPE_H #include "g_common.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif // Sector chain event types. enum { XSCE_FLOOR, XSCE_CEILING, XSCE_INSIDE, XSCE_TICKER, XSCE_NUM_CHAINS, XSCE_FUNCTION }; // Sector Type flags. #define STF_GRAVITY 0x00000001 // Use custom gravity gravity. #define STF_FRICTION 0x00000002 // Use custom friction. #define STF_CRUSH 0x00000004 #define STF_PLAYER_WIND 0x00000008 // Wind affects players. #define STF_OTHER_WIND 0x00000010 #define STF_MONSTER_WIND 0x00000020 #define STF_MISSILE_WIND 0x00000040 #define STF_ANY_WIND 0x00000018 // Player + nonplayer. #define STF_ACT_TAG_MATERIALMOVE 0x00000080 // Materialmove from act tagged line. #define STF_ACT_TAG_WIND 0x00000100 #define STF_FLOOR_WIND 0x00000200 // Wind only when touching the floor. #define STF_CEILING_WIND 0x00000400 // Sector Chain Event flags. #define SCEF_PLAYER_A 0x00000001 // Activate for players. #define SCEF_OTHER_A 0x00000002 // Act. for non-players. #define SCEF_MONSTER_A 0x00000004 // Countkills. #define SCEF_MISSILE_A 0x00000008 // Missiles. #define SCEF_ANY_A 0x00000010 // All mobjs. #define SCEF_TICKER_A 0x00000020 // Activate by ticker. #define SCEF_PLAYER_D 0x00000040 // Deactivate for players. #define SCEF_OTHER_D 0x00000080 // Deact. for non-players. #define SCEF_MONSTER_D 0x00000100 // Countkills. #define SCEF_MISSILE_D 0x00000200 // Missiles. #define SCEF_ANY_D 0x00000400 // All mobjs. #define SCEF_TICKER_D 0x00000800 // Deactivate by ticker. // Plane mover flags. #define PMF_CRUSH 0x1 // Crush things inside. // (De)activate origin if move is blocked (when not crushing) and // destroy mover. Normally the mover waits until it can move again. #define PMF_ACTIVATE_ON_ABORT 0x2 #define PMF_DEACTIVATE_ON_ABORT 0x4 // (De)activate origin when move is done. #define PMF_ACTIVATE_WHEN_DONE 0x8 #define PMF_DEACTIVATE_WHEN_DONE 0x10 #define PMF_OTHER_FOLLOWS 0x20 // Other plane follows. #define PMF_WAIT 0x40 // Wait until timer counts to 0. #define PMF_SET_ORIGINAL 0x80 // Set origfloor/ceil. // Only play sound for one sector. #define PMF_ONE_SOUND_ONLY 0x100 typedef struct function_s { struct function_s *link; // Linked to another func? char *func; int flags; int pos; int repeat; int timer, maxTimer; int minInterval, maxInterval; float scale, offset; float value, oldValue; } function_t; enum { XGSP_FLOOR, XGSP_CEILING, XGSP_RED = 0, XGSP_GREEN, XGSP_BLUE }; typedef struct { thinker_t thinker; Sector *sector; } xsthinker_t; typedef struct { dd_bool disabled; function_t rgb[3]; // Don't move the functions around in the struct. function_t plane[2]; function_t light; sectortype_t info; int timer; int chainTimer[DDLT_MAX_CHAINS]; } xgsector_t; typedef struct xgplanemover_s { thinker_t thinker; Sector *sector; dd_bool ceiling; // True if operates on the ceiling. int flags; Line *origin; coord_t destination; float speed; float crushSpeed; // Speed to use when crushing. Material *setMaterial; // Set material when move done. int setSectorType; // Sector type to set when move done // (-1 if no change). int startSound; // Played after waiting. int endSound; // Play when move done. int moveSound; // Sound to play while moving. int minInterval, maxInterval; // Sound playing intervals. int timer; // Counts down to zero. #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } xgplanemover_t; #ifdef __cplusplus extern "C" { #endif void XS_Init(void); void XS_Update(void); void XS_Thinker(xsthinker_t* xs); coord_t XS_Gravity(Sector *sector); coord_t XS_Friction(Sector *sector); coord_t XS_ThrustMul(Sector *sector); void XS_InitMovePlane(Line *line); int C_DECL XSTrav_MovePlane(Sector *sector, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); int C_DECL XSTrav_SectorType(Sector *sec, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); int C_DECL XSTrav_SectorLight(Sector *sector, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); int C_DECL XSTrav_PlaneMaterial(Sector *sec, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); void XS_InitStairBuilder(Line *line); int C_DECL XSTrav_BuildStairs(Sector *sector, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); int C_DECL XSTrav_SectorSound(Sector *sec, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); int C_DECL XSTrav_MimicSector(Sector *sector, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); int C_DECL XSTrav_Teleport(Sector *sector, dd_bool ceiling, void *context, void *context2, struct mobj_s *activator); void XS_SetSectorType(Sector *sec, int special); void XS_ChangePlaneMaterial(Sector *sector, dd_bool ceiling, Material* mat, float *rgb); xgplanemover_t *XS_GetPlaneMover(Sector *sector, dd_bool ceiling); void XS_PlaneMover(xgplanemover_t *mover); // A thinker for plane movers. void SV_WriteXGSector(Sector *sec, Writer *writer); void SV_ReadXGSector(Sector *sec, Reader *reader, int mapVersion); D_CMD(MovePlane); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_XG_SECTORTYPE_H doomsday-1.14.5/doomsday/plugins/common/include/p_door.h0000664000175000017500000000531012350542240022547 0ustar jaakkojaakko/** @file p_door.h Vertical door (opening/closing) thinker. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_THINKER_DOOR_H #define LIBCOMMON_THINKER_DOOR_H #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define DOORSPEED (2) #define DOORWAIT (150) typedef enum { DS_DOWN = -1, DS_WAIT, DS_UP, DS_INITIALWAIT } doorstate_e; typedef enum { DT_NORMAL, DT_CLOSE30THENOPEN, DT_CLOSE, DT_OPEN, DT_RAISEIN5MINS, #if __JDOOM__ || __JDOOM64__ DT_BLAZERAISE, #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ DT_BLAZEOPEN, #endif #if __JDOOM64__ DT_INSTANTOPEN, //jd64 kaiser DT_INSTANTCLOSE, //jd64 kaiser DT_INSTANTRAISE, //jd64 kaiser #endif #if __JDOOM__ || __JDOOM64__ DT_BLAZECLOSE, #endif NUMDOORTYPES } doortype_e; typedef struct door_s { thinker_t thinker; doortype_e type; Sector *sector; coord_t topHeight; float speed; doorstate_e state; int topWait; // Tics to wait at the top. int topCountDown; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } door_t; #ifdef __cplusplus extern "C" { #endif void T_Door(void *doorThinkerPtr); dd_bool EV_VerticalDoor(Line *li, mobj_t *mo); #if __JHEXEN__ int EV_DoDoor(Line *li, byte *args, doortype_e type); #else int EV_DoDoor(Line *li, doortype_e type); #endif #if __JDOOM__ || __JDOOM64__ int EV_DoLockedDoor(Line *li, doortype_e type, mobj_t *mo); #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ void P_SpawnDoorCloseIn30(Sector *sec); void P_SpawnDoorRaiseIn5Mins(Sector *sec); #endif #if __JDOOM64__ int EV_AnimateDoor(Line* li, mobj_t *mo); #endif #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_THINKER_DOOR_H doomsday-1.14.5/doomsday/plugins/common/include/p_terraintype.h0000664000175000017500000000415212350542240024155 0ustar jaakkojaakko/** @file p_terraintype.h Material terrain type. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_TERRAINTYPE_H #define LIBCOMMON_TERRAINTYPE_H #define TTF_NONSOLID 0x1 /** * Various implications: * 1) Bouncing mobjs destroyed on contact. * 2) Able mobjs can dive/surface. */ #define TTF_FLOORCLIP 0x2 ///< Mobjs contacting this terrain will sink into it. #define TTF_FRICTION_LOW 0x4 #define TTF_FRICTION_HIGH 0x8 /// Mobjs contacting this cause various fx to be spawned: #if __JHERETIC__ || __JHEXEN__ #define TTF_SPAWN_SPLASHES 0x10 #define TTF_SPAWN_SMOKE 0x20 #define TTF_SPAWN_SLUDGE 0x40 #endif #if __JHEXEN__ #define TTF_DAMAGING 0x80 #endif #ifdef __cplusplus extern "C" { #endif typedef struct terraindef_s { char *name; ///< Symbolic name for this terrain. short flags; ///< TTF_* terrain type flags. } terraintype_t; void P_InitTerrainTypes(void); void P_ShutdownTerrainTypes(void); void P_ClearTerrainTypes(void); terraintype_t const *P_TerrainTypeForMaterial(Material *mat); terraintype_t const *P_PlaneMaterialTerrainType(Sector *sec, int plane); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_TERRAINTYPE_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_switch.h0000664000175000017500000000700212350542240023105 0ustar jaakkojaakko/** @file p_switch.h Common playsim routines relating to switches. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAY_SWITCH_H #define LIBCOMMON_PLAY_SWITCH_H #include "doomsday.h" #include "p_mobj.h" #include "dmu_lib.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define BUTTONTIME (TICSPERSEC) // 1 second, in ticks. typedef struct materialchanger_s { thinker_t thinker; int timer; Side *side; SideSection section; Material *material; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } materialchanger_t; #ifdef __cplusplus extern "C" { #endif /** * Called at game initialization or when the engine's state must be updated * (eg a new WAD is loaded at runtime). This routine will populate the list * of known switches and buttons. This enables their texture to change when * activated, and in the case of buttons, change back after a timeout. */ void P_InitSwitchList(void); /** * @param side Side where the surface to be changed is found. * @param ssurfaceID Id of the side surface to be changed. * @param sound If non-zero, play this sound, ELSE the sound to * play will be taken from the switchinfo. Note that * a sound will play iff a switch state change occurs * and param silent is non-zero. * @param silent @c true = no sound will be played. * @param tics @c <= 0 = A permanent change. * @c > 0 = Change back after this many tics. */ dd_bool P_ToggleSwitch2(Side *side, SideSection ssurfaceID, int sound, dd_bool silent, int tics); /** * @param side Side where the switch to be changed is found. * @param sound If non-zero, play this sound, ELSE the sound to * play will be taken from the switchinfo. Note that * a sound will play iff a switch state change occurs * and param silent is non-zero. * @param silent @c true = no sound will be played. * @param tics @c <= 0 = A permanent change. * @c > 0 = Change back after this many tics. */ dd_bool P_ToggleSwitch(Side *side, int sound, dd_bool silent, int tics); /** * To be called to execute any action(s) assigned to the specified Line's * special. */ dd_bool P_UseSpecialLine(mobj_t *activator, Line *line, int side); void T_MaterialChanger(void *materialChangedThinker); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_PLAY_SWITCH_H doomsday-1.14.5/doomsday/plugins/common/include/p_ceiling.h0000664000175000017500000000561112350542240023222 0ustar jaakkojaakko/** @file p_ceiling.h Moving ceilings (lowering, crushing, raising). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_THINKER_CEILING_H #define LIBCOMMON_THINKER_CEILING_H #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define CEILSPEED (1) #define CEILWAIT (150) typedef enum { CS_DOWN, CS_UP } ceilingstate_e; typedef enum { CT_LOWERTOFLOOR, CT_RAISETOHIGHEST, CT_LOWERANDCRUSH, CT_CRUSHANDRAISE, #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ CT_CRUSHANDRAISEFAST, #endif #if __JDOOM__ || __JDOOM64__ CT_SILENTCRUSHANDRAISE, #endif #if __JDOOM64__ CT_CUSTOM, #endif #if __JHEXEN__ CT_LOWERBYVALUE, CT_RAISEBYVALUE, CT_CRUSHRAISEANDSTAY, CT_MOVETOVALUEMUL8, #endif NUMCEILINGTYPES } ceilingtype_e; typedef struct ceiling_s { thinker_t thinker; ceilingtype_e type; Sector* sector; coord_t bottomHeight; coord_t topHeight; float speed; dd_bool crush; ceilingstate_e state; ceilingstate_e oldState; int tag; // id. #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } ceiling_t; #ifdef __cplusplus extern "C" { #endif void T_MoveCeiling(void *ceilingThinkerPtr); /** * Move a ceiling up/down. */ #if __JHEXEN__ int EV_DoCeiling(Line* line, byte* args, ceilingtype_e type); #else int EV_DoCeiling(Line* li, ceilingtype_e type); #endif /** * Reactivates all stopped crushers with the right tag. * * @param tag Tag of ceilings to activate. * * @return @c true, if a ceiling is activated. */ #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ int P_CeilingActivate(short tag); #endif /** * Stops all active ceilings with the right tag. * * @param tag Tag of ceilings to stop. * * @return @c true, if a ceiling put in stasis. */ int P_CeilingDeactivate(short tag); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_THINKER_CEILING_H doomsday-1.14.5/doomsday/plugins/common/include/p_mapsetup.h0000664000175000017500000000541112350542240023444 0ustar jaakkojaakko/** @file p_mapsetup.h Common map setup routines. * * Management of extended map data objects (e.g., xlines) is done here. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAYSIM_MAPSETUP_H #define LIBCOMMON_PLAYSIM_MAPSETUP_H #include "common.h" // If true we are in the process of setting up a map. DENG_EXTERN_C dd_bool mapSetup; #ifdef __cplusplus extern "C" { #endif /** * Doomsday calls this once a map change has completed to allow us (the game) * to do any finalization we need (such as spawning thinkers or cataloguing * secret areas). */ void P_FinalizeMapChange(Uri const *uri); /** * Load the specified map. * * @param uri URI e.g., "E1M1". */ void P_SetupMap(Uri const *uri); /** * To be called to reset the local world state (e.g., when leaving a networked game). * Note that @ref P_SetupMap() calls this automatically when the current map changes. */ void P_ResetWorldState(); /** * @param mapUri Identifier of the map to lookup the author of. Can be @c 0 in which * case the author for the @em current map will be returned (if set). */ char const *P_MapAuthor(Uri const *mapUri, dd_bool supressGameAuthor); /** * @param mapUri Identifier of the map to lookup the title of. Can be @c 0 in which * case the title for the @em current map will be returned (if set). */ char const *P_MapTitle(Uri const *mapUri); /** * @param mapUri Identifier of the map to lookup the title of. Can be @c 0 in which * case the title for the @em current map will be returned (if set). */ patchid_t P_MapTitlePatch(Uri const *mapUri); #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ void P_FindSecrets(void); #endif void P_SpawnSectorMaterialOriginScrollers(void); void P_SpawnSideMaterialOriginScrollers(void); void P_SpawnAllMaterialOriginScrollers(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_PLAYSIM_MAPSETUP_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_start.h0000664000175000017500000002134012350542240022742 0ustar jaakkojaakko/** @file p_start.h Common player (re)spawning logic. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Activision * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAYSIM_START_H #define LIBCOMMON_PLAYSIM_START_H #include "common.h" #if __JDOOM__ || __JHERETIC__ || __JDOOM64__ # include "r_defs.h" #else # include "xddefs.h" #endif /** * Map Spot Flags (MSF): * @todo Commonize these flags and introduce translations where needed. */ #define MSF_UNUSED1 0x00000001 // Appears in easy skill modes. #define MSF_UNUSED2 0x00000002 // Appears in medium skill modes. #define MSF_UNUSED3 0x00000004 // Appears in hard skill modes. #if __JDOOM__ || __JDOOM64__ # define MSF_DEAF 0x00000008 // Thing is deaf. #elif __JHERETIC__ || __JHEXEN__ # define MSF_AMBUSH 0x00000008 // Mobj will be deaf spawned deaf. #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ # define MSF_NOTSINGLE 0x00000010 // Appears in multiplayer game modes only. #elif __JHEXEN__ # define MTF_DORMANT 0x00000010 #endif #if __JDOOM__ || __JHERETIC__ # define MSF_NOTDM 0x00000020 // (BOOM) Can not be spawned in the Deathmatch gameMode. # define MSF_NOTCOOP 0x00000040 // (BOOM) Can not be spawned in the Co-op gameMode. # define MSF_FRIENDLY 0x00000080 // (BOOM) friendly monster. #elif __JDOOM64__ # define MSF_DONTSPAWNATSTART 0x00000020 // Do not spawn this thing at map start. # define MSF_SCRIPT_TOUCH 0x00000040 // Mobjs spawned from this spot will envoke a script when touched. # define MSF_SCRIPT_DEATH 0x00000080 // Mobjs spawned from this spot will envoke a script on death. # define MSF_SECRET 0x00000100 // A secret (bonus) item. # define MSF_NOTARGET 0x00000200 // Mobjs spawned from this spot will not target their attacker when hurt. # define MSF_NOTDM 0x00000400 // Can not be spawned in the Deathmatch gameMode. # define MSF_NOTCOOP 0x00000800 // Can not be spawned in the Co-op gameMode. #elif __JHEXEN__ # define MSF_FIGHTER 0x00000020 # define MSF_CLERIC 0x00000040 # define MSF_MAGE 0x00000080 # define MSF_NOTSINGLE 0x00000100 # define MSF_NOTCOOP 0x00000200 # define MSF_NOTDM 0x00000400 // The following are not currently implemented. # define MSF_SHADOW 0x00000800 // (ZDOOM) Thing is 25% translucent. # define MSF_INVISIBLE 0x00001000 // (ZDOOM) Makes the thing invisible. # define MSF_FRIENDLY 0x00002000 // (ZDOOM) Friendly monster. # define MSF_STILL 0x00004000 // (ZDOOM) Thing stands still (only useful for specific Strife monsters or friendlies). #endif // New flags: #define MSF_Z_FLOOR 0x20000000 // Spawn relative to floor height. #define MSF_Z_CEIL 0x40000000 // Spawn relative to ceiling height (minus thing height). #define MSF_Z_RANDOM 0x80000000 // Random point between floor and ceiling. // Unknown flag mask: #if __JDOOM__ #define MASK_UNKNOWN_MSF_FLAGS (0xffffffff \ ^ (MSF_UNUSED1|MSF_UNUSED2|MSF_UNUSED3|MSF_DEAF|MSF_NOTSINGLE|MSF_NOTDM|MSF_NOTCOOP|MSF_FRIENDLY)) #elif __JDOOM64__ #define MASK_UNKNOWN_MSF_FLAGS (0xffffffff \ ^ (MSF_UNUSED1|MSF_UNUSED2|MSF_UNUSED3|MSF_DEAF|MSF_NOTSINGLE|MSF_DONTSPAWNATSTART|MSF_SCRIPT_TOUCH|MSF_SCRIPT_DEATH|MSF_SECRET|MSF_NOTARGET|MSF_NOTDM|MSF_NOTCOOP)) #elif __JHERETIC__ #define MASK_UNKNOWN_MSF_FLAGS (0xffffffff \ ^ (MSF_UNUSED1|MSF_UNUSED2|MSF_UNUSED3|MSF_AMBUSH|MSF_NOTSINGLE|MSF_NOTDM|MSF_NOTCOOP|MSF_FRIENDLY)) #elif __JHEXEN__ #define MASK_UNKNOWN_MSF_FLAGS (0xffffffff \ ^ (MSF_UNUSED1|MSF_UNUSED2|MSF_UNUSED3|MSF_AMBUSH|MSF_DORMANT|MSF_FIGHTER|MSF_CLERIC|MSF_MAGE|MSF_GSINGLE|MSF_GCOOP|MSF_GDEATHMATCH|MSF_SHADOW|MSF_INVISIBLE|MSF_FRIENDLY|MSF_STILL)) #endif typedef struct { #if __JHEXEN__ short tid; #endif coord_t origin[3]; angle_t angle; int doomEdNum; int skillModes; int flags; #if __JHEXEN__ byte special; byte arg1; byte arg2; byte arg3; byte arg4; byte arg5; #endif } mapspot_t; typedef uint mapspotid_t; typedef struct { int plrNum; uint entryPoint; mapspotid_t spot; } playerstart_t; DENG_EXTERN_C uint numMapSpots; DENG_EXTERN_C mapspot_t *mapSpots; #if __JHERETIC__ DENG_EXTERN_C mapspotid_t *maceSpots; DENG_EXTERN_C uint maceSpotCount; DENG_EXTERN_C mapspotid_t* bossSpots; DENG_EXTERN_C uint bossSpotCount; #endif #ifdef __cplusplus extern "C" { #endif /** * Initialize various playsim related data and structures. */ void P_Init(void); /** * Update playsim related data and structures. Should be called after * an engine/renderer reset. */ void P_Update(void); void P_Shutdown(void); /** * Reset all requested player class changes. */ void P_ResetPlayerRespawnClasses(void); /** * Sets a new player class for a player. It will be applied when the player * respawns. */ void P_SetPlayerRespawnClass(int plrNum, playerclass_t pc); /** * Returns the class of a player when respawning. * * @param plrNum Player number. * @param clear @c true when the change request should be cleared. * * @return Current/updated class for the player. */ playerclass_t P_ClassForPlayerWhenRespawning(int plrNum, dd_bool clear); /** * Given a doomednum, look up the associated mobj type. * * @param doomEdNum Doom Editor (Thing) Number to look up. * @return The associated mobj type if found else @c MT_NONE. */ mobjtype_t P_DoomEdNumToMobjType(int doomEdNum); /** * Spawns all players, using the method appropriate for current game mode. * Called during map setup. */ void P_SpawnPlayers(void); #if __JHERETIC__ || __JHEXEN__ /** * Only affects torches, which are often placed inside walls in the * original maps. The DOOM engine allowed these kinds of things but a * Z-buffer doesn't. Also turns the torches so they face the nearest line. */ void P_MoveThingsOutOfWalls(void); #endif #if __JHERETIC__ /** * @note Fails in some places, but works most of the time. */ void P_TurnGizmosAwayFromDoors(void); #endif #if __JHERETIC__ /** * Add a new map spot to the list of mace spawn spots. * * @param id Unique identifier of the map spot to add. */ void P_AddMaceSpot(mapspotid_t id); /** * Choose a random map spot from the list of mace spawn spots which passes * validation according to the current game rules configuration. * * @note Randomization depends on the seeded playsim RNG. Ensure to call * this at the correct time otherwise the RNG will "drift", resulting in * behavior which differs from that of the original game logic. * * @return The chosen map spot; otherwise @c 0. */ mapspot_t const *P_ChooseRandomMaceSpot(void); void P_AddBossSpot(mapspotid_t id); #endif void P_CreatePlayerStart(int defaultPlrNum, uint entryPoint, dd_bool deathmatch, mapspotid_t spot); void P_DestroyPlayerStarts(void); uint P_GetNumPlayerStarts(dd_bool deathmatch); /** * @return The correct start for the player. The start is in the given * group for specified entry point. */ playerstart_t const *P_GetPlayerStart(uint entryPoint, int pnum, dd_bool deathmatch); /** * Gives all the players in the game a playerstart. * Only needed in co-op games (start spots are random in deathmatch). */ void P_DealPlayerStarts(uint entryPoint); /** * Called when a player is spawned into the map. Most of the player * structure stays unchanged between maps. */ void P_SpawnPlayer(int plrNum, playerclass_t pClass, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags, dd_bool makeCamera, dd_bool pickupItems); /** * Spawns a player at one of the random death match spots. */ void G_DeathMatchSpawnPlayer(int playernum); void P_RebornPlayerInMultiplayer(int plrNum); /** * @return @c false if the player cannot be respawned at the * given location because something is occupying it. */ dd_bool P_CheckSpot(coord_t x, coord_t y); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_PLAYSIM_START_H */ doomsday-1.14.5/doomsday/plugins/common/include/m_ctrl.h0000664000175000017500000000403512350542240022550 0ustar jaakkojaakko/**\file m_ctrl.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Controls menu page and associated widgets. */ #ifndef LIBCOMMON_MENU_CONTROLS #define LIBCOMMON_MENU_CONTROLS #include "hu_lib.h" #ifdef __cplusplus extern "C" { #endif void Hu_MenuInitControlsPage(void); void Hu_MenuDrawControlsPage(mn_page_t* page, const Point2Raw* origin); void Hu_MenuControlGrabDrawer(const char* niceName, float alpha); /** * Bindings visualizer widget. */ typedef struct mndata_bindings_s { const char* text; const char* bindContext; const char* controlName; const char* command; int flags; } mndata_bindings_t; mn_object_t* MNBindings_New(void); void MNBindings_Delete(mn_object_t* ob); void MNBindings_Ticker(mn_object_t* ob); void MNBindings_Drawer(mn_object_t* ob, const Point2Raw* origin); int MNBindings_CommandResponder(mn_object_t* ob, menucommand_e command); int MNBindings_PrivilegedResponder(mn_object_t* ob, event_t* ev); void MNBindings_UpdateGeometry(mn_object_t* ob, mn_page_t* page); const char* MNBindings_ControlName(mn_object_t* ob); #ifdef __cplusplus } // extern "C" #endif #endif /// LIBCOMMON_MENU_CONTROLS doomsday-1.14.5/doomsday/plugins/common/include/p_mapspec.h0000664000175000017500000000271112350542240023236 0ustar jaakkojaakko/** @file p_mapspec.h Crossed line special list utilities. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAYSIM_MAP_SPECIAL_H #define LIBCOMMON_PLAYSIM_MAP_SPECIAL_H #include "doomsday.h" #include "p_iterlist.h" /// For crossed line specials. DENG_EXTERN_C iterlist_t *spechit; #ifdef __cplusplus extern "C" { #endif /// Recursively traverse adjacent sectors, sound blocking lines cut off traversal. void P_RecursiveSound(struct mobj_s *soundTarget, Sector *sec, int soundBlocks); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_PLAYSIM_MAP_SPECIAL_H doomsday-1.14.5/doomsday/plugins/common/include/hu_lib.h0000664000175000017500000010775112350542240022543 0ustar jaakkojaakko/**\file hu_lib.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef LIBCOMMON_GUI_LIBRARY_H #define LIBCOMMON_GUI_LIBRARY_H #if __JDOOM__ # include "jdoom.h" #elif __JDOOM64__ # include "jdoom64.h" #elif __JHERETIC__ # include "jheretic.h" #elif __JHEXEN__ # include "jhexen.h" #endif #include "hu_stuff.h" struct mn_object_s; struct mn_page_s; typedef enum menucommand_e { MCMD_OPEN, // Open the menu. MCMD_CLOSE, // Close the menu. MCMD_CLOSEFAST, // Instantly close the menu. MCMD_NAV_OUT, // Navigate "out" of the current menu/widget (up a level). MCMD_NAV_LEFT, MCMD_NAV_RIGHT, MCMD_NAV_DOWN, MCMD_NAV_UP, MCMD_NAV_PAGEDOWN, MCMD_NAV_PAGEUP, MCMD_SELECT, // Execute whatever action is attaced to the current item. MCMD_DELETE } menucommand_e; // Menu object types. typedef enum { MN_NONE, MN_RECT, MN_TEXT, MN_BUTTON, MN_EDIT, MN_LIST, MN_LISTINLINE, MN_SLIDER, MN_COLORBOX, MN_BINDINGS, MN_MOBJPREVIEW } mn_obtype_e; /** * @defgroup menuObjectFlags Menu Object Flags */ ///@{ #define MNF_HIDDEN 0x1 #define MNF_DISABLED 0x2 ///< Can't be interacted with. #define MNF_PAUSED 0x4 ///< Ticker not called. #define MNF_CLICKED 0x8 #define MNF_ACTIVE 0x10 ///< Object active. #define MNF_FOCUS 0x20 ///< Has focus. #define MNF_NO_FOCUS 0x40 ///< Can't receive focus. #define MNF_DEFAULT 0x80 ///< Has focus by default. #define MNF_POSITION_FIXED 0x100 ///< XY position is fixed and predefined; automatic layout does not apply. #define MNF_LAYOUT_OFFSET 0x200 ///< Predefined XY position is applied to the dynamic layout origin. //#define MNF_LEFT_ALIGN 0x100 //#define MNF_FADE_AWAY 0x200 // Fade UI away while the control is active. //#define MNF_NEVER_FADE 0x400 /// @todo We need a new dynamic id allocating mechanism. #define MNF_ID7 0x1000000 #define MNF_ID6 0x2000000 #define MNF_ID5 0x4000000 #define MNF_ID4 0x8000000 #define MNF_ID3 0x10000000 #define MNF_ID2 0x20000000 #define MNF_ID1 0x40000000 #define MNF_ID0 0x80000000 ///@} typedef enum { FO_CLEAR, FO_SET, FO_TOGGLE } flagop_t; /** * Logical Menu (object) Action identifiers. Associated with/to events which * produce/result-in callbacks made either automatically by this subsystem, * or "actioned" through the type-specific event/command responders of the * various widgets, according to their own widget-specific logic. */ typedef enum { MNA_NONE = -1, MNACTION_FIRST = 0, MNA_MODIFIED = MNACTION_FIRST, /// Object's internal "modified" status changed. MNA_ACTIVEOUT, /// Deactivated i.e., no longer active. MNA_ACTIVE, /// Becomes "active". MNA_CLOSE, /// Normally means changed-state to be discarded. MNA_FOCUSOUT, /// Loses selection "focus". MNA_FOCUS, /// Gains selection "focus". MNACTION_LAST = MNA_FOCUS } mn_actionid_t; /// Total number of known Menu Actions. #define MNACTION_COUNT (MNACTION_LAST + 1 - MNACTION_FIRST) /// Non-zero if the value @a val can be interpreted as a known, valid Menu Action identifier. #define VALID_MNACTION(val) ((id) >= MNACTION_FIRST && (id) <= MNACTION_LAST) /** * Menu Action Info (Record). Holds information about an "actionable" menu * event, such as an object being activated or upon receiving focus. */ typedef struct { /// Callback to be made when this action is executed. Can be @c NULL in /// which case attempts to action this will be NOPs. /// /// @param obj Object being referenced for this callback. /// @param action Identifier of the Menu Action to be processed. /// @param paramaters Passed to the callback from event which actioned this. /// @return Callback return value. Callback should return zero if the action /// was recognised and processed, regardless of outcome. int (*callback) (struct mn_object_s* obj, mn_actionid_t action, void* paramaters); } mn_actioninfo_t; /** * MNObject. Abstract base from which all menu page objects must be derived. */ typedef struct mn_object_s { /// Type of the object. mn_obtype_e _type; /// Object group identifier. int _group; /// @ref menuObjectFlags. int _flags; /// Used with the fixed layout method for positioning this object in /// the owning page's coordinate space. Point2Raw _origin; /// DDKEY shortcut used to switch focus to this object directly. /// @c 0= no shortcut defined. int _shortcut; /// Index of the predefined page font to use when drawing this. int _pageFontIdx; /// Index of the predefined page color to use when drawing this. int _pageColorIdx; /// Process time (the "tick") for this object. void (*ticker) (struct mn_object_s* ob); /// Calculate geometry for this when visible on the specified page. void (*updateGeometry) (struct mn_object_s* ob, struct mn_page_s* page); /// Draw this at the specified offset within the owning view-space. /// Can be @c NULL in which case this will never be drawn. void (*drawer) (struct mn_object_s* ob, const Point2Raw* origin); /// Info about "actionable event" callbacks. mn_actioninfo_t actions[MNACTION_COUNT]; /// Respond to the given (menu) @a command. Can be @c NULL. /// @return @c true if the command is eaten. int (*cmdResponder) (struct mn_object_s* ob, menucommand_e command); /// Respond to the given (input) event @a ev. Can be @c NULL. /// @return @c true if the event is eaten. int (*responder) (struct mn_object_s* ob, event_t* ev); /// Respond to the given (input) event @a ev. Can be @c NULL. /// @return @c true if the event is eaten. int (*privilegedResponder) (struct mn_object_s* ob, event_t* ev); void* _typedata; // Type-specific extra data. // Extra property values. void* data1; int data2; // Auto initialized: /// Current geometry. Rect* _geometry; /// MenuPage which owns this object (if any). struct mn_page_s* _page; int timer; } mn_object_t; #ifdef __cplusplus extern "C" { #endif mn_obtype_e MNObject_Type(const mn_object_t* obj); struct mn_page_s* MNObject_Page(const mn_object_t* obj); int MNObject_Flags(const mn_object_t* obj); /** * Retrieve the current geometry of object within the two-dimensioned * coordinate space of the owning object. * * @return Rectangluar region of the parent space. */ const Rect* MNObject_Geometry(const mn_object_t* obj); /** * Retrieve the origin of the object within the two-dimensioned coordinate * space of the owning object. * @return Origin point within the parent space. */ const Point2* MNObject_Origin(const mn_object_t* obj); /** * Retrieve the boundary dimensions of the object expressed as units of * the coordinate space of the owning object. * @return Size of this object in units of the parent's coordinate space. */ const Size2* MNObject_Size(const mn_object_t* obj); /** * Retreive the current fixed origin coordinates. * * @param ob MNObject-derived instance. * @return Fixed origin. */ const Point2Raw* MNObject_FixedOrigin(const mn_object_t* ob); int MNObject_FixedX(const mn_object_t* ob); int MNObject_FixedY(const mn_object_t* ob); /** * Change the current fixed origin coordinates. * * @param ob MNObject-derived instance. * @param origin New origin coordinates. * @return Same as @a ob for caller convenience. */ mn_object_t* MNObject_SetFixedOrigin(mn_object_t* ob, const Point2Raw* origin); mn_object_t* MNObject_SetFixedX(mn_object_t* ob, int x); mn_object_t* MNObject_SetFixedY(mn_object_t* ob, int y); /// @return Flags value post operation for caller convenience. int MNObject_SetFlags(mn_object_t* obj, flagop_t op, int flags); int MNObject_Shortcut(mn_object_t* obj); void MNObject_SetShortcut(mn_object_t* obj, int ddkey); /// @return Index of the font used from the owning/active page. int MNObject_Font(mn_object_t* obj); /// @return Index of the color used from the owning/active page. int MNObject_Color(mn_object_t* obj); dd_bool MNObject_IsGroupMember(const mn_object_t* obj, int group); int MNObject_DefaultCommandResponder(mn_object_t* obj, menucommand_e command); /** * Lookup the unique ActionInfo associated with the identifier @a id. * @return Associated info if found else @c NULL. */ const mn_actioninfo_t* MNObject_Action(mn_object_t*obj, mn_actionid_t action); /// @return @c true if this object has a registered executeable action /// associated with the unique identifier @a action. dd_bool MNObject_HasAction(mn_object_t* obj, mn_actionid_t action); /** * Execute the action associated with @a id * @param action Identifier of the action to be executed (if found). * @param paramaters Passed to the action callback. * @return Return value of the executed action else @c -1 if NOP. */ int MNObject_ExecAction(mn_object_t* obj, mn_actionid_t action, void* paramaters); #ifdef __cplusplus } // extern "C" #endif typedef enum { MENU_COLOR1 = 0, MENU_COLOR2, MENU_COLOR3, MENU_COLOR4, MENU_COLOR5, MENU_COLOR6, MENU_COLOR7, MENU_COLOR8, MENU_COLOR9, MENU_COLOR10, MENU_COLOR_COUNT } mn_page_colorid_t; #define VALID_MNPAGE_COLORID(v) ((v) >= MENU_COLOR1 && (v) < MENU_COLOR_COUNT) typedef enum { MENU_FONT1 = 0, MENU_FONT2, MENU_FONT3, MENU_FONT4, MENU_FONT5, MENU_FONT6, MENU_FONT7, MENU_FONT8, MENU_FONT9, MENU_FONT10, MENU_FONT_COUNT } mn_page_fontid_t; #define VALID_MNPAGE_FONTID(v) ((v) >= MENU_FONT1 && (v) < MENU_FONT_COUNT) /** * @defgroup menuPageFlags Menu Page Flags */ ///@{ #define MPF_LAYOUT_FIXED 0x1 ///< Page uses a fixed layout. #define MPF_NEVER_SCROLL 0x2 ///< Page scrolling is disabled. ///@} typedef struct mn_page_s { /// Collection of objects on this page. mn_object_t* objects; int objectsCount; /// "Physical" geometry in fixed 320x200 screen coordinate space. Point2Raw origin; Rect* geometry; /// Previous page else @c NULL struct mn_page_s* previous; /// Title of this page. ddstring_t title; /// Index of the currently focused object else @c -1 int focus; /// @ref menuPageFlags int flags; /// Predefined fonts objects on this page. fontid_t fonts[MENU_FONT_COUNT]; /// Predefined colors for objects on this page. uint colors[MENU_COLOR_COUNT]; /// Process time (the "tick") for this object. void (*ticker) (struct mn_page_s* page); /// Page drawing routine. void (*drawer) (struct mn_page_s* page, const Point2Raw* offset); /// Menu-command responder routine. int (*cmdResponder) (struct mn_page_s* page, menucommand_e cmd); /// User data. void* userData; int timer; } mn_page_t; #ifdef __cplusplus extern "C" { #endif void MNPage_Initialize(mn_page_t* page); /// Call the ticker routine for each object. void MNPage_Ticker(mn_page_t* page); void MNPage_SetTitle(mn_page_t* page, const char* title); void MNPage_SetX(mn_page_t* page, int x); void MNPage_SetY(mn_page_t* page, int y); void MNPage_SetPreviousPage(mn_page_t* page, mn_page_t* prevPage); void MNPage_Refocus(mn_page_t* page); /// @return Currently focused object; otherwise @c 0. mn_object_t *MNPage_FocusObject(mn_page_t *page); void MNPage_ClearFocusObject(mn_page_t *page); /** * Attempt to give focus to the MNObject @a obj which is thought to be on the * page. If @a obj is found to present and is not currently in-focus, an out-focus * action is first sent to the presently focused object, then this page's focused * object is set before finally executing an in-focus action on the new object. * If the object is not found on this page then nothing will happen. * * @param obj MNObject to be given focus. */ void MNPage_SetFocus(mn_page_t *page, mn_object_t *obj); /** * Determines the size of the menu cursor for the currently focused widget. If * no widget is currently focused the default cursor size (i.e., the effective * line height for @c MENU_FONT1) is used. (Which means this should @em not be * called to determine whether the cursor is actually in use -- for that purpose, * use @ref MNPage_FocusObject() instead). */ int MNPage_CursorSize(mn_page_t *page); /** * Retrieve an object on this page in the specified object group. * * @param flags @ref mnobjectFlags used to locate the object. All flags specified * must be set. * * @return Found MNObject else @c NULL */ mn_object_t *MNPage_FindObject(mn_page_t *page, int group, int flags); /** * Retrieve a predefined color triplet associated with this page by it's logical * page color identifier. * * @param id Unique identifier of the predefined color being retrieved. * @param rgb Found color values are written here, else set to white. */ void MNPage_PredefinedColor(mn_page_t *page, mn_page_colorid_t id, float rgb[3]); /** * Retrieve a predefined Doomsday font-identifier associated with this page * by it's logical page font identifier. * * @param id Unique identifier of the predefined font being retrieved. * * @return Identifier of the found font else @c 0 */ fontid_t MNPage_PredefinedFont(mn_page_t *page, mn_page_fontid_t id); void MNPage_SetPredefinedFont(mn_page_t *page, mn_page_fontid_t id, fontid_t fontId); /** * Returns the effective line height for the predefined @c MENU_FONT1. * * @param lineOffset If not @c 0 the line offset is written here. */ int MNPage_LineHeight2(mn_page_t *page, int *lineOffset); int MNPage_LineHeight(mn_page_t *page/*, lineOffset = 0*/); /// @return Current time in tics since page activation. int MNPage_Timer(mn_page_t* page); #ifdef __cplusplus } // extern "C" #endif /** * Rect objects. */ typedef struct mndata_rect_s { /// Dimensions of the rectangle. Size2Raw dimensions; /// Background patch. patchid_t patch; } mndata_rect_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNRect_New(void); void MNRect_Delete(mn_object_t* ob); void MNRect_Ticker(mn_object_t* ob); void MNRect_Drawer(mn_object_t* ob, const Point2Raw* origin); void MNRect_UpdateGeometry(mn_object_t* ob, mn_page_t* page); /** * Apply the Patch graphic referenced by @a patch as the background for this rect. * * @param ob MNObject instance. * @param patch Unique identifier of the patch. If @c <= 0 the current background * will be cleared and the Rect will be drawn as a solid color. */ void MNRect_SetBackgroundPatch(mn_object_t* ob, patchid_t patch); #ifdef __cplusplus } // extern "C" #endif /** * @defgroup mnTextFlags MNText Flags */ ///@{ #define MNTEXT_NO_ALTTEXT 0x1 ///< Do not use alt text instead of lump. ///@} /** * Text objects. */ typedef struct mndata_text_s { char const *text; /// Patch to be used when drawing this instead of text if Patch Replacement is in use. patchid_t *patch; /// @ref mnTextFlags int flags; } mndata_text_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNText_New(void); void MNText_Delete(mn_object_t* ob); void MNText_Ticker(mn_object_t* ob); void MNText_Drawer(mn_object_t* ob, const Point2Raw* origin); void MNText_UpdateGeometry(mn_object_t* ob, mn_page_t* page); int MNText_SetFlags(mn_object_t* ob, flagop_t op, int flags); #ifdef __cplusplus } // extern "C" #endif /** * @defgroup mnButtonFlags MNButton Flags */ ///@{ #define MNBUTTON_NO_ALTTEXT 0x1 ///< Do not use alt text instead of lump. ///@} /** * Buttons. */ typedef struct mndata_button_s { dd_bool staydownMode; /// @c true= this is operating in two-state "staydown" mode. void *data; /// Label text. char const *text; /// Patch to be used when drawing this instead of text. patchid_t *patch; char const *yes, *no; /// @ref mnButtonFlags int flags; } mndata_button_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNButton_New(void); void MNButton_Delete(mn_object_t* ob); void MNButton_Ticker(mn_object_t* ob); void MNButton_Drawer(mn_object_t* ob, const Point2Raw* origin); int MNButton_CommandResponder(mn_object_t* ob, menucommand_e command); void MNButton_UpdateGeometry(mn_object_t* ob, mn_page_t* page); int MNButton_SetFlags(mn_object_t* ob, flagop_t op, int flags); #ifdef __cplusplus } // extern "C" #endif /** * Edit field. */ #if __JDOOM__ || __JDOOM64__ # define MNDATA_EDIT_TEXT_COLORIDX (0) # define MNDATA_EDIT_OFFSET_X (0) # define MNDATA_EDIT_OFFSET_Y (0) # define MNDATA_EDIT_BACKGROUND_OFFSET_X (-11) # define MNDATA_EDIT_BACKGROUND_OFFSET_Y (-4) # define MNDATA_EDIT_BACKGROUND_PATCH_LEFT ("M_LSLEFT") # define MNDATA_EDIT_BACKGROUND_PATCH_RIGHT ("M_LSRGHT") # define MNDATA_EDIT_BACKGROUND_PATCH_MIDDLE ("M_LSCNTR") #elif __JHERETIC__ || __JHEXEN__ # define MNDATA_EDIT_TEXT_COLORIDX (2) # define MNDATA_EDIT_OFFSET_X (13) # define MNDATA_EDIT_OFFSET_Y (5) # define MNDATA_EDIT_BACKGROUND_OFFSET_X (-13) # define MNDATA_EDIT_BACKGROUND_OFFSET_Y (-5) //# define MNDATA_EDIT_BACKGROUND_PATCH_LEFT ("") //# define MNDATA_EDIT_BACKGROUND_PATCH_RIGHT ("") # define MNDATA_EDIT_BACKGROUND_PATCH_MIDDLE ("M_FSLOT") #endif typedef struct mndata_edit_s { ddstring_t text; ddstring_t oldtext; // If the current edit is canceled... uint maxLength; uint maxVisibleChars; char const *emptyString; // Drawn when editfield is empty/null. void *data1; } mndata_edit_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNEdit_New(void); void MNEdit_Delete(mn_object_t* ob); void MNEdit_Ticker(mn_object_t* ob); void MNEdit_Drawer(mn_object_t* ob, const Point2Raw* origin); int MNEdit_CommandResponder(mn_object_t* ob, menucommand_e command); int MNEdit_Responder(mn_object_t* ob, event_t* ev); void MNEdit_UpdateGeometry(mn_object_t* ob, mn_page_t* page); uint MNEdit_MaxLength(mn_object_t* ob); void MNEdit_SetMaxLength(mn_object_t* ob, uint newMaxLength); /** * @defgroup mneditSetTextFlags MNEdit Set Text Flags * @{ */ #define MNEDIT_STF_NO_ACTION 0x1 /// Do not call any linked action function. #define MNEDIT_STF_REPLACEOLD 0x2 /// Replace the "old" copy (used for canceled edits). /**@}*/ /// @return A pointer to an immutable copy of the current contents of the edit field. const ddstring_t* MNEdit_Text(mn_object_t* ob); /** * Change the current contents of the edit field. * @param flags @ref mneditSetTextFlags * @param string New text string which will replace the existing string. */ void MNEdit_SetText(mn_object_t* ob, int flags, const char* string); #ifdef __cplusplus } // extern "C" #endif /** * List selection. */ #define MNDATA_LIST_LEADING .5f /// Inter-item leading factor (does not apply to MNListInline_Drawer). #define MNDATA_LIST_NONSELECTION_LIGHT .7f /// Light value multiplier for non-selected items (does not apply to MNListInline_Drawer). #define NUMLISTITEMS(x) (sizeof(x)/sizeof(mndata_listitem_t)) typedef struct { const char* text; int data; } mndata_listitem_t; /// @note Also used for MN_LISTINLINE! typedef struct mndata_list_s { void *items; int count; // Number of items. void *data; int mask; int selection; // Selected item (-1 if none). int first; // First visible item. int numvis; } mndata_list_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNList_New(void); void MNList_Delete(mn_object_t* ob); void MNList_Ticker(mn_object_t* ob); void MNList_Drawer(mn_object_t* ob, const Point2Raw* origin); int MNList_CommandResponder(mn_object_t* ob, menucommand_e command); void MNList_UpdateGeometry(mn_object_t* ob, mn_page_t* page); /// @return Index of the currently selected item else -1. int MNList_Selection(mn_object_t* ob); /// @return Data of item at position @a index. 0 if index is out of bounds. int MNList_ItemData(const mn_object_t* obj, int index); /// @return @c true if the currently selected item is presently visible. dd_bool MNList_SelectionIsVisible(mn_object_t* ob); /// @return Index of the found item associated with @a dataValue else -1. int MNList_FindItem(const mn_object_t* ob, int dataValue); mn_object_t* MNListInline_New(void); void MNListInline_Delete(mn_object_t* ob); void MNListInline_Ticker(mn_object_t* ob); void MNListInline_Drawer(mn_object_t* ob, const Point2Raw* origin); int MNListInline_CommandResponder(mn_object_t* ob, menucommand_e command); void MNListInline_UpdateGeometry(mn_object_t* ob, mn_page_t* page); /** * @defgroup mnlistSelectItemFlags MNList Select Item Flags */ ///@{ #define MNLIST_SIF_NO_ACTION 0x1 /// Do not call any linked action function. ///@} /** * Change the currently selected item. * @param flags @ref mnlistSelectItemFlags * @param itemIndex Index of the new selection. * @return @c true if the selected item changed. */ dd_bool MNList_SelectItem(mn_object_t* ob, int flags, int itemIndex); /** * Change the currently selected item by looking up its data value. * @param flags @ref mnlistSelectItemFlags * @param dataValue Value associated to the candidate item being selected. * @return @c true if the selected item changed. */ dd_bool MNList_SelectItemByValue(mn_object_t* ob, int flags, int itemIndex); #ifdef __cplusplus } // extern "C" #endif /** * Color preview box. */ #define MNDATA_COLORBOX_WIDTH 4 // Default inner width in fixed 320x200 space. #define MNDATA_COLORBOX_HEIGHT 4 // Default inner height in fixed 320x200 space. typedef struct mndata_colorbox_s { /// Inner dimensions in fixed 320x200 space. If @c <= 0 the default /// dimensions will be used instead. int width, height; float r, g, b, a; dd_bool rgbaMode; void *data1; void *data2; void *data3; void *data4; } mndata_colorbox_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNColorBox_New(void); void MNColorBox_Delete(mn_object_t* ob); void MNColorBox_Ticker(mn_object_t* ob); void MNColorBox_Drawer(mn_object_t* ob, const Point2Raw* origin); int MNColorBox_CommandResponder(mn_object_t* ob, menucommand_e command); void MNColorBox_UpdateGeometry(mn_object_t* ob, mn_page_t* page); /// @return @c true if this colorbox is operating in RGBA mode. dd_bool MNColorBox_RGBAMode(mn_object_t* ob); /// @return Current red color component. float MNColorBox_Redf(const mn_object_t* ob); /// @return Current green color component. float MNColorBox_Greenf(const mn_object_t* ob); /// @return Current blue color component. float MNColorBox_Bluef(const mn_object_t* ob); /// @return Current alpha value or @c 1 if this colorbox is not /// operating in "rgba mode". float MNColorBox_Alphaf(const mn_object_t* ob); /** * @defgroup mncolorboxSetColorFlags MNColorBox Set Color Flags. */ ///@{ #define MNCOLORBOX_SCF_NO_ACTION 0x1 /// Do not call any linked action function. ///@} /** * Change the current color of the color box. * @param flags @ref mncolorboxSetColorFlags * @param rgba New color and alpha. Note: will be NOP if this colorbox * is not operating in "rgba mode". * @return @c true if the current color changed. */ dd_bool MNColorBox_SetColor4fv(mn_object_t* ob, int flags, float rgba[4]); dd_bool MNColorBox_SetColor4f(mn_object_t* ob, int flags, float red, float green, float blue, float alpha); /// Change the current red color component. /// @return @c true if the value changed. dd_bool MNColorBox_SetRedf(mn_object_t* ob, int flags, float red); /// Change the current green color component. /// @return @c true if the value changed. dd_bool MNColorBox_SetGreenf(mn_object_t* ob, int flags, float green); /// Change the current blue color component. /// @return @c true if the value changed. dd_bool MNColorBox_SetBluef(mn_object_t* ob, int flags, float blue); /// Change the current alpha value. Note: will be NOP if this colorbox /// is not operating in "rgba mode". /// @return @c true if the value changed. dd_bool MNColorBox_SetAlphaf(mn_object_t* ob, int flags, float alpha); /** * Copy the current color from @a other. * @param flags @ref mncolorboxSetColorFlags * @return @c true if the current color changed. */ dd_bool MNColorBox_CopyColor(mn_object_t* ob, int flags, const mn_object_t* otherObj); #ifdef __cplusplus } // extern "C" #endif /** * Graphical slider. */ #define MNDATA_SLIDER_SLOTS (10) #define MNDATA_SLIDER_SCALE (.75f) #if __JDOOM__ || __JDOOM64__ # define MNDATA_SLIDER_OFFSET_X (0) # define MNDATA_SLIDER_OFFSET_Y (0) # define MNDATA_SLIDER_PATCH_LEFT ("M_THERML") # define MNDATA_SLIDER_PATCH_RIGHT ("M_THERMR") # define MNDATA_SLIDER_PATCH_MIDDLE ("M_THERMM") # define MNDATA_SLIDER_PATCH_HANDLE ("M_THERMO") #elif __JHERETIC__ || __JHEXEN__ # define MNDATA_SLIDER_OFFSET_X (0) # define MNDATA_SLIDER_OFFSET_Y (1) # define MNDATA_SLIDER_PATCH_LEFT ("M_SLDLT") # define MNDATA_SLIDER_PATCH_RIGHT ("M_SLDRT") # define MNDATA_SLIDER_PATCH_MIDDLE ("M_SLDMD1") # define MNDATA_SLIDER_PATCH_HANDLE ("M_SLDKB") #endif typedef struct mndata_slider_s { float min, max; float value; float step; // Button step. dd_bool floatMode; // Otherwise only integers are allowed. /// @todo Turn this into a property record or something. void *data1; void *data2; void *data3; void *data4; void *data5; } mndata_slider_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNSlider_New(void); void MNSlider_Delete(mn_object_t* ob); void MNSlider_Ticker(mn_object_t* ob); void MNSlider_Drawer(mn_object_t* ob, const Point2Raw* origin); void MNSlider_TextualValueDrawer(mn_object_t* ob, const Point2Raw* origin); int MNSlider_CommandResponder(mn_object_t* ob, menucommand_e command); void MNSlider_UpdateGeometry(mn_object_t* ob, mn_page_t* page); void MNSlider_TextualValueUpdateGeometry(mn_object_t* ob, mn_page_t* page); int MNSlider_ThumbPos(const mn_object_t* ob); /// @return Current value represented by the slider. float MNSlider_Value(const mn_object_t* ob); /** * @defgroup mnsliderSetValueFlags MNSlider Set Value Flags */ ///@{ #define MNSLIDER_SVF_NO_ACTION 0x1 /// Do not call any linked action function. ///@} /** * Change the current value represented by the slider. * @param flags @ref mnsliderSetValueFlags * @param value New value. */ void MNSlider_SetValue(mn_object_t* ob, int flags, float value); #ifdef __cplusplus } // extern "C" #endif /** * Mobj preview visual. */ #define MNDATA_MOBJPREVIEW_WIDTH 44 #define MNDATA_MOBJPREVIEW_HEIGHT 66 typedef struct mndata_mobjpreview_s { int mobjType; /// Color translation class and map. int tClass, tMap; int plrClass; /// Player class identifier. } mndata_mobjpreview_t; #ifdef __cplusplus extern "C" { #endif mn_object_t* MNMobjPreview_New(void); void MNMobjPreview_Delete(mn_object_t* ob); void MNMobjPreview_Ticker(mn_object_t* ob); void MNMobjPreview_SetMobjType(mn_object_t* ob, int mobjType); void MNMobjPreview_SetPlayerClass(mn_object_t* ob, int plrClass); void MNMobjPreview_SetTranslationClass(mn_object_t* ob, int tClass); void MNMobjPreview_SetTranslationMap(mn_object_t* ob, int tMap); void MNMobjPreview_Drawer(mn_object_t* ob, const Point2Raw* origin); void MNMobjPreview_UpdateGeometry(mn_object_t* ob, mn_page_t* page); #ifdef __cplusplus } // extern "C" #endif // Menu render state: typedef struct mn_rendstate_s { float pageAlpha; float textGlitter; float textShadow; float textColors[MENU_COLOR_COUNT][4]; fontid_t textFonts[MENU_FONT_COUNT]; } mn_rendstate_t; DENG_EXTERN_C mn_rendstate_t const *mnRendState; /** * @defgroup menuEffectFlags Menu Effect Flags */ ///@{ #define MEF_TEXT_TYPEIN (DTF_NO_TYPEIN) #define MEF_TEXT_SHADOW (DTF_NO_SHADOW) #define MEF_TEXT_GLITTER (DTF_NO_GLITTER) #define MEF_EVERYTHING (MEF_TEXT_TYPEIN|MEF_TEXT_SHADOW|MEF_TEXT_GLITTER) ///@} #ifdef __cplusplus extern "C" { #endif short MN_MergeMenuEffectWithDrawTextFlags(short f); mn_object_t* MN_MustFindObjectOnPage(mn_page_t* page, int group, int flags); void MN_DrawPage(mn_page_t* page, float alpha, dd_bool showFocusCursor); /** * Execute a menu navigation/action command. */ void Hu_MenuCommand(menucommand_e cmd); #ifdef __cplusplus } // extern "C" #endif typedef enum { GUI_NONE, GUI_BOX, GUI_GROUP, GUI_HEALTH, GUI_ARMOR, GUI_KEYS, GUI_READYAMMO, GUI_FRAGS, GUI_LOG, GUI_CHAT, #if __JDOOM__ GUI_AMMO, GUI_WEAPONSLOT, GUI_FACE, GUI_ARMORICON, #endif #if __JHERETIC__ GUI_TOME, #endif #if __JHEXEN__ GUI_ARMORICONS, GUI_WEAPONPIECES, GUI_BLUEMANAICON, GUI_BLUEMANA, GUI_BLUEMANAVIAL, GUI_GREENMANAICON, GUI_GREENMANA, GUI_GREENMANAVIAL, GUI_BOOTS, GUI_SERVANT, GUI_DEFENSE, GUI_WORLDTIMER, #endif #if __JDOOM__ || __JHERETIC__ GUI_READYAMMOICON, GUI_KEYSLOT, GUI_SECRETS, GUI_ITEMS, GUI_KILLS, #endif #if __JHERETIC__ || __JHEXEN__ GUI_INVENTORY, GUI_CHAIN, GUI_READYITEM, GUI_FLIGHT, #endif GUI_AUTOMAP //GUI_MAPNAME } guiwidgettype_t; typedef int uiwidgetid_t; typedef struct uiwidget_s { /// Type of this widget. guiwidgettype_t type; /// Unique identifier associated with this widget. uiwidgetid_t id; /// @ref alignmentFlags int alignFlags; /// Maximum size of this widget in pixels. Size2Raw maxSize; /// Geometry of this widget in pixels. Rect* geometry; /// Local player number associated with this widget. /// \todo refactor away. int player; /// Current font used for text child objects of this widget. fontid_t font; /// Current opacity value for this widget. float opacity; void (*updateGeometry) (struct uiwidget_s* obj); void (*drawer) (struct uiwidget_s* obj, const Point2Raw* offset); void (*ticker) (struct uiwidget_s* obj, timespan_t ticLength); void* typedata; } uiwidget_t; #ifdef __cplusplus extern "C" { #endif void GUI_DrawWidget(uiwidget_t* obj, const Point2Raw* origin); void GUI_DrawWidgetXY(uiwidget_t* obj, int x, int y); /// @return @ref alignmentFlags int UIWidget_Alignment(uiwidget_t* obj); float UIWidget_Opacity(uiwidget_t* obj); const Rect* UIWidget_Geometry(uiwidget_t* obj); int UIWidget_MaximumHeight(uiwidget_t* obj); const Size2Raw* UIWidget_MaximumSize(uiwidget_t* obj); int UIWidget_MaximumWidth(uiwidget_t* obj); const Point2* UIWidget_Origin(uiwidget_t* obj); /// @return Local player number of the owner of this widget. int UIWidget_Player(uiwidget_t* obj); void UIWidget_RunTic(uiwidget_t* obj, timespan_t ticLength); void UIWidget_SetOpacity(uiwidget_t* obj, float alpha); /** * @param alignFlags @ref alignmentFlags */ void UIWidget_SetAlignment(uiwidget_t* obj, int alignFlags); void UIWidget_SetMaximumHeight(uiwidget_t* obj, int height); void UIWidget_SetMaximumSize(uiwidget_t* obj, const Size2Raw* size); void UIWidget_SetMaximumWidth(uiwidget_t* obj, int width); #ifdef __cplusplus } // extern "C" #endif /** * @defgroup uiWidgetGroupFlags UIWidget Group Flags */ ///@{ #define UWGF_VERTICAL 0x0004 ///@} typedef struct { /// Order of child objects. order_t order; /// @ref uiWidgetGroupFlags int flags; int padding; int widgetIdCount; uiwidgetid_t* widgetIds; } guidata_group_t; #ifdef __cplusplus extern "C" { #endif void UIGroup_AddWidget(uiwidget_t* obj, uiwidget_t* other); int UIGroup_Flags(uiwidget_t* obj); void UIGroup_SetFlags(uiwidget_t* obj, int flags); void UIGroup_UpdateGeometry(uiwidget_t* obj); #ifdef __cplusplus } // extern "C" #endif typedef struct { int value; } guidata_health_t; typedef struct { int value; } guidata_armor_t; typedef struct { int value; } guidata_readyammo_t; typedef struct { int value; } guidata_frags_t; #if __JDOOM__ || __JHERETIC__ typedef struct { int slot; keytype_t keytypeA; patchid_t patchId; # if __JDOOM__ keytype_t keytypeB; patchid_t patchId2; # endif } guidata_keyslot_t; #endif #if __JDOOM__ typedef struct { ammotype_t ammotype; int value; } guidata_ammo_t; typedef struct { int slot; patchid_t patchId; } guidata_weaponslot_t; #endif #if __JDOOM__ typedef struct { int oldHealth; // Used to use appopriately pained face. int faceCount; // Count until face changes. int faceIndex; // Current face index, used by wFaces. int lastAttackDown; int priority; dd_bool oldWeaponsOwned[NUM_WEAPON_TYPES]; } guidata_face_t; #endif typedef struct { dd_bool keyBoxes[NUM_KEY_TYPES]; } guidata_keys_t; #if __JDOOM__ || __JHERETIC__ typedef struct { #if __JHERETIC__ patchid_t patchId; #else // __JDOOM__ int sprite; #endif } guidata_readyammoicon_t; typedef struct { int value; } guidata_secrets_t; typedef struct { int value; } guidata_items_t; typedef struct { int value; } guidata_kills_t; #endif #if __JDOOM__ typedef struct { int sprite; } guidata_armoricon_t; #endif #if __JHERETIC__ typedef struct { patchid_t patchId; int countdownSeconds; // Number of seconds remaining or zero if disabled. int play; // Used with the countdown sound. } guidata_tomeofpower_t; #endif #if __JHEXEN__ typedef struct { struct armortype_s { int value; } types[NUMARMOR]; } guidata_armoricons_t; typedef struct { int pieces; } guidata_weaponpieces_t; typedef struct { int iconIdx; } guidata_bluemanaicon_t; typedef struct { int value; } guidata_bluemana_t; typedef struct { int iconIdx; float filled; } guidata_bluemanavial_t; typedef struct { int iconIdx; } guidata_greenmanaicon_t; typedef struct { int value; } guidata_greenmana_t; typedef struct { int iconIdx; float filled; } guidata_greenmanavial_t; typedef struct { patchid_t patchId; } guidata_boots_t; typedef struct { patchid_t patchId; } guidata_servant_t; typedef struct { patchid_t patchId; } guidata_defense_t; typedef struct { int days, hours, minutes, seconds; } guidata_worldtimer_t; #endif #if __JHERETIC__ || __JHEXEN__ typedef struct { int healthMarker; int wiggle; } guidata_chain_t; typedef struct { patchid_t patchId; } guidata_readyitem_t; typedef struct { patchid_t patchId; dd_bool hitCenterFrame; } guidata_flight_t; #endif #ifdef __cplusplus extern "C" { #endif void GUI_Register(void); void GUI_Init(void); void GUI_Shutdown(void); void GUI_LoadResources(void); void GUI_ReleaseResources(void); uiwidget_t* GUI_FindObjectById(uiwidgetid_t id); /// Identical to GUI_FindObjectById except results in a fatal error if not found. uiwidget_t* GUI_MustFindObjectById(uiwidgetid_t id); uiwidgetid_t GUI_CreateWidget(guiwidgettype_t type, int player, int alignFlags, fontid_t fontId, float opacity, void (*updateGeometry) (uiwidget_t* obj), void (*drawer) (uiwidget_t* obj, const Point2Raw* offset), void (*ticker) (uiwidget_t* obj, timespan_t ticLength), void* typedata); uiwidgetid_t GUI_CreateGroup(int groupFlags, int player, int alignFlags, order_t order, int padding); #ifdef __cplusplus } // extern "C" #endif typedef struct ui_rendstate_s { float pageAlpha; } ui_rendstate_t; DENG_EXTERN_C const ui_rendstate_t* uiRendState; #endif /* LIBCOMMON_UI_LIBRARY_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_view.h0000664000175000017500000000200612350542240022555 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef __COMMON_PLAYER_VIEW_H__ #define __COMMON_PLAYER_VIEW_H__ void P_CalcHeight(player_t *player); #endif doomsday-1.14.5/doomsday/plugins/common/include/d_net.h0000664000175000017500000001722412350542240022365 0ustar jaakkojaakko/** @file d_net.h Common code related to net games. * * Connecting to/from a netgame server. Netgame events (player and world) and * netgame commands. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #ifndef LIBCOMMON_NETWORK_DEF_H #define LIBCOMMON_NETWORK_DEF_H #include "dd_share.h" #include #include #include "common.h" #define NETBUFFER_MAXMESSAGE 255 #ifdef __JHEXEN__ #define PLR_COLOR(pl, x) (((unsigned)(x)) > 7? (pl) % 8 : (x)) #else #define PLR_COLOR(pl, x) (((unsigned)(x)) > 3? (pl) % 4 : (x)) #endif // This playerstate is used to signal that a player should be removed // from the world (he has quit netgame). #define PST_GONE 0x1000 // Game packet types. (DON'T CHANGE THESE) enum { GPT_GAME_STATE = DDPT_FIRST_GAME_EVENT, GPT_WEAPON_FIRE, GPT_PLANE_MOVE, GPT_MESSAGE, // Non-chat messages. GPT_CONSOLEPLAYER_STATE, GPT_PLAYER_STATE, GPT_PSPRITE_STATE, GPT_SOUND, GPT_SECTOR_SOUND, GPT_FLOOR_MOVE_SOUND, GPT_CEILING_MOVE_SOUND, GPT_INTERMISSION, GPT_RESERVED1, // Old GPT_FINALE, now handled by the engine. GPT_PLAYER_INFO, GPT_SAVE, GPT_LOAD, GPT_CLASS, // jHexen: player class notification. GPT_CONSOLEPLAYER_STATE2, GPT_PLAYER_STATE2, GPT_YELLOW_MESSAGE, // jHexen: yellow message. GPT_PAUSE, GPT_RESERVED2, // Old GPT_FINALE2, now handled by the engine. GPT_CHEAT_REQUEST, GPT_JUMP_POWER, // Jump power (0 = no jumping) GPT_ACTION_REQUEST, GPT_PLAYER_SPAWN_POSITION, GPT_DAMAGE_REQUEST, // Client requests damage on a target. GPT_MOBJ_IMPULSE, // Momenum to apply on a mobj. GPT_FLOOR_HIT_REQUEST, GPT_MAYBE_CHANGE_WEAPON, // Server suggests weapon change. GPT_FINALE_STATE, // State of the InFine script. GPT_LOCAL_MOBJ_STATE, // Set a state on a mobj and enable local actions. GPT_TOTAL_COUNTS // Total kill, item, secret counts in the map. }; #if 0 // This packet is sent by servers to clients when the game state // changes. typedef struct { byte gameMode; byte flags; byte episode, map; byte deathmatch:2; byte monsters:1; byte respawn:1; byte jumping:1; #if __JHEXEN__ byte randomclass:1; #endif byte skill:3; short gravity; // signed fixed-8.8 #if __JHEXEN__ float damagemod; // netMobDamageModifier (UNUSED) float healthmod; // netMobHealthModifier (UNUSED) #elif __JSTRIFE__ float damagemod; // netMobDamageModifier (UNUSED) float healthmod; // netMobHealthModifier (UNUSED) #endif } packet_gamestate_t; #endif // Player action requests. enum { GPA_FIRE = 1, GPA_USE = 2, GPA_CHANGE_WEAPON = 3, GPA_USE_FROM_INVENTORY = 4 }; // Game state flags. #define GSF_CHANGE_MAP 0x01 // Map has changed. #define GSF_CAMERA_INIT 0x02 // After gamestate follows camera init. #define GSF_DEMO 0x04 // Only valid during demo playback. // Player state update flags. #define PSF_STATE 0x0001 // Dead or alive / armor type. #define PSF_ARMOR_TYPE 0x0001 // Upper four bits of the 1st byte. #define PSF_HEALTH 0x0002 #define PSF_ARMOR_POINTS 0x0004 #define PSF_POWERS 0x0010 #define PSF_KEYS 0x0020 #define PSF_FRAGS 0x0040 #define PSF_VIEW_HEIGHT 0x0080 #define PSF_OWNED_WEAPONS 0x0100 #define PSF_AMMO 0x0200 #define PSF_MAX_AMMO 0x0400 #define PSF_COUNTERS 0x0800 // Kill, item and secret counts. #define PSF_PENDING_WEAPON 0x1000 #define PSF_READY_WEAPON 0x2000 // Player state update II flags. #define PSF2_OWNED_WEAPONS 0x00000001 #define PSF2_STATE 0x00000002 // Includes cheatflags. #if __JDOOM__ || __JDOOM64__ #define PSF_REBORN 0x37f7 #endif #ifdef __JHERETIC__ #define PSF_INVENTORY 0x0008 #define PSF_MORPH_TIME 0x4000 #define PSF_REBORN 0x77ff #endif #ifdef __JHEXEN__ #define PSF_ARMOR PSF_ARMOR_POINTS // For convenience. #define PSF_WEAPONS (PSF_PENDING_WEAPON | PSF_READY_WEAPON) #define PSF_INVENTORY 0x0008 #define PSF_MORPH_TIME 0x4000 #define PSF_LOCAL_QUAKE 0x8000 #define PSF_REBORN 0xf7ff #endif #ifdef __JDOOM64__ #define PSF_INVENTORY 0x0008 #endif // Intermission flags. #define IMF_BEGIN 0x01 #define IMF_END 0x02 #define IMF_STATE 0x04 #define IMF_TIME 0x08 // Ticcmd flags. #define CMDF_FORWARDMOVE 0x01 #define CMDF_SIDEMOVE 0x02 #define CMDF_ANGLE 0x04 #define CMDF_LOOKDIR 0x08 #define CMDF_BUTTONS 0x10 #define CMDF_LOOKFLY 0x20 #define CMDF_ARTI 0x40 #define CMDF_CHANGE_WEAPON 0x80 #define CMDF_BTN_ATTACK 0x01 #define CMDF_BTN_USE 0x02 #define CMDF_BTN_JUMP 0x04 #define CMDF_BTN_PAUSE 0x08 #define CMDF_BTN_SUICIDE 0x10 // Now ignored in ticcmds // Console commands. DENG_EXTERN_C ccmdtemplate_t netCCmds[]; DENG_EXTERN_C float netJumpPower; #ifdef __cplusplus extern "C" { #endif Writer *D_NetWrite(void); Reader *D_NetRead(byte const *buffer, size_t len); void D_NetClearBuffer(void); // Networking. int D_NetServerOpen(int before); /** * Called when a network server closes. * * Duties include: * Restoring global state variables */ int D_NetServerClose(int before); /** * Called when the network server starts. * * Duties include: * Updating global state variables and initializing all players' settings */ int D_NetServerStarted(int before); int D_NetConnect(int before); int D_NetDisconnect(int before); long int D_NetPlayerEvent(int plrNumber, int peType, void *data); /** * Issues a damage request when a client is trying to damage another player's mobj. * * @return @c true = no further processing of the damage should be done else, process the * damage as normally. */ dd_bool D_NetDamageMobj(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damage); int D_NetWorldEvent(int type, int tic, void *data); void D_HandlePacket(int fromplayer, int type, void *data, size_t length); void *D_NetWriteCommands(int numCommands, void *data); void *D_NetReadCommands(size_t pktLength, void *data); /** * Register the console commands and variables of the common netcode. */ void D_NetConsoleRegistration(void); /** * Show message on screen and play chat sound. * * @param msg Ptr to the message to print. */ void D_NetMessage(int player, char const *msg); /** * Show message on screen. * * @param msg */ void D_NetMessageNoSound(int player, char const *msg); #ifdef __cplusplus } // extern "C" #endif #include "d_netsv.h" #include "d_netcl.h" #endif // LIBCOMMON_NETWORK_DEF_H doomsday-1.14.5/doomsday/plugins/common/include/x_hair.h0000664000175000017500000000246612350542240022550 0ustar jaakkojaakko/** * @file x_hair.h * HUD Crosshairs, drawing and config. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2008-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_HUD_CROSSHAIR_H #define LIBCOMMON_HUD_CROSSHAIR_H #define NUM_XHAIRS (5) #ifdef __cplusplus extern "C" { #endif void X_Drawer(int player); /** * Register CVARs and CCmds for the crosshair. */ void X_Register(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_HUD_CROSSHAIR_H doomsday-1.14.5/doomsday/plugins/common/include/hu_stuff.h0000664000175000017500000001513512350542240023116 0ustar jaakkojaakko/** * @file hu_stuff.h * Miscellaneous routines for heads-up displays and UI. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_HU_STUFF_H #define LIBCOMMON_HU_STUFF_H #include "doomsday.h" #include "gl_drawpatch.h" DENG_EXTERN_C patchid_t *pMapNames; // Name graphics of each map. DENG_EXTERN_C uint pMapNamesSize; #if __JHERETIC__ || __JHEXEN__ DENG_EXTERN_C patchid_t pInvItemBox; DENG_EXTERN_C patchid_t pInvSelectBox; DENG_EXTERN_C patchid_t pInvPageLeft[2]; DENG_EXTERN_C patchid_t pInvPageRight[2]; #endif #if __JDOOM__ || __JDOOM64__ // Quit messages. #define NUM_QUITMESSAGES 22 DENG_EXTERN_C char const *endmsg[NUM_QUITMESSAGES + 1]; #endif DENG_EXTERN_C dd_bool shiftdown; DENG_EXTERN_C char const shiftXForm[]; DENG_EXTERN_C patchid_t borderPatches[8]; // The fonts. typedef enum { GF_FIRST = 1, GF_FONTA = GF_FIRST, GF_FONTB, GF_STATUS, #if __JDOOM__ GF_INDEX, // Used for the ready/max ammo on the statusbar #endif #if __JDOOM__ || __JDOOM64__ GF_SMALL, // Used on the intermission. #endif #if __JHERETIC__ || __JHEXEN__ GF_SMALLIN, #endif GF_MAPPOINT, ///< Marked points on the automap NUM_GAME_FONTS } gamefontid_t; DENG_EXTERN_C fontid_t fonts[NUM_GAME_FONTS]; #define FID(idx) (fonts[idx]) // Vector graphics. enum { VG_FIRST = 1, VG_KEY = VG_FIRST, VG_TRIANGLE, VG_ARROW, #if __JDOOM__ VG_CHEATARROW, #endif VG_XHAIR1, VG_XHAIR2, VG_XHAIR3, VG_XHAIR4, VG_XHAIR5, NUM_VECTOR_GRAPHICS }; /* svgid_t*/ #ifdef __cplusplus extern "C" { #endif void Hu_LoadData(void); void Hu_Drawer(void); void Hu_Ticker(void); void HU_WakeWidgets(int player); void Hu_UnloadData(void); void Hu_MapTitleDrawer(const RectRaw* portGeometry); void Hu_DrawMapTitle(float alpha, dd_bool mapIdInsteadOfAuthor); dd_bool Hu_IsMapTitleVisible(void); dd_bool Hu_IsStatusBarVisible(int player); void Hu_FogEffectTicker(timespan_t time); void Hu_FogEffectSetAlphaTarget(float alpha); void Hu_DrawFogEffect(int effectID, DGLuint tex, float texOffset[2], float texAngle, float alpha, float arg1); void HU_ScoreBoardUnHide(int player); void HU_DrawScoreBoard(int player); /** * Determines the height of the map title, including the second line * (author/map ID). */ int Hu_MapTitleHeight(void); void Draw_BeginZoom(float s, float originX, float originY); void Draw_EndZoom(void); void M_DrawTextFragmentShadowed(const char* string, int x, int y, int alignFlags, short textFlags, float r, float g, float b, float a); void M_DrawShadowedPatch(patchid_t id, int x, int y); void M_DrawShadowedPatch2(patchid_t id, int x, int y, int alignFlags, int patchFlags); void M_DrawShadowedPatch3(patchid_t id, int x, int y, int alignFlags, int patchFlags, float r, float g, float b, float a); typedef enum { PRM_NONE = 0, ///< No replacement. PRM_ALLOW_TEXT ///< Use a text replacement if found. } patchreplacemode_t; #define PRM_FIRST (PRM_NONE) #define PRM_LAST (PRM_ALLOW_TEXT) /** * @defgroup patchReplacementFlags Patch Replacement Flags. * @{ */ #define PRF_NO_IWAD 0x1 ///< Allow if resource does not originate from an IWAD. #define PRF_NO_PWAD 0x2 ///< Allow if resource does not originate from a PWAD/external source. /**@}*/ /** * Given a unique patch identifier (@a id) lookup a patch replacement string * associated with this. * * @param patchId Unique patch identifier. * @param flags @ref patchReplacementFlags * * @return Patch replacement string if defined/found else @c NULL. */ const char* Hu_FindPatchReplacementString(patchid_t patchId, int flags); /** * Determine whether a string-replacement for the specified patch is allowed * according the current user and/or game configuration. * * @note If the patch does not originate from an IWAD it will not be replaced. * * @param replaceMode Replacement mode. * @param patchId Unique identifier of the patch to choose a replacement for. * @param text A prechoosen string replacement to be used if appropriate. */ const char* Hu_ChoosePatchReplacement2(patchreplacemode_t replaceMode, patchid_t patchId, const char* text); const char* Hu_ChoosePatchReplacement(patchreplacemode_t replaceMode, patchid_t patchId); /** * Implements patch replacement. * * @param patchId Unique identifier of the patch to be drawn if no replacement. * @param replacement Patch replacement string. Will be drawn instead of the * patch if not @c NULL. * @param origin Orient drawing about this offset (topleft:[0,0]). * @param alignFlags @ref alignmentFlags * @param patchFlags @ref drawPatchFlags * @param textFlags @ref drawTextFlags */ void WI_DrawPatch3(patchid_t patchId, const char* replacement, const Point2Raw* origin, int alignFlags, int patchFlags, short textFlags); void WI_DrawPatch2(patchid_t patchId, const char* replacement, const Point2Raw* origin, int alignFlags); void WI_DrawPatch(patchid_t patchId, const char* replacement, const Point2Raw* origin); /** * Same as @a WI_DrawPatch except origin is specified with separate xy coordinates. */ void WI_DrawPatchXY3(patchid_t patchId, const char* replacement, int x, int y, int alignFlags, int patchFlags, short textFlags); void WI_DrawPatchXY2(patchid_t patchId, const char* replacement, int x, int y, int alignFlags); void WI_DrawPatchXY(patchid_t patchId, const char* replacement, int x, int y); /** * Misc specialised elements: */ void M_DrawGlowBar(const float a[2], const float b[2], float thickness, dd_bool left, dd_bool right, dd_bool caps, float red, float green, float blue, float alpha); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_HU_STUFF_H */ doomsday-1.14.5/doomsday/plugins/common/include/g_eventsequence.h0000664000175000017500000000516612350542240024456 0ustar jaakkojaakko/** * @file g_eventsequence.h * Input (keyboard) event sequences. @ingroup libcommon * * An "event sequence" is a chain of two or more keyboard input events which * when entered in-sequence trigger a callback when the last event of that * sequence is received. * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * @author Copyright © 1999 Activision * @author Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_EVENTSEQUENCE_H #define LIBCOMMON_EVENTSEQUENCE_H #include "doomsday.h" #if __cplusplus extern "C" { #endif /** * Event sequence arguments (passed to the callback handler). */ typedef int EventSequenceArg; /** * Event sequence callback handler. */ typedef int (*eventsequencehandler_t) (int player, const EventSequenceArg* args, int numArgs); // Initialize this subsystem. void G_InitEventSequences(void); // Shutdown this subsystem. void G_ShutdownEventSequences(void); /** * Responds to an input event if determined to be part of a known event sequence. * * @param ev Input event to be processed. * @return @c true= input event @a ev was 'eaten'. */ int G_EventSequenceResponder(event_t* ev); /** * Add a new event sequence. * * @param sequence Text description of the sequence. * @param callback Handler function to be called upon sequence completion. */ void G_AddEventSequence(const char* sequence, eventsequencehandler_t callback); /** * Add a new event sequence. * * @param sequence Text description of the sequence. * @param cmdTemplate Templated console command to be executed upon sequence completion. */ void G_AddEventSequenceCommand(const char* sequence, const char* commandTemplate); #if __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_EVENTSEQUENCE_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_xgline.h0000664000175000017500000003267612350542240023111 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_xgline.h: */ // Extended Generalized Line Types #ifndef __XG_LINETYPE_H__ #define __XG_LINETYPE_H__ #include "doomsday.h" #include "xgclass.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif // Line events. #define XLE_CHAIN 0x001 #define XLE_CROSS 0x002 #define XLE_USE 0x004 #define XLE_SHOOT 0x008 #define XLE_HIT 0x010 #define XLE_TICKER 0x020 // These two arn't real line events #define XLE_AUTO 0x040 #define XLE_FORCED 0x080 // Treated as XLE_CHAIN (class "do" funcs use it to determine when a "real" // activator isn't present. #define XLE_FUNC 0x100 // Time conversion. #define FLT2TIC(x) ( (int) ((x)*35) ) #define TIC2FLT(x) ( (x)/35.0f ) // Line type definition flags. #define LTF_ACTIVE 0x00000001 // Active in the beginning of a map. // Activation method. Line is activated if any of the following // situations take place. #define LTF_PLAYER_USE_A 0x00000002 // Player uses. #define LTF_OTHER_USE_A 0x00000004 // Nonplayers can activate with use. #define LTF_PLAYER_SHOOT_A 0x00000008 // Player shoots it. #define LTF_OTHER_SHOOT_A 0x00000010 // Non-player thing shoots it. #define LTF_ANY_CROSS_A 0x00000020 // Any mobj. #define LTF_MONSTER_CROSS_A 0x00000040 // Flagged Countkill. #define LTF_PLAYER_CROSS_A 0x00000080 // Player crosses the line. #define LTF_MISSILE_CROSS_A 0x00000100 // Missile crosses the line. #define LTF_PLAYER_HIT_A 0x00000200 // Player hits the line (walks into). #define LTF_OTHER_HIT_A 0x00000400 // Nonplayer hits the line. #define LTF_MONSTER_HIT_A 0x00000800 // Monster hits the line. #define LTF_MISSILE_HIT_A 0x00001000 // Missile collides with the line. #define LTF_ANY_HIT_A 0x00002000 // Any mobj collides with the line. // Deactivating by colliding with the line. #define LTF_PLAYER_USE_D 0x00004000 // Player uses. #define LTF_OTHER_USE_D 0x00008000 // Nonplayers can activate with use. #define LTF_PLAYER_SHOOT_D 0x00010000 // Player shoots it. #define LTF_OTHER_SHOOT_D 0x00020000 // Non-player thing shoots it. #define LTF_ANY_CROSS_D 0x00040000 // Any mobj. #define LTF_MONSTER_CROSS_D 0x00080000 // Flagged Countkill. #define LTF_PLAYER_CROSS_D 0x00100000 // Player crosses the line. #define LTF_MISSILE_CROSS_D 0x00200000 // Missile crosses the line. #define LTF_PLAYER_HIT_D 0x00400000 // Player hits the line (walks into). #define LTF_OTHER_HIT_D 0x00800000 // Nonplayer hits the line. #define LTF_MONSTER_HIT_D 0x01000000 // Monster hits the line. #define LTF_MISSILE_HIT_D 0x02000000 // Missile collides with the line. #define LTF_ANY_HIT_D 0x04000000 // Any mobj collides with the line. // A+D activation methods. (A and D flags combined.) #define LTF_PLAYER_USE 0x00004002 // Player uses. #define LTF_OTHER_USE 0x00008004 // Non-player uses. #define LTF_PLAYER_SHOOT 0x00010008 // Player shoots it. #define LTF_OTHER_SHOOT 0x00020010 // Non-player thing shoots it. #define LTF_ANY_CROSS 0x00040020 // Any mobj. #define LTF_MONSTER_CROSS 0x00080040 // Flagged Countkill. #define LTF_PLAYER_CROSS 0x00100080 // Player crosses the line. #define LTF_MISSILE_CROSS 0x00200100 // Missile crosses the line. #define LTF_PLAYER_HIT 0x00400200 // Player hits the line (walks into). #define LTF_OTHER_HIT 0x00800400 // Nonplayer hits the line. #define LTF_MONSTER_HIT 0x01000800 // Monster hits the line. #define LTF_MISSILE_HIT 0x02001000 // Missile collides with the line. #define LTF_ANY_HIT 0x04002000 // Any mobj collides with the line. // Special activation methods/requirements. #define LTF_TICKER_A 0x08000000 // Activate on ticker. #define LTF_TICKER_D 0x10000000 // Deactivate on ticker. #define LTF_TICKER 0x18000000 // A+D on ticker. #define LTF_MOBJ_GONE 0x20000000 // a9 specifies mobj type #define LTF_NO_OTHER_USE_SECRET 0x40000000 // Nonplr can't use line if secret #define LTF_ACTIVATOR_TYPE 0x80000000 // a9 specifies mobj type // When to do effect? #define LTF2_WHEN_ACTIVATED 0x00000001 #define LTF2_WHEN_DEACTIVATED 0x00000002 #define LTF2_WHEN_ACTIVE 0x00000004 #define LTF2_WHEN_INACTIVE 0x00000008 #define LTF2_WHEN_LAST 0x00000010 // Only do effects when count=1. // Activation requirements. #define LTF2_KEY(n) (1<<(5+n)) #define LTF2_KEY1 0x00000020 #define LTF2_KEY2 0x00000040 #define LTF2_KEY3 0x00000080 #define LTF2_KEY4 0x00000100 #define LTF2_KEY5 0x00000200 #define LTF2_KEY6 0x00000400 #define LTF2_LINE_ACTIVE 0x00000800 // line ref: a4 + a5 #define LTF2_LINE_INACTIVE 0x00001000 // line ref: a6 + a7 #define LTF2_COLOR 0x00002000 // a8: activator's color. // Continued in flags2. #define LTF2_HEALTH_ABOVE 0x00004000 // a0 (activator health) #define LTF2_HEALTH_BELOW 0x00008000 // a1 #define LTF2_POWER_ABOVE 0x00010000 // a2 (activator power) #define LTF2_POWER_BELOW 0x00020000 // a3 #define LTF2_SINGLEPLAYER 0x00040000 #define LTF2_COOPERATIVE 0x00080000 #define LTF2_DEATHMATCH 0x00100000 #define LTF2_ANY_MODE 0x001c0000 // Singleplayer, coop and DM combined. #define LTF2_EASY 0x00200000 #define LTF2_MED 0x00400000 #define LTF2_HARD 0x00800000 #define LTF2_ANY_SKILL 0x00e00000 // Easy/med/hard combined. #define LTF2_SKILL_SHIFT 21 // 1< Plane reference type. { LPREF_NONE, LPREF_MY_FLOOR, LPREF_TAGGED_FLOORS, LPREF_LINE_TAGGED_FLOORS, LPREF_ACT_TAGGED_FLOORS, LPREF_INDEX_FLOOR, LPREF_ALL_FLOORS, LPREF_MY_CEILING, LPREF_TAGGED_CEILINGS, LPREF_LINE_TAGGED_CEILINGS, LPREF_ACT_TAGGED_CEILINGS, LPREF_INDEX_CEILING, LPREF_ALL_CEILINGS, LPREF_SPECIAL, // 2nd param of reference treated in a special way. LPREF_BACK_FLOOR, LPREF_BACK_CEILING, LPREF_THING_EXIST_FLOORS, LPREF_THING_EXIST_CEILINGS, LPREF_THING_NOEXIST_FLOORS, LPREF_THING_NOEXIST_CEILINGS, // Line -> Sector references (same as ->Plane, really). LSREF_NONE = LPREF_NONE, LSREF_MY, LSREF_TAGGED, LSREF_LINE_TAGGED, LSREF_ACT_TAGGED, LSREF_INDEX, LSREF_ALL, LSREF_BACK = LPREF_BACK_FLOOR, LSREF_THING_EXIST = LPREF_THING_EXIST_FLOORS, LSREF_THING_NOEXIST = LPREF_THING_NOEXIST_FLOORS }; enum // Sector -> Plane reference type. { SPREF_NONE, SPREF_MY_FLOOR, SPREF_MY_CEILING, SPREF_ORIGINAL_FLOOR, SPREF_ORIGINAL_CEILING, SPREF_CURRENT_FLOOR, SPREF_CURRENT_CEILING, SPREF_HIGHEST_FLOOR, SPREF_HIGHEST_CEILING, SPREF_LOWEST_FLOOR, SPREF_LOWEST_CEILING, SPREF_NEXT_HIGHEST_FLOOR, SPREF_NEXT_HIGHEST_CEILING, SPREF_NEXT_LOWEST_FLOOR, SPREF_NEXT_LOWEST_CEILING, SPREF_MIN_BOTTOM_MATERIAL, SPREF_MIN_MID_MATERIAL, SPREF_MIN_TOP_MATERIAL, SPREF_MAX_BOTTOM_MATERIAL, SPREF_MAX_MID_MATERIAL, SPREF_MAX_TOP_MATERIAL, SPREF_SECTOR_TAGGED_FLOOR, SPREF_LINE_TAGGED_FLOOR, SPREF_TAGGED_FLOOR, SPREF_ACT_TAGGED_FLOOR, SPREF_INDEX_FLOOR, SPREF_SECTOR_TAGGED_CEILING, SPREF_LINE_TAGGED_CEILING, SPREF_TAGGED_CEILING, SPREF_ACT_TAGGED_CEILING, SPREF_INDEX_CEILING, SPREF_BACK_FLOOR, SPREF_BACK_CEILING, SPREF_SPECIAL, SPREF_LINE_ACT_TAGGED_FLOOR, SPREF_LINE_ACT_TAGGED_CEILING }; enum // Special lightlevel sources. { LIGHTREF_NONE, LIGHTREF_MY, // Actline's front sector. LIGHTREF_ORIGINAL, // Original light level of the sector. LIGHTREF_CURRENT, // Current light level of the sector. LIGHTREF_HIGHEST, // Highest surrounding. LIGHTREF_LOWEST, // Lowest surrounding. LIGHTREF_NEXT_HIGHEST, // Next highest surrounding. LIGHTREF_NEXT_LOWEST, // Next lowest surrounding. LIGHTREF_BACK // Actline's back sector. }; enum // Line.data references { LDREF_NONE, // Not actually used atm LDREF_ID, LDREF_SPECIAL, LDREF_TAG, LDREF_ACTTAG, LDREF_COUNT, LDREF_ANGLE, LDREF_LENGTH, LDREF_TOP_OFFSETX, LDREF_TOP_OFFSETY, LDREF_MIDDLE_OFFSETX, LDREF_MIDDLE_OFFSETY, LDREF_BOTTOM_OFFSETX, LDREF_BOTTOM_OFFSETY }; // Chain sequence flags. #define CHSF_DEACTIVATE_WHEN_DONE 0x1 #define CHSF_LOOP 0x2 typedef struct { thinker_t thinker; Line* line; } xlthinker_t; // State data for each line. typedef struct { linetype_t info; // Type definition. dd_bool active; dd_bool disabled; // If true, skip all processing. int timer; int tickerTimer; void* activator; int idata; float fdata; int chIdx; // Chain sequence index. float chTimer; // Chain sequence timer. } xgline_t; // The XG line Classes DENG_EXTERN_C struct xgclass_s xgClasses[]; // Used as the activator if there is no real activator. DENG_EXTERN_C struct mobj_s dummyThing; #ifdef __cplusplus extern "C" { #endif // Register the XG classnames for XGdev void XG_Register(void); // Initialize extended lines for the map. void XL_Init(void); // Called when reseting engine state. void XL_Update(void); void XL_Thinker(void *xlThinkerPtr); /** * Looks for line type definition and sets the line type if one is found. */ void XL_SetLineType(Line *line, int id); linetype_t *XL_GetType(int id); int XL_LineEvent(int evType, int lineType, Line *line, int sideNum, void *data); void XL_ActivateLine(dd_bool activating, linetype_t *info, Line *line, int sideNum, struct mobj_s *activator, int evType); /// Function pointer to an XG plane traversal function. typedef int (*LineTraverserFunc)(Line *line, dd_bool ceiling/*unused*/, void *context, void *context2, mobj_t *activator); /** * Executes the specified function on all lines that match the reference * 'rtype'. * * @return @c false if 'func' returns @c false, otherwise * @c true. Stops checking when false is returned. */ int XL_TraverseLines(Line *line, int reftype, int ref, void *context, void *context2, struct mobj_s *activator, int (C_DECL *func)()); /// Function pointer to an XG plane traversal function. typedef int (*PlaneTraverserFunc)(Sector *sector, dd_bool ceiling, void *context, void *context2, mobj_t *activator); /** * Executes the specified function on all planes that match the reference * (reftype). * * @return @c true iff all callbacks return @c true. */ int XL_TraversePlanes(Line *line, int reftype, int ref, void *context, void *context2, dd_bool travSectors, struct mobj_s *activator, int (C_DECL *func)()); // Return false if the event was processed. int XL_CrossLine(Line *line, int sideNum, struct mobj_s *thing); int XL_UseLine(Line *line, int sideNum, struct mobj_s *thing); int XL_ShootLine(Line *line, int sideNum, struct mobj_s *thing); int XL_HitLine(Line *line, int sideNum, struct mobj_s *thing); int XG_RandomInt(int min, int max); #ifdef __cplusplus void SV_WriteXGLine(Line *li, MapStateWriter *msw); void SV_ReadXGLine(Line *li, MapStateReader *msr); } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/common/include/hu_inventory.h0000664000175000017500000000364412350542240024026 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * hu_inventory.h: Heads-up display(s) for the player inventory. */ #ifndef __COMMON_HUD_INVENTORY__ #define __COMMON_HUD_INVENTORY__ #if __JHERETIC__ || __JHEXEN__ #ifdef __cplusplus extern "C" { #endif void Hu_InventoryRegister(void); void Hu_InventoryInit(void); void Hu_InventoryTicker(void); void Hu_InventoryOpen(int player, dd_bool show); dd_bool Hu_InventoryIsOpen(int player); dd_bool Hu_InventorySelect(int player, inventoryitemtype_t type); dd_bool Hu_InventoryMove(int player, int dir, dd_bool canWrap, dd_bool silent); void Hu_InventoryDraw(int player, int x, int y, float textAlpha, float iconAlpha); void Hu_InventoryDraw2(int player, int x, int y, float alpha); /// \todo refactor this away. void Hu_InventoryMarkDirty(int player); #ifdef __cplusplus } // extern "C" #endif #endif // __JHERETIC__ || __JHEXEN__ #endif doomsday-1.14.5/doomsday/plugins/common/include/gl_drawpatch.h0000664000175000017500000000427512350542240023735 0ustar jaakkojaakko/**\file gl_drawpatch.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 1999-2010 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Convenient methods for drawing quads textured with Patch graphics. */ #ifndef LIBCOMMON_GRAPHICS_DRAW_PATCH_H #define LIBCOMMON_GRAPHICS_DRAW_PATCH_H #include "doomsday.h" #ifdef __cplusplus extern "C" { #endif /** * @defgroup drawPatchFlags Draw Patch Flags. */ /*@{*/ #define DPF_NO_OFFSETX 0x0010 #define DPF_NO_OFFSETY 0x0020 #define DPF_NO_OFFSET (DPF_NO_OFFSETX|DPF_NO_OFFSETY) /*@}*/ /** * @param patchId Unique identifier of the patch to be drawn. * @param origin Orient drawing about this offset (topleft:[0,0]). * @param alignFlags @ref alignmentFlags * @param patchFlags @ref drawPatchFlags */ void GL_DrawPatch3(patchid_t id, const Point2Raw* origin, int alignFlags, int patchFlags); void GL_DrawPatch2(patchid_t id, const Point2Raw* origin, int alignFlags); void GL_DrawPatch(patchid_t id, const Point2Raw* origin); /** * Same as @a GL_DrawPatch except origin is specified with separate xy coordinates. */ void GL_DrawPatchXY3(patchid_t id, int x, int y, int alignFlags, int patchFlags); void GL_DrawPatchXY2(patchid_t id, int x, int y, int alignFlags); void GL_DrawPatchXY(patchid_t id, int x, int y); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_GRAPHICS_DRAW_PATCH_H */ doomsday-1.14.5/doomsday/plugins/common/include/player.h0000664000175000017500000001573712350542240022577 0ustar jaakkojaakko/** @file player.h Common playsim routines relating to players. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAYER_H #define LIBCOMMON_PLAYER_H #include "common.h" #include "hu_log.h" /// for @ref logMessageFlags #if __JDOOM64__ #define NUM_WEAPON_SLOTS (8) #elif __JDOOM__ || __JHERETIC__ #define NUM_WEAPON_SLOTS (7) #elif __JHEXEN__ #define NUM_WEAPON_SLOTS (4) #endif #ifdef __cplusplus extern "C" { #endif #if __JHEXEN__ void P_InitPlayerClassInfo(void); #endif void P_InitWeaponSlots(void); void P_FreeWeaponSlots(void); dd_bool P_SetWeaponSlot(weapontype_t type, byte slot); byte P_GetWeaponSlot(weapontype_t type); /** * Iterate the weapons of a given weapon slot. * * @param slot Weapon slot number. * @param reverse Iff @c = true, the traversal is done in reverse. * @param callback Ptr to the callback to make for each element. * If the callback returns @c 0, iteration ends. * @param context Passed as an argument to @a callback. * * @return Non-zero if no weapon is bound to the slot @a slot, or callback @a callback signals * an end to iteration. */ int P_IterateWeaponsBySlot(byte slot, dd_bool reverse, int (*callback) (weapontype_t, void *context), void *context); // A specialized iterator for weapon slot cycling. weapontype_t P_WeaponSlotCycle(weapontype_t type, dd_bool prev); /** * @param player The player to work with. * * @return Number of the given player. */ int P_GetPlayerNum(player_t const *plr); /** * Return a bit field for the current player's cheats. * * @param The player to work with. * * @return Cheats active for the given player in a bitfield. */ int P_GetPlayerCheats(player_t const *plr); #ifdef __cplusplus } // extern "C" enum PlayerSelectionCriteria { All = 0, LocalOnly = 0x1 }; /** * Count the number of players currently marked as "in game". Note that an in-game player may not * yet have a (CL)Mobj assigned to them, this is a count of players in the current game session. * * @param criteria Criteria for inclussion. * * @return Total count. */ int P_CountPlayersInGame(PlayerSelectionCriteria const &criteria = All); extern "C" { #endif /** * Determines whether the player's state is one of the walking states. * * @param pl Player whose state to check. * * @return @c true, if the player is walking. */ dd_bool P_PlayerInWalkState(player_t *plr); /** * Return the next weapon for the given player. Can return the existing * weapon if no other valid choices. Preferences are NOT user selectable. * * @param player The player to work with. * @param prev Search direction @c true = previous, @c false = next. */ weapontype_t P_PlayerFindWeapon(player_t *plr, dd_bool prev); /** * Decides if an automatic weapon change should occur and does it. * * Called when: * - the player has ran out of ammo for the readied weapon. * - the player has been given a NEW weapon. * - the player is ABOUT TO be given some ammo. * * If @a weapon is non-zero then we'll always try to change weapon. * If @a ammo is non-zero then we'll consider the ammo level of weapons that use this ammo type. * If both are non-zero - no more ammo for the current weapon. * * @todo Should be called AFTER ammo is given but we need to remember the old count before the change. * * @param player The player given the weapon. * @param weapon The weapon given to the player (if any). * @param ammo The ammo given to the player (if any). * @param force @c true= Force a weapon change. * * @return The weapon we changed to OR WT_NOCHANGE. */ weapontype_t P_MaybeChangeWeapon(player_t *plr, weapontype_t weapon, ammotype_t ammo, dd_bool force); /** * Checks if the player has enough ammo to fire their readied weapon. * If not, a weapon change is instigated. * * @return @c true, if there is enough ammo to fire. */ dd_bool P_CheckAmmo(player_t *plr); /** * Subtract the appropriate amount of ammo from the player for firing * the current ready weapon. * * @param player The player doing the firing. */ void P_ShotAmmo(player_t *plr); #if __JHEXEN__ /** * Changes the class of the given player. Will not work if the player * is currently morphed. */ void P_PlayerChangeClass(player_t *plr, playerclass_t newClass); #endif /** * Send a message to the given player and maybe echos it to the console. * * @param player The player to send the message to. * @param flags @ref logMessageFlags * @param msg The message to be sent. */ void P_SetMessage(player_t *plr, int flags, char const *msg); /** * Send a yellow message to the given player and maybe echos it to the console. * * @param player The player to send the message to. * @param flags @ref logMessageFlags * @param msg The message to be sent. */ #if __JHEXEN__ void P_SetYellowMessage(player_t *plr, int flags, char const *msg); #endif /** * Set appropriate parameters for a camera. */ void P_PlayerThinkCamera(player_t *plr); #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ void P_PlayerSetArmorType(player_t *plr, int type); #endif /** * Give the player an armor bonus (points delta). * * @param player Player to receive the bonus. * @param points Points delta. * * @return Number of points applied. */ #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ int P_PlayerGiveArmorBonus(player_t *plr, int points); #else // __JHEXEN__ int P_PlayerGiveArmorBonus(player_t *plr, armortype_t type, int points); #endif int P_CameraXYMovement(mobj_t *mo); int P_CameraZMovement(mobj_t *mo); void P_Thrust3D(player_t *player, angle_t angle, float lookdir, coord_t forwardMove, coord_t sideMove); /** * Determines whether the player is currently waiting to be reborn. */ dd_bool Player_WaitingForReborn(player_t const *player); /** * Determine the viewing yaw angle for a player. If a body yaw has been applied to the player, * it will be undone here so that during rendering, the actual head tracking angle can be applied. * * @param playerNum Player/console number. * * @return View yaw angle. */ angle_t Player_ViewYawAngle(int playerNum); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_PLAYER_H doomsday-1.14.5/doomsday/plugins/common/include/g_defs.h0000664000175000017500000000252212350542240022516 0ustar jaakkojaakko/** @file g_defs.h Game definition lookup utilities. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_DEFINITION_UTILS_H #define LIBCOMMON_DEFINITION_UTILS_H #ifdef __cplusplus extern "C" { #endif /** * @return The default for a value (retrieved from Doomsday). */ int GetDefInt(char const *def, int *returnVal); void GetDefState(char const *def, int *returnVal); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_DEFINITION_UTILS_H */ doomsday-1.14.5/doomsday/plugins/common/include/d_netsv.h0000664000175000017500000001067712350542240022743 0ustar jaakkojaakko/** @file d_netsv.h Common code related to net games (server-side). * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_NETSV_H #define LIBCOMMON_NETSV_H #include #include "common.h" DENG_EXTERN_C char cyclingMaps, mapCycleNoExit; DENG_EXTERN_C int netSvAllowCheats; DENG_EXTERN_C int netSvAllowSendMsg; DENG_EXTERN_C char *mapCycle; DENG_EXTERN_C char gameConfigString[]; #ifdef __cplusplus extern "C" { #endif void P_Telefrag(mobj_t *thing); /** * Server calls this when new players enter the game. */ void NetSv_NewPlayerEnters(int plrNum); /** * Resets a player's frag count and other players' frag counts toward the player. * * @param plrNum Player to reset. */ void NetSv_ResetPlayerFrags(int plrNum); void NetSv_SendGameState(int flags, int to); void NetSv_SendTotalCounts(int to); /** * Sends the initial player position to a client. This is the position defined * by the map's start spots. It is sent immediately after the server determines * where a player is to spawn. */ void NetSv_SendPlayerSpawnPosition(int plrNum, float x, float y, float z, int angle); void NetSv_SendMessage(int plrNum, char const *msg); void NetSv_SendYellowMessage(int plrNum, char const *msg); void NetSv_SendPlayerState(int srcPlrNum, int destPlrNum, int flags, dd_bool reliable); /** * More player state information. Had to be separate because of backwards * compatibility. */ void NetSv_SendPlayerState2(int srcPlrNum, int destPlrNum, int flags, dd_bool reliable); void NetSv_TellCycleRulesToPlayerAfterTics(int destPlr, int tics); /** * Informs a player of an impulse momentum that needs to be applied to the player's mobj. */ void NetSv_PlayerMobjImpulse(mobj_t *mobj, float mx, float my, float mz); /** * @param origin * @param soundId * @param toPlr @c 0= broadcast. */ void NetSv_Sound(mobj_t *origin, int soundId, int toPlr); void NetSv_SoundAtVolume(mobj_t *origin, int soundId, int volume, int toPlr); void NetSv_Intermission(int flags, int state, int time); void NetSv_ChangePlayerInfo(int from, Reader *reader); void NetSv_SendPlayerInfo(int whose, int toWhom); /** * Sharp ticker, i.e., called at 35 Hz. */ void NetSv_Ticker(void); void NetSv_SaveGame(uint gameId); void NetSv_LoadGame(uint gameId); void NetSv_LoadReply(int plnum, int console); /** * Sends the frags of player 'whose' to all other players. */ void NetSv_FragsForAll(player_t *player); /** * Send one of the kill messages, depending on the weapon of the killer. */ void NetSv_KillMessage(player_t *killer, player_t *fragged, dd_bool stomping); /** * Update the game config string with keywords that describe the game. * The string is sent out in netgames (also to the master). * Keywords: dm, coop, jump, nomonst, respawn, skillN */ void NetSv_UpdateGameConfigDescription(void); /** * Inform all clients about a change in the 'pausedness' of a game. */ void NetSv_Paused(int pauseState); /** * Process the requested cheat command, if possible. */ void NetSv_DoCheat(int player, Reader *reader); void NetSv_ExecuteCheat(int player, char const *command); /** * Process the requested player action, if possible. */ void NetSv_DoAction(int player, Reader *reader); void NetSv_DoDamage(int player, Reader *reader); void NetSv_DoFloorHit(int player, Reader *msg); /** * The default jump power is 9. */ void NetSv_SendJumpPower(int target, float power); void NetSv_MaybeChangeWeapon(int plrNum, int weapon, int ammo, int force); void NetSv_SendLocalMobjState(mobj_t *mobj, char const *stateName); D_CMD(MapCycle); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_NETSV_H doomsday-1.14.5/doomsday/plugins/common/include/p_tick.h0000664000175000017500000000270612350542240022544 0ustar jaakkojaakko/** @file p_tick.h Common top-level tick stuff. * * @authors Copyright © 2006-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_P_TICK_H #define LIBCOMMON_P_TICK_H #include "dd_types.h" #include "pause.h" DENG_EXTERN_C int mapTime; DENG_EXTERN_C int actualMapTime; DENG_EXTERN_C int timerGame; #ifdef __cplusplus extern "C" { #endif /** * This is called at all times, no matter gamestate. */ void P_RunPlayers(timespan_t ticLength); /** * Called 35 times per second. * The heart of play sim. */ void P_DoTick(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_P_TICK_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_saveio.h0000664000175000017500000000313712350542240023077 0ustar jaakkojaakko/** @file p_saveio.h Game save file IO. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_SAVESTATE_INPUT_OUTPUT_H #define LIBCOMMON_SAVESTATE_INPUT_OUTPUT_H #include #include #include #include #include /* * File management */ void SV_CloseFile(); bool SV_OpenFileForRead(de::File const &file); bool SV_OpenFileForWrite(de::IByteArray &block); Writer *SV_NewWriter(); /// Provides access to the wrapped de::Writer instance used for serialization. de::Writer &SV_RawWriter(); Reader *SV_NewReader(); /// Provides access to the wrapped de::Reader instance used for deserialization. de::Reader &SV_RawReader(); #endif // LIBCOMMON_SAVESTATE_INPUT_OUTPUT_H doomsday-1.14.5/doomsday/plugins/common/include/g_update.h0000664000175000017500000000210412350542240023053 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef LIBCOMMON_UPDATE_H #define LIBCOMMON_UPDATE_H void G_UpdateState(int step); #endif /* LIBCOMMON_UPDATE_H */ doomsday-1.14.5/doomsday/plugins/common/include/hu_pspr.h0000664000175000017500000000232512350542240022750 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * hu_pspr.h: */ #ifndef __COMMON_PSPRITE_H__ #define __COMMON_PSPRITE_H__ #ifdef __cplusplus extern "C" { #endif void HU_UpdatePsprites(void); float HU_PSpriteYOffset(player_t* pl); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/common/include/hu_log.h0000664000175000017500000000644412350542240022553 0ustar jaakkojaakko/**\file hu_log.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Game message logging and display. */ #ifndef LIBCOMMON_HULOGDEV_H #define LIBCOMMON_HULOGDEV_H #include "hu_lib.h" /// Maximum number of messages each log will buffer. #define LOG_MAX_MESSAGES (8) /// When a message is first added to the log it may flash depending on /// the user's configuration. This is the number of tics it takes for /// each message to animate from flashing to non-flashing. #define LOG_MESSAGE_FLASHFADETICS (35) /// When a message's uptime counter reaches zero it will be removed the /// from the visible list log. This is the number of tics it takes for /// each message to animate from visible to non-visible. #define LOG_MESSAGE_SCROLLTICS (10) /// To be called to register the console commands and variables of this module. void UILog_Register(void); /** * UILog. UI widget for player game message logging. */ /** * @defgroup logMessageFlags Log Message Flags. */ ///@{ #define LMF_NO_HIDE 0x1 ///< Always displayed (cannot be hidden by the user). ///@} typedef struct { uint ticsRemain, tics; int textMaxLen; char* text; byte flags; /// @ref logMessageFlags } guidata_log_message_t; typedef struct { /// Log message list. guidata_log_message_t _msgs[LOG_MAX_MESSAGES]; /// Number of used messages. int _msgCount; /// Number of potentially visible messages. int _pvisMsgCount; /// Index of the next slot to be used in msgs. int _nextUsedMsg; } guidata_log_t; /// Process gametic for this message log. void UILog_Ticker(uiwidget_t* obj, timespan_t ticLength); /// Draw this message log widget. void UILog_Drawer(uiwidget_t* obj, const Point2Raw* offset); /// Calculate the "physical" dimensions of this widget. void UILog_UpdateGeometry(uiwidget_t* obj); /** * Empty the message log clearing all messages. */ void UILog_Empty(uiwidget_t* obj); /** * Post a message to this log. * * @param flags @ref logMessageFlags * @param text Message Text to be posted. Messages may use the same * paramater control blocks as with the engine's Text rendering API. */ void UILog_Post(uiwidget_t* obj, byte flags, const char* text); /** * Rewind the message log, making the last few messages visible once again. */ void UILog_Refresh(uiwidget_t* obj); #endif /* LIBCOMMON_HULOGDEV_H */ doomsday-1.14.5/doomsday/plugins/common/include/dmu_lib.h0000664000175000017500000003200412350542240022700 0ustar jaakkojaakko/**\file dmu_lib.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Helper routines for accessing the DMU API */ #ifndef LIBCOMMON_DMU_LIB_H #define LIBCOMMON_DMU_LIB_H #include "doomsday.h" #include "p_iterlist.h" #include "p_terraintype.h" #define numvertexes (P_Count(DMU_VERTEX)) #define numsectors (P_Count(DMU_SECTOR)) #define numlines (P_Count(DMU_LINE)) #define numsides (P_Count(DMU_SIDE)) #define numpolyobjs (*(int*) DD_GetVariable(DD_POLYOBJ_COUNT)) // DMU property aliases. For short-hand purposes: #define DMU_FRONT_SECTOR (DMU_FRONT_OF_LINE | DMU_SECTOR) #define DMU_BACK_SECTOR (DMU_BACK_OF_LINE | DMU_SECTOR) #define DMU_FRONT_FLAGS (DMU_FRONT_OF_LINE | DMU_FLAGS) #define DMU_BACK_FLAGS (DMU_BACK_OF_LINE | DMU_FLAGS) #define DMU_TOP_MATERIAL (DMU_TOP_OF_SIDE | DMU_MATERIAL) #define DMU_TOP_MATERIAL_OFFSET_X (DMU_TOP_OF_SIDE | DMU_OFFSET_X) #define DMU_TOP_MATERIAL_OFFSET_Y (DMU_TOP_OF_SIDE | DMU_OFFSET_Y) #define DMU_TOP_MATERIAL_OFFSET_XY (DMU_TOP_OF_SIDE | DMU_OFFSET_XY) #define DMU_TOP_FLAGS (DMU_TOP_OF_SIDE | DMU_FLAGS) #define DMU_TOP_COLOR (DMU_TOP_OF_SIDE | DMU_COLOR) #define DMU_TOP_COLOR_RED (DMU_TOP_OF_SIDE | DMU_COLOR_RED) #define DMU_TOP_COLOR_GREEN (DMU_TOP_OF_SIDE | DMU_COLOR_GREEN) #define DMU_TOP_COLOR_BLUE (DMU_TOP_OF_SIDE | DMU_COLOR_BLUE) #define DMU_TOP_EMITTER (DMU_TOP_OF_SIDE | DMU_EMITTER) #define DMU_MIDDLE_MATERIAL (DMU_MIDDLE_OF_SIDE | DMU_MATERIAL) #define DMU_MIDDLE_MATERIAL_OFFSET_X (DMU_MIDDLE_OF_SIDE | DMU_OFFSET_X) #define DMU_MIDDLE_MATERIAL_OFFSET_Y (DMU_MIDDLE_OF_SIDE | DMU_OFFSET_Y) #define DMU_MIDDLE_MATERIAL_OFFSET_XY (DMU_MIDDLE_OF_SIDE | DMU_OFFSET_XY) #define DMU_MIDDLE_FLAGS (DMU_MIDDLE_OF_SIDE | DMU_FLAGS) #define DMU_MIDDLE_COLOR (DMU_MIDDLE_OF_SIDE | DMU_COLOR) #define DMU_MIDDLE_COLOR_RED (DMU_MIDDLE_OF_SIDE | DMU_COLOR_RED) #define DMU_MIDDLE_COLOR_GREEN (DMU_MIDDLE_OF_SIDE | DMU_COLOR_GREEN) #define DMU_MIDDLE_COLOR_BLUE (DMU_MIDDLE_OF_SIDE | DMU_COLOR_BLUE) #define DMU_MIDDLE_ALPHA (DMU_MIDDLE_OF_SIDE | DMU_ALPHA) #define DMU_MIDDLE_BLENDMODE (DMU_MIDDLE_OF_SIDE | DMU_BLENDMODE) #define DMU_MIDDLE_EMITTER (DMU_MIDDLE_OF_SIDE | DMU_EMITTER) #define DMU_BOTTOM_MATERIAL (DMU_BOTTOM_OF_SIDE | DMU_MATERIAL) #define DMU_BOTTOM_MATERIAL_OFFSET_X (DMU_BOTTOM_OF_SIDE | DMU_OFFSET_X) #define DMU_BOTTOM_MATERIAL_OFFSET_Y (DMU_BOTTOM_OF_SIDE | DMU_OFFSET_Y) #define DMU_BOTTOM_MATERIAL_OFFSET_XY (DMU_BOTTOM_OF_SIDE | DMU_OFFSET_XY) #define DMU_BOTTOM_FLAGS (DMU_BOTTOM_OF_SIDE | DMU_FLAGS) #define DMU_BOTTOM_COLOR (DMU_BOTTOM_OF_SIDE | DMU_COLOR) #define DMU_BOTTOM_COLOR_RED (DMU_BOTTOM_OF_SIDE | DMU_COLOR_RED) #define DMU_BOTTOM_COLOR_GREEN (DMU_BOTTOM_OF_SIDE | DMU_COLOR_GREEN) #define DMU_BOTTOM_COLOR_BLUE (DMU_BOTTOM_OF_SIDE | DMU_COLOR_BLUE) #define DMU_BOTTOM_EMITTER (DMU_BOTTOM_OF_SIDE | DMU_EMITTER) #define DMU_FLOOR_HEIGHT (DMU_FLOOR_OF_SECTOR | DMU_HEIGHT) #define DMU_FLOOR_TARGET_HEIGHT (DMU_FLOOR_OF_SECTOR | DMU_TARGET_HEIGHT) #define DMU_FLOOR_SPEED (DMU_FLOOR_OF_SECTOR | DMU_SPEED) #define DMU_FLOOR_MATERIAL (DMU_FLOOR_OF_SECTOR | DMU_MATERIAL) #define DMU_FLOOR_EMITTER (DMU_FLOOR_OF_SECTOR | DMU_EMITTER) #define DMU_FLOOR_FLAGS (DMU_FLOOR_OF_SECTOR | DMU_FLAGS) #define DMU_FLOOR_COLOR (DMU_FLOOR_OF_SECTOR | DMU_COLOR) #define DMU_FLOOR_COLOR_RED (DMU_FLOOR_OF_SECTOR | DMU_COLOR_RED) #define DMU_FLOOR_COLOR_GREEN (DMU_FLOOR_OF_SECTOR | DMU_COLOR_GREEN) #define DMU_FLOOR_COLOR_BLUE (DMU_FLOOR_OF_SECTOR | DMU_COLOR_BLUE) #define DMU_FLOOR_MATERIAL_OFFSET_X (DMU_FLOOR_OF_SECTOR | DMU_OFFSET_X) #define DMU_FLOOR_MATERIAL_OFFSET_Y (DMU_FLOOR_OF_SECTOR | DMU_OFFSET_Y) #define DMU_FLOOR_MATERIAL_OFFSET_XY (DMU_FLOOR_OF_SECTOR | DMU_OFFSET_XY) #define DMU_FLOOR_TANGENT_X (DMU_FLOOR_OF_SECTOR | DMU_TANGENT_X) #define DMU_FLOOR_TANGENT_Y (DMU_FLOOR_OF_SECTOR | DMU_TANGENT_Y) #define DMU_FLOOR_TANGENT_Z (DMU_FLOOR_OF_SECTOR | DMU_TANGENT_Z) #define DMU_FLOOR_TANGENT_XYZ (DMU_FLOOR_OF_SECTOR | DMU_TANGENT_XYZ) #define DMU_FLOOR_BITANGENT_X (DMU_FLOOR_OF_SECTOR | DMU_BITANGENT_X) #define DMU_FLOOR_BITANGENT_Y (DMU_FLOOR_OF_SECTOR | DMU_BITANGENT_Y) #define DMU_FLOOR_BITANGENT_Z (DMU_FLOOR_OF_SECTOR | DMU_BITANGENT_Z) #define DMU_FLOOR_BITANGENT_XYZ (DMU_FLOOR_OF_SECTOR | DMU_BITANGENT_XYZ) #define DMU_FLOOR_NORMAL_X (DMU_FLOOR_OF_SECTOR | DMU_NORMAL_X) #define DMU_FLOOR_NORMAL_Y (DMU_FLOOR_OF_SECTOR | DMU_NORMAL_Y) #define DMU_FLOOR_NORMAL_Z (DMU_FLOOR_OF_SECTOR | DMU_NORMAL_Z) #define DMU_FLOOR_NORMAL_XYZ (DMU_FLOOR_OF_SECTOR | DMU_NORMAL_XYZ) #define DMU_CEILING_HEIGHT (DMU_CEILING_OF_SECTOR | DMU_HEIGHT) #define DMU_CEILING_TARGET_HEIGHT (DMU_CEILING_OF_SECTOR | DMU_TARGET_HEIGHT) #define DMU_CEILING_SPEED (DMU_CEILING_OF_SECTOR | DMU_SPEED) #define DMU_CEILING_MATERIAL (DMU_CEILING_OF_SECTOR | DMU_MATERIAL) #define DMU_CEILING_EMITTER (DMU_CEILING_OF_SECTOR | DMU_EMITTER) #define DMU_CEILING_FLAGS (DMU_CEILING_OF_SECTOR | DMU_FLAGS) #define DMU_CEILING_COLOR (DMU_CEILING_OF_SECTOR | DMU_COLOR) #define DMU_CEILING_COLOR_RED (DMU_CEILING_OF_SECTOR | DMU_COLOR_RED) #define DMU_CEILING_COLOR_GREEN (DMU_CEILING_OF_SECTOR | DMU_COLOR_GREEN) #define DMU_CEILING_COLOR_BLUE (DMU_CEILING_OF_SECTOR | DMU_COLOR_BLUE) #define DMU_CEILING_MATERIAL_OFFSET_X (DMU_CEILING_OF_SECTOR | DMU_OFFSET_X) #define DMU_CEILING_MATERIAL_OFFSET_Y (DMU_CEILING_OF_SECTOR | DMU_OFFSET_Y) #define DMU_CEILING_MATERIAL_OFFSET_XY (DMU_CEILING_OF_SECTOR | DMU_OFFSET_XY) #define DMU_CEILING_TANGENT_X (DMU_CEILING_OF_SECTOR | DMU_TANGENT_X) #define DMU_CEILING_TANGENT_Y (DMU_CEILING_OF_SECTOR | DMU_TANGENT_Y) #define DMU_CEILING_TANGENT_Z (DMU_CEILING_OF_SECTOR | DMU_TANGENT_Z) #define DMU_CEILING_TANGENT_XYZ (DMU_CEILING_OF_SECTOR | DMU_TANGENT_XYZ) #define DMU_CEILING_BITANGENT_X (DMU_CEILING_OF_SECTOR | DMU_BITANGENT_X) #define DMU_CEILING_BITANGENT_Y (DMU_CEILING_OF_SECTOR | DMU_BITANGENT_Y) #define DMU_CEILING_BITANGENT_Z (DMU_CEILING_OF_SECTOR | DMU_BITANGENT_Z) #define DMU_CEILING_BITANGENT_XYZ (DMU_CEILING_OF_SECTOR | DMU_BITANGENT_XYZ) #define DMU_CEILING_NORMAL_X (DMU_CEILING_OF_SECTOR | DMU_NORMAL_X) #define DMU_CEILING_NORMAL_Y (DMU_CEILING_OF_SECTOR | DMU_NORMAL_Y) #define DMU_CEILING_NORMAL_Z (DMU_CEILING_OF_SECTOR | DMU_NORMAL_Z) #define DMU_CEILING_NORMAL_XYZ (DMU_CEILING_OF_SECTOR | DMU_NORMAL_XYZ) /// Side section indices. typedef enum sidesection_e { SS_MIDDLE, SS_BOTTOM, SS_TOP } SideSection; #define VALID_SIDESECTION(v) ((v) >= SS_MIDDLE && (v) <= SS_TOP) /// Helper macro for converting SideSection indices to their associated DMU flag. @ingroup world #define DMU_FLAG_FOR_SIDESECTION(s) (\ (s) == SS_MIDDLE? DMU_MIDDLE_OF_SIDE : \ (s) == SS_BOTTOM? DMU_BOTTOM_OF_SIDE : DMU_TOP_OF_SIDE) #ifdef __cplusplus extern "C" { #endif /** * Same as P_PathTraverse except 'from' and 'to' arguments are specified * as two sets of separate X and Y map space coordinates. */ int P_PathXYTraverse2(coord_t fromX, coord_t fromY, coord_t toX, coord_t toY, int flags, traverser_t callback, void *context); int P_PathXYTraverse(coord_t fromX, coord_t fromY, coord_t toX, coord_t toY, traverser_t callback, void *context); void P_BuildLineTagLists(void); void P_DestroyLineTagLists(void); iterlist_t *P_GetLineIterListForTag(int tag, dd_bool createNewList); void P_BuildSectorTagLists(void); void P_DestroySectorTagLists(void); iterlist_t *P_GetSectorIterListForTag(int tag, dd_bool createNewList); void P_BuildAllTagLists(void); void P_DestroyAllTagLists(void); Line *P_AllocDummyLine(void); void P_FreeDummyLine(Line *line); /** * Get the sector on the other side of the line that is NOT the given sector. * * @param line Ptr to the line to test. * @param sec Reference sector to compare against. * * @return Ptr to the other sector or @c NULL if the specified line is NOT twosided. */ Sector *P_GetNextSector(Line *line, Sector *sec); #define FEPHF_MIN 0x1 // Get minium. If not set, get maximum. #define FEPHF_FLOOR 0x2 // Get floors. If not set, get ceilings. typedef struct findextremalplaneheightparams_s { Sector *baseSec; byte flags; coord_t val; Sector *foundSec; } findextremalplaneheightparams_t; /// Find the sector with the lowest floor height in surrounding sectors. Sector *P_FindSectorSurroundingLowestFloor(Sector *sector, coord_t max, coord_t *val); /// Find the sector with the highest floor height in surrounding sectors. Sector *P_FindSectorSurroundingHighestFloor(Sector *sector, coord_t min, coord_t *val); /// Find lowest ceiling in the surrounding sector. Sector *P_FindSectorSurroundingLowestCeiling(Sector *sector, coord_t max, coord_t *val); /// Find highest ceiling in the surrounding sectors. Sector *P_FindSectorSurroundingHighestCeiling(Sector *sector, coord_t min, coord_t *val); #define FNPHF_FLOOR 0x1 // Get floors, if not set get ceilings. #define FNPHF_ABOVE 0x2 // Get next above, if not set get next below. typedef struct findnextplaneheightparams_s { Sector *baseSec; coord_t baseHeight; byte flags; coord_t val; Sector *foundSec; } findnextplaneheightparams_t; /// Find the sector with the next highest floor in surrounding sectors. Sector *P_FindSectorSurroundingNextHighestFloor(Sector *sector, coord_t baseHeight, coord_t *val); /// Find the sector with the next lowest floor in surrounding sectors. Sector *P_FindSectorSurroundingNextLowestFloor(Sector *sector, coord_t baseHeight, coord_t *val); /// Find the sector with the next highest ceiling in surrounding sectors. Sector *P_FindSectorSurroundingNextHighestCeiling(Sector *sector, coord_t baseHeight, coord_t *val); /// Find the sector with the next lowest ceiling in surrounding sectors. Sector *P_FindSectorSurroundingNextLowestCeiling(Sector *sector, coord_t baseHeight, coord_t *val); #define FELLF_MIN 0x1 /// Get minimum. If not set, get maximum. typedef struct findlightlevelparams_s { Sector *baseSec; byte flags; float val; Sector *foundSec; } findlightlevelparams_t; /// Find the sector with the lowest light level in surrounding sectors. Sector *P_FindSectorSurroundingLowestLight(Sector *sector, float *val); /// Find the sector with the highest light level in surrounding sectors. Sector *P_FindSectorSurroundingHighestLight(Sector *sector, float *val); #define FNLLF_ABOVE 0x1 /// Get next above, if not set get next below. typedef struct findnextlightlevelparams_s { Sector *baseSec; float baseLight; byte flags; float val; Sector *foundSec; } findnextlightlevelparams_t; /// Find the sector with the lowest light level in surrounding sectors. Sector *P_FindSectorSurroundingNextLowestLight(Sector *sector, float baseLight, float *val); /// Find the sector with the next highest light level in surrounding sectors. Sector *P_FindSectorSurroundingNextHighestLight(Sector *sector, float baseLight, float *val); /** * Returns the material type of the specified sector, plane. * * @param sec The sector to check. * @param plane The plane id to check. */ terraintype_t const *P_PlaneMaterialTerrainType(Sector *sec, int plane); /** * Copies all (changeable) properties from one line to another including the * extended properties. */ void P_CopyLine(Line *dest, Line *src); /** * Copies all (changeable) properties from one sector to another including * the extended properties. */ void P_CopySector(Sector *dest, Sector *src); float P_SectorLight(Sector *sector); void P_SectorSetLight(Sector *sector, float level); void P_SectorModifyLight(Sector *sector, float value); void P_SectorModifyLightx(Sector *sector, fixed_t value); void P_TranslateSideMaterialOrigin(Side *side, SideSection section, float deltaXY[2]); void P_TranslateSideMaterialOriginXY(Side *side, SideSection section, float deltaX, float deltaY); void P_TranslatePlaneMaterialOrigin(Plane *plane, float deltaXY[2]); void P_TranslatePlaneMaterialOriginXY(Plane *plane, float deltaX, float deltaY); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_DMU_LIB_H */ doomsday-1.14.5/doomsday/plugins/common/include/hu_chat.h0000664000175000017500000001046312350542240022705 0ustar jaakkojaakko/**\file hu_chat.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2005-2009 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Player chat widget. */ #ifndef LIBCOMMON_HUD_CHAT_H #define LIBCOMMON_HUD_CHAT_H #include "doomsday.h" #include "hu_lib.h" /// Register the console variables and commands of this module. void UIChat_Register(void); void UIChat_LoadMacros(void); /** * UIChat. UI widget for composing player/team chat messages. * * Terminology: * "Destination": * @c 0= All players (i.e., a "global" message). * @c 1...NUMTEAMS= Any players on team number (n+1). */ #define UICHAT_INPUTBUFFER_MAXLENGTH (160) typedef struct { char text[UICHAT_INPUTBUFFER_MAXLENGTH+1]; int length; /// Current length of text. dd_bool shiftDown; } guidata_chat_inputbuffer_t; /** * @defgroup uiChatFlags UIChat Flags. * @{ */ #define UICF_ACTIVE 0x1 /**@}*/ typedef struct { int flags; /// @ref uiChatFlags int destination; guidata_chat_inputbuffer_t buffer; } guidata_chat_t; /** * Possibly respond to input event @a ev. * @return Non-zero if the event was eaten. */ int UIChat_Responder(uiwidget_t* obj, event_t* ev); /** * Possible respond to menu command @a cmd. * @return Non-zero if the command was eaten. */ int UIChat_CommandResponder(uiwidget_t* obj, menucommand_e cmd); /// Draw this widget. void UIChat_Drawer(uiwidget_t* obj, const Point2Raw* offset); /// Calculate the "physical" dimensions of this widget in fixed-pixels. void UIChat_UpdateGeometry(uiwidget_t* obj); /** * Change the "active" state of this. When activating the message target * destination is initialized for "global" messaging and the input buffer * is cleared. * * \post: The "chat" binding context is (de)activated as necessary. * * @return @c true if the active state changed. */ dd_bool UIChat_Activate(uiwidget_t* obj, dd_bool yes); dd_bool UIChat_IsActive(uiwidget_t* obj); /// @return Current chat destination number. int UIChat_Destination(uiwidget_t* obj); /// Change the current chat @a destination. void UIChat_SetDestination(uiwidget_t* obj, int destination); /// @return @c true if the shift modifier state changed. dd_bool UIChat_SetShiftModifier(uiwidget_t* obj, dd_bool on); dd_bool UIChat_AppendCharacter(uiwidget_t* obj, char ch); void UIChat_DeleteLastCharacter(uiwidget_t* obj); /// Clear the chat input buffer. void UIChat_Clear(uiwidget_t* obj); /// @return A pointer to an immutable copy of the current contents of the input buffer. const char* UIChat_Text(uiwidget_t* obj); /// @return Current length of the input buffer in characters including terminating '\0'. size_t UIChat_TextLength(uiwidget_t* obj); /// @return @c true= Current input buffer is empty. dd_bool UIChat_TextIsEmpty(uiwidget_t* obj); /** * Given a macro identifier load the associated macro replacing the current contents * of the input buffer. * @return @c true= success. */ dd_bool UIChat_LoadMacro(uiwidget_t* obj, int macroId); /** * Given a macro identifier lookup the associated macro string. * @return Pointer to the macro string if found else @c NULL. */ const char* UIChat_FindMacro(uiwidget_t* obj, int macroId); /// @return Parsed chat destination number from @a str or @c -1 if invalid. int UIChat_ParseDestination(const char* str); /// @return Parsed chat macro identifier from @a str or @c -1 if invalid. int UIChat_ParseMacroId(const char* str); #endif /* LIBCOMMON_HUD_CHAT_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_xg.h0000664000175000017500000000337412350542240022232 0ustar jaakkojaakko/** @file p_xg.h Extended generalised line / sector types. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAYSIM_XG_H #define LIBCOMMON_PLAYSIM_XG_H #include "p_xgline.h" #include "p_xgsec.h" DENG_EXTERN_C int xgDev; DENG_EXTERN_C dd_bool xgDataLumps; #ifdef __cplusplus extern "C" { #endif // Debug message printer. void XG_Dev(char const *format, ...) PRINTF_F(1,2); // Called once post init. void XG_ReadTypes(void); // Init both XG lines and sectors. Called for each map. void XG_Init(void); // Thinks for XG lines and sectors. void XG_Ticker(void); // Updates XG state during engine reset. void XG_Update(void); /** * See if any line or sector types are saved in a DDXGDATA lump. */ void XG_ReadTypes(void); linetype_t *XG_GetLumpLine(int id); sectortype_t *XG_GetLumpSector(int id); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_PLAYSIM_XG_H doomsday-1.14.5/doomsday/plugins/common/include/polyobjs.h0000664000175000017500000000625112350542240023133 0ustar jaakkojaakko/** @file polyobjs.h Polyobject thinkers and management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Activision * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAYSIM_POLYOBJS_H #define LIBCOMMON_PLAYSIM_POLYOBJS_H #include "common.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif typedef enum { PODOOR_NONE, PODOOR_SLIDE, PODOOR_SWING } podoortype_t; /** * @note Used with both @ref T_RotatePoly() and @ref T_MovePoly() */ typedef struct polyevent_s { thinker_t thinker; int polyobj; // tag int intSpeed; unsigned int dist; int fangle; coord_t speed[2]; // for sliding doors #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } polyevent_t; #ifdef __cplusplus void SV_WriteMovePoly(polyevent_t const *movepoly, MapStateWriter *msw); int SV_ReadMovePoly(polyevent_t *movepoly, MapStateReader *msr); #endif typedef struct polydoor_s { thinker_t thinker; int polyobj; // tag int intSpeed; int dist; int totalDist; int direction; float speed[2]; int tics; int waitTics; podoortype_t type; dd_bool close; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } polydoor_t; typedef struct polyobj_s { // Required elements (defined by the engine's dd_share.h): DD_BASE_POLYOBJ_ELEMENTS() // Game-specific data: void *specialData; ///< A thinker (if moving). #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } Polyobj; enum { PO_ANCHOR_DOOMEDNUM = 3000, PO_SPAWN_DOOMEDNUM, PO_SPAWNCRUSH_DOOMEDNUM }; #ifdef __cplusplus extern "C" { #endif /** * Initialize all polyobjects in the current map. */ void PO_InitForMap(void); dd_bool PO_Busy(int tag); dd_bool PO_FindAndCreatePolyobj(int tag, dd_bool crush, float startX, float startY); void T_PolyDoor(void *pd); void T_RotatePoly(void *pe); dd_bool EV_RotatePoly(Line *line, byte *args, int direction, dd_bool override); void T_MovePoly(void *pe); dd_bool EV_MovePoly(Line *line, byte *args, dd_bool timesEight, dd_bool override); dd_bool EV_OpenPolyDoor(Line *line, byte *args, podoortype_t type); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_PLAYSIM_POLYOBJS_H doomsday-1.14.5/doomsday/plugins/common/include/p_sound.h0000664000175000017500000000443012350542240022736 0ustar jaakkojaakko/** @file p_sound.h id Tech 1 sound playback functionality. * * @ingroup play * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_PLAY_SOUND_H #define LIBCOMMON_PLAY_SOUND_H #include "doomsday.h" #ifdef __cplusplus extern "C" { #endif /** * Start the song for the specified map. */ void S_MapMusic(Uri const *mapUri); /** * Doom-like sector sounds: when a new sound starts, stop any existing sounds from * other origins in this Sector. * * @param sec Sector to use as the origin of the sound. * @param id ID number of the sound to be played. */ void S_SectorSound(Sector *sec, int id); /** * @param sec Sector in which to stop sounds. */ void S_SectorStopSounds(Sector *sec); /** * Doom-like sector sounds: when a new sound starts, stop any existing sounds from * other origins in the same Sector. * * @param plane Plane to use as the origin of the sound. * @param id ID number of the sound to be played. */ void S_PlaneSound(Plane *pln, int id); #ifdef __JHEXEN__ int S_GetSoundID(char const *name); /** * Attempt to parse the script on the identified @a path as "sound definition" data. * * Important: This should never be called @em before MapInfoParser, as this may need * to patch those definitions... */ void SndInfoParser(Str const *path); #endif #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_PLAY_SOUND_H doomsday-1.14.5/doomsday/plugins/common/include/p_iterlist.h0000664000175000017500000000412312350542240023444 0ustar jaakkojaakko/** @file p_iterlist.h * * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_ITERLIST_H #define LIBCOMMON_ITERLIST_H typedef enum { ITERLIST_BACKWARD = 0, /// Top to bottom. ITERLIST_FORWARD /// Bottom to top. } iterlist_iterator_direction_t; /** * IterList. A LIFO stack of pointers with facilities for bidirectional * iteration through the use of an integral iterator (thus scopeless). * * @warning Not thread safe! */ struct iterlist_s; typedef struct iterlist_s iterlist_t; #ifdef __cplusplus extern "C" { #endif iterlist_t *IterList_New(void); void IterList_Delete(iterlist_t *list); /** * Push a new pointer onto the top of the stack. * @param data User data pointer to be added. * @return Index associated to the newly added object. */ int IterList_PushBack(iterlist_t *list, void *data); void* IterList_Pop(iterlist_t *list); void IterList_Clear(iterlist_t *list); int IterList_Size(iterlist_t *list); dd_bool IterList_Empty(iterlist_t *list); /// @return Current pointer being pointed at. void* IterList_MoveIterator(iterlist_t *list); void IterList_RewindIterator(iterlist_t *list); void IterList_SetIteratorDirection(iterlist_t *list, iterlist_iterator_direction_t direction); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_ITERLIST_H */ doomsday-1.14.5/doomsday/plugins/common/include/fi_lib.h0000664000175000017500000000642212350542240022516 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2004-2010 Jaakko Keränen *\author Copyright © 2005-2010 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Helper routines and LIFO stack (wrapper interface) functionality for * use in conjunction with the Doomsday Engine's InFine API. */ #ifndef LIBCOMMON_INFINE_LIB #define LIBCOMMON_INFINE_LIB #include "d_net.h" #ifdef __cplusplus extern "C" { #endif /** * @defgroup finaleMode Finale Mode. */ /*@{*/ typedef enum { FIMODE_NORMAL = 0, FIMODE_OVERLAY, FIMODE_BEFORE, FIMODE_AFTER } finale_mode_t; /*@}*/ /** * Called during engine initialization to register any ccmds and cvars * used by this library. */ void FI_StackRegister(void); /// Initialize the LIFO stack functionality. void FI_StackInit(void); /// Shutdown the LIFO stack functionality. void FI_StackShutdown(void); /** * Push a new set of Finale commands onto the LIFO stack, suspending any * existing Finale on the stack until command interpretation completes. * The script will have no definition ID on the stack; you can start an * unlimited number of instances of the script. * * @param commands One or more Finale (script) commands to be executed. * @param flags @ref finaleFlags * @param mode @ref finaleMode */ void FI_StackExecute(const char* commands, int flags, finale_mode_t mode); /** * Push a new set of Finale commands onto the LIFO stack, suspending any * existing Finale on the stack until command interpretation completes. * If a script with the same definition ID is already on the stack, the * script is not started. * * @param commands One or more Finale (script) commands to be executed. * @param flags @ref finaleFlags * @param mode @ref finaleMode * @param defId Script's definition ID. */ void FI_StackExecuteWithId(const char* scriptSrc, int flags, finale_mode_t mode, const char* defId); /** * Clear the LIFO Finale stack of any active scripts. */ void FI_StackClear(void); /** * Completely clear the LIFO Finale stack including any suspended scripts. */ void FI_StackClearAll(void); /// @return @c true if there is one or more active Finale on the stack. dd_bool FI_StackActive(void); /// @return @c true iff the skip was done. dd_bool FI_RequestSkip(void); /// @return @c true iff the event should open the menu. dd_bool FI_IsMenuTrigger(void); int FI_PrivilegedResponder(const void* ev); void NetCl_UpdateFinaleState(Reader* msg); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_INFINE_LIB */ doomsday-1.14.5/doomsday/plugins/common/include/thinkerinfo.h0000664000175000017500000000505312350542240023611 0ustar jaakkojaakko/** @file thinkerinfo.h Game save thinker info. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_SAVESTATE_THINKERINFO_H #define LIBCOMMON_SAVESTATE_THINKERINFO_H #include "common.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif /** * Original indices must remain unchanged! * Added new think classes to the end. */ typedef enum thinkclass_e { TC_NULL = -1, TC_END, TC_MOBJ, TC_XGMOVER, TC_CEILING, TC_DOOR, TC_FLOOR, TC_PLAT, #if __JHEXEN__ TC_INTERPRET_ACS, TC_FLOOR_WAGGLE, TC_LIGHT, TC_PHASE, TC_BUILD_PILLAR, TC_ROTATE_POLY, TC_MOVE_POLY, TC_POLY_DOOR, #else TC_FLASH, TC_STROBE, # if __JDOOM__ || __JDOOM64__ TC_GLOW, TC_FLICKER, # if __JDOOM64__ TC_BLINK, # endif # else TC_GLOW, # endif #endif TC_MATERIALCHANGER, TC_SCROLL, NUMTHINKERCLASSES } thinkerclass_t; #ifdef __cplusplus // Thinker Save flags #define TSF_SERVERONLY 0x01 ///< Only saved by servers. typedef void (*WriteThinkerFunc)(thinker_t *, MapStateWriter *msw); typedef int (*ReadThinkerFunc)(thinker_t *, MapStateReader *msr); struct ThinkerClassInfo { thinkerclass_t thinkclass; thinkfunc_t function; int flags; WriteThinkerFunc writeFunc; ReadThinkerFunc readFunc; size_t size; }; /** * Returns the info for the specified thinker @a tClass; otherwise @c 0 if not found. */ ThinkerClassInfo *SV_ThinkerInfoForClass(thinkerclass_t tClass); /** * Returns the info for the specified thinker; otherwise @c 0 if not found. */ ThinkerClassInfo *SV_ThinkerInfo(thinker_t const &thinker); #endif #endif // LIBCOMMON_SAVESTATE_THINKERINFO_H doomsday-1.14.5/doomsday/plugins/common/include/hu_msg.h0000664000175000017500000000453512350542240022557 0ustar jaakkojaakko/** * @file hu_msg.h * Important state change messages. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_HUD_MESSAGE_H #define LIBCOMMON_HUD_MESSAGE_H #include "common.h" #ifdef __cplusplus extern "C" { #endif typedef enum { MSG_CANCEL = -1, MSG_NO, MSG_YES, NUM_MESSAGE_RESPONSES } msgresponse_t; typedef int (C_DECL *msgfunc_t) (msgresponse_t response, int userValue, void* userPointer); typedef enum { MSG_ANYKEY, MSG_YESNO, NUM_MESSAGE_TYPES } msgtype_t; /** * Called during the PreInit of each game during start up. * Register Cvars and CCmds for the important messages. */ void Hu_MsgRegister(void); /** * Called during init. */ void Hu_MsgInit(void); /** * Called during engine shutdown. */ void Hu_MsgShutdown(void); /** * Updates on Game Tick. */ void Hu_MsgTicker(void); /** * If an "any key" message is active, respond to the event. */ int Hu_MsgResponder(event_t* ev); /** * Draw any active message. */ void Hu_MsgDrawer(void); dd_bool Hu_IsMessageActive(void); dd_bool Hu_IsMessageActiveWithCallback(msgfunc_t callback); /** * Begin a new game state message/question. */ void Hu_MsgStart(msgtype_t type, const char* msg, msgfunc_t callback, int userValue, void* userPointer); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_HUD_MESSAGE_H doomsday-1.14.5/doomsday/plugins/common/include/p_saveg.h0000664000175000017500000000514712350542240022721 0ustar jaakkojaakko/** @file p_saveg.h Common game-save state management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_SAVESTATE_H #define LIBCOMMON_SAVESTATE_H #ifdef __cplusplus #include "common.h" class MapStateWriter; class MapStateReader; DENG_EXTERN_C int saveToRealPlayerNum[MAXPLAYERS]; #if __JHEXEN__ typedef struct targetplraddress_s { void **address; struct targetplraddress_s *next; } targetplraddress_t; DENG_EXTERN_C targetplraddress_t *targetPlayerAddrs; void SV_InitTargetPlayers(); void SV_ClearTargetPlayers(); #endif /** * Update mobj flag values from those used in legacy game-save formats * to their current values. * * To be called after loading a legacy game-save for each mobj loaded. * * @param mo Mobj whoose flags are to be updated. * @param ver The MOBJ save version to update from. */ void SV_TranslateLegacyMobjFlags(mobj_t *mo, int ver); typedef struct playerheader_s { int numPowers; int numKeys; int numFrags; int numWeapons; int numAmmoTypes; int numPSprites; #if __JDOOM64__ || __JHERETIC__ || __JHEXEN__ int numInvItemTypes; #endif #if __JHEXEN__ int numArmorTypes; #endif #ifdef __cplusplus void write(Writer *writer); void read(Reader *reader, int saveVersion); #endif } playerheader_t; void SV_WriteLine(Line *line, MapStateWriter *msw); void SV_ReadLine(Line *line, MapStateReader *msr); void SV_WriteSector(Sector *sec, MapStateWriter *msw); void SV_ReadSector(Sector *sec, MapStateReader *msr); #if !__JHEXEN__ /** * Saves a snapshot of the world, a still image. * No data of movement is included (server sends it). */ void SV_SaveGameClient(uint gameId); void SV_LoadGameClient(uint gameId); #endif #endif // __cplusplus #endif // LIBCOMMON_SAVESTATE_H doomsday-1.14.5/doomsday/plugins/common/include/p_floor.h0000664000175000017500000000740412350542240022733 0ustar jaakkojaakko/** @file p_floor.h Common playsim routines relating to moving floors. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_THINKER_FLOOR_H #define LIBCOMMON_THINKER_FLOOR_H #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define FLOORSPEED (1) typedef enum { FS_DOWN = -1, // Moving down. FS_WAIT, // Currently unused. FS_UP // Moving up. } floorstate_e; typedef enum { FT_LOWER, // Lower floor to highest surrounding floor. FT_LOWERTOLOWEST, // Lower floor to lowest surrounding floor. #if __JHEXEN__ FT_LOWERBYVALUE, #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ FT_LOWERTURBO, // Lower floor to highest surrounding floor VERY FAST. #endif #if __JDOOM64__ FT_TOHIGHESTPLUS8, // jd64 FT_TOHIGHESTPLUSBITMIP, // jd64 FT_CUSTOMCHANGESEC, // jd64 #endif FT_RAISEFLOOR, // Raise floor to lowest surrounding CEILING. FT_RAISEFLOORTONEAREST, // Raise floor to next highest surrounding floor. #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ FT_RAISETOTEXTURE, // Raise floor to shortest height texture around it. FT_LOWERANDCHANGE, // Lower floor to lowest surrounding floor and change floorpic. FT_RAISE24, FT_RAISE24ANDCHANGE, #endif #if __JHEXEN__ FT_RAISEFLOORBYVALUE, #endif FT_RAISEFLOORCRUSH, #if __JDOOM__ || __JDOOM64__ FT_RAISEFLOORTURBO, // Raise to next highest floor, turbo-speed. #endif #if __JDOOM__ || __JDOOM64__ || __JHERETIC__ FT_RAISEDONUT, #endif #if __JDOOM__ || __JDOOM64__ FT_RAISE512, #endif #if __JDOOM64__ FT_RAISE32, // jd64 #endif #if __JHERETIC__ || __JHEXEN__ FT_RAISEBUILDSTEP, #endif #if __JHEXEN__ FT_RAISEBYVALUEMUL8, FT_LOWERBYVALUEMUL8, FT_LOWERMUL8INSTANT, FT_RAISEMUL8INSTANT, FT_TOVALUEMUL8, #endif NUMFLOORTYPES } floortype_e; typedef struct floor_s { thinker_t thinker; floortype_e type; dd_bool crush; Sector *sector; floorstate_e state; int newSpecial; Material *material; coord_t floorDestHeight; float speed; #if __JHEXEN__ int delayCount; int delayTotal; coord_t stairsDelayHeight; coord_t stairsDelayHeightDelta; coord_t resetHeight; short resetDelay; short resetDelayCount; #endif #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } floor_t; #ifdef __cplusplus extern "C" { #endif void T_MoveFloor(void *floorThinker); /** * Handle moving floors. */ #if __JHEXEN__ int EV_DoFloor(Line *li, byte *args, floortype_e type); #else int EV_DoFloor(Line *li, floortype_e type); #endif #if __JHEXEN__ int EV_DoFloorAndCeiling(Line *li, byte *args, int ftype, int ctype); #elif __JDOOM64__ int EV_DoFloorAndCeiling(Line *li, int ftype, int ctype); #endif #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_THINKER_FLOOR_H doomsday-1.14.5/doomsday/plugins/common/include/gamesession.h0000664000175000017500000001445412350542240023613 0ustar jaakkojaakko/** @file gamesession.h Logical game session and saved session marshalling. * * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_GAMESESSION_H #define LIBCOMMON_GAMESESSION_H #include #include #include "doomsday.h" #include "gamerules.h" namespace common { /** * Implements high level logic for the manipulation and configuration of the logical game session. * * An internal backing store is used to record player progress automatically, whenever the current * map changes while the session is in progress. This occurs irrespective of the user's savegame * preferences. Additionally, the user may configure the game so that the internal backing store * is periodically (e.g., when the map changes) copied to a new "autosave" automatically. * * The "scope" of a continous game session progression depends on the configuration of the World * and the Maps within it. Upon leaving one map and entering another, if both are attributed to * the same logical "hub" then the current state of the map is written to the backing store so * that it may be reloaded later if the player(s) decide to revisit. However, if the new map is * in another hub, or no hub is defined, then all saved map progress for current hub is discarded. * * Note that the use of hubs is not required and some games may not use them at all (e.g., DOOM). * * @ingroup libcommon */ class GameSession : public de::game::Session { public: GameSession(); virtual ~GameSession(); /// Returns the singleton instance. static GameSession &gameSession(); /// Register the commands and variables of this module. static void consoleRegister(); bool hasBegun(); bool savingPossible(); bool loadingPossible(); /** * Returns the current ruleset for the game session. */ GameRuleset const &rules() const; /** * To be called when a new game begins to effect the game rules. Note that some * of the rules may be overridden here (e.g., in a networked game). * * @todo Prevent this outright if the game session is already in progress! */ void applyNewRules(GameRuleset const &rules); /** * Determines whether saved game progress will be restored when the current map is reloaded, * according to the current game state and user configuration. */ bool progressRestoredOnReload() const; /** * End the game session (if in progress). * @see hasBegun() */ void end(); /** * End the game session (if in progress) and begin the title sequence. * @see end(), hasBegun() */ void endAndBeginTitle(); /** * Configure and begin a new game session. Note that a @em new session cannot @em begin if * one already @ref hasBegun() (if so, the session must be ended first). * * @param mapUri Map identifier. * @param mapEntrance Logical map entry point number. * @param rules Game rules to apply. * * @throws InProgressError if the session has already begun. */ void begin(Uri const &mapUri, uint mapEntrance, GameRuleset const &rules); /** * Reload the @em current map, automatically loading any saved progress from the backing * store if @ref progressRestoredOnReload(). If no saved progress exists then the map will * be in the default state. */ void reloadMap(); /** * Leave the @em current map (automatically saving progress to the backing store) and then * load up the next map according to the defined game progression. */ void leaveMap(); /** * Convenient method of looking up the user description of the game session in progress. * * @return User description of the session if it @ref hasBegun() or a zero-length string. */ de::String userDescription(); public: // Saved session management ---------------------------------------------------------- /** * Save the current game state to a new @em user saved session. * * @param saveName Name of the new saved session. * @param userDescription Textual description of the current game state provided either * by the user or possibly generated automatically. */ void save(de::String const &saveName, de::String const &userDescription); /** * Load the game state from the @em user saved session specified. * * @param saveName Name of the saved session to be loaded. */ void load(de::String const &saveName); /** * Makes a copy of the @em user saved session specified in /home/savegames/ * * @param destName Name of the new/replaced saved session. * @param sourceName Name of the saved session to be copied. */ void copySaved(de::String const &destName, de::String const &sourceName); /** * Removes the @em user saved session /home/savegames//<@a saveName>.save */ void removeSaved(de::String const &saveName); /** * Convenient method of looking up the @em user description of an existing saved session. * * @param saveName Name of the saved session to lookup. * * @return User description of the named session or a zero-length string if not found. */ de::String savedUserDescription(de::String const &saveName); private: DENG2_PRIVATE(d) }; } // namespace common /** * Macro for conveniently accessing the common::GameSession singleton instance. */ #define COMMON_GAMESESSION (&common::GameSession::gameSession()) #endif // LIBCOMMON_GAMESESSION_H doomsday-1.14.5/doomsday/plugins/common/include/m_argv.h0000664000175000017500000000203012350542240022534 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_argv.h: */ #ifndef __M_ARGV__ #define __M_ARGV__ #define myargc CommandLine_Count() #define M_CheckParm gi.CheckParm #endif doomsday-1.14.5/doomsday/plugins/common/include/thingarchive.h0000664000175000017500000000465112350542240023747 0ustar jaakkojaakko/** @file thingarchive.h Map save state thing archive. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_THINGARCHIVE_H #define LIBCOMMON_THINGARCHIVE_H #include "common.h" /** * @ingroup libcommon */ class ThingArchive { public: /// Unique identifier associated with each archived thing. #if __JHEXEN__ typedef int SerialId; #else typedef ushort SerialId; #endif public: ThingArchive(int version = 0); int version() const; bool excludePlayers() const; uint size() const; void clear(); void initForLoad(uint size); void initForSave(bool excludePlayers); /** * To be called when writing a game state to acquire a unique identifier for * the specified @a mobj from the thing archive. If the given mobj is already * present in the archived, the existing archive Id is returned. * * @param mobj Mobj to lookup the archive Id for. * * @return Identifier for the specified mobj (may be zero). */ SerialId serialIdFor(struct mobj_s const *mobj); void insert(struct mobj_s const *mobj, SerialId serialId); /** * To be called after reading a game state has been read to lookup a pointer * to the mobj which is associated with the specified @a thingId. * * @param serialId Unique identifier for the mobj in the thing archive. * * @return Pointer to the associated mobj; otherwise @c 0 (not archived). */ struct mobj_s *mobj(SerialId serialId, void *address); private: DENG2_PRIVATE(d) }; #endif // LIBCOMMON_P_ACTOR_H doomsday-1.14.5/doomsday/plugins/common/include/d_netcl.h0000664000175000017500000000454312350542240022704 0ustar jaakkojaakko/** @file d_netcl.h Common code related to netgames (client-side). * @ingroup client * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_D_NETCL_H #define LIBCOMMON_D_NETCL_H #include "d_net.h" #ifdef __cplusplus extern "C" { #endif void NetCl_UpdateGameState(Reader *msg); void NetCl_PlayerSpawnPosition(Reader *msg); void NetCl_UpdateTotalCounts(Reader *msg); void NetCl_UpdatePlayerState(Reader *msg, int plrNum); void NetCl_UpdatePlayerState2(Reader *msg, int plrNum); void NetCl_UpdatePSpriteState(Reader *msg); /** * Set the jump power used in client mode. */ void NetCl_UpdateJumpPower(Reader *msg); void NetCl_Intermission(Reader *msg); void NetCl_LocalMobjState(Reader *msg); /** * Clients have other players' info, but it's only "FYI"; they don't really need it. */ void NetCl_UpdatePlayerInfo(Reader *msg); void NetCl_SaveGame(Reader *msg); void NetCl_LoadGame(Reader *msg); void NetCl_Paused(Reader *msg); void NetCl_MobjImpulse(Reader *msg); void NetCl_SendPlayerInfo(void); void NetCl_PlayerActionRequest(player_t *player, int actionType, int actionParam); void NetCl_DamageRequest(mobj_t *target, mobj_t *inflictor, mobj_t *source, int damage); /** * Send a GPT_CHEAT_REQUEST packet to the server. If the server is allowing netgame cheating, * the cheat will be executed on the server. */ void NetCl_CheatRequest(char const *command); void NetCl_FloorHitRequest(player_t *player); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_D_NETCL_H doomsday-1.14.5/doomsday/plugins/common/include/p_inventory.h0000664000175000017500000001032212350542240023640 0ustar jaakkojaakko/** @file p_inventory.h Common code for player inventory. * * @note The visual representation of the inventory is handled elsewhere. * * @authors Copyright © 2007-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #if __JHERETIC__ || __JHEXEN__ || __JDOOM64__ #ifndef LIBCOMMON_PLAY_INVENTORY_H #define LIBCOMMON_PLAY_INVENTORY_H #include "common.h" // Inventory Item Flags: #define IIF_USE_PANIC 0x1 // Item is usable when panicked. #define IIF_READY_ALWAYS 0x8 // Item is always "ready" (i.e., usable). typedef struct { int gameModeBits; // Game modes the item is available in. byte flags; char niceName[32]; char action[32]; char useSnd[32]; char patch[9]; int hotKeyCtrlIdent; } def_invitem_t; typedef struct { inventoryitemtype_t type; textenum_t niceName; acfnptr_t action; sfxenum_t useSnd; patchid_t patchId; } invitem_t; DENG_EXTERN_C int didUseItem; #ifdef __cplusplus extern "C" { #endif /** * Called during (post-game) init and after updating game/engine state. */ void P_InitInventory(void); /** * Called once, during shutdown. */ void P_ShutdownInventory(void); invitem_t const *P_GetInvItem(int id); def_invitem_t const *P_GetInvItemDef(inventoryitemtype_t type); /** * Should be called only outside of normal play (e.g., when starting a new * game or similar). * * @param player Player to empty the inventory of. */ void P_InventoryEmpty(int player); /** * Give one item of the specified type to the player. * * @param player Player to give the item to. * @param type Type of item to give. * @param silent Non-zero = don't alert the player. * * @return Non-zero iff an item of the specified type was successfully given to the player. */ int P_InventoryGive(int player, inventoryitemtype_t type, int silent); /** * Take one of the specified items from the player (if owned). * * @param player Player to take the item from. * @param type Type of item being taken. * @param silent Non-zero = don't alert the player. * * @return Non-zero iff an item of the specified type was successfully taken from the player. */ int P_InventoryTake(int player, inventoryitemtype_t type, int silent); /** * Attempt to use an item of the specified type. * * @param player Player using the item. * @param type The type of item being used ELSE * IIT_NONE = Ignored. * NUM_INVENTORYITEM_TYPES = Panic. Use one of everything!! * @param silent Non-zero - don't alert the player. * * @return Non-zero iff one (or more) item was successfully used by the player. */ int P_InventoryUse(int player, inventoryitemtype_t type, int silent); /** * Attempt to ready an item (or unready a currently readied item). * * @param player Player to change the ready item of. * @param type Item type to be readied. * * @return Non-zero iff successful. */ int P_InventorySetReadyItem(int player, inventoryitemtype_t type); /** * Returns the currently readied item, else @c IIT_NONE. */ inventoryitemtype_t P_InventoryReadyItem(int player); /** * Returns the number of items possessed by the player. * * @param player Player to check the inventory of. * @param type Type requirement, limits the count to the specified type. * @c IIT_NONE= count all. */ uint P_InventoryCount(int player, inventoryitemtype_t type); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_PLAY_INVENTORY_H #endif // __JHERETIC__ || __JHEXEN__ || __JDOOM64__ doomsday-1.14.5/doomsday/plugins/common/include/g_controls.h0000664000175000017500000001031212350542240023434 0ustar jaakkojaakko/**\file g_controls.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Common code for game controls */ #ifndef LIBCOMMON_CONTROLS_H #define LIBCOMMON_CONTROLS_H // Control identifiers. enum { CTL_SPEED = CTL_FIRST_GAME_CONTROL, //CTL_STRAFE, CTL_LOOK_CENTER, CTL_LOOK_PITCH, ///< Absolute lookdir pitch. CTL_HEAD_YAW, ///< Offset applied to viewing direction only (yaw); not body turn angle. CTL_BODY_YAW, ///< Absolute offset applied to player angle. CTL_FALL_DOWN, CTL_USE, CTL_ATTACK, CTL_JUMP, CTL_WEAPON1, CTL_WEAPON2, CTL_WEAPON3, CTL_WEAPON4, CTL_WEAPON5, CTL_WEAPON6, CTL_WEAPON7, CTL_WEAPON8, CTL_WEAPON9, #if __JDOOM64__ CTL_WEAPON10, #endif CTL_WEAPON0, CTL_NEXT_WEAPON, CTL_PREV_WEAPON, #if __JHERETIC__ || __JHEXEN__ CTL_USE_ITEM, CTL_NEXT_ITEM, CTL_PREV_ITEM, CTL_PANIC, #endif #if __JHERETIC__ CTL_TOME_OF_POWER, CTL_INVISIBILITY, CTL_FLY, CTL_TORCH, CTL_HEALTH, CTL_SUPER_HEALTH, CTL_TELEPORT, CTL_FIREBOMB, CTL_INVULNERABILITY, CTL_EGG, #endif #if __JHEXEN__ CTL_FLY, CTL_TORCH, CTL_HEALTH, CTL_MYSTIC_URN, CTL_KRATER, CTL_SPEED_BOOTS, CTL_BLAST_RADIUS, CTL_TELEPORT, CTL_TELEPORT_OTHER, CTL_FIREBOMB, CTL_POISONBAG, CTL_INVULNERABILITY, CTL_DARK_SERVANT, CTL_EGG, #endif CTL_MAP, CTL_MAP_PAN_X, CTL_MAP_PAN_Y, CTL_MAP_ZOOM, CTL_MAP_ZOOM_MAX, CTL_MAP_FOLLOW, CTL_MAP_ROTATE, CTL_MAP_MARK_ADD, CTL_MAP_MARK_CLEAR_ALL, CTL_HUD_SHOW, CTL_SCORE_SHOW, CTL_LOG_REFRESH }; // This structure replaced ticcmd as the place where players store the intentions // of their human operators. typedef struct playerbrain_s { float forwardMove; // 1.0 for maximum movement float sideMove; // 1.0 for maximum movement float upMove; // 1.0 for maximum movement int changeWeapon; // WT_NOCHANGE, or the weapon to change to int cycleWeapon; // +1 or -1 #if __JHERETIC__ || __JHEXEN__ int cycleInvItem; // +1 or -1 #endif // Bits: uint speed : 1; uint use : 1; uint lunge : 1; uint attack : 1; uint lookCenter : 1; uint fallDown : 1; uint jump : 1; uint mapToggle : 1; uint mapZoomMax : 1; uint mapFollow : 1; uint mapRotate : 1; uint mapMarkAdd : 1; uint mapMarkClearAll : 1; uint hudShow : 1; uint scoreShow : 1; uint doReborn: 1; // Set when the player wishes to be reborn. #if __JHERETIC__ || __JHEXEN__ uint useInvItem: 1; #endif uint logRefresh: 1; } playerbrain_t; #ifdef __cplusplus extern "C" { #endif /** * Register the CVars and CCmds for input/controls. */ void G_ControlRegister(void); void G_DefineControls(void); void G_DefaultBindings(void); void G_RegisterBindClasses(void); void G_ControlReset(int pnum); float G_GetLookOffset(int pnum); void G_ResetLookOffset(int pnum); void P_PlayerThinkHeadTurning(int pnum, timespan_t ticLength); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_CONTROLS_H */ doomsday-1.14.5/doomsday/plugins/common/include/p_map.h0000664000175000017500000001520312350542240022363 0ustar jaakkojaakko/** @file p_map.h Common play/maputil functions. * * @authors Copyright © 1999-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_P_MAP_H #define LIBCOMMON_P_MAP_H #include "common.h" DENG_EXTERN_C dd_bool tmFloatOk; ///< @c true= move would be ok if within "tmFloorZ - tmCeilingZ". DENG_EXTERN_C coord_t tmFloorZ; DENG_EXTERN_C coord_t tmCeilingZ; DENG_EXTERN_C dd_bool tmFellDown; DENG_EXTERN_C Line *tmCeilingLine; DENG_EXTERN_C Line *tmFloorLine; DENG_EXTERN_C Line *tmBlockingLine; #if __JHEXEN__ DENG_EXTERN_C mobj_t *tmBlockingMobj; #endif DENG_EXTERN_C mobj_t *lineTarget; // Who got hit (or NULL). #if __JHEXEN__ DENG_EXTERN_C mobj_t *PuffSpawned; #endif #ifdef __cplusplus extern "C" { #endif /** * Look from eyes of the @a beholder to any part of the @a target. * * @param beholder Mobj doing the looking. * @param target Mobj being looked at. * * @return @c true iff an unobstructed line of sight exists from @a beholder * to the @a target. */ dd_bool P_CheckSight(mobj_t const *beholder, mobj_t const *target); /** * This is purely informative, nothing is modified (except things picked up). * * in: * a mobj_t (can be valid or invalid) * a position to be checked * (doesn't need to be related to the mobj_t->x,y) * * during: * special things are touched if MF_PICKUP early out on solid lines? * * out: * tmFloorZ * tmCeilingZ * tmDropoffZ - the lowest point contacted (monsters won't move to a drop off) */ dd_bool P_CheckPositionXYZ(mobj_t *thing, coord_t x, coord_t y, coord_t z); dd_bool P_CheckPosition(mobj_t *thing, coord_t const pos[3]); dd_bool P_CheckPositionXY(mobj_t *thing, coord_t x, coord_t y); /** * Source is the creature that caused the explosion at @a bomb. * * @param afflictSource @c true= the @a source is not immune to damage. */ #if __JHEXEN__ void P_RadiusAttack(mobj_t *bomb, mobj_t *source, int damage, int distance, dd_bool afflictSource); #else void P_RadiusAttack(mobj_t *bomb, mobj_t *source, int damage, int distance); #endif /** * Attempts to move a mobj to a new 3D position, crossing special lines * and picking up things. * * @note This function is exported from the game plugin. * * @param mobj Mobj to move. * @param x New X coordinate. * @param y New Y coordinate. * @param z New Z coordinate. * * @return @c true iff the move was successful. */ dd_bool P_TryMoveXYZ(mobj_t *mobj, coord_t x, coord_t y, coord_t z); #if !__JHEXEN__ dd_bool P_TryMoveXY(mobj_t *thing, coord_t x, coord_t y, dd_bool dropoff, dd_bool slide); #else dd_bool P_TryMoveXY(mobj_t *thing, coord_t x, coord_t y); #endif /** * Kills anything occupying the position. * * @return @c true iff the move was successful. */ dd_bool P_TeleportMove(mobj_t *thing, coord_t x, coord_t y, dd_bool alwaysStomp); void P_TelefragMobjsTouchingPlayers(void); /** * @todo The momx / momy move is bad, so try to slide along a wall. * Find the first line hit, move flush to it, and slide along it * * This is a kludgy mess. * * @param mo The mobj to attempt the slide move. */ void P_SlideMove(mobj_t *mo); /** * Looks for special lines in front of the player to activate. * * @param player The player to test. */ void P_UseLines(player_t *player); /** * @param sector The sector to check. * @param crush Hexen: amount of crush damage to apply. * Other games: apply fixed crush damage if @c > 0. */ dd_bool P_ChangeSector(Sector *sector, int crush); /** * This is called by the engine when it needs to change sector heights without * consulting game logic first. Most commonly this occurs on clientside, where * the client needs to apply plane height changes as per the deltas. * * @param sectorIdx Index of the sector to update. */ void P_HandleSectorHeightChange(int sectorIdx); float P_AimLineAttack(mobj_t *t1, angle_t angle, coord_t distance); /** * @param damage @c 0= Perform a test trace that will leave lineTarget set. */ void P_LineAttack(mobj_t *t1, angle_t angle, coord_t distance, coord_t slope, int damage, mobjtype_t puffType); coord_t P_GetGravity(void); /** * This routine checks for Lost Souls trying to be spawned across 1-sided * lines, impassible lines, or "monsters can't cross" lines. * * Draw an imaginary line between the PE and the new Lost Soul spawn spot. * If that line crosses a 'blocking' line, then disallow the spawn. Only * search lines in the blocks of the blockmap where the bounding box of the * trajectory line resides. Then check bounding box of the trajectory vs * the bounding box of each blocking line to see if the trajectory and the * blocking line cross. Then check the PE and LS to see if they are on * different sides of the blocking line. If so, return true otherwise * false. */ dd_bool P_CheckSides(mobj_t *actor, coord_t x, coord_t y); #if __JHERETIC__ || __JHEXEN__ /** * @param mo The mobj whoose position to test. * @return dd_bool @c true iff the mobj is not blocked by anything. */ dd_bool P_TestMobjLocation(mobj_t *mobj); #endif #if __JHEXEN__ void P_BounceWall(mobj_t *mobj); mobj_t *P_CheckOnMobj(mobj_t *mobj); /** * Stomp on any mobjs contacting the specified @a mobj. */ void P_ThrustSpike(mobj_t *mobj); /** * See if the specified player can use the specified puzzle item on a * thing or line(s) at their current world location. * * @param player The player using the puzzle item. * @param itemType The type of item to try to use. * @return dd_bool true if the puzzle item was used. */ dd_bool P_UsePuzzleItem(player_t *player, int itemType); /** * Count mobjs in the current map which meet the specified criteria. * * @param type Mobj type. * @param tid Thinker id. */ int P_MobjCount(int type, int tid); #endif // __JHEXEN__ #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_P_MAP_H doomsday-1.14.5/doomsday/plugins/common/include/xgclass.h0000664000175000017500000000642112350542240022735 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * xgclass.h: */ #ifndef __XG_LINE_CLASSES_H__ #define __XG_LINE_CLASSES_H__ // When the common playsim is in place - Doomsday will call the // the XG Class Funcs which are owned by the game. // iparm string mapping identifiers #define MAP_SND 0x01000000 #define MAP_MUS 0x02000000 #define MAP_MATERIAL 0x04000000 #define MAP_MASK 0x00ffffff enum { XGPF_INT, XGPF_FLOAT, XGPF_STRING }; typedef struct { int flags; char name[128]; char flagPrefix[20]; int map; } xgclassparm_t; typedef enum { TRAV_NONE, // The class func is executed once only, WITHOUT any traversal TRAV_LINES, TRAV_PLANES, TRAV_SECTORS /* Actually traverses planes but pretends to the user that its traversing sectors via XG_Dev messages (easier to comprehend) */ } xgtravtype; #ifndef C_DECL # if defined(WIN32) # define C_DECL __cdecl # elif defined(UNIX) # define C_DECL # endif #endif typedef struct xgclass_s{ // Do function (called during ref iteration) int (C_DECL *doFunc)(); // Init function (called once, before ref iteration) void (*initFunc)(Line *line); // what the class wants to traverse xgtravtype traverse; // the iparm numbers to use for ref traversal int travRef; int travData; int evTypeFlags; /* if > 0 the class only supports certain event types (which are flags on this var) */ const char* className; // txt string id xgclassparm_t iparm[20]; // iparms } xgclass_t; // Line type classes. Add new classes to the end! enum { LTC_NONE, // No action. LTC_CHAIN_SEQUENCE, LTC_PLANE_MOVE, LTC_BUILD_STAIRS, LTC_DAMAGE, LTC_POWER, LTC_LINE_TYPE, LTC_SECTOR_TYPE, LTC_SECTOR_LIGHT, LTC_ACTIVATE, LTC_KEY, LTC_MUSIC, // Change the music to play. LTC_LINE_COUNT, // Line activation count delta. LTC_LEAVE_MAP, LTC_DISABLE_IF_ACTIVE, LTC_ENABLE_IF_ACTIVE, LTC_EXPLODE, // Explodes the activator. LTC_PLANE_MATERIAL, LTC_WALL_MATERIAL, LTC_COMMAND, LTC_SOUND, // Play a sector sound. LTC_MIMIC_SECTOR, LTC_TELEPORT, LTC_LINE_TELEPORT, NUMXGCLASSES }; #endif doomsday-1.14.5/doomsday/plugins/common/include/am_map.h0000664000175000017500000001441212350542240022522 0ustar jaakkojaakko/** @file am_map.h UI Automap widget. * * @authors Copyright © 2005-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_AUTOMAP_CONFIG #define LIBCOMMON_AUTOMAP_CONFIG #define AUTOMAP_OPEN_SECONDS (.3f) #if __JDOOM__ || __JDOOM64__ #define BLACK (0) #define WHITE (256-47) #define REDS (256-5*16) #define GREENS (7*16) #define YELLOWS (256-32+7) #define GRAYS (6*16) #define BROWNS (4*16) #define WALLCOLORS REDS #define TSWALLCOLORS GRAYS #define CDWALLCOLORS YELLOWS #define FDWALLCOLORS BROWNS #define THINGCOLORS GREENS #define BACKGROUND BLACK // Keys for Baby Mode #define KEY1_COLOR (197) // Blue Key #define KEY2_COLOR (256-5*16) // Red Key #define KEY3_COLOR (256-32+7) // Yellow Key #define KEY4_COLOR (256-32+7) // Yellow Skull #define KEY5_COLOR (256-5*16) // Red Skull #define KEY6_COLOR (197) // Blue Skull #define AM_PLR1_COLOR GREENS #define AM_PLR2_COLOR GRAYS #define AM_PLR3_COLOR BROWNS #define AM_PLR4_COLOR REDS #endif #ifdef __JHERETIC__ #define BLACK (0) #define WHITE (4*8) #define REDS (12*8) #define GREENS (33*8) #define YELLOWS (10*8) #define GRAYS (5*8) #define BROWNS (14*8-2) #define PARCH (13*8-1) #define WALLCOLORS REDS #define TSWALLCOLORS GRAYS #define CDWALLCOLORS YELLOWS #define FDWALLCOLORS BROWNS #define THINGCOLORS (4) #define BACKGROUND PARCH // Keys for Baby Mode #define KEY1_COLOR (144) // Green Key #define KEY2_COLOR (197) // Yellow Key #define KEY3_COLOR (220) // Blue Key #define AM_PLR1_COLOR (220) #define AM_PLR2_COLOR (197) #define AM_PLR3_COLOR (150) #define AM_PLR4_COLOR (144) #endif #ifdef __JHEXEN__ // For use if I do walls with outsides/insides #define REDS (12*8) #define BLUES (256-4*16+8) #define GREENS (33*8) #define GRAYS (5*8) #define BROWNS (14*8) #define YELLOWS (10*8) #define BLACK (0) #define WHITE (4*8) #define PARCH (13*8-1) #define BLOODRED (177) // Automap colors #define BACKGROUND PARCH #define WALLCOLORS (83) // REDS #define TSWALLCOLORS GRAYS #define FDWALLCOLORS (96) // BROWNS #define CDWALLCOLORS (107) // YELLOWS #define THINGCOLORS (255) #define SECRETWALLCOLORS WALLCOLORS #define BORDEROFFSET (4) // Automap colors #define AM_PLR1_COLOR (157) // Blue #define AM_PLR2_COLOR (177) // Red #define AM_PLR3_COLOR (137) // Yellow #define AM_PLR4_COLOR (198) // Green #define AM_PLR5_COLOR (215) // Jade #define AM_PLR6_COLOR (32) // White #define AM_PLR7_COLOR (106) // Hazel #define AM_PLR8_COLOR (234) // Purple #define KEY1 (197) // HEXEN - #define KEY2 (144) // HEXEN - #define KEY3 (220) // HEXEN - #endif typedef enum { AMO_NONE = -1, AMO_THING = 0, AMO_THINGPLAYER, AMO_UNSEENLINE, AMO_SINGLESIDEDLINE, AMO_TWOSIDEDLINE, AMO_FLOORCHANGELINE, AMO_CEILINGCHANGELINE, AMO_NUMOBJECTS } automapcfg_objectname_t; typedef enum glowtype_e { GLOW_NONE, GLOW_BOTH, GLOW_BACK, GLOW_FRONT } glowtype_t; enum { MOL_LINEDEF = 0, MOL_LINEDEF_TWOSIDED, MOL_LINEDEF_FLOOR, MOL_LINEDEF_CEILING, MOL_LINEDEF_UNSEEN, NUM_MAP_OBJECTLISTS }; #define AUTOMAPCFG_MAX_LINEINFO 32 typedef struct { int reqSpecial; int reqSided; int reqNotFlagged; int reqAutomapFlags; float rgba[4]; blendmode_t blendMode; float glowStrength, glowSize; glowtype_t glow; dd_bool scaleWithView; } automapcfg_lineinfo_t; typedef struct automapcfg_s { automapcfg_lineinfo_t lineInfo[AUTOMAPCFG_MAX_LINEINFO]; uint lineInfoCount; svgid_t vectorGraphicForPlayer; svgid_t vectorGraphicForThing; automapcfg_lineinfo_t mapObjectInfo[NUM_MAP_OBJECTLISTS]; } automapcfg_t; #ifdef __cplusplus extern "C" { #endif void ST_InitAutomapConfig(void); automapcfg_t* ST_AutomapConfig(void); void AM_GetMapColor(float *rgb, float const *uColor, int palidx, dd_bool customPal); automapcfg_lineinfo_t const *AM_GetInfoForLine(automapcfg_t *mcfg, automapcfg_objectname_t name); automapcfg_lineinfo_t const *AM_GetInfoForSpecialLine(automapcfg_t *mcfg, int special, int flags, Sector const *frontsector, Sector const *backsector, int automapFlags); void AM_GetColorAndOpacity(automapcfg_t *mcfg, automapcfg_objectname_t name, float *r, float *g, float *b, float *a); void AM_SetColorAndOpacity(automapcfg_t *mcfg, automapcfg_objectname_t name, float r, float g, float b, float a); svgid_t AM_GetVectorGraphic(automapcfg_t *mcfg, automapcfg_objectname_t name); void AM_SetVectorGraphic(automapcfg_t *mcfg, automapcfg_objectname_t name, svgid_t svg); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_AUTOMAP_CONFIG doomsday-1.14.5/doomsday/plugins/common/include/p_savedef.h0000664000175000017500000000413112350542240023221 0ustar jaakkojaakko/** @file p_savedef.h Common game-save state management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_SAVEGAME_DEFS_H #define LIBCOMMON_SAVEGAME_DEFS_H #define MY_SAVE_VERSION 14 #if __JDOOM__ # define MY_SAVE_MAGIC 0x1DEAD666 # define MY_CLIENT_SAVE_MAGIC 0x2DEAD666 # define CONSISTENCY 0x2c # define SAVEGAMENAME "DoomSav" # define CLIENTSAVEGAMENAME "DoomCl" # define NUMSAVESLOTS 8 #elif __JDOOM64__ # define MY_SAVE_MAGIC 0x1D6420F4 # define MY_CLIENT_SAVE_MAGIC 0x2D6420F4 # define CONSISTENCY 0x2c # define SAVEGAMENAME "D64Sav" # define CLIENTSAVEGAMENAME "D64Cl" # define NUMSAVESLOTS 8 #elif __JHERETIC__ # define MY_SAVE_MAGIC 0x7D9A12C5 # define MY_CLIENT_SAVE_MAGIC 0x1062AF43 # define CONSISTENCY 0x9d # define SAVEGAMENAME "HticSav" # define CLIENTSAVEGAMENAME "HticCl" # define NUMSAVESLOTS 8 #elif __JHEXEN__ # define MY_SAVE_MAGIC 0x1B17CC00 # define MY_CLIENT_SAVE_MAGIC 0x2B17CC00 # define SAVEGAMENAME "hex" # define CLIENTSAVEGAMENAME "hexencl" # define NUMSAVESLOTS 6 #endif #endif // LIBCOMMON_SAVEGAME_DEFS_H doomsday-1.14.5/doomsday/plugins/common/include/mapstatereader.h0000664000175000017500000000546212350542240024276 0ustar jaakkojaakko/** @file mapstatereader.h Common (native) saved map state reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_MAPSTATEREADER_H #define LIBCOMMON_MAPSTATEREADER_H #include "common.h" #include "thingarchive.h" #include #include /** * Performs native saved game map state deserialization. * * @ingroup libcommon * @see MapStateWriter */ class MapStateReader : public de::game::SavedSession::MapStateReader { public: MapStateReader(de::game::SavedSession const &session); virtual ~MapStateReader(); /** * Deserialize the saved map state. */ void read(de::String const &mapUriStr); /** * Returns the logical map version of the saved map state. */ int mapVersion(); /** * Returns the reader to use when deserializing the saved map state. */ Reader *reader(); /** * Lookup a pointer to a Mobj with the given @a serialId. */ struct mobj_s *mobj(ThingArchive::SerialId serialId, void *address) const; /** * Lookup a pointer to a Material with the given @a serialId. * * @param serialId Unique identifier for the material in the material archive. * @param group Used with previous versions of the material archive, which * separated materials into groups (0= Flats 1= Textures). * * @return Pointer to the associated material; otherwise @c 0 (not archived). */ Material *material(materialarchive_serialid_t serialId, int group) const; /** * Lookup a pointer to a Side with the given @a sideIndex. */ Side *side(int sideIndex) const; /** * Lookup a pointer to a player with the given @a serialId. */ struct player_s *player(int serialId) const; public: /// @todo refactor away: void addMobjToThingArchive(struct mobj_s *mobj, ThingArchive::SerialId); private: DENG2_PRIVATE(d) }; #endif // LIBCOMMON_MAPSTATEREADER_H doomsday-1.14.5/doomsday/plugins/common/include/saveslots.h0000664000175000017500000001324012350542240023311 0ustar jaakkojaakko/** @file saveslots.h Map of logical saved game session slots. * * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_SAVESLOTS_H #define LIBCOMMON_SAVESLOTS_H #include #include #include /** * Maps saved game session file names into a finite set of "save slots". * * @ingroup libcommon */ class SaveSlots { public: /// A missing/unknown slot was referenced. @ingroup errors DENG2_ERROR(MissingSlotError); /** * Logical save slot. */ class Slot { public: /// Logical saved session status: enum SessionStatus { Loadable, Incompatible, Unused }; public: Slot(de::String id, bool userWritable, de::String saveName, int menuWidgetId = 0); /** * Returns the logical status of the saved session associated with the logical save slot. */ SessionStatus sessionStatus() const; inline bool isLoadable() const { return sessionStatus() == Loadable; } inline bool isIncompatible() const { return sessionStatus() == Incompatible; } inline bool isUnused() const { return sessionStatus() == Unused; } /** * Returns @c true iff the logical save slot is user-writable. */ bool isUserWritable() const; /** * Returns the unique identifier/name for the logical save slot. */ de::String const &id() const; /** * Returns the absolute path of the saved session, bound to the logical save slot. */ de::String const &savePath() const; /** * Returns the name of the saved session, bound to the logical save slot. * @see savePath() */ inline de::String const saveName() const { return savePath().fileNameWithoutExtension(); } /** * Change the name of the saved session, bound to the logical save slot. * * @param newName New of the saved session to bind to. */ void bindSaveName(de::String newName); private: friend class SaveSlots; void setSavedSession(de::game::SavedSession *newSession); DENG2_PRIVATE(d) }; public: /** * Create a new (empty) set of save slots. */ SaveSlots(); /** * Add a new logical save slot. * * @param id Unique identifier for this slot. * @param userWritable @c true= allow the user to write to this slot. * @param saveName Name of the saved session to bind to this slot. * @param menuWidgetId Unique identifier of the game menu widget to associate this slot with. * Use @c 0 for none. */ void add(de::String const &id, bool userWritable, de::String const &saveName, int menuWidgetId = 0); /** * Returns the total number of logical save slots. */ int count() const; /// @copydoc count() inline int size() const { return count(); } /** * Returns @c true iff @a slotId is interpretable as a logical slot identifier. */ bool has(de::String const &slotId) const; /// @see slot() inline Slot &operator [] (de::String const &slotId) { return slot(slotId); } /** * Returns the logical save slot associated with @a slotId. * * @see has() */ Slot &slot(de::String const &slotId) const; /** * Returns the logical save slot associated with the saved session @a name specified. */ Slot *slotBySaveName(de::String const &name) const; /** * Returns the logical save slot associated with the @em first saved session with the * user @a description specified. */ Slot *slotBySavedUserDescription(de::String const &description) const; /** * Parse @a str and determine whether it references a logical save slot. * * @param str String to be parsed. Parse is divided into three passes. * Pass 1: Check for a known game-save description which matches this. * Search is in logical save slot creation order. * Pass 2: Check for keyword identifiers. * = The "auto save" slot. * = The last used slot. * = The currently nominated "quick save" slot. * Pass 3: Check for a unique save slot identifier. * * @return The referenced Slot otherwise @c 0. */ Slot *slotByUserInput(de::String const &str) const; /** * Register the console commands and variables of this module. * * - game-save-last-slot Last-used slot. Can be @c -1 (not set). * - game-save-quick-slot Nominated quick-save slot. Can be @c -1 (not set). */ static void consoleRegister(); private: DENG2_PRIVATE(d) }; typedef SaveSlots::Slot SaveSlot; #endif // LIBCOMMON_SAVESLOTS_H doomsday-1.14.5/doomsday/plugins/common/include/dmu_archiveindex.h0000664000175000017500000001104612350542240024606 0ustar jaakkojaakko/** @file common/dmu_archiveindex.h DMU (object) Archive Index. * * @authors Copyright © 2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_DMU_ARCHIVEINDEX_H #define LIBCOMMON_DMU_ARCHIVEINDEX_H #include #include #include "common.h" namespace dmu_lib { /** * An index of objects which can be looked up by @ref DMU_ARCHIVE_INDEX. * * @note Population of the index is deferred until it is first accessed. */ template class ArchiveIndex { public: /** * Create a new archive index for the specified DMU @a elementType. * * @param elementType DMU element type of the objects to be indexed. */ ArchiveIndex() : _indexBase(-1), _lut(0) {} /** * Returns the DMU element type which "this" indexes. */ int type() const { return ElementType; } /** * Returns a pointer to the DMU object associated with the specified @a index. * May return @c 0 if no object is associated with that index. * * @see at() */ inline MapElementPtr operator [] (int index) const { return at(index); } /** * Returns a pointer to the DMU object associated with the specified @a index. * May return @c 0 if no object is associated with that index. * * @see operator [] */ MapElementPtr at(int index) const { // Time to build the LUT? if(!_lut.get()) { const_cast(this)->buildLut(); } // Not indexed? if(!indexInLutRange(index)) return 0; return (*_lut)[index]; } private: bool inline indexInLutRange(int index) const { if(!_lut.get()) return false; return (index - _indexBase >= 0 && (index - _indexBase) < int( _lut->size() )); } void findIndexRange(int &minIdx, int &maxIdx) { minIdx = DDMAXINT; maxIdx = DDMININT; int numElements = P_Count(ElementType); for(int i = 0; i < numElements; ++i) { MapElementPtr element = P_ToPtr(ElementType, i); DENG_ASSERT(DMU_GetType(element) == ElementType); int index = P_GetIntp(element, DMU_ARCHIVE_INDEX); // Not indexed? if(index < 0) continue; if(index < minIdx) minIdx = index; if(index > maxIdx) maxIdx = index; } } /// @pre lut has been initialized and is large enough! void linkInLut(MapElementPtr element) { int index = P_GetIntp(element, DMU_ARCHIVE_INDEX); // Not indexed? if(index < 0) return; DENG_ASSERT(indexInLutRange(index)); (*_lut)[index - _indexBase] = element; } void buildLut() { // Determine the size of the LUT. int minIdx, maxIdx; findIndexRange(minIdx, maxIdx); int lutSize = 0; if(minIdx > maxIdx) // None found? { _indexBase = 0; } else { _indexBase = minIdx; lutSize = maxIdx - minIdx + 1; } if(lutSize == 0) return; // Fill the LUT with initial values. _lut.reset(new ElementLut(lutSize, MapElementPtr(NULL))); // Populate the LUT. int numElements = P_Count(ElementType); for(int i = 0; i < numElements; ++i) { linkInLut(P_ToPtr(ElementType, i)); } } private: typedef std::vector ElementLut; int _indexBase; std::auto_ptr _lut; }; ///@{ typedef ArchiveIndex LineArchive; ///< ArchiveIndex of DMU_LINE typedef ArchiveIndex SideArchive; ///< ArchiveIndex of DMU_SIDE typedef ArchiveIndex SectorArchive; ///< ArchiveIndex of DMU_SECTOR ///@} } // namespace dmu_lib #endif // LIBCOMMON_DMU_ARCHIVEINDEX_H doomsday-1.14.5/doomsday/plugins/common/include/animdefs.h0000664000175000017500000000216712350542240023062 0ustar jaakkojaakko/** @file animdefs.h ANIMATED and ANIMDEFS -defined texture animation interpreters. * * @authors Copyright © 2014 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_ANIMDEFS_H #define LIBCOMMON_ANIMDEFS_H #ifdef __cplusplus extern "C" { #endif void P_InitPicAnims(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_ANIMDEFS_H doomsday-1.14.5/doomsday/plugins/common/include/mapstatewriter.h0000664000175000017500000000445412350542240024350 0ustar jaakkojaakko/** @file mapstatewriter.h Saved map state writer. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_MAPSTATEWRITER_H #define LIBCOMMON_MAPSTATEWRITER_H #include "common.h" #include "thingarchive.h" /** * Serialized map states are separated into identifiable chunks (in Hexen). */ enum MapStateChunkId { ASEG_MAP_HEADER = 102, // Hexen only ASEG_MAP_ELEMENTS, ASEG_POLYOBJS, // Hexen only ASEG_MOBJS, // Hexen < ver 4 only ASEG_THINKERS, ASEG_SCRIPTS, // Hexen only ASEG_PLAYERS, ASEG_SOUNDS, // Hexen only ASEG_MISC, // Hexen only ASEG_END, // = 111 ASEG_MATERIAL_ARCHIVE, ASEG_MAP_HEADER2, ASEG_PLAYER_HEADER }; /** * Performs saved game map state serialization. * * @ingroup libcommon * @see MapStateReader */ class MapStateWriter { public: MapStateWriter(); /** * Serialize the @em current map state using the specified @a writer. * * @param excludePlayers @c true= Do not include players in the ThingArchive. */ void write(Writer *writer, bool excludePlayers = false); /** * Returns the writer to use when serializing the map state. */ Writer *writer(); ThingArchive::SerialId serialIdFor(struct mobj_s *mobj); materialarchive_serialid_t serialIdFor(Material *material); private: DENG2_PRIVATE(d) }; #endif // LIBCOMMON_MAPSTATEWRITER_H doomsday-1.14.5/doomsday/plugins/common/include/p_plat.h0000664000175000017500000000612612350542240022552 0ustar jaakkojaakko/** @file p_plat.h Common playsim routines relating to moving platforms. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_THINKER_PLAT_H #define LIBCOMMON_THINKER_PLAT_H #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define PLATWAIT (3) #define PLATSPEED (1) typedef enum { PS_UP, // Moving up. PS_DOWN, // Moving down. PS_WAIT } platstate_e; typedef enum { PT_PERPETUALRAISE, PT_DOWNWAITUPSTAY, #if __JHEXEN__ PT_DOWNBYVALUEWAITUPSTAY, PT_UPWAITDOWNSTAY, PT_UPBYVALUEWAITDOWNSTAY, #else # if __JDOOM64__ PT_UPWAITDOWNSTAY, //jd64 kaiser - outcast PT_DOWNWAITUPDOOR, //jd64 kaiser - outcast # endif PT_RAISEANDCHANGE, PT_RAISETONEARESTANDCHANGE, # if __JDOOM__ || __JDOOM64__ PT_DOWNWAITUPSTAYBLAZE, # if __JDOOM64__ PT_DOWNWAITUPPLUS16STAYBLAZE, //jd64 # endif # endif #endif NUMPLATTYPES } plattype_e; typedef struct plat_s { thinker_t thinker; Sector *sector; float speed; coord_t low; coord_t high; int wait; int count; platstate_e state; platstate_e oldState; dd_bool crush; int tag; plattype_e type; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } plat_t; #ifdef __cplusplus extern "C" { #endif /** * Move a plat up and down. * * @param plat Ptr to the plat to be moved. */ void T_PlatRaise(void *platThinkerPtr); /** * Do Platforms. * * @param amount: is only used for SOME platforms. */ #if __JHEXEN__ int EV_DoPlat(Line *li, byte *args, plattype_e type, int amount); #else int EV_DoPlat(Line* li, plattype_e type, int amount); #endif #if !__JHEXEN__ /** * Activate a plat that has been put in stasis * (stopped perpetual floor, instant floor/ceil toggle) * * @param tag Tag of plats that should be reactivated. */ int P_PlatActivate(short tag); #endif /** * Handler for "stop perpetual floor" line type. * * @param tag Tag of plats to put into stasis. * * @return Number of plats put into stasis. */ int P_PlatDeactivate(short tag); #ifdef __cplusplus } // extern "C" #endif #endif // LIBCOMMON_THINKER_PLAT_H doomsday-1.14.5/doomsday/plugins/common/include/hu_automap.h0000664000175000017500000001607612350542240023442 0ustar jaakkojaakko/**\file hu_automap.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2008-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * UIAutomap widget. */ #ifndef LIBCOMMON_GUI_LIBRARY_UIAUTOMAP_H #define LIBCOMMON_GUI_LIBRARY_UIAUTOMAP_H #include "am_map.h" #include "hu_lib.h" #define MAX_MAP_POINTS (10) DENG_EXTERN_C dd_bool freezeMapRLs; /** * UIAutomap. UIWidget for displaying a simplified, dynamic interpretation * of the current map with navigational interface. */ #define UIAUTOMAP_BORDER 4 ///< In fixed 320x200 pixels. /** * @defgroup uiautomapFlags UIAutomap Flags */ ///@{ #define AMF_REND_THINGS 0x01 #define AMF_REND_KEYS 0x02 #define AMF_REND_ALLLINES 0x04 #define AMF_REND_SPECIALLINES 0x08 #define AMF_REND_VERTEXES 0x10 #define AMF_REND_LINE_NORMALS 0x20 ///@} // Mapped point of interest. typedef struct { coord_t pos[3]; } guidata_automap_point_t; typedef struct { automapcfg_t* mcfg; // DGL display lists: DGLuint lists[NUM_MAP_OBJECTLISTS]; // Each list contains one or more of given type of automap obj. dd_bool constructMap; // @c true = force a rebuild of all lists. // State: int flags; dd_bool active; dd_bool reveal; dd_bool pan; // If the map viewer location is currently in free pan mode. dd_bool rotate; dd_bool forceMaxScale; // If the map is currently in forced max zoom mode. float priorToMaxScale; // Viewer scale before entering maxScale mode. uint followPlayer; // Console player being followed. // Used by MTOF to scale from map-to-frame-buffer coords. float scaleMTOF; // Used by FTOM to scale from frame-buffer-to-map coords (=1/scaleMTOF). float scaleFTOM; // Map bounds: float minScale; coord_t bounds[4]; // Paramaters for render: float alpha, targetAlpha, oldAlpha; float alphaTimer; // Viewer location on the map: float viewTimer; coord_t viewX, viewY; // Current. coord_t targetViewX, targetViewY; // Should be at. coord_t oldViewX, oldViewY; // Previous. // For the parallax layer. coord_t viewPLX, viewPLY; // Current. // View frame scale: float viewScaleTimer; float viewScale; // Current. float targetViewScale; // Should be at. float oldViewScale; // Previous. float minScaleMTOF; // Viewer frame scale limits. float maxScaleMTOF; // View frame rotation: float angleTimer; float angle; // Current. float targetAngle; // Should be at. float oldAngle; // Previous. // Axis-aligned bounding box of the potentially visible area // (rotation-aware) in map coordinates. coord_t viewAABB[4]; // Bounding box of the actual visible area in map coordinates. coord_t topLeft[2], bottomRight[2], topRight[2], bottomLeft[2]; // Misc: coord_t maxViewPositionDelta; dd_bool updateViewScale; // Mapped points of interest: guidata_automap_point_t points[MAX_MAP_POINTS]; dd_bool pointsUsed[MAX_MAP_POINTS]; int pointCount; } guidata_automap_t; #ifdef __cplusplus extern "C" { #endif /// To be called to register the console commands and variables of this module. void UIAutomap_Register(void); void UIAutomap_LoadResources(void); void UIAutomap_ReleaseResources(void); automapcfg_t* UIAutomap_Config(uiwidget_t* obj); void UIAutomap_Rebuild(uiwidget_t* obj); void UIAutomap_ClearLists(uiwidget_t* obj); void UIAutomap_Reset(uiwidget_t* obj); void UIAutomap_Drawer(uiwidget_t* obj, const Point2Raw* offset); dd_bool UIAutomap_Open(uiwidget_t* obj, dd_bool yes, dd_bool fast); void UIAutomap_Ticker(uiwidget_t* obj, timespan_t ticLength); void UIAutomap_UpdateGeometry(uiwidget_t* obj); dd_bool UIAutomap_Active(uiwidget_t* obj); dd_bool UIAutomap_Reveal(uiwidget_t* obj); dd_bool UIAutomap_SetReveal(uiwidget_t* obj, dd_bool on); /** * Add a point of interest at this location. */ int UIAutomap_AddPoint(uiwidget_t* obj, coord_t x, coord_t y, coord_t z); dd_bool UIAutomap_PointOrigin(const uiwidget_t* obj, int pointIdx, coord_t* x, coord_t* y, coord_t* z); int UIAutomap_PointCount(const uiwidget_t* obj); void UIAutomap_ClearPoints(uiwidget_t* obj); int UIAutomap_Flags(const uiwidget_t* obj); /** * @param flags @ref AutomapFlags. */ void UIAutomap_SetFlags(uiwidget_t* obj, int flags); void UIAutomap_SetWorldBounds(uiwidget_t* obj, coord_t lowX, coord_t hiX, coord_t lowY, coord_t hiY); void UIAutomap_SetMinScale(uiwidget_t* obj, const float scale); void UIAutomap_CameraOrigin(uiwidget_t* obj, coord_t* x, coord_t* y); dd_bool UIAutomap_SetCameraOrigin(uiwidget_t* obj, coord_t x, coord_t y /*, dd_bool forceInstantly=false*/); dd_bool UIAutomap_SetCameraOrigin2(uiwidget_t* obj, coord_t x, coord_t y, dd_bool forceInstantly); dd_bool UIAutomap_TranslateCameraOrigin(uiwidget_t* obj, coord_t x, coord_t y /*, dd_bool forceInstantly=false*/); dd_bool UIAutomap_TranslateCameraOrigin2(uiwidget_t* obj, coord_t x, coord_t y, dd_bool forceInstantly); /** * @param max Maximum view position delta in world units. */ void UIAutomap_SetCameraOriginFollowMoveDelta(uiwidget_t* obj, coord_t max); float UIAutomap_CameraAngle(uiwidget_t* obj); dd_bool UIAutomap_SetCameraAngle(uiwidget_t* obj, float angle); dd_bool UIAutomap_SetScale(uiwidget_t* obj, float scale); float UIAutomap_Opacity(const uiwidget_t* obj); dd_bool UIAutomap_SetOpacity(uiwidget_t* obj, float alpha); /** * Conversion helpers: */ /// Scale from automap window to map coordinates. float UIAutomap_FrameToMap(uiwidget_t* obj, float val); /// Scale from map to automap window coordinates. float UIAutomap_MapToFrame(uiwidget_t* obj, float val); void UIAutomap_VisibleBounds(const uiwidget_t* obj, coord_t topLeft[2], coord_t bottomRight[2], coord_t topRight[2], coord_t bottomLeft[2]); void UIAutomap_PVisibleAABounds(const uiwidget_t* obj, coord_t* lowX, coord_t* hiX, coord_t* lowY, coord_t* hiY); dd_bool UIAutomap_CameraRotation(uiwidget_t* obj); dd_bool UIAutomap_SetCameraRotation(uiwidget_t* obj, dd_bool on); dd_bool UIAutomap_PanMode(uiwidget_t* obj); dd_bool UIAutomap_SetPanMode(uiwidget_t* obj, dd_bool on); mobj_t* UIAutomap_FollowMobj(uiwidget_t* obj); dd_bool UIAutomap_ZoomMax(uiwidget_t* obj); dd_bool UIAutomap_SetZoomMax(uiwidget_t* obj, dd_bool on); void UIAutomap_ParallaxLayerOrigin(uiwidget_t* obj, coord_t* x, coord_t* y); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_GUI_LIBRARY_UIAUTOMAP_H */ doomsday-1.14.5/doomsday/plugins/common/include/r_common.h0000664000175000017500000000503312350542240023100 0ustar jaakkojaakko/** * @file r_common.h * Common routines for refresh. * * @ingroup libcommon * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBCOMMON_REFRESH_H #define LIBCOMMON_REFRESH_H #include "doomsday.h" // Translate between fixed screen dimensions to actual, current. #define FIXXTOSCREENX(x) (portSize.width * ((x) / (float) SCREENWIDTH)) #define FIXYTOSCREENY(y) (portSize.height * ((y) / (float) SCREENHEIGHT)) #define SCREENXTOFIXX(x) ((float) SCREENWIDTH * ((x) / portSize.width)) #define SCREENYTOFIXY(y) ((float) SCREENHEIGHT * ((y) / portSize.height)) /** * @defgroup resizeViewWindowFlags Resize ViewWindow Flags. */ ///@{ #define RWF_FORCE 0x1 /// Update regardless of tracked state. #define RWF_NO_LERP 0x2 /// Do not interpolate. ///@} /// Globally visible view scale factors which translate between the dimensions /// of viewports and the legacy 320x200 fixed coordinate space. DENG_EXTERN_C Size2Rawf viewScale; DENG_EXTERN_C float aspectScale; #ifdef __cplusplus extern "C" { #endif void R_LoadColorPalettes(void); /** * @param flags @ref resizeViewWindowFlags */ void R_ResizeViewWindow(int flags); /** * To be called when a viewport changes dimensions. */ int R_UpdateViewport(int hookType, int param, void* data); void R_UpdateConsoleView(int player); void R_PrecachePSprites(void); void R_GetGammaMessageStrings(void); void R_CycleGammaLevel(void); void R_StatusBarSize(int player, Size2Raw *statusBarSize); void G_DrawViewPort(int port, RectRaw const *portGeometry, RectRaw const *windowGeometry, int player, int layer); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBCOMMON_REFRESH_H */ doomsday-1.14.5/doomsday/plugins/common/common.pri0000664000175000017500000001001112350542240021467 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen common_inc = $$PWD/include common_src = $$PWD/src INCLUDEPATH += \ $$common_inc \ $$DENG_LZSS_DIR/portable/include HEADERS += \ $$common_inc/am_map.h \ $$common_inc/animdefs.h \ $$common_inc/common.h \ $$common_inc/d_net.h \ $$common_inc/d_netcl.h \ $$common_inc/d_netsv.h \ $$common_inc/dmu_archiveindex.h \ $$common_inc/dmu_lib.h \ $$common_inc/fi_lib.h \ $$common_inc/g_common.h \ $$common_inc/g_controls.h \ $$common_inc/g_defs.h \ $$common_inc/g_eventsequence.h \ $$common_inc/g_update.h \ $$common_inc/gamerules.h \ $$common_inc/gamesession.h \ $$common_inc/gl_drawpatch.h \ $$common_inc/hexlex.h \ $$common_inc/hu_automap.h \ $$common_inc/hu_chat.h \ $$common_inc/hu_inventory.h \ $$common_inc/hu_lib.h \ $$common_inc/hu_log.h \ $$common_inc/hu_menu.h \ $$common_inc/hu_msg.h \ $$common_inc/hu_pspr.h \ $$common_inc/hu_stuff.h \ $$common_inc/m_argv.h \ $$common_inc/mapstatereader.h \ $$common_inc/mapstatewriter.h \ $$common_inc/mobj.h \ $$common_inc/pause.h \ $$common_inc/p_actor.h \ $$common_inc/p_ceiling.h \ $$common_inc/p_door.h \ $$common_inc/p_floor.h \ $$common_inc/p_inventory.h \ $$common_inc/p_iterlist.h \ $$common_inc/p_map.h \ $$common_inc/p_mapsetup.h \ $$common_inc/p_mapspec.h \ $$common_inc/p_plat.h \ $$common_inc/p_savedef.h \ $$common_inc/p_saveg.h \ $$common_inc/p_saveio.h \ $$common_inc/p_scroll.h \ $$common_inc/p_sound.h \ $$common_inc/p_start.h \ $$common_inc/p_switch.h \ $$common_inc/p_terraintype.h \ $$common_inc/p_tick.h \ $$common_inc/p_user.h \ $$common_inc/p_view.h \ $$common_inc/p_xg.h \ $$common_inc/p_xgline.h \ $$common_inc/p_xgsec.h \ $$common_inc/player.h \ $$common_inc/polyobjs.h \ $$common_inc/r_common.h \ $$common_inc/saveslots.h \ $$common_inc/thingarchive.h \ $$common_inc/thinkerinfo.h \ $$common_inc/x_hair.h \ $$common_inc/xgclass.h SOURCES += \ $$common_src/am_map.c \ $$common_src/animdefs.cpp \ $$common_src/common.c \ $$common_src/d_net.cpp \ $$common_src/d_netcl.cpp \ $$common_src/d_netsv.cpp \ $$common_src/dmu_lib.cpp \ $$common_src/fi_lib.cpp \ $$common_src/g_controls.c \ $$common_src/g_defs.c \ $$common_src/g_eventsequence.cpp \ $$common_src/g_game.cpp \ $$common_src/g_update.c \ $$common_src/gamerules.cpp \ $$common_src/gamesession.cpp \ $$common_src/gl_drawpatch.c \ $$common_src/hexlex.cpp \ $$common_src/hu_automap.cpp \ $$common_src/hu_chat.c \ $$common_src/hu_inventory.c \ $$common_src/hu_lib.c \ $$common_src/hu_log.c \ $$common_src/hu_menu.cpp \ $$common_src/hu_msg.c \ $$common_src/hu_pspr.c \ $$common_src/hu_stuff.cpp \ $$common_src/m_ctrl.c \ $$common_src/mapstatereader.cpp \ $$common_src/mapstatewriter.cpp \ $$common_src/mobj.cpp \ $$common_src/pause.c \ $$common_src/p_actor.cpp \ $$common_src/p_ceiling.cpp \ $$common_src/p_door.cpp \ $$common_src/p_floor.cpp \ $$common_src/p_inventory.cpp \ $$common_src/p_iterlist.c \ $$common_src/p_map.cpp \ $$common_src/p_mapsetup.cpp \ $$common_src/p_mapspec.c \ $$common_src/p_plat.cpp \ $$common_src/p_saveg.cpp \ $$common_src/p_saveio.cpp \ $$common_src/p_scroll.cpp \ $$common_src/p_sound.cpp \ $$common_src/p_start.cpp \ $$common_src/p_switch.cpp \ $$common_src/p_terraintype.c \ $$common_src/p_tick.c \ $$common_src/p_user.c \ $$common_src/p_view.c \ $$common_src/p_xgfile.cpp \ $$common_src/p_xgline.cpp \ $$common_src/p_xgsave.cpp \ $$common_src/p_xgsec.c \ $$common_src/player.cpp \ $$common_src/polyobjs.cpp \ $$common_src/r_common.c \ $$common_src/saveslots.cpp \ $$common_src/thingarchive.cpp \ $$common_src/thinkerinfo.cpp \ $$common_src/x_hair.c doomsday-1.14.5/doomsday/plugins/doom/0000775000175000017500000000000012350542240017140 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/doxygen.css0000664000175000017500000005321412350542240021334 0ustar jaakkojaakko/* The standard CSS for doxygen */ body, table, div, p, dl { font: 400 14px/19px Roboto,sans-serif; 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font-family: monospace, fixed; font-size: 105%; } div.fragment { padding: 4px; margin: 4px; background-color: #FBFCFD; border: 1px solid #C4CFE5; } div.line { font-family: monospace, fixed; font-size: 13px; min-height: 13px; line-height: 1.0; text-wrap: unrestricted; white-space: -moz-pre-wrap; /* Moz */ white-space: -pre-wrap; /* Opera 4-6 */ white-space: -o-pre-wrap; /* Opera 7 */ white-space: pre-wrap; /* CSS3 */ word-wrap: break-word; /* IE 5.5+ */ text-indent: -53px; padding-left: 53px; padding-bottom: 0px; margin: 0px; -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } div.line.glow { background-color: cyan; box-shadow: 0 0 10px cyan; } span.lineno { padding-right: 4px; text-align: right; border-right: 2px solid #0F0; background-color: #E8E8E8; white-space: pre; } span.lineno a { background-color: #D8D8D8; } span.lineno a:hover { background-color: #C8C8C8; } div.ah { background-color: black; font-weight: bold; color: #ffffff; margin-bottom: 3px; margin-top: 3px; padding: 0.2em; border: solid thin #333; border-radius: 0.5em; -webkit-border-radius: .5em; -moz-border-radius: .5em; box-shadow: 2px 2px 3px #999; -webkit-box-shadow: 2px 2px 3px #999; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; background-image: -webkit-gradient(linear, left top, left bottom, from(#eee), to(#000),color-stop(0.3, #444)); background-image: -moz-linear-gradient(center top, #eee 0%, #444 40%, #000); } div.groupHeader { margin-left: 16px; margin-top: 12px; font-weight: bold; } div.groupText { margin-left: 16px; font-style: italic; } body { background-color: white; color: black; margin: 0; } div.contents { margin-top: 10px; margin-left: 12px; margin-right: 8px; } td.indexkey { background-color: #EBEFF6; font-weight: bold; border: 1px solid #C4CFE5; margin: 2px 0px 2px 0; padding: 2px 10px; white-space: nowrap; vertical-align: top; } td.indexvalue { background-color: #EBEFF6; border: 1px solid #C4CFE5; padding: 2px 10px; margin: 2px 0px; } tr.memlist { background-color: #EEF1F7; } p.formulaDsp { text-align: center; } img.formulaDsp { } img.formulaInl { vertical-align: middle; } div.center { text-align: center; margin-top: 0px; margin-bottom: 0px; padding: 0px; } div.center img { border: 0px; } address.footer { text-align: right; padding-right: 12px; } img.footer { border: 0px; vertical-align: middle; } /* @group Code Colorization */ span.keyword { color: #008000 } span.keywordtype { color: #604020 } span.keywordflow { color: #e08000 } span.comment { color: #800000 } span.preprocessor { color: #806020 } span.stringliteral { color: #002080 } span.charliteral { color: #008080 } span.vhdldigit { color: #ff00ff } span.vhdlchar { color: #000000 } span.vhdlkeyword { color: #700070 } span.vhdllogic { color: #ff0000 } blockquote { background-color: #F7F8FB; border-left: 2px solid #9CAFD4; margin: 0 24px 0 4px; padding: 0 12px 0 16px; } /* @end */ /* .search { color: #003399; font-weight: bold; } form.search { margin-bottom: 0px; margin-top: 0px; } input.search { font-size: 75%; color: #000080; font-weight: normal; background-color: #e8eef2; } */ td.tiny { font-size: 75%; } .dirtab { padding: 4px; border-collapse: collapse; border: 1px solid #A3B4D7; } th.dirtab { background: #EBEFF6; font-weight: bold; } hr { height: 0px; border: none; border-top: 1px solid #4A6AAA; } hr.footer { height: 1px; } /* @group Member Descriptions */ table.memberdecls { border-spacing: 0px; padding: 0px; } .memberdecls td, .fieldtable tr { -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } .memberdecls td.glow, .fieldtable tr.glow { background-color: cyan; box-shadow: 0 0 15px cyan; } .mdescLeft, .mdescRight, .memItemLeft, .memItemRight, .memTemplItemLeft, .memTemplItemRight, .memTemplParams { background-color: #F9FAFC; border: none; margin: 4px; padding: 1px 0 0 8px; } .mdescLeft, .mdescRight { padding: 0px 8px 4px 8px; color: #555; } .memSeparator { border-bottom: 1px solid #DEE4F0; line-height: 1px; margin: 0px; padding: 0px; } .memItemLeft, .memTemplItemLeft { white-space: nowrap; } .memItemRight { width: 100%; } .memTemplParams { color: #4665A2; white-space: nowrap; font-size: 80%; } /* @end */ /* @group Member Details */ /* Styles for detailed member documentation */ .memtemplate { font-size: 80%; color: #4665A2; font-weight: normal; margin-left: 9px; } .memnav { background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; margin: 2px; margin-right: 15px; padding: 2px; } .mempage { width: 100%; } .memitem { padding: 0; margin-bottom: 10px; margin-right: 5px; -webkit-transition: box-shadow 0.5s linear; -moz-transition: box-shadow 0.5s linear; -ms-transition: box-shadow 0.5s linear; -o-transition: box-shadow 0.5s linear; transition: box-shadow 0.5s linear; display: table !important; width: 100%; } .memitem.glow { box-shadow: 0 0 15px cyan; } .memname { font-weight: bold; margin-left: 6px; } .memname td { vertical-align: bottom; } dl.reflist dt { border-top: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } .memproto { border: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } dl.reflist dd { border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 10px 2px 10px; background-color: #FBFCFD; border-top-width: 0; background-image:url('nav_g.png'); background-repeat:repeat-x; background-color: #FFFFFF; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); } div.textblock { max-width: 900px; } .memdoc { max-width: 900px; /* border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; */ padding-left: 2em; padding-top: 1ex; padding-bottom: 1em; /*background-color: #FBFCFD;*/ border-top-width: 0; /* background-image:url('nav_g.png'); background-repeat:repeat-x;*/ background-color: transparent; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; /*box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; /*-moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px;*/ /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; /*-webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ } dl.reflist dt { padding: 5px; } dl.reflist dd { margin: 0px 0px 10px 0px; padding: 5px; } .paramkey { text-align: right; } .paramtype { white-space: nowrap; } .paramname { color: #602020; white-space: nowrap; } .paramname em { font-style: normal; } .paramname code { line-height: 14px; } .params, .retval, .exception, .tparams { margin-left: 0px; padding-left: 0px; } .params .paramname, .retval .paramname { font-weight: bold; vertical-align: top; } .params .paramtype { font-style: italic; vertical-align: top; } .params .paramdir { font-family: "courier new",courier,monospace; vertical-align: top; } table.mlabels { border-spacing: 0px; } td.mlabels-left { width: 100%; padding: 0px; } td.mlabels-right { vertical-align: bottom; padding: 0px; white-space: nowrap; } span.mlabels { margin-left: 8px; } span.mlabel { background-color: #728DC1; border-top:1px solid #5373B4; border-left:1px solid #5373B4; border-right:1px solid #C4CFE5; border-bottom:1px solid #C4CFE5; text-shadow: none; color: white; margin-right: 4px; padding: 2px 3px; border-radius: 3px; font-size: 7pt; white-space: nowrap; vertical-align: middle; } /* @end */ /* these are for tree view when not used as main index */ div.directory { margin: 10px 0px; border-top: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; width: 100%; } .directory table { border-collapse:collapse; } .directory td { margin: 0px; padding: 0px; vertical-align: top; } .directory td.entry { white-space: nowrap; padding-right: 6px; } .directory td.entry a { outline:none; } .directory td.entry a img { border: none; } .directory td.desc { width: 100%; padding-left: 6px; padding-right: 6px; padding-top: 3px; border-left: 1px solid rgba(0,0,0,0.05); } .directory tr.even { padding-left: 6px; background-color: #F7F8FB; } .directory img { vertical-align: -30%; } .directory .levels { white-space: nowrap; width: 100%; text-align: right; font-size: 9pt; } .directory .levels span { cursor: pointer; padding-left: 2px; padding-right: 2px; color: #3D578C; } div.dynheader { margin-top: 8px; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } address { font-style: normal; color: #2A3D61; } table.doxtable { border-collapse:collapse; margin-top: 4px; margin-bottom: 4px; } table.doxtable td, table.doxtable th { border: 1px solid #2D4068; padding: 3px 7px 2px; } table.doxtable th { background-color: #374F7F; color: #FFFFFF; font-size: 110%; padding-bottom: 4px; padding-top: 5px; } table.fieldtable { width: 100%; margin-bottom: 10px; border: 1px solid #A8B8D9; border-spacing: 0px; -moz-border-radius: 4px; -webkit-border-radius: 4px; border-radius: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; -webkit-box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); } .fieldtable td, .fieldtable th { padding: 3px 7px 2px; } .fieldtable td.fieldtype, .fieldtable td.fieldname { white-space: nowrap; border-right: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; vertical-align: top; } .fieldtable td.fielddoc { border-bottom: 1px solid #A8B8D9; width: 100%; } .fieldtable tr:last-child td { border-bottom: none; } .fieldtable th { background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; font-size: 90%; color: #253555; padding-bottom: 4px; padding-top: 5px; text-align:left; -moz-border-radius-topleft: 4px; -moz-border-radius-topright: 4px; -webkit-border-top-left-radius: 4px; -webkit-border-top-right-radius: 4px; border-top-left-radius: 4px; border-top-right-radius: 4px; border-bottom: 1px solid #A8B8D9; } .tabsearch { top: 0px; left: 10px; height: 36px; background-image: url('tab_b.png'); z-index: 101; overflow: hidden; font-size: 13px; } .navpath ul { font-size: 11px; background-image:url('tab_b.png'); background-repeat:repeat-x; background-position: 0 -5px; height:30px; line-height:30px; color:#8AA0CC; border:solid 1px #C2CDE4; overflow:hidden; margin:0px; padding:0px; } .navpath li { list-style-type:none; float:left; padding-left:10px; padding-right:15px; background-image:url('bc_s.png'); background-repeat:no-repeat; background-position:right; color:#364D7C; } .navpath li.navelem a { height:32px; display:block; text-decoration: none; outline: none; color: #283A5D; font-family: 'Lucida Grande',Geneva,Helvetica,Arial,sans-serif; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); text-decoration: none; } .navpath li.navelem a:hover { color:#6884BD; } .navpath li.footer { list-style-type:none; float:right; padding-left:10px; padding-right:15px; background-image:none; background-repeat:no-repeat; background-position:right; color:#364D7C; font-size: 8pt; } div.summary { float: right; font-size: 8pt; padding-right: 5px; width: 50%; text-align: right; } div.summary a { white-space: nowrap; } div.ingroups { font-size: 8pt; width: 50%; text-align: left; margin-top: 1ex; } div.ingroups a { white-space: nowrap; } div.header { background-image:url('nav_h.png'); background-repeat:repeat-x; background-color: #F9FAFC; margin: 0px; border-bottom: 1px solid #C4CFE5; } div.headertitle { padding: 5px 5px 5px 10px; } dl { padding: 0 0 0 10px; } /* dl.note, dl.warning, dl.attention, dl.pre, dl.post, dl.invariant, dl.deprecated, dl.todo, dl.test, dl.bug */ dl.section { margin-left: 0px; padding-left: 0px; } dl.note { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #D0C000; } dl.warning, dl.attention { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #FF0000; } dl.pre, dl.post, dl.invariant { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00D000; } dl.deprecated { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #505050; } dl.todo { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #00C0E0; } dl.test { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #3030E0; } dl.bug { margin-left:-7px; padding-left: 3px; border-left:4px solid; border-color: #C08050; } dl.section dd { margin-bottom: 6px; } #projectlogo { text-align: center; vertical-align: bottom; border-collapse: separate; } #projectlogo img { border: 0px none; } #projectname { font: 300% Tahoma, Arial,sans-serif; margin: 0px; padding: 2px 0px; } #projectbrief { font: 120% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #projectnumber { font: 50% Tahoma, Arial,sans-serif; margin: 0px; padding: 0px; } #titlearea { padding: 0px; margin: 0px; width: 100%; border-bottom: 1px solid #5373B4; } .image { text-align: center; } .dotgraph { text-align: center; } .mscgraph { text-align: center; } .caption { font-weight: bold; } div.zoom { border: 1px solid #90A5CE; } dl.citelist { margin-bottom:50px; } dl.citelist dt { color:#334975; float:left; font-weight:bold; margin-right:10px; padding:5px; } dl.citelist dd { margin:2px 0; padding:5px 0; } div.toc { padding: 14px 25px; background-color: #F4F6FA; border: 1px solid #D8DFEE; border-radius: 7px 7px 7px 7px; float: right; height: auto; margin: 0 20px 10px 10px; width: 200px; } div.toc li { background: url("bdwn.png") no-repeat scroll 0 5px transparent; font: 10px/1.2 Verdana,DejaVu Sans,Geneva,sans-serif; margin-top: 5px; padding-left: 10px; padding-top: 2px; } div.toc h3 { font: bold 12px/1.2 Arial,FreeSans,sans-serif; color: #4665A2; border-bottom: 0 none; margin: 0; } div.toc ul { list-style: none outside none; border: medium none; padding: 0px; } div.toc li.level1 { margin-left: 0px; } div.toc li.level2 { margin-left: 15px; } div.toc li.level3 { margin-left: 30px; } div.toc li.level4 { margin-left: 45px; } .inherit_header { font-weight: bold; color: gray; cursor: pointer; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } .inherit_header td { padding: 6px 0px 2px 5px; } .inherit { display: none; } tr.heading h2 { margin-top: 12px; margin-bottom: 4px; } @media print { #top { display: none; } #side-nav { display: none; } #nav-path { display: none; } body { overflow:visible; } h1, h2, h3, h4, h5, h6 { page-break-after: avoid; } .summary { display: none; } .memitem { page-break-inside: avoid; } #doc-content { margin-left:0 !important; height:auto !important; width:auto !important; overflow:inherit; display:inline; } } doomsday-1.14.5/doomsday/plugins/doom/defs/0000775000175000017500000000000012350542240020061 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/defs/text.ded0000664000175000017500000007712112350542240021533 0ustar jaakkojaakko# libdoom: Text Strings # # Do not change the order of these definitions! # Header { Version = 5; } Text { ID = "D_DEVSTR"; Text = "Development mode ON.\n"; } Text { ID = "D_CDROM"; Text = "CD-ROM Version: default.cfg from c:\\doomdata\n"; } Text { ID = "PRESSKEY"; Text = "Press a key."; } Text { ID = "PRESSYN"; Text = "Press %1 or %2."; } Text { ID = "QUITMSG"; Text = "Are you sure you want to\nquit this great game?"; } Text { ID = "LOADNET"; Text = "You can't load while in a net game!"; } Text { ID = "QLOADNET"; Text = "You can't load during a netgame!"; } Text { ID = "QSAVESPOT"; Text = "You haven't picked a quicksave slot yet!"; } Text { ID = "SAVEDEAD"; Text = "You can't save if you aren't playing!"; } Text { ID = "QSPROMPT"; Text = "Save over your game named\n\n'%s'?"; } Text { ID = "QLPROMPT"; Text = "Are you sure you want to load the game named\n\n'%s'?"; } Text { ID = "NEWGAME"; Text = "You can't start a new game\nwhile in a network game."; } Text { ID = "NIGHTMARE"; Text = "Are you sure? This skill level\nisn't even remotely fair."; } Text { ID = "SWSTRING"; Text = "This is the shareware version of doom.\n\nYou need to order the entire trilogy."; } Text { ID = "MSGOFF"; Text = "Messages OFF"; } Text { ID = "MSGON"; Text = "Messages ON"; } Text { ID = "NETEND"; Text = "You can't end a netgame!"; } Text { ID = "ENDGAME"; Text = "Are you sure you want to end the game?"; } Text { ID = "DOSY"; Text = "(Press %1 to quit)"; } Text { ID = "DETAILHI"; Text = "High detail"; } Text { ID = "DETAILLO"; Text = "Low detail"; } Text { ID = "GAMMALVL0"; Text = "Gamma correction OFF"; } Text { ID = "GAMMALVL1"; Text = "Gamma correction level 1"; } Text { ID = "GAMMALVL2"; Text = "Gamma correction level 2"; } Text { ID = "GAMMALVL3"; Text = "Gamma correction level 3"; } Text { ID = "GAMMALVL4"; Text = "Gamma correction level 4"; } Text { ID = "EMPTYSTRING"; Text = "Empty slot"; } Text { ID = "GOTARMOR"; Text = "Picked up the armor."; } Text { ID = "GOTMEGA"; Text = "Picked up the MegaArmor!"; } Text { ID = "GOTHTHBONUS"; Text = "Picked up a health bonus."; } Text { ID = "GOTARMBONUS"; Text = "Picked up an armor bonus."; } Text { ID = "GOTSTIM"; Text = "Picked up a stimpack."; } Text { ID = "GOTMEDINEED"; Text = "Picked up a medikit that you REALLY need!"; } Text { ID = "GOTMEDIKIT"; Text = "Picked up a medikit."; } Text { ID = "GOTSUPER"; Text = "Supercharge!"; } Text { ID = "GOTBLUECARD"; Text = "Picked up a blue keycard."; } Text { ID = "GOTYELWCARD"; Text = "Picked up a yellow keycard."; } Text { ID = "GOTREDCARD"; Text = "Picked up a red keycard."; } Text { ID = "GOTBLUESKUL"; Text = "Picked up a blue skull key."; } Text { ID = "GOTYELWSKUL"; Text = "Picked up a yellow skull key."; } Text { ID = "GOTREDSKULL"; Text = "Picked up a red skull key."; } Text { ID = "GOTINVUL"; Text = "Invulnerability!"; } Text { ID = "GOTBERSERK"; Text = "Berserk!"; } Text { ID = "GOTINVIS"; Text = "Partial Invisibility"; } Text { ID = "GOTSUIT"; Text = "Radiation Shielding Suit"; } Text { ID = "GOTMAP"; Text = "Computer Area Map"; } Text { ID = "GOTVISOR"; Text = "Light Amplification Visor"; } Text { ID = "GOTMSPHERE"; Text = "MegaSphere!"; } Text { ID = "GOTCLIP"; Text = "Picked up a clip."; } Text { ID = "GOTCLIPBOX"; Text = "Picked up a box of bullets."; } Text { ID = "GOTROCKET"; Text = "Picked up a rocket."; } Text { ID = "GOTROCKBOX"; Text = "Picked up a box of rockets."; } Text { ID = "GOTCELL"; Text = "Picked up an energy cell."; } Text { ID = "GOTCELLBOX"; Text = "Picked up an energy cell pack."; } Text { ID = "GOTSHELLS"; Text = "Picked up 4 shotgun shells."; } Text { ID = "GOTSHELLBOX"; Text = "Picked up a box of shotgun shells."; } Text { ID = "GOTBACKPACK"; Text = "Picked up a backpack full of ammo!"; } Text { ID = "GOTBFG9000"; Text = "You got the BFG9000! Oh, yes."; } Text { ID = "GOTCHAINGUN"; Text = "You got the chaingun!"; } Text { ID = "GOTCHAINSAW"; Text = "A chainsaw! Find some meat!"; } Text { ID = "GOTLAUNCHER"; Text = "You got the rocket launcher!"; } Text { ID = "GOTPLASMA"; Text = "You got the plasma gun!"; } Text { ID = "GOTSHOTGUN"; Text = "You got the shotgun!"; } Text { ID = "GOTSHOTGUN2"; Text = "You got the super shotgun!"; } Text { ID = "PD_BLUEO"; Text = "You need a %1 to activate this object"; } Text { ID = "PD_REDO"; Text = "You need a %1 to activate this object"; } Text { ID = "PD_YELLOWO"; Text = "You need a %1 to activate this object"; } Text { ID = "PD_BLUEK"; Text = "You need a %1 to open this door"; } Text { ID = "PD_REDK"; Text = "You need a %1 to open this door"; } Text { ID = "PD_YELLOWK"; Text = "You need a %1 to open this door"; } Text { ID = "GGSAVED"; Text = "Game saved."; } Text { ID = "HUSTR_MSGU"; Text = "[Message unsent]"; } Text { ID = "HUSTR_E1M1"; Text = "E1M1: Hangar"; } Text { ID = "HUSTR_E1M2"; Text = "E1M2: Nuclear Plant"; } Text { ID = "HUSTR_E1M3"; Text = "E1M3: Toxin Refinery"; } Text { ID = "HUSTR_E1M4"; Text = "E1M4: Command Control"; } Text { ID = "HUSTR_E1M5"; Text = "E1M5: Phobos Lab"; } Text { ID = "HUSTR_E1M6"; Text = "E1M6: Central Processing"; } Text { ID = "HUSTR_E1M7"; Text = "E1M7: Computer Station"; } Text { ID = "HUSTR_E1M8"; Text = "E1M8: Phobos Anomaly"; } Text { ID = "HUSTR_E1M9"; Text = "E1M9: Military Base"; } Text { ID = "HUSTR_E2M1"; Text = "E2M1: Deimos Anomaly"; } Text { ID = "HUSTR_E2M2"; Text = "E2M2: Containment Area"; } Text { ID = "HUSTR_E2M3"; Text = "E2M3: Refinery"; } Text { ID = "HUSTR_E2M4"; Text = "E2M4: Deimos Lab"; } Text { ID = "HUSTR_E2M5"; Text = "E2M5: Command Center"; } Text { ID = "HUSTR_E2M6"; Text = "E2M6: Halls of the Damned"; } Text { ID = "HUSTR_E2M7"; Text = "E2M7: Spawning Vats"; } Text { ID = "HUSTR_E2M8"; Text = "E2M8: Tower of Babel"; } Text { ID = "HUSTR_E2M9"; Text = "E2M9: Fortress of Mystery"; } Text { ID = "HUSTR_E3M1"; Text = "E3M1: Hell Keep"; } Text { ID = "HUSTR_E3M2"; Text = "E3M2: Slough of Despair"; } Text { ID = "HUSTR_E3M3"; Text = "E3M3: Pandemonium"; } Text { ID = "HUSTR_E3M4"; Text = "E3M4: House of Pain"; } Text { ID = "HUSTR_E3M5"; Text = "E3M5: Unholy Cathedral"; } Text { ID = "HUSTR_E3M6"; Text = "E3M6: Mt. Erebus"; } Text { ID = "HUSTR_E3M7"; Text = "E3M7: Limbo"; } Text { ID = "HUSTR_E3M8"; Text = "E3M8: Dis"; } Text { ID = "HUSTR_E3M9"; Text = "E3M9: Warrens"; } Text { ID = "HUSTR_E4M1"; Text = "E4M1: Hell Beneath"; } Text { ID = "HUSTR_E4M2"; Text = "E4M2: Perfect Hatred"; } Text { ID = "HUSTR_E4M3"; Text = "E4M3: Sever The Wicked"; } Text { ID = "HUSTR_E4M4"; Text = "E4M4: Unruly Evil"; } Text { ID = "HUSTR_E4M5"; Text = "E4M5: They Will Repent"; } Text { ID = "HUSTR_E4M6"; Text = "E4M6: Against Thee Wickedly"; } Text { ID = "HUSTR_E4M7"; Text = "E4M7: And Hell Followed"; } Text { ID = "HUSTR_E4M8"; Text = "E4M8: Unto The Cruel"; } Text { ID = "HUSTR_E4M9"; Text = "E4M9: Fear"; } Text { ID = "HUSTR_1"; Text = "Map 1: Entryway"; } Text { ID = "HUSTR_2"; Text = "Map 2: Underhalls"; } Text { ID = "HUSTR_3"; Text = "Map 3: The gantlet"; } Text { ID = "HUSTR_4"; Text = "Map 4: The focus"; } Text { ID = "HUSTR_5"; Text = "Map 5: The Waste Tunnels"; } Text { ID = "HUSTR_6"; Text = "Map 6: The Crusher"; } Text { ID = "HUSTR_7"; Text = "Map 7: Dead Simple"; } Text { ID = "HUSTR_8"; Text = "Map 8: Tricks and Traps"; } Text { ID = "HUSTR_9"; Text = "Map 9: The Pit"; } Text { ID = "HUSTR_10"; Text = "Map 10: Refueling Base"; } Text { ID = "HUSTR_11"; Text = "Map 11: 'O' of Destruction!"; } Text { ID = "HUSTR_12"; Text = "Map 12: The Factory"; } Text { ID = "HUSTR_13"; Text = "Map 13: Downtown"; } Text { ID = "HUSTR_14"; Text = "Map 14: The Inmost Dens"; } Text { ID = "HUSTR_15"; Text = "Map 15: Industrial Zone"; } Text { ID = "HUSTR_16"; Text = "Map 16: Suburbs"; } Text { ID = "HUSTR_17"; Text = "Map 17: Tenements"; } Text { ID = "HUSTR_18"; Text = "Map 18: The Courtyard"; } Text { ID = "HUSTR_19"; Text = "Map 19: The citadel"; } Text { ID = "HUSTR_20"; Text = "Map 20: Gotcha!"; } Text { ID = "HUSTR_21"; Text = "Map 21: Nirvana"; } Text { ID = "HUSTR_22"; Text = "Map 22: The Catacombs"; } Text { ID = "HUSTR_23"; Text = "Map 23: Barrels o' Fun"; } Text { ID = "HUSTR_24"; Text = "Map 24: The Chasm"; } Text { ID = "HUSTR_25"; Text = "Map 25: Bloodfalls"; } Text { ID = "HUSTR_26"; Text = "Map 26: The Abandoned Mines"; } Text { ID = "HUSTR_27"; Text = "Map 27: Monster Condo"; } Text { ID = "HUSTR_28"; Text = "Map 28: The Spirit World"; } Text { ID = "HUSTR_29"; Text = "Map 29: The Living End"; } Text { ID = "HUSTR_30"; Text = "Map 30: Icon of Sin"; } Text { ID = "HUSTR_31"; Text = "Map 31: Wolfenstein"; } Text { ID = "HUSTR_32"; Text = "Map 32: Grosse"; } Text { ID = "PHUSTR_1"; Text = "Map 1: Congo"; } Text { ID = "PHUSTR_2"; Text = "Map 2: Well of Souls"; } Text { ID = "PHUSTR_3"; Text = "Map 3: Aztec"; } Text { ID = "PHUSTR_4"; Text = "Map 4: Caged"; } Text { ID = "PHUSTR_5"; Text = "Map 5: Ghost Town"; } Text { ID = "PHUSTR_6"; Text = "Map 6: Baron's Lair"; } Text { ID = "PHUSTR_7"; Text = "Map 7: Caughtyard"; } Text { ID = "PHUSTR_8"; Text = "Map 8: Realm"; } Text { ID = "PHUSTR_9"; Text = "Map 9: Abattoire"; } Text { ID = "PHUSTR_10"; Text = "Map 10: Onslaught"; } Text { ID = "PHUSTR_11"; Text = "Map 11: Hunted"; } Text { ID = "PHUSTR_12"; Text = "Map 12: Speed"; } Text { ID = "PHUSTR_13"; Text = "Map 13: The Crypt"; } Text { ID = "PHUSTR_14"; Text = "Map 14: Genesis"; } Text { ID = "PHUSTR_15"; Text = "Map 15: The Twilight"; } Text { ID = "PHUSTR_16"; Text = "Map 16: The Omen"; } Text { ID = "PHUSTR_17"; Text = "Map 17: Compound"; } Text { ID = "PHUSTR_18"; Text = "Map 18: Neurosphere"; } Text { ID = "PHUSTR_19"; Text = "Map 19: Nme"; } Text { ID = "PHUSTR_20"; Text = "Map 20: The Death Domain"; } Text { ID = "PHUSTR_21"; Text = "Map 21: Slayer"; } Text { ID = "PHUSTR_22"; Text = "Map 22: Impossible Mission"; } Text { ID = "PHUSTR_23"; Text = "Map 23: Tombstone"; } Text { ID = "PHUSTR_24"; Text = "Map 24: The Final Frontier"; } Text { ID = "PHUSTR_25"; Text = "Map 25: The Temple of Darkness"; } Text { ID = "PHUSTR_26"; Text = "Map 26: Bunker"; } Text { ID = "PHUSTR_27"; Text = "Map 27: Anti-Christ"; } Text { ID = "PHUSTR_28"; Text = "Map 28: The Sewers"; } Text { ID = "PHUSTR_29"; Text = "Map 29: Odyssey of Noises"; } Text { ID = "PHUSTR_30"; Text = "Map 30: The Gateway of Hell"; } Text { ID = "PHUSTR_31"; Text = "Map 31: Cyberden"; } Text { ID = "PHUSTR_32"; Text = "Map 32: Go 2 It"; } Text { ID = "THUSTR_1"; Text = "Map 1: System Control"; } Text { ID = "THUSTR_2"; Text = "Map 2: Human BBQ"; } Text { ID = "THUSTR_3"; Text = "Map 3: Power Control"; } Text { ID = "THUSTR_4"; Text = "Map 4: Wormhole"; } Text { ID = "THUSTR_5"; Text = "Map 5: Hanger"; } Text { ID = "THUSTR_6"; Text = "Map 6: Open Season"; } Text { ID = "THUSTR_7"; Text = "Map 7: Prison"; } Text { ID = "THUSTR_8"; Text = "Map 8: Metal"; } Text { ID = "THUSTR_9"; Text = "Map 9: Stronghold"; } Text { ID = "THUSTR_10"; Text = "Map 10: Redemption"; } Text { ID = "THUSTR_11"; Text = "Map 11: Storage Facility"; } Text { ID = "THUSTR_12"; Text = "Map 12: Crater"; } Text { ID = "THUSTR_13"; Text = "Map 13: Nukage Processing"; } Text { ID = "THUSTR_14"; Text = "Map 14: Steel Works"; } Text { ID = "THUSTR_15"; Text = "Map 15: Dead Zone"; } Text { ID = "THUSTR_16"; Text = "Map 16: Deepest Reaches"; } Text { ID = "THUSTR_17"; Text = "Map 17: Processing Area"; } Text { ID = "THUSTR_18"; Text = "Map 18: Mill"; } Text { ID = "THUSTR_19"; Text = "Map 19: Shipping/Respawning"; } Text { ID = "THUSTR_20"; Text = "Map 20: Central Processing"; } Text { ID = "THUSTR_21"; Text = "Map 21: Administration Center"; } Text { ID = "THUSTR_22"; Text = "Map 22: Habitat"; } Text { ID = "THUSTR_23"; Text = "Map 23: Lunar Mining Project"; } Text { ID = "THUSTR_24"; Text = "Map 24: Quarry"; } Text { ID = "THUSTR_25"; Text = "Map 25: Baron's Den"; } Text { ID = "THUSTR_26"; Text = "Map 26: Ballistyx"; } Text { ID = "THUSTR_27"; Text = "Map 27: Mount Pain"; } Text { ID = "THUSTR_28"; Text = "Map 28: Heck"; } Text { ID = "THUSTR_29"; Text = "Map 29: River Styx"; } Text { ID = "THUSTR_30"; Text = "Map 30: Last Call"; } Text { ID = "THUSTR_31"; Text = "Map 31: Pharaoh"; } Text { ID = "THUSTR_32"; Text = "Map 32: Caribbean"; } Text { ID = "HUSTR_CHATMACRO0"; Text = "No"; } Text { ID = "HUSTR_CHATMACRO1"; Text = "I'm ready to kick butt!"; } Text { ID = "HUSTR_CHATMACRO2"; Text = "I'm OK."; } Text { ID = "HUSTR_CHATMACRO3"; Text = "I'm not looking too good!"; } Text { ID = "HUSTR_CHATMACRO4"; Text = "Help!"; } Text { ID = "HUSTR_CHATMACRO5"; Text = "You suck!"; } Text { ID = "HUSTR_CHATMACRO6"; Text = "Next time, scumbag..."; } Text { ID = "HUSTR_CHATMACRO7"; Text = "Come here!"; } Text { ID = "HUSTR_CHATMACRO8"; Text = "I'll take care of it."; } Text { ID = "HUSTR_CHATMACRO9"; Text = "Yes"; } Text { ID = "HUSTR_TALKTOSELF1"; Text = "You mumble to yourself"; } Text { ID = "HUSTR_TALKTOSELF2"; Text = "Who's there?"; } Text { ID = "HUSTR_TALKTOSELF3"; Text = "You scare yourself"; } Text { ID = "HUSTR_TALKTOSELF4"; Text = "You start to rave"; } Text { ID = "HUSTR_TALKTOSELF5"; Text = "You've lost it..."; } Text { ID = "HUSTR_MESSAGESENT"; Text = "[Message Sent]"; } Text { ID = "HUSTR_PLRGREEN"; Text = "Green: "; } Text { ID = "HUSTR_PLRINDIGO"; Text = "Indigo: "; } Text { ID = "HUSTR_PLRBROWN"; Text = "Brown: "; } Text { ID = "HUSTR_PLRRED"; Text = "Red: "; } Text { ID = "AMSTR_FOLLOWON"; Text = "Follow Mode ON"; } Text { ID = "AMSTR_FOLLOWOFF"; Text = "Follow Mode OFF"; } Text { ID = "AMSTR_GRIDON"; Text = "Grid ON"; } Text { ID = "AMSTR_GRIDOFF"; Text = "Grid OFF"; } Text { ID = "AMSTR_MARKEDSPOT"; Text = "Marked Spot"; } Text { ID = "AMSTR_MARKSCLEARED"; Text = "All Marks Cleared"; } Text { ID = "STSTR_MUS"; Text = "Music Change"; } Text { ID = "STSTR_NOMUS"; Text = "Impossible selection"; } Text { ID = "STSTR_DQDON"; Text = "Degreelessness Mode On"; } Text { ID = "STSTR_DQDOFF"; Text = "Degreelessness Mode Off"; } Text { ID = "STSTR_KFAADDED"; Text = "Very Happy Ammo added"; } Text { ID = "STSTR_FAADDED"; Text = "Ammo (no keys) added"; } Text { ID = "STSTR_NCON"; Text = "No clipping mode ON"; } Text { ID = "STSTR_NCOFF"; Text = "No clipping mode OFF"; } Text { ID = "STSTR_BEHOLD"; Text = "inVuln, Str, Inviso, Rad, Allmap, or Lite-amp"; } Text { ID = "STSTR_BEHOLDX"; Text = "Power-up toggled"; } Text { ID = "STSTR_CHOPPERS"; Text = "... doesn't suck - GM"; } Text { ID = "STSTR_CLEV"; Text = "Changing map..."; } Text { ID = "E1TEXT"; Text = "Once you beat the big badasses and\n clean out the moon base you're supposed\n to win, aren't you? Aren't you? Where's\n your fat reward and ticket home? What\n the hell is this? It's not supposed to\n end this way!\n\n It stinks like rotten meat, but looks\n like the lost Deimos base. Looks like\n you're stuck on The Shores of Hell.\n The only way out is through.\n\n To continue the DOOM experience, play\n The Shores of Hell and its amazing\n sequel, Inferno!\n"; } Text { ID = "E2TEXT"; Text = "You've done it! The hideous cyber-\n demon lord that ruled the lost Deimos\n moon base has been slain and you\n are triumphant! But ... where are\n you? You clamber to the edge of the\n moon and look down to see the awful\n truth.\n\n Deimos floats above Hell itself!\n You've never heard of anyone escaping\n from Hell, but you'll make the bastards\n sorry they ever heard of you! Quickly,\n you rappel down to the surface of\n Hell.\n\n Now, it's on to the final chapter of\n DOOM! -- Inferno."; } Text { ID = "E3TEXT"; Text = "The loathsome spiderdemon that\n masterminded the invasion of the moon\n bases and caused so much death has had\n its ass kicked for all time.\n\n A hidden doorway opens and you enter.\n You've proven too tough for Hell to\n contain, and now Hell at last plays\n fair -- for you emerge from the door\n to see the green fields of Earth!\n Home at last.\n\n You wonder what's been happening on\n Earth while you were battling evil\n unleashed. It's good that no Hell-\n spawn could have come through that\n door with you ..."; } Text { ID = "E4TEXT"; Text = "The spider mastermind must have sent forth\n its legions of hellspawn before your\n final confrontation with that terrible\n beast from hell. But you stepped forward\n and brought forth eternal damnation and\n suffering upon the horde as a true hero\n would in the face of something so evil.\n\n Besides, someone was gonna pay for what\n happened to daisy, your pet rabbit.\n\n But now, you see spread before you more\n potential pain and gibbitude as a nation\n of demons run amok among our cities.\n\n next stop, hell on earth!"; } Text { ID = "C1TEXT"; Text = "You have entered deeply into the infested\n starport. But something is wrong. The\n monsters have brought their own reality\n with them, and the starport's technology\n is being subverted by their presence.\n\n Ahead, you see an outpost of Hell, a\n fortified zone. If you can get past it,\n you can penetrate into the haunted heart\n of the starbase and find the controlling\n switch which holds Earth's population\n hostage."; } Text { ID = "C2TEXT"; Text = "You have won! Your victory has enabled\n humankind to evacuate Earth and escape\n the nightmare. Now you are the only\n human left on the face of the planet.\n Cannibal mutations, carnivorous aliens,\n and evil spirits are your only neighbors.\n You sit back and wait for death, content\n that you have saved your species.\n\n But then, Earth Control beams down a\n message from space: \"Sensors have located\n the source of the alien invasion. If you\n go there, you may be able to block their\n entry. The alien base is in the heart of\n your own home city, not far from the\n starport.\" Slowly and painfully you get\n up and return to the fray."; } Text { ID = "C3TEXT"; Text = "You are at the corrupt heart of the city,\n surrounded by the corpses of your enemies.\n You see no way to destroy the creatures'\n entryway on this side, so you clench your\n teeth and plunge through it.\n\n There must be a way to close it on the\n other side. What do you care if you've\n got to go through Hell to get to it?"; } Text { ID = "C4TEXT"; Text = "The horrendous visage of the biggest\n demon you've ever seen crumbles before\n you, after you pump your rockets into\n his exposed brain. The monster shrivels\n up and dies, its thrashing limbs\n devastating untold miles of Hell's\n surface.\n\n You've done it. The invasion is over.\n Earth is saved. Hell is a wreck. You\n wonder where bad folks will go when they\n die, now. Wiping the sweat from your\n forehead you begin the long trek back\n home. Rebuilding Earth ought to be a\n lot more fun than ruining it was."; } Text { ID = "C5TEXT"; Text = "Congratulations, you've found the secret\n level! Looks like it's been built by\n humans, rather than demons. You wonder\n who the inmates of this corner of Hell\n will be."; } Text { ID = "C6TEXT"; Text = "Congratulations, you've found the\n super secret level! You'd better\n blaze through this one!\n"; } Text { ID = "P1TEXT"; Text = "You gloat over the steaming carcass of the\n Guardian. With its death, you've wrested\n the Accelerator from the stinking claws\n of Hell. You relax and glance around the\n room. Damn! There was supposed to be at\n least one working prototype, but you can't\n see it. The demons must have taken it.\n\n You must find the prototype, or all your\n struggles will have been wasted. Keep\n moving, keep fighting, keep killing.\n Oh yes, keep living, too."; } Text { ID = "P2TEXT"; Text = "Even the deadly Arch-Vile labyrinth could\n not stop you, and you've gotten to the\n prototype Accelerator which is soon\n efficiently and permanently deactivated.\n\n You're good at that kind of thing."; } Text { ID = "P3TEXT"; Text = "You've bashed and battered your way into\n the heart of the devil-hive. Time for a\n Search-and-Destroy mission, aimed at the\n Gatekeeper, whose foul offspring is\n cascading to Earth. Yeah, he's bad. But\n you know who's worse!\n\n Grinning evilly, you check your gear, and\n get ready to give the bastard a little Hell\n of your own making!"; } Text { ID = "P4TEXT"; Text = "The Gatekeeper's evil face is splattered\n all over the place. As its tattered corpse\n collapses, an inverted Gate forms and\n sucks down the shards of the last\n prototype Accelerator, not to mention the\n few remaining demons. You're done. Hell\n has gone back to pounding bad dead folks\n instead of good live ones. Remember to\n tell your grandkids to put a rocket\n launcher in your coffin. If you go to Hell\n when you die, you'll need it for some\n final cleaning-up..."; } Text { ID = "P5TEXT"; Text = "You've found the second-hardest level we\n got. Hope you have a saved game a level or\n two previous. If not, be prepared to die\n aplenty. For master marines only."; } Text { ID = "P6TEXT"; Text = "Betcha wondered just what WAS the hardest\n level we had ready for ya? Now you know.\n No one gets out alive."; } Text { ID = "T1TEXT"; Text = "You've fought your way out of the infested\n experimental labs. It seems that UAC has\n once again gulped it down. With their\n high turnover, it must be hard for poor\n old UAC to buy corporate health insurance\n nowadays...\n\n Ahead lies the military complex, now\n swarming with diseased horrors hot to get\n their teeth into you. With luck, the\n complex still has some warlike ordnance\n laying around."; } Text { ID = "T2TEXT"; Text = "You hear the grinding of heavy machinery\n ahead. You sure hope they're not stamping\n out new hellspawn but you're ready to\n ream out a whole herd if you have to.\n They might be planning a blood feast but\n you feel about as mean as two thousand\n maniacs packed into one mad killer.\n\n You don't plan to go down easy."; } Text { ID = "T3TEXT"; Text = "The vista opening ahead looks real damn\n familiar. Smells familiar, too -- like\n fried excrement. You didn't like this\n place before, and you sure as hell ain't\n planning to like it now. The more you\n brood on it, the madder you get.\n Hefting your gun, an evil grin trickles\n onto your face. Time to take some names."; } Text { ID = "T4TEXT"; Text = "Suddenly, all is silent, from one horizon\n to the other. The agonizing echo of Hell\n fades away, the nightmare sky turns to\n blue, the heaps of monster corpses start\n to evaporate along with the evil stench\n that filled the air. Jeeze, maybe you've\n done it. Have you really won?\n\n Something rumbles in the distance.\n A blue light begins to glow inside the\n ruined skull of the demon-spitter."; } Text { ID = "T5TEXT"; Text = "What now? Looks totally different. Kind\n of like King Tut's condo. Well,\n whatever's here can't be any worse\n than usual. Can it? Or maybe it's best\n to let sleeping gods lie..."; } Text { ID = "T6TEXT"; Text = "Time for a vacation. You've burst the\n bowels of hell and by golly you're ready\n for a break. You mutter to yourself,\n \"Maybe someone else can kick Hell's ass\n next time around\". Ahead lies a quiet town,\n with peaceful flowing water, quaint\n buildings, and presumably no Hellspawn.\n\n As you step off the transport, you hear\n the stomp of a cyberdemon's iron shoe."; } Text { ID = "CC_ZOMBIE"; Text = "Zombieman"; } Text { ID = "CC_SHOTGUN"; Text = "Shotgun Guy"; } Text { ID = "CC_HEAVY"; Text = "Heavy Weapon Dude"; } Text { ID = "CC_IMP"; Text = "Imp"; } Text { ID = "CC_DEMON"; Text = "Demon"; } Text { ID = "CC_LOST"; Text = "Lost Soul"; } Text { ID = "CC_CACO"; Text = "Cacodemon"; } Text { ID = "CC_HELL"; Text = "Hell Knight"; } Text { ID = "CC_BARON"; Text = "Baron of Hell"; } Text { ID = "CC_ARACH"; Text = "Arachnotron"; } Text { ID = "CC_PAIN"; Text = "Pain Elemental"; } Text { ID = "CC_REVEN"; Text = "Revenant"; } Text { ID = "CC_MANCU"; Text = "Mancubus"; } Text { ID = "CC_ARCH"; Text = "Arch-Vile"; } Text { ID = "CC_SPIDER"; Text = "The Spider Mastermind"; } Text { ID = "CC_CYBER"; Text = "The Cyberdemon"; } Text { ID = "CC_HERO"; Text = "Our hero"; } Text { ID = "QUITMESSAGE1"; Text = "Please don't leave, there's more\ndemons to toast!"; } Text { ID = "QUITMESSAGE2"; Text = "Let's beat it -- this is turning\ninto a bloodbath!"; } Text { ID = "QUITMESSAGE3"; Text = "I wouldn't leave if I were you.\nWindows is much worse."; } Text { ID = "QUITMESSAGE4"; Text = "You're trying to say you like Windows\nbetter than me, right?"; } Text { ID = "QUITMESSAGE5"; Text = "Don't leave yet -- there's a\ndemon around that corner!"; } Text { ID = "QUITMESSAGE6"; Text = "Ya know, next time you come in here\nI'm gonna toast ya."; } Text { ID = "QUITMESSAGE7"; Text = "Go ahead and leave. See if I care."; } Text { ID = "QUITMESSAGE8"; Text = "You want to quit?\nThen, thou hast lost an eighth!"; } Text { ID = "QUITMESSAGE9"; Text = "Don't go now, there's a \nDimensional Shambler waiting\n at the Windows desktop!"; } Text { ID = "QUITMESSAGE10"; Text = "Get outta here and go back\nto your boring programs."; } Text { ID = "QUITMESSAGE11"; Text = "If i were your boss, I'd \n deathmatch ya in a minute!"; } Text { ID = "QUITMESSAGE12"; Text = "Look, bud. you leave now\nand you forfeit your body count!"; } Text { ID = "QUITMESSAGE13"; Text = "Just leave. when you come\nback, I'll be waiting with a bat."; } Text { ID = "QUITMESSAGE14"; Text = "You're lucky I don't smack\nyou for thinking about leaving."; } Text { ID = "QUITMESSAGE15"; Text = "Prescience of mind is\nno substitute for courage."; } Text { ID = "QUITMESSAGE16"; Text = "Tired you may be...\nbut the only tired spawn\nis dead spawn."; } Text { ID = "QUITMESSAGE17"; Text = "Return as an apostate to be\neternally welcomed."; } Text { ID = "QUITMESSAGE18"; Text = "To abandon the cause\ncan only presage disaster."; } Text { ID = "QUITMESSAGE19"; Text = "Death becomes you:\nplease return...."; } Text { ID = "QUITMESSAGE20"; Text = "Dost the demesne win?\nDost its inhabitants prevail?\n Is this the end?"; } Text { ID = "QUITMESSAGE21"; Text = "To quit is to lose."; } Text { ID = "QUITMESSAGE22"; Text = "Escape if you will, but these\ndark corridors haunt you forever..."; } Text { ID = "JOINNET"; Text = "You're already in a network game!"; } Text { ID = "SAVENET"; Text = "You can't save while in a net game!"; } Text { ID = "CLNETLOAD"; Text = "Server loading saved game..."; } Text { ID = "LOADMISSING"; Text = "You weren't in the server's savegame."; } Text { ID = "FINALEFLAT_E1"; Text = "FLOOR4_8"; } Text { ID = "FINALEFLAT_E2"; Text = "SFLR6_1"; } Text { ID = "FINALEFLAT_E3"; Text = "MFLR8_4"; } Text { ID = "FINALEFLAT_E4"; Text = "MFLR8_3"; } Text { ID = "FINALEFLAT_C2"; Text = "RROCK14"; } Text { ID = "FINALEFLAT_C1"; Text = "SLIME16"; } Text { ID = "FINALEFLAT_C3"; Text = "RROCK07"; } Text { ID = "FINALEFLAT_C4"; Text = "RROCK17"; } Text { ID = "FINALEFLAT_C5"; Text = "RROCK13"; } Text { ID = "FINALEFLAT_C6"; Text = "RROCK19"; } Text { ID = "ASK_EPISODE"; Text = "Choose Episode:"; } Text { ID = "EPISODE1"; Text = "Knee-Deep In The Dead"; } Text { ID = "EPISODE2"; Text = "The Shores Of Hell"; } Text { ID = "EPISODE3"; Text = "Inferno"; } Text { ID = "EPISODE4"; Text = "Thy Flesh Consumed"; } Text { ID = "KILLMSG_SUICIDE"; Text = "%1 commits suicide!"; } Text { ID = "KILLMSG_WEAPON0"; Text = "%1 beat %2 with bare hands!"; } Text { ID = "KILLMSG_PISTOL"; Text = "%2 was gunned down by %1."; } Text { ID = "KILLMSG_SHOTGUN"; Text = "%1 shot %2 to bloody bits."; } Text { ID = "KILLMSG_CHAINGUN"; Text = "%2 was poisoned by %1's lead."; } Text { ID = "KILLMSG_MISSILE"; Text = "%2 rode %1's rocket. Splat!"; } Text { ID = "KILLMSG_PLASMA"; Text = "%2 got burnt in %1's plasma."; } Text { ID = "KILLMSG_BFG"; Text = "%2 was scorched by %1's BFG!"; } Text { ID = "KILLMSG_CHAINSAW"; Text = "%1 slaughtered %2 with a buzz!"; } Text { ID = "KILLMSG_SUPERSHOTGUN"; Text = "%1 blasted %2 to tiny bits."; } Text { ID = "KILLMSG_STOMP"; Text = "%1 stomped %2!!"; } Text { ID = "AMSTR_ROTATEON"; Text = "Rotate mode ON"; } Text { ID = "AMSTR_ROTATEOFF"; Text = "Rotate mode OFF"; } Text { ID = "WEAPON1"; Text = "Fist"; } Text { ID = "WEAPON2"; Text = "Pistol"; } Text { ID = "WEAPON3"; Text = "Shotgun"; } Text { ID = "WEAPON4"; Text = "Chaingun"; } Text { ID = "WEAPON5"; Text = "Rocket Launcher"; } Text { ID = "WEAPON6"; Text = "Plasma Rifle"; } Text { ID = "WEAPON7"; Text = "BFG 9000"; } Text { ID = "WEAPON8"; Text = "Chainsaw"; } Text { ID = "WEAPON9"; Text = "Super Shotgun"; } Text { ID = "SKILL1"; Text = "I'm too young to die."; } Text { ID = "SKILL2"; Text = "Hey, not too rough."; } Text { ID = "SKILL3"; Text = "Hurt me plenty."; } Text { ID = "SKILL4"; Text = "Ultra-Violence."; } Text { ID = "SKILL5"; Text = "Nightmare!"; } Text { ID = "KEY1"; Text = "Blue Keycard"; } Text { ID = "KEY2"; Text = "Yellow Keycard"; } Text { ID = "KEY3"; Text = "Red Keycard"; } Text { ID = "KEY4"; Text = "Blue Skull Key"; } Text { ID = "KEY5"; Text = "Yellow Skull Key"; } Text { ID = "KEY6"; Text = "Red Skull Key"; } Text { ID = "SAVEOUTMAP"; Text = "You can't save if you aren't in a map!"; } Text { ID = "ENDNOGAME"; Text = "You can't end a game that hasn't even begun!"; } Text { ID = "SUICIDEOUTMAP"; Text = "You can't suicide if you aren't in a map!"; } Text { ID = "SUICIDEASK"; Text = "Are you sure you want to suicide?"; } Text { ID = "PICKGAMETYPE"; Text = "Choose game type"; } Text { ID = "SINGLEPLAYER"; Text = "Singleplayer"; } Text { ID = "MULTIPLAYER"; Text = "Multiplayer"; } Text { ID = "NOTDESIGNEDFOR"; Text = "Not designed for %1."; } Text { ID = "GAMESETUP"; Text = "Game Setup"; } Text { ID = "PLAYERSETUP"; Text = "Player Setup"; } Text { ID = "DISCONNECT"; Text = "Really disconnect?"; } Text { ID = "DELETESAVEGAME_CONFIRM"; Text = "Really delete save game\n\n'%s'?"; } Text { ID = "REBORNLOAD_CONFIRM"; Text = "Load save game\n\n'%s'?"; } doomsday-1.14.5/doomsday/plugins/doom/defs/sounds.ded0000664000175000017500000003757612350542240022074 0ustar jaakkojaakko# libdoom: Sound Effects Header { Version = 5; } #####====--- SOUND EFFECTS ---====##### Sound { ID = "pistol"; Flags = "sf_shift2"; Lump = "DSPISTOL"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "shotgn"; Flags = "sf_shift2"; Lump = "DSSHOTGN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = 4; } Sound { ID = "sgcock"; Flags = "sf_shift2"; Lump = "DSSGCOCK"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dshtgn"; Flags = "sf_shift2"; Lump = "DSDSHTGN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbopn"; Flags = "sf_shift2"; Lump = "DSDBOPN"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbcls"; Flags = "sf_shift2"; Lump = "DSDBCLS"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "dbload"; Flags = "sf_shift2"; Lump = "DSDBLOAD"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "plasma"; Flags = "sf_shift2"; Lump = "DSPLASMA"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = 4; } Sound { ID = "bfg"; Flags = "sf_shift2"; Lump = "DSBFG"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "sawup"; Flags = "sf_shift"; Lump = "DSSAWUP"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "sawidl"; Flags = "sf_shift"; Lump = "DSSAWIDL"; Link pitch = -1; Link volume = -1; Priority = 118; Max channels = -1; Group = 1; } Sound { ID = "sawful"; Flags = "sf_shift"; Lump = "DSSAWFUL"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "sawhit"; Flags = "sf_shift"; Lump = "DSSAWHIT"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; Group = 1; } Sound { ID = "rlaunc"; Flags = "sf_shift2"; Lump = "DSRLAUNC"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "rxplod"; Flags = "sf_shift2"; Lump = "DSRXPLOD"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "firsht"; Flags = "sf_shift2"; Lump = "DSFIRSHT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "firxpl"; Flags = "sf_shift2"; Lump = "DSFIRXPL"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = 2; } Sound { ID = "pstart"; Flags = "sf_shift2"; Lump = "DSPSTART"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "pstop"; Flags = "sf_shift2"; Lump = "DSPSTOP"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "doropn"; Flags = "sf_shift2"; Lump = "DSDOROPN"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "dorcls"; Flags = "sf_shift2"; Lump = "DSDORCLS"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "stnmov"; Flags = "sf_shift2"; Lump = "DSSTNMOV"; Link pitch = -1; Link volume = -1; Priority = 119; Max channels = -1; } Sound { ID = "swtchn"; Flags = "sf_shift2"; Lump = "DSSWTCHN"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "swtchx"; Flags = "sf_shift2"; Lump = "DSSWTCHX"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "plpain"; Flags = "sf_shift2"; Lump = "DSPLPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "dmpain"; Flags = "sf_shift2"; Lump = "DSDMPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "popain"; Flags = "sf_shift2"; Lump = "DSPOPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "vipain"; Flags = "sf_shift2"; Lump = "DSVIPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "mnpain"; Flags = "sf_shift2"; Lump = "DSMNPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "pepain"; Flags = "sf_shift2"; Lump = "DSPEPAIN"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "slop"; Flags = "sf_shift2"; Lump = "DSSLOP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "itemup"; Lump = "DSITEMUP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = 1; } Sound { ID = "wpnup"; Flags = "sf_shift2"; Lump = "DSWPNUP"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = 1; } Sound { ID = "oof"; Flags = "sf_shift2"; Lump = "DSOOF"; Link pitch = -1; Link volume = -1; Priority = 96; Max channels = -1; } Sound { ID = "telept"; Flags = "sf_shift2"; Lump = "DSTELEPT"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "posit1"; Flags = "sf_shift2"; Lump = "DSPOSIT1"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "posit2"; Flags = "sf_shift2"; Lump = "DSPOSIT2"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "posit3"; Flags = "sf_shift2"; Lump = "DSPOSIT3"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "bgsit1"; Flags = "sf_shift2"; Lump = "DSBGSIT1"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "bgsit2"; Flags = "sf_shift2"; Lump = "DSBGSIT2"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "sgtsit"; Flags = "sf_shift2"; Lump = "DSSGTSIT"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "cacsit"; Flags = "sf_shift2"; Lump = "DSCACSIT"; Link pitch = -1; Link volume = -1; Priority = 98; Max channels = 1; } Sound { ID = "brssit"; Flags = "sf_shift2"; Lump = "DSBRSSIT"; Link pitch = -1; Link volume = -1; Priority = 94; Max channels = 1; } Sound { ID = "cybsit"; Flags = shift2 | dontstop; Lump = "DSCYBSIT"; Link pitch = -1; Link volume = -1; Priority = 92; Max channels = 1; } Sound { ID = "spisit"; Flags = shift2 | dontstop; Lump = "DSSPISIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "bspsit"; Flags = "sf_shift2"; Lump = "DSBSPSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "kntsit"; Flags = "sf_shift2"; Lump = "DSKNTSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "vilsit"; Flags = "sf_shift2"; Lump = "DSVILSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "mansit"; Flags = "sf_shift2"; Lump = "DSMANSIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "pesit"; Flags = "sf_shift2"; Lump = "DSPESIT"; Link pitch = -1; Link volume = -1; Priority = 90; Max channels = 1; } Sound { ID = "sklatk"; Flags = "sf_shift2"; Lump = "DSSKLATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sgtatk"; Flags = "sf_shift2"; Lump = "DSSGTATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skepch"; Flags = "sf_shift2"; Lump = "DSSKEPCH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "vilatk"; Flags = "sf_shift2"; Lump = "DSVILATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "claw"; Flags = "sf_shift2"; Lump = "DSCLAW"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeswg"; Flags = "sf_shift2"; Lump = "DSSKESWG"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "pldeth"; Flags = "sf_shift2"; Lump = "DSPLDETH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "pdiehi"; Flags = "sf_shift2"; Lump = "DSPDIEHI"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "podth1"; Flags = "sf_shift2"; Lump = "DSPODTH1"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "podth2"; Flags = "sf_shift2"; Lump = "DSPODTH2"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "podth3"; Flags = "sf_shift2"; Lump = "DSPODTH3"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bgdth1"; Flags = "sf_shift2"; Lump = "DSBGDTH1"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bgdth2"; Flags = "sf_shift2"; Lump = "DSBGDTH2"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sgtdth"; Flags = "sf_shift2"; Lump = "DSSGTDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "cacdth"; Flags = "sf_shift2"; Lump = "DSCACDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skldth"; Flags = "sf_shift2"; Lump = "DSSKLDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "brsdth"; Flags = "sf_shift2"; Lump = "DSBRSDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "cybdth"; Flags = "sf_shift2"; Lump = "DSCYBDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "spidth"; Flags = "sf_shift2"; Lump = "DSSPIDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "bspdth"; Flags = "sf_shift2"; Lump = "DSBSPDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "vildth"; Flags = "sf_shift2"; Lump = "DSVILDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "kntdth"; Flags = "sf_shift2"; Lump = "DSKNTDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "pedth"; Flags = "sf_shift2"; Lump = "DSPEDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "skedth"; Flags = "sf_shift2"; Lump = "DSSKEDTH"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "posact"; Flags = "sf_shift2"; Lump = "DSPOSACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "bgact"; Flags = "sf_shift2"; Lump = "DSBGACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "dmact"; Flags = "sf_shift2"; Lump = "DSDMACT"; Link pitch = -1; Link volume = -1; Priority = 120; Max channels = 1; } Sound { ID = "bspact"; Flags = "sf_shift2"; Lump = "DSBSPACT"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "bspwlk"; Flags = "sf_shift2"; Lump = "DSBSPWLK"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "vilact"; Flags = "sf_shift2"; Lump = "DSVILACT"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = 1; } Sound { ID = "noway"; Flags = "sf_shift2"; Lump = "DSNOWAY"; Link pitch = -1; Link volume = -1; Priority = 78; Max channels = -1; } Sound { ID = "barexp"; Flags = "sf_shift2 sf_dontstop"; Lump = "DSBAREXP"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "punch"; Flags = "sf_shift2"; Lump = "DSPUNCH"; Link pitch = -1; Link volume = -1; Priority = 64; Max channels = -1; } Sound { ID = "hoof"; Flags = "sf_shift2"; Lump = "DSHOOF"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "metal"; Flags = "sf_shift2"; Lump = "DSMETAL"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "chgun"; Flags = "sf_shift2"; Lump = "DSCHGUN"; Link = "pistol"; Link pitch = 150; Priority = 64; Max channels = -1; } Sound { ID = "tink"; Lump = "DSTINK"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "bdopn"; Flags = "sf_shift2"; Lump = "DSBDOPN"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "bdcls"; Flags = "sf_shift2"; Lump = "DSBDCLS"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "itmbk"; Flags = "sf_shift2"; Lump = "DSITMBK"; Link pitch = -1; Link volume = -1; Priority = 100; Max channels = -1; } Sound { ID = "flame"; Flags = "sf_shift2"; Lump = "DSFLAME"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "flamst"; Flags = "sf_shift2"; Lump = "DSFLAMST"; Link pitch = -1; Link volume = -1; Priority = 32; Max channels = -1; } Sound { ID = "getpow"; Flags = "sf_shift2"; Lump = "DSGETPOW"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "bospit"; Flags = "sf_shift2"; Lump = "DSBOSPIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "boscub"; Flags = "sf_shift2"; Lump = "DSBOSCUB"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bossit"; Flags = "sf_shift2"; Lump = "DSBOSSIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bospn"; Flags = "sf_shift2"; Lump = "DSBOSPN"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "bosdth"; Flags = "sf_shift2"; Lump = "DSBOSDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "manatk"; Flags = "sf_shift2"; Lump = "DSMANATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "mandth"; Flags = "sf_shift2"; Lump = "DSMANDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "sssit"; Flags = "sf_shift2"; Lump = "DSSSSIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "ssdth"; Flags = "sf_shift2"; Lump = "DSSSDTH"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "keenpn"; Flags = "sf_shift2"; Lump = "DSKEENPN"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "keendt"; Flags = "sf_shift2"; Lump = "DSKEENDT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeact"; Flags = "sf_shift2"; Lump = "DSSKEACT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skesit"; Flags = "sf_shift2"; Lump = "DSSKESIT"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "skeatk"; Flags = "sf_shift2"; Lump = "DSSKEATK"; Link pitch = -1; Link volume = -1; Priority = 70; Max channels = -1; } Sound { ID = "radio"; Lump = "DSRADIO"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } Sound { ID = "secret"; Flags = "sf_shift2"; Lump = "DSGETPOW"; Link pitch = -1; Link volume = -1; Priority = 60; Max channels = -1; } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx.ded0000664000175000017500000000533212350542240021465 0ustar jaakkojaakko# # Hacx - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "doom1/anim.ded"; Include "doom2/anim.ded"; Include "doom2/skies.ded"; Include "hacx/maps.ded"; Include "doom2/finales.ded"; Include "hacx/materials.ded"; Include "hacx/materialenvironments.ded"; Include "doom2/music.ded"; Include "hacx/fonts.ded"; Include "hacx/menu.ded"; Include "hacx/text.ded"; Include "hacx/hud.ded"; Include "hacx/inlude.ded"; Include "hacx/lights.ded"; # Make the photon rocket ammo's fullbright so we can add a light. State Mods "ROCK" { Flags = fullbright; } State Mods "BROK" { Flags = fullbright; } # Nerf the lights on fullbright but non-light emitting objects. State Mods "RKEY" { Flags = noautolight; } State Mods "PSTR" { Flags = fullbright|noautolight; } State Mods "PINS" { Flags = fullbright|noautolight; } State Mods "PINS2" { Flags = fullbright|noautolight; } State Mods "PINS3" { Flags = fullbright|noautolight; } State Mods "PINS4" { Flags = fullbright|noautolight; } State Mods "BON1" { Flags = fullbright|noautolight; } State Mods "BON1A" { Flags = fullbright|noautolight; } State Mods "BON1B" { Flags = fullbright|noautolight; } State Mods "BON1C" { Flags = fullbright|noautolight; } State Mods "BON1D" { Flags = fullbright|noautolight; } State Mods "BON1E" { Flags = fullbright|noautolight; } State Mods "GREENTORCH" { Flags = fullbright|noautolight; } State Mods "GREENTORCH2" { Flags = fullbright|noautolight; } State Mods "GREENTORCH3" { Flags = fullbright|noautolight; } State Mods "GREENTORCH4" { Flags = fullbright|noautolight; } State Mods "FLOATSKULL" { Flags = fullbright|noautolight; } State Mods "FLOATSKULL2" { Flags = fullbright|noautolight; } State Mods "FLOATSKULL3" { Flags = fullbright|noautolight; } State Mods "BFUG" { Flags = noautolight; } # The BFG shot is a metal bomb-like object in HacX so do not blend it when drawing. Thing { ID = "BFG"; DoomEd number = -1; Spawn state = "BFGSHOT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BFGLAND"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "rxplod"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 100; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2-tnt.ded0000664000175000017500000000136412350542240022366 0ustar jaakkojaakko# # DOOM2 (TNT) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "doom1/anim.ded"; Include "doom2/anim.ded"; Include "doom2/skies.ded"; Include "doom2-tnt/maps.ded"; Include "doom2-tnt/finales.ded"; Include "doom1/fonts.ded"; Include "doom1/materials.ded"; Include "doom1/materialenvironments.ded"; Include "doom2/materialenvironments.ded"; Include "doom1/particles.ded"; Include "doom2/particles.ded"; Include "doom1/lights.ded"; Include "doom2/lights.ded"; Include "doom2/music.ded"; Include "doom1/menu.ded"; Include "doom1/hud.ded"; Include "doom1/inlude.ded"; doomsday-1.14.5/doomsday/plugins/doom/defs/doom1-ultimate.ded0000664000175000017500000000115512350542240023402 0ustar jaakkojaakko# # DOOM (Ultimate) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "doom1/anim.ded"; Include "doom1/particles.ded"; Include "doom1/skies.ded"; Include "doom1/maps.ded"; Include "doom1/finales.ded"; Include "doom1/fonts.ded"; Include "doom1/lights.ded"; Include "doom1/materials.ded"; Include "doom1/materialenvironments.ded"; Include "doom1/music.ded"; Include "doom1/menu.ded"; Include "doom1/hud.ded"; Include "doom1/inlude.ded"; doomsday-1.14.5/doomsday/plugins/doom/defs/doom2.ded0000664000175000017500000000134612350542240021563 0ustar jaakkojaakko# # DOOM2 - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "doom1/anim.ded"; Include "doom2/anim.ded"; Include "doom2/skies.ded"; Include "doom2/maps.ded"; Include "doom2/finales.ded"; Include "doom1/fonts.ded"; Include "doom1/materials.ded"; Include "doom1/materialenvironments.ded"; Include "doom2/materialenvironments.ded"; Include "doom1/particles.ded"; Include "doom2/particles.ded"; Include "doom1/lights.ded"; Include "doom2/lights.ded"; Include "doom2/music.ded"; Include "doom1/menu.ded"; Include "doom1/hud.ded"; Include "doom1/inlude.ded"; doomsday-1.14.5/doomsday/plugins/doom/defs/values.ded0000664000175000017500000001330112350542240022034 0ustar jaakkojaakko# libdoom: Values # (mind yur speling; libdoom uses only the identifiers it knows about) # # The strings from all Values definition blocks are merged together. # This means you don't have to add all your values here; they can be # in a Values block in another file. Header { Version = 5; } # The "Patch Replacement" values are used to replace patches with # strings of text. The replacement overrides any checks for external # resources. Only patches in an IWAD can be replaced; this is required # because existing PWADs may replace the original text patches with # their own graphics. # # The replacement is done by searching a value in the "Patch # Replacement" block that matches the lump name of the patch to be # replaced. The text string may optionally contain parameters that # control how the string is displayed. The parameters must be placed # inside braces. If a parameter block is present, the actual text # string begins from the first character following the closing brace. # # "{fonta, scale=2}C{scale=1}APITAL" # # Whitespace inside a parameter block is ignored. Use a comma or a # semicolon to separate parameters. The parameters and their default # values are: # # fonta Use the small font. # fontb Use the large font (the default). # r=1.0 Red color component (0..1). # g=0.0 Green color component (0..1). # b=0.0 Blue color component (0..1). # x=0 Offset to the X coordinate. # y=0 Offset to the Y coordinate. # scale=1.0 Uniform scaling factor (both X and Y). # scalex=1.0 X scaling factor. # scaley=1.0 Y scaling factor. # angle=0.0 Rotation angle (around initial origin). # flash Enable flashy type-in effect. # noflash Disable it (the default). # case Enable case-based scaling. # nocase Disable it (the default). # ups=1.25 Upper case Y scale. # upo=0.0 Upper case Y offset. # los=1.0 Lower case Y scale. # loo=3.0 Lower case Y offset. # break Start a new line. # # An example: # # Values { # Patch Replacement { # M_DOOM = "{R=.5; G=1; B=.5; scale=3}G{scale=2;y=10}ONE { # scale=3;y=0}F{ scale = 2; y = 10 }I{break}SHING"; # }; # } Values { Player { Health = "100"; # Initial health. Max Health = "100"; # Maximum health. Health Limit = "200"; # Absolute health limit. #God Health = "100"; # Health when god mode is activated. Green Armor = "100"; Blue Armor = "200"; IDFA Armor = "200"; # Armor given when the IDFA cheat is activated. IDKFA Armor = "200"; # Armor given when the IDKFA cheat is activated. Max Ammo { Clip = "200"; Shell = "50"; Cell = "300"; Misl = "50"; }; Clip Ammo { Clip = "10"; Shell = "4"; Cell = "20"; Misl = "1"; }; Init Ammo { Clip = "50"; Shell = "0"; Cell = "0"; Misl = "0"; }; }; MegaSphere { Give { Health = "200"; }; }; SoulSphere { Give { Health = "100"; Health Limit = "200"; }; }; # Weapon Info|*|Static # Defaults to "0". "1" = prevent the lowering of the HUD weapon when doing a switch. # Weapon Info|*|Owned # Defaults to "0". "1" = this weapon will be given to the player when spawned. Weapon Info { 0 { Type = "noammo"; Up = "PUNCHUP"; Down = "PUNCHDOWN"; Ready = "PUNCH"; Atk = "PUNCH1"; Flash = "NULL"; Owned = "1"; Static = "0"; }; 1 { Type = "clip"; Per shot = "1"; Up = "PISTOLUP"; Down = "PISTOLDOWN"; Ready = "PISTOL"; Atk = "PISTOL1"; Flash = "PISTOLFLASH"; Owned = "1"; Static = "0"; }; 2 { Type = "shell"; Per shot = "1"; Up = "SGUNUP"; Down = "SGUNDOWN"; Ready = "SGUN"; Atk = "SGUN1"; Flash = "SGUNFLASH1"; Owned = "0"; Static = "0"; }; 3 { Type = "clip"; Per shot = "1"; Up = "CHAINUP"; Down = "CHAINDOWN"; Ready = "CHAIN"; Atk = "CHAIN1"; Flash = "CHAINFLASH1"; Owned = "0"; Static = "0"; }; 4 { Type = "misl"; Per shot = "1"; Up = "MISSILEUP"; Down = "MISSILEDOWN"; Ready = "MISSILE"; Atk = "MISSILE1"; Flash = "MISSILEFLASH1"; Owned = "0"; Static = "0"; }; 5 { Type = "cell"; Per shot = "1"; Up = "PLASMAUP"; Down = "PLASMADOWN"; Ready = "PLASMA"; Atk = "PLASMA1"; Flash = "PLASMAFLASH1"; Owned = "0"; Static = "0"; }; 6 { Type = "cell"; Per shot = "40"; Up = "BFGUP"; Down = "BFGDOWN"; Ready = "BFG"; Atk = "BFG1"; Flash = "BFGFLASH1"; Owned = "0"; Static = "0"; }; 7 { Type = "noammo"; Up = "SAWUP"; Down = "SAWDOWN"; Ready = "SAW"; Atk = "SAW1"; Flash = "NULL"; Owned = "0"; Static = "0"; }; 8 { Type = "shell"; Per shot = "2"; Up = "DSGUNUP"; Down = "DSGUNDOWN"; Ready = "DSGUN"; Atk = "DSGUN1"; Flash = "DSGUNFLASH1"; Owned = "0"; Static = "0"; }; }; # Finale backgrounds: BGFLATE1 = "FLOOR4_8"; # DOOM end of episode 1 BGFLATE2 = "SFLR6_1"; # DOOM end of episode 2 BGFLATE3 = "MFLR8_4"; # DOOM end of episode 3 BGFLATE4 = "MFLR8_3"; # DOOM end of episode 4 BGFLAT06 = "SLIME16"; # DOOM2 before MAP06 BGFLAT11 = "RROCK14"; # DOOM2 before MAP11 BGFLAT20 = "RROCK07"; # DOOM2 before MAP20 BGFLAT30 = "RROCK17"; # DOOM2 before MAP30 BGFLAT15 = "RROCK13"; # DOOM2 from MAP15 to MAP31 BGFLAT31 = "RROCK19"; # DOOM2 from MAP31 to MAP32 BGCASTCALL = "BOSSBACK"; # End of game cast call } doomsday-1.14.5/doomsday/plugins/doom/defs/flags.ded0000664000175000017500000000467112350542240021643 0ustar jaakkojaakko# libdoom: Flags # Mobj flags: Flag { ID = "mf_special"; Value = 0x1; } Flag { ID = "mf_solid"; Value = 0x2; } Flag { ID = "mf_shootable"; Value = 0x4; } Flag { ID = "mf_nosector"; Value = 0x8; } Flag { ID = "mf_noblockmap"; Value = 0x10; } Flag { ID = "mf_ambush"; Value = 0x20; } Flag { ID = "mf_justhit"; Value = 0x40; } Flag { ID = "mf_justattacked"; Value = 0x80; } Flag { ID = "mf_spawnceiling"; Value = 0x100; } Flag { ID = "mf_nogravity"; Value = 0x200; } Flag { ID = "mf_dropoff"; Value = 0x400; } Flag { ID = "mf_pickup"; Value = 0x800; } Flag { ID = "mf_noclip"; Value = 0x1000; } Flag { ID = "mf_float"; Value = 0x4000; } Flag { ID = "mf_teleport"; Value = 0x8000; } Flag { ID = "mf_missile"; Value = 0x10000; } Flag { ID = "mf_dropped"; Value = 0x20000; } Flag { ID = "mf_shadow"; Value = 0x40000; } Flag { ID = "mf_noblood"; Value = 0x80000; } Flag { ID = "mf_corpse"; Value = 0x100000; } Flag { ID = "mf_infloat"; Value = 0x200000; } Flag { ID = "mf_countkill"; Value = 0x400000; } Flag { ID = "mf_countitem"; Value = 0x800000; } Flag { ID = "mf_skullfly"; Value = 0x1000000; } Flag { ID = "mf_notdmatch"; Value = 0x2000000; } Flag { ID = "mf_translation"; Value = 0xC000000; } Flag { ID = "mf_transshift"; Value = 0x1A; } Flag { ID = "mf_local"; Value = 0x10000000; } Flag { ID = "mf_brightshadow"; Value = 0x20000000; } Flag { ID = "mf_brightexplode"; Value = 0x40000000; } Flag { ID = "mf_viewalign"; Value = 0x80000000; } # Mobj flags2: Flag { ID = "mf2_lograv"; Value = 0x1; } Flag { ID = "mf2_floorbounce"; Value = 0x4; } Flag { ID = "mf2_thrughost"; Value = 0x8; } Flag { ID = "mf2_fly"; Value = 0x10; } Flag { ID = "mf2_floorclip"; Value = 0x20; } Flag { ID = "mf2_spawnfloat"; Value = 0x40; } Flag { ID = "mf2_noteleport"; Value = 0x80; } Flag { ID = "mf2_rip"; Value = 0x100; } Flag { ID = "mf2_pushable"; Value = 0x200; } Flag { ID = "mf2_slide"; Value = 0x400; } Flag { ID = "mf2_alwayslit"; Value = 0x800; } Flag { ID = "mf2_passmobj"; Value = 0x1000; } Flag { ID = "mf2_cannotpush"; Value = 0x2000; } Flag { ID = "mf2_radiusattacknomaxz"; Value = 0x4000; } Flag { ID = "mf2_boss"; Value = 0x8000; } Flag { ID = "mf2_nodmgthrust"; Value = 0x20000; } Flag { ID = "mf2_telestomp"; Value = 0x40000; } Flag { ID = "mf2_floatbob"; Value = 0x80000; } Flag { ID = "mf2_dontdraw"; Value = 0x100000; } # Mobj flags3: Flag { ID = "mf3_noinfight"; Value = 0x1; } Flag { ID = "mf3_clientaction"; Value = 0x2; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/0000775000175000017500000000000012350542240021100 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/defs/doom1/materials.ded0000664000175000017500000001121212350542240023534 0ustar jaakkojaakko# DOOM - Material Enhancements # # Patch the Material definitions created automatically by the engine, # adding new effects to them. # # For further information on Material definition syntax and semantics see: # # http://dengine.net/dew/?title=Ded_material Header { Version = 6; } SkipIf -nodefaultfx; # # Glowing flats: # Material Mods "flats:NUKAGE1" { Layer { Stage { Glow = .5; Glow Rnd = .5; } Stage { Glow = .5; Glow Rnd = .5; } Stage { Glow = .5; Glow Rnd = .5; } } } Material Mods "flats:NUKAGE2" { Layer { Stage { Glow = .5; Glow Rnd = .5; } Stage { Glow = .5; Glow Rnd = .5; } Stage { Glow = .5; Glow Rnd = .5; } } } Material Mods "flats:NUKAGE3" { Layer { Stage { Glow = .5; Glow Rnd = .5; } Stage { Glow = .5; Glow Rnd = .5; } Stage { Glow = .5; Glow Rnd = .5; } } } # The rest of this file is skipped if DOOM - shareware. SkipIf doom1-share; Material Mods "flats:LAVA1" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:LAVA2" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:LAVA3" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:LAVA4" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:FWATER1" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } Material Mods "flats:FWATER2" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } Material Mods "flats:FWATER3" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } Material Mods "flats:FWATER4" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } # The rest of this file is skipped if HacX. SkipIf hacx; # # Glowing textures: # Material Mods "textures:FIREBLU1" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIREBLU2" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIRELAV3" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIRELAVA" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIRELAV2" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIREMAG1" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIREMAG2" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIREMAG3" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIREWALA" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIREWALB" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:FIREWALL" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/particles.ded0000664000175000017500000002500412350542240023545 0ustar jaakkojaakko# DOOM - Default Particle Effects # # For further information on Generator definition syntax and semantics see: # # http://dengine.net/dew/?title=Generator # Header { Version = 6; } SkipIf -nodefaultfx; ######=====---- PLAYER WEAPONS ----=====###### # Rocket smoke trail. Generator { State = "ROCKET"; Flags = spawn; Center { -16 0 5 }; Speed = .8; Speed rnd = 1; Spawn age = -1; Max age = 1200; Particles = 150; Spawn rate = 1.4; Spawn Rnd = 0.4; Vector { 0 0 0 }; Vector rnd = 1; Stage { Type = point; Flags = bright; Radius = 1; Color { 1 1 1 1 }; }; Stage { Type = point; Flags = bright; Tics = 4; Rnd = .2; Radius = 5; Color { 1 .95 .7 1 }; }; Stage { Type = point; Flags = bright; Tics = 2; Rnd = .2; Radius = 5; Color { 1 .7 .3 1 }; }; Stage { Type = point; Tics = 15; Radius = 6; Color { .6 .6 .6 .5 }; Resistance = 0.01; }; Stage { Type = point; Tics = 130; Radius = 22; Bounce = 0; Resistance = 0.1; Gravity = 0; Color { 0.5 0.5 0.55 0.3 }; }; Stage { Type = point; Radius = 30; Color { 0.2 0.2 0.22 0 }; }; } # Bullet ricochet. Happens pretty rarely. Generator { State = "PUFF1"; Flags = "gnf_blend"; Speed = 20; Speed rnd = 0.1; Spawn age = 2; Max age = 50; Particles = 20; Spawn rate = .65; Spawn rnd = 1; Vector rnd = 1; Stage { Type = "pt_line"; Flags = "ptf_bright"; Tics = 20; Rnd = 0.5; Radius = 1; Color { 1 1 .9 1 }; Bounce = 0.5; Resistance = 0.01; Gravity = 0.04; }; Stage { Type = "pt_line"; Flags = "ptf_bright"; Tics = 10; Rnd = 0.5; Radius = 1; Color { 1 .9 .3 .5 }; Bounce = 0.5; Resistance = 0.01; Gravity = 0.04; }; Stage { Type = "pt_line"; Flags = "ptf_bright"; Radius = 1; Resistance = 0.01; Gravity = 0.02; }; } # Plasma sparks (blue). Generator { State = "PLASEXP"; Flags = "gnf_blend"; Speed = 3; Speed rnd = 0.8; Spawn age = 3; Spawn radius = 20; Max age = 50; Particles = 30; Spawn rate = 10; Spawn rnd = 1; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 5; Rnd = 0.5; Radius = 15; Color { 1 1 1 .7 }; Resistance = 0.3; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 20; Rnd = 0.5; Radius = 13; Color { .45 .5 1 .4 }; Resistance = 0.3; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 10; Rnd = 0.5; Radius = 12; Color { .05 .15 1 .4 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Color { .2 .2 1 0 }; Radius = 10; }; } # BFG explosion effect. Generator { State = "BFGLAND"; Flags = "gnf_blend"; Speed = 7; Speed rnd = 0.2; Spawn radius = 10; Spawn age = 7; Max age = 70; Particles = 200; Spawn rate = 25; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 30; Rnd = 0.2; Radius = 4; Bounce = 0.8; Resistance = .03; Gravity = 0.01; Color { 1 1 1 1 }; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Radius = 3; Tics = 30; Resistance = .05; Gravity = 0.02; Color { .5 1 .5 .8 }; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 3; Color { 0 1 0 .5 }; }; } ######=====---- EXPLOSIONS ----=====###### # Rocket explosions. Generator { State = "EXPLODE1"; Center { 0 0 5 }; Flags = "gnf_blend"; Speed = 8; Speed rnd = 0.5; Spawn age = 2; Spawn radius = 15; Max age = 200; Particles = 100; Spawn rate = 14; Spawn Rnd = 0.1; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 20; Rnd = .5; Radius = 18; Color { 1 1 1 1 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 13; Rnd = .5; Radius = 17; Color { 1 .9 .5 .7 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 7; Rnd = 0.2; Radius = 10; Color { 1 .5 .2 .5 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 20; Rnd = .8; Radius = 12; Color { .4 .4 .42 .3 }; Resistance = 0.5; }; Stage { Type = "pt_point"; Radius = 5; Color { .2 .2 .2 0 }; }; } # Barrel explosion. Copy Generator { State = "BEXP"; Flags = "gnf_blend gnf_srcvel"; Center { 0 0 20 }; } # Rocket sparks. Generator { State = "EXPLODE0"; Speed = 10; Speed rnd = 0.9; Spawn age = 2; Spawn radius = 3; Max age = 200; Particles = 100; Spawn rate = 30; Spawn Rnd = 0.3; Vector { 0 0 0 }; Vector rnd = 1; Stage { Type = point; Flags = bright; Tics = 32; Rnd = 0.5; Radius = 2; Bounce = 0.45; Resistance = 0.01; Gravity = 0.1; Color { 1 1 1 1 }; }; Stage { Type = point; Flags = bright; Tics = 15; Rnd = 0.5; Radius = 1.5; Bounce = 0.3; Resistance = 0.03; Gravity = 0.1; Color { 1 1 .5 1 }; }; Stage { Type = point; Tics = 4; Radius = 1.25; Bounce = 0.3; Resistance = 0.1; Gravity = 0.1; Color { 1 .1 .1 1 }; }; Stage { Type = point; Tics = 4; Radius = 1; Bounce = 0.3; Resistance = 0.1; Gravity = 0.1; Radius = 1; Color { .5 .1 0 .7 }; }; Stage { Type = point; Tics = 30; Radius = 10; Resistance = 0.2; Gravity = 0.01; Color { .3 .3 .3 .3 }; }; Stage { Type = point; Tics = 30; Radius = 20; Resistance = 0.2; Gravity = 0.01; Color { .15 .15 .15 .15 }; }; Stage { Type = point; Radius = 10; }; } # Low-energy (small and red) explosion. Red fireballs. Generator { State = "TBALLX1"; Flags = "gnf_blend"; Speed = 5; Speed rnd = 0.6; Spawn age = 2; Spawn radius = 12; Max age = 200; Particles = 50; Spawn rate = 20; Spawn Rnd = 0.2; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 12; Rnd = .5; Radius = 15; Color { 1 .9 .5 .8 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 10; Rnd = .5; Radius = 13; Color { 1 .7 .5 .7 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 15; Rnd = 0.2; Radius = 10; Color { 1 .2 .1 .5 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Radius = 10; Color { .5 0 0 0 }; }; } # Cacodemon fireball explosion. Copy Generator { State = "RBALLX1"; } # Skull explosion. Copy Generator { State = "SKULL_DIE3"; Center { 0 0 24 }; Flags = "gnf_blend"; Speed = 4; Speed rnd = 0.8; Spawn age = 2; Spawn radius = 30; Max age = 200; Particles = 100; Spawn rate = 30; Spawn rnd = 0.1; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 6; Rnd = .5; Radius = 13; Color { 1 1 1 1 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 13; Rnd = .6; Radius = 12; Color { 1 .8 .5 1 }; Resistance = 0.3; Gravity = -0.15; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 13; Rnd = .7; Radius = 15; Color { 1 .3 .1 .7 }; Resistance = 0.2; Gravity = -0.15; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 10; Rnd = .8; Radius = 13; Color { .5 .1 .1 .3 }; Resistance = 0.2; Gravity = -0.15; }; Stage { Type = "pt_point"; Radius = 10; }; } # Green blast explosion. Generator { State = "BRBALLX1"; Flags = "gnf_blend"; Center { 0 0 -4 }; Speed = 3; Speed rnd = 0.6; Spawn age = 2; Spawn radius = 14; Max age = 200; Particles = 50; Spawn rate = 20; Spawn Rnd = 0.2; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 12; Rnd = .5; Radius = 10; Color { .5 1 .5 .8 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 10; Rnd = .5; Radius = 8; Color { .2 1 .2 .7 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 15; Rnd = 0.2; Radius = 6; Color { 0 1 0 .5 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Radius = 10; Color { 0 .5 0 0 }; }; } ######=====---- PICK-UP OBJECTS ----=====###### # Invulnerability. Generator { State = "PINV"; Flags = "gnf_blend gnf_spawn"; Center { 0 0 12 }; Spawn age = -1; Max age = -1; Particles = 80; Spawn rate = .6; Spawn rnd = 1; Min spawn radius = 10; Spawn radius = 15; Vector rnd = 1; Force radius = 15; Force = 0.02; Force axis { 0 0 1.5 }; Stage { Type = "pt_point"; Flags = "ptf_bright ptf_force"; Radius = 0; Color { 0 1 0 0 }; Tics = 20; Resistance = 0.05; }; Stage { Type = "pt_point"; Flags = "ptf_bright ptf_force"; Radius = 2.5; Color { .3 1 .3 .8 }; Tics = 20; Resistance = 0.05; }; Stage { Type = "pt_point"; Flags = "ptf_bright ptf_force"; Radius = 2.5; Color { .3 1 .3 .8 }; Tics = 30; Resistance = 0.05; }; Stage { Type = "pt_point"; Flags = "ptf_bright ptf_force"; Radius = 0; Color { 0 1 0 0 }; }; } ######=====---- DAMAGE ----=====###### # Gibbed blood spurt. Generator { State = "POSS_XDIE2"; Flags = "gnf_srcvel"; Center { 0 0 30 }; Speed = 6; Speed rnd = 0.7; Spawn age = 4; Max age = 300; Particles = 200; Spawn rate = 30; Spawn Rnd = 0.1; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_flat ptf_stagetouch"; Radius = 1.5; Color { .7 0 0 1 }; Tics = 300; Resistance = 0.01; Gravity = 0.15; }; Stage { Type = "pt_point"; Flags = "ptf_flat"; Radius = 16; Radius rnd = 0.8; Color { .7 0 0 1 }; Tics = 200; Resistance = 1; }; Stage { Type = "pt_point"; Radius = 9; Radius rnd = 0.8; Color { .45 0 0 0 }; }; } Copy Generator { State = "PLAY_XDIE2"; } Copy Generator { State = "SPOS_XDIE2"; } Copy Generator { State = "TROO_XDIE2"; } # Pink demon death blood. Copy Generator { State = "SARG_DIE1"; Speed = 4; Spawn age = 3; Spawn rate = 20; } # Trooper death blood. Copy Generator { State = "TROO_DIE1"; Speed = 3; Spawn age = 2; Spawn rate = 15; } # Cacodemon blue blood. Copy Generator { State = "HEAD_DIE3"; Stage { Type = "pt_point"; Flags = "ptf_flat ptf_stagetouch"; Radius = 1.5; Color { 0 0 .7 1 }; Tics = 300; Resistance = 0.01; Gravity = 0.15; }; Stage { Type = "pt_point"; Flags = "ptf_flat"; Radius = 13; Color { 0 0 .7 1 }; Tics = 200; Resistance = 1; }; Stage { Type = "pt_point"; Radius = 7; Color { 0 0 .4 0 }; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/maps.ded0000664000175000017500000001072512350542240022523 0ustar jaakkojaakko# DOOM - Map metadata # # For further information on Map Info definition syntax and semantics see: # # http://dengine.net/dew/?title=Map_Info # Header { Version = 5; } # The default definition, used for any maps without a map info definition. Map Info { ID = "*"; Author = "Unknown"; Music = "e1m1"; Gravity = 1; Sky = "sky1"; } Map Info { ID = "E1M1"; Name = "HUSTR_E1M1"; Author = "id Software"; Music = "e1m1"; Par time = 30; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "E1M2"; Name = "HUSTR_E1M2"; Music = "e1m2"; Par time = 75; } Copy Map Info { ID = "E1M3"; Name = "HUSTR_E1M3"; Music = "e1m3"; Par time = 120; } Copy Map Info { ID = "E1M4"; Name = "HUSTR_E1M4"; Music = "e1m4"; Par time = 90; } Copy Map Info { ID = "E1M5"; Name = "HUSTR_E1M5"; Music = "e1m5"; Par time = 165; } Copy Map Info { ID = "E1M6"; Name = "HUSTR_E1M6"; Music = "e1m6"; Par time = 180; } Copy Map Info { ID = "E1M7"; Name = "HUSTR_E1M7"; Music = "e1m7"; Par time = 180; } Copy Map Info { ID = "E1M9"; Name = "HUSTR_E1M9"; Music = "e1m9"; Par time = 165; } Copy Map Info { ID = "E1M8"; Name = "HUSTR_E1M8"; Music = "e1m8"; Flags = nointermission; Par time = 30; } # The rest of this file is skipped if DOOM1 Shareware SkipIf doom1-share; Map Info { ID = "E2M1"; Name = "HUSTR_E2M1"; Author = "id Software"; Music = "e2m1"; Par time = 90; Gravity = 1; Sky = "sky2"; } Copy Map Info { ID = "E2M1"; Name = "HUSTR_E2M1"; Music = "e2m1"; Par time = 90; Sky = "sky2"; } Copy Map Info { ID = "E2M2"; Name = "HUSTR_E2M2"; Music = "e2m2"; Par time = 90; } Copy Map Info { ID = "E2M3"; Name = "HUSTR_E2M3"; Music = "e2m3"; Par time = 90; } Copy Map Info { ID = "E2M4"; Name = "HUSTR_E2M4"; Music = "e2m4"; Par time = 120; } Copy Map Info { ID = "E2M5"; Name = "HUSTR_E2M5"; Music = "e2m5"; Par time = 90; } Copy Map Info { ID = "E2M6"; Name = "HUSTR_E2M6"; Music = "e2m6"; Par time = 360; } Copy Map Info { ID = "E2M7"; Name = "HUSTR_E2M7"; Music = "e2m7"; Par time = 240; } Copy Map Info { ID = "E2M9"; Name = "HUSTR_E2M9"; Music = "e2m9"; Par time = 170; } Copy Map Info { ID = "E2M8"; Name = "HUSTR_E2M8"; Music = "e2m8"; Flags = nointermission; Par time = 30; } Map Info { ID = "E3M1"; Name = "HUSTR_E3M1"; Author = "id Software"; Music = "e3m1"; Par time = 90; Gravity = 1; Sky = "sky3"; } Copy Map Info { ID = "E3M2"; Name = "HUSTR_E3M2"; Music = "e3m2"; Par time = 45; } Copy Map Info { ID = "E3M3"; Name = "HUSTR_E3M3"; Music = "e3m3"; Par time = 90; } Copy Map Info { ID = "E3M4"; Name = "HUSTR_E3M4"; Music = "e3m4"; Par time = 150; } Copy Map Info { ID = "E3M5"; Name = "HUSTR_E3M5"; Music = "e3m5"; Par time = 90; } Copy Map Info { ID = "E3M6"; Name = "HUSTR_E3M6"; Music = "e3m6"; Par time = 90; } Copy Map Info { ID = "E3M7"; Name = "HUSTR_E3M7"; Music = "e3m7"; Par time = 165; } Copy Map Info { ID = "E3M9"; Name = "HUSTR_E3M9"; Music = "e3m9"; Par time = 135; } Copy Map Info { ID = "E3M8"; Name = "HUSTR_E3M8"; Music = "e3m8"; Flags = nointermission; Par time = 30; } # The rest of this file is skipped if not DOOM1 Ultimate. SkipIf Not doom1-ultimate; Map Info { ID = "E4M1"; Name = "HUSTR_E4M1"; Author = "id Software"; Music = "e3m4"; Par time = 90; Gravity = 1; Sky = "sky4"; } Copy Map Info { ID = "E4M2"; Name = "HUSTR_E4M2"; Music = "e3m2"; Par time = 120; } Copy Map Info { ID = "E4M3"; Name = "HUSTR_E4M3"; Music = "e3m3"; Par time = 120; } Copy Map Info { ID = "E4M4"; Name = "HUSTR_E4M4"; Music = "e1m5"; Par time = 90; } Copy Map Info { ID = "E4M5"; Name = "HUSTR_E4M5"; Music = "e2m7"; Par time = 150; } Copy Map Info { ID = "E4M6"; Name = "HUSTR_E4M6"; Music = "e2m4"; Par time = 120; } Copy Map Info { ID = "E4M7"; Name = "HUSTR_E4M7"; Music = "e2m6"; Par time = 120; } Copy Map Info { ID = "E4M9"; Name = "HUSTR_E4M9"; Music = "e1m9"; Par time = 90; } Copy Map Info { ID = "E4M8"; Name = "HUSTR_E4M8"; Music = "e2m5"; Flags = nointermission; # Doesn't have a par time } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/finales.ded0000664000175000017500000001055712350542240023207 0ustar jaakkojaakko# DOOM - Intermissions and Finales # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Patch back 0 0 "TITLEPIC" MusicOnce "intro" Wait 4.857 # Original wait is 170 tics. # Step 2. IF MODE:doom1-share PlayDemo "sdemo1.cdm" IF MODE:doom1 PlayDemo "rdemo1.cdm" IF MODE:doom1-ultimate PlayDemo "udemo1.cdm" # Step 3. Set back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 4. IF MODE:doom1-share PlayDemo "sdemo2.cdm" IF MODE:doom1 PlayDemo "rdemo2.cdm" IF MODE:doom1-ultimate PlayDemo "udemo2.cdm" # Step 5. IF MODE:doom1-ultimate Set back "CREDIT" ELSE Set back "HELP2" Wait 5.714 # 200 tics. # Step 6. IF MODE:doom1-share PlayDemo "sdemo3.cdm" IF MODE:doom1 PlayDemo "rdemo3.cdm" IF MODE:doom1-ultimate PlayDemo "udemo3.cdm" # Step 7. IF MODE:doom1-ultimate PlayDemo "udemo4.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; IF MODE:doom1-share DO Patch back 0 0 "HELP2" Patch cursor 248 180 M_SKULL1 ; ELSE DO Patch back 0 0 "HELP1" Patch cursor 298 160 M_SKULL1 ; # Configure the animating cursor Clranim cursor Anim cursor M_SKULL1 0.223857 Anim cursor M_SKULL2 0.223857 Repeat cursor Pause IF MODE:doom1-ultimate DO Set back "CREDIT" ; ELSE DO IF MODE:doom1-share DO Set back "HELP1" X cursor 298 Y cursor 160 ; ELSE DO Set back "HELP2" ; ; Pause }; } # Episode I: Knee-Deep In The Dead Finale { After = "E1M8"; Script { NoSkip # This is the end, no more levels after this. Music "victor" Flat Values:BGFLATE1 Wait 0.5 TextDef msg 10 10 "E1TEXT" WaitText msg Wait 7 # The original TEXTWAIT is 250 tics. # Show shareware/registered or credits. NoFlat DelText msg IF ultimate Patch back 0 0 CREDIT ELSE Patch back 0 0 HELP2 }; } # The rest of this file is skipped if DOOM - shareware. SkipIf doom1-share; # Episode II: The Shores Of Hell Finale { After = "E2M8"; Script { noskip # This is the end, no more levels after this. music "victor" flat Values:BGFLATE2 wait 0.5 textdef msg 10 10 "E2TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. # Fade to the Deimos picture. patch back 0 0 VICTORY2 alpha back 0 in 2 alpha back 1; textalpha msg 0 wait 2 deltext msg noflat }; } # Episode III: Inferno Finale { After = "E3M8"; Script { noskip # This is the end, no more levels after this. music "victor" flat Values:BGFLATE3 wait 0.5 textdef msg 10 10 "E3TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. deltext msg # The bunny scroll. noflat; music "bunny" patch b1 320 0 PFUB1 patch b2 0 0 PFUB2 offx 320 wait 6.5 # Start scrolling to the left. in 18.3 offx 0; wait 18.3 # The End. wait 7 patch theend 108 68 END0 wait 1.43 # 50 tics. sound "pistol"; set theend END1; wait 0.14 sound "pistol"; set theend END2; wait 0.14 sound "pistol"; set theend END3; wait 0.14 sound "pistol"; set theend END4; wait 0.14 sound "pistol"; set theend END5; wait 0.14 sound "pistol"; set theend END6 }; } # The rest of this file is skipped if not DOOM - ultimate. SkipIf Not doom1-ultimate; # Episode IV: Thy Flesh Consumed Finale { After = "E4M8"; Script { noskip # This is the end, no more levels after this. music "victor" flat Values:BGFLATE4 wait 0.5 textdef msg 10 10 "E4TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. # Fade to the Deimos picture. patch back 0 0 ENDPIC alpha back 0 in 2 alpha back 1; textalpha msg 0 wait 2 deltext msg noflat }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/menu.ded0000664000175000017500000000405412350542240022525 0ustar jaakkojaakko# DOOM - Menu Patch Replacements # # The "Patch Replacement" values are used to replace patches with # strings of text. For further information on syntax see values.ded Header { Version = 5; } SkipIf -nodefaultfx; Values { Patch Replacement { M_NGAME = "{case,tracking=-1,scalex=1.1}N{scalex=1}ew {x=5}G{scalex=1}ame"; M_OPTION = "{case,tracking=-1,scalex=1.1}O{scalex=1}ptions"; M_LOADG = "{case,tracking=-1,scalex=1.3}L{scalex=1}oad {x=5}game"; M_SAVEG = "{case,tracking=-1,scalex=1.1}S{scalex=1}ave {x=5}game"; M_RDTHIS = "{case,tracking=-1,scalex=1.1}R{scalex=1}ead {x=5,scalex=1.1}T{scalex=1}his{scaley=1.25,y=-3,x=7}!"; M_QUITG = "{case,tracking=-1,scalex=1.1}Q{scalex=1}uit {x=5,scalex=1.1}G{scalex=1}ame"; M_NEWG = "{case}NEW {x=5}GAME"; M_OPTTTL = "{case}OPTIONS"; M_SKILL = "{case,tracking=-1,scalex=1.1}C{scalex=1}hoose {x=5}Skill {x=10,scalex=1.3}L{scalex=1}evel:"; M_JKILL = "{case,tracking=-1,scalex=1.1}I{scalex=1,y=-3}'{y-0,x=-2}m {x=3}too {x=8}young {x=13}to {x=18}die."; M_ROUGH = "{case,tracking=-1,scalex=1.1}H{scalex=1}ey{x=2,y=2},{x=0,y=0} {x=5}not {x=10}too {x=15}rough."; M_HURT = "{case,tracking=-1,scalex=1.1}H{scalex=1}urt {x=5}me {x=10}plenty."; M_ULTRA = "{case,tracking=-1,scalex=1.1}U{scalex=1}ltra{tracking=1,scalex=2.8,scaley=1.4,x=2,y=-3}-{scalex=1,scaley=1,x=0,y=0}V{tracking=-1}iolence."; M_EPISOD = "{case,tracking=-1,scalex=1.1}W{scalex=1}hich {x=5,scalex=1.1}E{scalex=1}pisode{scaley=1.25,x=7,y=-3}?"; M_EPI1 = "{case,tracking=-1,scalex=1.1}K{scalex=1}ne{tracking=2}e{scalex=1.2,scaley=1.8,y=-6}-{tracking=-1,scalex=1.1,scaley=1,y=0}D{scalex=1}eep {x=5}in {x=10}the {x=15,scalex=1.1}D{scalex=1}ead"; M_EPI2 = "{case,tracking=-1,scalex=1.3}T{scalex=1}he {x=5,scalex=1.1}S{scalex=1}hores {x=10}of {x=15,scalex=1.1}H{scalex=1}ell"; M_EPI3 = "{case,tracking=-1,scalex=1.1}I{scalex=1}nferno"; M_EPI4 = "{case,tracking=-1,scalex=1.3}T{scalex=1}hy {x=5,scalex=1.3}F{scalex=1}lesh {x=10,scalex=1.1}C{scalex=1}onsumed"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/materialenvironments.ded0000664000175000017500000005713512350542240026037 0ustar jaakkojaakko# Doom: Material Environments Header { Version = 5; } Texture Environment { ID = "Metal"; Material { ID = "textures:BIGDOOR1"; }; Material { ID = "textures:BIGDOOR2"; }; Material { ID = "textures:BIGDOOR4"; }; Material { ID = "textures:COMP2"; }; Material { ID = "textures:COMPSPAN"; }; Material { ID = "textures:COMPSTA1"; }; Material { ID = "textures:COMPSTA2"; }; Material { ID = "textures:COMPTALL"; }; Material { ID = "textures:COMPUTE1"; }; Material { ID = "textures:COMPUTE2"; }; Material { ID = "textures:DOOR1"; }; Material { ID = "textures:DOOR3"; }; Material { ID = "textures:DOORBLU"; }; Material { ID = "textures:DOORRED"; }; Material { ID = "textures:DOORSTOP"; }; Material { ID = "textures:DOORYEL"; }; Material { ID = "textures:EXITDOOR"; }; Material { ID = "textures:EXITSIGN"; }; Material { ID = "textures:LITE3"; }; Material { ID = "textures:LITE4"; }; Material { ID = "textures:LITE5"; }; Material { ID = "textures:LITEBLU1"; }; Material { ID = "textures:LITEBLU2"; }; Material { ID = "textures:LITEBLU3"; }; Material { ID = "textures:LITEBLU4"; }; Material { ID = "textures:METAL1"; }; Material { ID = "textures:PLANET1"; }; Material { ID = "textures:PLAT1"; }; Material { ID = "textures:REDWALL1"; }; Material { ID = "textures:SHAWN2"; }; Material { ID = "textures:STARG1"; }; Material { ID = "textures:STARG3"; }; Material { ID = "textures:STARGR1"; }; Material { ID = "textures:STARTAN1"; }; Material { ID = "textures:STARTAN2"; }; Material { ID = "textures:STARTAN3"; }; Material { ID = "textures:STEP4"; }; Material { ID = "textures:SUPPORT2"; }; Material { ID = "textures:SW1COMM"; }; Material { ID = "textures:SW1COMP"; }; Material { ID = "textures:SW1METAL"; }; Material { ID = "textures:SW1STARG"; }; Material { ID = "textures:SW1STRTN"; }; Material { ID = "textures:SW2COMM"; }; Material { ID = "textures:SW2COMP"; }; Material { ID = "textures:SW2METAL"; }; Material { ID = "textures:SW2STARG"; }; Material { ID = "textures:SW2STRTN"; }; Material { ID = "textures:BIGDOOR3"; }; Material { ID = "textures:COMPWERD"; }; Material { ID = "textures:DOORBLU2"; }; Material { ID = "textures:DOORRED2"; }; Material { ID = "textures:DOORYEL2"; }; Material { ID = "textures:GRAY2"; }; Material { ID = "textures:GRAYPOIS"; }; Material { ID = "textures:ICKDOOR1"; }; Material { ID = "textures:LITEMET"; }; Material { ID = "textures:LITERED"; }; Material { ID = "textures:LITESTON"; }; Material { ID = "textures:METAL"; }; Material { ID = "textures:SHAWN1"; }; Material { ID = "textures:SHAWN3"; }; Material { ID = "textures:STARBR2"; }; Material { ID = "textures:STARG2"; }; Material { ID = "textures:STARGR2"; }; Material { ID = "textures:SUPPORT3"; }; Material { ID = "textures:BRONZE1"; }; Material { ID = "textures:BRONZE2"; }; Material { ID = "textures:BRONZE3"; }; Material { ID = "textures:BRONZE4"; }; Material { ID = "textures:METAL2"; }; Material { ID = "textures:METAL3"; }; Material { ID = "textures:METAL4"; }; Material { ID = "textures:METAL5"; }; Material { ID = "textures:METAL6"; }; Material { ID = "textures:METAL7"; }; Material { ID = "textures:MODWALL3"; }; Material { ID = "textures:MODWALL4"; }; Material { ID = "textures:PIPES"; }; Material { ID = "textures:SILVER1"; }; Material { ID = "textures:SILVER2"; }; Material { ID = "textures:SILVER3"; }; Material { ID = "textures:SPACEW3"; }; Material { ID = "textures:SPACEW4"; }; Material { ID = "textures:SPCDOOR1"; }; Material { ID = "textures:SPCDOOR2"; }; Material { ID = "textures:SPCDOOR3"; }; Material { ID = "textures:SW1MET2"; }; Material { ID = "textures:SW2MET2"; }; Material { ID = "textures:SW1TEK"; }; Material { ID = "textures:SW2TEK"; }; Material { ID = "textures:SW1WDMET"; }; Material { ID = "textures:SW2WDMET"; }; Material { ID = "textures:TEKBRON1"; }; Material { ID = "textures:TEKBRON2"; }; Material { ID = "textures:TEKGREN1"; }; Material { ID = "textures:TEKGREN2"; }; Material { ID = "textures:TEKGREN3"; }; Material { ID = "textures:TEKGREN4"; }; Material { ID = "textures:TEKGREN5"; }; Material { ID = "textures:WOODMET1"; }; Material { ID = "textures:WOODMET2"; }; Material { ID = "textures:WOODMET3"; }; Material { ID = "textures:WOODMET4"; }; Material { ID = "textures:ZDOORB1"; }; Material { ID = "textures:ZDOORF1"; }; Material { ID = "textures:ZELDOOR"; }; Material { ID = "textures:ZZWOLF10"; }; Material { ID = "textures:ZZZFACE6"; }; Material { ID = "textures:ZZZFACE7"; }; Material { ID = "textures:ZZZFACE8"; }; Material { ID = "textures:ZZZFACE9"; }; Material { ID = "flats:FLOOR0_6"; }; Material { ID = "flats:FLOOR3_3"; }; Material { ID = "flats:FLOOR4_1"; }; Material { ID = "flats:FLOOR4_5"; }; Material { ID = "flats:FLOOR4_8"; }; Material { ID = "flats:FLOOR5_1"; }; Material { ID = "flats:STEP1"; }; Material { ID = "flats:STEP2"; }; Material { ID = "flats:TLITE6_1"; }; Material { ID = "flats:TLITE6_5"; }; Material { ID = "flats:FLOOR7_1"; }; Material { ID = "flats:CEIL3_5"; }; Material { ID = "flats:CEIL5_1"; }; Material { ID = "flats:FLAT20"; }; Material { ID = "flats:FLAT22"; }; Material { ID = "flats:FLAT23"; }; Material { ID = "flats:CONS1_1"; }; Material { ID = "flats:CONS1_5"; }; Material { ID = "flats:CONS1_7"; }; } Texture Environment { ID = "Rock"; Material { ID = "textures:AASTINKY"; }; Material { ID = "textures:BRNPOIS"; }; Material { ID = "textures:BRNPOIS2"; }; Material { ID = "textures:BROWN1"; }; Material { ID = "textures:BROWN144"; }; Material { ID = "textures:BROWN96"; }; Material { ID = "textures:BROWNGRN"; }; Material { ID = "textures:BROWNHUG"; }; Material { ID = "textures:BROWNPIP"; }; Material { ID = "textures:COMPUTE3"; }; Material { ID = "textures:GRAY4"; }; Material { ID = "textures:GRAY5"; }; Material { ID = "textures:GRAY7"; }; Material { ID = "textures:GRAYTALL"; }; Material { ID = "textures:LITE2"; }; Material { ID = "textures:NUKE24"; }; Material { ID = "textures:NUKEDGE1"; }; Material { ID = "textures:STEP6"; }; Material { ID = "textures:STONE"; }; Material { ID = "textures:STONE2"; }; Material { ID = "textures:STONE3"; }; Material { ID = "textures:STONE4"; }; Material { ID = "textures:STONE5"; }; Material { ID = "textures:STONE6"; }; Material { ID = "textures:STONE7"; }; Material { ID = "textures:STONPOIS"; }; Material { ID = "textures:SW1BRCOM"; }; Material { ID = "textures:SW1BRN1"; }; Material { ID = "textures:SW1BRN2"; }; Material { ID = "textures:SW1BRGRN"; }; Material { ID = "textures:SW1BROWN"; }; Material { ID = "textures:SW1EXIT"; }; Material { ID = "textures:SW1GRAY"; }; Material { ID = "textures:SW1GRAY1"; }; Material { ID = "textures:SW1STON1"; }; Material { ID = "textures:SW1STON2"; }; Material { ID = "textures:SW1STONE"; }; Material { ID = "textures:SW2BRCOM"; }; Material { ID = "textures:SW2BRN1"; }; Material { ID = "textures:SW2BRN2"; }; Material { ID = "textures:SW2BRGRN"; }; Material { ID = "textures:SW2BROWN"; }; Material { ID = "textures:SW2EXIT"; }; Material { ID = "textures:SW2GRAY"; }; Material { ID = "textures:SW2GRAY1"; }; Material { ID = "textures:SW2STON1"; }; Material { ID = "textures:SW2STON2"; }; Material { ID = "textures:SW2STONE"; }; Material { ID = "textures:BIGDOOR5"; }; Material { ID = "textures:BROWNWEL"; }; Material { ID = "textures:CEMENT1"; }; Material { ID = "textures:CEMENT2"; }; Material { ID = "textures:CEMENT3"; }; Material { ID = "textures:CEMENT4"; }; Material { ID = "textures:CEMENT5"; }; Material { ID = "textures:CEMENT6"; }; Material { ID = "textures:CEMENT7"; }; Material { ID = "textures:CEMENT8"; }; Material { ID = "textures:CEMENT9"; }; Material { ID = "textures:CEMPOIS"; }; Material { ID = "textures:DOORHI"; }; Material { ID = "textures:EXITSTON"; }; Material { ID = "textures:FIREMAG1"; }; Material { ID = "textures:FIREMAG2"; }; Material { ID = "textures:FIREMAG3"; }; Material { ID = "textures:FIREWALL"; }; Material { ID = "textures:FIREWALA"; }; Material { ID = "textures:FIREWALB"; }; Material { ID = "textures:GRAY1"; }; Material { ID = "textures:GRAYBIG"; }; Material { ID = "textures:GRAYDANG"; }; Material { ID = "textures:GSTFONT1"; }; Material { ID = "textures:GSTFONT2"; }; Material { ID = "textures:GSTFONT3"; }; Material { ID = "textures:GSTGARG"; }; Material { ID = "textures:GSTLION"; }; Material { ID = "textures:GSTONE1"; }; Material { ID = "textures:GSTONE2"; }; Material { ID = "textures:GSTSATYR"; }; Material { ID = "textures:ICKWALL1"; }; Material { ID = "textures:ICKWALL2"; }; Material { ID = "textures:ICKWALL3"; }; Material { ID = "textures:ICKWALL4"; }; Material { ID = "textures:ICKWALL5"; }; Material { ID = "textures:ICKWALL6"; }; Material { ID = "textures:ICKWALL7"; }; Material { ID = "textures:LITE96"; }; Material { ID = "textures:MARBFAC2"; }; Material { ID = "textures:MARBFAC3"; }; Material { ID = "textures:MARBFAC4"; }; Material { ID = "textures:MARBFACE"; }; Material { ID = "textures:MARBLE1"; }; Material { ID = "textures:MARBLE2"; }; Material { ID = "textures:MARBLE3"; }; Material { ID = "textures:MARBLOD1"; }; Material { ID = "textures:REDWALL"; }; Material { ID = "textures:ROCKRED1"; }; Material { ID = "textures:ROCKRED2"; }; Material { ID = "textures:ROCKRED3"; }; Material { ID = "textures:SP_DUDE1"; }; Material { ID = "textures:SP_DUDE2"; }; Material { ID = "textures:SP_DUDE6"; }; Material { ID = "textures:SP_HOT1"; }; Material { ID = "textures:SP_ROCK1"; }; Material { ID = "textures:SP_ROCK2"; }; Material { ID = "textures:STONGARG"; }; Material { ID = "textures:SW1CMT"; }; Material { ID = "textures:SW1GSTON"; }; Material { ID = "textures:SW1HOT"; }; Material { ID = "textures:SW2CMT"; }; Material { ID = "textures:SW2GSTON"; }; Material { ID = "textures:SW2HOT"; }; Material { ID = "textures:WOOD5"; }; Material { ID = "textures:ASHWALL2"; }; Material { ID = "textures:ASHWALL3"; }; Material { ID = "textures:ASHWALL4"; }; Material { ID = "textures:ASHWALL6"; }; Material { ID = "textures:ASHWALL7"; }; Material { ID = "textures:BIGBRIK1"; }; Material { ID = "textures:BIGBRIK2"; }; Material { ID = "textures:BIGBRIK3"; }; Material { ID = "textures:BLAKWAL1"; }; Material { ID = "textures:BLAKWAL2"; }; Material { ID = "textures:BRICK1"; }; Material { ID = "textures:BRICK2"; }; Material { ID = "textures:BRICK3"; }; Material { ID = "textures:BRICK4"; }; Material { ID = "textures:BRICK5"; }; Material { ID = "textures:BRICK6"; }; Material { ID = "textures:BRICK7"; }; Material { ID = "textures:BRICK8"; }; Material { ID = "textures:BRICK9"; }; Material { ID = "textures:BRICK10"; }; Material { ID = "textures:BRICK11"; }; Material { ID = "textures:BRICK12"; }; Material { ID = "textures:BRICKLIT"; }; Material { ID = "textures:BSTONE1"; }; Material { ID = "textures:BSTONE2"; }; Material { ID = "textures:BSTONE3"; }; Material { ID = "textures:CRACKLE2"; }; Material { ID = "textures:CRACKLE4"; }; Material { ID = "textures:MARBGRAY"; }; Material { ID = "textures:MIDBRONZ"; }; Material { ID = "textures:MODWALL1"; }; Material { ID = "textures:MODWALL2"; }; Material { ID = "textures:PANEL6"; }; Material { ID = "textures:PANEL7"; }; Material { ID = "textures:PANEL8"; }; Material { ID = "textures:PANEL9"; }; Material { ID = "textures:PIPEWAL1"; }; Material { ID = "textures:PIPEWAL2"; }; Material { ID = "textures:ROCK1"; }; Material { ID = "textures:ROCK2"; }; Material { ID = "textures:ROCK3"; }; Material { ID = "textures:ROCK4"; }; Material { ID = "textures:ROCK5"; }; Material { ID = "textures:SPACEW2"; }; Material { ID = "textures:SPCDOOR4"; }; Material { ID = "textures:SW1BRIK"; }; Material { ID = "textures:SW2BRIK"; }; Material { ID = "textures:SW1MOD1"; }; Material { ID = "textures:SW2MOD1"; }; Material { ID = "textures:SW1ROCK"; }; Material { ID = "textures:SW2ROCK"; }; Material { ID = "textures:SW1SKULL"; }; Material { ID = "textures:SW2SKULL"; }; Material { ID = "textures:SW1STON6"; }; Material { ID = "textures:SW2STON6"; }; Material { ID = "textures:SW1ZIM"; }; Material { ID = "textures:SW2ZIM"; }; Material { ID = "textures:TANROCK2"; }; Material { ID = "textures:TANROCK3"; }; Material { ID = "textures:TANROCK4"; }; Material { ID = "textures:TANROCK5"; }; Material { ID = "textures:TANROCK7"; }; Material { ID = "textures:TANROCK8"; }; Material { ID = "textures:TEKLITE"; }; Material { ID = "textures:TEKLITE2"; }; Material { ID = "textures:ZIMMER1"; }; Material { ID = "textures:ZIMMER2"; }; Material { ID = "textures:ZIMMER3"; }; Material { ID = "textures:ZIMMER4"; }; Material { ID = "textures:ZIMMER5"; }; Material { ID = "textures:ZIMMER7"; }; Material { ID = "textures:ZIMMER8"; }; Material { ID = "textures:ZZWOLF1"; }; Material { ID = "textures:ZZWOLF11"; }; Material { ID = "textures:ZZWOLF2"; }; Material { ID = "textures:ZZWOLF9"; }; Material { ID = "textures:ZZZFACE1"; }; Material { ID = "textures:ZZZFACE2"; }; Material { ID = "textures:ZZZFACE3"; }; Material { ID = "textures:ZZZFACE4"; }; Material { ID = "textures:ZZZFACE5"; }; Material { ID = "flats:FLOOR0_1"; }; Material { ID = "flats:FLOOR0_3"; }; Material { ID = "flats:FLOOR5_2"; }; Material { ID = "flats:FLOOR5_3"; }; Material { ID = "flats:FLOOR5_4"; }; Material { ID = "flats:FLOOR6_1"; }; Material { ID = "flats:FLOOR6_2"; }; Material { ID = "flats:TLITE6_4"; }; Material { ID = "flats:TLITE6_6"; }; Material { ID = "flats:FLOOR7_2"; }; Material { ID = "flats:MFLR8_1"; }; Material { ID = "flats:DEM1_1"; }; Material { ID = "flats:DEM1_2"; }; Material { ID = "flats:DEM1_3"; }; Material { ID = "flats:DEM1_4"; }; Material { ID = "flats:CEIL3_1"; }; Material { ID = "flats:CEIL3_2"; }; Material { ID = "flats:CEIL5_2"; }; Material { ID = "flats:FLAT1"; }; Material { ID = "flats:FLAT2"; }; Material { ID = "flats:FLAT5"; }; Material { ID = "flats:FLAT10"; }; Material { ID = "flats:FLAT18"; }; Material { ID = "flats:FLAT5_4"; }; Material { ID = "flats:FLAT5_5"; }; } Texture Environment { ID = "Wood"; Material { ID = "textures:BRNBIGC"; }; Material { ID = "textures:BRNBIGL"; }; Material { ID = "textures:BRNBIGR"; }; Material { ID = "textures:BRNSMAL1"; }; Material { ID = "textures:BRNSMAL2"; }; Material { ID = "textures:BRNSMALC"; }; Material { ID = "textures:BRNSMALL"; }; Material { ID = "textures:BRNSMALR"; }; Material { ID = "textures:COMPTILE"; }; Material { ID = "textures:DOORTRAK"; }; Material { ID = "textures:NUKESLAD"; }; Material { ID = "textures:PIPE2"; }; Material { ID = "textures:SLADPOIS"; }; Material { ID = "textures:SLADRIP1"; }; Material { ID = "textures:SLADRIP2"; }; Material { ID = "textures:SLADRIP3"; }; Material { ID = "textures:SLADWALL"; }; Material { ID = "textures:STEP1"; }; Material { ID = "textures:STEP2"; }; Material { ID = "textures:STEP3"; }; Material { ID = "textures:STEP5"; }; Material { ID = "textures:SW1PIPE"; }; Material { ID = "textures:SW1SLAD"; }; Material { ID = "textures:SW2PIPE"; }; Material { ID = "textures:SW2SLAD"; }; Material { ID = "textures:TEKWALL1"; }; Material { ID = "textures:TEKWALL2"; }; Material { ID = "textures:TEKWALL3"; }; Material { ID = "textures:TEKWALL4"; }; Material { ID = "textures:TEKWALL5"; }; Material { ID = "textures:TEKWALL6"; }; Material { ID = "textures:BIGDOOR6"; }; Material { ID = "textures:BIGDOOR7"; }; Material { ID = "textures:BLODGR1"; }; Material { ID = "textures:BLODGR2"; }; Material { ID = "textures:BLODGR3"; }; Material { ID = "textures:BLODGR4"; }; Material { ID = "textures:BLODRIP1"; }; Material { ID = "textures:BLODRIP2"; }; Material { ID = "textures:BLODRIP3"; }; Material { ID = "textures:BLODRIP4"; }; Material { ID = "textures:COMPOHSO"; }; Material { ID = "textures:CRATE1"; }; Material { ID = "textures:CRATE2"; }; Material { ID = "textures:CRATELIT"; }; Material { ID = "textures:CRATINY"; }; Material { ID = "textures:CRATWIDE"; }; Material { ID = "textures:FIREBLU1"; }; Material { ID = "textures:FIREBLU2"; }; Material { ID = "textures:FIRELAVA"; }; Material { ID = "textures:FIRELAV2"; }; Material { ID = "textures:FIRELAV3"; }; Material { ID = "textures:GRAYVINE"; }; Material { ID = "textures:GSTVINE1"; }; Material { ID = "textures:GSTVINE2"; }; Material { ID = "textures:PIPE1"; }; Material { ID = "textures:PIPE4"; }; Material { ID = "textures:PIPE6"; }; Material { ID = "textures:SKINCUT"; }; Material { ID = "textures:SKINLOW"; }; Material { ID = "textures:SKINMET1"; }; Material { ID = "textures:SKINMET2"; }; Material { ID = "textures:SKINSYMB"; }; Material { ID = "textures:SKINTEK1"; }; Material { ID = "textures:SKINTEK2"; }; Material { ID = "textures:SKSPINE1"; }; Material { ID = "textures:SKSPINE2"; }; Material { ID = "textures:SKULWAL3"; }; Material { ID = "textures:SKULWALL"; }; Material { ID = "textures:SLADSKUL"; }; Material { ID = "textures:SP_DUDE3"; }; Material { ID = "textures:SP_DUDE4"; }; Material { ID = "textures:SP_DUDE5"; }; Material { ID = "textures:STEPLAD1"; }; Material { ID = "textures:STEPTOP"; }; Material { ID = "textures:SW1GARG"; }; Material { ID = "textures:SW1LION"; }; Material { ID = "textures:SW1SATYR"; }; Material { ID = "textures:SW1VINE"; }; Material { ID = "textures:SW1WOOD"; }; Material { ID = "textures:SW2GARG"; }; Material { ID = "textures:SW2LION"; }; Material { ID = "textures:SW2SATYR"; }; Material { ID = "textures:SW2VINE"; }; Material { ID = "textures:SW2WOOD"; }; Material { ID = "textures:WOOD1"; }; Material { ID = "textures:WOOD3"; }; Material { ID = "textures:WOOD4"; }; Material { ID = "textures:WOOD10"; }; Material { ID = "textures:WOOD12"; }; Material { ID = "textures:WOOD6"; }; Material { ID = "textures:WOOD7"; }; Material { ID = "textures:WOOD8"; }; Material { ID = "textures:WOOD9"; }; Material { ID = "textures:WOODGARG"; }; Material { ID = "textures:WOODSKUL"; }; Material { ID = "textures:AASHITTY"; }; Material { ID = "textures:BRWINDOW"; }; Material { ID = "textures:MIDSPACE"; }; Material { ID = "textures:PANBORD1"; }; Material { ID = "textures:PANBORD2"; }; Material { ID = "textures:PANCASE1"; }; Material { ID = "textures:PANCASE2"; }; Material { ID = "textures:PANEL1"; }; Material { ID = "textures:PANEL2"; }; Material { ID = "textures:PANEL3"; }; Material { ID = "textures:PANEL4"; }; Material { ID = "textures:PANEL5"; }; Material { ID = "textures:SP_DUDE7"; }; Material { ID = "textures:SP_DUDE8"; }; Material { ID = "textures:STUCCO"; }; Material { ID = "textures:STUCCO1"; }; Material { ID = "textures:STUCCO2"; }; Material { ID = "textures:STUCCO3"; }; Material { ID = "textures:SW1PANEL"; }; Material { ID = "textures:SW2PANEL"; }; Material { ID = "textures:WOODVERT"; }; Material { ID = "textures:ZZWOLF13"; }; Material { ID = "textures:ZZWOLF5"; }; Material { ID = "flats:CEIL1_1"; }; } Texture Environment { ID = "Cloth"; Material { ID = "textures:SW1DIRT"; }; Material { ID = "textures:SW2DIRT"; }; Material { ID = "textures:ASHWALL"; }; Material { ID = "textures:BROVINE"; }; Material { ID = "textures:BROVINE2"; }; Material { ID = "textures:COMPBLUE"; }; Material { ID = "textures:MIDBRN1"; }; Material { ID = "textures:MIDGRATE"; }; Material { ID = "textures:MIDVINE1"; }; Material { ID = "textures:MIDVINE2"; }; Material { ID = "textures:NUKEPOIS"; }; Material { ID = "textures:SKIN2"; }; Material { ID = "textures:SKINBORD"; }; Material { ID = "textures:SKINEDGE"; }; Material { ID = "textures:SKINFACE"; }; Material { ID = "textures:SKINSCAB"; }; Material { ID = "textures:SKSNAKE1"; }; Material { ID = "textures:SKSNAKE2"; }; Material { ID = "textures:SP_FACE1"; }; Material { ID = "textures:SP_FACE2"; }; Material { ID = "textures:SW1BLUE"; }; Material { ID = "textures:SW1SKIN"; }; Material { ID = "textures:SW2BLUE"; }; Material { ID = "textures:SW2SKIN"; }; Material { ID = "textures:BFALL1"; }; Material { ID = "textures:BFALL2"; }; Material { ID = "textures:BFALL3"; }; Material { ID = "textures:BFALL4"; }; Material { ID = "textures:DBRAIN1"; }; Material { ID = "textures:DBRAIN2"; }; Material { ID = "textures:DBRAIN3"; }; Material { ID = "textures:DBRAIN4"; }; Material { ID = "textures:MIDBARS1"; }; Material { ID = "textures:MIDBARS3"; }; Material { ID = "textures:PANBLACK"; }; Material { ID = "textures:PANBLUE"; }; Material { ID = "textures:PANBOOK"; }; Material { ID = "textures:PANRED"; }; Material { ID = "textures:SFALL1"; }; Material { ID = "textures:SFALL2"; }; Material { ID = "textures:SFALL3"; }; Material { ID = "textures:SFALL4"; }; Material { ID = "textures:SK_LEFT"; }; Material { ID = "textures:SK_RIGHT"; }; Material { ID = "textures:SLOPPY1"; }; Material { ID = "textures:SLOPPY2"; }; Material { ID = "textures:ZZWOLF12"; }; Material { ID = "textures:ZZWOLF3"; }; Material { ID = "textures:ZZWOLF4"; }; Material { ID = "textures:ZZWOLF6"; }; Material { ID = "textures:ZZWOLF7"; }; Material { ID = "flats:FLOOR1_1"; }; Material { ID = "flats:FLOOR1_7"; }; Material { ID = "flats:FLOOR4_6"; }; Material { ID = "flats:CEIL4_2"; }; Material { ID = "flats:CEIL4_3"; }; Material { ID = "flats:FLAT14"; }; Material { ID = "flats:NUKAGE1"; }; Material { ID = "flats:NUKAGE2"; }; Material { ID = "flats:NUKAGE3"; }; } # The rest of this file is skipped if DOOM1 Shareware SkipIf doom1-share; # DOOM1 + 2 Texture Environment { ID = "Metal"; Material { ID = "flats:FLOOR0_5"; }; Material { ID = "flats:FLOOR0_7"; }; Material { ID = "flats:GATE1"; }; Material { ID = "flats:GATE2"; }; Material { ID = "flats:GATE3"; }; Material { ID = "flats:GATE4"; }; Material { ID = "flats:CEIL1_2"; }; Material { ID = "flats:CEIL1_3"; }; # Could be metal or wood Material { ID = "flats:CEIL3_6"; }; Material { ID = "flats:FLAT3"; }; Material { ID = "flats:COMP1"; }; } Texture Environment { ID = "Rock"; Material { ID = "flats:FLOOR0_2"; }; Material { ID = "flats:DEM1_5"; }; Material { ID = "flats:DEM1_6"; }; Material { ID = "flats:MFLR8_2"; }; Material { ID = "flats:MFLR8_3"; }; Material { ID = "flats:MFLR8_4"; }; Material { ID = "flats:FLAT1_1"; }; Material { ID = "flats:FLAT1_2"; }; Material { ID = "flats:FLAT1_3"; }; Material { ID = "flats:FLAT5_3"; }; Material { ID = "flats:FLAT5_7"; }; Material { ID = "flats:FLAT5_8"; }; Material { ID = "flats:FLAT8"; }; Material { ID = "flats:FLAT9"; }; Material { ID = "flats:FLAT17"; }; Material { ID = "flats:FLAT19"; }; } Texture Environment { ID = "Wood"; Material { ID = "flats:FLAT5_1"; }; Material { ID = "flats:CRATOP1"; }; Material { ID = "flats:CRATOP2"; }; } Texture Environment { ID = "Cloth"; Material { ID = "flats:SFLR6_1"; }; Material { ID = "flats:SFLR6_4"; }; Material { ID = "flats:SFLR6_1"; }; Material { ID = "flats:SFLR7_4"; }; Material { ID = "flats:FLOOR1_6"; }; Material { ID = "flats:FWATER1"; }; Material { ID = "flats:FWATER2"; }; Material { ID = "flats:FWATER3"; }; Material { ID = "flats:FWATER4"; }; Material { ID = "flats:LAVA1"; }; Material { ID = "flats:LAVA2"; }; Material { ID = "flats:LAVA3"; }; Material { ID = "flats:LAVA4"; }; Material { ID = "flats:CEIL3_3"; }; Material { ID = "flats:CEIL3_4"; }; Material { ID = "flats:CEIL4_1"; }; Material { ID = "flats:BLOOD1"; }; Material { ID = "flats:BLOOD2"; }; Material { ID = "flats:BLOOD3"; }; Material { ID = "flats:FLAT5_6"; }; Material { ID = "flats:FLAT4"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/anim.ded0000664000175000017500000000660412350542240022510 0ustar jaakkojaakko# DOOM - Animation Sequences # # DOOM has predefined texture animation sequences. # In order to remain compatible with existing WADs, jDoom builds # animations from these predefined sequences and creates texture # animation groups for them. The flags "tgf_smooth" and # "tgf_first_only" are set for each group. # # Additional sequences can be defined using Group definitions. # # For further information on Group definition syntax and semantics see: # # http://dengine.net/dew/?title=Group # Header { Version = 6 } # # Precache groups. # Group { Flags = precache; Texture { ID = "SW1BRCOM"; }; Texture { ID = "SW2BRCOM"; }; } Group { Flags = precache; Texture { ID = "SW1BRN1"; }; Texture { ID = "SW2BRN1"; }; } Group { Flags = precache; Texture { ID = "SW1BRN2"; }; Texture { ID = "SW2BRN2"; }; } Group { Flags = precache; Texture { ID = "SW1BRNGN"; }; Texture { ID = "SW2BRNGN"; }; } Group { Flags = precache; Texture { ID = "SW1BROWN"; }; Texture { ID = "SW2BROWN"; }; } Group { Flags = precache; Texture { ID = "SW1COMM"; }; Texture { ID = "SW2COMM"; }; } Group { Flags = precache; Texture { ID = "SW1COMP"; }; Texture { ID = "SW2COMP"; }; } Group { Flags = precache; Texture { ID = "SW1DIRT"; }; Texture { ID = "SW2DIRT"; }; } Group { Flags = precache; Texture { ID = "SW1EXIT"; }; Texture { ID = "SW2EXIT"; }; } Group { Flags = precache; Texture { ID = "SW1GRAY"; }; Texture { ID = "SW2GRAY"; }; } Group { Flags = precache; Texture { ID = "SW1GRAY1"; }; Texture { ID = "SW2GRAY1"; }; } Group { Flags = precache; Texture { ID = "SW1METAL"; }; Texture { ID = "SW2METAL"; }; } Group { Flags = precache; Texture { ID = "SW1PIPE"; }; Texture { ID = "SW2PIPE"; }; } Group { Flags = precache; Texture { ID = "SW1SLAD"; }; Texture { ID = "SW2SLAD"; }; } Group { Flags = precache; Texture { ID = "SW1STARG"; }; Texture { ID = "SW2STARG"; }; } Group { Flags = precache; Texture { ID = "SW1STON1"; }; Texture { ID = "SW2STON2"; }; } Group { Flags = precache; Texture { ID = "SW1STONE"; }; Texture { ID = "SW2STONE"; }; } Group { Flags = precache; Texture { ID = "SW1STRTN"; }; Texture { ID = "SW2STRTN"; }; } # The rest of this file is skipped if DOOM - shareware. SkipIf doom1-share; Group { Flags = precache; Texture { ID = "SW1BLUE"; }; Texture { ID = "SW2BLUE"; }; } Group { Flags = precache; Texture { ID = "SW1CMT"; }; Texture { ID = "SW2CMT"; }; } Group { Flags = precache; Texture { ID = "SW1GARG"; }; Texture { ID = "SW2GARG"; }; } Group { Flags = precache; Texture { ID = "SW1GSTON"; }; Texture { ID = "SW2GSTON"; }; } Group { Flags = precache; Texture { ID = "SW1HOT"; }; Texture { ID = "SW2HOT"; }; } Group { Flags = precache; Texture { ID = "SW1LION"; }; Texture { ID = "SW2LION"; }; } Group { Flags = precache; Texture { ID = "SW1SATYR"; }; Texture { ID = "SW2SATYR"; }; } Group { Flags = precache; Texture { ID = "SW1SKIN"; }; Texture { ID = "SW2SKIN"; }; } Group { Flags = precache; Texture { ID = "SW1VINE"; }; Texture { ID = "SW2VINE"; }; } Group { Flags = precache; Texture { ID = "SW1WOOD"; }; Texture { ID = "SW2WOOD"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/lights.ded0000664000175000017500000002444412350542240023060 0ustar jaakkojaakko# DOOM - Lights and Light Decorations # Header { Version = 5; } SkipIf -nodefaultfx; #####====--- LIGHT SOURCES ---====##### # # The default properties of all light-emitting objects are determined # automatically by the engine. Here we make a couple of minor tweaks. # # For further information on Light definition syntax and semantics see: # # http://dengine.net/dew/?title=Light # The blue health bottles should be lit a bit more brightly. Light { State = "BON1"; Size = 0.5; Color { .05 .05 .85 }; } * Light { State = "BON1A"; } * Light { State = "BON1B"; } * Light { State = "BON1C"; } * Light { State = "BON1D"; } * Light { State = "BON1E"; } # Nuke-barrel's (weak) green glow. Light { State = "BAR1"; Flags = nohalo; Color { .2 .4 .22 }; Size = 0.21; Y Offset = -6; } Copy Light { State = "BAR2"; Size = 0.22; } # The radiation suit should be lit more dimly. Light { State = "SUIT"; Flags = nohalo; Size = 1; Color { .32 .34 .32 }; } #####====--- LIGHT DECORATIONS ---====##### # # The default flags allow using these only with the original textures. # Use "dcf_pwad" and "dcf_ext" to allow using with PWAD and external # resources. # # There can only be one decoration per texture/flat. Newer decorations # override older ones. # # One decoration can specify up to 16 lights. # # For further information on Decoration definition syntax and semantics see: # # http://dengine.net/dew/?title=Decoration # # Flats: # (just the brightest and most obvious light sources) # Decoration { Material = "flats:CEIL1_2"; Light { Color { 1 1 1 }; Offset { 32 32 }; Halo radius = .7; Radius = .95; Flare texture = 1; }; } Copy Decoration { Material = "flats:CEIL1_3"; Light { Halo radius = .6; # React to sector lightlevel. Levels { 80 190 }; }; } Copy Decoration { Material = "flats:TLITE6_4"; Light { Radius = .5; Halo radius = .7; }; } Decoration { Material = "flats:TLITE6_1"; Light { Color { .93 .93 .93 }; Offset { 32 32 }; Halo radius = .7; Flare texture = 1; #3; Radius = .4; Levels { 160 220 }; }; } Copy Decoration { Material = "flats:FLOOR1_7"; Light { Color { 1 .95 .95 }; #Halo radius = 1; Flare texture = 1; Levels { 140 230 }; }; } # # Wall textures: # (many obvious light sources not included, e.g. LITE*) # Decoration { Material = "textures:COMP2"; Light { Color { .2 .2 1 }; Offset { 33 83 }; Radius = .3; Halo radius = .07; }; Light { Color { .1 .75 .1 }; Offset { 216 101 }; Radius = .2; Halo radius = .04; }; } Decoration { Material = "textures:COMPSTA1"; Light { Color { .1 .4 .65 }; Offset { 30 23 }; Radius = .35; Halo radius = .07; Levels { 230 220 }; }; Light { Color { .65 .55 .1 }; Offset { 71 23 }; Radius = .25; Halo radius = .05; Levels { 230 220 }; }; Light { Color { .1 .45 .1 }; Offset { 101 35 }; Radius = .11; Halo radius = .04; Levels { 230 220 }; }; } Decoration { Material = "textures:COMPSTA2"; Light { Color { .1 .5 .1 }; Offset { 26 23 }; Radius = .3; Halo radius = .07; Levels { 230 220 }; }; Light { Color { .1 .5 .1 }; Offset { 105 13 }; Radius = .11; Halo radius = .04; Levels { 230 220 }; }; Light { Color { .15 .4 .15 }; Offset { 107 35 }; Radius = .15; Halo radius = .04; Levels { 230 220 }; }; } Decoration { Material = "textures:COMPUTE1"; Light { Color { .2 .2 1 }; Offset { 28 16 }; Radius = .25; Halo radius = .06; Levels { 220 200 }; }; Light { Color { .1 .5 .1 }; Offset { 30 89 }; Radius = .1; Halo radius = .03; Levels { 220 200 }; }; Light { Color { 1 .1 .1 }; Offset { 93 14 }; Radius = .05; Halo radius = .02; Levels { 230 210 }; }; } Decoration { Material = "textures:TEKWALL2"; Light { Color { 1 .1 .1 }; Offset { 67 62 }; Radius = .05; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .1 .6 .1 }; Offset { 47 84 }; Radius = .07; Halo radius = .03; Levels { 230 200 }; }; Light { Color { .08 .4 .08 }; Offset { 113 83 }; Radius = .065; Halo radius = .03; Levels { 230 200 }; }; Light { Color { .1 .6 .1 }; Offset { 69 30 }; Radius = .05; Halo radius = .02; Levels { 240 210 }; }; } Decoration { Material = "textures:TEKWALL5"; Light { Color { 1 .1 .1 }; Offset { 30 75 }; Radius = .05; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .1 .6 .1 }; Offset { 109 68 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .08 .5 .08 }; Offset { 41 19 }; Radius = .045; Halo radius = .03; Levels { 230 200 }; }; } Decoration { Material = "textures:PLANET1"; # Six monitors. Light { Color { .1 .4 .7 }; Offset { 30 30 }; Radius = .5; Levels { 230 220 }; }; Light { Color { .75 .35 .1 }; Offset { 92 30 }; Radius = .45; Levels { 230 220 }; }; Light { Color { .3 .5 .5 }; Offset { 158 34 }; Radius = .4; Levels { 230 220 }; }; Light { Color { .6 .6 .5 }; Offset { 30 90 }; Radius = .4; Levels { 230 220 }; }; Light { Color { .5 .2 .25 }; Offset { 92 90 }; Radius = .45; Levels { 230 220 }; }; Light { Color { .5 .55 .5 }; Offset { 156 88 }; Radius = .35; Levels { 230 220 }; }; } #>Decoration { Material = "textures:STEP1"; Light { Color { 1 1 .9 }; Offset { 16 5 }; Radius = .15; Halo radius = .03; }; }<# Decoration { Material = "textures:EXITSTON"; Light { Color { 1 .1 .1 }; Offset { 34 31 }; Radius = .25; Halo radius = .07; Levels { 240 220 }; }; } Copy Decoration { Material = "textures:EXITSIGN"; Light { Offset { 16 8 }; Radius = .25; }; } Decoration { Material = "textures:MARBFAC2"; Light { Color { 1 1 1 }; Offset { 51 79 }; Halo radius = .03; Radius = .08; }; Light { Color { 1 1 1 }; Offset { 78 79 }; Halo radius = .03; Radius = .08; }; } Decoration { Material = "textures:LITEBLU2"; Light { Color { .15 .15 1 }; Offset { 8 20 }; Halo radius = .1; Radius = .1; }; Light { Color { .15 .15 1 }; Offset { 8 52 }; Halo radius = .1; Radius = .1; }; } Decoration { Material = "textures:WOODGARG"; Light { Color { 1 .2 .2 }; Offset { 25 83 }; Halo radius = .03; Radius = .05; }; Light { Color { 1 .2 .2 }; Offset { 40 83 }; Halo radius = .03; Radius = .05; }; } Copy Decoration { Material = "textures:SLADSKUL"; Light { Offset { 28 83 }; }; Light { Offset { 38 83 }; }; } Copy Decoration { Material = "textures:WOODSKUL"; Light { Offset { 31 88 }; }; Light { Offset { 41 88 }; }; } Copy Decoration { Material = "textures:WOOD4"; Light { Offset { 28 36 }; }; Light { Offset { 38 36 }; }; } # # Switches: # Copy Decoration { Material = "textures:SW2BLUE"; Light { Offset { 28 90 }; }; Light { Offset { 36 90 }; }; } Copy Decoration { Material = "textures:SW2WOOD"; } Copy Decoration { Material = "textures:SW2HOT"; Light { Offset { 26 89 }; }; Light { Offset { 34 89 }; }; } Copy Decoration { Material = "textures:SW2GSTON"; Light { Offset { 27 91 }; }; Light { Offset { 35 91 }; }; } Decoration { Material = "textures:SW1COMM"; Light { Color { 1 .2 .2 }; Offset { 26 25 }; Halo radius = .04; Radius = .1; }; } Copy Decoration { Material = "textures:SW1STRTN"; Light { Offset { 26 80 }; }; } Copy Decoration { Material = "textures:SW1BRCOM"; Light { Offset { 59 80 }; }; } Copy Decoration { Material = "textures:SW1DIRT"; Light { Offset { 27 28 }; }; } Copy Decoration { Material = "textures:SW1STON1"; Light { Offset { 27 86 }; }; } Copy Decoration { Material = "textures:SW1STONE"; Light { Offset { 27 80 }; }; } Copy Decoration { Material = "textures:SW2COMP"; Light { Offset { 32 79 }; }; } Copy Decoration { Material = "textures:SW2EXIT"; Light { Offset { 16 23 }; }; } Copy Decoration { Material = "textures:SW2GRAY"; Light { Offset { 32 77 }; }; } Copy Decoration { Material = "textures:SW2SLAD"; Light { Offset { 33 84 }; }; } Copy Decoration { Material = "textures:SW2STON2"; Light { Offset { 33 84 }; }; } Decoration { Material = "textures:SW2COMM"; Light { Color { .2 1 .2 }; Offset { 26 40 }; Halo radius = .04; Radius = .1; }; } Copy Decoration { Material = "textures:SW2STRTN"; Light { Offset { 26 95 }; }; } Copy Decoration { Material = "textures:SW2BRCOM"; Light { Offset { 59 94 }; }; } Copy Decoration { Material = "textures:SW2STONE"; Light { Offset { 27 94 }; }; } Copy Decoration { Material = "textures:SW2STON1"; Light { Offset { 27 101 }; }; } Copy Decoration { Material = "textures:SW2DIRT"; Light { Offset { 27 43 }; }; } Decoration { Material = "textures:SW2BRN2"; Light { Color { .1 .9 .1 }; Offset { 32.5 91 }; Radius = .06; Halo radius = .04; }; } Copy Decoration { Material = "textures:SW2BRNGN"; Light { Offset { 32.5 92 }; }; } Copy Decoration { Material = "textures:SW2VINE"; Light { Offset { 32.5 96 }; }; } Copy Decoration { Material = "textures:SW2METAL"; Light { Offset { 32.5 80 }; }; } Copy Decoration { Material = "textures:SW2GRAY1"; Light { Offset { 31.5 91 }; }; } Decoration { Material = "textures:SW2LION"; # Eyes. Light { Color { .8 .78 .6 }; Offset { 27 84 }; Radius = .045; Halo radius = .02; }; Light { Color { .8 .78 .6 }; Offset { 37 84 }; Radius = .045; Halo radius = .02; }; # Mouth. Light { Color { .75 .73 .5 }; Offset { 32 94 }; Radius = .08; Halo radius = .02; }; } Copy Decoration { Material = "textures:SW2GARG"; Light { Offset { 25 85 }; }; Light { Offset { 39 85 }; }; Light { Offset { 32 100 }; }; } Decoration { Material = "textures:SW2SATYR"; # Eyes. Light { Color { .68 .6 .4 }; Offset { 27 85 }; Radius = .04; Halo radius = .02; }; Light { Color { .68 .6 .4 }; Offset { 38 85 }; Radius = .04; Halo radius = .02; }; # Mouth. Light { Color { .75 .73 .5 }; Offset { 32 95 }; Radius = .08; Halo radius = .02; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/inlude.ded0000664000175000017500000000171412350542240023041 0ustar jaakkojaakko# DOOM - Interlude Patch Replacements # # The "Patch Replacement" values are used to replace patches with # strings of text. For further information on syntax see values.ded Header { Version = 5; } SkipIf -nodefaultfx; Values { Patch Replacement { WIF = "{tracking=-1}Finished"; WIENTER = "{tracking=-1}Entering"; WIOSTK = "{tracking=-1}Kills"; WIOSTS = "{tracking=-1}Secret"; WISCRT2 = "{tracking=-1}Secret"; WIOSTI = "{tracking=-1}Items"; WIFRGS = "{tracking=-1}Frags"; WITIME = "{tracking=-1}Time"; WISUCKS = "{tracking=-1}Sucks"; WIPAR = "{tracking=-1}PAR"; WIKILRS = "{tracking=-1,scalex=.78, scaley=.6,angle=270,x=-63}Killers"; WIVCTMS = "{tracking=-1,scalex=.7, scaley=.6}Victims"; WIMSTT = "{tracking=-1}Total"; WIBP1 = "{tracking=2}P1"; WIBP2 = "{tracking=2}P2"; WIBP3 = "{tracking=2}P3"; WIBP4 = "{tracking=2}P4"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/fonts.ded0000664000175000017500000002050512350542240022711 0ustar jaakkojaakko# Doom: Fonts Header { Version = 5; } Composite BitmapFont { ID = "game:index"; 048 { Texture = "STYSNUM0"; } # 0 049 { Texture = "STYSNUM1"; } # 1 050 { Texture = "STYSNUM2"; } # 2 051 { Texture = "STYSNUM3"; } # 3 052 { Texture = "STYSNUM4"; } # 4 053 { Texture = "STYSNUM5"; } # 5 054 { Texture = "STYSNUM6"; } # 6 055 { Texture = "STYSNUM7"; } # 7 056 { Texture = "STYSNUM8"; } # 8 057 { Texture = "STYSNUM9"; } # 9 } Composite BitmapFont { ID = "game:mappoint"; 048 { Texture = "AMMNUM0"; } # 0 049 { Texture = "AMMNUM1"; } # 1 050 { Texture = "AMMNUM2"; } # 2 051 { Texture = "AMMNUM3"; } # 3 052 { Texture = "AMMNUM4"; } # 4 053 { Texture = "AMMNUM5"; } # 5 054 { Texture = "AMMNUM6"; } # 6 055 { Texture = "AMMNUM7"; } # 7 056 { Texture = "AMMNUM8"; } # 8 057 { Texture = "AMMNUM9"; } # 9 } Composite BitmapFont { ID = "game:small"; 037 { Texture = "WIPCNT"; } # % 045 { Texture = "WIMINUS"; } # - 048 { Texture = "WINUM0"; } # 0 049 { Texture = "WINUM1"; } # 1 050 { Texture = "WINUM2"; } # 2 051 { Texture = "WINUM3"; } # 3 052 { Texture = "WINUM4"; } # 4 053 { Texture = "WINUM5"; } # 5 054 { Texture = "WINUM6"; } # 6 055 { Texture = "WINUM7"; } # 7 056 { Texture = "WINUM8"; } # 8 057 { Texture = "WINUM9"; } # 9 058 { Texture = "WICOLON"; } # : } Composite BitmapFont { ID = "game:status"; 037 { Texture = "STTPRCNT"; } # % 045 { Texture = "STTMINUS"; } # - 048 { Texture = "STTNUM0"; } # 0 049 { Texture = "STTNUM1"; } # 1 050 { Texture = "STTNUM2"; } # 2 051 { Texture = "STTNUM3"; } # 3 052 { Texture = "STTNUM4"; } # 4 053 { Texture = "STTNUM5"; } # 5 054 { Texture = "STTNUM6"; } # 6 055 { Texture = "STTNUM7"; } # 7 056 { Texture = "STTNUM8"; } # 8 057 { Texture = "STTNUM9"; } # 9 } Composite BitmapFont { ID = "game:a"; 032 { Texture = "STCFN032"; } # ' ' 033 { Texture = "STCFN033"; } # ! 034 { Texture = "STCFN034"; } # " 035 { Texture = "STCFN035"; } # # 036 { Texture = "STCFN036"; } # $ 037 { Texture = "STCFN037"; } # % 038 { Texture = "STCFN038"; } # & 039 { Texture = "STCFN039"; } # ' 040 { Texture = "STCFN040"; } # ( 041 { Texture = "STCFN041"; } # ) 042 { Texture = "STCFN042"; } # * 043 { Texture = "STCFN043"; } # + 044 { Texture = "STCFN044"; } # , 045 { Texture = "STCFN045"; } # - 046 { Texture = "STCFN046"; } # . 047 { Texture = "STCFN047"; } # / 048 { Texture = "STCFN048"; } # 0 049 { Texture = "STCFN049"; } # 1 050 { Texture = "STCFN050"; } # 2 051 { Texture = "STCFN051"; } # 3 052 { Texture = "STCFN052"; } # 4 053 { Texture = "STCFN053"; } # 5 054 { Texture = "STCFN054"; } # 6 055 { Texture = "STCFN055"; } # 7 056 { Texture = "STCFN056"; } # 8 057 { Texture = "STCFN057"; } # 9 058 { Texture = "STCFN058"; } # : 059 { Texture = "STCFN059"; } # ; 060 { Texture = "STCFN060"; } # < 061 { Texture = "STCFN061"; } # = 062 { Texture = "STCFN062"; } # > 063 { Texture = "STCFN063"; } # ? 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064 { Texture = "FONTB064"; } # @ 065 { Texture = "FONTB065"; } # A 066 { Texture = "FONTB066"; } # B 067 { Texture = "FONTB067"; } # C 068 { Texture = "FONTB068"; } # D 069 { Texture = "FONTB069"; } # E 070 { Texture = "FONTB070"; } # F 071 { Texture = "FONTB071"; } # G 072 { Texture = "FONTB072"; } # H 073 { Texture = "FONTB073"; } # I 074 { Texture = "FONTB074"; } # J 075 { Texture = "FONTB075"; } # K 076 { Texture = "FONTB076"; } # L 077 { Texture = "FONTB077"; } # M 078 { Texture = "FONTB078"; } # N 079 { Texture = "FONTB079"; } # O 080 { Texture = "FONTB080"; } # P 081 { Texture = "FONTB081"; } # Q 082 { Texture = "FONTB082"; } # R 083 { Texture = "FONTB083"; } # S 084 { Texture = "FONTB084"; } # T 085 { Texture = "FONTB085"; } # U 086 { Texture = "FONTB086"; } # V 087 { Texture = "FONTB087"; } # W 088 { Texture = "FONTB088"; } # X 089 { Texture = "FONTB089"; } # Y 090 { Texture = "FONTB090"; } # Z 097 { Texture = "FONTB065"; } # a 098 { Texture = "FONTB066"; } # b 099 { Texture = "FONTB067"; } # c 100 { Texture = "FONTB068"; } # d 101 { Texture = "FONTB069"; } # e 102 { Texture = "FONTB070"; } # f 103 { Texture = "FONTB071"; } # g 104 { Texture = "FONTB072"; } # h 105 { Texture = "FONTB073"; } # i 106 { Texture = "FONTB074"; } # j 107 { Texture = "FONTB075"; } # k 108 { Texture = "FONTB076"; } # l 109 { Texture = "FONTB077"; } # m 110 { Texture = "FONTB078"; } # n 111 { Texture = "FONTB079"; } # o 112 { Texture = "FONTB080"; } # p 113 { Texture = "FONTB081"; } # q 114 { Texture = "FONTB082"; } # r 115 { Texture = "FONTB083"; } # s 116 { Texture = "FONTB084"; } # t 117 { Texture = "FONTB085"; } # u 118 { Texture = "FONTB086"; } # v 119 { Texture = "FONTB087"; } # w 120 { Texture = "FONTB088"; } # x 121 { Texture = "FONTB089"; } # y 122 { Texture = "FONTB090"; } # z } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/hud.ded0000664000175000017500000000253212350542240022340 0ustar jaakkojaakko# DOOM - HUD Patch Replacements # # The "Patch Replacement" values are used to replace patches with # strings of text. For further information on syntax see values.ded Header { Version = 5; } SkipIf -nodefaultfx; Values { Patch Replacement { STGNUM0 = "{font=game:index,r=0.5,g=0.5,b=0.5}0"; STGNUM1 = "{font=game:index,r=0.5,g=0.5,b=0.5}1"; STGNUM2 = "{font=game:index,r=0.5,g=0.5,b=0.5}2"; STGNUM3 = "{font=game:index,r=0.5,g=0.5,b=0.5}3"; STGNUM4 = "{font=game:index,r=0.5,g=0.5,b=0.5}4"; STGNUM5 = "{font=game:index,r=0.5,g=0.5,b=0.5}5"; STGNUM6 = "{font=game:index,r=0.5,g=0.5,b=0.5}6"; STGNUM7 = "{font=game:index,r=0.5,g=0.5,b=0.5}7"; STGNUM8 = "{font=game:index,r=0.5,g=0.5,b=0.5}8"; STGNUM9 = "{font=game:index,r=0.5,g=0.5,b=0.5}9"; STYSNUM0 = "{font=game:index,r=1,g=0.9,b=0.4}0"; STYSNUM1 = "{font=game:index,r=1,g=0.9,b=0.4}1"; STYSNUM2 = "{font=game:index,r=1,g=0.9,b=0.4}2"; STYSNUM3 = "{font=game:index,r=1,g=0.9,b=0.4}3"; STYSNUM4 = "{font=game:index,r=1,g=0.9,b=0.4}4"; STYSNUM5 = "{font=game:index,r=1,g=0.9,b=0.4}5"; STYSNUM6 = "{font=game:index,r=1,g=0.9,b=0.4}6"; STYSNUM7 = "{font=game:index,r=1,g=0.9,b=0.4}7"; STYSNUM8 = "{font=game:index,r=1,g=0.9,b=0.4}8"; STYSNUM9 = "{font=game:index,r=1,g=0.9,b=0.4}9"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/music.ded0000664000175000017500000000311712350542240022700 0ustar jaakkojaakko# DOOM - Music tracks # # For further information on Music definition syntax and semantics see: # # http://dengine.net/dew/?title=Music # Header { Version = 5; } Music { ID = "e1m1"; Lump = "D_E1M1"; } Music { ID = "e1m2"; Lump = "D_E1M2"; } Music { ID = "e1m3"; Lump = "D_E1M3"; } Music { ID = "e1m4"; Lump = "D_E1M4"; } Music { ID = "e1m5"; Lump = "D_E1M5"; } Music { ID = "e1m6"; Lump = "D_E1M6"; } Music { ID = "e1m7"; Lump = "D_E1M7"; } Music { ID = "e1m8"; Lump = "D_E1M8"; } Music { ID = "e1m9"; Lump = "D_E1M9"; } Music { ID = "e2m1"; Lump = "D_E2M1"; } Music { ID = "e2m2"; Lump = "D_E2M2"; } Music { ID = "e2m3"; Lump = "D_E2M3"; } Music { ID = "e2m4"; Lump = "D_E2M4"; } Music { ID = "e2m5"; Lump = "D_E2M5"; } Music { ID = "e2m6"; Lump = "D_E2M6"; } Music { ID = "e2m7"; Lump = "D_E2M7"; } Music { ID = "e2m8"; Lump = "D_E2M8"; } Music { ID = "e2m9"; Lump = "D_E2M9"; } Music { ID = "e3m1"; Lump = "D_E3M1"; } Music { ID = "e3m2"; Lump = "D_E3M2"; } Music { ID = "e3m3"; Lump = "D_E3M3"; } Music { ID = "e3m4"; Lump = "D_E3M4"; } Music { ID = "e3m5"; Lump = "D_E3M5"; } Music { ID = "e3m6"; Lump = "D_E3M6"; } Music { ID = "e3m7"; Lump = "D_E3M7"; } Music { ID = "e3m8"; Lump = "D_E3M8"; } Music { ID = "e3m9"; Lump = "D_E3M9"; } Music { ID = "inter"; Lump = "D_INTER"; } Music { ID = "intro"; Lump = "D_INTRO"; } Music { ID = "bunny"; Lump = "D_BUNNY"; } Music { ID = "victor"; Lump = "D_VICTOR"; } Music { ID = "introa"; Lump = "D_INTROA"; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1/skies.ded0000664000175000017500000000120712350542240022674 0ustar jaakkojaakko# DOOM - Sky Definitions # # For further information on Sky definition syntax and semantics see: # # http://dengine.net/dew/?title=Sky Header { Version = 6; } Sky { ID = "sky1"; Height = 0.49; Horizon offset = -0.105; Layer 1 { Flags = enable; Material = "textures:SKY1"; } } # The rest of this file is skipped if DOOM1 Shareware SkipIf doom1-share Copy Sky { ID = "sky2"; Layer 1 { Material = "textures:SKY2"; }; } Copy Sky { ID = "sky3"; Layer 1 { Material = "textures:SKY3"; }; } Copy Sky { ID = "sky4"; Layer 1 { Material = "textures:SKY4"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2-plut.ded0000664000175000017500000000143312350542240022542 0ustar jaakkojaakko# # DOOM2 (Plutonia) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "doom1/anim.ded"; Include "doom2/anim.ded"; Include "doom2-plut/anim.ded"; Include "doom2/skies.ded"; Include "doom2-plut/maps.ded"; Include "doom2-plut/finales.ded"; Include "doom1/fonts.ded"; Include "doom1/materials.ded"; Include "doom1/materialenvironments.ded"; Include "doom2/materialenvironments.ded"; Include "doom1/particles.ded"; Include "doom2/particles.ded"; Include "doom1/lights.ded"; Include "doom2/lights.ded"; Include "doom2/music.ded"; Include "doom1/menu.ded"; Include "doom1/hud.ded"; Include "doom1/inlude.ded"; doomsday-1.14.5/doomsday/plugins/doom/defs/doom2-plut/0000775000175000017500000000000012350542240022063 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/defs/doom2-plut/maps.ded0000664000175000017500000000662112350542240023506 0ustar jaakkojaakko# DOOM2 (Plutonia) - Map metadata # # For further information on Map Info definition syntax and semantics see: # # http://dengine.net/dew/?title=Map_Info # Header { Version = 5; } # The default definition, used for any maps without a map info definition. Map Info { ID = "*"; Author = "Unknown"; Music = "runnin"; Gravity = 1; Sky = "sky1"; } Map Info { ID = "MAP01"; Name = "PHUSTR_1"; Author = "Dario Casali and Milo Casali"; Music = "runnin"; Par time = 30; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "MAP02"; Name = "PHUSTR_2"; Music = "stalks"; Par time = 90; } Copy Map Info { ID = "MAP03"; Name = "PHUSTR_3"; Music = "countd"; Par time = 120; } Copy Map Info { ID = "MAP04"; Name = "PHUSTR_4"; Music = "betwee"; Par time = 120; } Copy Map Info { ID = "MAP05"; Name = "PHUSTR_5"; Music = "doom"; Par time = 90; } Copy Map Info { ID = "MAP06"; Name = "PHUSTR_6"; Music = "the_da"; Par time = 150; } Copy Map Info { ID = "MAP07"; Name = "PHUSTR_7"; Music = "shawn"; Par time = 120; } Copy Map Info { ID = "MAP08"; Name = "PHUSTR_8"; Music = "ddtblu"; Par time = 120; } Copy Map Info { ID = "MAP09"; Name = "PHUSTR_9"; Music = "in_cit"; Par time = 270; } Copy Map Info { ID = "MAP10"; Name = "PHUSTR_10"; Music = "dead"; Par time = 90; } Copy Map Info { ID = "MAP11"; Name = "PHUSTR_11"; Music = "stlks2"; Par time = 210; } Copy Map Info { ID = "MAP12"; Name = "PHUSTR_12"; Music = "theda2"; Par time = 150; Sky = "sky2"; } Copy Map Info { ID = "MAP13"; Name = "PHUSTR_13"; Music = "doom2"; Par time = 150; } Copy Map Info { ID = "MAP14"; Name = "PHUSTR_14"; Music = "ddtbl2"; Par time = 150; } Copy Map Info { ID = "MAP15"; Name = "PHUSTR_15"; Music = "runni2"; Par time = 210; } Copy Map Info { ID = "MAP16"; Name = "PHUSTR_16"; Music = "dead2"; Par time = 150; } Copy Map Info { ID = "MAP17"; Name = "PHUSTR_17"; Music = "stlks3"; Par time = 420; } Copy Map Info { ID = "MAP18"; Name = "PHUSTR_18"; Music = "romero"; Par time = 150; } Copy Map Info { ID = "MAP19"; Name = "PHUSTR_19"; Music = "shawn2"; Par time = 210; } Copy Map Info { ID = "MAP20"; Name = "PHUSTR_20"; Music = "messag"; Par time = 150; } Copy Map Info { ID = "MAP21"; Name = "PHUSTR_21"; Music = "count2"; Par time = 240; Sky = "sky3"; } Copy Map Info { ID = "MAP22"; Name = "PHUSTR_22"; Music = "ddtbl3"; Par time = 150; } Copy Map Info { ID = "MAP23"; Name = "PHUSTR_23"; Music = "ampie"; Par time = 180; } Copy Map Info { ID = "MAP24"; Name = "PHUSTR_24"; Music = "theda3"; Par time = 150; } Copy Map Info { ID = "MAP25"; Name = "PHUSTR_25"; Music = "adrian"; Par time = 150; } Copy Map Info { ID = "MAP26"; Name = "PHUSTR_26"; Music = "messg2"; Par time = 300; } Copy Map Info { ID = "MAP27"; Name = "PHUSTR_27"; Music = "romer2"; Par time = 330; } Copy Map Info { ID = "MAP28"; Name = "PHUSTR_28"; Music = "tense"; Par time = 420; } Copy Map Info { ID = "MAP29"; Name = "PHUSTR_29"; Music = "shawn3"; Par time = 300; } Copy Map Info { ID = "MAP30"; Name = "PHUSTR_30"; Music = "openin"; Par time = 180; } Copy Map Info { ID = "MAP31"; Name = "PHUSTR_31"; Music = "evil"; Par time = 120; } Copy Map Info { ID = "MAP32"; Name = "PHUSTR_32"; Music = "ultima"; Par time = 30; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2-plut/finales.ded0000664000175000017500000002151512350542240024166 0ustar jaakkojaakko# DOOM2 (Plutonia) - Intermissions and Finales # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Patch back 0 0 "TITLEPIC" MusicOnce "dm2ttl" Wait 13 # Original was 11; this'll play the whole song. # Step 2. PlayDemo "pdemo1.cdm" # Step 3. Set back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 4. PlayDemo "pdemo2.cdm" # Step 5. Set back "TITLEPIC" Music "dm2ttl" Wait 13 # Original was 11. # Step 6. PlayDemo "pdemo3.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; Patch back 0 0 "HELP" Patch cursor 298 160 M_SKULL1 # Configure the animating cursor Clranim cursor Anim cursor M_SKULL1 0.223857 Anim cursor M_SKULL2 0.223857 Repeat cursor Pause Set back "CREDIT" Pause }; } Finale { Before = "MAP07"; Script { music "read_m" flat Values:BGFLAT06 wait 0.5 textdef msg 10 10 "P1TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP12"; Script { music "read_m" flat Values:BGFLAT11 wait 0.5 textdef msg 10 10 "P2TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP21"; Script { music "read_m" flat Values:BGFLAT20 wait 0.5 textdef msg 10 10 "P3TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } # This is the actual finale of Plutonia Experiment. Finale { After = "MAP30"; Script { music "read_m" flat Values:BGFLAT30 wait 0.5 textdef msg 10 10 "P4TEXT" waittext msg; wait 7 skiphere #####====--- The Cast ---====##### # Castloop continues forever. # Quite a number of monsters here...! noskip # No more skipping (pause waits for a key, though). deltext msg music "evil" noflat; patch back 0 0 BOSSBACK marker castloop # Create a text for the name. textdef name 160 180 CC_ZOMBIE center name; rate name 0 patch mo 160 170 POSSA1 # "mo" is used for all the monsters. # --- Zombieman --- clranim mo states mo POSS_RUN1 12 states mo POSS_ATK1 2; picsound mo "pistol" states mo POSS_ATK3 1 repeat mo seesound POSSESSED; pause; diesound POSSESSED clranim mo states mo POSS_DIE1 5 waitanim mo; wait 0.43 # --- Shotgun Guy --- clranim mo states mo SPOS_RUN1 12 states mo SPOS_ATK1 2; picsound mo "shotgn" states mo SPOS_ATK3 1 repeat mo settextdef name CC_SHOTGUN seesound SHOTGUY; pause; diesound SHOTGUY clranim mo states mo SPOS_DIE1 5 waitanim mo; wait 0.43 # --- Heavy Weapon Dude --- clranim mo states mo CPOS_RUN1 12 states mo CPOS_ATK1 2; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" states mo CPOS_ATK4 1; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" states mo CPOS_ATK4 1; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" repeat mo settextdef name CC_HEAVY seesound CHAINGUY; pause; diesound CHAINGUY clranim mo states mo CPOS_DIE1 7 waitanim mo; wait 0.43 # --- Imp --- clranim mo states mo TROO_RUN1 12 states mo TROO_ATK1 3; picsound mo "claw" repeat mo settextdef name CC_IMP seesound TROOP; pause; diesound TROOP clranim mo states mo TROO_DIE1 5 waitanim mo; wait 0.43 # --- Demon --- clranim mo states mo SARG_RUN1 12 states mo SARG_ATK1 2; picsound mo "sgtatk" states mo SARG_ATK3 1 repeat mo settextdef name CC_DEMON seesound SERGEANT; pause; diesound SERGEANT clranim mo states mo SARG_DIE1 6 waitanim mo; wait 0.43 # --- Lost Soul --- clranim mo states mo SKULL_RUN1 12 states mo SKULL_ATK1 2; picsound mo "sklatk" states mo SKULL_ATK3 8 repeat mo settextdef name CC_LOST seesound SKULL; pause; diesound SKULL clranim mo states mo SKULL_DIE1 6 waitanim mo; wait 0.43 # --- Cacodemon --- clranim mo states mo HEAD_RUN1 12 states mo HEAD_ATK1 2; picsound mo "firsht" states mo HEAD_ATK3 1 repeat mo settextdef name CC_CACO seesound HEAD; pause; diesound HEAD clranim mo states mo HEAD_DIE1 6 waitanim mo; wait 0.43 # --- Hell Knight --- clranim mo states mo BOS2_RUN1 12 states mo BOS2_ATK1 2; picsound mo "firsht" states mo BOS2_ATK3 1 repeat mo settextdef name CC_HELL seesound KNIGHT; pause; diesound KNIGHT clranim mo states mo BOS2_DIE1 7 waitanim mo; wait 0.43 # --- Baron of Hell --- clranim mo states mo BOSS_RUN1 12 states mo BOSS_ATK1 2; picsound mo "firsht" states mo BOSS_ATK3 1 repeat mo settextdef name CC_BARON seesound BRUISER; pause; diesound BRUISER clranim mo states mo BOSS_DIE1 7 waitanim mo; wait 0.43 # --- Arachnotron --- clranim mo states mo BSPI_SIGHT 12 states mo BSPI_ATK1 2; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 2 repeat mo settextdef name CC_ARACH seesound BABY; pause; diesound BABY clranim mo states mo BSPI_DIE1 7 waitanim mo; wait 0.43 # --- Pain Elemental --- clranim mo states mo PAIN_RUN1 12 states mo PAIN_ATK1 3; picsound mo "sklatk" states mo PAIN_ATK4 1 repeat mo settextdef name CC_PAIN seesound PAIN; pause; diesound PAIN clranim mo states mo PAIN_DIE1 6 waitanim mo; wait 0.43 # --- Revenant --- clranim mo states mo SKEL_RUN1 12 states mo SKEL_MISS1 2; picsound mo "skeatk" states mo SKEL_MISS3 2 states mo SKEL_RUN1 12 states mo SKEL_FIST1 2; picsound mo "skeswg" states mo SKEL_FIST3 2; picsound mo "skepch" repeat mo settextdef name CC_REVEN seesound UNDEAD; pause; diesound UNDEAD clranim mo states mo SKEL_DIE1 6 waitanim mo; wait 0.43 # --- Mancubus --- clranim mo states mo FATT_RUN1 12 states mo FATT_ATK1 2; picsound mo "firsht" states mo FATT_ATK3 3; picsound mo "firsht" states mo FATT_ATK6 3; picsound mo "firsht" states mo FATT_ATK9 2 repeat mo settextdef name CC_MANCU seesound FATSO; pause; diesound FATSO clranim mo states mo FATT_DIE1 10 waitanim mo; wait 0.43 # --- Arch-Vile --- clranim mo states mo VILE_RUN1 12 states mo VILE_ATK1 2; picsound mo "vilatk" states mo VILE_ATK3 9 repeat mo settextdef name CC_ARCH seesound VILE; pause; diesound VILE clranim mo states mo VILE_DIE1 10 waitanim mo; wait 0.43 # --- The Spider Mastermind --- clranim mo states mo SPID_RUN1 12 states mo SPID_ATK1 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" repeat mo settextdef name CC_SPIDER seesound SPIDER; pause; diesound SPIDER clranim mo states mo SPID_DIE1 11 waitanim mo; wait 0.43 # --- Cyberdemon --- clranim mo states mo CYBER_RUN1 12 states mo CYBER_ATK1 2; picsound mo "rlaunc" states mo CYBER_ATK3 2; picsound mo "rlaunc" states mo CYBER_ATK5 2; picsound mo "rlaunc" repeat mo settextdef name CC_CYBER seesound CYBORG; pause; diesound CYBORG clranim mo states mo CYBER_DIE1 10 waitanim mo; wait 0.43 # --- Our Hero (finally!) --- clranim mo states mo PLAY_RUN1 12 states mo PLAY_ATK1 1 repeat mo settextdef name CC_HERO seesound PLAYER; pause; diesound PLAYER clranim mo states mo PLAY_DIE1 7 waitanim mo; wait 0.43 # Restart the loop. goto castloop }; } # Secret level 1. Finale { Before = "MAP31"; Script { music "read_m" flat Values:BGFLAT15 wait 0.5 textdef msg 10 10 "P5TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } # Secret level 2. Finale { Before = "MAP32"; Script { music "read_m" flat Values:BGFLAT31 wait 0.5 textdef msg 10 10 "P6TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2-plut/anim.ded0000664000175000017500000000125312350542240023466 0ustar jaakkojaakko# DOOM2 (Plutonia) - Animation Sequences # # Chex Quest has predefined texture animation sequences. # In order to remain compatible with existing WADs, jDoom builds # animations from these predefined sequences and creates texture # animation groups for them. The flags "tgf_smooth" and # "tgf_first_only" are set for each group. # # Additional sequences can be defined using Group definitions. # # For further information on Group definition syntax and semantics see: # # http://dengine.net/dew/?title=Group # Header { Version = 5; } # # Precache groups. # Group { Flags = precache; Texture { ID = "SW1GSTON"; }; Texture { ID = "SW2GSTON"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/objects.ded0000664000175000017500000056042612350542240022205 0ustar jaakkojaakko# libdoom: Objects # # Order of definitions is very important here! # Only add new States and Things *after* the existing definitions. Header { Version = 6; } Thing { ID = "PLAYER"; DoomEd number = -1; Spawn state = "PLAY"; See state = "PLAY_RUN1"; Pain state = "PLAY_PAIN"; Melee state = "NULL"; Missile state = "PLAY_ATK1"; Death state = "PLAY_DIE1"; Xdeath state = "PLAY_XDIE1"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "plpain"; Death sound = "pldeth"; Active sound = "None"; Pain chance = 255; Spawn health = 100; Radius = 16; Height = 56; Mass = 100; Flags = solid | shootable | dropoff | pickup; Flags2 = slide | passmobj | telestomp; } Thing { ID = "POSSESSED"; Name = "Zombieman"; DoomEd number = 3004; Spawn state = "POSS_STND"; See state = "POSS_RUN1"; Pain state = "POSS_PAIN"; Melee state = "NULL"; Missile state = "POSS_ATK1"; Death state = "POSS_DIE1"; Xdeath state = "POSS_XDIE1"; Raise state = "POSS_RAISE1"; See sound = "posit1"; Attack sound = "pistol"; Pain sound = "popain"; Death sound = "podth1"; Active sound = "posact"; Reaction time = 8; Pain chance = 200; Spawn health = 20; Speed = 8; Radius = 20; Height = 56; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SHOTGUY"; Name = "Shotgun Guy"; DoomEd number = 9; Spawn state = "SPOS_STND"; See state = "SPOS_RUN1"; Pain state = "SPOS_PAIN"; Melee state = "NULL"; Missile state = "SPOS_ATK1"; Death state = "SPOS_DIE1"; Xdeath state = "SPOS_XDIE1"; Raise state = "SPOS_RAISE1"; See sound = "posit2"; Attack sound = "None"; Pain sound = "popain"; Death sound = "podth2"; Active sound = "posact"; Reaction time = 8; Pain chance = 170; Spawn health = 30; Speed = 8; Radius = 20; Height = 56; Mass = 100; Flags = solid | shootable |countkill; Flags2 = telestomp; } Thing { ID = "VILE"; Name = "Arch-Vile"; DoomEd number = 64; Spawn state = "VILE_STND"; See state = "VILE_RUN1"; Pain state = "VILE_PAIN"; Melee state = "NULL"; Missile state = "VILE_ATK1"; Death state = "VILE_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "vilsit"; Attack sound = "None"; Pain sound = "vipain"; Death sound = "vildth"; Active sound = "vilact"; Reaction time = 8; Pain chance = 10; Spawn health = 700; Speed = 15; Radius = 20; Height = 56; Mass = 500; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FIRE"; DoomEd number = -1; Spawn state = "FIRE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity | brightshadow; Flags2 = cannotpush | noteleport; } Thing { ID = "UNDEAD"; Name = "Revenant"; DoomEd number = 66; Spawn state = "SKEL_STND"; See state = "SKEL_RUN1"; Pain state = "SKEL_PAIN"; Melee state = "SKEL_FIST1"; Missile state = "SKEL_MISS1"; Death state = "SKEL_DIE1"; Xdeath state = "NULL"; Raise state = "SKEL_RAISE1"; See sound = "skesit"; Attack sound = "None"; Pain sound = "popain"; Death sound = "skedth"; Active sound = "skeact"; Reaction time = 8; Pain chance = 100; Spawn health = 300; Speed = 10; Radius = 20; Height = 56; Mass = 500; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "TRACER"; DoomEd number = -1; Spawn state = "TRACER"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "TRACEEXP1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "skeatk"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 11; Height = 8; Mass = 100; Damage = 10; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "SMOKE"; DoomEd number = -1; Spawn state = "SMOKE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "FATSO"; Name = "Mancubus"; DoomEd number = 67; Spawn state = "FATT_STND"; See state = "FATT_RUN1"; Pain state = "FATT_PAIN"; Melee state = "NULL"; Missile state = "FATT_ATK1"; Death state = "FATT_DIE1"; Xdeath state = "NULL"; Raise state = "FATT_RAISE1"; See sound = "mansit"; Attack sound = "None"; Pain sound = "mnpain"; Death sound = "mandth"; Active sound = "posact"; Reaction time = 8; Pain chance = 80; Spawn health = 600; Speed = 8; Radius = 48; Height = 64; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "FATSHOT"; DoomEd number = -1; Spawn state = "FATSHOT1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "FATSHOTX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 6; Height = 8; Mass = 100; Damage = 8; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "CHAINGUY"; Name = "Heavy Weapon Dude"; DoomEd number = 65; Spawn state = "CPOS_STND"; See state = "CPOS_RUN1"; Pain state = "CPOS_PAIN"; Melee state = "NULL"; Missile state = "CPOS_ATK1"; Death state = "CPOS_DIE1"; Xdeath state = "CPOS_XDIE1"; Raise state = "CPOS_RAISE1"; See sound = "posit2"; Attack sound = "None"; Pain sound = "popain"; Death sound = "podth2"; Active sound = "posact"; Reaction time = 8; Pain chance = 170; Spawn health = 70; Speed = 8; Radius = 20; Height = 56; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "TROOP"; Name = "Imp"; DoomEd number = 3001; Spawn state = "TROO_STND"; See state = "TROO_RUN1"; Pain state = "TROO_PAIN"; Melee state = "TROO_ATK1"; Missile state = "TROO_ATK1"; Death state = "TROO_DIE1"; Xdeath state = "TROO_XDIE1"; Raise state = "TROO_RAISE1"; See sound = "bgsit1"; Attack sound = "None"; Pain sound = "popain"; Death sound = "bgdth1"; Active sound = "bgact"; Reaction time = 8; Pain chance = 200; Spawn health = 60; Speed = 8; Radius = 20; Height = 56; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SERGEANT"; Name = "Demon"; DoomEd number = 3002; Spawn state = "SARG_STND"; See state = "SARG_RUN1"; Pain state = "SARG_PAIN"; Melee state = "SARG_ATK1"; Missile state = "NULL"; Death state = "SARG_DIE1"; Xdeath state = "NULL"; Raise state = "SARG_RAISE1"; See sound = "sgtsit"; Attack sound = "sgtatk"; Pain sound = "dmpain"; Death sound = "sgtdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 180; Spawn health = 150; Speed = 10; Radius = 30; Height = 56; Mass = 400; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SHADOWS"; Name = "Spectre"; DoomEd number = 58; Spawn state = "SARG_STND"; See state = "SARG_RUN1"; Pain state = "SARG_PAIN"; Melee state = "SARG_ATK1"; Missile state = "NULL"; Death state = "SARG_DIE1"; Xdeath state = "NULL"; Raise state = "SARG_RAISE1"; See sound = "sgtsit"; Attack sound = "sgtatk"; Pain sound = "dmpain"; Death sound = "sgtdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 180; Spawn health = 150; Speed = 10; Radius = 30; Height = 56; Mass = 400; Flags = solid | shootable | shadow | countkill; Flags2 = telestomp; } Thing { ID = "HEAD"; Name = "Cacodemon"; DoomEd number = 3005; Spawn state = "HEAD_STND"; See state = "HEAD_RUN1"; Pain state = "HEAD_PAIN"; Melee state = "NULL"; Missile state = "HEAD_ATK1"; Death state = "HEAD_DIE1"; Xdeath state = "NULL"; Raise state = "HEAD_RAISE1"; See sound = "cacsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "cacdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 128; Spawn health = 400; Speed = 8; Radius = 31; Height = 56; Mass = 400; Flags = solid | shootable | float | nogravity | countkill; Flags2 = telestomp; } Thing { ID = "BRUISER"; Name = "Baron of Hell"; DoomEd number = 3003; Spawn state = "BOSS_STND"; See state = "BOSS_RUN1"; Pain state = "BOSS_PAIN"; Melee state = "BOSS_ATK1"; Missile state = "BOSS_ATK1"; Death state = "BOSS_DIE1"; Xdeath state = "NULL"; Raise state = "BOSS_RAISE1"; See sound = "brssit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "brsdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 50; Spawn health = 1000; Speed = 8; Radius = 24; Height = 64; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "BRUISERSHOT"; DoomEd number = -1; Spawn state = "BRBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BRBALLX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 15; Radius = 6; Height = 8; Mass = 100; Damage = 8; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "KNIGHT"; Name = "Hell Knight"; DoomEd number = 69; Spawn state = "BOS2_STND"; See state = "BOS2_RUN1"; Pain state = "BOS2_PAIN"; Melee state = "BOS2_ATK1"; Missile state = "BOS2_ATK1"; Death state = "BOS2_DIE1"; Xdeath state = "NULL"; Raise state = "BOS2_RAISE1"; See sound = "kntsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "kntdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 50; Spawn health = 500; Speed = 8; Radius = 24; Height = 64; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "SKULL"; Name = "Lost Soul"; DoomEd number = 3006; Spawn state = "SKULL_STND"; See state = "SKULL_RUN1"; Pain state = "SKULL_PAIN"; Melee state = "NULL"; Missile state = "SKULL_ATK1"; Death state = "SKULL_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "sklatk"; Pain sound = "dmpain"; Death sound = "firxpl"; Active sound = "dmact"; Reaction time = 8; Pain chance = 256; Spawn health = 100; Speed = 8; Radius = 16; Height = 56; Mass = 50; Damage = 3; Flags = solid | shootable | float | nogravity; Flags2 = telestomp; } Thing { ID = "SPIDER"; Name = "The Spider Mastermind"; DoomEd number = 7; Spawn state = "SPID_STND"; See state = "SPID_RUN1"; Pain state = "SPID_PAIN"; Melee state = "NULL"; Missile state = "SPID_ATK1"; Death state = "SPID_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "spisit"; Attack sound = "shotgn"; Pain sound = "dmpain"; Death sound = "spidth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 40; Spawn health = 3000; Speed = 12; Radius = 128; Height = 100; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp | boss; } Thing { ID = "BABY"; Name = "Arachnotron"; DoomEd number = 68; Spawn state = "BSPI_STND"; See state = "BSPI_SIGHT"; Pain state = "BSPI_PAIN"; Melee state = "NULL"; Missile state = "BSPI_ATK1"; Death state = "BSPI_DIE1"; Xdeath state = "NULL"; Raise state = "BSPI_RAISE1"; See sound = "bspsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "bspdth"; Active sound = "bspact"; Reaction time = 8; Pain chance = 128; Spawn health = 500; Speed = 12; Radius = 64; Height = 64; Mass = 600; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "CYBORG"; Name = "Cyberdemon"; DoomEd number = 16; Spawn state = "CYBER_STND"; See state = "CYBER_RUN1"; Pain state = "CYBER_PAIN"; Melee state = "NULL"; Missile state = "CYBER_ATK1"; Death state = "CYBER_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "cybsit"; Attack sound = "None"; Pain sound = "dmpain"; Death sound = "cybdth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 20; Spawn health = 4000; Speed = 16; Radius = 40; Height = 110; Mass = 1000; Flags = solid | shootable | countkill; Flags2 = telestomp | boss; } Thing { ID = "PAIN"; Name = "Pain Elemental"; DoomEd number = 71; Spawn state = "PAIN_STND"; See state = "PAIN_RUN1"; Pain state = "PAIN_PAIN"; Melee state = "NULL"; Missile state = "PAIN_ATK1"; Death state = "PAIN_DIE1"; Xdeath state = "NULL"; Raise state = "PAIN_RAISE1"; See sound = "pesit"; Attack sound = "None"; Pain sound = "pepain"; Death sound = "pedth"; Active sound = "dmact"; Reaction time = 8; Pain chance = 128; Spawn health = 400; Speed = 8; Radius = 31; Height = 56; Mass = 400; Flags = solid | shootable | float | nogravity | countkill; Flags2 = telestomp; } Thing { ID = "WOLFSS"; DoomEd number = 84; Spawn state = "SSWV_STND"; See state = "SSWV_RUN1"; Pain state = "SSWV_PAIN"; Melee state = "NULL"; Missile state = "SSWV_ATK1"; Death state = "SSWV_DIE1"; Xdeath state = "SSWV_XDIE1"; Raise state = "SSWV_RAISE1"; See sound = "sssit"; Attack sound = "None"; Pain sound = "popain"; Death sound = "ssdth"; Active sound = "posact"; Reaction time = 8; Pain chance = 170; Spawn health = 50; Speed = 8; Radius = 20; Height = 56; Mass = 100; Flags = solid | shootable | countkill; Flags2 = telestomp; } Thing { ID = "KEEN"; DoomEd number = 72; Spawn state = "KEENSTND"; See state = "NULL"; Pain state = "KEENPAIN"; Melee state = "NULL"; Missile state = "NULL"; Death state = "COMMKEEN"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "keenpn"; Death sound = "keendt"; Active sound = "None"; Reaction time = 8; Pain chance = 256; Spawn health = 100; Radius = 16; Height = 72; Mass = 10000000; Flags = solid | spawnceiling | nogravity | shootable | countkill; Flags2 = telestomp; } Thing { ID = "BOSSBRAIN"; DoomEd number = 88; Spawn state = "BRAIN"; See state = "NULL"; Pain state = "BRAIN_PAIN"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BRAIN_DIE1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "bospn"; Death sound = "bosdth"; Active sound = "None"; Reaction time = 8; Pain chance = 255; Spawn health = 250; Radius = 16; Height = 16; Mass = 10000000; Flags = solid | shootable; Flags2 = radiusattacknomaxz | telestomp; } Thing { ID = "BOSSSPIT"; DoomEd number = 89; Spawn state = "BRAINEYE"; See state = "BRAINEYESEE"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 32; Mass = 100; Flags = noblockmap | nosector; } Thing { ID = "BOSSTARGET"; DoomEd number = 87; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 32; Mass = 100; Flags = noblockmap | nosector; } Thing { ID = "SPAWNSHOT"; DoomEd number = -1; Spawn state = "SPAWN1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "bospit"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 32; Mass = 100; Damage = 3; Flags = noblockmap | missile | dropoff | nogravity | noclip; Flags2 = cannotpush | noteleport; } Thing { ID = "SPAWNFIRE"; DoomEd number = -1; Spawn state = "SPAWNFIRE1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "BARREL"; DoomEd number = 2035; Spawn state = "BAR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BEXP"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 20; Radius = 10; Height = 42; Mass = 100; Flags = solid | shootable | noblood; Flags2 = alwayslit | telestomp; } Thing { ID = "TROOPSHOT"; DoomEd number = -1; Spawn state = "TBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "TBALLX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 8; Mass = 100; Damage = 3; Flags = brightexplode | dropoff | missile | noblockmap | nogravity | brightshadow; Flags2 = noteleport; } Thing { ID = "HEADSHOT"; DoomEd number = -1; Spawn state = "RBALL1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "RBALLX1"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "firsht"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 10; Radius = 6; Height = 8; Mass = 100; Damage = 5; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "ROCKET"; DoomEd number = -1; Spawn state = "ROCKET"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "EXPLODE0"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "rlaunc"; Attack sound = "None"; Pain sound = "None"; Death sound = "barexp"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 20; Radius = 11; Height = 8; Mass = 100; Damage = 20; Flags = noblockmap | missile | dropoff | nogravity | brightexplode; Flags2 = noteleport; } Thing { ID = "PLASMA"; DoomEd number = -1; Spawn state = "PLASBALL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "PLASEXP"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "plasma"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 5; Flags = noblockmap | missile | dropoff | nogravity | brightshadow; Flags2 = noteleport; } Thing { ID = "BFG"; DoomEd number = -1; Spawn state = "BFGSHOT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "BFGLAND"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "rxplod"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 100; Flags = noblockmap | missile | dropoff | nogravity | brightexplode | brightshadow; Flags2 = noteleport; } Thing { ID = "ARACHPLAZ"; DoomEd number = -1; Spawn state = "ARACH_PLAZ"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "ARACH_PLEX"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "plasma"; Attack sound = "None"; Pain sound = "None"; Death sound = "firxpl"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Speed = 25; Radius = 13; Height = 8; Mass = 100; Damage = 5; Flags = noblockmap | missile | dropoff | nogravity; Flags2 = noteleport; } Thing { ID = "PUFF"; DoomEd number = -1; Spawn state = "PUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 8; Mass = 100; Flags = noblockmap | nogravity | viewalign; Flags2 = cannotpush | noteleport; } Thing { ID = "BLOOD"; DoomEd number = -1; Spawn state = "BLOOD1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | viewalign; Flags2 = cannotpush | noteleport; } Thing { ID = "TFOG"; DoomEd number = -1; Spawn state = "TFOG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "IFOG"; DoomEd number = -1; Spawn state = "IFOG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity; Flags2 = cannotpush | noteleport; } Thing { ID = "TELEPORTMAN"; DoomEd number = 14; Spawn state = "NULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nosector | local; Flags2 = cannotpush; } Thing { ID = "EXTRABFG"; DoomEd number = -1; Spawn state = "BFGEXP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = noblockmap | nogravity | brightshadow; Flags2 = cannotpush | noteleport; } Thing { ID = "MISC0"; DoomEd number = 2018; Spawn state = "ARM1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC1"; DoomEd number = 2019; Spawn state = "ARM2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC2"; DoomEd number = 2014; Spawn state = "BON1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC3"; DoomEd number = 2015; Spawn state = "BON2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC4"; DoomEd number = 5; Spawn state = "BKEY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC5"; DoomEd number = 13; Spawn state = "RKEY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC6"; DoomEd number = 6; Spawn state = "YKEY"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC7"; DoomEd number = 39; Spawn state = "YSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC8"; DoomEd number = 38; Spawn state = "RSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC9"; DoomEd number = 40; Spawn state = "BSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | notdmatch; } Thing { ID = "MISC10"; DoomEd number = 2011; Spawn state = "STIM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC11"; DoomEd number = 2012; Spawn state = "MEDI"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC12"; DoomEd number = 2013; Spawn state = "SOUL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "INV"; DoomEd number = 2022; Spawn state = "PINV"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC13"; DoomEd number = 2023; Spawn state = "PSTR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "INS"; DoomEd number = 2024; Spawn state = "PINS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC14"; DoomEd number = 2025; Spawn state = "SUIT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC15"; DoomEd number = 2026; Spawn state = "PMAP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MISC16"; DoomEd number = 2045; Spawn state = "PVIS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "MEGA"; DoomEd number = 83; Spawn state = "MEGA"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special | countitem; } Thing { ID = "CLIP"; DoomEd number = 2007; Spawn state = "CLIP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC17"; DoomEd number = 2048; Spawn state = "AMMO"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC18"; DoomEd number = 2010; Spawn state = "ROCK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC19"; DoomEd number = 2046; Spawn state = "BROK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC20"; DoomEd number = 2047; Spawn state = "CELL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC21"; DoomEd number = 17; Spawn state = "CELP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC22"; DoomEd number = 2008; Spawn state = "SHEL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC23"; DoomEd number = 2049; Spawn state = "SBOX"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC24"; DoomEd number = 8; Spawn state = "BPAK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC25"; Name = "BFG 9000"; DoomEd number = 2006; Spawn state = "BFUG"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "CHAINGUN"; DoomEd number = 2002; Spawn state = "MGUN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC26"; DoomEd number = 2005; Spawn state = "CSAW"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC27"; DoomEd number = 2003; Spawn state = "LAUN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC28"; DoomEd number = 2004; Spawn state = "PLAS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "SHOTGUN"; DoomEd number = 2001; Spawn state = "SHOT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "SUPERSHOTGUN"; DoomEd number = 82; Spawn state = "SHOT2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = special; } Thing { ID = "MISC29"; DoomEd number = 85; Spawn state = "TECHLAMP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 80; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC30"; DoomEd number = 86; Spawn state = "TECH2LAMP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC31"; DoomEd number = 2028; Spawn state = "COLU"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 48; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC32"; DoomEd number = 30; Spawn state = "TALLGRNCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 53; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC33"; DoomEd number = 31; Spawn state = "SHRTGRNCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC34"; DoomEd number = 32; Spawn state = "TALLREDCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 53; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC35"; DoomEd number = 33; Spawn state = "SHRTREDCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC36"; DoomEd number = 37; Spawn state = "SKULLCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC37"; DoomEd number = 36; Spawn state = "HEARTCOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC38"; DoomEd number = 41; Spawn state = "EVILEYE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 16; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC39"; DoomEd number = 42; Spawn state = "FLOATSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 35; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC40"; DoomEd number = 43; Spawn state = "TORCHTREE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 70; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC41"; DoomEd number = 44; Spawn state = "BLUETORCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC42"; DoomEd number = 45; Spawn state = "GREENTORCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC43"; DoomEd number = 46; Spawn state = "REDTORCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC44"; DoomEd number = 55; Spawn state = "BTORCHSHRT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC45"; DoomEd number = 56; Spawn state = "GTORCHSHRT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC46"; DoomEd number = 57; Spawn state = "RTORCHSHRT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC47"; DoomEd number = 47; Spawn state = "STALAGTITE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 40; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC48"; DoomEd number = 48; Spawn state = "TECHPILLAR"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 128; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC49"; DoomEd number = 34; Spawn state = "CANDLESTIK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags = local; } Thing { ID = "MISC50"; DoomEd number = 35; Spawn state = "CANDELABRA"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 60; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC51"; DoomEd number = 49; Spawn state = "BLOODYTWITCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 68; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC52"; DoomEd number = 50; Spawn state = "MEAT2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 84; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC53"; DoomEd number = 51; Spawn state = "MEAT3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 84; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC54"; DoomEd number = 52; Spawn state = "MEAT4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 68; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC55"; DoomEd number = 53; Spawn state = "MEAT5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 52; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC56"; DoomEd number = 59; Spawn state = "MEAT2"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 84; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC57"; DoomEd number = 60; Spawn state = "MEAT4"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 68; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC58"; DoomEd number = 61; Spawn state = "MEAT3"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 52; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC59"; DoomEd number = 62; Spawn state = "MEAT5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 52; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC60"; DoomEd number = 63; Spawn state = "BLOODYTWITCH"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 68; Mass = 100; Flags = spawnceiling | nogravity | local; } Thing { ID = "MISC61"; DoomEd number = 22; Spawn state = "HEAD_DIE6"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC62"; DoomEd number = 15; Spawn state = "PLAY_DIE7"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC63"; DoomEd number = 18; Spawn state = "POSS_DIE5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC64"; DoomEd number = 21; Spawn state = "SARG_DIE6"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC65"; DoomEd number = 23; Spawn state = "SKULL_DIE6"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC66"; DoomEd number = 20; Spawn state = "TROO_DIE5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC67"; DoomEd number = 19; Spawn state = "SPOS_DIE5"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC68"; DoomEd number = 10; Spawn state = "PLAY_XDIE9"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC69"; DoomEd number = 12; Spawn state = "PLAY_XDIE9"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC70"; DoomEd number = 28; Spawn state = "HEADSONSTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 67; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC71"; DoomEd number = 24; Spawn state = "GIBS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; Flags2 = cannotpush; } Thing { ID = "MISC72"; DoomEd number = 27; Spawn state = "HEADONASTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 56; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC73"; DoomEd number = 29; Spawn state = "HEADCANDLES"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 43; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC74"; DoomEd number = 25; Spawn state = "DEADSTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 66; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC75"; DoomEd number = 26; Spawn state = "LIVESTICK"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 66; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC76"; DoomEd number = 54; Spawn state = "BIGTREE"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 32; Height = 124; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC77"; DoomEd number = 70; Spawn state = "BBAR1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 30; Mass = 100; Flags = solid | local; Flags2 = telestomp; } Thing { ID = "MISC78"; DoomEd number = 73; Spawn state = "HANGNOGUTS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 88; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC79"; DoomEd number = 74; Spawn state = "HANGBNOBRAIN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 88; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC80"; DoomEd number = 75; Spawn state = "HANGTLOOKDN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC81"; DoomEd number = 76; Spawn state = "HANGTSKULL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC82"; DoomEd number = 77; Spawn state = "HANGTLOOKUP"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC83"; DoomEd number = 78; Spawn state = "HANGTNOBRAIN"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 16; Height = 64; Mass = 100; Flags = solid | spawnceiling | nogravity | local; Flags2 = telestomp; } Thing { ID = "MISC84"; DoomEd number = 79; Spawn state = "COLONGIBS"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC85"; DoomEd number = 80; Spawn state = "SMALLPOOL"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "MISC86"; DoomEd number = 81; Spawn state = "BRAINSTEM"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 20; Height = 16; Mass = 100; } Thing { ID = "LIGHTSOURCE"; DoomEd number = 5000; Spawn state = "SMALL_WHITE_LIGHT"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Radius = 16; Height = 16; Mass = 100; Flags = local | noblockmap | nogravity; } State { ID = "NULL"; Sprite = "TROO"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "LIGHTDONE"; Sprite = "SHTG"; Frame = 4; Tics = 0; Action = "A_Light0"; Next state = "NULL"; } State { ID = "PUNCH"; Sprite = "PUNG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PUNCH"; } State { ID = "PUNCHDOWN"; Sprite = "PUNG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PUNCHDOWN"; } State { ID = "PUNCHUP"; Sprite = "PUNG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PUNCHUP"; } State { ID = "PUNCH1"; Sprite = "PUNG"; Frame = 1; Tics = 4; Next state = "PUNCH2"; } State { ID = "PUNCH2"; Sprite = "PUNG"; Frame = 2; Tics = 4; Action = "A_Punch"; Next state = "PUNCH3"; } State { ID = "PUNCH3"; Sprite = "PUNG"; Frame = 3; Tics = 5; Next state = "PUNCH4"; } State { ID = "PUNCH4"; Sprite = "PUNG"; Frame = 2; Tics = 4; Next state = "PUNCH5"; } State { ID = "PUNCH5"; Sprite = "PUNG"; Frame = 1; Tics = 5; Action = "A_ReFire"; Next state = "PUNCH"; } State { ID = "PISTOL"; Sprite = "PISG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PISTOL"; } State { ID = "PISTOLDOWN"; Sprite = "PISG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PISTOLDOWN"; } State { ID = "PISTOLUP"; Sprite = "PISG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PISTOLUP"; } State { ID = "PISTOL1"; Sprite = "PISG"; Frame = 0; Tics = 4; Next state = "PISTOL2"; } State { ID = "PISTOL2"; Sprite = "PISG"; Frame = 1; Tics = 6; Action = "A_FirePistol"; Next state = "PISTOL3"; } State { ID = "PISTOL3"; Sprite = "PISG"; Frame = 2; Tics = 4; Next state = "PISTOL4"; } State { ID = "PISTOL4"; Sprite = "PISG"; Frame = 1; Tics = 5; Action = "A_ReFire"; Next state = "PISTOL"; } State { ID = "PISTOLFLASH"; Sprite = "PISF"; Frame = 0; Flags = fullbright; Tics = 7; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "SGUN"; Sprite = "SHTG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "SGUN"; } State { ID = "SGUNDOWN"; Sprite = "SHTG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "SGUNDOWN"; } State { ID = "SGUNUP"; Sprite = "SHTG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "SGUNUP"; } State { ID = "SGUN1"; Sprite = "SHTG"; Frame = 0; Tics = 3; Next state = "SGUN2"; } State { ID = "SGUN2"; Sprite = "SHTG"; Frame = 0; Tics = 7; Action = "A_FireShotgun"; Next state = "SGUN3"; } State { ID = "SGUN3"; Sprite = "SHTG"; Frame = 1; Tics = 5; Next state = "SGUN4"; } State { ID = "SGUN4"; Sprite = "SHTG"; Frame = 2; Tics = 5; Next state = "SGUN5"; } State { ID = "SGUN5"; Sprite = "SHTG"; Frame = 3; Tics = 4; Next state = "SGUN6"; } State { ID = "SGUN6"; Sprite = "SHTG"; Frame = 2; Tics = 5; Next state = "SGUN7"; } State { ID = "SGUN7"; Sprite = "SHTG"; Frame = 1; Tics = 5; Next state = "SGUN8"; } State { ID = "SGUN8"; Sprite = "SHTG"; Frame = 0; Tics = 3; Next state = "SGUN9"; } State { ID = "SGUN9"; Sprite = "SHTG"; Frame = 0; Tics = 7; Action = "A_ReFire"; Next state = "SGUN"; } State { ID = "SGUNFLASH1"; Sprite = "SHTF"; Frame = 0; Flags = fullbright; Tics = 4; Action = "A_Light1"; Next state = "SGUNFLASH2"; } State { ID = "SGUNFLASH2"; Sprite = "SHTF"; Frame = 1; Flags = fullbright; Tics = 3; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "DSGUN"; Sprite = "SHT2"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "DSGUN"; } State { ID = "DSGUNDOWN"; Sprite = "SHT2"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "DSGUNDOWN"; } State { ID = "DSGUNUP"; Sprite = "SHT2"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "DSGUNUP"; } State { ID = "DSGUN1"; Sprite = "SHT2"; Frame = 0; Tics = 3; Next state = "DSGUN2"; } State { ID = "DSGUN2"; Sprite = "SHT2"; Frame = 0; Tics = 7; Action = "A_FireShotgun2"; Next state = "DSGUN3"; } State { ID = "DSGUN3"; Sprite = "SHT2"; Frame = 1; Tics = 7; Next state = "DSGUN4"; } State { ID = "DSGUN4"; Sprite = "SHT2"; Frame = 2; Tics = 7; Action = "A_CheckReload"; Next state = "DSGUN5"; } State { ID = "DSGUN5"; Sprite = "SHT2"; Frame = 3; Tics = 7; Action = "A_OpenShotgun2"; Next state = "DSGUN6"; } State { ID = "DSGUN6"; Sprite = "SHT2"; Frame = 4; Tics = 7; Next state = "DSGUN7"; } State { ID = "DSGUN7"; Sprite = "SHT2"; Frame = 5; Tics = 7; Action = "A_LoadShotgun2"; Next state = "DSGUN8"; } State { ID = "DSGUN8"; Sprite = "SHT2"; Frame = 6; Tics = 6; Next state = "DSGUN9"; } State { ID = "DSGUN9"; Sprite = "SHT2"; Frame = 7; Tics = 6; Action = "A_CloseShotgun2"; Next state = "DSGUN10"; } State { ID = "DSGUN10"; Sprite = "SHT2"; Frame = 0; Tics = 5; Action = "A_ReFire"; Next state = "DSGUN"; } State { ID = "DSNR1"; Sprite = "SHT2"; Frame = 1; Tics = 7; Next state = "DSNR2"; } State { ID = "DSNR2"; Sprite = "SHT2"; Frame = 0; Tics = 3; Next state = "DSGUNDOWN"; } State { ID = "DSGUNFLASH1"; Sprite = "SHT2"; Frame = 8; Flags = fullbright; Tics = 5; Action = "A_Light1"; Next state = "DSGUNFLASH2"; } State { ID = "DSGUNFLASH2"; Sprite = "SHT2"; Frame = 9; Flags = fullbright; Tics = 3; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "CHAIN"; Sprite = "CHGG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "CHAIN"; } State { ID = "CHAINDOWN"; Sprite = "CHGG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "CHAINDOWN"; } State { ID = "CHAINUP"; Sprite = "CHGG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "CHAINUP"; } State { ID = "CHAIN1"; Sprite = "CHGG"; Frame = 0; Tics = 4; Action = "A_FireCGun"; Next state = "CHAIN2"; } State { ID = "CHAIN2"; Sprite = "CHGG"; Frame = 1; Tics = 4; Action = "A_FireCGun"; Next state = "CHAIN3"; } State { ID = "CHAIN3"; Sprite = "CHGG"; Frame = 1; Tics = 0; Action = "A_ReFire"; Next state = "CHAIN"; } State { ID = "CHAINFLASH1"; Sprite = "CHGF"; Frame = 0; Flags = fullbright; Tics = 5; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "CHAINFLASH2"; Sprite = "CHGF"; Frame = 1; Flags = fullbright; Tics = 5; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "MISSILE"; Sprite = "MISG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "MISSILE"; } State { ID = "MISSILEDOWN"; Sprite = "MISG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "MISSILEDOWN"; } State { ID = "MISSILEUP"; Sprite = "MISG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "MISSILEUP"; } State { ID = "MISSILE1"; Sprite = "MISG"; Frame = 1; Tics = 8; Action = "A_GunFlash"; Next state = "MISSILE2"; } State { ID = "MISSILE2"; Sprite = "MISG"; Frame = 1; Tics = 12; Action = "A_FireMissile"; Next state = "MISSILE3"; } State { ID = "MISSILE3"; Sprite = "MISG"; Frame = 1; Tics = 0; Action = "A_ReFire"; Next state = "MISSILE"; } State { ID = "MISSILEFLASH1"; Sprite = "MISF"; Frame = 0; Flags = fullbright; Tics = 1; #3; Action = "A_Light1"; Next state = "MISSILEFLASH2"; } State { ID = "MISSILEFLASH2"; Sprite = "MISF"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "MISSILEFLASH3"; } State { ID = "MISSILEFLASH3"; Sprite = "MISF"; Frame = 2; Flags = fullbright; Tics = 4; Action = "A_Light2"; Next state = "MISSILEFLASH4"; } State { ID = "MISSILEFLASH4"; Sprite = "MISF"; Frame = 3; Flags = fullbright; Tics = 4; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "SAW"; Sprite = "SAWG"; Frame = 2; Tics = 4; Action = "A_WeaponReady"; Next state = "SAWB"; } State { ID = "SAWB"; Sprite = "SAWG"; Frame = 3; Tics = 4; Action = "A_WeaponReady"; Next state = "SAW"; } State { ID = "SAWDOWN"; Sprite = "SAWG"; Frame = 2; Tics = 1; Action = "A_Lower"; Next state = "SAWDOWN"; } State { ID = "SAWUP"; Sprite = "SAWG"; Frame = 2; Tics = 1; Action = "A_Raise"; Next state = "SAWUP"; } State { ID = "SAW1"; Sprite = "SAWG"; Frame = 0; Tics = 4; Action = "A_Saw"; Next state = "SAW2"; } State { ID = "SAW2"; Sprite = "SAWG"; Frame = 1; Tics = 4; Action = "A_Saw"; Next state = "SAW3"; } State { ID = "SAW3"; Sprite = "SAWG"; Frame = 1; Tics = 0; Action = "A_ReFire"; Next state = "SAW"; } State { ID = "PLASMA"; Sprite = "PLSG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "PLASMA"; } State { ID = "PLASMADOWN"; Sprite = "PLSG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "PLASMADOWN"; } State { ID = "PLASMAUP"; Sprite = "PLSG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "PLASMAUP"; } State { ID = "PLASMA1"; Sprite = "PLSG"; Frame = 0; Tics = 3; Action = "A_FirePlasma"; Next state = "PLASMA2"; } State { ID = "PLASMA2"; Sprite = "PLSG"; Frame = 1; Tics = 20; Action = "A_ReFire"; Next state = "PLASMA"; } State { ID = "PLASMAFLASH1"; Sprite = "PLSF"; Frame = 0; Flags = fullbright; Tics = 4; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "PLASMAFLASH2"; Sprite = "PLSF"; Frame = 1; Flags = fullbright; Tics = 4; Action = "A_Light1"; Next state = "LIGHTDONE"; } State { ID = "BFG"; Sprite = "BFGG"; Frame = 0; Tics = 1; Action = "A_WeaponReady"; Next state = "BFG"; } State { ID = "BFGDOWN"; Sprite = "BFGG"; Frame = 0; Tics = 1; Action = "A_Lower"; Next state = "BFGDOWN"; } State { ID = "BFGUP"; Sprite = "BFGG"; Frame = 0; Tics = 1; Action = "A_Raise"; Next state = "BFGUP"; } State { ID = "BFG1"; Sprite = "BFGG"; Frame = 0; Tics = 20; Action = "A_BFGsound"; Next state = "BFG2"; } State { ID = "BFG2"; Sprite = "BFGG"; Frame = 1; Tics = 10; Action = "A_GunFlash"; Next state = "BFG3"; } State { ID = "BFG3"; Sprite = "BFGG"; Frame = 1; Tics = 10; Action = "A_FireBFG"; Next state = "BFG4"; } State { ID = "BFG4"; Sprite = "BFGG"; Frame = 1; Tics = 20; Action = "A_ReFire"; Next state = "BFG"; } State { ID = "BFGFLASH1"; Sprite = "BFGF"; Frame = 0; Flags = fullbright; Tics = 11; Action = "A_Light1"; Next state = "BFGFLASH2"; } State { ID = "BFGFLASH2"; Sprite = "BFGF"; Frame = 1; Flags = fullbright; Tics = 6; Action = "A_Light2"; Next state = "LIGHTDONE"; } State { ID = "BLOOD1"; Sprite = "BLUD"; Frame = 2; Tics = 8; Next state = "BLOOD2"; } State { ID = "BLOOD2"; Sprite = "BLUD"; Frame = 1; Tics = 8; Next state = "BLOOD3"; } State { ID = "BLOOD3"; Sprite = "BLUD"; Frame = 0; Tics = 8; Next state = "NULL"; } State { ID = "PUFF1"; Sprite = "PUFF"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "PUFF2"; } State { ID = "PUFF2"; Sprite = "PUFF"; Frame = 1; Tics = 4; Next state = "PUFF3"; } State { ID = "PUFF3"; Sprite = "PUFF"; Frame = 2; Tics = 4; Next state = "PUFF4"; } State { ID = "PUFF4"; Sprite = "PUFF"; Frame = 3; Tics = 4; Next state = "NULL"; } State { ID = "TBALL1"; Sprite = "BAL1"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "TBALL2"; } State { ID = "TBALL2"; Sprite = "BAL1"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "TBALL1"; } State { ID = "TBALLX1"; Sprite = "BAL1"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "TBALLX2"; } State { ID = "TBALLX2"; Sprite = "BAL1"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "TBALLX3"; } State { ID = "TBALLX3"; Sprite = "BAL1"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "RBALL1"; Sprite = "BAL2"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "RBALL2"; } State { ID = "RBALL2"; Sprite = "BAL2"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "RBALL1"; } State { ID = "RBALLX1"; Sprite = "BAL2"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "RBALLX2"; } State { ID = "RBALLX2"; Sprite = "BAL2"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "RBALLX3"; } State { ID = "RBALLX3"; Sprite = "BAL2"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "PLASBALL"; Sprite = "PLSS"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "PLASBALL2"; } State { ID = "PLASBALL2"; Sprite = "PLSS"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PLASBALL"; } State { ID = "PLASEXP"; Sprite = "PLSE"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "PLASEXP2"; } State { ID = "PLASEXP2"; Sprite = "PLSE"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "PLASEXP3"; } State { ID = "PLASEXP3"; Sprite = "PLSE"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "PLASEXP4"; } State { ID = "PLASEXP4"; Sprite = "PLSE"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "PLASEXP5"; } State { ID = "PLASEXP5"; Sprite = "PLSE"; Frame = 4; Flags = fullbright; Tics = 4; Next state = "NULL"; } State { ID = "ROCKET"; Sprite = "MISL"; Frame = 0; Flags = fullbright; Tics = 1; Next state = "ROCKET"; } State { ID = "BFGSHOT"; Sprite = "BFS1"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BFGSHOT2"; } State { ID = "BFGSHOT2"; Sprite = "BFS1"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BFGSHOT"; } State { ID = "BFGLAND"; Sprite = "BFE1"; Frame = 0; Flags = fullbright; Tics = 8; Next state = "BFGLAND2"; } State { ID = "BFGLAND2"; Sprite = "BFE1"; Frame = 1; Flags = fullbright; Tics = 8; Next state = "BFGLAND3"; } State { ID = "BFGLAND3"; Sprite = "BFE1"; Frame = 2; Flags = fullbright; Tics = 8; Action = "A_BFGSpray"; Next state = "BFGLAND4"; } State { ID = "BFGLAND4"; Sprite = "BFE1"; Frame = 3; Flags = fullbright; Tics = 8; Next state = "BFGLAND5"; } State { ID = "BFGLAND5"; Sprite = "BFE1"; Frame = 4; Flags = fullbright; Tics = 8; Next state = "BFGLAND6"; } State { ID = "BFGLAND6"; Sprite = "BFE1"; Frame = 5; Flags = fullbright; Tics = 8; Next state = "NULL"; } State { ID = "BFGEXP"; Sprite = "BFE2"; Frame = 0; Flags = fullbright; Tics = 8; Next state = "BFGEXP2"; } State { ID = "BFGEXP2"; Sprite = "BFE2"; Frame = 1; Flags = fullbright; Tics = 8; Next state = "BFGEXP3"; } State { ID = "BFGEXP3"; Sprite = "BFE2"; Frame = 2; Flags = fullbright; Tics = 8; Next state = "BFGEXP4"; } State { ID = "BFGEXP4"; Sprite = "BFE2"; Frame = 3; Flags = fullbright; Tics = 8; Next state = "NULL"; } State { ID = "EXPLODE1"; Sprite = "MISL"; Frame = 1; Flags = fullbright; Tics = 8; Action = "A_Explode"; Next state = "EXPLODE2"; } State { ID = "EXPLODE2"; Sprite = "MISL"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "EXPLODE3"; } State { ID = "EXPLODE3"; Sprite = "MISL"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "NULL"; } State { ID = "TFOG"; Sprite = "TFOG"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "TFOG01"; } State { ID = "TFOG01"; Sprite = "TFOG"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "TFOG02"; } State { ID = "TFOG02"; Sprite = "TFOG"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "TFOG2"; } State { ID = "TFOG2"; Sprite = "TFOG"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "TFOG3"; } State { ID = "TFOG3"; Sprite = "TFOG"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "TFOG4"; } State { ID = "TFOG4"; Sprite = "TFOG"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "TFOG5"; } State { ID = "TFOG5"; Sprite = "TFOG"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "TFOG6"; } State { ID = "TFOG6"; Sprite = "TFOG"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "TFOG7"; } State { ID = "TFOG7"; Sprite = "TFOG"; Frame = 6; Flags = fullbright; Tics = 6; Next state = "TFOG8"; } State { ID = "TFOG8"; Sprite = "TFOG"; Frame = 7; Flags = fullbright; Tics = 6; Next state = "TFOG9"; } State { ID = "TFOG9"; Sprite = "TFOG"; Frame = 8; Flags = fullbright; Tics = 6; Next state = "TFOG10"; } State { ID = "TFOG10"; Sprite = "TFOG"; Frame = 9; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "IFOG"; Sprite = "IFOG"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "IFOG01"; } State { ID = "IFOG01"; Sprite = "IFOG"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "IFOG02"; } State { ID = "IFOG02"; Sprite = "IFOG"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "IFOG2"; } State { ID = "IFOG2"; Sprite = "IFOG"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "IFOG3"; } State { ID = "IFOG3"; Sprite = "IFOG"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "IFOG4"; } State { ID = "IFOG4"; Sprite = "IFOG"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "IFOG5"; } State { ID = "IFOG5"; Sprite = "IFOG"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "PLAY"; Sprite = "PLAY"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PLAY_RUN1"; Sprite = "PLAY"; Frame = 0; Tics = 4; Next state = "PLAY_RUN2"; } State { ID = "PLAY_RUN2"; Sprite = "PLAY"; Frame = 1; Tics = 4; Next state = "PLAY_RUN3"; } State { ID = "PLAY_RUN3"; Sprite = "PLAY"; Frame = 2; Tics = 4; Next state = "PLAY_RUN4"; } State { ID = "PLAY_RUN4"; Sprite = "PLAY"; Frame = 3; Tics = 4; Next state = "PLAY_RUN1"; } State { ID = "PLAY_ATK1"; Sprite = "PLAY"; Frame = 4; Tics = 12; Next state = "PLAY"; } State { ID = "PLAY_ATK2"; Sprite = "PLAY"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "PLAY_ATK1"; } State { ID = "PLAY_PAIN"; Sprite = "PLAY"; Frame = 6; Tics = 4; Next state = "PLAY_PAIN2"; } State { ID = "PLAY_PAIN2"; Sprite = "PLAY"; Frame = 6; Tics = 4; Action = "A_Pain"; Next state = "PLAY"; } State { ID = "PLAY_DIE1"; Sprite = "PLAY"; Frame = 7; Tics = 10; Next state = "PLAY_DIE2"; } State { ID = "PLAY_DIE2"; Sprite = "PLAY"; Frame = 8; Tics = 10; Action = "A_PlayerScream"; Next state = "PLAY_DIE3"; } State { ID = "PLAY_DIE3"; Sprite = "PLAY"; Frame = 9; Tics = 10; Action = "A_Fall"; Next state = "PLAY_DIE4"; } State { ID = "PLAY_DIE4"; Sprite = "PLAY"; Frame = 10; Tics = 10; Next state = "PLAY_DIE5"; } State { ID = "PLAY_DIE5"; Sprite = "PLAY"; Frame = 11; Tics = 10; Next state = "PLAY_DIE6"; } State { ID = "PLAY_DIE6"; Sprite = "PLAY"; Frame = 12; Tics = 10; Next state = "PLAY_DIE7"; } State { ID = "PLAY_DIE7"; Sprite = "PLAY"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "PLAY_XDIE1"; Sprite = "PLAY"; Frame = 14; Tics = 5; Next state = "PLAY_XDIE2"; } State { ID = "PLAY_XDIE2"; Sprite = "PLAY"; Frame = 15; Tics = 5; Action = "A_XScream"; Next state = "PLAY_XDIE3"; } State { ID = "PLAY_XDIE3"; Sprite = "PLAY"; Frame = 16; Tics = 5; Action = "A_Fall"; Next state = "PLAY_XDIE4"; } State { ID = "PLAY_XDIE4"; Sprite = "PLAY"; Frame = 17; Tics = 5; Next state = "PLAY_XDIE5"; } State { ID = "PLAY_XDIE5"; Sprite = "PLAY"; Frame = 18; Tics = 5; Next state = "PLAY_XDIE6"; } State { ID = "PLAY_XDIE6"; Sprite = "PLAY"; Frame = 19; Tics = 5; Next state = "PLAY_XDIE7"; } State { ID = "PLAY_XDIE7"; Sprite = "PLAY"; Frame = 20; Tics = 5; Next state = "PLAY_XDIE8"; } State { ID = "PLAY_XDIE8"; Sprite = "PLAY"; Frame = 21; Tics = 5; Next state = "PLAY_XDIE9"; } State { ID = "PLAY_XDIE9"; Sprite = "PLAY"; Frame = 22; Tics = -1; Next state = "NULL"; } State { ID = "POSS_STND"; Sprite = "POSS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "POSS_STND2"; } State { ID = "POSS_STND2"; Sprite = "POSS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "POSS_STND"; } State { ID = "POSS_RUN1"; Sprite = "POSS"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN2"; } State { ID = "POSS_RUN2"; Sprite = "POSS"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN3"; } State { ID = "POSS_RUN3"; Sprite = "POSS"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN4"; } State { ID = "POSS_RUN4"; Sprite = "POSS"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN5"; } State { ID = "POSS_RUN5"; Sprite = "POSS"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN6"; } State { ID = "POSS_RUN6"; Sprite = "POSS"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN7"; } State { ID = "POSS_RUN7"; Sprite = "POSS"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN8"; } State { ID = "POSS_RUN8"; Sprite = "POSS"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "POSS_RUN1"; } State { ID = "POSS_ATK1"; Sprite = "POSS"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "POSS_ATK2"; } State { ID = "POSS_ATK2"; Sprite = "POSS"; Frame = 5; Flags = fullbright; Tics = 8; Action = "A_PosAttack"; Next state = "POSS_ATK3"; } State { ID = "POSS_ATK3"; Sprite = "POSS"; Frame = 4; Tics = 8; Next state = "POSS_RUN1"; } State { ID = "POSS_PAIN"; Sprite = "POSS"; Frame = 6; Tics = 3; Next state = "POSS_PAIN2"; } State { ID = "POSS_PAIN2"; Sprite = "POSS"; Frame = 6; Tics = 3; Action = "A_Pain"; Next state = "POSS_RUN1"; } State { ID = "POSS_DIE1"; Sprite = "POSS"; Frame = 7; Tics = 5; Next state = "POSS_DIE2"; } State { ID = "POSS_DIE2"; Sprite = "POSS"; Frame = 8; Tics = 5; Action = "A_Scream"; Next state = "POSS_DIE3"; } State { ID = "POSS_DIE3"; Sprite = "POSS"; Frame = 9; Tics = 5; Action = "A_Fall"; Next state = "POSS_DIE4"; } State { ID = "POSS_DIE4"; Sprite = "POSS"; Frame = 10; Tics = 5; Next state = "POSS_DIE5"; } State { ID = "POSS_DIE5"; Sprite = "POSS"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "POSS_XDIE1"; Sprite = "POSS"; Frame = 12; Tics = 5; Next state = "POSS_XDIE2"; } State { ID = "POSS_XDIE2"; Sprite = "POSS"; Frame = 13; Tics = 5; Action = "A_XScream"; Next state = "POSS_XDIE3"; } State { ID = "POSS_XDIE3"; Sprite = "POSS"; Frame = 14; Tics = 5; Action = "A_Fall"; Next state = "POSS_XDIE4"; } State { ID = "POSS_XDIE4"; Sprite = "POSS"; Frame = 15; Tics = 5; Next state = "POSS_XDIE5"; } State { ID = "POSS_XDIE5"; Sprite = "POSS"; Frame = 16; Tics = 5; Next state = "POSS_XDIE6"; } State { ID = "POSS_XDIE6"; Sprite = "POSS"; Frame = 17; Tics = 5; Next state = "POSS_XDIE7"; } State { ID = "POSS_XDIE7"; Sprite = "POSS"; Frame = 18; Tics = 5; Next state = "POSS_XDIE8"; } State { ID = "POSS_XDIE8"; Sprite = "POSS"; Frame = 19; Tics = 5; Next state = "POSS_XDIE9"; } State { ID = "POSS_XDIE9"; Sprite = "POSS"; Frame = 20; Tics = -1; Next state = "NULL"; } State { ID = "POSS_RAISE1"; Sprite = "POSS"; Frame = 10; Tics = 5; Next state = "POSS_RAISE2"; } State { ID = "POSS_RAISE2"; Sprite = "POSS"; Frame = 9; Tics = 5; Next state = "POSS_RAISE3"; } State { ID = "POSS_RAISE3"; Sprite = "POSS"; Frame = 8; Tics = 5; Next state = "POSS_RAISE4"; } State { ID = "POSS_RAISE4"; Sprite = "POSS"; Frame = 7; Tics = 5; Next state = "POSS_RUN1"; } State { ID = "SPOS_STND"; Sprite = "SPOS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SPOS_STND2"; } State { ID = "SPOS_STND2"; Sprite = "SPOS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SPOS_STND"; } State { ID = "SPOS_RUN1"; Sprite = "SPOS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN2"; } State { ID = "SPOS_RUN2"; Sprite = "SPOS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN3"; } State { ID = "SPOS_RUN3"; Sprite = "SPOS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN4"; } State { ID = "SPOS_RUN4"; Sprite = "SPOS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN5"; } State { ID = "SPOS_RUN5"; Sprite = "SPOS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN6"; } State { ID = "SPOS_RUN6"; Sprite = "SPOS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN7"; } State { ID = "SPOS_RUN7"; Sprite = "SPOS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN8"; } State { ID = "SPOS_RUN8"; Sprite = "SPOS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SPOS_RUN1"; } State { ID = "SPOS_ATK1"; Sprite = "SPOS"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "SPOS_ATK2"; } State { ID = "SPOS_ATK2"; Sprite = "SPOS"; Frame = 5; Flags = fullbright; Tics = 10; Action = "A_SPosAttack"; Next state = "SPOS_ATK3"; } State { ID = "SPOS_ATK3"; Sprite = "SPOS"; Frame = 4; Tics = 10; Next state = "SPOS_RUN1"; } State { ID = "SPOS_PAIN"; Sprite = "SPOS"; Frame = 6; Tics = 3; Next state = "SPOS_PAIN2"; } State { ID = "SPOS_PAIN2"; Sprite = "SPOS"; Frame = 6; Tics = 3; Action = "A_Pain"; Next state = "SPOS_RUN1"; } State { ID = "SPOS_DIE1"; Sprite = "SPOS"; Frame = 7; Tics = 5; Next state = "SPOS_DIE2"; } State { ID = "SPOS_DIE2"; Sprite = "SPOS"; Frame = 8; Tics = 5; Action = "A_Scream"; Next state = "SPOS_DIE3"; } State { ID = "SPOS_DIE3"; Sprite = "SPOS"; Frame = 9; Tics = 5; Action = "A_Fall"; Next state = "SPOS_DIE4"; } State { ID = "SPOS_DIE4"; Sprite = "SPOS"; Frame = 10; Tics = 5; Next state = "SPOS_DIE5"; } State { ID = "SPOS_DIE5"; Sprite = "SPOS"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "SPOS_XDIE1"; Sprite = "SPOS"; Frame = 12; Tics = 5; Next state = "SPOS_XDIE2"; } State { ID = "SPOS_XDIE2"; Sprite = "SPOS"; Frame = 13; Tics = 5; Action = "A_XScream"; Next state = "SPOS_XDIE3"; } State { ID = "SPOS_XDIE3"; Sprite = "SPOS"; Frame = 14; Tics = 5; Action = "A_Fall"; Next state = "SPOS_XDIE4"; } State { ID = "SPOS_XDIE4"; Sprite = "SPOS"; Frame = 15; Tics = 5; Next state = "SPOS_XDIE5"; } State { ID = "SPOS_XDIE5"; Sprite = "SPOS"; Frame = 16; Tics = 5; Next state = "SPOS_XDIE6"; } State { ID = "SPOS_XDIE6"; Sprite = "SPOS"; Frame = 17; Tics = 5; Next state = "SPOS_XDIE7"; } State { ID = "SPOS_XDIE7"; Sprite = "SPOS"; Frame = 18; Tics = 5; Next state = "SPOS_XDIE8"; } State { ID = "SPOS_XDIE8"; Sprite = "SPOS"; Frame = 19; Tics = 5; Next state = "SPOS_XDIE9"; } State { ID = "SPOS_XDIE9"; Sprite = "SPOS"; Frame = 20; Tics = -1; Next state = "NULL"; } State { ID = "SPOS_RAISE1"; Sprite = "SPOS"; Frame = 11; Tics = 5; Next state = "SPOS_RAISE2"; } State { ID = "SPOS_RAISE2"; Sprite = "SPOS"; Frame = 10; Tics = 5; Next state = "SPOS_RAISE3"; } State { ID = "SPOS_RAISE3"; Sprite = "SPOS"; Frame = 9; Tics = 5; Next state = "SPOS_RAISE4"; } State { ID = "SPOS_RAISE4"; Sprite = "SPOS"; Frame = 8; Tics = 5; Next state = "SPOS_RAISE5"; } State { ID = "SPOS_RAISE5"; Sprite = "SPOS"; Frame = 7; Tics = 5; Next state = "SPOS_RUN1"; } State { ID = "VILE_STND"; Sprite = "VILE"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "VILE_STND2"; } State { ID = "VILE_STND2"; Sprite = "VILE"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "VILE_STND"; } State { ID = "VILE_RUN1"; Sprite = "VILE"; Frame = 0; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN2"; } State { ID = "VILE_RUN2"; Sprite = "VILE"; Frame = 0; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN3"; } State { ID = "VILE_RUN3"; Sprite = "VILE"; Frame = 1; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN4"; } State { ID = "VILE_RUN4"; Sprite = "VILE"; Frame = 1; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN5"; } State { ID = "VILE_RUN5"; Sprite = "VILE"; Frame = 2; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN6"; } State { ID = "VILE_RUN6"; Sprite = "VILE"; Frame = 2; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN7"; } State { ID = "VILE_RUN7"; Sprite = "VILE"; Frame = 3; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN8"; } State { ID = "VILE_RUN8"; Sprite = "VILE"; Frame = 3; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN9"; } State { ID = "VILE_RUN9"; Sprite = "VILE"; Frame = 4; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN10"; } State { ID = "VILE_RUN10"; Sprite = "VILE"; Frame = 4; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN11"; } State { ID = "VILE_RUN11"; Sprite = "VILE"; Frame = 5; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN12"; } State { ID = "VILE_RUN12"; Sprite = "VILE"; Frame = 5; Tics = 2; Action = "A_VileChase"; Next state = "VILE_RUN1"; } State { ID = "VILE_ATK1"; Sprite = "VILE"; Frame = 6; Flags = fullbright; Tics = 0; Action = "A_VileStart"; Next state = "VILE_ATK2"; } State { ID = "VILE_ATK2"; Sprite = "VILE"; Frame = 6; Flags = fullbright; Tics = 10; Action = "A_FaceTarget"; Next state = "VILE_ATK3"; } State { ID = "VILE_ATK3"; Sprite = "VILE"; Frame = 7; Flags = fullbright; Tics = 8; Action = "A_VileTarget"; Next state = "VILE_ATK4"; } State { ID = "VILE_ATK4"; Sprite = "VILE"; Frame = 8; Flags = fullbright; Tics = 8; Action = "A_FaceTarget"; Next state = "VILE_ATK5"; } State { ID = "VILE_ATK5"; Sprite = "VILE"; Frame = 9; Flags = fullbright; Tics = 8; Action = "A_FaceTarget"; Next state = "VILE_ATK6"; } State { ID = "VILE_ATK6"; Sprite = "VILE"; Frame = 10; Flags = fullbright; Tics = 8; Action = "A_FaceTarget"; Next state = "VILE_ATK7"; } State { ID = "VILE_ATK7"; Sprite = "VILE"; Frame = 11; Flags = fullbright; Tics = 8; Action = "A_FaceTarget"; Next state = "VILE_ATK8"; } State { ID = "VILE_ATK8"; Sprite = "VILE"; Frame = 12; Flags = fullbright; Tics = 8; Action = "A_FaceTarget"; Next state = "VILE_ATK9"; } State { ID = "VILE_ATK9"; Sprite = "VILE"; Frame = 13; Flags = fullbright; Tics = 8; Action = "A_FaceTarget"; Next state = "VILE_ATK10"; } State { ID = "VILE_ATK10"; Sprite = "VILE"; Frame = 14; Flags = fullbright; Tics = 8; Action = "A_VileAttack"; Next state = "VILE_ATK11"; } State { ID = "VILE_ATK11"; Sprite = "VILE"; Frame = 15; Flags = fullbright; Tics = 20; Next state = "VILE_RUN1"; } State { ID = "VILE_HEAL1"; Sprite = "VILE"; Frame = 32794; Tics = 10; Next state = "VILE_HEAL2"; } State { ID = "VILE_HEAL2"; Sprite = "VILE"; Frame = 32795; Tics = 10; Next state = "VILE_HEAL3"; } State { ID = "VILE_HEAL3"; Sprite = "VILE"; Frame = 32796; Tics = 10; Next state = "VILE_RUN1"; } State { ID = "VILE_PAIN"; Sprite = "VILE"; Frame = 16; Tics = 5; Next state = "VILE_PAIN2"; } State { ID = "VILE_PAIN2"; Sprite = "VILE"; Frame = 16; Tics = 5; Action = "A_Pain"; Next state = "VILE_RUN1"; } State { ID = "VILE_DIE1"; Sprite = "VILE"; Frame = 16; Tics = 7; Next state = "VILE_DIE2"; } State { ID = "VILE_DIE2"; Sprite = "VILE"; Frame = 17; Tics = 7; Action = "A_Scream"; Next state = "VILE_DIE3"; } State { ID = "VILE_DIE3"; Sprite = "VILE"; Frame = 18; Tics = 7; Action = "A_Fall"; Next state = "VILE_DIE4"; } State { ID = "VILE_DIE4"; Sprite = "VILE"; Frame = 19; Tics = 7; Next state = "VILE_DIE5"; } State { ID = "VILE_DIE5"; Sprite = "VILE"; Frame = 20; Tics = 7; Next state = "VILE_DIE6"; } State { ID = "VILE_DIE6"; Sprite = "VILE"; Frame = 21; Tics = 7; Next state = "VILE_DIE7"; } State { ID = "VILE_DIE7"; Sprite = "VILE"; Frame = 22; Tics = 7; Next state = "VILE_DIE8"; } State { ID = "VILE_DIE8"; Sprite = "VILE"; Frame = 23; Tics = 5; Next state = "VILE_DIE9"; } State { ID = "VILE_DIE9"; Sprite = "VILE"; Frame = 24; Tics = 5; Next state = "VILE_DIE10"; } State { ID = "VILE_DIE10"; Sprite = "VILE"; Frame = 25; Tics = -1; Next state = "NULL"; } State { ID = "FIRE1"; Sprite = "FIRE"; Frame = 0; Flags = fullbright; Tics = 2; Action = "A_StartFire"; Next state = "FIRE2"; } State { ID = "FIRE2"; Sprite = "FIRE"; Frame = 1; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE3"; } State { ID = "FIRE3"; Sprite = "FIRE"; Frame = 0; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE4"; } State { ID = "FIRE4"; Sprite = "FIRE"; Frame = 1; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE5"; } State { ID = "FIRE5"; Sprite = "FIRE"; Frame = 2; Flags = fullbright; Tics = 2; Action = "A_FireCrackle"; Next state = "FIRE6"; } State { ID = "FIRE6"; Sprite = "FIRE"; Frame = 1; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE7"; } State { ID = "FIRE7"; Sprite = "FIRE"; Frame = 2; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE8"; } State { ID = "FIRE8"; Sprite = "FIRE"; Frame = 1; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE9"; } State { ID = "FIRE9"; Sprite = "FIRE"; Frame = 2; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE10"; } State { ID = "FIRE10"; Sprite = "FIRE"; Frame = 3; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE11"; } State { ID = "FIRE11"; Sprite = "FIRE"; Frame = 2; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE12"; } State { ID = "FIRE12"; Sprite = "FIRE"; Frame = 3; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE13"; } State { ID = "FIRE13"; Sprite = "FIRE"; Frame = 2; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE14"; } State { ID = "FIRE14"; Sprite = "FIRE"; Frame = 3; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE15"; } State { ID = "FIRE15"; Sprite = "FIRE"; Frame = 4; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE16"; } State { ID = "FIRE16"; Sprite = "FIRE"; Frame = 3; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE17"; } State { ID = "FIRE17"; Sprite = "FIRE"; Frame = 4; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE18"; } State { ID = "FIRE18"; Sprite = "FIRE"; Frame = 3; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE19"; } State { ID = "FIRE19"; Sprite = "FIRE"; Frame = 4; Flags = fullbright; Tics = 2; Action = "A_FireCrackle"; Next state = "FIRE20"; } State { ID = "FIRE20"; Sprite = "FIRE"; Frame = 5; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE21"; } State { ID = "FIRE21"; Sprite = "FIRE"; Frame = 4; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE22"; } State { ID = "FIRE22"; Sprite = "FIRE"; Frame = 5; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE23"; } State { ID = "FIRE23"; Sprite = "FIRE"; Frame = 4; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE24"; } State { ID = "FIRE24"; Sprite = "FIRE"; Frame = 5; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE25"; } State { ID = "FIRE25"; Sprite = "FIRE"; Frame = 6; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE26"; } State { ID = "FIRE26"; Sprite = "FIRE"; Frame = 7; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE27"; } State { ID = "FIRE27"; Sprite = "FIRE"; Frame = 6; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE28"; } State { ID = "FIRE28"; Sprite = "FIRE"; Frame = 7; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE29"; } State { ID = "FIRE29"; Sprite = "FIRE"; Frame = 6; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "FIRE30"; } State { ID = "FIRE30"; Sprite = "FIRE"; Frame = 7; Flags = fullbright; Tics = 2; Action = "A_Fire"; Next state = "NULL"; } State { ID = "SMOKE1"; Sprite = "PUFF"; Frame = 1; Tics = 4; Next state = "SMOKE2"; } State { ID = "SMOKE2"; Sprite = "PUFF"; Frame = 2; Tics = 4; Next state = "SMOKE3"; } State { ID = "SMOKE3"; Sprite = "PUFF"; Frame = 1; Tics = 4; Next state = "SMOKE4"; } State { ID = "SMOKE4"; Sprite = "PUFF"; Frame = 2; Tics = 4; Next state = "SMOKE5"; } State { ID = "SMOKE5"; Sprite = "PUFF"; Frame = 3; Tics = 4; Next state = "NULL"; } State { ID = "TRACER"; Sprite = "FATB"; Frame = 0; Flags = fullbright; Tics = 2; Action = "A_Tracer"; Next state = "TRACER2"; } State { ID = "TRACER2"; Sprite = "FATB"; Frame = 1; Flags = fullbright; Tics = 2; Action = "A_Tracer"; Next state = "TRACER"; } State { ID = "TRACEEXP1"; Sprite = "FBXP"; Frame = 0; Flags = fullbright; Tics = 8; Next state = "TRACEEXP2"; } State { ID = "TRACEEXP2"; Sprite = "FBXP"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "TRACEEXP3"; } State { ID = "TRACEEXP3"; Sprite = "FBXP"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "NULL"; } State { ID = "SKEL_STND"; Sprite = "SKEL"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SKEL_STND2"; } State { ID = "SKEL_STND2"; Sprite = "SKEL"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SKEL_STND"; } State { ID = "SKEL_RUN1"; Sprite = "SKEL"; Frame = 0; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN2"; } State { ID = "SKEL_RUN2"; Sprite = "SKEL"; Frame = 0; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN3"; } State { ID = "SKEL_RUN3"; Sprite = "SKEL"; Frame = 1; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN4"; } State { ID = "SKEL_RUN4"; Sprite = "SKEL"; Frame = 1; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN5"; } State { ID = "SKEL_RUN5"; Sprite = "SKEL"; Frame = 2; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN6"; } State { ID = "SKEL_RUN6"; Sprite = "SKEL"; Frame = 2; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN7"; } State { ID = "SKEL_RUN7"; Sprite = "SKEL"; Frame = 3; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN8"; } State { ID = "SKEL_RUN8"; Sprite = "SKEL"; Frame = 3; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN9"; } State { ID = "SKEL_RUN9"; Sprite = "SKEL"; Frame = 4; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN10"; } State { ID = "SKEL_RUN10"; Sprite = "SKEL"; Frame = 4; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN11"; } State { ID = "SKEL_RUN11"; Sprite = "SKEL"; Frame = 5; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN12"; } State { ID = "SKEL_RUN12"; Sprite = "SKEL"; Frame = 5; Tics = 2; Action = "A_Chase"; Next state = "SKEL_RUN1"; } State { ID = "SKEL_FIST1"; Sprite = "SKEL"; Frame = 6; Tics = 0; Action = "A_FaceTarget"; Next state = "SKEL_FIST2"; } State { ID = "SKEL_FIST2"; Sprite = "SKEL"; Frame = 6; Tics = 6; Action = "A_SkelWhoosh"; Next state = "SKEL_FIST3"; } State { ID = "SKEL_FIST3"; Sprite = "SKEL"; Frame = 7; Tics = 6; Action = "A_FaceTarget"; Next state = "SKEL_FIST4"; } State { ID = "SKEL_FIST4"; Sprite = "SKEL"; Frame = 8; Tics = 6; Action = "A_SkelFist"; Next state = "SKEL_RUN1"; } State { ID = "SKEL_MISS1"; Sprite = "SKEL"; Frame = 9; Flags = fullbright; Tics = 0; Action = "A_FaceTarget"; Next state = "SKEL_MISS2"; } State { ID = "SKEL_MISS2"; Sprite = "SKEL"; Frame = 9; Flags = fullbright; Tics = 10; Action = "A_FaceTarget"; Next state = "SKEL_MISS3"; } State { ID = "SKEL_MISS3"; Sprite = "SKEL"; Frame = 10; Tics = 10; Action = "A_SkelMissile"; Next state = "SKEL_MISS4"; } State { ID = "SKEL_MISS4"; Sprite = "SKEL"; Frame = 10; Tics = 10; Action = "A_FaceTarget"; Next state = "SKEL_RUN1"; } State { ID = "SKEL_PAIN"; Sprite = "SKEL"; Frame = 11; Tics = 5; Next state = "SKEL_PAIN2"; } State { ID = "SKEL_PAIN2"; Sprite = "SKEL"; Frame = 11; Tics = 5; Action = "A_Pain"; Next state = "SKEL_RUN1"; } State { ID = "SKEL_DIE1"; Sprite = "SKEL"; Frame = 11; Tics = 7; Next state = "SKEL_DIE2"; } State { ID = "SKEL_DIE2"; Sprite = "SKEL"; Frame = 12; Tics = 7; Next state = "SKEL_DIE3"; } State { ID = "SKEL_DIE3"; Sprite = "SKEL"; Frame = 13; Tics = 7; Action = "A_Scream"; Next state = "SKEL_DIE4"; } State { ID = "SKEL_DIE4"; Sprite = "SKEL"; Frame = 14; Tics = 7; Action = "A_Fall"; Next state = "SKEL_DIE5"; } State { ID = "SKEL_DIE5"; Sprite = "SKEL"; Frame = 15; Tics = 7; Next state = "SKEL_DIE6"; } State { ID = "SKEL_DIE6"; Sprite = "SKEL"; Frame = 16; Tics = -1; Next state = "NULL"; } State { ID = "SKEL_RAISE1"; Sprite = "SKEL"; Frame = 16; Tics = 5; Next state = "SKEL_RAISE2"; } State { ID = "SKEL_RAISE2"; Sprite = "SKEL"; Frame = 15; Tics = 5; Next state = "SKEL_RAISE3"; } State { ID = "SKEL_RAISE3"; Sprite = "SKEL"; Frame = 14; Tics = 5; Next state = "SKEL_RAISE4"; } State { ID = "SKEL_RAISE4"; Sprite = "SKEL"; Frame = 13; Tics = 5; Next state = "SKEL_RAISE5"; } State { ID = "SKEL_RAISE5"; Sprite = "SKEL"; Frame = 12; Tics = 5; Next state = "SKEL_RAISE6"; } State { ID = "SKEL_RAISE6"; Sprite = "SKEL"; Frame = 11; Tics = 5; Next state = "SKEL_RUN1"; } State { ID = "FATSHOT1"; Sprite = "MANF"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "FATSHOT2"; } State { ID = "FATSHOT2"; Sprite = "MANF"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "FATSHOT1"; } State { ID = "FATSHOTX1"; Sprite = "MISL"; Frame = 1; Flags = fullbright; Tics = 8; Next state = "FATSHOTX2"; } State { ID = "FATSHOTX2"; Sprite = "MISL"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "FATSHOTX3"; } State { ID = "FATSHOTX3"; Sprite = "MISL"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "NULL"; } State { ID = "FATT_STND"; Sprite = "FATT"; Frame = 0; Tics = 15; Action = "A_Look"; Next state = "FATT_STND2"; } State { ID = "FATT_STND2"; Sprite = "FATT"; Frame = 1; Tics = 15; Action = "A_Look"; Next state = "FATT_STND"; } State { ID = "FATT_RUN1"; Sprite = "FATT"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN2"; } State { ID = "FATT_RUN2"; Sprite = "FATT"; Frame = 0; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN3"; } State { ID = "FATT_RUN3"; Sprite = "FATT"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN4"; } State { ID = "FATT_RUN4"; Sprite = "FATT"; Frame = 1; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN5"; } State { ID = "FATT_RUN5"; Sprite = "FATT"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN6"; } State { ID = "FATT_RUN6"; Sprite = "FATT"; Frame = 2; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN7"; } State { ID = "FATT_RUN7"; Sprite = "FATT"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN8"; } State { ID = "FATT_RUN8"; Sprite = "FATT"; Frame = 3; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN9"; } State { ID = "FATT_RUN9"; Sprite = "FATT"; Frame = 4; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN10"; } State { ID = "FATT_RUN10"; Sprite = "FATT"; Frame = 4; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN11"; } State { ID = "FATT_RUN11"; Sprite = "FATT"; Frame = 5; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN12"; } State { ID = "FATT_RUN12"; Sprite = "FATT"; Frame = 5; Tics = 4; Action = "A_Chase"; Next state = "FATT_RUN1"; } State { ID = "FATT_ATK1"; Sprite = "FATT"; Frame = 6; Tics = 20; Action = "A_FatRaise"; Next state = "FATT_ATK2"; } State { ID = "FATT_ATK2"; Sprite = "FATT"; Frame = 7; Flags = fullbright; Tics = 10; Action = "A_FatAttack1"; Next state = "FATT_ATK3"; } State { ID = "FATT_ATK3"; Sprite = "FATT"; Frame = 8; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_ATK4"; } State { ID = "FATT_ATK4"; Sprite = "FATT"; Frame = 6; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_ATK5"; } State { ID = "FATT_ATK5"; Sprite = "FATT"; Frame = 7; Flags = fullbright; Tics = 10; Action = "A_FatAttack2"; Next state = "FATT_ATK6"; } State { ID = "FATT_ATK6"; Sprite = "FATT"; Frame = 8; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_ATK7"; } State { ID = "FATT_ATK7"; Sprite = "FATT"; Frame = 6; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_ATK8"; } State { ID = "FATT_ATK8"; Sprite = "FATT"; Frame = 7; Flags = fullbright; Tics = 10; Action = "A_FatAttack3"; Next state = "FATT_ATK9"; } State { ID = "FATT_ATK9"; Sprite = "FATT"; Frame = 8; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_ATK10"; } State { ID = "FATT_ATK10"; Sprite = "FATT"; Frame = 6; Tics = 5; Action = "A_FaceTarget"; Next state = "FATT_RUN1"; } State { ID = "FATT_PAIN"; Sprite = "FATT"; Frame = 9; Tics = 3; Next state = "FATT_PAIN2"; } State { ID = "FATT_PAIN2"; Sprite = "FATT"; Frame = 9; Tics = 3; Action = "A_Pain"; Next state = "FATT_RUN1"; } State { ID = "FATT_DIE1"; Sprite = "FATT"; Frame = 10; Tics = 6; Next state = "FATT_DIE2"; } State { ID = "FATT_DIE2"; Sprite = "FATT"; Frame = 11; Tics = 6; Action = "A_Scream"; Next state = "FATT_DIE3"; } State { ID = "FATT_DIE3"; Sprite = "FATT"; Frame = 12; Tics = 6; Action = "A_Fall"; Next state = "FATT_DIE4"; } State { ID = "FATT_DIE4"; Sprite = "FATT"; Frame = 13; Tics = 6; Next state = "FATT_DIE5"; } State { ID = "FATT_DIE5"; Sprite = "FATT"; Frame = 14; Tics = 6; Next state = "FATT_DIE6"; } State { ID = "FATT_DIE6"; Sprite = "FATT"; Frame = 15; Tics = 6; Next state = "FATT_DIE7"; } State { ID = "FATT_DIE7"; Sprite = "FATT"; Frame = 16; Tics = 6; Next state = "FATT_DIE8"; } State { ID = "FATT_DIE8"; Sprite = "FATT"; Frame = 17; Tics = 6; Next state = "FATT_DIE9"; } State { ID = "FATT_DIE9"; Sprite = "FATT"; Frame = 18; Tics = 6; Next state = "FATT_DIE10"; } State { ID = "FATT_DIE10"; Sprite = "FATT"; Frame = 19; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "FATT_RAISE1"; Sprite = "FATT"; Frame = 17; Tics = 5; Next state = "FATT_RAISE2"; } State { ID = "FATT_RAISE2"; Sprite = "FATT"; Frame = 16; Tics = 5; Next state = "FATT_RAISE3"; } State { ID = "FATT_RAISE3"; Sprite = "FATT"; Frame = 15; Tics = 5; Next state = "FATT_RAISE4"; } State { ID = "FATT_RAISE4"; Sprite = "FATT"; Frame = 14; Tics = 5; Next state = "FATT_RAISE5"; } State { ID = "FATT_RAISE5"; Sprite = "FATT"; Frame = 13; Tics = 5; Next state = "FATT_RAISE6"; } State { ID = "FATT_RAISE6"; Sprite = "FATT"; Frame = 12; Tics = 5; Next state = "FATT_RAISE7"; } State { ID = "FATT_RAISE7"; Sprite = "FATT"; Frame = 11; Tics = 5; Next state = "FATT_RAISE8"; } State { ID = "FATT_RAISE8"; Sprite = "FATT"; Frame = 10; Tics = 5; Next state = "FATT_RUN1"; } State { ID = "CPOS_STND"; Sprite = "CPOS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "CPOS_STND2"; } State { ID = "CPOS_STND2"; Sprite = "CPOS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "CPOS_STND"; } State { ID = "CPOS_RUN1"; Sprite = "CPOS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN2"; } State { ID = "CPOS_RUN2"; Sprite = "CPOS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN3"; } State { ID = "CPOS_RUN3"; Sprite = "CPOS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN4"; } State { ID = "CPOS_RUN4"; Sprite = "CPOS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN5"; } State { ID = "CPOS_RUN5"; Sprite = "CPOS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN6"; } State { ID = "CPOS_RUN6"; Sprite = "CPOS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN7"; } State { ID = "CPOS_RUN7"; Sprite = "CPOS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN8"; } State { ID = "CPOS_RUN8"; Sprite = "CPOS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "CPOS_RUN1"; } State { ID = "CPOS_ATK1"; Sprite = "CPOS"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "CPOS_ATK2"; } State { ID = "CPOS_ATK2"; Sprite = "CPOS"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_CPosAttack"; Next state = "CPOS_ATK3"; } State { ID = "CPOS_ATK3"; Sprite = "CPOS"; Frame = 4; Flags = fullbright; Tics = 4; Action = "A_CPosAttack"; Next state = "CPOS_ATK4"; } State { ID = "CPOS_ATK4"; Sprite = "CPOS"; Frame = 5; Tics = 1; Action = "A_CPosRefire"; Next state = "CPOS_ATK2"; } State { ID = "CPOS_PAIN"; Sprite = "CPOS"; Frame = 6; Tics = 3; Next state = "CPOS_PAIN2"; } State { ID = "CPOS_PAIN2"; Sprite = "CPOS"; Frame = 6; Tics = 3; Action = "A_Pain"; Next state = "CPOS_RUN1"; } State { ID = "CPOS_DIE1"; Sprite = "CPOS"; Frame = 7; Tics = 5; Next state = "CPOS_DIE2"; } State { ID = "CPOS_DIE2"; Sprite = "CPOS"; Frame = 8; Tics = 5; Action = "A_Scream"; Next state = "CPOS_DIE3"; } State { ID = "CPOS_DIE3"; Sprite = "CPOS"; Frame = 9; Tics = 5; Action = "A_Fall"; Next state = "CPOS_DIE4"; } State { ID = "CPOS_DIE4"; Sprite = "CPOS"; Frame = 10; Tics = 5; Next state = "CPOS_DIE5"; } State { ID = "CPOS_DIE5"; Sprite = "CPOS"; Frame = 11; Tics = 5; Next state = "CPOS_DIE6"; } State { ID = "CPOS_DIE6"; Sprite = "CPOS"; Frame = 12; Tics = 5; Next state = "CPOS_DIE7"; } State { ID = "CPOS_DIE7"; Sprite = "CPOS"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "CPOS_XDIE1"; Sprite = "CPOS"; Frame = 14; Tics = 5; Next state = "CPOS_XDIE2"; } State { ID = "CPOS_XDIE2"; Sprite = "CPOS"; Frame = 15; Tics = 5; Action = "A_XScream"; Next state = "CPOS_XDIE3"; } State { ID = "CPOS_XDIE3"; Sprite = "CPOS"; Frame = 16; Tics = 5; Action = "A_Fall"; Next state = "CPOS_XDIE4"; } State { ID = "CPOS_XDIE4"; Sprite = "CPOS"; Frame = 17; Tics = 5; Next state = "CPOS_XDIE5"; } State { ID = "CPOS_XDIE5"; Sprite = "CPOS"; Frame = 18; Tics = 5; Next state = "CPOS_XDIE6"; } State { ID = "CPOS_XDIE6"; Sprite = "CPOS"; Frame = 19; Tics = -1; Next state = "NULL"; } State { ID = "CPOS_RAISE1"; Sprite = "CPOS"; Frame = 13; Tics = 5; Next state = "CPOS_RAISE2"; } State { ID = "CPOS_RAISE2"; Sprite = "CPOS"; Frame = 12; Tics = 5; Next state = "CPOS_RAISE3"; } State { ID = "CPOS_RAISE3"; Sprite = "CPOS"; Frame = 11; Tics = 5; Next state = "CPOS_RAISE4"; } State { ID = "CPOS_RAISE4"; Sprite = "CPOS"; Frame = 10; Tics = 5; Next state = "CPOS_RAISE5"; } State { ID = "CPOS_RAISE5"; Sprite = "CPOS"; Frame = 9; Tics = 5; Next state = "CPOS_RAISE6"; } State { ID = "CPOS_RAISE6"; Sprite = "CPOS"; Frame = 8; Tics = 5; Next state = "CPOS_RAISE7"; } State { ID = "CPOS_RAISE7"; Sprite = "CPOS"; Frame = 7; Tics = 5; Next state = "CPOS_RUN1"; } State { ID = "TROO_STND"; Sprite = "TROO"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "TROO_STND2"; } State { ID = "TROO_STND2"; Sprite = "TROO"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "TROO_STND"; } State { ID = "TROO_RUN1"; Sprite = "TROO"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN2"; } State { ID = "TROO_RUN2"; Sprite = "TROO"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN3"; } State { ID = "TROO_RUN3"; Sprite = "TROO"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN4"; } State { ID = "TROO_RUN4"; Sprite = "TROO"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN5"; } State { ID = "TROO_RUN5"; Sprite = "TROO"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN6"; } State { ID = "TROO_RUN6"; Sprite = "TROO"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN7"; } State { ID = "TROO_RUN7"; Sprite = "TROO"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN8"; } State { ID = "TROO_RUN8"; Sprite = "TROO"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "TROO_RUN1"; } State { ID = "TROO_ATK1"; Sprite = "TROO"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "TROO_ATK2"; } State { ID = "TROO_ATK2"; Sprite = "TROO"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "TROO_ATK3"; } State { ID = "TROO_ATK3"; Sprite = "TROO"; Frame = 6; Tics = 6; Action = "A_TroopAttack"; Next state = "TROO_RUN1"; } State { ID = "TROO_PAIN"; Sprite = "TROO"; Frame = 7; Tics = 2; Next state = "TROO_PAIN2"; } State { ID = "TROO_PAIN2"; Sprite = "TROO"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "TROO_RUN1"; } State { ID = "TROO_DIE1"; Sprite = "TROO"; Frame = 8; Tics = 8; Next state = "TROO_DIE2"; } State { ID = "TROO_DIE2"; Sprite = "TROO"; Frame = 9; Tics = 8; Action = "A_Scream"; Next state = "TROO_DIE3"; } State { ID = "TROO_DIE3"; Sprite = "TROO"; Frame = 10; Tics = 6; Next state = "TROO_DIE4"; } State { ID = "TROO_DIE4"; Sprite = "TROO"; Frame = 11; Tics = 6; Action = "A_Fall"; Next state = "TROO_DIE5"; } State { ID = "TROO_DIE5"; Sprite = "TROO"; Frame = 12; Tics = -1; Next state = "NULL"; } State { ID = "TROO_XDIE1"; Sprite = "TROO"; Frame = 13; Tics = 5; Next state = "TROO_XDIE2"; } State { ID = "TROO_XDIE2"; Sprite = "TROO"; Frame = 14; Tics = 5; Action = "A_XScream"; Next state = "TROO_XDIE3"; } State { ID = "TROO_XDIE3"; Sprite = "TROO"; Frame = 15; Tics = 5; Next state = "TROO_XDIE4"; } State { ID = "TROO_XDIE4"; Sprite = "TROO"; Frame = 16; Tics = 5; Action = "A_Fall"; Next state = "TROO_XDIE5"; } State { ID = "TROO_XDIE5"; Sprite = "TROO"; Frame = 17; Tics = 5; Next state = "TROO_XDIE6"; } State { ID = "TROO_XDIE6"; Sprite = "TROO"; Frame = 18; Tics = 5; Next state = "TROO_XDIE7"; } State { ID = "TROO_XDIE7"; Sprite = "TROO"; Frame = 19; Tics = 5; Next state = "TROO_XDIE8"; } State { ID = "TROO_XDIE8"; Sprite = "TROO"; Frame = 20; Tics = -1; Next state = "NULL"; } State { ID = "TROO_RAISE1"; Sprite = "TROO"; Frame = 12; Tics = 8; Next state = "TROO_RAISE2"; } State { ID = "TROO_RAISE2"; Sprite = "TROO"; Frame = 11; Tics = 8; Next state = "TROO_RAISE3"; } State { ID = "TROO_RAISE3"; Sprite = "TROO"; Frame = 10; Tics = 6; Next state = "TROO_RAISE4"; } State { ID = "TROO_RAISE4"; Sprite = "TROO"; Frame = 9; Tics = 6; Next state = "TROO_RAISE5"; } State { ID = "TROO_RAISE5"; Sprite = "TROO"; Frame = 8; Tics = 6; Next state = "TROO_RUN1"; } State { ID = "SARG_STND"; Sprite = "SARG"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SARG_STND2"; } State { ID = "SARG_STND2"; Sprite = "SARG"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SARG_STND"; } State { ID = "SARG_RUN1"; Sprite = "SARG"; Frame = 0; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN2"; } State { ID = "SARG_RUN2"; Sprite = "SARG"; Frame = 0; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN3"; } State { ID = "SARG_RUN3"; Sprite = "SARG"; Frame = 1; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN4"; } State { ID = "SARG_RUN4"; Sprite = "SARG"; Frame = 1; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN5"; } State { ID = "SARG_RUN5"; Sprite = "SARG"; Frame = 2; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN6"; } State { ID = "SARG_RUN6"; Sprite = "SARG"; Frame = 2; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN7"; } State { ID = "SARG_RUN7"; Sprite = "SARG"; Frame = 3; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN8"; } State { ID = "SARG_RUN8"; Sprite = "SARG"; Frame = 3; Tics = 2; Action = "A_Chase"; Next state = "SARG_RUN1"; } State { ID = "SARG_ATK1"; Sprite = "SARG"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "SARG_ATK2"; } State { ID = "SARG_ATK2"; Sprite = "SARG"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "SARG_ATK3"; } State { ID = "SARG_ATK3"; Sprite = "SARG"; Frame = 6; Tics = 8; Action = "A_SargAttack"; Next state = "SARG_RUN1"; } State { ID = "SARG_PAIN"; Sprite = "SARG"; Frame = 7; Tics = 2; Next state = "SARG_PAIN2"; } State { ID = "SARG_PAIN2"; Sprite = "SARG"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "SARG_RUN1"; } State { ID = "SARG_DIE1"; Sprite = "SARG"; Frame = 8; Tics = 8; Next state = "SARG_DIE2"; } State { ID = "SARG_DIE2"; Sprite = "SARG"; Frame = 9; Tics = 8; Action = "A_Scream"; Next state = "SARG_DIE3"; } State { ID = "SARG_DIE3"; Sprite = "SARG"; Frame = 10; Tics = 4; Next state = "SARG_DIE4"; } State { ID = "SARG_DIE4"; Sprite = "SARG"; Frame = 11; Tics = 4; Action = "A_Fall"; Next state = "SARG_DIE5"; } State { ID = "SARG_DIE5"; Sprite = "SARG"; Frame = 12; Tics = 4; Next state = "SARG_DIE6"; } State { ID = "SARG_DIE6"; Sprite = "SARG"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "SARG_RAISE1"; Sprite = "SARG"; Frame = 13; Tics = 5; Next state = "SARG_RAISE2"; } State { ID = "SARG_RAISE2"; Sprite = "SARG"; Frame = 12; Tics = 5; Next state = "SARG_RAISE3"; } State { ID = "SARG_RAISE3"; Sprite = "SARG"; Frame = 11; Tics = 5; Next state = "SARG_RAISE4"; } State { ID = "SARG_RAISE4"; Sprite = "SARG"; Frame = 10; Tics = 5; Next state = "SARG_RAISE5"; } State { ID = "SARG_RAISE5"; Sprite = "SARG"; Frame = 9; Tics = 5; Next state = "SARG_RAISE6"; } State { ID = "SARG_RAISE6"; Sprite = "SARG"; Frame = 8; Tics = 5; Next state = "SARG_RUN1"; } State { ID = "HEAD_STND"; Sprite = "HEAD"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "HEAD_STND"; } State { ID = "HEAD_RUN1"; Sprite = "HEAD"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "HEAD_RUN1"; } State { ID = "HEAD_ATK1"; Sprite = "HEAD"; Frame = 1; Tics = 5; Action = "A_FaceTarget"; Next state = "HEAD_ATK2"; } State { ID = "HEAD_ATK2"; Sprite = "HEAD"; Frame = 2; Tics = 5; Action = "A_FaceTarget"; Next state = "HEAD_ATK3"; } State { ID = "HEAD_ATK3"; Sprite = "HEAD"; Frame = 3; Flags = fullbright; Tics = 5; Action = "A_HeadAttack"; Next state = "HEAD_RUN1"; } State { ID = "HEAD_PAIN"; Sprite = "HEAD"; Frame = 4; Tics = 3; Next state = "HEAD_PAIN2"; } State { ID = "HEAD_PAIN2"; Sprite = "HEAD"; Frame = 4; Tics = 3; Action = "A_Pain"; Next state = "HEAD_PAIN3"; } State { ID = "HEAD_PAIN3"; Sprite = "HEAD"; Frame = 5; Tics = 6; Next state = "HEAD_RUN1"; } State { ID = "HEAD_DIE1"; Sprite = "HEAD"; Frame = 6; Tics = 8; Next state = "HEAD_DIE2"; } State { ID = "HEAD_DIE2"; Sprite = "HEAD"; Frame = 7; Tics = 8; Action = "A_Scream"; Next state = "HEAD_DIE3"; } State { ID = "HEAD_DIE3"; Sprite = "HEAD"; Frame = 8; Tics = 8; Next state = "HEAD_DIE4"; } State { ID = "HEAD_DIE4"; Sprite = "HEAD"; Frame = 9; Tics = 8; Next state = "HEAD_DIE5"; } State { ID = "HEAD_DIE5"; Sprite = "HEAD"; Frame = 10; Tics = 8; Action = "A_Fall"; Next state = "HEAD_DIE6"; } State { ID = "HEAD_DIE6"; Sprite = "HEAD"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "HEAD_RAISE1"; Sprite = "HEAD"; Frame = 11; Tics = 8; Next state = "HEAD_RAISE2"; } State { ID = "HEAD_RAISE2"; Sprite = "HEAD"; Frame = 10; Tics = 8; Next state = "HEAD_RAISE3"; } State { ID = "HEAD_RAISE3"; Sprite = "HEAD"; Frame = 9; Tics = 8; Next state = "HEAD_RAISE4"; } State { ID = "HEAD_RAISE4"; Sprite = "HEAD"; Frame = 8; Tics = 8; Next state = "HEAD_RAISE5"; } State { ID = "HEAD_RAISE5"; Sprite = "HEAD"; Frame = 7; Tics = 8; Next state = "HEAD_RAISE6"; } State { ID = "HEAD_RAISE6"; Sprite = "HEAD"; Frame = 6; Tics = 8; Next state = "HEAD_RUN1"; } State { ID = "BRBALL1"; Sprite = "BAL7"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BRBALL2"; } State { ID = "BRBALL2"; Sprite = "BAL7"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BRBALL1"; } State { ID = "BRBALLX1"; Sprite = "BAL7"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "BRBALLX2"; } State { ID = "BRBALLX2"; Sprite = "BAL7"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "BRBALLX3"; } State { ID = "BRBALLX3"; Sprite = "BAL7"; Frame = 4; Flags = fullbright; Tics = 6; Next state = "NULL"; } State { ID = "BOSS_STND"; Sprite = "BOSS"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BOSS_STND2"; } State { ID = "BOSS_STND2"; Sprite = "BOSS"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "BOSS_STND"; } State { ID = "BOSS_RUN1"; Sprite = "BOSS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN2"; } State { ID = "BOSS_RUN2"; Sprite = "BOSS"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN3"; } State { ID = "BOSS_RUN3"; Sprite = "BOSS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN4"; } State { ID = "BOSS_RUN4"; Sprite = "BOSS"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN5"; } State { ID = "BOSS_RUN5"; Sprite = "BOSS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN6"; } State { ID = "BOSS_RUN6"; Sprite = "BOSS"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN7"; } State { ID = "BOSS_RUN7"; Sprite = "BOSS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN8"; } State { ID = "BOSS_RUN8"; Sprite = "BOSS"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOSS_RUN1"; } State { ID = "BOSS_ATK1"; Sprite = "BOSS"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "BOSS_ATK2"; } State { ID = "BOSS_ATK2"; Sprite = "BOSS"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "BOSS_ATK3"; } State { ID = "BOSS_ATK3"; Sprite = "BOSS"; Frame = 6; Tics = 8; Action = "A_BruisAttack"; Next state = "BOSS_RUN1"; } State { ID = "BOSS_PAIN"; Sprite = "BOSS"; Frame = 7; Tics = 2; Next state = "BOSS_PAIN2"; } State { ID = "BOSS_PAIN2"; Sprite = "BOSS"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "BOSS_RUN1"; } State { ID = "BOSS_DIE1"; Sprite = "BOSS"; Frame = 8; Tics = 8; Next state = "BOSS_DIE2"; } State { ID = "BOSS_DIE2"; Sprite = "BOSS"; Frame = 9; Tics = 8; Action = "A_Scream"; Next state = "BOSS_DIE3"; } State { ID = "BOSS_DIE3"; Sprite = "BOSS"; Frame = 10; Tics = 8; Next state = "BOSS_DIE4"; } State { ID = "BOSS_DIE4"; Sprite = "BOSS"; Frame = 11; Tics = 8; Action = "A_Fall"; Next state = "BOSS_DIE5"; } State { ID = "BOSS_DIE5"; Sprite = "BOSS"; Frame = 12; Tics = 8; Next state = "BOSS_DIE6"; } State { ID = "BOSS_DIE6"; Sprite = "BOSS"; Frame = 13; Tics = 8; Next state = "BOSS_DIE7"; } State { ID = "BOSS_DIE7"; Sprite = "BOSS"; Frame = 14; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "BOSS_RAISE1"; Sprite = "BOSS"; Frame = 14; Tics = 8; Next state = "BOSS_RAISE2"; } State { ID = "BOSS_RAISE2"; Sprite = "BOSS"; Frame = 13; Tics = 8; Next state = "BOSS_RAISE3"; } State { ID = "BOSS_RAISE3"; Sprite = "BOSS"; Frame = 12; Tics = 8; Next state = "BOSS_RAISE4"; } State { ID = "BOSS_RAISE4"; Sprite = "BOSS"; Frame = 11; Tics = 8; Next state = "BOSS_RAISE5"; } State { ID = "BOSS_RAISE5"; Sprite = "BOSS"; Frame = 10; Tics = 8; Next state = "BOSS_RAISE6"; } State { ID = "BOSS_RAISE6"; Sprite = "BOSS"; Frame = 9; Tics = 8; Next state = "BOSS_RAISE7"; } State { ID = "BOSS_RAISE7"; Sprite = "BOSS"; Frame = 8; Tics = 8; Next state = "BOSS_RUN1"; } State { ID = "BOS2_STND"; Sprite = "BOS2"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BOS2_STND2"; } State { ID = "BOS2_STND2"; Sprite = "BOS2"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "BOS2_STND"; } State { ID = "BOS2_RUN1"; Sprite = "BOS2"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN2"; } State { ID = "BOS2_RUN2"; Sprite = "BOS2"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN3"; } State { ID = "BOS2_RUN3"; Sprite = "BOS2"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN4"; } State { ID = "BOS2_RUN4"; Sprite = "BOS2"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN5"; } State { ID = "BOS2_RUN5"; Sprite = "BOS2"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN6"; } State { ID = "BOS2_RUN6"; Sprite = "BOS2"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN7"; } State { ID = "BOS2_RUN7"; Sprite = "BOS2"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN8"; } State { ID = "BOS2_RUN8"; Sprite = "BOS2"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BOS2_RUN1"; } State { ID = "BOS2_ATK1"; Sprite = "BOS2"; Frame = 4; Tics = 8; Action = "A_FaceTarget"; Next state = "BOS2_ATK2"; } State { ID = "BOS2_ATK2"; Sprite = "BOS2"; Frame = 5; Tics = 8; Action = "A_FaceTarget"; Next state = "BOS2_ATK3"; } State { ID = "BOS2_ATK3"; Sprite = "BOS2"; Frame = 6; Tics = 8; Action = "A_BruisAttack"; Next state = "BOS2_RUN1"; } State { ID = "BOS2_PAIN"; Sprite = "BOS2"; Frame = 7; Tics = 2; Next state = "BOS2_PAIN2"; } State { ID = "BOS2_PAIN2"; Sprite = "BOS2"; Frame = 7; Tics = 2; Action = "A_Pain"; Next state = "BOS2_RUN1"; } State { ID = "BOS2_DIE1"; Sprite = "BOS2"; Frame = 8; Tics = 8; Next state = "BOS2_DIE2"; } State { ID = "BOS2_DIE2"; Sprite = "BOS2"; Frame = 9; Tics = 8; Action = "A_Scream"; Next state = "BOS2_DIE3"; } State { ID = "BOS2_DIE3"; Sprite = "BOS2"; Frame = 10; Tics = 8; Next state = "BOS2_DIE4"; } State { ID = "BOS2_DIE4"; Sprite = "BOS2"; Frame = 11; Tics = 8; Action = "A_Fall"; Next state = "BOS2_DIE5"; } State { ID = "BOS2_DIE5"; Sprite = "BOS2"; Frame = 12; Tics = 8; Next state = "BOS2_DIE6"; } State { ID = "BOS2_DIE6"; Sprite = "BOS2"; Frame = 13; Tics = 8; Next state = "BOS2_DIE7"; } State { ID = "BOS2_DIE7"; Sprite = "BOS2"; Frame = 14; Tics = -1; Next state = "NULL"; } State { ID = "BOS2_RAISE1"; Sprite = "BOS2"; Frame = 14; Tics = 8; Next state = "BOS2_RAISE2"; } State { ID = "BOS2_RAISE2"; Sprite = "BOS2"; Frame = 13; Tics = 8; Next state = "BOS2_RAISE3"; } State { ID = "BOS2_RAISE3"; Sprite = "BOS2"; Frame = 12; Tics = 8; Next state = "BOS2_RAISE4"; } State { ID = "BOS2_RAISE4"; Sprite = "BOS2"; Frame = 11; Tics = 8; Next state = "BOS2_RAISE5"; } State { ID = "BOS2_RAISE5"; Sprite = "BOS2"; Frame = 10; Tics = 8; Next state = "BOS2_RAISE6"; } State { ID = "BOS2_RAISE6"; Sprite = "BOS2"; Frame = 9; Tics = 8; Next state = "BOS2_RAISE7"; } State { ID = "BOS2_RAISE7"; Sprite = "BOS2"; Frame = 8; Tics = 8; Next state = "BOS2_RUN1"; } State { ID = "SKULL_STND"; Sprite = "SKUL"; Frame = 0; Flags = fullbright; Tics = 10; Action = "A_Look"; Next state = "SKULL_STND2"; } State { ID = "SKULL_STND2"; Sprite = "SKUL"; Frame = 1; Flags = fullbright; Tics = 10; Action = "A_Look"; Next state = "SKULL_STND"; } State { ID = "SKULL_RUN1"; Sprite = "SKUL"; Frame = 0; Flags = fullbright; Tics = 6; Action = "A_Chase"; Next state = "SKULL_RUN2"; } State { ID = "SKULL_RUN2"; Sprite = "SKUL"; Frame = 1; Flags = fullbright; Tics = 6; Action = "A_Chase"; Next state = "SKULL_RUN1"; } State { ID = "SKULL_ATK1"; Sprite = "SKUL"; Frame = 2; Flags = fullbright; Tics = 10; Action = "A_FaceTarget"; Next state = "SKULL_ATK2"; } State { ID = "SKULL_ATK2"; Sprite = "SKUL"; Frame = 3; Flags = fullbright; Tics = 4; Action = "A_SkullAttack"; Next state = "SKULL_ATK3"; } State { ID = "SKULL_ATK3"; Sprite = "SKUL"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "SKULL_ATK4"; } State { ID = "SKULL_ATK4"; Sprite = "SKUL"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "SKULL_ATK3"; } State { ID = "SKULL_PAIN"; Sprite = "SKUL"; Frame = 4; Flags = fullbright; Tics = 3; Next state = "SKULL_PAIN2"; } State { ID = "SKULL_PAIN2"; Sprite = "SKUL"; Frame = 4; Flags = fullbright; Tics = 3; Action = "A_Pain"; Next state = "SKULL_RUN1"; } State { ID = "SKULL_DIE1"; Sprite = "SKUL"; Frame = 5; Flags = fullbright; Tics = 6; Next state = "SKULL_DIE2"; } State { ID = "SKULL_DIE2"; Sprite = "SKUL"; Frame = 6; Flags = fullbright; Tics = 6; Action = "A_Scream"; Next state = "SKULL_DIE3"; } State { ID = "SKULL_DIE3"; Sprite = "SKUL"; Frame = 7; Flags = fullbright; Tics = 6; Next state = "SKULL_DIE4"; } State { ID = "SKULL_DIE4"; Sprite = "SKUL"; Frame = 8; Flags = fullbright; Tics = 6; Action = "A_Fall"; Next state = "SKULL_DIE5"; } State { ID = "SKULL_DIE5"; Sprite = "SKUL"; Frame = 9; Tics = 6; Next state = "SKULL_DIE6"; } State { ID = "SKULL_DIE6"; Sprite = "SKUL"; Frame = 10; Tics = 6; Next state = "NULL"; } State { ID = "SPID_STND"; Sprite = "SPID"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SPID_STND2"; } State { ID = "SPID_STND2"; Sprite = "SPID"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SPID_STND"; } State { ID = "SPID_RUN1"; Sprite = "SPID"; Frame = 0; Tics = 3; Action = "A_Metal"; Next state = "SPID_RUN2"; } State { ID = "SPID_RUN2"; Sprite = "SPID"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN3"; } State { ID = "SPID_RUN3"; Sprite = "SPID"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN4"; } State { ID = "SPID_RUN4"; Sprite = "SPID"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN5"; } State { ID = "SPID_RUN5"; Sprite = "SPID"; Frame = 2; Tics = 3; Action = "A_Metal"; Next state = "SPID_RUN6"; } State { ID = "SPID_RUN6"; Sprite = "SPID"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN7"; } State { ID = "SPID_RUN7"; Sprite = "SPID"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN8"; } State { ID = "SPID_RUN8"; Sprite = "SPID"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN9"; } State { ID = "SPID_RUN9"; Sprite = "SPID"; Frame = 4; Tics = 3; Action = "A_Metal"; Next state = "SPID_RUN10"; } State { ID = "SPID_RUN10"; Sprite = "SPID"; Frame = 4; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN11"; } State { ID = "SPID_RUN11"; Sprite = "SPID"; Frame = 5; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN12"; } State { ID = "SPID_RUN12"; Sprite = "SPID"; Frame = 5; Tics = 3; Action = "A_Chase"; Next state = "SPID_RUN1"; } State { ID = "SPID_ATK1"; Sprite = "SPID"; Frame = 0; Tics = 20; Action = "A_FaceTarget"; Next state = "SPID_ATK2"; } State { ID = "SPID_ATK2"; Sprite = "SPID"; Frame = 6; Flags = fullbright; Tics = 4; Action = "A_SPosAttack"; Next state = "SPID_ATK3"; } State { ID = "SPID_ATK3"; Sprite = "SPID"; Frame = 7; Flags = fullbright; Tics = 4; Action = "A_SPosAttack"; Next state = "SPID_ATK4"; } State { ID = "SPID_ATK4"; Sprite = "SPID"; Frame = 7; Flags = fullbright; Tics = 1; Action = "A_SpidRefire"; Next state = "SPID_ATK2"; } State { ID = "SPID_PAIN"; Sprite = "SPID"; Frame = 8; Tics = 3; Next state = "SPID_PAIN2"; } State { ID = "SPID_PAIN2"; Sprite = "SPID"; Frame = 8; Tics = 3; Action = "A_Pain"; Next state = "SPID_RUN1"; } State { ID = "SPID_DIE1"; Sprite = "SPID"; Frame = 9; Tics = 20; Action = "A_Scream"; Next state = "SPID_DIE2"; } State { ID = "SPID_DIE2"; Sprite = "SPID"; Frame = 10; Tics = 10; Action = "A_Fall"; Next state = "SPID_DIE3"; } State { ID = "SPID_DIE3"; Sprite = "SPID"; Frame = 11; Tics = 10; Next state = "SPID_DIE4"; } State { ID = "SPID_DIE4"; Sprite = "SPID"; Frame = 12; Flags = fullbright; Tics = 10; Next state = "SPID_DIE5"; } State { ID = "SPID_DIE5"; Sprite = "SPID"; Frame = 13; Flags = fullbright; Tics = 10; Next state = "SPID_DIE6"; } State { ID = "SPID_DIE6"; Sprite = "SPID"; Frame = 14; Flags = fullbright; Tics = 10; Next state = "SPID_DIE7"; } State { ID = "SPID_DIE7"; Sprite = "SPID"; Frame = 15; Flags = fullbright; Tics = 10; Next state = "SPID_DIE8"; } State { ID = "SPID_DIE8"; Sprite = "SPID"; Frame = 16; Flags = fullbright; Tics = 10; Next state = "SPID_DIE9"; } State { ID = "SPID_DIE9"; Sprite = "SPID"; Frame = 17; Flags = fullbright; Tics = 10; Next state = "SPID_DIE10"; } State { ID = "SPID_DIE10"; Sprite = "SPID"; Frame = 18; Tics = 30; Next state = "SPID_DIE11"; } State { ID = "SPID_DIE11"; Sprite = "SPID"; Frame = 18; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "BSPI_STND"; Sprite = "BSPI"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BSPI_STND2"; } State { ID = "BSPI_STND2"; Sprite = "BSPI"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "BSPI_STND"; } State { ID = "BSPI_SIGHT"; Sprite = "BSPI"; Frame = 0; Tics = 20; Next state = "BSPI_RUN1"; } State { ID = "BSPI_RUN1"; Sprite = "BSPI"; Frame = 0; Tics = 3; Action = "A_BabyMetal"; Next state = "BSPI_RUN2"; } State { ID = "BSPI_RUN2"; Sprite = "BSPI"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN3"; } State { ID = "BSPI_RUN3"; Sprite = "BSPI"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN4"; } State { ID = "BSPI_RUN4"; Sprite = "BSPI"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN5"; } State { ID = "BSPI_RUN5"; Sprite = "BSPI"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN6"; } State { ID = "BSPI_RUN6"; Sprite = "BSPI"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN7"; } State { ID = "BSPI_RUN7"; Sprite = "BSPI"; Frame = 3; Tics = 3; Action = "A_BabyMetal"; Next state = "BSPI_RUN8"; } State { ID = "BSPI_RUN8"; Sprite = "BSPI"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN9"; } State { ID = "BSPI_RUN9"; Sprite = "BSPI"; Frame = 4; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN10"; } State { ID = "BSPI_RUN10"; Sprite = "BSPI"; Frame = 4; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN11"; } State { ID = "BSPI_RUN11"; Sprite = "BSPI"; Frame = 5; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN12"; } State { ID = "BSPI_RUN12"; Sprite = "BSPI"; Frame = 5; Tics = 3; Action = "A_Chase"; Next state = "BSPI_RUN1"; } State { ID = "BSPI_ATK1"; Sprite = "BSPI"; Frame = 0; Flags = fullbright; Tics = 20; Action = "A_FaceTarget"; Next state = "BSPI_ATK2"; } State { ID = "BSPI_ATK2"; Sprite = "BSPI"; Frame = 6; Flags = fullbright; Tics = 4; Action = "A_BspiAttack"; Next state = "BSPI_ATK3"; } State { ID = "BSPI_ATK3"; Sprite = "BSPI"; Frame = 7; Flags = fullbright; Tics = 4; Next state = "BSPI_ATK4"; } State { ID = "BSPI_ATK4"; Sprite = "BSPI"; Frame = 7; Flags = fullbright; Tics = 1; Action = "A_SpidRefire"; Next state = "BSPI_ATK2"; } State { ID = "BSPI_PAIN"; Sprite = "BSPI"; Frame = 8; Tics = 3; Next state = "BSPI_PAIN2"; } State { ID = "BSPI_PAIN2"; Sprite = "BSPI"; Frame = 8; Tics = 3; Action = "A_Pain"; Next state = "BSPI_RUN1"; } State { ID = "BSPI_DIE1"; Sprite = "BSPI"; Frame = 9; Tics = 20; Action = "A_Scream"; Next state = "BSPI_DIE2"; } State { ID = "BSPI_DIE2"; Sprite = "BSPI"; Frame = 10; Tics = 7; Action = "A_Fall"; Next state = "BSPI_DIE3"; } State { ID = "BSPI_DIE3"; Sprite = "BSPI"; Frame = 11; Tics = 7; Next state = "BSPI_DIE4"; } State { ID = "BSPI_DIE4"; Sprite = "BSPI"; Frame = 12; Tics = 7; Next state = "BSPI_DIE5"; } State { ID = "BSPI_DIE5"; Sprite = "BSPI"; Frame = 13; Tics = 7; Next state = "BSPI_DIE6"; } State { ID = "BSPI_DIE6"; Sprite = "BSPI"; Frame = 14; Tics = 7; Next state = "BSPI_DIE7"; } State { ID = "BSPI_DIE7"; Sprite = "BSPI"; Frame = 15; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "BSPI_RAISE1"; Sprite = "BSPI"; Frame = 15; Tics = 5; Next state = "BSPI_RAISE2"; } State { ID = "BSPI_RAISE2"; Sprite = "BSPI"; Frame = 14; Tics = 5; Next state = "BSPI_RAISE3"; } State { ID = "BSPI_RAISE3"; Sprite = "BSPI"; Frame = 13; Tics = 5; Next state = "BSPI_RAISE4"; } State { ID = "BSPI_RAISE4"; Sprite = "BSPI"; Frame = 12; Tics = 5; Next state = "BSPI_RAISE5"; } State { ID = "BSPI_RAISE5"; Sprite = "BSPI"; Frame = 11; Tics = 5; Next state = "BSPI_RAISE6"; } State { ID = "BSPI_RAISE6"; Sprite = "BSPI"; Frame = 10; Tics = 5; Next state = "BSPI_RAISE7"; } State { ID = "BSPI_RAISE7"; Sprite = "BSPI"; Frame = 9; Tics = 5; Next state = "BSPI_RUN1"; } State { ID = "ARACH_PLAZ"; Sprite = "APLS"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "ARACH_PLAZ2"; } State { ID = "ARACH_PLAZ2"; Sprite = "APLS"; Frame = 1; Flags = fullbright; Tics = 5; Next state = "ARACH_PLAZ"; } State { ID = "ARACH_PLEX"; Sprite = "APBX"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "ARACH_PLEX2"; } State { ID = "ARACH_PLEX2"; Sprite = "APBX"; Frame = 1; Flags = fullbright; Tics = 5; Next state = "ARACH_PLEX3"; } State { ID = "ARACH_PLEX3"; Sprite = "APBX"; Frame = 2; Flags = fullbright; Tics = 5; Next state = "ARACH_PLEX4"; } State { ID = "ARACH_PLEX4"; Sprite = "APBX"; Frame = 3; Flags = fullbright; Tics = 5; Next state = "ARACH_PLEX5"; } State { ID = "ARACH_PLEX5"; Sprite = "APBX"; Frame = 4; Flags = fullbright; Tics = 5; Next state = "NULL"; } State { ID = "CYBER_STND"; Sprite = "CYBR"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "CYBER_STND2"; } State { ID = "CYBER_STND2"; Sprite = "CYBR"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "CYBER_STND"; } State { ID = "CYBER_RUN1"; Sprite = "CYBR"; Frame = 0; Tics = 3; Action = "A_Hoof"; Next state = "CYBER_RUN2"; } State { ID = "CYBER_RUN2"; Sprite = "CYBR"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "CYBER_RUN3"; } State { ID = "CYBER_RUN3"; Sprite = "CYBR"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "CYBER_RUN4"; } State { ID = "CYBER_RUN4"; Sprite = "CYBR"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "CYBER_RUN5"; } State { ID = "CYBER_RUN5"; Sprite = "CYBR"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "CYBER_RUN6"; } State { ID = "CYBER_RUN6"; Sprite = "CYBR"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "CYBER_RUN7"; } State { ID = "CYBER_RUN7"; Sprite = "CYBR"; Frame = 3; Tics = 3; Action = "A_Metal"; Next state = "CYBER_RUN8"; } State { ID = "CYBER_RUN8"; Sprite = "CYBR"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "CYBER_RUN1"; } State { ID = "CYBER_ATK1"; Sprite = "CYBR"; Frame = 4; Tics = 6; Action = "A_FaceTarget"; Next state = "CYBER_ATK2"; } State { ID = "CYBER_ATK2"; Sprite = "CYBR"; Frame = 5; Flags = fullbright; Tics = 12; Action = "A_CyberAttack"; Next state = "CYBER_ATK3"; } State { ID = "CYBER_ATK3"; Sprite = "CYBR"; Frame = 4; Tics = 12; Action = "A_FaceTarget"; Next state = "CYBER_ATK4"; } State { ID = "CYBER_ATK4"; Sprite = "CYBR"; Frame = 5; Flags = fullbright; Tics = 12; Action = "A_CyberAttack"; Next state = "CYBER_ATK5"; } State { ID = "CYBER_ATK5"; Sprite = "CYBR"; Frame = 4; Tics = 12; Action = "A_FaceTarget"; Next state = "CYBER_ATK6"; } State { ID = "CYBER_ATK6"; Sprite = "CYBR"; Frame = 5; Flags = fullbright; Tics = 12; Action = "A_CyberAttack"; Next state = "CYBER_RUN1"; } State { ID = "CYBER_PAIN"; Sprite = "CYBR"; Frame = 6; Tics = 10; Action = "A_Pain"; Next state = "CYBER_RUN1"; } State { ID = "CYBER_DIE1"; Sprite = "CYBR"; Frame = 7; Tics = 10; Next state = "CYBER_DIE2"; } State { ID = "CYBER_DIE2"; Sprite = "CYBR"; Frame = 8; Tics = 10; Action = "A_Scream"; Next state = "CYBER_DIE3"; } State { ID = "CYBER_DIE3"; Sprite = "CYBR"; Frame = 9; Tics = 10; Next state = "CYBER_DIE4"; } State { ID = "CYBER_DIE4"; Sprite = "CYBR"; Frame = 10; Tics = 10; Next state = "CYBER_DIE5"; } State { ID = "CYBER_DIE5"; Sprite = "CYBR"; Frame = 11; Tics = 10; Next state = "CYBER_DIE6"; } State { ID = "CYBER_DIE6"; Sprite = "CYBR"; Frame = 12; Tics = 10; Action = "A_Fall"; Next state = "CYBER_DIE7"; } State { ID = "CYBER_DIE7"; Sprite = "CYBR"; Frame = 13; Tics = 10; Next state = "CYBER_DIE8"; } State { ID = "CYBER_DIE8"; Sprite = "CYBR"; Frame = 14; Tics = 10; Next state = "CYBER_DIE9"; } State { ID = "CYBER_DIE9"; Sprite = "CYBR"; Frame = 15; Tics = 30; Next state = "CYBER_DIE10"; } State { ID = "CYBER_DIE10"; Sprite = "CYBR"; Frame = 15; Tics = -1; Action = "A_BossDeath"; Next state = "NULL"; } State { ID = "PAIN_STND"; Sprite = "PAIN"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "PAIN_STND"; } State { ID = "PAIN_RUN1"; Sprite = "PAIN"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "PAIN_RUN2"; } State { ID = "PAIN_RUN2"; Sprite = "PAIN"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "PAIN_RUN3"; } State { ID = "PAIN_RUN3"; Sprite = "PAIN"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "PAIN_RUN4"; } State { ID = "PAIN_RUN4"; Sprite = "PAIN"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "PAIN_RUN5"; } State { ID = "PAIN_RUN5"; Sprite = "PAIN"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "PAIN_RUN6"; } State { ID = "PAIN_RUN6"; Sprite = "PAIN"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "PAIN_RUN1"; } State { ID = "PAIN_ATK1"; Sprite = "PAIN"; Frame = 3; Tics = 5; Action = "A_FaceTarget"; Next state = "PAIN_ATK2"; } State { ID = "PAIN_ATK2"; Sprite = "PAIN"; Frame = 4; Tics = 5; Action = "A_FaceTarget"; Next state = "PAIN_ATK3"; } State { ID = "PAIN_ATK3"; Sprite = "PAIN"; Frame = 5; Flags = fullbright; Tics = 5; Action = "A_FaceTarget"; Next state = "PAIN_ATK4"; } State { ID = "PAIN_ATK4"; Sprite = "PAIN"; Frame = 5; Flags = fullbright; Tics = 0; Action = "A_PainAttack"; Next state = "PAIN_RUN1"; } State { ID = "PAIN_PAIN"; Sprite = "PAIN"; Frame = 6; Tics = 6; Next state = "PAIN_PAIN2"; } State { ID = "PAIN_PAIN2"; Sprite = "PAIN"; Frame = 6; Tics = 6; Action = "A_Pain"; Next state = "PAIN_RUN1"; } State { ID = "PAIN_DIE1"; Sprite = "PAIN"; Frame = 7; Flags = fullbright; Tics = 8; Next state = "PAIN_DIE2"; } State { ID = "PAIN_DIE2"; Sprite = "PAIN"; Frame = 8; Flags = fullbright; Tics = 8; Action = "A_Scream"; Next state = "PAIN_DIE3"; } State { ID = "PAIN_DIE3"; Sprite = "PAIN"; Frame = 9; Flags = fullbright; Tics = 8; Next state = "PAIN_DIE4"; } State { ID = "PAIN_DIE4"; Sprite = "PAIN"; Frame = 10; Flags = fullbright; Tics = 8; Next state = "PAIN_DIE5"; } State { ID = "PAIN_DIE5"; Sprite = "PAIN"; Frame = 11; Flags = fullbright; Tics = 8; Action = "A_PainDie"; Next state = "PAIN_DIE6"; } State { ID = "PAIN_DIE6"; Sprite = "PAIN"; Frame = 12; Flags = fullbright; Tics = 8; Next state = "NULL"; } State { ID = "PAIN_RAISE1"; Sprite = "PAIN"; Frame = 12; Tics = 8; Next state = "PAIN_RAISE2"; } State { ID = "PAIN_RAISE2"; Sprite = "PAIN"; Frame = 11; Tics = 8; Next state = "PAIN_RAISE3"; } State { ID = "PAIN_RAISE3"; Sprite = "PAIN"; Frame = 10; Tics = 8; Next state = "PAIN_RAISE4"; } State { ID = "PAIN_RAISE4"; Sprite = "PAIN"; Frame = 9; Tics = 8; Next state = "PAIN_RAISE5"; } State { ID = "PAIN_RAISE5"; Sprite = "PAIN"; Frame = 8; Tics = 8; Next state = "PAIN_RAISE6"; } State { ID = "PAIN_RAISE6"; Sprite = "PAIN"; Frame = 7; Tics = 8; Next state = "PAIN_RUN1"; } State { ID = "SSWV_STND"; Sprite = "SSWV"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "SSWV_STND2"; } State { ID = "SSWV_STND2"; Sprite = "SSWV"; Frame = 1; Tics = 10; Action = "A_Look"; Next state = "SSWV_STND"; } State { ID = "SSWV_RUN1"; Sprite = "SSWV"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN2"; } State { ID = "SSWV_RUN2"; Sprite = "SSWV"; Frame = 0; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN3"; } State { ID = "SSWV_RUN3"; Sprite = "SSWV"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN4"; } State { ID = "SSWV_RUN4"; Sprite = "SSWV"; Frame = 1; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN5"; } State { ID = "SSWV_RUN5"; Sprite = "SSWV"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN6"; } State { ID = "SSWV_RUN6"; Sprite = "SSWV"; Frame = 2; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN7"; } State { ID = "SSWV_RUN7"; Sprite = "SSWV"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN8"; } State { ID = "SSWV_RUN8"; Sprite = "SSWV"; Frame = 3; Tics = 3; Action = "A_Chase"; Next state = "SSWV_RUN1"; } State { ID = "SSWV_ATK1"; Sprite = "SSWV"; Frame = 4; Tics = 10; Action = "A_FaceTarget"; Next state = "SSWV_ATK2"; } State { ID = "SSWV_ATK2"; Sprite = "SSWV"; Frame = 5; Tics = 10; Action = "A_FaceTarget"; Next state = "SSWV_ATK3"; } State { ID = "SSWV_ATK3"; Sprite = "SSWV"; Frame = 6; Flags = fullbright; Tics = 4; Action = "A_CPosAttack"; Next state = "SSWV_ATK4"; } State { ID = "SSWV_ATK4"; Sprite = "SSWV"; Frame = 5; Tics = 6; Action = "A_FaceTarget"; Next state = "SSWV_ATK5"; } State { ID = "SSWV_ATK5"; Sprite = "SSWV"; Frame = 6; Flags = fullbright; Tics = 4; Action = "A_CPosAttack"; Next state = "SSWV_ATK6"; } State { ID = "SSWV_ATK6"; Sprite = "SSWV"; Frame = 5; Tics = 1; Action = "A_CPosRefire"; Next state = "SSWV_ATK2"; } State { ID = "SSWV_PAIN"; Sprite = "SSWV"; Frame = 7; Tics = 3; Next state = "SSWV_PAIN2"; } State { ID = "SSWV_PAIN2"; Sprite = "SSWV"; Frame = 7; Tics = 3; Action = "A_Pain"; Next state = "SSWV_RUN1"; } State { ID = "SSWV_DIE1"; Sprite = "SSWV"; Frame = 8; Tics = 5; Next state = "SSWV_DIE2"; } State { ID = "SSWV_DIE2"; Sprite = "SSWV"; Frame = 9; Tics = 5; Action = "A_Scream"; Next state = "SSWV_DIE3"; } State { ID = "SSWV_DIE3"; Sprite = "SSWV"; Frame = 10; Tics = 5; Action = "A_Fall"; Next state = "SSWV_DIE4"; } State { ID = "SSWV_DIE4"; Sprite = "SSWV"; Frame = 11; Tics = 5; Next state = "SSWV_DIE5"; } State { ID = "SSWV_DIE5"; Sprite = "SSWV"; Frame = 12; Tics = -1; Next state = "NULL"; } State { ID = "SSWV_XDIE1"; Sprite = "SSWV"; Frame = 13; Tics = 5; Next state = "SSWV_XDIE2"; } State { ID = "SSWV_XDIE2"; Sprite = "SSWV"; Frame = 14; Tics = 5; Action = "A_XScream"; Next state = "SSWV_XDIE3"; } State { ID = "SSWV_XDIE3"; Sprite = "SSWV"; Frame = 15; Tics = 5; Action = "A_Fall"; Next state = "SSWV_XDIE4"; } State { ID = "SSWV_XDIE4"; Sprite = "SSWV"; Frame = 16; Tics = 5; Next state = "SSWV_XDIE5"; } State { ID = "SSWV_XDIE5"; Sprite = "SSWV"; Frame = 17; Tics = 5; Next state = "SSWV_XDIE6"; } State { ID = "SSWV_XDIE6"; Sprite = "SSWV"; Frame = 18; Tics = 5; Next state = "SSWV_XDIE7"; } State { ID = "SSWV_XDIE7"; Sprite = "SSWV"; Frame = 19; Tics = 5; Next state = "SSWV_XDIE8"; } State { ID = "SSWV_XDIE8"; Sprite = "SSWV"; Frame = 20; Tics = 5; Next state = "SSWV_XDIE9"; } State { ID = "SSWV_XDIE9"; Sprite = "SSWV"; Frame = 21; Tics = -1; Next state = "NULL"; } State { ID = "SSWV_RAISE1"; Sprite = "SSWV"; Frame = 12; Tics = 5; Next state = "SSWV_RAISE2"; } State { ID = "SSWV_RAISE2"; Sprite = "SSWV"; Frame = 11; Tics = 5; Next state = "SSWV_RAISE3"; } State { ID = "SSWV_RAISE3"; Sprite = "SSWV"; Frame = 10; Tics = 5; Next state = "SSWV_RAISE4"; } State { ID = "SSWV_RAISE4"; Sprite = "SSWV"; Frame = 9; Tics = 5; Next state = "SSWV_RAISE5"; } State { ID = "SSWV_RAISE5"; Sprite = "SSWV"; Frame = 8; Tics = 5; Next state = "SSWV_RUN1"; } State { ID = "KEENSTND"; Sprite = "KEEN"; Frame = 0; Tics = -1; Next state = "KEENSTND"; } State { ID = "COMMKEEN"; Sprite = "KEEN"; Frame = 0; Tics = 6; Next state = "COMMKEEN2"; } State { ID = "COMMKEEN2"; Sprite = "KEEN"; Frame = 1; Tics = 6; Next state = "COMMKEEN3"; } State { ID = "COMMKEEN3"; Sprite = "KEEN"; Frame = 2; Tics = 6; Action = "A_Scream"; Next state = "COMMKEEN4"; } State { ID = "COMMKEEN4"; Sprite = "KEEN"; Frame = 3; Tics = 6; Next state = "COMMKEEN5"; } State { ID = "COMMKEEN5"; Sprite = "KEEN"; Frame = 4; Tics = 6; Next state = "COMMKEEN6"; } State { ID = "COMMKEEN6"; Sprite = "KEEN"; Frame = 5; Tics = 6; Next state = "COMMKEEN7"; } State { ID = "COMMKEEN7"; Sprite = "KEEN"; Frame = 6; Tics = 6; Next state = "COMMKEEN8"; } State { ID = "COMMKEEN8"; Sprite = "KEEN"; Frame = 7; Tics = 6; Next state = "COMMKEEN9"; } State { ID = "COMMKEEN9"; Sprite = "KEEN"; Frame = 8; Tics = 6; Next state = "COMMKEEN10"; } State { ID = "COMMKEEN10"; Sprite = "KEEN"; Frame = 9; Tics = 6; Next state = "COMMKEEN11"; } State { ID = "COMMKEEN11"; Sprite = "KEEN"; Frame = 10; Tics = 6; Action = "A_KeenDie"; Next state = "COMMKEEN12"; } State { ID = "COMMKEEN12"; Sprite = "KEEN"; Frame = 11; Tics = -1; Next state = "NULL"; } State { ID = "KEENPAIN"; Sprite = "KEEN"; Frame = 12; Tics = 4; Next state = "KEENPAIN2"; } State { ID = "KEENPAIN2"; Sprite = "KEEN"; Frame = 12; Tics = 8; Action = "A_Pain"; Next state = "KEENSTND"; } State { ID = "BRAIN"; Sprite = "BBRN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BRAIN_PAIN"; Sprite = "BBRN"; Frame = 1; Tics = 36; Action = "A_BrainPain"; Next state = "BRAIN"; } State { ID = "BRAIN_DIE1"; Sprite = "BBRN"; Frame = 0; Tics = 100; Action = "A_BrainScream"; Next state = "BRAIN_DIE2"; } State { ID = "BRAIN_DIE2"; Sprite = "BBRN"; Frame = 0; Tics = 10; Next state = "BRAIN_DIE3"; } State { ID = "BRAIN_DIE3"; Sprite = "BBRN"; Frame = 0; Tics = 10; Next state = "BRAIN_DIE4"; } State { ID = "BRAIN_DIE4"; Sprite = "BBRN"; Frame = 0; Tics = -1; Action = "A_BrainDie"; Next state = "NULL"; } State { ID = "BRAINEYE"; Sprite = "SSWV"; Frame = 0; Tics = 10; Action = "A_Look"; Next state = "BRAINEYE"; } State { ID = "BRAINEYESEE"; Sprite = "SSWV"; Frame = 0; Tics = 181; Action = "A_BrainAwake"; Next state = "BRAINEYE1"; } State { ID = "BRAINEYE1"; Sprite = "SSWV"; Frame = 0; Tics = 150; Action = "A_BrainSpit"; Next state = "BRAINEYE1"; } State { ID = "SPAWN1"; Sprite = "BOSF"; Frame = 0; Flags = fullbright; Tics = 3; Action = "A_SpawnSound"; Next state = "SPAWN2"; } State { ID = "SPAWN2"; Sprite = "BOSF"; Frame = 1; Flags = fullbright; Tics = 3; Action = "A_SpawnFly"; Next state = "SPAWN3"; } State { ID = "SPAWN3"; Sprite = "BOSF"; Frame = 2; Flags = fullbright; Tics = 3; Action = "A_SpawnFly"; Next state = "SPAWN4"; } State { ID = "SPAWN4"; Sprite = "BOSF"; Frame = 3; Flags = fullbright; Tics = 3; Action = "A_SpawnFly"; Next state = "SPAWN1"; } State { ID = "SPAWNFIRE1"; Sprite = "FIRE"; Frame = 0; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "SPAWNFIRE2"; } State { ID = "SPAWNFIRE2"; Sprite = "FIRE"; Frame = 1; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "SPAWNFIRE3"; } State { ID = "SPAWNFIRE3"; Sprite = "FIRE"; Frame = 2; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "SPAWNFIRE4"; } State { ID = "SPAWNFIRE4"; Sprite = "FIRE"; Frame = 3; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "SPAWNFIRE5"; } State { ID = "SPAWNFIRE5"; Sprite = "FIRE"; Frame = 4; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "SPAWNFIRE6"; } State { ID = "SPAWNFIRE6"; Sprite = "FIRE"; Frame = 5; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "SPAWNFIRE7"; } State { ID = "SPAWNFIRE7"; Sprite = "FIRE"; Frame = 6; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "SPAWNFIRE8"; } State { ID = "SPAWNFIRE8"; Sprite = "FIRE"; Frame = 7; Flags = fullbright; Tics = 4; Action = "A_Fire"; Next state = "NULL"; } State { ID = "BRAINEXPLODE1"; Sprite = "MISL"; Frame = 1; Flags = fullbright; Tics = 10; Next state = "BRAINEXPLODE2"; } State { ID = "BRAINEXPLODE2"; Sprite = "MISL"; Frame = 2; Flags = fullbright; Tics = 10; Next state = "BRAINEXPLODE3"; } State { ID = "BRAINEXPLODE3"; Sprite = "MISL"; Frame = 3; Flags = fullbright; Tics = 10; Action = "A_BrainExplode"; Next state = "NULL"; } State { ID = "ARM1"; Sprite = "ARM1"; Frame = 0; Tics = 6; Next state = "ARM1A"; } State { ID = "ARM1A"; Sprite = "ARM1"; Frame = 1; Tics = 7; Flags = fullbright | noautolight; Next state = "ARM1"; } State { ID = "ARM2"; Sprite = "ARM2"; Frame = 0; Tics = 6; Next state = "ARM2A"; } State { ID = "ARM2A"; Sprite = "ARM2"; Frame = 1; Tics = 6; Flags = fullbright | noautolight; Next state = "ARM2"; } State { ID = "BAR1"; Sprite = "BAR1"; Frame = 0; Tics = 6; Next state = "BAR2"; } State { ID = "BAR2"; Sprite = "BAR1"; Frame = 1; Tics = 6; Next state = "BAR1"; } State { ID = "BEXP"; Sprite = "BEXP"; Frame = 0; Flags = fullbright; Tics = 5; Next state = "BEXP2"; } State { ID = "BEXP2"; Sprite = "BEXP"; Frame = 1; Flags = fullbright; Tics = 5; Action = "A_Scream"; Next state = "BEXP3"; } State { ID = "BEXP3"; Sprite = "BEXP"; Frame = 2; Flags = fullbright; Tics = 5; Next state = "BEXP4"; } State { ID = "BEXP4"; Sprite = "BEXP"; Frame = 3; Flags = fullbright; Tics = 10; Action = "A_Explode"; Next state = "BEXP5"; } State { ID = "BEXP5"; Sprite = "BEXP"; Frame = 4; Flags = fullbright; Tics = 10; Next state = "NULL"; } State { ID = "BBAR1"; Sprite = "FCAN"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BBAR2"; } State { ID = "BBAR2"; Sprite = "FCAN"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BBAR3"; } State { ID = "BBAR3"; Sprite = "FCAN"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "BBAR1"; } State { ID = "BON1"; Sprite = "BON1"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "BON1A"; } State { ID = "BON1A"; Sprite = "BON1"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "BON1B"; } State { ID = "BON1B"; Sprite = "BON1"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "BON1C"; } State { ID = "BON1C"; Sprite = "BON1"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "BON1D"; } State { ID = "BON1D"; Sprite = "BON1"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "BON1E"; } State { ID = "BON1E"; Sprite = "BON1"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "BON1"; } State { ID = "BON2"; Sprite = "BON2"; Frame = 0; Tics = 6; Next state = "BON2A"; } State { ID = "BON2A"; Sprite = "BON2"; Frame = 1; Tics = 6; Next state = "BON2B"; } State { ID = "BON2B"; Sprite = "BON2"; Frame = 2; Tics = 6; Next state = "BON2C"; } State { ID = "BON2C"; Sprite = "BON2"; Frame = 3; Tics = 6; Next state = "BON2D"; } State { ID = "BON2D"; Sprite = "BON2"; Frame = 2; Tics = 6; Next state = "BON2E"; } State { ID = "BON2E"; Sprite = "BON2"; Frame = 1; Tics = 6; Next state = "BON2"; } State { ID = "BKEY"; Sprite = "BKEY"; Frame = 0; Tics = 10; Next state = "BKEY2"; } State { ID = "BKEY2"; Sprite = "BKEY"; Frame = 1; Flags = fullbright; Tics = 10; Next state = "BKEY"; } State { ID = "RKEY"; Sprite = "RKEY"; Frame = 0; Tics = 10; Next state = "RKEY2"; } State { ID = "RKEY2"; Sprite = "RKEY"; Frame = 1; Flags = fullbright; Tics = 10; Next state = "RKEY"; } State { ID = "YKEY"; Sprite = "YKEY"; Frame = 0; Tics = 10; Next state = "YKEY2"; } State { ID = "YKEY2"; Sprite = "YKEY"; Frame = 1; Flags = fullbright; Tics = 10; Next state = "YKEY"; } State { ID = "BSKULL"; Sprite = "BSKU"; Frame = 0; Tics = 10; Next state = "BSKULL2"; } State { ID = "BSKULL2"; Sprite = "BSKU"; Frame = 1; Flags = fullbright; Tics = 10; Next state = "BSKULL"; } State { ID = "RSKULL"; Sprite = "RSKU"; Frame = 0; Tics = 10; Next state = "RSKULL2"; } State { ID = "RSKULL2"; Sprite = "RSKU"; Frame = 1; Flags = fullbright; Tics = 10; Next state = "RSKULL"; } State { ID = "YSKULL"; Sprite = "YSKU"; Frame = 0; Tics = 10; Next state = "YSKULL2"; } State { ID = "YSKULL2"; Sprite = "YSKU"; Frame = 1; Flags = fullbright; Tics = 10; Next state = "YSKULL"; } State { ID = "STIM"; Sprite = "STIM"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEDI"; Sprite = "MEDI"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SOUL"; Sprite = "SOUL"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "SOUL2"; } State { ID = "SOUL2"; Sprite = "SOUL"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "SOUL3"; } State { ID = "SOUL3"; Sprite = "SOUL"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "SOUL4"; } State { ID = "SOUL4"; Sprite = "SOUL"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "SOUL5"; } State { ID = "SOUL5"; Sprite = "SOUL"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "SOUL6"; } State { ID = "SOUL6"; Sprite = "SOUL"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "SOUL"; } State { ID = "PINV"; Sprite = "PINV"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "PINV2"; } State { ID = "PINV2"; Sprite = "PINV"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PINV3"; } State { ID = "PINV3"; Sprite = "PINV"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "PINV4"; } State { ID = "PINV4"; Sprite = "PINV"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "PINV"; } State { ID = "PSTR"; Sprite = "PSTR"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "PINS"; Sprite = "PINS"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "PINS2"; } State { ID = "PINS2"; Sprite = "PINS"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PINS3"; } State { ID = "PINS3"; Sprite = "PINS"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "PINS4"; } State { ID = "PINS4"; Sprite = "PINS"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "PINS"; } State { ID = "MEGA"; Sprite = "MEGA"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "MEGA2"; } State { ID = "MEGA2"; Sprite = "MEGA"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "MEGA3"; } State { ID = "MEGA3"; Sprite = "MEGA"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "MEGA4"; } State { ID = "MEGA4"; Sprite = "MEGA"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "MEGA"; } State { ID = "SUIT"; Sprite = "SUIT"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "PMAP"; Sprite = "PMAP"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "PMAP2"; } State { ID = "PMAP2"; Sprite = "PMAP"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PMAP3"; } State { ID = "PMAP3"; Sprite = "PMAP"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "PMAP4"; } State { ID = "PMAP4"; Sprite = "PMAP"; Frame = 3; Flags = fullbright; Tics = 6; Next state = "PMAP5"; } State { ID = "PMAP5"; Sprite = "PMAP"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "PMAP6"; } State { ID = "PMAP6"; Sprite = "PMAP"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "PMAP"; } State { ID = "PVIS"; Sprite = "PVIS"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "PVIS2"; } State { ID = "PVIS2"; Sprite = "PVIS"; Frame = 1; Tics = 6; Next state = "PVIS"; } State { ID = "CLIP"; Sprite = "CLIP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "AMMO"; Sprite = "AMMO"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "ROCK"; Sprite = "ROCK"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BROK"; Sprite = "BROK"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CELL"; Sprite = "CELL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CELP"; Sprite = "CELP"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHEL"; Sprite = "SHEL"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SBOX"; Sprite = "SBOX"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BPAK"; Sprite = "BPAK"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BFUG"; Sprite = "BFUG"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MGUN"; Sprite = "MGUN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CSAW"; Sprite = "CSAW"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "LAUN"; Sprite = "LAUN"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "PLAS"; Sprite = "PLAS"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHOT"; Sprite = "SHOT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHOT2"; Sprite = "SGN2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "COLU"; Sprite = "COLU"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "STALAG"; Sprite = "SMT2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BLOODYTWITCH"; Sprite = "GOR1"; Frame = 0; Tics = 10; Next state = "BLOODYTWITCH2"; } State { ID = "BLOODYTWITCH2"; Sprite = "GOR1"; Frame = 1; Tics = 15; Next state = "BLOODYTWITCH3"; } State { ID = "BLOODYTWITCH3"; Sprite = "GOR1"; Frame = 2; Tics = 8; Next state = "BLOODYTWITCH4"; } State { ID = "BLOODYTWITCH4"; Sprite = "GOR1"; Frame = 1; Tics = 6; Next state = "BLOODYTWITCH"; } State { ID = "DEADTORSO"; Sprite = "PLAY"; Frame = 13; Tics = -1; Next state = "NULL"; } State { ID = "DEADBOTTOM"; Sprite = "PLAY"; Frame = 18; Tics = -1; Next state = "NULL"; } State { ID = "HEADSONSTICK"; Sprite = "POL2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "GIBS"; Sprite = "POL5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HEADONASTICK"; Sprite = "POL4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HEADCANDLES"; Sprite = "POL3"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "HEADCANDLES2"; } State { ID = "HEADCANDLES2"; Sprite = "POL3"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "HEADCANDLES"; } State { ID = "DEADSTICK"; Sprite = "POL1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "LIVESTICK"; Sprite = "POL6"; Frame = 0; Tics = 6; Next state = "LIVESTICK2"; } State { ID = "LIVESTICK2"; Sprite = "POL6"; Frame = 1; Tics = 8; Next state = "LIVESTICK"; } State { ID = "MEAT2"; Sprite = "GOR2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEAT3"; Sprite = "GOR3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEAT4"; Sprite = "GOR4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "MEAT5"; Sprite = "GOR5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "STALAGTITE"; Sprite = "SMIT"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TALLGRNCOL"; Sprite = "COL1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHRTGRNCOL"; Sprite = "COL2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TALLREDCOL"; Sprite = "COL3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SHRTREDCOL"; Sprite = "COL4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "CANDLESTIK"; Sprite = "CAND"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "CANDELABRA"; Sprite = "CBRA"; Frame = 0; Flags = fullbright; Tics = -1; Next state = "NULL"; } State { ID = "SKULLCOL"; Sprite = "COL6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TORCHTREE"; Sprite = "TRE1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BIGTREE"; Sprite = "TRE2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TECHPILLAR"; Sprite = "ELEC"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "EVILEYE"; Sprite = "CEYE"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "EVILEYE2"; } State { ID = "EVILEYE2"; Sprite = "CEYE"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "EVILEYE3"; } State { ID = "EVILEYE3"; Sprite = "CEYE"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "EVILEYE4"; } State { ID = "EVILEYE4"; Sprite = "CEYE"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "EVILEYE"; } State { ID = "FLOATSKULL"; Sprite = "FSKU"; Frame = 0; Flags = fullbright; Tics = 6; Next state = "FLOATSKULL2"; } State { ID = "FLOATSKULL2"; Sprite = "FSKU"; Frame = 1; Flags = fullbright; Tics = 6; Next state = "FLOATSKULL3"; } State { ID = "FLOATSKULL3"; Sprite = "FSKU"; Frame = 2; Flags = fullbright; Tics = 6; Next state = "FLOATSKULL"; } State { ID = "HEARTCOL"; Sprite = "COL5"; Frame = 0; Tics = 14; Next state = "HEARTCOL2"; } State { ID = "HEARTCOL2"; Sprite = "COL5"; Frame = 1; Tics = 14; Next state = "HEARTCOL"; } State { ID = "BLUETORCH"; Sprite = "TBLU"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BLUETORCH2"; } State { ID = "BLUETORCH2"; Sprite = "TBLU"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BLUETORCH3"; } State { ID = "BLUETORCH3"; Sprite = "TBLU"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "BLUETORCH4"; } State { ID = "BLUETORCH4"; Sprite = "TBLU"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "BLUETORCH"; } State { ID = "GREENTORCH"; Sprite = "TGRN"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "GREENTORCH2"; } State { ID = "GREENTORCH2"; Sprite = "TGRN"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "GREENTORCH3"; } State { ID = "GREENTORCH3"; Sprite = "TGRN"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "GREENTORCH4"; } State { ID = "GREENTORCH4"; Sprite = "TGRN"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "GREENTORCH"; } State { ID = "REDTORCH"; Sprite = "TRED"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "REDTORCH2"; } State { ID = "REDTORCH2"; Sprite = "TRED"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "REDTORCH3"; } State { ID = "REDTORCH3"; Sprite = "TRED"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "REDTORCH4"; } State { ID = "REDTORCH4"; Sprite = "TRED"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "REDTORCH"; } State { ID = "BTORCHSHRT"; Sprite = "SMBT"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT2"; } State { ID = "BTORCHSHRT2"; Sprite = "SMBT"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT3"; } State { ID = "BTORCHSHRT3"; Sprite = "SMBT"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT4"; } State { ID = "BTORCHSHRT4"; Sprite = "SMBT"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "BTORCHSHRT"; } State { ID = "GTORCHSHRT"; Sprite = "SMGT"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT2"; } State { ID = "GTORCHSHRT2"; Sprite = "SMGT"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT3"; } State { ID = "GTORCHSHRT3"; Sprite = "SMGT"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT4"; } State { ID = "GTORCHSHRT4"; Sprite = "SMGT"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "GTORCHSHRT"; } State { ID = "RTORCHSHRT"; Sprite = "SMRT"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT2"; } State { ID = "RTORCHSHRT2"; Sprite = "SMRT"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT3"; } State { ID = "RTORCHSHRT3"; Sprite = "SMRT"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT4"; } State { ID = "RTORCHSHRT4"; Sprite = "SMRT"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "RTORCHSHRT"; } State { ID = "HANGNOGUTS"; Sprite = "HDB1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGBNOBRAIN"; Sprite = "HDB2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTLOOKDN"; Sprite = "HDB3"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTSKULL"; Sprite = "HDB4"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTLOOKUP"; Sprite = "HDB5"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "HANGTNOBRAIN"; Sprite = "HDB6"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "COLONGIBS"; Sprite = "POB1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "SMALLPOOL"; Sprite = "POB2"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "BRAINSTEM"; Sprite = "BRS1"; Frame = 0; Tics = -1; Next state = "NULL"; } State { ID = "TECHLAMP"; Sprite = "TLMP"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "TECHLAMP2"; } State { ID = "TECHLAMP2"; Sprite = "TLMP"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "TECHLAMP3"; } State { ID = "TECHLAMP3"; Sprite = "TLMP"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "TECHLAMP4"; } State { ID = "TECHLAMP4"; Sprite = "TLMP"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "TECHLAMP"; } State { ID = "TECH2LAMP"; Sprite = "TLP2"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "TECH2LAMP2"; } State { ID = "TECH2LAMP2"; Sprite = "TLP2"; Frame = 1; Flags = fullbright; Tics = 4; Next state = "TECH2LAMP3"; } State { ID = "TECH2LAMP3"; Sprite = "TLP2"; Frame = 2; Flags = fullbright; Tics = 4; Next state = "TECH2LAMP4"; } State { ID = "TECH2LAMP4"; Sprite = "TLP2"; Frame = 3; Flags = fullbright; Tics = 4; Next state = "TECH2LAMP"; } State { ID = "SMALL_WHITE_LIGHT"; Sprite = "APBX"; Frame = 4; Tics = -1; Next state = "NULL"; } Thing { ID = "TEMPSOUNDORIGIN"; DoomEd number = -1; Spawn state = "TEMPSOUNDORIGIN1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Radius = 1; Height = 1; Mass = 100; Flags = local | nosector | noblockmap | nogravity; } State { ID = "TEMPSOUNDORIGIN1"; Tics = 175; Next state = "NULL"; } # An extra step for the missile explosion to allow the particle effects to # look better. A bit of a hack, mind you. State { ID = "EXPLODE0"; Sprite = "MISL"; Frame = 1; Flags = fullbright; Next state = "EXPLODE1"; } # A_Tracer() spawns rocket puffs. This is copied from the original # PUFF type. Thing { ID = "ROCKETPUFF"; DoomEd number = -1; Spawn state = "ROCKETPUFF1"; See state = "NULL"; Pain state = "NULL"; Melee state = "NULL"; Missile state = "NULL"; Death state = "NULL"; Xdeath state = "NULL"; Raise state = "NULL"; See sound = "None"; Attack sound = "None"; Pain sound = "None"; Death sound = "None"; Active sound = "None"; Reaction time = 8; Spawn health = 1000; Radius = 8; Height = 8; Mass = 100; Flags = noblockmap | nogravity | viewalign; } State { ID = "ROCKETPUFF1"; Sprite = "PUFF"; Frame = 0; Flags = fullbright; Tics = 4; Next state = "ROCKETPUFF2"; } State { ID = "ROCKETPUFF2"; Sprite = "PUFF"; Frame = 1; Tics = 4; Next state = "ROCKETPUFF3"; } State { ID = "ROCKETPUFF3"; Sprite = "PUFF"; Frame = 2; Tics = 4; Next state = "ROCKETPUFF4"; } State { ID = "ROCKETPUFF4"; Sprite = "PUFF"; Frame = 3; Tics = 4; Next state = "NULL"; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1-share.ded0000664000175000017500000000115612350542240022661 0ustar jaakkojaakko# # DOOM (Shareware) - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "doom1/anim.ded"; Include "doom1/particles.ded"; Include "doom1/skies.ded"; Include "doom1/maps.ded"; Include "doom1/finales.ded"; Include "doom1/fonts.ded"; Include "doom1/lights.ded"; Include "doom1/materials.ded"; Include "doom1/materialenvironments.ded"; Include "doom1/music.ded"; Include "doom1/menu.ded"; Include "doom1/hud.ded"; Include "doom1/inlude.ded"; doomsday-1.14.5/doomsday/plugins/doom/defs/finales.ded0000664000175000017500000000526712350542240022172 0ustar jaakkojaakko# libdoom: Default intermissions and Finales # (see: http://dengine.net/dew/index.php?title=InFine_script_reference) Header { Version = 5; } InFine { ID = "imp"; Script { NoSkip # No background. ColorAlpha 0 0 0 0 # Init objects. Rect info_box 68 28 0 0 FillColor info_box BOTH 0 .4 0 0 EdgeColor info_box BOTH 1 1 1 0 Rect box 98 8 0 0 FillColor box BOTH 0 .4 0 .25 EdgeColor box BOTH 0 1 0 .3 Patch imp 66 56 "TROOA1" RGB imp .3 1 .3 Scale imp .8 Alpha imp 0 # Light text for highlights. PreColor 1 .6 1 .6 # Open the boxes. In 1 FillColor box BOTH 0 .4 0 .4 EdgeColor box BOTH 0 1 0 .2 ScaleXY box 170 145 In .3 FillColor info_box TOP 0 .4 0 .3 FillColor info_box BOTTOM 0 .2 0 .4 EdgeColor info_box BOTH 0 1 0 .3 Scale info_box 40 X info_box 48 Y info_box 8 Wait .3 In .25 Sy info_box 60 Wait .25 In .5 Alpha imp 1 Wait .5 # Show info. Text name 103 13 "The \1Imp\0 Monster" In 0 RGB name 0 .8 0; Scale name .8 FontB name Wait 1 Text desc 103 32 "Beware this \1highly dangerous\0\n monster! Don't be fooled by\n it's friendly-looking grin.\W\n It will hurl \1fireballs\0 at you,\n and they burn!\W\W\n\n Oh, how they \1burn\0!\W\W\n\n Imp, imp, burning bright\n In the forests of the night.\n What immortal hand or eye\n Could frame thy \1fearful\n symmetry\0?" In 0 RGB desc 0 .8 0; Scale desc .75 Wait 15.5 In .5 Precolor 1 1 .8 .3 ColorAlpha 1 .8 .3 .2 Wait .8 In .5 Precolor 1 .6 1 .6 ColorAlpha 0 0 0 0 WaitText desc Wait 5 In .5 Alpha imp 0 Alpha name 0 Alpha desc 0 Wait .5 In .3 FillColor info_box BOTH 0 .4 0 0 FillColor box BOTH 0 .4 0 0 Sy info_box 0 Sy box 0 Wait .3 # Imp scare. In 1 RGB imp 1 1 1 Alpha imp 1 Wait .5 Sound "firsht" In 5 X imp 80 Y imp 500 Scale imp 10 Angle imp 45 Wait 1.5 Sound "bgsit1" Wait 3 SoundAt "pldeth" .5 In .5 Alpha imp 0 Wait .5 CanSkip }; } InFine { ID = "gyrations"; Script { NoSkip # Rotates around its center. Patch imp 100 100 "TROOA1" # Rotates around its center. Rect box 160 50 50 50 FillColor box BOTH 0 .4 0 1 EdgeColor box BOTH 1 1 1 1 # Rotates around the top left corner of the text box. Text txt 130 130 "Gyrations" Wait 1 In 5 Angle imp 360 Angle box 360 Angle txt 360 Wait 7 CanSkip }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom1.ded0000664000175000017500000000114212350542240021554 0ustar jaakkojaakko# # DOOM - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "doom1/anim.ded"; Include "doom1/particles.ded"; Include "doom1/skies.ded"; Include "doom1/maps.ded"; Include "doom1/finales.ded"; Include "doom1/fonts.ded"; Include "doom1/lights.ded"; Include "doom1/materials.ded"; Include "doom1/materialenvironments.ded"; Include "doom1/music.ded"; Include "doom1/menu.ded"; Include "doom1/hud.ded"; Include "doom1/inlude.ded"; doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/0000775000175000017500000000000012350542240021004 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/defs/hacx/text.ded0000664000175000017500000000277512350542240022461 0ustar jaakkojaakko# HacX - Text Strings # Header { Version = 5; } # HacX uses different weapon names. Text { ID = "WEAPON1"; Text = "Kick"; } Text { ID = "WEAPON2"; Text = "Pistol"; } Text { ID = "WEAPON3"; Text = "Tazer"; } Text { ID = "WEAPON4"; Text = "UZI"; } Text { ID = "WEAPON5"; Text = "Photon 'Zooka"; } Text { ID = "WEAPON6"; Text = "Big Stick"; } Text { ID = "WEAPON7"; Text = "Nuker"; } Text { ID = "WEAPON8"; Text = "HOIG Reznator"; } Text { ID = "WEAPON9"; Text = "Cryogun"; } Text { ID = "KILLMSG_WEAPON0"; Text = "%1 kicked %2 to death"; } Text { ID = "KILLMSG_PISTOL"; Text = "%2 was gunned down by %1."; } Text { ID = "KILLMSG_SHOTGUN"; Text = "%1 shot %2 to bloody bits."; } Text { ID = "KILLMSG_CHAINGUN"; Text = "%2 was poisoned by %1's lead."; } Text { ID = "KILLMSG_MISSILE"; Text = "%2 rode %1's torpedo. Splat!"; } Text { ID = "KILLMSG_PLASMA"; Text = "%2 was deionised by %1's stick."; } Text { ID = "KILLMSG_BFG"; Text = "%2 was nuked by %1's Nuker!"; } Text { ID = "KILLMSG_CHAINSAW"; Text = "%1 slaughtered %2 with a buzz!"; } Text { ID = "KILLMSG_SUPERSHOTGUN"; Text = "%1 shattered %2 into tiny bits."; } # HacX uses different skill level names. Text { ID = "SKILL1"; Text = "Please don't shoot!"; } Text { ID = "SKILL2"; Text = "Arrgh, I need health!"; } Text { ID = "SKILL3"; Text = "Let's rip them apart!"; } Text { ID = "SKILL4"; Text = "I am immortal"; } Text { ID = "SKILL5"; Text = "Insanity!"; } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/materials.ded0000664000175000017500000000617612350542240023455 0ustar jaakkojaakko# HacX - Material Enhancements # # Patch the Material definitions created automatically by the engine, # adding new effects to them. # # For further information on Material definition syntax and semantics see: # # http://dengine.net/dew/?title=Ded_material Header { Version = 6; } SkipIf -nodefaultfx; # # Glowing flats: # Material Mods "flats:FWATER1" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } Material Mods "flats:FWATER2" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } Material Mods "flats:FWATER3" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } Material Mods "flats:FWATER4" { Layer { Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } Stage { Glow = .116; Glow Rnd = .5; } } } Material Mods "flats:SLIME09" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:SLIME10" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:SLIME11" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "flats:SLIME12" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } # # Glowing textures: # # Computer/hologram displays: Material Mods "textures:BRNSMALR" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:CEMENT7" { Layer { Stage { Glow = 1.8; } } } Material Mods "textures:ZZZFACE1" { Layer { Stage { Glow = 1.8; } } } # Laser trip wire: Material Mods "textures:BLAKWAL1" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } } } # Force field? Material Mods "textures:SLADRIP1" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:SLADRIP2" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } Material Mods "textures:SLADRIP3" { Layer { Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } Stage { Glow = 1.8; Glow Rnd = .8; } } } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/maps.ded0000664000175000017500000000532612350542240022430 0ustar jaakkojaakko# HacX - Map metadata # # For further information on Map Info definition syntax and semantics see: # # http://dengine.net/dew/?title=Map_Info # Header { Version = 5; } # The default definition, used for any maps without a map info definition. Map Info { ID = "*"; Name = "Unnamed"; Author = "Unknown"; Music = "runnin"; Gravity = 1; Sky = "sky1"; } Map Info { ID = "MAP01"; Name = "HUSTR_1"; Author = "Banjo Software"; Music = "runnin"; Par time = 30; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "MAP02"; Name = "HUSTR_2"; Music = "stalks"; Par time = 90; } Copy Map Info { ID = "MAP03"; Name = "HUSTR_3"; Music = "countd"; Par time = 120; } Copy Map Info { ID = "MAP04"; Name = "HUSTR_4"; Music = "betwee"; Par time = 120; } Copy Map Info { ID = "MAP05"; Name = "HUSTR_5"; Music = "doom"; Par time = 90; } Copy Map Info { ID = "MAP06"; Name = "HUSTR_6"; Music = "the_da"; Par time = 150; } Copy Map Info { ID = "MAP07"; Name = "HUSTR_7"; Music = "shawn"; Par time = 120; } Copy Map Info { ID = "MAP08"; Name = "HUSTR_8"; Music = "ddtblu"; Par time = 120; } Copy Map Info { ID = "MAP09"; Name = "HUSTR_9"; Music = "in_cit"; Par time = 270; } Copy Map Info { ID = "MAP10"; Name = "HUSTR_10"; Par time = 90; Music = "dead"; } Copy Map Info { ID = "MAP11"; Name = "HUSTR_11"; Music = "stlks2"; Par time = 210; } # From MAP12 onwards, the sky changes to SKY2. Copy Map Info { ID = "MAP12"; Name = "HUSTR_12"; Music = "theda2"; Par time = 150; Sky = "sky2"; } Copy Map Info { ID = "MAP13"; Name = "HUSTR_13"; Music = "doom2"; Par time = 150; } Copy Map Info { ID = "MAP14"; Name = "HUSTR_14"; Music = "ddtbl2"; Par time = 150; } Copy Map Info { ID = "MAP15"; Name = "HUSTR_15"; Music = "runni2"; Par time = 210; } Copy Map Info { ID = "MAP16"; Name = "HUSTR_16"; Music = "dead2"; Par time = 150; } Copy Map Info { ID = "MAP17"; Name = "HUSTR_17"; Music = "stlks3"; Par time = 420; } Copy Map Info { ID = "MAP18"; Name = "HUSTR_18"; Music = "romero"; Par time = 150; } Copy Map Info { ID = "MAP19"; Name = "HUSTR_19"; Music = "shawn2"; Par time = 210; } Copy Map Info { ID = "MAP20"; Name = "HUSTR_20"; Music = "messag"; Par time = 150; } # From MAP21 onwards, the sky changes to SKY3 Copy Map Info { ID = "MAP21"; Name = "HUSTR_21"; Music = "count2"; Par time = 240; Sky = "sky3"; } Copy Map Info { ID = "MAP31"; Name = "HUSTR_31"; Music = "evil"; Par time = 120; } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/menu.ded0000664000175000017500000000214612350542240022431 0ustar jaakkojaakko# HacX - Menu Patch Replacements # # The "Patch Replacement" values are used to replace patches with # strings of text. For further information on syntax see values.ded Header { Version = 5; } SkipIf -nodefaultfx; Values { Patch Replacement { M_NGAME = "{tracking=-1;x=-3}New game"; M_OPTION = "{tracking=-1;x=-3}Options"; M_LOADG = "{tracking=-1;x=-3}Load game"; M_SAVEG = "{tracking=-1;x=-3}Save game"; M_RDTHIS = "{tracking=-1;x=-3}Help'n'Info"; M_QUITG = "{tracking=-1;x=-3}Leave game"; M_NEWG = "{tracking=-1;x=-3;y=-3}New Game"; M_OPTTTL = "{tracking=-1;x=-3;y=-3}Options"; M_SGTTL = "{tracking=-1;x=-3;y=-3}Save a game"; M_LGTTL = "{tracking=-1;x=-3;y=-3}Load a game"; M_SKILL = "{tracking=-1;x=-45}Choose difficulty level:"; M_JKILL = "{tracking=-1;x=-3;y=-3}Please don't shoot!"; M_ROUGH = "{tracking=-1;x=-3;y=-3}Arrrgh, I need health!"; M_HURT = "{tracking=-1;x=-3;y=-3}Let's rip them apart!"; M_ULTRA = "{tracking=-1;x=-3;y=-3}I am immortal"; M_NMARE = "{tracking=-1;x=-3;y=-3}Insanity!"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/materialenvironments.ded0000664000175000017500000001260612350542240025735 0ustar jaakkojaakko# HacX: Material Environments Header { Version = 5; } Texture Environment { ID = "Metal"; Material { ID = "flats:FLOOR0_3"; }; Material { ID = "flats:FLOOR1_1"; }; Material { ID = "flats:FLOOR1_7"; }; Material { ID = "flats:FLOOR3_3"; }; Material { ID = "flats:FLOOR4_5"; }; Material { ID = "flats:FLOOR5_1"; }; Material { ID = "flats:TLITE6_5"; }; Material { ID = "flats:DEM1_1"; }; Material { ID = "flats:DEM1_2"; }; Material { ID = "flats:DEM1_3"; }; Material { ID = "flats:DEM1_4"; }; Material { ID = "flats:CEIL3_1"; }; Material { ID = "flats:CEIL5_1"; }; Material { ID = "flats:CEIL5_2"; }; Material { ID = "flats:FLAT2"; }; Material { ID = "flats:NUKAGE1"; }; Material { ID = "flats:NUKAGE2"; }; Material { ID = "flats:NUKAGE3"; }; Material { ID = "flats:SFLR7_1"; }; Material { ID = "flats:FLOOR0_2"; }; Material { ID = "flats:MFLR8_4"; }; Material { ID = "flats:CEIL1_3"; }; Material { ID = "flats:BLOOD1"; }; Material { ID = "flats:BLOOD2"; }; Material { ID = "flats:BLOOD3"; }; Material { ID = "flats:FLAT1_2"; }; Material { ID = "flats:FLAT1_3"; }; Material { ID = "flats:FLAT17"; }; Material { ID = "flats:FLAT19"; }; Material { ID = "flats:GRASS1"; }; Material { ID = "flats:RROCK01"; }; Material { ID = "flats:RROCK02"; }; Material { ID = "flats:RROCK03"; }; Material { ID = "flats:RROCK04"; }; Material { ID = "flats:RROCK05"; }; Material { ID = "flats:RROCK06"; }; Material { ID = "flats:RROCK07"; }; Material { ID = "flats:RROCK08"; }; Material { ID = "flats:SLIME13"; }; Material { ID = "flats:SLIME14"; }; Material { ID = "flats:SLIME15"; }; Material { ID = "flats:SLIME16"; }; } Texture Environment { ID = "Rock"; Material { ID = "flats:FLOOR0_1"; }; Material { ID = "flats:FLOOR4_1"; }; Material { ID = "flats:FLOOR4_6"; }; Material { ID = "flats:FLOOR4_8"; }; Material { ID = "flats:FLOOR5_2"; }; Material { ID = "flats:FLOOR5_3"; }; Material { ID = "flats:STEP1"; }; Material { ID = "flats:STEP2"; }; Material { ID = "flats:FLOOR6_2"; }; Material { ID = "flats:TLITE6_4"; }; Material { ID = "flats:TLITE6_6"; }; Material { ID = "flats:FLOOR7_1"; }; Material { ID = "flats:FLOOR7_2"; }; Material { ID = "flats:MFLR8_1"; }; Material { ID = "flats:CEIL3_2"; }; Material { ID = "flats:CEIL3_5"; }; Material { ID = "flats:CEIL4_2"; }; Material { ID = "flats:CEIL4_3"; }; Material { ID = "flats:FLAT5"; }; Material { ID = "flats:FLAT10"; }; Material { ID = "flats:FLAT14"; }; Material { ID = "flats:FLAT18"; }; Material { ID = "flats:FLAT20"; }; Material { ID = "flats:FLAT22"; }; Material { ID = "flats:FLAT5_4"; }; Material { ID = "flats:CONS1_5"; }; Material { ID = "flats:CONS1_7"; }; Material { ID = "flats:SFLR6_1"; }; Material { ID = "flats:SFLR6_4"; }; Material { ID = "flats:SFLR7_4"; }; Material { ID = "flats:FLOOR0_7"; }; Material { ID = "flats:FLOOR1_6"; }; Material { ID = "flats:GATE2"; }; Material { ID = "flats:GATE4"; }; Material { ID = "flats:MFLR8_2"; }; Material { ID = "flats:MFLR8_3"; }; Material { ID = "flats:CEIL1_1"; }; Material { ID = "flats:CEIL1_2"; }; Material { ID = "flats:CEIL3_3"; }; Material { ID = "flats:CEIL3_4"; }; Material { ID = "flats:CEIL3_6"; }; Material { ID = "flats:CEIL4_1"; }; Material { ID = "flats:FLAT1_1"; }; Material { ID = "flats:FLAT5_1"; }; Material { ID = "flats:FLAT5_6"; }; Material { ID = "flats:FLAT5_7"; }; Material { ID = "flats:FLAT5_8"; }; Material { ID = "flats:FLAT4"; }; Material { ID = "flats:FLAT8"; }; Material { ID = "flats:FLAT9"; }; Material { ID = "flats:GRASS2"; }; Material { ID = "flats:GRNLITE1"; }; Material { ID = "flats:GRNROCK"; }; Material { ID = "flats:RROCK10"; }; Material { ID = "flats:RROCK11"; }; Material { ID = "flats:RROCK12"; }; Material { ID = "flats:RROCK15"; }; Material { ID = "flats:SLIME01"; }; Material { ID = "flats:SLIME02"; }; Material { ID = "flats:SLIME03"; }; Material { ID = "flats:SLIME04"; }; } Texture Environment { ID = "Wood"; Material { ID = "flats:RROCK14"; }; } Texture Environment { ID = "Cloth"; Material { ID = "flats:FLOOR0_6"; }; Material { ID = "flats:FLOOR5_4"; }; Material { ID = "flats:FLOOR6_1"; }; Material { ID = "flats:TLITE6_1"; }; Material { ID = "flats:FLAT1"; }; Material { ID = "flats:FLAT23"; }; Material { ID = "flats:FLAT5_5"; }; Material { ID = "flats:CONS1_1"; }; Material { ID = "flats:FLOOR0_5"; }; Material { ID = "flats:GATE1"; }; Material { ID = "flats:GATE3"; }; Material { ID = "flats:FWATER1"; }; Material { ID = "flats:FWATER2"; }; Material { ID = "flats:FWATER3"; }; Material { ID = "flats:FWATER4"; }; Material { ID = "flats:LAVA1"; }; Material { ID = "flats:LAVA2"; }; Material { ID = "flats:LAVA3"; }; Material { ID = "flats:LAVA4"; }; Material { ID = "flats:DEM1_5"; }; Material { ID = "flats:DEM1_6"; }; Material { ID = "flats:FLAT5_2"; }; Material { ID = "flats:FLAT5_3"; }; Material { ID = "flats:CRATOP1"; }; Material { ID = "flats:CRATOP2"; }; Material { ID = "flats:FLAT3"; }; Material { ID = "flats:COMP01"; }; Material { ID = "flats:RROCK09"; }; Material { ID = "flats:SLIME05"; }; Material { ID = "flats:SLIME06"; }; Material { ID = "flats:SLIME07"; }; Material { ID = "flats:SLIME08"; }; Material { ID = "flats:SLIME09"; }; Material { ID = "flats:SLIME10"; }; Material { ID = "flats:SLIME11"; }; Material { ID = "flats:SLIME12"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/lights.ded0000664000175000017500000001217212350542240022757 0ustar jaakkojaakko# HacX - Lights and Light Decorations # Header { Version = 5; } SkipIf -nodefaultfx; #####====--- LIGHT SOURCES ---====##### # # The default properties of all light-emitting objects are determined # automatically by the engine. Here we make a couple of minor tweaks. # # For further information on Light definition syntax and semantics see: # # http://dengine.net/dew/?title=Light Light { State = "RTORCHSHRT"; Color { .88 .7 .65 }; Size = 1; Y Offset = 1; } # The default lights are a little too strong. Light { State = "BROK"; Flags = nohalo; Color { .36 .65 .33 }; Size = .8; } Copy Light { State = "ROCK"; Size = .4; } Light { State = "PLASEXP"; Flags = nohalo; Color { .82 0 0 }; Size = .4; } Copy Light { State = "PLASEXP2"; Color { .7 0 0 }; Size = .5; } Copy Light { State = "PLASEXP3"; Color { .3 0 0 }; Size = .5; } Copy Light { State = "PLASEXP4"; Size = .2; } #####====--- LIGHT DECORATIONS ---====##### # # The default flags allow using these only with the original textures. # Use "dcf_pwad" and "dcf_ext" to allow using with PWAD and external # resources. # # There can only be one decoration per texture/flat. Newer decorations # override older ones. # # One decoration can specify up to 16 lights. # # For further information on Decoration definition syntax and semantics see: # # http://dengine.net/dew/?title=Decoration Decoration { Material = "flats:TLITE6_6"; Light { Color { .26 6 .22 }; Offset { 20.5 45.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .26 6 .22 }; Offset { 43.5 17.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; } Decoration { Material = "flats:RROCK04"; Light { Color { .98 .98 1 }; Offset { 16 16 }; Radius = .5; Halo radius = .4; # React to sector lightlevel. Levels { 80 190 }; }; Light { Color { .98 .98 1 }; Offset { 48 16 }; Radius = .5; Halo radius = .4; # React to sector lightlevel. Levels { 80 190 }; }; Light { Color { .98 .98 1 }; Offset { 48 48 }; Radius = .5; Halo radius = .4; # React to sector lightlevel. Levels { 80 190 }; }; Light { Color { .98 .98 1 }; Offset { 16 48 }; Radius = .5; Halo radius = .4; # React to sector lightlevel. Levels { 80 190 }; }; } Decoration { Material = "textures:BIGBRIK1"; Light { Color { 1 0 0 }; Offset { 2.5 102.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; } Decoration { Material = "textures:BIGBRIK2"; Light { Color { 1 0 0 }; Offset { 4.5 102.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; } Decoration { Material = "textures:COMPSTA2"; Light { Color { .6 0 0 }; Offset { 8 91 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .6 0 0 }; Offset { 117 99 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .56 0 0 }; Offset { 117 104 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .6 0 0 }; Offset { 117 114 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; } Decoration { Material = "textures:HD5"; Light { Color { .9 0 0 }; Offset { 33 38 }; Radius = .18; Halo radius = .3; Levels { 240 210 }; }; } Decoration { Material = "textures:SLADWALL"; Light { Color { .9 0 0 }; Offset { 67 99 }; Radius = .18; Halo radius = .3; Levels { 240 210 }; }; } Decoration { Material = "textures:HW214"; Light { Color { .98 .98 1 }; Offset { 16 16 }; Radius = .95; Halo radius = .7; # React to sector lightlevel. Levels { 80 190 }; }; } Copy Decoration { Material = "textures:NUKESLAD"; } Decoration { Material = "textures:SW1BRCOM"; Light { Color { 1 0 0 }; Offset { 10 73 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { 1 0 0 }; Offset { 22 85 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .3 0 0 }; Offset { 22 85 }; Radius = .1; Halo radius = .2; Levels { 240 210 }; }; } Decoration { Material = "textures:SW2BRCOM"; Light { Color { .46 1 .43 }; Offset { 9.5 85.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .46 1 .43 }; Offset { 21.5 73.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .6 0 0 }; Offset { 22 85 }; Radius = .16; Halo radius = .3; Levels { 240 210 }; }; Light { Color { 1 0 0 }; Offset { 16 40 }; Radius = .08; Halo radius = .06; Levels { 246 200 }; }; Light { Color { .46 1 .43 }; Offset { 25.5 50.5 }; Radius = .02; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .46 1 .43 }; Offset { 40.5 80.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; Light { Color { .46 1 .43 }; Offset { 55.5 79.5 }; Radius = .04; Halo radius = .02; Levels { 240 210 }; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/inlude.ded0000664000175000017500000000171112350542240022742 0ustar jaakkojaakko# HacX - Interlude Patch Replacements # # The "Patch Replacement" values are used to replace patches with # strings of text. For further information on syntax see values.ded Header { Version = 5; } SkipIf -nodefaultfx; Values { Patch Replacement { WIF = "{tracking=-1}Survived"; WIENTER = "{tracking=-1}Entering"; WIOSTK = "{tracking=-1}Kills"; WIOSTS = "{tracking=-1}SCRT"; WISCRT2 = "{tracking=-1}Secret"; WIOSTI = "{tracking=-1}Items"; WIFRGS = "{tracking=-1}FRGS"; WITIME = "{tracking=-1}Time"; WISUCKS = "{tracking=-1}Sucks"; WIPAR = "{tracking=-1}PAR"; WIKILRS = "{tracking=-1,scalex=.78, scaley=.6,angle=270,x=-63}Killers"; WIVCTMS = "{tracking=-1,scalex=.7, scaley=.6}Victims"; WIMSTT = "{tracking=-1}Total"; WIBP1 = "{tracking=2}P1"; WIBP2 = "{tracking=2}P2"; WIBP3 = "{tracking=2}P3"; WIBP4 = "{tracking=2}P4"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/fonts.ded0000664000175000017500000002051312350542240022614 0ustar jaakkojaakko# Doom: Fonts Header { Version = 5; } Composite BitmapFont { ID = "game:index"; 048 { Texture = "STYSNUM0"; } # 0 049 { Texture = "STYSNUM1"; } # 1 050 { Texture = "STYSNUM2"; } # 2 051 { Texture = "STYSNUM3"; } # 3 052 { Texture = "STYSNUM4"; } # 4 053 { Texture = "STYSNUM5"; } # 5 054 { Texture = "STYSNUM6"; } # 6 055 { Texture = "STYSNUM7"; } # 7 056 { Texture = "STYSNUM8"; } # 8 057 { Texture = "STYSNUM9"; } # 9 } Composite BitmapFont { ID = "game:mappoint"; 048 { Texture = "AMMNUM0"; } # 0 049 { Texture = "AMMNUM1"; } # 1 050 { Texture = "AMMNUM2"; } # 2 051 { Texture = "AMMNUM3"; } # 3 052 { Texture = "AMMNUM4"; } # 4 053 { Texture = "AMMNUM5"; } # 5 054 { Texture = "AMMNUM6"; } # 6 055 { Texture = "AMMNUM7"; } # 7 056 { Texture = "AMMNUM8"; } # 8 057 { Texture = "AMMNUM9"; } # 9 } Composite BitmapFont { ID = "game:small"; 037 { Texture = "WIPCNT"; } # % 045 { Texture = "WIMINUS"; } # - 048 { Texture = "WINUM0"; } # 0 049 { Texture = "WINUM1"; } # 1 050 { Texture = "WINUM2"; } # 2 051 { Texture = "WINUM3"; } # 3 052 { Texture = "WINUM4"; } # 4 053 { Texture = "WINUM5"; } # 5 054 { Texture = "WINUM6"; } # 6 055 { Texture = "WINUM7"; } # 7 056 { Texture = "WINUM8"; } # 8 057 { Texture = "WINUM9"; } # 9 058 { Texture = "WICOLON"; } # : } Composite BitmapFont { ID = "game:status"; 037 { Texture = "STTPRCNT"; } # % 045 { Texture = "STTMINUS"; } # - 048 { Texture = "STTNUM0"; } # 0 049 { Texture = "STTNUM1"; } # 1 050 { Texture = "STTNUM2"; } # 2 051 { Texture = "STTNUM3"; } # 3 052 { Texture = "STTNUM4"; } # 4 053 { Texture = "STTNUM5"; } # 5 054 { Texture = "STTNUM6"; } # 6 055 { Texture = "STTNUM7"; } # 7 056 { Texture = "STTNUM8"; } # 8 057 { Texture = "STTNUM9"; } # 9 } Composite BitmapFont { ID = "game:a"; 032 { Texture = "STCFN032"; } # ' ' 033 { Texture = "STCFN033"; } # ! 034 { Texture = "STCFN034"; } # " 035 { Texture = "STCFN035"; } # # 036 { Texture = "STCFN036"; } # $ 037 { Texture = "STCFN037"; } # % 038 { Texture = "STCFN038"; } # & 039 { Texture = "STCFN039"; } # ' 040 { Texture = "STCFN040"; } # ( 041 { Texture = "STCFN041"; } # ) 042 { Texture = "STCFN042"; } # * 043 { Texture = "STCFN043"; } # + 044 { Texture = "STCFN044"; } # , 045 { Texture = "STCFN045"; } # - 046 { Texture = "STCFN046"; } # . 047 { Texture = "STCFN047"; } # / 048 { Texture = "STCFN048"; } # 0 049 { Texture = "STCFN049"; } # 1 050 { Texture = "STCFN050"; } # 2 051 { Texture = "STCFN051"; } # 3 052 { Texture = "STCFN052"; } # 4 053 { Texture = "STCFN053"; } # 5 054 { Texture = "STCFN054"; } # 6 055 { Texture = "STCFN055"; } # 7 056 { Texture = "STCFN056"; } # 8 057 { Texture = "STCFN057"; } # 9 058 { Texture = "STCFN058"; } # : 059 { Texture = "STCFN059"; } # ; 060 { Texture = "STCFN060"; } # < 061 { Texture = "STCFN061"; } # = 062 { Texture = "STCFN062"; } # > 063 { Texture = "STCFN063"; } # ? 064 { Texture = "STCFN064"; } # @ 065 { Texture = "STCFN065"; } # A 066 { Texture = "STCFN066"; } # B 067 { Texture = "STCFN067"; } # C 068 { Texture = "STCFN068"; } # D 069 { Texture = "STCFN069"; } # E 070 { Texture = "STCFN070"; } # F 071 { Texture = "STCFN071"; } # G 072 { Texture = "STCFN072"; } # H 073 { Texture = "STCFN073"; } # I 074 { Texture = "STCFN074"; } # J 075 { Texture = "STCFN075"; } # K 076 { Texture = "STCFN076"; } # L 077 { Texture = "STCFN077"; } # M 078 { Texture = "STCFN078"; } # N 079 { Texture = "STCFN079"; } # O 080 { Texture = "STCFN080"; } # P 081 { Texture = "STCFN081"; } # Q 082 { Texture = "STCFN082"; } # R 083 { Texture = "STCFN083"; } # S 084 { Texture = "STCFN084"; } # T 085 { Texture = "STCFN085"; } # U 086 { Texture = "STCFN086"; } # V 087 { Texture = "STCFN087"; } # W 088 { Texture = "STCFN088"; } # X 089 { Texture = "STCFN089"; } # Y 090 { Texture = "STCFN090"; } # Z 091 { Texture = "STCFN091"; } # [ 092 { Texture = "STCFN092"; } # '\' 093 { Texture = "STCFN093"; } # ] 094 { Texture = "STCFN094"; } # ^ 095 { Texture = "STCFN095"; } # _ 096 { Texture = "STCFN121"; } # ` 097 { Texture = "STCFN065"; } # a 098 { Texture = "STCFN066"; } # b 099 { Texture = "STCFN067"; } # c 100 { Texture = "STCFN068"; } # d 101 { Texture = "STCFN069"; } # e 102 { Texture = "STCFN070"; } # f 103 { Texture = "STCFN071"; } # g 104 { Texture = "STCFN072"; } # h 105 { Texture = "STCFN073"; } # i 106 { Texture = "STCFN074"; } # j 107 { Texture = "STCFN075"; } # k 108 { Texture = "STCFN076"; } # l 109 { Texture = "STCFN077"; } # m 110 { Texture = "STCFN078"; } # n 111 { Texture = "STCFN079"; } # o 112 { Texture = "STCFN080"; } # p 113 { Texture = "STCFN081"; } # q 114 { Texture = "STCFN082"; } # r 115 { Texture = "STCFN083"; } # s 116 { Texture = "STCFN084"; } # t 117 { Texture = "STCFN085"; } # u 118 { Texture = "STCFN086"; } # v 119 { Texture = "STCFN087"; } # w 120 { Texture = "STCFN088"; } # x 121 { Texture = "STCFN089"; } # y 122 { Texture = "STCFN090"; } # z } Composite BitmapFont { ID = "game:b"; 032 { Texture = "BIGFN032"; } # ' ' 033 { Texture = "BIGFN033"; } # ! 034 { Texture = "BIGFN034"; } # " 035 { Texture = "BIGFN035"; } # # 036 { Texture = "BIGFN036"; } # $ 037 { Texture = "BIGFN037"; } # % # 038 { Texture = "BIGFN038"; } # & 039 { Texture = "BIGFN039"; } # ' 040 { Texture = "BIGFN040"; } # ( # 041 { Texture = "BIGFN041"; } # ) 042 { Texture = "BIGFN042"; } # * 043 { Texture = "BIGFN043"; } # + 044 { Texture = "BIGFN044"; } # , 045 { Texture = "BIGFN045"; } # - 046 { Texture = "BIGFN046"; } # . 047 { Texture = "BIGFN047"; } # / 048 { Texture = "BIGFN048"; } # 0 049 { Texture = "BIGFN049"; } # 1 050 { Texture = "BIGFN050"; } # 2 051 { Texture = "BIGFN051"; } # 3 052 { Texture = "BIGFN052"; } # 4 053 { Texture = "BIGFN053"; } # 5 054 { Texture = "BIGFN054"; } # 6 055 { Texture = "BIGFN055"; } # 7 056 { Texture = "BIGFN056"; } # 8 057 { Texture = "BIGFN057"; } # 9 058 { Texture = "BIGFN058"; } # : 059 { Texture = "BIGFN059"; } # ; 060 { Texture = "BIGFN060"; } # < 061 { Texture = "BIGFN061"; } # = 062 { Texture = "BIGFN062"; } # > 063 { Texture = "BIGFN063"; } # ? # 064 { Texture = "BIGFN064"; } # @ 065 { Texture = "BIGFN065"; } # A 066 { Texture = "BIGFN066"; } # B 067 { Texture = "BIGFN067"; } # C 068 { Texture = "BIGFN068"; } # D 069 { Texture = "BIGFN069"; } # E 070 { Texture = "BIGFN070"; } # F 071 { Texture = "BIGFN071"; } # G 072 { Texture = "BIGFN072"; } # H 073 { Texture = "BIGFN073"; } # I 074 { Texture = "BIGFN074"; } # J 075 { Texture = "BIGFN075"; } # K 076 { Texture = "BIGFN076"; } # L 077 { Texture = "BIGFN077"; } # M 078 { Texture = "BIGFN078"; } # N 079 { Texture = "BIGFN079"; } # O 080 { Texture = "BIGFN080"; } # P 081 { Texture = "BIGFN081"; } # Q 082 { Texture = "BIGFN082"; } # R 083 { Texture = "BIGFN083"; } # S 084 { Texture = "BIGFN084"; } # T 085 { Texture = "BIGFN085"; } # U 086 { Texture = "BIGFN086"; } # V 087 { Texture = "BIGFN087"; } # W 088 { Texture = "BIGFN088"; } # X 089 { Texture = "BIGFN089"; } # Y 090 { Texture = "BIGFN090"; } # Z 097 { Texture = "BIGFN065"; } # a 098 { Texture = "BIGFN066"; } # b 099 { Texture = "BIGFN067"; } # c 100 { Texture = "BIGFN068"; } # d 101 { Texture = "BIGFN069"; } # e 102 { Texture = "BIGFN070"; } # f 103 { Texture = "BIGFN071"; } # g 104 { Texture = "BIGFN072"; } # h 105 { Texture = "BIGFN073"; } # i 106 { Texture = "BIGFN074"; } # j 107 { Texture = "BIGFN075"; } # k 108 { Texture = "BIGFN076"; } # l 109 { Texture = "BIGFN077"; } # m 110 { Texture = "BIGFN078"; } # n 111 { Texture = "BIGFN079"; } # o 112 { Texture = "BIGFN080"; } # p 113 { Texture = "BIGFN081"; } # q 114 { Texture = "BIGFN082"; } # r 115 { Texture = "BIGFN083"; } # s 116 { Texture = "BIGFN084"; } # t 117 { Texture = "BIGFN085"; } # u 118 { Texture = "BIGFN086"; } # v 119 { Texture = "BIGFN087"; } # w 120 { Texture = "BIGFN088"; } # x 121 { Texture = "BIGFN089"; } # y 122 { Texture = "BIGFN090"; } # z } doomsday-1.14.5/doomsday/plugins/doom/defs/hacx/hud.ded0000664000175000017500000000262612350542240022250 0ustar jaakkojaakko# HacX - HUD Patch Replacements # # The "Patch Replacement" values are used to replace patches with # strings of text. For further information on syntax see values.ded Header { Version = 5; } SkipIf -nodefaultfx; Values { Patch Replacement { STGNUM0 = "{font=game:index,r=0.3,g=0.62,b=0.25}0"; STGNUM1 = "{font=game:index,r=0.3,g=0.62,b=0.25}1"; STGNUM2 = "{font=game:index,r=0.3,g=0.62,b=0.25}2"; STGNUM3 = "{font=game:index,r=0.3,g=0.62,b=0.25}3"; STGNUM4 = "{font=game:index,r=0.3,g=0.62,b=0.25}4"; STGNUM5 = "{font=game:index,r=0.3,g=0.62,b=0.25}5"; STGNUM6 = "{font=game:index,r=0.3,g=0.62,b=0.25}6"; STGNUM7 = "{font=game:index,r=0.3,g=0.62,b=0.25}7"; STGNUM8 = "{font=game:index,r=0.3,g=0.62,b=0.25}8"; STGNUM9 = "{font=game:index,r=0.3,g=0.62,b=0.25}9"; STYSNUM0 = "{font=game:index,r=0.09,g=0.2,b=0.06}0"; STYSNUM1 = "{font=game:index,r=0.09,g=0.2,b=0.06}1"; STYSNUM2 = "{font=game:index,r=0.09,g=0.2,b=0.06}2"; STYSNUM3 = "{font=game:index,r=0.09,g=0.2,b=0.06}3"; STYSNUM4 = "{font=game:index,r=0.09,g=0.2,b=0.06}4"; STYSNUM5 = "{font=game:index,r=0.09,g=0.2,b=0.06}5"; STYSNUM6 = "{font=game:index,r=0.09,g=0.2,b=0.06}6"; STYSNUM7 = "{font=game:index,r=0.09,g=0.2,b=0.06}7"; STYSNUM8 = "{font=game:index,r=0.09,g=0.2,b=0.06}8"; STYSNUM9 = "{font=game:index,r=0.09,g=0.2,b=0.06}9"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2-tnt/0000775000175000017500000000000012350542240021704 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/defs/doom2-tnt/maps.ded0000664000175000017500000000657012350542240023332 0ustar jaakkojaakko# DOOM2 (TNT) - Map metadata # # For further information on Map Info definition syntax and semantics see: # # http://dengine.net/dew/?title=Map_Info # Header { Version = 5; } # The default definition, used for any maps without a map info definition. Map Info { ID = "*"; Author = "Unknown"; Music = "runnin"; Gravity = 1; Sky = "sky1"; } Map Info { ID = "MAP01"; Name = "THUSTR_1"; Author = "Team TNT"; Music = "runnin"; Par time = 30; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "MAP02"; Name = "THUSTR_2"; Music = "stalks"; Par time = 90; } Copy Map Info { ID = "MAP03"; Name = "THUSTR_3"; Music = "countd"; Par time = 120; } Copy Map Info { ID = "MAP04"; Name = "THUSTR_4"; Music = "betwee"; Par time = 120; } Copy Map Info { ID = "MAP05"; Name = "THUSTR_5"; Music = "doom"; Par time = 90; } Copy Map Info { ID = "MAP06"; Name = "THUSTR_6"; Music = "the_da"; Par time = 150; } Copy Map Info { ID = "MAP07"; Name = "THUSTR_7"; Music = "shawn"; Par time = 120; } Copy Map Info { ID = "MAP08"; Name = "THUSTR_8"; Music = "ddtblu"; Par time = 120; } Copy Map Info { ID = "MAP09"; Name = "THUSTR_9"; Music = "in_cit"; Par time = 270; } Copy Map Info { ID = "MAP10"; Name = "THUSTR_10"; Music = "dead"; Par time = 90; } Copy Map Info { ID = "MAP11"; Name = "THUSTR_11"; Music = "stlks2"; Par time = 210; } Copy Map Info { ID = "MAP12"; Name = "THUSTR_12"; Music = "theda2"; Par time = 150; Sky = "sky2"; } Copy Map Info { ID = "MAP13"; Name = "THUSTR_13"; Music = "doom2"; Par time = 150; } Copy Map Info { ID = "MAP14"; Name = "THUSTR_14"; Music = "ddtbl2"; Par time = 150; } Copy Map Info { ID = "MAP15"; Name = "THUSTR_15"; Music = "runni2"; Par time = 210; } Copy Map Info { ID = "MAP16"; Name = "THUSTR_16"; Music = "dead2"; Par time = 150; } Copy Map Info { ID = "MAP17"; Name = "THUSTR_17"; Music = "stlks3"; Par time = 420; } Copy Map Info { ID = "MAP18"; Name = "THUSTR_18"; Music = "romero"; Par time = 150; } Copy Map Info { ID = "MAP19"; Name = "THUSTR_19"; Music = "shawn2"; Par time = 210; } Copy Map Info { ID = "MAP20"; Name = "THUSTR_20"; Music = "messag"; Par time = 150; } Copy Map Info { ID = "MAP21"; Name = "THUSTR_21"; Music = "count2"; Par time = 240; Sky = "sky3"; } Copy Map Info { ID = "MAP22"; Name = "THUSTR_22"; Music = "ddtbl3"; Par time = 150; } Copy Map Info { ID = "MAP23"; Name = "THUSTR_23"; Music = "ampie"; Par time = 180; } Copy Map Info { ID = "MAP24"; Name = "THUSTR_24"; Music = "theda3"; Par time = 150; } Copy Map Info { ID = "MAP25"; Name = "THUSTR_25"; Music = "adrian"; Par time = 150; } Copy Map Info { ID = "MAP26"; Name = "THUSTR_26"; Music = "messg2"; Par time = 300; } Copy Map Info { ID = "MAP27"; Name = "THUSTR_27"; Music = "romer2"; Par time = 330; } Copy Map Info { ID = "MAP28"; Name = "THUSTR_28"; Music = "tense"; Par time = 420; } Copy Map Info { ID = "MAP29"; Name = "THUSTR_29"; Music = "shawn3"; Par time = 300; } Copy Map Info { ID = "MAP30"; Name = "THUSTR_30"; Music = "openin"; Par time = 180; } Copy Map Info { ID = "MAP31"; Name = "THUSTR_31"; Music = "evil"; Par time = 120; } Copy Map Info { ID = "MAP32"; Name = "THUSTR_32"; Music = "ultima"; Par time = 30; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2-tnt/finales.ded0000664000175000017500000002152612350542240024011 0ustar jaakkojaakko# DOOM2 (TNT) - Intermissions and Finales (Final DOOM/TNT) # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Patch back 0 0 "TITLEPIC" MusicOnce "dm2ttl" Wait 13 # Original was 11; this'll play the whole song. # Step 2. PlayDemo "tdemo1.cdm" # Step 3. Set back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 4. PlayDemo "tdemo2.cdm" # Step 5. Set back "TITLEPIC" Music "dm2ttl" Wait 13 # Original was 11. # Step 6. PlayDemo "tdemo3.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; Patch back 0 0 "HELP" Patch cursor 298 160 M_SKULL1 # Configure the animating cursor Clranim cursor Anim cursor M_SKULL1 0.223857 Anim cursor M_SKULL2 0.223857 Repeat cursor Pause Set back "CREDIT" Pause }; } Finale { Before = "MAP07"; Script { music "read_m" flat Values:BGFLAT06 wait 0.5 textdef msg 10 10 "T1TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP12"; Script { music "read_m" flat Values:BGFLAT11 wait 0.5 textdef msg 10 10 "T2TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP21"; Script { music "read_m" flat Values:BGFLAT20 wait 0.5 textdef msg 10 10 "T3TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } # This is the actual finale of TNT: Evilution. Finale { After = "MAP30"; Script { music "read_m" flat Values:BGFLAT30 wait 0.5 textdef msg 10 10 "T4TEXT" waittext msg; wait 7 skiphere #####====--- The Cast ---====##### # Castloop continues forever. # Quite a number of monsters here...! noskip # No more skipping (pause waits for a key, though). deltext msg music "evil" noflat; patch back 0 0 BOSSBACK marker castloop # Create a text for the name. textdef name 160 180 CC_ZOMBIE center name; rate name 0 patch mo 160 170 POSSA1 # "mo" is used for all the monsters. # --- Zombieman --- clranim mo states mo POSS_RUN1 12 states mo POSS_ATK1 2; picsound mo "pistol" states mo POSS_ATK3 1 repeat mo seesound POSSESSED; pause; diesound POSSESSED clranim mo states mo POSS_DIE1 5 waitanim mo; wait 0.43 # --- Shotgun Guy --- clranim mo states mo SPOS_RUN1 12 states mo SPOS_ATK1 2; picsound mo "shotgn" states mo SPOS_ATK3 1 repeat mo settextdef name CC_SHOTGUN seesound SHOTGUY; pause; diesound SHOTGUY clranim mo states mo SPOS_DIE1 5 waitanim mo; wait 0.43 # --- Heavy Weapon Dude --- clranim mo states mo CPOS_RUN1 12 states mo CPOS_ATK1 2; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" states mo CPOS_ATK4 1; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" states mo CPOS_ATK4 1; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" repeat mo settextdef name CC_HEAVY seesound CHAINGUY; pause; diesound CHAINGUY clranim mo states mo CPOS_DIE1 7 waitanim mo; wait 0.43 # --- Imp --- clranim mo states mo TROO_RUN1 12 states mo TROO_ATK1 3; picsound mo "claw" repeat mo settextdef name CC_IMP seesound TROOP; pause; diesound TROOP clranim mo states mo TROO_DIE1 5 waitanim mo; wait 0.43 # --- Demon --- clranim mo states mo SARG_RUN1 12 states mo SARG_ATK1 2; picsound mo "sgtatk" states mo SARG_ATK3 1 repeat mo settextdef name CC_DEMON seesound SERGEANT; pause; diesound SERGEANT clranim mo states mo SARG_DIE1 6 waitanim mo; wait 0.43 # --- Lost Soul --- clranim mo states mo SKULL_RUN1 12 states mo SKULL_ATK1 2; picsound mo "sklatk" states mo SKULL_ATK3 8 repeat mo settextdef name CC_LOST seesound SKULL; pause; diesound SKULL clranim mo states mo SKULL_DIE1 6 waitanim mo; wait 0.43 # --- Cacodemon --- clranim mo states mo HEAD_RUN1 12 states mo HEAD_ATK1 2; picsound mo "firsht" states mo HEAD_ATK3 1 repeat mo settextdef name CC_CACO seesound HEAD; pause; diesound HEAD clranim mo states mo HEAD_DIE1 6 waitanim mo; wait 0.43 # --- Hell Knight --- clranim mo states mo BOS2_RUN1 12 states mo BOS2_ATK1 2; picsound mo "firsht" states mo BOS2_ATK3 1 repeat mo settextdef name CC_HELL seesound KNIGHT; pause; diesound KNIGHT clranim mo states mo BOS2_DIE1 7 waitanim mo; wait 0.43 # --- Baron of Hell --- clranim mo states mo BOSS_RUN1 12 states mo BOSS_ATK1 2; picsound mo "firsht" states mo BOSS_ATK3 1 repeat mo settextdef name CC_BARON seesound BRUISER; pause; diesound BRUISER clranim mo states mo BOSS_DIE1 7 waitanim mo; wait 0.43 # --- Arachnotron --- clranim mo states mo BSPI_SIGHT 12 states mo BSPI_ATK1 2; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 2 repeat mo settextdef name CC_ARACH seesound BABY; pause; diesound BABY clranim mo states mo BSPI_DIE1 7 waitanim mo; wait 0.43 # --- Pain Elemental --- clranim mo states mo PAIN_RUN1 12 states mo PAIN_ATK1 3; picsound mo "sklatk" states mo PAIN_ATK4 1 repeat mo settextdef name CC_PAIN seesound PAIN; pause; diesound PAIN clranim mo states mo PAIN_DIE1 6 waitanim mo; wait 0.43 # --- Revenant --- clranim mo states mo SKEL_RUN1 12 states mo SKEL_MISS1 2; picsound mo "skeatk" states mo SKEL_MISS3 2 states mo SKEL_RUN1 12 states mo SKEL_FIST1 2; picsound mo "skeswg" states mo SKEL_FIST3 2; picsound mo "skepch" repeat mo settextdef name CC_REVEN seesound UNDEAD; pause; diesound UNDEAD clranim mo states mo SKEL_DIE1 6 waitanim mo; wait 0.43 # --- Mancubus --- clranim mo states mo FATT_RUN1 12 states mo FATT_ATK1 2; picsound mo "firsht" states mo FATT_ATK3 3; picsound mo "firsht" states mo FATT_ATK6 3; picsound mo "firsht" states mo FATT_ATK9 2 repeat mo settextdef name CC_MANCU seesound FATSO; pause; diesound FATSO clranim mo states mo FATT_DIE1 10 waitanim mo; wait 0.43 # --- Arch-Vile --- clranim mo states mo VILE_RUN1 12 states mo VILE_ATK1 2; picsound mo "vilatk" states mo VILE_ATK3 9 repeat mo settextdef name CC_ARCH seesound VILE; pause; diesound VILE clranim mo states mo VILE_DIE1 10 waitanim mo; wait 0.43 # --- The Spider Mastermind --- clranim mo states mo SPID_RUN1 12 states mo SPID_ATK1 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" repeat mo settextdef name CC_SPIDER seesound SPIDER; pause; diesound SPIDER clranim mo states mo SPID_DIE1 11 waitanim mo; wait 0.43 # --- Cyberdemon --- clranim mo states mo CYBER_RUN1 12 states mo CYBER_ATK1 2; picsound mo "rlaunc" states mo CYBER_ATK3 2; picsound mo "rlaunc" states mo CYBER_ATK5 2; picsound mo "rlaunc" repeat mo settextdef name CC_CYBER seesound CYBORG; pause; diesound CYBORG clranim mo states mo CYBER_DIE1 10 waitanim mo; wait 0.43 # --- Our Hero (finally!) --- clranim mo states mo PLAY_RUN1 12 states mo PLAY_ATK1 1 repeat mo settextdef name CC_HERO seesound PLAYER; pause; diesound PLAYER clranim mo states mo PLAY_DIE1 7 waitanim mo; wait 0.43 # Restart the loop. goto castloop }; } # Secret level 1. Finale { Before = "MAP31"; Script { music "read_m" flat Values:BGFLAT15 wait 0.5 textdef msg 10 10 "T5TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } # Secret level 2. Finale { Before = "MAP32"; Script { music "read_m" flat Values:BGFLAT31 wait 0.5 textdef msg 10 10 "T6TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/0000775000175000017500000000000012350542240021101 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/defs/doom2/particles.ded0000664000175000017500000000753612350542240023560 0ustar jaakkojaakko# DOOM2 - Default Particle Effects # # For further information on Generator definition syntax and semantics see: # # http://dengine.net/dew/?title=Generator # Header { Version = 6; } SkipIf -nodefaultfx; # Baby Spider plasma sparks (yellow-green). Generator { State = "ARACH_PLEX"; Flags = "gnf_blend"; Speed = 3; Speed rnd = 0.8; Spawn age = 3; Spawn radius = 20; Max age = 50; Particles = 30; Spawn rate = 10; Spawn rnd = 1; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 5; Rnd = 0.5; Radius = 15; Color { 1 1 1 .7 }; Resistance = 0.3; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 20; Rnd = 0.5; Radius = 13; Color { 1 .9 .5 .4 }; Resistance = 0.3; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 10; Rnd = 0.5; Radius = 12; Color { .5 1 .2 .4 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Color { 0 .6 0 0 }; Radius = 10; }; } # Mancubus rocket explosion. Generator { State = "FATSHOTX1"; Center { 0 0 5 }; Flags = "gnf_blend"; Speed = 8; Speed rnd = 0.5; Spawn age = 2; Spawn radius = 15; Max age = 200; Particles = 100; Spawn rate = 15; Spawn Rnd = 0.1; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 20; Rnd = .5; Radius = 18; Color { 1 1 1 1 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 13; Rnd = .5; Radius = 17; Color { 1 .9 .5 .7 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 7; Rnd = 0.2; Radius = 10; Color { 1 .5 .2 .5 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 20; Rnd = .8; Radius = 12; Color { .4 .4 .42 .3 }; Resistance = 0.5; }; Stage { Type = "pt_point"; Radius = 5; Color { .2 .2 .2 0 }; }; } # Revenant tracer missile explosion. Generator { State = "TRACEEXP1"; Flags = "gnf_blend"; Center { 0 0 8 }; Speed = 5; Speed rnd = 0.6; Spawn age = 2; Spawn radius = 12; Max age = 200; Particles = 50; Spawn rate = 20; Spawn Rnd = 0.2; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 12; Rnd = .5; Radius = 15; Color { 1 .9 .5 .8 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 10; Rnd = .5; Radius = 13; Color { 1 .7 .5 .7 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Flags = "ptf_bright"; Tics = 15; Rnd = 0.2; Radius = 10; Color { 1 .2 .1 .5 }; Resistance = 0.2; }; Stage { Type = "pt_point"; Radius = 10; Color { .5 0 0 0 }; }; } # Pain Elemental death explosion. Copy Generator { State = "PAIN_DIE3"; } ######=====---- DAMAGE ----=====###### # Gibbed blood spurt. Generator { State = "CPOS_XDIE2"; Flags = "gnf_srcvel"; Center { 0 0 30 }; Speed = 6; Speed rnd = 0.7; Spawn age = 4; Max age = 300; Particles = 200; Spawn rate = 30; Spawn Rnd = 0.1; Vector rnd = 1; Stage { Type = "pt_point"; Flags = "ptf_flat ptf_stagetouch"; Radius = 1.5; Color { .7 0 0 1 }; Tics = 300; Resistance = 0.01; Gravity = 0.15; }; Stage { Type = "pt_point"; Flags = "ptf_flat"; Radius = 16; Radius rnd = 0.8; Color { .7 0 0 1 }; Tics = 200; Resistance = 1; }; Stage { Type = "pt_point"; Radius = 9; Radius rnd = 0.8; Color { .45 0 0 0 }; }; } Copy Generator { State = "FATT_DIE2"; } Copy Generator { State = "SSWV_XDIE2"; } # Arachnotron death. Copy Generator { State = "BSPI_DIE2"; Speed = 3; Spawn age = 2; Spawn rate = 15; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/maps.ded0000664000175000017500000000733612350542240022530 0ustar jaakkojaakko# DOOM2 - Map metadata # # For further information on Map Info definition syntax and semantics see: # # http://dengine.net/dew/?title=Map_Info # Header { Version = 5; } # The default definition, used for any maps without a map info definition. Map Info { ID = "*"; Name = "Unnamed"; Author = "Unknown"; Music = "runnin"; Gravity = 1; Sky = "sky1"; } Map Info { ID = "MAP01"; Name = "HUSTR_1"; Author = "id Software"; Music = "runnin"; Par time = 30; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "MAP02"; Name = "HUSTR_2"; Music = "stalks"; Par time = 90; } Copy Map Info { ID = "MAP03"; Name = "HUSTR_3"; Music = "countd"; Par time = 120; } Copy Map Info { ID = "MAP04"; Name = "HUSTR_4"; Music = "betwee"; Par time = 120; } Copy Map Info { ID = "MAP05"; Name = "HUSTR_5"; Music = "doom"; Par time = 90; } Copy Map Info { ID = "MAP06"; Name = "HUSTR_6"; Music = "the_da"; Par time = 150; } Copy Map Info { ID = "MAP07"; Name = "HUSTR_7"; Music = "shawn"; Par time = 120; } Copy Map Info { ID = "MAP08"; Name = "HUSTR_8"; Music = "ddtblu"; Par time = 120; } Copy Map Info { ID = "MAP09"; Name = "HUSTR_9"; Music = "in_cit"; Par time = 270; } Copy Map Info { ID = "MAP10"; Name = "HUSTR_10"; Par time = 90; Music = "dead"; } Copy Map Info { ID = "MAP11"; Name = "HUSTR_11"; Music = "stlks2"; Par time = 210; } # From MAP12 onwards, the sky changes to SKY2. Copy Map Info { ID = "MAP12"; Name = "HUSTR_12"; Music = "theda2"; Par time = 150; Sky = "sky2"; } Copy Map Info { ID = "MAP13"; Name = "HUSTR_13"; Music = "doom2"; Par time = 150; } Copy Map Info { ID = "MAP14"; Name = "HUSTR_14"; Music = "ddtbl2"; Par time = 150; } Copy Map Info { ID = "MAP15"; Name = "HUSTR_15"; Music = "runni2"; Par time = 210; } Copy Map Info { ID = "MAP16"; Name = "HUSTR_16"; Music = "dead2"; Par time = 150; } Copy Map Info { ID = "MAP17"; Name = "HUSTR_17"; Music = "stlks3"; Par time = 420; } Copy Map Info { ID = "MAP18"; Name = "HUSTR_18"; Music = "romero"; Par time = 150; } Copy Map Info { ID = "MAP19"; Name = "HUSTR_19"; Music = "shawn2"; Par time = 210; } Copy Map Info { ID = "MAP20"; Name = "HUSTR_20"; Music = "messag"; Par time = 150; } # From MAP21 onwards, the sky changes to SKY3 Copy Map Info { ID = "MAP21"; Name = "HUSTR_21"; Music = "count2"; Par time = 240; Sky = "sky3"; } Copy Map Info { ID = "MAP22"; Name = "HUSTR_22"; Music = "ddtbl3"; Par time = 150; } Copy Map Info { ID = "MAP23"; Name = "HUSTR_23"; Music = "ampie"; Par time = 180; } Copy Map Info { ID = "MAP24"; Name = "HUSTR_24"; Author = "id Software"; Music = "theda3"; Par time = 150; } Copy Map Info { ID = "MAP25"; Name = "HUSTR_25"; Music = "adrian"; Par time = 150; } Copy Map Info { ID = "MAP26"; Name = "HUSTR_26"; Music = "messg2"; Par time = 300; } Copy Map Info { ID = "MAP27"; Name = "HUSTR_27"; Music = "romer2"; Par time = 330; } Copy Map Info { ID = "MAP28"; Name = "HUSTR_28"; Music = "tense"; Par time = 420; } Copy Map Info { ID = "MAP29"; Name = "HUSTR_29"; Music = "shawn3"; Par time = 300; } Copy Map Info { ID = "MAP30"; Name = "HUSTR_30"; Music = "openin"; Par time = 180; } Copy Map Info { ID = "MAP31"; Name = "HUSTR_31"; Music = "evil"; Par time = 120; } Copy Map Info { ID = "MAP32"; Name = "HUSTR_32"; Music = "ultima"; Par time = 30; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/finales.ded0000664000175000017500000002152212350542240023202 0ustar jaakkojaakko# DOOM2 - Intermissions and Finales (DOOM2) # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Patch back 0 0 "TITLEPIC" MusicOnce "dm2ttl" Wait 13 # Original was 11; this'll play the whole song. # Step 2. PlayDemo "2demo1.cdm" # Step 3. Set back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 4. PlayDemo "2demo2.cdm" # Step 5. Set back "TITLEPIC" Music "dm2ttl" Wait 13 # Original was 11. # Step 6. PlayDemo "2demo3.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; Patch back 0 0 "HELP" Patch cursor 298 160 M_SKULL1 # Configure the animating cursor Clranim cursor Anim cursor M_SKULL1 0.223857 Anim cursor M_SKULL2 0.223857 Repeat cursor Pause Set back "CREDIT" Pause }; } Finale { Before = "MAP07"; Script { music "read_m" flat Values:BGFLAT06 wait 0.5 textdef msg 10 10 "C1TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP12"; Script { music "read_m" flat Values:BGFLAT11 wait 0.5 textdef msg 10 10 "C2TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } Finale { Before = "MAP21"; Script { music "read_m" flat Values:BGFLAT20 wait 0.5 textdef msg 10 10 "C3TEXT" waittext msg wait 7 # The original TEXTWAIT is 250 tics. }; } # This is the actual finale of DOOM II. Finale { After = "MAP30"; Script { music "read_m" flat Values:BGFLAT30 wait 0.5 textdef msg 10 10 "C4TEXT" waittext msg; wait 7 skiphere #####====--- The Cast ---====##### # Castloop continues forever. # Quite a number of monsters here...! noskip # No more skipping (pause waits for a key, though). deltext msg music "evil" noflat; patch back 0 0 BOSSBACK marker castloop # Create a text for the name. textdef name 160 180 CC_ZOMBIE center name; rate name 0 patch mo 160 170 POSSA1 # "mo" is used for all the monsters. # --- Zombieman --- clranim mo states mo POSS_RUN1 12 states mo POSS_ATK1 2; picsound mo "pistol" states mo POSS_ATK3 1 repeat mo seesound POSSESSED; pause; diesound POSSESSED clranim mo states mo POSS_DIE1 5 waitanim mo; wait 0.43 # --- Shotgun Guy --- clranim mo states mo SPOS_RUN1 12 states mo SPOS_ATK1 2; picsound mo "shotgn" states mo SPOS_ATK3 1 repeat mo settextdef name CC_SHOTGUN seesound SHOTGUY; pause; diesound SHOTGUY clranim mo states mo SPOS_DIE1 5 waitanim mo; wait 0.43 # --- Heavy Weapon Dude --- clranim mo states mo CPOS_RUN1 12 states mo CPOS_ATK1 2; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" states mo CPOS_ATK4 1; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" states mo CPOS_ATK4 1; picsound mo "shotgn" states mo CPOS_ATK3 1; picsound mo "shotgn" repeat mo settextdef name CC_HEAVY seesound CHAINGUY; pause; diesound CHAINGUY clranim mo states mo CPOS_DIE1 7 waitanim mo; wait 0.43 # --- Imp --- clranim mo states mo TROO_RUN1 12 states mo TROO_ATK1 3; picsound mo "claw" repeat mo settextdef name CC_IMP seesound TROOP; pause; diesound TROOP clranim mo states mo TROO_DIE1 5 waitanim mo; wait 0.43 # --- Demon --- clranim mo states mo SARG_RUN1 12 states mo SARG_ATK1 2; picsound mo "sgtatk" states mo SARG_ATK3 1 repeat mo settextdef name CC_DEMON seesound SERGEANT; pause; diesound SERGEANT clranim mo states mo SARG_DIE1 6 waitanim mo; wait 0.43 # --- Lost Soul --- clranim mo states mo SKULL_RUN1 12 states mo SKULL_ATK1 2; picsound mo "sklatk" states mo SKULL_ATK3 8 repeat mo settextdef name CC_LOST seesound SKULL; pause; diesound SKULL clranim mo states mo SKULL_DIE1 6 waitanim mo; wait 0.43 # --- Cacodemon --- clranim mo states mo HEAD_RUN1 12 states mo HEAD_ATK1 2; picsound mo "firsht" states mo HEAD_ATK3 1 repeat mo settextdef name CC_CACO seesound HEAD; pause; diesound HEAD clranim mo states mo HEAD_DIE1 6 waitanim mo; wait 0.43 # --- Hell Knight --- clranim mo states mo BOS2_RUN1 12 states mo BOS2_ATK1 2; picsound mo "firsht" states mo BOS2_ATK3 1 repeat mo settextdef name CC_HELL seesound KNIGHT; pause; diesound KNIGHT clranim mo states mo BOS2_DIE1 7 waitanim mo; wait 0.43 # --- Baron of Hell --- clranim mo states mo BOSS_RUN1 12 states mo BOSS_ATK1 2; picsound mo "firsht" states mo BOSS_ATK3 1 repeat mo settextdef name CC_BARON seesound BRUISER; pause; diesound BRUISER clranim mo states mo BOSS_DIE1 7 waitanim mo; wait 0.43 # --- Arachnotron --- clranim mo states mo BSPI_SIGHT 12 states mo BSPI_ATK1 2; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 3; picsound mo "plasma" states mo BSPI_ATK3 2 repeat mo settextdef name CC_ARACH seesound BABY; pause; diesound BABY clranim mo states mo BSPI_DIE1 7 waitanim mo; wait 0.43 # --- Pain Elemental --- clranim mo states mo PAIN_RUN1 12 states mo PAIN_ATK1 3; picsound mo "sklatk" states mo PAIN_ATK4 1 repeat mo settextdef name CC_PAIN seesound PAIN; pause; diesound PAIN clranim mo states mo PAIN_DIE1 6 waitanim mo; wait 0.43 # --- Revenant --- clranim mo states mo SKEL_RUN1 12 states mo SKEL_MISS1 2; picsound mo "skeatk" states mo SKEL_MISS3 2 states mo SKEL_RUN1 12 states mo SKEL_FIST1 2; picsound mo "skeswg" states mo SKEL_FIST3 2; picsound mo "skepch" repeat mo settextdef name CC_REVEN seesound UNDEAD; pause; diesound UNDEAD clranim mo states mo SKEL_DIE1 6 waitanim mo; wait 0.43 # --- Mancubus --- clranim mo states mo FATT_RUN1 12 states mo FATT_ATK1 2; picsound mo "firsht" states mo FATT_ATK3 3; picsound mo "firsht" states mo FATT_ATK6 3; picsound mo "firsht" states mo FATT_ATK9 2 repeat mo settextdef name CC_MANCU seesound FATSO; pause; diesound FATSO clranim mo states mo FATT_DIE1 10 waitanim mo; wait 0.43 # --- Arch-Vile --- clranim mo states mo VILE_RUN1 12 states mo VILE_ATK1 2; picsound mo "vilatk" states mo VILE_ATK3 9 repeat mo settextdef name CC_ARCH seesound VILE; pause; diesound VILE clranim mo states mo VILE_DIE1 10 waitanim mo; wait 0.43 # --- The Spider Mastermind --- clranim mo states mo SPID_RUN1 12 states mo SPID_ATK1 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" states mo SPID_ATK4 2; picsound mo "shotgn" states mo SPID_ATK3 1; picsound mo "shotgn" repeat mo settextdef name CC_SPIDER seesound SPIDER; pause; diesound SPIDER clranim mo states mo SPID_DIE1 11 waitanim mo; wait 0.43 # --- Cyberdemon --- clranim mo states mo CYBER_RUN1 12 states mo CYBER_ATK1 2; picsound mo "rlaunc" states mo CYBER_ATK3 2; picsound mo "rlaunc" states mo CYBER_ATK5 2; picsound mo "rlaunc" repeat mo settextdef name CC_CYBER seesound CYBORG; pause; diesound CYBORG clranim mo states mo CYBER_DIE1 10 waitanim mo; wait 0.43 # --- Our Hero (finally!) --- clranim mo states mo PLAY_RUN1 12 states mo PLAY_ATK1 1 repeat mo settextdef name CC_HERO seesound PLAYER; pause; diesound PLAYER clranim mo states mo PLAY_DIE1 7 waitanim mo; wait 0.43 # Restart the loop. goto castloop }; } # Secret level 1. Finale { Before = "MAP31"; Script { music "read_m"; flat Values:BGFLAT15; wait 0.5; textdef msg 10 10 "C5TEXT"; waittext msg; wait 7; # The original TEXTWAIT is 250 tics. }; } # Secret level 2. Finale { Before = "MAP32"; Script { music "read_m"; flat Values:BGFLAT31; wait 0.5; textdef msg 10 10 "C6TEXT"; waittext msg; wait 7; # The original TEXTWAIT is 250 tics. }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/materialenvironments.ded0000664000175000017500000000340612350542240026030 0ustar jaakkojaakko# DOOM2 - Material Environments # # Additional definitions for textures present only in DOOM2 Header { Version = 5; } Texture Environment { ID = "Metal"; Material { ID = "flats:SLIME14"; }; Material { ID = "flats:SLIME15"; }; Material { ID = "flats:SLIME16"; }; } Texture Environment { ID = "Rock"; Material { ID = "flats:GRNLITE1"; }; Material { ID = "flats:GRNROCK"; }; Material { ID = "flats:RROCK1"; }; Material { ID = "flats:RROCK2"; }; Material { ID = "flats:RROCK3"; }; Material { ID = "flats:RROCK4"; }; Material { ID = "flats:RROCK5"; }; Material { ID = "flats:RROCK6"; }; Material { ID = "flats:RROCK7"; }; Material { ID = "flats:RROCK8"; }; Material { ID = "flats:RROCK9"; }; Material { ID = "flats:RROCK10"; }; Material { ID = "flats:RROCK11"; }; Material { ID = "flats:RROCK12"; }; Material { ID = "flats:RROCK13"; }; Material { ID = "flats:RROCK14"; }; Material { ID = "flats:RROCK15"; }; Material { ID = "flats:RROCK17"; }; Material { ID = "flats:RROCK18"; }; Material { ID = "flats:RROCK19"; }; # Could be rock or cloth Material { ID = "flats:SLIME09"; }; Material { ID = "flats:SLIME10"; }; Material { ID = "flats:SLIME11"; }; Material { ID = "flats:SLIME12"; }; Material { ID = "flats:SLIME13"; }; } Texture Environment { ID = "Cloth"; Material { ID = "flats:GRASS1"; }; Material { ID = "flats:GRASS2"; }; Material { ID = "flats:RROCK16"; }; Material { ID = "flats:RROCK20"; }; Material { ID = "flats:SLIME01"; }; Material { ID = "flats:SLIME02"; }; Material { ID = "flats:SLIME03"; }; Material { ID = "flats:SLIME04"; }; Material { ID = "flats:SLIME05"; }; Material { ID = "flats:SLIME06"; }; Material { ID = "flats:SLIME07"; }; Material { ID = "flats:SLIME08"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/anim.ded0000664000175000017500000000140012350542240022476 0ustar jaakkojaakko# DOOM2 - Animation Sequences # # DOOM2 has predefined texture animation sequences. # In order to remain compatible with existing WADs, jDoom builds # animations from these predefined sequences and creates texture # animation groups for them. The flags "tgf_smooth" and # "tgf_first_only" are set for each group. # # Additional sequences can be defined using Group definitions. # # For further information on Group definition syntax and semantics see: # # http://dengine.net/dew/?title=Group # Header { Version = 6 } # # Precache groups. # Group { Flags = precache; Texture { ID = "SW1SKULL"; }; Texture { ID = "SW2SKULL"; }; } Group { Flags = precache; Texture { ID = "SW1GSTON"; }; Texture { ID = "SW2GSTON"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/lights.ded0000664000175000017500000000135412350542240023054 0ustar jaakkojaakko# DOOM2 - Light Decorations # Header { Version = 6; } SkipIf -nodefaultfx; #####====--- LIGHT DECORATIONS ---====##### # # The default flags allow using these only with the original textures. # Use "dcf_pwad" and "dcf_ext" to allow using with PWAD and external # resources. # # There can only be one decoration per texture/flat. Newer decorations # override older ones. # # One decoration can specify up to 16 lights. # # For further information on Decoration definition syntax and semantics see: # # http://dengine.net/dew/?title=Decoration Decoration { Material = "textures:BSTONE3"; Light { Color { 1 .98 .9 } Offset { 33 40 } Radius = .4; Halo radius = .1; } } Copy Decoration { Material = "textures:BRICKLIT"; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/music.ded0000664000175000017500000000332712350542240022704 0ustar jaakkojaakko# DOOM2 - Music tracks # # For further information on Music definition syntax and semantics see: # # http://dengine.net/dew/?title=Music # Header { Version = 5; } Music { ID = "runnin"; Lump = "D_RUNNIN"; } Music { ID = "stalks"; Lump = "D_STALKS"; } Music { ID = "countd"; Lump = "D_COUNTD"; } Music { ID = "betwee"; Lump = "D_BETWEE"; } Music { ID = "doom"; Lump = "D_DOOM"; } Music { ID = "the_da"; Lump = "D_THE_DA"; } Music { ID = "shawn"; Lump = "D_SHAWN"; } Music { ID = "ddtblu"; Lump = "D_DDTBLU"; } Music { ID = "in_cit"; Lump = "D_IN_CIT"; } Music { ID = "dead"; Lump = "D_DEAD"; } Music { ID = "stlks2"; Lump = "D_STLKS2"; } Music { ID = "theda2"; Lump = "D_THEDA2"; } Music { ID = "doom2"; Lump = "D_DOOM2"; } Music { ID = "ddtbl2"; Lump = "D_DDTBL2"; } Music { ID = "runni2"; Lump = "D_RUNNI2"; } Music { ID = "dead2"; Lump = "D_DEAD2"; } Music { ID = "stlks3"; Lump = "D_STLKS3"; } Music { ID = "romero"; Lump = "D_ROMERO"; } Music { ID = "shawn2"; Lump = "D_SHAWN2"; } Music { ID = "messag"; Lump = "D_MESSAG"; } Music { ID = "count2"; Lump = "D_COUNT2"; } Music { ID = "ddtbl3"; Lump = "D_DDTBL3"; } Music { ID = "ampie"; Lump = "D_AMPIE"; } Music { ID = "theda3"; Lump = "D_THEDA3"; } Music { ID = "adrian"; Lump = "D_ADRIAN"; } Music { ID = "messg2"; Lump = "D_MESSG2"; } Music { ID = "romer2"; Lump = "D_ROMER2"; } Music { ID = "tense"; Lump = "D_TENSE"; } Music { ID = "shawn3"; Lump = "D_SHAWN3"; } Music { ID = "openin"; Lump = "D_OPENIN"; } Music { ID = "evil"; Lump = "D_EVIL"; } Music { ID = "ultima"; Lump = "D_ULTIMA"; } Music { ID = "read_m"; Lump = "D_READ_M"; } Music { ID = "dm2ttl"; Lump = "D_DM2TTL"; } Music { ID = "dm2int"; Lump = "D_DM2INT"; } doomsday-1.14.5/doomsday/plugins/doom/defs/doom2/skies.ded0000664000175000017500000000112012350542240022667 0ustar jaakkojaakko# DOOM2 - Sky Definitions # # Patch the Material definitions created automatically by the engine, # adding new effects to them. # # For further information on Sky definition syntax and semantics see: # # http://dengine.net/dew/?title=Sky Header { Version = 6; } Sky { ID = "sky1"; Height = 0.49; Horizon offset = -0.105; Layer 1 { Flags = enable; Material = "textures:SKY1"; }; } Copy Sky { ID = "sky2"; Layer 1 { Material = "textures:SKY2"; }; } Copy Sky { ID = "sky3"; Layer 1 { Material = "textures:SKY3"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/0000775000175000017500000000000012350542240021010 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/defs/chex/text.ded0000664000175000017500000002162112350542240022454 0ustar jaakkojaakko# Chex Quest - Text Strings # Header { Version = 5; } Text { ID = "QUITMSG"; Text = "Don't give up now...do \nyou still wish to quit?"; } Text { ID = "LOADNET"; Text = "You can't load while in a net quest!"; } Text { ID = "QLOADNET"; Text = "You can't quickload during a netquest!"; } Text { ID = "QSPROMPT"; Text = "Quicksave over your quest named\n\n'%s'?"; } Text { ID = "QLPROMPT"; Text = "Do you want to quickload the quest named\n\n'%s'?"; } Text { ID = "NEWGAME"; Text = "You can't start a new quest\nwhile in a network quest."; } Text { ID = "NIGHTMARE"; Text = "Careful, this will be tough.\nDo you wish to continue?"; } Text { ID = "SWSTRING"; Text = "This is Chex(R) Quest. Look for\n\nfuture levels at www.chexquest.com"; } Text { ID = "NETEND"; Text = "You can't end a netquest!"; } Text { ID = "ENDGAME"; Text = "Are you sure you want to end the quest?"; } Text { ID = "GOTARMOR"; Text = "Picked up the Chex(R) Armor."; } Text { ID = "GOTMEGA"; Text = "Picked up the Super Chex(R) Armor!"; } Text { ID = "GOTHTHBONUS"; Text = "Picked up a glass of water."; } Text { ID = "GOTARMBONUS"; Text = "Picked up slime repellent."; } Text { ID = "GOTSTIM"; Text = "Picked up a bowl of fruit."; } Text { ID = "GOTMEDINEED"; Text = "Picked up some needed vegetables!"; } Text { ID = "GOTMEDIKIT"; Text = "Picked up a bowl of vegetables."; } Text { ID = "GOTSUPER"; Text = "Supercharge Breakfast!"; } Text { ID = "GOTBLUECARD"; Text = "Picked up a blue key."; } Text { ID = "GOTYELWCARD"; Text = "Picked up a yellow key."; } Text { ID = "GOTREDCARD"; Text = "Picked up a red key."; } Text { ID = "GOTSUIT"; Text = "Slimeproof Suit"; } Text { ID = "GOTCLIP"; Text = "Picked up a mini zorch recharge."; } Text { ID = "GOTCLIPBOX"; Text = "Picked up a mini zorch pack."; } Text { ID = "GOTROCKET"; Text = "Picked up a zorch propulsor recharge."; } Text { ID = "GOTROCKBOX"; Text = "Picked up a zorch propulsor pack."; } Text { ID = "GOTCELL"; Text = "Picked up a phasing zorcher recharge."; } Text { ID = "GOTCELLBOX"; Text = "Picked up a phasing zorcher pack."; } Text { ID = "GOTSHELLS"; Text = "Picked up a large zorcher recharge."; } Text { ID = "GOTSHELLBOX"; Text = "Picked up a large zorcher pack."; } Text { ID = "GOTBACKPACK"; Text = "Picked up a Zorchpak!"; } Text { ID = "GOTBFG9000"; Text = "You got the LAZ Device!"; } Text { ID = "GOTCHAINGUN"; Text = "You got the Rapid Zorcher!"; } Text { ID = "GOTCHAINSAW"; Text = "You got the Super Bootspork!"; } Text { ID = "GOTLAUNCHER"; Text = "You got the Zorch Propulsor!"; } Text { ID = "GOTPLASMA"; Text = "You got the Phasing Zorcher!"; } Text { ID = "GOTSHOTGUN"; Text = "You got the Large Zorcher!"; } Text { ID = "GOTSHOTGUN2"; Text = "You got the Super Large Zorcher!"; } Text { ID = "HUSTR_E1M1"; Text = "E1M1: Landing Zone"; } Text { ID = "HUSTR_E1M2"; Text = "E1M2: Storage Facility"; } Text { ID = "HUSTR_E1M3"; Text = "E1M3: Experimental Lab"; } Text { ID = "HUSTR_E1M4"; Text = "E1M4: Arboretum"; } Text { ID = "HUSTR_E1M5"; Text = "E1M5: Caverns of Bazoik"; } Text { ID = "HUSTR_CHATMACRO0"; Text = "No"; } Text { ID = "HUSTR_CHATMACRO1"; Text = "I'm ready to zorch!"; } Text { ID = "HUSTR_CHATMACRO2"; Text = "I'm feeling great!"; } Text { ID = "HUSTR_CHATMACRO3"; Text = "I'm getting pretty gooed up!"; } Text { ID = "HUSTR_CHATMACRO4"; Text = "Somebody help me!"; } Text { ID = "HUSTR_CHATMACRO5"; Text = "Go back to your own dimension!"; } Text { ID = "HUSTR_CHATMACRO6"; Text = "Stop that Flemoid"; } Text { ID = "HUSTR_CHATMACRO7"; Text = "I think I'm lost!"; } Text { ID = "HUSTR_CHATMACRO8"; Text = "I'll get you out of this gunk."; } Text { ID = "HUSTR_CHATMACRO9"; Text = "Yes"; } Text { ID = "HUSTR_TALKTOSELF1"; Text = "I'm feeling great."; } Text { ID = "HUSTR_TALKTOSELF2"; Text = "I think I'm lost."; } Text { ID = "HUSTR_TALKTOSELF3"; Text = "Oh No..."; } Text { ID = "HUSTR_TALKTOSELF4"; Text = "Gotta break free."; } Text { ID = "HUSTR_TALKTOSELF5"; Text = "Hurry!"; } Text { ID = "STSTR_DQDON"; Text = "Invincible Mode On"; } Text { ID = "STSTR_DQDOFF"; Text = "Invincible Mode Off"; } Text { ID = "STSTR_KFAADDED"; Text = "Super Zorch Added"; } Text { ID = "STSTR_FAADDED"; Text = "Zorch Added"; } Text { ID = "STSTR_CHOPPERS"; Text = "... Eat Chex(R)!"; } Text { ID = "E1TEXT"; Text = "Mission accomplished.\n\n Are you prepared for the next mission?\n \n\n\n\n\n\nPress the escape key to continue...\n"; } Text { ID = "E2TEXT"; Text = "You've done it!"; } Text { ID = "E3TEXT"; Text = "Wonderful Job!"; } Text { ID = "E4TEXT"; Text = "Fantastic"; } Text { ID = "C1TEXT"; Text = "Great!"; } Text { ID = "C2TEXT"; Text = "Way to go!"; } Text { ID = "C3TEXT"; Text = "Thanks for the help!"; } Text { ID = "C4TEXT"; Text = "Great!\n"; } Text { ID = "C5TEXT"; Text = "Fabulous!"; } Text { ID = "C6TEXT"; Text = "\n"; } Text { ID = "P1TEXT"; Text = "Nicely done!"; } Text { ID = "P2TEXT"; Text = "Nice Job!"; } Text { ID = "P3TEXT"; Text = "Well done!"; } Text { ID = "P4TEXT"; Text = "Eat Chex(R)!"; } Text { ID = "P5TEXT"; Text = "Are you ready?"; } Text { ID = "P6TEXT"; Text = "Were you ready?"; } Text { ID = "T1TEXT"; Text = "There's more to come..."; } Text { ID = "T2TEXT"; Text = "Keep up the good work!"; } Text { ID = "T3TEXT"; Text = "Get ready!."; } Text { ID = "T4TEXT"; Text = "Be Proud."; } Text { ID = "T5TEXT"; Text = "Wow!"; } Text { ID = "T6TEXT"; Text = "Great."; } Text { ID = "CC_ZOMBIE"; Text = "Flemoidus Commonus"; } Text { ID = "CC_SHOTGUN"; Text = "Flemoidus Bipedicus"; } Text { ID = "CC_DEMON"; Text = "Flemoidus Bipedicus With Armor"; } Text { ID = "CC_BARON"; Text = "The Flembrane"; } Text { ID = "QUITMESSAGE1"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE2"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE3"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE4"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE5"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE6"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE7"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE8"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE9"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE10"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE11"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE12"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE13"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "QUITMESSAGE14"; Text = "Please don't leave, we\nneed your help!"; } Text { ID = "JOINNET"; Text = "You're already in a network quest!"; } Text { ID = "SAVENET"; Text = "You can't save while in a net quest!"; } Text { ID = "CLNETLOAD"; Text = "Server loading saved quest..."; } Text { ID = "LOADMISSING"; Text = "You weren't in the server's saved quest."; } Text { ID = "KEY1"; Text = "Blue Key"; } Text { ID = "KEY2"; Text = "Yellow Key"; } Text { ID = "KEY3"; Text = "Red Key"; } Text { ID = "WEAPON1"; Text = "Bootspoon"; } Text { ID = "WEAPON2"; Text = "Mini Zorcher"; } Text { ID = "WEAPON3"; Text = "Large Zorcher"; } Text { ID = "WEAPON4"; Text = "Rapid Zorcher"; } Text { ID = "WEAPON5"; Text = "Zorch Propulsor"; } Text { ID = "WEAPON6"; Text = "Phasing Zorcher"; } Text { ID = "WEAPON7"; Text = "Large Area Zorching Device"; } Text { ID = "WEAPON8"; Text = "Super Bootspork"; } Text { ID = "KILLMSG_WEAPON0"; Text = "%1 spoon fed %2 with a Bootspoon!"; } Text { ID = "KILLMSG_PISTOL"; Text = "%2 was zorched by %1 with a Mini Zorcher"; } Text { ID = "KILLMSG_SHOTGUN"; Text = "%1 zorched %2 with a Large Zorcher"; } Text { ID = "KILLMSG_CHAINGUN"; Text = "%2 was zorched by %1's Rapid Zorcher."; } Text { ID = "KILLMSG_MISSILE"; Text = "%2 was zorched by %1's Zorch Propulsor"; } Text { ID = "KILLMSG_PLASMA"; Text = "%2 got zorched by %1's Phasing Zorcher."; } Text { ID = "KILLMSG_BFG"; Text = "%1 zorched %2 with the Large Area Zorching Device!"; } Text { ID = "KILLMSG_CHAINSAW"; Text = "%1 spoon fed %2 with a Bootspork!"; } Text { ID = "SKILL1"; Text = "Easy does it."; } Text { ID = "SKILL2"; Text = "Not so sticky."; } Text { ID = "SKILL3"; Text = "Gobs of goo."; } Text { ID = "SKILL4"; Text = "Extreme ooze."; } Text { ID = "SKILL5"; Text = "Super slimey!"; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/materials.ded0000664000175000017500000000045412350542240023452 0ustar jaakkojaakko# Chex Quest - Material Enhancements # # Patch the Material definitions created automatically by the engine, # adding new effects to them. # # For further information on Material definition syntax and semantics see: # # http://dengine.net/dew/?title=Ded_material Header { Version = 6; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/maps.ded0000664000175000017500000000166212350542240022433 0ustar jaakkojaakko# Chex Quest - Map metadata # # For further information on Map Info definition syntax and semantics see: # # http://dengine.net/dew/?title=Map_Info # Header { Version = 5; } # The default definition, used for any maps without a map info definition. Map Info { ID = "*"; Author = "Unknown"; Music = "e1m1"; Gravity = 1; Sky = "sky1"; } Map Info { ID = "E1M1"; Name = "HUSTR_E1M1"; Author = "Digital Cafe"; Music = "e1m1"; Par time = 30; Gravity = 1; Sky = "sky1"; } Copy Map Info { ID = "E1M2"; Name = "HUSTR_E1M2"; Music = "e1m2"; Par time = 75; } Copy Map Info { ID = "E1M3"; Name = "HUSTR_E1M3"; Music = "e1m3"; Par time = 120; } Copy Map Info { ID = "E1M4"; Name = "HUSTR_E1M4"; Music = "e1m4"; Par time = 90; } Copy Map Info { ID = "E1M5"; Name = "HUSTR_E1M5"; Music = "e1m5"; Flags = nointermission; Par time = 165; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/objects.ded0000664000175000017500000000634512350542240023127 0ustar jaakkojaakko# Chex Quest # # Modified DOOM Thing/State definitions. Header { Version = 6; } Thing Mods "POSSESSED" { Melee state = "POSS_ATK1"; Missile state = "NULL"; } Thing Mods "SHOTGUY" { Melee state = "SPOS_ATK1"; Missile state = "NULL"; } Thing Mods "BRUISER" { Speed = 0; Radius = 44; Height = 100; } Thing Mods "SKULL" { Height = 0; } Thing Mods "TROOPSHOT" { Flags = dropoff | missile | noblockmap | nogravity; } Thing Mods "PLASMA" { Flags = noblockmap | missile | dropoff | nogravity | brightshadow | brightexplode; } State Mods "TBALL1" { Flags = 0; } State Mods "TBALL2" { Flags = 0; } State Mods "TBALLX1" { Flags = 0; } State Mods "TBALLX2" { Flags = 0; } State Mods "TBALLX3" { Flags = 0; } State Mods "POSS_ATK2" { Flags = 0; } State Mods "SPOS_ATK2" { Flags = 0; } State Mods "BRBALL1" { Flags = 0; } State Mods "BRBALL2" { Flags = 0; } State Mods "BRBALLX1" { Flags = 0; } State Mods "BRBALLX2" { Flags = 0; } State Mods "BRBALLX3" { Flags = 0; } State Mods "BOSS_ATK1" { Tics = 3; } State Mods "BOSS_ATK2" { Tics = 3; } State Mods "BOSS_ATK3" { Tics = 0; } State Mods "BKEY2" { Flags = fullbright|noautolight; } State Mods "RKEY2" { Flags = fullbright|noautolight; } State Mods "YKEY2" { Flags = fullbright|noautolight; } State Mods "BON1" { Flags = 0; } State Mods "BON1A" { Flags = 0; } State Mods "BON1B" { Flags = 0; } State Mods "BON1C" { Flags = 0; } State Mods "BON1D" { Flags = 0; } State Mods "BON1E" { Flags = 0; } State Mods "SOUL" { Flags = fullbright|noautolight; } State Mods "SOUL2" { Flags = fullbright|noautolight; } State Mods "SOUL3" { Flags = fullbright|noautolight; } State Mods "SOUL4" { Flags = fullbright|noautolight; } State Mods "SOUL5" { Flags = fullbright|noautolight; } State Mods "SOUL6" { Flags = fullbright|noautolight; } State Mods "CANDLESTIK" { Flags = 0; } State Mods "CANDELABRA" { Flags = 0; } State Mods "PMAP" { Flags = fullbright|noautolight; } State Mods "PMAP2" { Flags = fullbright|noautolight; } State Mods "PMAP3" { Flags = fullbright|noautolight; } State Mods "PMAP4" { Flags = fullbright|noautolight; } State Mods "PMAP5" { Flags = fullbright|noautolight; } State Mods "PMAP6" { Flags = fullbright|noautolight; } State Mods "SUIT" { Flags = fullbright|noautolight; } State Mods "BLUETORCH" { Flags = 0; } State Mods "BLUETORCH2" { Flags = 0; } State Mods "BLUETORCH3" { Flags = 0; } State Mods "BLUETORCH4" { Flags = 0; } State Mods "GREENTORCH" { Flags = 0; } State Mods "GREENTORCH2" { Flags = 0; } State Mods "GREENTORCH3" { Flags = 0; } State Mods "GREENTORCH4" { Flags = 0; } State Mods "GTORCHSHRT" { Flags = 0; } State Mods "GTORCHSHRT2" { Flags = 0; } State Mods "GTORCHSHRT3" { Flags = 0; } State Mods "GTORCHSHRT4" { Flags = 0; } State Mods "RTORCHSHRT" { Flags = 0; } State Mods "RTORCHSHRT2" { Flags = 0; } State Mods "RTORCHSHRT3" { Flags = 0; } State Mods "RTORCHSHRT4" { Flags = 0; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/finales.ded0000664000175000017500000000324512350542240023113 0ustar jaakkojaakko# Chex Quest - Intermissions and Finales # # For further information on the InFine system, script syntax # and semantics see: # # http://dengine.net/dew/?title=InFine_script_reference # Header { Version = 5; } # I'm using "textdef" to allow compatibility with DeHackEd. # A better way would just be to use "text" and define the text # in the script, no need to go about modifying the Text defs. InFine { ID = "title"; Script { # There is no skipping during the titlescreen loop. NoSkip # Any event shows the menu. Trigger MARKER title_loop # Step 1. Patch back 0 0 "TITLEPIC" MusicOnce "intro" Wait 4.857 # Original wait is 170 tics. # Step 2. PlayDemo "cdemo1.cdm" # Step 3. Set back "CREDIT" Wait 5.714 # Original is 200 tics. # Step 4. PlayDemo "cdemo2.cdm" # Step 5. Set back "HELP1" Wait 5.714 # 200 tics. # Step 6. PlayDemo "cdemo3.cdm" GOTO title_loop }; } InFine { ID = "help"; Script { NoTrigger; NoFlat; Patch back 0 0 "HELP1" Patch cursor 298 160 M_SKULL1 # Configure the animating cursor Clranim cursor Anim cursor M_SKULL1 0.223857 Anim cursor M_SKULL2 0.223857 Repeat cursor Pause Set back "CREDIT" Pause }; } Finale { After = "E1M5"; Script { NoSkip Music "victor" Flat Values:BGFLATE1 Wait 0.5 TextDef msg 10 10 "E1TEXT" WaitText msg Wait 7 # The original TEXTWAIT is 250 tics. # Show credits. NoFlat DelText msg Patch back 0 0 CREDIT }; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/menu.ded0000664000175000017500000000150212350542240022430 0ustar jaakkojaakko# Chex Quest - Menu Patch Replacements # # The "Patch Replacement" values are used to replace patches with # strings of text. For further information on syntax see values.ded Header { Version = 5; } SkipIf -nodefaultfx; Values { Patch Replacement { M_NGAME = "{tracking=-1}NEW GAME"; M_OPTION = "{tracking=-1}OPTIONS"; M_LOADG = "{tracking=-1}LOAD GAME"; M_SAVEG = "{tracking=-1}SAVE GAME"; M_RDTHIS = "{tracking=-1}READ THIS!"; M_QUITG = "{tracking=-1}QUIT GAME"; M_NEWG = "NEW GAME"; M_OPTTTL = "OPTIONS"; M_SKILL = "{tracking=-1}CHOOSE DIFFICULTY:"; M_JKILL = "{tracking=-1}EASY DOES IT"; M_ROUGH = "{tracking=-1}NOT SO STICKY"; M_HURT = "{tracking=-1}GOBS OF GOO"; M_ULTRA = "{tracking=-1}EXTREME OOZE"; # M_NMARE = "{tracking=-1}SUPER SLIMEY!"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/materialenvironments.ded0000664000175000017500000005004012350542240025733 0ustar jaakkojaakko# Chex Quest: Material Environments Header { Version = 5; } Texture Environment { ID = "Metal"; Material { ID = "textures:BIGDOOR1"; }; Material { ID = "textures:BIGDOOR4"; }; # Door 2 Material { ID = "textures:BRNBIGL"; }; # Red door Material { ID = "textures:BRNBIGR"; }; # Blue door Material { ID = "textures:BRNPOIS2"; }; # Metal panel with slime blob Material { ID = "textures:BRNSMAL2"; }; # Yellow door Material { ID = "textures:COMP2"; }; # Wall of computers Material { ID = "textures:COMPSPAN"; }; # Two metal panels Material { ID = "textures:COMPSTA1"; }; # Door frame Material { ID = "textures:COMPSTA2"; }; # Panels Material { ID = "textures:COMPTALL"; }; # Wall of computers and circuits Material { ID = "textures:COMPTILE"; }; # Transport area sign Material { ID = "textures:COMPUTE1"; }; # Vents and half of blue wall and picture Material { ID = "textures:COMPUTE2"; }; # Wall of computers 2 Material { ID = "textures:DOOR1"; }; # Metal panels x 4 Material { ID = "textures:DOORBLU"; }; # Blue door frame Material { ID = "textures:DOORRED"; }; # Red door frame Material { ID = "textures:DOORSTOP"; }; # White wall Material { ID = "textures:DOORYEL"; }; # Yellow door frame Material { ID = "textures:GRAY4"; }; # Metal panels x 2 Material { ID = "textures:GRAY5"; }; # Metal panels x 2 2 Material { ID = "textures:LITE5"; }; # Large red door and random concrete wall Material { ID = "textures:LITEBLU3"; }; # Narrow Metal panels x 2 Material { ID = "textures:SLADRIP1"; }; # Metal lights Material { ID = "textures:SLADRIP2"; }; # Metal lights 2 Material { ID = "textures:SLADRIP3"; }; # Metal lights 3 Material { ID = "textures:STARG1"; }; # Metal panels x 2 3 Material { ID = "textures:STARTAN3"; }; # Large red door and random concrete wall 2 Material { ID = "textures:STONE"; }; # Long wall of narrow metal panels Material { ID = "textures:STONE2"; }; # Metal panels x 4 2 Material { ID = "textures:STONE3"; }; # Metal panels x 4 3 Material { ID = "textures:STONPOIS"; }; # wall of narrow metal panels with slime blob Material { ID = "textures:SUPPORT2"; }; # Metal panels x 2 4 Material { ID = "textures:ASHWALL"; }; # Air vents Material { ID = "textures:BIGDOOR5"; }; # Door 3 Material { ID = "textures:BIGDOOR6"; }; # Door 4 Material { ID = "textures:CEMENT1"; }; # Large metal panel Material { ID = "textures:CEMENT2"; }; # Building wall Material { ID = "textures:CEMENT3"; }; # Door 5 Material { ID = "textures:CEMENT5"; }; # 2 Metal panels Material { ID = "textures:COMPBLUE"; }; # 2 Metal strips Material { ID = "textures:COMOPOHSO"; }; # Metal panels x 4 4 Material { ID = "textures:COMPWERD"; }; # Wall of circuits Material { ID = "textures:DOORBLU2"; }; # Metal panel with dial Material { ID = "textures:DOORHI"; }; # Metal panels x 3 Material { ID = "textures:DOORYEL2"; }; # White wall 3 Material { ID = "textures:EXITSTON"; }; # Metal panels x 2 5 Material { ID = "textures:GRAY1"; }; # Metal panels x 2 6 Material { ID = "textures:GRAY2"; }; # Metal panels x 2 with flower Material { ID = "textures:GRAYDANG"; }; # Metal panels x 2 with flower 2 Material { ID = "textures:GRAYPOIS"; }; # Narrow Metal panels with flower Material { ID = "textures:ICKDOOR1"; }; # Metal panel Material { ID = "textures:ICKWALL1"; }; # Metal panel and concrete Material { ID = "textures:ICKWALL2"; }; # Metal panels x 2 7 Material { ID = "textures:ICKWALL3"; }; # Metal panels x 2 8 Material { ID = "textures:ICKWALL4"; }; # Metal panels x 2 9 Material { ID = "textures:ICKWALL5"; }; # Metal panel and concrete 2 Material { ID = "textures:ICKWALL6"; }; # Metal panel and concrete 3 Material { ID = "textures:ICKWALL7"; }; # Metal panels x 2 10 Material { ID = "textures:LITERED"; }; # Narrow Metal panels x 2 2 Material { ID = "textures:LITESTON"; }; # Metal panels x 2 with 2 lights Material { ID = "textures:MARBFAC3"; }; # Metal sign Material { ID = "textures:SHAWN3"; }; # Metal panel Material { ID = "textures:SKINFACE"; }; # Large red door Material { ID = "textures:SKINTEK1"; }; # Refrigerated storage door Material { ID = "textures:SKINTEK2"; }; # Slimed door Material { ID = "textures:SKSNAKE1"; }; # Small black door Material { ID = "textures:SP_DUDE4"; }; # Door frame 2 Material { ID = "textures:STEPTOP"; }; # White wall 2 Material { ID = "textures:STONEGARG"; }; # Metal panels x 4 5 Material { ID = "textures:SW1BROWN"; }; # Switch Material { ID = "textures:SW1COMP"; }; # Switch Material { ID = "textures:SW1DIRT"; }; # Switch Material { ID = "textures:SW1STON1"; }; # Switch Material { ID = "textures:SW1STON2"; }; # Switch Material { ID = "textures:SW1STONE"; }; # Switch Material { ID = "textures:SW2BROWN"; }; # Switch Material { ID = "textures:SW2COMP"; }; # Switch Material { ID = "textures:SW2DIRT"; }; # Switch Material { ID = "textures:SW2STON1"; }; # Switch Material { ID = "textures:SW2STON2"; }; # Switch Material { ID = "textures:SW2STONE"; }; # Switch Material { ID = "flats:FLOOR0_3"; }; Material { ID = "flats:STEP1"; }; Material { ID = "flats:TLITE6_1"; }; Material { ID = "flats:TLITE6_4"; }; Material { ID = "flats:TLITE6_5"; }; Material { ID = "flats:TLITE6_6"; }; Material { ID = "flats:CEIL3_2"; }; Material { ID = "flats:CEIL3_5"; }; Material { ID = "flats:CEIL4_2"; }; Material { ID = "flats:CEIL4_3"; }; Material { ID = "flats:CEIL5_1"; }; Material { ID = "flats:CEIL5_2"; }; Material { ID = "flats:GATE1"; }; Material { ID = "flats:GATE2"; }; Material { ID = "flats:CEIL1_1"; }; Material { ID = "flats:CEIL1_2"; }; Material { ID = "flats:CEIL1_3"; }; Material { ID = "flats:CEIL3_3"; }; Material { ID = "flats:CEIL3_4"; }; Material { ID = "flats:CEIL3_6"; }; Material { ID = "flats:FLAT3"; }; Material { ID = "flats:FLAT4"; }; Material { ID = "flats:FLAT8"; }; Material { ID = "flats:FLAT9"; }; Material { ID = "flats:FLAT17"; }; } Texture Environment { ID = "Rock"; Material { ID = "textures:BIGDOOR2"; }; # Rock wall Material { ID = "textures:BRNSMAL1"; }; # Brown wall with vent Material { ID = "textures:BRNPOIS"; }; # Brown wall with slime Material { ID = "textures:BROWN1"; }; # Brown wall Material { ID = "textures:BROWN144"; }; # Rock with metal border Material { ID = "textures:BROWNGRN"; }; # Brown wall 2 Material { ID = "textures:BROWNHUG"; }; # Concrete Material { ID = "textures:BROWNPIP"; }; # Concrete with vent Material { ID = "textures:DOORTRAK"; }; # Rock with metal frame Material { ID = "textures:EXITSIGN"; }; # Rock with metal border and hole Material { ID = "textures:GRAY7"; }; # Long concrete wall with 2 vents along Material { ID = "textures:GRAYTALL"; }; # Concrete 2 Material { ID = "textures:LITE2"; }; # Brown wall with pair of lights Material { ID = "textures:LITEBLU1"; }; # Rock with metal frame 2 Material { ID = "textures:LITEBLU2"; }; # Concrete wall with light switch Material { ID = "textures:LITEBLU4"; }; # White concrete wall Material { ID = "textures:METAL1"; }; # Concrete 3 Material { ID = "textures:NUKE24"; }; # Slime pool border Material { ID = "textures:NUKEDGE1"; }; # Slime pool border tall Material { ID = "textures:NUKESLAD"; }; # Concrete 4 Material { ID = "textures:PIPE2"; }; # Concrete 5 Material { ID = "textures:PLANET1"; }; # Narrow rock with metal frame Material { ID = "textures:PLAT1"; }; # Concrete 6 Material { ID = "textures:SHAWN2"; }; # White concrete wall 2 Material { ID = "textures:STARGR1"; }; # Rock wall with medium slime Material { ID = "textures:STARTAN1"; }; # Brown wall 3 Material { ID = "textures:STARTAN2"; }; # Rock wall 2 Material { ID = "textures:TEKWALL1"; }; # Concrete 7 Material { ID = "textures:TEKWALL2"; }; # Concrete 8 Material { ID = "textures:TEKWALL5"; }; # Brown wall 4 Material { ID = "textures:REDWALL1"; }; # Concrete with vent 2 Material { ID = "textures:BIGDOOR3"; }; # Rock wall 3 Material { ID = "textures:BIGDOOR7"; }; # Concrete 9 Material { ID = "textures:BLODRIP1"; }; # Glowing Rock wall Material { ID = "textures:BLODRIP2"; }; # Glowing Rock wall 2 Material { ID = "textures:BLODRIP3"; }; # Glowing Rock wall 3 Material { ID = "textures:BLODRIP4"; }; # Glowing Rock wall 4 Material { ID = "textures:BROVINE"; }; # Brown wall with vines Material { ID = "textures:BROVINE2"; }; # Brown wall with vines 2 Material { ID = "textures:BROWNWEL"; }; # Concrete 10 Material { ID = "textures:FIREBLU1"; }; # Concrete 11 Material { ID = "textures:FIREBLU2"; }; # Concrete 12 Material { ID = "textures:FIRELAV2"; }; # Concrete 13 Material { ID = "textures:FIRELAV3"; }; # Concrete 14 Material { ID = "textures:FIRELAVA"; }; # Concrete 15 Material { ID = "textures:FIREMAG1"; }; # Rock wall with slime fall Material { ID = "textures:FIREMAG2"; }; # Rock wall with slime fall 2 Material { ID = "textures:FIREMAG3"; }; # Rock wall with slime fall 3 Material { ID = "textures:FIREWALA"; }; # Concrete 16 Material { ID = "textures:FIREWALB"; }; # Concrete 17 Material { ID = "textures:FIREWALL"; }; # Concrete 18 Material { ID = "textures:GRAYBIG"; }; # Concrete 19 Material { ID = "textures:GRAYVINE"; }; # Concrete with vines Material { ID = "textures:GSTONE1"; }; # White concrete wall 3 Material { ID = "textures:GSTONE2"; }; # White concrete wall 4 Material { ID = "textures:GSTSATYR"; }; # White concrete wall 5 Material { ID = "textures:GSTVINE1"; }; # White concrete wall with vines Material { ID = "textures:GSTVINE2"; }; # Brown wall with large slime Material { ID = "textures:LITE96"; }; # Concrete wall with 2 lights Material { ID = "textures:LITEMET"; }; # Concrete wall with 2 lights 2 Material { ID = "textures:MARBFACE"; }; # Concrete 20 Material { ID = "textures:MARBLE2"; }; # Rock wall with large slime, center part Material { ID = "textures:MARBLE3"; }; # Rock wall with large slime, right part Material { ID = "textures:MARBLOD1"; }; # Rock wall with large slime, left part Material { ID = "textures:METAL"; }; # White concrete wall 6 Material { ID = "textures:MIDBRN1"; }; # Concrete 21 Material { ID = "textures:MIDGRATE"; }; # Concrete 22 Material { ID = "textures:NUKEPOIS"; }; # Rock wall with small slime Material { ID = "textures:PIPE1"; }; # Rock with metal border and hole Material { ID = "textures:PIPE4"; }; # Large rock wall with large slime Material { ID = "textures:PIPE6"; }; # Narrow rock with metal frame 2 Material { ID = "textures:REDWALL"; }; # Concrete 23 Material { ID = "textures:ROCKRED1"; }; # Concrete 24 Material { ID = "textures:ROCKRED2"; }; # Concrete 25 Material { ID = "textures:ROCKRED3"; }; # Concrete 26 Material { ID = "textures:SHAWN1"; }; # Concrete 27 Material { ID = "textures:SKIN2"; }; # White concrete wall 7 Material { ID = "textures:SKINBORD"; }; # White concrete wall 8 Material { ID = "textures:SKINEDGE"; }; # White concrete wall 9 Material { ID = "textures:SKINLOW"; }; # Concrete 27 Material { ID = "textures:SKINSCAB"; }; # Brown wall with sign Material { ID = "textures:SKINSYMB"; }; # Rock with metal frame and large sign Material { ID = "textures:SKSNAKE2"; }; # Large rock wall Material { ID = "textures:SKSPINE1"; }; # Stalagmite and stalagtite Material { ID = "textures:SKSPINE2"; }; # Rock door Material { ID = "textures:SKULWAL3"; }; # Rock wall with recessed light Material { ID = "textures:SKY2"; }; # Brown wall with test plant Material { ID = "textures:SKY3"; }; # Brown wall with test plant 2 Material { ID = "textures:SKY4"; }; # Brown wall with test plants Material { ID = "textures:SP_DUDE1"; }; # Concrete 28 Material { ID = "textures:SP_DUDE3"; }; # White concrete wall 10 Material { ID = "textures:SP_DUDE5"; }; # White concrete wall 11 Material { ID = "textures:SP_FACE1"; }; # Concrete 29 Material { ID = "textures:SP_HOT1"; }; # White concrete wall with concrete end Material { ID = "textures:SP_ROCK1"; }; # Concrete 30 Material { ID = "textures:SP_ROCK2"; }; # Concrete 31 Material { ID = "textures:STARBR2"; }; # White concrete wall 12 Material { ID = "textures:STARG2"; }; # White concrete wall 13 Material { ID = "textures:STEPLAD1"; }; # White concrete wall 14 Material { ID = "textures:PIPE4"; }; # Rock with slime Material { ID = "textures:SUPPORT3"; }; # Concrete 32 Material { ID = "textures:WOOD1"; }; # Concrete 33 Material { ID = "textures:WOOD3"; }; # White concrete wall 15 Material { ID = "textures:WOOD4"; }; # White concrete with switches Material { ID = "textures:WOOD5"; }; # Concrete 34 Material { ID = "textures:WOODGARG"; }; # Concrete with switch Material { ID = "textures:WOODSKUL"; }; # Concrete with switch 2 Material { ID = "textures:SW1BRCOM"; }; # Switch Material { ID = "textures:SW1BRN1"; }; # Switch Material { ID = "textures:SW1BRN2"; }; # Switch Material { ID = "textures:SW1BRNGN"; }; # Switch Material { ID = "textures:SW1COMM"; }; # Switch Material { ID = "textures:SW1PIPE"; }; # Switch Material { ID = "textures:SW1STRTN"; }; # Switch Material { ID = "textures:SW2BRCOM"; }; # Switch Material { ID = "textures:SW2BRN1"; }; # Switch Material { ID = "textures:SW2BRN2"; }; # Switch Material { ID = "textures:SW2BRNGN"; }; # Switch Material { ID = "textures:SW2COMM"; }; # Switch Material { ID = "textures:SW2PIPE"; }; # Switch Material { ID = "textures:SW2STRTN"; }; # Switch Material { ID = "flats:FLOOR0_6"; }; Material { ID = "flats:FLOOR1_7"; }; Material { ID = "flats:FLOOR3_3"; }; Material { ID = "flats:FLOOR4_1"; }; Material { ID = "flats:FLOOR4_5"; }; Material { ID = "flats:FLOOR4_6"; }; Material { ID = "flats:FLOOR4_8"; }; Material { ID = "flats:FLOOR5_1"; }; Material { ID = "flats:FLOOR5_2"; }; Material { ID = "flats:FLOOR5_3"; }; Material { ID = "flats:FLOOR5_4"; }; Material { ID = "flats:STEP2"; }; Material { ID = "flats:FLOOR6_1"; }; Material { ID = "flats:FLOOR6_2"; }; Material { ID = "flats:FLOOR7_1"; }; Material { ID = "flats:FLOOR7_2"; }; Material { ID = "flats:MFLR8_1"; }; Material { ID = "flats:CEIL3_1"; }; Material { ID = "flats:FLAT1"; }; Material { ID = "flats:FLAT5"; }; Material { ID = "flats:FLAT10"; }; Material { ID = "flats:FLAT18"; }; Material { ID = "flats:FLAT20"; }; Material { ID = "flats:FLAT22"; }; Material { ID = "flats:FLAT23"; }; Material { ID = "flats:FLAT5_4"; }; Material { ID = "flats:FLAT5_5"; }; Material { ID = "flats:CONS1_1"; }; Material { ID = "flats:CONS1_5"; }; Material { ID = "flats:CONS1_7"; }; Material { ID = "flats:SFLR6_1"; }; Material { ID = "flats:SFLR6_4"; }; Material { ID = "flats:SFLR7_1"; }; Material { ID = "flats:SFLR7_4"; }; Material { ID = "flats:FLOOR0_5"; }; Material { ID = "flats:FLOOR0_7"; }; Material { ID = "flats:FLOOR1_6"; }; Material { ID = "flats:GATE3"; }; Material { ID = "flats:GATE4"; }; Material { ID = "flats:DEM1_5"; }; Material { ID = "flats:DEM1_6"; }; Material { ID = "flats:MFLR8_2"; }; Material { ID = "flats:MFLR8_3"; }; Material { ID = "flats:MFLR8_4"; }; Material { ID = "flats:FLAT1_1"; }; Material { ID = "flats:FLAT1_2"; }; Material { ID = "flats:FLAT1_3"; }; Material { ID = "flats:FLAT5_1"; }; Material { ID = "flats:FLAT5_2"; }; Material { ID = "flats:FLAT5_3"; }; Material { ID = "flats:FLAT5_6"; }; Material { ID = "flats:FLAT5_7"; }; Material { ID = "flats:FLAT5_8"; }; Material { ID = "flats:CRATOP1"; }; Material { ID = "flats:CRATOP2"; }; Material { ID = "flats:FLAT19"; }; Material { ID = "flats:COMP01"; }; } Texture Environment { ID = "Wood"; Material { ID = "textures:BRNBIGC"; }; # Cupboard doors Material { ID = "textures:CRATE1"; }; # Crate red Material { ID = "textures:CRATE2"; }; # Crate brown Material { ID = "textures:CRATELIT"; }; # Small brown crates and red crate Material { ID = "textures:CRATTINY"; }; # Small red crates Material { ID = "textures:CRATWIDE"; }; # Wide brown and red crates Material { ID = "textures:MARBFAC2"; }; # Cupboard back Material { ID = "flats:FLAT2"; }; } Texture Environment { ID = "Cloth"; Material { ID = "textures:AASTINKY"; }; # Vertical wall with chalk board Material { ID = "textures:BRNSMALC"; }; # Blue wall with observation deck sign Material { ID = "textures:BRNSMALL"; }; # Vertical wall with book case Material { ID = "textures:BRNSMALR"; }; # Vertical wall with computer screen Material { ID = "textures:BROWN96"; }; # Vertical wall with computer screen 2 Material { ID = "textures:COMPUTE3"; }; # Vertical wall with sign Material { ID = "textures:DOOR3"; }; # Vertical wall with cupboard Material { ID = "textures:EXITDOOR"; }; # Blue wall 2 with sign Material { ID = "textures:LITE3"; }; # Blue wall white part Material { ID = "textures:LITE4"; }; # Blue wall Material { ID = "textures:SLAPOIS"; }; # Blue wall 5 with picture A and slime Material { ID = "textures:SLADWALL"; }; # Blue wall with picture A Material { ID = "textures:STARG3"; }; # Vertical wall Material { ID = "textures:STEP1"; }; # Step 1 brown Material { ID = "textures:STEP2"; }; # Step 1 grey Material { ID = "textures:STEP3"; }; # Blue wall white part 2 Material { ID = "textures:STEP4"; }; # Blue wall border Material { ID = "textures:STEP5"; }; # Blue wall white part 3 Material { ID = "textures:STEP6"; }; # Blue wall white part 4 Material { ID = "textures:TEKWALL3"; }; # Blue wall with picture B Material { ID = "textures:TEKWALL4"; }; # Blue wall with picture B 2 Material { ID = "textures:BLODGR1"; }; # Blue wall with running slime Material { ID = "textures:BLODGR2"; }; # Blue wall with running slime 2 Material { ID = "textures:BLODGR3"; }; # Blue wall with running slime 3 Material { ID = "textures:BLODGR4"; }; # Blue wall with running slime 4 Material { ID = "textures:CEMENT4"; }; # Vertical wall with cabinent Material { ID = "textures:CEMENT6"; }; # Vertical wall with lockers Material { ID = "textures:CEMPOIS"; }; # Vertical wall with chalk board 2 Material { ID = "textures:DOORRED2"; }; # Blue wall white part 2 Material { ID = "textures:GSTFONT1"; }; # Waterfall Material { ID = "textures:GSTFONT2"; }; # Waterfall 2 Material { ID = "textures:GSTFONT3"; }; # Waterfall 3 Material { ID = "textures:MARBLE1"; }; # Vertical wall with mirror Material { ID = "textures:MIDVINE1"; }; # Vines Material { ID = "textures:MIDVINE2"; }; # Vines 2 Material { ID = "textures:SKINCUT"; }; # Giant sign Material { ID = "textures:SKINMET1"; }; # Blue wall with large slime Material { ID = "textures:SKINMET2"; }; # Vertical wall with large slime Material { ID = "textures:SKULWALL"; }; # Vertical wall power lift sign Material { ID = "textures:SLADSKUL"; }; # Blue wall with observation deck sign 2 Material { ID = "textures:SP_DUDE2"; }; # Blue wall 2 Material { ID = "textures:SP_DUDE6"; }; # Solid brown wall Material { ID = "textures:SW1EXIT"; }; # Switch Material { ID = "textures:SW1GRAY"; }; # Switch Material { ID = "textures:SW1GRAY1"; }; # Switch Material { ID = "textures:SW1METAL"; }; # Switch Material { ID = "textures:SW1SLAD"; }; # Switch Material { ID = "textures:SW1STARG"; }; # Switch Material { ID = "textures:SW2EXIT"; }; # Switch Material { ID = "textures:SW2GRAY"; }; # Switch Material { ID = "textures:SW2GRAY1"; }; # Switch Material { ID = "textures:SW2METAL"; }; # Switch Material { ID = "textures:SW2SLAD"; }; # Switch Material { ID = "textures:SW2STARG"; }; # Switch Material { ID = "flats:FLOOR0_1"; }; Material { ID = "flats:FLOOR1_1"; }; Material { ID = "flats:DEM1_1"; }; Material { ID = "flats:DEM1_2"; }; Material { ID = "flats:DEM1_3"; }; Material { ID = "flats:DEM1_4"; }; Material { ID = "flats:FLAT14"; }; Material { ID = "flats:NUKAGE1"; }; Material { ID = "flats:NUKAGE2"; }; Material { ID = "flats:NUKAGE3"; }; Material { ID = "flats:FLOOR0_2"; }; Material { ID = "flats:FWATER1"; }; Material { ID = "flats:FWATER2"; }; Material { ID = "flats:FWATER3"; }; Material { ID = "flats:FWATER4"; }; Material { ID = "flats:LAVA1"; }; Material { ID = "flats:LAVA2"; }; Material { ID = "flats:LAVA3"; }; Material { ID = "flats:LAVA4"; }; Material { ID = "flats:CEIL4_1"; }; Material { ID = "flats:BLOOD1"; }; Material { ID = "flats:BLOOD2"; }; Material { ID = "flats:BLOOD3"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/anim.ded0000664000175000017500000000650012350542240022413 0ustar jaakkojaakko# Chex Quest - Animation Sequences # # Chex Quest has predefined texture animation sequences. # In order to remain compatible with existing WADs, jDoom builds # animations from these predefined sequences and creates texture # animation groups for them. The flags "tgf_smooth" and # "tgf_first_only" are set for each group. # # Additional sequences can be defined using Group definitions. # # For further information on Group definition syntax and semantics see: # # http://dengine.net/dew/?title=Group # Header { Version = 6 } # # Precache groups. # Group { Flags = precache; Texture { ID = "SW1BRCOM"; }; Texture { ID = "SW2BRCOM"; }; } Group { Flags = precache; Texture { ID = "SW1BRN1"; }; Texture { ID = "SW2BRN1"; }; } Group { Flags = precache; Texture { ID = "SW1BRN2"; }; Texture { ID = "SW2BRN2"; }; } Group { Flags = precache; Texture { ID = "SW1BRNGN"; }; Texture { ID = "SW2BRNGN"; }; } Group { Flags = precache; Texture { ID = "SW1BROWN"; }; Texture { ID = "SW2BROWN"; }; } Group { Flags = precache; Texture { ID = "SW1COMM"; }; Texture { ID = "SW2COMM"; }; } Group { Flags = precache; Texture { ID = "SW1COMP"; }; Texture { ID = "SW2COMP"; }; } Group { Flags = precache; Texture { ID = "SW1DIRT"; }; Texture { ID = "SW2DIRT"; }; } Group { Flags = precache; Texture { ID = "SW1EXIT"; }; Texture { ID = "SW2EXIT"; }; } Group { Flags = precache; Texture { ID = "SW1GRAY"; }; Texture { ID = "SW2GRAY"; }; } Group { Flags = precache; Texture { ID = "SW1GRAY1"; }; Texture { ID = "SW2GRAY1"; }; } Group { Flags = precache; Texture { ID = "SW1METAL"; }; Texture { ID = "SW2METAL"; }; } Group { Flags = precache; Texture { ID = "SW1PIPE"; }; Texture { ID = "SW2PIPE"; }; } Group { Flags = precache; Texture { ID = "SW1SLAD"; }; Texture { ID = "SW2SLAD"; }; } Group { Flags = precache; Texture { ID = "SW1STARG"; }; Texture { ID = "SW2STARG"; }; } Group { Flags = precache; Texture { ID = "SW1STON1"; }; Texture { ID = "SW2STON2"; }; } Group { Flags = precache; Texture { ID = "SW1STONE"; }; Texture { ID = "SW2STONE"; }; } Group { Flags = precache; Texture { ID = "SW1STRTN"; }; Texture { ID = "SW2STRTN"; }; } Group { Flags = precache; Texture { ID = "SW1BLUE"; }; Texture { ID = "SW2BLUE"; }; } Group { Flags = precache; Texture { ID = "SW1CMT"; }; Texture { ID = "SW2CMT"; }; } Group { Flags = precache; Texture { ID = "SW1GARG"; }; Texture { ID = "SW2GARG"; }; } Group { Flags = precache; Texture { ID = "SW1GSTON"; }; Texture { ID = "SW2GSTON"; }; } Group { Flags = precache; Texture { ID = "SW1HOT"; }; Texture { ID = "SW2HOT"; }; } Group { Flags = precache; Texture { ID = "SW1LION"; }; Texture { ID = "SW2LION"; }; } Group { Flags = precache; Texture { ID = "SW1SATYR"; }; Texture { ID = "SW2SATYR"; }; } Group { Flags = precache; Texture { ID = "SW1SKIN"; }; Texture { ID = "SW2SKIN"; }; } Group { Flags = precache; Texture { ID = "SW1VINE"; }; Texture { ID = "SW2VINE"; }; } Group { Flags = precache; Texture { ID = "SW1WOOD"; }; Texture { ID = "SW2WOOD"; }; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/lights.ded0000664000175000017500000000245012350542240022761 0ustar jaakkojaakko# Chex Quest - Lights and Light Decorations # Header { Version = 5; } SkipIf -nodefaultfx; #####====--- LIGHT SOURCES ---====##### # # The default properties of all light-emitting objects are determined # automatically by the engine. Here we make a couple of minor tweaks. # # For further information on Light definition syntax and semantics see: # # http://dengine.net/dew/index.php?title=Light # Make the flashing yellow and blue light posts more dynamic. Light { State = "BTORCHSHRT"; Flags = nohalo; Color { .82 .8 .3 }; Size = 1; Y Offset = 32; } Copy Light { State = "BTORCHSHRT2"; Color { .7 .7 .5 }; Size = 1; } Copy Light { State = "BTORCHSHRT3"; Color { .62 .6 .7 }; Size = 1; } Copy Light { State = "BTORCHSHRT4"; Color { .78 .72 .5 }; Size = 1; } # Use a smaller less brillant light for the blue liquid boiler things. Light { State = "EVILEYE"; Color { .1 .1 .28 }; Size = .4; } Copy Light { State = "EVILEYE2"; Color { .1 .1 .24 }; Size = .35; } Copy Light { State = "EVILEYE3"; Color { .06 .06 .2 }; Size = .5; } Copy Light { State = "EVILEYE4"; Color { .1 .1 .28 }; Size = .35; } Light { State = "ROCKET"; Color { .98 .72 .72 }; Size = .4; Y Offset = 12; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/music.ded0000664000175000017500000000312512350542240022607 0ustar jaakkojaakko# Chex Quest - Music tracks # # For further information on Music definition syntax and semantics see: # # http://dengine.net/dew/?title=Music # Header { Version = 5; } Music { ID = "e1m1"; Lump = "D_E1M1"; } Music { ID = "e1m2"; Lump = "D_E1M2"; } Music { ID = "e1m3"; Lump = "D_E1M3"; } Music { ID = "e1m4"; Lump = "D_E1M4"; } Music { ID = "e1m5"; Lump = "D_E1M5"; } Music { ID = "e1m6"; Lump = "D_E1M6"; } Music { ID = "e1m7"; Lump = "D_E1M7"; } Music { ID = "e1m8"; Lump = "D_E1M8"; } Music { ID = "e1m9"; Lump = "D_E1M9"; } Music { ID = "e2m1"; Lump = "D_E2M1"; } Music { ID = "e2m2"; Lump = "D_E2M2"; } Music { ID = "e2m3"; Lump = "D_E2M3"; } Music { ID = "e2m4"; Lump = "D_E2M4"; } Music { ID = "e2m5"; Lump = "D_E2M5"; } Music { ID = "e2m6"; Lump = "D_E2M6"; } Music { ID = "e2m7"; Lump = "D_E2M7"; } Music { ID = "e2m8"; Lump = "D_E2M8"; } Music { ID = "e2m9"; Lump = "D_E2M9"; } Music { ID = "e3m1"; Lump = "D_E3M1"; } Music { ID = "e3m2"; Lump = "D_E3M2"; } Music { ID = "e3m3"; Lump = "D_E3M3"; } Music { ID = "e3m4"; Lump = "D_E3M4"; } Music { ID = "e3m5"; Lump = "D_E3M5"; } Music { ID = "e3m6"; Lump = "D_E3M6"; } Music { ID = "e3m7"; Lump = "D_E3M7"; } Music { ID = "e3m8"; Lump = "D_E3M8"; } Music { ID = "e3m9"; Lump = "D_E3M9"; } Music { ID = "inter"; Lump = "D_INTER"; } Music { ID = "intro"; Lump = "D_INTRO"; } Music { ID = "bunny"; Lump = "D_BUNNY"; } Music { ID = "victor"; Lump = "D_VICTOR"; } Music { ID = "introa"; Lump = "D_INTROA"; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex/skies.ded0000664000175000017500000000065212350542240022607 0ustar jaakkojaakko# Chex Quest - Sky Definitions # # Patch the Material definitions created automatically by the engine, # adding new effects to them. # # For further information on Sky definition syntax and semantics see: # # http://dengine.net/dew/?title=Sky Header { Version = 6; } Sky { ID = "sky1"; Height = 0.49; Horizon offset = -0.105; Layer 1 { Flags = enable; Material = "textures:SKY1"; } } doomsday-1.14.5/doomsday/plugins/doom/defs/jdoom.ded0000664000175000017500000000120412350542240021644 0ustar jaakkojaakko# libdoom - Doomsday Engine Definitions # # Default set of definitions common to all games playable with libdoom. # For information about DED syntax and semantics, see # # http://dengine.net/dew/?title=DED # Header { Version = 5; Default model scale = 1.2; } Material Mods "flats:F_SKY1" { Flags = skymask; } Sound { ID = "None"; Link pitch = -1; Link volume = -1; Max channels = -1; } Music { ID = "None"; } Include "flags.ded"; Include "values.ded"; Include "objects.ded"; Include "sprites.ded"; Include "text.ded"; Include "finales.ded"; # todo: Split up into separate files for doom1 and doom2. Include "sounds.ded"; doomsday-1.14.5/doomsday/plugins/doom/defs/sprites.ded0000664000175000017500000000660712350542240022241 0ustar jaakkojaakko# libdoom: Sprites # # Order of definitions is very important here! # Only add new Sprites *after* the existing definitions. Header { Version = 5; } Sprite { ID = "TROO"; } Sprite { ID = "SHTG"; } Sprite { ID = "PUNG"; } Sprite { ID = "PISG"; } Sprite { ID = "PISF"; } Sprite { ID = "SHTF"; } Sprite { ID = "SHT2"; } Sprite { ID = "CHGG"; } Sprite { ID = "CHGF"; } Sprite { ID = "MISG"; } Sprite { ID = "MISF"; } Sprite { ID = "SAWG"; } Sprite { ID = "PLSG"; } Sprite { ID = "PLSF"; } Sprite { ID = "BFGG"; } Sprite { ID = "BFGF"; } Sprite { ID = "BLUD"; } Sprite { ID = "PUFF"; } Sprite { ID = "BAL1"; } Sprite { ID = "BAL2"; } Sprite { ID = "PLSS"; } Sprite { ID = "PLSE"; } Sprite { ID = "MISL"; } Sprite { ID = "BFS1"; } Sprite { ID = "BFE1"; } Sprite { ID = "BFE2"; } Sprite { ID = "TFOG"; } Sprite { ID = "IFOG"; } Sprite { ID = "PLAY"; } Sprite { ID = "POSS"; } Sprite { ID = "SPOS"; } Sprite { ID = "VILE"; } Sprite { ID = "FIRE"; } Sprite { ID = "FATB"; } Sprite { ID = "FBXP"; } Sprite { ID = "SKEL"; } Sprite { ID = "MANF"; } Sprite { ID = "FATT"; } Sprite { ID = "CPOS"; } Sprite { ID = "SARG"; } Sprite { ID = "HEAD"; } Sprite { ID = "BAL7"; } Sprite { ID = "BOSS"; } Sprite { ID = "BOS2"; } Sprite { ID = "SKUL"; } Sprite { ID = "SPID"; } Sprite { ID = "BSPI"; } Sprite { ID = "APLS"; } Sprite { ID = "APBX"; } Sprite { ID = "CYBR"; } Sprite { ID = "PAIN"; } Sprite { ID = "SSWV"; } Sprite { ID = "KEEN"; } Sprite { ID = "BBRN"; } Sprite { ID = "BOSF"; } Sprite { ID = "ARM1"; } Sprite { ID = "ARM2"; } Sprite { ID = "BAR1"; } Sprite { ID = "BEXP"; } Sprite { ID = "FCAN"; } Sprite { ID = "BON1"; } Sprite { ID = "BON2"; } Sprite { ID = "BKEY"; } Sprite { ID = "RKEY"; } Sprite { ID = "YKEY"; } Sprite { ID = "BSKU"; } Sprite { ID = "RSKU"; } Sprite { ID = "YSKU"; } Sprite { ID = "STIM"; } Sprite { ID = "MEDI"; } Sprite { ID = "SOUL"; } Sprite { ID = "PINV"; } Sprite { ID = "PSTR"; } Sprite { ID = "PINS"; } Sprite { ID = "MEGA"; } Sprite { ID = "SUIT"; } Sprite { ID = "PMAP"; } Sprite { ID = "PVIS"; } Sprite { ID = "CLIP"; } Sprite { ID = "AMMO"; } Sprite { ID = "ROCK"; } Sprite { ID = "BROK"; } Sprite { ID = "CELL"; } Sprite { ID = "CELP"; } Sprite { ID = "SHEL"; } Sprite { ID = "SBOX"; } Sprite { ID = "BPAK"; } Sprite { ID = "BFUG"; } Sprite { ID = "MGUN"; } Sprite { ID = "CSAW"; } Sprite { ID = "LAUN"; } Sprite { ID = "PLAS"; } Sprite { ID = "SHOT"; } Sprite { ID = "SGN2"; } Sprite { ID = "COLU"; } Sprite { ID = "SMT2"; } Sprite { ID = "GOR1"; } Sprite { ID = "POL2"; } Sprite { ID = "POL5"; } Sprite { ID = "POL4"; } Sprite { ID = "POL3"; } Sprite { ID = "POL1"; } Sprite { ID = "POL6"; } Sprite { ID = "GOR2"; } Sprite { ID = "GOR3"; } Sprite { ID = "GOR4"; } Sprite { ID = "GOR5"; } Sprite { ID = "SMIT"; } Sprite { ID = "COL1"; } Sprite { ID = "COL2"; } Sprite { ID = "COL3"; } Sprite { ID = "COL4"; } Sprite { ID = "CAND"; } Sprite { ID = "CBRA"; } Sprite { ID = "COL6"; } Sprite { ID = "TRE1"; } Sprite { ID = "TRE2"; } Sprite { ID = "ELEC"; } Sprite { ID = "CEYE"; } Sprite { ID = "FSKU"; } Sprite { ID = "COL5"; } Sprite { ID = "TBLU"; } Sprite { ID = "TGRN"; } Sprite { ID = "TRED"; } Sprite { ID = "SMBT"; } Sprite { ID = "SMGT"; } Sprite { ID = "SMRT"; } Sprite { ID = "HDB1"; } Sprite { ID = "HDB2"; } Sprite { ID = "HDB3"; } Sprite { ID = "HDB4"; } Sprite { ID = "HDB5"; } Sprite { ID = "HDB6"; } Sprite { ID = "POB1"; } Sprite { ID = "POB2"; } Sprite { ID = "BRS1"; } Sprite { ID = "TLMP"; } Sprite { ID = "TLP2"; } doomsday-1.14.5/doomsday/plugins/doom/defs/chex.ded0000664000175000017500000000131712350542240021470 0ustar jaakkojaakko# # Chex Quest - Doomsday Engine definitions. # # For information about DED syntax and semantics, see http://dengine.net/dew/?title=DED # # Include common definitions for games playable with jDoom. Include "jdoom.ded"; Include "chex/anim.ded"; Include "chex/skies.ded"; Include "chex/objects.ded"; Include "chex/maps.ded"; Include "chex/finales.ded"; # Chex Quest's fonts use the same Patch identifiers/names as Doom Include "doom1/fonts.ded"; # Use the same patch replacments as Doom Include "doom1/inlude.ded"; Include "chex/menu.ded"; Include "chex/text.ded"; Include "chex/lights.ded"; Include "chex/materials.ded"; Include "chex/materialenvironments.ded"; Include "chex/music.ded"; doomsday-1.14.5/doomsday/plugins/doom/config/0000775000175000017500000000000012350542240020405 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/config/startup.cfg0000664000175000017500000000116612350542240022574 0ustar jaakkojaakko# # -=- jDoom Startup -=- # # This file is included with all versions, which means that it gets # overwritten on each upgrade. Give all custom permanent commands in # autoexec.cfg or user.cfg. # These are the original colors. Uncomment to use. #uicolor text .85 .87 1 #uicolor shadow 0 0 0 #uicolor bglight .015 .2 .4 #uicolor bgmed .01 .125 .25 #uicolor bgdark .0035 .05 .1 #uicolor borhigh 1 1 1 #uicolor bormed 0 0 0 #uicolor borlow .015 .2 .4 # The font. #font name fixed12 # Keymap. #keymap default.dkm # The user config file can contain anything the user wants to execute # before the main startup begins. exec user.cfg doomsday-1.14.5/doomsday/plugins/doom/src/0000775000175000017500000000000012350542240017727 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/src/bossbrain.cpp0000664000175000017500000001102112350542240022410 0ustar jaakkojaakko/** @file bossbrain.cpp Playsim "Boss Brain" management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom.h" #include "bossbrain.h" #include "gamesession.h" #include "p_saveg.h" BossBrain *theBossBrain; // The One boss brain. DENG2_PIMPL_NOREF(BossBrain) { int easy; int targetOn; int numTargets; int maxTargets; mobj_t **targets; Instance() : easy(0) // Always init easy to 0. , targetOn(0) , numTargets(0) , maxTargets(-1) , targets(0) {} ~Instance() { Z_Free(targets); } }; BossBrain::BossBrain() : d(new Instance) {} void BossBrain::clearTargets() { d->numTargets = 0; d->targetOn = 0; } int BossBrain::targetCount() const { return d->numTargets; } void BossBrain::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); // Not for us? if(!IS_SERVER) return; Writer_WriteByte(writer, 1); // Write a version byte. Writer_WriteInt16(writer, d->numTargets); Writer_WriteInt16(writer, d->targetOn); Writer_WriteByte(writer, d->easy != 0? 1:0); // Write the mobj references using the mobj archive. for(int i = 0; i < d->numTargets; ++i) { Writer_WriteInt16(writer, msw->serialIdFor(d->targets[i])); } } void BossBrain::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); // Not for us? if(!IS_SERVER) return; // No brain data before version 3. if(mapVersion < 3) return; clearTargets(); int ver = (mapVersion >= 8? Reader_ReadByte(reader) : 0); int newTargetCount; if(ver >= 1) { newTargetCount = Reader_ReadInt16(reader); d->targetOn = Reader_ReadInt16(reader); d->easy = (dd_bool)Reader_ReadByte(reader); } else { newTargetCount = Reader_ReadByte(reader); d->targetOn = Reader_ReadByte(reader); d->easy = false; } for(int i = 0; i < newTargetCount; ++i) { addTarget(msr->mobj((int) Reader_ReadInt16(reader), 0)); } } void BossBrain::addTarget(mobj_t *mo) { DENG_ASSERT(mo != 0); if(d->numTargets >= d->maxTargets) { // Do we need to alloc more targets? if(d->numTargets == d->maxTargets) { d->maxTargets *= 2; d->targets = (mobj_t **)Z_Realloc(d->targets, d->maxTargets * sizeof(*d->targets), PU_APPSTATIC); } else { d->maxTargets = 32; d->targets = (mobj_t **)Z_Malloc(d->maxTargets * sizeof(*d->targets), PU_APPSTATIC, NULL); } } d->targets[d->numTargets++] = mo; } mobj_t *BossBrain::nextTarget() { if(!d->numTargets) return 0; d->easy ^= 1; if(COMMON_GAMESESSION->rules().skill <= SM_EASY && (!d->easy)) return 0; mobj_t *targ = d->targets[d->targetOn++]; d->targetOn %= d->numTargets; return targ; } // C wrapper API --------------------------------------------------------------- void BossBrain_ClearTargets(BossBrain *bb) { DENG_ASSERT(bb != 0); return bb->clearTargets(); } int BossBrain_TargetCount(BossBrain const *bb) { DENG_ASSERT(bb != 0); return bb->targetCount(); } void BossBrain_AddTarget(BossBrain *bb, mobj_t *mo) { DENG_ASSERT(bb != 0); return bb->addTarget(mo); } mobj_t *BossBrain_NextTarget(BossBrain *bb) { DENG_ASSERT(bb != 0); return bb->nextTarget(); } doomsday-1.14.5/doomsday/plugins/doom/src/d_console.c0000664000175000017500000002153412350542240022045 0ustar jaakkojaakko/** * @file d_console.c * Doom specific console stuff. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom.h" #include "hu_menu.h" #include "hu_stuff.h" D_CMD(Cheat); D_CMD(CheatGod); D_CMD(CheatNoClip); D_CMD(CheatReveal); D_CMD(CheatGive); D_CMD(CheatMassacre); D_CMD(CheatWhere); D_CMD(CheatLeaveMap); D_CMD(CheatSuicide); D_CMD(MakeLocal); D_CMD(SetCamera); D_CMD(SetViewLock); D_CMD(SetViewMode); D_CMD(CycleSpy); D_CMD(PlayDemo); D_CMD(RecordDemo); D_CMD(StopDemo); D_CMD(SpawnMobj); D_CMD(PrintPlayerCoords); D_CMD(ScreenShot); void G_UpdateEyeHeight(void); static void viewResizeAudioFeedback(void); // Console variables. cvartemplate_t gameCVars[] = { // View/Refresh {"view-size", 0, CVT_INT, &cfg.setBlocks, 3, 13, viewResizeAudioFeedback }, {"hud-title", 0, CVT_BYTE, &cfg.mapTitle, 0, 1}, {"hud-title-author-noiwad", 0, CVT_BYTE, &cfg.hideIWADAuthor, 0, 1}, {"view-bob-height", 0, CVT_FLOAT, &cfg.bobView, 0, 1}, {"view-bob-weapon", 0, CVT_FLOAT, &cfg.bobWeapon, 0, 1}, {"view-bob-weapon-switch-lower", 0, CVT_BYTE, &cfg.bobWeaponLower, 0, 1}, {"view-filter-strength", 0, CVT_FLOAT, &cfg.filterStrength, 0, 1}, // Server-side options // Game state {"server-game-skill", 0, CVT_BYTE, &cfg.netSkill, 0, 4}, {"server-game-map", CVF_NO_MAX, CVT_BYTE, &cfg.netMap, 0, 0}, {"server-game-episode", CVF_NO_MAX, CVT_BYTE, &cfg.netEpisode, 0, 0}, {"server-game-deathmatch", 0, CVT_BYTE, &cfg.netDeathmatch, 0, 2}, // Modifiers {"server-game-mod-damage", 0, CVT_BYTE, &cfg.netMobDamageModifier, 1, 100}, {"server-game-mod-health", 0, CVT_BYTE, &cfg.netMobHealthModifier, 1, 20}, {"server-game-mod-gravity", 0, CVT_INT, &cfg.netGravity, -1, 100}, // Items {"server-game-nobfg", 0, CVT_BYTE, &cfg.noNetBFG, 0, 1}, #if 0 {"server-game-coop-nothing", 0, CVT_BYTE, &cfg.noCoopAnything, 0, 1}, // not implemented atm, see P_SpawnMobjXYZ #endif {"server-game-coop-respawn-items", 0, CVT_BYTE, &cfg.coopRespawnItems, 0, 1}, {"server-game-coop-noweapons", 0, CVT_BYTE, &cfg.noCoopWeapons, 0, 1}, // Gameplay options {"server-game-jump", 0, CVT_BYTE, &cfg.netJumping, 0, 1}, {"server-game-bfg-freeaim", 0, CVT_BYTE, &cfg.netBFGFreeLook, 0, 1}, {"server-game-nomonsters", 0, CVT_BYTE, &cfg.netNoMonsters, 0, 1 }, {"server-game-respawn", 0, CVT_BYTE, &cfg.netRespawn, 0, 1}, {"server-game-respawn-monsters-nightmare", 0, CVT_BYTE, &cfg.respawnMonstersNightmare, 0, 1}, {"server-game-radiusattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZRadiusAttack, 0, 1}, {"server-game-monster-meleeattack-nomaxz", 0, CVT_BYTE, &cfg.netNoMaxZMonsterMeleeAttack, 0, 1}, {"server-game-coop-nodamage", 0, CVT_BYTE, &cfg.noCoopDamage, 0, 1}, {"server-game-noteamdamage", 0, CVT_BYTE, &cfg.noTeamDamage, 0, 1}, // Misc {"server-game-deathmatch-killmsg", 0, CVT_BYTE, &cfg.killMessages, 0, 1}, {"server-game-announce-secret", 0, CVT_BYTE, &cfg.secretMsg, 0, 1}, // Player // Player data {"player-color", 0, CVT_BYTE, &cfg.netColor, 0, 4}, {"player-eyeheight", 0, CVT_INT, &cfg.plrViewHeight, 41, 54, G_UpdateEyeHeight}, // Movment {"player-move-speed", 0, CVT_FLOAT, &cfg.playerMoveSpeed, 0, 1}, {"player-jump", 0, CVT_INT, &cfg.jumpEnabled, 0, 1}, {"player-jump-power", 0, CVT_FLOAT, &cfg.jumpPower, 0, 100}, {"player-air-movement", 0, CVT_BYTE, &cfg.airborneMovement, 0, 32}, // Weapon switch preferences {"player-autoswitch", 0, CVT_BYTE, &cfg.weaponAutoSwitch, 0, 2}, {"player-autoswitch-ammo", 0, CVT_BYTE, &cfg.ammoAutoSwitch, 0, 2}, {"player-autoswitch-berserk", 0, CVT_BYTE, &cfg.berserkAutoSwitch, 0, 1}, {"player-autoswitch-notfiring", 0, CVT_BYTE, &cfg.noWeaponAutoSwitchIfFiring, 0, 1}, // Weapon Order preferences {"player-weapon-order0", 0, CVT_INT, &cfg.weaponOrder[0], 0, NUM_WEAPON_TYPES}, {"player-weapon-order1", 0, CVT_INT, &cfg.weaponOrder[1], 0, NUM_WEAPON_TYPES}, {"player-weapon-order2", 0, CVT_INT, &cfg.weaponOrder[2], 0, NUM_WEAPON_TYPES}, {"player-weapon-order3", 0, CVT_INT, &cfg.weaponOrder[3], 0, NUM_WEAPON_TYPES}, {"player-weapon-order4", 0, CVT_INT, &cfg.weaponOrder[4], 0, NUM_WEAPON_TYPES}, {"player-weapon-order5", 0, CVT_INT, &cfg.weaponOrder[5], 0, NUM_WEAPON_TYPES}, {"player-weapon-order6", 0, CVT_INT, &cfg.weaponOrder[6], 0, NUM_WEAPON_TYPES}, {"player-weapon-order7", 0, CVT_INT, &cfg.weaponOrder[7], 0, NUM_WEAPON_TYPES}, {"player-weapon-order8", 0, CVT_INT, &cfg.weaponOrder[8], 0, NUM_WEAPON_TYPES}, {"player-weapon-nextmode", 0, CVT_BYTE, &cfg.weaponNextMode, 0, 1}, {"player-weapon-cycle-sequential", 0, CVT_BYTE, &cfg.weaponCycleSequential, 0, 1}, // Misc {"player-camera-noclip", 0, CVT_INT, &cfg.cameraNoClip, 0, 1}, {"player-death-lookup", 0, CVT_BYTE, &cfg.deathLookUp, 0, 1}, // Compatibility options {"game-anybossdeath666", 0, CVT_BYTE, &cfg.anyBossDeath, 0, 1}, {"game-corpse-sliding", 0, CVT_BYTE, &cfg.slidingCorpses, 0, 1}, {"game-maxskulls", 0, CVT_BYTE, &cfg.maxSkulls, 0, 1}, {"game-monsters-floatoverblocking", 0, CVT_BYTE, &cfg.allowMonsterFloatOverBlocking, 0, 1}, {"game-monsters-stuckindoors", 0, CVT_BYTE, &cfg.monstersStuckInDoors, 0, 1}, {"game-objects-clipping", 0, CVT_BYTE, &cfg.moveBlock, 0, 1}, {"game-objects-falloff", 0, CVT_BYTE, &cfg.fallOff, 0, 1}, {"game-objects-gibcrushednonbleeders", 0, CVT_BYTE, &cfg.gibCrushedNonBleeders, 0, 1}, {"game-objects-neverhangoverledges", 0, CVT_BYTE, &cfg.avoidDropoffs, 0, 1}, {"game-player-wallrun-northonly", 0, CVT_BYTE, &cfg.wallRunNorthOnly, 0, 1}, {"game-raiseghosts", 0, CVT_BYTE, &cfg.raiseGhosts, 0, 1}, {"game-skullsinwalls", 0, CVT_BYTE, &cfg.allowSkullsInWalls, 0, 1}, {"game-vilechase-usevileradius", 0, CVT_BYTE, &cfg.vileChaseUseVileRadius, 0, 1}, {"game-zclip", 0, CVT_BYTE, &cfg.moveCheckZ, 0, 1}, {"game-zombiescanexit", 0, CVT_BYTE, &cfg.zombiesCanExit, 0, 1}, // Game state //{"game-fastmonsters", 0, CVT_BYTE, &cfg.fastMonsters, 0, 1}, // Gameplay {"game-corpse-time", CVF_NO_MAX, CVT_INT, &cfg.corpseTime, 0, 0}, // Misc {"msg-echo", 0, CVT_BYTE, &cfg.echoMsg, 0, 1}, {NULL} }; // Console commands ccmdtemplate_t gameCCmds[] = { {"spy", "", CCmdCycleSpy}, {"screenshot", "", CCmdScreenShot}, // $cheats {"cheat", "s", CCmdCheat}, {"god", NULL, CCmdCheatGod}, {"noclip", NULL, CCmdCheatNoClip}, {"reveal", "i", CCmdCheatReveal}, {"give", NULL, CCmdCheatGive}, {"kill", "", CCmdCheatMassacre}, {"leavemap", "", CCmdCheatLeaveMap}, {"suicide", NULL, CCmdCheatSuicide}, {"where", "", CCmdCheatWhere}, {"spawnmobj", NULL, CCmdSpawnMobj}, {"coord", "", CCmdPrintPlayerCoords}, // $democam {"makelocp", "i", CCmdMakeLocal}, {"makecam", "i", CCmdSetCamera}, {"setlock", NULL, CCmdSetViewLock}, {"lockmode", "i", CCmdSetViewLock}, {"viewmode", NULL, CCmdSetViewMode}, {NULL} }; /** * Add the console variables and commands. */ void G_ConsoleRegistration(void) { uint i; for(i = 0; gameCVars[i].path; ++i) Con_AddVariable(&gameCVars[i]); for(i = 0; gameCCmds[i].name; ++i) Con_AddCommand(&gameCCmds[i]); } /** * Called when the player-eyeheight cvar is changed. */ void G_UpdateEyeHeight(void) { player_t* plr = &players[CONSOLEPLAYER]; if(!(plr->plr->flags & DDPF_CAMERA)) plr->viewHeight = (float) cfg.plrViewHeight; } D_CMD(ScreenShot) { G_SetGameAction(GA_SCREENSHOT); return true; } void viewResizeAudioFeedback(void) { if(Hu_MenuIsActive()) { // The menu slider plays its own audio feedback. return; } S_LocalSound(SFX_STNMOV, NULL); } doomsday-1.14.5/doomsday/plugins/doom/src/d_items.c0000664000175000017500000002110212350542240021513 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_items.c: Weapons, ammos, healthpacks etc, etc... */ // HEADER FILES ------------------------------------------------------------ #include "jdoom.h" #include "g_defs.h" #include "player.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- /** * Default weapon definitions. * These are used if other (external) definitions are not found. */ weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES] = { { { // fist GM_ANY, {0, 0, 0, 0}, // type: clip | shell | cell | misl {0, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_PUNCHUP, S_PUNCHDOWN, S_PUNCH, S_PUNCH1, S_NULL }, 0, // raise sound id 0 // ready sound } }, { { // pistol GM_ANY, {1, 0, 0, 0}, // type: clip | shell | cell | misl {1, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_PISTOLUP, S_PISTOLDOWN, S_PISTOL, S_PISTOL1, S_PISTOLFLASH }, 0, // raise sound id 0 // ready sound } }, { { // shotgun GM_ANY, {0, 1, 0, 0}, // type: clip | shell | cell | misl {0, 1, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_SGUNUP, S_SGUNDOWN, S_SGUN, S_SGUN1, S_SGUNFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // chaingun GM_ANY, {1, 0, 0, 0}, // type: clip | shell | cell | misl {1, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_CHAINUP, S_CHAINDOWN, S_CHAIN, S_CHAIN1, S_CHAINFLASH1 }, 0, // raise sound id 0, // ready sound } }, { { // missile launcher GM_ANY, {0, 0, 0, 1}, // type: clip | shell | cell | misl {0, 0, 0, 1}, // pershot: clip | shell | cell | misl false, // autofire when raised if fire held { S_MISSILEUP, S_MISSILEDOWN, S_MISSILE, S_MISSILE1, S_MISSILEFLASH1 }, 0, // raise sound id 0, // ready sound } }, { { // plasma rifle GM_ANY & ~GM_DOOM_SHAREWARE, {0, 0, 1, 0}, // type: clip | shell | cell | misl {0, 0, 1, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_PLASMAUP, S_PLASMADOWN, S_PLASMA, S_PLASMA1, S_PLASMAFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // bfg 9000 GM_ANY & ~GM_DOOM_SHAREWARE, {0, 0, 1, 0}, // type: clip | shell | cell | misl {0, 0, 40, 0}, // pershot: clip | shell | cell | misl false, // autofire when raised if fire held { S_BFGUP, S_BFGDOWN, S_BFG, S_BFG1, S_BFGFLASH1 }, 0, // raise sound id 0 // ready sound } }, { { // chainsaw GM_ANY, {0, 0, 0, 0}, // type: clip | shell | cell | misl {0, 0, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_SAWUP, S_SAWDOWN, S_SAW, S_SAW1, S_NULL }, SFX_SAWUP, // raise sound id SFX_SAWIDL // ready sound } }, { { // super shotgun GM_ANY_DOOM2, {0, 1, 0, 0}, // type: clip | shell | cell | misl {0, 2, 0, 0}, // pershot: clip | shell | cell | misl true, // autofire when raised if fire held { S_DSGUNUP, S_DSGUNDOWN, S_DSGUN, S_DSGUN1, S_DSGUNFLASH1 }, 0, // raise sound id 0 // ready sound } } }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ static const char* ammoTypeNames[NUM_AMMO_TYPES] = {"clip", "shell", "cell", "misl"}; // CODE -------------------------------------------------------------------- /** * Initialize ammo info. */ void P_InitAmmoInfo(void) { uint i; char buf[40]; for(i = 0; i < NUM_AMMO_TYPES; ++i) { // Max ammo. sprintf(buf, "Player|Max ammo|%s", ammoTypeNames[i]); GetDefInt(buf, &maxAmmo[i]); // Clip ammo. sprintf(buf, "Player|Clip ammo|%s", ammoTypeNames[i]); GetDefInt(buf, &clipAmmo[i]); } } /** * Initialize weapon info. */ void P_InitWeaponInfo(void) { #define WPINF "Weapon Info|" int i; int pclass = PCLASS_PLAYER; char buf[80]; char* data; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { //// \todo Only allows for one type of ammo per weapon. sprintf(buf, WPINF "%i|Type", i); if(Def_Get(DD_DEF_VALUE, buf, &data) >= 0) { memset(weaponInfo[i][pclass].mode[0].ammoType, 0, sizeof(int) * NUM_AMMO_TYPES); memset(weaponInfo[i][pclass].mode[0].perShot, 0, sizeof(int) * NUM_AMMO_TYPES); if(stricmp(data, "noammo")) { ammotype_t k; for(k = 0; k < NUM_AMMO_TYPES; ++k) { if(!stricmp(data, ammoTypeNames[k])) { weaponInfo[i][pclass].mode[0].ammoType[k] = true; sprintf(buf, WPINF "%i|Per shot", i); GetDefInt(buf, &weaponInfo[i][pclass].mode[0].perShot[k]); break; } } } } // end todo sprintf(buf, WPINF "%i|Up", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_UP]); sprintf(buf, WPINF "%i|Down", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_DOWN]); sprintf(buf, WPINF "%i|Ready", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_READY]); sprintf(buf, WPINF "%i|Atk", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_ATTACK]); sprintf(buf, WPINF "%i|Flash", i); GetDefState(buf, &weaponInfo[i][pclass].mode[0].states[WSN_FLASH]); sprintf(buf, WPINF "%i|Static", i); weaponInfo[i][pclass].mode[0].staticSwitch = GetDefInt(buf, 0); } /// \todo Get this info from values. P_InitWeaponSlots(); P_SetWeaponSlot(WT_FIRST, 1); P_SetWeaponSlot(WT_EIGHTH, 1); P_SetWeaponSlot(WT_SECOND, 2); P_SetWeaponSlot(WT_THIRD, 3); if(gameModeBits & GM_ANY_DOOM2) P_SetWeaponSlot(WT_NINETH, 3); P_SetWeaponSlot(WT_FOURTH, 4); P_SetWeaponSlot(WT_FIFTH, 5); P_SetWeaponSlot(WT_SIXTH, 6); P_SetWeaponSlot(WT_SEVENTH, 7); #undef WPINF } void P_InitPlayerValues(player_t *p) { int i; char buf[40]; GetDefInt("Player|Health", &p->health); GetDefInt("Player|Weapon", (int *) &p->readyWeapon); p->pendingWeapon = p->readyWeapon; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { sprintf(buf, "Weapon Info|%i|Owned", i); GetDefInt(buf, (int *) &p->weapons[i].owned); } for(i = 0; i < NUM_AMMO_TYPES; ++i) { sprintf(buf, "Player|Init ammo|%s", ammoTypeNames[i]); GetDefInt(buf, &p->ammo[i].owned); } } doomsday-1.14.5/doomsday/plugins/doom/src/doomv9mapstatereader.cpp0000664000175000017500000006673412350542240024612 0ustar jaakkojaakko/** @file doomv9mapstatereader.cpp Doom ver 1.9 save game reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom.h" #include "doomv9mapstatereader.h" #include "am_map.h" #include "dmu_lib.h" #include "g_game.h" #include "p_ceiling.h" #include "p_door.h" #include "p_floor.h" #include "p_map.h" #include "p_mapsetup.h" #include "p_plat.h" #include "p_saveio.h" #include "p_saveg.h" #include "p_tick.h" #include "r_common.h" // R_UpdateConsoleView #include #include #include #define PADSAVEP() savePtr += (4 - ((savePtr - saveBuffer) & 3)) & 3 #define SIZEOF_V19_THINKER_T 12 #define V19_THINKER_T_FUNC_OFFSET 8 using namespace de; static byte *savePtr; static byte *saveBuffer; static char sri8(reader_s *r) { if(!r) return 0; savePtr++; return *(char *) (savePtr - 1); } static short sri16(reader_s *r) { if(!r) return 0; savePtr += 2; return *(int16_t *) (savePtr - 2); } static int sri32(reader_s *r) { if(!r) return 0; savePtr += 4; return *(int32_t *) (savePtr - 4); } static void srd(reader_s *r, char *data, int len) { if(!r) return; if(data) { memcpy(data, savePtr, len); } savePtr += len; } static reader_s *SV_NewReader_Dm_v19() { if(!saveBuffer) return 0; return Reader_NewWithCallbacks(sri8, sri16, sri32, 0, srd); } static Uri *readTextureUrn(reader_s *reader, char const *schemeName) { DENG_ASSERT(reader != 0 && schemeName != 0); return Uri_NewWithPath2(Str_Text(Str_Appendf(AutoStr_NewStd(), "urn:%s:%i", schemeName, Reader_ReadInt16(reader))), RC_NULL); } static void readPlayer(player_t *pl, reader_s *reader) { Reader_ReadInt32(reader); pl->playerState = playerstate_t(Reader_ReadInt32(reader)); Reader_Read(reader, NULL, 8); pl->viewZ = FIX2FLT(Reader_ReadInt32(reader)); pl->viewHeight = FIX2FLT(Reader_ReadInt32(reader)); pl->viewHeightDelta = FIX2FLT(Reader_ReadInt32(reader)); pl->bob = FLT2FIX(Reader_ReadInt32(reader)); pl->flyHeight = 0; pl->health = Reader_ReadInt32(reader); pl->armorPoints = Reader_ReadInt32(reader); pl->armorType = Reader_ReadInt32(reader); de::zap(pl->powers); pl->powers[PT_INVULNERABILITY] = Reader_ReadInt32(reader); pl->powers[PT_STRENGTH] = Reader_ReadInt32(reader); pl->powers[PT_INVISIBILITY] = Reader_ReadInt32(reader); pl->powers[PT_IRONFEET] = Reader_ReadInt32(reader); pl->powers[PT_ALLMAP] = Reader_ReadInt32(reader); if(pl->powers[PT_ALLMAP]) { ST_RevealAutomap(pl - players, true); } pl->powers[PT_INFRARED] = Reader_ReadInt32(reader); de::zap(pl->keys); pl->keys[KT_BLUECARD] = !!Reader_ReadInt32(reader); pl->keys[KT_YELLOWCARD] = !!Reader_ReadInt32(reader); pl->keys[KT_REDCARD] = !!Reader_ReadInt32(reader); pl->keys[KT_BLUESKULL] = !!Reader_ReadInt32(reader); pl->keys[KT_YELLOWSKULL] = !!Reader_ReadInt32(reader); pl->keys[KT_REDSKULL] = !!Reader_ReadInt32(reader); pl->backpack = Reader_ReadInt32(reader); de::zap(pl->frags); pl->frags[0] = Reader_ReadInt32(reader); pl->frags[1] = Reader_ReadInt32(reader); pl->frags[2] = Reader_ReadInt32(reader); pl->frags[3] = Reader_ReadInt32(reader); pl->readyWeapon = weapontype_t(Reader_ReadInt32(reader)); pl->pendingWeapon = weapontype_t(Reader_ReadInt32(reader)); de::zap(pl->weapons); pl->weapons[WT_FIRST].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_SECOND].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_THIRD].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_FOURTH].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_FIFTH].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_SIXTH].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_SEVENTH].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_EIGHTH].owned = !!Reader_ReadInt32(reader); pl->weapons[WT_NINETH].owned = !!Reader_ReadInt32(reader); de::zap(pl->ammo); pl->ammo[AT_CLIP].owned = Reader_ReadInt32(reader); pl->ammo[AT_SHELL].owned = Reader_ReadInt32(reader); pl->ammo[AT_CELL].owned = Reader_ReadInt32(reader); pl->ammo[AT_MISSILE].owned = Reader_ReadInt32(reader); pl->ammo[AT_CLIP].max = Reader_ReadInt32(reader); pl->ammo[AT_SHELL].max = Reader_ReadInt32(reader); pl->ammo[AT_CELL].max = Reader_ReadInt32(reader); pl->ammo[AT_MISSILE].max = Reader_ReadInt32(reader); pl->attackDown = Reader_ReadInt32(reader); pl->useDown = Reader_ReadInt32(reader); pl->cheats = Reader_ReadInt32(reader); pl->refire = Reader_ReadInt32(reader); pl->killCount = Reader_ReadInt32(reader); pl->itemCount = Reader_ReadInt32(reader); pl->secretCount = Reader_ReadInt32(reader); Reader_ReadInt32(reader); pl->damageCount = Reader_ReadInt32(reader); pl->bonusCount = Reader_ReadInt32(reader); Reader_ReadInt32(reader); pl->plr->extraLight = Reader_ReadInt32(reader); pl->plr->fixedColorMap = Reader_ReadInt32(reader); pl->colorMap = Reader_ReadInt32(reader); for(int i = 0; i < 2; ++i) { pspdef_t *psp = &pl->pSprites[i]; psp->state = INT2PTR(state_t, Reader_ReadInt32(reader)); psp->tics = Reader_ReadInt32(reader); psp->pos[VX] = FIX2FLT(Reader_ReadInt32(reader)); psp->pos[VY] = FIX2FLT(Reader_ReadInt32(reader)); } pl->didSecret = !!Reader_ReadInt32(reader); } static void readMobj(reader_s *reader) { #define FF_FULLBRIGHT 0x8000 ///< Used to be a flag in thing->frame. #define FF_FRAMEMASK 0x7fff // List: thinker links. Reader_ReadInt32(reader); Reader_ReadInt32(reader); Reader_ReadInt32(reader); // Info for drawing: position. coord_t pos[3]; pos[VX] = FIX2FLT(Reader_ReadInt32(reader)); pos[VY] = FIX2FLT(Reader_ReadInt32(reader)); pos[VZ] = FIX2FLT(Reader_ReadInt32(reader)); // More list: links in sector (if needed) Reader_ReadInt32(reader); Reader_ReadInt32(reader); //More drawing info: to determine current sprite. angle_t angle = Reader_ReadInt32(reader); // orientation spritenum_t sprite = Reader_ReadInt32(reader); // used to find patch_t and flip value int frame = Reader_ReadInt32(reader); // might be ORed with FF_FULLBRIGHT if(frame & FF_FULLBRIGHT) { frame &= FF_FRAMEMASK; // not used anymore. } // Interaction info, by BLOCKMAP. // Links in blocks (if needed). Reader_ReadInt32(reader); Reader_ReadInt32(reader); Reader_ReadInt32(reader); // The closest interval over all contacted Sectors. coord_t floorz = FIX2FLT(Reader_ReadInt32(reader)); coord_t ceilingz = FIX2FLT(Reader_ReadInt32(reader)); // For movement checking. coord_t radius = FIX2FLT(Reader_ReadInt32(reader)); coord_t height = FIX2FLT(Reader_ReadInt32(reader)); // Momentums, used to update position. coord_t mom[3]; mom[MX] = FIX2FLT(Reader_ReadInt32(reader)); mom[MY] = FIX2FLT(Reader_ReadInt32(reader)); mom[MZ] = FIX2FLT(Reader_ReadInt32(reader)); int valid = Reader_ReadInt32(reader); int type = Reader_ReadInt32(reader); mobjinfo_t *info = &MOBJINFO[type]; int ddflags = 0; if(info->flags & MF_SOLID) ddflags |= DDMF_SOLID; if(info->flags2 & MF2_DONTDRAW) ddflags |= DDMF_DONTDRAW; /* * We now have all the information we need to create the mobj. */ mobj_t *mo = Mobj_CreateXYZ(P_MobjThinker, pos[VX], pos[VY], pos[VZ], angle, radius, height, ddflags); mo->sprite = sprite; mo->frame = frame; mo->floorZ = floorz; mo->ceilingZ = ceilingz; mo->mom[MX] = mom[MX]; mo->mom[MY] = mom[MY]; mo->mom[MZ] = mom[MZ]; mo->valid = valid; mo->type = type; mo->moveDir = DI_NODIR; Reader_ReadInt32(reader); // &mobjinfo[mo->type] mo->tics = Reader_ReadInt32(reader); // state tic counter mo->state = INT2PTR(state_t, Reader_ReadInt32(reader)); mo->damage = DDMAXINT; // Use damage set in mo->info->damage mo->flags = Reader_ReadInt32(reader); mo->health = Reader_ReadInt32(reader); // Movement direction, movement generation (zig-zagging). mo->moveDir = Reader_ReadInt32(reader); // 0-7 mo->moveCount = Reader_ReadInt32(reader); // when 0, select a new dir // Thing being chased/attacked (or NULL), // also the originator for missiles. Reader_ReadInt32(reader); // Reaction time: if non 0, don't attack yet. // Used by player to freeze a bit after teleporting. mo->reactionTime = Reader_ReadInt32(reader); // If >0, the target will be chased // no matter what (even if shot) mo->threshold = Reader_ReadInt32(reader); // Additional info record for player avatars only. // Only valid if type == MT_PLAYER mo->player = INT2PTR(player_t, Reader_ReadInt32(reader)); // Player number last looked for. mo->lastLook = Reader_ReadInt32(reader); // For nightmare respawn. mo->spawnSpot.origin[VX] = (float) Reader_ReadInt16(reader); mo->spawnSpot.origin[VY] = (float) Reader_ReadInt16(reader); mo->spawnSpot.origin[VZ] = 0; // Initialize with "something". mo->spawnSpot.angle = (angle_t) (ANG45 * ((int)Reader_ReadInt16(reader) / 45)); /* mo->spawnSpot.type = (int) */ Reader_ReadInt16(reader); int spawnFlags = ((int) Reader_ReadInt16(reader)) & ~MASK_UNKNOWN_MSF_FLAGS; // Spawn on the floor by default unless the mobjtype flags override. spawnFlags |= MSF_Z_FLOOR; mo->spawnSpot.flags = spawnFlags; // Thing being chased/attacked for tracers. Reader_ReadInt32(reader); mo->info = info; SV_TranslateLegacyMobjFlags(mo, 0); mo->state = &STATES[PTR2INT(mo->state)]; mo->target = 0; if(mo->player) { int pnum = PTR2INT(mo->player) - 1; mo->player = &players[pnum]; mo->dPlayer = mo->player->plr; mo->dPlayer->mo = mo; //mo->dPlayer->clAngle = mo->angle; /* $unifiedangles */ mo->dPlayer->lookDir = 0; /* $unifiedangles */ } P_MobjLink(mo); mo->floorZ = P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT); mo->ceilingZ = P_GetDoublep(Mobj_Sector(mo), DMU_CEILING_HEIGHT); #undef FF_FRAMEMASK #undef FF_FULLBRIGHT } static int removeThinker(thinker_t *th, void * /*context*/) { if(th->function == (thinkfunc_t) P_MobjThinker) { P_MobjRemove((mobj_t *) th, true); } else { Z_Free(th); } return false; // Continue iteration. } static int readCeiling(ceiling_t *ceiling, reader_s *reader) { /* Original DOOM format: typedef struct { thinker_t thinker; // was 12 bytes ceilingtype_e type; // was 32bit int Sector *sector; fixed_t bottomheight; fixed_t topheight; fixed_t speed; dd_bool crush; int direction; int tag; int olddirection; } v19_ceiling_t; */ byte temp[SIZEOF_V19_THINKER_T]; // Padding at the start (an old thinker_t struct). Reader_Read(reader, &temp, SIZEOF_V19_THINKER_T); // Start of used data members. ceiling->type = ceilingtype_e(Reader_ReadInt32(reader)); // A 32bit pointer to sector, serialized. ceiling->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(ceiling->sector != 0); ceiling->bottomHeight = FIX2FLT(Reader_ReadInt32(reader)); ceiling->topHeight = FIX2FLT(Reader_ReadInt32(reader)); ceiling->speed = FIX2FLT(Reader_ReadInt32(reader)); ceiling->crush = Reader_ReadInt32(reader); ceiling->state = (Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); ceiling->tag = Reader_ReadInt32(reader); ceiling->oldState = (Reader_ReadInt32(reader) == -1? CS_DOWN : CS_UP); ceiling->thinker.function = T_MoveCeiling; if(!(temp + V19_THINKER_T_FUNC_OFFSET)) { Thinker_SetStasis(&ceiling->thinker, true); } P_ToXSector(ceiling->sector)->specialData = ceiling; return true; // Add this thinker. } static int readDoor(door_t *door, reader_s *reader) { /* Original DOOM format: typedef struct { thinker_t thinker; // was 12 bytes doortype_e type; // was 32bit int Sector *sector; fixed_t topheight; fixed_t speed; int direction; int topwait; int topcountdown; } v19_vldoor_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V19_THINKER_T); // Start of used data members. door->type = doortype_e(Reader_ReadInt32(reader)); // A 32bit pointer to sector, serialized. door->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(door->sector != 0); door->topHeight = FIX2FLT(Reader_ReadInt32(reader)); door->speed = FIX2FLT(Reader_ReadInt32(reader)); door->state = doorstate_e(Reader_ReadInt32(reader)); door->topWait = Reader_ReadInt32(reader); door->topCountDown = Reader_ReadInt32(reader); door->thinker.function = T_Door; P_ToXSector(door->sector)->specialData = door; return true; // Add this thinker. } static int readFloor(floor_t *floor, reader_s *reader) { /* Original DOOM format: typedef struct { thinker_t thinker; // was 12 bytes floortype_e type; // was 32bit int dd_bool crush; Sector *sector; int direction; int newspecial; short texture; fixed_t floordestheight; fixed_t speed; } v19_floormove_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V19_THINKER_T); // Start of used data members. floor->type = floortype_e(Reader_ReadInt32(reader)); floor->crush = Reader_ReadInt32(reader); // A 32bit pointer to sector, serialized. floor->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(floor->sector != 0); floor->state = floorstate_e(Reader_ReadInt32(reader)); floor->newSpecial = Reader_ReadInt32(reader); Uri *newTextureUrn = readTextureUrn(reader, "Flats"); floor->material = DD_MaterialForTextureUri(newTextureUrn); Uri_Delete(newTextureUrn); floor->floorDestHeight = FIX2FLT(Reader_ReadInt32(reader)); floor->speed = FIX2FLT(Reader_ReadInt32(reader)); floor->thinker.function = T_MoveFloor; P_ToXSector(floor->sector)->specialData = floor; return true; // Add this thinker. } static int readPlat(plat_t *plat, reader_s *reader) { /* Original DOOM format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; fixed_t speed; fixed_t low; fixed_t high; int wait; int count; platstate_e status; // was 32bit int platstate_e oldstatus; // was 32bit int dd_bool crush; int tag; plattype_e type; // was 32bit int } v19_plat_t; */ byte temp[SIZEOF_V19_THINKER_T]; // Padding at the start (an old thinker_t struct) Reader_Read(reader, temp, SIZEOF_V19_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. plat->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(plat->sector != 0); plat->speed = FIX2FLT(Reader_ReadInt32(reader)); plat->low = FIX2FLT(Reader_ReadInt32(reader)); plat->high = FIX2FLT(Reader_ReadInt32(reader)); plat->wait = Reader_ReadInt32(reader); plat->count = Reader_ReadInt32(reader); plat->state = platstate_e(Reader_ReadInt32(reader)); plat->oldState = platstate_e(Reader_ReadInt32(reader)); plat->crush = Reader_ReadInt32(reader); plat->tag = Reader_ReadInt32(reader); plat->type = plattype_e(Reader_ReadInt32(reader)); plat->thinker.function = T_PlatRaise; if(!(temp + V19_THINKER_T_FUNC_OFFSET)) { Thinker_SetStasis(&plat->thinker, true); } P_ToXSector(plat->sector)->specialData = plat; return true; // Add this thinker. } static int readFlash(lightflash_t *flash, reader_s *reader) { /* Original DOOM format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; int count; int maxlight; int minlight; int maxtime; int mintime; } v19_lightflash_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V19_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. flash->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(flash->sector != 0); flash->count = Reader_ReadInt32(reader); flash->maxLight = (float) Reader_ReadInt32(reader) / 255.0f; flash->minLight = (float) Reader_ReadInt32(reader) / 255.0f; flash->maxTime = Reader_ReadInt32(reader); flash->minTime = Reader_ReadInt32(reader); flash->thinker.function = (thinkfunc_t) T_LightFlash; return true; // Add this thinker. } static int readStrobe(strobe_t *strobe, reader_s *reader) { /* Original DOOM format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; int count; int minlight; int maxlight; int darktime; int brighttime; } v19_strobe_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V19_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. strobe->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(strobe->sector != 0); strobe->count = Reader_ReadInt32(reader); strobe->minLight = (float) Reader_ReadInt32(reader) / 255.0f; strobe->maxLight = (float) Reader_ReadInt32(reader) / 255.0f; strobe->darkTime = Reader_ReadInt32(reader); strobe->brightTime = Reader_ReadInt32(reader); strobe->thinker.function = (thinkfunc_t) T_StrobeFlash; return true; // Add this thinker. } static int readGlow(glow_t *glow, reader_s *reader) { /* Original DOOM format: typedef struct { thinker_t thinker; // was 12 bytes Sector *sector; int minlight; int maxlight; int direction; } v19_glow_t; */ // Padding at the start (an old thinker_t struct) Reader_Read(reader, NULL, SIZEOF_V19_THINKER_T); // Start of used data members. // A 32bit pointer to sector, serialized. glow->sector = (Sector *)P_ToPtr(DMU_SECTOR, Reader_ReadInt32(reader)); DENG_ASSERT(glow->sector != 0); glow->minLight = (float) Reader_ReadInt32(reader) / 255.0f; glow->maxLight = (float) Reader_ReadInt32(reader) / 255.0f; glow->direction = Reader_ReadInt32(reader); glow->thinker.function = (thinkfunc_t) T_Glow; return true; // Add this thinker. } static bool SV_OpenFile_Dm_v19(Path path) { DENG_ASSERT(saveBuffer == 0); if(!M_ReadFile(NativePath(path).expand().toUtf8().constData(), (char **)&saveBuffer)) { return false; } savePtr = saveBuffer; return true; } static void SV_CloseFile_Dm_v19() { if(!saveBuffer) return; Z_Free(saveBuffer); saveBuffer = savePtr = 0; } DENG2_PIMPL(DoomV9MapStateReader) { reader_s *reader; Instance(Public *i) : Base(i) , reader(0) {} ~Instance() { Reader_Delete(reader); } void readPlayers() { for(int i = 0; i < 4; ++i) { if(!players[i].plr->inGame) continue; PADSAVEP(); readPlayer(players + i, reader); // will be set when unarc thinker players[i].plr->mo = 0; players[i].attacker = 0; for(int k = 0; k < NUMPSPRITES; ++k) { if(players[i].pSprites[k].state) { players[i].pSprites[k].state = &STATES[PTR2INT(players[i].pSprites[k].state)]; } } } } void readThinkers() { // Remove all the current thinkers. Thinker_Iterate(NULL, removeThinker, NULL); Thinker_Init(); // Read in saved thinkers. byte tClass; while((tClass = Reader_ReadByte(reader)) != 0 /*TC_END*/) { switch(tClass) { case 1: //TC_MOBJ PADSAVEP(); readMobj(reader); break; default: throw ReadError("DoomV9MapStateReader", "Unknown tclass #" + String::number(tClass) + "in savegame"); } } } enum { tc_ceiling, tc_door, tc_floor, tc_plat, tc_flash, tc_strobe, tc_glow, tc_endspecials }; /* * Things to handle: * * T_MoveCeiling, (ceiling_t: Sector * swizzle), - active list * T_Door, (door_t: Sector * swizzle), * T_MoveFloor, (floor_t: Sector * swizzle), * T_LightFlash, (lightflash_t: Sector * swizzle), * T_StrobeFlash, (strobe_t: Sector *), * T_Glow, (glow_t: Sector *), * T_PlatRaise, (plat_t: Sector *), - active list */ void readSpecials() { byte tClass; while((tClass = Reader_ReadByte(reader)) != tc_endspecials) { switch(tClass) { case tc_ceiling: { PADSAVEP(); ceiling_t *ceiling = (ceiling_t *)Z_Calloc(sizeof(*ceiling), PU_MAP, NULL); readCeiling(ceiling, reader); Thinker_Add(&ceiling->thinker); break; } case tc_door: { PADSAVEP(); door_t *door = (door_t *)Z_Calloc(sizeof(*door), PU_MAP, NULL); readDoor(door, reader); Thinker_Add(&door->thinker); break; } case tc_floor: { PADSAVEP(); floor_t *floor = (floor_t *)Z_Calloc(sizeof(*floor), PU_MAP, NULL); readFloor(floor, reader); Thinker_Add(&floor->thinker); break; } case tc_plat: { PADSAVEP(); plat_t *plat = (plat_t *)Z_Calloc(sizeof(*plat), PU_MAP, NULL); readPlat(plat, reader); Thinker_Add(&plat->thinker); break; } case tc_flash: { PADSAVEP(); lightflash_t *flash = (lightflash_t *)Z_Calloc(sizeof(*flash), PU_MAP, NULL); readFlash(flash, reader); Thinker_Add(&flash->thinker); break; } case tc_strobe: { PADSAVEP(); strobe_t *strobe = (strobe_t *)Z_Calloc(sizeof(*strobe), PU_MAP, NULL); readStrobe(strobe, reader); Thinker_Add(&strobe->thinker); break; } case tc_glow: { PADSAVEP(); glow_t *glow = (glow_t *)Z_Calloc(sizeof(*glow), PU_MAP, NULL); readGlow(glow, reader); Thinker_Add(&glow->thinker); break; } default: throw ReadError("DoomV9MapStateReader", "Unknown tclass #" + String::number(tClass) + "in savegame"); } } } }; DoomV9MapStateReader::DoomV9MapStateReader(game::SavedSession const &session) : game::SavedSession::MapStateReader(session) , d(new Instance(this)) {} DoomV9MapStateReader::~DoomV9MapStateReader() {} void DoomV9MapStateReader::read(String const & /*mapUriStr*/) { d->reader = SV_NewReader_Dm_v19(); d->readPlayers(); // Do sectors. for(int i = 0; i < numsectors; ++i) { Sector *sec = (Sector *)P_ToPtr(DMU_SECTOR, i); xsector_t *xsec = P_ToXSector(sec); P_SetDoublep(sec, DMU_FLOOR_HEIGHT, (coord_t) Reader_ReadInt16(d->reader)); P_SetDoublep(sec, DMU_CEILING_HEIGHT, (coord_t) Reader_ReadInt16(d->reader)); Uri *floorTextureUrn = readTextureUrn(d->reader, "Flats"); P_SetPtrp (sec, DMU_FLOOR_MATERIAL, DD_MaterialForTextureUri(floorTextureUrn)); Uri_Delete(floorTextureUrn); Uri *ceilingTextureUrn = readTextureUrn(d->reader, "Flats"); P_SetPtrp (sec, DMU_CEILING_MATERIAL, DD_MaterialForTextureUri(ceilingTextureUrn)); Uri_Delete(ceilingTextureUrn); P_SetFloatp(sec, DMU_LIGHT_LEVEL, (float) (Reader_ReadInt16(d->reader)) / 255.0f); xsec->special = Reader_ReadInt16(d->reader); // needed? /*xsec->tag = */Reader_ReadInt16(d->reader); // needed? xsec->specialData = 0; xsec->soundTarget = 0; } // Do lines. for(int i = 0; i < numlines; ++i) { Line *line = (Line *)P_ToPtr(DMU_LINE, i); xline_t *xline = P_ToXLine(line); xline->flags = Reader_ReadInt16(d->reader); xline->special = Reader_ReadInt16(d->reader); /*xline->tag =*/Reader_ReadInt16(d->reader); for(int k = 0; k < 2; ++k) { Side *sdef = (Side *)P_GetPtrp(line, (k? DMU_BACK:DMU_FRONT)); if(!sdef) continue; float matOffset[2]; matOffset[VX] = (float) (Reader_ReadInt16(d->reader)); matOffset[VY] = (float) (Reader_ReadInt16(d->reader)); P_SetFloatpv(sdef, DMU_TOP_MATERIAL_OFFSET_XY, matOffset); P_SetFloatpv(sdef, DMU_MIDDLE_MATERIAL_OFFSET_XY, matOffset); P_SetFloatpv(sdef, DMU_BOTTOM_MATERIAL_OFFSET_XY, matOffset); Uri *topTextureUrn = readTextureUrn(d->reader, "Textures"); P_SetPtrp(sdef, DMU_TOP_MATERIAL, DD_MaterialForTextureUri(topTextureUrn)); Uri_Delete(topTextureUrn); Uri *bottomTextureUrn = readTextureUrn(d->reader, "Textures"); P_SetPtrp(sdef, DMU_BOTTOM_MATERIAL, DD_MaterialForTextureUri(bottomTextureUrn)); Uri_Delete(bottomTextureUrn); Uri *middleTextureUrn = readTextureUrn(d->reader, "Textures"); P_SetPtrp(sdef, DMU_MIDDLE_MATERIAL, DD_MaterialForTextureUri(middleTextureUrn)); Uri_Delete(middleTextureUrn); } } d->readThinkers(); d->readSpecials(); byte const consistency = Reader_ReadByte(d->reader); Reader_Delete(d->reader); d->reader = 0; if(consistency != 0x1d) { throw ReadError("DoomV9MapStateReader", "Bad savegame (consistency test failed!)"); } // Material scrollers must be spawned. P_SpawnAllMaterialOriginScrollers(); // Let the engine know where the local players are now. for(int i = 0; i < MAXPLAYERS; ++i) { R_UpdateConsoleView(i); } // Inform the engine that map setup must be performed once more. R_SetupMap(0, 0); } doomsday-1.14.5/doomsday/plugins/doom/src/d_refresh.cpp0000664000175000017500000002641012350542240022377 0ustar jaakkojaakko/** @file d_refresh.cpp DOOM specific refresh functions/utilities. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom.h" #include "d_refresh.h" #include "dmu_lib.h" #include "hu_menu.h" #include "hu_stuff.h" #include "hu_pspr.h" #include "am_map.h" #include "g_common.h" #include "g_controls.h" #include "gamesession.h" #include "r_common.h" #include "d_net.h" #include "x_hair.h" #include "p_mapsetup.h" #include "p_tick.h" #include "hu_automap.h" #include float quitDarkenOpacity = 0; static float appliedFilter[MAXPLAYERS]; void G_InitSpecialFilter() { for(int i = 0; i < MAXPLAYERS; ++i) { appliedFilter[i] = -1; } } void G_UpdateSpecialFilterWithTimeDelta(int player, float delta) { // In HacX a simple blue shift is used instead. if(gameMode == doom2_hacx) return; player_t *plr = players + player; int filter = plr->powers[PT_INVULNERABILITY]; if(!filter) { // Clear the filter. if(appliedFilter[player] > 0) { DD_Executef(true, "postfx %i opacity 1; postfx %i none %f", player, player, delta); appliedFilter[player] = -1; } return; } float str = 1; // Full inversion. if(filter < 4 * 32 && !(filter & 8)) { str = 0; } // Activate the filter. if(appliedFilter[player] < 0) { DD_Executef(true, "postfx %i monochrome.inverted %f", player, delta); } // Update filter opacity. if(!FEQUAL(appliedFilter[player], str)) { DD_Executef(true, "postfx %i opacity %f", player, str); } appliedFilter[player] = str; } void G_UpdateSpecialFilter(int player) { G_UpdateSpecialFilterWithTimeDelta(player, .3f); } dd_bool R_ViewFilterColor(float rgba[4], int filter) { if(!rgba) return false; // We have to choose the right color and alpha. if(filter >= STARTREDPALS && filter < STARTREDPALS + NUMREDPALS) { // Red. rgba[CR] = 1; rgba[CG] = 0; rgba[CB] = 0; rgba[CA] = (COMMON_GAMESESSION->rules().deathmatch? 1.0f : cfg.filterStrength) * (filter+1) / (float)NUMREDPALS; return true; } if(gameMode == doom2_hacx && filter >= STARTINVULPALS && filter < STARTINVULPALS + NUMINVULPALS) { // Blue. rgba[CR] = .16f; rgba[CG] = .16f; rgba[CB] = .92f; rgba[CA] = cfg.filterStrength * .98f * (filter - STARTINVULPALS + 1) / (float)NUMINVULPALS; return true; } if(filter >= STARTBONUSPALS && filter < STARTBONUSPALS + NUMBONUSPALS) { if(gameMode == doom2_hacx) { // The original palette shift desaturates everything evenly. // Rather than mess with this right now when we'll be replacing // all the filter stuff entirely soon enough - simply use gray. rgba[CR] = .5f; rgba[CG] = .5f; rgba[CB] = .5f; rgba[CA] = cfg.filterStrength * .25f * (filter - STARTBONUSPALS + 1) / (float)NUMBONUSPALS; } else { // Gold. rgba[CR] = 1; rgba[CG] = .8f; rgba[CB] = .5f; rgba[CA] = cfg.filterStrength * .25f * (filter - STARTBONUSPALS + 1) / (float)NUMBONUSPALS; } return true; } if(filter == 13) { // Green. rgba[CR] = 0; rgba[CG] = .7f; rgba[CB] = 0; rgba[CA] = cfg.filterStrength * .25f; return true; } if(filter) { App_Log(DE2_GL_WARNING, "Invalid view filter number: %d", filter); } return false; } void R_UpdateViewFilter(int player) { #define RADIATIONPAL (13) /// Radiation suit, green shift. player_t *plr = players + player; int palette = 0; if(player < 0 || player >= MAXPLAYERS) return; // Not currently present? if(!plr->plr->inGame) return; if(gameMode == doom2_hacx && plr->powers[PT_INVULNERABILITY]) { // A blue shift is used in HacX. int const max = 10; int const cnt = plr->powers[PT_INVULNERABILITY]; if(cnt < max) palette = .5f + (NUMINVULPALS-1) * ((float)cnt / max); else if(cnt < 4 * 32 && !(cnt & 8)) palette = .5f + (NUMINVULPALS-1) * .7f; else if(cnt > INVULNTICS - max) palette = .5f + (NUMINVULPALS-1) * ((float)(INVULNTICS - cnt) / max); else palette = NUMINVULPALS-1; // Full shift. if(palette >= NUMINVULPALS) palette = NUMINVULPALS - 1; palette += STARTINVULPALS; } else { int cnt = plr->damageCount; if(plr->powers[PT_STRENGTH]) { // Slowly fade the berzerk out. int bzc = 12 - (plr->powers[PT_STRENGTH] >> 6); cnt = MAX_OF(cnt, bzc); } if(cnt) { // In Chex Quest the green palette shift is used instead (perhaps to // suggest the player is being covered in goo?). if(gameMode == doom_chex) { palette = RADIATIONPAL; } else { palette = (cnt + 7) >> 3; if(palette >= NUMREDPALS) palette = NUMREDPALS - 1; palette += STARTREDPALS; } } else if(plr->bonusCount) { palette = (plr->bonusCount + 7) >> 3; if(palette >= NUMBONUSPALS) palette = NUMBONUSPALS - 1; palette += STARTBONUSPALS; } else if(plr->powers[PT_IRONFEET] > 4 * 32 || plr->powers[PT_IRONFEET] & 8) { palette = RADIATIONPAL; } } // $democam if(palette) { plr->plr->flags |= DDPF_VIEW_FILTER; R_ViewFilterColor(plr->plr->filterColor, palette); } else { plr->plr->flags &= ~DDPF_VIEW_FILTER; } #undef RADIATIONPAL } void G_RendPlayerView(int player) { player_t *plr = &players[player]; float pspriteOffsetY; int isFullBright = ((plr->powers[PT_INFRARED] > 4 * 32) || (plr->powers[PT_INFRARED] & 8) || plr->powers[PT_INVULNERABILITY] > 30); if(IS_CLIENT) { // Server updates mobj flags in NetSv_Ticker. R_SetAllDoomsdayFlags(); } pspriteOffsetY = HU_PSpriteYOffset(plr); DD_SetVariable(DD_PSPRITE_OFFSET_Y, &pspriteOffsetY); // $democam GL_SetFilter((plr->plr->flags & DDPF_USE_VIEW_FILTER)? true : false); if(plr->plr->flags & DDPF_USE_VIEW_FILTER) { const float* color = plr->plr->filterColor; GL_SetFilterColor(color[CR], color[CG], color[CB], color[CA]); } // How about fullbright? DD_SetInteger(DD_FULLBRIGHT, isFullBright); // Render the view with possible custom filters. R_RenderPlayerView(player); } void D_DrawWindow(Size2Raw const * /*windowSize*/) { if(G_GameState() == GS_INTERMISSION) { WI_Drawer(); } // Draw HUD displays; menu, messages. Hu_Drawer(); if(G_QuitInProgress()) { DGL_DrawRectf2Color(0, 0, 320, 200, 0, 0, 0, quitDarkenOpacity); } } void D_EndFrame() { if(G_GameState() != GS_MAP) return; for(int i = 0; i < MAXPLAYERS; ++i) { player_t *plr = players + i; if(!plr->plr->inGame) continue; if(!plr->plr->mo) continue; // View angles are updated with fractional ticks, so we can just use the current values. R_SetViewAngle(i, Player_ViewYawAngle(i)); R_SetViewPitch(i, plr->plr->lookDir); } } void Mobj_UpdateColorMap(mobj_t *mo) { DENG2_ASSERT(mo != 0); if(mo->flags & MF_TRANSLATION) { mo->tmap = (mo->flags & MF_TRANSLATION) >> MF_TRANSSHIFT; } else { mo->tmap = 0; } } /** * Updates the mobj flags used by Doomsday with the state of our local flags * for the given mobj. */ void P_SetDoomsdayFlags(mobj_t *mo) { DENG2_ASSERT(mo != 0); // Client mobjs can't be set here. if(IS_CLIENT && (mo->ddFlags & DDMF_REMOTE)) { // Color translation can be applied for remote mobjs, too. Mobj_UpdateColorMap(mo); return; } // Reset the flags for a new frame. mo->ddFlags &= DDMF_CLEAR_MASK; // Local objects aren't sent to clients. if(mo->flags & MF_LOCAL) mo->ddFlags |= DDMF_LOCAL; if(mo->flags & MF_SOLID) mo->ddFlags |= DDMF_SOLID; if(mo->flags & MF_NOGRAVITY) mo->ddFlags |= DDMF_NOGRAVITY; if(mo->flags2 & MF2_FLOATBOB) mo->ddFlags |= DDMF_NOGRAVITY | DDMF_BOB; if(mo->flags & MF_MISSILE) { mo->ddFlags |= DDMF_MISSILE; } if(mo->type == MT_LIGHTSOURCE) mo->ddFlags |= DDMF_ALWAYSLIT | DDMF_DONTDRAW; if(mo->info && (mo->info->flags2 & MF2_ALWAYSLIT)) mo->ddFlags |= DDMF_ALWAYSLIT; if(mo->flags2 & MF2_FLY) mo->ddFlags |= DDMF_FLY | DDMF_NOGRAVITY; // $democam: cameramen are invisible if(P_MobjIsCamera(mo)) mo->ddFlags |= DDMF_DONTDRAW; if((mo->flags & MF_CORPSE) && cfg.corpseTime && mo->corpseTics == -1) mo->ddFlags |= DDMF_DONTDRAW; // Choose which ddflags to set. if(mo->flags2 & MF2_DONTDRAW) { mo->ddFlags |= DDMF_DONTDRAW; return; // No point in checking the other flags. } if(mo->flags2 & MF2_LOGRAV) mo->ddFlags |= DDMF_LOWGRAVITY; /** * The torches often go into the ceiling. This'll prevent them from * 'jumping' when they do. * * @todo Add a thing def flag for this. */ if(mo->type == MT_MISC41 || mo->type == MT_MISC42 || mo->type == MT_MISC43 || // tall torches mo->type == MT_MISC44 || mo->type == MT_MISC45 || mo->type == MT_MISC46) // short torches mo->ddFlags |= DDMF_NOFITBOTTOM; if(mo->flags & MF_BRIGHTSHADOW) mo->ddFlags |= DDMF_BRIGHTSHADOW; else if(mo->flags & MF_SHADOW) mo->ddFlags |= DDMF_SHADOW; if(((mo->flags & MF_VIEWALIGN) && !(mo->flags & MF_MISSILE)) || ((mo->flags & MF_MISSILE) && !(mo->flags & MF_VIEWALIGN)) || (mo->flags & MF_FLOAT)) mo->ddFlags |= DDMF_VIEWALIGN; Mobj_UpdateColorMap(mo); } void R_SetAllDoomsdayFlags() { if(G_GameState() != GS_MAP) return; // Only visible things are in the sector thinglists, so this is good. for(int i = 0; i < numsectors; ++i) for(mobj_t *iter = (mobj_t *)P_GetPtr(DMU_SECTOR, i, DMT_MOBJS); iter; iter = iter->sNext) { P_SetDoomsdayFlags(iter); } } doomsday-1.14.5/doomsday/plugins/doom/src/p_telept.c0000664000175000017500000001363512350542240021717 0ustar jaakkojaakko/**\file p_telept.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include "jdoom.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_map.h" #include "p_mapspec.h" #include "p_terraintype.h" mobj_t *P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle) { return P_SpawnMobjXYZ(MT_TFOG, x, y, 0, angle, MSF_Z_FLOOR); } typedef struct { Sector *sec; mobjtype_t type; mobj_t *foundMobj; } findmobjparams_t; static int findMobj(thinker_t *th, void *context) { findmobjparams_t *params = (findmobjparams_t *) context; mobj_t *mo = (mobj_t *) th; // Must be of the correct type? if(params->type >= 0 && params->type != mo->type) return false; // Continue iteration. // Must be in the specified sector? if(params->sec && params->sec != Mobj_Sector(mo)) return false; // Continue iteration. // Found it! params->foundMobj = mo; return true; // Stop iteration. } static mobj_t *getTeleportDestination(short tag) { iterlist_t *list = P_GetSectorIterListForTag(tag, false); if(list) { Sector *sec = NULL; findmobjparams_t params; params.type = MT_TELEPORTMAN; params.foundMobj = NULL; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); while((sec = IterList_MoveIterator(list)) != NULL) { params.sec = sec; if(Thinker_Iterate(P_MobjThinker, findMobj, ¶ms)) { // Found one. return params.foundMobj; } } } return NULL; } int EV_Teleport(Line* line, int side, mobj_t* mo, dd_bool spawnFog) { mobj_t* dest; // Clients cannot teleport on their own. if(IS_CLIENT) return 0; if(mo->flags2 & MF2_NOTELEPORT) return 0; // Don't teleport if hit back of line, so you can get out of teleporter. if(side == 1) return 0; if((dest = getTeleportDestination(P_ToXLine(line)->tag)) != NULL) { // A suitable destination has been found. mobj_t* fog; coord_t oldPos[3]; coord_t aboveFloor; angle_t oldAngle; uint an; memcpy(oldPos, mo->origin, sizeof(mo->origin)); oldAngle = mo->angle; aboveFloor = mo->origin[VZ] - mo->floorZ; if(!P_TeleportMove(mo, dest->origin[VX], dest->origin[VY], false)) return 0; // In Final Doom things teleported to their destination but the // height wasn't set to the floor. if(gameMode != GM_DOOM2_TNT && gameMode != GM_DOOM2_PLUT) mo->origin[VZ] = mo->floorZ; if(spawnFog) { // Spawn teleport fog at source and destination. if((fog = P_SpawnMobj(MT_TFOG, oldPos, oldAngle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); an = dest->angle >> ANGLETOFINESHIFT; if((fog = P_SpawnMobjXYZ(MT_TFOG, dest->origin[VX] + 20 * FIX2FLT(finecosine[an]), dest->origin[VY] + 20 * FIX2FLT(finesine[an]), mo->origin[VZ], dest->angle + ANG180, 0))) { // Emit sound, where? S_StartSound(SFX_TELEPT, fog); } } mo->angle = dest->angle; if(mo->flags2 & MF2_FLOORCLIP) { mo->floorClip = 0; if(FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) { mo->floorClip = 10; } } } mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; // $voodoodolls Must be the real player. if(mo->player && mo->player->plr->mo == mo) { mo->reactionTime = 18; // Don't move for a bit. if(mo->player->powers[PT_FLIGHT] && aboveFloor > 0) { mo->origin[VZ] = mo->floorZ + aboveFloor; if(mo->origin[VZ] + mo->height > mo->ceilingZ) { mo->origin[VZ] = mo->ceilingZ - mo->height; } } else { //mo->dPlayer->clLookDir = 0; /* $unifiedangles */ mo->dPlayer->lookDir = 0; } mo->player->viewHeight = (coord_t) cfg.plrViewHeight; mo->player->viewHeightDelta = 0; mo->player->viewZ = mo->origin[VZ] + mo->player->viewHeight; mo->player->viewOffset[VX] = mo->player->viewOffset[VY] = mo->player->viewOffset[VZ] = 0; mo->player->bob = 0; //mo->dPlayer->clAngle = mo->angle; /* $unifiedangles */ mo->dPlayer->flags |= DDPF_FIXANGLES | DDPF_FIXORIGIN | DDPF_FIXMOM; App_Log(DE2_DEV_NET_VERBOSE, "EV_Teleport: Player %p set FIX flags", mo->dPlayer); } return 1; } return 0; } doomsday-1.14.5/doomsday/plugins/doom/src/st_stuff.c0000664000175000017500000033164712350542240021746 0ustar jaakkojaakko/**\file st_stuff.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #if defined(WIN32) && defined(_MSC_VER) // Something in here is incompatible with MSVC 2010 optimization. // Symptom: automap not visible. # pragma optimize("", off) # pragma warning(disable : 4748) #endif #include #include #include #include #include "jdoom.h" #include "dmu_lib.h" #include "d_net.h" #include "hu_stuff.h" #include "hu_lib.h" #include "hu_chat.h" #include "hu_log.h" #include "hu_automap.h" #include "p_mapsetup.h" #include "p_tick.h" #include "player.h" #include "p_user.h" #include "r_common.h" #include "am_map.h" // N/256*100% probability // that the normal face state will change #define ST_FACEPROBABILITY (96) // Location of status bar #define ST_X (0) #define ST_FX (144) // Number of status faces. #define ST_NUMPAINFACES (5) #define ST_NUMSTRAIGHTFACES (3) #define ST_NUMTURNFACES (2) #define ST_NUMSPECIALFACES (3) #define ST_FACESTRIDE (ST_NUMSTRAIGHTFACES+ST_NUMTURNFACES+ST_NUMSPECIALFACES) #define ST_NUMEXTRAFACES (2) #define ST_NUMFACES (ST_FACESTRIDE*ST_NUMPAINFACES+ST_NUMEXTRAFACES) #define ST_TURNOFFSET (ST_NUMSTRAIGHTFACES) #define ST_OUCHOFFSET (ST_TURNOFFSET + ST_NUMTURNFACES) #define ST_EVILGRINOFFSET (ST_OUCHOFFSET + 1) #define ST_RAMPAGEOFFSET (ST_EVILGRINOFFSET + 1) #define ST_GODFACE (ST_NUMPAINFACES*ST_FACESTRIDE) #define ST_DEADFACE (ST_GODFACE+1) #define ST_FACESX (143) #define ST_FACESY (0) #define ST_EVILGRINCOUNT (2*TICRATE) #define ST_STRAIGHTFACECOUNT (TICRATE/2) #define ST_TURNCOUNT (1*TICRATE) #define ST_OUCHCOUNT (1*TICRATE) #define ST_RAMPAGEDELAY (2*TICRATE) #define ST_MUCHPAIN (20) // HEALTH number pos. #define ST_HEALTHWIDTH (3) #define ST_HEALTHX (90) #define ST_HEALTHY (3) // Weapon pos. #define ST_ARMSX (111) #define ST_ARMSY (4) #define ST_ARMSBGX (104) #define ST_ARMSBGY (1) #define ST_ARMSXSPACE (12) #define ST_ARMSYSPACE (10) // Frags pos. #define ST_FRAGSX (138) #define ST_FRAGSY (3) #define ST_FRAGSWIDTH (2) // ARMOR number pos. #define ST_ARMORWIDTH (3) #define ST_ARMORX (221) #define ST_ARMORY (3) // Key icon positions. #define ST_KEY0WIDTH (8) #define ST_KEY0HEIGHT (5) #define ST_KEY0X (239) #define ST_KEY0Y (3) #define ST_KEY1WIDTH (ST_KEY0WIDTH) #define ST_KEY1X (239) #define ST_KEY1Y (13) #define ST_KEY2WIDTH (ST_KEY0WIDTH) #define ST_KEY2X (239) #define ST_KEY2Y (23) // Ready Ammunition counter. #define ST_READYAMMOWIDTH (3) #define ST_READYAMMOX (44) #define ST_READYAMMOY (3) // Ammo counters. #define ST_AMMOWIDTH (3) #define ST_AMMOHEIGHT (6) #define ST_AMMOX (288) #define ST_AMMOY (5) #define ST_MAXAMMOWIDTH (3) #define ST_MAXAMMOHEIGHT (6) #define ST_MAXAMMOX (314) #define ST_MAXAMMOY (5) typedef enum { HOT_TLEFT, HOT_TRIGHT, HOT_BRIGHT, HOT_BLEFT, HOT_B, HOT_LEFT } hotloc_t; enum { UWG_STATUSBAR = 0, UWG_MAPNAME, UWG_BOTTOM, UWG_BOTTOMLEFT, UWG_BOTTOMLEFT2, UWG_BOTTOMRIGHT, UWG_BOTTOMCENTER, UWG_TOPCENTER, UWG_COUNTERS, UWG_AUTOMAP, NUM_UIWIDGET_GROUPS }; typedef struct { dd_bool inited; dd_bool stopped; int hideTics; float hideAmount; float alpha; // Fullscreen hud alpha value. float showBar; // Slide statusbar amount 1.0 is fully open. dd_bool statusbarActive; // Whether the statusbar is active. int automapCheatLevel; /// \todo Belongs in player state? int widgetGroupIds[NUM_UIWIDGET_GROUPS]; int automapWidgetId; int chatWidgetId; int logWidgetId; // Statusbar: guidata_health_t sbarHealth; guidata_readyammo_t sbarReadyammo; guidata_ammo_t sbarAmmos[NUM_AMMO_TYPES]; guidata_ammo_t sbarMaxammos[NUM_AMMO_TYPES]; guidata_weaponslot_t sbarWeaponslots[6]; guidata_armor_t sbarArmor; guidata_frags_t sbarFrags; guidata_keyslot_t sbarKeyslots[3]; guidata_face_t sbarFace; // Fullscreen: guidata_health_t health; guidata_armoricon_t armoricon; guidata_keys_t keys; guidata_armor_t armor; guidata_readyammoicon_t readyammoicon; guidata_readyammo_t readyammo; guidata_face_t face; guidata_frags_t frags; // Other: guidata_automap_t automap; guidata_chat_t chat; guidata_log_t log; guidata_secrets_t secrets; guidata_items_t items; guidata_kills_t kills; } hudstate_t; void updateViewWindow(void); void unhideHUD(void); int ST_ChatResponder(int player, event_t* ev); static hudstate_t hudStates[MAXPLAYERS]; // Main bar left. static patchid_t pStatusbar; // 3 key-cards, 3 skulls. static patchid_t pKeys[NUM_KEY_TYPES]; // Face status patches. static patchid_t pFaces[ST_NUMFACES]; // Face background. static patchid_t pFaceBackground[4]; // Main bar right. static patchid_t pArmsBackground; // Weapon ownership patches. static patchid_t pArms[6][2]; void ST_Register(void) { C_VAR_FLOAT2( "hud-color-r", &cfg.hudColor[0], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-g", &cfg.hudColor[1], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-b", &cfg.hudColor[2], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-color-a", &cfg.hudColor[3], 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-icon-alpha", &cfg.hudIconAlpha, 0, 0, 1, unhideHUD ) C_VAR_INT( "hud-patch-replacement", &cfg.hudPatchReplaceMode, 0, PRM_FIRST, PRM_LAST ) C_VAR_FLOAT2( "hud-scale", &cfg.hudScale, 0, 0.1f, 1, unhideHUD ) C_VAR_FLOAT( "hud-timer", &cfg.hudTimer, 0, 0, 60 ) // Displays C_VAR_BYTE2( "hud-ammo", &cfg.hudShown[HUD_AMMO], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-armor", &cfg.hudShown[HUD_ARMOR], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-cheat-counter", &cfg.hudShownCheatCounters, 0, 0, 63, unhideHUD ) C_VAR_FLOAT2( "hud-cheat-counter-scale", &cfg.hudCheatCounterScale, 0, .1f, 1, unhideHUD ) C_VAR_BYTE2( "hud-cheat-counter-show-mapopen", &cfg.hudCheatCounterShowWithAutomap, 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-face", &cfg.hudShown[HUD_FACE], 0, 0, 1, unhideHUD ) C_VAR_BYTE( "hud-face-ouchfix", &cfg.fixOuchFace, 0, 0, 1 ) C_VAR_BYTE2( "hud-frags", &cfg.hudShown[HUD_FRAGS], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-health", &cfg.hudShown[HUD_HEALTH], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-keys", &cfg.hudShown[HUD_KEYS], 0, 0, 1, unhideHUD ) C_VAR_BYTE2( "hud-keys-combine", &cfg.hudKeysCombine, 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-alpha", &cfg.statusbarOpacity, 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-icon-a", &cfg.statusbarCounterAlpha, 0, 0, 1, unhideHUD ) C_VAR_FLOAT2( "hud-status-size", &cfg.statusbarScale, 0, 0.1f, 1, updateViewWindow ) C_VAR_BYTE2( "hud-status-weaponslots-ownedfix", &cfg.fixStatusbarOwnedWeapons, 0, 0, 1, unhideHUD ) // Events. C_VAR_BYTE( "hud-unhide-damage", &cfg.hudUnHide[HUE_ON_DAMAGE], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-ammo", &cfg.hudUnHide[HUE_ON_PICKUP_AMMO], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-armor", &cfg.hudUnHide[HUE_ON_PICKUP_ARMOR], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-health", &cfg.hudUnHide[HUE_ON_PICKUP_HEALTH], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-key", &cfg.hudUnHide[HUE_ON_PICKUP_KEY], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-powerup", &cfg.hudUnHide[HUE_ON_PICKUP_POWER], 0, 0, 1 ) C_VAR_BYTE( "hud-unhide-pickup-weapon", &cfg.hudUnHide[HUE_ON_PICKUP_WEAPON], 0, 0, 1 ) C_CMD( "beginchat", NULL, ChatOpen ) C_CMD( "chatcancel", "", ChatAction ) C_CMD( "chatcomplete", "", ChatAction ) C_CMD( "chatdelete", "", ChatAction ) C_CMD( "chatsendmacro", NULL, ChatSendMacro ) } static int headupDisplayMode(int player) { return (cfg.screenBlocks < 10? 0 : cfg.screenBlocks - 10); } void SBarBackground_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define WIDTH (ST_WIDTH) #define HEIGHT (ST_HEIGHT) #define ORIGINX ((int)(-WIDTH/2)) #define ORIGINY ((int)(-HEIGHT * hud->showBar)) const hudstate_t* hud = &hudStates[obj->player]; float x = ORIGINX, y = ORIGINY, w = WIDTH, h = HEIGHT, armsBGX; int fullscreen = headupDisplayMode(obj->player); //const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarOpacity); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarOpacity); patchinfo_t fbgInfo, armsInfo; dd_bool haveArms = false; float cw, cw2, ch; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!G_Ruleset_Deathmatch()) { haveArms = R_GetPatchInfo(pArmsBackground, &armsInfo); // Do not cut out the arms area if the graphic is "empty" (no color info). if(haveArms && armsInfo.flags.isEmpty) haveArms = false; if(haveArms) { armsBGX = ST_ARMSBGX + armsInfo.geometry.origin.x; } } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_SetPatch(pStatusbar, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); if(!(iconAlpha < 1)) { // We can draw the full graphic in one go. DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, 1, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, 1); DGL_Vertex2f(x, y + h); DGL_End(); } else { // Alpha blended status bar, we'll need to cut it up into smaller bits... // Up to faceback or ST_ARMS. w = haveArms? armsBGX : ST_FX; h = HEIGHT; cw = w / WIDTH; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, 1); DGL_Vertex2f(x, y + h); if(IS_NETGAME) { // Fill in any gap left before the faceback due to small ARMS. if(haveArms && armsBGX + armsInfo.geometry.size.width < ST_FX) { int sectionWidth = armsBGX + armsInfo.geometry.size.width; x = ORIGINX + sectionWidth; y = ORIGINY; w = ST_FX - armsBGX - armsInfo.geometry.size.width; h = HEIGHT; cw = (float)sectionWidth / WIDTH; cw2 = (sectionWidth + w) / WIDTH; DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, cw2, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw2, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x, y + h); } // Awkward, 2 pixel tall strip above faceback. x = ORIGINX + ST_FX; y = ORIGINY; w = WIDTH - ST_FX - 141 - 2; h = HEIGHT - 30; cw = (float)ST_FX / WIDTH; cw2 = (float)(ST_FX + w) / WIDTH; ch = h / HEIGHT; DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, cw2, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw2, ch); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, cw, ch); DGL_Vertex2f(x, y + h); // Awkward, 1 pixel tall strip bellow faceback. x = ORIGINX + ST_FX; y = ORIGINY + (HEIGHT - 1); w = WIDTH - ST_FX - 141 - 2; h = HEIGHT - 31; cw = (float)ST_FX / WIDTH; cw2 = (float)(ST_FX + w) / WIDTH; ch = (float)(HEIGHT - 1) / HEIGHT; DGL_TexCoord2f(0, cw, ch); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, cw2, ch); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw2, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x, y + h); // After faceback. { int sectionWidth = ST_FX + (WIDTH - ST_FX - 141 - 2); x = ORIGINX + sectionWidth; y = ORIGINY; w = WIDTH - sectionWidth; h = HEIGHT; cw = (float)sectionWidth / WIDTH; } } else { // Including area behind the face status indicator. int sectionWidth = (haveArms? armsBGX + armsInfo.geometry.size.width : ST_FX); x = ORIGINX + sectionWidth; y = ORIGINY; w = WIDTH - sectionWidth; h = HEIGHT; cw = (float)sectionWidth / WIDTH; } DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, 1, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, cw, 1); DGL_Vertex2f(x, y + h); DGL_End(); } if(haveArms) { // Draw the ARMS background. DGL_SetPatch(armsInfo.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); x = ORIGINX + armsBGX; y = ORIGINY + armsInfo.geometry.origin.y; w = armsInfo.geometry.size.width; h = armsInfo.geometry.size.height; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, 0, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, 1, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, 1, 1); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, 0, 1); DGL_Vertex2f(x, y + h); DGL_End(); } // Faceback? if(IS_NETGAME && R_GetPatchInfo(pFaceBackground[cfg.playerColor[obj->player%MAXPLAYERS]%4], &fbgInfo)) { DGL_SetPatch(fbgInfo.id, DGL_CLAMP_TO_EDGE, DGL_CLAMP_TO_EDGE); x = ORIGINX + (ST_FX - ST_X); y = ORIGINY + (HEIGHT - 30); w = WIDTH - ST_FX - 141 - 2; h = HEIGHT - 3; cw = 1.f / fbgInfo.geometry.size.width; cw2 = ((float)fbgInfo.geometry.size.width - 1) / fbgInfo.geometry.size.width; ch = ((float)fbgInfo.geometry.size.height - 1) / fbgInfo.geometry.size.height; DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, cw, 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, cw2, 0); DGL_Vertex2f(x + w, y); DGL_TexCoord2f(0, cw2, ch); DGL_Vertex2f(x + w, y + h); DGL_TexCoord2f(0, cw, ch); DGL_Vertex2f(x, y + h); DGL_End(); } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINY #undef ORIGINX #undef HEIGHT #undef WIDTH } void SBarBackground_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; Rect_SetWidthHeight(obj->geometry, ST_WIDTH * cfg.statusbarScale, ST_HEIGHT * cfg.statusbarScale); } void ST_HUDUnHide(int player, hueevent_t ev) { player_t* plr; if(player < 0 || player >= MAXPLAYERS) return; if(ev < HUE_FORCE || ev > NUMHUDUNHIDEEVENTS) { DENG_ASSERT(!"ST_HUDUnHide: Invalid event type"); return; } plr = &players[player]; if(!plr->plr->inGame) return; if(ev == HUE_FORCE || cfg.hudUnHide[ev]) { hudStates[player].hideTics = (cfg.hudTimer * TICSPERSEC); hudStates[player].hideAmount = 0; } } static int calcPainOffset(int player) { player_t* plr = &players[player]; int health = (plr->health > 100 ? 100 : plr->health); return ST_FACESTRIDE * (((100 - health) * ST_NUMPAINFACES) / 101); } /** * This is a not-very-pretty routine which handles the face states * and their timing. the precedence of expressions is: * * dead > evil grin > turned head > straight ahead */ void Face_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_face_t* face = (guidata_face_t*)obj->typedata; const player_t* plr = &players[obj->player]; angle_t badGuyAngle, diffAng; dd_bool doEvilGrin; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; if(face->priority < 10) { // Dead. if(!plr->health) { face->priority = 9; face->faceIndex = ST_DEADFACE; face->faceCount = 1; } } if(face->priority < 9) { if(plr->bonusCount) { // Picking up a bonus. doEvilGrin = false; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { if(face->oldWeaponsOwned[i] != plr->weapons[i].owned) { doEvilGrin = true; face->oldWeaponsOwned[i] = plr->weapons[i].owned; } } if(doEvilGrin) { // Evil grin if just picked up weapon. face->priority = 8; face->faceCount = ST_EVILGRINCOUNT; face->faceIndex = calcPainOffset(obj->player) + ST_EVILGRINOFFSET; } } } if(face->priority < 8) { if(plr->damageCount && plr->attacker && plr->attacker != plr->plr->mo) { // Being attacked. face->priority = 7; // DOOM BUG // This test was inversed, thereby the OUCH face was NEVER used // in normal gameplay as it requires the player recieving damage // to end up with MORE health than he started with. // Also, priority was not changed which would have resulted in a // frame duration of only 1 tic. // if(plr->health - oldHealth > ST_MUCHPAIN) if((cfg.fixOuchFace? (face->oldHealth - plr->health) : (plr->health - face->oldHealth)) > ST_MUCHPAIN) { face->faceCount = ST_TURNCOUNT; face->faceIndex = calcPainOffset(obj->player) + ST_OUCHOFFSET; if(cfg.fixOuchFace) face->priority = 8; // Added to fix 1 tic issue. } else { badGuyAngle = M_PointToAngle2(plr->plr->mo->origin, plr->attacker->origin); if(badGuyAngle > plr->plr->mo->angle) { // Whether right or left. diffAng = badGuyAngle - plr->plr->mo->angle; i = diffAng > ANG180; } else { // Whether left or right. diffAng = plr->plr->mo->angle - badGuyAngle; i = diffAng <= ANG180; } face->faceCount = ST_TURNCOUNT; face->faceIndex = calcPainOffset(obj->player); if(diffAng < ANG45) { // Head-on. face->faceIndex += ST_RAMPAGEOFFSET; } else if(i) { // Turn face right. face->faceIndex += ST_TURNOFFSET; } else { // Turn face left. face->faceIndex += ST_TURNOFFSET + 1; } } } } if(face->priority < 7) { // Getting hurt because of your own damn stupidity. if(plr->damageCount) { // DOOM BUG // This test was inversed, thereby the OUCH face was NEVER used // in normal gameplay as it requires the player recieving damage // to end up with MORE health than he started with. // if(plr->health - oldHealth > ST_MUCHPAIN) if((cfg.fixOuchFace? (face->oldHealth - plr->health) : (plr->health - face->oldHealth)) > ST_MUCHPAIN) { face->priority = 7; face->faceCount = ST_TURNCOUNT; face->faceIndex = calcPainOffset(obj->player) + ST_OUCHOFFSET; } else { face->priority = 6; face->faceCount = ST_TURNCOUNT; face->faceIndex = calcPainOffset(obj->player) + ST_RAMPAGEOFFSET; } } } if(face->priority < 6) { // Rapid firing. if(plr->attackDown) { if(face->lastAttackDown == -1) { face->lastAttackDown = ST_RAMPAGEDELAY; } else if(!--face->lastAttackDown) { face->priority = 5; face->faceIndex = calcPainOffset(obj->player) + ST_RAMPAGEOFFSET; face->faceCount = 1; face->lastAttackDown = 1; } } else { face->lastAttackDown = -1; } } if(face->priority < 5) { // Invulnerability. if((P_GetPlayerCheats(plr) & CF_GODMODE) || plr->powers[PT_INVULNERABILITY]) { face->priority = 4; face->faceIndex = ST_GODFACE; face->faceCount = 1; } } // Look left or look right if the facecount has timed out. if(!face->faceCount) { face->faceIndex = calcPainOffset(obj->player) + (M_Random() % 3); face->faceCount = ST_STRAIGHTFACECOUNT; face->priority = 0; } face->oldHealth = plr->health; --face->faceCount; } int ST_Responder(event_t* ev) { int i, eaten = false; for(i = 0; i < MAXPLAYERS; ++i) { eaten = ST_ChatResponder(i, ev); if(eaten) break; } return eaten; } void ST_Ticker(timespan_t ticLength) { const dd_bool isSharpTic = DD_IsSharpTick(); int i; for(i = 0; i < MAXPLAYERS; ++i) { player_t* plr = &players[i]; hudstate_t* hud = &hudStates[i]; if(!plr->plr->inGame) continue; // Either slide the statusbar in or fade out the fullscreen HUD. if(hud->statusbarActive) { if(hud->alpha > 0.0f) { hud->alpha -= 0.1f; } else if(hud->showBar < 1.0f) { hud->showBar += 0.1f; } } else { if(cfg.screenBlocks == 13) { if(hud->alpha > 0.0f) { hud->alpha -= 0.1f; } } else { if(hud->showBar > 0.0f) { hud->showBar -= 0.1f; } else if(hud->alpha < 1.0f) { hud->alpha += 0.1f; } } } // The following is restricted to fixed 35 Hz ticks. if(isSharpTic && !Pause_IsPaused()) { if(cfg.hudTimer == 0) { hud->hideTics = hud->hideAmount = 0; } else { if(hud->hideTics > 0) hud->hideTics--; if(hud->hideTics == 0 && cfg.hudTimer > 0 && hud->hideAmount < 1) hud->hideAmount += 0.1f; } } if(hud->inited) { int j; for(j = 0; j < NUM_UIWIDGET_GROUPS; ++j) { UIWidget_RunTic(GUI_MustFindObjectById(hud->widgetGroupIds[j]), ticLength); } } else { if(hud->hideTics > 0) hud->hideTics--; if(hud->hideTics == 0 && cfg.hudTimer > 0 && hud->hideAmount < 1) hud->hideAmount += 0.1f; } } } void ReadyAmmo_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; int player = obj->player; player_t* plr = &players[player]; ammotype_t ammoType; dd_bool found; if(Pause_IsPaused() || !DD_IsSharpTick()) return; found = false; for(ammoType=0; ammoType < NUM_AMMO_TYPES && !found; ++ammoType) { if(!weaponInfo[plr->readyWeapon][plr->class_].mode[0].ammoType[ammoType]) continue; // Weapon does not use this type of ammo. ammo->value = plr->ammo[ammoType].owned; found = true; } if(!found) // Weapon takes no ammo at all. { ammo->value = 1994; // Means "n/a". } } void SBarReadyAmmo_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_READYAMMOX) #define Y (ORIGINY+ST_READYAMMOY) const guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); //const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); if(gameMode == doom_chex) { FR_SetColorAndAlpha(defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB], textAlpha); } else { FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); } FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarReadyAmmo_UpdateGeometry(uiwidget_t* obj) { const guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); FR_SetFont(obj->font); FR_TextSize(&textSize, buf); textSize.width *= cfg.statusbarScale; textSize.height *= cfg.statusbarScale; Rect_SetWidthHeight(obj->geometry, textSize.width, textSize.height); } void Ammo_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_ammo_t* ammo = (guidata_ammo_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; ammo->value = plr->ammo[ammo->ammotype].owned; } void Ammo_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define MAXDIGITS (ST_AMMOWIDTH) static const Point2Raw ammoPos[NUM_AMMO_TYPES] = { { ST_AMMOX, ST_AMMOY }, { ST_AMMOX, ST_AMMOY + (ST_AMMOHEIGHT * 1) }, { ST_AMMOX, ST_AMMOY + (ST_AMMOHEIGHT * 3) }, { ST_AMMOX, ST_AMMOY + (ST_AMMOHEIGHT * 2) } }; const guidata_ammo_t* ammo = (guidata_ammo_t*)obj->typedata; const Point2Raw* loc = &ammoPos[ammo->ammotype]; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB], textAlpha); FR_DrawTextXY3(buf, ORIGINX+loc->x, ORIGINY+loc->y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef ORIGINY #undef ORIGINX } void Ammo_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; FR_SetFont(obj->font); Rect_SetWidthHeight(obj->geometry, (FR_CharWidth('0') * 3) * cfg.statusbarScale, FR_CharHeight('0') * cfg.statusbarScale); } void MaxAmmo_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_ammo_t* ammo = (guidata_ammo_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; ammo->value = plr->ammo[ammo->ammotype].max; } void MaxAmmo_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define MAXDIGITS (ST_MAXAMMOWIDTH) static const Point2Raw ammoMaxPos[NUM_AMMO_TYPES] = { { ST_MAXAMMOX, ST_MAXAMMOY }, { ST_MAXAMMOX, ST_MAXAMMOY + (ST_AMMOHEIGHT * 1) }, { ST_MAXAMMOX, ST_MAXAMMOY + (ST_AMMOHEIGHT * 3) }, { ST_MAXAMMOX, ST_MAXAMMOY + (ST_AMMOHEIGHT * 2) } }; const guidata_ammo_t* ammo = (guidata_ammo_t*)obj->typedata; const Point2Raw* loc = &ammoMaxPos[ammo->ammotype]; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; dd_snprintf(buf, 20, "%i", ammo->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB], textAlpha); FR_DrawTextXY3(buf, ORIGINX+loc->x, ORIGINY+loc->y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef ORIGINY #undef ORIGINX } void MaxAmmo_UpdateGeometry(uiwidget_t* obj) { assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; FR_SetFont(obj->font); Rect_SetWidthHeight(obj->geometry, (FR_CharWidth('0') * 3) * cfg.statusbarScale, FR_CharHeight('0') * cfg.statusbarScale); } void Health_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_health_t* hlth = (guidata_health_t*) obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; hlth->value = plr->health; } void SBarHealth_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_HEALTHX) #define Y (ORIGINY+ST_HEALTHY) const guidata_health_t* hlth = (guidata_health_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); //const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", hlth->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); if(gameMode == doom_chex) { FR_SetColorAndAlpha(defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB], textAlpha); } else { FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); } FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); FR_DrawCharXY('%', X, Y); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarHealth_UpdateGeometry(uiwidget_t* obj) { const guidata_health_t* hlth = (guidata_health_t*)obj->typedata; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(hlth->value == 1994) return; dd_snprintf(buf, 20, "%i", hlth->value); FR_SetFont(obj->font); Rect_SetWidthHeight(obj->geometry, (FR_TextWidth(buf) + FR_CharWidth('%')) * cfg.statusbarScale, MAX_OF(FR_TextHeight(buf), FR_CharHeight('%')) * cfg.statusbarScale); } void Armor_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; armor->value = plr->armorPoints; } void SBarArmor_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_ARMORX) #define Y (ORIGINY+ST_ARMORY) #define MAXDIGITS (ST_ARMORWIDTH) const guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); if(gameMode == doom_chex) { FR_SetColorAndAlpha(defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB], textAlpha); } else { FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); } FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); FR_DrawCharXY('%', X, Y); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef MAXDIGITS #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarArmor_UpdateGeometry(uiwidget_t* obj) { const guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i", armor->value); FR_SetFont(obj->font); Rect_SetWidthHeight(obj->geometry, (FR_TextWidth(buf) + FR_CharWidth('%')) * cfg.statusbarScale, MAX_OF(FR_TextHeight(buf), FR_CharHeight('%')) * cfg.statusbarScale); } void SBarFrags_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; frags->value = 0; for(i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) frags->value += plr->frags[i] * (i != obj->player ? 1 : -1); } } void SBarFrags_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) #define X (ORIGINX+ST_FRAGSX) #define Y (ORIGINY+ST_FRAGSY) const guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); //const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); char buf[20]; if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); if(gameMode == doom_chex) { FR_SetColorAndAlpha(defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB], textAlpha); } else { FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); } FR_DrawTextXY3(buf, X, Y, ALIGN_TOPRIGHT, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef Y #undef X #undef ORIGINY #undef ORIGINX } void SBarFrags_UpdateGeometry(uiwidget_t* obj) { const guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(frags->value == 1994) return; dd_snprintf(buf, 20, "%i", frags->value); FR_SetFont(obj->font); FR_TextSize(&textSize, buf); textSize.width *= cfg.statusbarScale; textSize.height *= cfg.statusbarScale; Rect_SetWidthHeight(obj->geometry, textSize.width, textSize.height); } void SBarFace_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) const guidata_face_t* face = (guidata_face_t*)obj->typedata; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(face->faceIndex >= 0) { patchid_t patchId = pFaces[face->faceIndex]; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY2(patchId, ORIGINX+ST_FACESX, ORIGINY+ST_FACESY, ALIGN_TOPLEFT); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } #undef ORIGINY #undef ORIGINX } void SBarFace_UpdateGeometry(uiwidget_t* obj) { const guidata_face_t* face = (guidata_face_t*)obj->typedata; patchinfo_t info; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!R_GetPatchInfo(pFaces[face->faceIndex%ST_NUMFACES], &info)) return; Rect_SetWidthHeight(obj->geometry, info.geometry.size.width * cfg.statusbarScale, info.geometry.size.height * cfg.statusbarScale); } void KeySlot_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_keyslot_t* kslt = (guidata_keyslot_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; if(plr->keys[kslt->keytypeA] || plr->keys[kslt->keytypeB]) { kslt->patchId = pKeys[plr->keys[kslt->keytypeB]? kslt->keytypeB : kslt->keytypeA]; } else { kslt->patchId = 0; } if(!cfg.hudKeysCombine && plr->keys[kslt->keytypeA] && plr->keys[kslt->keytypeB]) { kslt->patchId2 = pKeys[kslt->keytypeA]; } else { kslt->patchId2 = 0; } } void KeySlot_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) static const Point2Raw elements[] = { { ORIGINX+ST_KEY0X, ORIGINY+ST_KEY0Y }, { ORIGINX+ST_KEY1X, ORIGINY+ST_KEY1Y }, { ORIGINX+ST_KEY2X, ORIGINY+ST_KEY2Y } }; guidata_keyslot_t* kslt = (guidata_keyslot_t*)obj->typedata; const Point2Raw* loc = &elements[kslt->slot]; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); int comboOffset = (kslt->patchId2 != 0? -1 : 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(kslt->patchId == 0 && kslt->patchId2 == 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); GL_DrawPatchXY(kslt->patchId, loc->x + comboOffset, loc->y + comboOffset); if(kslt->patchId2 != 0) { GL_DrawPatchXY(kslt->patchId2, loc->x - comboOffset, loc->y - comboOffset); } DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINY #undef ORIGINX } void KeySlot_UpdateGeometry(uiwidget_t* obj) { guidata_keyslot_t* kslt = (guidata_keyslot_t*)obj->typedata; patchinfo_t info; Rect_SetWidthHeight(obj->geometry, 0, 0); if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(kslt->patchId == 0 && kslt->patchId2 == 0) return; if(!R_GetPatchInfo(kslt->patchId, &info)) return; Rect_SetWidthHeight(obj->geometry, info.geometry.size.width, info.geometry.size.height); if(kslt->patchId2 != 0 && R_GetPatchInfo(kslt->patchId, &info)) { info.geometry.origin.x = info.geometry.origin.y = 2; // Combine offset. Rect_UniteRaw(obj->geometry, &info.geometry); } Rect_SetWidthHeight(obj->geometry, Rect_Width(obj->geometry) * cfg.statusbarScale, Rect_Height(obj->geometry) * cfg.statusbarScale); } typedef struct { int player; int numOwned; } countownedweaponsinslot_params_t; int countOwnedWeaponsInSlot(weapontype_t type, void* context) { countownedweaponsinslot_params_t* params = (countownedweaponsinslot_params_t*) context; const player_t* plr = &players[params->player]; if(plr->weapons[type].owned) ++params->numOwned; return 1; // Continue iteration. } void WeaponSlot_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_weaponslot_t* wpn = (guidata_weaponslot_t*)obj->typedata; const player_t* plr = &players[obj->player]; dd_bool used = false; if(Pause_IsPaused() || !DD_IsSharpTick()) return; if(cfg.fixStatusbarOwnedWeapons) { // Does the player own any weapon bound to this slot? countownedweaponsinslot_params_t params; params.player = obj->player; params.numOwned = 0; P_IterateWeaponsBySlot(wpn->slot, false, countOwnedWeaponsInSlot, ¶ms); used = params.numOwned > 0; } else { // Does the player own the originally hardwired weapon to this slot? used = plr->weapons[wpn->slot].owned; } wpn->patchId = pArms[wpn->slot-1][used?1:0]; } void WeaponSlot_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define ORIGINX (-ST_WIDTH/2) #define ORIGINY (-ST_HEIGHT) static const Point2Raw elements[] = { { ORIGINX+ST_ARMSX, ORIGINY+ST_ARMSY }, { ORIGINX+ST_ARMSX + ST_ARMSXSPACE, ORIGINY+ST_ARMSY }, { ORIGINX+ST_ARMSX + ST_ARMSXSPACE*2, ORIGINY+ST_ARMSY }, { ORIGINX+ST_ARMSX, ORIGINY+ST_ARMSY + ST_ARMSYSPACE }, { ORIGINX+ST_ARMSX + ST_ARMSXSPACE, ORIGINY+ST_ARMSY + ST_ARMSYSPACE }, { ORIGINX+ST_ARMSX + ST_ARMSXSPACE*2, ORIGINY+ST_ARMSY + ST_ARMSYSPACE }, }; guidata_weaponslot_t* wpns = (guidata_weaponslot_t*)obj->typedata; const Point2Raw* element = &elements[wpns->slot-1]; const hudstate_t* hud = &hudStates[obj->player]; int yOffset = ST_HEIGHT*(1-hud->showBar); int fullscreen = headupDisplayMode(obj->player); const float textAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); //const float iconAlpha = (fullscreen == 0? 1 : uiRendState->pageAlpha * cfg.statusbarCounterAlpha); if(G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.statusbarScale, cfg.statusbarScale, 1); DGL_Translatef(0, yOffset, 0); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, textAlpha); FR_SetFont(obj->font); if(gameMode == doom_chex) { FR_SetColorAndAlpha(defFontRGB3[CR], defFontRGB3[CG], defFontRGB3[CB], textAlpha); } else { FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], textAlpha); } WI_DrawPatch3(wpns->patchId, Hu_ChoosePatchReplacement(cfg.hudPatchReplaceMode, wpns->patchId), element, ALIGN_TOPLEFT, 0, DTF_NO_EFFECTS); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef ORIGINY #undef ORIGINX } void WeaponSlot_UpdateGeometry(uiwidget_t* obj) { guidata_weaponslot_t* wpns = (guidata_weaponslot_t*)obj->typedata; const char* text = Hu_ChoosePatchReplacement(cfg.hudPatchReplaceMode, wpns->patchId); patchinfo_t info; Rect_SetWidthHeight(obj->geometry, 0, 0); if(G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(!text && !R_GetPatchInfo(wpns->patchId, &info)) return; if(text) { Size2Raw textSize; FR_SetFont(obj->font); FR_TextSize(&textSize, text); Rect_SetWidthHeight(obj->geometry, textSize.width * cfg.statusbarScale, textSize.height * cfg.statusbarScale); return; } R_GetPatchInfo(wpns->patchId, &info); Rect_SetWidthHeight(obj->geometry, info.geometry.size.width * cfg.statusbarScale, info.geometry.size.height * cfg.statusbarScale); } void ST_drawHUDSprite(int sprite, float x, float y, hotloc_t hotspot, float scale, float alpha, dd_bool flip, int* drawnWidth, int* drawnHeight) { spriteinfo_t info; if(!(alpha > 0)) return; alpha = MINMAX_OF(0.f, alpha, 1.f); R_GetSpriteInfo(sprite, 0, &info); switch(hotspot) { case HOT_BRIGHT: y -= info.geometry.size.height * scale; // Fall through. case HOT_TRIGHT: x -= info.geometry.size.width * scale; break; case HOT_BLEFT: y -= info.geometry.size.height * scale; break; default: break; } DGL_SetPSprite(info.material); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, alpha); DGL_Begin(DGL_QUADS); DGL_TexCoord2f(0, flip * info.texCoord[0], 0); DGL_Vertex2f(x, y); DGL_TexCoord2f(0, !flip * info.texCoord[0], 0); DGL_Vertex2f(x + info.geometry.size.width * scale, y); DGL_TexCoord2f(0, !flip * info.texCoord[0], info.texCoord[1]); DGL_Vertex2f(x + info.geometry.size.width * scale, y + info.geometry.size.height * scale); DGL_TexCoord2f(0, flip * info.texCoord[0], info.texCoord[1]); DGL_Vertex2f(x, y + info.geometry.size.height * scale); DGL_End(); DGL_Disable(DGL_TEXTURE_2D); if(drawnWidth) *drawnWidth = info.geometry.size.width * scale; if(drawnHeight) *drawnHeight = info.geometry.size.height * scale; } void ST_HUDSpriteSize(int sprite, float scale, int* width, int* height) { spriteinfo_t info; if(!width && !height) return; if(!R_GetSpriteInfo(sprite, 0, &info)) return; if(width) *width = info.geometry.size.width * scale; if(height) *height = info.geometry.size.height * scale; } void Frags_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; frags->value = 0; for(i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame) frags->value += plr->frags[i] * (i != obj->player ? 1 : -1); } } void Frags_Drawer(uiwidget_t* obj, const Point2Raw* offset) { const guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_FRAGS]) return; if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; sprintf(buf, "FRAGS:%i", frags->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Frags_UpdateGeometry(uiwidget_t* obj) { const guidata_frags_t* frags = (guidata_frags_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_FRAGS]) return; if(!G_Ruleset_Deathmatch()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; sprintf(buf, "FRAGS:%i", frags->value); FR_SetFont(obj->font); FR_TextSize(&textSize, buf); textSize.width *= cfg.hudScale; textSize.height *= cfg.hudScale; Rect_SetWidthHeight(obj->geometry, textSize.width, textSize.height); } void Health_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_health_t* hlth = (guidata_health_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; sprintf(buf, "%i%%", hlth->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Health_UpdateGeometry(uiwidget_t* obj) { guidata_health_t* hlth = (guidata_health_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; sprintf(buf, "%i%%", hlth->value); FR_SetFont(obj->font); FR_TextSize(&textSize, buf); textSize.width *= cfg.hudScale; textSize.height *= cfg.hudScale; Rect_SetWidthHeight(obj->geometry, textSize.width, textSize.height); } void HealthIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); ST_drawHUDSprite(SPR_STIM, 0, 0, HOT_TLEFT, 1, iconAlpha, false, NULL, NULL); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void HealthIcon_UpdateGeometry(uiwidget_t* obj) { Size2Raw iconSize; assert(obj); Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_HEALTH]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; ST_HUDSpriteSize(SPR_STIM, 1, &iconSize.width, &iconSize.height); iconSize.width *= cfg.hudScale; iconSize.height *= cfg.hudScale; Rect_SetWidthHeight(obj->geometry, iconSize.width, iconSize.height); } void ReadyAmmo_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; sprintf(buf, "%i", ammo->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void ReadyAmmo_UpdateGeometry(uiwidget_t* obj) { guidata_readyammo_t* ammo = (guidata_readyammo_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(ammo->value == 1994) return; sprintf(buf, "%i", ammo->value); FR_SetFont(obj->font); FR_TextSize(&textSize, buf); textSize.width *= cfg.hudScale; textSize.height *= cfg.hudScale; Rect_SetWidthHeight(obj->geometry, textSize.width, textSize.height); } void ReadyAmmoIcon_Ticker(uiwidget_t* obj, timespan_t ticLength) { static const int ammoSprite[NUM_AMMO_TYPES] = { SPR_AMMO, SPR_SBOX, SPR_CELL, SPR_ROCK }; guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; const player_t* plr = &players[obj->player]; ammotype_t ammoType; if(Pause_IsPaused() || !DD_IsSharpTick()) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(plr->plr->mo) && Get(DD_PLAYBACK)) return; icon->sprite = -1; for(ammoType = 0; ammoType < NUM_AMMO_TYPES; ++ammoType) { if(!weaponInfo[plr->readyWeapon][plr->class_].mode[0].ammoType[ammoType]) continue; icon->sprite = ammoSprite[ammoType]; break; } } void ReadyAmmoIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; float scale; if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->sprite < 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); scale = (icon->sprite == SPR_ROCK? .72f : 1); ST_drawHUDSprite(icon->sprite, 0, 0, HOT_TLEFT, scale, iconAlpha, false, NULL, NULL); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void ReadyAmmoIcon_UpdateGeometry(uiwidget_t* obj) { guidata_readyammoicon_t* icon = (guidata_readyammoicon_t*)obj->typedata; Size2Raw iconSize; float scale; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_AMMO]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->sprite < 0) return; scale = (icon->sprite == SPR_ROCK? .72f : 1); ST_HUDSpriteSize(icon->sprite, scale, &iconSize.width, &iconSize.height); iconSize.width *= cfg.hudScale; iconSize.height *= cfg.hudScale; Rect_SetWidthHeight(obj->geometry, iconSize.width, iconSize.height); } void Face_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define EXTRA_SCALE .7f const guidata_face_t* face = (guidata_face_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; patchinfo_t bgInfo; patchid_t pFace; int x, y; if(!cfg.hudShown[HUD_FACE]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; pFace = pFaces[face->faceIndex%ST_NUMFACES]; if(!pFace) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(EXTRA_SCALE * cfg.hudScale, EXTRA_SCALE * cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, iconAlpha); x = -(SCREENWIDTH/2 - ST_FACESX); y = -1; if(R_GetPatchInfo(pFaceBackground[cfg.playerColor[obj->player]], &bgInfo)) { if(IS_NETGAME) { GL_DrawPatchXY(bgInfo.id, 0, 0); } x += bgInfo.geometry.size.width/2; } GL_DrawPatchXY(pFace, x, y); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef EXTRA_SCALE } void Face_UpdateGeometry(uiwidget_t* obj) { #define EXTRA_SCALE .7f const guidata_face_t* face = (guidata_face_t*)obj->typedata; patchinfo_t info; patchid_t pFace; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_FACE]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; pFace = pFaces[face->faceIndex%ST_NUMFACES]; if(!pFace) return; if(R_GetPatchInfo(pFaceBackground[cfg.playerColor[obj->player]], &info) || R_GetPatchInfo(pFace, &info)) { Rect_SetWidthHeight(obj->geometry, info.geometry.size.width * EXTRA_SCALE * cfg.hudScale, info.geometry.size.height * EXTRA_SCALE * cfg.hudScale); } #undef EXTRA_SCALE } void Armor_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[20]; if(!cfg.hudShown[HUD_ARMOR]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i%%", armor->value); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Armor_UpdateGeometry(uiwidget_t* obj) { guidata_armor_t* armor = (guidata_armor_t*)obj->typedata; Size2Raw textSize; char buf[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_ARMOR]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(armor->value == 1994) return; dd_snprintf(buf, 20, "%i%%", armor->value); FR_SetFont(obj->font); FR_TextSize(&textSize, buf); textSize.width *= cfg.hudScale; textSize.height *= cfg.hudScale; Rect_SetWidthHeight(obj->geometry, textSize.width, textSize.height); } void ArmorIcon_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_armoricon_t* icon = (guidata_armoricon_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; icon->sprite = (plr->armorType == 2 ? SPR_ARM2 : SPR_ARM1); } void ArmorIcon_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_armoricon_t* icon = (guidata_armoricon_t*)obj->typedata; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; if(!cfg.hudShown[HUD_ARMOR]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->sprite < 0) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudScale, cfg.hudScale, 1); ST_drawHUDSprite(icon->sprite, 0, 0, HOT_TLEFT, 1, iconAlpha, false, NULL, NULL); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void ArmorIcon_UpdateGeometry(uiwidget_t* obj) { guidata_armoricon_t* icon = (guidata_armoricon_t*)obj->typedata; Size2Raw iconSize; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_ARMOR]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(icon->sprite < 0) return; ST_HUDSpriteSize(icon->sprite, 1, &iconSize.width, &iconSize.height); iconSize.width *= cfg.hudScale; iconSize.height *= cfg.hudScale; Rect_SetWidthHeight(obj->geometry, iconSize.width, iconSize.height); } void Keys_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; const player_t* plr = &players[obj->player]; int i; if(Pause_IsPaused() || !DD_IsSharpTick()) return; for(i = 0; i < NUM_KEY_TYPES; ++i) { keys->keyBoxes[i] = plr->keys[i]; } } void Keys_Drawer(uiwidget_t* obj, const Point2Raw* offset) { #define EXTRA_SCALE .75f static int keyPairs[3][2] = { { KT_REDCARD, KT_REDSKULL }, { KT_YELLOWCARD, KT_YELLOWSKULL }, { KT_BLUECARD, KT_BLUESKULL } }; static int keyIcons[NUM_KEY_TYPES] = { SPR_BKEY, SPR_YKEY, SPR_RKEY, SPR_BSKU, SPR_YSKU, SPR_RSKU }; guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; //const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; const float iconAlpha = uiRendState->pageAlpha * cfg.hudIconAlpha; int i, x, numDrawnKeys = 0; if(!cfg.hudShown[HUD_KEYS]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(EXTRA_SCALE * cfg.hudScale, EXTRA_SCALE * cfg.hudScale, 1); x = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { dd_bool shown = true; if(!keys->keyBoxes[i]) continue; if(cfg.hudKeysCombine) { int j; for(j = 0; j < 3; ++j) { if(keyPairs[j][0] == i && keys->keyBoxes[keyPairs[j][0]] && keys->keyBoxes[keyPairs[j][1]]) { shown = false; break; } } } if(shown) { int w, h, spr = keyIcons[i]; ST_drawHUDSprite(spr, x, 0, HOT_TLEFT, 1, iconAlpha, false, &w, &h); x += w + 2; numDrawnKeys++; } } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef EXTRA_SCALE } void Keys_UpdateGeometry(uiwidget_t* obj) { #define EXTRA_SCALE .75f static int keyPairs[3][2] = { { KT_REDCARD, KT_REDSKULL }, { KT_YELLOWCARD, KT_YELLOWSKULL }, { KT_BLUECARD, KT_BLUESKULL } }; static int keyIcons[NUM_KEY_TYPES] = { SPR_BKEY, SPR_YKEY, SPR_RKEY, SPR_BSKU, SPR_YSKU, SPR_RSKU }; guidata_keys_t* keys = (guidata_keys_t*)obj->typedata; RectRaw iconGeometry; int i; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!cfg.hudShown[HUD_KEYS]) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; iconGeometry.origin.x = iconGeometry.origin.y = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { dd_bool shown = true; if(!keys->keyBoxes[i]) continue; if(cfg.hudKeysCombine) { int j; for(j = 0; j < 3; ++j) { if(keyPairs[j][0] == i && keys->keyBoxes[keyPairs[j][0]] && keys->keyBoxes[keyPairs[j][1]]) { shown = false; break; } } } if(shown) { int spr = keyIcons[i]; ST_HUDSpriteSize(spr, 1, &iconGeometry.size.width, &iconGeometry.size.height); Rect_UniteRaw(obj->geometry, &iconGeometry); iconGeometry.origin.x += iconGeometry.size.width + 2; } } Rect_SetWidthHeight(obj->geometry, Rect_Width(obj->geometry) * EXTRA_SCALE * cfg.hudScale, Rect_Height(obj->geometry) * EXTRA_SCALE * cfg.hudScale); #undef EXTRA_SCALE } void Kills_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_kills_t* kills = (guidata_kills_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; kills->value = plr->killCount; } void Kills_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_kills_t* kills = (guidata_kills_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[40], tmp[20]; if(!(cfg.hudShownCheatCounters & (CCH_KILLS | CCH_KILLS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(kills->value == 1994) return; strcpy(buf, "Kills: "); if(cfg.hudShownCheatCounters & CCH_KILLS) { sprintf(tmp, "%i/%i ", kills->value, totalKills); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_KILLS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_KILLS ? "(" : ""), totalKills ? kills->value * 100 / totalKills : 100, (cfg.hudShownCheatCounters & CCH_KILLS ? ")" : "")); strcat(buf, tmp); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudCheatCounterScale, cfg.hudCheatCounterScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Kills_UpdateGeometry(uiwidget_t* obj) { guidata_kills_t* kills = (guidata_kills_t*)obj->typedata; char buf[40], tmp[20]; Size2Raw textSize; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!(cfg.hudShownCheatCounters & (CCH_KILLS | CCH_KILLS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(kills->value == 1994) return; strcpy(buf, "Kills: "); if(cfg.hudShownCheatCounters & CCH_KILLS) { sprintf(tmp, "%i/%i ", kills->value, totalKills); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_KILLS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_KILLS ? "(" : ""), totalKills ? kills->value * 100 / totalKills : 100, (cfg.hudShownCheatCounters & CCH_KILLS ? ")" : "")); strcat(buf, tmp); } FR_SetFont(obj->font); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, .5f + textSize.width * cfg.hudCheatCounterScale, .5f + textSize.height * cfg.hudCheatCounterScale); } void Items_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_items_t* items = (guidata_items_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; items->value = plr->itemCount; } void Items_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_items_t* items = (guidata_items_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[40], tmp[20]; if(!(cfg.hudShownCheatCounters & (CCH_ITEMS | CCH_ITEMS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(items->value == 1994) return; strcpy(buf, "Items: "); if(cfg.hudShownCheatCounters & CCH_ITEMS) { sprintf(tmp, "%i/%i ", items->value, totalItems); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_ITEMS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_ITEMS ? "(" : ""), totalItems ? items->value * 100 / totalItems : 100, (cfg.hudShownCheatCounters & CCH_ITEMS ? ")" : "")); strcat(buf, tmp); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudCheatCounterScale, cfg.hudCheatCounterScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Items_UpdateGeometry(uiwidget_t* obj) { guidata_items_t* items = (guidata_items_t*)obj->typedata; Size2Raw textSize; char buf[40], tmp[20]; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!(cfg.hudShownCheatCounters & (CCH_ITEMS | CCH_ITEMS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(items->value == 1994) return; strcpy(buf, "Items: "); if(cfg.hudShownCheatCounters & CCH_ITEMS) { sprintf(tmp, "%i/%i ", items->value, totalItems); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_ITEMS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_ITEMS ? "(" : ""), totalItems ? items->value * 100 / totalItems : 100, (cfg.hudShownCheatCounters & CCH_ITEMS ? ")" : "")); strcat(buf, tmp); } FR_SetFont(obj->font); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, .5f + textSize.width * cfg.hudCheatCounterScale, .5f + textSize.height * cfg.hudCheatCounterScale); } void Secrets_Drawer(uiwidget_t* obj, const Point2Raw* offset) { guidata_secrets_t* scrt = (guidata_secrets_t*)obj->typedata; const float textAlpha = uiRendState->pageAlpha * cfg.hudColor[3]; char buf[40], tmp[20]; if(!(cfg.hudShownCheatCounters & (CCH_SECRETS | CCH_SECRETS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(scrt->value == 1994) return; strcpy(buf, "Secret: "); if(cfg.hudShownCheatCounters & CCH_SECRETS) { sprintf(tmp, "%i/%i ", scrt->value, totalSecret); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_SECRETS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_SECRETS ? "(" : ""), totalSecret ? scrt->value * 100 / totalSecret : 100, (cfg.hudShownCheatCounters & CCH_SECRETS ? ")" : "")); strcat(buf, tmp); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); if(offset) DGL_Translatef(offset->x, offset->y, 0); DGL_Scalef(cfg.hudCheatCounterScale, cfg.hudCheatCounterScale, 1); DGL_Enable(DGL_TEXTURE_2D); FR_SetFont(obj->font); FR_SetColorAndAlpha(cfg.hudColor[0], cfg.hudColor[1], cfg.hudColor[2], textAlpha); FR_DrawTextXY(buf, 0, 0); DGL_Disable(DGL_TEXTURE_2D); DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); } void Secrets_Ticker(uiwidget_t* obj, timespan_t ticLength) { guidata_secrets_t* scrt = (guidata_secrets_t*)obj->typedata; const player_t* plr = &players[obj->player]; if(Pause_IsPaused() || !DD_IsSharpTick()) return; scrt->value = plr->secretCount; } void Secrets_UpdateGeometry(uiwidget_t* obj) { guidata_secrets_t* scrt = (guidata_secrets_t*)obj->typedata; char buf[40], tmp[20]; Size2Raw textSize; Rect_SetWidthHeight(obj->geometry, 0, 0); if(!(cfg.hudShownCheatCounters & (CCH_SECRETS | CCH_SECRETS_PRCNT))) return; if(ST_AutomapIsActive(obj->player) && cfg.automapHudDisplay == 0) return; if(P_MobjIsCamera(players[obj->player].plr->mo) && Get(DD_PLAYBACK)) return; if(cfg.hudCheatCounterShowWithAutomap && !ST_AutomapIsActive(obj->player)) return; if(scrt->value == 1994) return; strcpy(buf, "Secret: "); if(cfg.hudShownCheatCounters & CCH_SECRETS) { sprintf(tmp, "%i/%i ", scrt->value, totalSecret); strcat(buf, tmp); } if(cfg.hudShownCheatCounters & CCH_SECRETS_PRCNT) { sprintf(tmp, "%s%i%%%s", (cfg.hudShownCheatCounters & CCH_SECRETS ? "(" : ""), totalSecret ? scrt->value * 100 / totalSecret : 100, (cfg.hudShownCheatCounters & CCH_SECRETS ? ")" : "")); strcat(buf, tmp); } FR_SetFont(obj->font); FR_TextSize(&textSize, buf); Rect_SetWidthHeight(obj->geometry, .5f + textSize.width * cfg.hudCheatCounterScale, .5f + textSize.height * cfg.hudCheatCounterScale); } static void drawUIWidgetsForPlayer(player_t* plr) { #define DISPLAY_BORDER (2) /// Units in fixed 320x200 screen space. const int playerNum = plr - players; const int displayMode = headupDisplayMode(playerNum); hudstate_t* hud = hudStates + playerNum; Size2Raw size, portSize; uiwidget_t* obj; float scale; assert(plr); R_ViewPortSize(playerNum, &portSize); // The automap is drawn in a viewport scaled coordinate space (of viewwindow dimensions). obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_AUTOMAP]); UIWidget_SetOpacity(obj, ST_AutomapOpacity(playerNum)); UIWidget_SetMaximumSize(obj, &portSize); GUI_DrawWidgetXY(obj, 0, 0); // The rest of the UI is drawn in a fixed 320x200 coordinate space. // Determine scale factors. R_ChooseAlignModeAndScaleFactor(&scale, SCREENWIDTH, SCREENHEIGHT, portSize.width, portSize.height, SCALEMODE_SMART_STRETCH); DGL_MatrixMode(DGL_MODELVIEW); DGL_PushMatrix(); DGL_Scalef(scale, scale, 1); if(hud->statusbarActive || (displayMode < 3 || hud->alpha > 0)) { float opacity = /**@todo Kludge: clamp*/MIN_OF(1.0f, hud->alpha)/**kludge end*/ * (1-hud->hideAmount); Size2Raw drawnSize = { 0, 0 }; RectRaw displayRegion; int availHeight; DGL_MatrixMode(DGL_MODELVIEW); DGL_Scalef(1, 1.2f/*aspect correct*/, 1); displayRegion.origin.x = displayRegion.origin.y = 0; displayRegion.size.width = .5f + portSize.width / scale; displayRegion.size.height = .5f + portSize.height / (scale * 1.2f /*aspect correct*/); if(hud->statusbarActive) { const float statusbarOpacity = (1 - hud->hideAmount) * hud->showBar; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_STATUSBAR]); UIWidget_SetOpacity(obj, statusbarOpacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); } displayRegion.origin.x += DISPLAY_BORDER; displayRegion.origin.y += DISPLAY_BORDER; displayRegion.size.width -= DISPLAY_BORDER*2; displayRegion.size.height -= DISPLAY_BORDER*2; if(!hud->statusbarActive) { obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); Size2_Raw(Rect_Size(UIWidget_Geometry(obj)), &drawnSize); } obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_MAPNAME]); UIWidget_SetOpacity(obj, ST_AutomapOpacity(playerNum)); availHeight = displayRegion.size.height - (drawnSize.height > 0 ? drawnSize.height : 0); size.width = displayRegion.size.width; size.height = availHeight; UIWidget_SetMaximumSize(obj, &size); GUI_DrawWidget(obj, &displayRegion.origin); // The other displays are always visible except when using the "no-hud" mode. if(hud->statusbarActive || displayMode < 3) opacity = 1.0f; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_COUNTERS]); UIWidget_SetOpacity(obj, opacity); UIWidget_SetMaximumSize(obj, &displayRegion.size); GUI_DrawWidget(obj, &displayRegion.origin); } DGL_MatrixMode(DGL_MODELVIEW); DGL_PopMatrix(); #undef DISPLAY_BORDER } void ST_Drawer(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; if(!players[player].plr->inGame) return; R_UpdateViewFilter(player); hud = &hudStates[player]; hud->statusbarActive = (headupDisplayMode(player) < 2) || (ST_AutomapIsActive(player) && (cfg.automapHudDisplay == 0 || cfg.automapHudDisplay == 2)); drawUIWidgetsForPlayer(players + player); } dd_bool ST_StatusBarIsActive(int player) { DENG_ASSERT(player >= 0 && player < MAXPLAYERS); if(!players[player].plr->inGame) return false; return hudStates[player].statusbarActive; } void ST_loadGraphics(void) { int i, j, faceNum; char nameBuf[9]; // Key cards: for(i = 0; i < NUM_KEY_TYPES; ++i) { sprintf(nameBuf, "STKEYS%d", i); pKeys[i] = R_DeclarePatch(nameBuf); } // Arms background. pArmsBackground = R_DeclarePatch("STARMS"); // Arms ownership icons: for(i = 0; i < 6; ++i) { // gray sprintf(nameBuf, "STGNUM%d", i + 2); pArms[i][0] = R_DeclarePatch(nameBuf); // yellow sprintf(nameBuf, "STYSNUM%d", i + 2); pArms[i][1] = R_DeclarePatch(nameBuf); } // Face backgrounds for different color players. for(i = 0; i < 4; ++i) { sprintf(nameBuf, "STFB%d", i); pFaceBackground[i] = R_DeclarePatch(nameBuf); } // Status bar background bits. pStatusbar = R_DeclarePatch("STBAR"); // Face states: faceNum = 0; for(i = 0; i < ST_NUMPAINFACES; ++i) { for(j = 0; j < ST_NUMSTRAIGHTFACES; ++j) { sprintf(nameBuf, "STFST%d%d", i, j); pFaces[faceNum++] = R_DeclarePatch(nameBuf); } sprintf(nameBuf, "STFTR%d0", i); // Turn right. pFaces[faceNum++] = R_DeclarePatch(nameBuf); sprintf(nameBuf, "STFTL%d0", i); // Turn left. pFaces[faceNum++] = R_DeclarePatch(nameBuf); sprintf(nameBuf, "STFOUCH%d", i); // Ouch. pFaces[faceNum++] = R_DeclarePatch(nameBuf); sprintf(nameBuf, "STFEVL%d", i); // Evil grin. pFaces[faceNum++] = R_DeclarePatch(nameBuf); sprintf(nameBuf, "STFKILL%d", i); // Pissed off. pFaces[faceNum++] = R_DeclarePatch(nameBuf); } pFaces[faceNum++] = R_DeclarePatch("STFGOD0"); pFaces[faceNum++] = R_DeclarePatch("STFDEAD0"); } void ST_loadData(void) { ST_loadGraphics(); } static void initData(hudstate_t* hud) { int i, player = hud - hudStates; player_t* plr = &players[player]; hud->statusbarActive = true; hud->stopped = true; hud->showBar = 1; // Statusbar: hud->sbarHealth.value = 1994; hud->sbarReadyammo.value = 1994; hud->sbarArmor.value = 1994; hud->sbarFrags.value = 1994; for(i = 0; i < NUM_AMMO_TYPES; ++i) { hud->sbarAmmos[i].ammotype = (ammotype_t)i; hud->sbarAmmos[i].value = 1994; hud->sbarMaxammos[i].ammotype = (ammotype_t)i; hud->sbarMaxammos[i].value = 1994; } for(i = 0; i < 6/*num weapon slots*/; ++i) { hud->sbarWeaponslots[i].slot = i+1; hud->sbarWeaponslots[i].patchId = 0; } for(i = 0; i < 3/*num key slots*/; ++i) { hud->sbarKeyslots[i].slot = i; hud->sbarKeyslots[i].keytypeA = (keytype_t)i; hud->sbarKeyslots[i].keytypeB = (keytype_t)(i+3); hud->sbarKeyslots[i].patchId = hud->sbarKeyslots[i].patchId2 = 0; } hud->sbarFace.faceCount = 0; hud->sbarFace.faceIndex = 0; hud->sbarFace.lastAttackDown = -1; hud->sbarFace.oldHealth = -1; hud->sbarFace.priority = 0; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { hud->sbarFace.oldWeaponsOwned[i] = plr->weapons[i].owned; } // Fullscreen: hud->health.value = 1994; hud->armoricon.sprite = -1; hud->armor.value = 1994; hud->readyammoicon.sprite = -1; hud->readyammo.value = 1994; for(i = 0; i < NUM_KEY_TYPES; ++i) { hud->keys.keyBoxes[i] = 0; } hud->frags.value = 1994; hud->face.faceCount = 0; hud->face.faceIndex = 0; hud->face.lastAttackDown = -1; hud->face.oldHealth = -1; hud->face.priority = 0; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { hud->face.oldWeaponsOwned[i] = plr->weapons[i].owned; } // Other: hud->secrets.value = 1994; hud->items.value = 1994; hud->kills.value = 1994; hud->log._msgCount = 0; hud->log._nextUsedMsg = 0; hud->log._pvisMsgCount = 0; memset(hud->log._msgs, 0, sizeof(hud->log._msgs)); ST_HUDUnHide(player, HUE_FORCE); } static void setAutomapCheatLevel(uiwidget_t* obj, int level) { const int playerNum = UIWidget_Player(obj); hudstate_t* hud = &hudStates[playerNum]; int flags; hud->automapCheatLevel = level; flags = UIAutomap_Flags(obj) & ~(AMF_REND_ALLLINES|AMF_REND_THINGS|AMF_REND_SPECIALLINES|AMF_REND_VERTEXES|AMF_REND_LINE_NORMALS); if(hud->automapCheatLevel >= 1) flags |= AMF_REND_ALLLINES; if(hud->automapCheatLevel == 2) flags |= AMF_REND_THINGS | AMF_REND_SPECIALLINES; if(hud->automapCheatLevel > 2) flags |= (AMF_REND_VERTEXES | AMF_REND_LINE_NORMALS); UIAutomap_SetFlags(obj, flags); } static void initAutomapForCurrentMap(uiwidget_t* obj) { hudstate_t* hud = &hudStates[UIWidget_Player(obj)]; automapcfg_t* mcfg; mobj_t* followMobj; int i; UIAutomap_Reset(obj); UIAutomap_SetMinScale(obj, 2 * PLAYERRADIUS); UIAutomap_SetWorldBounds(obj, *((coord_t*) DD_GetVariable(DD_MAP_MIN_X)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_X)), *((coord_t*) DD_GetVariable(DD_MAP_MIN_Y)), *((coord_t*) DD_GetVariable(DD_MAP_MAX_Y))); mcfg = UIAutomap_Config(obj); // Determine the obj view scale factors. if(UIAutomap_ZoomMax(obj)) UIAutomap_SetScale(obj, 0); UIAutomap_ClearPoints(obj); #if !__JHEXEN__ if(G_Ruleset_Skill() == SM_BABY && cfg.automapBabyKeys) { int flags = UIAutomap_Flags(obj); UIAutomap_SetFlags(obj, flags|AMF_REND_KEYS); } #endif #if __JDOOM__ if(!IS_NETGAME && hud->automapCheatLevel) AM_SetVectorGraphic(mcfg, AMO_THINGPLAYER, VG_CHEATARROW); #endif // Are we re-centering on a followed mobj? followMobj = UIAutomap_FollowMobj(obj); if(followMobj) { UIAutomap_SetCameraOrigin(obj, followMobj->origin[VX], followMobj->origin[VY]); } if(IS_NETGAME) { setAutomapCheatLevel(obj, 0); } UIAutomap_SetReveal(obj, false); // Add all immediately visible lines. for(i = 0; i < numlines; ++i) { xline_t *xline = &xlines[i]; if(!(xline->flags & ML_MAPPED)) continue; P_SetLineAutomapVisibility(UIWidget_Player(obj), i, true); } } void ST_Start(int player) { uiwidget_t* obj; hudstate_t* hud; int flags; if(player < 0 || player >= MAXPLAYERS) { Con_Error("ST_Start: Invalid player #%i.", player); exit(1); // Unreachable. } hud = &hudStates[player]; if(!hud->stopped) { ST_Stop(player); } initData(hud); /** * Initialize widgets according to player preferences. */ obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]); flags = UIWidget_Alignment(obj); flags &= ~(ALIGN_LEFT|ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= ALIGN_RIGHT; UIWidget_SetAlignment(obj, flags); obj = GUI_MustFindObjectById(hud->automapWidgetId); // If the automap was left open; close it. UIAutomap_Open(obj, false, true); initAutomapForCurrentMap(obj); UIAutomap_SetCameraRotation(obj, cfg.automapRotate); hud->stopped = false; } void ST_Stop(int player) { hudstate_t* hud; if(player < 0 || player >= MAXPLAYERS) return; hud = &hudStates[player]; if(hud->stopped) return; hud->stopped = true; } void ST_BuildWidgets(int player) { #define PADDING (2) /// Units in fixed 320x200 screen space. typedef struct { int group; int alignFlags; order_t order; int groupFlags; int padding; } uiwidgetgroupdef_t; typedef struct { guiwidgettype_t type; int alignFlags; int group; gamefontid_t fontIdx; void (*updateGeometry) (uiwidget_t* obj); void (*drawer) (uiwidget_t* obj, const Point2Raw* origin); void (*ticker) (uiwidget_t* obj, timespan_t ticLength); void* typedata; } uiwidgetdef_t; hudstate_t* hud = hudStates + player; const uiwidgetgroupdef_t widgetGroupDefs[] = { { UWG_STATUSBAR, ALIGN_BOTTOM }, { UWG_MAPNAME, ALIGN_BOTTOMLEFT }, { UWG_BOTTOMLEFT, ALIGN_BOTTOMLEFT, ORDER_RIGHTTOLEFT, UWGF_VERTICAL, PADDING }, { UWG_BOTTOMLEFT2, ALIGN_BOTTOMLEFT, ORDER_LEFTTORIGHT, 0, PADDING }, { UWG_BOTTOMRIGHT, ALIGN_BOTTOMRIGHT, ORDER_RIGHTTOLEFT, 0, PADDING }, { UWG_BOTTOMCENTER, ALIGN_BOTTOM, ORDER_RIGHTTOLEFT, UWGF_VERTICAL, PADDING }, { UWG_BOTTOM, ALIGN_BOTTOMLEFT, ORDER_LEFTTORIGHT }, { UWG_TOPCENTER, ALIGN_TOPLEFT, ORDER_LEFTTORIGHT, UWGF_VERTICAL, PADDING }, { UWG_COUNTERS, ALIGN_LEFT, ORDER_RIGHTTOLEFT, UWGF_VERTICAL, PADDING }, { UWG_AUTOMAP, ALIGN_TOPLEFT } }; const uiwidgetdef_t widgetDefs[] = { { GUI_BOX, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarBackground_UpdateGeometry, SBarBackground_Drawer }, { GUI_READYAMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarReadyAmmo_UpdateGeometry, SBarReadyAmmo_Drawer, ReadyAmmo_Ticker, &hud->sbarReadyammo }, { GUI_HEALTH, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarHealth_UpdateGeometry, SBarHealth_Drawer, Health_Ticker, &hud->sbarHealth }, { GUI_WEAPONSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, WeaponSlot_UpdateGeometry, WeaponSlot_Drawer, WeaponSlot_Ticker, &hud->sbarWeaponslots[0] }, { GUI_WEAPONSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, WeaponSlot_UpdateGeometry, WeaponSlot_Drawer, WeaponSlot_Ticker, &hud->sbarWeaponslots[1] }, { GUI_WEAPONSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, WeaponSlot_UpdateGeometry, WeaponSlot_Drawer, WeaponSlot_Ticker, &hud->sbarWeaponslots[2] }, { GUI_WEAPONSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, WeaponSlot_UpdateGeometry, WeaponSlot_Drawer, WeaponSlot_Ticker, &hud->sbarWeaponslots[3] }, { GUI_WEAPONSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, WeaponSlot_UpdateGeometry, WeaponSlot_Drawer, WeaponSlot_Ticker, &hud->sbarWeaponslots[4] }, { GUI_WEAPONSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, WeaponSlot_UpdateGeometry, WeaponSlot_Drawer, WeaponSlot_Ticker, &hud->sbarWeaponslots[5] }, { GUI_FRAGS, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarFrags_UpdateGeometry, SBarFrags_Drawer, SBarFrags_Ticker, &hud->sbarFrags }, { GUI_FACE, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, SBarFace_UpdateGeometry, SBarFace_Drawer, Face_Ticker, &hud->sbarFace }, { GUI_ARMOR, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_STATUS, SBarArmor_UpdateGeometry, SBarArmor_Drawer, Armor_Ticker, &hud->sbarArmor }, { GUI_KEYSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, KeySlot_UpdateGeometry, KeySlot_Drawer, KeySlot_Ticker, &hud->sbarKeyslots[0] }, { GUI_KEYSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, KeySlot_UpdateGeometry, KeySlot_Drawer, KeySlot_Ticker, &hud->sbarKeyslots[1] }, { GUI_KEYSLOT, ALIGN_TOPLEFT, UWG_STATUSBAR, 0, KeySlot_UpdateGeometry, KeySlot_Drawer, KeySlot_Ticker, &hud->sbarKeyslots[2] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, Ammo_UpdateGeometry, Ammo_Drawer, Ammo_Ticker, &hud->sbarAmmos[AT_CLIP] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, Ammo_UpdateGeometry, Ammo_Drawer, Ammo_Ticker, &hud->sbarAmmos[AT_SHELL] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, Ammo_UpdateGeometry, Ammo_Drawer, Ammo_Ticker, &hud->sbarAmmos[AT_CELL] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, Ammo_UpdateGeometry, Ammo_Drawer, Ammo_Ticker, &hud->sbarAmmos[AT_MISSILE] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, MaxAmmo_UpdateGeometry, MaxAmmo_Drawer, MaxAmmo_Ticker, &hud->sbarMaxammos[AT_CLIP] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, MaxAmmo_UpdateGeometry, MaxAmmo_Drawer, MaxAmmo_Ticker, &hud->sbarMaxammos[AT_SHELL] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, MaxAmmo_UpdateGeometry, MaxAmmo_Drawer, MaxAmmo_Ticker, &hud->sbarMaxammos[AT_CELL] }, { GUI_AMMO, ALIGN_TOPLEFT, UWG_STATUSBAR, GF_INDEX, MaxAmmo_UpdateGeometry, MaxAmmo_Drawer, MaxAmmo_Ticker, &hud->sbarMaxammos[AT_MISSILE] }, { GUI_BOX, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT2, 0, HealthIcon_UpdateGeometry, HealthIcon_Drawer }, { GUI_HEALTH, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT2, GF_FONTB, Health_UpdateGeometry, Health_Drawer, Health_Ticker, &hud->health }, { GUI_READYAMMOICON, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT2, 0, ReadyAmmoIcon_UpdateGeometry, ReadyAmmoIcon_Drawer, ReadyAmmoIcon_Ticker, &hud->readyammoicon }, { GUI_READYAMMO, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT2, GF_FONTB, ReadyAmmo_UpdateGeometry, ReadyAmmo_Drawer, ReadyAmmo_Ticker, &hud->readyammo }, { GUI_FRAGS, ALIGN_BOTTOMLEFT, UWG_BOTTOMLEFT, GF_FONTA, Frags_UpdateGeometry, Frags_Drawer, Frags_Ticker, &hud->frags }, { GUI_ARMOR, ALIGN_BOTTOMRIGHT, UWG_BOTTOMRIGHT, GF_FONTB, Armor_UpdateGeometry, Armor_Drawer, Armor_Ticker, &hud->armor }, { GUI_ARMORICON, ALIGN_BOTTOMRIGHT, UWG_BOTTOMRIGHT, 0, ArmorIcon_UpdateGeometry, ArmorIcon_Drawer, ArmorIcon_Ticker, &hud->armoricon }, { GUI_KEYS, ALIGN_BOTTOMRIGHT, UWG_BOTTOMRIGHT, 0, Keys_UpdateGeometry, Keys_Drawer, Keys_Ticker, &hud->keys }, { GUI_FACE, ALIGN_BOTTOM, UWG_BOTTOMCENTER, 0, Face_UpdateGeometry, Face_Drawer, Face_Ticker, &hud->face }, { GUI_SECRETS, ALIGN_TOPLEFT, UWG_COUNTERS, GF_FONTA, Secrets_UpdateGeometry, Secrets_Drawer, Secrets_Ticker, &hud->secrets }, { GUI_ITEMS, ALIGN_TOPLEFT, UWG_COUNTERS, GF_FONTA, Items_UpdateGeometry, Items_Drawer, Items_Ticker, &hud->items }, { GUI_KILLS, ALIGN_TOPLEFT, UWG_COUNTERS, GF_FONTA, Kills_UpdateGeometry, Kills_Drawer, Kills_Ticker, &hud->kills }, { GUI_NONE } }; size_t i; if(player < 0 || player >= MAXPLAYERS) { Con_Error("ST_BuildWidgets: Invalid player #%i.", player); exit(1); // Unreachable. } for(i = 0; i < sizeof(widgetGroupDefs)/sizeof(widgetGroupDefs[0]); ++i) { const uiwidgetgroupdef_t* def = &widgetGroupDefs[i]; hud->widgetGroupIds[def->group] = GUI_CreateGroup(def->groupFlags, player, def->alignFlags, def->order, def->padding); } UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMLEFT]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMLEFT2])); for(i = 0; widgetDefs[i].type != GUI_NONE; ++i) { const uiwidgetdef_t* def = &widgetDefs[i]; uiwidgetid_t id = GUI_CreateWidget(def->type, player, def->alignFlags, FID(def->fontIdx), 1, def->updateGeometry, def->drawer, def->ticker, def->typedata); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[def->group]), GUI_FindObjectById(id)); } UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMLEFT])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMCENTER])); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOM]), GUI_MustFindObjectById(hud->widgetGroupIds[UWG_BOTTOMRIGHT])); hud->logWidgetId = GUI_CreateWidget(GUI_LOG, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UILog_UpdateGeometry, UILog_Drawer, UILog_Ticker, &hud->log); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]), GUI_FindObjectById(hud->logWidgetId)); hud->chatWidgetId = GUI_CreateWidget(GUI_CHAT, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UIChat_UpdateGeometry, UIChat_Drawer, NULL, &hud->chat); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]), GUI_FindObjectById(hud->chatWidgetId)); hud->automapWidgetId = GUI_CreateWidget(GUI_AUTOMAP, player, ALIGN_TOPLEFT, FID(GF_FONTA), 1, UIAutomap_UpdateGeometry, UIAutomap_Drawer, UIAutomap_Ticker, &hud->automap); UIGroup_AddWidget(GUI_MustFindObjectById(hud->widgetGroupIds[UWG_AUTOMAP]), GUI_FindObjectById(hud->automapWidgetId)); #undef PADDING } void ST_Init(void) { int i; ST_InitAutomapConfig(); for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; ST_BuildWidgets(i); hud->inited = true; } ST_loadData(); } void ST_Shutdown(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; hud->inited = false; } } void ST_CloseAll(int player, dd_bool fast) { ST_AutomapOpen(player, false, fast); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(player, false); #endif } uiwidget_t* ST_UIChatForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->chatWidgetId); } Con_Error("ST_UIChatForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UILogForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->logWidgetId); } Con_Error("ST_UILogForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } uiwidget_t* ST_UIAutomapForPlayer(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; return GUI_FindObjectById(hud->automapWidgetId); } Con_Error("ST_UIAutomapForPlayer: Invalid player #%i.", player); exit(1); // Unreachable. } int ST_ChatResponder(int player, event_t* ev) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(!obj) return false; return UIChat_Responder(obj, ev); } dd_bool ST_ChatIsActive(int player) { uiwidget_t* obj = ST_UIChatForPlayer(player); if(!obj) return false; return UIChat_IsActive(obj); } void ST_LogPost(int player, byte flags, const char* msg) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Post(obj, flags, msg); } void ST_LogPostVisibilityChangeNotification(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { ST_LogPost(i, LMF_NO_HIDE, !cfg.hudShown[HUD_LOG] ? MSGOFF : MSGON); } } void ST_LogRefresh(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Refresh(obj); } void ST_LogEmpty(int player) { uiwidget_t* obj = ST_UILogForPlayer(player); if(!obj) return; UILog_Empty(obj); } void ST_LogUpdateAlignment(void) { int i, flags; uiwidget_t* obj; for(i = 0; i < MAXPLAYERS; ++i) { hudstate_t* hud = &hudStates[i]; if(!hud->inited) continue; obj = GUI_MustFindObjectById(hud->widgetGroupIds[UWG_TOPCENTER]); flags = UIWidget_Alignment(obj); flags &= ~(ALIGN_LEFT|ALIGN_RIGHT); if(cfg.msgAlign == 0) flags |= ALIGN_LEFT; else if(cfg.msgAlign == 2) flags |= ALIGN_RIGHT; UIWidget_SetAlignment(obj, flags); } } void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Open(obj, yes, fast); } dd_bool ST_AutomapIsActive(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Active(obj); } dd_bool ST_AutomapObscures2(int player, const RectRaw* region) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; if(UIAutomap_Active(obj)) { if(cfg.automapOpacity * ST_AutomapOpacity(player) >= ST_AUTOMAP_OBSCURE_TOLERANCE) { /*if(UIAutomap_Fullscreen(obj)) {*/ return true; /*} else { // We'll have to compare the dimensions. const int scrwidth = Get(DD_WINDOW_WIDTH); const int scrheight = Get(DD_WINDOW_HEIGHT); const Rect* rect = UIWidget_Geometry(obj); float fx = FIXXTOSCREENX(region->origin.x); float fy = FIXYTOSCREENY(region->origin.y); float fw = FIXXTOSCREENX(region->size.width); float fh = FIXYTOSCREENY(region->size.height); if(dims->origin.x >= fx && dims->origin.y >= fy && dims->size.width >= fw && dims->size.height >= fh) return true; }*/ } } return false; } dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height) { RectRaw rect; rect.origin.x = x; rect.origin.y = y; rect.size.width = width; rect.size.height = height; return ST_AutomapObscures2(player, &rect); } void ST_AutomapClearPoints(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; UIAutomap_ClearPoints(ob); P_SetMessage(&players[player], LMF_NO_HIDE, AMSTR_MARKSCLEARED); } /** * Adds a marker at the specified X/Y location. */ int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z) { static char buffer[20]; uiwidget_t* obj = ST_UIAutomapForPlayer(player); int newPoint; if(!obj) return - 1; if(UIAutomap_PointCount(obj) == MAX_MAP_POINTS) { return -1; } newPoint = UIAutomap_AddPoint(obj, x, y, z); sprintf(buffer, "%s %d", AMSTR_MARKEDSPOT, newPoint); P_SetMessage(&players[player], LMF_NO_HIDE, buffer); return newPoint; } dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_PointOrigin(obj, point, x, y, z); } void ST_ToggleAutomapMaxZoom(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; if(UIAutomap_SetZoomMax(obj, !UIAutomap_ZoomMax(obj))) { App_Log(0, "Maximum zoom %s in automap", UIAutomap_ZoomMax(obj)? "ON":"OFF"); } } float ST_AutomapOpacity(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return 0; return UIAutomap_Opacity(obj); } void ST_SetAutomapCameraRotation(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetCameraRotation(obj, on); } void ST_ToggleAutomapPanMode(int player) { uiwidget_t* ob = ST_UIAutomapForPlayer(player); if(!ob) return; if(UIAutomap_SetPanMode(ob, !UIAutomap_PanMode(ob))) { P_SetMessage(&players[player], LMF_NO_HIDE, (UIAutomap_PanMode(ob)? AMSTR_FOLLOWOFF : AMSTR_FOLLOWON)); } } void ST_CycleAutomapCheatLevel(int player) { if(player >= 0 && player < MAXPLAYERS) { hudstate_t* hud = &hudStates[player]; ST_SetAutomapCheatLevel(player, (hud->automapCheatLevel + 1) % 3); } } void ST_SetAutomapCheatLevel(int player, int level) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; setAutomapCheatLevel(obj, level); } void ST_RevealAutomap(int player, dd_bool on) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_SetReveal(obj, on); } dd_bool ST_AutomapHasReveal(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return false; return UIAutomap_Reveal(obj); } void ST_RebuildAutomap(int player) { uiwidget_t* obj = ST_UIAutomapForPlayer(player); if(!obj) return; UIAutomap_Rebuild(obj); } int ST_AutomapCheatLevel(int player) { if(player >=0 && player < MAXPLAYERS) { return hudStates[player].automapCheatLevel; } return 0; } /// @note Called when the statusbar scale cvar changes. void updateViewWindow(void) { int i; R_ResizeViewWindow(RWF_FORCE); // Reveal the HUD so the user can see the change. for(i = 0; i < MAXPLAYERS; ++i) { ST_HUDUnHide(i, HUE_FORCE); } } /** * Called when a cvar changes that affects the look/behavior of the HUD in order to unhide it. */ void unhideHUD(void) { int i; for(i = 0; i < MAXPLAYERS; ++i) { ST_HUDUnHide(i, HUE_FORCE); } } D_CMD(ChatOpen) { int player = CONSOLEPLAYER, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) return false; obj = ST_UIChatForPlayer(player); if(!obj) return false; if(argc == 2) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } UIChat_SetDestination(obj, destination); UIChat_Activate(obj, true); return true; } D_CMD(ChatAction) { int player = CONSOLEPLAYER; const char* cmd = argv[0] + 4; uiwidget_t* obj; if(G_QuitInProgress()) return false; obj = ST_UIChatForPlayer(player); if(!obj || !UIChat_IsActive(obj)) return false; if(!stricmp(cmd, "complete")) // Send the message. { return UIChat_CommandResponder(obj, MCMD_SELECT); } if(!stricmp(cmd, "cancel")) // Close chat. { return UIChat_CommandResponder(obj, MCMD_CLOSE); } if(!stricmp(cmd, "delete")) { return UIChat_CommandResponder(obj, MCMD_DELETE); } return true; } D_CMD(ChatSendMacro) { int player = CONSOLEPLAYER, macroId, destination = 0; uiwidget_t* obj; if(G_QuitInProgress()) return false; if(argc < 2 || argc > 3) { App_Log(DE2_SCR_NOTE, "Usage: %s (team) (macro number)", argv[0]); App_Log(DE2_SCR_MSG, "Send a chat macro to other player(s). " "If (team) is omitted, the message will be sent to all players."); return true; } obj = ST_UIChatForPlayer(player); if(!obj) return false; if(argc == 3) { destination = UIChat_ParseDestination(argv[1]); if(destination < 0) { App_Log(DE2_SCR_ERROR, "Invalid team number #%i (valid range: 0...%i)", destination, NUMTEAMS); return false; } } macroId = UIChat_ParseMacroId(argc == 3? argv[2] : argv[1]); if(-1 == macroId) { App_Log(DE2_SCR_ERROR, "Invalid macro id"); return false; } UIChat_Activate(obj, true); UIChat_SetDestination(obj, destination); UIChat_LoadMacro(obj, macroId); UIChat_CommandResponder(obj, MCMD_SELECT); UIChat_Activate(obj, false); return true; } doomsday-1.14.5/doomsday/plugins/doom/src/m_random.c0000664000175000017500000000724712350542240021701 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.c: Random number LUT. */ // HEADER FILES ------------------------------------------------------------ #include "jdoom.h" // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- static int rndIndex = 0; static int prndIndex = 0; // Returns a 0-255 number static unsigned char rndTable[256] = { 0, 8, 109, 220, 222, 241, 149, 107, 75, 248, 254, 140, 16, 66, 74, 21, 211, 47, 80, 242, 154, 27, 205, 128, 161, 89, 77, 36, 95, 110, 85, 48, 212, 140, 211, 249, 22, 79, 200, 50, 28, 188, 52, 140, 202, 120, 68, 145, 62, 70, 184, 190, 91, 197, 152, 224, 149, 104, 25, 178, 252, 182, 202, 182, 141, 197, 4, 81, 181, 242, 145, 42, 39, 227, 156, 198, 225, 193, 219, 93, 122, 175, 249, 0, 175, 143, 70, 239, 46, 246, 163, 53, 163, 109, 168, 135, 2, 235, 25, 92, 20, 145, 138, 77, 69, 166, 78, 176, 173, 212, 166, 113, 94, 161, 41, 50, 239, 49, 111, 164, 70, 60, 2, 37, 171, 75, 136, 156, 11, 56, 42, 146, 138, 229, 73, 146, 77, 61, 98, 196, 135, 106, 63, 197, 195, 86, 96, 203, 113, 101, 170, 247, 181, 113, 80, 250, 108, 7, 255, 237, 129, 226, 79, 107, 112, 166, 103, 241, 24, 223, 239, 120, 198, 58, 60, 82, 128, 3, 184, 66, 143, 224, 145, 224, 81, 206, 163, 45, 63, 90, 168, 114, 59, 33, 159, 95, 28, 139, 123, 98, 125, 196, 15, 70, 194, 253, 54, 14, 109, 226, 71, 17, 161, 93, 186, 87, 244, 138, 20, 52, 123, 251, 26, 36, 17, 46, 52, 231, 232, 76, 31, 221, 84, 37, 216, 165, 212, 106, 197, 242, 98, 43, 39, 175, 254, 145, 190, 84, 118, 222, 187, 136, 120, 163, 236, 249 }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * \note The returned value is calculated deterministically. * * @return A pseudo-random number from the table. */ byte P_Random(void) { prndIndex = (prndIndex + 1) & 0xff; return rndTable[prndIndex]; } /** * \note The returned value is NOT calculated deterministically. * * @return A pseudo-random number from the table. */ byte M_Random(void) { rndIndex = (rndIndex + 1) & 0xff; return rndTable[rndIndex]; } /** * Resets the seed for the random number generator. */ void M_ResetRandom(void) { rndIndex = prndIndex = 0; } doomsday-1.14.5/doomsday/plugins/doom/src/p_spec.c0000664000175000017500000007325312350542240021356 0ustar jaakkojaakko/**\file p_spec.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Implements map special effects. * * Texture animation, height or lighting changes according to adjacent * sectors, respective utility functions, etc. * * Line Tag handling. Line and Sector triggers. * * Events are operations triggered by using, crossing, or shooting special * lines, or by timed thinkers. */ // HEADER FILES ------------------------------------------------------------ #include "jdoom.h" #include "m_argv.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "player.h" #include "p_mapspec.h" #include "p_tick.h" #include "p_ceiling.h" #include "p_door.h" #include "p_floor.h" #include "p_plat.h" #include "p_scroll.h" #include "p_switch.h" #include "d_net.h" static void crossSpecialLine(Line *line, int side, mobj_t *thing); static void shootSpecialLine(mobj_t *thing, Line *line); dd_bool P_ActivateLine(Line* ld, mobj_t* mo, int side, int actType) { // Clients do not activate lines. if(IS_CLIENT) return false; switch(actType) { case SPAC_CROSS: crossSpecialLine(ld, side, mo); return true; case SPAC_USE: return P_UseSpecialLine(mo, ld, side); case SPAC_IMPACT: shootSpecialLine(mo, ld); return true; default: Con_Error("P_ActivateLine: Unknown Activation Type %i", actType); break; } return false; } /** * Called every time a thing origin is about to cross a line with a non 0 * special. */ static void crossSpecialLine(Line* line, int side, mobj_t* thing) { xline_t* xline; // Extended functionality overrides old. if(XL_CrossLine(line, side, thing)) return; xline = P_ToXLine(line); // Triggers that other things can activate. if(!thing->player) { dd_bool ok = false; // Things that should NOT trigger specials... switch(thing->type) { case MT_ROCKET: case MT_PLASMA: case MT_BFG: case MT_TROOPSHOT: case MT_HEADSHOT: case MT_BRUISERSHOT: return; default: break; } switch(xline->special) { case 39: ///< TELEPORT TRIGGER case 97: ///< TELEPORT RETRIGGER case 125: ///< TELEPORT MONSTERONLY TRIGGER case 126: ///< TELEPORT MONSTERONLY RETRIGGER case 4: ///< RAISE DOOR case 10: ///< PLAT DOWN-WAIT-UP-STAY TRIGGER case 88: ///< PLAT DOWN-WAIT-UP-STAY RETRIGGER ok = true; break; } // Anything can trigger this line! if(xline->flags & ML_ALLTRIGGER) ok = true; if(!ok) return; } switch(xline->special) { default: break; // TRIGGERS. // All from here to RETRIGGERS. case 2: // Open Door EV_DoDoor(line, DT_OPEN); xline->special = 0; break; case 3: // Close Door EV_DoDoor(line, DT_CLOSE); xline->special = 0; break; case 4: // Raise Door EV_DoDoor(line, DT_NORMAL); xline->special = 0; break; case 5: // Raise Floor EV_DoFloor(line, FT_RAISEFLOOR); xline->special = 0; break; case 6: // Fast Ceiling Crush & Raise EV_DoCeiling(line, CT_CRUSHANDRAISEFAST); xline->special = 0; break; case 8: // Build Stairs EV_BuildStairs(line, build8); xline->special = 0; break; case 10: // PlatDownWaitUp EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0); xline->special = 0; break; case 12: // Light Turn On - brightest near EV_LightTurnOn(line, 0); xline->special = 0; break; case 13: // Light Turn On - max. EV_LightTurnOn(line, 1); xline->special = 0; break; case 16: // Close Door 30. EV_DoDoor(line, DT_CLOSE30THENOPEN); xline->special = 0; break; case 17: // Start Light Strobing. EV_StartLightStrobing(line); xline->special = 0; break; case 19: // Lower Floor. EV_DoFloor(line, FT_LOWER); xline->special = 0; break; case 22: // Raise floor to nearest height and change texture. EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); xline->special = 0; break; case 25: // Ceiling Crush and Raise. EV_DoCeiling(line, CT_CRUSHANDRAISE); xline->special = 0; break; case 30: // Raise floor to shortest texture height on either side of lines. EV_DoFloor(line, FT_RAISETOTEXTURE); xline->special = 0; break; case 35: // Lights Very Dark. EV_LightTurnOn(line, 35.0f/255); xline->special = 0; break; case 36: // Lower Floor (TURBO). EV_DoFloor(line, FT_LOWERTURBO); xline->special = 0; break; case 37: // LowerAndChange. EV_DoFloor(line, FT_LOWERANDCHANGE); xline->special = 0; break; case 38: // Lower Floor To Lowest. EV_DoFloor(line, FT_LOWERTOLOWEST); xline->special = 0; break; case 39: // TELEPORT! EV_Teleport(line, side, thing, true); xline->special = 0; break; case 40: // RaiseCeilingLowerFloor. EV_DoCeiling(line, CT_RAISETOHIGHEST); EV_DoFloor(line, FT_LOWERTOLOWEST); xline->special = 0; break; case 44: // Ceiling Crush. EV_DoCeiling(line, CT_LOWERANDCRUSH); xline->special = 0; break; case 52: // EXIT! G_SetGameActionMapCompleted(G_CurrentLogicalMapNumber(), 0, false); break; case 53: // Perpetual Platform Raise. EV_DoPlat(line, PT_PERPETUALRAISE, 0); xline->special = 0; break; case 54: // Platform Stop. P_PlatDeactivate(xline->tag); xline->special = 0; break; case 56: // Raise Floor Crush. EV_DoFloor(line, FT_RAISEFLOORCRUSH); xline->special = 0; break; case 57: // Ceiling Crush Stop. P_CeilingDeactivate(xline->tag); xline->special = 0; break; case 58: // Raise Floor 24. EV_DoFloor(line, FT_RAISE24); xline->special = 0; break; case 59: // Raise Floor 24 And Change. EV_DoFloor(line, FT_RAISE24ANDCHANGE); xline->special = 0; break; case 104: // Turn lights off in sector(tag). EV_TurnTagLightsOff(line); xline->special = 0; break; case 108: // Blazing Door Raise (faster than TURBO!). EV_DoDoor(line, DT_BLAZERAISE); xline->special = 0; break; case 109: // Blazing Door Open (faster than TURBO!). EV_DoDoor(line, DT_BLAZEOPEN); xline->special = 0; break; case 100: // Build Stairs Turbo 16. EV_BuildStairs(line, turbo16); xline->special = 0; break; case 110: // Blazing Door Close (faster than TURBO!). EV_DoDoor(line, DT_BLAZECLOSE); xline->special = 0; break; case 119: // Raise floor to nearest surr. floor. EV_DoFloor(line, FT_RAISEFLOORTONEAREST); xline->special = 0; break; case 121: // Blazing PlatDownWaitUpStay. EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0); xline->special = 0; break; case 124: // Secret EXIT. G_SetGameActionMapCompleted(G_CurrentLogicalMapNumber(), 0, true); break; case 125: // TELEPORT MonsterONLY. if(!thing->player) { EV_Teleport(line, side, thing, true); xline->special = 0; } break; case 130: // Raise Floor Turbo. EV_DoFloor(line, FT_RAISEFLOORTURBO); xline->special = 0; break; case 141: // Silent Ceiling Crush & Raise. EV_DoCeiling(line, CT_SILENTCRUSHANDRAISE); xline->special = 0; break; // RETRIGGERS. All from here till end. case 72: // Ceiling Crush. EV_DoCeiling(line, CT_LOWERANDCRUSH); break; case 73: // Ceiling Crush and Raise. EV_DoCeiling(line, CT_CRUSHANDRAISE); break; case 74: // Ceiling Crush Stop. P_CeilingDeactivate(xline->tag); break; case 75: // Close Door. EV_DoDoor(line, DT_CLOSE); break; case 76: // Close Door 30. EV_DoDoor(line, DT_CLOSE30THENOPEN); break; case 77: // Fast Ceiling Crush & Raise. EV_DoCeiling(line, CT_CRUSHANDRAISEFAST); break; case 79: // Lights Very Dark. EV_LightTurnOn(line, 35.0f/255.0f); break; case 80: // Light Turn On - brightest near. EV_LightTurnOn(line, 0); break; case 81: // Light Turn On 255. EV_LightTurnOn(line, 1); break; case 82: // Lower Floor To Lowest. EV_DoFloor(line, FT_LOWERTOLOWEST); break; case 83: // Lower Floor. EV_DoFloor(line, FT_LOWER); break; case 84: // LowerAndChange. EV_DoFloor(line, FT_LOWERANDCHANGE); break; case 86: // Open Door. EV_DoDoor(line, DT_OPEN); break; case 87: // Perpetual Platform Raise. EV_DoPlat(line, PT_PERPETUALRAISE, 0); break; case 88: // PlatDownWaitUp. EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0); break; case 89: // Platform Stop. P_PlatDeactivate(xline->tag); break; case 90: // Raise Door. EV_DoDoor(line, DT_NORMAL); break; case 91: // Raise Floor. EV_DoFloor(line, FT_RAISEFLOOR); break; case 92: // Raise Floor 24. EV_DoFloor(line, FT_RAISE24); break; case 93: // Raise Floor 24 And Change. EV_DoFloor(line, FT_RAISE24ANDCHANGE); break; case 94: // Raise Floor Crush. EV_DoFloor(line, FT_RAISEFLOORCRUSH); break; case 95: // Raise floor to nearest height and change texture. EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); break; case 96: // Raise floor to shortest texture height on either side of lines. EV_DoFloor(line, FT_RAISETOTEXTURE); break; case 97: // TELEPORT! EV_Teleport(line, side, thing, true); break; case 98: // Lower Floor (TURBO). EV_DoFloor(line, FT_LOWERTURBO); break; case 105: // Blazing Door Raise (faster than TURBO!). EV_DoDoor(line, DT_BLAZERAISE); break; case 106: // Blazing Door Open (faster than TURBO!). EV_DoDoor(line, DT_BLAZEOPEN); break; case 107: // Blazing Door Close (faster than TURBO!). EV_DoDoor(line, DT_BLAZECLOSE); break; case 120: // Blazing PlatDownWaitUpStay. EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0); break; case 126: // TELEPORT MonsterONLY. if(!thing->player) EV_Teleport(line, side, thing, true); break; case 128: // Raise To Nearest Floor. EV_DoFloor(line, FT_RAISEFLOORTONEAREST); break; case 129: // Raise Floor Turbo. EV_DoFloor(line, FT_RAISEFLOORTURBO); break; } } /** * Called when a thing shoots a special line. */ static void shootSpecialLine(mobj_t* thing, Line* line) { // Impacts that other things can activate. if(!thing->player) { switch(P_ToXLine(line)->special) { default: return; // Cannot be shot at. case 46: ///< OPEN DOOR IMPACT break; } } switch(P_ToXLine(line)->special) { default: break; case 24: ///< RAISE FLOOR EV_DoFloor(line, FT_RAISEFLOOR); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); P_ToXLine(line)->special = 0; break; case 46: ///< OPEN DOOR EV_DoDoor(line, DT_OPEN); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 47: ///< RAISE FLOOR NEAR AND CHANGE EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); P_ToXLine(line)->special = 0; break; } } /** * Called every tic frame that the player origin is in a special sector */ void P_PlayerInSpecialSector(player_t *player) { Sector *sector = Mobj_Sector(player->plr->mo); if(IS_CLIENT) return; // Falling, not all the way down yet? if(!FEQUAL(player->plr->mo->origin[VZ], P_GetDoublep(sector, DMU_FLOOR_HEIGHT))) return; // Has hitten ground. switch(P_ToXSector(sector)->special) { default: break; case 5: ///< HELLSLIME DAMAGE. if(!player->powers[PT_IRONFEET]) { if(!(mapTime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 10, false); } break; case 7: ///< NUKAGE DAMAGE. if(!player->powers[PT_IRONFEET]) { if(!(mapTime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 5, false); } break; case 16: ///< SUPER HELLSLIME DAMAGE case 4: ///< STROBE HURT if(!player->powers[PT_IRONFEET] || (P_Random() < 5)) { if(!(mapTime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 20, false); } break; case 9: ///< SECRET SECTOR player->secretCount++; player->update |= PSF_COUNTERS; P_ToXSector(sector)->special = 0; if(cfg.secretMsg) { P_SetMessage(player, 0, "You've found a secret area!"); S_ConsoleSound(SFX_SECRET, 0, player - players); } break; case 11: ///< EXIT SUPER DAMAGE! (for E1M8 finale) player->cheats &= ~CF_GODMODE; if(!(mapTime & 0x1f)) P_DamageMobj(player->plr->mo, NULL, NULL, 20, false); if(player->health <= 10) G_SetGameActionMapCompleted(G_CurrentLogicalMapNumber(), 0, false); break; } } void P_SpawnSectorSpecialThinkers(void) { int i; // Clients spawn specials only on the server's instruction. if(IS_CLIENT) return; for(i = 0; i < numsectors; ++i) { Sector* sec = P_ToPtr(DMU_SECTOR, i); xsector_t* xsec = P_ToXSector(sec); switch(xsec->special) { default: break; case 1: ///< FLICKERING LIGHTS P_SpawnLightFlash(sec); break; case 2: ///< STROBE FAST P_SpawnStrobeFlash(sec, FASTDARK, 0); break; case 3: ///< STROBE SLOW P_SpawnStrobeFlash(sec, SLOWDARK, 0); break; case 4: ///< STROBE FAST/DEATH SLIME P_SpawnStrobeFlash(sec, FASTDARK, 0); xsec->special = 4; break; case 8: ///< GLOWING LIGHT P_SpawnGlowingLight(sec); break; case 10: ///< DOOR CLOSE IN 30 SECONDS P_SpawnDoorCloseIn30(sec); break; case 12: ///< SYNC STROBE SLOW P_SpawnStrobeFlash(sec, SLOWDARK, 1); break; case 13: ///< SYNC STROBE FAST P_SpawnStrobeFlash(sec, FASTDARK, 1); break; case 14: ///< DOOR RAISE IN 5 MINUTES P_SpawnDoorRaiseIn5Mins(sec); break; case 17: P_SpawnFireFlicker(sec); break; } } } void P_SpawnLineSpecialThinkers(void) { // Stub. } void P_SpawnAllSpecialThinkers(void) { P_SpawnSectorSpecialThinkers(); P_SpawnLineSpecialThinkers(); } dd_bool P_UseSpecialLine2(mobj_t* mo, Line* line, int side) { xline_t* xline = P_ToXLine(line); // Use the back sides of VERY SPECIAL lines... if(side) { switch(xline->special) { case 124: // Sliding door open&close // UNUSED? break; default: return false; break; } } // Switches that other things can activate. if(!mo->player) { // Never open secret doors. if(xline->flags & ML_SECRET) return false; switch(xline->special) { case 1: // MANUAL DOOR RAISE case 32: // MANUAL BLUE case 33: // MANUAL RED case 34: // MANUAL YELLOW break; default: return false; } } // Do something. switch(xline->special) { // MANUALS case 1: // Vertical Door case 26: // Blue Door/Locked case 27: // Yellow Door /Locked case 28: // Red Door /Locked case 31: // Manual door open case 32: // Blue locked door open case 33: // Red locked door open case 34: // Yellow locked door open case 117: // Blazing door raise case 118: // Blazing door open EV_VerticalDoor(line, mo); break; //UNUSED - Door Slide Open&Close // case 124: // EV_SlidingDoor (line, mo); // break; // SWITCHES case 7: // Build Stairs if(EV_BuildStairs(line, build8)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 9: // Change Donut if(EV_DoDonut(line)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 11: // Exit map if(cyclingMaps && mapCycleNoExit) break; // Prevent 'zombie players' from exiting maps. if(mo->player && mo->player->health <= 0 && !cfg.zombiesCanExit) { S_StartSound(SFX_NOWAY, mo); return false; } P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; G_SetGameActionMapCompleted(G_CurrentLogicalMapNumber(), 0, false); break; case 14: // Raise Floor 32 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 32)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 15: // Raise Floor 24 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 24)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 18: // Raise Floor to next highest floor. if(EV_DoFloor(line, FT_RAISEFLOORTONEAREST)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 20: // Raise Plat next highest floor and change texture. if(EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 21: // PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAY, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 23: // Lower Floor to Lowest. if(EV_DoFloor(line, FT_LOWERTOLOWEST)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 29: // Raise Door. if(EV_DoDoor(line, DT_NORMAL)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 41: // Lower Ceiling to Floor. if(EV_DoCeiling(line, CT_LOWERTOFLOOR)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 71: // Turbo Lower Floor. if(EV_DoFloor(line, FT_LOWERTURBO)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 49: // Ceiling Crush And Raise. if(EV_DoCeiling(line, CT_CRUSHANDRAISE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 50: // Close Door. if(EV_DoDoor(line, DT_CLOSE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 51: // Secret EXIT. if(cyclingMaps && mapCycleNoExit) break; // Prevent 'zombie players' from exiting maps. if(mo->player && mo->player->health <= 0 && !cfg.zombiesCanExit) { S_StartSound(SFX_NOWAY, mo); return false; } P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; G_SetGameActionMapCompleted(G_CurrentLogicalMapNumber(), 0, true); break; case 55: // Raise Floor Crush. if(EV_DoFloor(line, FT_RAISEFLOORCRUSH)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 101: // Raise Floor. if(EV_DoFloor(line, FT_RAISEFLOOR)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 102: // Lower Floor to Surrounding floor height. if(EV_DoFloor(line, FT_LOWER)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 103: // Open Door. if(EV_DoDoor(line, DT_OPEN)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 111: // Blazing Door Raise (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZERAISE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 112: // Blazing Door Open (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZEOPEN)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 113: // Blazing Door Close (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZECLOSE)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 122: // Blazing PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 127: // Build Stairs Turbo 16. if(EV_BuildStairs(line, turbo16)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 131: // Raise Floor Turbo. if(EV_DoFloor(line, FT_RAISEFLOORTURBO)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 133: // BlzOpenDoor BLUE. case 135: // BlzOpenDoor RED. case 137: // BlzOpenDoor YELLOW. if(EV_DoLockedDoor(line, DT_BLAZEOPEN, mo)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; case 140: // Raise Floor 512. if(EV_DoFloor(line, FT_RAISE512)) { P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, 0); xline->special = 0; } break; // BUTTONS case 42: // Close Door. if(EV_DoDoor(line, DT_CLOSE)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 43: // Lower Ceiling to Floor. if(EV_DoCeiling(line, CT_LOWERTOFLOOR)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 45: // Lower Floor to Surrounding floor height. if(EV_DoFloor(line, FT_LOWER)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 60: // Lower Floor to Lowest. if(EV_DoFloor(line, FT_LOWERTOLOWEST)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 61: // Open Door. if(EV_DoDoor(line, DT_OPEN)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 62: // PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAY, 1)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 63: // Raise Door. if(EV_DoDoor(line, DT_NORMAL)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 64: // Raise Floor to ceiling. if(EV_DoFloor(line, FT_RAISEFLOOR)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 66: // Raise Floor 24 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 24)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 67: // Raise Floor 32 and change texture. if(EV_DoPlat(line, PT_RAISEANDCHANGE, 32)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 65: // Raise Floor Crush. if(EV_DoFloor(line, FT_RAISEFLOORCRUSH)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 68: // Raise Plat to next highest floor and change texture. if(EV_DoPlat(line, PT_RAISETONEARESTANDCHANGE, 0)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 69: // Raise Floor to next highest floor. if(EV_DoFloor(line, FT_RAISEFLOORTONEAREST)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 70: // Turbo Lower Floor. if(EV_DoFloor(line, FT_LOWERTURBO)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 114: // Blazing Door Raise (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZERAISE)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 115: // Blazing Door Open (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZEOPEN)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 116: // Blazing Door Close (faster than TURBO!). if(EV_DoDoor(line, DT_BLAZECLOSE)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 123: // Blazing PlatDownWaitUpStay. if(EV_DoPlat(line, PT_DOWNWAITUPSTAYBLAZE, 0)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 132: // Raise Floor Turbo. if(EV_DoFloor(line, FT_RAISEFLOORTURBO)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 99: // BlzOpenDoor BLUE. case 134: // BlzOpenDoor RED. case 136: // BlzOpenDoor YELLOW. if(EV_DoLockedDoor(line, DT_BLAZEOPEN, mo)) P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 138: // Light Turn On. EV_LightTurnOn(line, 1); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; case 139: // Light Turn Off. EV_LightTurnOn(line, 35.0f/255.0f); P_ToggleSwitch(P_GetPtrp(line, DMU_FRONT), SFX_NONE, false, BUTTONTIME); break; default: break; } return true; } doomsday-1.14.5/doomsday/plugins/doom/src/p_lights.cpp0000664000175000017500000003723412350542240022255 0ustar jaakkojaakko/** @file p_lights.cpp Handle Sector base lighting effects. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom.h" #include "p_lights.h" #include "dmu_lib.h" #include "p_mapsetup.h" #include "p_mapspec.h" void T_FireFlicker(void *flickPtr) { fireflicker_t *flick = (fireflicker_t *)flickPtr; float amount, lightLevel; if(--flick->count) return; lightLevel = P_GetFloatp(flick->sector, DMU_LIGHT_LEVEL); amount = ((P_Random() & 3) * 16) / 255.0f; if(lightLevel - amount < flick->minLight) P_SetFloatp(flick->sector, DMU_LIGHT_LEVEL, flick->minLight); else P_SetFloatp(flick->sector, DMU_LIGHT_LEVEL, flick->maxLight - amount); flick->count = 4; } void fireflicker_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); } /** * T_FireFlicker was added to save games in ver5, therefore we don't have * an old format to support. */ int fireflicker_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); /*int ver =*/ Reader_ReadByte(reader); // version byte. // Note: the thinker class byte has already been read. sector = (Sector*)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; thinker.function = (thinkfunc_t) T_FireFlicker; return true; // Add this thinker. } void P_SpawnFireFlicker(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; // Note that we are resetting sector attributes. // Nothing special about it during gameplay. P_ToXSector(sector)->special = 0; fireflicker_t *flick = (fireflicker_t *)Z_Calloc(sizeof(*flick), PU_MAP, 0); flick->thinker.function = T_FireFlicker; Thinker_Add(&flick->thinker); flick->sector = sector; flick->count = 4; flick->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flick->minLight = otherLevel; else flick->minLight = lightLevel; flick->minLight += (16.0f/255.0f); } /** * Broken light flashing. */ void T_LightFlash(lightflash_t *flash) { float lightLevel; if(--flash->count) return; lightLevel = P_GetFloatp(flash->sector, DMU_LIGHT_LEVEL); if(lightLevel == flash->maxLight) { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->minLight); flash->count = (P_Random() & flash->minTime) + 1; } else { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->maxLight); flash->count = (P_Random() & flash->maxTime) + 1; } } void lightflash_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, count); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, maxTime); Writer_WriteInt32(writer, minTime); } int lightflash_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. // Start of used data members. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxTime = Reader_ReadInt32(reader); minTime = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized lightflash_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxTime = Reader_ReadInt32(reader); minTime = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_LightFlash; return true; // Add this thinker. } /** * After the map has been loaded, scan each sector * for specials that spawn thinkers */ void P_SpawnLightFlash(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; // Note that we are resetting sector attributes. // Nothing special about it during gameplay. P_ToXSector(sector)->special = 0; lightflash_t *flash = (lightflash_t *)Z_Calloc(sizeof(*flash), PU_MAP, 0); flash->thinker.function = (thinkfunc_t) T_LightFlash; Thinker_Add(&flash->thinker); flash->sector = sector; flash->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flash->minLight = otherLevel; else flash->minLight = lightLevel; flash->maxTime = 64; flash->minTime = 7; flash->count = (P_Random() & flash->maxTime) + 1; } /** * Strobe light flashing. */ void T_StrobeFlash(strobe_t *flash) { float lightLevel; if(--flash->count) return; lightLevel = P_GetFloatp(flash->sector, DMU_LIGHT_LEVEL); if(lightLevel == flash->minLight) { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->maxLight); flash->count = flash->brightTime; } else { P_SetFloatp(flash->sector, DMU_LIGHT_LEVEL, flash->minLight); flash->count = flash->darkTime; } } void strobe_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, count); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, darkTime); Writer_WriteInt32(writer, brightTime); } int strobe_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; darkTime = Reader_ReadInt32(reader); brightTime = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized strobe_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); count = Reader_ReadInt32(reader); minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxLight = (float) Reader_ReadInt32(reader) / 255.0f; darkTime = Reader_ReadInt32(reader); brightTime = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_StrobeFlash; return true; // Add this thinker. } /** * After the map has been loaded, scan each sector for specials that spawn * thinkers. */ void P_SpawnStrobeFlash(Sector *sector, int fastOrSlow, int inSync) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; strobe_t *flash = (strobe_t *)Z_Calloc(sizeof(*flash), PU_MAP, 0); flash->thinker.function = (thinkfunc_t) T_StrobeFlash; Thinker_Add(&flash->thinker); flash->sector = sector; flash->darkTime = fastOrSlow; flash->brightTime = STROBEBRIGHT; flash->maxLight = lightLevel; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) flash->minLight = otherLevel; else flash->minLight = lightLevel; if(flash->minLight == flash->maxLight) flash->minLight = 0; // Note that we are resetting sector attributes. // Nothing special about it during gameplay. P_ToXSector(sector)->special = 0; if(!inSync) { flash->count = (P_Random() & 7) + 1; } else { flash->count = 1; } } /** * Start strobing lights (usually from a trigger) */ void EV_StartLightStrobing(Line *line) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { if(P_ToXSector(sec)->specialData) continue; P_SpawnStrobeFlash(sec, SLOWDARK, 0); } } void EV_TurnTagLightsOff(Line *line) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { float lightLevel = P_GetFloatp(sec, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; P_FindSectorSurroundingLowestLight(sec, &otherLevel); if(otherLevel < lightLevel) lightLevel = otherLevel; P_SetFloatp(sec, DMU_LIGHT_LEVEL, lightLevel); } } void EV_LightTurnOn(Line *line, float max) { iterlist_t *list = P_GetSectorIterListForTag(P_ToXLine(line)->tag, false); if(!list) return; float lightLevel = 0; if(!FEQUAL(max, 0)) lightLevel = max; IterList_SetIteratorDirection(list, ITERLIST_FORWARD); IterList_RewindIterator(list); Sector *sec; while((sec = (Sector *)IterList_MoveIterator(list))) { // If Max = 0 means to search for the highest light level in the // surrounding sector. if(FEQUAL(max, 0)) { lightLevel = P_GetFloatp(sec, DMU_LIGHT_LEVEL); float otherLevel = DDMINFLOAT; P_FindSectorSurroundingHighestLight(sec, &otherLevel); if(otherLevel > lightLevel) lightLevel = otherLevel; } P_SetFloatp(sec, DMU_LIGHT_LEVEL, lightLevel); } } void T_Glow(glow_t *g) { float lightLevel = P_GetFloatp(g->sector, DMU_LIGHT_LEVEL); float glowDelta = (1.0f / 255.0f) * (float) GLOWSPEED; switch(g->direction) { case -1: // Down. lightLevel -= glowDelta; if(lightLevel <= g->minLight) { lightLevel += glowDelta; g->direction = 1; } break; case 1: // Up. lightLevel += glowDelta; if(lightLevel >= g->maxLight) { lightLevel -= glowDelta; g->direction = -1; } break; default: Con_Error("T_Glow: Invalid direction %i.", g->direction); break; } P_SetFloatp(g->sector, DMU_LIGHT_LEVEL, lightLevel); } void glow_s::write(MapStateWriter *msw) const { Writer *writer = msw->writer(); Writer_WriteByte(writer, 1); // Write a version byte. // Note we don't bother to save a byte to tell if the function // is present as we ALWAYS add one when loading. Writer_WriteInt32(writer, P_ToIndex(sector)); Writer_WriteInt32(writer, (int) (255.0f * maxLight)); Writer_WriteInt32(writer, (int) (255.0f * minLight)); Writer_WriteInt32(writer, direction); } int glow_s::read(MapStateReader *msr) { Reader *reader = msr->reader(); int mapVersion = msr->mapVersion(); if(mapVersion >= 5) { // Note: the thinker class byte has already been read. /*int ver =*/ Reader_ReadByte(reader); // version byte. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); maxLight = (float) Reader_ReadInt32(reader) / 255.0f; minLight = (float) Reader_ReadInt32(reader) / 255.0f; direction = Reader_ReadInt32(reader); } else { // Its in the old pre V5 format which serialized strobe_t // Padding at the start (an old thinker_t struct) byte junk[16]; // sizeof thinker_t Reader_Read(reader, junk, 16); // Start of used data members. // A 32bit pointer to sector, serialized. sector = (Sector *)P_ToPtr(DMU_SECTOR, (int) Reader_ReadInt32(reader)); DENG_ASSERT(sector != 0); minLight = (float) Reader_ReadInt32(reader) / 255.0f; maxLight = (float) Reader_ReadInt32(reader) / 255.0f; direction = Reader_ReadInt32(reader); } thinker.function = (thinkfunc_t) T_Glow; return true; // Add this thinker. } void P_SpawnGlowingLight(Sector *sector) { float lightLevel = P_GetFloatp(sector, DMU_LIGHT_LEVEL); float otherLevel = DDMAXFLOAT; glow_t *g = (glow_t *)Z_Calloc(sizeof(*g), PU_MAP, 0); g->thinker.function = (thinkfunc_t) T_Glow; Thinker_Add(&g->thinker); g->sector = sector; P_FindSectorSurroundingLowestLight(sector, &otherLevel); if(otherLevel < lightLevel) g->minLight = otherLevel; else g->minLight = lightLevel; g->maxLight = lightLevel; g->direction = -1; // Note that we are resetting sector attributes. // Nothing special about it during gameplay. P_ToXSector(sector)->special = 0; } doomsday-1.14.5/doomsday/plugins/doom/src/p_inter.c0000664000175000017500000010621212350542240021535 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_inter.c: Handling mobj vs mobj interactions (i.e., collisions). */ #ifdef MSVC # pragma optimize("g", off) #endif #include "jdoom.h" #include "am_map.h" #include "d_net.h" #include "dmu_lib.h" #include "player.h" #include "p_user.h" #include "p_mapsetup.h" #define BONUSADD (6) // Number of rounds per clip for each ammo type. int clipAmmo[NUM_AMMO_TYPES] = {10, 4, 20, 1}; // Maximum number of rounds for each ammo type. int maxAmmo[NUM_AMMO_TYPES] = {200, 50, 300, 50}; static dd_bool giveOneAmmo(player_t *plr, ammotype_t ammoType, int numClips) { int numRounds = 0; DENG_ASSERT(plr != 0); DENG_ASSERT((ammoType >= 0 && ammoType < NUM_AMMO_TYPES) || ammoType == AT_NOAMMO); // Giving the special 'unlimited ammo' type always succeeds. if(ammoType == AT_NOAMMO) return true; // Already fully stocked? if(plr->ammo[ammoType].owned >= plr->ammo[ammoType].max) return false; // Translate number of clips to individual rounds. if(numClips >= 1) { numRounds = numClips * clipAmmo[ammoType]; } else if(numClips == 0) { // Half of one clip. numRounds = clipAmmo[ammoType] / 2; } else { // Fully replenish. numRounds = plr->ammo[ammoType].max; } // Give double the number of rounds at easy/nightmare skill levels. if(G_Ruleset_Skill() == SM_BABY || G_Ruleset_Skill() == SM_NIGHTMARE) { numRounds *= 2; } // Given the new ammo the player may want to change weapon automatically. P_MaybeChangeWeapon(plr, WT_NOCHANGE, ammoType, false /*don't force*/); // Restock the player. plr->ammo[ammoType].owned = MIN_OF(plr->ammo[ammoType].max, plr->ammo[ammoType].owned + numRounds); plr->update |= PSF_AMMO; // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_AMMO); return true; } dd_bool P_GiveAmmo(player_t *plr, ammotype_t ammoType, int numClips) { int gaveAmmos = 0; if(ammoType == NUM_AMMO_TYPES) { // Give all ammos. int i = 0; for(i = 0; i < NUM_AMMO_TYPES; ++i) { gaveAmmos |= (int)giveOneAmmo(plr, (ammotype_t) i, numClips) << i; } } else { // Give a single ammo. gaveAmmos |= (int)giveOneAmmo(plr, ammoType, numClips) << (int)ammoType; } return gaveAmmos != 0; } static dd_bool shouldForceWeaponChange(dd_bool dropped) { return IS_NETGAME && G_Ruleset_Deathmatch() == 1 && !dropped; } static int numAmmoClipsToGiveWithWeapon(dd_bool dropped) { // Dropped weapons only ever give one clip. if(dropped) return 1; // Give extra clips in deathmatch. return (IS_NETGAME && G_Ruleset_Deathmatch() == 1)? 5 : 2; } static dd_bool giveOneWeapon(player_t *plr, weapontype_t weaponType, dd_bool dropped) { int numClips = numAmmoClipsToGiveWithWeapon(dropped); dd_bool gaveAmmo = false, gaveWeapon = false; weaponinfo_t const *wpnInfo; ammotype_t i; DENG_ASSERT(plr != 0); DENG_ASSERT(weaponType >= WT_FIRST && weaponType < NUM_WEAPON_TYPES); wpnInfo = &weaponInfo[weaponType][plr->class_]; // Do not give weapons unavailable for the current mode. if(!(wpnInfo->mode[0].gameModeBits & gameModeBits)) return false; // Give some of each of the ammo types used by this weapon. for(i = 0; i < NUM_AMMO_TYPES; ++i) { // Is this ammo type usable?. if(!wpnInfo->mode[0].ammoType[i]) continue; if(P_GiveAmmo(plr, i, numClips)) { gaveAmmo = true; } } if(!plr->weapons[weaponType].owned) { gaveWeapon = true; plr->weapons[weaponType].owned = true; plr->update |= PSF_OWNED_WEAPONS; // Animate a pickup bonus flash? if(IS_NETGAME && G_Ruleset_Deathmatch() != 2 && !dropped) { plr->bonusCount += BONUSADD; } // Given the new weapon the player may want to change automatically. P_MaybeChangeWeapon(plr, weaponType, AT_NOAMMO, shouldForceWeaponChange(dropped)); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_WEAPON); } return (gaveWeapon || gaveAmmo); } dd_bool P_GiveWeapon(player_t *plr, weapontype_t weaponType, dd_bool dropped) { int gaveWeapons = 0; if(weaponType == NUM_WEAPON_TYPES) { // Give all weapons. int i = 0; for(i = 0; i < NUM_WEAPON_TYPES; ++i) { gaveWeapons |= (int)giveOneWeapon(plr, (weapontype_t) i, dropped) << i; } } else { // Give a single weapon. gaveWeapons |= (int)giveOneWeapon(plr, weaponType, dropped) << (int)weaponType; } return gaveWeapons != 0; } dd_bool P_GiveHealth(player_t *player, int amount) { if(player->health >= maxHealth) return false; player->health += amount; if(player->health > maxHealth) player->health = maxHealth; player->plr->mo->health = player->health; player->update |= PSF_HEALTH; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_HEALTH); return true; } dd_bool P_GiveArmor(player_t* plr, int type, int points) { if(plr->armorPoints >= points) return false; // Don't pick up. P_PlayerSetArmorType(plr, type); P_PlayerGiveArmorBonus(plr, points - plr->armorPoints); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_ARMOR); return true; } static dd_bool giveOneKey(player_t *plr, keytype_t keyType) { DENG_ASSERT(plr != 0); DENG_ASSERT(keyType >= KT_FIRST && keyType < NUM_KEY_TYPES); // Already owned? if(plr->keys[keyType]) return false; plr->keys[keyType] = 1; plr->bonusCount = BONUSADD; plr->update |= PSF_KEYS; // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_KEY); return true; } dd_bool P_GiveKey(player_t *plr, keytype_t keyType) { int gaveKeys = 0; if(keyType == NUM_KEY_TYPES) { // Give all keys. int i = 0; for(i = 0; i < NUM_KEY_TYPES; ++i) { gaveKeys |= (int)giveOneKey(plr, (keytype_t) i) << i; } } else { // Give a single key. gaveKeys |= (int)giveOneKey(plr, keyType) << (int)keyType; } return gaveKeys != 0; } void P_GiveBackpack(player_t *plr) { int i; if(!plr->backpack) { plr->update |= PSF_MAX_AMMO; for(i = 0; i < NUM_AMMO_TYPES; ++i) { plr->ammo[i].max *= 2; } plr->backpack = true; } for(i = 0; i < NUM_AMMO_TYPES; ++i) { P_GiveAmmo(plr, i, 1); } P_SetMessage(plr, 0, GOTBACKPACK); } dd_bool P_GivePower(player_t *player, powertype_t powerType) { DENG_ASSERT(player != 0); DENG_ASSERT(powerType >= PT_FIRST && powerType < NUM_POWER_TYPES); // Powers cannot be given to dead players. if(player->health <= 0) return false; player->update |= PSF_POWERS; switch(powerType) { case PT_INVULNERABILITY: player->powers[powerType] = INVULNTICS; break; case PT_INVISIBILITY: player->powers[powerType] = INVISTICS; player->plr->mo->flags |= MF_SHADOW; break; case PT_FLIGHT: player->powers[powerType] = 1; player->plr->mo->flags2 |= MF2_FLY; player->plr->mo->flags |= MF_NOGRAVITY; if(player->plr->mo->origin[VZ] <= player->plr->mo->floorZ) { player->flyHeight = 10; // Thrust the player in the air a bit. player->plr->mo->flags |= DDPF_FIXMOM; } break; case PT_INFRARED: player->powers[powerType] = INFRATICS; break; case PT_IRONFEET: player->powers[powerType] = IRONTICS; break; case PT_STRENGTH: P_GiveHealth(player, maxHealth); player->powers[powerType] = 1; break; default: if(player->powers[powerType]) return false; // Already got it. player->powers[powerType] = 1; break; } if(powerType == PT_ALLMAP) ST_RevealAutomap(player - players, true); // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_PICKUP_POWER); return true; } dd_bool P_TakePower(player_t *player, powertype_t powerType) { DENG_ASSERT(player != 0); DENG_ASSERT(powerType >= PT_FIRST && powerType < NUM_POWER_TYPES); if(!player->powers[powerType]) return false; // Dont got it. switch(powerType) { case PT_ALLMAP: ST_RevealAutomap(player - players, false); break; case PT_FLIGHT: { mobj_t *plrmo = player->plr->mo; if(plrmo->origin[VZ] != plrmo->floorZ && cfg.lookSpring) { player->centering = true; } plrmo->flags2 &= ~MF2_FLY; plrmo->flags &= ~MF_NOGRAVITY; break; } default: break; } player->powers[powerType] = 0; player->update |= PSF_POWERS; return true; } dd_bool P_TogglePower(player_t *player, powertype_t powerType) { DENG_ASSERT(player != 0); DENG_ASSERT(powerType >= PT_FIRST && powerType < NUM_POWER_TYPES); if(!player->powers[powerType]) { return P_GivePower(player, powerType); } else { return P_TakePower(player, powerType); } } typedef enum { IT_NONE = 0, IT_HEALTH_PACK, IT_HEALTH_KIT, IT_HEALTH_BONUS, IT_HEALTH_SOULSPHERE, IT_ARMOR_GREEN, IT_ARMOR_BLUE, IT_ARMOR_BONUS, IT_WEAPON_BFG, IT_WEAPON_CHAINGUN, IT_WEAPON_CHAINSAW, IT_WEAPON_RLAUNCHER, IT_WEAPON_PLASMARIFLE, IT_WEAPON_SHOTGUN, IT_WEAPON_SSHOTGUN, IT_AMMO_CLIP, IT_AMMO_CLIP_BOX, IT_AMMO_ROCKET, IT_AMMO_ROCKET_BOX, IT_AMMO_CELL, IT_AMMO_CELL_BOX, IT_AMMO_SHELL, IT_AMMO_SHELL_BOX, IT_KEY_BLUE, IT_KEY_YELLOW, IT_KEY_RED, IT_KEY_BLUESKULL, IT_KEY_YELLOWSKULL, IT_KEY_REDSKULL, IT_INVUL, IT_BERSERK, IT_INVIS, IT_SUIT, IT_ALLMAP, IT_VISOR, IT_BACKPACK, IT_MEGASPHERE } itemtype_t; static itemtype_t getItemTypeBySprite(spritetype_e sprite) { static const struct item_s { itemtype_t type; spritetype_e sprite; } items[] = { { IT_HEALTH_PACK, SPR_STIM }, { IT_HEALTH_KIT, SPR_MEDI }, { IT_HEALTH_BONUS, SPR_BON1 }, { IT_HEALTH_SOULSPHERE, SPR_SOUL }, { IT_ARMOR_GREEN, SPR_ARM1 }, { IT_ARMOR_BLUE, SPR_ARM2 }, { IT_ARMOR_BONUS, SPR_BON2 }, { IT_WEAPON_BFG, SPR_BFUG }, { IT_WEAPON_CHAINGUN, SPR_MGUN }, { IT_WEAPON_CHAINSAW, SPR_CSAW }, { IT_WEAPON_RLAUNCHER, SPR_LAUN }, { IT_WEAPON_PLASMARIFLE, SPR_PLAS }, { IT_WEAPON_SHOTGUN, SPR_SHOT }, { IT_WEAPON_SSHOTGUN, SPR_SGN2 }, { IT_AMMO_CLIP, SPR_CLIP }, { IT_AMMO_CLIP_BOX, SPR_AMMO }, { IT_AMMO_ROCKET, SPR_ROCK }, { IT_AMMO_ROCKET_BOX, SPR_BROK }, { IT_AMMO_CELL, SPR_CELL }, { IT_AMMO_CELL_BOX, SPR_CELP }, { IT_AMMO_SHELL, SPR_SHEL }, { IT_AMMO_SHELL_BOX, SPR_SBOX }, { IT_KEY_BLUE, SPR_BKEY }, { IT_KEY_YELLOW, SPR_YKEY }, { IT_KEY_RED, SPR_RKEY }, { IT_KEY_BLUESKULL, SPR_BSKU }, { IT_KEY_YELLOWSKULL, SPR_YSKU }, { IT_KEY_REDSKULL, SPR_RSKU }, { IT_INVUL, SPR_PINV }, { IT_BERSERK, SPR_PSTR }, { IT_INVIS, SPR_PINS }, { IT_SUIT, SPR_SUIT }, { IT_ALLMAP, SPR_PMAP }, { IT_VISOR, SPR_PVIS }, { IT_BACKPACK, SPR_BPAK }, { IT_MEGASPHERE, SPR_MEGA }, { IT_NONE, 0 } }; uint i; for(i = 0; items[i].type != IT_NONE; ++i) if(items[i].sprite == sprite) return items[i].type; return IT_NONE; } /** * Attempt to pickup the found weapon type. * * @param plr Player to attempt the pickup. * @param weaponType Weapon type to pickup. * @param dropped @c true= the weapon was dropped by someone. * @param pickupMessage Message to display if picked up. * * @return @c true if the player picked up the weapon. */ static dd_bool pickupWeapon(player_t *plr, weapontype_t weaponType, dd_bool dropped, char const *pickupMessage) { dd_bool pickedWeapon; DENG_ASSERT(plr != 0); DENG_ASSERT(weaponType >= WT_FIRST && weaponType < NUM_WEAPON_TYPES); // Depending on the game rules the player should ignore the weapon. if(plr->weapons[weaponType].owned) { // Leave placed weapons forever on net games. if(IS_NETGAME && G_Ruleset_Deathmatch() != 2 && !dropped) return false; } // Attempt the pickup. pickedWeapon = P_GiveWeapon(plr, weaponType, dropped); if(pickedWeapon) { // Notify the user. P_SetMessage(plr, 0, pickupMessage); if(!mapSetup) // Pickup sounds are not played during map setup. { S_ConsoleSound(SFX_WPNUP, NULL, plr - players); } } if(IS_NETGAME && G_Ruleset_Deathmatch() != 2 && !dropped) { // Leave placed weapons forever on net games. return false; } return pickedWeapon; } /** * @param plr Player being given item. * @param item Type of item being given. * @param dropped @c true = the item was dropped by some entity. * * @return @c true iff the item should be destroyed. */ static dd_bool pickupItem(player_t *plr, itemtype_t item, dd_bool dropped) { if(!plr) return false; switch(item) { case IT_ARMOR_GREEN: if(!P_GiveArmor(plr, armorClass[0], armorPoints[MINMAX_OF(0, armorClass[0] - 1, 1)])) return false; P_SetMessage(plr, 0, GOTARMOR); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_ARMOR_BLUE: if(!P_GiveArmor(plr, armorClass[1], armorPoints[MINMAX_OF(0, armorClass[1] - 1, 1)])) return false; P_SetMessage(plr, 0, GOTMEGA); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_ARMOR_BONUS: if(!plr->armorType) P_PlayerSetArmorType(plr, armorClass[0]); if(plr->armorPoints < armorPoints[1]) P_PlayerGiveArmorBonus(plr, 1); P_SetMessage(plr, 0, GOTARMBONUS); if(!mapSetup) { S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_ARMOR); } break; case IT_HEALTH_PACK: if(!P_GiveHealth(plr, 10)) return false; P_SetMessage(plr, 0, GOTSTIM); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_HEALTH_KIT: { int oldHealth = plr->health; /** * DOOM bug: * The following test was originaly placed AFTER the call to * P_GiveHealth thereby making the first outcome impossible as * the medikit gives 25 points of health. This resulted that * the GOTMEDINEED "Picked up a medikit that you REALLY need" * was never used. */ if(!P_GiveHealth(plr, 25)) return false; P_SetMessage(plr, 0, GET_TXT((oldHealth < 25)? TXT_GOTMEDINEED : TXT_GOTMEDIKIT)); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; } case IT_HEALTH_BONUS: plr->health++; // Can go over 100%. if(plr->health > healthLimit) plr->health = healthLimit; plr->plr->mo->health = plr->health; plr->update |= PSF_HEALTH; P_SetMessage(plr, 0, GOTHTHBONUS); if(!mapSetup) { S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_HEALTH); } break; case IT_HEALTH_SOULSPHERE: plr->health += soulSphereHealth; if(plr->health > soulSphereLimit) plr->health = soulSphereLimit; plr->plr->mo->health = plr->health; plr->update |= PSF_HEALTH; P_SetMessage(plr, 0, GOTSUPER); if(!mapSetup) { S_ConsoleSound(SFX_GETPOW, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_HEALTH); } break; case IT_KEY_BLUE: if(!plr->keys[KT_BLUECARD]) { P_GiveKey(plr, KT_BLUECARD); P_SetMessage(plr, 0, GOTBLUECARD); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_KEY_YELLOW: if(!plr->keys[KT_YELLOWCARD]) { P_GiveKey(plr, KT_YELLOWCARD); P_SetMessage(plr, 0, GOTYELWCARD); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_KEY_RED: if(!plr->keys[KT_REDCARD]) { P_GiveKey(plr, KT_REDCARD); P_SetMessage(plr, 0, GOTREDCARD); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_KEY_BLUESKULL: if(!plr->keys[KT_BLUESKULL]) { P_GiveKey(plr, KT_BLUESKULL); P_SetMessage(plr, 0, GOTBLUESKUL); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_KEY_YELLOWSKULL: if(!plr->keys[KT_YELLOWSKULL]) { P_GiveKey(plr, KT_YELLOWSKULL); P_SetMessage(plr, 0, GOTYELWSKUL); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_KEY_REDSKULL: if(!plr->keys[KT_REDSKULL]) { P_GiveKey(plr, KT_REDSKULL); P_SetMessage(plr, 0, GOTREDSKULL); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); } if(IS_NETGAME) return false; break; case IT_MEGASPHERE: if(!(gameModeBits & GM_ANY_DOOM2)) return false; plr->health = megaSphereHealth; plr->plr->mo->health = plr->health; plr->update |= PSF_HEALTH; P_GiveArmor(plr, armorClass[1], armorPoints[MINMAX_OF(0, armorClass[1] - 1, 1)]); P_SetMessage(plr, 0, GOTMSPHERE); if(!mapSetup) { S_ConsoleSound(SFX_GETPOW, NULL, plr - players); // Maybe unhide the HUD? ST_HUDUnHide(plr - players, HUE_ON_PICKUP_HEALTH); } break; case IT_INVUL: if(!P_GivePower(plr, PT_INVULNERABILITY)) return false; P_SetMessage(plr, 0, GOTINVUL); if(!mapSetup) S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_BERSERK: if(!P_GivePower(plr, PT_STRENGTH)) return false; P_SetMessage(plr, 0, GOTBERSERK); if(plr->readyWeapon != WT_FIRST && cfg.berserkAutoSwitch) { plr->pendingWeapon = WT_FIRST; plr->update |= PSF_PENDING_WEAPON | PSF_READY_WEAPON; } if(!mapSetup) S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_INVIS: if(!P_GivePower(plr, PT_INVISIBILITY)) return false; P_SetMessage(plr, 0, GOTINVIS); if(!mapSetup) S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_SUIT: if(!P_GivePower(plr, PT_IRONFEET)) return false; P_SetMessage(plr, 0, GOTSUIT); if(!mapSetup) S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_ALLMAP: if(!P_GivePower(plr, PT_ALLMAP)) return false; P_SetMessage(plr, 0, GOTMAP); if(!mapSetup) S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_VISOR: if(!P_GivePower(plr, PT_INFRARED)) return false; P_SetMessage(plr, 0, GOTVISOR); if(!mapSetup) S_ConsoleSound(SFX_GETPOW, NULL, plr - players); break; case IT_BACKPACK: P_GiveBackpack(plr); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CLIP: if(!P_GiveAmmo(plr, AT_CLIP, dropped? 0 /*half a clip*/ : 1)) return false; P_SetMessage(plr, 0, GOTCLIP); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CLIP_BOX: if(!P_GiveAmmo(plr, AT_CLIP, 5)) return false; P_SetMessage(plr, 0, GOTCLIPBOX); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_ROCKET: if(!P_GiveAmmo(plr, AT_MISSILE, 1)) return false; P_SetMessage(plr, 0, GOTROCKET); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_ROCKET_BOX: if(!P_GiveAmmo(plr, AT_MISSILE, 5)) return false; P_SetMessage(plr, 0, GOTROCKBOX); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CELL: if(!P_GiveAmmo(plr, AT_CELL, 1)) return false; P_SetMessage(plr, 0, GOTCELL); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_CELL_BOX: if(!P_GiveAmmo(plr, AT_CELL, 5)) return false; P_SetMessage(plr, 0, GOTCELLBOX); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_SHELL: if(!P_GiveAmmo(plr, AT_SHELL, 1)) return false; P_SetMessage(plr, 0, GOTSHELLS); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_AMMO_SHELL_BOX: if(!P_GiveAmmo(plr, AT_SHELL, 5)) return false; P_SetMessage(plr, 0, GOTSHELLBOX); if(!mapSetup) S_ConsoleSound(SFX_ITEMUP, NULL, plr - players); break; case IT_WEAPON_BFG: return pickupWeapon(plr, WT_SEVENTH, dropped, GOTBFG9000); case IT_WEAPON_CHAINGUN: return pickupWeapon(plr, WT_FOURTH, dropped, GOTCHAINGUN); case IT_WEAPON_CHAINSAW: return pickupWeapon(plr, WT_EIGHTH, dropped, GOTCHAINSAW); case IT_WEAPON_RLAUNCHER: return pickupWeapon(plr, WT_FIFTH, dropped, GOTLAUNCHER); case IT_WEAPON_PLASMARIFLE: return pickupWeapon(plr, WT_SIXTH, dropped, GOTPLASMA); case IT_WEAPON_SHOTGUN: return pickupWeapon(plr, WT_THIRD, dropped, GOTSHOTGUN); case IT_WEAPON_SSHOTGUN: return pickupWeapon(plr, WT_NINETH, dropped, GOTSHOTGUN2); default: Con_Error("pickupItem: Unknown item %i.", (int) item); } return true; } void P_TouchSpecialMobj(mobj_t* special, mobj_t* toucher) { player_t* player; coord_t delta; itemtype_t item; delta = special->origin[VZ] - toucher->origin[VZ]; if(delta > toucher->height || delta < -8) { // Out of reach. return; } // Dead thing touching (can happen with a sliding player corpse). if(toucher->health <= 0) return; player = toucher->player; // Identify by sprite. if((item = getItemTypeBySprite(special->sprite)) != IT_NONE) { if(!pickupItem(player, item, (special->flags & MF_DROPPED)? true : false)) return; // Don't destroy the item. } else { App_Log(DE2_MAP_WARNING, "P_TouchSpecialMobj: Unknown gettable thing %i", (int) special->type); } if(special->flags & MF_COUNTITEM) { player->itemCount++; player->update |= PSF_COUNTERS; } P_MobjRemove(special, false); if(!mapSetup) player->bonusCount += BONUSADD; } void P_KillMobj(mobj_t *source, mobj_t *target, dd_bool stomping) { mobjtype_t item; mobj_t* mo; unsigned int an; angle_t angle; if(!target) return; // Nothing to kill... target->flags &= ~(MF_SHOOTABLE | MF_FLOAT | MF_SKULLFLY); if(target->type != MT_SKULL) target->flags &= ~MF_NOGRAVITY; target->flags |= MF_CORPSE | MF_DROPOFF; target->flags2 &= ~MF2_PASSMOBJ; target->corpseTics = 0; target->height /= 2*2; if(source && source->player) { // Count for intermission. if(target->flags & MF_COUNTKILL) { source->player->killCount++; source->player->update |= PSF_COUNTERS; } if(target->player) { source->player->frags[target->player - players]++; NetSv_FragsForAll(source->player); NetSv_KillMessage(source->player, target->player, stomping); } } else if(!IS_NETGAME && (target->flags & MF_COUNTKILL)) { // Count all monster deaths (even those caused by other monsters). players[0].killCount++; } if(target->player) { // Count environment kills against the player. if(!source) { target->player->frags[target->player - players]++; NetSv_FragsForAll(target->player); NetSv_KillMessage(target->player, target->player, stomping); } target->flags &= ~MF_SOLID; target->flags2 &= ~MF2_FLY; target->player->powers[PT_FLIGHT] = 0; target->player->playerState = PST_DEAD; target->player->rebornWait = PLAYER_REBORN_TICS; target->player->update |= PSF_STATE; target->player->plr->flags |= DDPF_DEAD; P_DropWeapon(target->player); // Don't die with the automap open. ST_AutomapOpen(target->player - players, false, false); #if __JHERETIC__ || __JHEXEN__ Hu_InventoryOpen(target->player - players, false); #endif } if(target->health < -target->info->spawnHealth && P_GetState(target->type, SN_XDEATH)) { // Extreme death. P_MobjChangeState(target, P_GetState(target->type, SN_XDEATH)); } else { // Normal death. P_MobjChangeState(target, P_GetState(target->type, SN_DEATH)); } target->tics -= P_Random() & 3; if(target->tics < 1) target->tics = 1; // Enemies in Chex Quest don't drop stuff. if(gameMode == doom_chex) return; // Drop stuff. // This determines the kind of object spawned during the death frame // of a thing. switch(target->type) { case MT_WOLFSS: case MT_POSSESSED: item = MT_CLIP; break; case MT_SHOTGUY: item = MT_SHOTGUN; break; case MT_CHAINGUY: item = MT_CHAINGUN; break; default: return; } // Don't drop at the exact same place, causes Z flickering with // 3D sprites. angle = P_Random() << 24; an = angle >> ANGLETOFINESHIFT; if((mo = P_SpawnMobjXYZ(item, target->origin[VX] + 3 * FIX2FLT(finecosine[an]), target->origin[VY] + 3 * FIX2FLT(finesine[an]), 0, angle, MSF_Z_FLOOR))) mo->flags |= MF_DROPPED; // Special versions of items. } int P_DamageMobj(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damageP, dd_bool stomping) { return P_DamageMobj2(target, inflictor, source, damageP, stomping, false); } /** * Damages both enemies and players. * * @param inflictor Mobj that caused the damage creature or missile, * can be NULL (slime, etc) * @param source Mobj to target after taking damage. Can be @c NULL * for barrel explosions and other environmental stuff. * Source and inflictor are the same for melee attacks. * @param skipNetworkCheck Allow the damage to be done regardless of netgame status. * * @return Actual amount of damage done. */ int P_DamageMobj2(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damageP, dd_bool stomping, dd_bool skipNetworkCheck) { angle_t angle; int saved, originalHealth; player_t* player; int temp, damage; if(!target) return 0; // Wha? originalHealth = target->health; // The actual damage (== damageP * netMobDamageModifier for any // non-player mobj). damage = damageP; if(!skipNetworkCheck) { if(IS_NETGAME && !stomping && D_NetDamageMobj(target, inflictor, source, damage)) { // We're done here. return 0; } // Clients can't harm anybody. if(IS_CLIENT) return 0; } if(!(target->flags & MF_SHOOTABLE)) return 0; // Shouldn't happen... if(target->health <= 0) return 0; if(target->player) { // Player specific. // Check if player-player damage is disabled. if(source && source->player && source->player != target->player) { // Co-op damage disabled? if(IS_NETGAME && !G_Ruleset_Deathmatch() && cfg.noCoopDamage) return 0; // Same color, no damage? if(cfg.noTeamDamage && cfg.playerColor[target->player - players] == cfg.playerColor[source->player - players]) return 0; } } if(target->flags & MF_SKULLFLY) { target->mom[MX] = target->mom[MY] = target->mom[MZ] = 0; } player = target->player; if(player && G_Ruleset_Skill() == SM_BABY) damage /= 2; // Take half damage in trainer mode. // Use the cvar damage multiplier netMobDamageModifier only if the // inflictor is not a player. if(inflictor && !inflictor->player && (!source || (source && !source->player))) { // damage = (int) ((float) damage * netMobDamageModifier); if(IS_NETGAME) damage *= cfg.netMobDamageModifier; } // Some close combat weapons should not inflict thrust and push the // victim out of reach, thus kick away unless using a melee weapon. if(inflictor && !(target->flags & MF_NOCLIP) && (!source || !source->player || source->player->readyWeapon != WT_EIGHTH) && !(inflictor->flags2 & MF2_NODMGTHRUST)) { uint an; coord_t thrust; angle = M_PointToAngle2(inflictor->origin, target->origin); thrust = FIX2FLT(damage * (FRACUNIT>>3) * 100 / target->info->mass); // Make fall forwards sometimes. if(damage < 40 && damage > target->health && target->origin[VZ] - inflictor->origin[VZ] > 64 && (P_Random() & 1)) { angle += ANG180; thrust *= 4; } an = angle >> ANGLETOFINESHIFT; target->mom[MX] += thrust * FIX2FLT(finecosine[an]); target->mom[MY] += thrust * FIX2FLT(finesine[an]); NetSv_PlayerMobjImpulse(target, thrust * FIX2FLT(finecosine[an]), thrust * FIX2FLT(finesine[an]), 0); // $dropoff_fix: thrust objects hanging off ledges. if((target->intFlags & MIF_FALLING) && target->gear >= MAXGEAR) target->gear = 0; } if(player) { // End of game hell hack. if(P_ToXSector(Mobj_Sector(target))->special == 11 && damage >= target->health) { damage = target->health - 1; } // Below certain threshold, ignore damage in GOD mode, or with // INVUL power. if(damage < 1000 && ((P_GetPlayerCheats(player) & CF_GODMODE) || player->powers[PT_INVULNERABILITY])) { return 0; } if(player->armorType) { if(player->armorType == 1) saved = damage / 3; else saved = damage / 2; if(player->armorPoints <= saved) { // Armor is used up. saved = player->armorPoints; player->armorType = 0; } player->armorPoints -= saved; player->update |= PSF_ARMOR_POINTS; damage -= saved; } player->health -= damage; if(player->health < 0) player->health = 0; player->update |= PSF_HEALTH; player->attacker = source; player->damageCount += damage; // Add damage after armor / invuln. if(player->damageCount > 100) player->damageCount = 100; // Teleport stomp does 10k points... temp = damage < 100 ? damage : 100; // Maybe unhide the HUD? ST_HUDUnHide(player - players, HUE_ON_DAMAGE); } // How about some particles, yes? // Only works when both target and inflictor are real mobjs. Mobj_SpawnDamageParticleGen(target, inflictor, damage); // Do the damage. target->health -= damage; if(target->health > 0) { // Still alive, phew! if((P_Random() < target->info->painChance) && !(target->flags & MF_SKULLFLY)) { statenum_t state; target->flags |= MF_JUSTHIT; // Fight back! if((state = P_GetState(target->type, SN_PAIN)) != S_NULL) P_MobjChangeState(target, state); } target->reactionTime = 0; // We're awake now... if(source && ((!target->threshold && !(source->flags3 & MF3_NOINFIGHT)) || target->type == MT_VILE) && source != target && source->type != MT_VILE) { statenum_t state; // Target mobj is not intent on another mobj, so make it chase // after the source of the damage. target->target = source; target->threshold = BASETHRESHOLD; if((state = P_GetState(target->type, SN_SEE)) != S_NULL && target->state == &STATES[P_GetState(target->type, SN_SPAWN)]) { P_MobjChangeState(target, state); } } } else { // Death. P_KillMobj(source, target, stomping); } return originalHealth - target->health; #undef BASETHRESHOLD } doomsday-1.14.5/doomsday/plugins/doom/src/m_cheat.cpp0000664000175000017500000005065012350542240022041 0ustar jaakkojaakko/** @file m_cheat.c Cheat code sequences * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jdoom.h" #include "am_map.h" #include "d_net.h" #include "dmu_lib.h" #include "g_eventsequence.h" #include "gamesession.h" #include "hu_msg.h" #include "p_user.h" #include "player.h" typedef eventsequencehandler_t cheatfunc_t; /// Helper macro for forming cheat callback function names. #define CHEAT(x) G_Cheat##x /// Helper macro for declaring cheat callback functions. #define CHEAT_FUNC(x) int G_Cheat##x(int player, const EventSequenceArg* args, int numArgs) /// Helper macro for registering new cheat event sequence handlers. #define ADDCHEAT(name, callback) G_AddEventSequence((name), CHEAT(callback)) /// Helper macro for registering new cheat event sequence command handlers. #define ADDCHEATCMD(name, cmdTemplate) G_AddEventSequenceCommand((name), cmdTemplate) CHEAT_FUNC(Music); CHEAT_FUNC(MyPos); CHEAT_FUNC(Powerup2); CHEAT_FUNC(Powerup); CHEAT_FUNC(Reveal); void G_RegisterCheats(void) { switch(gameMode) { case doom2_hacx: ADDCHEATCMD("blast", "give wakr3 %p"); ADDCHEATCMD("boots", "give s %p"); ADDCHEATCMD("bright", "give g %p"); ADDCHEATCMD("ghost", "give v %p"); ADDCHEAT("seeit%1", Powerup2); ADDCHEAT("seeit", Powerup); ADDCHEAT("show", Reveal); ADDCHEATCMD("superman", "give i %p"); ADDCHEAT("tunes%1%2", Music); ADDCHEATCMD("walk", "noclip %p"); ADDCHEATCMD("warpme%1%2", "warp %1%2"); ADDCHEATCMD("whacko", "give b %p"); ADDCHEAT("wheream", MyPos); ADDCHEATCMD("wuss", "god %p"); ADDCHEATCMD("zap", "give w7 %p"); break; case doom_chex: ADDCHEATCMD("allen", "give s %p"); ADDCHEATCMD("andrewbenson", "give i %p"); ADDCHEATCMD("charlesjacobi", "noclip %p"); ADDCHEATCMD("davidbrus", "god %p"); ADDCHEATCMD("deanhyers", "give b %p"); ADDCHEATCMD("digitalcafe", "give m %p"); ADDCHEAT("idmus%1%2", Music); ADDCHEATCMD("joelkoenigs", "give w7 %p"); ADDCHEATCMD("joshuastorms", "give g %p"); ADDCHEAT("kimhyers", MyPos); ADDCHEATCMD("leesnyder%1%2", "warp %1%2"); ADDCHEATCMD("marybregi", "give v %p"); ADDCHEATCMD("mikekoenigs", "give war2 %p"); ADDCHEATCMD("scottholman", "give wakr3 %p"); ADDCHEAT("sherrill", Reveal); break; default: // Doom ADDCHEAT("idbehold%1", Powerup2); ADDCHEAT("idbehold", Powerup); // Note that in vanilla this cheat enables invulnerability until the // end of the current tic. ADDCHEATCMD("idchoppers", "give w7 %p"); ADDCHEATCMD("idclev%1%2", "warp %1%2"); ADDCHEATCMD("idclip", "noclip %p"); ADDCHEATCMD("iddqd", "god %p"); ADDCHEAT("iddt", Reveal); ADDCHEATCMD("idfa", "give war2 %p"); ADDCHEATCMD("idkfa", "give wakr3 %p"); ADDCHEAT("idmus%1%2", Music); ADDCHEAT("idmypos", MyPos); ADDCHEATCMD("idspispopd", "noclip %p"); break; } } CHEAT_FUNC(Music) { DENG2_UNUSED(numArgs); player_t *plr = &players[player]; int musnum; DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); if(gameModeBits & GM_ANY_DOOM2) musnum = (args[0] - '0') * 10 + (args[1] - '0'); else musnum = (args[0] - '1') * 9 + (args[1] - '0'); if(S_StartMusicNum(musnum, true)) { P_SetMessage(plr, LMF_NO_HIDE, STSTR_MUS); return true; } P_SetMessage(plr, LMF_NO_HIDE, STSTR_NOMUS); return false; } CHEAT_FUNC(Reveal) { DENG2_UNUSED2(args, numArgs); player_t *plr = &players[player]; DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); if(IS_NETGAME && COMMON_GAMESESSION->rules().deathmatch) return false; // Dead players can't cheat. if(plr->health <= 0) return false; if(ST_AutomapIsActive(player)) { ST_CycleAutomapCheatLevel(player); } return true; } CHEAT_FUNC(Powerup) { DENG2_UNUSED2(args, numArgs); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); P_SetMessage(&players[player], LMF_NO_HIDE, STSTR_BEHOLD); return true; } CHEAT_FUNC(Powerup2) { DENG2_UNUSED(numArgs); struct mnemonic_pair_s { char vanilla; char give; } mnemonics[] = { /*PT_INVULNERABILITY*/ { 'v', 'i' }, /*PT_STRENGTH*/ { 's', 'b' }, /*PT_INVISIBILITY*/ { 'i', 'v' }, /*PT_IRONFEET*/ { 'r', 's' }, /*PT_ALLMAP*/ { 'a', 'm' }, /*PT_INFRARED*/ { 'l', 'g' } }; static const int numMnemonics = (int)(sizeof(mnemonics) / sizeof(mnemonics[0])); DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); for(int i = 0; i < numMnemonics; ++i) { if(args[0] == mnemonics[i].vanilla) { DD_Executef(true, "give %c %i", mnemonics[i].give, player); return true; } } return false; } CHEAT_FUNC(MyPos) { DENG2_UNUSED2(args, numArgs); player_t *plr = &players[player]; char buf[80]; DENG2_ASSERT(player >= 0 && player < MAXPLAYERS); sprintf(buf, "ang=0x%x;x,y,z=(%g,%g,%g)", players[CONSOLEPLAYER].plr->mo->angle, players[CONSOLEPLAYER].plr->mo->origin[VX], players[CONSOLEPLAYER].plr->mo->origin[VY], players[CONSOLEPLAYER].plr->mo->origin[VZ]); P_SetMessage(plr, LMF_NO_HIDE, buf); return true; } /** * The multipurpose cheat ccmd. */ D_CMD(Cheat) { DENG2_UNUSED2(src, argc); // Give each of the characters in argument two to the ST event handler. int i, len = (int)strlen(argv[1]); for(i = 0; i < len; ++i) { event_t ev; memset(&ev, 0, sizeof(ev)); ev.type = EV_KEY; ev.state = EVS_DOWN; ev.data1 = argv[1][i]; ev.data2 = ev.data3 = 0; G_EventSequenceResponder(&ev); } return true; } D_CMD(CheatGod) { DENG2_UNUSED(src); if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("god"); } else if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; plr->cheats ^= CF_GODMODE; plr->update |= PSF_STATE; if(P_GetPlayerCheats(plr) & CF_GODMODE) { if(plr->plr->mo) plr->plr->mo->health = maxHealth; plr->health = godModeHealth; plr->update |= PSF_HEALTH; } P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_GODMODE) ? STSTR_DQDON : STSTR_DQDOFF)); } } return true; } D_CMD(CheatNoClip) { DENG2_UNUSED(src); if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("noclip"); } else if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) { return false; } else { int player = CONSOLEPLAYER; player_t *plr; if(argc == 2) { player = atoi(argv[1]); if(player < 0 || player >= MAXPLAYERS) return false; } plr = &players[player]; if(!plr->plr->inGame) return false; // Dead players can't cheat. if(plr->health <= 0) return false; plr->cheats ^= CF_NOCLIP; plr->update |= PSF_STATE; P_SetMessage(plr, LMF_NO_HIDE, ((P_GetPlayerCheats(plr) & CF_NOCLIP) ? STSTR_NCON : STSTR_NCOFF)); } } return true; } static int suicideResponse(msgresponse_t response, int /*userValue*/, void * /*context*/) { if(response == MSG_YES) { if(IS_NETGAME && IS_CLIENT) { NetCl_CheatRequest("suicide"); } else { player_t *plr = &players[CONSOLEPLAYER]; P_DamageMobj(plr->plr->mo, NULL, NULL, 10000, false); } } return true; } D_CMD(CheatSuicide) { DENG2_UNUSED(src); if(G_GameState() == GS_MAP) { player_t *plr; if(IS_CLIENT || argc != 2) { plr = &players[CONSOLEPLAYER]; } else { int i = atoi(argv[1]); if(i < 0 || i >= MAXPLAYERS) return false; plr = &players[i]; } if(!plr->plr->inGame) return false; if(plr->playerState == PST_DEAD) return false; if(!IS_NETGAME || IS_CLIENT) { Hu_MsgStart(MSG_YESNO, SUICIDEASK, suicideResponse, 0, NULL); } else { P_DamageMobj(plr->plr->mo, NULL, NULL, 10000, false); } return true; } Hu_MsgStart(MSG_ANYKEY, SUICIDEOUTMAP, NULL, 0, NULL); return true; } D_CMD(CheatReveal) { DENG2_UNUSED2(src, argc); int option, i; // Server operator can always reveal. if(IS_NETGAME && !IS_NETWORK_SERVER) return false; option = atoi(argv[1]); if(option < 0 || option > 3) return false; for(i = 0; i < MAXPLAYERS; ++i) { ST_SetAutomapCheatLevel(i, 0); ST_RevealAutomap(i, false); if(option == 1) { ST_RevealAutomap(i, true); } else if(option != 0) { ST_SetAutomapCheatLevel(i, option -1); } } return true; } static void giveWeapon(player_t *player, weapontype_t weaponType) { P_GiveWeapon(player, weaponType, false/*not dropped*/); if(weaponType == WT_EIGHTH) P_SetMessage(player, LMF_NO_HIDE, STSTR_CHOPPERS); } static void togglePower(player_t *player, powertype_t powerType) { P_TogglePower(player, powerType); P_SetMessage(player, LMF_NO_HIDE, STSTR_BEHOLDX); } D_CMD(CheatGive) { DENG2_UNUSED(src); char buf[100]; int player = CONSOLEPLAYER; player_t *plr; size_t i, stuffLen; if(G_GameState() != GS_MAP) { App_Log(DE2_SCR_ERROR, "Can only \"give\" when in a game!"); return true; } if(argc != 2 && argc != 3) { App_Log(DE2_SCR_NOTE, "Usage:\n give (stuff)\n give (stuff) (plr)"); App_Log(DE2_LOG_SCR, "Stuff consists of one or more of (type:id). " "If no id; give all of type:"); App_Log(DE2_LOG_SCR, " a - ammo"); App_Log(DE2_LOG_SCR, " b - berserk"); App_Log(DE2_LOG_SCR, " f - the power of flight"); App_Log(DE2_LOG_SCR, " g - light amplification visor"); App_Log(DE2_LOG_SCR, " h - health"); App_Log(DE2_LOG_SCR, " i - invulnerability"); App_Log(DE2_LOG_SCR, " k - key cards/skulls"); App_Log(DE2_LOG_SCR, " m - computer area map"); App_Log(DE2_LOG_SCR, " p - backpack full of ammo"); App_Log(DE2_LOG_SCR, " r - armor"); App_Log(DE2_LOG_SCR, " s - radiation shielding suit"); App_Log(DE2_LOG_SCR, " v - invisibility"); App_Log(DE2_LOG_SCR, " w - weapons"); App_Log(DE2_LOG_SCR, "Example: 'give arw' corresponds the cheat IDFA."); App_Log(DE2_LOG_SCR, "Example: 'give w2k1' gives weapon two and key one."); return true; } if(argc == 3) { player = atoi(argv[2]); if(player < 0 || player >= MAXPLAYERS) return false; } if(IS_CLIENT) { if(argc < 2) return false; sprintf(buf, "give %s", argv[1]); NetCl_CheatRequest(buf); return true; } if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) return false; plr = &players[player]; // Can't give to a player who's not in the game. if(!plr->plr->inGame) return false; // Can't give to a dead player. if(plr->health <= 0) return false; strcpy(buf, argv[1]); // Stuff is the 2nd arg. strlwr(buf); stuffLen = strlen(buf); for(i = 0; buf[i]; ++i) { switch(buf[i]) { case 'a': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < AT_FIRST || idx >= NUM_AMMO_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown ammo #%d (valid range %d-%d)", (int)idx, AT_FIRST, NUM_AMMO_TYPES-1); break; } // Give one specific ammo type. P_GiveAmmo(plr, (ammotype_t)idx, -1 /*max rounds*/); break; } } // Give all ammo. P_GiveAmmo(plr, NUM_AMMO_TYPES /*all types*/, -1 /*max rounds*/); break; case 'b': togglePower(plr, PT_STRENGTH); break; case 'f': togglePower(plr, PT_FLIGHT); break; case 'g': togglePower(plr, PT_INFRARED); break; case 'h': P_GiveHealth(plr, healthLimit); break; case 'i': togglePower(plr, PT_INVULNERABILITY); break; case 'k': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < KT_FIRST || idx >= NUM_KEY_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown key #%d (valid range %d-%d)", (int)idx, KT_FIRST, NUM_KEY_TYPES-1); break; } // Give one specific key. P_GiveKey(plr, (keytype_t) idx); break; } } // Give all keys. P_GiveKey(plr, NUM_KEY_TYPES /*all*/); break; case 'm': togglePower(plr, PT_ALLMAP); break; case 'p': P_GiveBackpack(plr); break; case 'r': { int armorType = 1; if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < 0 || idx >= 4) { App_Log(DE2_SCR_ERROR, "Unknown armor type #%d (valid range %d-%d)", (int)idx, 0, 4-1); break; } armorType = idx; } } P_GiveArmor(plr, armorClass[armorType], armorPoints[armorType]); break; } case 's': togglePower(plr, PT_IRONFEET); break; case 'v': togglePower(plr, PT_INVISIBILITY); break; case 'w': if(i < stuffLen) { char *end; long idx; errno = 0; idx = strtol(&buf[i+1], &end, 0); if(end != &buf[i+1] && errno != ERANGE) { i += end - &buf[i+1]; if(idx < WT_FIRST || idx >= NUM_WEAPON_TYPES) { App_Log(DE2_SCR_ERROR, "Unknown weapon #%d (valid range %d-%d)", (int)idx, WT_FIRST, NUM_WEAPON_TYPES-1); break; } // Give one specific weapon. giveWeapon(plr, (weapontype_t)idx); break; } } // Give all weapons. giveWeapon(plr, NUM_WEAPON_TYPES /*all types*/); break; default: // Unrecognized. App_Log(DE2_SCR_ERROR, "Cannot give '%c': unknown letter", buf[i]); break; } } // If the give expression matches that of a vanilla cheat code print the // associated confirmation message to the player's log. /// @todo fixme: Somewhat of kludge... if(!strcmp(buf, "war2")) { P_SetMessage(plr, LMF_NO_HIDE, STSTR_FAADDED); } else if(!strcmp(buf, "wakr3")) { P_SetMessage(plr, LMF_NO_HIDE, STSTR_KFAADDED); } return true; } D_CMD(CheatMassacre) { DENG2_UNUSED3(src, argc, argv); if(G_GameState() == GS_MAP) { if(IS_CLIENT) { NetCl_CheatRequest("kill"); } else if((IS_NETGAME && !netSvAllowCheats) || COMMON_GAMESESSION->rules().skill == SM_NIGHTMARE) { return false; } else { App_Log(DE2_LOG_MAP, "%i monsters killed", P_Massacre()); } } return true; } D_CMD(CheatWhere) { DENG2_UNUSED3(src, argc, argv); player_t *plr = &players[CONSOLEPLAYER]; char textBuffer[256]; Sector *sector; mobj_t *plrMo; Uri *matUri; if(G_GameState() != GS_MAP) return true; plrMo = plr->plr->mo; if(!plrMo) return true; sprintf(textBuffer, "MAP [%s] X:%g Y:%g Z:%g", Str_Text(Uri_ToString(gameMapUri)), plrMo->origin[VX], plrMo->origin[VY], plrMo->origin[VZ]); P_SetMessage(plr, LMF_NO_HIDE, textBuffer); // Also print some information to the console. App_Log(DE2_MAP_NOTE, "%s", textBuffer); sector = Mobj_Sector(plrMo); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_FLOOR_MATERIAL)); App_Log(DE2_MAP_MSG, "FloorZ:%g Material:%s", P_GetDoublep(sector, DMU_FLOOR_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); matUri = Materials_ComposeUri(P_GetIntp(sector, DMU_CEILING_MATERIAL)); App_Log(DE2_MAP_MSG, "CeilingZ:%g Material:%s", P_GetDoublep(sector, DMU_CEILING_HEIGHT), Str_Text(Uri_ToString(matUri))); Uri_Delete(matUri); App_Log(DE2_MAP_MSG, "Player height:%g Player radius:%g", plrMo->height, plrMo->radius); return true; } /** * Leave the current map and go to the intermission. */ D_CMD(CheatLeaveMap) { DENG2_UNUSED3(src, argc, argv); // Only the server operator can end the map this way. if(IS_NETGAME && !IS_NETWORK_SERVER) return false; if(G_GameState() != GS_MAP) { S_LocalSound(SFX_OOF, NULL); App_Log(DE2_LOG_MAP | DE2_LOG_ERROR, "Can only exit a map when in a game!"); return true; } G_SetGameActionMapCompleted(G_NextLogicalMapNumber(false), 0, false); return true; } doomsday-1.14.5/doomsday/plugins/doom/src/p_mobj.c0000664000175000017500000007174612350542240021360 0ustar jaakkojaakko/** @file p_mobj.c World map object interactions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef MSVC # pragma optimize("g", off) #endif #include #include "jdoom.h" #include "hu_stuff.h" #include "g_common.h" #include "p_map.h" #include "p_terraintype.h" #include "player.h" #include "p_tick.h" #include "p_local.h" #include "dmu_lib.h" #define VANISHTICS (2*TICSPERSEC) #define MAX_BOB_OFFSET (8) void P_ExplodeMissile(mobj_t *mo) { mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); mo->tics -= P_Random() & 3; if(mo->tics < 1) mo->tics = 1; if(mo->flags & MF_MISSILE) { mo->flags &= ~MF_MISSILE; mo->flags |= MF_VIEWALIGN; // Remove the brightshadow flag. if(mo->flags & MF_BRIGHTSHADOW) mo->flags &= ~MF_BRIGHTSHADOW; if(mo->flags & MF_BRIGHTEXPLODE) mo->flags |= MF_BRIGHTSHADOW; } if(mo->info->deathSound) S_StartSound(mo->info->deathSound, mo); } void P_FloorBounceMissile(mobj_t *mo) { mo->mom[MZ] = -mo->mom[MZ]; P_MobjChangeState(mo, P_GetState(mo->type, SN_DEATH)); } /** * @return The ground friction factor for the mobj. */ coord_t P_MobjGetFriction(mobj_t *mo) { if((mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && !mo->onMobj) { return FRICTION_FLY; } return XS_Friction(Mobj_Sector(mo)); } static __inline dd_bool isInWalkState(player_t *pl) { return pl->plr->mo->state - STATES - PCLASS_INFO(pl->class_)->runState < 4; } static coord_t getFriction(mobj_t *mo) { if((mo->flags2 & MF2_FLY) && !(mo->origin[VZ] <= mo->floorZ) && !mo->onMobj) { // Airborne friction. return FRICTION_FLY; } #if __JHERETIC__ if(P_ToXSector(Mobj_Sector(mo))->special == 15) { // Friction_Low return FRICTION_LOW; } #endif return P_MobjGetFriction(mo); } void P_MobjMoveXY(mobj_t* mo) { coord_t pos[3], mom[3]; player_t* player; dd_bool largeNegative; // $democam: cameramen have their own movement code. if(P_CameraXYMovement(mo)) return; if(INRANGE_OF(mo->mom[MX], 0, NOMOM_THRESHOLD) && INRANGE_OF(mo->mom[MY], 0, NOMOM_THRESHOLD)) { if(mo->flags & MF_SKULLFLY) { // The skull slammed into something. mo->flags &= ~MF_SKULLFLY; mo->mom[MX] = mo->mom[MY] = mo->mom[MZ] = 0; P_MobjChangeState(mo, P_GetState(mo->type, SN_SPAWN)); } return; } mom[MX] = MINMAX_OF(-MAXMOM, mo->mom[MX], MAXMOM); mom[MY] = MINMAX_OF(-MAXMOM, mo->mom[MY], MAXMOM); mo->mom[MX] = mom[MX]; mo->mom[MY] = mom[MY]; player = mo->player; do { /** * DOOM.exe bug fix: * Large negative displacements were never considered. This explains * the tendency for Mancubus fireballs to pass through walls. */ largeNegative = false; if(!cfg.moveBlock && (mom[MX] < -MAXMOMSTEP || mom[MY] < -MAXMOMSTEP)) { // Make an exception for "north-only wallrunning". if(!(cfg.wallRunNorthOnly && mo->wallRun)) largeNegative = true; } if(largeNegative || mom[MX] > MAXMOMSTEP || mom[MY] > MAXMOMSTEP) { pos[VX] = mo->origin[VX] + mom[MX] / 2; pos[VY] = mo->origin[VY] + mom[MY] / 2; mom[MX] /= 2; mom[MY] /= 2; } else { pos[VX] = mo->origin[VX] + mom[MX]; pos[VY] = mo->origin[VY] + mom[MY]; mom[MX] = mom[MY] = 0; } // If mobj was wallrunning - stop. if(mo->wallRun) { mo->wallRun = false; } // $dropoff_fix. if(!P_TryMoveXY(mo, pos[VX], pos[VY], true, false)) { // Blocked move. if(mo->flags2 & MF2_SLIDE) { // Try to slide along it. P_SlideMove(mo); } else if(mo->flags & MF_MISSILE) { Sector *backSec; /// @kludge Prevent missiles exploding against the sky. if(tmCeilingLine && (backSec = P_GetPtrp(tmCeilingLine, DMU_BACK_SECTOR))) { Material* mat = P_GetPtrp(backSec, DMU_CEILING_MATERIAL); if((P_GetIntp(mat, DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] > P_GetDoublep(backSec, DMU_CEILING_HEIGHT)) { P_MobjRemove(mo, false); return; } } if(tmFloorLine && (backSec = P_GetPtrp(tmFloorLine, DMU_BACK_SECTOR))) { Material *mat = P_GetPtrp(backSec, DMU_FLOOR_MATERIAL); if((P_GetIntp(mat, DMU_FLAGS) & MATF_SKYMASK) && mo->origin[VZ] < P_GetDoublep(backSec, DMU_FLOOR_HEIGHT)) { P_MobjRemove(mo, false); return; } } // kludge end. P_ExplodeMissile(mo); } else { mo->mom[MX] = mo->mom[MY] = 0; } } } while(!INRANGE_OF(mom[MX], 0, NOMOM_THRESHOLD) || !INRANGE_OF(mom[MY], 0, NOMOM_THRESHOLD)); // Slow down. Mobj_XYMoveStopping(mo); } /* static int PIT_Splash(Sector* sector, void* parameters) { mobj_t* mo = (mobj_t*)parameters; coord_t floorHeight = P_GetDoublep(sector, DMU_FLOOR_HEIGHT); // Is the mobj touching the floor of this sector? if(mo->origin[VZ] < floorHeight && mo->origin[VZ] + mo->height / 2 > floorHeight) { /// @todo Play a sound, spawn a generator, etc. } // Continue checking. return false; } */ void P_HitFloor(mobj_t* mo) { //Mobj_TouchedSectorsIterator(mo, PIT_Splash, mo); } void P_MobjMoveZ(mobj_t* mo) { coord_t gravity, targetZ, floorZ, ceilingZ; // $democam: cameramen get special z movement. if(P_CameraZMovement(mo)) return; targetZ = mo->origin[VZ] + mo->mom[MZ]; floorZ = (mo->onMobj? mo->onMobj->origin[VZ] + mo->onMobj->height : mo->floorZ); ceilingZ = mo->ceilingZ; gravity = XS_Gravity(Mobj_Sector(mo)); if((mo->flags2 & MF2_FLY) && mo->player && mo->onMobj && mo->origin[VZ] > mo->onMobj->origin[VZ] + mo->onMobj->height) mo->onMobj = NULL; // We were on a mobj, we are NOT now. if(!((mo->flags ^ MF_FLOAT) & (MF_FLOAT | MF_SKULLFLY | MF_INFLOAT)) && mo->target && !P_MobjIsCamera(mo->target)) { coord_t dist, delta; // Float down towards target if too close. dist = M_ApproxDistance(mo->origin[VX] - mo->target->origin[VX], mo->origin[VY] - mo->target->origin[VY]); delta = (mo->target->origin[VZ] + mo->target->height / 2) - (mo->origin[VZ] + mo->height / 2); // Don't go INTO the target. if(!(dist < mo->radius + mo->target->radius && fabs(delta) < mo->height + mo->target->height)) { if(delta < 0 && dist < -(delta * 3)) { targetZ -= FLOATSPEED; P_MobjSetSRVOZ(mo, -FLOATSPEED); } else if(delta > 0 && dist < (delta * 3)) { targetZ += FLOATSPEED; P_MobjSetSRVOZ(mo, FLOATSPEED); } } } // Do some fly-bobbing. if(mo->player && (mo->flags2 & MF2_FLY) && mo->origin[VZ] > floorZ && (mapTime & 2)) { targetZ += FIX2FLT(finesine[(FINEANGLES / 20 * mapTime >> 2) & FINEMASK]); } if(targetZ < floorZ) { // Hit the floor (or another mobj). dd_bool movingDown; // Note (id): // somebody left this after the setting momz to 0, // kinda useless there. // // cph - This was the a bug in the linuxdoom-1.10 source which // caused it not to sync Doom 2 v1.9 demos. Someone // added the above comment and moved up the following code. So // demos would desync in close lost soul fights. // Note that this only applies to original Doom 1 or Doom2 demos - not // Final Doom and Ultimate Doom. So we test demo_compatibility *and* // gameMission. (Note we assume that Doom1 is always Ult Doom, which // seems to hold for most published demos.) // // fraggle - cph got the logic here slightly wrong. There are three // versions of Doom 1.9: // // * The version used in registered doom 1.9 + doom2 - no bounce // * The version used in ultimate doom - has bounce // * The version used in final doom - has bounce // // So we need to check that this is either retail or commercial // (but not doom2) int correctLostSoulBounce = (gameMode == GM_DOOM2_PLUT || gameMode == GM_DOOM2_TNT); if(correctLostSoulBounce && (mo->flags & MF_SKULLFLY)) { // The skull slammed into something. mo->mom[MZ] = -mo->mom[MZ]; } if((movingDown = (mo->mom[MZ] < 0))) { if(mo->player && mo->player->plr->mo == mo && mo->mom[MZ] < -gravity * 8 && !(mo->flags2 & MF2_FLY)) { // Squat down. // Decrease viewheight for a moment after hitting the ground // (hard), and utter appropriate sound. mo->player->viewHeightDelta = mo->mom[MZ] / 8; mo->player->jumpTics = 10; /** * DOOM bug: * Dead players would grunt when hitting the ground (e.g., * after an archvile attack). */ if(mo->player->health > 0) S_StartSound(SFX_OOF, mo); } } targetZ = floorZ; if(movingDown && !mo->onMobj) P_HitFloor(mo); /** * See lost soul bouncing comment above. We need this here for bug * compatibility with original Doom2 v1.9 - if a soul is charging * and hit by a raising floor this would incorrectly reverse it's * Y momentum. */ if(!correctLostSoulBounce && (mo->flags & MF_SKULLFLY)) mo->mom[MZ] = -mo->mom[MZ]; if(!((mo->flags ^ MF_MISSILE) & (MF_MISSILE | MF_NOCLIP))) { mo->origin[VZ] = targetZ; if((mo->flags2 & MF2_FLOORBOUNCE) && !mo->onMobj) { P_FloorBounceMissile(mo); return; } else { P_ExplodeMissile(mo); return; } } if(movingDown && mo->mom[MZ] < 0) mo->mom[MZ] = 0; // $voodoodolls: Check for smooth step up unless a voodoo doll. if(mo->player && mo->player->plr->mo == mo && mo->origin[VZ] < mo->floorZ) { mo->player->viewHeight -= (mo->floorZ - mo->origin[VZ]); mo->player->viewHeightDelta = (cfg.plrViewHeight - mo->player->viewHeight) / 8; } mo->origin[VZ] = floorZ; if(mo->flags & MF_SKULLFLY) { // The skull slammed into something. mo->mom[MZ] = -mo->mom[MZ]; } if(!((mo->flags ^ MF_MISSILE) & (MF_MISSILE | MF_NOCLIP))) { Material *mat = P_GetPtrp(Mobj_Sector(mo), DMU_FLOOR_MATERIAL); // Don't explode against sky. if(P_GetIntp(mat, DMU_FLAGS) & MATF_SKYMASK) { P_MobjRemove(mo, false); } else { P_ExplodeMissile(mo); } } } else { if(targetZ + mo->height > ceilingZ) { // Hit the ceiling. if(mo->mom[MZ] > 0) mo->mom[MZ] = 0; mo->origin[VZ] = mo->ceilingZ - mo->height; if(mo->flags & MF_SKULLFLY) { // The skull slammed into something. mo->mom[MZ] = -mo->mom[MZ]; } if(!((mo->flags ^ MF_MISSILE) & (MF_MISSILE | MF_NOCLIP))) { Material *mat = P_GetPtrp(Mobj_Sector(mo), DMU_CEILING_MATERIAL); // Don't explode against sky. if(P_GetIntp(mat, DMU_FLAGS) & MATF_SKYMASK) { P_MobjRemove(mo, false); } else { P_ExplodeMissile(mo); } } } else { // In "free space". // Update gravity's effect on momentum. if(mo->flags2 & MF2_LOGRAV) { if(FEQUAL(mo->mom[MZ], 0)) mo->mom[MZ] = -(gravity / 8) * 2; else mo->mom[MZ] -= (gravity / 8); } else if(!(mo->flags & MF_NOGRAVITY)) { if(FEQUAL(mo->mom[MZ], 0)) mo->mom[MZ] = -gravity * 2; else mo->mom[MZ] -= gravity; } mo->origin[VZ] = targetZ; } } } void P_NightmareRespawn(mobj_t* corpse) { mobj_t* mo; // Something is occupying it's position? if(!P_CheckPositionXY(corpse, corpse->spawnSpot.origin[VX], corpse->spawnSpot.origin[VY])) return; // No respwan. if((mo = P_SpawnMobj(corpse->type, corpse->spawnSpot.origin, corpse->spawnSpot.angle, corpse->spawnSpot.flags))) { mo->reactionTime = 18; // Spawn a teleport fog at old spot. if((mo = P_SpawnMobjXYZ(MT_TFOG, corpse->origin[VX], corpse->origin[VY], 0, corpse->angle, MSF_Z_FLOOR))) S_StartSound(SFX_TELEPT, mo); // Spawn a teleport fog at the new spot. if((mo = P_SpawnMobj(MT_TFOG, corpse->spawnSpot.origin, corpse->spawnSpot.angle, corpse->spawnSpot.flags))) S_StartSound(SFX_TELEPT, mo); } // Remove the old monster. P_MobjRemove(corpse, true); } void P_MobjThinker(void *thinkerPtr) { mobj_t *mo = thinkerPtr; coord_t floorZ; if(!mo) return; // Wha? if(IS_CLIENT && !ClMobj_IsValid(mo)) return; // We should not touch this right now. // The first three bits of the selector special byte contain a // relative health level. P_UpdateHealthBits(mo); #if __JHERETIC__ // Lightsources must stay where they're hooked. if(mo->type == MT_LIGHTSOURCE) { mo->origin[VZ] = P_GetDoublep(Mobj_Sector(mo), mo->moveDir > 0? DMU_FLOOR_HEIGHT : DMU_CEILING_HEIGHT); + FIX2FLT(mo->moveDir); return; } #endif // Handle X and Y momentums. if(!INRANGE_OF(mo->mom[MX], 0, NOMOM_THRESHOLD) || !INRANGE_OF(mo->mom[MY], 0, NOMOM_THRESHOLD) || (mo->flags & MF_SKULLFLY)) { P_MobjMoveXY(mo); /// @todo decent NOP/NULL/Nil function pointer please. if(mo->thinker.function == (thinkfunc_t) NOPFUNC) return; // Mobj was removed. } floorZ = (mo->onMobj? mo->onMobj->origin[VZ] + mo->onMobj->height : mo->floorZ); if(mo->flags2 & MF2_FLOATBOB) { // Floating item bobbing motion. // Keep it on the floor. mo->origin[VZ] = floorZ; #if __JHERETIC__ // Negative floorclip raises the mo off the floor. mo->floorClip = -mo->special1; #elif __JDOOM__ mo->floorClip = 0; #endif if(mo->floorClip < -MAX_BOB_OFFSET) { // We don't want it going through the floor. mo->floorClip = -MAX_BOB_OFFSET; } } else if(mo->origin[VZ] != floorZ || !INRANGE_OF(mo->mom[MZ], 0, NOMOM_THRESHOLD)) { P_MobjMoveZ(mo); //// @todo decent NOP/NULL/Nil function pointer please. if(mo->thinker.function == (thinkfunc_t) NOPFUNC) return; // Mobj was removed. } // Non-sentient objects at rest. else if(!sentient(mo) && !mo->player && !(INRANGE_OF(mo->mom[MX], 0, NOMOM_THRESHOLD) && INRANGE_OF(mo->mom[MY], 0, NOMOM_THRESHOLD))) { // Objects fall off ledges if they are hanging off. Slightly push // off of ledge if hanging more than halfway off. if(mo->origin[VZ] > mo->dropOffZ && // Only objects contacting dropoff. !(mo->flags & MF_NOGRAVITY) && !(mo->flags2 & MF2_FLOATBOB) && cfg.fallOff) { P_ApplyTorque(mo); } else { mo->intFlags &= ~MIF_FALLING; mo->gear = 0; // Reset torque. } } if(cfg.slidingCorpses) { if(((mo->flags & MF_CORPSE)? mo->origin[VZ] > mo->dropOffZ : mo->origin[VZ] - mo->dropOffZ > 24) && // Only objects contacting drop off !(mo->flags & MF_NOGRAVITY)) // Only objects which fall. { P_ApplyTorque(mo); // Apply torque. } else { mo->intFlags &= ~MIF_FALLING; mo->gear = 0; // Reset torque. } } // $vanish: dead monsters disappear after some time. if(cfg.corpseTime && (mo->flags & MF_CORPSE) && mo->corpseTics != -1) { if(++mo->corpseTics < cfg.corpseTime * TICSPERSEC) { mo->translucency = 0; // Opaque. } else if(mo->corpseTics < cfg.corpseTime * TICSPERSEC + VANISHTICS) { // Translucent during vanishing. mo->translucency = ((mo->corpseTics - cfg.corpseTime * TICSPERSEC) * 255) / VANISHTICS; } else { // Too long; get rid of the corpse. mo->corpseTics = -1; return; } } // Update "angle-srvo" (smooth actor turning). P_MobjAngleSRVOTicker(mo); // Cycle through states, calling action functions at transitions. if(mo->tics != -1) { mo->tics--; // You can cycle through multiple states in a tic. if(!mo->tics) { P_MobjClearSRVO(mo); P_MobjChangeState(mo, mo->state->nextState); } } else if(!IS_CLIENT) { // Check for nightmare respawn. if(!(mo->flags & MF_COUNTKILL)) return; if(!G_Ruleset_RespawnMonsters()) return; mo->moveCount++; if(mo->moveCount >= 12 * 35 && !(mapTime & 31) && P_Random() <= 4) { P_NightmareRespawn(mo); } } } /** * Spawns a mobj of "type" at the specified position. */ mobj_t* P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags) { mobj_t* mo; mobjinfo_t* info; coord_t space; int ddflags = 0; info = &MOBJINFO[type]; // Not for deathmatch? if(G_Ruleset_Deathmatch() && (info->flags & MF_NOTDMATCH)) return NULL; // Check for specific disabled objects. if(IS_NETGAME) { // Cooperative weapons? if(cfg.noCoopWeapons && !G_Ruleset_Deathmatch() && type >= MT_CLIP && type <= MT_SUPERSHOTGUN) return NULL; /** * @todo cfg.noCoopAnything: Exactly which objects is this supposed to * prevent spawning? (at least not MT_PLAYER*...). -jk */ #if 0 // Don't spawn any special objects in coop? if(cfg.noCoopAnything && !deathmatch) return NULL; #endif // BFG disabled in netgames? if(cfg.noNetBFG && type == MT_MISC25) return NULL; } switch(type) { case MT_BABY: // 68, Arachnotron case MT_VILE: // 64, Archvile case MT_BOSSBRAIN: // 88, Boss Brain case MT_BOSSSPIT: // 89, Boss Shooter case MT_KNIGHT: // 69, Hell Knight case MT_FATSO: // 67, Mancubus case MT_PAIN: // 71, Pain Elemental case MT_MEGA: // 74, MegaSphere case MT_CHAINGUY: // 65, Former Human Commando case MT_UNDEAD: // 66, Revenant case MT_WOLFSS: // 84, Wolf SS if(!(gameModeBits & GM_ANY_DOOM2)) return NULL; break; default: break; } // Don't spawn any monsters? if(G_Ruleset_NoMonsters() && ((info->flags & MF_COUNTKILL) || type == MT_SKULL)) return NULL; if(info->flags & MF_SOLID) ddflags |= DDMF_SOLID; if(info->flags2 & MF2_DONTDRAW) ddflags |= DDMF_DONTDRAW; mo = Mobj_CreateXYZ(P_MobjThinker, x, y, z, angle, info->radius, info->height, ddflags); mo->type = type; mo->info = info; mo->flags = info->flags; mo->flags2 = info->flags2; mo->flags3 = info->flags3; mo->damage = info->damage; mo->health = info->spawnHealth * (IS_NETGAME ? cfg.netMobHealthModifier : 1); mo->moveDir = DI_NODIR; // Spectres get selector = 1. mo->selector = (type == MT_SHADOWS)? 1 : 0; P_UpdateHealthBits(mo); // Set the health bits of the selector. // Let the engine know about solid objects. P_SetDoomsdayFlags(mo); if(G_Ruleset_Skill() != SM_NIGHTMARE) mo->reactionTime = info->reactionTime; mo->lastLook = P_Random() % MAXPLAYERS; // Do not set the state with P_MobjChangeState, because action routines // can not be called yet. // Must link before setting state (ID assigned for the mo). Mobj_SetState(mo, P_GetState(mo->type, SN_SPAWN)); P_MobjLink(mo); mo->floorZ = P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT); mo->dropOffZ = mo->floorZ; mo->ceilingZ = P_GetDoublep(Mobj_Sector(mo), DMU_CEILING_HEIGHT); if((spawnFlags & MSF_Z_CEIL) || (info->flags & MF_SPAWNCEILING)) { mo->origin[VZ] = mo->ceilingZ - mo->info->height - z; } else if((spawnFlags & MSF_Z_RANDOM) || (info->flags2 & MF2_SPAWNFLOAT)) { space = mo->ceilingZ - mo->info->height - mo->floorZ; if(space > 48) { space -= 40; mo->origin[VZ] = ((space * P_Random()) / 256) + mo->floorZ + 40; } else { mo->origin[VZ] = mo->floorZ; } } else if(spawnFlags & MSF_Z_FLOOR) { mo->origin[VZ] = mo->floorZ + z; } if(spawnFlags & MSF_DEAF) mo->flags |= MF_AMBUSH; mo->floorClip = 0; if((mo->flags2 & MF2_FLOORCLIP) && FEQUAL(mo->origin[VZ], P_GetDoublep(Mobj_Sector(mo), DMU_FLOOR_HEIGHT))) { terraintype_t const *tt = P_MobjFloorTerrain(mo); if(tt->flags & TTF_FLOORCLIP) { mo->floorClip = 10; } } if(type == MT_BOSSTARGET) { BossBrain_AddTarget(theBossBrain, mo); } // Copy spawn attributes to the new mobj. mo->spawnSpot.origin[VX] = x; mo->spawnSpot.origin[VY] = y; mo->spawnSpot.origin[VZ] = z; mo->spawnSpot.angle = angle; mo->spawnSpot.flags = spawnFlags; return mo; } mobj_t *P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags) { return P_SpawnMobjXYZ(type, pos[VX], pos[VY], pos[VZ], angle, spawnFlags); } void P_SpawnBlood(coord_t x, coord_t y, coord_t z, int damage, angle_t angle) { mobj_t *blood; z += FIX2FLT((P_Random() - P_Random()) << 10); if((blood = P_SpawnMobjXYZ(MT_BLOOD, x, y, z, angle, 0))) { blood->mom[MZ] = 2; blood->tics -= P_Random() & 3; if(blood->tics < 1) blood->tics = 1; if(damage <= 12 && damage >= 9) { P_MobjChangeState(blood, S_BLOOD2); } else if(damage < 9) { P_MobjChangeState(blood, S_BLOOD3); } } } /** * Moves the missile forward a bit and possibly explodes it right there. * * @param th The missile to be checked. * * @return @c true, if the missile is at a valid location else * @c false */ dd_bool P_CheckMissileSpawn(mobj_t* th) { th->tics -= P_Random() & 3; if(th->tics < 1) th->tics = 1; // Move forward slightly so an angle can be computed if it explodes // immediately. /// @todo Optimize: Why not simply spawn at this location? -ds P_MobjUnlink(th); th->origin[VX] += th->mom[MX] / 2; th->origin[VY] += th->mom[MY] / 2; th->origin[VZ] += th->mom[MZ] / 2; P_MobjLink(th); if(!P_TryMoveXY(th, th->origin[VX], th->origin[VY], false, false)) { P_ExplodeMissile(th); return false; } return true; } /** * Tries to aim at a nearby monster if source is a player. Else aim is * taken at dest. * * @param source The mobj doing the shooting. * @param dest The mobj being shot at. Can be @c NULL if source * is a player. * @param type The type of mobj to be shot. * * @return Pointer to the newly spawned missile. */ mobj_t* P_SpawnMissile(mobjtype_t type, mobj_t* source, mobj_t* dest) { coord_t pos[3]; mobj_t* th = 0; unsigned int an; angle_t angle = 0; coord_t dist = 0; float slope = 0; coord_t spawnZOff = 0; memcpy(pos, source->origin, sizeof(pos)); if(source->player) { // See which target is to be aimed at. angle = source->angle; slope = P_AimLineAttack(source, angle, 16 * 64); if(!cfg.noAutoAim) if(!lineTarget) { angle += 1 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; slope = P_AimLineAttack(source, angle, 16 * 64); } if(!lineTarget) { angle = source->angle; slope = tan(LOOKDIR2RAD(source->dPlayer->lookDir)) / 1.2f; } } if(!P_MobjIsCamera(source->player->plr->mo)) spawnZOff = cfg.plrViewHeight - 9 + source->player->plr->lookDir / 173; } else { // Type specific offset to spawn height z. switch(type) { case MT_TRACER: // Revenant Tracer Missile. spawnZOff = 16 + 32; break; default: spawnZOff = 32; break; } } pos[VZ] += spawnZOff; pos[VZ] -= source->floorClip; if(!source->player) { angle = M_PointToAngle2(pos, dest->origin); // Fuzzy player. if(dest->flags & MF_SHADOW) angle += (P_Random() - P_Random()) << 20; } if(!(th = P_SpawnMobj(type, pos, angle, 0))) return NULL; if(th->info->seeSound) S_StartSound(th->info->seeSound, th); th->target = source; // Where it came from. an = angle >> ANGLETOFINESHIFT; th->mom[MX] = th->info->speed * FIX2FLT(finecosine[an]); th->mom[MY] = th->info->speed * FIX2FLT(finesine[an]); if(source->player) { // Allow free-aim with the BFG in deathmatch? if(G_Ruleset_Deathmatch() && cfg.netBFGFreeLook == 0 && type == MT_BFG) th->mom[MZ] = 0; else th->mom[MZ] = th->info->speed * slope; } else { dist = M_ApproxDistance(dest->origin[VX] - pos[VX], dest->origin[VY] - pos[VY]); dist /= th->info->speed; if(dist < 1) dist = 1; th->mom[MZ] = (dest->origin[VZ] - source->origin[VZ]) / dist; } // Make sure the speed is right (in 3D). dist = M_ApproxDistance(M_ApproxDistance(th->mom[MX], th->mom[MY]), th->mom[MZ]); if(dist < 1) dist = 1; dist = th->info->speed / dist; th->mom[MX] *= dist; th->mom[MY] *= dist; th->mom[MZ] *= dist; if(P_CheckMissileSpawn(th)) return th; return NULL; } doomsday-1.14.5/doomsday/plugins/doom/src/p_enemy.c0000664000175000017500000013742212350542240021540 0ustar jaakkojaakko/** @file p_enemy.c Enemy thinking, AI (Doom-specific). * * Action Pointer Functions that are associated with states/frames. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #ifdef MSVC # pragma optimize("g", off) #endif #include "jdoom.h" #include "dmu_lib.h" #include "p_map.h" #include "p_mapspec.h" #include "p_door.h" #include "p_floor.h" #include "p_saveg.h" #define FATSPREAD (ANG90/8) #define SKULLSPEED (20) #define TRACEANGLE (0xc000000) // Eight directional movement speeds. #define MOVESPEED_DIAGONAL (0.71716309) static coord_t const dirSpeed[8][2] = { {1, 0}, {MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {0, 1}, {-MOVESPEED_DIAGONAL, MOVESPEED_DIAGONAL}, {-1, 0}, {-MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL}, {0, -1}, {MOVESPEED_DIAGONAL, -MOVESPEED_DIAGONAL} }; #undef MOVESPEED_DIAGONAL /** * If a monster yells at a player, it will alert other monsters to the * player's whereabouts. */ void P_NoiseAlert(mobj_t *target, mobj_t *emitter) { VALIDCOUNT++; P_RecursiveSound(target, Mobj_Sector(emitter), 0); } static dd_bool checkMeleeRange(mobj_t *actor) { mobj_t *pl; coord_t dist, range; if(!actor->target) return false; pl = actor->target; dist = M_ApproxDistance(pl->origin[VX] - actor->origin[VX], pl->origin[VY] - actor->origin[VY]); if(!cfg.netNoMaxZMonsterMeleeAttack) { // Account for Z height difference. if(pl->origin[VZ] > actor->origin[VZ] + actor->height || pl->origin[VZ] + pl->height < actor->origin[VZ]) return false; } range = MELEERANGE - 20 + pl->info->radius; if(dist >= range) return false; if(!P_CheckSight(actor, actor->target)) return false; return true; } static dd_bool checkMissileRange(mobj_t* actor) { coord_t dist; if(!P_CheckSight(actor, actor->target)) return false; if(actor->flags & MF_JUSTHIT) { // The target just hit the enemy, so fight back! actor->flags &= ~MF_JUSTHIT; return true; } if(actor->reactionTime) return false; // Do not attack yet. dist = M_ApproxDistance(actor->origin[VX] - actor->target->origin[VX], actor->origin[VY] - actor->target->origin[VY]) - 64; if(P_GetState(actor->type, SN_MELEE) == S_NULL) dist -= 128; // No melee attack, so fire more. if(actor->type == MT_VILE) { if(dist > 14 * 64) return false; // Too far away. } if(actor->type == MT_UNDEAD) { if(dist < 196) return false; // Close for fist attack. dist /= 2; } if(actor->type == MT_CYBORG || actor->type == MT_SPIDER || actor->type == MT_SKULL) { dist /= 2; } if(dist > 200) dist = 200; if(actor->type == MT_CYBORG && dist > 160) dist = 160; if((coord_t) P_Random() < dist) return false; return true; } /** * Move in the current direction if not blocked. * * @return @c false, if the move is blocked. */ static dd_bool moveMobj(mobj_t *actor, dd_bool dropoff) { coord_t pos[3], step[3]; Line *ld; dd_bool good; if(actor->moveDir == DI_NODIR) return false; if(!VALID_MOVEDIR(actor->moveDir)) Con_Error("Weird actor->moveDir!"); step[VX] = actor->info->speed * dirSpeed[actor->moveDir][MX]; step[VY] = actor->info->speed * dirSpeed[actor->moveDir][MY]; pos[VX] = actor->origin[VX] + step[VX]; pos[VY] = actor->origin[VY] + step[VY]; // $dropoff_fix if(!P_TryMoveXY(actor, pos[VX], pos[VY], dropoff, false)) { // Float up and down to the contacted floor height. if((actor->flags & MF_FLOAT) && tmFloatOk) { if(actor->origin[VZ] < tmFloorZ) actor->origin[VZ] += FLOATSPEED; else actor->origin[VZ] -= FLOATSPEED; // What if we just floated into another mobj?? actor->flags |= MF_INFLOAT; return true; } // Open any specials. if(IterList_Empty(spechit)) return false; actor->moveDir = DI_NODIR; good = false; while((ld = IterList_Pop(spechit)) != NULL) { /** * If the special is not a door that can be opened, return false. * * $unstuck: This is what caused monsters to get stuck in * doortracks, because it thought that the monster freed itself * by opening a door, even if it was moving towards the * doortrack, and not the door itself. * * If a line blocking the monster is activated, return true 90% * of the time. If a line blocking the monster is not activated, * but some other line is, return false 90% of the time. * A bit of randomness is needed to ensure it's free from * lockups, but for most cases, it returns the correct result. * * Do NOT simply return false 1/4th of the time (causes monsters * to back out when they shouldn't, and creates secondary * stickiness). */ if(P_ActivateLine(ld, actor, 0, SPAC_USE)) good |= ld == tmBlockingLine ? 1 : 2; } if(!good || cfg.monstersStuckInDoors) return good; else return (P_Random() >= 230) || (good & 1); } else { P_MobjSetSRVO(actor, step[VX], step[VY]); actor->flags &= ~MF_INFLOAT; } // $dropoff_fix: fall more slowly, under gravity, if tmFellDown==true if(!(actor->flags & MF_FLOAT) && !tmFellDown) { if(actor->origin[VZ] > actor->floorZ) P_HitFloor(actor); actor->origin[VZ] = actor->floorZ; } return true; } /** * Attempts to move actor on in its current (ob->moveangle) direction. * If blocked by either a wall or an actor returns FALSE * If move is either clear or blocked only by a door, returns TRUE and sets... * If a door is in the way, an OpenDoor call is made to start it opening. */ static dd_bool tryMoveMobj(mobj_t *actor) { // $dropoff_fix if(!moveMobj(actor, false)) { return false; } actor->moveCount = P_Random() & 15; return true; } static void doNewChaseDir(mobj_t *actor, coord_t deltaX, coord_t deltaY) { dirtype_t xdir, ydir, tdir; dirtype_t olddir = actor->moveDir; dirtype_t turnaround = olddir; if(turnaround != DI_NODIR) // Find reverse direction. turnaround ^= 4; xdir = (deltaX > 10 ? DI_EAST : deltaX < -10 ? DI_WEST : DI_NODIR); ydir = (deltaY < -10 ? DI_SOUTH : deltaY > 10 ? DI_NORTH : DI_NODIR); // Try direct route. if(xdir != DI_NODIR && ydir != DI_NODIR && turnaround != (actor->moveDir = deltaY < 0 ? deltaX > 0 ? DI_SOUTHEAST : DI_SOUTHWEST : deltaX > 0 ? DI_NORTHEAST : DI_NORTHWEST) && tryMoveMobj(actor)) return; // Try other directions. if(P_Random() > 200 || fabs(deltaY) > fabs(deltaX)) { dirtype_t temp = xdir; xdir = ydir; ydir = temp; } if((xdir == turnaround ? xdir = DI_NODIR : xdir) != DI_NODIR && (actor->moveDir = xdir, tryMoveMobj(actor))) return; // Either moved forward or attacked. if((ydir == turnaround ? ydir = DI_NODIR : ydir) != DI_NODIR && (actor->moveDir = ydir, tryMoveMobj(actor))) return; // There is no direct path to the player, so pick another direction. if(olddir != DI_NODIR && (actor->moveDir = olddir, tryMoveMobj(actor))) return; // Randomly determine direction of search. if(P_Random() & 1) { for(tdir = DI_EAST; tdir <= DI_SOUTHEAST; tdir++) if(tdir != turnaround && (actor->moveDir = tdir, tryMoveMobj(actor))) return; } else { for(tdir = DI_SOUTHEAST; tdir != DI_EAST - 1; tdir--) if(tdir != turnaround && (actor->moveDir = tdir, tryMoveMobj(actor))) return; } if((actor->moveDir = turnaround) != DI_NODIR && !tryMoveMobj(actor)) actor->moveDir = DI_NODIR; } typedef struct { mobj_t *averterMobj; ///< Mobj attempting to avert the drop off. AABoxd averterAABox; ///< Current axis-aligned bounding box of the averter. vec2d_t direction; ///< Direction in which to move to avoid the drop off. } pit_avoiddropoff_params_t; static int PIT_AvoidDropoff(Line *line, void *context) { pit_avoiddropoff_params_t *parm = (pit_avoiddropoff_params_t *)context; Sector *backsector = P_GetPtrp(line, DMU_BACK_SECTOR); AABoxd *aaBox = P_GetPtrp(line, DMU_BOUNDING_BOX); if(backsector && // Line must be contacted parm->averterAABox.minX < aaBox->maxX && parm->averterAABox.maxX > aaBox->minX && parm->averterAABox.minY < aaBox->maxY && parm->averterAABox.maxY > aaBox->minY && !Line_BoxOnSide(line, &parm->averterAABox)) { Sector *frontsector = P_GetPtrp(line, DMU_FRONT_SECTOR); coord_t front = P_GetDoublep(frontsector, DMU_FLOOR_HEIGHT); coord_t back = P_GetDoublep(backsector, DMU_FLOOR_HEIGHT); vec2d_t lineDir; angle_t angle; uint an; P_GetDoublepv(line, DMU_DXY, lineDir); // The monster must contact one of the two floors, and the other must be // a tall drop off (more than 24). if(FEQUAL(back, parm->averterMobj->floorZ) && front < parm->averterMobj->floorZ - 24) { angle = M_PointToAngle(lineDir); // Front drop off. } else { if(FEQUAL(front, parm->averterMobj->floorZ) && back < parm->averterMobj->floorZ - 24) { angle = M_PointXYToAngle(-lineDir[0], -lineDir[1]); // Back drop off. } return false; } // Move away from drop off at a standard speed. // Multiple contacted lines are cumulative (e.g., hanging over a corner). an = angle >> ANGLETOFINESHIFT; parm->direction[VX] -= FIX2FLT(finesine [an]) * 32; parm->direction[VY] += FIX2FLT(finecosine[an]) * 32; } return false; } /** * Monsters try to move away from tall drop offs. (From PrBoom.) * * In Doom, they were never allowed to hang over drop offs, and would remain * stuck if involuntarily forced over one. This logic, combined with * p_map.c::P_TryMoveXY(), allows monsters to free themselves without making * them tend to hang over drop offs. * * @param chaseDir Direction in which the mobj is currently "chasing". If a * drop off is found, this direction will be updated with a * direction that will take the mobj back onto terra firma. * * @return @c true iff the direction was changed to avoid a drop off. */ static dd_bool shouldAvoidDropoff(mobj_t *mobj, pvec2d_t chaseDir) { pit_avoiddropoff_params_t parm; DENG_ASSERT(mobj != 0); // Disabled? (inverted var name!) if(cfg.avoidDropoffs) return false; if(mobj->floorZ - mobj->dropOffZ <= 24) return false; if(mobj->origin[VZ] > mobj->floorZ) return false; if(mobj->flags & (MF_DROPOFF | MF_FLOAT)) return false; parm.averterMobj = mobj; parm.averterAABox.minX = mobj->origin[VX] - mobj->radius; parm.averterAABox.minY = mobj->origin[VY] - mobj->radius; parm.averterAABox.maxX = mobj->origin[VX] + mobj->radius; parm.averterAABox.maxY = mobj->origin[VY] + mobj->radius; V2d_Set(parm.direction, 0, 0); VALIDCOUNT++; Mobj_TouchedLinesIterator(mobj, PIT_AvoidDropoff, &parm); if(FEQUAL(parm.direction[VX], 0) && FEQUAL(parm.direction[VY], 0)) return false; // The mobj should attempt to move away from the drop off. V2d_Copy(chaseDir, parm.direction); return true; } static void newChaseDir(mobj_t *mobj) { vec2d_t chaseDir; dd_bool avoiding; DENG_ASSERT(mobj != 0); // Nothing to chase? if(!mobj->target) return; // Chase toward the target, unless there is a drop off to avoid. V2d_Subtract(chaseDir, mobj->target->origin, mobj->origin); avoiding = shouldAvoidDropoff(mobj, chaseDir); // Apply the direction change (if any). doNewChaseDir(mobj, chaseDir[VX], chaseDir[VY]); if(avoiding) { // Take small steps away from the drop off. mobj->moveCount = 1; } } static int massacreMobj(thinker_t *th, void *context) { int *count = (int*) context; mobj_t *mo = (mobj_t *) th; if(!mo->player && sentient(mo) && (mo->flags & MF_SHOOTABLE)) { P_DamageMobj(mo, NULL, NULL, 10000, false); (*count)++; } return false; // Continue iteration. } /** * Kills all monsters. */ int P_Massacre(void) { int count = 0; // Only massacre when actually in a map. if(G_GameState() == GS_MAP) { Thinker_Iterate(P_MobjThinker, massacreMobj, &count); } return count; } typedef struct { mobj_t *excludeMobj; // Ignore this mobj. mobjtype_t type; // Type requirement or MT_NONE. int minHealth; // Minimum health requirement or DDMAXINT. int count; } countmobjworker_params_t; static int countMobjWorker(thinker_t *th, void *parms) { mobj_t *mo = (mobj_t *) th; countmobjworker_params_t *p = (countmobjworker_params_t *) parms; // Exclussion? if(p->excludeMobj == mo) return false; // Type requirement? if(p->type != mo->type) return false; // Minimum health requirement? if(mo->health < p->minHealth) return false; // This mobj passes. // Early out? if(p->count < 0) return true; // Add this to our running total. ++p->count; return false; } /** * Determines the number of mobj thinkers in the map which meet the criteria * specified with @a parm. */ static int countMobjs(countmobjworker_params_t *parm) { DENG_ASSERT(parm != 0); parm->count = 0; Thinker_Iterate(P_MobjThinker, countMobjWorker, parm); return parm->count; } /** * Determines whether there are no more mobj thinkers in the map which meet the * criteria specified with @a parm. */ static dd_bool noMobjRemains(countmobjworker_params_t *parm) { DENG_ASSERT(parm != 0); parm->count = -1; // Stop when first is found. return !Thinker_Iterate(P_MobjThinker, countMobjWorker, parm); } void C_DECL A_KeenDie(mobj_t *mo) { countmobjworker_params_t parm; A_Fall(mo); // Check if there are any more mobjs of the same type left alive. parm.excludeMobj = mo; parm.type = mo->type; parm.minHealth = 1; if(noMobjRemains(&parm)) { Line *dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoDoor(dummyLine, DT_OPEN); P_FreeDummyLine(dummyLine); } } /** * Stay in state until a player is sighted. */ void C_DECL A_Look(mobj_t *actor) { Sector *sec = Mobj_Sector(actor); mobj_t *targ; if(!sec) return; actor->threshold = 0; // Any shot will wake us up. targ = P_ToXSector(sec)->soundTarget; if(targ && (targ->flags & MF_SHOOTABLE)) { actor->target = targ; if(actor->flags & MF_AMBUSH) { if(P_CheckSight(actor, actor->target)) goto seeyou; } else goto seeyou; } if(!Mobj_LookForPlayers(actor, false)) return; // Go into chase state. seeyou: if(actor->info->seeSound) { int sound; switch(actor->info->seeSound) { case SFX_POSIT1: case SFX_POSIT2: case SFX_POSIT3: sound = SFX_POSIT1 + P_Random() % 3; break; case SFX_BGSIT1: case SFX_BGSIT2: sound = SFX_BGSIT1 + P_Random() % 2; break; default: sound = actor->info->seeSound; break; } if(actor->flags2 & MF2_BOSS) { // Full volume. S_StartSound(sound | DDSF_NO_ATTENUATION, actor); } else { S_StartSound(sound, actor); } } P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } /** * Actor has a melee attack, so it tries to close as fast as possible. */ void C_DECL A_Chase(mobj_t *actor) { int delta; statenum_t state; if(actor->reactionTime) { actor->reactionTime--; } // Modify target threshold. if(actor->threshold) { if(!actor->target || actor->target->health <= 0) { actor->threshold = 0; } else { actor->threshold--; } } // Turn towards movement direction if not there yet. if(actor->moveDir < DI_NODIR) { actor->angle &= (7 << 29); delta = actor->angle - (actor->moveDir << 29); if(delta > 0) { actor->angle -= ANG90 / 2; } else if(delta < 0) { actor->angle += ANG90 / 2; } } if(!actor->target || !(actor->target->flags & MF_SHOOTABLE) || P_MobjIsCamera(actor->target)) { // Look for a new target. if(!Mobj_LookForPlayers(actor, true)) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SPAWN)); } return; } // Do not attack twice in a row. if(actor->flags & MF_JUSTATTACKED) { actor->flags &= ~MF_JUSTATTACKED; if(G_Ruleset_Skill() != SM_NIGHTMARE && !G_Ruleset_Fast()) { newChaseDir(actor); } return; } // Check for melee attack. if((state = P_GetState(actor->type, SN_MELEE)) != S_NULL && checkMeleeRange(actor)) { if(actor->info->attackSound) { S_StartSound(actor->info->attackSound, actor); } P_MobjChangeState(actor, state); return; } // Check for missile attack. if((state = P_GetState(actor->type, SN_MISSILE)) != S_NULL) { if(!(G_Ruleset_Skill() != SM_NIGHTMARE && !G_Ruleset_Fast() && actor->moveCount)) { if(checkMissileRange(actor)) { P_MobjChangeState(actor, state); actor->flags |= MF_JUSTATTACKED; return; } } } // Possibly choose another target. if(IS_NETGAME && !actor->threshold && !P_CheckSight(actor, actor->target)) { if(Mobj_LookForPlayers(actor, true)) return; // Got a new target. } // Chase towards player. if(--actor->moveCount < 0 || !moveMobj(actor, false)) { newChaseDir(actor); } // Make active sound. if(actor->info->activeSound && P_Random() < 3) { S_StartSound(actor->info->activeSound, actor); } } void C_DECL A_FaceTarget(mobj_t *actor) { if(!actor->target) return; actor->turnTime = true; // $visangle-facetarget actor->flags &= ~MF_AMBUSH; actor->angle = M_PointToAngle2(actor->origin, actor->target->origin); if(actor->target->flags & MF_SHADOW) actor->angle += (P_Random() - P_Random()) << 21; } void C_DECL A_PosAttack(mobj_t *actor) { int damage; angle_t angle; float slope; if(!actor->target) return; A_FaceTarget(actor); angle = actor->angle; slope = P_AimLineAttack(actor, angle, MISSILERANGE); S_StartSound(SFX_PISTOL, actor); angle += (P_Random() - P_Random()) << 20; damage = ((P_Random() % 5) + 1) * 3; P_LineAttack(actor, angle, MISSILERANGE, slope, damage, MT_PUFF); } void C_DECL A_SPosAttack(mobj_t *actor) { int i, damage; angle_t angle, bangle; float slope; if(!actor) return; if(!actor->target) return; S_StartSound(SFX_SHOTGN, actor); A_FaceTarget(actor); bangle = actor->angle; slope = P_AimLineAttack(actor, bangle, MISSILERANGE); for(i = 0; i < 3; ++i) { angle = bangle + ((P_Random() - P_Random()) << 20); damage = ((P_Random() % 5) + 1) * 3; P_LineAttack(actor, angle, MISSILERANGE, slope, damage, MT_PUFF); } } void C_DECL A_CPosAttack(mobj_t *actor) { int angle, bangle, damage; float slope; if(!actor) return; if(!actor->target) return; S_StartSound(SFX_SHOTGN, actor); A_FaceTarget(actor); bangle = actor->angle; slope = P_AimLineAttack(actor, bangle, MISSILERANGE); angle = bangle + ((P_Random() - P_Random()) << 20); damage = ((P_Random() % 5) + 1) * 3; P_LineAttack(actor, angle, MISSILERANGE, slope, damage, MT_PUFF); } void C_DECL A_CPosRefire(mobj_t *actor) { // Keep firing unless target got out of sight. A_FaceTarget(actor); if(P_Random() < 40) return; if(!actor->target || actor->target->health <= 0 || !P_CheckSight(actor, actor->target)) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } } void C_DECL A_SpidRefire(mobj_t* actor) { // Keep firing unless target got out of sight. A_FaceTarget(actor); if(P_Random() < 10) return; if(!actor->target || actor->target->health <= 0 || !P_CheckSight(actor, actor->target)) { P_MobjChangeState(actor, P_GetState(actor->type, SN_SEE)); } } void C_DECL A_BspiAttack(mobj_t *actor) { if(!actor->target) return; A_FaceTarget(actor); // Launch a missile. P_SpawnMissile(MT_ARACHPLAZ, actor, actor->target); } void C_DECL A_TroopAttack(mobj_t *actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { S_StartSound(SFX_CLAW, actor); damage = (P_Random() % 8 + 1) * 3; P_DamageMobj(actor->target, actor, actor, damage, false); return; } P_SpawnMissile(MT_TROOPSHOT, actor, actor->target); } void C_DECL A_SargAttack(mobj_t *actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { damage = ((P_Random() % 10) + 1) * 4; P_DamageMobj(actor->target, actor, actor, damage, false); } } void C_DECL A_HeadAttack(mobj_t *actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { damage = (P_Random() % 6 + 1) * 10; P_DamageMobj(actor->target, actor, actor, damage, false); return; } // Launch a missile. P_SpawnMissile(MT_HEADSHOT, actor, actor->target); } /** * Cyber Demon: Missile Attack. */ void C_DECL A_CyberAttack(mobj_t *actor) { if(!actor->target) return; A_FaceTarget(actor); P_SpawnMissile(MT_ROCKET, actor, actor->target); } void C_DECL A_BruisAttack(mobj_t *actor) { int damage; if(!actor->target) return; if(checkMeleeRange(actor)) { S_StartSound(SFX_CLAW, actor); damage = (P_Random() % 8 + 1) * 10; P_DamageMobj(actor->target, actor, actor, damage, false); return; } // Launch a missile. P_SpawnMissile(MT_BRUISERSHOT, actor, actor->target); } void C_DECL A_SkelMissile(mobj_t *actor) { mobj_t *mo; if(!actor->target) return; A_FaceTarget(actor); mo = P_SpawnMissile(MT_TRACER, actor, actor->target); if(mo) { P_MobjUnlink(mo); mo->origin[VX] += mo->mom[MX]; mo->origin[VY] += mo->mom[MY]; P_MobjLink(mo); mo->tracer = actor->target; } } void C_DECL A_Tracer(mobj_t *actor) { uint an; angle_t angle; coord_t dist; float slope; mobj_t *dest, *th; if((int) GAMETIC & 3) return; // Clients do not spawn puffs. if(!IS_CLIENT) { // Spawn a puff of smoke behind the rocket. if((th = P_SpawnMobjXYZ(MT_ROCKETPUFF, actor->origin[VX], actor->origin[VY], actor->origin[VZ] + FIX2FLT((P_Random() - P_Random()) << 10), actor->angle + ANG180, 0))) { th->mom[MZ] = FIX2FLT(FRACUNIT); th->tics -= P_Random() & 3; if(th->tics < 1) th->tics = 1; // Always at least one tic. } } if((th = P_SpawnMobjXYZ(MT_SMOKE, actor->origin[VX] - actor->mom[MX], actor->origin[VY] - actor->mom[MY], actor->origin[VZ], actor->angle + ANG180, 0))) { th->mom[MZ] = FIX2FLT(FRACUNIT); th->tics -= P_Random() & 3; if(th->tics < 1) th->tics = 1; } // Adjust direction. dest = actor->tracer; if(!dest) return; if(dest->health <= 0) return; // Change angle. angle = M_PointToAngle2(actor->origin, dest->origin); if(angle != actor->angle) { if(angle - actor->angle > 0x80000000) { actor->angle -= TRACEANGLE; if(angle - actor->angle < 0x80000000) actor->angle = angle; } else { actor->angle += TRACEANGLE; if(angle - actor->angle > 0x80000000) actor->angle = angle; } } an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = actor->info->speed * FIX2FLT(finecosine[an]); actor->mom[MY] = actor->info->speed * FIX2FLT(finesine[an]); // Change slope. dist = M_ApproxDistance(dest->origin[VX] - actor->origin[VX], dest->origin[VY] - actor->origin[VY]); dist /= actor->info->speed; if(dist < 1) dist = 1; slope = (dest->origin[VZ] + 40 - actor->origin[VZ]) / dist; if(slope < actor->mom[MZ]) { actor->mom[MZ] -= FIX2FLT(FRACUNIT / 8); } else { actor->mom[MZ] += FIX2FLT(FRACUNIT / 8); } } void C_DECL A_SkelWhoosh(mobj_t* actor) { if(!actor->target) return; A_FaceTarget(actor); S_StartSound(SFX_SKESWG, actor); } void C_DECL A_SkelFist(mobj_t* actor) { int damage; if(!actor->target) return; A_FaceTarget(actor); if(checkMeleeRange(actor)) { damage = ((P_Random() % 10) + 1) * 6; S_StartSound(SFX_SKEPCH, actor); P_DamageMobj(actor->target, actor, actor, damage, false); } } /** * Detect a corpse that could be raised. */ typedef struct { mobj_t *resurrector; vec2d_t resurrectorOrigin; ///< Use this predicted origin (factors momentum). mobj_t *foundCorpse; } pit_vilecheckparams_t; int PIT_VileCheck(mobj_t *corpse, void *context) { pit_vilecheckparams_t *parm = (pit_vilecheckparams_t*)context; dd_bool raisePointOpen; coord_t maxDist; // Not actually a monster corpse? if(!(corpse->flags & MF_CORPSE)) return false; // Not lying still yet? if(corpse->tics != -1) return false; // Does this mobj type have a raise state? if(P_GetState(corpse->type, SN_RAISE) == S_NULL) { return false; } /* * Don't raise if its too far from the resurrector. * * Compat option: The original game would always use the radius of the * MT_VILE mobj type regardless of the actual type of the resurrector. * This means that HacX v1.2 must have been developed and tested with * a port that changes this behavior by default. */ maxDist = corpse->info->radius + (cfg.vileChaseUseVileRadius? MOBJINFO[ MT_VILE ].radius : parm->resurrector->info->radius); if(fabs(corpse->origin[VX] - parm->resurrectorOrigin[VX]) > maxDist || fabs(corpse->origin[VY] - parm->resurrectorOrigin[VY]) > maxDist) { return false; } corpse->mom[MX] = corpse->mom[MY] = 0; if(!cfg.raiseGhosts) // Compat option. { coord_t const oldHeight = corpse->height; coord_t const oldRadius = corpse->radius; corpse->height = corpse->info->height; corpse->radius = corpse->info->radius; corpse->flags |= MF_SOLID; raisePointOpen = P_CheckPositionXY(corpse, corpse->origin[VX], corpse->origin[VY]); corpse->height = oldHeight; corpse->radius = oldRadius; corpse->flags &= ~MF_SOLID; } else { // Use the original more buggy approach, which may result in // non-solid "ghost" monsters. corpse->height = (coord_t)FIX2FLT(FLT2FIX(corpse->height) << 2); raisePointOpen = P_CheckPositionXY(corpse, corpse->origin[VX], corpse->origin[VY]); corpse->height = (coord_t)FIX2FLT(FLT2FIX(corpse->height) >> 2); } if(raisePointOpen) { parm->foundCorpse = corpse; } // Stop iteration as soon as a suitable corpse is found. return parm->foundCorpse != 0; } void C_DECL A_VileChase(mobj_t *actor) { if(actor->moveDir != DI_NODIR) { // Search for a monster corpse that can be resurrected. pit_vilecheckparams_t parm; AABoxd aaBB; parm.resurrector = actor; parm.foundCorpse = 0; V2d_Copy (parm.resurrectorOrigin, dirSpeed[actor->moveDir]); V2d_Scale(parm.resurrectorOrigin, actor->info->speed); V2d_Sum (parm.resurrectorOrigin, parm.resurrectorOrigin, actor->origin); aaBB.minX = parm.resurrectorOrigin[VX] - MAXRADIUS * 2; aaBB.minY = parm.resurrectorOrigin[VY] - MAXRADIUS * 2; aaBB.maxX = parm.resurrectorOrigin[VX] + MAXRADIUS * 2; aaBB.maxY = parm.resurrectorOrigin[VY] + MAXRADIUS * 2; VALIDCOUNT++; if(Mobj_BoxIterator(&aaBB, PIT_VileCheck, &parm)) { mobj_t *corpse = parm.foundCorpse; mobj_t *oldTarget = actor->target; // Rotate the corpse to face it's new master. actor->target = corpse; A_FaceTarget(actor); actor->target = oldTarget; // Posture a little while we work our magic. P_MobjChangeState(actor, S_VILE_HEAL1); S_StartSound(SFX_SLOP, corpse); // Re-animate the corpse (mostly initial state): P_MobjChangeState(corpse, P_GetState(corpse->type, SN_RAISE)); if(!cfg.raiseGhosts) { corpse->height = corpse->info->height; corpse->radius = corpse->info->radius; } else { // The original more buggy approach. corpse->height = (coord_t)FIX2FLT(FLT2FIX(corpse->height) << 2); } corpse->flags = corpse->info->flags; corpse->health = corpse->info->spawnHealth; corpse->target = NULL; corpse->corpseTics = 0; return; } } // Return to normal attack. A_Chase(actor); } void C_DECL A_VileStart(mobj_t *actor) { S_StartSound(SFX_VILATK, actor); } void C_DECL A_StartFire(mobj_t* actor) { S_StartSound(SFX_FLAMST, actor); A_Fire(actor); } void C_DECL A_FireCrackle(mobj_t* actor) { S_StartSound(SFX_FLAME, actor); A_Fire(actor); } /** * Keep fire in front of player unless out of sight. */ void C_DECL A_Fire(mobj_t *actor) { mobj_t *dest; vec3d_t offset; uint an; dest = actor->tracer; if(!dest) return; // Don't move it if the vile lost sight. if(!P_CheckSight(actor->target, dest)) return; an = dest->angle >> ANGLETOFINESHIFT; P_MobjUnlink(actor); V3d_Set(offset, 24 * FIX2FLT(finecosine[an]), 24 * FIX2FLT(finesine[an]), 0); V3d_Sum(actor->origin, dest->origin, offset); P_MobjLink(actor); } /** * Spawn the archviles' hellfire */ void C_DECL A_VileTarget(mobj_t* actor) { mobj_t* fog; if(!actor->target) return; A_FaceTarget(actor); if((fog = P_SpawnMobj(MT_FIRE, actor->target->origin, actor->target->angle + ANG180, 0))) { actor->tracer = fog; fog->target = actor; fog->tracer = actor->target; A_Fire(fog); } } void C_DECL A_VileAttack(mobj_t *actor) { mobj_t *fire; uint an; if(!actor->target) return; A_FaceTarget(actor); if(!P_CheckSight(actor, actor->target)) { return; } S_StartSound(SFX_BAREXP, actor); P_DamageMobj(actor->target, actor, actor, 20, false); actor->target->mom[MZ] = FIX2FLT(1000 * FRACUNIT / actor->target->info->mass); fire = actor->tracer; if(!fire) return; // Move the fire between the Vile and the player. an = actor->angle >> ANGLETOFINESHIFT; P_MobjUnlink(fire); fire->origin[VX] = actor->target->origin[VX] - 24 * FIX2FLT(finecosine[an]); fire->origin[VY] = actor->target->origin[VY] - 24 * FIX2FLT(finesine[an]); P_MobjLink(fire); P_RadiusAttack(fire, actor, 70, 69); } void C_DECL A_FatRaise(mobj_t *actor) { A_FaceTarget(actor); S_StartSound(SFX_MANATK, actor); } /** * Mancubus attack: */ void C_DECL A_FatAttack1(mobj_t *actor) { mobj_t *mo; uint an; A_FaceTarget(actor); // Change direction to... actor->angle += FATSPREAD; P_SpawnMissile(MT_FATSHOT, actor, actor->target); mo = P_SpawnMissile(MT_FATSHOT, actor, actor->target); if(mo) { mo->angle += FATSPREAD; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); } } void C_DECL A_FatAttack2(mobj_t *actor) { mobj_t *mo; uint an; A_FaceTarget(actor); // Now here choose opposite deviation. actor->angle -= FATSPREAD; P_SpawnMissile(MT_FATSHOT, actor, actor->target); mo = P_SpawnMissile(MT_FATSHOT, actor, actor->target); if(mo) { mo->angle -= FATSPREAD * 2; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); } } void C_DECL A_FatAttack3(mobj_t *actor) { mobj_t *mo; uint an; A_FaceTarget(actor); mo = P_SpawnMissile(MT_FATSHOT, actor, actor->target); if(mo) { mo->angle -= FATSPREAD / 2; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); } mo = P_SpawnMissile(MT_FATSHOT, actor, actor->target); if(mo) { mo->angle += FATSPREAD / 2; an = mo->angle >> ANGLETOFINESHIFT; mo->mom[MX] = mo->info->speed * FIX2FLT(finecosine[an]); mo->mom[MY] = mo->info->speed * FIX2FLT(finesine[an]); } } /** * LostSoul Attack: Fly at the player like a missile. */ void C_DECL A_SkullAttack(mobj_t* actor) { mobj_t* dest; uint an; coord_t dist; if(!actor->target) return; dest = actor->target; actor->flags |= MF_SKULLFLY; S_StartSound(actor->info->attackSound, actor); A_FaceTarget(actor); an = actor->angle >> ANGLETOFINESHIFT; actor->mom[MX] = SKULLSPEED * FIX2FLT(finecosine[an]); actor->mom[MY] = SKULLSPEED * FIX2FLT(finesine[an]); dist = M_ApproxDistance(dest->origin[VX] - actor->origin[VX], dest->origin[VY] - actor->origin[VY]); dist /= SKULLSPEED; if(dist < 1) dist = 1; actor->mom[MZ] = (dest->origin[VZ] + (dest->height / 2) - actor->origin[VZ]) / dist; } /** * PainElemental Attack: Spawn a lost soul and launch it at the target. */ void C_DECL A_PainShootSkull(mobj_t *actor, angle_t angle) { coord_t pos[3]; mobj_t *newmobj; uint an; coord_t prestep; Sector *sec; if(cfg.maxSkulls) { // Limit the number of MT_SKULL's we should spawn. countmobjworker_params_t parm; parm.excludeMobj = 0; parm.type = MT_SKULL; parm.minHealth = 1; if(countMobjs(&parm) > 20) return; // Too many, don't spit another. } an = angle >> ANGLETOFINESHIFT; prestep = 4 + 3 * ((actor->info->radius + MOBJINFO[MT_SKULL].radius) / 2); memcpy(pos, actor->origin, sizeof(pos)); pos[VX] += prestep * FIX2FLT(finecosine[an]); pos[VY] += prestep * FIX2FLT(finesine[an]); pos[VZ] += 8; // Compat option to prevent spawning lost souls inside walls. if(!cfg.allowSkullsInWalls) { /* * Check whether the Lost Soul is being fired through a 1-sided * wall or an impassible line, or a "monsters can't cross" line. * If it is, then we don't allow the spawn. */ if(P_CheckSides(actor, pos[VX], pos[VY])) return; if(!(newmobj = P_SpawnMobj(MT_SKULL, pos, angle, 0))) return; sec = Mobj_Sector(newmobj); // Check to see if the new Lost Soul's z value is above the // ceiling of its new sector, or below the floor. If so, kill it. if((newmobj->origin[VZ] > (P_GetDoublep(sec, DMU_CEILING_HEIGHT) - newmobj->height)) || (newmobj->origin[VZ] < P_GetDoublep(sec, DMU_FLOOR_HEIGHT))) { // Kill it immediately. P_DamageMobj(newmobj, actor, actor, 10000, false); return; } } else { // Use the original DOOM method. if(!(newmobj = P_SpawnMobj(MT_SKULL, pos, angle, 0))) return; } // Check for movements, $dropoff_fix. if(!P_TryMoveXY(newmobj, newmobj->origin[VX], newmobj->origin[VY], false, false)) { // Kill it immediately. P_DamageMobj(newmobj, actor, actor, 10000, false); return; } newmobj->target = actor->target; A_SkullAttack(newmobj); } /** * PainElemental Attack: Spawn a lost soul and launch it at the target. */ void C_DECL A_PainAttack(mobj_t *actor) { if(!actor->target) return; A_FaceTarget(actor); A_PainShootSkull(actor, actor->angle); } void C_DECL A_PainDie(mobj_t *actor) { A_Fall(actor); A_PainShootSkull(actor, actor->angle + ANG90); A_PainShootSkull(actor, actor->angle + ANG180); A_PainShootSkull(actor, actor->angle + ANG270); } void C_DECL A_Scream(mobj_t *actor) { int sound; switch(actor->info->deathSound) { case 0: return; case SFX_PODTH1: case SFX_PODTH2: case SFX_PODTH3: sound = SFX_PODTH1 + P_Random() % 3; break; case SFX_BGDTH1: case SFX_BGDTH2: sound = SFX_BGDTH1 + P_Random() % 2; break; default: sound = actor->info->deathSound; break; } // Check for bosses. if(actor->type == MT_SPIDER || actor->type == MT_CYBORG) { // Full volume. S_StartSound(sound | DDSF_NO_ATTENUATION, NULL); } else { // Normal volume. S_StartSound(sound, actor); } } void C_DECL A_XScream(mobj_t *actor) { S_StartSound(SFX_SLOP, actor); } void C_DECL A_Pain(mobj_t *actor) { if(actor->info->painSound) S_StartSound(actor->info->painSound, actor); } void C_DECL A_Fall(mobj_t *actor) { // Actor is on ground, it can be walked over. actor->flags &= ~MF_SOLID; } void C_DECL A_Explode(mobj_t *mo) { P_RadiusAttack(mo, mo->target, 128, 127); } void C_DECL A_BossDeath(mobj_t *mo) { int i; countmobjworker_params_t parm; if(gameModeBits & GM_ANY_DOOM2) { if(gameMap != 6) return; if(mo->type != MT_FATSO && mo->type != MT_BABY) return; } /* * DOOM ver 1.9 behavioral change: * Many classic PWADS such as "Doomsday of UAC" (UAC_DEAD.wad) rely on the * old behavior. Episode 4 is exempt by PrBoom's precedent. */ else if(cfg.anyBossDeath && gameEpisode < 3) { if(gameMap != 7) return; if(gameEpisode != 0 && mo->type == MT_BRUISER) return; } else { switch(gameEpisode) { case 0: if(gameMap != 7) return; if(mo->type != MT_BRUISER) return; break; case 1: if(gameMap != 7) return; if(mo->type != MT_CYBORG) return; break; case 2: if(gameMap != 7) return; if(mo->type != MT_SPIDER) return; break; case 3: switch(gameMap) { case 5: if(mo->type != MT_CYBORG) return; break; case 7: if(mo->type != MT_SPIDER) return; break; default: return; } break; default: if(gameMap != 7) return; break; } } // Make sure there is a player alive for victory... for(i = 0; i < MAXPLAYERS; ++i) { if(players[i].plr->inGame && players[i].health > 0) break; } if(i == MAXPLAYERS) return; // No one left alive, so do not end game. // Scan the remaining thinkers to see if all bosses are dead. parm.excludeMobj = mo; parm.type = mo->type; parm.minHealth = 1; if(!noMobjRemains(&parm)) return; // Other boss not dead. // Victory! if(gameModeBits & GM_ANY_DOOM2) { if(gameMap == 6) { if(mo->type == MT_FATSO) { Line *dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); return; } if(mo->type == MT_BABY) { Line *dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 667; EV_DoFloor(dummyLine, FT_RAISETOTEXTURE); P_FreeDummyLine(dummyLine); return; } } } else { if(gameEpisode == 0) { Line *dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); return; } if(gameEpisode == 3) { if(gameMap == 5) { Line *dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoDoor(dummyLine, DT_BLAZEOPEN); P_FreeDummyLine(dummyLine); return; } if(gameMap == 7) { Line *dummyLine = P_AllocDummyLine(); P_ToXLine(dummyLine)->tag = 666; EV_DoFloor(dummyLine, FT_LOWERTOLOWEST); P_FreeDummyLine(dummyLine); return; } } } G_SetGameActionMapCompleted(G_CurrentLogicalMapNumber(), 0, false); } void C_DECL A_Hoof(mobj_t *mo) { /** * @todo Kludge: Only play very loud sounds in map 8. * \todo: Implement a MAPINFO option for this. */ S_StartSound(SFX_HOOF | (!(gameModeBits & GM_ANY_DOOM2) && gameMap == 7 ? DDSF_NO_ATTENUATION : 0), mo); A_Chase(mo); } void C_DECL A_Metal(mobj_t *mo) { /** * @todo Kludge: Only play very loud sounds in map 8. * \todo: Implement a MAPINFO option for this. */ S_StartSound(SFX_METAL | (!(gameModeBits & GM_ANY_DOOM2) && gameMap == 7 ? DDSF_NO_ATTENUATION : 0), mo); A_Chase(mo); } void C_DECL A_BabyMetal(mobj_t *mo) { S_StartSound(SFX_BSPWLK, mo); A_Chase(mo); } void C_DECL A_BrainAwake(mobj_t *mo) { S_StartSound(SFX_BOSSIT, NULL); } void C_DECL A_BrainPain(mobj_t *mo) { S_StartSound(SFX_BOSPN, NULL); } void C_DECL A_BrainScream(mobj_t *mo) { coord_t pos[3]; pos[VX] = mo->origin[VX] - 196; // -280 pos[VY] = mo->origin[VY] - 320; // 280 for(; pos[VX] < mo->origin[VX] + 320 /*280*/; pos[VX] += 8) { mobj_t *th; pos[VZ] = FIX2FLT(128) + (P_Random() * 2); if((th = P_SpawnMobj(MT_ROCKET, pos, P_Random() << 24, 0))) { th->mom[MZ] = FIX2FLT(P_Random() * 512); P_MobjChangeState(th, S_BRAINEXPLODE1); th->tics -= P_Random() & 7; if(th->tics < 1) th->tics = 1; } } S_StartSound(SFX_BOSDTH, NULL); } void C_DECL A_BrainExplode(mobj_t *mo) { coord_t pos[3]; mobj_t *th; pos[VX] = mo->origin[VX] + FIX2FLT((P_Random() - P_Random()) * 2048); pos[VY] = mo->origin[VY]; pos[VZ] = FIX2FLT(128) + (P_Random() * 2); if((th = P_SpawnMobj(MT_ROCKET, pos, P_Random() << 24, 0))) { th->mom[MZ] = FIX2FLT(P_Random() * 512); P_MobjChangeState(th, S_BRAINEXPLODE1); th->tics -= P_Random() & 7; if(th->tics < 1) th->tics = 1; } } void C_DECL A_BrainDie(mobj_t* mo) { G_SetGameActionMapCompleted(G_CurrentLogicalMapNumber(), 0, false); } void C_DECL A_BrainSpit(mobj_t* mo) { mobj_t *targ = BossBrain_NextTarget(theBossBrain); mobj_t *newmobj; if(!targ) return; // Shoot a cube at this target. newmobj = P_SpawnMissile(MT_SPAWNSHOT, mo, targ); if(newmobj) { newmobj->target = targ; newmobj->reactionTime = ((targ->origin[VY] - mo->origin[VY]) / newmobj->mom[MY]) / newmobj->state->tics; } S_StartSound(SFX_BOSPIT, NULL); } /** * Travelling cube sound. */ void C_DECL A_SpawnSound(mobj_t *mo) { S_StartSound(SFX_BOSCUB, mo); A_SpawnFly(mo); } void C_DECL A_SpawnFly(mobj_t *mo) { int r; mobj_t *newmobj; mobj_t *fog; mobj_t *targ; mobjtype_t type; if(--mo->reactionTime) return; // Still flying. targ = mo->target; // First spawn teleport fog. if((fog = P_SpawnMobj(MT_SPAWNFIRE, targ->origin, targ->angle + ANG180, 0))) S_StartSound(SFX_TELEPT, fog); // Randomly select monster to spawn. r = P_Random(); // Probability distribution (kind of :), decreasing likelihood. if(r < 50) type = MT_TROOP; else if(r < 90) type = MT_SERGEANT; else if(r < 120) type = MT_SHADOWS; else if(r < 130) type = MT_PAIN; else if(r < 160) type = MT_HEAD; else if(r < 162) type = MT_VILE; else if(r < 172) type = MT_UNDEAD; else if(r < 192) type = MT_BABY; else if(r < 222) type = MT_FATSO; else if(r < 246) type = MT_KNIGHT; else type = MT_BRUISER; if((newmobj = P_SpawnMobj(type, targ->origin, P_Random() << 24, 0))) { if(Mobj_LookForPlayers(newmobj, true)) P_MobjChangeState(newmobj, P_GetState(newmobj->type, SN_SEE)); // Telefrag anything in this spot. P_TeleportMove(newmobj, newmobj->origin[VX], newmobj->origin[VY], false); } // Remove self (i.e., cube). P_MobjRemove(mo, true); } void C_DECL A_PlayerScream(mobj_t *mo) { int sound = SFX_PLDETH; // Default death sound. if((gameModeBits & GM_ANY_DOOM2) && (mo->health < -50)) { // If the player dies less with less than -50% without gibbing. sound = SFX_PDIEHI; } S_StartSound(sound, mo); } doomsday-1.14.5/doomsday/plugins/doom/src/tables.c0000664000175000017500000042162012350542240021352 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /* * Lookup tables. * Do not try to look them up :-). * In the order of appearance: * * int finetangent[4096] - Tangens LUT. * Should work with BAM fairly well (12 of 16bit, * effectively, by shifting). * * int finesine[10240] - Sine lookup. * Guess what, serves as cosine, too. * Remarkable thing is, how to use BAMs with this? * * int tantoangle[2049] - ArcTan LUT, * maps tan(angle) to angle fast. Gotta search. */ #include "jdoom.h" #include "tables.h" // finecosine and finesine use the same array of values. fixed_t *finecosine = &finesine[FINEANGLES / 4]; int finetangent[4096] = { -170910304, -56965752, -34178904, -24413316, -18988036, -15535599, -13145455, -11392683, -10052327, -8994149, -8137527, -7429880, -6835455, -6329090, -5892567, -5512368, -5178251, -4882318, -4618375, -4381502, -4167737, -3973855, -3797206, -3635590, -3487165, -3350381, -3223918, -3106651, -2997613, -2895966, -2800983, -2712030, -2628549, -2550052, -2476104, -2406322, -2340362, -2277919, -2218719, -2162516, -2109087, -2058233, -2009771, -1963536, -1919378, -1877161, -1836758, -1798063, -1760956, -1725348, -1691149, -1658278, -1626658, -1596220, -1566898, -1538632, -1511367, -1485049, -1459630, -1435065, -1411312, -1388330, -1366084, -1344537, -1323658, -1303416, -1283783, -1264730, -1246234, -1228269, -1210813, -1193846, -1177345, -1161294, -1145673, -1130465, -1115654, -1101225, -1087164, -1073455, -1060087, -1047046, -1034322, -1021901, -1009774, -997931, -986361, -975054, -964003, -953199, -942633, -932298, -922186, -912289, -902602, -893117, -883829, -874730, -865817, -857081, -848520, -840127, -831898, -823827, -815910, -808143, -800521, -793041, -785699, -778490, -771411, -764460, -757631, -750922, -744331, -737853, -731486, -725227, -719074, -713023, -707072, -701219, -695462, -689797, -684223, -678737, -673338, -668024, -662792, -657640, -652568, -647572, -642651, -637803, -633028, -628323, -623686, -619117, -614613, -610174, -605798, -601483, -597229, -593033, -588896, -584815, -580789, -576818, -572901, -569035, -565221, -561456, -557741, -554074, -550455, -546881, -543354, -539870, -536431, -533034, -529680, -526366, -523094, -519861, -516667, -513512, -510394, -507313, -504269, -501261, -498287, -495348, -492443, -489571, -486732, -483925, -481150, -478406, -475692, -473009, -470355, -467730, -465133, -462565, -460024, -457511, -455024, -452564, -450129, -447720, -445337, -442978, -440643, -438332, -436045, -433781, -431540, -429321, -427125, -424951, -422798, -420666, -418555, -416465, -414395, -412344, -410314, -408303, -406311, -404338, -402384, -400448, -398530, -396630, -394747, -392882, -391034, -389202, -387387, -385589, -383807, -382040, -380290, -378555, -376835, -375130, -373440, -371765, -370105, -368459, -366826, -365208, -363604, -362013, -360436, -358872, -357321, -355783, -354257, -352744, -351244, -349756, -348280, -346816, -345364, -343924, -342495, -341078, -339671, -338276, -336892, -335519, -334157, -332805, -331464, -330133, -328812, -327502, -326201, -324910, -323629, -322358, -321097, -319844, -318601, -317368, -316143, -314928, -313721, -312524, -311335, -310154, -308983, -307819, -306664, -305517, -304379, -303248, -302126, -301011, -299904, -298805, -297714, -296630, -295554, -294485, -293423, -292369, -291322, -290282, -289249, -288223, -287204, -286192, -285186, -284188, -283195, -282210, -281231, -280258, -279292, -278332, -277378, -276430, -275489, -274553, -273624, -272700, -271782, -270871, -269965, -269064, -268169, -267280, -266397, -265519, -264646, -263779, -262917, -262060, -261209, -260363, -259522, -258686, -257855, -257029, -256208, -255392, -254581, -253774, -252973, -252176, -251384, -250596, -249813, -249035, -248261, -247492, -246727, -245966, -245210, -244458, -243711, -242967, -242228, -241493, -240763, -240036, -239314, -238595, -237881, -237170, -236463, -235761, -235062, -234367, -233676, -232988, -232304, -231624, -230948, -230275, -229606, -228941, -228279, -227621, -226966, -226314, -225666, -225022, -224381, -223743, -223108, -222477, -221849, -221225, -220603, -219985, -219370, -218758, -218149, -217544, -216941, -216341, -215745, -215151, -214561, -213973, -213389, -212807, -212228, -211652, -211079, -210509, -209941, -209376, -208815, -208255, -207699, -207145, -206594, -206045, -205500, -204956, -204416, -203878, -203342, -202809, -202279, -201751, -201226, -200703, -200182, -199664, -199149, -198636, -198125, -197616, -197110, -196606, -196105, -195606, -195109, -194614, -194122, -193631, -193143, -192658, -192174, -191693, -191213, -190736, -190261, -189789, -189318, -188849, -188382, -187918, -187455, -186995, -186536, -186080, -185625, -185173, -184722, -184274, -183827, -183382, -182939, -182498, -182059, -181622, -181186, -180753, -180321, -179891, -179463, -179037, -178612, -178190, -177769, -177349, -176932, -176516, -176102, -175690, -175279, -174870, -174463, -174057, -173653, -173251, -172850, -172451, -172053, -171657, -171263, -170870, -170479, -170089, -169701, -169315, -168930, -168546, -168164, -167784, -167405, -167027, -166651, -166277, -165904, -165532, -165162, -164793, -164426, -164060, -163695, -163332, -162970, -162610, -162251, -161893, -161537, -161182, -160828, -160476, -160125, -159775, -159427, -159079, -158734, -158389, -158046, -157704, -157363, -157024, -156686, -156349, -156013, -155678, -155345, -155013, -154682, -154352, -154024, -153697, -153370, -153045, -152722, -152399, -152077, -151757, -151438, -151120, -150803, -150487, -150172, -149859, -149546, -149235, -148924, -148615, -148307, -148000, -147693, -147388, -147084, -146782, -146480, -146179, -145879, -145580, -145282, -144986, -144690, -144395, -144101, -143808, -143517, -143226, -142936, -142647, -142359, -142072, -141786, -141501, -141217, -140934, -140651, -140370, -140090, -139810, -139532, -139254, -138977, -138701, -138426, -138152, -137879, -137607, -137335, -137065, -136795, -136526, -136258, -135991, -135725, -135459, -135195, -134931, -134668, -134406, -134145, -133884, -133625, -133366, -133108, -132851, -132594, -132339, -132084, -131830, -131576, -131324, -131072, -130821, -130571, -130322, -130073, -129825, -129578, -129332, -129086, -128841, -128597, -128353, -128111, -127869, -127627, -127387, -127147, -126908, -126669, -126432, -126195, -125959, -125723, -125488, -125254, -125020, -124787, -124555, -124324, -124093, -123863, -123633, -123404, -123176, -122949, -122722, -122496, -122270, -122045, -121821, -121597, -121374, -121152, -120930, -120709, -120489, -120269, -120050, -119831, -119613, -119396, -119179, -118963, -118747, -118532, -118318, -118104, -117891, -117678, -117466, -117254, -117044, -116833, -116623, -116414, -116206, -115998, -115790, -115583, -115377, -115171, -114966, -114761, -114557, -114354, -114151, -113948, -113746, -113545, -113344, -113143, -112944, -112744, -112546, -112347, -112150, -111952, -111756, -111560, -111364, -111169, -110974, -110780, -110586, -110393, -110200, -110008, -109817, -109626, -109435, -109245, -109055, -108866, -108677, -108489, -108301, -108114, -107927, -107741, -107555, -107369, -107184, -107000, -106816, -106632, -106449, -106266, -106084, -105902, -105721, -105540, -105360, -105180, -105000, -104821, -104643, -104465, -104287, -104109, -103933, -103756, -103580, -103404, -103229, -103054, -102880, -102706, -102533, -102360, -102187, -102015, 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50621, 50701, 50781, 50862, 50942, 51023, 51104, 51185, 51266, 51347, 51428, 51509, 51591, 51672, 51754, 51835, 51917, 51999, 52081, 52163, 52245, 52327, 52410, 52492, 52575, 52657, 52740, 52823, 52906, 52989, 53072, 53156, 53239, 53322, 53406, 53490, 53574, 53657, 53741, 53826, 53910, 53994, 54079, 54163, 54248, 54333, 54417, 54502, 54587, 54673, 54758, 54843, 54929, 55015, 55100, 55186, 55272, 55358, 55444, 55531, 55617, 55704, 55790, 55877, 55964, 56051, 56138, 56225, 56312, 56400, 56487, 56575, 56663, 56751, 56839, 56927, 57015, 57104, 57192, 57281, 57369, 57458, 57547, 57636, 57725, 57815, 57904, 57994, 58083, 58173, 58263, 58353, 58443, 58534, 58624, 58715, 58805, 58896, 58987, 59078, 59169, 59261, 59352, 59444, 59535, 59627, 59719, 59811, 59903, 59996, 60088, 60181, 60273, 60366, 60459, 60552, 60646, 60739, 60833, 60926, 61020, 61114, 61208, 61302, 61396, 61491, 61585, 61680, 61775, 61870, 61965, 62060, 62156, 62251, 62347, 62443, 62539, 62635, 62731, 62828, 62924, 63021, 63118, 63215, 63312, 63409, 63506, 63604, 63702, 63799, 63897, 63996, 64094, 64192, 64291, 64389, 64488, 64587, 64687, 64786, 64885, 64985, 65085, 65185, 65285, 65385, 65485, 65586, 65686, 65787, 65888, 65989, 66091, 66192, 66294, 66396, 66498, 66600, 66702, 66804, 66907, 67010, 67113, 67216, 67319, 67422, 67526, 67629, 67733, 67837, 67942, 68046, 68151, 68255, 68360, 68465, 68570, 68676, 68781, 68887, 68993, 69099, 69205, 69312, 69418, 69525, 69632, 69739, 69846, 69954, 70061, 70169, 70277, 70385, 70494, 70602, 70711, 70820, 70929, 71038, 71147, 71257, 71367, 71477, 71587, 71697, 71808, 71918, 72029, 72140, 72252, 72363, 72475, 72587, 72699, 72811, 72923, 73036, 73149, 73262, 73375, 73488, 73602, 73715, 73829, 73944, 74058, 74172, 74287, 74402, 74517, 74633, 74748, 74864, 74980, 75096, 75213, 75329, 75446, 75563, 75680, 75797, 75915, 76033, 76151, 76269, 76388, 76506, 76625, 76744, 76864, 76983, 77103, 77223, 77343, 77463, 77584, 77705, 77826, 77947, 78068, 78190, 78312, 78434, 78557, 78679, 78802, 78925, 79048, 79172, 79296, 79420, 79544, 79668, 79793, 79918, 80043, 80168, 80294, 80420, 80546, 80672, 80799, 80925, 81053, 81180, 81307, 81435, 81563, 81691, 81820, 81949, 82078, 82207, 82336, 82466, 82596, 82726, 82857, 82987, 83118, 83250, 83381, 83513, 83645, 83777, 83910, 84043, 84176, 84309, 84443, 84576, 84710, 84845, 84980, 85114, 85250, 85385, 85521, 85657, 85793, 85930, 86066, 86204, 86341, 86479, 86616, 86755, 86893, 87032, 87171, 87310, 87450, 87590, 87730, 87871, 88011, 88152, 88294, 88435, 88577, 88720, 88862, 89005, 89148, 89292, 89435, 89579, 89724, 89868, 90013, 90158, 90304, 90450, 90596, 90742, 90889, 91036, 91184, 91332, 91480, 91628, 91777, 91926, 92075, 92225, 92375, 92525, 92675, 92826, 92978, 93129, 93281, 93434, 93586, 93739, 93892, 94046, 94200, 94354, 94509, 94664, 94819, 94975, 95131, 95287, 95444, 95601, 95758, 95916, 96074, 96233, 96391, 96551, 96710, 96870, 97030, 97191, 97352, 97513, 97675, 97837, 98000, 98163, 98326, 98489, 98653, 98818, 98982, 99148, 99313, 99479, 99645, 99812, 99979, 100146, 100314, 100482, 100651, 100820, 100990, 101159, 101330, 101500, 101671, 101843, 102015, 102187, 102360, 102533, 102706, 102880, 103054, 103229, 103404, 103580, 103756, 103933, 104109, 104287, 104465, 104643, 104821, 105000, 105180, 105360, 105540, 105721, 105902, 106084, 106266, 106449, 106632, 106816, 107000, 107184, 107369, 107555, 107741, 107927, 108114, 108301, 108489, 108677, 108866, 109055, 109245, 109435, 109626, 109817, 110008, 110200, 110393, 110586, 110780, 110974, 111169, 111364, 111560, 111756, 111952, 112150, 112347, 112546, 112744, 112944, 113143, 113344, 113545, 113746, 113948, 114151, 114354, 114557, 114761, 114966, 115171, 115377, 115583, 115790, 115998, 116206, 116414, 116623, 116833, 117044, 117254, 117466, 117678, 117891, 118104, 118318, 118532, 118747, 118963, 119179, 119396, 119613, 119831, 120050, 120269, 120489, 120709, 120930, 121152, 121374, 121597, 121821, 122045, 122270, 122496, 122722, 122949, 123176, 123404, 123633, 123863, 124093, 124324, 124555, 124787, 125020, 125254, 125488, 125723, 125959, 126195, 126432, 126669, 126908, 127147, 127387, 127627, 127869, 128111, 128353, 128597, 128841, 129086, 129332, 129578, 129825, 130073, 130322, 130571, 130821, 131072, 131324, 131576, 131830, 132084, 132339, 132594, 132851, 133108, 133366, 133625, 133884, 134145, 134406, 134668, 134931, 135195, 135459, 135725, 135991, 136258, 136526, 136795, 137065, 137335, 137607, 137879, 138152, 138426, 138701, 138977, 139254, 139532, 139810, 140090, 140370, 140651, 140934, 141217, 141501, 141786, 142072, 142359, 142647, 142936, 143226, 143517, 143808, 144101, 144395, 144690, 144986, 145282, 145580, 145879, 146179, 146480, 146782, 147084, 147388, 147693, 148000, 148307, 148615, 148924, 149235, 149546, 149859, 150172, 150487, 150803, 151120, 151438, 151757, 152077, 152399, 152722, 153045, 153370, 153697, 154024, 154352, 154682, 155013, 155345, 155678, 156013, 156349, 156686, 157024, 157363, 157704, 158046, 158389, 158734, 159079, 159427, 159775, 160125, 160476, 160828, 161182, 161537, 161893, 162251, 162610, 162970, 163332, 163695, 164060, 164426, 164793, 165162, 165532, 165904, 166277, 166651, 167027, 167405, 167784, 168164, 168546, 168930, 169315, 169701, 170089, 170479, 170870, 171263, 171657, 172053, 172451, 172850, 173251, 173653, 174057, 174463, 174870, 175279, 175690, 176102, 176516, 176932, 177349, 177769, 178190, 178612, 179037, 179463, 179891, 180321, 180753, 181186, 181622, 182059, 182498, 182939, 183382, 183827, 184274, 184722, 185173, 185625, 186080, 186536, 186995, 187455, 187918, 188382, 188849, 189318, 189789, 190261, 190736, 191213, 191693, 192174, 192658, 193143, 193631, 194122, 194614, 195109, 195606, 196105, 196606, 197110, 197616, 198125, 198636, 199149, 199664, 200182, 200703, 201226, 201751, 202279, 202809, 203342, 203878, 204416, 204956, 205500, 206045, 206594, 207145, 207699, 208255, 208815, 209376, 209941, 210509, 211079, 211652, 212228, 212807, 213389, 213973, 214561, 215151, 215745, 216341, 216941, 217544, 218149, 218758, 219370, 219985, 220603, 221225, 221849, 222477, 223108, 223743, 224381, 225022, 225666, 226314, 226966, 227621, 228279, 228941, 229606, 230275, 230948, 231624, 232304, 232988, 233676, 234367, 235062, 235761, 236463, 237170, 237881, 238595, 239314, 240036, 240763, 241493, 242228, 242967, 243711, 244458, 245210, 245966, 246727, 247492, 248261, 249035, 249813, 250596, 251384, 252176, 252973, 253774, 254581, 255392, 256208, 257029, 257855, 258686, 259522, 260363, 261209, 262060, 262917, 263779, 264646, 265519, 266397, 267280, 268169, 269064, 269965, 270871, 271782, 272700, 273624, 274553, 275489, 276430, 277378, 278332, 279292, 280258, 281231, 282210, 283195, 284188, 285186, 286192, 287204, 288223, 289249, 290282, 291322, 292369, 293423, 294485, 295554, 296630, 297714, 298805, 299904, 301011, 302126, 303248, 304379, 305517, 306664, 307819, 308983, 310154, 311335, 312524, 313721, 314928, 316143, 317368, 318601, 319844, 321097, 322358, 323629, 324910, 326201, 327502, 328812, 330133, 331464, 332805, 334157, 335519, 336892, 338276, 339671, 341078, 342495, 343924, 345364, 346816, 348280, 349756, 351244, 352744, 354257, 355783, 357321, 358872, 360436, 362013, 363604, 365208, 366826, 368459, 370105, 371765, 373440, 375130, 376835, 378555, 380290, 382040, 383807, 385589, 387387, 389202, 391034, 392882, 394747, 396630, 398530, 400448, 402384, 404338, 406311, 408303, 410314, 412344, 414395, 416465, 418555, 420666, 422798, 424951, 427125, 429321, 431540, 433781, 436045, 438332, 440643, 442978, 445337, 447720, 450129, 452564, 455024, 457511, 460024, 462565, 465133, 467730, 470355, 473009, 475692, 478406, 481150, 483925, 486732, 489571, 492443, 495348, 498287, 501261, 504269, 507313, 510394, 513512, 516667, 519861, 523094, 526366, 529680, 533034, 536431, 539870, 543354, 546881, 550455, 554074, 557741, 561456, 565221, 569035, 572901, 576818, 580789, 584815, 588896, 593033, 597229, 601483, 605798, 610174, 614613, 619117, 623686, 628323, 633028, 637803, 642651, 647572, 652568, 657640, 662792, 668024, 673338, 678737, 684223, 689797, 695462, 701219, 707072, 713023, 719074, 725227, 731486, 737853, 744331, 750922, 757631, 764460, 771411, 778490, 785699, 793041, 800521, 808143, 815910, 823827, 831898, 840127, 848520, 857081, 865817, 874730, 883829, 893117, 902602, 912289, 922186, 932298, 942633, 953199, 964003, 975054, 986361, 997931, 1009774, 1021901, 1034322, 1047046, 1060087, 1073455, 1087164, 1101225, 1115654, 1130465, 1145673, 1161294, 1177345, 1193846, 1210813, 1228269, 1246234, 1264730, 1283783, 1303416, 1323658, 1344537, 1366084, 1388330, 1411312, 1435065, 1459630, 1485049, 1511367, 1538632, 1566898, 1596220, 1626658, 1658278, 1691149, 1725348, 1760956, 1798063, 1836758, 1877161, 1919378, 1963536, 2009771, 2058233, 2109087, 2162516, 2218719, 2277919, 2340362, 2406322, 2476104, 2550052, 2628549, 2712030, 2800983, 2895966, 2997613, 3106651, 3223918, 3350381, 3487165, 3635590, 3797206, 3973855, 4167737, 4381502, 4618375, 4882318, 5178251, 5512368, 5892567, 6329090, 6835455, 7429880, 8137527, 8994149, 10052327, 11392683, 13145455, 15535599, 18988036, 24413316, 34178904, 56965752, 170910304 }; int finesine[10240] = { 25, 75, 125, 175, 226, 276, 326, 376, 427, 477, 527, 578, 628, 678, 728, 779, 829, 879, 929, 980, 1030, 1080, 1130, 1181, 1231, 1281, 1331, 1382, 1432, 1482, 1532, 1583, 1633, 1683, 1733, 1784, 1834, 1884, 1934, 1985, 2035, 2085, 2135, 2186, 2236, 2286, 2336, 2387, 2437, 2487, 2537, 2587, 2638, 2688, 2738, 2788, 2839, 2889, 2939, 2989, 3039, 3090, 3140, 3190, 3240, 3291, 3341, 3391, 3441, 3491, 3541, 3592, 3642, 3692, 3742, 3792, 3843, 3893, 3943, 3993, 4043, 4093, 4144, 4194, 4244, 4294, 4344, 4394, 4445, 4495, 4545, 4595, 4645, 4695, 4745, 4796, 4846, 4896, 4946, 4996, 5046, 5096, 5146, 5197, 5247, 5297, 5347, 5397, 5447, 5497, 5547, 5597, 5647, 5697, 5748, 5798, 5848, 5898, 5948, 5998, 6048, 6098, 6148, 6198, 6248, 6298, 6348, 6398, 6448, 6498, 6548, 6598, 6648, 6698, 6748, 6798, 6848, 6898, 6948, 6998, 7048, 7098, 7148, 7198, 7248, 7298, 7348, 7398, 7448, 7498, 7548, 7598, 7648, 7697, 7747, 7797, 7847, 7897, 7947, 7997, 8047, 8097, 8147, 8196, 8246, 8296, 8346, 8396, 8446, 8496, 8545, 8595, 8645, 8695, 8745, 8794, 8844, 8894, 8944, 8994, 9043, 9093, 9143, 9193, 9243, 9292, 9342, 9392, 9442, 9491, 9541, 9591, 9640, 9690, 9740, 9790, 9839, 9889, 9939, 9988, 10038, 10088, 10137, 10187, 10237, 10286, 10336, 10386, 10435, 10485, 10534, 10584, 10634, 10683, 10733, 10782, 10832, 10882, 10931, 10981, 11030, 11080, 11129, 11179, 11228, 11278, 11327, 11377, 11426, 11476, 11525, 11575, 11624, 11674, 11723, 11773, 11822, 11872, 11921, 11970, 12020, 12069, 12119, 12168, 12218, 12267, 12316, 12366, 12415, 12464, 12514, 12563, 12612, 12662, 12711, 12760, 12810, 12859, 12908, 12957, 13007, 13056, 13105, 13154, 13204, 13253, 13302, 13351, 13401, 13450, 13499, 13548, 13597, 13647, 13696, 13745, 13794, 13843, 13892, 13941, 13990, 14040, 14089, 14138, 14187, 14236, 14285, 14334, 14383, 14432, 14481, 14530, 14579, 14628, 14677, 14726, 14775, 14824, 14873, 14922, 14971, 15020, 15069, 15118, 15167, 15215, 15264, 15313, 15362, 15411, 15460, 15509, 15557, 15606, 15655, 15704, 15753, 15802, 15850, 15899, 15948, 15997, 16045, 16094, 16143, 16191, 16240, 16289, 16338, 16386, 16435, 16484, 16532, 16581, 16629, 16678, 16727, 16775, 16824, 16872, 16921, 16970, 17018, 17067, 17115, 17164, 17212, 17261, 17309, 17358, 17406, 17455, 17503, 17551, 17600, 17648, 17697, 17745, 17793, 17842, 17890, 17939, 17987, 18035, 18084, 18132, 18180, 18228, 18277, 18325, 18373, 18421, 18470, 18518, 18566, 18614, 18663, 18711, 18759, 18807, 18855, 18903, 18951, 19000, 19048, 19096, 19144, 19192, 19240, 19288, 19336, 19384, 19432, 19480, 19528, 19576, 19624, 19672, 19720, 19768, 19816, 19864, 19912, 19959, 20007, 20055, 20103, 20151, 20199, 20246, 20294, 20342, 20390, 20438, 20485, 20533, 20581, 20629, 20676, 20724, 20772, 20819, 20867, 20915, 20962, 21010, 21057, 21105, 21153, 21200, 21248, 21295, 21343, 21390, 21438, 21485, 21533, 21580, 21628, 21675, 21723, 21770, 21817, 21865, 21912, 21960, 22007, 22054, 22102, 22149, 22196, 22243, 22291, 22338, 22385, 22433, 22480, 22527, 22574, 22621, 22668, 22716, 22763, 22810, 22857, 22904, 22951, 22998, 23045, 23092, 23139, 23186, 23233, 23280, 23327, 23374, 23421, 23468, 23515, 23562, 23609, 23656, 23703, 23750, 23796, 23843, 23890, 23937, 23984, 24030, 24077, 24124, 24171, 24217, 24264, 24311, 24357, 24404, 24451, 24497, 24544, 24591, 24637, 24684, 24730, 24777, 24823, 24870, 24916, 24963, 25009, 25056, 25102, 25149, 25195, 25241, 25288, 25334, 25381, 25427, 25473, 25520, 25566, 25612, 25658, 25705, 25751, 25797, 25843, 25889, 25936, 25982, 26028, 26074, 26120, 26166, 26212, 26258, 26304, 26350, 26396, 26442, 26488, 26534, 26580, 26626, 26672, 26718, 26764, 26810, 26856, 26902, 26947, 26993, 27039, 27085, 27131, 27176, 27222, 27268, 27313, 27359, 27405, 27450, 27496, 27542, 27587, 27633, 27678, 27724, 27770, 27815, 27861, 27906, 27952, 27997, 28042, 28088, 28133, 28179, 28224, 28269, 28315, 28360, 28405, 28451, 28496, 28541, 28586, 28632, 28677, 28722, 28767, 28812, 28858, 28903, 28948, 28993, 29038, 29083, 29128, 29173, 29218, 29263, 29308, 29353, 29398, 29443, 29488, 29533, 29577, 29622, 29667, 29712, 29757, 29801, 29846, 29891, 29936, 29980, 30025, 30070, 30114, 30159, 30204, 30248, 30293, 30337, 30382, 30426, 30471, 30515, 30560, 30604, 30649, 30693, 30738, 30782, 30826, 30871, 30915, 30959, 31004, 31048, 31092, 31136, 31181, 31225, 31269, 31313, 31357, 31402, 31446, 31490, 31534, 31578, 31622, 31666, 31710, 31754, 31798, 31842, 31886, 31930, 31974, 32017, 32061, 32105, 32149, 32193, 32236, 32280, 32324, 32368, 32411, 32455, 32499, 32542, 32586, 32630, 32673, 32717, 32760, 32804, 32847, 32891, 32934, 32978, 33021, 33065, 33108, 33151, 33195, 33238, 33281, 33325, 33368, 33411, 33454, 33498, 33541, 33584, 33627, 33670, 33713, 33756, 33799, 33843, 33886, 33929, 33972, 34015, 34057, 34100, 34143, 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535868128, 536035456, 536202720, 536369888, 536536992, 536704000, 536870912 }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- int SlopeDiv(unsigned num, unsigned den) { unsigned ans; if(den < 512) return SLOPERANGE; ans = (num << 3) / (den >> 8); return ans <= SLOPERANGE ? ans : SLOPERANGE; } doomsday-1.14.5/doomsday/plugins/doom/src/d_main.cpp0000664000175000017500000003434612350542240021674 0ustar jaakkojaakko/** @file d_main.cpp Doom-specific game initialization. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 2006 Jamie Jones * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "jdoom.h" #include "d_netsv.h" #include "gamesession.h" #include "m_argv.h" #include "p_map.h" #include "doomv9mapstatereader.h" #include "am_map.h" #include "g_defs.h" #include "saveslots.h" using namespace common; int verbose; float turboMul; // Multiplier for turbo. gamemode_t gameMode; int gameModeBits; // Default font colors. float defFontRGB[3]; float defFontRGB2[3]; float defFontRGB3[3]; // The patches used in drawing the view border. // Percent-encoded. char const *borderGraphics[] = { "Flats:FLOOR7_2", // Background. "BRDR_T", // Top. "BRDR_R", // Right. "BRDR_B", // Bottom. "BRDR_L", // Left. "BRDR_TL", // Top left. "BRDR_TR", // Top right. "BRDR_BR", // Bottom right. "BRDR_BL" // Bottom left. }; int D_GetInteger(int id) { return Common_GetInteger(id); } void *D_GetVariable(int id) { static float bob[2]; switch(id) { case DD_PLUGIN_NAME: return (void*)PLUGIN_NAMETEXT; case DD_PLUGIN_NICENAME: return (void*)PLUGIN_NICENAME; case DD_PLUGIN_VERSION_SHORT: return (void*)PLUGIN_VERSION_TEXT; case DD_PLUGIN_VERSION_LONG: return (void*)(PLUGIN_VERSION_TEXTLONG "\n" PLUGIN_DETAILS); case DD_PLUGIN_HOMEURL: return (void*)PLUGIN_HOMEURL; case DD_PLUGIN_DOCSURL: return (void*)PLUGIN_DOCSURL; case DD_GAME_CONFIG: return gameConfigString; case DD_ACTION_LINK: return actionlinks; case DD_XGFUNC_LINK: return xgClasses; case DD_PSPRITE_BOB_X: R_GetWeaponBob(DISPLAYPLAYER, &bob[0], 0); return &bob[0]; case DD_PSPRITE_BOB_Y: R_GetWeaponBob(DISPLAYPLAYER, 0, &bob[1]); return &bob[1]; case DD_TM_FLOOR_Z: return (void*) &tmFloorZ; case DD_TM_CEILING_Z: return (void*) &tmCeilingZ; default: break; } return 0; } void D_PreInit() { // Configure default colors: switch(gameMode) { case doom2_hacx: defFontRGB[CR] = .85f; defFontRGB[CG] = 0; defFontRGB[CB] = 0; defFontRGB2[CR] = .2f; defFontRGB2[CG] = .9f; defFontRGB2[CB] = .2f; defFontRGB3[CR] = .2f; defFontRGB3[CG] = .9f; defFontRGB3[CB] = .2f; break; case doom_chex: defFontRGB[CR] = .46f; defFontRGB[CG] = 1; defFontRGB[CB] = .4f; defFontRGB2[CR] = .46f; defFontRGB2[CG] = 1; defFontRGB2[CB] = .4f; defFontRGB3[CR] = 1; defFontRGB3[CG] = 1; defFontRGB3[CB] = .45f; break; default: defFontRGB[CR] = 1; defFontRGB[CG] = 1; defFontRGB[CB] = 1; defFontRGB2[CR] = .85f; defFontRGB2[CG] = 0; defFontRGB2[CB] = 0; defFontRGB3[CR] = 1; defFontRGB3[CG] = .9f; defFontRGB3[CB] = .4f; break; } // Config defaults. The real settings are read from the .cfg files // but these will be used no such files are found. memset(&cfg, 0, sizeof(cfg)); cfg.playerMoveSpeed = 1; cfg.povLookAround = true; cfg.screenBlocks = cfg.setBlocks = 10; cfg.echoMsg = true; cfg.lookSpeed = 3; cfg.turnSpeed = 1; cfg.menuPatchReplaceMode = PRM_ALLOW_TEXT; cfg.menuScale = .9f; cfg.menuTextGlitter = .5f; cfg.menuShadow = 0.33f; cfg.menuQuitSound = true; cfg.menuSlam = false; cfg.menuShortcutsEnabled = true; cfg.menuGameSaveSuggestDescription = true; cfg.menuEffectFlags = MEF_TEXT_TYPEIN|MEF_TEXT_SHADOW|MEF_TEXT_GLITTER; cfg.menuTextFlashColor[0] = .7f; cfg.menuTextFlashColor[1] = .9f; cfg.menuTextFlashColor[2] = 1; cfg.menuTextFlashSpeed = 4; if(gameMode != doom_chex) { cfg.menuCursorRotate = true; } if(gameMode == doom2_hacx) { cfg.menuTextColors[0][CR] = cfg.menuTextColors[0][CG] = cfg.menuTextColors[0][CB] = 1; memcpy(cfg.menuTextColors[1], defFontRGB, sizeof(cfg.menuTextColors[1])); cfg.menuTextColors[2][CR] = cfg.menuTextColors[3][CR] = .2f; cfg.menuTextColors[2][CG] = cfg.menuTextColors[3][CG] = .2f; cfg.menuTextColors[2][CB] = cfg.menuTextColors[3][CB] = .9f; } else { memcpy(cfg.menuTextColors[0], defFontRGB2, sizeof(cfg.menuTextColors[0])); if(gameMode == doom_chex) { cfg.menuTextColors[1][CR] = .85f; cfg.menuTextColors[1][CG] = .3f; cfg.menuTextColors[1][CB] = .3f; } else { cfg.menuTextColors[1][CR] = 1.f; cfg.menuTextColors[1][CG] = .7f; cfg.menuTextColors[1][CB] = .3f; } memcpy(cfg.menuTextColors[2], defFontRGB, sizeof(cfg.menuTextColors[2])); memcpy(cfg.menuTextColors[3], defFontRGB2, sizeof(cfg.menuTextColors[3])); } cfg.inludePatchReplaceMode = PRM_ALLOW_TEXT; cfg.hudPatchReplaceMode = PRM_ALLOW_TEXT; cfg.hudKeysCombine = false; cfg.hudShown[HUD_HEALTH] = true; cfg.hudShown[HUD_ARMOR] = true; cfg.hudShown[HUD_AMMO] = true; cfg.hudShown[HUD_KEYS] = true; cfg.hudShown[HUD_FRAGS] = true; cfg.hudShown[HUD_FACE] = false; cfg.hudShown[HUD_LOG] = true; for(int i = 0; i < NUMHUDUNHIDEEVENTS; ++i) // when the hud/statusbar unhides. { cfg.hudUnHide[i] = 1; } cfg.hudScale = .6f; memcpy(cfg.hudColor, defFontRGB2, sizeof(cfg.hudColor)); cfg.hudColor[CA] = 1; cfg.hudFog = 1; cfg.hudIconAlpha = 1; cfg.xhairAngle = 0; cfg.xhairSize = .5f; cfg.xhairVitality = false; cfg.xhairColor[0] = 1; cfg.xhairColor[1] = 1; cfg.xhairColor[2] = 1; cfg.xhairColor[3] = 1; cfg.filterStrength = .8f; cfg.moveCheckZ = true; cfg.jumpPower = 9; cfg.airborneMovement = 1; cfg.weaponAutoSwitch = 1; // if better cfg.noWeaponAutoSwitchIfFiring = false; cfg.ammoAutoSwitch = 0; // never cfg.secretMsg = true; cfg.slidingCorpses = false; //cfg.fastMonsters = false; cfg.netJumping = true; cfg.netEpisode = 0; cfg.netMap = 0; cfg.netSkill = SM_MEDIUM; cfg.netColor = 4; cfg.netBFGFreeLook = 0; // allow free-aim 0=none 1=not BFG 2=All cfg.netMobDamageModifier = 1; cfg.netMobHealthModifier = 1; cfg.netGravity = -1; // use map default cfg.plrViewHeight = DEFAULT_PLAYER_VIEWHEIGHT; cfg.mapTitle = true; cfg.automapTitleAtBottom = true; cfg.hideIWADAuthor = true; cfg.confirmQuickGameSave = true; cfg.confirmRebornLoad = true; cfg.loadLastSaveOnReborn = false; cfg.maxSkulls = true; cfg.allowSkullsInWalls = false; cfg.anyBossDeath = false; cfg.monstersStuckInDoors = false; cfg.avoidDropoffs = true; cfg.moveBlock = false; cfg.fallOff = true; cfg.fixOuchFace = true; cfg.fixStatusbarOwnedWeapons = true; cfg.statusbarScale = 1; cfg.statusbarOpacity = 1; cfg.statusbarCounterAlpha = 1; cfg.automapCustomColors = 0; // Never. cfg.automapL0[0] = .4f; // Unseen areas cfg.automapL0[1] = .4f; cfg.automapL0[2] = .4f; cfg.automapL1[0] = 1.f; // onesided lines cfg.automapL1[1] = 0.f; cfg.automapL1[2] = 0.f; cfg.automapL2[0] = .77f; // floor height change lines cfg.automapL2[1] = .6f; cfg.automapL2[2] = .325f; cfg.automapL3[0] = 1.f; // ceiling change lines cfg.automapL3[1] = .95f; cfg.automapL3[2] = 0.f; cfg.automapMobj[0] = 0.f; cfg.automapMobj[1] = 1.f; cfg.automapMobj[2] = 0.f; cfg.automapBack[0] = 0.f; cfg.automapBack[1] = 0.f; cfg.automapBack[2] = 0.f; cfg.automapOpacity = .7f; cfg.automapLineAlpha = .7f; cfg.automapLineWidth = 1.1f; cfg.automapShowDoors = true; cfg.automapDoorGlow = 8; cfg.automapHudDisplay = 2; cfg.automapRotate = true; cfg.automapBabyKeys = false; cfg.automapZoomSpeed = .1f; cfg.automapPanSpeed = .5f; cfg.automapPanResetOnOpen = true; cfg.automapOpenSeconds = AUTOMAP_OPEN_SECONDS; cfg.hudCheatCounterScale = .7f; cfg.hudCheatCounterShowWithAutomap = true; if(gameMode == doom_chex) { cfg.hudKeysCombine = true; } cfg.msgCount = 4; cfg.msgScale = .8f; cfg.msgUptime = 5; cfg.msgAlign = 0; // Left. cfg.msgBlink = 5; if(gameMode == doom2_hacx) { cfg.msgColor[CR] = .2f; cfg.msgColor[CG] = .2f; cfg.msgColor[CB] = .9f; } else { memcpy(cfg.msgColor, defFontRGB2, sizeof(cfg.msgColor)); } cfg.chatBeep = true; cfg.killMessages = true; cfg.bobWeapon = 1; cfg.bobView = 1; cfg.bobWeaponLower = true; cfg.cameraNoClip = true; cfg.respawnMonstersNightmare = true; cfg.weaponOrder[0] = WT_SIXTH; cfg.weaponOrder[1] = WT_NINETH; cfg.weaponOrder[2] = WT_FOURTH; cfg.weaponOrder[3] = WT_THIRD; cfg.weaponOrder[4] = WT_SECOND; cfg.weaponOrder[5] = WT_EIGHTH; cfg.weaponOrder[6] = WT_FIFTH; cfg.weaponOrder[7] = WT_SEVENTH; cfg.weaponOrder[8] = WT_FIRST; cfg.weaponCycleSequential = true; cfg.berserkAutoSwitch = true; // Use the DOOM transition by default. Con_SetInteger("con-transition", 1); // Do the common pre init routine; G_CommonPreInit(); G_InitSpecialFilter(); } void D_PostInit() { dd_bool autoStart = false; Uri *startMapUri = 0; /// @todo Kludge: Border background is different in DOOM2. /// @todo Do this properly! if(gameModeBits & GM_ANY_DOOM2) borderGraphics[0] = "Flats:GRNROCK"; else borderGraphics[0] = "Flats:FLOOR7_2"; // Common post init routine G_CommonPostInit(); // Initialize ammo info. P_InitAmmoInfo(); // Initialize weapon info. P_InitWeaponInfo(); // Game parameters. monsterInfight = GetDefInt("AI|Infight", 0); // Get skill / episode / map from parms. defaultGameRules.skill = /*startSkill =*/ SM_MEDIUM; if(CommandLine_Check("-altdeath")) cfg.netDeathmatch = 2; else if(CommandLine_Check("-deathmatch")) cfg.netDeathmatch = 1; // Apply these rules. defaultGameRules.noMonsters = CommandLine_Check("-nomonsters")? true : false; defaultGameRules.respawnMonsters = CommandLine_Check("-respawn")? true : false; defaultGameRules.fast = CommandLine_Check("-fast")? true : false; int p = CommandLine_Check("-timer"); if(p && p < myargc - 1 && defaultGameRules.deathmatch) { int time = atoi(CommandLine_At(p + 1)); App_Log(DE2_LOG_NOTE, "Maps will end after %d %s", time, time == 1? "minute" : "minutes"); } // Turbo option. p = CommandLine_Check("-turbo"); turboMul = 1.0f; if(p) { int scale = 200; if(p < myargc - 1) scale = atoi(CommandLine_At(p + 1)); if(scale < 10) scale = 10; if(scale > 400) scale = 400; App_Log(DE2_MAP_NOTE, "Turbo scale: %i%%", scale); turboMul = scale / 100.f; } // Load a saved game? p = CommandLine_Check("-loadgame"); if(p && p < myargc - 1) { if(SaveSlot *sslot = G_SaveSlots().slotByUserInput(CommandLine_At(p + 1))) { if(sslot->isUserWritable() && G_SetGameActionLoadSession(sslot->id())) { // No further initialization is to be done. return; } } } p = CommandLine_Check("-skill"); if(p && p < myargc - 1) { int skillNumber = atoi(CommandLine_At(p + 1)); defaultGameRules.skill = (skillmode_t)(skillNumber > 0? skillNumber - 1 : skillNumber); autoStart = true; } p = CommandLine_Check("-episode"); if(p && p < myargc - 1) { int episodeNumber = atoi(CommandLine_At(p + 1)); startMapUri = G_ComposeMapUri(episodeNumber > 0? episodeNumber - 1 : episodeNumber, 0); autoStart = true; } p = CommandLine_Check("-warp"); if(p && p < myargc - 1) { if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX)) { int mapNumber = atoi(CommandLine_At(p + 1)); startMapUri = G_ComposeMapUri(0, mapNumber > 0? mapNumber - 1 : mapNumber); autoStart = true; } else if(p < myargc - 2) { int episodeNumber = atoi(CommandLine_At(p + 1)); int mapNumber = atoi(CommandLine_At(p + 2)); startMapUri = G_ComposeMapUri(episodeNumber > 0? episodeNumber - 1 : episodeNumber, mapNumber > 0? mapNumber - 1 : mapNumber); autoStart = true; } } if(!startMapUri) { startMapUri = G_ComposeMapUri(0, 0); } // Are we autostarting? if(autoStart) { App_Log(DE2_LOG_NOTE, "Autostart in Map %s, Skill %d", F_PrettyPath(Str_Text(Uri_ToString(startMapUri))), defaultGameRules.skill); } // Validate episode and map. AutoStr *path = Uri_Compose(startMapUri); if((autoStart || IS_NETGAME) && P_MapExists(Str_Text(path))) { G_SetGameActionNewSession(*startMapUri, 0/*default*/, defaultGameRules); } else { COMMON_GAMESESSION->endAndBeginTitle(); // Start up intro loop. } Uri_Delete(startMapUri); } void D_Shutdown() { WI_Shutdown(); G_CommonShutdown(); } doomsday-1.14.5/doomsday/plugins/doom/src/acfnlink.c0000664000175000017500000001164312350542240021665 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * acfnlink.c: Global action function (AI routines) link table. */ // HEADER FILES ------------------------------------------------------------ #include "jdoom.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- actionlink_t actionlinks[] = { {"A_BabyMetal", A_BabyMetal}, {"A_BFGsound", A_BFGsound}, {"A_BFGSpray", A_BFGSpray}, {"A_BossDeath", A_BossDeath}, {"A_BrainAwake", A_BrainAwake}, {"A_BrainDie", A_BrainDie}, {"A_BrainExplode", A_BrainExplode}, {"A_BrainPain", A_BrainPain}, {"A_BrainScream", A_BrainScream}, {"A_BrainSpit", A_BrainSpit}, {"A_BruisAttack", A_BruisAttack}, {"A_BspiAttack", A_BspiAttack}, {"A_Chase", A_Chase}, {"A_CheckReload", A_CheckReload}, {"A_CloseShotgun2", A_CloseShotgun2}, {"A_CPosAttack", A_CPosAttack}, {"A_CPosRefire", A_CPosRefire}, {"A_CyberAttack", A_CyberAttack}, {"A_Explode", A_Explode}, {"A_FaceTarget", A_FaceTarget}, {"A_Fall", A_Fall}, {"A_FatAttack1", A_FatAttack1}, {"A_FatAttack2", A_FatAttack2}, {"A_FatAttack3", A_FatAttack3}, {"A_FatRaise", A_FatRaise}, {"A_Fire", A_Fire}, {"A_FireBFG", A_FireBFG}, {"A_FireCGun", A_FireCGun}, {"A_FireCrackle", A_FireCrackle}, {"A_FireMissile", A_FireMissile}, {"A_FirePistol", A_FirePistol}, {"A_FirePlasma", A_FirePlasma}, {"A_FireShotgun", A_FireShotgun}, {"A_FireShotgun2", A_FireShotgun2}, {"A_GunFlash", A_GunFlash}, {"A_HeadAttack", A_HeadAttack}, {"A_Hoof", A_Hoof}, {"A_KeenDie", A_KeenDie}, {"A_Light0", A_Light0}, {"A_Light1", A_Light1}, {"A_Light2", A_Light2}, {"A_LoadShotgun2", A_LoadShotgun2}, {"A_Look", A_Look}, {"A_Lower", A_Lower}, {"A_Metal", A_Metal}, {"A_OpenShotgun2", A_OpenShotgun2}, {"A_Pain", A_Pain}, {"A_PainAttack", A_PainAttack}, {"A_PainDie", A_PainDie}, {"A_PlayerScream", A_PlayerScream}, {"A_PosAttack", A_PosAttack}, {"A_Punch", A_Punch}, {"A_Raise", A_Raise}, {"A_ReFire", A_ReFire}, {"A_SargAttack", A_SargAttack}, {"A_Saw", A_Saw}, {"A_Scream", A_Scream}, {"A_SkelFist", A_SkelFist}, {"A_SkelMissile", A_SkelMissile}, {"A_SkelWhoosh", A_SkelWhoosh}, {"A_SkullAttack", A_SkullAttack}, {"A_SpawnFly", A_SpawnFly}, {"A_SpawnSound", A_SpawnSound}, {"A_SpidRefire", A_SpidRefire}, {"A_SPosAttack", A_SPosAttack}, {"A_StartFire", A_StartFire}, {"A_Tracer", A_Tracer}, {"A_TroopAttack", A_TroopAttack}, {"A_VileAttack", A_VileAttack}, {"A_VileChase", A_VileChase}, {"A_VileStart", A_VileStart}, {"A_VileTarget", A_VileTarget}, {"A_WeaponReady", A_WeaponReady}, {"A_XScream", A_XScream}, {0, 0} }; // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- doomsday-1.14.5/doomsday/plugins/doom/src/d_api.c0000664000175000017500000002645012350542240021156 0ustar jaakkojaakko/**\file d_api.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API setup and interaction - jDoom specific */ #include #include #include "doomsday.h" #include "jdoom.h" #include "d_netsv.h" #include "d_net.h" #include "fi_lib.h" #include "g_common.h" #include "g_update.h" #include "hu_menu.h" #include "p_map.h" #include "p_mapsetup.h" #include "r_common.h" #include "p_map.h" #include "p_tick.h" #include "polyobjs.h" #define GID(v) (toGameId(v)) // The interface to the Doomsday engine. game_export_t gx; // Identifiers given to the games we register during startup. static gameid_t gameIds[NUM_GAME_MODES]; static __inline gameid_t toGameId(int gamemode) { assert(gamemode >= 0 && gamemode < NUM_GAME_MODES); return gameIds[(gamemode_t) gamemode]; } /** * Register the game modes supported by this plugin. */ int G_RegisterGames(int hookType, int param, void *data) { #define STARTUPPK3 PLUGIN_NAMETEXT2 ".pk3" #define LEGACYSAVEGAMENAMEEXP "^(?:DoomSav)[0-9]{1,1}(?:.dsg)" #define LEGACYSAVEGAMESUBFOLDER "savegame" GameDef const hacxDef = { "hacx", "hacx", "HACX - Twitch 'n Kill", "Banjo Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const chexDef = { "chex", "chex", "Chex(R) Quest", "Digital Cafe", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const doom2TntDef = { "doom2-tnt", "doom", "Final DOOM: TNT: Evilution", "Team TNT", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const doom2PlutDef = { "doom2-plut", "doom", "Final DOOM: The Plutonia Experiment", "Dario Casali and Milo Casali", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const doom2Def = { "doom2", "doom", "DOOM 2: Hell on Earth", "id Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const doomUltimateDef = { "doom1-ultimate", "doom", "Ultimate DOOM", "id Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const doomDef = { "doom1", "doom", "DOOM Registered", "id Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; GameDef const doomShareDef = { "doom1-share", "doom", "DOOM Shareware", "id Software", LEGACYSAVEGAMENAMEEXP, LEGACYSAVEGAMESUBFOLDER }; DENG_UNUSED(hookType); DENG_UNUSED(param); DENG_UNUSED(data); /* HacX */ gameIds[doom2_hacx] = DD_DefineGame(&hacxDef); DD_AddGameResource(GID(doom2_hacx), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom2_hacx), RC_PACKAGE, FF_STARTUP, "hacx.wad", "HACX-R;PLAYPAL"); DD_AddGameResource(GID(doom2_hacx), RC_DEFINITION, 0, "hacx.ded", 0); /* Chex Quest */ gameIds[doom_chex] = DD_DefineGame(&chexDef); DD_AddGameResource(GID(doom_chex), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom_chex), RC_PACKAGE, FF_STARTUP, "chex.wad", "E1M1;E4M1;_DEUTEX_;POSSH0M0"); DD_AddGameResource(GID(doom_chex), RC_DEFINITION, 0, "chex.ded", 0); /* DOOM2 (TNT) */ gameIds[doom2_tnt] = DD_DefineGame(&doom2TntDef); DD_AddGameResource(GID(doom2_tnt), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom2_tnt), RC_PACKAGE, FF_STARTUP, "tnt.wad", "CAVERN5;CAVERN7;STONEW1"); DD_AddGameResource(GID(doom2_tnt), RC_DEFINITION, 0, "doom2-tnt.ded", 0); /* DOOM2 (Plutonia) */ gameIds[doom2_plut] = DD_DefineGame(&doom2PlutDef); DD_AddGameResource(GID(doom2_plut), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom2_plut), RC_PACKAGE, FF_STARTUP, "plutonia.wad", "_DEUTEX_;MAP01;MAP25;MC5;MC11;MC16;MC20"); DD_AddGameResource(GID(doom2_plut), RC_DEFINITION, 0, "doom2-plut.ded", 0); /* DOOM2 */ gameIds[doom2] = DD_DefineGame(&doom2Def); DD_AddGameResource(GID(doom2), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom2), RC_PACKAGE, FF_STARTUP, "doom2f.wad;doom2.wad", "MAP01;MAP02;MAP03;MAP04;MAP10;MAP20;MAP25;MAP30;VILEN1;VILEO1;VILEQ1;GRNROCK"); DD_AddGameResource(GID(doom2), RC_DEFINITION, 0, "doom2.ded", 0); /* DOOM (Ultimate) */ gameIds[doom_ultimate] = DD_DefineGame(&doomUltimateDef); DD_AddGameResource(GID(doom_ultimate), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom_ultimate), RC_PACKAGE, FF_STARTUP, "doomu.wad;doom.wad", "E4M1;E4M2;E4M3;E4M4;E4M5;E4M6;E4M7;E4M8;E4M9;M_EPI4"); DD_AddGameResource(GID(doom_ultimate), RC_DEFINITION, 0, "doom1-ultimate.ded", 0); /* DOOM */ gameIds[doom] = DD_DefineGame(&doomDef); DD_AddGameResource(GID(doom), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom), RC_PACKAGE, FF_STARTUP, "doom.wad", "E2M1;E2M2;E2M3;E2M4;E2M5;E2M6;E2M7;E2M8;E2M9;E3M1;E3M2;E3M3;E3M4;E3M5;E3M6;E3M7;E3M8;E3M9;CYBRE1;CYBRD8;FLOOR7_2"); DD_AddGameResource(GID(doom), RC_DEFINITION, 0, "doom1.ded", 0); /* DOOM (Shareware) */ gameIds[doom_shareware] = DD_DefineGame(&doomShareDef); DD_AddGameResource(GID(doom_shareware), RC_PACKAGE, FF_STARTUP, STARTUPPK3, 0); DD_AddGameResource(GID(doom_shareware), RC_PACKAGE, FF_STARTUP, "doom1.wad", "E1M1;E1M2;E1M3;E1M4;E1M5;E1M6;E1M7;E1M8;E1M9;D_E1M1;FLOOR4_8;FLOOR7_2"); DD_AddGameResource(GID(doom_shareware), RC_DEFINITION, 0, "doom1-share.ded", 0); return true; #undef STARTUPPK3 } /** * Called right after the game plugin is selected into use. */ void DP_Load(void) { // We might've been freed from memory, so refresh the game ids. gameIds[doom_shareware] = DD_GameIdForKey("doom1-share"); gameIds[doom] = DD_GameIdForKey("doom1"); gameIds[doom_ultimate] = DD_GameIdForKey("doom1-ultimate"); gameIds[doom_chex] = DD_GameIdForKey("chex"); gameIds[doom2] = DD_GameIdForKey("doom2"); gameIds[doom2_tnt] = DD_GameIdForKey("doom2-tnt"); gameIds[doom2_plut] = DD_GameIdForKey("doom2-plut"); gameIds[doom2_hacx] = DD_GameIdForKey("hacx"); Plug_AddHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } /** * Called when the game plugin is freed from memory. */ void DP_Unload(void) { Plug_RemoveHook(HOOK_VIEWPORT_RESHAPE, R_UpdateViewport); } void G_PreInit(gameid_t gameId) { /// \todo Refactor me away. { size_t i; for(i = 0; i < NUM_GAME_MODES; ++i) if(gameIds[i] == gameId) { gameMode = (gamemode_t) i; gameModeBits = 1 << gameMode; break; } if(i == NUM_GAME_MODES) Con_Error("Failed gamemode lookup for id %i.", gameId); } D_PreInit(); } /** * Called by the engine to initiate a soft-shutdown request. */ dd_bool G_TryShutdown(void) { G_QuitGame(); return true; } /** * Takes a copy of the engine's entry points and exported data. Returns * a pointer to the structure that contains our entry points and exports. */ game_export_t* GetGameAPI(void) { // Clear all of our exports. memset(&gx, 0, sizeof(gx)); // Fill in the data for the exports. gx.apiSize = sizeof(gx); gx.PreInit = G_PreInit; gx.PostInit = D_PostInit; gx.Shutdown = D_Shutdown; gx.TryShutdown = G_TryShutdown; gx.Ticker = G_Ticker; gx.DrawViewPort = G_DrawViewPort; gx.DrawWindow = D_DrawWindow; gx.FinaleResponder = FI_PrivilegedResponder; gx.PrivilegedResponder = G_PrivilegedResponder; gx.Responder = G_Responder; gx.EndFrame = D_EndFrame; gx.MobjThinker = P_MobjThinker; gx.MobjFriction = (coord_t (*)(void *)) P_MobjGetFriction; gx.MobjCheckPositionXYZ = P_CheckPositionXYZ; gx.MobjTryMoveXYZ = P_TryMoveXYZ; gx.SectorHeightChangeNotification = P_HandleSectorHeightChange; gx.UpdateState = G_UpdateState; gx.GetInteger = D_GetInteger; gx.GetVariable = D_GetVariable; gx.NetServerStart = D_NetServerStarted; gx.NetServerStop = D_NetServerClose; gx.NetConnect = D_NetConnect; gx.NetDisconnect = D_NetDisconnect; gx.NetPlayerEvent = D_NetPlayerEvent; gx.NetWorldEvent = D_NetWorldEvent; gx.HandlePacket = D_HandlePacket; // Data structure sizes. gx.mobjSize = sizeof(mobj_t); gx.polyobjSize = sizeof(Polyobj); gx.FinalizeMapChange = P_FinalizeMapChange; // These really need better names. Ideas? gx.HandleMapDataPropertyValue = P_HandleMapDataPropertyValue; gx.HandleMapObjectStatusReport = P_HandleMapObjectStatusReport; return &gx; } /** * This function is called automatically when the plugin is loaded for the first time. * We let the engine know what we'd like to do. */ void DP_Initialize() { Plug_AddHook(HOOK_STARTUP, G_RegisterGames); } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ const char* deng_LibraryType(void) { return "deng-plugin/game"; } DENG_DECLARE_API(Base); DENG_DECLARE_API(B); DENG_DECLARE_API(Busy); DENG_DECLARE_API(Client); DENG_DECLARE_API(Con); DENG_DECLARE_API(Def); DENG_DECLARE_API(F); DENG_DECLARE_API(FR); DENG_DECLARE_API(GL); DENG_DECLARE_API(Infine); DENG_DECLARE_API(InternalData); DENG_DECLARE_API(Material); DENG_DECLARE_API(MaterialArchive); DENG_DECLARE_API(Map); DENG_DECLARE_API(MPE); DENG_DECLARE_API(Player); DENG_DECLARE_API(Plug); DENG_DECLARE_API(R); DENG_DECLARE_API(Rend); DENG_DECLARE_API(S); DENG_DECLARE_API(Server); DENG_DECLARE_API(Svg); DENG_DECLARE_API(Thinker); DENG_DECLARE_API(Uri); DENG_DECLARE_API(W); DENG_API_EXCHANGE( DENG_GET_API(DE_API_BASE, Base); DENG_GET_API(DE_API_BINDING, B); DENG_GET_API(DE_API_BUSY, Busy); DENG_GET_API(DE_API_CLIENT, Client); DENG_GET_API(DE_API_CONSOLE, Con); DENG_GET_API(DE_API_DEFINITIONS, Def); DENG_GET_API(DE_API_FILE_SYSTEM, F); DENG_GET_API(DE_API_FONT_RENDER, FR); DENG_GET_API(DE_API_GL, GL); DENG_GET_API(DE_API_INFINE, Infine); DENG_GET_API(DE_API_INTERNAL_DATA, InternalData); DENG_GET_API(DE_API_MATERIALS, Material); DENG_GET_API(DE_API_MATERIAL_ARCHIVE, MaterialArchive); DENG_GET_API(DE_API_MAP, Map); DENG_GET_API(DE_API_MAP_EDIT, MPE); DENG_GET_API(DE_API_PLAYER, Player); DENG_GET_API(DE_API_PLUGIN, Plug); DENG_GET_API(DE_API_RESOURCE, R); DENG_GET_API(DE_API_RENDER, Rend); DENG_GET_API(DE_API_SOUND, S); DENG_GET_API(DE_API_SERVER, Server); DENG_GET_API(DE_API_SVG, Svg); DENG_GET_API(DE_API_THINKER, Thinker); DENG_GET_API(DE_API_URI, Uri); DENG_GET_API(DE_API_WAD, W); ) doomsday-1.14.5/doomsday/plugins/doom/src/p_setup.c0000664000175000017500000001277712350542240021570 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2002-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_setup.c: Handle jDoom specific map data properties. */ // HEADER FILES ------------------------------------------------------------ #include "jdoom.h" #include "am_map.h" // MACROS ------------------------------------------------------------------ // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ // CODE -------------------------------------------------------------------- /** * Called during pre-init. * Register the map object data types we want to Doomsday to make public via * it's MPE interface. */ void P_RegisterMapObjs(void) { P_RegisterMapObj(MO_THING, "Thing"); P_RegisterMapObjProperty(MO_THING, MO_X, "X", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Y, "Y", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_Z, "Z", DDVT_SHORT); P_RegisterMapObjProperty(MO_THING, MO_ANGLE, "Angle", DDVT_ANGLE); P_RegisterMapObjProperty(MO_THING, MO_DOOMEDNUM, "DoomEdNum", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_SKILLMODES, "SkillModes", DDVT_INT); P_RegisterMapObjProperty(MO_THING, MO_FLAGS, "Flags", DDVT_INT); P_RegisterMapObj(MO_XLINEDEF, "XLinedef"); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TAG, "Tag", DDVT_SHORT); P_RegisterMapObjProperty(MO_XLINEDEF, MO_TYPE, "Type", DDVT_SHORT); P_RegisterMapObjProperty(MO_XLINEDEF, MO_FLAGS, "Flags", DDVT_SHORT); P_RegisterMapObj(MO_XSECTOR, "XSector"); P_RegisterMapObjProperty(MO_XSECTOR, MO_TAG, "Tag", DDVT_SHORT); P_RegisterMapObjProperty(MO_XSECTOR, MO_TYPE, "Type", DDVT_SHORT); } /** * \todo This is actually unnecessary. If we say that in the case of BOOM * overloaded texture names, rather than setting the surface material as * normal, the map converter should instead write to a property in XLinedef * which the game can then look up later. * * Doomsday will call this when loading the map data if it encounters a * value that it doesn't understand for a property IT handles. * * Doomsday thinks we might know what to do with it... * If we don't know what to do we'll return -1. * * @param id Index of the current element being read. * @param dtype DMU type identifier. * @param prop DMU property identifier. * @param type Data type id of the value pointed to by *data. * @param *data Ptr to the data value (has already been expanded, * size converted and endian converted where necessary). */ int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void *data) { switch(dtype) { case DMU_SURFACE: switch(prop) { case DMU_MATERIAL: /** * It could be a BOOM overloaded texture name? * In this context Doomsday expects either -1 (a bad texture name) * Or the id of a wall texture it should set to this section. * \todo Add code to determine what to do. */ break; default: break; } break; default: break; } return -1; // We ain't got a clue what to do with it... } /** * These status reports inform us of what Doomsday is doing to a particular * map data object (at any time) that we might want to react to. * * If we arn't interested in the report - we should simply return true and * take no further action. * * @param code ID code of the status report (enum in dd_share.h) * @param id Map data object id. * @param type Map data object type eg DMU_SECTOR. * @param data Any relevant data for this report (currently unused). */ int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void *data) { switch(code) { case DMUSC_LINE_FIRSTRENDERED: /** * Called the first time the given line is rendered. * *data is a pointer to int, giving the player id which has seen it. * We'll utilize this to mark it as being visible in the automap. */ P_SetLineAutomapVisibility(*(int*)data, id, true); break; default: break; } return 1; } doomsday-1.14.5/doomsday/plugins/doom/src/p_maputl.c0000664000175000017500000001244712350542240021724 0ustar jaakkojaakko/** @file p_maputl.c Movement/collision map utility functions. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1999 by Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 by Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include #include #include "jdoom.h" #include "dmu_lib.h" /** * Apply "torque" to objects hanging off of ledges, so that they fall off. * It's not really torque, since Doom has no concept of rotation, but it's * a convincing effect which avoids anomalies such as lifeless objects * hanging more than halfway off of ledges, and allows objects to roll off * of the edges of moving lifts, or to slide up and then back down stairs, * or to fall into a ditch. * * If more than one line is contacted, the effects are cumulative, so * balancing is possible. */ static int PIT_ApplyTorque(Line *ld, void *context) { mobj_t *torqueMobj = (mobj_t *)context; coord_t dist; Sector *frontsec, *backsec; coord_t ffloor, bfloor; coord_t d1[2], vtx[2]; if(torqueMobj->player) return false; // Skip players! if(!(frontsec = P_GetPtrp(ld, DMU_FRONT_SECTOR)) || !(backsec = P_GetPtrp(ld, DMU_BACK_SECTOR))) return false; // Shouldn't ever happen. ffloor = P_GetDoublep(frontsec, DMU_FLOOR_HEIGHT); bfloor = P_GetDoublep(backsec, DMU_FLOOR_HEIGHT); P_GetDoublepv(ld, DMU_DXY, d1); P_GetDoublepv(P_GetPtrp(ld, DMU_VERTEX0), DMU_XY, vtx); // Lever-arm: dist = +d1[0] * torqueMobj->origin[VY] - d1[1] * torqueMobj->origin[VX] - d1[0] * vtx[VY] + d1[1] * vtx[VX]; if((dist < 0 && ffloor < torqueMobj->origin[VZ] && bfloor >= torqueMobj->origin[VZ]) || (dist >= 0 && bfloor < torqueMobj->origin[VZ] && ffloor >= torqueMobj->origin[VZ])) { // At this point, we know that the object straddles a two-sided // line, and that the object's center of mass is above-ground. coord_t x = fabs(d1[0]), y = fabs(d1[1]); if(y > x) { coord_t tmp = x; x = y; y = tmp; } y = FIX2FLT(finesine[(tantoangle[FLT2FIX(y / x) >> DBITS] + ANG90) >> ANGLETOFINESHIFT]); /** * Momentum is proportional to distance between the object's center * of mass and the pivot line. * * It is scaled by 2^(OVERDRIVE - gear). When gear is increased, the * momentum gradually decreases to 0 for the same amount of * pseudotorque, so that oscillations are prevented, yet it has a * chance to reach equilibrium. */ if(torqueMobj->gear < OVERDRIVE) dist = (dist * FIX2FLT(FLT2FIX(y) << -(torqueMobj->gear - OVERDRIVE))) / x; else dist = (dist * FIX2FLT(FLT2FIX(y) >> +(torqueMobj->gear - OVERDRIVE))) / x; // Apply momentum away from the pivot line. x = d1[1] * dist; y = d1[0] * dist; // Avoid moving too fast all of a sudden (step into "overdrive"). dist = (x * x) + (y * y); while(dist > 4 && torqueMobj->gear < MAXGEAR) { ++torqueMobj->gear; x /= 2; y /= 2; dist /= 2; } torqueMobj->mom[MX] -= x; torqueMobj->mom[MY] += y; } return false; } void P_ApplyTorque(mobj_t *mo) { int flags = mo->intFlags; // Corpse sliding anomalies, made configurable. if(!cfg.slidingCorpses) return; VALIDCOUNT++; Mobj_TouchedLinesIterator(mo, PIT_ApplyTorque, mo); // If any momentum, mark object as 'falling' using engine-internal // flags. if(!FEQUAL(mo->mom[MX], 0) || !FEQUAL(mo->mom[MY], 0)) { mo->intFlags |= MIF_FALLING; } else { // Clear the engine-internal flag indicating falling object. mo->intFlags &= ~MIF_FALLING; } /* * If the object has been moving, step up the gear. This helps reach * equilibrium and avoid oscillations. * * DOOM has no concept of potential energy, much less of rotation, so we * have to creatively simulate these systems somehow :) */ // If not falling for a while, reset it to full strength. if(!((mo->intFlags | flags) & MIF_FALLING)) { mo->gear = 0; } else if(mo->gear < MAXGEAR) // Else if not at max gear, move up a gear. { mo->gear++; } } doomsday-1.14.5/doomsday/plugins/doom/src/p_pspr.c0000664000175000017500000004604512350542240021407 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_pspr.c: Weapon sprite animation, weapon objects (jDoom-specific). * * Action functions for weapons. */ #ifdef MSVC // Sumtin' 'ere messes with poor ol' MSVC's head... # pragma optimize("g",off) #endif // HEADER FILES ------------------------------------------------------------ #include #include "common.h" #include "d_net.h" #include "player.h" #include "p_map.h" #include "p_tick.h" // MACROS ------------------------------------------------------------------ #define LOWERSPEED (6) #define RAISESPEED (6) #define WEAPONTOP (32) // TYPES ------------------------------------------------------------------- // EXTERNAL FUNCTION PROTOTYPES -------------------------------------------- // PUBLIC FUNCTION PROTOTYPES ---------------------------------------------- // PRIVATE FUNCTION PROTOTYPES --------------------------------------------- // EXTERNAL DATA DECLARATIONS ---------------------------------------------- // PUBLIC DATA DEFINITIONS ------------------------------------------------- // PRIVATE DATA DEFINITIONS ------------------------------------------------ static float swing[2]; static float bulletSlope; // CODE -------------------------------------------------------------------- void R_GetWeaponBob(int player, float* x, float* y) { if(x) { *x = 1 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finecosine[(128 * mapTime) & FINEMASK]); } if(y) { *y = 32 + (cfg.bobWeapon * players[player].bob) * FIX2FLT(finesine[(128 * mapTime) & FINEMASK & (FINEANGLES / 2 - 1)]); } } void P_SetPsprite(player_t* player, int position, statenum_t stnum) { pspdef_t *psp; state_t *state; psp = &player->pSprites[position]; do { if(!stnum) { // Object removed itself. psp->state = NULL; break; } state = &STATES[stnum]; psp->state = state; psp->tics = state->tics; // Could be 0. if(state->misc[0]) { // Coordinate set. psp->pos[VX] = (float) state->misc[0]; psp->pos[VY] = (float) state->misc[1]; } // Call the state action routine (modified handling). if(state->action) { state->action(player, psp); if(!psp->state) break; } stnum = psp->state->nextState; } while(!psp->tics); // An initial state of 0 could cycle through. } /** * Starts bringing the pending weapon up from the bottom of the screen. */ void P_BringUpWeapon(player_t* player) { weapontype_t const oldPendingWeapon = player->pendingWeapon; weaponmodeinfo_t* wminfo = NULL; weapontype_t raiseWeapon; if(!player) return; if(player->plr->flags & DDPF_UNDEFINED_WEAPON) { // We'll do this when the server informs us about the client's current weapon. return; } raiseWeapon = player->pendingWeapon; if(raiseWeapon == WT_NOCHANGE) raiseWeapon = player->readyWeapon; player->pendingWeapon = WT_NOCHANGE; player->pSprites[ps_weapon].pos[VY] = WEAPONBOTTOM; if(!VALID_WEAPONTYPE(raiseWeapon)) { return; } wminfo = WEAPON_INFO(raiseWeapon, player->class_, 0); App_Log(DE2_MAP_XVERBOSE, "P_BringUpWeapon: Player %i, pending weapon was %i, weapon pspr to %i", (int)(player - players), oldPendingWeapon, wminfo->states[WSN_UP]); if(wminfo->raiseSound) S_StartSoundEx(wminfo->raiseSound, player->plr->mo); P_SetPsprite(player, ps_weapon, wminfo->states[WSN_UP]); } void P_FireWeapon(player_t *player) { statenum_t newstate; if(!P_CheckAmmo(player)) return; NetCl_PlayerActionRequest(player, GPA_FIRE, 0); // Psprite state. player->plr->pSprites[0].state = DDPSP_FIRE; P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackState); newstate = weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_ATTACK]; P_SetPsprite(player, ps_weapon, newstate); P_NoiseAlert(player->plr->mo, player->plr->mo); } /** * Player died, so put the weapon away. */ void P_DropWeapon(player_t *player) { P_SetPsprite(player, ps_weapon, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_DOWN]); } /** * The player can fire the weapon or change to another weapon at this time. * Follows after getting weapon up, or after previous attack/fire sequence. */ void C_DECL A_WeaponReady(player_t *player, pspdef_t *psp) { weaponmodeinfo_t *wminfo; // Enable the pspr Y offset (might be disabled in A_Lower). DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); // Get out of attack state. if(player->plr->mo->state == &STATES[PCLASS_INFO(player->class_)->attackState] || player->plr->mo->state == &STATES[PCLASS_INFO(player->class_)->attackEndState]) { P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->normalState); } if(player->readyWeapon != WT_NOCHANGE) { wminfo = WEAPON_INFO(player->readyWeapon, player->class_, 0); // A weaponready sound? if(psp->state == &STATES[wminfo->states[WSN_READY]] && wminfo->readySound) S_StartSoundEx(wminfo->readySound, player->plr->mo); // Check for weapon change, if player is dead, put the weapon away. if(player->pendingWeapon != WT_NOCHANGE || !player->health) { // (pending weapon should already be validated) P_SetPsprite(player, ps_weapon, wminfo->states[WSN_DOWN]); return; } } // Check for autofire. if(player->brain.attack) { wminfo = WEAPON_INFO(player->readyWeapon, player->class_, 0); if(!player->attackDown || wminfo->autoFire) { player->attackDown = true; P_FireWeapon(player); return; } } else player->attackDown = false; // Bob the weapon based on movement speed. R_GetWeaponBob(player - players, &psp->pos[0], &psp->pos[1]); // Psprite state. player->plr->pSprites[0].state = DDPSP_BOBBING; } /** * The player can re-fire the weapon without lowering it entirely. */ void C_DECL A_ReFire(player_t *player, pspdef_t *psp) { // Check for fire (if a weaponchange is pending, let it go through // instead). if((player->brain.attack) && player->pendingWeapon == WT_NOCHANGE && player->health) { player->refire++; P_FireWeapon(player); } else { player->refire = 0; P_CheckAmmo(player); } } void C_DECL A_CheckReload(player_t *player, pspdef_t *psp) { P_CheckAmmo(player); #if 0 if(player->ammo[AT_SHELL] < 2) P_SetPsprite(player, ps_weapon, S_DSNR1); #endif } /** * Lowers current weapon, and changes weapon at bottom. */ void C_DECL A_Lower(player_t *player, pspdef_t *psp) { psp->pos[VY] += LOWERSPEED; // Psprite state. player->plr->pSprites[0].state = DDPSP_DOWN; // Should we disable the lowering? if(!cfg.bobWeaponLower || weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 0); } // Is already down. if(psp->pos[VY] < WEAPONBOTTOM) return; // Player is dead. if(player->playerState == PST_DEAD) { psp->pos[VY] = WEAPONBOTTOM; // Don't bring weapon back up. return; } // The old weapon has been lowered off the screen, so change the weapon // and start raising it. if(!player->health) { // Player is dead, so keep the weapon off screen. P_SetPsprite(player, ps_weapon, S_NULL); return; } player->readyWeapon = player->pendingWeapon; player->update |= PSF_READY_WEAPON; // Should we suddenly lower the weapon? if(cfg.bobWeaponLower && !weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); } P_BringUpWeapon(player); } void C_DECL A_Raise(player_t *player, pspdef_t *psp) { statenum_t newstate; // Psprite state. player->plr->pSprites[0].state = DDPSP_UP; // Should we disable the lowering? if(!cfg.bobWeaponLower || weaponInfo[player->readyWeapon][player->class_].mode[0].staticSwitch) { DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 0); } psp->pos[VY] -= RAISESPEED; if(psp->pos[VY] > WEAPONTOP) return; // Enable the pspr Y offset once again. DD_SetInteger(DD_WEAPON_OFFSET_SCALE_Y, 1000); psp->pos[VY] = WEAPONTOP; // The weapon has been raised all the way, so change to the ready state. newstate = weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_READY]; P_SetPsprite(player, ps_weapon, newstate); } void C_DECL A_GunFlash(player_t* player, pspdef_t* psp) { P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); } void C_DECL A_Punch(player_t *player, pspdef_t *psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); player->update |= PSF_AMMO; if(IS_CLIENT) return; damage = (float) (P_Random() % 10 + 1) * 2; if(player->powers[PT_STRENGTH]) { damage *= 10; } angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 18; slope = P_AimLineAttack(player->plr->mo, angle, MELEERANGE); P_LineAttack(player->plr->mo, angle, MELEERANGE, slope, damage, MT_PUFF); // Turn to face target. if(lineTarget) { S_StartSound(SFX_PUNCH, player->plr->mo); player->plr->mo->angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); player->plr->flags |= DDPF_FIXANGLES; } } void C_DECL A_Saw(player_t *player, pspdef_t *psp) { angle_t angle; int damage; float slope; P_ShotAmmo(player); player->update |= PSF_AMMO; damage = (P_Random() % 10 + 1) * 2; angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 18; // Use meleerange + 1 se the puff doesn't skip the flash. slope = P_AimLineAttack(player->plr->mo, angle, MELEERANGE + 1); P_LineAttack(player->plr->mo, angle, MELEERANGE + 1, slope, damage, MT_PUFF); if(!lineTarget) { S_StartSoundEx(SFX_SAWFUL, player->plr->mo); return; } S_StartSoundEx(SFX_SAWHIT, player->plr->mo); if(IS_CLIENT) return; // Turn to face target. angle = M_PointToAngle2(player->plr->mo->origin, lineTarget->origin); if(angle - player->plr->mo->angle > ANG180) { if(angle - player->plr->mo->angle < -ANG90 / 20) player->plr->mo->angle = angle + ANG90 / 21; else player->plr->mo->angle -= ANG90 / 20; } else { if(angle - player->plr->mo->angle > ANG90 / 20) player->plr->mo->angle = angle - ANG90 / 21; else player->plr->mo->angle += ANG90 / 20; } player->plr->mo->flags |= MF_JUSTATTACKED; } void C_DECL A_FireMissile(player_t* player, pspdef_t* psp) { P_ShotAmmo(player); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_SpawnMissile(MT_ROCKET, player->plr->mo, NULL); } void C_DECL A_FireBFG(player_t *player, pspdef_t *psp) { P_ShotAmmo(player); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_SpawnMissile(MT_BFG, player->plr->mo, NULL); } void C_DECL A_FirePlasma(player_t *player, pspdef_t *psp) { P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH] + (P_Random() & 1)); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_SpawnMissile(MT_PLASMA, player->plr->mo, NULL); } /** * Sets a slope so a near miss is at aproximately the height of the * intended target. */ void P_BulletSlope(mobj_t *mo) { angle_t angle; // See which target is to be aimed at. angle = mo->angle; bulletSlope = P_AimLineAttack(mo, angle, 16 * 64); if(!cfg.noAutoAim) { if(!lineTarget) { angle += 1 << 26; bulletSlope = P_AimLineAttack(mo, angle, 16 * 64); if(!lineTarget) { angle -= 2 << 26; bulletSlope = P_AimLineAttack(mo, angle, 16 * 64); } if(!lineTarget) { angle += 2 << 26; bulletSlope = tan(LOOKDIR2RAD(mo->dPlayer->lookDir)) / 1.2; } } } } void P_GunShot(mobj_t *mo, dd_bool accurate) { angle_t angle; int damage; damage = 5 * (P_Random() % 3 + 1); angle = mo->angle; if(!accurate) { angle += (P_Random() - P_Random()) << 18; } P_LineAttack(mo, angle, MISSILERANGE, bulletSlope, damage, MT_PUFF); } void C_DECL A_FirePistol(player_t *player, pspdef_t *psp) { S_StartSoundEx(SFX_PISTOL, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_BulletSlope(player->plr->mo); P_GunShot(player->plr->mo, !player->refire); } void C_DECL A_FireShotgun(player_t *player, pspdef_t *psp) { int i; S_StartSoundEx(SFX_SHOTGN, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_BulletSlope(player->plr->mo); for(i = 0; i < 7; ++i) P_GunShot(player->plr->mo, false); } void C_DECL A_FireShotgun2(player_t *player, pspdef_t *psp) { int i; angle_t angle; int damage; S_StartSoundEx(SFX_DSHTGN, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH]); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_BulletSlope(player->plr->mo); for(i = 0; i < 20; ++i) { damage = 5 * (P_Random() % 3 + 1); angle = player->plr->mo->angle; angle += (P_Random() - P_Random()) << 19; P_LineAttack(player->plr->mo, angle, MISSILERANGE, bulletSlope + FIX2FLT((P_Random() - P_Random()) << 5), damage, MT_PUFF); } } void C_DECL A_OpenShotgun2(player_t *player, pspdef_t *psp) { S_StartSound(SFX_DBOPN, player->plr->mo); } void C_DECL A_LoadShotgun2(player_t *player, pspdef_t *psp) { S_StartSound(SFX_DBLOAD, player->plr->mo); } void C_DECL A_CloseShotgun2(player_t *player, pspdef_t *psp) { S_StartSound(SFX_DBCLS, player->plr->mo); A_ReFire(player, psp); } void C_DECL A_FireCGun(player_t *player, pspdef_t *psp) { S_StartSoundEx(SFX_PISTOL, player->plr->mo); P_MobjChangeState(player->plr->mo, PCLASS_INFO(player->class_)->attackEndState); P_ShotAmmo(player); P_SetPsprite(player, ps_flash, weaponInfo[player->readyWeapon][player->class_].mode[0].states[WSN_FLASH] + psp->state - &STATES[S_CHAIN1]); player->update |= PSF_AMMO; if(IS_CLIENT) return; P_BulletSlope(player->plr->mo); P_GunShot(player->plr->mo, !player->refire); } void C_DECL A_Light0(player_t *player, pspdef_t *psp) { player->plr->extraLight = 0; } void C_DECL A_Light1(player_t *player, pspdef_t *psp) { player->plr->extraLight = 1; } void C_DECL A_Light2(player_t *player, pspdef_t *psp) { player->plr->extraLight = 2; } /** * Spawn a BFG explosion on every monster in view. */ void C_DECL A_BFGSpray(mobj_t* mo) { int i, j, damage; angle_t angle; // Offset angles from its attack angle. for(i = 0; i < 40; ++i) { angle = mo->angle - ANG90 / 2 + ANG90 / 40 * i; // mo->target is the originator (player) of the missile. P_AimLineAttack(mo->target, angle, 16 * 64); if(!lineTarget) continue; P_SpawnMobjXYZ(MT_EXTRABFG, lineTarget->origin[VX], lineTarget->origin[VY], lineTarget->origin[VZ] + lineTarget->height / 2, angle + ANG180, 0); damage = 0; for(j = 0; j < 15; ++j) damage += (P_Random() & 7) + 1; P_DamageMobj(lineTarget, mo->target, mo->target, damage, false); } } void C_DECL A_BFGsound(player_t* player, pspdef_t* psp) { S_StartSound(SFX_BFG, player->plr->mo); } /** * Called at start of the map for each player. */ void P_SetupPsprites(player_t* player) { int i; // Remove all psprites. for(i = 0; i < NUMPSPRITES; ++i) player->pSprites[i].state = NULL; // Bring up the new weapon. if(player->pendingWeapon == WT_NOCHANGE) player->pendingWeapon = player->readyWeapon; P_BringUpWeapon(player); } /** * Called every tic by player thinking routine. */ void P_MovePsprites(player_t* player) { int i; pspdef_t *psp; state_t *state; psp = &player->pSprites[0]; for(i = 0; i < NUMPSPRITES; ++i, psp++) { // A null state means not active. state = psp->state; if(state) { // Drop tic count and possibly change state. // A -1 tic count never changes. if(psp->tics != -1) { psp->tics--; if(!psp->tics) P_SetPsprite(player, i, psp->state->nextState); } } } player->pSprites[ps_flash].pos[VX] = player->pSprites[ps_weapon].pos[VX]; player->pSprites[ps_flash].pos[VY] = player->pSprites[ps_weapon].pos[VY]; } doomsday-1.14.5/doomsday/plugins/doom/src/wi_stuff.c0000664000175000017500000012136712350542240021733 0ustar jaakkojaakko/**\file wi_stuff.c *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #include #include #include #include #include "jdoom.h" #include "hu_stuff.h" #include "d_net.h" #include "p_mapsetup.h" #include "p_start.h" #define MAX_ANIM_FRAMES (3) #define NUMMAPS (9) typedef struct wianim_s { /// If not @c 0= the logical map-number+1 for which this animation should only be displayed. int mapNum; /// Number of tics each frame of the animation lasts for. int tics; /// Location origin of the animation on the map. Point2Raw origin; /// Number of used frames in the animation. int numFrames; /// Names of the patches for each frame of the animation. char *patchNames[MAX_ANIM_FRAMES]; /// State at which this animation begins/becomes visible. interludestate_t beginState; } wianimdef_t; typedef struct wianimstate_s { /// Next tic on which to progress the animation. int nextTic; /// Current frame number (index to patches); otherwise @c -1 (not yet begun). int frame; /// Graphics for each frame of the animation. patchid_t patches[MAX_ANIM_FRAMES]; } wianimstate_t; typedef struct teaminfo_s { int playerCount; /// @c 0= team not present. int frags[NUMTEAMS]; int totalFrags; /// Kills minus suicides. int items; int kills; int secret; } teaminfo_t; static Point2Raw locations[][NUMMAPS] = { { // Episode 0 { 185, 164 }, { 148, 143 }, { 69, 122 }, { 209, 102 }, { 116, 89 }, { 166, 55 }, { 71, 56 }, { 135, 29 }, { 71, 24 } }, { // Episode 1 { 254, 25 }, { 97, 50 }, { 188, 64 }, { 128, 78 }, { 214, 92 }, { 133, 130 }, { 208, 136 }, { 148, 140 }, { 235, 158 } }, { // Episode 2 { 156, 168 }, { 48, 154 }, { 174, 95 }, { 265, 75 }, { 130, 48 }, { 279, 23 }, { 198, 48 }, { 140, 25 }, { 281, 136 } } }; static wianimdef_t episode0AnimDefs[] = { { 0, 11, { 224, 104 }, 3, { "wia00000", "wia00001", "wia00002" } }, { 0, 11, { 184, 160 }, 3, { "wia00100", "wia00101", "wia00102" } }, { 0, 11, { 112, 136 }, 3, { "wia00200", "wia00201", "wia00202" } }, { 0, 11, { 72, 112 }, 3, { "wia00300", "wia00301", "wia00302" } }, { 0, 11, { 88, 96 }, 3, { "wia00400", "wia00401", "wia00402" } }, { 0, 11, { 64, 48 }, 3, { "wia00500", "wia00501", "wia00502" } }, { 0, 11, { 192, 40 }, 3, { "wia00600", "wia00601", "wia00602" } }, { 0, 11, { 136, 16 }, 3, { "wia00700", "wia00701", "wia00702" } }, { 0, 11, { 80, 16 }, 3, { "wia00800", "wia00801", "wia00802" } }, { 0, 11, { 64, 24 }, 3, { "wia00900", "wia00901", "wia00902" } } }; static wianimdef_t episode1AnimDefs[] = { { 1, 0, { 128, 136 }, 1, { "wia10000" } }, { 2, 0, { 128, 136 }, 1, { "wia10100" } }, { 3, 0, { 128, 136 }, 1, { "wia10200" } }, { 4, 0, { 128, 136 }, 1, { "wia10300" } }, { 5, 0, { 128, 136 }, 1, { "wia10400" } }, { 6, 0, { 128, 136 }, 1, { "wia10500" } }, { 7, 0, { 128, 136 }, 1, { "wia10600" } }, { 8, 11, { 192, 144 }, 3, { "wia10700", "wia10701", "wia10702" }, ILS_SHOW_NEXTMAP }, { 8, 0, { 128, 136 }, 1, { "wia10400" } } }; static wianimdef_t episode2AnimDefs[] = { { 0, 11, { 104, 168 }, 3, { "wia20000", "wia20001", "wia20002" } }, { 0, 11, { 40, 136 }, 3, { "wia20100", "wia20101", "wia20102" } }, { 0, 11, { 160, 96 }, 3, { "wia20200", "wia20201", "wia20202" } }, { 0, 11, { 104, 80 }, 3, { "wia20300", "wia20301", "wia20302" } }, { 0, 11, { 120, 32 }, 3, { "wia20400", "wia20401", "wia20402" } }, { 0, 8, { 40, 0 }, 3, { "wia20500", "wia20501", "wia20502" } } }; static int animCounts[] = { sizeof(episode0AnimDefs) / sizeof(wianimdef_t), sizeof(episode1AnimDefs) / sizeof(wianimdef_t), sizeof(episode2AnimDefs) / sizeof(wianimdef_t) }; static wianimdef_t* animDefs[] = { episode0AnimDefs, episode1AnimDefs, episode2AnimDefs }; static wianimstate_t* animStates = NULL; static teaminfo_t teamInfo[NUMTEAMS]; // Used to accelerate or skip a stage. static dd_bool advanceState; static dd_bool drawYouAreHere = false; static int spState, dmState, ngState; static interludestate_t inState; static int dmFrags[NUMTEAMS][NUMTEAMS]; static int dmTotals[NUMTEAMS]; static int doFrags; static int inPlayerNum; static int inPlayerTeam; static int stateCounter; static int backgroundAnimCounter; static int cntKills[NUMTEAMS]; static int cntItems[NUMTEAMS]; static int cntSecret[NUMTEAMS]; static int cntFrags[NUMTEAMS]; static int cntTime; static int cntPar; static int cntPause; // Passed into intermission. static wbstartstruct_t* wbs; static wbplayerstruct_t* inPlayerInfo; static patchid_t pBackground; static patchid_t pYouAreHereRight; static patchid_t pYouAreHereLeft; static patchid_t pSplat; static patchid_t pFinished; static patchid_t pEntering; static patchid_t pSecret; static patchid_t pSecretSP; static patchid_t pKills; static patchid_t pItems; static patchid_t pFrags; static patchid_t pTime; static patchid_t pPar; static patchid_t pSucks; static patchid_t pKillers; static patchid_t pVictims; static patchid_t pTotal; static patchid_t pFaceAlive; static patchid_t pFaceDead; static patchid_t pTeamBackgrounds[NUMTEAMS]; static patchid_t pTeamIcons[NUMTEAMS]; void WI_Register(void) { cvartemplate_t cvars[] = { { "inlude-stretch", 0, CVT_BYTE, &cfg.inludeScaleMode, SCALEMODE_FIRST, SCALEMODE_LAST }, { "inlude-patch-replacement", 0, CVT_INT, &cfg.inludePatchReplaceMode, PRM_FIRST, PRM_LAST }, { NULL } }; Con_AddVariableList(cvars); } void IN_SkipToNext(void) { advanceState = true; } static void drawBackground(void) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); GL_DrawPatchXY3(pBackground, 0, 0, ALIGN_TOPLEFT, DPF_NO_OFFSET); if(!(gameModeBits & GM_ANY_DOOM2) && wbs->episode < 3) { patchid_t patchId; int i; FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); for(i = 0; i < animCounts[wbs->episode]; ++i) { wianimdef_t const *def = &animDefs[wbs->episode][i]; wianimstate_t *state = &animStates[i]; // Has the animation begun yet? if(state->frame < 0) continue; patchId = state->patches[state->frame]; WI_DrawPatch3(patchId, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId), &def->origin, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } } DGL_Disable(DGL_TEXTURE_2D); } static void drawFinishedTitle(void) { int x = SCREENWIDTH/2, y = WI_TITLEY; patchid_t patchId; patchinfo_t info; char const *mapTitle; uint mapNum; if(gameModeBits & (GM_ANY_DOOM2|GM_DOOM_CHEX)) mapNum = wbs->currentMap; else mapNum = (wbs->episode * 9) + wbs->currentMap; mapTitle = P_MapTitle(0/*current map*/); DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB[CR], defFontRGB[CG], defFontRGB[CB], 1); // Draw patchId = (mapNum < pMapNamesSize? pMapNames[mapNum] : 0); WI_DrawPatchXY3(patchId, Hu_ChoosePatchReplacement2(cfg.inludePatchReplaceMode, patchId, mapTitle), x, y, ALIGN_TOP, 0, DTF_NO_TYPEIN); if(R_GetPatchInfo(patchId, &info)) y += (5 * info.geometry.size.height) / 4; // Draw "Finished!" FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); WI_DrawPatchXY3(pFinished, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pFinished), x, y, ALIGN_TOP, 0, DTF_NO_TYPEIN); DGL_Disable(DGL_TEXTURE_2D); } static void drawEnteringTitle(void) { int x = SCREENWIDTH/2, y = WI_TITLEY; char* mapName = NULL; uint mapNum; ddmapinfo_t minfo; patchid_t patchId; patchinfo_t info; AutoStr* mapPath; Uri* mapUri; /// @kludge We need to properly externalize the map progression. if((gameModeBits & (GM_DOOM2|GM_DOOM2_PLUT|GM_DOOM2_TNT)) && wbs->nextMap == 30) { return; } /// kludge end. // See if there is a map name. mapUri = G_ComposeMapUri(wbs->episode, wbs->nextMap); mapPath = Uri_Compose(mapUri); if(Def_Get(DD_DEF_MAP_INFO, Str_Text(mapPath), &minfo) && minfo.name) { if(Def_Get(DD_DEF_TEXT, minfo.name, &mapName) == -1) mapName = minfo.name; } Uri_Delete(mapUri); // Skip the E#M# or Map #. if(mapName) { char* ptr = strchr(mapName, ':'); if(ptr) { mapName = M_SkipWhite(ptr + 1); } } DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); // Draw "Entering" WI_DrawPatchXY3(pEntering, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pEntering), x, y, ALIGN_TOP, 0, DTF_NO_TYPEIN); if(R_GetPatchInfo(pMapNames[wbs->nextMap], &info)) y += (5 * info.geometry.size.height) / 4; // Draw map. mapNum = (wbs->episode * 9) + wbs->nextMap; patchId = (mapNum < pMapNamesSize? pMapNames[mapNum] : 0); FR_SetColorAndAlpha(defFontRGB[CR], defFontRGB[CG], defFontRGB[CB], 1); WI_DrawPatchXY3(patchId, Hu_ChoosePatchReplacement2(cfg.inludePatchReplaceMode, patchId, mapName), x, y, ALIGN_TOP, 0, DTF_NO_TYPEIN); DGL_Disable(DGL_TEXTURE_2D); } static dd_bool patchFits(patchid_t patchId, int x, int y) { int left, top, right, bottom; patchinfo_t info; if(!R_GetPatchInfo(patchId, &info)) return false; left = x + info.geometry.origin.x; top = y + info.geometry.origin.y; right = left + info.geometry.size.width; bottom = top + info.geometry.size.height; return (left >= 0 && right < SCREENWIDTH && top >= 0 && bottom < SCREENHEIGHT); } static patchid_t chooseYouAreHerePatch(const Point2Raw* origin) { assert(origin); if(patchFits(pYouAreHereRight, origin->x, origin->y)) return pYouAreHereRight; if(patchFits(pYouAreHereLeft, origin->x, origin->y)) return pYouAreHereLeft; return 0; // None fits. } static void drawPatchIfFits(patchid_t patchId, const Point2Raw* origin) { assert(origin); if(patchFits(patchId, origin->x, origin->y)) { WI_DrawPatch3(patchId, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId), origin, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } } /** * Begin any animations that were previously waiting on a state. * To be called upon changing the value of @var inState. */ static void beginAnimations(void) { int i; if(gameModeBits & GM_ANY_DOOM2) return; if(wbs->episode > 2) return; for(i = 0; i < animCounts[wbs->episode]; ++i) { wianimdef_t const *def = &animDefs[wbs->episode][i]; wianimstate_t *state = &animStates[i]; // Is the animation active for the current map? if(def->mapNum && wbs->nextMap != def->mapNum) continue; // Already begun? if(state->frame >= 0) continue; // Is it time to begin the animation? if(def->beginState != inState) continue; state->frame = 0; // Determine when to animate the first frame. if(def->mapNum) { state->nextTic = backgroundAnimCounter + 1 + def->tics; } else { state->nextTic = backgroundAnimCounter + 1 + (M_Random() % def->tics); } } } static void animateBackground(void) { wianimdef_t const *def; wianimstate_t *state; int i; if(gameModeBits & GM_ANY_DOOM2) return; if(wbs->episode > 2) return; for(i = 0; i < animCounts[wbs->episode]; ++i) { def = &animDefs[wbs->episode][i]; state = &animStates[i]; // Is the animation active for the current map? if(def->mapNum && wbs->nextMap != def->mapNum) continue; // Has the animation begun yet if(state->frame < 0) continue; // Time to progress the animation? if(backgroundAnimCounter != state->nextTic) continue; ++state->frame; if(state->frame >= def->numFrames) { if(def->mapNum) { // Loop. state->frame = def->numFrames - 1; } else { // Restart. state->frame = 0; } } state->nextTic = backgroundAnimCounter + MAX_OF(def->tics, 1); } } static void drawPercent(int x, int y, int p) { Point2Raw origin; char buf[20]; if(p < 0) return; origin.x = x; origin.y = y; dd_snprintf(buf, 20, "%i", p); FR_DrawChar3('%', &origin, ALIGN_TOPLEFT, DTF_NO_TYPEIN); FR_DrawText3(buf, &origin, ALIGN_TOPRIGHT, DTF_NO_TYPEIN); } /** * Display map completion time and par, or "sucks" message if overflow. */ static void drawTime(int x, int y, int t) { patchinfo_t info; if(t < 0) return; if(t <= 61 * 59) { int seconds = t % 60, minutes = t / 60 % 60; char buf[20]; x -= 22; FR_DrawCharXY3(':', x, y, ALIGN_TOPLEFT, DTF_NO_TYPEIN); if(minutes > 0) { dd_snprintf(buf, 20, "%d", minutes); FR_DrawTextXY3(buf, x, y, ALIGN_TOPRIGHT, DTF_NO_TYPEIN); } dd_snprintf(buf, 20, "%02d", seconds); FR_DrawTextXY3(buf, x+FR_CharWidth(':'), y, ALIGN_TOPLEFT, DTF_NO_TYPEIN); return; } // "sucks" if(!R_GetPatchInfo(pSucks, &info)) return; WI_DrawPatchXY3(pSucks, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pSucks), x - info.geometry.size.width, y, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } void WI_End(void) { NetSv_Intermission(IMF_END, 0, 0); } static void initNoState(void) { inState = ILS_NONE; advanceState = false; stateCounter = 10; NetSv_Intermission(IMF_STATE, inState, 0); } static void tickNoState(void) { --stateCounter; if(0 == stateCounter) { if(IS_CLIENT) return; WI_End(); G_IntermissionDone(); } } static void initShowNextMap(void) { inState = ILS_SHOW_NEXTMAP; advanceState = false; stateCounter = SHOWNEXTLOCDELAY * TICRATE; beginAnimations(); NetSv_Intermission(IMF_STATE, inState, 0); } static void tickShowNextMap(void) { --stateCounter; if(0 == stateCounter || advanceState) { initNoState(); return; } drawYouAreHere = (stateCounter & 31) < 20; } static void drawLocationMarks(void) { if((gameModeBits & GM_ANY_DOOM) && wbs->episode < 3) { DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); // Draw a splat on taken cities. { int i, last = (wbs->currentMap == 8) ? wbs->nextMap-1 : wbs->currentMap; for(i = 0; i <= last; ++i) { drawPatchIfFits(pSplat, &locations[wbs->episode][i]); }} // Splat the secret map? if(wbs->didSecret) { drawPatchIfFits(pSplat, &locations[wbs->episode][8]); } if(drawYouAreHere) { const Point2Raw* origin = &locations[wbs->episode][wbs->nextMap]; patchid_t patchId = chooseYouAreHerePatch(origin); if(0 != patchId) { WI_DrawPatch3(patchId, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId), origin, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } } DGL_Disable(DGL_TEXTURE_2D); } } static void initDeathmatchStats(void) { int i; inState = ILS_SHOW_STATS; advanceState = false; dmState = 1; cntPause = TICRATE; // Clear the on-screen counters. memset(dmTotals, 0, sizeof(dmTotals)); for(i = 0; i < NUMTEAMS; ++i) { memset(dmFrags[i], 0, sizeof(dmFrags[i])); } beginAnimations(); } static void updateDeathmatchStats(void) { int i, j; dd_bool stillTicking; if(advanceState && dmState != 4) { advanceState = false; for(i = 0; i < NUMTEAMS; ++i) { for(j = 0; j < NUMTEAMS; ++j) { dmFrags[i][j] = teamInfo[i].frags[j]; } dmTotals[i] = teamInfo[i].totalFrags; } S_LocalSound(SFX_BAREXP, 0); dmState = 4; } if(dmState == 2) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { for(j = 0; j < NUMTEAMS; ++j) { if(dmFrags[i][j] != teamInfo[i].frags[j]) { if(teamInfo[i].frags[j] < 0) dmFrags[i][j]--; else dmFrags[i][j]++; if(dmFrags[i][j] > 99) dmFrags[i][j] = 99; if(dmFrags[i][j] < -99) dmFrags[i][j] = -99; stillTicking = true; } } dmTotals[i] = teamInfo[i].totalFrags; if(dmTotals[i] > 99) dmTotals[i] = 99; if(dmTotals[i] < -99) dmTotals[i] = -99; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); dmState++; } } else if(dmState == 4) { if(advanceState) { S_LocalSound(SFX_SLOP, 0); if(gameModeBits & GM_ANY_DOOM2) initNoState(); else initShowNextMap(); } } else if(dmState & 1) { if(!--cntPause) { dmState++; cntPause = TICRATE; } } } static void drawDeathmatchStats(void) { int i, j, x, y, w;// lh = WI_SPACINGY; // Line height. DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); // Draw stat titles (top line). { patchinfo_t info; if(R_GetPatchInfo(pTotal, &info)) WI_DrawPatchXY3(pTotal, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pTotal), DM_TOTALSX - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY + 10, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } WI_DrawPatchXY3(pKillers, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pKillers), DM_KILLERSX, DM_KILLERSY, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(pVictims, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pVictims), DM_VICTIMSX, DM_VICTIMSY, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); x = DM_MATRIXX + DM_SPACINGX; y = DM_MATRIXY; for(i = 0; i < NUMTEAMS; ++i) { if(teamInfo[i].playerCount > 0) { patchid_t patchId = pTeamBackgrounds[i]; const char* replacement; patchinfo_t info; FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); R_GetPatchInfo(patchId, &info); replacement = Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId); WI_DrawPatchXY3(patchId, replacement, x - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(patchId, replacement, DM_MATRIXX - info.geometry.size.width / 2, y, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); if(i == inPlayerTeam) { WI_DrawPatchXY3(pFaceDead, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pFaceDead), x - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(pFaceAlive, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pFaceAlive), DM_MATRIXX - info.geometry.size.width / 2, y, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } // If more than 1 member, show the member count. if(1 > teamInfo[i].playerCount) { char tmp[20]; sprintf(tmp, "%i", teamInfo[i].playerCount); FR_SetFont(FID(GF_FONTA)); FR_DrawTextXY3(tmp, x - info.geometry.size.width / 2 + 1, DM_MATRIXY - WI_SPACINGY + info.geometry.size.height - 8, ALIGN_TOPLEFT, DTF_NO_TYPEIN); FR_DrawTextXY3(tmp, DM_MATRIXX - info.geometry.size.width / 2 + 1, y + info.geometry.size.height - 8, ALIGN_TOPLEFT, DTF_NO_TYPEIN); } } else { patchid_t patchId = pTeamIcons[i]; const char* replacement = Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, patchId); patchinfo_t info; FR_SetColorAndAlpha(defFontRGB[CR], defFontRGB[CG], defFontRGB[CB], 1); R_GetPatchInfo(patchId, &info); WI_DrawPatchXY3(patchId, replacement, x - info.geometry.size.width / 2, DM_MATRIXY - WI_SPACINGY + 10, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(patchId, replacement, DM_MATRIXX - info.geometry.size.width / 2, y + 10, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } x += DM_SPACINGX; y += WI_SPACINGY; } // Draw stats. y = DM_MATRIXY + 10; FR_SetFont(FID(GF_SMALL)); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); w = FR_CharWidth('0'); for(i = 0; i < NUMTEAMS; ++i) { x = DM_MATRIXX + DM_SPACINGX; if(teamInfo[i].playerCount > 0) { char buf[20]; for(j = 0; j < NUMTEAMS; ++j) { if(teamInfo[j].playerCount > 0) { dd_snprintf(buf, 20, "%i", dmFrags[i][j]); FR_DrawTextXY3(buf, x + w, y, ALIGN_TOPRIGHT, DTF_NO_TYPEIN); } x += DM_SPACINGX; } dd_snprintf(buf, 20, "%i", dmTotals[i]); FR_DrawTextXY3(buf, DM_TOTALSX + w, y, ALIGN_TOPRIGHT, DTF_NO_TYPEIN); } y += WI_SPACINGY; } DGL_Disable(DGL_TEXTURE_2D); } static void initNetgameStats(void) { int i; inState = ILS_SHOW_STATS; advanceState = false; ngState = 1; cntPause = TICRATE; memset(cntKills, 0, sizeof(cntKills)); memset(cntItems, 0, sizeof(cntItems)); memset(cntSecret, 0, sizeof(cntSecret)); memset(cntFrags, 0, sizeof(cntFrags)); doFrags = 0; for(i = 0; i < NUMTEAMS; ++i) { doFrags += teamInfo[i].totalFrags; } doFrags = !doFrags; beginAnimations(); } static void updateNetgameStats(void) { dd_bool stillTicking; int i, fsum; if(advanceState && ngState != 10) { advanceState = false; for(i = 0; i < NUMTEAMS; ++i) { cntKills[i] = (teamInfo[i].kills * 100) / wbs->maxKills; cntItems[i] = (teamInfo[i].items * 100) / wbs->maxItems; cntSecret[i] = (teamInfo[i].secret * 100) / wbs->maxSecret; if(doFrags) cntFrags[i] = teamInfo[i].totalFrags; } S_LocalSound(SFX_BAREXP, 0); ngState = 10; } if(ngState == 2) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntKills[i] += 2; if(cntKills[i] >= (teamInfo[i].kills * 100) / wbs->maxKills) cntKills[i] = (teamInfo[i].kills * 100) / wbs->maxKills; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); ngState++; } } else if(ngState == 4) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntItems[i] += 2; if(cntItems[i] >= (teamInfo[i].items * 100) / wbs->maxItems) cntItems[i] = (teamInfo[i].items * 100) / wbs->maxItems; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); ngState++; } } else if(ngState == 6) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntSecret[i] += 2; if(cntSecret[i] >= (teamInfo[i].secret * 100) / wbs->maxSecret) cntSecret[i] = (teamInfo[i].secret * 100) / wbs->maxSecret; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_BAREXP, 0); ngState += 1 + 2 * !doFrags; } } else if(ngState == 8) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); stillTicking = false; for(i = 0; i < NUMTEAMS; ++i) { cntFrags[i] += 1; fsum = teamInfo[i].totalFrags; if(cntFrags[i] >= fsum) cntFrags[i] = fsum; else stillTicking = true; } if(!stillTicking) { S_LocalSound(SFX_PLDETH, 0); ngState++; } } else if(ngState == 10) { if(advanceState) { S_LocalSound(SFX_SGCOCK, 0); if(gameModeBits & GM_ANY_DOOM2) initNoState(); else initShowNextMap(); } } else if(ngState & 1) { if(!--cntPause) { ngState++; cntPause = TICRATE; } } } static void drawNetgameStats(void) { #define ORIGINX (NG_STATSX + starWidth/2 + NG_STATSX*!doFrags) int i, x, y, starWidth, pwidth; patchinfo_t info; DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); pwidth = FR_CharWidth('%'); R_GetPatchInfo(pFaceAlive, &info); starWidth = info.geometry.size.width; // Draw stat titles (top line). R_GetPatchInfo(pKills, &info); WI_DrawPatchXY3(pKills, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pKills), ORIGINX + NG_SPACINGX, NG_STATSY, ALIGN_TOPRIGHT, 0, DTF_NO_TYPEIN); y = NG_STATSY + info.geometry.size.height; WI_DrawPatchXY3(pItems, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pItems), ORIGINX + 2 * NG_SPACINGX, NG_STATSY, ALIGN_TOPRIGHT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(pSecret, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pSecret), ORIGINX + 3 * NG_SPACINGX, NG_STATSY, ALIGN_TOPRIGHT, 0, DTF_NO_TYPEIN); if(doFrags) { WI_DrawPatchXY3(pFrags, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pFrags), ORIGINX + 4 * NG_SPACINGX, NG_STATSY, ALIGN_TOPRIGHT, 0, DTF_NO_TYPEIN); } // Draw stats. for(i = 0; i < NUMTEAMS; ++i) { patchinfo_t info; if(0 == teamInfo[i].playerCount) continue; FR_SetFont(FID(GF_FONTA)); FR_SetColorAndAlpha(1, 1, 1, 1); x = ORIGINX; R_GetPatchInfo(pTeamBackgrounds[i], &info); WI_DrawPatchXY3(pTeamBackgrounds[i], Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pTeamBackgrounds[i]), x - info.geometry.size.width, y, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); // If more than 1 member, show the member count. if(1 != teamInfo[i].playerCount) { char tmp[40]; sprintf(tmp, "%i", teamInfo[i].playerCount); FR_DrawTextXY3(tmp, x - info.geometry.size.width + 1, y + info.geometry.size.height - 8, ALIGN_TOPLEFT, DTF_NO_TYPEIN); } FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); if(i == inPlayerTeam) WI_DrawPatchXY3(pFaceAlive, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pFaceAlive), x - info.geometry.size.width, y, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); x += NG_SPACINGX; FR_SetFont(FID(GF_SMALL)); drawPercent(x - pwidth, y + 10, cntKills[i]); x += NG_SPACINGX; drawPercent(x - pwidth, y + 10, cntItems[i]); x += NG_SPACINGX; drawPercent(x - pwidth, y + 10, cntSecret[i]); x += NG_SPACINGX; if(doFrags) { char buf[20]; dd_snprintf(buf, 20, "%i", cntFrags[i]); FR_DrawTextXY3(buf, x, y + 10, ALIGN_TOPRIGHT, DTF_NO_TYPEIN); } y += WI_SPACINGY; } DGL_Disable(DGL_TEXTURE_2D); #undef ORIGINX } static void drawSinglePlayerStats(void) { int lh; lh = (3 * FR_CharHeight('0')) / 2; // Line height. DGL_Enable(DGL_TEXTURE_2D); DGL_Color4f(1, 1, 1, 1); FR_SetFont(FID(GF_FONTB)); FR_LoadDefaultAttrib(); FR_SetColorAndAlpha(defFontRGB2[CR], defFontRGB2[CG], defFontRGB2[CB], 1); WI_DrawPatchXY3(pKills, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pKills), SP_STATSX, SP_STATSY, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(pItems, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pItems), SP_STATSX, SP_STATSY + lh, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(pSecretSP, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pSecretSP), SP_STATSX, SP_STATSY + 2 * lh, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); WI_DrawPatchXY3(pTime, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pTime), SP_TIMEX, SP_TIMEY, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); if(wbs->parTime != -1) { WI_DrawPatchXY3(pPar, Hu_ChoosePatchReplacement(cfg.inludePatchReplaceMode, pPar), SCREENWIDTH / 2 + SP_TIMEX, SP_TIMEY, ALIGN_TOPLEFT, 0, DTF_NO_TYPEIN); } FR_SetFont(FID(GF_SMALL)); drawPercent(SCREENWIDTH - SP_STATSX, SP_STATSY, cntKills[0]); drawPercent(SCREENWIDTH - SP_STATSX, SP_STATSY + lh, cntItems[0]); drawPercent(SCREENWIDTH - SP_STATSX, SP_STATSY + 2 * lh, cntSecret[0]); if(cntTime >= 0) { drawTime(SCREENWIDTH / 2 - SP_TIMEX, SP_TIMEY, cntTime / TICRATE); } if(wbs->parTime != -1 && cntPar >= 0) { drawTime(SCREENWIDTH - SP_TIMEX, SP_TIMEY, cntPar / TICRATE); } DGL_Disable(DGL_TEXTURE_2D); } static void initShowStats(void) { inState = ILS_SHOW_STATS; advanceState = false; spState = 1; cntKills[0] = cntItems[0] = cntSecret[0] = -1; cntTime = cntPar = -1; cntPause = TICRATE; beginAnimations(); } static void tickShowStats(void) { if(G_Ruleset_Deathmatch()) { updateDeathmatchStats(); return; } else if(IS_NETGAME) { updateNetgameStats(); return; } if(advanceState && spState != 10) { advanceState = false; cntKills[0] = (inPlayerInfo[inPlayerNum].kills * 100) / wbs->maxKills; cntItems[0] = (inPlayerInfo[inPlayerNum].items * 100) / wbs->maxItems; cntSecret[0] = (inPlayerInfo[inPlayerNum].secret * 100) / wbs->maxSecret; cntTime = inPlayerInfo[inPlayerNum].time; if(wbs->parTime != -1) cntPar = wbs->parTime; S_LocalSound(SFX_BAREXP, 0); spState = 10; } if(spState == 2) { cntKills[0] += 2; if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntKills[0] >= (inPlayerInfo[inPlayerNum].kills * 100) / wbs->maxKills) { cntKills[0] = (inPlayerInfo[inPlayerNum].kills * 100) / wbs->maxKills; S_LocalSound(SFX_BAREXP, 0); spState++; } } else if(spState == 4) { cntItems[0] += 2; if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntItems[0] >= (inPlayerInfo[inPlayerNum].items * 100) / wbs->maxItems) { cntItems[0] = (inPlayerInfo[inPlayerNum].items * 100) / wbs->maxItems; S_LocalSound(SFX_BAREXP, 0); spState++; } } else if(spState == 6) { cntSecret[0] += 2; if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntSecret[0] >= (inPlayerInfo[inPlayerNum].secret * 100) / wbs->maxSecret) { cntSecret[0] = (inPlayerInfo[inPlayerNum].secret * 100) / wbs->maxSecret; S_LocalSound(SFX_BAREXP, 0); spState++; } } else if(spState == 8) { if(!(backgroundAnimCounter & 3)) S_LocalSound(SFX_PISTOL, 0); if(cntTime == -1) cntTime = 0; cntTime += TICRATE * 3; // Par time might not be defined so count up and stop on play time instead. if(cntTime >= inPlayerInfo[inPlayerNum].time) { cntTime = inPlayerInfo[inPlayerNum].time; cntPar = wbs->parTime; S_LocalSound(SFX_BAREXP, 0); spState++; } if(wbs->parTime != -1) { if(cntPar == -1) cntPar = 0; cntPar += TICRATE * 3; if(cntPar >= wbs->parTime) cntPar = wbs->parTime; } } else if(spState == 10) { if(advanceState) { S_LocalSound(SFX_SGCOCK, 0); if(gameModeBits & GM_ANY_DOOM2) initNoState(); else initShowNextMap(); } } else if(spState & 1) { if(!--cntPause) { spState++; cntPause = TICRATE; } } } static void drawStats(void) { if(G_Ruleset_Deathmatch()) { drawDeathmatchStats(); } else if(IS_NETGAME) { drawNetgameStats(); } else { drawSinglePlayerStats(); } } /// Check for button presses to skip delays. static void maybeAdvanceState(void) { player_t* player; int i; for(i = 0, player = players; i < MAXPLAYERS; ++i, player++) { if(!players[i].plr->inGame) continue; if(player->brain.attack) { if(!player->attackDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_FIRE, 0); else IN_SkipToNext(); } player->attackDown = true; } else { player->attackDown = false; } if(player->brain.use) { if(!player->useDown) { if(IS_CLIENT) NetCl_PlayerActionRequest(player, GPA_USE, 0); else IN_SkipToNext(); } player->useDown = true; } else { player->useDown = false; } } } void WI_Ticker(void) { ++backgroundAnimCounter; animateBackground(); maybeAdvanceState(); switch(inState) { case ILS_SHOW_STATS: tickShowStats(); break; case ILS_SHOW_NEXTMAP: tickShowNextMap(); break; case ILS_NONE: tickNoState(); break; default: #if _DEBUG Con_Error("WI_Ticker: Invalid state %i.", (int) inState); #endif break; } } static void loadData(void) { char name[9]; int i; if((gameModeBits & GM_ANY_DOOM2) || (gameMode == doom_ultimate && wbs->episode > 2)) { pBackground = R_DeclarePatch("INTERPIC"); } else { sprintf(name, "WIMAP%u", wbs->episode); pBackground = R_DeclarePatch(name); } if((gameModeBits & GM_ANY_DOOM) && wbs->episode < 3) { pYouAreHereRight = R_DeclarePatch("WIURH0"); pYouAreHereLeft = R_DeclarePatch("WIURH1"); pSplat = R_DeclarePatch("WISPLAT"); animStates = (wianimstate_t *)Z_Realloc(animStates, sizeof(*animStates) * animCounts[wbs->episode], PU_GAMESTATIC); if(!animStates) Con_Error("WI_Stuff::loadData: Failed on (re)allocation of %lu bytes for animStates.", (unsigned long) (sizeof(*animStates) * animCounts[wbs->episode])); memset(animStates, 0, sizeof(*animStates) * animCounts[wbs->episode]); for(i = 0; i < animCounts[wbs->episode]; ++i) { wianimdef_t const *def = &animDefs[wbs->episode][i]; wianimstate_t *state = &animStates[i]; int j; state->frame = -1; // Not yet begun. for(j = 0; j < def->numFrames; ++j) { state->patches[j] = R_DeclarePatch(def->patchNames[j]); } } } pFinished = R_DeclarePatch("WIF"); pEntering = R_DeclarePatch("WIENTER"); pKills = R_DeclarePatch("WIOSTK"); pSecret = R_DeclarePatch("WIOSTS"); pSecretSP = R_DeclarePatch("WISCRT2"); pItems = R_DeclarePatch("WIOSTI"); pFrags = R_DeclarePatch("WIFRGS"); pTime = R_DeclarePatch("WITIME"); pSucks = R_DeclarePatch("WISUCKS"); pPar = R_DeclarePatch("WIPAR"); pKillers = R_DeclarePatch("WIKILRS"); pVictims = R_DeclarePatch("WIVCTMS"); pTotal = R_DeclarePatch("WIMSTT"); pFaceAlive = R_DeclarePatch("STFST01"); pFaceDead = R_DeclarePatch("STFDEAD0"); for(i = 0; i < NUMTEAMS; ++i) { sprintf(name, "STPB%d", i); pTeamBackgrounds[i] = R_DeclarePatch(name); sprintf(name, "WIBP%d", i + 1); pTeamIcons[i] = R_DeclarePatch(name); } } void WI_Drawer(void) { dgl_borderedprojectionstate_t bp; /// @todo Kludge: dj: Clearly a kludge but why? if(ILS_NONE == inState) { drawYouAreHere = true; } /// kludge end. GL_ConfigureBorderedProjection(&bp, BPF_OVERDRAW_MASK | BPF_OVERDRAW_CLIP, SCREENWIDTH, SCREENHEIGHT, Get(DD_WINDOW_WIDTH), Get(DD_WINDOW_HEIGHT), cfg.inludeScaleMode); GL_BeginBorderedProjection(&bp); drawBackground(); if(ILS_SHOW_STATS != inState) { drawLocationMarks(); drawEnteringTitle(); } else { drawFinishedTitle(); drawStats(); } GL_EndBorderedProjection(&bp); } static void initVariables(wbstartstruct_t* wbstartstruct) { wbs = wbstartstruct; advanceState = false; stateCounter = backgroundAnimCounter = 0; inPlayerNum = wbs->pNum; inPlayerTeam = cfg.playerColor[wbs->pNum]; inPlayerInfo = wbs->plyr; if(!wbs->maxKills) wbs->maxKills = 1; if(!wbs->maxItems) wbs->maxItems = 1; if(!wbs->maxSecret) wbs->maxSecret = 1; } void WI_Init(wbstartstruct_t* wbstartstruct) { int i, j, k; teaminfo_t* tin; initVariables(wbstartstruct); loadData(); // Calculate team stats. memset(teamInfo, 0, sizeof(teamInfo)); for(i = 0, tin = teamInfo; i < NUMTEAMS; ++i, tin++) { for(j = 0; j < MAXPLAYERS; ++j) { // Is the player in this team? if(!inPlayerInfo[j].inGame || cfg.playerColor[j] != i) continue; ++tin->playerCount; // Check the frags. for(k = 0; k < MAXPLAYERS; ++k) tin->frags[cfg.playerColor[k]] += inPlayerInfo[j].frags[k]; // Counters. if(inPlayerInfo[j].items > tin->items) tin->items = inPlayerInfo[j].items; if(inPlayerInfo[j].kills > tin->kills) tin->kills = inPlayerInfo[j].kills; if(inPlayerInfo[j].secret > tin->secret) tin->secret = inPlayerInfo[j].secret; } // Calculate team's total frags. for(j = 0; j < NUMTEAMS; ++j) { if(j == i) // Suicides are negative frags. tin->totalFrags -= tin->frags[j]; else tin->totalFrags += tin->frags[j]; } } if(G_Ruleset_Deathmatch()) { initDeathmatchStats(); beginAnimations(); } else if(IS_NETGAME) { initNetgameStats(); beginAnimations(); } else { initShowStats(); } } void WI_Shutdown(void) { if(animStates) { Z_Free(animStates); animStates = NULL; } } void WI_SetState(interludestate_t st) { switch(st) { case ILS_SHOW_STATS: initShowStats(); break; case ILS_SHOW_NEXTMAP: initShowNextMap(); break; case ILS_NONE: initNoState(); break; default: #if _DEBUG Con_Error("WI_SetState: Invalid state %i.", (int) st); #endif break; } } doomsday-1.14.5/doomsday/plugins/doom/include/0000775000175000017500000000000012350542240020563 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/include/p_pspr.h0000664000175000017500000000345112350542240022242 0ustar jaakkojaakko/** @file p_pspr.h Player weapon sprite animation. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_PLAY_PSPR_H #define LIBDOOM_PLAY_PSPR_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "tables.h" #include "info.h" struct player_s; /** * Overlay psprites are scaled shapes drawn directly on the viewscreen, * coordinates are in virtual, [320 x 200] viewscreen-space. */ typedef enum { ps_weapon, ps_flash, NUMPSPRITES } psprnum_t; typedef struct { state_t *state; // A NULL state means not active. int tics; float pos[2]; // [x, y]. } pspdef_t; #ifdef __cplusplus extern "C" { #endif void R_GetWeaponBob(int player, float *x, float *y); void P_BringUpWeapon(struct player_s *player); void P_FireWeapon(struct player_s *player); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_PLAY_PSPR_H doomsday-1.14.5/doomsday/plugins/doom/include/d_refresh.h0000664000175000017500000000335112350542240022677 0ustar jaakkojaakko/** @file d_refresh.h DOOM specific refresh functions/utilities. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_REFRESH_H #define LIBDOOM_REFRESH_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "p_mobj.h" DENG_EXTERN_C float quitDarkenOpacity; #ifdef __cplusplus extern "C" { #endif void G_RendPlayerView(int player); void G_InitSpecialFilter(void); /** * Draws a special filter over the screen (e.g. the inversing filter used * when in god mode). */ void G_UpdateSpecialFilter(int player); void G_UpdateSpecialFilterWithTimeDelta(int player, float delta); void D_DrawWindow(Size2Raw const *windowSize); void D_EndFrame(void); /** * Updates the status flags for all visible things. */ void R_SetAllDoomsdayFlags(void); dd_bool R_ViewFilterColor(float rgba[4], int filter); void R_UpdateViewFilter(int player); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_REFRESH_H doomsday-1.14.5/doomsday/plugins/doom/include/d_items.h0000664000175000017500000000455512350542240022371 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_items.h: Items key cards, weapon, ammunition. */ #ifndef __D_ITEMS__ #define __D_ITEMS__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomdef.h" #define WEAPON_INFO(weaponnum, pclass, fmode) (&weaponInfo[weaponnum][pclass].mode[fmode]) typedef enum { WSN_UP, WSN_DOWN, WSN_READY, WSN_ATTACK, WSN_FLASH, NUM_WEAPON_STATE_NAMES } weaponstatename_t; typedef struct { int gameModeBits; // Game modes, weapon is available in. int ammoType[NUM_AMMO_TYPES]; // required ammo types. int perShot[NUM_AMMO_TYPES]; // Ammo used per shot of each type. dd_bool autoFire; // (True)= fire when raised if fire held. int states[NUM_WEAPON_STATE_NAMES]; int raiseSound; // Sound played when weapon is raised. int readySound; // Sound played WHILE weapon is readyied int staticSwitch; // Weapon is not lowered during switch. } weaponmodeinfo_t; // Weapon info: sprite frames, ammunition use. typedef struct { weaponmodeinfo_t mode[NUMWEAPLEVELS]; } weaponinfo_t; DENG_EXTERN_C weaponinfo_t weaponInfo[NUM_WEAPON_TYPES][NUM_PLAYER_CLASSES]; #ifdef __cplusplus extern "C" { #endif void P_InitAmmoInfo(void); void P_InitWeaponInfo(void); void P_InitPlayerValues(struct player_s *p); #ifdef __cplusplus } // extern "C" #endif #endif // __D_ITEMS__ doomsday-1.14.5/doomsday/plugins/doom/include/m_random.h0000664000175000017500000000233312350542240022531 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * m_random.h: Random numbers. */ #ifndef __M_RANDOM_H__ #define __M_RANDOM_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #ifdef __cplusplus extern "C" { #endif byte P_Random(void); byte M_Random(void); void M_ResetRandom(void); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/d_console.h0000664000175000017500000000245512350542240022707 0ustar jaakkojaakko/**\file d_console.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Console settings and commands - DOOM specific. */ #ifndef LIBDOOM_DCONSOLE_H #define LIBDOOM_DCONSOLE_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #ifdef __cplusplus extern "C" { #endif void G_ConsoleRegistration(void); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDOOM_DCONSOLE_H */ doomsday-1.14.5/doomsday/plugins/doom/include/doomdef.h0000664000175000017500000001464012350542240022356 0ustar jaakkojaakko/**\file doomdef.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ #ifndef LIBDOOM_DEFS_H #define LIBDOOM_DEFS_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include #include #ifdef WIN32 # pragma warning(disable:4244) # define stricmp _stricmp # define strnicmp _strnicmp # define strlwr _strlwr # define strupr _strupr #endif #include #include #include #include "doomsday.h" #include "version.h" #include "info.h" #define Set DD_SetInteger #define Get DD_GetInteger // Verbose messages. #define VERBOSE(code) { if(verbose >= 1) { code; } } #define VERBOSE2(code) { if(verbose >= 2) { code; } } DENG_EXTERN_C game_export_t gx; // // Global parameters/defines. // #define MOBJINFO (*_api_InternalData.mobjInfo) #define STATES (*_api_InternalData.states) #define VALIDCOUNT (*_api_InternalData.validCount) typedef enum { doom_shareware, doom, doom_ultimate, doom_chex, doom2, doom2_plut, doom2_tnt, doom2_hacx, NUM_GAME_MODES } gamemode_t; // Game mode bits for the above. #define GM_DOOM_SHAREWARE 0x1 #define GM_DOOM 0x2 #define GM_DOOM_ULTIMATE 0x4 #define GM_DOOM_CHEX 0x8 #define GM_DOOM2 0x10 #define GM_DOOM2_PLUT 0x20 #define GM_DOOM2_TNT 0x40 #define GM_DOOM2_HACX 0x80 #define GM_ANY_DOOM (GM_DOOM|GM_DOOM_SHAREWARE|GM_DOOM_ULTIMATE|GM_DOOM_CHEX) #define GM_ANY_DOOM2 (GM_DOOM2|GM_DOOM2_PLUT|GM_DOOM2_TNT|GM_DOOM2_HACX) #define GM_ANY (GM_ANY_DOOM|GM_ANY_DOOM2) #define SCREENWIDTH 320 #define SCREENHEIGHT 200 #define SCREEN_MUL 1 // The maximum number of players, multiplayer/networking. #define MAXPLAYERS 16 #define NUMPLAYERCOLORS 4 #define NUMTEAMS 4 // Color = team. // State updates, number of tics / second. #define TICRATE 35 /** * The current (high-level) state of the game: whether we are playing, * gazing at the intermission screen, the game final animation, or a demo. */ typedef enum gamestate_e { GS_MAP, GS_INTERMISSION, GS_FINALE, GS_STARTUP, GS_WAITING, GS_INFINE, NUM_GAME_STATES } gamestate_t; // // Player Classes // typedef enum { PCLASS_PLAYER, NUM_PLAYER_CLASSES } playerclass_t; #define PCLASS_INFO(class) (&classInfo[class]) typedef struct classinfo_s{ playerclass_t plrClass; char* niceName; dd_bool userSelectable; mobjtype_t mobjType; int normalState; int runState; int attackState; int attackEndState; int maxArmor; fixed_t maxMove; fixed_t forwardMove[2]; // [walk, run]. fixed_t sideMove[2]; // [walk, run]. int moveMul; // Multiplier for above. int turnSpeed[2]; // [normal, speed] int jumpTics; // Wait in between jumps. int failUseSound; // Sound played when a use fails. } classinfo_t; DENG_EXTERN_C classinfo_t classInfo[NUM_PLAYER_CLASSES]; typedef enum { SM_NOTHINGS = -1, SM_BABY = 0, SM_EASY, SM_MEDIUM, SM_HARD, SM_NIGHTMARE, NUM_SKILL_MODES } skillmode_t; // // Key cards. // typedef enum { KT_FIRST, KT_BLUECARD = KT_FIRST, KT_YELLOWCARD, KT_REDCARD, KT_BLUESKULL, KT_YELLOWSKULL, KT_REDSKULL, NUM_KEY_TYPES } keytype_t; // The defined weapons, // including a marker indicating // user has not changed weapon. typedef enum { WT_FIRST, // fist WT_SECOND, // pistol WT_THIRD, // shotgun WT_FOURTH, // chaingun WT_FIFTH, // missile launcher WT_SIXTH, // plasma rifle WT_SEVENTH, // bfg WT_EIGHTH, // chainsaw WT_NINETH, // supershotgun NUM_WEAPON_TYPES, // No pending weapon change. WT_NOCHANGE } weapontype_t; #define VALID_WEAPONTYPE(val) ((val) >= WT_FIRST && (val) < WT_FIRST + NUM_WEAPON_TYPES) #define NUMWEAPLEVELS 2 // DOOM weapons have 1 power level. // Ammunition types defined. typedef enum { AT_FIRST, AT_CLIP = AT_FIRST, // Pistol / chaingun ammo. AT_SHELL, // Shotgun / double barreled shotgun. AT_CELL, // Plasma rifle, BFG. AT_MISSILE, // Missile launcher. NUM_AMMO_TYPES, AT_NOAMMO // Unlimited for chainsaw / fist. } ammotype_t; // Power ups. typedef enum { PT_FIRST, PT_INVULNERABILITY = PT_FIRST, PT_STRENGTH, PT_INVISIBILITY, PT_IRONFEET, PT_ALLMAP, PT_INFRARED, PT_FLIGHT, NUM_POWER_TYPES } powertype_t; /** * Power up durations, how many seconds till expiration, assuming TICRATE * is 35 ticks/second. */ typedef enum { INVULNTICS = (30 * TICRATE), INVISTICS = (60 * TICRATE), INFRATICS = (120 * TICRATE), IRONTICS = (60 * TICRATE) } powerduration_t; //enum { VX, VY, VZ }; // Vertex indices. enum { CR, CG, CB, CA }; // Color indices. #define IS_SERVER (Get(DD_SERVER)) #define IS_CLIENT (Get(DD_CLIENT)) #define IS_NETGAME (Get(DD_NETGAME)) #define IS_DEDICATED (Get(DD_DEDICATED)) #define SFXVOLUME (Get(DD_SFX_VOLUME) / 17) #define MUSICVOLUME (Get(DD_MUSIC_VOLUME) / 17) // Player taking events, and displaying. #define CONSOLEPLAYER (Get(DD_CONSOLEPLAYER)) #define DISPLAYPLAYER (Get(DD_DISPLAYPLAYER)) #define GAMETIC (*((timespan_t*) DD_GetVariable(DD_GAMETIC))) #define DEFAULT_PLAYER_VIEWHEIGHT (41) #endif /* LIBDOOM_DEFS_H */ doomsday-1.14.5/doomsday/plugins/doom/include/d_think.h0000664000175000017500000000333512350542240022360 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_think.h: MapObj data. * * Map Objects or mobjs are actors, entities, thinker, take-your-pick... * anything that moves, acts, or suffers state changes of more or less * violent nature. */ #ifndef __D_THINK__ #define __D_THINK__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif /** * Experimental stuff. * To compile this as "ANSI C with classes" we will need to handle the * various action functions cleanly. */ typedef void (*actionf_v) (); typedef void (*actionf_p1) (void *); typedef void (*actionf_p2) (void *, void *); #define NOPFUNC ((actionf_v) (-1)) typedef union { actionf_p1 acp1; actionf_v acv; actionf_p2 acp2; } actionf_t; #endif doomsday-1.14.5/doomsday/plugins/doom/include/bossbrain.h0000664000175000017500000000453112350542240022721 0ustar jaakkojaakko/** @file bossbrain.h Playsim "Boss Brain" management. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1999 Chi Hoang, Lee Killough, Jim Flynn, Rand Phares, Ty Halderman (PrBoom 2.2.6) * @authors Copyright © 1999-2000 Jess Haas, Nicolas Kalkhof, Colin Phipps, Florian Schulze (PrBoom 2.2.6) * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_PLAY_BOSSBRAIN_H #define LIBDOOM_PLAY_BOSSBRAIN_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "jdoom.h" #ifdef __cplusplus #include "mapstatereader.h" #include "mapstatewriter.h" /** * Global state of boss brain. * * @ingroup libdoom */ class BossBrain { public: BossBrain(); void clearTargets(); int targetCount() const; void addTarget(struct mobj_s *mo); struct mobj_s *nextTarget(); void write(MapStateWriter *msw) const; void read(MapStateReader *msr); private: DENG2_PRIVATE(d) }; #endif // __cplusplus // C wrapper API --------------------------------------------------------------- #ifdef __cplusplus extern "C" { #else typedef void *BossBrain; #endif void BossBrain_ClearTargets(BossBrain *brain); int BossBrain_TargetCount(BossBrain const *brain); void BossBrain_AddTarget(BossBrain *brain, struct mobj_s *mo); struct mobj_s *BossBrain_NextTarget(BossBrain *brain); #ifdef __cplusplus } // extern "C" #endif /// The One BossBrain instance. DENG_EXTERN_C BossBrain *theBossBrain; #endif // LIBDOOM_PLAY_BOSSBRAIN_H doomsday-1.14.5/doomsday/plugins/doom/include/d_englsh.h0000664000175000017500000004221712350542240022525 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_englsh.h: Printed strings for translation (native is English). */ #ifndef __D_ENGLSH_H__ #define __D_ENGLSH_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #define GET_TXT(x) ((*_api_InternalData.text)? (*_api_InternalData.text)[x].text : "") #define D_DEVSTR GET_TXT(TXT_D_DEVSTR) #define D_CDROM GET_TXT(TXT_D_CDROM) #define PRESSKEY GET_TXT(TXT_PRESSKEY) #define PRESSYN GET_TXT(TXT_PRESSYN) #define QUITMSG GET_TXT(TXT_QUITMSG) #define LOADNET GET_TXT(TXT_LOADNET) #define QLOADNET GET_TXT(TXT_QLOADNET) #define QSAVESPOT GET_TXT(TXT_QSAVESPOT) #define SAVEDEAD GET_TXT(TXT_SAVEDEAD) #define SAVEOUTMAP GET_TXT(TXT_SAVEOUTMAP) #define SAVENET GET_TXT(TXT_SAVENET) #define QSPROMPT GET_TXT(TXT_QSPROMPT) #define QLPROMPT GET_TXT(TXT_QLPROMPT) #define NEWGAME GET_TXT(TXT_NEWGAME) #define NIGHTMARE GET_TXT(TXT_NIGHTMARE) #define SWSTRING GET_TXT(TXT_SWSTRING) #define MSGOFF GET_TXT(TXT_MSGOFF) #define MSGON GET_TXT(TXT_MSGON) #define NETEND GET_TXT(TXT_NETEND) #define ENDGAME GET_TXT(TXT_ENDGAME) #define ENDNOGAME GET_TXT(TXT_ENDNOGAME) #define SUICIDEOUTMAP GET_TXT(TXT_SUICIDEOUTMAP) #define SUICIDEASK GET_TXT(TXT_SUICIDEASK) #define DOSY GET_TXT(TXT_DOSY) #define DETAILHI GET_TXT(TXT_DETAILHI) #define DETAILLO GET_TXT(TXT_DETAILLO) #define GAMMALVL0 GET_TXT(TXT_GAMMALVL0) #define GAMMALVL1 GET_TXT(TXT_GAMMALVL1) #define GAMMALVL2 GET_TXT(TXT_GAMMALVL2) #define GAMMALVL3 GET_TXT(TXT_GAMMALVL3) #define GAMMALVL4 GET_TXT(TXT_GAMMALVL4) #define EMPTYSTRING GET_TXT(TXT_EMPTYSTRING) #define GOTARMOR GET_TXT(TXT_GOTARMOR) #define GOTMEGA GET_TXT(TXT_GOTMEGA) #define GOTHTHBONUS GET_TXT(TXT_GOTHTHBONUS) #define GOTARMBONUS GET_TXT(TXT_GOTARMBONUS) #define GOTSTIM GET_TXT(TXT_GOTSTIM) #define GOTMEDINEED GET_TXT(TXT_GOTMEDINEED) #define GOTMEDIKIT GET_TXT(TXT_GOTMEDIKIT) #define GOTSUPER GET_TXT(TXT_GOTSUPER) #define GOTBLUECARD GET_TXT(TXT_GOTBLUECARD) #define GOTYELWCARD GET_TXT(TXT_GOTYELWCARD) #define GOTREDCARD GET_TXT(TXT_GOTREDCARD) #define GOTBLUESKUL GET_TXT(TXT_GOTBLUESKUL) #define GOTYELWSKUL GET_TXT(TXT_GOTYELWSKUL) #define GOTREDSKULL GET_TXT(TXT_GOTREDSKULL) #define GOTINVUL GET_TXT(TXT_GOTINVUL) #define GOTBERSERK GET_TXT(TXT_GOTBERSERK) #define GOTINVIS GET_TXT(TXT_GOTINVIS) #define GOTSUIT GET_TXT(TXT_GOTSUIT) #define GOTMAP GET_TXT(TXT_GOTMAP) #define GOTVISOR GET_TXT(TXT_GOTVISOR) #define GOTMSPHERE GET_TXT(TXT_GOTMSPHERE) #define GOTCLIP GET_TXT(TXT_GOTCLIP) #define GOTCLIPBOX GET_TXT(TXT_GOTCLIPBOX) #define GOTROCKET GET_TXT(TXT_GOTROCKET) #define GOTROCKBOX GET_TXT(TXT_GOTROCKBOX) #define GOTCELL GET_TXT(TXT_GOTCELL) #define GOTCELLBOX GET_TXT(TXT_GOTCELLBOX) #define GOTSHELLS GET_TXT(TXT_GOTSHELLS) #define GOTSHELLBOX GET_TXT(TXT_GOTSHELLBOX) #define GOTBACKPACK GET_TXT(TXT_GOTBACKPACK) #define GOTBFG9000 GET_TXT(TXT_GOTBFG9000) #define GOTCHAINGUN GET_TXT(TXT_GOTCHAINGUN) #define GOTCHAINSAW GET_TXT(TXT_GOTCHAINSAW) #define GOTLAUNCHER GET_TXT(TXT_GOTLAUNCHER) #define GOTPLASMA GET_TXT(TXT_GOTPLASMA) #define GOTSHOTGUN GET_TXT(TXT_GOTSHOTGUN) #define GOTSHOTGUN2 GET_TXT(TXT_GOTSHOTGUN2) #define PD_BLUEO GET_TXT(TXT_PD_BLUEO) #define PD_REDO GET_TXT(TXT_PD_REDO) #define PD_YELLOWO GET_TXT(TXT_PD_YELLOWO) #define PD_BLUEK GET_TXT(TXT_PD_BLUEK) #define PD_REDK GET_TXT(TXT_PD_REDK) #define PD_YELLOWK GET_TXT(TXT_PD_YELLOWK) #define TXT_GAMESAVED GET_TXT(TXT_GGSAVED) #define HUSTR_MSGU GET_TXT(TXT_HUSTR_MSGU) #define HUSTR_E1M1 GET_TXT(TXT_HUSTR_E1M1) #define HUSTR_E1M2 GET_TXT(TXT_HUSTR_E1M2) #define HUSTR_E1M3 GET_TXT(TXT_HUSTR_E1M3) #define HUSTR_E1M4 GET_TXT(TXT_HUSTR_E1M4) #define HUSTR_E1M5 GET_TXT(TXT_HUSTR_E1M5) #define HUSTR_E1M6 GET_TXT(TXT_HUSTR_E1M6) #define HUSTR_E1M7 GET_TXT(TXT_HUSTR_E1M7) #define HUSTR_E1M8 GET_TXT(TXT_HUSTR_E1M8) #define HUSTR_E1M9 GET_TXT(TXT_HUSTR_E1M9) #define HUSTR_E2M1 GET_TXT(TXT_HUSTR_E2M1) #define HUSTR_E2M2 GET_TXT(TXT_HUSTR_E2M2) #define HUSTR_E2M3 GET_TXT(TXT_HUSTR_E2M3) #define HUSTR_E2M4 GET_TXT(TXT_HUSTR_E2M4) #define HUSTR_E2M5 GET_TXT(TXT_HUSTR_E2M5) #define HUSTR_E2M6 GET_TXT(TXT_HUSTR_E2M6) #define HUSTR_E2M7 GET_TXT(TXT_HUSTR_E2M7) #define HUSTR_E2M8 GET_TXT(TXT_HUSTR_E2M8) #define HUSTR_E2M9 GET_TXT(TXT_HUSTR_E2M9) #define HUSTR_E3M1 GET_TXT(TXT_HUSTR_E3M1) #define HUSTR_E3M2 GET_TXT(TXT_HUSTR_E3M2) #define HUSTR_E3M3 GET_TXT(TXT_HUSTR_E3M3) #define HUSTR_E3M4 GET_TXT(TXT_HUSTR_E3M4) #define HUSTR_E3M5 GET_TXT(TXT_HUSTR_E3M5) #define HUSTR_E3M6 GET_TXT(TXT_HUSTR_E3M6) #define HUSTR_E3M7 GET_TXT(TXT_HUSTR_E3M7) #define HUSTR_E3M8 GET_TXT(TXT_HUSTR_E3M8) #define HUSTR_E3M9 GET_TXT(TXT_HUSTR_E3M9) #define HUSTR_E4M1 GET_TXT(TXT_HUSTR_E4M1) #define HUSTR_E4M2 GET_TXT(TXT_HUSTR_E4M2) #define HUSTR_E4M3 GET_TXT(TXT_HUSTR_E4M3) #define HUSTR_E4M4 GET_TXT(TXT_HUSTR_E4M4) #define HUSTR_E4M5 GET_TXT(TXT_HUSTR_E4M5) #define HUSTR_E4M6 GET_TXT(TXT_HUSTR_E4M6) #define HUSTR_E4M7 GET_TXT(TXT_HUSTR_E4M7) #define HUSTR_E4M8 GET_TXT(TXT_HUSTR_E4M8) #define HUSTR_E4M9 GET_TXT(TXT_HUSTR_E4M9) #define HUSTR_1 GET_TXT(TXT_HUSTR_1) #define HUSTR_2 GET_TXT(TXT_HUSTR_2) #define HUSTR_3 GET_TXT(TXT_HUSTR_3) #define HUSTR_4 GET_TXT(TXT_HUSTR_4) #define HUSTR_5 GET_TXT(TXT_HUSTR_5) #define HUSTR_6 GET_TXT(TXT_HUSTR_6) #define HUSTR_7 GET_TXT(TXT_HUSTR_7) #define HUSTR_8 GET_TXT(TXT_HUSTR_8) #define HUSTR_9 GET_TXT(TXT_HUSTR_9) #define HUSTR_10 GET_TXT(TXT_HUSTR_10) #define HUSTR_11 GET_TXT(TXT_HUSTR_11) #define HUSTR_12 GET_TXT(TXT_HUSTR_12) #define HUSTR_13 GET_TXT(TXT_HUSTR_13) #define HUSTR_14 GET_TXT(TXT_HUSTR_14) #define HUSTR_15 GET_TXT(TXT_HUSTR_15) #define HUSTR_16 GET_TXT(TXT_HUSTR_16) #define HUSTR_17 GET_TXT(TXT_HUSTR_17) #define HUSTR_18 GET_TXT(TXT_HUSTR_18) #define HUSTR_19 GET_TXT(TXT_HUSTR_19) #define HUSTR_20 GET_TXT(TXT_HUSTR_20) #define HUSTR_21 GET_TXT(TXT_HUSTR_21) #define HUSTR_22 GET_TXT(TXT_HUSTR_22) #define HUSTR_23 GET_TXT(TXT_HUSTR_23) #define HUSTR_24 GET_TXT(TXT_HUSTR_24) #define HUSTR_25 GET_TXT(TXT_HUSTR_25) #define HUSTR_26 GET_TXT(TXT_HUSTR_26) #define HUSTR_27 GET_TXT(TXT_HUSTR_27) #define HUSTR_28 GET_TXT(TXT_HUSTR_28) #define HUSTR_29 GET_TXT(TXT_HUSTR_29) #define HUSTR_30 GET_TXT(TXT_HUSTR_30) #define HUSTR_31 GET_TXT(TXT_HUSTR_31) #define HUSTR_32 GET_TXT(TXT_HUSTR_32) #define PHUSTR_1 GET_TXT(TXT_PHUSTR_1) #define PHUSTR_2 GET_TXT(TXT_PHUSTR_2) #define PHUSTR_3 GET_TXT(TXT_PHUSTR_3) #define PHUSTR_4 GET_TXT(TXT_PHUSTR_4) #define PHUSTR_5 GET_TXT(TXT_PHUSTR_5) #define PHUSTR_6 GET_TXT(TXT_PHUSTR_6) #define PHUSTR_7 GET_TXT(TXT_PHUSTR_7) #define PHUSTR_8 GET_TXT(TXT_PHUSTR_8) #define PHUSTR_9 GET_TXT(TXT_PHUSTR_9) #define PHUSTR_10 GET_TXT(TXT_PHUSTR_10) #define PHUSTR_11 GET_TXT(TXT_PHUSTR_11) #define PHUSTR_12 GET_TXT(TXT_PHUSTR_12) #define PHUSTR_13 GET_TXT(TXT_PHUSTR_13) #define PHUSTR_14 GET_TXT(TXT_PHUSTR_14) #define PHUSTR_15 GET_TXT(TXT_PHUSTR_15) #define PHUSTR_16 GET_TXT(TXT_PHUSTR_16) #define PHUSTR_17 GET_TXT(TXT_PHUSTR_17) #define PHUSTR_18 GET_TXT(TXT_PHUSTR_18) #define PHUSTR_19 GET_TXT(TXT_PHUSTR_19) #define PHUSTR_20 GET_TXT(TXT_PHUSTR_20) #define PHUSTR_21 GET_TXT(TXT_PHUSTR_21) #define PHUSTR_22 GET_TXT(TXT_PHUSTR_22) #define PHUSTR_23 GET_TXT(TXT_PHUSTR_23) #define PHUSTR_24 GET_TXT(TXT_PHUSTR_24) #define PHUSTR_25 GET_TXT(TXT_PHUSTR_25) #define PHUSTR_26 GET_TXT(TXT_PHUSTR_26) #define PHUSTR_27 GET_TXT(TXT_PHUSTR_27) #define PHUSTR_28 GET_TXT(TXT_PHUSTR_28) #define PHUSTR_29 GET_TXT(TXT_PHUSTR_29) #define PHUSTR_30 GET_TXT(TXT_PHUSTR_30) #define PHUSTR_31 GET_TXT(TXT_PHUSTR_31) #define PHUSTR_32 GET_TXT(TXT_PHUSTR_32) #define THUSTR_1 GET_TXT(TXT_THUSTR_1) #define THUSTR_2 GET_TXT(TXT_THUSTR_2) #define THUSTR_3 GET_TXT(TXT_THUSTR_3) #define THUSTR_4 GET_TXT(TXT_THUSTR_4) #define THUSTR_5 GET_TXT(TXT_THUSTR_5) #define THUSTR_6 GET_TXT(TXT_THUSTR_6) #define THUSTR_7 GET_TXT(TXT_THUSTR_7) #define THUSTR_8 GET_TXT(TXT_THUSTR_8) #define THUSTR_9 GET_TXT(TXT_THUSTR_9) #define THUSTR_10 GET_TXT(TXT_THUSTR_10) #define THUSTR_11 GET_TXT(TXT_THUSTR_11) #define THUSTR_12 GET_TXT(TXT_THUSTR_12) #define THUSTR_13 GET_TXT(TXT_THUSTR_13) #define THUSTR_14 GET_TXT(TXT_THUSTR_14) #define THUSTR_15 GET_TXT(TXT_THUSTR_15) #define THUSTR_16 GET_TXT(TXT_THUSTR_16) #define THUSTR_17 GET_TXT(TXT_THUSTR_17) #define THUSTR_18 GET_TXT(TXT_THUSTR_18) #define THUSTR_19 GET_TXT(TXT_THUSTR_19) #define THUSTR_20 GET_TXT(TXT_THUSTR_20) #define THUSTR_21 GET_TXT(TXT_THUSTR_21) #define THUSTR_22 GET_TXT(TXT_THUSTR_22) #define THUSTR_23 GET_TXT(TXT_THUSTR_23) #define THUSTR_24 GET_TXT(TXT_THUSTR_24) #define THUSTR_25 GET_TXT(TXT_THUSTR_25) #define THUSTR_26 GET_TXT(TXT_THUSTR_26) #define THUSTR_27 GET_TXT(TXT_THUSTR_27) #define THUSTR_28 GET_TXT(TXT_THUSTR_28) #define THUSTR_29 GET_TXT(TXT_THUSTR_29) #define THUSTR_30 GET_TXT(TXT_THUSTR_30) #define THUSTR_31 GET_TXT(TXT_THUSTR_31) #define THUSTR_32 GET_TXT(TXT_THUSTR_32) #define HUSTR_CHATMACRO1 GET_TXT(TXT_HUSTR_CHATMACRO1) #define HUSTR_CHATMACRO2 GET_TXT(TXT_HUSTR_CHATMACRO2) #define HUSTR_CHATMACRO3 GET_TXT(TXT_HUSTR_CHATMACRO3) #define HUSTR_CHATMACRO4 GET_TXT(TXT_HUSTR_CHATMACRO4) #define HUSTR_CHATMACRO5 GET_TXT(TXT_HUSTR_CHATMACRO5) #define HUSTR_CHATMACRO6 GET_TXT(TXT_HUSTR_CHATMACRO6) #define HUSTR_CHATMACRO7 GET_TXT(TXT_HUSTR_CHATMACRO7) #define HUSTR_CHATMACRO8 GET_TXT(TXT_HUSTR_CHATMACRO8) #define HUSTR_CHATMACRO9 GET_TXT(TXT_HUSTR_CHATMACRO9) #define HUSTR_CHATMACRO0 GET_TXT(TXT_HUSTR_CHATMACRO0) #define HUSTR_TALKTOSELF1 GET_TXT(TXT_HUSTR_TALKTOSELF1) #define HUSTR_TALKTOSELF2 GET_TXT(TXT_HUSTR_TALKTOSELF2) #define HUSTR_TALKTOSELF3 GET_TXT(TXT_HUSTR_TALKTOSELF3) #define HUSTR_TALKTOSELF4 GET_TXT(TXT_HUSTR_TALKTOSELF4) #define HUSTR_TALKTOSELF5 GET_TXT(TXT_HUSTR_TALKTOSELF5) #define HUSTR_MESSAGESENT GET_TXT(TXT_HUSTR_MESSAGESENT) /** * The following should NOT be changed unless it seems just AWFULLY * necessary! */ #define HUSTR_PLRGREEN GET_TXT(TXT_HUSTR_PLRGREEN) #define HUSTR_PLRINDIGO GET_TXT(TXT_HUSTR_PLRINDIGO) #define HUSTR_PLRBROWN GET_TXT(TXT_HUSTR_PLRBROWN) #define HUSTR_PLRRED GET_TXT(TXT_HUSTR_PLRRED) //// @todo What are these doing here?? #define HUSTR_KEYGREEN 'g' #define HUSTR_KEYINDIGO 'i' #define HUSTR_KEYBROWN 'b' #define HUSTR_KEYRED 'r' #define AMSTR_FOLLOWON GET_TXT(TXT_AMSTR_FOLLOWON) #define AMSTR_FOLLOWOFF GET_TXT(TXT_AMSTR_FOLLOWOFF) #define AMSTR_ROTATEON GET_TXT(TXT_AMSTR_ROTATEON) #define AMSTR_ROTATEOFF GET_TXT(TXT_AMSTR_ROTATEOFF) #define AMSTR_GRIDON GET_TXT(TXT_AMSTR_GRIDON) #define AMSTR_GRIDOFF GET_TXT(TXT_AMSTR_GRIDOFF) #define AMSTR_MARKEDSPOT GET_TXT(TXT_AMSTR_MARKEDSPOT) #define AMSTR_MARKSCLEARED GET_TXT(TXT_AMSTR_MARKSCLEARED) // Key names: #define KEY1 GET_TXT(TXT_KEY1) #define KEY2 GET_TXT(TXT_KEY2) #define KEY3 GET_TXT(TXT_KEY3) #define KEY4 GET_TXT(TXT_KEY4) #define KEY5 GET_TXT(TXT_KEY5) #define KEY6 GET_TXT(TXT_KEY6) // Weapon names: #define WEAPON1 GET_TXT(TXT_WEAPON1) #define WEAPON2 GET_TXT(TXT_WEAPON2) #define WEAPON3 GET_TXT(TXT_WEAPON3) #define WEAPON4 GET_TXT(TXT_WEAPON4) #define WEAPON5 GET_TXT(TXT_WEAPON5) #define WEAPON6 GET_TXT(TXT_WEAPON6) #define WEAPON7 GET_TXT(TXT_WEAPON7) #define WEAPON8 GET_TXT(TXT_WEAPON8) #define WEAPON9 GET_TXT(TXT_WEAPON9) #define STSTR_MUS GET_TXT(TXT_STSTR_MUS) #define STSTR_NOMUS GET_TXT(TXT_STSTR_NOMUS) #define STSTR_DQDON GET_TXT(TXT_STSTR_DQDON) #define STSTR_DQDOFF GET_TXT(TXT_STSTR_DQDOFF) #define STSTR_KFAADDED GET_TXT(TXT_STSTR_KFAADDED) #define STSTR_FAADDED GET_TXT(TXT_STSTR_FAADDED) #define STSTR_NCON GET_TXT(TXT_STSTR_NCON) #define STSTR_NCOFF GET_TXT(TXT_STSTR_NCOFF) #define STSTR_BEHOLD GET_TXT(TXT_STSTR_BEHOLD) #define STSTR_BEHOLDX GET_TXT(TXT_STSTR_BEHOLDX) #define STSTR_CHOPPERS GET_TXT(TXT_STSTR_CHOPPERS) #define STSTR_CLEV GET_TXT(TXT_STSTR_CLEV) #define E1TEXT GET_TXT(TXT_E1TEXT) #define E2TEXT GET_TXT(TXT_E2TEXT) #define E3TEXT GET_TXT(TXT_E3TEXT) #define E4TEXT GET_TXT(TXT_E4TEXT) // After level 6, put this: #define C1TEXT GET_TXT(TXT_C1TEXT) // After level 11, put this: #define C2TEXT GET_TXT(TXT_C2TEXT) // After level 20, put this: #define C3TEXT GET_TXT(TXT_C3TEXT) // After level 29, put this: #define C4TEXT GET_TXT(TXT_C4TEXT) // Before level 31, put this: #define C5TEXT GET_TXT(TXT_C5TEXT) // Before level 32, put this: #define C6TEXT GET_TXT(TXT_C6TEXT) // After map 06: #define P1TEXT GET_TXT(TXT_P1TEXT) // After map 11: #define P2TEXT GET_TXT(TXT_P2TEXT) // After map 20: #define P3TEXT GET_TXT(TXT_P3TEXT) // After map 30: #define P4TEXT GET_TXT(TXT_P4TEXT) // Before map 31: #define P5TEXT GET_TXT(TXT_P5TEXT) // Before map 32: #define P6TEXT GET_TXT(TXT_P6TEXT) #define T1TEXT GET_TXT(TXT_T1TEXT) #define T2TEXT GET_TXT(TXT_T2TEXT) #define T3TEXT GET_TXT(TXT_T3TEXT) #define T4TEXT GET_TXT(TXT_T4TEXT) #define T5TEXT GET_TXT(TXT_T5TEXT) #define T6TEXT GET_TXT(TXT_T6TEXT) #define CC_ZOMBIE GET_TXT(TXT_CC_ZOMBIE) #define CC_SHOTGUN GET_TXT(TXT_CC_SHOTGUN) #define CC_HEAVY GET_TXT(TXT_CC_HEAVY) #define CC_IMP GET_TXT(TXT_CC_IMP) #define CC_DEMON GET_TXT(TXT_CC_DEMON) #define CC_LOST GET_TXT(TXT_CC_LOST) #define CC_CACO GET_TXT(TXT_CC_CACO) #define CC_HELL GET_TXT(TXT_CC_HELL) #define CC_BARON GET_TXT(TXT_CC_BARON) #define CC_ARACH GET_TXT(TXT_CC_ARACH) #define CC_PAIN GET_TXT(TXT_CC_PAIN) #define CC_REVEN GET_TXT(TXT_CC_REVEN) #define CC_MANCU GET_TXT(TXT_CC_MANCU) #define CC_ARCH GET_TXT(TXT_CC_ARCH) #define CC_SPIDER GET_TXT(TXT_CC_SPIDER) #define CC_CYBER GET_TXT(TXT_CC_CYBER) #define CC_HERO GET_TXT(TXT_CC_HERO) #define DELETESAVEGAME_CONFIRM GET_TXT(TXT_DELETESAVEGAME_CONFIRM) #define REBORNLOAD_CONFIRM GET_TXT(TXT_REBORNLOAD_CONFIRM) #endif doomsday-1.14.5/doomsday/plugins/doom/include/acfnlink.h0000664000175000017500000000656412350542240022534 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * acfnlink.h: Action functions (mobj AI). */ #ifndef __ACTION_LINK_H__ #define __ACTION_LINK_H__ #include "dd_share.h" typedef struct { char *name; // Name of the routine. void (C_DECL *func)(); // Pointer to the function. } actionlink_t; DENG_EXTERN_C actionlink_t actionlinks[]; void C_DECL A_BabyMetal(); void C_DECL A_BFGsound(); void C_DECL A_BFGSpray(); /** * Possibly trigger special effects if there are no more bosses. */ void C_DECL A_BossDeath(); void C_DECL A_BrainAwake(); void C_DECL A_BrainDie(); void C_DECL A_BrainExplode(); void C_DECL A_BrainPain(); void C_DECL A_BrainScream(); void C_DECL A_BrainSpit(); void C_DECL A_BruisAttack(); void C_DECL A_BspiAttack(); void C_DECL A_Chase(); void C_DECL A_CheckReload(); void C_DECL A_CloseShotgun2(); void C_DECL A_CPosAttack(); void C_DECL A_CPosRefire(); void C_DECL A_CyberAttack(); void C_DECL A_Explode(); void C_DECL A_FaceTarget(); void C_DECL A_Fall(); void C_DECL A_FatAttack1(); void C_DECL A_FatAttack2(); void C_DECL A_FatAttack3(); void C_DECL A_FatRaise(); void C_DECL A_Fire(); void C_DECL A_FireBFG(); void C_DECL A_FireCGun(); void C_DECL A_FireCrackle(); void C_DECL A_FireMissile(); void C_DECL A_FirePistol(); void C_DECL A_FirePlasma(); void C_DECL A_FireShotgun(); void C_DECL A_FireShotgun2(); void C_DECL A_GunFlash(); void C_DECL A_HeadAttack(); void C_DECL A_Hoof(); /** * DOOM II special targeting sectors with tag 666. */ void C_DECL A_KeenDie(); void C_DECL A_Light0(); void C_DECL A_Light1(); void C_DECL A_Light2(); void C_DECL A_LoadShotgun2(); void C_DECL A_Look(); void C_DECL A_Lower(); void C_DECL A_Metal(); void C_DECL A_OpenShotgun2(); void C_DECL A_Pain(); void C_DECL A_PainAttack(); void C_DECL A_PainDie(); void C_DECL A_PlayerScream(); void C_DECL A_PosAttack(); void C_DECL A_Punch(); void C_DECL A_Raise(); void C_DECL A_ReFire(); void C_DECL A_SargAttack(); void C_DECL A_Saw(); void C_DECL A_Scream(); void C_DECL A_SkelFist(); void C_DECL A_SkelMissile(); void C_DECL A_SkelWhoosh(); void C_DECL A_SkullAttack(); void C_DECL A_SpawnFly(); void C_DECL A_SpawnSound(); void C_DECL A_SpidRefire(); void C_DECL A_SPosAttack(); void C_DECL A_StartFire(); void C_DECL A_Tracer(); void C_DECL A_TroopAttack(); void C_DECL A_VileAttack(); void C_DECL A_VileChase(); void C_DECL A_VileStart(); void C_DECL A_VileTarget(); void C_DECL A_WeaponReady(); void C_DECL A_XScream(); #endif doomsday-1.14.5/doomsday/plugins/doom/include/p_setup.h0000664000175000017500000000323712350542240022420 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_setup.h: Map setup routines */ #ifndef __D_SETUP_H__ #define __D_SETUP_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif // Map objects and their properties: enum { MO_NONE = 0, MO_THING, MO_XLINEDEF, MO_XSECTOR, MO_X, MO_Y, MO_Z, MO_ANGLE, MO_TYPE, MO_DOOMEDNUM, MO_SKILLMODES, MO_FLAGS, MO_TAG }; #ifdef __cplusplus extern "C" { #endif void P_RegisterMapObjs(void); int P_HandleMapDataPropertyValue(uint id, int dtype, int prop, valuetype_t type, void *data); int P_HandleMapObjectStatusReport(int code, uint id, int dtype, void *data); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/jdoom.h0000664000175000017500000000444012350542240022046 0ustar jaakkojaakko/**\file jdoom.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * All jDoom Headers * * A convenience header for including all jDoom headers. */ #ifndef __JDOOM_CONVENIENCE_H__ #define __JDOOM_CONVENIENCE_H__ #include "../../doom/include/acfnlink.h" #include "../../doom/include/d_api.h" #include "../../doom/include/d_config.h" #include "../../doom/include/d_console.h" #include "../../doom/include/d_event.h" #include "../../doom/include/d_main.h" #include "../../doom/include/d_refresh.h" #include "../../doom/include/doomdef.h" #include "../../doom/include/doomtype.h" #include "../../doom/include/dstrings.h" #include "../../doom/include/g_game.h" #include "../../doom/include/info.h" #include "../../doom/include/m_cheat.h" #include "../../doom/include/m_random.h" #include "../../doom/include/p_enemy.h" #include "../../doom/include/bossbrain.h" #include "../../doom/include/p_inter.h" #include "../../doom/include/p_lights.h" #include "../../doom/include/p_local.h" #include "../../doom/include/p_maputl.h" #include "../../doom/include/p_mobj.h" #include "../../doom/include/p_pspr.h" #include "../../doom/include/p_setup.h" #include "../../doom/include/p_spec.h" #include "../../doom/include/p_telept.h" #include "../../doom/include/r_defs.h" #include "../../doom/include/st_stuff.h" #include "../../doom/include/tables.h" #include "../../doom/include/wi_stuff.h" #endif // __JDOOM_CONVENIENCE_H__ doomsday-1.14.5/doomsday/plugins/doom/include/p_telept.h0000664000175000017500000000224212350542240022550 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2009-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_telept.h: */ #ifndef __P_TELEPT_H__ #define __P_TELEPT_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomsday.h" int EV_Teleport(Line* line, int side, mobj_t* mo, dd_bool spawnFog); #endif doomsday-1.14.5/doomsday/plugins/doom/include/p_mobj.h0000664000175000017500000002344612350542240022213 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_mobj.h: Map Objects, definition and handling. */ #ifndef __P_MOBJ__ #define __P_MOBJ__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomsday.h" #include "dd_types.h" #include "d_think.h" #include "p_terraintype.h" #include "doomdata.h" #include "info.h" #include "tables.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define NOMOM_THRESHOLD (0.0001) // (integer) 0 #define DROPOFFMOM_THRESHOLD (0.25) // FRACUNIT/4 #define MAXMOM (30) // 30*FRACUNIT #define MAXMOMSTEP (15) // 30*FRACUNIT/2 #define FRICTION_LOW (0.97265625) // 0xf900 #define FRICTION_FLY (0.91796875) // 0xeb00 #define FRICTION_NORMAL (0.90625000) // 0xe800 #define FRICTION_HIGH (0.41992187) // 0xd700/2 /** * Mobj flags * * \attention IMPORTANT - Keep this current!!! * LEGEND: * p = Flag is persistent (never changes in-game). * i = Internal use (not to be used in defintions). * * \todo Persistent flags (p) don't need to be included in save games or sent to * clients in netgames. We should collect those in to a const flags setting which * is set only once when the mobj is spawned. * * \todo All flags for internal use only (i) should be put in another var and the * flags removed from those defined in GAME/objects.DED */ // --- mobj.flags --- #define MF_SPECIAL 0x00000001 // Call P_SpecialThing when touched. #define MF_SOLID 0x00000002 // Blocks. #define MF_SHOOTABLE 0x00000004 // Can be hit. #define MF_NOSECTOR 0x00000008 // (p) Don't use the sector links (invisible but touchable). #define MF_NOBLOCKMAP 0x00000010 // (p) Don't use the blocklinks (inert but displayable) #define MF_AMBUSH 0x00000020 // Not to be activated by sound, deaf monster. #define MF_JUSTHIT 0x00000040 // Will try to attack right back. #define MF_JUSTATTACKED 0x00000080 // Will take at least one step before attacking. #define MF_SPAWNCEILING 0x00000100 // (p) Hang from ceiling instead of stand on floor. #define MF_NOGRAVITY 0x00000200 // Don't apply gravity (every tic). // Movement flags. #define MF_DROPOFF 0x00000400 // This allows jumps from high places. #define MF_PICKUP 0x00000800 // For players, will pick up items. #define MF_NOCLIP 0x00001000 // (i) Player cheat. //#define MF_??? 0x00002000 // unused #define MF_FLOAT 0x00004000 // Allow moves to any height, no gravity. #define MF_TELEPORT 0x00008000 // (p) Don't cross lines or look at heights on teleport. #define MF_MISSILE 0x00010000 // Don't hit same species, explode on block. #define MF_DROPPED 0x00020000 // (i) Dropped by a demon, not map spawned. #define MF_SHADOW 0x00040000 // Use fuzzy draw (shadow demons or spectres). #define MF_NOBLOOD 0x00080000 // Don't bleed when shot (use puff). #define MF_CORPSE 0x00100000 // (i) Don't stop moving halfway off a step. #define MF_INFLOAT 0x00200000 // Floating to a height for a move, // don't auto float to target's height. #define MF_COUNTKILL 0x00400000 // count towards intermission kill total #define MF_COUNTITEM 0x00800000 // count towards intermission item total #define MF_SKULLFLY 0x01000000 // (i) skull in flight. #define MF_NOTDMATCH 0x02000000 // (p) not spawned in deathmatch mode (e.g. key cards). #define MF_TRANSLATION 0x0c000000 // (i) if 0x4 0x8 or 0xc, use a translation #define MF_TRANSSHIFT 26 // (N/A) table for player colormaps #define MF_LOCAL 0x10000000 // (p) Won't be sent to clients. #define MF_BRIGHTSHADOW 0x20000000 #define MF_BRIGHTEXPLODE 0x40000000 // Make this brightshadow when exploding. #define MF_VIEWALIGN 0x80000000 /** * The following flags are obsolete in a particular mobj version. * They will automatically be cleared when loading an old save game. */ #define MF_V6OBSOLETE (0x00002000) // (MF_SLIDE) // --- mobj.flags2 --- (added in MOBJ_SAVEVERSION 6) #define MF2_LOGRAV 0x00000001 // alternate gravity setting //#define MF2_WINDTHRUST 0x00000002 // (p) gets pushed around by the wind specials // Not in jDoom since there are no built-in wind specials. #define MF2_FLOORBOUNCE 0x00000004 // bounces off the floor #define MF2_THRUGHOST 0x00000008 // (p) missile will pass through ghosts #define MF2_FLY 0x00000010 // (i) fly mode is active #define MF2_FLOORCLIP 0x00000020 // if feet are allowed to be clipped #define MF2_SPAWNFLOAT 0x00000040 // (p) spawn random float z #define MF2_NOTELEPORT 0x00000080 // does not teleport #define MF2_RIP 0x00000100 // (p) missile rips through solid targets #define MF2_PUSHABLE 0x00000200 // can be pushed by other moving mobjs #define MF2_SLIDE 0x00000400 // slides against walls #define MF2_ALWAYSLIT 0x00000800 #define MF2_PASSMOBJ 0x00001000 // Enable z block checking. If on, // this flag will allow the mobj to // pass over/under other mobjs. #define MF2_CANNOTPUSH 0x00002000 // cannot push other pushable mobjs #define MF2_INFZBOMBDAMAGE 0x00004000 // (p) Don't check z height with radius attacks #define MF2_BOSS 0x00008000 // (p) mobj is a major boss //#define MF2_FIREDAMAGE 0x00010000 // does fire damage - Not in jDoom #define MF2_NODMGTHRUST 0x00020000 // does not thrust target when // damaging #define MF2_TELESTOMP 0x00040000 // mobj can stomp another #define MF2_FLOATBOB 0x00080000 // (p) use float bobbing z movement #define MF2_DONTDRAW 0X00100000 // don't generate a vissprite // --- mobj.flags3 --- #define MF3_NOINFIGHT 0x00000001 // Mobj will never be targeted for in-fighting #define MF3_CLIENTACTION 0x00000002 // States' action funcs are executed by client // --- mobj.intflags --- // Internal mobj flags cannot be set using an external definition. #define MIF_FALLING 0x00000001 // $dropoff_fix: Object is falling from a ledge // For torque simulation: #define OVERDRIVE 6 #define MAXGEAR (OVERDRIVE+16) typedef enum dirtype_s { DI_EAST, DI_NORTHEAST, DI_NORTH, DI_NORTHWEST, DI_WEST, DI_SOUTHWEST, DI_SOUTH, DI_SOUTHEAST, DI_NODIR, NUMDIRS } dirtype_t; #define VALID_MOVEDIR(v) ((v) >= DI_EAST && (v) <= DI_SOUTHEAST) // Map Object definition. typedef struct mobj_s { // Defined in dd_share.h; required mobj elements. DD_BASE_MOBJ_ELEMENTS() // Doom-specific data: int damage; // For missiles // Movement direction, movement generation (zig-zagging). int moveDir; // 0-7 int moveCount; // when 0, select a new dir // Thing being chased/attacked (or NULL), // also the originator for missiles. struct mobj_s* target; // If >0, the target will be chased // no matter what (even if shot) int threshold; int intFlags; // internal flags coord_t dropOffZ; // $dropoff_fix short gear; // used in torque simulation dd_bool wallRun; // true = last move was the result of a wallrun // Additional info record for player avatars only. // Only valid if type == MT_PLAYER struct player_s* player; // Player number last looked for. int lastLook; // For nightmare/multiplayer respawn. struct { coord_t origin[3]; angle_t angle; int flags; // MSF_* flags } spawnSpot; // Thing being chased/attacked for tracers. struct mobj_s* tracer; int turnTime; // $visangle-facetarget int corpseTics; // $vanish: how long has this been dead? #ifdef __cplusplus void write(MapStateWriter *msw) const; /** * Always returns @c false as a thinker will have already been allocated in * the mobj creation process. */ int read(MapStateReader *msr); #endif } mobj_t; #ifdef __cplusplus extern "C" { #endif mobj_t *P_SpawnMobjXYZ(mobjtype_t type, coord_t x, coord_t y, coord_t z, angle_t angle, int spawnFlags); mobj_t *P_SpawnMobj(mobjtype_t type, coord_t const pos[3], angle_t angle, int spawnFlags); mobj_t *P_SpawnMissile(mobjtype_t type, mobj_t *source, mobj_t *dest); void P_SpawnBlood(coord_t x, coord_t y, coord_t z, int damage, angle_t angle); mobj_t *P_SpawnTeleFog(coord_t x, coord_t y, angle_t angle); coord_t P_MobjGetFriction(mobj_t* mo); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/doomdata.h0000664000175000017500000000461612350542240022533 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * doomdata.h: Thing and line attributes. */ #ifndef __DOOMDATA__ #define __DOOMDATA__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif // Base plane ids. enum { PLN_FLOOR, PLN_CEILING }; // // Line attributes. // // Blocks monsters only. #define ML_BLOCKMONSTERS 0x0002 /** * If not present on a two-sided line suppress the back sector and instead * consider the line as if it were one-sided. For mod compatibility purposes. */ #define ML_TWOSIDED 0x0004 // In AutoMap: don't map as two sided: IT'S A SECRET! #define ML_SECRET 0x0020 // Sound rendering: don't let sound cross two of these. #define ML_SOUNDBLOCK 0x0040 // Don't draw on the automap at all. #define ML_DONTDRAW 0x0080 // Set if already seen, thus drawn in automap. #define ML_MAPPED 0x0100 // Allows a USE action to pass through a line with a special #define ML_PASSUSE 0x0200 // If set allows any mobj to trigger the line's special #define ML_ALLTRIGGER 0x0400 #define ML_VALID_MASK (ML_BLOCKMONSTERS|ML_TWOSIDED|ML_SECRET|ML_SOUNDBLOCK|ML_DONTDRAW|ML_MAPPED|ML_PASSUSE|ML_ALLTRIGGER) // Special activation types: #define SPAC_CROSS 0 // Player crosses line. #define SPAC_USE 1 // Player uses line. #define SPAC_IMPACT 3 // Projectile hits line. #endif doomsday-1.14.5/doomsday/plugins/doom/include/doomv9mapstatereader.h0000664000175000017500000000313512350542240025075 0ustar jaakkojaakko/** @file doomv9mapstatereader.h Doom ver 1.9 saved game map state reader. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_DOOMV9_MAPSTATEREADER #define LIBDOOM_DOOMV9_MAPSTATEREADER #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include /** * Doom ver 1.9 saved game map state reader. * * @ingroup libdoom */ class DoomV9MapStateReader : public de::game::SavedSession::MapStateReader { public: DoomV9MapStateReader(de::game::SavedSession const &session); ~DoomV9MapStateReader(); void read(de::String const &mapUriStr); private: DENG2_PRIVATE(d) }; #endif // LIBDOOM_DOOMV9_MAPSTATEREADER doomsday-1.14.5/doomsday/plugins/doom/include/p_enemy.h0000664000175000017500000000234212350542240022371 0ustar jaakkojaakko/** @file p_enemy.h Doom-specific enemy AI. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_PLAY_ENEMY_H #define LIBDOOM_PLAY_ENEMY_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "jdoom.h" #ifdef __cplusplus extern "C" { #endif void P_NoiseAlert(mobj_t *target, mobj_t *emmiter); int P_Massacre(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_PLAY_ENEMY_H doomsday-1.14.5/doomsday/plugins/doom/include/st_stuff.h0000664000175000017500000001101212350542240022564 0ustar jaakkojaakko/**\file st_stuff.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Statusbar code jDoom - specific. * * Does the face/direction indicator animatin. * Does palette indicators as well (red pain/berserk, bright pickup) */ #ifndef LIBDOOM_STUFF_H #define LIBDOOM_STUFF_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "hu_lib.h" #include "d_config.h" #ifdef __cplusplus extern "C" { #endif #define ST_HEIGHT (32 * SCREEN_MUL) #define ST_WIDTH (SCREENWIDTH) #define ST_Y (SCREENHEIGHT - ST_HEIGHT) #define ST_AUTOMAP_OBSCURE_TOLERANCE (.9999f) /// Register the console commands, variables, etc..., of this module. void ST_Register(void); void ST_Init(void); void ST_Shutdown(void); int ST_Responder(event_t* ev); void ST_Ticker(timespan_t ticLength); void ST_Drawer(int player); /// Call when the console player is spawned on each map. void ST_Start(int player); void ST_Stop(int player); void ST_CloseAll(int player, dd_bool fast); uiwidget_t* ST_UIChatForPlayer(int player); uiwidget_t* ST_UILogForPlayer(int player); uiwidget_t* ST_UIAutomapForPlayer(int player); dd_bool ST_ChatIsActive(int player); dd_bool ST_StatusBarIsActive(int player); /** * Post a message to the specified player's log. * * @param player Player (local) number whose log to post to. * @param flags @ref logMessageFlags * @param text Message Text to be posted. Messages may use the same * paramater control blocks as with the engine's Text rendering API. */ void ST_LogPost(int player, byte flags, const char* text); /** * Rewind the message log of the specified player, making the last few messages * visible once again. * * @param player Local player number whose message log to refresh. */ void ST_LogRefresh(int player); /** * Empty the message log of the specified player. * * @param player Local player number whose message log to empty. */ void ST_LogEmpty(int player); void ST_LogUpdateAlignment(void); void ST_LogPostVisibilityChangeNotification(void); /** * Start the automap. */ void ST_AutomapOpen(int player, dd_bool yes, dd_bool fast); dd_bool ST_AutomapIsActive(int player); void ST_ToggleAutomapPanMode(int player); void ST_ToggleAutomapMaxZoom(int player); float ST_AutomapOpacity(int player); /** * Does the player's automap obscure this region completely? * @pre Window dimensions use the fixed coordinate space {x} 0 - 320, {y} 0 - 200. * * @param player Local player number whose automap to check. * @param region Window region. * * @return @true= there is no point even partially visible. */ dd_bool ST_AutomapObscures2(int player, const RectRaw* region); dd_bool ST_AutomapObscures(int player, int x, int y, int width, int height); int ST_AutomapAddPoint(int player, coord_t x, coord_t y, coord_t z); void ST_AutomapClearPoints(int player); dd_bool ST_AutomapPointOrigin(int player, int point, coord_t* x, coord_t* y, coord_t* z); void ST_SetAutomapCameraRotation(int player, dd_bool on); int ST_AutomapCheatLevel(int player); void ST_SetAutomapCheatLevel(int player, int level); void ST_CycleAutomapCheatLevel(int player); void ST_RevealAutomap(int player, dd_bool on); dd_bool ST_AutomapHasReveal(int player); void ST_RebuildAutomap(int player); /** * Unhides the current HUD display if hidden. * * @param player Player whoose HUD to (maybe) unhide. * @param event Event type trigger. */ void ST_HUDUnHide(int player, hueevent_t event); D_CMD(ChatOpen); D_CMD(ChatAction); D_CMD(ChatSendMacro); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBDOOM_STUFF_H */ doomsday-1.14.5/doomsday/plugins/doom/include/d_event.h0000664000175000017500000000470512350542240022366 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_event.h: Game actions (instegate changes to game state). */ #ifndef __D_EVENT_H__ #define __D_EVENT_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomtype.h" typedef enum { GA_NONE, GA_RESTARTMAP, GA_NEWSESSION, GA_LOADSESSION, GA_SAVESESSION, GA_MAPCOMPLETED, GA_ENDDEBRIEFING, GA_VICTORY, GA_LEAVEMAP, GA_SCREENSHOT, GA_QUIT } gameaction_t; /* // // Button/action code definitions. // typedef enum { // Press "Fire". //BT_ATTACK = 1, // Use button, to open doors, activate switches. //BT_USE = 2, // Flag: game events, not really buttons. //BT_SPECIAL = 128, //BT_SPECIALMASK = 3, // Center player look angle (pitch back to zero). //BT_LOOKCENTER = 64, // Flag, weapon change pending. // If true, the next 3 bits hold weapon num. //BT_CHANGE = 4, // The 3bit weapon mask and shift, convenience. //BT_WEAPONMASK = (8+16+32+64), //BT_WEAPONSHIFT = 3, //BT_JUMP = 8, //BT_SPEED = 16, // Pause the game. //BTS_PAUSE = 1, // Save the game at each console. //BTS_SAVEGAME = 2, // Savegame slot numbers // occupy the second byte of buttons. //BTS_SAVEMASK = (4+8+16), //BTS_SAVESHIFT = 2, // Special weapon change flags. //BTS_NEXTWEAPON = 4, //BTS_PREVWEAPON = 8, } buttoncode_t;*/ #endif doomsday-1.14.5/doomsday/plugins/doom/include/doomtype.h0000664000175000017500000000361712350542240022603 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2007-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * doomtype_.h: Simple basic typedefs, isolated here to make it easier * separating modules. */ #ifndef __DOOMTYPE_H__ #define __DOOMTYPE_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif // Predefined with some OS. #ifdef UNIX #include #define MAXCHAR SCHAR_MAX #define MAXSHORT SHRT_MAX #define MAXINT INT_MAX #define MAXLONG LONG_MAX #define MINCHAR SCHAR_MIN #define MINSHORT SHRT_MIN #define MININT INT_MIN #define MINLONG LONG_MIN #else /* not UNIX */ #define MAXCHAR ((char)0x7f) #define MAXSHORT ((short)0x7fff) // Max pos 32-bit int. #define MAXINT ((int)0x7fffffff) #define MAXLONG ((long)0x7fffffff) #define MINCHAR ((char)0x80) #define MINSHORT ((short)0x8000) // Max negative 32-bit integer. #define MININT ((int)0x80000000) #define MINLONG ((long)0x80000000) #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/d_config.h0000664000175000017500000002115712350542240022512 0ustar jaakkojaakko/**\file d_config.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * jDoom configuration. * Global settings. Most of these are console variables. */ #ifndef __JDOOM_SETTINGS_H__ #define __JDOOM_SETTINGS_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomdef.h" #include "hu_lib.h" #ifdef __cplusplus extern "C" { #endif enum { HUD_HEALTH, HUD_ARMOR, HUD_AMMO, HUD_KEYS, HUD_FRAGS, HUD_FACE, HUD_LOG, NUMHUDDISPLAYS }; // Hud Unhide Events (the hud will unhide on these events if enabled). typedef enum { HUE_FORCE = -1, HUE_ON_DAMAGE, HUE_ON_PICKUP_HEALTH, HUE_ON_PICKUP_ARMOR, HUE_ON_PICKUP_POWER, HUE_ON_PICKUP_WEAPON, HUE_ON_PICKUP_AMMO, HUE_ON_PICKUP_KEY, NUMHUDUNHIDEEVENTS } hueevent_t; // Counter Cheat flags. #define CCH_KILLS 0x01 #define CCH_ITEMS 0x02 #define CCH_SECRETS 0x04 #define CCH_KILLS_PRCNT 0x08 #define CCH_ITEMS_PRCNT 0x10 #define CCH_SECRETS_PRCNT 0x20 // WARNING: Do not use the dd_bool type. Its size can be either 1 or 4 bytes // depending on build settings. typedef struct jdoom_config_s { float playerMoveSpeed; int useJLook; // Joy look (joy Y => viewpitch) int alwaysRun; // Always run. int noAutoAim; // No auto-aiming? int jLookDeltaMode; int lookSpring; float lookSpeed; float turnSpeed; byte povLookAround; int jumpEnabled; float jumpPower; int airborneMovement; int setBlocks; int screenBlocks; byte deathLookUp; // look up when killed byte slidingCorpses; //byte fastMonsters; byte echoMsg; int hudFog; float menuScale; int menuEffectFlags; float menuShadow; int menuQuitSound; byte menuSlam; byte menuShortcutsEnabled; byte menuScaleMode; int menuPatchReplaceMode; byte menuGameSaveSuggestDescription; byte menuCursorRotate; float menuTextColors[MENU_COLOR_COUNT][3]; float menuTextFlashColor[3]; int menuTextFlashSpeed; float menuTextGlitter; byte inludeScaleMode; int inludePatchReplaceMode; byte confirmQuickGameSave; byte confirmRebornLoad; byte loadLastSaveOnReborn; int hudPatchReplaceMode; byte hudShown[NUMHUDDISPLAYS]; // HUD data visibility. byte hudKeysCombine; // One icon per color (e.g. if red key and red skull is owned only show red key). float hudScale; // How to scale HUD data? float hudColor[4]; float hudIconAlpha; float hudTimer; // Number of seconds until the hud/statusbar auto-hides. byte hudUnHide[NUMHUDUNHIDEEVENTS]; // when the hud/statusbar unhides. byte moveCheckZ; // if true, mobjs can move over/under each other. byte allowMonsterFloatOverBlocking; // if true, floating mobjs are allowed to climb over mobjs blocking the way. byte weaponAutoSwitch; byte noWeaponAutoSwitchIfFiring; byte ammoAutoSwitch; byte berserkAutoSwitch; int weaponOrder[NUM_WEAPON_TYPES]; byte weaponNextMode; // if true use the weaponOrder for next/previous. byte weaponCycleSequential; // if true multiple next/prev weapon impulses can be chained to allow the user to "count-click-switch". byte secretMsg; float filterStrength; int plrViewHeight; byte mapTitle, hideIWADAuthor; byte noCoopDamage; byte noTeamDamage; byte noCoopWeapons; byte noCoopAnything; // disable all multiplayer objects in co-op byte noNetBFG; byte coopRespawnItems; byte respawnMonstersNightmare; float statusbarScale; float statusbarOpacity; float statusbarCounterAlpha; /** * Compatibility options: * @todo Put these into an array so we can use a bit array to change * multiple options based on a compatibility mode (ala PrBoom). */ byte raiseGhosts; byte vileChaseUseVileRadius; byte maxSkulls; byte allowSkullsInWalls; byte anyBossDeath; byte monstersStuckInDoors; byte avoidDropoffs; byte moveBlock; // Dont handle large negative movement in P_TryMoveXY. byte wallRunNorthOnly; // If handle large make exception for wallrunning byte zombiesCanExit; // Zombie players can exit levels. byte fallOff; // Objects fall under their own weight. byte gibCrushedNonBleeders; byte fixOuchFace; byte fixStatusbarOwnedWeapons; byte hudShownCheatCounters; float hudCheatCounterScale; byte hudCheatCounterShowWithAutomap; ///< Only show when the automap is open. // Automap stuff. /* int automapPos; float automapWidth; float automapHeight;*/ float automapMobj[3]; float automapL0[3]; float automapL1[3]; float automapL2[3]; float automapL3[3]; float automapBack[3]; float automapOpacity; float automapLineAlpha; float automapLineWidth; ///< In fixed 320x200 pixels. byte automapRotate; int automapHudDisplay; int automapCustomColors; byte automapShowDoors; float automapDoorGlow; byte automapBabyKeys; float automapZoomSpeed; float automapPanSpeed; byte automapPanResetOnOpen; float automapOpenSeconds; byte automapTitleAtBottom; int msgCount; float msgScale; float msgUptime; int msgBlink; int msgAlign; float msgColor[3]; char *chatMacros[10]; byte chatBeep; int corpseTime; byte killMessages; float bobWeapon, bobView; byte bobWeaponLower; int cameraNoClip; // Crosshair. int xhair; float xhairAngle; float xhairSize; byte xhairVitality; float xhairColor[4]; // Network. byte netDeathmatch; byte netBFGFreeLook; // Allow free-aim with BFG. byte netMobDamageModifier; // Multiplier for non-player mobj damage. byte netMobHealthModifier; // Health modifier for non-player mobjs. int netGravity; // Custom gravity multiplier. byte netNoMaxZRadiusAttack; // Radius attacks are infinitely tall. byte netNoMaxZMonsterMeleeAttack; // Melee attacks are infinitely tall. byte netNoMonsters; byte netRespawn; byte netJumping; byte netEpisode; byte netMap; byte netSkill; byte netSlot; byte netColor; int playerColor[MAXPLAYERS]; } game_config_t; extern game_config_t cfg; #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/p_lights.h0000664000175000017500000000560112350542240022547 0ustar jaakkojaakko/** @file p_lights.h Handle Sector base lighting effects. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_PLAY_LIGHTS_H #define LIBDOOM_PLAY_LIGHTS_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomsday.h" #ifdef __cplusplus # include "mapstatereader.h" # include "mapstatewriter.h" #endif #define GLOWSPEED (8) #define STROBEBRIGHT (5) #define FASTDARK (15) #define SLOWDARK (35) typedef struct fireflicker_s { thinker_t thinker; Sector *sector; int count; float maxLight; float minLight; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } fireflicker_t; typedef struct lightflash_s { thinker_t thinker; Sector *sector; int count; float maxLight; float minLight; int maxTime; int minTime; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } lightflash_t; typedef struct strobe_s { thinker_t thinker; Sector *sector; int count; float minLight; float maxLight; int darkTime; int brightTime; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } strobe_t; typedef struct glow_s { thinker_t thinker; Sector *sector; float minLight; float maxLight; int direction; #ifdef __cplusplus void write(MapStateWriter *msw) const; int read(MapStateReader *msr); #endif } glow_t; #ifdef __cplusplus extern "C" { #endif void T_FireFlicker(void *flickPtr); void P_SpawnFireFlicker(Sector *sector); void T_LightFlash(lightflash_t *flash); void P_SpawnLightFlash(Sector *sector); void T_StrobeFlash(strobe_t *flash); void P_SpawnStrobeFlash(Sector *sector, int fastOrSlow, int inSync); void T_Glow(glow_t* g); void P_SpawnGlowingLight(Sector *sector); void EV_StartLightStrobing(Line *line); void EV_TurnTagLightsOff(Line *line); void EV_LightTurnOn(Line *line, float bright); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_PLAY_LIGHTS_H doomsday-1.14.5/doomsday/plugins/doom/include/version.h0000664000175000017500000000446512350542240022432 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Version numbering, naming etc. */ #ifndef JDOOM_VERSION_H #define JDOOM_VERSION_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "dd_version.h" #ifndef JDOOM_VER_ID # ifdef _DEBUG # define JDOOM_VER_ID "+D Doomsday" # else # define JDOOM_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAMETEXT "jdoom" #define PLUGIN_NAMETEXT2 "libdoom" // for transitioning: for those // resources that have been renamed // to the new name // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "libdoom" #define PLUGIN_NICEAUTHOR DENGPROJECT_NICEAUTHOR #define PLUGIN_DETAILS "libdoom is based on linuxdoom-1.10." #define PLUGIN_HOMEURL DOOMSDAY_HOMEURL #define PLUGIN_DOCSURL DOOMSDAY_DOCSURL #define PLUGIN_VERSION_TEXT DOOMSDAY_VERSION_BASE #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" JDOOM_VER_ID ")" #define PLUGIN_VERSION_NUMBER DOOMSDAY_VERSION_NUMBER // For WIN32 version info. // For WIN32 version info: #define PLUGIN_DESC PLUGIN_NICENAME " " LIBDENG_PLUGINDESC #define PLUGIN_COPYRIGHT "2000-2013, " DENGPROJECT_NICEAUTHOR #endif /* JDOOM_VERSION_H */ doomsday-1.14.5/doomsday/plugins/doom/include/d_main.h0000664000175000017500000000401312350542240022161 0ustar jaakkojaakko/** @file d_main.h Doom-specific game initialization * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBJDOOM_MAIN_H #define LIBJDOOM_MAIN_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomdef.h" DENG_EXTERN_C int verbose; DENG_EXTERN_C float turboMul; // Multiplier for turbo. DENG_EXTERN_C gamemode_t gameMode; DENG_EXTERN_C int gameModeBits; DENG_EXTERN_C char const *borderGraphics[]; DENG_EXTERN_C float defFontRGB[]; DENG_EXTERN_C float defFontRGB2[]; DENG_EXTERN_C float defFontRGB3[]; DENG_EXTERN_C dd_bool monsterInfight; #ifdef __cplusplus extern "C" { #endif /** * Pre Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void D_PreInit(void); /** * Post Game Initialization routine. * All game-specific actions that should take place at this time go here. */ void D_PostInit(void); void D_Shutdown(void); /** * Get a 32-bit integer value. */ int D_GetInteger(int id); /** * Get a pointer to the value of a named variable/constant. */ void *D_GetVariable(int id); #ifdef __cplusplus } // extern "C" #endif #endif // LIBJDOOM_MAIN_H doomsday-1.14.5/doomsday/plugins/doom/include/d_api.h0000664000175000017500000000352312350542240022013 0ustar jaakkojaakko/**\file d_api.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2006-2013 Jaakko Keränen *\author Copyright © 2006-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Doomsday API exchange - DOOM specific. */ #ifndef LIBJDOOM_API_H #define LIBJDOOM_API_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomsday.h" #ifdef __cplusplus extern "C" { #endif extern game_export_t gx; DENG_USING_API(Base); DENG_USING_API(B); DENG_USING_API(Busy); DENG_USING_API(Client); DENG_USING_API(Con); DENG_USING_API(Def); DENG_USING_API(F); DENG_USING_API(FR); DENG_USING_API(GL); DENG_USING_API(Infine); DENG_USING_API(InternalData); DENG_USING_API(Map); DENG_USING_API(Material); DENG_USING_API(MaterialArchive); DENG_USING_API(MPE); DENG_USING_API(Player); DENG_USING_API(Plug); DENG_USING_API(R); DENG_USING_API(Rend); DENG_USING_API(S); DENG_USING_API(Server); DENG_USING_API(Svg); DENG_USING_API(Thinker); DENG_USING_API(Uri); DENG_USING_API(W); #ifdef __cplusplus } // extern "C" #endif #endif /* LIBJDOOM_API_H */ doomsday-1.14.5/doomsday/plugins/doom/include/p_local.h0000664000175000017500000000634412350542240022354 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_local.h: Play functions, animation, global header. */ #ifndef __P_LOCAL_H__ #define __P_LOCAL_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "p_spec.h" #include "p_start.h" #include "p_actor.h" #include "p_xg.h" #include "p_terraintype.h" // Palette indices. // For damage/bonus red-/gold-shifts #define STARTREDPALS (1) #define STARTBONUSPALS (9) #define NUMREDPALS (8) #define NUMBONUSPALS (4) // For HacX's invulnerablity blue palette shift. /// @note These do not correspond to real palette indices. #define STARTINVULPALS (14) #define NUMINVULPALS (4) #define FLOATSPEED (4) #define DELTAMUL (6.324555320) // Used when calculating ticcmd_t.lookdirdelta #define MAXHEALTH (maxHealth) //100 #define VIEWHEIGHT (41) #define TOCENTER (-8) // player radius for movement checking #define PLAYERRADIUS (16) // MAXRADIUS is for precalculated sector block boxes the spider demon is // larger, but we do not have any moving sectors nearby. #define MAXRADIUS (32) #define USERANGE (64) #define MELEERANGE (64) #define MISSILERANGE (32*64) #define BASETHRESHOLD (100) #define sentient(mobj) ((mobj)->health > 0 && P_GetState((mobj)->type, SN_SEE)) DENG_EXTERN_C float turboMul; DENG_EXTERN_C int maxAmmo[NUM_AMMO_TYPES]; DENG_EXTERN_C int clipAmmo[NUM_AMMO_TYPES]; #ifdef __cplusplus extern "C" { #endif void P_SetupPsprites(player_t* plr); void P_MovePsprites(player_t* plr); void P_DropWeapon(player_t* plr); void P_SetPsprite(player_t* plr, int position, statenum_t stnum); void P_MobjThinker(void *mo); void P_RipperBlood(mobj_t* mo); void P_SetDoomsdayFlags(mobj_t* mo); void P_HitFloor(mobj_t* mo); void P_TouchSpecialMobj(mobj_t* special, mobj_t* toucher); int P_DamageMobj(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damage, dd_bool stomping); int P_DamageMobj2(mobj_t* target, mobj_t* inflictor, mobj_t* source, int damage, dd_bool stomping, dd_bool skipNetworkCheck); void P_ExplodeMissile(mobj_t* mo); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/wi_stuff.h0000664000175000017500000000770412350542240022572 0ustar jaakkojaakko/** @file wi_stuff.h DOOM specific intermission screens. * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_WI_STUFF_H #define LIBDOOM_WI_STUFF_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "d_player.h" // Global locations #define WI_TITLEY (2) #define WI_SPACINGY (33) // Single-player stuff #define SP_STATSX (50) #define SP_STATSY (50) #define SP_TIMEX (16) #define SP_TIMEY (SCREENHEIGHT-32) // Net game stuff #define NG_STATSY (50) #define NG_STATSX (32) #define NG_SPACINGX (64) // Deathmatch stuff #define DM_MATRIXX (42) #define DM_MATRIXY (68) #define DM_SPACINGX (40) #define DM_TOTALSX (269) #define DM_KILLERSX (10) #define DM_KILLERSY (100) #define DM_VICTIMSX (5) #define DM_VICTIMSY (50) // States for single-player #define SP_KILLS (0) #define SP_ITEMS (2) #define SP_SECRET (4) #define SP_FRAGS (6) #define SP_TIME (8) #define SP_PAR (ST_TIME) #define SP_PAUSE (1) #define SHOWNEXTLOCDELAY (4) // In seconds. // States for the intermission typedef enum { ILS_NONE = -1, ILS_SHOW_STATS, ILS_SHOW_NEXTMAP } interludestate_t; // // INTERMISSION // Structure passed e.g. to WI_Init(wb) // typedef struct { dd_bool inGame; // Whether the player is in game. // Player stats, kills, collected items etc. int kills; int items; int secret; int time; int frags[MAXPLAYERS]; int score; // Current score on entry, modified on return. } wbplayerstruct_t; typedef struct { uint episode; dd_bool didSecret; // If true, splash the secret level. uint currentMap, nextMap; // This and next maps. int maxKills; int maxItems; int maxSecret; int maxFrags; int parTime; int pNum; // Index of this player in game. wbplayerstruct_t plyr[MAXPLAYERS]; } wbstartstruct_t; #ifdef __cplusplus extern "C" { #endif /// To be called to register the console commands and variables of this module. void WI_Register(void); /** * Perform setup for an intermission. */ void WI_Init(wbstartstruct_t *wbstartstruct); void WI_Shutdown(void); /** * Process game tic for the intermission. * * @note Handles user input due to timing issues in netgames. */ void WI_Ticker(void); /** * Draw the intermission. */ void WI_Drawer(void); /** * Change the current intermission state. */ void WI_SetState(interludestate_t st); /** * End the current intermission. */ void WI_End(void); /** * Skip to the next state in the intermission. */ void IN_SkipToNext(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_WI_STUFF_H doomsday-1.14.5/doomsday/plugins/doom/include/dstrings.h0000664000175000017500000000253412350542240022575 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * dstrings.h: */ #ifndef __DSTRINGS_H__ #define __DSTRINGS_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif // All important printed strings. #include "d_englsh.h" /** * File locations, relative to the base directory. */ #define DEVMAPS "devmaps" #define DEVDATA "devdata" #endif doomsday-1.14.5/doomsday/plugins/doom/include/p_maputl.h0000664000175000017500000000227212350542240022560 0ustar jaakkojaakko/** @file p_maputl.h Movement/collision map utility functions. * * @authors Copyright © 2009-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_P_MAPUTL_H #define LIBDOOM_P_MAPUTL_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "p_mobj.h" /** * Applies "torque" to objects, based on all contacted lines. */ void P_ApplyTorque(mobj_t *mobj); #endif // LIBDOOM_P_MAPUTL_H doomsday-1.14.5/doomsday/plugins/doom/include/tables.h0000664000175000017500000000376212350542240022216 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2009-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * tables.h: Lookup tables. */ #ifndef __TABLES__ #define __TABLES__ #include "doomsday.h" #define FINEANGLES 8192 #define FINEMASK (FINEANGLES-1) #define ANGLETOFINESHIFT 19 // shifts from 0x100000000 to 0x2000 // Binary Angle Measument, BAM. #define ANG45 0x20000000 #define ANG90 0x40000000 #define ANG180 0x80000000 #define ANG270 0xc0000000 // Effective size is 10240. DENG_EXTERN_C fixed_t finesine[5 * FINEANGLES / 4]; // Re-use data, is just PI/2 pahse shift. DENG_EXTERN_C fixed_t *finecosine; // Effective size is 4096. DENG_EXTERN_C fixed_t finetangent[FINEANGLES / 2]; // Effective size is 2049; // The +1 size is to handle the case when x==y without additional checking. DENG_EXTERN_C angle_t tantoangle[SLOPERANGE + 1]; #ifdef __cplusplus extern "C" { #endif // Utility function, called by R_PointToAngle. int SlopeDiv(unsigned num, unsigned den); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/r_defs.h0000664000175000017500000000575012350542240022205 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * r_defs.h: Shared data struct definitions. */ #ifndef __R_DEFS__ #define __R_DEFS__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "p_xg.h" #define SP_floororigheight planes[PLN_FLOOR].origHeight #define SP_ceilorigheight planes[PLN_CEILING].origHeight // Stair build flags. #define BL_BUILT 0x1 #define BL_WAS_BUILT 0x2 #define BL_SPREADED 0x4 typedef struct xsector_s { short special; short tag; // 0 = untraversed, 1,2 = sndlines -1 int soundTraversed; // Thing that made a sound (or null) struct mobj_s* soundTarget; // thinker_t for reversable actions. void* specialData; byte blFlags; // Used during stair building. // Stone, metal, heavy, etc... byte seqType; // NOT USED ATM struct { coord_t origHeight; } planes[2]; // {floor, ceiling} float origLight; float origRGB[3]; xgsector_t* xg; } xsector_t; typedef struct xline_s { short special; short tag; short flags; // Has been rendered at least once and needs to appear in the map, // for each player. dd_bool mapped[MAXPLAYERS]; int validCount; // Extended generalized lines. xgline_t* xg; } xline_t; DENG_EXTERN_C xsector_t* xsectors; DENG_EXTERN_C xline_t* xlines; #ifdef __cplusplus extern "C" { #endif /** * Converts a line to an xline. */ xline_t *P_ToXLine(Line *line); /** * Converts a sector to an xsector. */ xsector_t *P_ToXSector(Sector *sector); /** * Update the specified player's automap. * * @param player Local player number whose map is to change. * @param lineIdx Line to change. * @param visible @c true= mark the line as visible. */ void P_SetLineAutomapVisibility(int player, int lineIdx, dd_bool visible); xline_t *P_GetXLine(int index); xsector_t *P_GetXSector(int index); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/g_game.h0000664000175000017500000000537312350542240022163 0ustar jaakkojaakko/**\file g_game.h *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Top-level (common) game routines jDoom - specific. */ #ifndef LIBJDOOM_G_GAME_H #define LIBJDOOM_G_GAME_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomdef.h" #include "d_event.h" #include "d_player.h" #include "wi_stuff.h" #include "gamerules.h" DENG_EXTERN_C player_t players[MAXPLAYERS]; DENG_EXTERN_C uint nextMap; // If non zero this will be the next map. DENG_EXTERN_C uint nextMapEntrance; DENG_EXTERN_C dd_bool secretExit; DENG_EXTERN_C int totalKills, totalItems, totalSecret; DENG_EXTERN_C wbstartstruct_t wmInfo; DENG_EXTERN_C int bodyQueueSlot; DENG_EXTERN_C dd_bool paused; DENG_EXTERN_C dd_bool precache; DENG_EXTERN_C dd_bool customPal; DENG_EXTERN_C dd_bool briefDisabled; DENG_EXTERN_C int gsvMapMusic; #ifdef __cplusplus extern "C" { #endif void G_Register(void); void G_CommonPreInit(void); /** * Common Post Game Initialization routine. * Game-specific post init actions should be placed in eg D_PostInit() * (for jDoom) and NOT here. */ void G_CommonPostInit(void); void G_CommonShutdown(void); void R_InitRefresh(void); /** * Print a list of all currently available maps and the location of the * source file/directory which contains them. */ void G_PrintMapList(void); void G_DeferredPlayDemo(char *demo); void G_QuitGame(void); void G_StopDemo(void); //void G_DoReborn(int playernum); void G_PlayerReborn(int player); void G_Ticker(timespan_t ticLength); /// @return @c true if the input event @a ev was eaten. int G_PrivilegedResponder(event_t *ev); /// @return @c true if the input event @a ev was eaten. int G_Responder(event_t *ev); void G_PrepareWIData(void); void G_QueueBody(mobj_t *body); #ifdef __cplusplus } // extern "C" #endif #endif // LIBJDOOM_G_GAME_H doomsday-1.14.5/doomsday/plugins/doom/include/oldinfo.h0000664000175000017500000005356512350542240022404 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2009-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * oldinfo.h: Thing frame/state LUT, generated by multigen utilitiy. * * This one is the original DOOM version, preserved. */ #ifndef __INFO__ #define __INFO__ typedef enum { SPR_TROO, SPR_SHTG, SPR_PUNG, SPR_PISG, SPR_PISF, SPR_SHTF, SPR_SHT2, SPR_CHGG, SPR_CHGF, SPR_MISG, SPR_MISF, SPR_SAWG, SPR_PLSG, SPR_PLSF, SPR_BFGG, SPR_BFGF, SPR_BLUD, SPR_PUFF, SPR_BAL1, SPR_BAL2, SPR_PLSS, SPR_PLSE, SPR_MISL, SPR_BFS1, SPR_BFE1, SPR_BFE2, SPR_TFOG, SPR_IFOG, SPR_PLAY, SPR_POSS, SPR_SPOS, SPR_VILE, SPR_FIRE, SPR_FATB, SPR_FBXP, SPR_SKEL, SPR_MANF, SPR_FATT, SPR_CPOS, SPR_SARG, SPR_HEAD, SPR_BAL7, SPR_BOSS, SPR_BOS2, SPR_SKUL, SPR_SPID, SPR_BSPI, SPR_APLS, SPR_APBX, SPR_CYBR, SPR_PAIN, SPR_SSWV, SPR_KEEN, SPR_BBRN, SPR_BOSF, SPR_ARM1, SPR_ARM2, SPR_BAR1, SPR_BEXP, SPR_FCAN, SPR_BON1, SPR_BON2, SPR_BKEY, SPR_RKEY, SPR_YKEY, SPR_BSKU, SPR_RSKU, SPR_YSKU, SPR_STIM, SPR_MEDI, SPR_SOUL, SPR_PINV, SPR_PSTR, SPR_PINS, SPR_MEGA, SPR_SUIT, SPR_PMAP, SPR_PVIS, SPR_CLIP, SPR_AMMO, SPR_ROCK, SPR_BROK, SPR_CELL, SPR_CELP, SPR_SHEL, SPR_SBOX, SPR_BPAK, SPR_BFUG, SPR_MGUN, SPR_CSAW, SPR_LAUN, SPR_PLAS, SPR_SHOT, SPR_SGN2, SPR_COLU, SPR_SMT2, SPR_GOR1, SPR_POL2, SPR_POL5, SPR_POL4, SPR_POL3, SPR_POL1, SPR_POL6, SPR_GOR2, SPR_GOR3, SPR_GOR4, SPR_GOR5, SPR_SMIT, SPR_COL1, SPR_COL2, SPR_COL3, SPR_COL4, SPR_CAND, SPR_CBRA, SPR_COL6, SPR_TRE1, SPR_TRE2, SPR_ELEC, SPR_CEYE, SPR_FSKU, SPR_COL5, SPR_TBLU, SPR_TGRN, SPR_TRED, SPR_SMBT, SPR_SMGT, SPR_SMRT, SPR_HDB1, SPR_HDB2, SPR_HDB3, SPR_HDB4, SPR_HDB5, SPR_HDB6, SPR_POB1, SPR_POB2, SPR_BRS1, SPR_TLMP, SPR_TLP2, NUMSPRITES } spritenum_t; typedef enum { S_NULL, S_LIGHTDONE, S_PUNCH, S_PUNCHDOWN, S_PUNCHUP, S_PUNCH1, S_PUNCH2, S_PUNCH3, S_PUNCH4, S_PUNCH5, S_PISTOL, S_PISTOLDOWN, S_PISTOLUP, S_PISTOL1, S_PISTOL2, S_PISTOL3, S_PISTOL4, S_PISTOLFLASH, S_SGUN, S_SGUNDOWN, S_SGUNUP, S_SGUN1, S_SGUN2, S_SGUN3, S_SGUN4, S_SGUN5, S_SGUN6, S_SGUN7, S_SGUN8, S_SGUN9, S_SGUNFLASH1, S_SGUNFLASH2, S_DSGUN, S_DSGUNDOWN, S_DSGUNUP, S_DSGUN1, S_DSGUN2, S_DSGUN3, S_DSGUN4, S_DSGUN5, S_DSGUN6, S_DSGUN7, S_DSGUN8, S_DSGUN9, S_DSGUN10, S_DSNR1, S_DSNR2, S_DSGUNFLASH1, S_DSGUNFLASH2, S_CHAIN, S_CHAINDOWN, S_CHAINUP, S_CHAIN1, S_CHAIN2, S_CHAIN3, S_CHAINFLASH1, S_CHAINFLASH2, S_MISSILE, S_MISSILEDOWN, S_MISSILEUP, S_MISSILE1, S_MISSILE2, S_MISSILE3, S_MISSILEFLASH1, S_MISSILEFLASH2, S_MISSILEFLASH3, S_MISSILEFLASH4, S_SAW, S_SAWB, S_SAWDOWN, S_SAWUP, S_SAW1, S_SAW2, S_SAW3, S_PLASMA, S_PLASMADOWN, S_PLASMAUP, S_PLASMA1, S_PLASMA2, S_PLASMAFLASH1, S_PLASMAFLASH2, S_BFG, S_BFGDOWN, S_BFGUP, S_BFG1, S_BFG2, S_BFG3, S_BFG4, S_BFGFLASH1, S_BFGFLASH2, S_BLOOD1, S_BLOOD2, S_BLOOD3, S_PUFF1, S_PUFF2, S_PUFF3, S_PUFF4, S_TBALL1, S_TBALL2, S_TBALLX1, S_TBALLX2, S_TBALLX3, S_RBALL1, S_RBALL2, S_RBALLX1, S_RBALLX2, S_RBALLX3, S_PLASBALL, S_PLASBALL2, S_PLASEXP, S_PLASEXP2, S_PLASEXP3, S_PLASEXP4, S_PLASEXP5, S_ROCKET, S_BFGSHOT, S_BFGSHOT2, S_BFGLAND, S_BFGLAND2, S_BFGLAND3, S_BFGLAND4, S_BFGLAND5, S_BFGLAND6, S_BFGEXP, S_BFGEXP2, S_BFGEXP3, S_BFGEXP4, S_EXPLODE1, S_EXPLODE2, S_EXPLODE3, S_TFOG, S_TFOG01, S_TFOG02, S_TFOG2, S_TFOG3, S_TFOG4, S_TFOG5, S_TFOG6, S_TFOG7, S_TFOG8, S_TFOG9, S_TFOG10, S_IFOG, S_IFOG01, S_IFOG02, S_IFOG2, S_IFOG3, S_IFOG4, S_IFOG5, S_PLAY, S_PLAY_RUN1, S_PLAY_RUN2, S_PLAY_RUN3, S_PLAY_RUN4, S_PLAY_ATK1, S_PLAY_ATK2, S_PLAY_PAIN, S_PLAY_PAIN2, S_PLAY_DIE1, S_PLAY_DIE2, S_PLAY_DIE3, S_PLAY_DIE4, S_PLAY_DIE5, S_PLAY_DIE6, S_PLAY_DIE7, S_PLAY_XDIE1, S_PLAY_XDIE2, S_PLAY_XDIE3, S_PLAY_XDIE4, S_PLAY_XDIE5, S_PLAY_XDIE6, S_PLAY_XDIE7, S_PLAY_XDIE8, S_PLAY_XDIE9, S_POSS_STND, S_POSS_STND2, S_POSS_RUN1, S_POSS_RUN2, S_POSS_RUN3, S_POSS_RUN4, S_POSS_RUN5, S_POSS_RUN6, S_POSS_RUN7, S_POSS_RUN8, S_POSS_ATK1, S_POSS_ATK2, S_POSS_ATK3, S_POSS_PAIN, S_POSS_PAIN2, S_POSS_DIE1, S_POSS_DIE2, S_POSS_DIE3, S_POSS_DIE4, S_POSS_DIE5, S_POSS_XDIE1, S_POSS_XDIE2, S_POSS_XDIE3, S_POSS_XDIE4, S_POSS_XDIE5, S_POSS_XDIE6, S_POSS_XDIE7, S_POSS_XDIE8, S_POSS_XDIE9, S_POSS_RAISE1, S_POSS_RAISE2, S_POSS_RAISE3, S_POSS_RAISE4, S_SPOS_STND, S_SPOS_STND2, S_SPOS_RUN1, S_SPOS_RUN2, S_SPOS_RUN3, S_SPOS_RUN4, S_SPOS_RUN5, S_SPOS_RUN6, S_SPOS_RUN7, S_SPOS_RUN8, S_SPOS_ATK1, S_SPOS_ATK2, S_SPOS_ATK3, S_SPOS_PAIN, S_SPOS_PAIN2, S_SPOS_DIE1, S_SPOS_DIE2, S_SPOS_DIE3, S_SPOS_DIE4, S_SPOS_DIE5, S_SPOS_XDIE1, S_SPOS_XDIE2, S_SPOS_XDIE3, S_SPOS_XDIE4, S_SPOS_XDIE5, S_SPOS_XDIE6, S_SPOS_XDIE7, S_SPOS_XDIE8, S_SPOS_XDIE9, S_SPOS_RAISE1, S_SPOS_RAISE2, S_SPOS_RAISE3, S_SPOS_RAISE4, S_SPOS_RAISE5, S_VILE_STND, S_VILE_STND2, S_VILE_RUN1, S_VILE_RUN2, S_VILE_RUN3, S_VILE_RUN4, S_VILE_RUN5, S_VILE_RUN6, S_VILE_RUN7, S_VILE_RUN8, S_VILE_RUN9, S_VILE_RUN10, S_VILE_RUN11, S_VILE_RUN12, S_VILE_ATK1, S_VILE_ATK2, S_VILE_ATK3, S_VILE_ATK4, S_VILE_ATK5, S_VILE_ATK6, S_VILE_ATK7, S_VILE_ATK8, S_VILE_ATK9, S_VILE_ATK10, S_VILE_ATK11, S_VILE_HEAL1, S_VILE_HEAL2, S_VILE_HEAL3, S_VILE_PAIN, S_VILE_PAIN2, S_VILE_DIE1, S_VILE_DIE2, S_VILE_DIE3, S_VILE_DIE4, S_VILE_DIE5, S_VILE_DIE6, S_VILE_DIE7, S_VILE_DIE8, S_VILE_DIE9, S_VILE_DIE10, S_FIRE1, S_FIRE2, S_FIRE3, S_FIRE4, S_FIRE5, S_FIRE6, S_FIRE7, S_FIRE8, S_FIRE9, S_FIRE10, S_FIRE11, S_FIRE12, S_FIRE13, S_FIRE14, S_FIRE15, S_FIRE16, S_FIRE17, S_FIRE18, S_FIRE19, S_FIRE20, S_FIRE21, S_FIRE22, S_FIRE23, S_FIRE24, S_FIRE25, S_FIRE26, S_FIRE27, S_FIRE28, S_FIRE29, S_FIRE30, S_SMOKE1, S_SMOKE2, S_SMOKE3, S_SMOKE4, S_SMOKE5, S_TRACER, S_TRACER2, S_TRACEEXP1, S_TRACEEXP2, S_TRACEEXP3, S_SKEL_STND, S_SKEL_STND2, S_SKEL_RUN1, S_SKEL_RUN2, S_SKEL_RUN3, S_SKEL_RUN4, S_SKEL_RUN5, S_SKEL_RUN6, S_SKEL_RUN7, S_SKEL_RUN8, S_SKEL_RUN9, S_SKEL_RUN10, S_SKEL_RUN11, S_SKEL_RUN12, S_SKEL_FIST1, S_SKEL_FIST2, S_SKEL_FIST3, S_SKEL_FIST4, S_SKEL_MISS1, S_SKEL_MISS2, S_SKEL_MISS3, S_SKEL_MISS4, S_SKEL_PAIN, S_SKEL_PAIN2, S_SKEL_DIE1, S_SKEL_DIE2, S_SKEL_DIE3, S_SKEL_DIE4, S_SKEL_DIE5, S_SKEL_DIE6, S_SKEL_RAISE1, S_SKEL_RAISE2, S_SKEL_RAISE3, S_SKEL_RAISE4, S_SKEL_RAISE5, S_SKEL_RAISE6, S_FATSHOT1, S_FATSHOT2, S_FATSHOTX1, S_FATSHOTX2, S_FATSHOTX3, S_FATT_STND, S_FATT_STND2, S_FATT_RUN1, S_FATT_RUN2, S_FATT_RUN3, S_FATT_RUN4, S_FATT_RUN5, S_FATT_RUN6, S_FATT_RUN7, S_FATT_RUN8, S_FATT_RUN9, S_FATT_RUN10, S_FATT_RUN11, S_FATT_RUN12, S_FATT_ATK1, S_FATT_ATK2, S_FATT_ATK3, S_FATT_ATK4, S_FATT_ATK5, S_FATT_ATK6, S_FATT_ATK7, S_FATT_ATK8, S_FATT_ATK9, S_FATT_ATK10, S_FATT_PAIN, S_FATT_PAIN2, S_FATT_DIE1, S_FATT_DIE2, S_FATT_DIE3, S_FATT_DIE4, S_FATT_DIE5, S_FATT_DIE6, S_FATT_DIE7, S_FATT_DIE8, S_FATT_DIE9, S_FATT_DIE10, S_FATT_RAISE1, S_FATT_RAISE2, S_FATT_RAISE3, S_FATT_RAISE4, S_FATT_RAISE5, S_FATT_RAISE6, S_FATT_RAISE7, S_FATT_RAISE8, S_CPOS_STND, S_CPOS_STND2, S_CPOS_RUN1, S_CPOS_RUN2, S_CPOS_RUN3, S_CPOS_RUN4, S_CPOS_RUN5, S_CPOS_RUN6, S_CPOS_RUN7, S_CPOS_RUN8, S_CPOS_ATK1, S_CPOS_ATK2, S_CPOS_ATK3, S_CPOS_ATK4, S_CPOS_PAIN, S_CPOS_PAIN2, S_CPOS_DIE1, S_CPOS_DIE2, S_CPOS_DIE3, S_CPOS_DIE4, S_CPOS_DIE5, S_CPOS_DIE6, S_CPOS_DIE7, S_CPOS_XDIE1, S_CPOS_XDIE2, S_CPOS_XDIE3, S_CPOS_XDIE4, S_CPOS_XDIE5, S_CPOS_XDIE6, S_CPOS_RAISE1, S_CPOS_RAISE2, S_CPOS_RAISE3, S_CPOS_RAISE4, S_CPOS_RAISE5, S_CPOS_RAISE6, S_CPOS_RAISE7, S_TROO_STND, S_TROO_STND2, S_TROO_RUN1, S_TROO_RUN2, S_TROO_RUN3, S_TROO_RUN4, S_TROO_RUN5, S_TROO_RUN6, S_TROO_RUN7, S_TROO_RUN8, S_TROO_ATK1, S_TROO_ATK2, S_TROO_ATK3, S_TROO_PAIN, S_TROO_PAIN2, S_TROO_DIE1, S_TROO_DIE2, S_TROO_DIE3, S_TROO_DIE4, S_TROO_DIE5, S_TROO_XDIE1, S_TROO_XDIE2, S_TROO_XDIE3, S_TROO_XDIE4, S_TROO_XDIE5, S_TROO_XDIE6, S_TROO_XDIE7, S_TROO_XDIE8, S_TROO_RAISE1, S_TROO_RAISE2, S_TROO_RAISE3, S_TROO_RAISE4, S_TROO_RAISE5, S_SARG_STND, S_SARG_STND2, S_SARG_RUN1, S_SARG_RUN2, S_SARG_RUN3, S_SARG_RUN4, S_SARG_RUN5, S_SARG_RUN6, S_SARG_RUN7, S_SARG_RUN8, S_SARG_ATK1, S_SARG_ATK2, S_SARG_ATK3, S_SARG_PAIN, S_SARG_PAIN2, S_SARG_DIE1, S_SARG_DIE2, S_SARG_DIE3, S_SARG_DIE4, S_SARG_DIE5, S_SARG_DIE6, S_SARG_RAISE1, S_SARG_RAISE2, S_SARG_RAISE3, S_SARG_RAISE4, S_SARG_RAISE5, S_SARG_RAISE6, S_HEAD_STND, S_HEAD_RUN1, S_HEAD_ATK1, S_HEAD_ATK2, S_HEAD_ATK3, S_HEAD_PAIN, S_HEAD_PAIN2, S_HEAD_PAIN3, S_HEAD_DIE1, S_HEAD_DIE2, S_HEAD_DIE3, S_HEAD_DIE4, S_HEAD_DIE5, S_HEAD_DIE6, S_HEAD_RAISE1, S_HEAD_RAISE2, S_HEAD_RAISE3, S_HEAD_RAISE4, S_HEAD_RAISE5, S_HEAD_RAISE6, S_BRBALL1, S_BRBALL2, S_BRBALLX1, S_BRBALLX2, S_BRBALLX3, S_BOSS_STND, S_BOSS_STND2, S_BOSS_RUN1, S_BOSS_RUN2, S_BOSS_RUN3, S_BOSS_RUN4, S_BOSS_RUN5, S_BOSS_RUN6, S_BOSS_RUN7, S_BOSS_RUN8, S_BOSS_ATK1, S_BOSS_ATK2, S_BOSS_ATK3, S_BOSS_PAIN, S_BOSS_PAIN2, S_BOSS_DIE1, S_BOSS_DIE2, S_BOSS_DIE3, S_BOSS_DIE4, S_BOSS_DIE5, S_BOSS_DIE6, S_BOSS_DIE7, S_BOSS_RAISE1, S_BOSS_RAISE2, S_BOSS_RAISE3, S_BOSS_RAISE4, S_BOSS_RAISE5, S_BOSS_RAISE6, S_BOSS_RAISE7, S_BOS2_STND, S_BOS2_STND2, S_BOS2_RUN1, S_BOS2_RUN2, S_BOS2_RUN3, S_BOS2_RUN4, S_BOS2_RUN5, S_BOS2_RUN6, S_BOS2_RUN7, S_BOS2_RUN8, S_BOS2_ATK1, S_BOS2_ATK2, S_BOS2_ATK3, S_BOS2_PAIN, S_BOS2_PAIN2, S_BOS2_DIE1, S_BOS2_DIE2, S_BOS2_DIE3, S_BOS2_DIE4, S_BOS2_DIE5, S_BOS2_DIE6, S_BOS2_DIE7, S_BOS2_RAISE1, S_BOS2_RAISE2, S_BOS2_RAISE3, S_BOS2_RAISE4, S_BOS2_RAISE5, S_BOS2_RAISE6, S_BOS2_RAISE7, S_SKULL_STND, S_SKULL_STND2, S_SKULL_RUN1, S_SKULL_RUN2, S_SKULL_ATK1, S_SKULL_ATK2, S_SKULL_ATK3, S_SKULL_ATK4, S_SKULL_PAIN, S_SKULL_PAIN2, S_SKULL_DIE1, S_SKULL_DIE2, S_SKULL_DIE3, S_SKULL_DIE4, S_SKULL_DIE5, S_SKULL_DIE6, S_SPID_STND, S_SPID_STND2, S_SPID_RUN1, S_SPID_RUN2, S_SPID_RUN3, S_SPID_RUN4, S_SPID_RUN5, S_SPID_RUN6, S_SPID_RUN7, S_SPID_RUN8, S_SPID_RUN9, S_SPID_RUN10, S_SPID_RUN11, S_SPID_RUN12, S_SPID_ATK1, S_SPID_ATK2, S_SPID_ATK3, S_SPID_ATK4, S_SPID_PAIN, S_SPID_PAIN2, S_SPID_DIE1, S_SPID_DIE2, S_SPID_DIE3, S_SPID_DIE4, S_SPID_DIE5, S_SPID_DIE6, S_SPID_DIE7, S_SPID_DIE8, S_SPID_DIE9, S_SPID_DIE10, S_SPID_DIE11, S_BSPI_STND, S_BSPI_STND2, S_BSPI_SIGHT, S_BSPI_RUN1, S_BSPI_RUN2, S_BSPI_RUN3, S_BSPI_RUN4, S_BSPI_RUN5, S_BSPI_RUN6, S_BSPI_RUN7, S_BSPI_RUN8, S_BSPI_RUN9, S_BSPI_RUN10, S_BSPI_RUN11, S_BSPI_RUN12, S_BSPI_ATK1, S_BSPI_ATK2, S_BSPI_ATK3, S_BSPI_ATK4, S_BSPI_PAIN, S_BSPI_PAIN2, S_BSPI_DIE1, S_BSPI_DIE2, S_BSPI_DIE3, S_BSPI_DIE4, S_BSPI_DIE5, S_BSPI_DIE6, S_BSPI_DIE7, S_BSPI_RAISE1, S_BSPI_RAISE2, S_BSPI_RAISE3, S_BSPI_RAISE4, S_BSPI_RAISE5, S_BSPI_RAISE6, S_BSPI_RAISE7, S_ARACH_PLAZ, S_ARACH_PLAZ2, S_ARACH_PLEX, S_ARACH_PLEX2, S_ARACH_PLEX3, S_ARACH_PLEX4, S_ARACH_PLEX5, S_CYBER_STND, S_CYBER_STND2, S_CYBER_RUN1, S_CYBER_RUN2, S_CYBER_RUN3, S_CYBER_RUN4, S_CYBER_RUN5, S_CYBER_RUN6, S_CYBER_RUN7, S_CYBER_RUN8, S_CYBER_ATK1, S_CYBER_ATK2, S_CYBER_ATK3, S_CYBER_ATK4, S_CYBER_ATK5, S_CYBER_ATK6, S_CYBER_PAIN, S_CYBER_DIE1, S_CYBER_DIE2, S_CYBER_DIE3, S_CYBER_DIE4, S_CYBER_DIE5, S_CYBER_DIE6, S_CYBER_DIE7, S_CYBER_DIE8, S_CYBER_DIE9, S_CYBER_DIE10, S_PAIN_STND, S_PAIN_RUN1, S_PAIN_RUN2, S_PAIN_RUN3, S_PAIN_RUN4, S_PAIN_RUN5, S_PAIN_RUN6, S_PAIN_ATK1, S_PAIN_ATK2, S_PAIN_ATK3, S_PAIN_ATK4, S_PAIN_PAIN, S_PAIN_PAIN2, S_PAIN_DIE1, S_PAIN_DIE2, S_PAIN_DIE3, S_PAIN_DIE4, S_PAIN_DIE5, S_PAIN_DIE6, S_PAIN_RAISE1, S_PAIN_RAISE2, S_PAIN_RAISE3, S_PAIN_RAISE4, S_PAIN_RAISE5, S_PAIN_RAISE6, S_SSWV_STND, S_SSWV_STND2, S_SSWV_RUN1, S_SSWV_RUN2, S_SSWV_RUN3, S_SSWV_RUN4, S_SSWV_RUN5, S_SSWV_RUN6, S_SSWV_RUN7, S_SSWV_RUN8, S_SSWV_ATK1, S_SSWV_ATK2, S_SSWV_ATK3, S_SSWV_ATK4, S_SSWV_ATK5, S_SSWV_ATK6, S_SSWV_PAIN, S_SSWV_PAIN2, S_SSWV_DIE1, S_SSWV_DIE2, S_SSWV_DIE3, S_SSWV_DIE4, S_SSWV_DIE5, S_SSWV_XDIE1, S_SSWV_XDIE2, S_SSWV_XDIE3, S_SSWV_XDIE4, S_SSWV_XDIE5, S_SSWV_XDIE6, S_SSWV_XDIE7, S_SSWV_XDIE8, S_SSWV_XDIE9, S_SSWV_RAISE1, S_SSWV_RAISE2, S_SSWV_RAISE3, S_SSWV_RAISE4, S_SSWV_RAISE5, S_KEENSTND, S_COMMKEEN, S_COMMKEEN2, S_COMMKEEN3, S_COMMKEEN4, S_COMMKEEN5, S_COMMKEEN6, S_COMMKEEN7, S_COMMKEEN8, S_COMMKEEN9, S_COMMKEEN10, S_COMMKEEN11, S_COMMKEEN12, S_KEENPAIN, S_KEENPAIN2, S_BRAIN, S_BRAIN_PAIN, S_BRAIN_DIE1, S_BRAIN_DIE2, S_BRAIN_DIE3, S_BRAIN_DIE4, S_BRAINEYE, S_BRAINEYESEE, S_BRAINEYE1, S_SPAWN1, S_SPAWN2, S_SPAWN3, S_SPAWN4, S_SPAWNFIRE1, S_SPAWNFIRE2, S_SPAWNFIRE3, S_SPAWNFIRE4, S_SPAWNFIRE5, S_SPAWNFIRE6, S_SPAWNFIRE7, S_SPAWNFIRE8, S_BRAINEXPLODE1, S_BRAINEXPLODE2, S_BRAINEXPLODE3, S_ARM1, S_ARM1A, S_ARM2, S_ARM2A, S_BAR1, S_BAR2, S_BEXP, S_BEXP2, S_BEXP3, S_BEXP4, S_BEXP5, S_BBAR1, S_BBAR2, S_BBAR3, S_BON1, S_BON1A, S_BON1B, S_BON1C, S_BON1D, S_BON1E, S_BON2, S_BON2A, S_BON2B, S_BON2C, S_BON2D, S_BON2E, S_BKEY, S_BKEY2, S_RKEY, S_RKEY2, S_YKEY, S_YKEY2, S_BSKULL, S_BSKULL2, S_RSKULL, S_RSKULL2, S_YSKULL, S_YSKULL2, S_STIM, S_MEDI, S_SOUL, S_SOUL2, S_SOUL3, S_SOUL4, S_SOUL5, S_SOUL6, S_PINV, S_PINV2, S_PINV3, S_PINV4, S_PSTR, S_PINS, S_PINS2, S_PINS3, S_PINS4, S_MEGA, S_MEGA2, S_MEGA3, S_MEGA4, S_SUIT, S_PMAP, S_PMAP2, S_PMAP3, S_PMAP4, S_PMAP5, S_PMAP6, S_PVIS, S_PVIS2, S_CLIP, S_AMMO, S_ROCK, S_BROK, S_CELL, S_CELP, S_SHEL, S_SBOX, S_BPAK, S_BFUG, S_MGUN, S_CSAW, S_LAUN, S_PLAS, S_SHOT, S_SHOT2, S_COLU, S_STALAG, S_BLOODYTWITCH, S_BLOODYTWITCH2, S_BLOODYTWITCH3, S_BLOODYTWITCH4, S_DEADTORSO, S_DEADBOTTOM, S_HEADSONSTICK, S_GIBS, S_HEADONASTICK, S_HEADCANDLES, S_HEADCANDLES2, S_DEADSTICK, S_LIVESTICK, S_LIVESTICK2, S_MEAT2, S_MEAT3, S_MEAT4, S_MEAT5, S_STALAGTITE, S_TALLGRNCOL, S_SHRTGRNCOL, S_TALLREDCOL, S_SHRTREDCOL, S_CANDLESTIK, S_CANDELABRA, S_SKULLCOL, S_TORCHTREE, S_BIGTREE, S_TECHPILLAR, S_EVILEYE, S_EVILEYE2, S_EVILEYE3, S_EVILEYE4, S_FLOATSKULL, S_FLOATSKULL2, S_FLOATSKULL3, S_HEARTCOL, S_HEARTCOL2, S_BLUETORCH, S_BLUETORCH2, S_BLUETORCH3, S_BLUETORCH4, S_GREENTORCH, S_GREENTORCH2, S_GREENTORCH3, S_GREENTORCH4, S_REDTORCH, S_REDTORCH2, S_REDTORCH3, S_REDTORCH4, S_BTORCHSHRT, S_BTORCHSHRT2, S_BTORCHSHRT3, S_BTORCHSHRT4, S_GTORCHSHRT, S_GTORCHSHRT2, S_GTORCHSHRT3, S_GTORCHSHRT4, S_RTORCHSHRT, S_RTORCHSHRT2, S_RTORCHSHRT3, S_RTORCHSHRT4, S_HANGNOGUTS, S_HANGBNOBRAIN, S_HANGTLOOKDN, S_HANGTSKULL, S_HANGTLOOKUP, S_HANGTNOBRAIN, S_COLONGIBS, S_SMALLPOOL, S_BRAINSTEM, S_TECHLAMP, S_TECHLAMP2, S_TECHLAMP3, S_TECHLAMP4, S_TECH2LAMP, S_TECH2LAMP2, S_TECH2LAMP3, S_TECH2LAMP4, NUMSTATES } statenum_t; /* // Original state struct. typedef struct { spritenum_t sprite; long frame; long tics; void (*action) (); // actionf_t action; statenum_t nextstate; long misc1, misc2; } state_t; */ typedef enum { MT_PLAYER, MT_POSSESSED, MT_SHOTGUY, MT_VILE, MT_FIRE, MT_UNDEAD, MT_TRACER, MT_SMOKE, MT_FATSO, MT_FATSHOT, MT_CHAINGUY, MT_TROOP, MT_SERGEANT, MT_SHADOWS, MT_HEAD, MT_BRUISER, MT_BRUISERSHOT, MT_KNIGHT, MT_SKULL, MT_SPIDER, MT_BABY, MT_CYBORG, MT_PAIN, MT_WOLFSS, MT_KEEN, MT_BOSSBRAIN, MT_BOSSSPIT, MT_BOSSTARGET, MT_SPAWNSHOT, MT_SPAWNFIRE, MT_BARREL, MT_TROOPSHOT, MT_HEADSHOT, MT_ROCKET, MT_PLASMA, MT_BFG, MT_ARACHPLAZ, MT_PUFF, MT_BLOOD, MT_TFOG, MT_IFOG, MT_TELEPORTMAN, MT_EXTRABFG, MT_MISC0, MT_MISC1, MT_MISC2, MT_MISC3, MT_MISC4, MT_MISC5, MT_MISC6, MT_MISC7, MT_MISC8, MT_MISC9, MT_MISC10, MT_MISC11, MT_MISC12, MT_INV, MT_MISC13, MT_INS, MT_MISC14, MT_MISC15, MT_MISC16, MT_MEGA, MT_CLIP, MT_MISC17, MT_MISC18, MT_MISC19, MT_MISC20, MT_MISC21, MT_MISC22, MT_MISC23, MT_MISC24, MT_MISC25, MT_CHAINGUN, MT_MISC26, MT_MISC27, MT_MISC28, MT_SHOTGUN, MT_SUPERSHOTGUN, MT_MISC29, MT_MISC30, MT_MISC31, MT_MISC32, MT_MISC33, MT_MISC34, MT_MISC35, MT_MISC36, MT_MISC37, MT_MISC38, MT_MISC39, MT_MISC40, MT_MISC41, MT_MISC42, MT_MISC43, MT_MISC44, MT_MISC45, MT_MISC46, MT_MISC47, MT_MISC48, MT_MISC49, MT_MISC50, MT_MISC51, MT_MISC52, MT_MISC53, MT_MISC54, MT_MISC55, MT_MISC56, MT_MISC57, MT_MISC58, MT_MISC59, MT_MISC60, MT_MISC61, MT_MISC62, MT_MISC63, MT_MISC64, MT_MISC65, MT_MISC66, MT_MISC67, MT_MISC68, MT_MISC69, MT_MISC70, MT_MISC71, MT_MISC72, MT_MISC73, MT_MISC74, MT_MISC75, MT_MISC76, MT_MISC77, MT_MISC78, MT_MISC79, MT_MISC80, MT_MISC81, MT_MISC82, MT_MISC83, MT_MISC84, MT_MISC85, MT_MISC86, NUMMOBJTYPES } mobjtype_t; /* // Original mobj info struct. typedef struct { int doomednum; int spawnstate; int spawnhealth; int seestate; int seesound; int reactiontime; int attacksound; int painstate; int painchance; int painsound; int meleestate; int missilestate; int deathstate; int xdeathstate; int deathsound; int speed; int radius; int height; int mass; int damage; int activesound; int flags; int raisestate; } mobjinfo_t; */ #endif doomsday-1.14.5/doomsday/plugins/doom/include/p_spec.h0000664000175000017500000000447212350542240022214 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson *\author Copyright © 1993-1996 by id Software, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * p_spec.h: World texture animation, height or lighting changes * according to adjacent sectors, respective utility functions, etc. * * Line Tag handling. Line and Sector triggers. * * Events are operations triggered by using, crossing, or shooting special * lines, or by timed thinkers. */ #ifndef __P_SPEC__ #define __P_SPEC__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "d_player.h" // Define values for map objects #define MO_TELEPORTMAN 14 #ifdef __cplusplus extern "C" { #endif // at map load void P_SpawnSectorSpecialThinkers(void); void P_SpawnLineSpecialThinkers(void); void P_SpawnAllSpecialThinkers(void); dd_bool P_ActivateLine(Line *ld, mobj_t *mo, int side, int activationType); void P_PlayerInSpecialSector(player_t *player); int EV_DoDonut(Line *line); typedef enum { build8, // slowly build by 8 turbo16 // quickly build by 16 } stair_e; typedef enum { ok, crushed, pastdest } result_e; result_e T_MovePlane(Sector* sector, float speed, coord_t dest, int crush, int floorOrCeiling, int direction); int EV_BuildStairs(Line* line, stair_e type); dd_bool P_UseSpecialLine2(mobj_t* mo, Line* line, int side); #ifdef __cplusplus } // extern "C" #endif #endif doomsday-1.14.5/doomsday/plugins/doom/include/p_inter.h0000664000175000017500000001030612350542240022374 0ustar jaakkojaakko/** @file p_inter.h * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2005-2013 Daniel Swanson * @authors Copyright © 1993-1996 by id Software, Inc. * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_P_INTER_H #define LIBDOOM_P_INTER_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "doomdef.h" #include "player.h" #ifdef __cplusplus extern "C" { #endif /** * @param player Player to receive the power. * @param powerType Power type to give. * * @return @c true iff the power was given. */ dd_bool P_GivePower(player_t *player, powertype_t powerType); /** * @param player Player to relieve of the power. * @param powerType Power type to take. * * @return @c true iff the power was taken. */ dd_bool P_TakePower(player_t *player, powertype_t powerType); /** * @param player Player to toggle a power for. * @param powerType Power type to toggle. * * @return @c true iff the power was toggled. */ dd_bool P_TogglePower(player_t *player, powertype_t powerType); /** * Give key(s) to the specified player. If a key is successfully given a short * "bonus flash" screen tint animation is played and a HUE_ON_PICKUP_KEY event * is generated (which optionally reveals the HUD if hidden). If the specified * key(s) are already owned then nothing will happen (and false is returned). * * @param player Player to receive the key(s). * @param keyType Key type to give. Use @c NUM_KEY_TYPES to give ALL keys. * * @return @c true iff at least one new key was given (not already owned). */ dd_bool P_GiveKey(player_t *player, keytype_t keyType); /** * Give ammo(s) to the specified player. If a ammo is successfully given the * player 'brain' may decide to change weapon (depends on the user's config) * and a HUE_ON_PICKUP_AMMO event is generated (which optionally reveals the * HUD if hidden). If the specified ammo(s) are already owned then nothing will * happen (and false is returned). * * @note The final number of rounds the player will receive depends on both the * ammount given and how many the player can carry. Use @ref P_GiveBackpack() * to equip the player with a backpack, thereby increasing this capacity. * * @param player Player to receive the ammo(s). * @param ammoType Ammo type to give. Use @c NUM_AMMO_TYPES to give ALL ammos. * Giving the special 'unlimited ammo' type @c AT_NOAMMO will * always succeed, however no sideeffects will occur. * @param numClips Number of clip loads (@em not rounds!). Use @c 0 to give * only half of one clip. Use @c -1 to give as many clips as * necessary to fully replenish stock. * * @return @c true iff at least one new round was given (not already owned). */ dd_bool P_GiveAmmo(player_t *player, ammotype_t ammoType, int numClips); /** * @param player Player to receive the health. * * @return @c true iff at least some of the health was given. */ dd_bool P_GiveHealth(player_t *player, int amount); /** * @param player Player to receive the backpack. */ void P_GiveBackpack(player_t *player); /** * The weapon name may have a MF_DROPPED flag ored in. */ dd_bool P_GiveWeapon(player_t *player, weapontype_t weapon, dd_bool dropped); /** * @return @c true iff the armor was given. */ dd_bool P_GiveArmor(player_t *player, int type, int points); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_P_INTER_H doomsday-1.14.5/doomsday/plugins/doom/include/info.h0000664000175000017500000017633412350542240021705 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * info.h: Sprite, state, mobjtype, text, sfx and music identifiers. */ #ifndef __JDOOM_INFO_H__ #define __JDOOM_INFO_H__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif // Sprites. typedef enum { SPR_TROO, // 000 SPR_SHTG, // 001 SPR_PUNG, // 002 SPR_PISG, // 003 SPR_PISF, // 004 SPR_SHTF, // 005 SPR_SHT2, // 006 SPR_CHGG, // 007 SPR_CHGF, // 008 SPR_MISG, // 009 SPR_MISF, // 010 SPR_SAWG, // 011 SPR_PLSG, // 012 SPR_PLSF, // 013 SPR_BFGG, // 014 SPR_BFGF, // 015 SPR_BLUD, // 016 SPR_PUFF, // 017 SPR_BAL1, // 018 SPR_BAL2, // 019 SPR_PLSS, // 020 SPR_PLSE, // 021 SPR_MISL, // 022 SPR_BFS1, // 023 SPR_BFE1, // 024 SPR_BFE2, // 025 SPR_TFOG, // 026 SPR_IFOG, // 027 SPR_PLAY, // 028 SPR_POSS, // 029 SPR_SPOS, // 030 SPR_VILE, // 031 SPR_FIRE, // 032 SPR_FATB, // 033 SPR_FBXP, // 034 SPR_SKEL, // 035 SPR_MANF, // 036 SPR_FATT, // 037 SPR_CPOS, // 038 SPR_SARG, // 039 SPR_HEAD, // 040 SPR_BAL7, // 041 SPR_BOSS, // 042 SPR_BOS2, // 043 SPR_SKUL, // 044 SPR_SPID, // 045 SPR_BSPI, // 046 SPR_APLS, // 047 SPR_APBX, // 048 SPR_CYBR, // 049 SPR_PAIN, // 050 SPR_SSWV, // 051 SPR_KEEN, // 052 SPR_BBRN, // 053 SPR_BOSF, // 054 SPR_ARM1, // 055 SPR_ARM2, // 056 SPR_BAR1, // 057 SPR_BEXP, // 058 SPR_FCAN, // 059 SPR_BON1, // 060 SPR_BON2, // 061 SPR_BKEY, // 062 SPR_RKEY, // 063 SPR_YKEY, // 064 SPR_BSKU, // 065 SPR_RSKU, // 066 SPR_YSKU, // 067 SPR_STIM, // 068 SPR_MEDI, // 069 SPR_SOUL, // 070 SPR_PINV, // 071 SPR_PSTR, // 072 SPR_PINS, // 073 SPR_MEGA, // 074 SPR_SUIT, // 075 SPR_PMAP, // 076 SPR_PVIS, // 077 SPR_CLIP, // 078 SPR_AMMO, // 079 SPR_ROCK, // 080 SPR_BROK, // 081 SPR_CELL, // 082 SPR_CELP, // 083 SPR_SHEL, // 084 SPR_SBOX, // 085 SPR_BPAK, // 086 SPR_BFUG, // 087 SPR_MGUN, // 088 SPR_CSAW, // 089 SPR_LAUN, // 090 SPR_PLAS, // 091 SPR_SHOT, // 092 SPR_SGN2, // 093 SPR_COLU, // 094 SPR_SMT2, // 095 SPR_GOR1, // 096 SPR_POL2, // 097 SPR_POL5, // 098 SPR_POL4, // 099 SPR_POL3, // 100 SPR_POL1, // 101 SPR_POL6, // 102 SPR_GOR2, // 103 SPR_GOR3, // 104 SPR_GOR4, // 105 SPR_GOR5, // 106 SPR_SMIT, // 107 SPR_COL1, // 108 SPR_COL2, // 109 SPR_COL3, // 110 SPR_COL4, // 111 SPR_CAND, // 112 SPR_CBRA, // 113 SPR_COL6, // 114 SPR_TRE1, // 115 SPR_TRE2, // 116 SPR_ELEC, // 117 SPR_CEYE, // 118 SPR_FSKU, // 119 SPR_COL5, // 120 SPR_TBLU, // 121 SPR_TGRN, // 122 SPR_TRED, // 123 SPR_SMBT, // 124 SPR_SMGT, // 125 SPR_SMRT, // 126 SPR_HDB1, // 127 SPR_HDB2, // 128 SPR_HDB3, // 129 SPR_HDB4, // 130 SPR_HDB5, // 131 SPR_HDB6, // 132 SPR_POB1, // 133 SPR_POB2, // 134 SPR_BRS1, // 135 SPR_TLMP, // 136 SPR_TLP2, // 137 NUMSPRITES // 138 } spritetype_e; // States. typedef enum { S_NULL, // 000 S_LIGHTDONE, // 001 S_PUNCH, // 002 S_PUNCHDOWN, // 003 S_PUNCHUP, // 004 S_PUNCH1, // 005 S_PUNCH2, // 006 S_PUNCH3, // 007 S_PUNCH4, // 008 S_PUNCH5, // 009 S_PISTOL, // 010 S_PISTOLDOWN, // 011 S_PISTOLUP, // 012 S_PISTOL1, // 013 S_PISTOL2, // 014 S_PISTOL3, // 015 S_PISTOL4, // 016 S_PISTOLFLASH, // 017 S_SGUN, // 018 S_SGUNDOWN, // 019 S_SGUNUP, // 020 S_SGUN1, // 021 S_SGUN2, // 022 S_SGUN3, // 023 S_SGUN4, // 024 S_SGUN5, // 025 S_SGUN6, // 026 S_SGUN7, // 027 S_SGUN8, // 028 S_SGUN9, // 029 S_SGUNFLASH1, // 030 S_SGUNFLASH2, // 031 S_DSGUN, // 032 S_DSGUNDOWN, // 033 S_DSGUNUP, // 034 S_DSGUN1, // 035 S_DSGUN2, // 036 S_DSGUN3, // 037 S_DSGUN4, // 038 S_DSGUN5, // 039 S_DSGUN6, // 040 S_DSGUN7, // 041 S_DSGUN8, // 042 S_DSGUN9, // 043 S_DSGUN10, // 044 S_DSNR1, // 045 S_DSNR2, // 046 S_DSGUNFLASH1, // 047 S_DSGUNFLASH2, // 048 S_CHAIN, // 049 S_CHAINDOWN, // 050 S_CHAINUP, // 051 S_CHAIN1, // 052 S_CHAIN2, // 053 S_CHAIN3, // 054 S_CHAINFLASH1, // 055 S_CHAINFLASH2, // 056 S_MISSILE, // 057 S_MISSILEDOWN, // 058 S_MISSILEUP, // 059 S_MISSILE1, // 060 S_MISSILE2, // 061 S_MISSILE3, // 062 S_MISSILEFLASH1, // 063 S_MISSILEFLASH2, // 064 S_MISSILEFLASH3, // 065 S_MISSILEFLASH4, // 066 S_SAW, // 067 S_SAWB, // 068 S_SAWDOWN, // 069 S_SAWUP, // 070 S_SAW1, // 071 S_SAW2, // 072 S_SAW3, // 073 S_PLASMA, // 074 S_PLASMADOWN, // 075 S_PLASMAUP, // 076 S_PLASMA1, // 077 S_PLASMA2, // 078 S_PLASMAFLASH1, // 079 S_PLASMAFLASH2, // 080 S_BFG, // 081 S_BFGDOWN, // 082 S_BFGUP, // 083 S_BFG1, // 084 S_BFG2, // 085 S_BFG3, // 086 S_BFG4, // 087 S_BFGFLASH1, // 088 S_BFGFLASH2, // 089 S_BLOOD1, // 090 S_BLOOD2, // 091 S_BLOOD3, // 092 S_PUFF1, // 093 S_PUFF2, // 094 S_PUFF3, // 095 S_PUFF4, // 096 S_TBALL1, // 097 S_TBALL2, // 098 S_TBALLX1, // 099 S_TBALLX2, // 100 S_TBALLX3, // 101 S_RBALL1, // 102 S_RBALL2, // 103 S_RBALLX1, // 104 S_RBALLX2, // 105 S_RBALLX3, // 106 S_PLASBALL, // 107 S_PLASBALL2, // 108 S_PLASEXP, // 109 S_PLASEXP2, // 110 S_PLASEXP3, // 111 S_PLASEXP4, // 112 S_PLASEXP5, // 113 S_ROCKET, // 114 S_BFGSHOT, // 115 S_BFGSHOT2, // 116 S_BFGLAND, // 117 S_BFGLAND2, // 118 S_BFGLAND3, // 119 S_BFGLAND4, // 120 S_BFGLAND5, // 121 S_BFGLAND6, // 122 S_BFGEXP, // 123 S_BFGEXP2, // 124 S_BFGEXP3, // 125 S_BFGEXP4, // 126 S_EXPLODE1, // 127 S_EXPLODE2, // 128 S_EXPLODE3, // 129 S_TFOG, // 130 S_TFOG01, // 131 S_TFOG02, // 132 S_TFOG2, // 133 S_TFOG3, // 134 S_TFOG4, // 135 S_TFOG5, // 136 S_TFOG6, // 137 S_TFOG7, // 138 S_TFOG8, // 139 S_TFOG9, // 140 S_TFOG10, // 141 S_IFOG, // 142 S_IFOG01, // 143 S_IFOG02, // 144 S_IFOG2, // 145 S_IFOG3, // 146 S_IFOG4, // 147 S_IFOG5, // 148 S_PLAY, // 149 S_PLAY_RUN1, // 150 S_PLAY_RUN2, // 151 S_PLAY_RUN3, // 152 S_PLAY_RUN4, // 153 S_PLAY_ATK1, // 154 S_PLAY_ATK2, // 155 S_PLAY_PAIN, // 156 S_PLAY_PAIN2, // 157 S_PLAY_DIE1, // 158 S_PLAY_DIE2, // 159 S_PLAY_DIE3, // 160 S_PLAY_DIE4, // 161 S_PLAY_DIE5, // 162 S_PLAY_DIE6, // 163 S_PLAY_DIE7, // 164 S_PLAY_XDIE1, // 165 S_PLAY_XDIE2, // 166 S_PLAY_XDIE3, // 167 S_PLAY_XDIE4, // 168 S_PLAY_XDIE5, // 169 S_PLAY_XDIE6, // 170 S_PLAY_XDIE7, // 171 S_PLAY_XDIE8, // 172 S_PLAY_XDIE9, // 173 S_POSS_STND, // 174 S_POSS_STND2, // 175 S_POSS_RUN1, // 176 S_POSS_RUN2, // 177 S_POSS_RUN3, // 178 S_POSS_RUN4, // 179 S_POSS_RUN5, // 180 S_POSS_RUN6, // 181 S_POSS_RUN7, // 182 S_POSS_RUN8, // 183 S_POSS_ATK1, // 184 S_POSS_ATK2, // 185 S_POSS_ATK3, // 186 S_POSS_PAIN, // 187 S_POSS_PAIN2, // 188 S_POSS_DIE1, // 189 S_POSS_DIE2, // 190 S_POSS_DIE3, // 191 S_POSS_DIE4, // 192 S_POSS_DIE5, // 193 S_POSS_XDIE1, // 194 S_POSS_XDIE2, // 195 S_POSS_XDIE3, // 196 S_POSS_XDIE4, // 197 S_POSS_XDIE5, // 198 S_POSS_XDIE6, // 199 S_POSS_XDIE7, // 200 S_POSS_XDIE8, // 201 S_POSS_XDIE9, // 202 S_POSS_RAISE1, // 203 S_POSS_RAISE2, // 204 S_POSS_RAISE3, // 205 S_POSS_RAISE4, // 206 S_SPOS_STND, // 207 S_SPOS_STND2, // 208 S_SPOS_RUN1, // 209 S_SPOS_RUN2, // 210 S_SPOS_RUN3, // 211 S_SPOS_RUN4, // 212 S_SPOS_RUN5, // 213 S_SPOS_RUN6, // 214 S_SPOS_RUN7, // 215 S_SPOS_RUN8, // 216 S_SPOS_ATK1, // 217 S_SPOS_ATK2, // 218 S_SPOS_ATK3, // 219 S_SPOS_PAIN, // 220 S_SPOS_PAIN2, // 221 S_SPOS_DIE1, // 222 S_SPOS_DIE2, // 223 S_SPOS_DIE3, // 224 S_SPOS_DIE4, // 225 S_SPOS_DIE5, // 226 S_SPOS_XDIE1, // 227 S_SPOS_XDIE2, // 228 S_SPOS_XDIE3, // 229 S_SPOS_XDIE4, // 230 S_SPOS_XDIE5, // 231 S_SPOS_XDIE6, // 232 S_SPOS_XDIE7, // 233 S_SPOS_XDIE8, // 234 S_SPOS_XDIE9, // 235 S_SPOS_RAISE1, // 236 S_SPOS_RAISE2, // 237 S_SPOS_RAISE3, // 238 S_SPOS_RAISE4, // 239 S_SPOS_RAISE5, // 240 S_VILE_STND, // 241 S_VILE_STND2, // 242 S_VILE_RUN1, // 243 S_VILE_RUN2, // 244 S_VILE_RUN3, // 245 S_VILE_RUN4, // 246 S_VILE_RUN5, // 247 S_VILE_RUN6, // 248 S_VILE_RUN7, // 249 S_VILE_RUN8, // 250 S_VILE_RUN9, // 251 S_VILE_RUN10, // 252 S_VILE_RUN11, // 253 S_VILE_RUN12, // 254 S_VILE_ATK1, // 255 S_VILE_ATK2, // 256 S_VILE_ATK3, // 257 S_VILE_ATK4, // 258 S_VILE_ATK5, // 259 S_VILE_ATK6, // 260 S_VILE_ATK7, // 261 S_VILE_ATK8, // 262 S_VILE_ATK9, // 263 S_VILE_ATK10, // 264 S_VILE_ATK11, // 265 S_VILE_HEAL1, // 266 S_VILE_HEAL2, // 267 S_VILE_HEAL3, // 268 S_VILE_PAIN, // 269 S_VILE_PAIN2, // 270 S_VILE_DIE1, // 271 S_VILE_DIE2, // 272 S_VILE_DIE3, // 273 S_VILE_DIE4, // 274 S_VILE_DIE5, // 275 S_VILE_DIE6, // 276 S_VILE_DIE7, // 277 S_VILE_DIE8, // 278 S_VILE_DIE9, // 279 S_VILE_DIE10, // 280 S_FIRE1, // 281 S_FIRE2, // 282 S_FIRE3, // 283 S_FIRE4, // 284 S_FIRE5, // 285 S_FIRE6, // 286 S_FIRE7, // 287 S_FIRE8, // 288 S_FIRE9, // 289 S_FIRE10, // 290 S_FIRE11, // 291 S_FIRE12, // 292 S_FIRE13, // 293 S_FIRE14, // 294 S_FIRE15, // 295 S_FIRE16, // 296 S_FIRE17, // 297 S_FIRE18, // 298 S_FIRE19, // 299 S_FIRE20, // 300 S_FIRE21, // 301 S_FIRE22, // 302 S_FIRE23, // 303 S_FIRE24, // 304 S_FIRE25, // 305 S_FIRE26, // 306 S_FIRE27, // 307 S_FIRE28, // 308 S_FIRE29, // 309 S_FIRE30, // 310 S_SMOKE1, // 311 S_SMOKE2, // 312 S_SMOKE3, // 313 S_SMOKE4, // 314 S_SMOKE5, // 315 S_TRACER, // 316 S_TRACER2, // 317 S_TRACEEXP1, // 318 S_TRACEEXP2, // 319 S_TRACEEXP3, // 320 S_SKEL_STND, // 321 S_SKEL_STND2, // 322 S_SKEL_RUN1, // 323 S_SKEL_RUN2, // 324 S_SKEL_RUN3, // 325 S_SKEL_RUN4, // 326 S_SKEL_RUN5, // 327 S_SKEL_RUN6, // 328 S_SKEL_RUN7, // 329 S_SKEL_RUN8, // 330 S_SKEL_RUN9, // 331 S_SKEL_RUN10, // 332 S_SKEL_RUN11, // 333 S_SKEL_RUN12, // 334 S_SKEL_FIST1, // 335 S_SKEL_FIST2, // 336 S_SKEL_FIST3, // 337 S_SKEL_FIST4, // 338 S_SKEL_MISS1, // 339 S_SKEL_MISS2, // 340 S_SKEL_MISS3, // 341 S_SKEL_MISS4, // 342 S_SKEL_PAIN, // 343 S_SKEL_PAIN2, // 344 S_SKEL_DIE1, // 345 S_SKEL_DIE2, // 346 S_SKEL_DIE3, // 347 S_SKEL_DIE4, // 348 S_SKEL_DIE5, // 349 S_SKEL_DIE6, // 350 S_SKEL_RAISE1, // 351 S_SKEL_RAISE2, // 352 S_SKEL_RAISE3, // 353 S_SKEL_RAISE4, // 354 S_SKEL_RAISE5, // 355 S_SKEL_RAISE6, // 356 S_FATSHOT1, // 357 S_FATSHOT2, // 358 S_FATSHOTX1, // 359 S_FATSHOTX2, // 360 S_FATSHOTX3, // 361 S_FATT_STND, // 362 S_FATT_STND2, // 363 S_FATT_RUN1, // 364 S_FATT_RUN2, // 365 S_FATT_RUN3, // 366 S_FATT_RUN4, // 367 S_FATT_RUN5, // 368 S_FATT_RUN6, // 369 S_FATT_RUN7, // 370 S_FATT_RUN8, // 371 S_FATT_RUN9, // 372 S_FATT_RUN10, // 373 S_FATT_RUN11, // 374 S_FATT_RUN12, // 375 S_FATT_ATK1, // 376 S_FATT_ATK2, // 377 S_FATT_ATK3, // 378 S_FATT_ATK4, // 379 S_FATT_ATK5, // 380 S_FATT_ATK6, // 381 S_FATT_ATK7, // 382 S_FATT_ATK8, // 383 S_FATT_ATK9, // 384 S_FATT_ATK10, // 385 S_FATT_PAIN, // 386 S_FATT_PAIN2, // 387 S_FATT_DIE1, // 388 S_FATT_DIE2, // 389 S_FATT_DIE3, // 390 S_FATT_DIE4, // 391 S_FATT_DIE5, // 392 S_FATT_DIE6, // 393 S_FATT_DIE7, // 394 S_FATT_DIE8, // 395 S_FATT_DIE9, // 396 S_FATT_DIE10, // 397 S_FATT_RAISE1, // 398 S_FATT_RAISE2, // 399 S_FATT_RAISE3, // 400 S_FATT_RAISE4, // 401 S_FATT_RAISE5, // 402 S_FATT_RAISE6, // 403 S_FATT_RAISE7, // 404 S_FATT_RAISE8, // 405 S_CPOS_STND, // 406 S_CPOS_STND2, // 407 S_CPOS_RUN1, // 408 S_CPOS_RUN2, // 409 S_CPOS_RUN3, // 410 S_CPOS_RUN4, // 411 S_CPOS_RUN5, // 412 S_CPOS_RUN6, // 413 S_CPOS_RUN7, // 414 S_CPOS_RUN8, // 415 S_CPOS_ATK1, // 416 S_CPOS_ATK2, // 417 S_CPOS_ATK3, // 418 S_CPOS_ATK4, // 419 S_CPOS_PAIN, // 420 S_CPOS_PAIN2, // 421 S_CPOS_DIE1, // 422 S_CPOS_DIE2, // 423 S_CPOS_DIE3, // 424 S_CPOS_DIE4, // 425 S_CPOS_DIE5, // 426 S_CPOS_DIE6, // 427 S_CPOS_DIE7, // 428 S_CPOS_XDIE1, // 429 S_CPOS_XDIE2, // 430 S_CPOS_XDIE3, // 431 S_CPOS_XDIE4, // 432 S_CPOS_XDIE5, // 433 S_CPOS_XDIE6, // 434 S_CPOS_RAISE1, // 435 S_CPOS_RAISE2, // 436 S_CPOS_RAISE3, // 437 S_CPOS_RAISE4, // 438 S_CPOS_RAISE5, // 439 S_CPOS_RAISE6, // 440 S_CPOS_RAISE7, // 441 S_TROO_STND, // 442 S_TROO_STND2, // 443 S_TROO_RUN1, // 444 S_TROO_RUN2, // 445 S_TROO_RUN3, // 446 S_TROO_RUN4, // 447 S_TROO_RUN5, // 448 S_TROO_RUN6, // 449 S_TROO_RUN7, // 450 S_TROO_RUN8, // 451 S_TROO_ATK1, // 452 S_TROO_ATK2, // 453 S_TROO_ATK3, // 454 S_TROO_PAIN, // 455 S_TROO_PAIN2, // 456 S_TROO_DIE1, // 457 S_TROO_DIE2, // 458 S_TROO_DIE3, // 459 S_TROO_DIE4, // 460 S_TROO_DIE5, // 461 S_TROO_XDIE1, // 462 S_TROO_XDIE2, // 463 S_TROO_XDIE3, // 464 S_TROO_XDIE4, // 465 S_TROO_XDIE5, // 466 S_TROO_XDIE6, // 467 S_TROO_XDIE7, // 468 S_TROO_XDIE8, // 469 S_TROO_RAISE1, // 470 S_TROO_RAISE2, // 471 S_TROO_RAISE3, // 472 S_TROO_RAISE4, // 473 S_TROO_RAISE5, // 474 S_SARG_STND, // 475 S_SARG_STND2, // 476 S_SARG_RUN1, // 477 S_SARG_RUN2, // 478 S_SARG_RUN3, // 479 S_SARG_RUN4, // 480 S_SARG_RUN5, // 481 S_SARG_RUN6, // 482 S_SARG_RUN7, // 483 S_SARG_RUN8, // 484 S_SARG_ATK1, // 485 S_SARG_ATK2, // 486 S_SARG_ATK3, // 487 S_SARG_PAIN, // 488 S_SARG_PAIN2, // 489 S_SARG_DIE1, // 490 S_SARG_DIE2, // 491 S_SARG_DIE3, // 492 S_SARG_DIE4, // 493 S_SARG_DIE5, // 494 S_SARG_DIE6, // 495 S_SARG_RAISE1, // 496 S_SARG_RAISE2, // 497 S_SARG_RAISE3, // 498 S_SARG_RAISE4, // 499 S_SARG_RAISE5, // 500 S_SARG_RAISE6, // 501 S_HEAD_STND, // 502 S_HEAD_RUN1, // 503 S_HEAD_ATK1, // 504 S_HEAD_ATK2, // 505 S_HEAD_ATK3, // 506 S_HEAD_PAIN, // 507 S_HEAD_PAIN2, // 508 S_HEAD_PAIN3, // 509 S_HEAD_DIE1, // 510 S_HEAD_DIE2, // 511 S_HEAD_DIE3, // 512 S_HEAD_DIE4, // 513 S_HEAD_DIE5, // 514 S_HEAD_DIE6, // 515 S_HEAD_RAISE1, // 516 S_HEAD_RAISE2, // 517 S_HEAD_RAISE3, // 518 S_HEAD_RAISE4, // 519 S_HEAD_RAISE5, // 520 S_HEAD_RAISE6, // 521 S_BRBALL1, // 522 S_BRBALL2, // 523 S_BRBALLX1, // 524 S_BRBALLX2, // 525 S_BRBALLX3, // 526 S_BOSS_STND, // 527 S_BOSS_STND2, // 528 S_BOSS_RUN1, // 529 S_BOSS_RUN2, // 530 S_BOSS_RUN3, // 531 S_BOSS_RUN4, // 532 S_BOSS_RUN5, // 533 S_BOSS_RUN6, // 534 S_BOSS_RUN7, // 535 S_BOSS_RUN8, // 536 S_BOSS_ATK1, // 537 S_BOSS_ATK2, // 538 S_BOSS_ATK3, // 539 S_BOSS_PAIN, // 540 S_BOSS_PAIN2, // 541 S_BOSS_DIE1, // 542 S_BOSS_DIE2, // 543 S_BOSS_DIE3, // 544 S_BOSS_DIE4, // 545 S_BOSS_DIE5, // 546 S_BOSS_DIE6, // 547 S_BOSS_DIE7, // 548 S_BOSS_RAISE1, // 549 S_BOSS_RAISE2, // 550 S_BOSS_RAISE3, // 551 S_BOSS_RAISE4, // 552 S_BOSS_RAISE5, // 553 S_BOSS_RAISE6, // 554 S_BOSS_RAISE7, // 555 S_BOS2_STND, // 556 S_BOS2_STND2, // 557 S_BOS2_RUN1, // 558 S_BOS2_RUN2, // 559 S_BOS2_RUN3, // 560 S_BOS2_RUN4, // 561 S_BOS2_RUN5, // 562 S_BOS2_RUN6, // 563 S_BOS2_RUN7, // 564 S_BOS2_RUN8, // 565 S_BOS2_ATK1, // 566 S_BOS2_ATK2, // 567 S_BOS2_ATK3, // 568 S_BOS2_PAIN, // 569 S_BOS2_PAIN2, // 570 S_BOS2_DIE1, // 571 S_BOS2_DIE2, // 572 S_BOS2_DIE3, // 573 S_BOS2_DIE4, // 574 S_BOS2_DIE5, // 575 S_BOS2_DIE6, // 576 S_BOS2_DIE7, // 577 S_BOS2_RAISE1, // 578 S_BOS2_RAISE2, // 579 S_BOS2_RAISE3, // 580 S_BOS2_RAISE4, // 581 S_BOS2_RAISE5, // 582 S_BOS2_RAISE6, // 583 S_BOS2_RAISE7, // 584 S_SKULL_STND, // 585 S_SKULL_STND2, // 586 S_SKULL_RUN1, // 587 S_SKULL_RUN2, // 588 S_SKULL_ATK1, // 589 S_SKULL_ATK2, // 590 S_SKULL_ATK3, // 591 S_SKULL_ATK4, // 592 S_SKULL_PAIN, // 593 S_SKULL_PAIN2, // 594 S_SKULL_DIE1, // 595 S_SKULL_DIE2, // 596 S_SKULL_DIE3, // 597 S_SKULL_DIE4, // 598 S_SKULL_DIE5, // 599 S_SKULL_DIE6, // 600 S_SPID_STND, // 601 S_SPID_STND2, // 602 S_SPID_RUN1, // 603 S_SPID_RUN2, // 604 S_SPID_RUN3, // 605 S_SPID_RUN4, // 606 S_SPID_RUN5, // 607 S_SPID_RUN6, // 608 S_SPID_RUN7, // 609 S_SPID_RUN8, // 610 S_SPID_RUN9, // 611 S_SPID_RUN10, // 612 S_SPID_RUN11, // 613 S_SPID_RUN12, // 614 S_SPID_ATK1, // 615 S_SPID_ATK2, // 616 S_SPID_ATK3, // 617 S_SPID_ATK4, // 618 S_SPID_PAIN, // 619 S_SPID_PAIN2, // 620 S_SPID_DIE1, // 621 S_SPID_DIE2, // 622 S_SPID_DIE3, // 623 S_SPID_DIE4, // 624 S_SPID_DIE5, // 625 S_SPID_DIE6, // 626 S_SPID_DIE7, // 627 S_SPID_DIE8, // 628 S_SPID_DIE9, // 629 S_SPID_DIE10, // 630 S_SPID_DIE11, // 631 S_BSPI_STND, // 632 S_BSPI_STND2, // 633 S_BSPI_SIGHT, // 634 S_BSPI_RUN1, // 635 S_BSPI_RUN2, // 636 S_BSPI_RUN3, // 637 S_BSPI_RUN4, // 638 S_BSPI_RUN5, // 639 S_BSPI_RUN6, // 640 S_BSPI_RUN7, // 641 S_BSPI_RUN8, // 642 S_BSPI_RUN9, // 643 S_BSPI_RUN10, // 644 S_BSPI_RUN11, // 645 S_BSPI_RUN12, // 646 S_BSPI_ATK1, // 647 S_BSPI_ATK2, // 648 S_BSPI_ATK3, // 649 S_BSPI_ATK4, // 650 S_BSPI_PAIN, // 651 S_BSPI_PAIN2, // 652 S_BSPI_DIE1, // 653 S_BSPI_DIE2, // 654 S_BSPI_DIE3, // 655 S_BSPI_DIE4, // 656 S_BSPI_DIE5, // 657 S_BSPI_DIE6, // 658 S_BSPI_DIE7, // 659 S_BSPI_RAISE1, // 660 S_BSPI_RAISE2, // 661 S_BSPI_RAISE3, // 662 S_BSPI_RAISE4, // 663 S_BSPI_RAISE5, // 664 S_BSPI_RAISE6, // 665 S_BSPI_RAISE7, // 666 S_ARACH_PLAZ, // 667 S_ARACH_PLAZ2, // 668 S_ARACH_PLEX, // 669 S_ARACH_PLEX2, // 670 S_ARACH_PLEX3, // 671 S_ARACH_PLEX4, // 672 S_ARACH_PLEX5, // 673 S_CYBER_STND, // 674 S_CYBER_STND2, // 675 S_CYBER_RUN1, // 676 S_CYBER_RUN2, // 677 S_CYBER_RUN3, // 678 S_CYBER_RUN4, // 679 S_CYBER_RUN5, // 680 S_CYBER_RUN6, // 681 S_CYBER_RUN7, // 682 S_CYBER_RUN8, // 683 S_CYBER_ATK1, // 684 S_CYBER_ATK2, // 685 S_CYBER_ATK3, // 686 S_CYBER_ATK4, // 687 S_CYBER_ATK5, // 688 S_CYBER_ATK6, // 689 S_CYBER_PAIN, // 690 S_CYBER_DIE1, // 691 S_CYBER_DIE2, // 692 S_CYBER_DIE3, // 693 S_CYBER_DIE4, // 694 S_CYBER_DIE5, // 695 S_CYBER_DIE6, // 696 S_CYBER_DIE7, // 697 S_CYBER_DIE8, // 698 S_CYBER_DIE9, // 699 S_CYBER_DIE10, // 700 S_PAIN_STND, // 701 S_PAIN_RUN1, // 702 S_PAIN_RUN2, // 703 S_PAIN_RUN3, // 704 S_PAIN_RUN4, // 705 S_PAIN_RUN5, // 706 S_PAIN_RUN6, // 707 S_PAIN_ATK1, // 708 S_PAIN_ATK2, // 709 S_PAIN_ATK3, // 710 S_PAIN_ATK4, // 711 S_PAIN_PAIN, // 712 S_PAIN_PAIN2, // 713 S_PAIN_DIE1, // 714 S_PAIN_DIE2, // 715 S_PAIN_DIE3, // 716 S_PAIN_DIE4, // 717 S_PAIN_DIE5, // 718 S_PAIN_DIE6, // 719 S_PAIN_RAISE1, // 720 S_PAIN_RAISE2, // 721 S_PAIN_RAISE3, // 722 S_PAIN_RAISE4, // 723 S_PAIN_RAISE5, // 724 S_PAIN_RAISE6, // 725 S_SSWV_STND, // 726 S_SSWV_STND2, // 727 S_SSWV_RUN1, // 728 S_SSWV_RUN2, // 729 S_SSWV_RUN3, // 730 S_SSWV_RUN4, // 731 S_SSWV_RUN5, // 732 S_SSWV_RUN6, // 733 S_SSWV_RUN7, // 734 S_SSWV_RUN8, // 735 S_SSWV_ATK1, // 736 S_SSWV_ATK2, // 737 S_SSWV_ATK3, // 738 S_SSWV_ATK4, // 739 S_SSWV_ATK5, // 740 S_SSWV_ATK6, // 741 S_SSWV_PAIN, // 742 S_SSWV_PAIN2, // 743 S_SSWV_DIE1, // 744 S_SSWV_DIE2, // 745 S_SSWV_DIE3, // 746 S_SSWV_DIE4, // 747 S_SSWV_DIE5, // 748 S_SSWV_XDIE1, // 749 S_SSWV_XDIE2, // 750 S_SSWV_XDIE3, // 751 S_SSWV_XDIE4, // 752 S_SSWV_XDIE5, // 753 S_SSWV_XDIE6, // 754 S_SSWV_XDIE7, // 755 S_SSWV_XDIE8, // 756 S_SSWV_XDIE9, // 757 S_SSWV_RAISE1, // 758 S_SSWV_RAISE2, // 759 S_SSWV_RAISE3, // 760 S_SSWV_RAISE4, // 761 S_SSWV_RAISE5, // 762 S_KEENSTND, // 763 S_COMMKEEN, // 764 S_COMMKEEN2, // 765 S_COMMKEEN3, // 766 S_COMMKEEN4, // 767 S_COMMKEEN5, // 768 S_COMMKEEN6, // 769 S_COMMKEEN7, // 770 S_COMMKEEN8, // 771 S_COMMKEEN9, // 772 S_COMMKEEN10, // 773 S_COMMKEEN11, // 774 S_COMMKEEN12, // 775 S_KEENPAIN, // 776 S_KEENPAIN2, // 777 S_BRAIN, // 778 S_BRAIN_PAIN, // 779 S_BRAIN_DIE1, // 780 S_BRAIN_DIE2, // 781 S_BRAIN_DIE3, // 782 S_BRAIN_DIE4, // 783 S_BRAINEYE, // 784 S_BRAINEYESEE, // 785 S_BRAINEYE1, // 786 S_SPAWN1, // 787 S_SPAWN2, // 788 S_SPAWN3, // 789 S_SPAWN4, // 790 S_SPAWNFIRE1, // 791 S_SPAWNFIRE2, // 792 S_SPAWNFIRE3, // 793 S_SPAWNFIRE4, // 794 S_SPAWNFIRE5, // 795 S_SPAWNFIRE6, // 796 S_SPAWNFIRE7, // 797 S_SPAWNFIRE8, // 798 S_BRAINEXPLODE1, // 799 S_BRAINEXPLODE2, // 800 S_BRAINEXPLODE3, // 801 S_ARM1, // 802 S_ARM1A, // 803 S_ARM2, // 804 S_ARM2A, // 805 S_BAR1, // 806 S_BAR2, // 807 S_BEXP, // 808 S_BEXP2, // 809 S_BEXP3, // 810 S_BEXP4, // 811 S_BEXP5, // 812 S_BBAR1, // 813 S_BBAR2, // 814 S_BBAR3, // 815 S_BON1, // 816 S_BON1A, // 817 S_BON1B, // 818 S_BON1C, // 819 S_BON1D, // 820 S_BON1E, // 821 S_BON2, // 822 S_BON2A, // 823 S_BON2B, // 824 S_BON2C, // 825 S_BON2D, // 826 S_BON2E, // 827 S_BKEY, // 828 S_BKEY2, // 829 S_RKEY, // 830 S_RKEY2, // 831 S_YKEY, // 832 S_YKEY2, // 833 S_BSKULL, // 834 S_BSKULL2, // 835 S_RSKULL, // 836 S_RSKULL2, // 837 S_YSKULL, // 838 S_YSKULL2, // 839 S_STIM, // 840 S_MEDI, // 841 S_SOUL, // 842 S_SOUL2, // 843 S_SOUL3, // 844 S_SOUL4, // 845 S_SOUL5, // 846 S_SOUL6, // 847 S_PINV, // 848 S_PINV2, // 849 S_PINV3, // 850 S_PINV4, // 851 S_PSTR, // 852 S_PINS, // 853 S_PINS2, // 854 S_PINS3, // 855 S_PINS4, // 856 S_MEGA, // 857 S_MEGA2, // 858 S_MEGA3, // 859 S_MEGA4, // 860 S_SUIT, // 861 S_PMAP, // 862 S_PMAP2, // 863 S_PMAP3, // 864 S_PMAP4, // 865 S_PMAP5, // 866 S_PMAP6, // 867 S_PVIS, // 868 S_PVIS2, // 869 S_CLIP, // 870 S_AMMO, // 871 S_ROCK, // 872 S_BROK, // 873 S_CELL, // 874 S_CELP, // 875 S_SHEL, // 876 S_SBOX, // 877 S_BPAK, // 878 S_BFUG, // 879 S_MGUN, // 880 S_CSAW, // 881 S_LAUN, // 882 S_PLAS, // 883 S_SHOT, // 884 S_SHOT2, // 885 S_COLU, // 886 S_STALAG, // 887 S_BLOODYTWITCH, // 888 S_BLOODYTWITCH2, // 889 S_BLOODYTWITCH3, // 890 S_BLOODYTWITCH4, // 891 S_DEADTORSO, // 892 S_DEADBOTTOM, // 893 S_HEADSONSTICK, // 894 S_GIBS, // 895 S_HEADONASTICK, // 896 S_HEADCANDLES, // 897 S_HEADCANDLES2, // 898 S_DEADSTICK, // 899 S_LIVESTICK, // 900 S_LIVESTICK2, // 901 S_MEAT2, // 902 S_MEAT3, // 903 S_MEAT4, // 904 S_MEAT5, // 905 S_STALAGTITE, // 906 S_TALLGRNCOL, // 907 S_SHRTGRNCOL, // 908 S_TALLREDCOL, // 909 S_SHRTREDCOL, // 910 S_CANDLESTIK, // 911 S_CANDELABRA, // 912 S_SKULLCOL, // 913 S_TORCHTREE, // 914 S_BIGTREE, // 915 S_TECHPILLAR, // 916 S_EVILEYE, // 917 S_EVILEYE2, // 918 S_EVILEYE3, // 919 S_EVILEYE4, // 920 S_FLOATSKULL, // 921 S_FLOATSKULL2, // 922 S_FLOATSKULL3, // 923 S_HEARTCOL, // 924 S_HEARTCOL2, // 925 S_BLUETORCH, // 926 S_BLUETORCH2, // 927 S_BLUETORCH3, // 928 S_BLUETORCH4, // 929 S_GREENTORCH, // 930 S_GREENTORCH2, // 931 S_GREENTORCH3, // 932 S_GREENTORCH4, // 933 S_REDTORCH, // 934 S_REDTORCH2, // 935 S_REDTORCH3, // 936 S_REDTORCH4, // 937 S_BTORCHSHRT, // 938 S_BTORCHSHRT2, // 939 S_BTORCHSHRT3, // 940 S_BTORCHSHRT4, // 941 S_GTORCHSHRT, // 942 S_GTORCHSHRT2, // 943 S_GTORCHSHRT3, // 944 S_GTORCHSHRT4, // 945 S_RTORCHSHRT, // 946 S_RTORCHSHRT2, // 947 S_RTORCHSHRT3, // 948 S_RTORCHSHRT4, // 949 S_HANGNOGUTS, // 950 S_HANGBNOBRAIN, // 951 S_HANGTLOOKDN, // 952 S_HANGTSKULL, // 953 S_HANGTLOOKUP, // 954 S_HANGTNOBRAIN, // 955 S_COLONGIBS, // 956 S_SMALLPOOL, // 957 S_BRAINSTEM, // 958 S_TECHLAMP, // 959 S_TECHLAMP2, // 960 S_TECHLAMP3, // 961 S_TECHLAMP4, // 962 S_TECH2LAMP, // 963 S_TECH2LAMP2, // 964 S_TECH2LAMP3, // 965 S_TECH2LAMP4, // 966 S_SMALL_WHITE_LIGHT, // 967 S_TEMPSOUNDORIGIN1, // 968 S_ROCKETPUFF1, // 969 S_ROCKETPUFF2, // 970 S_ROCKETPUFF3, // 971 S_ROCKETPUFF4, // 972 NUMSTATES // 973 } statenum_t; // Map objects. typedef enum { MT_NONE = -1, MT_FIRST = 0, MT_PLAYER = MT_FIRST, // 000 MT_POSSESSED, // 001 MT_SHOTGUY, // 002 MT_VILE, // 003 MT_FIRE, // 004 MT_UNDEAD, // 005 MT_TRACER, // 006 MT_SMOKE, // 007 MT_FATSO, // 008 MT_FATSHOT, // 009 MT_CHAINGUY, // 010 MT_TROOP, // 011 MT_SERGEANT, // 012 MT_SHADOWS, // 013 MT_HEAD, // 014 MT_BRUISER, // 015 MT_BRUISERSHOT, // 016 MT_KNIGHT, // 017 MT_SKULL, // 018 MT_SPIDER, // 019 MT_BABY, // 020 MT_CYBORG, // 021 MT_PAIN, // 022 MT_WOLFSS, // 023 MT_KEEN, // 024 MT_BOSSBRAIN, // 025 MT_BOSSSPIT, // 026 MT_BOSSTARGET, // 027 MT_SPAWNSHOT, // 028 MT_SPAWNFIRE, // 029 MT_BARREL, // 030 MT_TROOPSHOT, // 031 MT_HEADSHOT, // 032 MT_ROCKET, // 033 MT_PLASMA, // 034 MT_BFG, // 035 MT_ARACHPLAZ, // 036 MT_PUFF, // 037 MT_BLOOD, // 038 MT_TFOG, // 039 MT_IFOG, // 040 MT_TELEPORTMAN, // 041 MT_EXTRABFG, // 042 MT_MISC0, // 043 MT_MISC1, // 044 MT_MISC2, // 045 MT_MISC3, // 046 MT_MISC4, // 047 MT_MISC5, // 048 MT_MISC6, // 049 MT_MISC7, // 050 MT_MISC8, // 051 MT_MISC9, // 052 MT_MISC10, // 053 MT_MISC11, // 054 MT_MISC12, // 055 MT_INV, // 056 MT_MISC13, // 057 MT_INS, // 058 MT_MISC14, // 059 MT_MISC15, // 060 MT_MISC16, // 061 MT_MEGA, // 062 MT_CLIP, // 063 MT_MISC17, // 064 MT_MISC18, // 065 MT_MISC19, // 066 MT_MISC20, // 067 MT_MISC21, // 068 MT_MISC22, // 069 MT_MISC23, // 070 MT_MISC24, // 071 MT_MISC25, // 072 MT_CHAINGUN, // 073 MT_MISC26, // 074 MT_MISC27, // 075 MT_MISC28, // 076 MT_SHOTGUN, // 077 MT_SUPERSHOTGUN, // 078 MT_MISC29, // 079 MT_MISC30, // 080 MT_MISC31, // 081 MT_MISC32, // 082 MT_MISC33, // 083 MT_MISC34, // 084 MT_MISC35, // 085 MT_MISC36, // 086 MT_MISC37, // 087 MT_MISC38, // 088 MT_MISC39, // 089 MT_MISC40, // 090 MT_MISC41, // 091 MT_MISC42, // 092 MT_MISC43, // 093 MT_MISC44, // 094 MT_MISC45, // 095 MT_MISC46, // 096 MT_MISC47, // 097 MT_MISC48, // 098 MT_MISC49, // 099 MT_MISC50, // 100 MT_MISC51, // 101 MT_MISC52, // 102 MT_MISC53, // 103 MT_MISC54, // 104 MT_MISC55, // 105 MT_MISC56, // 106 MT_MISC57, // 107 MT_MISC58, // 108 MT_MISC59, // 109 MT_MISC60, // 110 MT_MISC61, // 111 MT_MISC62, // 112 MT_MISC63, // 113 MT_MISC64, // 114 MT_MISC65, // 115 MT_MISC66, // 116 MT_MISC67, // 117 MT_MISC68, // 118 MT_MISC69, // 119 MT_MISC70, // 120 MT_MISC71, // 121 MT_MISC72, // 122 MT_MISC73, // 123 MT_MISC74, // 124 MT_MISC75, // 125 MT_MISC76, // 126 MT_MISC77, // 127 MT_MISC78, // 128 MT_MISC79, // 129 MT_MISC80, // 130 MT_MISC81, // 131 MT_MISC82, // 132 MT_MISC83, // 133 MT_MISC84, // 134 MT_MISC85, // 135 MT_MISC86, // 136 MT_LIGHTSOURCE, // 137 MT_TEMPSOUNDORIGIN, // 138 MT_ROCKETPUFF, // 139 MT_STEALTHBABY, // 140 MT_STEALTHVILE, // 141 MT_STEALTHBRUISER, // 142 MT_STEALTHKNIGHT, // 143 MT_STEALTHHEAD, // 144 MT_STEALTHSERGEANT, // 145 MT_STEALTHCHAINGUY, // 146 MT_STEALTHTROOP, // 147 MT_STEALTHFATSO, // 148 MT_STEALTHUNDEAD, // 149 MT_STEALTHSHOTGUY, // 150 MT_STEALTHPOSSESSED, // 151 NUMMOBJTYPES // 152 } mobjtype_t; // Text. typedef enum { TXT_D_DEVSTR, TXT_D_CDROM, TXT_PRESSKEY, TXT_PRESSYN, TXT_QUITMSG, TXT_LOADNET, TXT_QLOADNET, TXT_QSAVESPOT, TXT_SAVEDEAD, TXT_QSPROMPT, TXT_QLPROMPT, TXT_NEWGAME, TXT_NIGHTMARE, TXT_SWSTRING, TXT_MSGOFF, TXT_MSGON, TXT_NETEND, TXT_ENDGAME, TXT_DOSY, TXT_DETAILHI, TXT_DETAILLO, TXT_GAMMALVL0, TXT_GAMMALVL1, TXT_GAMMALVL2, TXT_GAMMALVL3, TXT_GAMMALVL4, TXT_EMPTYSTRING, TXT_GOTARMOR, TXT_GOTMEGA, TXT_GOTHTHBONUS, TXT_GOTARMBONUS, TXT_GOTSTIM, TXT_GOTMEDINEED, TXT_GOTMEDIKIT, TXT_GOTSUPER, TXT_GOTBLUECARD, TXT_GOTYELWCARD, TXT_GOTREDCARD, TXT_GOTBLUESKUL, TXT_GOTYELWSKUL, TXT_GOTREDSKULL, TXT_GOTINVUL, TXT_GOTBERSERK, TXT_GOTINVIS, TXT_GOTSUIT, TXT_GOTMAP, TXT_GOTVISOR, TXT_GOTMSPHERE, TXT_GOTCLIP, TXT_GOTCLIPBOX, TXT_GOTROCKET, TXT_GOTROCKBOX, TXT_GOTCELL, TXT_GOTCELLBOX, TXT_GOTSHELLS, TXT_GOTSHELLBOX, TXT_GOTBACKPACK, TXT_GOTBFG9000, TXT_GOTCHAINGUN, TXT_GOTCHAINSAW, TXT_GOTLAUNCHER, TXT_GOTPLASMA, TXT_GOTSHOTGUN, TXT_GOTSHOTGUN2, TXT_PD_BLUEO, TXT_PD_REDO, TXT_PD_YELLOWO, TXT_PD_BLUEK, TXT_PD_REDK, TXT_PD_YELLOWK, TXT_GGSAVED, TXT_HUSTR_MSGU, TXT_HUSTR_E1M1, TXT_HUSTR_E1M2, TXT_HUSTR_E1M3, TXT_HUSTR_E1M4, TXT_HUSTR_E1M5, TXT_HUSTR_E1M6, TXT_HUSTR_E1M7, TXT_HUSTR_E1M8, TXT_HUSTR_E1M9, TXT_HUSTR_E2M1, TXT_HUSTR_E2M2, TXT_HUSTR_E2M3, TXT_HUSTR_E2M4, TXT_HUSTR_E2M5, TXT_HUSTR_E2M6, TXT_HUSTR_E2M7, TXT_HUSTR_E2M8, TXT_HUSTR_E2M9, TXT_HUSTR_E3M1, TXT_HUSTR_E3M2, TXT_HUSTR_E3M3, TXT_HUSTR_E3M4, TXT_HUSTR_E3M5, TXT_HUSTR_E3M6, TXT_HUSTR_E3M7, TXT_HUSTR_E3M8, TXT_HUSTR_E3M9, TXT_HUSTR_E4M1, TXT_HUSTR_E4M2, TXT_HUSTR_E4M3, TXT_HUSTR_E4M4, TXT_HUSTR_E4M5, TXT_HUSTR_E4M6, TXT_HUSTR_E4M7, TXT_HUSTR_E4M8, TXT_HUSTR_E4M9, TXT_HUSTR_1, TXT_HUSTR_2, TXT_HUSTR_3, TXT_HUSTR_4, TXT_HUSTR_5, TXT_HUSTR_6, TXT_HUSTR_7, TXT_HUSTR_8, TXT_HUSTR_9, TXT_HUSTR_10, TXT_HUSTR_11, TXT_HUSTR_12, TXT_HUSTR_13, TXT_HUSTR_14, TXT_HUSTR_15, TXT_HUSTR_16, TXT_HUSTR_17, TXT_HUSTR_18, TXT_HUSTR_19, TXT_HUSTR_20, TXT_HUSTR_21, TXT_HUSTR_22, TXT_HUSTR_23, TXT_HUSTR_24, TXT_HUSTR_25, TXT_HUSTR_26, TXT_HUSTR_27, TXT_HUSTR_28, TXT_HUSTR_29, TXT_HUSTR_30, TXT_HUSTR_31, TXT_HUSTR_32, TXT_PHUSTR_1, TXT_PHUSTR_2, TXT_PHUSTR_3, TXT_PHUSTR_4, TXT_PHUSTR_5, TXT_PHUSTR_6, TXT_PHUSTR_7, TXT_PHUSTR_8, TXT_PHUSTR_9, TXT_PHUSTR_10, TXT_PHUSTR_11, TXT_PHUSTR_12, TXT_PHUSTR_13, TXT_PHUSTR_14, TXT_PHUSTR_15, TXT_PHUSTR_16, TXT_PHUSTR_17, TXT_PHUSTR_18, TXT_PHUSTR_19, TXT_PHUSTR_20, TXT_PHUSTR_21, TXT_PHUSTR_22, TXT_PHUSTR_23, TXT_PHUSTR_24, TXT_PHUSTR_25, TXT_PHUSTR_26, TXT_PHUSTR_27, TXT_PHUSTR_28, TXT_PHUSTR_29, TXT_PHUSTR_30, TXT_PHUSTR_31, TXT_PHUSTR_32, TXT_THUSTR_1, TXT_THUSTR_2, TXT_THUSTR_3, TXT_THUSTR_4, TXT_THUSTR_5, TXT_THUSTR_6, TXT_THUSTR_7, TXT_THUSTR_8, TXT_THUSTR_9, TXT_THUSTR_10, TXT_THUSTR_11, TXT_THUSTR_12, TXT_THUSTR_13, TXT_THUSTR_14, TXT_THUSTR_15, TXT_THUSTR_16, TXT_THUSTR_17, TXT_THUSTR_18, TXT_THUSTR_19, TXT_THUSTR_20, TXT_THUSTR_21, TXT_THUSTR_22, TXT_THUSTR_23, TXT_THUSTR_24, TXT_THUSTR_25, TXT_THUSTR_26, TXT_THUSTR_27, TXT_THUSTR_28, TXT_THUSTR_29, TXT_THUSTR_30, TXT_THUSTR_31, TXT_THUSTR_32, TXT_HUSTR_CHATMACRO0, TXT_HUSTR_CHATMACRO1, TXT_HUSTR_CHATMACRO2, TXT_HUSTR_CHATMACRO3, TXT_HUSTR_CHATMACRO4, TXT_HUSTR_CHATMACRO5, TXT_HUSTR_CHATMACRO6, TXT_HUSTR_CHATMACRO7, TXT_HUSTR_CHATMACRO8, TXT_HUSTR_CHATMACRO9, TXT_HUSTR_TALKTOSELF1, TXT_HUSTR_TALKTOSELF2, TXT_HUSTR_TALKTOSELF3, TXT_HUSTR_TALKTOSELF4, TXT_HUSTR_TALKTOSELF5, TXT_HUSTR_MESSAGESENT, TXT_HUSTR_PLRGREEN, TXT_HUSTR_PLRINDIGO, TXT_HUSTR_PLRBROWN, TXT_HUSTR_PLRRED, TXT_AMSTR_FOLLOWON, TXT_AMSTR_FOLLOWOFF, TXT_AMSTR_GRIDON, TXT_AMSTR_GRIDOFF, TXT_AMSTR_MARKEDSPOT, TXT_AMSTR_MARKSCLEARED, TXT_STSTR_MUS, TXT_STSTR_NOMUS, TXT_STSTR_DQDON, TXT_STSTR_DQDOFF, TXT_STSTR_KFAADDED, TXT_STSTR_FAADDED, TXT_STSTR_NCON, TXT_STSTR_NCOFF, TXT_STSTR_BEHOLD, TXT_STSTR_BEHOLDX, TXT_STSTR_CHOPPERS, TXT_STSTR_CLEV, TXT_E1TEXT, TXT_E2TEXT, TXT_E3TEXT, TXT_E4TEXT, TXT_C1TEXT, TXT_C2TEXT, TXT_C3TEXT, TXT_C4TEXT, TXT_C5TEXT, TXT_C6TEXT, TXT_P1TEXT, TXT_P2TEXT, TXT_P3TEXT, TXT_P4TEXT, TXT_P5TEXT, TXT_P6TEXT, TXT_T1TEXT, TXT_T2TEXT, TXT_T3TEXT, TXT_T4TEXT, TXT_T5TEXT, TXT_T6TEXT, TXT_CC_ZOMBIE, TXT_CC_SHOTGUN, TXT_CC_HEAVY, TXT_CC_IMP, TXT_CC_DEMON, TXT_CC_LOST, TXT_CC_CACO, TXT_CC_HELL, TXT_CC_BARON, TXT_CC_ARACH, TXT_CC_PAIN, TXT_CC_REVEN, TXT_CC_MANCU, TXT_CC_ARCH, TXT_CC_SPIDER, TXT_CC_CYBER, TXT_CC_HERO, TXT_QUITMESSAGE1, TXT_QUITMESSAGE2, TXT_QUITMESSAGE3, TXT_QUITMESSAGE4, TXT_QUITMESSAGE5, TXT_QUITMESSAGE6, TXT_QUITMESSAGE7, TXT_QUITMESSAGE8, TXT_QUITMESSAGE9, TXT_QUITMESSAGE10, TXT_QUITMESSAGE11, TXT_QUITMESSAGE12, TXT_QUITMESSAGE13, TXT_QUITMESSAGE14, TXT_QUITMESSAGE15, TXT_QUITMESSAGE16, TXT_QUITMESSAGE17, TXT_QUITMESSAGE18, TXT_QUITMESSAGE19, TXT_QUITMESSAGE20, TXT_QUITMESSAGE21, TXT_QUITMESSAGE22, TXT_JOINNET, TXT_SAVENET, TXT_CLNETLOAD, TXT_LOADMISSING, TXT_FINALEFLAT_E1, TXT_FINALEFLAT_E2, TXT_FINALEFLAT_E3, TXT_FINALEFLAT_E4, TXT_FINALEFLAT_C2, TXT_FINALEFLAT_C1, TXT_FINALEFLAT_C3, TXT_FINALEFLAT_C4, TXT_FINALEFLAT_C5, TXT_FINALEFLAT_C6, TXT_ASK_EPISODE, TXT_EPISODE1, TXT_EPISODE2, TXT_EPISODE3, TXT_EPISODE4, TXT_KILLMSG_SUICIDE, TXT_KILLMSG_WEAPON0, TXT_KILLMSG_PISTOL, TXT_KILLMSG_SHOTGUN, TXT_KILLMSG_CHAINGUN, TXT_KILLMSG_MISSILE, TXT_KILLMSG_PLASMA, TXT_KILLMSG_BFG, TXT_KILLMSG_CHAINSAW, TXT_KILLMSG_SUPERSHOTGUN, TXT_KILLMSG_STOMP, TXT_AMSTR_ROTATEON, TXT_AMSTR_ROTATEOFF, TXT_WEAPON1, TXT_WEAPON2, TXT_WEAPON3, TXT_WEAPON4, TXT_WEAPON5, TXT_WEAPON6, TXT_WEAPON7, TXT_WEAPON8, TXT_WEAPON9, TXT_SKILL1, TXT_SKILL2, TXT_SKILL3, TXT_SKILL4, TXT_SKILL5, TXT_KEY1, TXT_KEY2, TXT_KEY3, TXT_KEY4, TXT_KEY5, TXT_KEY6, TXT_SAVEOUTMAP, TXT_ENDNOGAME, TXT_SUICIDEOUTMAP, TXT_SUICIDEASK, TXT_PICKGAMETYPE, TXT_SINGLEPLAYER, TXT_MULTIPLAYER, TXT_NOTDESIGNEDFOR, TXT_GAMESETUP, TXT_PLAYERSETUP, TXT_DISCONNECT, TXT_DELETESAVEGAME_CONFIRM, TXT_REBORNLOAD_CONFIRM, NUMTEXT } textenum_t; // Sounds. typedef enum { SFX_NONE, SFX_PISTOL, SFX_SHOTGN, SFX_SGCOCK, SFX_DSHTGN, SFX_DBOPN, SFX_DBCLS, SFX_DBLOAD, SFX_PLASMA, SFX_BFG, SFX_SAWUP, SFX_SAWIDL, SFX_SAWFUL, SFX_SAWHIT, SFX_RLAUNC, SFX_RXPLOD, SFX_FIRSHT, SFX_FIRXPL, SFX_PSTART, SFX_PSTOP, SFX_DOROPN, SFX_DORCLS, SFX_STNMOV, SFX_SWTCHN, SFX_SWTCHX, SFX_PLPAIN, SFX_DMPAIN, SFX_POPAIN, SFX_VIPAIN, SFX_MNPAIN, SFX_PEPAIN, SFX_SLOP, SFX_ITEMUP, SFX_WPNUP, SFX_OOF, SFX_TELEPT, SFX_POSIT1, SFX_POSIT2, SFX_POSIT3, SFX_BGSIT1, SFX_BGSIT2, SFX_SGTSIT, SFX_CACSIT, SFX_BRSSIT, SFX_CYBSIT, SFX_SPISIT, SFX_BSPSIT, SFX_KNTSIT, SFX_VILSIT, SFX_MANSIT, SFX_PESIT, SFX_SKLATK, SFX_SGTATK, SFX_SKEPCH, SFX_VILATK, SFX_CLAW, SFX_SKESWG, SFX_PLDETH, SFX_PDIEHI, SFX_PODTH1, SFX_PODTH2, SFX_PODTH3, SFX_BGDTH1, SFX_BGDTH2, SFX_SGTDTH, SFX_CACDTH, SFX_SKLDTH, SFX_BRSDTH, SFX_CYBDTH, SFX_SPIDTH, SFX_BSPDTH, SFX_VILDTH, SFX_KNTDTH, SFX_PEDTH, SFX_SKEDTH, SFX_POSACT, SFX_BGACT, SFX_DMACT, SFX_BSPACT, SFX_BSPWLK, SFX_VILACT, SFX_NOWAY, SFX_BAREXP, SFX_PUNCH, SFX_HOOF, SFX_METAL, SFX_CHGUN, SFX_TINK, SFX_BDOPN, SFX_BDCLS, SFX_ITMBK, SFX_FLAME, SFX_FLAMST, SFX_GETPOW, SFX_BOSPIT, SFX_BOSCUB, SFX_BOSSIT, SFX_BOSPN, SFX_BOSDTH, SFX_MANATK, SFX_MANDTH, SFX_SSSIT, SFX_SSDTH, SFX_KEENPN, SFX_KEENDT, SFX_SKEACT, SFX_SKESIT, SFX_SKEATK, SFX_RADIO, SFX_SECRET, NUMSFX } sfxenum_t; /** * Music. * These ids are no longer used. All tracks are played by ident. typedef enum { MUS_NONE, MUS_E1M1, MUS_E1M2, MUS_E1M3, MUS_E1M4, MUS_E1M5, MUS_E1M6, MUS_E1M7, MUS_E1M8, MUS_E1M9, MUS_E2M1, MUS_E2M2, MUS_E2M3, MUS_E2M4, MUS_E2M5, MUS_E2M6, MUS_E2M7, MUS_E2M8, MUS_E2M9, MUS_E3M1, MUS_E3M2, MUS_E3M3, MUS_E3M4, MUS_E3M5, MUS_E3M6, MUS_E3M7, MUS_E3M8, MUS_E3M9, MUS_INTER, MUS_INTRO, MUS_BUNNY, MUS_VICTOR, MUS_INTROA, MUS_RUNNIN, MUS_STALKS, MUS_COUNTD, MUS_BETWEE, MUS_DOOM, MUS_THE_DA, MUS_SHAWN, MUS_DDTBLU, MUS_IN_CIT, MUS_DEAD, MUS_STLKS2, MUS_THEDA2, MUS_DOOM2, MUS_DDTBL2, MUS_RUNNI2, MUS_DEAD2, MUS_STLKS3, MUS_ROMERO, MUS_SHAWN2, MUS_MESSAG, MUS_COUNT2, MUS_DDTBL3, MUS_AMPIE, MUS_THEDA3, MUS_ADRIAN, MUS_MESSG2, MUS_ROMER2, MUS_TENSE, MUS_SHAWN3, MUS_OPENIN, MUS_EVIL, MUS_ULTIMA, MUS_READ_M, MUS_DM2TTL, MUS_DM2INT, NUMMUSIC } musicenum_t; */ #endif doomsday-1.14.5/doomsday/plugins/doom/include/d_player.h0000664000175000017500000001035212350542240022534 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2005-2013 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * d_player.h: Player data structures. */ #ifndef __D_PLAYER__ #define __D_PLAYER__ #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #include "d_items.h" #include "p_pspr.h" #include "p_mobj.h" #include "g_controls.h" // // Player states. // typedef enum { PST_LIVE, // Playing or camping. PST_DEAD, // Dead on the ground, view follows killer. PST_REBORN // Ready to restart/respawn??? } playerstate_t; // // Player internal flags, for cheats and debug. // typedef enum { CF_NOCLIP = 0x1, // No clipping, walk through barriers. CF_GODMODE = 0x2, // No damage, no health loss. CF_NOMOMENTUM = 0x4 // Not really a cheat, just a debug aid. } cheat_t; typedef struct player_s { ddplayer_t* plr; // Pointer to the engine's player data. playerstate_t playerState; playerclass_t class_; // Player class type. playerbrain_t brain; int health; // This is only used between levels, mo->health is used during levels. int armorPoints; int armorType; // Armor type is 0-2. int powers[NUM_POWER_TYPES]; // Power ups. invinc and invis are tic counters. dd_bool keys[NUM_KEY_TYPES]; dd_bool backpack; int frags[MAXPLAYERS]; weapontype_t readyWeapon; weapontype_t pendingWeapon; // Is wp_nochange if not changing. struct playerweapon_s { dd_bool owned; } weapons[NUM_WEAPON_TYPES]; struct playerammo_s { int owned; int max; } ammo[NUM_AMMO_TYPES]; int attackDown; // True if button down last tic. int useDown; int cheats; // Bit flags, for cheats and debug, see cheat_t, above. int refire; // Refired shots are less accurate. // For intermission stats: int killCount; int itemCount; int secretCount; // For screen flashing (red or bright): int damageCount; int bonusCount; mobj_t* attacker; // Who did damage (NULL for floors/ceilings). int colorMap; // Player skin colorshift, 0-3 for which color to draw player. pspdef_t pSprites[NUMPSPRITES]; // Overlay view sprites (gun, etc). dd_bool didSecret; // True if secret level has been done. int jumpTics; // The player can jump if this counter is zero. int airCounter; int flyHeight; int rebornWait; // The player can be reborn if this counter is zero. dd_bool centering; // The player's view pitch is centering back to zero. int update, startSpot; coord_t viewOffset[3]; // Relative to position of the player mobj. coord_t viewZ; // Focal origin above r.z. coord_t viewHeight; // Base height above floor for viewZ. coord_t viewHeightDelta; coord_t bob; // Bounded/scaled total momentum. // Target view to a mobj (NULL=disabled): mobj_t* viewLock; // $democam int lockFull; #ifdef __cplusplus void write(Writer *writer, struct playerheader_s &plrHdr) const; void read(Reader *reader, struct playerheader_s &plrHdr); #endif } player_t; #endif doomsday-1.14.5/doomsday/plugins/doom/include/m_cheat.h0000664000175000017500000000251012350542240022332 0ustar jaakkojaakko/** * @file m_cheat.h * Cheats - Doom (plus Chex and Hacx). @ingroup libdoom * * @author Copyright © 2003-2013 Jaakko Keränen * @author Copyright © 2005-2013 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef LIBDOOM_M_CHEAT_H #define LIBDOOM_M_CHEAT_H #ifndef __JDOOM__ # error "Using jDoom headers without __JDOOM__" #endif #ifdef __cplusplus extern "C" { #endif /** * Register event sequence callbacks for all cheats. */ void G_RegisterCheats(void); #ifdef __cplusplus } // extern "C" #endif #endif // LIBDOOM_M_CHEAT_H doomsday-1.14.5/doomsday/plugins/doom/res/0000775000175000017500000000000012350542240017731 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/res/doom.rc0000664000175000017500000001016512350542240021220 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2010 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * Resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""jdoom.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_DESC ""\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright "" PLUGIN_COPYRIGHT ""\0""\r\n" " VALUE ""OriginalFilename"", ""doom.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif /** * Icons: * Icon with lowest ID value placed first to ensure application icon * remains consistent on all systems. */ IDI_GAME_ICON ICON DISCARDABLE "jdoom.ico" #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_DESC "\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright " PLUGIN_COPYRIGHT "\0" VALUE "OriginalFilename", "doom.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/doom/res/jdoom.dll.manifest0000664000175000017500000000062312350542240023344 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/doom/res/.gitignore0000664000175000017500000000000612350542240021715 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/doom/res/resource.h0000664000175000017500000000066512350542240021740 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by jdoom.rc // #define IDI_GAME_ICON 101 // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/doom/res/jdoom.ico0000664000175000017500000000427612350542240021546 0ustar jaakkojaakko ( @ʦ """)))UUUMMMBBB999|PP3f3333f333ff3fffff3f3f̙f3333f3333333333f3333333f3f33ff3f3f3f3333f3333333f3̙33333f333ff3ffffff3f33f3ff3f3f3ffff3fffffffff3fffffff3f̙ffff3ff333f3ff33fff33f3ff̙3f3f3333f333ff3fffff̙̙3̙f̙̙̙3f̙3f3f3333f333ff3fffff3f3f̙3ffffffffff!___www K JJKJ XDJKJC XQJKKKJ XRRKKKKKJ XKKRQKKJDJC XKtKRXJKKKJJ XJKKKKXRKJKKJJ XJKKKtKQXQKKKKKJ XDRJKRKLRXXKKDKK XJKJKKJKKKQXRLJJ XJDJKJKKKJKtXDJ t"CJCJKJKKKK "R CJJCJJDJJJCK "R" 7KQJDJJKKzKK L t *)CCJKzJK L__ L"J+CDJSJK K___FC ><__D" >___<_=<<<<$ =<<<<<<<<<__< =<<<<<<<<<<_< > >< << doomsday-1.14.5/doomsday/plugins/doom/doom.pro0000664000175000017500000000436512350542240020630 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson include(../config_plugin.pri) include(../common/common.pri) include(../../dep_lzss.pri) include(../../dep_gui.pri) TEMPLATE = lib TARGET = doom VERSION = $$JDOOM_VERSION DEFINES += __JDOOM__ gamedata.files = $$OUT_PWD/../../libdoom.pk3 macx { gamedata.path = Contents/Resources QMAKE_BUNDLE_DATA += gamedata } else { INSTALLS += target gamedata target.path = $$DENG_PLUGIN_LIB_DIR gamedata.path = $$DENG_DATA_DIR/jdoom } INCLUDEPATH += include HEADERS += \ include/acfnlink.h \ include/bossbrain.h \ include/d_api.h \ include/d_config.h \ include/d_console.h \ include/d_englsh.h \ include/d_event.h \ include/d_items.h \ include/d_main.h \ include/d_player.h \ include/d_refresh.h \ include/d_think.h \ include/doomdata.h \ include/doomdef.h \ include/doomtype.h \ include/doomv9mapstatereader.h \ include/dstrings.h \ include/g_game.h \ include/info.h \ include/jdoom.h \ include/m_cheat.h \ include/m_random.h \ include/oldinfo.h \ include/p_enemy.h \ include/p_inter.h \ include/p_lights.h \ include/p_local.h \ include/p_maputl.h \ include/p_mobj.h \ include/p_pspr.h \ include/p_setup.h \ include/p_spec.h \ include/p_telept.h \ include/r_defs.h \ include/st_stuff.h \ include/tables.h \ include/version.h \ include/wi_stuff.h SOURCES += \ src/acfnlink.c \ src/bossbrain.cpp \ src/d_api.c \ src/d_console.c \ src/d_items.c \ src/d_main.cpp \ src/d_refresh.cpp \ src/doomv9mapstatereader.cpp \ src/m_cheat.cpp \ src/m_random.c \ src/p_enemy.c \ src/p_inter.c \ src/p_lights.cpp \ src/p_maputl.c \ src/p_mobj.c \ src/p_pspr.c \ src/p_setup.c \ src/p_spec.c \ src/p_telept.c \ src/st_stuff.c \ src/tables.c \ src/wi_stuff.c win32 { QMAKE_LFLAGS += /DEF:\"$$PWD/api/doom.def\" OTHER_FILES += api/doom.def RC_FILE = res/doom.rc } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } doomsday-1.14.5/doomsday/plugins/doom/data/0000775000175000017500000000000012350542240020051 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/data/conhelp.txt0000664000175000017500000005200612350542240022245 0ustar jaakkojaakko# Doomsday Help # Generated by conhelp.py out of libcommon, libdoom # # CONSOLE COMMANDS: libcommon # [beginchat] desc = Begin chat mode. [chatcancel] desc = Exit chat mode without sending the message. [chatcomplete] desc = Send the chat message and exit chat mode. [chatdelete] desc = Delete a character from the chat buffer. [chatsendmacro] desc = Send a chat macro. [coord] desc = Print the coordinates of the consoleplayer. [deletegamesave] desc = Deletes a game-save state. inf = Params: deletegamesave (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nA game save by name 'deletegamesave "running low on ammo"'\nLast game save in the "quick" slot, confirmed: 'deletegamesave quick confirm' [endcycle] desc = End map rotation. [endgame] desc = End the game. [helpscreen] desc = Show the Help screens. [kill] desc = Kill all the monsters on the map. [listmaps] desc = List all loaded maps. [loadgame] desc = Load a game-save or open the load menu. inf = Params: loadgame (game-save-name||save-slot-num) (confirm)\nKeywords: last, quick\nExamples:\nOpen load menu: 'loadgame'\nLoading named game: 'loadgame "running low on ammo"'\nLoading current "quick" slot, confirmed: 'loadgame quick confirm'\nLoading slot #0: 'loadgame 0' [lockmode] desc = Set camera viewlock mode. inf = Params: lockmode (0-1). [makecam] desc = Toggle camera mode. inf = Params: makecam (playernum)\nFor example, 'makecam 1'. [makelocp] desc = Make local player. inf = Params: makelocp (playernum)\nFor example, 'makelocp 1'. [menu] desc = Open/Close the menu. [menuback] desc = Return to the previous menu page. [menudown] desc = Move the menu cursor down. [menuleft] desc = Move the menu cursor left. [menuright] desc = Move the menu cursor right. [menuselect] desc = Select/Accept the current menu item. [menuup] desc = Move the menu cursor up. [message] desc = Show a local game message. inf = Params: message (text)\nFor example, 'message "this is a message"' [messagecancel] desc = Trigger a "CANCEL" response in the message prompt. [messageno] desc = Trigger a "NO" response in the message prompt. [messageyes] desc = Trigger a "YES" response in the message prompt. [moveceil] desc = Move a sector's ceiling plane. [movefloor] desc = Move a sector's floor plane. [movesec] desc = Move a sector's both planes. [noclip] desc = Toggle movement clipping on/off, to walk through walls (cheat). [notarget] desc = Enemies will not target the player (cheat). [pause] desc = Pause the game (same as pressing the pause key). [quickload] desc = Load the quicksaved game. [quicksave] desc = Quicksave the game. [reveal] desc = Map cheat. inf = Params: reveal (0-4)\nModes:\n0=nothing\n1=show unseen\n2=full map\n3=map+things [savegame] desc = Create a new game-save or open the save menu. inf = Params: savegame (game-save-name||save-slot-num) (new game-save-name) (confirm)\nKeywords: last, quick\nFor example, 'savegame' opens the Save Menu\n 'savegame quick "running low on ammo"' saves to current "quick" slot\n 'savegame 0 "running low on ammo"' saves to slot #0 [screenshot] desc = Take a screenshot. inf = The screenshot is saved into the runtime directory. [setcolor] desc = Set player color. inf = Params: setcolor (playernum)\nFor example, 'setcolor 4'. [setlock] desc = Set camera viewlock. [spawnmobj] desc = Spawn a new mobj. [startcycle] desc = Begin map rotation. [startinf] desc = Start an InFine script. inf = Params: startinf (script-id)\nFor example, 'startinf coolscript'. [stopinf] desc = Stop the currently playing interlude/finale. [suicide] desc = Kill yourself. What did you think? [togglegamma] desc = Cycle gamma correction levels. [warp] desc = Warp to a map. [where] desc = Prints your map number and exact location. # # CONSOLE COMMANDS: libdoom # [cheat] desc = Issue a cheat code using the original DOOM cheats. inf = Params: cheat (cheat)\nFor example, 'cheat idclev25'. [give] desc = Gives you weapons, ammo, power-ups, etc. [god] desc = God mode (cheat). [leavemap] desc = Leave the current map. [setclass] desc = Set player class. [spy] desc = Spy mode: cycle player views in co-op. [zoommax] desc = Zoom out to the max in the automap. # # CONSOLE VARIABLES: libcommon # [chat-beep] desc = 1=Play a beep sound when a new chat message arrives. [chat-macro0] desc = Chat macro 1. [chat-macro1] desc = Chat macro 2. [chat-macro2] desc = Chat macro 3. [chat-macro3] desc = Chat macro 4. [chat-macro4] desc = Chat macro 5. [chat-macro5] desc = Chat macro 6. [chat-macro6] desc = Chat macro 7. [chat-macro7] desc = Chat macro 8. [chat-macro8] desc = Chat macro 9. [chat-macro9] desc = Chat macro 10. [ctl-aim-noauto] desc = 1=Autoaiming disabled. [ctl-look-joy-delta] desc = 1=Joystick values => look angle delta. [ctl-look-joy-inverse] desc = 1=Inverse joystick look Y axis. [ctl-look-joy] desc = 1=Joystick look active. [ctl-look-pov] desc = 1=Look around using the POV hat. [ctl-look-speed] desc = The speed of looking up/down. [ctl-look-spring] desc = 1=Lookspring active. [ctl-run] desc = 1=Always run. [ctl-turn-speed] desc = The speed of turning left/right. [game-fastmonsters] desc = 1=Fast monsters in non-demo single player. [game-monsters-floatoverblocking] desc = 1=Allow floating monsters to attempt floating over blocking things (avoids getting stuck). [game-music] desc = Currently playing music (id). [game-pause-focuslost] desc = Pause the game when game window loses focus. [game-pause-mapstart-tics] desc = Number of 35 Hz tics to pause the game after a map has been loaded.\n-1=Use the value of 'con-transition-tics'. [game-paused] desc = 1=Game paused. [game-save-confirm-loadonreborn] desc = 1=Ask me to confirm when loading a save on player reborn. (default: on). [game-save-confirm] desc = 1=Ask me to confirm when quick saving/loading. [game-save-last-loadonreborn] desc = 1=Load the last used save slot on player reborn. (default: off). [game-save-last-slot] desc = Last used save slot. -1=Not yet loaded/saved in this game session. [game-save-quick-slot] desc = Current "quick" save slot number. -1=None (default). [game-skill] desc = Current skill level. [game-state-map] desc = 1=Currently playing a map. [game-state] desc = Current game state. [game-unpause-focusgained] desc = Unpause the game when game window regains focus. [hud-color-a] desc = HUD info alpha value. [hud-color-b] desc = HUD info color alpha component. [hud-color-g] desc = HUD info color green component. [hud-color-r] desc = HUD info color red component. [hud-frags-all] desc = Debug: HUD shows all frags of all players. [hud-icon-alpha] desc = HUD icon alpha value. [hud-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [hud-scale] desc = Scaling for HUD info. [hud-status-alpha] desc = Status bar Alpha level. [hud-status-icon-a] desc = Status bar icons & counters Alpha level. [hud-status-size] desc = Status bar size. [hud-timer] desc = Number of seconds before the hud auto-hides. [hud-title-author-noiwad] desc = 1=Do not show map author if it is a map from an IWAD. [hud-title] desc = 1=Show map title and author in the beginning. [hud-unhide-damage] desc = 1=Unhide the HUD when player receives damaged. [hud-unhide-pickup-ammo] desc = 1=Unhide the HUD when player collects an ammo item. [hud-unhide-pickup-armor] desc = 1=Unhide the HUD when player collects an armor item. [hud-unhide-pickup-health] desc = 1=Unhide the HUD when player collects a health item. [hud-unhide-pickup-key] desc = 1=Unhide the HUD when player collects a key. [hud-unhide-pickup-powerup] desc = 1=Unhide the HUD when player collects a powerup or item of equipment. [hud-unhide-pickup-weapon] desc = 1=Unhide the HUD when player collects a weapon. [inlude-patch-replacement] desc = Intermission Patch Replacement strings. 1=Enable external, 2=Enable built-in. [inlude-stretch] desc = Intermission stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [input-joy-rx] desc = X rotational axis control. [input-joy-ry] desc = Y rotational axis control. [input-joy-rz] desc = Z rotational axis control. [input-joy-slider1] desc = First slider control. [input-joy-slider2] desc = Second slider control. [input-joy-x] desc = X axis control: 0=None, 1=Move, 2=Turn, 3=Strafe, 4=Look. [input-joy-y] desc = Y axis control. [input-joy-z] desc = Z axis control. [input-mouse-x-sensi] desc = Mouse X axis sensitivity. [input-mouse-y-sensi] desc = Mouse Y axis sensitivity. [map-babykeys] desc = 1=Show keys in automap (easy skill mode only). [map-background-b] desc = Automap background color, blue component. [map-background-g] desc = Automap background color, green component. [map-background-r] desc = Automap background color, red component. [map-customcolors] desc = Custom automap coloring 0=Never, 1=Auto (enabled if unchanged), 2=Always. [map-door-colors] desc = 1=Show door colors in automap. [map-door-glow] desc = Door glow thickness in the automap (with map-door-colors). [map-episode] desc = Current episode. [map-huddisplay] desc = 0=No HUD when in the automap 1=Current HUD display shown when in the automap 2=Always show Status Bar when in the automap [map-id] desc = Current map id. [map-line-opacity] desc = Opacity of automap lines (default: .7). [map-line-width] desc = Scale factor for automap lines (default: 1.1). [map-mobj-b] desc = Automap mobjs, blue component. [map-mobj-g] desc = Automap mobjs, green component. [map-mobj-r] desc = Automap mobjs, red component. [map-music] desc = Music (id) for current map. [map-name] desc = Current map name. [map-opacity] desc = Opacity of the automap. [map-open-timer] desc = Time taken to open/close the automap, in seconds. [map-pan-resetonopen] desc = 1=Reset automap pan location when opening the automap. [map-pan-speed] desc = Pan speed multiplier in the automap. [map-rotate] desc = 1=Automap turns with player, up=forward. [map-title-position] desc = Position of the map title when automap is open. 0=Top, 1=Bottom. [map-wall-b] desc = Automap walls, blue component. [map-wall-ceilingchange-b] desc = Automap ceiling height difference lines, blue component. [map-wall-ceilingchange-g] desc = Automap ceiling height difference lines, green component. [map-wall-ceilingchange-r] desc = Automap ceiling height difference lines, red component. [map-wall-floorchange-b] desc = Automap floor height difference lines, blue component. [map-wall-floorchange-g] desc = Automap floor height difference lines, green component. [map-wall-floorchange-r] desc = Automap floor height difference lines, red component. [map-wall-g] desc = Automap walls, green component. [map-wall-r] desc = Automap walls, red component. [map-wall-unseen-b] desc = Automap unseen areas, blue component. [map-wall-unseen-g] desc = Automap unseen areas, green component. [map-wall-unseen-r] desc = Automap unseen areas, red component. [map-zoom-speed] desc = Zoom in/out speed multiplier in the automap. [menu-color-b] desc = Menu color blue component. [menu-color-g] desc = Menu color green component. [menu-color-r] desc = Menu color red component. [menu-colorb-b] desc = Menu color B blue component. [menu-colorb-g] desc = Menu color B green component. [menu-colorb-r] desc = Menu color B red component. [menu-cursor-rotate] desc = 1=Menu cursor rotates on items with a range of options. [menu-effect] desc = 3-bit bitfield. 0=Disable menu effects. 0x1=text type-in, 0x2=text shadow, 0x4=text glitter. [menu-flash-b] desc = Menu selection flash color, blue component. [menu-flash-g] desc = Menu selection flash color, green component. [menu-flash-r] desc = Menu selection flash color, red component. [menu-flash-speed] desc = Menu selection flash speed. [menu-fog] desc = Menu fog mode: 0=off, 1=shimmer, 2=black smoke, 3=blue vertical, 4=grey smoke, 5=dimmed. [menu-glitter] desc = Strength of type-in glitter. [menu-hotkeys] desc = 1=Enable hotkey navigation in the menu. [menu-patch-replacement] desc = Patch Replacement strings. 1=Enable external, 2=Enable built-in. [menu-quick-ask] desc = 1=Ask me to confirm when quick saving/loading. [menu-save-suggestname] desc = 1=Suggest an auto-generated name when selecting a save slot. [menu-scale] desc = Scaling for menus. [menu-shadow] desc = Menu text shadow darkness. [menu-slam] desc = 1=Slam the menu when opening. [menu-stretch] desc = Menu stretch-scaling strategy 0=Smart, 1=Never, 2=Always. [msg-align] desc = Alignment of HUD messages. 0 = left, 1 = center, 2 = right. [msg-blink] desc = HUD messages blink for this number of tics when printed. [msg-color-b] desc = Color of HUD messages blue component. [msg-color-g] desc = Color of HUD messages green component. [msg-color-r] desc = Color of HUD messages red component. [msg-count] desc = Number of HUD messages displayed at the same time. [msg-echo] desc = 1=Echo all messages to the console. [msg-scale] desc = Scaling factor for HUD messages. [msg-show] desc = 1=Show messages. [msg-uptime] desc = Number of seconds to keep HUD messages on screen. [player-armor] desc = Current armor ammount. [player-autoswitch-ammo] desc = Change weapon automatically when picking up ammo. 1=If better 2=Always [player-autoswitch-notfiring] desc = 1=Disable automatic weapon switch if firing when picking one up. [player-autoswitch] desc = Change weapon automatically when picking one up. 1=If better 2=Always [player-camera-noclip] desc = 1=Camera players have no movement clipping. [player-health] desc = Current health ammount. [player-jump-power] desc = Jump power (for all clients if this is the server). [player-jump] desc = 1=Allow jumping. [player-move-speed] desc = Player movement speed modifier. [player-weapon-current] desc = Current weapon (id) [player-weapon-cycle-sequential] desc = 1=Allow sequential weapon cycling whilst lowering. [player-weapon-order0] desc = Weapon change order, slot 0. [player-weapon-order1] desc = Weapon change order, slot 1. [player-weapon-order2] desc = Weapon change order, slot 2. [player-weapon-order3] desc = Weapon change order, slot 3. [rend-dev-freeze-map] desc = 1=Stop updating the automap rendering lists. [server-game-cheat] desc = 1=Allow cheating in multiplayer games (god, noclip, give). [server-game-deathmatch] desc = 1=Start multiplayer games as deathmatch. [server-game-jump] desc = 1=Allow jumping in multiplayer games. [server-game-map] desc = Map to use in multiplayer games. [server-game-mapcycle-noexit] desc = 1=Disable exit buttons during map rotation. [server-game-mapcycle] desc = Map rotation sequence. [server-game-mod-damage] desc = Enemy (mob) damage modifier, multiplayer (1..100). [server-game-mod-gravity] desc = World gravity modifier, multiplayer (-1..100). -1=Map default. [server-game-mod-health] desc = Enemy (mob) health modifier, multiplayer (1..20). [server-game-monster-meleeattack-nomaxz] desc = 1=Monster melee attacks are infinitely tall. [server-game-nomonsters] desc = 1=No monsters. [server-game-radiusattack-nomaxz] desc = 1=ALL radius attacks are infinitely tall. [server-game-skill] desc = Skill level in multiplayer games. [view-bob-height] desc = Scale for viewheight bobbing. [view-bob-weapon] desc = Scale for player weapon bobbing. [view-cross-a] desc = Crosshair color alpha component. [view-cross-angle] desc = Rotation angle for the crosshair [0..1] (1=360 degrees). [view-cross-b] desc = Crosshair color blue component. [view-cross-g] desc = Crosshair color green component. [view-cross-r] desc = Crosshair color red component. [view-cross-size] desc = Crosshair size: 1=Normal. [view-cross-type] desc = The current crosshair. [view-cross-vitality] desc = Color the crosshair according to how near you are to death. [view-filter-strength] desc = Strength of view filter. [view-size] desc = View window size (3-13). # # CONSOLE VARIABLES: libdoom # [game-anybossdeath666] desc = 1=The death of ANY boss monster triggers a 666 special (on applicable maps). [game-corpse-sliding] desc = 1=Corpses slide down stairs and ledges (enables enhanced BOOM behaviour). [game-corpse-time] desc = Corpse vanish time in seconds, 0=disabled. [game-maxskulls] desc = 1=Pain Elementals can't spawn Lost Souls if more than twenty exist (original behaviour). [game-monsters-stuckindoors] desc = 1=Monsters can get stuck in doortracks (disables DOOM bug fix). [game-objects-clipping] desc = 1=Use EXACTLY DOOM's clipping code (disables DOOM bug fix). [game-objects-falloff] desc = 1=Objects fall under their own weight (enables DOOM bug fix). [game-objects-gibcrushednonbleeders] desc = 1=Turn any crushed object into a pile of gibs (disables DOOM bug fix). [game-objects-hangoverledges] desc = 1=Only some objects can hang over tall ledges (enables DOOM bug fix). [game-player-wallrun-northonly] desc = 1=Players can only wallrun North (disables DOOM bug fix). [game-raiseghosts] desc = 1=Archviles raise ghosts from squished corpses (disables DOOM bug fix). [game-save-auto-loadonreborn] desc = 1=Load the auto save slot on player reborn. (default: off). [game-skullsinwalls] desc = 1=Pain Elementals can spawn Lost Souls inside walls (disables DOOM bug fix). [game-stats-items] desc = Current number of items. [game-stats-kills] desc = Current number of kills. [game-stats-secrets] desc = Current number of discovered secrets. [game-vilechase-usevileradius] desc = 1=Always use the radius of the Archvile with the VileChase action (disables DOOM bug fix). [game-zclip] desc = 1=Allow mobjs to move under/over each other (enables DOOM bug fix). [game-zombiescanexit] desc = 1=Zombie players can exit maps (disables DOOM bug fix). [hud-ammo] desc = 1=Show ammo in HUD. [hud-armor] desc = 1=Show armor in HUD. [hud-cheat-counter-scale] desc = Size factor for the counters. [hud-cheat-counter-show-mapopen] desc = 1=Only show the cheat counters while the automap is open. [hud-cheat-counter] desc = 6-bit bitfield. Show kills, items and secret counters. [hud-face-ouchfix] desc = 1=Fix HUD OUCH face (enables DOOM bug fix). [hud-face] desc = 1=Show Doom guy's face in HUD. [hud-frags] desc = 1=Show deathmatch frags in HUD. [hud-health] desc = 1=Show health in HUD. [hud-keys-combine] desc = 1=Combine the display of keys of the same color in HUD. [hud-keys] desc = 1=Show keys in HUD. [hud-status-weaponslots-ownedfix] desc = 1=Fix original DOOM behavior when drawing the statusbar owned weapon display. [map-mission] desc = Current mission. [menu-quitsound] desc = 1=Play a sound when quitting the game. [player-air-movement] desc = Player movement speed while airborne. [player-ammo-bullets] desc = Current number of bullets. [player-ammo-cells] desc = Current number of cells. [player-ammo-missiles] desc = Current number of missiles. [player-ammo-shells] desc = Current number of shells. [player-autoswitch-berserk] desc = Change to fist automatically when picking up berserk pack [player-color] desc = Player color: 0=green, 1=gray, 2=brown, 3=red. [player-death-lookup] desc = 1=Look up when killed [player-eyeheight] desc = Player eye height. The original is 41. [player-key-blue] desc = 1=Player has blue keycard. [player-key-blueskull] desc = 1=Player has blue skullkey. [player-key-red] desc = 1=Player has red keycard. [player-key-redskull] desc = 1=Player has red skullkey. [player-key-yellow] desc = 1=Player has yellow keycard. [player-key-yellowskull] desc = 1=Player has yellow skullkey. [player-weapon-bfg] desc = 1=Player has BFG. [player-weapon-chaingun] desc = 1=Player has chaingun. [player-weapon-chainsaw] desc = 1=Player has chainsaw. [player-weapon-fist] desc = 1=Player has fist. [player-weapon-mlauncher] desc = 1=Player has missile launcher. [player-weapon-nextmode] desc = 1=Use custom weapon order with Next/Previous weapon. [player-weapon-order4] desc = Weapon change order, slot 4. [player-weapon-order5] desc = Weapon change order, slot 5. [player-weapon-order6] desc = Weapon change order, slot 6. [player-weapon-order7] desc = Weapon change order, slot 7. [player-weapon-order8] desc = Weapon change order, slot 8. [player-weapon-pistol] desc = 1=Player has pistol. [player-weapon-plasmarifle] desc = 1=Player has plasma rifle. [player-weapon-shotgun] desc = 1=Player has shotgun. [player-weapon-sshotgun] desc = 1=Player has super shotgun. [server-game-announce-secret] desc = 1=Announce the discovery of secret areas. [server-game-bfg-freeaim] desc = Allow free-aim with BFG in deathmatch. [server-game-coop-nodamage] desc = 1=Disable player-player damage in co-op games. [server-game-coop-nothing] desc = 1=Disable all multiplayer objects in co-op games. [server-game-coop-noweapons] desc = 1=Disable multiplayer weapons during co-op games. [server-game-coop-respawn-items] desc = 1=Respawn items in co-op games. [server-game-deathmatch-killmsg] desc = 1=Announce frags in deathmatch. [server-game-episode] desc = Episode to use in multiplayer games. [server-game-nobfg] desc = 1=Disable BFG9000 in all netgames. [server-game-noteamdamage] desc = 1=Disable team damage (player color = team). [server-game-respawn-monsters-nightmare] desc = 1=Monster respawning in Nightmare difficulty enabled. [server-game-respawn] desc = 1=-respawn was used. [view-bob-weapon-switch-lower] desc = HUD weapon lowered during weapon switching. [xg-dev] desc = 1=Print XG debug messages. doomsday-1.14.5/doomsday/plugins/doom/data/lumps/0000775000175000017500000000000012350542240021211 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb041.lmp0000664000175000017500000000003412350542240023255 0ustar jaakkojaakko######doomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb074.lmp0000664000175000017500000000030212350542240023261 0ustar jaakkojaakko 4=FOXariiiiiiiiX_iiiiR\iiiiU_iiiiR_ii iiiiiiiii_Q[ii ii[bbba_bb_bii iiQXaa_\_\_bii iiU_ab\\XX\ii iiacbbba__iii iiiiiiiiiiidoomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb056.lmp0000664000175000017500000000034712350542240023272 0ustar jaakkojaakko 4CRctjjjjjjjjjj jj]_ajj]W_jj jjY][[YY]TW[jj jjW[e_Y_c_T_jj jjVcjjR_jjPajj jjRejjTcjj_jj jjRejjTcjjP_jj jjV[e_V]_YV_jj jjVWVVVTTTW]jj jj[]cjj_W_jjjjjjjjjjjjdoomsday-1.14.5/doomsday/plugins/doom/data/lumps/pal18to8.lmp0000664000175000017500000100000012350542240023272 0ustar 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 doomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb046.lmp0000664000175000017500000000011212350542240023257 0ustar jaakkojaakko '09BI iiiiiiXbiiiiUaiiiiQ_ii iiiidoomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb063.lmp0000664000175000017500000000034412350542240023265 0ustar jaakkojaakko 8HYj{ iiiiiiiiiii i[aii[_iXU_i iQciiQ[iPYci iQ_iiPXiP\bi iQ_iiPXiX_ci iPXiiQZiiiiiP\iiR\iiUXURW_iiXXRRR[iiaWUWRaiiaXXaiiiiidoomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb071.lmp0000664000175000017500000000053212350542240023263 0ustar jaakkojaakko HQ^m| 2Fiiiiiiiiibaaaiii iicX[\\WRcii ii\\\\\\\[ii iib___aabbbfii ii\cciiiiccgiiii\fiiii[biiiiWciiiiQbiiiiUciiiiP\iiiiQ\iiiiQbiiiiQaiiiiiiiRaiiiiQ\iiiiX\_\aiiiiQ_iiiiPQQQ[iiiiU_iiiiPPPP[iiii_biiii\___aiiiiiiiiiiiiiiiiidoomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb052.lmp0000664000175000017500000000032312350542240023260 0ustar jaakkojaakko 4AN[hu~iiiiiiiiiiiiRRWXU\iiiiRX\WU_iiiiX_XUQ[iiiiiiii\iiii_ii iiiiii\iiiiii iiQQQQQ[ii iiRWW[\\XXW_ii iiX\_aaaa__fii iiiiiiiiiiiiiidoomsday-1.14.5/doomsday/plugins/doom/data/lumps/fontb088.lmp0000664000175000017500000000044212350542240023273 0ustar jaakkojaakko @O`siiiii iiiiiiiR\iiiiP[iiiiQQ\iiiiPXWii iiWXXciiW\\\ii ii[W__cf\acaii ii[W_acfcciiii__abcfiiii___a_cii iiW[[__\acii iiWXXX[[W\\\ii iiQQ\aii[PXWiiiiR\aiiii[P[iiii[aiiii[[iiiiiii iiiiidoomsday-1.14.5/doomsday/plugins/doom/api/0000775000175000017500000000000012350542240017711 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/api/doom.def0000664000175000017500000000027212350542240021330 0ustar jaakkojaakkoLIBRARY DOOM EXPORTS DP_Initialize @1 GetGameAPI @2 DP_Load @3 DP_Unload @4 deng_LibraryType @5 deng_API @6 doomsday-1.14.5/doomsday/plugins/doom/doom.doxy0000664000175000017500000000036412350542240021006 0ustar jaakkojaakko# API documentation for the libdoom @INCLUDE = ../../doomsday.doxy PROJECT_NAME = libdoom OUTPUT_DIRECTORY = ../../apidoc/jdoom/ INPUT = src include res ../common/src ../common/include PREDEFINED = __JDOOM__ doomsday-1.14.5/doomsday/plugins/doom/doc/0000775000175000017500000000000012350542240017705 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/doom/doc/LICENSE0000664000175000017500000003545112350542240020722 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/plugins/fluidsynth/0000775000175000017500000000000012350542240020373 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fluidsynth/src/0000775000175000017500000000000012350542240021162 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fluidsynth/src/fluidsynth_music.cpp0000664000175000017500000002757412350542240025276 0ustar jaakkojaakko/** * @file fluidsynth_music.cpp * Music playback interface. @ingroup dsfluidsynth * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "driver_fluidsynth.h" #include "doomsday.h" #include #include #include #include static int sfontId = -1; static fluid_player_t* fsPlayer = 0; static thread_t worker; static volatile bool workerShouldStop; static sfxbuffer_t* sfxBuf; static sfxsample_t streamSample; #define MAX_BLOCKS 6 #define SAMPLES_PER_SECOND 44100 #define BLOCK_SAMPLES (SAMPLES_PER_SECOND / 8) #define BYTES_PER_SAMPLE 2 #define BLOCK_SIZE (2 * BYTES_PER_SAMPLE * BLOCK_SAMPLES) // 16 bit /** * Ring buffer for storing synthesized samples. This is thread-safe as there * is a separate thread where the synthesizer is being run when a song plays. */ class RingBuffer { public: /** * Constructs a ring buffer. * @param size Size of the buffer in bytes. */ RingBuffer(int size) : _buf(0), _size(size) { _buf = new byte[size]; _end = _buf + size; _writePos = _readPos = _buf; _mutex = Sys_CreateMutex("fs_ringbuf"); } ~RingBuffer() { delete [] _buf; Sys_DestroyMutex(_mutex); } int size() const { return _size; } void* data() { return _buf; } void clear() { Sys_Lock(_mutex); _writePos = _readPos = _buf; Sys_Unlock(_mutex); } int availableForWriting() const { return _size - availableForReading() - 1; } int availableForReading() const { Sys_Lock(_mutex); int avail; if(_writePos >= _readPos) { avail = _writePos - _readPos; } else { // Write position was wrapped around. avail = (_end - _readPos) + (_writePos - _buf); } Sys_Unlock(_mutex); return avail; } void write(const void* data, int length) { Sys_Lock(_mutex); DENG_ASSERT(_writePos < _end); // No need to split? const int remainder = _end - _writePos; if(length <= remainder) { memcpy(_writePos, data, length); _writePos += length; if(_writePos == _end) _writePos = _buf; // May wrap around. } else { // Do the write in two parts. memcpy(_writePos, data, remainder); memcpy(_buf, (byte*)data + remainder, length - remainder); _writePos = _buf + length - remainder; } Sys_Unlock(_mutex); } /** * Reads a block of data from the buffer. * * @param data The read data will be written here. * @param length Number of bytes to read. If there aren't this many * bytes currently available, reads all the available * data instead. * * @return Actual number of bytes read. */ int read(void* data, int length) { Sys_Lock(_mutex); // We'll read as much as we have. int avail = availableForReading(); length = MIN_OF(length, avail); const int remainder = _end - _readPos; if(length <= remainder) { memcpy(data, _readPos, length); _readPos += length; if(_readPos == _end) _readPos = _buf; // May wrap around. } else { memcpy(data, _readPos, remainder); memcpy((byte*)data + remainder, _buf, length - remainder); _readPos = _buf + length - remainder; } Sys_Unlock(_mutex); // This is how much we were able to read. return length; } private: mutex_t _mutex; byte* _buf; byte* _end; int _size; byte* _writePos; byte* _readPos; }; static RingBuffer* blockBuffer; static float musicVolume; /** * Thread entry point for the synthesizer. Runs until the song is stopped. * @param parm Not used. * @return Always zero. */ static int synthWorkThread(void* parm) { DENG_UNUSED(parm); DENG_ASSERT(blockBuffer != 0); byte samples[BLOCK_SIZE]; while(!workerShouldStop) { if(blockBuffer->availableForWriting() < BLOCK_SIZE) { // We should not or cannot produce samples right now, let's sleep for a while. Thread_Sleep(50); continue; } //DSFLUIDSYNTH_TRACE("Synthesizing next block using fsPlayer " << fsPlayer); // Synthesize a block of samples into our buffer. fluid_synth_write_s16(DMFluid_Synth(), BLOCK_SAMPLES, samples, 0, 2, samples, 1, 2); blockBuffer->write(samples, BLOCK_SIZE); //DSFLUIDSYNTH_TRACE("Block written."); } DSFLUIDSYNTH_TRACE("Synth worker dies."); return 0; } /** * Callback function for streaming out data to the SFX buffer. This is called * by the SFX driver when it wants more samples. * * @param buf Buffer where the samples are being played in. * @param data Data buffer for writing samples into. * @param size Number of bytes to write. * * @return Number of bytes written to @a data, or 0 if there are less than * the requested amount of data available. */ static int streamOutSamples(sfxbuffer_t* buf, void* data, unsigned int size) { DENG_UNUSED(buf); DENG_ASSERT(buf == sfxBuf); if(blockBuffer->availableForReading() >= int(size)) { //DSFLUIDSYNTH_TRACE("Streaming out " << size << " bytes."); blockBuffer->read(data, size); return size; } else { //DSFLUIDSYNTH_TRACE("Streaming out failed."); return 0; // Not enough data to fill the requested buffer. } } static void startWorker() { DENG_ASSERT(DMFluid_Driver() == NULL); DENG_ASSERT(worker == NULL); workerShouldStop = false; worker = Sys_StartThread(synthWorkThread, 0); } /** * Starts the synthesizer thread and music playback. */ static void startPlayer() { if(DMFluid_Driver()) return; DENG_ASSERT(!worker); DENG_ASSERT(sfxBuf == NULL); // Create a sound buffer for playing the music. sfxBuf = DMFluid_Sfx()->Create(SFXBF_STREAM, 16, 44100); DSFLUIDSYNTH_TRACE("startPlayer: Created SFX buffer " << sfxBuf); // As a streaming buffer, the data will be read from here. // The length of the buffer is ignored, streaming buffers play indefinitely. memset(&streamSample, 0, sizeof(streamSample)); streamSample.id = -1; // undefined sample streamSample.data = reinterpret_cast(streamOutSamples); streamSample.bytesPer = 2; streamSample.numSamples = MAX_BLOCKS * BLOCK_SAMPLES; streamSample.rate = 44100; DMFluid_Sfx()->Load(sfxBuf, &streamSample); startWorker(); // Update the buffer's volume. DMFluid_Sfx()->Set(sfxBuf, SFXBP_VOLUME, musicVolume); DMFluid_Sfx()->Play(sfxBuf); } static void stopWorker() { DENG_ASSERT(DMFluid_Driver() == NULL); if(worker) { DSFLUIDSYNTH_TRACE("stopWorker: Stopping thread " << worker); workerShouldStop = true; Sys_WaitThread(worker, 1000, NULL); worker = 0; DSFLUIDSYNTH_TRACE("stopWorker: Thread stopped."); } } static void stopPlayer() { DSFLUIDSYNTH_TRACE("stopPlayer: fsPlayer " << fsPlayer); if(!fsPlayer) return; if(!DMFluid_Driver()) { // Destroy the sfx buffer. DENG_ASSERT(sfxBuf != 0); DSFLUIDSYNTH_TRACE("stopPlayer: Destroying SFX buffer " << sfxBuf); DMFluid_Sfx()->Destroy(sfxBuf); sfxBuf = 0; stopWorker(); } delete_fluid_player(fsPlayer); fsPlayer = 0; blockBuffer->clear(); } int DM_Music_Init(void) { if(blockBuffer) return true; musicVolume = 1.f; blockBuffer = new RingBuffer(MAX_BLOCKS * BLOCK_SIZE); return true; } void DMFluid_Shutdown(void) { if(!blockBuffer) return; stopPlayer(); delete blockBuffer; blockBuffer = 0; if(fsPlayer) { delete_fluid_player(fsPlayer); fsPlayer = 0; } DSFLUIDSYNTH_TRACE("Music_Shutdown."); } void DM_Music_Shutdown(void) { DMFluid_Shutdown(); } void DMFluid_SetSoundFont(const char* fileName) { if(sfontId >= 0) { // First unload the previous font. fluid_synth_sfunload(DMFluid_Synth(), sfontId, false); sfontId = -1; } if(!fileName) return; // Load the new one. sfontId = fluid_synth_sfload(DMFluid_Synth(), fileName, true); if(sfontId >= 0) { App_Log(DE2_LOG_VERBOSE, "FluidSynth: Loaded SF2 soundfont \"%s\" with id:%i", fileName, sfontId); } else { App_Log(DE2_LOG_VERBOSE, "FluidSynth: Failed to load soundfont \"%s\" (not SF2 or not found)", fileName); } } void DM_Music_Set(int prop, float value) { switch(prop) { case MUSIP_VOLUME: musicVolume = value; if(sfxBuf) { DMFluid_Sfx()->Set(sfxBuf, SFXBP_VOLUME, musicVolume); } else if(DMFluid_Driver()) { fluid_synth_set_gain(DMFluid_Synth(), MAX_SYNTH_GAIN * musicVolume); } DSFLUIDSYNTH_TRACE("Music_Set: MUSIP_VOLUME = " << musicVolume); break; default: break; } } int DM_Music_Get(int prop, void* ptr) { switch(prop) { case MUSIP_ID: if(ptr) { strcpy((char*) ptr, "FluidSynth/Ext (MIDI only)"); return true; } break; case MUSIP_PLAYING: { if(!fsPlayer) return false; int playing = (fluid_player_get_status(fsPlayer) == FLUID_PLAYER_PLAYING); DSFLUIDSYNTH_TRACE("Music_Get: MUSIP_PLAYING = " << playing); return playing; } default: break; } return false; } /** * Get the buffered output and stream it to the Sfx interface. */ void DMFluid_Update(void) { // nothing to do } void DM_Music_Update(void) { DMFluid_Update(); } void DM_Music_Stop(void) { stopPlayer(); } void DM_Music_Pause(int setPause) { if(!fsPlayer || !sfxBuf) return; if(setPause) { DMFluid_Sfx()->Stop(sfxBuf); DSFLUIDSYNTH_TRACE("Song paused."); } else { DMFluid_Sfx()->Play(sfxBuf); DSFLUIDSYNTH_TRACE("Song resumed."); } } int DM_Music_PlayFile(const char *filename, int looped) { if(!filename) return false; if(!fluid_is_midifile(filename)) { // It doesn't look like MIDI. App_Log(DE2_LOG_VERBOSE, "[FluidSynth] Cannot play \"%s\": not a MIDI file", filename); return false; } if(sfontId < 0) { App_Log(DE2_LOG_VERBOSE, "[FluidSynth] Cannot play \"%s\" without an SF2 soundfont", filename); return false; } // If we are playing something, make sure it's stopped. stopPlayer(); DENG_ASSERT(fsPlayer == NULL); // Create a new player. fsPlayer = new_fluid_player(DMFluid_Synth()); fluid_player_add(fsPlayer, filename); fluid_player_set_loop(fsPlayer, looped? -1 /*infinite times*/ : 1); fluid_player_play(fsPlayer); startPlayer(); DSFLUIDSYNTH_TRACE("PlayFile: playing '" << filename << "' using player " << fsPlayer << " looped:" << looped << " sfont:" << sfontId); return true; } doomsday-1.14.5/doomsday/plugins/fluidsynth/src/driver_fluidsynth.cpp0000664000175000017500000001027212350542240025434 0ustar jaakkojaakko/** * @file driver_fluidsynth.cpp * FluidSynth music plugin. @ingroup dsfluidsynth * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #include "driver_fluidsynth.h" #include "api_audiod.h" #include #include #include #include "doomsday.h" static fluid_settings_t* fsConfig; static fluid_synth_t* fsSynth; static audiointerface_sfx_t* fsSfx; static fluid_audio_driver_t* fsDriver; fluid_synth_t* DMFluid_Synth() { DENG_ASSERT(fsSynth != 0); return fsSynth; } fluid_audio_driver_t* DMFluid_Driver() { return fsDriver; } audiointerface_sfx_generic_t* DMFluid_Sfx() { DENG_ASSERT(fsSfx != 0); return &fsSfx->gen; } /** * Initialize the FluidSynth sound driver. */ int DS_Init(void) { if(fsSynth) { return true; // Already initialized. } // Set up a reasonable configuration. fsConfig = new_fluid_settings(); fluid_settings_setnum(fsConfig, "synth.gain", MAX_SYNTH_GAIN); // Create the synthesizer. fsSynth = new_fluid_synth(fsConfig); if(!fsSynth) { App_Log(DE2_AUDIO_ERROR, "[FluidSynth] Failed to create synthesizer"); return false; } #ifndef FLUIDSYNTH_NOT_A_DLL // Create the output driver that will play the music. char driverName[50]; if(!UnixInfo_GetConfigValue("defaults", "fluidsynth:driver", driverName, sizeof(driverName) - 1)) { strcpy(driverName, FLUIDSYNTH_DEFAULT_DRIVER_NAME); } fluid_settings_setstr(fsConfig, "audio.driver", driverName); fsDriver = new_fluid_audio_driver(fsConfig, fsSynth); if(!fsDriver) { App_Log(DE2_AUDIO_ERROR, "[FluidSynth] Failed to load audio driver '%s'", driverName); return false; } #else fsDriver = NULL; #endif DSFLUIDSYNTH_TRACE("DS_Init: FluidSynth initialized."); return true; } /** * Shut everything down. */ void DS_Shutdown(void) { if(!fsSynth) return; DMFluid_Shutdown(); DSFLUIDSYNTH_TRACE("DS_Shutdown."); if(fsDriver) { delete_fluid_audio_driver(fsDriver); } delete_fluid_synth(fsSynth); delete_fluid_settings(fsConfig); fsSynth = 0; fsConfig = 0; } /** * The Event function is called to tell the driver about certain critical * events like the beginning and end of an update cycle. */ void DS_Event(int type) { if(!fsSynth) return; if(type == SFXEV_END) { // End of frame, do an update. DMFluid_Update(); } } int DS_Set(int prop, const void* ptr) { //if(!fmodSystem) return false; switch(prop) { case AUDIOP_SOUNDFONT_FILENAME: { const char* path = reinterpret_cast(ptr); DSFLUIDSYNTH_TRACE("DS_Set: Soundfont = " << path); if(!path || !strlen(path)) { // Use the default. path = 0; } DMFluid_SetSoundFont(path); return true; } case AUDIOP_SFX_INTERFACE: fsSfx = (audiointerface_sfx_t*) ptr; DSFLUIDSYNTH_TRACE("DS_Set: iSFX = " << fsSfx); return true; default: DSFLUIDSYNTH_TRACE("DS_Set: Unknown property " << prop); return false; } } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ DENG_EXTERN_C const char* deng_LibraryType(void) { return "deng-plugin/audio"; } DENG_DECLARE_API(Con); DENG_API_EXCHANGE( DENG_GET_API(DE_API_CONSOLE, Con); ) doomsday-1.14.5/doomsday/plugins/fluidsynth/include/0000775000175000017500000000000012350542240022016 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fluidsynth/include/driver_fluidsynth.h0000664000175000017500000000327612350542240025743 0ustar jaakkojaakko/** * @file driver_fluidsynth.h * FluidSynth music plugin. @ingroup dsfluidsynth * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ /** * @defgroup dsfluidsynth * FluidSynth music plugin. */ #ifndef __DSFLUIDSYNTH_DRIVER_H__ #define __DSFLUIDSYNTH_DRIVER_H__ #include #include #include #include #include #include "api_console.h" #include "api_audiod_sfx.h" extern "C" { int DS_Init(void); void DS_Shutdown(void); void DS_Event(int type); int DS_Set(int prop, const void* ptr); } fluid_synth_t* DMFluid_Synth(); fluid_audio_driver_t* DMFluid_Driver(); audiointerface_sfx_generic_t* DMFluid_Sfx(); #define MAX_SYNTH_GAIN 0.4 #define DSFLUIDSYNTH_TRACE(args) LOGDEV_AUDIO_XVERBOSE("[FluidSynth] ") << args #include "fluidsynth_music.h" DENG_USING_API(Con); #endif /* end of include guard: __DSFLUIDSYNTH_DRIVER_H__ */ doomsday-1.14.5/doomsday/plugins/fluidsynth/include/version.h0000664000175000017500000000320612350542240023655 0ustar jaakkojaakko/** * @file version.h * Version information for the FluidSynth music plugin. @ingroup dsfluidsynth * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef __DSFLUIDSYNTH_VERSION_H__ #define __DSFLUIDSYNTH_VERSION_H__ #ifndef DSFLUIDSYNTH_VER_ID # ifdef _DEBUG # define DSFLUIDSYNTH_VER_ID "+D Doomsday" # else # define DSFLUIDSYNTH_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dsfluidsynth" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "FluidSynth Music Driver" #define PLUGIN_DETAILS "Doomsday plugin for music playback via FluidSynth" #define PLUGIN_VERSION_TEXT "1.1.0" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" DSFLUIDSYNTH_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,1,0,0 // For WIN32 version info. #endif doomsday-1.14.5/doomsday/plugins/fluidsynth/include/fluidsynth_music.h0000664000175000017500000000326312350542240025564 0ustar jaakkojaakko/** * @file fluidsynth_music.h * Music playback interface. @ingroup dsfluidsynth * * @authors Copyright © 2011-2013 Jaakko Keränen * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifndef __DSFLUIDSYNTH_MUS_H__ #define __DSFLUIDSYNTH_MUS_H__ #include "api_audiod_mus.h" #ifdef __cplusplus extern "C" { #endif int DM_Music_Init(void); void DM_Music_Shutdown(void); void DM_Music_Set(int prop, float value); int DM_Music_Get(int prop, void* ptr); void DM_Music_Update(void); //void* DM_Music_SongBuffer(unsigned int length); // buffered play supported //int DM_Music_Play(int looped); void DM_Music_Stop(void); void DM_Music_Pause(int setPause); int DM_Music_PlayFile(const char *filename, int looped); #ifdef __cplusplus } #endif // Internal: void DMFluid_Update(); void DMFluid_Shutdown(); void DMFluid_SetSoundFont(const char* fileName); #endif /* end of include guard: __DSFLUIDSYNTH_MUS_H__ */ doomsday-1.14.5/doomsday/plugins/fluidsynth/fluidsynth.pro0000664000175000017500000001371412350542240023314 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # This plugin uses the full libdeng2 C++ API. CONFIG += dengplugin_libdeng2_full include(../config_plugin.pri) deng_embedfluidsynth: include(../../dep_glib.pri) TEMPLATE = lib TARGET = audio_fluidsynth # Define this to get debug messages. deng_debug: DEFINES += DENG_DSFLUIDSYNTH_DEBUG unix:!macx { DEFINES += _BSD_SOURCE } win32 { RC_FILE = res/fluidsynth.rc QMAKE_LFLAGS += /DEF:\"$$PWD/api/dsfluidsynth.def\" OTHER_FILES += api/dsfluidsynth.def INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } macx { fixPluginInstallId($$TARGET, 1) linkToBundledLibdeng2($$TARGET) linkToBundledLibdeng1($$TARGET) } unix:!macx { INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } INCLUDEPATH += include HEADERS += \ include/driver_fluidsynth.h \ include/fluidsynth_music.h \ include/version.h SOURCES += \ src/driver_fluidsynth.cpp \ src/fluidsynth_music.cpp # libfluidsynth config ------------------------------------------------------ !deng_embedfluidsynth { include(../../dep_fluidsynth.pri) DEFINES += FLUIDSYNTH_DEFAULT_DRIVER_NAME=\"\\\"pulseaudio\\\"\" } deng_embedfluidsynth { DEFINES += FLUIDSYNTH_NOT_A_DLL WITH_FLOAT \ HAVE_MATH_H HAVE_STDIO_H HAVE_STDLIB_H HAVE_STRING_H *-g++* { QMAKE_CFLAGS += -fomit-frame-pointer -funroll-all-loops -finline-functions -fdiagnostics-show-option QMAKE_CFLAGS_WARN_ON -= -Wall -W QMAKE_CFLAGS_WARN_ON += -Wno-deprecated-declarations } *-clang* { QMAKE_CFLAGS += -fomit-frame-pointer -finline-functions -fdiagnostics-show-option QMAKE_CFLAGS_WARN_ON -= -Wall -W QMAKE_CFLAGS_WARN_ON += -Wno-deprecated-declarations -Wno-parentheses -Wno-unused-value } macx { DEFINES += DARWIN } unix { DEFINES += HAVE_SYS_TYPES_H HAVE_SYS_SOCKET_H HAVE_SYS_TIME_H \ HAVE_PTHREAD_H HAVE_LIMITS_H HAVE_UNISTD_H HAVE_NETINET_IN_H \ HAVE_NETINET_TCP_H HAVE_FCNTL_H HAVE_ERRNO_H } FS_DIR = ../../external/fluidsynth INCLUDEPATH += \ $${FS_DIR}/include \ $${FS_DIR}/src \ $${FS_DIR}/src/drivers \ $${FS_DIR}/src/synth \ $${FS_DIR}/src/rvoice \ $${FS_DIR}/src/midi \ $${FS_DIR}/src/utils \ $${FS_DIR}/src/sfloader \ $${FS_DIR}/src/bindings fsh.files = $${FS_DIR}/include/fluidsynth.h headers.files = \ $${FS_DIR}/include/fluidsynth/audio.h \ $${FS_DIR}/include/fluidsynth/event.h \ $${FS_DIR}/include/fluidsynth/gen.h \ $${FS_DIR}/include/fluidsynth/log.h \ $${FS_DIR}/include/fluidsynth/midi.h \ $${FS_DIR}/include/fluidsynth/misc.h \ $${FS_DIR}/include/fluidsynth/mod.h \ $${FS_DIR}/include/fluidsynth/ramsfont.h \ $${FS_DIR}/include/fluidsynth/seq.h \ $${FS_DIR}/include/fluidsynth/seqbind.h \ $${FS_DIR}/include/fluidsynth/settings.h \ $${FS_DIR}/include/fluidsynth/sfont.h \ $${FS_DIR}/include/fluidsynth/shell.h \ $${FS_DIR}/include/fluidsynth/synth.h \ $${FS_DIR}/include/fluidsynth/types.h \ $${FS_DIR}/include/fluidsynth/voice.h \ $${FS_DIR}/include/fluidsynth/version.h HEADERS += $$fsh.files $$headers.files # Internal headers. HEADERS += \ $${FS_DIR}/src/config.h \ $${FS_DIR}/src/utils/fluid_conv.h \ $${FS_DIR}/src/utils/fluid_hash.h \ $${FS_DIR}/src/utils/fluid_list.h \ $${FS_DIR}/src/utils/fluid_ringbuffer.h \ $${FS_DIR}/src/utils/fluid_settings.h \ $${FS_DIR}/src/utils/fluidsynth_priv.h \ $${FS_DIR}/src/utils/fluid_sys.h \ $${FS_DIR}/src/sfloader/fluid_defsfont.h \ $${FS_DIR}/src/sfloader/fluid_ramsfont.h \ $${FS_DIR}/src/sfloader/fluid_sfont.h \ $${FS_DIR}/src/rvoice/fluid_adsr_env.h \ $${FS_DIR}/src/rvoice/fluid_chorus.h \ $${FS_DIR}/src/rvoice/fluid_iir_filter.h \ $${FS_DIR}/src/rvoice/fluid_lfo.h \ $${FS_DIR}/src/rvoice/fluid_rvoice.h \ $${FS_DIR}/src/rvoice/fluid_rvoice_event.h \ $${FS_DIR}/src/rvoice/fluid_rvoice_mixer.h \ $${FS_DIR}/src/rvoice/fluid_phase.h \ $${FS_DIR}/src/rvoice/fluid_rev.h \ $${FS_DIR}/src/synth/fluid_chan.h \ $${FS_DIR}/src/synth/fluid_event_priv.h \ $${FS_DIR}/src/synth/fluid_event_queue.h \ $${FS_DIR}/src/synth/fluid_gen.h \ $${FS_DIR}/src/synth/fluid_mod.h \ $${FS_DIR}/src/synth/fluid_synth.h \ $${FS_DIR}/src/synth/fluid_tuning.h \ $${FS_DIR}/src/synth/fluid_voice.h \ $${FS_DIR}/src/midi/fluid_midi.h \ $${FS_DIR}/src/midi/fluid_midi_router.h \ $${FS_DIR}/src/drivers/fluid_adriver.h \ $${FS_DIR}/src/drivers/fluid_mdriver.h \ $${FS_DIR}/src/bindings/fluid_cmd.h SOURCES += \ $${FS_DIR}/src/utils/fluid_conv.c \ $${FS_DIR}/src/utils/fluid_hash.c \ $${FS_DIR}/src/utils/fluid_list.c \ $${FS_DIR}/src/utils/fluid_ringbuffer.c \ $${FS_DIR}/src/utils/fluid_settings.c \ $${FS_DIR}/src/utils/fluid_sys.c \ $${FS_DIR}/src/sfloader/fluid_defsfont.c \ $${FS_DIR}/src/sfloader/fluid_ramsfont.c \ $${FS_DIR}/src/rvoice/fluid_adsr_env.c \ $${FS_DIR}/src/rvoice/fluid_chorus.c \ $${FS_DIR}/src/rvoice/fluid_iir_filter.c \ $${FS_DIR}/src/rvoice/fluid_lfo.c \ $${FS_DIR}/src/rvoice/fluid_rvoice.c \ $${FS_DIR}/src/rvoice/fluid_rvoice_dsp.c \ $${FS_DIR}/src/rvoice/fluid_rvoice_event.c \ $${FS_DIR}/src/rvoice/fluid_rvoice_mixer.c \ $${FS_DIR}/src/rvoice/fluid_rev.c \ $${FS_DIR}/src/synth/fluid_chan.c \ $${FS_DIR}/src/synth/fluid_event.c \ $${FS_DIR}/src/synth/fluid_gen.c \ $${FS_DIR}/src/synth/fluid_mod.c \ $${FS_DIR}/src/synth/fluid_synth.c \ $${FS_DIR}/src/synth/fluid_tuning.c \ $${FS_DIR}/src/synth/fluid_voice.c \ $${FS_DIR}/src/midi/fluid_midi.c \ $${FS_DIR}/src/midi/fluid_midi_router.c \ $${FS_DIR}/src/midi/fluid_seqbind.c \ $${FS_DIR}/src/midi/fluid_seq.c \ $${FS_DIR}/src/drivers/fluid_adriver.c \ $${FS_DIR}/src/drivers/fluid_mdriver.c \ $${FS_DIR}/src/drivers/fluid_aufile.c \ $${FS_DIR}/src/bindings/fluid_cmd.c \ $${FS_DIR}/src/bindings/fluid_filerenderer.c } # deng_embedfluidsynth doomsday-1.14.5/doomsday/plugins/fluidsynth/res/0000775000175000017500000000000012350542240021164 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fluidsynth/res/fluidsynth.rc0000664000175000017500000001017312350542240023705 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2013 Daniel Swanson *\author Copyright 2011-2013 Jaakko Kernen * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * fluidsynth.rc: dsFluidSynth.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dsfluidsynth.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine audio plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dsFluidSynth.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine audio plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "dsFluidSynth.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/fluidsynth/api/0000775000175000017500000000000012350542240021144 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/fluidsynth/api/dsfluidsynth.def0000664000175000017500000000044712350542240024351 0ustar jaakkojaakkoLIBRARY AUDIO_FLUIDSYNTH ; All exports should be prefixed DS_. EXPORTS deng_LibraryType deng_API DS_Init DS_Shutdown DS_Event DS_Set ; Music interface DM_Music_Init DM_Music_Update DM_Music_Get DM_Music_Set DM_Music_Pause DM_Music_Stop DM_Music_SongBuffer DM_Music_Play DM_Music_PlayFile doomsday-1.14.5/doomsday/plugins/openal/0000775000175000017500000000000012350542240017460 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/openal/src/0000775000175000017500000000000012350542240020247 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/openal/src/driver_openal.cpp0000664000175000017500000003143112350542240023606 0ustar jaakkojaakko/** * @file driver_openal.cpp * OpenAL audio plugin. @ingroup dsopenal * * @bug Not 64bit clean: In function 'DS_SFX_CreateBuffer': cast to pointer from integer of different size * @bug Not 64bit clean: In function 'DS_SFX_DestroyBuffer': cast to pointer from integer of different size * @bug Not 64bit clean: In function 'DS_SFX_Play': cast to pointer from integer of different size * @bug Not 64bit clean: In function 'DS_SFX_Stop': cast to pointer from integer of different size * @bug Not 64bit clean: In function 'DS_SFX_Refresh': cast to pointer from integer of different size * @bug Not 64bit clean: In function 'DS_SFX_Set': cast to pointer from integer of different size * @bug Not 64bit clean: In function 'DS_SFX_Setv': cast to pointer from integer of different size * * @authors Copyright © 2003-2013 Jaakko Keränen * @authors Copyright © 2006-2009 Daniel Swanson * * @par License * GPL: http://www.gnu.org/licenses/gpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General * Public License for more details. You should have received a copy of the GNU * General Public License along with this program; if not, write to the Free * Software Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA * 02110-1301 USA */ #ifdef WIN32 # define WIN32_LEAN_AND_MEAN # include #endif #ifdef MSVC # pragma warning (disable: 4244) #endif #ifndef FINK #include #include #else #include #include #endif #include #include #include #include #include #include "api_audiod.h" #include "api_audiod_sfx.h" #include "doomsday.h" #include DENG_DECLARE_API(Con); #define SRC(buf) ( (ALuint) PTR2INT(buf->ptr3D) ) #define BUF(buf) ( (ALuint) PTR2INT(buf->ptr) ) //enum { VX, VY, VZ }; #ifdef WIN32 ALenum(*EAXGet) (const struct _GUID* propertySetID, ALuint prop, ALuint source, ALvoid* value, ALuint size); ALenum(*EAXSet) (const struct _GUID* propertySetID, ALuint prop, ALuint source, ALvoid* value, ALuint size); #endif // Doomsday expects symbols to be exported without mangling. extern "C" { int DS_Init(void); void DS_Shutdown(void); void DS_Event(int type); int DS_SFX_Init(void); sfxbuffer_t* DS_SFX_CreateBuffer(int flags, int bits, int rate); void DS_SFX_DestroyBuffer(sfxbuffer_t* buf); void DS_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample); void DS_SFX_Reset(sfxbuffer_t* buf); void DS_SFX_Play(sfxbuffer_t* buf); void DS_SFX_Stop(sfxbuffer_t* buf); void DS_SFX_Refresh(sfxbuffer_t* buf); void DS_SFX_Set(sfxbuffer_t* buf, int prop, float value); void DS_SFX_Setv(sfxbuffer_t* buf, int prop, float* values); void DS_SFX_Listener(int prop, float value); void DS_SFX_Listenerv(int prop, float* values); int DS_SFX_Getv(int prop, void* values); } // extern "C" #ifdef WIN32 // EAX 2.0 GUIDs struct _GUID DSPROPSETID_EAX20_ListenerProperties = { 0x306a6a8, 0xb224, 0x11d2, {0x99, 0xe5, 0x0, 0x0, 0xe8, 0xd8, 0xc7, 0x22} }; struct _GUID DSPROPSETID_EAX20_BufferProperties = { 0x306a6a7, 0xb224, 0x11d2, {0x99, 0xe5, 0x0, 0x0, 0xe8, 0xd8, 0xc7, 0x22} }; #endif static dd_bool initOk = false; static dd_bool hasEAX = false; static float unitsPerMeter = 1; static float headYaw, headPitch; // In radians. static ALCdevice* device = 0; static ALCcontext* context = 0; #ifdef DENG_DSOPENAL_DEBUG # define DSOPENAL_TRACE(args) std::cerr << "[dsOpenAL] " << args << std::endl; #else # define DSOPENAL_TRACE(args) #endif #define DSOPENAL_ERRCHECK(errorcode) \ error(errorcode, __FILE__, __LINE__) static int error(ALenum errorCode, const char* file, int line) { if(errorCode == AL_NO_ERROR) return false; std::cerr << "[dsOpenAL] Error at " << file << ", line " << line << ": (" << (int)errorCode << ") " << (const char*)alGetString(errorCode); return true; } static void loadExtensions(void) { #ifdef WIN32 // Check for EAX 2.0. hasEAX = alIsExtensionPresent((ALchar*) "EAX2.0"); if(hasEAX) { EAXGet = (ALenum (*)(const struct _GUID*, ALuint, ALuint, ALvoid*, ALuint))alGetProcAddress("EAXGet"); EAXSet = (ALenum (*)(const struct _GUID*, ALuint, ALuint, ALvoid*, ALuint))alGetProcAddress("EAXSet"); if(!EAXGet || !EAXSet) hasEAX = false; } #else hasEAX = false; #endif } int DS_Init(void) { // Already initialized? if(initOk) return true; // Open the default playback device. device = alcOpenDevice(NULL); if(!device) { App_Log(DE2_AUDIO_ERROR, "OpenAL init failed (using default playback device)"); return false; } // Create and make current a new context. alcMakeContextCurrent(context = alcCreateContext(device, NULL)); DSOPENAL_ERRCHECK(alGetError()); // Attempt to load and configure the EAX extensions. loadExtensions(); // Configure the listener and global OpenAL properties/state. alListenerf(AL_GAIN, 1); alDistanceModel(AL_INVERSE_DISTANCE_CLAMPED); headYaw = headPitch = 0; unitsPerMeter = 36; // Everything is OK. DSOPENAL_TRACE("DS_Init: OpenAL initialized%s." << (hasEAX? " (EAX 2.0 available)" : "")); initOk = true; return true; } void DS_Shutdown(void) { if(!initOk) return; alcMakeContextCurrent(NULL); alcDestroyContext(context); alcCloseDevice(device); context = NULL; device = NULL; initOk = false; } void DS_Event(int /*type*/) { // Not supported. } int DS_SFX_Init(void) { return true; } sfxbuffer_t* DS_SFX_CreateBuffer(int flags, int bits, int rate) { sfxbuffer_t* buf; ALuint bufName, srcName; // Create a new buffer and a new source. alGenBuffers(1, &bufName); if(DSOPENAL_ERRCHECK(alGetError())) return NULL; alGenSources(1, &srcName); if(DSOPENAL_ERRCHECK(alGetError())) { alDeleteBuffers(1, &bufName); return NULL; } /* // Attach the buffer to the source. alSourcei(srcName, AL_BUFFER, bufName); if(DSOPENAL_ERRCHECK(alGetError())) { alDeleteSources(1, &srcName); alDeleteBuffers(1, &bufName); return NULL; } */ if(!(flags & SFXBF_3D)) { // 2D sounds are around the listener. alSourcei(srcName, AL_SOURCE_RELATIVE, AL_TRUE); alSourcef(srcName, AL_ROLLOFF_FACTOR, 0); } // Create the buffer object. buf = static_cast(Z_Calloc(sizeof(*buf), PU_APPSTATIC, 0)); buf->ptr = INT2PTR(void, bufName); buf->ptr3D = INT2PTR(void, srcName); buf->bytes = bits / 8; buf->rate = rate; buf->flags = flags; buf->freq = rate; // Modified by calls to Set(SFXBP_FREQUENCY). return buf; } void DS_SFX_DestroyBuffer(sfxbuffer_t* buf) { ALuint srcName, bufName; if(!buf) return; srcName = SRC(buf); bufName = BUF(buf); alDeleteSources(1, &srcName); alDeleteBuffers(1, &bufName); Z_Free(buf); } void DS_SFX_Load(sfxbuffer_t* buf, struct sfxsample_s* sample) { if(!buf || !sample) return; // Does the buffer already have a sample loaded? if(buf->sample) { // Is the same one? if(buf->sample->id == sample->id) return; // No need to reload. } // Make sure its not bound right now. alSourcei(SRC(buf), AL_BUFFER, 0); alBufferData(BUF(buf), sample->bytesPer == 1 ? AL_FORMAT_MONO8 : AL_FORMAT_MONO16, sample->data, sample->size, sample->rate); if(DSOPENAL_ERRCHECK(alGetError())) { /// @todo What to do? } buf->sample = sample; } /** * Stops the buffer and makes it forget about its sample. */ void DS_SFX_Reset(sfxbuffer_t* buf) { if(!buf) return; DS_SFX_Stop(buf); alSourcei(SRC(buf), AL_BUFFER, 0); buf->sample = NULL; } void DS_SFX_Play(sfxbuffer_t* buf) { ALuint source; // Playing is quite impossible without a sample. if(!buf || !buf->sample) return; source = SRC(buf); alSourcei(source, AL_BUFFER, BUF(buf)); alSourcei(source, AL_LOOPING, (buf->flags & SFXBF_REPEAT) != 0); alSourcePlay(source); DSOPENAL_ERRCHECK(alGetError()); // The buffer is now playing. buf->flags |= SFXBF_PLAYING; } void DS_SFX_Stop(sfxbuffer_t* buf) { if(!buf || !buf->sample) return; alSourceRewind(SRC(buf)); buf->flags &= ~SFXBF_PLAYING; } void DS_SFX_Refresh(sfxbuffer_t* buf) { ALint state; if(!buf || !buf->sample) return; alGetSourcei(SRC(buf), AL_SOURCE_STATE, &state); if(state == AL_STOPPED) { buf->flags &= ~SFXBF_PLAYING; } } /** * @param yaw Yaw in radians. * @param pitch Pitch in radians. * @param front Ptr to front vector, can be @c NULL. * @param up Ptr to up vector, can be @c NULL. */ static void vectors(float yaw, float pitch, float* front, float* up) { if(!front && !up) return; // Nothing to do. if(front) { front[VX] = (float) (cos(yaw) * cos(pitch)); front[VZ] = (float) (sin(yaw) * cos(pitch)); front[VY] = (float) sin(pitch); } if(up) { up[VX] = (float) (-cos(yaw) * sin(pitch)); up[VZ] = (float) (-sin(yaw) * sin(pitch)); up[VY] = (float) cos(pitch); } } /** * Pan is linear, from -1 to 1. 0 is in the middle. */ static void setPan(ALuint source, float pan) { float pos[3]; vectors((float) (headYaw - pan * DD_PI / 2), headPitch, pos, 0); alSourcefv(source, AL_POSITION, pos); } void DS_SFX_Set(sfxbuffer_t* buf, int prop, float value) { ALuint source; if(!buf) return; source = SRC(buf); switch(prop) { case SFXBP_VOLUME: alSourcef(source, AL_GAIN, value); break; case SFXBP_FREQUENCY: { unsigned int dw = (int) (buf->rate * value); if(dw != buf->freq) // Don't set redundantly. { buf->freq = dw; alSourcef(source, AL_PITCH, value); } break; } case SFXBP_PAN: setPan(source, value); break; case SFXBP_MIN_DISTANCE: alSourcef(source, AL_REFERENCE_DISTANCE, value / unitsPerMeter); break; case SFXBP_MAX_DISTANCE: alSourcef(source, AL_MAX_DISTANCE, value / unitsPerMeter); break; case SFXBP_RELATIVE_MODE: alSourcei(source, AL_SOURCE_RELATIVE, value ? AL_TRUE : AL_FALSE); break; default: break; } } void DS_SFX_Setv(sfxbuffer_t* buf, int prop, float* values) { ALuint source; if(!buf || !values) return; source = SRC(buf); switch(prop) { case SFXBP_POSITION: alSource3f(source, AL_POSITION, values[VX] / unitsPerMeter, values[VZ] / unitsPerMeter, values[VY] / unitsPerMeter); break; case SFXBP_VELOCITY: alSource3f(source, AL_VELOCITY, values[VX] / unitsPerMeter, values[VZ] / unitsPerMeter, values[VY] / unitsPerMeter); break; default: break; } } void DS_SFX_Listener(int prop, float value) { switch(prop) { case SFXLP_UNITS_PER_METER: unitsPerMeter = value; break; case SFXLP_DOPPLER: alDopplerFactor(value); break; default: break; } } void DS_SFX_Listenerv(int prop, float* values) { float ori[6]; if(!values) return; switch(prop) { case SFXLP_PRIMARY_FORMAT: // No need to concern ourselves with this kind of things... break; case SFXLP_POSITION: alListener3f(AL_POSITION, values[VX] / unitsPerMeter, values[VZ] / unitsPerMeter, values[VY] / unitsPerMeter); break; case SFXLP_VELOCITY: alListener3f(AL_VELOCITY, values[VX] / unitsPerMeter, values[VZ] / unitsPerMeter, values[VY] / unitsPerMeter); break; case SFXLP_ORIENTATION: vectors(headYaw = (float) (values[VX] / 180 * DD_PI), headPitch = (float) (values[VY] / 180 * DD_PI), ori, ori + 3); alListenerfv(AL_ORIENTATION, ori); break; case SFXLP_REVERB: // Not supported. break; default: DS_SFX_Listener(prop, 0); break; } } int DS_SFX_Getv(int /*prop*/, void* /*values*/) { // Stub. return 0; } /** * Declares the type of the plugin so the engine knows how to treat it. Called * automatically when the plugin is loaded. */ DENG_EXTERN_C const char* deng_LibraryType(void) { return "deng-plugin/audio"; } DENG_API_EXCHANGE( DENG_GET_API(DE_API_CONSOLE, Con); ) doomsday-1.14.5/doomsday/plugins/openal/include/0000775000175000017500000000000012350542240021103 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/openal/include/version.h0000664000175000017500000000334412350542240022745 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright © 2003-2013 Jaakko Keränen *\author Copyright © 2006-2009 Daniel Swanson *\author Copyright © 2006 Jamie Jones * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * version.h: Version numbering, naming etc. */ #ifndef __DSOPENAL_VERSION_H__ #define __DSOPENAL_VERSION_H__ #ifndef DSOPENAL_VER_ID # ifdef _DEBUG # define DSOPENAL_VER_ID "+D Doomsday" # else # define DSOPENAL_VER_ID "Doomsday" # endif #endif // Used to derive filepaths. #define PLUGIN_NAME "dsopenal" // Presented to the user in dialogs, messages etc. #define PLUGIN_NICENAME "OpenAL Audio Driver" #define PLUGIN_DETAILS "Doomsday plugin for audio playback via OpenAL" #define PLUGIN_VERSION_TEXT "1.2.4" #define PLUGIN_VERSION_TEXTLONG "Version " PLUGIN_VERSION_TEXT " " __DATE__ " (" DSOPENAL_VER_ID ")" #define PLUGIN_VERSION_NUMBER 1,2,4,0 // For WIN32 version info. #endif doomsday-1.14.5/doomsday/plugins/openal/res/0000775000175000017500000000000012350542240020251 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/openal/res/dsopenal.dll.manifest0000664000175000017500000000062312350542240024361 0ustar jaakkojaakko doomsday-1.14.5/doomsday/plugins/openal/res/openal.rc0000664000175000017500000001003712350542240022056 0ustar jaakkojaakko/**\file *\section License * License: GPL * Online License Link: http://www.gnu.org/licenses/gpl.html * *\author Copyright 2008-2009 Daniel Swanson * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301 USA */ /** * openal.rc: dsOpenAL.dll resource script. */ #include "resource.h" #define APSTUDIO_READONLY_SYMBOLS #include "windows.h" #include "../include/version.h" #undef APSTUDIO_READONLY_SYMBOLS // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU) # ifdef _WIN32 LANGUAGE LANG_ENGLISH, SUBLANG_ENGLISH_US #pragma code_page(1252) # endif //_WIN32 # ifdef APSTUDIO_INVOKED 1 TEXTINCLUDE BEGIN "resource.h\0" END 2 TEXTINCLUDE BEGIN "#include ""windows.h""\r\n" "#include ""../include/version.h""\0" END 3 TEXTINCLUDE BEGIN "#ifndef NO_MANIFEST\r\n" " CREATEPROCESS_MANIFEST_RESOURCE_ID RT_MANIFEST ""dsopenal.dll.manifest""\r\n" "#endif\r\n" "\r\n" "VS_VERSION_INFO VERSIONINFO\r\n" "FILEVERSION PLUGIN_VERSION_NUMBER\r\n" "PRODUCTVERSION PLUGIN_VERSION_NUMBER\r\n" "# ifdef _DEBUG\r\n" "FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE\r\n" "# else\r\n" "FILEFLAGSMASK 0\r\n" "# endif\r\n" "FILEOS VOS_NT_WINDOWS32\r\n" "FILETYPE VFT_DLL\r\n" "FILESUBTYPE VFT2_UNKNOWN\r\n" "BEGIN\r\n" " BLOCK ""StringFileInfo""\r\n" " BEGIN\r\n" " BLOCK ""040904b0""\r\n" " BEGIN\r\n" " VALUE ""CompanyName"", ""\0""\r\n" " VALUE ""FileDescription"", PLUGIN_NICENAME "" (Doomsday Engine audio plugin)\0""\r\n" " VALUE ""FileVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " VALUE ""InternalName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""LegalCopyright"", ""Copyright 2003-2012, deng Team\0""\r\n" " VALUE ""OriginalFilename"", ""dsOpenAL.dll\0""\r\n" " VALUE ""ProductName"", PLUGIN_NICENAME ""\0""\r\n" " VALUE ""ProductVersion"", PLUGIN_VERSION_TEXT ""\0""\r\n" " END\r\n" " END\r\n" "\r\n" " BLOCK ""VarFileInfo""\r\n" " BEGIN\r\n" " VALUE ""Translation"", 0x409, 1200\r\n" " END\r\n" "END\r\n" END # endif #endif // English (U.S.) resources #ifndef APSTUDIO_INVOKED VS_VERSION_INFO VERSIONINFO FILEVERSION PLUGIN_VERSION_NUMBER PRODUCTVERSION PLUGIN_VERSION_NUMBER # ifdef _DEBUG FILEFLAGSMASK VS_FF_DEBUG | VS_FF_PRERELEASE # else FILEFLAGSMASK 0 # endif FILEOS VOS_NT_WINDOWS32 FILETYPE VFT_DLL FILESUBTYPE VFT2_UNKNOWN BEGIN BLOCK "StringFileInfo" BEGIN BLOCK "040904E4" BEGIN VALUE "CompanyName", "\0" VALUE "FileDescription", PLUGIN_NICENAME " (Doomsday Engine audio plugin)\0" VALUE "FileVersion", PLUGIN_VERSION_TEXT "\0" VALUE "InternalName", PLUGIN_NICENAME "\0" VALUE "LegalCopyright", "Copyright 2003-2012, deng Team\0" VALUE "OriginalFilename", "dsOpenAL.dll\0" VALUE "ProductName", PLUGIN_NICENAME "\0" VALUE "ProductVersion", PLUGIN_VERSION_TEXT "\0" END END BLOCK "VarFileInfo" BEGIN VALUE "Translation", 0x409, 1200 END END #endif doomsday-1.14.5/doomsday/plugins/openal/res/.gitignore0000664000175000017500000000000612350542240022235 0ustar jaakkojaakko *.resdoomsday-1.14.5/doomsday/plugins/openal/res/resource.h0000664000175000017500000000061212350542240022250 0ustar jaakkojaakko//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by openal.rc // // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 102 #define _APS_NEXT_COMMAND_VALUE 40001 #define _APS_NEXT_CONTROL_VALUE 1000 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif doomsday-1.14.5/doomsday/plugins/openal/openal.pro0000664000175000017500000000130712350542240021461 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2011-2013 Jaakko Keränen # Copyright (c) 2011-2013 Daniel Swanson include(../config_plugin.pri) include(../../dep_openal.pri) TEMPLATE = lib TARGET = audio_openal VERSION = $$OPENAL_VERSION deng_debug: DEFINES += DENG_DSOPENAL_DEBUG INCLUDEPATH += include HEADERS += include/version.h SOURCES += src/driver_openal.cpp win32 { RC_FILE = res/openal.rc QMAKE_LFLAGS += /DEF:\"$$PWD/api/dsopenal.def\" OTHER_FILES += api/dsopenal.def } !macx { INSTALLS += target target.path = $$DENG_PLUGIN_LIB_DIR } macx { linkToBundledLibdeng2(audio_openal) linkToBundledLibdeng1(audio_openal) } doomsday-1.14.5/doomsday/plugins/openal/api/0000775000175000017500000000000012350542240020231 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/openal/api/dsopenal.def0000664000175000017500000000047212350542240022521 0ustar jaakkojaakkoLIBRARY AUDIO_OPENAL ; All exports should be prefixed DS_. EXPORTS deng_LibraryType deng_API DS_Init DS_Shutdown DS_Event DS_SFX_Init DS_SFX_CreateBuffer DS_SFX_DestroyBuffer DS_SFX_Load DS_SFX_Reset DS_SFX_Play DS_SFX_Stop DS_SFX_Refresh DS_SFX_Set DS_SFX_Setv DS_SFX_Listener DS_SFX_Listenerv DS_SFX_Getv doomsday-1.14.5/doomsday/plugins/openal/doc/0000775000175000017500000000000012350542240020225 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/plugins/openal/doc/LICENSE0000664000175000017500000003545112350542240021242 0ustar jaakkojaakko GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. 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END OF TERMS AND CONDITIONS doomsday-1.14.5/doomsday/host/0000775000175000017500000000000012350542240015476 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/host/doomsdayhostrc-example0000664000175000017500000000540412350542240022117 0ustar jaakkojaakko /home/jaakko/host.log /home/jaakko/usr/bin/doomsday master /home/jaakko/src/deng/doomsday-build qmake -r ../doomsday/doomsday.pro PREFIX=/home/jaakko/usr CONFIG+='debug deng_packres' doomsday-1.14.5/doomsday/host/host.pro0000664000175000017500000000077212350542240017203 0ustar jaakkojaakko# The Doomsday Engine Project # Copyright (c) 2012-2013 Jaakko Keränen # Copyright (c) 2013 Daniel Swanson include(../config.pri) TEMPLATE = subdirs # We are not building any binaries here; disable stripping. QMAKE_STRIP = true # The host is not installed by default. deng_host { INSTALLS += host unix { host.files += doomsday-host host.path = $$DENG_BIN_DIR } } OTHER_FILES += \ doomsday-host \ doomsdayhostrc-example doomsday-1.14.5/doomsday/host/doomsday-host0000775000175000017500000002416012350542240020221 0ustar jaakkojaakko#!/usr/bin/python # -*- Mode: Python; -*- # The Doomsday Host is a cron utility script that helps with maintaining # a set of Doomsday servers. Configure to run on every minute. # - configure any number of servers # - log file rotation # - automatic updates by rebuilding from source with custom options import sys import os import time import string import pickle import subprocess import signal from xml.dom.minidom import parse def homeFile(fn): return os.path.join(os.getenv('HOME'), fn) doomsdayBinary = 'doomsday' commonOptions = [] rebuildTimes = [] branch = 'master' mainLogFileName = homeFile('doomsdayhost.log') logFile = None servers = [] pidFileName = homeFile('.doomsdayhost.pid') buildDir = '' qmakeCommand = '' startTime = int(time.time()) def msg(text): if not logFile: print text else: print >> logFile, time.asctime() + ': ' + text def getText(nodelist): rc = [] for node in nodelist: if node.nodeType == node.TEXT_NODE: rc.append(node.data) return ''.join(rc) def getContent(node): return str(getText(node.childNodes)) def getConfigValue(cfg, name, defaultValue=None): try: v = getContent(cfg.getElementsByTagName(name)[0]) #print name + ':', v return v except Exception, x: if defaultValue is None: raise x return defaultValue def parseRebuildTimes(rebuilds): times = [] for node in rebuilds.getElementsByTagName('rebuild'): times.append((str(node.getAttribute('weekday')), int(node.getAttribute('hour')), int(node.getAttribute('minute')))) return times class Server: def __init__(self): self.port = 13209 self.game = None self.name = 'Multiplayer Server' self.info = '' self.runtime = '' self.options = [] def parseServers(nodes): svs = [] for node in nodes: s = Server() s.port = int(node.getAttribute('port')) s.game = str(node.getAttribute('game')) s.name = str(node.getAttribute('name')) s.info = str(node.getAttribute('info')) s.runtime = str(node.getAttribute('dir')) for opt in node.getElementsByTagName('option'): s.options.append(getContent(opt)) svs.append(s) return svs def parseConfig(fn): global commonOptions global rebuildTimes global doomsdayBinary global mainLogFileName global branch global servers global buildDir global qmakeCommand cfg = parse(fn) for opt in cfg.getElementsByTagName('option'): if opt.parentNode.tagName == u'hostconfig': commonOptions.append(getContent(opt)) rebuildTimes = \ parseRebuildTimes(cfg.getElementsByTagName('rebuildTimes')[0]) doomsdayBinary = getContent(cfg.getElementsByTagName('doomsday')[0]) try: # Specifying a log file is optional. mainLogFileName = getConfigValue(cfg, 'logFile') except: pass branch = getConfigValue(cfg, 'branch', 'master') buildDir = getConfigValue(cfg, 'buildDir', '') qmakeCommand = getConfigValue(cfg, 'qmakeCommand', '') servers = \ parseServers(cfg.getElementsByTagName('servers')[0]. getElementsByTagName('server')) def isStale(fn): """Files are considered stale after some time has passed.""" age = time.time() - os.stat(fn).st_ctime if age > 60*60: msg(fn + ' is stale, ignoring it.') return True return False def timeInRange(mark, start, end): def breakTime(t): gt = time.gmtime(t) return (time.strftime('%a', gt), time.strftime('%H', gt), time.strftime('%M', gt)) def mins(h, m): return int(m) + 60 * int(h) s = breakTime(start) e = breakTime(end) if mark[0] != s[0] or mark[0] != e[0]: return False markMins = mins(mark[1], mark[2]) if markMins < mins(s[1], s[2]) or markMins >= mins(e[1], e[2]): return False return True def checkPid(pid): try: os.kill(pid, 0) return True except OSError: return False def todaysBuild(): now = time.localtime() return str((now.tm_year - 2011)*365 + now.tm_yday) class State: def __init__(self): self.lastRun = self.now() self.pids = {} # port => process id def now(self): return startTime def updateTime(self): self.lastRun = self.now() def isTimeForRebuild(self): if '--rebuild' in sys.argv: return True for rebuild in rebuildTimes: if timeInRange(rebuild, self.lastRun, self.now()): return True return False def kill(self, port): pid = self.pids[port] msg('Stopping server at port %i (pid %i)...' % (port, pid)) try: os.kill(pid, signal.SIGTERM) except OSError: pass def killAll(self): for port in self.pids: self.kill(port) self.pids = {} def killObsolete(self): for port in self.pids: if checkPid(self.pids[port]): # A server for this? configured = False for sv in servers: if sv.port == port: configured = True if not configured: self.kill(port) del self.pids[port] def isRunning(self, sv): if sv.port not in self.pids: return False pid = self.pids[sv.port] # Is this process still around? return checkPid(pid) def start(self, sv): if self.isRunning(sv): msg('Server %i already running according to state!' % (sv.port)) return args = [doomsdayBinary] cfgFn = homeFile('server%i.cfg' % sv.port) cfgFile = file(cfgFn, 'wt') print >> cfgFile, 'server-name "%s"' % sv.name print >> cfgFile, 'server-info "[#%s] %s"' % (todaysBuild(), sv.info) print >> cfgFile, 'net-ip-port %i' % sv.port cfgFile.close() args += ['-userdir', sv.runtime] args += ['-game', sv.game] args += ['-parse', cfgFn] args += sv.options + commonOptions timestamp = '%s-' % todaysBuild() + time.strftime('%H%M%S') args += ['-out', 'doomsday-%s.out' % timestamp] # Join the -parse arguments. i = args.index('-parse') j = i+2 while j < len(args): if args[j] == '-parse': # Move the arg. del args[j] opt = args[j] del args[j] args.insert(i+1, opt) continue j += 1 try: #msg('PATH=' + os.getenv('PATH')) #msg('HOME=' + os.getenv('HOME')) #msg('Start options: ' + string.join(args, ' ')) #outfile = file(os.path.join(sv.runtime, 'stdout-%s.log' % timestamp), 'wt') po = subprocess.Popen(args) #, stdout=outfile, stderr=outfile) pid = po.pid time.sleep(3) if po.poll() is not None: raise OSError('terminated') self.pids[sv.port] = pid msg('Started server at port %i (pid %i).' % (sv.port, pid)) except OSError, x: msg('Failed to start server at port %i: %s' % (sv.port, str(x))) def run(cmd, mustSucceed=True): result = subprocess.call(cmd, shell=True) if result and mustSucceed: raise Exception("Failed: " + cmd) def rebuildAndInstall(): msg('Rebuilding from branch %s.' % branch) try: os.chdir(buildDir) run('git checkout ' + branch) run('git pull') run('make uninstall', mustSucceed=False) run('make clean') run(qmakeCommand) run('make') run('make install') except Exception: msg('Failed to build!') return False msg('Successful rebuild from branch %s.' % branch) return True def logCleanup(): for sv in servers: files = os.listdir(sv.runtime) logs = [] for fn in files: if fn[-4:] == '.out' and '-' in fn: logs.append(fn) logs.sort() # Process all except the latest one. logs = logs[:-1] for log in logs: fn = os.path.join(sv.runtime, log) run('gzip -9 ' + fn) def startInstance(): # Check for an existing pid file. pid = homeFile(pidFileName) if os.path.exists(pid): if not isStale(pid): # Cannot start right now -- will be retried later. sys.exit(0) print >> file(pid, 'w'), str(os.getpid()) global logFile logFile = file(mainLogFileName, 'at') def endInstance(): global logFile logFile.close() logFile = None try: os.remove(homeFile(pidFileName)) except Exception: pass def main(): startInstance() try: cfg = parseConfig(homeFile('.doomsdayhostrc')) # Is there a saved state? stateFn = homeFile('.doomsdayhoststate.bin') if os.path.exists(stateFn): state = pickle.load(file(stateFn, 'rb')) else: state = State() # Kill instances that no longer have a configuration. state.killObsolete() # Is it time to rebuild from source? if state.isTimeForRebuild(): state.killAll() if rebuildAndInstall(): # Success! Update the timestamp. state.updateTime() else: state.updateTime() # Are all the servers up and running? for sv in servers: if not state.isRunning(sv): state.start(sv) # Save the state. pickle.dump(state, file(stateFn, 'wb')) # Archive old log files. logCleanup() except Exception, x: print x #import traceback #traceback.print_exc() # We're done. endInstance() if __name__ == '__main__': main() doomsday-1.14.5/doomsday/dep_curses.pri0000664000175000017500000000025012350542240017366 0ustar jaakkojaakko# Build configuration for ncurses. macx { LIBS += -lcurses } else:win32 { # Curses is not used on Windows. } else { # Generic Unix. LIBS += -lncurses } doomsday-1.14.5/doomsday/dep_gui.pri0000664000175000017500000000122712350542240016653 0ustar jaakkojaakko# Build configuration for using the libdeng_gui library. INCLUDEPATH += $$PWD/libgui/include !libgui_headers_only { # Use the appropriate library path. !useLibDir($$OUT_PWD/../libgui) { !useLibDir($$OUT_PWD/../../libgui) { !useLibDir($$OUT_PWD/../../../libgui) { useLibDir($$OUT_PWD/../../builddir/libgui) } } } LIBS += -ldeng_gui macx { defineTest(linkBinaryToBundledLibdengGui) { fixInstallName($${1}, libdeng_gui.1.dylib, ..) } defineTest(linkToBundledLibdengGui) { linkBinaryToBundledLibdengGui($${1}.bundle/$$1) } } } doomsday-1.14.5/doomsday/libshell/0000775000175000017500000000000012350542240016317 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libshell/doxygen.css0000664000175000017500000005321412350542240020513 0ustar jaakkojaakko/* The standard CSS for doxygen */ body, table, div, p, dl { font: 400 14px/19px Roboto,sans-serif; } /* @group Heading Levels */ h1.groupheader { font-size: 150%; } .title { font-size: 150%; font-weight: bold; margin: 10px 2px; } h2.groupheader { border-bottom: 1px solid #879ECB; color: #354C7B; font-size: 150%; font-weight: normal; margin-top: 1.75em; padding-top: 8px; padding-bottom: 4px; width: 100%; } h3.groupheader { font-size: 100%; } h1, h2, h3, h4, h5, h6 { -webkit-transition: text-shadow 0.5s linear; -moz-transition: text-shadow 0.5s linear; -ms-transition: text-shadow 0.5s linear; -o-transition: text-shadow 0.5s linear; transition: text-shadow 0.5s linear; margin-right: 15px; } h1.glow, h2.glow, h3.glow, h4.glow, h5.glow, h6.glow { text-shadow: 0 0 15px cyan; } dt { font-weight: bold; } div.multicol { -moz-column-gap: 1em; -webkit-column-gap: 1em; -moz-column-count: 3; -webkit-column-count: 3; } p.startli, p.startdd, p.starttd { margin-top: 2px; } p.endli { margin-bottom: 0px; } p.enddd { margin-bottom: 4px; } p.endtd { margin-bottom: 2px; } /* @end */ caption { font-weight: bold; } span.legend { font-size: 70%; text-align: center; } h3.version { font-size: 90%; text-align: center; } div.qindex, div.navtab{ background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; } div.qindex, div.navpath { width: 100%; line-height: 140%; } div.navtab { margin-right: 15px; } /* @group Link Styling */ a { color: #3D578C; font-weight: normal; text-decoration: none; } .contents a:visited { color: #4665A2; } a:hover { text-decoration: underline; } a.qindex { font-weight: bold; } a.qindexHL { font-weight: bold; background-color: #9CAFD4; color: #ffffff; border: 1px double #869DCA; } .contents a.qindexHL:visited { color: #ffffff; } a.el { font-weight: bold; } a.elRef { } a.code, a.code:visited { color: #4665A2; } a.codeRef, a.codeRef:visited { color: #4665A2; } /* @end */ dl.el { margin-left: -1cm; } pre.fragment { border: 1px solid #C4CFE5; background-color: #FBFCFD; padding: 4px 6px; margin: 4px 8px 4px 2px; overflow: auto; word-wrap: break-word; font-size: 9pt; line-height: 125%; font-family: monospace, fixed; font-size: 105%; } div.fragment { padding: 4px; margin: 4px; background-color: #FBFCFD; border: 1px solid #C4CFE5; } div.line { font-family: monospace, fixed; font-size: 13px; min-height: 13px; line-height: 1.0; text-wrap: unrestricted; white-space: -moz-pre-wrap; /* Moz */ white-space: -pre-wrap; /* Opera 4-6 */ white-space: -o-pre-wrap; /* Opera 7 */ white-space: pre-wrap; /* CSS3 */ word-wrap: break-word; /* IE 5.5+ */ text-indent: -53px; padding-left: 53px; padding-bottom: 0px; margin: 0px; -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } div.line.glow { background-color: cyan; box-shadow: 0 0 10px cyan; } span.lineno { padding-right: 4px; text-align: right; border-right: 2px solid #0F0; background-color: #E8E8E8; white-space: pre; } span.lineno a { background-color: #D8D8D8; } span.lineno a:hover { background-color: #C8C8C8; } div.ah { background-color: black; font-weight: bold; color: #ffffff; margin-bottom: 3px; margin-top: 3px; padding: 0.2em; border: solid thin #333; border-radius: 0.5em; -webkit-border-radius: .5em; -moz-border-radius: .5em; box-shadow: 2px 2px 3px #999; -webkit-box-shadow: 2px 2px 3px #999; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; background-image: -webkit-gradient(linear, left top, left bottom, from(#eee), to(#000),color-stop(0.3, #444)); background-image: -moz-linear-gradient(center top, #eee 0%, #444 40%, #000); } div.groupHeader { margin-left: 16px; margin-top: 12px; font-weight: bold; } div.groupText { margin-left: 16px; font-style: italic; } body { background-color: white; color: black; margin: 0; } div.contents { margin-top: 10px; margin-left: 12px; margin-right: 8px; } td.indexkey { background-color: #EBEFF6; font-weight: bold; border: 1px solid #C4CFE5; margin: 2px 0px 2px 0; padding: 2px 10px; white-space: nowrap; vertical-align: top; } td.indexvalue { background-color: #EBEFF6; border: 1px solid #C4CFE5; padding: 2px 10px; margin: 2px 0px; } tr.memlist { background-color: #EEF1F7; } p.formulaDsp { text-align: center; } img.formulaDsp { } img.formulaInl { vertical-align: middle; } div.center { text-align: center; margin-top: 0px; margin-bottom: 0px; padding: 0px; } div.center img { border: 0px; } address.footer { text-align: right; padding-right: 12px; } img.footer { border: 0px; vertical-align: middle; } /* @group Code Colorization */ span.keyword { color: #008000 } span.keywordtype { color: #604020 } span.keywordflow { color: #e08000 } span.comment { color: #800000 } span.preprocessor { color: #806020 } span.stringliteral { color: #002080 } span.charliteral { color: #008080 } span.vhdldigit { color: #ff00ff } span.vhdlchar { color: #000000 } span.vhdlkeyword { color: #700070 } span.vhdllogic { color: #ff0000 } blockquote { background-color: #F7F8FB; border-left: 2px solid #9CAFD4; margin: 0 24px 0 4px; padding: 0 12px 0 16px; } /* @end */ /* .search { color: #003399; font-weight: bold; } form.search { margin-bottom: 0px; margin-top: 0px; } input.search { font-size: 75%; color: #000080; font-weight: normal; background-color: #e8eef2; } */ td.tiny { font-size: 75%; } .dirtab { padding: 4px; border-collapse: collapse; border: 1px solid #A3B4D7; } th.dirtab { background: #EBEFF6; font-weight: bold; } hr { height: 0px; border: none; border-top: 1px solid #4A6AAA; } hr.footer { height: 1px; } /* @group Member Descriptions */ table.memberdecls { border-spacing: 0px; padding: 0px; } .memberdecls td, .fieldtable tr { -webkit-transition-property: background-color, box-shadow; -webkit-transition-duration: 0.5s; -moz-transition-property: background-color, box-shadow; -moz-transition-duration: 0.5s; -ms-transition-property: background-color, box-shadow; -ms-transition-duration: 0.5s; -o-transition-property: background-color, box-shadow; -o-transition-duration: 0.5s; transition-property: background-color, box-shadow; transition-duration: 0.5s; } .memberdecls td.glow, .fieldtable tr.glow { background-color: cyan; box-shadow: 0 0 15px cyan; } .mdescLeft, .mdescRight, .memItemLeft, .memItemRight, .memTemplItemLeft, .memTemplItemRight, .memTemplParams { background-color: #F9FAFC; border: none; margin: 4px; padding: 1px 0 0 8px; } .mdescLeft, .mdescRight { padding: 0px 8px 4px 8px; color: #555; } .memSeparator { border-bottom: 1px solid #DEE4F0; line-height: 1px; margin: 0px; padding: 0px; } .memItemLeft, .memTemplItemLeft { white-space: nowrap; } .memItemRight { width: 100%; } .memTemplParams { color: #4665A2; white-space: nowrap; font-size: 80%; } /* @end */ /* @group Member Details */ /* Styles for detailed member documentation */ .memtemplate { font-size: 80%; color: #4665A2; font-weight: normal; margin-left: 9px; } .memnav { background-color: #EBEFF6; border: 1px solid #A3B4D7; text-align: center; margin: 2px; margin-right: 15px; padding: 2px; } .mempage { width: 100%; } .memitem { padding: 0; margin-bottom: 10px; margin-right: 5px; -webkit-transition: box-shadow 0.5s linear; -moz-transition: box-shadow 0.5s linear; -ms-transition: box-shadow 0.5s linear; -o-transition: box-shadow 0.5s linear; transition: box-shadow 0.5s linear; display: table !important; width: 100%; } .memitem.glow { box-shadow: 0 0 15px cyan; } .memname { font-weight: bold; margin-left: 6px; } .memname td { vertical-align: bottom; } dl.reflist dt { border-top: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } .memproto { border: 1px solid #A8B8D9; padding: 6px 0px 6px 0px; color: #253555; font-weight: bold; text-shadow: 0px 1px 1px rgba(255, 255, 255, 0.9); background-image:url('nav_f.png'); background-repeat:repeat-x; background-color: #E2E8F2; /* opera specific markup */ box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); border-top-right-radius: 4px; border-top-left-radius: 4px; /* firefox specific markup */ -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; -moz-border-radius-topright: 4px; -moz-border-radius-topleft: 4px; /* webkit specific markup */ -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); -webkit-border-top-right-radius: 4px; -webkit-border-top-left-radius: 4px; } dl.reflist dd { border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; padding: 6px 10px 2px 10px; background-color: #FBFCFD; border-top-width: 0; background-image:url('nav_g.png'); background-repeat:repeat-x; background-color: #FFFFFF; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px; /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; -webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15); } div.textblock { max-width: 900px; } .memdoc { max-width: 900px; /* border-bottom: 1px solid #A8B8D9; border-left: 1px solid #A8B8D9; border-right: 1px solid #A8B8D9; */ padding-left: 2em; padding-top: 1ex; padding-bottom: 1em; /*background-color: #FBFCFD;*/ border-top-width: 0; /* background-image:url('nav_g.png'); background-repeat:repeat-x;*/ background-color: transparent; /* opera specific markup */ border-bottom-left-radius: 4px; border-bottom-right-radius: 4px; /*box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ /* firefox specific markup */ -moz-border-radius-bottomleft: 4px; -moz-border-radius-bottomright: 4px; /*-moz-box-shadow: rgba(0, 0, 0, 0.15) 5px 5px 5px;*/ /* webkit specific markup */ -webkit-border-bottom-left-radius: 4px; -webkit-border-bottom-right-radius: 4px; /*-webkit-box-shadow: 5px 5px 5px rgba(0, 0, 0, 0.15);*/ } dl.reflist dt { padding: 5px; } dl.reflist dd { margin: 0px 0px 10px 0px; padding: 5px; } .paramkey { text-align: right; } .paramtype { white-space: nowrap; } .paramname { color: #602020; white-space: nowrap; } .paramname em { font-style: normal; } .paramname code { line-height: 14px; } .params, .retval, .exception, .tparams { margin-left: 0px; padding-left: 0px; } .params .paramname, .retval .paramname { font-weight: bold; vertical-align: top; } .params .paramtype { font-style: italic; vertical-align: top; } .params .paramdir { font-family: "courier new",courier,monospace; vertical-align: top; } table.mlabels { border-spacing: 0px; } td.mlabels-left { width: 100%; padding: 0px; } td.mlabels-right { vertical-align: bottom; padding: 0px; white-space: nowrap; } span.mlabels { margin-left: 8px; } span.mlabel { background-color: #728DC1; border-top:1px solid #5373B4; border-left:1px solid #5373B4; border-right:1px solid #C4CFE5; border-bottom:1px solid #C4CFE5; text-shadow: none; color: white; margin-right: 4px; padding: 2px 3px; border-radius: 3px; font-size: 7pt; white-space: nowrap; vertical-align: middle; } /* @end */ /* these are for tree view when not used as main index */ div.directory { margin: 10px 0px; border-top: 1px solid #A8B8D9; border-bottom: 1px solid #A8B8D9; width: 100%; } .directory table { border-collapse:collapse; } .directory td { margin: 0px; padding: 0px; vertical-align: top; } .directory td.entry { white-space: nowrap; padding-right: 6px; } .directory td.entry a { outline:none; } .directory td.entry a img { border: none; } .directory td.desc { width: 100%; padding-left: 6px; padding-right: 6px; padding-top: 3px; border-left: 1px solid rgba(0,0,0,0.05); } .directory tr.even { padding-left: 6px; background-color: #F7F8FB; } .directory img { vertical-align: -30%; } .directory .levels { white-space: nowrap; width: 100%; text-align: right; font-size: 9pt; } .directory .levels span { cursor: pointer; padding-left: 2px; padding-right: 2px; color: #3D578C; } div.dynheader { margin-top: 8px; -webkit-touch-callout: none; -webkit-user-select: none; -khtml-user-select: none; -moz-user-select: none; -ms-user-select: none; user-select: none; } address { font-style: normal; color: #2A3D61; } table.doxtable { border-collapse:collapse; margin-top: 4px; margin-bottom: 4px; } table.doxtable td, table.doxtable th { border: 1px solid #2D4068; padding: 3px 7px 2px; } table.doxtable th { background-color: #374F7F; color: #FFFFFF; font-size: 110%; padding-bottom: 4px; padding-top: 5px; } table.fieldtable { width: 100%; margin-bottom: 10px; border: 1px solid #A8B8D9; border-spacing: 0px; -moz-border-radius: 4px; -webkit-border-radius: 4px; border-radius: 4px; -moz-box-shadow: rgba(0, 0, 0, 0.15) 2px 2px 2px; -webkit-box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); box-shadow: 2px 2px 2px rgba(0, 0, 0, 0.15); 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} tr.heading h2 { margin-top: 12px; margin-bottom: 4px; } @media print { #top { display: none; } #side-nav { display: none; } #nav-path { display: none; } body { overflow:visible; } h1, h2, h3, h4, h5, h6 { page-break-after: avoid; } .summary { display: none; } .memitem { page-break-inside: avoid; } #doc-content { margin-left:0 !important; height:auto !important; width:auto !important; overflow:inherit; display:inline; } } doomsday-1.14.5/doomsday/libshell/shell.doxy0000664000175000017500000000202112350542240020326 0ustar jaakkojaakko# Public API documentation for libshell @INCLUDE = ../doomsday.doxy PROJECT_NAME = "libshell" PROJECT_NUMBER = 0.1.0 PROJECT_BRIEF = "Tool Library for Shell Connections and UI" OUTPUT_DIRECTORY = ../apidoc/shell/ INPUT = include src FILE_PATTERNS = * EXCLUDE_PATTERNS = .DS_Store PREDEFINED = __cplusplus __LIBSHELL__ \ "DENG2_ERROR(N)=class N : public de::Error {};" \ "DENG2_SUB_ERROR(B,N)=class N : public B {};" \ "DENG2_PIMPL(C)=typedef C Public; struct C::Instance : public de::Private" \ "DENG2_PIMPL_NOREF(C)=struct C::Instance : public de::IPrivate" \ "DENG2_PRIVATE(Var)=struct Instance; Instance *Var;" INCLUDED_BY_GRAPH = NO COLLABORATION_GRAPH = NO REFERENCED_BY_RELATION = NO OPTIMIZE_OUTPUT_FOR_C = NO MACRO_EXPANSION = YES EXPAND_ONLY_PREDEF = YES INTERNAL_DOCS = NO doomsday-1.14.5/doomsday/libshell/src/0000775000175000017500000000000012350542240017106 5ustar jaakkojaakkodoomsday-1.14.5/doomsday/libshell/src/link.cpp0000664000175000017500000000334712350542240020556 0ustar jaakkojaakko/** @file link.h Network connection to a server. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/Link" #include "de/shell/Protocol" #include #include #include #include #include namespace de { namespace shell { DENG2_PIMPL(Link) { Protocol protocol; Instance(Public *i) : Base(i) {} }; Link::Link(String const &domain, TimeDelta const &timeout) : d(new Instance(this)) { connectDomain(domain, timeout); } Link::Link(Address const &address) : d(new Instance(this)) { connectHost(address); } Link::Link(Socket *openSocket) : d(new Instance(this)) { takeOver(openSocket); } Protocol &Link::protocol() { return d->protocol; } Packet *Link::interpret(Message const &msg) { return d->protocol.interpret(msg); } void Link::initiateCommunications() { // Tell the server to switch to shell mode (v1). *this << ByteRefArray("Shell", 5); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/action.cpp0000664000175000017500000000416112350542240021071 0ustar jaakkojaakko/** @file libshell/src/action.cpp Maps a key event to a signal. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/Action" namespace de { namespace shell { Action::Action(String const &label) : _event(KeyEvent("")), _label(label), _target(0), _slot(0) {} Action::Action(String const &label, QObject *target, char const *slot) : _event(KeyEvent("")), _label(label), _target(target), _slot(slot) { if(target && slot) { connect(this, SIGNAL(triggered()), target, slot); } } Action::Action(String const &label, KeyEvent const &event, QObject *target, char const *slot) : _event(event), _label(label), _target(target), _slot(slot) { if(target && slot) { connect(this, SIGNAL(triggered()), target, slot); } } Action::Action(KeyEvent const &event, QObject *target, char const *slot) : _event(event), _target(target), _slot(slot) { if(target && slot) { connect(this, SIGNAL(triggered()), target, slot); } } Action::~Action() {} void Action::setLabel(String const &label) { _label = label; } String Action::label() const { return _label; } bool Action::tryTrigger(KeyEvent const &ev) { if(ev == _event) { trigger(); return true; } return false; } void Action::trigger() { de::Action::trigger(); emit triggered(); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/protocol.cpp0000664000175000017500000002220612350542240021455 0ustar jaakkojaakko/** @file libshell/src/protocol.cpp Network protocol for communicating with a server. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/Protocol" #include #include #include #include #include #include #include namespace de { namespace shell { static String const PT_COMMAND = "shell.command"; static String const PT_LEXICON = "shell.lexicon"; static String const PT_GAME_STATE = "shell.game.state"; // ChallengePacket ----------------------------------------------------------- static char const *CHALLENGE_PACKET_TYPE = "Psw?"; ChallengePacket::ChallengePacket() : Packet(CHALLENGE_PACKET_TYPE) {} Packet *ChallengePacket::fromBlock(Block const &block) { return constructFromBlock(block, CHALLENGE_PACKET_TYPE); } // LogEntryPacket ------------------------------------------------------------ static char const *LOG_ENTRY_PACKET_TYPE = "LgEn"; LogEntryPacket::LogEntryPacket() : Packet(LOG_ENTRY_PACKET_TYPE) {} LogEntryPacket::~LogEntryPacket() { clear(); } void LogEntryPacket::clear() { foreach(LogEntry *e, _entries) delete e; _entries.clear(); } bool LogEntryPacket::isEmpty() const { return _entries.isEmpty(); } void LogEntryPacket::add(LogEntry const &entry) { _entries.append(new LogEntry(entry)); } LogEntryPacket::Entries const &LogEntryPacket::entries() const { return _entries; } void LogEntryPacket::execute() const { // Copies of all entries in the packet are added to the LogBuffer. LogBuffer &buf = LogBuffer::appBuffer(); foreach(LogEntry *e, _entries) { buf.add(new LogEntry(*e, LogEntry::Remote)); } } void LogEntryPacket::operator >> (Writer &to) const { Packet::operator >> (to); to.writeObjects(_entries); } void LogEntryPacket::operator << (Reader &from) { _entries.clear(); Packet::operator << (from); from.readObjects(_entries); } Packet *LogEntryPacket::fromBlock(Block const &block) { return constructFromBlock(block, LOG_ENTRY_PACKET_TYPE); } // PlayerInfoPacket ---------------------------------------------------------- static char const *PLAYER_INFO_PACKET_TYPE = "PlrI"; DENG2_PIMPL_NOREF(PlayerInfoPacket) { Players players; }; PlayerInfoPacket::PlayerInfoPacket() : Packet(PLAYER_INFO_PACKET_TYPE), d(new Instance) {} void PlayerInfoPacket::add(Player const &player) { d->players.insert(player.number, player); } int PlayerInfoPacket::count() const { return d->players.size(); } PlayerInfoPacket::Player const &PlayerInfoPacket::player(int number) const { DENG2_ASSERT(d->players.contains(number)); return d->players[number]; } PlayerInfoPacket::Players PlayerInfoPacket::players() const { return d->players; } void PlayerInfoPacket::operator >> (Writer &to) const { Packet::operator >> (to); to << duint32(d->players.size()); foreach(Player const &p, d->players) { to << dbyte(p.number) << p.position << p.name << p.color; } } void PlayerInfoPacket::operator << (Reader &from) { d->players.clear(); Packet::operator << (from); duint32 count; from >> count; while(count-- > 0) { Player p; from.readAs(p.number) >> p.position >> p.name >> p.color; d->players.insert(p.number, p); } } Packet *PlayerInfoPacket::fromBlock(Block const &block) { return constructFromBlock(block, PLAYER_INFO_PACKET_TYPE); } // MapOutlinePacket ---------------------------------------------------------- static char const *MAP_OUTLINE_PACKET_TYPE = "MpOL"; DENG2_PIMPL_NOREF(MapOutlinePacket) { QList lines; }; MapOutlinePacket::MapOutlinePacket() : Packet(MAP_OUTLINE_PACKET_TYPE), d(new Instance) {} void MapOutlinePacket::clear() { d->lines.clear(); } void MapOutlinePacket::addLine(Vector2i const &vertex1, Vector2i const &vertex2, LineType type) { Line ln; ln.start = vertex1; ln.end = vertex2; ln.type = type; d->lines.append(ln); } int MapOutlinePacket::lineCount() const { return d->lines.size(); } MapOutlinePacket::Line const &MapOutlinePacket::line(int index) const { DENG2_ASSERT(index >= 0 && index < d->lines.size()); return d->lines[index]; } void MapOutlinePacket::operator >> (Writer &to) const { Packet::operator >> (to); to << duint32(d->lines.size()); foreach(Line const &ln, d->lines) { to << ln.start << ln.end << dbyte(ln.type); } } void MapOutlinePacket::operator << (Reader &from) { clear(); Packet::operator << (from); duint32 count; from >> count; while(count-- > 0) { Line ln; from >> ln.start >> ln.end; from.readAs(ln.type); d->lines.append(ln); } } Packet *MapOutlinePacket::fromBlock(Block const &block) { return constructFromBlock(block, MAP_OUTLINE_PACKET_TYPE); } // Protocol ------------------------------------------------------------------ Protocol::Protocol() { define(ChallengePacket::fromBlock); define(LogEntryPacket::fromBlock); define(MapOutlinePacket::fromBlock); define(PlayerInfoPacket::fromBlock); } Protocol::PacketType Protocol::recognize(Packet const *packet) { if(packet->type() == CHALLENGE_PACKET_TYPE) { DENG2_ASSERT(dynamic_cast(packet) != 0); return PasswordChallenge; } if(packet->type() == LOG_ENTRY_PACKET_TYPE) { DENG2_ASSERT(dynamic_cast(packet) != 0); return LogEntries; } if(packet->type() == MAP_OUTLINE_PACKET_TYPE) { DENG2_ASSERT(dynamic_cast(packet) != 0); return MapOutline; } if(packet->type() == PLAYER_INFO_PACKET_TYPE) { DENG2_ASSERT(dynamic_cast(packet) != 0); return PlayerInfo; } // One of the generic-format packets? RecordPacket const *rec = dynamic_cast(packet); if(rec) { if(rec->name() == PT_COMMAND) { return Command; } else if(rec->name() == PT_LEXICON) { return ConsoleLexicon; } else if(rec->name() == PT_GAME_STATE) { return GameState; } } return Unknown; } Block Protocol::passwordResponse(String const &plainPassword) { Block response; response.append("Shell"); response += QCryptographicHash::hash(plainPassword.toUtf8(), QCryptographicHash::Sha1); return response; } RecordPacket *Protocol::newCommand(String const &command) { RecordPacket *cmd = new RecordPacket(PT_COMMAND); cmd->record().addText("execute", command); return cmd; } static RecordPacket const &asRecordPacket(Packet const &packet, Protocol::PacketType type) { RecordPacket const *rec = dynamic_cast(&packet); DENG2_ASSERT(rec != 0); DENG2_ASSERT(Protocol::recognize(&packet) == type); DENG2_UNUSED(type); return *rec; } String Protocol::command(Packet const &commandPacket) { RecordPacket const &rec = asRecordPacket(commandPacket, Command); return rec["execute"].value().asText(); } RecordPacket *Protocol::newConsoleLexicon(Lexicon const &lexicon) { RecordPacket *lex = new RecordPacket(PT_LEXICON); lex->record().addText("extraChars", lexicon.additionalWordChars()); ArrayValue &arr = lex->record().addArray("terms").value(); foreach(String const &term, lexicon.terms()) { arr << TextValue(term); } return lex; } Lexicon Protocol::lexicon(Packet const &consoleLexiconPacket) { RecordPacket const &rec = asRecordPacket(consoleLexiconPacket, ConsoleLexicon); Lexicon lexicon; DENG2_FOR_EACH_CONST(ArrayValue::Elements, i, rec["terms"].value().elements()) { lexicon.addTerm((*i)->asText()); } lexicon.setAdditionalWordChars(rec.valueAsText("extraChars")); return lexicon; } RecordPacket *Protocol::newGameState(String const &mode, String const &rules, String const &mapId, String const &mapTitle) { RecordPacket *gs = new RecordPacket(PT_GAME_STATE); Record &r = gs->record(); r.addText("mode", mode); r.addText("rules", rules); r.addText("mapId", mapId); r.addText("mapTitle", mapTitle); return gs; } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/monospacelinewrapping.cpp0000664000175000017500000000610112350542240024214 0ustar jaakkojaakko/** @file monospacelinewrapping.cpp * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/MonospaceLineWrapping" #include namespace de { namespace shell { MonospaceLineWrapping::MonospaceLineWrapping() { //_lines.append(WrappedLine(Range(), true)); } bool MonospaceLineWrapping::isEmpty() const { return _lines.isEmpty(); } void MonospaceLineWrapping::clear() { _lines.clear(); } void MonospaceLineWrapping::wrapTextToWidth(String const &text, int maxWidth) { QChar const newline('\n'); clear(); if(maxWidth < 1) return; // No room to wrap. int const lineWidth = maxWidth; int begin = 0; forever { // Newlines always cause a wrap. int end = begin; while(end < begin + lineWidth && end < text.size() && text.at(end) != newline) ++end; if(end == text.size()) { // Time to stop. _lines.append(WrappedLine(Rangei(begin, text.size()))); break; } // Find a good break point. while(!text.at(end).isSpace()) { --end; if(end == begin) { // Ran out of non-space chars, force a break. end = begin + lineWidth; break; } } if(text.at(end) == newline) { // The newline will be omitted from the wrapped lines. _lines.append(WrappedLine(Rangei(begin, end))); begin = end + 1; } else { if(text.at(end).isSpace()) ++end; _lines.append(WrappedLine(Rangei(begin, end))); begin = end; } } // Mark the final line. _lines.last().isFinal = true; } int MonospaceLineWrapping::width() const { int w = 0; for(int i = 0; i < _lines.size(); ++i) { WrappedLine const &span = _lines[i]; w = de::max(w, span.range.size()); } return w; } int MonospaceLineWrapping::height() const { return _lines.size(); } int MonospaceLineWrapping::rangeWidth(Rangei const &range) const { return range.size(); } int MonospaceLineWrapping::indexAtWidth(Rangei const &range, int width) const { if(width <= range.size()) { return range.start + width; } return range.end; } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/localserver.cpp0000664000175000017500000001161012350542240022132 0ustar jaakkojaakko/** @file localserver.cpp Starting and stopping local servers. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/LocalServer" #include "de/shell/Link" #include "de/shell/DoomsdayInfo" #include #include #include namespace de { namespace shell { static String const ERROR_LOG_NAME = "doomsday-errors.out"; DENG2_PIMPL_NOREF(LocalServer) { Link *link; duint16 port; String name; NativePath userDir; Instance() : link(0), port(0) {} }; LocalServer::LocalServer() : d(new Instance) {} void LocalServer::setName(String const &name) { d->name = name; d->name.replace("\"", "\\\""); // for use on command line } void LocalServer::start(duint16 port, String const &gameMode, QStringList additionalOptions, NativePath const &runtimePath) { d->port = port; d->userDir = runtimePath; if(d->userDir.isEmpty()) { // Default runtime location. d->userDir = DoomsdayInfo::defaultServerRuntimeFolder(); } // Get rid of a previous error log in this location. QDir(d->userDir).remove(ERROR_LOG_NAME); DENG2_ASSERT(d->link == 0); CommandLine cmd; #ifdef MACOSX // First locate the server executable. NativePath bin = NativePath(qApp->applicationDirPath()) / "../Resources/doomsday-server"; if(!bin.exists()) { // Try another location: Doomsday-Shell.app -> Doomsday Engine.app/Contents/Doomsday.app bin = NativePath(qApp->applicationDirPath()) / "../../../Doomsday Engine.app/Contents/Doomsday.app/Contents/Resources/doomsday-server"; } if(!bin.exists()) { // Yet another possibility: Doomsday-Shell.app -> Doomsday.app bin = NativePath(qApp->applicationDirPath()) / "../../../Doomsday.app/Contents/Resources/doomsday-server"; } if(!bin.exists()) { // Undeployed, e.g., a developer build. bin = NativePath(qApp->applicationDirPath()) / "../../../../../../client/Doomsday.app/Contents/Resources/doomsday-server"; } if(!bin.exists()) { throw NotFoundError("LocalServer::start", "Could not find Doomsday.app"); } /** * @todo These options will be much simpler when libdeng2 FS is used for * all file access. */ cmd.append(bin); cmd.append("-vdmap"); cmd.append(".."); cmd.append("}Data"); cmd.append("-basedir"); cmd.append(bin.fileNamePath() / "../Resources"); String plugDir = bin.fileNamePath() / "../DengPlugins"; cmd.append("-vdmap"); cmd.append(plugDir / "doom.bundle/Contents/Resources"); cmd.append("}Data/jDoom/"); cmd.append("-vdmap"); cmd.append(plugDir / "heretic.bundle/Contents/Resources"); cmd.append("}Data/jHeretic/"); cmd.append("-vdmap"); cmd.append(plugDir / "hexen.bundle/Contents/Resources"); cmd.append("}Data/jHexen/"); #elif WIN32 NativePath bin = NativePath(qApp->applicationDirPath()) / "doomsday-server.exe"; cmd.append(bin); cmd.append("-basedir"); cmd.append(bin.fileNamePath() / ".."); #else // UNIX NativePath bin = NativePath(qApp->applicationDirPath()) / "doomsday-server"; if(!bin.exists()) bin = "doomsday-server"; // Perhaps it's on the path? cmd.append(bin); #endif cmd.append("-userdir"); cmd.append(d->userDir); cmd.append("-errors"); cmd.append(ERROR_LOG_NAME); cmd.append("-game"); cmd.append(gameMode); cmd.append("-cmd"); cmd.append("net-ip-port " + String::number(port)); if(!d->name.isEmpty()) { cmd.append("-cmd"); cmd.append("server-name \"" + d->name + "\""); } foreach(String opt, additionalOptions) cmd.append(opt); LOG_NET_NOTE("Starting local server with port %i using game mode '%s'") << port << gameMode; cmd.execute(); } void LocalServer::stop() { DENG2_ASSERT(d->link != 0); } Link *LocalServer::openLink() { return new Link(String("localhost:%1").arg(d->port), 30); } NativePath LocalServer::errorLogPath() const { return d->userDir / ERROR_LOG_NAME; } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/dialogwidget.cpp0000664000175000017500000000545312350542240022264 0ustar jaakkojaakko/** @file libshell/src/dialogwidget.cpp Base class for modal dialogs. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/DialogWidget" #include "de/shell/TextRootWidget" #include "de/shell/KeyEvent" #include namespace de { namespace shell { DENG2_PIMPL_NOREF(DialogWidget) { QEventLoop subloop; }; DialogWidget::DialogWidget(String const &name) : TextWidget(name), d(new Instance) { // Dialogs are hidden until executed. hide(); } void DialogWidget::prepare() { show(); root().setFocus(this); redraw(); } void DialogWidget::finish(int /*result*/) { hide(); root().setFocus(0); } int DialogWidget::exec(TextRootWidget &root) { // The widget is added to the root temporarily (as top child). DENG2_ASSERT(!hasRoot()); root.add(this); // Center the dialog. rule().setInput(Rule::Left, (root.viewWidth() - rule().width()) / 2) .setInput(Rule::Top, (root.viewHeight() - rule().height()) / 2); prepare(); int result = d->subloop.exec(); finish(result); // No longer in the root. root.remove(*this); root.requestDraw(); return result; } void DialogWidget::draw() { Rectanglei pos = rule().recti().adjusted(Vector2i(-2, -1), Vector2i(2, 1)); // Draw a background frame. targetCanvas().fill(pos, TextCanvas::Char()); targetCanvas().drawLineRect(pos); } bool DialogWidget::handleEvent(Event const &event) { if(event.type() == Event::KeyPress) { KeyEvent const &ev = event.as(); if(ev.key() == Qt::Key_Escape) { reject(); return true; } } // All events not handled by children are eaten by the dialog. return true; } void DialogWidget::accept(int result) { if(d->subloop.isRunning()) { d->subloop.exit(result); emit accepted(result); } } void DialogWidget::reject(int result) { if(d->subloop.isRunning()) { d->subloop.exit(result); emit rejected(result); } } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/menuwidget.cpp0000664000175000017500000002452712350542240021774 0ustar jaakkojaakko/** @file libshell/src/menuwidget.cpp Menu with shortcuts. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/MenuWidget" #include "de/shell/TextRootWidget" #include #include namespace de { namespace shell { DENG2_PIMPL(MenuWidget) { ConstantRule *width; ConstantRule *height; TextCanvas::Char::Attribs borderAttr; TextCanvas::Char::Attribs backgroundAttr; TextCanvas::Char::Attribs selectionAttr; BorderStyle borderStyle; Vector2i cursorPos; ///< Visual position. bool closable; bool cycleCursor; struct Item { Action *action; String shortcutLabel; bool separatorAfter; Item() : action(0), separatorAfter(false) {} Item(Item const &other) : action(holdRef(other.action)) , shortcutLabel(other.shortcutLabel) , separatorAfter(other.separatorAfter) {} ~Item() { releaseRef(action); } Item &operator = (Item const &other) { changeRef(action, other.action); shortcutLabel = other.shortcutLabel; separatorAfter = other.separatorAfter; return *this; } }; QList items; int cursor; Instance(Public &i) : Base(i), borderAttr(TextCanvas::Char::Reverse), backgroundAttr(TextCanvas::Char::Reverse), borderStyle(LineBorder), closable(true), cycleCursor(true), cursor(0) { width = new ConstantRule(1); height = new ConstantRule(1); } ~Instance() { clear(); releaseRef(width); releaseRef(height); } void clear() { foreach(Item i, items) { self.removeAction(*i.action); } items.clear(); updateSize(); } void updateSize() { int cols = 0; int lines = (borderStyle == NoBorder? 0 : 2); foreach(Item const &item, items) { lines++; if(item.separatorAfter) lines++; int w = item.action->label().size(); if(!item.shortcutLabel.isEmpty()) { w += 1 + item.shortcutLabel.size(); } cols = de::max(w, cols); } height->set(lines); width->set(4 + cols + (borderStyle == NoBorder? 0 : 2)); // cursor } void removeItem(int pos) { self.removeAction(*items[pos].action); items.removeAt(pos); updateSize(); } }; MenuWidget::MenuWidget(Preset preset, String const &name) : TextWidget(name), d(new Instance(*this)) { switch(preset) { case Popup: setBehavior(HandleEventsOnlyWhenFocused); setClosable(true); d->cycleCursor = true; hide(); break; case AlwaysOpen: setClosable(false); d->cycleCursor = false; break; } rule().setSize(*d->width, *d->height); } int MenuWidget::itemCount() const { return d->items.size(); } void MenuWidget::appendItem(RefArg action, String const &shortcutLabel) { Instance::Item item; item.action = action.holdRef(); item.shortcutLabel = shortcutLabel; d->items.append(item); d->updateSize(); redraw(); addAction(action); } void MenuWidget::appendSeparator() { if(d->items.isEmpty()) return; d->items.last().separatorAfter = true; d->updateSize(); redraw(); } void MenuWidget::insertItem(int pos, RefArg action, String const &shortcutLabel) { Instance::Item item; item.action = action.holdRef(); item.shortcutLabel = shortcutLabel; d->items.insert(pos, item); d->updateSize(); redraw(); addAction(action); } void MenuWidget::insertSeparator(int pos) { if(pos < 0 || pos >= d->items.size()) return; d->items[pos].separatorAfter = true; d->updateSize(); redraw(); } void MenuWidget::clear() { d->clear(); redraw(); } void MenuWidget::removeItem(int pos) { d->removeItem(pos); redraw(); } Action &MenuWidget::itemAction(int pos) const { return *d->items[pos].action; } int MenuWidget::findLabel(String const &label) const { for(int i = 0; i < d->items.size(); ++i) { if(!d->items[i].action->label().compareWithoutCase(label)) return i; } return -1; } bool MenuWidget::hasLabel(String const &label) const { return findLabel(label) >= 0; } void MenuWidget::setCursor(int pos) { d->cursor = de::min(pos, itemCount() - 1); redraw(); } void MenuWidget::setCursorByLabel(String const &label) { int idx = findLabel(label); if(idx >= 0) { setCursor(idx); } else { // Try to reselect the previous item by index. setCursor(d->cursor); } } int MenuWidget::cursor() const { return d->cursor; } void MenuWidget::setClosable(bool canBeClosed) { d->closable = canBeClosed; } void MenuWidget::setSelectionAttribs(TextCanvas::Char::Attribs const &attribs) { d->selectionAttr = attribs; redraw(); } void MenuWidget::setBackgroundAttribs(TextCanvas::Char::Attribs const &attribs) { d->backgroundAttr = attribs; redraw(); } void MenuWidget::setBorder(MenuWidget::BorderStyle style) { d->borderStyle = style; redraw(); } void MenuWidget::setBorderAttribs(TextCanvas::Char::Attribs const &attribs) { d->borderAttr = attribs; redraw(); } Vector2i MenuWidget::cursorPosition() const { return d->cursorPos; } void MenuWidget::open() { DENG2_ASSERT(hasRoot()); root().setFocus(this); show(); redraw(); } void MenuWidget::close() { if(d->closable) { DENG2_ASSERT(hasRoot()); root().setFocus(0); emit closed(); hide(); redraw(); } } void MenuWidget::draw() { Rectanglei pos = rule().recti(); TextCanvas buf(pos.size()); buf.clear(TextCanvas::Char(' ', d->backgroundAttr)); int const border = (d->borderStyle == NoBorder? 0 : 1); int y = border; for(int i = 0; i < d->items.size(); ++i) { Instance::Item const &item = d->items[i]; // Determine style. TextCanvas::Char::Attribs itemAttr = (d->cursor == i && hasFocus()? d->selectionAttr : d->backgroundAttr); // Cursor. if(d->cursor == i) { buf.fill(Rectanglei(Vector2i(border, y), Vector2i(pos.width() - border, y + 1)), TextCanvas::Char(' ', itemAttr)); d->cursorPos = Vector2i(border + 1, y); buf.put(d->cursorPos, TextCanvas::Char('*', itemAttr)); d->cursorPos += pos.topLeft; } buf.drawText(Vector2i(border + 3, y), item.action->label(), itemAttr | (d->cursor == i? TextCanvas::Char::Bold : TextCanvas::Char::DefaultAttributes)); if(item.shortcutLabel) { buf.drawText(Vector2i(buf.width() - 1 - border - item.shortcutLabel.size(), y), item.shortcutLabel, itemAttr); } y++; // Draw a separator. if(item.separatorAfter) { buf.fill(Rectanglei(Vector2i(border, y), Vector2i(pos.width() - border, y + 1)), TextCanvas::Char('-', d->borderAttr)); y++; } } if(d->borderStyle == LineBorder) { // Draw a frame. buf.drawLineRect(buf.rect(), d->borderAttr); } targetCanvas().draw(buf, pos.topLeft); } bool MenuWidget::handleEvent(Event const &event) { if(!itemCount()) return false; if(event.type() != Event::KeyPress) return false; KeyEvent const &ev = event.as(); // Check menu-related control keys. if(ev.text().isEmpty()) { switch(ev.key()) { case Qt::Key_Up: if(d->cursor == 0) { if(!d->cycleCursor) break; d->cursor = itemCount() - 1; } else { d->cursor--; } redraw(); return true; case Qt::Key_Down: if(d->cursor == itemCount() - 1) { if(!d->cycleCursor) break; d->cursor = 0; } else { d->cursor++; } redraw(); return true; case Qt::Key_Home: case Qt::Key_PageUp: d->cursor = 0; redraw(); return true; case Qt::Key_End: case Qt::Key_PageDown: d->cursor = itemCount() - 1; redraw(); return true; case Qt::Key_Enter: itemAction(d->cursor).trigger(); close(); return true; default: break; } } if(ev.text() == " ") { itemAction(d->cursor).trigger(); close(); return true; } // Check registered actions (shortcuts), focus navigation. if(TextWidget::handleEvent(event)) { close(); return true; } if(ev.text().isEmpty()) { if(d->closable) { // Any other control key closes the menu. close(); return true; } } else { // Look for an item that begins with the letter. for(int i = 0; i < d->items.size(); ++i) { int idx = (d->cursor + i + 1) % d->items.size(); if(d->items[idx].action->label().startsWith(ev.text(), Qt::CaseInsensitive)) { setCursor(idx); return true; } } } return false; } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/textwidget.cpp0000664000175000017500000001050312350542240022001 0ustar jaakkojaakko/** @file textwidget.cpp Generic widget with a text-based visual. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/TextWidget" #include "de/shell/TextRootWidget" #include "de/shell/Action" #include namespace de { namespace shell { DENG2_PIMPL_NOREF(TextWidget) { TextCanvas *canvas; RuleRectangle *rule; QList actions; Instance() : canvas(0), rule(new RuleRectangle) {} ~Instance() { delete rule; foreach(Action *act, actions) releaseRef(act); } void removeAction(Action &action) { for(int i = actions.size() - 1; i >= 0; --i) { if(actions.at(i) == &action) { releaseRef(actions[i]); actions.removeAt(i); } } } /** * Navigates focus to another widget, assuming this widget currently has * focus. Used in focus cycle navigation. * * @param root Root widget. * @param name Name of the widget to change focus to. * * @return Focus changed successfully. */ bool navigateFocus(TextRootWidget &root, String const &name) { Widget *w = root.find(name); if(w) { root.setFocus(w); root.requestDraw(); return true; } return false; } }; TextWidget::TextWidget(String const &name) : Widget(name), d(new Instance) {} TextRootWidget &TextWidget::root() const { TextRootWidget *r = dynamic_cast(&Widget::root()); DENG2_ASSERT(r != 0); return *r; } void TextWidget::setTargetCanvas(TextCanvas *canvas) { d->canvas = canvas; } TextCanvas &TextWidget::targetCanvas() const { if(!d->canvas) { // A specific target not defined, use the root canvas. return root().rootCanvas(); } return *d->canvas; } void TextWidget::redraw() { if(hasRoot() && !isHidden()) root().requestDraw(); } void TextWidget::drawAndShow() { if(!isHidden()) { draw(); NotifyArgs args(&Widget::draw); args.conditionFunc = &Widget::isVisible; notifyTree(args); targetCanvas().show(); } } RuleRectangle &TextWidget::rule() { DENG2_ASSERT(d->rule != 0); return *d->rule; } RuleRectangle const &TextWidget::rule() const { DENG2_ASSERT(d->rule != 0); return *d->rule; } Vector2i TextWidget::cursorPosition() const { return Vector2i(rule().left().valuei(), rule().top().valuei()); } void TextWidget::addAction(RefArg action) { d->actions.append(action.holdRef()); } void TextWidget::removeAction(Action &action) { d->removeAction(action); } bool TextWidget::handleEvent(Event const &event) { // We only support KeyEvents. if(event.type() == Event::KeyPress) { KeyEvent const &keyEvent = event.as(); foreach(Action *act, d->actions) { // Event will be used by actions. if(act->tryTrigger(keyEvent)) return true; } // Focus navigation. if((keyEvent.key() == Qt::Key_Tab || keyEvent.key() == Qt::Key_Down) && hasFocus() && !focusNext().isEmpty()) { if(d->navigateFocus(root(), focusNext())) return true; } if((keyEvent.key() == Qt::Key_Backtab || keyEvent.key() == Qt::Key_Up) && hasFocus() && !focusPrev().isEmpty()) { if(d->navigateFocus(root(), focusPrev())) return true; } } return Widget::handleEvent(event); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/inputdialog.cpp0000664000175000017500000001036012350542240022131 0ustar jaakkojaakko/** @file libshell/src/inputdialog.cpp Dialog for querying text from the user. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/InputDialog" #include "de/shell/LabelWidget" #include "de/shell/LineEditWidget" #include "de/shell/MenuWidget" #include "de/shell/TextRootWidget" namespace de { namespace shell { DENG2_PIMPL_NOREF(InputDialog) { LabelWidget *label; LineEditWidget *edit; MenuWidget *menu; String userText; int result; Instance() : label(0), edit(0), menu(0), result(0) {} ~Instance() {} }; InputDialog::InputDialog(String const &name) : DialogWidget(name), d(new Instance) { RuleRectangle &rect = rule(); // Label. d->label = new LabelWidget; d->label->setExpandsToFitLines(true); // determines height independently d->label->rule() .setInput(Rule::Width, rect.width()) .setInput(Rule::Top, rect.top()) .setInput(Rule::Left, rect.left()); // Address editor. d->edit = new LineEditWidget; d->edit->setName(d->edit->uniqueName("edit")); d->edit->rule() .setInput(Rule::Width, rect.width()) .setInput(Rule::Left, rect.left()) .setInput(Rule::Top, d->label->rule().bottom() + 1); // Menu for actions. d->menu = new MenuWidget(MenuWidget::AlwaysOpen); d->menu->setName(d->menu->uniqueName("menu")); d->menu->setBorder(MenuWidget::NoBorder); d->menu->setBackgroundAttribs(TextCanvas::Char::DefaultAttributes); d->menu->setSelectionAttribs(TextCanvas::Char::Reverse); d->menu->appendItem(new Action(tr("OK"), this, SLOT(accept()))); d->menu->appendItem(new Action(tr("Cancel"), KeyEvent(Qt::Key_C, KeyEvent::Control), this, SLOT(reject())), "Ctrl-C"); d->menu->rule() .setInput(Rule::Width, rect.width()) .setInput(Rule::Left, rect.left()) .setInput(Rule::Bottom, rect.bottom()); add(d->label); add(d->edit); add(d->menu); setFocusCycle(WidgetList() << d->edit << d->menu); // Outer dimensions. rect.setInput(Rule::Width, Const(50)); rect.setInput(Rule::Height, d->menu->rule().height() + d->edit->rule().height() + d->label->rule().height() + 2); } LabelWidget &InputDialog::label() { return *d->label; } LineEditWidget &InputDialog::lineEdit() { return *d->edit; } MenuWidget &InputDialog::menu() { return *d->menu; } void InputDialog::setWidth(int width) { rule().setInput(Rule::Width, Const(width)); } void InputDialog::setDescription(String const &desc) { d->label->setLabel(desc); } void InputDialog::setPrompt(String const &prompt) { d->edit->setPrompt(prompt); } void InputDialog::setText(String const &text) { d->edit->setText(text); } void InputDialog::setAcceptLabel(String const &label) { d->menu->itemAction(0).setLabel(label); redraw(); } void InputDialog::setRejectLabel(String const &label) { d->menu->itemAction(1).setLabel(label); redraw(); } void InputDialog::prepare() { DialogWidget::prepare(); d->userText.clear(); d->result = 0; root().setFocus(d->edit); } void InputDialog::finish(int result) { d->result = result; d->userText.clear(); if(result) d->userText = d->edit->text(); DialogWidget::finish(result); } String InputDialog::text() const { return d->userText; } int InputDialog::result() const { return d->result; } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/lineeditwidget.cpp0000664000175000017500000001070112350542240022612 0ustar jaakkojaakko/** @file libshell/src/lineeditwidget.cpp Widget for word-wrapped text editing. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/LineEditWidget" #include "de/shell/TextRootWidget" #include "de/shell/KeyEvent" #include "de/shell/Lexicon" #include "de/shell/MonospaceLineWrapping" #include #include #include #include #include namespace de { namespace shell { DENG2_PIMPL(LineEditWidget) { bool signalOnEnter; ConstantRule *height; ///< As rows. Instance(Public &i) : Base(i), signalOnEnter(true) { // Initial height of the command line (1 row). height = new ConstantRule(1); } ~Instance() { releaseRef(height); } }; LineEditWidget::LineEditWidget(de::String const &name) : TextWidget(name), AbstractLineEditor(new MonospaceLineWrapping), d(new Instance(*this)) { setBehavior(HandleEventsOnlyWhenFocused); // Widget's height is determined by the number of text lines. rule().setInput(Rule::Height, *d->height); } Vector2i LineEditWidget::cursorPosition() const { de::Rectanglei pos = rule().recti(); return pos.topLeft + Vector2i(prompt().size(), 0) + lineCursorPos(); } void LineEditWidget::viewResized() { updateLineWraps(RewrapNow); } void LineEditWidget::update() { updateLineWraps(WrapUnlessWrappedAlready); } void LineEditWidget::draw() { Rectanglei pos = rule().recti(); // Temporary buffer for drawing. TextCanvas buf(pos.size()); TextCanvas::Char::Attribs attr = (hasFocus()? TextCanvas::Char::Reverse : TextCanvas::Char::DefaultAttributes); buf.clear(TextCanvas::Char(' ', attr)); buf.drawText(Vector2i(0, 0), prompt(), attr | TextCanvas::Char::Bold); // Underline the suggestion for completion. if(isSuggestingCompletion()) { buf.setRichFormatRange(TextCanvas::Char::Underline, completionRange()); } // Echo mode determines what we actually draw. String txt = text(); if(echoMode() == PasswordEchoMode) { txt = String(txt.size(), '*'); } buf.drawWrappedText(Vector2i(prompt().size(), 0), txt, lineWraps(), attr); targetCanvas().draw(buf, pos.topLeft); } bool LineEditWidget::handleEvent(Event const &event) { // There are only key press events. DENG2_ASSERT(event.type() == Event::KeyPress); KeyEvent const &ev = event.as(); bool eaten = true; // Insert text? if(!ev.text().isEmpty()) { insert(ev.text()); } else { // Control character. eaten = handleControlKey(ev.key()); } if(eaten) return true; return TextWidget::handleEvent(event); } bool LineEditWidget::handleControlKey(int qtKey, KeyModifiers const &mods) { if(AbstractLineEditor::handleControlKey(qtKey, mods)) { if(qtKey == Qt::Key_Enter) { if(d->signalOnEnter) { emit enterPressed(text()); } else { // The Enter will fall through to base class event processing. return false; } } return true; // Handled. } return false; } void LineEditWidget::setSignalOnEnter(int enterSignal) { d->signalOnEnter = enterSignal; } int LineEditWidget::maximumWidth() const { return int(rule().recti().width()) - int(prompt().size()) - 1; } void LineEditWidget::numberOfLinesChanged(int lineCount) { d->height->set(lineCount); } void LineEditWidget::contentChanged() { if(hasRoot()) { updateLineWraps(RewrapNow); } redraw(); } void LineEditWidget::cursorMoved() { redraw(); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/labelwidget.cpp0000664000175000017500000000715112350542240022101 0ustar jaakkojaakko/** @file libshell/src/labelwidget.cpp Widget for showing a label. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/LabelWidget" #include "de/shell/TextRootWidget" #include "de/shell/MonospaceLineWrapping" #include namespace de { namespace shell { DENG2_PIMPL_NOREF(LabelWidget) { TextCanvas::Char background; String label; MonospaceLineWrapping wraps; TextCanvas::Char::Attribs attribs; Alignment align; bool vertExpand; ConstantRule *height; Instance() : align(0), vertExpand(false) { height = new ConstantRule(0); } ~Instance() { releaseRef(height); } void updateWraps(int width) { wraps.wrapTextToWidth(label, width); if(vertExpand) height->set(wraps.height()); } }; LabelWidget::LabelWidget(String const &name) : TextWidget(name), d(new Instance) {} void LabelWidget::setBackground(TextCanvas::Char const &background) { d->background = background; } void LabelWidget::setLabel(String const &text, TextCanvas::Char::Attribs attribs) { d->label = text; d->attribs = attribs; d->wraps.clear(); // updated later redraw(); } void LabelWidget::setAttribs(TextCanvas::Char::Attribs const &attribs) { d->attribs = attribs; redraw(); } void LabelWidget::setBackgroundAttribs(TextCanvas::Char::Attribs const &attribs) { d->background.attribs = attribs; redraw(); } TextCanvas::Char::Attribs LabelWidget::attribs() const { return d->attribs; } void LabelWidget::setAlignment(Alignment align) { d->align = align; redraw(); } void LabelWidget::setExpandsToFitLines(bool expand) { d->vertExpand = expand; if(expand) { rule().setInput(Rule::Height, *d->height); } redraw(); } String LabelWidget::label() const { return d->label; } void LabelWidget::update() { if(d->wraps.isEmpty()) { d->updateWraps(rule().width().valuei()); } } void LabelWidget::draw() { Rectanglei pos = rule().recti(); TextCanvas buf(pos.size()); buf.clear(d->background); // Use the wrapped lines to determine width and height. DENG2_ASSERT(!d->wraps.isEmpty()); Vector2i labelSize(d->wraps.width(), d->wraps.height()); // Determine position of the label based on alignment. Vector2i labelPos; if(d->align.testFlag(AlignRight)) { labelPos.x = buf.width() - labelSize.x; } else if(!d->align.testFlag(AlignLeft)) { labelPos.x = buf.width()/2 - labelSize.x/2; } if(d->align.testFlag(AlignBottom)) { labelPos.y = buf.height() - labelSize.y; } else if(!d->align.testFlag(AlignTop)) { labelPos.y = buf.height()/2 - labelSize.y/2; } buf.drawWrappedText(labelPos, d->label, d->wraps, d->attribs, d->align); targetCanvas().draw(buf, pos.topLeft); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/editorhistory.cpp0000664000175000017500000001046112350542240022524 0ustar jaakkojaakko/** @file editorhistory.cpp Text editor history buffer. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/EditorHistory" #include namespace de { namespace shell { DENG2_PIMPL(EditorHistory) { ITextEditor *editor; /** * Line of text with a cursor. */ struct Command { String text; String original; ///< For undoing editing in history. int cursor; ///< Index in range [0...text.size()] Command() : cursor(0) {} }; // Command history. QList history; int historyPos; Instance(Public *i) : Base(i), editor(0), historyPos(0) { history.append(Command()); } ~Instance() {} Command &command() { DENG2_ASSERT(historyPos >= 0 && historyPos < history.size()); return history[historyPos]; } Command const &command() const { DENG2_ASSERT(historyPos >= 0 && historyPos < history.size()); return history[historyPos]; } void updateCommandFromEditor() { DENG2_ASSERT(editor != 0); command().text = editor->text(); command().cursor = editor->cursor(); } void updateEditor() { DENG2_ASSERT(editor != 0); editor->setText(command().text); editor->setCursor(command().cursor); } bool navigateHistory(int offset) { if((offset < 0 && historyPos >= -offset) || (offset > 0 && historyPos < history.size() - offset)) { // Save the current state. updateCommandFromEditor(); historyPos += offset; // Update to the historical state. updateEditor(); return true; } return false; } void restoreTextsToOriginal() { for(int i = 0; i < history.size(); ++i) { Command &cmd = history[i]; cmd.text = cmd.original; cmd.cursor = de::min(cmd.cursor, cmd.text.size()); } } }; EditorHistory::EditorHistory(ITextEditor *editor) : d(new Instance(this)) { d->editor = editor; } void EditorHistory::setEditor(ITextEditor &editor) { d->editor = &editor; } ITextEditor &EditorHistory::editor() { DENG2_ASSERT(d->editor != 0); return *d->editor; } bool EditorHistory::isAtLatest() const { return d->historyPos == d->history.size() - 1; } void EditorHistory::goToLatest() { d->updateCommandFromEditor(); d->historyPos = d->history.size() - 1; d->updateEditor(); } String EditorHistory::enter() { d->updateCommandFromEditor(); String entered = d->command().text; if(!entered.isEmpty()) { // Update the history. if(d->historyPos < d->history.size() - 1) { if(d->history.last().text.isEmpty()) { // Prune an empty entry in the end of history. d->history.removeLast(); } // Currently back in the history; duplicate the edited entry. d->history.append(d->command()); } d->history.last().original = entered; d->history.append(Instance::Command()); } // Move on. d->historyPos = d->history.size() - 1; d->updateEditor(); d->restoreTextsToOriginal(); return entered; } bool EditorHistory::handleControlKey(int qtKey) { switch(qtKey) { case Qt::Key_Up: d->navigateHistory(-1); return true; case Qt::Key_Down: d->navigateHistory(+1); return true; default: break; } return false; } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/commandlinewidget.cpp0000664000175000017500000000422212350542240023304 0ustar jaakkojaakko/** @file commandlinewidget.cpp Widget for command line input. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/CommandLineWidget" #include "de/shell/TextRootWidget" #include "de/shell/KeyEvent" #include "de/shell/EditorHistory" #include #include namespace de { namespace shell { DENG2_PIMPL(CommandLineWidget) { EditorHistory history; Instance(Public *i) : Base(i), history(i) {} }; CommandLineWidget::CommandLineWidget(String const &name) : LineEditWidget(name), d(new Instance(this)) { setPrompt("> "); } bool CommandLineWidget::handleEvent(Event const &event) { // There are only key press events. DENG2_ASSERT(event.type() == Event::KeyPress); KeyEvent const &ev = event.as(); // Override the editor's normal Enter handling. if(ev.key() == Qt::Key_Enter) { String const entered = d->history.enter(); emit commandEntered(entered); return true; } if(LineEditWidget::handleEvent(event)) { return true; } // Final fallback: history navigation. return d->history.handleControlKey(ev.key()); } void CommandLineWidget::autoCompletionBegan(String const &wordBase) { LineEditWidget::autoCompletionBegan(wordBase); LOG_MSG("Completions for '%s':") << wordBase; LOG_MSG(" %s") << suggestedCompletions().join(", "); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/abstractlink.cpp0000664000175000017500000001354612350542240022304 0ustar jaakkojaakko/** @file abstractlink.h Network connection to a server. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/AbstractLink" #include #include #include #include #include #include namespace de { namespace shell { DENG2_PIMPL(AbstractLink) { String tryingToConnectToHost; Time startedTryingAt; TimeDelta timeout; Address peerAddress; std::auto_ptr socket; Status status; Time connectedAt; Instance(Public *i) : Base(i), status(Disconnected), connectedAt(Time::invalidTime()) {} ~Instance() { // Disconnection is implied since the link is being destroyed. if(socket.get()) { QObject::disconnect(socket.get(), SIGNAL(disconnected()), thisPublic, SLOT(socketDisconnected())); } } }; AbstractLink::AbstractLink() : d(new Instance(this)) {} void AbstractLink::connectDomain(String const &domain, TimeDelta const &timeout) { disconnect(); d->socket.reset(new Socket); connect(d->socket.get(), SIGNAL(addressResolved()), this, SIGNAL(addressResolved())); connect(d->socket.get(), SIGNAL(connected()), this, SLOT(socketConnected())); connect(d->socket.get(), SIGNAL(disconnected()), this, SLOT(socketDisconnected())); connect(d->socket.get(), SIGNAL(messagesReady()), this, SIGNAL(packetsReady())); // Fallback to default port. d->tryingToConnectToHost = domain; d->socket->setQuiet(true); // we'll be retrying a few times d->socket->connectToDomain(d->tryingToConnectToHost, 13209 /* default port */); d->status = Connecting; d->startedTryingAt = Time(); d->timeout = timeout; } void AbstractLink::connectHost(Address const &address) { disconnect(); d->peerAddress = address; d->socket.reset(new Socket); connect(d->socket.get(), SIGNAL(connected()), this, SLOT(socketConnected())); connect(d->socket.get(), SIGNAL(disconnected()), this, SLOT(socketDisconnected())); connect(d->socket.get(), SIGNAL(messagesReady()), this, SIGNAL(packetsReady())); // Fallback to default port. if(!d->peerAddress.port()) d->peerAddress.setPort(13209); d->socket->connect(d->peerAddress); d->status = Connecting; d->startedTryingAt = Time(); d->timeout = 0; } void AbstractLink::takeOver(Socket *openSocket) { disconnect(); d->peerAddress = openSocket->peerAddress(); d->socket.reset(openSocket); // Note: socketConnected() not used because the socket is already open. connect(d->socket.get(), SIGNAL(disconnected()), this, SLOT(socketDisconnected())); connect(d->socket.get(), SIGNAL(messagesReady()), this, SIGNAL(packetsReady())); d->status = Connected; d->connectedAt = Time(); } void AbstractLink::disconnect() { if(d->status != Disconnected) { DENG2_ASSERT(d->socket.get() != 0); d->timeout = 0; d->socket->close(); // emits signal d->status = Disconnected; QObject::disconnect(d->socket.get(), SIGNAL(addressResolved()), this, SIGNAL(addressResolved())); QObject::disconnect(d->socket.get(), SIGNAL(connected()), this, SLOT(socketConnected())); QObject::disconnect(d->socket.get(), SIGNAL(disconnected()), this, SLOT(socketDisconnected())); QObject::disconnect(d->socket.get(), SIGNAL(messagesReady()), this, SIGNAL(packetsReady())); } } Address AbstractLink::address() const { if(d->socket->isOpen()) return d->socket->peerAddress(); return d->peerAddress; } AbstractLink::Status AbstractLink::status() const { return d->status; } Time AbstractLink::connectedAt() const { return d->connectedAt; } Packet *AbstractLink::nextPacket() { if(!d->socket->hasIncoming()) return 0; std::auto_ptr data(d->socket->receive()); Packet *packet = interpret(*data.get()); if(packet) packet->setFrom(data->address()); return packet; } void AbstractLink::send(IByteArray const &data) { d->socket->send(data); } void AbstractLink::socketConnected() { LOG_AS("AbstractLink"); LOG_NET_VERBOSE("Successfully connected to server %s") << d->socket->peerAddress(); initiateCommunications(); d->status = Connected; d->connectedAt = Time(); d->peerAddress = d->socket->peerAddress(); emit connected(); } void AbstractLink::socketDisconnected() { LOG_AS("AbstractLink"); if(d->status == Connecting) { if(d->startedTryingAt.since() < d->timeout) { // Let's try again a bit later. QTimer::singleShot(500, d->socket.get(), SLOT(reconnect())); return; } d->socket->setQuiet(false); } else { if(!d->peerAddress.isNull()) { LOG_NET_NOTE("Disconnected from %s") << d->peerAddress; } else { LOG_NET_NOTE("Disconnected"); } } d->status = Disconnected; emit disconnected(); // Slots have now had an opportunity to observe the total // duration of the connection that has just ended. d->connectedAt = Time::invalidTime(); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/lexicon.cpp0000664000175000017500000000267112350542240021261 0ustar jaakkojaakko/** @file lexicon.cpp Lexicon containing terms and grammatical rules. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/Lexicon" namespace de { namespace shell { Lexicon::Lexicon() {} void Lexicon::setAdditionalWordChars(String const &chars) { _extraChars = chars; } void Lexicon::addTerm(String const &term) { _terms.insert(term); } Lexicon::Terms Lexicon::terms() const { return _terms; } String Lexicon::additionalWordChars() const { return _extraChars; } bool Lexicon::isWordChar(QChar ch) const { // Default word characters. if(ch.isLetterOrNumber()) return true; return _extraChars.contains(ch); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/abstractlineeditor.cpp0000664000175000017500000004013612350542240023500 0ustar jaakkojaakko/** @file abstractlineeditor.cpp Abstract line editor. * * @authors Copyright (c) 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/AbstractLineEditor" #include "de/shell/Lexicon" #include #include #include #include namespace de { namespace shell { DENG2_PIMPL(AbstractLineEditor) { String prompt; String text; int cursor; ///< Index in range [0...text.size()] Lexicon lexicon; EchoMode echoMode; QScopedPointer wraps; struct Completion { int pos; int size; int ordinal; ///< Ordinal within list of possible completions. void reset() { pos = size = ordinal = 0; } Rangei range() const { return Rangei(pos, pos + size); } }; Completion completion; QStringList suggestions; bool suggesting; bool completionNotified; Instance(Public *i, ILineWrapping *lineWraps) : Base(i), cursor(0), echoMode(NormalEchoMode), wraps(lineWraps), suggesting(false), completionNotified(false) { // Initialize line wrapping. completion.reset(); } WrappedLine lineSpan(int line) const { DENG2_ASSERT(line < wraps->height()); return wraps->line(line); } void rewrapLater() { wraps->clear(); self.contentChanged(); } void rewrapNow() { updateWraps(); self.contentChanged(); } /** * Determines where word wrapping needs to occur and updates the height of * the widget to accommodate all the needed lines. */ void updateWraps() { wraps->wrapTextToWidth(text, de::max(1, self.maximumWidth())); if(wraps->height() > 0) { self.numberOfLinesChanged(wraps->height()); } else { self.numberOfLinesChanged(1); } } de::Vector2i lineCursorPos() const { return linePos(cursor); } de::Vector2i linePos(int mark) const { de::Vector2i pos(mark); for(pos.y = 0; pos.y < wraps->height(); ++pos.y) { WrappedLine span = lineSpan(pos.y); if(!span.isFinal) span.range.end--; if(mark >= span.range.start && mark <= span.range.end) { // Stop here. Mark is on this line. break; } pos.x -= span.range.end - span.range.start + 1; } return pos; } /** * Attemps to move the cursor up or down by a line. * * @return @c true, if cursor was moved. @c false, if there were no more * lines available in that direction. */ bool moveCursorByLine(int lineOff) { acceptCompletion(); DENG2_ASSERT(lineOff == 1 || lineOff == -1); Vector2i const linePos = lineCursorPos(); int const destWidth = wraps->rangeWidth(Rangei(lineSpan(linePos.y).range.start, cursor)); // Check for no room. if(!linePos.y && lineOff < 0) return false; if(linePos.y == wraps->height() - 1 && lineOff > 0) return false; // Move cursor onto the adjacent line. WrappedLine span = lineSpan(linePos.y + lineOff); cursor = wraps->indexAtWidth(span.range, destWidth); if(!span.isFinal) span.range.end--; if(cursor > span.range.end) cursor = span.range.end; self.cursorMoved(); return true; } void insert(String const &str) { acceptCompletion(); text.insert(cursor, str); cursor += str.size(); rewrapNow(); } void doBackspace() { if(rejectCompletion()) return; if(!text.isEmpty() && cursor > 0) { text.remove(--cursor, 1); rewrapNow(); } } void doWordBackspace() { rejectCompletion(); if(!text.isEmpty() && cursor > 0) { int to = wordJumpLeft(cursor); text.remove(to, cursor - to); cursor = to; rewrapNow(); } } void doDelete() { if(text.size() > cursor) { text.remove(cursor, 1); rewrapNow(); } } void doLeft() { acceptCompletion(); if(cursor > 0) { --cursor; self.cursorMoved(); } } void doRight() { acceptCompletion(); if(cursor < text.size()) { ++cursor; self.cursorMoved(); } } int wordJumpLeft(int pos) const { pos = de::min(pos, text.size() - 1); // First jump over any non-word chars. while(pos > 0 && !text[pos].isLetterOrNumber()) pos--; // At least move one character. if(pos > 0) pos--; // We're inside a word, jump to its beginning. while(pos > 0 && text[pos - 1].isLetterOrNumber()) pos--; return pos; } void doWordLeft() { acceptCompletion(); cursor = wordJumpLeft(cursor); self.cursorMoved(); } void doWordRight() { int const last = text.size() - 1; acceptCompletion(); // If inside a word, jump to its end. while(cursor <= last && text[de::min(last, cursor)].isLetterOrNumber()) { cursor++; } // Jump over any non-word chars. while(cursor <= last && !text[de::min(last, cursor)].isLetterOrNumber()) { cursor++; } self.cursorMoved(); } void doHome() { acceptCompletion(); cursor = lineSpan(lineCursorPos().y).range.start; self.cursorMoved(); } void doEnd() { acceptCompletion(); WrappedLine const span = lineSpan(lineCursorPos().y); cursor = span.range.end - (span.isFinal? 0 : 1); self.cursorMoved(); } void killEndOfLine() { text.remove(cursor, lineSpan(lineCursorPos().y).range.end - cursor); rewrapNow(); } bool suggestingCompletion() const { return suggesting; //return completion.size > 0; } String wordBehindPos(int pos) const { String word; int i = pos - 1; while(i >= 0 && lexicon.isWordChar(text[i])) word.prepend(text[i--]); return word; } String wordBehindCursor() const { return wordBehindPos(cursor); } QStringList completionsForBase(String base, String &commonPrefix) const { bool first = true; QStringList sugs; foreach(String term, lexicon.terms()) { if(term.startsWith(base, Qt::CaseInsensitive) && term.size() > base.size()) { sugs << term; // Determine if all the suggestions have a common prefix. if(first) { commonPrefix = term; first = false; } else if(!commonPrefix.isEmpty()) { int len = commonPrefix.commonPrefixLength(term, Qt::CaseInsensitive); commonPrefix = commonPrefix.left(len); } } } qSort(sugs); return sugs; } bool doCompletion(bool forwardCycle) { if(!suggestingCompletion()) { completionNotified = false; String const base = wordBehindCursor(); if(!base.isEmpty()) { // Find all the possible completions and apply the first one. String commonPrefix; suggestions = completionsForBase(base, commonPrefix); if(!commonPrefix.isEmpty() && commonPrefix != base) { // Insert the common prefix. completion.ordinal = -1; commonPrefix.remove(0, base.size()); completion.pos = cursor; completion.size = commonPrefix.size(); text.insert(cursor, commonPrefix); cursor += completion.size; rewrapNow(); suggesting = true; return true; } if(!suggestions.isEmpty()) { completion.ordinal = -1; //(forwardCycle? 0 : suggestions.size() - 1); /*String comp = suggestions[completion.ordinal]; comp.remove(0, base.size());*/ completion.pos = cursor; completion.size = 0; //comp.size(); //text.insert(cursor, comp); //cursor += completion.size; //rewrapNow(); suggesting = true; // Notify immediately. self.autoCompletionBegan(base); completionNotified = true; return true; } } } else { if(!completionNotified) { // Time to notify now. self.autoCompletionBegan(wordBehindPos(completion.pos)); completionNotified = true; return true; } // Replace the current completion with another suggestion. cursor = completion.pos; String const base = wordBehindCursor(); if(completion.ordinal < 0) { // This occurs after a common prefix is inserted rather than // a full suggestion. completion.ordinal = (forwardCycle? 0 : suggestions.size() - 1); if(base + text.mid(completion.pos, completion.size) == suggestions[completion.ordinal]) { // We already had this one, skip it. cycleCompletion(forwardCycle); } } else { cycleCompletion(forwardCycle); } String comp = suggestions[completion.ordinal]; comp.remove(0, base.size()); text.remove(completion.pos, completion.size); text.insert(completion.pos, comp); completion.size = comp.size(); cursor = completion.pos + completion.size; rewrapNow(); return true; } return false; } void cycleCompletion(bool forwardCycle) { completion.ordinal = de::wrap(completion.ordinal + (forwardCycle? 1 : -1), 0, suggestions.size()); } void resetCompletion() { completion.reset(); suggestions.clear(); suggesting = false; completionNotified = false; } void acceptCompletion() { if(!suggestingCompletion()) return; resetCompletion(); self.autoCompletionEnded(true); } bool rejectCompletion() { if(!suggestingCompletion()) return false; int oldCursor = cursor; text.remove(completion.pos, completion.size); cursor = completion.pos; resetCompletion(); rewrapNow(); self.autoCompletionEnded(false); return cursor != oldCursor; // cursor was moved as part of the rejection } }; AbstractLineEditor::AbstractLineEditor(ILineWrapping *lineWraps) : d(new Instance(this, lineWraps)) {} ILineWrapping const &AbstractLineEditor::lineWraps() const { return *d->wraps; } void AbstractLineEditor::setPrompt(String const &promptText) { d->prompt = promptText; d->rewrapLater(); } String AbstractLineEditor::prompt() const { return d->prompt; } void AbstractLineEditor::setText(String const &contents) { d->completion.reset(); d->text = contents; d->cursor = contents.size(); d->rewrapLater(); } String AbstractLineEditor::text() const { return d->text; } void AbstractLineEditor::setCursor(int index) { d->completion.reset(); d->cursor = index; cursorMoved(); } int AbstractLineEditor::cursor() const { return d->cursor; } Vector2i AbstractLineEditor::linePos(int index) const { return d->linePos(index); } bool AbstractLineEditor::isSuggestingCompletion() const { return d->suggestingCompletion(); } Rangei AbstractLineEditor::completionRange() const { return d->completion.range(); } QStringList AbstractLineEditor::suggestedCompletions() const { if(!isSuggestingCompletion()) return QStringList(); return d->suggestions; } void shell::AbstractLineEditor::acceptCompletion() { d->acceptCompletion(); } void AbstractLineEditor::setLexicon(Lexicon const &lexicon) { d->lexicon = lexicon; } Lexicon const &AbstractLineEditor::lexicon() const { return d->lexicon; } void AbstractLineEditor::setEchoMode(EchoMode mode) { d->echoMode = mode; } AbstractLineEditor::EchoMode AbstractLineEditor::echoMode() const { return d->echoMode; } bool AbstractLineEditor::handleControlKey(int qtKey, KeyModifiers const &mods) { #ifdef MACOSX # define WORD_JUMP_MODIFIER Alt #else # define WORD_JUMP_MODIFIER Control #endif switch(qtKey) { case Qt::Key_Backspace: if(mods.testFlag(WORD_JUMP_MODIFIER)) { d->doWordBackspace(); } else { d->doBackspace(); } return true; case Qt::Key_Delete: d->doDelete(); return true; case Qt::Key_Left: #ifdef MACOSX if(mods.testFlag(Control)) { d->doHome(); return true; } #endif if(mods.testFlag(WORD_JUMP_MODIFIER)) { d->doWordLeft(); } else { d->doLeft(); } return true; case Qt::Key_Right: #ifdef MACOSX if(mods.testFlag(Control)) { d->doEnd(); return true; } #endif if(mods.testFlag(WORD_JUMP_MODIFIER)) { d->doWordRight(); } else { d->doRight(); } return true; case Qt::Key_Home: d->doHome(); return true; case Qt::Key_End: d->doEnd(); return true; case Qt::Key_Tab: case Qt::Key_Backtab: if(d->doCompletion(qtKey == Qt::Key_Tab)) { return true; } break; case Qt::Key_K: if(mods.testFlag(Control)) { d->killEndOfLine(); return true; } break; case Qt::Key_Up: // First try moving within the current command. if(!d->moveCursorByLine(-1)) return false; // not eaten return true; case Qt::Key_Down: // First try moving within the current command. if(!d->moveCursorByLine(+1)) return false; // not eaten return true; case Qt::Key_Enter: case Qt::Key_Return: d->acceptCompletion(); return true; default: break; } return false; } void AbstractLineEditor::insert(String const &text) { return d->insert(text); } ILineWrapping &AbstractLineEditor::lineWraps() { return *d->wraps; } void AbstractLineEditor::autoCompletionBegan(String const &) {} void AbstractLineEditor::autoCompletionEnded(bool /*accepted*/) {} void AbstractLineEditor::updateLineWraps(LineWrapUpdateBehavior behavior) { if(behavior == WrapUnlessWrappedAlready && !d->wraps->isEmpty()) return; // Already wrapped. d->updateWraps(); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/logwidget.cpp0000664000175000017500000001631712350542240021607 0ustar jaakkojaakko/** @file libshell/src/logwidget.cpp Widget for output message log. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/LogWidget" #include "de/shell/KeyEvent" #include "de/shell/TextRootWidget" #include #include #include #include namespace de { namespace shell { /** * Log sink for incoming entries (local and remote). Rather than formatting the * entries immediately, we keep a copy of them for formatting prior to drawing. */ class Sink : public MemoryLogSink { public: Sink(LogWidget &widget) : MemoryLogSink(), _widget(widget) {} void addedNewEntry(LogEntry &) { _widget.root().requestDraw(); } private: LogWidget &_widget; }; DENG2_PIMPL(LogWidget) { Sink sink; MonospaceLogSinkFormatter formatter; unsigned int cacheWidth; QList cache; ///< Indices match entry indices in sink. int maxEntries; int visibleOffset; bool showScrollIndicator; int lastMaxScroll; Instance(Public *inst) : Base(inst), sink(*inst), cacheWidth(0), maxEntries(1000), visibleOffset(0), showScrollIndicator(true), lastMaxScroll(0) {} ~Instance() { clearCache(); } void clear() { sink.clear(); clearCache(); } void clearCache() { qDeleteAll(cache); cache.clear(); } void prune() { // Remove old entries if there are too many. int excess = sink.entryCount() - maxEntries; if(excess > 0) { sink.remove(0, excess); } while(excess-- > 0 && !cache.isEmpty()) { delete cache.takeFirst(); } } int totalHeight() { int total = 0; for(int idx = sink.entryCount() - 1; idx >= 0; --idx) { total += cache[idx]->size().y; } return total; } int maxVisibleOffset(int visibleHeight) { // Determine total height of all entries. return de::max(0, totalHeight() - visibleHeight); } void clampVisibleOffset(int visibleHeight) { setVisibleOffset(de::min(visibleOffset, maxVisibleOffset(visibleHeight))); } void setVisibleOffset(int off) { if(visibleOffset != off) { visibleOffset = off; emit self.scrollPositionChanged(off); } } }; LogWidget::LogWidget(String const &name) : TextWidget(name), d(new Instance(this)) {} LogSink &LogWidget::logSink() { return d->sink; } void LogWidget::clear() { d->clear(); redraw(); } void LogWidget::setScrollIndicatorVisible(bool visible) { d->showScrollIndicator = visible; } int LogWidget::scrollPosition() const { return d->visibleOffset; } int LogWidget::scrollPageSize() const { return de::max(1, rule().height().valuei() - 1); } int LogWidget::maximumScroll() const { return d->lastMaxScroll; } void LogWidget::scroll(int to) { d->visibleOffset = de::max(0, to); redraw(); } void LogWidget::draw() { Rectanglei pos = rule().recti(); TextCanvas buf(pos.size()); if(d->cacheWidth != pos.width()) { d->cacheWidth = pos.width(); d->formatter.setMaxLength(d->cacheWidth); // Width has changed, zap the cache. d->clearCache(); } // While we're drawing, new entries shouldn't be added. d->sink.lock(); // Cache entries we don't yet have. We'll do this in normal order so that // the formatter gets them chronologically. while(d->cache.size() < d->sink.entryCount()) { int idx = d->cache.size(); // No cached entry for this, generate one. LogEntry const &entry = d->sink.entry(idx); MonospaceLogSinkFormatter::Lines lines = d->formatter.logEntryToTextLines(entry); TextCanvas *buf = new TextCanvas(Vector2ui(pos.width(), lines.size())); d->cache.append(buf); TextCanvas::Char::Attribs attribs = (entry.flags() & LogEntry::Remote? TextCanvas::Char::DefaultAttributes : TextCanvas::Char::Bold); // Draw the text. for(int i = 0; i < lines.size(); ++i) { buf->drawText(Vector2i(0, i), lines[i], attribs); } // Adjust visible offset. if(d->visibleOffset > 0) { d->setVisibleOffset(d->visibleOffset + lines.size()); } } DENG2_ASSERT(d->cache.size() == d->sink.entryCount()); d->clampVisibleOffset(buf.height()); // Draw in reverse, as much as we need. int yBottom = buf.height() + d->visibleOffset; for(int idx = d->sink.entryCount() - 1; yBottom > 0 && idx >= 0; --idx) { TextCanvas *canvas = d->cache[idx]; yBottom -= canvas->size().y; if(yBottom < buf.height()) { buf.draw(*canvas, Vector2i(0, yBottom)); } } // Draw the scroll indicator. int const maxScroll = d->maxVisibleOffset(buf.height()); if(d->showScrollIndicator && d->visibleOffset > 0) { int const indHeight = de::clamp(2, de::floor(float(buf.height() * buf.height()) / float(d->totalHeight())), buf.height() / 2); float const indPos = float(d->visibleOffset) / float(maxScroll); int const avail = buf.height() - indHeight; for(int i = 0; i < indHeight; ++i) { buf.put(Vector2i(buf.width() - 1, i + avail - indPos * avail), TextCanvas::Char(':', TextCanvas::Char::Reverse)); } } targetCanvas().draw(buf, pos.topLeft); d->prune(); d->sink.unlock(); // Notify now that we know what the max scroll is. if(d->lastMaxScroll != maxScroll) { d->lastMaxScroll = maxScroll; emit scrollMaxChanged(maxScroll); } } bool LogWidget::handleEvent(Event const &event) { if(event.type() != Event::KeyPress) return false; KeyEvent const &ev = event.as(); int pageSize = scrollPageSize(); switch(ev.key()) { case Qt::Key_PageUp: d->setVisibleOffset(d->visibleOffset + pageSize); redraw(); return true; case Qt::Key_PageDown: d->setVisibleOffset(de::max(0, d->visibleOffset - pageSize)); redraw(); return true; default: break; } return TextWidget::handleEvent(event); } void LogWidget::scrollToBottom() { d->setVisibleOffset(0); redraw(); } } // namespace shell } // namespace de doomsday-1.14.5/doomsday/libshell/src/serverfinder.cpp0000664000175000017500000001122412350542240022310 0ustar jaakkojaakko/** @file serverfinder.cpp Looks up servers via beacon. * * @authors Copyright © 2013 Jaakko Keränen * * @par License * LGPL: http://www.gnu.org/licenses/lgpl.html * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License as published by * the Free Software Foundation; either version 3 of the License, or (at your * option) any later version. This program is distributed in the hope that it * will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty * of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser * General Public License for more details. You should have received a copy of * the GNU Lesser General Public License along with this program; if not, see: * http://www.gnu.org/licenses */ #include "de/shell/ServerFinder" #include #include #include #include #include #include #include namespace de { namespace shell { static TimeDelta MSG_EXPIRATION_SECS = 4; DENG2_PIMPL_NOREF(ServerFinder) { Beacon beacon; struct Found { Record *message; Time at; Found() : message(0), at(Time()) {} }; QMap servers; Instance() : beacon(13209) {} ~Instance() { clearServers(); } void clearServers() { foreach(Found const &found, servers.values()) { delete found.message; } servers.clear(); } bool removeExpired() { bool changed = false; QMutableMapIterator iter(servers); while(iter.hasNext()) { Found &found = iter.next().value(); if(found.at.since() > MSG_EXPIRATION_SECS) { delete found.message; iter.remove(); changed = true; } } return changed; } }; ServerFinder::ServerFinder() : d(new Instance) { try { qsrand(Time().asDateTime().toTime_t()); connect(&d->beacon, SIGNAL(found(de::Address, de::Block)), this, SLOT(found(de::Address, de::Block))); QTimer::singleShot(1000, this, SLOT(expire())); if(!App::appExists() || !App::commandLine().has("-nodiscovery")) { d->beacon.discover(0 /* no timeout */, 2); } } catch(Beacon::PortError const &er) { LOG_WARNING("Automatic server discovery is not available:\n") << er.asText(); } } ServerFinder::~ServerFinder() { d.reset(); } void ServerFinder::clear() { d->clearServers(); } QList